{"repo_name":"cirobarradov\/kafka","path":"core\/src\/main\/scala\/kafka\/security\/auth\/Authorizer.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.security.auth\n\nimport kafka.network.RequestChannel.Session\nimport org.apache.kafka.common.Configurable\nimport org.apache.kafka.common.security.auth.KafkaPrincipal\n\n\/**\n * Top level interface that all pluggable authorizers must implement. Kafka will read the `authorizer.class.name` config\n * value at startup time, create an instance of the specified class using the default constructor, and call its\n * `configure` method.\n *\n * From that point onwards, every client request will first be routed to the `authorize` method and the request will only\n * be authorized if the method returns true.\n *\n * If `authorizer.class.name` has no value specified, then no authorization will be performed, and all operations are\n * permitted.\n *\/\ntrait Authorizer extends Configurable {\n\n  \/**\n   * @param session The session being authenticated.\n   * @param operation Type of operation client is trying to perform on resource.\n   * @param resource Resource the client is trying to access. Resource name type is always literal in input resource.\n   * @return true if the operation should be permitted, false otherwise\n   *\/\n  def authorize(session: Session, operation: Operation, resource: Resource): Boolean\n\n  \/**\n   * add the acls to resource, this is an additive operation so existing acls will not be overwritten, instead these new\n   * acls will be added to existing acls.\n   *\n   * {code}\n   * \/\/ The following will add ACLs to the literal resource path 'foo', which will only affect the topic named 'foo':\n   * authorizer.addAcls(Set(acl1, acl2), Resource(Topic, \"foo\", LITERAL))\n   *\n   * \/\/ The following will add ACLs to the special literal topic resource path '*', which affects all topics:\n   * authorizer.addAcls(Set(acl1, acl2), Resource(Topic, \"*\", LITERAL))\n   *\n   * \/\/ The following will add ACLs to the prefixed resource path 'foo', which affects all topics whose name begins with 'foo':\n   * authorizer.addAcls(Set(acl1, acl2), Resource(Topic, \"foo\", PREFIXED))\n   * {code}\n   *\n   * @param acls set of acls to add to existing acls\n   * @param resource the resource path to which these acls should be attached.\n   *                the supplied resource will have a specific resource name type,\n   *                i.e. the resource name type will not be ``ResourceNameType.ANY`` or ``ResourceNameType.UNKNOWN``.\n   *\/\n  def addAcls(acls: Set[Acl], resource: Resource): Unit\n\n  \/**\n   * remove these acls from the resource.\n   *\n   * {code}\n   * \/\/ The following will remove ACLs from the literal resource path 'foo', which will only affect the topic named 'foo':\n   * authorizer.removeAcls(Set(acl1, acl2), Resource(Topic, \"foo\", LITERAL))\n   *\n   * \/\/ The following will remove ACLs from the special literal topic resource path '*', which affects all topics:\n   * authorizer.removeAcls(Set(acl1, acl2), Resource(Topic, \"*\", LITERAL))\n   *\n   * \/\/ The following will remove ACLs from the prefixed resource path 'foo', which affects all topics whose name begins with 'foo':\n   * authorizer.removeAcls(Set(acl1, acl2), Resource(Topic, \"foo\", PREFIXED))\n   * {code}\n   *\n   * @param acls set of acls to be removed.\n   * @param resource resource path from which the acls should be removed.\n   *                 the supplied resource will have a specific resource name type,\n   *                 i.e. the resource name type will not be ``ResourceNameType.ANY`` or ``ResourceNameType.UNKNOWN``.\n   * @return true if some acl got removed, false if no acl was removed.\n   *\/\n  def removeAcls(acls: Set[Acl], resource: Resource): Boolean\n\n  \/**\n   * remove a resource along with all of its acls from acl store.\n   *\n   * {code}\n   * \/\/ The following will remove all ACLs from the literal resource path 'foo', which will only affect the topic named 'foo':\n   * authorizer.removeAcls(Resource(Topic, \"foo\", LITERAL))\n   *\n   * \/\/ The following will remove all ACLs from the special literal topic resource path '*', which affects all topics:\n   * authorizer.removeAcls(Resource(Topic, \"*\", LITERAL))\n   *\n   * \/\/ The following will remove all ACLs from the prefixed resource path 'foo', which affects all topics whose name begins with 'foo':\n   * authorizer.removeAcls(Resource(Topic, \"foo\", PREFIXED))\n   * {code}\n   *\n   * @param resource the resource path from which these acls should be removed.\n   *                 the supplied resource will have a specific resource name type,\n   *                 i.e. the resource name type will not be ``ResourceNameType.ANY`` or ``ResourceNameType.UNKNOWN``.\n   * @return\n   *\/\n  def removeAcls(resource: Resource): Boolean\n\n  \/**\n   * get set of acls for the supplied resource\n   *\n   * {code}\n   * \/\/ The following will get all ACLs from the literal resource path 'foo', which will only affect the topic named 'foo':\n   * authorizer.removeAcls(Resource(Topic, \"foo\", LITERAL))\n   *\n   * \/\/ The following will get all ACLs from the special literal topic resource path '*', which affects all topics:\n   * authorizer.removeAcls(Resource(Topic, \"*\", LITERAL))\n   *\n   * \/\/ The following will get all ACLs from the prefixed resource path 'foo', which affects all topics whose name begins with 'foo':\n   * authorizer.removeAcls(Resource(Topic, \"foo\", PREFIXED))\n   * {code}\n   *\n   * @param resource the resource path to which the acls belong.\n   *                 the supplied resource will have a specific resource name type,\n   *                 i.e. the resource name type will not be ``ResourceNameType.ANY`` or ``ResourceNameType.UNKNOWN``.\n   * @return empty set if no acls are found, otherwise the acls for the resource.\n   *\/\n  def getAcls(resource: Resource): Set[Acl]\n\n  \/**\n   * get the acls for this principal.\n   * @param principal principal name.\n   * @return empty Map if no acls exist for this principal, otherwise a map of resource -> acls for the principal.\n   *\/\n  def getAcls(principal: KafkaPrincipal): Map[Resource, Set[Acl]]\n\n  \/**\n   * gets the map of resource paths to acls for all resources.\n   *\/\n  def getAcls(): Map[Resource, Set[Acl]]\n\n  \/**\n   * Closes this instance.\n   *\/\n  def close(): Unit\n\n}\n"}
{"repo_name":"cirobarradov\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/common\/ZkNodeChangeNotificationListenerTest.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.common\n\nimport kafka.security.auth.{Group, Resource}\nimport kafka.utils.TestUtils\nimport kafka.zk.{AclChangeNotificationSequenceZNode, ZkAclStore, ZooKeeperTestHarness}\nimport org.apache.kafka.common.resource.ResourceNameType.LITERAL\nimport org.junit.{After, Test}\n\nclass ZkNodeChangeNotificationListenerTest extends ZooKeeperTestHarness {\n\n  var notificationListener: ZkNodeChangeNotificationListener = _\n\n  @After\n  override def tearDown(): Unit = {\n    if (notificationListener != null) {\n      notificationListener.close()\n    }\n  }\n\n  @Test\n  def testProcessNotification() {\n    @volatile var notification: Resource = null\n    @volatile var invocationCount = 0\n    val notificationHandler = new NotificationHandler {\n      override def processNotification(notificationMessage: Array[Byte]): Unit = {\n        notification = AclChangeNotificationSequenceZNode.decode(LITERAL, notificationMessage)\n        invocationCount += 1\n      }\n    }\n\n    zkClient.createAclPaths()\n    val notificationMessage1 = Resource(Group, \"messageA\", LITERAL)\n    val notificationMessage2 = Resource(Group, \"messageB\", LITERAL)\n    val changeExpirationMs = 1000\n\n    notificationListener = new ZkNodeChangeNotificationListener(zkClient,  ZkAclStore(LITERAL).aclChangePath,\n      AclChangeNotificationSequenceZNode.SequenceNumberPrefix, notificationHandler, changeExpirationMs)\n    notificationListener.init()\n\n    zkClient.createAclChangeNotification(notificationMessage1)\n    TestUtils.waitUntilTrue(() => invocationCount == 1 && notification == notificationMessage1,\n      \"Failed to send\/process notification message in the timeout period.\")\n\n    \/*\n     * There is no easy way to test purging. Even if we mock kafka time with MockTime, the purging compares kafka time\n     * with the time stored in ZooKeeper stat and the embedded ZooKeeper server does not provide a way to mock time.\n     * So to test purging we would have to use Time.SYSTEM.sleep(changeExpirationMs + 1) issue a write and check\n     * Assert.assertEquals(1, ZkUtils.getChildren(zkClient, seqNodeRoot).size). However even that the assertion\n     * can fail as the second node can be deleted depending on how threads get scheduled.\n     *\/\n\n    zkClient.createAclChangeNotification(notificationMessage2)\n    TestUtils.waitUntilTrue(() => invocationCount == 2 && notification == notificationMessage2,\n      \"Failed to send\/process notification message in the timeout period.\")\n\n    (3 to 10).foreach(i => zkClient.createAclChangeNotification(Resource(Group, \"message\" + i, LITERAL)))\n\n    TestUtils.waitUntilTrue(() => invocationCount == 10 ,\n      s\"Expected 10 invocations of processNotifications, but there were $invocationCount\")\n  }\n}\n"}
{"repo_name":"cirobarradov\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/security\/auth\/SimpleAclAuthorizerTest.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.security.auth\n\nimport java.net.InetAddress\nimport java.util.UUID\n\nimport kafka.network.RequestChannel.Session\nimport kafka.security.auth.Acl.{WildCardHost, WildCardResource}\nimport kafka.server.KafkaConfig\nimport kafka.utils.TestUtils\nimport kafka.zk.ZooKeeperTestHarness\nimport org.apache.kafka.common.resource.ResourceNameType.{LITERAL, PREFIXED}\nimport org.apache.kafka.common.security.auth.KafkaPrincipal\nimport org.junit.Assert._\nimport org.junit.{After, Before, Test}\n\nclass SimpleAclAuthorizerTest extends ZooKeeperTestHarness {\n\n  val allowReadAcl = Acl(Acl.WildCardPrincipal, Allow, WildCardHost, Read)\n  val allowWriteAcl = Acl(Acl.WildCardPrincipal, Allow, WildCardHost, Write)\n  val denyReadAcl = Acl(Acl.WildCardPrincipal, Deny, WildCardHost, Read)\n\n  val wildCardResource = Resource(Topic, WildCardResource, LITERAL)\n  val prefixedResource = Resource(Topic, \"foo\", PREFIXED)\n\n  val simpleAclAuthorizer = new SimpleAclAuthorizer\n  val simpleAclAuthorizer2 = new SimpleAclAuthorizer\n  val testPrincipal = Acl.WildCardPrincipal\n  val testHostName = InetAddress.getByName(\"192.168.0.1\")\n  var resource: Resource = null\n  val superUsers = \"User:superuser1; User:superuser2\"\n  val username = \"alice\"\n  val principal = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n  val session = Session(principal, testHostName)\n  var config: KafkaConfig = null\n\n  @Before\n  override def setUp() {\n    super.setUp()\n\n    \/\/ Increase maxUpdateRetries to avoid transient failures\n    simpleAclAuthorizer.maxUpdateRetries = Int.MaxValue\n    simpleAclAuthorizer2.maxUpdateRetries = Int.MaxValue\n\n    val props = TestUtils.createBrokerConfig(0, zkConnect)\n    props.put(SimpleAclAuthorizer.SuperUsersProp, superUsers)\n\n    config = KafkaConfig.fromProps(props)\n    simpleAclAuthorizer.configure(config.originals)\n    simpleAclAuthorizer2.configure(config.originals)\n    resource = Resource(Topic, \"foo-\" + UUID.randomUUID(), LITERAL)\n  }\n\n  @After\n  override def tearDown(): Unit = {\n    simpleAclAuthorizer.close()\n    simpleAclAuthorizer2.close()\n    super.tearDown()\n  }\n\n  @Test(expected = classOf[IllegalArgumentException])\n  def testAuthorizeThrowsOnNoneLiteralResource() {\n    simpleAclAuthorizer.authorize(session, Read, Resource(Topic, \"something\", PREFIXED))\n  }\n\n  @Test\n  def testTopicAcl() {\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val user2 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"rob\")\n    val user3 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"batman\")\n    val host1 = InetAddress.getByName(\"192.168.1.1\")\n    val host2 = InetAddress.getByName(\"192.168.1.2\")\n\n    \/\/user1 has READ access from host1 and host2.\n    val acl1 = new Acl(user1, Allow, host1.getHostAddress, Read)\n    val acl2 = new Acl(user1, Allow, host2.getHostAddress, Read)\n\n    \/\/user1 does not have  READ access from host1.\n    val acl3 = new Acl(user1, Deny, host1.getHostAddress, Read)\n\n    \/\/user1 has Write access from host1 only.\n    val acl4 = new Acl(user1, Allow, host1.getHostAddress, Write)\n\n    \/\/user1 has DESCRIBE access from all hosts.\n    val acl5 = new Acl(user1, Allow, WildCardHost, Describe)\n\n    \/\/user2 has READ access from all hosts.\n    val acl6 = new Acl(user2, Allow, WildCardHost, Read)\n\n    \/\/user3 has WRITE access from all hosts.\n    val acl7 = new Acl(user3, Allow, WildCardHost, Write)\n\n    val acls = Set[Acl](acl1, acl2, acl3, acl4, acl5, acl6, acl7)\n\n    changeAclAndVerify(Set.empty[Acl], acls, Set.empty[Acl])\n\n    val host1Session = Session(user1, host1)\n    val host2Session = Session(user1, host2)\n\n    assertTrue(\"User1 should have READ access from host2\", simpleAclAuthorizer.authorize(host2Session, Read, resource))\n    assertFalse(\"User1 should not have READ access from host1 due to denyAcl\", simpleAclAuthorizer.authorize(host1Session, Read, resource))\n    assertTrue(\"User1 should have WRITE access from host1\", simpleAclAuthorizer.authorize(host1Session, Write, resource))\n    assertFalse(\"User1 should not have WRITE access from host2 as no allow acl is defined\", simpleAclAuthorizer.authorize(host2Session, Write, resource))\n    assertTrue(\"User1 should not have DESCRIBE access from host1\", simpleAclAuthorizer.authorize(host1Session, Describe, resource))\n    assertTrue(\"User1 should have DESCRIBE access from host2\", simpleAclAuthorizer.authorize(host2Session, Describe, resource))\n    assertFalse(\"User1 should not have edit access from host1\", simpleAclAuthorizer.authorize(host1Session, Alter, resource))\n    assertFalse(\"User1 should not have edit access from host2\", simpleAclAuthorizer.authorize(host2Session, Alter, resource))\n\n    \/\/test if user has READ and write access they also get describe access\n    val user2Session = Session(user2, host1)\n    val user3Session = Session(user3, host1)\n    assertTrue(\"User2 should have DESCRIBE access from host1\", simpleAclAuthorizer.authorize(user2Session, Describe, resource))\n    assertTrue(\"User3 should have DESCRIBE access from host2\", simpleAclAuthorizer.authorize(user3Session, Describe, resource))\n    assertTrue(\"User2 should have READ access from host1\", simpleAclAuthorizer.authorize(user2Session, Read, resource))\n    assertTrue(\"User3 should have WRITE access from host2\", simpleAclAuthorizer.authorize(user3Session, Write, resource))\n  }\n\n  @Test\n  def testDenyTakesPrecedence() {\n    val user = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val host = InetAddress.getByName(\"192.168.2.1\")\n    val session = Session(user, host)\n\n    val allowAll = Acl.AllowAllAcl\n    val denyAcl = new Acl(user, Deny, host.getHostAddress, All)\n    val acls = Set[Acl](allowAll, denyAcl)\n\n    changeAclAndVerify(Set.empty[Acl], acls, Set.empty[Acl])\n\n    assertFalse(\"deny should take precedence over allow.\", simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testAllowAllAccess() {\n    val allowAllAcl = Acl.AllowAllAcl\n\n    changeAclAndVerify(Set.empty[Acl], Set[Acl](allowAllAcl), Set.empty[Acl])\n\n    val session = Session(new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"random\"), InetAddress.getByName(\"172.16.58.3\"))\n    assertTrue(\"allow all acl should allow access to all.\", simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testSuperUserHasAccess() {\n    val denyAllAcl = new Acl(Acl.WildCardPrincipal, Deny, WildCardHost, All)\n\n    changeAclAndVerify(Set.empty[Acl], Set[Acl](denyAllAcl), Set.empty[Acl])\n\n    val session1 = Session(new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"superuser1\"), InetAddress.getByName(\"172.16.58.3\"))\n    val session2 = Session(new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"superuser2\"), InetAddress.getByName(\"172.16.58.3\"))\n\n    assertTrue(\"superuser always has access, no matter what acls.\", simpleAclAuthorizer.authorize(session1, Read, resource))\n    assertTrue(\"superuser always has access, no matter what acls.\", simpleAclAuthorizer.authorize(session2, Read, resource))\n  }\n\n  @Test\n  def testWildCardAcls(): Unit = {\n    assertFalse(\"when acls = [],  authorizer should fail close.\", simpleAclAuthorizer.authorize(session, Read, resource))\n\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val host1 = InetAddress.getByName(\"192.168.3.1\")\n    val readAcl = new Acl(user1, Allow, host1.getHostAddress, Read)\n\n    val acls = changeAclAndVerify(Set.empty[Acl], Set[Acl](readAcl), Set.empty[Acl], wildCardResource)\n\n    val host1Session = Session(user1, host1)\n    assertTrue(\"User1 should have Read access from host1\", simpleAclAuthorizer.authorize(host1Session, Read, resource))\n\n    \/\/allow Write to specific topic.\n    val writeAcl = new Acl(user1, Allow, host1.getHostAddress, Write)\n    changeAclAndVerify(Set.empty[Acl], Set[Acl](writeAcl), Set.empty[Acl])\n\n    \/\/deny Write to wild card topic.\n    val denyWriteOnWildCardResourceAcl = new Acl(user1, Deny, host1.getHostAddress, Write)\n    changeAclAndVerify(acls, Set[Acl](denyWriteOnWildCardResourceAcl), Set.empty[Acl], wildCardResource)\n\n    assertFalse(\"User1 should not have Write access from host1\", simpleAclAuthorizer.authorize(host1Session, Write, resource))\n  }\n\n  @Test\n  def testNoAclFound() {\n    assertFalse(\"when acls = [],  authorizer should fail close.\", simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testNoAclFoundOverride() {\n    val props = TestUtils.createBrokerConfig(1, zkConnect)\n    props.put(SimpleAclAuthorizer.AllowEveryoneIfNoAclIsFoundProp, \"true\")\n\n    val cfg = KafkaConfig.fromProps(props)\n    val testAuthorizer = new SimpleAclAuthorizer\n    try {\n      testAuthorizer.configure(cfg.originals)\n      assertTrue(\"when acls = null or [],  authorizer should fail open with allow.everyone = true.\", testAuthorizer.authorize(session, Read, resource))\n    } finally {\n      testAuthorizer.close()\n    }\n  }\n\n  @Test\n  def testAclManagementAPIs() {\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val user2 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"bob\")\n    val host1 = \"host1\"\n    val host2 = \"host2\"\n\n    val acl1 = new Acl(user1, Allow, host1, Read)\n    val acl2 = new Acl(user1, Allow, host1, Write)\n    val acl3 = new Acl(user2, Allow, host2, Read)\n    val acl4 = new Acl(user2, Allow, host2, Write)\n\n    var acls = changeAclAndVerify(Set.empty[Acl], Set[Acl](acl1, acl2, acl3, acl4), Set.empty[Acl])\n\n    \/\/test addAcl is additive\n    val acl5 = new Acl(user2, Allow, WildCardHost, Read)\n    acls = changeAclAndVerify(acls, Set[Acl](acl5), Set.empty[Acl])\n\n    \/\/test get by principal name.\n    TestUtils.waitUntilTrue(() => Map(resource -> Set(acl1, acl2)) == simpleAclAuthorizer.getAcls(user1), \"changes not propagated in timeout period\")\n    TestUtils.waitUntilTrue(() => Map(resource -> Set(acl3, acl4, acl5)) == simpleAclAuthorizer.getAcls(user2), \"changes not propagated in timeout period\")\n\n    val resourceToAcls = Map[Resource, Set[Acl]](\n      new Resource(Topic, Resource.WildCardResource, LITERAL) -> Set[Acl](new Acl(user2, Allow, WildCardHost, Read)),\n      new Resource(Cluster, Resource.WildCardResource, LITERAL) -> Set[Acl](new Acl(user2, Allow, host1, Read)),\n      new Resource(Group, Resource.WildCardResource, LITERAL) -> acls,\n      new Resource(Group, \"test-ConsumerGroup\", LITERAL) -> acls\n    )\n\n    resourceToAcls foreach { case (key, value) => changeAclAndVerify(Set.empty[Acl], value, Set.empty[Acl], key) }\n    TestUtils.waitUntilTrue(() => resourceToAcls + (resource -> acls) == simpleAclAuthorizer.getAcls(), \"changes not propagated in timeout period.\")\n\n    \/\/test remove acl from existing acls.\n    acls = changeAclAndVerify(acls, Set.empty[Acl], Set(acl1, acl5))\n\n    \/\/test remove all acls for resource\n    simpleAclAuthorizer.removeAcls(resource)\n    TestUtils.waitAndVerifyAcls(Set.empty[Acl], simpleAclAuthorizer, resource)\n    assertTrue(!zkClient.resourceExists(resource))\n\n    \/\/test removing last acl also deletes ZooKeeper path\n    acls = changeAclAndVerify(Set.empty[Acl], Set(acl1), Set.empty[Acl])\n    changeAclAndVerify(acls, Set.empty[Acl], acls)\n    assertTrue(!zkClient.resourceExists(resource))\n  }\n\n  @Test\n  def testLoadCache() {\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val acl1 = new Acl(user1, Allow, \"host-1\", Read)\n    val acls = Set[Acl](acl1)\n    simpleAclAuthorizer.addAcls(acls, resource)\n\n    val user2 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"bob\")\n    val resource1 = Resource(Topic, \"test-2\", LITERAL)\n    val acl2 = new Acl(user2, Deny, \"host3\", Read)\n    val acls1 = Set[Acl](acl2)\n    simpleAclAuthorizer.addAcls(acls1, resource1)\n\n    zkClient.deleteAclChangeNotifications\n    val authorizer = new SimpleAclAuthorizer\n    try {\n      authorizer.configure(config.originals)\n\n      assertEquals(acls, authorizer.getAcls(resource))\n      assertEquals(acls1, authorizer.getAcls(resource1))\n    } finally {\n      authorizer.close()\n    }\n  }\n\n  @Test\n  def testLocalConcurrentModificationOfResourceAcls() {\n    val commonResource = Resource(Topic, \"test\", LITERAL)\n\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val acl1 = new Acl(user1, Allow, WildCardHost, Read)\n\n    val user2 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"bob\")\n    val acl2 = new Acl(user2, Deny, WildCardHost, Read)\n\n    simpleAclAuthorizer.addAcls(Set(acl1), commonResource)\n    simpleAclAuthorizer.addAcls(Set(acl2), commonResource)\n\n    TestUtils.waitAndVerifyAcls(Set(acl1, acl2), simpleAclAuthorizer, commonResource)\n  }\n\n  @Test\n  def testDistributedConcurrentModificationOfResourceAcls() {\n    val commonResource = Resource(Topic, \"test\", LITERAL)\n\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val acl1 = new Acl(user1, Allow, WildCardHost, Read)\n\n    val user2 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"bob\")\n    val acl2 = new Acl(user2, Deny, WildCardHost, Read)\n\n    \/\/ Add on each instance\n    simpleAclAuthorizer.addAcls(Set(acl1), commonResource)\n    simpleAclAuthorizer2.addAcls(Set(acl2), commonResource)\n\n    TestUtils.waitAndVerifyAcls(Set(acl1, acl2), simpleAclAuthorizer, commonResource)\n    TestUtils.waitAndVerifyAcls(Set(acl1, acl2), simpleAclAuthorizer2, commonResource)\n\n    val user3 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, \"joe\")\n    val acl3 = new Acl(user3, Deny, WildCardHost, Read)\n\n    \/\/ Add on one instance and delete on another\n    simpleAclAuthorizer.addAcls(Set(acl3), commonResource)\n    val deleted = simpleAclAuthorizer2.removeAcls(Set(acl3), commonResource)\n\n    assertTrue(\"The authorizer should see a value that needs to be deleted\", deleted)\n\n    TestUtils.waitAndVerifyAcls(Set(acl1, acl2), simpleAclAuthorizer, commonResource)\n    TestUtils.waitAndVerifyAcls(Set(acl1, acl2), simpleAclAuthorizer2, commonResource)\n  }\n\n  @Test\n  def testHighConcurrencyModificationOfResourceAcls() {\n    val commonResource = Resource(Topic, \"test\", LITERAL)\n\n    val acls = (0 to 50).map { i =>\n      val useri = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, i.toString)\n      new Acl(useri, Allow, WildCardHost, Read)\n    }\n\n    \/\/ Alternate authorizer, Remove all acls that end in 0\n    val concurrentFuctions = acls.map { acl =>\n      () => {\n        val aclId = acl.principal.getName.toInt\n        if (aclId % 2 == 0) {\n          simpleAclAuthorizer.addAcls(Set(acl), commonResource)\n        } else {\n          simpleAclAuthorizer2.addAcls(Set(acl), commonResource)\n        }\n        if (aclId % 10 == 0) {\n          simpleAclAuthorizer2.removeAcls(Set(acl), commonResource)\n        }\n      }\n    }\n\n    val expectedAcls = acls.filter { acl =>\n      val aclId = acl.principal.getName.toInt\n      aclId % 10 != 0\n    }.toSet\n\n    TestUtils.assertConcurrent(\"Should support many concurrent calls\", concurrentFuctions, 30 * 1000)\n\n    TestUtils.waitAndVerifyAcls(expectedAcls, simpleAclAuthorizer, commonResource)\n    TestUtils.waitAndVerifyAcls(expectedAcls, simpleAclAuthorizer2, commonResource)\n  }\n\n  \/**\n    * Test ACL inheritance, as described in #{org.apache.kafka.common.acl.AclOperation}\n    *\/\n  @Test\n  def testAclInheritance(): Unit = {\n    testImplicationsOfAllow(All, Set(Read, Write, Create, Delete, Alter, Describe,\n      ClusterAction, DescribeConfigs, AlterConfigs, IdempotentWrite))\n    testImplicationsOfDeny(All, Set(Read, Write, Create, Delete, Alter, Describe,\n      ClusterAction, DescribeConfigs, AlterConfigs, IdempotentWrite))\n    testImplicationsOfAllow(Read, Set(Describe))\n    testImplicationsOfAllow(Write, Set(Describe))\n    testImplicationsOfAllow(Delete, Set(Describe))\n    testImplicationsOfAllow(Alter, Set(Describe))\n    testImplicationsOfDeny(Describe, Set())\n    testImplicationsOfAllow(AlterConfigs, Set(DescribeConfigs))\n    testImplicationsOfDeny(DescribeConfigs, Set())\n  }\n\n  private def testImplicationsOfAllow(parentOp: Operation, allowedOps: Set[Operation]): Unit = {\n    val user = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val host = InetAddress.getByName(\"192.168.3.1\")\n    val hostSession = Session(user, host)\n    val acl = Acl(user, Allow, WildCardHost, parentOp)\n    simpleAclAuthorizer.addAcls(Set(acl), Resource.ClusterResource)\n    Operation.values.foreach { op =>\n      val authorized = simpleAclAuthorizer.authorize(hostSession, op, Resource.ClusterResource)\n      if (allowedOps.contains(op) || op == parentOp)\n        assertTrue(s\"ALLOW $parentOp should imply ALLOW $op\", authorized)\n      else\n        assertFalse(s\"ALLOW $parentOp should not imply ALLOW $op\", authorized)\n    }\n    simpleAclAuthorizer.removeAcls(Set(acl), Resource.ClusterResource)\n  }\n\n  private def testImplicationsOfDeny(parentOp: Operation, deniedOps: Set[Operation]): Unit = {\n    val user1 = new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username)\n    val host1 = InetAddress.getByName(\"192.168.3.1\")\n    val host1Session = Session(user1, host1)\n    val acls = Set(Acl(user1, Deny, WildCardHost, parentOp), Acl(user1, Allow, WildCardHost, All))\n    simpleAclAuthorizer.addAcls(acls, Resource.ClusterResource)\n    Operation.values.foreach { op =>\n      val authorized = simpleAclAuthorizer.authorize(host1Session, op, Resource.ClusterResource)\n      if (deniedOps.contains(op) || op == parentOp)\n        assertFalse(s\"DENY $parentOp should imply DENY $op\", authorized)\n      else\n        assertTrue(s\"DENY $parentOp should not imply DENY $op\", authorized)\n    }\n    simpleAclAuthorizer.removeAcls(acls, Resource.ClusterResource)\n  }\n\n  @Test\n  def testHighConcurrencyDeletionOfResourceAcls() {\n    val acl = new Acl(new KafkaPrincipal(KafkaPrincipal.USER_TYPE, username), Allow, WildCardHost, All)\n\n    \/\/ Alternate authorizer to keep adding and removing ZooKeeper path\n    val concurrentFuctions = (0 to 50).map { _ =>\n      () => {\n        simpleAclAuthorizer.addAcls(Set(acl), resource)\n        simpleAclAuthorizer2.removeAcls(Set(acl), resource)\n      }\n    }\n\n    TestUtils.assertConcurrent(\"Should support many concurrent calls\", concurrentFuctions, 30 * 1000)\n\n    TestUtils.waitAndVerifyAcls(Set.empty[Acl], simpleAclAuthorizer, resource)\n    TestUtils.waitAndVerifyAcls(Set.empty[Acl], simpleAclAuthorizer2, resource)\n  }\n\n  @Test\n  def testAccessAllowedIfAllowAclExistsOnWildcardResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl), wildCardResource)\n\n    assertTrue(simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testDeleteAclOnWildcardResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), wildCardResource)\n\n    simpleAclAuthorizer.removeAcls(Set[Acl](allowReadAcl), wildCardResource)\n\n    assertEquals(Set(allowWriteAcl), simpleAclAuthorizer.getAcls(wildCardResource))\n  }\n\n  @Test\n  def testDeleteAllAclOnWildcardResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl), wildCardResource)\n\n    simpleAclAuthorizer.removeAcls(wildCardResource)\n\n    assertEquals(Map(), simpleAclAuthorizer.getAcls())\n  }\n\n  @Test\n  def testAccessAllowedIfAllowAclExistsOnPrefixedResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl), prefixedResource)\n\n    assertTrue(simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testDeleteAclOnPrefixedResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), prefixedResource)\n\n    simpleAclAuthorizer.removeAcls(Set[Acl](allowReadAcl), prefixedResource)\n\n    assertEquals(Set(allowWriteAcl), simpleAclAuthorizer.getAcls(prefixedResource))\n  }\n\n  @Test\n  def testDeleteAllAclOnPrefixedResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), prefixedResource)\n\n    simpleAclAuthorizer.removeAcls(prefixedResource)\n\n    assertEquals(Map(), simpleAclAuthorizer.getAcls())\n  }\n\n  @Test\n  def testAddAclsOnLiteralResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), resource)\n    simpleAclAuthorizer.addAcls(Set[Acl](allowWriteAcl, denyReadAcl), resource)\n\n    assertEquals(Set(allowReadAcl, allowWriteAcl, denyReadAcl), simpleAclAuthorizer.getAcls(resource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(wildCardResource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(prefixedResource))\n  }\n\n  @Test\n  def testAddAclsOnWildcardResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), wildCardResource)\n    simpleAclAuthorizer.addAcls(Set[Acl](allowWriteAcl, denyReadAcl), wildCardResource)\n\n    assertEquals(Set(allowReadAcl, allowWriteAcl, denyReadAcl), simpleAclAuthorizer.getAcls(wildCardResource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(resource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(prefixedResource))\n  }\n\n  @Test\n  def testAddAclsOnPrefiexedResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl, allowWriteAcl), prefixedResource)\n    simpleAclAuthorizer.addAcls(Set[Acl](allowWriteAcl, denyReadAcl), prefixedResource)\n\n    assertEquals(Set(allowReadAcl, allowWriteAcl, denyReadAcl), simpleAclAuthorizer.getAcls(prefixedResource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(wildCardResource))\n    assertEquals(Set(), simpleAclAuthorizer.getAcls(resource))\n  }\n\n  @Test\n  def testAuthorizeWithPrefixedResource(): Unit = {\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"a_other\", LITERAL))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"a_other\", PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"foo-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"foo-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"foo-\" + UUID.randomUUID() + \"-zzz\", PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"fooo-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"fo-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"fop-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"fon-\" + UUID.randomUUID(), PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"fon-\", PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"z_other\", PREFIXED))\n    simpleAclAuthorizer.addAcls(Set[Acl](denyReadAcl), Resource(Topic, \"z_other\", LITERAL))\n\n    simpleAclAuthorizer.addAcls(Set[Acl](allowReadAcl), prefixedResource)\n\n    assertTrue(simpleAclAuthorizer.authorize(session, Read, resource))\n  }\n\n  @Test\n  def testGetAclsPrincipal(): Unit = {\n    assertEquals(0, simpleAclAuthorizer.getAcls(principal).size)\n\n    val acl1 = new Acl(principal, Allow, WildCardHost, Write)\n    simpleAclAuthorizer.addAcls(Set[Acl](acl1), resource)\n    assertEquals(1, simpleAclAuthorizer.getAcls(principal).size)\n\n    simpleAclAuthorizer.addAcls(Set[Acl](acl1), Resource(Topic, Acl.WildCardResource, LITERAL))\n    assertEquals(2, simpleAclAuthorizer.getAcls(principal).size)\n\n    val acl2 = new Acl(Acl.WildCardPrincipal, Allow, WildCardHost, Write)\n    simpleAclAuthorizer.addAcls(Set[Acl](acl1), Resource(Group, \"groupA\", LITERAL))\n    assertEquals(3, simpleAclAuthorizer.getAcls(principal).size)\n\n    \/\/ add prefixed principal acl on wildcard group name\n    val acl3 = new Acl(new KafkaPrincipal(KafkaPrincipal.USER_TYPE, principal.getName.charAt(0) + WildCardResource), Allow, WildCardHost, Write)\n    simpleAclAuthorizer.addAcls(Set[Acl](acl1), Resource(Group, Acl.WildCardResource, LITERAL))\n    assertEquals(4, simpleAclAuthorizer.getAcls(principal).size)\n  }\n\n  private def changeAclAndVerify(originalAcls: Set[Acl], addedAcls: Set[Acl], removedAcls: Set[Acl], resource: Resource = resource): Set[Acl] = {\n    var acls = originalAcls\n\n    if(addedAcls.nonEmpty) {\n      simpleAclAuthorizer.addAcls(addedAcls, resource)\n      acls ++= addedAcls\n    }\n\n    if(removedAcls.nonEmpty) {\n      simpleAclAuthorizer.removeAcls(removedAcls, resource)\n      acls --=removedAcls\n    }\n\n    TestUtils.waitAndVerifyAcls(acls, simpleAclAuthorizer, resource)\n\n    acls\n  }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/AutocompleteQuery.scala","text":"package org.igye.jfxutils.autocomplete\n\ntrait AutocompleteQuery {\n    \/**\n      * Should start new thread and return immediately.\n      *\/\n    def execute(onCompleteHandler: List[AutocompleteItem] => Unit): Unit\n\n    \/**\n      * Should not fail if query already has executed.\n      *\/\n    def cancel(): Unit\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/ResultsPane.scala","text":"<reponame>Igorocky\/jfxutils\npackage org.igye.jfxutils.autocomplete\n\nimport javafx.scene.Node\nimport javafx.scene.control.ScrollPane\nimport javafx.scene.input.MouseEvent\nimport javafx.scene.layout.VBox\nimport javafx.scene.paint.Color\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.jfxutils.Implicits.{parentToParentOps, propertyToPropertyOperators, nodeToNodeOps}\nimport org.igye.jfxutils._\nimport org.igye.jfxutils.properties.Expr\n\nimport scala.collection.JavaConversions._\n\nprivate class ResultsPane(width: Double, maxHeight: Double)(implicit log: Logger) extends ScrollPane {\n    this.hnd(MouseEvent.ANY){e => e.consume()}\/\/for the upper pane not to close the list\n    setPrefWidth(width) \/\/fix width\n    setMinWidth(getPrefWidth)\n    setMaxWidth(getPrefWidth)\n    private val vbox = new VBox()\n    setContent(vbox)\n    vbox.setBackground(JfxUtils.createBackground(Color.WHITE))\n    vbox.setMinWidth(width - 2)\n\n    prefHeightProperty() <== Expr(vbox.heightProperty()) {\n        val height = if (vbox.heightProperty().get() <= maxHeight) {\n            vbox.heightProperty().get()\n        } else {\n            maxHeight\n        }\n        height + 2\n    }\n    this.requestLayoutOnChangeOf(prefHeightProperty())\n    minHeightProperty() <== prefHeightProperty()\n    maxHeightProperty() <== prefHeightProperty()\n\n    def correctViewport(y1: Double, y2: Double): Unit = {\n        val H = vbox.getLayoutBounds.getHeight\n        val h = getViewportBounds.getHeight\n        val y = getVvalue*(H - h)\n        val ys = y + h\n        if (y1 < y) {\n            setVvalue(y1\/(H - h))\n        } else if (y2 > ys) {\n            setVvalue((y2 - h)\/(H - h))\n        }\n    }\n\n    def correctViewportM(y1: Double, y2: Double): Unit = {\n        val ym = (y1 + y2)\/2\n        val H = vbox.getLayoutBounds.getHeight\n        val h = getViewportBounds.getHeight\n        var vv = (ym - h\/2)\/(H - h)\n        if (vv < getVmin) {\n            vv = getVmin\n        }\n        if (vv > getVmax) {\n            vv = getVmax\n        }\n        setVvalue(vv)\n    }\n\n    def addItem(item: Node): Unit = {\n        vbox.getChildren.add(item)\n    }\n\n    def hasFocus = {\n        isFocused || vbox.isFocused ||\n            vbox.getChildren.find{i =>\n                i.isInstanceOf[AutocompleteItem] && i.asInstanceOf[AutocompleteItem].hasFocus ||\n                    i.isFocused\n            }.isDefined\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/events\/SceneOps.scala","text":"<reponame>Igorocky\/jfxutils<filename>src\/main\/scala\/org\/igye\/jfxutils\/events\/SceneOps.scala\npackage org.igye.jfxutils.events\n\nimport javafx.event.{Event, EventHandler, EventType}\nimport javafx.scene.Scene\nimport javafx.scene.input.KeyEvent\n\nimport org.igye.jfxutils.Implicits.sceneToSceneOps\nimport org.igye.jfxutils.action.ActionType.{FILTER, HANDLER}\nimport org.igye.jfxutils.action.{Action, ShortcutActionTrigger}\n\nclass SceneOps(scene: Scene) {\n    def hnd[T <: Event](eventType: EventType[T])(hnd: T => Unit): EventHandlerInfo[T] = {\n        val eh = new EventHandler[T] {\n            override def handle(event: T): Unit = {\n                hnd(event)\n            }\n        }\n        scene.addEventHandler(eventType, eh)\n        EventHandlerInfo(eventType, eh)\n    }\n\n    def hnd[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): EventHandlerInfo[T] = {\n        scene.addEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n        eventHandlerInfo\n    }\n\n    def remHnd[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): Unit = {\n        scene.removeEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n    }\n\n    def hnd[T <: Event](eventHandlerInfos: EventHandlerInfo[T] *): Seq[EventHandlerInfo[T]] = {\n        eventHandlerInfos.foreach(info => scene.addEventHandler(info.eventType, info.handler))\n        eventHandlerInfos\n    }\n\n\n    def flt[T <: Event](eventType: EventType[T])(hnd: T => Unit): EventHandlerInfo[T] = {\n        val eh = new EventHandler[T] {\n            override def handle(event: T): Unit = {\n                hnd(event)\n            }\n        }\n        scene.addEventFilter(eventType, eh)\n        EventHandlerInfo(eventType, eh)\n    }\n\n    def flt[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): EventHandlerInfo[T] = {\n        scene.addEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n        eventHandlerInfo\n    }\n\n    def remFlt[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): Unit = {\n        scene.removeEventFilter(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n    }\n\n    def flt[T <: Event](eventHandlerInfos: EventHandlerInfo[T] *): Seq[EventHandlerInfo[T]] = {\n        eventHandlerInfos.foreach(info => scene.addEventFilter(info.eventType, info.handler))\n        eventHandlerInfos\n    }\n\n    def remAll[T <: Event](eventHandlerInfosList: List[EventHandlerInfo[T]]): Unit = {\n        eventHandlerInfosList.foreach{hnd =>\n            scene.remHnd(hnd)\n            scene.remFlt(hnd)\n        }\n    }\n\n    def rem[T <: Event](eventHandlerInfos: EventHandlerInfo[T]*): Unit = {\n        scene.remAll(eventHandlerInfos.toList)\n    }\n\n    def bind(actions: Action*): List[EventHandlerInfo[KeyEvent]] = {\n        bind(actions.toList)\n    }\n\n    def bind(actionsList: List[Action]): List[EventHandlerInfo[KeyEvent]] = {\n        val filtersShortcutActionTrigger = new ShortcutActionTrigger(actionsList.filter(_.actionType == FILTER))\n        val handlersShortcutActionTrigger = new ShortcutActionTrigger(actionsList.filter(_.actionType == HANDLER))\n        scene.flt(KeyEvent.ANY) { e => filtersShortcutActionTrigger.triggerAction(e) } ::\n            scene.hnd(KeyEvent.ANY) { e => handlersShortcutActionTrigger.triggerAction(e) } ::\n            Nil\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldVarNameAutocomplete.scala","text":"<gh_stars>0\npackage org.igye.jfxutils.dialog\n\nimport javafx.scene.control.TextField\nimport javafx.scene.input.KeyEvent\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.commonutils.GeneralCaseInsensitiveStringFilter\nimport org.igye.jfxutils.Implicits.nodeToNodeOps\nimport org.igye.jfxutils.autocomplete._\n\nobject TextFieldVarNameAutocomplete {\n    def apply(textField: TextField, width: Double, maxHeight: Double, varNameProvider: => List[String])\n             (implicit log: Logger, executor : scala.concurrent.ExecutionContext): Unit = {\n        val font = textField.getFont\n        AutocompleteList.addAutocomplete(\n            textField = textField,\n            width = width,\n            maxHeight = maxHeight,\n            calcInitParams = (initStr, pos) => {\n                val partsAndFilter = extractPartsAndFilter(initStr, pos)\n                TextFieldAutocompleteInitParams(\n                    caretPositionToOpenListAt = partsAndFilter.left.length,\n                    query = new BasicAutocompleteQuery(() => {\n                        val filter = new GeneralCaseInsensitiveStringFilter(partsAndFilter.filter)\n                        if (partsAndFilter.left.endsWith(\"${\") && partsAndFilter.right.startsWith(\"}\")) {\n                            varNameProvider.filter(filter.matches(_)).map(new AutocompleteTextItem(_, font))\n                        } else {\n                            Nil\n                        }\n                    }),\n                    userData = partsAndFilter\n                )\n            },\n            modifyTextFieldWithResultParams = (userData, item) => {\n                val left = userData.asInstanceOf[PartsAndFilter].left\n                val right = userData.asInstanceOf[PartsAndFilter].right\n                val vname = item.asInstanceOf[AutocompleteTextItem].text\n                val strBeforeCur = left + vname\n                val newText = strBeforeCur + right\n                ModifyTextFieldWithResultParams(newText, strBeforeCur.length)\n            }\n        )\n        textField.hnd(KeyEvent.KEY_TYPED){e=>\n            if (e.getCharacter == \"$\") {\n                val left = textField.getText.substring(0, textField.getCaretPosition)\n                val right = textField.getText.substring(textField.getCaretPosition)\n                textField.setText(left + \"${}\" + right)\n                textField.positionCaret(left.length + 2)\n                e.consume()\n            }\n        }\n    }\n\n    protected[dialog] case class PartsAndFilter(left: String, right: String, filter: String)\n    private val leftPartAndFilterPat = \"\"\"^(.*\\$\\{)([^\\$\\{]*)$\"\"\".r\n    private val rightPartPat = \"\"\"^[^\\}]*(\\}.*)$\"\"\".r\n    protected[dialog] def extractPartsAndFilter(input: String, pos: Int): PartsAndFilter = {\n        val leftPartAndFilterStr = input.substring(0, pos)\n        val rightPartStr = input.substring(pos)\n\n        val (leftPart, filter) = leftPartAndFilterStr match {\n            case leftPartAndFilterPat(leftPart, filter) => (leftPart, filter)\n            case _ => (leftPartAndFilterStr, \"\")\n        }\n        val rightPart = if (leftPart.endsWith(\"{\")) {\n            rightPartStr match {\n                case rightPartPat(rightPart) => rightPart\n                case _ => rightPartStr\n            }\n        } else {\n            rightPartStr\n        }\n        PartsAndFilter(\n            if (leftPart != null) leftPart else \"\",\n            if (rightPart != null) rightPart else \"\",\n            if (filter != null) filter else \"\"\n        )\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/test\/scala\/org\/igye\/jfxutils\/properties\/BindingOperatorsTest.scala","text":"<filename>src\/test\/scala\/org\/igye\/jfxutils\/properties\/BindingOperatorsTest.scala\npackage org.igye.jfxutils.properties\n\nimport java.util\nimport javafx.beans.property.{SimpleBooleanProperty, SimpleIntegerProperty, SimpleStringProperty}\nimport javafx.collections.FXCollections\n\nimport org.igye.jfxutils.Implicits.{observableValueToObservableValueOperators, listToListOperators, propertyToPropertyOperators}\nimport org.junit.{Assert, Test}\n\nclass BindingOperatorsTest {\n    @Test\n    def testUnidirectionalBinding(): Unit = {\n        val target = new SimpleIntegerProperty(0)\n        val source = new SimpleIntegerProperty(1)\n\n        target <== source\n\n        Assert.assertEquals(1, target.get())\n        Assert.assertEquals(1, source.get())\n\n        source.setValue(2)\n        Assert.assertEquals(2, target.get())\n        Assert.assertEquals(2, source.get())\n    }\n\n    @Test\n    def testBidirectionalBinding(): Unit = {\n        val left = new SimpleIntegerProperty(0)\n        val right = new SimpleIntegerProperty(1)\n\n        left <==> right\n\n        Assert.assertEquals(1, left.get())\n        Assert.assertEquals(1, right.get())\n\n        right.setValue(2)\n        Assert.assertEquals(2, left.get())\n        Assert.assertEquals(2, right.get())\n\n        left.setValue(3)\n        Assert.assertEquals(3, right.get())\n        Assert.assertEquals(3, left.get())\n    }\n\n    @Test\n    def testListBinding(): Unit = {\n        val source = FXCollections.observableArrayList[Int]()\n        val target = new util.ArrayList[String]()\n        val constructor = (i: Int) => i.toString + \"_\"\n        var destructedElems = List[String]()\n        val destructor = (s: String) => destructedElems ::= s\n\n        target <== (sourceList = source, targetElemConstructor = constructor, targetElemDestructor = destructor)\n\n        Assert.assertEquals(0, source.size())\n        Assert.assertEquals(0, target.size())\n\n        source.add(1)\n        Assert.assertEquals(1, source.size())\n        Assert.assertEquals(1, target.size())\n        Assert.assertEquals(\"1_\", target.get(0))\n        Assert.assertEquals(1, source.get(0))\n\n        source.addAll(2,3)\n        source.remove(0)\n        Assert.assertEquals(2, source.size())\n        Assert.assertEquals(2, target.size())\n        Assert.assertEquals(\"2_\", target.get(0))\n        Assert.assertEquals(2, source.get(0))\n        Assert.assertEquals(\"3_\", target.get(1))\n        Assert.assertEquals(3, source.get(1))\n        Assert.assertEquals(1, destructedElems.size)\n        Assert.assertTrue(destructedElems.contains(\"1_\"))\n\n        source.clear()\n        Assert.assertEquals(0, source.size())\n        Assert.assertEquals(0, target.size())\n        Assert.assertEquals(3, destructedElems.size)\n        Assert.assertTrue(destructedElems.contains(\"1_\"))\n        Assert.assertTrue(destructedElems.contains(\"2_\"))\n        Assert.assertTrue(destructedElems.contains(\"3_\"))\n    }\n\n    @Test\n    def testAnyExpressionBinding(): Unit = {\n        val intProp = new SimpleIntegerProperty(1)\n        val boolProp = new SimpleBooleanProperty(false)\n        val strProp = new SimpleStringProperty(\"A\")\n        val strProp2 = new SimpleStringProperty(\"Z\")\n\n        val targetStrProp = new SimpleStringProperty()\n\n        targetStrProp <== Expr(intProp, boolProp, strProp){\n            s\"${intProp.get}:${boolProp.get}:${strProp.get}:${strProp2.get}\"\n        }\n\n        Assert.assertEquals(\"1:false:A:Z\", targetStrProp.get())\n\n        intProp.set(2)\n        Assert.assertEquals(\"2:false:A:Z\", targetStrProp.get())\n\n        boolProp.set(true)\n        Assert.assertEquals(\"2:true:A:Z\", targetStrProp.get())\n\n        strProp.set(\"B\")\n        Assert.assertEquals(\"2:true:B:Z\", targetStrProp.get())\n\n        strProp2.set(\"X\")\n        Assert.assertEquals(\"2:true:B:Z\", targetStrProp.get())\n    }\n\n    @Test\n    def testObservableValueAddChangeListenerOperator(): Unit = {\n        val value = new SimpleIntegerProperty(0)\n        var mirror = 5\n        value ==> ChgListener {chg =>\n            mirror = chg.newValue.asInstanceOf[Int]\n        }\n        val unusedListener = ChgListener[Number] {chg =>\n            Unit\n        }\n\n        Assert.assertEquals(5, mirror)\n\n        value.set(6)\n        Assert.assertEquals(6, mirror)\n\n        value.set(0)\n        Assert.assertEquals(0, mirror)\n\n        value.removeListener(unusedListener)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/events\/ParentOps.scala","text":"package org.igye.jfxutils.events\n\nimport javafx.beans.value.ObservableValue\nimport javafx.scene.Parent\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.jfxutils.Implicits.observableValueToObservableValueOperators\nimport org.igye.jfxutils.concurrency.RunInJfxThreadForcibly\nimport org.igye.jfxutils.properties.ChgListener\n\nclass ParentOps(parent: Parent) {\n    def requestLayoutOnChangeOf(values: ObservableValue[_]*)(implicit log: Logger) {\n        values.foreach(_ ==> ChgListener{chg=>\n            RunInJfxThreadForcibly {\n                parent.requestLayout()\n            }\n        })\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/ListChgListener.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.collections.ListChangeListener\nimport javafx.collections.ListChangeListener.Change\n\nobject ListChgListener {\n    def apply[T](body: Change[_ <: T] => Unit): ListChangeListener[T] = {\n        new ListChangeListener[T] {\n            override def onChanged(c: Change[_ <: T]): Unit = {\n                body(c)\n            }\n        }\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/Implicits.scala","text":"<filename>src\/main\/scala\/org\/igye\/jfxutils\/Implicits.scala\npackage org.igye.jfxutils\n\nimport javafx.beans.property.Property\nimport javafx.beans.value.ObservableValue\nimport javafx.scene.{Node, Parent, Scene}\n\nimport org.igye.jfxutils.events.{NodeOps, ParentOps, SceneOps}\nimport org.igye.jfxutils.properties.{ListOperators, ObservableValueOperators, PropertyOperators}\n\nobject Implicits {\n    implicit def nodeToNodeOps(node: Node) = new NodeOps(node)\n    implicit def sceneToSceneOps(scene: Scene) = new SceneOps(scene)\n\n    implicit def parentToParentOps(parent: Parent) = new ParentOps(parent)\n\n    implicit def propertyToPropertyOperators[T](property: Property[T]): PropertyOperators[T] = {\n        new PropertyOperators(property)\n    }\n\n    implicit def listToListOperators[T](list: java.util.List[T]): ListOperators[T] = {\n        new ListOperators(list)\n    }\n\n    implicit def observableValueToObservableValueOperators[T](observableValue: ObservableValue[T]): ObservableValueOperators[T] = {\n        new ObservableValueOperators(observableValue)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/fxml\/FxmlSupport.scala","text":"<reponame>Igorocky\/jfxutils<filename>src\/main\/scala\/org\/igye\/jfxutils\/fxml\/FxmlSupport.scala\npackage org.igye.jfxutils.fxml\n\nimport javafx.fxml.FXMLLoader\nimport javafx.stage.Stage\n\nimport org.igye.jfxutils.Window\nimport org.igye.jfxutils.annotations.FxmlFile\n\nimport scala.reflect.ClassTag\n\nobject FxmlSupport {\n    def load[T <: Initable](fxmlPath: String, primaryStage: Stage): T = {\n        val fxmlUrl = this.getClass().getClassLoader().getResource(fxmlPath)\n        val loader = new FXMLLoader()\n        loader.setLocation(fxmlUrl)\n        loader.load[T]()\n        val ctrl = loader.getController[T]\n        if (primaryStage != null) {\n            ctrl.asInstanceOf[Window].stage = primaryStage\n        }\n        ctrl.init()\n        ctrl\n    }\n\n    def load[T <: Initable: ClassTag](primaryStage: Stage): T = {\n        load(\n            implicitly[ClassTag[T]].runtimeClass\n                .getAnnotations.find(_.isInstanceOf[FxmlFile])\n                .get.asInstanceOf[FxmlFile].value(),\n            primaryStage\n        )\n    }\n\n    def load[T <: Initable: ClassTag]: T = {\n        load[T](null.asInstanceOf[Stage])\n    }\n}\n\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/test\/scala\/org\/igye\/jfxutils\/properties\/SyncronizableListTest.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.collections.FXCollections\n\nimport org.junit.{Assert, Test}\n\nclass SyncronizableListTest {\n  @Test\n  def test1(): Unit = {\n    val target = new SyncronizableList[Int]\n    val source = FXCollections.observableArrayList[Int]()\n\n    source.addAll(1,2)\n\n    Assert.assertTrue(target.isEmpty)\n    target.addAll(source)\n    Assert.assertEquals(2, target.size())\n    Assert.assertEquals(1, target.get(0))\n    Assert.assertEquals(2, target.get(1))\n\n    target <== (source, (i: Int) => i + 10)\n\n    source.add(5)\n    Assert.assertEquals(3, target.size())\n    Assert.assertEquals(1, target.get(0))\n    Assert.assertEquals(2, target.get(1))\n    Assert.assertEquals(15, target.get(2))\n\n    source.remove(0)\n    Assert.assertEquals(2, target.size())\n    Assert.assertEquals(2, target.get(0))\n    Assert.assertEquals(15, target.get(1))\n\n    target.unbind()\n    source.remove(0)\n    Assert.assertEquals(2, target.size())\n    Assert.assertEquals(2, target.get(0))\n    Assert.assertEquals(15, target.get(1))\n  }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/action\/ShortCut.scala","text":"<reponame>Igorocky\/jfxutils\npackage org.igye.jfxutils.action\n\nimport javafx.scene.input.{KeyCode, KeyEvent}\n\ncase class Shortcut(keys: KeyCode*) {\n    def matches(keyEvent: KeyEvent): Boolean = {\n        if (keys.contains(KeyCode.CONTROL) && !keyEvent.isControlDown ||\n            !keys.contains(KeyCode.CONTROL) && keyEvent.isControlDown ||\n            keys.contains(KeyCode.ALT) && !keyEvent.isAltDown ||\n            !keys.contains(KeyCode.ALT) && keyEvent.isAltDown ||\n            keys.contains(KeyCode.SHIFT) && !keyEvent.isShiftDown ||\n            !keys.contains(KeyCode.SHIFT) && keyEvent.isShiftDown\n        ) {\n            false\n        } else {\n            keys.nonEmpty &&\n                keys.filter(keyCode => keyCode != KeyCode.CONTROL && keyCode != KeyCode.ALT && keyCode != KeyCode.SHIFT)\n                    .forall(_ == keyEvent.getCode)\n        }\n    }\n\n    override def toString: String = {\n        keys.map({\n            case KeyCode.CONTROL => \"Ctrl\"\n            case KeyCode.ALT => \"Alt\"\n            case KeyCode.SHIFT => \"Shift\"\n            case other@_ => other\n        }).mkString(\"+\")\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/events\/NodeOps.scala","text":"<reponame>Igorocky\/jfxutils\npackage org.igye.jfxutils.events\n\nimport javafx.event.{Event, EventHandler, EventType}\nimport javafx.scene.Node\nimport javafx.scene.input.KeyEvent\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.jfxutils.Implicits.nodeToNodeOps\nimport org.igye.jfxutils.action.ActionType.{FILTER, HANDLER}\nimport org.igye.jfxutils.action.{Action, ShortcutActionTrigger}\nimport org.igye.jfxutils.concurrency.RunInJfxThreadForcibly\n\nclass NodeOps(node: Node) {\n    def hnd[T <: Event](eventType: EventType[T])(hnd: T => Unit): EventHandlerInfo[T] = {\n        val eh = new EventHandler[T] {\n            override def handle(event: T): Unit = {\n                hnd(event)\n            }\n        }\n        node.addEventHandler(eventType, eh)\n        EventHandlerInfo(eventType, eh)\n    }\n\n    def hnd[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): EventHandlerInfo[T] = {\n        node.addEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n        eventHandlerInfo\n    }\n\n    def remHnd[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): Unit = {\n        node.removeEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n    }\n\n    def hnd[T <: Event](eventHandlerInfos: EventHandlerInfo[T] *): Seq[EventHandlerInfo[T]] = {\n        eventHandlerInfos.foreach(info => node.addEventHandler(info.eventType, info.handler))\n        eventHandlerInfos\n    }\n\n\n    def flt[T <: Event](eventType: EventType[T])(hnd: T => Unit): EventHandlerInfo[T] = {\n        val eh = new EventHandler[T] {\n            override def handle(event: T): Unit = {\n                hnd(event)\n            }\n        }\n        node.addEventFilter(eventType, eh)\n        EventHandlerInfo(eventType, eh)\n    }\n\n    def flt[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): EventHandlerInfo[T] = {\n        node.addEventHandler(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n        eventHandlerInfo\n    }\n\n    def remFlt[T <: Event](eventHandlerInfo: EventHandlerInfo[T]): Unit = {\n        node.removeEventFilter(eventHandlerInfo.eventType, eventHandlerInfo.handler)\n    }\n\n    def flt[T <: Event](eventHandlerInfos: EventHandlerInfo[T] *): Seq[EventHandlerInfo[T]] = {\n        eventHandlerInfos.foreach(info => node.addEventFilter(info.eventType, info.handler))\n        eventHandlerInfos\n    }\n\n    def remAll[T <: Event](eventHandlerInfosList: List[EventHandlerInfo[T]]): Unit = {\n        eventHandlerInfosList.foreach{ hnd =>\n            node.remHnd(hnd)\n            node.remFlt(hnd)\n        }\n    }\n\n    def rem[T <: Event](eventHandlerInfos: EventHandlerInfo[T]*): Unit = {\n        node.remAll(eventHandlerInfos.toList)\n    }\n\n    def bind(actions: Action*): List[EventHandlerInfo[KeyEvent]] = {\n        bind(actions.toList)\n    }\n\n    def bind(actionsList: List[Action]): List[EventHandlerInfo[KeyEvent]] = {\n        val filtersShortcutActionTrigger = new ShortcutActionTrigger(actionsList.filter(_.actionType == FILTER))\n        val handlersShortcutActionTrigger = new ShortcutActionTrigger(actionsList.filter(_.actionType == HANDLER))\n        node.flt(KeyEvent.ANY) { e => filtersShortcutActionTrigger.triggerAction(e) } ::\n            node.hnd(KeyEvent.ANY) { e => handlersShortcutActionTrigger.triggerAction(e) } ::\n            Nil\n    }\n\n    def focus()(implicit log: Logger): Unit = {\n        RunInJfxThreadForcibly {\n            node.requestFocus()\n        }\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/Expr.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.beans.Observable\nimport javafx.beans.binding.ObjectBinding\n\nobject Expr {\n    def apply[T](dependencies: Observable*)(calcValue: => T): ObjectBinding[T] = {\n        new ObjectBinding[T] {\n            bind(dependencies: _*)\n            override def computeValue(): T = {\n                calcValue\n            }\n        }\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/action\/ActionStateAware.scala","text":"<gh_stars>0\npackage org.igye.jfxutils.action\n\ntrait ActionStateAware {\n    def shortcutSet(newShortcut: Shortcut)\n    def shortcutRemoved()\n    def actionWasDisabled()\n    def actionWasEnabled()\n    def thisWasBoundToAction(action: Action)\n    def thisWasUnboundFromAction(action: Action)\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/Window.scala","text":"package org.igye.jfxutils\n\nimport javafx.scene.{Parent, Scene}\nimport javafx.stage.Stage\n\ntrait Window {\n    var stage: Stage = _\n\n    protected def initWindow(rootNode: Parent): Unit = {\n        if (stage == null) {\n            stage = new Stage()\n        }\n        stage.setScene(new Scene(rootNode))\n    }\n\n    def open(): Unit = {\n        stage.show()\n    }\n\n    def close(): Unit = {\n        stage.close()\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/test\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldFileChooserTest.scala","text":"<filename>src\/test\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldFileChooserTest.scala\npackage org.igye.jfxutils.dialog\n\nimport org.junit.{Assert, Test}\n\nclass TextFieldFileChooserTest {\n    @Test\n    def extractPathAndFilterTest(): Unit = {\n        var res = TextFieldFileChooser.extractPathAndFilter(\"C:\/dir1\/fil\")\n        Assert.assertEquals(\"C:\/dir1\/\", res.path)\n        Assert.assertEquals(\"fil\", res.filter)\n\n        res = TextFieldFileChooser.extractPathAndFilter(\"C:\/dir1\/\")\n        Assert.assertEquals(\"C:\/dir1\/\", res.path)\n        Assert.assertEquals(\"\", res.filter)\n\n        res = TextFieldFileChooser.extractPathAndFilter(\"C:\")\n        Assert.assertEquals(\"\", res.path)\n        Assert.assertEquals(\"C:\", res.filter)\n\n        res = TextFieldFileChooser.extractPathAndFilter(\"\")\n        Assert.assertEquals(\"\", res.path)\n        Assert.assertEquals(\"\", res.filter)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/fxml\/Initable.scala","text":"package org.igye.jfxutils.fxml\n\ntrait Initable {\n    def init()\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/action\/Action.scala","text":"<gh_stars>0\npackage org.igye.jfxutils.action\n\nimport javafx.beans.property.{SimpleBooleanProperty, BooleanProperty}\nimport javafx.scene.control.{Button, TextField, Tooltip}\nimport javafx.scene.input.{KeyCode, KeyEvent}\n\nimport org.igye.commonutils.Enum\nimport org.igye.jfxutils.Implicits.{observableValueToObservableValueOperators, nodeToNodeOps}\nimport org.igye.jfxutils.events.Hnd\nimport org.igye.jfxutils.properties.ChgListener\n\ncase class ActionType(name: String)\nobject ActionType extends Enum[ActionType] {\n    val FILTER = addElem(ActionType(\"FILTER\"))\n    val HANDLER = addElem(ActionType(\"HANDLER\"))\n}\n\ntrait Action {\n    val description: String\n    protected def onAction()\n\n    private var boundObjects: Vector[ActionStateAware] = Vector[ActionStateAware]()\n\n    var actionType = ActionType.FILTER\n    private var shortcut: Option[Shortcut] = None\n    val enabled: SimpleBooleanProperty = new SimpleBooleanProperty(true)\n\n    enabled ==> ChgListener{chg =>\n        if (chg.newValue) {\n            boundObjects.foreach(_.actionWasEnabled())\n        } else {\n            boundObjects.foreach(_.actionWasDisabled())\n        }\n    }\n\n    def setShortcut(shortcut: Shortcut) = {\n        this.shortcut = Some(shortcut)\n        boundObjects.foreach(_.shortcutSet(shortcut))\n    }\n\n    def removeShortcut(): Unit = {\n        this.shortcut = None\n        boundObjects.foreach(_.shortcutRemoved())\n    }\n\n    def getShortcut = shortcut\n\n    def isEnabled = enabled.get()\n\n    def trigger(): Unit = {\n        if (isEnabled) {\n            onAction()\n        }\n    }\n\n    def bind(actionStateAware: ActionStateAware): Unit = {\n        boundObjects :+= actionStateAware\n        actionStateAware.thisWasBoundToAction(this)\n    }\n\n    def unbind(actionStateAware: ActionStateAware): Unit = {\n        boundObjects = boundObjects.filterNot(_ eq actionStateAware)\n        actionStateAware.thisWasUnboundFromAction(this)\n    }\n}\n\nobject Action {\n    \/\/todo: make it implicit method on Action\n    def bind(action: Action, button: Button): Unit = {\n        action.bind(new ActionStateAware {\n            private val initialButtonText = button.getText\n            private val initialButtonTooltip = button.getTooltip\n            private val initialButtonState = button.isDisabled\n            private val initialButtonOnActionEventHandler = button.getOnAction\n\n            override def shortcutSet(newShortcut: Shortcut): Unit = {\n                button.setText(initialButtonText + s\" (${newShortcut.toString})\")\n            }\n\n            override def shortcutRemoved(): Unit = {\n                button.setText(initialButtonText)\n            }\n\n            override def actionWasEnabled(): Unit = button.setDisable(false)\n\n            override def actionWasDisabled(): Unit = button.setDisable(true)\n\n            override def thisWasBoundToAction(action: Action): Unit = {\n                button.setTooltip(new Tooltip(action.description))\n                button.setDisable(!action.isEnabled)\n                button.setOnAction(Hnd { e =>\n                    action.trigger()\n                })\n                if (action.getShortcut.isDefined) {\n                    shortcutSet(action.getShortcut.get)\n                }\n            }\n\n            override def thisWasUnboundFromAction(action: Action): Unit = {\n                button.setText(initialButtonText)\n                button.setTooltip(initialButtonTooltip)\n                button.setDisable(initialButtonState)\n                button.setOnAction(initialButtonOnActionEventHandler)\n            }\n        })\n    }\n\n    def bind(action: Action, textField: TextField): Unit = {\n        action.bind(new ActionStateAware {\n            private val hnd = Hnd(KeyEvent.KEY_PRESSED){e=>\n                if (e.getCode == KeyCode.ENTER) {\n                    action.trigger()\n                }\n            }\n\n            override def shortcutSet(newShortcut: Shortcut): Unit = {}\n\n            override def shortcutRemoved(): Unit = {}\n\n            override def actionWasEnabled(): Unit = {}\n\n            override def actionWasDisabled(): Unit = {}\n\n            override def thisWasBoundToAction(action: Action): Unit = {\n                textField.hnd(hnd)\n            }\n\n            override def thisWasUnboundFromAction(action: Action): Unit = {\n                textField.remHnd(hnd)\n            }\n        })\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/concurrency\/RunInJfxThreadAndReturnResult.scala","text":"package org.igye.jfxutils.concurrency\n\nimport org.apache.logging.log4j.Logger\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nobject RunInJfxThreadAndReturnResult {\n    def apply[T](proc: => T)(implicit log: Logger): T = {\n        apply(15 seconds)(proc)\n    }\n\n    def apply[T](timeout: Duration)(proc: => T)(implicit log: Logger): T = {\n        Await.result(JfxFuture(proc), timeout)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/exceptions\/JfxUtilsException.scala","text":"<reponame>Igorocky\/jfxutils\npackage org.igye.jfxutils.exceptions\n\nclass JfxUtilsException(msg: String) extends Exception(msg)"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/PropertyOperators.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.beans.property.Property\nimport javafx.beans.value.ObservableValue\n\nclass PropertyOperators[T](property: Property[T]) {\n    def <== (observableValue: ObservableValue[T]): Unit = {\n        property.bind(observableValue)\n    }\n\n    def <==> (anotherProperty: Property[T]): Unit = {\n        property.bindBidirectional(anotherProperty)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/ListDirection.scala","text":"package org.igye.jfxutils.autocomplete\n\nimport org.igye.commonutils.Enum\n\ncase class ListDirection(name: String)\nobject ListDirection extends Enum[ListDirection] {\n    val UP = addElem(ListDirection(\"UP\"))\n    val DOWN = addElem(ListDirection(\"DOWN\"))\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/BasicAutocompleteQuery.scala","text":"package org.igye.jfxutils.autocomplete\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.commonutils.ThreadLoggable\n\nclass BasicAutocompleteQuery(queryProc: () => List[AutocompleteItem])(implicit log: Logger) extends AutocompleteQuery {\n    private var thread: Option[ThreadLoggable] = None\n\n    override def execute(onCompleteHandler: (List[AutocompleteItem]) => Unit): Unit = {\n        cancel()\n        thread = Option(new ThreadLoggable() {\n            override def run(): Unit = {\n                onCompleteHandler(queryProc())\n            }\n        })\n        thread.get.start()\n    }\n\n    override def cancel(): Unit = {\n        thread.foreach(_.interrupt())\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/action\/ShortcutActionTrigger.scala","text":"package org.igye.jfxutils.action\n\nimport javafx.scene.input.KeyEvent\n\nclass ShortcutActionTrigger(actionsList: List[Action]) {\n    def triggerAction(keyEvent: KeyEvent): Unit = {\n        if (keyEvent.getEventType == KeyEvent.KEY_PRESSED) {\n            actionsList.find(act =>\n                act.isEnabled && act.getShortcut.isDefined && act.getShortcut.get.matches(keyEvent)\n            ).foreach{a =>\n                a.trigger()\n                keyEvent.consume()\n            }\n        }\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/events\/Hnd.scala","text":"package org.igye.jfxutils.events\n\nimport javafx.event.{Event, EventHandler, EventType}\n\ncase class EventHandlerInfo[T <: Event](eventType: EventType[T], handler: EventHandler[T])\n\nobject Hnd {\n    def apply[T <: Event](eventType: EventType[T])(hnd: T => Unit): EventHandlerInfo[T] = {\n        EventHandlerInfo(\n            eventType,\n            new EventHandler[T] {\n                override def handle(event: T): Unit = {\n                    hnd(event)\n                }\n            }\n        )\n    }\n\n    def apply[T <: Event](hnd: T => Unit) = new EventHandler[T] {\n        override def handle(event: T): Unit = hnd(event)\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/ChgListener.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.beans.value.{ChangeListener, ObservableValue}\n\ncase class OldNewValues[T](observable: ObservableValue[_ <: T], oldValue: T, newValue:T)\n\nobject ChgListener {\n    def apply[T](body: OldNewValues[T] => Unit): ChangeListener[T] = {\n        new ChangeListener[T] {\n            override def changed(observable: ObservableValue[_ <: T], oldValue: T, newValue: T): Unit = {\n                body(OldNewValues(observable, oldValue, newValue))\n            }\n        }\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldFileChooser.scala","text":"<filename>src\/main\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldFileChooser.scala\npackage org.igye.jfxutils.dialog\n\nimport java.io.File\nimport javafx.scene.control.Alert.AlertType\nimport javafx.scene.control.{ButtonType, Alert, TextField}\nimport javafx.scene.input.{KeyCode, KeyEvent}\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.commonutils.Implicits._\nimport org.igye.commonutils.{Enum, GeneralCaseInsensitiveStringFilter}\nimport org.igye.jfxutils.Implicits.nodeToNodeOps\nimport org.igye.jfxutils.autocomplete._\n\ncase class FileChooserType(name: String)\nobject FileChooserType extends Enum[FileChooserType] {\n    val DIRS_AND_FILES = addElem(FileChooserType(\"DIRS_AND_FILES\"))\n    val DIRS_ONLY = addElem(FileChooserType(\"DIRS_ONLY\"))\n}\n\nobject TextFieldFileChooser {\n    def apply(textField: TextField, width: Double, maxHeight: Double,\n              fileChooserType: FileChooserType)\n             (implicit log: Logger, executor : scala.concurrent.ExecutionContext): Unit = {\n        val font = textField.getFont\n        AutocompleteList.addAutocomplete(\n            textField = textField,\n            width = width,\n            maxHeight = maxHeight,\n            calcInitParams = (initStr, pos) => {\n                val pathAndFilter = extractPathAndFilter(initStr.substring(0, pos))\n                TextFieldAutocompleteInitParams(\n                    caretPositionToOpenListAt = pathAndFilter.path.length,\n                    query = new BasicAutocompleteQuery(() => {\n                        val filter = new GeneralCaseInsensitiveStringFilter(pathAndFilter.filter)\n                        if (pathAndFilter.path.isEmpty) {\n                            File.listRoots()\n                                .filter(f => filter.matches(f.getAbsolutePath))\n                                .sortWith((f1, f2) => f1.getName.compareTo(f2.getName) < 0)\n                                .map(f => new AutocompleteTextItem(f.getAbsolutePath, font)).toList\n                        } else {\n                            val path = new File(pathAndFilter.path)\n                            if (path.exists()) {\n                                path.listFiles()\n                                    .filter(f =>\n                                        (if (fileChooserType == FileChooserType.DIRS_ONLY) f.isDirectory else true)\n                                            && filter.matches(f.getName)\n                                    )\n                                    .sortWith((f1, f2) =>\n                                        f1.isDirectory && !f2.isDirectory\n                                            || (\n                                            (f1.isDirectory && f2.isDirectory || !f1.isDirectory && !f2.isDirectory)\n                                                && f1.getName.compareTo(f2.getName) < 0\n                                            )\n                                    )\n                                    .map(f => new AutocompleteTextItem(f.getName + (if (f.isDirectory) File.separator else \"\"), font)).toList\n                            } else {\n                                List(new AutocompleteTextItem(\"Error: directory doesn't exist.\", font, Some(false)))\n                            }\n                        }\n                    }),\n                    userData = pathAndFilter\n                )\n            },\n            modifyTextFieldWithResultParams = (userData, item) => {\n                val path = userData.asInstanceOf[PathAndFilter].path\n                val filter = userData.asInstanceOf[PathAndFilter].filter\n                if (item.asInstanceOf[AutocompleteTextItem].userData.exists(!_.asInstanceOf[Boolean])) {\n                    val newFullPath = path + filter\n                    ModifyTextFieldWithResultParams(newFullPath, newFullPath.length)\n                } else {\n                    val newFullPath = path + item.asInstanceOf[AutocompleteTextItem].text\n                    ModifyTextFieldWithResultParams(newFullPath, newFullPath.length)\n                }\n            }\n        )\n        textField.hnd(KeyEvent.KEY_PRESSED){e=>\n            if (e.getCode == KeyCode.M && e.isControlDown) {\n                val path = (if (textField.getText != null) textField.getText else \"\").trim\n                if (path.nonEmpty) {\n                    val file = new File(path)\n                    if (!file.exists()) {\n                        new Alert(AlertType.CONFIRMATION, s\"Directory '${file.getAbsolutePath}' will be created.\", ButtonType.OK, ButtonType.CANCEL)\n                            .showAndWait().ifPresent(consumer(t => {\n                            if (t == ButtonType.OK) {\n                                file.mkdirs()\n                                textField.setText(file.getAbsolutePath + File.separator)\n                                textField.positionCaret(textField.getText.length)\n                            }\n                        }))\n                    } else {\n                        new Alert(AlertType.INFORMATION, s\"Directory '${file.getAbsolutePath}' already exists.\", ButtonType.OK).showAndWait()\n                    }\n                }\n            }\n        }\n    }\n\n    protected[dialog] case class PathAndFilter(path: String, filter: String)\n    private val pathAndFilterPat = \"\"\"(.*[\\\\\/])?([^\\\\\/]+)?\"\"\".r\n    protected[dialog] def extractPathAndFilter(input: String): PathAndFilter = {\n        val pathAndFilterPat(path, filter) = input\n        PathAndFilter(if (path != null) path else \"\", if (filter != null) filter else \"\")\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/ListOperators.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.collections.ObservableList\n\nimport org.igye.jfxutils.exceptions.JfxUtilsException\n\nimport scala.collection.JavaConversions._\n\nclass ListOperators[T](targetList: java.util.List[T]) {\n  def <==[S](sourceList: ObservableList[S],\n             targetElemConstructor: S => T, targetElemDestructor: T => Unit = null): Unit = {\n    sourceList.addListener(ListOperators.createListener(targetList, targetElemConstructor, targetElemDestructor))\n  }\n}\n\nobject ListOperators {\n  def createListener[T, S](targetList: java.util.List[T],\n                           targetElemConstructor: S => T, targetElemDestructor: T => Unit = null) = ListChgListener[S] { chg =>\n    def handleAdded(): Unit = {\n      targetList.addAll(\n        chg.getFrom,\n        chg.getAddedSubList.map(targetElemConstructor)\n      )\n    }\n\n    def handleRemoved(): Unit = {\n      for (cnt <- 0 until chg.getRemovedSize) {\n        val removedElem = targetList.remove(chg.getFrom)\n        if (targetElemDestructor != null) {\n          targetElemDestructor(removedElem)\n        }\n      }\n    }\n\n    while (chg.next()) {\n      if (chg.wasPermutated) {\n        throw new JfxUtilsException(\"chg.wasPermutated is not supported yet.\")\n      } else if (chg.wasUpdated) {\n        throw new JfxUtilsException(\"chg.wasUpdated is not supported yet.\")\n      } else if (chg.wasReplaced) {\n        handleRemoved()\n        handleAdded()\n      } else {\n        if (chg.wasRemoved) {\n          handleRemoved()\n        } else if (chg.wasAdded) {\n          handleAdded()\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/test\/scala\/org\/igye\/jfxutils\/dialog\/TextFieldVarNameAutocompleteTest.scala","text":"package org.igye.jfxutils.dialog\n\nimport org.junit.{Assert, Test}\n\nclass TextFieldVarNameAutocompleteTest {\n    @Test\n    def extractPartsAndFilterTest(): Unit = {\n        var res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1${varname}text2\", 8)\n        Assert.assertEquals(\"text1${\", res.left)\n        Assert.assertEquals(\"v\", res.filter)\n        Assert.assertEquals(\"}text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1${v}text2\", 8)\n        Assert.assertEquals(\"text1${\", res.left)\n        Assert.assertEquals(\"v\", res.filter)\n        Assert.assertEquals(\"}text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1${}text2\", 7)\n        Assert.assertEquals(\"text1${\", res.left)\n        Assert.assertEquals(\"\", res.filter)\n        Assert.assertEquals(\"}text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1$}text2\", 7)\n        Assert.assertEquals(\"text1$}\", res.left)\n        Assert.assertEquals(\"\", res.filter)\n        Assert.assertEquals(\"text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1$}text2\", 6)\n        Assert.assertEquals(\"text1$\", res.left)\n        Assert.assertEquals(\"\", res.filter)\n        Assert.assertEquals(\"}text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"text1$}text2\", 5)\n        Assert.assertEquals(\"text1\", res.left)\n        Assert.assertEquals(\"\", res.filter)\n        Assert.assertEquals(\"$}text2\", res.right)\n\n        res = TextFieldVarNameAutocomplete.extractPartsAndFilter(\"abcd\", 1)\n        Assert.assertEquals(\"a\", res.left)\n        Assert.assertEquals(\"\", res.filter)\n        Assert.assertEquals(\"bcd\", res.right)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/JfxUtils.scala","text":"package org.igye.jfxutils\n\nimport javafx.beans.value.ObservableValue\nimport javafx.geometry.Insets\nimport javafx.scene.control.TextField\nimport javafx.scene.input.KeyEvent\nimport javafx.scene.layout._\nimport javafx.scene.paint.Color\nimport javafx.scene.shape.{StrokeLineCap, StrokeLineJoin, StrokeType}\nimport javafx.scene.{Node, Scene}\n\nimport org.apache.logging.log4j.Logger\nimport org.igye.jfxutils.Implicits.{observableValueToObservableValueOperators, sceneToSceneOps}\nimport org.igye.jfxutils.action.Action\nimport org.igye.jfxutils.dialog.{FileChooserType, TextFieldFileChooser, TextFieldVarNameAutocomplete}\nimport org.igye.jfxutils.events.EventHandlerInfo\nimport org.igye.jfxutils.properties.ChgListener\n\nimport scala.reflect.ClassTag\n\nobject JfxUtils {\n    def createBorder(color: Color, borderWidths: Double): Border = {\n        new Border(\n            new BorderStroke(\n                color,\n                new BorderStrokeStyle(\n                    StrokeType.INSIDE,\n                    StrokeLineJoin.MITER,\n                    StrokeLineCap.BUTT,\n                    10,\n                    0,\n                    null\n                ),\n                CornerRadii.EMPTY,\n                new BorderWidths(borderWidths),\n                new Insets(0)\n            )\n        )\n    }\n\n    def createBorder(color: Color): Border = {\n        createBorder(color, 1)\n    }\n\n    def createBackground(fillColor: Color) = {\n        new Background(new BackgroundFill(fillColor, CornerRadii.EMPTY, new Insets(0)))\n    }\n\n    def bindActionsToSceneProp(sceneProp: ObservableValue[Scene], actions: List[Action]): Unit = {\n        var eventHandlers: Option[List[EventHandlerInfo[KeyEvent]]] = None\n        sceneProp ==> ChgListener{chg=>\n            if (chg.oldValue != null) {\n                eventHandlers.foreach(chg.oldValue.remAll(_))\n                eventHandlers = None\n            }\n            if (chg.newValue != null) {\n                eventHandlers = Some(chg.newValue.bind(actions))\n            }\n        }\n        if (sceneProp.getValue != null) {\n            eventHandlers = Some(sceneProp.getValue.bind(actions))\n        }\n    }\n\n    def findParent[T: ClassTag](node: Node): Option[T] = {\n        if (node == null) {\n            None\n        } else if (node.getClass.isAssignableFrom(implicitly[ClassTag[T]].runtimeClass)) {\n            Some(node.asInstanceOf[T])\n        } else {\n            findParent(node.asInstanceOf[Node].getParent)\n        }\n    }\n\n    def bindFileChooser(textField: TextField, width: Double, maxHeight: Double,\n                        fileChooserType: FileChooserType = FileChooserType.DIRS_AND_FILES)\n                       (implicit log: Logger, executor : scala.concurrent.ExecutionContext): Unit = {\n        TextFieldFileChooser(textField, width, maxHeight, fileChooserType)\n    }\n\n    def bindVarNameAutocomplete(textField: TextField, width: Double, maxHeight: Double,\n                        varNameProvider: => List[String])\n                       (implicit log: Logger, executor : scala.concurrent.ExecutionContext): Unit = {\n        TextFieldVarNameAutocomplete(textField, width, maxHeight, varNameProvider)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/concurrency\/JfxFuture.scala","text":"package org.igye.jfxutils.concurrency\n\nimport javafx.application.Platform\n\nimport org.apache.logging.log4j.Logger\n\nimport scala.concurrent.{Future, Promise}\n\nobject JfxFuture {\n    def apply[T](proc: => T)(implicit log: Logger): Future[T] = {\n        apply(proc, false)\n    }\n\n    def apply[T](proc: => T, forcibly: Boolean)(implicit log: Logger): Future[T] = {\n        val prom = Promise[T]\n        if (forcibly || !Platform.isFxApplicationThread) {\n            Platform.runLater(new Runnable {\n                override def run(): Unit = {\n                    completePromise(prom, proc)\n                }\n            })\n        } else {\n            completePromise(prom, proc)\n        }\n        prom.future\n    }\n\n    private def completePromise[T](promise: Promise[T], proc: => T)(implicit log: Logger): Unit = {\n        try {\n            promise.success(proc)\n        } catch {\n            case t: Throwable =>\n                log.error(t.getMessage, t)\n                promise.failure(t)\n        }\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/AutocompleteList.scala","text":"<reponame>Igorocky\/jfxutils\npackage org.igye.jfxutils.autocomplete\n\nimport java.lang\nimport javafx.scene.control.TextField\nimport javafx.scene.image.{Image, ImageView}\nimport javafx.scene.input.{KeyCode, KeyEvent, MouseEvent}\nimport javafx.scene.layout._\nimport javafx.scene.text.Text\n\nimport com.sun.javafx.tk.Toolkit\nimport org.apache.logging.log4j.Logger\nimport org.igye.jfxutils.Implicits.{nodeToNodeOps, observableValueToObservableValueOperators, propertyToPropertyOperators}\nimport org.igye.jfxutils.JfxUtils\nimport org.igye.jfxutils.concurrency.{RunInJfxThread, RunInJfxThreadForcibly}\nimport org.igye.jfxutils.exceptions.JfxUtilsException\nimport org.igye.jfxutils.properties.{ChgListener, Expr}\n\nimport scala.concurrent.Future\n\n\/*\n    Test notes:\n    1) check that all scroll bars work.\n    2) it is possible to scroll the horizontal bar to the rightmost position and then navigate through item by up\/down keys\n    3) when textedit looses focus the autocomplete should close\n *\/\nprivate class AutocompleteList(posX: Int, posY: Int, direction: ListDirection, width: Double, maxHeight: Double,\n                               stackPane: StackPane,\n                               loadingImage: ImageView, query: AutocompleteQuery,\n                               itemSelectedEventHandler: () => Unit)\n                              (implicit log: Logger, executor : scala.concurrent.ExecutionContext) {\n    private val upperPane = new Pane()\n    upperPane.hnd(MouseEvent.MOUSE_CLICKED){e=>close()}\n    @volatile\n    private var resultsAreReady = false\n    @volatile\n    private var closed = false\n\n    private var queryResult: Option[List[AutocompleteItem]] = None\n    private var selectedIdx = 0\n    private var resultsPane: ResultsPane = _\n\n    RunInJfxThread {\n        stackPane.getChildren.add(upperPane)\n        open()\n    }\n\n    private def showLoadingPane(): Unit = {\n        RunInJfxThread {\n            if (!closed && !resultsAreReady) {\n                upperPane.getChildren.clear()\n                upperPane.getChildren.add(createLoadingPane())\n            }\n        }\n    }\n\n    private def showResults(list: List[AutocompleteItem]): Unit = {\n        RunInJfxThread {\n            if (!closed && !resultsAreReady) {\n                resultsAreReady = true\n                upperPane.getChildren.clear()\n                resultsPane = createPaneWithResults(list)\n                upperPane.getChildren.add(resultsPane)\n            }\n        }\n    }\n\n    private def prepareDropDownPane(pane: Region): Unit = {\n        pane.setLayoutX(posX)\n        if (direction == ListDirection.UP) {\n            pane.layoutYProperty() <== Expr(pane.heightProperty()){\n                new lang.Double(posY - pane.heightProperty().get()).asInstanceOf[Number]\n            }\n        } else {\n            pane.setLayoutY(posY)\n        }\n    }\n\n    private def createLoadingPane() = {\n        val loadingPane = new VBox(loadingImage)\n        prepareDropDownPane(loadingPane)\n        loadingPane.hnd(MouseEvent.ANY){e => e.consume()}\n        loadingPane\n    }\n\n    private def createPaneWithResults(list: List[AutocompleteItem]) = {\n        val paneWithResults = new ResultsPane(width, maxHeight)\n        prepareDropDownPane(paneWithResults)\n        if (list.isEmpty) {\n            paneWithResults.addItem(new Text(\"Nothing found\"))\n        } else {\n            queryResult = Option(list)\n            list(0).select()\n            for (i <- 0 until list.size) {\n                val node = list(i)\n                paneWithResults.addItem(node)\n                node.hnd(MouseEvent.MOUSE_CLICKED){e =>\n                    queryResult.get(selectedIdx).unselect()\n                    selectedIdx = i\n                    queryResult.get(selectedIdx).select()\n                    if (e.getClickCount == 2) {\n                        itemSelectedEventHandler()\n                    }\n                }\n            }\n            paneWithResults.hnd(KeyEvent.KEY_PRESSED){e=>\n                if (e.getCode == KeyCode.ESCAPE) {\n                    close()\n                } else if (e.getCode == KeyCode.UP) {\n                    up()\n                } else if (e.getCode == KeyCode.DOWN) {\n                    down()\n                } else if (e.getCode == KeyCode.ENTER) {\n                    itemSelectedEventHandler()\n                }\n            }\n        }\n        paneWithResults\n    }\n\n    private def open(): Unit = {\n        query.execute(showResults)\n        Future {\n            Thread.sleep(300)\n            RunInJfxThread {\n                showLoadingPane()\n            }\n        }\n    }\n\n    def close(): Unit = {\n        RunInJfxThread {\n            closed = true\n            query.cancel()\n            stackPane.getChildren.remove(upperPane)\n        }\n    }\n\n    def down(): Unit = {\n        if (queryResult.isDefined) {\n            RunInJfxThread {\n                queryResult.get(selectedIdx).unselect()\n                selectedIdx += 1\n                if (selectedIdx >= queryResult.get.size) {\n                    selectedIdx = 0\n                }\n                val item = queryResult.get(selectedIdx)\n                item.select()\n                correctViewport()\n            }\n        }\n    }\n\n    def up(): Unit = {\n        if (queryResult.isDefined) {\n            RunInJfxThread {\n                queryResult.get(selectedIdx).unselect()\n                selectedIdx -= 1\n                if (selectedIdx <= -1) {\n                    selectedIdx = queryResult.get.size - 1\n                }\n                val item = queryResult.get(selectedIdx)\n                item.select()\n                correctViewport()\n            }\n        }\n    }\n\n    private def correctViewport(): Unit = {\n        if (queryResult.isDefined) {\n            val selectedItem = queryResult.get(selectedIdx)\n            resultsPane.correctViewportM(selectedItem.getLayoutY, selectedItem.getLayoutY + selectedItem.getLayoutBounds.getHeight)\n        }\n    }\n\n    def getSelected: Option[AutocompleteItem] = {\n        if (queryResult.isDefined) {\n            Option(queryResult.get(selectedIdx))\n        } else {\n            None\n        }\n    }\n\n    def hasFocus = resultsPane != null && resultsPane.hasFocus\n}\n\ncase class TextFieldAutocompleteInitParams(\n                                              caretPositionToOpenListAt: Int\n                                              , query: AutocompleteQuery\n                                              , userData: Any\n                                          )\n\ncase class ModifyTextFieldWithResultParams(newText: String, placeCaretAt: Int)\n\nobject AutocompleteList {\n    private val imageView: ImageView = new ImageView(new Image(\"ajax-loader.gif\"))\n    private var lastCreatedInst: Option[AutocompleteList] = None\n\n    private def apply(posX: Double, posY: Double, direction: ListDirection, width: Double, height: Double,\n                      stackPane: StackPane,\n                      loadingImage: ImageView, query: AutocompleteQuery,\n                      itemSelectedEventHandler: () => Unit)\n                    (implicit log: Logger, executor : scala.concurrent.ExecutionContext): AutocompleteList = {\n        lastCreatedInst.foreach(_.close())\n        lastCreatedInst = Some(new AutocompleteList(\n            posX.toInt, posY.toInt, direction, width, height, stackPane, loadingImage, query, itemSelectedEventHandler\n        ))\n        lastCreatedInst.get\n    }\n\n    def addAutocomplete(textField: TextField, width: Double, maxHeight: Double,\n                        calcInitParams: (String\/*all text*\/, Int\/*caret position*\/) => TextFieldAutocompleteInitParams,\n                        modifyTextFieldWithResultParams: (Any\/*userData*\/, AutocompleteItem\/*selected item*\/) => ModifyTextFieldWithResultParams)\n                       (implicit log: Logger, executor : scala.concurrent.ExecutionContext): Unit = {\n        var autoCmp: Option[AutocompleteList] = None\n        var userData: Any = null\n        def onItemSelected(): Unit = {\n            if (autoCmp.isDefined) {\n                val resultParams = modifyTextFieldWithResultParams(userData, autoCmp.get.getSelected.get)\n                textField.setText(resultParams.newText)\n                RunInJfxThreadForcibly {\n                    textField.requestFocus()\n                    textField.positionCaret(resultParams.placeCaretAt)\n                }\n                autoCmp.get.close()\n                autoCmp = None\n            }\n        }\n        def onEscape(): Unit = {\n            if (autoCmp.isDefined) {\n                autoCmp.get.close()\n                autoCmp = None\n            }\n        }\n        textField.hnd(KeyEvent.KEY_PRESSED){e=>\n            if (e.getCode == KeyCode.SPACE && e.isControlDown) {\n                autoCmp.foreach(_.close())\n                var initText = textField.getText\n                if (initText == null) {\n                    initText = \"\"\n                }\n                val initParams = calcInitParams(initText, textField.getCaretPosition)\n                userData = initParams.userData\n                val (direction, posY, height) = calcDirectionYposAndHeight(textField, maxHeight)\n                autoCmp = Some(AutocompleteList(\n                    posX = calcXPos(initText, textField, initParams.caretPositionToOpenListAt, width),\n                    posY = posY,\n                    direction = direction,\n                    width = width,\n                    height = height,\n                    stackPane = JfxUtils.findParent[StackPane](textField)\n                        .getOrElse(throw new JfxUtilsException(\"The TextField should be contained in a StackPane.\")),\n                    loadingImage = imageView,\n                    query = initParams.query,\n                    itemSelectedEventHandler = () => onItemSelected()\n                ))\n                e.consume()\n            } else if (autoCmp.isDefined) {\n                if (e.getCode == KeyCode.ESCAPE) {\n                    onEscape()\n                    e.consume()\n                } else if (e.getCode == KeyCode.UP) {\n                    autoCmp.get.up()\n                    e.consume()\n                } else if (e.getCode == KeyCode.DOWN) {\n                    autoCmp.get.down()\n                    e.consume()\n                } else if (e.getCode == KeyCode.ENTER) {\n                    onItemSelected()\n                    e.consume()\n                }\n            }\n        }\n        textField.focusedProperty() ==> ChgListener{chg=>\n            if (autoCmp.isDefined && !chg.newValue && !autoCmp.get.hasFocus) {\n                onEscape()\n            }\n        }\n    }\n\n    private def calcXPos(initText: String, textField: TextField, caretPosition: Int, width: Double): Double = {\n        val substr = initText.substring(0, caretPosition)\n        val requiredXPos = textField.localToScene(0, 0).getX +\n            Toolkit.getToolkit().getFontLoader().computeStringWidth(substr, textField.getFont) +\n            textField.getPadding.getLeft\n        val maxPossibleXPos = textField.getScene.getWidth - width\n        if (requiredXPos < maxPossibleXPos) {\n            requiredXPos\n        } else {\n            maxPossibleXPos\n        }\n    }\n\n    private def calcDirectionYposAndHeight(textField: TextField, maxHeight: Double) = {\n        val lowerY = textField.localToScene(0, textField.getLayoutBounds.getHeight).getY\n        val lowerHeight = textField.getScene.getHeight - lowerY\n        if (maxHeight <= lowerHeight) {\n            (ListDirection.DOWN, lowerY, maxHeight)\n        } else {\n            val upperY = textField.localToScene(0, 0).getY\n            val upperHeight = upperY\n            if (maxHeight <= upperHeight) {\n                (ListDirection.UP, upperY, maxHeight)\n            } else {\n                if (lowerHeight >= upperHeight) {\n                    (ListDirection.DOWN, lowerY, lowerHeight)\n                } else {\n                    (ListDirection.UP, upperY, upperHeight)\n                }\n            }\n        }\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/AutocompleteTextItem.scala","text":"package org.igye.jfxutils.autocomplete\n\nimport javafx.scene.layout.HBox\nimport javafx.scene.paint.Color\nimport javafx.scene.text.{Font, Text}\n\nimport org.igye.jfxutils.JfxUtils\n\nclass AutocompleteTextItem(val text: String, font: Font, val userData: Option[Any] = None) extends HBox({val t = new Text(text); t.setFont(font); t}) with AutocompleteItem {\n    private val initialBackground = getBackground\n    private val initialTextFill = getChildren.get(0).asInstanceOf[Text].getFill\n\n    override def select(): Unit = {\n        setBackground(JfxUtils.createBackground(Color.rgb(0, 82, 164)))\n        getChildren.get(0).asInstanceOf[Text].setFill(Color.WHITE)\n    }\n\n    override def unselect(): Unit = {\n        setBackground(initialBackground)\n        getChildren.get(0).asInstanceOf[Text].setFill(initialTextFill)\n    }\n\n    override def hasFocus: Boolean = isFocused || getChildren.get(0).isFocused\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/SyncronizableList.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.collections.ObservableList\n\nclass SyncronizableList[E] extends SyncronizableListJ[E] {\n  def <==[S](sourceList: ObservableList[S], targetElemConstructor: S => E, targetElemDestructor: E => Unit = null): Unit = {\n    unbind()\n    bind(sourceList, ListOperators.createListener(getDelegate, targetElemConstructor, targetElemDestructor))\n  }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/Trigger.scala","text":"package org.igye.jfxutils.properties\n\nimport javafx.beans.binding.ObjectBinding\n\nimport org.igye.jfxutils.Implicits.observableValueToObservableValueOperators\n\ntrait Trigger {\n    var action: () => Unit = _\n}\n\nclass UpFrontTrigger(private val condition: ObjectBinding[Boolean]) extends Trigger {\n    condition ==> ChgListener{chg=>\n        if (chg.newValue) {\n            action()\n        }\n    }\n}\n\nclass DownFrontTrigger(private val condition: ObjectBinding[Boolean]) extends Trigger {\n    condition ==> ChgListener{chg=>\n        if (!chg.newValue) {\n            action()\n        }\n    }\n}"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/test\/scala\/org\/igye\/jfxutils\/properties\/TriggerTest.scala","text":"<reponame>Igorocky\/jfxutils<filename>src\/test\/scala\/org\/igye\/jfxutils\/properties\/TriggerTest.scala<gh_stars>0\npackage org.igye.jfxutils.properties\n\nimport javafx.beans.property.SimpleBooleanProperty\n\nimport org.junit.{Assert, Test}\n\nclass TriggerTest {\n    @Test\n    def testUpFrontTrigger(): Unit = {\n        val v1 = new SimpleBooleanProperty(false)\n        val v2 = new SimpleBooleanProperty(false)\n        var cnt = 0\n        val trigger = new UpFrontTrigger(Expr(v1, v2){v1.get() && v2.get()})\n        trigger.action = () => {cnt += 1}\n\n        Assert.assertEquals(0, cnt)\n\n        v1.set(true)\n        Assert.assertEquals(0, cnt)\n        v2.set(true)\n        Assert.assertEquals(1, cnt)\n        v1.set(false)\n        Assert.assertEquals(1, cnt)\n        v2.set(false)\n        Assert.assertEquals(1, cnt)\n    }\n\n    @Test\n    def testDownFrontTrigger(): Unit = {\n        val v1 = new SimpleBooleanProperty(false)\n        val v2 = new SimpleBooleanProperty(false)\n        var cnt = 0\n        val trigger = new DownFrontTrigger(Expr(v1, v2){v1.get() && v2.get()})\n        trigger.action = () => {cnt += 1}\n\n        Assert.assertEquals(0, cnt)\n\n        v1.set(true)\n        Assert.assertEquals(0, cnt)\n        v2.set(true)\n        Assert.assertEquals(0, cnt)\n        v1.set(false)\n        Assert.assertEquals(1, cnt)\n        v2.set(false)\n        Assert.assertEquals(1, cnt)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/properties\/ObservableValueOperators.scala","text":"<filename>src\/main\/scala\/org\/igye\/jfxutils\/properties\/ObservableValueOperators.scala\npackage org.igye.jfxutils.properties\n\nimport javafx.beans.value.{ChangeListener, ObservableValue}\n\nclass ObservableValueOperators[T](observableValue: ObservableValue[T]) {\n    def ==> (changeListener: ChangeListener[T]): Unit = {\n        observableValue.addListener(changeListener)\n    }\n}\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/concurrency\/RunInJfxThreadForcibly.scala","text":"package org.igye.jfxutils.concurrency\n\nimport org.apache.logging.log4j.Logger\n\nobject RunInJfxThreadForcibly {\n     def apply(proc: => Unit)(implicit log: Logger): Unit = {\n         JfxFuture(proc, true)\n     }\n }\n"}
{"repo_name":"Igorocky\/jfxutils","path":"src\/main\/scala\/org\/igye\/jfxutils\/autocomplete\/AutocompleteItem.scala","text":"package org.igye.jfxutils.autocomplete\n\nimport javafx.scene.Node\n\ntrait AutocompleteItem extends Node {\n    def select(): Unit\n    def unselect(): Unit\n    def hasFocus: Boolean\n}\n"}
{"repo_name":"NeQuissimus\/deliveries","path":"src\/main\/scala\/Deliveries.scala","text":"import scala.util.Random\n\n\/**\nStart date Feb 1, 8 am\nEvery hour 7 shipments\n24\/7 deliveries\nFirst 15 days only < 15t\nFirst 15 days ordered by priority ASC, weight ASC\nMax 60 days\nAfter 15 days ordered by priority ASC, weight DESC\nAfter 15 days, all weights\n*\/\nobject Main extends App {\n  import Spec._\n\n  val r = new Random\n  val all = (1 to 300).map(i => Shipment(i, r.nextInt(3) + 1, Math.floor(r.nextDouble * 50.0 * 100) \/ 100))\n\n  val lowSorted = all.filter(_.w < WeightLimit)\n                      .sortWith(_.w < _.w).sortWith(_.p < _.p)\n\n  val days = (1 to TotalDays)\n  val times = days.flatMap(d => (1 to HoursPerDay).map(Time(d, _))).drop(StartFirstDayAtHour - 1).iterator\n\n  val first15 = lowSorted.grouped(DeliveriesPerHour).zip(times)\n                         .take(DaysWithLowLoad * HoursPerDay)\n                         .map(t => Delivery(t._1, t._2)).toList\n  val usedDuringFirst15 = lowSorted.take(DeliveriesPerHour * TotalDays * HoursPerDay)\n\n  val after15 = all.filterNot(usedDuringFirst15.contains(_))\n                   .sortWith(_.w > _.w).sortWith(_.p < _.p)\n                   .grouped(DeliveriesPerHour)\n                   .zip(times.drop(DaysWithLowLoad * HoursPerDay \n                      - Math.floorDiv(usedDuringFirst15.size + (DeliveriesPerHour - 1), DeliveriesPerHour)))\n                   .map(t => Delivery(t._1, t._2))\n\n  println(first15.toList)\n  println(after15.toList)\n}\n\nobject Spec {\n  val StartFirstDayAtHour = 8\n  val WeightLimit = 15.0\n  val TotalDays = 60\n  val DeliveriesPerHour = 7\n  val DaysWithLowLoad = 15\n  val HoursPerDay = 24\n}\n\ncase class Shipment(id: Int, p: Int, w: Double)\ncase class Delivery(l: IndexedSeq[Shipment], t: Time) {\n  override def toString() = {\n    s\"Delivery[day ${t.d}, ${t.h}:00: $l]\"\n  }\n}\ncase class Time(d: Int, h: Int)"}
{"repo_name":"notyy\/learnScalaJs","path":"build.sbt","text":"enablePlugins(ScalaJSPlugin)\n\nname := \"learn_scalajs\"\n\nscalaVersion := \"2.12.3\"\n\n\/\/ This is an application with a main method\nscalaJSUseMainModuleInitializer := true\n\nskip in packageJSDependencies := false\njsDependencies +=\n  \"org.webjars\" % \"jquery\" % \"2.1.4\" \/ \"2.1.4\/jquery.js\"\n\njsEnv := new org.scalajs.jsenv.jsdomnodejs.JSDOMNodeJSEnv()\n\nlibraryDependencies ++= Seq(\n  \"be.doeraene\" %%% \"scalajs-jquery\" % \"0.9.1\",\n  \"com.lihaoyi\" %%% \"utest\" % \"0.4.4\" % \"test\"\n\/\/  \"org.scala-lang\" % \"scala-reflect\" % \"2.11.8\"\n)\n\ntestFrameworks += new TestFramework(\"utest.runner.Framework\")"}
{"repo_name":"jaspervz\/akka-http","path":"akka-http2-support\/src\/test\/scala\/akka\/http\/impl\/engine\/http2\/H2cUpgradeSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2019 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.http.impl.engine.http2\n\nimport akka.http.impl.util._\nimport akka.http.scaladsl.model.{ HttpResponse, StatusCodes }\nimport akka.http.scaladsl.{ Http2, HttpConnectionContext }\nimport akka.stream.scaladsl.{ Source, Tcp }\nimport akka.util.ByteString\n\nimport scala.annotation.tailrec\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\nclass H2cUpgradeSpec extends AkkaSpecWithMaterializer(\"\"\"\n    akka.http.server.preview.enable-http2 = on\n    akka.http.server.http2.log-frames = on\n  \"\"\") {\n\n  override implicit val patience = PatienceConfig(5.seconds, 5.seconds)\n\n  \"An HTTP\/1.1 server without TLS that allows upgrading to cleartext HTTP\/2\" should {\n    val binding = Http2().bindAndHandleAsync(\n      _ => Future.successful(HttpResponse(status = StatusCodes.ImATeapot)),\n      \"127.0.0.1\",\n      port = 0,\n      HttpConnectionContext()\n    ).futureValue\n\n    \/\/ https:\/\/tools.ietf.org\/html\/rfc7540#section-3.2\n    \"respond with HTTP 101\" in {\n      \/\/ Not the whole frame, but only the identifiers and values - so an empty string for 0 settings is valid:\n      val settings = \"\"\n      val upgradeRequest =\n        s\"\"\"GET \/ HTTP\/1.1\nHost: localhost\nUpgrade: h2c\nHTTP2-Settings: $settings\n\n\"\"\"\n      val frameProbe = Http2FrameProbe()\n\n      Source.single(ByteString(upgradeRequest)).concat(Source.maybe)\n        .via(Tcp().outgoingConnection(binding.localAddress.getHostName, binding.localAddress.getPort))\n        .runWith(frameProbe.sink)\n\n      @tailrec def readToEndOfHeader(currentlyRead: String = \"\"): String =\n        if (currentlyRead.endsWith(\"\\r\\n\\r\\n\")) currentlyRead\n        else readToEndOfHeader(currentlyRead + frameProbe.plainDataProbe.expectBytes(1).utf8String)\n\n      val headers = readToEndOfHeader()\n\n      headers should include(\"HTTP\/1.1 101 Switching Protocols\")\n      headers should include(\"Upgrade: h2c\")\n      headers should include(\"Connection: upgrade\")\n\n      frameProbe.expectFrameFlagsStreamIdAndPayload(Http2Protocol.FrameType.SETTINGS)\n      frameProbe.expectHeaderBlock(1, true)\n    }\n  }\n}\n"}
{"repo_name":"jaspervz\/akka-http","path":"akka-http2-support\/src\/test\/scala\/akka\/http\/impl\/engine\/http2\/WithPriorKnowledgeSpec.scala","text":"\/*\n * Copyright (C) 2019 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.http.impl.engine.http2\n\nimport java.util.Base64\n\nimport akka.http.impl.util.AkkaSpecWithMaterializer\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.{ HttpProtocols, HttpRequest, HttpResponse, StatusCodes }\nimport akka.stream.OverflowStrategy\nimport akka.stream.scaladsl.{ Keep, Source, Tcp }\nimport akka.util.ByteString\n\nimport scala.concurrent.Future\n\nclass WithPriorKnowledgeSpec extends AkkaSpecWithMaterializer(\"\"\"\n    akka.http.server.preview.enable-http2 = on\n    akka.http.server.http2.log-frames = on\n  \"\"\") {\n\n  \"An HTTP server with PriorKnowledge\" should {\n    val binding = Http().bindAndHandleAsync(\n      _ => Future.successful(HttpResponse(status = StatusCodes.ImATeapot)),\n      \"127.0.0.1\",\n      port = 0\n    ).futureValue\n\n    \"respond to cleartext HTTP\/1.1 requests with cleartext HTTP\/1.1\" in {\n      val (host, port) = (binding.localAddress.getHostName, binding.localAddress.getPort)\n      val responseFuture: Future[HttpResponse] = Http().singleRequest(HttpRequest(uri = s\"http:\/\/$host:$port\"))\n      val response = responseFuture.futureValue\n      response.protocol should be(HttpProtocols.`HTTP\/1.1`)\n      response.status should be(StatusCodes.ImATeapot)\n    }\n\n    \"respond to cleartext HTTP\/2 requests with cleartext HTTP\/2\" in {\n      val (host, port) = (binding.localAddress.getHostName, binding.localAddress.getPort)\n\n      val fromServer = Http2FrameProbe()\n\n      val source =\n        Source.queue[String](1000, OverflowStrategy.fail)\n          .map(str => ByteString(Base64.getDecoder.decode(str)))\n          .via(Tcp().outgoingConnection(host, port))\n          .toMat(fromServer.sink)(Keep.left)\n          .run()\n\n      \/\/ Obtained by converting the input request bytes from curl with --http2-prior-knowledge\n      \/\/ This includes port 9009 as 'authority', which our server accepts.\n      source.offer(\"UFJJICogSFRUUC8yLjANCg0KU00NCg0KAAASBAAAAAAAAAMAAABkAARAAAAAAAIAAAAAAAAECAAAAAAAP\/8AAQAAHgEFAAAAAYKEhkGKCJ1cC4Fw3HwAf3qIJbZQw6u20uBTAyovKg==\").futureValue\n\n      fromServer.expectFrameFlagsAndPayload(Http2Protocol.FrameType.SETTINGS, 0) \/\/ don't check data\n      fromServer.expectSettingsAck()\n\n      \/\/ ack settings\n      source.offer(\"AAAABAEAAAAA\")\n\n      fromServer.expectHeaderBlock(1, true)\n\n      source.complete()\n      fromServer.plainDataProbe.expectComplete()\n    }\n  }\n}\n"}
{"repo_name":"jaspervz\/akka-http","path":"akka-http-bench-jmh\/src\/main\/scala\/akka\/http\/impl\/engine\/ws\/MaskingBench.scala","text":"package akka.http.impl.engine.ws\n\nimport org.openjdk.jmh.annotations.Benchmark\n\nimport akka.util.ByteString\nimport akka.http.CommonBenchmark\n\nclass MaskingBench extends CommonBenchmark {\n  val data = ByteString(new Array[Byte](10000))\n  val mask = 0xfedcba09\n\n  @Benchmark\n  def benchRequestProcessing(): (ByteString, Int) =\n    FrameEventParser.mask(data, mask)\n}\n"}
{"repo_name":"jaspervz\/akka-http","path":"akka-http2-support\/src\/main\/scala\/akka\/http\/impl\/engine\/http2\/Http2AlpnSupport.scala","text":"<filename>akka-http2-support\/src\/main\/scala\/akka\/http\/impl\/engine\/http2\/Http2AlpnSupport.scala\n\/*\n * Copyright (C) 2009-2019 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.http.impl.engine.http2\n\nimport java.util.function.BiFunction\nimport java.{ util => ju }\n\nimport javax.net.ssl.{ SSLEngine, SSLException }\nimport akka.annotation.InternalApi\nimport akka.http.impl.util.JavaVersion\nimport akka.stream.TLSProtocol.NegotiateNewSession\nimport akka.stream.impl.io.TlsUtils\nimport org.eclipse.jetty.alpn.ALPN\nimport org.eclipse.jetty.alpn.ALPN.ServerProvider\n\nimport scala.language.reflectiveCalls\n\n\/**\n * INTERNAL API\n *\n * Will add support to an engine either using jetty alpn or using netty APIs (later).\n *\/\n@InternalApi\nprivate[http] object Http2AlpnSupport {\n  \/\/ALPN Protocol IDs https:\/\/www.iana.org\/assignments\/tls-extensiontype-values\/tls-extensiontype-values.xhtml#alpn-protocol-ids\n  val H2 = \"h2\"\n  val HTTP11 = \"http\/1.1\"\n  \/**\n   * Enables server-side Http\/2 ALPN support for the given engine.\n   *\/\n  def enableForServer(engine: SSLEngine, setChosenProtocol: String => Unit): SSLEngine =\n    if (isAlpnSupportedByJDK) jdkAlpnSupport(engine, setChosenProtocol)\n    else jettyAlpnSupport(engine, setChosenProtocol)\n\n  def isAlpnSupportedByJDK: Boolean =\n    \/\/ ALPN is supported starting with JDK 9\n    JavaVersion.majorVersion >= 9\n\n  private type JDK9SSLEngine = {\n    def setHandshakeApplicationProtocolSelector(selector: BiFunction[SSLEngine, ju.List[String], String]): Unit\n  }\n  def jdkAlpnSupport(engine: SSLEngine, setChosenProtocol: String => Unit): SSLEngine = {\n    engine.asInstanceOf[JDK9SSLEngine].setHandshakeApplicationProtocolSelector(new BiFunction[SSLEngine, ju.List[String], String] {\n      \/\/ explicit style needed here as automatic SAM-support doesn't seem to work out with Scala 2.11\n      override def apply(engine: SSLEngine, protocols: ju.List[String]): String = {\n        val chosen = chooseProtocol(protocols)\n        chosen.foreach(setChosenProtocol)\n\n        \/\/returning null here means aborting the handshake\n        \/\/see https:\/\/docs.oracle.com\/en\/java\/javase\/11\/docs\/api\/java.base\/javax\/net\/ssl\/SSLEngine.html#setHandshakeApplicationProtocolSelector(java.util.function.BiFunction)\n        chosen.orNull\n      }\n    })\n\n    engine\n  }\n\n  def jettyAlpnSupport(engine: SSLEngine, setChosenProtocol: String => Unit): SSLEngine = {\n    ALPN.put(engine, new ServerProvider {\n      override def select(protocols: ju.List[String]): String =\n        choose {\n          \/\/throwing an exception means aborting the handshake\n          \/\/see http:\/\/git.eclipse.org\/c\/jetty\/org.eclipse.jetty.alpn.git\/tree\/src\/main\/java\/org\/eclipse\/jetty\/alpn\/ALPN.java#n236\n          chooseProtocol(protocols).getOrElse(throw new SSLException(\"No protocols\"))\n        }\n\n      override def unsupported(): Unit =\n        choose(HTTP11)\n\n      def choose(protocol: String): String = try {\n        setChosenProtocol(protocol)\n        protocol\n      } finally ALPN.remove(engine)\n    })\n    engine\n  }\n\n  private def chooseProtocol(protocols: ju.List[String]): Option[String] =\n    if (protocols.contains(H2)) Some(H2)\n    else if (protocols.contains(HTTP11)) Some(HTTP11)\n    else None\n\n  def applySessionParameters(engine: SSLEngine, sessionParameters: NegotiateNewSession): Unit = TlsUtils.applySessionParameters(engine, sessionParameters)\n\n  def cleanupForServer(engine: SSLEngine): Unit =\n    if (!isAlpnSupportedByJDK) ALPN.remove(engine)\n\n}\n"}
{"repo_name":"jaspervz\/akka-http","path":"akka-http-core\/src\/test\/scala\/akka\/http\/impl\/engine\/ws\/WebSocketIntegrationSpec.scala","text":"\/*\n * Copyright (C) 2015-2019 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.http.impl.engine.ws\n\nimport scala.concurrent.{ Await, Promise }\nimport scala.concurrent.duration.DurationInt\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.Uri.apply\nimport akka.http.scaladsl.model.ws._\nimport akka.stream._\nimport akka.stream.scaladsl._\nimport akka.stream.testkit._\nimport akka.stream.scaladsl.GraphDSL.Implicits._\nimport org.scalatest.concurrent.Eventually\nimport java.net.InetSocketAddress\n\nimport akka.Done\nimport akka.http.scaladsl.settings.ClientConnectionSettings\nimport akka.stream.stage.{ GraphStageLogic, GraphStageWithMaterializedValue, InHandler, OutHandler }\nimport akka.util.ByteString\nimport akka.stream.testkit.scaladsl.TestSink\nimport akka.testkit._\n\nimport scala.util.{ Failure, Success }\n\nclass WebSocketIntegrationSpec extends AkkaSpec(\"akka.stream.materializer.debug.fuzzing-mode=off\")\n  with Eventually {\n\n  implicit val materializer = ActorMaterializer()\n\n  \"A WebSocket server\" must {\n\n    \"not reset the connection when no data are flowing\" in Utils.assertAllStagesStopped {\n      val source = TestPublisher.probe[Message]()\n      val bindingFuture = Http().bindAndHandleSync({\n        case HttpRequest(_, _, headers, _, _) =>\n          val upgrade = headers.collectFirst { case u: UpgradeToWebSocket => u }.get\n          upgrade.handleMessages(Flow.fromSinkAndSource(Sink.ignore, Source.fromPublisher(source)), None)\n      }, interface = \"localhost\", port = 0)\n      val binding = Await.result(bindingFuture, 3.seconds.dilated)\n      val myPort = binding.localAddress.getPort\n\n      val (response, sink) = Http().singleWebSocketRequest(\n        WebSocketRequest(\"ws:\/\/127.0.0.1:\" + myPort),\n        Flow.fromSinkAndSourceMat(TestSink.probe[Message], Source.empty)(Keep.left))\n\n      response.futureValue.response.status.isSuccess should ===(true)\n      sink\n        .request(10)\n        .expectNoMessage(500.millis)\n\n      source\n        .sendNext(TextMessage(\"hello\"))\n        .sendComplete()\n      sink\n        .expectNext(TextMessage(\"hello\"))\n        .expectComplete()\n\n      binding.unbind()\n    }\n\n    \"not reset the connection when no data are flowing and the connection is closed from the client\" in Utils.assertAllStagesStopped {\n      val source = TestPublisher.probe[Message]()\n      val bindingFuture = Http().bindAndHandleSync({\n        case HttpRequest(_, _, headers, _, _) =>\n          val upgrade = headers.collectFirst { case u: UpgradeToWebSocket => u }.get\n          upgrade.handleMessages(Flow.fromSinkAndSource(Sink.ignore, Source.fromPublisher(source)), None)\n      }, interface = \"localhost\", port = 0)\n      val binding = Await.result(bindingFuture, 3.seconds.dilated)\n      val myPort = binding.localAddress.getPort\n\n      val completeOnlySwitch: Flow[ByteString, ByteString, Promise[Done]] = Flow.fromGraph(\n        new GraphStageWithMaterializedValue[FlowShape[ByteString, ByteString], Promise[Done]] {\n          override val shape: FlowShape[ByteString, ByteString] =\n            FlowShape(Inlet(\"completeOnlySwitch.in\"), Outlet(\"completeOnlySwitch.out\"))\n\n          override def createLogicAndMaterializedValue(inheritedAttributes: Attributes): (GraphStageLogic, Promise[Done]) = {\n            val promise = Promise[Done]\n\n            val logic = new GraphStageLogic(shape) with InHandler with OutHandler {\n              override def onPush(): Unit = push(shape.out, grab(shape.in))\n              override def onPull(): Unit = pull(shape.in)\n\n              override def preStart(): Unit = {\n                promise.future.foreach(_ => getAsyncCallback[Done](_ => complete(shape.out)).invoke(Done))(akka.dispatch.ExecutionContexts.sameThreadExecutionContext)\n              }\n\n              setHandlers(shape.in, shape.out, this)\n            }\n\n            (logic, promise)\n          }\n        })\n\n      val ((response, breaker), sink) =\n        Source.empty\n          .viaMat {\n            Http().webSocketClientLayer(WebSocketRequest(\"ws:\/\/localhost:\" + myPort))\n              .atop(TLSPlacebo())\n              .joinMat(completeOnlySwitch.via(\n                Tcp().outgoingConnection(new InetSocketAddress(\"localhost\", myPort), halfClose = true)))(Keep.both)\n          }(Keep.right)\n          .toMat(TestSink.probe[Message])(Keep.both)\n          .run()\n\n      response.futureValue.response.status.isSuccess should ===(true)\n      sink\n        .request(10)\n        .expectNoMessage(1500.millis)\n\n      breaker.trySuccess(Done)\n\n      source\n        .sendNext(TextMessage(\"hello\"))\n        .sendComplete()\n      sink\n        .expectNext(TextMessage(\"hello\"))\n        .expectComplete()\n\n      binding.unbind()\n    }\n\n    \"echo 100 elements and then shut down without error\" in Utils.assertAllStagesStopped {\n\n      val bindingFuture = Http().bindAndHandleSync({\n        case HttpRequest(_, _, headers, _, _) =>\n          val upgrade = headers.collectFirst { case u: UpgradeToWebSocket => u }.get\n          upgrade.handleMessages(Flow.apply, None)\n      }, interface = \"localhost\", port = 0)\n      val binding = Await.result(bindingFuture, 3.seconds.dilated)\n      val myPort = binding.localAddress.getPort\n\n      val N = 100\n\n      EventFilter.warning(pattern = \"HTTP header .* is not allowed in responses\", occurrences = 0) intercept {\n        val (response, count) = Http().singleWebSocketRequest(\n          WebSocketRequest(\"ws:\/\/127.0.0.1:\" + myPort),\n          Flow.fromSinkAndSourceMat(\n            Sink.fold(0)((n, _: Message) => n + 1),\n            Source.repeat(TextMessage(\"hello\")).take(N))(Keep.left))\n        count.futureValue should ===(N)\n      }\n\n      binding.unbind()\n    }\n\n    \"send back 100 elements and then terminate without error even when not ordinarily closed\" in Utils.assertAllStagesStopped {\n      val N = 100\n\n      val handler = Flow.fromGraph(GraphDSL.create() { implicit b =>\n        val merge = b.add(Merge[Int](2))\n\n        \/\/ convert to int so we can connect to merge\n        val mapMsgToInt = b.add(Flow[Message].map(_ => -1))\n        val mapIntToMsg = b.add(Flow[Int].map(x => TextMessage.Strict(s\"Sending: $x\")))\n\n        \/\/ source we want to use to send message to the connected websocket sink\n        val rangeSource = b.add(Source(1 to N))\n\n        mapMsgToInt ~> merge \/\/ this part of the merge will never provide msgs\n        rangeSource ~> merge ~> mapIntToMsg\n\n        FlowShape(mapMsgToInt.in, mapIntToMsg.out)\n      })\n\n      val bindingFuture = Http().bindAndHandleSync({\n        case HttpRequest(_, _, headers, _, _) =>\n          val upgrade = headers.collectFirst { case u: UpgradeToWebSocket => u }.get\n          upgrade.handleMessages(handler, None)\n      }, interface = \"localhost\", port = 0)\n      val binding = Await.result(bindingFuture, 3.seconds.dilated)\n      val myPort = binding.localAddress.getPort\n\n      @volatile var messages = 0\n      val (switch, completion) =\n        Source.maybe\n          .viaMat {\n            Http().webSocketClientLayer(WebSocketRequest(\"ws:\/\/localhost:\" + myPort))\n              .atop(TLSPlacebo())\n              \/\/ the resource leak of #19398 existed only for severed websocket connections\n              .atopMat(KillSwitches.singleBidi[ByteString, ByteString])(Keep.right)\n              .join(Tcp().outgoingConnection(new InetSocketAddress(\"localhost\", myPort), halfClose = true))\n          }(Keep.right)\n          .toMat(Sink.foreach(_ => messages += 1))(Keep.both)\n          .run()\n      eventually(messages should ===(N))\n      \/\/ breaker should have been fulfilled long ago\n      switch.shutdown()\n      completion.futureValue\n\n      binding.unbind()\n    }\n\n  }\n\n  \"A websocket client\" should {\n    \"fail the materialized future if the request fails\" in {\n      val flow = Http().webSocketClientFlow(\n        WebSocketRequest(\"ws:\/\/127.0.0.1:65535\/no\/server\/here\"),\n        settings = ClientConnectionSettings(system).withConnectingTimeout(250.millis.dilated))\n\n      val future = Source.maybe[Message].viaMat(flow)(Keep.right).to(Sink.ignore).run()\n      import system.dispatcher\n      whenReady(future.map(r => Success(r)).recover { case ex => Failure(ex) }) { resTry =>\n        resTry.isFailure should ===(true)\n        resTry.failed.get.getMessage should ===(\"Connection failed.\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/data\/lineage\/ResultToParameterMappingTests.scala","text":"<reponame>abcoates\/scala-lineage<gh_stars>1-10\npackage org.contakt.data.lineage\n\nimport org.scalatest.{Matchers, FlatSpec}\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\/**\n * Tests for ResultToParameterMappingTests class.\n *\/\nclass ResultToParameterMappingTests extends FlatSpec with Matchers {\n\n  val RESULTS = new ResultMap()\n  RESULTS.addResult('a, Future{ 1 })\n  RESULTS.addResult('b, Future{ 2 })\n  RESULTS.addResult('c, Future{ 3 })\n  RESULTS.addResult('d, Future{ 4 })\n  RESULTS.addResult('e, Future{ 5 })\n\n  \"A result-to-parameter mapping\" should \"be able to map all results to parameters\" in {\n    val params: ParameterMap = RESULTS :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n  }\n\n  it should \"be able to map no results to parameters\" in {\n    val params: ParameterMap = RESULTS :: DEFAULT_MAP_NONE\n    assert(params.size === 0, s\"expected no results, found ${params.size}\")\n  }\n\n  it should \"be possible to map a single result name to a different parameter name\" in {\n    val params: ParameterMap = RESULTS :: (\"a\" -> \"f\") :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n    assert(!params.isDefinedAt(\"a\"), \"mapping failed, found unexpected 'a' parameter\")\n    assert(params.isDefinedAt(\"b\"), \"mapping failed, did not find expected 'b' parameter\")\n    assert(params.isDefinedAt(\"c\"), \"mapping failed, did not find expected 'c' parameter\")\n    assert(params.isDefinedAt(\"d\"), \"mapping failed, did not find expected 'd' parameter\")\n    assert(params.isDefinedAt(\"e\"), \"mapping failed, did not find expected 'e' parameter\")\n    assert(params.isDefinedAt(\"f\"), \"mapping failed, did not find expected 'f' parameter\")\n  }\n\n  it should \"be possible to map multiple result names to different parameter names\" in {\n    val params: ParameterMap = RESULTS :: Map(\"a\" -> \"f\", \"b\" -> \"g\") :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n    assert(!params.isDefinedAt(\"a\"), \"mapping failed, found unexpected 'a' parameter\")\n    assert(!params.isDefinedAt(\"b\"), \"mapping failed, found unexpected 'b' parameter\")\n    assert(params.isDefinedAt(\"c\"), \"mapping failed, did not find expected 'c' parameter\")\n    assert(params.isDefinedAt(\"d\"), \"mapping failed, did not find expected 'd' parameter\")\n    assert(params.isDefinedAt(\"e\"), \"mapping failed, did not find expected 'e' parameter\")\n    assert(params.isDefinedAt(\"f\"), \"mapping failed, did not find expected 'f' parameter\")\n    assert(params.isDefinedAt(\"g\"), \"mapping failed, did not find expected 'g' parameter\")\n  }\n\n  it should \"be possible to map a single result name to the same parameter name\" in {\n    val params: ParameterMap = RESULTS :: \"a\" :: DEFAULT_MAP_NONE\n    assert(params.size === 1, s\"expected 1 results, found ${params.size}\")\n    assert(params.isDefinedAt(\"a\"), \"mapping failed, did not find expected 'a' parameter\")\n  }\n\n  it should \"be possible to map result names to the same parameter names\" in {\n    val params: ParameterMap = RESULTS :: List(\"a\",\"b\") :: DEFAULT_MAP_NONE\n    assert(params.size === 2, s\"expected 2 results, found ${params.size}\")\n    assert(params.isDefinedAt(\"a\"), \"mapping failed, did not find expected 'a' parameter\")\n    assert(params.isDefinedAt(\"b\"), \"mapping failed, did not find expected 'b' parameter\")\n  }\n\n  it should \"be possible to compose single-name mappings\" in {\n    val params: ParameterMap = RESULTS :: (\"a\" -> \"f\") :: (\"b\" -> \"g\") :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n    assert(!params.isDefinedAt(\"a\"), \"mapping failed, found unexpected 'a' parameter\")\n    assert(!params.isDefinedAt(\"b\"), \"mapping failed, found unexpected 'b' parameter\")\n    assert(params.isDefinedAt(\"c\"), \"mapping failed, did not find expected 'c' parameter\")\n    assert(params.isDefinedAt(\"d\"), \"mapping failed, did not find expected 'd' parameter\")\n    assert(params.isDefinedAt(\"e\"), \"mapping failed, did not find expected 'e' parameter\")\n    assert(params.isDefinedAt(\"f\"), \"mapping failed, did not find expected 'f' parameter\")\n    assert(params.isDefinedAt(\"g\"), \"mapping failed, did not find expected 'g' parameter\")\n  }\n\n  it should \"be possible to compose multi-name mappings\" in {\n    val params: ParameterMap = RESULTS :: Map(\"a\" -> \"f\", \"b\" -> \"g\") :: Map(\"c\" -> \"h\", \"d\" -> \"j\") :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n    assert(!params.isDefinedAt(\"a\"), \"mapping failed, found unexpected 'a' parameter\")\n    assert(!params.isDefinedAt(\"b\"), \"mapping failed, found unexpected 'b' parameter\")\n    assert(!params.isDefinedAt(\"c\"), \"mapping failed, found unexpected 'c' parameter\")\n    assert(!params.isDefinedAt(\"d\"), \"mapping failed, found unexpected 'd' parameter\")\n    assert(params.isDefinedAt(\"e\"), \"mapping failed, did not find expected 'e' parameter\")\n    assert(params.isDefinedAt(\"f\"), \"mapping failed, did not find expected 'f' parameter\")\n    assert(params.isDefinedAt(\"g\"), \"mapping failed, did not find expected 'g' parameter\")\n    assert(params.isDefinedAt(\"h\"), \"mapping failed, did not find expected 'h' parameter\")\n    assert(params.isDefinedAt(\"j\"), \"mapping failed, did not find expected 'j' parameter\")\n  }\n\n  it should \"be possible to compose a single name and a multi-name mapping\" in {\n    val params: ParameterMap = RESULTS :: (\"a\" -> \"f\") :: Map(\"b\" -> \"g\", \"c\" -> \"h\") :: DEFAULT_MAP_ALL\n    assert(params.size === RESULTS.size, s\"[1] wrong number of results: expected ${RESULTS.size}, found ${params.size}\")\n    assert(!params.isDefinedAt(\"a\"), \"[1] mapping failed, found unexpected 'a' parameter\")\n    assert(!params.isDefinedAt(\"b\"), \"[1] mapping failed, found unexpected 'b' parameter\")\n    assert(!params.isDefinedAt(\"c\"), \"[1] mapping failed, found unexpected 'c' parameter\")\n    assert(params.isDefinedAt(\"d\"), \"[1] mapping failed, did not find expected 'd' parameter\")\n    assert(params.isDefinedAt(\"e\"), \"[1] mapping failed, did not find expected 'e' parameter\")\n    assert(params.isDefinedAt(\"f\"), \"[1] mapping failed, did not find expected 'f' parameter\")\n    assert(params.isDefinedAt(\"g\"), \"[1] mapping failed, did not find expected 'g' parameter\")\n    assert(params.isDefinedAt(\"h\"), \"[1] mapping failed, did not find expected 'h' parameter\")\n\n    val params2: ParameterMap = RESULTS :: Map(\"a\" -> \"f\", \"b\" -> \"g\") :: (\"c\" -> \"h\") :: DEFAULT_MAP_ALL\n    assert(params2.size === RESULTS.size, s\"[2] wrong number of results: expected ${RESULTS.size}, found ${params2.size}\")\n    assert(!params2.isDefinedAt(\"a\"), \"[2] mapping failed, found unexpected 'a' parameter\")\n    assert(!params2.isDefinedAt(\"b\"), \"[2] mapping failed, found unexpected 'b' parameter\")\n    assert(!params2.isDefinedAt(\"c\"), \"[2] mapping failed, found unexpected 'c' parameter\")\n    assert(params2.isDefinedAt(\"d\"), \"[2] mapping failed, did not find expected 'd' parameter\")\n    assert(params2.isDefinedAt(\"e\"), \"[2] mapping failed, did not find expected 'e' parameter\")\n    assert(params2.isDefinedAt(\"f\"), \"[2] mapping failed, did not find expected 'f' parameter\")\n    assert(params2.isDefinedAt(\"g\"), \"[2] mapping failed, did not find expected 'g' parameter\")\n    assert(params2.isDefinedAt(\"h\"), \"[2] mapping failed, did not find expected 'h' parameter\")\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/data\/lineage\/ValidationTests.scala","text":"<reponame>abcoates\/scala-lineage\npackage org.contakt.data.lineage\n\nimport org.contakt.data.lineage.Validation._\nimport org.scalatest.{FlatSpec, Matchers}\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.util.{Failure, Success}\n\n\/**\n * Tests for the Validation trait.\n *\/\nclass ValidationTests extends FlatSpec with Matchers {\n\n  \/** Delay at start of each future, in milliseconds. *\/\n  val sleepDelay = 100\n\n  def newSuccessFuture = Future{ Thread.sleep(sleepDelay); true }\n\n  def newFailureFuture = Future{ Thread.sleep(sleepDelay); throw new Exception() }\n\n  \"A new success future\" should \"be able to be created\" in {\n    val future = newSuccessFuture\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    Await.ready(future, Duration.Inf)\n    assert(future.isCompleted)\n    assert(\n      future.value match { \/\/ check for a Some(Success(true)) value\n        case Some(Success(x)) => x match {\n          case bool: Boolean if bool == true => true\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n  }\n\n  \"A new failure future\" should \"be able to be created\" in {\n    val future = newFailureFuture\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    Await.ready(future, Duration.Inf)\n    assert(future.isCompleted)\n    assert(\n      future.value match { \/\/ check for a Some(Failure(Exception)) value\n        case Some(Failure(t)) => t match {\n          case ex: Exception => true\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n  }\n\n  \"A validation\" should \"be able to be a pass-through 'identity' validation that doesn't validate anything\" in {\n    val future = newSuccessFuture\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    val validation = NO_VALIDATION\n    val validatedFuture = validation(future)\n    assert(validatedFuture eq future)\n    Await.ready(validatedFuture, Duration.Inf)\n    assert(future.isCompleted)\n    assert(validatedFuture.isCompleted)\n    assert(\n      validatedFuture.value match { \/\/ check for a Some(Success(true)) value\n        case Some(Success(x)) => x match {\n          case bool: Boolean if bool == true => true\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n  }\n\n  it should \"be possible to validate a future's result against an expected class\" in {\n    val validation = hasValueClass(classOf[java.lang.Integer]) \/\/ note: the Java 'Integer' type needs to be used here\n\n    \/\/ This should succeed.\n    val value = 1\n    val future = Future{ Thread.sleep(sleepDelay); value }\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    val validatedFuture = validation(future)\n    Await.ready(validatedFuture, Duration.Inf)\n    assert(future.isCompleted)\n    assert(validatedFuture.isCompleted)\n    assert(\n      validatedFuture.value match { \/\/ check for a Some(Success(1)) value\n        case Some(Success(x)) => x match {\n          case int: Int => int == value\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n\n    \/\/ This should fail.\n    val value2 = 2.0\n    val future2 = Future{ Thread.sleep(sleepDelay); value2 }\n    assert(!future2.isCompleted)\n    assert(future2.value === None)\n    val validatedFuture2 = validation(future2)\n    Await.ready(validatedFuture2, Duration.Inf)\n    assert(future2.isCompleted)\n    assert(validatedFuture2.isCompleted)\n    assert(\n      validatedFuture2.value match { \/\/ check for a Some(Failure(ValidationException(...))) value\n        case Some(Failure(t)) => t match {\n          case ve: ValidationException =>\n            (ve.label.get == \"org.contakt.data.lineage.Validation#hasResultClass\") &&\n              (ve.value == value2) &&\n              (ve.cause.get.isInstanceOf[ClassCastException])\n          case other => println(s\"fail #1: $other\"); false\n        }\n        case other => println(s\"fail #2: $other\"); false\n      }\n    )\n  }\n\n  it should \"be possible to validate a future's result against an expected value\" in {\n    val validation = equalTo(1)\n\n    \/\/ This should succeed.\n    val value = 1\n    val future = Future{ Thread.sleep(sleepDelay); value }\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    val validatedFuture = validation(future)\n    Await.ready(validatedFuture, Duration.Inf)\n    assert(future.isCompleted)\n    assert(validatedFuture.isCompleted)\n    assert(\n      validatedFuture.value match { \/\/ check for a Some(Success(1)) value\n        case Some(Success(x)) => x match {\n          case int: Int => int == value\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n\n    \/\/ This should fail.\n    val value2 = 2\n    val future2 = Future{ Thread.sleep(sleepDelay); value2 }\n    assert(!future2.isCompleted)\n    assert(future2.value === None)\n    val validatedFuture2 = validation(future2)\n    Await.ready(validatedFuture2, Duration.Inf)\n    assert(future2.isCompleted)\n    assert(validatedFuture2.isCompleted)\n    assert(\n      validatedFuture2.value match { \/\/ check for a Some(Failure(ValidationException(...))) value\n        case Some(Failure(t)) => t match {\n          case ve: ValidationException =>\n            (ve.label.get == \"org.contakt.data.lineage.Validation#equalTo\") &&\n              (ve.value == value2) &&\n              (ve.cause.isEmpty)\n          case other => println(s\"fail #1: $other\"); false\n        }\n        case other => println(s\"fail #2: $other\"); false\n      }\n    )\n  }\n\n  it should \"be possible to do an 'and' between two validations\" in {\n    val validation1 = hasValueClass(classOf[java.lang.Integer]) \/\/ note: the Java 'Integer' type needs to be used here\n    val validation2 = equalTo(1)\n    val validation = validation1 && validation2\n\n    \/\/ This should succeed.\n    val value = 1\n    val future = Future{ Thread.sleep(sleepDelay); value }\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    val validatedFuture = validation(future)\n    Await.ready(validatedFuture, Duration.Inf)\n    assert(future.isCompleted)\n    assert(validatedFuture.isCompleted)\n    assert(\n      validatedFuture.value match { \/\/ check for a Some(Success(1)) value\n        case Some(Success(x)) => x match {\n          case int: Int => int == value\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n\n    \/\/ This should fail.\n    val value2 = 2\n    val future2 = Future{ Thread.sleep(sleepDelay); value2 }\n    assert(!future2.isCompleted)\n    assert(future2.value === None)\n    val validatedFuture2 = validation(future2)\n    Await.ready(validatedFuture2, Duration.Inf)\n    assert(future2.isCompleted)\n    assert(validatedFuture2.isCompleted)\n    assert(\n      validatedFuture2.value match { \/\/ check for a Some(Failure(ValidationException(...))) value\n        case Some(Failure(t)) => t match {\n          case ve: ValidationException =>\n            (ve.label.get == \"org.contakt.data.lineage.Validation#equalTo\") &&\n              (ve.value == value2) &&\n              (ve.cause.isEmpty)\n          case other => println(s\"fail #1: $other\"); false\n        }\n        case other => println(s\"fail #2: $other\"); false\n      }\n    )\n\n    \/\/ This should fail.\n    val value3 = 2.0\n    val future3 = Future{ Thread.sleep(sleepDelay); value3 }\n    assert(!future3.isCompleted)\n    assert(future3.value === None)\n    val validatedFuture3 = validation(future3)\n    Await.ready(validatedFuture3, Duration.Inf)\n    assert(future3.isCompleted)\n    assert(validatedFuture3.isCompleted)\n    assert(\n      validatedFuture3.value match { \/\/ check for a Some(Failure(ValidationException(...))) value\n        case Some(Failure(t)) => t match {\n          case ve: ValidationException =>\n            (ve.label.get == \"org.contakt.data.lineage.Validation#hasResultClass\") &&\n              (ve.value == value3) &&\n              (ve.cause.get.isInstanceOf[ClassCastException])\n          case other => println(s\"fail #1: $other\"); false\n        }\n        case other => println(s\"fail #2: $other\"); false\n      }\n    )\n  }\n\n  it should \"be possible to do an 'or' between two validations\" in {\n    val validation1 = hasValueClass(classOf[java.lang.Integer]) \/\/ note: the Java 'Integer' type needs to be used here\n    val validation2 = equalTo(1.0)\n    val validation = validation1 || validation2\n\n    \/\/ This should succeed.\n    val value = 1\n    val future = Future{ Thread.sleep(sleepDelay); value }\n    assert(!future.isCompleted)\n    assert(future.value === None)\n    val validatedFuture = validation(future)\n    Await.ready(validatedFuture, Duration.Inf)\n    assert(future.isCompleted)\n    assert(validatedFuture.isCompleted)\n    assert(\n      validatedFuture.value match { \/\/ check for a Some(Success(1)) value\n        case Some(Success(x)) => x match {\n          case int: Int => int == value\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n\n    \/\/ This should succeed.\n    val value2 = 1.0\n    val future2 = Future{ Thread.sleep(sleepDelay); value2 }\n    assert(!future2.isCompleted)\n    assert(future2.value === None)\n    val validatedFuture2 = validation(future2)\n    Await.ready(validatedFuture2, Duration.Inf)\n    assert(future2.isCompleted)\n    assert(validatedFuture2.isCompleted)\n    assert(\n      validatedFuture2.value match { \/\/ check for a Some(Success(1.0)) value\n        case Some(Success(x)) => x match {\n          case dbl: Double => dbl == value2\n          case _ => false\n        }\n        case _ => false\n      }\n    )\n\n    \/\/ This should fail.\n    val value3 = 2.0\n    val future3 = Future{ Thread.sleep(sleepDelay); value3 }\n    assert(!future3.isCompleted)\n    assert(future3.value === None)\n    val validatedFuture3 = validation(future3)\n    Await.ready(validatedFuture3, Duration.Inf)\n    assert(future3.isCompleted)\n    assert(validatedFuture3.isCompleted)\n    assert(\n      validatedFuture3.value match { \/\/ check for a Some(Failure(ValidationException(...))) value\n        case Some(Failure(t)) => t match {\n          case ve: ValidationException =>\n            (\n              (ve.label.get == \"org.contakt.data.lineage.Validation#hasResultClass\") ||\n                (ve.label.get == \"org.contakt.data.lineage.Validation#equalTo\")\n            ) &&\n              (ve.value == value3) &&\n              (ve.cause.isEmpty || ve.cause.get.isInstanceOf[ClassCastException])\n          case other => println(s\"fail #1: $other\"); false\n        }\n        case other => println(s\"fail #2: $other\"); false\n      }\n    )\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/ResultToParameterMapping.scala","text":"<filename>src\/main\/scala\/org\/contakt\/data\/lineage\/ResultToParameterMapping.scala\npackage org.contakt.data.lineage\n\nimport scala.collection.mutable\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n * Defines a mapping from a result map into a new parameter map.\n *\/\nclass ResultToParameterMapping(val nameMap: Map[String, String], val defaultMapping: ResultToParameterDefault = DEFAULT_MAP_NONE)(implicit executionContext: ExecutionContext) {\n\n  \/**\n   * Applies the mapping to the given results to produce a set of parameters.\n   * @param results result set for mapping\n   * @return mapped parameters from result set\n   *\/\n  def map(results: ResultMap): ParameterMap = {\n    val parameters = new mutable.HashMap[String, Future[Any]]() \/\/ temporary map for parameters\n\n    for (key <- results.keySet) {\n      if (nameMap.contains(key)) {\n        parameters put (nameMap(key), results(key))\n      } else {\n        defaultMapping match {\n          case DEFAULT_MAP_ALL => parameters put (key, results(key))\n          case DEFAULT_MAP_NONE => \/\/ do mothing\n        }\n      }\n    }\n\n    new ParameterMap(Map[String, Future[Any]]() ++ parameters)(executionContext) \/\/ return result parameter map\n  }\n\n  \/**\n   * Postfix operator which provides a shorthand for 'map', e.g. 'resultsMap :: resultToParameterMapping'\n   * @param results result set for mapping\n   * @return mapped parameters from result set\n   *\/\n  def ::(results: ResultMap): ParameterMap = map(results)\n\n  \/**\n   * Adds a mapping from a result name to a parameter name.\n   * @param mapping result (from) and parameter (to) name pair\n   * @return new ResultToParameterMapping with the additional mapping\n   *\/\n  def addMapping(mapping: (String, String)): ResultToParameterMapping = {\n    new ResultToParameterMapping(nameMap + mapping, defaultMapping)\n  }\n\n  \/**\n   * Postfix operator which provides a shorthand for 'addMapping', e.g. '(\"a\",\"b\") :: initialMapping'\n   * @param mapping result (from) and parameter (to) name pair\n   * @return new ResultToParameterMapping with the additional mapping\n   *\/\n  def ::(mapping: (String, String)): ResultToParameterMapping = addMapping(mapping)\n\n  \/**\n   * Adds a mapping from a result name to an identical parameter name.\n   * @param name name of both the result and the matching parameter, i.e. a same-name mapping\n   * @return new ResultToParameterMapping with the additional mapping\n   *\/\n  def addResult(name: String): ResultToParameterMapping = addMapping((name, name))\n\n  \/**\n   * Postfix operator which provides a shorthand for 'addResult', e.g. ' \"a\" :: initialMapping'\n   * @param name name of both the result and the matching parameter, i.e. a same-name mapping\n   * @return new ResultToParameterMapping with the additional mapping\n   *\/\n  def ::(name: String): ResultToParameterMapping = addResult(name)\n\n  \/**\n   * Adds mappings from result names to a parameter names.\n   * @param mappings result to parameter name mappings\n   * @return new ResultToParameterMapping with the additional mappings\n   *\/\n  def addMappings(mappings: Map[String, String]): ResultToParameterMapping = {\n    new ResultToParameterMapping(nameMap ++ mappings, defaultMapping)\n  }\n\n  \/**\n   * Postfix operator which provides a shorthand for 'addMappings', e.g. 'Map(\"a\"->\"b\", \"c\"->\"d\") :: initialMapping'\n   * @param mappings result to parameter name mappings\n   * @return new ResultToParameterMapping with the additional mappings\n   *\/\n  def ::(mappings: Map[String, String]): ResultToParameterMapping = addMappings(mappings)\n\n  \/**\n   * Adds mappings from result names to identical parameter names.\n   * @param names names of both results and the matching parameters, i.e. all same-name mappings\n   * @return new ResultToParameterMapping with the additional mappings\n   *\/\n  def addResults(names: List[String]): ResultToParameterMapping = addMappings((names map {name => (name,name)}).toMap[String,String])\n\n  \/**\n   * Postfix operator which provides a shorthand for 'addResults', e.g. 'List(\"a\",\"b\") :: initialMapping'\n   * @param names names of both results and the matching parameters, i.e. all same-name mappings\n   * @return new ResultToParameterMapping with the additional mappings\n   *\/\n  def ::(names: List[String]): ResultToParameterMapping = addResults(names)\n\n}\n\n\/**\n * Enumerated case class used to define the default behaviour of a result-to-parameter mapping.\n * @param name name of the enumerated value.\n *\/\nsealed case class ResultToParameterDefault(name: Symbol) {}\n\n\/** Default to mapping all results to a parameter of the same name, unless there is an explicit mapping. *\/\nobject DEFAULT_MAP_ALL extends ResultToParameterDefault('ALL)\n\n\/** Default to no mapping of results to parameters of the same name, unless there is an explicit mapping. *\/\nobject DEFAULT_MAP_NONE extends ResultToParameterDefault('NONE)\n"}
{"repo_name":"abcoates\/scala-lineage","path":"build.sbt","text":"<gh_stars>1-10\nname := \"scala-lineage\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.11.1\"\n\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\")\n\nlibraryDependencies += \"org.scalatest\" % \"scalatest_2.11\" % \"2.1.5\" % \"test\"\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/data\/lineage\/ProcessBlockTests.scala","text":"package org.contakt.data.lineage\n\nimport org.contakt.data.lineage.Validation._\nimport org.scalatest.{Matchers, FlatSpec}\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\nimport scala.language.postfixOps\nimport scala.util.{Success, Failure}\n\n\/**\n* Tests for ProcessBlock class.\n*\/\nclass ProcessBlockTests extends FlatSpec with Matchers {\n  \n  val futurePauseMsec = 100\n\n  \/**\n   * A simple process block for use in testing.  Computes the sum and difference of two integer parameters.\n   *\/\n  class SimpleTestProcessBlock extends ProcessBlock {\n\n    \/** The class for Scala 'Int' values. *\/\n    val IntClass = classOf[java.lang.Integer]\n\n    \/**\n     * Name which uniquely identifies the process block.\n     * @return the name of the process block.\n     *\/\n    override def name = 'SimpleProcessBlock\n\n    \/**\n     * Defines the parameters for a process block, and validations for those parameters.\n     * Note: must include all parameters, including constant parameters defined by 'constParameters'.\n     * @return map of name symbols and matching validations.\n     *\/\n    override def parameterChecks = parameterCheckMap\n    private val parameterCheckMap = Map[String, Validation[_]]('a -> hasValueClass(IntClass), 'b -> hasValueClass(IntClass))\n\n    \/**\n     * Defines the results for a process block, and validations for those results.\n     * @return map of name symbols and matching validations.\n     *\/\n    override def resultChecks = resultCheckMap\n    private val resultCheckMap = Map[String, Validation[_]]('sum -> hasValueClass(IntClass), 'diff -> hasValueClass(IntClass))\n\n    \/**\n     * Core processing function for the process block.\n     * Note: the core processing function should <b>not<\/b> be called directly by users.  It is called by 'run'.\n     * @return function which is run by 'run' to perform the core processing.\n     *\/\n    override def process: (ParameterMap) => ResultMap = { parameters: ParameterMap =>\n      val processResults = new ResultMap()\n      val sumResult = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] + b.asInstanceOf[Int]) \/\/ 'for' can be used to add futures and return a future\n      processResults.addResult('sum, sumResult)\n      val diffResult = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] - b.asInstanceOf[Int]) \/\/ 'for' can be used to subtract futures and return a future\n      processResults.addResult('diff, diffResult)\n      processResults\n    }\n\n  }\n\n  \"A process block\" should \"be able to be created and run\" in {\n    val pb = new SimpleTestProcessBlock()\n    val map = Map[String, Int](\n      'a -> 3,\n      'b -> 2\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.get.get === map('a) + map('b))\n    assert(runResults('diff).value.get.get === map('a) - map('b))\n  }\n\n  it should \"produce a Failure when a result fails validation\" in {\n    val pb = new SimpleTestProcessBlock {\n      override def process: (ParameterMap) => ResultMap = { parameters: ParameterMap =>\n        val results = new ResultMap()\n        val sumResult: Future[Int] = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] + b.asInstanceOf[Int]) \/\/ 'for' can be used to add futures and return a future\n        results.addResult('sum, sumResult)\n        val diffResult: Future[String] = for (a <- parameters('a); b <- parameters('b)) yield ((a.asInstanceOf[Int] - b.asInstanceOf[Int])).toString \/\/ 'for' can be used to subtract futures and return a future\n        results.addResult('diff, diffResult) \/\/ note: wrong result type - String, not Int\n        results\n      }\n    }\n    val map = Map[String, Int](\n      'a -> 3,\n      'b -> 2\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.get.get === map('a) + map('b))\n    assert(runResults('diff).value.isDefined && runResults('diff).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('diff),\n      List(classOf[ResultValidationException], classOf[ValidationException], classOf[ClassCastException])\n    ))\n  }\n\n  it should \"produce a Failure when a parameter fails validation\" in {\n    val pb = new SimpleTestProcessBlock()\n    val map = Map[String, Any](\n      'a -> 3,\n      'b -> 2.0 \/\/ note: not an Int as expected\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.isDefined && runResults('sum).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('sum),\n      List(classOf[ResultValidationException], classOf[ParameterValidationException], classOf[ValidationException], classOf[ClassCastException])\n    ))\n    assert(runResults('diff).value.isDefined && runResults('diff).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('diff),\n      List(classOf[ResultValidationException], classOf[ParameterValidationException], classOf[ValidationException], classOf[ClassCastException])\n    ))\n  }\n\n  it should \"produce a Failure when an exception is throw while calculating a result\" in {\n    val exceptionLabel = \"LABEL0001\"\n    val pb = new SimpleTestProcessBlock {\n      override def process: (ParameterMap) => ResultMap = { parameters: ParameterMap =>\n        val results = new ResultMap()\n        val sumResult = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] + b.asInstanceOf[Int]) \/\/ 'for' can be used to add futures and return a future\n        results.addResult('sum, sumResult)\n        val diffResult = Future { \/\/ using an explicit Future here to make sure the Exception is passed through as a Failure as expected\n          Thread.sleep(futurePauseMsec)\n          throw new Exception(s\"$exceptionLabel - test exception to check process block behaviour\")\n          (parameters('a).asInstanceOf[Int] -  parameters('b).asInstanceOf[Int])\n        }\n        results.addResult('diff, diffResult) \/\/ note: should be a failure due to the exception\n        results\n      }\n    }\n    val map = Map[String, Int](\n      'a -> 3,\n      'b -> 2\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.get.get === map('a) + map('b))\n    assert(runResults('diff).value.isDefined && runResults('diff).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('diff),\n      List(classOf[ResultValidationException], classOf[Exception])\n    ))\n    assert(runResults('diff).value.get.asInstanceOf[Failure[_]].exception.getCause.getMessage.startsWith(exceptionLabel))\n  }\n\n  it should \"be able to use constant (pre-defined) parameters of the process block\" in {\n    val constMap = Map[String, Int](\n      'b -> 2\n    )\n    val pb = new SimpleTestProcessBlock{\n      override def constParameters = new ParameterMap(constMap)(executionContext)\n    }\n    val map = Map[String, Int](\n      'a -> 3\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.get.get === map('a) + constMap('b))\n    assert(runResults('diff).value.get.get === map('a) - constMap('b))\n  }\n\n  it should \"not allow a runtime parameter to have the same name as any constant parameter\" in {\n    val constMap = Map[String, Int](\n      'b -> 2\n    )\n    val pb = new SimpleTestProcessBlock{\n      override def constParameters = new ParameterMap(constMap)(executionContext)\n    }\n    val map = Map[String, Int](\n      'a -> 3,\n      'b -> 2 \/\/ uh-oh, same name as a constant parameter!\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.isDefined && runResults('sum).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('sum),\n      List(classOf[ResultValidationException], classOf[ParameterValidationException], classOf[DuplicatedParameterNameException])\n    ))\n    assert(runResults('diff).value.isDefined && runResults('diff).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('diff),\n      List(classOf[ResultValidationException], classOf[ParameterValidationException], classOf[DuplicatedParameterNameException])\n    ))\n  }\n\n  it should \"not allow two results to have the same name\" in {\n    \/\/ Note: I have seen this fail, but intermittently, not reproducibly.  Subtle JVM startup timing issue?\n    val pb = new SimpleTestProcessBlock {\n      override def process: (ParameterMap) => ResultMap = { parameters: ParameterMap =>\n        val results = new ResultMap()\n        val sumResult = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] + b.asInstanceOf[Int]) \/\/ 'for' can be used to add futures and return a future\n        results.addResult('sum, sumResult)\n        val diffResult = for (a <- parameters('a); b <- parameters('b)) yield (a.asInstanceOf[Int] - b.asInstanceOf[Int]) \/\/ 'for' can be used to subtract futures and return a future\n        results.addResult('diff, diffResult) \/\/ note: wrong result type - String, not Int\n        val doubleSumResult = for (a <- parameters('a); b <- parameters('b)) yield 2*(a.asInstanceOf[Int] + b.asInstanceOf[Int]) \/\/ 'for' can be used to add futures and return a future\n        results.addResult('sum, doubleSumResult) \/\/ uh-oh, same result name twice!\n        results\n      }\n    }\n    val map = Map[String, Int](\n      'a -> 3,\n      'b -> 2\n    )\n    val parameters = new ParameterMap(map)(pb.executionContext)\n    val runResults = pb run parameters\n    val resultsMap = runResults.awaitResults\n    for (key <- runResults.keySet) {\n      assert(runResults(key).isCompleted)\n    }\n    assert(runResults('sum).value.isDefined && runResults('sum).value.get.isFailure)\n    assert(checkExceptionChain(\n      runResults('sum),\n      List(classOf[ResultValidationException], classOf[DuplicatedResultNameException])\n    ))\n    val sum: Int = map('a) + map('b)\n    \/\/ println(s\"result(sum): exception = ${runResults('sum).value.get.asInstanceOf[Failure[_]].exception.getCause.asInstanceOf[DuplicatedResultNameException]}\")\n    assert(runResults('sum).value.get.asInstanceOf[Failure[_]].exception.getCause.asInstanceOf[DuplicatedResultNameException].oldValue.value === Some(Success(sum)))\n    assert(runResults('sum).value.get.asInstanceOf[Failure[_]].exception.getCause.asInstanceOf[DuplicatedResultNameException].newValue.value === Some(Success(2*sum)))\n    assert(runResults('diff).value.get.get === map('a) - map('b))\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/Validation.scala","text":"package org.contakt.data.lineage\n\nimport scala.concurrent.{Promise, ExecutionContext, Future}\nimport scala.util.{Try, Success, Failure}\n\n\/**\n* Trait for a function that can be used to validate a future, returning the same future is successful, or a Future(Failure(...)) if validation fails.\n*\/\nabstract class Validation[T](label: Option[String] = None)(implicit executionContext: ExecutionContext) extends Function1[Future[T], Future[T]] {\n\n  \/** Used to refer to the correct 'this' when returning functions. *\/\n  private val thisValidation = this\n  \n  \/**\n   * Combines two validations via an 'and' operation.\n   * @param vld validation to 'and' with this validation.\n   * @return new 'and' validation.\n   *\/\n  def &&(vld: Validation[T]) = new Validation[T] {\n    \n    def apply(future: Future[T]): Future[T] = {\n      val newPromise = Promise[T]\n      future.andThen {\n        case Failure(t) => newPromise failure t\n        case Success(x) => thisValidation(future).andThen {\n          case Failure(t) => newPromise failure t\n          case Success(x) => vld(future).andThen {\n            case Failure(t) => newPromise failure t\n            case Success(x) => newPromise success x\n          }\n        }\n      }\n      newPromise.future\n    }\n\n  }\n\n  \/**\n   * Combines two validations via an 'or' operation.\n   * @param vld validation to 'or' with this validation.\n   * @return new 'or' validation.\n   *\/\n  def ||(vld: Validation[T]) = new Validation[T] {\n\n    def apply(future: Future[T]): Future[T] = {\n      val newPromise = Promise[T]\n      future.andThen {\n        case Failure(t) => newPromise failure t\n        case Success(x) => thisValidation(future).andThen {\n          case Success(x) => newPromise success x\n          case Failure(t) => vld(future).andThen {\n            case Failure(t) => newPromise failure t\n            case Success(x) => newPromise success x\n          }\n        }\n      }\n      newPromise.future\n    }\n\n  }\n\n}\n\n\/**\n* Companion object for Validation trait.\n*\/\nobject Validation {\n\n  \/** A pass-through validation that doesn't check anything. *\/\n  def NO_VALIDATION(implicit executionContext: ExecutionContext) = new Validation[Any] {\n    override def apply(future: Future[Any]) = future\n  }\n\n  \/** This validation checks that the result value of the future can be cast to the given class. *\/\n  def hasValueClass(clazz: Class[_])(implicit executionContext: ExecutionContext) = new Validation[Any] {\n    override def apply(future: Future[Any]) = future map { value => \/\/ note use of 'map' to create a new Future based on the eventual completed value of 'future', with exceptions passed through automatically\n      try {\n        value match {\n          case t: Throwable => throw t\n          case _ =>\n            val castValue = clazz cast value \/\/ check if value is a valid 'clazz'\n            \/\/ println(s\"cast: $value [${value.getClass.getName}] => $castValue [${castValue.getClass.getName}]\")\n            castValue\n        }\n      }\n      catch {\n        case t: Throwable => throw new ValidationException(Some(s\"${classOf[Validation[Any]].getName}#hasResultClass\"), s\"value doesn't match class '${clazz.getName}': $value\", value, Some(t))\n      }\n    }\n  }\n\n  \/** This validation checks that the result of the future has a particular value. *\/\n  def equalTo(expectedValue: Any)(implicit executionContext: ExecutionContext) = new Validation[Any] {\n    override def apply(future: Future[Any]) = future map { value => \/\/ note use of 'map' to create a new Future based on the eventual completed value of 'future', with exceptions passed through automatically\n      value match {\n        case t: Throwable => throw t\n        case _ =>\n          if (value == expectedValue) {\n            value\n          } else {\n            throw new ValidationException(Some(s\"${classOf[Validation[Any]].getName}#equalTo\"), s\"value doesn't equal expected value '$expectedValue': $value\", value, None)\n          }\n      }\n    }\n  }\n\n}\n\n\/**\n* Exception for validation errors.\n*\/\ncase class ValidationException(val label: Option[String], val message: String, val value: Any, val cause: Option[Throwable]) extends Exception(if (label.isDefined) s\"$label: $message\" else message, cause getOrElse null) {}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/data\/lineage\/ParameterMapTests.scala","text":"<reponame>abcoates\/scala-lineage\npackage org.contakt.data.lineage\n\nimport org.contakt.data.lineage._\nimport org.scalatest.{Matchers, FlatSpec}\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.util.{Failure, Success}\n\n\/**\n* Tests for ParameterMap class.\n*\/\nclass ParameterMapTests extends FlatSpec with Matchers {\n\n  \"A value\" should \"be auto-converted to a future as required\" in {\n    val f1: Future[_] = 1\n    val f2: Future[_] = 1.0\n    val f3: Future[_] = true\n    val f4: Future[_] = 'a'\n    val f5: Future[_] = \"b\"\n  }\n\n  \"A parameter map\" should \"be constructable from a map\" in {\n    val pmap0 = new ParameterMap(Map[String, Any]())\n    pmap0.size should be (0)\n    val pmap1 = new ParameterMap(Map[String, Any]('a -> 1))\n    pmap1.size should be (1)\n    val pmap2 = new ParameterMap(Map[String, Any]('a -> 1, 'b -> 2.0))\n    pmap2.size should be (2)\n    val pmap3 = new ParameterMap(Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\"))\n    pmap3.size should be (3)\n    val pmap4 = new ParameterMap(Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4)))\n    pmap4.size should be (4)\n  }\n\n  it should \"have non-future values converted to futures\" in {\n    val map = Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4))\n    val fmap: Map[String, Future[Any]] = map.map{mapping => mapping._1 -> Future{ mapping._2 }}\n    val pmap = new ParameterMap(map)\n    for (key <- pmap.keySet) {\n      val fvalue = fmap(key)\n      val pvalue = pmap(key)\n      fvalue shouldBe a [Future[Any]]\n      pvalue shouldBe a [Future[Any]]\n    }\n  }\n\n  it should \"return the parameter value for a given name symbol\" in {\n    val map = Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4))\n    val pmap = new ParameterMap(map)\n    for (key <- pmap.keySet) {\n      Await.ready(pmap(key), Duration.Inf)\n      assert(pmap(key).value.get === Success(map(key)))\n      assert(pmap.tryParameter(key).get.value.get === Success(map(key)))\n    }\n  }\n\n  it should \"return a failed future for a name symbol with no matching parameter value\" in {\n    val map = Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4))\n    val pmap = new ParameterMap(map)\n    val value = pmap.tryParameter('e)\n    Await.ready(value, Duration.Inf)\n    assert(value match {\n      case Failure(t) => t.isInstanceOf[NoSuchElementException]\n      case other => false\n    })\n  }\n\n  it should \"be possible to aggregate two parameter maps\" in {\n    val map1 = Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4))\n    val pmap1 = new ParameterMap(map1)\n    val map2 = Map[String, Any]('e -> 1, 'f -> 2.0, 'g -> \"three\", 'h -> List(4))\n    val pmap2 = new ParameterMap(map2)\n    val combinedMap = pmap1 ++ pmap2\n    for (key <- pmap1.keySet) {\n      Await.ready(pmap1(key), Duration.Inf)\n      assert(pmap1(key).isCompleted)\n      assert(combinedMap(key).isCompleted)\n      assert(pmap1(key).value === combinedMap(key).value)\n    }\n    for (key <- pmap2.keySet) {\n      Await.ready(pmap2(key), Duration.Inf)\n      assert(pmap2(key).isCompleted)\n      assert(combinedMap(key).isCompleted)\n      assert(pmap2(key).value === combinedMap(key).value)\n    }\n  }\n\n  it should \"create Failure values if two sets with overlapping parameter names are aggregated\" in {\n    val map1 = Map[String, Any]('a -> 1, 'b -> 2.0, 'c -> \"three\", 'd -> List(4))\n    val pmap1 = new ParameterMap(map1)\n    val map2 = Map[String, Any]('c -> 1, 'd -> 2.0, 'e -> \"three\", 'f -> List(4))\n    val pmap2 = new ParameterMap(map2)\n    val combinedMap = pmap1 ++ pmap2\n    for (key <- pmap1.keySet if !pmap2.isDefinedAt(key)) {\n      Await.ready(pmap1(key), Duration.Inf)\n      assert(pmap1(key).isCompleted)\n      assert(combinedMap(key).isCompleted)\n      assert(pmap1(key).value === combinedMap(key).value)\n    }\n    for (key <- pmap2.keySet if !pmap1.isDefinedAt(key)) {\n      Await.ready(pmap2(key), Duration.Inf)\n      assert(pmap2(key).isCompleted)\n      assert(combinedMap(key).isCompleted)\n      assert(pmap2(key).value === combinedMap(key).value)\n    }\n    for (key <- pmap1.keySet if pmap2.isDefinedAt(key)) {\n      Await.ready(combinedMap(key), Duration.Inf)\n      assert(combinedMap(key).isCompleted)\n      assert(combinedMap(key).value.get match {\n        case Failure(t) => t.isInstanceOf[DuplicatedParameterNameException]\n        case other => false\n      })\n    }\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/data\/lineage\/ResultMapTests.scala","text":"package org.contakt.data.lineage\n\nimport org.scalatest.{Matchers, FlatSpec}\nimport scala.concurrent.{Future, Await}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.util.{Success, Failure}\n\n\/**\n* Tests for ResultMap class.\n*\/\nclass ResultMapTests extends FlatSpec with Matchers {\n\n  \"A result map\" should \"be able to have values added\" in {\n    val rmap = new ResultMap()\n    rmap addResult ('a, 1)\n    rmap addResult ('b, 2.0)\n    rmap addResult ('c, 'c')\n    rmap addResult ('d, \"d\")\n    rmap addResult ('e, false)\n    rmap.size should be (5)\n  }\n\n  it should \"not allow the same named result to be added twice\" in {\n    val rmap = new ResultMap()\n    rmap addResult ('a, 1)\n    rmap.size should be (1)\n    assert(rmap isDefinedAt 'a)\n    rmap addResult ('a, 2)\n    rmap.awaitResults\n    assert(rmap('a).value match {\n      case Some(Failure(t)) if t.isInstanceOf[DuplicatedResultNameException] =>\n        val tdrne = t.asInstanceOf[DuplicatedResultNameException]\n        (tdrne.oldValue.value == Some(Success(1))) &&\n          (tdrne.newValue.value == Some(Success(2)))\n      case _ => false\n    })\n  }\n\n  it should \"be able to return the result for a given name\" in {\n    val rmap = new ResultMap()\n    val value = 1\n    rmap addResult ('a, value)\n    rmap.size should be (1)\n    val rvalue = Await.result(rmap('a), Duration.Inf)\n    assert(rvalue === value)\n  }\n\n  it should \"fail to return a result for a name that doesn't have a matching result\" in {\n    val rmap = new ResultMap()\n    val value = 1\n    rmap addResult ('a, value)\n    rmap.size should be (1)\n    assert(rmap tryGetResult 'b match {\n      case Failure(t) => t.isInstanceOf[NoSuchElementException]\n      case other => false\n    })\n  }\n\n  it should \"be able to return its results in a map\" in {\n    val rmap = new ResultMap()\n    rmap addResult ('a, 1)\n    rmap addResult ('b, 2.0)\n    rmap addResult ('c, 'c')\n    rmap addResult ('d, \"d\")\n    rmap addResult ('e, false)\n    rmap.size should be (5)\n    val resultsMap = rmap.getResults\n    assert(resultsMap.isInstanceOf[Map[String, Future[_]]])\n    for (key <- rmap.keySet) {\n      assert(resultsMap(key) === rmap(key))\n    }\n  }\n\n  it should \"be able to return the completed future results in a map\" in {\n    val map = Map[String, Any](\n      'a -> 1,\n      'b -> 2.0,\n      'c -> 'c',\n      'd -> \"d\",\n      'e -> false\n    )\n    val rmap = new ResultMap()\n    for (key <- map.keySet) { rmap addResult (key, map(key)) }\n    rmap.size should be (5)\n    val resultsMap = rmap.awaitResults\n    for (key <- rmap.keySet) {\n      assert(rmap(key).isCompleted)\n      assert(resultsMap(key) === Success(map(key)))\n    }\n  }\n\n  it should \"be possible to aggregate two result maps\" in {\n    val rmap1 = new ResultMap()\n    rmap1 addResult ('a, 1)\n    rmap1 addResult ('b, 2.0)\n    rmap1 addResult ('c, 'c')\n    rmap1.size should be (3)\n    val rmap2 = new ResultMap()\n    rmap2 addResult ('d, \"d\")\n    rmap2 addResult ('e, false)\n    rmap2.size should be (2)\n    val rmap = rmap1 ++ rmap2\n    rmap.size should be (rmap1.size + rmap2.size)\n    for (key <- rmap1.keySet) { assert(rmap(key) === rmap1(key)) }\n    for (key <- rmap2.keySet) { assert(rmap(key) === rmap2(key)) }\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/ProcessBlock.scala","text":"package org.contakt.data.lineage\n\nimport scala.concurrent.{Future, ExecutionContext}\nimport scala.util.{Try, Failure}\n\n\/**\n* Trait for processing blocks that take named inputs and produce named outputs.\n*\/\ntrait ProcessBlock {\n\n  \/\/ **** Methods which need to be defined.\n\n  \/**\n   * Name which uniquely identifies the process block.\n   * @return the name of the process block.\n   *\/\n  def name: String\n\n  \/**\n   * Defines the parameters for a process block, and validations for those parameters.\n   * Note: must include all parameters, including constant parameters defined by 'constParameters'.\n   * @return map of name strings and matching validations.\n   *\/\n  def parameterChecks: Map[String, Validation[_]]\n\n  \/**\n   * Defines the results for a process block, and validations for those results.\n   * @return map of name strings and matching validations.\n   *\/\n  def resultChecks: Map[String, Validation[_]]\n\n  \/**\n   * Core processing function for the process block.\n   * Note: the core processing function should <b>not<\/b> be called directly by users.  It is called by 'run'.\n   * @return function which is run by 'run' to perform the core processing.\n   *\/\n  def process: ParameterMap => ResultMap\n\n  \/\/ **** Methods which have a default implementation.\n\n  \/** Shorthand for 'run'. *\/\n  def apply(parameters: ParameterMap) = run(parameters)\n\n  \/**\n   * Constant parameters that are always automatically passed to 'run'.\n   * Note: when constant parameters are used, the same parameters must <b>not<\/b> be passed via the 'parameters' for 'run'.\n   * @return a parameter map with the constant parameters.\n   *\/\n  def constParameters = new ParameterMap(Map[String, Future[_]]())(executionContext) \/\/ empty by default\n\n  \/** Execution context for futures.  Override to use a different context. *\/\n  implicit def executionContext = scala.concurrent.ExecutionContext.Implicits.global\n\n  \/**\n   * Processes the given map of parameters and returns a map of results (some of which may be futures).\n   * @param parameters Map of named parameters.  All values should be immutable to allow multi-threaded processing.  If the value is a 'Failure' value, if is <b>*not*<\/b> passed to the process block.\n   * @return A map of named results.\n   *\/\n  def run(parameters: ParameterMap)(implicit executor: ExecutionContext = executionContext): ResultMap = {\n    val actualParameters = validateParameters(parameters ++ constParameters)\n    validateResults(process(actualParameters))\n  }\n\n  \/**\n   * Validates the given parameters and produces a new parameter map where non-validating parameters are converted to Future(Failure(...)) values.\n   * @param runParameters parameters to validate.\n   * @return validated parameters, some of which may have been converted to futures of failures.\n   *\/\n  private def validateParameters(runParameters: ParameterMap): ParameterMap = {\n    val validatedMapSet = for (param <- parameterChecks.keySet) yield {\n      if (runParameters isDefinedAt param) {\n        val validation = parameterChecks(param).asInstanceOf[Validation[Any]]\n        param -> (validation(runParameters(param)) collectValue {\n          case Failure(t) => Failure(new ParameterValidationException(\n            Some(s\"parameter '$param' in process block '${name}'\"),\n            s\"parameter failed validation: $param\",\n            runParameters(param),\n            Some(t)\n          ))\n          case other: Try[_] => other\n        })\n      } else {\n        param -> Future {\n          throw new ParameterValidationException(\n            Some(s\"missing parameter in '$param' in process block '${name}'\"),\n            s\"no parameter found with name: $param\",\n            None,\n            Some(new NoSuchElementException(s\"missing parameter: $param\"))\n          )\n        }\n      }\n    }\n    val validatedMap = validatedMapSet.toMap[String, Future[_]]\n    new ParameterMap(validatedMap)\n  }\n\n  \/**\n   * Validates the given results and produces a new result map where non-validating results are converted to Future(Failure(...)) values.\n   * @param runResults results to validate.\n   * @return validated results, some of which may have been converted to futures of failures.\n   *\/\n  private def validateResults(runResults: ResultMap): ResultMap = {\n    val newResultMap = new ResultMap()\n    for (result <- resultChecks.keySet) yield {\n      if (runResults isDefinedAt result) {\n        val validation = resultChecks(result).asInstanceOf[Validation[Any]]\n        newResultMap.addResult(\n          result,\n          validation(runResults(result)) collectValue {\n            case Failure(t) => Failure(new ResultValidationException(\n              Some(s\"result '$result' in process block '${name}'\"),\n              s\"result failed validation: $result\",\n              runResults(result),\n              Some(t)\n            ))\n            case other: Try[_] => other\n          }\n        )\n      } else {\n        newResultMap.addResult(result, Future{\n          throw new ResultValidationException(\n            Some(s\"missing result in '$result' in process block '${name}'\"),\n            s\"no result found with name: $result\",\n            None,\n            Some(new NoSuchElementException(s\"missing result: $result\"))\n          )\n        })\n      }\n    }\n    newResultMap\n  }\n\n  \/\/ TODO: add a method to return a dynamically-generated process map.\n\n}\n\n\/\/ TODO: create a class for mapping results into parameters\n\/\/ TODO: it may map all or none by default to the same name\n\/\/ TODO: it may rename a value, or it may exclude it\n\/\/ TODO: however, there is no transformation\/modification of the result values\n\/\/ TODO: there should be a fluent\/DSL way to have one process after another in the code,\n\/\/ TODO: with a clear mapping from the results of the first to the parameters of the second"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/package.scala","text":"package org.contakt.data\n\nimport org.contakt.reactive.future.RichFuture\n\nimport scala.collection.immutable.Map\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.language.implicitConversions\nimport scala.language.postfixOps\nimport scala.util.{Failure, Success, Try}\n\n\/**\n * Utility object for data lineage classes.\n *\/\npackage object lineage {\n\n  \/**\n   * Converts a symbol into a string.  Provided so that symbols can be used as names for process blocks, parameters, results, etc.\n   * @param symbol symbol to convert to a string.\n   * @return string equivalent of the symbol (with no leading apostrophe).\n   *\/\n  implicit def symbolToString(symbol: Symbol): String = symbol.name\n\n  \/**\n   * Converts a Tuple2[Symbol,Any] into a Tuple2[String, Any].  Provided so that symbols can be used in name mappings for process blocks, parameters, results, etc.\n   * @param tuple tuple for which the first item should be converted to a string.\n   * @return a converted tuple with a string instead of a symbol\n   *\/\n  implicit def symbolTuple2ToStringTuple2[T](tuple: Tuple2[Symbol, T]): Tuple2[String, T] = (symbolToString(tuple._1), tuple._2)\n\n  \/**\n   * Converts a value into a Future[Any], if it is not already a future.\n   * @param value value to convert into a future, if necessary.\n   * @return a future for the value.\n   *\/\n  implicit def valueToFuture[T](value: T): Future[_] = value match {\n    case future: Future[_] => future\n    case value => Future{ value }\n  }\n\n  \/**\n   * Converts a map from String -> Any to a map from String -> Future[Any].\n   * @param valueMap a map from String -> Any.\n   * @return a map from String -> Future[Any].\n   *\/\n  implicit def valueMapToFutureMap(valueMap: Map[String, _]): Map[String, Future[_]] = valueMap map { mapping =>\n    mapping._1 -> valueToFuture(mapping._2)\n  }\n\n  \/**\n   * Converts a Future to a RichFuture.\n   * @param future a Future.\n   * @tparam T result type for the Future.\n   * @return a RichFuture that adds new methods to the Future.\n   *\/\n  implicit def futureToRichFuture[T](future: Future[T]): RichFuture[T] = new RichFuture(future)\n\n  \/**\n   * Creates a ResultToParameterMapping with no explicit mappings from a ResultToParameterDefault.\n   * @param defaultMapping the ResultToParameterDefault to use.\n   * @return new ResultToParameterMapping with the matching ResultToParameterDefault set as given.\n   *\/\n  implicit def defaultToMapping(defaultMapping: ResultToParameterDefault): ResultToParameterMapping = new ResultToParameterMapping(Map[String,String](), defaultMapping)\n\n  \/** Quick test that a 'Try' is a 'Success'. *\/\n  def isSuccess(value: Try[_]): Boolean = value match {\n    case Success(x) => true\n    case _ => false\n  }\n\n  \/** Quick test that a 'Try' is a 'Failure'. *\/\n  def isFailure(value: Try[_]): Boolean = value match {\n    case Failure(t) => true\n    case _ => false\n  }\n\n  \/**\n   * Checks whether the given exception or throwable and its 'cause' chain match the given list of Throwable classes.\n   * @param t exception or throwable to check.\n   * @param classChain list of expected classes, starting at this throwable and following \"cause\" values.\n   * @return whether the 'cause' chain matches the list of classes, or not.\n   *\/\n  def checkExceptionChain(t: Throwable, classChain: List[Class[_]]): Boolean = {\n    classChain match {\n      case Nil => t == null \/\/ a null exception matches an empty chain\n      case head::tail =>\n        if (Try{ head cast t} isSuccess) {\n          checkExceptionChain(t getCause, tail.asInstanceOf[List[Class[_]]]) \/\/ if the head matches, try the rest of the tail\n        } else {\n          false\n        }\n      case _ => false\n    }\n  }\n\n  \/**\n   * Extends \"checkExceptionChain(Throwable, List[Class[_]])\" to work with objects that might reasonably wrap a Throwable.\n   * @param obj exception or throwable or wrapping object to check.\n   * @param classChain list of expected classes, starting at the first throwable and following \"cause\" values.\n   * @return whether the 'cause' chain matches the list of classes, or not.\n   *\/\n  def checkExceptionChain(obj: Any, classChain: List[Class[_]]): Boolean = {\n    classChain match {\n      case Nil =>\n        obj match {\n          case null => true\n          case None => true\n          case Success(x) => true\n          case future: Future[_] => checkExceptionChain(future.value, classChain)\n          case _ => false\n        }\n      case chain =>\n        obj match {\n          case Some(x) => checkExceptionChain(x, chain)\n          case Failure(t) => checkExceptionChain(t, chain)\n          case future: Future[_] => checkExceptionChain(future.value, classChain)\n          case _ => false\n        }\n    }\n  }\n\n  \/**\n   * For a wrapped object, returns the class of the wrapped inner object.  Otherwise returns the class of the object.\n   * @param obj object for which to get the inner class.\n   * @return class of the inner object.\n   *\/\n  def innerClass(obj: Any): Class[_] = obj match {\n    case Some(x) => innerClass(x)\n    case Success(x) => innerClass(x)\n    case Failure(t) => innerClass(t)\n    case future: Future[_] => innerClass(future.value)\n    case other => other.getClass\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/reactive\/future\/RichFuture.scala","text":"<gh_stars>1-10\npackage org.contakt.reactive.future\n\nimport scala.concurrent.{ExecutionContext, Promise, Future}\nimport scala.util.{Success, Failure, Try}\n\n\/**\n * Class that adds convenience methods for futures.\n *\/\nclass RichFuture[T](val future: Future[T]) {\n\n  \/** Like 'collect', but works with the future's 'Try' value directly. *\/\n  def collectValue(pf: PartialFunction[Try[T], Try[T]])(implicit executionContext: ExecutionContext): Future[T] = {\n    val newPromise = Promise[T]\n    future onComplete { value =>\n      pf(value) match {\n        case Success(x) => newPromise success x\n        case Failure(t) => newPromise failure t\n      }\n    }\n    newPromise.future\n  }\n\n}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/ParameterMap.scala","text":"package org.contakt.data.lineage\n\nimport scala.collection.immutable.Map\nimport scala.collection.mutable.HashMap\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Try\n\n\/**\n * Class which provides utility methods for parameter maps.\n *\/\nclass ParameterMap(parameters: Map[String, Future[Any]])(implicit executionContext: ExecutionContext) {\n\n  \/**\n   * Retrieves the given named parameter, if possible.\n   * @param name name of the parameter\n   * @return A future for the value for the parameter.\n   *\/\n  def apply(name: String) = getParameter(name)\n\n  \/**\n   * Retrieves the given named parameter, if possible.\n   * @param name name of the parameter\n   * @return A future for the value for the parameter.\n   * @throws NoSuchElementException if there is no parameter value matching the name.\n   *\/\n  def getParameter(name: String): Future[Any] = parameters(name)\n\n  \/**\n   * Tries to return a value for the given parameter name.\n   * @param name name of the parameter.\n   * @return a Success value containing a Future if there is a parameter for the name, or a Failure value otherwise.\n   *\/\n  def tryParameter(name: String): Try[Future[Any]] = Try{ getParameter(name) }\n\n  \/**\n   * Returns a new parameter map containing the parameters from this parameter map and the given parameter map.\n   * If the same named parameter occurs in both parameter maps, a future failure value is created in the combined map.\n   * @param parameters parameter map to add to this map.\n   * @return combined parameter map, possibly with some future failure values where a parameter was multiply defined.\n   *\/\n  def ++(parameters: ParameterMap): ParameterMap = {\n    val combinedMap = new HashMap[String, Future[Any]]()\n    for (key <- keySet) {\n      if (parameters isDefinedAt key) { \/\/ check for erroneous multiply defined parameter values\n        combinedMap(key) = Future{ throw new DuplicatedParameterNameException(key, this(key), parameters(key)) }\n      } else {\n        combinedMap(key) = this(key)\n      }\n    }\n    for (key <- parameters.keySet if !isDefinedAt(key)) {\n      combinedMap(key) = parameters(key)\n    }\n    new ParameterMap(Map[String, Future[Any]]() ++ combinedMap)\n  }\n\n  \/**\n   * Whether the given parameter name has a value defined for it, or not.\n   * @param name name of the parameter.\n   * @return whether there is a parameter for the given name.\n   *\/\n  def isDefinedAt(name: String) = parameters isDefinedAt name\n\n  \/**\n   * Returns the number of parameters.\n   * @return the number of parameters.\n   *\/\n  def size = parameters.size\n\n  \/**\n   * Returns a set of the defined parameter names.\n   * @return a set of parameter name strings.\n   *\/\n  def keySet = parameters.keySet\n\n}\n\n\/**\n * Exception for duplicated parameter errors.\n *\/\nclass DuplicatedParameterNameException(name: String, oldValue: Future[_], newValue: Future[_]) extends Exception(s\"duplicated string name in parameter map: $name: old value = ($oldValue), new value = ($newValue)\") {}\n\n\/**\n * Exception for parameter validation errors.\n *\/\nclass ParameterValidationException(label: Option[String], message: String, value: Any, cause: Option[Throwable]) extends ValidationException(label, message, value, cause) {}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/main\/scala\/org\/contakt\/data\/lineage\/ResultMap.scala","text":"<gh_stars>1-10\npackage org.contakt.data.lineage\n\nimport scala.collection.mutable.HashMap\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Promise, Await, Future, ExecutionContext}\nimport scala.util.Try\n\n\/**\n * Class which provides utility methods for result maps.\n *\/\nclass ResultMap(implicit executionContext: ExecutionContext) {\n\n  \/** Thread-safe map for storing the result values. *\/\n  private var results = new HashMap[String, Future[_]]()\n\n  \/**\n   * Adds a result to the result map in a thread-safe way.\n   * @param name name of the result.\n   * @param value a Future value for the result.\n   * @return whether the result was added or not.\n   *\/\n  def addResult[T](name: String, value: Future[T]): Boolean = {\n    synchronized {\n      if (results.isDefinedAt(name)) {\n        \/\/ println(s\"duplicated result name '$name', old = ${results(name)} (${results(name).value}), new = $value (${value.value})\")\n        val failurePromise = Promise[T]\n        failurePromise failure (new DuplicatedResultNameException(name, results(name), value))\n        results.put(name, failurePromise.future)\n        false\n      } else {\n        results.put(name, value)\n        true\n      }\n    }\n  }\n\n  \/**\n   * Returns a new result map containing the results from this result map and the given result map.\n   * If the same named result occurs in both result maps, a future failure value is created in the combined map.\n   * @param results result map to add to this map.\n   * @return combined result map, possibly with some future failure values where a result was multiply defined.\n   *\/\n  def ++(results: ResultMap): ResultMap = {\n    val combinedResults = new ResultMap()\n    for (key <- keySet) { combinedResults.addResult(key, getResult(key)) }\n    for (key <- results.keySet) { combinedResults.addResult(key, results.getResult(key)) }\n    combinedResults\n  }\n\n  \/**\n   * Whether the given result name has a value defined for it, or not.\n   * @param name name of the result.\n   * @return whether there is a result for the given name.\n   *\/\n  def isDefinedAt(name: String) = results isDefinedAt name\n\n  \/**\n   * Returns the result for the given name.\n   * @param name name of the result to return.\n   * @return result value for the name.(\n   * @throws NoSuchElementException if there is no result matching the given name.\n   *\/\n  def apply(name: String) = getResult(name)\n\n  \/**\n   * Returns the result for the given name.\n   * @param name name of the result to return.\n   * @return result value for the name.(\n   * @throws NoSuchElementException if there is no result matching the given name.\n   *\/\n  def getResult(name: String): Future[_] = results(name)\n\n  \/**\n   * Tries to return a value for the given result name.\n   * @param name name of the result.\n   * @return a Success value containing a Future if there is a result for the name, or a Failure value otherwise.\n   *\/\n  def tryGetResult(name: String): Try[Future[_]] = Try{ getResult(name) }\n\n  \/**\n   * Returns the results as an immutable map.\n   * @return immutable name of the result names and matching future values.\n   *\/\n  def getResults: Map[String, Future[_]] = Map[String, Future[_]]() ++ results \/\/ convert to immutable map\n\n  \/**\n   * Like 'getResults', but waits until all of the futures have completed, and returns their completion values.\n   * Note: Ideally, process blocks should retain their inputs\/outputs as futures until the last possible moment, to maximise opportunities for multi-threading.\n   * @return immutable map of the result names and matching values.\n   *\/\n  def awaitResults: Map[String, Try[_]] = awaitResults(Duration.Inf)\n\n  \/**\n   * Like 'awaitResults', but times out on any futures that don't complete within the duration 'atMost'.\n   * Note: Ideally, process blocks should retain their inputs\/outputs as futures until the last possible moment, to maximise opportunities for multi-threading.\n   * @param atMost maximum duration after which futures are timed-out, yielding an exception as the completion value.\n   * @return immutable map of the result names and matching values.\n   *\/\n  def awaitResults(atMost: Duration): Map[String, Try[_]] = {\n    getResults map { mapping => mapping._1 -> Try{ Await.result(mapping._2, atMost) } }\n  }\n\n  \/**\n   * Return the number of named results in the result set.\n   * @return number of named results.\n   *\/\n  def size = results.size\n\n  \/**\n   * Returns a set of the defined result names.\n   * @return a set of result name strings.\n   *\/\n  def keySet = results.keySet\n\n}\n\n\/**\n * Exception for duplicated result errors.\n *\/\nclass DuplicatedResultNameException(val name: String, val oldValue: Future[_], val newValue: Future[_]) extends Exception(s\"duplicated string name in result map: $name: old value = $oldValue (${oldValue.value}), new value = $newValue (${newValue.value})\") {}\n\n\/**\n * Exception for result validation errors.\n *\/\nclass ResultValidationException(label: Option[String], message: String, value: Any, cause: Option[Throwable]) extends ValidationException(label, message, value, cause) {}\n"}
{"repo_name":"abcoates\/scala-lineage","path":"src\/test\/scala\/org\/contakt\/reactive\/future\/FutureTests.scala","text":"package org.contakt.reactive.future\n\nimport org.scalatest.{FlatSpec, Matchers}\nimport scala.concurrent.{Await, Future, Promise}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.util.{Failure, Success}\n\n\/**\n * Class for testing the behaviour of Scala futures.\n *\/\nclass FutureTests extends FlatSpec with Matchers {\n\n  \"A completed future\" should behave like newPausableFuture(0, 10)\n  \"An uncompleted future\" should behave like newPausableFuture(100, 10)\n\n  def newPausableFuture(futurePauseMsec: Int, testPauseMsec: Int): Unit = {\n\n    val expectCompleted = futurePauseMsec <= testPauseMsec\n\n    it should \"be able to be processed with the success returned in another future\" in {\n      val value = 5\n      val future = Future{ Thread.sleep(futurePauseMsec); value }\n      Thread.sleep(testPauseMsec)\n      assert(future.isCompleted === expectCompleted)\n\n      \/\/ **** Version 1: create a Promise for the result, use 'andThen' on the original future to complete the promise.\n      val newPromise = Promise[Int]\n      future.andThen {\n        case Failure(t) => newPromise failure t\n        case Success(x) => newPromise success (x * 2)\n      }\n      val newFuture = newPromise.future\n\n      \/\/ **** Version 2: use a 'for' comprehension to create the result future.\n      val newFuture2 = for (x <- future) yield (x * 2)\n\n      \/\/ **** Version 3: use 'map' to create the result future.\n      val newFuture3 = future map { _ * 2 }\n\n      Thread.sleep(testPauseMsec)\n      assert(newFuture.isCompleted === expectCompleted)\n      assert(newFuture2.isCompleted === expectCompleted)\n      assert(newFuture3.isCompleted === expectCompleted)\n\n      Await.ready(newFuture, Duration.Inf)\n      assert(newFuture.value === Some(Success(value * 2)))\n\n      Await.ready(newFuture2, Duration.Inf)\n      assert(newFuture2.value === Some(Success(value * 2)))\n\n      Await.ready(newFuture3, Duration.Inf)\n      assert(newFuture3.value === Some(Success(value * 2)))\n    }\n\n    it should \"be able to be processed with the failure returned in another future\" in {\n      val value = 5\n      val future = Future{ Thread.sleep(futurePauseMsec); throw new Exception() ; value }\n      Thread.sleep(testPauseMsec)\n      assert(future.isCompleted === expectCompleted)\n\n      \/\/ **** Version 1: create a Promise for the result, use 'andThen' on the original future to complete the promise.\n      val newPromise = Promise[Int]\n      future.andThen {\n        case Failure(t) => newPromise failure t\n        case Success(x) => newPromise success (x * 2)\n      }\n      val newFuture = newPromise.future\n\n      \/\/ **** Version 2: use a 'for' comprehension to create the result future.\n      val newFuture2 = for (x <- future) yield (x * 2)\n\n      \/\/ **** Version 3: use 'map' to create the result future.\n      val newFuture3 = future map { _ * 2 }\n\n      Thread.sleep(testPauseMsec)\n      assert(newFuture.isCompleted === expectCompleted)\n      assert(newFuture2.isCompleted === expectCompleted)\n      assert(newFuture3.isCompleted === expectCompleted)\n\n      Await.ready(newFuture, Duration.Inf)\n      assert(newFuture.value match {\n        case Some(Failure(t)) if t.isInstanceOf[Exception] => true\n        case _ => false\n      })\n\n      Await.ready(newFuture2, Duration.Inf)\n      assert(newFuture2.value match {\n        case Some(Failure(t)) if t.isInstanceOf[Exception] => true\n        case _ => false\n      })\n\n      Await.ready(newFuture3, Duration.Inf)\n      assert(newFuture3.value match {\n        case Some(Failure(t)) if t.isInstanceOf[Exception] => true\n        case _ => false\n      })\n    }\n\n    it should \"be possible to test a future result using 'collect'\" in {\n      val value = 5\n      val future = Future{ Thread.sleep(futurePauseMsec); 5 }\n      Thread.sleep(testPauseMsec)\n      assert(future.isCompleted === expectCompleted)\n\n      val newFuture = future collect { case 5 => 5 } \/\/ should return 5\n      val newFuture2 = future collect { case 3 => 3 } \/\/ should throw 'NoSuchElementException'\n\n      Thread.sleep(testPauseMsec)\n      assert(newFuture.isCompleted === expectCompleted)\n      assert(newFuture2.isCompleted === expectCompleted)\n\n      Await.ready(newFuture, Duration.Inf)\n      assert(newFuture.value match {\n        case Some(Success(5)) => true\n        case _ => false\n      })\n\n      Await.ready(newFuture2, Duration.Inf)\n      assert(newFuture2.value match {\n        case Some(Failure(t)) => t.isInstanceOf[NoSuchElementException]\n        case _ => false\n      })\n    }\n\n  }\n\n}\n"}
{"repo_name":"haghard\/actyx-spark-analysis","path":"build.sbt","text":"import sbt._\n\nname := \"actyx-spark\"\n\norganization := \"analytics\"\n\nversion := \"0.0.1\"\n\nlicenses := Seq(\"Apache-2.0\" -> url(\"http:\/\/opensource.org\/licenses\/Apache-2.0\"))\n\nscalaVersion := \"2.11.8\"\nval sparkVersion = \"1.6.1\"\n\nshellPrompt := { state => System.getProperty(\"user.name\") + \"> \" }\n\njavacOptions ++= Seq(\"-source\", \"1.7\", \"-target\", \"1.7\")\n\njavaOptions ++= Seq(\"-Xmx2G\")\n\nscalacOptions ++= Seq(\"-deprecation\", \"-unchecked\", \"-Xexperimental\")\n\nresolvers ++= Seq(\n  Resolver.defaultLocal,\n  Resolver.mavenLocal,\n  \"Sonatype Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\",\n  \"Sonatype Releases\"  at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\",\n  \"JBoss Repository\" at \"http:\/\/repository.jboss.org\/nexus\/content\/repositories\/releases\/\",\n  \"Typesafe repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\",\n  \"Second Typesafe repo\" at \"http:\/\/repo.typesafe.com\/typesafe\/maven-releases\/\"\n)\n\nval sparkDependencyScope = \"provided\"\nval cassandraDriver = \"3.0.1\"\n\nlibraryDependencies ++= Seq(\n  \"io.spray\"                %% \"spray-json\"                % \"1.3.2\",\n  \"org.apache.spark\"        %% \"spark-core\"                % sparkVersion      % sparkDependencyScope,\n  \"org.apache.spark\"        %% \"spark-sql\"                 % sparkVersion      % sparkDependencyScope,\n  \"org.apache.spark\"        %% \"spark-streaming\"           % sparkVersion      % sparkDependencyScope,\n  \"org.apache.spark\"        %% \"spark-streaming-kafka\"     % sparkVersion      % sparkDependencyScope,\n  \"com.datastax.spark\"      %% \"spark-cassandra-connector\" % \"1.6.0\"           % sparkDependencyScope\n  \/\/\"com.datastax.cassandra\"  %  \"cassandra-driver-mapping\"  % \"3.0.1\",\n  \/\/\"io.dropwizard.metrics\"   %  \"metrics-core\"              % \"3.1.0\",\n  \/\/\"io.dropwizard.metrics\"   %  \"metrics-graphite\"          % \"3.1.0\"\n)\n\nautoAPIMappings := true\n\nmainClass in Compile := Some(\"analytics.MovingAverage\")\n\nassemblyJarName in assembly := \"moving-average.jar\""}
{"repo_name":"haghard\/actyx-spark-analysis","path":"src\/main\/scala\/analytics\/MovingAverage.scala","text":"package analytics\n\nimport java.net.{InetAddress, InetSocketAddress}\nimport java.util.concurrent.TimeUnit\n\nimport com.codahale.metrics.{MetricFilter, MetricRegistry}\nimport com.codahale.metrics.graphite.{Graphite, GraphiteReporter}\nimport com.datastax.driver.core.BatchStatement.Type\n\nimport scala.annotation.tailrec\nimport scala.util.{Failure, Success, Try}\n\nimport java.time.{ZoneOffset, ZonedDateTime}\n\nimport com.datastax.driver.core.exceptions.WriteTimeoutException\nimport com.datastax.driver.core.{ BatchStatement, ConsistencyLevel, WriteType}\nimport com.datastax.spark.connector.cql.{CassandraConnector, CassandraConnectorConf}\nimport kafka.common.TopicAndPartition\nimport kafka.message.MessageAndMetadata\nimport kafka.serializer.StringDecoder\nimport org.apache.spark.streaming.kafka.{HasOffsetRanges, KafkaUtils, OffsetRange}\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport org.apache.spark.{SparkConf, SparkContext, TaskContext}\nimport spray.json._\n\n\n\/**\n\n * scp target\/scala-2.11\/moving-average.jar haghard@192.168.0.182:\/home\/haghard\/Projects\n\n * bin\/spark-submit --packages org.apache.spark:spark-streaming-kafka_2.11:1.6.1,datastax:spark-cassandra-connector:1.6.0-s_2.11 \\\n * --master spark:\/\/192.168.0.182:7077 \\\n * --conf spark.cassandra.connection.host=192.168.0.182,192.168.0.38 \\\n * --conf spark.cassandra.output.consistency.level=LOCAL_QUORUM \\\n * --total-executor-cores 4 \\\n * --executor-memory 1024MB \\\n * --class analytics.MovingAverage \\\n * ..\/moving-average.jar \\\n * client1 readings 4 192.168.0.148:2181 192.168.0.148:9092 35 4 192.168.0.182 8125\n\n *\/\nobject MovingAverage extends Scaffolding {\n\n  case class CommitFailed(msg: String, cause: WriteTimeoutException) extends Exception(msg)\n\n  def setupSsc(conf: SparkConf, clientId: String, topic: String, kafkaNumPartitions: Int, zookeper: String, broker: String,\n    streamingIntervalSec: Int, windowSize: Int, graphiteHost: String, graphitePort: Int, \/*g: GraphiteUDP,*\/\n    cc: CassandraConnector, offsets: Map[TopicAndPartition, Long]): StreamingContext = {\n\n    \/\/to store offsets in external db\n    val kafkaParams: Map[String, String] = Map[String, String](\"metadata.broker.list\" -> broker, \"zookeeper.connect\" -> zookeper)\n\n    \/\/to store offsets in zookeeper db and periodically commits offset in the zookeper\n    val kafkaParams0: Map[String, String] = Map[String, String](\n      \"client.id\" -> clientId,\n      \"group.id\" -> \"spark-cluster\",\n      \"metadata.broker.list\" -> broker,\n      \"zookeeper.connect\" -> zookeper,\n      \"auto.offset.reset\" -> \"largest\", \/\/smallest\n      \"zookeeper.session.timeout.ms\" -> \"1000\",\n      \"zookeeper.sync.time.ms\" -> \"250\",\n      \"auto.commit.interval.ms\" -> \"1000\")\n\n    val sc = new SparkContext(conf)\n    val ssc = new StreamingContext(sc, Seconds(streamingIntervalSec))\n    ssc.checkpoint(chDir)\n\n    \/\/We store offsets in cassandra\n    val directKafkaStream = KafkaUtils.createDirectStream[String, String, StringDecoder, StringDecoder, (String, (Double, Long))](\n      ssc, kafkaParams, offsets,\n      (mmd: MessageAndMetadata[String, String]) => {\n        val obj = mmd.message().parseJson.convertTo[Reading]\n        (obj.deviceId, (obj.current, 1l))\n      }\n    )\n\n    var offsetRanges = Array[OffsetRange]()\n    val window = directKafkaStream.transform { rdd =>\n      offsetRanges = rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n      println(\"Offset ranges on the driver:\" + offsetRanges.mkString(\"\\n\"))\n      println(s\"Number of kafka partitions before windowing: ${offsetRanges.size}\")\n      println(s\"Number of spark partitions before windowing: ${rdd.partitions.size}\")\n      rdd\n    }.reduceByKeyAndWindow(\n      reduceFunc = { (a: (Double, Long), b: (Double, Long)) \u21d2 (a._1 + b._1, a._2 + b._2) },\n      invReduceFunc = { (acc: (Double, Long), evicted: (Double, Long)) \u21d2 (acc._1 - evicted._1, acc._2 - evicted._2) },\n      windowDuration = Seconds(streamingIntervalSec * windowSize), slideDuration = Seconds(streamingIntervalSec),\n      partitioner = murmur2Partitioner(kafkaNumPartitions),\n      filterFunc = null)\n\n    window.foreachRDD { rdd =>\n      println(s\"Partitioner: ${rdd.partitioner}\")\n      println(s\"Number of spark partitions after windowing: ${rdd.partitions.size}\")\n      rdd.foreachPartition { iter =>\n        \/\/Runs on a worker\n        \/*val graphite = new GraphiteUDP {\n          override val address = new InetSocketAddress(InetAddress.getByName(graphiteHost), graphitePort)\n        }*\/\n\n        val pId = TaskContext.get.partitionId\n        \/\/println(\"read offset ranges on the executor\\n\" + offsetRanges.mkString(\"\\n\"))\n        val range = offsetRanges(pId)\n        val host = java.net.InetAddress.getLocalHost\n\n\n        \/\/http:\/\/christopher-batey.blogspot.ru\/2015\/03\/cassandra-anti-pattern-cassandra-logged.html\n        \/\/I want finer grained control, so I must store offsets anywhere else (Cassandra)\n        \/\/I can decide to make sure that both statements succeed\n        \/\/(Atomicity)Logged batches are used to ensure that all the statements will eventually succeed.\n\n        \/\/Bad: Batch span 2 tables and several partitions to ensure that all the statements will eventually succeed (we need atomicity)\n        val stmt = new BatchStatement(Type.LOGGED)\n        stmt.setConsistencyLevel(ConsistencyLevel.LOCAL_QUORUM)\n        stmt.setSerialConsistencyLevel(ConsistencyLevel.LOCAL_SERIAL)\n\n        cc.withSessionDo { s =>\n          \/\/def graphiteReporter(metricRegistry: MetricRegistry, pId: Int, host: InetAddress): Unit \/*GraphiteReporter*\/ = {\n          val graphite = new Graphite(new InetSocketAddress(graphiteHost, graphitePort))\n          val reporter = GraphiteReporter.forRegistry(s.getCluster.getMetrics.getRegistry)\n            .prefixedWith(s\"moving-avg-$pId\")\n            .convertRatesTo(TimeUnit.SECONDS)\n            .convertDurationsTo(TimeUnit.MILLISECONDS)\n            .filter(MetricFilter.ALL)\n            .build(graphite)\n          reporter.start(20, TimeUnit.SECONDS)\n          \/\/}\n\n          \/\/graphiteReporter(s.getCluster.getMetrics.getRegistry, pId, host)\n        }\n\n        cc.withSessionDo { s =>\n          val now = ZonedDateTime.now(ZoneOffset.UTC)\n          \/\/graphiteReporter(s.getCluster.getMetrics.getRegistry, pId, host)\n\n          val offsetStmt = s.prepare(InsertOffset)\n          val readingStatement = s.prepare(InsertReading)\n\n          var batch = stmt.add(offsetStmt.bind(range.untilOffset: java.lang.Long, topic, pId: java.lang.Integer))\n          var buffer = Vector[String]()\n          iter.foreach { case (id, (sum, count)) =>\n            val value: java.lang.Double = if (count > 0l) sum \/ count else 0.0\n            buffer = buffer :+ s\"${pId}_${host}:1|c\"\n            batch = batch.add(readingStatement.bind(id, (timeBucketFormatter format now), s\"${maTable}-${host}-$pId\",\n              java.util.Date.from(now.toInstant), range.fromOffset: java.lang.Long, range.untilOffset: java.lang.Long, value))\n          }\n\n          \/\/This write consist of 2 operations\n          \/\/1.Writing to the batch log\n          \/\/2.Applying the actual statements\n\n          executeWithRetry(5) {\n            s.execute(batch)\n            \/\/buffer.foreach(graphite.send(_))\n          }\n        }\n      }\n    }\n    ssc\n  }\n\n  def executeWithRetry[T](n: Int)(f: \u21d2 T) = retryCassandraWrite(n)(f)\n\n    @tailrec def retryCassandraWrite[T](n: Int)(action: \u21d2 T): T =\n      Try(action) match {\n        case Success(x) \u21d2 x\n        case Failure(e) \u21d2\n          if(e.isInstanceOf[WriteTimeoutException] && n > 1) {\n            val ex = e.asInstanceOf[WriteTimeoutException]\n            if (ex.getWriteType().equals(WriteType.BATCH_LOG)) {\n              \/\/Couldn't commit batch so we can retry\n              retryCassandraWrite(n - 1)(action)\n            } else if (ex.getWriteType().equals(WriteType.BATCH)) {\n              \/\/This means it made it to the batch log so that they will get replayed eventually.\n              null.asInstanceOf[T]\n            } else throw new RuntimeException(\"Unexpected write type: \" + ex.getWriteType())\n        } else throw e\n      }\n\n  \/**\n   * If the job fails and restarts at something other than the highest offset,\n   * the first window after restart will include all messages received while your job was down,\n   * not just N seconds worth of messages. It's a mess.\n   * We accept that our first window will be wrong.\n   *\n   *\/\n  def main(args: Array[String]): Unit = {\n    if (args.length != 9) {\n      System.err.println(s\"Found: $args with length ${args.length} Expected: <clientId> <topic> <numOfPartitions> <zookeper> <broker> \" +\n        s\"<streamingInterval> <windowSize> <graphiteHost> <graphitePort>\")\n      System.exit(-1)\n    } else {\n      val clientId = args(0)\n      val topic = args(1)\n      val numOfPartitions = args(2).toInt\n      val zookeper = args(3)\n      val kafkaBroker = args(4)\n      val streamingIntervalSec = args(5).toInt\n      val windowSize = args(6).toInt\n      val parallelism = args(2).toInt\n\n      val graphiteHost = args(7)\n      val graphitePort = args(8).toInt\n\n      val conf = new SparkConf().setAppName(maTable)\n        .set(\"spark.cleaner.ttl\", \"3600\")\n        .set(\"spark.default.parallelism\", parallelism.toString)\n        .set(\"spark.streaming.backpressure.enabled\", \"true\")\n        .set(\"spark.streaming.backpressure.pid.minRate\", \"10000\")\n        .set(\"spark.streaming.kafka.maxRatePerPartition\", \"10000\")\n        .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n\n      println(conf.toDebugString)\n      println(s\"Client: $clientId - Topic: $topic - NumOfPartitions:$numOfPartitions - Zookeper: $zookeper - Broker: $kafkaBroker - Graphite:${graphiteHost}:${graphitePort}\")\n\n      val cc = new CassandraConnector(CassandraConnectorConf(conf))\n\n      cc.withSessionDo { session =>\n        session.execute(s\"\"\"\n           |CREATE KEYSPACE IF NOT EXISTS $keySpace WITH REPLICATION = { 'class' : 'SimpleStrategy', 'replication_factor' : 2 };\n        \"\"\".stripMargin)\n\n        session execute createMaTable\n\n        session execute createOffsetsTable\n\n        (0 until numOfPartitions).foreach { n =>\n          session.execute(s\"INSERT INTO ${keySpace}.${offsetsTable}(topic, partition, offset) values(?,?,?) IF NOT EXISTS;\",\n            topic, n: java.lang.Integer, 0l: java.lang.Long)\n        }\n      }\n\n      val offsets = (0 until numOfPartitions).foldLeft(Map[TopicAndPartition, Long]()) { (acc, i) =>\n        val offset = Option(\n          cc.withSessionDo { session =>\n            session.execute(s\"SELECT offset FROM ${keySpace}.${offsetsTable} where topic = ? and partition = ?\", topic, i: java.lang.Integer)\n          }.one).map(_.getLong(\"offset\")).getOrElse(0l)\n        acc + (TopicAndPartition(topic, i) -> offset)\n      }\n\n\n      val ctx = setupSsc(conf, clientId, topic, numOfPartitions, zookeper, kafkaBroker, streamingIntervalSec,\n        windowSize, graphiteHost, graphitePort, cc, offsets)\n      ctx.start\n      ctx.awaitTermination\n    }\n  }\n}"}
{"repo_name":"haghard\/actyx-spark-analysis","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nresolvers += \"sonatype-releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/\"\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.3\")"}
{"repo_name":"haghard\/actyx-spark-analysis","path":"src\/main\/scala\/analytics\/Scaffolding.scala","text":"package analytics\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\nimport spray.json._\n\ntrait Scaffolding {\n  \/**\n\n                                      +--------------------------+------------------+--------------------------+-----------------\n                                      |2016-01-01:01:01:26:source|..-01:01:01:26:...|2016-01-01:01:01:29:source|..-01:01:01:29:..\n              +-----------------------+--------------------------+------------------+--------------------------+-----------------\n              |324234-34523:2016-01-01|                          |                  |                          |\n              +-----------------------+--------------------------+------------------+--------------------------+-----------------\n\n\n                         +------+------+------+--\n                         |offset|offset|offset|\n              +----------+------+------+------+--\n              |readings:1| 135  | 245  |  442 |\n              +----------+------+------+------+--\n\n                         +------+------+------+--\n                         |offset|offset|offset|\n              +----------+------+------+------+--\n              |readings:2| 132  | 275  |  472 |\n              +----------+------+------+------+--\n\n  *\/\n\n  val keySpace = \"aggregates\"\n\n  val maTable = \"moving_average\"\n  val createMaTable = s\"\"\"CREATE TABLE IF NOT EXISTS ${keySpace}.${maTable} (\n                | device_id varchar,\n                | time_bucket varchar,\n                | source varchar,\n                | when timestamp,\n                | startOffset bigint,\n                | endOffset bigint,\n                | value double,\n                | PRIMARY KEY ((device_id, time_bucket), when)) WITH CLUSTERING ORDER BY (when DESC);\"\"\".stripMargin\n\n\n  val offsetsTable = \"kafka_offsets\"\n  val createOffsetsTable = s\"\"\"CREATE TABLE IF NOT EXISTS ${keySpace}.${offsetsTable} (\n                | topic varchar,\n                | partition int,\n                | offset bigint,\n                | PRIMARY KEY ((topic, partition)));\"\"\".stripMargin\n\n  val InsertOffset = s\"UPDATE ${keySpace}.${offsetsTable} SET offset = ? where topic = ? and partition = ?\"\n  val InsertReading = s\"INSERT INTO ${keySpace}.${maTable}(device_id, time_bucket, source, when, startOffset, endOffset, value) values (?,?,?,?,?,?,?)\"\n\n  val chDir = \"checkpoint-ma\"\n\n  val timeBucketFormatter = DateTimeFormatter.ofPattern(\"yyyy-MM-dd\")\n\n  def murmur2Partitioner(kafkaNumPartitions: Int) = new org.apache.spark.Partitioner {\n\n    import org.apache.kafka.common.utils.Utils\n\n    private def toPositive(number: Int) = number & 0x7fffffff\n\n    override val numPartitions = kafkaNumPartitions\n\n    override def getPartition(key: Any): Int =\n      toPositive(Utils.murmur2(key.asInstanceOf[String].getBytes)) % numPartitions\n\n    override val toString = \"murmur2\"\n  }\n\n  case class Reading(deviceId: String, current: Double, currentAlert: Double, when: ZonedDateTime, name: String,\n                     `type`: String, state: String)\n\n\n  implicit object ReadingJsonReader extends JsonReader[Reading] with DefaultJsonProtocol {\n    val formatter = DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm:ss Z\")\n    override def read(json: JsValue): Reading =\n      json.asJsObject.getFields(\"device_id\", \"name\", \"timestamp\", \"state\", \"current_alert\", \"type\", \"current\") match {\n        case Seq(JsString(id), JsString(name), JsString(timestamp), JsString(state), JsNumber(currentAlert), JsString(type0), JsNumber(current)) =>\n          new Reading(id, current.toDouble, currentAlert.toDouble, ZonedDateTime.parse(timestamp, formatter), name, type0, state)\n        case _ => deserializationError(\"Reading deserializationError\")\n      }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-mysql\/src\/main\/scala\/com\/prisma\/deploy\/connector\/mysql\/database\/MysqlTypeMapper.scala","text":"package com.prisma.deploy.connector.mysql.database\n\nimport com.prisma.deploy.connector.jdbc.database.TypeMapper\nimport com.prisma.gc_values.GCValue\nimport com.prisma.shared.models.TypeIdentifier\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport org.jooq.DSLContext\n\ncase class MySqlTypeMapper() extends TypeMapper {\n  override def rawSQLFromParts(\n      name: String,\n      isRequired: Boolean,\n      typeIdentifier: TypeIdentifier,\n      isAutoGenerated: Boolean = false\n  )(implicit dsl: DSLContext): String = {\n    val n         = esc(name)\n    val nullable  = if (isRequired) \"NOT NULL\" else \"NULL\"\n    val generated = if (isAutoGenerated) \"AUTO_INCREMENT\" else \"\"\n    val ty        = rawSqlTypeForScalarTypeIdentifier(typeIdentifier)\n\n    s\"$n $ty $nullable $generated\"\n  }\n\n  \/\/ note: utf8mb4 requires up to 4 bytes per character and includes full utf8 support, including emoticons\n  \/\/ utf8 requires up to 3 bytes per character and does not have full utf8 support.\n  \/\/ mysql indexes have a max size of 767 bytes or 191 utf8mb4 characters.\n  \/\/ We limit enums to 191, and create text indexes over the first 191 characters of the string, but\n  \/\/ allow the actual content to be much larger.\n  \/\/ Key columns are utf8_general_ci as this collation is ~10% faster when sorting and requires less memory\n  override def rawSqlTypeForScalarTypeIdentifier(t: TypeIdentifier.TypeIdentifier): String = t match {\n    case TypeIdentifier.String   => \"mediumtext CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ci\"\n    case TypeIdentifier.Boolean  => \"boolean\"\n    case TypeIdentifier.Int      => \"int\"\n    case TypeIdentifier.Float    => \"Decimal(65,30)\"\n    case TypeIdentifier.Cuid     => \"char(25) CHARACTER SET utf8 COLLATE utf8_general_ci\"\n    case TypeIdentifier.UUID     => \"char(36) CHARACTER SET utf8 COLLATE utf8_general_ci\" \/\/ TODO: verify that this is the right thing to do\n    case TypeIdentifier.Enum     => \"varchar(191) CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ci\"\n    case TypeIdentifier.Json     => \"mediumtext CHARACTER SET utf8mb4 COLLATE utf8mb4_unicode_ci\"\n    case TypeIdentifier.DateTime => \"datetime(3)\"\n    case _                       => ???\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/nonEmbedded\/nestedMutations\/NestedUpdateMutationInsideUpdateSpec.scala","text":"package com.prisma.api.mutations.nonEmbedded.nestedMutations\n\nimport com.prisma.{IgnoreMongo}\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.models.ConnectorCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NestedUpdateMutationInsideUpdateSpec extends FlatSpec with Matchers with ApiSpecBase with SchemaBaseV11 {\n  override def runOnlyForCapabilities: Set[ConnectorCapability] = Set(JoinRelationLinksCapability)\n\n  \"a one to many relation\" should \"be updateable by id through a nested mutation\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Todo {\n        | id: ID! @id\n        | comments: [Comment] $listInlineDirective\n        |}\n        |\n        |type Comment {\n        | id: ID! @id\n        | text: String\n        | todo: Todo!\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      comments: {\n        |        create: [{text: \"comment1\"}, {text: \"comment2\"}]\n        |      }\n        |    }\n        |  ){ \n        |    id \n        |    comments { id }\n        |  } \n        |}\"\"\".stripMargin,\n      project\n    )\n\n    val todoId     = createResult.pathAsString(\"data.createTodo.id\")\n    val comment1Id = createResult.pathAsString(\"data.createTodo.comments.[0].id\")\n    val comment2Id = createResult.pathAsString(\"data.createTodo.comments.[1].id\")\n\n    val result = server.query(\n      s\"\"\"mutation {\n         |  updateTodo(\n         |    where: {\n         |      id: \"$todoId\"\n         |    }\n         |    data:{\n         |      comments: {\n         |        update: [\n         |          {where: {id: \"$comment1Id\"}, data: {text: \"update comment1\"}},\n         |          {where: {id: \"$comment2Id\"}, data: {text: \"update comment2\"}},\n         |        ]\n         |      }\n         |    }\n         |  ){\n         |    comments {\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[0].text\").toString, \"\"\"update comment1\"\"\")\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[1].text\").toString, \"\"\"update comment2\"\"\")\n  }\n\n  \"a one to many relation\" should \"be updateable by any unique argument through a nested mutation\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Todo {\n        | id: ID! @id\n        | comments: [Comment] $listInlineDirective\n        |}\n        |\n        |type Comment {\n        | id: ID! @id\n        | alias: String! @unique\n        | text: String\n        | todo: Todo!\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      comments: {\n        |        create: [{text: \"comment1\", alias: \"alias1\"}, {text: \"comment2\", alias: \"alias2\"}]\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    comments { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val todoId = createResult.pathAsString(\"data.createTodo.id\")\n\n    val result = server.query(\n      s\"\"\"mutation {\n         |  updateTodo(\n         |    where: {\n         |      id: \"$todoId\"\n         |    }\n         |    data:{\n         |      comments: {\n         |        update: [\n         |          {where: {alias: \"alias1\"}, data: {text: \"update comment1\"}},\n         |          {where: {alias: \"alias2\"}, data: {text: \"update comment2\"}}\n         |        ]\n         |      }\n         |    }\n         |  ){\n         |    comments {\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[0].text\").toString, \"\"\"update comment1\"\"\")\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[1].text\").toString, \"\"\"update comment2\"\"\")\n  }\n\n  \"a many to many relation with an optional backrelation\" should \"be updateable by any unique argument through a nested mutation\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type List {\n        | id: ID! @id\n        | listUnique: String! @unique\n        | todoes: [Todo] $listInlineDirective\n        |}\n        |\n        |type Todo {\n        | id: ID! @id\n        | todoUnique: String! @unique\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    server.query(\n      \"\"\"mutation {\n        |  createList(\n        |    data: {\n        |      listUnique : \"list\",\n        |      todoes: {\n        |        create: [{todoUnique: \"todo\"}]\n        |      }\n        |    }\n        |  ){\n        |    listUnique\n        |    todoes { todoUnique }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val result = server.query(\n      s\"\"\"mutation {\n         |  updateList(\n         |    where: {\n         |      listUnique: \"list\"\n         |    }\n         |    data:{\n         |      todoes: {\n         |        update: [{where: {todoUnique: \"todo\"}, data: {todoUnique: \"new todo\"}}]\n         |      }\n         |    }\n         |  ){\n         |    listUnique\n         |    todoes{\n         |      todoUnique\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    mustBeEqual(result.pathAsString(\"data.updateList.todoes.[0].todoUnique\").toString, \"\"\"new todo\"\"\")\n  }\n\n  \"a many to one relation\" should \"be updateable by id through a nested mutation\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Todo {\n        | id: ID! @id\n        | title: String\n        | comments: [Comment] $listInlineDirective\n        |}\n        |\n        |type Comment {\n        | id: ID! @id\n        | text: String!\n        | todo: Todo!\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      comments: {\n        |        create: [{text: \"comment1\"}]\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    comments { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val todoId    = createResult.pathAsString(\"data.createTodo.id\")\n    val commentId = createResult.pathAsString(\"data.createTodo.comments.[0].id\")\n\n    val result = server.query(\n      s\"\"\"\n         |mutation {\n         |  updateComment(\n         |    where: {\n         |      id: \"$commentId\"\n         |    }\n         |    data: {\n         |      todo: {\n         |        update: {title: \"updated title\"}\n         |      }\n         |    }\n         |  ){\n         |    todo {\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n    mustBeEqual(result.pathAsJsValue(\"data.updateComment.todo\").toString, \"\"\"{\"title\":\"updated title\"}\"\"\")\n  }\n\n  \"a one to one relation\" should \"be updateable by id through a nested mutation\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Todo {\n        | id: ID! @id\n        | title: String!\n        | note: Note @relation(link: INLINE)\n        |}\n        |\n        |type Note {\n        | id: ID! @id\n        | text: String\n        | todo: Todo\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation { \n        |  createNote(\n        |    data: {\n        |      todo: {\n        |        create: { title: \"the title\" }\n        |      }\n        |    }\n        |  ){ \n        |    id\n        |    todo { id }\n        |  } \n        |}\"\"\".stripMargin,\n      project\n    )\n    val noteId = createResult.pathAsString(\"data.createNote.id\")\n    val todoId = createResult.pathAsString(\"data.createNote.todo.id\")\n\n    val result = server.query(\n      s\"\"\"\n         |mutation {\n         |  updateNote(\n         |    where: {\n         |      id: \"$noteId\"\n         |    }\n         |    data: {\n         |      todo: {\n         |        update: { title: \"updated title\" }\n         |      }\n         |    }\n         |  ){\n         |    todo {\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n    mustBeEqual(result.pathAsJsValue(\"data.updateNote.todo\").toString, \"\"\"{\"title\":\"updated title\"}\"\"\")\n  }\n\n  \/\/Transactionality\n  \"TRANSACTIONAL: a many to many relation\" should \"fail gracefully on wrong where and assign error correctly and not execute partially\" taggedAs (IgnoreMongo) in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Todo {\n        | id: ID! @id\n        | title: String!\n        | notes: [Note] $listInlineDirective\n        |}\n        |\n        |type Note {\n        | id: ID! @id\n        | text: String\n        | todoes: [Todo]\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createNote(\n        |    data: {\n        |      text: \"Some Text\"\n        |      todoes: {\n        |        create: { title: \"the title\" }\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    todoes { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val noteId = createResult.pathAsString(\"data.createNote.id\")\n    val todoId = createResult.pathAsString(\"data.createNote.todoes.[0].id\")\n\n    server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateNote(\n         |    where: {\n         |      id: \"$noteId\"\n         |    }\n         |    data: {\n         |      text: \"Some Changed Text\"\n         |      todoes: {\n         |        update: {\n         |          where: {id: \"DOES NOT EXIST\"},\n         |          data:{title: \"updated title\"}\n         |        }\n         |      }\n         |    }\n         |  ){\n         |    text\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Todo with value DOES NOT EXIST for id found.\"\n    )\n\n    server.query(s\"\"\"query{note(where:{id: \"$noteId\"}){text}}\"\"\", project, dataContains = \"\"\"{\"note\":{\"text\":\"Some Text\"}}\"\"\")\n    server.query(s\"\"\"query{todo(where:{id: \"$todoId\"}){title}}\"\"\", project, dataContains = \"\"\"{\"todo\":{\"title\":\"the title\"}}\"\"\")\n  }\n\n  \"NON-TRANSACTIONAL: a many to many relation\" should \"fail gracefully on wrong where and assign error correctly and not execute partially\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Todo {\n        | id: ID! @id\n        | title: String!\n        | notes: [Note] $listInlineDirective\n        |}\n        |\n        |type Note {\n        | id: ID! @id\n        | text: String\n        | todoes: [Todo]\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createNote(\n        |    data: {\n        |      text: \"Some Text\"\n        |      todoes: {\n        |        create: { title: \"the title\" }\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    todoes { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val noteId = createResult.pathAsString(\"data.createNote.id\")\n    val todoId = createResult.pathAsString(\"data.createNote.todoes.[0].id\")\n\n    server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateNote(\n         |    where: {\n         |      id: \"$noteId\"\n         |    }\n         |    data: {\n         |      text: \"Some Changed Text\"\n         |      todoes: {\n         |        update: {\n         |          where: {id: \"5beea4aa6183dd734b2dbd9b\"},\n         |          data:{title: \"updated title\"}\n         |        }\n         |      }\n         |    }\n         |  ){\n         |    text\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Todo with value 5beea4aa6183dd734b2dbd9b for id found.\"\n    )\n  }\n\n  \"a many to many relation\" should \"handle null in unique fields\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"type Note {\n        | id: ID! @id\n        | text: String @unique\n        | todos: [Todo] $listInlineDirective\n        |}\n        |\n        |type Todo {\n        | id: ID! @id\n        | title: String! @unique\n        | unique: String @unique\n        | notes: [Note]\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createNote(\n        |    data: {\n        |      text: \"Some Text\"\n        |      todos:\n        |      {\n        |       create: [{ title: \"the title\", unique: \"test\"},{ title: \"the other title\"}]\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    todos { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    val result = server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateNote(\n         |    where: {\n         |      text: \"Some Text\"\n         |    }\n         |    data: {\n         |      text: \"Some Changed Text\"\n         |      todos: {\n         |        update: {\n         |          where: {unique: null},\n         |          data:{title: \"updated title\"}\n         |        }\n         |      }\n         |    }\n         |  ){\n         |    text\n         |    todos {\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3040,\n      errorContains = \"You provided an invalid argument for the where selector on Todo.\"\n    )\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are only node edges on the path\" in {\n    val project = SchemaDsl.fromStringV11() { s\"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middles: [Middle] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  tops: [Top]\n                                             |  bottoms: [Bottom] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |  middles: [Middle]\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middles: {\n        |      create:[ \n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottoms: {\n        |            create: [{ nameBottom: \"the bottom\"}, { nameBottom: \"the second bottom\"}]\n        |          }\n        |        },\n        |        {\n        |          nameMiddle: \"the second middle\"\n        |          bottoms: {\n        |            create: [{nameBottom: \"the third bottom\"},{nameBottom: \"the fourth bottom\"}]\n        |          }\n        |        }\n        |     ]\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"mutation b {\n         |  updateTop(\n         |    where: {nameTop: \"the top\"},\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middles: {\n         |        update: [{\n         |              where: {nameMiddle: \"the middle\"},\n         |              data:{  nameMiddle: \"updated middle\"\n         |                      bottoms: {update: [{ where: {nameBottom: \"the bottom\"},\n         |                                           data:  {nameBottom: \"updated bottom\"}\n         |                      }]\n         |              }\n         |              }}]\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middles {\n         |      nameMiddle\n         |      bottoms {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middles\":[{\"nameMiddle\":\"updated middle\",\"bottoms\":[{\"nameBottom\":\"updated bottom\"},{\"nameBottom\":\"the second bottom\"}]},{\"nameMiddle\":\"the second middle\",\"bottoms\":[{\"nameBottom\":\"the third bottom\"},{\"nameBottom\":\"the fourth bottom\"}]}]}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are only node edges on the path and there are no backrelations\" in {\n    val project = SchemaDsl.fromStringV11() { s\"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middles: [Middle] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  bottoms: [Bottom] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middles: {\n        |      create:[\n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottoms: {\n        |            create: [{ nameBottom: \"the bottom\"}, { nameBottom: \"the second bottom\"}]\n        |          }\n        |        },\n        |        {\n        |          nameMiddle: \"the second middle\"\n        |          bottoms: {\n        |            create: [{nameBottom: \"the third bottom\"},{nameBottom: \"the fourth bottom\"}]\n        |          }\n        |        }\n        |     ]\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"mutation b {\n         |  updateTop(\n         |    where: {nameTop: \"the top\"},\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middles: {\n         |        update: [{\n         |              where: {nameMiddle: \"the middle\"},\n         |              data:{  nameMiddle: \"updated middle\"\n         |                      bottoms: {update: [{ where: {nameBottom: \"the bottom\"},\n         |                                           data:  {nameBottom: \"updated bottom\"}\n         |                      }]\n         |              }\n         |              }}]\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middles {\n         |      nameMiddle\n         |      bottoms {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middles\":[{\"nameMiddle\":\"updated middle\",\"bottoms\":[{\"nameBottom\":\"updated bottom\"},{\"nameBottom\":\"the second bottom\"}]},{\"nameMiddle\":\"the second middle\",\"bottoms\":[{\"nameBottom\":\"the third bottom\"},{\"nameBottom\":\"the fourth bottom\"}]}]}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are model and node edges on the path \" in {\n    val project = SchemaDsl.fromStringV11() { s\"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middles: [Middle] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  tops: [Top]\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |  middle: Middle\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middles: {\n        |      create:[\n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottom: {create: { nameBottom: \"the bottom\"}}\n        |        },\n        |        {\n        |          nameMiddle: \"the second middle\"\n        |          bottom: {create: { nameBottom: \"the second bottom\"}}\n        |        }\n        |     ]\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"mutation b {\n         |  updateTop(\n         |    where: {nameTop: \"the top\"},\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middles: {\n         |        update: [{\n         |              where: {nameMiddle: \"the middle\"},\n         |              data:{  nameMiddle: \"updated middle\"\n         |                      bottom: {update: {nameBottom: \"updated bottom\"}}\n         |              }\n         |              }]\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middles {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middles\":[{\"nameMiddle\":\"updated middle\",\"bottom\":{\"nameBottom\":\"updated bottom\"}},{\"nameMiddle\":\"the second middle\",\"bottom\":{\"nameBottom\":\"the second bottom\"}}]}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are model and node edges on the path  and back relations are missing and node edges follow model edges\" in {\n    val project = SchemaDsl.fromStringV11() { s\"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middle: Middle @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |  below: [Below] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Below {\n                                             |  id: ID! @id\n                                             |  nameBelow: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation a {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middle: {\n        |      create:\n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottom: {\n        |            create: { nameBottom: \"the bottom\"\n        |            below: {\n        |            create: [{ nameBelow: \"below\"}, { nameBelow: \"second below\"}]}\n        |        }}}\n        |        }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"mutation b {\n         |  updateTop(\n         |    where: {nameTop: \"the top\"},\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middle: {\n         |        update: {\n         |               nameMiddle: \"updated middle\"\n         |               bottom: {\n         |                update: {\n         |                  nameBottom: \"updated bottom\"\n         |                  below: { update: {\n         |                    where: {nameBelow: \"below\"}\n         |                    data:{nameBelow: \"updated below\"}\n         |                  }\n         |          }\n         |                }\n         |          }\n         |       }\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middle {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |        below{\n         |           nameBelow\n         |        }\n         |        \n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middle\":{\"nameMiddle\":\"updated middle\",\"bottom\":{\"nameBottom\":\"updated bottom\",\"below\":[{\"nameBelow\":\"updated below\"},{\"nameBelow\":\"second below\"}]}}}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"fail if there are model and node edges on the path and back relations are missing and node edges follow model edges but the path is interrupted\" in {\n    val project = SchemaDsl.fromStringV11() { s\"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middle: Middle @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |  below: [Below] $listInlineDirective\n                                             |}\n                                             |\n                                             |type Below {\n                                             |  id: ID! @id\n                                             |  nameBelow: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation a {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middle: {\n        |      create:\n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottom: {\n        |            create: { nameBottom: \"the bottom\"\n        |            below: {\n        |            create: [{ nameBelow: \"below\"}, { nameBelow: \"second below\"}]}\n        |        }}}\n        |        }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val createMutation2 =\n      \"\"\"\n        |mutation a {\n        |  createTop(data: {\n        |    nameTop: \"the second top\",\n        |    middle: {\n        |      create:\n        |        {\n        |          nameMiddle: \"the second middle\"\n        |          bottom: {\n        |            create: { nameBottom: \"the second bottom\"\n        |            below: {\n        |            create: [{ nameBelow: \"other below\"}, { nameBelow: \"second other below\"}]}\n        |        }}}\n        |        }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation2, project)\n\n    val updateMutation =\n      s\"\"\"mutation b {\n         |  updateTop(\n         |    where: {nameTop: \"the top\"},\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middle: {\n         |        update: {\n         |               nameMiddle: \"updated middle\"\n         |               bottom: {\n         |                update: {\n         |                  nameBottom: \"updated bottom\"\n         |                  below: { update: {\n         |                    where: {nameBelow: \"other below\"}\n         |                    data:{nameBelow: \"updated below\"}\n         |                  }\n         |          }\n         |                }\n         |          }\n         |       }\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middle {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |        below{\n         |           nameBelow\n         |        }\n         |        \n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    server.queryThatMustFail(\n      updateMutation,\n      project,\n      errorCode = 3041,\n      errorContains =\n        \"\"\"The relation BelowToBottom has no node for the model Bottom connected to a Node for the model Below with the value 'other below' for the field 'nameBelow' on your mutation path.\"\"\"\n    )\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are only model edges on the path\" in {\n    val project = SchemaDsl.fromStringV11() { \"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middle: Middle @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  top: Top\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  middle: Middle\n                                             |  nameBottom: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middle: {\n        |      create: \n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottom: {\n        |            create: {\n        |              nameBottom: \"the bottom\"\n        |            }\n        |          }\n        |        }\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"\n         |mutation  {\n         |  updateTop(\n         |    where: {\n         |      nameTop: \"the top\"\n         |    }\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middle: {\n         |        update: {\n         |              nameMiddle: \"updated middle\"\n         |              bottom: {update: {nameBottom: \"updated bottom\"}}\n         |      }\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middle {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middle\":{\"nameMiddle\":\"updated middle\",\"bottom\":{\"nameBottom\":\"updated bottom\"}}}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation if there are only model edges on the path and there are no backrelations\" in {\n    val project = SchemaDsl.fromStringV11() { \"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middle: Middle @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middle: {\n        |      create:\n        |        {\n        |          nameMiddle: \"the middle\"\n        |          bottom: {\n        |            create: {\n        |              nameBottom: \"the bottom\"\n        |            }\n        |          }\n        |        }\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"\n         |mutation  {\n         |  updateTop(\n         |    where: {\n         |      nameTop: \"the top\"\n         |    }\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middle: {\n         |        update: {\n         |              nameMiddle: \"updated middle\"\n         |              bottom: {update: {nameBottom: \"updated bottom\"}}\n         |      }\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middle {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.query(updateMutation, project)\n\n    result.toString should be(\n      \"\"\"{\"data\":{\"updateTop\":{\"nameTop\":\"updated top\",\"middle\":{\"nameMiddle\":\"updated middle\",\"bottom\":{\"nameBottom\":\"updated bottom\"}}}}}\"\"\")\n  }\n\n  \"a deeply nested mutation\" should \"fail if there are only model edges on the path but there is no connected item to update at the end\" in {\n    val project = SchemaDsl.fromStringV11() { \"\"\"type Top {\n                                             |  id: ID! @id\n                                             |  nameTop: String! @unique\n                                             |  middle: Middle @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Middle {\n                                             |  id: ID! @id\n                                             |  nameMiddle: String! @unique\n                                             |  bottom: Bottom @relation(link: INLINE)\n                                             |}\n                                             |\n                                             |type Bottom {\n                                             |  id: ID! @id\n                                             |  nameBottom: String! @unique\n                                             |}\"\"\".stripMargin }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createTop(data: {\n        |    nameTop: \"the top\",\n        |    middle: {\n        |      create:{ nameMiddle: \"the middle\"}\n        |    }\n        |  }) {id}\n        |}\n      \"\"\".stripMargin\n\n    server.query(createMutation, project)\n\n    val updateMutation =\n      s\"\"\"\n         |mutation  {\n         |  updateTop(\n         |    where: {\n         |      nameTop: \"the top\"\n         |    }\n         |    data: {\n         |      nameTop: \"updated top\",\n         |      middle: {\n         |        update: {\n         |              nameMiddle: \"updated middle\"\n         |              bottom: {update: {nameBottom: \"updated bottom\"}}\n         |      }\n         |     }\n         |   }\n         |  ) {\n         |    nameTop\n         |    middle {\n         |      nameMiddle\n         |      bottom {\n         |        nameBottom\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    server.queryThatMustFail(\n      updateMutation,\n      project,\n      errorCode = 3041,\n      errorContains = \"\"\"The relation BottomToMiddle has no node for the model Middle connected to a Node for the model Bottom on your mutation path.\"\"\"\n    )\n\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/database\/RelationQueries.scala","text":"package com.prisma.api.connector.jdbc.database\n\nimport com.prisma.api.connector.{QueryArguments, RelationNode, ResolverResult}\nimport com.prisma.api.helpers.LimitClauseHelper\nimport com.prisma.shared.models.Relation\n\ntrait RelationQueries extends BuilderBase with FilterConditionBuilder with OrderByClauseBuilder with LimitClauseBuilder {\n  import slickDatabase.profile.api._\n\n  def getRelationNodes(\n      relation: Relation,\n      args: QueryArguments\n  ): DBIO[ResolverResult[RelationNode]] = {\n\n    lazy val query = if (relation.isRelationTable) {\n      val aliasedTable = relationTable(relation).as(topLevelAlias)\n      val order        = orderByForRelation(relation, topLevelAlias, args)\n      val skipAndLimit = LimitClauseHelper.skipAndLimitValues(args)\n\n      val base = sql\n        .select()\n        .from(aliasedTable)\n        .orderBy(order: _*)\n        .offset(intDummy)\n\n      skipAndLimit.limit match {\n        case Some(_) => base.limit(intDummy)\n        case None    => base\n      }\n    } else {\n      val aliasedTable      = relationTable(relation).as(topLevelAlias)\n      val order             = orderByForRelation(relation, topLevelAlias, args)\n      val skipAndLimit      = LimitClauseHelper.skipAndLimitValues(args)\n      val isInlinedInModelA = relation.modelAField.relationIsInlinedInParent\n\n      val conditionField = if (isInlinedInModelA) aliasColumn(relation.modelAField) else aliasColumn(relation.modelBField)\n\n      val fieldA = if (isInlinedInModelA) modelIdColumn(topLevelAlias, relation.modelA) else aliasColumn(relation.modelBField)\n      val fieldB = if (isInlinedInModelA) aliasColumn(relation.modelAField) else modelIdColumn(topLevelAlias, relation.modelB)\n\n      val base = sql\n        .select(fieldA.as(\"A\"), fieldB.as(\"B\"))\n        .from(aliasedTable)\n        .where(conditionField.isNotNull)\n        .orderBy(order: _*)\n        .offset(intDummy)\n\n      skipAndLimit.limit match {\n        case Some(_) => base.limit(intDummy)\n        case None    => base\n      }\n    }\n\n    queryToDBIO(query)(\n      setParams = pp => SetParams.setQueryArgs(pp, args),\n      readResult = rs => {\n        val result = rs.readWith(readRelation(relation))\n        ResolverResult(args, result)\n      }\n    )\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/OrderBySpec.scala","text":"package com.prisma.api.queries\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass OrderBySpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  val project = SchemaDsl.fromStringV11() {\n    \"\"\"\n      |type NeedsTiebreaker {\n      |  id: ID! @id\n      |  name: String!\n      |  order: Int!\n      |}\n    \"\"\"\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n    createNeedsTiebreakers()\n  }\n\n  \"The order when not giving an order by\" should \"be by Id ascending and therefore oldest first\" in {\n    val resultWithOrderByImplicitlySpecified = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    resultWithOrderByImplicitlySpecified.toString should be(\n      \"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":1},{\"order\":2},{\"order\":3},{\"order\":4},{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n\n    val resultWithOrderByExplicitlySpecified = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(orderBy: id_ASC) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n    resultWithOrderByImplicitlySpecified should be(resultWithOrderByExplicitlySpecified)\n  }\n\n  \"The order when not giving an order by and using last\" should \"be by Id ascending and therefore oldest first\" in {\n    val result = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(last: 3) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result.toString should be(\"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n  }\n\n  \"The order when giving an order by ASC that only has ties\" should \"be by Id ascending and therefore oldest first\" in {\n    val result = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(orderBy: name_ASC) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result.toString should be(\"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":1},{\"order\":2},{\"order\":3},{\"order\":4},{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n  }\n\n  \"The order when giving an order by ASC that only has ties and uses last\" should \"be by Id ascending and therefore oldest first\" in {\n    val result = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(orderBy: name_ASC, last: 3) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result.toString should be(\"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n  }\n\n  \"The order when giving an order by DESC that only has ties\" should \"be by Id ascending and therefore oldest first\" in {\n    val result = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(orderBy: name_DESC) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result.toString should be(\"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":1},{\"order\":2},{\"order\":3},{\"order\":4},{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n  }\n\n  \"The order when giving an order by DESC that only has ties and uses last\" should \"be by Id ascending and therefore oldest first\" in {\n    val result = server.query(\n      \"\"\"\n        |{\n        |  needsTiebreakers(orderBy: name_DESC, last: 3) {\n        |    order\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result.toString should be(\"\"\"{\"data\":{\"needsTiebreakers\":[{\"order\":5},{\"order\":6},{\"order\":7}]}}\"\"\")\n  }\n\n  private def createNeedsTiebreakers(): Unit = {\n    server.query(\n      \"\"\"\n        |mutation {\n        |  a: createNeedsTiebreaker(data: {name: \"SameSame\", order: 1}){ id }\n        |  b: createNeedsTiebreaker(data: {name: \"SameSame\", order: 2}){ id }\n        |  c: createNeedsTiebreaker(data: {name: \"SameSame\", order: 3}){ id }\n        |  d: createNeedsTiebreaker(data: {name: \"SameSame\", order: 4}){ id }\n        |  e: createNeedsTiebreaker(data: {name: \"SameSame\", order: 5}){ id }\n        |  f: createNeedsTiebreaker(data: {name: \"SameSame\", order: 6}){ id }\n        |  g: createNeedsTiebreaker(data: {name: \"SameSame\", order: 7}){ id }\n        |}\n      \"\"\",\n      project\n    )\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/subscriptions\/EmbeddedServerSideSubscriptionSpec.scala","text":"package com.prisma.subscriptions\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.models._\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EmbeddedServerSideSubscriptionSpec extends FlatSpec with Matchers with ApiSpecBase with ScalaFutures {\n  override def runOnlyForCapabilities: Set[ConnectorCapability] = Set(EmbeddedTypesCapability)\n\n  val webhookTestKit = testDependencies.webhookPublisher\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(actualProject)\n  }\n\n  override def beforeEach = {\n    super.beforeEach()\n    database.truncateProjectTables(project)\n    webhookTestKit.reset\n  }\n\n  lazy val project = SchemaDsl.fromStringV11() {\n    \"\"\"\n      |type Todo {\n      |   id: ID! @id\n      |   title: String\n      |   status: TodoStatus\n      |   comments: [Comment]\n      |}\n      |\n      |type Comment @embedded{\n      |   text: String\n      |}\n      |\n      |enum TodoStatus {\n      |   ACTIVE\n      |   DONE\n      |}\n      |\n    \"\"\"\n  }\n\n  def subscriptionQueryFor(mutation: String): String =\n    s\"\"\"\n      |subscription {\n      |  todo(where: {\n      |    mutation_in : [$mutation]\n      |    node: {\n      |      status: ACTIVE\n      |    }\n      |  }){\n      |    node {\n      |      title\n      |      status\n      |      comments {\n      |        text\n      |      }\n      |    }\n      |    previousValues {\n      |      title\n      |    }\n      |  }\n      |}\n    \"\"\".stripMargin\n\n  def nestedSubscriptionQueryFor(mutation: String): String =\n    s\"\"\"\n       |subscription {\n       |  comment(where: {\n       |    mutation_in : [$mutation]\n       |    node: {\n       |      text: \"test\"\n       |    }\n       |  }){\n       |    node {\n       |      text\n       |    }\n       |    previousValues {\n       |      text\n       |    }\n       |  }\n       |}\n    \"\"\".stripMargin\n\n  val webhookUrl     = \"http:\/\/www.mywebhooks.com\"\n  val webhookHeaders = Vector(\"header\" -> \"value\")\n\n  val sssFunctionForCreate = ServerSideSubscriptionFunction(\n    name = \"Test Function CREATED\",\n    isActive = true,\n    query = subscriptionQueryFor(\"CREATED\"),\n    delivery = WebhookDelivery(\n      url = webhookUrl,\n      headers = webhookHeaders\n    )\n  )\n\n  val sssFunctionForUpdate = ServerSideSubscriptionFunction(\n    name = \"Test Function UPDATED\",\n    isActive = true,\n    query = subscriptionQueryFor(\"UPDATED\"),\n    delivery = WebhookDelivery(\n      url = webhookUrl,\n      headers = webhookHeaders\n    )\n  )\n\n  val sssFunctionForDeleted = ServerSideSubscriptionFunction(\n    name = \"Test Function DELETED\",\n    isActive = true,\n    query = subscriptionQueryFor(\"DELETED\"),\n    delivery = WebhookDelivery(\n      url = webhookUrl,\n      headers = webhookHeaders\n    )\n  )\n\n  lazy val actualProject: Project = project.copy(functions = List(sssFunctionForCreate, sssFunctionForUpdate, sssFunctionForDeleted))\n\n  val newTodoTitle     = \"The title of the new todo\"\n  val newTodoStatus    = \"ACTIVE\"\n  val updatedTodoTitle = \"The title of the updated todo\"\n\n  \"ServerSideSubscription\" should \"send a message to our Webhook Queue if the SSS Query matches on a Create\" in {\n    val createTodo =\n      s\"\"\"\n         |mutation {\n         |  createTodo(data:{\n         |    title:\"$newTodoTitle\"\n         |    status: $newTodoStatus\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val id = server.query(createTodo, actualProject).pathAsString(\"data.createTodo.id\")\n\n    webhookTestKit.expectPublishCount(1)\n\n    val webhook = webhookTestKit.messagesPublished.head\n\n    webhook.functionName shouldEqual sssFunctionForCreate.name\n    webhook.projectId shouldEqual project.id\n\/\/    webhook.requestId shouldNot be(empty)\n\/\/    webhook.id shouldNot be(empty)\n    webhook.url shouldEqual webhookUrl\n\n    webhook.payload shouldEqual s\"\"\"|{\n                                    |  \"data\": {\n                                    |    \"todo\": {\n                                    |      \"node\": {\n                                    |        \"title\": \"$newTodoTitle\",\n                                    |        \"status\": \"$newTodoStatus\",\n                                    |        \"comments\": []\n                                    |      },\n                                    |      \"previousValues\": null\n                                    |    }\n                                    |  }\n                                    |}\"\"\".stripMargin.parseJson.compactPrint\n\n    webhook.headers shouldEqual Map(\"header\" -> \"value\")\n  }\n\n  \"ServerSideSubscription\" should \"send a message to our Webhook Queue if the SSS Query matches on an Update\" in {\n    val createTodo =\n      s\"\"\"\n         |mutation {\n         |  createTodo(data: {\n         |    title:\"$newTodoTitle\"\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n    val id = server.query(createTodo, actualProject).pathAsString(\"data.createTodo.id\")\n\n    webhookTestKit.expectNoPublishedMsg()\n\n    val updateTodo =\n      s\"\"\"\n         |mutation {\n         |  updateTodo(\n         |    where: { id: \"$id\" }\n         |    data: { title:\"$updatedTodoTitle\", status: ACTIVE}\n         |  ){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n    server.query(updateTodo, actualProject).pathAsString(\"data.updateTodo.id\")\n\n    webhookTestKit.expectPublishCount(1)\n\n    val webhook = webhookTestKit.messagesPublished.head\n\n    webhook.functionName shouldEqual sssFunctionForUpdate.name\n    webhook.projectId shouldEqual project.id\n\/\/    webhook.requestId shouldNot be(empty)\n\/\/    webhook.id shouldNot be(empty)\n    webhook.url shouldEqual webhookUrl\n    webhook.payload shouldEqual s\"\"\"{\n                                    |  \"data\": {\n                                    |    \"todo\": {\n                                    |      \"node\": {\n                                    |        \"title\": \"$updatedTodoTitle\",\n                                    |        \"status\": \"ACTIVE\",\n                                    |        \"comments\": []\n                                    |      },\n                                    |      \"previousValues\": {\n                                    |        \"title\": \"$newTodoTitle\"\n                                    |      }\n                                    |    }\n                                    |  }\n                                    |}\"\"\".stripMargin.parseJson.compactPrint\n\n    webhook.headers shouldEqual Map(\"header\" -> \"value\")\n  }\n\n  \"ServerSideSubscription\" should \"send a message to our Webhook Queue if the SSS Query matches on a Delete\" in {\n    val createTodo =\n      s\"\"\"\n         |mutation {\n         |  createTodo(data: {\n         |    title:\"$newTodoTitle\"\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val id = server.query(createTodo, actualProject).pathAsString(\"data.createTodo.id\")\n\n    webhookTestKit.expectNoPublishedMsg()\n\n    val deleteTodo =\n      s\"\"\"\n         |mutation {\n         |  deleteTodo(where: {\n         |    id: \"$id\"\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    server.query(deleteTodo, actualProject).pathAsString(\"data.deleteTodo.id\")\n    webhookTestKit.expectPublishCount(1)\n\n    val webhook = webhookTestKit.messagesPublished.head\n\n    webhook.functionName shouldEqual sssFunctionForDeleted.name\n    webhook.projectId shouldEqual project.id\n\/\/    webhook.requestId shouldNot be(empty)\n\/\/    webhook.id shouldNot be(empty)\n    webhook.url shouldEqual webhookUrl\n\n    webhook.payload shouldEqual s\"\"\"\n                                  |{\n                                  |  \"data\": {\n                                  |    \"todo\": {\n                                  |      \"node\": null,\n                                  |      \"previousValues\": {\n                                  |        \"title\": \"$newTodoTitle\"\n                                  |      }\n                                  |    }\n                                  |  }\n                                  |}\"\"\".stripMargin.parseJson.compactPrint\n\n    webhook.headers shouldEqual Map(\"header\" -> \"value\")\n  }\n\n  \"ServerSideSubscription\" should \"send a message to our Webhook Queue if the SSS Query matches a nested Create inside a Create mutation\" in {\n    val theText = \"test\"\n    val createCommentWithNestedTodo =\n      s\"\"\"mutation {\n         |  createTodo(data: {\n         |    title:\"$newTodoTitle\",\n         |    status: $newTodoStatus\n         |    comments: {\n         |      create: {\n         |        text:\"$theText\"\n         |      }\n         |    }\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    server.query(createCommentWithNestedTodo, actualProject).pathAsString(\"data.createTodo.id\")\n    webhookTestKit.expectPublishCount(1)\n\n    val webhook = webhookTestKit.messagesPublished.head\n\n    webhook.functionName shouldEqual sssFunctionForCreate.name\n    webhook.projectId shouldEqual project.id\n\/\/    webhook.requestId shouldNot be(empty)\n\/\/    webhook.id shouldNot be(empty)\n    webhook.url shouldEqual webhookUrl\n\n    webhook.payload shouldEqual s\"\"\"\n                                    |{\n                                    |  \"data\": {\n                                    |    \"todo\": {\n                                    |      \"node\": {\n                                    |        \"title\": \"$newTodoTitle\",\n                                    |        \"status\": \"$newTodoStatus\",\n                                    |        \"comments\": [{\"text\":\"$theText\"}]\n                                    |      },\n                                    |      \"previousValues\": null\n                                    |    }\n                                    |  }\n                                    |}\"\"\".stripMargin.parseJson.compactPrint\n\n    webhook.headers shouldEqual Map(\"header\" -> \"value\")\n  }\n\n  \"ServerSideSubscription\" should \"NOT send a message to our Webhook Queue if the SSS Query does not match\" in {\n    val theTitle = \"The title of the new todo\"\n    val createTodo =\n      s\"\"\"mutation {\n         |  createTodo(data:{\n         |    title:\"$theTitle\"\n         |    status: ACTIVE\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val id = server.query(createTodo, actualProject).pathAsString(\"data.createTodo.id\")\n\n    webhookTestKit.expectPublishCount(1)\n\n    server\n      .query(\n        s\"\"\"\n         |mutation {\n         |  updateTodo(\n         |    where: { id: \"$id\" }\n         |    data: { title:\"new title\", status: DONE } \n         |  ){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n        actualProject\n      )\n      .pathAsString(\"data.updateTodo.id\")\n\n    webhookTestKit.expectNoPublishedMsg()\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/UpdateFieldDeploySpec.scala","text":"<reponame>shrishankit\/prisma<filename>server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/UpdateFieldDeploySpec.scala\npackage com.prisma.integration.deploychecks\n\nimport com.prisma.ConnectorTag.SQLiteConnectorTag\nimport com.prisma.integration.IntegrationBaseSpec\nimport com.prisma.{ConnectorTag, IgnoreMongo, IgnoreSQLite}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UpdateFieldDeploySpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n  override def doNotRunForConnectors: Set[ConnectorTag] = Set(SQLiteConnectorTag)\n\n  \"Updating a field from scalar non-list to scalar list\" should \"throw a warning if there is already data\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: 1}){name}}\"\"\", project)\n\n    val schema2 =\n      s\"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: [Int] $scalarListDirective\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from scalar non-list to scalar list\" should \"throw a warning if there is already data but proceed with -force\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: 1}){name}}\"\"\", project)\n\n    val schema2 =\n      s\"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: [Int] $scalarListDirective\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustWarn(project, schema2, force = true).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":{\"applied\":0,\"revision\":3},\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from scalar non-list to scalar list\" should \"succeed if there is no data yet\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      s\"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: [Int] $scalarListDirective\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a field from scalar List to scalar non-list\" should \"warn if there is already data\" in {\n\n    val schema =\n      s\"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: [Int] $scalarListDirective\n        |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{ name: \"A\", value: {set: [1,2,3]}}){value}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"createA\":{\"value\":[1,2,3]}}}\"\"\")\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from scalar List to scalar non-list\" should \"succeed if there are no nodes yet\" in {\n\n    val schema =\n      s\"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: [Int] $scalarListDirective\n        |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a field from string to int\" should \"throw a warning if there is already data\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"1\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from string to int\" should \"throw a warning if there is already data but proceed with -force\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"not a number\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2, true).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":{\"applied\":0,\"revision\":3},\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from string to int\" should \"not throw a warning if there is no data yet\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a field from string to a relation\" should \"throw a warning if there is already data\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"1\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: A @relation(link: INLINE)\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from string to a relation\" should \"throw a warning if there is already data but proceed with -force\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"not a number\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: A @relation(link: INLINE)\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2, true).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":{\"applied\":0,\"revision\":3},\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Updating a field from string to a relation\" should \"not throw a warning if there is no data yet\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: A @relation(link: INLINE)\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a scalar field to required\" should \"not throw an error if there is no data yet\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: String!\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a scalar field to required\" should \"not throw an error if all required fields already have data\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"not a number\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: String!\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a scalar field to required\" should \"warn if a newly required field is null\" taggedAs (IgnoreMongo) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: String!\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should include(\"\"\"The fields will be pre-filled with the value: ``.\"\"\")\n  }\n\n  \"Updating the type of a required scalar field\" should \"warn if there are nodes for that type\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: String!\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: \"A\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int!\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2, force = true).toString should include(\"\"\"The fields will be pre-filled with the value: `0`.\"\"\")\n  }\n\n  \"Updating a relation field to required\" should \"not throw an error if there is no data yet\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: INLINE)\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A! @relation(link: INLINE)\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a relation field to required\" should \"not throw an error if all required fields already have data\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: INLINE)\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createB(data:{name: \"B\", a:{create: {name: \"A\"}}}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A! @relation(link: INLINE)\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a relation field to required\" should \"throw an error if a newly required field is null (INLINE RELATION)\" taggedAs (IgnoreMongo) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: INLINE)\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createB(data:{name: \"B\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A! @relation(link: INLINE)\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustError(project, schema2).toString should include(\n      \"\"\"You are updating the field `a` to be required. But there are already nodes for the model `B` that would violate that constraint.\"\"\")\n  }\n\n  \"Updating a relation field to required\" should \"throw an error if a newly required field is null (RELATION TABLE)\" taggedAs (IgnoreMongo) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: TABLE)\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createB(data:{name: \"B\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: [B]\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A! @relation(link: TABLE)\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustError(project, schema2).toString should include(\n      \"\"\"You are updating the field `a` to be required. But there are already nodes for the model `B` that would violate that constraint.\"\"\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/CreateMutationSequenceSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.ConnectorTag\nimport com.prisma.ConnectorTag.{MongoConnectorTag, SQLiteConnectorTag}\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.ScalarListsCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass CreateMutationSequenceSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def doNotRunForConnectors: Set[ConnectorTag] = Set(SQLiteConnectorTag, MongoConnectorTag)\n\n  \/\/This was producing invalid SQL due to no field values being inserted into the table. I special cased this in NodeActions -> Create\n  \"A Create Mutation for a Type with only an autoincrementing Id\" should \"work\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n      type AtomicRefNumber {\n       |  id: Int!\n       |    @id(strategy: SEQUENCE)\n       |    @sequence(name: \"AtomicRefNumberSequence\", initialValue: 10000, allocationSize: 1)\n       |}\n    \"\"\".stripMargin\n    }\n\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"\n         |mutation {\n         |  createAtomicRefNumber {\n         |    id\n         |  }\n         |}\n       \"\"\".stripMargin,\n      project = project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createAtomicRefNumber\":{\"id\":10000}}}\"\"\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/nonEmbedded\/FilterSpec.scala","text":"package com.prisma.api.filters.nonEmbedded\n\nimport com.prisma.IgnoreMongo\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass FilterSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(JoinRelationLinksCapability)\n\n  val project: Project = SchemaDsl.fromStringV11() { \"\"\"\n                                                   |type User {\n                                                   |  id: ID! @id\n                                                   |  unique: Int! @unique\n                                                   |  name: String\n                                                   |  optional: String\n                                                   |  ride: Vehicle @relation(link: INLINE)\n                                                   |}\n                                                   |\n                                                   |type Vehicle {\n                                                   |  id: ID! @id\n                                                   |  unique: Int! @unique\n                                                   |  brand: String\n                                                   |  owner: User!\n                                                   |  parked: Boolean\n                                                   |}\n                                                   |\n                                                   |type ParkingLot {\n                                                   |  id: ID! @id\n                                                   |  unique: Int! @unique\n                                                   |  area: String\n                                                   |  size: Float\n                                                   |  capacity: Int\n                                                   |}\"\"\".stripMargin }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n    populate\n  }\n\n  \"Queries\" should \"display all items if no filter is given\" in {\n\n    val filter = \"\"\n\n    userUniques(filter) should be(Vector(1, 2, 3, 4))\n    vehicleUniques(filter) should be(Vector(1, 2, 3))\n    lotUniques(filter) should be(Vector(1, 2))\n  }\n\n  \"Simple filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {name: \"John\"})\"\"\"\n\n    userUniques(filter) should be(Vector(4))\n  }\n\n  \/\/ todo Null and lists is weird\n\n  \"Using _in with null\" should \"return all nodes with null for that field\" in {\n\n    val filter = \"\"\"(where: {optional_in: null})\"\"\"\n\n    userUniques(filter) should be(Vector(1, 2, 3, 4))\n  }\n\n  \"Using _in with [null]\" should \"return all nodes with null for that field\" ignore {\n\n    val filter = \"\"\"(where: {optional_in: [\"test\", null]})\"\"\"\n\n    userUniques(filter) should be(Vector(1, 2, 3, 4))\n  }\n\n  \"Relation Null filter\" should \"work\" ignore { \/\/ todo reenable\n\n    val filter = \"(where: {ride: null})\"\n\n    userUniques(filter) should be(Vector(4))\n  }\n\n  \"AND filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {AND:[{unique_gt: 2},{name_starts_with: \"P\"}]})\"\"\"\n\n    userUniques(filter) should be(Vector())\n  }\n\n  \"Empty AND filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {AND:[]})\"\"\"\n\n    userUniques(filter) should be(Vector(1, 2, 3, 4))\n  }\n\n  \"OR filter\" should \"work\" taggedAs (IgnoreMongo) in {\n\n    val filter = \"\"\"(where: {OR:[{unique_gt: 2},{name_starts_with: \"P\"}]})\"\"\"\n\n    userUniques(filter) should be(Vector(1, 3, 4))\n  }\n\n  \"Empty OR filter\" should \"work\" taggedAs (IgnoreMongo) in {\n\n    val filter = \"\"\"(where: {OR:[]})\"\"\"\n\n    userUniques(filter) should be(Vector())\n  }\n\n  \"Empty NOT filter\" should \"work\" taggedAs (IgnoreMongo) in {\n\n    val filter = \"\"\"(where: {NOT:[]})\"\"\"\n\n    userUniques(filter) should be(Vector(1, 2, 3, 4))\n  }\n\n  \"NOT filter\" should \"work\" taggedAs (IgnoreMongo) in {\n\n    val filter = \"\"\"(where: {NOT:{name_starts_with: \"P\"}})\"\"\"\n\n    userUniques(filter) should be(Vector(2, 3, 4))\n  }\n\n  \"NOT filter\" should \"work as list\" taggedAs (IgnoreMongo) in {\n\n    val filter = \"\"\"(where: {NOT:[{name_contains: \"e\"},{unique:1}]})\"\"\"\n\n    userUniques(filter) should be(Vector(4))\n  }\n\n  \"Nested filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {ride:{brand_starts_with: \"P\"}})\"\"\"\n\n    userUniques(filter) should be(Vector(1))\n  }\n\n  \"Starts with filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {name_starts_with: \"P\"})\"\"\"\n\n    userUniques(filter) should be(Vector(1))\n  }\n\n  \"Contains filter\" should \"work\" in {\n\n    val filter = \"\"\"(where: {name_contains: \"n\"})\"\"\"\n\n    userUniques(filter) should be(Vector(2, 4))\n  }\n\n  \"Greater than filter\" should \"work with floats\" in {\n\n    val filter = \"\"\"(where: {size_gt: 100.500000000001})\"\"\"\n\n    lotUniques(filter) should be(Vector(1))\n  }\n\n  def userUniques(filter: String)    = server.query(s\"{ users $filter{ unique } }\", project).pathAsSeq(\"data.users\").map(_.pathAsLong(\"unique\")).toVector\n  def vehicleUniques(filter: String) = server.query(s\"{ vehicles $filter{ unique } }\", project).pathAsSeq(\"data.vehicles\").map(_.pathAsLong(\"unique\")).toVector\n  def lotUniques(filter: String) =\n    server.query(s\"{ parkingLots $filter{ unique } }\", project).pathAsSeq(\"data.parkingLots\").map(_.pathAsLong(\"unique\")).toVector\n\n  def populate: Unit = {\n    server.query(\n      s\"\"\"mutation createUser{createUser(\n         |  data: {\n         |    name: \"Paul\",\n         |    unique:1,\n         |    ride: {create: {brand: \"Porsche\",unique:1,parked: true}}\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      s\"\"\"mutation createUser{createUser(\n         |  data: {\n         |    name: \"Bernd\",\n         |    unique:2,\n         |    ride: {create: {brand: \"BMW\",unique:2,parked: false}}\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      s\"\"\"mutation createUser{createUser(\n         |  data: {\n         |    name: \"Michael\",\n         |    unique:3,\n         |    ride: {create: {brand: \"Mercedes\",unique:3,parked: true}}\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      s\"\"\"mutation createUser{createUser(\n         |  data: {\n         |    name: \"John\",\n         |    unique:4\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      s\"\"\"mutation createParkingLot{createParkingLot(\n         |  data: {\n         |    area: \"PrenzlBerg\",\n         |    unique:1, \n         |    capacity: 12, \n         |    size: 300.5\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      s\"\"\"mutation createParkingLot{createParkingLot(\n         |  data: {\n         |    area: \"Moabit\",\n         |    unique:2, \n         |    capacity: 34, \n         |    size: 100.5\n         |})\n         |{id}\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/shared\/models\/ModelsSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.shared.models\n\nimport com.prisma.deploy.specutils.DeploySpecBase\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ModelsSpec extends FlatSpec with Matchers with DeploySpecBase {\n  \"a related field\" should \"be found when the related fields have the same name\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Model1 {\n        |  id: ID! @id\n        |  field: Model2 @relation(link: INLINE)\n        |}\n        |\n        |type Model2 {\n        |  id: ID! @id\n        |  field: Model1\n        |}\n      \"\"\".stripMargin\n    }\n\n    project.schema.allRelationFields.foreach { rf =>\n      rf.relatedField \/\/ let's see whether this blows up\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/main\/scala\/com\/prisma\/api\/import_export\/GCValueJsonFormatter.scala","text":"package com.prisma.api.import_export\n\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.{Enum, FieldBehaviour, Model, ScalarField, TypeIdentifier}\nimport org.joda.time.DateTimeZone\nimport org.joda.time.format.DateTimeFormat\nimport play.api.libs.json._\n\nimport scala.collection.immutable.SortedMap\nimport scala.util.{Failure, Success, Try}\n\nobject GCValueJsonFormatter {\n\n  \/**\n    * WRITERS\n    *\/\n  implicit object GcValueWrites extends Writes[GCValue] {\n    val isoFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z'\")\n\n    override def writes(gcValue: GCValue): JsValue = gcValue match {\n      case v: StringGCValue   => JsString(v.value)\n      case v: StringIdGCValue => JsString(v.value)\n      case v: UuidGCValue     => JsString(v.value.toString)\n      case v: EnumGCValue     => JsString(v.value)\n      case v: DateTimeGCValue => JsString(isoFormatter.print(v.value.withZone(DateTimeZone.UTC)))\n      case v: BooleanGCValue  => JsBoolean(v.value)\n      case v: IntGCValue      => JsNumber(v.value)\n      case v: FloatGCValue    => JsNumber(v.value)\n      case v: JsonGCValue     => v.value\n      case NullGCValue        => JsNull\n      case v: ListGCValue     => JsArray(v.values.map(writes))\n      case v: RootGCValue     => JsObject(v.map.mapValues(writes))\n    }\n  }\n\n  implicit object RootGcValueWrites extends OWrites[RootGCValue] {\n    override def writes(v: RootGCValue): JsObject = JsObject(v.map.mapValues(GcValueWrites.writes))\n  }\n\n  implicit object RootGcValueWritesWithoutNulls extends OWrites[RootGCValue] {\n    override def writes(v: RootGCValue) = {\n      val withoutNulls = v.filterValues(_ != NullGCValue)\n      RootGcValueWrites.writes(withoutNulls)\n    }\n  }\n\n  \/**\n    * READERS\n    *\/\n  case class UnknownFieldException(field: String, model: Model)      extends Exception\n  case class InvalidFieldValueException(field: String, model: Model) extends Exception\n\n  def readModelAwareGcValue(model: Model)(json: JsValue): JsResult[RootGCValue] = {\n\n    \/\/filter out createdAt, updatedAt if there is no such field on the model\n    def filterCreatedAtUpdatedAt(tuple: (String, JsValue)): Boolean = tuple._1 match {\n      case \"createdAt\" if model.fields.exists(_.behaviour.contains(FieldBehaviour.CreatedAtBehaviour))                   => true\n      case \"createdAt\" if model.fields.exists(x => x.name == \"createdAt\" && x.typeIdentifier == TypeIdentifier.DateTime) => true\n      case \"updatedAt\" if model.fields.exists(_.behaviour.contains(FieldBehaviour.UpdatedAtBehaviour))                   => true\n      case \"updatedAt\" if model.fields.exists(x => x.name == \"updatedAt\" && x.typeIdentifier == TypeIdentifier.DateTime) => true\n      case \"updatedAt\" | \"createdAt\"                                                                                     => false\n      case _                                                                                                             => true\n\n    }\n\n    for {\n      jsObject       <- json.validate[JsObject]\n      filteredTuples = jsObject.fields.toVector.filter(filterCreatedAtUpdatedAt)\n      formattedValues = filteredTuples.map { tuple =>\n        val (key, value) = tuple\n        model.getScalarFieldByName(key) match {\n          case Some(field) =>\n            readLeafGCValueForField(field)(value) match {\n              case JsSuccess(gcValue, _) => JsSuccess(key -> gcValue)\n              case e: JsError            => throw InvalidFieldValueException(key, model)\n            }\n          case None =>\n            throw UnknownFieldException(key, model)\n        }\n      }\n      tuples <- sequenceJsResult(formattedValues)\n    } yield {\n      RootGCValue(SortedMap(tuples: _*))\n    }\n  }\n\n  \/\/  implicit object RootGCValueReads extends Reads[RootGCValue] {\n  \/\/    override def reads(json: JsValue) = {}\n  \/\/  }\n\n  implicit object StringGCValueReads extends Reads[StringGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsString] match {\n        case JsSuccess(json, _) => JsSuccess(StringGCValue(json.value))\n        case e: JsError         => e\n      }\n    }\n  }\n\n  implicit object GraphQLIDValueReads extends Reads[StringIdGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsString] match {\n        case JsSuccess(json, _) => JsSuccess(StringIdGCValue(json.value))\n        case e: JsError         => e\n      }\n    }\n  }\n\n  implicit object UUIDValueReads extends Reads[UuidGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsString] match {\n        case JsSuccess(json, _) =>\n          UuidGCValue.parse(json.value) match {\n            case Success(x) => JsSuccess(x)\n            case Failure(e) => JsError(e.getMessage)\n          }\n        case e: JsError => e\n      }\n    }\n  }\n\n  implicit object DateTimeGCValueReads extends Reads[DateTimeGCValue] {\n    val isoFormatter            = DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSSZ\")\n    val fallbackIsoFormatter    = DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ssZ\")\n    val secondFallbackFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd HH:mm:ss\")\n\n    override def reads(json: JsValue) = {\n      json.validate[JsString].map { jsString =>\n        val dateTime = Try { isoFormatter.parseDateTime(jsString.value) }\n          .recover { case _ => fallbackIsoFormatter.parseDateTime(jsString.value) }\n          .recover { case _ => secondFallbackFormatter.parseDateTime(jsString.value) }\n\n        DateTimeGCValue(dateTime.get)\n      }\n    }\n  }\n\n  implicit object NullGcValueReads extends Reads[NullGCValue.type] {\n    override def reads(json: JsValue) = {\n      json match {\n        case JsNull => JsSuccess(NullGCValue)\n        case x      => JsError(s\"Expected JsNull but got $x\")\n      }\n    }\n  }\n\n  implicit object IntGCValueReads extends Reads[IntGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsNumber] match {\n        case JsSuccess(json, _) => JsSuccess(IntGCValue(json.value.toInt))\n        case e: JsError         => e\n      }\n    }\n  }\n\n  implicit object FloatGCValueReads extends Reads[FloatGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsNumber] match {\n        case JsSuccess(json, _) => JsSuccess(FloatGCValue(json.value.toDouble))\n        case e: JsError         => e\n      }\n    }\n  }\n\n  implicit object BooleanGCValueReads extends Reads[BooleanGCValue] {\n    override def reads(json: JsValue) = {\n      json.validate[JsBoolean] match {\n        case JsSuccess(json, _) => JsSuccess(BooleanGCValue(json.value))\n        case e: JsError         => e\n      }\n    }\n  }\n\n  implicit object JsonGCValueReads extends Reads[JsonGCValue] {\n    override def reads(json: JsValue) = JsSuccess(JsonGCValue(json))\n  }\n\n  def readListGCValue(field: ScalarField)(json: JsValue): JsResult[ListGCValue] = {\n    require(field.isList)\n    for {\n      jsArray        <- json.validate[JsArray]\n      gcValueResults = jsArray.value.map(element => readLeafGCValueForField(field)(element)).toVector\n      gcValues       <- sequenceJsResult(gcValueResults)\n    } yield ListGCValue(gcValues)\n  }\n\n  def readLeafGCValueForField(field: ScalarField)(json: JsValue): JsResult[LeafGCValue] = {\n    field.typeIdentifier match {\n      case TypeIdentifier.String   => json.validate[StringGCValue]\n      case TypeIdentifier.Cuid     => json.validate[StringIdGCValue]\n      case TypeIdentifier.UUID     => json.validate[UuidGCValue]\n      case TypeIdentifier.Enum     => readEnumGCValue(field.enum.get)(json)\n      case TypeIdentifier.DateTime => json.validate[DateTimeGCValue]\n      case TypeIdentifier.Boolean  => json.validate[BooleanGCValue]\n      case TypeIdentifier.Int      => json.validate[IntGCValue]\n      case TypeIdentifier.Float    => json.validate[FloatGCValue]\n      case TypeIdentifier.Json     => json.validate[JsonGCValue]\n    }\n  }\n\n  def readEnumGCValue(enum: Enum)(json: JsValue): JsResult[EnumGCValue] = {\n    json.validate[JsString] match {\n      case JsSuccess(json, _) if enum.values.contains(json.value) => JsSuccess(EnumGCValue(json.value))\n      case JsSuccess(json, _)                                     => JsError(s\"${json.value} is not a valid value for Enum ${enum.name}\")\n      case e: JsError                                             => e\n    }\n  }\n\n  def sequenceJsResult[T](jsResults: Vector[JsResult[T]]): JsResult[Vector[T]] = {\n    val errors = jsResults.collect { case e: JsError => e }\n    if (errors.isEmpty) {\n      val successes = jsResults.collect { case JsSuccess(value, _) => value }\n      JsSuccess(successes)\n    } else {\n      val combinedJsError = errors.foldLeft(JsError())(JsError.merge)\n      combinedJsError\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/UpdateMutationSpec.scala","text":"<gh_stars>1000+\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.util.TroubleCharacters\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\nimport play.api.libs.json.Json\n\nclass UpdateMutationSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  \"The Update Mutation\" should \"update an item\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type ScalarModel {\n        |  id: ID! @id\n        |  optString: String\n        |  optInt: Int\n        |  optFloat: Float\n        |  optBoolean: Boolean\n        |  optEnum: MyEnum\n        |  optDateTime: DateTime\n        |  optJson: Json\n        |}\n        |\n        |enum MyEnum {\n        |  A\n        |  ABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJA\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val createResult = server.query(\n      \"\"\"mutation {\n        |  createScalarModel(data: {\n        |  })\n        |  { id }\n        |}\"\"\".stripMargin,\n      project = project\n    )\n    val id = createResult.pathAsString(\"data.createScalarModel.id\")\n\n    val updateResult = server.query(\n      s\"\"\"\n        |mutation {\n        |  updateScalarModel(\n        |    data:{\n        |      optString: \"lala${TroubleCharacters.value}\", optInt: 1337, optFloat: 1.234, optBoolean: true, optEnum: A, optDateTime: \"2016-07-31T23:59:01.000Z\", optJson: \"[1,2,3]\"\n        |    }\n        |    where: {\n        |      id: \"$id\"\n        |    }\n        |  ){\n        |    optString, optInt, optFloat, optBoolean, optEnum, optDateTime, optJson\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    updateResult.pathAsJsValue(\"data.updateScalarModel\") should be(\n      Json.parse(s\"\"\"{\"optString\":\"lala${TroubleCharacters.value}\",\"optInt\":1337,\"optFloat\":1.234,\"optBoolean\":true,\"optEnum\":\"A\",\"optDateTime\":\"2016-07-31T23:59:01.000Z\",\"optJson\":[1,2,3]}\"\"\"))\n\n    val query = server.query(\n      s\"\"\"\n         |{\n         |  scalarModels {\n         |    id\n         |  }\n         |}\n       \"\"\".stripMargin,\n      project\n    )\n    query.pathAsJsValue(\"data.scalarModels\").toString should equal(s\"\"\"[{\"id\":\"$id\"}]\"\"\")\n  }\n\n  \"The Update Mutation\" should \"update an item by a unique field\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  alias: String @unique\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val alias = \"the-alias\"\n    server.query(\n      s\"\"\"\n        |mutation {\n        |  createTodo(\n        |    data: {\n        |      title: \"initial title\", alias: \"$alias\"\n        |    }\n        |  ){\n        |    id\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    val updateResult = server.query(\n      s\"\"\"\n        |mutation {\n        |  updateTodo(\n        |    data: {\n        |      title: \"updated title\"\n        |    }\n        |    where: {\n        |      alias: \"$alias\"\n        |    }\n        |  ){\n        |    title\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    updateResult.pathAsString(\"data.updateTodo.title\") should equal(\"updated title\")\n  }\n\n  \"The Update Mutation\" should \"gracefully fail when trying to update an item by a unique field with a non-existing value\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  alias: String @unique\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val alias = \"the-alias\"\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  createTodo(\n         |    data: {\n         |      title: \"initial title\", alias: \"$alias\"\n         |    }\n         |  ){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateTodo(\n         |    data: {\n         |      title: \"updated title\"\n         |    }\n         |    where: {\n         |      alias: \"NOT A VALID ALIAS\"\n         |    }\n         |  ){\n         |    title\n         |  }\n         |}\"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Todo with value NOT A VALID ALIAS for alias found\"\n    )\n  }\n\n  \"Updating\" should \"change the updatedAt datetime\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  alias: String @unique\n        |  text: String\n        |  createdAt: DateTime! @createdAt\n        |  updatedAt: DateTime! @updatedAt\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val alias = \"the-alias\"\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  createTodo(\n         |    data: {\n         |      title: \"initial title\",\n         |      text: \"some text\"\n         |      alias: \"$alias\"\n         |    }\n         |  ){\n         |    createdAt\n         |    updatedAt\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n\n    Thread.sleep(1000)\n\n    val res = server.query(\n      s\"\"\"\n         |mutation {\n         |  updateTodo(\n         |    data: {\n         |      title: null\n         |    }\n         |    where: {\n         |      alias: \"$alias\"\n         |    }\n         |  ){\n         |    createdAt\n         |    updatedAt\n         |  }\n         |}\"\"\",\n      project\n    )\n\n    val createdAt = res.pathAsString(\"data.updateTodo.createdAt\")\n    val updatedAt = res.pathAsString(\"data.updateTodo.updatedAt\")\n\n    createdAt should not be updatedAt\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector\/src\/main\/scala\/com\/prisma\/deploy\/connector\/persistence\/MigrationPersistence.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.deploy.connector.persistence\n\nimport com.prisma.shared.models.MigrationStatus.MigrationStatus\nimport com.prisma.shared.models.{Migration, MigrationId, MigrationStatus, Schema}\nimport org.joda.time.DateTime\n\nimport scala.concurrent.Future\n\ntrait MigrationPersistence {\n  def byId(migrationId: MigrationId): Future[Option[Migration]]\n  def loadAll(projectId: String): Future[Seq[Migration]]\n  def create(migration: Migration): Future[Migration]\n  def getNextMigration(projectId: String): Future[Option[Migration]]\n  def getLastMigration(projectId: String): Future[Option[Migration]]\n\n  def updateMigrationStatus(id: MigrationId, status: MigrationStatus): Future[Unit]\n  def updateMigrationErrors(id: MigrationId, errors: Vector[String]): Future[Unit]\n  def updateMigrationApplied(id: MigrationId, applied: Int): Future[Unit]\n  def updateMigrationRolledBack(id: MigrationId, rolledBack: Int): Future[Unit]\n  def updateStartedAt(id: MigrationId, startedAt: DateTime): Future[Unit]\n  def updateFinishedAt(id: MigrationId, finishedAt: DateTime): Future[Unit]\n\n  def loadDistinctUnmigratedProjectIds(): Future[Seq[String]]\n\n  \/**\n    * This method can be used in implementations of `loadAll`.\n    * The implementation can then load all migrations and pass it to this function.\n    * The migrations must be sorted descending on the revision field.\n    *\/\n  protected def enrichWithPreviousSchemas(migrations: Vector[Migration]): Vector[Migration] = {\n    migrations.map { migration =>\n      val previousMigration = migrations.find(mig => mig.status == MigrationStatus.Success && mig.revision < migration.revision)\n      migration.copy(previousSchema = previousMigration.map(_.schema).getOrElse(Schema.emptyV11))\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-mongo\/src\/main\/scala\/com\/prisma\/api\/connector\/mongo\/database\/ProjectionBuilder.scala","text":"<filename>server\/connectors\/api-connector-mongo\/src\/main\/scala\/com\/prisma\/api\/connector\/mongo\/database\/ProjectionBuilder.scala\npackage com.prisma.api.connector.mongo.database\n\nimport com.prisma.api.connector._\nimport com.prisma.api.connector.mongo.extensions.FieldCombinators._\nimport com.prisma.shared.models.ReservedFields\nimport org.mongodb.scala.bson.conversions\nimport org.mongodb.scala.model.Aggregates.project\nimport org.mongodb.scala.model.Projections._\n\ntrait ProjectionBuilder {\n  val idProjection: conversions.Bson = include(ReservedFields.mongoInternalIdFieldName)\n  val idProjectionStage              = project(idProjection)\n\n  def projectSelected(selectedFields: SelectedFields): conversions.Bson = {\n    val scalarFields              = selectedFields.scalarFields.filterNot(_.isId).map(_.dbName).toVector :+ \"_id\"\n    val embeddedRelationFields    = helper(selectedFields.relationalSelectedFields.filter(x => x.field.relatedModel_!.isEmbedded))\n    val nonEmbeddedRelationFields = selectedFields.relationalSelectedFields.filterNot(x => x.field.relatedModel_!.isEmbedded).map(_.field.dbName)\n\n    include(scalarFields ++ embeddedRelationFields ++ nonEmbeddedRelationFields: _*)\n  }\n\n  private def helper(fields: Set[SelectedRelationField], prefix2: String = \"\"): Vector[String] = {\n    fields.flatMap { selected =>\n      val prefix    = combineTwo(prefix2, selected.field.dbName)\n      val scalars   = selected.selectedFields.scalarFields.filterNot(_.isId).map(x => combineTwo(prefix, x.dbName)).toVector :+ combineTwo(prefix, \"_id\")\n      val embeddeds = helper(selected.selectedFields.relationalSelectedFields.filter(x => x.field.relatedModel_!.isEmbedded), prefix)\n      val nonEmbeddeds =\n        selected.selectedFields.relationalSelectedFields.filterNot(x => x.field.relatedModel_!.isEmbedded).map(x => combineTwo(prefix, x.field.dbName))\n\n      scalars ++ embeddeds ++ nonEmbeddeds\n    }.toVector\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/models\/ReservedFields.scala","text":"package com.prisma.shared.models\n\nobject ReservedFields {\n  val idFieldName              = \"id\"\n  val embeddedIdFieldName      = \"_id\"\n  val mongoInternalIdFieldName = \"_id\"\n  val updatedAtFieldName       = \"updatedAt\"\n  val createdAtFieldName       = \"createdAt\"\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/libs\/sangria-server\/src\/main\/scala\/com\/prisma\/sangria_server\/SangriaServer.scala","text":"package com.prisma.sangria_server\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.Flow\nimport cool.graph.cuid.Cuid.createCuid\nimport play.api.libs.json._\nimport sangria.parser.QueryParser\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Try\n\ntrait SangriaServerExecutor {\n  def create(handler: SangriaHandler, port: Int, requestPrefix: String)(implicit system: ActorSystem, materializer: ActorMaterializer): SangriaServer\n  def supportsWebsockets: Boolean\n}\n\ntrait SangriaServer {\n  def start(): Future[Unit]\n  def startBlocking(): Unit\n  def stop(): Future[Unit]\n\n  def requestPrefix: String\n\n  protected def createRequestId(): String = requestPrefix + \":\" + createCuid()\n}\n\ntrait SangriaHandler extends SangriaWebSocketHandler {\n  import com.prisma.utils.`try`.TryExtensions._\n\n  def onStart(): Future[Unit]\n\n  def handleRawRequest(request: RawRequest)(implicit ec: ExecutionContext): Future[Response] = {\n    request.json match {\n      case JsArray(requests) =>\n        for {\n          graphQlQueries <- Future.sequence(requests.map(parseAsGraphqlQuery(_).toFuture))\n          results        <- Future.sequence(graphQlQueries.map(query => handleGraphQlQuery(request, query)))\n        } yield {\n          Response(JsArray(results))\n        }\n\n      case jsonObject: JsObject =>\n        for {\n          graphQlQuery <- parseAsGraphqlQuery(jsonObject).toFuture\n          result       <- handleGraphQlQuery(request, graphQlQuery)\n        } yield Response(result)\n\n      case _ =>\n        sys.error(\"request malformed\")\n    }\n  }\n\n  def handleGraphQlQuery(request: RawRequest, query: GraphQlQuery)(implicit ec: ExecutionContext): Future[JsValue]\n\n  private def parseAsGraphqlQuery(json: JsValue): Try[GraphQlQuery] = Try {\n    val result = json match {\n      case obj: JsObject =>\n        for {\n          queryString   <- (obj \\ \"query\").validateOpt[String]\n          operationName <- (obj \\ \"operationName\").validateOpt[String]\n          variables     <- (obj \\ \"variables\").validateOpt[JsObject]\n        } yield {\n          val queryAst = QueryParser.parse(queryString.getOrElse(\"\")).get\n          GraphQlQuery(\n            query = queryAst,\n            operationName = operationName,\n            variables = variables.getOrElse(JsObject.empty),\n            queryString = queryString.getOrElse(\"\")\n          )\n        }\n      case _ =>\n        sys.error(\"not allowed\")\n    }\n\n    result.get\n  }\n}\n\ntrait SangriaWebSocketHandler {\n  def supportedWebsocketProtocols: Vector[String]                                                          = Vector.empty\n  def newWebsocketSession(request: RawWebsocketRequest): Flow[WebSocketMessage, WebSocketMessage, NotUsed] = Flow[WebSocketMessage]\n}\n\nsealed trait HttpMethod { def name: String }\nobject HttpMethod {\n  object Get  extends HttpMethod { def name = \"GET\"  }\n  object Post extends HttpMethod { def name = \"POST\" }\n}\n\ncase class RawRequest(\n    id: String,\n    method: HttpMethod,\n    path: Vector[String],\n    headers: Map[String, String],\n    json: JsValue,\n    ip: String\n) {\n  val timestampInNanos: Long  = System.nanoTime()\n  val timestampInMillis: Long = System.currentTimeMillis()\n}\n\ncase class RawWebsocketRequest(\n    id: String,\n    path: Vector[String],\n    headers: Map[String, String],\n    ip: String,\n    protocol: String\n)\n\ncase class WebSocketMessage(body: String)\n\ncase class GraphQlRequest(\n    raw: RawRequest,\n    queries: Vector[GraphQlQuery]\n)\n\ncase class GraphQlQuery(\n    query: sangria.ast.Document,\n    operationName: Option[String],\n    variables: JsValue,\n    queryString: String\n)\n\ncase class Response(\n    json: JsValue,\n    headers: Map[String, String] = Map.empty\n)\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/protocol\/SubscriptionSessionProtocolV07Spec.scala","text":"package com.prisma.subscriptions.protocol\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport akka.stream.ActorMaterializer\nimport akka.testkit.{TestKit, TestProbe}\nimport com.prisma.shared.schema_dsl.TestProject\nimport com.prisma.subscriptions.TestSubscriptionDependencies\nimport com.prisma.subscriptions.resolving.SubscriptionsManager.Requests.{CreateSubscription, EndSubscription}\nimport com.prisma.subscriptions.resolving.SubscriptionsManager.Responses.CreateSubscriptionSucceeded\nimport org.scalatest._\nimport play.api.libs.json.Json\n\nclass SubscriptionSessionProtocolV07Spec extends TestKit(ActorSystem(\"subscription-manager-spec\")) with WordSpecLike with Matchers with BeforeAndAfterAll {\n\n  import com.prisma.subscriptions.protocol.SubscriptionProtocolV07.Requests._\n  import com.prisma.subscriptions.protocol.SubscriptionProtocolV07.Responses._\n\n  override def afterAll: Unit = shutdown()\n\n  implicit val materializer  = ActorMaterializer()\n  implicit val dependencies  = new TestSubscriptionDependencies\n  val ignoreProbe: TestProbe = TestProbe()\n  val ignoreRef: ActorRef    = ignoreProbe.testActor\n\n  def ignoreKeepAliveProbe: TestProbe = {\n    val ret = TestProbe()\n    ret.ignoreMsg {\n      case GqlConnectionKeepAlive => true\n    }\n    ret\n  }\n\n  val projectId = \"projectId\"\n\n  \"Sending an GQL_CONNECTION_INIT message\" should {\n    \"succeed when the payload is empty\" in withProjectFetcherStub(projectId) {\n      val parent              = TestProbe()\n      val subscriptionSession = parent.childActorOf(Props(subscriptionSessionActor(ignoreRef)))\n      val emptyPayload        = Json.obj()\n\n      subscriptionSession ! GqlConnectionInit(Some(emptyPayload))\n      parent.expectMsg(GqlConnectionAck)\n    }\n\n    \"succeed when the payload contains a String in the Authorization field and the project has no secrets\" in withProjectFetcherStub(projectId) {\n      val parent              = TestProbe()\n      val subscriptionSession = parent.childActorOf(Props(subscriptionSessionActor(ignoreRef)))\n      val payloadWithAuth     = Json.obj(\"Authorization\" -> \"abc\")\n\n      subscriptionSession ! GqlConnectionInit(Some(payloadWithAuth))\n      parent.expectMsg(GqlConnectionAck)\n    }\n  }\n\n  \"Sending GQL_START after an INIT\" should {\n    \"respond with GQL_ERROR when the query is not valid GraphQL\" in withProjectFetcherStub(projectId) {\n      val parent              = TestProbe()\n      val subscriptionSession = parent.childActorOf(Props(subscriptionSessionActor(ignoreRef)))\n      val emptyPayload        = Json.obj()\n\n      subscriptionSession ! GqlConnectionInit(Some(emptyPayload))\n      parent.expectMsg(GqlConnectionAck)\n\n      \/\/ actual test\n      val invalidQuery = \/\/ no projection so it is invalid\n        \"\"\"\n          | query {\n          |   whatever(id: \"bla\"){}\n          | }\n        \"\"\".stripMargin\n\n      val subscriptionId = StringOrInt(string = Some(\"subscription-id\"), int = None)\n\n      val start = GqlStart(subscriptionId, GqlStartPayload(invalidQuery, variables = None, operationName = None))\n\n      subscriptionSession ! start\n      val lastMsg = parent.expectMsgType[GqlError]\n      lastMsg.id should be(subscriptionId)\n      lastMsg.payload.message should include(\"Query was not valid\")\n    }\n\n    \"respond with nothing if \" +\n      \"1. the query is valid \" +\n      \"2. the subscriptions manager received CreateSubscription \" +\n      \"3. and the manager responded with CreateSubscriptionSucceeded\" in withProjectFetcherStub(projectId) {\n      val testProbe           = TestProbe()\n      val parent              = TestProbe()\n      val subscriptionSession = parent.childActorOf(Props(subscriptionSessionActor(testProbe.ref)))\n      val emptyPayload        = Json.obj()\n\n      subscriptionSession ! GqlConnectionInit(Some(emptyPayload))\n      parent.expectMsg(GqlConnectionAck)\n\n      \/\/ actual test\n      val validQuery =\n        \"\"\"\n          | query {\n          |   whatever(id: \"bla\"){\n          |     id\n          |   }\n          | }\n        \"\"\".stripMargin\n\n      val subscriptionId = StringOrInt(Some(\"subscription-id\"), None)\n      val start          = GqlStart(subscriptionId, GqlStartPayload(validQuery, variables = None, operationName = None))\n\n      subscriptionSession ! start\n\n      \/\/ subscription manager should get request and respond\n      testProbe.expectMsgType[CreateSubscription]\n      testProbe.reply(CreateSubscriptionSucceeded(CreateSubscription(subscriptionId, null, null, null, null, null, null)))\n    }\n  }\n\n  \"Sending GQL_STOP after a GQL_START\" should {\n    \"result in an EndSubscription message being sent to the subscriptions manager\" in withProjectFetcherStub(projectId) {\n      val testProbe           = TestProbe()\n      val parent              = TestProbe()\n      val subscriptionSession = parent.childActorOf(Props(subscriptionSessionActor(testProbe.ref)))\n      val emptyPayload        = Json.obj()\n\n      subscriptionSession ! GqlConnectionInit(Some(emptyPayload))\n      parent.expectMsg(GqlConnectionAck)\n\n      val validQuery =\n        \"\"\"\n          | query {\n          |   whatever(id: \"bla\"){\n          |     id\n          |   }\n          | }\n        \"\"\".stripMargin\n\n      val subscriptionId = StringOrInt(string = Some(\"subscription-id\"), int = None)\n      val start          = GqlStart(subscriptionId, GqlStartPayload(validQuery, variables = None, operationName = None))\n\n      subscriptionSession ! start\n\n      \/\/ subscription manager should get request and respond\n      testProbe.expectMsgType[CreateSubscription]\n      testProbe.reply(CreateSubscriptionSucceeded(CreateSubscription(subscriptionId, null, null, null, null, null, null)))\n\n      \/\/ actual test\n      subscriptionSession ! GqlStop(subscriptionId)\n\n      val endMsg = testProbe.expectMsgType[EndSubscription]\n\n      endMsg.id should equal(subscriptionId)\n      endMsg.projectId should equal(\"projectId\")\n    }\n  }\n\n  def subscriptionSessionActor(subscriptionsManager: ActorRef) = new SubscriptionSessionActor(\"sessionId\", \"projectId\", subscriptionsManager)\n\n  def withProjectFetcherStub[T](projectId: String)(fn: => T) = {\n    val project = TestProject.emptyV11.copy(id = projectId)\n    dependencies.projectFetcher.put(projectId, project)\n    fn\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/database\/JdbcClientDbQueries.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.connector.jdbc.database\n\nimport com.prisma.connector.shared.jdbc.SlickDatabase\nimport com.prisma.deploy.connector.ClientDbQueries\nimport com.prisma.deploy.connector.jdbc.JdbcBase\nimport com.prisma.shared.models.RelationSide.RelationSide\nimport com.prisma.shared.models._\nimport slick.dbio.DBIO\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class JdbcClientDbQueries(project: Project, slickDatabase: SlickDatabase)(implicit ec: ExecutionContext) extends JdbcBase with ClientDbQueries {\n\n  val queryBuilder = JdbcDeployDatabaseQueryBuilder(slickDatabase)\n\n  def existsByModel(model: Model): Future[Boolean] = {\n    val query = queryBuilder.existsByModel(project.id, model)\n\n    runAttached(query).recover(recoverPf)\n  }\n\n  def existsDuplicateByRelationAndSide(relation: Relation, relationSide: RelationSide): Future[Boolean] = {\n    val query = queryBuilder.existsDuplicateByRelationAndSide(project.id, relation, relationSide)\n\n    runAttached(query).recover(recoverPf)\n  }\n\n  def existsByRelation(relation: Relation): Future[Boolean] = {\n    val query = queryBuilder.existsByRelation(project.id, relation)\n\n    runAttached(query).recover(recoverPf)\n  }\n\n  def existsNullByModelAndField(model: Model, field: Field): Future[Boolean] = {\n    val query = field match {\n      case f: ScalarField   => queryBuilder.existsNullByModelAndScalarField(project.id, model, f.dbName)\n      case f: RelationField => queryBuilder.existsNullByModelAndRelationField(project.id, model, f)\n    }\n\n    runAttached(query).recover(recoverPf)\n  }\n\n  def existsDuplicateValueByModelAndField(model: Model, field: ScalarField): Future[Boolean] = {\n    val query = queryBuilder.existsDuplicateValueByModelAndField(project.id, model, field.dbName)\n\n    runAttached(query).recover(recoverPf)\n  }\n\n  override def enumValueIsInUse(models: Vector[Model], enumName: String, value: String): Future[Boolean] = {\n    val query = queryBuilder.enumValueIsInUse(project.id, models, enumName, value)\n    runAttached(query).recover(recoverPf)\n  }\n\n  private val recoverPf: PartialFunction[Throwable, Boolean] = {\n    case _: java.sql.SQLException => false\n  }\n\n  private def runAttached[T](query: DBIO[T]) = {\n    if (slickDatabase.isSQLite) {\n      import slickDatabase.profile.api._\n      val projectId          = project.id\n      val list               = sql\"\"\"PRAGMA database_list;\"\"\".as[(String, String, String)]\n      val path               = s\"\"\"'db\/$projectId.db'\"\"\"\n      val attach             = sqlu\"ATTACH DATABASE #${path} AS #${projectId};\"\n      val activateForeignKey = sqlu\"\"\"PRAGMA foreign_keys = ON;\"\"\"\n\n      val attachIfNecessary = for {\n        attachedDbs <- list\n        _ <- attachedDbs.map(_._2).contains(projectId) match {\n              case true  => slick.dbio.DBIO.successful(())\n              case false => attach\n            }\n        _      <- activateForeignKey\n        result <- query\n      } yield result\n\n      database.run(attachIfNecessary.withPinnedSession)\n    } else {\n      database.run(query)\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/OrderByInMutationSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/OrderByInMutationSpec.scala\npackage com.prisma.api.queries\n\nimport com.prisma.api.{ApiSpecBase, TestDataModels}\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.models.ConnectorCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass OrderByInMutationSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  override def runOnlyForCapabilities: Set[ConnectorCapability] = Set(JoinRelationLinksCapability)\n\n  val testDataModels = {\n    val s1 = \"\"\"\n      type Foo {\n          id: ID! @id\n          test: String\n          bars: [Bar] @relation(link: INLINE)\n      }\n      \n      type Bar {\n          id: ID! @id\n          quantity: Int!\n          orderField: Int\n      }\n    \"\"\"\n\n    val s2 = \"\"\"\n      type Foo {\n          id: ID! @id\n          test: String\n          bars: [Bar]\n      }\n      \n      type Bar {\n          id: ID! @id\n          quantity: Int!\n          orderField: Int\n      }\n    \"\"\"\n\n    TestDataModels(mongo = Vector(s1), sql = Vector(s2))\n  }\n\n  \"Using a field in the order by that is not part of the selected fields\" should \"work\" in {\n    testDataModels.testV11 { project =>\n      val res = server.query(\n        \"\"\"mutation {\n        |  createFoo(\n        |    data: {\n        |      bars: {\n        |        create: [\n        |          { quantity: 1, orderField: 1}\n        |          { quantity: 2, orderField: 2}\n        |        ]\n        |      }\n        |    }\n        |  ) {\n        |    test\n        |    bars(first: 1, orderBy: orderField_DESC) {\n        |      quantity\n        |    }\n        |  }\n        |}\n      \"\"\",\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"createFoo\":{\"test\":null,\"bars\":[{\"quantity\":2}]}}}\"\"\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/libs\/auth\/src\/main\/scala\/com\/prisma\/auth\/Auth.scala","text":"<gh_stars>1000+\npackage com.prisma.auth\n\nimport java.time.Instant\n\nimport pdi.jwt.{Jwt, JwtAlgorithm, JwtClaim, JwtOptions}\n\ntrait Auth {\n  def verify(secrets: Vector[String], authHeader: Option[String]): AuthResult\n\n  def createToken(secrets: Vector[String]): String\n}\n\nsealed trait AuthResult {\n  def isSuccess: Boolean\n}\nobject AuthSuccess extends AuthResult {\n  override def isSuccess = true\n}\nobject AuthFailure extends AuthResult {\n  override def isSuccess = false\n}\n\nobject AuthImpl extends Auth {\n  private val jwtOptions      = JwtOptions(signature = true, expiration = true)\n  private val algorithm       = JwtAlgorithm.HS256\n  private val algorithms      = Seq(algorithm)\n  private val secondsOfOneDay = 86400\n\n  override def verify(secrets: Vector[String], authHeader: Option[String]): AuthResult = {\n    if (secrets.isEmpty) {\n      AuthSuccess\n    } else {\n      authHeader match {\n        case None       => AuthFailure\n        case Some(auth) => verify(secrets, auth)\n      }\n    }\n  }\n\n  override def createToken(secrets: Vector[String]) = createToken(secrets, secondsOfOneDay)\n\n  def createToken(secrets: Vector[String], expirationInSeconds: Long) = {\n    secrets.headOption match {\n      case Some(secret) =>\n        val nowInSeconds = Instant.now().toEpochMilli \/ 1000\n        val claim        = JwtClaim(expiration = Some(nowInSeconds + expirationInSeconds), notBefore = Some(nowInSeconds))\n        Jwt.encode(claim, secret, algorithm)\n      case None =>\n        \"\"\n    }\n  }\n\n  def verify(secrets: Vector[String], authHeader: String): AuthResult = {\n    val isValid = secrets.exists { secret =>\n      val claims = Jwt.decodeRaw(token = authHeader.stripPrefix(\"Bearer \"), key = secret, algorithms = algorithms, options = jwtOptions)\n      claims.isSuccess\n    }\n    if (isValid) AuthSuccess else AuthFailure\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/NestedDeleteManySchemaBuilderSpec.scala","text":"package com.prisma.api.schema\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapabilities\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.util.GraphQLSchemaMatchers\nimport org.scalatest.{FlatSpec, Matchers}\nimport sangria.renderer.SchemaRenderer\n\nclass NestedDeleteManySchemaBuilderSpec extends FlatSpec with Matchers with ApiSpecBase with GraphQLSchemaMatchers {\n\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n  val schemaBuilder                   = testDependencies.apiSchemaBuilder\n\n  \"Nested DeleteMany\" should \"have scalarWhereFilter\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Top {\n        |   id: ID! @id\n        |   name: String @unique\n        |   other: [Other]\n        |}\n        |\n        |type Other{\n        |   id: ID! @id\n        |   top: Top @relation(link: INLINE)\n        |   test: String\n        |}\n      \"\"\"\n    }\n\n    val schemaBuilder = SchemaBuilderImpl(project, capabilities = ConnectorCapabilities(EmbeddedTypesCapability))(testDependencies)\n    val schema        = SchemaRenderer.renderSchema(schemaBuilder.build())\n\n    schema should containInputType(\n      \"TopUpdateInput\",\n      fields = Vector(\n        \"name: String\",\n        \"other: OtherUpdateManyWithoutTopInput\",\n      )\n    )\n    schema should containInputType(\n      \"OtherUpdateManyWithoutTopInput\",\n      fields = Vector(\n        \"create: [OtherCreateWithoutTopInput!]\",\n        \"update: [OtherUpdateWithWhereUniqueWithoutTopInput!]\",\n        \"delete: [OtherWhereUniqueInput!]\",\n        \"upsert: [OtherUpsertWithWhereUniqueWithoutTopInput!]\",\n        \"updateMany: [OtherUpdateManyWithWhereNestedInput!]\",\n        \"deleteMany: [OtherScalarWhereInput!]\",\n        \"connect: [OtherWhereUniqueInput!]\",\n        \"disconnect: [OtherWhereUniqueInput!]\",\n        \"set: [OtherWhereUniqueInput!]\",\n      )\n    )\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/shared\/src\/main\/scala\/com\/prisma\/connector\/shared\/jdbc\/SharedJdbcExtensions.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.connector.shared.jdbc\n\nimport java.sql.Timestamp\nimport org.joda.time.{DateTime, DateTimeZone}\n\ntrait SharedJdbcExtensions {\n  def currentSqlTimestampUTC: Timestamp                            = jodaDateTimeToSqlTimestampUTC(DateTime.now(DateTimeZone.UTC))\n  def jodaDateTimeToSqlTimestampUTC(dateTime: DateTime): Timestamp = new Timestamp(dateTime.getMillis)\n  def sqlTimestampToDateTime(ts: Timestamp): DateTime              = new DateTime(ts, DateTimeZone.UTC)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-mongo\/src\/main\/scala\/com\/prisma\/api\/connector\/mongo\/impl\/NestedConnectInterpreter.scala","text":"package com.prisma.api.connector.mongo.impl\n\nimport com.prisma.api.connector._\nimport com.prisma.api.connector.mongo.database.{MongoActionsBuilder, SequenceAction}\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.IdGCValue\n\nimport scala.concurrent.ExecutionContext\n\ncase class NestedConnectInterpreter(mutaction: NestedConnect)(implicit val ec: ExecutionContext) extends NestedRelationInterpreterBase {\n  val topIsCreate            = mutaction.topIsCreate\n  val where                  = mutaction.where\n  override def relationField = mutaction.relationField\n\n  override def mongoAction(mutationBuilder: MongoActionsBuilder, parent: NodeAddress) = {\n    implicit val implicitMb = mutationBuilder\n    SequenceAction(Vector(requiredCheck(parent), removalAction(parent), addAction(parent))).map(_ => MutactionResults(Vector.empty))\n  }\n\n  def requiredCheck(parent: NodeAddress)(implicit mutationBuilder: MongoActionsBuilder) = topIsCreate match {\n    case false =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => checkForOldParentByChildWhere(where)\n        case (false, false, false, true)  => checkForOldChild(parent)\n        case (false, false, false, false) => noCheckRequired\n        case (true, false, false, true)   => noCheckRequired\n        case (true, false, false, false)  => noCheckRequired \/\/ here\n        case (false, true, true, false)   => noCheckRequired\n        case (false, false, true, false)  => noCheckRequired\n        case (true, false, true, false)   => noCheckRequired\n        case _                            => errorBecauseManySideIsRequired\n      }\n    case true =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => checkForOldParentByChildWhere(where)\n        case (false, false, false, true)  => noActionRequired\n        case (false, false, false, false) => noActionRequired\n        case (true, false, false, true)   => noActionRequired\n        case (true, false, false, false)  => noActionRequired\n        case (false, true, true, false)   => noActionRequired\n        case (false, false, true, false)  => noActionRequired\n        case (true, false, true, false)   => noActionRequired\n        case _                            => errorBecauseManySideIsRequired\n      }\n  }\n\n  def removalAction(parent: NodeAddress)(implicit mutationBuilder: MongoActionsBuilder) = topIsCreate match {\n    case false =>\n      (p.isList, c.isList) match {\n        case (false, false) => SequenceAction(Vector(removalByParent(parent), removalByChild))\n        case (true, false)  => removalByChild \/\/ here\n        case (false, true)  => removalByParent(parent)\n        case (true, true)   => noActionRequired\n      }\n    case true =>\n      (p.isList, c.isList) match {\n        case (false, false) => removalByChild\n        case (true, false)  => removalByChild\n        case (false, true)  => noActionRequired\n        case (true, true)   => noActionRequired\n      }\n  }\n\n  def removalByChild(implicit mutationBuilder: MongoActionsBuilder) = {\n    for {\n      id <- mutationBuilder.getNodeIdByWhere(mutaction.where)\n      _ <- id match {\n            case None          => throw APIErrors.NodeNotFoundForWhereError(mutaction.where)\n            case Some(childId) => mutationBuilder.deleteRelationRowByChildId(mutaction.relationField, childId)\n          }\n    } yield ()\n  }\n\n  def checkForOldParentByChildWhere(childWhere: NodeSelector)(implicit mutationBuilder: MongoActionsBuilder) = {\n    for {\n      id <- mutationBuilder.getNodeIdByWhere(childWhere)\n      _ <- id match {\n            case None          => throw APIErrors.NodeNotFoundForWhereError(childWhere)\n            case Some(childId) => mutationBuilder.ensureThatNodeIsNotConnected(relationField.relatedField, NodeSelector.forId(childWhere.model, childId))\n          }\n    } yield ()\n  }\n\n  def addAction(parent: NodeAddress)(implicit mutationBuilder: MongoActionsBuilder) = {\n    for {\n      id <- mutationBuilder.getNodeIdByWhere(mutaction.where)\n      _ <- id match {\n            case None          => throw APIErrors.NodeNotFoundForWhereError(mutaction.where)\n            case Some(childId) => mutationBuilder.createRelation(mutaction.relationField, parent, childId)\n          }\n    } yield ()\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/GeneralSchemaBuilderSpec.scala","text":"package com.prisma.api.schema\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.util.GraphQLSchemaMatchers\nimport org.scalatest.{Matchers, WordSpec}\nimport sangria.renderer.SchemaRenderer\n\nclass GeneralSchemaBuilderSpec extends WordSpec with Matchers with ApiSpecBase with GraphQLSchemaMatchers {\n  val schemaBuilder = testDependencies.apiSchemaBuilder\n\n  \"The types of a schema\" must {\n\n    \"must not crash when using type names that can not be pluralized\" in {\n      \/\/ this is a limitation of our pluralization lib: https:\/\/github.com\/atteo\/evo-inflector\/blob\/64ab921bbdeb797e6aa6469eb7a53320b505221a\/src\/main\/java\/org\/atteo\/evo\/inflector\/English.java#L133\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type News {\n          |  id: ID! @id\n          |}\n          |\n          |type Homework {\n          |  id: ID! @id\n          |}\n          |\n          |type Scissors {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n      val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n      schema should include(\"news(where: \")\n      schema should include(\"newses(where: \")\n      schema should include(\"homework(where: \")\n      schema should include(\"homeworks(where: \")\n      schema should include(\"scissors(where: \")\n      schema should include(\"scissorses(where: \")\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/import_export\/InlineRelationImportExportSpec.scala","text":"package com.prisma.api.import_export\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.connector.DataResolver\nimport com.prisma.api.import_export.ImportExport.MyJsonProtocol._\nimport com.prisma.api.import_export.ImportExport.{Cursor, ExportRequest, ResultFormat}\nimport com.prisma.shared.models.ConnectorCapability.ImportExportCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalatest.{FlatSpec, Matchers}\nimport play.api.libs.json.JsArray\n\nclass InlineRelationImportExportSpec extends FlatSpec with Matchers with ApiSpecBase with AwaitUtils {\n  override def runOnlyForCapabilities = Set(ImportExportCapability)\n\n  \"Relations with inline manifestations\" should \"be able to be imported\" in {\n\n    lazy val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n      |type Model0 {\n      |  id: ID! @id\n      |  a: String\n      |  model1: Model1 @relation(link: INLINE)\n      |}\n      |\n      |type Model1 {\n      |  id: ID! @id\n      |  a: String\n      |  model0: Model0\n      |}\n    \"\"\"\n    }\n    database.setup(project)\n    lazy val importer                   = new BulkImport(project)\n    lazy val exporter                   = new BulkExport(project)\n    lazy val dataResolver: DataResolver = this.dataResolver(project)\n\n    val nodes = \"\"\"{\"valueType\": \"nodes\", \"values\": [\n                    |{\"_typeName\": \"Model0\", \"id\": \"1\", \"a\": \"test\"},\n                    |{\"_typeName\": \"Model0\", \"id\": \"2\", \"a\": \"test\"},\n                    |{\"_typeName\": \"Model0\", \"id\": \"3\", \"a\": \"test\"},\n                    |{\"_typeName\": \"Model1\", \"id\": \"4\", \"a\": \"test\"},\n                    |{\"_typeName\": \"Model1\", \"id\": \"5\", \"a\": \"test\"},\n                    |{\"_typeName\": \"Model1\", \"id\": \"6\", \"a\": \"test\"}\n                    |]}\"\"\".stripMargin.parseJson\n\n    val relations =\n      \"\"\"{\"valueType\":\"relations\", \"values\": [\n          |[{\"_typeName\": \"Model0\", \"id\": \"1\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"4\", \"fieldName\": \"model0\"}],\n          |[{\"_typeName\": \"Model0\", \"id\": \"2\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"5\", \"fieldName\": \"model0\"}],\n          |[{\"_typeName\": \"Model0\", \"id\": \"3\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"6\", \"fieldName\": \"model0\"}]\n          |]}\n          |\"\"\".stripMargin.parseJson\n\n    importer.executeImport(nodes).await(5)\n    importer.executeImport(relations).await(5)\n\n    val res0 = server.query(\"query{model0s{id, a}}\", project).toString\n    res0 should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"1\",\"a\":\"test\"},{\"id\":\"2\",\"a\":\"test\"},{\"id\":\"3\",\"a\":\"test\"}]}}\"\"\")\n\n    val res1 = server.query(\"query{model1s{id, a}}\", project).toString\n    res1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"4\",\"a\":\"test\"},{\"id\":\"5\",\"a\":\"test\"},{\"id\":\"6\",\"a\":\"test\"}]}}\"\"\")\n\n    val rel0 = server.query(\"query{model0s{id, model1{id}}}\", project).toString\n    rel0 should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"1\",\"model1\":{\"id\":\"4\"}},{\"id\":\"2\",\"model1\":{\"id\":\"5\"}},{\"id\":\"3\",\"model1\":{\"id\":\"6\"}}]}}\"\"\")\n\n    val rel1 = server.query(\"query{model1s{id, model0{id}}}\", project).toString\n    rel1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"4\",\"model0\":{\"id\":\"1\"}},{\"id\":\"5\",\"model0\":{\"id\":\"2\"}},{\"id\":\"6\",\"model0\":{\"id\":\"3\"}}]}}\"\"\")\n\n    val res = exporter.executeExport(dataResolver, ExportRequest(\"relations\", Cursor(0, 0))).await\n\n    res.toString should be(\n      \"\"\"{\"out\":{\"jsonElements\":[[{\"_typeName\":\"Model1\",\"id\":\"4\",\"fieldName\":\"model0\"},{\"_typeName\":\"Model0\",\"id\":\"1\",\"fieldName\":\"model1\"}],[{\"_typeName\":\"Model1\",\"id\":\"5\",\"fieldName\":\"model0\"},{\"_typeName\":\"Model0\",\"id\":\"2\",\"fieldName\":\"model1\"}],[{\"_typeName\":\"Model1\",\"id\":\"6\",\"fieldName\":\"model0\"},{\"_typeName\":\"Model0\",\"id\":\"3\",\"fieldName\":\"model1\"}]],\"size\":321},\"cursor\":{\"table\":-1,\"row\":-1,\"field\":-1,\"array\":-1},\"isFull\":false}\"\"\")\n  }\n\n  \"Relations with inline manifestations\" should \"be able to be imported 2\" in {\n\n    lazy val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Model0 {\n        |  id: ID! @id\n        |  a: String\n        |  model1: Model1 \n        |}\n        |\n        |type Model1 {\n        |  id: ID! @id\n        |  a: String\n        |  model0: Model0 @relation(link: INLINE)\n        |}\n      \"\"\"\n    }\n    database.setup(project)\n    lazy val importer                   = new BulkImport(project)\n    lazy val exporter                   = new BulkExport(project)\n    lazy val dataResolver: DataResolver = this.dataResolver(project)\n\n    val nodes = \"\"\"{\"valueType\": \"nodes\", \"values\": [\n                  |{\"_typeName\": \"Model0\", \"id\": \"1\", \"a\": \"test\"},\n                  |{\"_typeName\": \"Model0\", \"id\": \"2\", \"a\": \"test\"},\n                  |{\"_typeName\": \"Model0\", \"id\": \"3\", \"a\": \"test\"},\n                  |{\"_typeName\": \"Model1\", \"id\": \"4\", \"a\": \"test\"},\n                  |{\"_typeName\": \"Model1\", \"id\": \"5\", \"a\": \"test\"},\n                  |{\"_typeName\": \"Model1\", \"id\": \"6\", \"a\": \"test\"}\n                  |]}\"\"\".stripMargin.parseJson\n\n    val relations =\n      \"\"\"{\"valueType\":\"relations\", \"values\": [\n        |[{\"_typeName\": \"Model0\", \"id\": \"1\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"4\", \"fieldName\": \"model0\"}],\n        |[{\"_typeName\": \"Model0\", \"id\": \"2\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"5\", \"fieldName\": \"model0\"}],\n        |[{\"_typeName\": \"Model0\", \"id\": \"3\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"6\", \"fieldName\": \"model0\"}]\n        |]}\n        |\"\"\".stripMargin.parseJson\n\n    importer.executeImport(nodes).await(5)\n    importer.executeImport(relations).await(5)\n\n    val res0 = server.query(\"query{model0s{id, a}}\", project).toString\n    res0 should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"1\",\"a\":\"test\"},{\"id\":\"2\",\"a\":\"test\"},{\"id\":\"3\",\"a\":\"test\"}]}}\"\"\")\n\n    val res1 = server.query(\"query{model1s{id, a}}\", project).toString\n    res1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"4\",\"a\":\"test\"},{\"id\":\"5\",\"a\":\"test\"},{\"id\":\"6\",\"a\":\"test\"}]}}\"\"\")\n\n    val rel0 = server.query(\"query{model0s{id, model1{id}}}\", project).toString\n    rel0 should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"1\",\"model1\":{\"id\":\"4\"}},{\"id\":\"2\",\"model1\":{\"id\":\"5\"}},{\"id\":\"3\",\"model1\":{\"id\":\"6\"}}]}}\"\"\")\n\n    val rel1 = server.query(\"query{model1s{id, model0{id}}}\", project).toString\n    rel1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"4\",\"model0\":{\"id\":\"1\"}},{\"id\":\"5\",\"model0\":{\"id\":\"2\"}},{\"id\":\"6\",\"model0\":{\"id\":\"3\"}}]}}\"\"\")\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-mongo\/src\/main\/scala\/com\/prisma\/deploy\/connector\/mongo\/database\/MongoDeployDatabaseQueryBuilder.scala","text":"package com.prisma.deploy.connector.mongo.database\n\nimport com.prisma.shared.models.RelationSide.RelationSide\nimport com.prisma.shared.models.{Model, RelationField}\nimport org.mongodb.scala.MongoClient\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject MongoDeployDatabaseQueryBuilder {\n\n  def existsByModel(clientDatabase: MongoClient, database: String, model: Model)(implicit ec: ExecutionContext): Future[Boolean] = {\n    clientDatabase.getDatabase(database).getCollection(model.dbName).find().limit(1).toFuture().map(list => list.nonEmpty)\n  }\n\n  def existsByRelation(projectId: String, relationTableName: String) = ???\n\n  def existsDuplicateByRelationAndSide(projectId: String, relationTableName: String, relationSide: RelationSide) = ???\n\n  def existsDuplicateValueByModelAndField(projectId: String, modelName: String, fieldName: String) = ???\n\n  def existsNullByModelAndScalarField(projectId: String, modelName: String, fieldName: String) = ???\n\n  def existsNullByModelAndRelationField(projectId: String, modelName: String, field: RelationField) = ???\n\n  def enumValueIsInUse(projectId: String, models: Vector[Model], enumName: String, value: String) = ???\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-mongo\/src\/main\/scala\/com\/prisma\/deploy\/connector\/mongo\/impl\/mutactions\/ColumnMutactionInterpreters.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.deploy.connector.mongo.impl.mutactions\n\nimport com.prisma.deploy.connector.{CreateColumn, DeleteColumn, UpdateColumn}\nimport com.prisma.deploy.connector.mongo.database.{MongoDeployDatabaseMutationBuilder, NoAction}\n\nobject CreateColumnInterpreter extends MongoMutactionInterpreter[CreateColumn] {\n  override def execute(mutaction: CreateColumn) = mutaction.field.isUnique && !mutaction.field.isId match {\n    case true  => MongoDeployDatabaseMutationBuilder.createIndex(mutaction.model, mutaction.field.dbName)\n    case false => NoAction.unit\n  }\n\n  override def rollback(mutaction: CreateColumn) = mutaction.field.isUnique && !mutaction.field.isId match {\n    case true  => MongoDeployDatabaseMutationBuilder.deleteIndex(mutaction.model, mutaction.field.dbName)\n    case false => NoAction.unit\n  }\n}\n\nobject DeleteColumnInterpreter extends MongoMutactionInterpreter[DeleteColumn] {\n  override def execute(mutaction: DeleteColumn) = mutaction.field.isUnique && !mutaction.field.isId match {\n\n    case true  => MongoDeployDatabaseMutationBuilder.deleteIndex(mutaction.oldModel, mutaction.field.dbName)\n    case false => NoAction.unit\n  }\n\n  override def rollback(mutaction: DeleteColumn) = mutaction.field.isUnique && !mutaction.field.isId match {\n    case true  => MongoDeployDatabaseMutationBuilder.createIndex(mutaction.oldModel, mutaction.field.dbName)\n    case false => NoAction.unit\n  }\n}\n\nobject UpdateColumnInterpreter extends MongoMutactionInterpreter[UpdateColumn] {\n  override def execute(mutaction: UpdateColumn) = (mutaction.oldField.isUnique, mutaction.newField.isUnique) match {\n    case (false, true) => MongoDeployDatabaseMutationBuilder.createIndex(mutaction.model, mutaction.newField.dbName)\n    case (true, false) => MongoDeployDatabaseMutationBuilder.deleteIndex(mutaction.model, mutaction.newField.dbName)\n    case _             => NoAction.unit\n  }\n\n  override def rollback(mutaction: UpdateColumn) = (mutaction.oldField.isUnique, mutaction.newField.isUnique) match {\n    case (false, true) => MongoDeployDatabaseMutationBuilder.deleteIndex(mutaction.model, mutaction.newField.dbName)\n    case (true, false) => MongoDeployDatabaseMutationBuilder.createIndex(mutaction.model, mutaction.newField.dbName)\n    case _             => NoAction.unit\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/TestDataModelsWrapper.scala","text":"package com.prisma.api\nimport com.prisma.ConnectorTag\nimport com.prisma.ConnectorTag.{MongoConnectorTag, RelationalConnectorTag}\nimport com.prisma.deploy.connector.DeployConnector\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{Suite, WordSpecLike}\n\ncase class TestDataModels(\n    mongo: Vector[String],\n    sql: Vector[String]\n)\nobject TestDataModels {\n  def apply(mongo: String, sql: String): TestDataModels = {\n    TestDataModels(mongo = Vector(mongo), sql = Vector(sql))\n  }\n}\n\ncase class TestDataModelsWrapper(\n    dataModel: TestDataModels,\n    connectorTag: ConnectorTag,\n    connectorName: String,\n    database: ApiTestDatabase\n)(implicit deployConnector: DeployConnector, suite: Suite)\n    extends WordSpecLike {\n\n  def testEach[T](fn: (String, String) => T) = {\n    connectorTag match {\n      case MongoConnectorTag =>\n        dataModel.mongo.zipWithIndex.foreach {\n          case (dm, index) =>\n            fn(s\" mongo $index\", dm)\n        }\n\n      case _: RelationalConnectorTag =>\n        dataModel.sql.zipWithIndex.foreach {\n          case (dm, index) =>\n            fn(s\" sql $index\", dm)\n        }\n    }\n  }\n\n  def test[T](indexToTest: Int)(fn: String => T)     = internal(Some(indexToTest))(fn)\n  def test[T](fn: String => T)                       = internal(None)(fn)\n  def testV11[T](indexToTest: Int)(fn: Project => T) = internalV11(Some(indexToTest))(fn)\n  def testV11[T](fn: Project => T)                   = internalV11(None)(fn)\n\n  private def internalV11[T](indexToTest: Option[Int])(fn: Project => T) = {\n    internal(indexToTest) { dm =>\n      val project = SchemaDsl.fromStringV11()(dm)\n      database.setup(project)\n      fn(project)\n    }\n  }\n\n  private def internal[T](indexToTest: Option[Int])(fn: String => T) = {\n    val dataModelsToTest = connectorTag match {\n      case MongoConnectorTag         => dataModel.mongo\n      case _: RelationalConnectorTag => dataModel.sql\n    }\n\n    var didRunATest = false\n    dataModelsToTest.zipWithIndex.foreach {\n      case (dm, index) =>\n        val testThisOne = indexToTest.forall(_ == index)\n        if (testThisOne) {\n          didRunATest = testThisOne\n          println(\"*\" * 75)\n          println(s\"name:  $connectorName\")\n          println(s\"index: $index\")\n          println(s\"tag:   ${connectorTag.entryName}\")\n          println(\"*\" * 75)\n          fn(dm)\n        }\n    }\n\n    if (!didRunATest) {\n      println(\"There was no Datamodel for the provided index!\")\n    }\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/nonEmbedded\/NonEmbeddedUpdatedAtShouldChangeSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.api.mutations.nonEmbedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NonEmbeddedUpdatedAtShouldChangeSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(JoinRelationLinksCapability)\n\n  val project = SchemaDsl.fromStringV11() {\n\n    \"\"\"type Top {\n      |  id: ID! @id\n      |  top: String! @unique\n      |  bottom: Bottom @relation(link: INLINE)\n      |  createdAt: DateTime! @createdAt\n      |  updatedAt: DateTime! @updatedAt\n      |}\n      |\n      |type Bottom {\n      |  id: ID! @id\n      |  bottom: String! @unique\n      |  top: Top\n      |  createdAt: DateTime! @createdAt\n      |  updatedAt: DateTime! @updatedAt\n      |}\n      |\"\"\"\n  }\n\n  database.setup(project)\n\n  \"Updating a nested data item\" should \"change it's updatedAt value\" in {\n    val updatedAt = server\n      .query(\"\"\"mutation a {createTop(data: { top: \"top2\", bottom: {create:{bottom: \"Bottom2\"}} }) {bottom{updatedAt}}}\"\"\", project)\n      .pathAsString(\"data.createTop.bottom.updatedAt\")\n\n    val changedUpdatedAt = server\n      .query(\n        s\"\"\"mutation b {\n           |  updateTop(\n           |    where: { top: \"top2\" }\n           |    data: { bottom: {update:{bottom: \"bottom20\"}} }\n           |  ) {\n           |    bottom{\n           |      updatedAt\n           |    }\n           |  }\n           |}\n      \"\"\",\n        project\n      )\n      .pathAsString(\"data.updateTop.bottom.updatedAt\")\n\n    updatedAt should not equal changedUpdatedAt\n  }\n\n  \"Upserting a nested data item\" should \"change it's updatedAt value\" in {\n    val updatedAt = server\n      .query(\"\"\"mutation a {createTop(data: { top: \"top4\", bottom: {create:{bottom: \"Bottom4\"}} }) {bottom{updatedAt}}}\"\"\", project)\n      .pathAsString(\"data.createTop.bottom.updatedAt\")\n\n    val changedUpdatedAt = server\n      .query(\n        s\"\"\"mutation b {\n           |  updateTop(\n           |    where: { top: \"top4\" }\n           |    data: { bottom: {upsert:{create:{bottom: \"Should not matter\"}, update:{bottom: \"Bottom40\"}}} }\n           |  ) {\n           |    bottom{\n           |      updatedAt\n           |    }\n           |  }\n           |}\n      \"\"\",\n        project\n      )\n      .pathAsString(\"data.updateTop.bottom.updatedAt\")\n\n    updatedAt should not equal changedUpdatedAt\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/shared\/schema_dsl\/SchemaDsl.scala","text":"package com.prisma.shared.schema_dsl\n\nimport com.prisma.config.ConfigLoader\nimport com.prisma.deploy.connector.{DeployConnector, MissingBackRelations}\nimport com.prisma.deploy.migration.inference.{SchemaInferrer, SchemaMapping}\nimport com.prisma.deploy.migration.validation.{DataModelValidator, DataModelValidatorImpl}\nimport com.prisma.shared.models._\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalactic.{Bad, Good}\nimport org.scalatest.Suite\n\nobject SchemaDsl extends AwaitUtils {\n  val testProjectId = \"default@default\"\n\n  def fromStringV11ForExistingDatabase(id: String = testProjectId)(sdlString: String)(implicit deployConnector: DeployConnector): Project = {\n    val project = fromString(\n      id = id,\n      capabilities = deployConnector.capabilities,\n      dataModelValidator = DataModelValidatorImpl,\n      emptyBaseSchema = Schema.emptyV11\n    )(sdlString)\n    project.copy(manifestation = ProjectManifestation.empty) \/\/ we don't want the altered manifestation here\n  }\n\n  def fromStringV11(id: String = testProjectId)(sdlString: String)(implicit deployConnector: DeployConnector, suite: Suite): Project = {\n    fromString(\n      id = projectId(suite),\n      capabilities = deployConnector.capabilities,\n      dataModelValidator = DataModelValidatorImpl,\n      emptyBaseSchema = Schema.emptyV11\n    )(sdlString.stripMargin)\n  }\n\n  def fromStringV11Capabilities(\n      capabilities: Set[ConnectorCapability] = Set.empty\n  )(sdlString: String)(implicit suite: Suite): Project = {\n    fromString(\n      id = projectId(suite),\n      capabilities = ConnectorCapabilities(capabilities),\n      dataModelValidator = DataModelValidatorImpl,\n      emptyBaseSchema = Schema.emptyV11\n    )(sdlString.stripMargin)\n  }\n\n  private def projectId(suite: Suite): String = {\n    \/\/ GetFieldFromSQLUniqueException blows up if we generate longer names, since we then exceed the postgres limits for constraint names\n    \/\/ todo: actually fix GetFieldFromSQLUniqueException instead\n    val nameThatMightBeTooLong = suite.getClass.getSimpleName\n    nameThatMightBeTooLong.substring(0, Math.min(32, nameThatMightBeTooLong.length))\n  }\n\n  private def fromString(\n      id: String,\n      capabilities: ConnectorCapabilities,\n      dataModelValidator: DataModelValidator,\n      emptyBaseSchema: Schema\n  )(sdlString: String): Project = {\n    val emptySchemaMapping = SchemaMapping.empty\n\n    val prismaSdl = dataModelValidator.validate(sdlString, capabilities) match {\n      case Good(result) =>\n        result.dataModel\n      case Bad(errors) =>\n        sys.error(\n          s\"\"\"Encountered the following errors during schema validation. Please fix:\n           |${errors.mkString(\"\\n\")}\n         \"\"\".stripMargin\n        )\n    }\n\n    val schema                 = SchemaInferrer(capabilities).infer(emptyBaseSchema, emptySchemaMapping, prismaSdl)\n    val withBackRelationsAdded = MissingBackRelations.add(schema)\n    val manifestation = ConfigLoader.load().databases.head.connector match {\n      case x if x == \"postgres\" => ProjectManifestation(database = Some(id + \"_DB\"), schema = Some(id + \"_S\"), x)\n      case y                    => ProjectManifestation(database = Some(id + \"_DB\"), schema = None, y)\n    }\n    TestProject.emptyV11.copy(id = id, schema = withBackRelationsAdded, manifestation = manifestation)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/import_export\/BulkImportSpec.scala","text":"package com.prisma.api.import_export\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.ImportExportCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass BulkImportSpec extends FlatSpec with Matchers with ApiSpecBase with AwaitUtils {\n  override def runOnlyForCapabilities = Set(ImportExportCapability)\n\n  lazy val project = SchemaDsl.fromStringV11() {\n    s\"\"\"\n       |type Model0 {\n       |  id: ID! @id\n       |  createdAt: DateTime! @createdAt\n       |  a: String\n       |  b: Int\n       |  relation0top: Model0 @relation(name: \"MyRelation\", link: TABLE)\n       |  relation0bottom: Model0 @relation(name: \"MyRelation\")\n       |  model1: Model1 @relation(link: TABLE)\n       |}\n       |\n       |type Model1 {\n       |  id: ID! @id\n       |  createdAt: DateTime! @createdAt\n       |  updatedAt: DateTime! @updatedAt\n       |  a: String\n       |  b: Int\n       |  listField: [Int] $scalarListDirective\n       |  model0: Model0\n       |  model2: Model2 @relation(link: TABLE)\n       |}\n       |\n       |type Model2 {\n       |  id: ID! @id\n       |  createdAt: DateTime! @createdAt\n       |  updatedAt: DateTime! @updatedAt\n       |  a: String\n       |  b: Int\n       |  name: String\n       |  model1: Model1\n       |}\n    \"\"\".stripMargin\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n  }\n\n  override def beforeEach(): Unit = database.truncateProjectTables(project)\n\n  lazy val importer = new BulkImport(project)\n\n  \"Combining the data from the three files\" should \"work\" in {\n\n    val nodes = \"\"\"{\"valueType\": \"nodes\", \"values\": [\n                    |{\"_typeName\": \"Model0\", \"id\": \"0\", \"a\": \"test\", \"b\":  0, \"createdAt\": \"2017-11-29 14:35:13\",\"updatedAt\": \"2017-12-29 14:35:13\"},\n                    |{\"_typeName\": \"Model1\", \"id\": \"1\", \"a\": \"test\", \"b\":  1},\n                    |{\"_typeName\": \"Model2\", \"id\": \"2\", \"a\": \"test\", \"b\":  2, \"createdAt\": \"2017-11-29 14:35:13\"},\n                    |{\"_typeName\": \"Model0\", \"id\": \"3\", \"a\": \"test\", \"b\":  3}\n                    |]}\"\"\".stripMargin.parseJson\n\n    val relations =\n      \"\"\"{\"valueType\":\"relations\", \"values\": [\n          |[{\"_typeName\": \"Model0\", \"id\": \"0\", \"fieldName\": \"relation0top\"},{\"_typeName\": \"Model0\", \"id\": \"0\", \"fieldName\": \"relation0bottom\"}],\n          |[{\"_typeName\": \"Model1\", \"id\": \"1\", \"fieldName\": \"model0\"},{\"_typeName\": \"Model0\", \"id\": \"0\", \"fieldName\": \"model1\"}],\n          |[{\"_typeName\": \"Model2\", \"id\": \"2\", \"fieldName\": \"model1\"},{\"_typeName\": \"Model1\", \"id\": \"1\", \"fieldName\": \"model2\"}],\n          |[{\"_typeName\": \"Model0\", \"id\": \"3\", \"fieldName\": \"relation0top\"},{\"_typeName\": \"Model0\", \"id\": \"3\", \"fieldName\": \"relation0bottom\"}]\n          |]}\n          |\"\"\".stripMargin.parseJson\n\n    val lists = \"\"\"{ \"valueType\": \"lists\", \"values\": [\n                    |{\"_typeName\": \"Model1\", \"id\": \"1\", \"listField\": [2,3,4,5]},\n                    |{\"_typeName\": \"Model1\", \"id\": \"1\", \"listField\": [2,3,4,5]},\n                    |{\"_typeName\": \"Model1\", \"id\": \"1\", \"listField\": [2,3,4,5]}\n                    |]}\n                    |\"\"\".stripMargin.parseJson\n\n    importer.executeImport(nodes).await(5)\n    importer.executeImport(relations).await(5)\n    importer.executeImport(lists).await(5)\n\n    val res0 = server.query(\"query{model0s{id, a, b}}\", project).toString\n    res0 should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"0\",\"a\":\"test\",\"b\":0},{\"id\":\"3\",\"a\":\"test\",\"b\":3}]}}\"\"\")\n\n    val res1 = server.query(\"query{model1s{id, a, b, listField}}\", project).toString\n    res1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"1\",\"a\":\"test\",\"b\":1,\"listField\":[2,3,4,5,2,3,4,5,2,3,4,5]}]}}\"\"\")\n\n    val res2 = server.query(\"query{model2s{id, a, b, name}}\", project).toString\n    res2 should be(\"\"\"{\"data\":{\"model2s\":[{\"id\":\"2\",\"a\":\"test\",\"b\":2,\"name\":null}]}}\"\"\")\n\n    val rel0 = server.query(\"query{model0s{id, model1{id}, relation0top{id}, relation0bottom{id}}}\", project).toString\n    rel0 should be(\n      \"\"\"{\"data\":{\"model0s\":[{\"id\":\"0\",\"model1\":{\"id\":\"1\"},\"relation0top\":{\"id\":\"0\"},\"relation0bottom\":{\"id\":\"0\"}},{\"id\":\"3\",\"model1\":null,\"relation0top\":{\"id\":\"3\"},\"relation0bottom\":{\"id\":\"3\"}}]}}\"\"\")\n\n    val rel1 = server.query(\"query{model1s{id, model0{id}, model2{id}}}\", project).toString\n    rel1 should be(\"\"\"{\"data\":{\"model1s\":[{\"id\":\"1\",\"model0\":{\"id\":\"0\"},\"model2\":{\"id\":\"2\"}}]}}\"\"\")\n\n    val rel2 = server.query(\"query{model2s{id, model1{id}}}\", project).toString\n    rel2 should be(\"\"\"{\"data\":{\"model2s\":[{\"id\":\"2\",\"model1\":{\"id\":\"1\"}}]}}\"\"\")\n  }\n\n  \"Inserting a single node with a field with a String value\" should \"work\" in {\n    val nodes = \"\"\"{ \"valueType\": \"nodes\", \"values\": [{\"_typeName\": \"Model0\", \"id\": \"just-some-id\", \"a\": \"test\"}]}\"\"\".parseJson\n    importer.executeImport(nodes).await(5)\n\n    val res = server.query(\"query{model0s{id, a}}\", project)\n    res.toString should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"just-some-id\",\"a\":\"test\"}]}}\"\"\")\n  }\n\n  \"Inserting several nodes with a field with a Int value\" should \"work\" in {\n\n    val nodes = \"\"\"{\"valueType\":\"nodes\",\"values\":[\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id\", \"b\": 12},\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id2\", \"b\": 13}\n                  ]}\"\"\".stripMargin.parseJson\n\n    importer.executeImport(nodes).await(5)\n\n    val res = server.query(\"query{model0s{id, b}}\", project)\n    res.toString should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"just-some-id\",\"b\":12},{\"id\":\"just-some-id2\",\"b\":13}]}}\"\"\")\n  }\n\n  \"Inserting a node with values for fields that do not exist\" should \"return the invalid index but keep on creating\" in {\n\n    val nodes = \"\"\"{\"valueType\":\"nodes\",\"values\":[\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id0\", \"b\": 12},\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id3\", \"c\": 12},\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id2\", \"b\": 13}\n                  ]}\"\"\".stripMargin.parseJson\n\n    val res2 = importer.executeImport(nodes).await(5)\n\n    res2.toString should be(\"\"\"[\"The model Model0 with id just-some-id3 has an unknown field 'c' in field list.\"]\"\"\")\n\n    val res = server.query(\"query{model0s{id, b}}\", project)\n\n    res.toString should be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"just-some-id0\",\"b\":12},{\"id\":\"just-some-id2\",\"b\":13}]}}\"\"\")\n  }\n\n  \/\/todo postgres stops batch actions once an error occurs and rolls back\n  \/\/ the order in which the items are created is not deterministic. therefore the error message can vary depending on which item is created last\n  \"Inserting a node with a duplicate id\" should \"return the invalid index but keep on creating\" ignore {\n    val nodes = \"\"\"{\"valueType\":\"nodes\",\"values\":[\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id4\", \"b\": 12},\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id5\", \"b\": 13},\n                  |{\"_typeName\": \"Model0\", \"id\": \"just-some-id5\", \"b\": 15}\n                  ]}\"\"\".stripMargin.parseJson\n\n    val res2 = importer.executeImport(nodes).await(5)\n\n    res2.toString should be(\n      \"\"\"[\"Failure inserting Model0 with Id: just-some-id5. Cause: java.sql.SQLIntegrityConstraintViolationException: Duplicate entry 'just-some-id5' for key 'PRIMARY'\",\"Failure inserting RelayRow with Id: just-some-id5. Cause: java.sql.SQLIntegrityConstraintViolationException: Duplicate entry 'just-some-id5' for key 'PRIMARY'\"]\"\"\")\n    val res = server.query(\"query{model0s{id, b}}\", project)\n    res.toString should (be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"just-some-id4\",\"b\":12},{\"id\":\"just-some-id5\",\"b\":13}]}}\"\"\") or\n      be(\"\"\"{\"data\":{\"model0s\":[{\"id\":\"just-some-id4\",\"b\":12},{\"id\":\"just-some-id5\",\"b\":15}]}}\"\"\"))\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/main\/scala\/com\/prisma\/api\/mutactions\/SubscriptionEvents.scala","text":"package com.prisma.api.mutactions\n\nimport com.prisma.api.connector._\nimport com.prisma.gc_values.{NullGCValue, RootGCValue}\nimport com.prisma.shared.models.IdType.Id\nimport com.prisma.shared.models.Project\n\nobject SubscriptionEvents {\n  def extractFromMutactionResults(\n      project: Project,\n      mutationId: Id,\n      mutactionResults: MutactionResults\n  ): Vector[PublishSubscriptionEvent] = {\n    mutactionResults.results.collect {\n      case result: CreateNodeResult => fromCreateResult(project, mutationId, result)\n      case result: UpdateNodeResult => fromUpdateResult(project, mutationId, result)\n      case result: DeleteNodeResult => fromDeleteResult(project, mutationId, result)\n    }\n  }\n\n  private def fromCreateResult(project: Project, mutationId: Id, result: CreateNodeResult): PublishSubscriptionEvent = {\n    val model = result.mutaction.model\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\n        \"nodeId\"       -> result.id.value,\n        \"modelId\"      -> model.name,\n        \"mutationType\" -> \"CreateNode\"\n      ),\n      mutationName = s\"create${model.name}\"\n    )\n  }\n\n  private def fromUpdateResult(project: Project, mutationId: Id, result: UpdateNodeResult): PublishSubscriptionEvent = {\n    val model = result.mutaction.model\n    val previousValues: Map[String, Any] = result.previousValues.data\n      .filterValues(v => v != NullGCValue && !v.isInstanceOf[RootGCValue])\n      .toMapStringAny + (model.idField_!.name -> result.previousValues.id.value)\n\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\n        \"nodeId\"         -> result.id.value,\n        \"changedFields\"  -> result.namesOfUpdatedFields.toList, \/\/ must be a List as Vector is printed verbatim\n        \"previousValues\" -> previousValues,\n        \"modelId\"        -> model.name,\n        \"mutationType\"   -> \"UpdateNode\"\n      ),\n      mutationName = s\"update${model.name}\"\n    )\n  }\n\n  private def fromDeleteResult(project: Project, mutationId: Id, result: DeleteNodeResult): PublishSubscriptionEvent = {\n    val model = result.mutaction.model\n    val previousValues = result.previousValues.data\n      .filterValues(v => v != NullGCValue && !v.isInstanceOf[RootGCValue])\n      .toMapStringAny + (model.idField_!.name -> result.previousValues.id.value)\n\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\n        \"nodeId\"       -> result.previousValues.id.value,\n        \"node\"         -> previousValues,\n        \"modelId\"      -> model.name,\n        \"mutationType\" -> \"DeleteNode\"\n      ),\n      mutationName = s\"delete${model.name}\"\n    )\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/DeleteModelDeploySpec.scala","text":"<gh_stars>1000+\npackage com.prisma.integration.deploychecks\n\nimport com.prisma.integration.IntegrationBaseSpec\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeleteModelDeploySpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n\n  \"Deleting a model\" should \"throw a warning if nodes already exist\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: 1}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type B {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change will result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Deleting a model\" should \"throw a warning if nodes already exist but proceed if the -force flag is present\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", value: 1}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"type B {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2, force = true).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":{\"applied\":0,\"revision\":3},\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change will result in data loss.\"}]}}}\"\"\")\n  }\n\n  \"Deleting a model\" should \"not throw a warning or error if no nodes  exist\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  value: Int\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type B {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/RelationFilterOrderingSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/RelationFilterOrderingSpec.scala\npackage com.prisma.api.queries\n\nimport com.prisma.api.{ApiSpecBase, TestDataModels}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass RelationFilterOrderingSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  val datamodels = {\n    val dm1 = \"\"\"type Blog {\n                  id: ID! @id\n                  title: String!\n                  score: Int!\n                  labels: [Label!]! @relation(name: \"BlogLabels\", link: INLINE)\n                }\n                type Label {\n                  id: ID! @id\n                  text: String! @unique\n                }\"\"\"\n\n    val dm2 = \"\"\"type Blog {\n                  id: ID! @id\n                  title: String!\n                  score: Int!\n                  labels: [Label!]! @relation(name: \"BlogLabels\", link: TABLE)\n                }\n                type Label {\n                  id: ID! @id\n                  text: String! @unique\n                }\"\"\"\n\n    TestDataModels(mongo = Vector(dm1), sql = Vector(dm2))\n  }\n\n  \"Using relational filters\" should \"return items in the specified order\" in {\n    datamodels.testV11 { project =>\n      server.query(s\"\"\"mutation {createLabel(data: {text: \"x\"}) {text }}\"\"\", project)\n\n      server.query(s\"\"\"mutation {createBlog(data: {title: \"blog_1\", score: 10,labels: {connect: {text: \"x\"}}}) {title}}\"\"\", project)\n      server.query(s\"\"\"mutation {createBlog(data: {title: \"blog_1\", score: 20,labels: {connect: {text: \"x\"}}}) {title}}\"\"\", project)\n      server.query(s\"\"\"mutation {createBlog(data: {title: \"blog_1\", score: 30,labels: {connect: {text: \"x\"}}}) {title}}\"\"\", project)\n\n      val res1 = server.query(\"\"\"query {blogs(first: 2, orderBy: score_DESC) {title, score}}\"\"\", project)\n\n      res1.toString should be(\"\"\"{\"data\":{\"blogs\":[{\"title\":\"blog_1\",\"score\":30},{\"title\":\"blog_1\",\"score\":20}]}}\"\"\")\n\n      val res2 = server.query(\"\"\"query {blogs (first: 2, orderBy: score_DESC, where:{labels_some: {text: \"x\"}}) {title, score}}\"\"\", project)\n      res2.toString should be(\"\"\"{\"data\":{\"blogs\":[{\"title\":\"blog_1\",\"score\":30},{\"title\":\"blog_1\",\"score\":20}]}}\"\"\")\n\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/protocol\/SubscriptionSessionActorV05.scala","text":"<gh_stars>1000+\npackage com.prisma.subscriptions.protocol\n\nimport akka.actor.{Actor, ActorRef, Stash}\nimport com.prisma.akkautil.{LogUnhandled, LogUnhandledExceptions}\nimport com.prisma.auth.AuthImpl\nimport com.prisma.shared.models.Project\nimport com.prisma.subscriptions.SubscriptionDependencies\nimport com.prisma.subscriptions.helpers.ProjectHelper\nimport com.prisma.subscriptions.metrics.SubscriptionMetrics\nimport com.prisma.subscriptions.resolving.SubscriptionsManager.Requests.EndSubscription\nimport com.prisma.subscriptions.resolving.SubscriptionsManager.Responses.{\n  CreateSubscriptionFailed,\n  CreateSubscriptionSucceeded,\n  ProjectSchemaChanged,\n  SubscriptionEvent\n}\nimport play.api.libs.json.Json\nimport sangria.parser.QueryParser\n\ncase class SubscriptionSessionActorV05(\n    sessionId: String,\n    projectId: String,\n    subscriptionsManager: ActorRef\n)(implicit dependencies: SubscriptionDependencies)\n    extends Actor\n    with Stash\n    with LogUnhandled\n    with LogUnhandledExceptions {\n\n  import context.dispatcher\n  import akka.pattern.pipe\n  import SubscriptionMetrics._\n  import SubscriptionProtocolV05.Requests._\n  import SubscriptionProtocolV05.Responses._\n  import com.prisma.subscriptions.resolving.SubscriptionsManager.Requests.CreateSubscription\n\n  val auth     = dependencies.auth\n  val reporter = dependencies.reporter\n  activeSubcriptionSessions.inc\n\n  override def preStart() = {\n    super.preStart()\n    activeSubcriptionSessions.inc\n    pipe(ProjectHelper.resolveProject(projectId)(dependencies, context.system, context.dispatcher)) to self\n  }\n\n  override def postStop(): Unit = {\n    super.postStop()\n    activeSubcriptionSessions.dec\n  }\n\n  override def receive: Receive = logUnhandled {\n    case project: Project =>\n      context.become(waitingForInit(project))\n      unstashAll()\n\n    case akka.actor.Status.Failure(e) =>\n      e.printStackTrace()\n      context.stop(self)\n\n    case _ =>\n      stash()\n  }\n\n  def waitingForInit(project: Project): Receive = logUnhandled {\n    case InitConnection(payload) =>\n      ParseAuthorization.parseAuthorization(payload.getOrElse(Json.obj())) match {\n        \/\/ Case 1: Project has no secrets. Provided auth doesn't matter.\n        case x if project.secrets.isEmpty =>\n          sendToWebsocket(InitConnectionSuccess)\n          context.become(readyReceive(x))\n\n        \/\/ Case 2: Project has secrets. Verify provided auth.\n        case x @ Some(token) if project.secrets.nonEmpty =>\n          val authResult = AuthImpl.verify(project.secrets, token)\n          if (authResult.isSuccess) {\n            sendToWebsocket(InitConnectionSuccess)\n            context.become(readyReceive(x))\n          } else {\n            sendToWebsocket(InitConnectionFail(\"Authentication token is invalid.\"))\n          }\n\n        \/\/ Case 3: Project has secrets, but no auth provided.\n        case None if project.secrets.nonEmpty =>\n          sendToWebsocket(InitConnectionFail(\"No Authorization field was provided in payload.\"))\n      }\n\n    case _: SubscriptionSessionRequestV05 =>\n      sendToWebsocket(InitConnectionFail(\"You have to send an init message before sending anything else.\"))\n  }\n\n  def readyReceive(auth: Option[String]): Receive = logUnhandled {\n    case start: SubscriptionStart =>\n      val query = QueryParser.parse(start.query)\n\n      if (query.isFailure) {\n        sendToWebsocket(SubscriptionFail(start.id, s\"\"\"the GraphQL Query was not valid\"\"\"))\n      } else {\n        val createSubscription = CreateSubscription(\n          id = start.id,\n          projectId = projectId,\n          sessionId = sessionId,\n          query = query.get,\n          variables = start.variables,\n          authHeader = auth,\n          operationName = SubscriptionSessionActor.Internal.extractOperationName(start.operationName)\n        )\n        subscriptionsManager ! createSubscription\n      }\n\n    case SubscriptionEnd(id) =>\n      id.foreach { id =>\n        subscriptionsManager ! EndSubscription(id, sessionId, projectId)\n      }\n\n    case success: CreateSubscriptionSucceeded =>\n      sendToWebsocket(SubscriptionSuccess(success.request.id))\n\n    case fail: CreateSubscriptionFailed =>\n      sendToWebsocket(SubscriptionFail(fail.request.id, fail.errors.head.getMessage))\n\n    case SubscriptionEvent(subscriptionId, payload) =>\n      sendToWebsocket(SubscriptionData(subscriptionId, payload))\n\n    case ProjectSchemaChanged(subscriptionId) =>\n      sendToWebsocket(SubscriptionFail(subscriptionId, \"Schema changed\"))\n  }\n\n  private def sendToWebsocket(response: SubscriptionSessionResponseV05) = {\n    context.parent ! response\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/specs\/SubscriptionsProtocolV07Spec.scala","text":"package com.prisma.subscriptions.specs\n\nimport com.prisma.messagebus.pubsub.Only\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures\nimport play.api.libs.json._\n\nimport scala.concurrent.duration._\n\nclass SubscriptionsProtocolV07Spec extends FlatSpec with Matchers with SubscriptionSpecBase with ScalaFutures {\n\n  val project = SchemaDsl.fromStringV11() {\n    \"\"\"\n      |type Todo {\n      |  id: ID! @id\n      |  text: String\n      |  json: Json\n      |  int: Int\n      |  float: Float\n      |}\n    \"\"\".stripMargin\n  }\n\n  val model = project.schema.getModelByName_!(\"Todo\")\n\n  var testNodeId, importantTestNodeId: String = null\n\n  override def beforeEach() = {\n    super.beforeEach()\n    testDatabase.setup(project)\n    val json = Json.arr(1, 2, Json.obj(\"a\" -> \"b\"))\n    testNodeId = TestData.createTodo(\"some todo\", json, None, project, model, testDatabase).value.toString\n    importantTestNodeId = TestData.createTodo(\"important!\", json, None, project, model, testDatabase).value.toString\n  }\n\n  \"sending weird messages\" should \"result in a parsing error\" in {\n    testWebsocketV07(project) { wsClient =>\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(\"\")\n      wsClient.expectMessage(cantBeParsedError)\n    }\n  }\n\n  \"sending invalid start messages\" should \"result in an error\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      val id                = \"ioPRfgqN6XMefVW6\"\n      val noKnownModelError = \"The provided query doesn't include any known model name. Please check for the latest subscriptions API.\"\n\n      \/\/ special case: also numbers have to work as subscription id\n      wsClient.sendMessage(\n        startMessage(id = id, query = \"subscription { createPokemon { id name } }\")\n      )\n\n      wsClient.expectMessage(\n        errorMessage(id = id, message = noKnownModelError)\n      )\n\n      wsClient.sendMessage(\n        startMessage(id = id, query = \"subscription { createTodo { id text json } }\")\n      )\n\n      wsClient.expectMessage(\n        errorMessage(id = id, message = noKnownModelError)\n      )\n    }\n  }\n\n  \"All subscriptions\" should \"support the basic subscriptions protocol\" in {\n    testWebsocketV07(project) { wsClient =>\n      wsClient.sendMessage(connectionInit)\n      wsClient.expectMessage(connectionAck)\n\n      val id = \"ioPRfgqN6XMefVW6\"\n\n      wsClient.sendMessage(startMessage(id = id, query = \"subscription { todo { node { id text json } } }\"))\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = id,\n          payload = s\"\"\"{\"todo\":{\"node\":{\"id\":\"$testNodeId\",\"text\":\"some todo\",\"json\":[1,2,{\"a\":\"b\"}]}}}\"\"\"\n        )\n      )\n\n      wsClient.sendMessage(stopMessage(id))\n    }\n  }\n\n  \"All subscriptions\" should \"support the basic subscriptions protocol with number id, null variables and operationName\" in {\n    testWebsocketV07(project) { wsClient =>\n      wsClient.sendMessage(connectionInit)\n      wsClient.expectMessage(connectionAck)\n\n      val id = 3\n\n      wsClient.sendMessage(startMessage(id = id, query = \"subscription { todo { node { id text json } } }\", variables = JsNull, operationName = None))\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = id,\n          payload = s\"\"\"{\"todo\":{\"node\":{\"id\":\"$testNodeId\",\"text\":\"some todo\",\"json\":[1,2,{\"a\":\"b\"}]}}}\"\"\"\n        )\n      )\n\n      wsClient.sendMessage(stopMessage(id))\n    }\n  }\n\n  \"Using the CREATED mutation filter\" should \"work\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(id = \"2\",\n                     query = \"subscription x { todo(where: {mutation_in: [CREATED]}) { node { id } } }  mutation y { createTodo { id } }\",\n                     operationName = \"x\"))\n      wsClient.expectNoMessage(200.milliseconds)\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"2\",\n          payload = s\"\"\"{\"todo\":{\"node\":{\"id\":\"$testNodeId\"}}}\"\"\"\n        )\n      )\n    }\n  }\n\n  \"Using the DELETED mutation filter\" should \"work\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(\n          id = \"3\",\n          operationName = \"x\",\n          query = \"subscription x { todo(where: {mutation_in: [DELETED]}) { node { id } } }  mutation y { createTodo { id } }\"\n        ))\n\n      wsClient.expectNoMessage(200.milliseconds)\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:deleteTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"node\":{\"id\":\"$testNodeId\",\"text\":\"some text\"},\"modelId\":\"${model.name}\",\"mutationType\":\"DeleteNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"3\",\n          payload = \"\"\"{\"todo\":{\"node\":null}}\"\"\"\n        )\n      )\n    }\n  }\n\n  \"Using the UPDATED mutation filter\" should \"work\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(\n          id = \"4\",\n          query = \"subscription { todo(where: {mutation_in: [UPDATED]}) { node { id text } } } \"\n        ))\n\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": {\"id\": \"text-node-id\", \"text\": \"asd\", \"json\": [], \"float\": 1.23, \"int\": 1}}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"4\",\n          payload = s\"\"\"{\"todo\":{\"node\":{\"id\":\"$testNodeId\",\"text\":\"some todo\"}}}\"\"\"\n        )\n      )\n    }\n  }\n\n  \"Create Subscription\" should \"support the node filters\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(\n          id = \"3\",\n          query =\n            \"subscription asd($text: String!) { todo(where: {mutation_in: [CREATED] node: {text_contains: $text}}) { mutation node { id } previousValues { id text } updatedFields } }\",\n          variables = Json.obj(\"text\" -> \"some\")\n        )\n      )\n\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"3\",\n          payload = s\"\"\"{\"todo\":{\"mutation\":\"CREATED\",\"node\":{\"id\":\"$testNodeId\"},\"previousValues\":null,\"updatedFields\":null}}\"\"\"\n        )\n      )\n\n      wsClient.sendMessage(stopMessage(id = \"3\"))\n      wsClient.expectNoMessage(3.seconds)\n    }\n  }\n\n  \"Update Subscription\" should \"support the node filters\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(\n          id = \"3\",\n          query =\n            \"subscription asd($text: String!) { todo(where: {mutation_in: UPDATED AND: [{updatedFields_contains: \\\"text\\\"},{node: {text_contains: $text}}]}) { mutation previousValues { id json int } node { ...todo } } } fragment todo on Todo { id }\",\n          variables = Json.obj(\"text\" -> \"some\")\n        )\n      )\n\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"$testNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": {\"id\": \"text-node-id\", \"text\": \"asd\", \"json\": null, \"int\": 8, \"createdAt\": \"2017\"}}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"3\",\n          payload = s\"\"\"{\"todo\":{\"mutation\":\"UPDATED\",\"previousValues\":{\"id\":\"text-node-id\",\"json\":null,\"int\":8},\"node\":{\"id\":\"$testNodeId\"}}}\"\"\"\n        )\n      )\n    }\n  }\n\n  \"Delete Subscription\" should \"ignore the node filters\" in {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(id = \"3\",\n                     query = \"subscription { todo(where: {mutation_in: [DELETED]}) { node { ...todo } previousValues { id } } } fragment todo on Todo { id }\")\n      )\n\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:deleteTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id2\",\"node\":{\"id\":\"test-node-id2\",\"text\":\"some text\"},\"modelId\":\"${model.name}\",\"mutationType\":\"DeleteNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"3\",\n          payload = \"\"\"{\"todo\":{\"node\":null,\"previousValues\":{\"id\":\"test-node-id2\"}}}\"\"\"\n        )\n      )\n    }\n  }\n\n  \"Subscription\" should \"regenerate changed schema and work on reconnect\" ignore {\n    testInitializedWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\n        startMessage(id = \"create-filters\", query = \"subscription { todo(where:{node:{text_contains: \\\"important!\\\"}}) { node { id text } } }\")\n      )\n\n      sleep(3000)\n\n      invalidationTestKit.publish(Only(project.id), \"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"create-filters\",\"payload\":{\"message\":\"Schema changed\"},\"type\":\"error\"}\"\"\")\n      sleep()\n      \/\/ KEEP WORKING ON RECONNECT\n\n      wsClient.sendMessage(\n        startMessage(id = \"update-filters\", query = \"subscription { todo(where:{node:{text_contains: \\\"important!\\\"}}) { node { id text } } }\")\n      )\n\n      sleep(3000)\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"$importantTestNodeId\",\"modelId\":\"${model.name}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": {\"id\": \"text-node-id\", \"text\": \"asd\", \"json\": null, \"createdAt\": \"2017\"}}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        dataMessage(\n          id = \"update-filters\",\n          payload = s\"\"\"{\"todo\":{\"node\":{\"id\":\"$importantTestNodeId\",\"text\":\"important!\"}}}\"\"\"\n        )\n      )\n\n      wsClient.sendMessage(stopMessage(\"update-filters\"))\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/QueriesSchemaBuilderSpec.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.api.schema\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapabilities\nimport com.prisma.shared.models.ConnectorCapability.NodeQueryCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.util.GraphQLSchemaMatchers\nimport org.scalatest.{Matchers, WordSpec}\nimport sangria.renderer.SchemaRenderer\n\nclass QueriesSchemaBuilderSpec extends WordSpec with Matchers with ApiSpecBase with GraphQLSchemaMatchers {\n  val schemaBuilder = testDependencies.apiSchemaBuilder\n\n  \"the single item query for a model\" must {\n    \"be generated correctly\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n      schema should containQuery(\"todo(where: TodoWhereUniqueInput!): Todo\")\n    }\n\n    \"be present if there is a unique field other than ID\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |  test: String @unique\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n      schema should containQuery(\"todo\")\n    }\n  }\n\n  \"the multi item query for a model\" must {\n    \"be generated correctly\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n      schema should containQuery(\n        \"todoes(where: TodoWhereInput, orderBy: TodoOrderByInput, skip: Int, after: String, before: String, first: Int, last: Int): [Todo]!\"\n      )\n    }\n  }\n\n  \"the many item connection query for a model\" must {\n    \"be generated correctly\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n      schema should containQuery(\n        \"todoesConnection(where: TodoWhereInput, orderBy: TodoOrderByInput, skip: Int, after: String, before: String, first: Int, last: Int): TodoConnection!\"\n      )\n\n      schema should containType(\"TodoConnection\", fields = Vector(\"pageInfo: PageInfo!\", \"edges: [TodoEdge]!\", \"aggregate: AggregateTodo!\"))\n      schema should containType(\"TodoEdge\", fields = Vector(\"node: Todo!\", \"cursor: String!\"))\n    }\n  }\n\n  \"the node query for a model\" must {\n    \"be present if the connector has the capability\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schemaBuilder = SchemaBuilderImpl(project, capabilities = ConnectorCapabilities(NodeQueryCapability))(testDependencies)\n      val schema        = SchemaRenderer.renderSchema(schemaBuilder.build())\n      schema should include(\"node(\")\n      schema should include(\"id: ID!): Node\")\n    }\n\n    \"not be present if the connector doesn't have the capability\" in {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo {\n          |  id: ID! @id\n          |}\n        \"\"\".stripMargin\n      }\n\n      val schemaBuilder = SchemaBuilderImpl(project)(testDependencies)\n      val schema        = SchemaRenderer.renderSchema(schemaBuilder.build())\n\n      schema should not(include(\"node(\"))\n      schema should not(include(\"id: ID!): Node\"))\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/DeployingCustomIdNamesSpec.scala","text":"<filename>server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/DeployingCustomIdNamesSpec.scala\npackage com.prisma.integration\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeployingCustomIdNamesSpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n\n  \"Using Custom Id field names with relations\" should \"work\" in {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema1 =\n      \"\"\"type Game {\n        |  gameId: ID! @id\n        |  createdAt: DateTime! @createdAt\n        |  updatedAt: DateTime! @updatedAt\n        |  lastUpdatedOn: String!\n        |  players: [Player!]! @relation(link: TABLE, name: \"GamePlayer\")\n        |}\n        |\n        |type Player {\n        |  playerId: ID! @id\n        |  createdAt: DateTime! @createdAt\n        |  updatedAt: DateTime! @updatedAt\n        |  lastUpdatedOn: String!\n        |  games: [Game!]! @relation(name: \"GamePlayer\")\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema1, 3, true)\n  }\n\n  \"Using [typename]id as a field for relations\" should \"work\" in {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema1 =\n      \"\"\"type Contact @db(name: \"contact\") {\n        |id: Int! @id\n        |info: String!\n        |type: String!\n        |customerid: Customer\n        |}\n        |\n        |type Customer @db(name: \"customer\") {\n        |id: Int! @id\n        |contact: [Contact]\n        |firstname: String!\n        |lastname: String!\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema1, 3, true)\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-mysql\/src\/main\/scala\/com\/prisma\/api\/connector\/mysql\/MySqlDatabasesFactory.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.api.connector.mysql\n\nimport java.sql.Driver\n\nimport com.prisma.config.DatabaseConfig\nimport com.prisma.connector.shared.jdbc.{Databases, SlickDatabase}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport slick.jdbc.MySQLProfile\nimport slick.jdbc.MySQLProfile.api._\n\nobject MySqlDatabasesFactory {\n  def initialize(dbConfig: DatabaseConfig, driver: Driver): Databases = {\n    val config                       = typeSafeConfigFromDatabaseConfig(dbConfig)\n    val masterDb                     = Database.forConfig(\"database\", config, driver)\n    val slickDatabase: SlickDatabase = SlickDatabase(MySQLProfile, masterDb)\n\n    Databases(primary = slickDatabase, replica = slickDatabase)\n  }\n\n  def typeSafeConfigFromDatabaseConfig(dbConfig: DatabaseConfig): Config = {\n    ConfigFactory\n      .parseString(s\"\"\"\n        |database {\n        |  connectionInitSql=\"set names utf8mb4;\"\n        |  dataSourceClass = \"slick.jdbc.DriverDataSource\"\n        |  properties {\n        |    url = \"jdbc:mysql:\/\/${dbConfig.host}:${dbConfig.port}\/?autoReconnect=true&useSSL=${dbConfig.ssl}&requireSSL=false&serverTimeZone=UTC&useUnicode=true&characterEncoding=UTF-8&socketTimeout=60000&usePipelineAuth=false&cachePrepStmts=true\"\n        |    user = \"${dbConfig.user}\"\n        |    password = \"${dbConfig.password.getOrElse(\"\")}\"\n        |  }\n        |  numThreads = ${dbConfig.connectionLimit.getOrElse(10) - 1} \/\/ we subtract 1 because one connection is consumed already by deploy\n        |  queueSize = ${dbConfig.queueSizeLimitOrDefault}\n        |  connectionTimeout = 5000\n        |}\n      \"\"\".stripMargin)\n      .resolve\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/main\/scala\/com\/prisma\/util\/coolArgs\/CoolArgs.scala","text":"<filename>server\/servers\/api\/src\/main\/scala\/com\/prisma\/util\/coolArgs\/CoolArgs.scala\npackage com.prisma.util.coolArgs\n\nimport com.prisma.api.connector._\nimport com.prisma.api.schema.{APIErrors, FilterHelper}\nimport com.prisma.gc_values.{ListGCValue, NullGCValue, RootGCValue}\nimport com.prisma.shared.models._\n\nimport scala.collection.immutable.Seq\n\n\/**\n  * It's called CoolArgs to easily differentiate from Sangria's Args class.\n  *\n  * - implement subclasses\n  *   - nonlistscalarCoolArgs\n  *   - listscalarCoolArgs\n  *   - relationCoolArgs\n  *   - Upsert Create\/Delete CoolArgs\n  *\/\nobject CoolArgs {\n  def apply(raw: Map[String, Any]): CoolArgs = new CoolArgs(raw)\n\n  def fromSchemaArgs(raw: Map[String, Any]): CoolArgs = {\n    val argsPointer: Map[String, Any] = raw.get(\"data\") match {\n      case Some(value) => value.asInstanceOf[Map[String, Any]]\n      case None        => raw\n    }\n    CoolArgs(argsPointer)\n  }\n}\n\ncase class CoolArgs(raw: Map[String, Any]) {\n  def isEmpty: Boolean    = raw.isEmpty\n  def isNonEmpty: Boolean = raw.nonEmpty\n\n  def subNestedMutation(relationField: RelationField, subModel: Model): NestedMutations = {\n    subArgsOption(relationField.name) match {\n      case None             => NestedMutations.empty\n      case Some(None)       => NestedMutations.empty\n      case Some(Some(args)) => args.asNestedMutation(relationField, subModel)\n    }\n  }\n\n  def getScalarListArgs(model: Model): Vector[(String, ListGCValue)] = {\n    val x = for {\n      field       <- model.scalarListFields\n      listGCValue <- this.subScalarList(field)\n    } yield {\n      (field.name, listGCValue)\n    }\n    x.toVector\n  }\n\n  private def asNestedMutation(relationField: RelationField, subModel: Model): NestedMutations = {\n    if (relationField.isList) {\n      NestedMutations(\n        creates = subArgsVector(\"create\").getOrElse(Vector.empty).map(CreateOne),\n        updates = subArgsVector(\"update\").getOrElse(Vector.empty).map { args =>\n          UpdateByWhere(args.extractNodeSelectorFromWhereField(subModel), args.subArg_!(\"data\"))\n        },\n        upserts = subArgsVector(\"upsert\").getOrElse(Vector.empty).map { args =>\n          UpsertByWhere(\n            where = args.extractNodeSelectorFromWhereField(subModel),\n            update = args.subArg_!(\"update\"),\n            create = args.subArg_!(\"create\")\n          )\n        },\n        deletes = subArgsVector(\"delete\").getOrElse(Vector.empty).map(args => DeleteByWhere(args.extractNodeSelector(subModel))),\n        connects = subArgsVector(\"connect\").getOrElse(Vector.empty).map(args => ConnectByWhere(args.extractNodeSelector(subModel))),\n        sets = subArgsVector(\"set\").map(args => args.map(arg => SetByWhere(arg.extractNodeSelector(subModel)))),\n        disconnects = subArgsVector(\"disconnect\").getOrElse(Vector.empty).map(args => DisconnectByWhere(args.extractNodeSelector(subModel))),\n        updateManys = subArgsVector(\"updateMany\")\n          .getOrElse(Vector.empty)\n          .map(args =>\n            NestedUpdateMany(args.raw.get(\"where\").map(x => FilterHelper.generateFilterElement(x.asInstanceOf[Map[String, Any]], subModel, false)),\n                             args.subArg_!(\"data\"))),\n        deleteManys = subArgsVector(\"deleteMany\")\n          .getOrElse(Vector.empty)\n          .map(args => NestedDeleteMany(Some(FilterHelper.generateFilterElement(args.raw, subModel, false))))\n      )\n    } else {\n      NestedMutations(\n        creates = subArgsOption(\"create\").flatten.map(CreateOne).toVector,\n        updates = subArgsOption(\"update\").flatten.map(UpdateByRelation).toVector,\n        upserts = subArgsOption(\"upsert\").flatten\n          .map(args => UpsertByRelation(update = args.subArg_!(\"update\"), create = args.subArg_!(\"create\")))\n          .toVector,\n        deletes = getFieldValueAs[Boolean](\"delete\").flatten.collect { case x if x => DeleteByRelation(x) }.toVector,\n        connects = subArgsOption(\"connect\").flatten.map(args => ConnectByWhere(args.extractNodeSelector(subModel))).toVector,\n        sets = None,\n        disconnects = getFieldValueAs[Boolean](\"disconnect\").flatten.collect { case x if x => DisconnectByRelation(x) }.toVector,\n        updateManys = Vector.empty,\n        deleteManys = Vector.empty\n      )\n    }\n  }\n\n  def subScalarList(scalarListField: ScalarField): Option[ListGCValue] = {\n    subArgsOption(scalarListField.name).flatten.flatMap { args =>\n      args.getFieldValuesAs[Any](\"set\") match {\n        case None =>\n          None\n\n        case Some(values) =>\n          val converter = GCAnyConverter(scalarListField.typeIdentifier, false)\n          Some(ListGCValue(values.map(converter.toGCValue(_).get).toVector))\n      }\n    }\n  }\n\n  private def subArgsVector(field: String): Option[Vector[CoolArgs]] = getFieldValuesAs[Map[String, Any]](field) match {\n    case None    => None\n    case Some(x) => Some(x.map(CoolArgs(_)).toVector)\n  }\n\n  private def subArgsOption(name: String): Option[Option[CoolArgs]] = {\n    val fieldValue: Option[Option[Map[String, Any]]] = getFieldValueAs[Map[String, Any]](name)\n    fieldValue match {\n      case None          => None\n      case Some(None)    => Some(None)\n      case Some(Some(x)) => Some(Some(CoolArgs(x)))\n    }\n  }\n\n  private def subArg_!(name: String) = subArgsOption(name).get.get\n\n  \/**\n    * The outer option is defined if the field key was specified in the arguments at all.\n    * The inner option is empty if a null value was sent for this field. If the option is defined it contains a non null value\n    * for this field.\n    *\/\n  private def getFieldValueAs[T](name: String): Option[Option[T]] = {\n    raw.get(name).map { fieldValue =>\n      try {\n        fieldValue.asInstanceOf[Option[T]]\n      } catch {\n        case _: ClassCastException => Option(fieldValue.asInstanceOf[T])\n      }\n    }\n  }\n\n  private def getFieldValuesAs[T](field: String): Option[Seq[T]] = {\n    raw.get(field).map { fieldValue =>\n      try {\n        fieldValue.asInstanceOf[Option[Seq[T]]].getOrElse(Seq.empty)\n      } catch {\n        case _: ClassCastException => fieldValue.asInstanceOf[Seq[T]]\n      }\n    }\n  }\n\n  def extractNodeSelectorFromWhereField(model: Model): NodeSelector = {\n    val whereArgs = raw(\"where\").asInstanceOf[Map[String, Option[Any]]]\n    CoolArgs(whereArgs).extractNodeSelector(model)\n  }\n\n  def extractNodeSelector(model: Model): NodeSelector = {\n    val map = raw.asInstanceOf[Map[String, Option[Any]]]\n    val uniquesWithValues = map.collect {\n      case (fieldName, Some(value)) =>\n        NodeSelector(model,\n                     model.getScalarFieldByName_!(fieldName),\n                     GCAnyConverter(model.getFieldByName_!(fieldName).typeIdentifier, isList = false).toGCValue(value).get)\n    }\n\n    uniquesWithValues.size match {\n      case 0 => throw APIErrors.NullProvidedForWhereError(model.name)\n      case 1 => uniquesWithValues.head\n      case _ => throw APIErrors.TwoManyUniquesForWhereError(model.name)\n    }\n  }\n\n  def createArgumentsAsCoolArgs: CoolArgs = CoolArgs(raw(\"create\").asInstanceOf[Map[String, Any]])\n  def updateArgumentsAsCoolArgs: CoolArgs = CoolArgs(raw(\"update\").asInstanceOf[Map[String, Any]])\n\n  def generateNonListCreateArgs(model: Model): CoolArgs = {\n    CoolArgs(model.scalarNonListFields.flatMap { field =>\n      raw.get(field.name) match {\n        case Some(None) if field.isRequired && field.isId                   => None\n        case Some(None) if field.defaultValue.isDefined && field.isRequired => throw APIErrors.InputInvalid(\"null\", field.name, model.name)\n        case Some(value)                                                    => Some((field.name, value))\n        case None if field.defaultValue.isDefined                           => Some((field.name, field.defaultValue.get.value))\n        case None                                                           => None\n      }\n    }.toMap)\n  }\n\n  def generateNonListUpdateGCValues(model: Model): PrismaArgs = {\n    val values = for {\n      field      <- model.scalarNonListFields.toVector\n      fieldValue <- getFieldValueAs[Any](field.name)\n    } yield {\n      val converter = GCAnyConverter(field.typeIdentifier, false)\n      fieldValue match {\n        case Some(value) => field.name -> converter.toGCValue(value).get\n        case None        => field.name -> NullGCValue\n      }\n    }\n    PrismaArgs(RootGCValue(values: _*))\n  }\n\n  def getCreateArgs(model: Model) = {\n    val nonListCreateArgs       = generateNonListCreateArgs(model)\n    val converter               = GCCreatePrismaArgsConverter(model)\n    val nonListArgs: PrismaArgs = converter.toPrismaArgs(nonListCreateArgs.raw).addDateTimesIfNecessary(model)\n    val listArgs                = getScalarListArgs(model)\n\n    (nonListArgs, listArgs)\n  }\n\n  def getUpdateArgs(model: Model) = {\n    val listArgs         = getScalarListArgs(model)\n    val listCausesUpdate = listArgs.nonEmpty\n    val nonListArgs      = generateNonListUpdateGCValues(model).updateDateTimesIfNecessary(model, listCausesUpdate)\n\n    (nonListArgs, listArgs)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/nonEmbedded\/WhereUniqueSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/nonEmbedded\/WhereUniqueSpec.scala\npackage com.prisma.api.filters.nonEmbedded\n\nimport com.prisma.IgnoreMongo\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass WhereUniqueSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  val project: Project = SchemaDsl.fromStringV11() { \"\"\"\n                                                   |type User {\n                                                   |  id: ID! @id\n                                                   |  unique: Int! @unique\n                                                   |  email: String! @unique\n                                                   |}\"\"\" }\n\n  database.setup(project)\n\n  server\n    .query(\n      s\"\"\"mutation{createUser(\n         |  data: {\n         |    unique:2, \n         |    email: \"<EMAIL>\"\n         |})\n         |{id}\n         |}\n      \"\"\",\n      project\n    )\n\n  \/\/ We cannot express that we expect exactly one field in the WhereUniqueInput in GraphQL, we therefore will error at runtime\n  \/\/ and hint at the correct way to use the api\n\n  \"Providing 0 unique fields\" should \"error\" in {\n    server.queryThatMustFail(\n      s\"\"\"query{user(where: {}){unique}}\"\"\",\n      project,\n      errorCode = 3040,\n      errorContains = \"\"\"You provided an invalid argument for the where selector on User. Please provide exactly one unique field and value.\"\"\"\n    )\n  }\n\n  \"Providing 1 unique field\" should \"work\" in {\n    server.query(s\"\"\"query{user(where: {email: \"<EMAIL>\"}){unique}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"user\":{\"unique\":2}}}\"\"\")\n  }\n\n  \"Providing more than 1 unique field\" should \"error\" in {\n    server.queryThatMustFail(\n      s\"\"\"query{user(where: {id:\"wrong\", email: \"<EMAIL>\"}){unique}}\"\"\",\n      project,\n      errorCode = 3045,\n      errorContains =\n        \"\"\"You provided more than one field for the unique selector on User. If you want that behavior you can use the many query and combine fields with AND \/ OR.\"\"\"\n    )\n  }\n\n  \"Using two unique fields with the many query\" should \"work with an implicit AND\" in {\n    server.query(s\"\"\"query{users(where: {unique:2, email: \"<EMAIL>\"}){unique}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"users\":[{\"unique\":2}]}}\"\"\")\n  }\n\n  \"Using two unique fields with the many query\" should \"work with an explicit AND\" in {\n    server.query(s\"\"\"query{users(where: {AND: [{unique:2}, {email: \"<EMAIL>\"}]}){unique}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"users\":[{\"unique\":2}]}}\"\"\")\n  }\n\n  \"Using two unique fields with the many query\" should \"work with an explicit OR\" taggedAs (IgnoreMongo) in {\n    server.query(s\"\"\"query{users(where: {OR: [{unique:2}, {email: \"does not exist\"}]}){unique}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"users\":[{\"unique\":2}]}}\"\"\")\n  }\n\n  \"Using two unique fields with the many query\" should \"work with an explicit OR 2\" taggedAs (IgnoreMongo) in {\n    server.query(s\"\"\"query{users(where: {OR: [{unique:24235}, {email: \"<EMAIL>\"}]}){unique}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"users\":[{\"unique\":2}]}}\"\"\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/RelationsSchemaBuilderSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/RelationsSchemaBuilderSpec.scala\npackage com.prisma.api.schema\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.Field\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.util.GraphQLSchemaMatchers\nimport org.scalatest.{FlatSpec, Matchers}\nimport sangria.renderer.SchemaRenderer\n\nclass RelationsSchemaBuilderSpec extends FlatSpec with Matchers with ApiSpecBase with GraphQLSchemaMatchers {\n  val schemaBuilder = testDependencies.apiSchemaBuilder\n\n  \"the update Mutation for a many to many relation with an optional backrelation\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type List {\n        |  id: ID! @id\n        |  listUnique: String! @unique\n        |  optList: String\n        |  todoes: [Todo] $listInlineDirective\n        |}\n        |\n        |type Todo {\n        |  id: ID! @id\n        |  todoUnique: String! @unique\n        |  optString: String\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"updateTodo(data: TodoUpdateInput!, where: TodoWhereUniqueInput!): Todo\")\n\n    schema should containInputType(\"TodoCreateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String!\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateDataInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\",\n                                     \"todoUnique: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateWithWhereUniqueNestedInput\",\n                                   fields = Vector(\n                                     \"where: TodoWhereUniqueInput!\",\n                                     \"data: TodoUpdateDataInput!\"\n                                   ))\n\n    schema should containInputType(\"TodoUpsertWithWhereUniqueNestedInput\",\n                                   fields = Vector(\n                                     \"where: TodoWhereUniqueInput!\",\n                                     \"update: TodoUpdateDataInput!\",\n                                     \"create: TodoCreateInput!\"\n                                   ))\n  }\n\n  \"the update Mutation for a one to one relation with an optional backrelation\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type List {\n        |  id: ID! @id\n        |  listUnique: String! @unique\n        |  optList: String\n        |  todo: Todo @relation(link: INLINE)\n        |}\n        |\n        |type Todo {\n        |  id: ID! @id\n        |  todoUnique: String! @unique\n        |  optString: String\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"updateTodo(data: TodoUpdateInput!, where: TodoWhereUniqueInput!): Todo\")\n\n    schema should containInputType(\"TodoCreateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String!\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateDataInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\",\n                                     \"todoUnique: String\"\n                                   ))\n\n    schema should containInputType(\n      \"TodoUpdateOneInput\",\n      fields = Vector(\n        \"create: TodoCreateInput\",\n        \"connect: TodoWhereUniqueInput\",\n        \"disconnect: Boolean\",\n        \"delete: Boolean\",\n        \"update: TodoUpdateDataInput\"\n      )\n    )\n  }\n\n  \"a schema with optional back relations\" should \"not include any type related to magical back relations\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n         |type List {\n         |  id: ID! @id\n         |  title: String!\n         |}\n         |type Todo {\n         |  id: ID! @id\n         |  name: String\n         |  list: List @relation(link: INLINE)\n         |}\n       \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should not(include(Field.magicalBackRelationPrefix))\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector\/src\/main\/scala\/com\/prisma\/api\/connector\/NodeSelector.scala","text":"<filename>server\/connectors\/api-connector\/src\/main\/scala\/com\/prisma\/api\/connector\/NodeSelector.scala\npackage com.prisma.api.connector\n\nimport com.prisma.gc_values.{StringIdGCValue, GCValue, IdGCValue}\nimport com.prisma.shared.models.{Model, RelationField, ScalarField}\n\nobject NodeSelector {\n  def forCuid(model: Model, id: String): NodeSelector              = NodeSelector(model, model.idField_!, StringIdGCValue(id))\n  def forId(model: Model, gcValue: IdGCValue): NodeSelector        = NodeSelector(model, model.idField_!, gcValue)\n  def forGCValue(model: Model, field: ScalarField, value: GCValue) = NodeSelector(model, field, value)\n}\n\ncase class NodeSelector(model: Model, field: ScalarField, fieldGCValue: GCValue) {\n  require(field.isUnique, s\"NodeSelectors may be only instantiated for unique fields! ${field.name} on ${model.name} is not unique.\")\n  lazy val value     = fieldGCValue.value\n  lazy val fieldName = field.name\n}\n\nobject NodeAddress {\n  def forId(model: Model, gCValue: IdGCValue, path: Path = Path.empty) = NodeAddress(NodeSelector.forId(model, gCValue), path)\n}\n\ncase class NodeAddress(where: NodeSelector, path: Path = Path.empty) {\n  def idValue: IdGCValue                                                   = where.fieldGCValue.asInstanceOf[IdGCValue]\n  def newPath(newPath: Path): NodeAddress                                  = this.copy(path = newPath)\n  def appendPath(rf: RelationField)                                        = newPath(this.path.append(rf))\n  def appendPath(rf: RelationField, where: NodeSelector)                   = newPath(this.path.append(rf, where))\n  def appendPath(rf: RelationField, where: NodeSelector, node: PrismaNode) = newPath(this.path.append(rf, NodeSelector.forId(where.model, node.id)))\n  def appendPath(rf: RelationField, whereFilter: Option[Filter])           = newPath(this.path.append(rf, whereFilter))\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-sqlite\/src\/main\/scala\/com\/prisma\/api\/connector\/sqlite\/SQLiteApiConnector.scala","text":"package com.prisma.api.connector.sqlite\n\nimport java.sql.Driver\n\nimport com.prisma.api.connector.jdbc.impl.{JdbcDataResolver, JdbcDatabaseMutactionExecutor}\nimport com.prisma.api.connector.{ApiConnector, DatabaseMutactionExecutor}\nimport com.prisma.config.DatabaseConfig\nimport com.prisma.shared.models.{ConnectorCapabilities, Project, ProjectIdEncoder}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class SQLiteApiConnector(config: DatabaseConfig, driver: Driver)(implicit ec: ExecutionContext) extends ApiConnector {\n  lazy val databases = SQLiteDatabasesFactory.initialize(config, driver)\n\n  override def initialize(): Future[Unit] = {\n    databases\n    Future.unit\n  }\n\n  override def shutdown(): Future[Unit] = {\n    for {\n      _ <- databases.primary.database.shutdown\n      _ <- databases.replica.database.shutdown\n    } yield ()\n  }\n\n  override def databaseMutactionExecutor: JdbcDatabaseMutactionExecutor = JdbcDatabaseMutactionExecutor(databases.primary)\n  override def dataResolver(project: Project)                           = JdbcDataResolver(project, databases.replica)(ec)\n  override def masterDataResolver(project: Project)                     = JdbcDataResolver(project, databases.primary)(ec)\n\n  override def projectIdEncoder: ProjectIdEncoder = ProjectIdEncoder('_')\n\n  override val capabilities = ConnectorCapabilities.sqliteJdbcPrototype\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/DatabaseInspectorBase.scala","text":"package com.prisma.deploy.connector.jdbc\n\nimport com.prisma.connector.shared.jdbc.{MySqlDialect, PostgresDialect, SlickDatabase}\nimport com.prisma.deploy.connector._\nimport com.prisma.deploy.connector.jdbc.DatabaseInspectorBase.{IntrospectedColumn, IntrospectedForeignKey, IntrospectedSequence}\nimport com.prisma.shared.models.TypeIdentifier.ScalarTypeIdentifier\nimport slick.dbio.DBIO\nimport slick.jdbc.GetResult\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait DatabaseInspectorBase extends DatabaseInspector {\n  val db: SlickDatabase\n  implicit def ec: ExecutionContext\n  import db.profile.api.actionBasedSQLInterpolation\n\n  override def inspect(schema: String): Future[DatabaseSchema] = db.database.run(action(schema))\n\n  def action(schema: String): DBIO[DatabaseSchema] = {\n    for {\n      tableNames <- getTableNames(schema)\n      tables     <- DBIO.sequence(tableNames.map(name => getTable(schema, name)))\n    } yield {\n      DatabaseSchema(tables)\n    }\n  }\n\n  private def getTableNames(schema: String): DBIO[Vector[String]] = {\n    sql\"\"\"\n         |SELECT\n         |  table_name\n         |FROM\n         |  information_schema.tables\n         |WHERE\n         |  table_schema = $schema AND\n         |  -- Views are not supported yet\n         |  table_type = 'BASE TABLE'\n       \"\"\".stripMargin.as[String]\n  }\n\n  private def getTable(schema: String, table: String): DBIO[Table] = {\n    for {\n      introspectedColumns     <- getColumns(schema, table)\n      introspectedForeignKeys <- foreignKeyConstraints(schema, table)\n      introspectedIndexes     <- indexes(schema, table)\n      sequences               <- getSequences(schema, table)\n    } yield {\n\n      val columnsPrismaCanHandle = introspectedColumns.filter { case column => typeIdentifierForTypeName(column.udtName).isDefined }\n\n      val columns = columnsPrismaCanHandle.map { col =>\n        \/\/ this needs to be extended further in the future if we support arbitrary SQL types\n        val typeIdentifier = typeIdentifierForTypeName(col.udtName).getOrElse {\n          sys.error(s\"Encountered unknown SQL type ${col.udtName} with column ${col.name}. $col\")\n        }\n        val fk = introspectedForeignKeys.find(fk => fk.column == col.name).map { fk =>\n          ForeignKey(fk.referencedTable, fk.referencedColumn)\n        }\n        val sequence = sequences.find(_.column == col.name).map { mseq =>\n          Sequence(mseq.name, mseq.current)\n        }\n        Column(\n          name = col.name,\n          tpe = col.udtName,\n          typeIdentifier = typeIdentifier,\n          isRequired = !col.isNullable,\n          foreignKey = fk,\n          sequence = sequence\n        )(_)\n      }\n      Table(table, columns, indexes = introspectedIndexes)\n    }\n  }\n\n  private def getColumns(schema: String, table: String): DBIO[Vector[IntrospectedColumn]] = {\n    sql\"\"\"\n         |SELECT\n         |  cols.ordinal_position,\n         |  cols.column_name,\n         |  cols.#$dataTypeColumn,\n         |  cols.column_default,\n         |  cols.is_nullable = 'YES' as is_nullable\n         |FROM\n         |  information_schema.columns AS cols\n         |WHERE\n         |  cols.table_schema = $schema\n         |  AND cols.table_name  = $table\n          \"\"\".stripMargin.as[IntrospectedColumn]\n  }\n\n  protected def typeIdentifierForTypeName(typeName: String): Option[ScalarTypeIdentifier]\n\n  protected def foreignKeyConstraints(schema: String, table: String): DBIO[Vector[IntrospectedForeignKey]]\n\n  protected def getSequences(schema: String, table: String): DBIO[Vector[IntrospectedSequence]]\n\n  protected def indexes(schema: String, table: String): DBIO[Vector[Index]]\n\n  \/**\n    * RESULT CONVERTERS\n    *\/\n  implicit lazy val introspectedColumnGetResult: GetResult[IntrospectedColumn] = GetResult { ps =>\n    IntrospectedColumn(\n      name = ps.rs.getString(\"column_name\"),\n      udtName = ps.rs.getString(dataTypeColumn),\n      default = ps.rs.getString(\"column_default\"),\n      isNullable = ps.rs.getBoolean(\"is_nullable\")\n    )\n  }\n\n  \/**\n    * Other Helpers\n    *\/\n  private val dataTypeColumn: String = db.prismaDialect match {\n    case PostgresDialect => \"udt_name\"\n    case MySqlDialect    => \"DATA_TYPE\"\n    case x               => sys.error(s\"$x is not implemented yet.\")\n  }\n}\n\nobject DatabaseInspectorBase {\n\n  \/\/ intermediate helper classes\n  case class IntrospectedColumn(name: String, udtName: String, default: String, isNullable: Boolean)\n  case class IntrospectedForeignKey(name: String, table: String, column: String, referencedTable: String, referencedColumn: String)\n  case class IntrospectedSequence(column: String, name: String, current: Int)\n\n  implicit val introspectedForeignKeyGetResult: GetResult[IntrospectedForeignKey] = GetResult { pr =>\n    IntrospectedForeignKey(\n      name = pr.rs.getString(\"fkConstraintName\"),\n      table = pr.rs.getString(\"fkTableName\"),\n      column = pr.rs.getString(\"fkColumnName\"),\n      referencedTable = pr.rs.getString(\"referencedTableName\"),\n      referencedColumn = pr.rs.getString(\"referencedColumnName\")\n    )\n  }\n\n  implicit val indexGetResult: GetResult[Index] = GetResult { pr =>\n    val columns = pr.rs.getArray(\"column_names\").getArray.asInstanceOf[Array[String]]\n    Index(\n      name = pr.rs.getString(\"index_name\"),\n      columns = columns.toVector,\n      unique = pr.rs.getBoolean(\"is_unique\")\n    )\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/validation\/directives\/Directive.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.deploy.migration.validation.directives\n\nimport com.prisma.deploy.migration.DataSchemaAstExtensions._\nimport com.prisma.deploy.migration.validation.{DeployError, PrismaSdl}\nimport com.prisma.shared.models.ConnectorCapabilities\nimport com.prisma.utils.boolean.BooleanUtils\nimport sangria.ast._\n\ntrait DirectiveBase extends BooleanUtils with SharedDirectiveValidation {\n  def name: String\n\n  def postValidate(dataModel: PrismaSdl, capabilities: ConnectorCapabilities): Vector[DeployError] = Vector.empty\n}\n\nobject TypeDirective {\n  val all = Vector(TypeDbDirective, EmbeddedDirective, RelationTableDirective)\n}\n\ntrait TypeDirective[T] extends DirectiveBase {\n  def validate(\n      document: Document,\n      typeDef: ObjectTypeDefinition,\n      directive: sangria.ast.Directive,\n      capabilities: ConnectorCapabilities\n  ): Vector[DeployError]\n\n  def value(\n      document: Document,\n      typeDef: ObjectTypeDefinition,\n      capabilities: ConnectorCapabilities\n  ): Option[T]\n}\n\ntrait FieldDirective[T] extends DirectiveBase {\n  def requiredArgs(capabilities: ConnectorCapabilities): Vector[DirectiveArgument[_]]\n  def optionalArgs(capabilities: ConnectorCapabilities): Vector[DirectiveArgument[_]]\n\n  \/\/ gets called if the directive was found. Can return an error message\n  def validate(\n      document: Document,\n      typeDef: ObjectTypeDefinition,\n      fieldDef: FieldDefinition,\n      directive: sangria.ast.Directive,\n      capabilities: ConnectorCapabilities\n  ): Vector[DeployError]\n\n  def value(\n      document: Document,\n      typeDef: ObjectTypeDefinition,\n      fieldDef: FieldDefinition,\n      capabilities: ConnectorCapabilities\n  ): Option[T]\n}\n\nobject FieldDirective {\n  val behaviour = Vector(IdDirective, CreatedAtDirective, UpdatedAtDirective, ScalarListDirective)\n  val all       = Vector(DefaultDirective, RelationDirective, UniqueDirective, FieldDbDirective, SequenceDirective) ++ behaviour\n}\n\ncase class ArgumentRequirement(name: String, validate: sangria.ast.Value => Option[String])\n\ntrait DirectiveArgument[T] extends SharedDirectiveValidation with BooleanUtils {\n  def name: String\n  def validate(value: sangria.ast.Value): Option[String]\n  def value(directive: Directive): Option[T] = directive.argument(name).map(arg => value(arg.value))\n  def value(value: sangria.ast.Value): T\n}\n\nobject DirectiveArgument extends SharedDirectiveValidation {\n  def apply[T](name: String, validate: sangria.ast.Value => Option[String], value: sangria.ast.Value => T) = {\n    val (nameArg, validateArg, valueArg) = (name, validate, value)\n    new DirectiveArgument[T] {\n      override def name                   = nameArg\n      override def value(value: Value)    = valueArg(value)\n      override def validate(value: Value) = validateArg(value)\n    }\n  }\n\n  def string(name: String): DirectiveArgument[String] = DirectiveArgument(name, validateStringValue, _.asString)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/UpdateRelationDeploySpec.scala","text":"package com.prisma.integration.deploychecks\n\nimport com.prisma.IgnoreMongo\nimport com.prisma.integration.IntegrationBaseSpec\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UpdateRelationDeploySpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n\n  \"Updating a relation to make it required\" should \"should succeed if there is no data yet \" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B! @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a relation to make it required\" should \"should suceed if there is data but the required relation is fulfilled \" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", b :{create:{name: \"B\"}}}){name}}\"\"\", project)\n    apiServer.query(\"\"\"mutation{createB(data:{name: \"A\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B! @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Updating a relation to make it required\" should \"should error if there is data but the required relation is violated \" taggedAs (IgnoreMongo) in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", b :{create:{name: \"B\"}}}){name}}\"\"\", project)\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A2\"}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B! @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustError(project, schema2).toString should include(\n      \"\"\"You are updating the field `b` to be required. But there are already nodes for the model `A` that would violate that constraint.\"\"\")\n  }\n\n  \"Updating a relation to switch the side of the inline link\" should \"should warn if there is data\" taggedAs (IgnoreMongo) in {\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", b :{create:{name: \"B\"}}}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: INLINE)\n         |}\"\"\"\n\n    val result = deployServer.deploySchemaThatMustWarn(project, schema2)\n    result.pathAsString(\"data.deploy.warnings.[0].description\") should be(\"You already have nodes for this relation. This change will result in data loss.\")\n  }\n\n  \"Updating a relation to switch the side of the inline link\" should \"should not warn if there's no data\" taggedAs (IgnoreMongo) in {\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(link: INLINE)\n         |}\"\"\"\n\n    deployServer.deploySchema(project, schema2)\n  }\n\n  \"Updating an inline relation to point to a different model\" should \"should warn if there's data\" taggedAs (IgnoreMongo) in {\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B @relation(name: \"MyRelation\" link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A @relation(name: \"MyRelation\")\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", b :{create:{name: \"B\"}}}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: C @relation(name: \"MyRelation\" link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |}\n         |\n         |type C {\n         |  id: ID! @id\n         |  a: A @relation(name: \"MyRelation\")\n         |}\n         |\n         |\"\"\"\n\n    val result = deployServer.deploySchemaThatMustWarn(project, schema2)\n    result.pathAsString(\"data.deploy.warnings.[0].description\") should be(\"You already have nodes for this relation. This change will result in data loss.\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/DeleteRelationDeploySpec.scala","text":"<filename>server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/DeleteRelationDeploySpec.scala<gh_stars>1000+\npackage com.prisma.integration.deploychecks\n\nimport com.prisma.integration.IntegrationBaseSpec\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeleteRelationDeploySpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n\n  \"Deleting a relation when there is no data\" should \"succeed\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B! @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"|type C {\n         |  id: ID! @id\n         |  name: String! @unique\n         |}\n         |\"\"\"\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Deleting a relation when there is data\" should \"should warn\" in {\n\n    val schema =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  b: B! @relation(link: INLINE)\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |  a: A\n         |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{name: \"A\", b :{create:{name: \"B\"}}}){name}}\"\"\", project)\n\n    val schema2 =\n      \"\"\"|type A {\n         |  id: ID! @id\n         |  name: String! @unique\n         |}\n         |\n         |type B {\n         |  id: ID! @id\n         |  name: String! @unique\n         |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema2).toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":null,\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this relation. This change will result in data loss.\"}]}}}\"\"\")\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/persistence\/ProjectPersistenceSpec.scala","text":"package com.prisma.deploy.persistence\n\nimport com.prisma.deploy.specutils.{DeploySpecBase, TestProject}\nimport com.prisma.shared.models._\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ProjectPersistenceSpec extends FlatSpec with Matchers with DeploySpecBase {\n\n  val projectPersistence   = testDependencies.projectPersistence\n  val migrationPersistence = testDependencies.migrationPersistence\n\n  \".load()\" should \"return None if there's no project yet in the database\" in {\n    val result = projectPersistence.load(\"non-existent-id@some-stage\").await()\n    result should be(None)\n  }\n\n  \".load()\" should \"return the project with the correct revision\" in {\n    val (project, _) = setupProject(basicTypesGql)\n\n    \/\/ Create an empty migration to have an unapplied migration with a higher revision\n    migrationPersistence.create(Migration.empty(project.id)).await\n\n    def loadProject = {\n      val result = projectPersistence.load(project.id).await()\n      result shouldNot be(None)\n      result\n    }\n\n    \/\/ Load the applied revision, which is 2 (2 steps are done in setupProject)\n    val project1 = loadProject.get\n    project1.revision shouldEqual 2\n    project1.rawDataModel should equal(basicTypesGql)\n\n    \/\/ After another migration is completed, the revision is bumped to the revision of the latest migration\n    migrationPersistence.updateMigrationStatus(MigrationId(project.id, 3), MigrationStatus.Success).await\n    loadProject.get.revision shouldEqual 3\n  }\n\n  \".create()\" should \"store the project in the db\" in {\n    val project = TestProject().copy(\n      secrets = Vector(\"foo\"),\n      functions = List(\n        ServerSideSubscriptionFunction(\"function\", true, WebhookDelivery(\"url\", Vector.empty), \"query\")\n      )\n    )\n    projectPersistence.create(project).await()\n  }\n\n  \".loadAll()\" should \"load all projects (for a user TODO)\" in {\n    setupProject(basicTypesGql, stage = \"stage1\")\n    setupProject(basicTypesGql, stage = \"stage2\")\n\n    val projects = projectPersistence.loadAll().await\n    projects should have(size(2))\n    projects.foreach(p => p.rawDataModel should equal(basicTypesGql))\n  }\n\n  \".update()\" should \"update a project\" in {\n    val (project, _) = setupProject(basicTypesGql)\n\n    val updatedProject = project.copy(secrets = Vector(\"Some\", \"secrets\"))\n    projectPersistence.update(updatedProject).await()\n\n    val reloadedProject = projectPersistence.load(project.id).await.get\n    reloadedProject.secrets should contain allOf (\n      \"Some\",\n      \"secrets\"\n    )\n  }\n\n  \".delete()\" should \"delete a project\" in {\n    val (project, _) = setupProject(basicTypesGql)\n\n    projectPersistence.delete(project.id).await()\n    projectPersistence.load(project.id).await should be(None)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployDependencies.scala","text":"<filename>server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployDependencies.scala\npackage com.prisma.deploy\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.stream.ActorMaterializer\nimport com.prisma.cache.factory.CacheFactory\nimport com.prisma.config.PrismaConfig\nimport com.prisma.deploy.connector.DeployConnector\nimport com.prisma.deploy.migration.migrator.Migrator\nimport com.prisma.deploy.schema.SchemaBuilder\nimport com.prisma.deploy.schema.mutations.FunctionValidator\nimport com.prisma.errors.ErrorReporter\nimport com.prisma.auth.Auth\nimport com.prisma.deploy.server.auth.ManagementAuth\nimport com.prisma.messagebus.PubSubPublisher\nimport com.prisma.metrics.MetricsRegistry\nimport com.prisma.shared.models.ProjectIdEncoder\nimport com.prisma.utils.await.AwaitUtils\n\nimport scala.concurrent.ExecutionContext\n\ntrait DeployDependencies extends AwaitUtils {\n  implicit val system: ActorSystem\n  implicit val materializer: ActorMaterializer\n  implicit val reporter: ErrorReporter\n\n  implicit def self: DeployDependencies\n  implicit lazy val executionContext: ExecutionContext = system.dispatcher\n\n  def config: PrismaConfig\n  def migrator: Migrator\n  def managementAuth: ManagementAuth\n  def invalidationPublisher: PubSubPublisher[String]\n  def deployConnector: DeployConnector\n  def functionValidator: FunctionValidator\n  def projectIdEncoder: ProjectIdEncoder\n  def telemetryActor: ActorRef\n\n  lazy val projectPersistence      = deployConnector.projectPersistence\n  lazy val migrationPersistence    = deployConnector.migrationPersistence\n  lazy val managementSchemaBuilder = SchemaBuilder()\n\n  val managementSecret: String\n  val cacheFactory: CacheFactory\n  val auth: Auth\n  val metricsRegistry: MetricsRegistry\n\n  def initializeDeployDependencies()(implicit ec: ExecutionContext): Unit = {\n    await(deployConnector.initialize(), seconds = 30)\n    DeployMetrics.init(metricsRegistry, projectPersistence, deployConnector, system)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-sqlite\/src\/main\/scala\/com\/prisma\/api\/connector\/sqlite\/SQLiteDatabasesFactory.scala","text":"<reponame>shrishankit\/prisma<filename>server\/connectors\/api-connector-sqlite\/src\/main\/scala\/com\/prisma\/api\/connector\/sqlite\/SQLiteDatabasesFactory.scala<gh_stars>1000+\npackage com.prisma.api.connector.sqlite\n\nimport java.sql.Driver\n\nimport com.prisma.config.DatabaseConfig\nimport com.prisma.connector.shared.jdbc.{Databases, SlickDatabase}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport slick.jdbc.SQLiteProfile\nimport slick.jdbc.SQLiteProfile.api._\n\nobject SQLiteDatabasesFactory {\n\n  def initialize(dbConfig: DatabaseConfig, driver: Driver): Databases = {\n    val masterDb                     = Database.forDriver(driver, \"jdbc:sqlite:database.db\")\n    val slickDatabase: SlickDatabase = SlickDatabase(SQLiteProfile, masterDb)\n\n    Databases(primary = slickDatabase, replica = slickDatabase)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/schema\/queries\/GenerateProjectTokenSpec.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.schema.queries\n\nimport com.prisma.auth.{AuthImpl, AuthSuccess}\nimport com.prisma.deploy.specutils.ActiveDeploySpecBase\nimport com.prisma.shared.models.{Project, ProjectId}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass GenerateProjectTokenSpec extends FlatSpec with Matchers with ActiveDeploySpecBase {\n  val auth = AuthImpl\n\n  \"the GenerateProjectToken query\" should \"return a proper token for the requested project\" in {\n    val (project: Project, _)  = setupProject(schema = basicTypesGql, secrets = Vector(\"super-duper-secret\"))\n    val ProjectId(name, stage) = testDependencies.projectIdEncoder.fromEncodedString(project.id)\n    val result                 = server.query(s\"\"\"\n                                                 |query {\n                                                 |  generateProjectToken(name: \"$name\", stage: \"$stage\")\n                                                 |}\n      \"\"\".stripMargin)\n\n    val token = result.pathAsString(\"data.generateProjectToken\")\n    auth.verify(project.secrets, Some(token)) should be(AuthSuccess)\n  }\n\n  \"the GenerateProjectToken query\" should \"return an empty string if the requested project does not have any secrets\" in {\n    val (project, _)           = setupProject(basicTypesGql)\n    val ProjectId(name, stage) = testDependencies.projectIdEncoder.fromEncodedString(project.id)\n    val result                 = server.query(s\"\"\"\n                                                 |query {\n                                                 |  generateProjectToken(name: \"$name\", stage: \"$stage\")\n                                                 |}\n      \"\"\".stripMargin)\n\n    val token = result.pathAsString(\"data.generateProjectToken\")\n    token should equal(\"\")\n    auth.verify(project.secrets, Some(token)) should be(AuthSuccess)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/BringYourOwnIdSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.api.mutations\n\nimport com.prisma.{ConnectorTag, IgnoreMySql, IgnorePostgres, IgnoreSQLite}\nimport com.prisma.ConnectorTag.{MySqlConnectorTag, PostgresConnectorTag, SQLiteConnectorTag}\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.mutations.nonEmbedded.nestedMutations.SchemaBaseV11\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass BringYourOwnIdSpec extends FlatSpec with Matchers with ApiSpecBase with SchemaBaseV11 {\n\n  override def runOnlyForConnectors: Set[ConnectorTag] = Set(MySqlConnectorTag, PostgresConnectorTag, SQLiteConnectorTag)\n\n  \"A Create Mutation\" should \"create and return item with own Id\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"Own Id\"}){p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"Own Id\"}}}\"\"\")\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent2\", id: \"Own Id\"}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3010,\n        errorContains = \"A unique constraint would be violated on Parent. Details: Field name = id\"\n      )\n    }\n\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid\" in { \/\/Fixme does that make sense??\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: 12}){p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"12\"}}}\"\"\")\n    }\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid 2\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: true}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 0,\n        errorContains = \"Reason: 'id' String or Int value expected\"\n      )\n    }\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid 3\" taggedAs (IgnoreSQLite, IgnorePostgres, IgnoreMySql) in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"this is probably way to long, lets see what error it throws\"}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3007,\n        errorContains = \"Value for field id is too long.\"\n      )\n    }\n  }\n\n  \"A Nested Create Mutation\" should \"create and return item with own Id\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"Own Id\", childOpt:{create:{c:\"Child\", id: \"Own Child Id\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"Own Id\",\"childOpt\":{\"c\":\"Child\",\"id\":\"Own Child Id\"}}}}\"\"\")\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |createParent(data: {p: \"Parent 2\", id: \"Own Id 2\", childOpt:{create:{c:\"Child 2\", id: \"Own Child Id\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project,\n        errorCode = 3010,\n        errorContains = \"A unique constraint would be violated on Child. Details: Field name = id\"\n      )\n    }\n  }\n\n  \"A Nested Create Mutation\" should \"error with invalid id\" taggedAs (IgnoreSQLite, IgnorePostgres, IgnoreMySql) in { \/\/ TODO: Should we really validate this\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |createParent(data: {p: \"Parent 2\", id: \"Own Id 2\", childOpt:{create:{c:\"Child 2\", id: \"This is way too long and should error\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project,\n        errorCode = 3007,\n        errorContains = \"Value for field id is too long.\"\n      )\n    }\n  }\n\n  \"An Upsert Mutation\" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |upsertParent(\n         |    where: {id: \"Does not exist\"}\n         |    create: {p: \"Parent 2\", id: \"Own Id\"}\n         |    update: {p: \"Parent 2\"}\n         |    )\n         |  {p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"upsertParent\":{\"p\":\"Parent 2\",\"id\":\"Own Id\"}}}\"\"\")\n    }\n  }\n\n  \"An Upsert Mutation\" should \"error with id that is too long\" taggedAs (IgnoreSQLite, IgnorePostgres, IgnoreMySql) in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |upsertParent(\n         |    where: {id: \"Does not exist\"}\n         |    create: {p: \"Parent 2\", id: \"Way way too long for a proper id\"}\n         |    update: {p: \"Parent 2\"}\n         |    )\n         |  {p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3007,\n        errorContains = \"Value for field id is too long.\"\n      )\n    }\n  }\n\n  \"An nested Upsert Mutation\" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"Own Id\"}){p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"Own Id\"}}}\"\"\")\n\n      val res2 = server.query(\n        s\"\"\"mutation {\n         |updateParent(\n         |    where: {id: \"Own Id\"}\n         |    data: {\n         |        childOpt: {upsert:{\n         |              create:{ id: \"Own Id 3\", c: \"test 3\"}\n         |              update:{ c: \"Does not matter\"}\n         |        }}\n         |      }\n         |    )\n         |  {p, id, childOpt{c, id}}\n         |}\"\"\",\n        project = project\n      )\n\n      res2.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"p\":\"Parent\",\"id\":\"Own Id\",\"childOpt\":{\"c\":\"test 3\",\"id\":\"Own Id 3\"}}}}\"\"\")\n    }\n  }\n\n  \"An id field with a custom name\" should \"work\" in {\n    val dataModel =\n      \"\"\"\n        |type Blog {\n        |  myId: ID! @id\n        |  name: String!\n        |}\n      \"\"\".stripMargin\n\n    val project = SchemaDsl.fromStringV11() { dataModel }\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"mutation {\n         |  createBlog(data: {name: \"MyBlog\"}){ name }\n         |}\"\"\",\n      project = project\n    )\n    res should be(\"\"\"{\"data\": { \"createBlog\": { \"name\": \"MyBlog\" } } }\"\"\".parseJson)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-postgres\/src\/main\/scala\/com\/prisma\/api\/connector\/postgres\/PostgresDatabasesFactory.scala","text":"<gh_stars>1000+\npackage com.prisma.api.connector.postgres\n\nimport java.sql.Driver\n\nimport com.typesafe.config.ConfigFactory\nimport com.prisma.config.DatabaseConfig\nimport com.prisma.connector.shared.jdbc.{Databases, SlickDatabase}\nimport com.zaxxer.hikari.{HikariConfig, HikariDataSource}\nimport slick.jdbc.{DataSourceJdbcDataSource, DriverDataSource, PostgresProfile}\nimport slick.jdbc.PostgresProfile.api._\nimport slick.jdbc.hikaricp.HikariCPJdbcDataSource\n\nobject PostgresDatabasesFactory {\n  \/\/ PostgreSQL db used for all Prisma schemas (must be in sync with the deploy connector)\n  val defaultDatabase = \"prisma\"\n\n  \/\/ Schema to use in the database\n  val schema = \"public\" \/\/ default schema\n\n  def initialize(dbConfig: DatabaseConfig, driver: Driver): Databases = {\n    val masterDb                     = databaseForConfig(dbConfig, driver)\n    val slickDatabase: SlickDatabase = SlickDatabase(PostgresProfile, masterDb)\n\n    Databases(primary = slickDatabase, replica = slickDatabase)\n  }\n\n  private def isPooled(dbConfig: DatabaseConfig) = {\n    dbConfig.pooled\n  }\n\n  def databaseForConfig(dbConfig: DatabaseConfig, driver: Driver) = {\n    if (isPooled(dbConfig))\n      pooledDataSource(dbConfig, driver)\n    else\n      simpleDataSource(dbConfig, driver)\n  }\n\n  def simpleDataSource(dbConfig: DatabaseConfig, driver: Driver) = {\n    val database = dbConfig.database.getOrElse(defaultDatabase)\n\n    val source = new DataSourceJdbcDataSource(\n      new DriverDataSource(\n        url =\n          s\"jdbc:postgresql:\/\/${dbConfig.host}:${dbConfig.port}\/$database?currentSchema=$schema&ssl=${dbConfig.ssl}&sslfactory=org.postgresql.ssl.NonValidatingFactory\",\n        user = dbConfig.user,\n        password = dbConfig.password.getOrElse(\"\"),\n        driverObject = driver\n      ),\n      keepAliveConnection = true,\n      maxConnections = None\n    )\n\n    val poolName       = \"database\"\n    val numThreads     = dbConfig.connectionLimit.getOrElse(10) - 1\n    val maxConnections = numThreads\n    val executor = AsyncExecutor(\n      name = poolName,\n      minThreads = numThreads,\n      maxThreads = numThreads,\n      queueSize = dbConfig.queueSizeLimitOrDefault,\n      maxConnections = maxConnections,\n      registerMbeans = false\n    )\n\n    Database.forSource(source, executor)\n  }\n\n  def pooledDataSource(dbConfig: DatabaseConfig, driver: Driver) = {\n    val pooled   = if (dbConfig.pooled) \"\" else \"connectionPool = disabled\"\n    val database = dbConfig.database.getOrElse(defaultDatabase)\n\n    val config = ConfigFactory\n      .parseString(s\"\"\"\n                      |database {\n                      |  url = \"jdbc:postgresql:\/\/${dbConfig.host}:${dbConfig.port}\/$database?currentSchema=$schema&ssl=${dbConfig.ssl}&sslfactory=org.postgresql.ssl.NonValidatingFactory\"\n                      |  properties {\n                      |    user = \"${dbConfig.user}\"\n                      |    password = \"${<PASSWORD>.getOrElse(\"\")}\"\n                      |  }\n                      |  numThreads = ${dbConfig.connectionLimit.getOrElse(10) - 1} \/\/ we subtract 1 because one connection is consumed already by deploy\n                      |  queueSize = ${dbConfig.queueSizeLimitOrDefault}\n                      |  connectionTimeout = 5000\n                      |  $pooled\n                      |}\n      \"\"\".stripMargin)\n      .resolve\n\n    Database.forConfig(\"database\", config, driver)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/schema\/Errors.scala","text":"package com.prisma.deploy.schema\n\nimport com.prisma.shared.models.ProjectId\n\ntrait DeployApiError extends Exception {\n  def message: String\n  val code: Int\n\n  override def getMessage: String = message\n}\n\nabstract class AbstractDeployApiError(val message: String, val code: Int) extends DeployApiError\n\n\/\/ 20xx\n\/\/case class InvalidName(name: String, entityType: String) extends AbstractDeployApiError(InvalidNames.default(name, entityType), 2008)\n\n\/\/ 30xx\ncase class InvalidToken(reason: String) extends AbstractDeployApiError(s\"Authentication token is invalid: $reason\", 3015)\n\nobject TokenExpired extends AbstractDeployApiError(s\"Authentication token is expired\", 3016)\n\ncase class InvalidQuery(reason: String) extends AbstractDeployApiError(reason, 3017)\n\ncase class UpdatedRelationAmbiguous(reason: String) extends AbstractDeployApiError(reason, 3018)\n\n\/\/ 40xx\ncase class InvalidProjectId(projectId: ProjectId)\n    extends AbstractDeployApiError({\n      s\"No service with name '${projectId.name}' and stage '${projectId.stage}' found\"\n    }, 4000)\n\ncase class InvalidServiceName(name: String) extends AbstractDeployApiError(InvalidNames.forService(name, \"service name\"), 4001)\n\ncase class InvalidServiceStage(stage: String) extends AbstractDeployApiError(InvalidNames.forService(stage, \"service stage\"), 4002)\n\n\/\/case class InvalidDeployment(deployErrorMessage: String) extends AbstractDeployApiError(deployErrorMessage, 4003)\n\ncase class RelationNameNeeded(relationName: String, firstA: String, firstB: String, secondA: String, secondB: String)\n    extends AbstractDeployApiError(\n      \"There was an error during the autogeneration of relation names.\\n\" +\n        s\"Prisma generated the name $relationName twice, once for:\\n\" +\n        s\"A relation between $firstA and $firstB\\n\" +\n        s\"A relation between $secondA and $secondB\\n\" +\n        s\"Please name at least one of the relations.\",\n      4004\n    )\ncase class ProjectAlreadyExists(name: String, stage: String)\n    extends AbstractDeployApiError(s\"Service with name '$name' and stage '$stage' already exists\", 4005)\n\ncase class ReservedServiceName(name: String) extends AbstractDeployApiError(s\"Service name $name is reserved. Please choose a different name.\", 4006)\ncase class ReservedStageName(stage: String)  extends AbstractDeployApiError(s\"Stage name $stage is reserved. Please choose a different stage name.\", 4007)\n\nobject DeploymentInProgress\n    extends AbstractDeployApiError(\n      \"You can not deploy to a service stage while there is a deployment in progress or a pending deployment scheduled already. Please try again after the deployment finished.\",\n      4008\n    )\n\nobject InvalidNames {\n  def mustStartUppercase(name: String, entityType: String): String =\n    s\"'${default(name, entityType)} It must begin with an uppercase letter. It may contain letters and numbers.\"\n\n  def default(name: String, entityType: String): String = s\"'$name' is not a valid name for a $entityType.\"\n\n  def forService(value: String, tpe: String) = {\n    s\"$value is not a valid name for a $tpe. It must start with a letter and may contain up to 30 letters, numbers, underscores and hyphens.\"\n  }\n  def forRelation(value: String, tpe: String) = {\n    s\"The provided name: $value is not a valid name for a $tpe. It can only have up to 54 characters and must have the shape [A-Z][a-zA-Z0-9]*\"\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/database\/RelationMutactionInterpreters.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.deploy.connector.jdbc.database\n\nimport com.prisma.deploy.connector._\n\ncase class CreateRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[CreateRelationTable] {\n  override def execute(mutaction: CreateRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    builder.createRelationTable(mutaction.project, mutaction.relation)\n  }\n\n  override def rollback(mutaction: CreateRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    builder.dropTable(mutaction.project, tableName = mutaction.relation.relationTableName)\n  }\n}\n\ncase class DeleteRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[DeleteRelationTable] {\n  override def execute(mutaction: DeleteRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    builder.dropTable(mutaction.project, tableName = mutaction.relation.relationTableName)\n  }\n\n  override def rollback(mutaction: DeleteRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    val createRelation = CreateRelationTable(mutaction.project, mutaction.relation)\n    CreateRelationInterpreter(builder).execute(createRelation, schemaBeforeMigration)\n  }\n}\n\ncase class UpdateRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[UpdateRelationTable] {\n  override def execute(mutaction: UpdateRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    builder.updateRelationTable(mutaction.project, previousRelation = mutaction.previousRelation, nextRelation = mutaction.nextRelation)\n  }\n\n  override def rollback(mutaction: UpdateRelationTable, schemaBeforeMigration: DatabaseSchema) = {\n    builder.updateRelationTable(mutaction.project, previousRelation = mutaction.nextRelation, nextRelation = mutaction.previousRelation)\n  }\n}\n\ncase class CreateInlineRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[CreateInlineRelation] {\n  override def execute(mutaction: CreateInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    builder.createRelationColumn(mutaction.project, mutaction.model, mutaction.references, mutaction.column)\n  }\n\n  override def rollback(mutaction: CreateInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    DeleteInlineRelationInterpreter(builder).execute(\n      DeleteInlineRelation(mutaction.project, mutaction.relation, mutaction.model, mutaction.references, mutaction.column),\n      schemaBeforeMigration\n    )\n  }\n}\n\ncase class DeleteInlineRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[DeleteInlineRelation] {\n  override def execute(mutaction: DeleteInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    builder.deleteRelationColumn(mutaction.project, mutaction.model, mutaction.references, mutaction.column)\n  }\n\n  override def rollback(mutaction: DeleteInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    CreateInlineRelationInterpreter(builder).execute(\n      CreateInlineRelation(mutaction.project, mutaction.relation, mutaction.model, mutaction.references, mutaction.column),\n      schemaBeforeMigration\n    )\n  }\n}\n\ncase class UpdateInlineRelationInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[UpdateInlineRelation] {\n  override def execute(mutaction: UpdateInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    builder.renameColumn(\n      project = mutaction.project,\n      tableName = mutaction.previous.relationTableName,\n      oldColumnName = mutaction.previous.inlineManifestation.get.referencingColumn,\n      newColumnName = mutaction.next.inlineManifestation.get.referencingColumn,\n      typeIdentifier = mutaction.next.schema.getModelByName_!(mutaction.next.inlineManifestation.get.inTableOfModelName).idField_!.typeIdentifier\n    )\n  }\n\n  override def rollback(mutaction: UpdateInlineRelation, schemaBeforeMigration: DatabaseSchema) = {\n    execute(\n      UpdateInlineRelation(project = mutaction.project, previous = mutaction.next, next = mutaction.previous),\n      schemaBeforeMigration\n    )\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/database\/JdbcActionsBuilder.scala","text":"<gh_stars>1000+\npackage com.prisma.api.connector.jdbc.database\n\nimport com.prisma.connector.shared.jdbc.SlickDatabase\nimport com.prisma.shared.models.Project\n\n\/\/ format: off\ntrait AllActions\n  extends NodeActions\n    with RelationActions\n    with ScalarListActions\n    with ValidationActions\n    with ImportActions\n    with MiscActions\n\ntrait AllQueries\n  extends NodeSingleQueries\n    with NodeManyQueries\n    with RelationQueries\n    with ScalarListQueries\n    with MiscQueries\n\/\/ format: on\n\ncase class JdbcActionsBuilder(\n    project: Project,\n    slickDatabase: SlickDatabase\n) extends AllActions\n    with AllQueries\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/TestDeployDependencies.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.specutils\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.testkit.TestProbe\nimport com.prisma.auth.AuthImpl\nimport com.prisma.cache.factory.{CacheFactory, CaffeineCacheFactory}\nimport com.prisma.config.ConfigLoader\nimport com.prisma.connectors.utils.{ConnectorLoader, SupportedDrivers}\nimport com.prisma.deploy.DeployDependencies\nimport com.prisma.deploy.migration.validation.DeployError\nimport com.prisma.deploy.schema.mutations.{FunctionInput, FunctionValidator}\nimport com.prisma.deploy.server.auth.DummyManagementAuth\nimport com.prisma.errors.{DummyErrorReporter, ErrorReporter}\nimport com.prisma.messagebus.pubsub.inmemory.InMemoryAkkaPubSub\nimport com.prisma.metrics.MetricsRegistry\nimport com.prisma.shared.models.{ProjectIdEncoder, Schema}\nimport org.scalactic.{Bad, Good}\n\ncase class TestDeployDependencies()(implicit val system: ActorSystem, val materializer: ActorMaterializer) extends DeployDependencies {\n  override implicit def self: DeployDependencies = this\n\n  val config = ConfigLoader.load()\n\n  implicit val supportedDrivers: SupportedDrivers = SupportedDrivers(\n    SupportedDrivers.MYSQL    -> new org.mariadb.jdbc.Driver,\n    SupportedDrivers.POSTGRES -> new org.postgresql.Driver,\n    SupportedDrivers.SQLITE   -> new org.sqlite.JDBC\n  )\n\n  implicit val reporter: ErrorReporter = DummyErrorReporter\n  override lazy val migrator = TestMigrator(\n    migrationPersistence,\n    projectPersistence,\n    deployConnector.deployMutactionExecutor,\n    deployConnector.databaseInspector\n  )\n  override lazy val managementAuth        = DummyManagementAuth()\n  override lazy val invalidationPublisher = InMemoryAkkaPubSub[String]()\n\n  override val auth = AuthImpl\n\n  def deployConnector = ConnectorLoader.loadDeployConnector(config.copy(databases = config.databases.map(_.copy(pooled = false))))\n\n  override def projectIdEncoder: ProjectIdEncoder = deployConnector.projectIdEncoder\n\n  override def functionValidator: FunctionValidator = new FunctionValidator {\n    override def validateFunctionInputs(schema: Schema, functionInputs: Vector[FunctionInput]) = {\n      if (functionInputs.map(_.name).contains(\"failing\")) {\n        Bad(Vector(DeployError(`type` = \"model\", field = \"field\", description = \"error\")))\n      } else {\n        Good(functionInputs.map(convertFunctionInput))\n      }\n    }\n  }\n\n  lazy val telemetryActor                            = TestProbe().ref\n  override val managementSecret: String              = \"\"\n  override val cacheFactory: CacheFactory            = new CaffeineCacheFactory()\n  override lazy val metricsRegistry: MetricsRegistry = ???\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/embedded\/nestedMutations\/nonEmbeddedToEmbedded\/EmbeddedNestedCreateMutationInsideUpdateSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/embedded\/nestedMutations\/nonEmbeddedToEmbedded\/EmbeddedNestedCreateMutationInsideUpdateSpec.scala\npackage com.prisma.api.mutations.embedded.nestedMutations.nonEmbeddedToEmbedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.mutations.nonEmbedded.nestedMutations.SchemaBaseV11\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EmbeddedNestedCreateMutationInsideUpdateSpec extends FlatSpec with Matchers with ApiSpecBase with SchemaBaseV11 {\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n\n  \"a P1! to C1! relation\" should \"error since old required parent relation would be broken\" in {\n    schemaP1reqToC1req.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server\n        .query(\n          \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childReq: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    id\n          |    childReq{\n          |       id\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n          project\n        )\n\n      val parentId = res.pathAsString(\"data.createParent.id\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      server.queryThatMustFail(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: {id: \"$parentId\"}\n         |  data:{\n         |    p: \"p2\"\n         |    childReq: {create: {c: \"SomeC\"}}\n         |  }){\n         |  p\n         |  childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project,\n        errorCode = 3042,\n        errorContains = \"The change you are trying to make would violate the required relation 'ChildToParent' between Child and Parent\"\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a P1! to C1 relation\" should \"work\" in {\n    schemaP1reqToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server\n        .query(\n          \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childReq: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |  id\n          |    childReq{\n          |       id\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n          project\n        )\n\n      val parentId = res.pathAsString(\"data.createParent.id\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      val res2 = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: {id: \"$parentId\"}\n         |  data:{\n         |    p: \"p2\"\n         |    childReq: {create: {c: \"SomeC\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res2.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childReq\":{\"c\":\"SomeC\"}}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a P1 to C1  relation \" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server\n        .query(\n          \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childOpt: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    id\n          |    childOpt{\n          |       id\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n          project\n        )\n\n      val parentId = res.pathAsString(\"data.createParent.id\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      val res2 = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where:{id: \"$parentId\"}\n         |  data:{\n         |    p: \"p2\"\n         |    childOpt: {create: {c: \"SomeC\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res2.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childOpt\":{\"c\":\"SomeC\"}}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a P1 to C1  relation with the parent without a relation\" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val parent1Id = server\n        .query(\n          \"\"\"mutation {\n          |  createParent(data: {p: \"p1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n          project\n        )\n        .pathAsString(\"data.createParent.id\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(0) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where:{id: \"$parent1Id\"}\n         |  data:{\n         |    p: \"p2\"\n         |    childOpt: {create: {c: \"SomeC\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childOpt\":{\"c\":\"SomeC\"}}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a PM to C1!  relation with a child already in a relation\" should \"work\" in {\n    schemaPMToC1req.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childrenOpt: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childrenOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {create: {c: \"c2\"}}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childrenOpt\":[{\"c\":\"c1\"},{\"c\":\"c2\"}]}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(2) }\n    }\n  }\n\n  \"a P1 to C1!  relation with the parent and a child already in a relation\" should \"error in a nested mutation by unique\" in {\n    schemaP1optToC1req.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childOpt: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      server.queryThatMustFail(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: {p: \"p1\"}\n         |  data:{\n         |    childOpt: {create: {c: \"c2\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project,\n        errorCode = 3042,\n        errorContains = \"The change you are trying to make would violate the required relation 'ChildToParent' between Child and Parent\"\n      )\n    }\n  }\n\n  \"a P1 to C1!  relation with the parent not already in a relation\" should \"work in a nested mutation by unique\" in {\n    schemaP1optToC1req.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |\n          |  }){\n          |    p\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(0) }\n\n      val res = server.query(\n        s\"\"\"\n           |mutation {\n           |  updateParent(\n           |  where: {p: \"p1\"}\n           |  data:{\n           |    childOpt: {create: {c: \"c1\"}}\n           |  }){\n           |    childOpt {\n           |      c\n           |    }\n           |  }\n           |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a PM to C1  relation with the parent already in a relation\" should \"work through a nested mutation by unique\" in {\n    schemaPMToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server\n        .query(\n          \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childrenOpt: {\n          |      create: [{c: \"c1\"}, {c: \"c2\"}]\n          |    }\n          |  }){\n          |    childrenOpt{\n          |       c\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n          project\n        )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(2) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: { p: \"p1\"}\n         |  data:{\n         |    childrenOpt: {create: [{c: \"c3\"}]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childrenOpt\":[{\"c\":\"c1\"},{\"c\":\"c2\"},{\"c\":\"c3\"}]}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(3) }\n\n    }\n  }\n\n  \"a P1! to CM  relation with the parent already in a relation\" should \"work through a nested mutation by unique\" in {\n    schemaP1reqToCM.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childReq: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childReq{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: {p: \"p1\"}\n         |  data:{\n         |    childReq: {create: {c: \"c2\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childReq\":{\"c\":\"c2\"}}}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a P1 to CM  relation with the child already in a relation\" should \"work through a nested mutation by unique\" in {\n    schemaP1optToCM.test { dm =>\n      val project = SchemaDsl.fromStringV11() { dm }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childOpt: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childOpt: {create: {c: \"c2\"}}\n         |  }){\n         |    childOpt{\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childOpt\":{\"c\":\"c2\"}}}}\"\"\")\n\n      server.query(s\"\"\"query{children{c, parentsOpt{p}}}\"\"\", project).toString should be(\n        \"\"\"{\"data\":{\"children\":[{\"c\":\"c1\",\"parentsOpt\":[]},{\"c\":\"c2\",\"parentsOpt\":[{\"p\":\"p1\"}]}]}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(1) }\n    }\n  }\n\n  \"a PM to CM  relation with the children already in a relation\" should \"be disconnectable through a nested mutation by unique\" in {\n    schemaPMToCM.test { dm =>\n      val project = SchemaDsl.fromStringV11() { dm }\n      database.setup(project)\n\n      server.query(\n        \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childrenOpt: {\n        |      create: [{c: \"c1\"},{c: \"c2\"}]\n        |    }\n        |  }){\n        |    childrenOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(2) }\n\n      val res = server.query(\n        s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where: { p: \"p1\"}\n         |  data:{\n         |    childrenOpt: {create: [{c: \"c3\"}]}\n         |  }){\n         |    childrenOpt{\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"childrenOpt\":[{\"c\":\"c1\"},{\"c\":\"c2\"},{\"c\":\"c3\"}]}}}\"\"\")\n\n      server.query(s\"\"\"query{children{c, parentsOpt{p}}}\"\"\", project).toString should be(\n        \"\"\"{\"data\":{\"children\":[{\"c\":\"c1\",\"parentsOpt\":[{\"p\":\"p1\"}]},{\"c\":\"c2\",\"parentsOpt\":[{\"p\":\"p1\"}]},{\"c\":\"c3\",\"parentsOpt\":[{\"p\":\"p1\"}]}]}}\"\"\")\n\n      ifConnectorIsActive { dataResolver(project).countByTable(\"_ChildToParent\").await should be(3) }\n    }\n  }\n\n  \"A PM relation with a create in Update\" should \"add to toMany relations\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int! @unique\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded {\n        |   int: Int!\n        |   name: String!\n        | }\"\"\"\n    }\n\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\",\n         |   middle: {create:[{\n         |      int: 11,\n         |      name: \"Middle\"\n         |      },\n         |      {\n         |      int: 12,\n         |      name: \"Middle2\"\n         |    }]\n         |   }\n         |}){\n         |  unique,\n         |  middle{\n         |    int\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":1,\"middle\":[{\"int\":11},{\"int\":12}]}}}\"\"\")\n\n    val res2 = server.query(\n      s\"\"\"mutation {\n         |   updateTop(\n         |   where:{unique: 1}\n         |   data: {\n         |      middle: {create:[{\n         |          int: 13,\n         |          name: \"Middle3\"\n         |          },\n         |          {\n         |          int: 14,\n         |          name: \"Middle4\"\n         |        }]\n         |   }\n         |}){\n         |  unique,\n         |  middle{\n         |    int,\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res2.toString should be(\"\"\"{\"data\":{\"updateTop\":{\"unique\":1,\"middle\":[{\"int\":11},{\"int\":12},{\"int\":13},{\"int\":14}]}}}\"\"\")\n\n  }\n\n  \"A PM relation with an update with nested Create\" should \"work\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int! @unique\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded {\n        |   int: Int! \n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\"\n         |}){\n         |  unique\n         |}}\"\"\".stripMargin,\n      project\n    )\n\n    val res = server.query(\n      s\"\"\"mutation {\n         |   updateTop(\n         |   where:{unique:1}\n         |   data: {\n         |   name: \"Top2\",\n         |   middle: {create:[\n         |      {\n         |      int: 11,\n         |      name: \"Middle\"\n         |      },\n         |      {\n         |      int: 12,\n         |      name: \"Middle2\"\n         |    }]\n         |   }\n         |}){\n         |  unique,\n         |  middle{\n         |    int\n         |  }\n         |}}\"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"updateTop\":{\"unique\":1,\"middle\":[{\"int\":11},{\"int\":12}]}}}\"\"\")\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/database\/TypeMapper.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.deploy.connector.jdbc.database\n\nimport com.prisma.shared.models.ScalarField\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport org.jooq.DSLContext\nimport org.jooq.impl.DSL.name\n\ntrait TypeMapper {\n  def rawSQLForField(field: ScalarField)(implicit dsl: DSLContext): String = {\n    rawSQLFromParts(\n      field.dbName,\n      field.isRequired,\n      field.typeIdentifier,\n      field.isAutoGeneratedByDb\n    )\n  }\n\n  def rawSQLForFieldWithoutRequired(field: ScalarField)(implicit dsl: DSLContext): String = {\n    rawSQLFromParts(\n      field.dbName,\n      isRequired = false,\n      field.typeIdentifier,\n      field.isAutoGeneratedByDb\n    )\n  }\n\n  def rawSQLToMakeOldFieldOptional(oldName: String, oldTypeIdentifier: TypeIdentifier)(implicit dsl: DSLContext): String = {\n    rawSQLFromParts(oldName, isRequired = false, oldTypeIdentifier, isAutoGenerated = false)\n  }\n\n  def rawSQLFromParts(\n      name: String,\n      isRequired: Boolean,\n      typeIdentifier: TypeIdentifier,\n      isAutoGenerated: Boolean = false,\n  )(implicit dsl: DSLContext): String\n\n  def rawSqlTypeForScalarTypeIdentifier(t: TypeIdentifier): String\n\n  def esc(n: String)(implicit dsl: DSLContext): String = dsl.render(name(n))\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/TestApiDependencies.scala","text":"package com.prisma.api\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.api.connector.DatabaseMutactionExecutor\nimport com.prisma.api.mutactions.{DatabaseMutactionVerifierImpl, SideEffectMutactionExecutorImpl}\nimport com.prisma.api.project.ProjectFetcher\nimport com.prisma.api.schema.SchemaBuilder\nimport com.prisma.auth.{Auth, AuthImpl}\nimport com.prisma.cache.factory.{CacheFactory, CaffeineCacheFactory}\nimport com.prisma.config.ConfigLoader\nimport com.prisma.connectors.utils.{ConnectorLoader, SupportedDrivers}\nimport com.prisma.deploy.connector.DeployConnector\nimport com.prisma.messagebus.PubSubSubscriber\nimport com.prisma.messagebus.testkits.{InMemoryPubSubTestKit, InMemoryQueueTestKit}\nimport com.prisma.metrics.MetricsRegistry\nimport com.prisma.shared.messages.{SchemaInvalidated, SchemaInvalidatedMessage}\nimport com.prisma.shared.models.ProjectIdEncoder\nimport com.prisma.subscriptions.Webhook\n\ntrait TestApiDependencies extends ApiDependencies {\n  implicit val system: ActorSystem\n  implicit val materializer: ActorMaterializer\n\n  def deployConnector: DeployConnector\n  def databaseMutactionExecutor: DatabaseMutactionExecutor\n  lazy val invalidationTestKit = InMemoryPubSubTestKit[String]()\n}\n\ncase class TestApiDependenciesImpl()(implicit val system: ActorSystem, val materializer: ActorMaterializer) extends TestApiDependencies {\n  override implicit def self: ApiDependencies = this\n\n  val config = ConfigLoader.load()\n\n  implicit val supportedDrivers: SupportedDrivers = SupportedDrivers(\n    SupportedDrivers.MYSQL    -> new org.mariadb.jdbc.Driver,\n    SupportedDrivers.POSTGRES -> new org.postgresql.Driver,\n    SupportedDrivers.SQLITE   -> new org.sqlite.JDBC\n  )\n\n  override val cacheFactory: CacheFactory = new CaffeineCacheFactory()\n  override val auth: Auth                 = AuthImpl\n\n  lazy val apiSchemaBuilder                  = SchemaBuilder()(this)\n  lazy val projectFetcher: ProjectFetcher    = ???\n  override lazy val maxImportExportSize: Int = 1000\n  override val invalidationSubscriber: PubSubSubscriber[SchemaInvalidatedMessage] = {\n    invalidationTestKit.map[SchemaInvalidatedMessage]((_: String) => SchemaInvalidated)\n  }\n\n  override val sssEventsPubSub                  = InMemoryPubSubTestKit[String]()\n  override lazy val webhookPublisher            = InMemoryQueueTestKit[Webhook]()\n  override lazy val apiConnector                = ConnectorLoader.loadApiConnector(config = config.copy(databases = config.databases.map(_.copy(pooled = false))))\n  override lazy val sideEffectMutactionExecutor = SideEffectMutactionExecutorImpl()\n  override lazy val mutactionVerifier           = DatabaseMutactionVerifierImpl\n\n  lazy val deployConnector = ConnectorLoader.loadDeployConnector(\n    config = config.copy(databases = config.databases.map(_.copy(pooled = false)))\n  )\n\n  override def projectIdEncoder: ProjectIdEncoder    = deployConnector.projectIdEncoder\n  override lazy val metricsRegistry: MetricsRegistry = ???\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/nonEmbedded\/nestedMutations\/SchemaBaseV11.scala","text":"package com.prisma.api.mutations.nonEmbedded.nestedMutations\nimport com.prisma.api.TestDataModels\n\ntrait SchemaBaseV11 {\n\n  \/\/NON EMBEDDED A\n\n  val schemaP1reqToC1req = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childReq: Child! @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent!\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childReq: Child!\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent! @relation(link: INLINE)\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s2))\n  }\n\n  val schemaP1optToC1req = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childOpt: Child @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent!\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childOpt: Child\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent! @relation(link: INLINE)\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s2))\n  }\n\n  val schemaP1optToC1opt = {\n    val s1 = \"\"\"type Parent{\n          id: ID! @id\n          p: String! @unique\n          childOpt: Child @relation(link: INLINE)\n      }\n\n      type Child{\n          id: ID! @id\n          c: String! @unique\n          parentOpt: Parent\n      }\"\"\"\n\n    val s2 = \"\"\"type Parent{\n          id: ID! @id\n          p: String! @unique\n          childOpt: Child\n      }\n\n      type Child{\n          id: ID! @id\n          c: String! @unique\n          parentOpt: Parent @relation(link: INLINE)\n      }\n          \"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s2))\n  }\n\n  val schemaP1reqToC1opt = {\n    val s1 = \"\"\"type Parent{\n          id: ID! @id\n          p: String! @unique\n          childReq: Child! @relation(link: INLINE)\n      }\n      \n      type Child{\n          id: ID! @id\n          c: String! @unique\n          parentOpt: Parent\n      }\"\"\"\n\n    val s2 = \"\"\"type Parent{\n          id: ID! @id\n          p: String! @unique\n          childReq: Child!\n      }\n      \n      type Child{\n          id: ID! @id\n          c: String! @unique\n          parentOpt: Parent @relation(link: INLINE)\n      }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s2))\n  }\n\n  val schemaPMToC1req = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child] @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent!\n        test: String\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent! @relation(link: INLINE)\n        test: String\n    }\"\"\"\n\n    val s3 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentReq: Parent!\n        test: String\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s2, s3))\n  }\n\n  val schemaPMToC1opt = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child] @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentOpt: Parent\n        test: String\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentOpt: Parent @relation(link: INLINE)\n        test: String\n    }\"\"\"\n\n    val s3 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentOpt: Parent\n        test: String\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s2, s3))\n  }\n\n  val schemaP1reqToCM = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childReq: Child! @relation(link: INLINE) \n    }\n    \n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childReq: Child! \n    }\n    \n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent] @relation(link: INLINE)\n    }\"\"\"\n\n    val s3 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childReq: Child! \n    }\n    \n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s3))\n  }\n\n  val schemaP1optToCM = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childOpt: Child @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childOpt: Child\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent] @relation(link: INLINE)\n    }\"\"\"\n\n    val s3 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childOpt: Child\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s1, s3))\n  }\n\n  val schemaPMToCM = {\n    val s1 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child] @relation(link: INLINE)\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n        test: String\n    }\"\"\"\n\n    val s2 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent] @relation(link: INLINE)\n        test: String\n    }\"\"\"\n\n    val s3 = \"\"\"\n    type Parent{\n        id: ID! @id\n        p: String! @unique\n        childrenOpt: [Child]\n    }\n\n    type Child{\n        id: ID! @id\n        c: String! @unique\n        parentsOpt: [Parent]\n        test: String\n    }\"\"\"\n\n    TestDataModels(mongo = Vector(s1, s2), sql = Vector(s3))\n  }\n\n  \/\/EMBEDDED\n\n  val embeddedP1req = \"\"\"type Parent{\n                            id: ID! @id\n                            p: String! @unique\n                            childReq: Child!\n                        }\n                        \n                        type Child @embedded {\n                            c: String!\n                        }\"\"\"\n\n  val embeddedP1opt = \"\"\"type Parent{\n                            id: ID! @id\n                            p: String! @unique\n                            childOpt: Child\n                        }\n                        \n                        type Child @embedded {\n                            c: String!\n                        }\"\"\"\n\n  val embeddedPM = \"\"\"type Parent{\n                            id: ID! @id\n                            p: String! @unique\n                            childrenOpt: [Child]\n                        }\n                        \n                        type Child @embedded{\n                            id: ID! @id\n                            c: String!\n                            test: String\n                        }\"\"\"\n\n  \/\/EMBEDDED TO NON-EMBEDDED\n  val embedddedToJoinFriendReq = \"\"\"\n                            |type Parent{\n                            |    id: ID! @id\n                            |    p: String @unique\n                            |    children: [Child]\n                            |}\n                            |\n                            |type Child @embedded {\n                            |    id: ID! @id\n                            |    c: String\n                            |    friendReq: Friend!\n                            |}\n                            |\n                            |type Friend{\n                            |    id: ID! @id\n                            |    f: String @unique\n                            |}\"\"\"\n\n  val embedddedToJoinFriendOpt = \"\"\"\n                               |type Parent{\n                               |    id: ID! @id\n                               |    p: String @unique\n                               |    children: [Child]\n                               |}\n                               |\n                               |type Child @embedded {\n                               |    id: ID! @id\n                               |    c: String\n                               |    friendOpt: Friend\n                               |}\n                               |\n                               |type Friend{\n                               |    id: ID! @id\n                               |    f: String @unique\n                               |}\"\"\"\n\n  val embedddedToJoinFriendsOpt = \"\"\"\n                        |type Parent{\n                        |    id: ID! @id\n                        |    p: String @unique\n                        |    children: [Child]\n                        |}\n                        |\n                        |type Child @embedded {\n                        |    id: ID! @id\n                        |    c: String\n                        |    friendsOpt: [Friend]\n                        |}\n                        |\n                        |type Friend{\n                        |    id: ID! @id\n                        |    f: String @unique\n                        |    test: String\n                        |}\"\"\"\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/specs\/SubscriptionSpecBase.scala","text":"package com.prisma.subscriptions.specs\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.testkit.{ScalatestRouteTest, TestFrameworkInterface, WSProbe}\nimport akka.stream.ActorMaterializer\nimport com.prisma.ConnectorAwareTest\nimport com.prisma.api.ApiTestDatabase\nimport com.prisma.shared.models.ConnectorCapability.{EmbeddedScalarListsCapability, RelationLinkListCapability}\nimport com.prisma.shared.models.{ConnectorCapability, Project}\nimport com.prisma.subscriptions._\nimport com.prisma.utils.await.AwaitUtils\nimport com.prisma.websocket.WebSocketHandler\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach, Suite}\nimport play.api.libs.json.{JsObject, JsValue, Json}\n\nimport scala.concurrent.ExecutionContextExecutor\n\ntrait SubscriptionSpecBase\n    extends ConnectorAwareTest\n    with AwaitUtils\n    with TestFrameworkInterface\n    with BeforeAndAfterEach\n    with BeforeAndAfterAll\n    with ScalatestRouteTest {\n  this: Suite =>\n\n  implicit val ec: ExecutionContextExecutor = system.dispatcher\n  implicit val dependencies                 = new TestSubscriptionDependencies()\n  implicit lazy val implicitSuite           = this\n  implicit lazy val deployConnector         = dependencies.deployConnector\n  val testDatabase                          = ApiTestDatabase()\n  implicit val actorSytem                   = ActorSystem(\"test\")\n  implicit val mat                          = ActorMaterializer()\n  val sssEventsTestKit                      = dependencies.sssEventsTestKit\n  val invalidationTestKit                   = dependencies.invalidationTestKit\n  val projectIdEncoder                      = dependencies.projectIdEncoder\n\n  override def capabilities = dependencies.apiConnector.capabilities\n\n  override def prismaConfig = dependencies.config\n\n  val wsServer = WebSocketHandler(dependencies)\n\n  var caseNumber = 1\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    deployConnector.initialize().await()\n  }\n\n  override def beforeEach(): Unit = {\n    println((\">\" * 25) + s\" starting test $caseNumber\")\n    caseNumber += 1\n    super.beforeEach()\n    sssEventsTestKit.reset\n    invalidationTestKit.reset\n  }\n\n  override def afterAll(): Unit = {\n    println(\"finished spec \" + (\">\" * 50))\n    super.afterAll()\n  }\n\n  def sleep(millis: Long = 2000): Unit = {\n    Thread.sleep(millis)\n  }\n\n  def testInitializedWebsocket(project: Project)(checkFn: WSProbe => Unit): Unit = {\n    testWebsocketV07(project) { wsClient =>\n      wsClient.sendMessage(connectionInit)\n      wsClient.expectMessage(connectionAck)\n      checkFn(wsClient)\n    }\n  }\n\n  def testWebsocketV07(project: Project)(checkFn: WSProbe => Unit): Unit = testWebsocket(project, wsServer.v7ProtocolName)(checkFn)\n  def testWebsocketV05(project: Project)(checkFn: WSProbe => Unit): Unit = testWebsocket(project, wsServer.v5ProtocolName)(checkFn)\n\n  private def testWebsocket(project: Project, wsSubProtocol: String)(checkFn: WSProbe => Unit): Unit = {\n    val wsClient              = WSProbe()\n    val dummyStage            = \"test\"\n    val projectIdInFetcherUrl = projectIdEncoder.toEncodedString(project.id, dummyStage)\n    dependencies.projectFetcher.put(projectIdInFetcherUrl, project)\n\n    WS(s\"\/${project.id}\/$dummyStage\", wsClient.flow, Seq(wsSubProtocol)) ~> wsServer.routes ~> check {\n      checkFn(wsClient)\n    }\n  }\n\n  \/**\n    * MESSAGES FOR PROTOCOL VERSION 0.7\n    *\/\n  val cantBeParsedError      = \"\"\"{\"id\":\"\",\"payload\":{\"message\":\"The message can't be parsed\"},\"type\":\"error\"}\"\"\"\n  val connectionAck          = \"\"\"{\"type\":\"connection_ack\"}\"\"\"\n  val connectionInit: String = connectionInit(None)\n\n  def connectionInit(token: String): String = connectionInit(Some(token))\n\n  def connectionInit(token: Option[String]): String = token match {\n    case Some(token) => s\"\"\"{\"type\":\"connection_init\",\"payload\":{\"Authorization\": \"Bearer $token\"}}\"\"\"\n    case None        => s\"\"\"{\"type\":\"connection_init\",\"payload\":{}}\"\"\"\n  }\n\n  def startMessage(id: String, query: String, variables: JsObject = Json.obj()): String = {\n    startMessage(id, query, variables = variables, operationName = None)\n  }\n\n  def startMessage(id: String, query: String, operationName: String): String = {\n    startMessage(id, query, Json.obj(), Some(operationName))\n  }\n\n  def startMessage(id: String, query: String, variables: JsValue, operationName: Option[String]): String = {\n    Json\n      .obj(\n        \"id\"   -> id,\n        \"type\" -> \"start\",\n        \"payload\" -> Json.obj(\n          \"variables\"     -> variables,\n          \"operationName\" -> operationName,\n          \"query\"         -> query\n        )\n      )\n      .toString\n  }\n\n  def startMessage(id: Int, query: String, variables: JsValue, operationName: Option[String]): String = {\n    Json\n      .obj(\n        \"id\"   -> id,\n        \"type\" -> \"start\",\n        \"payload\" -> Json.obj(\n          \"variables\"     -> variables,\n          \"operationName\" -> operationName,\n          \"query\"         -> query\n        )\n      )\n      .toString\n  }\n\n  def stopMessage(id: String): String = s\"\"\"{\"type\":\"stop\",\"id\":\"$id\"}\"\"\"\n  def stopMessage(id: Int): String    = s\"\"\"{\"type\":\"stop\",\"id\":\"$id\"}\"\"\"\n\n  def dataMessage(id: String, payload: String): String = {\n    val payloadAsJson = Json.parse(payload)\n    Json\n      .obj(\n        \"id\" -> id,\n        \"payload\" -> Json.obj(\n          \"data\" -> payloadAsJson\n        ),\n        \"type\" -> \"data\"\n      )\n      .toString\n  }\n\n  def dataMessage(id: Int, payload: String): String = {\n    val payloadAsJson = Json.parse(payload)\n    Json\n      .obj(\n        \"id\" -> id,\n        \"payload\" -> Json.obj(\n          \"data\" -> payloadAsJson\n        ),\n        \"type\" -> \"data\"\n      )\n      .toString\n  }\n\n  def errorMessage(id: String, message: String): String = {\n    Json\n      .obj(\n        \"id\" -> id,\n        \"payload\" -> Json.obj(\n          \"message\" -> message\n        ),\n        \"type\" -> \"error\"\n      )\n      .toString\n  }\n\n  val listInlineDirective = if (capabilities.has(RelationLinkListCapability)) {\n    \"@relation(link: INLINE)\"\n  } else {\n    \"\"\n  }\n\n  val listInlineArgument = if (capabilities.has(RelationLinkListCapability)) {\n    \"link: INLINE\"\n  } else {\n    \"\"\n  }\n\n  val scalarListDirective = if (capabilities.hasNot(EmbeddedScalarListsCapability)) {\n    \"@scalarList(strategy: RELATION)\"\n  } else {\n    \"\"\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/PortedFiltersSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/PortedFiltersSpec.scala\npackage com.prisma.api.filters\n\nimport com.prisma.IgnoreMongo\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass PortedFiltersSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  \/\/always running the filter query twice - once with a one relation condition that is always true for all nodes - ensures that\n  \/\/Mongo executes the query once as a find query and once using the aggregation framework\n\n  val project: Project = SchemaDsl.fromStringV11() { \"\"\"\n                                                    |type ScalarModel {\n                                                    |  id: ID! @id\n                                                    |  idTest: String\n                                                    |  optString: String\n                                                    |  optInt: Int\n                                                    |  optFloat: Float\n                                                    |  optBoolean: Boolean\n                                                    |  optDateTime: DateTime\n                                                    |  optEnum: Enum\n                                                    |  b: B @relation(link: INLINE)\n                                                    |}\n                                                    |\n                                                    |type B {\n                                                    | id: ID! @id\n                                                    | int: Int @unique\n                                                    |}\n                                                    |\n                                                    |enum Enum{\n                                                    | A\n                                                    | B\n                                                    |}\n                                                    |\"\"\" }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n  }\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    database.truncateProjectTables(project)\n    server.query(s\"\"\"mutation{createB(data:{int: 1}){id}}\"\"\".stripMargin, project)\n  }\n\n  def createTest(id: String, optString: String, optInt: Int, optFloat: Float, optBoolean: Boolean, optEnum: String, optDateTime: String): Unit = {\n    val string = if (optString == null) \"null\" else s\"\"\"\"$optString\"\"\"\"\n\n    server.query(\n      s\"\"\"mutation{createScalarModel(data:{\n         |idTest:\"$id\",\n         |optString: $string,\n         |optInt: $optInt,\n         |optFloat: $optFloat,\n         |optBoolean: $optBoolean,\n         |optEnum: $optEnum,\n         |optDateTime: \"$optDateTime\"\n         |b:{connect:{int: 1}}}){id}}\"\"\".stripMargin,\n      project\n    )\n  }\n\n  \/\/region Recursion\n  \"A filter query\" should \"support the AND filter in one recursion level\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id4\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id5\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res =\n      server.query(\"\"\"{scalarModels(where: {optString_starts_with: \"foo\", AND: [{optBoolean: false, idTest_ends_with: \"5\"}]}){idTest}}\"\"\", project = project)\n\n    val res2 =\n      server.query(\"\"\"{scalarModels(where: {b: {int:1}, optString_starts_with: \"foo\", AND: [{optBoolean: false, idTest_ends_with: \"5\"}]}){idTest}}\"\"\",\n                   project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id5\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id5\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the AND filter in two recursion levels\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id4\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id5\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id6\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res =\n      server.query(\n        query = \"\"\"{scalarModels(where: {AND: [{optBoolean: false, idTest_ends_with: \"5\", AND: [{optString_starts_with: \"foo\"}]}]}){idTest}}\"\"\",\n        project = project\n      )\n    val res2 =\n      server.query(\n        query = \"\"\"{scalarModels(where: {b: {int:1}, AND: [{optBoolean: false, idTest_ends_with: \"5\", AND: [{optString_starts_with: \"foo\"}]}]}){idTest}}\"\"\",\n        project = project\n      )\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id5\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id5\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the OR filter in one recursion level\" taggedAs (IgnoreMongo) in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id4\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id5\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res =\n      server.query(query = \"\"\"{scalarModels(where: {optBoolean: false, OR: [{optString_starts_with: \"foo\"}, {idTest_ends_with: \"5\"}]}){idTest}}\"\"\",\n                   project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"},{\"idTest\":\"id4\"},{\"idTest\":\"id5\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the OR filter in two recursion levels\" taggedAs (IgnoreMongo) in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id4\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id5\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id6\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res =\n      server.query(\n        query = \"\"\"{scalarModels(where: {OR: [{optString_starts_with: \"foo\", OR: [{optBoolean: false},{idTest_ends_with: \"5\"}]}]}){idTest}}\"\"\",\n        project = project\n      )\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"},{\"idTest\":\"id4\"},{\"idTest\":\"id5\"},{\"idTest\":\"id6\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/region null\n  \"A filter query\" should \"support filtering on null\" in {\n    createTest(\"id1\", optString = null, 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", optString = \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", optString = null, 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val filterOnNull  = server.query(query = \"\"\"{scalarModels(where: {optString: null}){idTest}}\"\"\", project = project)\n    val filterOnNull2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1},optString: null}){idTest}}\"\"\", project = project)\n\n    filterOnNull.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    filterOnNull2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n\n    val filterOnNotNull  = server.query(query = \"\"\"{scalarModels(where: {optString_not: null}){idTest}}\"\"\", project = project)\n    val filterOnNotNull2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1},optString_not: null}){idTest}}\"\"\", project = project)\n\n    filterOnNotNull.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n    filterOnNotNull2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n\n    val filterOnInNull  = server.query(query = \"\"\"{scalarModels(where: {optString_in: null}){idTest}}\"\"\", project = project)\n    val filterOnInNull2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_in: null}){idTest}}\"\"\", project = project)\n\n    filterOnInNull.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    filterOnInNull2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n\n    val filterOnNotInNull  = server.query(query = \"\"\"{scalarModels(where: {optString_not_in: null}){idTest}}\"\"\", project = project)\n    val filterOnNotInNull2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not_in: null}){idTest}}\"\"\", project = project)\n\n    filterOnNotInNull.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n    filterOnNotInNull2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \/\/endregion\n\n  \/\/region String\n\n  \"A filter query\" should \"support the equality filter on strings\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString: \"bar\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString: \"bar\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not-equality filter on strings\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_not: \"bar\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not: \"bar\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the contains filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_contains: \"bara\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_contains: \"bara\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_contains filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_not_contains: \"bara\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not_contains: \"bara\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the starts_with filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_starts_with: \"bar\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_starts_with: \"bar\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_starts_with filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_not_starts_with: \"bar\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not_starts_with: \"bar\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the ends_with filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_ends_with: \"bara\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_ends_with: \"bara\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_ends_with filter on strings\" in {\n    createTest(\"id1\", \"bara\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_not_ends_with: \"bara\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not_ends_with: \"bara\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lt filter on strings\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_lt: \"2\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_lt: \"2\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lte filter on strings\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_lte: \"2\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_lte: \"2\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gt filter on strings\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_gt: \"2\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_gt: \"2\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gte filter on strings\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optString_gte: \"2\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_gte: \"2\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the in filter on strings\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val resA  = server.query(query = \"\"\"{scalarModels(where: {optString_in: [\"a\"]}){idTest}}\"\"\", project = project)\n    val resA2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_in: [\"a\"]}){idTest}}\"\"\", project = project)\n    resA.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    resA2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n\n    val resB  = server.query(query = \"\"\"{scalarModels(where: {optString_in: [\"a\",\"b\"]}){idTest}}\"\"\", project = project)\n    val resB2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_in: [\"a\",\"b\"]}){idTest}}\"\"\", project = project)\n    resB.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    resB2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n\n    val resC  = server.query(query = \"\"\"{scalarModels(where: {optString_in: [\"a\",\"abc\"]}){idTest}}\"\"\", project = project)\n    val resC2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_in: [\"a\",\"abc\"]}){idTest}}\"\"\", project = project)\n    resC.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    resC2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n\n    val resD  = server.query(query = \"\"\"{scalarModels(where: {optString_in: []}){idTest}}\"\"\", project = project)\n    val resD2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_in: []}){idTest}}\"\"\", project = project)\n    resD.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[]}}\"\"\")\n    resD2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_in filter on strings\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val resA  = server.query(query = \"\"\"{scalarModels(where: {optString_not_in: [\"a\"]}){idTest}}\"\"\", project = project)\n    val resA2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optString_not_in: [\"a\"]}){idTest}}\"\"\", project = project)\n    resA.toString should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n\n    val resB  = server.query(query = \"\"\"{scalarModels(orderBy: idTest_ASC, where: {optString_not_in: []}){idTest}}\"\"\", project = project)\n    val resB2 = server.query(query = \"\"\"{scalarModels(orderBy: idTest_ASC, where: {b: {int:1}, optString_not_in: []}){idTest}}\"\"\", project = project)\n    resB.toString should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    resB2.toString should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/region Integer\n\n  \"A filter query\" should \"support the equality filter on integers\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt: 1}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt: 1}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not equality filter on integers\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_not: 1}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_not: 1}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lt filter on integers\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_lt: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_lt: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lte filter on integers\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_lte: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_lte: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gt filter on integers\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_gt: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_gt: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gte filter on integers\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_gte: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_gte: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the in filter on integers\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_in: [1]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_in: [1]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_in filter on integers\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optInt_not_in: [1]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optInt_not_in: [1]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/region Float\n\n  \"A filter query\" should \"support the equality filter on float\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat: 1}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat: 1}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not equality filter on float\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_not: 1}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_not: 1}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lt filter on floats\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_lt: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_lt: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lte filter on floats\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_lte: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_lte: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gt filter on floats\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_gt: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_gt: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gte filter on floats\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_gte: 2}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_gte: 2}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the in filter on floats\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_in: [1]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_in: [1]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_in filter on floats\" in {\n    createTest(\"id1\", \"a\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"ab\", 2, 2, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"abc\", 3, 3, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optFloat_not_in: [1]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optFloat_not_in: [1]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/ region Boolean\n\n  \"A filter query\" should \"support the equality filter on booleans\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optBoolean: true}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optBoolean: true}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not-equality filter on booleans\" in {\n    createTest(\"id1\", \"bar\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"foo bar\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id3\", \"foo bar barz\", 1, 1, optBoolean = false, \"A\", \"2016-09-23T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optBoolean_not: true}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optBoolean_not: true}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/region DateTime\n\n  \"A filter query\" should \"support the equality filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime: \"2016-09-24T12:29:32.342\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime: \"2016-09-24T12:29:32.342\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not equality filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_not: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_not: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lt filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_lt: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_lt: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the lte filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_lte: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_lte: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gt filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_gt: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_gt: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the gte filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_gte: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_gte: \"2016-09-24T12:29:32.342Z\"}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the in filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_in: [\"2016-09-24T12:29:32.342Z\"]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_in: [\"2016-09-24T12:29:32.342Z\"]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not_in filter on DateTime\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"A\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"A\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optDateTime_not_in: [\"2016-09-24T12:29:32.342Z\"]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optDateTime_not_in: [\"2016-09-24T12:29:32.342Z\"]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n\n  \/\/region Enum\n\n  \"A filter query\" should \"support the equality filter on Enum\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"B\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"B\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optEnum: A}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optEnum: A}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not equality filter on Enum\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"B\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"B\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optEnum_not: A}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optEnum_not: A}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the in filter on Enum\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"B\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"B\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optEnum_in: [A]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optEnum_in: [A]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id1\"}]}}\"\"\")\n  }\n\n  \"A filter query\" should \"support the not in filter on Enum\" in {\n    createTest(\"id1\", \"1\", 1, 1, optBoolean = true, \"A\", \"2016-09-23T12:29:32.342\")\n    createTest(\"id2\", \"2\", 2, 2, optBoolean = false, \"B\", \"2016-09-24T12:29:32.342\")\n    createTest(\"id3\", \"3\", 3, 3, optBoolean = false, \"B\", \"2016-09-25T12:29:32.342\")\n\n    val res  = server.query(query = \"\"\"{scalarModels(where: {optEnum_not_in: [A]}){idTest}}\"\"\", project = project)\n    val res2 = server.query(query = \"\"\"{scalarModels(where: {b: {int:1}, optEnum_not_in: [A]}){idTest}}\"\"\", project = project)\n\n    res.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n    res2.toString() should be(\"\"\"{\"data\":{\"scalarModels\":[{\"idTest\":\"id2\"},{\"idTest\":\"id3\"}]}}\"\"\")\n  }\n  \/\/endregion\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/airbnb_example\/airbnb_setup_data.scala","text":"<reponame>shrishankit\/prisma<filename>server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/deploychecks\/airbnb_example\/airbnb_setup_data.scala<gh_stars>1000+\npackage com.prisma.integration.deploychecks.airbnb_example\n\nobject airbnb_setup_data {\n\n  val schema =\n    \"\"\"type User {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  updatedAt: DateTime! @updatedAt\n      |  firstName: String!\n      |  lastName: String!\n      |  email: String! @unique\n      |  password: String!\n      |  phone: String!\n      |  responseRate: Float\n      |  responseTime: Int\n      |\n      |  isSuperHost: Boolean! @default(value: false)\n      |  ownedPlaces: [Place]\n      |  location: Location @relation(link: INLINE)\n      |  bookings: [Booking]\n      |  paymentAccount: [PaymentAccount]\n      |  sentMessages: [Message] @relation(name: \"SentMessages\")\n      |  receivedMessages: [Message] @relation(name: \"ReceivedMessages\")\n      |  notifications: [Notification]\n      |  profilePicture: Picture @relation(link: INLINE)\n      |  hostingExperiences: [Experience]\n      |}\n      |\n      |type Place {\n      |  id: ID! @id\n      |  name: String\n      |  size: PLACE_SIZES\n      |  shortDescription: String!\n      |  description: String!\n      |  slug: String!\n      |  maxGuests: Int!\n      |  numBedrooms: Int!\n      |  numBeds: Int!\n      |  numBaths: Int!\n      |  reviews: [Review]\n      |  amenities: Amenities!\n      |  host: User! @relation(link: INLINE)\n      |  pricing: Pricing! @relation(link: INLINE)\n      |  location: Location! @relation(link: INLINE)\n      |  views: Views! @relation(link: INLINE)\n      |  guestRequirements: GuestRequirements @relation(link: INLINE)\n      |  policies: Policies @relation(link: INLINE)\n      |  houseRules: HouseRules @relation(link: INLINE)\n      |  bookings: [Booking]\n      |  pictures: [Picture]\n      |  popularity: Int!\n      |}\n      |\n      |type Pricing {\n      |  id: ID! @id\n      |  place: Place!\n      |  monthlyDiscount: Int\n      |  weeklyDiscount: Int\n      |  perNight: Int!\n      |  smartPricing: Boolean! @default(value: false)\n      |  basePrice: Int!\n      |  averageWeekly: Int!\n      |  averageMonthly: Int!\n      |  cleaningFee: Int\n      |  securityDeposit: Int\n      |  extraGuests: Int\n      |  weekendPricing: Int\n      |  currency: CURRENCY\n      |}\n      |\n      |type GuestRequirements {\n      |  id: ID! @id\n      |  govIssuedId: Boolean! @default(value: false)\n      |  recommendationsFromOtherHosts: Boolean! @default(value: false)\n      |  guestTripInformation: Boolean! @default(value: false)\n      |  place: Place!\n      |}\n      |\n      |type Policies {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  updatedAt: DateTime! @updatedAt\n      |  checkInStartTime: Float!\n      |  checkInEndTime: Float!\n      |  checkoutTime: Float!\n      |  place: Place!\n      |}\n      |\n      |type HouseRules {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  updatedAt: DateTime! @updatedAt\n      |  suitableForChildren: Boolean\n      |  suitableForInfants: Boolean\n      |  petsAllowed: Boolean\n      |  smokingAllowed: Boolean\n      |  partiesAndEventsAllowed: Boolean\n      |  additionalRules: String\n      |}\n      |\n      |type Views {\n      |  id: ID! @id\n      |  lastWeek: Int!\n      |  place: Place!\n      |}\n      |\n      |type Location {\n      |  id: ID! @id\n      |  lat: Float!\n      |  lng: Float!\n      |  neighbourHood: Neighbourhood\n      |  user: User\n      |  place: Place\n      |  address: String\n      |  directions: String\n      |  experience: Experience\n      |  restaurant: Restaurant\n      |}\n      |\n      |type Neighbourhood {\n      |  id: ID! @id\n      |  locations: [Location]\n      |  name: String!\n      |  slug: String!\n      |  homePreview: Picture @relation(link: INLINE)\n      |  city: City! @relation(link: INLINE)\n      |  featured: Boolean!\n      |  popularity: Int!\n      |}\n      |\n      |type City {\n      |  id: ID! @id\n      |  name: String!\n      |  neighbourhoods: [Neighbourhood]\n      |}\n      |\n      |type Picture {\n      |  id: ID! @id\n      |  url: String!\n      |}\n      |\n      |type Experience {\n      |  id: ID! @id\n      |  category: ExperienceCategory @relation(link: INLINE)\n      |  title: String!\n      |  host: User! @relation(link: INLINE)\n      |  location: Location! @relation(link: INLINE)\n      |  pricePerPerson: Int!\n      |  reviews: [Review]\n      |  preview: Picture! @relation(link: INLINE)\n      |  popularity: Int!\n      |}\n      |\n      |type ExperienceCategory {\n      |  id: ID! @id\n      |  mainColor: String! @default(value: \"#123456\")\n      |  name: String!\n      |  experience: Experience\n      |}\n      |\n      |type Amenities {\n      |  id: ID! @id\n      |  place: Place! @relation(link: INLINE)\n      |\n      |  elevator: Boolean! @default(value: false)\n      |  petsAllowed: Boolean! @default(value: false)\n      |  internet: Boolean! @default(value: false)\n      |  kitchen: Boolean! @default(value: false)\n      |  wirelessInternet: Boolean! @default(value: false)\n      |  familyKidFriendly: Boolean! @default(value: false)\n      |  freeParkingOnPremises: Boolean! @default(value: false)\n      |  hotTub: Boolean! @default(value: false)\n      |  pool: Boolean! @default(value: false)\n      |  smokingAllowed: Boolean! @default(value: false)\n      |  wheelchairAccessible: Boolean! @default(value: false)\n      |  breakfast: Boolean! @default(value: false)\n      |  cableTv: Boolean! @default(value: false)\n      |  suitableForEvents: Boolean! @default(value: false)\n      |  dryer: Boolean! @default(value: false)\n      |  washer: Boolean! @default(value: false)\n      |  indoorFireplace: Boolean! @default(value: false)\n      |  tv: Boolean! @default(value: false)\n      |  heating: Boolean! @default(value: false)\n      |  hangers: Boolean! @default(value: false)\n      |  iron: Boolean! @default(value: false)\n      |  hairDryer: Boolean! @default(value: false)\n      |  doorman: Boolean! @default(value: false)\n      |  paidParkingOffPremises: Boolean! @default(value: false)\n      |  freeParkingOnStreet: Boolean! @default(value: false)\n      |  gym: Boolean! @default(value: false)\n      |  airConditioning: Boolean! @default(value: false)\n      |  shampoo: Boolean! @default(value: false)\n      |  essentials: Boolean! @default(value: false)\n      |  laptopFriendlyWorkspace: Boolean! @default(value: false)\n      |  privateEntrance: Boolean! @default(value: false)\n      |  buzzerWirelessIntercom: Boolean! @default(value: false)\n      |  babyBath: Boolean! @default(value: false)\n      |  babyMonitor: Boolean! @default(value: false)\n      |  babysitterRecommendations: Boolean! @default(value: false)\n      |  bathtub: Boolean! @default(value: false)\n      |  changingTable: Boolean! @default(value: false)\n      |  childrensBooksAndToys: Boolean! @default(value: false)\n      |  childrensDinnerware: Boolean! @default(value: false)\n      |  crib: Boolean! @default(value: false)\n      |}\n      |\n      |type Review {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  text: String!\n      |  stars: Int!\n      |  accuracy: Int!\n      |  location: Int!\n      |  checkIn: Int!\n      |  value: Int!\n      |  cleanliness: Int!\n      |  communication: Int!\n      |  place: Place! @relation(link: INLINE)\n      |  experience: Experience @relation(link: INLINE)\n      |}\n      |\n      |type Booking {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  bookee: User! @relation(link: INLINE)\n      |  place: Place! @relation(link: INLINE)\n      |  startDate: DateTime!\n      |  endDate: DateTime!\n      |  payment: Payment!\n      |}\n      |\n      |type Payment {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  serviceFee: Float!\n      |  placePrice: Float!\n      |  totalPrice: Float!\n      |  booking: Booking! @relation(link: INLINE)\n      |  paymentMethod: PaymentAccount! @relation(link: INLINE)\n      |}\n      |\n      |type PaymentAccount {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  type: PAYMENT_PROVIDER\n      |  user: User! @relation(link: INLINE)\n      |  payments: [Payment]\n      |  paypal: PaypalInformation @relation(link: INLINE)\n      |  creditcard: CreditCardInformation @relation(link: INLINE)\n      |}\n      |\n      |type PaypalInformation {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  email: String!\n      |  paymentAccount: PaymentAccount!\n      |}\n      |\n      |type CreditCardInformation {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  cardNumber: String!\n      |  expiresOnMonth: Int!\n      |  expiresOnYear: Int!\n      |  securityCode: String!\n      |  firstName: String!\n      |  lastName: String!\n      |  postalCode: String!\n      |  country: String!\n      |  paymentAccount: PaymentAccount\n      |}\n      |\n      |type Message {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  from: User! @relation(name: \"SentMessages\", link: INLINE)\n      |  to: User! @relation(name: \"ReceivedMessages\", link: INLINE)\n      |  deliveredAt: DateTime!\n      |  readAt: DateTime!\n      |}\n      |\n      |type Notification {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  type: NOTIFICATION_TYPE\n      |  user: User! @relation(link: INLINE)\n      |  link: String!\n      |  readDate: DateTime!\n      |}\n      |\n      |type Restaurant {\n      |  id: ID! @id\n      |  createdAt: DateTime! @createdAt\n      |  title: String!\n      |  avgPricePerPerson: Int!\n      |  pictures: [Picture]\n      |  location: Location! @relation(link: INLINE)\n      |  isCurated: Boolean! @default(value: true)\n      |  slug: String!\n      |  popularity: Int!\n      |}\n      |\n      |\n      |enum CURRENCY {\n      |  CAD\n      |  CHF\n      |  EUR\n      |  JPY\n      |  USD\n      |  ZAR\n      |}\n      |\n      |enum PLACE_SIZES {\n      |  ENTIRE_HOUSE\n      |  ENTIRE_APARTMENT\n      |  ENTIRE_EARTH_HOUSE\n      |  ENTIRE_CABIN\n      |  ENTIRE_VILLA\n      |  ENTIRE_PLACE\n      |  ENTIRE_BOAT\n      |  PRIVATE_ROOM\n      |}\n      |\n      |enum PAYMENT_PROVIDER {\n      |  PAYPAL\n      |  CREDIT_CARD\n      |}\n      |\n      |enum NOTIFICATION_TYPE {\n      |  OFFER\n      |  INSTANT_BOOK\n      |  RESPONSIVENESS\n      |  NEW_AMENITIES\n      |  HOUSE_RULES\n      |}\n      |\"\"\".stripMargin\n\n  val seedMutations = Vector(\n    \"\"\"mutation{createExperience(\n    data: {\n      popularity: 3\n      pricePerPerson: 33\n      title: \"Raise a glass to Prohibition\"\n      host: {\n        create: {\n          email: \"<EMAIL>\"\n          firstName: \"Kitty\"\n          lastName: \"Miller\"\n          isSuperHost: true\n          phone: \"+1123455667\"\n          password: \"<PASSWORD>\"\n          location: {\n            create: {\n              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n              directions: \"Follow the street to the end, then right\"\n              lat: 36.805235\n              lng: 121.7892066\n              neighbourHood: {\n                create: {\n                  name: \"<NAME>\"\n                  slug: \"monterey-countey\"\n                  featured: true\n                  popularity: 1\n                  city: { create: { name: \"Moss Landing\" } }\n                }\n              }\n            }\n          }\n        }\n      }\n      preview: {\n        create: {\n          url: \"https:\/\/a0.muscache.com\/im\/pictures\/cb14d34d-65cf-401d-ba7f-585ec37b43ef.jpg\"\n        }\n      }\n      location: {\n        create: {\n          address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n          directions: \"Follow the street to the end, then right\"\n          lat: 36.805235\n          lng: 121.7892066\n          neighbourHood: {\n            create: {\n              name: \"<NAME>\"\n              slug: \"monterey-countey\"\n              featured: true\n              popularity: 1\n              city: { create: { name: \"Moss Landing\" } }\n            }\n          }\n        }\n      }\n    }\n  ) {\n    id\n  }}\"\"\",\n    \"\"\"mutation{createRestaurant(\n      |    data: {\n      |      title: \"Chumley's\"\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/pictures\/a9a1d433-bcde-4601-88a0-5f16871b8548.jpg\"\n      |        }\n      |      }\n      |      slug: \"chumleys\"\n      |      popularity: 1\n      |      avgPricePerPerson: 30\n      |      location: {\n      |        create: {\n      |          address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 36.805235\n      |          lng: 121.7892066\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"<NAME>\"\n      |              slug: \"monterey-countey\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Moss Landing\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }}\"\"\",\n    \"\"\"mutation{createPlace(\n      |    data: {\n      |      name: \"<NAME>: #1 on airbnb in the world\"\n      |      shortDescription: \"With a geodesic dome loft & a large deck in the trees, you'll feel like you're in a tree house in the woods. We are in a quiet yet convenient location. Shaded by Oak and Madrone trees and next to a Redwood grove, you can enjoy the outdoors from the deck. In the summer, it is cool and in the winter you might get to hear the creek running below.\"\n      |      description: \"The space\\\\n\\\\nWe have 10 acres next to land without fences so you will get to enjoy nature: just hang out on the deck, take a hike in the woods, watch the hummingbirds, pet the goats, go to the beach or gaze at the stars - as long as the moon isn't full. ; ) During the summer, if there isn't any nightly fog, we can see the Milky Way here.\\\\n\\\\nTo check our availability, click on the \\\"Request to Book\\\" link.\"\n      |      maxGuests: 3\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/im\/pictures\/140333\/3ab8f121_original.jpg?aki_policy=xx_large\"\n      |        }\n      |      }\n      |      numBedrooms: 1\n      |      numBeds: 3\n      |      numBaths: 1\n      |      size: ENTIRE_CABIN\n      |      slug: \"mushroom-dome\"\n      |      popularity: 1\n      |      host: {\n      |        create: {\n      |          email: \"<EMAIL>\"\n      |          firstName: \"John\"\n      |          lastName: \"Doe\"\n      |          isSuperHost: true\n      |          phone: \"+1123455667\"\n      |          password: \"<PASSWORD>\"\n      |          location: {\n      |            create: {\n      |              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |              directions: \"Follow the street to the end, then right\"\n      |              lat: 36.805235\n      |              lng: 121.7892066\n      |              neighbourHood: {\n      |                create: {\n      |                  name: \"<NAME>\"\n      |                  slug: \"monterey-countey\"\n      |                  featured: true\n      |                  popularity: 1\n      |                  city: { create: { name: \"Moss Landing\" } }\n      |                }\n      |              }\n      |            }\n      |          }\n      |        }\n      |      }\n      |      amenities: { create: { airConditioning: false, essentials: true } }\n      |      views: { create: { lastWeek: 0 } }\n      |      guestRequirements: {\n      |        create: {\n      |          recommendationsFromOtherHosts: false\n      |          guestTripInformation: false\n      |        }\n      |      }\n      |      policies: {\n      |        create: {\n      |          checkInStartTime: 11.00\n      |          checkInEndTime: 20.00\n      |          checkoutTime: 10.00\n      |        }\n      |      }\n      |      pricing: {\n      |        create: {\n      |          averageMonthly: 1000\n      |          averageWeekly: 300\n      |          basePrice: 100\n      |          cleaningFee: 30\n      |          extraGuests: 80\n      |          perNight: 100\n      |          securityDeposit: 500\n      |          weeklyDiscount: 50\n      |          smartPricing: false\n      |          currency: USD\n      |        }\n      |      }\n      |      houseRules: {\n      |        create: {\n      |          smokingAllowed: false\n      |          petsAllowed: true\n      |          suitableForInfants: false\n      |        }\n      |      }\n      |      location: {\n      |        create: {\n      |          address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 36.805235\n      |          lng: 121.7892066\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"<NAME>\"\n      |              slug: \"monterey-countey\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Moss Landing\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }}\"\"\",\n    \"\"\"mutation{createPlace(\n      |    data: {\n      |      name: \"Apartment 1 of 4 with green terrace in Roma Norte\"\n      |      shortDescription: \"We offer other options with incredible terraces: Wonderful little loft with enjoyable terrace. Green and relaxing in the heart of the bustling city.\"\n      |      description: \"We offer other options with incredible terraces: Wonderful little loft with enjoyable terrace. Green and relaxing in the heart of the bustling city.\"\n      |      maxGuests: 3\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/im\/pictures\/45880516\/93bb5931_original.jpg?aki_policy=xx_large\"\n      |        }\n      |      }\n      |      numBedrooms: 1\n      |      numBeds: 3\n      |      numBaths: 1\n      |      size: ENTIRE_CABIN\n      |      slug: \"mushroom-dome\"\n      |      popularity: 1\n      |      host: {\n      |        create: {\n      |          email: \"<EMAIL>\"\n      |          firstName: \"Jason\"\n      |          lastName: \"Padmakumara\"\n      |          isSuperHost: true\n      |          phone: \"+1123455667\"\n      |          password: \"<PASSWORD>\"\n      |          location: {\n      |            create: {\n      |              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |              directions: \"Follow the street to the end, then right\"\n      |              lat: 36.805235\n      |              lng: 121.7892066\n      |              neighbourHood: {\n      |                create: {\n      |                  name: \"<NAME>\"\n      |                  slug: \"monterey-countey\"\n      |                  featured: true\n      |                  popularity: 1\n      |                  city: { create: { name: \"Moss Landing\" } }\n      |                }\n      |              }\n      |            }\n      |          }\n      |        }\n      |      }\n      |      amenities: { create: { airConditioning: false, essentials: true } }\n      |      views: { create: { lastWeek: 0 } }\n      |      guestRequirements: {\n      |        create: {\n      |          recommendationsFromOtherHosts: false\n      |          guestTripInformation: false\n      |        }\n      |      }\n      |      policies: {\n      |        create: {\n      |          checkInStartTime: 11.00\n      |          checkInEndTime: 20.00\n      |          checkoutTime: 10.00\n      |        }\n      |      }\n      |      pricing: {\n      |        create: {\n      |          averageMonthly: 1000\n      |          averageWeekly: 300\n      |          basePrice: 100\n      |          cleaningFee: 30\n      |          extraGuests: 80\n      |          perNight: 110\n      |          securityDeposit: 500\n      |          weeklyDiscount: 50\n      |          smartPricing: false\n      |          currency: USD\n      |        }\n      |      }\n      |      houseRules: {\n      |        create: {\n      |          smokingAllowed: false\n      |          petsAllowed: true\n      |          suitableForInfants: false\n      |        }\n      |      }\n      |      location: {\n      |        create: {\n      |          address: \"Narvarte Oriente, Mexico City, CDMX, Mexico\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 19.398095\n      |          lng: -99.149452\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"Mexico City\"\n      |              slug: \"mexico-city\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Mexico City\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }\n      |}\"\"\",\n    \"\"\"mutation{createPlace(\n      |    data: {\n      |      name: \"Urban Farmhouse at <NAME>\"\n      |      shortDescription: \"The Urban Farmhouse circa 1886 - meticulously converted in 2013. Situated adjacent to community garden. The updates afford you all the modern convenience you could ask for and charm you can only get from a building built in 1886. A true Charmer.\"\n      |      description: \"The Urban Farmhouse circa 1886 - meticulously converted in 2013. Situated adjacent to community garden. The updates afford you all the modern convenience you could ask for and charm you can only get from a building built in 1886. A true Charmer.\"\n      |      maxGuests: 3\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/im\/pictures\/ff6b760d-8782-4ccb-9e03-50aa720e3783.jpg?aki_policy=xx_large\"\n      |        }\n      |      }\n      |      numBedrooms: 1\n      |      numBeds: 3\n      |      numBaths: 1\n      |      size: ENTIRE_CABIN\n      |      slug: \"mushroom-dome\"\n      |      popularity: 1\n      |      host: {\n      |        create: {\n      |          email: \"<EMAIL>\"\n      |          firstName: \"Hans\"\n      |          lastName: \"Johanson\"\n      |          isSuperHost: true\n      |          phone: \"+1123455667\"\n      |          password: \"<PASSWORD>\"\n      |          location: {\n      |            create: {\n      |              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |              directions: \"Follow the street to the end, then right\"\n      |              lat: 36.805235\n      |              lng: 121.7892066\n      |              neighbourHood: {\n      |                create: {\n      |                  name: \"<NAME>\"\n      |                  slug: \"monterey-countey\"\n      |                  featured: true\n      |                  popularity: 1\n      |                  city: { create: { name: \"Moss Landing\" } }\n      |                }\n      |              }\n      |            }\n      |          }\n      |        }\n      |      }\n      |      amenities: { create: { airConditioning: false, essentials: true } }\n      |      views: { create: { lastWeek: 0 } }\n      |      guestRequirements: {\n      |        create: {\n      |          recommendationsFromOtherHosts: false\n      |          guestTripInformation: false\n      |        }\n      |      }\n      |      policies: {\n      |        create: {\n      |          checkInStartTime: 11.00\n      |          checkInEndTime: 20.00\n      |          checkoutTime: 10.00\n      |        }\n      |      }\n      |      pricing: {\n      |        create: {\n      |          averageMonthly: 1000\n      |          averageWeekly: 300\n      |          basePrice: 100\n      |          cleaningFee: 30\n      |          extraGuests: 80\n      |          perNight: 87\n      |          securityDeposit: 500\n      |          weeklyDiscount: 50\n      |          smartPricing: false\n      |          currency: USD\n      |        }\n      |      }\n      |      houseRules: {\n      |        create: {\n      |          smokingAllowed: false\n      |          petsAllowed: true\n      |          suitableForInfants: false\n      |        }\n      |      }\n      |      location: {\n      |        create: {\n      |          address: \"W Crestline Ave, Littleton, CO 80120, USA\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 39.619115\n      |          lng: -105.016560\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"Denver\"\n      |              slug: \"denver\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Denver\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }}\"\"\",\n    \"\"\"mutation{createPlace(\n      |    data: {\n      |      name: \"Underground Hygge\"\n      |      shortDescription: \"This inspired dwelling nestled right into the breathtaking Columbia River Gorge mountainside. Reverently framed by the iconic round doorway, the wondrous views will entrance your imagination and inspire an unforgettable journey. Every nook of this little habitation will warm your sole, every cranny will charm your expedition of repose. Up the pathway, tucked into the earth, an unbelievable adventure awaits!\"\n      |      description: \"This inspired dwelling nestled right into the breathtaking Columbia River Gorge mountainside. Reverently framed by the iconic round doorway, the wondrous views will entrance your imagination and inspire an unforgettable journey. Every nook of this little habitation will warm your sole, every cranny will charm your expedition of repose. Up the pathway, tucked into the earth, an unbelievable adventure awaits!\"\n      |      maxGuests: 3\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/im\/pictures\/56bff280-aba3-42f3-af42-adc2814a72f4.jpg?aki_policy=xx_large\"\n      |        }\n      |      }\n      |      numBedrooms: 1\n      |      numBeds: 3\n      |      numBaths: 1\n      |      size: ENTIRE_CABIN\n      |      slug: \"mushroom-dome\"\n      |      popularity: 1\n      |      host: {\n      |        create: {\n      |          email: \"<EMAIL>\"\n      |          firstName: \"Leah\"\n      |          lastName: \"Dyer\"\n      |          isSuperHost: true\n      |          phone: \"+1123455667\"\n      |          password: \"<PASSWORD>\"\n      |          location: {\n      |            create: {\n      |              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |              directions: \"Follow the street to the end, then right\"\n      |              lat: 36.805235\n      |              lng: 121.7892066\n      |              neighbourHood: {\n      |                create: {\n      |                  name: \"<NAME>\"\n      |                  slug: \"monterey-countey\"\n      |                  featured: true\n      |                  popularity: 1\n      |                  city: { create: { name: \"Moss Landing\" } }\n      |                }\n      |              }\n      |            }\n      |          }\n      |        }\n      |      }\n      |      amenities: { create: { airConditioning: false, essentials: true } }\n      |      views: { create: { lastWeek: 0 } }\n      |      guestRequirements: {\n      |        create: {\n      |          recommendationsFromOtherHosts: false\n      |          guestTripInformation: false\n      |        }\n      |      }\n      |      policies: {\n      |        create: {\n      |          checkInStartTime: 11.00\n      |          checkInEndTime: 20.00\n      |          checkoutTime: 10.00\n      |        }\n      |      }\n      |      pricing: {\n      |        create: {\n      |          averageMonthly: 1000\n      |          averageWeekly: 300\n      |          basePrice: 100\n      |          cleaningFee: 30\n      |          extraGuests: 80\n      |          perNight: 69\n      |          securityDeposit: 500\n      |          weeklyDiscount: 50\n      |          smartPricing: false\n      |          currency: USD\n      |        }\n      |      }\n      |      houseRules: {\n      |        create: {\n      |          smokingAllowed: false\n      |          petsAllowed: true\n      |          suitableForInfants: false\n      |        }\n      |      }\n      |      location: {\n      |        create: {\n      |          address: \"2600-2712 Entiat Way, Entiat, WA 98822, USA\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 47.631190\n      |          lng: -120.220822\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"Orondo\"\n      |              slug: \"orondo\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Orondo\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }\n      |}\"\"\",\n    \"\"\"mutation{createPlace(\n      |    data: {\n      |      name: \"Romantic, Cozy Cottage Next to Downtown\"\n      |      shortDescription: \"Comfy, cozy and romantic cottage less than 3 miles from Downtown. The Cleveland Cottage provides a private oasis within city limits that includes full kitchen, Wifi, parking, electric fireplace & entrance through a private courtyard with fire pit.\"\n      |      description: \"Comfy, cozy and romantic cottage less than 3 miles from Downtown. The Cleveland Cottage provides a private oasis within city limits that includes full kitchen, Wifi, parking, electric fireplace & entrance through a private courtyard with fire pit.\"\n      |      maxGuests: 3\n      |      pictures: {\n      |        create: {\n      |          url: \"https:\/\/a0.muscache.com\/im\/pictures\/100298057\/ccd8c843_original.jpg?aki_policy=xx_large\"\n      |        }\n      |      }\n      |      numBedrooms: 1\n      |      numBeds: 3\n      |      numBaths: 1\n      |      size: ENTIRE_CABIN\n      |      slug: \"mushroom-dome\"\n      |      popularity: 1\n      |      host: {\n      |        create: {\n      |          email: \"<EMAIL>\"\n      |          firstName: \"Kris\"\n      |          lastName: \"Mao\"\n      |          isSuperHost: true\n      |          phone: \"+1123455667\"\n      |          password: \"<PASSWORD>\"\n      |          location: {\n      |            create: {\n      |              address: \"2 Salmon Way, Moss Landing, Monterey County, CA, USA\"\n      |              directions: \"Follow the street to the end, then right\"\n      |              lat: 36.805235\n      |              lng: 121.7892066\n      |              neighbourHood: {\n      |                create: {\n      |                  name: \"<NAME>\"\n      |                  slug: \"monterey-countey\"\n      |                  featured: true\n      |                  popularity: 1\n      |                  city: { create: { name: \"Moss Landing\" } }\n      |                }\n      |              }\n      |            }\n      |          }\n      |        }\n      |      }\n      |      amenities: { create: { airConditioning: false, essentials: true } }\n      |      views: { create: { lastWeek: 0 } }\n      |      guestRequirements: {\n      |        create: {\n      |          recommendationsFromOtherHosts: false\n      |          guestTripInformation: false\n      |        }\n      |      }\n      |      policies: {\n      |        create: {\n      |          checkInStartTime: 11.00\n      |          checkInEndTime: 20.00\n      |          checkoutTime: 10.00\n      |        }\n      |      }\n      |      pricing: {\n      |        create: {\n      |          averageMonthly: 1000\n      |          averageWeekly: 300\n      |          basePrice: 100\n      |          cleaningFee: 30\n      |          extraGuests: 80\n      |          perNight: 110\n      |          securityDeposit: 500\n      |          weeklyDiscount: 50\n      |          smartPricing: false\n      |          currency: USD\n      |        }\n      |      }\n      |      houseRules: {\n      |        create: {\n      |          smokingAllowed: false\n      |          petsAllowed: true\n      |          suitableForInfants: false\n      |        }\n      |      }\n      |      location: {\n      |        create: {\n      |          address: \"Greenwood, Nashville, TN 37206, USA\"\n      |          directions: \"Follow the street to the end, then right\"\n      |          lat: 36.187977\n      |          lng: -86.751635\n      |          neighbourHood: {\n      |            create: {\n      |              name: \"Nashville\"\n      |              slug: \"nashville\"\n      |              featured: true\n      |              popularity: 1\n      |              city: { create: { name: \"Nashville\" } }\n      |            }\n      |          }\n      |        }\n      |      }\n      |    }\n      |  ) {\n      |    id\n      |  }}\"\"\"\n  )\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/database\/ModelMutactionInterpreters.scala","text":"package com.prisma.deploy.connector.jdbc.database\n\nimport com.prisma.deploy.connector._\nimport com.prisma.shared.models.Model\nimport slick.dbio.{DBIOAction, Effect, NoStream}\nimport slick.jdbc.PostgresProfile.api._\n\ncase class CreateModelInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[CreateModelTable] {\n\n  override def execute(mutaction: CreateModelTable, schemaBeforeMigration: DatabaseSchema): DBIOAction[Any, NoStream, Effect.All] = {\n    schemaBeforeMigration.table(mutaction.model.dbName) match {\n      case None    => builder.createModelTable(mutaction.project, mutaction.model)\n      case Some(_) => DBIO.successful(())\n    }\n  }\n\n  override def rollback(mutaction: CreateModelTable, schemaBeforeMigration: DatabaseSchema) = {\n    \/\/ only drop the table if it was created in the step before\n    schemaBeforeMigration.table(mutaction.model.dbName) match {\n      case None    => builder.dropTable(mutaction.project, tableName = mutaction.model.dbName)\n      case Some(_) => DBIO.successful(())\n    }\n  }\n}\n\ncase class DeleteModelInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[DeleteModelTable] {\n  \/\/ TODO: this is not symmetric\n\n  override def execute(mutaction: DeleteModelTable, schemaBeforeMigration: DatabaseSchema) = {\n    val droppingTable = schemaBeforeMigration.table(mutaction.model.dbName) match {\n      case Some(_) => builder.dropTable(mutaction.project, tableName = mutaction.model.dbName)\n      case None    => DBIO.successful(())\n    }\n\n    val dropScalarListFields = mutaction.scalarListFields.map { field =>\n      builder.dropScalarListTable(mutaction.project, mutaction.model.dbName, field, schemaBeforeMigration)\n    }\n\n    DBIO.seq(dropScalarListFields :+ droppingTable: _*)\n  }\n\n  override def rollback(mutaction: DeleteModelTable, schemaBeforeMigration: DatabaseSchema) = {\n    \/\/ only recreate the table if it was actually deleted in the step before\n    val recreatingTable = schemaBeforeMigration.table(mutaction.model.dbName) match {\n      case Some(_) => builder.createModelTable(mutaction.project, model = mutaction.model)\n      case None    => DBIO.successful(())\n    }\n    recreatingTable\n  }\n}\n\ncase class UpdateModelInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[UpdateModelTable] {\n  override def execute(mutaction: UpdateModelTable, schemaBeforeMigration: DatabaseSchema)  = setName(mutaction, mutaction.oldModel, mutaction.newModel)\n  override def rollback(mutaction: UpdateModelTable, schemaBeforeMigration: DatabaseSchema) = setName(mutaction, mutaction.newModel, mutaction.oldModel)\n\n  private def setName(mutaction: UpdateModelTable, oldModel: Model, newModel: Model): DBIOAction[Any, NoStream, Effect.All] = {\n    val changeModelTableName = builder.renameTable(mutaction.project, currentName = oldModel.dbName, newName = newModel.dbName)\n    val changeScalarListFieldTableNames = mutaction.newModel.scalarListFields.map { field =>\n      builder.renameScalarListTable(mutaction.project, oldModel.dbName, field.name, oldModel.dbName, field.name)\n    }\n\n    DBIO.seq(changeScalarListFieldTableNames :+ changeModelTableName: _*)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/project\/plugins.sbt","text":"unmanagedBase := baseDirectory.value \/ \"libs\"\n\naddSbtPlugin(\"com.typesafe.sbt\"  % \"sbt-native-packager\"  % \"1.3.11\")\naddSbtPlugin(\"se.marcuslonnberg\" % \"sbt-docker\"           % \"1.5.0\")\naddSbtPlugin(\"com.eed3si9n\"      % \"sbt-assembly\"         % \"0.14.6\")\naddSbtPlugin(\"io.get-coursier\"   % \"sbt-coursier\"         % \"1.0.0-RC12\")\naddSbtPlugin(\"com.typesafe.sbt\"  % \"sbt-git\"              % \"0.9.3\")\naddSbtPlugin(\"net.virtual-void\"  % \"sbt-dependency-graph\" % \"0.9.0\")\naddSbtPlugin(\"com.thesamet\"      % \"sbt-protoc\"           % \"0.99.19\")\n\nlibraryDependencies += \"com.thesamet.scalapb\" %% \"compilerplugin\" % \"0.8.2\"\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/ChangingFromRelationToScalarOrBackSpec.scala","text":"package com.prisma.integration\n\nimport com.prisma.IgnoreSQLite\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ChangingFromRelationToScalarOrBackSpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n\n  \"Changing a field from scalar to relation\" should \"work when there is no data yet\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: String\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema1 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: B @relation(link: INLINE)\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    deployServer.deploySchema(project, schema1)\n  }\n\n  \"Changing a field from scalar to relation\" should \"work when there is already data and should delete the old column\" taggedAs (IgnoreSQLite) in {\n\n    val schema =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: String\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{a:\"A\", b: \"B\"}){a}}\"\"\", project)\n\n    val as = apiServer.query(\"\"\"{as{a}}\"\"\", project)\n    as.toString should be(\"\"\"{\"data\":{\"as\":[{\"a\":\"A\"}]}}\"\"\")\n\n    val schema1 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: B @relation(link: INLINE)\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema1, force = true)\n  }\n\n  \"Changing a relation to scalar\" should \"work when there is no data yet\" in {\n\n    val schema =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: B @relation(link: INLINE)\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    val schema1 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: String\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    deployServer.deploySchema(project, schema1)\n  }\n\n  \"Changing a relation to scalar\" should \"work when there is already data\" in {\n\n    val schema =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: B @relation(link: INLINE)\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"\"\"mutation{createA(data:{a:\"A\", b: {create:{b: \"B\"}}}){a}}\"\"\", project)\n\n    val as = apiServer.query(\"\"\"{as{a, b{b}}}\"\"\", project)\n    as.toString should be(\"\"\"{\"data\":{\"as\":[{\"a\":\"A\",\"b\":{\"b\":\"B\"}}]}}\"\"\")\n\n    val schema1 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  a: String! @unique\n        |  b: String\n        |}\n        |\n        |type B {\n        |  id: ID! @id\n        |  b: String! @unique\n        |}\"\"\"\n\n    deployServer.deploySchemaThatMustWarn(project, schema1, force = true)\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DefaultValueSpec.scala","text":"<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DefaultValueSpec.scala\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DefaultValueSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  \"A Create Mutation on a non-list field\" should \"utilize the defaultValue\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type ScalarModel {\n        |  id: ID! @id\n        |  reqString: String! @default(value: \"default\")\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"mutation {\n         |  createScalarModel(data: {\n         |    }\n         |  ){\n         |  reqString\n         |  }\n         |}\"\"\".stripMargin,\n      project = project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createScalarModel\":{\"reqString\":\"default\"}}}\"\"\")\n\n    val queryRes = server.query(\"\"\"{ scalarModels{reqString}}\"\"\", project = project)\n\n    queryRes.toString should be(s\"\"\"{\"data\":{\"scalarModels\":[{\"reqString\":\"default\"}]}}\"\"\")\n  }\n\n  \"The default value\" should \"work for int\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Service {\n        |  id: ID! @id\n        |  name: String!\n        |  int: Int @default(value: 1)\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"mutation createService{\n         |  createService(\n         |    data:{\n         |      name: \"issue1820\"\n         |    }\n         |  ){\n         |    name\n         |    int\n         |  }\n         |}\"\"\".stripMargin,\n      project = project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createService\":{\"name\":\"issue1820\",\"int\":1}}}\"\"\")\n  }\n\n  \"The default value\" should \"work for enums\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |enum IsActive{\n        |  Yes\n        |  No\n        |}\n        |\n        |type Service {\n        |  id: ID! @id\n        |  name: String!\n        |  description: String\n        |  unit: String\n        |  active: IsActive @default(value: Yes)\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val res = server.query(\n      s\"\"\"mutation createService{\n         |  createService(\n         |    data:{\n         |      name: \"issue1820\"\n         |    }\n         |  ){\n         |    name\n         |    active\n         |  }\n         |}\"\"\".stripMargin,\n      project = project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createService\":{\"name\":\"issue1820\",\"active\":\"Yes\"}}}\"\"\")\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-mongo\/src\/main\/scala\/com\/prisma\/deploy\/connector\/mongo\/impl\/mutactions\/ModelMutactionInterpreters.scala","text":"package com.prisma.deploy.connector.mongo.impl.mutactions\n\nimport com.prisma.deploy.connector.mongo.database.{MongoDeployDatabaseMutationBuilder, NoAction}\nimport com.prisma.deploy.connector.{CreateModelTable, DeleteModelTable, UpdateModelTable}\n\nobject CreateModelInterpreter extends MongoMutactionInterpreter[CreateModelTable] {\n  override def execute(mutaction: CreateModelTable) = mutaction.model.isEmbedded match {\n    case true  => NoAction.unit\n    case false => MongoDeployDatabaseMutationBuilder.createCollection(collectionName = mutaction.model.dbName)\n  }\n\n  override def rollback(mutaction: CreateModelTable) = mutaction.model.isEmbedded match {\n    case true  => NoAction.unit\n    case false => MongoDeployDatabaseMutationBuilder.dropCollection(collectionName = mutaction.model.dbName)\n  }\n}\n\nobject DeleteModelInterpreter extends MongoMutactionInterpreter[DeleteModelTable] {\n  override def execute(mutaction: DeleteModelTable) = mutaction.model.isEmbedded match {\n    case true  => NoAction.unit\n    case false => NoAction.unit \/\/MongoDeployDatabaseMutationBuilder.dropCollection(collectionName = mutaction.model.dbName)\n  }\n\n  override def rollback(mutaction: DeleteModelTable) = mutaction.model.isEmbedded match {\n    case true  => NoAction.unit\n    case false => NoAction.unit \/\/MongoDeployDatabaseMutationBuilder.createCollection(collectionName = mutaction.model.dbName)\n  }\n}\n\nobject UpdateModelInterpreter extends MongoMutactionInterpreter[UpdateModelTable] {\n  override def execute(mutaction: UpdateModelTable)  = NoAction.unit \/\/setName(mutaction, mutaction.previousName, mutaction.nextName)\n  override def rollback(mutaction: UpdateModelTable) = NoAction.unit \/\/setName(mutaction, mutaction.nextName, mutaction.previousName)\n\/\/\n\/\/  private def setName(mutaction: UpdateModelTable, previousName: String, nextName: String) = {\n\/\/    MongoDeployDatabaseMutationBuilder.renameCollection(mutaction.project, collectionName = previousName, newName = nextName)\n\/\/  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/nonEmbedded\/NonEmbeddedOrderBySpec.scala","text":"package com.prisma.api.queries.nonEmbedded\n\nimport com.prisma.api.{ApiSpecBase, TestDataModels}\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NonEmbeddedOrderBySpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(JoinRelationLinksCapability)\n\n  val testDataModels = {\n    val s1 = \"\"\"\n      type List {\n        id: ID! @id\n        name: String! @unique\n        todos: [Todo] @relation(link: INLINE)\n      }\n      \n      type Todo {\n        id: ID! @id\n        title: String! @unique\n        lists: [List]\n      }\n    \"\"\"\n\n    val s2 = \"\"\"\n      type List {\n        id: ID! @id\n        name: String! @unique\n        todos: [Todo]\n      }\n      \n      type Todo {\n        id: ID! @id\n        title: String! @unique\n        lists: [List]\n      }\n    \"\"\"\n\n    TestDataModels(mongo = Vector(s1), sql = Vector(s2))\n  }\n\n  \"The order when not using order by\" should \"be the same no matter if pagination is used or not\" in {\n    testDataModels.testV11 { project =>\n      createLists(project)\n      createTodos(project)\n\n      val result1 = server.query(\n        \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    todos{\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n        project\n      )\n\n      val result2 = server.query(\n        \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    todos(first:10){\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n        project\n      )\n\n      result1 should be(result2)\n\n      val result3 = server.query(\n        \"\"\"\n        |{\n        |  todo(where: {title: \"1\"}) {\n        |    title\n        |    lists{\n        |      name\n        |    }\n        |  }\n        |}\n      \"\"\",\n        project\n      )\n\n      val result4 = server.query(\n        \"\"\"\n        |{\n        |  todo(where: {title: \"1\"}) {\n        |    title\n        |    lists(first:10){\n        |      name\n        |    }\n        |  }\n        |}\n      \"\"\",\n        project\n      )\n\n      result3 should be(result4)\n    }\n  }\n\n  private def createLists(project: Project): Unit = {\n    server.query(\n      \"\"\"\n        |mutation {\n        |  a: createList(data: {name: \"1\"}){ id }\n        |  b: createList(data: {name: \"2\"}){ id }\n        |  d: createList(data: {name: \"4\"}){ id }\n        |  f: createList(data: {name: \"6\"}){ id }\n        |  g: createList(data: {name: \"7\"}){ id }\n        |  c: createList(data: {name: \"3\"}){ id }\n        |  e: createList(data: {name: \"5\"}){ id }\n        |}\n      \"\"\",\n      project\n    )\n  }\n\n  private def createTodos(project: Project): Unit = {\n    server.query(\n      \"\"\"\n        |mutation {\n        |  a: createTodo(data: {title: \"1\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  c: createTodo(data: {title: \"3\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  d: createTodo(data: {title: \"4\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  f: createTodo(data: {title: \"6\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  g: createTodo(data: {title: \"7\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  b: createTodo(data: {title: \"2\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |  e: createTodo(data: {title: \"5\", lists: { connect: [{name:\"1\"},{name:\"2\"},{name:\"3\"}]}}){ id }\n        |}\n      \"\"\",\n      project\n    )\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/schema\/mutations\/AddProjectMutationSpec.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.schema.mutations\n\nimport com.prisma.deploy.specutils.DeploySpecBase\nimport cool.graph.cuid.Cuid\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass AddProjectMutationSpec extends FlatSpec with Matchers with DeploySpecBase {\n\n  val projectPersistence = testDependencies.projectPersistence\n\n  \"AddProjectMutation\" should \"succeed for valid input\" in {\n    val name  = s\"${Cuid.createCuid()}Xtest\"\n    val stage = Cuid.createCuid()\n\n    val result = server.query(s\"\"\"\n        |mutation {\n        | addProject(input: {\n        |   name: \"$name\",\n        |   stage: \"$stage\"\n        | }) {\n        |   project {\n        |     name\n        |     stage\n        |   }\n        | }\n        |}\n      \"\"\".stripMargin)\n\n    result.pathAsString(\"data.addProject.project.name\") shouldEqual name\n    result.pathAsString(\"data.addProject.project.stage\") shouldEqual stage\n\n    projectPersistence.loadAll().await should have(size(1))\n  }\n\n  \"AddProjectMutation\" should \"fail if a project already exists\" in {\n    val name  = s\"${Cuid.createCuid()}Xtest\"\n    val stage = Cuid.createCuid()\n\n    server.query(s\"\"\"\n       |mutation {\n       | addProject(input: {\n       |   name: \"$name\",\n       |   stage: \"$stage\"\n       | }) {\n       |   project {\n       |     name\n       |     stage\n       |   }\n       | }\n       |}\n      \"\"\".stripMargin)\n\n    server.queryThatMustFail(\n      s\"\"\"\n       |mutation {\n       | addProject(input: {\n       |   name: \"${name}\",\n       |   stage: \"${stage}\"\n       | }) {\n       |   project {\n       |     name\n       |     stage\n       |   }\n       | }\n       |}\n      \"\"\".stripMargin,\n      4005\n    )\n  }\n\n  \"AddProjectMutation\" should \"fail if a service name is reserved\" in {\n    testDependencies.projectIdEncoder.reservedServiceAndStageNames.foreach { reserved =>\n      server.queryThatMustFail(\n        s\"\"\"\n           |mutation {\n           |  addProject(input: {\n           |    name: \"$reserved\",\n           |    stage: \"default\"\n           |  }) {\n           |    project {\n           |      name\n           |      stage\n           |    }\n           |  }\n           |}\n      \"\"\".stripMargin,\n        4006\n      )\n    }\n  }\n\n  \"AddProjectMutation\" should \"fail if a stage name is reserved\" in {\n    testDependencies.projectIdEncoder.reservedServiceAndStageNames.foreach { reserved =>\n      server.queryThatMustFail(\n        s\"\"\"\n           |mutation {\n           |  addProject(input: {\n           |    name: \"default\",\n           |    stage: \"$reserved\"\n           |  }) {\n           |    project {\n           |      name\n           |      stage\n           |    }\n           |  }\n           |}\n      \"\"\".stripMargin,\n        4007\n      )\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/MutationsSchemaBuilderSpec.scala","text":"<reponame>shrishankit\/prisma<filename>server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/schema\/MutationsSchemaBuilderSpec.scala\npackage com.prisma.api.schema\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.schema_dsl.{SchemaDsl, TestProject}\nimport com.prisma.util.GraphQLSchemaMatchers\nimport org.scalatest.{FlatSpec, Matchers}\nimport sangria.renderer.SchemaRenderer\n\nclass MutationsSchemaBuilderSpec extends FlatSpec with Matchers with ApiSpecBase with GraphQLSchemaMatchers {\n  val schemaBuilder = testDependencies.apiSchemaBuilder\n\n  \"the create Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"createTodo(data: TodoCreateInput!): Todo!\")\n    schema should containInputType(\"TodoCreateInput\", fields = Vector(\"title: String!\", \"tag: String\"))\n  }\n\n  \"the create Mutation for a model with relations\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |  comments: [Comment] @relation(name:\"TodoComments\" $listInlineArgument)\n        |  topComment: Comment! @relation(link: INLINE, name: \"TopComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String!\n        |  todo: Todo @relation(name:\"TodoComments\")\n        |  topCommentFor: Todo! @relation(name:\"TopComments\")\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    \/\/ from Todo to Comment\n    schema should containMutation(\"createTodo(data: TodoCreateInput!): Todo!\")\n    schema should containInputType(\n      \"TodoCreateInput\",\n      fields = Vector(\n        \"title: String!\",\n        \"tag: String\",\n        \"comments: CommentCreateManyWithoutTodoInput\",\n        \"topComment: CommentCreateOneWithoutTopCommentForInput!\"\n      )\n    )\n\n    schema should containInputType(\"CommentCreateManyWithoutTodoInput\",\n                                   fields = Vector(\n                                     \"create: [CommentCreateWithoutTodoInput!]\",\n                                     \"connect: [CommentWhereUniqueInput!]\"\n                                   ))\n\n    schema should containInputType(\"CommentCreateWithoutTodoInput\", fields = Vector(\"text: String!\"))\n\n    \/\/ from Comment to Todo\n    schema should containInputType(\"CommentCreateInput\",\n                                   fields = Vector(\n                                     \"text: String!\",\n                                     \"todo: TodoCreateOneWithoutCommentsInput\"\n                                   ))\n\n    schema should containInputType(\"TodoCreateOneWithoutCommentsInput\",\n                                   fields = Vector(\n                                     \"create: TodoCreateWithoutCommentsInput\",\n                                     \"connect: TodoWhereUniqueInput\"\n                                   ))\n\n    schema should containInputType(\"TodoCreateWithoutCommentsInput\",\n                                   fields = Vector(\n                                     \"title: String!\",\n                                     \"tag: String\"\n                                   ))\n  }\n\n  \"the update Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  alias: String @unique\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"updateTodo(data: TodoUpdateInput!, where: TodoWhereUniqueInput!): Todo\")\n\n    schema should containInputType(\"TodoUpdateInput\",\n                                   fields = Vector(\n                                     \"title: String\",\n                                     \"alias: String\"\n                                   ))\n\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\",\n                                     \"alias: String\"\n                                   ))\n  }\n\n  \"the update Mutation for a model with a optional backrelation\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type List {\n        |  id: ID! @id\n        |  listUnique: String! @unique\n        |  optList: String\n        |  todoes: [Todo] $listInlineDirective\n        |}\n        |\n        |type Todo {\n        |  id: ID! @id\n        |  todoUnique: String! @unique\n        |  optString: String\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"updateTodo(data: TodoUpdateInput!, where: TodoWhereUniqueInput!): Todo\")\n\n    schema should containInputType(\"TodoCreateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String!\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateDataInput\",\n                                   fields = Vector(\n                                     \"todoUnique: String\",\n                                     \"optString: String\"\n                                   ))\n\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\",\n                                     \"todoUnique: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateWithWhereUniqueNestedInput\",\n                                   fields = Vector(\n                                     \"where: TodoWhereUniqueInput!\",\n                                     \"data: TodoUpdateDataInput!\"\n                                   ))\n\n    schema should containInputType(\"TodoUpsertWithWhereUniqueNestedInput\",\n                                   fields = Vector(\n                                     \"where: TodoWhereUniqueInput!\",\n                                     \"update: TodoUpdateDataInput!\",\n                                     \"create: TodoCreateInput!\"\n                                   ))\n  }\n\n  \"the update Mutation for a model with relations\" should \"be generated correctly\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |  comments: [Comment] $listInlineDirective\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String!\n        |  todo: Todo\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    \/\/ from Todo to Comment\n    schema should containMutation(\"updateTodo(data: TodoUpdateInput!, where: TodoWhereUniqueInput!): Todo\")\n\n    schema should containInputType(\"TodoUpdateInput\",\n                                   fields = Vector(\n                                     \"title: String\",\n                                     \"tag: String\",\n                                     \"comments: CommentUpdateManyWithoutTodoInput\"\n                                   ))\n\n    schema should containInputType(\n      \"CommentUpdateManyWithoutTodoInput\",\n      fields = Vector(\n        \"create: [CommentCreateWithoutTodoInput!]\",\n        \"connect: [CommentWhereUniqueInput!]\",\n        \"disconnect: [CommentWhereUniqueInput!]\",\n        \"delete: [CommentWhereUniqueInput!]\",\n        \"update: [CommentUpdateWithWhereUniqueWithoutTodoInput!]\",\n        \"upsert: [CommentUpsertWithWhereUniqueWithoutTodoInput!]\"\n      )\n    )\n\n    schema should containInputType(\"CommentCreateWithoutTodoInput\",\n                                   fields = Vector(\n                                     \"text: String!\"\n                                   ))\n\n    schema should containInputType(\"CommentUpdateWithWhereUniqueWithoutTodoInput\",\n                                   fields = Vector(\n                                     \"where: CommentWhereUniqueInput!\",\n                                     \"data: CommentUpdateWithoutTodoDataInput!\"\n                                   ))\n\n    schema should containInputType(\"CommentUpdateWithoutTodoDataInput\",\n                                   fields = Vector(\n                                     \"text: String\"\n                                   ))\n\n    schema should containInputType(\n      \"CommentUpsertWithWhereUniqueWithoutTodoInput\",\n      fields = Vector(\n        \"where: CommentWhereUniqueInput!\",\n        \"update: CommentUpdateWithoutTodoDataInput!\",\n        \"create: CommentCreateWithoutTodoInput!\"\n      )\n    )\n\n    \/\/ from Comment to Todo\n    schema should containInputType(\"CommentUpdateInput\",\n                                   fields = Vector(\n                                     \"text: String\",\n                                     \"todo: TodoUpdateOneWithoutCommentsInput\"\n                                   ))\n\n    schema should containInputType(\n      \"TodoUpdateOneWithoutCommentsInput\",\n      fields = Vector(\n        \"create: TodoCreateWithoutCommentsInput\",\n        \"connect: TodoWhereUniqueInput\",\n        \"disconnect: Boolean\",\n        \"delete: Boolean\",\n        \"update: TodoUpdateWithoutCommentsDataInput\"\n      )\n    )\n\n    schema should containInputType(\"TodoCreateWithoutCommentsInput\",\n                                   fields = Vector(\n                                     \"title: String!\",\n                                     \"tag: String\"\n                                   ))\n\n    schema should containInputType(\"TodoUpdateWithoutCommentsDataInput\",\n                                   fields = Vector(\n                                     \"title: String\",\n                                     \"tag: String\"\n                                   ))\n  }\n\n  \"the update and upsert Mutation for a model with omitted back relation\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |  comments: [Comment] $listInlineDirective\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String!\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containInputType(\n      \"CommentUpdateManyInput\",\n      fields = Vector(\n        \"create: [CommentCreateInput!]\",\n        \"connect: [CommentWhereUniqueInput!]\",\n        \"disconnect: [CommentWhereUniqueInput!]\",\n        \"delete: [CommentWhereUniqueInput!]\",\n        \"update: [CommentUpdateWithWhereUniqueNestedInput!]\",\n        \"upsert: [CommentUpsertWithWhereUniqueNestedInput!]\"\n      )\n    )\n  }\n\n  \"the upsert Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"upsertTodo(where: TodoWhereUniqueInput!, create: TodoCreateInput!, update: TodoUpdateInput!): Todo!\")\n  }\n\n  \"the delete Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"deleteTodo(where: TodoWhereUniqueInput!): Todo\")\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\"\n                                   ))\n  }\n\n  \"the delete Mutation for a model\" should \"be generated correctly and contain all non-list unique fields\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  tag: String\n        |  unique: Int @unique\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"deleteTodo(where: TodoWhereUniqueInput!): Todo\")\n    schema should containInputType(\"TodoWhereUniqueInput\",\n                                   fields = Vector(\n                                     \"id: ID\",\n                                     \"unique: Int\"\n                                   ))\n  }\n  \"the deleteMany Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"deleteManyTodoes(where: TodoWhereInput): BatchPayload!\")\n    schema should containInputType(\"TodoWhereInput\")\n  }\n\n  \"the updateMany Mutation for a model\" should \"be generated correctly\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |}\n      \"\"\".stripMargin\n    }\n\n    val schema = SchemaRenderer.renderSchema(schemaBuilder(project))\n\n    schema should containMutation(\"updateManyTodoes(data: TodoUpdateManyMutationInput!, where: TodoWhereInput): BatchPayload!\")\n    schema should containInputType(\"TodoWhereInput\")\n\n  }\n\n  \"the executeRaw mutation\" should \"be there if raw access is enabled\" in {\n    val project       = TestProject.emptyV11\n    val schemaBuilder = SchemaBuilderImpl(project, enableRawAccess = true)\n    val schema        = SchemaRenderer.renderSchema(schemaBuilder.build())\n\n    schema should containMutation(\"executeRaw(database: PrismaDatabase, query: String!): Json\")\n  }\n\n  \"the executeRaw mutation\" should \"not be there if raw access is disabled\" in {\n    val project       = TestProject.emptyV11\n    val schemaBuilder = SchemaBuilderImpl(project, enableRawAccess = false)\n    val schema        = SchemaRenderer.renderSchema(schemaBuilder.build())\n\n    schema should not(containMutation(\"executeRaw(database: PrismaDatabase, query: String!): Json\"))\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/database\/NodeActions.scala","text":"<filename>server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/database\/NodeActions.scala\npackage com.prisma.api.connector.jdbc.database\n\nimport com.prisma.api.connector.PrismaArgs\nimport com.prisma.api.schema.APIErrors.{FieldCannotBeNull, ValueTooLong}\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.TypeIdentifier.IdTypeIdentifier\nimport com.prisma.shared.models.{Field, Model, TypeIdentifier}\n\nimport scala.concurrent.ExecutionContext\n\ntrait NodeActions extends BuilderBase with FilterConditionBuilder with ScalarListActions {\n  import slickDatabase.profile.api._\n\n  def createNode(model: Model, args: PrismaArgs): DBIO[IdGCValue] = {\n    val idIsAutoGeneratedByDb = model.idField_!.isAutoGeneratedByDb\n    val argsWithIdIfNecessary = if (idIsAutoGeneratedByDb) { args.rootGC } else {\n      args.rootGCMap.get(model.idField_!.name) match {\n        case None                                              => args.rootGC.add(model.idField_!.name, generateId(model))\n        case Some(NullGCValue)                                 => args.rootGC.add(model.idField_!.name, generateId(model))\n        case Some(StringIdGCValue(value)) if value.length > 25 => throw ValueTooLong(model.idField_!.name)\n        case Some(_)                                           => args.rootGC\n      }\n    }\n\n    val fields: Seq[Field] = model.fields.filter(field => argsWithIdIfNecessary.hasArgFor(field.name))\n\n    val query = if (idIsAutoGeneratedByDb && args.rootGC.map.isEmpty) {\n      sql\n        .insertInto(modelTable(model))\n        .defaultValues()\n        .returning(modelColumn(model.idField_!))\n    } else {\n      sql\n        .insertInto(modelTable(model))\n        .columns(fields.map(modelColumn): _*)\n        .values(placeHolders(fields))\n        .returning(modelColumn(model.idField_!))\n    }\n\n    insertReturningGeneratedKeysToDBIO(query)(\n      setParams = { pp =>\n        fields.foreach { field =>\n          pp.setGcValue(argsWithIdIfNecessary.map(field.name))\n        }\n      },\n      readResult = { rs =>\n        if (idIsAutoGeneratedByDb) {\n          rs.next()\n          rs.getId(model)\n        } else {\n          argsWithIdIfNecessary.idFieldByName(model.idField_!.name)\n        }\n      }\n    )\n  }\n\n  private def generateId(model: Model) = {\n    model.idField_!.typeIdentifier.asInstanceOf[IdTypeIdentifier] match {\n      case TypeIdentifier.UUID => UuidGCValue.random\n      case TypeIdentifier.Cuid => StringIdGCValue.random\n      case TypeIdentifier.Int  => sys.error(\"can't generate int ids\")\n    }\n  }\n\n  def updateNodeById(model: Model, id: IdGCValue, updateArgs: PrismaArgs)(implicit ec: ExecutionContext): DBIO[_] = {\n    updateNodesByIds(model, updateArgs, Vector(id))\n  }\n\n  def updateNodesByIds(model: Model, args: PrismaArgs, ids: Vector[IdGCValue]): DBIO[_] = {\n    if (args.isEmpty || ids.isEmpty) {\n      dbioUnit\n    } else {\n      val aliasedTable = modelTable(model)\n\n      val columns = args.rootGCMap.map {\n        case (k, v) =>\n          val field = model.getFieldByName_!(k)\n          if (field.isRequired && v == NullGCValue) throw FieldCannotBeNull(field.name)\n          field.dbName\n      }.toList\n\n      val query = sql\n        .update(aliasedTable)\n        .setColumnsWithPlaceHolders(columns)\n        .where(idField(model).in(placeHolders(ids)))\n\n      updateToDBIO(query)(\n        setParams = pp => {\n          args.rootGCMap.foreach { case (_, v) => pp.setGcValue(v) }\n          ids.foreach(pp.setGcValue)\n        }\n      )\n    }\n  }\n\n  def deleteNodeById(model: Model, id: IdGCValue)(implicit ec: ExecutionContext) = {\n    deleteNodes(model, Vector(id))\n  }\n\n  def deleteNodes(model: Model, ids: Vector[IdGCValue])(implicit ec: ExecutionContext): DBIO[Unit] = {\n    DBIO.seq(\n      deleteScalarListValuesByNodeIds(model, ids),\n      deleteNodesByIds(model, ids)\n    )\n  }\n\n  private def deleteNodesByIds(model: Model, ids: Vector[IdGCValue]): DBIO[Unit] = {\n    val query = sql\n      .deleteFrom(modelTable(model))\n      .where(idField(model).in(placeHolders(ids)))\n\n    deleteToDBIO(query)(\n      setParams = pp => ids.foreach(pp.setGcValue)\n    )\n  }\n\n  private val dbioUnit = DBIO.successful(())\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/validation\/DeployResults.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.migration.validation\n\nimport com.prisma.gc_values.GCValue\nimport sangria.ast.{EnumTypeDefinition, FieldDefinition, ObjectTypeDefinition, TypeDefinition}\n\nobject DeployWarnings {\n  def dataLossModel(`type`: String): DeployWarning = {\n    DeployWarning(`type`, \"You already have nodes for this model. This change will result in data loss.\", None)\n  }\n\n  def dataLossRelation(`type`: String): DeployWarning = {\n    DeployWarning(`type`, \"You already have nodes for this relation. This change will result in data loss.\", None)\n  }\n\n  def dataLossField(`type`: String, field: String): DeployWarning = {\n    DeployWarning(`type`, \"You already have nodes for this model. This change may result in data loss.\", Some(field))\n  }\n\n  def migValueUsedOnExistingField(`type`: String, field: String, migValue: GCValue): DeployWarning = {\n    DeployWarning(`type`, s\"You are changing the type of a required field. The fields will be pre-filled with the value: `${migValue.value}`.\", Some(field))\n  }\n\n  def migValueUsedOnNewField(`type`: String, field: String, migValue: GCValue): DeployWarning = {\n    DeployWarning(\n      `type`,\n      s\"You are creating a required field but there are already nodes present that would violate that constraint.\" +\n        s\"The fields will be pre-filled with the value `${migValue.value}`.\",\n      Some(field)\n    )\n  }\n}\n\nobject DeployErrors {\n  import com.prisma.deploy.migration.DataSchemaAstExtensions._\n\n  def uniqueDisallowedOnEmbeddedTypes(objectType: ObjectTypeDefinition, fieldDef: FieldDefinition): DeployError = {\n    error(objectType, fieldDef, s\"The field `${fieldDef.name}` is marked as unique but its type `${objectType.name}` is embedded. This is disallowed.\")\n  }\n\n  def creatingUniqueRequiredFieldWithExistingNulls(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are creating a new required unique field `$field`. There are already nodes for the model `${`type`}` that would violate that constraint.\"\n    )\n  }\n\n  def updatingUniqueRequiredFieldWithExistingNulls(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are updating the field `$field` to be required and unique. But there are already nodes for the model `${`type`}` that would violate that constraint.\"\n    )\n  }\n\n  def makingFieldRequired(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are updating the field `$field` to be required. But there are already nodes for the model `${`type`}` that would violate that constraint.\"\n    )\n  }\n\n  def makingFieldRequiredMongo(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are updating the field `$field` to be required while also doing a change that should wipe the old contents. Since there are already nodes for the model\" +\n        s\" `${`type`}` they would violate the not-null constraint. Please first do the type change, then fill the field with migration values before making it required.\"\n    )\n  }\n\n  def makingFieldUnique(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are updating the field `$field` to be unique. But there are already nodes for the model `${`type`}` that would violate that constraint.\"\n    )\n  }\n\n  def changingTypeOfIdField(`type`: String, field: String): DeployError = {\n    DeployError(\n      `type`,\n      field,\n      s\"You are changing the type of the id field `$field`. But there are already nodes for this model. This would require to regenerate IDs for all nodes which is not possible. You have to remove all nodes for this type by either running `prisma reset` or through a `deleteMany${`type`}s` mutation.\"\n    )\n  }\n\n  def missingRelationDirective(fieldAndType: FieldAndType): DeployError = {\n    error(fieldAndType, s\"\"\"The relation field `${fieldAndType.fieldDef.name}` must specify a `@relation` directive: `@relation(name: \"MyRelation\")`\"\"\")\n  }\n\n  def missingRelationStrategy(relationField: RelationalPrismaField, validModes: Vector[String]): DeployError = {\n    DeployError(\n      relationField.tpe.name,\n      relationField.name,\n      s\"The field `${relationField.name}` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: ${validModes\n        .mkString(\",\")}\"\n    )\n  }\n  def moreThanOneRelationStrategy(relationField: RelationalPrismaField): DeployError = {\n    DeployError(\n      relationField.tpe.name,\n      relationField.name,\n      s\"The `link` argument must be specified only on one side of a relation. The field `${relationField.name}` provides a link mode and the opposite field `${relationField.relatedField.get.name}` as well.}\"\n    )\n  }\n\n  def cascadeUsedWithMongo(relationField: RelationalPrismaField): DeployError = {\n    DeployError(\n      relationField.tpe.name,\n      relationField.name,\n      s\"The Mongo connector currently does not support Cascading Deletes, but the field `${relationField.name}` defines cascade behaviour. Please remove the onDelete argument.}\"\n    )\n  }\n\n  def disallowedBackRelationFieldOnEmbeddedType(relationField: RelationalPrismaField): DeployError = {\n    DeployError(\n      relationField.tpe.name,\n      relationField.name,\n      s\"The type `${relationField.tpe.name}` specifies the back relation field `${relationField.name}`, which is disallowed for embedded types.\"\n    )\n  }\n\n  def relationDirectiveNotAllowedOnScalarFields(fieldAndType: FieldAndType): DeployError = {\n    error(fieldAndType, s\"\"\"The field `${fieldAndType.fieldDef.name}` is a scalar field and cannot specify the `@relation` directive.\"\"\")\n  }\n\n  def relationDirectiveHasInvalidName(fieldAndType: FieldAndType): DeployError = {\n    error(\n      fieldAndType,\n      s\"\"\"The field `${fieldAndType.fieldDef.name}` has an invalid name in the `@relation` directive. It can only have up to 54 characters and must have the shape [A-Z][a-zA-Z0-9]*\"\"\"\n    )\n  }\n\n  def relationDirectiveWithNameArgumentMustAppearTwice(fieldAndType: FieldAndType): DeployError = {\n    val relationName = fieldAndType.fieldDef.previousRelationName.get\n    val nameA        = fieldAndType.objectType.name\n    val nameB        = fieldAndType.fieldDef.fieldType.namedType.name\n    error(\n      fieldAndType,\n      s\"You are trying to set the relation '$relationName' from `$nameA` to `$nameB` and are only providing a relation directive with a name on `$nameA`. \" +\n        s\"Please also provide the same named relation directive on the relation field on `$nameB` pointing towards `$nameA`.\"\n    )\n  }\n\n  def relationDirectiveCannotAppearMoreThanTwice(fieldAndType: FieldAndType): DeployError = {\n    val relationName = fieldAndType.fieldDef.previousRelationName.get\n    error(fieldAndType, s\"A relation directive cannot appear more than twice. Relation name: '$relationName'\")\n  }\n\n  def selfRelationMustAppearOneOrTwoTimes(fieldAndType: FieldAndType): DeployError = {\n    val relationName = fieldAndType.fieldDef.previousRelationName.get\n    error(fieldAndType, s\"A relation directive for a self relation must appear either 1 or 2 times. Relation name: '$relationName'\")\n  }\n\n  def typesForOppositeRelationFieldsDoNotMatch(fieldAndType: FieldAndType, other: FieldAndType): DeployError = {\n    error(\n      fieldAndType,\n      s\"The relation field `${fieldAndType.fieldDef.name}` has the type `${fieldAndType.fieldDef.typeString}`. But the other directive for this relation appeared on the type `${other.objectType.name}`\"\n    )\n  }\n\n  def missingType(objectType: ObjectTypeDefinition, fieldDef: FieldDefinition): DeployError = {\n    error(\n      objectType,\n      fieldDef,\n      s\"The field `${fieldDef.name}` has the type `${fieldDef.typeString}` but there's no type or enum declaration with that name.\"\n    )\n  }\n\n  def duplicateFieldName(fieldAndType: FieldAndType) = {\n    error(\n      fieldAndType,\n      s\"The type `${fieldAndType.objectType.name}` has a duplicate fieldName. The detection of duplicates is performed case insensitive. \"\n    )\n  }\n\n  def reservedTypeName(objectTypeDefinition: ObjectTypeDefinition) = {\n    error(\n      objectTypeDefinition,\n      s\"The type `${objectTypeDefinition.objectType.name}` has is using a reserved type name. Please rename it.\"\n    )\n  }\n\n  def duplicateTypeName(objectTypeDefinition: ObjectTypeDefinition) = {\n    error(\n      objectTypeDefinition,\n      s\"The name of the type `${objectTypeDefinition.name}` occurs more than once. The detection of duplicates is performed case insensitive.\"\n    )\n  }\n\n  def directiveMissesRequiredArgument(fieldAndType: FieldAndType, directive: String, argument: String) = {\n    error(\n      fieldAndType,\n      s\"The field `${fieldAndType.fieldDef.name}` specifies the directive `@$directive` but it's missing the required argument `$argument`.\"\n    )\n  }\n\n  def directivesMustAppearExactlyOnce(fieldAndType: FieldAndType) = {\n    error(fieldAndType, s\"The field `${fieldAndType.fieldDef.name}` specifies a directive more than once. Directives must appear exactly once on a field.\")\n  }\n\n  def directivesMustAppearExactlyOnce(objectType: ObjectTypeDefinition) = {\n    error(objectType, s\"The type `${objectType.name}` specifies a directive more than once. Directives must appear exactly once on a type.\")\n  }\n\n  def enumNamesMustBeUnique(enumType: EnumTypeDefinition) = {\n    error(enumType, s\"The enum type `${enumType.name}` is defined twice in the schema. Enum names must be unique.\")\n  }\n\n  def enumValuesMustBeginUppercase(enumType: EnumTypeDefinition) = {\n    error(enumType, s\"The enum type `${enumType.name}` contains invalid enum values. The first character of each value must be an uppercase letter.\")\n  }\n\n  def enumValuesMustBeValid(enumType: EnumTypeDefinition, enumValues: Seq[String]) = {\n    error(enumType, s\"The enum type `${enumType.name}` contains invalid enum values. Those are invalid: ${enumValues.map(v => s\"`$v`\").mkString(\", \")}.\")\n  }\n\n  def embeddedTypesAreNotSupported(typeName: String) = {\n    DeployError(typeName, s\"The type `$typeName` is marked as embedded but this connector does not support embedded types.\")\n  }\n\n  def embeddedTypesMustNotSpecifyDbName(typeName: String) = {\n    DeployError(typeName, s\"The type `$typeName` is specifies the `@db` directive. Embedded types must not specify this directive.\")\n  }\n\n  def relationFieldsMustNotSpecifyDbName(typeDef: ObjectTypeDefinition, fieldDef: FieldDefinition) = {\n    DeployError(typeDef, fieldDef, s\"The field `${fieldDef.name}` specifies the `@db` directive. Relation fields must not specify this directive.\")\n  }\n\n  def sequenceDirectiveMisplaced(typeDef: ObjectTypeDefinition, fieldDef: FieldDefinition) = {\n    DeployError(\n      typeDef,\n      fieldDef,\n      s\"The directive `@sequence` must only be specified for fields that are marked as id, are of type `Int` and use the sequence strategy. E.g. `id: Int! @id(strategy: SEQUENCE)`.\"\n    )\n  }\n\n  def error(fieldAndType: FieldAndType, description: String): DeployError = {\n    error(fieldAndType.objectType, fieldAndType.fieldDef, description)\n  }\n\n  def error(objectType: ObjectTypeDefinition, fieldDef: FieldDefinition, description: String): DeployError = {\n    DeployError(objectType.name, fieldDef.name, description)\n  }\n\n  def error(typeDef: TypeDefinition, description: String): DeployError = {\n    DeployError(typeDef.name, description)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector\/src\/main\/scala\/com\/prisma\/deploy\/connector\/MigrationValueGenerator.scala","text":"package com.prisma.deploy.connector\n\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.{ScalarField, TypeIdentifier}\nimport org.joda.time.DateTime\nimport play.api.libs.json._\n\ntrait MigrationValueGenerator {\n  def migrationValueForField(field: ScalarField): GCValue = field.typeIdentifier match {\n    case _ if field.defaultValue.isDefined => field.defaultValue.get\n    case TypeIdentifier.String             => StringGCValue(\"\")\n    case TypeIdentifier.Boolean            => BooleanGCValue(false)\n    case TypeIdentifier.Int                => IntGCValue(0)\n    case TypeIdentifier.Float              => FloatGCValue(0.0)\n    case TypeIdentifier.DateTime           => DateTimeGCValue(new DateTime(\"1970-01-01T00:00:00Z\"))\n    case TypeIdentifier.Json               => JsonGCValue(Json.parse(\"{}\"))\n    case TypeIdentifier.Enum               => EnumGCValue(field.enum.get.values.head)\n    case TypeIdentifier.Cuid               => StringIdGCValue(\"DefaultCUIDMigrationValue\")\n    case TypeIdentifier.UUID               => UuidGCValue.parse_!(\"550e8400-e29b-11d4-a716-446655440000\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/validation\/DestructiveChanges.scala","text":"<gh_stars>1000+\npackage com.prisma.deploy.validation\n\nimport com.prisma.deploy.connector.{ClientDbQueries, DeployConnector, MigrationValueGenerator}\nimport com.prisma.deploy.migration.validation._\nimport com.prisma.shared.models.FieldBehaviour.{CreatedAtBehaviour, UpdatedAtBehaviour}\nimport com.prisma.shared.models.Manifestations.{EmbeddedRelationLink, RelationTable}\nimport com.prisma.shared.models._\nimport org.scalactic.{Bad, Good, Or}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ncase class DestructiveChanges(clientDbQueries: ClientDbQueries,\n                              project: Project,\n                              nextSchema: Schema,\n                              steps: Vector[MigrationStep],\n                              deployConnector: DeployConnector)\n    extends MigrationValueGenerator {\n  val previousSchema         = project.schema\n  val isMigrationFromV1ToV11 = previousSchema.isLegacy && nextSchema.isV11\n  val isMongo                = deployConnector.capabilities.isMongo\n\n  def check: Future[Vector[DeployWarning] Or Vector[DeployError]] = {\n    checkAgainstExistingData.map { existingDataResults =>\n      val results                         = existingDataResults ++ missingCreatedAtOrUpdatedAtDirectives\n      val warnings: Vector[DeployWarning] = results.collect { case warning: DeployWarning => warning }\n      val errors: Vector[DeployError]     = results.collect { case error: DeployError => error }\n      if (errors.isEmpty) {\n        Good(warnings)\n      } else {\n        Bad(errors)\n      }\n    }\n  }\n\n  private def missingCreatedAtOrUpdatedAtDirectives = {\n    def errorMessage(fieldName: String) = {\n      s\"You are migrating to the new datamodel with the field `$fieldName` but is missing the directive `@$fieldName`. Please specify the field as `$fieldName: DateTime! @$fieldName` to keep its original behaviour.\"\n    }\n    def warningMessage(fieldName: String, changeVerb: String) = {\n      s\"You are adding the field `$fieldName` but is missing the directive `@$fieldName`. Please specify the field as `$fieldName: DateTime! @$fieldName` if you want to track the times for when a record was $changeVerb. Or deploy with `--force` to ignore this.\"\n    }\n    \/\/ Not specifying `@createdAt` or `@updatedAt` is an error when migrating from v1 to v11.\n    \/\/ It is just a one time warning when new fields are created when completely in v11 mode.\n    if (isMigrationFromV1ToV11) {\n      for {\n        model <- nextSchema.models\n        field <- model.scalarFields\n        error <- field.name match {\n                  case ReservedFields.createdAtFieldName if !field.behaviour.contains(CreatedAtBehaviour) =>\n                    Some(DeployError(model.name, field.name, errorMessage(ReservedFields.createdAtFieldName)))\n                  case ReservedFields.updatedAtFieldName if !field.behaviour.contains(UpdatedAtBehaviour) =>\n                    Some(DeployError(model.name, field.name, errorMessage(ReservedFields.updatedAtFieldName)))\n                  case _ =>\n                    None\n                }\n      } yield error\n\n    } else if (nextSchema.isV11) {\n      for {\n        createField <- steps.collect { case x: CreateField => x }\n        field       = nextSchema.getFieldByName_!(createField.model, createField.name)\n        warning <- field.name match {\n                    case ReservedFields.createdAtFieldName if !field.behaviour.contains(CreatedAtBehaviour) =>\n                      Some(DeployWarning(field.model.name, field.name, warningMessage(ReservedFields.createdAtFieldName, \"created\")))\n                    case ReservedFields.updatedAtFieldName if !field.behaviour.contains(UpdatedAtBehaviour) =>\n                      Some(DeployWarning(field.model.name, field.name, warningMessage(ReservedFields.updatedAtFieldName, \"updated\")))\n                    case _ =>\n                      None\n                  }\n      } yield warning\n    } else {\n      Vector.empty\n    }\n  }\n\n  private def checkAgainstExistingData: Future[Vector[DeployResult]] = {\n    val checkResults = steps.map {\n      case x: CreateModel    => validationSuccessful\n      case x: DeleteModel    => deleteModelValidation(x)\n      case x: UpdateModel    => validationSuccessful\n      case x: CreateField    => createFieldValidation(x)\n      case x: DeleteField    => deleteFieldValidation(x)\n      case x: UpdateField    => updateFieldValidation(x)\n      case x: CreateEnum     => validationSuccessful\n      case x: DeleteEnum     => deleteEnumValidation(x)\n      case x: UpdateEnum     => updateEnumValidation(x)\n      case x: CreateRelation => createRelationValidation(x)\n      case x: DeleteRelation => deleteRelationValidation(x)\n      case x: UpdateRelation => updateRelationValidation(x)\n      case x: UpdateSecrets  => validationSuccessful\n    }\n\n    Future.sequence(checkResults).map(_.flatten)\n  }\n\n  private def deleteModelValidation(x: DeleteModel) = {\n    val model = previousSchema.getModelByName_!(x.name)\n    clientDbQueries.existsByModel(model).map {\n      case true  => Vector(DeployWarnings.dataLossModel(x.name))\n      case false => Vector.empty\n    }\n  }\n\n  private def createFieldValidation(x: CreateField): Future[Vector[DeployResult]] = {\n    val field = nextSchema.getFieldByName_!(x.model, x.name)\n\n    def newRequiredScalarField(model: Model) = field.isScalar && field.isRequired match {\n      case true =>\n        clientDbQueries.existsByModel(model).map {\n          case true if !field.isUnique && !isMongo =>\n            Vector(DeployWarnings.migValueUsedOnNewField(model.name, field.name, migrationValueForField(field.asScalarField_!)))\n\n          case true if field.isUnique || isMongo =>\n            Vector(DeployErrors.creatingUniqueRequiredFieldWithExistingNulls(`type` = model.name, field = field.name))\n\n          case false =>\n            Vector.empty\n        }\n\n      case false =>\n        validationSuccessful\n    }\n\n    def newToOneBackRelationField(model: Model) = {\n      field match {\n        case rf: RelationField if !rf.isList && previousSchema.relations.exists(rel => rel.name == rf.relation.name) =>\n          val previousRelation                   = previousSchema.getRelationByName_!(rf.relation.name)\n          val relationSideThatCantHaveDuplicates = if (previousRelation.modelAName == model.name) RelationSide.A else RelationSide.B\n\n          clientDbQueries.existsDuplicateByRelationAndSide(previousRelation, relationSideThatCantHaveDuplicates).map {\n            case true =>\n              Vector(\n                DeployError(\n                  `type` = model.name,\n                  field = field.name,\n                  description =\n                    s\"You are adding a singular backrelation field to a type but there are already pairs in the relation that would violate that constraint.\"\n                ))\n            case false => Vector.empty\n          }\n        case _ => validationSuccessful\n      }\n    }\n\n    previousSchema.getModelByName(x.model) match {\n      case Some(existingModel) =>\n        for {\n          required     <- newRequiredScalarField(existingModel)\n          backRelation <- newToOneBackRelationField(existingModel)\n        } yield {\n          required ++ backRelation\n        }\n\n      case None =>\n        validationSuccessful\n    }\n  }\n\n  private def deleteFieldValidation(x: DeleteField) = {\n    val model = previousSchema.getModelByName_!(x.model)\n    val field = model.getFieldByName_!(x.name)\n\n    val accidentalRemovalError = field match {\n      case f if isMigrationFromV1ToV11 && f.name == ReservedFields.createdAtFieldName =>\n        Some(\n          DeployError(\n            model.name,\n            field.name,\n            s\"You are removing the field `${ReservedFields.createdAtFieldName}` while migrating to the new datamodel. Add the field `createdAt: DateTime! @createdAt` explicitly to your model to keep this functionality.\"\n          ))\n      case f if isMigrationFromV1ToV11 && f.name == ReservedFields.updatedAtFieldName =>\n        Some(\n          DeployError(\n            model.name,\n            field.name,\n            s\"You are removing the field `${ReservedFields.updatedAtFieldName}` while migrating to the new datamodel. Add the field `updatedAt: DateTime! @updatedAt` explicitly to your model to keep this functionality.\"\n          ))\n      case _ =>\n        None\n    }\n\n    val dataLossError = if (field.isScalar) {\n      clientDbQueries.existsByModel(model).map {\n        case true  => Vector(DeployWarnings.dataLossField(x.model, x.name))\n        case false => Vector.empty\n      }\n    } else {\n      validationSuccessful\n    }\n\n    dataLossError.map(errors => errors ++ accidentalRemovalError)\n  }\n\n  private def updateFieldValidation(x: UpdateField) = {\n    val model                    = previousSchema.getModelByName_!(x.model)\n    val oldField                 = model.getFieldByName_!(x.name)\n    val newField                 = nextSchema.getModelByName_!(x.newModel).getFieldByName_!(x.finalName)\n    val cardinalityChanges       = oldField.isList != newField.isList\n    val typeChanges              = oldField.typeIdentifier != newField.typeIdentifier\n    val goesFromScalarToRelation = oldField.isScalar && newField.isRelation\n    val goesFromRelationToScalar = oldField.isRelation && newField.isScalar\n    val becomesRequired          = !oldField.isRequired && newField.isRequired\n    val becomesUnique            = !oldField.isUnique && newField.isUnique\n    def isIdTypeChange: Boolean  = oldField.isScalar && newField.isScalar && oldField.asScalarField_!.isId && newField.asScalarField_!.isId && typeChanges\n\n    def warnings: Future[Vector[DeployResult]] = () match {\n      case _ if cardinalityChanges || typeChanges || goesFromRelationToScalar || goesFromScalarToRelation =>\n        clientDbQueries.existsByModel(model).map {\n          case true if newField.isRequired && newField.isScalar && !isMongo =>\n            Vector(\n              DeployWarnings.dataLossField(model.name, oldField.name),\n              DeployWarnings.migValueUsedOnExistingField(model.name, oldField.name, migrationValueForField(newField.asScalarField_!))\n            )\n\n          case true if newField.isRequired && newField.isScalar && isMongo =>\n            Vector(DeployErrors.makingFieldRequiredMongo(model.name, oldField.name))\n\n          case true =>\n            Vector(DeployWarnings.dataLossField(model.name, oldField.name))\n\n          case false =>\n            Vector.empty\n        }\n      case _ => Future.successful(Vector.empty)\n    }\n\n    def resultsForNull: Future[Vector[DeployResult]] = becomesRequired match {\n      case true =>\n        clientDbQueries.existsNullByModelAndField(model, oldField).map {\n          case true if !newField.isUnique && newField.isScalar =>\n            Vector(DeployWarnings.migValueUsedOnExistingField(`type` = model.name, field = oldField.name, migrationValueForField(newField.asScalarField_!)))\n\n          case true if !newField.isUnique && !newField.isScalar =>\n            Vector(DeployErrors.makingFieldRequired(`type` = model.name, field = oldField.name))\n\n          case true if newField.isUnique =>\n            Vector(DeployErrors.updatingUniqueRequiredFieldWithExistingNulls(`type` = model.name, field = oldField.name))\n\n          case false =>\n            Vector.empty\n        }\n      case _ =>\n        validationSuccessful\n    }\n\n    def uniqueErrors: Future[Vector[DeployError]] = becomesUnique match {\n      case true =>\n        clientDbQueries.existsDuplicateValueByModelAndField(model, oldField.asInstanceOf[ScalarField]).map {\n          case true  => Vector(DeployErrors.makingFieldUnique(`type` = model.name, field = oldField.name))\n          case false => Vector.empty\n        }\n\n      case false =>\n        validationSuccessful\n    }\n\n    def idTypeChangeError: Future[Option[DeployError]] = isIdTypeChange match {\n      case true =>\n        clientDbQueries.existsByModel(model).map {\n          case true  => Option(DeployErrors.changingTypeOfIdField(`type` = model.name, field = oldField.name))\n          case false => None\n        }\n      case false =>\n        validationSuccessfulOpt\n    }\n\n    for {\n      warnings          <- warnings\n      resultsForNull    <- resultsForNull\n      uniqueError       <- uniqueErrors\n      idTypeChangeError <- idTypeChangeError\n    } yield {\n      warnings ++ resultsForNull ++ uniqueError ++ idTypeChangeError\n    }\n  }\n\n  private def deleteEnumValidation(x: DeleteEnum) = {\n    \/\/already covered by deleteField\n    validationSuccessful\n  }\n\n  private def updateEnumValidation(x: UpdateEnum) = {\n    val oldEnum                       = previousSchema.getEnumByName_!(x.name)\n    val newEnum                       = nextSchema.getEnumByName_!(x.finalName)\n    val deletedValues: Vector[String] = oldEnum.values.filter(value => !newEnum.values.contains(value))\n\n    if (deletedValues.nonEmpty) {\n      val modelsWithFieldsThatUseEnum = previousSchema.models.filter(m => m.fields.exists(f => f.enum.isDefined && f.enum.get.name == x.name)).toVector\n      val res = deletedValues.map { deletedValue =>\n        clientDbQueries.enumValueIsInUse(modelsWithFieldsThatUseEnum, x.name, deletedValue).map {\n          case true  => Vector(DeployError.global(s\"You are deleting the value '$deletedValue' of the enum '${x.name}', but that value is in use.\"))\n          case false => Vector.empty\n        }\n      }\n      Future.sequence(res).map(_.flatten)\n\n    } else {\n      validationSuccessful\n    }\n  }\n\n  private def createRelationValidation(x: CreateRelation) = {\n\n    val nextRelation = nextSchema.getRelationByName_!(x.name)\n\n    def checkRelationSide(modelName: String) = {\n      val nextModelA      = nextSchema.getModelByName_!(modelName)\n      val nextModelAField = nextModelA.relationFields.find(field => field.relation == nextRelation)\n\n      val modelARequired = nextModelAField match {\n        case None        => false\n        case Some(field) => field.isRequired\n      }\n\n      if (modelARequired) previousSchema.getModelByName(modelName) match {\n        case Some(model) =>\n          clientDbQueries.existsByModel(model).map {\n            case true =>\n              Vector(DeployError(`type` = model.name, s\"You are creating a required relation, but there are already nodes that would violate that constraint.\"))\n            case false => Vector.empty\n          }\n\n        case None => validationSuccessful\n      } else {\n        validationSuccessful\n      }\n    }\n\n    val checks = Vector(checkRelationSide(nextRelation.modelAName), checkRelationSide(nextRelation.modelBName))\n\n    Future.sequence(checks).map(_.flatten)\n  }\n\n  private def deleteRelationValidation(x: DeleteRelation) = {\n    val previousRelation = previousSchema.getRelationByName_!(x.name)\n    dataLossForRelationValidation(previousRelation)\n  }\n\n  private def updateRelationValidation(x: UpdateRelation) = {\n    \/\/ becomes required is handled by the change on the updateField\n    val previousRelation = previousSchema.getRelationByName_!(x.name)\n    val nextRelation     = nextSchema.getRelationByName_!(x.finalName)\n\n    (previousRelation.manifestation, nextRelation.manifestation) match {\n      case (RelationTable(_, _, _, None), RelationTable(_, _, _, Some(idColumn))) =>\n        val error = DeployError(previousRelation.name, \"Adding an id field to an existing link table is forbidden.\", Some(idColumn))\n        Future.successful(Vector(error))\n\n      case (_: RelationTable, _: RelationTable) =>\n        validationSuccessful\n\n      case (_: EmbeddedRelationLink, _: RelationTable) =>\n        dataLossForRelationValidation(previousRelation)\n\n      case (_: RelationTable, _: EmbeddedRelationLink) =>\n        dataLossForRelationValidation(previousRelation)\n\n      case (p: EmbeddedRelationLink, n: EmbeddedRelationLink) =>\n        val previousModel  = previousSchema.getModelByName_!(p.inTableOfModelName)\n        val nextModel      = nextSchema.getModelByName_!(n.inTableOfModelName)\n        val modelDidChange = previousModel.stableIdentifier != nextModel.stableIdentifier\n        if (modelDidChange) {\n          dataLossForRelationValidation(previousRelation)\n        } else {\n          validationSuccessful\n        }\n    }\n  }\n\n  private def dataLossForRelationValidation(relation: Relation) = {\n    clientDbQueries.existsByRelation(relation).map {\n      case true  => Vector(DeployWarnings.dataLossRelation(relation.name))\n      case false => Vector.empty\n    }\n  }\n\n  private def validationSuccessful    = Future.successful(Vector.empty)\n  private def validationSuccessfulOpt = Future.successful(Option.empty)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-sqlite\/src\/main\/scala\/com\/prisma\/deploy\/connector\/sqlite\/SQLiteInternalDatabaseDefs.scala","text":"package com.prisma.deploy.connector.sqlite\n\nimport java.sql.Driver\n\nimport com.prisma.config.DatabaseConfig\nimport com.prisma.connector.shared.jdbc.{Databases, SlickDatabase}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport slick.jdbc.SQLiteProfile\n\ncase class SQLiteInternalDatabaseDefs(dbConfig: DatabaseConfig, driver: Driver) {\n  import slick.jdbc.SQLiteProfile.api._\n\n  val managementSchemaName = dbConfig.managementSchema.getOrElse(\"prisma\")\n\n  lazy val setupDatabases      = databases(root = true)\n  lazy val managementDatabases = databases(root = false)\n\n  def databases(root: Boolean): Databases = {\n    val masterDb = Database.forDriver(driver, \"jdbc:sqlite:management.db\")\n\n    val slickDatabase = SlickDatabase(SQLiteProfile, masterDb)\n\n    Databases(primary = slickDatabase, replica = slickDatabase)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/nonEmbedded\/RelationGraphQLSpec.scala","text":"<reponame>shrishankit\/prisma<gh_stars>1000+\npackage com.prisma.api.mutations.nonEmbedded\n\nimport com.prisma.{IgnoreMongo, IgnoreSQLite}\nimport com.prisma.api.{ApiSpecBase, TestDataModels}\nimport com.prisma.shared.models.ConnectorCapability.JoinRelationLinksCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass RelationGraphQLSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(JoinRelationLinksCapability)\n\n  \"One2One relations\" should \"only allow one item per side\" in {\n    val dms = {\n      val dm1 = \"\"\"type Owner{\n                     id: ID! @id\n                     ownerName: String @unique\n                     cat: Cat @relation(link: INLINE)\n                  }\n                  \n                  type Cat{\n                     id: ID! @id\n                     catName: String @unique\n                     owner: Owner\n                  }\"\"\"\n\n      val dm2 = \"\"\"type Owner{\n                     id: ID! @id\n                     ownerName: String @unique\n                     cat: Cat\n                  }\n                  \n                  type Cat{\n                     id: ID! @id\n                     catName: String @unique\n                     owner: Owner @relation(link: INLINE)\n                  }\"\"\"\n\n      TestDataModels(mongo = Vector(dm1, dm2), sql = Vector(dm1, dm2))\n    }\n    dms.testV11 { project =>\n      createItem(project, \"Cat\", \"garfield\")\n      createItem(project, \"Cat\", \"azrael\")\n      createItem(project, \"Owner\", \"jon\")\n      createItem(project, \"Owner\", \"gargamel\")\n\n      \/\/set initial owner\n      val res = server.query(\n        \"\"\"mutation { updateCat(\n        |  where: {catName: \"garfield\"},\n        |  data: {owner: {connect: {ownerName: \"jon\"}}}) {\n        |    catName\n        |    owner {\n        |      ownerName\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"updateCat\":{\"catName\":\"garfield\",\"owner\":{\"ownerName\":\"jon\"}}}}\"\"\")\n\n      val res2 = server.query(\"\"\"query{owner(where:{ownerName:\"jon\"}){ownerName, cat{catName}}}\"\"\", project)\n      res2.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"jon\",\"cat\":{\"catName\":\"garfield\"}}}}\"\"\")\n\n      val res3 = server.query(\"\"\"query{owner(where:{ownerName:\"gargamel\"}){ownerName, cat{catName}}}\"\"\", project)\n      res3.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"gargamel\",\"cat\":null}}}\"\"\")\n\n      \/\/change owner\n\n      val res4 = server.query(\n        \"\"\"mutation {updateCat(where: {catName: \"garfield\"},\n        |data: {owner: {connect: {ownerName: \"gargamel\"}}}) {\n        |    catName\n        |    owner {\n        |      ownerName\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      res4.toString should be(\"\"\"{\"data\":{\"updateCat\":{\"catName\":\"garfield\",\"owner\":{\"ownerName\":\"gargamel\"}}}}\"\"\")\n\n      val res5 = server.query(\"\"\"query{owner(where:{ownerName:\"jon\"}){ownerName, cat{catName}}}\"\"\", project)\n      res5.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"jon\",\"cat\":null}}}\"\"\")\n\n      val res6 = server.query(\"\"\"query{owner(where:{ownerName:\"gargamel\"}){ownerName, cat{catName}}}\"\"\", project)\n      res6.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"gargamel\",\"cat\":{\"catName\":\"garfield\"}}}}\"\"\")\n    }\n  }\n\n  \/\/Fixme this tests transactionality as well\n  \"Required One2One relations\" should \"throw an error if an update would leave one item without a partner\" taggedAs (IgnoreMongo, IgnoreSQLite) in { \/\/ TODO: Remove when transactions are back\n    val dms = {\n      val dm1 = \"\"\"type Owner{\n                     id: ID! @id\n                     ownerName: String @unique\n                     cat: Cat! @relation(link: INLINE)\n                  }\n\n                  type Cat{\n                     id: ID! @id\n                     catName: String @unique\n                     owner: Owner!\n                  }\"\"\"\n\n      val dm2 = \"\"\"type Owner{\n                     id: ID! @id\n                     ownerName: String @unique\n                     cat: Cat!\n                  }\n\n                  type Cat{\n                     id: ID! @id\n                     catName: String @unique\n                     owner: Owner! @relation(link: INLINE)\n                  }\"\"\"\n\n      TestDataModels(mongo = Vector(dm1, dm2), sql = Vector(dm1, dm2))\n    }\n    dms.testV11 { project =>\n      \/\/set initial owner\n      val res = server.query(\n        \"\"\"mutation {createOwner(\n        |data: {ownerName: \"jon\", cat : {create: {catName: \"garfield\"}}}) {\n        |    ownerName\n        |    cat {\n        |      catName\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n        project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"createOwner\":{\"ownerName\":\"jon\",\"cat\":{\"catName\":\"garfield\"}}}}\"\"\")\n\n      val res2 = server.query(\"\"\"query{owner(where:{ownerName:\"jon\"}){ownerName, cat{catName}}}\"\"\", project)\n      res2.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"jon\",\"cat\":{\"catName\":\"garfield\"}}}}\"\"\")\n\n      \/\/create new owner and connect to garfield\n\n      server.queryThatMustFail(\n        \"\"\"mutation {createOwner(\n        |data: {ownerName: \"gargamel\", cat : {connect: {catName: \"garfield\"}}}) {\n        |    ownerName\n        |    cat {\n        |      catName\n        |    }\n        |  }\n        |}\"\"\",\n        project,\n        errorCode = 3042,\n        errorContains = \"The change you are trying to make would violate the required relation 'CatToOwner' between Cat and Owner\"\n      )\n\n      val res5 = server.query(\"\"\"query{owner(where:{ownerName:\"jon\"}){ownerName, cat{catName}}}\"\"\", project)\n      res5.toString should be(\"\"\"{\"data\":{\"owner\":{\"ownerName\":\"jon\",\"cat\":{\"catName\":\"garfield\"}}}}\"\"\")\n\n      val res6 = server.query(\"\"\"query{owner(where:{ownerName:\"gargamel\"}){ownerName, cat{catName}}}\"\"\", project)\n      res6.toString should be(\"\"\"{\"data\":{\"owner\":null}}\"\"\")\n    }\n  }\n\n  def createItem(project: Project, modelName: String, name: String): Unit = {\n    modelName match {\n      case \"Cat\"   => server.query(s\"\"\"mutation {createCat(data: {catName: \"$name\"}){id}}\"\"\", project)\n      case \"Owner\" => server.query(s\"\"\"mutation {createOwner(data: {ownerName: \"$name\"}){id}}\"\"\", project)\n    }\n  }\n\n  def countItems(project: Project, name: String): Int = {\n    server.query(s\"\"\"query{$name{id}}\"\"\", project).pathAsSeq(s\"data.$name\").length\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/embedded\/nestedMutations\/nonEmbeddedToEmbedded\/EmbeddedNestedUpdateManyMutationInsideUpdateSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.api.mutations.embedded.nestedMutations.nonEmbeddedToEmbedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.mutations.nonEmbedded.nestedMutations.SchemaBaseV11\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EmbeddedNestedUpdateManyMutationInsideUpdateSpec extends FlatSpec with Matchers with ApiSpecBase with SchemaBaseV11 {\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n\n  \"A 1-n relation\" should \"error if trying to use nestedUpdateMany\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedP1opt }\n    database.setup(project)\n\n    val parent1Id = server\n      .query(\n        \"\"\"mutation {\n          |  createParent(data: {p: \"p1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createParent.id\")\n\n    val res = server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |  where:{id: \"$parent1Id\"}\n         |  data:{\n         |    p: \"p2\"\n         |    childOpt: {updateMany: {\n         |        where:{c: \"c\"}\n         |        data: {c: \"newC\"}\n         |    \n         |    }}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 0,\n      errorContains = \"\"\"Reason: 'childOpt.updateMany' Field 'updateMany' is not defined in the input type 'ChildUpdateOneInput'.\"\"\"\n    )\n  }\n\n  \"a PM to CM  relation \" should \"work\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedPM }\n    database.setup(project)\n\n    setupData(project)\n\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {updateMany: {\n         |        where: {c_contains:\"c\"}\n         |        data: {test: \"updated\"}\n         |    }}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |      test\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    dataResolver(project).countByTable(project.schema.getModelByName_!(\"Parent\").dbName).await should be(2)\n\n    server.query(\"query{parents{p,childrenOpt{c, test}}}\", project).toString() should be(\n      \"\"\"{\"data\":{\"parents\":[{\"p\":\"p1\",\"childrenOpt\":[{\"c\":\"c1\",\"test\":\"updated\"},{\"c\":\"c2\",\"test\":\"updated\"}]},{\"p\":\"p2\",\"childrenOpt\":[{\"c\":\"c3\",\"test\":null},{\"c\":\"c4\",\"test\":null}]}]}}\"\"\")\n  }\n\n  \"a PM to CM  relation \" should \"work with several updateManys\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedPM }\n    database.setup(project)\n\n    setupData(project)\n\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {updateMany: [\n         |    {\n         |        where: {c_contains:\"1\"}\n         |        data: {test: \"updated1\"}\n         |    },\n         |    {\n         |        where: {c_contains:\"2\"}\n         |        data: {test: \"updated2\"}\n         |    }\n         |    ]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |      test\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    dataResolver(project).countByTable(project.schema.getModelByName_!(\"Parent\").dbName).await should be(2)\n\n    server.query(\"query{parents{p,childrenOpt{c, test}}}\", project).toString() should be(\n      \"\"\"{\"data\":{\"parents\":[{\"p\":\"p1\",\"childrenOpt\":[{\"c\":\"c1\",\"test\":\"updated1\"},{\"c\":\"c2\",\"test\":\"updated2\"}]},{\"p\":\"p2\",\"childrenOpt\":[{\"c\":\"c3\",\"test\":null},{\"c\":\"c4\",\"test\":null}]}]}}\"\"\")\n  }\n\n  \"a PM to CM relation \" should \"work with empty Filter\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedPM }\n    database.setup(project)\n\n    setupData(project)\n\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {updateMany: [\n         |    {\n         |        where: {}\n         |        data: {test: \"updated1\"}\n         |    }\n         |    ]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |      test\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    dataResolver(project).countByTable(project.schema.getModelByName_!(\"Parent\").dbName).await should be(2)\n\n    server.query(\"query{parents{p,childrenOpt{c, test}}}\", project).toString() should be(\n      \"\"\"{\"data\":{\"parents\":[{\"p\":\"p1\",\"childrenOpt\":[{\"c\":\"c1\",\"test\":\"updated1\"},{\"c\":\"c2\",\"test\":\"updated1\"}]},{\"p\":\"p2\",\"childrenOpt\":[{\"c\":\"c3\",\"test\":null},{\"c\":\"c4\",\"test\":null}]}]}}\"\"\")\n  }\n\n  \"a PM to CM  relation \" should \"not change anything when there is no hit\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedPM }\n    database.setup(project)\n\n    setupData(project)\n\n    server.query(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {updateMany: [\n         |    {\n         |        where: {c_contains:\"3\"}\n         |        data: {test: \"updated3\"}\n         |    },\n         |    {\n         |        where: {c_contains:\"4\"}\n         |        data: {test: \"updated4\"}\n         |    }\n         |    ]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |      test\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    dataResolver(project).countByTable(project.schema.getModelByName_!(\"Parent\").dbName).await should be(2)\n\n    server.query(\"query{parents{p,childrenOpt{c, test}}}\", project).toString() should be(\n      \"\"\"{\"data\":{\"parents\":[{\"p\":\"p1\",\"childrenOpt\":[{\"c\":\"c1\",\"test\":null},{\"c\":\"c2\",\"test\":null}]},{\"p\":\"p2\",\"childrenOpt\":[{\"c\":\"c3\",\"test\":null},{\"c\":\"c4\",\"test\":null}]}]}}\"\"\")\n  }\n\n  \/\/optional ordering\n\n  \"a PM to CM  relation \" should \"work when multiple filters hit\" in {\n    val project = SchemaDsl.fromStringV11() { embeddedPM }\n    database.setup(project)\n\n    setupData(project)\n\n    server.queryThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateParent(\n         |    where: {p: \"p1\"}\n         |    data:{\n         |    childrenOpt: {updateMany: [\n         |    {\n         |        where: {c_contains:\"c\"}\n         |        data: {test: \"updated1\"}\n         |    },\n         |    {\n         |        where: {c_contains:\"c1\"}\n         |        data: {test: \"updated2\"}\n         |    }\n         |    ]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |      test\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3043,\n      errorContains =\n        \"\"\"You have several updates affecting the same area of the document underlying Parent. MongoMessage: Update created a conflict at 'childrenOpt.0.test'\"\"\"\n    )\n  }\n\n  private def setupData(project: Project) = {\n    server.query(\n      \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childrenOpt: {\n        |      create: [{c: \"c1\"},{c: \"c2\"}]\n        |    }\n        |  }){\n        |    childrenOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    server.query(\n      \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p2\"\n        |    childrenOpt: {\n        |      create: [{c: \"c3\"},{c: \"c4\"}]\n        |    }\n        |  }){\n        |    childrenOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/embedded\/DeleteManyBugSpec.scala","text":"<gh_stars>1000+\npackage com.prisma.api.mutations.embedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeleteManyBugSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n\n  val schema =\n    \"\"\"type User {\n      |  id: ID! @id\n      |  name: String! @unique\n      |  balances: [Balance!]!\n      |}\n      |\n      |type Balance @embedded {\n      |    currency: String!\n      |    platform: String!\n      |    amount: Float!\n      |}\"\"\"\n\n  lazy val project: Project = SchemaDsl.fromStringV11() { schema }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n  }\n\n  override def beforeEach(): Unit = database.truncateProjectTables(project)\n\n  \"The delete many Mutation\" should \"delete the items matching the where relation filter\" in {\n\n    server.query(\n      s\"\"\"mutation {\n         |  createUser(\n         |    data: {\n         |      name: \"user\"\n         |      balances: {\n         |        create: [\n         |          {platform: \"OnlineWallet\", currency: \"BTC\", amount: 1}\n         |          {platform: \"PaperWallet\", currency: \"BTC\", amount: 1}\n         |          {platform: \"OnlineWallet\", currency: \"ETH\", amount: 1}\n         |        ]\n         |      }\n         |    }\n         |  ) {\n         |    id\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n\n    val res = server.query(\n      s\"\"\"mutation {\n         |  updateUser(\n         |    data: { balances: { deleteMany: { platform: \"PaperWallet\", currency: \"BTC\" } } }\n         |    where: { name: \"user\" }\n         |  ) {\n         |    name\n         |    balances {\n         |      platform\n         |      currency\n         |    }\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n\n    res.toString should be(\n      \"\"\"{\"data\":{\"updateUser\":{\"name\":\"user\",\"balances\":[{\"platform\":\"OnlineWallet\",\"currency\":\"BTC\"},{\"platform\":\"OnlineWallet\",\"currency\":\"ETH\"}]}}}\"\"\")\n\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/DatabaseSchemaValidatorSpec.scala","text":"<filename>server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/DatabaseSchemaValidatorSpec.scala\npackage com.prisma.deploy.migration\nimport com.prisma.deploy.connector.DatabaseSchema\nimport com.prisma.deploy.migration.validation.DeployError\nimport com.prisma.deploy.specutils.PassiveDeploySpecBase\nimport com.prisma.shared.models.{ConnectorCapabilities, ConnectorCapability}\nimport com.prisma.shared.models.ConnectorCapability._\nimport org.scalatest.{Matchers, WordSpecLike}\n\nclass DatabaseSchemaValidatorSpec extends WordSpecLike with Matchers with PassiveDeploySpecBase {\n  override def runOnlyForCapabilities = Set(MigrationsCapability)\n\n  \"it should error if a table is missing\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id INTEGER PRIMARY KEY\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"a_wrong_table_name\"){\n         |  id: Int! @id\n         |  title: Int!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(empty)\n    error.description should be(\"Could not find the table for the model `Blog` in the database.\")\n  }\n\n  \"it should error if a column is missing\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id INTEGER PRIMARY KEY NOT NULL\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  title: Int!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"title\"))\n    error.description should be(\"Could not find the column for the field `title` in the database.\")\n  }\n\n  \"it should error if a column exists but it has the wrong type\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   title text\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   title mediumtext\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   title mediumtext\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  title: Int!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"title\"))\n    error.description should be(\n      \"The underlying column for the field `title` has an incompatible type. The field has type `Int` and the column has type `String`.\")\n  }\n\n  \"it should error if a column is required but the field is not required\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   title text NOT NULL\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   title mediumtext NOT NULL\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   title mediumtext NOT NULL\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  title: String\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"title\"))\n    error.description should be(\n      \"The underlying column for the field `title` is required but the field is declared optional. Please declare it as required: `title: String!`.\")\n  }\n\n  \"it should error if a column is not required but the field is required\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   title text\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   title mediumtext\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   title mediumtext\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  title: String!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"title\"))\n    error.description should be(\n      \"The underlying column for the field `title` is optional but the field is declared required. Please declare it as optional by removing the `!`: `title: String`.\")\n  }\n\n  \"it should succeed if an id column has the right type\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id varchar(25) PRIMARY KEY\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id char(25), PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id char(25) PRIMARY KEY NOT NULL\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: ID! @id\n         |}\n       \"\"\".stripMargin\n\n    deploy(dataModel, ConnectorCapabilities(IntIdCapability))\n  }\n\n  \"it should succeed if an inline relation field exists\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   author int references author(id)\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL,\n         |   PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   author int, FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   author int,\n         |   FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    deploy(dataModel, ConnectorCapabilities(IntIdCapability))\n  }\n\n  \"it should error if an inline relation field is required but the column is optional\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   author int references author(id)\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL,\n         |   PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   author int, FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   author int,\n         |   FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author! @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"author\"))\n    error.description should be(\n      \"The underlying column for the field `author` is optional but the field is declared required. Please declare it as optional by removing the `!`: `author: Author`.\")\n  }\n\n  \"it should error if an inline relation field is optional but the column is required\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   author int NOT NULL references author(id)\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL,\n         |   PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   author int NOT NULL, FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   author int NOT NULL,\n         |   FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"author\"))\n    error.description should be(\n      \"The underlying column for the field `author` is required but the field is declared optional. Please declare it as required: `author: Author!`.\")\n  }\n\n  \"it should error if the column for an inline relation field is missing\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author! @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"author\"))\n    error.description should be(\"Could not find the column for the inline relation field `author` in the database.\")\n  }\n\n  \"it should error if the foreign key constraint for an inline relation field is referencing the wrong table\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE wrong_table (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   author int references wrong_table(id)\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE wrong_table (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   author int, FOREIGN KEY (author) REFERENCES wrong_table(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.wrong_table (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   author int, FOREIGN KEY (author) REFERENCES wrong_table(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author! @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"author\"))\n    error.description should be(\n      \"The column for the inline relation field `author` is not referencing the right table. It should reference the table of model `Author` but is referencing the table `wrong_table`.\")\n  }\n\n  \"it should error if the foreign key constraint for an inline relation field is referencing a column which is not the id\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY,\n         |   nick int UNIQUE\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY,\n         |   author int references author(nick)\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author(\n         |   id int NOT NULL,\n         |   nick int, UNIQUE KEY(nick)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id),\n         |   author int, FOREIGN KEY (author) REFERENCES author(nick)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author(\n         |   id int PRIMARY KEY NOT NULL,\n         |   nick int UNIQUE\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL,\n         |   author int, FOREIGN KEY (author) REFERENCES author(nick)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  author: Author! @relation(link: INLINE)\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"author\"))\n    error.description should be(\n      \"The column for the inline relation field `author` is not referencing a valid column. Those columns must always reference the column of the id field of related model. So it should reference `id` instead of `nick`.\")\n  }\n\n  \"it should error if a @relationTable is missing in the database\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         |);\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  authors: [Author] @relation(name:\"BlogToAuthor\")\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n         |\n         |type BlogToAuthor @relationTable @db(name:\"blog_to_author\"){\n         |  id: ID! @id\n         |  blog: Blog!\n         |  author: Author!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, RelationLinkTableCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"BlogToAuthor\")\n    error.field should be(empty)\n    error.description should be(\"Could not find the table `blog_to_author` for the relation `BlogToAuthor` in the database.\")\n  }\n\n  \"it should error if the id column of a @relationTable is missing in the database\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_to_author (\n         |   blog int references blog(id),\n         |   author int references author(id)\n         | )\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_to_author(\n         |   author int, FOREIGN KEY (author) REFERENCES author(id),\n         |   blog int, FOREIGN KEY (blog) REFERENCES blog(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog_to_author(\n         |   author int,\n         |   blog int,\n         |   FOREIGN KEY (blog) REFERENCES blog(id),\n         |   FOREIGN KEY (author) REFERENCES author(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  authors: [Author] @relation(name:\"BlogToAuthor\")\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n         |\n         |type BlogToAuthor @relationTable @db(name:\"blog_to_author\"){\n         |  id: ID! @id\n         |  blog: Blog!\n         |  author: Author!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, RelationLinkTableCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"BlogToAuthor\")\n    error.field should be(Some(\"id\"))\n    error.description should be(\"The link table `BlogToAuthor` is missing the column `id`.\")\n  }\n\n  \"it should succeed if the @relationTable matches the relation table in database\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_to_author (\n         |   blog int references blog(id),\n         |   author int references author(id)\n         | );\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_to_author(\n         |   author int, FOREIGN KEY (author) REFERENCES author(id),\n         |   blog int, FOREIGN KEY (blog) REFERENCES blog(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author(\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog_to_author(\n         |   author int,\n         |   blog int,\n         |   FOREIGN KEY (author) REFERENCES author(id),\n         |   FOREIGN KEY (blog) REFERENCES blog(id)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  authors: [Author] @relation(name:\"BlogToAuthor\")\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n         |\n         |type BlogToAuthor @relationTable @db(name:\"blog_to_author\"){\n         |  blog: Blog!\n         |  author: Author!\n         |}\n       \"\"\".stripMargin\n\n    deploy(dataModel, ConnectorCapabilities(IntIdCapability, RelationLinkTableCapability))\n  }\n\n  \"it should error if a column misses a foreign key constraint\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_to_author (\n         |   blog int,\n         |   author int\n         | )\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_to_author(\n         |   author int,\n         |   blog int\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author(\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog_to_author(\n         |   author int,\n         |   blog int\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  authors: [Author] @relation(name:\"BlogToAuthor\")\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n         |\n         |type BlogToAuthor @relationTable @db(name:\"blog_to_author\"){\n         |  blog: Blog!\n         |  author: Author!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, RelationLinkTableCapability))\n    errors should have(size(2))\n    val (error1, error2) = (errors(0), errors(1))\n    error1.`type` should be(\"BlogToAuthor\")\n    error1.field should be(Some(\"author\"))\n    error1.description should be(\"The column `author` for the relation table `blog_to_author` is missing a foreign key constraint.\")\n    error2.`type` should be(\"BlogToAuthor\")\n    error2.field should be(Some(\"blog\"))\n    error2.description should be(\"The column `blog` for the relation table `blog_to_author` is missing a foreign key constraint.\")\n  }\n\n  \"it should error if a column of a relation table is referencing the wrong table\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE wrong_table(\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_to_author (\n         |   blog int references wrong_table(id),\n         |   author int references wrong_table(id)\n         | )\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE author (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE wrong_table(\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_to_author(\n         |   blog int, FOREIGN KEY (blog) REFERENCES wrong_table(id),\n         |   author int, FOREIGN KEY (author) REFERENCES wrong_table(id)\n         | )\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.author (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.wrong_table(\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         |\n         | CREATE TABLE $projectId.blog_to_author(\n         |   blog int,\n         |   author int,\n         |   FOREIGN KEY (blog) REFERENCES wrong_table(id),\n         |   FOREIGN KEY (author) REFERENCES wrong_table(id)\n         | )\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  authors: [Author] @relation(name:\"BlogToAuthor\")\n         |}\n         |\n         |type Author @db(name: \"author\"){\n         |  id: Int! @id\n         |}\n         |\n         |type BlogToAuthor @relationTable @db(name:\"blog_to_author\"){\n         |  blog: Blog!\n         |  author: Author!\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, RelationLinkTableCapability))\n    errors should have(size(2))\n    val (error1, error2) = (errors(0), errors(1))\n    error1.`type` should be(\"BlogToAuthor\")\n    error1.field should be(Some(\"author\"))\n    error1.description should be(\n      \"The column `author` of the relation table `blog_to_author` is not referencing the right table. It should reference the table of model `Author` but is referencing the table `wrong_table`.\")\n    error2.`type` should be(\"BlogToAuthor\")\n    error2.field should be(Some(\"blog\"))\n    error2.description should be(\n      \"The column `blog` of the relation table `blog_to_author` is not referencing the right table. It should reference the table of model `Blog` but is referencing the table `wrong_table`.\")\n  }\n\n  \"it should succeed if the underlying table for a legacy scalar list field does exist\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_tags (\n         |   \"nodeId\" varchar(25) NOT NULL,\n         |   \"position\" int4 NOT NULL,\n         |   \"value\" text NOT NULL,\n         |   PRIMARY KEY (\"nodeId\",\"position\")\n         | )\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_tags (\n         |   `nodeId` char(25) NOT NULL,\n         |   `position` int NOT NULL,\n         |   `value` mediumtext NOT NULL,\n         |   PRIMARY KEY (`nodeId`,`position`)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog_tags (\n         |   `nodeId` char(25) NOT NULL,\n         |   `position` int NOT NULL,\n         |   `value` mediumtext NOT NULL,\n         |   PRIMARY KEY (`nodeId`,`position`)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  tags: [Json] @scalarList(strategy: RELATION)\n         |}\n       \"\"\".stripMargin\n\n    deploy(dataModel, ConnectorCapabilities(IntIdCapability, NonEmbeddedScalarListCapability))\n  }\n\n  \"it should error if the underlying table for a legacy scalar list field does not exist\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  tags: [String] @scalarList(strategy: RELATION)\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, NonEmbeddedScalarListCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Blog\")\n    error.field should be(Some(\"tags\"))\n    error.description should be(\"Could not find the underlying table for the scalar list field `tags`.\")\n  }\n\n  \"it should error if the columns in underlying table for a legacy scalar list field have the wrong type\" in {\n    val postgres =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id SERIAL PRIMARY KEY\n         | );\n         | CREATE TABLE blog_tags (\n         |   \"nodeId\" boolean NOT NULL,\n         |   \"position\" boolean NOT NULL,\n         |   \"value\" boolean NOT NULL,\n         |   PRIMARY KEY (\"nodeId\",\"position\")\n         | );\n       \"\"\".stripMargin\n\n    val mysql =\n      s\"\"\"\n         | CREATE TABLE blog (\n         |   id int NOT NULL, PRIMARY KEY(id)\n         | );\n         | CREATE TABLE blog_tags (\n         |   `nodeId` bool NOT NULL,\n         |   `position` bool NOT NULL,\n         |   `value` bool NOT NULL,\n         |   PRIMARY KEY (`nodeId`,`position`)\n         | );\n       \"\"\".stripMargin\n\n    val sqlite =\n      s\"\"\"\n         | CREATE TABLE $projectId.blog (\n         |   id int PRIMARY KEY NOT NULL\n         | );\n         | CREATE TABLE $projectId.blog_tags (\n         |   `nodeId` bool NOT NULL,\n         |   `position` bool NOT NULL,\n         |   `value` bool NOT NULL,\n         |   PRIMARY KEY (`nodeId`,`position`)\n         | );\n       \"\"\".stripMargin\n\n    setup(SQLs(postgres = postgres, mysql = mysql, sqlite = sqlite))\n\n    val dataModel =\n      s\"\"\"\n         |type Blog @db(name: \"blog\"){\n         |  id: Int! @id\n         |  tags: [String] @scalarList(strategy: RELATION)\n         |}\n       \"\"\".stripMargin\n\n    val errors = deployThatMustError(dataModel, ConnectorCapabilities(IntIdCapability, NonEmbeddedScalarListCapability))\n    errors should have(size(3))\n    errors.forall(_.`type` == \"Blog\") should be(true)\n    errors.forall(_.field.contains(\"tags\")) should be(true)\n    val (error1, error2, error3) = (errors(0), errors(1), errors(2))\n    error1.description should be(\n      \"The column `nodeId` in the underlying table for the scalar list field `tags` has the wrong type. It has the type `Boolean` but it should have the type `String`.\")\n    error2.description should be(\n      \"The column `position` in the underlying table for the scalar list field `tags` has the wrong type. It has the type `Boolean` but it should have the type `Int`.\")\n    error3.description should be(\n      \"The column `value` in the underlying table for the scalar list field `tags` has the wrong type. It has the type `Boolean` but it should have the type `String`.\")\n  }\n\n  private def deployThatMustError(dataModel: String, capabilities: ConnectorCapabilities): Vector[DeployError] = {\n    val actualCapabilities = ConnectorCapabilities(capabilities.capabilities ++ Set(IntrospectionCapability))\n    val result             = deployThatMustError(dataModel, actualCapabilities, noMigration = true)\n    println(result)\n    result\n  }\n\n  private def deploy(dataModel: String, capabilities: ConnectorCapabilities): DatabaseSchema = {\n    val actualCapabilities = ConnectorCapabilities(capabilities.capabilities ++ Set(IntrospectionCapability))\n    val result             = deploy(dataModel, actualCapabilities, noMigration = true)\n    result\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/SingleItemQuerySpec.scala","text":"package com.prisma.api.queries\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers, WordSpecLike}\n\nclass SingleItemQuerySpec extends WordSpecLike with Matchers with ApiSpecBase {\n\n  \"should return null if the id does not exist\" in {\n    ifIsNotPrisma2 {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |}\n      \"\"\".stripMargin\n      }\n      database.setup(project)\n\n      val result = server.query(\n        s\"\"\"{\n           |  todo(where: {id: \"5beea4aa6183dd734b2dbd9b\"}){\n           |    ...todoFields\n           |  }\n           |}\n           |\n           |fragment todoFields on Todo {\n           |  id\n           |  title\n           |}\n           |\"\"\".stripMargin,\n        project\n      )\n\n      result.toString should equal(\"\"\"{\"data\":{\"todo\":null}}\"\"\")\n    }\n  }\n\n  \"should work by id\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val title = \"Hello World!\"\n    val id = server\n      .query(s\"\"\"mutation {\n        |  createTodo(data: {title: \"$title\"}) {\n        |    id\n        |  }\n        |}\"\"\".stripMargin,\n             project)\n      .pathAsString(\"data.createTodo.id\")\n\n    val result = server.query(s\"\"\"{\n        |  todo(where: {id: \"$id\"}){\n        |    id\n        |    title\n        |  }\n        |}\"\"\".stripMargin,\n                              project)\n\n    result.pathAsString(\"data.todo.title\") should equal(title)\n  }\n\n  \"should work by any unique field\" in {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Todo {\n        |  id: ID! @id\n        |  title: String!\n        |  alias: String! @unique\n        |}\n      \"\"\".stripMargin\n    }\n    database.setup(project)\n\n    val title = \"Hello World!\"\n    val alias = \"my-alias\"\n    server.query(\n      s\"\"\"mutation {\n         |  createTodo(data: {title: \"$title\", alias: \"$alias\"}) {\n         |    id\n         |  }\n         |}\"\"\".stripMargin,\n      project\n    )\n\n    val result = server.query(\n      s\"\"\"{\n          |  todo(where: {alias: \"$alias\"}){\n          |    id\n          |    title\n          |  }\n          |}\"\"\".stripMargin,\n      project\n    )\n\n    result.pathAsString(\"data.todo.title\") should equal(title)\n  }\n\n  \"should respect custom db names\" in {\n    ifIsNotPrisma2 {\n      val project = SchemaDsl.fromStringV11() {\n        \"\"\"\n          |type Todo @db(name: \"my_table\") {\n          |  id: ID! @id\n          |  title: String @db(name: \"my_column\")\n          |}\n        \"\"\".stripMargin\n      }\n      database.setup(project)\n\n      val result = server.query(\n        s\"\"\"{\n           |  todo(where: {id: \"5beea4aa6183dd734b2dbd9b\"}){\n           |    ...todoFields\n           |  }\n           |}\n           |\n           |fragment todoFields on Todo {\n           |  id\n           |  title\n           |}\n           |\"\"\".stripMargin,\n        project\n      )\n\n      result.toString should equal(\"\"\"{\"data\":{\"todo\":null}}\"\"\")\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/impl\/CreateNodeInterpreters.scala","text":"<gh_stars>1000+\npackage com.prisma.api.connector.jdbc.impl\n\nimport java.sql.{SQLException, SQLIntegrityConstraintViolationException}\n\nimport com.prisma.api.connector._\nimport com.prisma.api.connector.jdbc.database.JdbcActionsBuilder\nimport com.prisma.api.connector.jdbc.{NestedDatabaseMutactionInterpreter, TopLevelDatabaseMutactionInterpreter}\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.{IdGCValue, RootGCValue}\nimport com.prisma.shared.models.RelationField\nimport slick.dbio._\n\nimport scala.concurrent.ExecutionContext\n\ncase class CreateNodeInterpreter(\n    mutaction: CreateNode\n)(implicit ec: ExecutionContext)\n    extends TopLevelDatabaseMutactionInterpreter {\n  val model = mutaction.model\n\n  override def dbioAction(mutationBuilder: JdbcActionsBuilder): DBIO[DatabaseMutactionResult] = {\n    for {\n      id <- mutationBuilder.createNode(model, mutaction.nonListArgs)\n      _  <- mutationBuilder.createScalarListValuesForNodeId(model, id, mutaction.listArgs)\n    } yield CreateNodeResult(id, mutaction)\n  }\n\n  override val errorMapper = {\n    case e: SQLException if e.getSQLState == \"23505\" && GetFieldFromSQLUniqueException.getFieldOption(mutaction.project, mutaction.model, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(model.name, GetFieldFromSQLUniqueException.getFieldOption(mutaction.project, mutaction.model, e).get)\n\n    case e: SQLException if e.getSQLState == \"23505\" && e.getMessage.contains(s\"${model.dbName}_pkey\") =>\n      APIErrors.UniqueConstraintViolation(model.name, s\"Field name = \" + model.idField_!.name)\n\n    case e: SQLException if e.getSQLState == \"23503\" =>\n      APIErrors.NodeDoesNotExist(\"\")\n\n    case e: SQLIntegrityConstraintViolationException\n        if e.getErrorCode == 1062 && GetFieldFromSQLUniqueException.getFieldOptionMySql(mutaction.nonListArgs.keys, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(model.name, GetFieldFromSQLUniqueException.getFieldOptionMySql(mutaction.nonListArgs.keys, e).get)\n\n    case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1062 && e.getMessage.contains(\"'PRIMARY'\") =>\n      APIErrors.UniqueConstraintViolation(model.name, s\"Field name = \" + model.idField_!.name)\n\n    case e: SQLException if e.getErrorCode == 19 && GetFieldFromSQLUniqueException.getFieldOptionSQLite(mutaction.nonListArgs.keys, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(model.name, GetFieldFromSQLUniqueException.getFieldOptionSQLite(mutaction.nonListArgs.keys, e).get)\n  }\n\n}\n\ncase class NestedCreateNodeInterpreter(\n    mutaction: NestedCreateNode\n)(implicit val ec: ExecutionContext)\n    extends NestedDatabaseMutactionInterpreter\n    with NestedRelationInterpreterBase {\n\n  override def relationField = mutaction.relationField\n  val relatedModel           = relationField.relatedModel_!\n\n  override def dbioAction(mutationBuilder: JdbcActionsBuilder, parentId: IdGCValue) = {\n    implicit val implicitMb = mutationBuilder\n    for {\n      _  <- DBIO.seq(requiredCheck(parentId), removalAction(parentId))\n      id <- createNodeAndConnectToParent(relationField, mutationBuilder, parentId)\n      _  <- mutationBuilder.createScalarListValuesForNodeId(relatedModel, id, mutaction.listArgs)\n    } yield CreateNodeResult(id, mutaction)\n  }\n\n  private def createNodeAndConnectToParent(\n      relationField: RelationField,\n      mutationBuilder: JdbcActionsBuilder,\n      parentId: IdGCValue\n  )(implicit ec: ExecutionContext) = {\n    relationField.relatedField.relationIsInlinedInParent match {\n      case true =>\n        val argsMap      = mutaction.nonListArgs.raw.asRoot.map\n        val modifiedArgs = argsMap.updated(relationField.relatedField.name, parentId)\n        mutationBuilder.createNode(relatedModel, PrismaArgs(RootGCValue(modifiedArgs)))\n      case false =>\n        for {\n          id <- mutationBuilder.createNode(relatedModel, mutaction.nonListArgs)\n          _  <- mutationBuilder.createRelation(relationField, parentId, id)\n        } yield id\n\n    }\n  }\n\n  def requiredCheck(parentId: IdGCValue)(implicit mutationBuilder: JdbcActionsBuilder): DBIO[Unit] = {\n    mutaction.topIsCreate match {\n      case false =>\n        (p.isList, p.isRequired, c.isList, c.isRequired) match {\n          case (false, true, false, true)   => requiredRelationViolation\n          case (false, true, false, false)  => noCheckRequired\n          case (false, false, false, true)  => checkForOldChild(parentId)\n          case (false, false, false, false) => noCheckRequired\n          case (true, false, false, true)   => noCheckRequired\n          case (true, false, false, false)  => noCheckRequired\n          case (false, true, true, false)   => noCheckRequired\n          case (false, false, true, false)  => noCheckRequired\n          case (true, false, true, false)   => noCheckRequired\n          case _                            => errorBecauseManySideIsRequired\n        }\n\n      case true =>\n        noCheckRequired\n    }\n  }\n\n  def removalAction(parentId: IdGCValue)(implicit mutationBuilder: JdbcActionsBuilder): DBIO[_] =\n    mutaction.topIsCreate match {\n      case false =>\n        (p.isList, c.isList) match {\n          case (false, false) => removalByParent(parentId)\n          case (true, false)  => noActionRequired\n          case (false, true)  => removalByParent(parentId)\n          case (true, true)   => noActionRequired\n        }\n\n      case true =>\n        noActionRequired\n    }\n\n  override val errorMapper = {\n    case e: SQLException if e.getSQLState == \"23505\" && GetFieldFromSQLUniqueException.getFieldOption(mutaction.project, relatedModel, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(relatedModel.name, GetFieldFromSQLUniqueException.getFieldOption(mutaction.project, relatedModel, e).get)\n\n    case e: SQLException if e.getSQLState == \"23505\" && e.getMessage.contains(s\"${relatedModel.dbName}_pkey\") =>\n      APIErrors.UniqueConstraintViolation(relatedModel.name, s\"Field name = \" + relatedModel.idField_!.name)\n\n    case e: SQLException if e.getSQLState == \"23503\" => \/\/Foreign Key Violation\n      APIErrors.NodeDoesNotExist(\"\")\n\n    case e: SQLIntegrityConstraintViolationException\n        if e.getErrorCode == 1062 && GetFieldFromSQLUniqueException.getFieldOptionMySql(mutaction.nonListArgs.keys, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(relatedModel.name, GetFieldFromSQLUniqueException.getFieldOptionMySql(mutaction.nonListArgs.keys, e).get)\n\n    case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1062 && e.getMessage.contains(\"'PRIMARY'\") =>\n      APIErrors.UniqueConstraintViolation(relatedModel.name, s\"Field name = \" + relatedModel.idField_!.name)\n\n    case e: SQLException if e.getErrorCode == 19 && GetFieldFromSQLUniqueException.getFieldOptionSQLite(mutaction.nonListArgs.keys, e).isDefined =>\n      APIErrors.UniqueConstraintViolation(relatedModel.name, GetFieldFromSQLUniqueException.getFieldOptionSQLite(mutaction.nonListArgs.keys, e).get)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/embedded\/MongoPrototypingSpec.scala","text":"package com.prisma.api.mutations.embedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass MongoPrototypingSpec extends FlatSpec with Matchers with ApiSpecBase {\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n\n  \"Simple unique index\" should \"work\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Top {\n        |   id: ID! @id\n        |   unique: Int! @unique\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 11111,\n         |   name: \"Top\"\n         |}){\n         |  unique,\n         |  name\n         |}}\"\"\",\n      project\n    )\n\n    server.queryThatMustFail(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 11111,\n         |   name: \"Top\"\n         |}){\n         |  unique,\n         |  name\n         |}}\"\"\",\n      project,\n      3010,\n      errorContains = \"\"\"A unique constraint would be violated on Top. Details: Field name = unique\"\"\"\n    )\n  }\n\n  \/\/Fixme https:\/\/jira.mongodb.org\/browse\/SERVER-1068\n  \"Unique indexes on embedded types\" should \"work\" ignore {\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type Parent{\n        |    id: ID! @id\n        |    name: String @unique\n        |    children: [Child]\n        |}\n        |\n        |type Child @embedded{\n        |    name: String @unique\n        |}\n        |\"\"\"\n    }\n\n    database.setup(project)\n\n    val create1 = server.query(\n      s\"\"\"mutation {\n         |   createParent(data: {\n         |   name: \"Dad\",\n         |   children: {create: [{ name: \"Daughter\"}]}\n         |}){\n         |  name,\n         |  children{ name}\n         |}}\"\"\",\n      project\n    )\n\n    create1.toString should be(\"\"\"{\"data\":{\"createParent\":{\"name\":\"Dad\",\"children\":[{\"name\":\"Daughter\"}]}}}\"\"\")\n\n    val create2 = server.query(\n      s\"\"\"mutation {\n         |   createParent(data: {\n         |   name: \"Dad2\",\n         |   children: {create: [{ name: \"Daughter\"}, { name: \"Daughter\"}]}\n         |}){\n         |  name,\n         |  children{ name}\n         |}}\"\"\",\n      project\n    )\n\n    create2.toString should be(\"\"\"{\"data\":{\"createParent\":{\"name\":\"Dad2\",\"children\":[{\"name\":\"Daughter\"},{\"name\":\"Daughter\"}]}}}\"\"\")\n\n    val create3 = server.query(\n      s\"\"\"mutation {\n         |   createParent(data: {\n         |   name: \"Dad\",\n         |   children: {create: [{ name: \"Daughter\"}]}\n         |}){\n         |  name,\n         |  children{ name}\n         |}}\"\"\",\n      project\n    )\n\n    create3.toString should be(\"\"\"{\"data\":{\"createParent\":{\"name\":\"Dad2\",\"children\":[{\"name\":\"Daughter\"},{\"name\":\"Daughter\"}]}}}\"\"\")\n\n    val update1 = server.query(\n      s\"\"\"mutation {\n         |   updateParent(\n         |   where: {name: \"Dad\"}\n         |   data: {\n         |      children: {create: [{ name: \"Daughter2\"}]}\n         |}){\n         |  name,\n         |  children{ name}\n         |}}\"\"\",\n      project\n    )\n\n    update1.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"name\":\"Dad\",\"children\":[{\"name\":\"Daughter\"},{\"name\":\"Daughter2\"}]}}}\"\"\")\n\n    val update2 = server.query(\n      s\"\"\"mutation {\n         |   updateParent(\n         |   where: {name: \"Dad\"}\n         |   data: {\n         |      children: {create: [{ name: \"Daughter\"}]}\n         |}){\n         |  name,\n         |  children{ name}\n         |}}\"\"\",\n      project\n    )\n\n    update2.toString should be(\"\"\"{\"data\":{\"updateParent\":{\"name\":\"Dad\",\"children\":[{\"name\":\"Daughter\"},{\"name\":\"Daughter2\"}]}}}\"\"\")\n  }\n\n  \"Field names starting with a capital letter\" should \"not error\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Artist {\n            id: ID! @id\n            ArtistId: Int! @unique\n            Name: String!\n            Albums: [Album!]! @relation(link: INLINE)\n          }\n          \n          type Album {\n            id: ID! @id\n            AlbumId: Int! @unique\n            Title: String!\n            Tracks: [Track!]!\n          }\n          \n          type Track @embedded{\n            TrackId: Int!\n            Name: String!\n            MediaType: MediaType! @relation(link: INLINE)\n            Genre: Genre! @relation(link: INLINE)\n            Composer: String\n            Milliseconds: Int!\n            Bytes: Int!\n            UnitPrice: Float!\n          }\n          \n          type Genre {\n            id: ID! @id\n            GenreId: Int! @unique\n            Name: String!\n          }\n          \n          type MediaType {\n            id: ID! @id\n            MediaTypeId: Int! @unique\n            Name: String!\n          }\"\"\"\n    }\n\n    database.setup(project)\n\n    server.query(\"\"\"mutation createmediaType{createMediaType(data:{MediaTypeId:10 Name: \"10\"}){id}}\"\"\", project)\n    server.query(\"\"\"mutation creategenre{createGenre(data:{GenreId:83 Name: \"83\"}){id}}\"\"\", project)\n\n    val query = \"\"\"mutation createContent {\n                  |        createArtist(\n                  |          data: {\n                  |            ArtistId: 1\n                  |            Name: \"artist1\"\n                  |            Albums: {\n                  |              create: [\n                  |                {\n                  |            AlbumId: 1\n                  |            Title: \"artist1album1\"\n                  |            Tracks: {\n                  |              create: [\n                  |                {\n                  |                  TrackId: 2\n                  |                  Name: \"track2\"\n                  |                  Composer: \"track2composer\"\n                  |                  Milliseconds: 473598\n                  |                  Bytes: 4476226\n                  |                  UnitPrice: 4.83\n                  |                  Genre: { connect: { GenreId: 83 } }\n                  |                  MediaType: { connect: { MediaTypeId: 10 } }\n                  |                },\n                  |                {\n                  |                  TrackId: 3\n                  |                  Name: \"track3\"\n                  |                  Composer: \"track3composer\"\n                  |                  Milliseconds: 607845\n                  |                  Bytes: 2990084\n                  |                  UnitPrice: 2.75\n                  |                  Genre: { connect: { GenreId: 83 } }\n                  |                  MediaType: { connect: { MediaTypeId: 10 } }\n                  |                }\n                  |             ]\n                  |            }\n                  |                },\n                  |            {\n                  |            AlbumId: 2\n                  |            Title: \"artist1album2\"\n                  |            Tracks: {\n                  |              create: [\n                  |                {\n                  |                  TrackId: 4\n                  |                  Name: \"track4\"\n                  |                  Composer: \"track4composer\"\n                  |                  Milliseconds: 4734598\n                  |                  Bytes: 44762264\n                  |                  UnitPrice: 4.831\n                  |                  Genre: { connect: { GenreId: 83 } }\n                  |                  MediaType: { connect: { MediaTypeId: 10 } }\n                  |                },\n                  |                {\n                  |                  TrackId: 5\n                  |                  Name: \"track5\"\n                  |                  Composer: \"track5composer\"\n                  |                  Milliseconds: 6075845\n                  |                  Bytes: 29900845\n                  |                  UnitPrice: 2.755\n                  |                  Genre: { connect: { GenreId: 83 } }\n                  |                  MediaType: { connect: { MediaTypeId: 10 } }\n                  |                }\n                  |             ]\n                  |            }}\n                  |           ]\n                  |              }\n                  |          }){\n                  |          ArtistId\n                  |          Name\n                  |          Albums {\n                  |            AlbumId\n                  |            Title\n                  |            Tracks {\n                  |               TrackId\n                  |               Name\n                  |               Genre { GenreId }\n                  |               MediaType{ MediaTypeId }\n                  |            }\n                  |          }\n                  |  }}\"\"\"\n\n    val res = server.query(query, project)\n\n    res.toString should be(\n      \"\"\"{\"data\":{\"createArtist\":{\"ArtistId\":1,\"Name\":\"artist1\",\"Albums\":[{\"AlbumId\":1,\"Title\":\"artist1album1\",\"Tracks\":[{\"TrackId\":2,\"Name\":\"track2\",\"Genre\":{\"GenreId\":83},\"MediaType\":{\"MediaTypeId\":10}},{\"TrackId\":3,\"Name\":\"track3\",\"Genre\":{\"GenreId\":83},\"MediaType\":{\"MediaTypeId\":10}}]},{\"AlbumId\":2,\"Title\":\"artist1album2\",\"Tracks\":[{\"TrackId\":4,\"Name\":\"track4\",\"Genre\":{\"GenreId\":83},\"MediaType\":{\"MediaTypeId\":10}},{\"TrackId\":5,\"Name\":\"track5\",\"Genre\":{\"GenreId\":83},\"MediaType\":{\"MediaTypeId\":10}}]}]}}}\"\"\")\n  }\n\n  \"Relations on embedded types\" should \"be indexed\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"\n        |type A {\n        |   id: ID! @id\n        |   u: Int! @unique\n        |   name: String!\n        |   emb:  AEmbedded @relation(name: \"AEmbeddedOnA\")\n        |   embs: [AEmbedded!]! @relation(name: \"AEmbeddedsOnA\")\n        |}\n        |\n        |type AA {\n        |   id: ID! @id\n        |   u: Int! @unique\n        |   name: String!\n        |   emb:  AEmbedded @relation(name: \"AAEmbeddedOnA\")\n        |}\n        |\n        |type AEmbedded @embedded {\n        |   u: Int!\n        |   name: String!\n        |   bs: [B!]!\n        |}\n        |\n        |type B {\n        |   id: ID! @id\n        |   u: Int!\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n  }\n\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/utils\/src\/main\/scala\/com\/prisma\/connectors\/utils\/SupportedDrivers.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.connectors.utils\n\nimport java.sql.Driver\nimport com.prisma.connectors.utils.SupportedDrivers.DBFamily\n\nobject SupportedDrivers extends Enumeration {\n  type DBFamily = Value\n  val MYSQL, POSTGRES, MONGO, SQLITE = Value\n\n  def apply(mapping: (DBFamily, Driver)*): SupportedDrivers = new SupportedDrivers(mapping.toMap)\n}\n\ncase class DBFamilyNotSupported(family: DBFamily)\n    extends Exception(s\"DB family ${family.toString.toLowerCase().capitalize} is not supported by this Prisma instance.\")\n\ncase class SupportedDrivers(mapping: Map[DBFamily, Driver]) {\n  def apply(family: DBFamily): Driver       = mapping.getOrElse(family, throw DBFamilyNotSupported(family))\n  def get(family: DBFamily): Option[Driver] = mapping.get(family)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/shared\/schema_dsl\/TestProject.scala","text":"package com.prisma.shared.schema_dsl\n\nimport com.prisma.shared.models._\n\nobject TestProject {\n  val emptyV11 = Project(id = SchemaDsl.testProjectId, schema = Schema.emptyV11)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/BringYourOwnIdMongoSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.ConnectorTag\nimport com.prisma.ConnectorTag.MongoConnectorTag\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.mutations.nonEmbedded.nestedMutations.SchemaBaseV11\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass BringYourOwnIdMongoSpec extends FlatSpec with Matchers with ApiSpecBase with SchemaBaseV11 {\n  override def runOnlyForConnectors: Set[ConnectorTag] = Set(MongoConnectorTag)\n\n  \"A Create Mutation\" should \"create and return item with own Id\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"<KEY>\"}){p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"<KEY>\"}}}\"\"\")\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"<KEY>\"}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3010,\n        errorContains = \"A unique constraint would be violated on Parent. Details: Field name: id\"\n      )\n    }\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: 12}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3044,\n        errorContains = \"You provided an ID that was not a valid MongoObjectId: 12\"\n      )\n    }\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid 2\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: true}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 0,\n        errorContains = \"Reason: 'id' String or Int value expected\"\n      )\n    }\n  }\n\n  \"A Create Mutation\" should \"error for id that is invalid 3\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"this is probably way to long, lets see what error it throws\"}){p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3044,\n        errorContains = \"You provided an ID that was not a valid MongoObjectId: this is probably way to long, lets see what error it throws\"\n      )\n    }\n  }\n\n  \"A Nested Create Mutation\" should \"create and return item with own Id\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"<KEY>\", childOpt:{create:{c:\"Child\", id: \"<KEY>\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(\n        s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"<KEY>\",\"childOpt\":{\"c\":\"Child\",\"id\":\"5c88f558dee5fb6fe357c7a5\"}}}}\"\"\")\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |createParent(data: {p: \"Parent 2\", id: \"5c88f558dee5fb6fe357c7a3\", childOpt:{create:{c:\"Child 2\", id: \"<KEY>\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project,\n        errorCode = 3010,\n        errorContains = \"A unique constraint would be violated on Child. Details: Field name: id\"\n      )\n    }\n  }\n\n  \"A Nested Create Mutation\" should \"error with invalid id\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |createParent(data: {p: \"Parent 2\", id: \"5c88f558dee5fb6fe357c7a9\", childOpt:{create:{c:\"Child 2\", id: \"5c88f558dee5fb6fe357c7a9afafasfsadfasdf\"}}}){p, id, childOpt { c, id} }\n         |}\"\"\",\n        project = project,\n        errorCode = 3044,\n        errorContains = \"You provided an ID that was not a valid MongoObjectId: 5c88f558dee5fb6fe357c7a9afafasfsadfasdf\"\n      )\n    }\n  }\n\n  \"An Upsert Mutation\" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |upsertParent(\n         |    where: {id: \"5c88f558dee5fb6fe357c7a9\"}\n         |    create: {p: \"Parent 2\", id: \"<KEY>\"}\n         |    update: {p: \"Parent 2\"}\n         |    )\n         |  {p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(\"\"\"{\"data\":{\"upsertParent\":{\"p\":\"Parent 2\",\"id\":\"<KEY>\"}}}\"\"\")\n    }\n  }\n\n  \"An Upsert Mutation\" should \"error with id that is too long\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      server.queryThatMustFail(\n        s\"\"\"mutation {\n         |upsertParent(\n         |    where: {id: \"5c88f558dee5fb6fe357c7a9\"}\n         |    create: {p: \"Parent 2\", id: \"5<PASSWORD>5<PASSWORD>\"}\n         |    update: {p: \"Parent 2\"}\n         |    )\n         |  {p, id}\n         |}\"\"\",\n        project = project,\n        errorCode = 3044,\n        errorContains = \"You provided an ID that was not a valid MongoObjectId: 5c88f558dee5fb6fe357c7a9aggfasffgasdgasg\"\n      )\n    }\n  }\n\n  \"An nested Upsert Mutation\" should \"work\" in {\n    schemaP1optToC1opt.test { dataModel =>\n      val project = SchemaDsl.fromStringV11() { dataModel }\n      database.setup(project)\n\n      val res = server.query(\n        s\"\"\"mutation {\n         |  createParent(data: {p: \"Parent\", id: \"<KEY>9\"}){p, id}\n         |}\"\"\",\n        project = project\n      )\n\n      res.toString should be(s\"\"\"{\"data\":{\"createParent\":{\"p\":\"Parent\",\"id\":\"<KEY>\"}}}\"\"\")\n\n      val res2 = server.query(\n        s\"\"\"mutation {\n         |updateParent(\n         |    where: {id: \"<KEY>\"}\n         |    data: {\n         |        childOpt: {upsert:{\n         |              create:{ id: \"<KEY>\", c: \"test 3\"}\n         |              update:{ c: \"Does not matter\"}\n         |        }}\n         |      }\n         |    )\n         |  {p, id, childOpt{c, id}}\n         |}\"\"\",\n        project = project\n      )\n\n      res2.toString should be(\n        \"\"\"{\"data\":{\"updateParent\":{\"p\":\"Parent\",\"id\":\"<KEY>\",\"childOpt\":{\"c\":\"test 3\",\"id\":\"<KEY>\"}}}}\"\"\")\n    }\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/deploy-connector-jdbc\/src\/main\/scala\/com\/prisma\/deploy\/connector\/jdbc\/database\/ColumnMutactionInterpreters.scala","text":"package com.prisma.deploy.connector.jdbc.database\n\nimport com.prisma.deploy.connector._\nimport com.prisma.shared.models.TypeIdentifier.ScalarTypeIdentifier\nimport com.prisma.shared.models.{Project, ScalarField}\nimport com.prisma.utils.boolean.BooleanUtils._\nimport slick.jdbc.PostgresProfile.api._\n\ncase class CreateColumnInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[CreateColumn] {\n\n  override def execute(mutaction: CreateColumn, schemaBeforeMigration: DatabaseSchema) = {\n    schemaBeforeMigration.table(mutaction.model.dbName).flatMap(_.column(mutaction.field.dbName)) match {\n      case None =>\n        CreateColumnHelper.withIndexIfNecessary(builder, mutaction.project, mutaction.field)\n      \/\/ This can only happen if an inline relation field has been converted into a scalar field. The foreign key indicates it is a relation column.\n      \/\/ Our step order ensures that this relation column already has been deleted. So we just create the scalar column.\n      case Some(c) if c.foreignKey.isDefined =>\n        CreateColumnHelper.withIndexIfNecessary(builder, mutaction.project, mutaction.field)\n\n      case Some(c) =>\n        val updateColumn = mustUpdateColumn(c, mutaction).toOption {\n          builder.updateColumn(\n            mutaction.project,\n            mutaction.field,\n            oldTableName = c.table.name,\n            oldColumnName = mutaction.field.dbName,\n            oldTypeIdentifier = c.typeIdentifier.asInstanceOf[ScalarTypeIdentifier]\n          )\n        }\n        val addUniqueConstraint = mustAddUniqueConstraint(c, mutaction).toOption {\n          builder.addUniqueConstraint(mutaction.project, mutaction.field)\n        }\n        val removeUniqueConstraint = mustRemoveUniqueConstraint(c, mutaction).toOption {\n          val index = c.table.indexByColumns_!(c.name)\n          builder.removeIndex(mutaction.project, mutaction.model.dbName, indexName = index.name)\n        }\n        val allActions = removeUniqueConstraint ++ updateColumn ++ addUniqueConstraint\n\n        DBIO.seq(allActions.toVector: _*)\n    }\n  }\n\n  private def mustUpdateColumn(column: Column, mutaction: CreateColumn) = {\n    column.typeIdentifier != mutaction.field.typeIdentifier ||\n    column.isRequired != mutaction.field.isRequired\n  }\n\n  private def mustAddUniqueConstraint(column: Column, mutaction: CreateColumn) = {\n    val index = column.table.indexByColumns(column.name)\n    index.forall(_.unique == false) && mutaction.field.isUnique\n  }\n\n  private def mustRemoveUniqueConstraint(column: Column, mutaction: CreateColumn) = {\n    val index = column.table.indexByColumns(column.name)\n    index.exists(_.unique == true) && !mutaction.field.isUnique\n  }\n\n  override def rollback(mutaction: CreateColumn, schemaBeforeMigration: DatabaseSchema) = {\n    schemaBeforeMigration.table(mutaction.model.dbName).flatMap(_.column(mutaction.field.dbName)) match {\n      case None    => builder.deleteColumn(mutaction.project, mutaction.model.dbName, mutaction.field.dbName, Some(mutaction.model)) \/\/Fixme\n      case Some(_) => DBIO.successful(())\n    }\n  }\n}\n\ncase class DeleteColumnInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[DeleteColumn] {\n  override def execute(mutaction: DeleteColumn, schemaBeforeMigration: DatabaseSchema) = {\n    schemaBeforeMigration.table(mutaction.oldModel.dbName).flatMap(_.column(mutaction.field.dbName)) match {\n      case Some(_) => builder.deleteColumn(mutaction.project, mutaction.oldModel.dbName, mutaction.field.dbName, Some(mutaction.oldModel))\n      case None    => DBIO.successful(())\n    }\n  }\n\n  override def rollback(mutaction: DeleteColumn, schemaBeforeMigration: DatabaseSchema) = {\n    schemaBeforeMigration.table(mutaction.oldModel.dbName).flatMap(_.column(mutaction.field.dbName)) match {\n      case Some(_) => CreateColumnHelper.withIndexIfNecessary(builder, mutaction.project, mutaction.field)\n      case None    => DBIO.successful(())\n    }\n  }\n}\n\ncase class UpdateColumnInterpreter(builder: JdbcDeployDatabaseMutationBuilder) extends SqlMutactionInterpreter[UpdateColumn] {\n  override def execute(mutaction: UpdateColumn, schemaBeforeMigration: DatabaseSchema) = {\n    if (shouldUpdateClientDbColumn(mutaction)) {\n      \/\/ when type changes to\/from String we need to change the subpart\n      \/\/ when fieldName changes we need to update index name\n      \/\/ recreating an index is expensive, so we might need to make this smarter in the future\n      updateFromBeforeStateToAfterState(mutaction, schemaBeforeMigration)\n    } else {\n      DBIO.successful(())\n    }\n  }\n\n  override def rollback(mutaction: UpdateColumn, schemaBeforeMigration: DatabaseSchema) = {\n    val oppositeMutaction = mutaction.copy(oldField = mutaction.newField, newField = mutaction.oldField)\n    execute(oppositeMutaction, schemaBeforeMigration)\n  }\n\n  def shouldUpdateClientDbColumn(mutaction: UpdateColumn): Boolean = {\n    val oldField = mutaction.oldField\n    val newField = mutaction.newField\n    if (oldField.isScalar) {\n      oldField.isRequired != newField.isRequired ||\n      oldField.dbName != newField.dbName ||\n      oldField.typeIdentifier != newField.typeIdentifier ||\n      oldField.isList != newField.isList ||\n      oldField.isUnique != newField.isUnique\n    } else {\n      false\n    }\n  }\n\n  private def updateFromBeforeStateToAfterState(mutaction: UpdateColumn, schemaBeforeMigration: DatabaseSchema): DBIO[_] = {\n    val before          = mutaction.oldField\n    val after           = mutaction.newField\n    val typeChanges     = before.typeIdentifier != after.typeIdentifier\n    val requiredChanges = before.isRequired != after.isRequired\n\n    def updateColumn =\n      builder.updateColumn(mutaction.project,\n                           after,\n                           oldTableName = before.model.dbName,\n                           oldColumnName = before.dbName,\n                           oldTypeIdentifier = before.typeIdentifier)\n    def removeUniqueConstraint = builder.removeIndex(\n      mutaction.project,\n      tableName = mutaction.model.dbName,\n      indexName = schemaBeforeMigration.table_!(mutaction.model.dbName).indexByColumns_!(before.dbName).name\n    )\n\n    def addUniqueConstraint = builder.addUniqueConstraint(mutaction.project, after)\n\n    def updateColumnActions = (before.isUnique, typeChanges, requiredChanges, after.isUnique) match {\n      \/\/ type changes, after unique\n      case (_, true, _, true) => Vector(updateColumn, addUniqueConstraint)\n      \/\/type changes, after not unique\n      case (_, true, _, false) => Vector(updateColumn)\n      \/\/ type does not change, after is unique\n      case (true, false, true, true)  => Vector(removeUniqueConstraint, updateColumn, addUniqueConstraint)\n      case (false, false, _, true)    => Vector(updateColumn, addUniqueConstraint)\n      case (true, false, false, true) => Vector(updateColumn)\n      \/\/ type does not change, after is not unique\n      case (true, false, _, false)  => Vector(removeUniqueConstraint, updateColumn)\n      case (false, false, _, false) => Vector(updateColumn)\n    }\n\n    schemaBeforeMigration.table(mutaction.model.dbName).flatMap(_.column(before.dbName)) match {\n      case Some(_) => DBIO.seq(updateColumnActions: _*)\n      case None    => CreateColumnHelper.withIndexIfNecessary(builder, mutaction.project, mutaction.newField)\n    }\n  }\n}\n\nobject CreateColumnHelper {\n  def withIndexIfNecessary(builder: JdbcDeployDatabaseMutationBuilder, project: Project, field: ScalarField) = {\n    val createColumn        = builder.createColumn(project, field)\n    val addUniqueConstraint = if (field.isUnique) builder.addUniqueConstraint(project, field) else DBIO.successful(())\n    DBIO.seq(createColumn, addUniqueConstraint)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/SpecialEnvVars.scala","text":"<filename>server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/SpecialEnvVars.scala<gh_stars>1000+\npackage com.prisma.shared\n\nobject SpecialEnvVars {\n  val lowerCasedTableNames: Boolean = sys.env.get(\"LOWERCASED_TABLE_NAMES\").contains(\"1\")\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/queries\/embedded\/EmbeddedPaginationSpec.scala","text":"package com.prisma.api.queries.embedded\n\nimport com.prisma.IgnoreMongo\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.models.ConnectorCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EmbeddedPaginationSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  override def runOnlyForCapabilities: Set[ConnectorCapability] = Set(EmbeddedTypesCapability)\n  lazy val project = SchemaDsl.fromStringV11() {\n    \"\"\"\n      |type List {\n      |  id: ID! @id\n      |  name: String! @unique\n      |  todos: [Todo]\n      |}\n      |\n      |type Todo @embedded{\n      |  id: ID! @id\n      |  title: String!\n      |}\n    \"\"\"\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n    createLists()\n  }\n\n  \/\/ region TOP LEVEL\n\n  \"hasNextPage\" should \"be true if there are more nodes\" in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  listsConnection(first: 3) {\n        |    pageInfo {\n        |      hasNextPage\n        |      hasPreviousPage\n        |      startCursor\n        |      endCursor\n        |    }\n        |    edges {\n        |      node {\n        |        name\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1.pathAsJsArray(\"data.listsConnection.edges\").value should have(size(3))\n    result1.pathAsBool(\"data.listsConnection.pageInfo.hasNextPage\") should be(true)\n    result1.pathAsJsArray(\"data.listsConnection.edges\").toString should equal(\"\"\"[{\"node\":{\"name\":\"1\"}},{\"node\":{\"name\":\"2\"}},{\"node\":{\"name\":\"3\"}}]\"\"\")\n\n    val result2 = server.query(\n      \"\"\"\n        |{\n        |  listsConnection(skip: 3, first: 3) {\n        |    pageInfo {\n        |      hasNextPage\n        |      hasPreviousPage\n        |      startCursor\n        |      endCursor\n        |    }\n        |    edges {\n        |      node {\n        |        name\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n    result2.pathAsJsArray(\"data.listsConnection.edges\").value should have(size(3))\n    result2.pathAsBool(\"data.listsConnection.pageInfo.hasNextPage\") should be(true)\n    result2.pathAsJsArray(\"data.listsConnection.edges\").toString should equal(\"\"\"[{\"node\":{\"name\":\"4\"}},{\"node\":{\"name\":\"5\"}},{\"node\":{\"name\":\"6\"}}]\"\"\")\n  }\n\n  \"the cursor returned on the top level\" should \"work\" in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  listsConnection(first: 3) {\n        |    pageInfo {\n        |      hasNextPage\n        |      hasPreviousPage\n        |      startCursor\n        |      endCursor\n        |    }\n        |    edges {\n        |      node {\n        |        name\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1.pathAsJsArray(\"data.listsConnection.edges\").toString should equal(\"\"\"[{\"node\":{\"name\":\"1\"}},{\"node\":{\"name\":\"2\"}},{\"node\":{\"name\":\"3\"}}]\"\"\")\n    val cursor = result1.pathAsString(\"data.listsConnection.pageInfo.endCursor\")\n\n    val result2 = server.query(\n      s\"\"\"\n        |{\n        |  listsConnection(after: \"$cursor\", first: 3) {\n        |    pageInfo {\n        |      hasNextPage\n        |      hasPreviousPage\n        |      startCursor\n        |      endCursor\n        |    }\n        |    edges {\n        |      node {\n        |        name\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n    result2.pathAsJsArray(\"data.listsConnection.edges\").toString should equal(\"\"\"[{\"node\":{\"name\":\"4\"}},{\"node\":{\"name\":\"5\"}},{\"node\":{\"name\":\"6\"}}]\"\"\")\n  }\n\n  \"the cursor returned on the top level\" should \"work 2\" in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    id\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    val cursor = result1.pathAsString(\"data.list.id\")\n\n    val result2 = server.query(\n      s\"\"\"\n         |{\n         |  lists(first: 2 after:\"$cursor\") {\n         |    name\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n\n    result2.toString should be(\"\"\"{\"data\":{\"lists\":[{\"name\":\"2\"},{\"name\":\"3\"}]}}\"\"\")\n  }\n\n  \"the cursor returned on the top level\" should \"work 3\" in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    id\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    val cursor = result1.pathAsString(\"data.list.id\")\n\n    val result2 = server.query(\n      s\"\"\"\n         |{\n         |  lists(after:\"$cursor\") {\n         |    name\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n\n    result2.toString should be(\"\"\"{\"data\":{\"lists\":[{\"name\":\"2\"},{\"name\":\"3\"},{\"name\":\"4\"},{\"name\":\"5\"},{\"name\":\"6\"},{\"name\":\"7\"}]}}\"\"\")\n  }\n\n  \"skip\" should \"work\" in {\n    val result = server.query(\n      s\"\"\"\n         |{\n         |  lists(skip:1) {\n         |    name\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n    result should be(\"\"\"{\"data\":{\"lists\":[{\"name\":\"2\"},{\"name\":\"3\"},{\"name\":\"4\"},{\"name\":\"5\"},{\"name\":\"6\"},{\"name\":\"7\"}]}}\"\"\".parseJson)\n  }\n\n  \"last\" should \"work\" in {\n    val result = server.query(\n      s\"\"\"\n         |{\n         |  lists(last:3) {\n         |    name\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n    result should be(\"\"\"{\"data\":{\"lists\":[{\"name\":\"5\"},{\"name\":\"6\"},{\"name\":\"7\"}]}}\"\"\".parseJson)\n  }\n\n  \/\/ endregion\n\n  \/\/region NESTED\n\n  \"a where on the sub level\" should \"work\" taggedAs (IgnoreMongo) in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  list(where:{name:\"1\"}){\n        |    name\n        |    todos(where:{title: \"3\"}){\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1.pathAsJsArray(\"data.list.todos\").value.map(_.pathAsString(\"title\")) should equal(List(\"3\"))\n\n  }\n\n  \"the cursor returned on the sub level\" should \"work\" taggedAs (IgnoreMongo) in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    todos(first: 3){\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1.pathAsJsArray(\"data.list.todos\").value.map(_.pathAsString(\"title\")) should equal(List(\"1\", \"2\", \"3\"))\n    val cursor = result1.pathAsString(\"data.list.todos.[2].id\")\n\n    val result2 = server.query(\n      s\"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    todos(after: \"$cursor\", first: 3){\n        |      id\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n    result2.pathAsJsArray(\"data.list.todos\").value.map(_.pathAsString(\"title\")) should equal(List(\"4\", \"5\", \"6\"))\n  }\n\n  \"the cursor returned on the sub level\" should \"work 2\" taggedAs (IgnoreMongo) in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  list(where: {name: \"1\"}) {\n        |    name\n        |    todos(first: 3){\n        |      id\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1.pathAsJsArray(\"data.list.todos\").value.map(_.pathAsString(\"title\")) should equal(List(\"1\", \"2\", \"3\"))\n    val cursor = result1.pathAsString(\"data.list.todos.[2].id\")\n\n    val result2 = server.query(\n      s\"\"\"\n         |{\n         |  list(where: {name: \"1\"}) {\n         |    name\n         |    todos(after: \"$cursor\"){\n         |      id\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n    result2.pathAsJsArray(\"data.list.todos\").value.map(_.pathAsString(\"title\")) should equal(List(\"4\", \"5\", \"6\", \"7\"))\n  }\n\n  \"the pagination\" should \"work on the sub level\" taggedAs (IgnoreMongo) in {\n    val result1 = server.query(\n      \"\"\"\n        |{\n        |  lists {\n        |    name\n        |    todos(first: 3){\n        |      title\n        |    }\n        |  }\n        |}\n      \"\"\",\n      project\n    )\n\n    result1 should equal(\"\"\"\n        |{\"data\":{\"lists\":[\n        |  {\"name\":\"1\",\"todos\":[{\"title\":\"1\"},{\"title\":\"2\"},{\"title\":\"3\"}]},\n        |  {\"name\":\"2\",\"todos\":[]},\n        |  {\"name\":\"3\",\"todos\":[]},\n        |  {\"name\":\"4\",\"todos\":[]},\n        |  {\"name\":\"5\",\"todos\":[]},\n        |  {\"name\":\"6\",\"todos\":[]},\n        |  {\"name\":\"7\",\"todos\":[]}]\n        |}}\n      \"\"\".stripMargin.parseJson)\n  }\n\n  \"skip on relations\" should \"work\" taggedAs (IgnoreMongo) in {\n    val result = server.query(\n      s\"\"\"\n         |{\n         |  list(where: { name: \"1\" }) {\n         |    todos(skip: 1) {\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\",\n      project\n    )\n    result should be(\"\"\"{\"data\":{\"list\":{\"todos\":[{\"title\":\"2\"},{\"title\":\"3\"},{\"title\":\"4\"},{\"title\":\"5\"},{\"title\":\"6\"},{\"title\":\"7\"}]}}}\"\"\".parseJson)\n  }\n\n  \/\/endregion\n\n  private def createLists(): Unit = {\n    server.query(\n      \"\"\"\n        |mutation {\n        |  a: createList(data: {name: \"1\", todos:{create:[{title: \"1\"},{title: \"2\"},{title: \"3\"},{title: \"4\"},{title: \"5\"},{title: \"6\"},{title: \"7\"}]}}){ id }\n        |  b: createList(data: {name: \"2\"}){ id }\n        |  c: createList(data: {name: \"3\"}){ id }\n        |  d: createList(data: {name: \"4\"}){ id }\n        |  e: createList(data: {name: \"5\"}){ id }\n        |  f: createList(data: {name: \"6\"}){ id }\n        |  g: createList(data: {name: \"7\"}){ id }\n        |}\n      \"\"\",\n      project\n    )\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/TestSubscriptionDependencies.scala","text":"<reponame>shrishankit\/prisma<filename>server\/servers\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/TestSubscriptionDependencies.scala<gh_stars>1000+\npackage com.prisma.subscriptions\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.api.mutactions.{DatabaseMutactionVerifierImpl, SideEffectMutactionExecutorImpl}\nimport com.prisma.api.project.ProjectFetcher\nimport com.prisma.api.schema.SchemaBuilder\nimport com.prisma.api.{ApiDependencies, TestApiDependencies}\nimport com.prisma.auth.{Auth, AuthImpl}\nimport com.prisma.cache.factory.{CacheFactory, CaffeineCacheFactory}\nimport com.prisma.config.ConfigLoader\nimport com.prisma.connectors.utils.{ConnectorLoader, SupportedDrivers}\nimport com.prisma.messagebus.testkits.InMemoryPubSubTestKit\nimport com.prisma.messagebus.{PubSubPublisher, PubSubSubscriber}\nimport com.prisma.metrics.MetricsRegistry\nimport com.prisma.shared.messages.{SchemaInvalidated, SchemaInvalidatedMessage}\nimport com.prisma.shared.models.{Project, ProjectIdEncoder}\n\nimport scala.concurrent.Future\n\nclass TestSubscriptionDependencies()(implicit val system: ActorSystem, val materializer: ActorMaterializer)\n    extends SubscriptionDependencies\n    with TestApiDependencies {\n  override implicit def self: ApiDependencies = this\n\n  val config = ConfigLoader.load()\n\n  implicit val supportedDrivers: SupportedDrivers = SupportedDrivers(\n    SupportedDrivers.MYSQL    -> new org.mariadb.jdbc.Driver,\n    SupportedDrivers.POSTGRES -> new org.postgresql.Driver,\n    SupportedDrivers.SQLITE   -> new org.sqlite.JDBC\n  )\n\n  override val cacheFactory: CacheFactory = new CaffeineCacheFactory()\n  override val auth: Auth                 = AuthImpl\n\n  lazy val deployConnector              = ConnectorLoader.loadDeployConnector(config.copy(databases = config.databases.map(_.copy(pooled = false))))\n  lazy val sssEventsTestKit             = InMemoryPubSubTestKit[String]()\n  override lazy val invalidationTestKit = InMemoryPubSubTestKit[String]()\n\n  override val invalidationSubscriber: PubSubSubscriber[SchemaInvalidatedMessage] = {\n    invalidationTestKit.map[SchemaInvalidatedMessage]((_: String) => SchemaInvalidated)\n  }\n\n  override lazy val sssEventsPublisher: PubSubPublisher[String] = sssEventsTestKit\n  override val sssEventsSubscriber: PubSubSubscriber[String]    = sssEventsTestKit\n  override val keepAliveIntervalSeconds                         = 1000\n  override val projectFetcher: TestProjectFetcher               = TestProjectFetcher(cacheFactory)\n  override lazy val apiSchemaBuilder: SchemaBuilder             = ???\n  override lazy val sssEventsPubSub                             = ???\n  override lazy val webhookPublisher                            = ???\n  override lazy val apiConnector                                = ConnectorLoader.loadApiConnector(config)\n  override def projectIdEncoder: ProjectIdEncoder               = apiConnector.projectIdEncoder\n  override lazy val sideEffectMutactionExecutor                 = SideEffectMutactionExecutorImpl()\n  override lazy val mutactionVerifier                           = DatabaseMutactionVerifierImpl\n  override lazy val metricsRegistry: MetricsRegistry            = ???\n}\n\ncase class TestProjectFetcher(cacheFactory: CacheFactory) extends ProjectFetcher {\n  val cache = cacheFactory.unbounded[String, Project]()\n\n  override def fetch(projectIdOrAlias: String) = Future.successful(cache.get(projectIdOrAlias))\n\n  def put(projectIdOrAlias: String, project: Project) = cache.put(projectIdOrAlias, project)\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/integration-tests\/integration-tests-mysql\/src\/test\/scala\/com\/prisma\/integration\/PrefillingFieldsWithDefaultOrMigrationValueMongoSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.integration\n\nimport com.prisma.ConnectorTag\nimport com.prisma.ConnectorTag.MongoConnectorTag\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass PrefillingFieldsWithDefaultOrMigrationValueMongoSpec extends FlatSpec with Matchers with IntegrationBaseSpec {\n  \/\/Mongo ClientDBQueries are for the most part not yet implemented and just return false\n  \/\/Therefore all tests relying on these are ignored\n  override def runOnlyForConnectors: Set[ConnectorTag] = Set(MongoConnectorTag)\n\n  \"Creating a required Field\" should \"not error when there is no defaultValue but there are no nodes yet\" in {\n\n    val schema =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |}\"\"\".stripMargin\n\n    val (project, _) = setupProject(schema)\n\n    val schema2 =\n      \"\"\"type A {\n        |  id: ID! @id\n        |  name: String! @unique\n        |  value: Int!\n        |}\"\"\".stripMargin\n\n    deployServer.deploySchemaThatMustSucceed(project, schema2, 3)\n  }\n\n  \"Adding a required field without default value\" should \"set the internal migration value\" in {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  new: Int!\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"There are already nodes for the model `Person` that would violate that constraint.\"\"\")\n  }\n\n  \"Adding a required field with default value\" should \"set the default value\" in {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  new: Int! @default(value: 1)\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"There are already nodes for the model `Person` that would violate that constraint.\"\"\")\n\n  }\n\n  \"Making a field required without default value\" should \"set the internal migration value for null values\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: Int!\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"The fields will be pre-filled with the value: `0`.\"\"\")\n  }\n\n  \"Making an optional field required with default value\" should \"set the default value on null fields\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2, test: 3}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: Int! @default(value: 1)\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"The fields will be pre-filled with the value: `1`.\"\"\")\n  }\n\n  \"Changing the typeIdentifier of a required field without default value\" should \"set the internal migration value for all values\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int!\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String!\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\" The fields will be pre-filled with the value: ``.\"\"\")\n  }\n\n  \"Changing the typeIdentifier for a required field with default value\" should \"set the default value on all fields\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int!\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String! @default(value: \"default\")\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"The fields will be pre-filled with the value: `default`.\"\"\")\n  }\n\n  \"Changing the typeIdentifier of a optional field without default value\" should \"set all existing values to null\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustWarn(project, schema1, true)\n    res.toString should include(\"\"\"This change may result in data loss.\"\"\")\n\n    val updatedProject = deployServer.deploySchema(project, schema1)\n    apiServer.query(\"query{persons{age, test}}\", updatedProject).toString should be(\"\"\"{\"data\":{\"persons\":[{\"age\":1,\"test\":null},{\"age\":2,\"test\":null}]}}\"\"\")\n  }\n\n  \"Changing the typeIdentifier for a optional field with default value\" should \"set all fields to null\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String @default(value: \"default\")\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustWarn(project, schema1, true)\n    res.toString should be(\n      \"\"\"{\"data\":{\"deploy\":{\"migration\":{\"applied\":0,\"revision\":3},\"errors\":[],\"warnings\":[{\"description\":\"You already have nodes for this model. This change may result in data loss.\"}]}}}\"\"\")\n\n    val updatedProject = deployServer.deploySchema(project, schema1)\n    apiServer.query(\"query{persons{age, test}}\", updatedProject).toString should be(\"\"\"{\"data\":{\"persons\":[{\"age\":1,\"test\":null},{\"age\":2,\"test\":null}]}}\"\"\")\n  }\n\n  \"Changing the typeIdentifier of a optional field AND making it required without default value\" should \"set all values to the default migration value\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String!\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"The fields will be pre-filled with the value: ``.\"\"\")\n  }\n\n  \"Changing the typeIdentifier of a optional field AND making it required with default value\" should \"set all fields to the default value\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int! @unique\n        |  test: Int\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  id: ID! @id\n        |  age: Int!\n        |  test: String! @default(value: \"default\")\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\"\"\"The fields will be pre-filled with the value: `default`.\"\"\")\n  }\n\n  \"Making a unique field required without default value\" should \"should error\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  age: Int! @unique\n        |  test: Int @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  age: Int!\n        |  test: Int! @unique\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\n      \"\"\"You are updating the field `test` to be required and unique. But there are already nodes for the model `Person` that would violate that constraint.\"\"\")\n  }\n\n  \"Making a unique field required with default value\" should \"should error\" ignore {\n\n    val schema =\n      \"\"\"type Person {\n        |  age: Int! @unique\n        |  test: Int @unique\n        |}\"\"\"\n\n    val (project, _) = setupProject(schema)\n\n    apiServer.query(\"mutation{createPerson(data:{age: 1, test: 3}){age}}\", project)\n    apiServer.query(\"mutation{createPerson(data:{age: 2}){age}}\", project)\n\n    val schema1 =\n      \"\"\"type Person {\n        |  age: Int!\n        |  test: Int! @unique @default(value: 10)\n        |}\"\"\"\n\n    val res = deployServer.deploySchemaThatMustError(project, schema1)\n    res.toString should include(\n      \"\"\"You are updating the field `test` to be required and unique. But there are already nodes for the model `Person` that would violate that constraint.\"\"\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/connectors\/api-connector-jdbc\/src\/main\/scala\/com\/prisma\/api\/connector\/jdbc\/impl\/JdbcDataResolver.scala","text":"package com.prisma.api.connector.jdbc.impl\n\nimport com.prisma.api.connector._\nimport com.prisma.api.connector.jdbc.JdbcApiMetrics\nimport com.prisma.api.connector.jdbc.database.JdbcActionsBuilder\nimport com.prisma.connector.shared.jdbc.SlickDatabase\nimport com.prisma.gc_values._\nimport com.prisma.shared.models._\nimport slick.dbio.DBIO\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class JdbcDataResolver(\n    project: Project,\n    slickDatabase: SlickDatabase\n)(implicit ec: ExecutionContext)\n    extends DataResolver {\n\n  val queryBuilder = JdbcActionsBuilder(\n    project = project,\n    slickDatabase = slickDatabase\n  )\n\n  private def runAttached[T](query: DBIO[T]) = {\n    if (slickDatabase.isSQLite) {\n      import slickDatabase.profile.api._\n\n      val list               = sql\"\"\"PRAGMA database_list;\"\"\".as[(String, String, String)]\n      val path               = s\"\"\"'db\/${project.dbName}.db'\"\"\"\n      val attach             = sqlu\"ATTACH DATABASE #${path} AS #${project.dbName};\"\n      val activateForeignKey = sqlu\"\"\"PRAGMA foreign_keys = ON;\"\"\"\n\n      val attachIfNecessary = for {\n        attachedDbs <- list\n        _ <- attachedDbs.map(_._2).contains(project.dbName) match {\n              case true  => slick.dbio.DBIO.successful(())\n              case false => attach\n            }\n        _      <- activateForeignKey\n        result <- query\n      } yield result\n\n      slickDatabase.database.run(attachIfNecessary.withPinnedSession)\n    } else {\n      slickDatabase.database.run(query)\n    }\n  }\n\n  override def getNodeByWhere(where: NodeSelector, selectedFields: SelectedFields): Future[Option[PrismaNode]] = {\n    performWithTiming(\"getNodeByWhere\", runAttached(queryBuilder.getNodeByWhere(where, selectedFields)))\n  }\n\n  override def getNodes(model: Model, args: QueryArguments, selectedFields: SelectedFields): Future[ResolverResult[PrismaNode]] = {\n    val query = queryBuilder.getNodes(model, args, selectedFields)\n    performWithTiming(\"loadModelRowsForExport\", runAttached(query))\n  }\n\n  override def getRelatedNodes(\n      fromField: RelationField,\n      fromNodeIds: Vector[IdGCValue],\n      args: QueryArguments,\n      selectedFields: SelectedFields\n  ): Future[Vector[ResolverResult[PrismaNodeWithParent]]] = {\n    val query = queryBuilder.getRelatedNodes(fromField, fromNodeIds, args, selectedFields)\n    performWithTiming(\"resolveByRelation\", runAttached(query))\n  }\n\n  override def getScalarListValues(model: Model, field: ScalarField, args: QueryArguments): Future[ResolverResult[ScalarListValues]] = {\n    val query = queryBuilder.getScalarListValues(model, field, args)\n    performWithTiming(\"loadListRowsForExport\", runAttached(query))\n  }\n\n  override def getScalarListValuesByNodeIds(model: Model, listField: ScalarField, nodeIds: Vector[IdGCValue]): Future[Vector[ScalarListValues]] = {\n    val query = queryBuilder.getScalarListValuesByNodeIds(listField, nodeIds)\n    performWithTiming(\"batchResolveScalarList\", runAttached(query))\n  }\n\n  override def getRelationNodes(relationId: String, args: QueryArguments): Future[ResolverResult[RelationNode]] = {\n    val relation = project.schema.relations.find(_.relationTableName == relationId).get\n    val query    = queryBuilder.getRelationNodes(relation, args)\n    performWithTiming(\"loadRelationRowsForExport\", runAttached(query))\n  }\n\n  override def countByTable(table: String): Future[Int] = {\n    val actualTable = project.schema.getModelByName(table) match {\n      case Some(model) => model.dbName\n      case None        => table\n    }\n    val query = queryBuilder.countAllFromTable(actualTable, None)\n    performWithTiming(\"countByTable\", runAttached(query))\n  }\n\n  override def countByModel(model: Model, args: QueryArguments): Future[Int] = {\n    val query = queryBuilder.countFromModel(model, args)\n    performWithTiming(\"countByModel\", runAttached(query))\n  }\n\n  protected def performWithTiming[A](name: String, f: => Future[A]): Future[A] = JdbcApiMetrics.sqlQueryTimer.timeFuture(project.id, name) { f }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/validation\/RelationDirectiveSpec.scala","text":"<filename>server\/servers\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/validation\/RelationDirectiveSpec.scala\npackage com.prisma.deploy.migration.validation\n\nimport com.prisma.shared.models.ConnectorCapability.{\n  EmbeddedTypesCapability,\n  JoinRelationLinksCapability,\n  RelationLinkListCapability,\n  RelationLinkTableCapability\n}\nimport com.prisma.shared.models.{OnDelete, RelationStrategy}\nimport org.scalatest.{Matchers, WordSpecLike}\n\nclass RelationDirectiveSpec extends WordSpecLike with Matchers with DataModelValidationSpecBase {\n  \"succeed if an unambiguous relation field does not specify the relation directive\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment]\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String\n        |}\n      \"\"\".stripMargin\n    validate(dataModelString)\n  }\n\n  \/\/ TODO: it seems that this is not a requirement anymore\n\/\/  \"fail if a back relation field is missing for Mongo\" in {\n\/\/    val dataModelString =\n\/\/      \"\"\"\n\/\/        |type Model {\n\/\/        |  id: ID! @id\n\/\/        |  others: [Other]\n\/\/        |  others2: [Other2]\n\/\/        |}\n\/\/        |type Other {\n\/\/        |  id: ID! @id\n\/\/        |}\n\/\/        |type Other2 {\n\/\/        |  id: ID! @id\n\/\/        |}\n\/\/      \"\"\".stripMargin\n\/\/\n\/\/    val errors = validateThatMustError(dataModelString, Set(MongoRelationsCapability))\n\/\/    println(errors)\n\/\/    errors should have(size(2))\n\/\/    val (error1, error2) = (errors.head, errors(1))\n\/\/    error1.`type` should equal(\"Other\")\n\/\/    error1.field should be(None)\n\/\/    error1.description should equal(\"The type `Other` does not specify a back relation field. It is referenced from the type `Model` in the field `others`.\")\n\/\/    error2.`type` should equal(\"Other2\")\n\/\/    error2.field should be(None)\n\/\/    error2.description should equal(\"The type `Other2` does not specify a back relation field. It is referenced from the type `Model` in the field `others2`.\")\n\/\/  }\n\n  \"fail if a back relation field is specified for an embedded type\" in {\n    val dataModelString =\n      \"\"\"\n            |type Model {\n            |  id: ID! @id\n            |  other: Other\n            |}\n            |type Other @embedded {\n            |  text: String\n            |  model: Model\n            |}\n          \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(EmbeddedTypesCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should equal(\"Other\")\n    error.field should be(Some(\"model\"))\n    error.description should be(\"The type `Other` specifies the back relation field `model`, which is disallowed for embedded types.\")\n  }\n\n  \" settings must be detected\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  model: Model @relation(name: \"MyRelation\", link: INLINE, onDelete: CASCADE)\n        |}\n      \"\"\".stripMargin\n\n    val dataModel = validate(dataModelString)\n    val field     = dataModel.type_!(\"Model\").relationField_!(\"model\")\n    field.relationName should equal(Some(\"MyRelation\"))\n    field.cascade should equal(OnDelete.Cascade)\n    field.strategy should equal(Some(RelationStrategy.Inline))\n  }\n\n  \"settings must be detected 2\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  model: Model @relation(name: \"MyRelation\", link: TABLE, onDelete: SET_NULL)\n        |}\n      \"\"\".stripMargin\n\n    val dataModel = validate(dataModelString, Set(RelationLinkTableCapability))\n    val field     = dataModel.type_!(\"Model\").relationField_!(\"model\")\n    field.relationName should equal(Some(\"MyRelation\"))\n    field.cascade should equal(OnDelete.SetNull)\n    field.strategy should equal(Some(RelationStrategy.Table))\n  }\n\n  \"the link mode TABLE must be invalid if the connector does not support it\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  model: Model @relation(link: TABLE)\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Model\")\n    error.description should be(\"Valid values for the argument `link` are: INLINE.\")\n    error.field should be(Some(\"model\"))\n  }\n\n  \"the link mode INLINE must error on list relation fields if the connector does not support it\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  models: [Model] @relation(link: INLINE)\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(RelationLinkTableCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Model\")\n    error.field should be(Some(\"models\"))\n    error.description should be(\n      \"This connector does not support the `INLINE` strategy for list relation fields. You could fix this by using the strategy `TABLE` instead.\")\n\n    val dataModel = validate(dataModelString, Set(RelationLinkListCapability))\n    val field     = dataModel.modelType_!(\"Model\").relationField_!(\"models\")\n    field.strategy should be(Some(RelationStrategy.Inline))\n  }\n\n  \"must be optional\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  model: Model\n        |}\n      \"\"\".stripMargin\n\n    val dataModel = validate(dataModelString)\n    val field     = dataModel.type_!(\"Model\").relationField_!(\"model\")\n    field.relationName should equal(None)\n    field.cascade should equal(OnDelete.SetNull)\n    field.strategy should equal(None)\n  }\n\n  \"the argument link must be required between non-embedded types in Mongo\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: Other\n        |}\n        |\n        |type Other {\n        |  id: ID! @id\n        |  model: Model\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(RelationLinkListCapability, JoinRelationLinksCapability))\n    errors should have(size(2))\n    val (error1, error2) = (errors.head, errors(1))\n    error1.`type` should equal(\"Model\")\n    error1.field should equal(Some(\"other\"))\n    error1.description should equal(\n      \"The field `other` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: `@relation(link: INLINE)`\")\n\n    error2.`type` should equal(\"Other\")\n    error2.field should equal(Some(\"model\"))\n    error2.description should equal(\n      \"The field `model` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: `@relation(link: INLINE)`\")\n  }\n\n  \"the argument link must be required for relations to non-embedded types in Mongo\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: Other\n        |}\n        |\n        |type Other {\n        |  id: ID! @id\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(RelationLinkListCapability, JoinRelationLinksCapability))\n    errors should have(size(1))\n    val error = errors.head\n    error.`type` should be(\"Model\")\n    error.field should be(Some(\"other\"))\n    error.description should be(\n      \"The field `other` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: `@relation(link: INLINE)`\")\n  }\n\n  \"the argument link must be optional if an embedded type is involved in Mongo\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: Other\n        |}\n        |\n        |type Other @embedded {\n        |  text: String\n        |}\n      \"\"\".stripMargin\n\n    val dataModel = validate(dataModelString, Set(EmbeddedTypesCapability))\n\n  }\n\n  \"the argument link must be required for one-to-one relations in SQL\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: Other\n        |}\n        |\n        |type Other {\n        |  id: ID! @id\n        |  model: Model\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(JoinRelationLinksCapability, RelationLinkTableCapability))\n    errors should have(size(2))\n    val (error1, error2) = (errors.head, errors(1))\n    error1.`type` should equal(\"Model\")\n    error1.field should equal(Some(\"other\"))\n    error1.description should equal(\n      \"The field `other` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: `@relation(link: TABLE)`,`@relation(link: INLINE)`\")\n\n    error2.`type` should equal(\"Other\")\n    error2.field should equal(Some(\"model\"))\n    error2.description should equal(\n      \"The field `model` must provide a relation link mode. Either specify it on this field or the opposite field. Valid values are: `@relation(link: TABLE)`,`@relation(link: INLINE)`\")\n  }\n\n  \"the argument link must be optional for one-to-many and many-to-many relations in SQL\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: [Other]\n        |  other2: [Other2]\n        |}\n        |\n        |type Other {\n        |  id: ID! @id\n        |  model: Model\n        |}\n        |type Other2 {\n        |  id: ID! @id\n        |  models: [Model]\n        |}\n      \"\"\".stripMargin\n    val dataModel = validate(dataModelString)\n    dataModel.type_!(\"Model\").relationField_!(\"other\").hasOneToManyRelation should be(true)\n    dataModel.type_!(\"Model\").relationField_!(\"other2\").hasManyToManyRelation should be(true)\n  }\n\n  \"fail if both sides of a relation specify the link argument\" in {\n    val dataModelString =\n      \"\"\"\n        |type Model {\n        |  id: ID! @id\n        |  other: Other @relation(link: TABLE)\n        |}\n        |\n        |type Other {\n        |  id: ID! @id\n        |  model: Model @relation(link: INLINE)\n        |}\n      \"\"\".stripMargin\n\n    val errors = validateThatMustError(dataModelString, Set(RelationLinkTableCapability))\n    println(errors)\n    errors should have(size(2))\n    val (error1, error2) = (errors(0), errors(1))\n    error1.`type` should be(\"Model\")\n    error1.description should include(\n      \"The `link` argument must be specified only on one side of a relation. The field `other` provides a link mode and the opposite field `model` as well.\")\n    error1.field should be(Some(\"other\"))\n\n    error2.`type` should be(\"Other\")\n    error2.field should be(Some(\"model\"))\n    error2.description should include(\n      \"The `link` argument must be specified only on one side of a relation. The field `model` provides a link mode and the opposite field `other` as well.\")\n  }\n\n  \"fail if ambiguous relation fields do not specify the relation directive\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment]\n        |  comments2: [Comment]\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(2))\n\n    errors.head.`type` should equal(\"Todo\")\n    errors.head.field should equal(Some(\"comments\"))\n    errors.head.description should include(\"The relation field `comments` must specify a `@relation` directive\")\n\n    errors(1).`type` should equal(\"Todo\")\n    errors(1).field should equal(Some(\"comments2\"))\n    errors(1).description should include(\"The relation field `comments2` must specify a `@relation` directive\")\n  }\n\n  \"fail if ambiguous relation fields specify the same relation name\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\")\n        |  comments2: [Comment] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  todo: Todo! @relation(name: \"TodoToComments\")\n        |  todo2: Todo! @relation(name: \"TodoToComments\")\n        |  text: String\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(4))\n    errors.forall(_.description.contains(\"A relation directive cannot appear more than twice.\")) should be(true)\n  }\n\n  \/\/ TODO: the backwards field should not be required here.\n  \"succeed if ambiguous relation fields specify the relation directive\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments1\")\n        |  comments2: [Comment] @relation(name: \"TodoToComments2\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  todo: Todo! @relation(name: \"TodoToComments1\")\n        |  todo2: Todo! @relation(name: \"TodoToComments2\")\n        |  text: String\n        |}\n      \"\"\".stripMargin\n    val dataModel = validate(dataModelString)\n    dataModel.type_!(\"Todo\").relationField_!(\"comments\").relationName should equal(Some(\"TodoToComments1\"))\n    dataModel.type_!(\"Todo\").relationField_!(\"comments2\").relationName should equal(Some(\"TodoToComments2\"))\n    dataModel.type_!(\"Comment\").relationField_!(\"todo\").relationName should equal(Some(\"TodoToComments1\"))\n    dataModel.type_!(\"Comment\").relationField_!(\"todo2\").relationName should equal(Some(\"TodoToComments2\"))\n  }\n\n  \"fail if a relation directive appears on a scalar field\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo  {\n        |  id: ID! @id\n        |  title: String @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  bla: String\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(1))\n    errors.head.`type` should equal(\"Todo\")\n    errors.head.field should equal(Some(\"title\"))\n    errors.head.description should include(\"cannot specify the `@relation` directive.\")\n  }\n\n  \"succeed if a relation name specifies the relation directive only once\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  bla: String\n        |}\n      \"\"\".stripMargin\n    val dataModel = validate(dataModelString)\n    dataModel.type_!(\"Todo\").relationField_!(\"comments\").relationName should equal(Some(\"TodoToComments\"))\n  }\n\n  \"succeed if a relation directive specifies a valid onDelete attribute\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments1: [Comment1] @relation(name: \"TodoToComments1\", onDelete: CASCADE)\n        |  comments2: [Comment2] @relation(name: \"TodoToComments2\", onDelete: SET_NULL)\n        |  comments3: [Comment3] @relation(name: \"TodoToComments3\")\n        |}\n        |\n        |type Comment1 {\n        |  id: ID! @id\n        |  bla: String\n        |}\n        |type Comment2 {\n        |  id: ID! @id\n        |  bla: String\n        |}\n        |type Comment3 {\n        |  id: ID! @id\n        |  bla: String\n        |}\n      \"\"\".stripMargin\n    val dataModel = validate(dataModelString)\n    val todoType  = dataModel.type_!(\"Todo\")\n    todoType.relationField_!(\"comments1\").cascade should equal(OnDelete.Cascade)\n    todoType.relationField_!(\"comments2\").cascade should equal(OnDelete.SetNull)\n    todoType.relationField_!(\"comments3\").cascade should equal(OnDelete.SetNull)\n  }\n\n  \"fail if a relation directive specifies an invalid onDelete attribute\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\", onDelete: INVALID)\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  bla: String\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(1))\n    errors.head.description should include(\"Valid values for the argument `onDelete` are: CASCADE,SET_NULL.\")\n  }\n\n  \/\/ TODO: adapt\n  \"succeed if a one field self relation does appear only once\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  todo: Todo @relation(name: \"OneFieldSelfRelation\")\n        |  todos: [Todo] @relation(name: \"OneFieldManySelfRelation\")\n        |}\n      \"\"\".stripMargin\n\n    val dataModel = validate(dataModelString)\n  }\n\n  \"fail if the relation directive does not appear on the right fields case 1\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  bla: String\n        |}\n        |\n        |type Author {\n        |  id: ID! @id\n        |  name: String\n        |  todo: Todo @relation(name: \"TodoToComments\")\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(1))\n    val first = errors.head\n    first.`type` should equal(\"Todo\")\n    first.field should equal(Some(\"comments\"))\n    first.description should include(\"But the other directive for this relation appeared on the type\")\n  }\n\n  \"fail if the relation directive does not appear on the right fields case 2\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  bla: String\n        |}\n        |\n        |type Author {\n        |  id: ID! @id\n        |  name: String\n        |  whatever: Comment @relation(name: \"TodoToComments\")\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(2))\n    val first = errors.head\n    first.`type` should equal(\"Todo\")\n    first.field should equal(Some(\"comments\"))\n    first.description should include(\"But the other directive for this relation appeared on the type\")\n\n    val second = errors(1)\n    second.`type` should equal(\"Author\")\n    second.field should equal(Some(\"whatever\"))\n    second.description should include(\"But the other directive for this relation appeared on the type\")\n  }\n\n  \/\/ TODO: we are in the process of changing the valid list field syntax and allow all notations for now.\n  \"not accept that a many relation field is not marked as required\" ignore {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment!] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String\n        |  todo: Todo @relation(name: \"TodoToComments\")\n        |}\n      \"\"\".stripMargin\n    val errors = validateThatMustError(dataModelString)\n    errors should have(size(1))\n    errors.head.`type` should equal(\"Todo\")\n    errors.head.field should equal(Some(\"comments\"))\n    errors.head.description should equal(\n      \"The relation field `comments` has the wrong format: `[Comment!]` Possible Formats: `Comment`, `Comment!`, `[Comment]`\")\n  }\n\n  \"succeed if a one relation field is marked as required\" in {\n    val dataModelString =\n      \"\"\"\n        |type Todo {\n        |  id: ID! @id\n        |  title: String\n        |  comments: [Comment] @relation(name: \"TodoToComments\")\n        |}\n        |\n        |type Comment {\n        |  id: ID! @id\n        |  text: String\n        |  todo: Todo! @relation(name: \"TodoToComments\")\n        |}\n      \"\"\".stripMargin\n    val dataModel = validate(dataModelString)\n    dataModel.type_!(\"Comment\").relationField_!(\"todo\").isRequired should be(true)\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/filters\/embedded\/EmbeddedToManyRelationFilterSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.api.filters.embedded\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.shared.models.ConnectorCapability.EmbeddedTypesCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EmbeddedToManyRelationFilterSpec extends FlatSpec with Matchers with ApiSpecBase {\n\n  override def runOnlyForCapabilities = Set(EmbeddedTypesCapability)\n\n  \"Using a toMany relational filter with _some\" should \"work\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int! @unique\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded{\n        |   unique: Int!\n        |   name: String!\n        |   bottom: [Bottom]\n        |}\n        |\n        |type Bottom @embedded{\n        |   unique: Int!\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    val res1 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\",\n         |   middle: {create:[{\n         |      unique: 11,\n         |      name: \"Middle\"\n         |      bottom: {create:[{\n         |          unique: 111,\n         |          name: \"Bottom\"\n         |      }]}\n         |   },\n         |   {\n         |      unique: 12,\n         |      name: \"Middle\"\n         |      bottom: {create:[{\n         |          unique: 112,\n         |          name: \"Bottom\"\n         |      }]}\n         |   }]}\n         |}){\n         |  unique\n         |}}\"\"\",\n      project\n    )\n\n    res1.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":1}}}\"\"\")\n\n    val query = server.query(s\"\"\"query { tops(where:{middle_some:{bottom_some:{unique: 111, name:\"Bottom\"}}}){unique}}\"\"\", project)\n    query.toString should be(\"\"\"{\"data\":{\"tops\":[{\"unique\":1}]}}\"\"\")\n\n    val query2 = server.query(s\"\"\"query { tops(where:{middle_none:{bottom_some:{unique: 111, name:\"Bottom\"}}}){unique}}\"\"\", project)\n    query2.toString should be(\"\"\"{\"data\":{\"tops\":[]}}\"\"\")\n\n    val query3 = server.query(s\"\"\"query { tops(where:{middle_every:{bottom_some:{unique: 111, name:\"Bottom\"}}}){unique}}\"\"\", project)\n    query3.toString should be(\"\"\"{\"data\":{\"tops\":[]}}\"\"\")\n\n    val query4 = server.query(s\"\"\"query { tops(where:{middle_some:{bottom_every:{unique: 111, name:\"Bottom\"}}}){unique}}\"\"\", project)\n    query4.toString should be(\"\"\"{\"data\":{\"tops\":[{\"unique\":1}]}}\"\"\")\n\n  }\n\n  \"Using a toMany relational filter with _every\" should \"work 2\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int!\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded{\n        |   unique: Int!\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    val res1 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 11,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 12,\n         |      name: \"Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res1.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":1,\"middle\":[{\"unique\":11},{\"unique\":12}]}}}\"\"\")\n\n    val res2 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 2,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 21,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 22,\n         |      name: \"Not-Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res2.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":2,\"middle\":[{\"unique\":21},{\"unique\":22}]}}}\"\"\")\n\n    val query = server.query(\n      s\"\"\"query { tops(where:{middle_every:{name:\"Middle\"}})\n         |{\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    query.toString should be(\"\"\"{\"data\":{\"tops\":[{\"unique\":1,\"middle\":[{\"unique\":11},{\"unique\":12}]}]}}\"\"\")\n  }\n\n  \"Using a toMany relational filter with _none\" should \"work\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int!\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded{\n        |   unique: Int!\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    val res1 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 11,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 12,\n         |      name: \"Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res1.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":1,\"middle\":[{\"unique\":11},{\"unique\":12}]}}}\"\"\")\n\n    val res2 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 2,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 21,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 22,\n         |      name: \"Not-Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res2.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":2,\"middle\":[{\"unique\":21},{\"unique\":22}]}}}\"\"\")\n\n    val res3 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 3,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 31,\n         |      name: \"Not-Middle\"\n         |   },\n         |   {\n         |      unique: 32,\n         |      name: \"Not-Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res3.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":3,\"middle\":[{\"unique\":31},{\"unique\":32}]}}}\"\"\")\n\n    val query = server.query(\n      s\"\"\"query { tops(where:{middle_none:{name:\"Middle\"}})\n         |{\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    query.toString should be(\"\"\"{\"data\":{\"tops\":[{\"unique\":3,\"middle\":[{\"unique\":31},{\"unique\":32}]}]}}\"\"\")\n  }\n\n  \"Using a toMany relational filter with _every\" should \"work\" in {\n\n    val project = SchemaDsl.fromStringV11() {\n      \"\"\"type Top {\n        |   id: ID! @id\n        |   unique: Int!\n        |   name: String!\n        |   middle: [Middle]\n        |}\n        |\n        |type Middle @embedded{\n        |   unique: Int!\n        |   name: String!\n        |}\"\"\"\n    }\n\n    database.setup(project)\n\n    val res1 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 1,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 11,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 12,\n         |      name: \"Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res1.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":1,\"middle\":[{\"unique\":11},{\"unique\":12}]}}}\"\"\")\n\n    val res2 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 2,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 21,\n         |      name: \"Middle\"\n         |   },\n         |   {\n         |      unique: 22,\n         |      name: \"Not-Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res2.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":2,\"middle\":[{\"unique\":21},{\"unique\":22}]}}}\"\"\")\n\n    val res3 = server.query(\n      s\"\"\"mutation {\n         |   createTop(data: {\n         |   unique: 3,\n         |   name: \"Top\",\n         |   middle: {create:[\n         |   {\n         |      unique: 31,\n         |      name: \"Not-Middle\"\n         |   },\n         |   {\n         |      unique: 32,\n         |      name: \"Not-Middle\"\n         |   }\n         |   ]}\n         |}){\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    res3.toString should be(\"\"\"{\"data\":{\"createTop\":{\"unique\":3,\"middle\":[{\"unique\":31},{\"unique\":32}]}}}\"\"\")\n\n    val query = server.query(\n      s\"\"\"query { tops(where:{middle_every:{name:\"Middle\"}})\n         |{\n         |  unique,\n         |  middle{\n         |    unique\n         |  }\n         |}}\"\"\",\n      project\n    )\n\n    query.toString should be(\"\"\"{\"data\":{\"tops\":[{\"unique\":1,\"middle\":[{\"unique\":11},{\"unique\":12}]}]}}\"\"\")\n  }\n}\n"}
{"repo_name":"shrishankit\/prisma","path":"server\/servers\/api\/src\/test\/scala\/com\/prisma\/api\/import_export\/BulkExportNullHandlingSpec.scala","text":"<reponame>shrishankit\/prisma\npackage com.prisma.api.import_export\n\nimport com.prisma.api.ApiSpecBase\nimport com.prisma.api.connector.DataResolver\nimport com.prisma.api.import_export.ImportExport.MyJsonProtocol._\nimport com.prisma.api.import_export.ImportExport.{Cursor, ExportRequest, JsonBundle, ResultFormat}\nimport com.prisma.shared.models.ConnectorCapability.ImportExportCapability\nimport com.prisma.shared.schema_dsl.SchemaDsl\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass BulkExportNullHandlingSpec extends FlatSpec with Matchers with ApiSpecBase with AwaitUtils {\n  override def runOnlyForCapabilities = Set(ImportExportCapability)\n\n  val start       = Cursor(0, 0)\n  val emptyResult = ResultFormat(JsonBundle(Vector.empty, 0), Cursor(-1, -1), isFull = false)\n\n  \"Exporting nodes\" should \"be able to handle null in lists or nodes\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n        |type Model0 {\n        |  id: ID! @id\n        |  nonList: String\n        |  testList: [String] $scalarListDirective\n        |  isNull: String\n        |  bla: [Model1]\n        |}\n        |\n        |type Model1 {\n        |  id: ID! @id\n        |  test: String\n        |  isNull: String\n        |  bla2: [Model0]\n        |}\n      \"\"\".stripMargin\n    }\n\n    database.setup(project)\n    database.truncateProjectTables(project)\n\n    server.query(\"\"\"mutation{createModel0(data: { nonList: \"Model0\", bla: {create: {test: \"Model1\"}}}){id}}\"\"\", project)\n\n    val exporter                   = new BulkExport(project)\n    val dataResolver: DataResolver = this.dataResolver(project)\n\n    val nodeRequest = ExportRequest(\"nodes\", start)\n    val nodeResult  = exporter.executeExport(dataResolver, nodeRequest).await(5).as[ResultFormat]\n    nodeResult.out.jsonElements.length should be(2)\n\n    val listRequest = ExportRequest(\"lists\", start)\n    exporter.executeExport(dataResolver, listRequest).await(5).as[ResultFormat] should be(emptyResult)\n\n    val relationRequest = ExportRequest(\"relations\", start)\n    val relationResult  = exporter.executeExport(dataResolver, relationRequest).await(5).as[ResultFormat]\n    relationResult.out.jsonElements.length should be(1)\n  }\n\n  \"Exporting nodes\" should \"be able to handle null in lists or nodes 2\" in {\n    val project = SchemaDsl.fromStringV11() {\n      s\"\"\"\n         |type Model0 {\n         |  id: ID! @id\n         |  test: String\n         |  bla1: Model1\n         |}\n         |\n         |type Model1 {\n         |  id: ID! @id\n         |  test: String\n         |  bla1: [Model0] @relation(link: TABLE)\n         |}\n      \"\"\".stripMargin\n    }\n\n    database.setup(project)\n    database.truncateProjectTables(project)\n\n    server.query(\"\"\"mutation{createModel0(data: { test: \"Model0\"}){id}}\"\"\", project)\n    server.query(\"\"\"mutation{createModel0(data: { test: \"Model0\"}){id}}\"\"\", project)\n    server.query(\"\"\"mutation{createModel0(data: { test: \"Model0\"}){id}}\"\"\", project)\n\n    val exporter                   = new BulkExport(project)\n    val dataResolver: DataResolver = this.dataResolver(project)\n\n    val nodeRequest = ExportRequest(\"nodes\", start)\n    val nodeResult  = exporter.executeExport(dataResolver, nodeRequest).await(5).as[ResultFormat]\n    nodeResult.out.jsonElements.length should be(3)\n\n    val listRequest = ExportRequest(\"lists\", start)\n    exporter.executeExport(dataResolver, listRequest).await(5).as[ResultFormat] should be(emptyResult)\n\n    val relationRequest = ExportRequest(\"relations\", start)\n    val relationResult  = exporter.executeExport(dataResolver, relationRequest).await(5).as[ResultFormat]\n    relationResult.out.jsonElements.length should be(0)\n  }\n\n}\n"}
{"repo_name":"hiramekun\/scalafmt","path":"scalafmt-core\/shared\/src\/main\/scala\/org\/scalafmt\/util\/PolicyOps.scala","text":"package org.scalafmt.util\n\nimport scala.meta.tokens.{Token => T}\n\nimport org.scalafmt.internal.Decision\nimport org.scalafmt.internal.Policy\nimport org.scalafmt.internal.Policy.End\nimport org.scalafmt.internal.Split\nimport org.scalafmt.internal.TokenRanges\nimport org.scalameta.FileLine\n\nobject PolicyOps {\n\n  \/** @param noSyntaxNL do not allow newlines in token syntax\n    *\/\n  class PenalizeAllNewlines(\n      val endPolicy: End.WithPos,\n      penalty: Int,\n      penalizeLambdas: Boolean = true,\n      noSyntaxNL: Boolean = false\n  )(implicit fileLine: FileLine)\n      extends Policy.Clause {\n    override val noDequeue: Boolean = false\n    override val f: Policy.Pf = {\n      case Decision(ft, s) if penalizeLambdas || !ft.left.is[T.RightArrow] =>\n        if (noSyntaxNL && ft.leftHasNewline) s.map(_.withPenalty(penalty))\n        else s.map(x => if (x.isNL) x.withPenalty(penalty) else x)\n    }\n    override def toString: String = s\"PNL:${super.toString}+$penalty\"\n  }\n\n  object PenalizeAllNewlines {\n    def apply(\n        expire: T,\n        penalty: Int,\n        penalizeLambdas: Boolean = true,\n        noSyntaxNL: Boolean = false\n    )(implicit fileLine: FileLine): Policy = {\n      new PenalizeAllNewlines(\n        Policy.End.Before(expire),\n        penalty,\n        penalizeLambdas,\n        noSyntaxNL\n      )\n    }\n  }\n\n  \/** Forces all splits up to including expire to be on a single line.\n    * @param okSLC if true, allow single-line comments\n    * @param noSyntaxNL if false, allow newlines in token syntax\n    *\/\n  class SingleLineBlock(\n      val endPolicy: End.WithPos,\n      okSLC: Boolean = false,\n      noSyntaxNL: Boolean = false\n  )(implicit fileLine: FileLine)\n      extends Policy.Clause {\n    import TokenOps.isSingleLineComment\n    override val noDequeue: Boolean = true\n    override def toString: String = \"SLB:\" + super.toString\n    override val f: Policy.Pf = {\n      case Decision(ft, s)\n          if !(ft.right.is[T.EOF] || okSLC && isSingleLineComment(ft.left)) =>\n        if (noSyntaxNL && ft.leftHasNewline) Seq.empty else s.filterNot(_.isNL)\n    }\n  }\n\n  object SingleLineBlock {\n\n    def apply(\n        expire: T,\n        exclude: TokenRanges = TokenRanges.empty,\n        okSLC: Boolean = false,\n        noSyntaxNL: Boolean = false\n    )(implicit fileLine: FileLine): Policy =\n      policyWithExclude(exclude, End.On, End.After)(\n        End.On(expire),\n        new SingleLineBlock(_, okSLC = okSLC, noSyntaxNL = noSyntaxNL)\n      )\n  }\n\n  def policyWithExclude(\n      exclude: TokenRanges,\n      endLt: T => End.WithPos,\n      endRt: T => End.WithPos\n  )(\n      expire: End.WithPos,\n      policyFunc: End.WithPos => Policy\n  )(implicit fileLine: FileLine): Policy = {\n    val lastPolicy = policyFunc(expire)\n    exclude.ranges.foldRight(lastPolicy) { case (range, policy) =>\n      new Policy.Relay(\n        policyFunc(endLt(range.lt)),\n        new Policy.Delay(policy, endRt(range.rt))\n      )\n    }\n  }\n\n  private def delayedBreakPolicyFactory(onBreakPolicy: Policy): Policy.Pf = {\n    object OnBreakDecision {\n      def unapply(d: Decision): Option[Seq[Split]] = {\n        var replaced = false\n        def decisionPf(s: Split): Split =\n          if (!s.isNL) s\n          else {\n            replaced = true\n            s.orPolicy(onBreakPolicy)\n          }\n        val splits = d.splits.map(decisionPf)\n        if (replaced) Some(splits) else None\n      }\n    }\n    { case OnBreakDecision(d) =>\n      d\n    }\n  }\n\n  def delayedBreakPolicy(\n      end: Policy.End.WithPos\n  )(onBreakPolicy: Policy)(implicit fileLine: FileLine): Policy =\n    Policy.Proxy(onBreakPolicy, end)(delayedBreakPolicyFactory)\n\n  def delayedBreakPolicyBefore(\n      token: T\n  )(onBreakPolicy: Policy)(implicit fileLine: FileLine): Policy =\n    delayedBreakPolicy(Policy.End.Before(token))(onBreakPolicy)\n\n  def delayedBreakPolicyFor(\n      token: T\n  )(f: T => Policy)(implicit fileLine: FileLine): Policy =\n    delayedBreakPolicyBefore(token)(f(token))\n\n}\n"}
{"repo_name":"mathieu3330\/Akka-actor-playframwork-API-","path":"build.sbt","text":"<gh_stars>0\nimport play.core.PlayVersion\n\nname := \"\"\"play-java-hello-world-tutorial\"\"\"\norganization := \"com.example\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava)\n\nscalaVersion := \"2.13.4\"\n\nlibraryDependencies += guice\n\n\nval akkaVersion =  PlayVersion.akkaVersion\n\n\/\/ Some Akka overrides to align versions of artifacts\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n)\n\n\nlibraryDependencies += \"commons-io\" % \"commons-io\" % \"2.8.0\"\n\nlibraryDependencies += \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.0.0-RC3\"\n\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-actor-typed\" % \"2.5.32\"\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.twitter.twittertext\/twitter-text\nlibraryDependencies += \"com.twitter.twittertext\" % \"twitter-text\" % \"2.0.8\"\n\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/loaders\/HabrArticlesDownloader.scala","text":"<reponame>Uknown-creator\/habrahabr_news<filename>src\/main\/scala\/com\/github\/kright\/habrareader\/loaders\/HabrArticlesDownloader.scala\npackage com.github.kright.habrareader.loaders\n\nimport java.nio.charset.{Charset, CodingErrorAction}\nimport java.text.SimpleDateFormat\nimport java.util.{Date, Locale, TimeZone}\n\nimport com.github.kright.habrareader.Implicits._\nimport com.github.kright.habrareader.models.{ArticleMetrics, HabrArticle}\nimport com.github.kright.habrareader.utils.DateUtils\nimport net.ruippeixotog.scalascraper.browser.JsoupBrowser\nimport net.ruippeixotog.scalascraper.dsl.DSL.Extract._\nimport net.ruippeixotog.scalascraper.dsl.DSL._\nimport net.ruippeixotog.scalascraper.scraper.ContentExtractors.{element, elementList}\n\nimport scala.io.{Codec, Source}\nimport scala.util.{Success, Try}\nimport scala.xml.XML\n\n\nobject HabrArticlesDownloader {\n  private val rssURI = \"https:\/\/habr.com\/ru\/rss\/all\/all\/\"\n  private val codec = Codec(Charset.forName(\"UTF-8\")).onMalformedInput(CodingErrorAction.IGNORE)\n\n  private def getTextFromUrl(url: String): String = Source.fromURL(url)(codec).use(_.getLines().mkString(\"\\n\"))\n\n  \/** may block thread or throw exceptions *\/\n  def downloadRSSArticles: Seq[HabrArticle] = parseRss(getTextFromUrl(rssURI))\n\n  \/** may block thread or throw exceptions *\/\n  def downloadArticle(url: String, pubDate: Date): HabrArticle = parseHtml(getTextFromUrl(url), pubDate)\n\n  def parseRss(text: String): Seq[HabrArticle] = {\n    val root = XML.loadString(text)\n    val items = root \\ \"channel\" \\ \"item\"\n\n    items.toList.map { item =>\n      val link = (item \\ \"guid\").text\n\n      HabrArticle(\n        id = extractId(link),\n        link = link,\n        title = (item \\ \"title\").text,\n        description = (item \\ \"description\").text,\n        author = (item \\ \"creator\").text,\n        categories = (item \\ \"category\").map(_.text).toSet,\n        company = extractCompany(link),\n        metrics = None,\n        publicationDate = parseDate((item \\ \"pubDate\").text),\n        lastUpdateTime = DateUtils.now,\n      )\n    }\n  }\n\n  \/\/ TODO: parse pubDate from html\n  def parseHtml(htmlText: String, pubDate: Date): HabrArticle = {\n    val browser = JsoupBrowser()\n    val doc = browser.parseString(htmlText)\n\n    val metaAttributes = (doc.head >> elementList(\"meta\")).map(_.attrs)\n\n    val description: String = metaAttributes.find { attrs =>\n      attrs.get(\"name\").contains(\"description\") && attrs.contains(\"content\")\n    }.map(_ (\"content\")).getOrElse(\"\").trim\n\n    val categories: Set[String] = metaAttributes.find { attrs =>\n      attrs.get(\"name\").contains(\"keywords\") && attrs.contains(\"content\")\n    }.map(_ (\"content\")).getOrElse(\"\").split(\", \").toSet\n\n    val link: String = metaAttributes.find { attrs =>\n      attrs.get(\"property\").contains(\"og:url\")\n    }.map(_ (\"content\")).getOrElse(\"\")\n\n    val id: Int = extractId(link)\n    val author: String = doc >> text(\".post__meta .user-info__nickname\")\n\n    val views: Int = {\n      val s: String = doc >> text(\".post-stats__views\")\n      if (s.endsWith(\"k\")) {\n        (s.replace(',', '.').substring(0, s.length - 1).toDouble * 1000).toInt\n      } else {\n        s.toInt\n      }\n    }\n\n    val commentsCount = Try {\n      (doc >> text(\".post-stats__comments-count\")).toInt\n      \/\/ isn't exist if no comments\n    }.getOrElse(0)\n\n    val addedToBookmarks = (doc >> text(\".bookmark__counter\")).toInt\n\n    val string = (doc >> element(\".voting-wjt__counter\")).attr(\"title\")\n    val arr = string.split(Array('\u2191', '\u2193')).map(s => s.filter(_.isDigit).toInt)\n    val upvotes = arr(1)\n    val downvotes = arr(2)\n    val title = doc >> text(\".post__title-text\")\n\n    HabrArticle(\n      id = id,\n      link = link,\n      title = title,\n      description = description,\n      author = author,\n      categories = categories,\n      company = extractCompany(link),\n      metrics = Some(ArticleMetrics(\n        upVotes = upvotes,\n        downVotes = downvotes,\n        viewsCount = views,\n        commentsCount = commentsCount,\n        bookmarksCount = addedToBookmarks\n      )),\n      publicationDate = pubDate,\n      lastUpdateTime = DateUtils.now\n    )\n  }\n\n  def parseDate(s: String): Date = dateFormat.parse(s)\n\n  private val dateFormat = new SimpleDateFormat(\"EEE, dd MMM yyy HH:mm:ss 'GMT'\", Locale.ENGLISH) {\n    setTimeZone(TimeZone.getTimeZone(\"GMT\"))\n  }\n\n  def getArticles(): Seq[HabrArticle] =\n    downloadRSSArticles.map { imprint =>\n      Try{downloadArticle(imprint.link, imprint.publicationDate)} }.collect { case Success(s) => s }\n\n  private def extractId(link: String): Int =\n    link.split(\"\/\").filter(_.nonEmpty).last.toInt\n\n  private def extractCompany(url: String): Option[String] = {\n    val arr = url.split('\/').lift\n    arr(4).filter(_ == \"company\").flatMap(_ => arr(5))\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/Implicits.scala","text":"package com.github.kright.habrareader\n\nimport java.io.{BufferedWriter, File, FileWriter}\n\nimport scala.io.{Codec, Source}\nimport scala.util.{Failure, Success, Try}\n\nobject Implicits {\n\n  implicit class CloseableExt[T <: AutoCloseable](private val a: T) extends AnyVal {\n\n    def use[R](func: T => R): R = {\n      Try(func(a)) match {\n        case Success(result) =>\n          a.close()\n          result\n        case Failure(exception) =>\n          Try(a.close()).failed.foreach(ex => exception.addSuppressed(ex))\n          throw exception\n      }\n    }\n  }\n\n  implicit class FileExt(private val file: File) extends AnyVal {\n    def text(implicit codec: Codec): String = Source.fromFile(file).use {\n      _.getLines().mkString(\"\\n\")\n    }\n\n    def text_=(newText: String): Unit = {\n      val bw = new BufferedWriter(new FileWriter(file))\n      bw.write(newText)\n      bw.close()\n    }\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/SavesDir.scala","text":"<gh_stars>0\npackage com.github.kright.habrareader.utils\n\nimport java.io.File\nimport java.util.Date\n\nimport scala.util.Try\n\nclass SavesDir(baseDir: File) {\n  baseDir.mkdirs()\n\n  private val fmt = \"yyyy-MM-dd HH-mm-ss-SSS Z\"\n\n  def this(baseDir: String) = this(new File(baseDir))\n\n  def loadAll(): Array[File] = baseDir.listFiles().view.flatMap { file =>\n    Try {\n      (file, DateUtils.convertToDate(file.getName, fmt).getTime)\n    }.toOption\n  }.sortBy { case (file, time) => time }\n    .map { case (file, time) => file }\n    .toArray\n\n  def loadLast(): Option[File] = loadAll().lastOption\n\n  def newSave(date: Date): File = new File(baseDir, DateUtils.convertToStr(date, fmt))\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"build.sbt","text":"name := \"habrahabr_reader\"\nversion := \"0.1.0\"\nscalaVersion := \"2.12.8\"\n\n\/\/ https:\/\/tpolecat.github.io\/2017\/04\/25\/scalac-flags.html\nscalacOptions ++= Seq(\n  \"-deprecation\",\n  \"-encoding\", \"UTF-8\",\n  \"-explaintypes\",\n  \"-feature\",\n  \"-unchecked\",\n  \"-Xfatal-warnings\",\n  \"-Xlint\",\n  \"-Yno-adapted-args\",\n  \"-Ypartial-unification\",\n  \"-Ywarn-dead-code\", \/\/ Warn when dead code is identified.\n  \"-Ywarn-extra-implicit\", \/\/ Warn when more than one implicit parameter section is defined.\n  \"-Ywarn-inaccessible\", \/\/ Warn about inaccessible types in method signatures.\n  \"-Ywarn-infer-any\", \/\/ Warn when a type argument is inferred to be `Any`.\n  \"-Ywarn-nullary-override\", \/\/ Warn when non-nullary `def f()' overrides nullary `def f'.\n  \"-Ywarn-nullary-unit\", \/\/ Warn when nullary methods return Unit.\n  \"-Ywarn-numeric-widen\", \/\/ Warn when numerics are widened.\n  \"-Ywarn-unused:implicits\", \/\/ Warn if an implicit parameter is unused.\n  \"-Ywarn-unused:imports\", \/\/ Warn if an import selector is not referenced.\n  \"-Ywarn-unused:locals\", \/\/ Warn if a local definition is unused.\n  \"-Ywarn-unused:params\", \/\/ Warn if a value parameter is unused.\n\/\/   \"-Ywarn-unused:patvars\",             \/\/ Warn if a variable bound in a pattern is unused.\n  \"-Ywarn-unused:privates\", \/\/ Warn if a private member is unused.\n\/\/   \"-Ywarn-value-discard\",  \/\/ Warn when non-Unit expression results are unused.\n)\n\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % \"test\",\n  \"com.github.pureconfig\" %% \"pureconfig\" % \"0.11.1\",\n\n  \"org.scala-lang.modules\" %% \"scala-xml\" % \"1.2.0\",\n  \"com.bot4s\" %% \"telegram-akka\" % \"4.3.0-RC1\",\n  \"net.ruippeixotog\" %% \"scala-scraper\" % \"2.1.0\", \/\/ html parsing\n  \"org.typelevel\" %% \"cats-core\" % \"2.0.0-M1\", \/\/ cats fp\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\", \/\/ logging backend\n\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.22\",\n  \"com.typesafe.akka\" %% \"akka-slf4j\" % \"2.5.22\", \/\/ logging\n  \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.5.22\" % Test, \/\/ test actors\n)\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/SentArticle.scala","text":"package com.github.kright.habrareader.models\n\nimport java.util.Date\n\nimport com.github.kright.habrareader.utils.DateUtils._\nimport io.circe._\nimport io.circe.syntax._\n\ncase class SentArticle(messageId: Int,\n                       articleId: Int,\n                       sentDate: Date)\n\nobject SentArticle {\n\n  implicit val encoder: Encoder[SentArticle] = (sentArticle: SentArticle) =>\n    Json.obj(\n      \"messageId\" := sentArticle.messageId,\n      \"articleId\" := sentArticle.articleId,\n      \"sentDate\" := sentArticle.sentDate,\n    )\n\n  implicit val decoder: Decoder[SentArticle] = (c: HCursor) =>\n    for {\n      messageId <- c.get[Int](\"messageId\")\n      articleId <- c.get[Int](\"articleId\")\n      sentDate <- c.get[Date](\"sentDate\")\n    } yield SentArticle(messageId, articleId, sentDate)\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/HabrArticle.scala","text":"<reponame>Uknown-creator\/habrahabr_news\npackage com.github.kright.habrareader.models\n\nimport java.util.Date\n\nimport com.github.kright.habrareader.utils.DateUtils._\nimport com.github.kright.habrareader.utils.TextNormalization\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder, HCursor, Json}\n\ncase class HabrArticle(id: Int,\n                       link: String,\n                       title: String,\n                       description: String,\n                       author: String,\n                       categories: Set[String],\n                       company: Option[String],\n                       metrics: Option[ArticleMetrics],\n                       publicationDate: Date,\n                       lastUpdateTime: Date) {\n\n  val categoriesNormalized: Set[String] = categories.map(TextNormalization.normalize)\n  val authorNormalized: String = TextNormalization.normalize(author)\n\n  override def hashCode(): Int = id\n\n  override def equals(obj: Any): Boolean =\n    obj match {\n      case art: HabrArticle => art.id == this.id\n      case _ => false\n    }\n}\n\nobject HabrArticle {\n  implicit val encoder: Encoder[HabrArticle] = (article: HabrArticle) => {\n    Json.obj(\n      \"id\" := article.id,\n      \"link\" := article.link,\n      \"title\" := article.title,\n      \"description\" := article.description,\n      \"author\" := article.author,\n      \"categories\" := article.categories,\n      \"publicationDate\" := article.publicationDate,\n      \"lastUpdateTime\" := article.lastUpdateTime,\n      \"categories\" := article.categories,\n      \"metrics\" := article.metrics,\n    )\n  }\n\n  implicit val decoder: Decoder[HabrArticle] = (c: HCursor) => {\n    for {\n      id <- c.get[Int](\"id\")\n      link <- c.get[String](\"link\")\n      title <- c.get[String](\"title\")\n      description <- c.get[String](\"description\")\n      author <- c.get[String](\"author\")\n      publicationDate <- c.get[Date](\"publicationDate\")\n      lastUpdateTime <- c.get[Date](\"lastUpdateTime\")\n      categories <- c.get[Set[String]](\"categories\")\n      company <- c.get[Option[String]](\"company\")\n      metrics <- c.get[Option[ArticleMetrics]](\"metrics\")\n    } yield HabrArticle(id, link, title, description, author, categories, company, metrics, publicationDate, lastUpdateTime)\n  }\n}\n\n\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/actors\/LibraryActor.scala","text":"package com.github.kright.habrareader.actors\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\nimport com.github.kright.habrareader.AppConfig.LibraryActorConfig\nimport com.github.kright.habrareader.actors.LibraryActor._\nimport com.github.kright.habrareader.actors.TgBotActor.SendMessageToTg\nimport com.github.kright.habrareader.models._\nimport com.github.kright.habrareader.utils.{DateUtils, Saver}\n\nimport scala.concurrent.ExecutionContextExecutor\n\n\nobject LibraryActor {\n  def props(config: LibraryActorConfig, saver: Saver[State]): Props = Props(new LibraryActor(config, saver))\n\n  final case class PostWasSentToTg(chatId: Long, sentArticle: SentArticle)\n  final case class GetSettings(chatId: Long)\n  final case class UpdateChat(chatId: Long, updater: Chat => Chat, needConfirmation: Boolean)\n  final case class RequestUpdates(chatId: Long)\n  final case class RequestUpdatesForAll(updateExistingMessages: Boolean)\n  final case class UpdateArticle(article: HabrArticle)\n  final case class SaveState(needConfirmation: Boolean)\n  final case class GetStats(chatId: Long)\n  final case object GetArticles\n  final case class AllArticles(articles: Iterable[HabrArticle])\n  final case object Ok\n}\n\nclass LibraryActor(config: LibraryActorConfig, saver: Saver[State]) extends Actor with ActorLogging {\n  implicit val executionContext: ExecutionContextExecutor = context.dispatcher\n\n  private val chatData = saver.load()\n\n  override def preStart(): Unit = {\n    context.system.scheduler.schedule(config.stateSaveInterval, config.stateSaveInterval, self, SaveState(needConfirmation = false))\n  }\n\n  override def receive: Receive = {\n    case UpdateChat(chatId, updater, needConfirmation) =>\n      chatData.updateChat(chatId)(updater)\n      if (needConfirmation) {\n        sender ! Ok\n      }\n    case GetSettings(chatId) =>\n      sender ! SendMessageToTg(chatId, chatData.getChat(chatId).getSettingsAsCmd)\n    case RequestUpdatesForAll(updateExistingMessages) =>\n      processNewPostSending(sender, updateExistingMessages)\n    case UpdateArticle(article) =>\n      chatData.updateArticle(article)\n    case PostWasSentToTg(chatId, sentArticle) =>\n      chatData.addSentArticle(chatId, sentArticle)\n    case SaveState(needConfirmation) =>\n      rmOldArticles()\n      saver.save(chatData)\n      if (needConfirmation) {\n        sender ! Ok\n      }\n    case RequestUpdates(chatId) =>\n      requestUpdates(chatId, sender)\n    case GetArticles =>\n      sender ! AllArticles(chatData.articles.values.toVector)\n    case GetStats(chatId) =>\n      sender ! SendMessageToTg(chatId, getStatsMsg)\n    case unknownMessage =>\n      log.error(s\"\u041d\u0435\u0438\u0437\u0432\u0435\u0441\u0442\u043d\u0430\u044f \u043a\u043e\u043c\u0430\u043d\u0434\u0430: $unknownMessage\")\n  }\n\n  private def rmOldArticles(): Unit = {\n    val threshold = DateUtils.now.getTime - config.timeBeforeRmOldArticles.toMillis\n    rmArticles(chatData.articles.values.filter(_.publicationDate.getTime < threshold).map(_.id).toSeq)\n  }\n\n  private def rmArticles(idsToRm: Seq[Int]): Unit = {\n    chatData.articles --= idsToRm\n\n    chatData.chats.keys.foreach { id =>\n      chatData.updateChat(id) { chat =>\n        chat.copy(sentArticles = chat.sentArticles -- idsToRm)\n      }\n    }\n  }\n\n  private def getStatsMsg: String =\n    s\"\"\"\u0421\u0442\u0430\u0442\u044c\u0438: <b>${chatData.articles.size}<\/b>\n       |\u041f\u043e\u043b\u044c\u0437\u043e\u0432\u0430\u0442\u0435\u043b\u0438: <b>${chatData.chats.size}<\/b>\n       |\u041f\u043e\u043b\u044c\u0437\u043e\u0432\u0430\u0442\u0435\u043b\u0438, \u043d\u0430 \u043a\u043e\u0442\u043e\u0440\u044b\u0445 \u0432\u044b \u043f\u043e\u0434\u043f\u0438\u0441\u0430\u043d\u044b: <b>${chatData.chats.values.count(_.filterSettings.updateAsSoonAsPossible)}<\/b>\n      \"\"\".stripMargin\n\n  private def processNewPostSending(tgBot: ActorRef, updateExistingMessages: Boolean): Unit = {\n    for ((id, chat) <- chatData.chats) {\n      if (chat.filterSettings.updateAsSoonAsPossible) {\n        chatData.getNewArticles(id).foreach(tgBot ! _)\n      }\n    }\n    \/\/ at first send all new articles\n    for((id, chat) <- chatData.chats) {\n      if (chat.filterSettings.updateAsSoonAsPossible && updateExistingMessages) {\n        chatData.getSentArticleUpdates(id).foreach(tgBot ! _)\n      }\n    }\n  }\n\n  private def requestUpdates(chatId: Long, tgBot: ActorRef): Unit = {\n    val updates = chatData.getNewArticles(chatId)\n\n    updates.view.take(3).foreach(tgBot ! _)\n\n    if (updates.isEmpty) {\n      tgBot ! SendMessageToTg(chatId, \"\u041f\u043e\u043a\u0430 \u043d\u0435\u0442 \u043d\u043e\u0432\u044b\u0445 \u0441\u0442\u0430\u0442\u0435\u0439 :(\")\n    }\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/StateSaverFS.scala","text":"<gh_stars>0\npackage com.github.kright.habrareader.models\n\nimport com.github.kright.habrareader.utils.{DateUtils, Saver, SavesDir}\n\nclass StateSaverFS(saveDir: String, log: String => Unit) extends Saver[State] {\n  private val dir = new SavesDir(saveDir)\n\n  override def load(): State =\n    dir.loadLast().map { file =>\n      log(s\"load previous state from ${file.getAbsolutePath}\")\n      State.load(file)\n    }.getOrElse {\n      log(s\"previous save wasn't found, use empty\")\n      State.empty()\n    }\n\n  override def save(state: State): Unit = {\n    val dest = dir.newSave(DateUtils.now)\n    dest.getParentFile.mkdirs()\n    State.save(state, dest)\n    log(s\"state saved to $dest\")\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/TextNormalization.scala","text":"<filename>src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/TextNormalization.scala\npackage com.github.kright.habrareader.utils\n\nobject TextNormalization {\n\n  def normalize(s: String): String =\n    s.toLowerCase\n    .map(c => if (c.isLetterOrDigit) c else '_')\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/actors\/TgBotActor.scala","text":"<reponame>Uknown-creator\/habrahabr_news<gh_stars>0\npackage com.github.kright.habrareader.actors\n\nimport java.util.concurrent.Executors\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\nimport akka.pattern.{ask, pipe}\nimport akka.util.Timeout\nimport com.bot4s.telegram.methods.{EditMessageText, ParseMode, SendMessage}\nimport com.bot4s.telegram.models.{ChatId, Message}\nimport com.github.kright.habrareader.AppConfig.TgBotActorConfig\nimport com.github.kright.habrareader.actors.LibraryActor._\nimport com.github.kright.habrareader.models.{HabrArticle, SentArticle}\nimport com.github.kright.habrareader.utils.ChangeSettings\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\n\nobject TgBotActor {\n  def props(config: TgBotActorConfig, library: ActorRef) = Props(new TgBotActor(config, library))\n\n  final case class SendMessageToTg(chatId: Long, msg: String)\n\n  final case class UpdateArticle(chatId: Long, article: HabrArticle, messageId: Option[Int])\n\n  final case class ReceiveTgMessage(message: Message)\n\n}\n\nclass TgBotActor private(config: TgBotActorConfig, library: ActorRef) extends Actor with ActorLogging {\n\n  import TgBotActor._\n\n  private val threadsCount = 2\n  private implicit val executionContext: ExecutionContext = ExecutionContext.fromExecutor(Executors.newFixedThreadPool(threadsCount))\n\n  private val bot = TgBotAdapter(config, self)\n  private val admins = config.admins\n\n  override def preStart(): Unit = {\n    context.system.scheduler.schedule(config.chatsUpdateInterval, config.chatsUpdateInterval, library, RequestUpdatesForAll(config.updateExistingMessages))\n    bot.run()\n    config.admins.foreach { chatId =>\n      self ! SendMessageToTg(chatId, \"\u0431\u043e\u0442 \u0437\u0430\u043f\u0443\u0441\u0442\u0438\u043b\u0441\u044f!\")\n    }\n  }\n\n  private def formMessage(article: HabrArticle): String =\n    article.metrics.map { m =>\n      s\"\"\"author: <b>${article.author}<\/b>\n         |rating: <b>${m.upVotes - m.downVotes}<\/b> = <b>${m.upVotes}<\/b> - <b>${m.downVotes}<\/b>\n         |<b>${m.viewsCount}<\/b> views, <b>${m.bookmarksCount}<\/b> bookmarks, <b>${m.commentsCount}<\/b> comments\n         |tags: ${article.categoriesNormalized.map(t => s\"#$t\").mkString(\"{\", \", \", \"}\")}\n         |${article.link}\n      \"\"\".stripMargin\n    }.getOrElse(s\"\u0410\u0432\u0442\u043e\u0440: ${article.author}\")\n\n  override def receive: Receive = {\n    case SendMessageToTg(chatId, msg) => sendMessageToTg(chatId, msg)\n    case msg: UpdateArticle => updateArticle(msg, sender)\n    case ReceiveTgMessage(msg) => processTgMessage(msg)\n    case unknownMessage => log.error(s\"\u041d\u0435\u0438\u0437\u0432\u0435\u0441\u0442\u043d\u0430\u044f \u043a\u043e\u043c\u0430\u043d\u0434\u0430: $unknownMessage\")\n  }\n\n  private def getFirstToken(text: String): Option[String] =\n    text.trim.split(\" \").headOption.map(_.toLowerCase.stripPrefix(\"\/\"))\n\n  private def processTgMessage(implicit message: Message): Unit = {\n    val firstToken = message.text.flatMap(getFirstToken).getOrElse(\"\")\n    val chatId = message.chat.id\n    val isAdmin = admins.contains(message.chat.id)\n\n    firstToken match {\n      case \"settings\" => library ! GetSettings(chatId)\n      case \"new\" => library ! RequestUpdates(chatId)\n      case \"start\" | \"help\" => sendMessageToTg(chatId, helpMsgReplyText)\n      case \"reset\" | \"author\" | \"tag\" | \"company\" | \"rating\" | \"subscribe\" | \"unsubscribe\" =>\n        processChangeSettingsCmd(chatId, message.text.get)\n      case \"save\" if isAdmin => save(message.chat.id)\n      case \"stats\" if isAdmin => library ! GetStats(chatId)\n      case \"stop\" if isAdmin => library ! saveAndStop(chatId)\n      case _ => log.info(s\"\u041d\u0435\u0438\u0437\u0432\u0435\u0441\u0442\u043d\u0430\u044f \u043a\u043e\u043c\u0430\u043d\u0434\u0430: '${message.text.getOrElse(\"\")}'\")\n    }\n  }\n\n  private def save(chatId: Long): Unit = {\n    implicit val timeout: Timeout = 10.seconds\n    (library ? SaveState(needConfirmation = true)) map { case Ok => SendMessageToTg(chatId, \"\u0421\u043e\u0445\u0440\u0430\u043d\u0435\u043d\u043e!\") } pipeTo self\n  }\n\n  private def saveAndStop(chatId: Long): Unit = {\n    implicit val timeout: Timeout = 10.seconds\n    (library ? SaveState(needConfirmation = true)) foreach { case Ok =>\n      log.error(\"\u041e\u0441\u0442\u0430\u043d\u043e\u0432\u043a\u0430 \u0431\u043e\u0442\u0430(\u043e\u043f\u043e\u0437\u043d\u0430\u043d\u0430 \u043a\u043e\u043c\u0430\u043d\u0434\u0430 \/stop)\")\n      self ! SendMessageToTg(chatId, \"\u0421\u043e\u0445\u0440\u0430\u043d\u0435\u043d\u043e, \u043e\u0442\u043a\u043b\u044e\u0447\u0430\u044e\u0441\u044c\")\n      context.system.scheduler.scheduleOnce(5.seconds) {\n        sys.exit(0) \/\/ this isn't a best way to stop\n      }\n    }\n  }\n\n  private def processChangeSettingsCmd(chatId: Long, cmd: String): Unit = {\n    implicit val timeout: Timeout = 10.seconds\n    val cmds = ChangeSettings.parse(cmd)\n    if (cmds.nonEmpty) {\n      val upd = UpdateChat(chatId, ChangeSettings.concatCommands(cmds), needConfirmation = true)\n      (library ? upd) map { case Ok => SendMessageToTg(chatId, \"\u041e\u041a\") } pipeTo self\n    } else {\n      self ! SendMessageToTg(chatId, \"\u041d\u0435 \u0441\u043c\u043e\u0433 \u0441\u043f\u0430\u0440\u0441\u0438\u0442\u044c \u043a\u043e\u043c\u0430\u043d\u0434\u0443.\")\n    }\n  }\n\n  private def helpMsgReplyText: String =\n    s\"\"\"\u041f\u0440\u0438\u0432\u0435\u0442\u0441\u0442\u0432\u0443\u044e! \u042f - \u0431\u043e\u0442 \u0434\u043b\u044f \u043f\u0435\u0440\u0441\u043e\u043d\u0430\u043b\u0438\u0437\u0430\u0446\u0438\u0438 \u0441\u0442\u0430\u0442\u0435\u0439 \u0438\u0437 Habr!\n       |\u0412\u043e\u0442 \u043c\u043e\u0438 \u043a\u043e\u043c\u0430\u043d\u0434\u044b:\n       |\/start | \/help - \u043f\u043e\u043a\u0430\u0437\u044b\u0432\u0430\u0435\u0442 \u0441\u043f\u0438\u0441\u043e\u043a \u043a\u043e\u043c\u0430\u043d\u0434\n       |\/new - \u0437\u0430\u043f\u0440\u0430\u0448\u0438\u0432\u0430\u0435\u0442 \u043d\u043e\u0432\u044b\u0435 \u0441\u0442\u0430\u0442\u044c\u0438 \n       |\/subscribe - \u043f\u0440\u0438\u0441\u044b\u043b\u0430\u0442\u044c \u043d\u043e\u0432\u044b\u0435 \u0441\u0442\u0430\u0442\u044c\u0438 \u043a\u0430\u043a \u043c\u043e\u0436\u043d\u043e \u0431\u044b\u0441\u0442\u0440\u0435\u0435\n       |\/unsubscribe - \u043d\u0435 \u043f\u0440\u0438\u0441\u044b\u043b\u0430\u0442\u044c \u0441\u0442\u0430\u0442\u044c\u0438 \u043a\u0430\u043a \u043c\u043e\u0436\u043d\u043e \u0431\u044b\u0441\u0442\u0440\u0435\u0435\n       |\/settings - \u043f\u043e\u043a\u0430\u0437\u0430\u0442\u044c \u0432\u0441\u0435 \u043d\u0430\u0441\u0442\u0440\u043e\u0435\u043d\u043d\u044b\u0435 \u0444\u0438\u043b\u044c\u0442\u0440\u044b\n       |\/reset - \u0441\u0431\u0440\u043e\u0441\u0438\u0442\u044c \u0444\u0438\u043b\u044c\u0442\u0440\u044b \u043a \u0441\u0442\u0430\u043d\u0434\u0430\u0440\u0442\u043d\u044b\u043c \u0437\u043d\u0430\u0447\u0435\u043d\u0438\u044f\u043c\n       |\/author \u0438\u043c\u044f_\u0430\u0432\u0442\u043e\u0440\u0430 +\/- \u043f\u0440\u0438\u043e\u0440\u0438\u0442\u0435\u0442 \n       |\/tag \u043d\u0430\u0437\u0432\u0430\u043d\u0438\u0435_\u0442\u0435\u0433\u0430 +\/- \u043f\u0440\u0438\u043e\u0440\u0438\u0442\u0435\u0442\n       |\/company \u043d\u0430\u0437\u0432\u0430\u043d\u0438\u0435_\u043a\u043e\u043c\u043f\u0430\u043d\u0438\u0438 +\/- \u043f\u0440\u0438\u043e\u0440\u0438\u0442\u0435\u0442\n       |\u0423 \u043f\u0440\u0438\u0432\u0435\u0434\u0435\u043d\u043d\u044b\u0445 \u0432\u044b\u0448\u0435 \u0444\u0438\u043b\u044c\u0442\u0440\u043e\u0432 \u043e\u0434\u0438\u043d\u0430\u043a\u043e\u0432\u044b\u0439 \u0441\u0438\u043d\u0442\u0430\u043a\u0441\u0438\u0441. \u0412 \u043a\u0430\u0447\u0435\u0441\u0442\u0432\u0435 \u043f\u0440\u0438\u043e\u0440\u0438\u0442\u0435\u0442\u0430 \n       |\u043c\u043e\u0436\u043d\u043e \u0437\u0430\u0434\u0430\u0442\u044c \u0438 \u043f\u043e\u043b\u043e\u0436\u0438\u0442\u0435\u043b\u044c\u043d\u043e\u0435, \u0438 \u043e\u0442\u0440\u0438\u0446\u0430\u0442\u0435\u043b\u044c\u043d\u043e\u0435 \u0437\u043d\u0430\u0447\u0435\u043d\u0438\u0435. \n       |\u041a \u043f\u0440\u0438\u043c\u0435\u0440\u0443, \u0435\u0441\u043b\u0438 \u0432\u044b \u0445\u043e\u0442\u0438\u0442\u0435 \u0447\u0430\u0449\u0435 \u0432\u0438\u0434\u0435\u0442\u044c \u0430\u0432\u0442\u043e\u0440\u0430 'tn23m', \u0442\u043e \u0432\u044b \u043c\u043e\u0436\u0435\u0442\u0435 \u043d\u0430\u043f\u0438\u0441\u0430\u0442\u044c \u043a\u043e\u043c\u0430\u043d\u0434\u0443:\n       | \/author tn23m +20\n       |\u0415\u0441\u043b\u0438 \u0436\u0435 \u0432\u044b \u043d\u0435 \u0445\u043e\u0442\u0438\u0442\u0435 \u0432\u0438\u0434\u0435\u0442\u044c \u0434\u0430\u043d\u043d\u043e\u0433\u043e \u0430\u0432\u0442\u043e\u0440\u0430, \u0442\u043e \u0441\u0442\u0430\u0432\u0438\u0442\u0435 \u043e\u0442\u0440\u0438\u0446\u0430\u0442\u0435\u043b\u044c\u043d\u044b\u0439 \u043f\u0440\u0438\u043e\u0440\u0438\u0442\u0435\u0442:\n       | \/author tn23m -20\n       |\/rating \u0440\u0435\u0439\u0442\u0438\u043d\u0433 - \u0441\u043e\u0440\u0442\u0438\u0440\u0443\u0435\u0442 \u0441\u0442\u0430\u0442\u044c\u0438 \u043f\u043e \u0440\u0435\u0439\u0442\u0438\u043d\u0433\u0443\"\"\".stripMargin\n\n  private def unsubscribeIfBotBanned(ex: Throwable, chatId: Long): Unit =\n    ex match {\n      case r: RuntimeException if r.getMessage == \"Error 403 on request\" =>\n        log.error(s\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u043e\u0442\u043f\u0440\u0430\u0432\u0438\u0442\u044c \u0441\u043e\u043e\u0431\u0449\u0435\u043d\u0438\u0435  $chatId: $ex, '${ex.getMessage}', \u043f\u043e\u044d\u0442\u043e\u043c\u0443 \u043f\u0435\u0440\u0435\u0441\u0442\u0430\u044e \u043e\u0442\u043f\u0440\u0430\u0432\u043b\u044f\u0442\u044c \u0441\u0442\u0430\u0442\u044c\u0438 \u043a\u0430\u043a \u043c\u043e\u0436\u043d\u043e \u0431\u044b\u0441\u0442\u0440\u0435\u0435.\")\n        library ! UpdateChat(chatId,\n          chat => chat.copy(filterSettings = chat.filterSettings.copy(updateAsSoonAsPossible = false)),\n          needConfirmation = false\n        )\n      case _ =>\n    }\n\n  private def sendMessageToTg(chatId: Long, msg: String): Unit =\n    bot.request(SendMessage(chatId, msg, parseMode = Some(ParseMode.HTML))).onComplete {\n      case Success(_) =>\n      case Failure(ex) =>\n        log.error(s\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u043e\u0442\u043f\u0440\u0430\u0432\u0438\u0442\u044c \u0441\u043e\u043e\u0431\u0449\u0435\u043d\u0438\u0435: $ex\")\n        unsubscribeIfBotBanned(ex, chatId)\n    }\n\n  private def updateArticle(update: UpdateArticle, sender: ActorRef): Unit =\n    (update match {\n      case UpdateArticle(chatId, article, None) =>\n        bot.request(SendMessage(chatId, formMessage(article), parseMode = Some(ParseMode.HTML))).map(_.messageId)\n      case UpdateArticle(chatId, article, Some(messageId)) =>\n        bot.request(EditMessageText(Option(ChatId(chatId)), Option(messageId), text = formMessage(article), parseMode = Some(ParseMode.HTML))).map(_ => messageId)\n    }).onComplete {\n      case Success(sentMessageId) =>\n        log.info(s\"$update\")\n        sender ! PostWasSentToTg(update.chatId, SentArticle(sentMessageId, update.article.id, update.article.lastUpdateTime))\n      case Failure(ex) =>\n        log.error(s\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u043f\u0440\u0438\u0441\u043b\u0430\u0442\u044c \u043e\u0431\u043d\u043e\u0432\u043b\u0435\u043d\u0438\u0435 \u0441\u0442\u0430\u0442\u044c\u0438 $update: $ex\")\n        unsubscribeIfBotBanned(ex, update.chatId)\n    }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/actors\/ArticlesUpdaterActor.scala","text":"package com.github.kright.habrareader.actors\n\nimport java.io.{FileNotFoundException, IOException}\nimport java.net.{SocketException, UnknownHostException}\nimport java.util.concurrent.Executors\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\nimport com.github.kright.habrareader.AppConfig.ArticlesUpdaterConfig\nimport com.github.kright.habrareader.actors.LibraryActor.{AllArticles, GetArticles, UpdateArticle}\nimport com.github.kright.habrareader.loaders.HabrArticlesDownloader\nimport com.github.kright.habrareader.models.HabrArticle\nimport com.github.kright.habrareader.utils.DateUtils\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success, Try}\n\n\nobject ArticlesUpdaterActor {\n  def props(config: ArticlesUpdaterConfig, library: ActorRef): Props =\n    Props(new ArticlesUpdaterActor(config, library))\n\n  private final case object SearchNewArticles\n}\n\nclass ArticlesUpdaterActor private(config: ArticlesUpdaterConfig, library: ActorRef) extends Actor with ActorLogging {\n\n  import ArticlesUpdaterActor._\n\n  private val threadsCount = 4\n  private implicit val executionContext: ExecutionContext = ExecutionContext.fromExecutor(Executors.newFixedThreadPool(threadsCount))\n\n  override def preStart(): Unit = {\n    context.system.scheduler.schedule(0.second, config.searchNewArticlesIntervalSeconds.seconds, self, SearchNewArticles)\n    context.system.scheduler.schedule(0.second, config.articlesUpdateIntervalSeconds.seconds, library, GetArticles)\n  }\n\n  override def receive: Receive = {\n    case SearchNewArticles => searchNewArticles()\n    case AllArticles(articles) => updateOldestArticles(articles.toVector, 30, sender)\n  }\n\n  private def doSafe[T](func: => T, default: => T, handleException: Throwable => Unit): T =\n    Try(func) match {\n      case Success(result) =>\n        result\n      case Failure(exception) =>\n        handleException(exception)\n        default\n    }\n\n  private def logException(text: String, printTrace: Throwable => Boolean): Throwable => Unit =\n    ex => log.error(s\"$text $ex ${if (printTrace(ex)) ex.getStackTrace.mkString(\"\\n\") else \"\"}\")\n\n  private def isInterestingException: Throwable => Boolean = {\n    case _: UnknownHostException => false\n    case _: SocketException => false\n    case _: FileNotFoundException => false\n    case _: IOException => false\n    case _ => true\n  }\n\n  def searchNewArticles(): Unit = Future {\n    for {\n      rssArticle <- doSafe(HabrArticlesDownloader.downloadRSSArticles, Seq(), logException(\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u0437\u0430\u0433\u0440\u0443\u0437\u0438\u0442\u044c \u0441\u0442\u0430\u0442\u044c\u0438 \u0441 RSS\", isInterestingException))\n      article <- doSafe(Option(HabrArticlesDownloader.downloadArticle(rssArticle.link, rssArticle.publicationDate)), None, logException(\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u0437\u0430\u0433\u0440\u0443\u0437\u0438\u0442\u044c \u0441\u0442\u0430\u0442\u044c\u044e\", isInterestingException))\n    } {\n      log.info(s\"\u0414\u043e\u0431\u0430\u0432\u043b\u0435\u043d\u0430 \u0441\u0442\u0430\u0442\u044c\u044f: ${article.link}\")\n      library ! UpdateArticle(article)\n    }\n  }\n\n  def updateOldestArticles(articles: Vector[HabrArticle], maxCount: Int, library: ActorRef): Unit = Future {\n    val threshold = DateUtils.now.getTime - 3.days.toMillis\n    for {\n      article <- articles.filter(_.publicationDate.getTime > threshold).sortBy(_.lastUpdateTime.getTime).take(maxCount)\n      updatedArticle <- doSafe(Option(HabrArticlesDownloader.downloadArticle(article.link, article.publicationDate)), None, logException(s\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u043e\u0431\u043d\u043e\u0432\u0438\u0442\u044c ${article.link}\", isInterestingException))\n    } {\n      library ! UpdateArticle(updatedArticle)\n    }\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/ChangeSettings.scala","text":"package com.github.kright.habrareader.utils\n\nimport com.github.kright.habrareader.models.{Chat, FilterSettings}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.Try\n\nsealed trait ChangeSettings\n\nobject ChangeSettings {\n\n  case class AuthorRating(author: String, rating: Double) extends ChangeSettings\n\n  case class TagRating(tag: String, rating: Double) extends ChangeSettings\n\n  case class CompanyRating(name: String, rating: Double) extends ChangeSettings\n\n  case class RatingThreshold(value: Double) extends ChangeSettings\n\n  case class ChangeSubscription(newValue: Boolean) extends ChangeSettings\n\n  case object Reset extends ChangeSettings\n\n  private def tokenize(text: String): Array[String] = text.split(\"\\\\s+\").filter(_.nonEmpty)\n\n  private def updateSettings(updater: FilterSettings => FilterSettings): Chat => Chat =\n    chat => chat.copy(filterSettings = updater(chat.filterSettings))\n\n  def applyCmd(cmd: ChangeSettings): Chat => Chat = {\n    cmd match {\n      case Reset => c => Chat.withDefaultSettings(c.id)\n      case ChangeSubscription(newValue) =>\n        updateSettings(settings => settings.copy(updateAsSoonAsPossible = newValue))\n      case AuthorRating(name, weight) =>\n        updateSettings(s => s.copy(authorWeights = s.authorWeights.updated(name, weight)))\n      case TagRating(name, weight) =>\n        updateSettings(s => s.copy(tagWeights = s.tagWeights.updated(name, weight)))\n      case CompanyRating(name, weight) =>\n        updateSettings(s => s.copy(companyWeights = s.companyWeights.updated(name, weight)))\n      case RatingThreshold(value) =>\n        updateSettings(_.copy(ratingThreshold = value))\n    }\n  }\n\n  def concatCommands(cmds: Seq[ChangeSettings]): Chat => Chat = initialChatState =>\n    cmds.map(applyCmd).foldLeft(initialChatState) { case (chat, modifier) => modifier(chat) }\n\n  def parse(text: String): Seq[ChangeSettings] = {\n    def toDouble: Option[String] => Option[Double] = _.flatMap(s => Try(s.toDouble).toOption)\n\n    def toString: Option[String] => Option[String] = _.filter(!_.startsWith(\"\/\")).map(TextNormalization.normalize)\n\n    val result = new ArrayBuffer[ChangeSettings]()\n    val tokens = tokenize(text.toLowerCase)\n\n    for ((token, pos) <- tokens.zipWithIndex) {\n\n      token match {\n        case \"\/author\" =>\n          for {\n            name <- toString(tokens.lift(pos + 1))\n            value <- toDouble(tokens.lift(pos + 2))\n          } result += AuthorRating(name, value)\n\n        case \"\/tag\" =>\n          for {\n            name <- toString(tokens.lift(pos + 1))\n            value <- toDouble(tokens.lift(pos + 2))\n          } result += TagRating(name, value)\n\n        case \"\/company\" =>\n          for {\n            name <- toString(tokens.lift(pos + 1))\n            value <- toDouble(tokens.lift(pos + 2))\n          } result += CompanyRating(name, value)\n\n        case \"\/rating\" =>\n          for {\n            value <- toDouble(tokens.lift(pos + 1))\n          } result += RatingThreshold(value)\n\n        case \"\/reset\" =>\n          result += Reset\n\n        case \"\/subscribe\" =>\n          result += ChangeSubscription(true)\n\n        case \"\/unsubscribe\" =>\n          result += ChangeSubscription(false)\n\n        case _ => \/\/ skip\n      }\n    }\n\n    result\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/HabraReader.scala","text":"package com.github.kright.habrareader\n\nimport akka.actor.ActorSystem\nimport com.github.kright.habrareader.actors.{ArticlesUpdaterActor, LibraryActor, TgBotActor}\nimport com.github.kright.habrareader.models.StateSaverFS\n\nimport scala.concurrent.ExecutionContext\n\n\nobject HabraReader extends App {\n  assert(AppConfig().tgbot.token.nonEmpty, \"\u0422\u043e\u043a\u0435\u043d \u043d\u0435 \u0443\u043a\u0430\u0437\u0430\u043d\")\n\n  val actorSystem = ActorSystem(\"system\", AppConfig.asUntyped)\n\n  implicit val ec: ExecutionContext = actorSystem.dispatcher\n\n  val saver = new StateSaverFS(AppConfig().library.savesDir, actorSystem.log.debug(_))\n  val libraryActor = actorSystem.actorOf(LibraryActor.props(AppConfig().library, saver), \"library\")\n  val shopActor = actorSystem.actorOf(ArticlesUpdaterActor.props(AppConfig().articlesUpdater, libraryActor), \"articlesUpdater\")\n  val tgBotActor = actorSystem.actorOf(TgBotActor.props(AppConfig().tgbot, libraryActor), \"tgBot\")\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/Chat.scala","text":"<reponame>Uknown-creator\/habrahabr_news\npackage com.github.kright.habrareader.models\n\nimport io.circe._\nimport io.circe.syntax._\n\n\ncase class Chat(id: Long,\n                filterSettings: FilterSettings,\n                sentArticles: Map[Int, SentArticle] = Map.empty) {\n\n  def getSettingsAsCmd: String = {\n    def toLines(w: Weights, cmd: String): Iterable[String] = w.normalized.map { case (name, weight) => s\"$cmd $name $weight\" }\n\n    val cmds =\n      toLines(filterSettings.authorWeights, \"\/author\") ++\n        toLines(filterSettings.tagWeights, \"\/tag\") ++\n        toLines(filterSettings.companyWeights, \"\/company\")\n\n    s\"\"\"${if (filterSettings.updateAsSoonAsPossible) \"\/subscribe\" else \"\/unsubscribe\"}\n       |\/rating ${filterSettings.ratingThreshold}\n       |${cmds.mkString(\"\\n\")}\"\"\".stripMargin\n  }\n}\n\nobject Chat {\n  def withDefaultSettings(id: Long) =\n    Chat(id, filterSettings = FilterSettings(ratingThreshold = 25.0))\n\n  implicit val encoder: Encoder[Chat] = (chat: Chat) =>\n    Json.obj(\n      \"id\" := chat.id,\n      \"filterSettings\" := chat.filterSettings,\n      \"sentPosts\" := chat.sentArticles,\n    )\n\n  implicit val decoder: Decoder[Chat] = (c: HCursor) => {\n    for {\n      id <- c.get[Long](\"id\")\n      filterSettings <- c.get[FilterSettings](\"filterSettings\")\n      sentPosts <- c.get[Map[Int, SentArticle]](\"sentPosts\")\n    } yield Chat(id, filterSettings, sentPosts)\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/State.scala","text":"package com.github.kright.habrareader.models\n\nimport java.io.File\n\nimport cats.Eq\nimport com.github.kright.habrareader.Implicits._\nimport com.github.kright.habrareader.actors.TgBotActor.UpdateArticle\nimport io.circe.syntax._\nimport io.circe.{Encoder, Json, _}\n\nimport scala.collection.mutable\n\nobject State {\n\n  def empty(): State =\n    new State(new mutable.HashMap(), new mutable.HashMap())\n\n  def decode(s: String): State =\n    io.circe.parser.decode[State](s).right.get\n\n  def encode(c: State): String =\n    c.asJson.toString()\n\n  def load(file: File): State =\n    decode(file.text)\n\n  def save(c: State, file: File): Unit =\n    file.text = encode(c)\n\n  private implicit val chatDataEncoder: Encoder[State] = (chatData: State) =>\n    Json.obj(\n      \"chats\" := chatData.chats,\n      \"articles\" := chatData.articles,\n    )\n\n  private implicit val chatDataDecoder: Decoder[State] = (c: HCursor) =>\n    for {\n      chats <- c.get[mutable.HashMap[Long, Chat]](\"chats\")\n      articles <- c.get[mutable.HashMap[Int, HabrArticle]](\"articles\")\n    } yield new State(chats, articles)\n\n  implicit val chatDataEq: Eq[State] = (x: State, y: State) =>\n    x.articles == y.articles && x.chats == y.chats\n}\n\nclass State(val chats: mutable.HashMap[Long, Chat],\n            val articles: mutable.HashMap[Int, HabrArticle]) {\n\n  def getChat(id: Long): Chat = chats.getOrElse(id, Chat.withDefaultSettings(id))\n\n  def updateChat(chatId: Long)(mapFunc: Chat => Chat): Unit = {\n    chats(chatId) = mapFunc(chats.getOrElse(chatId, Chat.withDefaultSettings(chatId)))\n    assert(chats(chatId).id == chatId)\n  }\n\n  def getSentArticleUpdates(chatId: Long): Iterable[UpdateArticle] = {\n    val chat = getChat(chatId)\n\n    chat.sentArticles.values.flatMap { sentArticle =>\n      articles.get(sentArticle.articleId)\n        .filter(_.lastUpdateTime.after(sentArticle.sentDate))\n        .map(pc => UpdateArticle(chatId, pc, Some(sentArticle.messageId)))\n    }\n  }\n\n  def getNewArticles(chatId: Long): Iterable[UpdateArticle] = {\n    val chat = getChat(chatId)\n\n    articles.values\n      .filter(article => !chat.sentArticles.contains(article.id) && chat.filterSettings.isInteresting(article))\n      .map(article => UpdateArticle(chatId, article, None))\n  }\n\n  def updateArticle(newArticle: HabrArticle): Unit =\n    articles(newArticle.id) = newArticle\n\n  def addSentArticle(chatId: Long, sentArticle: SentArticle): Unit =\n    updateChat(chatId) { chat =>\n      chat.copy(sentArticles = chat.sentArticles.updated(sentArticle.articleId, sentArticle))\n    }\n\n  override def toString: String =\n    State.encode(this)\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/ArticleMetrics.scala","text":"package com.github.kright.habrareader.models\n\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder, HCursor, Json}\n\ncase class ArticleMetrics(upVotes: Int,\n                          downVotes: Int,\n                          viewsCount: Int,\n                          commentsCount: Int,\n                          bookmarksCount: Int)\n\nobject ArticleMetrics {\n  implicit val encoder: Encoder[ArticleMetrics] = (metrics: ArticleMetrics) => {\n    Json.obj(\n      \"upvotes\" := metrics.upVotes,\n      \"downvotes\" := metrics.downVotes,\n      \"views\" := metrics.viewsCount,\n      \"comments\" := metrics.commentsCount,\n      \"bookmarks\" := metrics.bookmarksCount,\n    )\n  }\n\n  implicit val decoder: Decoder[ArticleMetrics] = (c: HCursor) => {\n    for {\n      upVotes <- c.get[Int](\"upvotes\")\n      downVotes <- c.get[Int](\"downvotes\")\n      viewsCount <- c.get[Int](\"views\")\n      commentsCount <- c.get[Int](\"comments\")\n      bookmarksCount <- c.get[Int](\"bookmarks\")\n    } yield ArticleMetrics(upVotes, downVotes, viewsCount, commentsCount, bookmarksCount)\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/AppConfig.scala","text":"<reponame>Uknown-creator\/habrahabr_news\npackage com.github.kright.habrareader\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport pureconfig.generic.auto._\n\nimport scala.concurrent.duration._\n\nobject AppConfig {\n\n  final case class AppConfig(tgbot: TgBotActorConfig,\n                             articlesUpdater: ArticlesUpdaterConfig,\n                             library: LibraryActorConfig)\n\n  final case class ProxyConfig(ip: String, port: Int)\n\n  final case class TgBotActorConfig(token: String, proxy: ProxyConfig, chatsUpdateIntervalSeconds: Int, admins: Set[Long], updateExistingMessages: Boolean) {\n    def chatsUpdateInterval: FiniteDuration = chatsUpdateIntervalSeconds.seconds\n  }\n\n  final case class ArticlesUpdaterConfig(searchNewArticlesIntervalSeconds: Int,\n                                         articlesUpdateIntervalSeconds: Int)\n\n  final case class LibraryActorConfig(stateSaveIntervalMinutes: Int, savesDir: String, daysBeforeRmOldArticles: Int) {\n    def stateSaveInterval: FiniteDuration = stateSaveIntervalMinutes.minutes\n    def timeBeforeRmOldArticles: FiniteDuration = daysBeforeRmOldArticles.days\n  }\n\n  def apply(): AppConfig = config\n\n  def asUntyped: Config = untyped\n\n  private lazy val untyped: Config = {\n    val local = \"local.conf\"\n    ConfigFactory.load(if (isResourceExists(local)) local else \"application.conf\")\n  }\n\n  private lazy val config: AppConfig = {\n    val loaded = pureconfig.loadConfig[AppConfig](untyped)\n    assert(loaded.isRight, s\"\u041d\u0435 \u043c\u043e\u0433\u0443 \u0437\u0430\u0433\u0440\u0443\u0437\u0438\u0442\u044c \u043a\u043e\u043d\u0444\u0438\u0433\u0443\u0440\u0430\u0446\u0438\u044e: $loaded\")\n    loaded.right.get\n  }\n\n  private def isResourceExists(name: String): Boolean = getClass.getClassLoader.getResource(name) != null\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/Saver.scala","text":"<reponame>Uknown-creator\/habrahabr_news<filename>src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/Saver.scala\npackage com.github.kright.habrareader.utils\n\ntrait Saver[T] {\n  def load(): T\n\n  def save(t: T): Unit\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/DateUtils.scala","text":"<filename>src\/main\/scala\/com\/github\/kright\/habrareader\/utils\/DateUtils.scala<gh_stars>0\npackage com.github.kright.habrareader.utils\n\nimport java.text.SimpleDateFormat\nimport java.util.{Calendar, Date}\n\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder}\n\n\nobject DateUtils {\n  \/\/todo may be rm this, store date as simple Long number in milliseconds\n\n  def now: Date = Calendar.getInstance().getTime\n  def convertToStr(date: Date, fmt: String = \"yyyy-MM-dd HH:mm:ss.SSS Z\"): String = new SimpleDateFormat(fmt).format(date)\n  def currentDateStr(fmt: String = \"yyyy-MM-dd HH:mm:ss.SSS Z\"): String = convertToStr(now, fmt)\n  def convertToDate(date: String, fmt: String = \"yyyy-MM-dd HH:mm:ss.SSS Z\"): Date = new SimpleDateFormat(fmt).parse(date)\n\n  def getLast(left: Date, right: Date): Date =\n    if (left.after(right))\n      left\n    else\n      right\n\n  implicit val dateEncoder: Encoder[Date] = (date: Date) => DateUtils.convertToStr(date).asJson\n\n  implicit val dateDecoder: Decoder[Date] = Decoder[String].map(DateUtils.convertToDate(_))\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/actors\/TgBotAdapter.scala","text":"package com.github.kright.habrareader.actors\n\nimport java.net.{InetSocketAddress, Proxy}\n\nimport akka.actor.ActorRef\nimport com.bot4s.telegram.api.RequestHandler\nimport com.bot4s.telegram.api.declarative.Messages\nimport com.bot4s.telegram.future.{Polling, TelegramBot}\nimport com.github.kright.habrareader.AppConfig.TgBotActorConfig\nimport com.github.kright.habrareader.actors.TgBotActor.ReceiveTgMessage\nimport com.github.kright.habrareader.utils.CustomScalajHttpClient\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * resend tg messages to actor\n  *\/\n\nclass TgBotAdapter(override val client: RequestHandler[Future], observer: ActorRef) extends TelegramBot with Polling with Messages[Future] {\n  onExtMessage { case (message, botUser) =>\n    Future {\n      observer ! ReceiveTgMessage(message)\n    }\n  }\n}\n\nobject TgBotAdapter {\n  def apply(config: TgBotActorConfig, observer: ActorRef)(implicit ec: ExecutionContext): TgBotAdapter =\n    new TgBotAdapter(new CustomScalajHttpClient(config.token, makeProxy(config)), observer)\n\n  private def makeProxy(config: TgBotActorConfig): Proxy =\n    if (config.proxy.ip.isEmpty)\n      Proxy.NO_PROXY\n    else\n      new Proxy(Proxy.Type.SOCKS, InetSocketAddress.createUnresolved(config.proxy.ip, config.proxy.port))\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/FilterSettings.scala","text":"<reponame>Uknown-creator\/habrahabr_news<gh_stars>0\npackage com.github.kright.habrareader.models\n\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder, HCursor, Json}\n\ncase class FilterSettings(authorWeights: Weights = Weights(),\n                          tagWeights: Weights = Weights(),\n                          companyWeights: Weights = Weights(),\n                          ratingThreshold: Double = 0.0,\n                          updateAsSoonAsPossible: Boolean = false) {\n\n  def isInteresting(article: HabrArticle): Boolean = {\n    def getMeanOrZero(numbers: Seq[Double]): Double =\n      if (numbers.isEmpty)\n        0\n      else\n        numbers.sum \/ numbers.size\n\n    val weight =\n      article.metrics.map(m => m.upVotes - m.downVotes).getOrElse(0) +\n        authorWeights(article.authorNormalized) +\n        getMeanOrZero(article.categoriesNormalized.toSeq.map(tagWeights(_))) +\n        article.company.map(companyWeights(_)).getOrElse(0.0)\n\n    weight >= ratingThreshold\n  }\n}\n\nobject FilterSettings {\n  implicit val encoder: Encoder[FilterSettings] = (settings: FilterSettings) =>\n    Json.obj(\n      \"authorWeights\" := settings.authorWeights,\n      \"tagWeights\" := settings.tagWeights,\n      \"companyWeights\" := settings.companyWeights,\n      \"ratingThreshold\" := settings.ratingThreshold,\n      \"updateAsSoonAsPossible\" := settings.updateAsSoonAsPossible,\n    )\n\n  implicit val decoder: Decoder[FilterSettings] = (c: HCursor) => {\n    for {\n      authorWeights <- c.get[Weights](\"authorWeights\")\n      tagWeights <- c.get[Weights](\"tagWeights\")\n      companyWeights <- c.get[Option[Weights]](\"companyWeights\")\n      ratingThreshold <- c.get[Double](\"ratingThreshold\")\n      updateAsSoonAsPossible <- c.get[Boolean](\"updateAsSoonAsPossible\")\n    } yield FilterSettings(authorWeights, tagWeights, companyWeights.getOrElse(Weights()), ratingThreshold, updateAsSoonAsPossible)\n  }\n}\n"}
{"repo_name":"Uknown-creator\/habrahabr_news","path":"src\/main\/scala\/com\/github\/kright\/habrareader\/models\/Weights.scala","text":"<filename>src\/main\/scala\/com\/github\/kright\/habrareader\/models\/Weights.scala\npackage com.github.kright.habrareader.models\n\nimport com.github.kright.habrareader.utils.TextNormalization\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder, HCursor}\n\nclass Weights(raw: Map[String, Double] = Map.empty) {\n\n  val normalized: Map[String, Double] = raw.map {\n    case (name, weight) => (TextNormalization.normalize(name), weight)\n  }\n\n  def updated(key: String, value: Double): Weights =\n    if (value == 0.0)\n      Weights(normalized - key)\n    else\n      Weights(normalized.updated(key, value))\n\n  def apply(key: String): Double =\n    normalized.getOrElse(TextNormalization.normalize(key), 0.0)\n\n  override def equals(obj: Any): Boolean = obj match {\n    case w: Weights => normalized == w.normalized\n  }\n\n  override def hashCode(): Int = normalized.hashCode()\n}\n\nobject Weights {\n  implicit val encoder: Encoder[Weights] =\n    (w: Weights) => w.normalized.asJson\n\n  implicit val decoder: Decoder[Weights] =\n    (c: HCursor) => c.as[Map[String, Double]].map(new Weights(_))\n\n  def apply(raw: Map[String, Double] = Map.empty): Weights = new Weights(raw)\n\n  def apply(pairs: (String, Double)*): Weights = new Weights(Map(pairs: _*))\n}\n"}
{"repo_name":"zhaoshichen1\/server","path":"build.sbt","text":"name := \"\"\"server\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val myProject = (project in file(\".\")).enablePlugins(PlayJava, PlayEbean)\n\nscalaVersion := \"2.11.6\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs,\n  \"javax.ws.rs\" % \"jsr311-api\" % \"1.1.1\" % \"provided\",\n  \"org.glassfish\" % \"javax.ejb\" % \"3.0.1\" % \"provided\",\n  \"org.eclipse.persistence\" % \"javax.persistence\" % \"2.0.0\" % \"provided\",\n  \"com.novocode\" % \"junit-interface\" % \"0.11\" % Test,\n  \"org.scalacheck\" %% \"scalacheck\" % \"1.12.0\" % Test\n\n)\n\n\/\/ Play provides two styles of routers, one expects its actions to be injected, the\n\/\/ other, legacy style, accesses its actions statically.\nroutesGenerator := InjectedRoutesGenerator\n\n\n"}
{"repo_name":"victorfranz\/jdbc-ds2-export","path":"build.sbt","text":"scalaVersion  := \"2.11.2\"\n\nscalacOptions := Seq(\"-unchecked\", \"-deprecation\", \"-encoding\", \"utf8\")\n\nresolvers += \"justwrote\" at \"http:\/\/repo.justwrote.it\/releases\/\"\n\nlibraryDependencies ++= {\n  Seq(\n    \"org.json4s\"          %% \"json4s-jackson\"       % \"3.2.11\", \n    \"mysql\"               % \"mysql-connector-java\"  % \"5.1.12\",\n    \"it.justwrote\"        %% \"scala-faker\"          % \"0.3\",\n    \"org.scalaj\"          %% \"scalaj-http\"          % \"1.1.4\"\n  )\n}\n"}
{"repo_name":"victorfranz\/jdbc-ds2-export","path":"src\/main\/scala\/ds2\/export\/JdbcExportOrders.scala","text":"package ds2.export\n\nimport java.sql.{ Connection, DriverManager, ResultSet }\nimport org.json4s.DefaultFormats\nimport org.json4s.JsonDSL._\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\nimport java.util.Date\nimport java.util.GregorianCalendar\nimport java.util.Calendar\nimport faker._\nimport scalaj.http._\nimport scala.collection.mutable.ListBuffer\nimport java.io._\nimport java.net.URI\nimport java.text.SimpleDateFormat\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\n\n\/**\n * Read and export DS2 customers and orders in JSON Format\n * @author victor\n *\/\nobject JdbcExportOrders {\n\n  def main(args: Array[String]) {\n    generateUserDataFromFakeNameGenerator();\n    generateOrders();\n  }\n\n  def generateOrders() {\n    \/\/ Change to Your Database Config\n    val conn_str = \"jdbc:mysql:\/\/localhost:3306\/DS2?user=root&password=<PASSWORD>\"\n    \/\/ Setup the connection\n    val conn = DriverManager.getConnection(conn_str)\n    try {\n      \/\/ Configure to be Read Only\n      val statement = conn.createStatement(ResultSet.TYPE_FORWARD_ONLY, ResultSet.CONCUR_READ_ONLY)\n\n      \/\/ Execute Query\n      val rs = statement.executeQuery(\"SELECT ORDERID, ORDERDATE, CUSTOMERID, NETAMOUNT, TAX, TOTALAMOUNT FROM ORDERS \")\n      val selectOrderProduct = conn.prepareStatement(\"SELECT PROD_ID, QUANTITY FROM ORDERLINES WHERE ORDERID = ? \")\n      val selectProduct = conn.prepareStatement(\"SELECT CATEGORY, TITLE, ACTOR, PRICE, SPECIAL, COMMON_PROD_ID FROM PRODUCTS WHERE PROD_ID = ? \")\n\n      \/\/ Iterate Over ResultSet\n      while (rs.next) {\n        val orderId = rs.getInt(\"ORDERID\")\n\n        selectOrderProduct.setInt(1, orderId)\n        val rsOrderProduct = selectOrderProduct.executeQuery()\n        var products = new StringBuilder\n\n        while (rsOrderProduct.next()) {\n\n          val productId = rsOrderProduct.getInt(\"PROD_ID\")\n          selectProduct.setInt(1, productId)\n\n          val rsProducts = selectProduct.executeQuery()\n\n          if (rsOrderProduct.getRow > 1) {\n            products ++= \",\"\n          }\n          if (rsProducts.next()) {\n            products ++= s\"\"\"{\n              |\"id\": ${productId},\n              |\"category\": \"${CATEGORIES get rsProducts.getInt(\"CATEGORY\") get}\",\n              |\"title\": \"${rsProducts.getString(\"TITLE\")}\",\n              |\"actor\": \"${rsProducts.getString(\"ACTOR\")}\",\n              |\"price\" : ${rsProducts.getDouble(\"PRICE\")},\n              |\"special\" : ${rsProducts.getDouble(\"SPECIAL\")},\n              |\"quantity\" : ${rsOrderProduct.getDouble(\"QUANTITY\")},\n              |\"common_id\": ${rsProducts.getDouble(\"COMMON_PROD_ID\")}\n              |}\"\"\".stripMargin\n          }\n        }\n\n        val userData = s\"\"\" {\"name\" : \"Checkout - purchase\",\n             | \"firedOn\" : \"${formatDate(rs.getDate(\"ORDERDATE\"))}\",\n             | \"order\" : {\n               | \"id\" : \"${orderId}\",\n               | \"revenue\" : ${rs.getDouble(\"TOTALAMOUNT\")},\n               | \"tax\" : ${rs.getDouble(\"TAX\")} \n             | },\n             | \"products\" : [${products.toString()}]}\"\"\".stripMargin\n\n        exportEvent(rs.getString(\"CUSTOMERID\"), userData)\n      }\n    } finally {\n      conn.close\n    }\n  }\n\n  def exportEvent(customerId: String, userData: String) = Future {\n    try {\n      Http(s\"http:\/\/localhost:8080\/customers\/${customerId}\/events\").auth(\"2<PASSWORD>-<PASSWORD>-<PASSWORD>-9440139f6b2c\", \"\")\n        .postData(userData).asString\n        \n    } catch {\n      case e: Exception => {\n        println(s\"\"\"Erro curl -XPOST --user 2ba19f7e-a9ec-4d06-b32f-9440139f6b2c: \"http:\/\/localhost:8080\/customers\/${customerId}\/events\" -d '${userData}'\"\"\")\n        e.printStackTrace()\n        throw e\n      }\n    }\n  }\n\n  def generateUserDataFromFakeNameGenerator() {\n\n    val connStrDs2 = \"jdbc:mysql:\/\/localhost:3306\/DS2?user=root&password=<PASSWORD>\"\n    val connDs2 = DriverManager.getConnection(connStrDs2)\n    val connStrFakeName = \"jdbc:mysql:\/\/localhost:3306\/fakename?user=root&password=<PASSWORD>\"\n    val connFakeName = DriverManager.getConnection(connStrFakeName)\n    try {\n\n      val selectCreateDate = connDs2.prepareStatement(\"SELECT MIN(ORDERDATE) FROM ORDERS WHERE CUSTOMERID = ? \")\n\n      \/\/ Configure to be Read Only\n      val statement = connFakeName.createStatement(ResultSet.TYPE_FORWARD_ONLY, ResultSet.CONCUR_READ_ONLY)\n\n      val select = connFakeName\n        .prepareStatement(\"SELECT gender, givenname, streetaddress, city, state, zipcode, countryfull, emailaddress, \"\n          + \"username, telephonenumber, birthday, occupation, company FROM fakenames \").executeQuery()\n\n      while (select.next) {\n        val rowIndex = select.getRow\n\n        val userData = s\"\"\" {\"gender\" : \"${select.getString(\"gender\")}\",\n             | \"name\" : \"${select.getString(\"givenname\")}\",\n             | \"address\" : \"${select.getString(\"streetaddress\")}\",\n             | \"city\" : \"${select.getString(\"city\")}\",\n             | \"state\" : \"${select.getString(\"state\")}\",\n             | \"zipcode\" : \"${select.getString(\"zipcode\")}\",\n             | \"countryfull\" : \"${select.getString(\"countryfull\")}\",\n             | \"email\" : \"${select.getString(\"emailaddress\")}\",\n             | \"username\" : \"${select.getString(\"username\")}\",\n             | \"phone\" : \"${select.getString(\"telephonenumber\")}\",\n             | \"birthday\" : \"${select.getString(\"birthday\")}\",\n             | \"occupation\" : \"${select.getString(\"occupation\")}\",\n             | \"createdAt\" : \"${formatDate(getCreatedAt(selectCreateDate, select.getRow()))}\",\n             | \"company\" : \"${select.getString(\"company\").replace(\"'\", \"\")}\"}\"\"\".stripMargin\n\n        Future {\n          Http(s\"http:\/\/localhost:8080\/customers\/${rowIndex}\").auth(\"<PASSWORD>\", \"\")\n            .postData(userData).asString\n  \n          val custString = Http(s\"http:\/\/localhost:9200\/customers-triton\/customer\/${rowIndex}?routing=${rowIndex}\").asString\n          if (custString.body contains \"\\\"found\\\":false\") {\n            println(s\"Error on index ${rowIndex}: ${userData}\")\n          }\n        }\n      }\n    } finally {\n      connFakeName.close\n      connDs2.close()\n    }\n  }\n\n  def formatDate(date: Date): String = {\n    new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ssZ\").format(date)\n  }\n\n  def getCreatedAt(selectCreateDate: java.sql.PreparedStatement, customerId: Int): Date = {\n    selectCreateDate.setInt(1, customerId)\n    val rsCreatedAt = selectCreateDate.executeQuery()\n\n    if (rsCreatedAt.next) {\n      val createdAt = rsCreatedAt.getDate(1)\n      if (createdAt != null) {\n        return createdAt\n      }\n    }\n    return createRandomDate()\n  }\n\n  def createRandomDate(): Date = {\n    val gc = new GregorianCalendar();\n    gc.set(Calendar.YEAR, 2009);\n    val dayOfYear = randBetween(1, gc.getActualMaximum(Calendar.DAY_OF_YEAR));\n    gc.set(Calendar.DAY_OF_YEAR, dayOfYear);\n    gc.getTime\n  }\n\n  def randBetween(start: Integer, end: Integer): Integer = {\n    return start + Math.round(Math.random() * (end - start)).intValue();\n  }\n\n  val CATEGORIES = Map(1 -> \"Action\",\n    2 -> \"Animation\",\n    3 -> \"Children\",\n    4 -> \"Classics\",\n    5 -> \"Comedy\",\n    6 -> \"Documentary\",\n    7 -> \"Drama\",\n    8 -> \"Family\",\n    9 -> \"Foreign\",\n    10 -> \"Games\",\n    11 -> \"Horror\",\n    12 -> \"Music\",\n    13 -> \"New\",\n    14 -> \"Sci-Fi\",\n    15 -> \"Sports\",\n    16 -> \"Travel\")\n}"}
{"repo_name":"SethTisue\/play-webgoat","path":"build.sbt","text":"name := \"play-webgoat\"\n\nversion := \"1.0\"\n\nlazy val `play-webgoat` = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.12.3\"\nscalacOptions ++= Seq(\n  \"-feature\", \"-unchecked\", \"-deprecation\",\n  \"-Xlint:-unused\", \/\/ \"unused\" is too fragile w\/ Twirl, routes file\n  \"-Xfatal-warnings\")\n\nlibraryDependencies += guice\nlibraryDependencies += ws\n"}
{"repo_name":"tatyajh\/dojoScala","path":"app\/model\/Restaurant.scala","text":"<gh_stars>0\npackage model\nimport slick.driver.PostgresDriver.api._\n\ncase class Restaurant (name:String, city:String, address:String, phone:Long)\ncase class CompleteRestaurant(id:Long, name:String, city:String, address:String, phone:Long)\nclass RestaurantTableDef(tag:Tag) extends Table[CompleteRestaurant](tag,\"restaurant\"){\n  def id=column[Long](\"id\",O.PrimaryKey,O.AutoInc)\n  def name=column[String](\"name\")\n  def city=column[String](\"city\")\n  def address=column[String](\"address\")\n  def phone=column[Long](\"phone\")\n  override def * = (id, name, city, address, phone) <> (CompleteRestaurant.tupled,CompleteRestaurant.unapply)\n  \n}"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/Primitives.scala","text":"<reponame>das-projects\/Cheetah\npackage Cheetah.Hash\n\nclass Primitives {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Immutable\/VectorPointer.scala","text":"package Cheetah.Immutable\n\nimport scala.annotation.tailrec\nimport scala.reflect.ClassTag\n\nprivate[Immutable] trait VectorPointer[A] {\n\n  type Node = Array[AnyRef]\n  type Leaf = Array[A]\n  type Size = Array[Int]\n\n  final private[Immutable] var display0: Leaf = _\n  final private[Immutable] var display1: Node = _\n  final private[Immutable] var display2: Node = _\n  final private[Immutable] var display3: Node = _\n  final private[Immutable] var display4: Node = _\n  final private[Immutable] var display5: Node = _\n  final private[Immutable] var display6: Node = _\n  final private[Immutable] var display7: Node = _\n\n  final private[Immutable] var depth: Int = 0\n  final private[Immutable] var focusStart: Int = 0\n  final private[Immutable] var focusEnd: Int = 0\n  final private[Immutable] var focusDepth: Int = 0\n  final private[Immutable] var focus: Int = 0\n  final private[Immutable] var focusRelax: Int = 0\n\n  private[Immutable] def endIndex: Int\n\n  final private[Immutable] def initWithFocusFrom(that: VectorPointer[A]): Unit = {\n    initFocus(that.focus,\n      that.focusStart,\n      that.focusEnd,\n      that.focusDepth,\n      that.focusRelax)\n    initFrom(that)\n  }\n\n  final private[Immutable] def initFocus(focus: Int,\n                                         focusStart: Int,\n                                         focusEnd: Int,\n                                         focusDepth: Int,\n                                         focusRelax: Int): Unit = {\n    this.focus = focus\n    this.focusStart = focusStart\n    this.focusEnd = focusEnd\n    this.focusDepth = focusDepth\n    this.focusRelax = focusRelax\n  }\n\n  final private[Immutable] def initFrom(that: VectorPointer[A]): Unit = {\n    this.depth = that.depth\n    that.depth match {\n      case 1 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n\n      case 2 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n\n      case 3 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n        this.display3 = that.display3\n\n      case 4 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n        this.display3 = that.display3\n        this.display4 = that.display4\n\n      case 5 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n        this.display3 = that.display3\n        this.display4 = that.display4\n        this.display5 = that.display5\n\n      case 6 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n        this.display3 = that.display3\n        this.display4 = that.display4\n        this.display5 = that.display5\n        this.display6 = that.display6\n\n      case 7 =>\n        this.display0 = that.display0\n        this.display1 = that.display1\n        this.display2 = that.display2\n        this.display3 = that.display3\n        this.display4 = that.display4\n        this.display5 = that.display5\n        this.display6 = that.display6\n        this.display7 = that.display7\n\n      case _ => throw new IllegalStateException()\n    }\n  }\n\n  private[Immutable] final def initFromRoot(root: Node,\n                                            depth: Int): Unit = {\n    depth match {\n      case 1 => display1 = root\n      case 2 => display2 = root\n      case 3 => display3 = root\n      case 4 => display4 = root\n      case 5 => display5 = root\n      case 6 => display6 = root\n      case 7 => display7 = root\n    }\n\n    this.depth = depth\n    focusEnd = focusStart\n    focusOn(0)\n  }\n\n  final private[Immutable] def initSingleton(elem: A)(implicit ct: ClassTag[A]): Unit = {\n    initFocus(0, 0, 1, 1, 0)\n    val d0: Leaf = new Leaf(1)\n    val d1: Node = new Node(3)\n    val size: Size = new Size(1)\n\n    d0.update(0, elem)\n    size.update(0, d0.length)\n    display0 = d0.asInstanceOf[Leaf]\n\n    d1.update(0, display0)\n    \/\/d1 = withComputedSizes(d1, 1)\n    d1.update(2, size)\n\n    display1 = d1\n    depth = 1\n  }\n\n  final private[Immutable] def root: Node = {\n    depth match {\n      case 1 => display1\n      case 2 => display2\n      case 3 => display3\n      case 4 => display4\n      case 5 => display5\n      case 6 => display6\n      case 7 => display7\n      case _ => throw new IllegalStateException()\n    }\n  }\n\n  final private[Immutable] def focusOn(index: Int): Unit = {\n    if (focusStart <= index && index < focusEnd) {\n      val indexInFocus: Int = index - focusStart\n      val xor: Int = indexInFocus ^ focus\n      if (xor >= 32)\n        gotoPos(indexInFocus, xor)\n      focus = indexInFocus\n    } else {\n      gotoPosFromRoot(index)\n    }\n  }\n\n  final private[Immutable] def getElementFromRoot(index: Int): A = {\n\n    var indexInSubTree: Int = index\n    var currentDepth: Int = depth\n    var display: Node = currentDepth match {\n      case 1 => display1\n      case 2 => display2\n      case 3 => display3\n      case 4 => display4\n      case 5 => display5\n      case 6 => display6\n      case 7 => display7\n      case _ => throw new IllegalStateException()\n    }\n    var sizes: Size = display(display.length - 1).asInstanceOf[Size]\n\n    do {\n      val sizesIdx: Int = getIndexInSizes(sizes, indexInSubTree)\n      if (sizesIdx != 0) indexInSubTree -= sizes(sizesIdx - 1)\n      if (currentDepth >= 2) {\n        display = display(sizesIdx).asInstanceOf[Node]\n        sizes = display(display.length - 1).asInstanceOf[Size]\n        currentDepth -= 1\n      }\n    } while (currentDepth > 1)\n\n    currentDepth match {\n      case 1 => getElem1(display, indexInSubTree)\n      case 2 => getElem2(display, indexInSubTree)\n      case 3 => getElem3(display, indexInSubTree)\n      case 4 => getElem4(display, indexInSubTree)\n      case 5 => getElem5(display, indexInSubTree)\n      case 6 => getElem6(display, indexInSubTree)\n      case 7 => getElem7(display, indexInSubTree)\n      case _ => throw new IllegalStateException()\n    }\n  }\n\n  @inline final private def getIndexInSizes(sizes: Size,\n                                            indexInSubTree: Int): Int = {\n    if (indexInSubTree == 0) return 0\n\n    var is = 0\n    while (sizes(is) <= indexInSubTree) is += 1\n    is\n  }\n\n  final private[Immutable] def gotoPosFromRoot(index: Int): Unit = {\n    \/\/TODO Check for correctness: Seems fine\n    var _startIndex: Int = 0\n    var _endIndex: Int = endIndex\n    var currentDepth: Int = depth\n    var _focusRelax: Int = 0\n    var continue: Boolean = currentDepth > 0\n\n    if (continue) {\n      var display: Node = currentDepth match {\n        case 1 => display1\n        case 2 => display2\n        case 3 => display3\n        case 4 => display4\n        case 5 => display5\n        case 6 => display6\n        case 7 => display7\n        case _ => throw new IllegalStateException(currentDepth.toString)\n      }\n\n      do {\n        val sizes = display(display.length - 1).asInstanceOf[Size]\n        if (sizes == null)\n          continue = false\n        else {\n          val is: Int = getIndexInSizes(sizes, index - _startIndex)\n          display = display(is).asInstanceOf[Node]\n          currentDepth match {\n            case 1 =>\n              display0 = display.asInstanceOf[Leaf]\n              continue = false\n            case 2 => display1 = display\n            case 3 => display2 = display\n            case 4 => display3 = display\n            case 5 => display4 = display\n            case 6 => display5 = display\n            case 7 => display6 = display\n          }\n          if (is < sizes.length - 1)\n            _endIndex = _startIndex + sizes(is)\n\n          if (is != 0)\n            _startIndex += sizes(is - 1)\n\n          currentDepth -= 1\n          _focusRelax |= (is << (5 * currentDepth))\n        }\n      } while (continue)\n    }\n    val indexInFocus: Int = index - _startIndex\n    gotoPos(indexInFocus, 1 << (5 * currentDepth))\n    initFocus(indexInFocus, _startIndex, _endIndex, currentDepth, _focusRelax)\n  }\n\n  final private[Immutable] def setupNewBlockInNextBranch(xor: Int,\n                                                         transient: Boolean)(implicit ct: ClassTag[A]): Unit = {\n    if (xor < (1 << 10)) {\n\n      if (transient) normalize(1)\n      val newRoot: Node = copyAndIncRightRoot(display1, transient, 1)\n      if (transient) {\n        val oldTransientBranch: Int = newRoot.length - 3\n        withRecomputedSizes(newRoot, 1, oldTransientBranch)\n        newRoot.update(oldTransientBranch, display0)\n      }\n      display1 = newRoot\n      display0 = new Leaf(1)\n\n    } else if (xor < (1 << 15)) {\n\n      if (transient) normalize(2)\n      if (depth == 1) {\n        depth = 2\n        display2 = makeNewRoot0(display1)\n      } else {\n        val newRoot = copyAndIncRightRoot(display2, transient, 2)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 2, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display1)\n        }\n        display2 = newRoot\n      }\n      display0 = new Leaf(1)\n      lazy val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n\n    } else if (xor < (1 << 20)) {\n\n      if (transient) normalize(3)\n      if (depth == 2) {\n        depth = 3\n        display3 = makeNewRoot0(display2)\n      } else {\n        val newRoot = copyAndIncRightRoot(display3, transient, 3)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 3, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display2)\n        }\n        display3 = newRoot\n      }\n      display0 = new Leaf(1)\n      val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n      display2 = _emptyTransientBlock\n\n    } else if (xor < (1 << 25)) {\n\n      if (transient) normalize(4)\n      if (depth == 3) {\n        depth = 4\n        display4 = makeNewRoot0(display3)\n      } else {\n        val newRoot = copyAndIncRightRoot(display4, transient, 4)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 4, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display3)\n        }\n        display4 = newRoot\n      }\n      display0 = new Leaf(1)\n      val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n      display2 = _emptyTransientBlock\n      display3 = _emptyTransientBlock\n\n    } else if (xor < (1 << 30)) {\n\n      if (transient) normalize(5)\n      if (depth == 4) {\n        depth = 5\n        display5 = makeNewRoot0(display4)\n      } else {\n        val newRoot = copyAndIncRightRoot(display5, transient, 5)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 5, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display4)\n        }\n        display5 = newRoot\n      }\n      display0 = new Leaf(1)\n      val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n      display2 = _emptyTransientBlock\n      display3 = _emptyTransientBlock\n      display4 = _emptyTransientBlock\n\n    } else if (xor < (1 << 35)) {\n\n      if (transient) normalize(6)\n      if (depth == 5) {\n        depth = 6\n        display6 = makeNewRoot0(display5)\n      } else {\n        val newRoot = copyAndIncRightRoot(display6, transient, 6)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 6, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display5)\n        }\n        display6 = newRoot\n      }\n      display0 = new Leaf(1)\n      val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n      display2 = _emptyTransientBlock\n      display3 = _emptyTransientBlock\n      display4 = _emptyTransientBlock\n      display5 = _emptyTransientBlock\n\n    } else if (xor < (1 << 40)) {\n\n      if (transient) normalize(7)\n      if (depth == 6) {\n        depth = 7\n        display7 = makeNewRoot0(display6)\n      } else {\n        val newRoot = copyAndIncRightRoot(display7, transient, 7)\n        if (transient) {\n          val oldTransientBranch = newRoot.length - 3\n          withRecomputedSizes(newRoot, 7, oldTransientBranch)\n          newRoot.update(oldTransientBranch, display6)\n        }\n        display7 = newRoot\n      }\n      display0 = new Leaf(1)\n      val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n      display1 = _emptyTransientBlock\n      display2 = _emptyTransientBlock\n      display3 = _emptyTransientBlock\n      display4 = _emptyTransientBlock\n      display5 = _emptyTransientBlock\n      display6 = _emptyTransientBlock\n\n    } else\n      throw new IllegalArgumentException()\n  }\n\n  final private[Immutable] def setupNewBlockInInitBranch(insertionDepth: Int,\n                                                         transient: Boolean)(implicit ct: ClassTag[A]): Unit = {\n    insertionDepth match {\n      case 1 =>\n        if (transient) normalize(1)\n\n        val newRoot: Node = copyAndIncLeftRoot(display1, transient, 1)\n        if (transient) {\n          withRecomputedSizes(newRoot, 1, 1)\n          newRoot.update(1, display0)\n        }\n        display1 = newRoot\n        display0 = new Leaf(1)\n\n      case 2 =>\n        if (transient) normalize(2)\n\n        if (depth == 1) {\n          depth = 2\n          display2 = makeNewRoot1(display1, 2)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display2, transient, 2)\n          if (transient) {\n            withRecomputedSizes(newRoot, 2, 1)\n            newRoot.update(1, display1)\n          }\n          display2 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n\n      case 3 =>\n        if (transient) normalize(3)\n\n        if (depth == 2) {\n          depth = 3\n          display3 = makeNewRoot1(display2, 3)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display3, transient, 3)\n          if (transient) {\n            withRecomputedSizes(newRoot, 3, 1)\n            newRoot.update(1, display2)\n          }\n          display3 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n        display2 = _emptyTransientBlock\n\n      case 4 =>\n        if (transient) normalize(4)\n\n        if (depth == 3) {\n          depth = 4\n          display4 = makeNewRoot1(display3, 4)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display4, transient, 4)\n          if (transient) {\n            withRecomputedSizes(newRoot, 4, 1)\n            newRoot.update(1, display3)\n          }\n          display4 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n        display2 = _emptyTransientBlock\n        display3 = _emptyTransientBlock\n\n      case 5 =>\n        if (transient) normalize(5)\n\n        if (depth == 4) {\n          depth = 5\n          display5 = makeNewRoot1(display4, 5)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display5, transient, 5)\n          if (transient) {\n            withRecomputedSizes(newRoot, 5, 1)\n            newRoot.update(1, display4)\n          }\n          display5 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n        display2 = _emptyTransientBlock\n        display3 = _emptyTransientBlock\n        display4 = _emptyTransientBlock\n\n      case 6 =>\n        if (transient) normalize(6)\n\n        if (depth == 5) {\n          depth = 6\n          display6 = makeNewRoot1(display5, 6)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display6, transient, 6)\n          if (transient) {\n            withRecomputedSizes(newRoot, 6, 1)\n            newRoot.update(1, display5)\n          }\n          display6 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n        display2 = _emptyTransientBlock\n        display3 = _emptyTransientBlock\n        display4 = _emptyTransientBlock\n        display5 = _emptyTransientBlock\n\n      case 7 =>\n        if (transient) normalize(7)\n\n        if (depth == 6) {\n          depth = 7\n          display7 = makeNewRoot1(display6, 7)\n        } else {\n          val newRoot = copyAndIncLeftRoot(display7, transient, 7)\n          if (transient) {\n            withRecomputedSizes(newRoot, 7, 1)\n            newRoot.update(1, display6)\n          }\n          display7 = newRoot\n        }\n        display0 = new Leaf(1)\n        val _emptyTransientBlock = new Node(2) \/\/emptyTransientBlock\n        display1 = _emptyTransientBlock\n        display2 = _emptyTransientBlock\n        display3 = _emptyTransientBlock\n        display4 = _emptyTransientBlock\n        display5 = _emptyTransientBlock\n        display6 = _emptyTransientBlock\n\n      case _ => throw new IllegalStateException()\n    }\n  }\n\n  final private[Immutable] def gotoPos(index: Int, xor: Int): Unit = {\n    if (xor < (1 << 5)) ()\n    else if (xor < (1 << 10))\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    else if (xor < (1 << 15)) {\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else if (xor < (1 << 20)) {\n      display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else if (xor < (1 << 25)) {\n      display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n      display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else if (xor < (1 << 30)) {\n      display4 = display5(index >> 25 & 31).asInstanceOf[Node]\n      display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n      display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else if (xor < (1 << 35)) {\n      display5 = display6(index >> 30 & 31).asInstanceOf[Node]\n      display4 = display5(index >> 25 & 31).asInstanceOf[Node]\n      display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n      display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else if (xor < (1 << 40)) {\n      display6 = display7(index >> 35 & 31).asInstanceOf[Node]\n      display5 = display6(index >> 30 & 31).asInstanceOf[Node]\n      display4 = display5(index >> 25 & 31).asInstanceOf[Node]\n      display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n      display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n    } else\n      throw new IllegalArgumentException(index.toString)\n  }\n\n  final private[Immutable] def gotoNextBlockStart(index: Int,\n                                                  xor: Int): Unit = {\n    if (xor >= (1 << 10)) {\n      if (xor >= (1 << 15)) {\n        if (xor >= (1 << 20)) {\n          if (xor >= (1 << 25)) {\n            if (xor >= (1 << 30)) {\n              if (xor >= (1 << 35)) {\n                if (xor >= (1 << 40)) {\n                  throw new IllegalArgumentException()\n                } else\n                  display6 = display7(index >> 35 & 31).asInstanceOf[Node]\n              } else\n                display5 = display6(index >> 30 & 31).asInstanceOf[Node]\n            } else\n              display4 = display5(index >> 25 & 31).asInstanceOf[Node]\n          } else\n            display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n        } else\n          display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      } else\n        display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n    } else\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n  }\n\n  final private[Immutable] def gotoPrevBlockStart(index: Int,\n                                                  xor: Int): Unit = {\n    if (xor >= (1 << 10)) {\n      if (xor >= (1 << 15)) {\n        if (xor >= (1 << 20)) {\n          if (xor >= (1 << 25)) {\n            if (xor >= (1 << 30)) {\n              if (xor >= (1 << 35)) {\n                if (xor >= (1 << 40)) {\n                  throw new IllegalArgumentException()\n                } else\n                  display6 = display7(index >> 35 & 31).asInstanceOf[Node]\n              } else\n                display5 = display6(index >> 30 & 31).asInstanceOf[Node]\n            } else\n              display4 = display5(index >> 25 & 31).asInstanceOf[Node]\n          } else\n            display3 = display4(index >> 20 & 31).asInstanceOf[Node]\n        } else\n          display2 = display3(index >> 15 & 31).asInstanceOf[Node]\n      } else\n        display1 = display2(index >> 10 & 31).asInstanceOf[Node]\n    } else\n      display0 = display1(index >> 5 & 31).asInstanceOf[Leaf]\n  }\n\n  final private[Immutable] def gotoNextBlockStartWritable(index: Int,\n                                                          xor: Int)(implicit ct: ClassTag[A]): Unit = {\n    if (xor < (1 << 10)) {\n\n      display0 = new Leaf(32)\n      display1.update(index >> 5 & 31, display0)\n\n    } else if (xor < (1 << 15)) {\n\n      if (depth == 1) {\n        display2 = new Node(33)\n        display2.update(0, display1)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n\n    } else if (xor < (1 << 20)) {\n\n      if (depth == 2) {\n        display3 = new Node(33)\n        display3.update(0, display2)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display2 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n      display3.update(index >> 15 & 31, display2)\n\n    } else if (xor < (1 << 25)) {\n\n      if (depth == 3) {\n        display4 = new Node(33)\n        display4.update(0, display3)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display2 = new Node(33)\n      display3 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n      display3.update(index >> 15 & 31, display2)\n      display4.update(index >> 20 & 31, display3)\n\n    } else if (xor < (1 << 30)) {\n\n      if (depth == 4) {\n        display5 = new Node(33)\n        display5.update(0, display4)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display2 = new Node(33)\n      display3 = new Node(33)\n      display4 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n      display3.update(index >> 15 & 31, display2)\n      display4.update(index >> 20 & 31, display3)\n      display5.update(index >> 25 & 31, display4)\n\n    } else if (xor < (1 << 35)) {\n\n      if (depth == 5) {\n        display6 = new Node(33)\n        display6.update(0, display5)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display2 = new Node(33)\n      display3 = new Node(33)\n      display4 = new Node(33)\n      display5 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n      display3.update(index >> 15 & 31, display2)\n      display4.update(index >> 20 & 31, display3)\n      display5.update(index >> 25 & 31, display4)\n      display6.update(index >> 30 & 31, display5)\n\n    } else if (xor < (1 << 40)) {\n\n      if (depth == 6) {\n        display7 = new Node(33)\n        display7.update(0, display6)\n        depth += 1\n      }\n      display0 = new Leaf(32)\n      display1 = new Node(33)\n      display2 = new Node(33)\n      display3 = new Node(33)\n      display4 = new Node(33)\n      display5 = new Node(33)\n      display6 = new Node(33)\n      display1.update(index >> 5 & 31, display0)\n      display2.update(index >> 10 & 31, display1)\n      display3.update(index >> 15 & 31, display2)\n      display4.update(index >> 20 & 31, display3)\n      display5.update(index >> 25 & 31, display4)\n      display6.update(index >> 30 & 31, display5)\n      display7.update(index >> 35 & 31, display6)\n\n    } else\n      throw new IllegalArgumentException()\n  }\n\n\n  final private[Immutable] def normalize(_depth: Int): Unit = {\n\n    val _focusDepth: Int = focusDepth\n    val stabilizationIndex: Int = focus | focusRelax\n    copyDisplaysAndStabilizeDisplayPath(_focusDepth, stabilizationIndex)\n\n    var currentLevel: Int = _focusDepth\n    if (currentLevel < _depth) {\n      var display = currentLevel match {\n        case 1 => display1\n        case 2 => display2\n        case 3 => display3\n        case 4 => display4\n        case 5 => display5\n        case 6 => display6\n        case 7 => display7\n      }\n      do {\n        val newDisplay: Node = copyOf(display)\n        val index: Int = stabilizationIndex >> (5 * currentLevel) & 31\n        currentLevel match {\n\n          case 1 =>\n            newDisplay.update(index, display0)\n            display1 = withRecomputedSizes(newDisplay, 1, index)\n            display = display2\n\n          case 2 =>\n            newDisplay.update(index, display1)\n            display2 = withRecomputedSizes(newDisplay, 2, index)\n            display = display3\n\n          case 3 =>\n            newDisplay.update(index, display2)\n            display3 = withRecomputedSizes(newDisplay, 3, index)\n            display = display4\n\n          case 4 =>\n            newDisplay.update(index, display3)\n            display4 = withRecomputedSizes(newDisplay, 4, index)\n            display = display5\n\n          case 5 =>\n            newDisplay.update(index, display4)\n            display5 = withRecomputedSizes(newDisplay, 5, index)\n            display = display6\n\n          case 6 =>\n            newDisplay.update(index, display5)\n            display6 = withRecomputedSizes(newDisplay, 6, index)\n            display = display7\n\n          case 7 =>\n            newDisplay.update(index, display6)\n            display7 = withRecomputedSizes(newDisplay, 7, index)\n\n        }\n        currentLevel += 1\n      } while (currentLevel < _depth)\n    }\n  }\n\n  final private[Immutable] def copyDisplays(_depth: Int, _focus: Int): Unit = {\n    if (1 <= _depth) {\n      if (2 <= _depth) {\n        if (3 <= _depth) {\n          if (4 <= _depth) {\n            if (5 <= _depth) {\n              if (6 <= _depth) {\n                if (7 <= _depth) {\n                  val idx7 = _focus >> 35 & 31 + 1\n                  display7 = copyOf(display7, idx7, idx7 + 1)\n                }\n                val idx6 = _focus >> 30 & 31 + 1\n                display6 = copyOf(display6, idx6, idx6 + 1)\n              }\n              val idx5 = _focus >> 25 & 31 + 1\n              display5 = copyOf(display5, idx5, idx5 + 1)\n            }\n            val idx4 = _focus >> 20 & 31 + 1\n            display4 = copyOf(display4, idx4, idx4 + 1)\n          }\n          val idx3 = _focus >> 15 & 31 + 1\n          display3 = copyOf(display3, idx3, idx3 + 1)\n        }\n        val idx2 = _focus >> 10 & 31 + 1\n        display2 = copyOf(display2, idx2, idx2 + 1)\n      }\n      val idx1 = _focus >> 5 & 31 + 1\n      display1 = copyOf(display1, idx1, idx1 + 1)\n    }\n  }\n\n  final private[Immutable] def copyDisplaysAndNullFocusedBranch(_depth: Int,\n                                                                _focus: Int): Unit = _depth match {\n    \/\/ can also be written using if statements like the previous function CopyDisplays\n    case 1 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n\n    case 2 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n\n    case 3 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n      display3 = copyOfAndNull(display3, _focus >> 15 & 31)\n\n    case 4 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n      display3 = copyOfAndNull(display3, _focus >> 15 & 31)\n      display4 = copyOfAndNull(display4, _focus >> 20 & 31)\n\n    case 5 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n      display3 = copyOfAndNull(display3, _focus >> 15 & 31)\n      display4 = copyOfAndNull(display4, _focus >> 20 & 31)\n      display5 = copyOfAndNull(display5, _focus >> 25 & 31)\n\n    case 6 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n      display3 = copyOfAndNull(display3, _focus >> 15 & 31)\n      display4 = copyOfAndNull(display4, _focus >> 20 & 31)\n      display5 = copyOfAndNull(display5, _focus >> 25 & 31)\n      display6 = copyOfAndNull(display6, _focus >> 30 & 31)\n\n    case 7 =>\n      display1 = copyOfAndNull(display1, _focus >> 5 & 31)\n      display2 = copyOfAndNull(display2, _focus >> 10 & 31)\n      display3 = copyOfAndNull(display3, _focus >> 15 & 31)\n      display4 = copyOfAndNull(display4, _focus >> 20 & 31)\n      display5 = copyOfAndNull(display5, _focus >> 25 & 31)\n      display6 = copyOfAndNull(display6, _focus >> 30 & 31)\n      display7 = copyOfAndNull(display7, _focus >> 35 & 31)\n\n  }\n\n  final private[Immutable] def copyDisplaysAndStabilizeDisplayPath(_depth: Int,\n                                                                   _focus: Int): Unit = _depth match {\n    case 1 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n\n    case 2 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n\n    case 3 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n      val d3: Node = copyOf(display3)\n      d3.update(_focus >> 15 & 31, d2)\n      display3 = d3\n\n    case 4 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n      val d3: Node = copyOf(display3)\n      d3.update(_focus >> 15 & 31, d2)\n      display3 = d3\n      val d4: Node = copyOf(display4)\n      d4.update(_focus >> 20 & 31, d3)\n      display4 = d4\n\n    case 5 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n      val d3: Node = copyOf(display3)\n      d3.update(_focus >> 15 & 31, d2)\n      display3 = d3\n      val d4: Node = copyOf(display4)\n      d4.update(_focus >> 20 & 31, d3)\n      display4 = d4\n      val d5: Node = copyOf(display5)\n      d5.update(_focus >> 25 & 31, d4)\n      display5 = d5\n\n    case 6 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n      val d3: Node = copyOf(display3)\n      d3.update(_focus >> 15 & 31, d2)\n      display3 = d3\n      val d4: Node = copyOf(display4)\n      d4.update(_focus >> 20 & 31, d3)\n      display4 = d4\n      val d5: Node = copyOf(display5)\n      d5.update(_focus >> 25 & 31, d4)\n      display5 = d5\n      val d6: Node = copyOf(display6)\n      d6.update(_focus >> 30 & 31, d5)\n      display6 = d6\n\n    case 7 =>\n      val d1: Node = copyOf(display1)\n      d1.update(_focus >> 5 & 31, display0)\n      display1 = d1\n      val d2: Node = copyOf(display2)\n      d2.update(_focus >> 10 & 31, d1)\n      display2 = d2\n      val d3: Node = copyOf(display3)\n      d3.update(_focus >> 15 & 31, d2)\n      display3 = d3\n      val d4: Node = copyOf(display4)\n      d4.update(_focus >> 20 & 31, d3)\n      display4 = d4\n      val d5: Node = copyOf(display5)\n      d5.update(_focus >> 25 & 31, d4)\n      display5 = d5\n      val d6: Node = copyOf(display6)\n      d6.update(_focus >> 30 & 31, d5)\n      display6 = d6\n      val d7: Node = copyOf(display7)\n      d7.update(_focus >> 35 & 31, d6)\n      display7 = d7\n\n  }\n\n  final private[Immutable] def copyDisplaysTop(currentDepth: Int,\n                                               _focusRelax: Int): Unit = {\n    var _currentDepth = currentDepth\n    while (_currentDepth < this.depth) {\n      _currentDepth match {\n\n        case 1 =>\n          val cutIndex = _focusRelax >> 5 & 31\n          display1 = copyOf(display1, cutIndex + 1, cutIndex + 2)\n\n        case 2 =>\n          val cutIndex = _focusRelax >> 10 & 31\n          display2 = copyOf(display2, cutIndex + 1, cutIndex + 2)\n\n        case 3 =>\n          val cutIndex = _focusRelax >> 15 & 31\n          display3 = copyOf(display3, cutIndex + 1, cutIndex + 2)\n\n        case 4 =>\n          val cutIndex = _focusRelax >> 20 & 31\n          display4 = copyOf(display4, cutIndex + 1, cutIndex + 2)\n\n        case 5 =>\n          val cutIndex = _focusRelax >> 25 & 31\n          display5 = copyOf(display5, cutIndex + 1, cutIndex + 2)\n\n        case 6 =>\n          val cutIndex = _focusRelax >> 30 & 31\n          display6 = copyOf(display6, cutIndex + 1, cutIndex + 2)\n\n        case 7 =>\n          val cutIndex = _focusRelax >> 35 & 31\n          display7 = copyOf(display7, cutIndex + 1, cutIndex + 2)\n\n        case _ => throw new IllegalStateException()\n\n      }\n      _currentDepth += 1\n    }\n\n  }\n\n  final private[Immutable] def stabilizeDisplayPath(_depth: Int,\n                                                    _focus: Int): Unit = {\n    _depth match {\n\n      case 1 =>\n        val d1: Node = display1\n        d1.update(_focus >> 5 & 31, display0)\n\n      case 2 =>\n        val d1: Node = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2: Node = display2\n        d2.update(_focus >> 10 & 31, d1)\n\n      case 3 =>\n        val d1: Node = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2: Node = display2\n        d2.update(_focus >> 10 & 31, d1)\n        val d3: Node = display3\n        d3.update(_focus >> 15 & 31, d2)\n\n      case 4 =>\n        val d1: Node = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2: Node = display2\n        d2.update(_focus >> 10 & 31, d1)\n        val d3: Node = display3\n        d3.update(_focus >> 15 & 31, d2)\n        val d4: Node = display4\n        d4.update(_focus >> 20 & 31, d3)\n\n      case 5 =>\n        val d1: Node = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2: Node = display2\n        d2.update(_focus >> 10 & 31, d1)\n        val d3: Node = display3\n        d3.update(_focus >> 15 & 31, d2)\n        val d4: Node = display4\n        d4.update(_focus >> 20 & 31, d3)\n        val d5: Node = display5\n        d5.update(_focus >> 25 & 31, d4)\n\n      case 6 =>\n        val d1 = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2 = display2\n        d2.update(_focus >> 10 & 31, d1)\n        val d3 = display3\n        d3.update(_focus >> 15 & 31, d2)\n        val d4 = display4\n        d4.update(_focus >> 20 & 31, d3)\n        val d5 = display5\n        d5.update(_focus >> 25 & 31, d4)\n        val d6 = display6\n        d6.update(_focus >> 30 & 31, d5)\n\n      case 7 =>\n        val d1 = display1\n        d1.update(_focus >> 5 & 31, display0)\n        val d2 = display2\n        d2.update(_focus >> 10 & 31, d1)\n        val d3 = display3\n        d3.update(_focus >> 15 & 31, d2)\n        val d4 = display4\n        d4.update(_focus >> 20 & 31, d3)\n        val d5 = display5\n        d5.update(_focus >> 25 & 31, d4)\n        val d6 = display6\n        d6.update(_focus >> 30 & 31, d5)\n        val d7 = display7\n        d7.update(_focus >> 35 & 31, d6)\n\n    }\n  }\n\n  private[Immutable] def cleanTopTake(cutIndex: Int): Unit = {\n    this.depth match {\n\n      case 1 =>\n        if ((cutIndex >> 5) == 0) {\n          display1 = null\n          this.depth = 0\n        } else\n          this.depth = 1\n\n      case 2 =>\n        if ((cutIndex >> 10) == 0) {\n          display2 = null\n          if ((cutIndex >> 5) == 0) {\n            display1 = null\n            this.depth = 0\n          } else\n            this.depth = 1\n        } else\n          this.depth = 2\n\n      case 3 =>\n        if ((cutIndex >> 15) == 0) {\n          display3 = null\n          if ((cutIndex >> 10) == 0) {\n            display2 = null\n            if ((cutIndex >> 5) == 0) {\n              display1 = null\n              this.depth = 0\n            } else\n              this.depth = 1\n          } else\n            this.depth = 2\n        } else\n          this.depth = 3\n\n      case 4 =>\n        if ((cutIndex >> 20) == 0) {\n          display4 = null\n          if ((cutIndex >> 15) == 0) {\n            display3 = null\n            if ((cutIndex >> 10) == 0) {\n              display2 = null\n              if ((cutIndex >> 5) == 0) {\n                display1 = null\n                this.depth = 0\n              } else\n                this.depth = 1\n            } else\n              this.depth = 2\n          } else\n            this.depth = 3\n        } else\n          this.depth = 4\n\n      case 5 =>\n        if ((cutIndex >> 25) == 0) {\n          display5 = null\n          if ((cutIndex >> 20) == 0) {\n            display4 = null\n            if ((cutIndex >> 15) == 0) {\n              display3 = null\n              if ((cutIndex >> 10) == 0) {\n                display2 = null\n                if ((cutIndex >> 5) == 0) {\n                  display1 = null\n                  this.depth = 0\n                } else\n                  this.depth = 1\n              } else\n                this.depth = 2\n            } else\n              this.depth = 3\n          } else\n            this.depth = 4\n        } else\n          this.depth = 5\n\n      case 6 =>\n        if ((cutIndex >> 30) == 0) {\n          display6 = null\n          if ((cutIndex >> 25) == 0) {\n            display5 = null\n            if ((cutIndex >> 20) == 0) {\n              display4 = null\n              if ((cutIndex >> 15) == 0) {\n                display3 = null\n                if ((cutIndex >> 10) == 0) {\n                  display2 = null\n                  if ((cutIndex >> 5) == 0) {\n                    display1 = null\n                    this.depth = 0\n                  } else\n                    this.depth = 1\n                } else\n                  this.depth = 2\n              } else\n                this.depth = 3\n            } else\n              this.depth = 4\n          } else\n            this.depth = 5\n        } else\n          this.depth = 6\n\n      case 7 =>\n        if ((cutIndex >> 35) == 0) {\n          display7 = null\n          if ((cutIndex >> 30) == 0) {\n            display6 = null\n            if ((cutIndex >> 25) == 0) {\n              display5 = null\n              if ((cutIndex >> 20) == 0) {\n                display4 = null\n                if ((cutIndex >> 15) == 0) {\n                  display3 = null\n                  if ((cutIndex >> 10) == 0) {\n                    display2 = null\n                    if ((cutIndex >> 5) == 0) {\n                      display1 = null\n                      this.depth = 0\n                    } else\n                      this.depth = 1\n                  } else\n                    this.depth = 2\n                } else\n                  this.depth = 3\n              } else\n                this.depth = 4\n            } else\n              this.depth = 5\n          } else\n            this.depth = 6\n        } else\n          this.depth = 7\n    }\n  }\n\n  private[Immutable] def cleanTopDrop(cutIndex: Int): Unit = {\n    this.depth match {\n\n      case 1 =>\n        if ((cutIndex >> 5) == (display1.length - 2)) {\n          display1 = null\n          this.depth = 0\n        } else\n          this.depth = 1\n\n      case 2 =>\n        if ((cutIndex >> 10) == (display2.length - 2)) {\n          display2 = null\n          if ((cutIndex >> 5) == (display1.length - 2)) {\n            display1 = null\n            this.depth = 0\n          } else\n            this.depth = 1\n        } else\n          this.depth = 2\n\n      case 3 =>\n        if ((cutIndex >> 15) == (display3.length - 2)) {\n          display3 = null\n          if ((cutIndex >> 10) == (display2.length - 2)) {\n            display2 = null\n            if ((cutIndex >> 5) == (display1.length - 2)) {\n              display1 = null\n              this.depth = 0\n            } else\n              this.depth = 1\n          } else\n            this.depth = 2\n        } else\n          this.depth = 3\n\n      case 4 =>\n        if ((cutIndex >> 20) == (display4.length - 2)) {\n          display4 = null\n          if ((cutIndex >> 15) == (display3.length - 2)) {\n            display3 = null\n            if ((cutIndex >> 10) == (display2.length - 2)) {\n              display2 = null\n              if ((cutIndex >> 5) == (display1.length - 2)) {\n                display1 = null\n                this.depth = 0\n              } else\n                this.depth = 1\n            } else\n              this.depth = 2\n          } else\n            this.depth = 3\n        } else\n          this.depth = 4\n\n      case 5 =>\n        if ((cutIndex >> 25) == (display5.length - 2)) {\n          display5 = null\n          if ((cutIndex >> 20) == (display4.length - 2)) {\n            display4 = null\n            if ((cutIndex >> 15) == (display3.length - 2)) {\n              display3 = null\n              if ((cutIndex >> 10) == (display2.length - 2)) {\n                display2 = null\n                if ((cutIndex >> 5) == (display1.length - 2)) {\n                  display1 = null\n                  this.depth = 0\n                } else\n                  this.depth = 1\n              } else\n                this.depth = 2\n            } else\n              this.depth = 3\n          } else\n            this.depth = 4\n        } else\n          this.depth = 5\n\n      case 6 =>\n        if ((cutIndex >> 30) == (display6.length - 2)) {\n          display6 = null\n          if ((cutIndex >> 25) == (display5.length - 2)) {\n            display5 = null\n            if ((cutIndex >> 20) == (display4.length - 2)) {\n              display4 = null\n              if ((cutIndex >> 15) == (display3.length - 2)) {\n                display3 = null\n                if ((cutIndex >> 10) == (display2.length - 2)) {\n                  display2 = null\n                  if ((cutIndex >> 5) == (display1.length - 2)) {\n                    display1 = null\n                    this.depth = 0\n                  } else\n                    this.depth = 1\n                } else\n                  this.depth = 2\n              } else\n                this.depth = 3\n            } else\n              this.depth = 4\n          } else\n            this.depth = 5\n        } else\n          this.depth = 6\n\n      case 7 =>\n        if ((cutIndex >> 35) == (display7.length - 2)) {\n          display7 = null\n          if ((cutIndex >> 30) == (display6.length - 2)) {\n            display6 = null\n            if ((cutIndex >> 25) == (display5.length - 2)) {\n              display5 = null\n              if ((cutIndex >> 20) == (display4.length - 2)) {\n                display4 = null\n                if ((cutIndex >> 15) == (display3.length - 2)) {\n                  display3 = null\n                  if ((cutIndex >> 10) == (display2.length - 2)) {\n                    display2 = null\n                    if ((cutIndex >> 5) == (display1.length - 2)) {\n                      display1 = null\n                      this.depth = 0\n                    } else\n                      this.depth = 1\n                  } else\n                    this.depth = 2\n                } else\n                  this.depth = 3\n              } else\n                this.depth = 4\n            } else\n              this.depth = 5\n          } else\n            this.depth = 6\n        } else\n          this.depth = 7\n\n    }\n  }\n\n  final private[Immutable] def copyOf(node: Node): Node = {\n    val length: Int = node.length\n    val newArray: Node = new Node(length)\n    System.arraycopy(node, 0, newArray, 0, length)\n    newArray\n  }\n\n  final private[Immutable] def copyOf(node: Node,\n                                      numElements: Int,\n                                      newSize: Int): Node = {\n    val newArray: Node = new Node(newSize)\n    System.arraycopy(node, 0, newArray, 0, numElements)\n    newArray\n  }\n\n  final private[Immutable] def copyOf(leaf: Leaf)(implicit ct: ClassTag[A]): Leaf = {\n    val length: Int = leaf.length\n    val newArray: Leaf = new Leaf(length)\n    System.arraycopy(leaf, 0, newArray, 0, length)\n    newArray\n  }\n\n  final private[Immutable] def copyOf(array: Leaf,\n                                      numElements: Int,\n                                      newSize: Int)(implicit ct: ClassTag[A]): Leaf = {\n    val newArray: Leaf = new Leaf(newSize)\n    System.arraycopy(array, 0, newArray, 0, numElements)\n    newArray\n  }\n\n  final private[Immutable] def copyOfAndNull(node: Node,\n                                             nullIndex: Int): Node = {\n    val length: Int = node.length\n    val newNode: Node = new Node(length)\n    \/\/ length - 1 since the last location has the sizes array\n    System.arraycopy(node, 0, newNode, 0, length - 1)\n    newNode.update(nullIndex, null)\n\n    val sizes: Size = node(length - 1).asInstanceOf[Size]\n    if (sizes != null)\n      newNode.update(length - 1, makeTransientSizes(sizes, nullIndex))\n    newNode\n  }\n\n  final private def makeNewRoot0(node: Node): Node = {\n    val newRoot: Node = new Node(3)\n    newRoot.update(0, node)\n    val dSizes: Size = node(node.length - 1).asInstanceOf[Size]\n\n    if (dSizes != null) {\n      val newRootSizes: Size = new Size(2)\n      val dSize: Int = dSizes(node.length - 2)\n      newRootSizes.update(0, dSize)\n      newRootSizes.update(1, dSize)\n      newRoot.update(2, newRootSizes)\n    }\n    newRoot\n  }\n\n  final private def makeNewRoot1(node: Node,\n                                 currentDepth: Int): Node = {\n    val dSize: Int = treeSize(node, currentDepth - 1)\n    val newRootSizes: Size = new Size(2)\n    newRootSizes.update(1, dSize)\n    val newRoot: Node = new Node(3)\n    newRoot.update(1, node)\n    newRoot.update(2, newRootSizes)\n    newRoot\n  }\n\n  final private[Immutable] def makeTransientSizes(oldSizes: Size,\n                                                  transientBranchIndex: Int): Size = {\n    val newSizes: Size = new Size(oldSizes.length)\n    var delta: Int = oldSizes(transientBranchIndex)\n    if (transientBranchIndex > 0) {\n      delta -= oldSizes(transientBranchIndex - 1)\n      if (!oldSizes.eq(newSizes))\n        System.arraycopy(oldSizes, 0, newSizes, 0, transientBranchIndex)\n    }\n\n    var i: Int = transientBranchIndex\n    while (i < newSizes.length) {\n      newSizes.update(i, oldSizes(i) - delta)\n      i += 1\n    }\n    newSizes\n  }\n\n  final private def copyAndIncRightRoot(node: Node,\n                                        transient: Boolean,\n                                        currentLevel: Int): Node = {\n    val length: Int = node.length\n    \/\/ length - 1 since the last position of node has the sizes array\n    val newRoot: Node = copyOf(node, length - 1, length + 1)\n    val oldSizes: Size = node(length - 1).asInstanceOf[Size]\n    if (oldSizes != null) {\n      val newSizes: Size = new Size(length)\n      System.arraycopy(oldSizes, 0, newSizes, 0, length - 1)\n      if (transient)\n        newSizes.update(length - 1, 1 << (5 * currentLevel))\n      \/\/ At position length - 1 since the last position\n      \/\/ needs to be empty for the last element of the node\n      newSizes.update(length - 1, newSizes(length - 2))\n      newRoot.update(length, newSizes)\n    }\n    newRoot\n  }\n\n  final private def copyAndIncLeftRoot(node: Node,\n                                       transient: Boolean,\n                                       currentLevel: Int): Node = {\n    val length: Int = node.length\n    val newRoot: Node = new Node(length + 1)\n    \/\/ Copy existing contents to the new array, but shifted by one to the left\n    System.arraycopy(node, 0, newRoot, 1, length - 1)\n\n    val oldSizes: Size = node(length - 1).asInstanceOf[Size]\n    val newSizes: Size = new Size(length)\n\n    if (oldSizes != null) {\n      if (transient) {\n        System.arraycopy(oldSizes, 1, newSizes, 2, length - 2)\n      }\n      else {\n        System.arraycopy(oldSizes, 0, newSizes, 1, length - 1)\n      }\n    } else {\n      val subTreeSize: Int = 1 << (5 * currentLevel)\n      var acc = 0\n      var i = 1\n      while (i < length - 1) {\n        acc += subTreeSize\n        newSizes.update(i, acc)\n        i += 1\n      }\n      newSizes.update(i, acc + treeSize(node(node.length - 2).asInstanceOf[Node], currentLevel))\n    }\n    newRoot.update(length, newSizes)\n    newRoot\n  }\n\n  final private[Immutable] def withComputedSizes(node: Node,\n                                                 currentDepth: Int): Node = {\n    var i: Int = 0\n    var acc: Int = 0\n    val length: Int = node.length\n    if (length > 0) {\n      val sizes: Size = new Size(length)\n      if (currentDepth == 1) {\n        while (i < length) {\n          acc += node(i).asInstanceOf[Leaf].length\n          sizes.update(i, acc)\n          i += 1\n        }\n        node.update(length - 1, sizes)\n      } else if (length == 1 && currentDepth > 1) {\n        val child: Node = node(0).asInstanceOf[Node]\n        val childSizes: Size = child(child.length - 1).asInstanceOf[Size]\n        if (childSizes.length > 1) {\n          sizes.update(0, childSizes(childSizes.length - 1))\n          node.update(length - 1, sizes)\n        } else {\n          node.update(length - 1, childSizes)\n        }\n      } else {\n        while (i < length) {\n          acc += treeSize(node(i).asInstanceOf[Node], currentDepth - 1)\n          sizes.update(i, acc)\n          i += 1\n        }\n        node.update(length - 1, sizes)\n      }\n    }\n    node\n  }\n\n  final private def withRecomputedSizes(node: Node,\n                                        currentDepth: Int,\n                                        branchToUpdate: Int): Node = {\n    val endIndex: Int = node.length - 1\n    val oldSizes: Size = node(endIndex).asInstanceOf[Size]\n    val newSizes: Size = new Size(node.length)\n    val delta: Int = {\n      if (currentDepth == 1)\n        node(branchToUpdate).asInstanceOf[Leaf].length\n      else\n        treeSize(node(branchToUpdate).asInstanceOf[Node], currentDepth - 1)\n    }\n\n    if (branchToUpdate > 0) System.arraycopy(oldSizes, 0, newSizes, 0, branchToUpdate)\n    var i: Int = branchToUpdate\n    while (i < endIndex) {\n      newSizes.update(i, oldSizes(i) + delta)\n      i += 1\n    }\n    node.update(endIndex, newSizes)\n\n    node\n  }\n\n  @inline final private def isBalanced(node: Node,\n                                       sizes: Size,\n                                       currentDepth: Int): Boolean = {\n    \/\/ Either root is of length one or in all except for the last location, the subtrees are full\n    if (node.length == 1) false else sizes(node.length - 2) == ((node.length - 1) << (5 * currentDepth))\n  }\n\n  final private def treeSize(tree: Node, currentDepth: Int): Int = {\n    @tailrec def treeSizeRec(node: Node, currentDepth: Int, acc: Int): Int = {\n      val length: Int = node.length\n      val treeSizes: Size = node(length - 1).asInstanceOf[Size]\n      if (currentDepth == 1) {\n        acc + treeSizes(treeSizes.length - 1)\n      } else {\n        treeSizeRec(node(length - 2).asInstanceOf[Node], currentDepth - 1, acc + treeSizes(treeSizes.length - 1))\n      }\n    }\n    treeSizeRec(tree, currentDepth, 0)\n  }\n\n  final private[Immutable] def getElem(index: Int, xor: Int): A = {\n    if (xor < (1 << 5))\n      getElem0(display0, index)\n    else if (xor < (1 << 10))\n      getElem1(display1, index)\n    else if (xor < (1 << 15))\n      getElem2(display2, index)\n    else if (xor < (1 << 20))\n      getElem3(display3, index)\n    else if (xor < (1 << 25))\n      getElem4(display4, index)\n    else if (xor < (1 << 30))\n      getElem5(display5, index)\n    else if (xor < (1 << 35))\n      getElem6(display6, index)\n    else if (xor < (1 << 40))\n      getElem7(display7, index)\n    else\n      throw new IllegalArgumentException(xor.toString)\n  }\n\n  final private def getElem0(block: Leaf, index: Int): A =\n    block(index & 31)\n\n  final private def getElem1(block: Node, index: Int): A =\n    block(index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem2(block: Node, index: Int): A =\n    block(index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem3(block: Node, index: Int): A =\n    block(index >> 15 & 31)\n      .asInstanceOf[Node](index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem4(block: Node, index: Int): A =\n    block(index >> 20 & 31)\n      .asInstanceOf[Node](index >> 15 & 31)\n      .asInstanceOf[Node](index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem5(block: Node, index: Int): A =\n    block(index >> 25 & 31)\n      .asInstanceOf[Node](index >> 20 & 31)\n      .asInstanceOf[Node](index >> 15 & 31)\n      .asInstanceOf[Node](index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem6(block: Node, index: Int): A =\n    block(index >> 30 & 31)\n      .asInstanceOf[Node](index >> 25 & 31)\n      .asInstanceOf[Node](index >> 20 & 31)\n      .asInstanceOf[Node](index >> 15 & 31)\n      .asInstanceOf[Node](index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  final private def getElem7(block: Node, index: Int): A =\n    block(index >> 35 & 31)\n      .asInstanceOf[Node](index >> 30 & 31)\n      .asInstanceOf[Node](index >> 25 & 31)\n      .asInstanceOf[Node](index >> 20 & 31)\n      .asInstanceOf[Node](index >> 15 & 31)\n      .asInstanceOf[Node](index >> 10 & 31)\n      .asInstanceOf[Node](index >> 5 & 31)\n      .asInstanceOf[Leaf](index & 31)\n      .asInstanceOf[A]\n\n  private[Immutable] def debugToString(): String = {\n    val sb = new StringBuilder()\n    sb.append(\"Vector (\\n\")\n    sb.append(\n      \"\\t\"\n        .+(\"display0\")\n        .+(\" = \")\n        .+(display0)\n        .+(\" \")\n        .+(\n          if (display0 != null)\n            display0.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display1\")\n        .+(\" = \")\n        .+(display1)\n        .+(\" \")\n        .+(\n          if (display1.!=(null))\n            display1.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display2\")\n        .+(\" = \")\n        .+(display2)\n        .+(\" \")\n        .+(\n          if (display2.!=(null))\n            display2.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display3\")\n        .+(\" = \")\n        .+(display3)\n        .+(\" \")\n        .+(\n          if (display3.!=(null))\n            display3.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display4\")\n        .+(\" = \")\n        .+(display4)\n        .+(\" \")\n        .+(\n          if (display4.!=(null))\n            display4.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display5\")\n        .+(\" = \")\n        .+(display5)\n        .+(\" \")\n        .+(\n          if (display5.!=(null))\n            display5.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display6\")\n        .+(\" = \")\n        .+(display6)\n        .+(\" \")\n        .+(\n          if (display6.!=(null))\n            display6.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\n      \"\\t\"\n        .+(\"display7\")\n        .+(\" = \")\n        .+(display7)\n        .+(\" \")\n        .+(\n          if (display7.!=(null))\n            display7.mkString(\"[\", \", \", \"]\")\n          else\n            \"\")\n        .+(\"\\n\"))\n    sb.append(\"\\tdepth = \".+(depth).+(\"\\n\"))\n    sb.append(\"\\tendIndex = \".+(endIndex).+(\"\\n\"))\n    sb.append(\"\\tfocus = \".+(focus).+(\"\\n\"))\n    sb.append(\"\\tfocusStart = \".+(focusStart).+(\"\\n\"))\n    sb.append(\"\\tfocusEnd = \".+(focusEnd).+(\"\\n\"))\n    sb.append(\"\\tfocusRelax = \".+(focusRelax).+(\"\\n\"))\n    sb.append(\")\")\n    sb.toString\n  }\n}"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/ModernHotSpotStringHash.scala","text":"package Cheetah.Hash\n\nclass ModernHotSpotStringHash {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/Access.scala","text":"<reponame>das-projects\/Cheetah<filename>src\/main\/scala\/Cheetah\/Hash\/Access.scala\npackage Cheetah.Hash\n\nclass Access {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/CharSequenceAccess.scala","text":"<filename>src\/main\/scala\/Cheetah\/Hash\/CharSequenceAccess.scala\npackage Cheetah.Hash\n\nclass CharSequenceAccess {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/Murmurhash3.scala","text":"<filename>src\/main\/scala\/Cheetah\/Hash\/Murmurhash3.scala\npackage Cheetah.Hash\n\nclass Murmurhash3 {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"build.sbt","text":"<gh_stars>1-10\nimport sbt.Resolver\n\nname := \"Cheetah\"\n\nversion := \"0.0.1\"\n\nscalaVersion := \"2.12.3\"\n\n\nresolvers ++= Seq(\n  Resolver.sonatypeRepo(\"snapshots\"),\n  Resolver.sonatypeRepo(\"releases\")\n)\n\nlazy val macroAnnotationSettings = Seq(\n  addCompilerPlugin(\"org.scalameta\" % \"paradise\" % \"3.0.0-M10\" cross CrossVersion.full),\n  scalacOptions += \"-Xplugin-require:macroparadise\",\n  scalacOptions in (Compile, console) ~= (_ filterNot (_ contains \"paradise\")) \/\/ macroparadise plugin doesn't work in repl yet.\n)\naddCompilerPlugin(\"org.spire-math\" %% \"kind-projector\" % \"0.9.4\")\n\nlibraryDependencies ++= Seq(\n  \"org.bytedeco.javacpp-presets\" % \"cuda-platform\" % \"8.0-6.0-1.3\",\n  \"org.bytedeco.javacpp-presets\" % \"openblas-platform\" % \"0.2.19-1.3\",\n  \"org.bytedeco.javacpp-presets\" % \"fftw-platform\" % \"3.3.5-1.3\",\n  \"io.frees\" %% \"freestyle\" % \"0.3.1\",\n  \"io.frees\" %% \"freestyle-fetch\" % \"0.3.1\",\n  \"io.frees\" %% \"freestyle-effects\" % \"0.3.1\",\n  \"org.typelevel\" %% \"spire\" % \"0.14.1\"\n)"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Immutable\/VectorReverseIterator.scala","text":"<gh_stars>1-10\npackage Cheetah.Immutable\n\nimport scala.annotation.unchecked.uncheckedVariance\nimport scala.reflect.ClassTag\n\nclass VectorReverseIterator[+A](startIndex: Int, final override private[Immutable] val endIndex: Int)\n  extends VectorPointer[A @uncheckedVariance]{\n  self =>\n\n  private var lastIndexOfBlock: Int = _\n  private var lo: Int = _\n  private var endLo: Int = _\n  private var _hasNext: Boolean = startIndex < endIndex\n\n  final private[Immutable] def initIteratorFrom[B >: A : ClassTag](that: VectorPointer[B]): Unit = {\n    initWithFocusFrom(that.asInstanceOf[VectorPointer[A]])\n    _hasNext = startIndex < endIndex\n    if (_hasNext) {\n      val index: Int = endIndex - 1\n      focusOn(index)\n      lastIndexOfBlock = index\n      lo = (index - focusStart) & 31\n      endLo = spire.math.max(startIndex - focusStart - lastIndexOfBlock, 0)\n    } else {\n      lastIndexOfBlock = 0\n      lo = 0\n      endLo = 0\n      display0 = new Leaf(1)\n      display1 = new Node(3)\n      display1.update(0, display0)\n      display1 = withComputedSizes(display1, 1)\n    }\n  }\n\n  def seq: VectorReverseIterator[A] = this\n\n  \/** Tests whether this iterator can provide another element.\n    *\n    *  @return  `true` if a subsequent call to `next` will yield an element,\n    *           `false` otherwise.\n    *  @note    Reuse: $preservesIterator\n    *\/\n  final def hasNext: Boolean = _hasNext\n\n  \/** Produces the next element of this iterator.\n    *\n    *  @return  the next element of this iterator, if `hasNext` is `true`,\n    *           undefined behavior otherwise.\n    *  @note    Reuse: $preservesIterator\n    *\/\n  def next(): A = {\n    \/\/ Keep method size under 35 bytes, so that it can be JIT-inlined\n    if (_hasNext) {\n      val res = display0(lo)\n      lo -= 1\n      if (lo >= endLo)\n        res\n      else {\n        gotoPrevBlock()\n        res\n      }\n    } else\n      throw new NoSuchElementException(\"reached iterator end\")\n  }\n\n  final private[Immutable] def gotoPrevBlock(): Unit = {\n    val newBlockIndex = lastIndexOfBlock - 32\n    if (focusStart <= newBlockIndex) {\n      val _focusStart = focusStart\n      val newBlockIndexInFocus = newBlockIndex - _focusStart\n      gotoPrevBlockStart(\n        newBlockIndexInFocus,\n        newBlockIndexInFocus ^ (lastIndexOfBlock - _focusStart)\n      )\n      lastIndexOfBlock = newBlockIndex\n      lo = 31\n      endLo = spire.math.max(startIndex - focusStart - focus, 0)\n    } else if (startIndex < focusStart) {\n      val newIndex = focusStart - 1\n      focusOn(newIndex)\n      lastIndexOfBlock = newIndex\n      lo = (newIndex - focusStart) & 31\n      endLo = spire.math.max(startIndex - focusStart - lastIndexOfBlock, 0)\n    } else {\n      _hasNext = false\n    }\n  }\n\n  \/** Applies a function `f` to all elements of this $coll.\n    *\n    *  @param  f   the function that is applied for its side-effect to every element.\n    *              The result of function `f` is discarded.\n    *\n    *  @tparam  U  the type parameter describing the result of function `f`.\n    *              This result will always be ignored. Typically `U` is `Unit`,\n    *              but this is not necessary.\n    *\n    *  @usecase def foreach(f: A => Unit): Unit\n    *    @inheritdoc\n    *\n    *    Note: this method underlies the implementation of most other bulk operations.\n    *    It's important to implement this method in an efficient way.\n    *\n    *\/\n  def foreach[U](f: A => U): Unit = {\n    while (this.hasNext) f(this.next())\n  }\n\n  \/** The size of this $coll.\n    *\n    *  $willNotTerminateInf\n    *\n    *  @return    the number of elements in this $coll.\n    *\/\n  def size: Int = {\n    var result = 0\n    self.foreach(_ => result += 1)\n    result\n  }\n\n  \/** The size of this $coll, if it can be cheaply computed\n    *\n    *  @return    the number of elements in this $coll, or -1 if the size cannot be determined cheaply\n    *\/\n\n  protected[Immutable] def sizeHintIfCheap: Int = -1\n\n  \/** Tests whether the $coll is empty.\n    *\n    *  Note: Implementations in subclasses that are not repeatedly traversable must take\n    *  care not to consume any elements when `isEmpty` is called.\n    *\n    *  @return    `true` if the $coll contains no elements, `false` otherwise.\n    *\/\n  def isEmpty: Boolean = !hasNext\n\n  \/** Tests whether the $coll is not empty.\n    *\n    *  @return    `true` if the $coll contains at least one element, `false` otherwise.\n    *\/\n  def nonEmpty: Boolean = hasNext\n\n  \/** Tests whether this $coll can be repeatedly traversed.  Always\n    *  true for Traversables and false for Iterators unless overridden.\n    *\n    *  @return   `true` if it is repeatedly traversable, `false` otherwise.\n    *\/\n  def isTraversableAgain: Boolean = false\n\n  \/** Tests whether this Iterator has a known size.\n    *\n    *  @return   `true` for empty Iterators, `false` otherwise.\n    *  @note     Reuse: $preservesIterator\n    *\/\n\n  def hasDefiniteSize: Boolean = isEmpty\n\n  \/** Reduces the elements of this $coll using the specified associative binary operator.\n    *\n    *  $undefinedorder\n    *\n    *  @tparam B      A type parameter for the binary operator, a supertype of `A`.\n    *  @param op       A binary operator that must be associative.\n    *  @return         The result of applying reduce operator `op` between all the elements if the $coll is nonempty.\n    *  @throws UnsupportedOperationException\n    *  if this $coll is empty.\n    *\/\n  def reduce[B >: A](op: (B, B) => B): B = reduceLeft(op)\n\n  \/** Reduces the elements of this $coll, if any, using the specified\n    *  associative binary operator.\n    *\n    *  $undefinedorder\n    *\n    *  @tparam B     A type parameter for the binary operator, a supertype of `A`.\n    *  @param op      A binary operator that must be associative.\n    *  @return        An option value containing result of applying reduce operator `op` between all\n    *                 the elements if the collection is nonempty, and `None` otherwise.\n    *\/\n  def reduceOption[B >: A](op: (B, B) => B): Option[B] = reduceLeftOption(op)\n\n  \/** Folds the elements of this $coll using the specified associative\n    *  binary operator.\n    *\n    *  $undefinedorder\n    *  $willNotTerminateInf\n    *\n    *  @tparam B     a type parameter for the binary operator, a supertype of `A`.\n    *  @param z       a neutral element for the fold operation; may be added to the result\n    *                 an arbitrary number of times, and must not change the result (e.g., `Nil` for list concatenation,\n    *                 0 for addition, or 1 for multiplication).\n    *  @param op      a binary operator that must be associative.\n    *  @return        the result of applying the fold operator `op` between all the elements and `z`, or `z` if this $coll is empty.\n    *\/\n  def fold[B >: A](z: B)(op: (B, B) => B): B = foldLeft(z)(op)\n\n  \/** Applies a binary operator to a start value and all elements of this $coll,\n    *  going left to right.\n    *\n    *  Note: `\/:` is alternate syntax for `foldLeft`; `z \/: xs` is the same as\n    *  `xs foldLeft z`.\n    *\n    *  Examples:\n    *\n    *  Note that the folding function used to compute b is equivalent to that used to compute c.\n    *  {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = (5 \/: a)(_+_)\n    *      b: Int = 15\n    *\n    *      scala> val c = (5 \/: a)((x,y) => x + y)\n    *      c: Int = 15\n    *  }}}\n\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param   z    the start value.\n    *  @param   op   the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going left to right with the start value `z` on the left:\n    *           {{{\n    *             op(...op(op(z, x_1), x_2), ..., x_n)\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *\/\n  def \/:[B](z: B)(op: (B, A) => B): B = foldLeft(z)(op)\n\n  \/** Applies a binary operator to all elements of this $coll and a start value,\n    *  going right to left.\n    *\n    *  Note: `:\\` is alternate syntax for `foldRight`; `xs :\\ z` is the same as\n    *  `xs foldRight z`.\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  Examples:\n    *\n    *  Note that the folding function used to compute b is equivalent to that used to compute c.\n    *  {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = (a :\\ 5)(_+_)\n    *      b: Int = 15\n    *\n    *      scala> val c = (a :\\ 5)((x,y) => x + y)\n    *      c: Int = 15\n    *\n    *  }}}\n    *\n    *  @param   z    the start value\n    *  @param   op   the binary operator\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going right to left with the start value `z` on the right:\n    *           {{{\n    *             op(x_1, op(x_2, ... op(x_n, z)...))\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *\/\n  def :\\[B](z: B)(op: (A, B) => B): B = foldRight(z)(op)\n\n  \/** Applies a binary operator to a start value and all elements of this $coll,\n    *  going left to right.\n    *\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param   z    the start value.\n    *  @param   op   the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going left to right with the start value `z` on the left:\n    *           {{{\n    *             op(...op(z, x_1), x_2, ..., x_n)\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *           Returns `z` if this $coll is empty.\n    *\/\n  def foldLeft[B](z: B)(op: (B, A) => B): B = {\n    var result: B = z\n    this.foreach(x => result = op(result, x))\n    result\n  }\n\n  \/** Applies a binary operator to all elements of this $coll and a start value,\n    *  going right to left.\n    *\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *  @param   z    the start value.\n    *  @param   op   the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going right to left with the start value `z` on the right:\n    *           {{{\n    *             op(x_1, op(x_2, ... op(x_n, z)...))\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *           Returns `z` if this $coll is empty.\n    *\/\n  def foldRight[B](z: B)(op: (A, B) => B): B =\n    reversed.foldLeft(z)((x, y) => op(y, x))\n\n  \/\/ for internal use\n  protected[this] def reversed: List[A] = {\n    var elems: List[A] = Nil\n    self.foreach(elems ::= _)\n    elems\n  }\n\n  \/** Aggregates the results of applying an operator to subsequent elements.\n    *\n    *  This is a more general form of `fold` and `reduce`. It is similar to\n    *  `foldLeft` in that it doesn't require the result to be a supertype of the\n    *  element type. In addition, it allows parallel collections to be processed\n    *  in chunks, and then combines the intermediate results.\n    *\n    *  `aggregate` splits the $coll into partitions and processes each\n    *  partition by sequentially applying `seqop`, starting with `z` (like\n    *  `foldLeft`). Those intermediate results are then combined by using\n    *  `combop` (like `fold`). The implementation of this operation may operate\n    *  on an arbitrary number of collection partitions (even 1), so `combop` may\n    *  be invoked an arbitrary number of times (even 0).\n    *\n    *  As an example, consider summing up the integer values of a list of chars.\n    *  The initial value for the sum is 0. First, `seqop` transforms each input\n    *  character to an Int and adds it to the sum (of the partition). Then,\n    *  `combop` just needs to sum up the intermediate results of the partitions:\n    *  {{{\n    *    List('a', 'b', 'c').aggregate(0)({ (sum, ch) => sum + ch.toInt }, { (p1, p2) => p1 + p2 })\n    *  }}}\n    *\n    *  @tparam B        the type of accumulated results\n    *  @param z         the initial value for the accumulated result of the partition - this\n    *                   will typically be the neutral element for the `seqop` operator (e.g.\n    *                   `Nil` for list concatenation or `0` for summation) and may be evaluated\n    *                   more than once\n    *  @param seqop     an operator used to accumulate results within a partition\n    *  @param combop    an associative operator used to combine results from different partitions\n    *\/\n  def aggregate[B](z: =>B)(seqop: (B, A) => B, combop: (B, B) => B): B = foldLeft(z)(seqop)\n\n  \/** Applies a binary operator to all elements of this $coll,\n    *  going left to right.\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param  op    the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going left to right:\n    *           {{{\n    *             op( op( ... op(x_1, x_2) ..., x_{n-1}), x_n)\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *  @throws UnsupportedOperationException if this $coll is empty.   *\/\n\n  def reduceLeft[B >: A](op: (B, A) => B): B = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.reduceLeft\")\n\n    var first: Boolean = true\n    var acc: B = 0.asInstanceOf[B]\n\n    self.foreach(x => if(first) {\n      acc = x\n      first = false\n    } else acc = op(acc, x))\n    acc\n  }\n\n\n  \/** Applies a binary operator to all elements of this $coll, going right to left.\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param  op    the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  the result of inserting `op` between consecutive elements of this $coll,\n    *           going right to left:\n    *           {{{\n    *             op(x_1, op(x_2, ..., op(x_{n-1}, x_n)...))\n    *           }}}\n    *           where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *  @throws UnsupportedOperationException if this $coll is empty.\n    *\/\n  def reduceRight[B >: A](op: (A, B) => B): B = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.reduceRight\")\n\n    reversed.reduceLeft[B]((x, y) => op(y, x))\n  }\n\n  \/** Optionally applies a binary operator to all elements of this $coll, going left to right.\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param  op    the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  an option value containing the result of `reduceLeft(op)` if this $coll is nonempty,\n    *           `None` otherwise.\n    *\/\n  def reduceLeftOption[B >: A](op: (B, A) => B): Option[B] =\n    if (isEmpty) None else Some(reduceLeft(op))\n\n\n  \/** Optionally applies a binary operator to all elements of this $coll, going\n    *  right to left.\n    *  $willNotTerminateInf\n    *  $orderDependentFold\n    *\n    *  @param  op    the binary operator.\n    *  @tparam  B    the result type of the binary operator.\n    *  @return  an option value containing the result of `reduceRight(op)` if this $coll is nonempty,\n    *           `None` otherwise.\n    *\/\n  def reduceRightOption[B >: A](op: (A, B) => B): Option[B] =\n    if (isEmpty) None else Some(reduceRight(op))\n\n\n  \/** Counts the number of elements in the $coll which satisfy a predicate.\n    *\n    *  @param p     the predicate  used to test elements.\n    *  @return      the number of elements satisfying the predicate `p`.\n    *\/\n  def count(p: A => Boolean): Int = {\n    var cnt: Int = 0\n    this.foreach(x => if (p(x)) cnt += 1)\n    cnt\n  }\n\n\n  \/** Sums up the elements of this collection.\n    *\n    *   @param   num  an implicit parameter defining a set of numeric operations\n    *                 which includes the `+` operator to be used in forming the sum.\n    *   @tparam  B   the result type of the `+` operator.\n    *   @return       the sum of all elements of this $coll with respect to the `+` operator in `num`.\n    *\n    *   @usecase def sum: A\n    *     @inheritdoc\n    *\n    *     @return       the sum of all elements in this $coll of numbers of type `Int`.\n    *     Instead of `Int`, any other type `T` with an implicit `Numeric[T]` implementation\n    *     can be used as element type of the $coll and as result type of `sum`.\n    *     Examples of such types are: `Long`, `Float`, `Double`, `BigInt`.\n    *\n    *\/\n  def sum[B >: A](implicit num: Numeric[B]): B = foldLeft(num.zero)(num.plus)\n\n  \/** Multiplies up the elements of this collection.\n    *\n    *   @param   num  an implicit parameter defining a set of numeric operations\n    *                 which includes the `*` operator to be used in forming the product.\n    *   @tparam  B   the result type of the `*` operator.\n    *   @return       the product of all elements of this $coll with respect to the `*` operator in `num`.\n    *\n    *   @usecase def product: A\n    *     @inheritdoc\n    *\n    *     @return       the product of all elements in this $coll of numbers of type `Int`.\n    *     Instead of `Int`, any other type `T` with an implicit `Numeric[T]` implementation\n    *     can be used as element type of the $coll and as result type of `product`.\n    *     Examples of such types are: `Long`, `Float`, `Double`, `BigInt`.\n    *\/\n  def product[B >: A](implicit num: Numeric[B]): B = foldLeft(num.one)(num.times)\n\n  \/** Finds the smallest element.\n    *\n    *  @param    ord   An ordering to be used for comparing elements.\n    *  @tparam   B    The type over which the ordering is defined.\n    *  @return   the smallest element of this $coll with respect to the ordering `ord`.\n    *\n    *  @usecase def min: A\n    *    @inheritdoc\n    *\n    *    @return   the smallest element of this $coll\n    *\/\n  def min[B >: A](implicit ord: Ordering[B]): A = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.min\")\n\n    reduceLeft((x, y) => if (ord.lteq(x, y)) x else y)\n  }\n\n  \/** Finds the largest element.\n    *\n    *  @param    ord   An ordering to be used for comparing elements.\n    *  @tparam   B    The type over which the ordering is defined.\n    *  @return   the largest element of this $coll with respect to the ordering `ord`.\n    *\n    *  @usecase def max: A\n    *    @inheritdoc\n    *\n    *    @return   the largest element of this $coll.\n    *\/\n  def max[B >: A](implicit ord: Ordering[B]): A = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.max\")\n\n    reduceLeft((x, y) => if (ord.gteq(x, y)) x else y)\n  }\n\n  \/** Finds the first element which yields the largest value measured by function f.\n    *\n    *  @param    cmp   An ordering to be used for comparing elements.\n    *  @tparam   B     The result type of the function f.\n    *  @param    f     The measuring function.\n    *  @return   the first element of this $coll with the largest value measured by function f\n    *  with respect to the ordering `cmp`.\n    *\n    *  @usecase def maxBy[B](f: A => B): A\n    *    @inheritdoc\n    *\n    *    @return   the first element of this $coll with the largest value measured by function f.\n    *\/\n  def maxBy[B](f: A => B)(implicit cmp: Ordering[B]): A = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.maxBy\")\n\n    var maxF: B = null.asInstanceOf[B]\n    var maxElem: A = null.asInstanceOf[A]\n    var first = true\n\n    for (elem <- self) {\n      val fx = f(elem)\n      if (first || cmp.gt(fx, maxF)) {\n        maxElem = elem\n        maxF = fx\n        first = false\n      }\n    }\n    maxElem\n  }\n\n  \/** Finds the first element which yields the smallest value measured by function f.\n    *\n    *  @param    cmp   An ordering to be used for comparing elements.\n    *  @tparam   B     The result type of the function f.\n    *  @param    f     The measuring function.\n    *  @return   the first element of this $coll with the smallest value measured by function f\n    *  with respect to the ordering `cmp`.\n    *\n    *  @usecase def minBy[B](f: A => B): A\n    *    @inheritdoc\n    *\n    *    @return   the first element of this $coll with the smallest value measured by function f.\n    *\/\n  def minBy[B](f: A => B)(implicit cmp: Ordering[B]): A = {\n    if (isEmpty)\n      throw new UnsupportedOperationException(\"empty.minBy\")\n\n    var minF: B = null.asInstanceOf[B]\n    var minElem: A = null.asInstanceOf[A]\n    var first = true\n\n    for (elem <- self) {\n      val fx = f(elem)\n      if (first || cmp.lt(fx, minF)) {\n        minElem = elem\n        minF = fx\n        first = false\n      }\n    }\n    minElem\n  }\n\n  \/** Tests whether a predicate holds for all elements of this $coll.\n    *\n    *  $mayNotTerminateInf\n    *\n    *  @param   p     the predicate used to test elements.\n    *  @return        `true` if this $coll is empty or the given predicate `p`\n    *                 holds for all elements of this $coll, otherwise `false`.\n    *\/\n  def forall(@deprecatedName('pred) p: A => Boolean): Boolean = {\n    var res: Boolean = true\n    while (res && this.hasNext) res = p(this.next())\n    res\n  }\n\n  \/** Tests whether a predicate holds for at least one element of this $coll.\n    *\n    *  $mayNotTerminateInf\n    *\n    *  @param   p     the predicate used to test elements.\n    *  @return        `true` if the given predicate `p` is satisfied by at least one element of this $coll, otherwise `false`\n    *\/\n  def exists(@deprecatedName('pred) p: A => Boolean): Boolean = {\n    var res = false\n    while (!res && hasNext) res = p(next())\n    res\n  }\n\n  \/** Tests whether this iterator contains a given value as an element.\n    *  $mayNotTerminateInf\n    *\n    *  @param elem  the element to test.\n    *  @return     `true` if this iterator produces some value that is\n    *               is equal (as determined by `==`) to `elem`, `false` otherwise.\n    *  @note        Reuse: $consumesIterator\n    *\/\n\n  def contains(elem: Any): Boolean = exists(_ == elem)    \/\/ Note--this seems faster than manual inlining!\n\n  \/** Finds the first element of the $coll satisfying a predicate, if any.\n    *\n    *  $mayNotTerminateInf\n    *  $orderDependent\n    *\n    *  @param p       the predicate used to test elements.\n    *  @return        an option value containing the first element in the $coll\n    *                 that satisfies `p`, or `None` if none exists.\n    *\/\n  def find(@deprecatedName('pred) p: A => Boolean): Option[A] = {\n    while (this.hasNext) {\n      val a: A = this.next()\n      if (p(a)) return Some(a)\n    }\n    None\n  }\n\n  \/** Returns the index of the first produced value satisfying a predicate, or -1.\n    *  $mayNotTerminateInf\n    *\n    *  @param  p the predicate to test values\n    *  @return   the index of the first produced value satisfying `p`,\n    *           or -1 if such an element does not exist until the end of the iterator is reached.\n    *  @note    Reuse: $consumesIterator\n    *\/\n  def indexWhere(p: A => Boolean): Int = indexWhere(p, 0)\n\n  \/** Returns the index of the first produced value satisfying a predicate, or -1, after or at\n    *  some start index.\n    *  $mayNotTerminateInf\n    *\n    *  @param p the predicate to test values\n    *  @param from the start index\n    *  @return the index `>= from` of the first produced value satisfying `p`,\n    *          or -1 if such an element does not exist until the end of the iterator is reached.\n    *  @note   Reuse: $consumesIterator\n    *\/\n  def indexWhere(p: A => Boolean, from: Int): Int = {\n    var i: Int = 0\n    while (i < from && this.hasNext) {\n      this.next()\n      i += 1\n    }\n\n    while (this.hasNext) {\n      if (p(this.next())) return i\n      i += 1\n    }\n    -1\n  }\n\n  \/** Returns the index of the first occurrence of the specified\n    *  object in this iterable object.\n    *  $mayNotTerminateInf\n    *\n    *  @param  elem  element to search for.\n    *  @return the index of the first occurrence of `elem` in the values produced by this iterator,\n    *          or -1 if such an element does not exist until the end of the iterator is reached.\n    *  @note   Reuse: $consumesIterator\n    *\/\n  def indexOf[B >: A](elem: B): Int = indexOf(elem, 0)\n\n  \/** Returns the index of the first occurrence of the specified object in this iterable object\n    *  after or at some start index.\n    *  $mayNotTerminateInf\n    *\n    *  @param elem element to search for.\n    *  @param from the start index\n    *  @return the index `>= from` of the first occurrence of `elem` in the values produced by this\n    *          iterator, or -1 if such an element does not exist until the end of the iterator is\n    *          reached.\n    *  @note   Reuse: $consumesIterator\n    *\/\n  def indexOf[B >: A](elem: B, from: Int): Int = {\n    var i = 0\n    while (i < from && this.hasNext) {\n      next()\n      i += 1\n    }\n\n    while (this.hasNext) {\n      if (this.next() == elem) return i\n      i += 1\n    }\n    -1\n  }\n\n  \/** Copies the elements of this $coll to an array.\n    *  Fills the given array `xs` with values of this $coll.\n    *  Copying will stop once either the end of the current $coll is reached,\n    *  or the end of the target array is reached.\n    *\n    *  @param  xs     the array to fill.\n    *  @tparam B      the type of the elements of the target array.\n    *\n    *  @usecase def copyToArray(xs: Array[A]): Unit\n    *    @inheritdoc\n    *\n    *    $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B]): Unit =\n    copyToArray(xs, 0, xs.length)\n\n  \/** Copies the elements of this $coll to an array.\n    *  Fills the given array `xs` with values of this $coll, beginning at index `start`.\n    *  Copying will stop once either the end of the current $coll is reached,\n    *  or the end of the target array is reached.\n    *\n    *  @param  xs     the array to fill.\n    *  @param  start  the starting index.\n    *  @tparam B      the type of the elements of the target array.\n    *\n    *  @usecase def copyToArray(xs: Array[A], start: Int): Unit\n    *    @inheritdoc\n    *\n    *    $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B], start: Int): Unit =\n    copyToArray(xs, start, xs.length - start)\n\n\n  \/** Copies the elements of this $coll to an array.\n    *  Fills the given array `xs` with at most `len` elements of\n    *  this $coll, starting at position `start`.\n    *  Copying will stop once either the end of the current $coll is reached,\n    *  or the end of the target array is reached, or `len` elements have been copied.\n    *\n    *  @param  xs     the array to fill.\n    *  @param  start  the starting index.\n    *  @param  len    the maximal number of elements to copy.\n    *  @tparam B      the type of the elements of the target array.\n    *\n    *  @usecase def copyToArray(xs: Array[A], start: Int, len: Int): Unit\n    *    @inheritdoc\n    *\n    *    $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B], start: Int, len: Int): Unit = {\n    var i = start\n    val end = start + spire.math.min(len, xs.length - start)\n    while (i < end && this.hasNext) {\n      xs(i) = this.next()\n      i += 1\n    }\n    \/\/ TODO: return i - start so the caller knows how many values read?\n  }\n\n  \/** Displays all elements of this $coll in a string using start, end, and\n    *  separator strings.\n    *\n    *  @param start the starting string.\n    *  @param sep   the separator string.\n    *  @param end   the ending string.\n    *  @return      a string representation of this $coll. The resulting string\n    *               begins with the string `start` and ends with the string\n    *               `end`. Inside, the string representations (w.r.t. the method\n    *               `toString`) of all elements of this $coll are separated by\n    *               the string `sep`.\n    *\n    *  @example  `List(1, 2, 3).mkString(\"(\", \"; \", \")\") = \"(1; 2; 3)\"`\n    *\/\n  def mkString(start: String, sep: String, end: String): String =\n    addString(new StringBuilder(), start, sep, end).toString\n\n  \/** Displays all elements of this $coll in a string using a separator string.\n    *\n    *  @param sep   the separator string.\n    *  @return      a string representation of this $coll. In the resulting string\n    *               the string representations (w.r.t. the method `toString`)\n    *               of all elements of this $coll are separated by the string `sep`.\n    *\n    *  @example  `List(1, 2, 3).mkString(\"|\") = \"1|2|3\"`\n    *\/\n  def mkString(sep: String): String  = mkString(\"\", sep, \"\")\n\n  \/** Displays all elements of this $coll in a string.\n    *\n    *  @return a string representation of this $coll. In the resulting string\n    *          the string representations (w.r.t. the method `toString`)\n    *          of all elements of this $coll follow each other without any\n    *          separator string.\n    *\/\n  def mkString: String = mkString(\"\")\n\n  \/** Appends all elements of this $coll to a string builder using start, end, and separator strings.\n    *  The written text begins with the string `start` and ends with the string `end`.\n    *  Inside, the string representations (w.r.t. the method `toString`)\n    *  of all elements of this $coll are separated by the string `sep`.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> a.addString(b , \"List(\" , \", \" , \")\")\n    *      res5: StringBuilder = List(1, 2, 3, 4)\n    * }}}\n    *\n    *  @param  b    the string builder to which elements are appended.\n    *  @param start the starting string.\n    *  @param sep   the separator string.\n    *  @param end   the ending string.\n    *  @return      the string builder `b` to which elements were appended.\n    *\/\n\n  def addString(b: StringBuilder, start: String, sep: String, end: String): StringBuilder = {\n    var first = true\n\n    b.append(start)\n    for (x <- self) {\n      if (first) {\n        b append x\n        first = false\n      }\n      else {\n        b.append(sep)\n        b.append(x)\n      }\n    }\n    b.append(end)\n\n    b\n  }\n\n  \/** Appends all elements of this $coll to a string builder using a separator string.\n    *  The written text consists of the string representations (w.r.t. the method `toString`)\n    *  of all elements of this $coll, separated by the string `sep`.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> a.addString(b, \", \")\n    *      res0: StringBuilder = 1, 2, 3, 4\n    * }}}\n    *\n    *  @param  b    the string builder to which elements are appended.\n    *  @param sep   the separator string.\n    *  @return      the string builder `b` to which elements were appended.\n    *\/\n  def addString(b: StringBuilder, sep: String): StringBuilder = addString(b, \"\", sep, \"\")\n\n  \/** Appends all elements of this $coll to a string builder.\n    *  The written text consists of the string representations (w.r.t. the method\n    * `toString`) of all elements of this $coll without any separator string.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> val h = a.addString(b)\n    *      h: StringBuilder = 1234\n    * }}}\n\n    *  @param  b    the string builder to which elements are appended.\n    *  @return      the string builder `b` to which elements were appended.\n    *\/\n  def addString(b: StringBuilder): StringBuilder = addString(b, \"\")\n\n  \/** Tests if another iterator produces the same values as this one.\n    *\n    *  $willNotTerminateInf\n    *\n    *  @param that  the other iterator\n    *  @return      `true`, if both iterators produce the same elements in the same order, `false` otherwise.\n    *\n    *  @note        Reuse: $consumesTwoIterators\n    *\/\n  def sameElements(that: VectorReverseIterator[_]): Boolean = {\n    while (hasNext && that.hasNext)\n      if (next != that.next)\n        return false\n\n    !hasNext && !that.hasNext\n  }\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/StringHash.scala","text":"package Cheetah.Hash\n\nclass StringHash {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/MurmurHash_3.scala","text":"<filename>src\/main\/scala\/Cheetah\/Hash\/MurmurHash_3.scala\npackage Cheetah.Hash\n\nclass MurmurHash_3 {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Immutable\/Vector.scala","text":"package Cheetah.Immutable\n\nimport java.util.NoSuchElementException\n\nimport Cheetah.Immutable.Vector.empty\n\nimport scala.annotation.tailrec\nimport scala.annotation.unchecked.uncheckedVariance\nimport scala.collection.generic.CanBuildFrom\nimport scala.collection.immutable.Stream\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.{GenIterable, GenMap, GenSeq, GenTraversable, immutable, mutable}\nimport scala.language.{higherKinds, postfixOps}\nimport scala.reflect.ClassTag\nimport scala.{Vector => ScalaVector}\n\nobject Vector {\n\n  def newBuilder[A: ClassTag]: VectorBuilder[A] = new VectorBuilder[A]()\n\n  \/** The generic builder that builds instances of $Coll\n    * at arbitrary element types.\n    *\/\n  def genericBuilder[B: ClassTag]: VectorBuilder[B] = new VectorBuilder[B]()\n\n  implicit def canBuildFrom[A: ClassTag]: CanBuildFrom[Vector[_], A, Vector[A]] =\n    new CanBuildFrom[Vector[_], A, Vector[A]] {\n      def apply: VectorBuilder[A] = new VectorBuilder[A]()\n\n      override def apply(from: Vector[_]): VectorBuilder[A] = new VectorBuilder[A]()\n    }\n\n  @inline private[Immutable] final val compileAssertions = false\n\n  def empty[A: ClassTag]: Vector[A] = new Vector[A](0)\n\n  final lazy private[Immutable] val emptyTransientBlock: Array[AnyRef] = new Array[AnyRef](2)\n}\n\nfinal class Vector[+A: ClassTag](override private[Immutable] val endIndex: Int)\n  extends VectorPointer[A@uncheckedVariance]\n    with Serializable {\n  self =>\n\n  private[Immutable] var transient: Boolean = false\n\n  \/\/ GenSeqLike\n\n  def seq: Vector[A] = this\n\n  \/** Selects an element by its index in the type constructor Vector\n    *\n    * Example:\n    *\n    * {{{\n    *    scala> val x = Vector(1, 2, 3, 4, 5)\n    *    x: Vector[Int] = Vector(1, 2, 3, 4, 5)\n    *\n    *    scala> x(3)\n    *    res1: Int = 4\n    * }}}\n    *\n    * @param  index The index to select.\n    * @return the element of this $coll at index `index`, where `0` indicates the first element.\n    * @throws IndexOutOfBoundsException if `index` does not satisfy `0 <= index < length`.\n    *\/\n  def apply(index: Int): A = {\n    val _focusStart: Int = this.focusStart\n    if (_focusStart <= index && index < this.focusEnd) {\n      val indexInFocus: Int = index - _focusStart\n      getElem(indexInFocus, indexInFocus ^ this.focus)\n    } else if (isDefinedAt(index)) {\n      if (this.transient) {\n        this.normalize(this.depth)\n        this.transient = false\n      }\n      getElementFromRoot(index)\n    } else {\n      throw new IndexOutOfBoundsException(index.toString)\n    }\n  }\n\n  \/** The length\/size of the $coll.\n    *\n    * $willNotTerminateInf\n    *\n    * Note: `xs.length` and `xs.size` yield the same result.\n    *\n    * @return the number of elements in this $coll.\n    *\/\n  def length: Int = endIndex\n\n  def size: Int = endIndex\n\n  \/** Tests whether this $coll contains given index.\n    *\n    * The implementations of methods `apply` and `isDefinedAt` turn a `Seq[A]` into\n    * a `PartialFunction[Int, A]`.\n    *\n    * @param    index the index to test\n    * @return `true` if this $coll contains an element at position `idx`, `false` otherwise.\n    *\/\n  @inline def isDefinedAt(index: Int): Boolean = (index >= 0) && (index < this.endIndex)\n\n  \/** Computes length of longest segment whose elements all satisfy some predicate.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p    the predicate used to test elements.\n    * @param   from the index where the search starts.\n    * @return the length of the longest segment of this $coll starting from index `from`\n    *         such that every element of the segment satisfies the predicate `p`.\n    *\/\n  def segmentLength(p: A => Boolean, from: Int): Int = {\n    if (from >= endIndex) 0 else {\n      var i: Int = 0\n      val forward: VectorIterator[A] = iterator(from, endIndex)\n      while (forward.hasNext && p(forward.next())) i += 1\n      i\n    }\n  }\n\n  \/** Returns the length of the longest prefix whose elements all satisfy some predicate.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p the predicate used to test elements.\n    * @return the length of the longest prefix of this $coll\n    *         such that every element of the segment satisfies the predicate `p`.\n    *\/\n  def prefixLength(p: A => Boolean): Int = segmentLength(p, 0)\n\n  \/** Finds index of the first element satisfying some predicate after or at some start index.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p    the predicate used to test elements.\n    * @param   from the start index\n    * @return the index `>= from` of the first element of this $coll that satisfies the predicate `p`,\n    *         or `-1`, if none exists.\n    *\/\n  def indexWhere(p: A => Boolean, from: Int): Int = {\n    var i: Int = from\n    val forward: VectorIterator[A] = iterator(from, endIndex)\n    while (forward.hasNext) {\n      if (p(forward.next())) return i\n      i += 1\n    }\n    -1\n  }\n\n  \/** Finds index of first element satisfying some predicate.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p the predicate used to test elements.\n    * @return the index of the first element of this $coll that satisfies the predicate `p`,\n    *         or `-1`, if none exists.\n    *\/\n  def indexWhere(p: A => Boolean): Int = indexWhere(p, 0)\n\n  \/** Finds index of first occurrence of some value in this $coll.\n    *\n    * @param   elem the element value to search for.\n    * @tparam  B the type of the element `elem`.\n    * @return the index of the first element of this $coll that is equal (as determined by `==`)\n    *         to `elem`, or `-1`, if none exists.\n    * @usecase def indexOf(elem: A): Int\n    * @inheritdoc\n    *\n    * $mayNotTerminateInf\n    *\n    *\/\n  def indexOf[B >: A](elem: B): Int = indexOf(elem, 0)\n\n  \/** Finds index of first occurrence of some value in this $coll after or at some start index.\n    *\n    * @param   elem the element value to search for.\n    * @tparam  B the type of the element `elem`.\n    * @param   from the start index\n    * @return the index `>= from` of the first element of this $coll that is equal (as determined by `==`)\n    *         to `elem`, or `-1`, if none exists.\n    * @usecase def indexOf(elem: A, from: Int): Int\n    * @inheritdoc\n    *\n    * $mayNotTerminateInf\n    *\n    *\/\n  def indexOf[B >: A](elem: B, from: Int): Int = indexWhere(elem == _, from)\n\n  \/** Finds index of last occurrence of some value in this $coll.\n    *\n    * @param   elem the element value to search for.\n    * @tparam  B the type of the element `elem`.\n    * @return the index of the last element of this $coll that is equal (as determined by `==`)\n    *         to `elem`, or `-1`, if none exists.\n    * @usecase def lastIndexOf(elem: A): Int\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\n    *\/\n  def lastIndexOf[B >: A](elem: B): Int = lastIndexWhere(elem == _)\n\n  \/** Finds index of last occurrence of some value in this $coll before or at a given end index.\n    *\n    * @param   elem the element value to search for.\n    * @param   end  the end index.\n    * @tparam  B the type of the element `elem`.\n    * @return the index `<= end` of the last element of this $coll that is equal (as determined by `==`)\n    *         to `elem`, or `-1`, if none exists.\n    * @usecase def lastIndexOf(elem: A, end: Int): Int\n    * @inheritdoc\n    *\/\n  def lastIndexOf[B >: A](elem: B, end: Int): Int = lastIndexWhere(elem == _, end)\n\n  \/** Finds index of last element satisfying some predicate.\n    *\n    * $willNotTerminateInf\n    *\n    * @param   p the predicate used to test elements.\n    * @return the index of the last element of this $coll that satisfies the predicate `p`,\n    *         or `-1`, if none exists.\n    *\/\n  def lastIndexWhere(p: A => Boolean): Int = lastIndexWhere(p, endIndex)\n\n  \/** Finds index of last element satisfying some predicate before or at given end index.\n    *\n    * @param   p the predicate used to test elements.\n    * @return the index `<= end` of the last element of this $coll that satisfies the predicate `p`,\n    *         or `-1`, if none exists.\n    *\/\n  def lastIndexWhere(p: A => Boolean, end: Int): Int = {\n    var i: Int = endIndex - 1\n    val reverse: VectorReverseIterator[A] = reverseiterator(0, end)\n    while (reverse.hasNext && !p(reverse.next())) i -= 1\n    i\n  }\n\n  \/** Returns new $coll with elements within start to end in reversed order.\n    *\n    * $willNotTerminateInf\n    *\n    * @param start : Int\n    * @param end   : Int\n    * @return A new $coll with all elements of this $coll in reversed order.\n    *\/\n  def reverse(start: Int, end: Int): Vector[A] = {\n    val reverse: VectorReverseIterator[A] = reverseiterator(start, end)\n    val build: VectorBuilder[A] = newBuilder\n    while (reverse.hasNext) build += reverse.next()\n    build.result()\n  }\n\n  def reverse: Vector[A] = reverse(0, endIndex)\n\n  \/**\n    * Builds a new collection by applying a function to all elements of this Vector type constructor and\n    * collecting the results in reversed order.\n    *\n    * @param f the function to apply to each element.\n    * @tparam B the element type of the returned collection.\n    * @return a new collection of type `Vector[B]` resulting from applying the given function\n    *         `f` to each element of this Vector and collecting the results in reversed order.\n    * @usecase def reverseMap[B](f: A => B): Vector[B]\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\n    * Note: `xs.reverseMap(f)` is the same as `xs.reverse.map(f)` but might be more efficient.\n    * @return a new Vector resulting from applying the given function\n    *         `f` to each element of this Vector and collecting the results in reversed order.\n    *\/\n  def reverseMap[B: ClassTag](f: A => B): Vector[B] = {\n    val reverse: VectorReverseIterator[A] = reverseiterator(0, endIndex)\n    val build: VectorBuilder[B] = genericBuilder[B]\n    while (reverse.hasNext) build += f(reverse.next())\n    build.result()\n  }\n\n  \/** Tests whether this $coll starts with the given sequence.\n    *\n    * @param  that the sequence to test\n    * @return `true` if this collection has `that` as a prefix, `false` otherwise.\n    *\/\n  def startsWith[B](that: Vector[B]): Boolean = startsWith(that, 0)\n\n  \/** Tests whether this $coll contains the given sequence at a given index.\n    *\n    * '''Note''': If the both the receiver object `this` and the argument\n    * `that` are infinite sequences this method may not terminate.\n    *\n    * @param  that   the sequence to test\n    * @param  offset the index where the sequence is searched.\n    * @return `true` if the sequence `that` is contained in this $coll at\n    *         index `offset`, otherwise `false`.\n    *\/\n  def startsWith[B](that: Vector[B], offset: Int): Boolean = {\n    if (offset >= this.endIndex) false\n    else if ((this.endIndex - offset) != that.endIndex) false\n    else {\n      var i: Int = 0\n      val thisforward: VectorIterator[A] = this.iterator(offset, this.endIndex)\n      val thatforward: VectorIterator[B] = that.iterator(0, that.endIndex)\n      while (thatforward.hasNext && thisforward.next() == thatforward.next()) i += 1\n      i == that.endIndex\n    }\n  }\n\n  \/** Tests whether this $coll ends with the given sequence.\n    * $willNotTerminateInf\n    *\n    * @param  that the sequence to test\n    * @return `true` if this $coll has `that` as a  , `false` otherwise.\n    *\/\n  def endsWith[B](that: Vector[B]): Boolean = {\n    if (this.endIndex < that.endIndex) false\n    else {\n      var i: Int = 0\n      val thisreverse: VectorReverseIterator[A] = this.reverseiterator\n      val thatreverse: VectorReverseIterator[B] = that.reverseiterator\n      while (thatreverse.hasNext && thisreverse.next() == thatreverse.next()) i += 1\n      i == that.endIndex\n    }\n  }\n\n  \/** Produces a new $coll where a slice of elements in this $coll is replaced by another sequence.\n    *\n    * @param  from     the index of the first replaced element\n    * @param  patch    the replacement sequence\n    * @param  replaced the number of elements to drop in the original $coll\n    * @tparam B the element type of the returned $coll.\n    * @return a new $coll consisting of all elements of this $coll\n    *         except that `replaced` elements starting from `from` are replaced\n    *         by `patch`.\n    * @usecase def patch(from: Int, that: GenSeq[A], replaced: Int): $Coll[A]\n    * @inheritdoc\n    * @return a new $coll consisting of all elements of this $coll\n    *         except that `replaced` elements starting from `from` are replaced\n    *         by `patch`.\n    *\/\n  def patch[B >: A : ClassTag](from: Int, patch: Vector[B], replaced: Int): Vector[B] = {\n    val vector: Vector[B] = new Vector[B](endIndex)\n    vector.transient = this.transient\n    vector.initWithFocusFrom(this.asInstanceOf[Vector[B]])\n\n    var index: Int = {\n      if (from > 0) {\n        if (from < vector.focusStart || vector.focusEnd <= from || ((from - vector.focusStart) & ~31) != (vector.focus & ~31)) {\n          if (!vector.isDefinedAt(from)) throw new IndexOutOfBoundsException(from.toString)\n          vector.normalizeAndFocusOn(from)\n        }\n        from - ((from - vector.focusStart) & 31)\n      } else {\n        0\n      }\n    }\n\n    \/\/ Pad the patch with enough elements so that blocks are aligned\n    var i: Int = from - 1\n    while (i >= index) {\n      this (i) +: patch\n      i -= 1\n    }\n\n    while (index < from + spire.math.min(replaced, patch.length)) {\n      \/\/ Focus on the index that needs to be updated\n      if (index < vector.focusStart || vector.focusEnd <= index || ((index - vector.focusStart) & ~31) != (vector.focus & ~31)) {\n        if (!vector.isDefinedAt(index)) throw new IndexOutOfBoundsException(index.toString)\n        vector.normalizeAndFocusOn(index)\n      }\n      vector.makeTransientIfNeeded()\n\n      if ((from + spire.math.min(replaced, patch.length) - index) < 32) {\n        \/\/ Replace only the subset of the Array if less than a block of elements are left to be updated\n\n        val d0: Array[B] = copyOf(vector.display0.asInstanceOf[Leaf]).asInstanceOf[Array[B]]\n        while (index < from + spire.math.min(replaced, patch.length)) {\n          d0.update((index - vector.focusStart) & 31, patch(index - from))\n          index += 1\n        }\n        vector.display0 = d0\n      } else {\n        \/\/ Replace by a copy of the whole Array when all the elements of the block need to be updated\n\n        patch.normalizeAndFocusOn(index - from)\n        patch.makeTransientIfNeeded()\n        vector.display0 = copyOf(patch.display0.asInstanceOf[Leaf]).asInstanceOf[Array[B]]\n        index += 32\n      }\n    }\n    vector\n  }\n\n  \/** A copy of this $coll with one single replaced element.\n    *\n    * @param  index the position of the replacement\n    * @param  elem  the replacing element\n    * @tparam B the element type of the returned $coll.\n    * @return a new $coll which is a copy of this $coll with the element at position `index` replaced by `elem`.\n    * @throws IndexOutOfBoundsException if `index` does not satisfy `0 <= index < length`.\n    * @usecase def update(index: Int, elem: A): $Coll[A]\n    * @inheritdoc\n    * @return a copy of this $coll with the element at position `index` replaced by `elem`.\n    *\/\n  def update[B >: A : ClassTag](index: Int, elem: B): Vector[B] = {\n    val vector: Vector[B] = new Vector[B](endIndex)\n    vector.transient = this.transient\n    vector.initWithFocusFrom(this.asInstanceOf[Vector[B]])\n\n    if (index < focusStart || focusEnd <= index || ((index - focusStart) & ~31) != (focus & ~31)) {\n      if (!vector.isDefinedAt(index)) throw new IndexOutOfBoundsException(index.toString)\n      vector.normalizeAndFocusOn(index)\n    }\n    vector.makeTransientIfNeeded()\n\n    val d0: Array[B] = copyOf(vector.display0.asInstanceOf[Leaf]).asInstanceOf[Array[B]]\n    d0.update((index - vector.focusStart) & 31, elem)\n    vector.display0 = d0\n    vector.asInstanceOf[Vector[B]]\n  }\n\n  \/** A copy of the $coll with an element prepended.\n    *\n    * @param  elem the prepended element\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` consisting of `elem` followed\n    *         by all elements of this $coll.\n    * @usecase def +:(elem: A): $Coll[A]\n    * @inheritdoc\n    *\n    * Note that :-ending operators are right associative (see example).\n    * A mnemonic for `+:` vs. `:+` is: the Colon goes on the Collection side.\n    *\n    * Also, the original $coll is not modified, so you will want to capture the result.\n    *\n    * Example:\n    * {{{\n    *      scala> val x = List(1)\n    *      x: List[Int] = List(1)\n    *\n    *      scala> val y = 2 +: x\n    *      y: List[Int] = List(2, 1)\n    *\n    *      scala> println(x)\n    *      List(1)\n    *    }}}\n    * @return a new $coll consisting of `elem` followed\n    *         by all elements of this $coll.\n    *\/\n  def +:[B >: A : ClassTag](elem: B): Vector[B] = {\n    if (this.length != 0) {\n      val vector = new Vector[B](this.endIndex + 1)\n      vector.transient = this.transient\n      vector.initWithFocusFrom(this.asInstanceOf[Vector[B]])\n      vector.prepend(elem)\n      vector.asInstanceOf[Vector[B]]\n    } else {\n      createSingletonVector(elem)\n    }\n\n  }\n\n  \/** A copy of this $coll with an element appended.\n    *\n    * A mnemonic for `+:` vs. `:+` is: the COLon goes on the COLlection side.\n    *\n    * @param  elem the appended element\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` consisting of\n    *         all elements of this $coll followed by `elem`.\n    * @usecase def :+(elem: A): $Coll[A]\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\n    * Example:\n    * {{{\n    *       scala> val a = List(1)\n    *       a: List[Int] = List(1)\n    *\n    *       scala> val b = a :+ 2\n    *       b: List[Int] = List(1, 2)\n    *\n    *       scala> println(a)\n    *       List(1)\n    *    }}}\n    * @return a new $coll consisting of\n    *         all elements of this $coll followed by `elem`.\n    *\/\n  def :+[B >: A : ClassTag](elem: B): Vector[B] = {\n    if (this.endIndex != 0) {\n      val resultVector: Vector[B] = new Vector[B](this.endIndex + 1)\n      resultVector.transient = this.transient\n      resultVector.initWithFocusFrom(this.asInstanceOf[Vector[B]])\n      resultVector.append(elem, this.endIndex)\n      resultVector.asInstanceOf[Vector[B]]\n    } else {\n      createSingletonVector(elem)\n    }\n  }\n\n  \/** A copy of this $coll with an element value appended until a given target length is reached.\n    *\n    * @param   length the target length\n    * @param   elem   the padding value\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` consisting of\n    *         all elements of this $coll followed by the minimal number of occurrences of `elem` so\n    *         that the resulting collection has a length of at least `len`.\n    * @usecase def padTo(len: Int, elem: A): $Coll[A]\n    * @inheritdoc\n    * @return a new $coll consisting of\n    *         all elements of this $coll followed by the minimal number of occurrences of `elem` so\n    *         that the resulting $coll has a length of at least `len`.\n    *\/\n  def padTo[B >: A : ClassTag](length: Int, elem: B): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    var index = length - this.length\n    build ++= this\n    while (index > 0) {\n      build += elem\n      index -= 1\n    }\n    build.result()\n  }\n\n  \/** Tests whether every element of this $coll relates to the\n    * corresponding element of another sequence by satisfying a test predicate.\n    *\n    * @param   that the other sequence\n    * @param   p    the test predicate, which relates elements from both sequences\n    * @tparam  B the type of the elements of `that`\n    * @return `true` if both sequences have the same length and\n    *         `p(x, y)` is `true` for all corresponding elements `x` of this $coll\n    *         and `y` of `that`, otherwise `false`.\n    *\/\n  def corresponds[B](that: Vector[B])(p: (A, B) => Boolean): Boolean = {\n    val thisforward: VectorIterator[A] = this.iterator\n    val thatforward = that.iterator\n    if (this.length == that.length) { \/\/ If both vectors have the same length\n      while (thisforward.hasNext) { \/\/ If every corresponding element satisfies the predicate\n        if (!p(thisforward.next(), thatforward.next())) return false\n      }\n      true\n    } else {\n      false\n    }\n  }\n\n  \/** Produces a new sequence which contains all elements of this $coll and also all elements of\n    * a given sequence. `xs union ys`  is equivalent to `xs ++ ys`.\n    *\n    * @param that the sequence to add.\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` which contains all elements of this $coll\n    *         followed by all elements of `that`.\n    * @usecase def union(that: GenSeq[A]): $Coll[A]\n    * @inheritdoc\n    *\n    * Another way to express this\n    * is that `xs union ys` computes the order-preserving multi-set union of `xs` and `ys`.\n    * `union` is hence a counter-part of `diff` and `intersect` which also work on multi-sets.\n    *\n    * $willNotTerminateInf\n    * @return a new $coll which contains all elements of this $coll\n    *         followed by all elements of `that`.\n    *\/\n  def union[B >: A : ClassTag](that: Vector[B]): Vector[B] = this ++ that\n\n  \/** Computes the multiset difference between this $coll and another sequence.\n    *\n    * @param that the sequence of elements to remove\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` which contains all elements of this $coll\n    *         except some of occurrences of elements that also appear in `that`.\n    *         If an element value `x` appears\n    *         ''n'' times in `that`, then the first ''n'' occurrences of `x` will not form\n    *         part of the result, but any following occurrences will.\n    * @usecase def diff(that: GenSeq[A]): $Coll[A]\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    * @return a new $coll which contains all elements of this $coll\n    *         except some of occurrences of elements that also appear in `that`.\n    *         If an element value `x` appears\n    *         ''n'' times in `that`, then the first ''n'' occurrences of `x` will not form\n    *         part of the result, but any following occurrences will.\n    *\/\n  def diff[B >: A](that: Vector[B]): Vector[A] = {\n    val occurs: mutable.Map[B, Int] = that.occurrences\n    val build: VectorBuilder[A] = newBuilder\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      val count: Int = occurs(x)\n      if (count == 0) {\n        build += x\n      } else {\n        occurs(x) = count - 1\n      }\n    }\n    build.result()\n  }\n\n  \/** Computes the multiset intersection between this $coll and another sequence.\n    *\n    * @param that the sequence of elements to intersect with.\n    * @tparam B the element type of the returned $coll.\n    * @return a new collection of type `That` which contains all elements of this $coll\n    *         which also appear in `that`.\n    *         If an element value `x` appears\n    *         ''n'' times in `that`, then the first ''n'' occurrences of `x` will be retained\n    *         in the result, but any following occurrences will be omitted.\n    * @usecase def intersect(that: GenSeq[A]): $Coll[A]\n    * @inheritdoc\n    *\n    * $mayNotTerminateInf\n    * @return a new $coll which contains all elements of this $coll\n    *         which also appear in `that`.\n    *         If an element value `x` appears\n    *         ''n'' times in `that`, then the first ''n'' occurrences of `x` will be retained\n    *         in the result, but any following occurrences will be omitted.\n    *\/\n  def intersect[B >: A](that: Vector[B]): Vector[A] = {\n    val occurs: mutable.Map[B, Int] = that.occurrences\n    val build: VectorBuilder[A] = newBuilder\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      val count: Int = occurs(x)\n      if (count != 0) {\n        build += x\n        occurs(x) = count - 1\n      }\n    }\n    build.result()\n  }\n\n  \/** Builds a new $coll from this $coll without any duplicate elements.\n    * $willNotTerminateInf\n    *\n    * @return A new $coll which contains the first occurrence of every element of this $coll.\n    *\/\n  def distinct: Vector[A] = {\n    val occurrence: mutable.HashMap[A, Int] = new mutable.HashMap[A, Int] {\n      override def default(k: A): Int = 0\n    }\n    val build: VectorBuilder[A] = newBuilder\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      occurrence(x) += 1\n      if (occurrence(x) == 1) {\n        build += x\n      }\n    }\n    build.result()\n  }\n\n  \/** Hashcodes for $Coll produce a value from the hashcodes of all the\n    * elements of the $coll.\n    *\/\n  override def hashCode(): Int = scala.util.hashing.MurmurHash3.hashCode()\n\n  \/** The equals method for arbitrary sequences. Compares this sequence to\n    * some other object.\n    *\n    * @param    that The object to compare the sequence to\n    * @return `true` if `that` is a sequence that has the same elements as\n    *         this sequence in the same order, `false` otherwise\n    *\/\n  override def equals(that: Any): Boolean = {\n    that match {\n      case that: Vector[_] => (this corresponds that) ((x, y) => x == y)\n      case _ => false\n    }\n  }\n\n  \/\/ GenericTraversableTemplate\n\n  \/** Applies a function `f` to all elements of this $coll.\n    *\n    * @param  f the function that is applied for its side-effect to every element.\n    *           The result of function `f` is discarded.\n    * @tparam  B the type parameter describing the result of function `f`.\n    *            This result will always be ignored. Typically `U` is `Unit`,\n    *            but this is not necessary.\n    * @usecase def foreach(f: A => Unit): Unit\n    * @inheritdoc\n    *\n    * Note: this method underlies the implementation of most other bulk operations.\n    * It's important to implement this method in an efficient way.\n    *\n    *\/\n  def foreach[B](f: A => B): Unit = {\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) f(forward.next())\n  }\n\n  \/** Selects the first element of this $coll.\n    *\n    * @return the first element of this $coll.\n    * @throws NoSuchElementException if the $coll is empty.\n    *\/\n  def head: A = {\n    if (this.endIndex != 0) {\n      this.apply(0)\n    }\n    else {\n      throw new UnsupportedOperationException(\"empty.head\")\n    }\n  }\n\n  \/** Tests whether this $coll is empty.\n    *\n    * @return `true` if the $coll contain no elements, `false` otherwise.\n    *\/\n  def isEmpty: Boolean = this.endIndex == 0\n\n  \/** Tests whether the $coll is not empty.\n    *\n    * @return `true` if the $coll contains at least one element, `false` otherwise.\n    *\/\n  def nonEmpty: Boolean = !isEmpty\n\n  \/\/  \/** The factory companion object that builds instances of class $Coll.\n  \/\/    * (or its `Iterable` superclass where class $Coll is not a `Seq`.)\n  \/\/    *\/\n  \/\/  def companion: GenericCompanion[Vector] = new GenericCompanion[Vector] {\n  \/\/    override def newBuilder[A]: VectorBuilder[A] = new VectorBuilder[A]\n  \/\/  }\n\n  \/** The builder that builds instances of type $Coll[A]\n    *\/\n  protected[this] def newBuilder: VectorBuilder[A] = new VectorBuilder[A]\n\n  \/** The generic builder that builds instances of $Coll\n    * at arbitrary element types.\n    *\/\n  def genericBuilder[B: ClassTag]: VectorBuilder[B] = new VectorBuilder[B]\n\n  \/** Returns a $coll formed from this $coll and another iterable collection\n    * by combining corresponding elements in pairs.\n    * If one of the two collections is longer than the other, its remaining elements are ignored.\n    *\n    * @param   B The iterable providing the second half of each result pair\n    * @tparam  A the type of the first half of the returned pairs (this is always a supertype\n    *            of the collection's element type `A`).\n    * @tparam  B the type of the second half of the returned pairs\n    * @return a new collection of type `That` containing pairs consisting of\n    *         corresponding elements of this $coll and `that`. The length\n    *         of the returned collection is the minimum of the lengths of this $coll and `that`.\n    * @usecase def zip[B](that: Vector[B]): $Coll[(A, B)]\n    * @inheritdoc\n    *\n    * $orderDependent\n    * @param   that The iterable providing the second half of each result pair\n    * @tparam  B the type of the second half of the returned pairs\n    * @return a new $coll containing pairs consisting of\n    *         corresponding elements of this $coll and `that`. The length\n    *         of the returned collection is the minimum of the lengths of this $coll and `that`.\n    *\/\n  def zip[B: ClassTag](that: Vector[B]): Vector[(A, B)] = {\n    val build: VectorBuilder[(A, B)] = genericBuilder[(A, B)]\n    val thisforward: VectorIterator[A] = this.iterator\n    val thatforward: VectorIterator[B] = that.iterator\n    while (thisforward.hasNext && thatforward.hasNext) build += Tuple2(thisforward.next(), thatforward.next())\n    build.result()\n  }\n\n  \/** Zips this $coll with its indices.\n    *\n    * @tparam  B the type of the first half of the returned pairs (this is always a supertype\n    *            of the collection's element type `A`).\n    * @tparam    [(B , Int)] the class of the returned collection. Where possible, `That` is\n    *            the same class as the current collection class `Repr`, but this\n    *            depends on the element type `(A1, Int)` being admissible for that class,\n    *            which means that an implicit instance of type `CanBuildFrom[Repr, (A1, Int), That]`.\n    *            is found.\n    * @return A new collection of type `That` containing pairs consisting of all elements of this\n    *         $coll paired with their index. Indices start at `0`.\n    * @usecase def zipWithIndex: $Coll[(A, Int)]\n    * @inheritdoc\n    *\n    * $orderDependent\n    * @return A new $coll containing pairs consisting of all elements of this\n    *         $coll paired with their index. Indices start at `0`.\n    * @example\n    * `List(\"a\", \"b\", \"c\").zipWithIndex = List((\"a\", 0), (\"b\", 1), (\"c\", 2))`\n    *\n    *\/\n  def zipWithIndex[B >: A]: Vector[(B, Int)] = {\n    val build: VectorBuilder[(B, Int)] = genericBuilder[(B, Int)]\n    val forward: VectorIterator[A] = this.iterator\n    var index: Int = 0\n    while (forward.hasNext) {\n      build += Tuple2(forward.next(), index)\n      index += 1\n    }\n    build.result()\n  }\n\n  \/** Returns a $coll formed from this $coll and another iterable collection\n    * by combining corresponding elements in pairs.\n    * If one of the two collections is shorter than the other,\n    * placeholder elements are used to extend the shorter collection to the length of the longer.\n    *\n    * @param that     the iterable providing the second half of each result pair\n    * @param thisElem the element to be used to fill up the result if this $coll is shorter than `that`.\n    * @param thatElem the element to be used to fill up the result if `that` is shorter than this $coll.\n    * @return a new collection of type `That` containing pairs consisting of\n    *         corresponding elements of this $coll and `that`. The length\n    *         of the returned collection is the maximum of the lengths of this $coll and `that`.\n    *         If this $coll is shorter than `that`, `thisElem` values are used to pad the result.\n    *         If `that` is shorter than this $coll, `thatElem` values are used to pad the result.\n    * @usecase def zipAll[B](that: Iterable[B], thisElem: A, thatElem: B): $Coll[(A, B)]\n    * @inheritdoc\n    *\n    * $orderDependent\n    * @param   that   The iterable providing the second half of each result pair\n    * @param thisElem the element to be used to fill up the result if this $coll is shorter than `that`.\n    * @param thatElem the element to be used to fill up the result if `that` is shorter than this $coll.\n    * @tparam  B the type of the second half of the returned pairs\n    * @return a new $coll containing pairs consisting of\n    *         corresponding elements of this $coll and `that`. The length\n    *         of the returned collection is the maximum of the lengths of this $coll and `that`.\n    *         If this $coll is shorter than `that`, `thisElem` values are used to pad the result.\n    *         If `that` is shorter than this $coll, `thatElem` values are used to pad the result.\n    *\/\n  def zipAll[B, A1 >: A](that: Vector[B], thisElem: A1, thatElem: B): Vector[(A1, B)] = {\n    val build: VectorBuilder[(A1, B)] = genericBuilder[(A1, B)]\n    val thisforward: VectorIterator[A] = this.iterator\n    val thatforward: VectorIterator[B] = that.iterator\n    while (thisforward.hasNext && thatforward.hasNext) build += Tuple2(thisforward.next(), thatforward.next())\n    while (thisforward.hasNext) build += Tuple2(thisforward.next(), thatElem)\n    while (thatforward.hasNext) build += Tuple2(thisElem, thatforward.next())\n    build.result()\n  }\n\n  \/** Converts this $coll of pairs into two collections of the first and second\n    * half of each pair.\n    *\n    * {{{\n    *    val xs = $Coll(\n    *               (1, \"one\"),\n    *               (2, \"two\"),\n    *               (3, \"three\")).unzip\n    *    \/\/ xs == ($Coll(1, 2, 3),\n    *    \/\/        $Coll(one, two, three))\n    * }}}\n    *\n    * @tparam A1 the type of the first half of the element pairs\n    * @tparam A2 the type of the second half of the element pairs\n    * @param asPair an implicit conversion which asserts that the element type\n    *               of this $coll is a pair.\n    * @return a pair of ${coll}s, containing the first, respectively second\n    *         half of each element pair of this $coll.\n    *\/\n  def unzip[A1: ClassTag, A2: ClassTag](implicit asPair: A => (A1, A2)): (Vector[A1], Vector[A2]) = {\n    val build1: VectorBuilder[A1] = genericBuilder[A1]\n    val build2: VectorBuilder[A2] = genericBuilder[A2]\n    this.foreach(xy => {\n      val (x, y) = asPair(xy)\n      build1 += x\n      build2 += y\n    })\n    (build1.result(), build2.result())\n  }\n\n  \/** Converts this $coll of triples into three collections of the first, second,\n    * and third element of each triple.\n    *\n    * {{{\n    *    val xs = $Coll(\n    *               (1, \"one\", '1'),\n    *               (2, \"two\", '2'),\n    *               (3, \"three\", '3')).unzip3\n    *    \/\/ xs == ($Coll(1, 2, 3),\n    *    \/\/        $Coll(one, two, three),\n    *    \/\/        $Coll(1, 2, 3))\n    * }}}\n    *\n    * @tparam A1 the type of the first member of the element triples\n    * @tparam A2 the type of the second member of the element triples\n    * @tparam A3 the type of the third member of the element triples\n    * @param asTriple an implicit conversion which asserts that the element type\n    *                 of this $coll is a triple.\n    * @return a triple of ${coll}s, containing the first, second, respectively\n    *         third member of each element triple of this $coll.\n    *\/\n  def unzip3[A1: ClassTag, A2: ClassTag, A3: ClassTag](implicit asTriple: A => (A1, A2, A3)): (Vector[A1], Vector[A2], Vector[A3]) = {\n    val build1: VectorBuilder[A1] = genericBuilder[A1]\n    val build2: VectorBuilder[A2] = genericBuilder[A2]\n    val build3: VectorBuilder[A3] = genericBuilder[A3]\n\n    this.foreach(xyz => {\n      val (x, y, z) = asTriple(xyz)\n      build1 += x\n      build2 += y\n      build3 += z\n    })\n    (build1.result(), build2.result(), build3.result())\n  }\n\n  \/** Converts this $coll of traversable collections into\n    * a $coll formed by the elements of these traversable\n    * collections.\n    *\n    * @tparam B the type of the elements of each traversable collection.\n    * @return a new $coll resulting from concatenating all element ${coll}s.\n    * @usecase def flatten[B]: $Coll[B]\n    * @inheritdoc\n    *\n    * The resulting collection's type will be guided by the\n    * static type of $coll. For example:\n    *\n    * {{{\n    *    val xs = List(\n    *               Set(1, 2, 3),\n    *               Set(1, 2, 3)\n    *             ).flatten\n    *    \/\/ xs == List(1, 2, 3, 1, 2, 3)\n    *\n    *    val ys = Set(\n    *               List(1, 2, 3),\n    *               List(3, 2, 1)\n    *             ).flatten\n    *    \/\/ ys == Set(1, 2, 3)\n    *    }}}\n    *\/\n  def flatten[B: ClassTag](implicit asVector: A => Vector[B]): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    this.foreach(xs => build ++= asVector(xs))\n    build.result()\n  }\n\n  \/** Transposes this $coll of traversable collections into\n    * a $coll of ${coll}s.\n    *\n    * The resulting collection's type will be guided by the\n    * static type of $coll. For example:\n    *\n    * {{{\n    *    val xs = List(\n    *               Set(1, 2, 3),\n    *               Set(4, 5, 6)).transpose\n    *    \/\/ xs == List(\n    *    \/\/         List(1, 4),\n    *    \/\/         List(2, 5),\n    *    \/\/         List(3, 6))\n    *\n    *    val ys = Vector(\n    *               List(1, 2, 3),\n    *               List(4, 5, 6)).transpose\n    *    \/\/ ys == Vector(\n    *    \/\/         Vector(1, 4),\n    *    \/\/         Vector(2, 5),\n    *    \/\/         Vector(3, 6))\n    * }}}\n    *\n    * @tparam B the type of the elements of each traversable collection.\n    * @return a two-dimensional $coll of ${coll}s which has as ''n''th row\n    *         the ''n''th column of this $coll.\n    * @throws IllegalArgumentException if all collections in this $coll\n    *                                  are not of the same size.\n    *\/\n  \/*\n  def transpose[B](implicit asVector: A => Vector[B]): Vector[Vector[B]@uncheckedVariance] = {\n\n    if (isEmpty) return genericBuilder[Vector[B]].result()\n\n    def fail: Nothing = throw new IllegalArgumentException(\"transpose requires all collections have the same size\")\n\n    val headSize: Int = asVector(this.head).size\n    val bs: IndexedSeq[VectorBuilder[B]] = IndexedSeq.fill(headSize)(genericBuilder[B])\n    this.foreach(xs => {\n      var i: Int = 0\n      asVector(xs).foreach(x => {\n        if (i >= headSize) fail\n        bs(i) += x\n        i += 1\n      })\n      if (i != headSize) fail\n    })\n    val build: VectorBuilder[Vector[B]] = genericBuilder[Vector[B]]\n    bs.foreach(b => build += b.result)\n    build.result()\n  }\n*\/\n\n  \/\/ GenIterableLike\n\n  \/** Constructs an Iterator for the Vector type constructor\n    *\n    * @param start Int\n    * @param end   Int\n    * @return And iterator from start to end\n    *\/\n\n  final def iterator(start: Int, end: Int): VectorIterator[A] = {\n    if (this.transient) {\n      this.normalize(this.depth)\n      this.transient = false\n    }\n\n    val iterator: VectorIterator[A] = new VectorIterator[A](start, end)\n    iterator.initIteratorFrom(this)\n    iterator\n  }\n\n  final def iterator: VectorIterator[A] = iterator(0, endIndex)\n\n  \/** Constructs the Reverse Iterator for the Vector type constructor\n    *\n    * @param start Int\n    * @param end   Int\n    * @return And iterator from start to end\n    *\/\n\n  final def reverseiterator(start: Int, end: Int): VectorReverseIterator[A] = {\n    if (this.transient) {\n      this.normalize(this.depth)\n      this.transient = false\n    }\n    val reverseiterator: VectorReverseIterator[A] = new VectorReverseIterator[A](start, end)\n    reverseiterator.initIteratorFrom(this)\n    reverseiterator\n  }\n\n  final def reverseiterator: VectorReverseIterator[A] = reverseiterator(0, endIndex)\n\n  \/** Checks if the other iterable collection contains the same elements in the same order as this $coll.\n    *\n    * @param that the collection to compare with.\n    * @tparam B the type of the elements of collection `that`.\n    * @return `true`, if both collections contain the same elements in the same order, `false` otherwise.\n    * @usecase def sameElements(that: GenIterable[A]): Boolean\n    * @inheritdoc\n    *\n    * $orderDependent\n    * $willNotTerminateInf\n    * @param that the collection to compare with.\n    * @return `true`, if both collections contain the same elements in the same order, `false` otherwise.\n    *\/\n  def sameElements[B >: A](that: Vector[B]): Boolean = this.corresponds(that)((x, y) => x == y)\n\n  \/\/ GenTraversableLike\n\n  \/** Optionally selects the first element.\n    * $orderDependent\n    *\n    * @return the first element of this $coll if it is nonempty,\n    *         `None` if it is empty.\n    *\/\n  final def headOption: Option[A] = if (isEmpty) None else Some(this.head)\n\n  \/** Tests whether this $coll can be repeatedly traversed.\n    *\n    * @return `true`\n    *\/\n  final def isTraversableAgain: Boolean = true\n\n  \/** Selects all elements except the first.\n    * $orderDependent\n    *\n    * @return a $coll consisting of all elements of this $coll\n    *         except the first one.\n    * @throws UnsupportedOperationException if the $coll is empty.\n    *\/\n  final def tail: Vector[A] = this.drop(1)\n\n  \/** Selects the last element.\n    * $orderDependent\n    *\n    * @return The last element of this $coll.\n    * @throws NoSuchElementException If the $coll is empty.\n    *\/\n  final def last: A = if (this.isEmpty) throw new NoSuchElementException else this (this.length - 1)\n\n  \/** Optionally selects the last element.\n    * $orderDependent\n    *\n    * @return the last element of this $coll$ if it is nonempty,\n    *         `None` if it is empty.\n    *\/\n  final def lastOption: Option[A] = if (this.isEmpty) None else Some(this (this.length - 1))\n\n  \/** Selects all elements except the last.\n    * $orderDependent\n    *\n    * @return a $coll consisting of all elements of this $coll\n    *         except the last one.\n    * @throws UnsupportedOperationException if the $coll is empty.\n    *\/\n  final def init: Vector[A] = take(this.length - 1)\n\n  \/** Computes a prefix scan of the elements of the collection.\n    *\n    * Note: The neutral element `z` may be applied more than once.\n    *\n    * @tparam B element type of the resulting collection\n    * @param z  neutral element for the operator `op`\n    * @param op the associative operator for the scan\n    * @return a new $coll containing the prefix scan of the elements in this $coll\n    *\/\n  def scan[B >: A : ClassTag](z: B)(op: (B, B) => B): Vector[B] = scanLeft(z)(op) \/\/TODO Maybe use a recursive method?\n\n  \/** Produces a collection containing cumulative results of applying the\n    * operator going left to right.\n    *\n    * $willNotTerminateInf\n    * $orderDependent\n    *\n    * @tparam B the type of the elements in the resulting collection\n    * @param z  the initial value\n    * @param op the binary operator applied to the intermediate result and the element\n    * @return collection with intermediate results\n    *\/\n  def scanLeft[B: ClassTag](z: B)(op: (B, A) => B): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    var acc: B = z\n    while (forward.hasNext) {\n      acc = op(acc, forward.next())\n      build += acc\n    }\n    build.result()\n  }\n\n  \/** Produces a collection containing cumulative results of applying the operator going right to left.\n    * The head of the collection is the last cumulative result.\n    * $willNotTerminateInf\n    * $orderDependent\n    *\n    * Example:\n    * {{{\n    *    Vector(1, 2, 3, 4).scanRight(0)(_ + _) == Vector(0, 4, 7, 9, 10)\n    * }}}\n    *\n    * @tparam B    the type of the elements in the resulting collection\n    * @tparam That the actual type of the resulting collection\n    * @param z  the initial value\n    * @param op the binary operator applied to the intermediate result and the element\n    * @return collection with intermediate results\n    *\/\n  def scanRight[B: ClassTag](z: B)(op: (A, B) => B): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val backward: VectorReverseIterator[A] = this.reverseiterator\n    var acc: B = z\n    while (backward.hasNext) {\n      acc = op(backward.next(), acc)\n      build += acc\n    }\n    build.result()\n  }\n\n  \/** Builds a new collection by applying a function to all elements of this $coll.\n    *\n    * @param f the function to apply to each element.\n    * @tparam B the element type of the returned collection.\n    * @return a new collection of type `That` resulting from applying the given function\n    *         `f` to each element of this $coll and collecting the results.\n    * @usecase def map[B](f: A => B): $Coll[B]\n    * @inheritdoc\n    * @return a new $coll resulting from applying the given function\n    *         `f` to each element of this $coll and collecting the results.\n    *\/\n  def hashedmap[B: ClassTag](f: A => B): Vector[B] = {\n    val value: mutable.HashMap[A, B] = new mutable.HashMap[A, B] {\n      override def default(k: A): B = empty.asInstanceOf[B]\n    }\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      \/\/ TODO HashedMap map: Check if it actually helps,\n      \/\/ or memory is a problem, if so we could use a zero-allocation hashing algorithm\n      val x: A = forward.next()\n      if (value(x) == null) value(x) = f(x)\n      build += value(x)\n    }\n    build.result()\n  }\n\n\n  def map[B: ClassTag](f: A => B): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) build += f(forward.next())\n    build.result()\n  }\n\n  \/** Builds a new collection by applying a partial function to all elements of this $coll\n    * on which the function is defined.\n    *\n    * @param pf the partial function which filters and maps the $coll.\n    * @tparam B the element type of the returned collection.\n    * @return a new collection of type `That` resulting from applying the partial function\n    *         `pf` to each element on which it is defined and collecting the results.\n    *         The order of the elements is preserved.\n    * @usecase def collect[B](pf: PartialFunction[A, B]): $Coll[B]\n    * @inheritdoc\n    *\n    * $collectExample\n    * @return a new $coll resulting from applying the given partial function\n    *         `pf` to each element on which it is defined and collecting the results.\n    *         The order of the elements is preserved.\n    *\/\n  def collect[B: ClassTag](pf: PartialFunction[A, B]): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      if (pf.isDefinedAt(x)) build += pf(x)\n    }\n    build.result()\n  }\n\n  \/** Builds a new collection by applying a function to all elements of this $coll\n    * and using the elements of the resulting collections.\n    *\n    * @param f the function to apply to each element.\n    * @tparam B the element type of the returned collection.\n    * @return a new collection of type `That` resulting from applying the given collection-valued function\n    *         `f` to each element of this $coll and concatenating the results.\n    * @usecase def flatMap[B](f: A => GenTraversableOnce[B]): $Coll[B]\n    * @inheritdoc\n    *\n    * For example:\n    *\n    * {{{\n    *      def getWords(lines: Seq[String]): Seq[String] = lines flatMap (line => line split \"\\\\W+\")\n    *    }}}\n    *\n    * The type of the resulting collection is guided by the static type of $coll. This might\n    * cause unexpected results sometimes. For example:\n    *\n    * {{{\n    *      \/\/ lettersOf will return a Seq[Char] of likely repeated letters, instead of a Set\n    *      def lettersOf(words: Seq[String]) = words flatMap (word => word.toSet)\n    *\n    *      \/\/ lettersOf will return a Set[Char], not a Seq\n    *      def lettersOf(words: Seq[String]) = words.toSet flatMap (word => word.toSeq)\n    *\n    *      \/\/ xs will be an Iterable[Int]\n    *      val xs = Map(\"a\" -> List(11,111), \"b\" -> List(22,222)).flatMap(_._2)\n    *\n    *      \/\/ ys will be a Map[Int, Int]\n    *      val ys = Map(\"a\" -> List(1 -> 11,1 -> 111), \"b\" -> List(2 -> 22,2 -> 222)).flatMap(_._2)\n    *    }}}\n    * @return a new $coll resulting from applying the given collection-valued function\n    *         `f` to each element of this $coll and concatenating the results.\n    *\/\n  def flatMap[B: ClassTag](f: A => Vector[B]): Vector[B] = {\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) build ++= f(forward.next())\n    build.result()\n  }\n\n  def hashedflatMap[B: ClassTag](f: A => Vector[B]): Vector[B] = {\n    val value: mutable.HashMap[A, Vector[B]] = new mutable.HashMap[A, Vector[B]] {\n      override def default(k: A): Vector[B] = empty.asInstanceOf[Vector[B]]\n    }\n    val build: VectorBuilder[B] = genericBuilder[B]\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      \/\/ TODO HashedflatMap map: Check if it actually helps,\n      \/\/ or memory is a problem, if so we could use a zero-allocation hashing algorithm\n      val x: A = forward.next()\n      if (value(x) == null) value(x) = f(x)\n      build ++= value(x)\n    }\n    build.result()\n  }\n\n  \/** Returns a new $coll containing the elements from the left hand operand followed by the elements from the\n    * right hand operand. The element type of the $coll is the most specific superclass encompassing\n    * the element types of the two operands.\n    *\n    * @param that the traversable to append.\n    * @tparam B the element type of the returned collection.\n    * @return a new collection of type `That` which contains all elements\n    *         of this $coll followed by all elements of `that`.\n    *\/\n  def ++[B >: A : ClassTag](that: Vector[B]): Vector[B] = {\n    if (that.isEmpty) this.asInstanceOf[Vector[B]]\n    else if (this.length == 0) {\n      that.asInstanceOf[Vector[B]]\n    } else {\n      val vector: Vector[B] = new Vector[B](this.length + that.length)\n      vector.initWithFocusFrom(this.asInstanceOf[Vector[B]])\n      vector.transient = this.transient\n      vector.concatenate(this.length, that)\n      vector.asInstanceOf[Vector[B]]\n    }\n  }\n\n  \/** Selects all elements of this $coll which satisfy a predicate.\n    *\n    * @param p the predicate used to test elements.\n    * @return a new $coll consisting of all elements of this $coll that satisfy the given\n    *         predicate `p`. Their order is preserved.\n    *\/\n  def filter(p: A => Boolean): Vector[A] = { \/\/ TODO Is it better to implement it via hashmaps\n    val build: VectorBuilder[A] = newBuilder\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      if (p(x)) build += x\n    }\n    build.result()\n  }\n\n  \/** Selects all elements of this $coll which do not satisfy a predicate.\n    *\n    * @param p the predicate used to test elements.\n    * @return a new $coll consisting of all elements of this $coll that do not satisfy the given\n    *         predicate `p`. Their order is preserved.\n    *\/\n  def filterNot(p: A => Boolean): Vector[A] = this.filter(x => !p(x))\n\n  \/** Partitions this $coll in two ${coll}s according to a predicate.\n    *\n    * @param p the predicate on which to partition.\n    * @return a pair of ${coll}s: the first $coll consists of all elements that\n    *         satisfy the predicate `p` and the second $coll consists of all elements\n    *         that don't. The relative order of the elements in the resulting ${coll}s\n    *         may not be preserved.\n    *\/\n  def partition(p: A => Boolean): (Vector[A], Vector[A]) = {\n    val build1: VectorBuilder[A] = newBuilder\n    val build2: VectorBuilder[A] = newBuilder\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      if (p(x)) build1 += x else build2 += x\n    }\n    (build1.result(), build2.result())\n  }\n\n  \/** Partitions this $coll into a map of ${coll}s according to some discriminator function.\n    *\n    * Note: this method is not re-implemented by views. This means\n    * when applied to a view it will always force the view and\n    * return a new $coll.\n    *\n    * @param f the discriminator function.\n    * @tparam K the type of keys returned by the discriminator function.\n    * @return A map from keys to ${coll}s such that the following invariant holds:\n    *         {{{\n    *                                                     (xs groupBy f)(k) = xs filter (x => f(x) == k)\n    *         }}}\n    *         That is, every key `k` is bound to a $coll of those elements `x`\n    *         for which `f(x)` equals `k`.\n    *\n    *\/\n  def groupBy[B >: A : ClassTag, K](f: B => K): mutable.Map[K, Vector[B]] = {\n    val group: mutable.HashMap[K, Vector[B]] = new mutable.HashMap[K, Vector[B]] {\n      override def default(k: K) = new Vector[B](0)\n    }\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: B = forward.next()\n      group(f(x)) :+ x\n    }\n    group\n  }\n\n  \/** Selects first ''n'' elements.\n    * $orderDependent\n    *\n    * @param  n the number of elements to take from this $coll.\n    * @return a $coll consisting only of the first `n` elements of this $coll,\n    *         or else the whole $coll, if it has less than `n` elements.\n    *\/\n  def take(n: Int): Vector[A] = {\n    if (n <= 0) empty\n    else if (n < endIndex)\n      takeFront0(n)\n    else\n      this\n  }\n\n  \/** Selects all elements except first ''n'' ones.\n    * $orderDependent\n    *\n    * @param  n the number of elements to drop from this $coll.\n    * @return a $coll consisting of all elements of this $coll except the first `n` ones, or else the\n    *         empty $coll, if this $coll has less than `n` elements.\n    *\/\n  def drop(n: Int): Vector[A] = {\n    if (n <= 0) this\n    else if (n < endIndex)\n      dropFront0(n)\n    else\n      empty\n  }\n\n  \/** Selects an interval of elements.  The returned collection is made up\n    * of all elements `x` which satisfy the invariant:\n    * {{{\n    *    from <= indexOf(x) < until\n    * }}}\n    * $orderDependent\n    *\n    * @param from  the lowest index to include from this $coll.\n    * @param until the lowest index to EXCLUDE from this $coll.\n    * @return a $coll containing the elements greater than or equal to\n    *         index `from` extending up to (but not including) index `until`\n    *         of this $coll.\n    *\/\n  def slice(from: Int, until: Int): Vector[A] = take(until).drop(from)\n\n  \/** Splits this $coll into two at a given position.\n    * Note: `c splitAt n` is equivalent to (but possibly more efficient than)\n    * `(c take n, c drop n)`.\n    * $orderDependent\n    *\n    * @param n the position at which to split.\n    * @return a pair of ${coll}s consisting of the first `n`\n    *         elements of this $coll, and the other elements.\n    *\/\n  def splitAt(n: Int): (Vector[A], Vector[A]) = (this take n, this drop n)\n\n  \/** Takes longest prefix of elements that satisfy a predicate.\n    * $orderDependent\n    *\n    * @param   p The predicate used to test elements.\n    * @return the longest prefix of this $coll whose elements all satisfy\n    *         the predicate `p`.\n    *\/\n  def takeWhile(p: A => Boolean): Vector[A] = take(prefixLength(p))\n\n  \/** Drops longest prefix of elements that satisfy a predicate.\n    * $orderDependent\n    *\n    * @param   p The predicate used to test elements.\n    * @return the longest suffix of this $coll whose first element\n    *         does not satisfy the predicate `p`.\n    *\/\n  def dropWhile(p: A => Boolean): Vector[A] = drop(prefixLength(p))\n\n  \/** Splits this $coll into a prefix\/suffix pair according to a predicate.\n    *\n    * Note: `c span p`  is equivalent to (but possibly more efficient than)\n    * `(c takeWhile p, c dropWhile p)`, provided the evaluation of the\n    * predicate `p` does not cause any side-effects.\n    * $orderDependent\n    *\n    * @param p the test predicate\n    * @return a pair consisting of the longest prefix of this $coll whose\n    *         elements all satisfy `p`, and the rest of this $coll.\n    *\/\n  def span(p: A => Boolean): (Vector[A], Vector[A]) = (this takeWhile p, this dropWhile p)\n\n  \/** Defines the prefix of this object's `toString` representation.\n    *\n    * @return a string representation which starts the result of `toString`\n    *         applied to this $coll. By default the string prefix is the\n    *         simple name of the collection class $coll.\n    *\/\n  def stringPrefix: String = \"Vector\"\n\n\n  \/\/ Parallelizable\n\n  \/** Returns a parallel implementation of this collection.\n    *\n    * For most collection types, this method creates a new parallel collection by copying\n    * all the elements. For these collection, `par` takes linear time. Mutable collections\n    * in this category do not produce a mutable parallel collection that has the same\n    * underlying dataset, so changes in one collection will not be reflected in the other one.\n    *\n    * Specific collections (e.g. `ParArray` or `mutable.ParHashMap`) override this default\n    * behaviour by creating a parallel collection which shares the same underlying dataset.\n    * For these collections, `par` takes constant or sublinear time.\n    *\n    * All parallel collections return a reference to themselves.\n    *\n    * @return a parallel implementation of this collection\n    *\/\n  \/*  def par: ParRepr = {\n      val cb = parCombiner\n      for (x <- seq) cb += x\n      cb.result()\n    }*\/\n\n  \/** The default `par` implementation uses the combiner provided by this method\n    * to create a new parallel collection.\n    *\n    * @return a combiner for the parallel collection of type `ParRepr`\n    *\/\n  \/*\n    protected[this] def parCombiner: Combiner[A, ParRepr]\n  *\/\n\n  \/\/ GenTraversableOnce\n\n  \/** Tests whether this $coll is known to have a finite size.\n    * All strict collections are known to have finite size. For a non-strict\n    * collection such as `Stream`, the predicate returns `'''true'''` if all\n    * elements have been computed. It returns `'''false'''` if the stream is\n    * not yet evaluated to the end. Non-empty Iterators usually return\n    * `'''false'''` even if they were created from a collection with a known\n    * finite size.\n    *\n    * Note: many collection methods will not work on collections of infinite sizes.\n    * The typical failure mode is an infinite loop. These methods always attempt a\n    * traversal without checking first that `hasDefiniteSize` returns `'''true'''`.\n    * However, checking `hasDefiniteSize` can provide an assurance that size is\n    * well-defined and non-termination is not a concern.\n    *\n    * @return `'''true'''` if this collection is known to have finite size,\n    *         `'''false'''` otherwise.\n    *\/\n  def hasDefiniteSize: Boolean = true\n\n  \/** The size of this $coll, if it can be cheaply computed\n    *\n    * @return the number of elements in this $coll, or -1 if the size cannot be determined cheaply\n    *\/\n  protected[Immutable] def sizeHintIfCheap: Int = this.length\n\n  \/** Reduces the elements of this $coll using the specified associative binary operator.\n    *\n    * $undefinedorder\n    *\n    * @tparam B A type parameter for the binary operator, a supertype of `A`.\n    * @param op A binary operator that must be associative.\n    * @return The result of applying reduce operator `op` between all the elements if the $coll is nonempty.\n    * @throws UnsupportedOperationException\n    * if this $coll is empty.\n    *\/\n  def reduce[B >: A](op: (B, B) => B): B = {\n    val forward: VectorIterator[A] = this.iterator\n    var acc: B = forward.next()\n    while (forward.hasNext) acc = op(acc, forward.next())\n    acc\n  }\n\n  \/** Reduces the elements of this $coll, if any, using the specified\n    * associative binary operator.\n    *\n    * $undefinedorder\n    *\n    * @tparam B A type parameter for the binary operator, a supertype of `A`.\n    * @param op A binary operator that must be associative.\n    * @return An option value containing result of applying reduce operator `op` between all\n    *         the elements if the collection is nonempty, and `None` otherwise.\n    *\/\n  def reduceOption[B >: A](op: (A, B) => B): Option[B] = {\n    if (this isEmpty) None\n    else {\n      val forward = this.iterator\n      var acc: B = forward.next()\n      while (forward.hasNext) acc = op(forward.next(), acc)\n      Some(acc)\n    }\n  }\n\n  \/** Folds the elements of this $coll using the specified associative\n    * binary operator.\n    *\n    * $undefinedorder\n    * $willNotTerminateInf\n    *\n    * @tparam B a type parameter for the binary operator, a supertype of `A`.\n    * @param z  a neutral element for the fold operation; may be added to the result\n    *           an arbitrary number of times, and must not change the result (e.g., `Nil` for list concatenation,\n    *           0 for addition, or 1 for multiplication).\n    * @param op a binary operator that must be associative.\n    * @return the result of applying the fold operator `op` between all the elements and `z`, or `z` if this $coll is empty.\n    *\/\n  final def fold[B >: A](z: B)(op: (B, B) => B): B = {\n    val forward: VectorIterator[A] = this.iterator\n    var acc: B = z\n    while (forward.hasNext) acc = op(acc, forward.next())\n    acc\n  }\n\n  \/** Applies a binary operator to a start value and all elements of this $coll,\n    * going left to right.\n    *\n    * Note: `\/:` is alternate syntax for `foldLeft`; `z \/: xs` is the same as\n    * `xs foldLeft z`.\n    *\n    * Examples:\n    *\n    * Note that the folding function used to compute b is equivalent to that used to compute c.\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = (5 \/: a)(_+_)\n    *      b: Int = 15\n    *\n    *      scala> val c = (5 \/: a)((x,y) => x + y)\n    *      c: Int = 15\n    * }}}\n    *\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param   z  the start value.\n    * @param   op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going left to right with the start value `z` on the left:\n    *         {{{\n    *                                                 op(...op(op(z, x_1), x_2), ..., x_n)\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *\/\n  @tailrec final def \/:[B](z: B)(op: (B, A) => B): B = {\n    this.tail.\/:(op(z, this.head))(op)\n  }\n\n  \/** Applies a binary operator to all elements of this $coll and a start value,\n    * going right to left.\n    *\n    * Note: `:\\` is alternate syntax for `foldRight`; `xs :\\ z` is the same as\n    * `xs foldRight z`.\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * Examples:\n    *\n    * Note that the folding function used to compute b is equivalent to that used to compute c.\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = (a :\\ 5)(_+_)\n    *      b: Int = 15\n    *\n    *      scala> val c = (a :\\ 5)((x,y) => x + y)\n    *      c: Int = 15\n    *\n    * }}}\n    *\n    * @param   z  the start value\n    * @param   op the binary operator\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going right to left with the start value `z` on the right:\n    *         {{{\n    *                                                 op(x_1, op(x_2, ... op(x_n, z)...))\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *\/\n  @tailrec final def :\\[B](z: B)(op: (A, B) => B): B = {\n    this.init.:\\(op(this.last, z))(op)\n  }\n\n\n  \/** Applies a binary operator to a start value and all elements of this $coll,\n    * going left to right.\n    *\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param   z  the start value.\n    * @param   op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going left to right with the start value `z` on the left:\n    *         {{{\n    *                                                 op(...op(z, x_1), x_2, ..., x_n)\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *         Returns `z` if this $coll is empty.\n    *\/\n  def foldLeft[B](z: B)(op: (B, A) => B): B = {\n    val forward: VectorIterator[A] = this.iterator\n    var acc: B = z\n    while (forward.hasNext) acc = op(acc, forward.next())\n    acc\n  }\n\n  \/** Applies a binary operator to all elements of this $coll and a start value,\n    * going right to left.\n    *\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param   z  the start value.\n    * @param   op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going right to left with the start value `z` on the right:\n    *         {{{\n    *                                                 op(x_1, op(x_2, ... op(x_n, z)...))\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    *         Returns `z` if this $coll is empty.\n    *\/\n  def foldRight[B](z: B)(op: (A, B) => B): B = {\n    val backward: VectorReverseIterator[A] = this.reverseiterator\n    var acc: B = z\n    while (backward.hasNext) acc = op(backward.next(), acc)\n    acc\n  }\n\n  \/** Aggregates the results of applying an operator to subsequent elements.\n    *\n    * This is a more general form of `fold` and `reduce`. It is similar to\n    * `foldLeft` in that it doesn't require the result to be a supertype of the\n    * element type. In addition, it allows parallel collections to be processed\n    * in chunks, and then combines the intermediate results.\n    *\n    * `aggregate` splits the $coll into partitions and processes each\n    * partition by sequentially applying `seqop`, starting with `z` (like\n    * `foldLeft`). Those intermediate results are then combined by using\n    * `combop` (like `fold`). The implementation of this operation may operate\n    * on an arbitrary number of collection partitions (even 1), so `combop` may\n    * be invoked an arbitrary number of times (even 0).\n    *\n    * As an example, consider summing up the integer values of a list of chars.\n    * The initial value for the sum is 0. First, `seqop` transforms each input\n    * character to an Int and adds it to the sum (of the partition). Then,\n    * `combop` just needs to sum up the intermediate results of the partitions:\n    * {{{\n    *    List('a', 'b', 'c').aggregate(0)({ (sum, ch) => sum + ch.toInt }, { (p1, p2) => p1 + p2 })\n    * }}}\n    *\n    * @tparam B the type of accumulated results\n    * @param z      the initial value for the accumulated result of the partition - this\n    *               will typically be the neutral element for the `seqop` operator (e.g.\n    *               `Nil` for list concatenation or `0` for summation) and may be evaluated\n    *               more than once\n    * @param seqop  an operator used to accumulate results within a partition\n    * @param combop an associative operator used to combine results from different partitions\n    *\/\n  def aggregate[B](z: => B)(seqop: (B, A) => B, combop: (B, B) => B): B = { \/\/ TODO Proof of correctness\n    var acc: B = z\n    this.split.foreach(x =>\n      acc = combop({\n        var acc: B = z\n        while (x.hasNext) acc = seqop(acc, x.next())\n        acc\n      }, acc))\n    acc\n  }\n\n  def split: Seq[VectorIterator[A]] = {\n    var splitted: ArrayBuffer[VectorIterator[A]] = new ArrayBuffer[VectorIterator[A]]\n    val nsplits: Int = this.length \/ (1 << 5)\n    var currentPos: Int = 0\n    if (nsplits > 0) {\n      var i: Int = 0\n      while (i < nsplits) {\n        val forward: VectorIterator[A] = new VectorIterator[A](currentPos, currentPos + 1 << 5)\n        forward.initIteratorFrom(this)\n        splitted += forward\n        currentPos += 1 << 5\n        i += 1\n      }\n      val forward: VectorIterator[A] = new VectorIterator[A](currentPos, this.length)\n      forward.initIteratorFrom(this)\n      splitted += forward\n      splitted\n    } else {\n      Seq(this.iterator)\n    }\n  }\n\n  \/** Applies a binary operator to all elements of this $coll, going right to left.\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param  op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going right to left:\n    *         {{{\n    *                                                 op(x_1, op(x_2, ..., op(x_{n-1}, x_n)...))\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    * @throws UnsupportedOperationException if this $coll is empty.\n    *\/\n  def reduceRight[B >: A](op: (A, B) => B): B = {\n    val reverse: VectorReverseIterator[A] = this.reverseiterator\n    var acc: B = reverse.next()\n    while (reverse.hasNext) acc = op(reverse.next(), acc)\n    acc\n  }\n\n  \/** Optionally applies a binary operator to all elements of this $coll, going\n    * right to left.\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param  op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return an option value containing the result of `reduceRight(op)` if this $coll is nonempty,\n    *         `None` otherwise.\n    *\/\n  def reduceRightOption[B >: A](op: (A, B) => B): Option[B] = {\n    if (this.isEmpty) None\n    else {\n      val reverse: VectorReverseIterator[A] = this.reverseiterator\n      var acc: B = reverse.next()\n      while (reverse.hasNext) acc = op(reverse.next(), acc)\n      Some(acc)\n    }\n  }\n\n  \/** Applies a binary operator to all elements of this $coll, going right to left.\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param  op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return the result of inserting `op` between consecutive elements of this $coll,\n    *         going right to left:\n    *         {{{\n    *                                                 op(x_1, op(x_2, ..., op(x_{n-1}, x_n)...))\n    *         }}}\n    *         where `x,,1,,, ..., x,,n,,` are the elements of this $coll.\n    * @throws UnsupportedOperationException if this $coll is empty.\n    *\/\n  def reduceLeft[B >: A](op: (B, A) => B): B = {\n    val forward: VectorIterator[A] = this.iterator\n    var acc: B = forward.next()\n    while (forward.hasNext) acc = op(acc, forward.next())\n    acc\n  }\n\n  \/** Optionally applies a binary operator to all elements of this $coll, going left to right.\n    * $willNotTerminateInf\n    * $orderDependentFold\n    *\n    * @param  op the binary operator.\n    * @tparam  B the result type of the binary operator.\n    * @return an option value containing the result of `reduceLeft(op)` if this $coll is nonempty,\n    *         `None` otherwise.\n    *\/\n  def reduceLeftOption[B >: A](op: (B, A) => B): Option[B] = {\n    if (this.isEmpty) None\n    else {\n      val forward: VectorIterator[A] = this.iterator\n      var acc: B = forward.next()\n      while (forward.hasNext) acc = op(acc, forward.next())\n      Some(acc)\n    }\n  }\n\n  \/** Counts the number of elements in the $coll which satisfy a predicate.\n    *\n    * @param p the predicate  used to test elements.\n    * @return the number of elements satisfying the predicate `p`.\n    *\/\n  def count(p: A => Boolean): Int = {\n    val forward: VectorIterator[A] = this.iterator\n    var acc: Int = 0\n    while (forward.hasNext) if (p(forward.next())) acc += 1\n    acc\n  }\n\n  \/** Tests whether a predicate holds for all elements of this $coll.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p the predicate used to test elements.\n    * @return `true` if this $coll is empty or the given predicate `p`\n    *         holds for all elements of this $coll, otherwise `false`.\n    *\/\n  def forall(p: A => Boolean): Boolean = {\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) if (!p(forward.next())) return false\n    true\n  }\n\n  \/** Tests whether a predicate holds for at least one element of this $coll.\n    *\n    * $mayNotTerminateInf\n    *\n    * @param   p the predicate used to test elements.\n    * @return `true` if the given predicate `p` is satisfied by at least one element of this $coll, otherwise `false`\n    *\/\n  def exists(p: A => Boolean): Boolean = {\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) if (p(forward.next())) return true\n    false\n  }\n\n  \/** Finds the first element of the $coll satisfying a predicate, if any.\n    *\n    * $mayNotTerminateInf\n    * $orderDependent\n    *\n    * @param p the predicate used to test elements.\n    * @return an option value containing the first element in the $coll\n    *         that satisfies `p`, or `None` if none exists.\n    *\/\n  def find(p: A => Boolean): Option[A] = {\n    val forward: VectorIterator[A] = this.iterator\n    while (forward.hasNext) {\n      val x: A = forward.next()\n      if (p(x)) return Some(x)\n    }\n    None\n  }\n\n  \/** Copies the elements of this $coll to an array.\n    * Fills the given array `xs` with values of this $coll.\n    * Copying will stop once either the end of the current $coll is reached,\n    * or the end of the target array is reached.\n    *\n    * @param  xs the array to fill.\n    * @tparam B the type of the elements of the target array.\n    * @usecase def copyToArray(xs: Array[A]): Unit\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B]): Unit = {\n    val forward: VectorIterator[A] = this.iterator\n    var index: Int = 0\n    while (forward.hasNext) {\n      xs(index) = forward.next()\n      index += 1\n    }\n  }\n\n  \/** Copies the elements of this $coll to an array.\n    * Fills the given array `xs` with values of this $coll, beginning at index `start`.\n    * Copying will stop once either the end of the current $coll is reached,\n    * or the end of the target array is reached.\n    *\n    * @param  xs    the array to fill.\n    * @param  start the starting index.\n    * @tparam B the type of the elements of the target array.\n    * @usecase def copyToArray(xs: Array[A], start: Int): Unit\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B], start: Int): Unit = {\n    val forward: VectorIterator[A] = this.iterator(start, this.endIndex)\n    var index: Int = 0\n    while (forward.hasNext) {\n      xs(index) = forward.next()\n      index += 1\n    }\n  }\n\n  \/** Copies the elements of this $coll to an array.\n    * Fills the given array `xs` with at most `len` elements of\n    * this $coll, starting at position `start`.\n    * Copying will stop once either the end of the current $coll is reached,\n    * or the end of the target array is reached, or `len` elements have been copied.\n    *\n    * @param  xs    the array to fill.\n    * @param  start the starting index.\n    * @param  len   the maximal number of elements to copy.\n    * @tparam B the type of the elements of the target array.\n    * @usecase def copyToArray(xs: Array[A], start: Int, len: Int): Unit\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    *\/\n  def copyToArray[B >: A](xs: Array[B], start: Int, len: Int): Unit = {\n    val forward: VectorIterator[A] = this.iterator(start, spire.math.min(start + len, this.endIndex))\n    var index: Int = 0\n    while (forward.hasNext) {\n      xs(index) = forward.next()\n      index += 1\n    }\n  }\n\n  \/** Displays all elements of this $coll in a string using start, end, and\n    * separator strings.\n    *\n    * @param start the starting string.\n    * @param sep   the separator string.\n    * @param end   the ending string.\n    * @return a string representation of this $coll. The resulting string\n    *         begins with the string `start` and ends with the string\n    *         `end`. Inside, the string representations (w.r.t. the method\n    *         `toString`) of all elements of this $coll are separated by\n    *         the string `sep`.\n    * @example `List(1, 2, 3).mkString(\"(\", \"; \", \")\") = \"(1; 2; 3)\"`\n    *\/\n  def mkString(start: String, sep: String, end: String): String = addString(new StringBuilder(), start, sep, end).toString\n\n  \/** Displays all elements of this $coll in a string using a separator string.\n    *\n    * @param sep the separator string.\n    * @return a string representation of this $coll. In the resulting string\n    *         the string representations (w.r.t. the method `toString`)\n    *         of all elements of this $coll are separated by the string `sep`.\n    * @example `List(1, 2, 3).mkString(\"|\") = \"1|2|3\"`\n    *\/\n  def mkString(sep: String): String = mkString(\"\", sep, \"\")\n\n  \/** Displays all elements of this $coll in a string.\n    *\n    * @return a string representation of this $coll. In the resulting string\n    *         the string representations (w.r.t. the method `toString`)\n    *         of all elements of this $coll follow each other without any\n    *         separator string.\n    *\/\n  def mkString: String = mkString(\"\")\n\n  \/** Appends all elements of this $coll to a string builder using start, end, and separator strings.\n    * The written text begins with the string `start` and ends with the string `end`.\n    * Inside, the string representations (w.r.t. the method `toString`)\n    * of all elements of this $coll are separated by the string `sep`.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> a.addString(b , \"List(\" , \", \" , \")\")\n    *      res5: StringBuilder = List(1, 2, 3, 4)\n    * }}}\n    *\n    * @param  b    the string builder to which elements are appended.\n    * @param start the starting string.\n    * @param sep   the separator string.\n    * @param end   the ending string.\n    * @return the string builder `b` to which elements were appended.\n    *\/\n  def addString(b: StringBuilder, start: String, sep: String, end: String): StringBuilder = {\n    var first = true\n\n    b.append(start)\n    for (x <- self) {\n      if (first) {\n        b append x\n        first = false\n      }\n      else {\n        b.append(sep)\n        b.append(x)\n      }\n    }\n    b.append(end)\n\n    b\n  }\n\n  \/** Appends all elements of this $coll to a string builder using a separator string.\n    * The written text consists of the string representations (w.r.t. the method `toString`)\n    * of all elements of this $coll, separated by the string `sep`.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> a.addString(b, \", \")\n    *      res0: StringBuilder = 1, 2, 3, 4\n    * }}}\n    *\n    * @param  b  the string builder to which elements are appended.\n    * @param sep the separator string.\n    * @return the string builder `b` to which elements were appended.\n    *\/\n  def addString(b: StringBuilder, sep: String): StringBuilder = addString(b, \"\", sep, \"\")\n\n  \/** Appends all elements of this $coll to a string builder.\n    * The written text consists of the string representations (w.r.t. the method\n    * `toString`) of all elements of this $coll without any separator string.\n    *\n    * Example:\n    *\n    * {{{\n    *      scala> val a = List(1,2,3,4)\n    *      a: List[Int] = List(1, 2, 3, 4)\n    *\n    *      scala> val b = new StringBuilder()\n    *      b: StringBuilder =\n    *\n    *      scala> val h = a.addString(b)\n    *      h: StringBuilder = 1234\n    * }}}\n    *\n    * @param  b the string builder to which elements are appended.\n    * @return the string builder `b` to which elements were appended.\n    *\/\n  def addString(b: StringBuilder): StringBuilder = addString(b, \"\")\n\n  \/** Converts this $coll to an array.\n    *\n    * @tparam B the type of the elements of the array. An `ClassTag` for\n    *           this type must be available.\n    * @return an array containing all elements of this $coll.\n    * @usecase def toArray: Array[A]\n    * @inheritdoc\n    *\n    * $willNotTerminateInf\n    * @return an array containing all elements of this $coll.\n    *         An `ClassTag` must be available for the element type of this $coll.\n    *\/\n  def toArray[B >: A : ClassTag]: Array[B] = {\n    if (this.isTraversableAgain) {\n      val result: Array[B] = new Array[B](size)\n      this.copyToArray(result, 0)\n      result\n    } else this.toBuffer.toArray\n  }\n\n  \/** Converts this $coll to a list.\n    * $willNotTerminateInf\n    *\n    * @return a list containing all elements of this $coll.\n    *\/\n  def toList: List[A] = to[List]\n\n  \/** Converts this $coll to an indexed sequence.\n    * $willNotTerminateInf\n    *\n    * @return an indexed sequence containing all elements of this $coll.\n    *\/\n  def toIndexedSeq: immutable.IndexedSeq[A] = to[immutable.IndexedSeq]\n\n  \/** Converts this $coll to a stream.\n    *\n    * @return a stream containing all elements of this $coll.\n    *\/\n  def toStream: Stream[A] = {\n    val forward = this.iterator\n    if (!forward.hasNext) Stream.empty[A]\n    else Stream.cons(forward.next(), this.tail.toStream)\n  }\n\n  \/** Returns an Iterator over the elements in this $coll.  Will return\n    * the same Iterator if this instance is already an Iterator.\n    * $willNotTerminateInf\n    *\n    * @return an Iterator containing all elements of this $coll.\n    *\/\n  def toIterator: VectorIterator[A] = this.iterator\n\n  \/** Uses the contents of this $coll to create a new mutable buffer.\n    * $willNotTerminateInf\n    *\n    * @return a buffer containing all elements of this $coll.\n    *\/\n  def toBuffer[B >: A]: mutable.Buffer[B] = to[ArrayBuffer].asInstanceOf[mutable.Buffer[B]]\n\n  \/** Converts this $coll to an unspecified Traversable.  Will return\n    * the same collection if this instance is already Traversable.\n    * $willNotTerminateInf\n    *\n    * @return a Traversable containing all elements of this $coll.\n    *\/\n  def toTraversable: GenTraversable[A] = toStream\n\n  \/** Converts this $coll to an iterable collection.  Note that\n    * the choice of target `Iterable` is lazy in this default implementation\n    * as this `TraversableOnce` may be lazy and unevaluated (i.e. it may\n    * be an iterator which is only traversable once).\n    *\n    * $willNotTerminateInf\n    *\n    * @return an `Iterable` containing all elements of this $coll.\n    *\/\n  def toIterable: GenIterable[A] = toStream\n\n  \/** Converts this $coll to a sequence. As with `toIterable`, it's lazy\n    * in this default implementation, as this `TraversableOnce` may be\n    * lazy and unevaluated.\n    *\n    * $willNotTerminateInf\n    *\n    * @return a sequence containing all elements of this $coll.\n    *\/\n  def toSeq: GenSeq[A] = toStream\n\n  \/** Converts this $coll to a set.\n    * $willNotTerminateInf\n    *\n    * @return a set containing all elements of this $coll.\n    *\/\n  def toSet[B >: A]: Set[B] = to[immutable.Set].asInstanceOf[immutable.Set[B]]\n\n  \/** Converts this $coll to a map.  This method is unavailable unless\n    * the elements are members of Tuple2, each ((T, U)) becoming a key-value\n    * pair in the map.  Duplicate keys will be overwritten by later keys:\n    * if this is an unordered collection, which key is in the resulting map\n    * is undefined.\n    *\n    * @return a map containing all elements of this $coll.\n    * @usecase def toMap[T, U]: Map[T, U]\n    * @inheritdoc\n    * $willNotTerminateInf\n    * @return a map of type `immutable.Map[T, U]`\n    *         containing all key\/value pairs of type `(T, U)` of this $coll.\n    *\/\n  def toMap[K, V](implicit ev: A <:< (K, V)): GenMap[K, V] = {\n    val build = immutable.Map.newBuilder[K, V]\n    this.foreach(x => build += x)\n    build.result()\n  }\n\n\n  \/** Converts this $coll to a Vector.\n    * $willNotTerminateInf\n    *\n    * @return a vector containing all elements of this $coll.\n    *\/\n  def toVector: ScalaVector[A] = to[ScalaVector]\n\n  \/** Converts this $coll into another by copying all elements.\n    *\n    * @tparam Col The collection type to build.\n    * @return a new collection containing all elements of this $coll.\n    * @usecase def to[Col[_] ]: Col[A]\n    * @inheritdoc\n    * $willNotTerminateInf\n    * @return a new collection containing all elements of this $coll.\n    *\/\n  def to[Col[_]](implicit cbf: CanBuildFrom[Col[_], A, Col[A@uncheckedVariance]]): Col[A@uncheckedVariance] = {\n    val build: mutable.Builder[A, Col[A]] = cbf()\n    build ++= this.asInstanceOf[TraversableOnce[A]]\n    build.result()\n  }\n\n  \/** Helper Functions\n    *\n    *\/\n  private[Immutable] def makeTransientIfNeeded(): Unit = {\n    val _depth = depth\n    if (_depth > 1 && transient.`unary_!`) {\n      copyDisplaysAndNullFocusedBranch(_depth, focus.|(focusRelax))\n      transient = true\n    }\n  }\n\n  private[Immutable] def normalizeAndFocusOn(index: Int): Unit = {\n    if (transient) {\n      normalize(depth)\n      transient = false\n    }\n    focusOn(index)\n  }\n\n  private def createSingletonVector[B >: A : ClassTag](elem: B): Vector[B] = {\n    val resultVector: Vector[B] = new Vector[B](1)\n    resultVector.initSingleton(elem)\n    resultVector\n  }\n\n  private[Immutable] def prepend[B >: A : ClassTag](elem: B): Unit = {\n\n    if (focusStart != 0 || (focus & -32) != 0) {\n      normalizeAndFocusOn(0)\n    }\n\n    val d0: Leaf = display0\n    if (d0.length < 32) {\n      prependOnCurrentBlock(elem, d0.asInstanceOf[Array[B]])\n    }\n    else {\n      prependFrontNewBlock(elem)\n    }\n  }\n\n  private def prependOnCurrentBlock[B >: A](elem: B,\n                                            old_d0: Array[B]): Unit = {\n    val new_length: Int = old_d0.length + 1\n    focusEnd = new_length\n\n    val new_d0: Leaf = new Leaf(new_length)\n    new_d0.update(0, elem.asInstanceOf[A])\n    System.arraycopy(old_d0, 0, new_d0, 1, new_length - 1)\n    display0 = new_d0\n\n    makeTransientIfNeeded()\n  }\n\n  private def prependFrontNewBlock[B >: A](elem: B)(implicit ct: ClassTag[B]): Unit = {\n    var currentDepth = focusDepth\n    var display: Node = currentDepth match {\n      case 1 => display1\n      case 2 => display2\n      case 3 => display3\n      case 4 => display4\n      case 5 => display5\n      case 6 => display6\n      case 7 => display7\n    }\n\n    while (display != null && display.length == 33) {\n      currentDepth += 1\n      currentDepth match {\n        case 1 => display = display1\n        case 2 => display = display2\n        case 3 => display = display3\n        case 4 => display = display4\n        case 5 => display = display5\n        case 6 => display = display6\n        case 7 => display = display7\n        case _ => throw new IllegalStateException()\n      }\n    }\n\n    val oldDepth: Int = depth\n    val _transient: Boolean = transient\n    setupNewBlockInInitBranch(currentDepth, _transient)(ct.asInstanceOf[ClassTag[A]])\n    if (oldDepth == depth) {\n      var i: Int = currentDepth\n      if (i < oldDepth) {\n        val _focusDepth: Int = focusDepth\n        var display: Node = i match {\n          case 1 => display1\n          case 2 => display2\n          case 3 => display3\n          case 4 => display4\n          case 5 => display5\n          case 6 => display6\n          case 7 => display7\n        }\n        do {\n          val displayLen: Int = display.length - 1\n          val newSizes: Array[Int] = {\n            if (i >= _focusDepth) {\n              makeTransientSizes(display(displayLen).asInstanceOf[Array[Int]], 1)\n            }\n            else {\n              null\n            }\n          }\n          val newDisplay: Node = new Node(display.length)\n\n          System.arraycopy(display, 0, newDisplay, 0, displayLen - 1)\n          if (i >= _focusDepth) {\n            newDisplay.update(displayLen, newSizes)\n          }\n          i match {\n            case 2 =>\n              display1 = newDisplay\n              display = display2\n            case 3 =>\n              display2 = newDisplay\n              display = display3\n            case 4 =>\n              display3 = newDisplay\n              display = display4\n            case 5 =>\n              display4 = newDisplay\n              display = display5\n            case 6 =>\n              display5 = newDisplay\n              display = display6\n            case 7 =>\n              display6 = newDisplay\n              display = display7\n          }\n          i += 1\n        } while (i < oldDepth)\n      }\n    }\n    initFocus(0, 0, 1, 1, 0)\n    display0.update(0, elem.asInstanceOf[A])\n    transient = true\n  }\n\n  private[Immutable] def append[B >: A : ClassTag](elem: B, _endIndex: Int): Unit = {\n    if ((focusStart + focus ^ _endIndex - 1) >= 32)\n      normalizeAndFocusOn(_endIndex - 1)\n\n    val elemIndexInBlock = _endIndex.-(focusStart).&(31)\n    if (elemIndexInBlock != 0)\n      appendOnCurrentBlock(elem, elemIndexInBlock)\n    else\n      appendBackNewBlock(elem, elemIndexInBlock)\n  }\n\n  private def appendOnCurrentBlock[B >: A](elem: B,\n                                           elemIndexInBlock: Int): Unit = {\n    focusEnd = endIndex\n    val d0: Leaf = new Leaf(elemIndexInBlock + 1)\n    System.arraycopy(display0, 0, d0, 0, elemIndexInBlock)\n    d0.update(elemIndexInBlock, elem.asInstanceOf[A])\n    display0 = d0\n    makeTransientIfNeeded()\n  }\n\n  private def appendBackNewBlock[B >: A](elem: B,\n                                         elemIndexInBlock: Int)(implicit m: ClassTag[B]): Unit = {\n    val oldDepth: Int = depth\n    val newRelaxedIndex: Int = endIndex - 1 - focusStart + focusRelax\n    val focusJoined: Int = focus | focusRelax\n    val xor: Int = newRelaxedIndex ^ focusJoined\n    val _transient: Boolean = transient\n    setupNewBlockInNextBranch(xor, _transient)(m.asInstanceOf[ClassTag[A]])\n\n    if (oldDepth == depth) {\n      var i: Int = {\n        if (xor < (1 << 10)) {\n          2\n        }\n        else if (xor < (1 << 15)) {\n          3\n        }\n        else if (xor < (1 << 20)) {\n          4\n        }\n        else if (xor < (1 << 25)) {\n          5\n        }\n        else if (xor < (1 << 30)) {\n          6\n        }\n        else if (xor < (1 << 35)) {\n          7\n        }\n        else {\n          7\n        }\n      }\n\n      if (i < oldDepth) {\n        val _focusDepth: Int = focusDepth\n        var display: Node = i match {\n          case 1 => display1\n          case 2 => display2\n          case 3 => display3\n          case 4 => display4\n          case 5 => display5\n          case 6 => display6\n          case 7 => display7\n        }\n        do {\n          val displayLen: Int = display.length - 1\n          val newSizes: Array[Int] = {\n            if (i >= _focusDepth) {\n              makeTransientSizes(display(displayLen).asInstanceOf[Array[Int]], displayLen - 1)\n            }\n            else {\n              null\n            }\n          }\n          val newDisplay: Node = new Node(display.length)\n\n          System.arraycopy(display, 0, newDisplay, 0, displayLen - 1)\n          if (i >= _focusDepth) {\n            newDisplay.update(displayLen, newSizes)\n          }\n          i match {\n            case 2 =>\n              display1 = newDisplay\n              display = display2\n            case 3 =>\n              display2 = newDisplay\n              display = display3\n            case 4 =>\n              display3 = newDisplay\n              display = display4\n            case 5 =>\n              display4 = newDisplay\n              display = display5\n            case 6 =>\n              display5 = newDisplay\n              display = display6\n            case 7 =>\n              display6 = newDisplay\n              display = display7\n          }\n          i += 1\n        } while (i < oldDepth)\n      }\n    }\n    if (oldDepth == focusDepth)\n      initFocus(endIndex - 1, 0, endIndex, depth, 0)\n    else\n      initFocus(endIndex - 1, endIndex - 1, endIndex, 1, newRelaxedIndex & -32)\n    display0.update(elemIndexInBlock, elem.asInstanceOf[A])\n    transient = true\n  }\n\n  private def occurrences[B >: A]: mutable.Map[B, Int] = {\n    val occurrence: mutable.HashMap[B, Int] = new mutable.HashMap[B, Int] {\n      override def default(k: B) = 0\n    }\n    val forward = this.iterator\n    while (forward.hasNext) occurrence(forward.next()) += 1\n    occurrence\n  }\n\n  private[Immutable] def concatenate[B >: A](currentSize: Int,\n                                             that: Vector[B]): Unit = {\n    if (this.transient) {\n      this.normalize(this.depth)\n      this.transient = false\n    }\n\n    if (that.transient) {\n      that.normalize(that.depth)\n      that.transient = false\n    }\n\n    this.focusOn(currentSize - 1)\n    spire.math.max(this.depth, that.depth) match {\n\n      case 1 =>\n\n        val concat: Node = rebalancedLeafs(display0, that.display0.asInstanceOf[Leaf])\n        initFromRoot(concat, 1)\n\n      case 2 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n\n        if (((that.focus | that.focusRelax) & -32) == 0) {\n\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n\n        } else {\n\n          if (that.display1 != null)\n            d1 = that.display1\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n\n          var concat: Node = rebalancedLeafs(this.display0, d0)\n          concat = rebalanced(this.display1, concat, that.display1, 2)\n\n          if (concat.length == 2)\n            initFromRoot(concat(0).asInstanceOf[Node], 2)\n          else\n            initFromRoot(withComputedSizes(concat, 3), 3)\n        }\n\n      case 3 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n        var d2: Node = null\n\n        if ((that.focus & -32) == 0) {\n          d2 = that.display2\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n        } else {\n          if (that.display2 != null)\n            d2 = that.display2\n\n          if (d2 == null)\n            d1 = that.display1\n          else\n            d1 = d2(0).asInstanceOf[Node]\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n        }\n\n        var concat: Node = rebalancedLeafs(this.display0, d0)\n        concat = rebalanced(this.display1, concat, d1, 2)\n        concat = rebalanced(this.display2, concat, that.display2, 3)\n\n        if (concat.length == 2)\n          initFromRoot(concat(0).asInstanceOf[Node], 3)\n        else\n          initFromRoot(withComputedSizes(concat, 4), 4)\n\n      case 4 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n        var d2: Node = null\n        var d3: Node = null\n\n        if ((that.focus & -32) == 0) {\n\n          d3 = that.display3\n          d2 = that.display2\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n\n        } else {\n\n          if (that.display3 != null)\n            d3 = that.display3\n\n          if (d3 == null)\n            d2 = that.display2\n          else\n            d2 = d3(0).asInstanceOf[Node]\n          if (d2 == null)\n            d1 = that.display1\n          else\n            d1 = d2(0).asInstanceOf[Node]\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n\n        }\n\n        var concat: Node = rebalancedLeafs(this.display0, d0)\n        concat = rebalanced(this.display1, concat, d1, 2)\n        concat = rebalanced(this.display2, concat, d2, 3)\n        concat = rebalanced(this.display3, concat, that.display3, 4)\n\n        if (concat.length == 2)\n          initFromRoot(concat(0).asInstanceOf[Node], 4)\n        else\n          initFromRoot(withComputedSizes(concat, 5), 5)\n\n      case 5 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n        var d2: Node = null\n        var d3: Node = null\n        var d4: Node = null\n\n        if ((that.focus & -32) == 0) {\n          d4 = that.display4\n          d3 = that.display3\n          d2 = that.display2\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n        } else {\n          if (that.display4 != null)\n            d4 = that.display4\n          if (d4 == null)\n            d3 = that.display3\n          else\n            d3 = d4(0).asInstanceOf[Node]\n          if (d3 == null)\n            d2 = that.display2\n          else\n            d2 = d3(0).asInstanceOf[Node]\n          if (d2 == null)\n            d1 = that.display1\n          else\n            d1 = d2(0).asInstanceOf[Node]\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n        }\n\n        var concat: Node = rebalancedLeafs(this.display0, d0)\n        concat = rebalanced(this.display1, concat, d1, 2)\n        concat = rebalanced(this.display2, concat, d2, 3)\n        concat = rebalanced(this.display3, concat, d3, 4)\n        concat = rebalanced(this.display4, concat, d4, 5)\n\n        if (concat.length == 2)\n          initFromRoot(concat(0).asInstanceOf[Node], 5)\n        else\n          initFromRoot(withComputedSizes(concat, 6), 6)\n\n      case 6 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n        var d2: Node = null\n        var d3: Node = null\n        var d4: Node = null\n        var d5: Node = null\n\n        if ((that.focus & -32) == 0) {\n          d5 = that.display5\n          d4 = that.display4\n          d3 = that.display3\n          d2 = that.display2\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n        } else {\n\n          if (that.display5 != null)\n            d5 = that.display5\n          if (d5 == null)\n            d4 = that.display4\n          else\n            d4 = d5(0).asInstanceOf[Node]\n          if (d4 == null)\n            d3 = that.display3\n          else\n            d3 = d4(0).asInstanceOf[Node]\n          if (d3 == null)\n            d2 = that.display2\n          else\n            d2 = d3(0).asInstanceOf[Node]\n          if (d2 == null)\n            d1 = that.display1\n          else\n            d1 = d2(0).asInstanceOf[Node]\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n        }\n\n        var concat: Node = rebalancedLeafs(this.display0, d0)\n        concat = rebalanced(this.display1, concat, d1, 2)\n        concat = rebalanced(this.display2, concat, d2, 3)\n        concat = rebalanced(this.display3, concat, d3, 4)\n        concat = rebalanced(this.display4, concat, d4, 5)\n        concat = rebalanced(this.display5, concat, that.display5, 6)\n\n        if (concat.length == 2)\n          initFromRoot(concat(0).asInstanceOf[Node], 6)\n        else\n          initFromRoot(withComputedSizes(concat, 7), 7)\n\n      case 7 =>\n\n        var d0: Leaf = null\n        var d1: Node = null\n        var d2: Node = null\n        var d3: Node = null\n        var d4: Node = null\n        var d5: Node = null\n        var d6: Node = null\n\n        if ((that.focus & -32) == 0) {\n\n          d6 = that.display6\n          d5 = that.display5\n          d4 = that.display4\n          d3 = that.display3\n          d2 = that.display2\n          d1 = that.display1\n          d0 = that.display0.asInstanceOf[Leaf]\n\n        } else {\n\n          if (that.display6 != null)\n            d6 = that.display6\n\n          if (d6 == null)\n            d5 = that.display5\n          else\n            d5 = d6(0).asInstanceOf[Node]\n          if (d5 == null)\n            d4 = that.display4\n          else\n            d4 = d5(0).asInstanceOf[Node]\n          if (d4 == null)\n            d3 = that.display3\n          else\n            d3 = d4(0).asInstanceOf[Node]\n          if (d3 == null)\n            d2 = that.display2\n          else\n            d2 = d3(0).asInstanceOf[Node]\n          if (d2 == null)\n            d1 = that.display1\n          else\n            d1 = d2(0).asInstanceOf[Node]\n          if (d1 == null)\n            d0 = that.display0.asInstanceOf[Leaf]\n          else\n            d0 = d1(0).asInstanceOf[Leaf]\n        }\n\n        var concat: Node = rebalancedLeafs(this.display0, d0)\n        concat = rebalanced(this.display1, concat, d1, 2)\n        concat = rebalanced(this.display2, concat, d2, 3)\n        concat = rebalanced(this.display3, concat, d3, 4)\n        concat = rebalanced(this.display4, concat, d4, 5)\n        concat = rebalanced(this.display5, concat, d5, 6)\n        concat = rebalanced(this.display6, concat, that.display6, 7)\n\n        if (concat.length == 2)\n          initFromRoot(concat(0).asInstanceOf[Node], 7)\n        else\n          initFromRoot(withComputedSizes(concat, 8), 8)\n\n      case _ => throw new IllegalStateException(\"depth = \" + spire.math.max(this.depth, that.depth).toString)\n    }\n  }\n\n  private def rebalanced[B >: A](displayLeft: Node,\n                                 concat: Node,\n                                 displayRight: Node,\n                                 currentDepth: Int)(implicit ct: ClassTag[B]): Node = {\n    val leftLength: Int = {\n      if (displayLeft == null)\n        0\n      else\n        displayLeft.length - 1\n    }\n\n    val concatLength: Int = {\n      if (concat == null)\n        0\n      else\n        concat.length - 1\n    }\n\n    val rightLength: Int = {\n      if (displayRight == null)\n        0\n      else\n        displayRight.length - 1\n    }\n\n    val branching: Int = computeBranching(displayLeft, concat, displayRight, currentDepth)\n\n    val top: Node = new Node(branching >> 10 + (if ((branching & 1 << 10 - 1) == 0) 1 else 2))\n    var mid: Node = new Node(if ((branching >> 10) == 0) (branching + 31) >> 5 + 1 else 33)\n\n    var bot: Node = null\n    var iSizes: Int = 0\n    var iTop: Int = 0\n    var iMid: Int = 0\n    var iBot: Int = 0\n    var i: Int = 0\n    var j: Int = 0\n    var d: Int = 0\n\n    var currentDisplay: Node = null\n    var displayEnd: Int = 0\n\n    do {\n      d match {\n        case 0 =>\n          if (displayLeft != null) {\n            currentDisplay = displayLeft\n            if (concat == null)\n              displayEnd = leftLength\n            else\n              displayEnd = leftLength - 1\n          }\n        case 1 =>\n          if (concat == null)\n            displayEnd = 0\n          else {\n            currentDisplay = concat\n            displayEnd = concatLength\n          }\n          i = 0\n        case 2 =>\n          if (displayRight != null) {\n            currentDisplay = displayRight\n            displayEnd = rightLength\n            i = if (concat == null) 0 else 1\n          }\n      }\n\n      while (i < displayEnd) {\n        val displayValue: Node = currentDisplay(i).asInstanceOf[Node]\n        val displayValueEnd: Int = {\n          if (currentDepth == 2)\n            displayValue.length\n          else\n            displayValue.length - 1\n        }\n        if (((iBot | j) == 0) && (displayValueEnd == 32)) {\n          if ((currentDepth != 2) && (bot != null)) {\n            withComputedSizes(bot, currentDepth - 1)\n            bot = null\n          }\n          mid.update(iMid, displayValue)\n          i += 1\n          iMid += 1\n          iSizes += 1\n        } else {\n          val numElementsToCopy: Int = spire.math.min(displayValueEnd - j, 32 - iBot)\n\n          if (iBot == 0) {\n            if ((currentDepth != 2) && (bot != null))\n              withComputedSizes(bot, currentDepth - 1)\n\n            bot = new Node(\n              spire.math.min(branching - (iTop << 10) - (iMid << 5), 32)\n                + (if (currentDepth == 2) 0 else 1)\n            )\n            mid.update(iMid, bot)\n          }\n\n          System.arraycopy(displayValue, j, bot, iBot, numElementsToCopy)\n          j += numElementsToCopy\n          iBot += numElementsToCopy\n\n          if (j == displayValueEnd) {\n            i += 1\n            j = 0\n          }\n\n          if (iBot == 32) {\n            iMid += 1\n            iBot = 0\n            iSizes += 1\n            if (currentDepth != 2 && bot != null)\n              withComputedSizes(bot, currentDepth - 1)\n          }\n        }\n        if (iMid == 32) {\n          top.update(iTop, withComputedSizes(mid, currentDepth))\n          iTop += 1\n          iMid = 0\n          val remainingBranches =\n            branching - (iTop << 5 | (iMid << 5) | iBot)\n          if (remainingBranches > 0)\n            mid = new Node(\n              if ((remainingBranches >> 10) == 0)\n                remainingBranches + 63 >> 5 else 33\n            )\n          else\n            mid = null\n        }\n      }\n      d += 1\n    } while (d < 3)\n\n    if (currentDepth != 2 && bot != null)\n      withComputedSizes(bot, currentDepth - 1)\n\n    if (mid != null)\n      top.update(iTop, withComputedSizes(mid, currentDepth))\n    top\n  }\n\n  private def rebalancedLeafs[B >: A](displayLeft: Array[B],\n                                      displayRight: Array[B]\n                                     ): Node = {\n    val leftLength = displayLeft.length\n    val rightLength = displayRight.length\n\n    if (leftLength == 32) {\n      val top = new Node(3)\n      top.update(0, displayLeft)\n      top.update(1, displayRight)\n      top\n    } else {\n      if (leftLength + rightLength <= 32) {\n        val mergedDisplay = new Node(leftLength + rightLength)\n        System.arraycopy(displayLeft, 0, mergedDisplay, 0, leftLength)\n        System.arraycopy(displayRight, 0, mergedDisplay, leftLength, rightLength)\n\n        val top = new Node(2)\n        top.update(0, mergedDisplay)\n        top\n      } else {\n        val top = new Node(3)\n        val arr0 = new Leaf(32)\n        val arr1 = new Leaf(leftLength + rightLength - 32)\n\n        System.arraycopy(displayLeft, 0, arr0, 0, leftLength)\n        System.arraycopy(displayRight, 0, arr0, leftLength, 32 - leftLength)\n        System.arraycopy(displayRight, 32 - leftLength, arr1, 0, rightLength - 32 + leftLength)\n\n        top.update(0, arr0)\n        top.update(1, arr1)\n        top\n      }\n    }\n  }\n\n  private def computeBranching(displayLeft: Node,\n                               concat: Node,\n                               displayRight: Node,\n                               currentDepth: Int): Int = {\n    val leftLength =\n      if (displayLeft == null)\n        0\n      else\n        displayLeft.length - 1\n\n    val concatLength =\n      if (concat == null)\n        0\n      else\n        concat.length - 1\n\n    val rightLength =\n      if (displayRight == null)\n        0\n      else\n        displayRight.length - 1\n\n    var branching = 0\n\n    if (currentDepth == 1) {\n      branching = leftLength + concatLength + rightLength\n\n      if (leftLength != 0)\n        branching -= 1\n\n      if (rightLength != 0)\n        branching -= 1\n\n    } else {\n      var i = 0\n\n      while (i < leftLength - 1) {\n        branching += displayLeft(i).asInstanceOf[Node].length\n        i += 1\n      }\n\n      i = 0\n\n      while (i < concatLength) {\n        branching += concat(i).asInstanceOf[Leaf].length\n        i += 1\n      }\n\n      i = 1\n\n      while (i < rightLength) {\n        branching += displayRight(i).asInstanceOf[Node].length\n        i += 1\n      }\n\n      if (currentDepth != 2) {\n        branching -= leftLength + concatLength + rightLength\n\n        if (leftLength != 0)\n          branching += 1\n\n        if (rightLength != 0)\n          branching += 1\n      }\n    }\n    branching\n  }\n\n  private def takeFront0(n: Int): Vector[A] = {\n\n    if (transient) {\n      normalize(depth)\n      transient = false\n    }\n\n    val vector = new Vector[A](n)\n\n    vector.initWithFocusFrom(this)\n\n    if (depth > 1) {\n      vector.focusOn(n - 1)\n      val d0len = (vector.focus & 31) + 1\n      if (d0len != 32) {\n        val d0 = new Leaf(d0len)\n        System.arraycopy(vector.display0, 0, d0, 0, d0len)\n        vector.display0 = d0\n      }\n\n      val cutIndex = vector.focus | vector.focusRelax\n      vector.cleanTopTake(cutIndex)\n      vector.focusDepth = spire.math.min(vector.depth, vector.focusDepth)\n\n      if (vector.depth > 1) {\n        vector.copyDisplays(vector.focusDepth, cutIndex)\n        var i = vector.depth\n        var offset = 0\n        var display: Node = null\n\n        while (i > vector.focusDepth) {\n          i match {\n            case 2 => display = vector.display1\n            case 3 => display = vector.display2\n            case 4 => display = vector.display3\n            case 5 => display = vector.display4\n            case 6 => display = vector.display5\n            case 7 => display = vector.display6\n          }\n          val oldSizes = display(display.length - 1).asInstanceOf[Array[Int]]\n          val newLen = (vector.focusRelax >> 5 * (i - 1) & 31) + 1\n          val newSizes = new Array[Int](newLen)\n          System.arraycopy(oldSizes, 0, newSizes, 0, newLen - 1)\n          newSizes.update(newLen - 1, n - offset)\n          if (newLen > 1)\n            offset += newSizes(newLen - 2)\n\n          val newDisplay = new Node(newLen + 1)\n          System.arraycopy(display, 0, newDisplay, 0, newLen)\n          newDisplay.update(newLen - 1, null)\n          newDisplay.update(newLen, newSizes)\n          i match {\n            case 1 => vector.display1 = newDisplay\n            case 2 => vector.display2 = newDisplay\n            case 3 => vector.display3 = newDisplay\n            case 4 => vector.display4 = newDisplay\n            case 5 => vector.display5 = newDisplay\n            case 6 => vector.display6 = newDisplay\n            case 7 => vector.display7 = newDisplay\n          }\n          i -= 1\n        }\n        vector.stabilizeDisplayPath(vector.depth, cutIndex)\n        vector.focusEnd = n\n      } else\n        vector.focusEnd = n\n    } else if (n != 32) {\n      val d0 = new Leaf(n)\n      System.arraycopy(vector.display0, 0, d0, 0, n)\n      vector.display0 = d0\n      vector.initFocus(0, 0, n, 1, 0)\n    }\n    vector\n  }\n\n  private def dropFront0(n: Int): Vector[A] = { \/\/ Need to fix, since depth = 1 means there is still a node\n\n    if (transient) {\n      normalize(depth)\n      transient = false\n    }\n    val vector: Vector[A] = new Vector[A](this.endIndex - n)\n    vector.initWithFocusFrom(this)\n    \/\/if (vector.depth >= 1) { \/\/ vector.depth > 1\n    vector.focusOn(n)\n    val cutIndex: Int = vector.focus | vector.focusRelax\n    val d0Start: Int = cutIndex & 31\n    if (d0Start != 0) {\n      val d0length: Int = vector.display0.length - d0Start\n      val d0: Leaf = new Leaf(d0length)\n      System.arraycopy(vector.display0, d0Start, d0, 0, d0length)\n      vector.display0 = d0\n    }\n\n    vector.cleanTopDrop(cutIndex)\n\n    \/\/  if (vector.depth >= 1) { \/\/ vector.depth > 1\n    var i: Int = 2\n    var display: Node = vector.display1\n    while (i <= vector.depth) {\n      val splitStart: Int = cutIndex >> 5 * (i - 1) & 31\n      val newLen: Int = display.length - splitStart - 1\n      val newDisplay: Node = new Node(newLen + 1)\n      System.arraycopy(display, splitStart + 1, newDisplay, 1, newLen - 1)\n      i match {\n        case 2 =>\n          newDisplay.update(0, vector.display0)\n          vector.display1 = withComputedSizes(newDisplay, 2)\n          display = vector.display2\n        case 3 =>\n          newDisplay.update(0, vector.display1)\n          vector.display2 = withComputedSizes(newDisplay, 3)\n          display = vector.display3\n        case 4 =>\n          newDisplay.update(0, vector.display2)\n          vector.display3 = withComputedSizes(newDisplay, 4)\n          display = vector.display4\n        case 5 =>\n          newDisplay.update(0, vector.display3)\n          vector.display4 = withComputedSizes(newDisplay, 5)\n          display = vector.display5\n        case 6 =>\n          newDisplay.update(0, vector.display4)\n          vector.display5 = withComputedSizes(newDisplay, 6)\n          display = vector.display6\n        case 7 =>\n          newDisplay.update(0, vector.display5)\n          vector.display6 = withComputedSizes(newDisplay, 7)\n      }\n      i += 1\n    }\n    \/\/    }\n\n    vector.initFocus(0, 0, vector.display0.length, 1, 0)\n    \/\/ }\n    \/\/else\n\n    \/*{\n        val newLen: Int = vector.display0.length - n\n        val d0: Leaf = new Leaf(newLen)\n        System.arraycopy(vector.display0, n, d0, 0, newLen)\n        vector.display0 = d0\n        vector.initFocus(0, 0, newLen, 1, 0)\n      }\n      *\/\n    vector\n  }\n\n  private[Immutable] final def assertVectorInvariant(): Unit = { \/\/ TODO Need to update to to my design of the data structure\n    if (Vector.compileAssertions) {\n      assert(0 <= depth && depth <= 6, depth)\n      assert(isEmpty == (depth == 0), (isEmpty, depth))\n      assert(isEmpty == (length == 0), (isEmpty, length))\n      assert(length == endIndex, (length, endIndex))\n      assert((depth <= 0 && display0 == null) || (depth > 0 && display0 != null))\n      assert((depth <= 1 && display1 == null) || (depth > 0 && display1 != null))\n      assert((depth <= 2 && display2 == null) || (depth > 0 && display2 != null))\n      assert((depth <= 3 && display3 == null) || (depth > 0 && display3 != null))\n      assert((depth <= 4 && display4 == null) || (depth > 0 && display4 != null))\n      assert((depth <= 5 && display5 == null) || (depth > 0 && display5 != null))\n\n      if (!transient) {\n        if (display5 != null) {\n          assert(display4 != null)\n          if (focusDepth <= 5) assert(display5((focusRelax >> 25) & 31) == display4)\n          else assert(display5((focus >> 25) & 31) == display4)\n        }\n        if (display4 != null) {\n          assert(display3 != null)\n          if (focusDepth <= 4) assert(display4((focusRelax >> 20) & 31) == display3)\n          else assert(display4((focus >> 20) & 31) == display3)\n        }\n        if (display3 != null) {\n          assert(display2 != null)\n          if (focusDepth <= 3) assert(display3((focusRelax >> 15) & 31) == display2)\n          else assert(display3((focus >> 15) & 31) == display2)\n        }\n        if (display2 != null) {\n          assert(display1 != null)\n          if (focusDepth <= 2) assert(display2((focusRelax >> 10) & 31) == display1)\n          else assert(display2((focus >> 10) & 31) == display1)\n        }\n        if (display1 != null) {\n          assert(display0 != null)\n          if (focusDepth <= 1) assert(display1((focusRelax >> 5) & 31) == display0)\n          else assert(display1((focus >> 5) & 31) == display0)\n        }\n      } else {\n        assert(depth > 1)\n        if (display5 != null) {\n          assert(display4 != null)\n          if (focusDepth <= 5) assert(display5((focusRelax >> 25) & 31) == null)\n          else assert(display5((focus >> 25) & 31) == null)\n        }\n        if (display4 != null) {\n          assert(display3 != null)\n          if (focusDepth <= 4) assert(display4((focusRelax >> 20) & 31) == null)\n          else assert(display4((focus >> 20) & 31) == null)\n        }\n        if (display3 != null) {\n          assert(display2 != null)\n          if (focusDepth <= 3) assert(display3((focusRelax >> 15) & 31) == null)\n          else assert(display3((focus >> 15) & 31) == null)\n        }\n        if (display2 != null) {\n          assert(display1 != null)\n          if (focusDepth <= 2) assert(display2((focusRelax >> 10) & 31) == null)\n          else assert(display2((focus >> 10) & 31) == null)\n        }\n        if (display1 != null) {\n          assert(display0 != null)\n          if (focusDepth <= 1) assert(display1((focusRelax >> 5) & 31) == null)\n          else assert(display1((focus >> 5) & 31) == null)\n        }\n      }\n\n\n      assert(0 <= focusStart && focusStart <= focusEnd && focusEnd <= endIndex, (focusStart, focusEnd, endIndex))\n      assert(focusStart == focusEnd || focusEnd != 0, (focusStart, focusEnd))\n      assert(0 <= focusDepth && focusDepth <= depth, scala.Tuple2(focusDepth, depth))\n\n      def checkSizes(node: Node, currentDepth: Int, _endIndex: Int): Unit = {\n        if (currentDepth > 1) {\n          if (node != null) {\n            val sizes = node(node.length - 1).asInstanceOf[Size]\n            if (sizes != null) {\n              assert(node.length == sizes.length + 1)\n              if (!transient)\n                assert(sizes(sizes.length - 1) == _endIndex, (sizes(sizes.length - 1), _endIndex))\n\n              var i = 0\n              while (i < sizes.length - 1) {\n                checkSizes(node(i).asInstanceOf[Node], currentDepth - 1, sizes(i) - (if (i == 0) 0 else sizes(i - 1)))\n                i += 1\n              }\n              checkSizes(node(node.length - 2).asInstanceOf[Node], currentDepth - 1, if (sizes.length > 1) sizes(sizes.length - 1) - sizes(sizes.length - 2) else sizes(sizes.length - 1))\n            } else {\n              var i = 0\n              while (i < node.length - 2) {\n                checkSizes(node(i).asInstanceOf[Node], currentDepth - 1, 1 << (5 * (currentDepth - 1)))\n                i += 1\n              }\n              val expectedLast = _endIndex - (1 << (5 * (currentDepth - 1))) * (node.length - 2)\n              assert(1 <= expectedLast && expectedLast <= (1 << (5 * currentDepth)))\n              checkSizes(node(node.length - 2).asInstanceOf[Node], currentDepth - 1, expectedLast)\n            }\n          } else {\n            assert(transient)\n          }\n        } else if (node != null) {\n          assert(node.length == _endIndex)\n        } else {\n          assert(transient)\n        }\n      }\n\n      depth match {\n        case 1 => checkSizes(display1, 1, endIndex)\n        case 2 => checkSizes(display2, 2, endIndex)\n        case 3 => checkSizes(display3, 3, endIndex)\n        case 4 => checkSizes(display4, 4, endIndex)\n        case 5 => checkSizes(display5, 5, endIndex)\n        case 6 => checkSizes(display6, 6, endIndex)\n        case 7 => checkSizes(display7, 7, endIndex)\n        case _ => ()\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/ByteBufferAccess.scala","text":"<filename>src\/main\/scala\/Cheetah\/Hash\/ByteBufferAccess.scala\npackage Cheetah.Hash\n\nclass ByteBufferAccess {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/UnsafeAccess.scala","text":"<reponame>das-projects\/Cheetah\npackage Cheetah.Hash\n\nclass UnsafeAccess {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/CityAndFarmHash_1_1.scala","text":"package Cheetah.Hash\n\nclass CityAndFarmHash_1_1 {\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Immutable\/VectorBuilder.scala","text":"<reponame>das-projects\/Cheetah<filename>src\/main\/scala\/Cheetah\/Immutable\/VectorBuilder.scala\npackage Cheetah.Immutable\n\nimport scala.annotation.tailrec\nimport scala.annotation.unchecked.uncheckedVariance\nimport scala.collection.{TraversableOnce, mutable}\nimport scala.reflect.ClassTag\nimport scala.{Vector => ScalaVector}\n\nclass VectorBuilder[A](implicit val ct: ClassTag[A]) extends mutable.Builder[A, Vector[A]] with  VectorPointer[A @uncheckedVariance] {\n\n  display0 = new Leaf(32)\n  display1 = new Node(33)\n  display1.update(0, display0)\n  display1 = withComputedSizes(display1, 1)\n  depth = 1\n\n  private var blockIndex: Int = 0\n  private var lo: Int = 0\n  private var acc: Vector[A] = _\n\n  private[Immutable] def endIndex = {\n    var size = blockIndex + lo\n    if (acc != null) size += acc.endIndex\n    size\n  }\n\n  \/** Adds a single element to the builder.\n    *  @param elem the element to be added.\n    *  @return the builder itself.\n    *\/\n\n  def +=(elem: A): VectorBuilder.this.type = {\n    if (lo >= 32) {\n      val newBlockIndex: Int = blockIndex + 32\n      gotoNextBlockStartWritable(newBlockIndex, newBlockIndex ^ blockIndex)\n      blockIndex = newBlockIndex\n      lo = 0\n    }\n    display0.update(lo, elem)\n    lo += 1\n    this\n  }\n\n  \/** ${Add}s two or more elements to this $coll.\n    *\n    *  @param elem1 the first element to $add.\n    *  @param elem2 the second element to $add.\n    *  @param elems the remaining elements to $add.\n    *  @return the $coll itself\n    *\/\n\n  def +=(elem1: A, elem2: A, elems: Vector[A]): VectorBuilder[A] = this += elem1 += elem2 ++= elems\n\n  \/** ${Add}s all elements produced by a TraversableOnce to this $coll.\n    *\n    *  @param xs   the TraversableOnce producing the elements to $add.\n    *  @return  the $coll itself.\n    *\/\n\n  def ++=(xs: Vector[A]): VectorBuilder[A] = {\n    @tailrec def loopVector(xs: Vector[A]): Unit = {\n      if (xs.nonEmpty) {\n        this += xs.head\n        loopVector(xs.tail)\n      }\n    }\n\n    if (xs.nonEmpty)\n          if (xs.size > (1 << 10)) {\n            if (endIndex != 0) {\n              acc = this.result() ++ xs\n              this.clearCurrent()\n            } else {\n              if (acc != null)\n                acc = acc ++ xs\n              else\n                acc = xs\n            }\n          } else {\n            loopVector(xs)\n            acc = this.result()\n            this.clearCurrent()\n          }\n    this\n  }\n\n  \/** Clears the contents of this builder.\n    *  After execution of this method the builder will contain no elements.\n    *\/\n  def clear(): Unit = {\n    clearCurrent()\n    acc = null\n  }\n\n  private def clearCurrent(): Unit = {\n\n    display0 = new Leaf(32)\n    display1 = new Node(33)\n    display2 = null\n    display3 = null\n    display4 = null\n    display5 = null\n    display6 = null\n    display7 = null\n\n    display1.update(0, display0)\n    display1 = withComputedSizes(display1, 1)\n    depth = 1\n    blockIndex = 0\n    lo = 0\n  }\n\n  \/** Produces a collection from the added elements.  This is a terminal operation:\n    *  the builder's contents are undefined after this operation, and no further\n    *  methods should be called.\n    *\n    *  @return a collection containing the elements added to this builder.\n    *\/\n  def result(): Vector[A] = {\n    val current: Vector[A] = currentResult()\n    val resultVector: Vector[A] =\n      if (acc == null)\n        current\n      else\n        acc ++ current\n    resultVector\n  }\n\n  private def currentResult(): Vector[A] = {\n    val size: Int = blockIndex + lo\n    if (size == 0)\n      Vector.empty\n    else {\n      val resultVector: Vector[A] = new Vector[A](size)\n      resultVector.initFrom(this)\n      resultVector.display0 = copyOf(resultVector.display0, lo, lo)\n      val _depth: Int = depth\n      if (_depth >= 1) {\n        resultVector.copyDisplays(_depth, size - 1)\n        resultVector.stabilizeDisplayPath(_depth, size - 1)\n      }\n      resultVector.gotoPos(0, size - 1)\n      resultVector.initFocus(0, 0, size, _depth, 0)\n      resultVector\n    }\n  }\n\n  \/** Gives a hint how many elements are expected to be added\n    *  when the next `result` is called. Some builder classes\n    *  will optimize their representation based on the hint. However,\n    *  builder implementations are still required to work correctly even if the hint is\n    *  wrong, i.e. a different number of elements is added.\n    *\n    *  @param size  the hint how many elements will be added.\n    *\/\n  override def sizeHint(size: Int) {\n   \/\/ if (size > endIndex && size >= 1) {\n      \/\/val newarray: Node = new Node(size)\n      \/\/java.lang.System.arraycopy(array, 0, newarray, 0, size0)\n      \/\/array = newarray\n   \/\/ }\n  }\n\n  \/** Gives a hint that one expects the `result` of this builder\n    *  to have the same size as the given collection, plus some delta. This will\n    *  provide a hint only if the collection is known to have a cheap\n    *  `size` method, which is determined by calling `sizeHint`.\n    *\n    *  Some builder classes will optimize their representation based on the hint. However,\n    *  builder implementations are still required to work correctly even if the hint is\n    *  wrong, i.e. a different number of elements is added.\n    *\n    *  @param coll  the collection which serves as a hint for the result's size.\n    *\/\n  def sizeHint(coll: VectorIterator[A]) {\n    coll.sizeHintIfCheap match {\n      case -1 =>\n      case n => sizeHint(n)\n    }\n  }\n\n  \/** Gives a hint that one expects the `result` of this builder\n    *  to have the same size as the given collection, plus some delta. This will\n    *  provide a hint only if the collection is known to have a cheap\n    *  `size` method. Currently this is assumed to be the case if and only if\n    *  the collection is of type `IndexedSeqLike`.\n    *  Some builder classes\n    *  will optimize their representation based on the hint. However,\n    *  builder implementations are still required to work correctly even if the hint is\n    *  wrong, i.e. a different number of elements is added.\n    *\n    *  @param coll  the collection which serves as a hint for the result's size.\n    *  @param delta a correction to add to the `coll.size` to produce the size hint.\n    *\/\n  def sizeHint(coll: VectorIterator[A], delta: Int) {\n    coll.sizeHintIfCheap match {\n      case -1 =>\n      case n => sizeHint(n + delta)\n    }\n  }\n\n  \/** Gives a hint how many elements are expected to be added\n    *  when the next `result` is called, together with an upper bound\n    *  given by the size of some other collection. Some builder classes\n    *  will optimize their representation based on the hint. However,\n    *  builder implementations are still required to work correctly even if the hint is\n    *  wrong, i.e. a different number of elements is added.\n    *\n    *  @param size  the hint how many elements will be added.\n    *  @param boundColl  the bounding collection. If it is\n    *                       an IndexedSeqLike, then sizes larger\n    *                       than collection's size are reduced.\n    *\/\n  def sizeHintBounded(size: Int, boundColl: VectorIterator[A]) {\n    boundColl.sizeHintIfCheap match {\n      case -1 => ()\n      case n => sizeHint(size min n)\n    }\n  }\n\n  \/** Creates a new builder by applying a transformation function to\n    *  the results of this builder.\n    *  @param  f     the transformation function.\n    *  @tparam B the type of collection returned by `f`.\n    *  @return a new builder which is the same as the current builder except\n    *          that a transformation function is applied to this builder's result.\n    *\n    *  @note The original builder should no longer be used after `mapResult` is called.\n    *\/\n\n  def mapResult[B: ClassTag](f: Vector[A] => Vector[B]): VectorBuilder[B] =\n    new VectorBuilder[B]{\n      val self: VectorBuilder[A] = VectorBuilder.this\n      def +=(x: A): Any = { self += x; this }\n      override def clear(): Unit = self.clear()\n      def ++=(xs: Vector[A]): this.type = { self ++= xs; this }\n      override def sizeHint(size: Int): Unit = self.sizeHint(size)\n      override def result(): Vector[B] = f(self.result())\n    }\n\n}\n"}
{"repo_name":"das-projects\/Cheetah","path":"src\/main\/scala\/Cheetah\/Hash\/HotSpotPrior7u6StringHash.scala","text":"package Cheetah.Hash\n\nclass HotSpotPrior7u6StringHash {\n\n}\n"}
{"repo_name":"devangmundhra\/pio-eventsimilar","path":"src\/main\/scala\/RandomAlgorithm.scala","text":"<filename>src\/main\/scala\/RandomAlgorithm.scala\npackage com.devangmundhra\n\nimport io.prediction.controller.PAlgorithm\nimport io.prediction.controller.Params\nimport io.prediction.controller.IPersistentModel\nimport io.prediction.controller.IPersistentModelLoader\nimport io.prediction.data.storage.BiMap\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.rdd.RDD\n\nimport scala.util.Random\nimport grizzled.slf4j.Logger\n\nclass RandomModel(val itemStringIntMap: BiMap[String, Int],\n                  val items: Map[Int, Item]\n                   ) extends IPersistentModel[Params] with Serializable {\n\n  @transient lazy val itemIntStringMap = itemStringIntMap.inverse\n\n  def save(id: String, params: Params,\n           sc: SparkContext): Boolean = {\n    sc.parallelize(Seq(itemStringIntMap))\n      .saveAsObjectFile(s\"\/tmp\/${id}\/itemStringIntMap\")\n    sc.parallelize(Seq(items))\n      .saveAsObjectFile(s\"\/tmp\/${id}\/items\")\n    true\n  }\n\n  override def toString = {\n    s\" itemStringIntMap: [${itemStringIntMap.size}]\" +\n      s\"(${itemStringIntMap.take(2).toString}...)]\" +\n      s\" items: [${items.size}]\" +\n      s\"(${items.take(2).toString}...)]\"\n  }\n}\n\nobject RandomModel\n  extends IPersistentModelLoader[Params, RandomModel] {\n  def apply(id: String, params: Params,\n            sc: Option[SparkContext]) = {\n    new RandomModel(\n      itemStringIntMap = sc.get\n        .objectFile[BiMap[String, Int]](s\"\/tmp\/${id}\/itemStringIntMap\").first,\n      items = sc.get\n        .objectFile[Map[Int, Item]](s\"\/tmp\/${id}\/items\").first)\n  }\n}\n\nclass RandomAlgorithm()\n  extends PAlgorithm[PreparedData, RandomModel, Query, PredictedResult] {\n\n  @transient lazy val logger = Logger[this.type]\n\n  def train(data: PreparedData): RandomModel = {\n    val itemStringIntMap = BiMap.stringInt(data.items.keys)\n    val items: Map[Int, Item] = data.items.map { case (id, item) =>\n      (itemStringIntMap(id), item)\n    }.collectAsMap.toMap\n\n    logger.info(s\"DEBUG Random Algo \\n\")\n\n    new RandomModel(\n      itemStringIntMap = itemStringIntMap,\n      items = items\n    )\n  }\n\n  def predict(model: RandomModel, query: Query): PredictedResult = {\n    \/\/ convert items to Int index\n    val queryList: Set[Int] = query.items.map(model.itemStringIntMap.get(_))\n      .flatten.toSet\n\n    val whiteList: Option[Set[Int]] = query.whiteList.map(set =>\n      set.map(model.itemStringIntMap.get(_)).flatten\n    )\n    val blackList: Option[Set[Int]] = query.blackList.map(set =>\n      set.map(model.itemStringIntMap.get(_)).flatten\n    )\n\n    val items = model.items.filter { case (i, item) =>\n      isCandidateItem(\n        i = i,\n        items = model.items,\n        categories = query.categories,\n        queryList = queryList,\n        whiteList = whiteList,\n        blackList = blackList\n      )\n    }\n\n    val randomScores = Random.shuffle(items).take(query.num)\n\n    val itemScores = randomScores.map { case (i, item) =>\n      new ItemScore(\n        item = model.itemIntStringMap(i),\n        score = 0\n      )\n    }\n\n    new PredictedResult(itemScores.toArray)\n  }\n\n  private\n  def isCandidateItem(\n                       i: Int,\n                       items: Map[Int, Item],\n                       categories: Option[Set[String]],\n                       queryList: Set[Int],\n                       whiteList: Option[Set[Int]],\n                       blackList: Option[Set[Int]]\n                       ): Boolean = {\n    whiteList.map(_.contains(i)).getOrElse(true) &&\n      blackList.map(!_.contains(i)).getOrElse(true) &&\n      \/\/ discard items in query as well\n      (!queryList.contains(i)) &&\n      \/\/ filter categories\n      categories.map { cat =>\n        items(i).categories.map { itemCat =>\n          \/\/ keep this item if has ovelap categories with the query\n          !(itemCat.toSet.intersect(cat).isEmpty)\n        }.getOrElse(false) \/\/ discard this item if it has no categories\n      }.getOrElse(true)\n  }\n}"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/TitleEngine.scala","text":"<filename>src\/main\/scala\/papermm\/engine\/TitleEngine.scala\npackage papermm.engine\n\nimport com.jme3.app.Application\nimport com.jme3.app.state.AppStateManager\nimport com.jme3.math.FastMath\nimport com.jme3.scene.Node\nimport com.jme3.ui.Picture\nimport papermm.main._\n\nclass TitleEngine(heroNode: Node, sinkingEngine: SinkingEngine, sunMoonSsao: SunMoonSsao) extends MiniAppState {\n    var falling = false\n    var fallingAmount = 0f\n\n    override def initialize(stateManager: AppStateManager, app: Application) {\n        val pic = new Picture(\"TitleCard\")\n        pic.setImage(getAssetManager, \"Textures\/titlecard.png\", true)\n        pic.setWidth(getCamera.getWidth)\n        pic.setHeight(getCamera.getHeight)\n        pic.setPosition(0, 0)\n        guiNode.attachChild(pic)\n    }\n\n\n    override def update(tpf: Float): Unit = {\n        if (FastMath.floor(heroNode.getLocalTranslation.x) != 1 || FastMath.floor(heroNode.getLocalTranslation.z) != 1) {\n            falling = true\n        }\n        if (falling) {\n            fallingAmount += tpf\n            heroNode.move(0, -(fallingAmount * fallingAmount) \/ 3, 0)\n        }\n        if (falling && heroNode.getLocalTranslation.y < .5f) {\n            sinkingEngine.enabled = true\n            sunMoonSsao.enabled = true\n\n            guiNode.detachChildNamed(\"TitleCard\")\n            getStateManager.detach(this)\n        }\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/main.scala","text":"<reponame>andychase\/dontdrown\npackage papermm\n\nimport com.jme3.renderer.queue.RenderQueue.ShadowMode\nimport com.jme3.scene.Node\nimport papermm.actors.MmObject\nimport papermm.engine._\nimport papermm.resources.{PaperAssets, HeroGfx}\nimport papermm.worlds.SmileWorld\n\nobject main extends SimpleApplication2 with App {\n    val worldNode: Node = new Node(\"WorldNode\")\n    worldNode.setShadowMode(ShadowMode.CastAndReceive)\n\n    def simpleInitApp() {\n        rootNode attachChild worldNode\n        setDisplayFps(false)\n        PaperAssets.AddAssetToClassLoader(assetManager)\n\n        \/\/ Lights\n        val sunMoonSsao = new SunMoonSsao(worldNode)\n        sunMoonSsao.enabled = false\n        stateManager attach sunMoonSsao\n\n        \/\/ Camera\n        chaseCam = new ChaseCamera2(cam, inputManager)\n\n        \/\/ Action\n        val heroGeom = createHero()\n        val smileWorld = new SmileWorld(assetManager, worldNode, heroGeom)\n        val sinkingEngine = new SinkingEngine(heroGeom, smileWorld.terrain)\n        sinkingEngine.enabled = false\n        stateManager attach sinkingEngine\n\n        \/\/ Title\n        val titleEngine = new TitleEngine(heroGeom, sinkingEngine, sunMoonSsao)\n        stateManager attach titleEngine\n        \/\/ Lose\n        val loseEngine = new LoseEngine(heroGeom, sinkingEngine, sunMoonSsao)\n        stateManager attach loseEngine\n    }\n\n    def createHero(): Node = {\n        val hero = new MmObject()\n        \/\/ Hero Graphics\n        val heroGfx = new HeroGfx(assetManager, chaseCam, hero)\n        heroGfx.geom addControl chaseCam\n        worldNode attachChild heroGfx.geom\n        stateManager attach heroGfx\n        \/\/ Hero Input\n        new HeroInput(inputManager, hero, chaseCam, heroGfx.geom)\n        heroGfx.geom\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/SinkingEngine.scala","text":"<filename>src\/main\/scala\/papermm\/engine\/SinkingEngine.scala\npackage papermm.engine\n\nimport com.jme3.math.Vector2f\nimport com.jme3.scene.Node\nimport com.jme3.terrain.geomipmap.TerrainQuad\n\nclass SinkingEngine(heroNode:Node, terrain:TerrainQuad) extends MiniAppState {\n    val heroPointer = new Vector2f()\n\n    override def update(tpf: Float): Unit = {\n        heroPointer.x = heroNode.getLocalTranslation.x\n        heroPointer.y = heroNode.getLocalTranslation.z\n        val curHeight = terrain.getHeight(heroPointer)\n        heroNode.setLocalTranslation(heroPointer.x, curHeight - 2.05f - .53f, heroPointer.y)\n        for (x <- -1 to 1; z <- -1 to 1) {\n            if (curHeight > 0)\n                terrain.adjustHeight(new Vector2f(heroPointer.x + x, heroPointer.y + z), -(tpf * (50f \/ 3) * (3 - (x + z))))\n        }\n\n    }\n\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/resources\/HeroTextures.scala","text":"package papermm.resources\n\nimport com.jme3.asset.{AssetManager, BlenderKey}\nimport com.jme3.scene.plugins.blender.BlenderContext\nimport com.jme3.scene.plugins.blender.textures.TextureHelper\nimport com.jme3.texture.Texture.{MagFilter, MinFilter}\nimport papermm.resources.Facing._\n\nimport scala.util.Try\n\nclass HeroTextures(assetManager: AssetManager) {\n    private val (baseTexture, forwardSprites, backSprites, leftSprites, rightSprites) = setup()\n    val texture = baseTexture\n    var currentState = Forward\n    private var i = 0\n\n    texture.setMinFilter(MinFilter.NearestNearestMipMap)\n    texture.setMagFilter(MagFilter.Nearest)\n    update()\n\n    def switch(newState: Facing.HeroTextureState) {\n        currentState = newState\n        update(progress = 0)\n    }\n\n    def update(progress: Int = 1) {\n        i += progress\n        val max = currentState match {\n            case Facing.Backward => 4\n            case _ => 2\n        }\n        if (i >= max)\n            i = 0\n        switchSprite(i)\n    }\n\n    def switchSprite(i: Int) = currentState match {\n        case Forward =>\n            texture.setImage(forwardSprites(i))\n        case Backward =>\n            texture.setImage(backSprites(i))\n        case Left =>\n            texture.setImage(leftSprites(i))\n        case Right =>\n            texture.setImage(rightSprites(i))\n    }\n\n    private def setup() = {\n        val texture = Try(assetManager.loadTexture(\"hero.png\")) getOrElse { assetManager.loadTexture(\"Textures\/hero.png\") }\n        val img = texture.getImage\n\n        val b = new BlenderContext()\n        b.setBlenderKey(new BlenderKey())\n        val textureHelper = new TextureHelper(\"1\", b)\n\n        val backward =\n            for (i <- 0 to 3)\n            yield textureHelper.getSubimage(img, 18 * i, 22, 18 * (i + 1), 44)\n\n        val forward =\n            for (i <- 0 to 1)\n            yield textureHelper.getSubimage(img, 18 * i, 0, 18 * (i + 1), 22)\n\n        val right =\n            for (i <- 2 to 3)\n            yield textureHelper.getSubimage(img, 18 * i, 0, 18 * (i + 1), 22)\n\n        val left =\n            for (i <- 4 to 5)\n            yield textureHelper.getSubimage(img, 18 * i, 0, 18 * (i + 1), 22)\n\n        (texture, forward.toArray, backward.toArray, left.toArray, right.toArray)\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/LoseEngine.scala","text":"<reponame>andychase\/dontdrown\npackage papermm.engine\n\nimport com.jme3.app.Application\nimport com.jme3.app.state.AppStateManager\nimport com.jme3.font.BitmapText\nimport com.jme3.math.ColorRGBA\nimport com.jme3.scene.Node\nimport com.jme3.ui.Picture\nimport papermm.main._\n\nclass LoseEngine(heroNode: Node, sinkingEngine: SinkingEngine, sunMoonSsao: SunMoonSsao) extends MiniAppState {\n    val timeLastedText = new BitmapText(guiFont, false)\n    timeLastedText.setSize(guiFont.getCharSet.getRenderedSize)\n    timeLastedText.setColor(ColorRGBA.White)\n    timeLastedText.setText(\"\")\n    timeLastedText.setLocalTranslation(300, timeLastedText.getLineHeight, 0)\n\n    val looseCardPicture = new Picture(\"LoseCard\")\n    looseCardPicture.setImage(getAssetManager, \"Textures\/losecard.png\", true)\n    looseCardPicture.setWidth(getCamera.getWidth)\n    looseCardPicture.setHeight(getCamera.getHeight)\n    looseCardPicture.setPosition(0, 0)\n\n    var timeLasted:Float = 0\n\n    override def initialize(stateManager: AppStateManager, app: Application) {\n        guiNode.attachChild(timeLastedText)\n    }\n\n    override def update(tpf: Float): Unit = {\n        timeLasted += tpf\n\n        if (heroNode.getLocalTranslation.y < -2.05f) {\n            timeLastedText.setText(s\"$timeLasted seconds\")\n            sinkingEngine.enabled = false\n            sunMoonSsao.enabled = false\n            heroNode setLocalScale (0f, 0f, 0f)\n            guiNode.attachChild(looseCardPicture)\n            getStateManager.detach(this)\n        }\n    }\n\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/actors\/MmObject.scala","text":"<gh_stars>0\npackage papermm.actors\n\nimport papermm.resources.Facing._\n\n\nclass MmObject() {\n    var facing = Forward\n    var wasFacing = 0f\n    var moving = false\n}"}
{"repo_name":"andychase\/dontdrown","path":"build.sbt","text":"import com.github.retronym.SbtOneJar._\n\noneJarSettings\n\nscalacOptions += \"-target:jvm-1.7\"\n\nname := \"papermm\"\n\nresolvers ++= Seq(\n    \"JME3 Snapshots\" at \"http:\/\/updates.jmonkeyengine.org\/maven\/\",\n    \"papermm-assets\" at \"http:\/\/papermm-assets.s3-website-us-west-2.amazonaws.com\/\"\n)\n\nscalacOptions += \"-target:jvm-1.7\"\n\n\/\/ You can put assets here so you can try out changes without re-building a jar file\nunmanagedResourceDirectories in Compile += baseDirectory.value \/ \"assets\"\n\nlibraryDependencies ++= Seq(\n    \"com.jme3\" % \"jme3-core\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-effects\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-networking\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-plugins\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-blender\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-terrain\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-desktop\" % \"3.0.+\",\n    \"com.jme3\" % \"jme3-lwjgl\" % \"3.0.+\",\n    \"default\" % \"papermm-assets\" % \"1.1-dontsink\"\n)\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/HeroInput.scala","text":"<reponame>andychase\/dontdrown<filename>src\/main\/scala\/papermm\/engine\/HeroInput.scala\npackage papermm.engine\n\nimport com.jme3.bounding.BoundingBox\nimport com.jme3.input.controls.{AnalogListener, KeyTrigger}\nimport com.jme3.input.{InputManager, KeyInput}\nimport com.jme3.math.FastMath._\nimport com.jme3.math.{FastMath, Vector3f}\nimport com.jme3.scene.Spatial\nimport papermm.actors.MmObject\nimport papermm.resources.Facing\n\nclass HeroInput(inputManager: InputManager, parent: MmObject, cam: ChaseCamera2, geom: Spatial) extends AnalogListener {\n    val stayInsideBox = new BoundingBox(new Vector3f(1f, -1f, 1f), new Vector3f(14f, 1f, 14f))\n\n    inputManager.addMapping(\"moveForward\", new KeyTrigger(KeyInput.KEY_UP), new KeyTrigger(KeyInput.KEY_W))\n    inputManager.addMapping(\"moveBackward\", new KeyTrigger(KeyInput.KEY_DOWN), new KeyTrigger(KeyInput.KEY_S))\n    inputManager.addMapping(\"moveRight\", new KeyTrigger(KeyInput.KEY_RIGHT), new KeyTrigger(KeyInput.KEY_D))\n    inputManager.addMapping(\"moveLeft\", new KeyTrigger(KeyInput.KEY_LEFT), new KeyTrigger(KeyInput.KEY_A))\n    inputManager.addListener(this, \"moveForward\", \"moveBackward\", \"moveRight\", \"moveLeft\")\n    var keyboardFacing = Facing.Forward\n\n    def onAnalog(name: String, value: Float, tpf: Float) {\n        val f = amountForward(tpf)\n        val r = amountRight(tpf)\n\n        val f2 = amountForward(tpf, FastMath.HALF_PI)\n        val r2 = amountRight(tpf, FastMath.HALF_PI)\n\n        parent.moving = true\n\n        if (name.equals(\"moveForward\")) {\n            geom.move(-r, 0, f)\n            forward()\n        }\n        if (name.equals(\"moveBackward\")) {\n            geom.move(r, 0, -f)\n            backward()\n        }\n        if (name.equals(\"moveRight\")) {\n            geom.move(-r2, 0, f2)\n            right()\n        }\n        if (name.equals(\"moveLeft\")) {\n            geom.move(r2, 0, -f2)\n            left()\n        }\n    }\n\n    def testLoc(x: Float, z: Float) = {\n        val loc = geom.getLocalTranslation\n        val r = new BoundingBox(new Vector3f(loc.x + x, loc.y, loc.z + z), .5f, .5f, .5f)\n        r.intersectsBoundingBox(stayInsideBox)\n    }\n\n    def amountForward(tpf: Float, r: Float = 0) = {\n        -FastMath.sin(cam.getHorizontalRotation + r) * 5 * tpf\n    }\n\n    def amountRight(tpf: Float, r: Float = 0) = {\n        FastMath.cos(cam.getHorizontalRotation + r) * 5 * tpf\n    }\n\n    def forward() {\n        parent.wasFacing = cam.getRotation\n        keyboardFacing = Facing.Forward\n    }\n\n    def backward() {\n        parent.wasFacing = cam.getRotation - PI\n        keyboardFacing = Facing.Backward\n    }\n\n    def right() {\n        parent.wasFacing = cam.getRotation + PI \/ 2\n        keyboardFacing = Facing.Right\n    }\n\n    def left() {\n        parent.wasFacing = cam.getRotation - PI \/ 2\n        keyboardFacing = Facing.Left\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/resources\/PaperAssets.scala","text":"package papermm.resources\n\nimport com.jme3.asset.AssetManager\nimport com.jme3.asset.plugins.FileLocator\n\nobject PaperAssets {\n  def AddAssetToClassLoader(assetManager:AssetManager) {\n      assetManager.registerLocator(\".\/assets\", classOf[FileLocator])\n  }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/SunMoonSsao.scala","text":"<filename>src\/main\/scala\/papermm\/engine\/SunMoonSsao.scala<gh_stars>0\npackage papermm.engine\n\nimport com.jme3.app.Application\nimport com.jme3.app.state.AppStateManager\nimport com.jme3.light.{AmbientLight, DirectionalLight}\nimport com.jme3.math.{ColorRGBA, FastMath, Vector3f}\nimport com.jme3.post.FilterPostProcessor\nimport com.jme3.post.ssao.SSAOFilter\nimport com.jme3.renderer.ViewPort\nimport com.jme3.scene.Node\nimport com.jme3.shadow.DirectionalLightShadowRenderer\n\nclass SunMoonSsao(private var rootNode: Node) extends MiniAppState {\n    val SHADOWMAP_SIZE = 2048\n    val timeScale: Int = 80\n    val sunPosition: Vector3f = new Vector3f(1, 0, 0)\n    val sun = new DirectionalLight()\n    val sun_current = new ColorRGBA()\n    val sun_end = ColorRGBA.White.mult(0.2f)\n    val sun_start = ColorRGBA.Orange\n    val moon = new DirectionalLight()\n    sun setColor sun_current\n    val moon_current = new ColorRGBA()\n    val moon_end = new ColorRGBA(0, 0, 1f, 1)\n    val moon_start = ColorRGBA.Pink\n    val back_current = new ColorRGBA()\n    moon setColor moon_current\n    val back_end = ColorRGBA.White\n    val back_start = ColorRGBA.Black\n    val ambientLight = new AmbientLight()\n    val ambientColor = new ColorRGBA()\n    val ssao_filter = new SSAOFilter()\n    var time: Float = 3.14f\n    var viewPort: ViewPort = null\n\n    override def initialize(stateManager: AppStateManager, app: Application) {\n        val assetManager = app.getAssetManager\n        viewPort = app.getViewPort\n\n        \/\/ Sun\n        rootNode.addLight(sun)\n\n        val sun_renderer = new DirectionalLightShadowRenderer(assetManager, SHADOWMAP_SIZE, 4)\n        sun_renderer.setLight(sun)\n        viewPort.addProcessor(sun_renderer)\n\n        \/\/ Moon\n        rootNode.addLight(moon)\n\n        \/\/ SSAO\n        val filter_processor = new FilterPostProcessor(assetManager)\n        filter_processor.addFilter(ssao_filter)\n        viewPort.addProcessor(filter_processor)\n\n        \/\/ Ambient Light\n        rootNode.addLight(ambientLight)\n\n        update(0)\n    }\n\n    override def update(tpf: Float) {\n        time += tpf \/ timeScale\n        if (FastMath.sin(time) > 0)\n            time += tpf \/ timeScale\n        val y = FastMath.sin(time)\n        sunPosition.setY(y)\n        sunPosition.setX(FastMath.cos(time))\n        sun.setDirection(sunPosition)\n        if (y > 0)\n            sun_current.interpolate(sun_start, sun_end, y)\n        else\n            sun_current.interpolate(sun_start, sun_end, -y)\n        sun.setColor(sun_current)\n\n        sunPosition.negateLocal()\n        moon.setDirection(sunPosition)\n\n        if (y > 0)\n            moon_current.interpolate(moon_start, moon_end, y)\n        else\n            moon_current.interpolate(moon_start, moon_end, -y)\n        moon.setColor(moon_current)\n\n        if (y > 0)\n            ssao_filter.setIntensity(1.2f + (10 * y))\n\n        \/\/ Change Background color\n        if (y < 0) {\n            back_current.interpolate(back_start, back_end, -y * 5)\n            viewPort setBackgroundColor back_current\n\n            ambientLight.setColor(ColorRGBA.White.mult((-y * 3f) + 1f))\n        }\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/resources\/HeroGfx.scala","text":"package papermm.resources\n\nimport com.jme3.asset.AssetManager\nimport com.jme3.material.Material\nimport com.jme3.material.RenderState.BlendMode\nimport com.jme3.math.FastMath._\nimport com.jme3.renderer.queue.RenderQueue.Bucket\nimport com.jme3.scene.control.BillboardControl\nimport com.jme3.scene.shape.Quad\nimport com.jme3.scene.{Geometry, Node}\nimport papermm.actors.MmObject\nimport papermm.engine.{ChaseCamera2, MiniAppState}\n\nclass HeroGfx(assetManager: AssetManager, cam: ChaseCamera2, parent: MmObject) extends MiniAppState {\n    val mesh = new Quad(.81f, 1.6f)\n\n    val geom = new Node(\"hero\")\n    val hero_geom = new Geometry(\"Sphere\", mesh)\n    hero_geom.move(-.405f, 0, 0)\n    geom attachChild hero_geom\n    \/\/geom.move(2f, -.5f, 3f)\n    geom.move(1.5f, 4-.5f, 1.5f)\n    val heroTextures = new HeroTextures(assetManager)\n    val mat = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n    val bControl = new BillboardControl()\n\n    mat.setTexture(\"DiffuseMap\", heroTextures.texture)\n    mat.setBoolean(\"UseAlpha\", true)\n    mat.setFloat(\"AlphaDiscardThreshold\", .9f)\n    mat.getAdditionalRenderState.setAlphaFallOff(0.1f)\n    mat.getAdditionalRenderState.setAlphaTest(true)\n    mat.getAdditionalRenderState.setBlendMode(BlendMode.Alpha)\n\n    geom setMaterial mat\n    geom setQueueBucket Bucket.Transparent\n    private var timeSinceLastUpdate = 0f\n    bControl setAlignment BillboardControl.Alignment.AxialY\n    geom.addControl(bControl)\n\n    override def update(tpf: Float) {\n        timeSinceLastUpdate += tpf\n        if (timeSinceLastUpdate > .25f) {\n            if (parent.moving) {\n                heroTextures.update()\n                parent.moving = false\n            } else {\n                heroTextures.update(5)\n            }\n            timeSinceLastUpdate = 0\n        }\n\n        updatePosition()\n    }\n\n    def updatePosition() {\n        heroTextures.switch(Facing(getCameraDirection.id))\n    }\n\n    def getCameraDirection = {\n        val r = (parent.wasFacing - cam.getRotation) + (PI \/ 4f)\n\n        if (cos(r) > 0 && sin(r) > 0)\n            Facing.Forward\n        else if (cos(r) < 0 && sin(r) > 0)\n            Facing.Right\n        else if (cos(r) < 0 && sin(r) < 0)\n            Facing.Backward\n        else\n            Facing.Left\n    }\n}"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/worlds\/SmileWorld.scala","text":"package papermm.worlds\n\nimport com.jme3.asset.AssetManager\nimport com.jme3.material.Material\nimport com.jme3.material.RenderState.BlendMode\nimport com.jme3.math.{FastMath, Quaternion}\nimport com.jme3.renderer.queue.RenderQueue.{Bucket, ShadowMode}\nimport com.jme3.scene.control.BillboardControl\nimport com.jme3.scene.shape.{Box, Quad}\nimport com.jme3.scene.{Geometry, Node}\nimport com.jme3.terrain.geomipmap.TerrainQuad\nimport com.jme3.terrain.heightmap.ImageBasedHeightMap\n\nimport scala.util.Try\n\nclass SmileWorld(assetManager: AssetManager, node: Node, val heroNode: Node) {\n    val geom = new Node(\"SmileWorld\")\n    node attachChild geom\n\n    val terrain = new TerrainQuad(\"terrain\", 65, 65, {\n        val heightMap = new ImageBasedHeightMap(assetManager.loadTexture(\"Textures\/terrain.png\").getImage, 1f)\n        heightMap.load()\n        heightMap.getHeightMap\n    })\n\n    build_ground()\n    build_block(1, 3, 1)\n    \/\/build_block(2, 0, 2)\n    build_planter()\n    build_water()\n\n    def build_block(x: Float, y: Float, z: Float) {\n        val block_geom = new Geometry(\"Box\", new Box(.5f, .25f, .5f))\n        val mat_brick = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n        mat_brick.setTexture(\"DiffuseMap\",\n            assetManager.loadTexture(\"Textures\/untitled.png\"))\n        block_geom setMaterial mat_brick\n        block_geom setLocalTranslation(x+.5f, y+.25f, z+.5f)\n\n        geom attachChild block_geom\n    }\n\n    def build_planter() {\n        val block_geom = new Geometry(\"Box\", new Box(.5f, .5f, .5f))\n        val mat_brick = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n        mat_brick.setTexture(\"DiffuseMap\",\n            assetManager.loadTexture(\"Textures\/planter.png\"))\n        block_geom setMaterial mat_brick\n        block_geom setLocalTranslation(10, 0, 9)\n\n        geom attachChild block_geom\n\n        val sprout_node = new Node(\"sprout\")\n        sprout_node setLocalTranslation(10, .5f, 9f)\n\n        val sprout_mesh = new Quad(1, 1)\n        val sprout_geom = new Geometry(\"Quad\", sprout_mesh)\n        val sprout_mat = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n        sprout_mat.setTexture(\"DiffuseMap\", assetManager.loadTexture(\"Textures\/planter_sprout.png\"))\n        sprout_mat.setBoolean(\"UseAlpha\", true)\n        sprout_mat.setFloat(\"AlphaDiscardThreshold\", .9f)\n        sprout_geom setMaterial sprout_mat\n        sprout_geom setLocalTranslation(-.5f, 0f, 0)\n        sprout_mat.getAdditionalRenderState.setBlendMode(BlendMode.Alpha)\n        sprout_geom setQueueBucket Bucket.Transparent\n\n        sprout_node attachChild sprout_geom\n\n        val bControl = new BillboardControl()\n        sprout_node.addControl(bControl)\n\n        geom attachChild sprout_node\n    }\n\n    def build_water(): Unit = {\n        val waterGeom = new Geometry(\"Quad\", new Quad(750, 750))\n        waterGeom setLocalRotation new Quaternion((-FastMath.PI \/ 2 :: 3 * FastMath.PI \/ 2 :: 0f :: Nil).toArray)\n        waterGeom.move(-750 \/ 2, -.7f, -750 \/ 2)\n        val waterMaterial = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n        val waterTexture = assetManager.loadTexture(\"Textures\/water.png\")\n        waterMaterial.setTexture(\"DiffuseMap\", waterTexture)\n        waterGeom setMaterial waterMaterial\n        waterMaterial.getAdditionalRenderState.setBlendMode(BlendMode.Alpha)\n        waterGeom setQueueBucket Bucket.Transparent\n        waterGeom.setShadowMode(ShadowMode.Receive)\n        geom attachChild waterGeom\n    }\n\n    def build_ground() {\n        terrain move(0, -2.05f - .5f, 0)\n        terrain scale(1, .011764f, 1)\n        val mat_brick = new Material(assetManager, \"Common\/MatDefs\/Light\/Lighting.j3md\")\n        val terrainTexture = Try(assetManager.loadTexture(\"terrain.png\")) getOrElse { assetManager.loadTexture(\"Textures\/terrain.png\") }\n        mat_brick.setTexture(\"DiffuseMap\", terrainTexture)\n        terrain setMaterial mat_brick\n        terrain.setShadowMode(ShadowMode.Receive)\n        geom attachChild terrain\n    }\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/resources\/Facing.scala","text":"package papermm.resources\n\nobject Facing extends Enumeration {\n    type HeroTextureState = Value\n    val Forward, Left, Backward, Right = Value\n}\n"}
{"repo_name":"andychase\/dontdrown","path":"src\/main\/scala\/papermm\/engine\/MiniAppState.scala","text":"package papermm.engine\n\nimport com.jme3.app.Application\nimport com.jme3.app.state.{AppState, AppStateManager}\nimport com.jme3.renderer.RenderManager\n\nclass MiniAppState extends AppState {\n    var enabled = true\n\n    override def initialize(stateManager: AppStateManager, app: Application) {}\n\n    override def update(tpf: Float) {}\n\n    override def stateAttached(stateManager: AppStateManager) {}\n\n    override def cleanup() {}\n\n    override def isEnabled = enabled\n\n    override def setEnabled(active: Boolean) {\n        enabled = active\n    }\n\n    override def isInitialized = true\n\n    override def postRender() {}\n\n    override def render(rm: RenderManager) {}\n\n    override def stateDetached(stateManager: AppStateManager) {}\n}\n"}
{"repo_name":"pkupidura\/biometrics-image-processing-and-analysis","path":"src\/main\/scala\/ImagePanel.scala","text":"import swing._\n\nimport java.awt.image.BufferedImage\nimport java.io.File\nimport javax.imageio.ImageIO\n\nclass ImagePanel extends Panel\n{\n  private var _imagePath = \"\"\n  private var bufferedImage: BufferedImage = _\n\n  def imagePath = _imagePath\n\n  def imagePath_= (value: String)\n  {\n    _imagePath = value\n    bufferedImage = ImageIO.read(new File(_imagePath))\n  }\n\n  def getImage() = bufferedImage\n\n  def setImage(image: BufferedImage) =\n    bufferedImage = image\n\n  def reload() =\n    bufferedImage = ImageIO.read(new File(_imagePath))\n\n  def gauss() =\n    bufferedImage = ImageProcessor.gauss(bufferedImage)\n\n  def sharpen() =\n    bufferedImage = ImageProcessor.sharpen(bufferedImage)\n\n  def mean() =\n    bufferedImage = ImageProcessor.mean(bufferedImage)\n\n  def spread() =\n    ImageProcessor.spread(bufferedImage)\n\n  def even() =\n    ImageProcessor.even(bufferedImage)\n\n  def inverse() =\n    ImageProcessor.inverse(bufferedImage)\n\n  def contrast(c: Int) =\n    ImageProcessor.contrast(bufferedImage, c * 2)\n\n  def brighten(b: Int) =\n    ImageProcessor.brighten(bufferedImage, b)\n\n  def grey() =\n    ImageProcessor.grey(bufferedImage)\n\n  def threshold(value: Int) =\n    ImageProcessor.threshold(bufferedImage, value)\n\n  override def paintComponent(g: Graphics2D) =\n  {\n    if (null != bufferedImage) g.drawImage(bufferedImage, 0, 0, null)\n  }\n}\n\nobject ImagePanel\n{\n  def apply() = new ImagePanel()\n}"}
{"repo_name":"pkupidura\/biometrics-image-processing-and-analysis","path":"src\/main\/scala\/MainApp.scala","text":"import java.awt.{Color, Dimension}\n\nimport scala.swing._\nimport scala.swing.BorderPanel.Position._\nimport scala.swing.event.ButtonClicked\n\nobject MainApp extends SimpleSwingApplication {\n  def top = new Frame {\n    title = \"Image processing and analysis.\"\n\n    preferredSize = new Dimension(1500, 800)\n\n    val greyButton = new Button {\n      text = \"Desaturate\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val reloadButton = new Button {\n      text = \"Reload\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val inverseButton = new Button {\n      text = \"Inverse\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val contrastField = new TextArea\n\n    val contrastButton = new Button {\n      text = \"Contrast\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val contrastGrid = new GridPanel(1, 2) {\n      contents += contrastField\n      contents += contrastButton\n    }\n\n    val thresholdField = new TextArea\n\n    val thresholdButton = new Button {\n      text = \"Threshold\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val thresholdGrid = new GridPanel(1, 2) {\n      contents += thresholdField\n      contents += thresholdButton\n    }\n\n    val brightenField = new TextArea\n\n    val brightenButton = new Button {\n      text = \"Brighten\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val brightenGrid = new GridPanel(1, 2) {\n      contents += brightenField\n      contents += brightenButton\n    }\n\n    val verticalProjectionThreshold = new TextArea\n\n    val verticalProjectionButton = new Button {\n      text = \"Rozci\u0105ganie histogramu\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val verticalProjectionGrid = new GridPanel(1, 2) {\n      contents += verticalProjectionThreshold\n      contents += verticalProjectionButton\n    }\n\n    val widthenHistButton = new Button {\n      text = \"Spread\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val evenHistButton = new Button {\n      text = \"Even\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val horizontalProjectionThreshold = new TextArea\n\n    val horizontalProjectionButton = new Button {\n      text = \"Wyr\u00f3wnanie histogramu\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val horizontalProjectionGrid = new GridPanel(1, 2) {\n      contents += horizontalProjectionThreshold\n      contents += horizontalProjectionButton\n    }\n\n    val gaussButton = new Button {\n      text = \"Gauss\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val meanButton = new Button {\n      text = \"Mean\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val sharpenButton = new Button {\n      text = \"Sharpen\"\n      foreground = Color.blue\n      enabled = true\n    }\n\n    val buttonGrid = new GridPanel(6, 1) {\n      contents += greyButton\n      contents += reloadButton\n      contents += widthenHistButton\n      contents += evenHistButton\n      contents += gaussButton\n      contents += sharpenButton\n      contents += meanButton\n      resizable = true\n      maximumSize = new Dimension(100, 1000)\n    }\n\n    val imagePanel = new ImagePanel {\n      imagePath = \"\/home\/konalio\/biometrics-image-processing-and-analysis\/src\/main\/resources\/eye.jpg\"\n    }\n\n    val profilePanel = new ImagePanel {\n      imagePath = \"\/home\/konalio\/biometrics-image-processing-and-analysis\/src\/main\/resources\/empty.jpg\"\n    }\n\n    val imageGrid = new GridPanel(2, 1) {\n      contents += imagePanel\n      resizable = true\n      minimumSize = new Dimension(700, 800)\n    }\n\n    contents = new GridPanel(1, 2) {\n      contents += imageGrid\n      contents += buttonGrid\n    }\n\n    listenTo(greyButton)\n    listenTo(inverseButton)\n    listenTo(reloadButton)\n    listenTo(contrastButton)\n    listenTo(thresholdButton)\n    listenTo(brightenButton)\n    listenTo(verticalProjectionButton)\n    listenTo(horizontalProjectionButton)\n\n    listenTo(widthenHistButton)\n    listenTo(evenHistButton)\n    listenTo(gaussButton)\n    listenTo(meanButton)\n    listenTo(sharpenButton)\n\n    reactions += {\n      case ButtonClicked(comp) if comp == greyButton =>\n        imagePanel.grey()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == inverseButton =>\n        imagePanel.inverse()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == reloadButton =>\n        imagePanel.reload()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == contrastButton =>\n        imagePanel.contrast(contrastField.text.toInt)\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == thresholdButton =>\n        imagePanel.threshold(thresholdField.text.toInt)\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == brightenButton =>\n        imagePanel.brighten(brightenField.text.toInt)\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == widthenHistButton =>\n        imagePanel.spread()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == evenHistButton =>\n        imagePanel.even()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == gaussButton =>\n        imagePanel.gauss()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == meanButton =>\n        imagePanel.mean()\n        imagePanel.repaint()\n\n      case ButtonClicked(comp) if comp == sharpenButton =>\n        imagePanel.sharpen()\n        imagePanel.repaint()\n\n    }\n  }\n}\n"}
{"repo_name":"pkupidura\/biometrics-image-processing-and-analysis","path":"src\/main\/scala\/ImageProcessor.scala","text":"<reponame>pkupidura\/biometrics-image-processing-and-analysis<gh_stars>0\nimport java.awt.image.BufferedImage\n\nimport scala.util.Try\n\n\/**\n  * Created by kupidurap on 10\/13\/16.\n  *\/\nobject ImageProcessor {\n\n  implicit class RichBufferedImage(val image: BufferedImage) {\n    def pixels =\n      (0 until image.getWidth) flatMap {\n        x =>\n          (0 until image.getHeight) map (x -> _)\n      }\n\n    def intensity(x: Int, y: Int): Option[Int] = Try {\n      val rgb = image.getRGB(x, y)\n      getR(rgb)\n    }.toOption\n\n    def setIntensity(x: Int, y: Int, i: Int) = {\n      image.setRGB(x, y, toRGB(i, i, i))\n    }\n  }\n\n  def grey(image: BufferedImage) =\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n        val average = (getR(rgb) + getG(rgb) + getB(rgb)) \/ 3\n\n        image.setRGB(x, y, toRGB(average, average, average))\n    }\n\n  def inverse(image: BufferedImage) =\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n\n        val r = math.max(255 - getR(rgb), 0)\n        val g = math.max(255 - getG(rgb), 0)\n        val b = math.max(255 - getB(rgb), 0)\n\n        image.setRGB(x, y, toRGB(r, g, b))\n    }\n\n  def brighten(image: BufferedImage, factor: Int) =\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n\n        val r = getR(rgb)\n        val g = getG(rgb)\n        val b = getB(rgb)\n\n        val newR = r + factor\n        val newG = g + factor\n        val newB = b + factor\n\n        image.setRGB(x, y, toRGB(clamp(newR), clamp(newG), clamp(newB)))\n    }\n\n  def contrast(image: BufferedImage, contrast: Int) =\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n\n        val r = getR(rgb)\n        val g = getG(rgb)\n        val b = getB(rgb)\n\n        val f = (259 * (contrast + 255)) \/ (255 * (259 - contrast))\n\n        val newR = f * (r - 128) + 128\n        val newG = f * (g - 128) + 128\n        val newB = f * (b - 128) + 128\n\n        image.setRGB(x, y, toRGB(clamp(newR), clamp(newG), clamp(newB)))\n    }\n\n  def clamp(x: Int) = math.max(math.min(x, 255), 0)\n\n  def threshold(image: BufferedImage, thresholdValue: Int) =\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n\n        val r = getR(rgb)\n        val g = getG(rgb)\n        val b = getB(rgb)\n\n        val newVal =\n          if (r > thresholdValue && g > thresholdValue && b > thresholdValue)\n            255\n          else\n            0\n\n        image.setRGB(x, y, toRGB(newVal, newVal, newVal))\n    }\n\n  def spread(image: BufferedImage) = {\n    val values = image.pixels map {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n        getR(rgb)\n    }\n\n    val maxVal = values.max\n    val minVal = values.min\n\n    val lut = (0 to 255).map {\n      intensity =>\n        intensity -> (255 * (intensity - minVal) \/ (maxVal - minVal))\n    }.toMap\n\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n        val i = getR(rgb)\n        val newI = lut.getOrElse(i, i)\n        image.setRGB(x, y, toRGB(newI, newI, newI))\n    }\n  }\n\n  def even(image: BufferedImage) = {\n    val counts = image.pixels.foldLeft(Map.empty[Int, Int]) {\n      case (acc, (x, y)) =>\n        val rgb = image.getRGB(x, y)\n        val i = getR(rgb)\n\n        val count = acc.getOrElse(i, 0)\n        acc.updated(i, count + 1)\n    }\n\n    val f = (0 to 255).map {\n      intensity =>\n        val sum = counts.filter(_._1 <= intensity).values.sum.toDouble\n        intensity -> (sum \/ (image.getHeight * image.getWidth).toDouble)\n    }.toMap\n\n    val f0 = f collectFirst { case (key, value) if value > 0.0 => value } getOrElse 0.0\n\n    val lut = (0 to 255).map {\n      intensity =>\n        intensity -> ((f(intensity) - f0) \/ (1.0 - f0)) * 255\n    }.toMap.mapValues(_.toInt)\n\n    image.pixels foreach {\n      case (x, y) =>\n        val rgb = image.getRGB(x, y)\n        val i = getR(rgb)\n        val newI = lut.getOrElse(i, i)\n        image.setRGB(x, y, toRGB(newI, newI, newI))\n    }\n  }\n\n  def gauss(image: BufferedImage) =\n    filter(\n      Map(\n        (-1, -1) -> 1,\n        (-1, 0) -> 2,\n        (-1, 1) -> 1,\n        (0, 1) -> 2,\n        (1, 1) -> 1,\n        (1, 0) -> 2,\n        (1, -1) -> 1,\n        (0, -1) -> 2,\n        (0, 0) -> 4\n      )\n    )(image)\n\n  def mean(image: BufferedImage) =\n    filter(\n      Map(\n        (-1, -1) -> 1,\n        (-1, 0) -> 1,\n        (-1, 1) -> 1,\n        (0, 1) -> 1,\n        (1, 1) -> 1,\n        (1, 0) -> 1,\n        (1, -1) -> 1,\n        (0, -1) -> 1,\n        (0, 0) -> 1\n      )\n    )(image)\n\n  def sharpen(image: BufferedImage) =\n    filter(\n      Map(\n        (-1, -1) -> 0,\n        (-1, 0) -> -2,\n        (-1, 1) -> 0,\n        (0, 1) -> -2,\n        (1, 1) -> 0,\n        (1, 0) -> -2,\n        (1, -1) -> 0,\n        (0, -1) -> -2,\n        (0, 0) -> 11\n      )\n    )(image)\n\n  def filter(kernel: Map[(Int, Int), Int])(image: BufferedImage) = {\n    val filtered = new BufferedImage(image.getWidth(), image.getHeight(), BufferedImage.TYPE_INT_RGB)\n    val weightsSum = kernel.values.sum\n\n    image.pixels foreach {\n      case (x, y) =>\n        val weighted =\n          kernel flatMap {\n            case (pos, weight) =>\n              image.intensity(pos._1 + x, pos._2 + y) map (_ * weight)\n          }\n\n        val newI = weighted.sum \/ weightsSum\n\n        filtered.setIntensity(x, y, newI)\n    }\n\n    filtered\n  }\n\n  private def getR(in: Int) =\n    ((in << 8) >> 24) & 0xff\n\n  private def getG(in: Int) =\n    ((in << 16) >> 24) & 0xff\n\n  private def getB(in: Int) =\n    ((in << 24) >> 24) & 0xff\n\n  private def toRGB(r: Int, g: Int, b: Int) =\n    (((r << 8) | g) << 8) | b\n}\n"}
{"repo_name":"jmg2014\/googlecodejam","path":"src\/main\/scala\/qualification2016\/b\/RevengePancakes.scala","text":"<filename>src\/main\/scala\/qualification2016\/b\/RevengePancakes.scala\npackage qualification2016.b\n\nimport java.io.{BufferedReader, FileInputStream, InputStreamReader, PrintWriter}\n\n\/*\nhttps:\/\/code.google.com\/codejam\/contest\/6254486\/dashboard#s=p1\n *\/\nobject RevengePancakes {\n\n  def main(args: Array[String]): Unit = {\n\n\n    val out = new PrintWriter(\"src\/main\/scala\/qualification2016\/b\/B-large-practice.out\")\n    val in = new BufferedReader(new InputStreamReader(new FileInputStream(\"src\/main\/scala\/qualification2016\/b\/B-large-practice.in\")))\n\n    val numTests = Integer.parseInt(in.readLine())\n\n\n    (1 to numTests).foreach(i => out.println(\"Case #\" + i.toString + \": \" + solve(in)))\n\n    in.close()\n    out.close()\n\n\n    def solve(in: BufferedReader): String = {\n\n\n      var pancakes: String = in.readLine()\n\n      var flipCount: Int = 0\n\n      var position: Int = pancakes.length - 1\n\n      while (position >= 0) {\n\n        if (pancakes(position) == '-') {\n          pancakes = flip(pancakes, position)\n          flipCount = flipCount + 1\n        }\n\n        position = position - 1\n\n      }\n\n      flipCount.toString\n    }\n\n    def flip(pancakes: String, position: Int): String = {\n\n      var aux = pancakes.slice(0, position + 1).map(_ match { case '+' => '-' case '-' => '+' })\n\n      var result = aux + pancakes.substring(position+1,pancakes.length)\n\n      result\n\n    }\n\n\n  }\n}\n"}
{"repo_name":"jmg2014\/googlecodejam","path":"src\/main\/scala\/qualification2016\/a\/CountingSheep.scala","text":"<gh_stars>0\npackage qualification2016.a\n\nimport java.io.{BufferedReader, FileInputStream, InputStreamReader, PrintWriter}\n\n\/*\nhttps:\/\/code.google.com\/codejam\/contest\/6254486\/dashboard#s=p0\n *\/\nobject CountingSheep {\n\n  def main(args: Array[String]): Unit = {\n\n    val out = new PrintWriter(\"src\/main\/scala\/qualification2016\/a\/A-large-practice.out\")\n    val in = new BufferedReader(new InputStreamReader(new FileInputStream(\"src\/main\/scala\/qualification2016\/a\/A-large-practice.in\")))\n\n    val numTests = Integer.parseInt(in.readLine())\n\n    (1 to numTests).foreach(i => out.println(\"Case #\" + i.toString + \": \" + solve(in)))\n\n    in.close()\n    out.close()\n\n\n    def solve(in: BufferedReader): String = {\n\n\n      \/\/keep track of the numbers that has been seen\n      val seen = Array(false, false, false, false, false, false, false, false, false, false)\n\n\n      val number = in.readLine().toInt\n\n\n      if (number ==0) return \"INSOMNIA\"\n\n      var next:Int=1\n      var candidate=0\n\n      while (!checkNumSeen(seen)){\n\n        candidate=number*next\n        solveOne(candidate,seen)\n        next=next+1\n\n      }\n\n      candidate.toString\n    }\n\n    def solveOne(number: Int, seen: Array[Boolean]):Unit = {\n\n      var candidate = number\n\n      while (candidate > 0) {\n        seen(candidate%10) = true\n        candidate = candidate \/ 10\n      }\n\n    }\n\n    def checkNumSeen(seen:Array[Boolean]):Boolean={\n\n      var count:Int=0\n\n      for(i <- seen.indices){\n        if (seen(i)) count=count+1\n      }\n\n      count==10\n    }\n  }\n}\n"}
{"repo_name":"jmg2014\/googlecodejam","path":"build.sbt","text":"<gh_stars>0\nname := \"googlecodejam\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.1\"\n\nlibraryDependencies += \"org.scalactic\" %% \"scalactic\" % \"3.0.1\"\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\"\nlibraryDependencies += \"org.scalatest\" % \"scalatest_2.12\" % \"3.0.1\" % \"test\"\n\/\/ https:\/\/mvnrepository.com\/artifact\/org.mockito\/mockito-all\nlibraryDependencies += \"org.mockito\" % \"mockito-all\" % \"2.0.2-beta\"\n"}
{"repo_name":"jmg2014\/googlecodejam","path":"src\/main\/scala\/qualification2015\/a\/StandingOvation.scala","text":"package qualification2015.a\n\nimport java.io.{BufferedReader, FileInputStream, InputStreamReader, PrintWriter}\n\/*\nhttps:\/\/code.google.com\/codejam\/contest\/6224486\/dashboard#s=p0\n *\/\nobject StandingOvation {\n\n\n  def main(args: Array[String]): Unit = {\n\n    val out = new PrintWriter(\"src\/main\/scala\/qualification2015\/a\/A-large-practice.out\")\n    val in = new BufferedReader(new InputStreamReader(new FileInputStream(\"src\/main\/scala\/qualification2015\/a\/A-large-practice.in\")))\n\n    val numTests = Integer.parseInt(in.readLine())\n\n    (1 to numTests).foreach(i => out.println(\"Case #\" + i.toString + \": \" + solve(in)))\n\n    in.close()\n    out.close()\n\n  }\n\n  def solve(in: BufferedReader): Int = {\n\n    val List(shyest, attendees) = in.readLine().split(' ').toList.map(_.toString)\n\n    solve2(attendees, 0, 0, 0)\n  }\n\n\n  def calculation(position: Integer, count: Int, extra: Int): Int = {\n    if (count + extra >= position) {\n      0\n    }\n    else {\n      position - (count + extra)\n    }\n  }\n\n  def solve2(attendees: String, position: Int, count: Int, extra: Int): Int = {\n\n    attendees.length match {\n      case 1 => extra + calculation(position, count, extra)\n      case _ => solve2(attendees.slice(1, attendees.length), position + 1, count + attendees.charAt(0).asDigit, extra + calculation(position, count, extra))\n    }\n\n\n  }\n\n}\n"}
{"repo_name":"jmg2014\/googlecodejam","path":"src\/test\/scala\/qualification2015\/a\/StandingOvationTest.scala","text":"package qualification2015.a\n\nimport java.io.BufferedReader\n\nimport org.scalatest.{BeforeAndAfter, FunSuite}\nimport org.scalatest.mockito.MockitoSugar\nimport org.mockito.Mockito._\n\nclass StandingOvationTest extends FunSuite with BeforeAndAfter with MockitoSugar {\n\n\n  test(\"no more people needed\") {\n\n    val bufferedReader: BufferedReader = mock[BufferedReader]\n\n    when(bufferedReader.readLine()).thenReturn(\"6 4069616\")\n\n    assert(0 == StandingOvation.solve(bufferedReader))\n\n  }\n\n\n  test(\"test all 1\") {\n\n    val bufferedReader: BufferedReader = mock[BufferedReader]\n\n    when(bufferedReader.readLine()).thenReturn(\"4 11111\")\n\n    assert(0 == StandingOvation.solve(bufferedReader))\n\n  }\n\n\n  test(\"test gap in the middle\") {\n\n    val bufferedReader: BufferedReader = mock[BufferedReader]\n\n    when(bufferedReader.readLine()).thenReturn(\"5 110011\")\n\n    assert(2 == StandingOvation.solve(bufferedReader))\n\n  }\n  test(\"test only one\") {\n\n    val bufferedReader: BufferedReader = mock[BufferedReader]\n\n    when(bufferedReader.readLine()).thenReturn(\"0 1\")\n\n    assert(0 == StandingOvation.solve(bufferedReader))\n\n  }\n\n  test(\"only needed the first person \") {\n    assert(1 == StandingOvation.solve2(\"0122111\", 0, 0, 0))\n  }\n\n  test(\"six people needed\") {\n    assert(6 == StandingOvation.solve2(\"0000001\", 0, 0, 0))\n  }\n\n\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/elastictranscoder\/src\/main\/scala\/facade\/amazonaws\/services\/ElasticTranscoder.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object elastictranscoder {\n  type AccessControl = String\n  type AccessControls = js.Array[AccessControl]\n  type Artworks = js.Array[Artwork]\n  type Ascending = String\n  type AspectRatio = String\n  type AudioBitDepth = String\n  type AudioBitOrder = String\n  type AudioBitRate = String\n  type AudioChannels = String\n  type AudioCodec = String\n  type AudioCodecProfile = String\n  type AudioPackingMode = String\n  type AudioSampleRate = String\n  type AudioSigned = String\n  type Base64EncodedString = String\n  type BucketName = String\n  type CaptionFormatFormat = String\n  type CaptionFormatPattern = String\n  type CaptionFormats = js.Array[CaptionFormat]\n  type CaptionMergePolicy = String\n  type CaptionSources = js.Array[CaptionSource]\n  type CodecOption = String\n  type CodecOptions = js.Dictionary[CodecOption]\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  type Composition = js.Array[Clip]\n  type CreateJobOutputs = js.Array[CreateJobOutput]\n  type CreateJobPlaylists = js.Array[CreateJobPlaylist]\n  type Description = String\n  type Digits = String\n  type DigitsOrAuto = String\n  type EncryptionMode = String\n  type ExceptionMessages = js.Array[String]\n  type Filename = String\n  type FixedGOP = String\n  type FloatString = String\n  type FrameRate = String\n  type Grantee = String\n  type GranteeType = String\n  type HlsContentProtectionMethod = String\n  type HorizontalAlign = String\n  type Id = String\n  type Interlaced = String\n  type JobContainer = String\n  type JobInputs = js.Array[JobInput]\n  type JobOutputs = js.Array[JobOutput]\n  type JobStatus = String\n  type JobWatermarks = js.Array[JobWatermark]\n  type Jobs = js.Array[Job]\n  type JpgOrPng = String\n  type Key = String\n  type KeyArn = String\n  type KeyIdGuid = String\n  type KeyStoragePolicy = String\n  type KeyframesMaxDist = String\n  type LongKey = String\n  type MaxFrameRate = String\n  type MergePolicy = String\n  type Name = String\n  type NonEmptyBase64EncodedString = String\n  type NullableInteger = Int\n  type NullableLong = Double\n  type OneTo512String = String\n  type Opacity = String\n  type OutputKeys = js.Array[Key]\n  type PaddingPolicy = String\n  type Permissions = js.Array[Permission]\n  type PipelineStatus = String\n  type Pipelines = js.Array[Pipeline]\n  type PixelsOrPercent = String\n  type PlayReadyDrmFormatString = String\n  type PlaylistFormat = String\n  type Playlists = js.Array[Playlist]\n  type PresetContainer = String\n  type PresetType = String\n  type PresetWatermarkId = String\n  type PresetWatermarks = js.Array[PresetWatermark]\n  type Presets = js.Array[Preset]\n  type Resolution = String\n  type Role = String\n  type Rotate = String\n  type SizingPolicy = String\n  type SnsTopic = String\n  type SnsTopics = js.Array[SnsTopic]\n  type StorageClass = String\n  type Success = String\n  type Target = String\n  type ThumbnailPattern = String\n  type ThumbnailResolution = String\n  type Time = String\n  type TimeOffset = String\n  type UserMetadata = js.Dictionary[String]\n  type VerticalAlign = String\n  type VideoBitRate = String\n  type VideoCodec = String\n  type Warnings = js.Array[Warning]\n  type WatermarkKey = String\n  type WatermarkSizingPolicy = String\n  type ZeroTo255String = String\n  type ZeroTo512String = String\n\n  implicit final class ElasticTranscoderOps(private val service: ElasticTranscoder) extends AnyVal {\n\n    @inline def cancelJobFuture(params: CancelJobRequest): Future[CancelJobResponse] = service.cancelJob(params).promise().toFuture\n    @inline def createJobFuture(params: CreateJobRequest): Future[CreateJobResponse] = service.createJob(params).promise().toFuture\n    @inline def createPipelineFuture(params: CreatePipelineRequest): Future[CreatePipelineResponse] = service.createPipeline(params).promise().toFuture\n    @inline def createPresetFuture(params: CreatePresetRequest): Future[CreatePresetResponse] = service.createPreset(params).promise().toFuture\n    @inline def deletePipelineFuture(params: DeletePipelineRequest): Future[DeletePipelineResponse] = service.deletePipeline(params).promise().toFuture\n    @inline def deletePresetFuture(params: DeletePresetRequest): Future[DeletePresetResponse] = service.deletePreset(params).promise().toFuture\n    @inline def listJobsByPipelineFuture(params: ListJobsByPipelineRequest): Future[ListJobsByPipelineResponse] = service.listJobsByPipeline(params).promise().toFuture\n    @inline def listJobsByStatusFuture(params: ListJobsByStatusRequest): Future[ListJobsByStatusResponse] = service.listJobsByStatus(params).promise().toFuture\n    @inline def listPipelinesFuture(params: ListPipelinesRequest): Future[ListPipelinesResponse] = service.listPipelines(params).promise().toFuture\n    @inline def listPresetsFuture(params: ListPresetsRequest): Future[ListPresetsResponse] = service.listPresets(params).promise().toFuture\n    @inline def readJobFuture(params: ReadJobRequest): Future[ReadJobResponse] = service.readJob(params).promise().toFuture\n    @inline def readPipelineFuture(params: ReadPipelineRequest): Future[ReadPipelineResponse] = service.readPipeline(params).promise().toFuture\n    @inline def readPresetFuture(params: ReadPresetRequest): Future[ReadPresetResponse] = service.readPreset(params).promise().toFuture\n    @inline def updatePipelineFuture(params: UpdatePipelineRequest): Future[UpdatePipelineResponse] = service.updatePipeline(params).promise().toFuture\n    @inline def updatePipelineNotificationsFuture(params: UpdatePipelineNotificationsRequest): Future[UpdatePipelineNotificationsResponse] = service.updatePipelineNotifications(params).promise().toFuture\n    @inline def updatePipelineStatusFuture(params: UpdatePipelineStatusRequest): Future[UpdatePipelineStatusResponse] = service.updatePipelineStatus(params).promise().toFuture\n\n  }\n}\n\npackage elastictranscoder {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/elastictranscoder\", JSImport.Namespace, \"AWS.ElasticTranscoder\")\n  class ElasticTranscoder() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def testRole(params: TestRoleRequest): Request[TestRoleResponse] = js.native\n    def cancelJob(params: CancelJobRequest): Request[CancelJobResponse] = js.native\n    def createJob(params: CreateJobRequest): Request[CreateJobResponse] = js.native\n    def createPipeline(params: CreatePipelineRequest): Request[CreatePipelineResponse] = js.native\n    def createPreset(params: CreatePresetRequest): Request[CreatePresetResponse] = js.native\n    def deletePipeline(params: DeletePipelineRequest): Request[DeletePipelineResponse] = js.native\n    def deletePreset(params: DeletePresetRequest): Request[DeletePresetResponse] = js.native\n    def listJobsByPipeline(params: ListJobsByPipelineRequest): Request[ListJobsByPipelineResponse] = js.native\n    def listJobsByStatus(params: ListJobsByStatusRequest): Request[ListJobsByStatusResponse] = js.native\n    def listPipelines(params: ListPipelinesRequest): Request[ListPipelinesResponse] = js.native\n    def listPresets(params: ListPresetsRequest): Request[ListPresetsResponse] = js.native\n    def readJob(params: ReadJobRequest): Request[ReadJobResponse] = js.native\n    def readPipeline(params: ReadPipelineRequest): Request[ReadPipelineResponse] = js.native\n    def readPreset(params: ReadPresetRequest): Request[ReadPresetResponse] = js.native\n    def updatePipeline(params: UpdatePipelineRequest): Request[UpdatePipelineResponse] = js.native\n    def updatePipelineNotifications(params: UpdatePipelineNotificationsRequest): Request[UpdatePipelineNotificationsResponse] = js.native\n    def updatePipelineStatus(params: UpdatePipelineStatusRequest): Request[UpdatePipelineStatusResponse] = js.native\n  }\n\n  \/** The file to be used as album art. There can be multiple artworks associated with an audio file, to a maximum of 20. To remove artwork or leave the artwork empty, you can either set <code>Artwork<\/code> to null, or set the <code>Merge Policy<\/code> to \"Replace\" and use an empty <code>Artwork<\/code> array. To pass through existing artwork unchanged, set the <code>Merge Policy<\/code> to \"Prepend\", \"Append\", or \"Fallback\", and use an empty <code>Artwork<\/code> array.\n    *\/\n  @js.native\n  trait Artwork extends js.Object {\n    var AlbumArtFormat: js.UndefOr[JpgOrPng]\n    var Encryption: js.UndefOr[Encryption]\n    var InputKey: js.UndefOr[WatermarkKey]\n    var MaxHeight: js.UndefOr[DigitsOrAuto]\n    var MaxWidth: js.UndefOr[DigitsOrAuto]\n    var PaddingPolicy: js.UndefOr[PaddingPolicy]\n    var SizingPolicy: js.UndefOr[SizingPolicy]\n  }\n\n  object Artwork {\n    @inline\n    def apply(\n        AlbumArtFormat: js.UndefOr[JpgOrPng] = js.undefined,\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        InputKey: js.UndefOr[WatermarkKey] = js.undefined,\n        MaxHeight: js.UndefOr[DigitsOrAuto] = js.undefined,\n        MaxWidth: js.UndefOr[DigitsOrAuto] = js.undefined,\n        PaddingPolicy: js.UndefOr[PaddingPolicy] = js.undefined,\n        SizingPolicy: js.UndefOr[SizingPolicy] = js.undefined\n    ): Artwork = {\n      val __obj = js.Dynamic.literal()\n      AlbumArtFormat.foreach(__v => __obj.updateDynamic(\"AlbumArtFormat\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      InputKey.foreach(__v => __obj.updateDynamic(\"InputKey\")(__v.asInstanceOf[js.Any]))\n      MaxHeight.foreach(__v => __obj.updateDynamic(\"MaxHeight\")(__v.asInstanceOf[js.Any]))\n      MaxWidth.foreach(__v => __obj.updateDynamic(\"MaxWidth\")(__v.asInstanceOf[js.Any]))\n      PaddingPolicy.foreach(__v => __obj.updateDynamic(\"PaddingPolicy\")(__v.asInstanceOf[js.Any]))\n      SizingPolicy.foreach(__v => __obj.updateDynamic(\"SizingPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Artwork]\n    }\n  }\n\n  \/** Options associated with your audio codec.\n    *\/\n  @js.native\n  trait AudioCodecOptions extends js.Object {\n    var BitDepth: js.UndefOr[AudioBitDepth]\n    var BitOrder: js.UndefOr[AudioBitOrder]\n    var Profile: js.UndefOr[AudioCodecProfile]\n    var Signed: js.UndefOr[AudioSigned]\n  }\n\n  object AudioCodecOptions {\n    @inline\n    def apply(\n        BitDepth: js.UndefOr[AudioBitDepth] = js.undefined,\n        BitOrder: js.UndefOr[AudioBitOrder] = js.undefined,\n        Profile: js.UndefOr[AudioCodecProfile] = js.undefined,\n        Signed: js.UndefOr[AudioSigned] = js.undefined\n    ): AudioCodecOptions = {\n      val __obj = js.Dynamic.literal()\n      BitDepth.foreach(__v => __obj.updateDynamic(\"BitDepth\")(__v.asInstanceOf[js.Any]))\n      BitOrder.foreach(__v => __obj.updateDynamic(\"BitOrder\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      Signed.foreach(__v => __obj.updateDynamic(\"Signed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioCodecOptions]\n    }\n  }\n\n  \/** Parameters required for transcoding audio.\n    *\/\n  @js.native\n  trait AudioParameters extends js.Object {\n    var AudioPackingMode: js.UndefOr[AudioPackingMode]\n    var BitRate: js.UndefOr[AudioBitRate]\n    var Channels: js.UndefOr[AudioChannels]\n    var Codec: js.UndefOr[AudioCodec]\n    var CodecOptions: js.UndefOr[AudioCodecOptions]\n    var SampleRate: js.UndefOr[AudioSampleRate]\n  }\n\n  object AudioParameters {\n    @inline\n    def apply(\n        AudioPackingMode: js.UndefOr[AudioPackingMode] = js.undefined,\n        BitRate: js.UndefOr[AudioBitRate] = js.undefined,\n        Channels: js.UndefOr[AudioChannels] = js.undefined,\n        Codec: js.UndefOr[AudioCodec] = js.undefined,\n        CodecOptions: js.UndefOr[AudioCodecOptions] = js.undefined,\n        SampleRate: js.UndefOr[AudioSampleRate] = js.undefined\n    ): AudioParameters = {\n      val __obj = js.Dynamic.literal()\n      AudioPackingMode.foreach(__v => __obj.updateDynamic(\"AudioPackingMode\")(__v.asInstanceOf[js.Any]))\n      BitRate.foreach(__v => __obj.updateDynamic(\"BitRate\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      CodecOptions.foreach(__v => __obj.updateDynamic(\"CodecOptions\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioParameters]\n    }\n  }\n\n  \/** The <code>CancelJobRequest<\/code> structure.\n    *\/\n  @js.native\n  trait CancelJobRequest extends js.Object {\n    var Id: Id\n  }\n\n  object CancelJobRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): CancelJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelJobRequest]\n    }\n  }\n\n  \/** The response body contains a JSON object. If the job is successfully canceled, the value of <code>Success<\/code> is <code>true<\/code>.\n    *\/\n  @js.native\n  trait CancelJobResponse extends js.Object\n\n  object CancelJobResponse {\n    @inline\n    def apply(): CancelJobResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelJobResponse]\n    }\n  }\n\n  \/** The file format of the output captions. If you leave this value blank, Elastic Transcoder returns an error.\n    *\/\n  @js.native\n  trait CaptionFormat extends js.Object {\n    var Encryption: js.UndefOr[Encryption]\n    var Format: js.UndefOr[CaptionFormatFormat]\n    var Pattern: js.UndefOr[CaptionFormatPattern]\n  }\n\n  object CaptionFormat {\n    @inline\n    def apply(\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        Format: js.UndefOr[CaptionFormatFormat] = js.undefined,\n        Pattern: js.UndefOr[CaptionFormatPattern] = js.undefined\n    ): CaptionFormat = {\n      val __obj = js.Dynamic.literal()\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      Pattern.foreach(__v => __obj.updateDynamic(\"Pattern\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionFormat]\n    }\n  }\n\n  \/** A source file for the input sidecar captions used during the transcoding process.\n    *\/\n  @js.native\n  trait CaptionSource extends js.Object {\n    var Encryption: js.UndefOr[Encryption]\n    var Key: js.UndefOr[LongKey]\n    var Label: js.UndefOr[Name]\n    var Language: js.UndefOr[Key]\n    var TimeOffset: js.UndefOr[TimeOffset]\n  }\n\n  object CaptionSource {\n    @inline\n    def apply(\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        Key: js.UndefOr[LongKey] = js.undefined,\n        Label: js.UndefOr[Name] = js.undefined,\n        Language: js.UndefOr[Key] = js.undefined,\n        TimeOffset: js.UndefOr[TimeOffset] = js.undefined\n    ): CaptionSource = {\n      val __obj = js.Dynamic.literal()\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Language.foreach(__v => __obj.updateDynamic(\"Language\")(__v.asInstanceOf[js.Any]))\n      TimeOffset.foreach(__v => __obj.updateDynamic(\"TimeOffset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSource]\n    }\n  }\n\n  \/** The captions to be created, if any.\n    *\/\n  @js.native\n  trait Captions extends js.Object {\n    var CaptionFormats: js.UndefOr[CaptionFormats]\n    var CaptionSources: js.UndefOr[CaptionSources]\n    var MergePolicy: js.UndefOr[CaptionMergePolicy]\n  }\n\n  object Captions {\n    @inline\n    def apply(\n        CaptionFormats: js.UndefOr[CaptionFormats] = js.undefined,\n        CaptionSources: js.UndefOr[CaptionSources] = js.undefined,\n        MergePolicy: js.UndefOr[CaptionMergePolicy] = js.undefined\n    ): Captions = {\n      val __obj = js.Dynamic.literal()\n      CaptionFormats.foreach(__v => __obj.updateDynamic(\"CaptionFormats\")(__v.asInstanceOf[js.Any]))\n      CaptionSources.foreach(__v => __obj.updateDynamic(\"CaptionSources\")(__v.asInstanceOf[js.Any]))\n      MergePolicy.foreach(__v => __obj.updateDynamic(\"MergePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Captions]\n    }\n  }\n\n  \/** Settings for one clip in a composition. All jobs in a playlist must have the same clip settings.\n    *\/\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  @js.native\n  trait Clip extends js.Object {\n    var TimeSpan: js.UndefOr[TimeSpan]\n  }\n\n  object Clip {\n    @inline\n    def apply(\n        TimeSpan: js.UndefOr[TimeSpan] = js.undefined\n    ): Clip = {\n      val __obj = js.Dynamic.literal()\n      TimeSpan.foreach(__v => __obj.updateDynamic(\"TimeSpan\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Clip]\n    }\n  }\n\n  \/** The <code>CreateJobOutput<\/code> structure.\n    *\/\n  @js.native\n  trait CreateJobOutput extends js.Object {\n    var AlbumArt: js.UndefOr[JobAlbumArt]\n    var Captions: js.UndefOr[Captions]\n    var Composition: js.UndefOr[Composition]\n    var Encryption: js.UndefOr[Encryption]\n    var Key: js.UndefOr[Key]\n    var PresetId: js.UndefOr[Id]\n    var Rotate: js.UndefOr[Rotate]\n    var SegmentDuration: js.UndefOr[FloatString]\n    var ThumbnailEncryption: js.UndefOr[Encryption]\n    var ThumbnailPattern: js.UndefOr[ThumbnailPattern]\n    var Watermarks: js.UndefOr[JobWatermarks]\n  }\n\n  object CreateJobOutput {\n    @inline\n    def apply(\n        AlbumArt: js.UndefOr[JobAlbumArt] = js.undefined,\n        Captions: js.UndefOr[Captions] = js.undefined,\n        Composition: js.UndefOr[Composition] = js.undefined,\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        Key: js.UndefOr[Key] = js.undefined,\n        PresetId: js.UndefOr[Id] = js.undefined,\n        Rotate: js.UndefOr[Rotate] = js.undefined,\n        SegmentDuration: js.UndefOr[FloatString] = js.undefined,\n        ThumbnailEncryption: js.UndefOr[Encryption] = js.undefined,\n        ThumbnailPattern: js.UndefOr[ThumbnailPattern] = js.undefined,\n        Watermarks: js.UndefOr[JobWatermarks] = js.undefined\n    ): CreateJobOutput = {\n      val __obj = js.Dynamic.literal()\n      AlbumArt.foreach(__v => __obj.updateDynamic(\"AlbumArt\")(__v.asInstanceOf[js.Any]))\n      Captions.foreach(__v => __obj.updateDynamic(\"Captions\")(__v.asInstanceOf[js.Any]))\n      Composition.foreach(__v => __obj.updateDynamic(\"Composition\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      PresetId.foreach(__v => __obj.updateDynamic(\"PresetId\")(__v.asInstanceOf[js.Any]))\n      Rotate.foreach(__v => __obj.updateDynamic(\"Rotate\")(__v.asInstanceOf[js.Any]))\n      SegmentDuration.foreach(__v => __obj.updateDynamic(\"SegmentDuration\")(__v.asInstanceOf[js.Any]))\n      ThumbnailEncryption.foreach(__v => __obj.updateDynamic(\"ThumbnailEncryption\")(__v.asInstanceOf[js.Any]))\n      ThumbnailPattern.foreach(__v => __obj.updateDynamic(\"ThumbnailPattern\")(__v.asInstanceOf[js.Any]))\n      Watermarks.foreach(__v => __obj.updateDynamic(\"Watermarks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobOutput]\n    }\n  }\n\n  \/** Information about the master playlist.\n    *\/\n  @js.native\n  trait CreateJobPlaylist extends js.Object {\n    var Format: js.UndefOr[PlaylistFormat]\n    var HlsContentProtection: js.UndefOr[HlsContentProtection]\n    var Name: js.UndefOr[Filename]\n    var OutputKeys: js.UndefOr[OutputKeys]\n    var PlayReadyDrm: js.UndefOr[PlayReadyDrm]\n  }\n\n  object CreateJobPlaylist {\n    @inline\n    def apply(\n        Format: js.UndefOr[PlaylistFormat] = js.undefined,\n        HlsContentProtection: js.UndefOr[HlsContentProtection] = js.undefined,\n        Name: js.UndefOr[Filename] = js.undefined,\n        OutputKeys: js.UndefOr[OutputKeys] = js.undefined,\n        PlayReadyDrm: js.UndefOr[PlayReadyDrm] = js.undefined\n    ): CreateJobPlaylist = {\n      val __obj = js.Dynamic.literal()\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      HlsContentProtection.foreach(__v => __obj.updateDynamic(\"HlsContentProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputKeys.foreach(__v => __obj.updateDynamic(\"OutputKeys\")(__v.asInstanceOf[js.Any]))\n      PlayReadyDrm.foreach(__v => __obj.updateDynamic(\"PlayReadyDrm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobPlaylist]\n    }\n  }\n\n  \/** The <code>CreateJobRequest<\/code> structure.\n    *\/\n  @js.native\n  trait CreateJobRequest extends js.Object {\n    var PipelineId: Id\n    var Input: js.UndefOr[JobInput]\n    var Inputs: js.UndefOr[JobInputs]\n    var Output: js.UndefOr[CreateJobOutput]\n    var OutputKeyPrefix: js.UndefOr[Key]\n    var Outputs: js.UndefOr[CreateJobOutputs]\n    var Playlists: js.UndefOr[CreateJobPlaylists]\n    var UserMetadata: js.UndefOr[UserMetadata]\n  }\n\n  object CreateJobRequest {\n    @inline\n    def apply(\n        PipelineId: Id,\n        Input: js.UndefOr[JobInput] = js.undefined,\n        Inputs: js.UndefOr[JobInputs] = js.undefined,\n        Output: js.UndefOr[CreateJobOutput] = js.undefined,\n        OutputKeyPrefix: js.UndefOr[Key] = js.undefined,\n        Outputs: js.UndefOr[CreateJobOutputs] = js.undefined,\n        Playlists: js.UndefOr[CreateJobPlaylists] = js.undefined,\n        UserMetadata: js.UndefOr[UserMetadata] = js.undefined\n    ): CreateJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineId\" -> PipelineId.asInstanceOf[js.Any]\n      )\n\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      OutputKeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputKeyPrefix\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      Playlists.foreach(__v => __obj.updateDynamic(\"Playlists\")(__v.asInstanceOf[js.Any]))\n      UserMetadata.foreach(__v => __obj.updateDynamic(\"UserMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobRequest]\n    }\n  }\n\n  \/** The CreateJobResponse structure.\n    *\/\n  @js.native\n  trait CreateJobResponse extends js.Object {\n    var Job: js.UndefOr[Job]\n  }\n\n  object CreateJobResponse {\n    @inline\n    def apply(\n        Job: js.UndefOr[Job] = js.undefined\n    ): CreateJobResponse = {\n      val __obj = js.Dynamic.literal()\n      Job.foreach(__v => __obj.updateDynamic(\"Job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobResponse]\n    }\n  }\n\n  \/** The <code>CreatePipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait CreatePipelineRequest extends js.Object {\n    var InputBucket: BucketName\n    var Name: Name\n    var Role: Role\n    var AwsKmsKeyArn: js.UndefOr[KeyArn]\n    var ContentConfig: js.UndefOr[PipelineOutputConfig]\n    var Notifications: js.UndefOr[Notifications]\n    var OutputBucket: js.UndefOr[BucketName]\n    var ThumbnailConfig: js.UndefOr[PipelineOutputConfig]\n  }\n\n  object CreatePipelineRequest {\n    @inline\n    def apply(\n        InputBucket: BucketName,\n        Name: Name,\n        Role: Role,\n        AwsKmsKeyArn: js.UndefOr[KeyArn] = js.undefined,\n        ContentConfig: js.UndefOr[PipelineOutputConfig] = js.undefined,\n        Notifications: js.UndefOr[Notifications] = js.undefined,\n        OutputBucket: js.UndefOr[BucketName] = js.undefined,\n        ThumbnailConfig: js.UndefOr[PipelineOutputConfig] = js.undefined\n    ): CreatePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputBucket\" -> InputBucket.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Role\" -> Role.asInstanceOf[js.Any]\n      )\n\n      AwsKmsKeyArn.foreach(__v => __obj.updateDynamic(\"AwsKmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      ContentConfig.foreach(__v => __obj.updateDynamic(\"ContentConfig\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      OutputBucket.foreach(__v => __obj.updateDynamic(\"OutputBucket\")(__v.asInstanceOf[js.Any]))\n      ThumbnailConfig.foreach(__v => __obj.updateDynamic(\"ThumbnailConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePipelineRequest]\n    }\n  }\n\n  \/** When you create a pipeline, Elastic Transcoder returns the values that you specified in the request.\n    *\/\n  @js.native\n  trait CreatePipelineResponse extends js.Object {\n    var Pipeline: js.UndefOr[Pipeline]\n    var Warnings: js.UndefOr[Warnings]\n  }\n\n  object CreatePipelineResponse {\n    @inline\n    def apply(\n        Pipeline: js.UndefOr[Pipeline] = js.undefined,\n        Warnings: js.UndefOr[Warnings] = js.undefined\n    ): CreatePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      Warnings.foreach(__v => __obj.updateDynamic(\"Warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePipelineResponse]\n    }\n  }\n\n  \/** The <code>CreatePresetRequest<\/code> structure.\n    *\/\n  @js.native\n  trait CreatePresetRequest extends js.Object {\n    var Container: PresetContainer\n    var Name: Name\n    var Audio: js.UndefOr[AudioParameters]\n    var Description: js.UndefOr[Description]\n    var Thumbnails: js.UndefOr[Thumbnails]\n    var Video: js.UndefOr[VideoParameters]\n  }\n\n  object CreatePresetRequest {\n    @inline\n    def apply(\n        Container: PresetContainer,\n        Name: Name,\n        Audio: js.UndefOr[AudioParameters] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Thumbnails: js.UndefOr[Thumbnails] = js.undefined,\n        Video: js.UndefOr[VideoParameters] = js.undefined\n    ): CreatePresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Container\" -> Container.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Audio.foreach(__v => __obj.updateDynamic(\"Audio\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Thumbnails.foreach(__v => __obj.updateDynamic(\"Thumbnails\")(__v.asInstanceOf[js.Any]))\n      Video.foreach(__v => __obj.updateDynamic(\"Video\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresetRequest]\n    }\n  }\n\n  \/** The <code>CreatePresetResponse<\/code> structure.\n    *\/\n  @js.native\n  trait CreatePresetResponse extends js.Object {\n    var Preset: js.UndefOr[Preset]\n    var Warning: js.UndefOr[String]\n  }\n\n  object CreatePresetResponse {\n    @inline\n    def apply(\n        Preset: js.UndefOr[Preset] = js.undefined,\n        Warning: js.UndefOr[String] = js.undefined\n    ): CreatePresetResponse = {\n      val __obj = js.Dynamic.literal()\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      Warning.foreach(__v => __obj.updateDynamic(\"Warning\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresetResponse]\n    }\n  }\n\n  \/** The <code>DeletePipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait DeletePipelineRequest extends js.Object {\n    var Id: Id\n  }\n\n  object DeletePipelineRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): DeletePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePipelineRequest]\n    }\n  }\n\n  \/** The <code>DeletePipelineResponse<\/code> structure.\n    *\/\n  @js.native\n  trait DeletePipelineResponse extends js.Object\n\n  object DeletePipelineResponse {\n    @inline\n    def apply(): DeletePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePipelineResponse]\n    }\n  }\n\n  \/** The <code>DeletePresetRequest<\/code> structure.\n    *\/\n  @js.native\n  trait DeletePresetRequest extends js.Object {\n    var Id: Id\n  }\n\n  object DeletePresetRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): DeletePresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePresetRequest]\n    }\n  }\n\n  \/** The <code>DeletePresetResponse<\/code> structure.\n    *\/\n  @js.native\n  trait DeletePresetResponse extends js.Object\n\n  object DeletePresetResponse {\n    @inline\n    def apply(): DeletePresetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePresetResponse]\n    }\n  }\n\n  \/** The detected properties of the input file. Elastic Transcoder identifies these values from the input file.\n    *\/\n  @js.native\n  trait DetectedProperties extends js.Object {\n    var DurationMillis: js.UndefOr[NullableLong]\n    var FileSize: js.UndefOr[NullableLong]\n    var FrameRate: js.UndefOr[FloatString]\n    var Height: js.UndefOr[NullableInteger]\n    var Width: js.UndefOr[NullableInteger]\n  }\n\n  object DetectedProperties {\n    @inline\n    def apply(\n        DurationMillis: js.UndefOr[NullableLong] = js.undefined,\n        FileSize: js.UndefOr[NullableLong] = js.undefined,\n        FrameRate: js.UndefOr[FloatString] = js.undefined,\n        Height: js.UndefOr[NullableInteger] = js.undefined,\n        Width: js.UndefOr[NullableInteger] = js.undefined\n    ): DetectedProperties = {\n      val __obj = js.Dynamic.literal()\n      DurationMillis.foreach(__v => __obj.updateDynamic(\"DurationMillis\")(__v.asInstanceOf[js.Any]))\n      FileSize.foreach(__v => __obj.updateDynamic(\"FileSize\")(__v.asInstanceOf[js.Any]))\n      FrameRate.foreach(__v => __obj.updateDynamic(\"FrameRate\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectedProperties]\n    }\n  }\n\n  \/** The encryption settings, if any, that are used for decrypting your input files or encrypting your output files. If your input file is encrypted, you must specify the mode that Elastic Transcoder uses to decrypt your file, otherwise you must specify the mode you want Elastic Transcoder to use to encrypt your output files.\n    *\/\n  @js.native\n  trait Encryption extends js.Object {\n    var InitializationVector: js.UndefOr[ZeroTo255String]\n    var Key: js.UndefOr[Base64EncodedString]\n    var KeyMd5: js.UndefOr[Base64EncodedString]\n    var Mode: js.UndefOr[EncryptionMode]\n  }\n\n  object Encryption {\n    @inline\n    def apply(\n        InitializationVector: js.UndefOr[ZeroTo255String] = js.undefined,\n        Key: js.UndefOr[Base64EncodedString] = js.undefined,\n        KeyMd5: js.UndefOr[Base64EncodedString] = js.undefined,\n        Mode: js.UndefOr[EncryptionMode] = js.undefined\n    ): Encryption = {\n      val __obj = js.Dynamic.literal()\n      InitializationVector.foreach(__v => __obj.updateDynamic(\"InitializationVector\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      KeyMd5.foreach(__v => __obj.updateDynamic(\"KeyMd5\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Encryption]\n    }\n  }\n\n  \/** The HLS content protection settings, if any, that you want Elastic Transcoder to apply to your output files.\n    *\/\n  @js.native\n  trait HlsContentProtection extends js.Object {\n    var InitializationVector: js.UndefOr[ZeroTo255String]\n    var Key: js.UndefOr[Base64EncodedString]\n    var KeyMd5: js.UndefOr[Base64EncodedString]\n    var KeyStoragePolicy: js.UndefOr[KeyStoragePolicy]\n    var LicenseAcquisitionUrl: js.UndefOr[ZeroTo512String]\n    var Method: js.UndefOr[HlsContentProtectionMethod]\n  }\n\n  object HlsContentProtection {\n    @inline\n    def apply(\n        InitializationVector: js.UndefOr[ZeroTo255String] = js.undefined,\n        Key: js.UndefOr[Base64EncodedString] = js.undefined,\n        KeyMd5: js.UndefOr[Base64EncodedString] = js.undefined,\n        KeyStoragePolicy: js.UndefOr[KeyStoragePolicy] = js.undefined,\n        LicenseAcquisitionUrl: js.UndefOr[ZeroTo512String] = js.undefined,\n        Method: js.UndefOr[HlsContentProtectionMethod] = js.undefined\n    ): HlsContentProtection = {\n      val __obj = js.Dynamic.literal()\n      InitializationVector.foreach(__v => __obj.updateDynamic(\"InitializationVector\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      KeyMd5.foreach(__v => __obj.updateDynamic(\"KeyMd5\")(__v.asInstanceOf[js.Any]))\n      KeyStoragePolicy.foreach(__v => __obj.updateDynamic(\"KeyStoragePolicy\")(__v.asInstanceOf[js.Any]))\n      LicenseAcquisitionUrl.foreach(__v => __obj.updateDynamic(\"LicenseAcquisitionUrl\")(__v.asInstanceOf[js.Any]))\n      Method.foreach(__v => __obj.updateDynamic(\"Method\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsContentProtection]\n    }\n  }\n\n  \/** The captions to be created, if any.\n    *\/\n  @js.native\n  trait InputCaptions extends js.Object {\n    var CaptionSources: js.UndefOr[CaptionSources]\n    var MergePolicy: js.UndefOr[CaptionMergePolicy]\n  }\n\n  object InputCaptions {\n    @inline\n    def apply(\n        CaptionSources: js.UndefOr[CaptionSources] = js.undefined,\n        MergePolicy: js.UndefOr[CaptionMergePolicy] = js.undefined\n    ): InputCaptions = {\n      val __obj = js.Dynamic.literal()\n      CaptionSources.foreach(__v => __obj.updateDynamic(\"CaptionSources\")(__v.asInstanceOf[js.Any]))\n      MergePolicy.foreach(__v => __obj.updateDynamic(\"MergePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputCaptions]\n    }\n  }\n\n  \/** A section of the response body that provides information about the job that is created.\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var Arn: js.UndefOr[String]\n    var Id: js.UndefOr[Id]\n    var Input: js.UndefOr[JobInput]\n    var Inputs: js.UndefOr[JobInputs]\n    var Output: js.UndefOr[JobOutput]\n    var OutputKeyPrefix: js.UndefOr[Key]\n    var Outputs: js.UndefOr[JobOutputs]\n    var PipelineId: js.UndefOr[Id]\n    var Playlists: js.UndefOr[Playlists]\n    var Status: js.UndefOr[JobStatus]\n    var Timing: js.UndefOr[Timing]\n    var UserMetadata: js.UndefOr[UserMetadata]\n  }\n\n  object Job {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined,\n        Id: js.UndefOr[Id] = js.undefined,\n        Input: js.UndefOr[JobInput] = js.undefined,\n        Inputs: js.UndefOr[JobInputs] = js.undefined,\n        Output: js.UndefOr[JobOutput] = js.undefined,\n        OutputKeyPrefix: js.UndefOr[Key] = js.undefined,\n        Outputs: js.UndefOr[JobOutputs] = js.undefined,\n        PipelineId: js.UndefOr[Id] = js.undefined,\n        Playlists: js.UndefOr[Playlists] = js.undefined,\n        Status: js.UndefOr[JobStatus] = js.undefined,\n        Timing: js.UndefOr[Timing] = js.undefined,\n        UserMetadata: js.UndefOr[UserMetadata] = js.undefined\n    ): Job = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      OutputKeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputKeyPrefix\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      PipelineId.foreach(__v => __obj.updateDynamic(\"PipelineId\")(__v.asInstanceOf[js.Any]))\n      Playlists.foreach(__v => __obj.updateDynamic(\"Playlists\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Timing.foreach(__v => __obj.updateDynamic(\"Timing\")(__v.asInstanceOf[js.Any]))\n      UserMetadata.foreach(__v => __obj.updateDynamic(\"UserMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  \/** The .jpg or .png file associated with an audio file.\n    *\/\n  @js.native\n  trait JobAlbumArt extends js.Object {\n    var Artwork: js.UndefOr[Artworks]\n    var MergePolicy: js.UndefOr[MergePolicy]\n  }\n\n  object JobAlbumArt {\n    @inline\n    def apply(\n        Artwork: js.UndefOr[Artworks] = js.undefined,\n        MergePolicy: js.UndefOr[MergePolicy] = js.undefined\n    ): JobAlbumArt = {\n      val __obj = js.Dynamic.literal()\n      Artwork.foreach(__v => __obj.updateDynamic(\"Artwork\")(__v.asInstanceOf[js.Any]))\n      MergePolicy.foreach(__v => __obj.updateDynamic(\"MergePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobAlbumArt]\n    }\n  }\n\n  \/** Information about the file that you're transcoding.\n    *\/\n  @js.native\n  trait JobInput extends js.Object {\n    var AspectRatio: js.UndefOr[AspectRatio]\n    var Container: js.UndefOr[JobContainer]\n    var DetectedProperties: js.UndefOr[DetectedProperties]\n    var Encryption: js.UndefOr[Encryption]\n    var FrameRate: js.UndefOr[FrameRate]\n    var InputCaptions: js.UndefOr[InputCaptions]\n    var Interlaced: js.UndefOr[Interlaced]\n    var Key: js.UndefOr[LongKey]\n    var Resolution: js.UndefOr[Resolution]\n    var TimeSpan: js.UndefOr[TimeSpan]\n  }\n\n  object JobInput {\n    @inline\n    def apply(\n        AspectRatio: js.UndefOr[AspectRatio] = js.undefined,\n        Container: js.UndefOr[JobContainer] = js.undefined,\n        DetectedProperties: js.UndefOr[DetectedProperties] = js.undefined,\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        FrameRate: js.UndefOr[FrameRate] = js.undefined,\n        InputCaptions: js.UndefOr[InputCaptions] = js.undefined,\n        Interlaced: js.UndefOr[Interlaced] = js.undefined,\n        Key: js.UndefOr[LongKey] = js.undefined,\n        Resolution: js.UndefOr[Resolution] = js.undefined,\n        TimeSpan: js.UndefOr[TimeSpan] = js.undefined\n    ): JobInput = {\n      val __obj = js.Dynamic.literal()\n      AspectRatio.foreach(__v => __obj.updateDynamic(\"AspectRatio\")(__v.asInstanceOf[js.Any]))\n      Container.foreach(__v => __obj.updateDynamic(\"Container\")(__v.asInstanceOf[js.Any]))\n      DetectedProperties.foreach(__v => __obj.updateDynamic(\"DetectedProperties\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      FrameRate.foreach(__v => __obj.updateDynamic(\"FrameRate\")(__v.asInstanceOf[js.Any]))\n      InputCaptions.foreach(__v => __obj.updateDynamic(\"InputCaptions\")(__v.asInstanceOf[js.Any]))\n      Interlaced.foreach(__v => __obj.updateDynamic(\"Interlaced\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      TimeSpan.foreach(__v => __obj.updateDynamic(\"TimeSpan\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobInput]\n    }\n  }\n\n  \/** <important> Outputs recommended instead. <\/important> If you specified one output for a job, information about that output. If you specified multiple outputs for a job, the <code>Output<\/code> object lists information about the first output. This duplicates the information that is listed for the first output in the <code>Outputs<\/code> object.\n    *\/\n  @js.native\n  trait JobOutput extends js.Object {\n    var AlbumArt: js.UndefOr[JobAlbumArt]\n    var AppliedColorSpaceConversion: js.UndefOr[String]\n    var Captions: js.UndefOr[Captions]\n    var Composition: js.UndefOr[Composition]\n    var Duration: js.UndefOr[NullableLong]\n    var DurationMillis: js.UndefOr[NullableLong]\n    var Encryption: js.UndefOr[Encryption]\n    var FileSize: js.UndefOr[NullableLong]\n    var FrameRate: js.UndefOr[FloatString]\n    var Height: js.UndefOr[NullableInteger]\n    var Id: js.UndefOr[String]\n    var Key: js.UndefOr[Key]\n    var PresetId: js.UndefOr[Id]\n    var Rotate: js.UndefOr[Rotate]\n    var SegmentDuration: js.UndefOr[FloatString]\n    var Status: js.UndefOr[JobStatus]\n    var StatusDetail: js.UndefOr[Description]\n    var ThumbnailEncryption: js.UndefOr[Encryption]\n    var ThumbnailPattern: js.UndefOr[ThumbnailPattern]\n    var Watermarks: js.UndefOr[JobWatermarks]\n    var Width: js.UndefOr[NullableInteger]\n  }\n\n  object JobOutput {\n    @inline\n    def apply(\n        AlbumArt: js.UndefOr[JobAlbumArt] = js.undefined,\n        AppliedColorSpaceConversion: js.UndefOr[String] = js.undefined,\n        Captions: js.UndefOr[Captions] = js.undefined,\n        Composition: js.UndefOr[Composition] = js.undefined,\n        Duration: js.UndefOr[NullableLong] = js.undefined,\n        DurationMillis: js.UndefOr[NullableLong] = js.undefined,\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        FileSize: js.UndefOr[NullableLong] = js.undefined,\n        FrameRate: js.UndefOr[FloatString] = js.undefined,\n        Height: js.UndefOr[NullableInteger] = js.undefined,\n        Id: js.UndefOr[String] = js.undefined,\n        Key: js.UndefOr[Key] = js.undefined,\n        PresetId: js.UndefOr[Id] = js.undefined,\n        Rotate: js.UndefOr[Rotate] = js.undefined,\n        SegmentDuration: js.UndefOr[FloatString] = js.undefined,\n        Status: js.UndefOr[JobStatus] = js.undefined,\n        StatusDetail: js.UndefOr[Description] = js.undefined,\n        ThumbnailEncryption: js.UndefOr[Encryption] = js.undefined,\n        ThumbnailPattern: js.UndefOr[ThumbnailPattern] = js.undefined,\n        Watermarks: js.UndefOr[JobWatermarks] = js.undefined,\n        Width: js.UndefOr[NullableInteger] = js.undefined\n    ): JobOutput = {\n      val __obj = js.Dynamic.literal()\n      AlbumArt.foreach(__v => __obj.updateDynamic(\"AlbumArt\")(__v.asInstanceOf[js.Any]))\n      AppliedColorSpaceConversion.foreach(__v => __obj.updateDynamic(\"AppliedColorSpaceConversion\")(__v.asInstanceOf[js.Any]))\n      Captions.foreach(__v => __obj.updateDynamic(\"Captions\")(__v.asInstanceOf[js.Any]))\n      Composition.foreach(__v => __obj.updateDynamic(\"Composition\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationMillis.foreach(__v => __obj.updateDynamic(\"DurationMillis\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      FileSize.foreach(__v => __obj.updateDynamic(\"FileSize\")(__v.asInstanceOf[js.Any]))\n      FrameRate.foreach(__v => __obj.updateDynamic(\"FrameRate\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      PresetId.foreach(__v => __obj.updateDynamic(\"PresetId\")(__v.asInstanceOf[js.Any]))\n      Rotate.foreach(__v => __obj.updateDynamic(\"Rotate\")(__v.asInstanceOf[js.Any]))\n      SegmentDuration.foreach(__v => __obj.updateDynamic(\"SegmentDuration\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetail.foreach(__v => __obj.updateDynamic(\"StatusDetail\")(__v.asInstanceOf[js.Any]))\n      ThumbnailEncryption.foreach(__v => __obj.updateDynamic(\"ThumbnailEncryption\")(__v.asInstanceOf[js.Any]))\n      ThumbnailPattern.foreach(__v => __obj.updateDynamic(\"ThumbnailPattern\")(__v.asInstanceOf[js.Any]))\n      Watermarks.foreach(__v => __obj.updateDynamic(\"Watermarks\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobOutput]\n    }\n  }\n\n  \/** Watermarks can be in .png or .jpg format. If you want to display a watermark that is not rectangular, use the .png format, which supports transparency.\n    *\/\n  @js.native\n  trait JobWatermark extends js.Object {\n    var Encryption: js.UndefOr[Encryption]\n    var InputKey: js.UndefOr[WatermarkKey]\n    var PresetWatermarkId: js.UndefOr[PresetWatermarkId]\n  }\n\n  object JobWatermark {\n    @inline\n    def apply(\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        InputKey: js.UndefOr[WatermarkKey] = js.undefined,\n        PresetWatermarkId: js.UndefOr[PresetWatermarkId] = js.undefined\n    ): JobWatermark = {\n      val __obj = js.Dynamic.literal()\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      InputKey.foreach(__v => __obj.updateDynamic(\"InputKey\")(__v.asInstanceOf[js.Any]))\n      PresetWatermarkId.foreach(__v => __obj.updateDynamic(\"PresetWatermarkId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobWatermark]\n    }\n  }\n\n  \/** The <code>ListJobsByPipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ListJobsByPipelineRequest extends js.Object {\n    var PipelineId: Id\n    var Ascending: js.UndefOr[Ascending]\n    var PageToken: js.UndefOr[Id]\n  }\n\n  object ListJobsByPipelineRequest {\n    @inline\n    def apply(\n        PipelineId: Id,\n        Ascending: js.UndefOr[Ascending] = js.undefined,\n        PageToken: js.UndefOr[Id] = js.undefined\n    ): ListJobsByPipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineId\" -> PipelineId.asInstanceOf[js.Any]\n      )\n\n      Ascending.foreach(__v => __obj.updateDynamic(\"Ascending\")(__v.asInstanceOf[js.Any]))\n      PageToken.foreach(__v => __obj.updateDynamic(\"PageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsByPipelineRequest]\n    }\n  }\n\n  \/** The <code>ListJobsByPipelineResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ListJobsByPipelineResponse extends js.Object {\n    var Jobs: js.UndefOr[Jobs]\n    var NextPageToken: js.UndefOr[Id]\n  }\n\n  object ListJobsByPipelineResponse {\n    @inline\n    def apply(\n        Jobs: js.UndefOr[Jobs] = js.undefined,\n        NextPageToken: js.UndefOr[Id] = js.undefined\n    ): ListJobsByPipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      Jobs.foreach(__v => __obj.updateDynamic(\"Jobs\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsByPipelineResponse]\n    }\n  }\n\n  \/** The <code>ListJobsByStatusRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ListJobsByStatusRequest extends js.Object {\n    var Status: JobStatus\n    var Ascending: js.UndefOr[Ascending]\n    var PageToken: js.UndefOr[Id]\n  }\n\n  object ListJobsByStatusRequest {\n    @inline\n    def apply(\n        Status: JobStatus,\n        Ascending: js.UndefOr[Ascending] = js.undefined,\n        PageToken: js.UndefOr[Id] = js.undefined\n    ): ListJobsByStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      Ascending.foreach(__v => __obj.updateDynamic(\"Ascending\")(__v.asInstanceOf[js.Any]))\n      PageToken.foreach(__v => __obj.updateDynamic(\"PageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsByStatusRequest]\n    }\n  }\n\n  \/** The <code>ListJobsByStatusResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ListJobsByStatusResponse extends js.Object {\n    var Jobs: js.UndefOr[Jobs]\n    var NextPageToken: js.UndefOr[Id]\n  }\n\n  object ListJobsByStatusResponse {\n    @inline\n    def apply(\n        Jobs: js.UndefOr[Jobs] = js.undefined,\n        NextPageToken: js.UndefOr[Id] = js.undefined\n    ): ListJobsByStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      Jobs.foreach(__v => __obj.updateDynamic(\"Jobs\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsByStatusResponse]\n    }\n  }\n\n  \/** The <code>ListPipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ListPipelinesRequest extends js.Object {\n    var Ascending: js.UndefOr[Ascending]\n    var PageToken: js.UndefOr[Id]\n  }\n\n  object ListPipelinesRequest {\n    @inline\n    def apply(\n        Ascending: js.UndefOr[Ascending] = js.undefined,\n        PageToken: js.UndefOr[Id] = js.undefined\n    ): ListPipelinesRequest = {\n      val __obj = js.Dynamic.literal()\n      Ascending.foreach(__v => __obj.updateDynamic(\"Ascending\")(__v.asInstanceOf[js.Any]))\n      PageToken.foreach(__v => __obj.updateDynamic(\"PageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesRequest]\n    }\n  }\n\n  \/** A list of the pipelines associated with the current AWS account.\n    *\/\n  @js.native\n  trait ListPipelinesResponse extends js.Object {\n    var NextPageToken: js.UndefOr[Id]\n    var Pipelines: js.UndefOr[Pipelines]\n  }\n\n  object ListPipelinesResponse {\n    @inline\n    def apply(\n        NextPageToken: js.UndefOr[Id] = js.undefined,\n        Pipelines: js.UndefOr[Pipelines] = js.undefined\n    ): ListPipelinesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      Pipelines.foreach(__v => __obj.updateDynamic(\"Pipelines\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesResponse]\n    }\n  }\n\n  \/** The <code>ListPresetsRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ListPresetsRequest extends js.Object {\n    var Ascending: js.UndefOr[Ascending]\n    var PageToken: js.UndefOr[Id]\n  }\n\n  object ListPresetsRequest {\n    @inline\n    def apply(\n        Ascending: js.UndefOr[Ascending] = js.undefined,\n        PageToken: js.UndefOr[Id] = js.undefined\n    ): ListPresetsRequest = {\n      val __obj = js.Dynamic.literal()\n      Ascending.foreach(__v => __obj.updateDynamic(\"Ascending\")(__v.asInstanceOf[js.Any]))\n      PageToken.foreach(__v => __obj.updateDynamic(\"PageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPresetsRequest]\n    }\n  }\n\n  \/** The <code>ListPresetsResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ListPresetsResponse extends js.Object {\n    var NextPageToken: js.UndefOr[Id]\n    var Presets: js.UndefOr[Presets]\n  }\n\n  object ListPresetsResponse {\n    @inline\n    def apply(\n        NextPageToken: js.UndefOr[Id] = js.undefined,\n        Presets: js.UndefOr[Presets] = js.undefined\n    ): ListPresetsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      Presets.foreach(__v => __obj.updateDynamic(\"Presets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPresetsResponse]\n    }\n  }\n\n  \/** The Amazon Simple Notification Service (Amazon SNS) topic or topics to notify in order to report job status. <important> To receive notifications, you must also subscribe to the new topic in the Amazon SNS console. <\/important>\n    *\/\n  @js.native\n  trait Notifications extends js.Object {\n    var Completed: js.UndefOr[SnsTopic]\n    var Error: js.UndefOr[SnsTopic]\n    var Progressing: js.UndefOr[SnsTopic]\n    var Warning: js.UndefOr[SnsTopic]\n  }\n\n  object Notifications {\n    @inline\n    def apply(\n        Completed: js.UndefOr[SnsTopic] = js.undefined,\n        Error: js.UndefOr[SnsTopic] = js.undefined,\n        Progressing: js.UndefOr[SnsTopic] = js.undefined,\n        Warning: js.UndefOr[SnsTopic] = js.undefined\n    ): Notifications = {\n      val __obj = js.Dynamic.literal()\n      Completed.foreach(__v => __obj.updateDynamic(\"Completed\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      Progressing.foreach(__v => __obj.updateDynamic(\"Progressing\")(__v.asInstanceOf[js.Any]))\n      Warning.foreach(__v => __obj.updateDynamic(\"Warning\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Notifications]\n    }\n  }\n\n  \/** The <code>Permission<\/code> structure.\n    *\/\n  @js.native\n  trait Permission extends js.Object {\n    var Access: js.UndefOr[AccessControls]\n    var Grantee: js.UndefOr[Grantee]\n    var GranteeType: js.UndefOr[GranteeType]\n  }\n\n  object Permission {\n    @inline\n    def apply(\n        Access: js.UndefOr[AccessControls] = js.undefined,\n        Grantee: js.UndefOr[Grantee] = js.undefined,\n        GranteeType: js.UndefOr[GranteeType] = js.undefined\n    ): Permission = {\n      val __obj = js.Dynamic.literal()\n      Access.foreach(__v => __obj.updateDynamic(\"Access\")(__v.asInstanceOf[js.Any]))\n      Grantee.foreach(__v => __obj.updateDynamic(\"Grantee\")(__v.asInstanceOf[js.Any]))\n      GranteeType.foreach(__v => __obj.updateDynamic(\"GranteeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Permission]\n    }\n  }\n\n  \/** The pipeline (queue) that is used to manage jobs.\n    *\/\n  @js.native\n  trait Pipeline extends js.Object {\n    var Arn: js.UndefOr[String]\n    var AwsKmsKeyArn: js.UndefOr[KeyArn]\n    var ContentConfig: js.UndefOr[PipelineOutputConfig]\n    var Id: js.UndefOr[Id]\n    var InputBucket: js.UndefOr[BucketName]\n    var Name: js.UndefOr[Name]\n    var Notifications: js.UndefOr[Notifications]\n    var OutputBucket: js.UndefOr[BucketName]\n    var Role: js.UndefOr[Role]\n    var Status: js.UndefOr[PipelineStatus]\n    var ThumbnailConfig: js.UndefOr[PipelineOutputConfig]\n  }\n\n  object Pipeline {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined,\n        AwsKmsKeyArn: js.UndefOr[KeyArn] = js.undefined,\n        ContentConfig: js.UndefOr[PipelineOutputConfig] = js.undefined,\n        Id: js.UndefOr[Id] = js.undefined,\n        InputBucket: js.UndefOr[BucketName] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Notifications: js.UndefOr[Notifications] = js.undefined,\n        OutputBucket: js.UndefOr[BucketName] = js.undefined,\n        Role: js.UndefOr[Role] = js.undefined,\n        Status: js.UndefOr[PipelineStatus] = js.undefined,\n        ThumbnailConfig: js.UndefOr[PipelineOutputConfig] = js.undefined\n    ): Pipeline = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AwsKmsKeyArn.foreach(__v => __obj.updateDynamic(\"AwsKmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      ContentConfig.foreach(__v => __obj.updateDynamic(\"ContentConfig\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputBucket.foreach(__v => __obj.updateDynamic(\"InputBucket\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      OutputBucket.foreach(__v => __obj.updateDynamic(\"OutputBucket\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThumbnailConfig.foreach(__v => __obj.updateDynamic(\"ThumbnailConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Pipeline]\n    }\n  }\n\n  \/** The <code>PipelineOutputConfig<\/code> structure.\n    *\/\n  @js.native\n  trait PipelineOutputConfig extends js.Object {\n    var Bucket: js.UndefOr[BucketName]\n    var Permissions: js.UndefOr[Permissions]\n    var StorageClass: js.UndefOr[StorageClass]\n  }\n\n  object PipelineOutputConfig {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[BucketName] = js.undefined,\n        Permissions: js.UndefOr[Permissions] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined\n    ): PipelineOutputConfig = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineOutputConfig]\n    }\n  }\n\n  \/** The PlayReady DRM settings, if any, that you want Elastic Transcoder to apply to the output files associated with this playlist. PlayReady DRM encrypts your media files using <code>aes-ctr<\/code> encryption. If you use DRM for an <code>HLSv3<\/code> playlist, your outputs must have a master playlist.\n    *\/\n  @js.native\n  trait PlayReadyDrm extends js.Object {\n    var Format: js.UndefOr[PlayReadyDrmFormatString]\n    var InitializationVector: js.UndefOr[ZeroTo255String]\n    var Key: js.UndefOr[NonEmptyBase64EncodedString]\n    var KeyId: js.UndefOr[KeyIdGuid]\n    var KeyMd5: js.UndefOr[NonEmptyBase64EncodedString]\n    var LicenseAcquisitionUrl: js.UndefOr[OneTo512String]\n  }\n\n  object PlayReadyDrm {\n    @inline\n    def apply(\n        Format: js.UndefOr[PlayReadyDrmFormatString] = js.undefined,\n        InitializationVector: js.UndefOr[ZeroTo255String] = js.undefined,\n        Key: js.UndefOr[NonEmptyBase64EncodedString] = js.undefined,\n        KeyId: js.UndefOr[KeyIdGuid] = js.undefined,\n        KeyMd5: js.UndefOr[NonEmptyBase64EncodedString] = js.undefined,\n        LicenseAcquisitionUrl: js.UndefOr[OneTo512String] = js.undefined\n    ): PlayReadyDrm = {\n      val __obj = js.Dynamic.literal()\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      InitializationVector.foreach(__v => __obj.updateDynamic(\"InitializationVector\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      KeyMd5.foreach(__v => __obj.updateDynamic(\"KeyMd5\")(__v.asInstanceOf[js.Any]))\n      LicenseAcquisitionUrl.foreach(__v => __obj.updateDynamic(\"LicenseAcquisitionUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PlayReadyDrm]\n    }\n  }\n\n  \/** Use Only for Fragmented MP4 or MPEG-TS Outputs. If you specify a preset for which the value of Container is <code>fmp4<\/code> (Fragmented MP4) or <code>ts<\/code> (MPEG-TS), Playlists contains information about the master playlists that you want Elastic Transcoder to create. We recommend that you create only one master playlist per output format. The maximum number of master playlists in a job is 30.\n    *\/\n  @js.native\n  trait Playlist extends js.Object {\n    var Format: js.UndefOr[PlaylistFormat]\n    var HlsContentProtection: js.UndefOr[HlsContentProtection]\n    var Name: js.UndefOr[Filename]\n    var OutputKeys: js.UndefOr[OutputKeys]\n    var PlayReadyDrm: js.UndefOr[PlayReadyDrm]\n    var Status: js.UndefOr[JobStatus]\n    var StatusDetail: js.UndefOr[Description]\n  }\n\n  object Playlist {\n    @inline\n    def apply(\n        Format: js.UndefOr[PlaylistFormat] = js.undefined,\n        HlsContentProtection: js.UndefOr[HlsContentProtection] = js.undefined,\n        Name: js.UndefOr[Filename] = js.undefined,\n        OutputKeys: js.UndefOr[OutputKeys] = js.undefined,\n        PlayReadyDrm: js.UndefOr[PlayReadyDrm] = js.undefined,\n        Status: js.UndefOr[JobStatus] = js.undefined,\n        StatusDetail: js.UndefOr[Description] = js.undefined\n    ): Playlist = {\n      val __obj = js.Dynamic.literal()\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      HlsContentProtection.foreach(__v => __obj.updateDynamic(\"HlsContentProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputKeys.foreach(__v => __obj.updateDynamic(\"OutputKeys\")(__v.asInstanceOf[js.Any]))\n      PlayReadyDrm.foreach(__v => __obj.updateDynamic(\"PlayReadyDrm\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetail.foreach(__v => __obj.updateDynamic(\"StatusDetail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Playlist]\n    }\n  }\n\n  \/** Presets are templates that contain most of the settings for transcoding media files from one format to another. Elastic Transcoder includes some default presets for common formats, for example, several iPod and iPhone versions. You can also create your own presets for formats that aren't included among the default presets. You specify which preset you want to use when you create a job.\n    *\/\n  @js.native\n  trait Preset extends js.Object {\n    var Arn: js.UndefOr[String]\n    var Audio: js.UndefOr[AudioParameters]\n    var Container: js.UndefOr[PresetContainer]\n    var Description: js.UndefOr[Description]\n    var Id: js.UndefOr[Id]\n    var Name: js.UndefOr[Name]\n    var Thumbnails: js.UndefOr[Thumbnails]\n    var Type: js.UndefOr[PresetType]\n    var Video: js.UndefOr[VideoParameters]\n  }\n\n  object Preset {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined,\n        Audio: js.UndefOr[AudioParameters] = js.undefined,\n        Container: js.UndefOr[PresetContainer] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Id: js.UndefOr[Id] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Thumbnails: js.UndefOr[Thumbnails] = js.undefined,\n        Type: js.UndefOr[PresetType] = js.undefined,\n        Video: js.UndefOr[VideoParameters] = js.undefined\n    ): Preset = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Audio.foreach(__v => __obj.updateDynamic(\"Audio\")(__v.asInstanceOf[js.Any]))\n      Container.foreach(__v => __obj.updateDynamic(\"Container\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Thumbnails.foreach(__v => __obj.updateDynamic(\"Thumbnails\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Video.foreach(__v => __obj.updateDynamic(\"Video\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Preset]\n    }\n  }\n\n  \/** Settings for the size, location, and opacity of graphics that you want Elastic Transcoder to overlay over videos that are transcoded using this preset. You can specify settings for up to four watermarks. Watermarks appear in the specified size and location, and with the specified opacity for the duration of the transcoded video. Watermarks can be in .png or .jpg format. If you want to display a watermark that is not rectangular, use the .png format, which supports transparency. When you create a job that uses this preset, you specify the .png or .jpg graphics that you want Elastic Transcoder to include in the transcoded videos. You can specify fewer graphics in the job than you specify watermark settings in the preset, which allows you to use the same preset for up to four watermarks that have different dimensions.\n    *\/\n  @js.native\n  trait PresetWatermark extends js.Object {\n    var HorizontalAlign: js.UndefOr[HorizontalAlign]\n    var HorizontalOffset: js.UndefOr[PixelsOrPercent]\n    var Id: js.UndefOr[PresetWatermarkId]\n    var MaxHeight: js.UndefOr[PixelsOrPercent]\n    var MaxWidth: js.UndefOr[PixelsOrPercent]\n    var Opacity: js.UndefOr[Opacity]\n    var SizingPolicy: js.UndefOr[WatermarkSizingPolicy]\n    var Target: js.UndefOr[Target]\n    var VerticalAlign: js.UndefOr[VerticalAlign]\n    var VerticalOffset: js.UndefOr[PixelsOrPercent]\n  }\n\n  object PresetWatermark {\n    @inline\n    def apply(\n        HorizontalAlign: js.UndefOr[HorizontalAlign] = js.undefined,\n        HorizontalOffset: js.UndefOr[PixelsOrPercent] = js.undefined,\n        Id: js.UndefOr[PresetWatermarkId] = js.undefined,\n        MaxHeight: js.UndefOr[PixelsOrPercent] = js.undefined,\n        MaxWidth: js.UndefOr[PixelsOrPercent] = js.undefined,\n        Opacity: js.UndefOr[Opacity] = js.undefined,\n        SizingPolicy: js.UndefOr[WatermarkSizingPolicy] = js.undefined,\n        Target: js.UndefOr[Target] = js.undefined,\n        VerticalAlign: js.UndefOr[VerticalAlign] = js.undefined,\n        VerticalOffset: js.UndefOr[PixelsOrPercent] = js.undefined\n    ): PresetWatermark = {\n      val __obj = js.Dynamic.literal()\n      HorizontalAlign.foreach(__v => __obj.updateDynamic(\"HorizontalAlign\")(__v.asInstanceOf[js.Any]))\n      HorizontalOffset.foreach(__v => __obj.updateDynamic(\"HorizontalOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MaxHeight.foreach(__v => __obj.updateDynamic(\"MaxHeight\")(__v.asInstanceOf[js.Any]))\n      MaxWidth.foreach(__v => __obj.updateDynamic(\"MaxWidth\")(__v.asInstanceOf[js.Any]))\n      Opacity.foreach(__v => __obj.updateDynamic(\"Opacity\")(__v.asInstanceOf[js.Any]))\n      SizingPolicy.foreach(__v => __obj.updateDynamic(\"SizingPolicy\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      VerticalAlign.foreach(__v => __obj.updateDynamic(\"VerticalAlign\")(__v.asInstanceOf[js.Any]))\n      VerticalOffset.foreach(__v => __obj.updateDynamic(\"VerticalOffset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PresetWatermark]\n    }\n  }\n\n  \/** The <code>ReadJobRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ReadJobRequest extends js.Object {\n    var Id: Id\n  }\n\n  object ReadJobRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): ReadJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReadJobRequest]\n    }\n  }\n\n  \/** The <code>ReadJobResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ReadJobResponse extends js.Object {\n    var Job: js.UndefOr[Job]\n  }\n\n  object ReadJobResponse {\n    @inline\n    def apply(\n        Job: js.UndefOr[Job] = js.undefined\n    ): ReadJobResponse = {\n      val __obj = js.Dynamic.literal()\n      Job.foreach(__v => __obj.updateDynamic(\"Job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReadJobResponse]\n    }\n  }\n\n  \/** The <code>ReadPipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ReadPipelineRequest extends js.Object {\n    var Id: Id\n  }\n\n  object ReadPipelineRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): ReadPipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReadPipelineRequest]\n    }\n  }\n\n  \/** The <code>ReadPipelineResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ReadPipelineResponse extends js.Object {\n    var Pipeline: js.UndefOr[Pipeline]\n    var Warnings: js.UndefOr[Warnings]\n  }\n\n  object ReadPipelineResponse {\n    @inline\n    def apply(\n        Pipeline: js.UndefOr[Pipeline] = js.undefined,\n        Warnings: js.UndefOr[Warnings] = js.undefined\n    ): ReadPipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      Warnings.foreach(__v => __obj.updateDynamic(\"Warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReadPipelineResponse]\n    }\n  }\n\n  \/** The <code>ReadPresetRequest<\/code> structure.\n    *\/\n  @js.native\n  trait ReadPresetRequest extends js.Object {\n    var Id: Id\n  }\n\n  object ReadPresetRequest {\n    @inline\n    def apply(\n        Id: Id\n    ): ReadPresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReadPresetRequest]\n    }\n  }\n\n  \/** The <code>ReadPresetResponse<\/code> structure.\n    *\/\n  @js.native\n  trait ReadPresetResponse extends js.Object {\n    var Preset: js.UndefOr[Preset]\n  }\n\n  object ReadPresetResponse {\n    @inline\n    def apply(\n        Preset: js.UndefOr[Preset] = js.undefined\n    ): ReadPresetResponse = {\n      val __obj = js.Dynamic.literal()\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReadPresetResponse]\n    }\n  }\n\n  \/** The <code>TestRoleRequest<\/code> structure.\n    *\/\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  @js.native\n  trait TestRoleRequest extends js.Object {\n    var InputBucket: BucketName\n    var OutputBucket: BucketName\n    var Role: Role\n    var Topics: SnsTopics\n  }\n\n  object TestRoleRequest {\n    @inline\n    def apply(\n        InputBucket: BucketName,\n        OutputBucket: BucketName,\n        Role: Role,\n        Topics: SnsTopics\n    ): TestRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputBucket\" -> InputBucket.asInstanceOf[js.Any],\n        \"OutputBucket\" -> OutputBucket.asInstanceOf[js.Any],\n        \"Role\" -> Role.asInstanceOf[js.Any],\n        \"Topics\" -> Topics.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestRoleRequest]\n    }\n  }\n\n  \/** The <code>TestRoleResponse<\/code> structure.\n    *\/\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  @js.native\n  trait TestRoleResponse extends js.Object {\n    var Messages: js.UndefOr[ExceptionMessages]\n    var Success: js.UndefOr[Success]\n  }\n\n  object TestRoleResponse {\n    @inline\n    def apply(\n        Messages: js.UndefOr[ExceptionMessages] = js.undefined,\n        Success: js.UndefOr[Success] = js.undefined\n    ): TestRoleResponse = {\n      val __obj = js.Dynamic.literal()\n      Messages.foreach(__v => __obj.updateDynamic(\"Messages\")(__v.asInstanceOf[js.Any]))\n      Success.foreach(__v => __obj.updateDynamic(\"Success\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestRoleResponse]\n    }\n  }\n\n  \/** Thumbnails for videos.\n    *\/\n  @js.native\n  trait Thumbnails extends js.Object {\n    var AspectRatio: js.UndefOr[AspectRatio]\n    var Format: js.UndefOr[JpgOrPng]\n    var Interval: js.UndefOr[Digits]\n    var MaxHeight: js.UndefOr[DigitsOrAuto]\n    var MaxWidth: js.UndefOr[DigitsOrAuto]\n    var PaddingPolicy: js.UndefOr[PaddingPolicy]\n    var Resolution: js.UndefOr[ThumbnailResolution]\n    var SizingPolicy: js.UndefOr[SizingPolicy]\n  }\n\n  object Thumbnails {\n    @inline\n    def apply(\n        AspectRatio: js.UndefOr[AspectRatio] = js.undefined,\n        Format: js.UndefOr[JpgOrPng] = js.undefined,\n        Interval: js.UndefOr[Digits] = js.undefined,\n        MaxHeight: js.UndefOr[DigitsOrAuto] = js.undefined,\n        MaxWidth: js.UndefOr[DigitsOrAuto] = js.undefined,\n        PaddingPolicy: js.UndefOr[PaddingPolicy] = js.undefined,\n        Resolution: js.UndefOr[ThumbnailResolution] = js.undefined,\n        SizingPolicy: js.UndefOr[SizingPolicy] = js.undefined\n    ): Thumbnails = {\n      val __obj = js.Dynamic.literal()\n      AspectRatio.foreach(__v => __obj.updateDynamic(\"AspectRatio\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      MaxHeight.foreach(__v => __obj.updateDynamic(\"MaxHeight\")(__v.asInstanceOf[js.Any]))\n      MaxWidth.foreach(__v => __obj.updateDynamic(\"MaxWidth\")(__v.asInstanceOf[js.Any]))\n      PaddingPolicy.foreach(__v => __obj.updateDynamic(\"PaddingPolicy\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      SizingPolicy.foreach(__v => __obj.updateDynamic(\"SizingPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Thumbnails]\n    }\n  }\n\n  \/** Settings that determine when a clip begins and how long it lasts.\n    *\/\n  @js.native\n  trait TimeSpan extends js.Object {\n    var Duration: js.UndefOr[Time]\n    var StartTime: js.UndefOr[Time]\n  }\n\n  object TimeSpan {\n    @inline\n    def apply(\n        Duration: js.UndefOr[Time] = js.undefined,\n        StartTime: js.UndefOr[Time] = js.undefined\n    ): TimeSpan = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeSpan]\n    }\n  }\n\n  \/** Details about the timing of a job.\n    *\/\n  @js.native\n  trait Timing extends js.Object {\n    var FinishTimeMillis: js.UndefOr[NullableLong]\n    var StartTimeMillis: js.UndefOr[NullableLong]\n    var SubmitTimeMillis: js.UndefOr[NullableLong]\n  }\n\n  object Timing {\n    @inline\n    def apply(\n        FinishTimeMillis: js.UndefOr[NullableLong] = js.undefined,\n        StartTimeMillis: js.UndefOr[NullableLong] = js.undefined,\n        SubmitTimeMillis: js.UndefOr[NullableLong] = js.undefined\n    ): Timing = {\n      val __obj = js.Dynamic.literal()\n      FinishTimeMillis.foreach(__v => __obj.updateDynamic(\"FinishTimeMillis\")(__v.asInstanceOf[js.Any]))\n      StartTimeMillis.foreach(__v => __obj.updateDynamic(\"StartTimeMillis\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeMillis.foreach(__v => __obj.updateDynamic(\"SubmitTimeMillis\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Timing]\n    }\n  }\n\n  \/** The <code>UpdatePipelineNotificationsRequest<\/code> structure.\n    *\/\n  @js.native\n  trait UpdatePipelineNotificationsRequest extends js.Object {\n    var Id: Id\n    var Notifications: Notifications\n  }\n\n  object UpdatePipelineNotificationsRequest {\n    @inline\n    def apply(\n        Id: Id,\n        Notifications: Notifications\n    ): UpdatePipelineNotificationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Notifications\" -> Notifications.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePipelineNotificationsRequest]\n    }\n  }\n\n  \/** The <code>UpdatePipelineNotificationsResponse<\/code> structure.\n    *\/\n  @js.native\n  trait UpdatePipelineNotificationsResponse extends js.Object {\n    var Pipeline: js.UndefOr[Pipeline]\n  }\n\n  object UpdatePipelineNotificationsResponse {\n    @inline\n    def apply(\n        Pipeline: js.UndefOr[Pipeline] = js.undefined\n    ): UpdatePipelineNotificationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineNotificationsResponse]\n    }\n  }\n\n  \/** The <code>UpdatePipelineRequest<\/code> structure.\n    *\/\n  @js.native\n  trait UpdatePipelineRequest extends js.Object {\n    var Id: Id\n    var AwsKmsKeyArn: js.UndefOr[KeyArn]\n    var ContentConfig: js.UndefOr[PipelineOutputConfig]\n    var InputBucket: js.UndefOr[BucketName]\n    var Name: js.UndefOr[Name]\n    var Notifications: js.UndefOr[Notifications]\n    var Role: js.UndefOr[Role]\n    var ThumbnailConfig: js.UndefOr[PipelineOutputConfig]\n  }\n\n  object UpdatePipelineRequest {\n    @inline\n    def apply(\n        Id: Id,\n        AwsKmsKeyArn: js.UndefOr[KeyArn] = js.undefined,\n        ContentConfig: js.UndefOr[PipelineOutputConfig] = js.undefined,\n        InputBucket: js.UndefOr[BucketName] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Notifications: js.UndefOr[Notifications] = js.undefined,\n        Role: js.UndefOr[Role] = js.undefined,\n        ThumbnailConfig: js.UndefOr[PipelineOutputConfig] = js.undefined\n    ): UpdatePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      AwsKmsKeyArn.foreach(__v => __obj.updateDynamic(\"AwsKmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      ContentConfig.foreach(__v => __obj.updateDynamic(\"ContentConfig\")(__v.asInstanceOf[js.Any]))\n      InputBucket.foreach(__v => __obj.updateDynamic(\"InputBucket\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      ThumbnailConfig.foreach(__v => __obj.updateDynamic(\"ThumbnailConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineRequest]\n    }\n  }\n\n  \/** When you update a pipeline, Elastic Transcoder returns the values that you specified in the request.\n    *\/\n  @js.native\n  trait UpdatePipelineResponse extends js.Object {\n    var Pipeline: js.UndefOr[Pipeline]\n    var Warnings: js.UndefOr[Warnings]\n  }\n\n  object UpdatePipelineResponse {\n    @inline\n    def apply(\n        Pipeline: js.UndefOr[Pipeline] = js.undefined,\n        Warnings: js.UndefOr[Warnings] = js.undefined\n    ): UpdatePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      Warnings.foreach(__v => __obj.updateDynamic(\"Warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineResponse]\n    }\n  }\n\n  \/** The <code>UpdatePipelineStatusRequest<\/code> structure.\n    *\/\n  @js.native\n  trait UpdatePipelineStatusRequest extends js.Object {\n    var Id: Id\n    var Status: PipelineStatus\n  }\n\n  object UpdatePipelineStatusRequest {\n    @inline\n    def apply(\n        Id: Id,\n        Status: PipelineStatus\n    ): UpdatePipelineStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePipelineStatusRequest]\n    }\n  }\n\n  \/** When you update status for a pipeline, Elastic Transcoder returns the values that you specified in the request.\n    *\/\n  @js.native\n  trait UpdatePipelineStatusResponse extends js.Object {\n    var Pipeline: js.UndefOr[Pipeline]\n  }\n\n  object UpdatePipelineStatusResponse {\n    @inline\n    def apply(\n        Pipeline: js.UndefOr[Pipeline] = js.undefined\n    ): UpdatePipelineStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineStatusResponse]\n    }\n  }\n\n  \/** The <code>VideoParameters<\/code> structure.\n    *\/\n  @js.native\n  trait VideoParameters extends js.Object {\n    var AspectRatio: js.UndefOr[AspectRatio]\n    var BitRate: js.UndefOr[VideoBitRate]\n    var Codec: js.UndefOr[VideoCodec]\n    var CodecOptions: js.UndefOr[CodecOptions]\n    var DisplayAspectRatio: js.UndefOr[AspectRatio]\n    var FixedGOP: js.UndefOr[FixedGOP]\n    var FrameRate: js.UndefOr[FrameRate]\n    var KeyframesMaxDist: js.UndefOr[KeyframesMaxDist]\n    var MaxFrameRate: js.UndefOr[MaxFrameRate]\n    var MaxHeight: js.UndefOr[DigitsOrAuto]\n    var MaxWidth: js.UndefOr[DigitsOrAuto]\n    var PaddingPolicy: js.UndefOr[PaddingPolicy]\n    var Resolution: js.UndefOr[Resolution]\n    var SizingPolicy: js.UndefOr[SizingPolicy]\n    var Watermarks: js.UndefOr[PresetWatermarks]\n  }\n\n  object VideoParameters {\n    @inline\n    def apply(\n        AspectRatio: js.UndefOr[AspectRatio] = js.undefined,\n        BitRate: js.UndefOr[VideoBitRate] = js.undefined,\n        Codec: js.UndefOr[VideoCodec] = js.undefined,\n        CodecOptions: js.UndefOr[CodecOptions] = js.undefined,\n        DisplayAspectRatio: js.UndefOr[AspectRatio] = js.undefined,\n        FixedGOP: js.UndefOr[FixedGOP] = js.undefined,\n        FrameRate: js.UndefOr[FrameRate] = js.undefined,\n        KeyframesMaxDist: js.UndefOr[KeyframesMaxDist] = js.undefined,\n        MaxFrameRate: js.UndefOr[MaxFrameRate] = js.undefined,\n        MaxHeight: js.UndefOr[DigitsOrAuto] = js.undefined,\n        MaxWidth: js.UndefOr[DigitsOrAuto] = js.undefined,\n        PaddingPolicy: js.UndefOr[PaddingPolicy] = js.undefined,\n        Resolution: js.UndefOr[Resolution] = js.undefined,\n        SizingPolicy: js.UndefOr[SizingPolicy] = js.undefined,\n        Watermarks: js.UndefOr[PresetWatermarks] = js.undefined\n    ): VideoParameters = {\n      val __obj = js.Dynamic.literal()\n      AspectRatio.foreach(__v => __obj.updateDynamic(\"AspectRatio\")(__v.asInstanceOf[js.Any]))\n      BitRate.foreach(__v => __obj.updateDynamic(\"BitRate\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      CodecOptions.foreach(__v => __obj.updateDynamic(\"CodecOptions\")(__v.asInstanceOf[js.Any]))\n      DisplayAspectRatio.foreach(__v => __obj.updateDynamic(\"DisplayAspectRatio\")(__v.asInstanceOf[js.Any]))\n      FixedGOP.foreach(__v => __obj.updateDynamic(\"FixedGOP\")(__v.asInstanceOf[js.Any]))\n      FrameRate.foreach(__v => __obj.updateDynamic(\"FrameRate\")(__v.asInstanceOf[js.Any]))\n      KeyframesMaxDist.foreach(__v => __obj.updateDynamic(\"KeyframesMaxDist\")(__v.asInstanceOf[js.Any]))\n      MaxFrameRate.foreach(__v => __obj.updateDynamic(\"MaxFrameRate\")(__v.asInstanceOf[js.Any]))\n      MaxHeight.foreach(__v => __obj.updateDynamic(\"MaxHeight\")(__v.asInstanceOf[js.Any]))\n      MaxWidth.foreach(__v => __obj.updateDynamic(\"MaxWidth\")(__v.asInstanceOf[js.Any]))\n      PaddingPolicy.foreach(__v => __obj.updateDynamic(\"PaddingPolicy\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      SizingPolicy.foreach(__v => __obj.updateDynamic(\"SizingPolicy\")(__v.asInstanceOf[js.Any]))\n      Watermarks.foreach(__v => __obj.updateDynamic(\"Watermarks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoParameters]\n    }\n  }\n\n  \/** Elastic Transcoder returns a warning if the resources used by your pipeline are not in the same region as the pipeline. Using resources in the same region, such as your Amazon S3 buckets, Amazon SNS notification topics, and AWS KMS key, reduces processing time and prevents cross-regional charges.\n    *\/\n  @js.native\n  trait Warning extends js.Object {\n    var Code: js.UndefOr[String]\n    var Message: js.UndefOr[String]\n  }\n\n  object Warning {\n    @inline\n    def apply(\n        Code: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined\n    ): Warning = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Warning]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mediaconvert\/src\/main\/scala\/facade\/amazonaws\/services\/MediaConvert.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mediaconvert {\n  type __doubleMin0 = Double\n  type __doubleMin0Max1 = Double\n  type __doubleMin0Max2147483647 = Double\n  type __doubleMinNegative59Max0 = Double\n  type __doubleMinNegative60Max3 = Double\n  type __doubleMinNegative60Max6 = Double\n  type __doubleMinNegative60MaxNegative1 = Double\n  type __doubleMinNegative6Max3 = Double\n  type __integer = Int\n  type __integerMin0Max0 = Int\n  type __integerMin0Max1 = Int\n  type __integerMin0Max10 = Int\n  type __integerMin0Max100 = Int\n  type __integerMin0Max1000 = Int\n  type __integerMin0Max10000 = Int\n  type __integerMin0Max1152000000 = Int\n  type __integerMin0Max128 = Int\n  type __integerMin0Max1466400000 = Int\n  type __integerMin0Max15 = Int\n  type __integerMin0Max16 = Int\n  type __integerMin0Max2147483647 = Int\n  type __integerMin0Max255 = Int\n  type __integerMin0Max3 = Int\n  type __integerMin0Max30 = Int\n  type __integerMin0Max30000 = Int\n  type __integerMin0Max3600 = Int\n  type __integerMin0Max4 = Int\n  type __integerMin0Max4194303 = Int\n  type __integerMin0Max47185920 = Int\n  type __integerMin0Max500 = Int\n  type __integerMin0Max50000 = Int\n  type __integerMin0Max65534 = Int\n  type __integerMin0Max65535 = Int\n  type __integerMin0Max7 = Int\n  type __integerMin0Max8 = Int\n  type __integerMin0Max9 = Int\n  type __integerMin0Max96 = Int\n  type __integerMin0Max99 = Int\n  type __integerMin100000Max100000000 = Int\n  type __integerMin1000Max1152000000 = Int\n  type __integerMin1000Max1466400000 = Int\n  type __integerMin1000Max288000000 = Int\n  type __integerMin1000Max30000 = Int\n  type __integerMin1000Max300000000 = Int\n  type __integerMin1000Max480000000 = Int\n  type __integerMin10Max48 = Int\n  type __integerMin16000Max320000 = Int\n  type __integerMin16000Max48000 = Int\n  type __integerMin16Max24 = Int\n  type __integerMin1Max1 = Int\n  type __integerMin1Max10 = Int\n  type __integerMin1Max100 = Int\n  type __integerMin1Max10000000 = Int\n  type __integerMin1Max1001 = Int\n  type __integerMin1Max17895697 = Int\n  type __integerMin1Max2 = Int\n  type __integerMin1Max20 = Int\n  type __integerMin1Max2147483640 = Int\n  type __integerMin1Max2147483647 = Int\n  type __integerMin1Max31 = Int\n  type __integerMin1Max32 = Int\n  type __integerMin1Max4 = Int\n  type __integerMin1Max6 = Int\n  type __integerMin1Max60000 = Int\n  type __integerMin1Max64 = Int\n  type __integerMin22050Max48000 = Int\n  type __integerMin24Max60000 = Int\n  type __integerMin25Max10000 = Int\n  type __integerMin25Max2000 = Int\n  type __integerMin2Max2147483647 = Int\n  type __integerMin32000Max192000 = Int\n  type __integerMin32000Max384000 = Int\n  type __integerMin32000Max48000 = Int\n  type __integerMin32Max8182 = Int\n  type __integerMin32Max8192 = Int\n  type __integerMin384000Max768000 = Int\n  type __integerMin3Max15 = Int\n  type __integerMin48000Max48000 = Int\n  type __integerMin6000Max1024000 = Int\n  type __integerMin64000Max640000 = Int\n  type __integerMin7Max15 = Int\n  type __integerMin8000Max192000 = Int\n  type __integerMin8000Max96000 = Int\n  type __integerMin96Max600 = Int\n  type __integerMinNegative1000Max1000 = Int\n  type __integerMinNegative180Max180 = Int\n  type __integerMinNegative1Max10 = Int\n  type __integerMinNegative1Max3 = Int\n  type __integerMinNegative2147483648Max2147483647 = Int\n  type __integerMinNegative2Max3 = Int\n  type __integerMinNegative50Max50 = Int\n  type __integerMinNegative5Max5 = Int\n  type __integerMinNegative60Max6 = Int\n  type __integerMinNegative70Max0 = Int\n  type __listOfAudioDescription = js.Array[AudioDescription]\n  type __listOfCaptionDescription = js.Array[CaptionDescription]\n  type __listOfCaptionDescriptionPreset = js.Array[CaptionDescriptionPreset]\n  type __listOfCmafAdditionalManifest = js.Array[CmafAdditionalManifest]\n  type __listOfDashAdditionalManifest = js.Array[DashAdditionalManifest]\n  type __listOfEndpoint = js.Array[Endpoint]\n  type __listOfHlsAdMarkers = js.Array[HlsAdMarkers]\n  type __listOfHlsAdditionalManifest = js.Array[HlsAdditionalManifest]\n  type __listOfHlsCaptionLanguageMapping = js.Array[HlsCaptionLanguageMapping]\n  type __listOfHopDestination = js.Array[HopDestination]\n  type __listOfId3Insertion = js.Array[Id3Insertion]\n  type __listOfInput = js.Array[Input]\n  type __listOfInputClipping = js.Array[InputClipping]\n  type __listOfInputTemplate = js.Array[InputTemplate]\n  type __listOfInsertableImage = js.Array[InsertableImage]\n  type __listOfJob = js.Array[Job]\n  type __listOfJobTemplate = js.Array[JobTemplate]\n  type __listOfMsSmoothAdditionalManifest = js.Array[MsSmoothAdditionalManifest]\n  type __listOfOutput = js.Array[Output]\n  type __listOfOutputChannelMapping = js.Array[OutputChannelMapping]\n  type __listOfOutputDetail = js.Array[OutputDetail]\n  type __listOfOutputGroup = js.Array[OutputGroup]\n  type __listOfOutputGroupDetail = js.Array[OutputGroupDetail]\n  type __listOfPreset = js.Array[Preset]\n  type __listOfQueue = js.Array[Queue]\n  type __listOfQueueTransition = js.Array[QueueTransition]\n  type __listOfTeletextPageType = js.Array[TeletextPageType]\n  type __listOf__doubleMinNegative60Max6 = js.Array[__doubleMinNegative60Max6]\n  type __listOf__integerMin1Max2147483647 = js.Array[__integerMin1Max2147483647]\n  type __listOf__integerMin32Max8182 = js.Array[__integerMin32Max8182]\n  type __listOf__integerMinNegative60Max6 = js.Array[__integerMinNegative60Max6]\n  type __listOf__string = js.Array[__string]\n  type __listOf__stringMin1 = js.Array[__stringMin1]\n  type __listOf__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12 = js.Array[__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12]\n  type __listOf__stringPattern09aFAF809aFAF409aFAF409aFAF409aFAF12 = js.Array[__stringPattern09aFAF809aFAF409aFAF409aFAF409aFAF12]\n  type __listOf__stringPatternS3ASSETMAPXml = js.Array[__stringPatternS3ASSETMAPXml]\n  type __mapOfAudioSelector = js.Dictionary[AudioSelector]\n  type __mapOfAudioSelectorGroup = js.Dictionary[AudioSelectorGroup]\n  type __mapOfCaptionSelector = js.Dictionary[CaptionSelector]\n  type __mapOf__string = js.Dictionary[__string]\n  type __string = String\n  type __stringMin0 = String\n  type __stringMin1 = String\n  type __stringMin11Max11Pattern01D20305D205D = String\n  type __stringMin14PatternS3BmpBMPPngPNGHttpsBmpBMPPngPNG = String\n  type __stringMin14PatternS3BmpBMPPngPNGTgaTGAHttpsBmpBMPPngPNGTgaTGA = String\n  type __stringMin14PatternS3Mov09PngHttpsMov09Png = String\n  type __stringMin14PatternS3SccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTTHttpsSccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTT = String\n  type __stringMin16Max24PatternAZaZ0922AZaZ0916 = String\n  type __stringMin1Max100000 = String\n  type __stringMin1Max20 = String\n  type __stringMin1Max256 = String\n  type __stringMin1Max50 = String\n  type __stringMin24Max512PatternAZaZ0902 = String\n  type __stringMin32Max32Pattern09aFAF32 = String\n  type __stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12 = String\n  type __stringMin3Max3Pattern1809aFAF09aEAE = String\n  type __stringMin3Max3PatternAZaZ3 = String\n  type __stringMin9Max19PatternAZ26EastWestCentralNorthSouthEastWest1912 = String\n  type __stringPattern = String\n  type __stringPattern010920405090509092 = String\n  type __stringPattern01D20305D205D = String\n  type __stringPattern0940191020191209301 = String\n  type __stringPattern09aFAF809aFAF409aFAF409aFAF409aFAF12 = String\n  type __stringPattern0xAFaF0908190908 = String\n  type __stringPatternAZaZ0902 = String\n  type __stringPatternAZaZ0932 = String\n  type __stringPatternAZaZ23AZaZ = String\n  type __stringPatternArnAwsUsGovAcm = String\n  type __stringPatternArnAwsUsGovCnKmsAZ26EastWestCentralNorthSouthEastWest1912D12KeyAFAF098AFAF094AFAF094AFAF094AFAF0912 = String\n  type __stringPatternDD = String\n  type __stringPatternHttps = String\n  type __stringPatternIdentityAZaZ26AZaZ09163 = String\n  type __stringPatternS3 = String\n  type __stringPatternS3ASSETMAPXml = String\n  type __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 = String\n  type __stringPatternS3MM2PPWWEEBBMMMM2VVMMPPEEGGMMPP3AAVVIIMMPP4FFLLVVMMPPTTMMPPGGMM4VVTTRRPPFF4VVMM2TTSSTTSS264HH264MMKKVVMMKKAAMMOOVVMMTTSSMM2TTWWMMVVaAAASSFFVVOOBB3GGPP3GGPPPPMMXXFFDDIIVVXXXXVVIIDDRRAAWWDDVVGGXXFFMM1VV3GG2VVMMFFMM3UU8LLCCHHGGXXFFMMPPEEGG2MMXXFFMMPPEEGG2MMXXFFHHDDWWAAVVYY4MMAAAACCAAIIFFFFMMPP2AACC3EECC3DDTTSSEEHttpsMM2VVMMPPEEGGMMPP3AAVVIIMMPP4FFLLVVMMPPTTMMPPGGMM4VVTTRRPPFF4VVMM2TTSSTTSS264HH264MMKKVVMMKKAAMMOOVVMMTTSSMM2TTWWMMVVaAAASSFFVVOOBB3GGPP3GGPPPPMMXXFFDDIIVVXXXXVVIIDDRRAAWWDDVVGGXXFFMM1VV3GG2VVMMFFMM3UU8LLCCHHGGXXFFMMPPEEGG2MMXXFFMMPPEEGG2MMXXFFHHDDWWAAVVYY4MMAAAACCAAIIFFFFMMPP2AACC3EECC3DDTTSSEE = String\n  type __stringPatternSNManifestConfirmConditionNotificationNS = String\n  type __stringPatternSNSignalProcessingNotificationNS = String\n  type __stringPatternW = String\n  type __stringPatternWS = String\n  type __timestampUnix = js.Date\n\n  implicit final class MediaConvertOps(private val service: MediaConvert) extends AnyVal {\n\n    @inline def associateCertificateFuture(params: AssociateCertificateRequest): Future[AssociateCertificateResponse] = service.associateCertificate(params).promise().toFuture\n    @inline def cancelJobFuture(params: CancelJobRequest): Future[CancelJobResponse] = service.cancelJob(params).promise().toFuture\n    @inline def createJobFuture(params: CreateJobRequest): Future[CreateJobResponse] = service.createJob(params).promise().toFuture\n    @inline def createJobTemplateFuture(params: CreateJobTemplateRequest): Future[CreateJobTemplateResponse] = service.createJobTemplate(params).promise().toFuture\n    @inline def createPresetFuture(params: CreatePresetRequest): Future[CreatePresetResponse] = service.createPreset(params).promise().toFuture\n    @inline def createQueueFuture(params: CreateQueueRequest): Future[CreateQueueResponse] = service.createQueue(params).promise().toFuture\n    @inline def deleteJobTemplateFuture(params: DeleteJobTemplateRequest): Future[DeleteJobTemplateResponse] = service.deleteJobTemplate(params).promise().toFuture\n    @inline def deletePresetFuture(params: DeletePresetRequest): Future[DeletePresetResponse] = service.deletePreset(params).promise().toFuture\n    @inline def deleteQueueFuture(params: DeleteQueueRequest): Future[DeleteQueueResponse] = service.deleteQueue(params).promise().toFuture\n    @inline def describeEndpointsFuture(params: DescribeEndpointsRequest): Future[DescribeEndpointsResponse] = service.describeEndpoints(params).promise().toFuture\n    @inline def disassociateCertificateFuture(params: DisassociateCertificateRequest): Future[DisassociateCertificateResponse] = service.disassociateCertificate(params).promise().toFuture\n    @inline def getJobFuture(params: GetJobRequest): Future[GetJobResponse] = service.getJob(params).promise().toFuture\n    @inline def getJobTemplateFuture(params: GetJobTemplateRequest): Future[GetJobTemplateResponse] = service.getJobTemplate(params).promise().toFuture\n    @inline def getPresetFuture(params: GetPresetRequest): Future[GetPresetResponse] = service.getPreset(params).promise().toFuture\n    @inline def getQueueFuture(params: GetQueueRequest): Future[GetQueueResponse] = service.getQueue(params).promise().toFuture\n    @inline def listJobTemplatesFuture(params: ListJobTemplatesRequest): Future[ListJobTemplatesResponse] = service.listJobTemplates(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsRequest): Future[ListJobsResponse] = service.listJobs(params).promise().toFuture\n    @inline def listPresetsFuture(params: ListPresetsRequest): Future[ListPresetsResponse] = service.listPresets(params).promise().toFuture\n    @inline def listQueuesFuture(params: ListQueuesRequest): Future[ListQueuesResponse] = service.listQueues(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateJobTemplateFuture(params: UpdateJobTemplateRequest): Future[UpdateJobTemplateResponse] = service.updateJobTemplate(params).promise().toFuture\n    @inline def updatePresetFuture(params: UpdatePresetRequest): Future[UpdatePresetResponse] = service.updatePreset(params).promise().toFuture\n    @inline def updateQueueFuture(params: UpdateQueueRequest): Future[UpdateQueueResponse] = service.updateQueue(params).promise().toFuture\n\n  }\n}\n\npackage mediaconvert {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mediaconvert\", JSImport.Namespace, \"AWS.MediaConvert\")\n  class MediaConvert() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateCertificate(params: AssociateCertificateRequest): Request[AssociateCertificateResponse] = js.native\n    def cancelJob(params: CancelJobRequest): Request[CancelJobResponse] = js.native\n    def createJob(params: CreateJobRequest): Request[CreateJobResponse] = js.native\n    def createJobTemplate(params: CreateJobTemplateRequest): Request[CreateJobTemplateResponse] = js.native\n    def createPreset(params: CreatePresetRequest): Request[CreatePresetResponse] = js.native\n    def createQueue(params: CreateQueueRequest): Request[CreateQueueResponse] = js.native\n    def deleteJobTemplate(params: DeleteJobTemplateRequest): Request[DeleteJobTemplateResponse] = js.native\n    def deletePreset(params: DeletePresetRequest): Request[DeletePresetResponse] = js.native\n    def deleteQueue(params: DeleteQueueRequest): Request[DeleteQueueResponse] = js.native\n    def describeEndpoints(params: DescribeEndpointsRequest): Request[DescribeEndpointsResponse] = js.native\n    def disassociateCertificate(params: DisassociateCertificateRequest): Request[DisassociateCertificateResponse] = js.native\n    def getJob(params: GetJobRequest): Request[GetJobResponse] = js.native\n    def getJobTemplate(params: GetJobTemplateRequest): Request[GetJobTemplateResponse] = js.native\n    def getPreset(params: GetPresetRequest): Request[GetPresetResponse] = js.native\n    def getQueue(params: GetQueueRequest): Request[GetQueueResponse] = js.native\n    def listJobTemplates(params: ListJobTemplatesRequest): Request[ListJobTemplatesResponse] = js.native\n    def listJobs(params: ListJobsRequest): Request[ListJobsResponse] = js.native\n    def listPresets(params: ListPresetsRequest): Request[ListPresetsResponse] = js.native\n    def listQueues(params: ListQueuesRequest): Request[ListQueuesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateJobTemplate(params: UpdateJobTemplateRequest): Request[UpdateJobTemplateResponse] = js.native\n    def updatePreset(params: UpdatePresetRequest): Request[UpdatePresetResponse] = js.native\n    def updateQueue(params: UpdateQueueRequest): Request[UpdateQueueResponse] = js.native\n  }\n\n  \/** Choose BROADCASTER_MIXED_AD when the input contains pre-mixed main audio + audio description (AD) as a stereo pair. The value for AudioType will be set to 3, which signals to downstream systems that this stream contains \"broadcaster mixed AD\". Note that the input received by the encoder must contain pre-mixed audio; the encoder does not perform the mixing. When you choose BROADCASTER_MIXED_AD, the encoder ignores any values you provide in AudioType and FollowInputAudioType. Choose NORMAL when the input does not contain pre-mixed audio + audio description (AD). In this case, the encoder will use any values you provide for AudioType and FollowInputAudioType.\n    *\/\n  @js.native\n  sealed trait AacAudioDescriptionBroadcasterMix extends js.Any\n  object AacAudioDescriptionBroadcasterMix {\n    val BROADCASTER_MIXED_AD = \"BROADCASTER_MIXED_AD\".asInstanceOf[AacAudioDescriptionBroadcasterMix]\n    val NORMAL = \"NORMAL\".asInstanceOf[AacAudioDescriptionBroadcasterMix]\n\n    @inline def values = js.Array(BROADCASTER_MIXED_AD, NORMAL)\n  }\n\n  \/** AAC Profile.\n    *\/\n  @js.native\n  sealed trait AacCodecProfile extends js.Any\n  object AacCodecProfile {\n    val LC = \"LC\".asInstanceOf[AacCodecProfile]\n    val HEV1 = \"HEV1\".asInstanceOf[AacCodecProfile]\n    val HEV2 = \"HEV2\".asInstanceOf[AacCodecProfile]\n\n    @inline def values = js.Array(LC, HEV1, HEV2)\n  }\n\n  \/** Mono (Audio Description), Mono, Stereo, or 5.1 channel layout. Valid values depend on rate control mode and profile. \"1.0 - Audio Description (Receiver Mix)\" setting receives a stereo description plus control track and emits a mono AAC encode of the description track, with control data emitted in the PES header as per ETSI TS 101 154 Annex E.\n    *\/\n  @js.native\n  sealed trait AacCodingMode extends js.Any\n  object AacCodingMode {\n    val AD_RECEIVER_MIX = \"AD_RECEIVER_MIX\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_1_1 = \"CODING_MODE_1_1\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_5_1 = \"CODING_MODE_5_1\".asInstanceOf[AacCodingMode]\n\n    @inline def values = js.Array(AD_RECEIVER_MIX, CODING_MODE_1_0, CODING_MODE_1_1, CODING_MODE_2_0, CODING_MODE_5_1)\n  }\n\n  \/** Rate Control Mode.\n    *\/\n  @js.native\n  sealed trait AacRateControlMode extends js.Any\n  object AacRateControlMode {\n    val CBR = \"CBR\".asInstanceOf[AacRateControlMode]\n    val VBR = \"VBR\".asInstanceOf[AacRateControlMode]\n\n    @inline def values = js.Array(CBR, VBR)\n  }\n\n  \/** Enables LATM\/LOAS AAC output. Note that if you use LATM\/LOAS AAC in an output, you must choose \"No container\" for the output container.\n    *\/\n  @js.native\n  sealed trait AacRawFormat extends js.Any\n  object AacRawFormat {\n    val LATM_LOAS = \"LATM_LOAS\".asInstanceOf[AacRawFormat]\n    val NONE = \"NONE\".asInstanceOf[AacRawFormat]\n\n    @inline def values = js.Array(LATM_LOAS, NONE)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value AAC. The service accepts one of two mutually exclusive groups of AAC settings--VBR and CBR. To select one of these modes, set the value of Bitrate control mode (rateControlMode) to \"VBR\" or \"CBR\". In VBR mode, you control the audio quality with the setting VBR quality (vbrQuality). In CBR mode, you use the setting Bitrate (bitrate). Defaults and valid values depend on the rate control mode.\n    *\/\n  @js.native\n  trait AacSettings extends js.Object {\n    var AudioDescriptionBroadcasterMix: js.UndefOr[AacAudioDescriptionBroadcasterMix]\n    var Bitrate: js.UndefOr[__integerMin6000Max1024000]\n    var CodecProfile: js.UndefOr[AacCodecProfile]\n    var CodingMode: js.UndefOr[AacCodingMode]\n    var RateControlMode: js.UndefOr[AacRateControlMode]\n    var RawFormat: js.UndefOr[AacRawFormat]\n    var SampleRate: js.UndefOr[__integerMin8000Max96000]\n    var Specification: js.UndefOr[AacSpecification]\n    var VbrQuality: js.UndefOr[AacVbrQuality]\n  }\n\n  object AacSettings {\n    @inline\n    def apply(\n        AudioDescriptionBroadcasterMix: js.UndefOr[AacAudioDescriptionBroadcasterMix] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin6000Max1024000] = js.undefined,\n        CodecProfile: js.UndefOr[AacCodecProfile] = js.undefined,\n        CodingMode: js.UndefOr[AacCodingMode] = js.undefined,\n        RateControlMode: js.UndefOr[AacRateControlMode] = js.undefined,\n        RawFormat: js.UndefOr[AacRawFormat] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin8000Max96000] = js.undefined,\n        Specification: js.UndefOr[AacSpecification] = js.undefined,\n        VbrQuality: js.UndefOr[AacVbrQuality] = js.undefined\n    ): AacSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioDescriptionBroadcasterMix.foreach(__v => __obj.updateDynamic(\"AudioDescriptionBroadcasterMix\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodecProfile.foreach(__v => __obj.updateDynamic(\"CodecProfile\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      RawFormat.foreach(__v => __obj.updateDynamic(\"RawFormat\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      Specification.foreach(__v => __obj.updateDynamic(\"Specification\")(__v.asInstanceOf[js.Any]))\n      VbrQuality.foreach(__v => __obj.updateDynamic(\"VbrQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AacSettings]\n    }\n  }\n\n  \/** Use MPEG-2 AAC instead of MPEG-4 AAC audio for raw or MPEG-2 Transport Stream containers.\n    *\/\n  @js.native\n  sealed trait AacSpecification extends js.Any\n  object AacSpecification {\n    val MPEG2 = \"MPEG2\".asInstanceOf[AacSpecification]\n    val MPEG4 = \"MPEG4\".asInstanceOf[AacSpecification]\n\n    @inline def values = js.Array(MPEG2, MPEG4)\n  }\n\n  \/** VBR Quality Level - Only used if rate_control_mode is VBR.\n    *\/\n  @js.native\n  sealed trait AacVbrQuality extends js.Any\n  object AacVbrQuality {\n    val LOW = \"LOW\".asInstanceOf[AacVbrQuality]\n    val MEDIUM_LOW = \"MEDIUM_LOW\".asInstanceOf[AacVbrQuality]\n    val MEDIUM_HIGH = \"MEDIUM_HIGH\".asInstanceOf[AacVbrQuality]\n    val HIGH = \"HIGH\".asInstanceOf[AacVbrQuality]\n\n    @inline def values = js.Array(LOW, MEDIUM_LOW, MEDIUM_HIGH, HIGH)\n  }\n\n  \/** Specify the bitstream mode for the AC-3 stream that the encoder emits. For more information about the AC3 bitstream mode, see ATSC A\/52-2012 (Annex E).\n    *\/\n  @js.native\n  sealed trait Ac3BitstreamMode extends js.Any\n  object Ac3BitstreamMode {\n    val COMPLETE_MAIN = \"COMPLETE_MAIN\".asInstanceOf[Ac3BitstreamMode]\n    val COMMENTARY = \"COMMENTARY\".asInstanceOf[Ac3BitstreamMode]\n    val DIALOGUE = \"DIALOGUE\".asInstanceOf[Ac3BitstreamMode]\n    val EMERGENCY = \"EMERGENCY\".asInstanceOf[Ac3BitstreamMode]\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[Ac3BitstreamMode]\n    val MUSIC_AND_EFFECTS = \"MUSIC_AND_EFFECTS\".asInstanceOf[Ac3BitstreamMode]\n    val VISUALLY_IMPAIRED = \"VISUALLY_IMPAIRED\".asInstanceOf[Ac3BitstreamMode]\n    val VOICE_OVER = \"VOICE_OVER\".asInstanceOf[Ac3BitstreamMode]\n\n    @inline def values = js.Array(COMPLETE_MAIN, COMMENTARY, DIALOGUE, EMERGENCY, HEARING_IMPAIRED, MUSIC_AND_EFFECTS, VISUALLY_IMPAIRED, VOICE_OVER)\n  }\n\n  \/** Dolby Digital coding mode. Determines number of channels.\n    *\/\n  @js.native\n  sealed trait Ac3CodingMode extends js.Any\n  object Ac3CodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_1_1 = \"CODING_MODE_1_1\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_3_2_LFE = \"CODING_MODE_3_2_LFE\".asInstanceOf[Ac3CodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_1_1, CODING_MODE_2_0, CODING_MODE_3_2_LFE)\n  }\n\n  \/** Choose the Dolby Digital dynamic range control (DRC) profile that MediaConvert uses when encoding the metadata in the Dolby Digital stream for the line operating mode. Related setting: When you use this setting, MediaConvert ignores any value you provide for Dynamic range compression profile (DynamicRangeCompressionProfile). For information about the Dolby Digital DRC operating modes and profiles, see the Dynamic Range Control chapter of the Dolby Metadata Guide at https:\/\/developer.dolby.com\/globalassets\/professional\/documents\/dolby-metadata-guide.pdf.\n    *\/\n  @js.native\n  sealed trait Ac3DynamicRangeCompressionLine extends js.Any\n  object Ac3DynamicRangeCompressionLine {\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n    val SPEECH = \"SPEECH\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n    val NONE = \"NONE\".asInstanceOf[Ac3DynamicRangeCompressionLine]\n\n    @inline def values = js.Array(FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH, NONE)\n  }\n\n  \/** When you want to add Dolby dynamic range compression (DRC) signaling to your output stream, we recommend that you use the mode-specific settings instead of Dynamic range compression profile (DynamicRangeCompressionProfile). The mode-specific settings are Dynamic range compression profile, line mode (dynamicRangeCompressionLine) and Dynamic range compression profile, RF mode (dynamicRangeCompressionRf). Note that when you specify values for all three settings, MediaConvert ignores the value of this setting in favor of the mode-specific settings. If you do use this setting instead of the mode-specific settings, choose None (NONE) to leave out DRC signaling. Keep the default Film standard (FILM_STANDARD) to set the profile to Dolby's film standard profile for all operating modes.\n    *\/\n  @js.native\n  sealed trait Ac3DynamicRangeCompressionProfile extends js.Any\n  object Ac3DynamicRangeCompressionProfile {\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Ac3DynamicRangeCompressionProfile]\n    val NONE = \"NONE\".asInstanceOf[Ac3DynamicRangeCompressionProfile]\n\n    @inline def values = js.Array(FILM_STANDARD, NONE)\n  }\n\n  \/** Choose the Dolby Digital dynamic range control (DRC) profile that MediaConvert uses when encoding the metadata in the Dolby Digital stream for the RF operating mode. Related setting: When you use this setting, MediaConvert ignores any value you provide for Dynamic range compression profile (DynamicRangeCompressionProfile). For information about the Dolby Digital DRC operating modes and profiles, see the Dynamic Range Control chapter of the Dolby Metadata Guide at https:\/\/developer.dolby.com\/globalassets\/professional\/documents\/dolby-metadata-guide.pdf.\n    *\/\n  @js.native\n  sealed trait Ac3DynamicRangeCompressionRf extends js.Any\n  object Ac3DynamicRangeCompressionRf {\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n    val SPEECH = \"SPEECH\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n    val NONE = \"NONE\".asInstanceOf[Ac3DynamicRangeCompressionRf]\n\n    @inline def values = js.Array(FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH, NONE)\n  }\n\n  \/** Applies a 120Hz lowpass filter to the LFE channel prior to encoding. Only valid with 3_2_LFE coding mode.\n    *\/\n  @js.native\n  sealed trait Ac3LfeFilter extends js.Any\n  object Ac3LfeFilter {\n    val ENABLED = \"ENABLED\".asInstanceOf[Ac3LfeFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[Ac3LfeFilter]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** When set to FOLLOW_INPUT, encoder metadata will be sourced from the DD, DD+, or DolbyE decoder that supplied this audio data. If audio was not supplied from one of these streams, then the static metadata settings will be used.\n    *\/\n  @js.native\n  sealed trait Ac3MetadataControl extends js.Any\n  object Ac3MetadataControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[Ac3MetadataControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[Ac3MetadataControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value AC3.\n    *\/\n  @js.native\n  trait Ac3Settings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin64000Max640000]\n    var BitstreamMode: js.UndefOr[Ac3BitstreamMode]\n    var CodingMode: js.UndefOr[Ac3CodingMode]\n    var Dialnorm: js.UndefOr[__integerMin1Max31]\n    var DynamicRangeCompressionLine: js.UndefOr[Ac3DynamicRangeCompressionLine]\n    var DynamicRangeCompressionProfile: js.UndefOr[Ac3DynamicRangeCompressionProfile]\n    var DynamicRangeCompressionRf: js.UndefOr[Ac3DynamicRangeCompressionRf]\n    var LfeFilter: js.UndefOr[Ac3LfeFilter]\n    var MetadataControl: js.UndefOr[Ac3MetadataControl]\n    var SampleRate: js.UndefOr[__integerMin48000Max48000]\n  }\n\n  object Ac3Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin64000Max640000] = js.undefined,\n        BitstreamMode: js.UndefOr[Ac3BitstreamMode] = js.undefined,\n        CodingMode: js.UndefOr[Ac3CodingMode] = js.undefined,\n        Dialnorm: js.UndefOr[__integerMin1Max31] = js.undefined,\n        DynamicRangeCompressionLine: js.UndefOr[Ac3DynamicRangeCompressionLine] = js.undefined,\n        DynamicRangeCompressionProfile: js.UndefOr[Ac3DynamicRangeCompressionProfile] = js.undefined,\n        DynamicRangeCompressionRf: js.UndefOr[Ac3DynamicRangeCompressionRf] = js.undefined,\n        LfeFilter: js.UndefOr[Ac3LfeFilter] = js.undefined,\n        MetadataControl: js.UndefOr[Ac3MetadataControl] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin48000Max48000] = js.undefined\n    ): Ac3Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BitstreamMode.foreach(__v => __obj.updateDynamic(\"BitstreamMode\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      Dialnorm.foreach(__v => __obj.updateDynamic(\"Dialnorm\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionLine.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionLine\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionProfile.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionProfile\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionRf.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionRf\")(__v.asInstanceOf[js.Any]))\n      LfeFilter.foreach(__v => __obj.updateDynamic(\"LfeFilter\")(__v.asInstanceOf[js.Any]))\n      MetadataControl.foreach(__v => __obj.updateDynamic(\"MetadataControl\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ac3Settings]\n    }\n  }\n\n  \/** Specify whether the service runs your job with accelerated transcoding. Choose DISABLED if you don't want accelerated transcoding. Choose ENABLED if you want your job to run with accelerated transcoding and to fail if your input files or your job settings aren't compatible with accelerated transcoding. Choose PREFERRED if you want your job to run with accelerated transcoding if the job is compatible with the feature and to run at standard speed if it's not.\n    *\/\n  @js.native\n  sealed trait AccelerationMode extends js.Any\n  object AccelerationMode {\n    val DISABLED = \"DISABLED\".asInstanceOf[AccelerationMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[AccelerationMode]\n    val PREFERRED = \"PREFERRED\".asInstanceOf[AccelerationMode]\n\n    @inline def values = js.Array(DISABLED, ENABLED, PREFERRED)\n  }\n\n  \/** Accelerated transcoding can significantly speed up jobs with long, visually complex content.\n    *\/\n  @js.native\n  trait AccelerationSettings extends js.Object {\n    var Mode: AccelerationMode\n  }\n\n  object AccelerationSettings {\n    @inline\n    def apply(\n        Mode: AccelerationMode\n    ): AccelerationSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Mode\" -> Mode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccelerationSettings]\n    }\n  }\n\n  \/** Describes whether the current job is running with accelerated transcoding. For jobs that have Acceleration (AccelerationMode) set to DISABLED, AccelerationStatus is always NOT_APPLICABLE. For jobs that have Acceleration (AccelerationMode) set to ENABLED or PREFERRED, AccelerationStatus is one of the other states. AccelerationStatus is IN_PROGRESS initially, while the service determines whether the input files and job settings are compatible with accelerated transcoding. If they are, AcclerationStatus is ACCELERATED. If your input files and job settings aren't compatible with accelerated transcoding, the service either fails your job or runs it without accelerated transcoding, depending on how you set Acceleration (AccelerationMode). When the service runs your job without accelerated transcoding, AccelerationStatus is NOT_ACCELERATED.\n    *\/\n  @js.native\n  sealed trait AccelerationStatus extends js.Any\n  object AccelerationStatus {\n    val NOT_APPLICABLE = \"NOT_APPLICABLE\".asInstanceOf[AccelerationStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[AccelerationStatus]\n    val ACCELERATED = \"ACCELERATED\".asInstanceOf[AccelerationStatus]\n    val NOT_ACCELERATED = \"NOT_ACCELERATED\".asInstanceOf[AccelerationStatus]\n\n    @inline def values = js.Array(NOT_APPLICABLE, IN_PROGRESS, ACCELERATED, NOT_ACCELERATED)\n  }\n\n  \/** This setting only applies to H.264, H.265, and MPEG2 outputs. Use Insert AFD signaling (AfdSignaling) to specify whether the service includes AFD values in the output video data and what those values are. * Choose None to remove all AFD values from this output. * Choose Fixed to ignore input AFD values and instead encode the value specified in the job. * Choose Auto to calculate output AFD values based on the input AFD scaler data.\n    *\/\n  @js.native\n  sealed trait AfdSignaling extends js.Any\n  object AfdSignaling {\n    val NONE = \"NONE\".asInstanceOf[AfdSignaling]\n    val AUTO = \"AUTO\".asInstanceOf[AfdSignaling]\n    val FIXED = \"FIXED\".asInstanceOf[AfdSignaling]\n\n    @inline def values = js.Array(NONE, AUTO, FIXED)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value AIFF.\n    *\/\n  @js.native\n  trait AiffSettings extends js.Object {\n    var BitDepth: js.UndefOr[__integerMin16Max24]\n    var Channels: js.UndefOr[__integerMin1Max64]\n    var SampleRate: js.UndefOr[__integerMin8000Max192000]\n  }\n\n  object AiffSettings {\n    @inline\n    def apply(\n        BitDepth: js.UndefOr[__integerMin16Max24] = js.undefined,\n        Channels: js.UndefOr[__integerMin1Max64] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin8000Max192000] = js.undefined\n    ): AiffSettings = {\n      val __obj = js.Dynamic.literal()\n      BitDepth.foreach(__v => __obj.updateDynamic(\"BitDepth\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AiffSettings]\n    }\n  }\n\n  \/** Ignore this setting unless this input is a QuickTime animation with an alpha channel. Use this setting to create separate Key and Fill outputs. In each output, specify which part of the input MediaConvert uses. Leave this setting at the default value DISCARD to delete the alpha channel and preserve the video. Set it to REMAP_TO_LUMA to delete the video and map the alpha channel to the luma channel of your outputs.\n    *\/\n  @js.native\n  sealed trait AlphaBehavior extends js.Any\n  object AlphaBehavior {\n    val DISCARD = \"DISCARD\".asInstanceOf[AlphaBehavior]\n    val REMAP_TO_LUMA = \"REMAP_TO_LUMA\".asInstanceOf[AlphaBehavior]\n\n    @inline def values = js.Array(DISCARD, REMAP_TO_LUMA)\n  }\n\n  \/** Specify whether this set of input captions appears in your outputs in both 608 and 708 format. If you choose Upconvert (UPCONVERT), MediaConvert includes the captions data in two ways: it passes the 608 data through using the 608 compatibility bytes fields of the 708 wrapper, and it also translates the 608 data into 708.\n    *\/\n  @js.native\n  sealed trait AncillaryConvert608To708 extends js.Any\n  object AncillaryConvert608To708 {\n    val UPCONVERT = \"UPCONVERT\".asInstanceOf[AncillaryConvert608To708]\n    val DISABLED = \"DISABLED\".asInstanceOf[AncillaryConvert608To708]\n\n    @inline def values = js.Array(UPCONVERT, DISABLED)\n  }\n\n  \/** Settings for ancillary captions source.\n    *\/\n  @js.native\n  trait AncillarySourceSettings extends js.Object {\n    var Convert608To708: js.UndefOr[AncillaryConvert608To708]\n    var SourceAncillaryChannelNumber: js.UndefOr[__integerMin1Max4]\n    var TerminateCaptions: js.UndefOr[AncillaryTerminateCaptions]\n  }\n\n  object AncillarySourceSettings {\n    @inline\n    def apply(\n        Convert608To708: js.UndefOr[AncillaryConvert608To708] = js.undefined,\n        SourceAncillaryChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined,\n        TerminateCaptions: js.UndefOr[AncillaryTerminateCaptions] = js.undefined\n    ): AncillarySourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Convert608To708.foreach(__v => __obj.updateDynamic(\"Convert608To708\")(__v.asInstanceOf[js.Any]))\n      SourceAncillaryChannelNumber.foreach(__v => __obj.updateDynamic(\"SourceAncillaryChannelNumber\")(__v.asInstanceOf[js.Any]))\n      TerminateCaptions.foreach(__v => __obj.updateDynamic(\"TerminateCaptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AncillarySourceSettings]\n    }\n  }\n\n  \/** By default, the service terminates any unterminated captions at the end of each input. If you want the caption to continue onto your next input, disable this setting.\n    *\/\n  @js.native\n  sealed trait AncillaryTerminateCaptions extends js.Any\n  object AncillaryTerminateCaptions {\n    val END_OF_INPUT = \"END_OF_INPUT\".asInstanceOf[AncillaryTerminateCaptions]\n    val DISABLED = \"DISABLED\".asInstanceOf[AncillaryTerminateCaptions]\n\n    @inline def values = js.Array(END_OF_INPUT, DISABLED)\n  }\n\n  \/** The anti-alias filter is automatically applied to all outputs. The service no longer accepts the value DISABLED for AntiAlias. If you specify that in your job, the service will ignore the setting.\n    *\/\n  @js.native\n  sealed trait AntiAlias extends js.Any\n  object AntiAlias {\n    val DISABLED = \"DISABLED\".asInstanceOf[AntiAlias]\n    val ENABLED = \"ENABLED\".asInstanceOf[AntiAlias]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  @js.native\n  trait AssociateCertificateRequest extends js.Object {\n    var Arn: __string\n  }\n\n  object AssociateCertificateRequest {\n    @inline\n    def apply(\n        Arn: __string\n    ): AssociateCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateCertificateResponse extends js.Object\n\n  object AssociateCertificateResponse {\n    @inline\n    def apply(): AssociateCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateCertificateResponse]\n    }\n  }\n\n  \/** You can add a tag for this mono-channel audio track to mimic its placement in a multi-channel layout. For example, if this track is the left surround channel, choose Left surround (LS).\n    *\/\n  @js.native\n  sealed trait AudioChannelTag extends js.Any\n  object AudioChannelTag {\n    val L = \"L\".asInstanceOf[AudioChannelTag]\n    val R = \"R\".asInstanceOf[AudioChannelTag]\n    val C = \"C\".asInstanceOf[AudioChannelTag]\n    val LFE = \"LFE\".asInstanceOf[AudioChannelTag]\n    val LS = \"LS\".asInstanceOf[AudioChannelTag]\n    val RS = \"RS\".asInstanceOf[AudioChannelTag]\n    val LC = \"LC\".asInstanceOf[AudioChannelTag]\n    val RC = \"RC\".asInstanceOf[AudioChannelTag]\n    val CS = \"CS\".asInstanceOf[AudioChannelTag]\n    val LSD = \"LSD\".asInstanceOf[AudioChannelTag]\n    val RSD = \"RSD\".asInstanceOf[AudioChannelTag]\n    val TCS = \"TCS\".asInstanceOf[AudioChannelTag]\n    val VHL = \"VHL\".asInstanceOf[AudioChannelTag]\n    val VHC = \"VHC\".asInstanceOf[AudioChannelTag]\n    val VHR = \"VHR\".asInstanceOf[AudioChannelTag]\n\n    @inline def values = js.Array(L, R, C, LFE, LS, RS, LC, RC, CS, LSD, RSD, TCS, VHL, VHC, VHR)\n  }\n\n  \/** When you mimic a multi-channel audio layout with multiple mono-channel tracks, you can tag each channel layout manually. For example, you would tag the tracks that contain your left, right, and center audio with Left (L), Right (R), and Center (C), respectively. When you don't specify a value, MediaConvert labels your track as Center (C) by default. To use audio layout tagging, your output must be in a QuickTime (.mov) container; your audio codec must be AAC, WAV, or AIFF; and you must set up your audio track to have only one channel.\n    *\/\n  @js.native\n  trait AudioChannelTaggingSettings extends js.Object {\n    var ChannelTag: js.UndefOr[AudioChannelTag]\n  }\n\n  object AudioChannelTaggingSettings {\n    @inline\n    def apply(\n        ChannelTag: js.UndefOr[AudioChannelTag] = js.undefined\n    ): AudioChannelTaggingSettings = {\n      val __obj = js.Dynamic.literal()\n      ChannelTag.foreach(__v => __obj.updateDynamic(\"ChannelTag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioChannelTaggingSettings]\n    }\n  }\n\n  \/** Type of Audio codec.\n    *\/\n  @js.native\n  sealed trait AudioCodec extends js.Any\n  object AudioCodec {\n    val AAC = \"AAC\".asInstanceOf[AudioCodec]\n    val MP2 = \"MP2\".asInstanceOf[AudioCodec]\n    val MP3 = \"MP3\".asInstanceOf[AudioCodec]\n    val WAV = \"WAV\".asInstanceOf[AudioCodec]\n    val AIFF = \"AIFF\".asInstanceOf[AudioCodec]\n    val AC3 = \"AC3\".asInstanceOf[AudioCodec]\n    val EAC3 = \"EAC3\".asInstanceOf[AudioCodec]\n    val EAC3_ATMOS = \"EAC3_ATMOS\".asInstanceOf[AudioCodec]\n    val VORBIS = \"VORBIS\".asInstanceOf[AudioCodec]\n    val OPUS = \"OPUS\".asInstanceOf[AudioCodec]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[AudioCodec]\n\n    @inline def values = js.Array(AAC, MP2, MP3, WAV, AIFF, AC3, EAC3, EAC3_ATMOS, VORBIS, OPUS, PASSTHROUGH)\n  }\n\n  \/** Audio codec settings (CodecSettings) under (AudioDescriptions) contains the group of settings related to audio encoding. The settings in this group vary depending on the value that you choose for Audio codec (Codec). For each codec enum that you choose, define the corresponding settings object. The following lists the codec enum, settings object pairs. * AAC, AacSettings * MP2, Mp2Settings * MP3, Mp3Settings * WAV, WavSettings * AIFF, AiffSettings * AC3, Ac3Settings * EAC3, Eac3Settings * EAC3_ATMOS, Eac3AtmosSettings * VORBIS, VorbisSettings * OPUS, OpusSettings\n    *\/\n  @js.native\n  trait AudioCodecSettings extends js.Object {\n    var AacSettings: js.UndefOr[AacSettings]\n    var Ac3Settings: js.UndefOr[Ac3Settings]\n    var AiffSettings: js.UndefOr[AiffSettings]\n    var Codec: js.UndefOr[AudioCodec]\n    var Eac3AtmosSettings: js.UndefOr[Eac3AtmosSettings]\n    var Eac3Settings: js.UndefOr[Eac3Settings]\n    var Mp2Settings: js.UndefOr[Mp2Settings]\n    var Mp3Settings: js.UndefOr[Mp3Settings]\n    var OpusSettings: js.UndefOr[OpusSettings]\n    var VorbisSettings: js.UndefOr[VorbisSettings]\n    var WavSettings: js.UndefOr[WavSettings]\n  }\n\n  object AudioCodecSettings {\n    @inline\n    def apply(\n        AacSettings: js.UndefOr[AacSettings] = js.undefined,\n        Ac3Settings: js.UndefOr[Ac3Settings] = js.undefined,\n        AiffSettings: js.UndefOr[AiffSettings] = js.undefined,\n        Codec: js.UndefOr[AudioCodec] = js.undefined,\n        Eac3AtmosSettings: js.UndefOr[Eac3AtmosSettings] = js.undefined,\n        Eac3Settings: js.UndefOr[Eac3Settings] = js.undefined,\n        Mp2Settings: js.UndefOr[Mp2Settings] = js.undefined,\n        Mp3Settings: js.UndefOr[Mp3Settings] = js.undefined,\n        OpusSettings: js.UndefOr[OpusSettings] = js.undefined,\n        VorbisSettings: js.UndefOr[VorbisSettings] = js.undefined,\n        WavSettings: js.UndefOr[WavSettings] = js.undefined\n    ): AudioCodecSettings = {\n      val __obj = js.Dynamic.literal()\n      AacSettings.foreach(__v => __obj.updateDynamic(\"AacSettings\")(__v.asInstanceOf[js.Any]))\n      Ac3Settings.foreach(__v => __obj.updateDynamic(\"Ac3Settings\")(__v.asInstanceOf[js.Any]))\n      AiffSettings.foreach(__v => __obj.updateDynamic(\"AiffSettings\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      Eac3AtmosSettings.foreach(__v => __obj.updateDynamic(\"Eac3AtmosSettings\")(__v.asInstanceOf[js.Any]))\n      Eac3Settings.foreach(__v => __obj.updateDynamic(\"Eac3Settings\")(__v.asInstanceOf[js.Any]))\n      Mp2Settings.foreach(__v => __obj.updateDynamic(\"Mp2Settings\")(__v.asInstanceOf[js.Any]))\n      Mp3Settings.foreach(__v => __obj.updateDynamic(\"Mp3Settings\")(__v.asInstanceOf[js.Any]))\n      OpusSettings.foreach(__v => __obj.updateDynamic(\"OpusSettings\")(__v.asInstanceOf[js.Any]))\n      VorbisSettings.foreach(__v => __obj.updateDynamic(\"VorbisSettings\")(__v.asInstanceOf[js.Any]))\n      WavSettings.foreach(__v => __obj.updateDynamic(\"WavSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioCodecSettings]\n    }\n  }\n\n  \/** Enable this setting on one audio selector to set it as the default for the job. The service uses this default for outputs where it can't find the specified input audio. If you don't set a default, those outputs have no audio.\n    *\/\n  @js.native\n  sealed trait AudioDefaultSelection extends js.Any\n  object AudioDefaultSelection {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[AudioDefaultSelection]\n    val NOT_DEFAULT = \"NOT_DEFAULT\".asInstanceOf[AudioDefaultSelection]\n\n    @inline def values = js.Array(DEFAULT, NOT_DEFAULT)\n  }\n\n  \/** Description of audio output\n    *\/\n  @js.native\n  trait AudioDescription extends js.Object {\n    var AudioChannelTaggingSettings: js.UndefOr[AudioChannelTaggingSettings]\n    var AudioNormalizationSettings: js.UndefOr[AudioNormalizationSettings]\n    var AudioSourceName: js.UndefOr[__string]\n    var AudioType: js.UndefOr[__integerMin0Max255]\n    var AudioTypeControl: js.UndefOr[AudioTypeControl]\n    var CodecSettings: js.UndefOr[AudioCodecSettings]\n    var CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageCodeControl: js.UndefOr[AudioLanguageCodeControl]\n    var RemixSettings: js.UndefOr[RemixSettings]\n    var StreamName: js.UndefOr[__stringPatternWS]\n  }\n\n  object AudioDescription {\n    @inline\n    def apply(\n        AudioChannelTaggingSettings: js.UndefOr[AudioChannelTaggingSettings] = js.undefined,\n        AudioNormalizationSettings: js.UndefOr[AudioNormalizationSettings] = js.undefined,\n        AudioSourceName: js.UndefOr[__string] = js.undefined,\n        AudioType: js.UndefOr[__integerMin0Max255] = js.undefined,\n        AudioTypeControl: js.UndefOr[AudioTypeControl] = js.undefined,\n        CodecSettings: js.UndefOr[AudioCodecSettings] = js.undefined,\n        CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageCodeControl: js.UndefOr[AudioLanguageCodeControl] = js.undefined,\n        RemixSettings: js.UndefOr[RemixSettings] = js.undefined,\n        StreamName: js.UndefOr[__stringPatternWS] = js.undefined\n    ): AudioDescription = {\n      val __obj = js.Dynamic.literal()\n      AudioChannelTaggingSettings.foreach(__v => __obj.updateDynamic(\"AudioChannelTaggingSettings\")(__v.asInstanceOf[js.Any]))\n      AudioNormalizationSettings.foreach(__v => __obj.updateDynamic(\"AudioNormalizationSettings\")(__v.asInstanceOf[js.Any]))\n      AudioSourceName.foreach(__v => __obj.updateDynamic(\"AudioSourceName\")(__v.asInstanceOf[js.Any]))\n      AudioType.foreach(__v => __obj.updateDynamic(\"AudioType\")(__v.asInstanceOf[js.Any]))\n      AudioTypeControl.foreach(__v => __obj.updateDynamic(\"AudioTypeControl\")(__v.asInstanceOf[js.Any]))\n      CodecSettings.foreach(__v => __obj.updateDynamic(\"CodecSettings\")(__v.asInstanceOf[js.Any]))\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageCodeControl.foreach(__v => __obj.updateDynamic(\"LanguageCodeControl\")(__v.asInstanceOf[js.Any]))\n      RemixSettings.foreach(__v => __obj.updateDynamic(\"RemixSettings\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioDescription]\n    }\n  }\n\n  \/** Specify which source for language code takes precedence for this audio track. When you choose Follow input (FOLLOW_INPUT), the service uses the language code from the input track if it's present. If there's no languge code on the input track, the service uses the code that you specify in the setting Language code (languageCode or customLanguageCode). When you choose Use configured (USE_CONFIGURED), the service uses the language code that you specify.\n    *\/\n  @js.native\n  sealed trait AudioLanguageCodeControl extends js.Any\n  object AudioLanguageCodeControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[AudioLanguageCodeControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[AudioLanguageCodeControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Choose one of the following audio normalization algorithms: ITU-R BS.1770-1: Ungated loudness. A measurement of ungated average loudness for an entire piece of content, suitable for measurement of short-form content under ATSC recommendation A\/85. Supports up to 5.1 audio channels. ITU-R BS.1770-2: Gated loudness. A measurement of gated average loudness compliant with the requirements of EBU-R128. Supports up to 5.1 audio channels. ITU-R BS.1770-3: Modified peak. The same loudness measurement algorithm as 1770-2, with an updated true peak measurement. ITU-R BS.1770-4: Higher channel count. Allows for more audio channels than the other algorithms, including configurations such as 7.1.\n    *\/\n  @js.native\n  sealed trait AudioNormalizationAlgorithm extends js.Any\n  object AudioNormalizationAlgorithm {\n    val ITU_BS_1770_1 = \"ITU_BS_1770_1\".asInstanceOf[AudioNormalizationAlgorithm]\n    val ITU_BS_1770_2 = \"ITU_BS_1770_2\".asInstanceOf[AudioNormalizationAlgorithm]\n    val ITU_BS_1770_3 = \"ITU_BS_1770_3\".asInstanceOf[AudioNormalizationAlgorithm]\n    val ITU_BS_1770_4 = \"ITU_BS_1770_4\".asInstanceOf[AudioNormalizationAlgorithm]\n\n    @inline def values = js.Array(ITU_BS_1770_1, ITU_BS_1770_2, ITU_BS_1770_3, ITU_BS_1770_4)\n  }\n\n  \/** When enabled the output audio is corrected using the chosen algorithm. If disabled, the audio will be measured but not adjusted.\n    *\/\n  @js.native\n  sealed trait AudioNormalizationAlgorithmControl extends js.Any\n  object AudioNormalizationAlgorithmControl {\n    val CORRECT_AUDIO = \"CORRECT_AUDIO\".asInstanceOf[AudioNormalizationAlgorithmControl]\n    val MEASURE_ONLY = \"MEASURE_ONLY\".asInstanceOf[AudioNormalizationAlgorithmControl]\n\n    @inline def values = js.Array(CORRECT_AUDIO, MEASURE_ONLY)\n  }\n\n  \/** If set to LOG, log each output's audio track loudness to a CSV file.\n    *\/\n  @js.native\n  sealed trait AudioNormalizationLoudnessLogging extends js.Any\n  object AudioNormalizationLoudnessLogging {\n    val LOG = \"LOG\".asInstanceOf[AudioNormalizationLoudnessLogging]\n    val DONT_LOG = \"DONT_LOG\".asInstanceOf[AudioNormalizationLoudnessLogging]\n\n    @inline def values = js.Array(LOG, DONT_LOG)\n  }\n\n  \/** If set to TRUE_PEAK, calculate and log the TruePeak for each output's audio track loudness.\n    *\/\n  @js.native\n  sealed trait AudioNormalizationPeakCalculation extends js.Any\n  object AudioNormalizationPeakCalculation {\n    val TRUE_PEAK = \"TRUE_PEAK\".asInstanceOf[AudioNormalizationPeakCalculation]\n    val NONE = \"NONE\".asInstanceOf[AudioNormalizationPeakCalculation]\n\n    @inline def values = js.Array(TRUE_PEAK, NONE)\n  }\n\n  \/** Advanced audio normalization settings. Ignore these settings unless you need to comply with a loudness standard.\n    *\/\n  @js.native\n  trait AudioNormalizationSettings extends js.Object {\n    var Algorithm: js.UndefOr[AudioNormalizationAlgorithm]\n    var AlgorithmControl: js.UndefOr[AudioNormalizationAlgorithmControl]\n    var CorrectionGateLevel: js.UndefOr[__integerMinNegative70Max0]\n    var LoudnessLogging: js.UndefOr[AudioNormalizationLoudnessLogging]\n    var PeakCalculation: js.UndefOr[AudioNormalizationPeakCalculation]\n    var TargetLkfs: js.UndefOr[__doubleMinNegative59Max0]\n  }\n\n  object AudioNormalizationSettings {\n    @inline\n    def apply(\n        Algorithm: js.UndefOr[AudioNormalizationAlgorithm] = js.undefined,\n        AlgorithmControl: js.UndefOr[AudioNormalizationAlgorithmControl] = js.undefined,\n        CorrectionGateLevel: js.UndefOr[__integerMinNegative70Max0] = js.undefined,\n        LoudnessLogging: js.UndefOr[AudioNormalizationLoudnessLogging] = js.undefined,\n        PeakCalculation: js.UndefOr[AudioNormalizationPeakCalculation] = js.undefined,\n        TargetLkfs: js.UndefOr[__doubleMinNegative59Max0] = js.undefined\n    ): AudioNormalizationSettings = {\n      val __obj = js.Dynamic.literal()\n      Algorithm.foreach(__v => __obj.updateDynamic(\"Algorithm\")(__v.asInstanceOf[js.Any]))\n      AlgorithmControl.foreach(__v => __obj.updateDynamic(\"AlgorithmControl\")(__v.asInstanceOf[js.Any]))\n      CorrectionGateLevel.foreach(__v => __obj.updateDynamic(\"CorrectionGateLevel\")(__v.asInstanceOf[js.Any]))\n      LoudnessLogging.foreach(__v => __obj.updateDynamic(\"LoudnessLogging\")(__v.asInstanceOf[js.Any]))\n      PeakCalculation.foreach(__v => __obj.updateDynamic(\"PeakCalculation\")(__v.asInstanceOf[js.Any]))\n      TargetLkfs.foreach(__v => __obj.updateDynamic(\"TargetLkfs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioNormalizationSettings]\n    }\n  }\n\n  \/** Selector for Audio\n    *\/\n  @js.native\n  trait AudioSelector extends js.Object {\n    var CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3]\n    var DefaultSelection: js.UndefOr[AudioDefaultSelection]\n    var ExternalAudioFileInput: js.UndefOr[__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]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Offset: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var Pids: js.UndefOr[__listOf__integerMin1Max2147483647]\n    var ProgramSelection: js.UndefOr[__integerMin0Max8]\n    var RemixSettings: js.UndefOr[RemixSettings]\n    var SelectorType: js.UndefOr[AudioSelectorType]\n    var Tracks: js.UndefOr[__listOf__integerMin1Max2147483647]\n  }\n\n  object AudioSelector {\n    @inline\n    def apply(\n        CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3] = js.undefined,\n        DefaultSelection: js.UndefOr[AudioDefaultSelection] = js.undefined,\n        ExternalAudioFileInput: js.UndefOr[__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] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Offset: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        Pids: js.UndefOr[__listOf__integerMin1Max2147483647] = js.undefined,\n        ProgramSelection: js.UndefOr[__integerMin0Max8] = js.undefined,\n        RemixSettings: js.UndefOr[RemixSettings] = js.undefined,\n        SelectorType: js.UndefOr[AudioSelectorType] = js.undefined,\n        Tracks: js.UndefOr[__listOf__integerMin1Max2147483647] = js.undefined\n    ): AudioSelector = {\n      val __obj = js.Dynamic.literal()\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      DefaultSelection.foreach(__v => __obj.updateDynamic(\"DefaultSelection\")(__v.asInstanceOf[js.Any]))\n      ExternalAudioFileInput.foreach(__v => __obj.updateDynamic(\"ExternalAudioFileInput\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Offset.foreach(__v => __obj.updateDynamic(\"Offset\")(__v.asInstanceOf[js.Any]))\n      Pids.foreach(__v => __obj.updateDynamic(\"Pids\")(__v.asInstanceOf[js.Any]))\n      ProgramSelection.foreach(__v => __obj.updateDynamic(\"ProgramSelection\")(__v.asInstanceOf[js.Any]))\n      RemixSettings.foreach(__v => __obj.updateDynamic(\"RemixSettings\")(__v.asInstanceOf[js.Any]))\n      SelectorType.foreach(__v => __obj.updateDynamic(\"SelectorType\")(__v.asInstanceOf[js.Any]))\n      Tracks.foreach(__v => __obj.updateDynamic(\"Tracks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioSelector]\n    }\n  }\n\n  \/** Group of Audio Selectors\n    *\/\n  @js.native\n  trait AudioSelectorGroup extends js.Object {\n    var AudioSelectorNames: js.UndefOr[__listOf__stringMin1]\n  }\n\n  object AudioSelectorGroup {\n    @inline\n    def apply(\n        AudioSelectorNames: js.UndefOr[__listOf__stringMin1] = js.undefined\n    ): AudioSelectorGroup = {\n      val __obj = js.Dynamic.literal()\n      AudioSelectorNames.foreach(__v => __obj.updateDynamic(\"AudioSelectorNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioSelectorGroup]\n    }\n  }\n\n  \/** Specifies the type of the audio selector.\n    *\/\n  @js.native\n  sealed trait AudioSelectorType extends js.Any\n  object AudioSelectorType {\n    val PID = \"PID\".asInstanceOf[AudioSelectorType]\n    val TRACK = \"TRACK\".asInstanceOf[AudioSelectorType]\n    val LANGUAGE_CODE = \"LANGUAGE_CODE\".asInstanceOf[AudioSelectorType]\n\n    @inline def values = js.Array(PID, TRACK, LANGUAGE_CODE)\n  }\n\n  \/** When set to FOLLOW_INPUT, if the input contains an ISO 639 audio_type, then that value is passed through to the output. If the input contains no ISO 639 audio_type, the value in Audio Type is included in the output. Otherwise the value in Audio Type is included in the output. Note that this field and audioType are both ignored if audioDescriptionBroadcasterMix is set to BROADCASTER_MIXED_AD.\n    *\/\n  @js.native\n  sealed trait AudioTypeControl extends js.Any\n  object AudioTypeControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[AudioTypeControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[AudioTypeControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Use automated ABR to have MediaConvert set up the renditions in your ABR package for you automatically, based on characteristics of your input video. This feature optimizes video quality while minimizing the overall size of your ABR package.\n    *\/\n  @js.native\n  trait AutomatedAbrSettings extends js.Object {\n    var MaxAbrBitrate: js.UndefOr[__integerMin100000Max100000000]\n    var MaxRenditions: js.UndefOr[__integerMin3Max15]\n    var MinAbrBitrate: js.UndefOr[__integerMin100000Max100000000]\n  }\n\n  object AutomatedAbrSettings {\n    @inline\n    def apply(\n        MaxAbrBitrate: js.UndefOr[__integerMin100000Max100000000] = js.undefined,\n        MaxRenditions: js.UndefOr[__integerMin3Max15] = js.undefined,\n        MinAbrBitrate: js.UndefOr[__integerMin100000Max100000000] = js.undefined\n    ): AutomatedAbrSettings = {\n      val __obj = js.Dynamic.literal()\n      MaxAbrBitrate.foreach(__v => __obj.updateDynamic(\"MaxAbrBitrate\")(__v.asInstanceOf[js.Any]))\n      MaxRenditions.foreach(__v => __obj.updateDynamic(\"MaxRenditions\")(__v.asInstanceOf[js.Any]))\n      MinAbrBitrate.foreach(__v => __obj.updateDynamic(\"MinAbrBitrate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomatedAbrSettings]\n    }\n  }\n\n  \/** Use automated encoding to have MediaConvert choose your encoding settings for you, based on characteristics of your input video.\n    *\/\n  @js.native\n  trait AutomatedEncodingSettings extends js.Object {\n    var AbrSettings: js.UndefOr[AutomatedAbrSettings]\n  }\n\n  object AutomatedEncodingSettings {\n    @inline\n    def apply(\n        AbrSettings: js.UndefOr[AutomatedAbrSettings] = js.undefined\n    ): AutomatedEncodingSettings = {\n      val __obj = js.Dynamic.literal()\n      AbrSettings.foreach(__v => __obj.updateDynamic(\"AbrSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomatedEncodingSettings]\n    }\n  }\n\n  \/** Specify the strength of any adaptive quantization filters that you enable. The value that you choose here applies to Spatial adaptive quantization (spatialAdaptiveQuantization).\n    *\/\n  @js.native\n  sealed trait Av1AdaptiveQuantization extends js.Any\n  object Av1AdaptiveQuantization {\n    val OFF = \"OFF\".asInstanceOf[Av1AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[Av1AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[Av1AdaptiveQuantization]\n    val HIGH = \"HIGH\".asInstanceOf[Av1AdaptiveQuantization]\n    val HIGHER = \"HIGHER\".asInstanceOf[Av1AdaptiveQuantization]\n    val MAX = \"MAX\".asInstanceOf[Av1AdaptiveQuantization]\n\n    @inline def values = js.Array(OFF, LOW, MEDIUM, HIGH, HIGHER, MAX)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait Av1FramerateControl extends js.Any\n  object Av1FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Av1FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Av1FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait Av1FramerateConversionAlgorithm extends js.Any\n  object Av1FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[Av1FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[Av1FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[Av1FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Settings for quality-defined variable bitrate encoding with the AV1 codec. Required when you set Rate control mode to QVBR. Not valid when you set Rate control mode to a value other than QVBR, or when you don't define Rate control mode.\n    *\/\n  @js.native\n  trait Av1QvbrSettings extends js.Object {\n    var QvbrQualityLevel: js.UndefOr[__integerMin1Max10]\n    var QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1]\n  }\n\n  object Av1QvbrSettings {\n    @inline\n    def apply(\n        QvbrQualityLevel: js.UndefOr[__integerMin1Max10] = js.undefined,\n        QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1] = js.undefined\n    ): Av1QvbrSettings = {\n      val __obj = js.Dynamic.literal()\n      QvbrQualityLevel.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevelFineTune.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevelFineTune\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Av1QvbrSettings]\n    }\n  }\n\n  \/** 'With AV1 outputs, for rate control mode, MediaConvert supports only quality-defined variable bitrate (QVBR). You can''t use CBR or VBR.'\n    *\/\n  @js.native\n  sealed trait Av1RateControlMode extends js.Any\n  object Av1RateControlMode {\n    val QVBR = \"QVBR\".asInstanceOf[Av1RateControlMode]\n\n    @inline def values = js.Array(QVBR)\n  }\n\n  \/** Required when you set Codec, under VideoDescription>CodecSettings to the value AV1.\n    *\/\n  @js.native\n  trait Av1Settings extends js.Object {\n    var AdaptiveQuantization: js.UndefOr[Av1AdaptiveQuantization]\n    var FramerateControl: js.UndefOr[Av1FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[Av1FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin7Max15]\n    var QvbrSettings: js.UndefOr[Av1QvbrSettings]\n    var RateControlMode: js.UndefOr[Av1RateControlMode]\n    var Slices: js.UndefOr[__integerMin1Max32]\n    var SpatialAdaptiveQuantization: js.UndefOr[Av1SpatialAdaptiveQuantization]\n  }\n\n  object Av1Settings {\n    @inline\n    def apply(\n        AdaptiveQuantization: js.UndefOr[Av1AdaptiveQuantization] = js.undefined,\n        FramerateControl: js.UndefOr[Av1FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[Av1FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin7Max15] = js.undefined,\n        QvbrSettings: js.UndefOr[Av1QvbrSettings] = js.undefined,\n        RateControlMode: js.UndefOr[Av1RateControlMode] = js.undefined,\n        Slices: js.UndefOr[__integerMin1Max32] = js.undefined,\n        SpatialAdaptiveQuantization: js.UndefOr[Av1SpatialAdaptiveQuantization] = js.undefined\n    ): Av1Settings = {\n      val __obj = js.Dynamic.literal()\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      NumberBFramesBetweenReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberBFramesBetweenReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      QvbrSettings.foreach(__v => __obj.updateDynamic(\"QvbrSettings\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      Slices.foreach(__v => __obj.updateDynamic(\"Slices\")(__v.asInstanceOf[js.Any]))\n      SpatialAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"SpatialAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Av1Settings]\n    }\n  }\n\n  \/** Keep the default value, Enabled (ENABLED), to adjust quantization within each frame based on spatial variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas that can sustain more distortion with no noticeable visual degradation and uses more bits on areas where any small distortion will be noticeable. For example, complex textured blocks are encoded with fewer bits and smooth textured blocks are encoded with more bits. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen with a lot of complex texture, you might choose to disable this feature. Related setting: When you enable spatial adaptive quantization, set the value for Adaptive quantization (adaptiveQuantization) depending on your content. For homogeneous content, such as cartoons and\n    * video games, set it to Low. For content with a wider variety of textures, set it to High or Higher.\n    *\/\n  @js.native\n  sealed trait Av1SpatialAdaptiveQuantization extends js.Any\n  object Av1SpatialAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[Av1SpatialAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[Av1SpatialAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Settings for Avail Blanking\n    *\/\n  @js.native\n  trait AvailBlanking extends js.Object {\n    var AvailBlankingImage: js.UndefOr[__stringMin14PatternS3BmpBMPPngPNGHttpsBmpBMPPngPNG]\n  }\n\n  object AvailBlanking {\n    @inline\n    def apply(\n        AvailBlankingImage: js.UndefOr[__stringMin14PatternS3BmpBMPPngPNGHttpsBmpBMPPngPNG] = js.undefined\n    ): AvailBlanking = {\n      val __obj = js.Dynamic.literal()\n      AvailBlankingImage.foreach(__v => __obj.updateDynamic(\"AvailBlankingImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailBlanking]\n    }\n  }\n\n  \/** Specify the AVC-Intra class of your output. The AVC-Intra class selection determines the output video bit rate depending on the frame rate of the output. Outputs with higher class values have higher bitrates and improved image quality. Note that for Class 4K\/2K, MediaConvert supports only 4:2:2 chroma subsampling.\n    *\/\n  @js.native\n  sealed trait AvcIntraClass extends js.Any\n  object AvcIntraClass {\n    val CLASS_50 = \"CLASS_50\".asInstanceOf[AvcIntraClass]\n    val CLASS_100 = \"CLASS_100\".asInstanceOf[AvcIntraClass]\n    val CLASS_200 = \"CLASS_200\".asInstanceOf[AvcIntraClass]\n    val CLASS_4K_2K = \"CLASS_4K_2K\".asInstanceOf[AvcIntraClass]\n\n    @inline def values = js.Array(CLASS_50, CLASS_100, CLASS_200, CLASS_4K_2K)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait AvcIntraFramerateControl extends js.Any\n  object AvcIntraFramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[AvcIntraFramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[AvcIntraFramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait AvcIntraFramerateConversionAlgorithm extends js.Any\n  object AvcIntraFramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[AvcIntraFramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[AvcIntraFramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[AvcIntraFramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Choose the scan line type for the output. Keep the default value, Progressive (PROGRESSIVE) to create a progressive output, regardless of the scan type of your input. Use Top field first (TOP_FIELD) or Bottom field first (BOTTOM_FIELD) to create an output that's interlaced with the same field polarity throughout. Use Follow, default top (FOLLOW_TOP_FIELD) or Follow, default bottom (FOLLOW_BOTTOM_FIELD) to produce outputs with the same field polarity as the source. For jobs that have multiple inputs, the output field polarity might change over the course of the output. Follow behavior depends on the input scan type. If the source is interlaced, the output will be interlaced with the same polarity as the source. If the source is progressive, the output will be interlaced with top field bottom field first, depending on which of the Follow options you choose.\n    *\/\n  @js.native\n  sealed trait AvcIntraInterlaceMode extends js.Any\n  object AvcIntraInterlaceMode {\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[AvcIntraInterlaceMode]\n    val TOP_FIELD = \"TOP_FIELD\".asInstanceOf[AvcIntraInterlaceMode]\n    val BOTTOM_FIELD = \"BOTTOM_FIELD\".asInstanceOf[AvcIntraInterlaceMode]\n    val FOLLOW_TOP_FIELD = \"FOLLOW_TOP_FIELD\".asInstanceOf[AvcIntraInterlaceMode]\n    val FOLLOW_BOTTOM_FIELD = \"FOLLOW_BOTTOM_FIELD\".asInstanceOf[AvcIntraInterlaceMode]\n\n    @inline def values = js.Array(PROGRESSIVE, TOP_FIELD, BOTTOM_FIELD, FOLLOW_TOP_FIELD, FOLLOW_BOTTOM_FIELD)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait AvcIntraScanTypeConversionMode extends js.Any\n  object AvcIntraScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[AvcIntraScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[AvcIntraScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Required when you set your output video codec to AVC-Intra. For more information about the AVC-I settings, see the relevant specification. For detailed information about SD and HD in AVC-I, see https:\/\/ieeexplore.ieee.org\/document\/7290936. For information about 4K\/2K in AVC-I, see https:\/\/pro-av.panasonic.net\/en\/avc-ultra\/AVC-ULTRAoverview.pdf.\n    *\/\n  @js.native\n  trait AvcIntraSettings extends js.Object {\n    var AvcIntraClass: js.UndefOr[AvcIntraClass]\n    var AvcIntraUhdSettings: js.UndefOr[AvcIntraUhdSettings]\n    var FramerateControl: js.UndefOr[AvcIntraFramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[AvcIntraFramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max1001]\n    var FramerateNumerator: js.UndefOr[__integerMin24Max60000]\n    var InterlaceMode: js.UndefOr[AvcIntraInterlaceMode]\n    var ScanTypeConversionMode: js.UndefOr[AvcIntraScanTypeConversionMode]\n    var SlowPal: js.UndefOr[AvcIntraSlowPal]\n    var Telecine: js.UndefOr[AvcIntraTelecine]\n  }\n\n  object AvcIntraSettings {\n    @inline\n    def apply(\n        AvcIntraClass: js.UndefOr[AvcIntraClass] = js.undefined,\n        AvcIntraUhdSettings: js.UndefOr[AvcIntraUhdSettings] = js.undefined,\n        FramerateControl: js.UndefOr[AvcIntraFramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[AvcIntraFramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max1001] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin24Max60000] = js.undefined,\n        InterlaceMode: js.UndefOr[AvcIntraInterlaceMode] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[AvcIntraScanTypeConversionMode] = js.undefined,\n        SlowPal: js.UndefOr[AvcIntraSlowPal] = js.undefined,\n        Telecine: js.UndefOr[AvcIntraTelecine] = js.undefined\n    ): AvcIntraSettings = {\n      val __obj = js.Dynamic.literal()\n      AvcIntraClass.foreach(__v => __obj.updateDynamic(\"AvcIntraClass\")(__v.asInstanceOf[js.Any]))\n      AvcIntraUhdSettings.foreach(__v => __obj.updateDynamic(\"AvcIntraUhdSettings\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvcIntraSettings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output. When you enable slow PAL, MediaConvert relabels the video frames to 25 fps and resamples your audio to keep it synchronized with the video. Note that enabling this setting will slightly reduce the duration of your video. Required settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait AvcIntraSlowPal extends js.Any\n  object AvcIntraSlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[AvcIntraSlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[AvcIntraSlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** When you do frame rate conversion from 23.976 frames per second (fps) to 29.97 fps, and your output scan type is interlaced, you can optionally enable hard telecine (HARD) to create a smoother picture. When you keep the default value, None (NONE), MediaConvert does a standard frame rate conversion to 29.97 without doing anything with the field polarity to create a smoother picture.\n    *\/\n  @js.native\n  sealed trait AvcIntraTelecine extends js.Any\n  object AvcIntraTelecine {\n    val NONE = \"NONE\".asInstanceOf[AvcIntraTelecine]\n    val HARD = \"HARD\".asInstanceOf[AvcIntraTelecine]\n\n    @inline def values = js.Array(NONE, HARD)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how many transcoding passes MediaConvert does with your video. When you choose Multi-pass (MULTI_PASS), your video quality is better and your output bitrate is more accurate. That is, the actual bitrate of your output is closer to the target bitrate defined in the specification. When you choose Single-pass (SINGLE_PASS), your encoding time is faster. The default behavior is Single-pass (SINGLE_PASS).\n    *\/\n  @js.native\n  sealed trait AvcIntraUhdQualityTuningLevel extends js.Any\n  object AvcIntraUhdQualityTuningLevel {\n    val SINGLE_PASS = \"SINGLE_PASS\".asInstanceOf[AvcIntraUhdQualityTuningLevel]\n    val MULTI_PASS = \"MULTI_PASS\".asInstanceOf[AvcIntraUhdQualityTuningLevel]\n\n    @inline def values = js.Array(SINGLE_PASS, MULTI_PASS)\n  }\n\n  \/** Optional when you set AVC-Intra class (avcIntraClass) to Class 4K\/2K (CLASS_4K_2K). When you set AVC-Intra class to a different value, this object isn't allowed.\n    *\/\n  @js.native\n  trait AvcIntraUhdSettings extends js.Object {\n    var QualityTuningLevel: js.UndefOr[AvcIntraUhdQualityTuningLevel]\n  }\n\n  object AvcIntraUhdSettings {\n    @inline\n    def apply(\n        QualityTuningLevel: js.UndefOr[AvcIntraUhdQualityTuningLevel] = js.undefined\n    ): AvcIntraUhdSettings = {\n      val __obj = js.Dynamic.literal()\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvcIntraUhdSettings]\n    }\n  }\n\n  \/** The tag type that AWS Billing and Cost Management will use to sort your AWS Elemental MediaConvert costs on any billing report that you set up.\n    *\/\n  @js.native\n  sealed trait BillingTagsSource extends js.Any\n  object BillingTagsSource {\n    val QUEUE = \"QUEUE\".asInstanceOf[BillingTagsSource]\n    val PRESET = \"PRESET\".asInstanceOf[BillingTagsSource]\n    val JOB_TEMPLATE = \"JOB_TEMPLATE\".asInstanceOf[BillingTagsSource]\n    val JOB = \"JOB\".asInstanceOf[BillingTagsSource]\n\n    @inline def values = js.Array(QUEUE, PRESET, JOB_TEMPLATE, JOB)\n  }\n\n  \/** Burn-In Destination Settings.\n    *\/\n  @js.native\n  trait BurninDestinationSettings extends js.Object {\n    var Alignment: js.UndefOr[BurninSubtitleAlignment]\n    var BackgroundColor: js.UndefOr[BurninSubtitleBackgroundColor]\n    var BackgroundOpacity: js.UndefOr[__integerMin0Max255]\n    var FontColor: js.UndefOr[BurninSubtitleFontColor]\n    var FontOpacity: js.UndefOr[__integerMin0Max255]\n    var FontResolution: js.UndefOr[__integerMin96Max600]\n    var FontScript: js.UndefOr[FontScript]\n    var FontSize: js.UndefOr[__integerMin0Max96]\n    var OutlineColor: js.UndefOr[BurninSubtitleOutlineColor]\n    var OutlineSize: js.UndefOr[__integerMin0Max10]\n    var ShadowColor: js.UndefOr[BurninSubtitleShadowColor]\n    var ShadowOpacity: js.UndefOr[__integerMin0Max255]\n    var ShadowXOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var ShadowYOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var TeletextSpacing: js.UndefOr[BurninSubtitleTeletextSpacing]\n    var XPosition: js.UndefOr[__integerMin0Max2147483647]\n    var YPosition: js.UndefOr[__integerMin0Max2147483647]\n  }\n\n  object BurninDestinationSettings {\n    @inline\n    def apply(\n        Alignment: js.UndefOr[BurninSubtitleAlignment] = js.undefined,\n        BackgroundColor: js.UndefOr[BurninSubtitleBackgroundColor] = js.undefined,\n        BackgroundOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontColor: js.UndefOr[BurninSubtitleFontColor] = js.undefined,\n        FontOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontResolution: js.UndefOr[__integerMin96Max600] = js.undefined,\n        FontScript: js.UndefOr[FontScript] = js.undefined,\n        FontSize: js.UndefOr[__integerMin0Max96] = js.undefined,\n        OutlineColor: js.UndefOr[BurninSubtitleOutlineColor] = js.undefined,\n        OutlineSize: js.UndefOr[__integerMin0Max10] = js.undefined,\n        ShadowColor: js.UndefOr[BurninSubtitleShadowColor] = js.undefined,\n        ShadowOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        ShadowXOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        ShadowYOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        TeletextSpacing: js.UndefOr[BurninSubtitleTeletextSpacing] = js.undefined,\n        XPosition: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        YPosition: js.UndefOr[__integerMin0Max2147483647] = js.undefined\n    ): BurninDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Alignment.foreach(__v => __obj.updateDynamic(\"Alignment\")(__v.asInstanceOf[js.Any]))\n      BackgroundColor.foreach(__v => __obj.updateDynamic(\"BackgroundColor\")(__v.asInstanceOf[js.Any]))\n      BackgroundOpacity.foreach(__v => __obj.updateDynamic(\"BackgroundOpacity\")(__v.asInstanceOf[js.Any]))\n      FontColor.foreach(__v => __obj.updateDynamic(\"FontColor\")(__v.asInstanceOf[js.Any]))\n      FontOpacity.foreach(__v => __obj.updateDynamic(\"FontOpacity\")(__v.asInstanceOf[js.Any]))\n      FontResolution.foreach(__v => __obj.updateDynamic(\"FontResolution\")(__v.asInstanceOf[js.Any]))\n      FontScript.foreach(__v => __obj.updateDynamic(\"FontScript\")(__v.asInstanceOf[js.Any]))\n      FontSize.foreach(__v => __obj.updateDynamic(\"FontSize\")(__v.asInstanceOf[js.Any]))\n      OutlineColor.foreach(__v => __obj.updateDynamic(\"OutlineColor\")(__v.asInstanceOf[js.Any]))\n      OutlineSize.foreach(__v => __obj.updateDynamic(\"OutlineSize\")(__v.asInstanceOf[js.Any]))\n      ShadowColor.foreach(__v => __obj.updateDynamic(\"ShadowColor\")(__v.asInstanceOf[js.Any]))\n      ShadowOpacity.foreach(__v => __obj.updateDynamic(\"ShadowOpacity\")(__v.asInstanceOf[js.Any]))\n      ShadowXOffset.foreach(__v => __obj.updateDynamic(\"ShadowXOffset\")(__v.asInstanceOf[js.Any]))\n      ShadowYOffset.foreach(__v => __obj.updateDynamic(\"ShadowYOffset\")(__v.asInstanceOf[js.Any]))\n      TeletextSpacing.foreach(__v => __obj.updateDynamic(\"TeletextSpacing\")(__v.asInstanceOf[js.Any]))\n      XPosition.foreach(__v => __obj.updateDynamic(\"XPosition\")(__v.asInstanceOf[js.Any]))\n      YPosition.foreach(__v => __obj.updateDynamic(\"YPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BurninDestinationSettings]\n    }\n  }\n\n  \/** If no explicit x_position or y_position is provided, setting alignment to centered will place the captions at the bottom center of the output. Similarly, setting a left alignment will align captions to the bottom left of the output. If x and y positions are given in conjunction with the alignment parameter, the font will be justified (either left or centered) relative to those coordinates. This option is not valid for source captions that are STL, 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleAlignment extends js.Any\n  object BurninSubtitleAlignment {\n    val CENTERED = \"CENTERED\".asInstanceOf[BurninSubtitleAlignment]\n    val LEFT = \"LEFT\".asInstanceOf[BurninSubtitleAlignment]\n\n    @inline def values = js.Array(CENTERED, LEFT)\n  }\n\n  \/** Specifies the color of the rectangle behind the captions. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleBackgroundColor extends js.Any\n  object BurninSubtitleBackgroundColor {\n    val NONE = \"NONE\".asInstanceOf[BurninSubtitleBackgroundColor]\n    val BLACK = \"BLACK\".asInstanceOf[BurninSubtitleBackgroundColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurninSubtitleBackgroundColor]\n\n    @inline def values = js.Array(NONE, BLACK, WHITE)\n  }\n\n  \/** Specifies the color of the burned-in captions. This option is not valid for source captions that are STL, 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleFontColor extends js.Any\n  object BurninSubtitleFontColor {\n    val WHITE = \"WHITE\".asInstanceOf[BurninSubtitleFontColor]\n    val BLACK = \"BLACK\".asInstanceOf[BurninSubtitleFontColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[BurninSubtitleFontColor]\n    val RED = \"RED\".asInstanceOf[BurninSubtitleFontColor]\n    val GREEN = \"GREEN\".asInstanceOf[BurninSubtitleFontColor]\n    val BLUE = \"BLUE\".asInstanceOf[BurninSubtitleFontColor]\n\n    @inline def values = js.Array(WHITE, BLACK, YELLOW, RED, GREEN, BLUE)\n  }\n\n  \/** Specifies font outline color. This option is not valid for source captions that are either 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleOutlineColor extends js.Any\n  object BurninSubtitleOutlineColor {\n    val BLACK = \"BLACK\".asInstanceOf[BurninSubtitleOutlineColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurninSubtitleOutlineColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[BurninSubtitleOutlineColor]\n    val RED = \"RED\".asInstanceOf[BurninSubtitleOutlineColor]\n    val GREEN = \"GREEN\".asInstanceOf[BurninSubtitleOutlineColor]\n    val BLUE = \"BLUE\".asInstanceOf[BurninSubtitleOutlineColor]\n\n    @inline def values = js.Array(BLACK, WHITE, YELLOW, RED, GREEN, BLUE)\n  }\n\n  \/** Specifies the color of the shadow cast by the captions. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleShadowColor extends js.Any\n  object BurninSubtitleShadowColor {\n    val NONE = \"NONE\".asInstanceOf[BurninSubtitleShadowColor]\n    val BLACK = \"BLACK\".asInstanceOf[BurninSubtitleShadowColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurninSubtitleShadowColor]\n\n    @inline def values = js.Array(NONE, BLACK, WHITE)\n  }\n\n  \/** Only applies to jobs with input captions in Teletext or STL formats. Specify whether the spacing between letters in your captions is set by the captions grid or varies depending on letter width. Choose fixed grid to conform to the spacing specified in the captions file more accurately. Choose proportional to make the text easier to read if the captions are closed caption.\n    *\/\n  @js.native\n  sealed trait BurninSubtitleTeletextSpacing extends js.Any\n  object BurninSubtitleTeletextSpacing {\n    val FIXED_GRID = \"FIXED_GRID\".asInstanceOf[BurninSubtitleTeletextSpacing]\n    val PROPORTIONAL = \"PROPORTIONAL\".asInstanceOf[BurninSubtitleTeletextSpacing]\n\n    @inline def values = js.Array(FIXED_GRID, PROPORTIONAL)\n  }\n\n  @js.native\n  trait CancelJobRequest extends js.Object {\n    var Id: __string\n  }\n\n  object CancelJobRequest {\n    @inline\n    def apply(\n        Id: __string\n    ): CancelJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelJobRequest]\n    }\n  }\n\n  @js.native\n  trait CancelJobResponse extends js.Object\n\n  object CancelJobResponse {\n    @inline\n    def apply(): CancelJobResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelJobResponse]\n    }\n  }\n\n  \/** Description of Caption output\n    *\/\n  @js.native\n  trait CaptionDescription extends js.Object {\n    var CaptionSelectorName: js.UndefOr[__stringMin1]\n    var CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ]\n    var DestinationSettings: js.UndefOr[CaptionDestinationSettings]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageDescription: js.UndefOr[__string]\n  }\n\n  object CaptionDescription {\n    @inline\n    def apply(\n        CaptionSelectorName: js.UndefOr[__stringMin1] = js.undefined,\n        CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ] = js.undefined,\n        DestinationSettings: js.UndefOr[CaptionDestinationSettings] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageDescription: js.UndefOr[__string] = js.undefined\n    ): CaptionDescription = {\n      val __obj = js.Dynamic.literal()\n      CaptionSelectorName.foreach(__v => __obj.updateDynamic(\"CaptionSelectorName\")(__v.asInstanceOf[js.Any]))\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageDescription.foreach(__v => __obj.updateDynamic(\"LanguageDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionDescription]\n    }\n  }\n\n  \/** Caption Description for preset\n    *\/\n  @js.native\n  trait CaptionDescriptionPreset extends js.Object {\n    var CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ]\n    var DestinationSettings: js.UndefOr[CaptionDestinationSettings]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageDescription: js.UndefOr[__string]\n  }\n\n  object CaptionDescriptionPreset {\n    @inline\n    def apply(\n        CustomLanguageCode: js.UndefOr[__stringPatternAZaZ23AZaZ] = js.undefined,\n        DestinationSettings: js.UndefOr[CaptionDestinationSettings] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageDescription: js.UndefOr[__string] = js.undefined\n    ): CaptionDescriptionPreset = {\n      val __obj = js.Dynamic.literal()\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageDescription.foreach(__v => __obj.updateDynamic(\"LanguageDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionDescriptionPreset]\n    }\n  }\n\n  \/** Specific settings required by destination type. Note that burnin_destination_settings are not available if the source of the caption data is Embedded or Teletext.\n    *\/\n  @js.native\n  trait CaptionDestinationSettings extends js.Object {\n    var BurninDestinationSettings: js.UndefOr[BurninDestinationSettings]\n    var DestinationType: js.UndefOr[CaptionDestinationType]\n    var DvbSubDestinationSettings: js.UndefOr[DvbSubDestinationSettings]\n    var EmbeddedDestinationSettings: js.UndefOr[EmbeddedDestinationSettings]\n    var ImscDestinationSettings: js.UndefOr[ImscDestinationSettings]\n    var SccDestinationSettings: js.UndefOr[SccDestinationSettings]\n    var TeletextDestinationSettings: js.UndefOr[TeletextDestinationSettings]\n    var TtmlDestinationSettings: js.UndefOr[TtmlDestinationSettings]\n    var WebvttDestinationSettings: js.UndefOr[WebvttDestinationSettings]\n  }\n\n  object CaptionDestinationSettings {\n    @inline\n    def apply(\n        BurninDestinationSettings: js.UndefOr[BurninDestinationSettings] = js.undefined,\n        DestinationType: js.UndefOr[CaptionDestinationType] = js.undefined,\n        DvbSubDestinationSettings: js.UndefOr[DvbSubDestinationSettings] = js.undefined,\n        EmbeddedDestinationSettings: js.UndefOr[EmbeddedDestinationSettings] = js.undefined,\n        ImscDestinationSettings: js.UndefOr[ImscDestinationSettings] = js.undefined,\n        SccDestinationSettings: js.UndefOr[SccDestinationSettings] = js.undefined,\n        TeletextDestinationSettings: js.UndefOr[TeletextDestinationSettings] = js.undefined,\n        TtmlDestinationSettings: js.UndefOr[TtmlDestinationSettings] = js.undefined,\n        WebvttDestinationSettings: js.UndefOr[WebvttDestinationSettings] = js.undefined\n    ): CaptionDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      BurninDestinationSettings.foreach(__v => __obj.updateDynamic(\"BurninDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      DvbSubDestinationSettings.foreach(__v => __obj.updateDynamic(\"DvbSubDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      EmbeddedDestinationSettings.foreach(__v => __obj.updateDynamic(\"EmbeddedDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      ImscDestinationSettings.foreach(__v => __obj.updateDynamic(\"ImscDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      SccDestinationSettings.foreach(__v => __obj.updateDynamic(\"SccDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      TeletextDestinationSettings.foreach(__v => __obj.updateDynamic(\"TeletextDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      TtmlDestinationSettings.foreach(__v => __obj.updateDynamic(\"TtmlDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      WebvttDestinationSettings.foreach(__v => __obj.updateDynamic(\"WebvttDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionDestinationSettings]\n    }\n  }\n\n  \/** Specify the format for this set of captions on this output. The default format is embedded without SCTE-20. Other options are embedded with SCTE-20, burn-in, DVB-sub, IMSC, SCC, SRT, teletext, TTML, and web-VTT. If you are using SCTE-20, choose SCTE-20 plus embedded (SCTE20_PLUS_EMBEDDED) to create an output that complies with the SCTE-43 spec. To create a non-compliant output where the embedded captions come first, choose Embedded plus SCTE-20 (EMBEDDED_PLUS_SCTE20).\n    *\/\n  @js.native\n  sealed trait CaptionDestinationType extends js.Any\n  object CaptionDestinationType {\n    val BURN_IN = \"BURN_IN\".asInstanceOf[CaptionDestinationType]\n    val DVB_SUB = \"DVB_SUB\".asInstanceOf[CaptionDestinationType]\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[CaptionDestinationType]\n    val EMBEDDED_PLUS_SCTE20 = \"EMBEDDED_PLUS_SCTE20\".asInstanceOf[CaptionDestinationType]\n    val IMSC = \"IMSC\".asInstanceOf[CaptionDestinationType]\n    val SCTE20_PLUS_EMBEDDED = \"SCTE20_PLUS_EMBEDDED\".asInstanceOf[CaptionDestinationType]\n    val SCC = \"SCC\".asInstanceOf[CaptionDestinationType]\n    val SRT = \"SRT\".asInstanceOf[CaptionDestinationType]\n    val SMI = \"SMI\".asInstanceOf[CaptionDestinationType]\n    val TELETEXT = \"TELETEXT\".asInstanceOf[CaptionDestinationType]\n    val TTML = \"TTML\".asInstanceOf[CaptionDestinationType]\n    val WEBVTT = \"WEBVTT\".asInstanceOf[CaptionDestinationType]\n\n    @inline def values = js.Array(BURN_IN, DVB_SUB, EMBEDDED, EMBEDDED_PLUS_SCTE20, IMSC, SCTE20_PLUS_EMBEDDED, SCC, SRT, SMI, TELETEXT, TTML, WEBVTT)\n  }\n\n  \/** Set up captions in your outputs by first selecting them from your input here.\n    *\/\n  @js.native\n  trait CaptionSelector extends js.Object {\n    var CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var SourceSettings: js.UndefOr[CaptionSourceSettings]\n  }\n\n  object CaptionSelector {\n    @inline\n    def apply(\n        CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        SourceSettings: js.UndefOr[CaptionSourceSettings] = js.undefined\n    ): CaptionSelector = {\n      val __obj = js.Dynamic.literal()\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      SourceSettings.foreach(__v => __obj.updateDynamic(\"SourceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSelector]\n    }\n  }\n\n  \/** Ignore this setting unless your input captions format is SCC. To have the service compensate for differing frame rates between your input captions and input video, specify the frame rate of the captions file. Specify this value as a fraction, using the settings Framerate numerator (framerateNumerator) and Framerate denominator (framerateDenominator). For example, you might specify 24 \/ 1 for 24 fps, 25 \/ 1 for 25 fps, 24000 \/ 1001 for 23.976 fps, or 30000 \/ 1001 for 29.97 fps.\n    *\/\n  @js.native\n  trait CaptionSourceFramerate extends js.Object {\n    var FramerateDenominator: js.UndefOr[__integerMin1Max1001]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max60000]\n  }\n\n  object CaptionSourceFramerate {\n    @inline\n    def apply(\n        FramerateDenominator: js.UndefOr[__integerMin1Max1001] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max60000] = js.undefined\n    ): CaptionSourceFramerate = {\n      val __obj = js.Dynamic.literal()\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSourceFramerate]\n    }\n  }\n\n  \/** If your input captions are SCC, TTML, STL, SMI, SRT, or IMSC in an xml file, specify the URI of the input captions source file. If your input captions are IMSC in an IMF package, use TrackSourceSettings instead of FileSoureSettings.\n    *\/\n  @js.native\n  trait CaptionSourceSettings extends js.Object {\n    var AncillarySourceSettings: js.UndefOr[AncillarySourceSettings]\n    var DvbSubSourceSettings: js.UndefOr[DvbSubSourceSettings]\n    var EmbeddedSourceSettings: js.UndefOr[EmbeddedSourceSettings]\n    var FileSourceSettings: js.UndefOr[FileSourceSettings]\n    var SourceType: js.UndefOr[CaptionSourceType]\n    var TeletextSourceSettings: js.UndefOr[TeletextSourceSettings]\n    var TrackSourceSettings: js.UndefOr[TrackSourceSettings]\n  }\n\n  object CaptionSourceSettings {\n    @inline\n    def apply(\n        AncillarySourceSettings: js.UndefOr[AncillarySourceSettings] = js.undefined,\n        DvbSubSourceSettings: js.UndefOr[DvbSubSourceSettings] = js.undefined,\n        EmbeddedSourceSettings: js.UndefOr[EmbeddedSourceSettings] = js.undefined,\n        FileSourceSettings: js.UndefOr[FileSourceSettings] = js.undefined,\n        SourceType: js.UndefOr[CaptionSourceType] = js.undefined,\n        TeletextSourceSettings: js.UndefOr[TeletextSourceSettings] = js.undefined,\n        TrackSourceSettings: js.UndefOr[TrackSourceSettings] = js.undefined\n    ): CaptionSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      AncillarySourceSettings.foreach(__v => __obj.updateDynamic(\"AncillarySourceSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSubSourceSettings.foreach(__v => __obj.updateDynamic(\"DvbSubSourceSettings\")(__v.asInstanceOf[js.Any]))\n      EmbeddedSourceSettings.foreach(__v => __obj.updateDynamic(\"EmbeddedSourceSettings\")(__v.asInstanceOf[js.Any]))\n      FileSourceSettings.foreach(__v => __obj.updateDynamic(\"FileSourceSettings\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      TeletextSourceSettings.foreach(__v => __obj.updateDynamic(\"TeletextSourceSettings\")(__v.asInstanceOf[js.Any]))\n      TrackSourceSettings.foreach(__v => __obj.updateDynamic(\"TrackSourceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSourceSettings]\n    }\n  }\n\n  \/** Use Source (SourceType) to identify the format of your input captions. The service cannot auto-detect caption format.\n    *\/\n  @js.native\n  sealed trait CaptionSourceType extends js.Any\n  object CaptionSourceType {\n    val ANCILLARY = \"ANCILLARY\".asInstanceOf[CaptionSourceType]\n    val DVB_SUB = \"DVB_SUB\".asInstanceOf[CaptionSourceType]\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[CaptionSourceType]\n    val SCTE20 = \"SCTE20\".asInstanceOf[CaptionSourceType]\n    val SCC = \"SCC\".asInstanceOf[CaptionSourceType]\n    val TTML = \"TTML\".asInstanceOf[CaptionSourceType]\n    val STL = \"STL\".asInstanceOf[CaptionSourceType]\n    val SRT = \"SRT\".asInstanceOf[CaptionSourceType]\n    val SMI = \"SMI\".asInstanceOf[CaptionSourceType]\n    val SMPTE_TT = \"SMPTE_TT\".asInstanceOf[CaptionSourceType]\n    val TELETEXT = \"TELETEXT\".asInstanceOf[CaptionSourceType]\n    val NULL_SOURCE = \"NULL_SOURCE\".asInstanceOf[CaptionSourceType]\n    val IMSC = \"IMSC\".asInstanceOf[CaptionSourceType]\n    val WEBVTT = \"WEBVTT\".asInstanceOf[CaptionSourceType]\n\n    @inline def values = js.Array(ANCILLARY, DVB_SUB, EMBEDDED, SCTE20, SCC, TTML, STL, SRT, SMI, SMPTE_TT, TELETEXT, NULL_SOURCE, IMSC, WEBVTT)\n  }\n\n  \/** Channel mapping (ChannelMapping) contains the group of fields that hold the remixing value for each channel, in dB. Specify remix values to indicate how much of the content from your input audio channel you want in your output audio channels. Each instance of the InputChannels or InputChannelsFineTune array specifies these values for one output channel. Use one instance of this array for each output channel. In the console, each array corresponds to a column in the graphical depiction of the mapping matrix. The rows of the graphical matrix correspond to input channels. Valid values are within the range from -60 (mute) through 6. A setting of 0 passes the input channel unchanged to the output channel (no attenuation or amplification). Use InputChannels or InputChannelsFineTune to specify your remix values. Don't use both.\n    *\/\n  @js.native\n  trait ChannelMapping extends js.Object {\n    var OutputChannels: js.UndefOr[__listOfOutputChannelMapping]\n  }\n\n  object ChannelMapping {\n    @inline\n    def apply(\n        OutputChannels: js.UndefOr[__listOfOutputChannelMapping] = js.undefined\n    ): ChannelMapping = {\n      val __obj = js.Dynamic.literal()\n      OutputChannels.foreach(__v => __obj.updateDynamic(\"OutputChannels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMapping]\n    }\n  }\n\n  \/** Specify the details for each pair of HLS and DASH additional manifests that you want the service to generate for this CMAF output group. Each pair of manifests can reference a different subset of outputs in the group.\n    *\/\n  @js.native\n  trait CmafAdditionalManifest extends js.Object {\n    var ManifestNameModifier: js.UndefOr[__stringMin1]\n    var SelectedOutputs: js.UndefOr[__listOf__stringMin1]\n  }\n\n  object CmafAdditionalManifest {\n    @inline\n    def apply(\n        ManifestNameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        SelectedOutputs: js.UndefOr[__listOf__stringMin1] = js.undefined\n    ): CmafAdditionalManifest = {\n      val __obj = js.Dynamic.literal()\n      ManifestNameModifier.foreach(__v => __obj.updateDynamic(\"ManifestNameModifier\")(__v.asInstanceOf[js.Any]))\n      SelectedOutputs.foreach(__v => __obj.updateDynamic(\"SelectedOutputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CmafAdditionalManifest]\n    }\n  }\n\n  \/** Disable this setting only when your workflow requires the #EXT-X-ALLOW-CACHE:no tag. Otherwise, keep the default value Enabled (ENABLED) and control caching in your video distribution set up. For example, use the Cache-Control http header.\n    *\/\n  @js.native\n  sealed trait CmafClientCache extends js.Any\n  object CmafClientCache {\n    val DISABLED = \"DISABLED\".asInstanceOf[CmafClientCache]\n    val ENABLED = \"ENABLED\".asInstanceOf[CmafClientCache]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Specification to use (RFC-6381 or the default RFC-4281) during m3u8 playlist generation.\n    *\/\n  @js.native\n  sealed trait CmafCodecSpecification extends js.Any\n  object CmafCodecSpecification {\n    val RFC_6381 = \"RFC_6381\".asInstanceOf[CmafCodecSpecification]\n    val RFC_4281 = \"RFC_4281\".asInstanceOf[CmafCodecSpecification]\n\n    @inline def values = js.Array(RFC_6381, RFC_4281)\n  }\n\n  \/** Settings for CMAF encryption\n    *\/\n  @js.native\n  trait CmafEncryptionSettings extends js.Object {\n    var ConstantInitializationVector: js.UndefOr[__stringMin32Max32Pattern09aFAF32]\n    var EncryptionMethod: js.UndefOr[CmafEncryptionType]\n    var InitializationVectorInManifest: js.UndefOr[CmafInitializationVectorInManifest]\n    var SpekeKeyProvider: js.UndefOr[SpekeKeyProviderCmaf]\n    var StaticKeyProvider: js.UndefOr[StaticKeyProvider]\n    var Type: js.UndefOr[CmafKeyProviderType]\n  }\n\n  object CmafEncryptionSettings {\n    @inline\n    def apply(\n        ConstantInitializationVector: js.UndefOr[__stringMin32Max32Pattern09aFAF32] = js.undefined,\n        EncryptionMethod: js.UndefOr[CmafEncryptionType] = js.undefined,\n        InitializationVectorInManifest: js.UndefOr[CmafInitializationVectorInManifest] = js.undefined,\n        SpekeKeyProvider: js.UndefOr[SpekeKeyProviderCmaf] = js.undefined,\n        StaticKeyProvider: js.UndefOr[StaticKeyProvider] = js.undefined,\n        Type: js.UndefOr[CmafKeyProviderType] = js.undefined\n    ): CmafEncryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      ConstantInitializationVector.foreach(__v => __obj.updateDynamic(\"ConstantInitializationVector\")(__v.asInstanceOf[js.Any]))\n      EncryptionMethod.foreach(__v => __obj.updateDynamic(\"EncryptionMethod\")(__v.asInstanceOf[js.Any]))\n      InitializationVectorInManifest.foreach(__v => __obj.updateDynamic(\"InitializationVectorInManifest\")(__v.asInstanceOf[js.Any]))\n      SpekeKeyProvider.foreach(__v => __obj.updateDynamic(\"SpekeKeyProvider\")(__v.asInstanceOf[js.Any]))\n      StaticKeyProvider.foreach(__v => __obj.updateDynamic(\"StaticKeyProvider\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CmafEncryptionSettings]\n    }\n  }\n\n  \/** Specify the encryption scheme that you want the service to use when encrypting your CMAF segments. Choose AES-CBC subsample (SAMPLE-AES) or AES_CTR (AES-CTR).\n    *\/\n  @js.native\n  sealed trait CmafEncryptionType extends js.Any\n  object CmafEncryptionType {\n    val SAMPLE_AES = \"SAMPLE_AES\".asInstanceOf[CmafEncryptionType]\n    val AES_CTR = \"AES_CTR\".asInstanceOf[CmafEncryptionType]\n\n    @inline def values = js.Array(SAMPLE_AES, AES_CTR)\n  }\n\n  \/** Required when you set (Type) under (OutputGroups)>(OutputGroupSettings) to CMAF_GROUP_SETTINGS. Each output in a CMAF Output Group may only contain a single video, audio, or caption output.\n    *\/\n  @js.native\n  trait CmafGroupSettings extends js.Object {\n    var AdditionalManifests: js.UndefOr[__listOfCmafAdditionalManifest]\n    var BaseUrl: js.UndefOr[__string]\n    var ClientCache: js.UndefOr[CmafClientCache]\n    var CodecSpecification: js.UndefOr[CmafCodecSpecification]\n    var Destination: js.UndefOr[__stringPatternS3]\n    var DestinationSettings: js.UndefOr[DestinationSettings]\n    var Encryption: js.UndefOr[CmafEncryptionSettings]\n    var FragmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var ManifestCompression: js.UndefOr[CmafManifestCompression]\n    var ManifestDurationFormat: js.UndefOr[CmafManifestDurationFormat]\n    var MinBufferTime: js.UndefOr[__integerMin0Max2147483647]\n    var MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647]\n    var MpdProfile: js.UndefOr[CmafMpdProfile]\n    var PtsOffsetHandlingForBFrames: js.UndefOr[CmafPtsOffsetHandlingForBFrames]\n    var SegmentControl: js.UndefOr[CmafSegmentControl]\n    var SegmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var StreamInfResolution: js.UndefOr[CmafStreamInfResolution]\n    var WriteDashManifest: js.UndefOr[CmafWriteDASHManifest]\n    var WriteHlsManifest: js.UndefOr[CmafWriteHLSManifest]\n    var WriteSegmentTimelineInRepresentation: js.UndefOr[CmafWriteSegmentTimelineInRepresentation]\n  }\n\n  object CmafGroupSettings {\n    @inline\n    def apply(\n        AdditionalManifests: js.UndefOr[__listOfCmafAdditionalManifest] = js.undefined,\n        BaseUrl: js.UndefOr[__string] = js.undefined,\n        ClientCache: js.UndefOr[CmafClientCache] = js.undefined,\n        CodecSpecification: js.UndefOr[CmafCodecSpecification] = js.undefined,\n        Destination: js.UndefOr[__stringPatternS3] = js.undefined,\n        DestinationSettings: js.UndefOr[DestinationSettings] = js.undefined,\n        Encryption: js.UndefOr[CmafEncryptionSettings] = js.undefined,\n        FragmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ManifestCompression: js.UndefOr[CmafManifestCompression] = js.undefined,\n        ManifestDurationFormat: js.UndefOr[CmafManifestDurationFormat] = js.undefined,\n        MinBufferTime: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647] = js.undefined,\n        MpdProfile: js.UndefOr[CmafMpdProfile] = js.undefined,\n        PtsOffsetHandlingForBFrames: js.UndefOr[CmafPtsOffsetHandlingForBFrames] = js.undefined,\n        SegmentControl: js.UndefOr[CmafSegmentControl] = js.undefined,\n        SegmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        StreamInfResolution: js.UndefOr[CmafStreamInfResolution] = js.undefined,\n        WriteDashManifest: js.UndefOr[CmafWriteDASHManifest] = js.undefined,\n        WriteHlsManifest: js.UndefOr[CmafWriteHLSManifest] = js.undefined,\n        WriteSegmentTimelineInRepresentation: js.UndefOr[CmafWriteSegmentTimelineInRepresentation] = js.undefined\n    ): CmafGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      AdditionalManifests.foreach(__v => __obj.updateDynamic(\"AdditionalManifests\")(__v.asInstanceOf[js.Any]))\n      BaseUrl.foreach(__v => __obj.updateDynamic(\"BaseUrl\")(__v.asInstanceOf[js.Any]))\n      ClientCache.foreach(__v => __obj.updateDynamic(\"ClientCache\")(__v.asInstanceOf[js.Any]))\n      CodecSpecification.foreach(__v => __obj.updateDynamic(\"CodecSpecification\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      FragmentLength.foreach(__v => __obj.updateDynamic(\"FragmentLength\")(__v.asInstanceOf[js.Any]))\n      ManifestCompression.foreach(__v => __obj.updateDynamic(\"ManifestCompression\")(__v.asInstanceOf[js.Any]))\n      ManifestDurationFormat.foreach(__v => __obj.updateDynamic(\"ManifestDurationFormat\")(__v.asInstanceOf[js.Any]))\n      MinBufferTime.foreach(__v => __obj.updateDynamic(\"MinBufferTime\")(__v.asInstanceOf[js.Any]))\n      MinFinalSegmentLength.foreach(__v => __obj.updateDynamic(\"MinFinalSegmentLength\")(__v.asInstanceOf[js.Any]))\n      MpdProfile.foreach(__v => __obj.updateDynamic(\"MpdProfile\")(__v.asInstanceOf[js.Any]))\n      PtsOffsetHandlingForBFrames.foreach(__v => __obj.updateDynamic(\"PtsOffsetHandlingForBFrames\")(__v.asInstanceOf[js.Any]))\n      SegmentControl.foreach(__v => __obj.updateDynamic(\"SegmentControl\")(__v.asInstanceOf[js.Any]))\n      SegmentLength.foreach(__v => __obj.updateDynamic(\"SegmentLength\")(__v.asInstanceOf[js.Any]))\n      StreamInfResolution.foreach(__v => __obj.updateDynamic(\"StreamInfResolution\")(__v.asInstanceOf[js.Any]))\n      WriteDashManifest.foreach(__v => __obj.updateDynamic(\"WriteDashManifest\")(__v.asInstanceOf[js.Any]))\n      WriteHlsManifest.foreach(__v => __obj.updateDynamic(\"WriteHlsManifest\")(__v.asInstanceOf[js.Any]))\n      WriteSegmentTimelineInRepresentation.foreach(__v => __obj.updateDynamic(\"WriteSegmentTimelineInRepresentation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CmafGroupSettings]\n    }\n  }\n\n  \/** When you use DRM with CMAF outputs, choose whether the service writes the 128-bit encryption initialization vector in the HLS and DASH manifests.\n    *\/\n  @js.native\n  sealed trait CmafInitializationVectorInManifest extends js.Any\n  object CmafInitializationVectorInManifest {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[CmafInitializationVectorInManifest]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[CmafInitializationVectorInManifest]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Specify whether your DRM encryption key is static or from a key provider that follows the SPEKE standard. For more information about SPEKE, see https:\/\/docs.aws.amazon.com\/speke\/latest\/documentation\/what-is-speke.html.\n    *\/\n  @js.native\n  sealed trait CmafKeyProviderType extends js.Any\n  object CmafKeyProviderType {\n    val SPEKE = \"SPEKE\".asInstanceOf[CmafKeyProviderType]\n    val STATIC_KEY = \"STATIC_KEY\".asInstanceOf[CmafKeyProviderType]\n\n    @inline def values = js.Array(SPEKE, STATIC_KEY)\n  }\n\n  \/** When set to GZIP, compresses HLS playlist.\n    *\/\n  @js.native\n  sealed trait CmafManifestCompression extends js.Any\n  object CmafManifestCompression {\n    val GZIP = \"GZIP\".asInstanceOf[CmafManifestCompression]\n    val NONE = \"NONE\".asInstanceOf[CmafManifestCompression]\n\n    @inline def values = js.Array(GZIP, NONE)\n  }\n\n  \/** Indicates whether the output manifest should use floating point values for segment duration.\n    *\/\n  @js.native\n  sealed trait CmafManifestDurationFormat extends js.Any\n  object CmafManifestDurationFormat {\n    val FLOATING_POINT = \"FLOATING_POINT\".asInstanceOf[CmafManifestDurationFormat]\n    val INTEGER = \"INTEGER\".asInstanceOf[CmafManifestDurationFormat]\n\n    @inline def values = js.Array(FLOATING_POINT, INTEGER)\n  }\n\n  \/** Specify whether your DASH profile is on-demand or main. When you choose Main profile (MAIN_PROFILE), the service signals urn:mpeg:dash:profile:isoff-main:2011 in your .mpd DASH manifest. When you choose On-demand (ON_DEMAND_PROFILE), the service signals urn:mpeg:dash:profile:isoff-on-demand:2011 in your .mpd. When you choose On-demand, you must also set the output group setting Segment control (SegmentControl) to Single file (SINGLE_FILE).\n    *\/\n  @js.native\n  sealed trait CmafMpdProfile extends js.Any\n  object CmafMpdProfile {\n    val MAIN_PROFILE = \"MAIN_PROFILE\".asInstanceOf[CmafMpdProfile]\n    val ON_DEMAND_PROFILE = \"ON_DEMAND_PROFILE\".asInstanceOf[CmafMpdProfile]\n\n    @inline def values = js.Array(MAIN_PROFILE, ON_DEMAND_PROFILE)\n  }\n\n  \/** Use this setting only when your output video stream has B-frames, which causes the initial presentation time stamp (PTS) to be offset from the initial decode time stamp (DTS). Specify how MediaConvert handles PTS when writing time stamps in output DASH manifests. Choose Match initial PTS (MATCH_INITIAL_PTS) when you want MediaConvert to use the initial PTS as the first time stamp in the manifest. Choose Zero-based (ZERO_BASED) to have MediaConvert ignore the initial PTS in the video stream and instead write the initial time stamp as zero in the manifest. For outputs that don't have B-frames, the time stamps in your DASH manifests start at zero regardless of your choice here.\n    *\/\n  @js.native\n  sealed trait CmafPtsOffsetHandlingForBFrames extends js.Any\n  object CmafPtsOffsetHandlingForBFrames {\n    val ZERO_BASED = \"ZERO_BASED\".asInstanceOf[CmafPtsOffsetHandlingForBFrames]\n    val MATCH_INITIAL_PTS = \"MATCH_INITIAL_PTS\".asInstanceOf[CmafPtsOffsetHandlingForBFrames]\n\n    @inline def values = js.Array(ZERO_BASED, MATCH_INITIAL_PTS)\n  }\n\n  \/** When set to SINGLE_FILE, a single output file is generated, which is internally segmented using the Fragment Length and Segment Length. When set to SEGMENTED_FILES, separate segment files will be created.\n    *\/\n  @js.native\n  sealed trait CmafSegmentControl extends js.Any\n  object CmafSegmentControl {\n    val SINGLE_FILE = \"SINGLE_FILE\".asInstanceOf[CmafSegmentControl]\n    val SEGMENTED_FILES = \"SEGMENTED_FILES\".asInstanceOf[CmafSegmentControl]\n\n    @inline def values = js.Array(SINGLE_FILE, SEGMENTED_FILES)\n  }\n\n  \/** Include or exclude RESOLUTION attribute for video in EXT-X-STREAM-INF tag of variant manifest.\n    *\/\n  @js.native\n  sealed trait CmafStreamInfResolution extends js.Any\n  object CmafStreamInfResolution {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[CmafStreamInfResolution]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[CmafStreamInfResolution]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** When set to ENABLED, a DASH MPD manifest will be generated for this output.\n    *\/\n  @js.native\n  sealed trait CmafWriteDASHManifest extends js.Any\n  object CmafWriteDASHManifest {\n    val DISABLED = \"DISABLED\".asInstanceOf[CmafWriteDASHManifest]\n    val ENABLED = \"ENABLED\".asInstanceOf[CmafWriteDASHManifest]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** When set to ENABLED, an Apple HLS manifest will be generated for this output.\n    *\/\n  @js.native\n  sealed trait CmafWriteHLSManifest extends js.Any\n  object CmafWriteHLSManifest {\n    val DISABLED = \"DISABLED\".asInstanceOf[CmafWriteHLSManifest]\n    val ENABLED = \"ENABLED\".asInstanceOf[CmafWriteHLSManifest]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** When you enable Precise segment duration in DASH manifests (writeSegmentTimelineInRepresentation), your DASH manifest shows precise segment durations. The segment duration information appears inside the SegmentTimeline element, inside SegmentTemplate at the Representation level. When this feature isn't enabled, the segment durations in your DASH manifest are approximate. The segment duration information appears in the duration attribute of the SegmentTemplate element.\n    *\/\n  @js.native\n  sealed trait CmafWriteSegmentTimelineInRepresentation extends js.Any\n  object CmafWriteSegmentTimelineInRepresentation {\n    val ENABLED = \"ENABLED\".asInstanceOf[CmafWriteSegmentTimelineInRepresentation]\n    val DISABLED = \"DISABLED\".asInstanceOf[CmafWriteSegmentTimelineInRepresentation]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specify this setting only when your output will be consumed by a downstream repackaging workflow that is sensitive to very small duration differences between video and audio. For this situation, choose Match video duration (MATCH_VIDEO_DURATION). In all other cases, keep the default value, Default codec duration (DEFAULT_CODEC_DURATION). When you choose Match video duration, MediaConvert pads the output audio streams with silence or trims them to ensure that the total duration of each audio stream is at least as long as the total duration of the video stream. After padding or trimming, the audio stream duration is no more than one frame longer than the video stream. MediaConvert applies audio padding or trimming only to the end of the last segment of the output. For unsegmented outputs, MediaConvert adds padding only to the end of the file. When you keep the default value, any minor discrepancies between audio and video duration will depend on your output audio codec.\n    *\/\n  @js.native\n  sealed trait CmfcAudioDuration extends js.Any\n  object CmfcAudioDuration {\n    val DEFAULT_CODEC_DURATION = \"DEFAULT_CODEC_DURATION\".asInstanceOf[CmfcAudioDuration]\n    val MATCH_VIDEO_DURATION = \"MATCH_VIDEO_DURATION\".asInstanceOf[CmfcAudioDuration]\n\n    @inline def values = js.Array(DEFAULT_CODEC_DURATION, MATCH_VIDEO_DURATION)\n  }\n\n  \/** Use this setting to control the values that MediaConvert puts in your HLS parent playlist to control how the client player selects which audio track to play. The other options for this setting determine the values that MediaConvert writes for the DEFAULT and AUTOSELECT attributes of the EXT-X-MEDIA entry for the audio variant. For more information about these attributes, see the Apple documentation article https:\/\/developer.apple.com\/documentation\/http_live_streaming\/example_playlists_for_http_live_streaming\/adding_alternate_media_to_a_playlist. Choose Alternate audio, auto select, default (ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT) to set DEFAULT=YES and AUTOSELECT=YES. Choose this value for only one variant in your output group. Choose Alternate audio, auto select, not default (ALTERNATE_AUDIO_AUTO_SELECT) to set DEFAULT=NO and AUTOSELECT=YES. Choose Alternate Audio, Not Auto Select to set DEFAULT=NO and AUTOSELECT=NO. When you don't specify a value for this setting, MediaConvert\n    * defaults to Alternate audio, auto select, default. When there is more than one variant in your output group, you must explicitly choose a value for this setting.\n    *\/\n  @js.native\n  sealed trait CmfcAudioTrackType extends js.Any\n  object CmfcAudioTrackType {\n    val ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT = \"ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT\".asInstanceOf[CmfcAudioTrackType]\n    val ALTERNATE_AUDIO_AUTO_SELECT = \"ALTERNATE_AUDIO_AUTO_SELECT\".asInstanceOf[CmfcAudioTrackType]\n    val ALTERNATE_AUDIO_NOT_AUTO_SELECT = \"ALTERNATE_AUDIO_NOT_AUTO_SELECT\".asInstanceOf[CmfcAudioTrackType]\n\n    @inline def values = js.Array(ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT, ALTERNATE_AUDIO_AUTO_SELECT, ALTERNATE_AUDIO_NOT_AUTO_SELECT)\n  }\n\n  \/** Specify whether to flag this audio track as descriptive video service (DVS) in your HLS parent manifest. When you choose Flag (FLAG), MediaConvert includes the parameter CHARACTERISTICS=\"public.accessibility.describes-video\" in the EXT-X-MEDIA entry for this track. When you keep the default choice, Don't flag (DONT_FLAG), MediaConvert leaves this parameter out. The DVS flag can help with accessibility on Apple devices. For more information, see the Apple documentation.\n    *\/\n  @js.native\n  sealed trait CmfcDescriptiveVideoServiceFlag extends js.Any\n  object CmfcDescriptiveVideoServiceFlag {\n    val DONT_FLAG = \"DONT_FLAG\".asInstanceOf[CmfcDescriptiveVideoServiceFlag]\n    val FLAG = \"FLAG\".asInstanceOf[CmfcDescriptiveVideoServiceFlag]\n\n    @inline def values = js.Array(DONT_FLAG, FLAG)\n  }\n\n  \/** Choose Include (INCLUDE) to have MediaConvert generate an HLS child manifest that lists only the I-frames for this rendition, in addition to your regular manifest for this rendition. You might use this manifest as part of a workflow that creates preview functions for your video. MediaConvert adds both the I-frame only child manifest and the regular child manifest to the parent manifest. When you don't need the I-frame only child manifest, keep the default value Exclude (EXCLUDE).\n    *\/\n  @js.native\n  sealed trait CmfcIFrameOnlyManifest extends js.Any\n  object CmfcIFrameOnlyManifest {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[CmfcIFrameOnlyManifest]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[CmfcIFrameOnlyManifest]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Use this setting only when you specify SCTE-35 markers from ESAM. Choose INSERT to put SCTE-35 markers in this output at the insertion points that you specify in an ESAM XML document. Provide the document in the setting SCC XML (sccXml).\n    *\/\n  @js.native\n  sealed trait CmfcScte35Esam extends js.Any\n  object CmfcScte35Esam {\n    val INSERT = \"INSERT\".asInstanceOf[CmfcScte35Esam]\n    val NONE = \"NONE\".asInstanceOf[CmfcScte35Esam]\n\n    @inline def values = js.Array(INSERT, NONE)\n  }\n\n  \/** Ignore this setting unless you have SCTE-35 markers in your input video file. Choose Passthrough (PASSTHROUGH) if you want SCTE-35 markers that appear in your input to also appear in this output. Choose None (NONE) if you don't want those SCTE-35 markers in this output.\n    *\/\n  @js.native\n  sealed trait CmfcScte35Source extends js.Any\n  object CmfcScte35Source {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[CmfcScte35Source]\n    val NONE = \"NONE\".asInstanceOf[CmfcScte35Source]\n\n    @inline def values = js.Array(PASSTHROUGH, NONE)\n  }\n\n  \/** Settings for MP4 segments in CMAF\n    *\/\n  @js.native\n  trait CmfcSettings extends js.Object {\n    var AudioDuration: js.UndefOr[CmfcAudioDuration]\n    var AudioGroupId: js.UndefOr[__string]\n    var AudioRenditionSets: js.UndefOr[__string]\n    var AudioTrackType: js.UndefOr[CmfcAudioTrackType]\n    var DescriptiveVideoServiceFlag: js.UndefOr[CmfcDescriptiveVideoServiceFlag]\n    var IFrameOnlyManifest: js.UndefOr[CmfcIFrameOnlyManifest]\n    var Scte35Esam: js.UndefOr[CmfcScte35Esam]\n    var Scte35Source: js.UndefOr[CmfcScte35Source]\n  }\n\n  object CmfcSettings {\n    @inline\n    def apply(\n        AudioDuration: js.UndefOr[CmfcAudioDuration] = js.undefined,\n        AudioGroupId: js.UndefOr[__string] = js.undefined,\n        AudioRenditionSets: js.UndefOr[__string] = js.undefined,\n        AudioTrackType: js.UndefOr[CmfcAudioTrackType] = js.undefined,\n        DescriptiveVideoServiceFlag: js.UndefOr[CmfcDescriptiveVideoServiceFlag] = js.undefined,\n        IFrameOnlyManifest: js.UndefOr[CmfcIFrameOnlyManifest] = js.undefined,\n        Scte35Esam: js.UndefOr[CmfcScte35Esam] = js.undefined,\n        Scte35Source: js.UndefOr[CmfcScte35Source] = js.undefined\n    ): CmfcSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioDuration.foreach(__v => __obj.updateDynamic(\"AudioDuration\")(__v.asInstanceOf[js.Any]))\n      AudioGroupId.foreach(__v => __obj.updateDynamic(\"AudioGroupId\")(__v.asInstanceOf[js.Any]))\n      AudioRenditionSets.foreach(__v => __obj.updateDynamic(\"AudioRenditionSets\")(__v.asInstanceOf[js.Any]))\n      AudioTrackType.foreach(__v => __obj.updateDynamic(\"AudioTrackType\")(__v.asInstanceOf[js.Any]))\n      DescriptiveVideoServiceFlag.foreach(__v => __obj.updateDynamic(\"DescriptiveVideoServiceFlag\")(__v.asInstanceOf[js.Any]))\n      IFrameOnlyManifest.foreach(__v => __obj.updateDynamic(\"IFrameOnlyManifest\")(__v.asInstanceOf[js.Any]))\n      Scte35Esam.foreach(__v => __obj.updateDynamic(\"Scte35Esam\")(__v.asInstanceOf[js.Any]))\n      Scte35Source.foreach(__v => __obj.updateDynamic(\"Scte35Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CmfcSettings]\n    }\n  }\n\n  \/** Settings for color correction.\n    *\/\n  @js.native\n  trait ColorCorrector extends js.Object {\n    var Brightness: js.UndefOr[__integerMin1Max100]\n    var ColorSpaceConversion: js.UndefOr[ColorSpaceConversion]\n    var Contrast: js.UndefOr[__integerMin1Max100]\n    var Hdr10Metadata: js.UndefOr[Hdr10Metadata]\n    var Hue: js.UndefOr[__integerMinNegative180Max180]\n    var Saturation: js.UndefOr[__integerMin1Max100]\n  }\n\n  object ColorCorrector {\n    @inline\n    def apply(\n        Brightness: js.UndefOr[__integerMin1Max100] = js.undefined,\n        ColorSpaceConversion: js.UndefOr[ColorSpaceConversion] = js.undefined,\n        Contrast: js.UndefOr[__integerMin1Max100] = js.undefined,\n        Hdr10Metadata: js.UndefOr[Hdr10Metadata] = js.undefined,\n        Hue: js.UndefOr[__integerMinNegative180Max180] = js.undefined,\n        Saturation: js.UndefOr[__integerMin1Max100] = js.undefined\n    ): ColorCorrector = {\n      val __obj = js.Dynamic.literal()\n      Brightness.foreach(__v => __obj.updateDynamic(\"Brightness\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceConversion.foreach(__v => __obj.updateDynamic(\"ColorSpaceConversion\")(__v.asInstanceOf[js.Any]))\n      Contrast.foreach(__v => __obj.updateDynamic(\"Contrast\")(__v.asInstanceOf[js.Any]))\n      Hdr10Metadata.foreach(__v => __obj.updateDynamic(\"Hdr10Metadata\")(__v.asInstanceOf[js.Any]))\n      Hue.foreach(__v => __obj.updateDynamic(\"Hue\")(__v.asInstanceOf[js.Any]))\n      Saturation.foreach(__v => __obj.updateDynamic(\"Saturation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColorCorrector]\n    }\n  }\n\n  \/** Choose Insert (INSERT) for this setting to include color metadata in this output. Choose Ignore (IGNORE) to exclude color metadata from this output. If you don't specify a value, the service sets this to Insert by default.\n    *\/\n  @js.native\n  sealed trait ColorMetadata extends js.Any\n  object ColorMetadata {\n    val IGNORE = \"IGNORE\".asInstanceOf[ColorMetadata]\n    val INSERT = \"INSERT\".asInstanceOf[ColorMetadata]\n\n    @inline def values = js.Array(IGNORE, INSERT)\n  }\n\n  \/** If your input video has accurate color space metadata, or if you don't know about color space, leave this set to the default value Follow (FOLLOW). The service will automatically detect your input color space. If your input video has metadata indicating the wrong color space, specify the accurate color space here. If your input video is HDR 10 and the SMPTE ST 2086 Mastering Display Color Volume static metadata isn't present in your video stream, or if that metadata is present but not accurate, choose Force HDR 10 (FORCE_HDR10) here and specify correct values in the input HDR 10 metadata (Hdr10Metadata) settings. For more information about MediaConvert HDR jobs, see https:\/\/docs.aws.amazon.com\/console\/mediaconvert\/hdr.\n    *\/\n  @js.native\n  sealed trait ColorSpace extends js.Any\n  object ColorSpace {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[ColorSpace]\n    val REC_601 = \"REC_601\".asInstanceOf[ColorSpace]\n    val REC_709 = \"REC_709\".asInstanceOf[ColorSpace]\n    val HDR10 = \"HDR10\".asInstanceOf[ColorSpace]\n    val HLG_2020 = \"HLG_2020\".asInstanceOf[ColorSpace]\n\n    @inline def values = js.Array(FOLLOW, REC_601, REC_709, HDR10, HLG_2020)\n  }\n\n  \/** Specify the color space you want for this output. The service supports conversion between HDR formats, between SDR formats, from SDR to HDR, and from HDR to SDR. SDR to HDR conversion doesn't upgrade the dynamic range. The converted video has an HDR format, but visually appears the same as an unconverted output. HDR to SDR conversion uses Elemental tone mapping technology to approximate the outcome of manually regrading from HDR to SDR.\n    *\/\n  @js.native\n  sealed trait ColorSpaceConversion extends js.Any\n  object ColorSpaceConversion {\n    val NONE = \"NONE\".asInstanceOf[ColorSpaceConversion]\n    val FORCE_601 = \"FORCE_601\".asInstanceOf[ColorSpaceConversion]\n    val FORCE_709 = \"FORCE_709\".asInstanceOf[ColorSpaceConversion]\n    val FORCE_HDR10 = \"FORCE_HDR10\".asInstanceOf[ColorSpaceConversion]\n    val FORCE_HLG_2020 = \"FORCE_HLG_2020\".asInstanceOf[ColorSpaceConversion]\n\n    @inline def values = js.Array(NONE, FORCE_601, FORCE_709, FORCE_HDR10, FORCE_HLG_2020)\n  }\n\n  \/** There are two sources for color metadata, the input file and the job input settings Color space (ColorSpace) and HDR master display information settings(Hdr10Metadata). The Color space usage setting determines which takes precedence. Choose Force (FORCE) to use color metadata from the input job settings. If you don't specify values for those settings, the service defaults to using metadata from your input. FALLBACK - Choose Fallback (FALLBACK) to use color metadata from the source when it is present. If there's no color metadata in your input file, the service defaults to using values you specify in the input settings.\n    *\/\n  @js.native\n  sealed trait ColorSpaceUsage extends js.Any\n  object ColorSpaceUsage {\n    val FORCE = \"FORCE\".asInstanceOf[ColorSpaceUsage]\n    val FALLBACK = \"FALLBACK\".asInstanceOf[ColorSpaceUsage]\n\n    @inline def values = js.Array(FORCE, FALLBACK)\n  }\n\n  \/** The length of the term of your reserved queue pricing plan commitment.\n    *\/\n  @js.native\n  sealed trait Commitment extends js.Any\n  object Commitment {\n    val ONE_YEAR = \"ONE_YEAR\".asInstanceOf[Commitment]\n\n    @inline def values = js.Array(ONE_YEAR)\n  }\n\n  \/** Container specific settings.\n    *\/\n  @js.native\n  trait ContainerSettings extends js.Object {\n    var CmfcSettings: js.UndefOr[CmfcSettings]\n    var Container: js.UndefOr[ContainerType]\n    var F4vSettings: js.UndefOr[F4vSettings]\n    var M2tsSettings: js.UndefOr[M2tsSettings]\n    var M3u8Settings: js.UndefOr[M3u8Settings]\n    var MovSettings: js.UndefOr[MovSettings]\n    var Mp4Settings: js.UndefOr[Mp4Settings]\n    var MpdSettings: js.UndefOr[MpdSettings]\n    var MxfSettings: js.UndefOr[MxfSettings]\n  }\n\n  object ContainerSettings {\n    @inline\n    def apply(\n        CmfcSettings: js.UndefOr[CmfcSettings] = js.undefined,\n        Container: js.UndefOr[ContainerType] = js.undefined,\n        F4vSettings: js.UndefOr[F4vSettings] = js.undefined,\n        M2tsSettings: js.UndefOr[M2tsSettings] = js.undefined,\n        M3u8Settings: js.UndefOr[M3u8Settings] = js.undefined,\n        MovSettings: js.UndefOr[MovSettings] = js.undefined,\n        Mp4Settings: js.UndefOr[Mp4Settings] = js.undefined,\n        MpdSettings: js.UndefOr[MpdSettings] = js.undefined,\n        MxfSettings: js.UndefOr[MxfSettings] = js.undefined\n    ): ContainerSettings = {\n      val __obj = js.Dynamic.literal()\n      CmfcSettings.foreach(__v => __obj.updateDynamic(\"CmfcSettings\")(__v.asInstanceOf[js.Any]))\n      Container.foreach(__v => __obj.updateDynamic(\"Container\")(__v.asInstanceOf[js.Any]))\n      F4vSettings.foreach(__v => __obj.updateDynamic(\"F4vSettings\")(__v.asInstanceOf[js.Any]))\n      M2tsSettings.foreach(__v => __obj.updateDynamic(\"M2tsSettings\")(__v.asInstanceOf[js.Any]))\n      M3u8Settings.foreach(__v => __obj.updateDynamic(\"M3u8Settings\")(__v.asInstanceOf[js.Any]))\n      MovSettings.foreach(__v => __obj.updateDynamic(\"MovSettings\")(__v.asInstanceOf[js.Any]))\n      Mp4Settings.foreach(__v => __obj.updateDynamic(\"Mp4Settings\")(__v.asInstanceOf[js.Any]))\n      MpdSettings.foreach(__v => __obj.updateDynamic(\"MpdSettings\")(__v.asInstanceOf[js.Any]))\n      MxfSettings.foreach(__v => __obj.updateDynamic(\"MxfSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerSettings]\n    }\n  }\n\n  \/** Container for this output. Some containers require a container settings object. If not specified, the default object will be created.\n    *\/\n  @js.native\n  sealed trait ContainerType extends js.Any\n  object ContainerType {\n    val F4V = \"F4V\".asInstanceOf[ContainerType]\n    val ISMV = \"ISMV\".asInstanceOf[ContainerType]\n    val M2TS = \"M2TS\".asInstanceOf[ContainerType]\n    val M3U8 = \"M3U8\".asInstanceOf[ContainerType]\n    val CMFC = \"CMFC\".asInstanceOf[ContainerType]\n    val MOV = \"MOV\".asInstanceOf[ContainerType]\n    val MP4 = \"MP4\".asInstanceOf[ContainerType]\n    val MPD = \"MPD\".asInstanceOf[ContainerType]\n    val MXF = \"MXF\".asInstanceOf[ContainerType]\n    val WEBM = \"WEBM\".asInstanceOf[ContainerType]\n    val RAW = \"RAW\".asInstanceOf[ContainerType]\n\n    @inline def values = js.Array(F4V, ISMV, M2TS, M3U8, CMFC, MOV, MP4, MPD, MXF, WEBM, RAW)\n  }\n\n  @js.native\n  trait CreateJobRequest extends js.Object {\n    var Role: __string\n    var Settings: JobSettings\n    var AccelerationSettings: js.UndefOr[AccelerationSettings]\n    var BillingTagsSource: js.UndefOr[BillingTagsSource]\n    var ClientRequestToken: js.UndefOr[__string]\n    var HopDestinations: js.UndefOr[__listOfHopDestination]\n    var JobTemplate: js.UndefOr[__string]\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var SimulateReservedQueue: js.UndefOr[SimulateReservedQueue]\n    var StatusUpdateInterval: js.UndefOr[StatusUpdateInterval]\n    var Tags: js.UndefOr[__mapOf__string]\n    var UserMetadata: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateJobRequest {\n    @inline\n    def apply(\n        Role: __string,\n        Settings: JobSettings,\n        AccelerationSettings: js.UndefOr[AccelerationSettings] = js.undefined,\n        BillingTagsSource: js.UndefOr[BillingTagsSource] = js.undefined,\n        ClientRequestToken: js.UndefOr[__string] = js.undefined,\n        HopDestinations: js.UndefOr[__listOfHopDestination] = js.undefined,\n        JobTemplate: js.UndefOr[__string] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        SimulateReservedQueue: js.UndefOr[SimulateReservedQueue] = js.undefined,\n        StatusUpdateInterval: js.UndefOr[StatusUpdateInterval] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        UserMetadata: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Role\" -> Role.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      AccelerationSettings.foreach(__v => __obj.updateDynamic(\"AccelerationSettings\")(__v.asInstanceOf[js.Any]))\n      BillingTagsSource.foreach(__v => __obj.updateDynamic(\"BillingTagsSource\")(__v.asInstanceOf[js.Any]))\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      HopDestinations.foreach(__v => __obj.updateDynamic(\"HopDestinations\")(__v.asInstanceOf[js.Any]))\n      JobTemplate.foreach(__v => __obj.updateDynamic(\"JobTemplate\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      SimulateReservedQueue.foreach(__v => __obj.updateDynamic(\"SimulateReservedQueue\")(__v.asInstanceOf[js.Any]))\n      StatusUpdateInterval.foreach(__v => __obj.updateDynamic(\"StatusUpdateInterval\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UserMetadata.foreach(__v => __obj.updateDynamic(\"UserMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateJobResponse extends js.Object {\n    var Job: js.UndefOr[Job]\n  }\n\n  object CreateJobResponse {\n    @inline\n    def apply(\n        Job: js.UndefOr[Job] = js.undefined\n    ): CreateJobResponse = {\n      val __obj = js.Dynamic.literal()\n      Job.foreach(__v => __obj.updateDynamic(\"Job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateJobTemplateRequest extends js.Object {\n    var Name: __string\n    var Settings: JobTemplateSettings\n    var AccelerationSettings: js.UndefOr[AccelerationSettings]\n    var Category: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HopDestinations: js.UndefOr[__listOfHopDestination]\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var StatusUpdateInterval: js.UndefOr[StatusUpdateInterval]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateJobTemplateRequest {\n    @inline\n    def apply(\n        Name: __string,\n        Settings: JobTemplateSettings,\n        AccelerationSettings: js.UndefOr[AccelerationSettings] = js.undefined,\n        Category: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HopDestinations: js.UndefOr[__listOfHopDestination] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        StatusUpdateInterval: js.UndefOr[StatusUpdateInterval] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateJobTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      AccelerationSettings.foreach(__v => __obj.updateDynamic(\"AccelerationSettings\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HopDestinations.foreach(__v => __obj.updateDynamic(\"HopDestinations\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      StatusUpdateInterval.foreach(__v => __obj.updateDynamic(\"StatusUpdateInterval\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateJobTemplateResponse extends js.Object {\n    var JobTemplate: js.UndefOr[JobTemplate]\n  }\n\n  object CreateJobTemplateResponse {\n    @inline\n    def apply(\n        JobTemplate: js.UndefOr[JobTemplate] = js.undefined\n    ): CreateJobTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      JobTemplate.foreach(__v => __obj.updateDynamic(\"JobTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePresetRequest extends js.Object {\n    var Name: __string\n    var Settings: PresetSettings\n    var Category: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreatePresetRequest {\n    @inline\n    def apply(\n        Name: __string,\n        Settings: PresetSettings,\n        Category: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreatePresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresetRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePresetResponse extends js.Object {\n    var Preset: js.UndefOr[Preset]\n  }\n\n  object CreatePresetResponse {\n    @inline\n    def apply(\n        Preset: js.UndefOr[Preset] = js.undefined\n    ): CreatePresetResponse = {\n      val __obj = js.Dynamic.literal()\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateQueueRequest extends js.Object {\n    var Name: __string\n    var Description: js.UndefOr[__string]\n    var PricingPlan: js.UndefOr[PricingPlan]\n    var ReservationPlanSettings: js.UndefOr[ReservationPlanSettings]\n    var Status: js.UndefOr[QueueStatus]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateQueueRequest {\n    @inline\n    def apply(\n        Name: __string,\n        Description: js.UndefOr[__string] = js.undefined,\n        PricingPlan: js.UndefOr[PricingPlan] = js.undefined,\n        ReservationPlanSettings: js.UndefOr[ReservationPlanSettings] = js.undefined,\n        Status: js.UndefOr[QueueStatus] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      PricingPlan.foreach(__v => __obj.updateDynamic(\"PricingPlan\")(__v.asInstanceOf[js.Any]))\n      ReservationPlanSettings.foreach(__v => __obj.updateDynamic(\"ReservationPlanSettings\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateQueueRequest]\n    }\n  }\n\n  @js.native\n  trait CreateQueueResponse extends js.Object {\n    var Queue: js.UndefOr[Queue]\n  }\n\n  object CreateQueueResponse {\n    @inline\n    def apply(\n        Queue: js.UndefOr[Queue] = js.undefined\n    ): CreateQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateQueueResponse]\n    }\n  }\n\n  \/** Specify the details for each additional DASH manifest that you want the service to generate for this output group. Each manifest can reference a different subset of outputs in the group.\n    *\/\n  @js.native\n  trait DashAdditionalManifest extends js.Object {\n    var ManifestNameModifier: js.UndefOr[__stringMin1]\n    var SelectedOutputs: js.UndefOr[__listOf__stringMin1]\n  }\n\n  object DashAdditionalManifest {\n    @inline\n    def apply(\n        ManifestNameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        SelectedOutputs: js.UndefOr[__listOf__stringMin1] = js.undefined\n    ): DashAdditionalManifest = {\n      val __obj = js.Dynamic.literal()\n      ManifestNameModifier.foreach(__v => __obj.updateDynamic(\"ManifestNameModifier\")(__v.asInstanceOf[js.Any]))\n      SelectedOutputs.foreach(__v => __obj.updateDynamic(\"SelectedOutputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashAdditionalManifest]\n    }\n  }\n\n  \/** Specifies DRM settings for DASH outputs.\n    *\/\n  @js.native\n  trait DashIsoEncryptionSettings extends js.Object {\n    var PlaybackDeviceCompatibility: js.UndefOr[DashIsoPlaybackDeviceCompatibility]\n    var SpekeKeyProvider: js.UndefOr[SpekeKeyProvider]\n  }\n\n  object DashIsoEncryptionSettings {\n    @inline\n    def apply(\n        PlaybackDeviceCompatibility: js.UndefOr[DashIsoPlaybackDeviceCompatibility] = js.undefined,\n        SpekeKeyProvider: js.UndefOr[SpekeKeyProvider] = js.undefined\n    ): DashIsoEncryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      PlaybackDeviceCompatibility.foreach(__v => __obj.updateDynamic(\"PlaybackDeviceCompatibility\")(__v.asInstanceOf[js.Any]))\n      SpekeKeyProvider.foreach(__v => __obj.updateDynamic(\"SpekeKeyProvider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashIsoEncryptionSettings]\n    }\n  }\n\n  \/** Use this setting only when your audio codec is a Dolby one (AC3, EAC3, or Atmos) and your downstream workflow requires that your DASH manifest use the Dolby channel configuration tag, rather than the MPEG one. For example, you might need to use this to make dynamic ad insertion work. Specify which audio channel configuration scheme ID URI MediaConvert writes in your DASH manifest. Keep the default value, MPEG channel configuration (MPEG_CHANNEL_CONFIGURATION), to have MediaConvert write this: urn:mpeg:mpegB:cicp:ChannelConfiguration. Choose Dolby channel configuration (DOLBY_CHANNEL_CONFIGURATION) to have MediaConvert write this instead: tag:dolby.com,2014:dash:audio_channel_configuration:2011.\n    *\/\n  @js.native\n  sealed trait DashIsoGroupAudioChannelConfigSchemeIdUri extends js.Any\n  object DashIsoGroupAudioChannelConfigSchemeIdUri {\n    val MPEG_CHANNEL_CONFIGURATION = \"MPEG_CHANNEL_CONFIGURATION\".asInstanceOf[DashIsoGroupAudioChannelConfigSchemeIdUri]\n    val DOLBY_CHANNEL_CONFIGURATION = \"DOLBY_CHANNEL_CONFIGURATION\".asInstanceOf[DashIsoGroupAudioChannelConfigSchemeIdUri]\n\n    @inline def values = js.Array(MPEG_CHANNEL_CONFIGURATION, DOLBY_CHANNEL_CONFIGURATION)\n  }\n\n  \/** Required when you set (Type) under (OutputGroups)>(OutputGroupSettings) to DASH_ISO_GROUP_SETTINGS.\n    *\/\n  @js.native\n  trait DashIsoGroupSettings extends js.Object {\n    var AdditionalManifests: js.UndefOr[__listOfDashAdditionalManifest]\n    var AudioChannelConfigSchemeIdUri: js.UndefOr[DashIsoGroupAudioChannelConfigSchemeIdUri]\n    var BaseUrl: js.UndefOr[__string]\n    var Destination: js.UndefOr[__stringPatternS3]\n    var DestinationSettings: js.UndefOr[DestinationSettings]\n    var Encryption: js.UndefOr[DashIsoEncryptionSettings]\n    var FragmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var HbbtvCompliance: js.UndefOr[DashIsoHbbtvCompliance]\n    var MinBufferTime: js.UndefOr[__integerMin0Max2147483647]\n    var MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647]\n    var MpdProfile: js.UndefOr[DashIsoMpdProfile]\n    var PtsOffsetHandlingForBFrames: js.UndefOr[DashIsoPtsOffsetHandlingForBFrames]\n    var SegmentControl: js.UndefOr[DashIsoSegmentControl]\n    var SegmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var WriteSegmentTimelineInRepresentation: js.UndefOr[DashIsoWriteSegmentTimelineInRepresentation]\n  }\n\n  object DashIsoGroupSettings {\n    @inline\n    def apply(\n        AdditionalManifests: js.UndefOr[__listOfDashAdditionalManifest] = js.undefined,\n        AudioChannelConfigSchemeIdUri: js.UndefOr[DashIsoGroupAudioChannelConfigSchemeIdUri] = js.undefined,\n        BaseUrl: js.UndefOr[__string] = js.undefined,\n        Destination: js.UndefOr[__stringPatternS3] = js.undefined,\n        DestinationSettings: js.UndefOr[DestinationSettings] = js.undefined,\n        Encryption: js.UndefOr[DashIsoEncryptionSettings] = js.undefined,\n        FragmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        HbbtvCompliance: js.UndefOr[DashIsoHbbtvCompliance] = js.undefined,\n        MinBufferTime: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647] = js.undefined,\n        MpdProfile: js.UndefOr[DashIsoMpdProfile] = js.undefined,\n        PtsOffsetHandlingForBFrames: js.UndefOr[DashIsoPtsOffsetHandlingForBFrames] = js.undefined,\n        SegmentControl: js.UndefOr[DashIsoSegmentControl] = js.undefined,\n        SegmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        WriteSegmentTimelineInRepresentation: js.UndefOr[DashIsoWriteSegmentTimelineInRepresentation] = js.undefined\n    ): DashIsoGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      AdditionalManifests.foreach(__v => __obj.updateDynamic(\"AdditionalManifests\")(__v.asInstanceOf[js.Any]))\n      AudioChannelConfigSchemeIdUri.foreach(__v => __obj.updateDynamic(\"AudioChannelConfigSchemeIdUri\")(__v.asInstanceOf[js.Any]))\n      BaseUrl.foreach(__v => __obj.updateDynamic(\"BaseUrl\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      FragmentLength.foreach(__v => __obj.updateDynamic(\"FragmentLength\")(__v.asInstanceOf[js.Any]))\n      HbbtvCompliance.foreach(__v => __obj.updateDynamic(\"HbbtvCompliance\")(__v.asInstanceOf[js.Any]))\n      MinBufferTime.foreach(__v => __obj.updateDynamic(\"MinBufferTime\")(__v.asInstanceOf[js.Any]))\n      MinFinalSegmentLength.foreach(__v => __obj.updateDynamic(\"MinFinalSegmentLength\")(__v.asInstanceOf[js.Any]))\n      MpdProfile.foreach(__v => __obj.updateDynamic(\"MpdProfile\")(__v.asInstanceOf[js.Any]))\n      PtsOffsetHandlingForBFrames.foreach(__v => __obj.updateDynamic(\"PtsOffsetHandlingForBFrames\")(__v.asInstanceOf[js.Any]))\n      SegmentControl.foreach(__v => __obj.updateDynamic(\"SegmentControl\")(__v.asInstanceOf[js.Any]))\n      SegmentLength.foreach(__v => __obj.updateDynamic(\"SegmentLength\")(__v.asInstanceOf[js.Any]))\n      WriteSegmentTimelineInRepresentation.foreach(__v => __obj.updateDynamic(\"WriteSegmentTimelineInRepresentation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashIsoGroupSettings]\n    }\n  }\n\n  \/** Supports HbbTV specification as indicated\n    *\/\n  @js.native\n  sealed trait DashIsoHbbtvCompliance extends js.Any\n  object DashIsoHbbtvCompliance {\n    val HBBTV_1_5 = \"HBBTV_1_5\".asInstanceOf[DashIsoHbbtvCompliance]\n    val NONE = \"NONE\".asInstanceOf[DashIsoHbbtvCompliance]\n\n    @inline def values = js.Array(HBBTV_1_5, NONE)\n  }\n\n  \/** Specify whether your DASH profile is on-demand or main. When you choose Main profile (MAIN_PROFILE), the service signals urn:mpeg:dash:profile:isoff-main:2011 in your .mpd DASH manifest. When you choose On-demand (ON_DEMAND_PROFILE), the service signals urn:mpeg:dash:profile:isoff-on-demand:2011 in your .mpd. When you choose On-demand, you must also set the output group setting Segment control (SegmentControl) to Single file (SINGLE_FILE).\n    *\/\n  @js.native\n  sealed trait DashIsoMpdProfile extends js.Any\n  object DashIsoMpdProfile {\n    val MAIN_PROFILE = \"MAIN_PROFILE\".asInstanceOf[DashIsoMpdProfile]\n    val ON_DEMAND_PROFILE = \"ON_DEMAND_PROFILE\".asInstanceOf[DashIsoMpdProfile]\n\n    @inline def values = js.Array(MAIN_PROFILE, ON_DEMAND_PROFILE)\n  }\n\n  \/** This setting can improve the compatibility of your output with video players on obsolete devices. It applies only to DASH H.264 outputs with DRM encryption. Choose Unencrypted SEI (UNENCRYPTED_SEI) only to correct problems with playback on older devices. Otherwise, keep the default setting CENC v1 (CENC_V1). If you choose Unencrypted SEI, for that output, the service will exclude the access unit delimiter and will leave the SEI NAL units unencrypted.\n    *\/\n  @js.native\n  sealed trait DashIsoPlaybackDeviceCompatibility extends js.Any\n  object DashIsoPlaybackDeviceCompatibility {\n    val CENC_V1 = \"CENC_V1\".asInstanceOf[DashIsoPlaybackDeviceCompatibility]\n    val UNENCRYPTED_SEI = \"UNENCRYPTED_SEI\".asInstanceOf[DashIsoPlaybackDeviceCompatibility]\n\n    @inline def values = js.Array(CENC_V1, UNENCRYPTED_SEI)\n  }\n\n  \/** Use this setting only when your output video stream has B-frames, which causes the initial presentation time stamp (PTS) to be offset from the initial decode time stamp (DTS). Specify how MediaConvert handles PTS when writing time stamps in output DASH manifests. Choose Match initial PTS (MATCH_INITIAL_PTS) when you want MediaConvert to use the initial PTS as the first time stamp in the manifest. Choose Zero-based (ZERO_BASED) to have MediaConvert ignore the initial PTS in the video stream and instead write the initial time stamp as zero in the manifest. For outputs that don't have B-frames, the time stamps in your DASH manifests start at zero regardless of your choice here.\n    *\/\n  @js.native\n  sealed trait DashIsoPtsOffsetHandlingForBFrames extends js.Any\n  object DashIsoPtsOffsetHandlingForBFrames {\n    val ZERO_BASED = \"ZERO_BASED\".asInstanceOf[DashIsoPtsOffsetHandlingForBFrames]\n    val MATCH_INITIAL_PTS = \"MATCH_INITIAL_PTS\".asInstanceOf[DashIsoPtsOffsetHandlingForBFrames]\n\n    @inline def values = js.Array(ZERO_BASED, MATCH_INITIAL_PTS)\n  }\n\n  \/** When set to SINGLE_FILE, a single output file is generated, which is internally segmented using the Fragment Length and Segment Length. When set to SEGMENTED_FILES, separate segment files will be created.\n    *\/\n  @js.native\n  sealed trait DashIsoSegmentControl extends js.Any\n  object DashIsoSegmentControl {\n    val SINGLE_FILE = \"SINGLE_FILE\".asInstanceOf[DashIsoSegmentControl]\n    val SEGMENTED_FILES = \"SEGMENTED_FILES\".asInstanceOf[DashIsoSegmentControl]\n\n    @inline def values = js.Array(SINGLE_FILE, SEGMENTED_FILES)\n  }\n\n  \/** When you enable Precise segment duration in manifests (writeSegmentTimelineInRepresentation), your DASH manifest shows precise segment durations. The segment duration information appears inside the SegmentTimeline element, inside SegmentTemplate at the Representation level. When this feature isn't enabled, the segment durations in your DASH manifest are approximate. The segment duration information appears in the duration attribute of the SegmentTemplate element.\n    *\/\n  @js.native\n  sealed trait DashIsoWriteSegmentTimelineInRepresentation extends js.Any\n  object DashIsoWriteSegmentTimelineInRepresentation {\n    val ENABLED = \"ENABLED\".asInstanceOf[DashIsoWriteSegmentTimelineInRepresentation]\n    val DISABLED = \"DISABLED\".asInstanceOf[DashIsoWriteSegmentTimelineInRepresentation]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specify the encryption mode that you used to encrypt your input files.\n    *\/\n  @js.native\n  sealed trait DecryptionMode extends js.Any\n  object DecryptionMode {\n    val AES_CTR = \"AES_CTR\".asInstanceOf[DecryptionMode]\n    val AES_CBC = \"AES_CBC\".asInstanceOf[DecryptionMode]\n    val AES_GCM = \"AES_GCM\".asInstanceOf[DecryptionMode]\n\n    @inline def values = js.Array(AES_CTR, AES_CBC, AES_GCM)\n  }\n\n  \/** Only applies when you set Deinterlacer (DeinterlaceMode) to Deinterlace (DEINTERLACE) or Adaptive (ADAPTIVE). Motion adaptive interpolate (INTERPOLATE) produces sharper pictures, while blend (BLEND) produces smoother motion. Use (INTERPOLATE_TICKER) OR (BLEND_TICKER) if your source file includes a ticker, such as a scrolling headline at the bottom of the frame.\n    *\/\n  @js.native\n  sealed trait DeinterlaceAlgorithm extends js.Any\n  object DeinterlaceAlgorithm {\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[DeinterlaceAlgorithm]\n    val INTERPOLATE_TICKER = \"INTERPOLATE_TICKER\".asInstanceOf[DeinterlaceAlgorithm]\n    val BLEND = \"BLEND\".asInstanceOf[DeinterlaceAlgorithm]\n    val BLEND_TICKER = \"BLEND_TICKER\".asInstanceOf[DeinterlaceAlgorithm]\n\n    @inline def values = js.Array(INTERPOLATE, INTERPOLATE_TICKER, BLEND, BLEND_TICKER)\n  }\n\n  \/** Settings for deinterlacer\n    *\/\n  @js.native\n  trait Deinterlacer extends js.Object {\n    var Algorithm: js.UndefOr[DeinterlaceAlgorithm]\n    var Control: js.UndefOr[DeinterlacerControl]\n    var Mode: js.UndefOr[DeinterlacerMode]\n  }\n\n  object Deinterlacer {\n    @inline\n    def apply(\n        Algorithm: js.UndefOr[DeinterlaceAlgorithm] = js.undefined,\n        Control: js.UndefOr[DeinterlacerControl] = js.undefined,\n        Mode: js.UndefOr[DeinterlacerMode] = js.undefined\n    ): Deinterlacer = {\n      val __obj = js.Dynamic.literal()\n      Algorithm.foreach(__v => __obj.updateDynamic(\"Algorithm\")(__v.asInstanceOf[js.Any]))\n      Control.foreach(__v => __obj.updateDynamic(\"Control\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Deinterlacer]\n    }\n  }\n\n  \/**   - When set to NORMAL (default), the deinterlacer does not convert frames that are tagged in metadata as progressive. It will only convert those that are tagged as some other type. - When set to FORCE_ALL_FRAMES, the deinterlacer converts every frame to progressive - even those that are already tagged as progressive. Turn Force mode on only if there is a good chance that the metadata has tagged frames as progressive when they are not progressive. Do not turn on otherwise; processing frames that are already progressive into progressive will probably result in lower quality video.\n    *\/\n  @js.native\n  sealed trait DeinterlacerControl extends js.Any\n  object DeinterlacerControl {\n    val FORCE_ALL_FRAMES = \"FORCE_ALL_FRAMES\".asInstanceOf[DeinterlacerControl]\n    val NORMAL = \"NORMAL\".asInstanceOf[DeinterlacerControl]\n\n    @inline def values = js.Array(FORCE_ALL_FRAMES, NORMAL)\n  }\n\n  \/** Use Deinterlacer (DeinterlaceMode) to choose how the service will do deinterlacing. Default is Deinterlace. - Deinterlace converts interlaced to progressive. - Inverse telecine converts Hard Telecine 29.97i to progressive 23.976p. - Adaptive auto-detects and converts to progressive.\n    *\/\n  @js.native\n  sealed trait DeinterlacerMode extends js.Any\n  object DeinterlacerMode {\n    val DEINTERLACE = \"DEINTERLACE\".asInstanceOf[DeinterlacerMode]\n    val INVERSE_TELECINE = \"INVERSE_TELECINE\".asInstanceOf[DeinterlacerMode]\n    val ADAPTIVE = \"ADAPTIVE\".asInstanceOf[DeinterlacerMode]\n\n    @inline def values = js.Array(DEINTERLACE, INVERSE_TELECINE, ADAPTIVE)\n  }\n\n  @js.native\n  trait DeleteJobTemplateRequest extends js.Object {\n    var Name: __string\n  }\n\n  object DeleteJobTemplateRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): DeleteJobTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteJobTemplateResponse extends js.Object\n\n  object DeleteJobTemplateResponse {\n    @inline\n    def apply(): DeleteJobTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteJobTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait DeletePresetRequest extends js.Object {\n    var Name: __string\n  }\n\n  object DeletePresetRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): DeletePresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePresetRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePresetResponse extends js.Object\n\n  object DeletePresetResponse {\n    @inline\n    def apply(): DeletePresetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePresetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteQueueRequest extends js.Object {\n    var Name: __string\n  }\n\n  object DeleteQueueRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): DeleteQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteQueueRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteQueueResponse extends js.Object\n\n  object DeleteQueueResponse {\n    @inline\n    def apply(): DeleteQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteQueueResponse]\n    }\n  }\n\n  \/** Optional field, defaults to DEFAULT. Specify DEFAULT for this operation to return your endpoints if any exist, or to create an endpoint for you and return it if one doesn't already exist. Specify GET_ONLY to return your endpoints if any exist, or an empty list if none exist.\n    *\/\n  @js.native\n  sealed trait DescribeEndpointsMode extends js.Any\n  object DescribeEndpointsMode {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[DescribeEndpointsMode]\n    val GET_ONLY = \"GET_ONLY\".asInstanceOf[DescribeEndpointsMode]\n\n    @inline def values = js.Array(DEFAULT, GET_ONLY)\n  }\n\n  \/** DescribeEndpointsRequest\n    *\/\n  @js.native\n  trait DescribeEndpointsRequest extends js.Object {\n    var MaxResults: js.UndefOr[__integer]\n    var Mode: js.UndefOr[DescribeEndpointsMode]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object DescribeEndpointsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[__integer] = js.undefined,\n        Mode: js.UndefOr[DescribeEndpointsMode] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): DescribeEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointsResponse extends js.Object {\n    var Endpoints: js.UndefOr[__listOfEndpoint]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object DescribeEndpointsResponse {\n    @inline\n    def apply(\n        Endpoints: js.UndefOr[__listOfEndpoint] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): DescribeEndpointsResponse = {\n      val __obj = js.Dynamic.literal()\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEndpointsResponse]\n    }\n  }\n\n  \/** Settings associated with the destination. Will vary based on the type of destination\n    *\/\n  @js.native\n  trait DestinationSettings extends js.Object {\n    var S3Settings: js.UndefOr[S3DestinationSettings]\n  }\n\n  object DestinationSettings {\n    @inline\n    def apply(\n        S3Settings: js.UndefOr[S3DestinationSettings] = js.undefined\n    ): DestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      S3Settings.foreach(__v => __obj.updateDynamic(\"S3Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationSettings]\n    }\n  }\n\n  @js.native\n  trait DisassociateCertificateRequest extends js.Object {\n    var Arn: __string\n  }\n\n  object DisassociateCertificateRequest {\n    @inline\n    def apply(\n        Arn: __string\n    ): DisassociateCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateCertificateResponse extends js.Object\n\n  object DisassociateCertificateResponse {\n    @inline\n    def apply(): DisassociateCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateCertificateResponse]\n    }\n  }\n\n  \/** Settings for Dolby Vision\n    *\/\n  @js.native\n  trait DolbyVision extends js.Object {\n    var L6Metadata: js.UndefOr[DolbyVisionLevel6Metadata]\n    var L6Mode: js.UndefOr[DolbyVisionLevel6Mode]\n    var Profile: js.UndefOr[DolbyVisionProfile]\n  }\n\n  object DolbyVision {\n    @inline\n    def apply(\n        L6Metadata: js.UndefOr[DolbyVisionLevel6Metadata] = js.undefined,\n        L6Mode: js.UndefOr[DolbyVisionLevel6Mode] = js.undefined,\n        Profile: js.UndefOr[DolbyVisionProfile] = js.undefined\n    ): DolbyVision = {\n      val __obj = js.Dynamic.literal()\n      L6Metadata.foreach(__v => __obj.updateDynamic(\"L6Metadata\")(__v.asInstanceOf[js.Any]))\n      L6Mode.foreach(__v => __obj.updateDynamic(\"L6Mode\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DolbyVision]\n    }\n  }\n\n  \/** Use these settings when you set DolbyVisionLevel6Mode to SPECIFY to override the MaxCLL and MaxFALL values in your input with new values.\n    *\/\n  @js.native\n  trait DolbyVisionLevel6Metadata extends js.Object {\n    var MaxCll: js.UndefOr[__integerMin0Max65535]\n    var MaxFall: js.UndefOr[__integerMin0Max65535]\n  }\n\n  object DolbyVisionLevel6Metadata {\n    @inline\n    def apply(\n        MaxCll: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        MaxFall: js.UndefOr[__integerMin0Max65535] = js.undefined\n    ): DolbyVisionLevel6Metadata = {\n      val __obj = js.Dynamic.literal()\n      MaxCll.foreach(__v => __obj.updateDynamic(\"MaxCll\")(__v.asInstanceOf[js.Any]))\n      MaxFall.foreach(__v => __obj.updateDynamic(\"MaxFall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DolbyVisionLevel6Metadata]\n    }\n  }\n\n  \/** Use Dolby Vision Mode to choose how the service will handle Dolby Vision MaxCLL and MaxFALL properies.\n    *\/\n  @js.native\n  sealed trait DolbyVisionLevel6Mode extends js.Any\n  object DolbyVisionLevel6Mode {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[DolbyVisionLevel6Mode]\n    val RECALCULATE = \"RECALCULATE\".asInstanceOf[DolbyVisionLevel6Mode]\n    val SPECIFY = \"SPECIFY\".asInstanceOf[DolbyVisionLevel6Mode]\n\n    @inline def values = js.Array(PASSTHROUGH, RECALCULATE, SPECIFY)\n  }\n\n  \/** In the current MediaConvert implementation, the Dolby Vision profile is always 5 (PROFILE_5). Therefore, all of your inputs must contain Dolby Vision frame interleaved data.\n    *\/\n  @js.native\n  sealed trait DolbyVisionProfile extends js.Any\n  object DolbyVisionProfile {\n    val PROFILE_5 = \"PROFILE_5\".asInstanceOf[DolbyVisionProfile]\n\n    @inline def values = js.Array(PROFILE_5)\n  }\n\n  \/** Applies only to 29.97 fps outputs. When this feature is enabled, the service will use drop-frame timecode on outputs. If it is not possible to use drop-frame timecode, the system will fall back to non-drop-frame. This setting is enabled by default when Timecode insertion (TimecodeInsertion) is enabled.\n    *\/\n  @js.native\n  sealed trait DropFrameTimecode extends js.Any\n  object DropFrameTimecode {\n    val DISABLED = \"DISABLED\".asInstanceOf[DropFrameTimecode]\n    val ENABLED = \"ENABLED\".asInstanceOf[DropFrameTimecode]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Inserts DVB Network Information Table (NIT) at the specified table repetition interval.\n    *\/\n  @js.native\n  trait DvbNitSettings extends js.Object {\n    var NetworkId: js.UndefOr[__integerMin0Max65535]\n    var NetworkName: js.UndefOr[__stringMin1Max256]\n    var NitInterval: js.UndefOr[__integerMin25Max10000]\n  }\n\n  object DvbNitSettings {\n    @inline\n    def apply(\n        NetworkId: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        NetworkName: js.UndefOr[__stringMin1Max256] = js.undefined,\n        NitInterval: js.UndefOr[__integerMin25Max10000] = js.undefined\n    ): DvbNitSettings = {\n      val __obj = js.Dynamic.literal()\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      NetworkName.foreach(__v => __obj.updateDynamic(\"NetworkName\")(__v.asInstanceOf[js.Any]))\n      NitInterval.foreach(__v => __obj.updateDynamic(\"NitInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbNitSettings]\n    }\n  }\n\n  \/** Inserts DVB Service Description Table (NIT) at the specified table repetition interval.\n    *\/\n  @js.native\n  trait DvbSdtSettings extends js.Object {\n    var OutputSdt: js.UndefOr[OutputSdt]\n    var SdtInterval: js.UndefOr[__integerMin25Max2000]\n    var ServiceName: js.UndefOr[__stringMin1Max256]\n    var ServiceProviderName: js.UndefOr[__stringMin1Max256]\n  }\n\n  object DvbSdtSettings {\n    @inline\n    def apply(\n        OutputSdt: js.UndefOr[OutputSdt] = js.undefined,\n        SdtInterval: js.UndefOr[__integerMin25Max2000] = js.undefined,\n        ServiceName: js.UndefOr[__stringMin1Max256] = js.undefined,\n        ServiceProviderName: js.UndefOr[__stringMin1Max256] = js.undefined\n    ): DvbSdtSettings = {\n      val __obj = js.Dynamic.literal()\n      OutputSdt.foreach(__v => __obj.updateDynamic(\"OutputSdt\")(__v.asInstanceOf[js.Any]))\n      SdtInterval.foreach(__v => __obj.updateDynamic(\"SdtInterval\")(__v.asInstanceOf[js.Any]))\n      ServiceName.foreach(__v => __obj.updateDynamic(\"ServiceName\")(__v.asInstanceOf[js.Any]))\n      ServiceProviderName.foreach(__v => __obj.updateDynamic(\"ServiceProviderName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSdtSettings]\n    }\n  }\n\n  \/** DVB-Sub Destination Settings\n    *\/\n  @js.native\n  trait DvbSubDestinationSettings extends js.Object {\n    var Alignment: js.UndefOr[DvbSubtitleAlignment]\n    var BackgroundColor: js.UndefOr[DvbSubtitleBackgroundColor]\n    var BackgroundOpacity: js.UndefOr[__integerMin0Max255]\n    var FontColor: js.UndefOr[DvbSubtitleFontColor]\n    var FontOpacity: js.UndefOr[__integerMin0Max255]\n    var FontResolution: js.UndefOr[__integerMin96Max600]\n    var FontScript: js.UndefOr[FontScript]\n    var FontSize: js.UndefOr[__integerMin0Max96]\n    var OutlineColor: js.UndefOr[DvbSubtitleOutlineColor]\n    var OutlineSize: js.UndefOr[__integerMin0Max10]\n    var ShadowColor: js.UndefOr[DvbSubtitleShadowColor]\n    var ShadowOpacity: js.UndefOr[__integerMin0Max255]\n    var ShadowXOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var ShadowYOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var SubtitlingType: js.UndefOr[DvbSubtitlingType]\n    var TeletextSpacing: js.UndefOr[DvbSubtitleTeletextSpacing]\n    var XPosition: js.UndefOr[__integerMin0Max2147483647]\n    var YPosition: js.UndefOr[__integerMin0Max2147483647]\n  }\n\n  object DvbSubDestinationSettings {\n    @inline\n    def apply(\n        Alignment: js.UndefOr[DvbSubtitleAlignment] = js.undefined,\n        BackgroundColor: js.UndefOr[DvbSubtitleBackgroundColor] = js.undefined,\n        BackgroundOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontColor: js.UndefOr[DvbSubtitleFontColor] = js.undefined,\n        FontOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontResolution: js.UndefOr[__integerMin96Max600] = js.undefined,\n        FontScript: js.UndefOr[FontScript] = js.undefined,\n        FontSize: js.UndefOr[__integerMin0Max96] = js.undefined,\n        OutlineColor: js.UndefOr[DvbSubtitleOutlineColor] = js.undefined,\n        OutlineSize: js.UndefOr[__integerMin0Max10] = js.undefined,\n        ShadowColor: js.UndefOr[DvbSubtitleShadowColor] = js.undefined,\n        ShadowOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        ShadowXOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        ShadowYOffset: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        SubtitlingType: js.UndefOr[DvbSubtitlingType] = js.undefined,\n        TeletextSpacing: js.UndefOr[DvbSubtitleTeletextSpacing] = js.undefined,\n        XPosition: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        YPosition: js.UndefOr[__integerMin0Max2147483647] = js.undefined\n    ): DvbSubDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Alignment.foreach(__v => __obj.updateDynamic(\"Alignment\")(__v.asInstanceOf[js.Any]))\n      BackgroundColor.foreach(__v => __obj.updateDynamic(\"BackgroundColor\")(__v.asInstanceOf[js.Any]))\n      BackgroundOpacity.foreach(__v => __obj.updateDynamic(\"BackgroundOpacity\")(__v.asInstanceOf[js.Any]))\n      FontColor.foreach(__v => __obj.updateDynamic(\"FontColor\")(__v.asInstanceOf[js.Any]))\n      FontOpacity.foreach(__v => __obj.updateDynamic(\"FontOpacity\")(__v.asInstanceOf[js.Any]))\n      FontResolution.foreach(__v => __obj.updateDynamic(\"FontResolution\")(__v.asInstanceOf[js.Any]))\n      FontScript.foreach(__v => __obj.updateDynamic(\"FontScript\")(__v.asInstanceOf[js.Any]))\n      FontSize.foreach(__v => __obj.updateDynamic(\"FontSize\")(__v.asInstanceOf[js.Any]))\n      OutlineColor.foreach(__v => __obj.updateDynamic(\"OutlineColor\")(__v.asInstanceOf[js.Any]))\n      OutlineSize.foreach(__v => __obj.updateDynamic(\"OutlineSize\")(__v.asInstanceOf[js.Any]))\n      ShadowColor.foreach(__v => __obj.updateDynamic(\"ShadowColor\")(__v.asInstanceOf[js.Any]))\n      ShadowOpacity.foreach(__v => __obj.updateDynamic(\"ShadowOpacity\")(__v.asInstanceOf[js.Any]))\n      ShadowXOffset.foreach(__v => __obj.updateDynamic(\"ShadowXOffset\")(__v.asInstanceOf[js.Any]))\n      ShadowYOffset.foreach(__v => __obj.updateDynamic(\"ShadowYOffset\")(__v.asInstanceOf[js.Any]))\n      SubtitlingType.foreach(__v => __obj.updateDynamic(\"SubtitlingType\")(__v.asInstanceOf[js.Any]))\n      TeletextSpacing.foreach(__v => __obj.updateDynamic(\"TeletextSpacing\")(__v.asInstanceOf[js.Any]))\n      XPosition.foreach(__v => __obj.updateDynamic(\"XPosition\")(__v.asInstanceOf[js.Any]))\n      YPosition.foreach(__v => __obj.updateDynamic(\"YPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSubDestinationSettings]\n    }\n  }\n\n  \/** DVB Sub Source Settings\n    *\/\n  @js.native\n  trait DvbSubSourceSettings extends js.Object {\n    var Pid: js.UndefOr[__integerMin1Max2147483647]\n  }\n\n  object DvbSubSourceSettings {\n    @inline\n    def apply(\n        Pid: js.UndefOr[__integerMin1Max2147483647] = js.undefined\n    ): DvbSubSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSubSourceSettings]\n    }\n  }\n\n  \/** If no explicit x_position or y_position is provided, setting alignment to centered will place the captions at the bottom center of the output. Similarly, setting a left alignment will align captions to the bottom left of the output. If x and y positions are given in conjunction with the alignment parameter, the font will be justified (either left or centered) relative to those coordinates. This option is not valid for source captions that are STL, 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleAlignment extends js.Any\n  object DvbSubtitleAlignment {\n    val CENTERED = \"CENTERED\".asInstanceOf[DvbSubtitleAlignment]\n    val LEFT = \"LEFT\".asInstanceOf[DvbSubtitleAlignment]\n\n    @inline def values = js.Array(CENTERED, LEFT)\n  }\n\n  \/** Specifies the color of the rectangle behind the captions. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleBackgroundColor extends js.Any\n  object DvbSubtitleBackgroundColor {\n    val NONE = \"NONE\".asInstanceOf[DvbSubtitleBackgroundColor]\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubtitleBackgroundColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubtitleBackgroundColor]\n\n    @inline def values = js.Array(NONE, BLACK, WHITE)\n  }\n\n  \/** Specifies the color of the burned-in captions. This option is not valid for source captions that are STL, 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleFontColor extends js.Any\n  object DvbSubtitleFontColor {\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubtitleFontColor]\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubtitleFontColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[DvbSubtitleFontColor]\n    val RED = \"RED\".asInstanceOf[DvbSubtitleFontColor]\n    val GREEN = \"GREEN\".asInstanceOf[DvbSubtitleFontColor]\n    val BLUE = \"BLUE\".asInstanceOf[DvbSubtitleFontColor]\n\n    @inline def values = js.Array(WHITE, BLACK, YELLOW, RED, GREEN, BLUE)\n  }\n\n  \/** Specifies font outline color. This option is not valid for source captions that are either 608\/embedded or teletext. These source settings are already pre-defined by the caption stream. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleOutlineColor extends js.Any\n  object DvbSubtitleOutlineColor {\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubtitleOutlineColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubtitleOutlineColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[DvbSubtitleOutlineColor]\n    val RED = \"RED\".asInstanceOf[DvbSubtitleOutlineColor]\n    val GREEN = \"GREEN\".asInstanceOf[DvbSubtitleOutlineColor]\n    val BLUE = \"BLUE\".asInstanceOf[DvbSubtitleOutlineColor]\n\n    @inline def values = js.Array(BLACK, WHITE, YELLOW, RED, GREEN, BLUE)\n  }\n\n  \/** Specifies the color of the shadow cast by the captions. All burn-in and DVB-Sub font settings must match.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleShadowColor extends js.Any\n  object DvbSubtitleShadowColor {\n    val NONE = \"NONE\".asInstanceOf[DvbSubtitleShadowColor]\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubtitleShadowColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubtitleShadowColor]\n\n    @inline def values = js.Array(NONE, BLACK, WHITE)\n  }\n\n  \/** Only applies to jobs with input captions in Teletext or STL formats. Specify whether the spacing between letters in your captions is set by the captions grid or varies depending on letter width. Choose fixed grid to conform to the spacing specified in the captions file more accurately. Choose proportional to make the text easier to read if the captions are closed caption.\n    *\/\n  @js.native\n  sealed trait DvbSubtitleTeletextSpacing extends js.Any\n  object DvbSubtitleTeletextSpacing {\n    val FIXED_GRID = \"FIXED_GRID\".asInstanceOf[DvbSubtitleTeletextSpacing]\n    val PROPORTIONAL = \"PROPORTIONAL\".asInstanceOf[DvbSubtitleTeletextSpacing]\n\n    @inline def values = js.Array(FIXED_GRID, PROPORTIONAL)\n  }\n\n  \/** Specify whether your DVB subtitles are standard or for hearing impaired. Choose hearing impaired if your subtitles include audio descriptions and dialogue. Choose standard if your subtitles include only dialogue.\n    *\/\n  @js.native\n  sealed trait DvbSubtitlingType extends js.Any\n  object DvbSubtitlingType {\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[DvbSubtitlingType]\n    val STANDARD = \"STANDARD\".asInstanceOf[DvbSubtitlingType]\n\n    @inline def values = js.Array(HEARING_IMPAIRED, STANDARD)\n  }\n\n  \/** Inserts DVB Time and Date Table (TDT) at the specified table repetition interval.\n    *\/\n  @js.native\n  trait DvbTdtSettings extends js.Object {\n    var TdtInterval: js.UndefOr[__integerMin1000Max30000]\n  }\n\n  object DvbTdtSettings {\n    @inline\n    def apply(\n        TdtInterval: js.UndefOr[__integerMin1000Max30000] = js.undefined\n    ): DvbTdtSettings = {\n      val __obj = js.Dynamic.literal()\n      TdtInterval.foreach(__v => __obj.updateDynamic(\"TdtInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbTdtSettings]\n    }\n  }\n\n  \/** Specify the bitstream mode for the E-AC-3 stream that the encoder emits. For more information about the EAC3 bitstream mode, see ATSC A\/52-2012 (Annex E).\n    *\/\n  @js.native\n  sealed trait Eac3AtmosBitstreamMode extends js.Any\n  object Eac3AtmosBitstreamMode {\n    val COMPLETE_MAIN = \"COMPLETE_MAIN\".asInstanceOf[Eac3AtmosBitstreamMode]\n\n    @inline def values = js.Array(COMPLETE_MAIN)\n  }\n\n  \/** The coding mode for Dolby Digital Plus JOC (Atmos) is always 9.1.6 (CODING_MODE_9_1_6).\n    *\/\n  @js.native\n  sealed trait Eac3AtmosCodingMode extends js.Any\n  object Eac3AtmosCodingMode {\n    val CODING_MODE_9_1_6 = \"CODING_MODE_9_1_6\".asInstanceOf[Eac3AtmosCodingMode]\n\n    @inline def values = js.Array(CODING_MODE_9_1_6)\n  }\n\n  \/** Enable Dolby Dialogue Intelligence to adjust loudness based on dialogue analysis.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosDialogueIntelligence extends js.Any\n  object Eac3AtmosDialogueIntelligence {\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3AtmosDialogueIntelligence]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3AtmosDialogueIntelligence]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specify the absolute peak level for a signal with dynamic range compression.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosDynamicRangeCompressionLine extends js.Any\n  object Eac3AtmosDynamicRangeCompressionLine {\n    val NONE = \"NONE\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3AtmosDynamicRangeCompressionLine]\n\n    @inline def values = js.Array(NONE, FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH)\n  }\n\n  \/** Specify how the service limits the audio dynamic range when compressing the audio.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosDynamicRangeCompressionRf extends js.Any\n  object Eac3AtmosDynamicRangeCompressionRf {\n    val NONE = \"NONE\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3AtmosDynamicRangeCompressionRf]\n\n    @inline def values = js.Array(NONE, FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH)\n  }\n\n  \/** Choose how the service meters the loudness of your audio.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosMeteringMode extends js.Any\n  object Eac3AtmosMeteringMode {\n    val LEQ_A = \"LEQ_A\".asInstanceOf[Eac3AtmosMeteringMode]\n    val ITU_BS_1770_1 = \"ITU_BS_1770_1\".asInstanceOf[Eac3AtmosMeteringMode]\n    val ITU_BS_1770_2 = \"ITU_BS_1770_2\".asInstanceOf[Eac3AtmosMeteringMode]\n    val ITU_BS_1770_3 = \"ITU_BS_1770_3\".asInstanceOf[Eac3AtmosMeteringMode]\n    val ITU_BS_1770_4 = \"ITU_BS_1770_4\".asInstanceOf[Eac3AtmosMeteringMode]\n\n    @inline def values = js.Array(LEQ_A, ITU_BS_1770_1, ITU_BS_1770_2, ITU_BS_1770_3, ITU_BS_1770_4)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value EAC3_ATMOS.\n    *\/\n  @js.native\n  trait Eac3AtmosSettings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin384000Max768000]\n    var BitstreamMode: js.UndefOr[Eac3AtmosBitstreamMode]\n    var CodingMode: js.UndefOr[Eac3AtmosCodingMode]\n    var DialogueIntelligence: js.UndefOr[Eac3AtmosDialogueIntelligence]\n    var DynamicRangeCompressionLine: js.UndefOr[Eac3AtmosDynamicRangeCompressionLine]\n    var DynamicRangeCompressionRf: js.UndefOr[Eac3AtmosDynamicRangeCompressionRf]\n    var LoRoCenterMixLevel: js.UndefOr[__doubleMinNegative6Max3]\n    var LoRoSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1]\n    var LtRtCenterMixLevel: js.UndefOr[__doubleMinNegative6Max3]\n    var LtRtSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1]\n    var MeteringMode: js.UndefOr[Eac3AtmosMeteringMode]\n    var SampleRate: js.UndefOr[__integerMin48000Max48000]\n    var SpeechThreshold: js.UndefOr[__integerMin1Max100]\n    var StereoDownmix: js.UndefOr[Eac3AtmosStereoDownmix]\n    var SurroundExMode: js.UndefOr[Eac3AtmosSurroundExMode]\n  }\n\n  object Eac3AtmosSettings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin384000Max768000] = js.undefined,\n        BitstreamMode: js.UndefOr[Eac3AtmosBitstreamMode] = js.undefined,\n        CodingMode: js.UndefOr[Eac3AtmosCodingMode] = js.undefined,\n        DialogueIntelligence: js.UndefOr[Eac3AtmosDialogueIntelligence] = js.undefined,\n        DynamicRangeCompressionLine: js.UndefOr[Eac3AtmosDynamicRangeCompressionLine] = js.undefined,\n        DynamicRangeCompressionRf: js.UndefOr[Eac3AtmosDynamicRangeCompressionRf] = js.undefined,\n        LoRoCenterMixLevel: js.UndefOr[__doubleMinNegative6Max3] = js.undefined,\n        LoRoSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1] = js.undefined,\n        LtRtCenterMixLevel: js.UndefOr[__doubleMinNegative6Max3] = js.undefined,\n        LtRtSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1] = js.undefined,\n        MeteringMode: js.UndefOr[Eac3AtmosMeteringMode] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin48000Max48000] = js.undefined,\n        SpeechThreshold: js.UndefOr[__integerMin1Max100] = js.undefined,\n        StereoDownmix: js.UndefOr[Eac3AtmosStereoDownmix] = js.undefined,\n        SurroundExMode: js.UndefOr[Eac3AtmosSurroundExMode] = js.undefined\n    ): Eac3AtmosSettings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BitstreamMode.foreach(__v => __obj.updateDynamic(\"BitstreamMode\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      DialogueIntelligence.foreach(__v => __obj.updateDynamic(\"DialogueIntelligence\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionLine.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionLine\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionRf.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionRf\")(__v.asInstanceOf[js.Any]))\n      LoRoCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LoRoSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      MeteringMode.foreach(__v => __obj.updateDynamic(\"MeteringMode\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      SpeechThreshold.foreach(__v => __obj.updateDynamic(\"SpeechThreshold\")(__v.asInstanceOf[js.Any]))\n      StereoDownmix.foreach(__v => __obj.updateDynamic(\"StereoDownmix\")(__v.asInstanceOf[js.Any]))\n      SurroundExMode.foreach(__v => __obj.updateDynamic(\"SurroundExMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Eac3AtmosSettings]\n    }\n  }\n\n  \/** Choose how the service does stereo downmixing.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosStereoDownmix extends js.Any\n  object Eac3AtmosStereoDownmix {\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3AtmosStereoDownmix]\n    val STEREO = \"STEREO\".asInstanceOf[Eac3AtmosStereoDownmix]\n    val SURROUND = \"SURROUND\".asInstanceOf[Eac3AtmosStereoDownmix]\n    val DPL2 = \"DPL2\".asInstanceOf[Eac3AtmosStereoDownmix]\n\n    @inline def values = js.Array(NOT_INDICATED, STEREO, SURROUND, DPL2)\n  }\n\n  \/** Specify whether your input audio has an additional center rear surround channel matrix encoded into your left and right surround channels.\n    *\/\n  @js.native\n  sealed trait Eac3AtmosSurroundExMode extends js.Any\n  object Eac3AtmosSurroundExMode {\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3AtmosSurroundExMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3AtmosSurroundExMode]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3AtmosSurroundExMode]\n\n    @inline def values = js.Array(NOT_INDICATED, ENABLED, DISABLED)\n  }\n\n  \/** If set to ATTENUATE_3_DB, applies a 3 dB attenuation to the surround channels. Only used for 3\/2 coding mode.\n    *\/\n  @js.native\n  sealed trait Eac3AttenuationControl extends js.Any\n  object Eac3AttenuationControl {\n    val ATTENUATE_3_DB = \"ATTENUATE_3_DB\".asInstanceOf[Eac3AttenuationControl]\n    val NONE = \"NONE\".asInstanceOf[Eac3AttenuationControl]\n\n    @inline def values = js.Array(ATTENUATE_3_DB, NONE)\n  }\n\n  \/** Specify the bitstream mode for the E-AC-3 stream that the encoder emits. For more information about the EAC3 bitstream mode, see ATSC A\/52-2012 (Annex E).\n    *\/\n  @js.native\n  sealed trait Eac3BitstreamMode extends js.Any\n  object Eac3BitstreamMode {\n    val COMPLETE_MAIN = \"COMPLETE_MAIN\".asInstanceOf[Eac3BitstreamMode]\n    val COMMENTARY = \"COMMENTARY\".asInstanceOf[Eac3BitstreamMode]\n    val EMERGENCY = \"EMERGENCY\".asInstanceOf[Eac3BitstreamMode]\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[Eac3BitstreamMode]\n    val VISUALLY_IMPAIRED = \"VISUALLY_IMPAIRED\".asInstanceOf[Eac3BitstreamMode]\n\n    @inline def values = js.Array(COMPLETE_MAIN, COMMENTARY, EMERGENCY, HEARING_IMPAIRED, VISUALLY_IMPAIRED)\n  }\n\n  \/** Dolby Digital Plus coding mode. Determines number of channels.\n    *\/\n  @js.native\n  sealed trait Eac3CodingMode extends js.Any\n  object Eac3CodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[Eac3CodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[Eac3CodingMode]\n    val CODING_MODE_3_2 = \"CODING_MODE_3_2\".asInstanceOf[Eac3CodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_2_0, CODING_MODE_3_2)\n  }\n\n  \/** Activates a DC highpass filter for all input channels.\n    *\/\n  @js.native\n  sealed trait Eac3DcFilter extends js.Any\n  object Eac3DcFilter {\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3DcFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3DcFilter]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Choose the Dolby Digital dynamic range control (DRC) profile that MediaConvert uses when encoding the metadata in the Dolby Digital stream for the line operating mode. Related setting: When you use this setting, MediaConvert ignores any value you provide for Dynamic range compression profile (DynamicRangeCompressionProfile). For information about the Dolby Digital DRC operating modes and profiles, see the Dynamic Range Control chapter of the Dolby Metadata Guide at https:\/\/developer.dolby.com\/globalassets\/professional\/documents\/dolby-metadata-guide.pdf.\n    *\/\n  @js.native\n  sealed trait Eac3DynamicRangeCompressionLine extends js.Any\n  object Eac3DynamicRangeCompressionLine {\n    val NONE = \"NONE\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3DynamicRangeCompressionLine]\n\n    @inline def values = js.Array(NONE, FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH)\n  }\n\n  \/** Choose the Dolby Digital dynamic range control (DRC) profile that MediaConvert uses when encoding the metadata in the Dolby Digital stream for the RF operating mode. Related setting: When you use this setting, MediaConvert ignores any value you provide for Dynamic range compression profile (DynamicRangeCompressionProfile). For information about the Dolby Digital DRC operating modes and profiles, see the Dynamic Range Control chapter of the Dolby Metadata Guide at https:\/\/developer.dolby.com\/globalassets\/professional\/documents\/dolby-metadata-guide.pdf.\n    *\/\n  @js.native\n  sealed trait Eac3DynamicRangeCompressionRf extends js.Any\n  object Eac3DynamicRangeCompressionRf {\n    val NONE = \"NONE\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3DynamicRangeCompressionRf]\n\n    @inline def values = js.Array(NONE, FILM_STANDARD, FILM_LIGHT, MUSIC_STANDARD, MUSIC_LIGHT, SPEECH)\n  }\n\n  \/** When encoding 3\/2 audio, controls whether the LFE channel is enabled\n    *\/\n  @js.native\n  sealed trait Eac3LfeControl extends js.Any\n  object Eac3LfeControl {\n    val LFE = \"LFE\".asInstanceOf[Eac3LfeControl]\n    val NO_LFE = \"NO_LFE\".asInstanceOf[Eac3LfeControl]\n\n    @inline def values = js.Array(LFE, NO_LFE)\n  }\n\n  \/** Applies a 120Hz lowpass filter to the LFE channel prior to encoding. Only valid with 3_2_LFE coding mode.\n    *\/\n  @js.native\n  sealed trait Eac3LfeFilter extends js.Any\n  object Eac3LfeFilter {\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3LfeFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3LfeFilter]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** When set to FOLLOW_INPUT, encoder metadata will be sourced from the DD, DD+, or DolbyE decoder that supplied this audio data. If audio was not supplied from one of these streams, then the static metadata settings will be used.\n    *\/\n  @js.native\n  sealed trait Eac3MetadataControl extends js.Any\n  object Eac3MetadataControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[Eac3MetadataControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[Eac3MetadataControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** When set to WHEN_POSSIBLE, input DD+ audio will be passed through if it is present on the input. this detection is dynamic over the life of the transcode. Inputs that alternate between DD+ and non-DD+ content will have a consistent DD+ output as the system alternates between passthrough and encoding.\n    *\/\n  @js.native\n  sealed trait Eac3PassthroughControl extends js.Any\n  object Eac3PassthroughControl {\n    val WHEN_POSSIBLE = \"WHEN_POSSIBLE\".asInstanceOf[Eac3PassthroughControl]\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[Eac3PassthroughControl]\n\n    @inline def values = js.Array(WHEN_POSSIBLE, NO_PASSTHROUGH)\n  }\n\n  \/** Controls the amount of phase-shift applied to the surround channels. Only used for 3\/2 coding mode.\n    *\/\n  @js.native\n  sealed trait Eac3PhaseControl extends js.Any\n  object Eac3PhaseControl {\n    val SHIFT_90_DEGREES = \"SHIFT_90_DEGREES\".asInstanceOf[Eac3PhaseControl]\n    val NO_SHIFT = \"NO_SHIFT\".asInstanceOf[Eac3PhaseControl]\n\n    @inline def values = js.Array(SHIFT_90_DEGREES, NO_SHIFT)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value EAC3.\n    *\/\n  @js.native\n  trait Eac3Settings extends js.Object {\n    var AttenuationControl: js.UndefOr[Eac3AttenuationControl]\n    var Bitrate: js.UndefOr[__integerMin64000Max640000]\n    var BitstreamMode: js.UndefOr[Eac3BitstreamMode]\n    var CodingMode: js.UndefOr[Eac3CodingMode]\n    var DcFilter: js.UndefOr[Eac3DcFilter]\n    var Dialnorm: js.UndefOr[__integerMin1Max31]\n    var DynamicRangeCompressionLine: js.UndefOr[Eac3DynamicRangeCompressionLine]\n    var DynamicRangeCompressionRf: js.UndefOr[Eac3DynamicRangeCompressionRf]\n    var LfeControl: js.UndefOr[Eac3LfeControl]\n    var LfeFilter: js.UndefOr[Eac3LfeFilter]\n    var LoRoCenterMixLevel: js.UndefOr[__doubleMinNegative60Max3]\n    var LoRoSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1]\n    var LtRtCenterMixLevel: js.UndefOr[__doubleMinNegative60Max3]\n    var LtRtSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1]\n    var MetadataControl: js.UndefOr[Eac3MetadataControl]\n    var PassthroughControl: js.UndefOr[Eac3PassthroughControl]\n    var PhaseControl: js.UndefOr[Eac3PhaseControl]\n    var SampleRate: js.UndefOr[__integerMin48000Max48000]\n    var StereoDownmix: js.UndefOr[Eac3StereoDownmix]\n    var SurroundExMode: js.UndefOr[Eac3SurroundExMode]\n    var SurroundMode: js.UndefOr[Eac3SurroundMode]\n  }\n\n  object Eac3Settings {\n    @inline\n    def apply(\n        AttenuationControl: js.UndefOr[Eac3AttenuationControl] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin64000Max640000] = js.undefined,\n        BitstreamMode: js.UndefOr[Eac3BitstreamMode] = js.undefined,\n        CodingMode: js.UndefOr[Eac3CodingMode] = js.undefined,\n        DcFilter: js.UndefOr[Eac3DcFilter] = js.undefined,\n        Dialnorm: js.UndefOr[__integerMin1Max31] = js.undefined,\n        DynamicRangeCompressionLine: js.UndefOr[Eac3DynamicRangeCompressionLine] = js.undefined,\n        DynamicRangeCompressionRf: js.UndefOr[Eac3DynamicRangeCompressionRf] = js.undefined,\n        LfeControl: js.UndefOr[Eac3LfeControl] = js.undefined,\n        LfeFilter: js.UndefOr[Eac3LfeFilter] = js.undefined,\n        LoRoCenterMixLevel: js.UndefOr[__doubleMinNegative60Max3] = js.undefined,\n        LoRoSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1] = js.undefined,\n        LtRtCenterMixLevel: js.UndefOr[__doubleMinNegative60Max3] = js.undefined,\n        LtRtSurroundMixLevel: js.UndefOr[__doubleMinNegative60MaxNegative1] = js.undefined,\n        MetadataControl: js.UndefOr[Eac3MetadataControl] = js.undefined,\n        PassthroughControl: js.UndefOr[Eac3PassthroughControl] = js.undefined,\n        PhaseControl: js.UndefOr[Eac3PhaseControl] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin48000Max48000] = js.undefined,\n        StereoDownmix: js.UndefOr[Eac3StereoDownmix] = js.undefined,\n        SurroundExMode: js.UndefOr[Eac3SurroundExMode] = js.undefined,\n        SurroundMode: js.UndefOr[Eac3SurroundMode] = js.undefined\n    ): Eac3Settings = {\n      val __obj = js.Dynamic.literal()\n      AttenuationControl.foreach(__v => __obj.updateDynamic(\"AttenuationControl\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BitstreamMode.foreach(__v => __obj.updateDynamic(\"BitstreamMode\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      DcFilter.foreach(__v => __obj.updateDynamic(\"DcFilter\")(__v.asInstanceOf[js.Any]))\n      Dialnorm.foreach(__v => __obj.updateDynamic(\"Dialnorm\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionLine.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionLine\")(__v.asInstanceOf[js.Any]))\n      DynamicRangeCompressionRf.foreach(__v => __obj.updateDynamic(\"DynamicRangeCompressionRf\")(__v.asInstanceOf[js.Any]))\n      LfeControl.foreach(__v => __obj.updateDynamic(\"LfeControl\")(__v.asInstanceOf[js.Any]))\n      LfeFilter.foreach(__v => __obj.updateDynamic(\"LfeFilter\")(__v.asInstanceOf[js.Any]))\n      LoRoCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LoRoSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      MetadataControl.foreach(__v => __obj.updateDynamic(\"MetadataControl\")(__v.asInstanceOf[js.Any]))\n      PassthroughControl.foreach(__v => __obj.updateDynamic(\"PassthroughControl\")(__v.asInstanceOf[js.Any]))\n      PhaseControl.foreach(__v => __obj.updateDynamic(\"PhaseControl\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      StereoDownmix.foreach(__v => __obj.updateDynamic(\"StereoDownmix\")(__v.asInstanceOf[js.Any]))\n      SurroundExMode.foreach(__v => __obj.updateDynamic(\"SurroundExMode\")(__v.asInstanceOf[js.Any]))\n      SurroundMode.foreach(__v => __obj.updateDynamic(\"SurroundMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Eac3Settings]\n    }\n  }\n\n  \/** Choose how the service does stereo downmixing. This setting only applies if you keep the default value of 3\/2 - L, R, C, Ls, Rs (CODING_MODE_3_2) for the setting Coding mode (Eac3CodingMode). If you choose a different value for Coding mode, the service ignores Stereo downmix (Eac3StereoDownmix).\n    *\/\n  @js.native\n  sealed trait Eac3StereoDownmix extends js.Any\n  object Eac3StereoDownmix {\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3StereoDownmix]\n    val LO_RO = \"LO_RO\".asInstanceOf[Eac3StereoDownmix]\n    val LT_RT = \"LT_RT\".asInstanceOf[Eac3StereoDownmix]\n    val DPL2 = \"DPL2\".asInstanceOf[Eac3StereoDownmix]\n\n    @inline def values = js.Array(NOT_INDICATED, LO_RO, LT_RT, DPL2)\n  }\n\n  \/** When encoding 3\/2 audio, sets whether an extra center back surround channel is matrix encoded into the left and right surround channels.\n    *\/\n  @js.native\n  sealed trait Eac3SurroundExMode extends js.Any\n  object Eac3SurroundExMode {\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3SurroundExMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3SurroundExMode]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3SurroundExMode]\n\n    @inline def values = js.Array(NOT_INDICATED, ENABLED, DISABLED)\n  }\n\n  \/** When encoding 2\/0 audio, sets whether Dolby Surround is matrix encoded into the two channels.\n    *\/\n  @js.native\n  sealed trait Eac3SurroundMode extends js.Any\n  object Eac3SurroundMode {\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3SurroundMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3SurroundMode]\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3SurroundMode]\n\n    @inline def values = js.Array(NOT_INDICATED, ENABLED, DISABLED)\n  }\n\n  \/** Specify whether this set of input captions appears in your outputs in both 608 and 708 format. If you choose Upconvert (UPCONVERT), MediaConvert includes the captions data in two ways: it passes the 608 data through using the 608 compatibility bytes fields of the 708 wrapper, and it also translates the 608 data into 708.\n    *\/\n  @js.native\n  sealed trait EmbeddedConvert608To708 extends js.Any\n  object EmbeddedConvert608To708 {\n    val UPCONVERT = \"UPCONVERT\".asInstanceOf[EmbeddedConvert608To708]\n    val DISABLED = \"DISABLED\".asInstanceOf[EmbeddedConvert608To708]\n\n    @inline def values = js.Array(UPCONVERT, DISABLED)\n  }\n\n  \/** Settings specific to embedded\/ancillary caption outputs, including 608\/708 Channel destination number.\n    *\/\n  @js.native\n  trait EmbeddedDestinationSettings extends js.Object {\n    var Destination608ChannelNumber: js.UndefOr[__integerMin1Max4]\n    var Destination708ServiceNumber: js.UndefOr[__integerMin1Max6]\n  }\n\n  object EmbeddedDestinationSettings {\n    @inline\n    def apply(\n        Destination608ChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined,\n        Destination708ServiceNumber: js.UndefOr[__integerMin1Max6] = js.undefined\n    ): EmbeddedDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Destination608ChannelNumber.foreach(__v => __obj.updateDynamic(\"Destination608ChannelNumber\")(__v.asInstanceOf[js.Any]))\n      Destination708ServiceNumber.foreach(__v => __obj.updateDynamic(\"Destination708ServiceNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EmbeddedDestinationSettings]\n    }\n  }\n\n  \/** Settings for embedded captions Source\n    *\/\n  @js.native\n  trait EmbeddedSourceSettings extends js.Object {\n    var Convert608To708: js.UndefOr[EmbeddedConvert608To708]\n    var Source608ChannelNumber: js.UndefOr[__integerMin1Max4]\n    var Source608TrackNumber: js.UndefOr[__integerMin1Max1]\n    var TerminateCaptions: js.UndefOr[EmbeddedTerminateCaptions]\n  }\n\n  object EmbeddedSourceSettings {\n    @inline\n    def apply(\n        Convert608To708: js.UndefOr[EmbeddedConvert608To708] = js.undefined,\n        Source608ChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined,\n        Source608TrackNumber: js.UndefOr[__integerMin1Max1] = js.undefined,\n        TerminateCaptions: js.UndefOr[EmbeddedTerminateCaptions] = js.undefined\n    ): EmbeddedSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Convert608To708.foreach(__v => __obj.updateDynamic(\"Convert608To708\")(__v.asInstanceOf[js.Any]))\n      Source608ChannelNumber.foreach(__v => __obj.updateDynamic(\"Source608ChannelNumber\")(__v.asInstanceOf[js.Any]))\n      Source608TrackNumber.foreach(__v => __obj.updateDynamic(\"Source608TrackNumber\")(__v.asInstanceOf[js.Any]))\n      TerminateCaptions.foreach(__v => __obj.updateDynamic(\"TerminateCaptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EmbeddedSourceSettings]\n    }\n  }\n\n  \/** By default, the service terminates any unterminated captions at the end of each input. If you want the caption to continue onto your next input, disable this setting.\n    *\/\n  @js.native\n  sealed trait EmbeddedTerminateCaptions extends js.Any\n  object EmbeddedTerminateCaptions {\n    val END_OF_INPUT = \"END_OF_INPUT\".asInstanceOf[EmbeddedTerminateCaptions]\n    val DISABLED = \"DISABLED\".asInstanceOf[EmbeddedTerminateCaptions]\n\n    @inline def values = js.Array(END_OF_INPUT, DISABLED)\n  }\n\n  \/** Describes an account-specific API endpoint.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Url: js.UndefOr[__string]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Url: js.UndefOr[__string] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** ESAM ManifestConfirmConditionNotification defined by OC-SP-ESAM-API-I03-131025.\n    *\/\n  @js.native\n  trait EsamManifestConfirmConditionNotification extends js.Object {\n    var MccXml: js.UndefOr[__stringPatternSNManifestConfirmConditionNotificationNS]\n  }\n\n  object EsamManifestConfirmConditionNotification {\n    @inline\n    def apply(\n        MccXml: js.UndefOr[__stringPatternSNManifestConfirmConditionNotificationNS] = js.undefined\n    ): EsamManifestConfirmConditionNotification = {\n      val __obj = js.Dynamic.literal()\n      MccXml.foreach(__v => __obj.updateDynamic(\"MccXml\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EsamManifestConfirmConditionNotification]\n    }\n  }\n\n  \/** Settings for Event Signaling And Messaging (ESAM). If you don't do ad insertion, you can ignore these settings.\n    *\/\n  @js.native\n  trait EsamSettings extends js.Object {\n    var ManifestConfirmConditionNotification: js.UndefOr[EsamManifestConfirmConditionNotification]\n    var ResponseSignalPreroll: js.UndefOr[__integerMin0Max30000]\n    var SignalProcessingNotification: js.UndefOr[EsamSignalProcessingNotification]\n  }\n\n  object EsamSettings {\n    @inline\n    def apply(\n        ManifestConfirmConditionNotification: js.UndefOr[EsamManifestConfirmConditionNotification] = js.undefined,\n        ResponseSignalPreroll: js.UndefOr[__integerMin0Max30000] = js.undefined,\n        SignalProcessingNotification: js.UndefOr[EsamSignalProcessingNotification] = js.undefined\n    ): EsamSettings = {\n      val __obj = js.Dynamic.literal()\n      ManifestConfirmConditionNotification.foreach(__v => __obj.updateDynamic(\"ManifestConfirmConditionNotification\")(__v.asInstanceOf[js.Any]))\n      ResponseSignalPreroll.foreach(__v => __obj.updateDynamic(\"ResponseSignalPreroll\")(__v.asInstanceOf[js.Any]))\n      SignalProcessingNotification.foreach(__v => __obj.updateDynamic(\"SignalProcessingNotification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EsamSettings]\n    }\n  }\n\n  \/** ESAM SignalProcessingNotification data defined by OC-SP-ESAM-API-I03-131025.\n    *\/\n  @js.native\n  trait EsamSignalProcessingNotification extends js.Object {\n    var SccXml: js.UndefOr[__stringPatternSNSignalProcessingNotificationNS]\n  }\n\n  object EsamSignalProcessingNotification {\n    @inline\n    def apply(\n        SccXml: js.UndefOr[__stringPatternSNSignalProcessingNotificationNS] = js.undefined\n    ): EsamSignalProcessingNotification = {\n      val __obj = js.Dynamic.literal()\n      SccXml.foreach(__v => __obj.updateDynamic(\"SccXml\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EsamSignalProcessingNotification]\n    }\n  }\n\n  \/** If set to PROGRESSIVE_DOWNLOAD, the MOOV atom is relocated to the beginning of the archive as required for progressive downloading. Otherwise it is placed normally at the end.\n    *\/\n  @js.native\n  sealed trait F4vMoovPlacement extends js.Any\n  object F4vMoovPlacement {\n    val PROGRESSIVE_DOWNLOAD = \"PROGRESSIVE_DOWNLOAD\".asInstanceOf[F4vMoovPlacement]\n    val NORMAL = \"NORMAL\".asInstanceOf[F4vMoovPlacement]\n\n    @inline def values = js.Array(PROGRESSIVE_DOWNLOAD, NORMAL)\n  }\n\n  \/** Settings for F4v container\n    *\/\n  @js.native\n  trait F4vSettings extends js.Object {\n    var MoovPlacement: js.UndefOr[F4vMoovPlacement]\n  }\n\n  object F4vSettings {\n    @inline\n    def apply(\n        MoovPlacement: js.UndefOr[F4vMoovPlacement] = js.undefined\n    ): F4vSettings = {\n      val __obj = js.Dynamic.literal()\n      MoovPlacement.foreach(__v => __obj.updateDynamic(\"MoovPlacement\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[F4vSettings]\n    }\n  }\n\n  \/** Required when you set (Type) under (OutputGroups)>(OutputGroupSettings) to FILE_GROUP_SETTINGS.\n    *\/\n  @js.native\n  trait FileGroupSettings extends js.Object {\n    var Destination: js.UndefOr[__stringPatternS3]\n    var DestinationSettings: js.UndefOr[DestinationSettings]\n  }\n\n  object FileGroupSettings {\n    @inline\n    def apply(\n        Destination: js.UndefOr[__stringPatternS3] = js.undefined,\n        DestinationSettings: js.UndefOr[DestinationSettings] = js.undefined\n    ): FileGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileGroupSettings]\n    }\n  }\n\n  \/** Specify whether this set of input captions appears in your outputs in both 608 and 708 format. If you choose Upconvert (UPCONVERT), MediaConvert includes the captions data in two ways: it passes the 608 data through using the 608 compatibility bytes fields of the 708 wrapper, and it also translates the 608 data into 708.\n    *\/\n  @js.native\n  sealed trait FileSourceConvert608To708 extends js.Any\n  object FileSourceConvert608To708 {\n    val UPCONVERT = \"UPCONVERT\".asInstanceOf[FileSourceConvert608To708]\n    val DISABLED = \"DISABLED\".asInstanceOf[FileSourceConvert608To708]\n\n    @inline def values = js.Array(UPCONVERT, DISABLED)\n  }\n\n  \/** If your input captions are SCC, SMI, SRT, STL, TTML, WebVTT, or IMSC 1.1 in an xml file, specify the URI of the input caption source file. If your caption source is IMSC in an IMF package, use TrackSourceSettings instead of FileSoureSettings.\n    *\/\n  @js.native\n  trait FileSourceSettings extends js.Object {\n    var Convert608To708: js.UndefOr[FileSourceConvert608To708]\n    var Framerate: js.UndefOr[CaptionSourceFramerate]\n    var SourceFile: js.UndefOr[__stringMin14PatternS3SccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTTHttpsSccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTT]\n    var TimeDelta: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n  }\n\n  object FileSourceSettings {\n    @inline\n    def apply(\n        Convert608To708: js.UndefOr[FileSourceConvert608To708] = js.undefined,\n        Framerate: js.UndefOr[CaptionSourceFramerate] = js.undefined,\n        SourceFile: js.UndefOr[__stringMin14PatternS3SccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTTHttpsSccSCCTtmlTTMLDfxpDFXPStlSTLSrtSRTXmlXMLSmiSMIVttVTT] = js.undefined,\n        TimeDelta: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined\n    ): FileSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Convert608To708.foreach(__v => __obj.updateDynamic(\"Convert608To708\")(__v.asInstanceOf[js.Any]))\n      Framerate.foreach(__v => __obj.updateDynamic(\"Framerate\")(__v.asInstanceOf[js.Any]))\n      SourceFile.foreach(__v => __obj.updateDynamic(\"SourceFile\")(__v.asInstanceOf[js.Any]))\n      TimeDelta.foreach(__v => __obj.updateDynamic(\"TimeDelta\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSourceSettings]\n    }\n  }\n\n  \/** Provide the font script, using an ISO 15924 script code, if the LanguageCode is not sufficient for determining the script type. Where LanguageCode or CustomLanguageCode is sufficient, use \"AUTOMATIC\" or leave unset.\n    *\/\n  @js.native\n  sealed trait FontScript extends js.Any\n  object FontScript {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[FontScript]\n    val HANS = \"HANS\".asInstanceOf[FontScript]\n    val HANT = \"HANT\".asInstanceOf[FontScript]\n\n    @inline def values = js.Array(AUTOMATIC, HANS, HANT)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value FRAME_CAPTURE.\n    *\/\n  @js.native\n  trait FrameCaptureSettings extends js.Object {\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var MaxCaptures: js.UndefOr[__integerMin1Max10000000]\n    var Quality: js.UndefOr[__integerMin1Max100]\n  }\n\n  object FrameCaptureSettings {\n    @inline\n    def apply(\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        MaxCaptures: js.UndefOr[__integerMin1Max10000000] = js.undefined,\n        Quality: js.UndefOr[__integerMin1Max100] = js.undefined\n    ): FrameCaptureSettings = {\n      val __obj = js.Dynamic.literal()\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      MaxCaptures.foreach(__v => __obj.updateDynamic(\"MaxCaptures\")(__v.asInstanceOf[js.Any]))\n      Quality.foreach(__v => __obj.updateDynamic(\"Quality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureSettings]\n    }\n  }\n\n  @js.native\n  trait GetJobRequest extends js.Object {\n    var Id: __string\n  }\n\n  object GetJobRequest {\n    @inline\n    def apply(\n        Id: __string\n    ): GetJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobRequest]\n    }\n  }\n\n  @js.native\n  trait GetJobResponse extends js.Object {\n    var Job: js.UndefOr[Job]\n  }\n\n  object GetJobResponse {\n    @inline\n    def apply(\n        Job: js.UndefOr[Job] = js.undefined\n    ): GetJobResponse = {\n      val __obj = js.Dynamic.literal()\n      Job.foreach(__v => __obj.updateDynamic(\"Job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetJobResponse]\n    }\n  }\n\n  @js.native\n  trait GetJobTemplateRequest extends js.Object {\n    var Name: __string\n  }\n\n  object GetJobTemplateRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): GetJobTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait GetJobTemplateResponse extends js.Object {\n    var JobTemplate: js.UndefOr[JobTemplate]\n  }\n\n  object GetJobTemplateResponse {\n    @inline\n    def apply(\n        JobTemplate: js.UndefOr[JobTemplate] = js.undefined\n    ): GetJobTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      JobTemplate.foreach(__v => __obj.updateDynamic(\"JobTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetJobTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait GetPresetRequest extends js.Object {\n    var Name: __string\n  }\n\n  object GetPresetRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): GetPresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPresetRequest]\n    }\n  }\n\n  @js.native\n  trait GetPresetResponse extends js.Object {\n    var Preset: js.UndefOr[Preset]\n  }\n\n  object GetPresetResponse {\n    @inline\n    def apply(\n        Preset: js.UndefOr[Preset] = js.undefined\n    ): GetPresetResponse = {\n      val __obj = js.Dynamic.literal()\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPresetResponse]\n    }\n  }\n\n  @js.native\n  trait GetQueueRequest extends js.Object {\n    var Name: __string\n  }\n\n  object GetQueueRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): GetQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetQueueRequest]\n    }\n  }\n\n  @js.native\n  trait GetQueueResponse extends js.Object {\n    var Queue: js.UndefOr[Queue]\n  }\n\n  object GetQueueResponse {\n    @inline\n    def apply(\n        Queue: js.UndefOr[Queue] = js.undefined\n    ): GetQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQueueResponse]\n    }\n  }\n\n  \/** Keep the default value, Auto (AUTO), for this setting to have MediaConvert automatically apply the best types of quantization for your video content. When you want to apply your quantization settings manually, you must set H264AdaptiveQuantization to a value other than Auto (AUTO). Use this setting to specify the strength of any adaptive quantization filters that you enable. If you don't want MediaConvert to do any adaptive quantization in this transcode, set Adaptive quantization (H264AdaptiveQuantization) to Off (OFF). Related settings: The value that you choose here applies to the following settings: H264FlickerAdaptiveQuantization, H264SpatialAdaptiveQuantization, and H264TemporalAdaptiveQuantization.\n    *\/\n  @js.native\n  sealed trait H264AdaptiveQuantization extends js.Any\n  object H264AdaptiveQuantization {\n    val OFF = \"OFF\".asInstanceOf[H264AdaptiveQuantization]\n    val AUTO = \"AUTO\".asInstanceOf[H264AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[H264AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H264AdaptiveQuantization]\n    val HIGH = \"HIGH\".asInstanceOf[H264AdaptiveQuantization]\n    val HIGHER = \"HIGHER\".asInstanceOf[H264AdaptiveQuantization]\n    val MAX = \"MAX\".asInstanceOf[H264AdaptiveQuantization]\n\n    @inline def values = js.Array(OFF, AUTO, LOW, MEDIUM, HIGH, HIGHER, MAX)\n  }\n\n  \/** Specify an H.264 level that is consistent with your output video settings. If you aren't sure what level to specify, choose Auto (AUTO).\n    *\/\n  @js.native\n  sealed trait H264CodecLevel extends js.Any\n  object H264CodecLevel {\n    val AUTO = \"AUTO\".asInstanceOf[H264CodecLevel]\n    val LEVEL_1 = \"LEVEL_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_1_1 = \"LEVEL_1_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_1_2 = \"LEVEL_1_2\".asInstanceOf[H264CodecLevel]\n    val LEVEL_1_3 = \"LEVEL_1_3\".asInstanceOf[H264CodecLevel]\n    val LEVEL_2 = \"LEVEL_2\".asInstanceOf[H264CodecLevel]\n    val LEVEL_2_1 = \"LEVEL_2_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_2_2 = \"LEVEL_2_2\".asInstanceOf[H264CodecLevel]\n    val LEVEL_3 = \"LEVEL_3\".asInstanceOf[H264CodecLevel]\n    val LEVEL_3_1 = \"LEVEL_3_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_3_2 = \"LEVEL_3_2\".asInstanceOf[H264CodecLevel]\n    val LEVEL_4 = \"LEVEL_4\".asInstanceOf[H264CodecLevel]\n    val LEVEL_4_1 = \"LEVEL_4_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_4_2 = \"LEVEL_4_2\".asInstanceOf[H264CodecLevel]\n    val LEVEL_5 = \"LEVEL_5\".asInstanceOf[H264CodecLevel]\n    val LEVEL_5_1 = \"LEVEL_5_1\".asInstanceOf[H264CodecLevel]\n    val LEVEL_5_2 = \"LEVEL_5_2\".asInstanceOf[H264CodecLevel]\n\n    @inline def values = js.Array(\n      AUTO,\n      LEVEL_1,\n      LEVEL_1_1,\n      LEVEL_1_2,\n      LEVEL_1_3,\n      LEVEL_2,\n      LEVEL_2_1,\n      LEVEL_2_2,\n      LEVEL_3,\n      LEVEL_3_1,\n      LEVEL_3_2,\n      LEVEL_4,\n      LEVEL_4_1,\n      LEVEL_4_2,\n      LEVEL_5,\n      LEVEL_5_1,\n      LEVEL_5_2\n    )\n  }\n\n  \/** H.264 Profile. High 4:2:2 and 10-bit profiles are only available with the AVC-I License.\n    *\/\n  @js.native\n  sealed trait H264CodecProfile extends js.Any\n  object H264CodecProfile {\n    val BASELINE = \"BASELINE\".asInstanceOf[H264CodecProfile]\n    val HIGH = \"HIGH\".asInstanceOf[H264CodecProfile]\n    val HIGH_10BIT = \"HIGH_10BIT\".asInstanceOf[H264CodecProfile]\n    val HIGH_422 = \"HIGH_422\".asInstanceOf[H264CodecProfile]\n    val HIGH_422_10BIT = \"HIGH_422_10BIT\".asInstanceOf[H264CodecProfile]\n    val MAIN = \"MAIN\".asInstanceOf[H264CodecProfile]\n\n    @inline def values = js.Array(BASELINE, HIGH, HIGH_10BIT, HIGH_422, HIGH_422_10BIT, MAIN)\n  }\n\n  \/** Choose Adaptive to improve subjective video quality for high-motion content. This will cause the service to use fewer B-frames (which infer information based on other frames) for high-motion portions of the video and more B-frames for low-motion portions. The maximum number of B-frames is limited by the value you provide for the setting B frames between reference frames (numberBFramesBetweenReferenceFrames).\n    *\/\n  @js.native\n  sealed trait H264DynamicSubGop extends js.Any\n  object H264DynamicSubGop {\n    val ADAPTIVE = \"ADAPTIVE\".asInstanceOf[H264DynamicSubGop]\n    val STATIC = \"STATIC\".asInstanceOf[H264DynamicSubGop]\n\n    @inline def values = js.Array(ADAPTIVE, STATIC)\n  }\n\n  \/** Entropy encoding mode. Use CABAC (must be in Main or High profile) or CAVLC.\n    *\/\n  @js.native\n  sealed trait H264EntropyEncoding extends js.Any\n  object H264EntropyEncoding {\n    val CABAC = \"CABAC\".asInstanceOf[H264EntropyEncoding]\n    val CAVLC = \"CAVLC\".asInstanceOf[H264EntropyEncoding]\n\n    @inline def values = js.Array(CABAC, CAVLC)\n  }\n\n  \/** Keep the default value, PAFF, to have MediaConvert use PAFF encoding for interlaced outputs. Choose Force field (FORCE_FIELD) to disable PAFF encoding and create separate interlaced fields.\n    *\/\n  @js.native\n  sealed trait H264FieldEncoding extends js.Any\n  object H264FieldEncoding {\n    val PAFF = \"PAFF\".asInstanceOf[H264FieldEncoding]\n    val FORCE_FIELD = \"FORCE_FIELD\".asInstanceOf[H264FieldEncoding]\n\n    @inline def values = js.Array(PAFF, FORCE_FIELD)\n  }\n\n  \/** Only use this setting when you change the default value, AUTO, for the setting H264AdaptiveQuantization. When you keep all defaults, excluding H264AdaptiveQuantization and all other adaptive quantization from your JSON job specification, MediaConvert automatically applies the best types of quantization for your video content. When you set H264AdaptiveQuantization to a value other than AUTO, the default value for H264FlickerAdaptiveQuantization is Disabled (DISABLED). Change this value to Enabled (ENABLED) to reduce I-frame pop. I-frame pop appears as a visual flicker that can arise when the encoder saves bits by copying some macroblocks many times from frame to frame, and then refreshes them at the I-frame. When you enable this setting, the encoder updates these macroblocks slightly more often to smooth out the flicker. To manually enable or disable H264FlickerAdaptiveQuantization, you must set Adaptive quantization (H264AdaptiveQuantization) to a value other than AUTO.\n    *\/\n  @js.native\n  sealed trait H264FlickerAdaptiveQuantization extends js.Any\n  object H264FlickerAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264FlickerAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264FlickerAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait H264FramerateControl extends js.Any\n  object H264FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H264FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H264FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait H264FramerateConversionAlgorithm extends js.Any\n  object H264FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[H264FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[H264FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[H264FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** If enable, use reference B frames for GOP structures that have B frames > 1.\n    *\/\n  @js.native\n  sealed trait H264GopBReference extends js.Any\n  object H264GopBReference {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264GopBReference]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264GopBReference]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Indicates if the GOP Size in H264 is specified in frames or seconds. If seconds the system will convert the GOP Size into a frame count at run time.\n    *\/\n  @js.native\n  sealed trait H264GopSizeUnits extends js.Any\n  object H264GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[H264GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[H264GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** Choose the scan line type for the output. Keep the default value, Progressive (PROGRESSIVE) to create a progressive output, regardless of the scan type of your input. Use Top field first (TOP_FIELD) or Bottom field first (BOTTOM_FIELD) to create an output that's interlaced with the same field polarity throughout. Use Follow, default top (FOLLOW_TOP_FIELD) or Follow, default bottom (FOLLOW_BOTTOM_FIELD) to produce outputs with the same field polarity as the source. For jobs that have multiple inputs, the output field polarity might change over the course of the output. Follow behavior depends on the input scan type. If the source is interlaced, the output will be interlaced with the same polarity as the source. If the source is progressive, the output will be interlaced with top field bottom field first, depending on which of the Follow options you choose.\n    *\/\n  @js.native\n  sealed trait H264InterlaceMode extends js.Any\n  object H264InterlaceMode {\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[H264InterlaceMode]\n    val TOP_FIELD = \"TOP_FIELD\".asInstanceOf[H264InterlaceMode]\n    val BOTTOM_FIELD = \"BOTTOM_FIELD\".asInstanceOf[H264InterlaceMode]\n    val FOLLOW_TOP_FIELD = \"FOLLOW_TOP_FIELD\".asInstanceOf[H264InterlaceMode]\n    val FOLLOW_BOTTOM_FIELD = \"FOLLOW_BOTTOM_FIELD\".asInstanceOf[H264InterlaceMode]\n\n    @inline def values = js.Array(PROGRESSIVE, TOP_FIELD, BOTTOM_FIELD, FOLLOW_TOP_FIELD, FOLLOW_BOTTOM_FIELD)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait H264ParControl extends js.Any\n  object H264ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H264ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H264ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how you want to trade off encoding speed for output video quality. The default behavior is faster, lower quality, single-pass encoding.\n    *\/\n  @js.native\n  sealed trait H264QualityTuningLevel extends js.Any\n  object H264QualityTuningLevel {\n    val SINGLE_PASS = \"SINGLE_PASS\".asInstanceOf[H264QualityTuningLevel]\n    val SINGLE_PASS_HQ = \"SINGLE_PASS_HQ\".asInstanceOf[H264QualityTuningLevel]\n    val MULTI_PASS_HQ = \"MULTI_PASS_HQ\".asInstanceOf[H264QualityTuningLevel]\n\n    @inline def values = js.Array(SINGLE_PASS, SINGLE_PASS_HQ, MULTI_PASS_HQ)\n  }\n\n  \/** Settings for quality-defined variable bitrate encoding with the H.264 codec. Required when you set Rate control mode to QVBR. Not valid when you set Rate control mode to a value other than QVBR, or when you don't define Rate control mode.\n    *\/\n  @js.native\n  trait H264QvbrSettings extends js.Object {\n    var MaxAverageBitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var QvbrQualityLevel: js.UndefOr[__integerMin1Max10]\n    var QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1]\n  }\n\n  object H264QvbrSettings {\n    @inline\n    def apply(\n        MaxAverageBitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        QvbrQualityLevel: js.UndefOr[__integerMin1Max10] = js.undefined,\n        QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1] = js.undefined\n    ): H264QvbrSettings = {\n      val __obj = js.Dynamic.literal()\n      MaxAverageBitrate.foreach(__v => __obj.updateDynamic(\"MaxAverageBitrate\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevel.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevelFineTune.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevelFineTune\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H264QvbrSettings]\n    }\n  }\n\n  \/** Use this setting to specify whether this output has a variable bitrate (VBR), constant bitrate (CBR) or quality-defined variable bitrate (QVBR).\n    *\/\n  @js.native\n  sealed trait H264RateControlMode extends js.Any\n  object H264RateControlMode {\n    val VBR = \"VBR\".asInstanceOf[H264RateControlMode]\n    val CBR = \"CBR\".asInstanceOf[H264RateControlMode]\n    val QVBR = \"QVBR\".asInstanceOf[H264RateControlMode]\n\n    @inline def values = js.Array(VBR, CBR, QVBR)\n  }\n\n  \/** Places a PPS header on each encoded picture, even if repeated.\n    *\/\n  @js.native\n  sealed trait H264RepeatPps extends js.Any\n  object H264RepeatPps {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264RepeatPps]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264RepeatPps]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait H264ScanTypeConversionMode extends js.Any\n  object H264ScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[H264ScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[H264ScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Enable this setting to insert I-frames at scene changes that the service automatically detects. This improves video quality and is enabled by default. If this output uses QVBR, choose Transition detection (TRANSITION_DETECTION) for further video quality improvement. For more information about QVBR, see https:\/\/docs.aws.amazon.com\/console\/mediaconvert\/cbr-vbr-qvbr.\n    *\/\n  @js.native\n  sealed trait H264SceneChangeDetect extends js.Any\n  object H264SceneChangeDetect {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264SceneChangeDetect]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264SceneChangeDetect]\n    val TRANSITION_DETECTION = \"TRANSITION_DETECTION\".asInstanceOf[H264SceneChangeDetect]\n\n    @inline def values = js.Array(DISABLED, ENABLED, TRANSITION_DETECTION)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value H_264.\n    *\/\n  @js.native\n  trait H264Settings extends js.Object {\n    var AdaptiveQuantization: js.UndefOr[H264AdaptiveQuantization]\n    var Bitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var CodecLevel: js.UndefOr[H264CodecLevel]\n    var CodecProfile: js.UndefOr[H264CodecProfile]\n    var DynamicSubGop: js.UndefOr[H264DynamicSubGop]\n    var EntropyEncoding: js.UndefOr[H264EntropyEncoding]\n    var FieldEncoding: js.UndefOr[H264FieldEncoding]\n    var FlickerAdaptiveQuantization: js.UndefOr[H264FlickerAdaptiveQuantization]\n    var FramerateControl: js.UndefOr[H264FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[H264FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var GopBReference: js.UndefOr[H264GopBReference]\n    var GopClosedCadence: js.UndefOr[__integerMin0Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var GopSizeUnits: js.UndefOr[H264GopSizeUnits]\n    var HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100]\n    var HrdBufferSize: js.UndefOr[__integerMin0Max1152000000]\n    var InterlaceMode: js.UndefOr[H264InterlaceMode]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var MinIInterval: js.UndefOr[__integerMin0Max30]\n    var NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7]\n    var NumberReferenceFrames: js.UndefOr[__integerMin1Max6]\n    var ParControl: js.UndefOr[H264ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var QualityTuningLevel: js.UndefOr[H264QualityTuningLevel]\n    var QvbrSettings: js.UndefOr[H264QvbrSettings]\n    var RateControlMode: js.UndefOr[H264RateControlMode]\n    var RepeatPps: js.UndefOr[H264RepeatPps]\n    var ScanTypeConversionMode: js.UndefOr[H264ScanTypeConversionMode]\n    var SceneChangeDetect: js.UndefOr[H264SceneChangeDetect]\n    var Slices: js.UndefOr[__integerMin1Max32]\n    var SlowPal: js.UndefOr[H264SlowPal]\n    var Softness: js.UndefOr[__integerMin0Max128]\n    var SpatialAdaptiveQuantization: js.UndefOr[H264SpatialAdaptiveQuantization]\n    var Syntax: js.UndefOr[H264Syntax]\n    var Telecine: js.UndefOr[H264Telecine]\n    var TemporalAdaptiveQuantization: js.UndefOr[H264TemporalAdaptiveQuantization]\n    var UnregisteredSeiTimecode: js.UndefOr[H264UnregisteredSeiTimecode]\n  }\n\n  object H264Settings {\n    @inline\n    def apply(\n        AdaptiveQuantization: js.UndefOr[H264AdaptiveQuantization] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        CodecLevel: js.UndefOr[H264CodecLevel] = js.undefined,\n        CodecProfile: js.UndefOr[H264CodecProfile] = js.undefined,\n        DynamicSubGop: js.UndefOr[H264DynamicSubGop] = js.undefined,\n        EntropyEncoding: js.UndefOr[H264EntropyEncoding] = js.undefined,\n        FieldEncoding: js.UndefOr[H264FieldEncoding] = js.undefined,\n        FlickerAdaptiveQuantization: js.UndefOr[H264FlickerAdaptiveQuantization] = js.undefined,\n        FramerateControl: js.UndefOr[H264FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[H264FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        GopBReference: js.UndefOr[H264GopBReference] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        GopSizeUnits: js.UndefOr[H264GopSizeUnits] = js.undefined,\n        HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100] = js.undefined,\n        HrdBufferSize: js.UndefOr[__integerMin0Max1152000000] = js.undefined,\n        InterlaceMode: js.UndefOr[H264InterlaceMode] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        MinIInterval: js.UndefOr[__integerMin0Max30] = js.undefined,\n        NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7] = js.undefined,\n        NumberReferenceFrames: js.UndefOr[__integerMin1Max6] = js.undefined,\n        ParControl: js.UndefOr[H264ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        QualityTuningLevel: js.UndefOr[H264QualityTuningLevel] = js.undefined,\n        QvbrSettings: js.UndefOr[H264QvbrSettings] = js.undefined,\n        RateControlMode: js.UndefOr[H264RateControlMode] = js.undefined,\n        RepeatPps: js.UndefOr[H264RepeatPps] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[H264ScanTypeConversionMode] = js.undefined,\n        SceneChangeDetect: js.UndefOr[H264SceneChangeDetect] = js.undefined,\n        Slices: js.UndefOr[__integerMin1Max32] = js.undefined,\n        SlowPal: js.UndefOr[H264SlowPal] = js.undefined,\n        Softness: js.UndefOr[__integerMin0Max128] = js.undefined,\n        SpatialAdaptiveQuantization: js.UndefOr[H264SpatialAdaptiveQuantization] = js.undefined,\n        Syntax: js.UndefOr[H264Syntax] = js.undefined,\n        Telecine: js.UndefOr[H264Telecine] = js.undefined,\n        TemporalAdaptiveQuantization: js.UndefOr[H264TemporalAdaptiveQuantization] = js.undefined,\n        UnregisteredSeiTimecode: js.UndefOr[H264UnregisteredSeiTimecode] = js.undefined\n    ): H264Settings = {\n      val __obj = js.Dynamic.literal()\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodecLevel.foreach(__v => __obj.updateDynamic(\"CodecLevel\")(__v.asInstanceOf[js.Any]))\n      CodecProfile.foreach(__v => __obj.updateDynamic(\"CodecProfile\")(__v.asInstanceOf[js.Any]))\n      DynamicSubGop.foreach(__v => __obj.updateDynamic(\"DynamicSubGop\")(__v.asInstanceOf[js.Any]))\n      EntropyEncoding.foreach(__v => __obj.updateDynamic(\"EntropyEncoding\")(__v.asInstanceOf[js.Any]))\n      FieldEncoding.foreach(__v => __obj.updateDynamic(\"FieldEncoding\")(__v.asInstanceOf[js.Any]))\n      FlickerAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"FlickerAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopBReference.foreach(__v => __obj.updateDynamic(\"GopBReference\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      HrdBufferInitialFillPercentage.foreach(__v => __obj.updateDynamic(\"HrdBufferInitialFillPercentage\")(__v.asInstanceOf[js.Any]))\n      HrdBufferSize.foreach(__v => __obj.updateDynamic(\"HrdBufferSize\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      MinIInterval.foreach(__v => __obj.updateDynamic(\"MinIInterval\")(__v.asInstanceOf[js.Any]))\n      NumberBFramesBetweenReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberBFramesBetweenReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      NumberReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrSettings.foreach(__v => __obj.updateDynamic(\"QvbrSettings\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      RepeatPps.foreach(__v => __obj.updateDynamic(\"RepeatPps\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SceneChangeDetect.foreach(__v => __obj.updateDynamic(\"SceneChangeDetect\")(__v.asInstanceOf[js.Any]))\n      Slices.foreach(__v => __obj.updateDynamic(\"Slices\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      Softness.foreach(__v => __obj.updateDynamic(\"Softness\")(__v.asInstanceOf[js.Any]))\n      SpatialAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"SpatialAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      Syntax.foreach(__v => __obj.updateDynamic(\"Syntax\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      TemporalAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"TemporalAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      UnregisteredSeiTimecode.foreach(__v => __obj.updateDynamic(\"UnregisteredSeiTimecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H264Settings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output. When you enable slow PAL, MediaConvert relabels the video frames to 25 fps and resamples your audio to keep it synchronized with the video. Note that enabling this setting will slightly reduce the duration of your video. Required settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait H264SlowPal extends js.Any\n  object H264SlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264SlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264SlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Only use this setting when you change the default value, Auto (AUTO), for the setting H264AdaptiveQuantization. When you keep all defaults, excluding H264AdaptiveQuantization and all other adaptive quantization from your JSON job specification, MediaConvert automatically applies the best types of quantization for your video content. When you set H264AdaptiveQuantization to a value other than AUTO, the default value for H264SpatialAdaptiveQuantization is Enabled (ENABLED). Keep this default value to adjust quantization within each frame based on spatial variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas that can sustain more distortion with no noticeable visual degradation and uses more bits on areas where any small distortion will be noticeable. For example, complex textured blocks are encoded with fewer bits and smooth textured blocks are encoded with more bits. Enabling this feature will almost always improve your video quality.\n    * Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen with a lot of complex texture, you might choose to set H264SpatialAdaptiveQuantization to Disabled (DISABLED). Related setting: When you enable spatial adaptive quantization, set the value for Adaptive quantization (H264AdaptiveQuantization) depending on your content. For homogeneous content, such as cartoons and video games, set it to Low. For content with a wider variety of textures, set it to High or Higher. To manually enable or disable H264SpatialAdaptiveQuantization, you must set Adaptive quantization (H264AdaptiveQuantization) to a value other than AUTO.\n    *\/\n  @js.native\n  sealed trait H264SpatialAdaptiveQuantization extends js.Any\n  object H264SpatialAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264SpatialAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264SpatialAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Produces a bitstream compliant with SMPTE RP-2027.\n    *\/\n  @js.native\n  sealed trait H264Syntax extends js.Any\n  object H264Syntax {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[H264Syntax]\n    val RP2027 = \"RP2027\".asInstanceOf[H264Syntax]\n\n    @inline def values = js.Array(DEFAULT, RP2027)\n  }\n\n  \/** When you do frame rate conversion from 23.976 frames per second (fps) to 29.97 fps, and your output scan type is interlaced, you can optionally enable hard or soft telecine to create a smoother picture. Hard telecine (HARD) produces a 29.97i output. Soft telecine (SOFT) produces an output with a 23.976 output that signals to the video player device to do the conversion during play back. When you keep the default value, None (NONE), MediaConvert does a standard frame rate conversion to 29.97 without doing anything with the field polarity to create a smoother picture.\n    *\/\n  @js.native\n  sealed trait H264Telecine extends js.Any\n  object H264Telecine {\n    val NONE = \"NONE\".asInstanceOf[H264Telecine]\n    val SOFT = \"SOFT\".asInstanceOf[H264Telecine]\n    val HARD = \"HARD\".asInstanceOf[H264Telecine]\n\n    @inline def values = js.Array(NONE, SOFT, HARD)\n  }\n\n  \/** Only use this setting when you change the default value, AUTO, for the setting H264AdaptiveQuantization. When you keep all defaults, excluding H264AdaptiveQuantization and all other adaptive quantization from your JSON job specification, MediaConvert automatically applies the best types of quantization for your video content. When you set H264AdaptiveQuantization to a value other than AUTO, the default value for H264TemporalAdaptiveQuantization is Enabled (ENABLED). Keep this default value to adjust quantization within each frame based on temporal variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas of the frame that aren't moving and uses more bits on complex objects with sharp edges that move a lot. For example, this feature improves the readability of text tickers on newscasts and scoreboards on sports matches. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into\n    * account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen that doesn't have moving objects with sharp edges, such as sports athletes' faces, you might choose to set H264TemporalAdaptiveQuantization to Disabled (DISABLED). Related setting: When you enable temporal quantization, adjust the strength of the filter with the setting Adaptive quantization (adaptiveQuantization). To manually enable or disable H264TemporalAdaptiveQuantization, you must set Adaptive quantization (H264AdaptiveQuantization) to a value other than AUTO.\n    *\/\n  @js.native\n  sealed trait H264TemporalAdaptiveQuantization extends js.Any\n  object H264TemporalAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264TemporalAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264TemporalAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Inserts timecode for each frame as 4 bytes of an unregistered SEI message.\n    *\/\n  @js.native\n  sealed trait H264UnregisteredSeiTimecode extends js.Any\n  object H264UnregisteredSeiTimecode {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264UnregisteredSeiTimecode]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264UnregisteredSeiTimecode]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Specify the strength of any adaptive quantization filters that you enable. The value that you choose here applies to the following settings: Flicker adaptive quantization (flickerAdaptiveQuantization), Spatial adaptive quantization (spatialAdaptiveQuantization), and Temporal adaptive quantization (temporalAdaptiveQuantization).\n    *\/\n  @js.native\n  sealed trait H265AdaptiveQuantization extends js.Any\n  object H265AdaptiveQuantization {\n    val OFF = \"OFF\".asInstanceOf[H265AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[H265AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H265AdaptiveQuantization]\n    val HIGH = \"HIGH\".asInstanceOf[H265AdaptiveQuantization]\n    val HIGHER = \"HIGHER\".asInstanceOf[H265AdaptiveQuantization]\n    val MAX = \"MAX\".asInstanceOf[H265AdaptiveQuantization]\n\n    @inline def values = js.Array(OFF, LOW, MEDIUM, HIGH, HIGHER, MAX)\n  }\n\n  \/** Enables Alternate Transfer Function SEI message for outputs using Hybrid Log Gamma (HLG) Electro-Optical Transfer Function (EOTF).\n    *\/\n  @js.native\n  sealed trait H265AlternateTransferFunctionSei extends js.Any\n  object H265AlternateTransferFunctionSei {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265AlternateTransferFunctionSei]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265AlternateTransferFunctionSei]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H.265 Level.\n    *\/\n  @js.native\n  sealed trait H265CodecLevel extends js.Any\n  object H265CodecLevel {\n    val AUTO = \"AUTO\".asInstanceOf[H265CodecLevel]\n    val LEVEL_1 = \"LEVEL_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_2 = \"LEVEL_2\".asInstanceOf[H265CodecLevel]\n    val LEVEL_2_1 = \"LEVEL_2_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_3 = \"LEVEL_3\".asInstanceOf[H265CodecLevel]\n    val LEVEL_3_1 = \"LEVEL_3_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_4 = \"LEVEL_4\".asInstanceOf[H265CodecLevel]\n    val LEVEL_4_1 = \"LEVEL_4_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_5 = \"LEVEL_5\".asInstanceOf[H265CodecLevel]\n    val LEVEL_5_1 = \"LEVEL_5_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_5_2 = \"LEVEL_5_2\".asInstanceOf[H265CodecLevel]\n    val LEVEL_6 = \"LEVEL_6\".asInstanceOf[H265CodecLevel]\n    val LEVEL_6_1 = \"LEVEL_6_1\".asInstanceOf[H265CodecLevel]\n    val LEVEL_6_2 = \"LEVEL_6_2\".asInstanceOf[H265CodecLevel]\n\n    @inline def values = js.Array(AUTO, LEVEL_1, LEVEL_2, LEVEL_2_1, LEVEL_3, LEVEL_3_1, LEVEL_4, LEVEL_4_1, LEVEL_5, LEVEL_5_1, LEVEL_5_2, LEVEL_6, LEVEL_6_1, LEVEL_6_2)\n  }\n\n  \/** Represents the Profile and Tier, per the HEVC (H.265) specification. Selections are grouped as [Profile] \/ [Tier], so \"Main\/High\" represents Main Profile with High Tier. 4:2:2 profiles are only available with the HEVC 4:2:2 License.\n    *\/\n  @js.native\n  sealed trait H265CodecProfile extends js.Any\n  object H265CodecProfile {\n    val MAIN_MAIN = \"MAIN_MAIN\".asInstanceOf[H265CodecProfile]\n    val MAIN_HIGH = \"MAIN_HIGH\".asInstanceOf[H265CodecProfile]\n    val MAIN10_MAIN = \"MAIN10_MAIN\".asInstanceOf[H265CodecProfile]\n    val MAIN10_HIGH = \"MAIN10_HIGH\".asInstanceOf[H265CodecProfile]\n    val MAIN_422_8BIT_MAIN = \"MAIN_422_8BIT_MAIN\".asInstanceOf[H265CodecProfile]\n    val MAIN_422_8BIT_HIGH = \"MAIN_422_8BIT_HIGH\".asInstanceOf[H265CodecProfile]\n    val MAIN_422_10BIT_MAIN = \"MAIN_422_10BIT_MAIN\".asInstanceOf[H265CodecProfile]\n    val MAIN_422_10BIT_HIGH = \"MAIN_422_10BIT_HIGH\".asInstanceOf[H265CodecProfile]\n\n    @inline def values = js.Array(MAIN_MAIN, MAIN_HIGH, MAIN10_MAIN, MAIN10_HIGH, MAIN_422_8BIT_MAIN, MAIN_422_8BIT_HIGH, MAIN_422_10BIT_MAIN, MAIN_422_10BIT_HIGH)\n  }\n\n  \/** Choose Adaptive to improve subjective video quality for high-motion content. This will cause the service to use fewer B-frames (which infer information based on other frames) for high-motion portions of the video and more B-frames for low-motion portions. The maximum number of B-frames is limited by the value you provide for the setting B frames between reference frames (numberBFramesBetweenReferenceFrames).\n    *\/\n  @js.native\n  sealed trait H265DynamicSubGop extends js.Any\n  object H265DynamicSubGop {\n    val ADAPTIVE = \"ADAPTIVE\".asInstanceOf[H265DynamicSubGop]\n    val STATIC = \"STATIC\".asInstanceOf[H265DynamicSubGop]\n\n    @inline def values = js.Array(ADAPTIVE, STATIC)\n  }\n\n  \/** Enable this setting to have the encoder reduce I-frame pop. I-frame pop appears as a visual flicker that can arise when the encoder saves bits by copying some macroblocks many times from frame to frame, and then refreshes them at the I-frame. When you enable this setting, the encoder updates these macroblocks slightly more often to smooth out the flicker. This setting is disabled by default. Related setting: In addition to enabling this setting, you must also set adaptiveQuantization to a value other than Off (OFF).\n    *\/\n  @js.native\n  sealed trait H265FlickerAdaptiveQuantization extends js.Any\n  object H265FlickerAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265FlickerAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265FlickerAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait H265FramerateControl extends js.Any\n  object H265FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H265FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H265FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait H265FramerateConversionAlgorithm extends js.Any\n  object H265FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[H265FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[H265FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[H265FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** If enable, use reference B frames for GOP structures that have B frames > 1.\n    *\/\n  @js.native\n  sealed trait H265GopBReference extends js.Any\n  object H265GopBReference {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265GopBReference]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265GopBReference]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Indicates if the GOP Size in H265 is specified in frames or seconds. If seconds the system will convert the GOP Size into a frame count at run time.\n    *\/\n  @js.native\n  sealed trait H265GopSizeUnits extends js.Any\n  object H265GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[H265GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[H265GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** Choose the scan line type for the output. Keep the default value, Progressive (PROGRESSIVE) to create a progressive output, regardless of the scan type of your input. Use Top field first (TOP_FIELD) or Bottom field first (BOTTOM_FIELD) to create an output that's interlaced with the same field polarity throughout. Use Follow, default top (FOLLOW_TOP_FIELD) or Follow, default bottom (FOLLOW_BOTTOM_FIELD) to produce outputs with the same field polarity as the source. For jobs that have multiple inputs, the output field polarity might change over the course of the output. Follow behavior depends on the input scan type. If the source is interlaced, the output will be interlaced with the same polarity as the source. If the source is progressive, the output will be interlaced with top field bottom field first, depending on which of the Follow options you choose.\n    *\/\n  @js.native\n  sealed trait H265InterlaceMode extends js.Any\n  object H265InterlaceMode {\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[H265InterlaceMode]\n    val TOP_FIELD = \"TOP_FIELD\".asInstanceOf[H265InterlaceMode]\n    val BOTTOM_FIELD = \"BOTTOM_FIELD\".asInstanceOf[H265InterlaceMode]\n    val FOLLOW_TOP_FIELD = \"FOLLOW_TOP_FIELD\".asInstanceOf[H265InterlaceMode]\n    val FOLLOW_BOTTOM_FIELD = \"FOLLOW_BOTTOM_FIELD\".asInstanceOf[H265InterlaceMode]\n\n    @inline def values = js.Array(PROGRESSIVE, TOP_FIELD, BOTTOM_FIELD, FOLLOW_TOP_FIELD, FOLLOW_BOTTOM_FIELD)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait H265ParControl extends js.Any\n  object H265ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H265ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H265ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how you want to trade off encoding speed for output video quality. The default behavior is faster, lower quality, single-pass encoding.\n    *\/\n  @js.native\n  sealed trait H265QualityTuningLevel extends js.Any\n  object H265QualityTuningLevel {\n    val SINGLE_PASS = \"SINGLE_PASS\".asInstanceOf[H265QualityTuningLevel]\n    val SINGLE_PASS_HQ = \"SINGLE_PASS_HQ\".asInstanceOf[H265QualityTuningLevel]\n    val MULTI_PASS_HQ = \"MULTI_PASS_HQ\".asInstanceOf[H265QualityTuningLevel]\n\n    @inline def values = js.Array(SINGLE_PASS, SINGLE_PASS_HQ, MULTI_PASS_HQ)\n  }\n\n  \/** Settings for quality-defined variable bitrate encoding with the H.265 codec. Required when you set Rate control mode to QVBR. Not valid when you set Rate control mode to a value other than QVBR, or when you don't define Rate control mode.\n    *\/\n  @js.native\n  trait H265QvbrSettings extends js.Object {\n    var MaxAverageBitrate: js.UndefOr[__integerMin1000Max1466400000]\n    var QvbrQualityLevel: js.UndefOr[__integerMin1Max10]\n    var QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1]\n  }\n\n  object H265QvbrSettings {\n    @inline\n    def apply(\n        MaxAverageBitrate: js.UndefOr[__integerMin1000Max1466400000] = js.undefined,\n        QvbrQualityLevel: js.UndefOr[__integerMin1Max10] = js.undefined,\n        QvbrQualityLevelFineTune: js.UndefOr[__doubleMin0Max1] = js.undefined\n    ): H265QvbrSettings = {\n      val __obj = js.Dynamic.literal()\n      MaxAverageBitrate.foreach(__v => __obj.updateDynamic(\"MaxAverageBitrate\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevel.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevelFineTune.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevelFineTune\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H265QvbrSettings]\n    }\n  }\n\n  \/** Use this setting to specify whether this output has a variable bitrate (VBR), constant bitrate (CBR) or quality-defined variable bitrate (QVBR).\n    *\/\n  @js.native\n  sealed trait H265RateControlMode extends js.Any\n  object H265RateControlMode {\n    val VBR = \"VBR\".asInstanceOf[H265RateControlMode]\n    val CBR = \"CBR\".asInstanceOf[H265RateControlMode]\n    val QVBR = \"QVBR\".asInstanceOf[H265RateControlMode]\n\n    @inline def values = js.Array(VBR, CBR, QVBR)\n  }\n\n  \/** Specify Sample Adaptive Offset (SAO) filter strength. Adaptive mode dynamically selects best strength based on content\n    *\/\n  @js.native\n  sealed trait H265SampleAdaptiveOffsetFilterMode extends js.Any\n  object H265SampleAdaptiveOffsetFilterMode {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[H265SampleAdaptiveOffsetFilterMode]\n    val ADAPTIVE = \"ADAPTIVE\".asInstanceOf[H265SampleAdaptiveOffsetFilterMode]\n    val OFF = \"OFF\".asInstanceOf[H265SampleAdaptiveOffsetFilterMode]\n\n    @inline def values = js.Array(DEFAULT, ADAPTIVE, OFF)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait H265ScanTypeConversionMode extends js.Any\n  object H265ScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[H265ScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[H265ScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Enable this setting to insert I-frames at scene changes that the service automatically detects. This improves video quality and is enabled by default. If this output uses QVBR, choose Transition detection (TRANSITION_DETECTION) for further video quality improvement. For more information about QVBR, see https:\/\/docs.aws.amazon.com\/console\/mediaconvert\/cbr-vbr-qvbr.\n    *\/\n  @js.native\n  sealed trait H265SceneChangeDetect extends js.Any\n  object H265SceneChangeDetect {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265SceneChangeDetect]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265SceneChangeDetect]\n    val TRANSITION_DETECTION = \"TRANSITION_DETECTION\".asInstanceOf[H265SceneChangeDetect]\n\n    @inline def values = js.Array(DISABLED, ENABLED, TRANSITION_DETECTION)\n  }\n\n  \/** Settings for H265 codec\n    *\/\n  @js.native\n  trait H265Settings extends js.Object {\n    var AdaptiveQuantization: js.UndefOr[H265AdaptiveQuantization]\n    var AlternateTransferFunctionSei: js.UndefOr[H265AlternateTransferFunctionSei]\n    var Bitrate: js.UndefOr[__integerMin1000Max1466400000]\n    var CodecLevel: js.UndefOr[H265CodecLevel]\n    var CodecProfile: js.UndefOr[H265CodecProfile]\n    var DynamicSubGop: js.UndefOr[H265DynamicSubGop]\n    var FlickerAdaptiveQuantization: js.UndefOr[H265FlickerAdaptiveQuantization]\n    var FramerateControl: js.UndefOr[H265FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[H265FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var GopBReference: js.UndefOr[H265GopBReference]\n    var GopClosedCadence: js.UndefOr[__integerMin0Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var GopSizeUnits: js.UndefOr[H265GopSizeUnits]\n    var HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100]\n    var HrdBufferSize: js.UndefOr[__integerMin0Max1466400000]\n    var InterlaceMode: js.UndefOr[H265InterlaceMode]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max1466400000]\n    var MinIInterval: js.UndefOr[__integerMin0Max30]\n    var NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7]\n    var NumberReferenceFrames: js.UndefOr[__integerMin1Max6]\n    var ParControl: js.UndefOr[H265ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var QualityTuningLevel: js.UndefOr[H265QualityTuningLevel]\n    var QvbrSettings: js.UndefOr[H265QvbrSettings]\n    var RateControlMode: js.UndefOr[H265RateControlMode]\n    var SampleAdaptiveOffsetFilterMode: js.UndefOr[H265SampleAdaptiveOffsetFilterMode]\n    var ScanTypeConversionMode: js.UndefOr[H265ScanTypeConversionMode]\n    var SceneChangeDetect: js.UndefOr[H265SceneChangeDetect]\n    var Slices: js.UndefOr[__integerMin1Max32]\n    var SlowPal: js.UndefOr[H265SlowPal]\n    var SpatialAdaptiveQuantization: js.UndefOr[H265SpatialAdaptiveQuantization]\n    var Telecine: js.UndefOr[H265Telecine]\n    var TemporalAdaptiveQuantization: js.UndefOr[H265TemporalAdaptiveQuantization]\n    var TemporalIds: js.UndefOr[H265TemporalIds]\n    var Tiles: js.UndefOr[H265Tiles]\n    var UnregisteredSeiTimecode: js.UndefOr[H265UnregisteredSeiTimecode]\n    var WriteMp4PackagingType: js.UndefOr[H265WriteMp4PackagingType]\n  }\n\n  object H265Settings {\n    @inline\n    def apply(\n        AdaptiveQuantization: js.UndefOr[H265AdaptiveQuantization] = js.undefined,\n        AlternateTransferFunctionSei: js.UndefOr[H265AlternateTransferFunctionSei] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin1000Max1466400000] = js.undefined,\n        CodecLevel: js.UndefOr[H265CodecLevel] = js.undefined,\n        CodecProfile: js.UndefOr[H265CodecProfile] = js.undefined,\n        DynamicSubGop: js.UndefOr[H265DynamicSubGop] = js.undefined,\n        FlickerAdaptiveQuantization: js.UndefOr[H265FlickerAdaptiveQuantization] = js.undefined,\n        FramerateControl: js.UndefOr[H265FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[H265FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        GopBReference: js.UndefOr[H265GopBReference] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        GopSizeUnits: js.UndefOr[H265GopSizeUnits] = js.undefined,\n        HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100] = js.undefined,\n        HrdBufferSize: js.UndefOr[__integerMin0Max1466400000] = js.undefined,\n        InterlaceMode: js.UndefOr[H265InterlaceMode] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max1466400000] = js.undefined,\n        MinIInterval: js.UndefOr[__integerMin0Max30] = js.undefined,\n        NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7] = js.undefined,\n        NumberReferenceFrames: js.UndefOr[__integerMin1Max6] = js.undefined,\n        ParControl: js.UndefOr[H265ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        QualityTuningLevel: js.UndefOr[H265QualityTuningLevel] = js.undefined,\n        QvbrSettings: js.UndefOr[H265QvbrSettings] = js.undefined,\n        RateControlMode: js.UndefOr[H265RateControlMode] = js.undefined,\n        SampleAdaptiveOffsetFilterMode: js.UndefOr[H265SampleAdaptiveOffsetFilterMode] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[H265ScanTypeConversionMode] = js.undefined,\n        SceneChangeDetect: js.UndefOr[H265SceneChangeDetect] = js.undefined,\n        Slices: js.UndefOr[__integerMin1Max32] = js.undefined,\n        SlowPal: js.UndefOr[H265SlowPal] = js.undefined,\n        SpatialAdaptiveQuantization: js.UndefOr[H265SpatialAdaptiveQuantization] = js.undefined,\n        Telecine: js.UndefOr[H265Telecine] = js.undefined,\n        TemporalAdaptiveQuantization: js.UndefOr[H265TemporalAdaptiveQuantization] = js.undefined,\n        TemporalIds: js.UndefOr[H265TemporalIds] = js.undefined,\n        Tiles: js.UndefOr[H265Tiles] = js.undefined,\n        UnregisteredSeiTimecode: js.UndefOr[H265UnregisteredSeiTimecode] = js.undefined,\n        WriteMp4PackagingType: js.UndefOr[H265WriteMp4PackagingType] = js.undefined\n    ): H265Settings = {\n      val __obj = js.Dynamic.literal()\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      AlternateTransferFunctionSei.foreach(__v => __obj.updateDynamic(\"AlternateTransferFunctionSei\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodecLevel.foreach(__v => __obj.updateDynamic(\"CodecLevel\")(__v.asInstanceOf[js.Any]))\n      CodecProfile.foreach(__v => __obj.updateDynamic(\"CodecProfile\")(__v.asInstanceOf[js.Any]))\n      DynamicSubGop.foreach(__v => __obj.updateDynamic(\"DynamicSubGop\")(__v.asInstanceOf[js.Any]))\n      FlickerAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"FlickerAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopBReference.foreach(__v => __obj.updateDynamic(\"GopBReference\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      HrdBufferInitialFillPercentage.foreach(__v => __obj.updateDynamic(\"HrdBufferInitialFillPercentage\")(__v.asInstanceOf[js.Any]))\n      HrdBufferSize.foreach(__v => __obj.updateDynamic(\"HrdBufferSize\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      MinIInterval.foreach(__v => __obj.updateDynamic(\"MinIInterval\")(__v.asInstanceOf[js.Any]))\n      NumberBFramesBetweenReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberBFramesBetweenReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      NumberReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrSettings.foreach(__v => __obj.updateDynamic(\"QvbrSettings\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      SampleAdaptiveOffsetFilterMode.foreach(__v => __obj.updateDynamic(\"SampleAdaptiveOffsetFilterMode\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SceneChangeDetect.foreach(__v => __obj.updateDynamic(\"SceneChangeDetect\")(__v.asInstanceOf[js.Any]))\n      Slices.foreach(__v => __obj.updateDynamic(\"Slices\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      SpatialAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"SpatialAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      TemporalAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"TemporalAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      TemporalIds.foreach(__v => __obj.updateDynamic(\"TemporalIds\")(__v.asInstanceOf[js.Any]))\n      Tiles.foreach(__v => __obj.updateDynamic(\"Tiles\")(__v.asInstanceOf[js.Any]))\n      UnregisteredSeiTimecode.foreach(__v => __obj.updateDynamic(\"UnregisteredSeiTimecode\")(__v.asInstanceOf[js.Any]))\n      WriteMp4PackagingType.foreach(__v => __obj.updateDynamic(\"WriteMp4PackagingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H265Settings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output. When you enable slow PAL, MediaConvert relabels the video frames to 25 fps and resamples your audio to keep it synchronized with the video. Note that enabling this setting will slightly reduce the duration of your video. Required settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait H265SlowPal extends js.Any\n  object H265SlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265SlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265SlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Keep the default value, Enabled (ENABLED), to adjust quantization within each frame based on spatial variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas that can sustain more distortion with no noticeable visual degradation and uses more bits on areas where any small distortion will be noticeable. For example, complex textured blocks are encoded with fewer bits and smooth textured blocks are encoded with more bits. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen with a lot of complex texture, you might choose to disable this feature. Related setting: When you enable spatial adaptive quantization, set the value for Adaptive quantization (adaptiveQuantization) depending on your content. For homogeneous content, such as cartoons and\n    * video games, set it to Low. For content with a wider variety of textures, set it to High or Higher.\n    *\/\n  @js.native\n  sealed trait H265SpatialAdaptiveQuantization extends js.Any\n  object H265SpatialAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265SpatialAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265SpatialAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** This field applies only if the Streams > Advanced > Framerate (framerate) field is set to 29.970. This field works with the Streams > Advanced > Preprocessors > Deinterlacer field (deinterlace_mode) and the Streams > Advanced > Interlaced Mode field (interlace_mode) to identify the scan type for the output: Progressive, Interlaced, Hard Telecine or Soft Telecine. - Hard: produces 29.97i output from 23.976 input. - Soft: produces 23.976; the player converts this output to 29.97i.\n    *\/\n  @js.native\n  sealed trait H265Telecine extends js.Any\n  object H265Telecine {\n    val NONE = \"NONE\".asInstanceOf[H265Telecine]\n    val SOFT = \"SOFT\".asInstanceOf[H265Telecine]\n    val HARD = \"HARD\".asInstanceOf[H265Telecine]\n\n    @inline def values = js.Array(NONE, SOFT, HARD)\n  }\n\n  \/** Keep the default value, Enabled (ENABLED), to adjust quantization within each frame based on temporal variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas of the frame that aren't moving and uses more bits on complex objects with sharp edges that move a lot. For example, this feature improves the readability of text tickers on newscasts and scoreboards on sports matches. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen that doesn't have moving objects with sharp edges, such as sports athletes' faces, you might choose to disable this feature. Related setting: When you enable temporal quantization, adjust the strength of the filter with the setting Adaptive quantization (adaptiveQuantization).\n    *\/\n  @js.native\n  sealed trait H265TemporalAdaptiveQuantization extends js.Any\n  object H265TemporalAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265TemporalAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265TemporalAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Enables temporal layer identifiers in the encoded bitstream. Up to 3 layers are supported depending on GOP structure: I- and P-frames form one layer, reference B-frames can form a second layer and non-reference b-frames can form a third layer. Decoders can optionally decode only the lower temporal layers to generate a lower frame rate output. For example, given a bitstream with temporal IDs and with b-frames = 1 (i.e. IbPbPb display order), a decoder could decode all the frames for full frame rate output or only the I and P frames (lowest temporal layer) for a half frame rate output.\n    *\/\n  @js.native\n  sealed trait H265TemporalIds extends js.Any\n  object H265TemporalIds {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265TemporalIds]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265TemporalIds]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Enable use of tiles, allowing horizontal as well as vertical subdivision of the encoded pictures.\n    *\/\n  @js.native\n  sealed trait H265Tiles extends js.Any\n  object H265Tiles {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265Tiles]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265Tiles]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Inserts timecode for each frame as 4 bytes of an unregistered SEI message.\n    *\/\n  @js.native\n  sealed trait H265UnregisteredSeiTimecode extends js.Any\n  object H265UnregisteredSeiTimecode {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265UnregisteredSeiTimecode]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265UnregisteredSeiTimecode]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** If the location of parameter set NAL units doesn't matter in your workflow, ignore this setting. Use this setting only with CMAF or DASH outputs, or with standalone file outputs in an MPEG-4 container (MP4 outputs). Choose HVC1 to mark your output as HVC1. This makes your output compliant with the following specification: ISO IECJTC1 SC29 N13798 Text ISO\/IEC FDIS 14496-15 3rd Edition. For these outputs, the service stores parameter set NAL units in the sample headers but not in the samples directly. For MP4 outputs, when you choose HVC1, your output video might not work properly with some downstream systems and video players. The service defaults to marking your output as HEV1. For these outputs, the service writes parameter set NAL units directly into the samples.\n    *\/\n  @js.native\n  sealed trait H265WriteMp4PackagingType extends js.Any\n  object H265WriteMp4PackagingType {\n    val HVC1 = \"HVC1\".asInstanceOf[H265WriteMp4PackagingType]\n    val HEV1 = \"HEV1\".asInstanceOf[H265WriteMp4PackagingType]\n\n    @inline def values = js.Array(HVC1, HEV1)\n  }\n\n  \/** Use these settings to specify static color calibration metadata, as defined by SMPTE ST 2086. These values don't affect the pixel values that are encoded in the video stream. They are intended to help the downstream video player display content in a way that reflects the intentions of the the content creator.\n    *\/\n  @js.native\n  trait Hdr10Metadata extends js.Object {\n    var BluePrimaryX: js.UndefOr[__integerMin0Max50000]\n    var BluePrimaryY: js.UndefOr[__integerMin0Max50000]\n    var GreenPrimaryX: js.UndefOr[__integerMin0Max50000]\n    var GreenPrimaryY: js.UndefOr[__integerMin0Max50000]\n    var MaxContentLightLevel: js.UndefOr[__integerMin0Max65535]\n    var MaxFrameAverageLightLevel: js.UndefOr[__integerMin0Max65535]\n    var MaxLuminance: js.UndefOr[__integerMin0Max2147483647]\n    var MinLuminance: js.UndefOr[__integerMin0Max2147483647]\n    var RedPrimaryX: js.UndefOr[__integerMin0Max50000]\n    var RedPrimaryY: js.UndefOr[__integerMin0Max50000]\n    var WhitePointX: js.UndefOr[__integerMin0Max50000]\n    var WhitePointY: js.UndefOr[__integerMin0Max50000]\n  }\n\n  object Hdr10Metadata {\n    @inline\n    def apply(\n        BluePrimaryX: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        BluePrimaryY: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        GreenPrimaryX: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        GreenPrimaryY: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        MaxContentLightLevel: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        MaxFrameAverageLightLevel: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        MaxLuminance: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        MinLuminance: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        RedPrimaryX: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        RedPrimaryY: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        WhitePointX: js.UndefOr[__integerMin0Max50000] = js.undefined,\n        WhitePointY: js.UndefOr[__integerMin0Max50000] = js.undefined\n    ): Hdr10Metadata = {\n      val __obj = js.Dynamic.literal()\n      BluePrimaryX.foreach(__v => __obj.updateDynamic(\"BluePrimaryX\")(__v.asInstanceOf[js.Any]))\n      BluePrimaryY.foreach(__v => __obj.updateDynamic(\"BluePrimaryY\")(__v.asInstanceOf[js.Any]))\n      GreenPrimaryX.foreach(__v => __obj.updateDynamic(\"GreenPrimaryX\")(__v.asInstanceOf[js.Any]))\n      GreenPrimaryY.foreach(__v => __obj.updateDynamic(\"GreenPrimaryY\")(__v.asInstanceOf[js.Any]))\n      MaxContentLightLevel.foreach(__v => __obj.updateDynamic(\"MaxContentLightLevel\")(__v.asInstanceOf[js.Any]))\n      MaxFrameAverageLightLevel.foreach(__v => __obj.updateDynamic(\"MaxFrameAverageLightLevel\")(__v.asInstanceOf[js.Any]))\n      MaxLuminance.foreach(__v => __obj.updateDynamic(\"MaxLuminance\")(__v.asInstanceOf[js.Any]))\n      MinLuminance.foreach(__v => __obj.updateDynamic(\"MinLuminance\")(__v.asInstanceOf[js.Any]))\n      RedPrimaryX.foreach(__v => __obj.updateDynamic(\"RedPrimaryX\")(__v.asInstanceOf[js.Any]))\n      RedPrimaryY.foreach(__v => __obj.updateDynamic(\"RedPrimaryY\")(__v.asInstanceOf[js.Any]))\n      WhitePointX.foreach(__v => __obj.updateDynamic(\"WhitePointX\")(__v.asInstanceOf[js.Any]))\n      WhitePointY.foreach(__v => __obj.updateDynamic(\"WhitePointY\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Hdr10Metadata]\n    }\n  }\n\n  @js.native\n  sealed trait HlsAdMarkers extends js.Any\n  object HlsAdMarkers {\n    val ELEMENTAL = \"ELEMENTAL\".asInstanceOf[HlsAdMarkers]\n    val ELEMENTAL_SCTE35 = \"ELEMENTAL_SCTE35\".asInstanceOf[HlsAdMarkers]\n\n    @inline def values = js.Array(ELEMENTAL, ELEMENTAL_SCTE35)\n  }\n\n  \/** Specify the details for each additional HLS manifest that you want the service to generate for this output group. Each manifest can reference a different subset of outputs in the group.\n    *\/\n  @js.native\n  trait HlsAdditionalManifest extends js.Object {\n    var ManifestNameModifier: js.UndefOr[__stringMin1]\n    var SelectedOutputs: js.UndefOr[__listOf__stringMin1]\n  }\n\n  object HlsAdditionalManifest {\n    @inline\n    def apply(\n        ManifestNameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        SelectedOutputs: js.UndefOr[__listOf__stringMin1] = js.undefined\n    ): HlsAdditionalManifest = {\n      val __obj = js.Dynamic.literal()\n      ManifestNameModifier.foreach(__v => __obj.updateDynamic(\"ManifestNameModifier\")(__v.asInstanceOf[js.Any]))\n      SelectedOutputs.foreach(__v => __obj.updateDynamic(\"SelectedOutputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsAdditionalManifest]\n    }\n  }\n\n  \/** Use this setting only in audio-only outputs. Choose MPEG-2 Transport Stream (M2TS) to create a file in an MPEG2-TS container. Keep the default value Automatic (AUTOMATIC) to create a raw audio-only file with no container. Regardless of the value that you specify here, if this output has video, the service will place outputs into an MPEG2-TS container.\n    *\/\n  @js.native\n  sealed trait HlsAudioOnlyContainer extends js.Any\n  object HlsAudioOnlyContainer {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[HlsAudioOnlyContainer]\n    val M2TS = \"M2TS\".asInstanceOf[HlsAudioOnlyContainer]\n\n    @inline def values = js.Array(AUTOMATIC, M2TS)\n  }\n\n  \/** Ignore this setting unless you are using FairPlay DRM with Verimatrix and you encounter playback issues. Keep the default value, Include (INCLUDE), to output audio-only headers. Choose Exclude (EXCLUDE) to remove the audio-only headers from your audio segments.\n    *\/\n  @js.native\n  sealed trait HlsAudioOnlyHeader extends js.Any\n  object HlsAudioOnlyHeader {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsAudioOnlyHeader]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsAudioOnlyHeader]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Four types of audio-only tracks are supported: Audio-Only Variant Stream The client can play back this audio-only stream instead of video in low-bandwidth scenarios. Represented as an EXT-X-STREAM-INF in the HLS manifest. Alternate Audio, Auto Select, Default Alternate rendition that the client should try to play back by default. Represented as an EXT-X-MEDIA in the HLS manifest with DEFAULT=YES, AUTOSELECT=YES Alternate Audio, Auto Select, Not Default Alternate rendition that the client may try to play back by default. Represented as an EXT-X-MEDIA in the HLS manifest with DEFAULT=NO, AUTOSELECT=YES Alternate Audio, not Auto Select Alternate rendition that the client will not try to play back by default. Represented as an EXT-X-MEDIA in the HLS manifest with DEFAULT=NO, AUTOSELECT=NO\n    *\/\n  @js.native\n  sealed trait HlsAudioTrackType extends js.Any\n  object HlsAudioTrackType {\n    val ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT = \"ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT\".asInstanceOf[HlsAudioTrackType]\n    val ALTERNATE_AUDIO_AUTO_SELECT = \"ALTERNATE_AUDIO_AUTO_SELECT\".asInstanceOf[HlsAudioTrackType]\n    val ALTERNATE_AUDIO_NOT_AUTO_SELECT = \"ALTERNATE_AUDIO_NOT_AUTO_SELECT\".asInstanceOf[HlsAudioTrackType]\n    val AUDIO_ONLY_VARIANT_STREAM = \"AUDIO_ONLY_VARIANT_STREAM\".asInstanceOf[HlsAudioTrackType]\n\n    @inline def values = js.Array(ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT, ALTERNATE_AUDIO_AUTO_SELECT, ALTERNATE_AUDIO_NOT_AUTO_SELECT, AUDIO_ONLY_VARIANT_STREAM)\n  }\n\n  \/** Caption Language Mapping\n    *\/\n  @js.native\n  trait HlsCaptionLanguageMapping extends js.Object {\n    var CaptionChannel: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageDescription: js.UndefOr[__string]\n  }\n\n  object HlsCaptionLanguageMapping {\n    @inline\n    def apply(\n        CaptionChannel: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        CustomLanguageCode: js.UndefOr[__stringMin3Max3PatternAZaZ3] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageDescription: js.UndefOr[__string] = js.undefined\n    ): HlsCaptionLanguageMapping = {\n      val __obj = js.Dynamic.literal()\n      CaptionChannel.foreach(__v => __obj.updateDynamic(\"CaptionChannel\")(__v.asInstanceOf[js.Any]))\n      CustomLanguageCode.foreach(__v => __obj.updateDynamic(\"CustomLanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageDescription.foreach(__v => __obj.updateDynamic(\"LanguageDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsCaptionLanguageMapping]\n    }\n  }\n\n  \/** Applies only to 608 Embedded output captions. Insert: Include CLOSED-CAPTIONS lines in the manifest. Specify at least one language in the CC1 Language Code field. One CLOSED-CAPTION line is added for each Language Code you specify. Make sure to specify the languages in the order in which they appear in the original source (if the source is embedded format) or the order of the caption selectors (if the source is other than embedded). Otherwise, languages in the manifest will not match up properly with the output captions. None: Include CLOSED-CAPTIONS=NONE line in the manifest. Omit: Omit any CLOSED-CAPTIONS line from the manifest.\n    *\/\n  @js.native\n  sealed trait HlsCaptionLanguageSetting extends js.Any\n  object HlsCaptionLanguageSetting {\n    val INSERT = \"INSERT\".asInstanceOf[HlsCaptionLanguageSetting]\n    val OMIT = \"OMIT\".asInstanceOf[HlsCaptionLanguageSetting]\n    val NONE = \"NONE\".asInstanceOf[HlsCaptionLanguageSetting]\n\n    @inline def values = js.Array(INSERT, OMIT, NONE)\n  }\n\n  \/** Disable this setting only when your workflow requires the #EXT-X-ALLOW-CACHE:no tag. Otherwise, keep the default value Enabled (ENABLED) and control caching in your video distribution set up. For example, use the Cache-Control http header.\n    *\/\n  @js.native\n  sealed trait HlsClientCache extends js.Any\n  object HlsClientCache {\n    val DISABLED = \"DISABLED\".asInstanceOf[HlsClientCache]\n    val ENABLED = \"ENABLED\".asInstanceOf[HlsClientCache]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Specification to use (RFC-6381 or the default RFC-4281) during m3u8 playlist generation.\n    *\/\n  @js.native\n  sealed trait HlsCodecSpecification extends js.Any\n  object HlsCodecSpecification {\n    val RFC_6381 = \"RFC_6381\".asInstanceOf[HlsCodecSpecification]\n    val RFC_4281 = \"RFC_4281\".asInstanceOf[HlsCodecSpecification]\n\n    @inline def values = js.Array(RFC_6381, RFC_4281)\n  }\n\n  \/** Specify whether to flag this audio track as descriptive video service (DVS) in your HLS parent manifest. When you choose Flag (FLAG), MediaConvert includes the parameter CHARACTERISTICS=\"public.accessibility.describes-video\" in the EXT-X-MEDIA entry for this track. When you keep the default choice, Don't flag (DONT_FLAG), MediaConvert leaves this parameter out. The DVS flag can help with accessibility on Apple devices. For more information, see the Apple documentation.\n    *\/\n  @js.native\n  sealed trait HlsDescriptiveVideoServiceFlag extends js.Any\n  object HlsDescriptiveVideoServiceFlag {\n    val DONT_FLAG = \"DONT_FLAG\".asInstanceOf[HlsDescriptiveVideoServiceFlag]\n    val FLAG = \"FLAG\".asInstanceOf[HlsDescriptiveVideoServiceFlag]\n\n    @inline def values = js.Array(DONT_FLAG, FLAG)\n  }\n\n  \/** Indicates whether segments should be placed in subdirectories.\n    *\/\n  @js.native\n  sealed trait HlsDirectoryStructure extends js.Any\n  object HlsDirectoryStructure {\n    val SINGLE_DIRECTORY = \"SINGLE_DIRECTORY\".asInstanceOf[HlsDirectoryStructure]\n    val SUBDIRECTORY_PER_STREAM = \"SUBDIRECTORY_PER_STREAM\".asInstanceOf[HlsDirectoryStructure]\n\n    @inline def values = js.Array(SINGLE_DIRECTORY, SUBDIRECTORY_PER_STREAM)\n  }\n\n  \/** Settings for HLS encryption\n    *\/\n  @js.native\n  trait HlsEncryptionSettings extends js.Object {\n    var ConstantInitializationVector: js.UndefOr[__stringMin32Max32Pattern09aFAF32]\n    var EncryptionMethod: js.UndefOr[HlsEncryptionType]\n    var InitializationVectorInManifest: js.UndefOr[HlsInitializationVectorInManifest]\n    var OfflineEncrypted: js.UndefOr[HlsOfflineEncrypted]\n    var SpekeKeyProvider: js.UndefOr[SpekeKeyProvider]\n    var StaticKeyProvider: js.UndefOr[StaticKeyProvider]\n    var Type: js.UndefOr[HlsKeyProviderType]\n  }\n\n  object HlsEncryptionSettings {\n    @inline\n    def apply(\n        ConstantInitializationVector: js.UndefOr[__stringMin32Max32Pattern09aFAF32] = js.undefined,\n        EncryptionMethod: js.UndefOr[HlsEncryptionType] = js.undefined,\n        InitializationVectorInManifest: js.UndefOr[HlsInitializationVectorInManifest] = js.undefined,\n        OfflineEncrypted: js.UndefOr[HlsOfflineEncrypted] = js.undefined,\n        SpekeKeyProvider: js.UndefOr[SpekeKeyProvider] = js.undefined,\n        StaticKeyProvider: js.UndefOr[StaticKeyProvider] = js.undefined,\n        Type: js.UndefOr[HlsKeyProviderType] = js.undefined\n    ): HlsEncryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      ConstantInitializationVector.foreach(__v => __obj.updateDynamic(\"ConstantInitializationVector\")(__v.asInstanceOf[js.Any]))\n      EncryptionMethod.foreach(__v => __obj.updateDynamic(\"EncryptionMethod\")(__v.asInstanceOf[js.Any]))\n      InitializationVectorInManifest.foreach(__v => __obj.updateDynamic(\"InitializationVectorInManifest\")(__v.asInstanceOf[js.Any]))\n      OfflineEncrypted.foreach(__v => __obj.updateDynamic(\"OfflineEncrypted\")(__v.asInstanceOf[js.Any]))\n      SpekeKeyProvider.foreach(__v => __obj.updateDynamic(\"SpekeKeyProvider\")(__v.asInstanceOf[js.Any]))\n      StaticKeyProvider.foreach(__v => __obj.updateDynamic(\"StaticKeyProvider\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsEncryptionSettings]\n    }\n  }\n\n  \/** Encrypts the segments with the given encryption scheme. Leave blank to disable. Selecting 'Disabled' in the web interface also disables encryption.\n    *\/\n  @js.native\n  sealed trait HlsEncryptionType extends js.Any\n  object HlsEncryptionType {\n    val AES128 = \"AES128\".asInstanceOf[HlsEncryptionType]\n    val SAMPLE_AES = \"SAMPLE_AES\".asInstanceOf[HlsEncryptionType]\n\n    @inline def values = js.Array(AES128, SAMPLE_AES)\n  }\n\n  \/** Required when you set (Type) under (OutputGroups)>(OutputGroupSettings) to HLS_GROUP_SETTINGS.\n    *\/\n  @js.native\n  trait HlsGroupSettings extends js.Object {\n    var AdMarkers: js.UndefOr[__listOfHlsAdMarkers]\n    var AdditionalManifests: js.UndefOr[__listOfHlsAdditionalManifest]\n    var AudioOnlyHeader: js.UndefOr[HlsAudioOnlyHeader]\n    var BaseUrl: js.UndefOr[__string]\n    var CaptionLanguageMappings: js.UndefOr[__listOfHlsCaptionLanguageMapping]\n    var CaptionLanguageSetting: js.UndefOr[HlsCaptionLanguageSetting]\n    var ClientCache: js.UndefOr[HlsClientCache]\n    var CodecSpecification: js.UndefOr[HlsCodecSpecification]\n    var Destination: js.UndefOr[__stringPatternS3]\n    var DestinationSettings: js.UndefOr[DestinationSettings]\n    var DirectoryStructure: js.UndefOr[HlsDirectoryStructure]\n    var Encryption: js.UndefOr[HlsEncryptionSettings]\n    var ManifestCompression: js.UndefOr[HlsManifestCompression]\n    var ManifestDurationFormat: js.UndefOr[HlsManifestDurationFormat]\n    var MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647]\n    var MinSegmentLength: js.UndefOr[__integerMin0Max2147483647]\n    var OutputSelection: js.UndefOr[HlsOutputSelection]\n    var ProgramDateTime: js.UndefOr[HlsProgramDateTime]\n    var ProgramDateTimePeriod: js.UndefOr[__integerMin0Max3600]\n    var SegmentControl: js.UndefOr[HlsSegmentControl]\n    var SegmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var SegmentsPerSubdirectory: js.UndefOr[__integerMin1Max2147483647]\n    var StreamInfResolution: js.UndefOr[HlsStreamInfResolution]\n    var TimedMetadataId3Frame: js.UndefOr[HlsTimedMetadataId3Frame]\n    var TimedMetadataId3Period: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var TimestampDeltaMilliseconds: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n  }\n\n  object HlsGroupSettings {\n    @inline\n    def apply(\n        AdMarkers: js.UndefOr[__listOfHlsAdMarkers] = js.undefined,\n        AdditionalManifests: js.UndefOr[__listOfHlsAdditionalManifest] = js.undefined,\n        AudioOnlyHeader: js.UndefOr[HlsAudioOnlyHeader] = js.undefined,\n        BaseUrl: js.UndefOr[__string] = js.undefined,\n        CaptionLanguageMappings: js.UndefOr[__listOfHlsCaptionLanguageMapping] = js.undefined,\n        CaptionLanguageSetting: js.UndefOr[HlsCaptionLanguageSetting] = js.undefined,\n        ClientCache: js.UndefOr[HlsClientCache] = js.undefined,\n        CodecSpecification: js.UndefOr[HlsCodecSpecification] = js.undefined,\n        Destination: js.UndefOr[__stringPatternS3] = js.undefined,\n        DestinationSettings: js.UndefOr[DestinationSettings] = js.undefined,\n        DirectoryStructure: js.UndefOr[HlsDirectoryStructure] = js.undefined,\n        Encryption: js.UndefOr[HlsEncryptionSettings] = js.undefined,\n        ManifestCompression: js.UndefOr[HlsManifestCompression] = js.undefined,\n        ManifestDurationFormat: js.UndefOr[HlsManifestDurationFormat] = js.undefined,\n        MinFinalSegmentLength: js.UndefOr[__doubleMin0Max2147483647] = js.undefined,\n        MinSegmentLength: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        OutputSelection: js.UndefOr[HlsOutputSelection] = js.undefined,\n        ProgramDateTime: js.UndefOr[HlsProgramDateTime] = js.undefined,\n        ProgramDateTimePeriod: js.UndefOr[__integerMin0Max3600] = js.undefined,\n        SegmentControl: js.UndefOr[HlsSegmentControl] = js.undefined,\n        SegmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        SegmentsPerSubdirectory: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        StreamInfResolution: js.UndefOr[HlsStreamInfResolution] = js.undefined,\n        TimedMetadataId3Frame: js.UndefOr[HlsTimedMetadataId3Frame] = js.undefined,\n        TimedMetadataId3Period: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        TimestampDeltaMilliseconds: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined\n    ): HlsGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      AdMarkers.foreach(__v => __obj.updateDynamic(\"AdMarkers\")(__v.asInstanceOf[js.Any]))\n      AdditionalManifests.foreach(__v => __obj.updateDynamic(\"AdditionalManifests\")(__v.asInstanceOf[js.Any]))\n      AudioOnlyHeader.foreach(__v => __obj.updateDynamic(\"AudioOnlyHeader\")(__v.asInstanceOf[js.Any]))\n      BaseUrl.foreach(__v => __obj.updateDynamic(\"BaseUrl\")(__v.asInstanceOf[js.Any]))\n      CaptionLanguageMappings.foreach(__v => __obj.updateDynamic(\"CaptionLanguageMappings\")(__v.asInstanceOf[js.Any]))\n      CaptionLanguageSetting.foreach(__v => __obj.updateDynamic(\"CaptionLanguageSetting\")(__v.asInstanceOf[js.Any]))\n      ClientCache.foreach(__v => __obj.updateDynamic(\"ClientCache\")(__v.asInstanceOf[js.Any]))\n      CodecSpecification.foreach(__v => __obj.updateDynamic(\"CodecSpecification\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      DirectoryStructure.foreach(__v => __obj.updateDynamic(\"DirectoryStructure\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      ManifestCompression.foreach(__v => __obj.updateDynamic(\"ManifestCompression\")(__v.asInstanceOf[js.Any]))\n      ManifestDurationFormat.foreach(__v => __obj.updateDynamic(\"ManifestDurationFormat\")(__v.asInstanceOf[js.Any]))\n      MinFinalSegmentLength.foreach(__v => __obj.updateDynamic(\"MinFinalSegmentLength\")(__v.asInstanceOf[js.Any]))\n      MinSegmentLength.foreach(__v => __obj.updateDynamic(\"MinSegmentLength\")(__v.asInstanceOf[js.Any]))\n      OutputSelection.foreach(__v => __obj.updateDynamic(\"OutputSelection\")(__v.asInstanceOf[js.Any]))\n      ProgramDateTime.foreach(__v => __obj.updateDynamic(\"ProgramDateTime\")(__v.asInstanceOf[js.Any]))\n      ProgramDateTimePeriod.foreach(__v => __obj.updateDynamic(\"ProgramDateTimePeriod\")(__v.asInstanceOf[js.Any]))\n      SegmentControl.foreach(__v => __obj.updateDynamic(\"SegmentControl\")(__v.asInstanceOf[js.Any]))\n      SegmentLength.foreach(__v => __obj.updateDynamic(\"SegmentLength\")(__v.asInstanceOf[js.Any]))\n      SegmentsPerSubdirectory.foreach(__v => __obj.updateDynamic(\"SegmentsPerSubdirectory\")(__v.asInstanceOf[js.Any]))\n      StreamInfResolution.foreach(__v => __obj.updateDynamic(\"StreamInfResolution\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Frame.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Frame\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Period.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Period\")(__v.asInstanceOf[js.Any]))\n      TimestampDeltaMilliseconds.foreach(__v => __obj.updateDynamic(\"TimestampDeltaMilliseconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsGroupSettings]\n    }\n  }\n\n  \/** Choose Include (INCLUDE) to have MediaConvert generate a child manifest that lists only the I-frames for this rendition, in addition to your regular manifest for this rendition. You might use this manifest as part of a workflow that creates preview functions for your video. MediaConvert adds both the I-frame only child manifest and the regular child manifest to the parent manifest. When you don't need the I-frame only child manifest, keep the default value Exclude (EXCLUDE).\n    *\/\n  @js.native\n  sealed trait HlsIFrameOnlyManifest extends js.Any\n  object HlsIFrameOnlyManifest {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsIFrameOnlyManifest]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsIFrameOnlyManifest]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** The Initialization Vector is a 128-bit number used in conjunction with the key for encrypting blocks. If set to INCLUDE, Initialization Vector is listed in the manifest. Otherwise Initialization Vector is not in the manifest.\n    *\/\n  @js.native\n  sealed trait HlsInitializationVectorInManifest extends js.Any\n  object HlsInitializationVectorInManifest {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsInitializationVectorInManifest]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsInitializationVectorInManifest]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Specify whether your DRM encryption key is static or from a key provider that follows the SPEKE standard. For more information about SPEKE, see https:\/\/docs.aws.amazon.com\/speke\/latest\/documentation\/what-is-speke.html.\n    *\/\n  @js.native\n  sealed trait HlsKeyProviderType extends js.Any\n  object HlsKeyProviderType {\n    val SPEKE = \"SPEKE\".asInstanceOf[HlsKeyProviderType]\n    val STATIC_KEY = \"STATIC_KEY\".asInstanceOf[HlsKeyProviderType]\n\n    @inline def values = js.Array(SPEKE, STATIC_KEY)\n  }\n\n  \/** When set to GZIP, compresses HLS playlist.\n    *\/\n  @js.native\n  sealed trait HlsManifestCompression extends js.Any\n  object HlsManifestCompression {\n    val GZIP = \"GZIP\".asInstanceOf[HlsManifestCompression]\n    val NONE = \"NONE\".asInstanceOf[HlsManifestCompression]\n\n    @inline def values = js.Array(GZIP, NONE)\n  }\n\n  \/** Indicates whether the output manifest should use floating point values for segment duration.\n    *\/\n  @js.native\n  sealed trait HlsManifestDurationFormat extends js.Any\n  object HlsManifestDurationFormat {\n    val FLOATING_POINT = \"FLOATING_POINT\".asInstanceOf[HlsManifestDurationFormat]\n    val INTEGER = \"INTEGER\".asInstanceOf[HlsManifestDurationFormat]\n\n    @inline def values = js.Array(FLOATING_POINT, INTEGER)\n  }\n\n  \/** Enable this setting to insert the EXT-X-SESSION-KEY element into the master playlist. This allows for offline Apple HLS FairPlay content protection.\n    *\/\n  @js.native\n  sealed trait HlsOfflineEncrypted extends js.Any\n  object HlsOfflineEncrypted {\n    val ENABLED = \"ENABLED\".asInstanceOf[HlsOfflineEncrypted]\n    val DISABLED = \"DISABLED\".asInstanceOf[HlsOfflineEncrypted]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Indicates whether the .m3u8 manifest file should be generated for this HLS output group.\n    *\/\n  @js.native\n  sealed trait HlsOutputSelection extends js.Any\n  object HlsOutputSelection {\n    val MANIFESTS_AND_SEGMENTS = \"MANIFESTS_AND_SEGMENTS\".asInstanceOf[HlsOutputSelection]\n    val SEGMENTS_ONLY = \"SEGMENTS_ONLY\".asInstanceOf[HlsOutputSelection]\n\n    @inline def values = js.Array(MANIFESTS_AND_SEGMENTS, SEGMENTS_ONLY)\n  }\n\n  \/** Includes or excludes EXT-X-PROGRAM-DATE-TIME tag in .m3u8 manifest files. The value is calculated as follows: either the program date and time are initialized using the input timecode source, or the time is initialized using the input timecode source and the date is initialized using the timestamp_offset.\n    *\/\n  @js.native\n  sealed trait HlsProgramDateTime extends js.Any\n  object HlsProgramDateTime {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsProgramDateTime]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsProgramDateTime]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** When set to SINGLE_FILE, emits program as a single media resource (.ts) file, uses #EXT-X-BYTERANGE tags to index segment for playback.\n    *\/\n  @js.native\n  sealed trait HlsSegmentControl extends js.Any\n  object HlsSegmentControl {\n    val SINGLE_FILE = \"SINGLE_FILE\".asInstanceOf[HlsSegmentControl]\n    val SEGMENTED_FILES = \"SEGMENTED_FILES\".asInstanceOf[HlsSegmentControl]\n\n    @inline def values = js.Array(SINGLE_FILE, SEGMENTED_FILES)\n  }\n\n  \/** Settings for HLS output groups\n    *\/\n  @js.native\n  trait HlsSettings extends js.Object {\n    var AudioGroupId: js.UndefOr[__string]\n    var AudioOnlyContainer: js.UndefOr[HlsAudioOnlyContainer]\n    var AudioRenditionSets: js.UndefOr[__string]\n    var AudioTrackType: js.UndefOr[HlsAudioTrackType]\n    var DescriptiveVideoServiceFlag: js.UndefOr[HlsDescriptiveVideoServiceFlag]\n    var IFrameOnlyManifest: js.UndefOr[HlsIFrameOnlyManifest]\n    var SegmentModifier: js.UndefOr[__string]\n  }\n\n  object HlsSettings {\n    @inline\n    def apply(\n        AudioGroupId: js.UndefOr[__string] = js.undefined,\n        AudioOnlyContainer: js.UndefOr[HlsAudioOnlyContainer] = js.undefined,\n        AudioRenditionSets: js.UndefOr[__string] = js.undefined,\n        AudioTrackType: js.UndefOr[HlsAudioTrackType] = js.undefined,\n        DescriptiveVideoServiceFlag: js.UndefOr[HlsDescriptiveVideoServiceFlag] = js.undefined,\n        IFrameOnlyManifest: js.UndefOr[HlsIFrameOnlyManifest] = js.undefined,\n        SegmentModifier: js.UndefOr[__string] = js.undefined\n    ): HlsSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioGroupId.foreach(__v => __obj.updateDynamic(\"AudioGroupId\")(__v.asInstanceOf[js.Any]))\n      AudioOnlyContainer.foreach(__v => __obj.updateDynamic(\"AudioOnlyContainer\")(__v.asInstanceOf[js.Any]))\n      AudioRenditionSets.foreach(__v => __obj.updateDynamic(\"AudioRenditionSets\")(__v.asInstanceOf[js.Any]))\n      AudioTrackType.foreach(__v => __obj.updateDynamic(\"AudioTrackType\")(__v.asInstanceOf[js.Any]))\n      DescriptiveVideoServiceFlag.foreach(__v => __obj.updateDynamic(\"DescriptiveVideoServiceFlag\")(__v.asInstanceOf[js.Any]))\n      IFrameOnlyManifest.foreach(__v => __obj.updateDynamic(\"IFrameOnlyManifest\")(__v.asInstanceOf[js.Any]))\n      SegmentModifier.foreach(__v => __obj.updateDynamic(\"SegmentModifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsSettings]\n    }\n  }\n\n  \/** Include or exclude RESOLUTION attribute for video in EXT-X-STREAM-INF tag of variant manifest.\n    *\/\n  @js.native\n  sealed trait HlsStreamInfResolution extends js.Any\n  object HlsStreamInfResolution {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsStreamInfResolution]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsStreamInfResolution]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Indicates ID3 frame that has the timecode.\n    *\/\n  @js.native\n  sealed trait HlsTimedMetadataId3Frame extends js.Any\n  object HlsTimedMetadataId3Frame {\n    val NONE = \"NONE\".asInstanceOf[HlsTimedMetadataId3Frame]\n    val PRIV = \"PRIV\".asInstanceOf[HlsTimedMetadataId3Frame]\n    val TDRL = \"TDRL\".asInstanceOf[HlsTimedMetadataId3Frame]\n\n    @inline def values = js.Array(NONE, PRIV, TDRL)\n  }\n\n  \/** Optional. Configuration for a destination queue to which the job can hop once a customer-defined minimum wait time has passed.\n    *\/\n  @js.native\n  trait HopDestination extends js.Object {\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var WaitMinutes: js.UndefOr[__integer]\n  }\n\n  object HopDestination {\n    @inline\n    def apply(\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        WaitMinutes: js.UndefOr[__integer] = js.undefined\n    ): HopDestination = {\n      val __obj = js.Dynamic.literal()\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      WaitMinutes.foreach(__v => __obj.updateDynamic(\"WaitMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HopDestination]\n    }\n  }\n\n  \/** To insert ID3 tags in your output, specify two values. Use ID3 tag (Id3) to specify the base 64 encoded string and use Timecode (TimeCode) to specify the time when the tag should be inserted. To insert multiple ID3 tags in your output, create multiple instances of ID3 insertion (Id3Insertion).\n    *\/\n  @js.native\n  trait Id3Insertion extends js.Object {\n    var Id3: js.UndefOr[__stringPatternAZaZ0902]\n    var Timecode: js.UndefOr[__stringPattern010920405090509092]\n  }\n\n  object Id3Insertion {\n    @inline\n    def apply(\n        Id3: js.UndefOr[__stringPatternAZaZ0902] = js.undefined,\n        Timecode: js.UndefOr[__stringPattern010920405090509092] = js.undefined\n    ): Id3Insertion = {\n      val __obj = js.Dynamic.literal()\n      Id3.foreach(__v => __obj.updateDynamic(\"Id3\")(__v.asInstanceOf[js.Any]))\n      Timecode.foreach(__v => __obj.updateDynamic(\"Timecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Id3Insertion]\n    }\n  }\n\n  \/** Enable the image inserter feature to include a graphic overlay on your video. Enable or disable this feature for each input or output individually. This setting is disabled by default.\n    *\/\n  @js.native\n  trait ImageInserter extends js.Object {\n    var InsertableImages: js.UndefOr[__listOfInsertableImage]\n  }\n\n  object ImageInserter {\n    @inline\n    def apply(\n        InsertableImages: js.UndefOr[__listOfInsertableImage] = js.undefined\n    ): ImageInserter = {\n      val __obj = js.Dynamic.literal()\n      InsertableImages.foreach(__v => __obj.updateDynamic(\"InsertableImages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageInserter]\n    }\n  }\n\n  \/** Settings specific to IMSC caption outputs.\n    *\/\n  @js.native\n  trait ImscDestinationSettings extends js.Object {\n    var StylePassthrough: js.UndefOr[ImscStylePassthrough]\n  }\n\n  object ImscDestinationSettings {\n    @inline\n    def apply(\n        StylePassthrough: js.UndefOr[ImscStylePassthrough] = js.undefined\n    ): ImscDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      StylePassthrough.foreach(__v => __obj.updateDynamic(\"StylePassthrough\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImscDestinationSettings]\n    }\n  }\n\n  \/** Keep this setting enabled to have MediaConvert use the font style and position information from the captions source in the output. This option is available only when your input captions are IMSC, SMPTE-TT, or TTML. Disable this setting for simplified output captions.\n    *\/\n  @js.native\n  sealed trait ImscStylePassthrough extends js.Any\n  object ImscStylePassthrough {\n    val ENABLED = \"ENABLED\".asInstanceOf[ImscStylePassthrough]\n    val DISABLED = \"DISABLED\".asInstanceOf[ImscStylePassthrough]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specifies media input\n    *\/\n  @js.native\n  trait Input extends js.Object {\n    var AudioSelectorGroups: js.UndefOr[__mapOfAudioSelectorGroup]\n    var AudioSelectors: js.UndefOr[__mapOfAudioSelector]\n    var CaptionSelectors: js.UndefOr[__mapOfCaptionSelector]\n    var Crop: js.UndefOr[Rectangle]\n    var DeblockFilter: js.UndefOr[InputDeblockFilter]\n    var DecryptionSettings: js.UndefOr[InputDecryptionSettings]\n    var DenoiseFilter: js.UndefOr[InputDenoiseFilter]\n    var FileInput: js.UndefOr[__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]\n    var FilterEnable: js.UndefOr[InputFilterEnable]\n    var FilterStrength: js.UndefOr[__integerMinNegative5Max5]\n    var ImageInserter: js.UndefOr[ImageInserter]\n    var InputClippings: js.UndefOr[__listOfInputClipping]\n    var InputScanType: js.UndefOr[InputScanType]\n    var Position: js.UndefOr[Rectangle]\n    var ProgramNumber: js.UndefOr[__integerMin1Max2147483647]\n    var PsiControl: js.UndefOr[InputPsiControl]\n    var SupplementalImps: js.UndefOr[__listOf__stringPatternS3ASSETMAPXml]\n    var TimecodeSource: js.UndefOr[InputTimecodeSource]\n    var TimecodeStart: js.UndefOr[__stringMin11Max11Pattern01D20305D205D]\n    var VideoSelector: js.UndefOr[VideoSelector]\n  }\n\n  object Input {\n    @inline\n    def apply(\n        AudioSelectorGroups: js.UndefOr[__mapOfAudioSelectorGroup] = js.undefined,\n        AudioSelectors: js.UndefOr[__mapOfAudioSelector] = js.undefined,\n        CaptionSelectors: js.UndefOr[__mapOfCaptionSelector] = js.undefined,\n        Crop: js.UndefOr[Rectangle] = js.undefined,\n        DeblockFilter: js.UndefOr[InputDeblockFilter] = js.undefined,\n        DecryptionSettings: js.UndefOr[InputDecryptionSettings] = js.undefined,\n        DenoiseFilter: js.UndefOr[InputDenoiseFilter] = js.undefined,\n        FileInput: js.UndefOr[__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] = js.undefined,\n        FilterEnable: js.UndefOr[InputFilterEnable] = js.undefined,\n        FilterStrength: js.UndefOr[__integerMinNegative5Max5] = js.undefined,\n        ImageInserter: js.UndefOr[ImageInserter] = js.undefined,\n        InputClippings: js.UndefOr[__listOfInputClipping] = js.undefined,\n        InputScanType: js.UndefOr[InputScanType] = js.undefined,\n        Position: js.UndefOr[Rectangle] = js.undefined,\n        ProgramNumber: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        PsiControl: js.UndefOr[InputPsiControl] = js.undefined,\n        SupplementalImps: js.UndefOr[__listOf__stringPatternS3ASSETMAPXml] = js.undefined,\n        TimecodeSource: js.UndefOr[InputTimecodeSource] = js.undefined,\n        TimecodeStart: js.UndefOr[__stringMin11Max11Pattern01D20305D205D] = js.undefined,\n        VideoSelector: js.UndefOr[VideoSelector] = js.undefined\n    ): Input = {\n      val __obj = js.Dynamic.literal()\n      AudioSelectorGroups.foreach(__v => __obj.updateDynamic(\"AudioSelectorGroups\")(__v.asInstanceOf[js.Any]))\n      AudioSelectors.foreach(__v => __obj.updateDynamic(\"AudioSelectors\")(__v.asInstanceOf[js.Any]))\n      CaptionSelectors.foreach(__v => __obj.updateDynamic(\"CaptionSelectors\")(__v.asInstanceOf[js.Any]))\n      Crop.foreach(__v => __obj.updateDynamic(\"Crop\")(__v.asInstanceOf[js.Any]))\n      DeblockFilter.foreach(__v => __obj.updateDynamic(\"DeblockFilter\")(__v.asInstanceOf[js.Any]))\n      DecryptionSettings.foreach(__v => __obj.updateDynamic(\"DecryptionSettings\")(__v.asInstanceOf[js.Any]))\n      DenoiseFilter.foreach(__v => __obj.updateDynamic(\"DenoiseFilter\")(__v.asInstanceOf[js.Any]))\n      FileInput.foreach(__v => __obj.updateDynamic(\"FileInput\")(__v.asInstanceOf[js.Any]))\n      FilterEnable.foreach(__v => __obj.updateDynamic(\"FilterEnable\")(__v.asInstanceOf[js.Any]))\n      FilterStrength.foreach(__v => __obj.updateDynamic(\"FilterStrength\")(__v.asInstanceOf[js.Any]))\n      ImageInserter.foreach(__v => __obj.updateDynamic(\"ImageInserter\")(__v.asInstanceOf[js.Any]))\n      InputClippings.foreach(__v => __obj.updateDynamic(\"InputClippings\")(__v.asInstanceOf[js.Any]))\n      InputScanType.foreach(__v => __obj.updateDynamic(\"InputScanType\")(__v.asInstanceOf[js.Any]))\n      Position.foreach(__v => __obj.updateDynamic(\"Position\")(__v.asInstanceOf[js.Any]))\n      ProgramNumber.foreach(__v => __obj.updateDynamic(\"ProgramNumber\")(__v.asInstanceOf[js.Any]))\n      PsiControl.foreach(__v => __obj.updateDynamic(\"PsiControl\")(__v.asInstanceOf[js.Any]))\n      SupplementalImps.foreach(__v => __obj.updateDynamic(\"SupplementalImps\")(__v.asInstanceOf[js.Any]))\n      TimecodeSource.foreach(__v => __obj.updateDynamic(\"TimecodeSource\")(__v.asInstanceOf[js.Any]))\n      TimecodeStart.foreach(__v => __obj.updateDynamic(\"TimecodeStart\")(__v.asInstanceOf[js.Any]))\n      VideoSelector.foreach(__v => __obj.updateDynamic(\"VideoSelector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Input]\n    }\n  }\n\n  \/** To transcode only portions of your input (clips), include one Input clipping (one instance of InputClipping in the JSON job file) for each input clip. All input clips you specify will be included in every output of the job.\n    *\/\n  @js.native\n  trait InputClipping extends js.Object {\n    var EndTimecode: js.UndefOr[__stringPattern010920405090509092]\n    var StartTimecode: js.UndefOr[__stringPattern010920405090509092]\n  }\n\n  object InputClipping {\n    @inline\n    def apply(\n        EndTimecode: js.UndefOr[__stringPattern010920405090509092] = js.undefined,\n        StartTimecode: js.UndefOr[__stringPattern010920405090509092] = js.undefined\n    ): InputClipping = {\n      val __obj = js.Dynamic.literal()\n      EndTimecode.foreach(__v => __obj.updateDynamic(\"EndTimecode\")(__v.asInstanceOf[js.Any]))\n      StartTimecode.foreach(__v => __obj.updateDynamic(\"StartTimecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputClipping]\n    }\n  }\n\n  \/** Enable Deblock (InputDeblockFilter) to produce smoother motion in the output. Default is disabled. Only manually controllable for MPEG2 and uncompressed video inputs.\n    *\/\n  @js.native\n  sealed trait InputDeblockFilter extends js.Any\n  object InputDeblockFilter {\n    val ENABLED = \"ENABLED\".asInstanceOf[InputDeblockFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[InputDeblockFilter]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Settings for decrypting any input files that you encrypt before you upload them to Amazon S3. MediaConvert can decrypt files only when you use AWS Key Management Service (KMS) to encrypt the data key that you use to encrypt your content.\n    *\/\n  @js.native\n  trait InputDecryptionSettings extends js.Object {\n    var DecryptionMode: js.UndefOr[DecryptionMode]\n    var EncryptedDecryptionKey: js.UndefOr[__stringMin24Max512PatternAZaZ0902]\n    var InitializationVector: js.UndefOr[__stringMin16Max24PatternAZaZ0922AZaZ0916]\n    var KmsKeyRegion: js.UndefOr[__stringMin9Max19PatternAZ26EastWestCentralNorthSouthEastWest1912]\n  }\n\n  object InputDecryptionSettings {\n    @inline\n    def apply(\n        DecryptionMode: js.UndefOr[DecryptionMode] = js.undefined,\n        EncryptedDecryptionKey: js.UndefOr[__stringMin24Max512PatternAZaZ0902] = js.undefined,\n        InitializationVector: js.UndefOr[__stringMin16Max24PatternAZaZ0922AZaZ0916] = js.undefined,\n        KmsKeyRegion: js.UndefOr[__stringMin9Max19PatternAZ26EastWestCentralNorthSouthEastWest1912] = js.undefined\n    ): InputDecryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      DecryptionMode.foreach(__v => __obj.updateDynamic(\"DecryptionMode\")(__v.asInstanceOf[js.Any]))\n      EncryptedDecryptionKey.foreach(__v => __obj.updateDynamic(\"EncryptedDecryptionKey\")(__v.asInstanceOf[js.Any]))\n      InitializationVector.foreach(__v => __obj.updateDynamic(\"InitializationVector\")(__v.asInstanceOf[js.Any]))\n      KmsKeyRegion.foreach(__v => __obj.updateDynamic(\"KmsKeyRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDecryptionSettings]\n    }\n  }\n\n  \/** Enable Denoise (InputDenoiseFilter) to filter noise from the input. Default is disabled. Only applicable to MPEG2, H.264, H.265, and uncompressed video inputs.\n    *\/\n  @js.native\n  sealed trait InputDenoiseFilter extends js.Any\n  object InputDenoiseFilter {\n    val ENABLED = \"ENABLED\".asInstanceOf[InputDenoiseFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[InputDenoiseFilter]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specify how the transcoding service applies the denoise and deblock filters. You must also enable the filters separately, with Denoise (InputDenoiseFilter) and Deblock (InputDeblockFilter). * Auto - The transcoding service determines whether to apply filtering, depending on input type and quality. * Disable - The input is not filtered. This is true even if you use the API to enable them in (InputDeblockFilter) and (InputDeblockFilter). * Force - The input is filtered regardless of input type.\n    *\/\n  @js.native\n  sealed trait InputFilterEnable extends js.Any\n  object InputFilterEnable {\n    val AUTO = \"AUTO\".asInstanceOf[InputFilterEnable]\n    val DISABLE = \"DISABLE\".asInstanceOf[InputFilterEnable]\n    val FORCE = \"FORCE\".asInstanceOf[InputFilterEnable]\n\n    @inline def values = js.Array(AUTO, DISABLE, FORCE)\n  }\n\n  \/** Set PSI control (InputPsiControl) for transport stream inputs to specify which data the demux process to scans. * Ignore PSI - Scan all PIDs for audio and video. * Use PSI - Scan only PSI data.\n    *\/\n  @js.native\n  sealed trait InputPsiControl extends js.Any\n  object InputPsiControl {\n    val IGNORE_PSI = \"IGNORE_PSI\".asInstanceOf[InputPsiControl]\n    val USE_PSI = \"USE_PSI\".asInstanceOf[InputPsiControl]\n\n    @inline def values = js.Array(IGNORE_PSI, USE_PSI)\n  }\n\n  \/** Use Rotate (InputRotate) to specify how the service rotates your video. You can choose automatic rotation or specify a rotation. You can specify a clockwise rotation of 0, 90, 180, or 270 degrees. If your input video container is .mov or .mp4 and your input has rotation metadata, you can choose Automatic to have the service rotate your video according to the rotation specified in the metadata. The rotation must be within one degree of 90, 180, or 270 degrees. If the rotation metadata specifies any other rotation, the service will default to no rotation. By default, the service does no rotation, even if your input video has rotation metadata. The service doesn't pass through rotation metadata.\n    *\/\n  @js.native\n  sealed trait InputRotate extends js.Any\n  object InputRotate {\n    val DEGREE_0 = \"DEGREE_0\".asInstanceOf[InputRotate]\n    val DEGREES_90 = \"DEGREES_90\".asInstanceOf[InputRotate]\n    val DEGREES_180 = \"DEGREES_180\".asInstanceOf[InputRotate]\n    val DEGREES_270 = \"DEGREES_270\".asInstanceOf[InputRotate]\n    val AUTO = \"AUTO\".asInstanceOf[InputRotate]\n\n    @inline def values = js.Array(DEGREE_0, DEGREES_90, DEGREES_180, DEGREES_270, AUTO)\n  }\n\n  \/** When you have a progressive segmented frame (PsF) input, use this setting to flag the input as PsF. MediaConvert doesn't automatically detect PsF. Therefore, flagging your input as PsF results in better preservation of video quality when you do deinterlacing and frame rate conversion. If you don't specify, the default value is Auto (AUTO). Auto is the correct setting for all inputs that are not PsF. Don't set this value to PsF when your input is interlaced. Doing so creates horizontal interlacing artifacts.\n    *\/\n  @js.native\n  sealed trait InputScanType extends js.Any\n  object InputScanType {\n    val AUTO = \"AUTO\".asInstanceOf[InputScanType]\n    val PSF = \"PSF\".asInstanceOf[InputScanType]\n\n    @inline def values = js.Array(AUTO, PSF)\n  }\n\n  \/** Specified video input in a template.\n    *\/\n  @js.native\n  trait InputTemplate extends js.Object {\n    var AudioSelectorGroups: js.UndefOr[__mapOfAudioSelectorGroup]\n    var AudioSelectors: js.UndefOr[__mapOfAudioSelector]\n    var CaptionSelectors: js.UndefOr[__mapOfCaptionSelector]\n    var Crop: js.UndefOr[Rectangle]\n    var DeblockFilter: js.UndefOr[InputDeblockFilter]\n    var DenoiseFilter: js.UndefOr[InputDenoiseFilter]\n    var FilterEnable: js.UndefOr[InputFilterEnable]\n    var FilterStrength: js.UndefOr[__integerMinNegative5Max5]\n    var ImageInserter: js.UndefOr[ImageInserter]\n    var InputClippings: js.UndefOr[__listOfInputClipping]\n    var InputScanType: js.UndefOr[InputScanType]\n    var Position: js.UndefOr[Rectangle]\n    var ProgramNumber: js.UndefOr[__integerMin1Max2147483647]\n    var PsiControl: js.UndefOr[InputPsiControl]\n    var TimecodeSource: js.UndefOr[InputTimecodeSource]\n    var TimecodeStart: js.UndefOr[__stringMin11Max11Pattern01D20305D205D]\n    var VideoSelector: js.UndefOr[VideoSelector]\n  }\n\n  object InputTemplate {\n    @inline\n    def apply(\n        AudioSelectorGroups: js.UndefOr[__mapOfAudioSelectorGroup] = js.undefined,\n        AudioSelectors: js.UndefOr[__mapOfAudioSelector] = js.undefined,\n        CaptionSelectors: js.UndefOr[__mapOfCaptionSelector] = js.undefined,\n        Crop: js.UndefOr[Rectangle] = js.undefined,\n        DeblockFilter: js.UndefOr[InputDeblockFilter] = js.undefined,\n        DenoiseFilter: js.UndefOr[InputDenoiseFilter] = js.undefined,\n        FilterEnable: js.UndefOr[InputFilterEnable] = js.undefined,\n        FilterStrength: js.UndefOr[__integerMinNegative5Max5] = js.undefined,\n        ImageInserter: js.UndefOr[ImageInserter] = js.undefined,\n        InputClippings: js.UndefOr[__listOfInputClipping] = js.undefined,\n        InputScanType: js.UndefOr[InputScanType] = js.undefined,\n        Position: js.UndefOr[Rectangle] = js.undefined,\n        ProgramNumber: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        PsiControl: js.UndefOr[InputPsiControl] = js.undefined,\n        TimecodeSource: js.UndefOr[InputTimecodeSource] = js.undefined,\n        TimecodeStart: js.UndefOr[__stringMin11Max11Pattern01D20305D205D] = js.undefined,\n        VideoSelector: js.UndefOr[VideoSelector] = js.undefined\n    ): InputTemplate = {\n      val __obj = js.Dynamic.literal()\n      AudioSelectorGroups.foreach(__v => __obj.updateDynamic(\"AudioSelectorGroups\")(__v.asInstanceOf[js.Any]))\n      AudioSelectors.foreach(__v => __obj.updateDynamic(\"AudioSelectors\")(__v.asInstanceOf[js.Any]))\n      CaptionSelectors.foreach(__v => __obj.updateDynamic(\"CaptionSelectors\")(__v.asInstanceOf[js.Any]))\n      Crop.foreach(__v => __obj.updateDynamic(\"Crop\")(__v.asInstanceOf[js.Any]))\n      DeblockFilter.foreach(__v => __obj.updateDynamic(\"DeblockFilter\")(__v.asInstanceOf[js.Any]))\n      DenoiseFilter.foreach(__v => __obj.updateDynamic(\"DenoiseFilter\")(__v.asInstanceOf[js.Any]))\n      FilterEnable.foreach(__v => __obj.updateDynamic(\"FilterEnable\")(__v.asInstanceOf[js.Any]))\n      FilterStrength.foreach(__v => __obj.updateDynamic(\"FilterStrength\")(__v.asInstanceOf[js.Any]))\n      ImageInserter.foreach(__v => __obj.updateDynamic(\"ImageInserter\")(__v.asInstanceOf[js.Any]))\n      InputClippings.foreach(__v => __obj.updateDynamic(\"InputClippings\")(__v.asInstanceOf[js.Any]))\n      InputScanType.foreach(__v => __obj.updateDynamic(\"InputScanType\")(__v.asInstanceOf[js.Any]))\n      Position.foreach(__v => __obj.updateDynamic(\"Position\")(__v.asInstanceOf[js.Any]))\n      ProgramNumber.foreach(__v => __obj.updateDynamic(\"ProgramNumber\")(__v.asInstanceOf[js.Any]))\n      PsiControl.foreach(__v => __obj.updateDynamic(\"PsiControl\")(__v.asInstanceOf[js.Any]))\n      TimecodeSource.foreach(__v => __obj.updateDynamic(\"TimecodeSource\")(__v.asInstanceOf[js.Any]))\n      TimecodeStart.foreach(__v => __obj.updateDynamic(\"TimecodeStart\")(__v.asInstanceOf[js.Any]))\n      VideoSelector.foreach(__v => __obj.updateDynamic(\"VideoSelector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputTemplate]\n    }\n  }\n\n  \/** Use this Timecode source setting, located under the input settings (InputTimecodeSource), to specify how the service counts input video frames. This input frame count affects only the behavior of features that apply to a single input at a time, such as input clipping and synchronizing some captions formats. Choose Embedded (EMBEDDED) to use the timecodes in your input video. Choose Start at zero (ZEROBASED) to start the first frame at zero. Choose Specified start (SPECIFIEDSTART) to start the first frame at the timecode that you specify in the setting Start timecode (timecodeStart). If you don't specify a value for Timecode source, the service will use Embedded by default. For more information about timecodes, see https:\/\/docs.aws.amazon.com\/console\/mediaconvert\/timecode.\n    *\/\n  @js.native\n  sealed trait InputTimecodeSource extends js.Any\n  object InputTimecodeSource {\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[InputTimecodeSource]\n    val ZEROBASED = \"ZEROBASED\".asInstanceOf[InputTimecodeSource]\n    val SPECIFIEDSTART = \"SPECIFIEDSTART\".asInstanceOf[InputTimecodeSource]\n\n    @inline def values = js.Array(EMBEDDED, ZEROBASED, SPECIFIEDSTART)\n  }\n\n  \/** Settings that specify how your still graphic overlay appears.\n    *\/\n  @js.native\n  trait InsertableImage extends js.Object {\n    var Duration: js.UndefOr[__integerMin0Max2147483647]\n    var FadeIn: js.UndefOr[__integerMin0Max2147483647]\n    var FadeOut: js.UndefOr[__integerMin0Max2147483647]\n    var Height: js.UndefOr[__integerMin0Max2147483647]\n    var ImageInserterInput: js.UndefOr[__stringMin14PatternS3BmpBMPPngPNGTgaTGAHttpsBmpBMPPngPNGTgaTGA]\n    var ImageX: js.UndefOr[__integerMin0Max2147483647]\n    var ImageY: js.UndefOr[__integerMin0Max2147483647]\n    var Layer: js.UndefOr[__integerMin0Max99]\n    var Opacity: js.UndefOr[__integerMin0Max100]\n    var StartTime: js.UndefOr[__stringPattern01D20305D205D]\n    var Width: js.UndefOr[__integerMin0Max2147483647]\n  }\n\n  object InsertableImage {\n    @inline\n    def apply(\n        Duration: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        FadeIn: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        FadeOut: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        Height: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        ImageInserterInput: js.UndefOr[__stringMin14PatternS3BmpBMPPngPNGTgaTGAHttpsBmpBMPPngPNGTgaTGA] = js.undefined,\n        ImageX: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        ImageY: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        Layer: js.UndefOr[__integerMin0Max99] = js.undefined,\n        Opacity: js.UndefOr[__integerMin0Max100] = js.undefined,\n        StartTime: js.UndefOr[__stringPattern01D20305D205D] = js.undefined,\n        Width: js.UndefOr[__integerMin0Max2147483647] = js.undefined\n    ): InsertableImage = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FadeIn.foreach(__v => __obj.updateDynamic(\"FadeIn\")(__v.asInstanceOf[js.Any]))\n      FadeOut.foreach(__v => __obj.updateDynamic(\"FadeOut\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      ImageInserterInput.foreach(__v => __obj.updateDynamic(\"ImageInserterInput\")(__v.asInstanceOf[js.Any]))\n      ImageX.foreach(__v => __obj.updateDynamic(\"ImageX\")(__v.asInstanceOf[js.Any]))\n      ImageY.foreach(__v => __obj.updateDynamic(\"ImageY\")(__v.asInstanceOf[js.Any]))\n      Layer.foreach(__v => __obj.updateDynamic(\"Layer\")(__v.asInstanceOf[js.Any]))\n      Opacity.foreach(__v => __obj.updateDynamic(\"Opacity\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsertableImage]\n    }\n  }\n\n  \/** Each job converts an input file into an output file or files. For more information, see the User Guide at https:\/\/docs.aws.amazon.com\/mediaconvert\/latest\/ug\/what-is.html\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var Role: __string\n    var Settings: JobSettings\n    var AccelerationSettings: js.UndefOr[AccelerationSettings]\n    var AccelerationStatus: js.UndefOr[AccelerationStatus]\n    var Arn: js.UndefOr[__string]\n    var BillingTagsSource: js.UndefOr[BillingTagsSource]\n    var CreatedAt: js.UndefOr[__timestampUnix]\n    var CurrentPhase: js.UndefOr[JobPhase]\n    var ErrorCode: js.UndefOr[__integer]\n    var ErrorMessage: js.UndefOr[__string]\n    var HopDestinations: js.UndefOr[__listOfHopDestination]\n    var Id: js.UndefOr[__string]\n    var JobPercentComplete: js.UndefOr[__integer]\n    var JobTemplate: js.UndefOr[__string]\n    var Messages: js.UndefOr[JobMessages]\n    var OutputGroupDetails: js.UndefOr[__listOfOutputGroupDetail]\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var QueueTransitions: js.UndefOr[__listOfQueueTransition]\n    var RetryCount: js.UndefOr[__integer]\n    var SimulateReservedQueue: js.UndefOr[SimulateReservedQueue]\n    var Status: js.UndefOr[JobStatus]\n    var StatusUpdateInterval: js.UndefOr[StatusUpdateInterval]\n    var Timing: js.UndefOr[Timing]\n    var UserMetadata: js.UndefOr[__mapOf__string]\n  }\n\n  object Job {\n    @inline\n    def apply(\n        Role: __string,\n        Settings: JobSettings,\n        AccelerationSettings: js.UndefOr[AccelerationSettings] = js.undefined,\n        AccelerationStatus: js.UndefOr[AccelerationStatus] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        BillingTagsSource: js.UndefOr[BillingTagsSource] = js.undefined,\n        CreatedAt: js.UndefOr[__timestampUnix] = js.undefined,\n        CurrentPhase: js.UndefOr[JobPhase] = js.undefined,\n        ErrorCode: js.UndefOr[__integer] = js.undefined,\n        ErrorMessage: js.UndefOr[__string] = js.undefined,\n        HopDestinations: js.UndefOr[__listOfHopDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        JobPercentComplete: js.UndefOr[__integer] = js.undefined,\n        JobTemplate: js.UndefOr[__string] = js.undefined,\n        Messages: js.UndefOr[JobMessages] = js.undefined,\n        OutputGroupDetails: js.UndefOr[__listOfOutputGroupDetail] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        QueueTransitions: js.UndefOr[__listOfQueueTransition] = js.undefined,\n        RetryCount: js.UndefOr[__integer] = js.undefined,\n        SimulateReservedQueue: js.UndefOr[SimulateReservedQueue] = js.undefined,\n        Status: js.UndefOr[JobStatus] = js.undefined,\n        StatusUpdateInterval: js.UndefOr[StatusUpdateInterval] = js.undefined,\n        Timing: js.UndefOr[Timing] = js.undefined,\n        UserMetadata: js.UndefOr[__mapOf__string] = js.undefined\n    ): Job = {\n      val __obj = js.Dynamic.literal(\n        \"Role\" -> Role.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      AccelerationSettings.foreach(__v => __obj.updateDynamic(\"AccelerationSettings\")(__v.asInstanceOf[js.Any]))\n      AccelerationStatus.foreach(__v => __obj.updateDynamic(\"AccelerationStatus\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      BillingTagsSource.foreach(__v => __obj.updateDynamic(\"BillingTagsSource\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CurrentPhase.foreach(__v => __obj.updateDynamic(\"CurrentPhase\")(__v.asInstanceOf[js.Any]))\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      HopDestinations.foreach(__v => __obj.updateDynamic(\"HopDestinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      JobPercentComplete.foreach(__v => __obj.updateDynamic(\"JobPercentComplete\")(__v.asInstanceOf[js.Any]))\n      JobTemplate.foreach(__v => __obj.updateDynamic(\"JobTemplate\")(__v.asInstanceOf[js.Any]))\n      Messages.foreach(__v => __obj.updateDynamic(\"Messages\")(__v.asInstanceOf[js.Any]))\n      OutputGroupDetails.foreach(__v => __obj.updateDynamic(\"OutputGroupDetails\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      QueueTransitions.foreach(__v => __obj.updateDynamic(\"QueueTransitions\")(__v.asInstanceOf[js.Any]))\n      RetryCount.foreach(__v => __obj.updateDynamic(\"RetryCount\")(__v.asInstanceOf[js.Any]))\n      SimulateReservedQueue.foreach(__v => __obj.updateDynamic(\"SimulateReservedQueue\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusUpdateInterval.foreach(__v => __obj.updateDynamic(\"StatusUpdateInterval\")(__v.asInstanceOf[js.Any]))\n      Timing.foreach(__v => __obj.updateDynamic(\"Timing\")(__v.asInstanceOf[js.Any]))\n      UserMetadata.foreach(__v => __obj.updateDynamic(\"UserMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  \/** Provides messages from the service about jobs that you have already successfully submitted.\n    *\/\n  @js.native\n  trait JobMessages extends js.Object {\n    var Info: js.UndefOr[__listOf__string]\n    var Warning: js.UndefOr[__listOf__string]\n  }\n\n  object JobMessages {\n    @inline\n    def apply(\n        Info: js.UndefOr[__listOf__string] = js.undefined,\n        Warning: js.UndefOr[__listOf__string] = js.undefined\n    ): JobMessages = {\n      val __obj = js.Dynamic.literal()\n      Info.foreach(__v => __obj.updateDynamic(\"Info\")(__v.asInstanceOf[js.Any]))\n      Warning.foreach(__v => __obj.updateDynamic(\"Warning\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobMessages]\n    }\n  }\n\n  \/** A job's phase can be PROBING, TRANSCODING OR UPLOADING\n    *\/\n  @js.native\n  sealed trait JobPhase extends js.Any\n  object JobPhase {\n    val PROBING = \"PROBING\".asInstanceOf[JobPhase]\n    val TRANSCODING = \"TRANSCODING\".asInstanceOf[JobPhase]\n    val UPLOADING = \"UPLOADING\".asInstanceOf[JobPhase]\n\n    @inline def values = js.Array(PROBING, TRANSCODING, UPLOADING)\n  }\n\n  \/** JobSettings contains all the transcode settings for a job.\n    *\/\n  @js.native\n  trait JobSettings extends js.Object {\n    var AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000]\n    var AvailBlanking: js.UndefOr[AvailBlanking]\n    var Esam: js.UndefOr[EsamSettings]\n    var Inputs: js.UndefOr[__listOfInput]\n    var MotionImageInserter: js.UndefOr[MotionImageInserter]\n    var NielsenConfiguration: js.UndefOr[NielsenConfiguration]\n    var NielsenNonLinearWatermark: js.UndefOr[NielsenNonLinearWatermarkSettings]\n    var OutputGroups: js.UndefOr[__listOfOutputGroup]\n    var TimecodeConfig: js.UndefOr[TimecodeConfig]\n    var TimedMetadataInsertion: js.UndefOr[TimedMetadataInsertion]\n  }\n\n  object JobSettings {\n    @inline\n    def apply(\n        AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000] = js.undefined,\n        AvailBlanking: js.UndefOr[AvailBlanking] = js.undefined,\n        Esam: js.UndefOr[EsamSettings] = js.undefined,\n        Inputs: js.UndefOr[__listOfInput] = js.undefined,\n        MotionImageInserter: js.UndefOr[MotionImageInserter] = js.undefined,\n        NielsenConfiguration: js.UndefOr[NielsenConfiguration] = js.undefined,\n        NielsenNonLinearWatermark: js.UndefOr[NielsenNonLinearWatermarkSettings] = js.undefined,\n        OutputGroups: js.UndefOr[__listOfOutputGroup] = js.undefined,\n        TimecodeConfig: js.UndefOr[TimecodeConfig] = js.undefined,\n        TimedMetadataInsertion: js.UndefOr[TimedMetadataInsertion] = js.undefined\n    ): JobSettings = {\n      val __obj = js.Dynamic.literal()\n      AdAvailOffset.foreach(__v => __obj.updateDynamic(\"AdAvailOffset\")(__v.asInstanceOf[js.Any]))\n      AvailBlanking.foreach(__v => __obj.updateDynamic(\"AvailBlanking\")(__v.asInstanceOf[js.Any]))\n      Esam.foreach(__v => __obj.updateDynamic(\"Esam\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      MotionImageInserter.foreach(__v => __obj.updateDynamic(\"MotionImageInserter\")(__v.asInstanceOf[js.Any]))\n      NielsenConfiguration.foreach(__v => __obj.updateDynamic(\"NielsenConfiguration\")(__v.asInstanceOf[js.Any]))\n      NielsenNonLinearWatermark.foreach(__v => __obj.updateDynamic(\"NielsenNonLinearWatermark\")(__v.asInstanceOf[js.Any]))\n      OutputGroups.foreach(__v => __obj.updateDynamic(\"OutputGroups\")(__v.asInstanceOf[js.Any]))\n      TimecodeConfig.foreach(__v => __obj.updateDynamic(\"TimecodeConfig\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataInsertion.foreach(__v => __obj.updateDynamic(\"TimedMetadataInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobSettings]\n    }\n  }\n\n  \/** A job's status can be SUBMITTED, PROGRESSING, COMPLETE, CANCELED, or ERROR.\n    *\/\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[JobStatus]\n    val PROGRESSING = \"PROGRESSING\".asInstanceOf[JobStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[JobStatus]\n    val CANCELED = \"CANCELED\".asInstanceOf[JobStatus]\n    val ERROR = \"ERROR\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(SUBMITTED, PROGRESSING, COMPLETE, CANCELED, ERROR)\n  }\n\n  \/** A job template is a pre-made set of encoding instructions that you can use to quickly create a job.\n    *\/\n  @js.native\n  trait JobTemplate extends js.Object {\n    var Name: __string\n    var Settings: JobTemplateSettings\n    var AccelerationSettings: js.UndefOr[AccelerationSettings]\n    var Arn: js.UndefOr[__string]\n    var Category: js.UndefOr[__string]\n    var CreatedAt: js.UndefOr[__timestampUnix]\n    var Description: js.UndefOr[__string]\n    var HopDestinations: js.UndefOr[__listOfHopDestination]\n    var LastUpdated: js.UndefOr[__timestampUnix]\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var StatusUpdateInterval: js.UndefOr[StatusUpdateInterval]\n    var Type: js.UndefOr[Type]\n  }\n\n  object JobTemplate {\n    @inline\n    def apply(\n        Name: __string,\n        Settings: JobTemplateSettings,\n        AccelerationSettings: js.UndefOr[AccelerationSettings] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        Category: js.UndefOr[__string] = js.undefined,\n        CreatedAt: js.UndefOr[__timestampUnix] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HopDestinations: js.UndefOr[__listOfHopDestination] = js.undefined,\n        LastUpdated: js.UndefOr[__timestampUnix] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        StatusUpdateInterval: js.UndefOr[StatusUpdateInterval] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): JobTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      AccelerationSettings.foreach(__v => __obj.updateDynamic(\"AccelerationSettings\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HopDestinations.foreach(__v => __obj.updateDynamic(\"HopDestinations\")(__v.asInstanceOf[js.Any]))\n      LastUpdated.foreach(__v => __obj.updateDynamic(\"LastUpdated\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      StatusUpdateInterval.foreach(__v => __obj.updateDynamic(\"StatusUpdateInterval\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobTemplate]\n    }\n  }\n\n  \/** Optional. When you request a list of job templates, you can choose to list them alphabetically by NAME or chronologically by CREATION_DATE. If you don't specify, the service will list them by name.\n    *\/\n  @js.native\n  sealed trait JobTemplateListBy extends js.Any\n  object JobTemplateListBy {\n    val NAME = \"NAME\".asInstanceOf[JobTemplateListBy]\n    val CREATION_DATE = \"CREATION_DATE\".asInstanceOf[JobTemplateListBy]\n    val SYSTEM = \"SYSTEM\".asInstanceOf[JobTemplateListBy]\n\n    @inline def values = js.Array(NAME, CREATION_DATE, SYSTEM)\n  }\n\n  \/** JobTemplateSettings contains all the transcode settings saved in the template that will be applied to jobs created from it.\n    *\/\n  @js.native\n  trait JobTemplateSettings extends js.Object {\n    var AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000]\n    var AvailBlanking: js.UndefOr[AvailBlanking]\n    var Esam: js.UndefOr[EsamSettings]\n    var Inputs: js.UndefOr[__listOfInputTemplate]\n    var MotionImageInserter: js.UndefOr[MotionImageInserter]\n    var NielsenConfiguration: js.UndefOr[NielsenConfiguration]\n    var NielsenNonLinearWatermark: js.UndefOr[NielsenNonLinearWatermarkSettings]\n    var OutputGroups: js.UndefOr[__listOfOutputGroup]\n    var TimecodeConfig: js.UndefOr[TimecodeConfig]\n    var TimedMetadataInsertion: js.UndefOr[TimedMetadataInsertion]\n  }\n\n  object JobTemplateSettings {\n    @inline\n    def apply(\n        AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000] = js.undefined,\n        AvailBlanking: js.UndefOr[AvailBlanking] = js.undefined,\n        Esam: js.UndefOr[EsamSettings] = js.undefined,\n        Inputs: js.UndefOr[__listOfInputTemplate] = js.undefined,\n        MotionImageInserter: js.UndefOr[MotionImageInserter] = js.undefined,\n        NielsenConfiguration: js.UndefOr[NielsenConfiguration] = js.undefined,\n        NielsenNonLinearWatermark: js.UndefOr[NielsenNonLinearWatermarkSettings] = js.undefined,\n        OutputGroups: js.UndefOr[__listOfOutputGroup] = js.undefined,\n        TimecodeConfig: js.UndefOr[TimecodeConfig] = js.undefined,\n        TimedMetadataInsertion: js.UndefOr[TimedMetadataInsertion] = js.undefined\n    ): JobTemplateSettings = {\n      val __obj = js.Dynamic.literal()\n      AdAvailOffset.foreach(__v => __obj.updateDynamic(\"AdAvailOffset\")(__v.asInstanceOf[js.Any]))\n      AvailBlanking.foreach(__v => __obj.updateDynamic(\"AvailBlanking\")(__v.asInstanceOf[js.Any]))\n      Esam.foreach(__v => __obj.updateDynamic(\"Esam\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      MotionImageInserter.foreach(__v => __obj.updateDynamic(\"MotionImageInserter\")(__v.asInstanceOf[js.Any]))\n      NielsenConfiguration.foreach(__v => __obj.updateDynamic(\"NielsenConfiguration\")(__v.asInstanceOf[js.Any]))\n      NielsenNonLinearWatermark.foreach(__v => __obj.updateDynamic(\"NielsenNonLinearWatermark\")(__v.asInstanceOf[js.Any]))\n      OutputGroups.foreach(__v => __obj.updateDynamic(\"OutputGroups\")(__v.asInstanceOf[js.Any]))\n      TimecodeConfig.foreach(__v => __obj.updateDynamic(\"TimecodeConfig\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataInsertion.foreach(__v => __obj.updateDynamic(\"TimedMetadataInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobTemplateSettings]\n    }\n  }\n\n  \/** Specify the language, using the ISO 639-2 three-letter code listed at https:\/\/www.loc.gov\/standards\/iso639-2\/php\/code_list.php.\n    *\/\n  @js.native\n  sealed trait LanguageCode extends js.Any\n  object LanguageCode {\n    val ENG = \"ENG\".asInstanceOf[LanguageCode]\n    val SPA = \"SPA\".asInstanceOf[LanguageCode]\n    val FRA = \"FRA\".asInstanceOf[LanguageCode]\n    val DEU = \"DEU\".asInstanceOf[LanguageCode]\n    val GER = \"GER\".asInstanceOf[LanguageCode]\n    val ZHO = \"ZHO\".asInstanceOf[LanguageCode]\n    val ARA = \"ARA\".asInstanceOf[LanguageCode]\n    val HIN = \"HIN\".asInstanceOf[LanguageCode]\n    val JPN = \"JPN\".asInstanceOf[LanguageCode]\n    val RUS = \"RUS\".asInstanceOf[LanguageCode]\n    val POR = \"POR\".asInstanceOf[LanguageCode]\n    val ITA = \"ITA\".asInstanceOf[LanguageCode]\n    val URD = \"URD\".asInstanceOf[LanguageCode]\n    val VIE = \"VIE\".asInstanceOf[LanguageCode]\n    val KOR = \"KOR\".asInstanceOf[LanguageCode]\n    val PAN = \"PAN\".asInstanceOf[LanguageCode]\n    val ABK = \"ABK\".asInstanceOf[LanguageCode]\n    val AAR = \"AAR\".asInstanceOf[LanguageCode]\n    val AFR = \"AFR\".asInstanceOf[LanguageCode]\n    val AKA = \"AKA\".asInstanceOf[LanguageCode]\n    val SQI = \"SQI\".asInstanceOf[LanguageCode]\n    val AMH = \"AMH\".asInstanceOf[LanguageCode]\n    val ARG = \"ARG\".asInstanceOf[LanguageCode]\n    val HYE = \"HYE\".asInstanceOf[LanguageCode]\n    val ASM = \"ASM\".asInstanceOf[LanguageCode]\n    val AVA = \"AVA\".asInstanceOf[LanguageCode]\n    val AVE = \"AVE\".asInstanceOf[LanguageCode]\n    val AYM = \"AYM\".asInstanceOf[LanguageCode]\n    val AZE = \"AZE\".asInstanceOf[LanguageCode]\n    val BAM = \"BAM\".asInstanceOf[LanguageCode]\n    val BAK = \"BAK\".asInstanceOf[LanguageCode]\n    val EUS = \"EUS\".asInstanceOf[LanguageCode]\n    val BEL = \"BEL\".asInstanceOf[LanguageCode]\n    val BEN = \"BEN\".asInstanceOf[LanguageCode]\n    val BIH = \"BIH\".asInstanceOf[LanguageCode]\n    val BIS = \"BIS\".asInstanceOf[LanguageCode]\n    val BOS = \"BOS\".asInstanceOf[LanguageCode]\n    val BRE = \"BRE\".asInstanceOf[LanguageCode]\n    val BUL = \"BUL\".asInstanceOf[LanguageCode]\n    val MYA = \"MYA\".asInstanceOf[LanguageCode]\n    val CAT = \"CAT\".asInstanceOf[LanguageCode]\n    val KHM = \"KHM\".asInstanceOf[LanguageCode]\n    val CHA = \"CHA\".asInstanceOf[LanguageCode]\n    val CHE = \"CHE\".asInstanceOf[LanguageCode]\n    val NYA = \"NYA\".asInstanceOf[LanguageCode]\n    val CHU = \"CHU\".asInstanceOf[LanguageCode]\n    val CHV = \"CHV\".asInstanceOf[LanguageCode]\n    val COR = \"COR\".asInstanceOf[LanguageCode]\n    val COS = \"COS\".asInstanceOf[LanguageCode]\n    val CRE = \"CRE\".asInstanceOf[LanguageCode]\n    val HRV = \"HRV\".asInstanceOf[LanguageCode]\n    val CES = \"CES\".asInstanceOf[LanguageCode]\n    val DAN = \"DAN\".asInstanceOf[LanguageCode]\n    val DIV = \"DIV\".asInstanceOf[LanguageCode]\n    val NLD = \"NLD\".asInstanceOf[LanguageCode]\n    val DZO = \"DZO\".asInstanceOf[LanguageCode]\n    val ENM = \"ENM\".asInstanceOf[LanguageCode]\n    val EPO = \"EPO\".asInstanceOf[LanguageCode]\n    val EST = \"EST\".asInstanceOf[LanguageCode]\n    val EWE = \"EWE\".asInstanceOf[LanguageCode]\n    val FAO = \"FAO\".asInstanceOf[LanguageCode]\n    val FIJ = \"FIJ\".asInstanceOf[LanguageCode]\n    val FIN = \"FIN\".asInstanceOf[LanguageCode]\n    val FRM = \"FRM\".asInstanceOf[LanguageCode]\n    val FUL = \"FUL\".asInstanceOf[LanguageCode]\n    val GLA = \"GLA\".asInstanceOf[LanguageCode]\n    val GLG = \"GLG\".asInstanceOf[LanguageCode]\n    val LUG = \"LUG\".asInstanceOf[LanguageCode]\n    val KAT = \"KAT\".asInstanceOf[LanguageCode]\n    val ELL = \"ELL\".asInstanceOf[LanguageCode]\n    val GRN = \"GRN\".asInstanceOf[LanguageCode]\n    val GUJ = \"GUJ\".asInstanceOf[LanguageCode]\n    val HAT = \"HAT\".asInstanceOf[LanguageCode]\n    val HAU = \"HAU\".asInstanceOf[LanguageCode]\n    val HEB = \"HEB\".asInstanceOf[LanguageCode]\n    val HER = \"HER\".asInstanceOf[LanguageCode]\n    val HMO = \"HMO\".asInstanceOf[LanguageCode]\n    val HUN = \"HUN\".asInstanceOf[LanguageCode]\n    val ISL = \"ISL\".asInstanceOf[LanguageCode]\n    val IDO = \"IDO\".asInstanceOf[LanguageCode]\n    val IBO = \"IBO\".asInstanceOf[LanguageCode]\n    val IND = \"IND\".asInstanceOf[LanguageCode]\n    val INA = \"INA\".asInstanceOf[LanguageCode]\n    val ILE = \"ILE\".asInstanceOf[LanguageCode]\n    val IKU = \"IKU\".asInstanceOf[LanguageCode]\n    val IPK = \"IPK\".asInstanceOf[LanguageCode]\n    val GLE = \"GLE\".asInstanceOf[LanguageCode]\n    val JAV = \"JAV\".asInstanceOf[LanguageCode]\n    val KAL = \"KAL\".asInstanceOf[LanguageCode]\n    val KAN = \"KAN\".asInstanceOf[LanguageCode]\n    val KAU = \"KAU\".asInstanceOf[LanguageCode]\n    val KAS = \"KAS\".asInstanceOf[LanguageCode]\n    val KAZ = \"KAZ\".asInstanceOf[LanguageCode]\n    val KIK = \"KIK\".asInstanceOf[LanguageCode]\n    val KIN = \"KIN\".asInstanceOf[LanguageCode]\n    val KIR = \"KIR\".asInstanceOf[LanguageCode]\n    val KOM = \"KOM\".asInstanceOf[LanguageCode]\n    val KON = \"KON\".asInstanceOf[LanguageCode]\n    val KUA = \"KUA\".asInstanceOf[LanguageCode]\n    val KUR = \"KUR\".asInstanceOf[LanguageCode]\n    val LAO = \"LAO\".asInstanceOf[LanguageCode]\n    val LAT = \"LAT\".asInstanceOf[LanguageCode]\n    val LAV = \"LAV\".asInstanceOf[LanguageCode]\n    val LIM = \"LIM\".asInstanceOf[LanguageCode]\n    val LIN = \"LIN\".asInstanceOf[LanguageCode]\n    val LIT = \"LIT\".asInstanceOf[LanguageCode]\n    val LUB = \"LUB\".asInstanceOf[LanguageCode]\n    val LTZ = \"LTZ\".asInstanceOf[LanguageCode]\n    val MKD = \"MKD\".asInstanceOf[LanguageCode]\n    val MLG = \"MLG\".asInstanceOf[LanguageCode]\n    val MSA = \"MSA\".asInstanceOf[LanguageCode]\n    val MAL = \"MAL\".asInstanceOf[LanguageCode]\n    val MLT = \"MLT\".asInstanceOf[LanguageCode]\n    val GLV = \"GLV\".asInstanceOf[LanguageCode]\n    val MRI = \"MRI\".asInstanceOf[LanguageCode]\n    val MAR = \"MAR\".asInstanceOf[LanguageCode]\n    val MAH = \"MAH\".asInstanceOf[LanguageCode]\n    val MON = \"MON\".asInstanceOf[LanguageCode]\n    val NAU = \"NAU\".asInstanceOf[LanguageCode]\n    val NAV = \"NAV\".asInstanceOf[LanguageCode]\n    val NDE = \"NDE\".asInstanceOf[LanguageCode]\n    val NBL = \"NBL\".asInstanceOf[LanguageCode]\n    val NDO = \"NDO\".asInstanceOf[LanguageCode]\n    val NEP = \"NEP\".asInstanceOf[LanguageCode]\n    val SME = \"SME\".asInstanceOf[LanguageCode]\n    val NOR = \"NOR\".asInstanceOf[LanguageCode]\n    val NOB = \"NOB\".asInstanceOf[LanguageCode]\n    val NNO = \"NNO\".asInstanceOf[LanguageCode]\n    val OCI = \"OCI\".asInstanceOf[LanguageCode]\n    val OJI = \"OJI\".asInstanceOf[LanguageCode]\n    val ORI = \"ORI\".asInstanceOf[LanguageCode]\n    val ORM = \"ORM\".asInstanceOf[LanguageCode]\n    val OSS = \"OSS\".asInstanceOf[LanguageCode]\n    val PLI = \"PLI\".asInstanceOf[LanguageCode]\n    val FAS = \"FAS\".asInstanceOf[LanguageCode]\n    val POL = \"POL\".asInstanceOf[LanguageCode]\n    val PUS = \"PUS\".asInstanceOf[LanguageCode]\n    val QUE = \"QUE\".asInstanceOf[LanguageCode]\n    val QAA = \"QAA\".asInstanceOf[LanguageCode]\n    val RON = \"RON\".asInstanceOf[LanguageCode]\n    val ROH = \"ROH\".asInstanceOf[LanguageCode]\n    val RUN = \"RUN\".asInstanceOf[LanguageCode]\n    val SMO = \"SMO\".asInstanceOf[LanguageCode]\n    val SAG = \"SAG\".asInstanceOf[LanguageCode]\n    val SAN = \"SAN\".asInstanceOf[LanguageCode]\n    val SRD = \"SRD\".asInstanceOf[LanguageCode]\n    val SRB = \"SRB\".asInstanceOf[LanguageCode]\n    val SNA = \"SNA\".asInstanceOf[LanguageCode]\n    val III = \"III\".asInstanceOf[LanguageCode]\n    val SND = \"SND\".asInstanceOf[LanguageCode]\n    val SIN = \"SIN\".asInstanceOf[LanguageCode]\n    val SLK = \"SLK\".asInstanceOf[LanguageCode]\n    val SLV = \"SLV\".asInstanceOf[LanguageCode]\n    val SOM = \"SOM\".asInstanceOf[LanguageCode]\n    val SOT = \"SOT\".asInstanceOf[LanguageCode]\n    val SUN = \"SUN\".asInstanceOf[LanguageCode]\n    val SWA = \"SWA\".asInstanceOf[LanguageCode]\n    val SSW = \"SSW\".asInstanceOf[LanguageCode]\n    val SWE = \"SWE\".asInstanceOf[LanguageCode]\n    val TGL = \"TGL\".asInstanceOf[LanguageCode]\n    val TAH = \"TAH\".asInstanceOf[LanguageCode]\n    val TGK = \"TGK\".asInstanceOf[LanguageCode]\n    val TAM = \"TAM\".asInstanceOf[LanguageCode]\n    val TAT = \"TAT\".asInstanceOf[LanguageCode]\n    val TEL = \"TEL\".asInstanceOf[LanguageCode]\n    val THA = \"THA\".asInstanceOf[LanguageCode]\n    val BOD = \"BOD\".asInstanceOf[LanguageCode]\n    val TIR = \"TIR\".asInstanceOf[LanguageCode]\n    val TON = \"TON\".asInstanceOf[LanguageCode]\n    val TSO = \"TSO\".asInstanceOf[LanguageCode]\n    val TSN = \"TSN\".asInstanceOf[LanguageCode]\n    val TUR = \"TUR\".asInstanceOf[LanguageCode]\n    val TUK = \"TUK\".asInstanceOf[LanguageCode]\n    val TWI = \"TWI\".asInstanceOf[LanguageCode]\n    val UIG = \"UIG\".asInstanceOf[LanguageCode]\n    val UKR = \"UKR\".asInstanceOf[LanguageCode]\n    val UZB = \"UZB\".asInstanceOf[LanguageCode]\n    val VEN = \"VEN\".asInstanceOf[LanguageCode]\n    val VOL = \"VOL\".asInstanceOf[LanguageCode]\n    val WLN = \"WLN\".asInstanceOf[LanguageCode]\n    val CYM = \"CYM\".asInstanceOf[LanguageCode]\n    val FRY = \"FRY\".asInstanceOf[LanguageCode]\n    val WOL = \"WOL\".asInstanceOf[LanguageCode]\n    val XHO = \"XHO\".asInstanceOf[LanguageCode]\n    val YID = \"YID\".asInstanceOf[LanguageCode]\n    val YOR = \"YOR\".asInstanceOf[LanguageCode]\n    val ZHA = \"ZHA\".asInstanceOf[LanguageCode]\n    val ZUL = \"ZUL\".asInstanceOf[LanguageCode]\n    val ORJ = \"ORJ\".asInstanceOf[LanguageCode]\n    val QPC = \"QPC\".asInstanceOf[LanguageCode]\n    val TNG = \"TNG\".asInstanceOf[LanguageCode]\n\n    @inline def values = js.Array(\n      ENG,\n      SPA,\n      FRA,\n      DEU,\n      GER,\n      ZHO,\n      ARA,\n      HIN,\n      JPN,\n      RUS,\n      POR,\n      ITA,\n      URD,\n      VIE,\n      KOR,\n      PAN,\n      ABK,\n      AAR,\n      AFR,\n      AKA,\n      SQI,\n      AMH,\n      ARG,\n      HYE,\n      ASM,\n      AVA,\n      AVE,\n      AYM,\n      AZE,\n      BAM,\n      BAK,\n      EUS,\n      BEL,\n      BEN,\n      BIH,\n      BIS,\n      BOS,\n      BRE,\n      BUL,\n      MYA,\n      CAT,\n      KHM,\n      CHA,\n      CHE,\n      NYA,\n      CHU,\n      CHV,\n      COR,\n      COS,\n      CRE,\n      HRV,\n      CES,\n      DAN,\n      DIV,\n      NLD,\n      DZO,\n      ENM,\n      EPO,\n      EST,\n      EWE,\n      FAO,\n      FIJ,\n      FIN,\n      FRM,\n      FUL,\n      GLA,\n      GLG,\n      LUG,\n      KAT,\n      ELL,\n      GRN,\n      GUJ,\n      HAT,\n      HAU,\n      HEB,\n      HER,\n      HMO,\n      HUN,\n      ISL,\n      IDO,\n      IBO,\n      IND,\n      INA,\n      ILE,\n      IKU,\n      IPK,\n      GLE,\n      JAV,\n      KAL,\n      KAN,\n      KAU,\n      KAS,\n      KAZ,\n      KIK,\n      KIN,\n      KIR,\n      KOM,\n      KON,\n      KUA,\n      KUR,\n      LAO,\n      LAT,\n      LAV,\n      LIM,\n      LIN,\n      LIT,\n      LUB,\n      LTZ,\n      MKD,\n      MLG,\n      MSA,\n      MAL,\n      MLT,\n      GLV,\n      MRI,\n      MAR,\n      MAH,\n      MON,\n      NAU,\n      NAV,\n      NDE,\n      NBL,\n      NDO,\n      NEP,\n      SME,\n      NOR,\n      NOB,\n      NNO,\n      OCI,\n      OJI,\n      ORI,\n      ORM,\n      OSS,\n      PLI,\n      FAS,\n      POL,\n      PUS,\n      QUE,\n      QAA,\n      RON,\n      ROH,\n      RUN,\n      SMO,\n      SAG,\n      SAN,\n      SRD,\n      SRB,\n      SNA,\n      III,\n      SND,\n      SIN,\n      SLK,\n      SLV,\n      SOM,\n      SOT,\n      SUN,\n      SWA,\n      SSW,\n      SWE,\n      TGL,\n      TAH,\n      TGK,\n      TAM,\n      TAT,\n      TEL,\n      THA,\n      BOD,\n      TIR,\n      TON,\n      TSO,\n      TSN,\n      TUR,\n      TUK,\n      TWI,\n      UIG,\n      UKR,\n      UZB,\n      VEN,\n      VOL,\n      WLN,\n      CYM,\n      FRY,\n      WOL,\n      XHO,\n      YID,\n      YOR,\n      ZHA,\n      ZUL,\n      ORJ,\n      QPC,\n      TNG\n    )\n  }\n\n  @js.native\n  trait ListJobTemplatesRequest extends js.Object {\n    var Category: js.UndefOr[__string]\n    var ListBy: js.UndefOr[JobTemplateListBy]\n    var MaxResults: js.UndefOr[__integerMin1Max20]\n    var NextToken: js.UndefOr[__string]\n    var Order: js.UndefOr[Order]\n  }\n\n  object ListJobTemplatesRequest {\n    @inline\n    def apply(\n        Category: js.UndefOr[__string] = js.undefined,\n        ListBy: js.UndefOr[JobTemplateListBy] = js.undefined,\n        MaxResults: js.UndefOr[__integerMin1Max20] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Order: js.UndefOr[Order] = js.undefined\n    ): ListJobTemplatesRequest = {\n      val __obj = js.Dynamic.literal()\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      ListBy.foreach(__v => __obj.updateDynamic(\"ListBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Order.foreach(__v => __obj.updateDynamic(\"Order\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobTemplatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobTemplatesResponse extends js.Object {\n    var JobTemplates: js.UndefOr[__listOfJobTemplate]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListJobTemplatesResponse {\n    @inline\n    def apply(\n        JobTemplates: js.UndefOr[__listOfJobTemplate] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListJobTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      JobTemplates.foreach(__v => __obj.updateDynamic(\"JobTemplates\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobTemplatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListJobsRequest extends js.Object {\n    var MaxResults: js.UndefOr[__integerMin1Max20]\n    var NextToken: js.UndefOr[__string]\n    var Order: js.UndefOr[Order]\n    var Queue: js.UndefOr[__string]\n    var Status: js.UndefOr[JobStatus]\n  }\n\n  object ListJobsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[__integerMin1Max20] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Order: js.UndefOr[Order] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[JobStatus] = js.undefined\n    ): ListJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Order.foreach(__v => __obj.updateDynamic(\"Order\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobsResponse extends js.Object {\n    var Jobs: js.UndefOr[__listOfJob]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListJobsResponse {\n    @inline\n    def apply(\n        Jobs: js.UndefOr[__listOfJob] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      Jobs.foreach(__v => __obj.updateDynamic(\"Jobs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPresetsRequest extends js.Object {\n    var Category: js.UndefOr[__string]\n    var ListBy: js.UndefOr[PresetListBy]\n    var MaxResults: js.UndefOr[__integerMin1Max20]\n    var NextToken: js.UndefOr[__string]\n    var Order: js.UndefOr[Order]\n  }\n\n  object ListPresetsRequest {\n    @inline\n    def apply(\n        Category: js.UndefOr[__string] = js.undefined,\n        ListBy: js.UndefOr[PresetListBy] = js.undefined,\n        MaxResults: js.UndefOr[__integerMin1Max20] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Order: js.UndefOr[Order] = js.undefined\n    ): ListPresetsRequest = {\n      val __obj = js.Dynamic.literal()\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      ListBy.foreach(__v => __obj.updateDynamic(\"ListBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Order.foreach(__v => __obj.updateDynamic(\"Order\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPresetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPresetsResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Presets: js.UndefOr[__listOfPreset]\n  }\n\n  object ListPresetsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Presets: js.UndefOr[__listOfPreset] = js.undefined\n    ): ListPresetsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Presets.foreach(__v => __obj.updateDynamic(\"Presets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPresetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListQueuesRequest extends js.Object {\n    var ListBy: js.UndefOr[QueueListBy]\n    var MaxResults: js.UndefOr[__integerMin1Max20]\n    var NextToken: js.UndefOr[__string]\n    var Order: js.UndefOr[Order]\n  }\n\n  object ListQueuesRequest {\n    @inline\n    def apply(\n        ListBy: js.UndefOr[QueueListBy] = js.undefined,\n        MaxResults: js.UndefOr[__integerMin1Max20] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Order: js.UndefOr[Order] = js.undefined\n    ): ListQueuesRequest = {\n      val __obj = js.Dynamic.literal()\n      ListBy.foreach(__v => __obj.updateDynamic(\"ListBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Order.foreach(__v => __obj.updateDynamic(\"Order\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQueuesRequest]\n    }\n  }\n\n  @js.native\n  trait ListQueuesResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Queues: js.UndefOr[__listOfQueue]\n  }\n\n  object ListQueuesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Queues: js.UndefOr[__listOfQueue] = js.undefined\n    ): ListQueuesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Queues.foreach(__v => __obj.updateDynamic(\"Queues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQueuesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var Arn: __string\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        Arn: __string\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var ResourceTags: js.UndefOr[ResourceTags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        ResourceTags: js.UndefOr[ResourceTags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      ResourceTags.foreach(__v => __obj.updateDynamic(\"ResourceTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Selects between the DVB and ATSC buffer models for Dolby Digital audio.\n    *\/\n  @js.native\n  sealed trait M2tsAudioBufferModel extends js.Any\n  object M2tsAudioBufferModel {\n    val DVB = \"DVB\".asInstanceOf[M2tsAudioBufferModel]\n    val ATSC = \"ATSC\".asInstanceOf[M2tsAudioBufferModel]\n\n    @inline def values = js.Array(DVB, ATSC)\n  }\n\n  \/** Specify this setting only when your output will be consumed by a downstream repackaging workflow that is sensitive to very small duration differences between video and audio. For this situation, choose Match video duration (MATCH_VIDEO_DURATION). In all other cases, keep the default value, Default codec duration (DEFAULT_CODEC_DURATION). When you choose Match video duration, MediaConvert pads the output audio streams with silence or trims them to ensure that the total duration of each audio stream is at least as long as the total duration of the video stream. After padding or trimming, the audio stream duration is no more than one frame longer than the video stream. MediaConvert applies audio padding or trimming only to the end of the last segment of the output. For unsegmented outputs, MediaConvert adds padding only to the end of the file. When you keep the default value, any minor discrepancies between audio and video duration will depend on your output audio codec.\n    *\/\n  @js.native\n  sealed trait M2tsAudioDuration extends js.Any\n  object M2tsAudioDuration {\n    val DEFAULT_CODEC_DURATION = \"DEFAULT_CODEC_DURATION\".asInstanceOf[M2tsAudioDuration]\n    val MATCH_VIDEO_DURATION = \"MATCH_VIDEO_DURATION\".asInstanceOf[M2tsAudioDuration]\n\n    @inline def values = js.Array(DEFAULT_CODEC_DURATION, MATCH_VIDEO_DURATION)\n  }\n\n  \/** Controls what buffer model to use for accurate interleaving. If set to MULTIPLEX, use multiplex buffer model. If set to NONE, this can lead to lower latency, but low-memory devices may not be able to play back the stream without interruptions.\n    *\/\n  @js.native\n  sealed trait M2tsBufferModel extends js.Any\n  object M2tsBufferModel {\n    val MULTIPLEX = \"MULTIPLEX\".asInstanceOf[M2tsBufferModel]\n    val NONE = \"NONE\".asInstanceOf[M2tsBufferModel]\n\n    @inline def values = js.Array(MULTIPLEX, NONE)\n  }\n\n  \/** When set to VIDEO_AND_FIXED_INTERVALS, audio EBP markers will be added to partitions 3 and 4. The interval between these additional markers will be fixed, and will be slightly shorter than the video EBP marker interval. When set to VIDEO_INTERVAL, these additional markers will not be inserted. Only applicable when EBP segmentation markers are is selected (segmentationMarkers is EBP or EBP_LEGACY).\n    *\/\n  @js.native\n  sealed trait M2tsEbpAudioInterval extends js.Any\n  object M2tsEbpAudioInterval {\n    val VIDEO_AND_FIXED_INTERVALS = \"VIDEO_AND_FIXED_INTERVALS\".asInstanceOf[M2tsEbpAudioInterval]\n    val VIDEO_INTERVAL = \"VIDEO_INTERVAL\".asInstanceOf[M2tsEbpAudioInterval]\n\n    @inline def values = js.Array(VIDEO_AND_FIXED_INTERVALS, VIDEO_INTERVAL)\n  }\n\n  \/** Selects which PIDs to place EBP markers on. They can either be placed only on the video PID, or on both the video PID and all audio PIDs. Only applicable when EBP segmentation markers are is selected (segmentationMarkers is EBP or EBP_LEGACY).\n    *\/\n  @js.native\n  sealed trait M2tsEbpPlacement extends js.Any\n  object M2tsEbpPlacement {\n    val VIDEO_AND_AUDIO_PIDS = \"VIDEO_AND_AUDIO_PIDS\".asInstanceOf[M2tsEbpPlacement]\n    val VIDEO_PID = \"VIDEO_PID\".asInstanceOf[M2tsEbpPlacement]\n\n    @inline def values = js.Array(VIDEO_AND_AUDIO_PIDS, VIDEO_PID)\n  }\n\n  \/** Controls whether to include the ES Rate field in the PES header.\n    *\/\n  @js.native\n  sealed trait M2tsEsRateInPes extends js.Any\n  object M2tsEsRateInPes {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[M2tsEsRateInPes]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[M2tsEsRateInPes]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Keep the default value (DEFAULT) unless you know that your audio EBP markers are incorrectly appearing before your video EBP markers. To correct this problem, set this value to Force (FORCE).\n    *\/\n  @js.native\n  sealed trait M2tsForceTsVideoEbpOrder extends js.Any\n  object M2tsForceTsVideoEbpOrder {\n    val FORCE = \"FORCE\".asInstanceOf[M2tsForceTsVideoEbpOrder]\n    val DEFAULT = \"DEFAULT\".asInstanceOf[M2tsForceTsVideoEbpOrder]\n\n    @inline def values = js.Array(FORCE, DEFAULT)\n  }\n\n  \/** If INSERT, Nielsen inaudible tones for media tracking will be detected in the input audio and an equivalent ID3 tag will be inserted in the output.\n    *\/\n  @js.native\n  sealed trait M2tsNielsenId3 extends js.Any\n  object M2tsNielsenId3 {\n    val INSERT = \"INSERT\".asInstanceOf[M2tsNielsenId3]\n    val NONE = \"NONE\".asInstanceOf[M2tsNielsenId3]\n\n    @inline def values = js.Array(INSERT, NONE)\n  }\n\n  \/** When set to PCR_EVERY_PES_PACKET, a Program Clock Reference value is inserted for every Packetized Elementary Stream (PES) header. This is effective only when the PCR PID is the same as the video or audio elementary stream.\n    *\/\n  @js.native\n  sealed trait M2tsPcrControl extends js.Any\n  object M2tsPcrControl {\n    val PCR_EVERY_PES_PACKET = \"PCR_EVERY_PES_PACKET\".asInstanceOf[M2tsPcrControl]\n    val CONFIGURED_PCR_PERIOD = \"CONFIGURED_PCR_PERIOD\".asInstanceOf[M2tsPcrControl]\n\n    @inline def values = js.Array(PCR_EVERY_PES_PACKET, CONFIGURED_PCR_PERIOD)\n  }\n\n  \/** When set to CBR, inserts null packets into transport stream to fill specified bitrate. When set to VBR, the bitrate setting acts as the maximum bitrate, but the output will not be padded up to that bitrate.\n    *\/\n  @js.native\n  sealed trait M2tsRateMode extends js.Any\n  object M2tsRateMode {\n    val VBR = \"VBR\".asInstanceOf[M2tsRateMode]\n    val CBR = \"CBR\".asInstanceOf[M2tsRateMode]\n\n    @inline def values = js.Array(VBR, CBR)\n  }\n\n  \/** Settings for SCTE-35 signals from ESAM. Include this in your job settings to put SCTE-35 markers in your HLS and transport stream outputs at the insertion points that you specify in an ESAM XML document. Provide the document in the setting SCC XML (sccXml).\n    *\/\n  @js.native\n  trait M2tsScte35Esam extends js.Object {\n    var Scte35EsamPid: js.UndefOr[__integerMin32Max8182]\n  }\n\n  object M2tsScte35Esam {\n    @inline\n    def apply(\n        Scte35EsamPid: js.UndefOr[__integerMin32Max8182] = js.undefined\n    ): M2tsScte35Esam = {\n      val __obj = js.Dynamic.literal()\n      Scte35EsamPid.foreach(__v => __obj.updateDynamic(\"Scte35EsamPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[M2tsScte35Esam]\n    }\n  }\n\n  \/** For SCTE-35 markers from your input-- Choose Passthrough (PASSTHROUGH) if you want SCTE-35 markers that appear in your input to also appear in this output. Choose None (NONE) if you don't want SCTE-35 markers in this output. For SCTE-35 markers from an ESAM XML document-- Choose None (NONE). Also provide the ESAM XML as a string in the setting Signal processing notification XML (sccXml). Also enable ESAM SCTE-35 (include the property scte35Esam).\n    *\/\n  @js.native\n  sealed trait M2tsScte35Source extends js.Any\n  object M2tsScte35Source {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsScte35Source]\n    val NONE = \"NONE\".asInstanceOf[M2tsScte35Source]\n\n    @inline def values = js.Array(PASSTHROUGH, NONE)\n  }\n\n  \/** Inserts segmentation markers at each segmentation_time period. rai_segstart sets the Random Access Indicator bit in the adaptation field. rai_adapt sets the RAI bit and adds the current timecode in the private data bytes. psi_segstart inserts PAT and PMT tables at the start of segments. ebp adds Encoder Boundary Point information to the adaptation field as per OpenCable specification OC-SP-EBP-I01-130118. ebp_legacy adds Encoder Boundary Point information to the adaptation field using a legacy proprietary format.\n    *\/\n  @js.native\n  sealed trait M2tsSegmentationMarkers extends js.Any\n  object M2tsSegmentationMarkers {\n    val NONE = \"NONE\".asInstanceOf[M2tsSegmentationMarkers]\n    val RAI_SEGSTART = \"RAI_SEGSTART\".asInstanceOf[M2tsSegmentationMarkers]\n    val RAI_ADAPT = \"RAI_ADAPT\".asInstanceOf[M2tsSegmentationMarkers]\n    val PSI_SEGSTART = \"PSI_SEGSTART\".asInstanceOf[M2tsSegmentationMarkers]\n    val EBP = \"EBP\".asInstanceOf[M2tsSegmentationMarkers]\n    val EBP_LEGACY = \"EBP_LEGACY\".asInstanceOf[M2tsSegmentationMarkers]\n\n    @inline def values = js.Array(NONE, RAI_SEGSTART, RAI_ADAPT, PSI_SEGSTART, EBP, EBP_LEGACY)\n  }\n\n  \/** The segmentation style parameter controls how segmentation markers are inserted into the transport stream. With avails, it is possible that segments may be truncated, which can influence where future segmentation markers are inserted. When a segmentation style of \"reset_cadence\" is selected and a segment is truncated due to an avail, we will reset the segmentation cadence. This means the subsequent segment will have a duration of of segmentation_time seconds. When a segmentation style of \"maintain_cadence\" is selected and a segment is truncated due to an avail, we will not reset the segmentation cadence. This means the subsequent segment will likely be truncated as well. However, all segments after that will have a duration of segmentation_time seconds. Note that EBP lookahead is a slight exception to this rule.\n    *\/\n  @js.native\n  sealed trait M2tsSegmentationStyle extends js.Any\n  object M2tsSegmentationStyle {\n    val MAINTAIN_CADENCE = \"MAINTAIN_CADENCE\".asInstanceOf[M2tsSegmentationStyle]\n    val RESET_CADENCE = \"RESET_CADENCE\".asInstanceOf[M2tsSegmentationStyle]\n\n    @inline def values = js.Array(MAINTAIN_CADENCE, RESET_CADENCE)\n  }\n\n  \/** MPEG-2 TS container settings. These apply to outputs in a File output group when the output's container (ContainerType) is MPEG-2 Transport Stream (M2TS). In these assets, data is organized by the program map table (PMT). Each transport stream program contains subsets of data, including audio, video, and metadata. Each of these subsets of data has a numerical label called a packet identifier (PID). Each transport stream program corresponds to one MediaConvert output. The PMT lists the types of data in a program along with their PID. Downstream systems and players use the program map table to look up the PID for each type of data it accesses and then uses the PIDs to locate specific data within the asset.\n    *\/\n  @js.native\n  trait M2tsSettings extends js.Object {\n    var AudioBufferModel: js.UndefOr[M2tsAudioBufferModel]\n    var AudioDuration: js.UndefOr[M2tsAudioDuration]\n    var AudioFramesPerPes: js.UndefOr[__integerMin0Max2147483647]\n    var AudioPids: js.UndefOr[__listOf__integerMin32Max8182]\n    var Bitrate: js.UndefOr[__integerMin0Max2147483647]\n    var BufferModel: js.UndefOr[M2tsBufferModel]\n    var DvbNitSettings: js.UndefOr[DvbNitSettings]\n    var DvbSdtSettings: js.UndefOr[DvbSdtSettings]\n    var DvbSubPids: js.UndefOr[__listOf__integerMin32Max8182]\n    var DvbTdtSettings: js.UndefOr[DvbTdtSettings]\n    var DvbTeletextPid: js.UndefOr[__integerMin32Max8182]\n    var EbpAudioInterval: js.UndefOr[M2tsEbpAudioInterval]\n    var EbpPlacement: js.UndefOr[M2tsEbpPlacement]\n    var EsRateInPes: js.UndefOr[M2tsEsRateInPes]\n    var ForceTsVideoEbpOrder: js.UndefOr[M2tsForceTsVideoEbpOrder]\n    var FragmentTime: js.UndefOr[__doubleMin0]\n    var MaxPcrInterval: js.UndefOr[__integerMin0Max500]\n    var MinEbpInterval: js.UndefOr[__integerMin0Max10000]\n    var NielsenId3: js.UndefOr[M2tsNielsenId3]\n    var NullPacketBitrate: js.UndefOr[__doubleMin0]\n    var PatInterval: js.UndefOr[__integerMin0Max1000]\n    var PcrControl: js.UndefOr[M2tsPcrControl]\n    var PcrPid: js.UndefOr[__integerMin32Max8182]\n    var PmtInterval: js.UndefOr[__integerMin0Max1000]\n    var PmtPid: js.UndefOr[__integerMin32Max8182]\n    var PrivateMetadataPid: js.UndefOr[__integerMin32Max8182]\n    var ProgramNumber: js.UndefOr[__integerMin0Max65535]\n    var RateMode: js.UndefOr[M2tsRateMode]\n    var Scte35Esam: js.UndefOr[M2tsScte35Esam]\n    var Scte35Pid: js.UndefOr[__integerMin32Max8182]\n    var Scte35Source: js.UndefOr[M2tsScte35Source]\n    var SegmentationMarkers: js.UndefOr[M2tsSegmentationMarkers]\n    var SegmentationStyle: js.UndefOr[M2tsSegmentationStyle]\n    var SegmentationTime: js.UndefOr[__doubleMin0]\n    var TimedMetadataPid: js.UndefOr[__integerMin32Max8182]\n    var TransportStreamId: js.UndefOr[__integerMin0Max65535]\n    var VideoPid: js.UndefOr[__integerMin32Max8182]\n  }\n\n  object M2tsSettings {\n    @inline\n    def apply(\n        AudioBufferModel: js.UndefOr[M2tsAudioBufferModel] = js.undefined,\n        AudioDuration: js.UndefOr[M2tsAudioDuration] = js.undefined,\n        AudioFramesPerPes: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        AudioPids: js.UndefOr[__listOf__integerMin32Max8182] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        BufferModel: js.UndefOr[M2tsBufferModel] = js.undefined,\n        DvbNitSettings: js.UndefOr[DvbNitSettings] = js.undefined,\n        DvbSdtSettings: js.UndefOr[DvbSdtSettings] = js.undefined,\n        DvbSubPids: js.UndefOr[__listOf__integerMin32Max8182] = js.undefined,\n        DvbTdtSettings: js.UndefOr[DvbTdtSettings] = js.undefined,\n        DvbTeletextPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        EbpAudioInterval: js.UndefOr[M2tsEbpAudioInterval] = js.undefined,\n        EbpPlacement: js.UndefOr[M2tsEbpPlacement] = js.undefined,\n        EsRateInPes: js.UndefOr[M2tsEsRateInPes] = js.undefined,\n        ForceTsVideoEbpOrder: js.UndefOr[M2tsForceTsVideoEbpOrder] = js.undefined,\n        FragmentTime: js.UndefOr[__doubleMin0] = js.undefined,\n        MaxPcrInterval: js.UndefOr[__integerMin0Max500] = js.undefined,\n        MinEbpInterval: js.UndefOr[__integerMin0Max10000] = js.undefined,\n        NielsenId3: js.UndefOr[M2tsNielsenId3] = js.undefined,\n        NullPacketBitrate: js.UndefOr[__doubleMin0] = js.undefined,\n        PatInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PcrControl: js.UndefOr[M2tsPcrControl] = js.undefined,\n        PcrPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        PmtInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PmtPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        PrivateMetadataPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        ProgramNumber: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        RateMode: js.UndefOr[M2tsRateMode] = js.undefined,\n        Scte35Esam: js.UndefOr[M2tsScte35Esam] = js.undefined,\n        Scte35Pid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        Scte35Source: js.UndefOr[M2tsScte35Source] = js.undefined,\n        SegmentationMarkers: js.UndefOr[M2tsSegmentationMarkers] = js.undefined,\n        SegmentationStyle: js.UndefOr[M2tsSegmentationStyle] = js.undefined,\n        SegmentationTime: js.UndefOr[__doubleMin0] = js.undefined,\n        TimedMetadataPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        TransportStreamId: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        VideoPid: js.UndefOr[__integerMin32Max8182] = js.undefined\n    ): M2tsSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioBufferModel.foreach(__v => __obj.updateDynamic(\"AudioBufferModel\")(__v.asInstanceOf[js.Any]))\n      AudioDuration.foreach(__v => __obj.updateDynamic(\"AudioDuration\")(__v.asInstanceOf[js.Any]))\n      AudioFramesPerPes.foreach(__v => __obj.updateDynamic(\"AudioFramesPerPes\")(__v.asInstanceOf[js.Any]))\n      AudioPids.foreach(__v => __obj.updateDynamic(\"AudioPids\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BufferModel.foreach(__v => __obj.updateDynamic(\"BufferModel\")(__v.asInstanceOf[js.Any]))\n      DvbNitSettings.foreach(__v => __obj.updateDynamic(\"DvbNitSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSdtSettings.foreach(__v => __obj.updateDynamic(\"DvbSdtSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSubPids.foreach(__v => __obj.updateDynamic(\"DvbSubPids\")(__v.asInstanceOf[js.Any]))\n      DvbTdtSettings.foreach(__v => __obj.updateDynamic(\"DvbTdtSettings\")(__v.asInstanceOf[js.Any]))\n      DvbTeletextPid.foreach(__v => __obj.updateDynamic(\"DvbTeletextPid\")(__v.asInstanceOf[js.Any]))\n      EbpAudioInterval.foreach(__v => __obj.updateDynamic(\"EbpAudioInterval\")(__v.asInstanceOf[js.Any]))\n      EbpPlacement.foreach(__v => __obj.updateDynamic(\"EbpPlacement\")(__v.asInstanceOf[js.Any]))\n      EsRateInPes.foreach(__v => __obj.updateDynamic(\"EsRateInPes\")(__v.asInstanceOf[js.Any]))\n      ForceTsVideoEbpOrder.foreach(__v => __obj.updateDynamic(\"ForceTsVideoEbpOrder\")(__v.asInstanceOf[js.Any]))\n      FragmentTime.foreach(__v => __obj.updateDynamic(\"FragmentTime\")(__v.asInstanceOf[js.Any]))\n      MaxPcrInterval.foreach(__v => __obj.updateDynamic(\"MaxPcrInterval\")(__v.asInstanceOf[js.Any]))\n      MinEbpInterval.foreach(__v => __obj.updateDynamic(\"MinEbpInterval\")(__v.asInstanceOf[js.Any]))\n      NielsenId3.foreach(__v => __obj.updateDynamic(\"NielsenId3\")(__v.asInstanceOf[js.Any]))\n      NullPacketBitrate.foreach(__v => __obj.updateDynamic(\"NullPacketBitrate\")(__v.asInstanceOf[js.Any]))\n      PatInterval.foreach(__v => __obj.updateDynamic(\"PatInterval\")(__v.asInstanceOf[js.Any]))\n      PcrControl.foreach(__v => __obj.updateDynamic(\"PcrControl\")(__v.asInstanceOf[js.Any]))\n      PcrPid.foreach(__v => __obj.updateDynamic(\"PcrPid\")(__v.asInstanceOf[js.Any]))\n      PmtInterval.foreach(__v => __obj.updateDynamic(\"PmtInterval\")(__v.asInstanceOf[js.Any]))\n      PmtPid.foreach(__v => __obj.updateDynamic(\"PmtPid\")(__v.asInstanceOf[js.Any]))\n      PrivateMetadataPid.foreach(__v => __obj.updateDynamic(\"PrivateMetadataPid\")(__v.asInstanceOf[js.Any]))\n      ProgramNumber.foreach(__v => __obj.updateDynamic(\"ProgramNumber\")(__v.asInstanceOf[js.Any]))\n      RateMode.foreach(__v => __obj.updateDynamic(\"RateMode\")(__v.asInstanceOf[js.Any]))\n      Scte35Esam.foreach(__v => __obj.updateDynamic(\"Scte35Esam\")(__v.asInstanceOf[js.Any]))\n      Scte35Pid.foreach(__v => __obj.updateDynamic(\"Scte35Pid\")(__v.asInstanceOf[js.Any]))\n      Scte35Source.foreach(__v => __obj.updateDynamic(\"Scte35Source\")(__v.asInstanceOf[js.Any]))\n      SegmentationMarkers.foreach(__v => __obj.updateDynamic(\"SegmentationMarkers\")(__v.asInstanceOf[js.Any]))\n      SegmentationStyle.foreach(__v => __obj.updateDynamic(\"SegmentationStyle\")(__v.asInstanceOf[js.Any]))\n      SegmentationTime.foreach(__v => __obj.updateDynamic(\"SegmentationTime\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataPid.foreach(__v => __obj.updateDynamic(\"TimedMetadataPid\")(__v.asInstanceOf[js.Any]))\n      TransportStreamId.foreach(__v => __obj.updateDynamic(\"TransportStreamId\")(__v.asInstanceOf[js.Any]))\n      VideoPid.foreach(__v => __obj.updateDynamic(\"VideoPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[M2tsSettings]\n    }\n  }\n\n  \/** Specify this setting only when your output will be consumed by a downstream repackaging workflow that is sensitive to very small duration differences between video and audio. For this situation, choose Match video duration (MATCH_VIDEO_DURATION). In all other cases, keep the default value, Default codec duration (DEFAULT_CODEC_DURATION). When you choose Match video duration, MediaConvert pads the output audio streams with silence or trims them to ensure that the total duration of each audio stream is at least as long as the total duration of the video stream. After padding or trimming, the audio stream duration is no more than one frame longer than the video stream. MediaConvert applies audio padding or trimming only to the end of the last segment of the output. For unsegmented outputs, MediaConvert adds padding only to the end of the file. When you keep the default value, any minor discrepancies between audio and video duration will depend on your output audio codec.\n    *\/\n  @js.native\n  sealed trait M3u8AudioDuration extends js.Any\n  object M3u8AudioDuration {\n    val DEFAULT_CODEC_DURATION = \"DEFAULT_CODEC_DURATION\".asInstanceOf[M3u8AudioDuration]\n    val MATCH_VIDEO_DURATION = \"MATCH_VIDEO_DURATION\".asInstanceOf[M3u8AudioDuration]\n\n    @inline def values = js.Array(DEFAULT_CODEC_DURATION, MATCH_VIDEO_DURATION)\n  }\n\n  \/** If INSERT, Nielsen inaudible tones for media tracking will be detected in the input audio and an equivalent ID3 tag will be inserted in the output.\n    *\/\n  @js.native\n  sealed trait M3u8NielsenId3 extends js.Any\n  object M3u8NielsenId3 {\n    val INSERT = \"INSERT\".asInstanceOf[M3u8NielsenId3]\n    val NONE = \"NONE\".asInstanceOf[M3u8NielsenId3]\n\n    @inline def values = js.Array(INSERT, NONE)\n  }\n\n  \/** When set to PCR_EVERY_PES_PACKET a Program Clock Reference value is inserted for every Packetized Elementary Stream (PES) header. This parameter is effective only when the PCR PID is the same as the video or audio elementary stream.\n    *\/\n  @js.native\n  sealed trait M3u8PcrControl extends js.Any\n  object M3u8PcrControl {\n    val PCR_EVERY_PES_PACKET = \"PCR_EVERY_PES_PACKET\".asInstanceOf[M3u8PcrControl]\n    val CONFIGURED_PCR_PERIOD = \"CONFIGURED_PCR_PERIOD\".asInstanceOf[M3u8PcrControl]\n\n    @inline def values = js.Array(PCR_EVERY_PES_PACKET, CONFIGURED_PCR_PERIOD)\n  }\n\n  \/** For SCTE-35 markers from your input-- Choose Passthrough (PASSTHROUGH) if you want SCTE-35 markers that appear in your input to also appear in this output. Choose None (NONE) if you don't want SCTE-35 markers in this output. For SCTE-35 markers from an ESAM XML document-- Choose None (NONE) if you don't want manifest conditioning. Choose Passthrough (PASSTHROUGH) and choose Ad markers (adMarkers) if you do want manifest conditioning. In both cases, also provide the ESAM XML as a string in the setting Signal processing notification XML (sccXml).\n    *\/\n  @js.native\n  sealed trait M3u8Scte35Source extends js.Any\n  object M3u8Scte35Source {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M3u8Scte35Source]\n    val NONE = \"NONE\".asInstanceOf[M3u8Scte35Source]\n\n    @inline def values = js.Array(PASSTHROUGH, NONE)\n  }\n\n  \/** Settings for TS segments in HLS\n    *\/\n  @js.native\n  trait M3u8Settings extends js.Object {\n    var AudioDuration: js.UndefOr[M3u8AudioDuration]\n    var AudioFramesPerPes: js.UndefOr[__integerMin0Max2147483647]\n    var AudioPids: js.UndefOr[__listOf__integerMin32Max8182]\n    var NielsenId3: js.UndefOr[M3u8NielsenId3]\n    var PatInterval: js.UndefOr[__integerMin0Max1000]\n    var PcrControl: js.UndefOr[M3u8PcrControl]\n    var PcrPid: js.UndefOr[__integerMin32Max8182]\n    var PmtInterval: js.UndefOr[__integerMin0Max1000]\n    var PmtPid: js.UndefOr[__integerMin32Max8182]\n    var PrivateMetadataPid: js.UndefOr[__integerMin32Max8182]\n    var ProgramNumber: js.UndefOr[__integerMin0Max65535]\n    var Scte35Pid: js.UndefOr[__integerMin32Max8182]\n    var Scte35Source: js.UndefOr[M3u8Scte35Source]\n    var TimedMetadata: js.UndefOr[TimedMetadata]\n    var TimedMetadataPid: js.UndefOr[__integerMin32Max8182]\n    var TransportStreamId: js.UndefOr[__integerMin0Max65535]\n    var VideoPid: js.UndefOr[__integerMin32Max8182]\n  }\n\n  object M3u8Settings {\n    @inline\n    def apply(\n        AudioDuration: js.UndefOr[M3u8AudioDuration] = js.undefined,\n        AudioFramesPerPes: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        AudioPids: js.UndefOr[__listOf__integerMin32Max8182] = js.undefined,\n        NielsenId3: js.UndefOr[M3u8NielsenId3] = js.undefined,\n        PatInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PcrControl: js.UndefOr[M3u8PcrControl] = js.undefined,\n        PcrPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        PmtInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PmtPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        PrivateMetadataPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        ProgramNumber: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        Scte35Pid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        Scte35Source: js.UndefOr[M3u8Scte35Source] = js.undefined,\n        TimedMetadata: js.UndefOr[TimedMetadata] = js.undefined,\n        TimedMetadataPid: js.UndefOr[__integerMin32Max8182] = js.undefined,\n        TransportStreamId: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        VideoPid: js.UndefOr[__integerMin32Max8182] = js.undefined\n    ): M3u8Settings = {\n      val __obj = js.Dynamic.literal()\n      AudioDuration.foreach(__v => __obj.updateDynamic(\"AudioDuration\")(__v.asInstanceOf[js.Any]))\n      AudioFramesPerPes.foreach(__v => __obj.updateDynamic(\"AudioFramesPerPes\")(__v.asInstanceOf[js.Any]))\n      AudioPids.foreach(__v => __obj.updateDynamic(\"AudioPids\")(__v.asInstanceOf[js.Any]))\n      NielsenId3.foreach(__v => __obj.updateDynamic(\"NielsenId3\")(__v.asInstanceOf[js.Any]))\n      PatInterval.foreach(__v => __obj.updateDynamic(\"PatInterval\")(__v.asInstanceOf[js.Any]))\n      PcrControl.foreach(__v => __obj.updateDynamic(\"PcrControl\")(__v.asInstanceOf[js.Any]))\n      PcrPid.foreach(__v => __obj.updateDynamic(\"PcrPid\")(__v.asInstanceOf[js.Any]))\n      PmtInterval.foreach(__v => __obj.updateDynamic(\"PmtInterval\")(__v.asInstanceOf[js.Any]))\n      PmtPid.foreach(__v => __obj.updateDynamic(\"PmtPid\")(__v.asInstanceOf[js.Any]))\n      PrivateMetadataPid.foreach(__v => __obj.updateDynamic(\"PrivateMetadataPid\")(__v.asInstanceOf[js.Any]))\n      ProgramNumber.foreach(__v => __obj.updateDynamic(\"ProgramNumber\")(__v.asInstanceOf[js.Any]))\n      Scte35Pid.foreach(__v => __obj.updateDynamic(\"Scte35Pid\")(__v.asInstanceOf[js.Any]))\n      Scte35Source.foreach(__v => __obj.updateDynamic(\"Scte35Source\")(__v.asInstanceOf[js.Any]))\n      TimedMetadata.foreach(__v => __obj.updateDynamic(\"TimedMetadata\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataPid.foreach(__v => __obj.updateDynamic(\"TimedMetadataPid\")(__v.asInstanceOf[js.Any]))\n      TransportStreamId.foreach(__v => __obj.updateDynamic(\"TransportStreamId\")(__v.asInstanceOf[js.Any]))\n      VideoPid.foreach(__v => __obj.updateDynamic(\"VideoPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[M3u8Settings]\n    }\n  }\n\n  \/** Overlay motion graphics on top of your video at the time that you specify.\n    *\/\n  @js.native\n  trait MotionImageInserter extends js.Object {\n    var Framerate: js.UndefOr[MotionImageInsertionFramerate]\n    var Input: js.UndefOr[__stringMin14PatternS3Mov09PngHttpsMov09Png]\n    var InsertionMode: js.UndefOr[MotionImageInsertionMode]\n    var Offset: js.UndefOr[MotionImageInsertionOffset]\n    var Playback: js.UndefOr[MotionImagePlayback]\n    var StartTime: js.UndefOr[__stringMin11Max11Pattern01D20305D205D]\n  }\n\n  object MotionImageInserter {\n    @inline\n    def apply(\n        Framerate: js.UndefOr[MotionImageInsertionFramerate] = js.undefined,\n        Input: js.UndefOr[__stringMin14PatternS3Mov09PngHttpsMov09Png] = js.undefined,\n        InsertionMode: js.UndefOr[MotionImageInsertionMode] = js.undefined,\n        Offset: js.UndefOr[MotionImageInsertionOffset] = js.undefined,\n        Playback: js.UndefOr[MotionImagePlayback] = js.undefined,\n        StartTime: js.UndefOr[__stringMin11Max11Pattern01D20305D205D] = js.undefined\n    ): MotionImageInserter = {\n      val __obj = js.Dynamic.literal()\n      Framerate.foreach(__v => __obj.updateDynamic(\"Framerate\")(__v.asInstanceOf[js.Any]))\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      InsertionMode.foreach(__v => __obj.updateDynamic(\"InsertionMode\")(__v.asInstanceOf[js.Any]))\n      Offset.foreach(__v => __obj.updateDynamic(\"Offset\")(__v.asInstanceOf[js.Any]))\n      Playback.foreach(__v => __obj.updateDynamic(\"Playback\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionImageInserter]\n    }\n  }\n\n  \/** For motion overlays that don't have a built-in frame rate, specify the frame rate of the overlay in frames per second, as a fraction. For example, specify 24 fps as 24\/1. The overlay frame rate doesn't need to match the frame rate of the underlying video.\n    *\/\n  @js.native\n  trait MotionImageInsertionFramerate extends js.Object {\n    var FramerateDenominator: js.UndefOr[__integerMin1Max17895697]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483640]\n  }\n\n  object MotionImageInsertionFramerate {\n    @inline\n    def apply(\n        FramerateDenominator: js.UndefOr[__integerMin1Max17895697] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483640] = js.undefined\n    ): MotionImageInsertionFramerate = {\n      val __obj = js.Dynamic.literal()\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionImageInsertionFramerate]\n    }\n  }\n\n  \/** Choose the type of motion graphic asset that you are providing for your overlay. You can choose either a .mov file or a series of .png files.\n    *\/\n  @js.native\n  sealed trait MotionImageInsertionMode extends js.Any\n  object MotionImageInsertionMode {\n    val MOV = \"MOV\".asInstanceOf[MotionImageInsertionMode]\n    val PNG = \"PNG\".asInstanceOf[MotionImageInsertionMode]\n\n    @inline def values = js.Array(MOV, PNG)\n  }\n\n  \/** Specify the offset between the upper-left corner of the video frame and the top left corner of the overlay.\n    *\/\n  @js.native\n  trait MotionImageInsertionOffset extends js.Object {\n    var ImageX: js.UndefOr[__integerMin0Max2147483647]\n    var ImageY: js.UndefOr[__integerMin0Max2147483647]\n  }\n\n  object MotionImageInsertionOffset {\n    @inline\n    def apply(\n        ImageX: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        ImageY: js.UndefOr[__integerMin0Max2147483647] = js.undefined\n    ): MotionImageInsertionOffset = {\n      val __obj = js.Dynamic.literal()\n      ImageX.foreach(__v => __obj.updateDynamic(\"ImageX\")(__v.asInstanceOf[js.Any]))\n      ImageY.foreach(__v => __obj.updateDynamic(\"ImageY\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionImageInsertionOffset]\n    }\n  }\n\n  \/** Specify whether your motion graphic overlay repeats on a loop or plays only once.\n    *\/\n  @js.native\n  sealed trait MotionImagePlayback extends js.Any\n  object MotionImagePlayback {\n    val ONCE = \"ONCE\".asInstanceOf[MotionImagePlayback]\n    val REPEAT = \"REPEAT\".asInstanceOf[MotionImagePlayback]\n\n    @inline def values = js.Array(ONCE, REPEAT)\n  }\n\n  \/** When enabled, include 'clap' atom if appropriate for the video output settings.\n    *\/\n  @js.native\n  sealed trait MovClapAtom extends js.Any\n  object MovClapAtom {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[MovClapAtom]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[MovClapAtom]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** When enabled, file composition times will start at zero, composition times in the 'ctts' (composition time to sample) box for B-frames will be negative, and a 'cslg' (composition shift least greatest) box will be included per 14496-1 amendment 1. This improves compatibility with Apple players and tools.\n    *\/\n  @js.native\n  sealed trait MovCslgAtom extends js.Any\n  object MovCslgAtom {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[MovCslgAtom]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[MovCslgAtom]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** When set to XDCAM, writes MPEG2 video streams into the QuickTime file using XDCAM fourcc codes. This increases compatibility with Apple editors and players, but may decrease compatibility with other players. Only applicable when the video codec is MPEG2.\n    *\/\n  @js.native\n  sealed trait MovMpeg2FourCCControl extends js.Any\n  object MovMpeg2FourCCControl {\n    val XDCAM = \"XDCAM\".asInstanceOf[MovMpeg2FourCCControl]\n    val MPEG = \"MPEG\".asInstanceOf[MovMpeg2FourCCControl]\n\n    @inline def values = js.Array(XDCAM, MPEG)\n  }\n\n  \/** To make this output compatible with Omenon, keep the default value, OMNEON. Unless you need Omneon compatibility, set this value to NONE. When you keep the default value, OMNEON, MediaConvert increases the length of the edit list atom. This might cause file rejections when a recipient of the output file doesn't expct this extra padding.\n    *\/\n  @js.native\n  sealed trait MovPaddingControl extends js.Any\n  object MovPaddingControl {\n    val OMNEON = \"OMNEON\".asInstanceOf[MovPaddingControl]\n    val NONE = \"NONE\".asInstanceOf[MovPaddingControl]\n\n    @inline def values = js.Array(OMNEON, NONE)\n  }\n\n  \/** Always keep the default value (SELF_CONTAINED) for this setting.\n    *\/\n  @js.native\n  sealed trait MovReference extends js.Any\n  object MovReference {\n    val SELF_CONTAINED = \"SELF_CONTAINED\".asInstanceOf[MovReference]\n    val EXTERNAL = \"EXTERNAL\".asInstanceOf[MovReference]\n\n    @inline def values = js.Array(SELF_CONTAINED, EXTERNAL)\n  }\n\n  \/** Settings for MOV Container.\n    *\/\n  @js.native\n  trait MovSettings extends js.Object {\n    var ClapAtom: js.UndefOr[MovClapAtom]\n    var CslgAtom: js.UndefOr[MovCslgAtom]\n    var Mpeg2FourCCControl: js.UndefOr[MovMpeg2FourCCControl]\n    var PaddingControl: js.UndefOr[MovPaddingControl]\n    var Reference: js.UndefOr[MovReference]\n  }\n\n  object MovSettings {\n    @inline\n    def apply(\n        ClapAtom: js.UndefOr[MovClapAtom] = js.undefined,\n        CslgAtom: js.UndefOr[MovCslgAtom] = js.undefined,\n        Mpeg2FourCCControl: js.UndefOr[MovMpeg2FourCCControl] = js.undefined,\n        PaddingControl: js.UndefOr[MovPaddingControl] = js.undefined,\n        Reference: js.UndefOr[MovReference] = js.undefined\n    ): MovSettings = {\n      val __obj = js.Dynamic.literal()\n      ClapAtom.foreach(__v => __obj.updateDynamic(\"ClapAtom\")(__v.asInstanceOf[js.Any]))\n      CslgAtom.foreach(__v => __obj.updateDynamic(\"CslgAtom\")(__v.asInstanceOf[js.Any]))\n      Mpeg2FourCCControl.foreach(__v => __obj.updateDynamic(\"Mpeg2FourCCControl\")(__v.asInstanceOf[js.Any]))\n      PaddingControl.foreach(__v => __obj.updateDynamic(\"PaddingControl\")(__v.asInstanceOf[js.Any]))\n      Reference.foreach(__v => __obj.updateDynamic(\"Reference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MovSettings]\n    }\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value MP2.\n    *\/\n  @js.native\n  trait Mp2Settings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin32000Max384000]\n    var Channels: js.UndefOr[__integerMin1Max2]\n    var SampleRate: js.UndefOr[__integerMin32000Max48000]\n  }\n\n  object Mp2Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin32000Max384000] = js.undefined,\n        Channels: js.UndefOr[__integerMin1Max2] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin32000Max48000] = js.undefined\n    ): Mp2Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mp2Settings]\n    }\n  }\n\n  \/** Specify whether the service encodes this MP3 audio output with a constant bitrate (CBR) or a variable bitrate (VBR).\n    *\/\n  @js.native\n  sealed trait Mp3RateControlMode extends js.Any\n  object Mp3RateControlMode {\n    val CBR = \"CBR\".asInstanceOf[Mp3RateControlMode]\n    val VBR = \"VBR\".asInstanceOf[Mp3RateControlMode]\n\n    @inline def values = js.Array(CBR, VBR)\n  }\n\n  \/** Required when you set Codec, under AudioDescriptions>CodecSettings, to the value MP3.\n    *\/\n  @js.native\n  trait Mp3Settings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin16000Max320000]\n    var Channels: js.UndefOr[__integerMin1Max2]\n    var RateControlMode: js.UndefOr[Mp3RateControlMode]\n    var SampleRate: js.UndefOr[__integerMin22050Max48000]\n    var VbrQuality: js.UndefOr[__integerMin0Max9]\n  }\n\n  object Mp3Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin16000Max320000] = js.undefined,\n        Channels: js.UndefOr[__integerMin1Max2] = js.undefined,\n        RateControlMode: js.UndefOr[Mp3RateControlMode] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin22050Max48000] = js.undefined,\n        VbrQuality: js.UndefOr[__integerMin0Max9] = js.undefined\n    ): Mp3Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      VbrQuality.foreach(__v => __obj.updateDynamic(\"VbrQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mp3Settings]\n    }\n  }\n\n  \/** When enabled, file composition times will start at zero, composition times in the 'ctts' (composition time to sample) box for B-frames will be negative, and a 'cslg' (composition shift least greatest) box will be included per 14496-1 amendment 1. This improves compatibility with Apple players and tools.\n    *\/\n  @js.native\n  sealed trait Mp4CslgAtom extends js.Any\n  object Mp4CslgAtom {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[Mp4CslgAtom]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[Mp4CslgAtom]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Inserts a free-space box immediately after the moov box.\n    *\/\n  @js.native\n  sealed trait Mp4FreeSpaceBox extends js.Any\n  object Mp4FreeSpaceBox {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[Mp4FreeSpaceBox]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[Mp4FreeSpaceBox]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** If set to PROGRESSIVE_DOWNLOAD, the MOOV atom is relocated to the beginning of the archive as required for progressive downloading. Otherwise it is placed normally at the end.\n    *\/\n  @js.native\n  sealed trait Mp4MoovPlacement extends js.Any\n  object Mp4MoovPlacement {\n    val PROGRESSIVE_DOWNLOAD = \"PROGRESSIVE_DOWNLOAD\".asInstanceOf[Mp4MoovPlacement]\n    val NORMAL = \"NORMAL\".asInstanceOf[Mp4MoovPlacement]\n\n    @inline def values = js.Array(PROGRESSIVE_DOWNLOAD, NORMAL)\n  }\n\n  \/** Settings for MP4 container. You can create audio-only AAC outputs with this container.\n    *\/\n  @js.native\n  trait Mp4Settings extends js.Object {\n    var AudioDuration: js.UndefOr[CmfcAudioDuration]\n    var CslgAtom: js.UndefOr[Mp4CslgAtom]\n    var CttsVersion: js.UndefOr[__integerMin0Max1]\n    var FreeSpaceBox: js.UndefOr[Mp4FreeSpaceBox]\n    var MoovPlacement: js.UndefOr[Mp4MoovPlacement]\n    var Mp4MajorBrand: js.UndefOr[__string]\n  }\n\n  object Mp4Settings {\n    @inline\n    def apply(\n        AudioDuration: js.UndefOr[CmfcAudioDuration] = js.undefined,\n        CslgAtom: js.UndefOr[Mp4CslgAtom] = js.undefined,\n        CttsVersion: js.UndefOr[__integerMin0Max1] = js.undefined,\n        FreeSpaceBox: js.UndefOr[Mp4FreeSpaceBox] = js.undefined,\n        MoovPlacement: js.UndefOr[Mp4MoovPlacement] = js.undefined,\n        Mp4MajorBrand: js.UndefOr[__string] = js.undefined\n    ): Mp4Settings = {\n      val __obj = js.Dynamic.literal()\n      AudioDuration.foreach(__v => __obj.updateDynamic(\"AudioDuration\")(__v.asInstanceOf[js.Any]))\n      CslgAtom.foreach(__v => __obj.updateDynamic(\"CslgAtom\")(__v.asInstanceOf[js.Any]))\n      CttsVersion.foreach(__v => __obj.updateDynamic(\"CttsVersion\")(__v.asInstanceOf[js.Any]))\n      FreeSpaceBox.foreach(__v => __obj.updateDynamic(\"FreeSpaceBox\")(__v.asInstanceOf[js.Any]))\n      MoovPlacement.foreach(__v => __obj.updateDynamic(\"MoovPlacement\")(__v.asInstanceOf[js.Any]))\n      Mp4MajorBrand.foreach(__v => __obj.updateDynamic(\"Mp4MajorBrand\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mp4Settings]\n    }\n  }\n\n  \/** Optional. Choose Include (INCLUDE) to have MediaConvert mark up your DASH manifest with <Accessibility> elements for embedded 608 captions. This markup isn't generally required, but some video players require it to discover and play embedded 608 captions. Keep the default value, Exclude (EXCLUDE), to leave these elements out. When you enable this setting, this is the markup that MediaConvert includes in your manifest: <Accessibility schemeIdUri=\"urn:scte:dash:cc:cea-608:2015\" value=\"CC1=eng\"\/>\n    *\/\n  @js.native\n  sealed trait MpdAccessibilityCaptionHints extends js.Any\n  object MpdAccessibilityCaptionHints {\n    val INCLUDE = \"INCLUDE\".asInstanceOf[MpdAccessibilityCaptionHints]\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[MpdAccessibilityCaptionHints]\n\n    @inline def values = js.Array(INCLUDE, EXCLUDE)\n  }\n\n  \/** Specify this setting only when your output will be consumed by a downstream repackaging workflow that is sensitive to very small duration differences between video and audio. For this situation, choose Match video duration (MATCH_VIDEO_DURATION). In all other cases, keep the default value, Default codec duration (DEFAULT_CODEC_DURATION). When you choose Match video duration, MediaConvert pads the output audio streams with silence or trims them to ensure that the total duration of each audio stream is at least as long as the total duration of the video stream. After padding or trimming, the audio stream duration is no more than one frame longer than the video stream. MediaConvert applies audio padding or trimming only to the end of the last segment of the output. For unsegmented outputs, MediaConvert adds padding only to the end of the file. When you keep the default value, any minor discrepancies between audio and video duration will depend on your output audio codec.\n    *\/\n  @js.native\n  sealed trait MpdAudioDuration extends js.Any\n  object MpdAudioDuration {\n    val DEFAULT_CODEC_DURATION = \"DEFAULT_CODEC_DURATION\".asInstanceOf[MpdAudioDuration]\n    val MATCH_VIDEO_DURATION = \"MATCH_VIDEO_DURATION\".asInstanceOf[MpdAudioDuration]\n\n    @inline def values = js.Array(DEFAULT_CODEC_DURATION, MATCH_VIDEO_DURATION)\n  }\n\n  \/** Use this setting only in DASH output groups that include sidecar TTML or IMSC captions. You specify sidecar captions in a separate output from your audio and video. Choose Raw (RAW) for captions in a single XML file in a raw container. Choose Fragmented MPEG-4 (FRAGMENTED_MP4) for captions in XML format contained within fragmented MP4 files. This set of fragmented MP4 files is separate from your video and audio fragmented MP4 files.\n    *\/\n  @js.native\n  sealed trait MpdCaptionContainerType extends js.Any\n  object MpdCaptionContainerType {\n    val RAW = \"RAW\".asInstanceOf[MpdCaptionContainerType]\n    val FRAGMENTED_MP4 = \"FRAGMENTED_MP4\".asInstanceOf[MpdCaptionContainerType]\n\n    @inline def values = js.Array(RAW, FRAGMENTED_MP4)\n  }\n\n  \/** Use this setting only when you specify SCTE-35 markers from ESAM. Choose INSERT to put SCTE-35 markers in this output at the insertion points that you specify in an ESAM XML document. Provide the document in the setting SCC XML (sccXml).\n    *\/\n  @js.native\n  sealed trait MpdScte35Esam extends js.Any\n  object MpdScte35Esam {\n    val INSERT = \"INSERT\".asInstanceOf[MpdScte35Esam]\n    val NONE = \"NONE\".asInstanceOf[MpdScte35Esam]\n\n    @inline def values = js.Array(INSERT, NONE)\n  }\n\n  \/** Ignore this setting unless you have SCTE-35 markers in your input video file. Choose Passthrough (PASSTHROUGH) if you want SCTE-35 markers that appear in your input to also appear in this output. Choose None (NONE) if you don't want those SCTE-35 markers in this output.\n    *\/\n  @js.native\n  sealed trait MpdScte35Source extends js.Any\n  object MpdScte35Source {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[MpdScte35Source]\n    val NONE = \"NONE\".asInstanceOf[MpdScte35Source]\n\n    @inline def values = js.Array(PASSTHROUGH, NONE)\n  }\n\n  \/** Settings for MP4 segments in DASH\n    *\/\n  @js.native\n  trait MpdSettings extends js.Object {\n    var AccessibilityCaptionHints: js.UndefOr[MpdAccessibilityCaptionHints]\n    var AudioDuration: js.UndefOr[MpdAudioDuration]\n    var CaptionContainerType: js.UndefOr[MpdCaptionContainerType]\n    var Scte35Esam: js.UndefOr[MpdScte35Esam]\n    var Scte35Source: js.UndefOr[MpdScte35Source]\n  }\n\n  object MpdSettings {\n    @inline\n    def apply(\n        AccessibilityCaptionHints: js.UndefOr[MpdAccessibilityCaptionHints] = js.undefined,\n        AudioDuration: js.UndefOr[MpdAudioDuration] = js.undefined,\n        CaptionContainerType: js.UndefOr[MpdCaptionContainerType] = js.undefined,\n        Scte35Esam: js.UndefOr[MpdScte35Esam] = js.undefined,\n        Scte35Source: js.UndefOr[MpdScte35Source] = js.undefined\n    ): MpdSettings = {\n      val __obj = js.Dynamic.literal()\n      AccessibilityCaptionHints.foreach(__v => __obj.updateDynamic(\"AccessibilityCaptionHints\")(__v.asInstanceOf[js.Any]))\n      AudioDuration.foreach(__v => __obj.updateDynamic(\"AudioDuration\")(__v.asInstanceOf[js.Any]))\n      CaptionContainerType.foreach(__v => __obj.updateDynamic(\"CaptionContainerType\")(__v.asInstanceOf[js.Any]))\n      Scte35Esam.foreach(__v => __obj.updateDynamic(\"Scte35Esam\")(__v.asInstanceOf[js.Any]))\n      Scte35Source.foreach(__v => __obj.updateDynamic(\"Scte35Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MpdSettings]\n    }\n  }\n\n  \/** Specify the strength of any adaptive quantization filters that you enable. The value that you choose here applies to the following settings: Spatial adaptive quantization (spatialAdaptiveQuantization), and Temporal adaptive quantization (temporalAdaptiveQuantization).\n    *\/\n  @js.native\n  sealed trait Mpeg2AdaptiveQuantization extends js.Any\n  object Mpeg2AdaptiveQuantization {\n    val OFF = \"OFF\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val HIGH = \"HIGH\".asInstanceOf[Mpeg2AdaptiveQuantization]\n\n    @inline def values = js.Array(OFF, LOW, MEDIUM, HIGH)\n  }\n\n  \/** Use Level (Mpeg2CodecLevel) to set the MPEG-2 level for the video output.\n    *\/\n  @js.native\n  sealed trait Mpeg2CodecLevel extends js.Any\n  object Mpeg2CodecLevel {\n    val AUTO = \"AUTO\".asInstanceOf[Mpeg2CodecLevel]\n    val LOW = \"LOW\".asInstanceOf[Mpeg2CodecLevel]\n    val MAIN = \"MAIN\".asInstanceOf[Mpeg2CodecLevel]\n    val HIGH1440 = \"HIGH1440\".asInstanceOf[Mpeg2CodecLevel]\n    val HIGH = \"HIGH\".asInstanceOf[Mpeg2CodecLevel]\n\n    @inline def values = js.Array(AUTO, LOW, MAIN, HIGH1440, HIGH)\n  }\n\n  \/** Use Profile (Mpeg2CodecProfile) to set the MPEG-2 profile for the video output.\n    *\/\n  @js.native\n  sealed trait Mpeg2CodecProfile extends js.Any\n  object Mpeg2CodecProfile {\n    val MAIN = \"MAIN\".asInstanceOf[Mpeg2CodecProfile]\n    val PROFILE_422 = \"PROFILE_422\".asInstanceOf[Mpeg2CodecProfile]\n\n    @inline def values = js.Array(MAIN, PROFILE_422)\n  }\n\n  \/** Choose Adaptive to improve subjective video quality for high-motion content. This will cause the service to use fewer B-frames (which infer information based on other frames) for high-motion portions of the video and more B-frames for low-motion portions. The maximum number of B-frames is limited by the value you provide for the setting B frames between reference frames (numberBFramesBetweenReferenceFrames).\n    *\/\n  @js.native\n  sealed trait Mpeg2DynamicSubGop extends js.Any\n  object Mpeg2DynamicSubGop {\n    val ADAPTIVE = \"ADAPTIVE\".asInstanceOf[Mpeg2DynamicSubGop]\n    val STATIC = \"STATIC\".asInstanceOf[Mpeg2DynamicSubGop]\n\n    @inline def values = js.Array(ADAPTIVE, STATIC)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait Mpeg2FramerateControl extends js.Any\n  object Mpeg2FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Mpeg2FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Mpeg2FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait Mpeg2FramerateConversionAlgorithm extends js.Any\n  object Mpeg2FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[Mpeg2FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[Mpeg2FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[Mpeg2FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Indicates if the GOP Size in MPEG2 is specified in frames or seconds. If seconds the system will convert the GOP Size into a frame count at run time.\n    *\/\n  @js.native\n  sealed trait Mpeg2GopSizeUnits extends js.Any\n  object Mpeg2GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[Mpeg2GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[Mpeg2GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** Choose the scan line type for the output. Keep the default value, Progressive (PROGRESSIVE) to create a progressive output, regardless of the scan type of your input. Use Top field first (TOP_FIELD) or Bottom field first (BOTTOM_FIELD) to create an output that's interlaced with the same field polarity throughout. Use Follow, default top (FOLLOW_TOP_FIELD) or Follow, default bottom (FOLLOW_BOTTOM_FIELD) to produce outputs with the same field polarity as the source. For jobs that have multiple inputs, the output field polarity might change over the course of the output. Follow behavior depends on the input scan type. If the source is interlaced, the output will be interlaced with the same polarity as the source. If the source is progressive, the output will be interlaced with top field bottom field first, depending on which of the Follow options you choose.\n    *\/\n  @js.native\n  sealed trait Mpeg2InterlaceMode extends js.Any\n  object Mpeg2InterlaceMode {\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[Mpeg2InterlaceMode]\n    val TOP_FIELD = \"TOP_FIELD\".asInstanceOf[Mpeg2InterlaceMode]\n    val BOTTOM_FIELD = \"BOTTOM_FIELD\".asInstanceOf[Mpeg2InterlaceMode]\n    val FOLLOW_TOP_FIELD = \"FOLLOW_TOP_FIELD\".asInstanceOf[Mpeg2InterlaceMode]\n    val FOLLOW_BOTTOM_FIELD = \"FOLLOW_BOTTOM_FIELD\".asInstanceOf[Mpeg2InterlaceMode]\n\n    @inline def values = js.Array(PROGRESSIVE, TOP_FIELD, BOTTOM_FIELD, FOLLOW_TOP_FIELD, FOLLOW_BOTTOM_FIELD)\n  }\n\n  \/** Use Intra DC precision (Mpeg2IntraDcPrecision) to set quantization precision for intra-block DC coefficients. If you choose the value auto, the service will automatically select the precision based on the per-frame compression ratio.\n    *\/\n  @js.native\n  sealed trait Mpeg2IntraDcPrecision extends js.Any\n  object Mpeg2IntraDcPrecision {\n    val AUTO = \"AUTO\".asInstanceOf[Mpeg2IntraDcPrecision]\n    val INTRA_DC_PRECISION_8 = \"INTRA_DC_PRECISION_8\".asInstanceOf[Mpeg2IntraDcPrecision]\n    val INTRA_DC_PRECISION_9 = \"INTRA_DC_PRECISION_9\".asInstanceOf[Mpeg2IntraDcPrecision]\n    val INTRA_DC_PRECISION_10 = \"INTRA_DC_PRECISION_10\".asInstanceOf[Mpeg2IntraDcPrecision]\n    val INTRA_DC_PRECISION_11 = \"INTRA_DC_PRECISION_11\".asInstanceOf[Mpeg2IntraDcPrecision]\n\n    @inline def values = js.Array(AUTO, INTRA_DC_PRECISION_8, INTRA_DC_PRECISION_9, INTRA_DC_PRECISION_10, INTRA_DC_PRECISION_11)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait Mpeg2ParControl extends js.Any\n  object Mpeg2ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Mpeg2ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Mpeg2ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how you want to trade off encoding speed for output video quality. The default behavior is faster, lower quality, single-pass encoding.\n    *\/\n  @js.native\n  sealed trait Mpeg2QualityTuningLevel extends js.Any\n  object Mpeg2QualityTuningLevel {\n    val SINGLE_PASS = \"SINGLE_PASS\".asInstanceOf[Mpeg2QualityTuningLevel]\n    val MULTI_PASS = \"MULTI_PASS\".asInstanceOf[Mpeg2QualityTuningLevel]\n\n    @inline def values = js.Array(SINGLE_PASS, MULTI_PASS)\n  }\n\n  \/** Use Rate control mode (Mpeg2RateControlMode) to specify whether the bitrate is variable (vbr) or constant (cbr).\n    *\/\n  @js.native\n  sealed trait Mpeg2RateControlMode extends js.Any\n  object Mpeg2RateControlMode {\n    val VBR = \"VBR\".asInstanceOf[Mpeg2RateControlMode]\n    val CBR = \"CBR\".asInstanceOf[Mpeg2RateControlMode]\n\n    @inline def values = js.Array(VBR, CBR)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait Mpeg2ScanTypeConversionMode extends js.Any\n  object Mpeg2ScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[Mpeg2ScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[Mpeg2ScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Enable this setting to insert I-frames at scene changes that the service automatically detects. This improves video quality and is enabled by default.\n    *\/\n  @js.native\n  sealed trait Mpeg2SceneChangeDetect extends js.Any\n  object Mpeg2SceneChangeDetect {\n    val DISABLED = \"DISABLED\".asInstanceOf[Mpeg2SceneChangeDetect]\n    val ENABLED = \"ENABLED\".asInstanceOf[Mpeg2SceneChangeDetect]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value MPEG2.\n    *\/\n  @js.native\n  trait Mpeg2Settings extends js.Object {\n    var AdaptiveQuantization: js.UndefOr[Mpeg2AdaptiveQuantization]\n    var Bitrate: js.UndefOr[__integerMin1000Max288000000]\n    var CodecLevel: js.UndefOr[Mpeg2CodecLevel]\n    var CodecProfile: js.UndefOr[Mpeg2CodecProfile]\n    var DynamicSubGop: js.UndefOr[Mpeg2DynamicSubGop]\n    var FramerateControl: js.UndefOr[Mpeg2FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[Mpeg2FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max1001]\n    var FramerateNumerator: js.UndefOr[__integerMin24Max60000]\n    var GopClosedCadence: js.UndefOr[__integerMin0Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var GopSizeUnits: js.UndefOr[Mpeg2GopSizeUnits]\n    var HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100]\n    var HrdBufferSize: js.UndefOr[__integerMin0Max47185920]\n    var InterlaceMode: js.UndefOr[Mpeg2InterlaceMode]\n    var IntraDcPrecision: js.UndefOr[Mpeg2IntraDcPrecision]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max300000000]\n    var MinIInterval: js.UndefOr[__integerMin0Max30]\n    var NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7]\n    var ParControl: js.UndefOr[Mpeg2ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var QualityTuningLevel: js.UndefOr[Mpeg2QualityTuningLevel]\n    var RateControlMode: js.UndefOr[Mpeg2RateControlMode]\n    var ScanTypeConversionMode: js.UndefOr[Mpeg2ScanTypeConversionMode]\n    var SceneChangeDetect: js.UndefOr[Mpeg2SceneChangeDetect]\n    var SlowPal: js.UndefOr[Mpeg2SlowPal]\n    var Softness: js.UndefOr[__integerMin0Max128]\n    var SpatialAdaptiveQuantization: js.UndefOr[Mpeg2SpatialAdaptiveQuantization]\n    var Syntax: js.UndefOr[Mpeg2Syntax]\n    var Telecine: js.UndefOr[Mpeg2Telecine]\n    var TemporalAdaptiveQuantization: js.UndefOr[Mpeg2TemporalAdaptiveQuantization]\n  }\n\n  object Mpeg2Settings {\n    @inline\n    def apply(\n        AdaptiveQuantization: js.UndefOr[Mpeg2AdaptiveQuantization] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin1000Max288000000] = js.undefined,\n        CodecLevel: js.UndefOr[Mpeg2CodecLevel] = js.undefined,\n        CodecProfile: js.UndefOr[Mpeg2CodecProfile] = js.undefined,\n        DynamicSubGop: js.UndefOr[Mpeg2DynamicSubGop] = js.undefined,\n        FramerateControl: js.UndefOr[Mpeg2FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[Mpeg2FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max1001] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin24Max60000] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        GopSizeUnits: js.UndefOr[Mpeg2GopSizeUnits] = js.undefined,\n        HrdBufferInitialFillPercentage: js.UndefOr[__integerMin0Max100] = js.undefined,\n        HrdBufferSize: js.UndefOr[__integerMin0Max47185920] = js.undefined,\n        InterlaceMode: js.UndefOr[Mpeg2InterlaceMode] = js.undefined,\n        IntraDcPrecision: js.UndefOr[Mpeg2IntraDcPrecision] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max300000000] = js.undefined,\n        MinIInterval: js.UndefOr[__integerMin0Max30] = js.undefined,\n        NumberBFramesBetweenReferenceFrames: js.UndefOr[__integerMin0Max7] = js.undefined,\n        ParControl: js.UndefOr[Mpeg2ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        QualityTuningLevel: js.UndefOr[Mpeg2QualityTuningLevel] = js.undefined,\n        RateControlMode: js.UndefOr[Mpeg2RateControlMode] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[Mpeg2ScanTypeConversionMode] = js.undefined,\n        SceneChangeDetect: js.UndefOr[Mpeg2SceneChangeDetect] = js.undefined,\n        SlowPal: js.UndefOr[Mpeg2SlowPal] = js.undefined,\n        Softness: js.UndefOr[__integerMin0Max128] = js.undefined,\n        SpatialAdaptiveQuantization: js.UndefOr[Mpeg2SpatialAdaptiveQuantization] = js.undefined,\n        Syntax: js.UndefOr[Mpeg2Syntax] = js.undefined,\n        Telecine: js.UndefOr[Mpeg2Telecine] = js.undefined,\n        TemporalAdaptiveQuantization: js.UndefOr[Mpeg2TemporalAdaptiveQuantization] = js.undefined\n    ): Mpeg2Settings = {\n      val __obj = js.Dynamic.literal()\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodecLevel.foreach(__v => __obj.updateDynamic(\"CodecLevel\")(__v.asInstanceOf[js.Any]))\n      CodecProfile.foreach(__v => __obj.updateDynamic(\"CodecProfile\")(__v.asInstanceOf[js.Any]))\n      DynamicSubGop.foreach(__v => __obj.updateDynamic(\"DynamicSubGop\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      HrdBufferInitialFillPercentage.foreach(__v => __obj.updateDynamic(\"HrdBufferInitialFillPercentage\")(__v.asInstanceOf[js.Any]))\n      HrdBufferSize.foreach(__v => __obj.updateDynamic(\"HrdBufferSize\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      IntraDcPrecision.foreach(__v => __obj.updateDynamic(\"IntraDcPrecision\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      MinIInterval.foreach(__v => __obj.updateDynamic(\"MinIInterval\")(__v.asInstanceOf[js.Any]))\n      NumberBFramesBetweenReferenceFrames.foreach(__v => __obj.updateDynamic(\"NumberBFramesBetweenReferenceFrames\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SceneChangeDetect.foreach(__v => __obj.updateDynamic(\"SceneChangeDetect\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      Softness.foreach(__v => __obj.updateDynamic(\"Softness\")(__v.asInstanceOf[js.Any]))\n      SpatialAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"SpatialAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      Syntax.foreach(__v => __obj.updateDynamic(\"Syntax\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      TemporalAdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"TemporalAdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mpeg2Settings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output. When you enable slow PAL, MediaConvert relabels the video frames to 25 fps and resamples your audio to keep it synchronized with the video. Note that enabling this setting will slightly reduce the duration of your video. Required settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait Mpeg2SlowPal extends js.Any\n  object Mpeg2SlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[Mpeg2SlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[Mpeg2SlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Keep the default value, Enabled (ENABLED), to adjust quantization within each frame based on spatial variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas that can sustain more distortion with no noticeable visual degradation and uses more bits on areas where any small distortion will be noticeable. For example, complex textured blocks are encoded with fewer bits and smooth textured blocks are encoded with more bits. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen with a lot of complex texture, you might choose to disable this feature. Related setting: When you enable spatial adaptive quantization, set the value for Adaptive quantization (adaptiveQuantization) depending on your content. For homogeneous content, such as cartoons and\n    * video games, set it to Low. For content with a wider variety of textures, set it to High or Higher.\n    *\/\n  @js.native\n  sealed trait Mpeg2SpatialAdaptiveQuantization extends js.Any\n  object Mpeg2SpatialAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[Mpeg2SpatialAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[Mpeg2SpatialAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Specify whether this output's video uses the D10 syntax. Keep the default value to not use the syntax. Related settings: When you choose D10 (D_10) for your MXF profile (profile), you must also set this value to to D10 (D_10).\n    *\/\n  @js.native\n  sealed trait Mpeg2Syntax extends js.Any\n  object Mpeg2Syntax {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[Mpeg2Syntax]\n    val D_10 = \"D_10\".asInstanceOf[Mpeg2Syntax]\n\n    @inline def values = js.Array(DEFAULT, D_10)\n  }\n\n  \/** When you do frame rate conversion from 23.976 frames per second (fps) to 29.97 fps, and your output scan type is interlaced, you can optionally enable hard or soft telecine to create a smoother picture. Hard telecine (HARD) produces a 29.97i output. Soft telecine (SOFT) produces an output with a 23.976 output that signals to the video player device to do the conversion during play back. When you keep the default value, None (NONE), MediaConvert does a standard frame rate conversion to 29.97 without doing anything with the field polarity to create a smoother picture.\n    *\/\n  @js.native\n  sealed trait Mpeg2Telecine extends js.Any\n  object Mpeg2Telecine {\n    val NONE = \"NONE\".asInstanceOf[Mpeg2Telecine]\n    val SOFT = \"SOFT\".asInstanceOf[Mpeg2Telecine]\n    val HARD = \"HARD\".asInstanceOf[Mpeg2Telecine]\n\n    @inline def values = js.Array(NONE, SOFT, HARD)\n  }\n\n  \/** Keep the default value, Enabled (ENABLED), to adjust quantization within each frame based on temporal variation of content complexity. When you enable this feature, the encoder uses fewer bits on areas of the frame that aren't moving and uses more bits on complex objects with sharp edges that move a lot. For example, this feature improves the readability of text tickers on newscasts and scoreboards on sports matches. Enabling this feature will almost always improve your video quality. Note, though, that this feature doesn't take into account where the viewer's attention is likely to be. If viewers are likely to be focusing their attention on a part of the screen that doesn't have moving objects with sharp edges, such as sports athletes' faces, you might choose to disable this feature. Related setting: When you enable temporal quantization, adjust the strength of the filter with the setting Adaptive quantization (adaptiveQuantization).\n    *\/\n  @js.native\n  sealed trait Mpeg2TemporalAdaptiveQuantization extends js.Any\n  object Mpeg2TemporalAdaptiveQuantization {\n    val DISABLED = \"DISABLED\".asInstanceOf[Mpeg2TemporalAdaptiveQuantization]\n    val ENABLED = \"ENABLED\".asInstanceOf[Mpeg2TemporalAdaptiveQuantization]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Specify the details for each additional Microsoft Smooth Streaming manifest that you want the service to generate for this output group. Each manifest can reference a different subset of outputs in the group.\n    *\/\n  @js.native\n  trait MsSmoothAdditionalManifest extends js.Object {\n    var ManifestNameModifier: js.UndefOr[__stringMin1]\n    var SelectedOutputs: js.UndefOr[__listOf__stringMin1]\n  }\n\n  object MsSmoothAdditionalManifest {\n    @inline\n    def apply(\n        ManifestNameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        SelectedOutputs: js.UndefOr[__listOf__stringMin1] = js.undefined\n    ): MsSmoothAdditionalManifest = {\n      val __obj = js.Dynamic.literal()\n      ManifestNameModifier.foreach(__v => __obj.updateDynamic(\"ManifestNameModifier\")(__v.asInstanceOf[js.Any]))\n      SelectedOutputs.foreach(__v => __obj.updateDynamic(\"SelectedOutputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MsSmoothAdditionalManifest]\n    }\n  }\n\n  \/** COMBINE_DUPLICATE_STREAMS combines identical audio encoding settings across a Microsoft Smooth output group into a single audio stream.\n    *\/\n  @js.native\n  sealed trait MsSmoothAudioDeduplication extends js.Any\n  object MsSmoothAudioDeduplication {\n    val COMBINE_DUPLICATE_STREAMS = \"COMBINE_DUPLICATE_STREAMS\".asInstanceOf[MsSmoothAudioDeduplication]\n    val NONE = \"NONE\".asInstanceOf[MsSmoothAudioDeduplication]\n\n    @inline def values = js.Array(COMBINE_DUPLICATE_STREAMS, NONE)\n  }\n\n  \/** If you are using DRM, set DRM System (MsSmoothEncryptionSettings) to specify the value SpekeKeyProvider.\n    *\/\n  @js.native\n  trait MsSmoothEncryptionSettings extends js.Object {\n    var SpekeKeyProvider: js.UndefOr[SpekeKeyProvider]\n  }\n\n  object MsSmoothEncryptionSettings {\n    @inline\n    def apply(\n        SpekeKeyProvider: js.UndefOr[SpekeKeyProvider] = js.undefined\n    ): MsSmoothEncryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      SpekeKeyProvider.foreach(__v => __obj.updateDynamic(\"SpekeKeyProvider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MsSmoothEncryptionSettings]\n    }\n  }\n\n  \/** Required when you set (Type) under (OutputGroups)>(OutputGroupSettings) to MS_SMOOTH_GROUP_SETTINGS.\n    *\/\n  @js.native\n  trait MsSmoothGroupSettings extends js.Object {\n    var AdditionalManifests: js.UndefOr[__listOfMsSmoothAdditionalManifest]\n    var AudioDeduplication: js.UndefOr[MsSmoothAudioDeduplication]\n    var Destination: js.UndefOr[__stringPatternS3]\n    var DestinationSettings: js.UndefOr[DestinationSettings]\n    var Encryption: js.UndefOr[MsSmoothEncryptionSettings]\n    var FragmentLength: js.UndefOr[__integerMin1Max2147483647]\n    var ManifestEncoding: js.UndefOr[MsSmoothManifestEncoding]\n  }\n\n  object MsSmoothGroupSettings {\n    @inline\n    def apply(\n        AdditionalManifests: js.UndefOr[__listOfMsSmoothAdditionalManifest] = js.undefined,\n        AudioDeduplication: js.UndefOr[MsSmoothAudioDeduplication] = js.undefined,\n        Destination: js.UndefOr[__stringPatternS3] = js.undefined,\n        DestinationSettings: js.UndefOr[DestinationSettings] = js.undefined,\n        Encryption: js.UndefOr[MsSmoothEncryptionSettings] = js.undefined,\n        FragmentLength: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ManifestEncoding: js.UndefOr[MsSmoothManifestEncoding] = js.undefined\n    ): MsSmoothGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      AdditionalManifests.foreach(__v => __obj.updateDynamic(\"AdditionalManifests\")(__v.asInstanceOf[js.Any]))\n      AudioDeduplication.foreach(__v => __obj.updateDynamic(\"AudioDeduplication\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      FragmentLength.foreach(__v => __obj.updateDynamic(\"FragmentLength\")(__v.asInstanceOf[js.Any]))\n      ManifestEncoding.foreach(__v => __obj.updateDynamic(\"ManifestEncoding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MsSmoothGroupSettings]\n    }\n  }\n\n  \/** Use Manifest encoding (MsSmoothManifestEncoding) to specify the encoding format for the server and client manifest. Valid options are utf8 and utf16.\n    *\/\n  @js.native\n  sealed trait MsSmoothManifestEncoding extends js.Any\n  object MsSmoothManifestEncoding {\n    val UTF8 = \"UTF8\".asInstanceOf[MsSmoothManifestEncoding]\n    val UTF16 = \"UTF16\".asInstanceOf[MsSmoothManifestEncoding]\n\n    @inline def values = js.Array(UTF8, UTF16)\n  }\n\n  \/** Optional. When you have AFD signaling set up in your output video stream, use this setting to choose whether to also include it in the MXF wrapper. Choose Don't copy (NO_COPY) to exclude AFD signaling from the MXF wrapper. Choose Copy from video stream (COPY_FROM_VIDEO) to copy the AFD values from the video stream for this output to the MXF wrapper. Regardless of which option you choose, the AFD values remain in the video stream. Related settings: To set up your output to include or exclude AFD values, see AfdSignaling, under VideoDescription. On the console, find AFD signaling under the output's video encoding settings.\n    *\/\n  @js.native\n  sealed trait MxfAfdSignaling extends js.Any\n  object MxfAfdSignaling {\n    val NO_COPY = \"NO_COPY\".asInstanceOf[MxfAfdSignaling]\n    val COPY_FROM_VIDEO = \"COPY_FROM_VIDEO\".asInstanceOf[MxfAfdSignaling]\n\n    @inline def values = js.Array(NO_COPY, COPY_FROM_VIDEO)\n  }\n\n  \/** Specify the MXF profile, also called shim, for this output. When you choose Auto, MediaConvert chooses a profile based on the video codec and resolution. For a list of codecs supported with each MXF profile, see https:\/\/docs.aws.amazon.com\/mediaconvert\/latest\/ug\/codecs-supported-with-each-mxf-profile.html. For more information about the automatic selection behavior, see https:\/\/docs.aws.amazon.com\/mediaconvert\/latest\/ug\/default-automatic-selection-of-mxf-profiles.html.\n    *\/\n  @js.native\n  sealed trait MxfProfile extends js.Any\n  object MxfProfile {\n    val D_10 = \"D_10\".asInstanceOf[MxfProfile]\n    val XDCAM = \"XDCAM\".asInstanceOf[MxfProfile]\n    val OP1A = \"OP1A\".asInstanceOf[MxfProfile]\n\n    @inline def values = js.Array(D_10, XDCAM, OP1A)\n  }\n\n  \/** MXF settings\n    *\/\n  @js.native\n  trait MxfSettings extends js.Object {\n    var AfdSignaling: js.UndefOr[MxfAfdSignaling]\n    var Profile: js.UndefOr[MxfProfile]\n  }\n\n  object MxfSettings {\n    @inline\n    def apply(\n        AfdSignaling: js.UndefOr[MxfAfdSignaling] = js.undefined,\n        Profile: js.UndefOr[MxfProfile] = js.undefined\n    ): MxfSettings = {\n      val __obj = js.Dynamic.literal()\n      AfdSignaling.foreach(__v => __obj.updateDynamic(\"AfdSignaling\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MxfSettings]\n    }\n  }\n\n  \/** For forensic video watermarking, MediaConvert supports Nagra NexGuard File Marker watermarking. MediaConvert supports both PreRelease Content (NGPR\/G2) and OTT Streaming workflows.\n    *\/\n  @js.native\n  trait NexGuardFileMarkerSettings extends js.Object {\n    var License: js.UndefOr[__stringMin1Max100000]\n    var Payload: js.UndefOr[__integerMin0Max4194303]\n    var Preset: js.UndefOr[__stringMin1Max256]\n    var Strength: js.UndefOr[WatermarkingStrength]\n  }\n\n  object NexGuardFileMarkerSettings {\n    @inline\n    def apply(\n        License: js.UndefOr[__stringMin1Max100000] = js.undefined,\n        Payload: js.UndefOr[__integerMin0Max4194303] = js.undefined,\n        Preset: js.UndefOr[__stringMin1Max256] = js.undefined,\n        Strength: js.UndefOr[WatermarkingStrength] = js.undefined\n    ): NexGuardFileMarkerSettings = {\n      val __obj = js.Dynamic.literal()\n      License.foreach(__v => __obj.updateDynamic(\"License\")(__v.asInstanceOf[js.Any]))\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      Strength.foreach(__v => __obj.updateDynamic(\"Strength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NexGuardFileMarkerSettings]\n    }\n  }\n\n  \/** Choose the type of Nielsen watermarks that you want in your outputs. When you choose NAES 2 and NW (NAES2_AND_NW), you must provide a value for the setting SID (sourceId). When you choose CBET (CBET), you must provide a value for the setting CSID (cbetSourceId). When you choose NAES 2, NW, and CBET (NAES2_AND_NW_AND_CBET), you must provide values for both of these settings.\n    *\/\n  @js.native\n  sealed trait NielsenActiveWatermarkProcessType extends js.Any\n  object NielsenActiveWatermarkProcessType {\n    val NAES2_AND_NW = \"NAES2_AND_NW\".asInstanceOf[NielsenActiveWatermarkProcessType]\n    val CBET = \"CBET\".asInstanceOf[NielsenActiveWatermarkProcessType]\n    val NAES2_AND_NW_AND_CBET = \"NAES2_AND_NW_AND_CBET\".asInstanceOf[NielsenActiveWatermarkProcessType]\n\n    @inline def values = js.Array(NAES2_AND_NW, CBET, NAES2_AND_NW_AND_CBET)\n  }\n\n  \/** Settings for your Nielsen configuration. If you don't do Nielsen measurement and analytics, ignore these settings. When you enable Nielsen configuration (nielsenConfiguration), MediaConvert enables PCM to ID3 tagging for all outputs in the job. To enable Nielsen configuration programmatically, include an instance of nielsenConfiguration in your JSON job specification. Even if you don't include any children of nielsenConfiguration, you still enable the setting.\n    *\/\n  @js.native\n  trait NielsenConfiguration extends js.Object {\n    var BreakoutCode: js.UndefOr[__integerMin0Max0]\n    var DistributorId: js.UndefOr[__string]\n  }\n\n  object NielsenConfiguration {\n    @inline\n    def apply(\n        BreakoutCode: js.UndefOr[__integerMin0Max0] = js.undefined,\n        DistributorId: js.UndefOr[__string] = js.undefined\n    ): NielsenConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BreakoutCode.foreach(__v => __obj.updateDynamic(\"BreakoutCode\")(__v.asInstanceOf[js.Any]))\n      DistributorId.foreach(__v => __obj.updateDynamic(\"DistributorId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NielsenConfiguration]\n    }\n  }\n\n  \/** Ignore these settings unless you are using Nielsen non-linear watermarking. Specify the values that MediaConvert uses to generate and place Nielsen watermarks in your output audio. In addition to specifying these values, you also need to set up your cloud TIC server. These settings apply to every output in your job. The MediaConvert implementation is currently with the following Nielsen versions: Nielsen Watermark SDK Version 5.2.1 Nielsen NLM Watermark Engine Version 1.2.7 Nielsen Watermark Authenticator [SID_TIC] Version [5.0.0]\n    *\/\n  @js.native\n  trait NielsenNonLinearWatermarkSettings extends js.Object {\n    var ActiveWatermarkProcess: js.UndefOr[NielsenActiveWatermarkProcessType]\n    var AdiFilename: js.UndefOr[__stringPatternS3]\n    var AssetId: js.UndefOr[__stringMin1Max20]\n    var AssetName: js.UndefOr[__stringMin1Max50]\n    var CbetSourceId: js.UndefOr[__stringPattern0xAFaF0908190908]\n    var EpisodeId: js.UndefOr[__stringMin1Max20]\n    var MetadataDestination: js.UndefOr[__stringPatternS3]\n    var SourceId: js.UndefOr[__integerMin0Max65534]\n    var SourceWatermarkStatus: js.UndefOr[NielsenSourceWatermarkStatusType]\n    var TicServerUrl: js.UndefOr[__stringPatternHttps]\n    var UniqueTicPerAudioTrack: js.UndefOr[NielsenUniqueTicPerAudioTrackType]\n  }\n\n  object NielsenNonLinearWatermarkSettings {\n    @inline\n    def apply(\n        ActiveWatermarkProcess: js.UndefOr[NielsenActiveWatermarkProcessType] = js.undefined,\n        AdiFilename: js.UndefOr[__stringPatternS3] = js.undefined,\n        AssetId: js.UndefOr[__stringMin1Max20] = js.undefined,\n        AssetName: js.UndefOr[__stringMin1Max50] = js.undefined,\n        CbetSourceId: js.UndefOr[__stringPattern0xAFaF0908190908] = js.undefined,\n        EpisodeId: js.UndefOr[__stringMin1Max20] = js.undefined,\n        MetadataDestination: js.UndefOr[__stringPatternS3] = js.undefined,\n        SourceId: js.UndefOr[__integerMin0Max65534] = js.undefined,\n        SourceWatermarkStatus: js.UndefOr[NielsenSourceWatermarkStatusType] = js.undefined,\n        TicServerUrl: js.UndefOr[__stringPatternHttps] = js.undefined,\n        UniqueTicPerAudioTrack: js.UndefOr[NielsenUniqueTicPerAudioTrackType] = js.undefined\n    ): NielsenNonLinearWatermarkSettings = {\n      val __obj = js.Dynamic.literal()\n      ActiveWatermarkProcess.foreach(__v => __obj.updateDynamic(\"ActiveWatermarkProcess\")(__v.asInstanceOf[js.Any]))\n      AdiFilename.foreach(__v => __obj.updateDynamic(\"AdiFilename\")(__v.asInstanceOf[js.Any]))\n      AssetId.foreach(__v => __obj.updateDynamic(\"AssetId\")(__v.asInstanceOf[js.Any]))\n      AssetName.foreach(__v => __obj.updateDynamic(\"AssetName\")(__v.asInstanceOf[js.Any]))\n      CbetSourceId.foreach(__v => __obj.updateDynamic(\"CbetSourceId\")(__v.asInstanceOf[js.Any]))\n      EpisodeId.foreach(__v => __obj.updateDynamic(\"EpisodeId\")(__v.asInstanceOf[js.Any]))\n      MetadataDestination.foreach(__v => __obj.updateDynamic(\"MetadataDestination\")(__v.asInstanceOf[js.Any]))\n      SourceId.foreach(__v => __obj.updateDynamic(\"SourceId\")(__v.asInstanceOf[js.Any]))\n      SourceWatermarkStatus.foreach(__v => __obj.updateDynamic(\"SourceWatermarkStatus\")(__v.asInstanceOf[js.Any]))\n      TicServerUrl.foreach(__v => __obj.updateDynamic(\"TicServerUrl\")(__v.asInstanceOf[js.Any]))\n      UniqueTicPerAudioTrack.foreach(__v => __obj.updateDynamic(\"UniqueTicPerAudioTrack\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NielsenNonLinearWatermarkSettings]\n    }\n  }\n\n  \/** Required. Specify whether your source content already contains Nielsen non-linear watermarks. When you set this value to Watermarked (WATERMARKED), the service fails the job. Nielsen requires that you add non-linear watermarking to only clean content that doesn't already have non-linear Nielsen watermarks.\n    *\/\n  @js.native\n  sealed trait NielsenSourceWatermarkStatusType extends js.Any\n  object NielsenSourceWatermarkStatusType {\n    val CLEAN = \"CLEAN\".asInstanceOf[NielsenSourceWatermarkStatusType]\n    val WATERMARKED = \"WATERMARKED\".asInstanceOf[NielsenSourceWatermarkStatusType]\n\n    @inline def values = js.Array(CLEAN, WATERMARKED)\n  }\n\n  \/** To create assets that have the same TIC values in each audio track, keep the default value Share TICs (SAME_TICS_PER_TRACK). To create assets that have unique TIC values for each audio track, choose Use unique TICs (RESERVE_UNIQUE_TICS_PER_TRACK).\n    *\/\n  @js.native\n  sealed trait NielsenUniqueTicPerAudioTrackType extends js.Any\n  object NielsenUniqueTicPerAudioTrackType {\n    val RESERVE_UNIQUE_TICS_PER_TRACK = \"RESERVE_UNIQUE_TICS_PER_TRACK\".asInstanceOf[NielsenUniqueTicPerAudioTrackType]\n    val SAME_TICS_PER_TRACK = \"SAME_TICS_PER_TRACK\".asInstanceOf[NielsenUniqueTicPerAudioTrackType]\n\n    @inline def values = js.Array(RESERVE_UNIQUE_TICS_PER_TRACK, SAME_TICS_PER_TRACK)\n  }\n\n  \/** Optional. When you set Noise reducer (noiseReducer) to Temporal (TEMPORAL), you can use this setting to apply sharpening. The default behavior, Auto (AUTO), allows the transcoder to determine whether to apply filtering, depending on input type and quality. When you set Noise reducer to Temporal, your output bandwidth is reduced. When Post temporal sharpening is also enabled, that bandwidth reduction is smaller.\n    *\/\n  @js.native\n  sealed trait NoiseFilterPostTemporalSharpening extends js.Any\n  object NoiseFilterPostTemporalSharpening {\n    val DISABLED = \"DISABLED\".asInstanceOf[NoiseFilterPostTemporalSharpening]\n    val ENABLED = \"ENABLED\".asInstanceOf[NoiseFilterPostTemporalSharpening]\n    val AUTO = \"AUTO\".asInstanceOf[NoiseFilterPostTemporalSharpening]\n\n    @inline def values = js.Array(DISABLED, ENABLED, AUTO)\n  }\n\n  \/** Enable the Noise reducer (NoiseReducer) feature to remove noise from your video output if necessary. Enable or disable this feature for each output individually. This setting is disabled by default. When you enable Noise reducer (NoiseReducer), you must also select a value for Noise reducer filter (NoiseReducerFilter).\n    *\/\n  @js.native\n  trait NoiseReducer extends js.Object {\n    var Filter: js.UndefOr[NoiseReducerFilter]\n    var FilterSettings: js.UndefOr[NoiseReducerFilterSettings]\n    var SpatialFilterSettings: js.UndefOr[NoiseReducerSpatialFilterSettings]\n    var TemporalFilterSettings: js.UndefOr[NoiseReducerTemporalFilterSettings]\n  }\n\n  object NoiseReducer {\n    @inline\n    def apply(\n        Filter: js.UndefOr[NoiseReducerFilter] = js.undefined,\n        FilterSettings: js.UndefOr[NoiseReducerFilterSettings] = js.undefined,\n        SpatialFilterSettings: js.UndefOr[NoiseReducerSpatialFilterSettings] = js.undefined,\n        TemporalFilterSettings: js.UndefOr[NoiseReducerTemporalFilterSettings] = js.undefined\n    ): NoiseReducer = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      FilterSettings.foreach(__v => __obj.updateDynamic(\"FilterSettings\")(__v.asInstanceOf[js.Any]))\n      SpatialFilterSettings.foreach(__v => __obj.updateDynamic(\"SpatialFilterSettings\")(__v.asInstanceOf[js.Any]))\n      TemporalFilterSettings.foreach(__v => __obj.updateDynamic(\"TemporalFilterSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoiseReducer]\n    }\n  }\n\n  \/** Use Noise reducer filter (NoiseReducerFilter) to select one of the following spatial image filtering functions. To use this setting, you must also enable Noise reducer (NoiseReducer). * Bilateral preserves edges while reducing noise. * Mean (softest), Gaussian, Lanczos, and Sharpen (sharpest) do convolution filtering. * Conserve does min\/max noise reduction. * Spatial does frequency-domain filtering based on JND principles. * Temporal optimizes video quality for complex motion.\n    *\/\n  @js.native\n  sealed trait NoiseReducerFilter extends js.Any\n  object NoiseReducerFilter {\n    val BILATERAL = \"BILATERAL\".asInstanceOf[NoiseReducerFilter]\n    val MEAN = \"MEAN\".asInstanceOf[NoiseReducerFilter]\n    val GAUSSIAN = \"GAUSSIAN\".asInstanceOf[NoiseReducerFilter]\n    val LANCZOS = \"LANCZOS\".asInstanceOf[NoiseReducerFilter]\n    val SHARPEN = \"SHARPEN\".asInstanceOf[NoiseReducerFilter]\n    val CONSERVE = \"CONSERVE\".asInstanceOf[NoiseReducerFilter]\n    val SPATIAL = \"SPATIAL\".asInstanceOf[NoiseReducerFilter]\n    val TEMPORAL = \"TEMPORAL\".asInstanceOf[NoiseReducerFilter]\n\n    @inline def values = js.Array(BILATERAL, MEAN, GAUSSIAN, LANCZOS, SHARPEN, CONSERVE, SPATIAL, TEMPORAL)\n  }\n\n  \/** Settings for a noise reducer filter\n    *\/\n  @js.native\n  trait NoiseReducerFilterSettings extends js.Object {\n    var Strength: js.UndefOr[__integerMin0Max3]\n  }\n\n  object NoiseReducerFilterSettings {\n    @inline\n    def apply(\n        Strength: js.UndefOr[__integerMin0Max3] = js.undefined\n    ): NoiseReducerFilterSettings = {\n      val __obj = js.Dynamic.literal()\n      Strength.foreach(__v => __obj.updateDynamic(\"Strength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoiseReducerFilterSettings]\n    }\n  }\n\n  \/** Noise reducer filter settings for spatial filter.\n    *\/\n  @js.native\n  trait NoiseReducerSpatialFilterSettings extends js.Object {\n    var PostFilterSharpenStrength: js.UndefOr[__integerMin0Max3]\n    var Speed: js.UndefOr[__integerMinNegative2Max3]\n    var Strength: js.UndefOr[__integerMin0Max16]\n  }\n\n  object NoiseReducerSpatialFilterSettings {\n    @inline\n    def apply(\n        PostFilterSharpenStrength: js.UndefOr[__integerMin0Max3] = js.undefined,\n        Speed: js.UndefOr[__integerMinNegative2Max3] = js.undefined,\n        Strength: js.UndefOr[__integerMin0Max16] = js.undefined\n    ): NoiseReducerSpatialFilterSettings = {\n      val __obj = js.Dynamic.literal()\n      PostFilterSharpenStrength.foreach(__v => __obj.updateDynamic(\"PostFilterSharpenStrength\")(__v.asInstanceOf[js.Any]))\n      Speed.foreach(__v => __obj.updateDynamic(\"Speed\")(__v.asInstanceOf[js.Any]))\n      Strength.foreach(__v => __obj.updateDynamic(\"Strength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoiseReducerSpatialFilterSettings]\n    }\n  }\n\n  \/** Noise reducer filter settings for temporal filter.\n    *\/\n  @js.native\n  trait NoiseReducerTemporalFilterSettings extends js.Object {\n    var AggressiveMode: js.UndefOr[__integerMin0Max4]\n    var PostTemporalSharpening: js.UndefOr[NoiseFilterPostTemporalSharpening]\n    var Speed: js.UndefOr[__integerMinNegative1Max3]\n    var Strength: js.UndefOr[__integerMin0Max16]\n  }\n\n  object NoiseReducerTemporalFilterSettings {\n    @inline\n    def apply(\n        AggressiveMode: js.UndefOr[__integerMin0Max4] = js.undefined,\n        PostTemporalSharpening: js.UndefOr[NoiseFilterPostTemporalSharpening] = js.undefined,\n        Speed: js.UndefOr[__integerMinNegative1Max3] = js.undefined,\n        Strength: js.UndefOr[__integerMin0Max16] = js.undefined\n    ): NoiseReducerTemporalFilterSettings = {\n      val __obj = js.Dynamic.literal()\n      AggressiveMode.foreach(__v => __obj.updateDynamic(\"AggressiveMode\")(__v.asInstanceOf[js.Any]))\n      PostTemporalSharpening.foreach(__v => __obj.updateDynamic(\"PostTemporalSharpening\")(__v.asInstanceOf[js.Any]))\n      Speed.foreach(__v => __obj.updateDynamic(\"Speed\")(__v.asInstanceOf[js.Any]))\n      Strength.foreach(__v => __obj.updateDynamic(\"Strength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoiseReducerTemporalFilterSettings]\n    }\n  }\n\n  \/** Required when you set Codec, under AudioDescriptions>CodecSettings, to the value OPUS.\n    *\/\n  @js.native\n  trait OpusSettings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin32000Max192000]\n    var Channels: js.UndefOr[__integerMin1Max2]\n    var SampleRate: js.UndefOr[__integerMin16000Max48000]\n  }\n\n  object OpusSettings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin32000Max192000] = js.undefined,\n        Channels: js.UndefOr[__integerMin1Max2] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin16000Max48000] = js.undefined\n    ): OpusSettings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpusSettings]\n    }\n  }\n\n  \/** Optional. When you request lists of resources, you can specify whether they are sorted in ASCENDING or DESCENDING order. Default varies by resource.\n    *\/\n  @js.native\n  sealed trait Order extends js.Any\n  object Order {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[Order]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[Order]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  \/** An output object describes the settings for a single output file or stream in an output group.\n    *\/\n  @js.native\n  trait Output extends js.Object {\n    var AudioDescriptions: js.UndefOr[__listOfAudioDescription]\n    var CaptionDescriptions: js.UndefOr[__listOfCaptionDescription]\n    var ContainerSettings: js.UndefOr[ContainerSettings]\n    var Extension: js.UndefOr[__string]\n    var NameModifier: js.UndefOr[__stringMin1]\n    var OutputSettings: js.UndefOr[OutputSettings]\n    var Preset: js.UndefOr[__stringMin0]\n    var VideoDescription: js.UndefOr[VideoDescription]\n  }\n\n  object Output {\n    @inline\n    def apply(\n        AudioDescriptions: js.UndefOr[__listOfAudioDescription] = js.undefined,\n        CaptionDescriptions: js.UndefOr[__listOfCaptionDescription] = js.undefined,\n        ContainerSettings: js.UndefOr[ContainerSettings] = js.undefined,\n        Extension: js.UndefOr[__string] = js.undefined,\n        NameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        OutputSettings: js.UndefOr[OutputSettings] = js.undefined,\n        Preset: js.UndefOr[__stringMin0] = js.undefined,\n        VideoDescription: js.UndefOr[VideoDescription] = js.undefined\n    ): Output = {\n      val __obj = js.Dynamic.literal()\n      AudioDescriptions.foreach(__v => __obj.updateDynamic(\"AudioDescriptions\")(__v.asInstanceOf[js.Any]))\n      CaptionDescriptions.foreach(__v => __obj.updateDynamic(\"CaptionDescriptions\")(__v.asInstanceOf[js.Any]))\n      ContainerSettings.foreach(__v => __obj.updateDynamic(\"ContainerSettings\")(__v.asInstanceOf[js.Any]))\n      Extension.foreach(__v => __obj.updateDynamic(\"Extension\")(__v.asInstanceOf[js.Any]))\n      NameModifier.foreach(__v => __obj.updateDynamic(\"NameModifier\")(__v.asInstanceOf[js.Any]))\n      OutputSettings.foreach(__v => __obj.updateDynamic(\"OutputSettings\")(__v.asInstanceOf[js.Any]))\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      VideoDescription.foreach(__v => __obj.updateDynamic(\"VideoDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Output]\n    }\n  }\n\n  \/** OutputChannel mapping settings.\n    *\/\n  @js.native\n  trait OutputChannelMapping extends js.Object {\n    var InputChannels: js.UndefOr[__listOf__integerMinNegative60Max6]\n    var InputChannelsFineTune: js.UndefOr[__listOf__doubleMinNegative60Max6]\n  }\n\n  object OutputChannelMapping {\n    @inline\n    def apply(\n        InputChannels: js.UndefOr[__listOf__integerMinNegative60Max6] = js.undefined,\n        InputChannelsFineTune: js.UndefOr[__listOf__doubleMinNegative60Max6] = js.undefined\n    ): OutputChannelMapping = {\n      val __obj = js.Dynamic.literal()\n      InputChannels.foreach(__v => __obj.updateDynamic(\"InputChannels\")(__v.asInstanceOf[js.Any]))\n      InputChannelsFineTune.foreach(__v => __obj.updateDynamic(\"InputChannelsFineTune\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputChannelMapping]\n    }\n  }\n\n  \/** Details regarding output\n    *\/\n  @js.native\n  trait OutputDetail extends js.Object {\n    var DurationInMs: js.UndefOr[__integer]\n    var VideoDetails: js.UndefOr[VideoDetail]\n  }\n\n  object OutputDetail {\n    @inline\n    def apply(\n        DurationInMs: js.UndefOr[__integer] = js.undefined,\n        VideoDetails: js.UndefOr[VideoDetail] = js.undefined\n    ): OutputDetail = {\n      val __obj = js.Dynamic.literal()\n      DurationInMs.foreach(__v => __obj.updateDynamic(\"DurationInMs\")(__v.asInstanceOf[js.Any]))\n      VideoDetails.foreach(__v => __obj.updateDynamic(\"VideoDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDetail]\n    }\n  }\n\n  \/** Group of outputs\n    *\/\n  @js.native\n  trait OutputGroup extends js.Object {\n    var AutomatedEncodingSettings: js.UndefOr[AutomatedEncodingSettings]\n    var CustomName: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var OutputGroupSettings: js.UndefOr[OutputGroupSettings]\n    var Outputs: js.UndefOr[__listOfOutput]\n  }\n\n  object OutputGroup {\n    @inline\n    def apply(\n        AutomatedEncodingSettings: js.UndefOr[AutomatedEncodingSettings] = js.undefined,\n        CustomName: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        OutputGroupSettings: js.UndefOr[OutputGroupSettings] = js.undefined,\n        Outputs: js.UndefOr[__listOfOutput] = js.undefined\n    ): OutputGroup = {\n      val __obj = js.Dynamic.literal()\n      AutomatedEncodingSettings.foreach(__v => __obj.updateDynamic(\"AutomatedEncodingSettings\")(__v.asInstanceOf[js.Any]))\n      CustomName.foreach(__v => __obj.updateDynamic(\"CustomName\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputGroupSettings.foreach(__v => __obj.updateDynamic(\"OutputGroupSettings\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputGroup]\n    }\n  }\n\n  \/** Contains details about the output groups specified in the job settings.\n    *\/\n  @js.native\n  trait OutputGroupDetail extends js.Object {\n    var OutputDetails: js.UndefOr[__listOfOutputDetail]\n  }\n\n  object OutputGroupDetail {\n    @inline\n    def apply(\n        OutputDetails: js.UndefOr[__listOfOutputDetail] = js.undefined\n    ): OutputGroupDetail = {\n      val __obj = js.Dynamic.literal()\n      OutputDetails.foreach(__v => __obj.updateDynamic(\"OutputDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputGroupDetail]\n    }\n  }\n\n  \/** Output Group settings, including type\n    *\/\n  @js.native\n  trait OutputGroupSettings extends js.Object {\n    var CmafGroupSettings: js.UndefOr[CmafGroupSettings]\n    var DashIsoGroupSettings: js.UndefOr[DashIsoGroupSettings]\n    var FileGroupSettings: js.UndefOr[FileGroupSettings]\n    var HlsGroupSettings: js.UndefOr[HlsGroupSettings]\n    var MsSmoothGroupSettings: js.UndefOr[MsSmoothGroupSettings]\n    var Type: js.UndefOr[OutputGroupType]\n  }\n\n  object OutputGroupSettings {\n    @inline\n    def apply(\n        CmafGroupSettings: js.UndefOr[CmafGroupSettings] = js.undefined,\n        DashIsoGroupSettings: js.UndefOr[DashIsoGroupSettings] = js.undefined,\n        FileGroupSettings: js.UndefOr[FileGroupSettings] = js.undefined,\n        HlsGroupSettings: js.UndefOr[HlsGroupSettings] = js.undefined,\n        MsSmoothGroupSettings: js.UndefOr[MsSmoothGroupSettings] = js.undefined,\n        Type: js.UndefOr[OutputGroupType] = js.undefined\n    ): OutputGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      CmafGroupSettings.foreach(__v => __obj.updateDynamic(\"CmafGroupSettings\")(__v.asInstanceOf[js.Any]))\n      DashIsoGroupSettings.foreach(__v => __obj.updateDynamic(\"DashIsoGroupSettings\")(__v.asInstanceOf[js.Any]))\n      FileGroupSettings.foreach(__v => __obj.updateDynamic(\"FileGroupSettings\")(__v.asInstanceOf[js.Any]))\n      HlsGroupSettings.foreach(__v => __obj.updateDynamic(\"HlsGroupSettings\")(__v.asInstanceOf[js.Any]))\n      MsSmoothGroupSettings.foreach(__v => __obj.updateDynamic(\"MsSmoothGroupSettings\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputGroupSettings]\n    }\n  }\n\n  \/** Type of output group (File group, Apple HLS, DASH ISO, Microsoft Smooth Streaming, CMAF)\n    *\/\n  @js.native\n  sealed trait OutputGroupType extends js.Any\n  object OutputGroupType {\n    val HLS_GROUP_SETTINGS = \"HLS_GROUP_SETTINGS\".asInstanceOf[OutputGroupType]\n    val DASH_ISO_GROUP_SETTINGS = \"DASH_ISO_GROUP_SETTINGS\".asInstanceOf[OutputGroupType]\n    val FILE_GROUP_SETTINGS = \"FILE_GROUP_SETTINGS\".asInstanceOf[OutputGroupType]\n    val MS_SMOOTH_GROUP_SETTINGS = \"MS_SMOOTH_GROUP_SETTINGS\".asInstanceOf[OutputGroupType]\n    val CMAF_GROUP_SETTINGS = \"CMAF_GROUP_SETTINGS\".asInstanceOf[OutputGroupType]\n\n    @inline def values = js.Array(HLS_GROUP_SETTINGS, DASH_ISO_GROUP_SETTINGS, FILE_GROUP_SETTINGS, MS_SMOOTH_GROUP_SETTINGS, CMAF_GROUP_SETTINGS)\n  }\n\n  \/** Selects method of inserting SDT information into output stream. \"Follow input SDT\" copies SDT information from input stream to output stream. \"Follow input SDT if present\" copies SDT information from input stream to output stream if SDT information is present in the input, otherwise it will fall back on the user-defined values. Enter \"SDT Manually\" means user will enter the SDT information. \"No SDT\" means output stream will not contain SDT information.\n    *\/\n  @js.native\n  sealed trait OutputSdt extends js.Any\n  object OutputSdt {\n    val SDT_FOLLOW = \"SDT_FOLLOW\".asInstanceOf[OutputSdt]\n    val SDT_FOLLOW_IF_PRESENT = \"SDT_FOLLOW_IF_PRESENT\".asInstanceOf[OutputSdt]\n    val SDT_MANUAL = \"SDT_MANUAL\".asInstanceOf[OutputSdt]\n    val SDT_NONE = \"SDT_NONE\".asInstanceOf[OutputSdt]\n\n    @inline def values = js.Array(SDT_FOLLOW, SDT_FOLLOW_IF_PRESENT, SDT_MANUAL, SDT_NONE)\n  }\n\n  \/** Specific settings for this type of output.\n    *\/\n  @js.native\n  trait OutputSettings extends js.Object {\n    var HlsSettings: js.UndefOr[HlsSettings]\n  }\n\n  object OutputSettings {\n    @inline\n    def apply(\n        HlsSettings: js.UndefOr[HlsSettings] = js.undefined\n    ): OutputSettings = {\n      val __obj = js.Dynamic.literal()\n      HlsSettings.foreach(__v => __obj.updateDynamic(\"HlsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputSettings]\n    }\n  }\n\n  \/** If you work with a third party video watermarking partner, use the group of settings that correspond with your watermarking partner to include watermarks in your output.\n    *\/\n  @js.native\n  trait PartnerWatermarking extends js.Object {\n    var NexguardFileMarkerSettings: js.UndefOr[NexGuardFileMarkerSettings]\n  }\n\n  object PartnerWatermarking {\n    @inline\n    def apply(\n        NexguardFileMarkerSettings: js.UndefOr[NexGuardFileMarkerSettings] = js.undefined\n    ): PartnerWatermarking = {\n      val __obj = js.Dynamic.literal()\n      NexguardFileMarkerSettings.foreach(__v => __obj.updateDynamic(\"NexguardFileMarkerSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PartnerWatermarking]\n    }\n  }\n\n  \/** A preset is a collection of preconfigured media conversion settings that you want MediaConvert to apply to the output during the conversion process.\n    *\/\n  @js.native\n  trait Preset extends js.Object {\n    var Name: __string\n    var Settings: PresetSettings\n    var Arn: js.UndefOr[__string]\n    var Category: js.UndefOr[__string]\n    var CreatedAt: js.UndefOr[__timestampUnix]\n    var Description: js.UndefOr[__string]\n    var LastUpdated: js.UndefOr[__timestampUnix]\n    var Type: js.UndefOr[Type]\n  }\n\n  object Preset {\n    @inline\n    def apply(\n        Name: __string,\n        Settings: PresetSettings,\n        Arn: js.UndefOr[__string] = js.undefined,\n        Category: js.UndefOr[__string] = js.undefined,\n        CreatedAt: js.UndefOr[__timestampUnix] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        LastUpdated: js.UndefOr[__timestampUnix] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): Preset = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastUpdated.foreach(__v => __obj.updateDynamic(\"LastUpdated\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Preset]\n    }\n  }\n\n  \/** Optional. When you request a list of presets, you can choose to list them alphabetically by NAME or chronologically by CREATION_DATE. If you don't specify, the service will list them by name.\n    *\/\n  @js.native\n  sealed trait PresetListBy extends js.Any\n  object PresetListBy {\n    val NAME = \"NAME\".asInstanceOf[PresetListBy]\n    val CREATION_DATE = \"CREATION_DATE\".asInstanceOf[PresetListBy]\n    val SYSTEM = \"SYSTEM\".asInstanceOf[PresetListBy]\n\n    @inline def values = js.Array(NAME, CREATION_DATE, SYSTEM)\n  }\n\n  \/** Settings for preset\n    *\/\n  @js.native\n  trait PresetSettings extends js.Object {\n    var AudioDescriptions: js.UndefOr[__listOfAudioDescription]\n    var CaptionDescriptions: js.UndefOr[__listOfCaptionDescriptionPreset]\n    var ContainerSettings: js.UndefOr[ContainerSettings]\n    var VideoDescription: js.UndefOr[VideoDescription]\n  }\n\n  object PresetSettings {\n    @inline\n    def apply(\n        AudioDescriptions: js.UndefOr[__listOfAudioDescription] = js.undefined,\n        CaptionDescriptions: js.UndefOr[__listOfCaptionDescriptionPreset] = js.undefined,\n        ContainerSettings: js.UndefOr[ContainerSettings] = js.undefined,\n        VideoDescription: js.UndefOr[VideoDescription] = js.undefined\n    ): PresetSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioDescriptions.foreach(__v => __obj.updateDynamic(\"AudioDescriptions\")(__v.asInstanceOf[js.Any]))\n      CaptionDescriptions.foreach(__v => __obj.updateDynamic(\"CaptionDescriptions\")(__v.asInstanceOf[js.Any]))\n      ContainerSettings.foreach(__v => __obj.updateDynamic(\"ContainerSettings\")(__v.asInstanceOf[js.Any]))\n      VideoDescription.foreach(__v => __obj.updateDynamic(\"VideoDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PresetSettings]\n    }\n  }\n\n  \/** Specifies whether the pricing plan for the queue is on-demand or reserved. For on-demand, you pay per minute, billed in increments of .01 minute. For reserved, you pay for the transcoding capacity of the entire queue, regardless of how much or how little you use it. Reserved pricing requires a 12-month commitment.\n    *\/\n  @js.native\n  sealed trait PricingPlan extends js.Any\n  object PricingPlan {\n    val ON_DEMAND = \"ON_DEMAND\".asInstanceOf[PricingPlan]\n    val RESERVED = \"RESERVED\".asInstanceOf[PricingPlan]\n\n    @inline def values = js.Array(ON_DEMAND, RESERVED)\n  }\n\n  \/** Use Profile (ProResCodecProfile) to specify the type of Apple ProRes codec to use for this output.\n    *\/\n  @js.native\n  sealed trait ProresCodecProfile extends js.Any\n  object ProresCodecProfile {\n    val APPLE_PRORES_422 = \"APPLE_PRORES_422\".asInstanceOf[ProresCodecProfile]\n    val APPLE_PRORES_422_HQ = \"APPLE_PRORES_422_HQ\".asInstanceOf[ProresCodecProfile]\n    val APPLE_PRORES_422_LT = \"APPLE_PRORES_422_LT\".asInstanceOf[ProresCodecProfile]\n    val APPLE_PRORES_422_PROXY = \"APPLE_PRORES_422_PROXY\".asInstanceOf[ProresCodecProfile]\n\n    @inline def values = js.Array(APPLE_PRORES_422, APPLE_PRORES_422_HQ, APPLE_PRORES_422_LT, APPLE_PRORES_422_PROXY)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait ProresFramerateControl extends js.Any\n  object ProresFramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[ProresFramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[ProresFramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait ProresFramerateConversionAlgorithm extends js.Any\n  object ProresFramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[ProresFramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[ProresFramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[ProresFramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Choose the scan line type for the output. Keep the default value, Progressive (PROGRESSIVE) to create a progressive output, regardless of the scan type of your input. Use Top field first (TOP_FIELD) or Bottom field first (BOTTOM_FIELD) to create an output that's interlaced with the same field polarity throughout. Use Follow, default top (FOLLOW_TOP_FIELD) or Follow, default bottom (FOLLOW_BOTTOM_FIELD) to produce outputs with the same field polarity as the source. For jobs that have multiple inputs, the output field polarity might change over the course of the output. Follow behavior depends on the input scan type. If the source is interlaced, the output will be interlaced with the same polarity as the source. If the source is progressive, the output will be interlaced with top field bottom field first, depending on which of the Follow options you choose.\n    *\/\n  @js.native\n  sealed trait ProresInterlaceMode extends js.Any\n  object ProresInterlaceMode {\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[ProresInterlaceMode]\n    val TOP_FIELD = \"TOP_FIELD\".asInstanceOf[ProresInterlaceMode]\n    val BOTTOM_FIELD = \"BOTTOM_FIELD\".asInstanceOf[ProresInterlaceMode]\n    val FOLLOW_TOP_FIELD = \"FOLLOW_TOP_FIELD\".asInstanceOf[ProresInterlaceMode]\n    val FOLLOW_BOTTOM_FIELD = \"FOLLOW_BOTTOM_FIELD\".asInstanceOf[ProresInterlaceMode]\n\n    @inline def values = js.Array(PROGRESSIVE, TOP_FIELD, BOTTOM_FIELD, FOLLOW_TOP_FIELD, FOLLOW_BOTTOM_FIELD)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait ProresParControl extends js.Any\n  object ProresParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[ProresParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[ProresParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait ProresScanTypeConversionMode extends js.Any\n  object ProresScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[ProresScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[ProresScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value PRORES.\n    *\/\n  @js.native\n  trait ProresSettings extends js.Object {\n    var CodecProfile: js.UndefOr[ProresCodecProfile]\n    var FramerateControl: js.UndefOr[ProresFramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[ProresFramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var InterlaceMode: js.UndefOr[ProresInterlaceMode]\n    var ParControl: js.UndefOr[ProresParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var ScanTypeConversionMode: js.UndefOr[ProresScanTypeConversionMode]\n    var SlowPal: js.UndefOr[ProresSlowPal]\n    var Telecine: js.UndefOr[ProresTelecine]\n  }\n\n  object ProresSettings {\n    @inline\n    def apply(\n        CodecProfile: js.UndefOr[ProresCodecProfile] = js.undefined,\n        FramerateControl: js.UndefOr[ProresFramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[ProresFramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        InterlaceMode: js.UndefOr[ProresInterlaceMode] = js.undefined,\n        ParControl: js.UndefOr[ProresParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[ProresScanTypeConversionMode] = js.undefined,\n        SlowPal: js.UndefOr[ProresSlowPal] = js.undefined,\n        Telecine: js.UndefOr[ProresTelecine] = js.undefined\n    ): ProresSettings = {\n      val __obj = js.Dynamic.literal()\n      CodecProfile.foreach(__v => __obj.updateDynamic(\"CodecProfile\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProresSettings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output. When you enable slow PAL, MediaConvert relabels the video frames to 25 fps and resamples your audio to keep it synchronized with the video. Note that enabling this setting will slightly reduce the duration of your video. Required settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait ProresSlowPal extends js.Any\n  object ProresSlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[ProresSlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[ProresSlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** When you do frame rate conversion from 23.976 frames per second (fps) to 29.97 fps, and your output scan type is interlaced, you can optionally enable hard telecine (HARD) to create a smoother picture. When you keep the default value, None (NONE), MediaConvert does a standard frame rate conversion to 29.97 without doing anything with the field polarity to create a smoother picture.\n    *\/\n  @js.native\n  sealed trait ProresTelecine extends js.Any\n  object ProresTelecine {\n    val NONE = \"NONE\".asInstanceOf[ProresTelecine]\n    val HARD = \"HARD\".asInstanceOf[ProresTelecine]\n\n    @inline def values = js.Array(NONE, HARD)\n  }\n\n  \/** You can use queues to manage the resources that are available to your AWS account for running multiple transcoding jobs at the same time. If you don't specify a queue, the service sends all jobs through the default queue. For more information, see https:\/\/docs.aws.amazon.com\/mediaconvert\/latest\/ug\/working-with-queues.html.\n    *\/\n  @js.native\n  trait Queue extends js.Object {\n    var Name: __string\n    var Arn: js.UndefOr[__string]\n    var CreatedAt: js.UndefOr[__timestampUnix]\n    var Description: js.UndefOr[__string]\n    var LastUpdated: js.UndefOr[__timestampUnix]\n    var PricingPlan: js.UndefOr[PricingPlan]\n    var ProgressingJobsCount: js.UndefOr[__integer]\n    var ReservationPlan: js.UndefOr[ReservationPlan]\n    var Status: js.UndefOr[QueueStatus]\n    var SubmittedJobsCount: js.UndefOr[__integer]\n    var Type: js.UndefOr[Type]\n  }\n\n  object Queue {\n    @inline\n    def apply(\n        Name: __string,\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreatedAt: js.UndefOr[__timestampUnix] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        LastUpdated: js.UndefOr[__timestampUnix] = js.undefined,\n        PricingPlan: js.UndefOr[PricingPlan] = js.undefined,\n        ProgressingJobsCount: js.UndefOr[__integer] = js.undefined,\n        ReservationPlan: js.UndefOr[ReservationPlan] = js.undefined,\n        Status: js.UndefOr[QueueStatus] = js.undefined,\n        SubmittedJobsCount: js.UndefOr[__integer] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): Queue = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastUpdated.foreach(__v => __obj.updateDynamic(\"LastUpdated\")(__v.asInstanceOf[js.Any]))\n      PricingPlan.foreach(__v => __obj.updateDynamic(\"PricingPlan\")(__v.asInstanceOf[js.Any]))\n      ProgressingJobsCount.foreach(__v => __obj.updateDynamic(\"ProgressingJobsCount\")(__v.asInstanceOf[js.Any]))\n      ReservationPlan.foreach(__v => __obj.updateDynamic(\"ReservationPlan\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmittedJobsCount.foreach(__v => __obj.updateDynamic(\"SubmittedJobsCount\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Queue]\n    }\n  }\n\n  \/** Optional. When you request a list of queues, you can choose to list them alphabetically by NAME or chronologically by CREATION_DATE. If you don't specify, the service will list them by creation date.\n    *\/\n  @js.native\n  sealed trait QueueListBy extends js.Any\n  object QueueListBy {\n    val NAME = \"NAME\".asInstanceOf[QueueListBy]\n    val CREATION_DATE = \"CREATION_DATE\".asInstanceOf[QueueListBy]\n\n    @inline def values = js.Array(NAME, CREATION_DATE)\n  }\n\n  \/** Queues can be ACTIVE or PAUSED. If you pause a queue, jobs in that queue won't begin. Jobs that are running when you pause a queue continue to run until they finish or result in an error.\n    *\/\n  @js.native\n  sealed trait QueueStatus extends js.Any\n  object QueueStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[QueueStatus]\n    val PAUSED = \"PAUSED\".asInstanceOf[QueueStatus]\n\n    @inline def values = js.Array(ACTIVE, PAUSED)\n  }\n\n  \/** Description of the source and destination queues between which the job has moved, along with the timestamp of the move\n    *\/\n  @js.native\n  trait QueueTransition extends js.Object {\n    var DestinationQueue: js.UndefOr[__string]\n    var SourceQueue: js.UndefOr[__string]\n    var Timestamp: js.UndefOr[__timestampUnix]\n  }\n\n  object QueueTransition {\n    @inline\n    def apply(\n        DestinationQueue: js.UndefOr[__string] = js.undefined,\n        SourceQueue: js.UndefOr[__string] = js.undefined,\n        Timestamp: js.UndefOr[__timestampUnix] = js.undefined\n    ): QueueTransition = {\n      val __obj = js.Dynamic.literal()\n      DestinationQueue.foreach(__v => __obj.updateDynamic(\"DestinationQueue\")(__v.asInstanceOf[js.Any]))\n      SourceQueue.foreach(__v => __obj.updateDynamic(\"SourceQueue\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueueTransition]\n    }\n  }\n\n  \/** Use Rectangle to identify a specific area of the video frame.\n    *\/\n  @js.native\n  trait Rectangle extends js.Object {\n    var Height: js.UndefOr[__integerMin2Max2147483647]\n    var Width: js.UndefOr[__integerMin2Max2147483647]\n    var X: js.UndefOr[__integerMin0Max2147483647]\n    var Y: js.UndefOr[__integerMin0Max2147483647]\n  }\n\n  object Rectangle {\n    @inline\n    def apply(\n        Height: js.UndefOr[__integerMin2Max2147483647] = js.undefined,\n        Width: js.UndefOr[__integerMin2Max2147483647] = js.undefined,\n        X: js.UndefOr[__integerMin0Max2147483647] = js.undefined,\n        Y: js.UndefOr[__integerMin0Max2147483647] = js.undefined\n    ): Rectangle = {\n      val __obj = js.Dynamic.literal()\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      X.foreach(__v => __obj.updateDynamic(\"X\")(__v.asInstanceOf[js.Any]))\n      Y.foreach(__v => __obj.updateDynamic(\"Y\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Rectangle]\n    }\n  }\n\n  \/** Use Manual audio remixing (RemixSettings) to adjust audio levels for each audio channel in each output of your job. With audio remixing, you can output more or fewer audio channels than your input audio source provides.\n    *\/\n  @js.native\n  trait RemixSettings extends js.Object {\n    var ChannelMapping: js.UndefOr[ChannelMapping]\n    var ChannelsIn: js.UndefOr[__integerMin1Max64]\n    var ChannelsOut: js.UndefOr[__integerMin1Max64]\n  }\n\n  object RemixSettings {\n    @inline\n    def apply(\n        ChannelMapping: js.UndefOr[ChannelMapping] = js.undefined,\n        ChannelsIn: js.UndefOr[__integerMin1Max64] = js.undefined,\n        ChannelsOut: js.UndefOr[__integerMin1Max64] = js.undefined\n    ): RemixSettings = {\n      val __obj = js.Dynamic.literal()\n      ChannelMapping.foreach(__v => __obj.updateDynamic(\"ChannelMapping\")(__v.asInstanceOf[js.Any]))\n      ChannelsIn.foreach(__v => __obj.updateDynamic(\"ChannelsIn\")(__v.asInstanceOf[js.Any]))\n      ChannelsOut.foreach(__v => __obj.updateDynamic(\"ChannelsOut\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemixSettings]\n    }\n  }\n\n  \/** Specifies whether the term of your reserved queue pricing plan is automatically extended (AUTO_RENEW) or expires (EXPIRE) at the end of the term.\n    *\/\n  @js.native\n  sealed trait RenewalType extends js.Any\n  object RenewalType {\n    val AUTO_RENEW = \"AUTO_RENEW\".asInstanceOf[RenewalType]\n    val EXPIRE = \"EXPIRE\".asInstanceOf[RenewalType]\n\n    @inline def values = js.Array(AUTO_RENEW, EXPIRE)\n  }\n\n  \/** Details about the pricing plan for your reserved queue. Required for reserved queues and not applicable to on-demand queues.\n    *\/\n  @js.native\n  trait ReservationPlan extends js.Object {\n    var Commitment: js.UndefOr[Commitment]\n    var ExpiresAt: js.UndefOr[__timestampUnix]\n    var PurchasedAt: js.UndefOr[__timestampUnix]\n    var RenewalType: js.UndefOr[RenewalType]\n    var ReservedSlots: js.UndefOr[__integer]\n    var Status: js.UndefOr[ReservationPlanStatus]\n  }\n\n  object ReservationPlan {\n    @inline\n    def apply(\n        Commitment: js.UndefOr[Commitment] = js.undefined,\n        ExpiresAt: js.UndefOr[__timestampUnix] = js.undefined,\n        PurchasedAt: js.UndefOr[__timestampUnix] = js.undefined,\n        RenewalType: js.UndefOr[RenewalType] = js.undefined,\n        ReservedSlots: js.UndefOr[__integer] = js.undefined,\n        Status: js.UndefOr[ReservationPlanStatus] = js.undefined\n    ): ReservationPlan = {\n      val __obj = js.Dynamic.literal()\n      Commitment.foreach(__v => __obj.updateDynamic(\"Commitment\")(__v.asInstanceOf[js.Any]))\n      ExpiresAt.foreach(__v => __obj.updateDynamic(\"ExpiresAt\")(__v.asInstanceOf[js.Any]))\n      PurchasedAt.foreach(__v => __obj.updateDynamic(\"PurchasedAt\")(__v.asInstanceOf[js.Any]))\n      RenewalType.foreach(__v => __obj.updateDynamic(\"RenewalType\")(__v.asInstanceOf[js.Any]))\n      ReservedSlots.foreach(__v => __obj.updateDynamic(\"ReservedSlots\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationPlan]\n    }\n  }\n\n  \/** Details about the pricing plan for your reserved queue. Required for reserved queues and not applicable to on-demand queues.\n    *\/\n  @js.native\n  trait ReservationPlanSettings extends js.Object {\n    var Commitment: Commitment\n    var RenewalType: RenewalType\n    var ReservedSlots: __integer\n  }\n\n  object ReservationPlanSettings {\n    @inline\n    def apply(\n        Commitment: Commitment,\n        RenewalType: RenewalType,\n        ReservedSlots: __integer\n    ): ReservationPlanSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Commitment\" -> Commitment.asInstanceOf[js.Any],\n        \"RenewalType\" -> RenewalType.asInstanceOf[js.Any],\n        \"ReservedSlots\" -> ReservedSlots.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReservationPlanSettings]\n    }\n  }\n\n  \/** Specifies whether the pricing plan for your reserved queue is ACTIVE or EXPIRED.\n    *\/\n  @js.native\n  sealed trait ReservationPlanStatus extends js.Any\n  object ReservationPlanStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ReservationPlanStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[ReservationPlanStatus]\n\n    @inline def values = js.Array(ACTIVE, EXPIRED)\n  }\n\n  \/** The Amazon Resource Name (ARN) and tags for an AWS Elemental MediaConvert resource.\n    *\/\n  @js.native\n  trait ResourceTags extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object ResourceTags {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): ResourceTags = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceTags]\n    }\n  }\n\n  \/** Use Respond to AFD (RespondToAfd) to specify how the service changes the video itself in response to AFD values in the input. * Choose Respond to clip the input video frame according to the AFD value, input display aspect ratio, and output display aspect ratio. * Choose Passthrough to include the input AFD values. Do not choose this when AfdSignaling is set to (NONE). A preferred implementation of this workflow is to set RespondToAfd to (NONE) and set AfdSignaling to (AUTO). * Choose None to remove all input AFD values from this output.\n    *\/\n  @js.native\n  sealed trait RespondToAfd extends js.Any\n  object RespondToAfd {\n    val NONE = \"NONE\".asInstanceOf[RespondToAfd]\n    val RESPOND = \"RESPOND\".asInstanceOf[RespondToAfd]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[RespondToAfd]\n\n    @inline def values = js.Array(NONE, RESPOND, PASSTHROUGH)\n  }\n\n  \/** Optional. Have MediaConvert automatically apply Amazon S3 access control for the outputs in this output group. When you don't use this setting, S3 automatically applies the default access control list PRIVATE.\n    *\/\n  @js.native\n  trait S3DestinationAccessControl extends js.Object {\n    var CannedAcl: js.UndefOr[S3ObjectCannedAcl]\n  }\n\n  object S3DestinationAccessControl {\n    @inline\n    def apply(\n        CannedAcl: js.UndefOr[S3ObjectCannedAcl] = js.undefined\n    ): S3DestinationAccessControl = {\n      val __obj = js.Dynamic.literal()\n      CannedAcl.foreach(__v => __obj.updateDynamic(\"CannedAcl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DestinationAccessControl]\n    }\n  }\n\n  \/** Settings associated with S3 destination\n    *\/\n  @js.native\n  trait S3DestinationSettings extends js.Object {\n    var AccessControl: js.UndefOr[S3DestinationAccessControl]\n    var Encryption: js.UndefOr[S3EncryptionSettings]\n  }\n\n  object S3DestinationSettings {\n    @inline\n    def apply(\n        AccessControl: js.UndefOr[S3DestinationAccessControl] = js.undefined,\n        Encryption: js.UndefOr[S3EncryptionSettings] = js.undefined\n    ): S3DestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      AccessControl.foreach(__v => __obj.updateDynamic(\"AccessControl\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DestinationSettings]\n    }\n  }\n\n  \/** Settings for how your job outputs are encrypted as they are uploaded to Amazon S3.\n    *\/\n  @js.native\n  trait S3EncryptionSettings extends js.Object {\n    var EncryptionType: js.UndefOr[S3ServerSideEncryptionType]\n    var KmsKeyArn: js.UndefOr[__stringPatternArnAwsUsGovCnKmsAZ26EastWestCentralNorthSouthEastWest1912D12KeyAFAF098AFAF094AFAF094AFAF094AFAF0912]\n  }\n\n  object S3EncryptionSettings {\n    @inline\n    def apply(\n        EncryptionType: js.UndefOr[S3ServerSideEncryptionType] = js.undefined,\n        KmsKeyArn: js.UndefOr[__stringPatternArnAwsUsGovCnKmsAZ26EastWestCentralNorthSouthEastWest1912D12KeyAFAF098AFAF094AFAF094AFAF094AFAF0912] = js.undefined\n    ): S3EncryptionSettings = {\n      val __obj = js.Dynamic.literal()\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3EncryptionSettings]\n    }\n  }\n\n  \/** Choose an Amazon S3 canned ACL for MediaConvert to apply to this output.\n    *\/\n  @js.native\n  sealed trait S3ObjectCannedAcl extends js.Any\n  object S3ObjectCannedAcl {\n    val PUBLIC_READ = \"PUBLIC_READ\".asInstanceOf[S3ObjectCannedAcl]\n    val AUTHENTICATED_READ = \"AUTHENTICATED_READ\".asInstanceOf[S3ObjectCannedAcl]\n    val BUCKET_OWNER_READ = \"BUCKET_OWNER_READ\".asInstanceOf[S3ObjectCannedAcl]\n    val BUCKET_OWNER_FULL_CONTROL = \"BUCKET_OWNER_FULL_CONTROL\".asInstanceOf[S3ObjectCannedAcl]\n\n    @inline def values = js.Array(PUBLIC_READ, AUTHENTICATED_READ, BUCKET_OWNER_READ, BUCKET_OWNER_FULL_CONTROL)\n  }\n\n  \/** Specify how you want your data keys managed. AWS uses data keys to encrypt your content. AWS also encrypts the data keys themselves, using a customer master key (CMK), and then stores the encrypted data keys alongside your encrypted content. Use this setting to specify which AWS service manages the CMK. For simplest set up, choose Amazon S3 (SERVER_SIDE_ENCRYPTION_S3). If you want your master key to be managed by AWS Key Management Service (KMS), choose AWS KMS (SERVER_SIDE_ENCRYPTION_KMS). By default, when you choose AWS KMS, KMS uses the AWS managed customer master key (CMK) associated with Amazon S3 to encrypt your data keys. You can optionally choose to specify a different, customer managed CMK. Do so by specifying the Amazon Resource Name (ARN) of the key for the setting KMS ARN (kmsKeyArn).\n    *\/\n  @js.native\n  sealed trait S3ServerSideEncryptionType extends js.Any\n  object S3ServerSideEncryptionType {\n    val SERVER_SIDE_ENCRYPTION_S3 = \"SERVER_SIDE_ENCRYPTION_S3\".asInstanceOf[S3ServerSideEncryptionType]\n    val SERVER_SIDE_ENCRYPTION_KMS = \"SERVER_SIDE_ENCRYPTION_KMS\".asInstanceOf[S3ServerSideEncryptionType]\n\n    @inline def values = js.Array(SERVER_SIDE_ENCRYPTION_S3, SERVER_SIDE_ENCRYPTION_KMS)\n  }\n\n  \/** Specify how the service handles outputs that have a different aspect ratio from the input aspect ratio. Choose Stretch to output (STRETCH_TO_OUTPUT) to have the service stretch your video image to fit. Keep the setting Default (DEFAULT) to have the service letterbox your video instead. This setting overrides any value that you specify for the setting Selection placement (position) in this output.\n    *\/\n  @js.native\n  sealed trait ScalingBehavior extends js.Any\n  object ScalingBehavior {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[ScalingBehavior]\n    val STRETCH_TO_OUTPUT = \"STRETCH_TO_OUTPUT\".asInstanceOf[ScalingBehavior]\n\n    @inline def values = js.Array(DEFAULT, STRETCH_TO_OUTPUT)\n  }\n\n  \/** Set Framerate (SccDestinationFramerate) to make sure that the captions and the video are synchronized in the output. Specify a frame rate that matches the frame rate of the associated video. If the video frame rate is 29.97, choose 29.97 dropframe (FRAMERATE_29_97_DROPFRAME) only if the video has video_insertion=true and drop_frame_timecode=true; otherwise, choose 29.97 non-dropframe (FRAMERATE_29_97_NON_DROPFRAME).\n    *\/\n  @js.native\n  sealed trait SccDestinationFramerate extends js.Any\n  object SccDestinationFramerate {\n    val FRAMERATE_23_97 = \"FRAMERATE_23_97\".asInstanceOf[SccDestinationFramerate]\n    val FRAMERATE_24 = \"FRAMERATE_24\".asInstanceOf[SccDestinationFramerate]\n    val FRAMERATE_25 = \"FRAMERATE_25\".asInstanceOf[SccDestinationFramerate]\n    val FRAMERATE_29_97_DROPFRAME = \"FRAMERATE_29_97_DROPFRAME\".asInstanceOf[SccDestinationFramerate]\n    val FRAMERATE_29_97_NON_DROPFRAME = \"FRAMERATE_29_97_NON_DROPFRAME\".asInstanceOf[SccDestinationFramerate]\n\n    @inline def values = js.Array(FRAMERATE_23_97, FRAMERATE_24, FRAMERATE_25, FRAMERATE_29_97_DROPFRAME, FRAMERATE_29_97_NON_DROPFRAME)\n  }\n\n  \/** Settings for SCC caption output.\n    *\/\n  @js.native\n  trait SccDestinationSettings extends js.Object {\n    var Framerate: js.UndefOr[SccDestinationFramerate]\n  }\n\n  object SccDestinationSettings {\n    @inline\n    def apply(\n        Framerate: js.UndefOr[SccDestinationFramerate] = js.undefined\n    ): SccDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Framerate.foreach(__v => __obj.updateDynamic(\"Framerate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SccDestinationSettings]\n    }\n  }\n\n  \/** Enable this setting when you run a test job to estimate how many reserved transcoding slots (RTS) you need. When this is enabled, MediaConvert runs your job from an on-demand queue with similar performance to what you will see with one RTS in a reserved queue. This setting is disabled by default.\n    *\/\n  @js.native\n  sealed trait SimulateReservedQueue extends js.Any\n  object SimulateReservedQueue {\n    val DISABLED = \"DISABLED\".asInstanceOf[SimulateReservedQueue]\n    val ENABLED = \"ENABLED\".asInstanceOf[SimulateReservedQueue]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** If your output group type is HLS, DASH, or Microsoft Smooth, use these settings when doing DRM encryption with a SPEKE-compliant key provider. If your output group type is CMAF, use the SpekeKeyProviderCmaf settings instead.\n    *\/\n  @js.native\n  trait SpekeKeyProvider extends js.Object {\n    var CertificateArn: js.UndefOr[__stringPatternArnAwsUsGovAcm]\n    var ResourceId: js.UndefOr[__string]\n    var SystemIds: js.UndefOr[__listOf__stringPattern09aFAF809aFAF409aFAF409aFAF409aFAF12]\n    var Url: js.UndefOr[__stringPatternHttps]\n  }\n\n  object SpekeKeyProvider {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[__stringPatternArnAwsUsGovAcm] = js.undefined,\n        ResourceId: js.UndefOr[__string] = js.undefined,\n        SystemIds: js.UndefOr[__listOf__stringPattern09aFAF809aFAF409aFAF409aFAF409aFAF12] = js.undefined,\n        Url: js.UndefOr[__stringPatternHttps] = js.undefined\n    ): SpekeKeyProvider = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      SystemIds.foreach(__v => __obj.updateDynamic(\"SystemIds\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SpekeKeyProvider]\n    }\n  }\n\n  \/** If your output group type is CMAF, use these settings when doing DRM encryption with a SPEKE-compliant key provider. If your output group type is HLS, DASH, or Microsoft Smooth, use the SpekeKeyProvider settings instead.\n    *\/\n  @js.native\n  trait SpekeKeyProviderCmaf extends js.Object {\n    var CertificateArn: js.UndefOr[__stringPatternArnAwsUsGovAcm]\n    var DashSignaledSystemIds: js.UndefOr[__listOf__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12]\n    var HlsSignaledSystemIds: js.UndefOr[__listOf__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12]\n    var ResourceId: js.UndefOr[__stringPatternW]\n    var Url: js.UndefOr[__stringPatternHttps]\n  }\n\n  object SpekeKeyProviderCmaf {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[__stringPatternArnAwsUsGovAcm] = js.undefined,\n        DashSignaledSystemIds: js.UndefOr[__listOf__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12] = js.undefined,\n        HlsSignaledSystemIds: js.UndefOr[__listOf__stringMin36Max36Pattern09aFAF809aFAF409aFAF409aFAF409aFAF12] = js.undefined,\n        ResourceId: js.UndefOr[__stringPatternW] = js.undefined,\n        Url: js.UndefOr[__stringPatternHttps] = js.undefined\n    ): SpekeKeyProviderCmaf = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      DashSignaledSystemIds.foreach(__v => __obj.updateDynamic(\"DashSignaledSystemIds\")(__v.asInstanceOf[js.Any]))\n      HlsSignaledSystemIds.foreach(__v => __obj.updateDynamic(\"HlsSignaledSystemIds\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SpekeKeyProviderCmaf]\n    }\n  }\n\n  \/** Use these settings to set up encryption with a static key provider.\n    *\/\n  @js.native\n  trait StaticKeyProvider extends js.Object {\n    var KeyFormat: js.UndefOr[__stringPatternIdentityAZaZ26AZaZ09163]\n    var KeyFormatVersions: js.UndefOr[__stringPatternDD]\n    var StaticKeyValue: js.UndefOr[__stringPatternAZaZ0932]\n    var Url: js.UndefOr[__string]\n  }\n\n  object StaticKeyProvider {\n    @inline\n    def apply(\n        KeyFormat: js.UndefOr[__stringPatternIdentityAZaZ26AZaZ09163] = js.undefined,\n        KeyFormatVersions: js.UndefOr[__stringPatternDD] = js.undefined,\n        StaticKeyValue: js.UndefOr[__stringPatternAZaZ0932] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined\n    ): StaticKeyProvider = {\n      val __obj = js.Dynamic.literal()\n      KeyFormat.foreach(__v => __obj.updateDynamic(\"KeyFormat\")(__v.asInstanceOf[js.Any]))\n      KeyFormatVersions.foreach(__v => __obj.updateDynamic(\"KeyFormatVersions\")(__v.asInstanceOf[js.Any]))\n      StaticKeyValue.foreach(__v => __obj.updateDynamic(\"StaticKeyValue\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StaticKeyProvider]\n    }\n  }\n\n  \/** Specify how often MediaConvert sends STATUS_UPDATE events to Amazon CloudWatch Events. Set the interval, in seconds, between status updates. MediaConvert sends an update at this interval from the time the service begins processing your job to the time it completes the transcode or encounters an error.\n    *\/\n  @js.native\n  sealed trait StatusUpdateInterval extends js.Any\n  object StatusUpdateInterval {\n    val SECONDS_10 = \"SECONDS_10\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_12 = \"SECONDS_12\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_15 = \"SECONDS_15\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_20 = \"SECONDS_20\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_30 = \"SECONDS_30\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_60 = \"SECONDS_60\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_120 = \"SECONDS_120\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_180 = \"SECONDS_180\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_240 = \"SECONDS_240\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_300 = \"SECONDS_300\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_360 = \"SECONDS_360\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_420 = \"SECONDS_420\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_480 = \"SECONDS_480\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_540 = \"SECONDS_540\".asInstanceOf[StatusUpdateInterval]\n    val SECONDS_600 = \"SECONDS_600\".asInstanceOf[StatusUpdateInterval]\n\n    @inline def values = js.Array(\n      SECONDS_10,\n      SECONDS_12,\n      SECONDS_15,\n      SECONDS_20,\n      SECONDS_30,\n      SECONDS_60,\n      SECONDS_120,\n      SECONDS_180,\n      SECONDS_240,\n      SECONDS_300,\n      SECONDS_360,\n      SECONDS_420,\n      SECONDS_480,\n      SECONDS_540,\n      SECONDS_600\n    )\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var Arn: __string\n    var Tags: __mapOf__string\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        Arn: __string,\n        Tags: __mapOf__string\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Settings for Teletext caption output\n    *\/\n  @js.native\n  trait TeletextDestinationSettings extends js.Object {\n    var PageNumber: js.UndefOr[__stringMin3Max3Pattern1809aFAF09aEAE]\n    var PageTypes: js.UndefOr[__listOfTeletextPageType]\n  }\n\n  object TeletextDestinationSettings {\n    @inline\n    def apply(\n        PageNumber: js.UndefOr[__stringMin3Max3Pattern1809aFAF09aEAE] = js.undefined,\n        PageTypes: js.UndefOr[__listOfTeletextPageType] = js.undefined\n    ): TeletextDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      PageNumber.foreach(__v => __obj.updateDynamic(\"PageNumber\")(__v.asInstanceOf[js.Any]))\n      PageTypes.foreach(__v => __obj.updateDynamic(\"PageTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TeletextDestinationSettings]\n    }\n  }\n\n  \/** A page type as defined in the standard ETSI EN 300 468, Table 94\n    *\/\n  @js.native\n  sealed trait TeletextPageType extends js.Any\n  object TeletextPageType {\n    val PAGE_TYPE_INITIAL = \"PAGE_TYPE_INITIAL\".asInstanceOf[TeletextPageType]\n    val PAGE_TYPE_SUBTITLE = \"PAGE_TYPE_SUBTITLE\".asInstanceOf[TeletextPageType]\n    val PAGE_TYPE_ADDL_INFO = \"PAGE_TYPE_ADDL_INFO\".asInstanceOf[TeletextPageType]\n    val PAGE_TYPE_PROGRAM_SCHEDULE = \"PAGE_TYPE_PROGRAM_SCHEDULE\".asInstanceOf[TeletextPageType]\n    val PAGE_TYPE_HEARING_IMPAIRED_SUBTITLE = \"PAGE_TYPE_HEARING_IMPAIRED_SUBTITLE\".asInstanceOf[TeletextPageType]\n\n    @inline def values = js.Array(PAGE_TYPE_INITIAL, PAGE_TYPE_SUBTITLE, PAGE_TYPE_ADDL_INFO, PAGE_TYPE_PROGRAM_SCHEDULE, PAGE_TYPE_HEARING_IMPAIRED_SUBTITLE)\n  }\n\n  \/** Settings specific to Teletext caption sources, including Page number.\n    *\/\n  @js.native\n  trait TeletextSourceSettings extends js.Object {\n    var PageNumber: js.UndefOr[__stringMin3Max3Pattern1809aFAF09aEAE]\n  }\n\n  object TeletextSourceSettings {\n    @inline\n    def apply(\n        PageNumber: js.UndefOr[__stringMin3Max3Pattern1809aFAF09aEAE] = js.undefined\n    ): TeletextSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      PageNumber.foreach(__v => __obj.updateDynamic(\"PageNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TeletextSourceSettings]\n    }\n  }\n\n  \/** Timecode burn-in (TimecodeBurnIn)--Burns the output timecode and specified prefix into the output.\n    *\/\n  @js.native\n  trait TimecodeBurnin extends js.Object {\n    var FontSize: js.UndefOr[__integerMin10Max48]\n    var Position: js.UndefOr[TimecodeBurninPosition]\n    var Prefix: js.UndefOr[__stringPattern]\n  }\n\n  object TimecodeBurnin {\n    @inline\n    def apply(\n        FontSize: js.UndefOr[__integerMin10Max48] = js.undefined,\n        Position: js.UndefOr[TimecodeBurninPosition] = js.undefined,\n        Prefix: js.UndefOr[__stringPattern] = js.undefined\n    ): TimecodeBurnin = {\n      val __obj = js.Dynamic.literal()\n      FontSize.foreach(__v => __obj.updateDynamic(\"FontSize\")(__v.asInstanceOf[js.Any]))\n      Position.foreach(__v => __obj.updateDynamic(\"Position\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimecodeBurnin]\n    }\n  }\n\n  \/** Use Position (Position) under under Timecode burn-in (TimecodeBurnIn) to specify the location the burned-in timecode on output video.\n    *\/\n  @js.native\n  sealed trait TimecodeBurninPosition extends js.Any\n  object TimecodeBurninPosition {\n    val TOP_CENTER = \"TOP_CENTER\".asInstanceOf[TimecodeBurninPosition]\n    val TOP_LEFT = \"TOP_LEFT\".asInstanceOf[TimecodeBurninPosition]\n    val TOP_RIGHT = \"TOP_RIGHT\".asInstanceOf[TimecodeBurninPosition]\n    val MIDDLE_LEFT = \"MIDDLE_LEFT\".asInstanceOf[TimecodeBurninPosition]\n    val MIDDLE_CENTER = \"MIDDLE_CENTER\".asInstanceOf[TimecodeBurninPosition]\n    val MIDDLE_RIGHT = \"MIDDLE_RIGHT\".asInstanceOf[TimecodeBurninPosition]\n    val BOTTOM_LEFT = \"BOTTOM_LEFT\".asInstanceOf[TimecodeBurninPosition]\n    val BOTTOM_CENTER = \"BOTTOM_CENTER\".asInstanceOf[TimecodeBurninPosition]\n    val BOTTOM_RIGHT = \"BOTTOM_RIGHT\".asInstanceOf[TimecodeBurninPosition]\n\n    @inline def values = js.Array(TOP_CENTER, TOP_LEFT, TOP_RIGHT, MIDDLE_LEFT, MIDDLE_CENTER, MIDDLE_RIGHT, BOTTOM_LEFT, BOTTOM_CENTER, BOTTOM_RIGHT)\n  }\n\n  \/** These settings control how the service handles timecodes throughout the job. These settings don't affect input clipping.\n    *\/\n  @js.native\n  trait TimecodeConfig extends js.Object {\n    var Anchor: js.UndefOr[__stringPattern010920405090509092]\n    var Source: js.UndefOr[TimecodeSource]\n    var Start: js.UndefOr[__stringPattern010920405090509092]\n    var TimestampOffset: js.UndefOr[__stringPattern0940191020191209301]\n  }\n\n  object TimecodeConfig {\n    @inline\n    def apply(\n        Anchor: js.UndefOr[__stringPattern010920405090509092] = js.undefined,\n        Source: js.UndefOr[TimecodeSource] = js.undefined,\n        Start: js.UndefOr[__stringPattern010920405090509092] = js.undefined,\n        TimestampOffset: js.UndefOr[__stringPattern0940191020191209301] = js.undefined\n    ): TimecodeConfig = {\n      val __obj = js.Dynamic.literal()\n      Anchor.foreach(__v => __obj.updateDynamic(\"Anchor\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      TimestampOffset.foreach(__v => __obj.updateDynamic(\"TimestampOffset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimecodeConfig]\n    }\n  }\n\n  \/** Use Source (TimecodeSource) to set how timecodes are handled within this job. To make sure that your video, audio, captions, and markers are synchronized and that time-based features, such as image inserter, work correctly, choose the Timecode source option that matches your assets. All timecodes are in a 24-hour format with frame number (HH:MM:SS:FF). * Embedded (EMBEDDED) - Use the timecode that is in the input video. If no embedded timecode is in the source, the service will use Start at 0 (ZEROBASED) instead. * Start at 0 (ZEROBASED) - Set the timecode of the initial frame to 00:00:00:00. * Specified Start (SPECIFIEDSTART) - Set the timecode of the initial frame to a value other than zero. You use Start timecode (Start) to provide this value.\n    *\/\n  @js.native\n  sealed trait TimecodeSource extends js.Any\n  object TimecodeSource {\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[TimecodeSource]\n    val ZEROBASED = \"ZEROBASED\".asInstanceOf[TimecodeSource]\n    val SPECIFIEDSTART = \"SPECIFIEDSTART\".asInstanceOf[TimecodeSource]\n\n    @inline def values = js.Array(EMBEDDED, ZEROBASED, SPECIFIEDSTART)\n  }\n\n  \/** Applies only to HLS outputs. Use this setting to specify whether the service inserts the ID3 timed metadata from the input in this output.\n    *\/\n  @js.native\n  sealed trait TimedMetadata extends js.Any\n  object TimedMetadata {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[TimedMetadata]\n    val NONE = \"NONE\".asInstanceOf[TimedMetadata]\n\n    @inline def values = js.Array(PASSTHROUGH, NONE)\n  }\n\n  \/** Enable Timed metadata insertion (TimedMetadataInsertion) to include ID3 tags in any HLS outputs. To include timed metadata, you must enable it here, enable it in each output container, and specify tags and timecodes in ID3 insertion (Id3Insertion) objects.\n    *\/\n  @js.native\n  trait TimedMetadataInsertion extends js.Object {\n    var Id3Insertions: js.UndefOr[__listOfId3Insertion]\n  }\n\n  object TimedMetadataInsertion {\n    @inline\n    def apply(\n        Id3Insertions: js.UndefOr[__listOfId3Insertion] = js.undefined\n    ): TimedMetadataInsertion = {\n      val __obj = js.Dynamic.literal()\n      Id3Insertions.foreach(__v => __obj.updateDynamic(\"Id3Insertions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimedMetadataInsertion]\n    }\n  }\n\n  \/** Information about when jobs are submitted, started, and finished is specified in Unix epoch format in seconds.\n    *\/\n  @js.native\n  trait Timing extends js.Object {\n    var FinishTime: js.UndefOr[__timestampUnix]\n    var StartTime: js.UndefOr[__timestampUnix]\n    var SubmitTime: js.UndefOr[__timestampUnix]\n  }\n\n  object Timing {\n    @inline\n    def apply(\n        FinishTime: js.UndefOr[__timestampUnix] = js.undefined,\n        StartTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SubmitTime: js.UndefOr[__timestampUnix] = js.undefined\n    ): Timing = {\n      val __obj = js.Dynamic.literal()\n      FinishTime.foreach(__v => __obj.updateDynamic(\"FinishTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Timing]\n    }\n  }\n\n  \/** Settings specific to caption sources that are specified by track number. Currently, this is only IMSC captions in an IMF package. If your caption source is IMSC 1.1 in a separate xml file, use FileSourceSettings instead of TrackSourceSettings.\n    *\/\n  @js.native\n  trait TrackSourceSettings extends js.Object {\n    var TrackNumber: js.UndefOr[__integerMin1Max2147483647]\n  }\n\n  object TrackSourceSettings {\n    @inline\n    def apply(\n        TrackNumber: js.UndefOr[__integerMin1Max2147483647] = js.undefined\n    ): TrackSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      TrackNumber.foreach(__v => __obj.updateDynamic(\"TrackNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrackSourceSettings]\n    }\n  }\n\n  \/** Settings specific to TTML caption outputs, including Pass style information (TtmlStylePassthrough).\n    *\/\n  @js.native\n  trait TtmlDestinationSettings extends js.Object {\n    var StylePassthrough: js.UndefOr[TtmlStylePassthrough]\n  }\n\n  object TtmlDestinationSettings {\n    @inline\n    def apply(\n        StylePassthrough: js.UndefOr[TtmlStylePassthrough] = js.undefined\n    ): TtmlDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      StylePassthrough.foreach(__v => __obj.updateDynamic(\"StylePassthrough\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TtmlDestinationSettings]\n    }\n  }\n\n  \/** Pass through style and position information from a TTML-like input source (TTML, IMSC, SMPTE-TT) to the TTML output.\n    *\/\n  @js.native\n  sealed trait TtmlStylePassthrough extends js.Any\n  object TtmlStylePassthrough {\n    val ENABLED = \"ENABLED\".asInstanceOf[TtmlStylePassthrough]\n    val DISABLED = \"DISABLED\".asInstanceOf[TtmlStylePassthrough]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val SYSTEM = \"SYSTEM\".asInstanceOf[Type]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[Type]\n\n    @inline def values = js.Array(SYSTEM, CUSTOM)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var Arn: __string\n    var TagKeys: js.UndefOr[__listOf__string]\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        Arn: __string,\n        TagKeys: js.UndefOr[__listOf__string] = js.undefined\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n\n      TagKeys.foreach(__v => __obj.updateDynamic(\"TagKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateJobTemplateRequest extends js.Object {\n    var Name: __string\n    var AccelerationSettings: js.UndefOr[AccelerationSettings]\n    var Category: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HopDestinations: js.UndefOr[__listOfHopDestination]\n    var Priority: js.UndefOr[__integerMinNegative50Max50]\n    var Queue: js.UndefOr[__string]\n    var Settings: js.UndefOr[JobTemplateSettings]\n    var StatusUpdateInterval: js.UndefOr[StatusUpdateInterval]\n  }\n\n  object UpdateJobTemplateRequest {\n    @inline\n    def apply(\n        Name: __string,\n        AccelerationSettings: js.UndefOr[AccelerationSettings] = js.undefined,\n        Category: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HopDestinations: js.UndefOr[__listOfHopDestination] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative50Max50] = js.undefined,\n        Queue: js.UndefOr[__string] = js.undefined,\n        Settings: js.UndefOr[JobTemplateSettings] = js.undefined,\n        StatusUpdateInterval: js.UndefOr[StatusUpdateInterval] = js.undefined\n    ): UpdateJobTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccelerationSettings.foreach(__v => __obj.updateDynamic(\"AccelerationSettings\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HopDestinations.foreach(__v => __obj.updateDynamic(\"HopDestinations\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      StatusUpdateInterval.foreach(__v => __obj.updateDynamic(\"StatusUpdateInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateJobTemplateResponse extends js.Object {\n    var JobTemplate: js.UndefOr[JobTemplate]\n  }\n\n  object UpdateJobTemplateResponse {\n    @inline\n    def apply(\n        JobTemplate: js.UndefOr[JobTemplate] = js.undefined\n    ): UpdateJobTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      JobTemplate.foreach(__v => __obj.updateDynamic(\"JobTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait UpdatePresetRequest extends js.Object {\n    var Name: __string\n    var Category: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var Settings: js.UndefOr[PresetSettings]\n  }\n\n  object UpdatePresetRequest {\n    @inline\n    def apply(\n        Name: __string,\n        Category: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        Settings: js.UndefOr[PresetSettings] = js.undefined\n    ): UpdatePresetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePresetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePresetResponse extends js.Object {\n    var Preset: js.UndefOr[Preset]\n  }\n\n  object UpdatePresetResponse {\n    @inline\n    def apply(\n        Preset: js.UndefOr[Preset] = js.undefined\n    ): UpdatePresetResponse = {\n      val __obj = js.Dynamic.literal()\n      Preset.foreach(__v => __obj.updateDynamic(\"Preset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePresetResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateQueueRequest extends js.Object {\n    var Name: __string\n    var Description: js.UndefOr[__string]\n    var ReservationPlanSettings: js.UndefOr[ReservationPlanSettings]\n    var Status: js.UndefOr[QueueStatus]\n  }\n\n  object UpdateQueueRequest {\n    @inline\n    def apply(\n        Name: __string,\n        Description: js.UndefOr[__string] = js.undefined,\n        ReservationPlanSettings: js.UndefOr[ReservationPlanSettings] = js.undefined,\n        Status: js.UndefOr[QueueStatus] = js.undefined\n    ): UpdateQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ReservationPlanSettings.foreach(__v => __obj.updateDynamic(\"ReservationPlanSettings\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateQueueRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateQueueResponse extends js.Object {\n    var Queue: js.UndefOr[Queue]\n  }\n\n  object UpdateQueueResponse {\n    @inline\n    def apply(\n        Queue: js.UndefOr[Queue] = js.undefined\n    ): UpdateQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateQueueResponse]\n    }\n  }\n\n  \/** Specify the VC3 class to choose the quality characteristics for this output. VC3 class, together with the settings Framerate (framerateNumerator and framerateDenominator) and Resolution (height and width), determine your output bitrate. For example, say that your video resolution is 1920x1080 and your framerate is 29.97. Then Class 145 (CLASS_145) gives you an output with a bitrate of approximately 145 Mbps and Class 220 (CLASS_220) gives you and output with a bitrate of approximately 220 Mbps. VC3 class also specifies the color bit depth of your output.\n    *\/\n  @js.native\n  sealed trait Vc3Class extends js.Any\n  object Vc3Class {\n    val CLASS_145_8BIT = \"CLASS_145_8BIT\".asInstanceOf[Vc3Class]\n    val CLASS_220_8BIT = \"CLASS_220_8BIT\".asInstanceOf[Vc3Class]\n    val CLASS_220_10BIT = \"CLASS_220_10BIT\".asInstanceOf[Vc3Class]\n\n    @inline def values = js.Array(CLASS_145_8BIT, CLASS_220_8BIT, CLASS_220_10BIT)\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait Vc3FramerateControl extends js.Any\n  object Vc3FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Vc3FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Vc3FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait Vc3FramerateConversionAlgorithm extends js.Any\n  object Vc3FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[Vc3FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[Vc3FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[Vc3FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Optional. Choose the scan line type for this output. If you don't specify a value, MediaConvert will create a progressive output.\n    *\/\n  @js.native\n  sealed trait Vc3InterlaceMode extends js.Any\n  object Vc3InterlaceMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[Vc3InterlaceMode]\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[Vc3InterlaceMode]\n\n    @inline def values = js.Array(INTERLACED, PROGRESSIVE)\n  }\n\n  \/** Use this setting for interlaced outputs, when your output frame rate is half of your input frame rate. In this situation, choose Optimized interlacing (INTERLACED_OPTIMIZE) to create a better quality interlaced output. In this case, each progressive frame from the input corresponds to an interlaced field in the output. Keep the default value, Basic interlacing (INTERLACED), for all other output frame rates. With basic interlacing, MediaConvert performs any frame rate conversion first and then interlaces the frames. When you choose Optimized interlacing and you set your output frame rate to a value that isn't suitable for optimized interlacing, MediaConvert automatically falls back to basic interlacing. Required settings: To use optimized interlacing, you must set Telecine (telecine) to None (NONE) or Soft (SOFT). You can't use optimized interlacing for hard telecine outputs. You must also set Interlace mode (interlaceMode) to a value other than Progressive (PROGRESSIVE).\n    *\/\n  @js.native\n  sealed trait Vc3ScanTypeConversionMode extends js.Any\n  object Vc3ScanTypeConversionMode {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[Vc3ScanTypeConversionMode]\n    val INTERLACED_OPTIMIZE = \"INTERLACED_OPTIMIZE\".asInstanceOf[Vc3ScanTypeConversionMode]\n\n    @inline def values = js.Array(INTERLACED, INTERLACED_OPTIMIZE)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value VC3\n    *\/\n  @js.native\n  trait Vc3Settings extends js.Object {\n    var FramerateControl: js.UndefOr[Vc3FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[Vc3FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max1001]\n    var FramerateNumerator: js.UndefOr[__integerMin24Max60000]\n    var InterlaceMode: js.UndefOr[Vc3InterlaceMode]\n    var ScanTypeConversionMode: js.UndefOr[Vc3ScanTypeConversionMode]\n    var SlowPal: js.UndefOr[Vc3SlowPal]\n    var Telecine: js.UndefOr[Vc3Telecine]\n    var Vc3Class: js.UndefOr[Vc3Class]\n  }\n\n  object Vc3Settings {\n    @inline\n    def apply(\n        FramerateControl: js.UndefOr[Vc3FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[Vc3FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max1001] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin24Max60000] = js.undefined,\n        InterlaceMode: js.UndefOr[Vc3InterlaceMode] = js.undefined,\n        ScanTypeConversionMode: js.UndefOr[Vc3ScanTypeConversionMode] = js.undefined,\n        SlowPal: js.UndefOr[Vc3SlowPal] = js.undefined,\n        Telecine: js.UndefOr[Vc3Telecine] = js.undefined,\n        Vc3Class: js.UndefOr[Vc3Class] = js.undefined\n    ): Vc3Settings = {\n      val __obj = js.Dynamic.literal()\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      InterlaceMode.foreach(__v => __obj.updateDynamic(\"InterlaceMode\")(__v.asInstanceOf[js.Any]))\n      ScanTypeConversionMode.foreach(__v => __obj.updateDynamic(\"ScanTypeConversionMode\")(__v.asInstanceOf[js.Any]))\n      SlowPal.foreach(__v => __obj.updateDynamic(\"SlowPal\")(__v.asInstanceOf[js.Any]))\n      Telecine.foreach(__v => __obj.updateDynamic(\"Telecine\")(__v.asInstanceOf[js.Any]))\n      Vc3Class.foreach(__v => __obj.updateDynamic(\"Vc3Class\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Vc3Settings]\n    }\n  }\n\n  \/** Ignore this setting unless your input frame rate is 23.976 or 24 frames per second (fps). Enable slow PAL to create a 25 fps output by relabeling the video frames and resampling your audio. Note that enabling this setting will slightly reduce the duration of your video. Related settings: You must also set Framerate to 25. In your JSON job specification, set (framerateControl) to (SPECIFIED), (framerateNumerator) to 25 and (framerateDenominator) to 1.\n    *\/\n  @js.native\n  sealed trait Vc3SlowPal extends js.Any\n  object Vc3SlowPal {\n    val DISABLED = \"DISABLED\".asInstanceOf[Vc3SlowPal]\n    val ENABLED = \"ENABLED\".asInstanceOf[Vc3SlowPal]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** When you do frame rate conversion from 23.976 frames per second (fps) to 29.97 fps, and your output scan type is interlaced, you can optionally enable hard telecine (HARD) to create a smoother picture. When you keep the default value, None (NONE), MediaConvert does a standard frame rate conversion to 29.97 without doing anything with the field polarity to create a smoother picture.\n    *\/\n  @js.native\n  sealed trait Vc3Telecine extends js.Any\n  object Vc3Telecine {\n    val NONE = \"NONE\".asInstanceOf[Vc3Telecine]\n    val HARD = \"HARD\".asInstanceOf[Vc3Telecine]\n\n    @inline def values = js.Array(NONE, HARD)\n  }\n\n  \/** Type of video codec\n    *\/\n  @js.native\n  sealed trait VideoCodec extends js.Any\n  object VideoCodec {\n    val AV1 = \"AV1\".asInstanceOf[VideoCodec]\n    val AVC_INTRA = \"AVC_INTRA\".asInstanceOf[VideoCodec]\n    val FRAME_CAPTURE = \"FRAME_CAPTURE\".asInstanceOf[VideoCodec]\n    val H_264 = \"H_264\".asInstanceOf[VideoCodec]\n    val H_265 = \"H_265\".asInstanceOf[VideoCodec]\n    val MPEG2 = \"MPEG2\".asInstanceOf[VideoCodec]\n    val PRORES = \"PRORES\".asInstanceOf[VideoCodec]\n    val VC3 = \"VC3\".asInstanceOf[VideoCodec]\n    val VP8 = \"VP8\".asInstanceOf[VideoCodec]\n    val VP9 = \"VP9\".asInstanceOf[VideoCodec]\n\n    @inline def values = js.Array(AV1, AVC_INTRA, FRAME_CAPTURE, H_264, H_265, MPEG2, PRORES, VC3, VP8, VP9)\n  }\n\n  \/** Video codec settings, (CodecSettings) under (VideoDescription), contains the group of settings related to video encoding. The settings in this group vary depending on the value that you choose for Video codec (Codec). For each codec enum that you choose, define the corresponding settings object. The following lists the codec enum, settings object pairs. * AV1, Av1Settings * AVC_INTRA, AvcIntraSettings * FRAME_CAPTURE, FrameCaptureSettings * H_264, H264Settings * H_265, H265Settings * MPEG2, Mpeg2Settings * PRORES, ProresSettings * VC3, Vc3Settings * VP8, Vp8Settings * VP9, Vp9Settings\n    *\/\n  @js.native\n  trait VideoCodecSettings extends js.Object {\n    var Av1Settings: js.UndefOr[Av1Settings]\n    var AvcIntraSettings: js.UndefOr[AvcIntraSettings]\n    var Codec: js.UndefOr[VideoCodec]\n    var FrameCaptureSettings: js.UndefOr[FrameCaptureSettings]\n    var H264Settings: js.UndefOr[H264Settings]\n    var H265Settings: js.UndefOr[H265Settings]\n    var Mpeg2Settings: js.UndefOr[Mpeg2Settings]\n    var ProresSettings: js.UndefOr[ProresSettings]\n    var Vc3Settings: js.UndefOr[Vc3Settings]\n    var Vp8Settings: js.UndefOr[Vp8Settings]\n    var Vp9Settings: js.UndefOr[Vp9Settings]\n  }\n\n  object VideoCodecSettings {\n    @inline\n    def apply(\n        Av1Settings: js.UndefOr[Av1Settings] = js.undefined,\n        AvcIntraSettings: js.UndefOr[AvcIntraSettings] = js.undefined,\n        Codec: js.UndefOr[VideoCodec] = js.undefined,\n        FrameCaptureSettings: js.UndefOr[FrameCaptureSettings] = js.undefined,\n        H264Settings: js.UndefOr[H264Settings] = js.undefined,\n        H265Settings: js.UndefOr[H265Settings] = js.undefined,\n        Mpeg2Settings: js.UndefOr[Mpeg2Settings] = js.undefined,\n        ProresSettings: js.UndefOr[ProresSettings] = js.undefined,\n        Vc3Settings: js.UndefOr[Vc3Settings] = js.undefined,\n        Vp8Settings: js.UndefOr[Vp8Settings] = js.undefined,\n        Vp9Settings: js.UndefOr[Vp9Settings] = js.undefined\n    ): VideoCodecSettings = {\n      val __obj = js.Dynamic.literal()\n      Av1Settings.foreach(__v => __obj.updateDynamic(\"Av1Settings\")(__v.asInstanceOf[js.Any]))\n      AvcIntraSettings.foreach(__v => __obj.updateDynamic(\"AvcIntraSettings\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      FrameCaptureSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureSettings\")(__v.asInstanceOf[js.Any]))\n      H264Settings.foreach(__v => __obj.updateDynamic(\"H264Settings\")(__v.asInstanceOf[js.Any]))\n      H265Settings.foreach(__v => __obj.updateDynamic(\"H265Settings\")(__v.asInstanceOf[js.Any]))\n      Mpeg2Settings.foreach(__v => __obj.updateDynamic(\"Mpeg2Settings\")(__v.asInstanceOf[js.Any]))\n      ProresSettings.foreach(__v => __obj.updateDynamic(\"ProresSettings\")(__v.asInstanceOf[js.Any]))\n      Vc3Settings.foreach(__v => __obj.updateDynamic(\"Vc3Settings\")(__v.asInstanceOf[js.Any]))\n      Vp8Settings.foreach(__v => __obj.updateDynamic(\"Vp8Settings\")(__v.asInstanceOf[js.Any]))\n      Vp9Settings.foreach(__v => __obj.updateDynamic(\"Vp9Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoCodecSettings]\n    }\n  }\n\n  \/** Settings for video outputs\n    *\/\n  @js.native\n  trait VideoDescription extends js.Object {\n    var AfdSignaling: js.UndefOr[AfdSignaling]\n    var AntiAlias: js.UndefOr[AntiAlias]\n    var CodecSettings: js.UndefOr[VideoCodecSettings]\n    var ColorMetadata: js.UndefOr[ColorMetadata]\n    var Crop: js.UndefOr[Rectangle]\n    var DropFrameTimecode: js.UndefOr[DropFrameTimecode]\n    var FixedAfd: js.UndefOr[__integerMin0Max15]\n    var Height: js.UndefOr[__integerMin32Max8192]\n    var Position: js.UndefOr[Rectangle]\n    var RespondToAfd: js.UndefOr[RespondToAfd]\n    var ScalingBehavior: js.UndefOr[ScalingBehavior]\n    var Sharpness: js.UndefOr[__integerMin0Max100]\n    var TimecodeInsertion: js.UndefOr[VideoTimecodeInsertion]\n    var VideoPreprocessors: js.UndefOr[VideoPreprocessor]\n    var Width: js.UndefOr[__integerMin32Max8192]\n  }\n\n  object VideoDescription {\n    @inline\n    def apply(\n        AfdSignaling: js.UndefOr[AfdSignaling] = js.undefined,\n        AntiAlias: js.UndefOr[AntiAlias] = js.undefined,\n        CodecSettings: js.UndefOr[VideoCodecSettings] = js.undefined,\n        ColorMetadata: js.UndefOr[ColorMetadata] = js.undefined,\n        Crop: js.UndefOr[Rectangle] = js.undefined,\n        DropFrameTimecode: js.UndefOr[DropFrameTimecode] = js.undefined,\n        FixedAfd: js.UndefOr[__integerMin0Max15] = js.undefined,\n        Height: js.UndefOr[__integerMin32Max8192] = js.undefined,\n        Position: js.UndefOr[Rectangle] = js.undefined,\n        RespondToAfd: js.UndefOr[RespondToAfd] = js.undefined,\n        ScalingBehavior: js.UndefOr[ScalingBehavior] = js.undefined,\n        Sharpness: js.UndefOr[__integerMin0Max100] = js.undefined,\n        TimecodeInsertion: js.UndefOr[VideoTimecodeInsertion] = js.undefined,\n        VideoPreprocessors: js.UndefOr[VideoPreprocessor] = js.undefined,\n        Width: js.UndefOr[__integerMin32Max8192] = js.undefined\n    ): VideoDescription = {\n      val __obj = js.Dynamic.literal()\n      AfdSignaling.foreach(__v => __obj.updateDynamic(\"AfdSignaling\")(__v.asInstanceOf[js.Any]))\n      AntiAlias.foreach(__v => __obj.updateDynamic(\"AntiAlias\")(__v.asInstanceOf[js.Any]))\n      CodecSettings.foreach(__v => __obj.updateDynamic(\"CodecSettings\")(__v.asInstanceOf[js.Any]))\n      ColorMetadata.foreach(__v => __obj.updateDynamic(\"ColorMetadata\")(__v.asInstanceOf[js.Any]))\n      Crop.foreach(__v => __obj.updateDynamic(\"Crop\")(__v.asInstanceOf[js.Any]))\n      DropFrameTimecode.foreach(__v => __obj.updateDynamic(\"DropFrameTimecode\")(__v.asInstanceOf[js.Any]))\n      FixedAfd.foreach(__v => __obj.updateDynamic(\"FixedAfd\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Position.foreach(__v => __obj.updateDynamic(\"Position\")(__v.asInstanceOf[js.Any]))\n      RespondToAfd.foreach(__v => __obj.updateDynamic(\"RespondToAfd\")(__v.asInstanceOf[js.Any]))\n      ScalingBehavior.foreach(__v => __obj.updateDynamic(\"ScalingBehavior\")(__v.asInstanceOf[js.Any]))\n      Sharpness.foreach(__v => __obj.updateDynamic(\"Sharpness\")(__v.asInstanceOf[js.Any]))\n      TimecodeInsertion.foreach(__v => __obj.updateDynamic(\"TimecodeInsertion\")(__v.asInstanceOf[js.Any]))\n      VideoPreprocessors.foreach(__v => __obj.updateDynamic(\"VideoPreprocessors\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoDescription]\n    }\n  }\n\n  \/** Contains details about the output's video stream\n    *\/\n  @js.native\n  trait VideoDetail extends js.Object {\n    var HeightInPx: js.UndefOr[__integer]\n    var WidthInPx: js.UndefOr[__integer]\n  }\n\n  object VideoDetail {\n    @inline\n    def apply(\n        HeightInPx: js.UndefOr[__integer] = js.undefined,\n        WidthInPx: js.UndefOr[__integer] = js.undefined\n    ): VideoDetail = {\n      val __obj = js.Dynamic.literal()\n      HeightInPx.foreach(__v => __obj.updateDynamic(\"HeightInPx\")(__v.asInstanceOf[js.Any]))\n      WidthInPx.foreach(__v => __obj.updateDynamic(\"WidthInPx\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoDetail]\n    }\n  }\n\n  \/** Find additional transcoding features under Preprocessors (VideoPreprocessors). Enable the features at each output individually. These features are disabled by default.\n    *\/\n  @js.native\n  trait VideoPreprocessor extends js.Object {\n    var ColorCorrector: js.UndefOr[ColorCorrector]\n    var Deinterlacer: js.UndefOr[Deinterlacer]\n    var DolbyVision: js.UndefOr[DolbyVision]\n    var ImageInserter: js.UndefOr[ImageInserter]\n    var NoiseReducer: js.UndefOr[NoiseReducer]\n    var PartnerWatermarking: js.UndefOr[PartnerWatermarking]\n    var TimecodeBurnin: js.UndefOr[TimecodeBurnin]\n  }\n\n  object VideoPreprocessor {\n    @inline\n    def apply(\n        ColorCorrector: js.UndefOr[ColorCorrector] = js.undefined,\n        Deinterlacer: js.UndefOr[Deinterlacer] = js.undefined,\n        DolbyVision: js.UndefOr[DolbyVision] = js.undefined,\n        ImageInserter: js.UndefOr[ImageInserter] = js.undefined,\n        NoiseReducer: js.UndefOr[NoiseReducer] = js.undefined,\n        PartnerWatermarking: js.UndefOr[PartnerWatermarking] = js.undefined,\n        TimecodeBurnin: js.UndefOr[TimecodeBurnin] = js.undefined\n    ): VideoPreprocessor = {\n      val __obj = js.Dynamic.literal()\n      ColorCorrector.foreach(__v => __obj.updateDynamic(\"ColorCorrector\")(__v.asInstanceOf[js.Any]))\n      Deinterlacer.foreach(__v => __obj.updateDynamic(\"Deinterlacer\")(__v.asInstanceOf[js.Any]))\n      DolbyVision.foreach(__v => __obj.updateDynamic(\"DolbyVision\")(__v.asInstanceOf[js.Any]))\n      ImageInserter.foreach(__v => __obj.updateDynamic(\"ImageInserter\")(__v.asInstanceOf[js.Any]))\n      NoiseReducer.foreach(__v => __obj.updateDynamic(\"NoiseReducer\")(__v.asInstanceOf[js.Any]))\n      PartnerWatermarking.foreach(__v => __obj.updateDynamic(\"PartnerWatermarking\")(__v.asInstanceOf[js.Any]))\n      TimecodeBurnin.foreach(__v => __obj.updateDynamic(\"TimecodeBurnin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoPreprocessor]\n    }\n  }\n\n  \/** Selector for video.\n    *\/\n  @js.native\n  trait VideoSelector extends js.Object {\n    var AlphaBehavior: js.UndefOr[AlphaBehavior]\n    var ColorSpace: js.UndefOr[ColorSpace]\n    var ColorSpaceUsage: js.UndefOr[ColorSpaceUsage]\n    var Hdr10Metadata: js.UndefOr[Hdr10Metadata]\n    var Pid: js.UndefOr[__integerMin1Max2147483647]\n    var ProgramNumber: js.UndefOr[__integerMinNegative2147483648Max2147483647]\n    var Rotate: js.UndefOr[InputRotate]\n  }\n\n  object VideoSelector {\n    @inline\n    def apply(\n        AlphaBehavior: js.UndefOr[AlphaBehavior] = js.undefined,\n        ColorSpace: js.UndefOr[ColorSpace] = js.undefined,\n        ColorSpaceUsage: js.UndefOr[ColorSpaceUsage] = js.undefined,\n        Hdr10Metadata: js.UndefOr[Hdr10Metadata] = js.undefined,\n        Pid: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ProgramNumber: js.UndefOr[__integerMinNegative2147483648Max2147483647] = js.undefined,\n        Rotate: js.UndefOr[InputRotate] = js.undefined\n    ): VideoSelector = {\n      val __obj = js.Dynamic.literal()\n      AlphaBehavior.foreach(__v => __obj.updateDynamic(\"AlphaBehavior\")(__v.asInstanceOf[js.Any]))\n      ColorSpace.foreach(__v => __obj.updateDynamic(\"ColorSpace\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceUsage.foreach(__v => __obj.updateDynamic(\"ColorSpaceUsage\")(__v.asInstanceOf[js.Any]))\n      Hdr10Metadata.foreach(__v => __obj.updateDynamic(\"Hdr10Metadata\")(__v.asInstanceOf[js.Any]))\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      ProgramNumber.foreach(__v => __obj.updateDynamic(\"ProgramNumber\")(__v.asInstanceOf[js.Any]))\n      Rotate.foreach(__v => __obj.updateDynamic(\"Rotate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelector]\n    }\n  }\n\n  \/** Applies only to H.264, H.265, MPEG2, and ProRes outputs. Only enable Timecode insertion when the input frame rate is identical to the output frame rate. To include timecodes in this output, set Timecode insertion (VideoTimecodeInsertion) to PIC_TIMING_SEI. To leave them out, set it to DISABLED. Default is DISABLED. When the service inserts timecodes in an output, by default, it uses any embedded timecodes from the input. If none are present, the service will set the timecode for the first output frame to zero. To change this default behavior, adjust the settings under Timecode configuration (TimecodeConfig). In the console, these settings are located under Job > Job settings > Timecode configuration. Note - Timecode source under input settings (InputTimecodeSource) does not affect the timecodes that are inserted in the output. Source under Job settings > Timecode configuration (TimecodeSource) does.\n    *\/\n  @js.native\n  sealed trait VideoTimecodeInsertion extends js.Any\n  object VideoTimecodeInsertion {\n    val DISABLED = \"DISABLED\".asInstanceOf[VideoTimecodeInsertion]\n    val PIC_TIMING_SEI = \"PIC_TIMING_SEI\".asInstanceOf[VideoTimecodeInsertion]\n\n    @inline def values = js.Array(DISABLED, PIC_TIMING_SEI)\n  }\n\n  \/** Required when you set Codec, under AudioDescriptions>CodecSettings, to the value Vorbis.\n    *\/\n  @js.native\n  trait VorbisSettings extends js.Object {\n    var Channels: js.UndefOr[__integerMin1Max2]\n    var SampleRate: js.UndefOr[__integerMin22050Max48000]\n    var VbrQuality: js.UndefOr[__integerMinNegative1Max10]\n  }\n\n  object VorbisSettings {\n    @inline\n    def apply(\n        Channels: js.UndefOr[__integerMin1Max2] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin22050Max48000] = js.undefined,\n        VbrQuality: js.UndefOr[__integerMinNegative1Max10] = js.undefined\n    ): VorbisSettings = {\n      val __obj = js.Dynamic.literal()\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      VbrQuality.foreach(__v => __obj.updateDynamic(\"VbrQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VorbisSettings]\n    }\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait Vp8FramerateControl extends js.Any\n  object Vp8FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Vp8FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Vp8FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait Vp8FramerateConversionAlgorithm extends js.Any\n  object Vp8FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[Vp8FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[Vp8FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[Vp8FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait Vp8ParControl extends js.Any\n  object Vp8ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Vp8ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Vp8ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how you want to trade off encoding speed for output video quality. The default behavior is faster, lower quality, multi-pass encoding.\n    *\/\n  @js.native\n  sealed trait Vp8QualityTuningLevel extends js.Any\n  object Vp8QualityTuningLevel {\n    val MULTI_PASS = \"MULTI_PASS\".asInstanceOf[Vp8QualityTuningLevel]\n    val MULTI_PASS_HQ = \"MULTI_PASS_HQ\".asInstanceOf[Vp8QualityTuningLevel]\n\n    @inline def values = js.Array(MULTI_PASS, MULTI_PASS_HQ)\n  }\n\n  \/** With the VP8 codec, you can use only the variable bitrate (VBR) rate control mode.\n    *\/\n  @js.native\n  sealed trait Vp8RateControlMode extends js.Any\n  object Vp8RateControlMode {\n    val VBR = \"VBR\".asInstanceOf[Vp8RateControlMode]\n\n    @inline def values = js.Array(VBR)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value VP8.\n    *\/\n  @js.native\n  trait Vp8Settings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var FramerateControl: js.UndefOr[Vp8FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[Vp8FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var HrdBufferSize: js.UndefOr[__integerMin0Max47185920]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max1152000000]\n    var ParControl: js.UndefOr[Vp8ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var QualityTuningLevel: js.UndefOr[Vp8QualityTuningLevel]\n    var RateControlMode: js.UndefOr[Vp8RateControlMode]\n  }\n\n  object Vp8Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        FramerateControl: js.UndefOr[Vp8FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[Vp8FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        HrdBufferSize: js.UndefOr[__integerMin0Max47185920] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max1152000000] = js.undefined,\n        ParControl: js.UndefOr[Vp8ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        QualityTuningLevel: js.UndefOr[Vp8QualityTuningLevel] = js.undefined,\n        RateControlMode: js.UndefOr[Vp8RateControlMode] = js.undefined\n    ): Vp8Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      HrdBufferSize.foreach(__v => __obj.updateDynamic(\"HrdBufferSize\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Vp8Settings]\n    }\n  }\n\n  \/** If you are using the console, use the Framerate setting to specify the frame rate for this output. If you want to keep the same frame rate as the input video, choose Follow source. If you want to do frame rate conversion, choose a frame rate from the dropdown list or choose Custom. The framerates shown in the dropdown list are decimal approximations of fractions. If you choose Custom, specify your frame rate as a fraction. If you are creating your transcoding job specification as a JSON file without the console, use FramerateControl to specify which value the service uses for the frame rate for this output. Choose INITIALIZE_FROM_SOURCE if you want the service to use the frame rate from the input. Choose SPECIFIED if you want the service to use the frame rate you specify in the settings FramerateNumerator and FramerateDenominator.\n    *\/\n  @js.native\n  sealed trait Vp9FramerateControl extends js.Any\n  object Vp9FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Vp9FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Vp9FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Choose the method that you want MediaConvert to use when increasing or decreasing the frame rate. We recommend using drop duplicate (DUPLICATE_DROP) for numerically simple conversions, such as 60 fps to 30 fps. For numerically complex conversions, you can use interpolate (INTERPOLATE) to avoid stutter. This results in a smooth picture, but might introduce undesirable video artifacts. For complex frame rate conversions, especially if your source video has already been converted from its original cadence, use FrameFormer (FRAMEFORMER) to do motion-compensated interpolation. FrameFormer chooses the best conversion method frame by frame. Note that using FrameFormer increases the transcoding time and incurs a significant add-on cost.\n    *\/\n  @js.native\n  sealed trait Vp9FramerateConversionAlgorithm extends js.Any\n  object Vp9FramerateConversionAlgorithm {\n    val DUPLICATE_DROP = \"DUPLICATE_DROP\".asInstanceOf[Vp9FramerateConversionAlgorithm]\n    val INTERPOLATE = \"INTERPOLATE\".asInstanceOf[Vp9FramerateConversionAlgorithm]\n    val FRAMEFORMER = \"FRAMEFORMER\".asInstanceOf[Vp9FramerateConversionAlgorithm]\n\n    @inline def values = js.Array(DUPLICATE_DROP, INTERPOLATE, FRAMEFORMER)\n  }\n\n  \/** Optional. Specify how the service determines the pixel aspect ratio (PAR) for this output. The default behavior, Follow source (INITIALIZE_FROM_SOURCE), uses the PAR from your input video for your output. To specify a different PAR in the console, choose any value other than Follow source. To specify a different PAR by editing the JSON job specification, choose SPECIFIED. When you choose SPECIFIED for this setting, you must also specify values for the parNumerator and parDenominator settings.\n    *\/\n  @js.native\n  sealed trait Vp9ParControl extends js.Any\n  object Vp9ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[Vp9ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[Vp9ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** Optional. Use Quality tuning level (qualityTuningLevel) to choose how you want to trade off encoding speed for output video quality. The default behavior is faster, lower quality, multi-pass encoding.\n    *\/\n  @js.native\n  sealed trait Vp9QualityTuningLevel extends js.Any\n  object Vp9QualityTuningLevel {\n    val MULTI_PASS = \"MULTI_PASS\".asInstanceOf[Vp9QualityTuningLevel]\n    val MULTI_PASS_HQ = \"MULTI_PASS_HQ\".asInstanceOf[Vp9QualityTuningLevel]\n\n    @inline def values = js.Array(MULTI_PASS, MULTI_PASS_HQ)\n  }\n\n  \/** With the VP9 codec, you can use only the variable bitrate (VBR) rate control mode.\n    *\/\n  @js.native\n  sealed trait Vp9RateControlMode extends js.Any\n  object Vp9RateControlMode {\n    val VBR = \"VBR\".asInstanceOf[Vp9RateControlMode]\n\n    @inline def values = js.Array(VBR)\n  }\n\n  \/** Required when you set (Codec) under (VideoDescription)>(CodecSettings) to the value VP9.\n    *\/\n  @js.native\n  trait Vp9Settings extends js.Object {\n    var Bitrate: js.UndefOr[__integerMin1000Max480000000]\n    var FramerateControl: js.UndefOr[Vp9FramerateControl]\n    var FramerateConversionAlgorithm: js.UndefOr[Vp9FramerateConversionAlgorithm]\n    var FramerateDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var FramerateNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var GopSize: js.UndefOr[__doubleMin0]\n    var HrdBufferSize: js.UndefOr[__integerMin0Max47185920]\n    var MaxBitrate: js.UndefOr[__integerMin1000Max480000000]\n    var ParControl: js.UndefOr[Vp9ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1Max2147483647]\n    var ParNumerator: js.UndefOr[__integerMin1Max2147483647]\n    var QualityTuningLevel: js.UndefOr[Vp9QualityTuningLevel]\n    var RateControlMode: js.UndefOr[Vp9RateControlMode]\n  }\n\n  object Vp9Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__integerMin1000Max480000000] = js.undefined,\n        FramerateControl: js.UndefOr[Vp9FramerateControl] = js.undefined,\n        FramerateConversionAlgorithm: js.UndefOr[Vp9FramerateConversionAlgorithm] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        GopSize: js.UndefOr[__doubleMin0] = js.undefined,\n        HrdBufferSize: js.UndefOr[__integerMin0Max47185920] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000Max480000000] = js.undefined,\n        ParControl: js.UndefOr[Vp9ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1Max2147483647] = js.undefined,\n        QualityTuningLevel: js.UndefOr[Vp9QualityTuningLevel] = js.undefined,\n        RateControlMode: js.UndefOr[Vp9RateControlMode] = js.undefined\n    ): Vp9Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateConversionAlgorithm.foreach(__v => __obj.updateDynamic(\"FramerateConversionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      HrdBufferSize.foreach(__v => __obj.updateDynamic(\"HrdBufferSize\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      QualityTuningLevel.foreach(__v => __obj.updateDynamic(\"QualityTuningLevel\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Vp9Settings]\n    }\n  }\n\n  \/** Optional. Ignore this setting unless Nagra support directs you to specify a value. When you don't specify a value here, the Nagra NexGuard library uses its default value.\n    *\/\n  @js.native\n  sealed trait WatermarkingStrength extends js.Any\n  object WatermarkingStrength {\n    val LIGHTEST = \"LIGHTEST\".asInstanceOf[WatermarkingStrength]\n    val LIGHTER = \"LIGHTER\".asInstanceOf[WatermarkingStrength]\n    val DEFAULT = \"DEFAULT\".asInstanceOf[WatermarkingStrength]\n    val STRONGER = \"STRONGER\".asInstanceOf[WatermarkingStrength]\n    val STRONGEST = \"STRONGEST\".asInstanceOf[WatermarkingStrength]\n\n    @inline def values = js.Array(LIGHTEST, LIGHTER, DEFAULT, STRONGER, STRONGEST)\n  }\n\n  \/** The service defaults to using RIFF for WAV outputs. If your output audio is likely to exceed 4 GB in file size, or if you otherwise need the extended support of the RF64 format, set your output WAV file format to RF64.\n    *\/\n  @js.native\n  sealed trait WavFormat extends js.Any\n  object WavFormat {\n    val RIFF = \"RIFF\".asInstanceOf[WavFormat]\n    val RF64 = \"RF64\".asInstanceOf[WavFormat]\n\n    @inline def values = js.Array(RIFF, RF64)\n  }\n\n  \/** Required when you set (Codec) under (AudioDescriptions)>(CodecSettings) to the value WAV.\n    *\/\n  @js.native\n  trait WavSettings extends js.Object {\n    var BitDepth: js.UndefOr[__integerMin16Max24]\n    var Channels: js.UndefOr[__integerMin1Max64]\n    var Format: js.UndefOr[WavFormat]\n    var SampleRate: js.UndefOr[__integerMin8000Max192000]\n  }\n\n  object WavSettings {\n    @inline\n    def apply(\n        BitDepth: js.UndefOr[__integerMin16Max24] = js.undefined,\n        Channels: js.UndefOr[__integerMin1Max64] = js.undefined,\n        Format: js.UndefOr[WavFormat] = js.undefined,\n        SampleRate: js.UndefOr[__integerMin8000Max192000] = js.undefined\n    ): WavSettings = {\n      val __obj = js.Dynamic.literal()\n      BitDepth.foreach(__v => __obj.updateDynamic(\"BitDepth\")(__v.asInstanceOf[js.Any]))\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WavSettings]\n    }\n  }\n\n  \/** WEBVTT Destination Settings\n    *\/\n  @js.native\n  trait WebvttDestinationSettings extends js.Object {\n    var StylePassthrough: js.UndefOr[WebvttStylePassthrough]\n  }\n\n  object WebvttDestinationSettings {\n    @inline\n    def apply(\n        StylePassthrough: js.UndefOr[WebvttStylePassthrough] = js.undefined\n    ): WebvttDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      StylePassthrough.foreach(__v => __obj.updateDynamic(\"StylePassthrough\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WebvttDestinationSettings]\n    }\n  }\n\n  \/** If your input captions format is teletext or teletext inside of STL, enable this setting to pass through style, color, and position information to your WebVTT output captions.\n    *\/\n  @js.native\n  sealed trait WebvttStylePassthrough extends js.Any\n  object WebvttStylePassthrough {\n    val ENABLED = \"ENABLED\".asInstanceOf[WebvttStylePassthrough]\n    val DISABLED = \"DISABLED\".asInstanceOf[WebvttStylePassthrough]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/comprehend\/src\/main\/scala\/facade\/amazonaws\/services\/Comprehend.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object comprehend {\n  type AnyLengthString = String\n  type AttributeNamesList = js.Array[AttributeNamesListItem]\n  type AttributeNamesListItem = String\n  type BatchItemErrorList = js.Array[BatchItemError]\n  type ClientRequestTokenString = String\n  type ComprehendArn = String\n  type ComprehendArnName = String\n  type ComprehendEndpointArn = String\n  type ComprehendEndpointName = String\n  type ComprehendModelArn = String\n  type CustomerInputString = String\n  type CustomerInputStringList = js.Array[CustomerInputString]\n  type DocumentClassificationJobPropertiesList = js.Array[DocumentClassificationJobProperties]\n  type DocumentClassifierArn = String\n  type DocumentClassifierAugmentedManifestsList = js.Array[AugmentedManifestsListItem]\n  type DocumentClassifierEndpointArn = String\n  type DocumentClassifierPropertiesList = js.Array[DocumentClassifierProperties]\n  type DominantLanguageDetectionJobPropertiesList = js.Array[DominantLanguageDetectionJobProperties]\n  type EndpointPropertiesList = js.Array[EndpointProperties]\n  type EntitiesDetectionJobPropertiesList = js.Array[EntitiesDetectionJobProperties]\n  type EntityRecognizerArn = String\n  type EntityRecognizerAugmentedManifestsList = js.Array[AugmentedManifestsListItem]\n  type EntityRecognizerEndpointArn = String\n  type EntityRecognizerMetadataEntityTypesList = js.Array[EntityRecognizerMetadataEntityTypesListItem]\n  type EntityRecognizerPropertiesList = js.Array[EntityRecognizerProperties]\n  type EntityTypeName = String\n  type EntityTypesList = js.Array[EntityTypesListItem]\n  type EventTypeString = String\n  type EventsDetectionJobPropertiesList = js.Array[EventsDetectionJobProperties]\n  type IamRoleArn = String\n  type InferenceUnitsInteger = Int\n  type JobId = String\n  type JobName = String\n  type KeyPhrasesDetectionJobPropertiesList = js.Array[KeyPhrasesDetectionJobProperties]\n  type KmsKeyId = String\n  type LabelDelimiter = String\n  type ListOfClasses = js.Array[DocumentClass]\n  type ListOfDetectDominantLanguageResult = js.Array[BatchDetectDominantLanguageItemResult]\n  type ListOfDetectEntitiesResult = js.Array[BatchDetectEntitiesItemResult]\n  type ListOfDetectKeyPhrasesResult = js.Array[BatchDetectKeyPhrasesItemResult]\n  type ListOfDetectSentimentResult = js.Array[BatchDetectSentimentItemResult]\n  type ListOfDetectSyntaxResult = js.Array[BatchDetectSyntaxItemResult]\n  type ListOfDominantLanguages = js.Array[DominantLanguage]\n  type ListOfEntities = js.Array[Entity]\n  type ListOfEntityLabels = js.Array[EntityLabel]\n  type ListOfKeyPhrases = js.Array[KeyPhrase]\n  type ListOfLabels = js.Array[DocumentLabel]\n  type ListOfPiiEntities = js.Array[PiiEntity]\n  type ListOfPiiEntityTypes = js.Array[PiiEntityType]\n  type ListOfSyntaxTokens = js.Array[SyntaxToken]\n  type MaskCharacter = String\n  type MaxResultsInteger = Int\n  type NumberOfTopicsInteger = Int\n  type PiiEntitiesDetectionJobPropertiesList = js.Array[PiiEntitiesDetectionJobProperties]\n  type S3Uri = String\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type SentimentDetectionJobPropertiesList = js.Array[SentimentDetectionJobProperties]\n  type SubnetId = String\n  type Subnets = js.Array[SubnetId]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TargetEventTypes = js.Array[EventTypeString]\n  type Timestamp = js.Date\n  type TopicsDetectionJobPropertiesList = js.Array[TopicsDetectionJobProperties]\n\n  implicit final class ComprehendOps(private val service: Comprehend) extends AnyVal {\n\n    @inline def batchDetectDominantLanguageFuture(params: BatchDetectDominantLanguageRequest): Future[BatchDetectDominantLanguageResponse] = service.batchDetectDominantLanguage(params).promise().toFuture\n    @inline def batchDetectEntitiesFuture(params: BatchDetectEntitiesRequest): Future[BatchDetectEntitiesResponse] = service.batchDetectEntities(params).promise().toFuture\n    @inline def batchDetectKeyPhrasesFuture(params: BatchDetectKeyPhrasesRequest): Future[BatchDetectKeyPhrasesResponse] = service.batchDetectKeyPhrases(params).promise().toFuture\n    @inline def batchDetectSentimentFuture(params: BatchDetectSentimentRequest): Future[BatchDetectSentimentResponse] = service.batchDetectSentiment(params).promise().toFuture\n    @inline def batchDetectSyntaxFuture(params: BatchDetectSyntaxRequest): Future[BatchDetectSyntaxResponse] = service.batchDetectSyntax(params).promise().toFuture\n    @inline def classifyDocumentFuture(params: ClassifyDocumentRequest): Future[ClassifyDocumentResponse] = service.classifyDocument(params).promise().toFuture\n    @inline def containsPiiEntitiesFuture(params: ContainsPiiEntitiesRequest): Future[ContainsPiiEntitiesResponse] = service.containsPiiEntities(params).promise().toFuture\n    @inline def createDocumentClassifierFuture(params: CreateDocumentClassifierRequest): Future[CreateDocumentClassifierResponse] = service.createDocumentClassifier(params).promise().toFuture\n    @inline def createEndpointFuture(params: CreateEndpointRequest): Future[CreateEndpointResponse] = service.createEndpoint(params).promise().toFuture\n    @inline def createEntityRecognizerFuture(params: CreateEntityRecognizerRequest): Future[CreateEntityRecognizerResponse] = service.createEntityRecognizer(params).promise().toFuture\n    @inline def deleteDocumentClassifierFuture(params: DeleteDocumentClassifierRequest): Future[DeleteDocumentClassifierResponse] = service.deleteDocumentClassifier(params).promise().toFuture\n    @inline def deleteEndpointFuture(params: DeleteEndpointRequest): Future[DeleteEndpointResponse] = service.deleteEndpoint(params).promise().toFuture\n    @inline def deleteEntityRecognizerFuture(params: DeleteEntityRecognizerRequest): Future[DeleteEntityRecognizerResponse] = service.deleteEntityRecognizer(params).promise().toFuture\n    @inline def describeDocumentClassificationJobFuture(params: DescribeDocumentClassificationJobRequest): Future[DescribeDocumentClassificationJobResponse] = service.describeDocumentClassificationJob(params).promise().toFuture\n    @inline def describeDocumentClassifierFuture(params: DescribeDocumentClassifierRequest): Future[DescribeDocumentClassifierResponse] = service.describeDocumentClassifier(params).promise().toFuture\n    @inline def describeDominantLanguageDetectionJobFuture(params: DescribeDominantLanguageDetectionJobRequest): Future[DescribeDominantLanguageDetectionJobResponse] = service.describeDominantLanguageDetectionJob(params).promise().toFuture\n    @inline def describeEndpointFuture(params: DescribeEndpointRequest): Future[DescribeEndpointResponse] = service.describeEndpoint(params).promise().toFuture\n    @inline def describeEntitiesDetectionJobFuture(params: DescribeEntitiesDetectionJobRequest): Future[DescribeEntitiesDetectionJobResponse] = service.describeEntitiesDetectionJob(params).promise().toFuture\n    @inline def describeEntityRecognizerFuture(params: DescribeEntityRecognizerRequest): Future[DescribeEntityRecognizerResponse] = service.describeEntityRecognizer(params).promise().toFuture\n    @inline def describeEventsDetectionJobFuture(params: DescribeEventsDetectionJobRequest): Future[DescribeEventsDetectionJobResponse] = service.describeEventsDetectionJob(params).promise().toFuture\n    @inline def describeKeyPhrasesDetectionJobFuture(params: DescribeKeyPhrasesDetectionJobRequest): Future[DescribeKeyPhrasesDetectionJobResponse] = service.describeKeyPhrasesDetectionJob(params).promise().toFuture\n    @inline def describePiiEntitiesDetectionJobFuture(params: DescribePiiEntitiesDetectionJobRequest): Future[DescribePiiEntitiesDetectionJobResponse] = service.describePiiEntitiesDetectionJob(params).promise().toFuture\n    @inline def describeSentimentDetectionJobFuture(params: DescribeSentimentDetectionJobRequest): Future[DescribeSentimentDetectionJobResponse] = service.describeSentimentDetectionJob(params).promise().toFuture\n    @inline def describeTopicsDetectionJobFuture(params: DescribeTopicsDetectionJobRequest): Future[DescribeTopicsDetectionJobResponse] = service.describeTopicsDetectionJob(params).promise().toFuture\n    @inline def detectDominantLanguageFuture(params: DetectDominantLanguageRequest): Future[DetectDominantLanguageResponse] = service.detectDominantLanguage(params).promise().toFuture\n    @inline def detectEntitiesFuture(params: DetectEntitiesRequest): Future[DetectEntitiesResponse] = service.detectEntities(params).promise().toFuture\n    @inline def detectKeyPhrasesFuture(params: DetectKeyPhrasesRequest): Future[DetectKeyPhrasesResponse] = service.detectKeyPhrases(params).promise().toFuture\n    @inline def detectPiiEntitiesFuture(params: DetectPiiEntitiesRequest): Future[DetectPiiEntitiesResponse] = service.detectPiiEntities(params).promise().toFuture\n    @inline def detectSentimentFuture(params: DetectSentimentRequest): Future[DetectSentimentResponse] = service.detectSentiment(params).promise().toFuture\n    @inline def detectSyntaxFuture(params: DetectSyntaxRequest): Future[DetectSyntaxResponse] = service.detectSyntax(params).promise().toFuture\n    @inline def listDocumentClassificationJobsFuture(params: ListDocumentClassificationJobsRequest): Future[ListDocumentClassificationJobsResponse] = service.listDocumentClassificationJobs(params).promise().toFuture\n    @inline def listDocumentClassifiersFuture(params: ListDocumentClassifiersRequest): Future[ListDocumentClassifiersResponse] = service.listDocumentClassifiers(params).promise().toFuture\n    @inline def listDominantLanguageDetectionJobsFuture(params: ListDominantLanguageDetectionJobsRequest): Future[ListDominantLanguageDetectionJobsResponse] = service.listDominantLanguageDetectionJobs(params).promise().toFuture\n    @inline def listEndpointsFuture(params: ListEndpointsRequest): Future[ListEndpointsResponse] = service.listEndpoints(params).promise().toFuture\n    @inline def listEntitiesDetectionJobsFuture(params: ListEntitiesDetectionJobsRequest): Future[ListEntitiesDetectionJobsResponse] = service.listEntitiesDetectionJobs(params).promise().toFuture\n    @inline def listEntityRecognizersFuture(params: ListEntityRecognizersRequest): Future[ListEntityRecognizersResponse] = service.listEntityRecognizers(params).promise().toFuture\n    @inline def listEventsDetectionJobsFuture(params: ListEventsDetectionJobsRequest): Future[ListEventsDetectionJobsResponse] = service.listEventsDetectionJobs(params).promise().toFuture\n    @inline def listKeyPhrasesDetectionJobsFuture(params: ListKeyPhrasesDetectionJobsRequest): Future[ListKeyPhrasesDetectionJobsResponse] = service.listKeyPhrasesDetectionJobs(params).promise().toFuture\n    @inline def listPiiEntitiesDetectionJobsFuture(params: ListPiiEntitiesDetectionJobsRequest): Future[ListPiiEntitiesDetectionJobsResponse] = service.listPiiEntitiesDetectionJobs(params).promise().toFuture\n    @inline def listSentimentDetectionJobsFuture(params: ListSentimentDetectionJobsRequest): Future[ListSentimentDetectionJobsResponse] = service.listSentimentDetectionJobs(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTopicsDetectionJobsFuture(params: ListTopicsDetectionJobsRequest): Future[ListTopicsDetectionJobsResponse] = service.listTopicsDetectionJobs(params).promise().toFuture\n    @inline def startDocumentClassificationJobFuture(params: StartDocumentClassificationJobRequest): Future[StartDocumentClassificationJobResponse] = service.startDocumentClassificationJob(params).promise().toFuture\n    @inline def startDominantLanguageDetectionJobFuture(params: StartDominantLanguageDetectionJobRequest): Future[StartDominantLanguageDetectionJobResponse] = service.startDominantLanguageDetectionJob(params).promise().toFuture\n    @inline def startEntitiesDetectionJobFuture(params: StartEntitiesDetectionJobRequest): Future[StartEntitiesDetectionJobResponse] = service.startEntitiesDetectionJob(params).promise().toFuture\n    @inline def startEventsDetectionJobFuture(params: StartEventsDetectionJobRequest): Future[StartEventsDetectionJobResponse] = service.startEventsDetectionJob(params).promise().toFuture\n    @inline def startKeyPhrasesDetectionJobFuture(params: StartKeyPhrasesDetectionJobRequest): Future[StartKeyPhrasesDetectionJobResponse] = service.startKeyPhrasesDetectionJob(params).promise().toFuture\n    @inline def startPiiEntitiesDetectionJobFuture(params: StartPiiEntitiesDetectionJobRequest): Future[StartPiiEntitiesDetectionJobResponse] = service.startPiiEntitiesDetectionJob(params).promise().toFuture\n    @inline def startSentimentDetectionJobFuture(params: StartSentimentDetectionJobRequest): Future[StartSentimentDetectionJobResponse] = service.startSentimentDetectionJob(params).promise().toFuture\n    @inline def startTopicsDetectionJobFuture(params: StartTopicsDetectionJobRequest): Future[StartTopicsDetectionJobResponse] = service.startTopicsDetectionJob(params).promise().toFuture\n    @inline def stopDominantLanguageDetectionJobFuture(params: StopDominantLanguageDetectionJobRequest): Future[StopDominantLanguageDetectionJobResponse] = service.stopDominantLanguageDetectionJob(params).promise().toFuture\n    @inline def stopEntitiesDetectionJobFuture(params: StopEntitiesDetectionJobRequest): Future[StopEntitiesDetectionJobResponse] = service.stopEntitiesDetectionJob(params).promise().toFuture\n    @inline def stopEventsDetectionJobFuture(params: StopEventsDetectionJobRequest): Future[StopEventsDetectionJobResponse] = service.stopEventsDetectionJob(params).promise().toFuture\n    @inline def stopKeyPhrasesDetectionJobFuture(params: StopKeyPhrasesDetectionJobRequest): Future[StopKeyPhrasesDetectionJobResponse] = service.stopKeyPhrasesDetectionJob(params).promise().toFuture\n    @inline def stopPiiEntitiesDetectionJobFuture(params: StopPiiEntitiesDetectionJobRequest): Future[StopPiiEntitiesDetectionJobResponse] = service.stopPiiEntitiesDetectionJob(params).promise().toFuture\n    @inline def stopSentimentDetectionJobFuture(params: StopSentimentDetectionJobRequest): Future[StopSentimentDetectionJobResponse] = service.stopSentimentDetectionJob(params).promise().toFuture\n    @inline def stopTrainingDocumentClassifierFuture(params: StopTrainingDocumentClassifierRequest): Future[StopTrainingDocumentClassifierResponse] = service.stopTrainingDocumentClassifier(params).promise().toFuture\n    @inline def stopTrainingEntityRecognizerFuture(params: StopTrainingEntityRecognizerRequest): Future[StopTrainingEntityRecognizerResponse] = service.stopTrainingEntityRecognizer(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateEndpointFuture(params: UpdateEndpointRequest): Future[UpdateEndpointResponse] = service.updateEndpoint(params).promise().toFuture\n\n  }\n}\n\npackage comprehend {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/comprehend\", JSImport.Namespace, \"AWS.Comprehend\")\n  class Comprehend() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchDetectDominantLanguage(params: BatchDetectDominantLanguageRequest): Request[BatchDetectDominantLanguageResponse] = js.native\n    def batchDetectEntities(params: BatchDetectEntitiesRequest): Request[BatchDetectEntitiesResponse] = js.native\n    def batchDetectKeyPhrases(params: BatchDetectKeyPhrasesRequest): Request[BatchDetectKeyPhrasesResponse] = js.native\n    def batchDetectSentiment(params: BatchDetectSentimentRequest): Request[BatchDetectSentimentResponse] = js.native\n    def batchDetectSyntax(params: BatchDetectSyntaxRequest): Request[BatchDetectSyntaxResponse] = js.native\n    def classifyDocument(params: ClassifyDocumentRequest): Request[ClassifyDocumentResponse] = js.native\n    def containsPiiEntities(params: ContainsPiiEntitiesRequest): Request[ContainsPiiEntitiesResponse] = js.native\n    def createDocumentClassifier(params: CreateDocumentClassifierRequest): Request[CreateDocumentClassifierResponse] = js.native\n    def createEndpoint(params: CreateEndpointRequest): Request[CreateEndpointResponse] = js.native\n    def createEntityRecognizer(params: CreateEntityRecognizerRequest): Request[CreateEntityRecognizerResponse] = js.native\n    def deleteDocumentClassifier(params: DeleteDocumentClassifierRequest): Request[DeleteDocumentClassifierResponse] = js.native\n    def deleteEndpoint(params: DeleteEndpointRequest): Request[DeleteEndpointResponse] = js.native\n    def deleteEntityRecognizer(params: DeleteEntityRecognizerRequest): Request[DeleteEntityRecognizerResponse] = js.native\n    def describeDocumentClassificationJob(params: DescribeDocumentClassificationJobRequest): Request[DescribeDocumentClassificationJobResponse] = js.native\n    def describeDocumentClassifier(params: DescribeDocumentClassifierRequest): Request[DescribeDocumentClassifierResponse] = js.native\n    def describeDominantLanguageDetectionJob(params: DescribeDominantLanguageDetectionJobRequest): Request[DescribeDominantLanguageDetectionJobResponse] = js.native\n    def describeEndpoint(params: DescribeEndpointRequest): Request[DescribeEndpointResponse] = js.native\n    def describeEntitiesDetectionJob(params: DescribeEntitiesDetectionJobRequest): Request[DescribeEntitiesDetectionJobResponse] = js.native\n    def describeEntityRecognizer(params: DescribeEntityRecognizerRequest): Request[DescribeEntityRecognizerResponse] = js.native\n    def describeEventsDetectionJob(params: DescribeEventsDetectionJobRequest): Request[DescribeEventsDetectionJobResponse] = js.native\n    def describeKeyPhrasesDetectionJob(params: DescribeKeyPhrasesDetectionJobRequest): Request[DescribeKeyPhrasesDetectionJobResponse] = js.native\n    def describePiiEntitiesDetectionJob(params: DescribePiiEntitiesDetectionJobRequest): Request[DescribePiiEntitiesDetectionJobResponse] = js.native\n    def describeSentimentDetectionJob(params: DescribeSentimentDetectionJobRequest): Request[DescribeSentimentDetectionJobResponse] = js.native\n    def describeTopicsDetectionJob(params: DescribeTopicsDetectionJobRequest): Request[DescribeTopicsDetectionJobResponse] = js.native\n    def detectDominantLanguage(params: DetectDominantLanguageRequest): Request[DetectDominantLanguageResponse] = js.native\n    def detectEntities(params: DetectEntitiesRequest): Request[DetectEntitiesResponse] = js.native\n    def detectKeyPhrases(params: DetectKeyPhrasesRequest): Request[DetectKeyPhrasesResponse] = js.native\n    def detectPiiEntities(params: DetectPiiEntitiesRequest): Request[DetectPiiEntitiesResponse] = js.native\n    def detectSentiment(params: DetectSentimentRequest): Request[DetectSentimentResponse] = js.native\n    def detectSyntax(params: DetectSyntaxRequest): Request[DetectSyntaxResponse] = js.native\n    def listDocumentClassificationJobs(params: ListDocumentClassificationJobsRequest): Request[ListDocumentClassificationJobsResponse] = js.native\n    def listDocumentClassifiers(params: ListDocumentClassifiersRequest): Request[ListDocumentClassifiersResponse] = js.native\n    def listDominantLanguageDetectionJobs(params: ListDominantLanguageDetectionJobsRequest): Request[ListDominantLanguageDetectionJobsResponse] = js.native\n    def listEndpoints(params: ListEndpointsRequest): Request[ListEndpointsResponse] = js.native\n    def listEntitiesDetectionJobs(params: ListEntitiesDetectionJobsRequest): Request[ListEntitiesDetectionJobsResponse] = js.native\n    def listEntityRecognizers(params: ListEntityRecognizersRequest): Request[ListEntityRecognizersResponse] = js.native\n    def listEventsDetectionJobs(params: ListEventsDetectionJobsRequest): Request[ListEventsDetectionJobsResponse] = js.native\n    def listKeyPhrasesDetectionJobs(params: ListKeyPhrasesDetectionJobsRequest): Request[ListKeyPhrasesDetectionJobsResponse] = js.native\n    def listPiiEntitiesDetectionJobs(params: ListPiiEntitiesDetectionJobsRequest): Request[ListPiiEntitiesDetectionJobsResponse] = js.native\n    def listSentimentDetectionJobs(params: ListSentimentDetectionJobsRequest): Request[ListSentimentDetectionJobsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTopicsDetectionJobs(params: ListTopicsDetectionJobsRequest): Request[ListTopicsDetectionJobsResponse] = js.native\n    def startDocumentClassificationJob(params: StartDocumentClassificationJobRequest): Request[StartDocumentClassificationJobResponse] = js.native\n    def startDominantLanguageDetectionJob(params: StartDominantLanguageDetectionJobRequest): Request[StartDominantLanguageDetectionJobResponse] = js.native\n    def startEntitiesDetectionJob(params: StartEntitiesDetectionJobRequest): Request[StartEntitiesDetectionJobResponse] = js.native\n    def startEventsDetectionJob(params: StartEventsDetectionJobRequest): Request[StartEventsDetectionJobResponse] = js.native\n    def startKeyPhrasesDetectionJob(params: StartKeyPhrasesDetectionJobRequest): Request[StartKeyPhrasesDetectionJobResponse] = js.native\n    def startPiiEntitiesDetectionJob(params: StartPiiEntitiesDetectionJobRequest): Request[StartPiiEntitiesDetectionJobResponse] = js.native\n    def startSentimentDetectionJob(params: StartSentimentDetectionJobRequest): Request[StartSentimentDetectionJobResponse] = js.native\n    def startTopicsDetectionJob(params: StartTopicsDetectionJobRequest): Request[StartTopicsDetectionJobResponse] = js.native\n    def stopDominantLanguageDetectionJob(params: StopDominantLanguageDetectionJobRequest): Request[StopDominantLanguageDetectionJobResponse] = js.native\n    def stopEntitiesDetectionJob(params: StopEntitiesDetectionJobRequest): Request[StopEntitiesDetectionJobResponse] = js.native\n    def stopEventsDetectionJob(params: StopEventsDetectionJobRequest): Request[StopEventsDetectionJobResponse] = js.native\n    def stopKeyPhrasesDetectionJob(params: StopKeyPhrasesDetectionJobRequest): Request[StopKeyPhrasesDetectionJobResponse] = js.native\n    def stopPiiEntitiesDetectionJob(params: StopPiiEntitiesDetectionJobRequest): Request[StopPiiEntitiesDetectionJobResponse] = js.native\n    def stopSentimentDetectionJob(params: StopSentimentDetectionJobRequest): Request[StopSentimentDetectionJobResponse] = js.native\n    def stopTrainingDocumentClassifier(params: StopTrainingDocumentClassifierRequest): Request[StopTrainingDocumentClassifierResponse] = js.native\n    def stopTrainingEntityRecognizer(params: StopTrainingEntityRecognizerRequest): Request[StopTrainingEntityRecognizerResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateEndpoint(params: UpdateEndpointRequest): Request[UpdateEndpointResponse] = js.native\n  }\n\n  \/** An augmented manifest file that provides training data for your custom model. An augmented manifest file is a labeled dataset that is produced by Amazon SageMaker Ground Truth.\n    *\/\n  @js.native\n  trait AugmentedManifestsListItem extends js.Object {\n    var AttributeNames: AttributeNamesList\n    var S3Uri: S3Uri\n  }\n\n  object AugmentedManifestsListItem {\n    @inline\n    def apply(\n        AttributeNames: AttributeNamesList,\n        S3Uri: S3Uri\n    ): AugmentedManifestsListItem = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeNames\" -> AttributeNames.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AugmentedManifestsListItem]\n    }\n  }\n\n  \/** The result of calling the operation. The operation returns one object for each document that is successfully processed by the operation.\n    *\/\n  @js.native\n  trait BatchDetectDominantLanguageItemResult extends js.Object {\n    var Index: js.UndefOr[Int]\n    var Languages: js.UndefOr[ListOfDominantLanguages]\n  }\n\n  object BatchDetectDominantLanguageItemResult {\n    @inline\n    def apply(\n        Index: js.UndefOr[Int] = js.undefined,\n        Languages: js.UndefOr[ListOfDominantLanguages] = js.undefined\n    ): BatchDetectDominantLanguageItemResult = {\n      val __obj = js.Dynamic.literal()\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      Languages.foreach(__v => __obj.updateDynamic(\"Languages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetectDominantLanguageItemResult]\n    }\n  }\n\n  @js.native\n  trait BatchDetectDominantLanguageRequest extends js.Object {\n    var TextList: CustomerInputStringList\n  }\n\n  object BatchDetectDominantLanguageRequest {\n    @inline\n    def apply(\n        TextList: CustomerInputStringList\n    ): BatchDetectDominantLanguageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TextList\" -> TextList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectDominantLanguageRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDetectDominantLanguageResponse extends js.Object {\n    var ErrorList: BatchItemErrorList\n    var ResultList: ListOfDetectDominantLanguageResult\n  }\n\n  object BatchDetectDominantLanguageResponse {\n    @inline\n    def apply(\n        ErrorList: BatchItemErrorList,\n        ResultList: ListOfDetectDominantLanguageResult\n    ): BatchDetectDominantLanguageResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorList\" -> ErrorList.asInstanceOf[js.Any],\n        \"ResultList\" -> ResultList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectDominantLanguageResponse]\n    }\n  }\n\n  \/** The result of calling the operation. The operation returns one object for each document that is successfully processed by the operation.\n    *\/\n  @js.native\n  trait BatchDetectEntitiesItemResult extends js.Object {\n    var Entities: js.UndefOr[ListOfEntities]\n    var Index: js.UndefOr[Int]\n  }\n\n  object BatchDetectEntitiesItemResult {\n    @inline\n    def apply(\n        Entities: js.UndefOr[ListOfEntities] = js.undefined,\n        Index: js.UndefOr[Int] = js.undefined\n    ): BatchDetectEntitiesItemResult = {\n      val __obj = js.Dynamic.literal()\n      Entities.foreach(__v => __obj.updateDynamic(\"Entities\")(__v.asInstanceOf[js.Any]))\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetectEntitiesItemResult]\n    }\n  }\n\n  @js.native\n  trait BatchDetectEntitiesRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var TextList: CustomerInputStringList\n  }\n\n  object BatchDetectEntitiesRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        TextList: CustomerInputStringList\n    ): BatchDetectEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"TextList\" -> TextList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDetectEntitiesResponse extends js.Object {\n    var ErrorList: BatchItemErrorList\n    var ResultList: ListOfDetectEntitiesResult\n  }\n\n  object BatchDetectEntitiesResponse {\n    @inline\n    def apply(\n        ErrorList: BatchItemErrorList,\n        ResultList: ListOfDetectEntitiesResult\n    ): BatchDetectEntitiesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorList\" -> ErrorList.asInstanceOf[js.Any],\n        \"ResultList\" -> ResultList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectEntitiesResponse]\n    }\n  }\n\n  \/** The result of calling the operation. The operation returns one object for each document that is successfully processed by the operation.\n    *\/\n  @js.native\n  trait BatchDetectKeyPhrasesItemResult extends js.Object {\n    var Index: js.UndefOr[Int]\n    var KeyPhrases: js.UndefOr[ListOfKeyPhrases]\n  }\n\n  object BatchDetectKeyPhrasesItemResult {\n    @inline\n    def apply(\n        Index: js.UndefOr[Int] = js.undefined,\n        KeyPhrases: js.UndefOr[ListOfKeyPhrases] = js.undefined\n    ): BatchDetectKeyPhrasesItemResult = {\n      val __obj = js.Dynamic.literal()\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      KeyPhrases.foreach(__v => __obj.updateDynamic(\"KeyPhrases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetectKeyPhrasesItemResult]\n    }\n  }\n\n  @js.native\n  trait BatchDetectKeyPhrasesRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var TextList: CustomerInputStringList\n  }\n\n  object BatchDetectKeyPhrasesRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        TextList: CustomerInputStringList\n    ): BatchDetectKeyPhrasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"TextList\" -> TextList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectKeyPhrasesRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDetectKeyPhrasesResponse extends js.Object {\n    var ErrorList: BatchItemErrorList\n    var ResultList: ListOfDetectKeyPhrasesResult\n  }\n\n  object BatchDetectKeyPhrasesResponse {\n    @inline\n    def apply(\n        ErrorList: BatchItemErrorList,\n        ResultList: ListOfDetectKeyPhrasesResult\n    ): BatchDetectKeyPhrasesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorList\" -> ErrorList.asInstanceOf[js.Any],\n        \"ResultList\" -> ResultList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectKeyPhrasesResponse]\n    }\n  }\n\n  \/** The result of calling the operation. The operation returns one object for each document that is successfully processed by the operation.\n    *\/\n  @js.native\n  trait BatchDetectSentimentItemResult extends js.Object {\n    var Index: js.UndefOr[Int]\n    var Sentiment: js.UndefOr[SentimentType]\n    var SentimentScore: js.UndefOr[SentimentScore]\n  }\n\n  object BatchDetectSentimentItemResult {\n    @inline\n    def apply(\n        Index: js.UndefOr[Int] = js.undefined,\n        Sentiment: js.UndefOr[SentimentType] = js.undefined,\n        SentimentScore: js.UndefOr[SentimentScore] = js.undefined\n    ): BatchDetectSentimentItemResult = {\n      val __obj = js.Dynamic.literal()\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      Sentiment.foreach(__v => __obj.updateDynamic(\"Sentiment\")(__v.asInstanceOf[js.Any]))\n      SentimentScore.foreach(__v => __obj.updateDynamic(\"SentimentScore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetectSentimentItemResult]\n    }\n  }\n\n  @js.native\n  trait BatchDetectSentimentRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var TextList: CustomerInputStringList\n  }\n\n  object BatchDetectSentimentRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        TextList: CustomerInputStringList\n    ): BatchDetectSentimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"TextList\" -> TextList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectSentimentRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDetectSentimentResponse extends js.Object {\n    var ErrorList: BatchItemErrorList\n    var ResultList: ListOfDetectSentimentResult\n  }\n\n  object BatchDetectSentimentResponse {\n    @inline\n    def apply(\n        ErrorList: BatchItemErrorList,\n        ResultList: ListOfDetectSentimentResult\n    ): BatchDetectSentimentResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorList\" -> ErrorList.asInstanceOf[js.Any],\n        \"ResultList\" -> ResultList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectSentimentResponse]\n    }\n  }\n\n  \/** The result of calling the operation. The operation returns one object that is successfully processed by the operation.\n    *\/\n  @js.native\n  trait BatchDetectSyntaxItemResult extends js.Object {\n    var Index: js.UndefOr[Int]\n    var SyntaxTokens: js.UndefOr[ListOfSyntaxTokens]\n  }\n\n  object BatchDetectSyntaxItemResult {\n    @inline\n    def apply(\n        Index: js.UndefOr[Int] = js.undefined,\n        SyntaxTokens: js.UndefOr[ListOfSyntaxTokens] = js.undefined\n    ): BatchDetectSyntaxItemResult = {\n      val __obj = js.Dynamic.literal()\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      SyntaxTokens.foreach(__v => __obj.updateDynamic(\"SyntaxTokens\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetectSyntaxItemResult]\n    }\n  }\n\n  @js.native\n  trait BatchDetectSyntaxRequest extends js.Object {\n    var LanguageCode: SyntaxLanguageCode\n    var TextList: CustomerInputStringList\n  }\n\n  object BatchDetectSyntaxRequest {\n    @inline\n    def apply(\n        LanguageCode: SyntaxLanguageCode,\n        TextList: CustomerInputStringList\n    ): BatchDetectSyntaxRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"TextList\" -> TextList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectSyntaxRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDetectSyntaxResponse extends js.Object {\n    var ErrorList: BatchItemErrorList\n    var ResultList: ListOfDetectSyntaxResult\n  }\n\n  object BatchDetectSyntaxResponse {\n    @inline\n    def apply(\n        ErrorList: BatchItemErrorList,\n        ResultList: ListOfDetectSyntaxResult\n    ): BatchDetectSyntaxResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorList\" -> ErrorList.asInstanceOf[js.Any],\n        \"ResultList\" -> ResultList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetectSyntaxResponse]\n    }\n  }\n\n  \/** Describes an error that occurred while processing a document in a batch. The operation returns on <code>BatchItemError<\/code> object for each document that contained an error.\n    *\/\n  @js.native\n  trait BatchItemError extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var ErrorMessage: js.UndefOr[String]\n    var Index: js.UndefOr[Int]\n  }\n\n  object BatchItemError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        Index: js.UndefOr[Int] = js.undefined\n    ): BatchItemError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchItemError]\n    }\n  }\n\n  \/** Describes the result metrics for the test data associated with an documentation classifier.\n    *\/\n  @js.native\n  trait ClassifierEvaluationMetrics extends js.Object {\n    var Accuracy: js.UndefOr[Double]\n    var F1Score: js.UndefOr[Double]\n    var HammingLoss: js.UndefOr[Double]\n    var MicroF1Score: js.UndefOr[Double]\n    var MicroPrecision: js.UndefOr[Double]\n    var MicroRecall: js.UndefOr[Double]\n    var Precision: js.UndefOr[Double]\n    var Recall: js.UndefOr[Double]\n  }\n\n  object ClassifierEvaluationMetrics {\n    @inline\n    def apply(\n        Accuracy: js.UndefOr[Double] = js.undefined,\n        F1Score: js.UndefOr[Double] = js.undefined,\n        HammingLoss: js.UndefOr[Double] = js.undefined,\n        MicroF1Score: js.UndefOr[Double] = js.undefined,\n        MicroPrecision: js.UndefOr[Double] = js.undefined,\n        MicroRecall: js.UndefOr[Double] = js.undefined,\n        Precision: js.UndefOr[Double] = js.undefined,\n        Recall: js.UndefOr[Double] = js.undefined\n    ): ClassifierEvaluationMetrics = {\n      val __obj = js.Dynamic.literal()\n      Accuracy.foreach(__v => __obj.updateDynamic(\"Accuracy\")(__v.asInstanceOf[js.Any]))\n      F1Score.foreach(__v => __obj.updateDynamic(\"F1Score\")(__v.asInstanceOf[js.Any]))\n      HammingLoss.foreach(__v => __obj.updateDynamic(\"HammingLoss\")(__v.asInstanceOf[js.Any]))\n      MicroF1Score.foreach(__v => __obj.updateDynamic(\"MicroF1Score\")(__v.asInstanceOf[js.Any]))\n      MicroPrecision.foreach(__v => __obj.updateDynamic(\"MicroPrecision\")(__v.asInstanceOf[js.Any]))\n      MicroRecall.foreach(__v => __obj.updateDynamic(\"MicroRecall\")(__v.asInstanceOf[js.Any]))\n      Precision.foreach(__v => __obj.updateDynamic(\"Precision\")(__v.asInstanceOf[js.Any]))\n      Recall.foreach(__v => __obj.updateDynamic(\"Recall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClassifierEvaluationMetrics]\n    }\n  }\n\n  \/** Provides information about a document classifier.\n    *\/\n  @js.native\n  trait ClassifierMetadata extends js.Object {\n    var EvaluationMetrics: js.UndefOr[ClassifierEvaluationMetrics]\n    var NumberOfLabels: js.UndefOr[Int]\n    var NumberOfTestDocuments: js.UndefOr[Int]\n    var NumberOfTrainedDocuments: js.UndefOr[Int]\n  }\n\n  object ClassifierMetadata {\n    @inline\n    def apply(\n        EvaluationMetrics: js.UndefOr[ClassifierEvaluationMetrics] = js.undefined,\n        NumberOfLabels: js.UndefOr[Int] = js.undefined,\n        NumberOfTestDocuments: js.UndefOr[Int] = js.undefined,\n        NumberOfTrainedDocuments: js.UndefOr[Int] = js.undefined\n    ): ClassifierMetadata = {\n      val __obj = js.Dynamic.literal()\n      EvaluationMetrics.foreach(__v => __obj.updateDynamic(\"EvaluationMetrics\")(__v.asInstanceOf[js.Any]))\n      NumberOfLabels.foreach(__v => __obj.updateDynamic(\"NumberOfLabels\")(__v.asInstanceOf[js.Any]))\n      NumberOfTestDocuments.foreach(__v => __obj.updateDynamic(\"NumberOfTestDocuments\")(__v.asInstanceOf[js.Any]))\n      NumberOfTrainedDocuments.foreach(__v => __obj.updateDynamic(\"NumberOfTrainedDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClassifierMetadata]\n    }\n  }\n\n  @js.native\n  trait ClassifyDocumentRequest extends js.Object {\n    var EndpointArn: DocumentClassifierEndpointArn\n    var Text: CustomerInputString\n  }\n\n  object ClassifyDocumentRequest {\n    @inline\n    def apply(\n        EndpointArn: DocumentClassifierEndpointArn,\n        Text: CustomerInputString\n    ): ClassifyDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ClassifyDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait ClassifyDocumentResponse extends js.Object {\n    var Classes: js.UndefOr[ListOfClasses]\n    var Labels: js.UndefOr[ListOfLabels]\n  }\n\n  object ClassifyDocumentResponse {\n    @inline\n    def apply(\n        Classes: js.UndefOr[ListOfClasses] = js.undefined,\n        Labels: js.UndefOr[ListOfLabels] = js.undefined\n    ): ClassifyDocumentResponse = {\n      val __obj = js.Dynamic.literal()\n      Classes.foreach(__v => __obj.updateDynamic(\"Classes\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClassifyDocumentResponse]\n    }\n  }\n\n  @js.native\n  trait ContainsPiiEntitiesRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var Text: String\n  }\n\n  object ContainsPiiEntitiesRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        Text: String\n    ): ContainsPiiEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ContainsPiiEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait ContainsPiiEntitiesResponse extends js.Object {\n    var Labels: js.UndefOr[ListOfEntityLabels]\n  }\n\n  object ContainsPiiEntitiesResponse {\n    @inline\n    def apply(\n        Labels: js.UndefOr[ListOfEntityLabels] = js.undefined\n    ): ContainsPiiEntitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainsPiiEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDocumentClassifierRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var DocumentClassifierName: ComprehendArnName\n    var InputDataConfig: DocumentClassifierInputDataConfig\n    var LanguageCode: LanguageCode\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var Mode: js.UndefOr[DocumentClassifierMode]\n    var ModelKmsKeyId: js.UndefOr[KmsKeyId]\n    var OutputDataConfig: js.UndefOr[DocumentClassifierOutputDataConfig]\n    var Tags: js.UndefOr[TagList]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateDocumentClassifierRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        DocumentClassifierName: ComprehendArnName,\n        InputDataConfig: DocumentClassifierInputDataConfig,\n        LanguageCode: LanguageCode,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        Mode: js.UndefOr[DocumentClassifierMode] = js.undefined,\n        ModelKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        OutputDataConfig: js.UndefOr[DocumentClassifierOutputDataConfig] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateDocumentClassifierRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"DocumentClassifierName\" -> DocumentClassifierName.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      ModelKmsKeyId.foreach(__v => __obj.updateDynamic(\"ModelKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDocumentClassifierRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDocumentClassifierResponse extends js.Object {\n    var DocumentClassifierArn: js.UndefOr[DocumentClassifierArn]\n  }\n\n  object CreateDocumentClassifierResponse {\n    @inline\n    def apply(\n        DocumentClassifierArn: js.UndefOr[DocumentClassifierArn] = js.undefined\n    ): CreateDocumentClassifierResponse = {\n      val __obj = js.Dynamic.literal()\n      DocumentClassifierArn.foreach(__v => __obj.updateDynamic(\"DocumentClassifierArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDocumentClassifierResponse]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointRequest extends js.Object {\n    var DesiredInferenceUnits: InferenceUnitsInteger\n    var EndpointName: ComprehendEndpointName\n    var ModelArn: ComprehendModelArn\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEndpointRequest {\n    @inline\n    def apply(\n        DesiredInferenceUnits: InferenceUnitsInteger,\n        EndpointName: ComprehendEndpointName,\n        ModelArn: ComprehendModelArn,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DesiredInferenceUnits\" -> DesiredInferenceUnits.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"ModelArn\" -> ModelArn.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointResponse extends js.Object {\n    var EndpointArn: js.UndefOr[ComprehendEndpointArn]\n  }\n\n  object CreateEndpointResponse {\n    @inline\n    def apply(\n        EndpointArn: js.UndefOr[ComprehendEndpointArn] = js.undefined\n    ): CreateEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      EndpointArn.foreach(__v => __obj.updateDynamic(\"EndpointArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait CreateEntityRecognizerRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: EntityRecognizerInputDataConfig\n    var LanguageCode: LanguageCode\n    var RecognizerName: ComprehendArnName\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var ModelKmsKeyId: js.UndefOr[KmsKeyId]\n    var Tags: js.UndefOr[TagList]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateEntityRecognizerRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: EntityRecognizerInputDataConfig,\n        LanguageCode: LanguageCode,\n        RecognizerName: ComprehendArnName,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        ModelKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateEntityRecognizerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"RecognizerName\" -> RecognizerName.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      ModelKmsKeyId.foreach(__v => __obj.updateDynamic(\"ModelKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEntityRecognizerRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEntityRecognizerResponse extends js.Object {\n    var EntityRecognizerArn: js.UndefOr[EntityRecognizerArn]\n  }\n\n  object CreateEntityRecognizerResponse {\n    @inline\n    def apply(\n        EntityRecognizerArn: js.UndefOr[EntityRecognizerArn] = js.undefined\n    ): CreateEntityRecognizerResponse = {\n      val __obj = js.Dynamic.literal()\n      EntityRecognizerArn.foreach(__v => __obj.updateDynamic(\"EntityRecognizerArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEntityRecognizerResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDocumentClassifierRequest extends js.Object {\n    var DocumentClassifierArn: DocumentClassifierArn\n  }\n\n  object DeleteDocumentClassifierRequest {\n    @inline\n    def apply(\n        DocumentClassifierArn: DocumentClassifierArn\n    ): DeleteDocumentClassifierRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentClassifierArn\" -> DocumentClassifierArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDocumentClassifierRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDocumentClassifierResponse extends js.Object\n\n  object DeleteDocumentClassifierResponse {\n    @inline\n    def apply(): DeleteDocumentClassifierResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDocumentClassifierResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteEndpointRequest extends js.Object {\n    var EndpointArn: ComprehendEndpointArn\n  }\n\n  object DeleteEndpointRequest {\n    @inline\n    def apply(\n        EndpointArn: ComprehendEndpointArn\n    ): DeleteEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEndpointResponse extends js.Object\n\n  object DeleteEndpointResponse {\n    @inline\n    def apply(): DeleteEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteEntityRecognizerRequest extends js.Object {\n    var EntityRecognizerArn: EntityRecognizerArn\n  }\n\n  object DeleteEntityRecognizerRequest {\n    @inline\n    def apply(\n        EntityRecognizerArn: EntityRecognizerArn\n    ): DeleteEntityRecognizerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EntityRecognizerArn\" -> EntityRecognizerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEntityRecognizerRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEntityRecognizerResponse extends js.Object\n\n  object DeleteEntityRecognizerResponse {\n    @inline\n    def apply(): DeleteEntityRecognizerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteEntityRecognizerResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentClassificationJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeDocumentClassificationJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeDocumentClassificationJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDocumentClassificationJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentClassificationJobResponse extends js.Object {\n    var DocumentClassificationJobProperties: js.UndefOr[DocumentClassificationJobProperties]\n  }\n\n  object DescribeDocumentClassificationJobResponse {\n    @inline\n    def apply(\n        DocumentClassificationJobProperties: js.UndefOr[DocumentClassificationJobProperties] = js.undefined\n    ): DescribeDocumentClassificationJobResponse = {\n      val __obj = js.Dynamic.literal()\n      DocumentClassificationJobProperties.foreach(__v => __obj.updateDynamic(\"DocumentClassificationJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentClassificationJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentClassifierRequest extends js.Object {\n    var DocumentClassifierArn: DocumentClassifierArn\n  }\n\n  object DescribeDocumentClassifierRequest {\n    @inline\n    def apply(\n        DocumentClassifierArn: DocumentClassifierArn\n    ): DescribeDocumentClassifierRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentClassifierArn\" -> DocumentClassifierArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDocumentClassifierRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentClassifierResponse extends js.Object {\n    var DocumentClassifierProperties: js.UndefOr[DocumentClassifierProperties]\n  }\n\n  object DescribeDocumentClassifierResponse {\n    @inline\n    def apply(\n        DocumentClassifierProperties: js.UndefOr[DocumentClassifierProperties] = js.undefined\n    ): DescribeDocumentClassifierResponse = {\n      val __obj = js.Dynamic.literal()\n      DocumentClassifierProperties.foreach(__v => __obj.updateDynamic(\"DocumentClassifierProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentClassifierResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDominantLanguageDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeDominantLanguageDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeDominantLanguageDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDominantLanguageDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDominantLanguageDetectionJobResponse extends js.Object {\n    var DominantLanguageDetectionJobProperties: js.UndefOr[DominantLanguageDetectionJobProperties]\n  }\n\n  object DescribeDominantLanguageDetectionJobResponse {\n    @inline\n    def apply(\n        DominantLanguageDetectionJobProperties: js.UndefOr[DominantLanguageDetectionJobProperties] = js.undefined\n    ): DescribeDominantLanguageDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      DominantLanguageDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"DominantLanguageDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDominantLanguageDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointRequest extends js.Object {\n    var EndpointArn: ComprehendEndpointArn\n  }\n\n  object DescribeEndpointRequest {\n    @inline\n    def apply(\n        EndpointArn: ComprehendEndpointArn\n    ): DescribeEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointResponse extends js.Object {\n    var EndpointProperties: js.UndefOr[EndpointProperties]\n  }\n\n  object DescribeEndpointResponse {\n    @inline\n    def apply(\n        EndpointProperties: js.UndefOr[EndpointProperties] = js.undefined\n    ): DescribeEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      EndpointProperties.foreach(__v => __obj.updateDynamic(\"EndpointProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEntitiesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEntitiesDetectionJobResponse extends js.Object {\n    var EntitiesDetectionJobProperties: js.UndefOr[EntitiesDetectionJobProperties]\n  }\n\n  object DescribeEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        EntitiesDetectionJobProperties: js.UndefOr[EntitiesDetectionJobProperties] = js.undefined\n    ): DescribeEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      EntitiesDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"EntitiesDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEntityRecognizerRequest extends js.Object {\n    var EntityRecognizerArn: EntityRecognizerArn\n  }\n\n  object DescribeEntityRecognizerRequest {\n    @inline\n    def apply(\n        EntityRecognizerArn: EntityRecognizerArn\n    ): DescribeEntityRecognizerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EntityRecognizerArn\" -> EntityRecognizerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEntityRecognizerRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEntityRecognizerResponse extends js.Object {\n    var EntityRecognizerProperties: js.UndefOr[EntityRecognizerProperties]\n  }\n\n  object DescribeEntityRecognizerResponse {\n    @inline\n    def apply(\n        EntityRecognizerProperties: js.UndefOr[EntityRecognizerProperties] = js.undefined\n    ): DescribeEntityRecognizerResponse = {\n      val __obj = js.Dynamic.literal()\n      EntityRecognizerProperties.foreach(__v => __obj.updateDynamic(\"EntityRecognizerProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEntityRecognizerResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeEventsDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeEventsDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEventsDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsDetectionJobResponse extends js.Object {\n    var EventsDetectionJobProperties: js.UndefOr[EventsDetectionJobProperties]\n  }\n\n  object DescribeEventsDetectionJobResponse {\n    @inline\n    def apply(\n        EventsDetectionJobProperties: js.UndefOr[EventsDetectionJobProperties] = js.undefined\n    ): DescribeEventsDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      EventsDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"EventsDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeKeyPhrasesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeKeyPhrasesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeKeyPhrasesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeKeyPhrasesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeKeyPhrasesDetectionJobResponse extends js.Object {\n    var KeyPhrasesDetectionJobProperties: js.UndefOr[KeyPhrasesDetectionJobProperties]\n  }\n\n  object DescribeKeyPhrasesDetectionJobResponse {\n    @inline\n    def apply(\n        KeyPhrasesDetectionJobProperties: js.UndefOr[KeyPhrasesDetectionJobProperties] = js.undefined\n    ): DescribeKeyPhrasesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      KeyPhrasesDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"KeyPhrasesDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeKeyPhrasesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePiiEntitiesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribePiiEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribePiiEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePiiEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePiiEntitiesDetectionJobResponse extends js.Object {\n    var PiiEntitiesDetectionJobProperties: js.UndefOr[PiiEntitiesDetectionJobProperties]\n  }\n\n  object DescribePiiEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        PiiEntitiesDetectionJobProperties: js.UndefOr[PiiEntitiesDetectionJobProperties] = js.undefined\n    ): DescribePiiEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      PiiEntitiesDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"PiiEntitiesDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePiiEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSentimentDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeSentimentDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeSentimentDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSentimentDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSentimentDetectionJobResponse extends js.Object {\n    var SentimentDetectionJobProperties: js.UndefOr[SentimentDetectionJobProperties]\n  }\n\n  object DescribeSentimentDetectionJobResponse {\n    @inline\n    def apply(\n        SentimentDetectionJobProperties: js.UndefOr[SentimentDetectionJobProperties] = js.undefined\n    ): DescribeSentimentDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      SentimentDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"SentimentDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSentimentDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTopicsDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeTopicsDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeTopicsDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTopicsDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTopicsDetectionJobResponse extends js.Object {\n    var TopicsDetectionJobProperties: js.UndefOr[TopicsDetectionJobProperties]\n  }\n\n  object DescribeTopicsDetectionJobResponse {\n    @inline\n    def apply(\n        TopicsDetectionJobProperties: js.UndefOr[TopicsDetectionJobProperties] = js.undefined\n    ): DescribeTopicsDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      TopicsDetectionJobProperties.foreach(__v => __obj.updateDynamic(\"TopicsDetectionJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTopicsDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DetectDominantLanguageRequest extends js.Object {\n    var Text: CustomerInputString\n  }\n\n  object DetectDominantLanguageRequest {\n    @inline\n    def apply(\n        Text: CustomerInputString\n    ): DetectDominantLanguageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectDominantLanguageRequest]\n    }\n  }\n\n  @js.native\n  trait DetectDominantLanguageResponse extends js.Object {\n    var Languages: js.UndefOr[ListOfDominantLanguages]\n  }\n\n  object DetectDominantLanguageResponse {\n    @inline\n    def apply(\n        Languages: js.UndefOr[ListOfDominantLanguages] = js.undefined\n    ): DetectDominantLanguageResponse = {\n      val __obj = js.Dynamic.literal()\n      Languages.foreach(__v => __obj.updateDynamic(\"Languages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectDominantLanguageResponse]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesRequest extends js.Object {\n    var Text: CustomerInputString\n    var EndpointArn: js.UndefOr[EntityRecognizerEndpointArn]\n    var LanguageCode: js.UndefOr[LanguageCode]\n  }\n\n  object DetectEntitiesRequest {\n    @inline\n    def apply(\n        Text: CustomerInputString,\n        EndpointArn: js.UndefOr[EntityRecognizerEndpointArn] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined\n    ): DetectEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n\n      EndpointArn.foreach(__v => __obj.updateDynamic(\"EndpointArn\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesResponse extends js.Object {\n    var Entities: js.UndefOr[ListOfEntities]\n  }\n\n  object DetectEntitiesResponse {\n    @inline\n    def apply(\n        Entities: js.UndefOr[ListOfEntities] = js.undefined\n    ): DetectEntitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      Entities.foreach(__v => __obj.updateDynamic(\"Entities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait DetectKeyPhrasesRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var Text: CustomerInputString\n  }\n\n  object DetectKeyPhrasesRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        Text: CustomerInputString\n    ): DetectKeyPhrasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectKeyPhrasesRequest]\n    }\n  }\n\n  @js.native\n  trait DetectKeyPhrasesResponse extends js.Object {\n    var KeyPhrases: js.UndefOr[ListOfKeyPhrases]\n  }\n\n  object DetectKeyPhrasesResponse {\n    @inline\n    def apply(\n        KeyPhrases: js.UndefOr[ListOfKeyPhrases] = js.undefined\n    ): DetectKeyPhrasesResponse = {\n      val __obj = js.Dynamic.literal()\n      KeyPhrases.foreach(__v => __obj.updateDynamic(\"KeyPhrases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectKeyPhrasesResponse]\n    }\n  }\n\n  @js.native\n  trait DetectPiiEntitiesRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var Text: String\n  }\n\n  object DetectPiiEntitiesRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        Text: String\n    ): DetectPiiEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectPiiEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait DetectPiiEntitiesResponse extends js.Object {\n    var Entities: js.UndefOr[ListOfPiiEntities]\n  }\n\n  object DetectPiiEntitiesResponse {\n    @inline\n    def apply(\n        Entities: js.UndefOr[ListOfPiiEntities] = js.undefined\n    ): DetectPiiEntitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      Entities.foreach(__v => __obj.updateDynamic(\"Entities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectPiiEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait DetectSentimentRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var Text: CustomerInputString\n  }\n\n  object DetectSentimentRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        Text: CustomerInputString\n    ): DetectSentimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectSentimentRequest]\n    }\n  }\n\n  @js.native\n  trait DetectSentimentResponse extends js.Object {\n    var Sentiment: js.UndefOr[SentimentType]\n    var SentimentScore: js.UndefOr[SentimentScore]\n  }\n\n  object DetectSentimentResponse {\n    @inline\n    def apply(\n        Sentiment: js.UndefOr[SentimentType] = js.undefined,\n        SentimentScore: js.UndefOr[SentimentScore] = js.undefined\n    ): DetectSentimentResponse = {\n      val __obj = js.Dynamic.literal()\n      Sentiment.foreach(__v => __obj.updateDynamic(\"Sentiment\")(__v.asInstanceOf[js.Any]))\n      SentimentScore.foreach(__v => __obj.updateDynamic(\"SentimentScore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectSentimentResponse]\n    }\n  }\n\n  @js.native\n  trait DetectSyntaxRequest extends js.Object {\n    var LanguageCode: SyntaxLanguageCode\n    var Text: CustomerInputString\n  }\n\n  object DetectSyntaxRequest {\n    @inline\n    def apply(\n        LanguageCode: SyntaxLanguageCode,\n        Text: CustomerInputString\n    ): DetectSyntaxRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectSyntaxRequest]\n    }\n  }\n\n  @js.native\n  trait DetectSyntaxResponse extends js.Object {\n    var SyntaxTokens: js.UndefOr[ListOfSyntaxTokens]\n  }\n\n  object DetectSyntaxResponse {\n    @inline\n    def apply(\n        SyntaxTokens: js.UndefOr[ListOfSyntaxTokens] = js.undefined\n    ): DetectSyntaxResponse = {\n      val __obj = js.Dynamic.literal()\n      SyntaxTokens.foreach(__v => __obj.updateDynamic(\"SyntaxTokens\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectSyntaxResponse]\n    }\n  }\n\n  \/** Specifies the class that categorizes the document being analyzed\n    *\/\n  @js.native\n  trait DocumentClass extends js.Object {\n    var Name: js.UndefOr[String]\n    var Score: js.UndefOr[Float]\n  }\n\n  object DocumentClass {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): DocumentClass = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClass]\n    }\n  }\n\n  \/** Provides information for filtering a list of document classification jobs. For more information, see the operation. You can provide only one filter parameter in each request.\n    *\/\n  @js.native\n  trait DocumentClassificationJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object DocumentClassificationJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): DocumentClassificationJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassificationJobFilter]\n    }\n  }\n\n  \/** Provides information about a document classification job.\n    *\/\n  @js.native\n  trait DocumentClassificationJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var DocumentClassifierArn: js.UndefOr[DocumentClassifierArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object DocumentClassificationJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        DocumentClassifierArn: js.UndefOr[DocumentClassifierArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): DocumentClassificationJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      DocumentClassifierArn.foreach(__v => __obj.updateDynamic(\"DocumentClassifierArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassificationJobProperties]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentClassifierDataFormat extends js.Any\n  object DocumentClassifierDataFormat {\n    val COMPREHEND_CSV = \"COMPREHEND_CSV\".asInstanceOf[DocumentClassifierDataFormat]\n    val AUGMENTED_MANIFEST = \"AUGMENTED_MANIFEST\".asInstanceOf[DocumentClassifierDataFormat]\n\n    @inline def values = js.Array(COMPREHEND_CSV, AUGMENTED_MANIFEST)\n  }\n\n  \/** Provides information for filtering a list of document classifiers. You can only specify one filtering parameter in a request. For more information, see the operation.\n    *\/\n  @js.native\n  trait DocumentClassifierFilter extends js.Object {\n    var Status: js.UndefOr[ModelStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object DocumentClassifierFilter {\n    @inline\n    def apply(\n        Status: js.UndefOr[ModelStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): DocumentClassifierFilter = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassifierFilter]\n    }\n  }\n\n  \/** The input properties for training a document classifier. For more information on how the input file is formatted, see <a>how-document-classification-training-data<\/a>.\n    *\/\n  @js.native\n  trait DocumentClassifierInputDataConfig extends js.Object {\n    var AugmentedManifests: js.UndefOr[DocumentClassifierAugmentedManifestsList]\n    var DataFormat: js.UndefOr[DocumentClassifierDataFormat]\n    var LabelDelimiter: js.UndefOr[LabelDelimiter]\n    var S3Uri: js.UndefOr[S3Uri]\n  }\n\n  object DocumentClassifierInputDataConfig {\n    @inline\n    def apply(\n        AugmentedManifests: js.UndefOr[DocumentClassifierAugmentedManifestsList] = js.undefined,\n        DataFormat: js.UndefOr[DocumentClassifierDataFormat] = js.undefined,\n        LabelDelimiter: js.UndefOr[LabelDelimiter] = js.undefined,\n        S3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): DocumentClassifierInputDataConfig = {\n      val __obj = js.Dynamic.literal()\n      AugmentedManifests.foreach(__v => __obj.updateDynamic(\"AugmentedManifests\")(__v.asInstanceOf[js.Any]))\n      DataFormat.foreach(__v => __obj.updateDynamic(\"DataFormat\")(__v.asInstanceOf[js.Any]))\n      LabelDelimiter.foreach(__v => __obj.updateDynamic(\"LabelDelimiter\")(__v.asInstanceOf[js.Any]))\n      S3Uri.foreach(__v => __obj.updateDynamic(\"S3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassifierInputDataConfig]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentClassifierMode extends js.Any\n  object DocumentClassifierMode {\n    val MULTI_CLASS = \"MULTI_CLASS\".asInstanceOf[DocumentClassifierMode]\n    val MULTI_LABEL = \"MULTI_LABEL\".asInstanceOf[DocumentClassifierMode]\n\n    @inline def values = js.Array(MULTI_CLASS, MULTI_LABEL)\n  }\n\n  \/** Provides output results configuration parameters for custom classifier jobs.\n    *\/\n  @js.native\n  trait DocumentClassifierOutputDataConfig extends js.Object {\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var S3Uri: js.UndefOr[S3Uri]\n  }\n\n  object DocumentClassifierOutputDataConfig {\n    @inline\n    def apply(\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        S3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): DocumentClassifierOutputDataConfig = {\n      val __obj = js.Dynamic.literal()\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      S3Uri.foreach(__v => __obj.updateDynamic(\"S3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassifierOutputDataConfig]\n    }\n  }\n\n  \/** Provides information about a document classifier.\n    *\/\n  @js.native\n  trait DocumentClassifierProperties extends js.Object {\n    var ClassifierMetadata: js.UndefOr[ClassifierMetadata]\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var DocumentClassifierArn: js.UndefOr[DocumentClassifierArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[DocumentClassifierInputDataConfig]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var Mode: js.UndefOr[DocumentClassifierMode]\n    var ModelKmsKeyId: js.UndefOr[KmsKeyId]\n    var OutputDataConfig: js.UndefOr[DocumentClassifierOutputDataConfig]\n    var Status: js.UndefOr[ModelStatus]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n    var TrainingStartTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object DocumentClassifierProperties {\n    @inline\n    def apply(\n        ClassifierMetadata: js.UndefOr[ClassifierMetadata] = js.undefined,\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        DocumentClassifierArn: js.UndefOr[DocumentClassifierArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[DocumentClassifierInputDataConfig] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        Mode: js.UndefOr[DocumentClassifierMode] = js.undefined,\n        ModelKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        OutputDataConfig: js.UndefOr[DocumentClassifierOutputDataConfig] = js.undefined,\n        Status: js.UndefOr[ModelStatus] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): DocumentClassifierProperties = {\n      val __obj = js.Dynamic.literal()\n      ClassifierMetadata.foreach(__v => __obj.updateDynamic(\"ClassifierMetadata\")(__v.asInstanceOf[js.Any]))\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      DocumentClassifierArn.foreach(__v => __obj.updateDynamic(\"DocumentClassifierArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      ModelKmsKeyId.foreach(__v => __obj.updateDynamic(\"ModelKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      TrainingStartTime.foreach(__v => __obj.updateDynamic(\"TrainingStartTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentClassifierProperties]\n    }\n  }\n\n  \/** Specifies one of the label or labels that categorize the document being analyzed.\n    *\/\n  @js.native\n  trait DocumentLabel extends js.Object {\n    var Name: js.UndefOr[String]\n    var Score: js.UndefOr[Float]\n  }\n\n  object DocumentLabel {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): DocumentLabel = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentLabel]\n    }\n  }\n\n  \/** Returns the code for the dominant language in the input text and the level of confidence that Amazon Comprehend has in the accuracy of the detection.\n    *\/\n  @js.native\n  trait DominantLanguage extends js.Object {\n    var LanguageCode: js.UndefOr[String]\n    var Score: js.UndefOr[Float]\n  }\n\n  object DominantLanguage {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[String] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): DominantLanguage = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DominantLanguage]\n    }\n  }\n\n  \/** Provides information for filtering a list of dominant language detection jobs. For more information, see the operation.\n    *\/\n  @js.native\n  trait DominantLanguageDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object DominantLanguageDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): DominantLanguageDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DominantLanguageDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about a dominant language detection job.\n    *\/\n  @js.native\n  trait DominantLanguageDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object DominantLanguageDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): DominantLanguageDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DominantLanguageDetectionJobProperties]\n    }\n  }\n\n  \/** The filter used to determine which endpoints are returned. You can filter jobs on their name, model, status, or the date and time that they were created. You can only set one filter at a time.\n    *\/\n  @js.native\n  trait EndpointFilter extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var ModelArn: js.UndefOr[ComprehendModelArn]\n    var Status: js.UndefOr[EndpointStatus]\n  }\n\n  object EndpointFilter {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        ModelArn: js.UndefOr[ComprehendModelArn] = js.undefined,\n        Status: js.UndefOr[EndpointStatus] = js.undefined\n    ): EndpointFilter = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      ModelArn.foreach(__v => __obj.updateDynamic(\"ModelArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndpointFilter]\n    }\n  }\n\n  \/** Specifies information about the specified endpoint.\n    *\/\n  @js.native\n  trait EndpointProperties extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var CurrentInferenceUnits: js.UndefOr[InferenceUnitsInteger]\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var DesiredInferenceUnits: js.UndefOr[InferenceUnitsInteger]\n    var EndpointArn: js.UndefOr[ComprehendEndpointArn]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[AnyLengthString]\n    var ModelArn: js.UndefOr[ComprehendModelArn]\n    var Status: js.UndefOr[EndpointStatus]\n  }\n\n  object EndpointProperties {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        CurrentInferenceUnits: js.UndefOr[InferenceUnitsInteger] = js.undefined,\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        DesiredInferenceUnits: js.UndefOr[InferenceUnitsInteger] = js.undefined,\n        EndpointArn: js.UndefOr[ComprehendEndpointArn] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        ModelArn: js.UndefOr[ComprehendModelArn] = js.undefined,\n        Status: js.UndefOr[EndpointStatus] = js.undefined\n    ): EndpointProperties = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CurrentInferenceUnits.foreach(__v => __obj.updateDynamic(\"CurrentInferenceUnits\")(__v.asInstanceOf[js.Any]))\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      DesiredInferenceUnits.foreach(__v => __obj.updateDynamic(\"DesiredInferenceUnits\")(__v.asInstanceOf[js.Any]))\n      EndpointArn.foreach(__v => __obj.updateDynamic(\"EndpointArn\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      ModelArn.foreach(__v => __obj.updateDynamic(\"ModelArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndpointProperties]\n    }\n  }\n\n  @js.native\n  sealed trait EndpointStatus extends js.Any\n  object EndpointStatus {\n    val CREATING = \"CREATING\".asInstanceOf[EndpointStatus]\n    val DELETING = \"DELETING\".asInstanceOf[EndpointStatus]\n    val FAILED = \"FAILED\".asInstanceOf[EndpointStatus]\n    val IN_SERVICE = \"IN_SERVICE\".asInstanceOf[EndpointStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[EndpointStatus]\n\n    @inline def values = js.Array(CREATING, DELETING, FAILED, IN_SERVICE, UPDATING)\n  }\n\n  \/** Provides information for filtering a list of dominant language detection jobs. For more information, see the operation.\n    *\/\n  @js.native\n  trait EntitiesDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object EntitiesDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): EntitiesDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntitiesDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about an entities detection job.\n    *\/\n  @js.native\n  trait EntitiesDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var EntityRecognizerArn: js.UndefOr[EntityRecognizerArn]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object EntitiesDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        EntityRecognizerArn: js.UndefOr[EntityRecognizerArn] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): EntitiesDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      EntityRecognizerArn.foreach(__v => __obj.updateDynamic(\"EntityRecognizerArn\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntitiesDetectionJobProperties]\n    }\n  }\n\n  \/** Provides information about an entity.\n    *\/\n  @js.native\n  trait Entity extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var EndOffset: js.UndefOr[Int]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n    var Type: js.UndefOr[EntityType]\n  }\n\n  object Entity {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[EntityType] = js.undefined\n    ): Entity = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Entity]\n    }\n  }\n\n  \/** Specifies one of the label or labels that categorize the personally identifiable information (PII) entity being analyzed.\n    *\/\n  @js.native\n  trait EntityLabel extends js.Object {\n    var Name: js.UndefOr[PiiEntityType]\n    var Score: js.UndefOr[Float]\n  }\n\n  object EntityLabel {\n    @inline\n    def apply(\n        Name: js.UndefOr[PiiEntityType] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): EntityLabel = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityLabel]\n    }\n  }\n\n  \/** Describes the annotations associated with a entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerAnnotations extends js.Object {\n    var S3Uri: S3Uri\n  }\n\n  object EntityRecognizerAnnotations {\n    @inline\n    def apply(\n        S3Uri: S3Uri\n    ): EntityRecognizerAnnotations = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EntityRecognizerAnnotations]\n    }\n  }\n\n  @js.native\n  sealed trait EntityRecognizerDataFormat extends js.Any\n  object EntityRecognizerDataFormat {\n    val COMPREHEND_CSV = \"COMPREHEND_CSV\".asInstanceOf[EntityRecognizerDataFormat]\n    val AUGMENTED_MANIFEST = \"AUGMENTED_MANIFEST\".asInstanceOf[EntityRecognizerDataFormat]\n\n    @inline def values = js.Array(COMPREHEND_CSV, AUGMENTED_MANIFEST)\n  }\n\n  \/** Describes the training documents submitted with an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerDocuments extends js.Object {\n    var S3Uri: S3Uri\n  }\n\n  object EntityRecognizerDocuments {\n    @inline\n    def apply(\n        S3Uri: S3Uri\n    ): EntityRecognizerDocuments = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EntityRecognizerDocuments]\n    }\n  }\n\n  \/** Describes the entity recognizer submitted with an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerEntityList extends js.Object {\n    var S3Uri: S3Uri\n  }\n\n  object EntityRecognizerEntityList {\n    @inline\n    def apply(\n        S3Uri: S3Uri\n    ): EntityRecognizerEntityList = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EntityRecognizerEntityList]\n    }\n  }\n\n  \/** Detailed information about the accuracy of an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerEvaluationMetrics extends js.Object {\n    var F1Score: js.UndefOr[Double]\n    var Precision: js.UndefOr[Double]\n    var Recall: js.UndefOr[Double]\n  }\n\n  object EntityRecognizerEvaluationMetrics {\n    @inline\n    def apply(\n        F1Score: js.UndefOr[Double] = js.undefined,\n        Precision: js.UndefOr[Double] = js.undefined,\n        Recall: js.UndefOr[Double] = js.undefined\n    ): EntityRecognizerEvaluationMetrics = {\n      val __obj = js.Dynamic.literal()\n      F1Score.foreach(__v => __obj.updateDynamic(\"F1Score\")(__v.asInstanceOf[js.Any]))\n      Precision.foreach(__v => __obj.updateDynamic(\"Precision\")(__v.asInstanceOf[js.Any]))\n      Recall.foreach(__v => __obj.updateDynamic(\"Recall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerEvaluationMetrics]\n    }\n  }\n\n  \/** Provides information for filtering a list of entity recognizers. You can only specify one filtering parameter in a request. For more information, see the operation.\/&gt;\n    *\/\n  @js.native\n  trait EntityRecognizerFilter extends js.Object {\n    var Status: js.UndefOr[ModelStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object EntityRecognizerFilter {\n    @inline\n    def apply(\n        Status: js.UndefOr[ModelStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): EntityRecognizerFilter = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerFilter]\n    }\n  }\n\n  \/** Specifies the format and location of the input data.\n    *\/\n  @js.native\n  trait EntityRecognizerInputDataConfig extends js.Object {\n    var EntityTypes: EntityTypesList\n    var Annotations: js.UndefOr[EntityRecognizerAnnotations]\n    var AugmentedManifests: js.UndefOr[EntityRecognizerAugmentedManifestsList]\n    var DataFormat: js.UndefOr[EntityRecognizerDataFormat]\n    var Documents: js.UndefOr[EntityRecognizerDocuments]\n    var EntityList: js.UndefOr[EntityRecognizerEntityList]\n  }\n\n  object EntityRecognizerInputDataConfig {\n    @inline\n    def apply(\n        EntityTypes: EntityTypesList,\n        Annotations: js.UndefOr[EntityRecognizerAnnotations] = js.undefined,\n        AugmentedManifests: js.UndefOr[EntityRecognizerAugmentedManifestsList] = js.undefined,\n        DataFormat: js.UndefOr[EntityRecognizerDataFormat] = js.undefined,\n        Documents: js.UndefOr[EntityRecognizerDocuments] = js.undefined,\n        EntityList: js.UndefOr[EntityRecognizerEntityList] = js.undefined\n    ): EntityRecognizerInputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"EntityTypes\" -> EntityTypes.asInstanceOf[js.Any]\n      )\n\n      Annotations.foreach(__v => __obj.updateDynamic(\"Annotations\")(__v.asInstanceOf[js.Any]))\n      AugmentedManifests.foreach(__v => __obj.updateDynamic(\"AugmentedManifests\")(__v.asInstanceOf[js.Any]))\n      DataFormat.foreach(__v => __obj.updateDynamic(\"DataFormat\")(__v.asInstanceOf[js.Any]))\n      Documents.foreach(__v => __obj.updateDynamic(\"Documents\")(__v.asInstanceOf[js.Any]))\n      EntityList.foreach(__v => __obj.updateDynamic(\"EntityList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerInputDataConfig]\n    }\n  }\n\n  \/** Detailed information about an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerMetadata extends js.Object {\n    var EntityTypes: js.UndefOr[EntityRecognizerMetadataEntityTypesList]\n    var EvaluationMetrics: js.UndefOr[EntityRecognizerEvaluationMetrics]\n    var NumberOfTestDocuments: js.UndefOr[Int]\n    var NumberOfTrainedDocuments: js.UndefOr[Int]\n  }\n\n  object EntityRecognizerMetadata {\n    @inline\n    def apply(\n        EntityTypes: js.UndefOr[EntityRecognizerMetadataEntityTypesList] = js.undefined,\n        EvaluationMetrics: js.UndefOr[EntityRecognizerEvaluationMetrics] = js.undefined,\n        NumberOfTestDocuments: js.UndefOr[Int] = js.undefined,\n        NumberOfTrainedDocuments: js.UndefOr[Int] = js.undefined\n    ): EntityRecognizerMetadata = {\n      val __obj = js.Dynamic.literal()\n      EntityTypes.foreach(__v => __obj.updateDynamic(\"EntityTypes\")(__v.asInstanceOf[js.Any]))\n      EvaluationMetrics.foreach(__v => __obj.updateDynamic(\"EvaluationMetrics\")(__v.asInstanceOf[js.Any]))\n      NumberOfTestDocuments.foreach(__v => __obj.updateDynamic(\"NumberOfTestDocuments\")(__v.asInstanceOf[js.Any]))\n      NumberOfTrainedDocuments.foreach(__v => __obj.updateDynamic(\"NumberOfTrainedDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerMetadata]\n    }\n  }\n\n  \/** Individual item from the list of entity types in the metadata of an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerMetadataEntityTypesListItem extends js.Object {\n    var EvaluationMetrics: js.UndefOr[EntityTypesEvaluationMetrics]\n    var NumberOfTrainMentions: js.UndefOr[Int]\n    var Type: js.UndefOr[AnyLengthString]\n  }\n\n  object EntityRecognizerMetadataEntityTypesListItem {\n    @inline\n    def apply(\n        EvaluationMetrics: js.UndefOr[EntityTypesEvaluationMetrics] = js.undefined,\n        NumberOfTrainMentions: js.UndefOr[Int] = js.undefined,\n        Type: js.UndefOr[AnyLengthString] = js.undefined\n    ): EntityRecognizerMetadataEntityTypesListItem = {\n      val __obj = js.Dynamic.literal()\n      EvaluationMetrics.foreach(__v => __obj.updateDynamic(\"EvaluationMetrics\")(__v.asInstanceOf[js.Any]))\n      NumberOfTrainMentions.foreach(__v => __obj.updateDynamic(\"NumberOfTrainMentions\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerMetadataEntityTypesListItem]\n    }\n  }\n\n  \/** Describes information about an entity recognizer.\n    *\/\n  @js.native\n  trait EntityRecognizerProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var EntityRecognizerArn: js.UndefOr[EntityRecognizerArn]\n    var InputDataConfig: js.UndefOr[EntityRecognizerInputDataConfig]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var ModelKmsKeyId: js.UndefOr[KmsKeyId]\n    var RecognizerMetadata: js.UndefOr[EntityRecognizerMetadata]\n    var Status: js.UndefOr[ModelStatus]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n    var TrainingStartTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object EntityRecognizerProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        EntityRecognizerArn: js.UndefOr[EntityRecognizerArn] = js.undefined,\n        InputDataConfig: js.UndefOr[EntityRecognizerInputDataConfig] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        ModelKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        RecognizerMetadata: js.UndefOr[EntityRecognizerMetadata] = js.undefined,\n        Status: js.UndefOr[ModelStatus] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): EntityRecognizerProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      EntityRecognizerArn.foreach(__v => __obj.updateDynamic(\"EntityRecognizerArn\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      ModelKmsKeyId.foreach(__v => __obj.updateDynamic(\"ModelKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      RecognizerMetadata.foreach(__v => __obj.updateDynamic(\"RecognizerMetadata\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      TrainingStartTime.foreach(__v => __obj.updateDynamic(\"TrainingStartTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityRecognizerProperties]\n    }\n  }\n\n  @js.native\n  sealed trait EntityType extends js.Any\n  object EntityType {\n    val PERSON = \"PERSON\".asInstanceOf[EntityType]\n    val LOCATION = \"LOCATION\".asInstanceOf[EntityType]\n    val ORGANIZATION = \"ORGANIZATION\".asInstanceOf[EntityType]\n    val COMMERCIAL_ITEM = \"COMMERCIAL_ITEM\".asInstanceOf[EntityType]\n    val EVENT = \"EVENT\".asInstanceOf[EntityType]\n    val DATE = \"DATE\".asInstanceOf[EntityType]\n    val QUANTITY = \"QUANTITY\".asInstanceOf[EntityType]\n    val TITLE = \"TITLE\".asInstanceOf[EntityType]\n    val OTHER = \"OTHER\".asInstanceOf[EntityType]\n\n    @inline def values = js.Array(PERSON, LOCATION, ORGANIZATION, COMMERCIAL_ITEM, EVENT, DATE, QUANTITY, TITLE, OTHER)\n  }\n\n  \/** Detailed information about the accuracy of an entity recognizer for a specific entity type.\n    *\/\n  @js.native\n  trait EntityTypesEvaluationMetrics extends js.Object {\n    var F1Score: js.UndefOr[Double]\n    var Precision: js.UndefOr[Double]\n    var Recall: js.UndefOr[Double]\n  }\n\n  object EntityTypesEvaluationMetrics {\n    @inline\n    def apply(\n        F1Score: js.UndefOr[Double] = js.undefined,\n        Precision: js.UndefOr[Double] = js.undefined,\n        Recall: js.UndefOr[Double] = js.undefined\n    ): EntityTypesEvaluationMetrics = {\n      val __obj = js.Dynamic.literal()\n      F1Score.foreach(__v => __obj.updateDynamic(\"F1Score\")(__v.asInstanceOf[js.Any]))\n      Precision.foreach(__v => __obj.updateDynamic(\"Precision\")(__v.asInstanceOf[js.Any]))\n      Recall.foreach(__v => __obj.updateDynamic(\"Recall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityTypesEvaluationMetrics]\n    }\n  }\n\n  \/** An entity type within a labeled training dataset that Amazon Comprehend uses to train a custom entity recognizer.\n    *\/\n  @js.native\n  trait EntityTypesListItem extends js.Object {\n    var Type: EntityTypeName\n  }\n\n  object EntityTypesListItem {\n    @inline\n    def apply(\n        Type: EntityTypeName\n    ): EntityTypesListItem = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EntityTypesListItem]\n    }\n  }\n\n  \/** Provides information for filtering a list of event detection jobs.\n    *\/\n  @js.native\n  trait EventsDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object EventsDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): EventsDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about an events detection job.\n    *\/\n  @js.native\n  trait EventsDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var TargetEventTypes: js.UndefOr[TargetEventTypes]\n  }\n\n  object EventsDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        TargetEventTypes: js.UndefOr[TargetEventTypes] = js.undefined\n    ): EventsDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      TargetEventTypes.foreach(__v => __obj.updateDynamic(\"TargetEventTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsDetectionJobProperties]\n    }\n  }\n\n  \/** The input properties for a topic detection job.\n    *\/\n  @js.native\n  trait InputDataConfig extends js.Object {\n    var S3Uri: S3Uri\n    var InputFormat: js.UndefOr[InputFormat]\n  }\n\n  object InputDataConfig {\n    @inline\n    def apply(\n        S3Uri: S3Uri,\n        InputFormat: js.UndefOr[InputFormat] = js.undefined\n    ): InputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      InputFormat.foreach(__v => __obj.updateDynamic(\"InputFormat\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDataConfig]\n    }\n  }\n\n  @js.native\n  sealed trait InputFormat extends js.Any\n  object InputFormat {\n    val ONE_DOC_PER_FILE = \"ONE_DOC_PER_FILE\".asInstanceOf[InputFormat]\n    val ONE_DOC_PER_LINE = \"ONE_DOC_PER_LINE\".asInstanceOf[InputFormat]\n\n    @inline def values = js.Array(ONE_DOC_PER_FILE, ONE_DOC_PER_LINE)\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[JobStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[JobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n    val STOP_REQUESTED = \"STOP_REQUESTED\".asInstanceOf[JobStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(SUBMITTED, IN_PROGRESS, COMPLETED, FAILED, STOP_REQUESTED, STOPPED)\n  }\n\n  \/** Describes a key noun phrase.\n    *\/\n  @js.native\n  trait KeyPhrase extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var EndOffset: js.UndefOr[Int]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n  }\n\n  object KeyPhrase {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined\n    ): KeyPhrase = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyPhrase]\n    }\n  }\n\n  \/** Provides information for filtering a list of dominant language detection jobs. For more information, see the operation.\n    *\/\n  @js.native\n  trait KeyPhrasesDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object KeyPhrasesDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): KeyPhrasesDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyPhrasesDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about a key phrases detection job.\n    *\/\n  @js.native\n  trait KeyPhrasesDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object KeyPhrasesDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): KeyPhrasesDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyPhrasesDetectionJobProperties]\n    }\n  }\n\n  @js.native\n  sealed trait LanguageCode extends js.Any\n  object LanguageCode {\n    val en = \"en\".asInstanceOf[LanguageCode]\n    val es = \"es\".asInstanceOf[LanguageCode]\n    val fr = \"fr\".asInstanceOf[LanguageCode]\n    val de = \"de\".asInstanceOf[LanguageCode]\n    val it = \"it\".asInstanceOf[LanguageCode]\n    val pt = \"pt\".asInstanceOf[LanguageCode]\n    val ar = \"ar\".asInstanceOf[LanguageCode]\n    val hi = \"hi\".asInstanceOf[LanguageCode]\n    val ja = \"ja\".asInstanceOf[LanguageCode]\n    val ko = \"ko\".asInstanceOf[LanguageCode]\n    val zh = \"zh\".asInstanceOf[LanguageCode]\n    val `zh-TW` = \"zh-TW\".asInstanceOf[LanguageCode]\n\n    @inline def values = js.Array(en, es, fr, de, it, pt, ar, hi, ja, ko, zh, `zh-TW`)\n  }\n\n  @js.native\n  trait ListDocumentClassificationJobsRequest extends js.Object {\n    var Filter: js.UndefOr[DocumentClassificationJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDocumentClassificationJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[DocumentClassificationJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDocumentClassificationJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentClassificationJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDocumentClassificationJobsResponse extends js.Object {\n    var DocumentClassificationJobPropertiesList: js.UndefOr[DocumentClassificationJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDocumentClassificationJobsResponse {\n    @inline\n    def apply(\n        DocumentClassificationJobPropertiesList: js.UndefOr[DocumentClassificationJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDocumentClassificationJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      DocumentClassificationJobPropertiesList.foreach(__v => __obj.updateDynamic(\"DocumentClassificationJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentClassificationJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDocumentClassifiersRequest extends js.Object {\n    var Filter: js.UndefOr[DocumentClassifierFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDocumentClassifiersRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[DocumentClassifierFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDocumentClassifiersRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentClassifiersRequest]\n    }\n  }\n\n  @js.native\n  trait ListDocumentClassifiersResponse extends js.Object {\n    var DocumentClassifierPropertiesList: js.UndefOr[DocumentClassifierPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDocumentClassifiersResponse {\n    @inline\n    def apply(\n        DocumentClassifierPropertiesList: js.UndefOr[DocumentClassifierPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDocumentClassifiersResponse = {\n      val __obj = js.Dynamic.literal()\n      DocumentClassifierPropertiesList.foreach(__v => __obj.updateDynamic(\"DocumentClassifierPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentClassifiersResponse]\n    }\n  }\n\n  @js.native\n  trait ListDominantLanguageDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[DominantLanguageDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDominantLanguageDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[DominantLanguageDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDominantLanguageDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDominantLanguageDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDominantLanguageDetectionJobsResponse extends js.Object {\n    var DominantLanguageDetectionJobPropertiesList: js.UndefOr[DominantLanguageDetectionJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDominantLanguageDetectionJobsResponse {\n    @inline\n    def apply(\n        DominantLanguageDetectionJobPropertiesList: js.UndefOr[DominantLanguageDetectionJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDominantLanguageDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      DominantLanguageDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"DominantLanguageDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDominantLanguageDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEndpointsRequest extends js.Object {\n    var Filter: js.UndefOr[EndpointFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEndpointsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[EndpointFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEndpointsResponse extends js.Object {\n    var EndpointPropertiesList: js.UndefOr[EndpointPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEndpointsResponse {\n    @inline\n    def apply(\n        EndpointPropertiesList: js.UndefOr[EndpointPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEndpointsResponse = {\n      val __obj = js.Dynamic.literal()\n      EndpointPropertiesList.foreach(__v => __obj.updateDynamic(\"EndpointPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEntitiesDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[EntitiesDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntitiesDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[EntitiesDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntitiesDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEntitiesDetectionJobsResponse extends js.Object {\n    var EntitiesDetectionJobPropertiesList: js.UndefOr[EntitiesDetectionJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntitiesDetectionJobsResponse {\n    @inline\n    def apply(\n        EntitiesDetectionJobPropertiesList: js.UndefOr[EntitiesDetectionJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntitiesDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      EntitiesDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"EntitiesDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEntityRecognizersRequest extends js.Object {\n    var Filter: js.UndefOr[EntityRecognizerFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntityRecognizersRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[EntityRecognizerFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntityRecognizersRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntityRecognizersRequest]\n    }\n  }\n\n  @js.native\n  trait ListEntityRecognizersResponse extends js.Object {\n    var EntityRecognizerPropertiesList: js.UndefOr[EntityRecognizerPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntityRecognizersResponse {\n    @inline\n    def apply(\n        EntityRecognizerPropertiesList: js.UndefOr[EntityRecognizerPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntityRecognizersResponse = {\n      val __obj = js.Dynamic.literal()\n      EntityRecognizerPropertiesList.foreach(__v => __obj.updateDynamic(\"EntityRecognizerPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntityRecognizersResponse]\n    }\n  }\n\n  @js.native\n  trait ListEventsDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[EventsDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEventsDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[EventsDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEventsDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventsDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEventsDetectionJobsResponse extends js.Object {\n    var EventsDetectionJobPropertiesList: js.UndefOr[EventsDetectionJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEventsDetectionJobsResponse {\n    @inline\n    def apply(\n        EventsDetectionJobPropertiesList: js.UndefOr[EventsDetectionJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEventsDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      EventsDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"EventsDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventsDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListKeyPhrasesDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[KeyPhrasesDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListKeyPhrasesDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[KeyPhrasesDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListKeyPhrasesDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListKeyPhrasesDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListKeyPhrasesDetectionJobsResponse extends js.Object {\n    var KeyPhrasesDetectionJobPropertiesList: js.UndefOr[KeyPhrasesDetectionJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListKeyPhrasesDetectionJobsResponse {\n    @inline\n    def apply(\n        KeyPhrasesDetectionJobPropertiesList: js.UndefOr[KeyPhrasesDetectionJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListKeyPhrasesDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      KeyPhrasesDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"KeyPhrasesDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListKeyPhrasesDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPiiEntitiesDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[PiiEntitiesDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListPiiEntitiesDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[PiiEntitiesDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListPiiEntitiesDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPiiEntitiesDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPiiEntitiesDetectionJobsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var PiiEntitiesDetectionJobPropertiesList: js.UndefOr[PiiEntitiesDetectionJobPropertiesList]\n  }\n\n  object ListPiiEntitiesDetectionJobsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        PiiEntitiesDetectionJobPropertiesList: js.UndefOr[PiiEntitiesDetectionJobPropertiesList] = js.undefined\n    ): ListPiiEntitiesDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PiiEntitiesDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"PiiEntitiesDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPiiEntitiesDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSentimentDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[SentimentDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListSentimentDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[SentimentDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListSentimentDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSentimentDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSentimentDetectionJobsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var SentimentDetectionJobPropertiesList: js.UndefOr[SentimentDetectionJobPropertiesList]\n  }\n\n  object ListSentimentDetectionJobsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        SentimentDetectionJobPropertiesList: js.UndefOr[SentimentDetectionJobPropertiesList] = js.undefined\n    ): ListSentimentDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SentimentDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"SentimentDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSentimentDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: ComprehendArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ComprehendArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var ResourceArn: js.UndefOr[ComprehendArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        ResourceArn: js.UndefOr[ComprehendArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTopicsDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[TopicsDetectionJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTopicsDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[TopicsDetectionJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTopicsDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTopicsDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTopicsDetectionJobsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var TopicsDetectionJobPropertiesList: js.UndefOr[TopicsDetectionJobPropertiesList]\n  }\n\n  object ListTopicsDetectionJobsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        TopicsDetectionJobPropertiesList: js.UndefOr[TopicsDetectionJobPropertiesList] = js.undefined\n    ): ListTopicsDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TopicsDetectionJobPropertiesList.foreach(__v => __obj.updateDynamic(\"TopicsDetectionJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTopicsDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ModelStatus extends js.Any\n  object ModelStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[ModelStatus]\n    val TRAINING = \"TRAINING\".asInstanceOf[ModelStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ModelStatus]\n    val STOP_REQUESTED = \"STOP_REQUESTED\".asInstanceOf[ModelStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[ModelStatus]\n    val IN_ERROR = \"IN_ERROR\".asInstanceOf[ModelStatus]\n    val TRAINED = \"TRAINED\".asInstanceOf[ModelStatus]\n\n    @inline def values = js.Array(SUBMITTED, TRAINING, DELETING, STOP_REQUESTED, STOPPED, IN_ERROR, TRAINED)\n  }\n\n  \/** Provides configuration parameters for the output of topic detection jobs. <p\/>\n    *\/\n  @js.native\n  trait OutputDataConfig extends js.Object {\n    var S3Uri: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object OutputDataConfig {\n    @inline\n    def apply(\n        S3Uri: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): OutputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDataConfig]\n    }\n  }\n\n  \/** Identifies the part of speech represented by the token and gives the confidence that Amazon Comprehend has that the part of speech was correctly identified. For more information about the parts of speech that Amazon Comprehend can identify, see <a>how-syntax<\/a>.\n    *\/\n  @js.native\n  trait PartOfSpeechTag extends js.Object {\n    var Score: js.UndefOr[Float]\n    var Tag: js.UndefOr[PartOfSpeechTagType]\n  }\n\n  object PartOfSpeechTag {\n    @inline\n    def apply(\n        Score: js.UndefOr[Float] = js.undefined,\n        Tag: js.UndefOr[PartOfSpeechTagType] = js.undefined\n    ): PartOfSpeechTag = {\n      val __obj = js.Dynamic.literal()\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PartOfSpeechTag]\n    }\n  }\n\n  @js.native\n  sealed trait PartOfSpeechTagType extends js.Any\n  object PartOfSpeechTagType {\n    val ADJ = \"ADJ\".asInstanceOf[PartOfSpeechTagType]\n    val ADP = \"ADP\".asInstanceOf[PartOfSpeechTagType]\n    val ADV = \"ADV\".asInstanceOf[PartOfSpeechTagType]\n    val AUX = \"AUX\".asInstanceOf[PartOfSpeechTagType]\n    val CONJ = \"CONJ\".asInstanceOf[PartOfSpeechTagType]\n    val CCONJ = \"CCONJ\".asInstanceOf[PartOfSpeechTagType]\n    val DET = \"DET\".asInstanceOf[PartOfSpeechTagType]\n    val INTJ = \"INTJ\".asInstanceOf[PartOfSpeechTagType]\n    val NOUN = \"NOUN\".asInstanceOf[PartOfSpeechTagType]\n    val NUM = \"NUM\".asInstanceOf[PartOfSpeechTagType]\n    val O = \"O\".asInstanceOf[PartOfSpeechTagType]\n    val PART = \"PART\".asInstanceOf[PartOfSpeechTagType]\n    val PRON = \"PRON\".asInstanceOf[PartOfSpeechTagType]\n    val PROPN = \"PROPN\".asInstanceOf[PartOfSpeechTagType]\n    val PUNCT = \"PUNCT\".asInstanceOf[PartOfSpeechTagType]\n    val SCONJ = \"SCONJ\".asInstanceOf[PartOfSpeechTagType]\n    val SYM = \"SYM\".asInstanceOf[PartOfSpeechTagType]\n    val VERB = \"VERB\".asInstanceOf[PartOfSpeechTagType]\n\n    @inline def values = js.Array(ADJ, ADP, ADV, AUX, CONJ, CCONJ, DET, INTJ, NOUN, NUM, O, PART, PRON, PROPN, PUNCT, SCONJ, SYM, VERB)\n  }\n\n  \/** Provides information for filtering a list of PII entity detection jobs.\n    *\/\n  @js.native\n  trait PiiEntitiesDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object PiiEntitiesDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): PiiEntitiesDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PiiEntitiesDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about a PII entities detection job.\n    *\/\n  @js.native\n  trait PiiEntitiesDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var Mode: js.UndefOr[PiiEntitiesDetectionMode]\n    var OutputDataConfig: js.UndefOr[PiiOutputDataConfig]\n    var RedactionConfig: js.UndefOr[RedactionConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n  }\n\n  object PiiEntitiesDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        Mode: js.UndefOr[PiiEntitiesDetectionMode] = js.undefined,\n        OutputDataConfig: js.UndefOr[PiiOutputDataConfig] = js.undefined,\n        RedactionConfig: js.UndefOr[RedactionConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined\n    ): PiiEntitiesDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      RedactionConfig.foreach(__v => __obj.updateDynamic(\"RedactionConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PiiEntitiesDetectionJobProperties]\n    }\n  }\n\n  @js.native\n  sealed trait PiiEntitiesDetectionMaskMode extends js.Any\n  object PiiEntitiesDetectionMaskMode {\n    val MASK = \"MASK\".asInstanceOf[PiiEntitiesDetectionMaskMode]\n    val REPLACE_WITH_PII_ENTITY_TYPE = \"REPLACE_WITH_PII_ENTITY_TYPE\".asInstanceOf[PiiEntitiesDetectionMaskMode]\n\n    @inline def values = js.Array(MASK, REPLACE_WITH_PII_ENTITY_TYPE)\n  }\n\n  @js.native\n  sealed trait PiiEntitiesDetectionMode extends js.Any\n  object PiiEntitiesDetectionMode {\n    val ONLY_REDACTION = \"ONLY_REDACTION\".asInstanceOf[PiiEntitiesDetectionMode]\n    val ONLY_OFFSETS = \"ONLY_OFFSETS\".asInstanceOf[PiiEntitiesDetectionMode]\n\n    @inline def values = js.Array(ONLY_REDACTION, ONLY_OFFSETS)\n  }\n\n  \/** Provides information about a PII entity.\n    *\/\n  @js.native\n  trait PiiEntity extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var EndOffset: js.UndefOr[Int]\n    var Score: js.UndefOr[Float]\n    var Type: js.UndefOr[PiiEntityType]\n  }\n\n  object PiiEntity {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Type: js.UndefOr[PiiEntityType] = js.undefined\n    ): PiiEntity = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PiiEntity]\n    }\n  }\n\n  @js.native\n  sealed trait PiiEntityType extends js.Any\n  object PiiEntityType {\n    val BANK_ACCOUNT_NUMBER = \"BANK_ACCOUNT_NUMBER\".asInstanceOf[PiiEntityType]\n    val BANK_ROUTING = \"BANK_ROUTING\".asInstanceOf[PiiEntityType]\n    val CREDIT_DEBIT_NUMBER = \"CREDIT_DEBIT_NUMBER\".asInstanceOf[PiiEntityType]\n    val CREDIT_DEBIT_CVV = \"CREDIT_DEBIT_CVV\".asInstanceOf[PiiEntityType]\n    val CREDIT_DEBIT_EXPIRY = \"CREDIT_DEBIT_EXPIRY\".asInstanceOf[PiiEntityType]\n    val PIN = \"PIN\".asInstanceOf[PiiEntityType]\n    val EMAIL = \"EMAIL\".asInstanceOf[PiiEntityType]\n    val ADDRESS = \"ADDRESS\".asInstanceOf[PiiEntityType]\n    val NAME = \"NAME\".asInstanceOf[PiiEntityType]\n    val PHONE = \"PHONE\".asInstanceOf[PiiEntityType]\n    val SSN = \"SSN\".asInstanceOf[PiiEntityType]\n    val DATE_TIME = \"DATE_TIME\".asInstanceOf[PiiEntityType]\n    val PASSPORT_NUMBER = \"PASSPORT_NUMBER\".asInstanceOf[PiiEntityType]\n    val DRIVER_ID = \"DRIVER_ID\".asInstanceOf[PiiEntityType]\n    val URL = \"URL\".asInstanceOf[PiiEntityType]\n    val AGE = \"AGE\".asInstanceOf[PiiEntityType]\n    val USERNAME = \"USERNAME\".asInstanceOf[PiiEntityType]\n    val PASSWORD = \"PASSWORD\".asInstanceOf[PiiEntityType]\n    val AWS_ACCESS_KEY = \"AWS_ACCESS_KEY\".asInstanceOf[PiiEntityType]\n    val AWS_SECRET_KEY = \"AWS_SECRET_KEY\".asInstanceOf[PiiEntityType]\n    val IP_ADDRESS = \"IP_ADDRESS\".asInstanceOf[PiiEntityType]\n    val MAC_ADDRESS = \"MAC_ADDRESS\".asInstanceOf[PiiEntityType]\n    val ALL = \"ALL\".asInstanceOf[PiiEntityType]\n\n    @inline def values = js.Array(\n      BANK_ACCOUNT_NUMBER,\n      BANK_ROUTING,\n      CREDIT_DEBIT_NUMBER,\n      CREDIT_DEBIT_CVV,\n      CREDIT_DEBIT_EXPIRY,\n      PIN,\n      EMAIL,\n      ADDRESS,\n      NAME,\n      PHONE,\n      SSN,\n      DATE_TIME,\n      PASSPORT_NUMBER,\n      DRIVER_ID,\n      URL,\n      AGE,\n      USERNAME,\n      PASSWORD,\n      AWS_ACCESS_KEY,\n      AWS_SECRET_KEY,\n      IP_ADDRESS,\n      MAC_ADDRESS,\n      ALL\n    )\n  }\n\n  \/** Provides configuration parameters for the output of PII entity detection jobs.\n    *\/\n  @js.native\n  trait PiiOutputDataConfig extends js.Object {\n    var S3Uri: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object PiiOutputDataConfig {\n    @inline\n    def apply(\n        S3Uri: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): PiiOutputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PiiOutputDataConfig]\n    }\n  }\n\n  \/** Provides configuration parameters for PII entity redaction.\n    *\/\n  @js.native\n  trait RedactionConfig extends js.Object {\n    var MaskCharacter: js.UndefOr[MaskCharacter]\n    var MaskMode: js.UndefOr[PiiEntitiesDetectionMaskMode]\n    var PiiEntityTypes: js.UndefOr[ListOfPiiEntityTypes]\n  }\n\n  object RedactionConfig {\n    @inline\n    def apply(\n        MaskCharacter: js.UndefOr[MaskCharacter] = js.undefined,\n        MaskMode: js.UndefOr[PiiEntitiesDetectionMaskMode] = js.undefined,\n        PiiEntityTypes: js.UndefOr[ListOfPiiEntityTypes] = js.undefined\n    ): RedactionConfig = {\n      val __obj = js.Dynamic.literal()\n      MaskCharacter.foreach(__v => __obj.updateDynamic(\"MaskCharacter\")(__v.asInstanceOf[js.Any]))\n      MaskMode.foreach(__v => __obj.updateDynamic(\"MaskMode\")(__v.asInstanceOf[js.Any]))\n      PiiEntityTypes.foreach(__v => __obj.updateDynamic(\"PiiEntityTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedactionConfig]\n    }\n  }\n\n  \/** Provides information for filtering a list of dominant language detection jobs. For more information, see the operation.\n    *\/\n  @js.native\n  trait SentimentDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object SentimentDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): SentimentDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SentimentDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about a sentiment detection job.\n    *\/\n  @js.native\n  trait SentimentDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Message: js.UndefOr[AnyLengthString]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object SentimentDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): SentimentDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SentimentDetectionJobProperties]\n    }\n  }\n\n  \/** Describes the level of confidence that Amazon Comprehend has in the accuracy of its detection of sentiments.\n    *\/\n  @js.native\n  trait SentimentScore extends js.Object {\n    var Mixed: js.UndefOr[Float]\n    var Negative: js.UndefOr[Float]\n    var Neutral: js.UndefOr[Float]\n    var Positive: js.UndefOr[Float]\n  }\n\n  object SentimentScore {\n    @inline\n    def apply(\n        Mixed: js.UndefOr[Float] = js.undefined,\n        Negative: js.UndefOr[Float] = js.undefined,\n        Neutral: js.UndefOr[Float] = js.undefined,\n        Positive: js.UndefOr[Float] = js.undefined\n    ): SentimentScore = {\n      val __obj = js.Dynamic.literal()\n      Mixed.foreach(__v => __obj.updateDynamic(\"Mixed\")(__v.asInstanceOf[js.Any]))\n      Negative.foreach(__v => __obj.updateDynamic(\"Negative\")(__v.asInstanceOf[js.Any]))\n      Neutral.foreach(__v => __obj.updateDynamic(\"Neutral\")(__v.asInstanceOf[js.Any]))\n      Positive.foreach(__v => __obj.updateDynamic(\"Positive\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SentimentScore]\n    }\n  }\n\n  @js.native\n  sealed trait SentimentType extends js.Any\n  object SentimentType {\n    val POSITIVE = \"POSITIVE\".asInstanceOf[SentimentType]\n    val NEGATIVE = \"NEGATIVE\".asInstanceOf[SentimentType]\n    val NEUTRAL = \"NEUTRAL\".asInstanceOf[SentimentType]\n    val MIXED = \"MIXED\".asInstanceOf[SentimentType]\n\n    @inline def values = js.Array(POSITIVE, NEGATIVE, NEUTRAL, MIXED)\n  }\n\n  @js.native\n  trait StartDocumentClassificationJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var DocumentClassifierArn: DocumentClassifierArn\n    var InputDataConfig: InputDataConfig\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartDocumentClassificationJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        DocumentClassifierArn: DocumentClassifierArn,\n        InputDataConfig: InputDataConfig,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartDocumentClassificationJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"DocumentClassifierArn\" -> DocumentClassifierArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentClassificationJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartDocumentClassificationJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartDocumentClassificationJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartDocumentClassificationJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentClassificationJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartDominantLanguageDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartDominantLanguageDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartDominantLanguageDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDominantLanguageDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartDominantLanguageDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartDominantLanguageDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartDominantLanguageDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDominantLanguageDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartEntitiesDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var EntityRecognizerArn: js.UndefOr[EntityRecognizerArn]\n    var JobName: js.UndefOr[JobName]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        EntityRecognizerArn: js.UndefOr[EntityRecognizerArn] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      EntityRecognizerArn.foreach(__v => __obj.updateDynamic(\"EntityRecognizerArn\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartEntitiesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartEventsDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var TargetEventTypes: TargetEventTypes\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n  }\n\n  object StartEventsDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        TargetEventTypes: TargetEventTypes,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined\n    ): StartEventsDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"TargetEventTypes\" -> TargetEventTypes.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEventsDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartEventsDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartEventsDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartEventsDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEventsDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartKeyPhrasesDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartKeyPhrasesDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartKeyPhrasesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartKeyPhrasesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartKeyPhrasesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartKeyPhrasesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartKeyPhrasesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartKeyPhrasesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartPiiEntitiesDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var Mode: PiiEntitiesDetectionMode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var RedactionConfig: js.UndefOr[RedactionConfig]\n  }\n\n  object StartPiiEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        Mode: PiiEntitiesDetectionMode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        RedactionConfig: js.UndefOr[RedactionConfig] = js.undefined\n    ): StartPiiEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Mode\" -> Mode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      RedactionConfig.foreach(__v => __obj.updateDynamic(\"RedactionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPiiEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartPiiEntitiesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartPiiEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartPiiEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPiiEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartSentimentDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartSentimentDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartSentimentDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSentimentDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartSentimentDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartSentimentDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartSentimentDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSentimentDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartTopicsDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var NumberOfTopics: js.UndefOr[NumberOfTopicsInteger]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object StartTopicsDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        NumberOfTopics: js.UndefOr[NumberOfTopicsInteger] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): StartTopicsDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      NumberOfTopics.foreach(__v => __obj.updateDynamic(\"NumberOfTopics\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTopicsDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartTopicsDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StartTopicsDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StartTopicsDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTopicsDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopDominantLanguageDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopDominantLanguageDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopDominantLanguageDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDominantLanguageDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopDominantLanguageDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopDominantLanguageDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopDominantLanguageDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDominantLanguageDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopEntitiesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopEntitiesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopEventsDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopEventsDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopEventsDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopEventsDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopEventsDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopEventsDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopEventsDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopEventsDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopKeyPhrasesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopKeyPhrasesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopKeyPhrasesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopKeyPhrasesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopKeyPhrasesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopKeyPhrasesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopKeyPhrasesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopKeyPhrasesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopPiiEntitiesDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopPiiEntitiesDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopPiiEntitiesDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopPiiEntitiesDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopPiiEntitiesDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopPiiEntitiesDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopPiiEntitiesDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopPiiEntitiesDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopSentimentDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopSentimentDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopSentimentDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopSentimentDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopSentimentDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n    var JobStatus: js.UndefOr[JobStatus]\n  }\n\n  object StopSentimentDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined\n    ): StopSentimentDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopSentimentDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopTrainingDocumentClassifierRequest extends js.Object {\n    var DocumentClassifierArn: DocumentClassifierArn\n  }\n\n  object StopTrainingDocumentClassifierRequest {\n    @inline\n    def apply(\n        DocumentClassifierArn: DocumentClassifierArn\n    ): StopTrainingDocumentClassifierRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentClassifierArn\" -> DocumentClassifierArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopTrainingDocumentClassifierRequest]\n    }\n  }\n\n  @js.native\n  trait StopTrainingDocumentClassifierResponse extends js.Object\n\n  object StopTrainingDocumentClassifierResponse {\n    @inline\n    def apply(): StopTrainingDocumentClassifierResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopTrainingDocumentClassifierResponse]\n    }\n  }\n\n  @js.native\n  trait StopTrainingEntityRecognizerRequest extends js.Object {\n    var EntityRecognizerArn: EntityRecognizerArn\n  }\n\n  object StopTrainingEntityRecognizerRequest {\n    @inline\n    def apply(\n        EntityRecognizerArn: EntityRecognizerArn\n    ): StopTrainingEntityRecognizerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EntityRecognizerArn\" -> EntityRecognizerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopTrainingEntityRecognizerRequest]\n    }\n  }\n\n  @js.native\n  trait StopTrainingEntityRecognizerResponse extends js.Object\n\n  object StopTrainingEntityRecognizerResponse {\n    @inline\n    def apply(): StopTrainingEntityRecognizerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopTrainingEntityRecognizerResponse]\n    }\n  }\n\n  @js.native\n  sealed trait SyntaxLanguageCode extends js.Any\n  object SyntaxLanguageCode {\n    val en = \"en\".asInstanceOf[SyntaxLanguageCode]\n    val es = \"es\".asInstanceOf[SyntaxLanguageCode]\n    val fr = \"fr\".asInstanceOf[SyntaxLanguageCode]\n    val de = \"de\".asInstanceOf[SyntaxLanguageCode]\n    val it = \"it\".asInstanceOf[SyntaxLanguageCode]\n    val pt = \"pt\".asInstanceOf[SyntaxLanguageCode]\n\n    @inline def values = js.Array(en, es, fr, de, it, pt)\n  }\n\n  \/** Represents a work in the input text that was recognized and assigned a part of speech. There is one syntax token record for each word in the source text.\n    *\/\n  @js.native\n  trait SyntaxToken extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var EndOffset: js.UndefOr[Int]\n    var PartOfSpeech: js.UndefOr[PartOfSpeechTag]\n    var Text: js.UndefOr[String]\n    var TokenId: js.UndefOr[Int]\n  }\n\n  object SyntaxToken {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        PartOfSpeech: js.UndefOr[PartOfSpeechTag] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        TokenId: js.UndefOr[Int] = js.undefined\n    ): SyntaxToken = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      PartOfSpeech.foreach(__v => __obj.updateDynamic(\"PartOfSpeech\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      TokenId.foreach(__v => __obj.updateDynamic(\"TokenId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SyntaxToken]\n    }\n  }\n\n  \/** A key-value pair that adds as a metadata to a resource used by Amazon Comprehend. For example, a tag with the key-value pair \u2018Department\u2019:\u2019Sales\u2019 might be added to a resource to indicate its use by a particular department.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: ComprehendArn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ComprehendArn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Provides information for filtering topic detection jobs. For more information, see .\n    *\/\n  @js.native\n  trait TopicsDetectionJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object TopicsDetectionJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): TopicsDetectionJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TopicsDetectionJobFilter]\n    }\n  }\n\n  \/** Provides information about a topic detection job.\n    *\/\n  @js.native\n  trait TopicsDetectionJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var Message: js.UndefOr[AnyLengthString]\n    var NumberOfTopics: js.UndefOr[Int]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object TopicsDetectionJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        NumberOfTopics: js.UndefOr[Int] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): TopicsDetectionJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      NumberOfTopics.foreach(__v => __obj.updateDynamic(\"NumberOfTopics\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TopicsDetectionJobProperties]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: ComprehendArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ComprehendArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointRequest extends js.Object {\n    var DesiredInferenceUnits: InferenceUnitsInteger\n    var EndpointArn: ComprehendEndpointArn\n  }\n\n  object UpdateEndpointRequest {\n    @inline\n    def apply(\n        DesiredInferenceUnits: InferenceUnitsInteger,\n        EndpointArn: ComprehendEndpointArn\n    ): UpdateEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DesiredInferenceUnits\" -> DesiredInferenceUnits.asInstanceOf[js.Any],\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointResponse extends js.Object\n\n  object UpdateEndpointResponse {\n    @inline\n    def apply(): UpdateEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateEndpointResponse]\n    }\n  }\n\n  \/** Configuration parameters for an optional private Virtual Private Cloud (VPC) containing the resources you are using for the job. For more information, see [[https:\/\/docs.aws.amazon.com\/vpc\/latest\/userguide\/what-is-amazon-vpc.html|Amazon VPC]].\n    *\/\n  @js.native\n  trait VpcConfig extends js.Object {\n    var SecurityGroupIds: SecurityGroupIds\n    var Subnets: Subnets\n  }\n\n  object VpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: SecurityGroupIds,\n        Subnets: Subnets\n    ): VpcConfig = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"Subnets\" -> Subnets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfig]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/AWSCredentials.scala","text":"package facade.amazonaws\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"Credentials\", \"AWS.Credentials\")\nclass AWSCredentials() extends js.Object {\n  def this(accessKeyId: String, secretAccessKey: String, sessionToken: js.UndefOr[String] = js.undefined) = this()\n  def this(options: CredentialsOptions) = this()\n\n  def getPromise(): js.Promise[Unit] = js.native\n\n  def needsRefresh(): Boolean = js.native\n\n  def refreshPromise(): js.Promise[Unit] = js.native\n\n  val accessKeyId: String = js.native\n  val secretAccessKey: String = js.native\n  val sessionToken: String = js.native\n  val expired: Boolean = js.native\n  val expireTime: js.Date = js.native\n\n  var expiryWindow: Int = js.native\n}\n\ntrait CredentialsOptions extends js.Object {\n  var accessKeyId: String\n  var secretAccessKey: String\n  var sessionToken: js.UndefOr[String]\n}\n\nobject CredentialsOptions {\n  def apply(\n      accessKeyId: String,\n      secretAccessKey: String,\n      sessionToken: js.UndefOr[String] = js.undefined\n  ): CredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n      \"accessKeyId\" -> accessKeyId.asInstanceOf[js.Any],\n      \"secretAccessKey\" -> secretAccessKey.asInstanceOf[js.Any]\n    )\n    sessionToken.foreach(_v => _obj$.updateDynamic(\"sessionToken\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[CredentialsOptions]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dynamodb\/src\/test\/scala\/facade\/amazonaws\/services\/AttributeValueMapperTest.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport facade.amazonaws.services.dynamodb.{AttributeValue, AttributeValueMapper}\nimport facade.amazonaws.services.dynamodb.AttributeValueMapper._\n\nimport net.exoego.scalajs.scalatest.structural._\nimport org.scalatest.funsuite.AnyFunSuite\n\nimport scala.scalajs.js\n\nclass AttributeValueMapperTest extends AnyFunSuite {\n  test(\"AttributeValueTypeString\") {\n    assert(AttributeValueTypeString(\"foo\") === AttributeValue.S(\"foo\"))\n    assert(AttributeValueTypeString(\"\") === AttributeValue.S(\"\"))\n    assert(AttributeValueTypeString(null) === AttributeValue.S(null))\n  }\n\n  test(\"AttributeValueTypeBoolean\") {\n    assert(AttributeValueTypeBoolean(true) === AttributeValue.BOOL(true))\n    assert(AttributeValueTypeBoolean(false) === AttributeValue.BOOL(false))\n  }\n\n  test(\"AttributeValueTypeMap\") {\n    val attributeValue = AttributeValueTypeMap(\n      js.Dictionary(\n        \"name\" -> AttributeValue.S(\"john\"),\n        \"age\" -> AttributeValue.NFromInt(1),\n        \"isFoo\" -> AttributeValue.BOOL(true)\n      )\n    )\n    assert(\n      attributeValue === AttributeValue.M(\n        js.Dictionary(\n          \"name\" -> AttributeValue.S(\"john\"),\n          \"age\" -> AttributeValue.NFromInt(1),\n          \"isFoo\" -> AttributeValue.BOOL(true)\n        )\n      )\n    )\n  }\n\n  test(\"AttributeValueTypeList\") {\n    val attributeValue = AttributeValueTypeList(\n      js.Array(\n        AttributeValue.S(\"john\"),\n        AttributeValue.NFromInt(1),\n        AttributeValue.BOOL(true)\n      )\n    )\n    assert(\n      attributeValue === AttributeValue.L(\n        js.Array(\n          AttributeValue.S(\"john\"),\n          AttributeValue.NFromInt(1),\n          AttributeValue.BOOL(true)\n        )\n      )\n    )\n  }\n\n  test(\"AttributeValueTypeInt\") {\n    assert(AttributeValueTypeInt(42) === AttributeValue.NFromInt(42))\n    assert(AttributeValueTypeInt(Int.MaxValue) === AttributeValue.NFromInt(Int.MaxValue))\n  }\n\n  test(\"AttributeValueTypeDouble\") {\n    assert(AttributeValueTypeDouble(42) === AttributeValue.NFromDouble(42))\n    assert(AttributeValueTypeDouble(Double.MaxValue) === AttributeValue.NFromDouble(Double.MaxValue))\n  }\n\n  test(\"AttributeValueTypeScalaBigInt\") {\n    assert(\n      AttributeValueTypeScalaBigInt(BigInt(Long.MaxValue) + BigInt(1)) === AttributeValue(N = \"9223372036854775808\")\n    )\n  }\n\n  test(\"AttributeValueTypeScalaBigDecimal\") {\n    assert(AttributeValueTypeScalaBigDecimal(BigDecimal(\"1.67\")) === AttributeValue(N = \"1.67\"))\n  }\n\n  test(\"AttributeValueTypeMapT\") {\n    val mapper = AttributeValueTypeMapT[String]\n    assert(\n      mapper(Map(\"foo\" -> \"bar\")) === AttributeValue.M(\n        js.Dictionary(\n          \"foo\" -> AttributeValue.S(\"bar\")\n        )\n      )\n    )\n  }\n\n  test(\"AttributeValueTypeSeqT\") {\n    val mapper = AttributeValueTypeSeqT[String]\n    assert(\n      mapper(List(\"foo\", \"bar\", \"buz\")) === AttributeValue.L(\n        js.Array(\n          AttributeValue.S(\"foo\"),\n          AttributeValue.S(\"bar\"),\n          AttributeValue.S(\"buz\")\n        )\n      )\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/AWS.scala","text":"<gh_stars>10-100\npackage facade.amazonaws\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", JSImport.Namespace, \"AWS\")\nobject AWS extends js.Object {\n  var config: AWSConfigWithServicesDefault = js.native\n}\n\ntrait ParamsWithEndpoint extends js.Object {\n  var params: js.UndefOr[AWSConfig] = js.undefined\n  var endpoint: js.UndefOr[String] = js.undefined\n}\nobject ParamsWithEndpoint {\n  @inline\n  def apply(\n      params: js.UndefOr[AWSConfig] = js.undefined,\n      endpoint: js.UndefOr[String] = js.undefined\n  ): ParamsWithEndpoint = {\n    val __obj = js.Dynamic.literal()\n    params.foreach(v => __obj.updateDynamic(\"params\")(v))\n    endpoint.foreach(v => __obj.updateDynamic(\"endpoint\")(v))\n    __obj.asInstanceOf[ParamsWithEndpoint]\n  }\n}\n\ntrait S3ParamsWithEndpoint extends ParamsWithEndpoint {\n  var useDualstack: js.UndefOr[Boolean] = js.undefined\n}\nobject S3ParamsWithEndpoint {\n  @inline\n  def apply(\n      params: js.UndefOr[AWSConfig] = js.undefined,\n      endpoint: js.UndefOr[String] = js.undefined,\n      useDualstack: js.UndefOr[Boolean] = js.undefined\n  ): S3ParamsWithEndpoint = {\n    val __obj = js.Dynamic.literal()\n    params.foreach(v => __obj.updateDynamic(\"params\")(v))\n    endpoint.foreach(v => __obj.updateDynamic(\"endpoint\")(v))\n    useDualstack.foreach(v => __obj.updateDynamic(\"useDualstack\")(v))\n    __obj.asInstanceOf[S3ParamsWithEndpoint]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/licensemanager\/src\/main\/scala\/facade\/amazonaws\/services\/LicenseManager.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object licensemanager {\n  type AllowedOperationList = js.Array[AllowedOperation]\n  type Arn = String\n  type ArnList = js.Array[Arn]\n  type BoxBoolean = Boolean\n  type BoxInteger = Int\n  type BoxLong = Double\n  type ClientToken = String\n  type ConsumedLicenseSummaryList = js.Array[ConsumedLicenseSummary]\n  type DateTime = js.Date\n  type EntitlementDataList = js.Array[EntitlementData]\n  type EntitlementList = js.Array[Entitlement]\n  type EntitlementUsageList = js.Array[EntitlementUsage]\n  type FilterList = js.Array[Filter]\n  type FilterName = String\n  type FilterValue = String\n  type FilterValues = js.Array[FilterValue]\n  type Filters = js.Array[Filter]\n  type GrantList = js.Array[Grant]\n  type GrantedLicenseList = js.Array[GrantedLicense]\n  type ISO8601DateTime = String\n  type IdempotencyToken = String\n  type InventoryFilterList = js.Array[InventoryFilter]\n  type LicenseConfigurationAssociations = js.Array[LicenseConfigurationAssociation]\n  type LicenseConfigurationUsageList = js.Array[LicenseConfigurationUsage]\n  type LicenseConfigurations = js.Array[LicenseConfiguration]\n  type LicenseList = js.Array[License]\n  type LicenseOperationFailureList = js.Array[LicenseOperationFailure]\n  type LicenseSpecifications = js.Array[LicenseSpecification]\n  type ManagedResourceSummaryList = js.Array[ManagedResourceSummary]\n  type MaxSize100 = Int\n  type MaxSize3StringList = js.Array[String]\n  type MetadataList = js.Array[Metadata]\n  type PrincipalArnList = js.Array[Arn]\n  type ProductInformationFilterList = js.Array[ProductInformationFilter]\n  type ProductInformationList = js.Array[ProductInformation]\n  type ResourceInventoryList = js.Array[ResourceInventory]\n  type SignedToken = String\n  type StringList = js.Array[String]\n  type TagKeyList = js.Array[String]\n  type TagList = js.Array[Tag]\n  type TokenList = js.Array[TokenData]\n  type TokenString = String\n\n  implicit final class LicenseManagerOps(private val service: LicenseManager) extends AnyVal {\n\n    @inline def acceptGrantFuture(params: AcceptGrantRequest): Future[AcceptGrantResponse] = service.acceptGrant(params).promise().toFuture\n    @inline def checkInLicenseFuture(params: CheckInLicenseRequest): Future[CheckInLicenseResponse] = service.checkInLicense(params).promise().toFuture\n    @inline def checkoutBorrowLicenseFuture(params: CheckoutBorrowLicenseRequest): Future[CheckoutBorrowLicenseResponse] = service.checkoutBorrowLicense(params).promise().toFuture\n    @inline def checkoutLicenseFuture(params: CheckoutLicenseRequest): Future[CheckoutLicenseResponse] = service.checkoutLicense(params).promise().toFuture\n    @inline def createGrantFuture(params: CreateGrantRequest): Future[CreateGrantResponse] = service.createGrant(params).promise().toFuture\n    @inline def createGrantVersionFuture(params: CreateGrantVersionRequest): Future[CreateGrantVersionResponse] = service.createGrantVersion(params).promise().toFuture\n    @inline def createLicenseConfigurationFuture(params: CreateLicenseConfigurationRequest): Future[CreateLicenseConfigurationResponse] = service.createLicenseConfiguration(params).promise().toFuture\n    @inline def createLicenseFuture(params: CreateLicenseRequest): Future[CreateLicenseResponse] = service.createLicense(params).promise().toFuture\n    @inline def createLicenseVersionFuture(params: CreateLicenseVersionRequest): Future[CreateLicenseVersionResponse] = service.createLicenseVersion(params).promise().toFuture\n    @inline def createTokenFuture(params: CreateTokenRequest): Future[CreateTokenResponse] = service.createToken(params).promise().toFuture\n    @inline def deleteGrantFuture(params: DeleteGrantRequest): Future[DeleteGrantResponse] = service.deleteGrant(params).promise().toFuture\n    @inline def deleteLicenseConfigurationFuture(params: DeleteLicenseConfigurationRequest): Future[DeleteLicenseConfigurationResponse] = service.deleteLicenseConfiguration(params).promise().toFuture\n    @inline def deleteLicenseFuture(params: DeleteLicenseRequest): Future[DeleteLicenseResponse] = service.deleteLicense(params).promise().toFuture\n    @inline def deleteTokenFuture(params: DeleteTokenRequest): Future[DeleteTokenResponse] = service.deleteToken(params).promise().toFuture\n    @inline def extendLicenseConsumptionFuture(params: ExtendLicenseConsumptionRequest): Future[ExtendLicenseConsumptionResponse] = service.extendLicenseConsumption(params).promise().toFuture\n    @inline def getAccessTokenFuture(params: GetAccessTokenRequest): Future[GetAccessTokenResponse] = service.getAccessToken(params).promise().toFuture\n    @inline def getGrantFuture(params: GetGrantRequest): Future[GetGrantResponse] = service.getGrant(params).promise().toFuture\n    @inline def getLicenseConfigurationFuture(params: GetLicenseConfigurationRequest): Future[GetLicenseConfigurationResponse] = service.getLicenseConfiguration(params).promise().toFuture\n    @inline def getLicenseFuture(params: GetLicenseRequest): Future[GetLicenseResponse] = service.getLicense(params).promise().toFuture\n    @inline def getLicenseUsageFuture(params: GetLicenseUsageRequest): Future[GetLicenseUsageResponse] = service.getLicenseUsage(params).promise().toFuture\n    @inline def getServiceSettingsFuture(params: GetServiceSettingsRequest): Future[GetServiceSettingsResponse] = service.getServiceSettings(params).promise().toFuture\n    @inline def listAssociationsForLicenseConfigurationFuture(params: ListAssociationsForLicenseConfigurationRequest): Future[ListAssociationsForLicenseConfigurationResponse] = service.listAssociationsForLicenseConfiguration(params).promise().toFuture\n    @inline def listDistributedGrantsFuture(params: ListDistributedGrantsRequest): Future[ListDistributedGrantsResponse] = service.listDistributedGrants(params).promise().toFuture\n    @inline def listFailuresForLicenseConfigurationOperationsFuture(params: ListFailuresForLicenseConfigurationOperationsRequest): Future[ListFailuresForLicenseConfigurationOperationsResponse] = service.listFailuresForLicenseConfigurationOperations(params).promise().toFuture\n    @inline def listLicenseConfigurationsFuture(params: ListLicenseConfigurationsRequest): Future[ListLicenseConfigurationsResponse] = service.listLicenseConfigurations(params).promise().toFuture\n    @inline def listLicenseSpecificationsForResourceFuture(params: ListLicenseSpecificationsForResourceRequest): Future[ListLicenseSpecificationsForResourceResponse] = service.listLicenseSpecificationsForResource(params).promise().toFuture\n    @inline def listLicenseVersionsFuture(params: ListLicenseVersionsRequest): Future[ListLicenseVersionsResponse] = service.listLicenseVersions(params).promise().toFuture\n    @inline def listLicensesFuture(params: ListLicensesRequest): Future[ListLicensesResponse] = service.listLicenses(params).promise().toFuture\n    @inline def listReceivedGrantsFuture(params: ListReceivedGrantsRequest): Future[ListReceivedGrantsResponse] = service.listReceivedGrants(params).promise().toFuture\n    @inline def listReceivedLicensesFuture(params: ListReceivedLicensesRequest): Future[ListReceivedLicensesResponse] = service.listReceivedLicenses(params).promise().toFuture\n    @inline def listResourceInventoryFuture(params: ListResourceInventoryRequest): Future[ListResourceInventoryResponse] = service.listResourceInventory(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTokensFuture(params: ListTokensRequest): Future[ListTokensResponse] = service.listTokens(params).promise().toFuture\n    @inline def listUsageForLicenseConfigurationFuture(params: ListUsageForLicenseConfigurationRequest): Future[ListUsageForLicenseConfigurationResponse] = service.listUsageForLicenseConfiguration(params).promise().toFuture\n    @inline def rejectGrantFuture(params: RejectGrantRequest): Future[RejectGrantResponse] = service.rejectGrant(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateLicenseConfigurationFuture(params: UpdateLicenseConfigurationRequest): Future[UpdateLicenseConfigurationResponse] = service.updateLicenseConfiguration(params).promise().toFuture\n    @inline def updateLicenseSpecificationsForResourceFuture(params: UpdateLicenseSpecificationsForResourceRequest): Future[UpdateLicenseSpecificationsForResourceResponse] = service.updateLicenseSpecificationsForResource(params).promise().toFuture\n    @inline def updateServiceSettingsFuture(params: UpdateServiceSettingsRequest): Future[UpdateServiceSettingsResponse] = service.updateServiceSettings(params).promise().toFuture\n\n  }\n}\n\npackage licensemanager {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/licensemanager\", JSImport.Namespace, \"AWS.LicenseManager\")\n  class LicenseManager() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptGrant(params: AcceptGrantRequest): Request[AcceptGrantResponse] = js.native\n    def checkInLicense(params: CheckInLicenseRequest): Request[CheckInLicenseResponse] = js.native\n    def checkoutBorrowLicense(params: CheckoutBorrowLicenseRequest): Request[CheckoutBorrowLicenseResponse] = js.native\n    def checkoutLicense(params: CheckoutLicenseRequest): Request[CheckoutLicenseResponse] = js.native\n    def createGrant(params: CreateGrantRequest): Request[CreateGrantResponse] = js.native\n    def createGrantVersion(params: CreateGrantVersionRequest): Request[CreateGrantVersionResponse] = js.native\n    def createLicense(params: CreateLicenseRequest): Request[CreateLicenseResponse] = js.native\n    def createLicenseConfiguration(params: CreateLicenseConfigurationRequest): Request[CreateLicenseConfigurationResponse] = js.native\n    def createLicenseVersion(params: CreateLicenseVersionRequest): Request[CreateLicenseVersionResponse] = js.native\n    def createToken(params: CreateTokenRequest): Request[CreateTokenResponse] = js.native\n    def deleteGrant(params: DeleteGrantRequest): Request[DeleteGrantResponse] = js.native\n    def deleteLicense(params: DeleteLicenseRequest): Request[DeleteLicenseResponse] = js.native\n    def deleteLicenseConfiguration(params: DeleteLicenseConfigurationRequest): Request[DeleteLicenseConfigurationResponse] = js.native\n    def deleteToken(params: DeleteTokenRequest): Request[DeleteTokenResponse] = js.native\n    def extendLicenseConsumption(params: ExtendLicenseConsumptionRequest): Request[ExtendLicenseConsumptionResponse] = js.native\n    def getAccessToken(params: GetAccessTokenRequest): Request[GetAccessTokenResponse] = js.native\n    def getGrant(params: GetGrantRequest): Request[GetGrantResponse] = js.native\n    def getLicense(params: GetLicenseRequest): Request[GetLicenseResponse] = js.native\n    def getLicenseConfiguration(params: GetLicenseConfigurationRequest): Request[GetLicenseConfigurationResponse] = js.native\n    def getLicenseUsage(params: GetLicenseUsageRequest): Request[GetLicenseUsageResponse] = js.native\n    def getServiceSettings(params: GetServiceSettingsRequest): Request[GetServiceSettingsResponse] = js.native\n    def listAssociationsForLicenseConfiguration(params: ListAssociationsForLicenseConfigurationRequest): Request[ListAssociationsForLicenseConfigurationResponse] = js.native\n    def listDistributedGrants(params: ListDistributedGrantsRequest): Request[ListDistributedGrantsResponse] = js.native\n    def listFailuresForLicenseConfigurationOperations(params: ListFailuresForLicenseConfigurationOperationsRequest): Request[ListFailuresForLicenseConfigurationOperationsResponse] = js.native\n    def listLicenseConfigurations(params: ListLicenseConfigurationsRequest): Request[ListLicenseConfigurationsResponse] = js.native\n    def listLicenseSpecificationsForResource(params: ListLicenseSpecificationsForResourceRequest): Request[ListLicenseSpecificationsForResourceResponse] = js.native\n    def listLicenseVersions(params: ListLicenseVersionsRequest): Request[ListLicenseVersionsResponse] = js.native\n    def listLicenses(params: ListLicensesRequest): Request[ListLicensesResponse] = js.native\n    def listReceivedGrants(params: ListReceivedGrantsRequest): Request[ListReceivedGrantsResponse] = js.native\n    def listReceivedLicenses(params: ListReceivedLicensesRequest): Request[ListReceivedLicensesResponse] = js.native\n    def listResourceInventory(params: ListResourceInventoryRequest): Request[ListResourceInventoryResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTokens(params: ListTokensRequest): Request[ListTokensResponse] = js.native\n    def listUsageForLicenseConfiguration(params: ListUsageForLicenseConfigurationRequest): Request[ListUsageForLicenseConfigurationResponse] = js.native\n    def rejectGrant(params: RejectGrantRequest): Request[RejectGrantResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateLicenseConfiguration(params: UpdateLicenseConfigurationRequest): Request[UpdateLicenseConfigurationResponse] = js.native\n    def updateLicenseSpecificationsForResource(params: UpdateLicenseSpecificationsForResourceRequest): Request[UpdateLicenseSpecificationsForResourceResponse] = js.native\n    def updateServiceSettings(params: UpdateServiceSettingsRequest): Request[UpdateServiceSettingsResponse] = js.native\n  }\n\n  @js.native\n  trait AcceptGrantRequest extends js.Object {\n    var GrantArn: Arn\n  }\n\n  object AcceptGrantRequest {\n    @inline\n    def apply(\n        GrantArn: Arn\n    ): AcceptGrantRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptGrantRequest]\n    }\n  }\n\n  @js.native\n  trait AcceptGrantResponse extends js.Object {\n    var GrantArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[GrantStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object AcceptGrantResponse {\n    @inline\n    def apply(\n        GrantArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): AcceptGrantResponse = {\n      val __obj = js.Dynamic.literal()\n      GrantArn.foreach(__v => __obj.updateDynamic(\"GrantArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceptGrantResponse]\n    }\n  }\n\n  @js.native\n  sealed trait AllowedOperation extends js.Any\n  object AllowedOperation {\n    val CreateGrant = \"CreateGrant\".asInstanceOf[AllowedOperation]\n    val CheckoutLicense = \"CheckoutLicense\".asInstanceOf[AllowedOperation]\n    val CheckoutBorrowLicense = \"CheckoutBorrowLicense\".asInstanceOf[AllowedOperation]\n    val CheckInLicense = \"CheckInLicense\".asInstanceOf[AllowedOperation]\n    val ExtendConsumptionLicense = \"ExtendConsumptionLicense\".asInstanceOf[AllowedOperation]\n    val ListPurchasedLicenses = \"ListPurchasedLicenses\".asInstanceOf[AllowedOperation]\n    val CreateToken = \"CreateToken\".asInstanceOf[AllowedOperation]\n\n    @inline def values = js.Array(CreateGrant, CheckoutLicense, CheckoutBorrowLicense, CheckInLicense, ExtendConsumptionLicense, ListPurchasedLicenses, CreateToken)\n  }\n\n  \/** Describes automated discovery.\n    *\/\n  @js.native\n  trait AutomatedDiscoveryInformation extends js.Object {\n    var LastRunTime: js.UndefOr[DateTime]\n  }\n\n  object AutomatedDiscoveryInformation {\n    @inline\n    def apply(\n        LastRunTime: js.UndefOr[DateTime] = js.undefined\n    ): AutomatedDiscoveryInformation = {\n      val __obj = js.Dynamic.literal()\n      LastRunTime.foreach(__v => __obj.updateDynamic(\"LastRunTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomatedDiscoveryInformation]\n    }\n  }\n\n  \/** Details about a borrow configuration.\n    *\/\n  @js.native\n  trait BorrowConfiguration extends js.Object {\n    var AllowEarlyCheckIn: BoxBoolean\n    var MaxTimeToLiveInMinutes: BoxInteger\n  }\n\n  object BorrowConfiguration {\n    @inline\n    def apply(\n        AllowEarlyCheckIn: BoxBoolean,\n        MaxTimeToLiveInMinutes: BoxInteger\n    ): BorrowConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"AllowEarlyCheckIn\" -> AllowEarlyCheckIn.asInstanceOf[js.Any],\n        \"MaxTimeToLiveInMinutes\" -> MaxTimeToLiveInMinutes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BorrowConfiguration]\n    }\n  }\n\n  @js.native\n  trait CheckInLicenseRequest extends js.Object {\n    var LicenseConsumptionToken: String\n    var Beneficiary: js.UndefOr[String]\n  }\n\n  object CheckInLicenseRequest {\n    @inline\n    def apply(\n        LicenseConsumptionToken: String,\n        Beneficiary: js.UndefOr[String] = js.undefined\n    ): CheckInLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConsumptionToken\" -> LicenseConsumptionToken.asInstanceOf[js.Any]\n      )\n\n      Beneficiary.foreach(__v => __obj.updateDynamic(\"Beneficiary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckInLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait CheckInLicenseResponse extends js.Object\n\n  object CheckInLicenseResponse {\n    @inline\n    def apply(): CheckInLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CheckInLicenseResponse]\n    }\n  }\n\n  @js.native\n  trait CheckoutBorrowLicenseRequest extends js.Object {\n    var ClientToken: ClientToken\n    var DigitalSignatureMethod: DigitalSignatureMethod\n    var Entitlements: EntitlementDataList\n    var LicenseArn: Arn\n    var CheckoutMetadata: js.UndefOr[MetadataList]\n    var NodeId: js.UndefOr[String]\n  }\n\n  object CheckoutBorrowLicenseRequest {\n    @inline\n    def apply(\n        ClientToken: ClientToken,\n        DigitalSignatureMethod: DigitalSignatureMethod,\n        Entitlements: EntitlementDataList,\n        LicenseArn: Arn,\n        CheckoutMetadata: js.UndefOr[MetadataList] = js.undefined,\n        NodeId: js.UndefOr[String] = js.undefined\n    ): CheckoutBorrowLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"DigitalSignatureMethod\" -> DigitalSignatureMethod.asInstanceOf[js.Any],\n        \"Entitlements\" -> Entitlements.asInstanceOf[js.Any],\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any]\n      )\n\n      CheckoutMetadata.foreach(__v => __obj.updateDynamic(\"CheckoutMetadata\")(__v.asInstanceOf[js.Any]))\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckoutBorrowLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait CheckoutBorrowLicenseResponse extends js.Object {\n    var CheckoutMetadata: js.UndefOr[MetadataList]\n    var EntitlementsAllowed: js.UndefOr[EntitlementDataList]\n    var Expiration: js.UndefOr[ISO8601DateTime]\n    var IssuedAt: js.UndefOr[ISO8601DateTime]\n    var LicenseArn: js.UndefOr[Arn]\n    var LicenseConsumptionToken: js.UndefOr[String]\n    var NodeId: js.UndefOr[String]\n    var SignedToken: js.UndefOr[SignedToken]\n  }\n\n  object CheckoutBorrowLicenseResponse {\n    @inline\n    def apply(\n        CheckoutMetadata: js.UndefOr[MetadataList] = js.undefined,\n        EntitlementsAllowed: js.UndefOr[EntitlementDataList] = js.undefined,\n        Expiration: js.UndefOr[ISO8601DateTime] = js.undefined,\n        IssuedAt: js.UndefOr[ISO8601DateTime] = js.undefined,\n        LicenseArn: js.UndefOr[Arn] = js.undefined,\n        LicenseConsumptionToken: js.UndefOr[String] = js.undefined,\n        NodeId: js.UndefOr[String] = js.undefined,\n        SignedToken: js.UndefOr[SignedToken] = js.undefined\n    ): CheckoutBorrowLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      CheckoutMetadata.foreach(__v => __obj.updateDynamic(\"CheckoutMetadata\")(__v.asInstanceOf[js.Any]))\n      EntitlementsAllowed.foreach(__v => __obj.updateDynamic(\"EntitlementsAllowed\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      IssuedAt.foreach(__v => __obj.updateDynamic(\"IssuedAt\")(__v.asInstanceOf[js.Any]))\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      LicenseConsumptionToken.foreach(__v => __obj.updateDynamic(\"LicenseConsumptionToken\")(__v.asInstanceOf[js.Any]))\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      SignedToken.foreach(__v => __obj.updateDynamic(\"SignedToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckoutBorrowLicenseResponse]\n    }\n  }\n\n  @js.native\n  trait CheckoutLicenseRequest extends js.Object {\n    var CheckoutType: CheckoutType\n    var ClientToken: ClientToken\n    var Entitlements: EntitlementDataList\n    var KeyFingerprint: String\n    var ProductSKU: String\n    var Beneficiary: js.UndefOr[String]\n    var NodeId: js.UndefOr[String]\n  }\n\n  object CheckoutLicenseRequest {\n    @inline\n    def apply(\n        CheckoutType: CheckoutType,\n        ClientToken: ClientToken,\n        Entitlements: EntitlementDataList,\n        KeyFingerprint: String,\n        ProductSKU: String,\n        Beneficiary: js.UndefOr[String] = js.undefined,\n        NodeId: js.UndefOr[String] = js.undefined\n    ): CheckoutLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CheckoutType\" -> CheckoutType.asInstanceOf[js.Any],\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"Entitlements\" -> Entitlements.asInstanceOf[js.Any],\n        \"KeyFingerprint\" -> KeyFingerprint.asInstanceOf[js.Any],\n        \"ProductSKU\" -> ProductSKU.asInstanceOf[js.Any]\n      )\n\n      Beneficiary.foreach(__v => __obj.updateDynamic(\"Beneficiary\")(__v.asInstanceOf[js.Any]))\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckoutLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait CheckoutLicenseResponse extends js.Object {\n    var CheckoutType: js.UndefOr[CheckoutType]\n    var EntitlementsAllowed: js.UndefOr[EntitlementDataList]\n    var Expiration: js.UndefOr[ISO8601DateTime]\n    var IssuedAt: js.UndefOr[ISO8601DateTime]\n    var LicenseConsumptionToken: js.UndefOr[String]\n    var NodeId: js.UndefOr[String]\n    var SignedToken: js.UndefOr[SignedToken]\n  }\n\n  object CheckoutLicenseResponse {\n    @inline\n    def apply(\n        CheckoutType: js.UndefOr[CheckoutType] = js.undefined,\n        EntitlementsAllowed: js.UndefOr[EntitlementDataList] = js.undefined,\n        Expiration: js.UndefOr[ISO8601DateTime] = js.undefined,\n        IssuedAt: js.UndefOr[ISO8601DateTime] = js.undefined,\n        LicenseConsumptionToken: js.UndefOr[String] = js.undefined,\n        NodeId: js.UndefOr[String] = js.undefined,\n        SignedToken: js.UndefOr[SignedToken] = js.undefined\n    ): CheckoutLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      CheckoutType.foreach(__v => __obj.updateDynamic(\"CheckoutType\")(__v.asInstanceOf[js.Any]))\n      EntitlementsAllowed.foreach(__v => __obj.updateDynamic(\"EntitlementsAllowed\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      IssuedAt.foreach(__v => __obj.updateDynamic(\"IssuedAt\")(__v.asInstanceOf[js.Any]))\n      LicenseConsumptionToken.foreach(__v => __obj.updateDynamic(\"LicenseConsumptionToken\")(__v.asInstanceOf[js.Any]))\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      SignedToken.foreach(__v => __obj.updateDynamic(\"SignedToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckoutLicenseResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CheckoutType extends js.Any\n  object CheckoutType {\n    val PROVISIONAL = \"PROVISIONAL\".asInstanceOf[CheckoutType]\n\n    @inline def values = js.Array(PROVISIONAL)\n  }\n\n  \/** Details about license consumption.\n    *\/\n  @js.native\n  trait ConsumedLicenseSummary extends js.Object {\n    var ConsumedLicenses: js.UndefOr[BoxLong]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object ConsumedLicenseSummary {\n    @inline\n    def apply(\n        ConsumedLicenses: js.UndefOr[BoxLong] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): ConsumedLicenseSummary = {\n      val __obj = js.Dynamic.literal()\n      ConsumedLicenses.foreach(__v => __obj.updateDynamic(\"ConsumedLicenses\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConsumedLicenseSummary]\n    }\n  }\n\n  \/** Details about a consumption configuration.\n    *\/\n  @js.native\n  trait ConsumptionConfiguration extends js.Object {\n    var BorrowConfiguration: js.UndefOr[BorrowConfiguration]\n    var ProvisionalConfiguration: js.UndefOr[ProvisionalConfiguration]\n    var RenewType: js.UndefOr[RenewType]\n  }\n\n  object ConsumptionConfiguration {\n    @inline\n    def apply(\n        BorrowConfiguration: js.UndefOr[BorrowConfiguration] = js.undefined,\n        ProvisionalConfiguration: js.UndefOr[ProvisionalConfiguration] = js.undefined,\n        RenewType: js.UndefOr[RenewType] = js.undefined\n    ): ConsumptionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BorrowConfiguration.foreach(__v => __obj.updateDynamic(\"BorrowConfiguration\")(__v.asInstanceOf[js.Any]))\n      ProvisionalConfiguration.foreach(__v => __obj.updateDynamic(\"ProvisionalConfiguration\")(__v.asInstanceOf[js.Any]))\n      RenewType.foreach(__v => __obj.updateDynamic(\"RenewType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConsumptionConfiguration]\n    }\n  }\n\n  @js.native\n  trait CreateGrantRequest extends js.Object {\n    var AllowedOperations: AllowedOperationList\n    var ClientToken: String\n    var GrantName: String\n    var HomeRegion: String\n    var LicenseArn: Arn\n    var Principals: PrincipalArnList\n  }\n\n  object CreateGrantRequest {\n    @inline\n    def apply(\n        AllowedOperations: AllowedOperationList,\n        ClientToken: String,\n        GrantName: String,\n        HomeRegion: String,\n        LicenseArn: Arn,\n        Principals: PrincipalArnList\n    ): CreateGrantRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AllowedOperations\" -> AllowedOperations.asInstanceOf[js.Any],\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"GrantName\" -> GrantName.asInstanceOf[js.Any],\n        \"HomeRegion\" -> HomeRegion.asInstanceOf[js.Any],\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any],\n        \"Principals\" -> Principals.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateGrantRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGrantResponse extends js.Object {\n    var GrantArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[GrantStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object CreateGrantResponse {\n    @inline\n    def apply(\n        GrantArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): CreateGrantResponse = {\n      val __obj = js.Dynamic.literal()\n      GrantArn.foreach(__v => __obj.updateDynamic(\"GrantArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGrantResponse]\n    }\n  }\n\n  @js.native\n  trait CreateGrantVersionRequest extends js.Object {\n    var ClientToken: String\n    var GrantArn: Arn\n    var AllowedOperations: js.UndefOr[AllowedOperationList]\n    var GrantName: js.UndefOr[String]\n    var SourceVersion: js.UndefOr[String]\n    var Status: js.UndefOr[GrantStatus]\n  }\n\n  object CreateGrantVersionRequest {\n    @inline\n    def apply(\n        ClientToken: String,\n        GrantArn: Arn,\n        AllowedOperations: js.UndefOr[AllowedOperationList] = js.undefined,\n        GrantName: js.UndefOr[String] = js.undefined,\n        SourceVersion: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined\n    ): CreateGrantVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any]\n      )\n\n      AllowedOperations.foreach(__v => __obj.updateDynamic(\"AllowedOperations\")(__v.asInstanceOf[js.Any]))\n      GrantName.foreach(__v => __obj.updateDynamic(\"GrantName\")(__v.asInstanceOf[js.Any]))\n      SourceVersion.foreach(__v => __obj.updateDynamic(\"SourceVersion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGrantVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGrantVersionResponse extends js.Object {\n    var GrantArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[GrantStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object CreateGrantVersionResponse {\n    @inline\n    def apply(\n        GrantArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): CreateGrantVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      GrantArn.foreach(__v => __obj.updateDynamic(\"GrantArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGrantVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseConfigurationRequest extends js.Object {\n    var LicenseCountingType: LicenseCountingType\n    var Name: String\n    var Description: js.UndefOr[String]\n    var DisassociateWhenNotFound: js.UndefOr[BoxBoolean]\n    var LicenseCount: js.UndefOr[BoxLong]\n    var LicenseCountHardLimit: js.UndefOr[BoxBoolean]\n    var LicenseRules: js.UndefOr[StringList]\n    var ProductInformationList: js.UndefOr[ProductInformationList]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseCountingType: LicenseCountingType,\n        Name: String,\n        Description: js.UndefOr[String] = js.undefined,\n        DisassociateWhenNotFound: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseCount: js.UndefOr[BoxLong] = js.undefined,\n        LicenseCountHardLimit: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseRules: js.UndefOr[StringList] = js.undefined,\n        ProductInformationList: js.UndefOr[ProductInformationList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseCountingType\" -> LicenseCountingType.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisassociateWhenNotFound.foreach(__v => __obj.updateDynamic(\"DisassociateWhenNotFound\")(__v.asInstanceOf[js.Any]))\n      LicenseCount.foreach(__v => __obj.updateDynamic(\"LicenseCount\")(__v.asInstanceOf[js.Any]))\n      LicenseCountHardLimit.foreach(__v => __obj.updateDynamic(\"LicenseCountHardLimit\")(__v.asInstanceOf[js.Any]))\n      LicenseRules.foreach(__v => __obj.updateDynamic(\"LicenseRules\")(__v.asInstanceOf[js.Any]))\n      ProductInformationList.foreach(__v => __obj.updateDynamic(\"ProductInformationList\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseConfigurationResponse extends js.Object {\n    var LicenseConfigurationArn: js.UndefOr[String]\n  }\n\n  object CreateLicenseConfigurationResponse {\n    @inline\n    def apply(\n        LicenseConfigurationArn: js.UndefOr[String] = js.undefined\n    ): CreateLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseConfigurationArn.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseRequest extends js.Object {\n    var Beneficiary: String\n    var ClientToken: String\n    var ConsumptionConfiguration: ConsumptionConfiguration\n    var Entitlements: EntitlementList\n    var HomeRegion: String\n    var Issuer: Issuer\n    var LicenseName: String\n    var ProductName: String\n    var ProductSKU: String\n    var Validity: DatetimeRange\n    var LicenseMetadata: js.UndefOr[MetadataList]\n  }\n\n  object CreateLicenseRequest {\n    @inline\n    def apply(\n        Beneficiary: String,\n        ClientToken: String,\n        ConsumptionConfiguration: ConsumptionConfiguration,\n        Entitlements: EntitlementList,\n        HomeRegion: String,\n        Issuer: Issuer,\n        LicenseName: String,\n        ProductName: String,\n        ProductSKU: String,\n        Validity: DatetimeRange,\n        LicenseMetadata: js.UndefOr[MetadataList] = js.undefined\n    ): CreateLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Beneficiary\" -> Beneficiary.asInstanceOf[js.Any],\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"ConsumptionConfiguration\" -> ConsumptionConfiguration.asInstanceOf[js.Any],\n        \"Entitlements\" -> Entitlements.asInstanceOf[js.Any],\n        \"HomeRegion\" -> HomeRegion.asInstanceOf[js.Any],\n        \"Issuer\" -> Issuer.asInstanceOf[js.Any],\n        \"LicenseName\" -> LicenseName.asInstanceOf[js.Any],\n        \"ProductName\" -> ProductName.asInstanceOf[js.Any],\n        \"ProductSKU\" -> ProductSKU.asInstanceOf[js.Any],\n        \"Validity\" -> Validity.asInstanceOf[js.Any]\n      )\n\n      LicenseMetadata.foreach(__v => __obj.updateDynamic(\"LicenseMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseResponse extends js.Object {\n    var LicenseArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[LicenseStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object CreateLicenseResponse {\n    @inline\n    def apply(\n        LicenseArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[LicenseStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): CreateLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseVersionRequest extends js.Object {\n    var ClientToken: String\n    var ConsumptionConfiguration: ConsumptionConfiguration\n    var Entitlements: EntitlementList\n    var HomeRegion: String\n    var Issuer: Issuer\n    var LicenseArn: Arn\n    var LicenseName: String\n    var ProductName: String\n    var Status: LicenseStatus\n    var Validity: DatetimeRange\n    var LicenseMetadata: js.UndefOr[MetadataList]\n    var SourceVersion: js.UndefOr[String]\n  }\n\n  object CreateLicenseVersionRequest {\n    @inline\n    def apply(\n        ClientToken: String,\n        ConsumptionConfiguration: ConsumptionConfiguration,\n        Entitlements: EntitlementList,\n        HomeRegion: String,\n        Issuer: Issuer,\n        LicenseArn: Arn,\n        LicenseName: String,\n        ProductName: String,\n        Status: LicenseStatus,\n        Validity: DatetimeRange,\n        LicenseMetadata: js.UndefOr[MetadataList] = js.undefined,\n        SourceVersion: js.UndefOr[String] = js.undefined\n    ): CreateLicenseVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"ConsumptionConfiguration\" -> ConsumptionConfiguration.asInstanceOf[js.Any],\n        \"Entitlements\" -> Entitlements.asInstanceOf[js.Any],\n        \"HomeRegion\" -> HomeRegion.asInstanceOf[js.Any],\n        \"Issuer\" -> Issuer.asInstanceOf[js.Any],\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any],\n        \"LicenseName\" -> LicenseName.asInstanceOf[js.Any],\n        \"ProductName\" -> ProductName.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"Validity\" -> Validity.asInstanceOf[js.Any]\n      )\n\n      LicenseMetadata.foreach(__v => __obj.updateDynamic(\"LicenseMetadata\")(__v.asInstanceOf[js.Any]))\n      SourceVersion.foreach(__v => __obj.updateDynamic(\"SourceVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLicenseVersionResponse extends js.Object {\n    var LicenseArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[LicenseStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object CreateLicenseVersionResponse {\n    @inline\n    def apply(\n        LicenseArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[LicenseStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): CreateLicenseVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLicenseVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTokenRequest extends js.Object {\n    var ClientToken: IdempotencyToken\n    var LicenseArn: Arn\n    var ExpirationInDays: js.UndefOr[Int]\n    var RoleArns: js.UndefOr[ArnList]\n    var TokenProperties: js.UndefOr[MaxSize3StringList]\n  }\n\n  object CreateTokenRequest {\n    @inline\n    def apply(\n        ClientToken: IdempotencyToken,\n        LicenseArn: Arn,\n        ExpirationInDays: js.UndefOr[Int] = js.undefined,\n        RoleArns: js.UndefOr[ArnList] = js.undefined,\n        TokenProperties: js.UndefOr[MaxSize3StringList] = js.undefined\n    ): CreateTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any]\n      )\n\n      ExpirationInDays.foreach(__v => __obj.updateDynamic(\"ExpirationInDays\")(__v.asInstanceOf[js.Any]))\n      RoleArns.foreach(__v => __obj.updateDynamic(\"RoleArns\")(__v.asInstanceOf[js.Any]))\n      TokenProperties.foreach(__v => __obj.updateDynamic(\"TokenProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTokenRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTokenResponse extends js.Object {\n    var Token: js.UndefOr[TokenString]\n    var TokenId: js.UndefOr[String]\n    var TokenType: js.UndefOr[TokenType]\n  }\n\n  object CreateTokenResponse {\n    @inline\n    def apply(\n        Token: js.UndefOr[TokenString] = js.undefined,\n        TokenId: js.UndefOr[String] = js.undefined,\n        TokenType: js.UndefOr[TokenType] = js.undefined\n    ): CreateTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      TokenId.foreach(__v => __obj.updateDynamic(\"TokenId\")(__v.asInstanceOf[js.Any]))\n      TokenType.foreach(__v => __obj.updateDynamic(\"TokenType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTokenResponse]\n    }\n  }\n\n  \/** Describes a time range, in ISO8601-UTC format.\n    *\/\n  @js.native\n  trait DatetimeRange extends js.Object {\n    var Begin: ISO8601DateTime\n    var End: js.UndefOr[ISO8601DateTime]\n  }\n\n  object DatetimeRange {\n    @inline\n    def apply(\n        Begin: ISO8601DateTime,\n        End: js.UndefOr[ISO8601DateTime] = js.undefined\n    ): DatetimeRange = {\n      val __obj = js.Dynamic.literal(\n        \"Begin\" -> Begin.asInstanceOf[js.Any]\n      )\n\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatetimeRange]\n    }\n  }\n\n  @js.native\n  trait DeleteGrantRequest extends js.Object {\n    var GrantArn: Arn\n    var Version: String\n  }\n\n  object DeleteGrantRequest {\n    @inline\n    def apply(\n        GrantArn: Arn,\n        Version: String\n    ): DeleteGrantRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGrantRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGrantResponse extends js.Object {\n    var GrantArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[GrantStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object DeleteGrantResponse {\n    @inline\n    def apply(\n        GrantArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): DeleteGrantResponse = {\n      val __obj = js.Dynamic.literal()\n      GrantArn.foreach(__v => __obj.updateDynamic(\"GrantArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGrantResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLicenseConfigurationRequest extends js.Object {\n    var LicenseConfigurationArn: String\n  }\n\n  object DeleteLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String\n    ): DeleteLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLicenseConfigurationResponse extends js.Object\n\n  object DeleteLicenseConfigurationResponse {\n    @inline\n    def apply(): DeleteLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteLicenseConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLicenseRequest extends js.Object {\n    var LicenseArn: Arn\n    var SourceVersion: String\n  }\n\n  object DeleteLicenseRequest {\n    @inline\n    def apply(\n        LicenseArn: Arn,\n        SourceVersion: String\n    ): DeleteLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any],\n        \"SourceVersion\" -> SourceVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLicenseResponse extends js.Object {\n    var DeletionDate: js.UndefOr[ISO8601DateTime]\n    var Status: js.UndefOr[LicenseDeletionStatus]\n  }\n\n  object DeleteLicenseResponse {\n    @inline\n    def apply(\n        DeletionDate: js.UndefOr[ISO8601DateTime] = js.undefined,\n        Status: js.UndefOr[LicenseDeletionStatus] = js.undefined\n    ): DeleteLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      DeletionDate.foreach(__v => __obj.updateDynamic(\"DeletionDate\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLicenseResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTokenRequest extends js.Object {\n    var TokenId: String\n  }\n\n  object DeleteTokenRequest {\n    @inline\n    def apply(\n        TokenId: String\n    ): DeleteTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TokenId\" -> TokenId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTokenRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTokenResponse extends js.Object\n\n  object DeleteTokenResponse {\n    @inline\n    def apply(): DeleteTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTokenResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DigitalSignatureMethod extends js.Any\n  object DigitalSignatureMethod {\n    val JWT_PS384 = \"JWT_PS384\".asInstanceOf[DigitalSignatureMethod]\n\n    @inline def values = js.Array(JWT_PS384)\n  }\n\n  \/** Describes a resource entitled for use with a license.\n    *\/\n  @js.native\n  trait Entitlement extends js.Object {\n    var Name: String\n    var Unit: EntitlementUnit\n    var AllowCheckIn: js.UndefOr[BoxBoolean]\n    var MaxCount: js.UndefOr[Double]\n    var Overage: js.UndefOr[BoxBoolean]\n    var Value: js.UndefOr[String]\n  }\n\n  object Entitlement {\n    @inline\n    def apply(\n        Name: String,\n        Unit: EntitlementUnit,\n        AllowCheckIn: js.UndefOr[BoxBoolean] = js.undefined,\n        MaxCount: js.UndefOr[Double] = js.undefined,\n        Overage: js.UndefOr[BoxBoolean] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Entitlement = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Unit\" -> Unit.asInstanceOf[js.Any]\n      )\n\n      AllowCheckIn.foreach(__v => __obj.updateDynamic(\"AllowCheckIn\")(__v.asInstanceOf[js.Any]))\n      MaxCount.foreach(__v => __obj.updateDynamic(\"MaxCount\")(__v.asInstanceOf[js.Any]))\n      Overage.foreach(__v => __obj.updateDynamic(\"Overage\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Entitlement]\n    }\n  }\n\n  \/** Data associated with an entitlement resource.\n    *\/\n  @js.native\n  trait EntitlementData extends js.Object {\n    var Name: String\n    var Unit: EntitlementDataUnit\n    var Value: js.UndefOr[String]\n  }\n\n  object EntitlementData {\n    @inline\n    def apply(\n        Name: String,\n        Unit: EntitlementDataUnit,\n        Value: js.UndefOr[String] = js.undefined\n    ): EntitlementData = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Unit\" -> Unit.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntitlementData]\n    }\n  }\n\n  @js.native\n  sealed trait EntitlementDataUnit extends js.Any\n  object EntitlementDataUnit {\n    val Count = \"Count\".asInstanceOf[EntitlementDataUnit]\n    val None = \"None\".asInstanceOf[EntitlementDataUnit]\n    val Seconds = \"Seconds\".asInstanceOf[EntitlementDataUnit]\n    val Microseconds = \"Microseconds\".asInstanceOf[EntitlementDataUnit]\n    val Milliseconds = \"Milliseconds\".asInstanceOf[EntitlementDataUnit]\n    val Bytes = \"Bytes\".asInstanceOf[EntitlementDataUnit]\n    val Kilobytes = \"Kilobytes\".asInstanceOf[EntitlementDataUnit]\n    val Megabytes = \"Megabytes\".asInstanceOf[EntitlementDataUnit]\n    val Gigabytes = \"Gigabytes\".asInstanceOf[EntitlementDataUnit]\n    val Terabytes = \"Terabytes\".asInstanceOf[EntitlementDataUnit]\n    val Bits = \"Bits\".asInstanceOf[EntitlementDataUnit]\n    val Kilobits = \"Kilobits\".asInstanceOf[EntitlementDataUnit]\n    val Megabits = \"Megabits\".asInstanceOf[EntitlementDataUnit]\n    val Gigabits = \"Gigabits\".asInstanceOf[EntitlementDataUnit]\n    val Terabits = \"Terabits\".asInstanceOf[EntitlementDataUnit]\n    val Percent = \"Percent\".asInstanceOf[EntitlementDataUnit]\n    val `Bytes\/Second` = \"Bytes\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Kilobytes\/Second` = \"Kilobytes\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Megabytes\/Second` = \"Megabytes\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Gigabytes\/Second` = \"Gigabytes\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Terabytes\/Second` = \"Terabytes\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Bits\/Second` = \"Bits\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Kilobits\/Second` = \"Kilobits\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Megabits\/Second` = \"Megabits\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Gigabits\/Second` = \"Gigabits\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Terabits\/Second` = \"Terabits\/Second\".asInstanceOf[EntitlementDataUnit]\n    val `Count\/Second` = \"Count\/Second\".asInstanceOf[EntitlementDataUnit]\n\n    @inline def values = js.Array(\n      Count,\n      None,\n      Seconds,\n      Microseconds,\n      Milliseconds,\n      Bytes,\n      Kilobytes,\n      Megabytes,\n      Gigabytes,\n      Terabytes,\n      Bits,\n      Kilobits,\n      Megabits,\n      Gigabits,\n      Terabits,\n      Percent,\n      `Bytes\/Second`,\n      `Kilobytes\/Second`,\n      `Megabytes\/Second`,\n      `Gigabytes\/Second`,\n      `Terabytes\/Second`,\n      `Bits\/Second`,\n      `Kilobits\/Second`,\n      `Megabits\/Second`,\n      `Gigabits\/Second`,\n      `Terabits\/Second`,\n      `Count\/Second`\n    )\n  }\n\n  @js.native\n  sealed trait EntitlementUnit extends js.Any\n  object EntitlementUnit {\n    val Count = \"Count\".asInstanceOf[EntitlementUnit]\n    val None = \"None\".asInstanceOf[EntitlementUnit]\n    val Seconds = \"Seconds\".asInstanceOf[EntitlementUnit]\n    val Microseconds = \"Microseconds\".asInstanceOf[EntitlementUnit]\n    val Milliseconds = \"Milliseconds\".asInstanceOf[EntitlementUnit]\n    val Bytes = \"Bytes\".asInstanceOf[EntitlementUnit]\n    val Kilobytes = \"Kilobytes\".asInstanceOf[EntitlementUnit]\n    val Megabytes = \"Megabytes\".asInstanceOf[EntitlementUnit]\n    val Gigabytes = \"Gigabytes\".asInstanceOf[EntitlementUnit]\n    val Terabytes = \"Terabytes\".asInstanceOf[EntitlementUnit]\n    val Bits = \"Bits\".asInstanceOf[EntitlementUnit]\n    val Kilobits = \"Kilobits\".asInstanceOf[EntitlementUnit]\n    val Megabits = \"Megabits\".asInstanceOf[EntitlementUnit]\n    val Gigabits = \"Gigabits\".asInstanceOf[EntitlementUnit]\n    val Terabits = \"Terabits\".asInstanceOf[EntitlementUnit]\n    val Percent = \"Percent\".asInstanceOf[EntitlementUnit]\n    val `Bytes\/Second` = \"Bytes\/Second\".asInstanceOf[EntitlementUnit]\n    val `Kilobytes\/Second` = \"Kilobytes\/Second\".asInstanceOf[EntitlementUnit]\n    val `Megabytes\/Second` = \"Megabytes\/Second\".asInstanceOf[EntitlementUnit]\n    val `Gigabytes\/Second` = \"Gigabytes\/Second\".asInstanceOf[EntitlementUnit]\n    val `Terabytes\/Second` = \"Terabytes\/Second\".asInstanceOf[EntitlementUnit]\n    val `Bits\/Second` = \"Bits\/Second\".asInstanceOf[EntitlementUnit]\n    val `Kilobits\/Second` = \"Kilobits\/Second\".asInstanceOf[EntitlementUnit]\n    val `Megabits\/Second` = \"Megabits\/Second\".asInstanceOf[EntitlementUnit]\n    val `Gigabits\/Second` = \"Gigabits\/Second\".asInstanceOf[EntitlementUnit]\n    val `Terabits\/Second` = \"Terabits\/Second\".asInstanceOf[EntitlementUnit]\n    val `Count\/Second` = \"Count\/Second\".asInstanceOf[EntitlementUnit]\n\n    @inline def values = js.Array(\n      Count,\n      None,\n      Seconds,\n      Microseconds,\n      Milliseconds,\n      Bytes,\n      Kilobytes,\n      Megabytes,\n      Gigabytes,\n      Terabytes,\n      Bits,\n      Kilobits,\n      Megabits,\n      Gigabits,\n      Terabits,\n      Percent,\n      `Bytes\/Second`,\n      `Kilobytes\/Second`,\n      `Megabytes\/Second`,\n      `Gigabytes\/Second`,\n      `Terabytes\/Second`,\n      `Bits\/Second`,\n      `Kilobits\/Second`,\n      `Megabits\/Second`,\n      `Gigabits\/Second`,\n      `Terabits\/Second`,\n      `Count\/Second`\n    )\n  }\n\n  \/** Usage associated with an entitlement resource.\n    *\/\n  @js.native\n  trait EntitlementUsage extends js.Object {\n    var ConsumedValue: String\n    var Name: String\n    var Unit: EntitlementDataUnit\n    var MaxCount: js.UndefOr[String]\n  }\n\n  object EntitlementUsage {\n    @inline\n    def apply(\n        ConsumedValue: String,\n        Name: String,\n        Unit: EntitlementDataUnit,\n        MaxCount: js.UndefOr[String] = js.undefined\n    ): EntitlementUsage = {\n      val __obj = js.Dynamic.literal(\n        \"ConsumedValue\" -> ConsumedValue.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Unit\" -> Unit.asInstanceOf[js.Any]\n      )\n\n      MaxCount.foreach(__v => __obj.updateDynamic(\"MaxCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntitlementUsage]\n    }\n  }\n\n  @js.native\n  trait ExtendLicenseConsumptionRequest extends js.Object {\n    var LicenseConsumptionToken: String\n    var DryRun: js.UndefOr[Boolean]\n  }\n\n  object ExtendLicenseConsumptionRequest {\n    @inline\n    def apply(\n        LicenseConsumptionToken: String,\n        DryRun: js.UndefOr[Boolean] = js.undefined\n    ): ExtendLicenseConsumptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConsumptionToken\" -> LicenseConsumptionToken.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendLicenseConsumptionRequest]\n    }\n  }\n\n  @js.native\n  trait ExtendLicenseConsumptionResponse extends js.Object {\n    var Expiration: js.UndefOr[ISO8601DateTime]\n    var LicenseConsumptionToken: js.UndefOr[String]\n  }\n\n  object ExtendLicenseConsumptionResponse {\n    @inline\n    def apply(\n        Expiration: js.UndefOr[ISO8601DateTime] = js.undefined,\n        LicenseConsumptionToken: js.UndefOr[String] = js.undefined\n    ): ExtendLicenseConsumptionResponse = {\n      val __obj = js.Dynamic.literal()\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      LicenseConsumptionToken.foreach(__v => __obj.updateDynamic(\"LicenseConsumptionToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendLicenseConsumptionResponse]\n    }\n  }\n\n  \/** A filter name and value pair that is used to return more specific results from a describe operation. Filters can be used to match a set of resources by specific criteria, such as tags, attributes, or IDs.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: js.UndefOr[FilterName]\n    var Values: js.UndefOr[FilterValues]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: js.UndefOr[FilterName] = js.undefined,\n        Values: js.UndefOr[FilterValues] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  @js.native\n  trait GetAccessTokenRequest extends js.Object {\n    var Token: TokenString\n    var TokenProperties: js.UndefOr[MaxSize3StringList]\n  }\n\n  object GetAccessTokenRequest {\n    @inline\n    def apply(\n        Token: TokenString,\n        TokenProperties: js.UndefOr[MaxSize3StringList] = js.undefined\n    ): GetAccessTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Token\" -> Token.asInstanceOf[js.Any]\n      )\n\n      TokenProperties.foreach(__v => __obj.updateDynamic(\"TokenProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccessTokenRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccessTokenResponse extends js.Object {\n    var AccessToken: js.UndefOr[TokenString]\n  }\n\n  object GetAccessTokenResponse {\n    @inline\n    def apply(\n        AccessToken: js.UndefOr[TokenString] = js.undefined\n    ): GetAccessTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessToken.foreach(__v => __obj.updateDynamic(\"AccessToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccessTokenResponse]\n    }\n  }\n\n  @js.native\n  trait GetGrantRequest extends js.Object {\n    var GrantArn: Arn\n    var Version: js.UndefOr[String]\n  }\n\n  object GetGrantRequest {\n    @inline\n    def apply(\n        GrantArn: Arn,\n        Version: js.UndefOr[String] = js.undefined\n    ): GetGrantRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any]\n      )\n\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGrantRequest]\n    }\n  }\n\n  @js.native\n  trait GetGrantResponse extends js.Object {\n    var Grant: js.UndefOr[Grant]\n  }\n\n  object GetGrantResponse {\n    @inline\n    def apply(\n        Grant: js.UndefOr[Grant] = js.undefined\n    ): GetGrantResponse = {\n      val __obj = js.Dynamic.literal()\n      Grant.foreach(__v => __obj.updateDynamic(\"Grant\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGrantResponse]\n    }\n  }\n\n  @js.native\n  trait GetLicenseConfigurationRequest extends js.Object {\n    var LicenseConfigurationArn: String\n  }\n\n  object GetLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String\n    ): GetLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetLicenseConfigurationResponse extends js.Object {\n    var AutomatedDiscoveryInformation: js.UndefOr[AutomatedDiscoveryInformation]\n    var ConsumedLicenseSummaryList: js.UndefOr[ConsumedLicenseSummaryList]\n    var ConsumedLicenses: js.UndefOr[BoxLong]\n    var Description: js.UndefOr[String]\n    var DisassociateWhenNotFound: js.UndefOr[BoxBoolean]\n    var LicenseConfigurationArn: js.UndefOr[String]\n    var LicenseConfigurationId: js.UndefOr[String]\n    var LicenseCount: js.UndefOr[BoxLong]\n    var LicenseCountHardLimit: js.UndefOr[BoxBoolean]\n    var LicenseCountingType: js.UndefOr[LicenseCountingType]\n    var LicenseRules: js.UndefOr[StringList]\n    var ManagedResourceSummaryList: js.UndefOr[ManagedResourceSummaryList]\n    var Name: js.UndefOr[String]\n    var OwnerAccountId: js.UndefOr[String]\n    var ProductInformationList: js.UndefOr[ProductInformationList]\n    var Status: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object GetLicenseConfigurationResponse {\n    @inline\n    def apply(\n        AutomatedDiscoveryInformation: js.UndefOr[AutomatedDiscoveryInformation] = js.undefined,\n        ConsumedLicenseSummaryList: js.UndefOr[ConsumedLicenseSummaryList] = js.undefined,\n        ConsumedLicenses: js.UndefOr[BoxLong] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisassociateWhenNotFound: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseConfigurationArn: js.UndefOr[String] = js.undefined,\n        LicenseConfigurationId: js.UndefOr[String] = js.undefined,\n        LicenseCount: js.UndefOr[BoxLong] = js.undefined,\n        LicenseCountHardLimit: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseCountingType: js.UndefOr[LicenseCountingType] = js.undefined,\n        LicenseRules: js.UndefOr[StringList] = js.undefined,\n        ManagedResourceSummaryList: js.UndefOr[ManagedResourceSummaryList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        OwnerAccountId: js.UndefOr[String] = js.undefined,\n        ProductInformationList: js.UndefOr[ProductInformationList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): GetLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      AutomatedDiscoveryInformation.foreach(__v => __obj.updateDynamic(\"AutomatedDiscoveryInformation\")(__v.asInstanceOf[js.Any]))\n      ConsumedLicenseSummaryList.foreach(__v => __obj.updateDynamic(\"ConsumedLicenseSummaryList\")(__v.asInstanceOf[js.Any]))\n      ConsumedLicenses.foreach(__v => __obj.updateDynamic(\"ConsumedLicenses\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisassociateWhenNotFound.foreach(__v => __obj.updateDynamic(\"DisassociateWhenNotFound\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationArn.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationId.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationId\")(__v.asInstanceOf[js.Any]))\n      LicenseCount.foreach(__v => __obj.updateDynamic(\"LicenseCount\")(__v.asInstanceOf[js.Any]))\n      LicenseCountHardLimit.foreach(__v => __obj.updateDynamic(\"LicenseCountHardLimit\")(__v.asInstanceOf[js.Any]))\n      LicenseCountingType.foreach(__v => __obj.updateDynamic(\"LicenseCountingType\")(__v.asInstanceOf[js.Any]))\n      LicenseRules.foreach(__v => __obj.updateDynamic(\"LicenseRules\")(__v.asInstanceOf[js.Any]))\n      ManagedResourceSummaryList.foreach(__v => __obj.updateDynamic(\"ManagedResourceSummaryList\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerAccountId.foreach(__v => __obj.updateDynamic(\"OwnerAccountId\")(__v.asInstanceOf[js.Any]))\n      ProductInformationList.foreach(__v => __obj.updateDynamic(\"ProductInformationList\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLicenseConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetLicenseRequest extends js.Object {\n    var LicenseArn: Arn\n    var Version: js.UndefOr[String]\n  }\n\n  object GetLicenseRequest {\n    @inline\n    def apply(\n        LicenseArn: Arn,\n        Version: js.UndefOr[String] = js.undefined\n    ): GetLicenseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any]\n      )\n\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLicenseRequest]\n    }\n  }\n\n  @js.native\n  trait GetLicenseResponse extends js.Object {\n    var License: js.UndefOr[License]\n  }\n\n  object GetLicenseResponse {\n    @inline\n    def apply(\n        License: js.UndefOr[License] = js.undefined\n    ): GetLicenseResponse = {\n      val __obj = js.Dynamic.literal()\n      License.foreach(__v => __obj.updateDynamic(\"License\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLicenseResponse]\n    }\n  }\n\n  @js.native\n  trait GetLicenseUsageRequest extends js.Object {\n    var LicenseArn: Arn\n  }\n\n  object GetLicenseUsageRequest {\n    @inline\n    def apply(\n        LicenseArn: Arn\n    ): GetLicenseUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLicenseUsageRequest]\n    }\n  }\n\n  @js.native\n  trait GetLicenseUsageResponse extends js.Object {\n    var LicenseUsage: js.UndefOr[LicenseUsage]\n  }\n\n  object GetLicenseUsageResponse {\n    @inline\n    def apply(\n        LicenseUsage: js.UndefOr[LicenseUsage] = js.undefined\n    ): GetLicenseUsageResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseUsage.foreach(__v => __obj.updateDynamic(\"LicenseUsage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLicenseUsageResponse]\n    }\n  }\n\n  @js.native\n  trait GetServiceSettingsRequest extends js.Object\n\n  object GetServiceSettingsRequest {\n    @inline\n    def apply(): GetServiceSettingsRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetServiceSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetServiceSettingsResponse extends js.Object {\n    var EnableCrossAccountsDiscovery: js.UndefOr[BoxBoolean]\n    var LicenseManagerResourceShareArn: js.UndefOr[String]\n    var OrganizationConfiguration: js.UndefOr[OrganizationConfiguration]\n    var S3BucketArn: js.UndefOr[String]\n    var SnsTopicArn: js.UndefOr[String]\n  }\n\n  object GetServiceSettingsResponse {\n    @inline\n    def apply(\n        EnableCrossAccountsDiscovery: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseManagerResourceShareArn: js.UndefOr[String] = js.undefined,\n        OrganizationConfiguration: js.UndefOr[OrganizationConfiguration] = js.undefined,\n        S3BucketArn: js.UndefOr[String] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined\n    ): GetServiceSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      EnableCrossAccountsDiscovery.foreach(__v => __obj.updateDynamic(\"EnableCrossAccountsDiscovery\")(__v.asInstanceOf[js.Any]))\n      LicenseManagerResourceShareArn.foreach(__v => __obj.updateDynamic(\"LicenseManagerResourceShareArn\")(__v.asInstanceOf[js.Any]))\n      OrganizationConfiguration.foreach(__v => __obj.updateDynamic(\"OrganizationConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BucketArn.foreach(__v => __obj.updateDynamic(\"S3BucketArn\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceSettingsResponse]\n    }\n  }\n\n  \/** Describes a grant.\n    *\/\n  @js.native\n  trait Grant extends js.Object {\n    var GrantArn: Arn\n    var GrantName: String\n    var GrantStatus: GrantStatus\n    var GrantedOperations: AllowedOperationList\n    var GranteePrincipalArn: Arn\n    var HomeRegion: String\n    var LicenseArn: Arn\n    var ParentArn: Arn\n    var Version: String\n    var StatusReason: js.UndefOr[String]\n  }\n\n  object Grant {\n    @inline\n    def apply(\n        GrantArn: Arn,\n        GrantName: String,\n        GrantStatus: GrantStatus,\n        GrantedOperations: AllowedOperationList,\n        GranteePrincipalArn: Arn,\n        HomeRegion: String,\n        LicenseArn: Arn,\n        ParentArn: Arn,\n        Version: String,\n        StatusReason: js.UndefOr[String] = js.undefined\n    ): Grant = {\n      val __obj = js.Dynamic.literal(\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any],\n        \"GrantName\" -> GrantName.asInstanceOf[js.Any],\n        \"GrantStatus\" -> GrantStatus.asInstanceOf[js.Any],\n        \"GrantedOperations\" -> GrantedOperations.asInstanceOf[js.Any],\n        \"GranteePrincipalArn\" -> GranteePrincipalArn.asInstanceOf[js.Any],\n        \"HomeRegion\" -> HomeRegion.asInstanceOf[js.Any],\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any],\n        \"ParentArn\" -> ParentArn.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n\n      StatusReason.foreach(__v => __obj.updateDynamic(\"StatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Grant]\n    }\n  }\n\n  @js.native\n  sealed trait GrantStatus extends js.Any\n  object GrantStatus {\n    val PENDING_WORKFLOW = \"PENDING_WORKFLOW\".asInstanceOf[GrantStatus]\n    val PENDING_ACCEPT = \"PENDING_ACCEPT\".asInstanceOf[GrantStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[GrantStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[GrantStatus]\n    val FAILED_WORKFLOW = \"FAILED_WORKFLOW\".asInstanceOf[GrantStatus]\n    val DELETED = \"DELETED\".asInstanceOf[GrantStatus]\n    val PENDING_DELETE = \"PENDING_DELETE\".asInstanceOf[GrantStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[GrantStatus]\n\n    @inline def values = js.Array(PENDING_WORKFLOW, PENDING_ACCEPT, REJECTED, ACTIVE, FAILED_WORKFLOW, DELETED, PENDING_DELETE, DISABLED)\n  }\n\n  \/** Describes a license that is granted to a grantee.\n    *\/\n  @js.native\n  trait GrantedLicense extends js.Object {\n    var Beneficiary: js.UndefOr[String]\n    var ConsumptionConfiguration: js.UndefOr[ConsumptionConfiguration]\n    var CreateTime: js.UndefOr[ISO8601DateTime]\n    var Entitlements: js.UndefOr[EntitlementList]\n    var HomeRegion: js.UndefOr[String]\n    var Issuer: js.UndefOr[IssuerDetails]\n    var LicenseArn: js.UndefOr[Arn]\n    var LicenseMetadata: js.UndefOr[MetadataList]\n    var LicenseName: js.UndefOr[String]\n    var ProductName: js.UndefOr[String]\n    var ProductSKU: js.UndefOr[String]\n    var ReceivedMetadata: js.UndefOr[ReceivedMetadata]\n    var Status: js.UndefOr[LicenseStatus]\n    var Validity: js.UndefOr[DatetimeRange]\n    var Version: js.UndefOr[String]\n  }\n\n  object GrantedLicense {\n    @inline\n    def apply(\n        Beneficiary: js.UndefOr[String] = js.undefined,\n        ConsumptionConfiguration: js.UndefOr[ConsumptionConfiguration] = js.undefined,\n        CreateTime: js.UndefOr[ISO8601DateTime] = js.undefined,\n        Entitlements: js.UndefOr[EntitlementList] = js.undefined,\n        HomeRegion: js.UndefOr[String] = js.undefined,\n        Issuer: js.UndefOr[IssuerDetails] = js.undefined,\n        LicenseArn: js.UndefOr[Arn] = js.undefined,\n        LicenseMetadata: js.UndefOr[MetadataList] = js.undefined,\n        LicenseName: js.UndefOr[String] = js.undefined,\n        ProductName: js.UndefOr[String] = js.undefined,\n        ProductSKU: js.UndefOr[String] = js.undefined,\n        ReceivedMetadata: js.UndefOr[ReceivedMetadata] = js.undefined,\n        Status: js.UndefOr[LicenseStatus] = js.undefined,\n        Validity: js.UndefOr[DatetimeRange] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): GrantedLicense = {\n      val __obj = js.Dynamic.literal()\n      Beneficiary.foreach(__v => __obj.updateDynamic(\"Beneficiary\")(__v.asInstanceOf[js.Any]))\n      ConsumptionConfiguration.foreach(__v => __obj.updateDynamic(\"ConsumptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Entitlements.foreach(__v => __obj.updateDynamic(\"Entitlements\")(__v.asInstanceOf[js.Any]))\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      Issuer.foreach(__v => __obj.updateDynamic(\"Issuer\")(__v.asInstanceOf[js.Any]))\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      LicenseMetadata.foreach(__v => __obj.updateDynamic(\"LicenseMetadata\")(__v.asInstanceOf[js.Any]))\n      LicenseName.foreach(__v => __obj.updateDynamic(\"LicenseName\")(__v.asInstanceOf[js.Any]))\n      ProductName.foreach(__v => __obj.updateDynamic(\"ProductName\")(__v.asInstanceOf[js.Any]))\n      ProductSKU.foreach(__v => __obj.updateDynamic(\"ProductSKU\")(__v.asInstanceOf[js.Any]))\n      ReceivedMetadata.foreach(__v => __obj.updateDynamic(\"ReceivedMetadata\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Validity.foreach(__v => __obj.updateDynamic(\"Validity\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrantedLicense]\n    }\n  }\n\n  \/** An inventory filter.\n    *\/\n  @js.native\n  trait InventoryFilter extends js.Object {\n    var Condition: InventoryFilterCondition\n    var Name: String\n    var Value: js.UndefOr[String]\n  }\n\n  object InventoryFilter {\n    @inline\n    def apply(\n        Condition: InventoryFilterCondition,\n        Name: String,\n        Value: js.UndefOr[String] = js.undefined\n    ): InventoryFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Condition\" -> Condition.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryFilter]\n    }\n  }\n\n  @js.native\n  sealed trait InventoryFilterCondition extends js.Any\n  object InventoryFilterCondition {\n    val EQUALS = \"EQUALS\".asInstanceOf[InventoryFilterCondition]\n    val NOT_EQUALS = \"NOT_EQUALS\".asInstanceOf[InventoryFilterCondition]\n    val BEGINS_WITH = \"BEGINS_WITH\".asInstanceOf[InventoryFilterCondition]\n    val CONTAINS = \"CONTAINS\".asInstanceOf[InventoryFilterCondition]\n\n    @inline def values = js.Array(EQUALS, NOT_EQUALS, BEGINS_WITH, CONTAINS)\n  }\n\n  \/** Details about the issuer of a license.\n    *\/\n  @js.native\n  trait Issuer extends js.Object {\n    var Name: String\n    var SignKey: js.UndefOr[String]\n  }\n\n  object Issuer {\n    @inline\n    def apply(\n        Name: String,\n        SignKey: js.UndefOr[String] = js.undefined\n    ): Issuer = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      SignKey.foreach(__v => __obj.updateDynamic(\"SignKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Issuer]\n    }\n  }\n\n  \/** Details associated with the issuer of a license.\n    *\/\n  @js.native\n  trait IssuerDetails extends js.Object {\n    var KeyFingerprint: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n    var SignKey: js.UndefOr[String]\n  }\n\n  object IssuerDetails {\n    @inline\n    def apply(\n        KeyFingerprint: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        SignKey: js.UndefOr[String] = js.undefined\n    ): IssuerDetails = {\n      val __obj = js.Dynamic.literal()\n      KeyFingerprint.foreach(__v => __obj.updateDynamic(\"KeyFingerprint\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SignKey.foreach(__v => __obj.updateDynamic(\"SignKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IssuerDetails]\n    }\n  }\n\n  \/** Software license that is managed in AWS License Manager.\n    *\/\n  @js.native\n  trait License extends js.Object {\n    var Beneficiary: js.UndefOr[String]\n    var ConsumptionConfiguration: js.UndefOr[ConsumptionConfiguration]\n    var CreateTime: js.UndefOr[ISO8601DateTime]\n    var Entitlements: js.UndefOr[EntitlementList]\n    var HomeRegion: js.UndefOr[String]\n    var Issuer: js.UndefOr[IssuerDetails]\n    var LicenseArn: js.UndefOr[Arn]\n    var LicenseMetadata: js.UndefOr[MetadataList]\n    var LicenseName: js.UndefOr[String]\n    var ProductName: js.UndefOr[String]\n    var ProductSKU: js.UndefOr[String]\n    var Status: js.UndefOr[LicenseStatus]\n    var Validity: js.UndefOr[DatetimeRange]\n    var Version: js.UndefOr[String]\n  }\n\n  object License {\n    @inline\n    def apply(\n        Beneficiary: js.UndefOr[String] = js.undefined,\n        ConsumptionConfiguration: js.UndefOr[ConsumptionConfiguration] = js.undefined,\n        CreateTime: js.UndefOr[ISO8601DateTime] = js.undefined,\n        Entitlements: js.UndefOr[EntitlementList] = js.undefined,\n        HomeRegion: js.UndefOr[String] = js.undefined,\n        Issuer: js.UndefOr[IssuerDetails] = js.undefined,\n        LicenseArn: js.UndefOr[Arn] = js.undefined,\n        LicenseMetadata: js.UndefOr[MetadataList] = js.undefined,\n        LicenseName: js.UndefOr[String] = js.undefined,\n        ProductName: js.UndefOr[String] = js.undefined,\n        ProductSKU: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[LicenseStatus] = js.undefined,\n        Validity: js.UndefOr[DatetimeRange] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): License = {\n      val __obj = js.Dynamic.literal()\n      Beneficiary.foreach(__v => __obj.updateDynamic(\"Beneficiary\")(__v.asInstanceOf[js.Any]))\n      ConsumptionConfiguration.foreach(__v => __obj.updateDynamic(\"ConsumptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Entitlements.foreach(__v => __obj.updateDynamic(\"Entitlements\")(__v.asInstanceOf[js.Any]))\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      Issuer.foreach(__v => __obj.updateDynamic(\"Issuer\")(__v.asInstanceOf[js.Any]))\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      LicenseMetadata.foreach(__v => __obj.updateDynamic(\"LicenseMetadata\")(__v.asInstanceOf[js.Any]))\n      LicenseName.foreach(__v => __obj.updateDynamic(\"LicenseName\")(__v.asInstanceOf[js.Any]))\n      ProductName.foreach(__v => __obj.updateDynamic(\"ProductName\")(__v.asInstanceOf[js.Any]))\n      ProductSKU.foreach(__v => __obj.updateDynamic(\"ProductSKU\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Validity.foreach(__v => __obj.updateDynamic(\"Validity\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[License]\n    }\n  }\n\n  \/** A license configuration is an abstraction of a customer license agreement that can be consumed and enforced by License Manager. Components include specifications for the license type (licensing by instance, socket, CPU, or vCPU), allowed tenancy (shared tenancy, Dedicated Instance, Dedicated Host, or all of these), host affinity (how long a VM must be associated with a host), and the number of licenses purchased and used.\n    *\/\n  @js.native\n  trait LicenseConfiguration extends js.Object {\n    var AutomatedDiscoveryInformation: js.UndefOr[AutomatedDiscoveryInformation]\n    var ConsumedLicenseSummaryList: js.UndefOr[ConsumedLicenseSummaryList]\n    var ConsumedLicenses: js.UndefOr[BoxLong]\n    var Description: js.UndefOr[String]\n    var DisassociateWhenNotFound: js.UndefOr[BoxBoolean]\n    var LicenseConfigurationArn: js.UndefOr[String]\n    var LicenseConfigurationId: js.UndefOr[String]\n    var LicenseCount: js.UndefOr[BoxLong]\n    var LicenseCountHardLimit: js.UndefOr[BoxBoolean]\n    var LicenseCountingType: js.UndefOr[LicenseCountingType]\n    var LicenseRules: js.UndefOr[StringList]\n    var ManagedResourceSummaryList: js.UndefOr[ManagedResourceSummaryList]\n    var Name: js.UndefOr[String]\n    var OwnerAccountId: js.UndefOr[String]\n    var ProductInformationList: js.UndefOr[ProductInformationList]\n    var Status: js.UndefOr[String]\n  }\n\n  object LicenseConfiguration {\n    @inline\n    def apply(\n        AutomatedDiscoveryInformation: js.UndefOr[AutomatedDiscoveryInformation] = js.undefined,\n        ConsumedLicenseSummaryList: js.UndefOr[ConsumedLicenseSummaryList] = js.undefined,\n        ConsumedLicenses: js.UndefOr[BoxLong] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisassociateWhenNotFound: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseConfigurationArn: js.UndefOr[String] = js.undefined,\n        LicenseConfigurationId: js.UndefOr[String] = js.undefined,\n        LicenseCount: js.UndefOr[BoxLong] = js.undefined,\n        LicenseCountHardLimit: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseCountingType: js.UndefOr[LicenseCountingType] = js.undefined,\n        LicenseRules: js.UndefOr[StringList] = js.undefined,\n        ManagedResourceSummaryList: js.UndefOr[ManagedResourceSummaryList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        OwnerAccountId: js.UndefOr[String] = js.undefined,\n        ProductInformationList: js.UndefOr[ProductInformationList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): LicenseConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutomatedDiscoveryInformation.foreach(__v => __obj.updateDynamic(\"AutomatedDiscoveryInformation\")(__v.asInstanceOf[js.Any]))\n      ConsumedLicenseSummaryList.foreach(__v => __obj.updateDynamic(\"ConsumedLicenseSummaryList\")(__v.asInstanceOf[js.Any]))\n      ConsumedLicenses.foreach(__v => __obj.updateDynamic(\"ConsumedLicenses\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisassociateWhenNotFound.foreach(__v => __obj.updateDynamic(\"DisassociateWhenNotFound\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationArn.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationId.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationId\")(__v.asInstanceOf[js.Any]))\n      LicenseCount.foreach(__v => __obj.updateDynamic(\"LicenseCount\")(__v.asInstanceOf[js.Any]))\n      LicenseCountHardLimit.foreach(__v => __obj.updateDynamic(\"LicenseCountHardLimit\")(__v.asInstanceOf[js.Any]))\n      LicenseCountingType.foreach(__v => __obj.updateDynamic(\"LicenseCountingType\")(__v.asInstanceOf[js.Any]))\n      LicenseRules.foreach(__v => __obj.updateDynamic(\"LicenseRules\")(__v.asInstanceOf[js.Any]))\n      ManagedResourceSummaryList.foreach(__v => __obj.updateDynamic(\"ManagedResourceSummaryList\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerAccountId.foreach(__v => __obj.updateDynamic(\"OwnerAccountId\")(__v.asInstanceOf[js.Any]))\n      ProductInformationList.foreach(__v => __obj.updateDynamic(\"ProductInformationList\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseConfiguration]\n    }\n  }\n\n  \/** Describes an association with a license configuration.\n    *\/\n  @js.native\n  trait LicenseConfigurationAssociation extends js.Object {\n    var AmiAssociationScope: js.UndefOr[String]\n    var AssociationTime: js.UndefOr[DateTime]\n    var ResourceArn: js.UndefOr[String]\n    var ResourceOwnerId: js.UndefOr[String]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object LicenseConfigurationAssociation {\n    @inline\n    def apply(\n        AmiAssociationScope: js.UndefOr[String] = js.undefined,\n        AssociationTime: js.UndefOr[DateTime] = js.undefined,\n        ResourceArn: js.UndefOr[String] = js.undefined,\n        ResourceOwnerId: js.UndefOr[String] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): LicenseConfigurationAssociation = {\n      val __obj = js.Dynamic.literal()\n      AmiAssociationScope.foreach(__v => __obj.updateDynamic(\"AmiAssociationScope\")(__v.asInstanceOf[js.Any]))\n      AssociationTime.foreach(__v => __obj.updateDynamic(\"AssociationTime\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      ResourceOwnerId.foreach(__v => __obj.updateDynamic(\"ResourceOwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseConfigurationAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait LicenseConfigurationStatus extends js.Any\n  object LicenseConfigurationStatus {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[LicenseConfigurationStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[LicenseConfigurationStatus]\n\n    @inline def values = js.Array(AVAILABLE, DISABLED)\n  }\n\n  \/** Details about the usage of a resource associated with a license configuration.\n    *\/\n  @js.native\n  trait LicenseConfigurationUsage extends js.Object {\n    var AssociationTime: js.UndefOr[DateTime]\n    var ConsumedLicenses: js.UndefOr[BoxLong]\n    var ResourceArn: js.UndefOr[String]\n    var ResourceOwnerId: js.UndefOr[String]\n    var ResourceStatus: js.UndefOr[String]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object LicenseConfigurationUsage {\n    @inline\n    def apply(\n        AssociationTime: js.UndefOr[DateTime] = js.undefined,\n        ConsumedLicenses: js.UndefOr[BoxLong] = js.undefined,\n        ResourceArn: js.UndefOr[String] = js.undefined,\n        ResourceOwnerId: js.UndefOr[String] = js.undefined,\n        ResourceStatus: js.UndefOr[String] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): LicenseConfigurationUsage = {\n      val __obj = js.Dynamic.literal()\n      AssociationTime.foreach(__v => __obj.updateDynamic(\"AssociationTime\")(__v.asInstanceOf[js.Any]))\n      ConsumedLicenses.foreach(__v => __obj.updateDynamic(\"ConsumedLicenses\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      ResourceOwnerId.foreach(__v => __obj.updateDynamic(\"ResourceOwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceStatus.foreach(__v => __obj.updateDynamic(\"ResourceStatus\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseConfigurationUsage]\n    }\n  }\n\n  @js.native\n  sealed trait LicenseCountingType extends js.Any\n  object LicenseCountingType {\n    val vCPU = \"vCPU\".asInstanceOf[LicenseCountingType]\n    val Instance = \"Instance\".asInstanceOf[LicenseCountingType]\n    val Core = \"Core\".asInstanceOf[LicenseCountingType]\n    val Socket = \"Socket\".asInstanceOf[LicenseCountingType]\n\n    @inline def values = js.Array(vCPU, Instance, Core, Socket)\n  }\n\n  @js.native\n  sealed trait LicenseDeletionStatus extends js.Any\n  object LicenseDeletionStatus {\n    val PENDING_DELETE = \"PENDING_DELETE\".asInstanceOf[LicenseDeletionStatus]\n    val DELETED = \"DELETED\".asInstanceOf[LicenseDeletionStatus]\n\n    @inline def values = js.Array(PENDING_DELETE, DELETED)\n  }\n\n  \/** Describes the failure of a license operation.\n    *\/\n  @js.native\n  trait LicenseOperationFailure extends js.Object {\n    var ErrorMessage: js.UndefOr[String]\n    var FailureTime: js.UndefOr[DateTime]\n    var MetadataList: js.UndefOr[MetadataList]\n    var OperationName: js.UndefOr[String]\n    var OperationRequestedBy: js.UndefOr[String]\n    var ResourceArn: js.UndefOr[String]\n    var ResourceOwnerId: js.UndefOr[String]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object LicenseOperationFailure {\n    @inline\n    def apply(\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        FailureTime: js.UndefOr[DateTime] = js.undefined,\n        MetadataList: js.UndefOr[MetadataList] = js.undefined,\n        OperationName: js.UndefOr[String] = js.undefined,\n        OperationRequestedBy: js.UndefOr[String] = js.undefined,\n        ResourceArn: js.UndefOr[String] = js.undefined,\n        ResourceOwnerId: js.UndefOr[String] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): LicenseOperationFailure = {\n      val __obj = js.Dynamic.literal()\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      FailureTime.foreach(__v => __obj.updateDynamic(\"FailureTime\")(__v.asInstanceOf[js.Any]))\n      MetadataList.foreach(__v => __obj.updateDynamic(\"MetadataList\")(__v.asInstanceOf[js.Any]))\n      OperationName.foreach(__v => __obj.updateDynamic(\"OperationName\")(__v.asInstanceOf[js.Any]))\n      OperationRequestedBy.foreach(__v => __obj.updateDynamic(\"OperationRequestedBy\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      ResourceOwnerId.foreach(__v => __obj.updateDynamic(\"ResourceOwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseOperationFailure]\n    }\n  }\n\n  \/** Details for associating a license configuration with a resource.\n    *\/\n  @js.native\n  trait LicenseSpecification extends js.Object {\n    var LicenseConfigurationArn: String\n    var AmiAssociationScope: js.UndefOr[String]\n  }\n\n  object LicenseSpecification {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String,\n        AmiAssociationScope: js.UndefOr[String] = js.undefined\n    ): LicenseSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n\n      AmiAssociationScope.foreach(__v => __obj.updateDynamic(\"AmiAssociationScope\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait LicenseStatus extends js.Any\n  object LicenseStatus {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[LicenseStatus]\n    val PENDING_AVAILABLE = \"PENDING_AVAILABLE\".asInstanceOf[LicenseStatus]\n    val DEACTIVATED = \"DEACTIVATED\".asInstanceOf[LicenseStatus]\n    val SUSPENDED = \"SUSPENDED\".asInstanceOf[LicenseStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[LicenseStatus]\n    val PENDING_DELETE = \"PENDING_DELETE\".asInstanceOf[LicenseStatus]\n    val DELETED = \"DELETED\".asInstanceOf[LicenseStatus]\n\n    @inline def values = js.Array(AVAILABLE, PENDING_AVAILABLE, DEACTIVATED, SUSPENDED, EXPIRED, PENDING_DELETE, DELETED)\n  }\n\n  \/** Describes the entitlement usage associated with a license.\n    *\/\n  @js.native\n  trait LicenseUsage extends js.Object {\n    var EntitlementUsages: js.UndefOr[EntitlementUsageList]\n  }\n\n  object LicenseUsage {\n    @inline\n    def apply(\n        EntitlementUsages: js.UndefOr[EntitlementUsageList] = js.undefined\n    ): LicenseUsage = {\n      val __obj = js.Dynamic.literal()\n      EntitlementUsages.foreach(__v => __obj.updateDynamic(\"EntitlementUsages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LicenseUsage]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsForLicenseConfigurationRequest extends js.Object {\n    var LicenseConfigurationArn: String\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociationsForLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociationsForLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsForLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsForLicenseConfigurationResponse extends js.Object {\n    var LicenseConfigurationAssociations: js.UndefOr[LicenseConfigurationAssociations]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociationsForLicenseConfigurationResponse {\n    @inline\n    def apply(\n        LicenseConfigurationAssociations: js.UndefOr[LicenseConfigurationAssociations] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociationsForLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseConfigurationAssociations.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationAssociations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsForLicenseConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait ListDistributedGrantsRequest extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var GrantArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDistributedGrantsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        GrantArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDistributedGrantsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      GrantArns.foreach(__v => __obj.updateDynamic(\"GrantArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributedGrantsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDistributedGrantsResponse extends js.Object {\n    var Grants: js.UndefOr[GrantList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDistributedGrantsResponse {\n    @inline\n    def apply(\n        Grants: js.UndefOr[GrantList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDistributedGrantsResponse = {\n      val __obj = js.Dynamic.literal()\n      Grants.foreach(__v => __obj.updateDynamic(\"Grants\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributedGrantsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFailuresForLicenseConfigurationOperationsRequest extends js.Object {\n    var LicenseConfigurationArn: String\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListFailuresForLicenseConfigurationOperationsRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListFailuresForLicenseConfigurationOperationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFailuresForLicenseConfigurationOperationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFailuresForLicenseConfigurationOperationsResponse extends js.Object {\n    var LicenseOperationFailureList: js.UndefOr[LicenseOperationFailureList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListFailuresForLicenseConfigurationOperationsResponse {\n    @inline\n    def apply(\n        LicenseOperationFailureList: js.UndefOr[LicenseOperationFailureList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListFailuresForLicenseConfigurationOperationsResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseOperationFailureList.foreach(__v => __obj.updateDynamic(\"LicenseOperationFailureList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFailuresForLicenseConfigurationOperationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLicenseConfigurationsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var LicenseConfigurationArns: js.UndefOr[StringList]\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseConfigurationsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        LicenseConfigurationArns: js.UndefOr[StringList] = js.undefined,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseConfigurationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationArns.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLicenseConfigurationsResponse extends js.Object {\n    var LicenseConfigurations: js.UndefOr[LicenseConfigurations]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseConfigurationsResponse {\n    @inline\n    def apply(\n        LicenseConfigurations: js.UndefOr[LicenseConfigurations] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseConfigurationsResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseConfigurations.foreach(__v => __obj.updateDynamic(\"LicenseConfigurations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseConfigurationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLicenseSpecificationsForResourceRequest extends js.Object {\n    var ResourceArn: String\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseSpecificationsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseSpecificationsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseSpecificationsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListLicenseSpecificationsForResourceResponse extends js.Object {\n    var LicenseSpecifications: js.UndefOr[LicenseSpecifications]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseSpecificationsForResourceResponse {\n    @inline\n    def apply(\n        LicenseSpecifications: js.UndefOr[LicenseSpecifications] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseSpecificationsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseSpecifications.foreach(__v => __obj.updateDynamic(\"LicenseSpecifications\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseSpecificationsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListLicenseVersionsRequest extends js.Object {\n    var LicenseArn: Arn\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseVersionsRequest {\n    @inline\n    def apply(\n        LicenseArn: Arn,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseArn\" -> LicenseArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLicenseVersionsResponse extends js.Object {\n    var Licenses: js.UndefOr[LicenseList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicenseVersionsResponse {\n    @inline\n    def apply(\n        Licenses: js.UndefOr[LicenseList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicenseVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Licenses.foreach(__v => __obj.updateDynamic(\"Licenses\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicenseVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLicensesRequest extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var LicenseArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicensesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        LicenseArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicensesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LicenseArns.foreach(__v => __obj.updateDynamic(\"LicenseArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicensesRequest]\n    }\n  }\n\n  @js.native\n  trait ListLicensesResponse extends js.Object {\n    var Licenses: js.UndefOr[LicenseList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListLicensesResponse {\n    @inline\n    def apply(\n        Licenses: js.UndefOr[LicenseList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListLicensesResponse = {\n      val __obj = js.Dynamic.literal()\n      Licenses.foreach(__v => __obj.updateDynamic(\"Licenses\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLicensesResponse]\n    }\n  }\n\n  @js.native\n  trait ListReceivedGrantsRequest extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var GrantArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListReceivedGrantsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        GrantArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListReceivedGrantsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      GrantArns.foreach(__v => __obj.updateDynamic(\"GrantArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceivedGrantsRequest]\n    }\n  }\n\n  @js.native\n  trait ListReceivedGrantsResponse extends js.Object {\n    var Grants: js.UndefOr[GrantList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListReceivedGrantsResponse {\n    @inline\n    def apply(\n        Grants: js.UndefOr[GrantList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListReceivedGrantsResponse = {\n      val __obj = js.Dynamic.literal()\n      Grants.foreach(__v => __obj.updateDynamic(\"Grants\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceivedGrantsResponse]\n    }\n  }\n\n  @js.native\n  trait ListReceivedLicensesRequest extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var LicenseArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListReceivedLicensesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        LicenseArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListReceivedLicensesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LicenseArns.foreach(__v => __obj.updateDynamic(\"LicenseArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceivedLicensesRequest]\n    }\n  }\n\n  @js.native\n  trait ListReceivedLicensesResponse extends js.Object {\n    var Licenses: js.UndefOr[GrantedLicenseList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListReceivedLicensesResponse {\n    @inline\n    def apply(\n        Licenses: js.UndefOr[GrantedLicenseList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListReceivedLicensesResponse = {\n      val __obj = js.Dynamic.literal()\n      Licenses.foreach(__v => __obj.updateDynamic(\"Licenses\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceivedLicensesResponse]\n    }\n  }\n\n  @js.native\n  trait ListResourceInventoryRequest extends js.Object {\n    var Filters: js.UndefOr[InventoryFilterList]\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListResourceInventoryRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[InventoryFilterList] = js.undefined,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListResourceInventoryRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceInventoryRequest]\n    }\n  }\n\n  @js.native\n  trait ListResourceInventoryResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var ResourceInventoryList: js.UndefOr[ResourceInventoryList]\n  }\n\n  object ListResourceInventoryResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        ResourceInventoryList: js.UndefOr[ResourceInventoryList] = js.undefined\n    ): ListResourceInventoryResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceInventoryList.foreach(__v => __obj.updateDynamic(\"ResourceInventoryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceInventoryResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTokensRequest extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[String]\n    var TokenIds: js.UndefOr[StringList]\n  }\n\n  object ListTokensRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        TokenIds: js.UndefOr[StringList] = js.undefined\n    ): ListTokensRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TokenIds.foreach(__v => __obj.updateDynamic(\"TokenIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTokensRequest]\n    }\n  }\n\n  @js.native\n  trait ListTokensResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Tokens: js.UndefOr[TokenList]\n  }\n\n  object ListTokensResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Tokens: js.UndefOr[TokenList] = js.undefined\n    ): ListTokensResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tokens.foreach(__v => __obj.updateDynamic(\"Tokens\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTokensResponse]\n    }\n  }\n\n  @js.native\n  trait ListUsageForLicenseConfigurationRequest extends js.Object {\n    var LicenseConfigurationArn: String\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[BoxInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListUsageForLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String,\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[BoxInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListUsageForLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsageForLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait ListUsageForLicenseConfigurationResponse extends js.Object {\n    var LicenseConfigurationUsageList: js.UndefOr[LicenseConfigurationUsageList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListUsageForLicenseConfigurationResponse {\n    @inline\n    def apply(\n        LicenseConfigurationUsageList: js.UndefOr[LicenseConfigurationUsageList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListUsageForLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      LicenseConfigurationUsageList.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationUsageList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsageForLicenseConfigurationResponse]\n    }\n  }\n\n  \/** Summary information about a managed resource.\n    *\/\n  @js.native\n  trait ManagedResourceSummary extends js.Object {\n    var AssociationCount: js.UndefOr[BoxLong]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object ManagedResourceSummary {\n    @inline\n    def apply(\n        AssociationCount: js.UndefOr[BoxLong] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): ManagedResourceSummary = {\n      val __obj = js.Dynamic.literal()\n      AssociationCount.foreach(__v => __obj.updateDynamic(\"AssociationCount\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ManagedResourceSummary]\n    }\n  }\n\n  \/** Describes key\/value pairs.\n    *\/\n  @js.native\n  trait Metadata extends js.Object {\n    var Name: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Metadata {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Metadata = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metadata]\n    }\n  }\n\n  \/** Configuration information for AWS Organizations.\n    *\/\n  @js.native\n  trait OrganizationConfiguration extends js.Object {\n    var EnableIntegration: Boolean\n  }\n\n  object OrganizationConfiguration {\n    @inline\n    def apply(\n        EnableIntegration: Boolean\n    ): OrganizationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"EnableIntegration\" -> EnableIntegration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OrganizationConfiguration]\n    }\n  }\n\n  \/** Describes product information for a license configuration.\n    *\/\n  @js.native\n  trait ProductInformation extends js.Object {\n    var ProductInformationFilterList: ProductInformationFilterList\n    var ResourceType: String\n  }\n\n  object ProductInformation {\n    @inline\n    def apply(\n        ProductInformationFilterList: ProductInformationFilterList,\n        ResourceType: String\n    ): ProductInformation = {\n      val __obj = js.Dynamic.literal(\n        \"ProductInformationFilterList\" -> ProductInformationFilterList.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProductInformation]\n    }\n  }\n\n  \/** Describes product information filters.\n    *\/\n  @js.native\n  trait ProductInformationFilter extends js.Object {\n    var ProductInformationFilterComparator: String\n    var ProductInformationFilterName: String\n    var ProductInformationFilterValue: js.UndefOr[StringList]\n  }\n\n  object ProductInformationFilter {\n    @inline\n    def apply(\n        ProductInformationFilterComparator: String,\n        ProductInformationFilterName: String,\n        ProductInformationFilterValue: js.UndefOr[StringList] = js.undefined\n    ): ProductInformationFilter = {\n      val __obj = js.Dynamic.literal(\n        \"ProductInformationFilterComparator\" -> ProductInformationFilterComparator.asInstanceOf[js.Any],\n        \"ProductInformationFilterName\" -> ProductInformationFilterName.asInstanceOf[js.Any]\n      )\n\n      ProductInformationFilterValue.foreach(__v => __obj.updateDynamic(\"ProductInformationFilterValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProductInformationFilter]\n    }\n  }\n\n  \/** Details about a provisional configuration.\n    *\/\n  @js.native\n  trait ProvisionalConfiguration extends js.Object {\n    var MaxTimeToLiveInMinutes: BoxInteger\n  }\n\n  object ProvisionalConfiguration {\n    @inline\n    def apply(\n        MaxTimeToLiveInMinutes: BoxInteger\n    ): ProvisionalConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"MaxTimeToLiveInMinutes\" -> MaxTimeToLiveInMinutes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProvisionalConfiguration]\n    }\n  }\n\n  \/** Metadata associated with received licenses and grants.\n    *\/\n  @js.native\n  trait ReceivedMetadata extends js.Object {\n    var AllowedOperations: js.UndefOr[AllowedOperationList]\n    var ReceivedStatus: js.UndefOr[ReceivedStatus]\n  }\n\n  object ReceivedMetadata {\n    @inline\n    def apply(\n        AllowedOperations: js.UndefOr[AllowedOperationList] = js.undefined,\n        ReceivedStatus: js.UndefOr[ReceivedStatus] = js.undefined\n    ): ReceivedMetadata = {\n      val __obj = js.Dynamic.literal()\n      AllowedOperations.foreach(__v => __obj.updateDynamic(\"AllowedOperations\")(__v.asInstanceOf[js.Any]))\n      ReceivedStatus.foreach(__v => __obj.updateDynamic(\"ReceivedStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReceivedMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait ReceivedStatus extends js.Any\n  object ReceivedStatus {\n    val PENDING_WORKFLOW = \"PENDING_WORKFLOW\".asInstanceOf[ReceivedStatus]\n    val PENDING_ACCEPT = \"PENDING_ACCEPT\".asInstanceOf[ReceivedStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[ReceivedStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ReceivedStatus]\n    val FAILED_WORKFLOW = \"FAILED_WORKFLOW\".asInstanceOf[ReceivedStatus]\n    val DELETED = \"DELETED\".asInstanceOf[ReceivedStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[ReceivedStatus]\n\n    @inline def values = js.Array(PENDING_WORKFLOW, PENDING_ACCEPT, REJECTED, ACTIVE, FAILED_WORKFLOW, DELETED, DISABLED)\n  }\n\n  @js.native\n  trait RejectGrantRequest extends js.Object {\n    var GrantArn: Arn\n  }\n\n  object RejectGrantRequest {\n    @inline\n    def apply(\n        GrantArn: Arn\n    ): RejectGrantRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GrantArn\" -> GrantArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectGrantRequest]\n    }\n  }\n\n  @js.native\n  trait RejectGrantResponse extends js.Object {\n    var GrantArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[GrantStatus]\n    var Version: js.UndefOr[String]\n  }\n\n  object RejectGrantResponse {\n    @inline\n    def apply(\n        GrantArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[GrantStatus] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): RejectGrantResponse = {\n      val __obj = js.Dynamic.literal()\n      GrantArn.foreach(__v => __obj.updateDynamic(\"GrantArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RejectGrantResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RenewType extends js.Any\n  object RenewType {\n    val None = \"None\".asInstanceOf[RenewType]\n    val Weekly = \"Weekly\".asInstanceOf[RenewType]\n    val Monthly = \"Monthly\".asInstanceOf[RenewType]\n\n    @inline def values = js.Array(None, Weekly, Monthly)\n  }\n\n  \/** Details about a resource.\n    *\/\n  @js.native\n  trait ResourceInventory extends js.Object {\n    var Platform: js.UndefOr[String]\n    var PlatformVersion: js.UndefOr[String]\n    var ResourceArn: js.UndefOr[String]\n    var ResourceId: js.UndefOr[String]\n    var ResourceOwningAccountId: js.UndefOr[String]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object ResourceInventory {\n    @inline\n    def apply(\n        Platform: js.UndefOr[String] = js.undefined,\n        PlatformVersion: js.UndefOr[String] = js.undefined,\n        ResourceArn: js.UndefOr[String] = js.undefined,\n        ResourceId: js.UndefOr[String] = js.undefined,\n        ResourceOwningAccountId: js.UndefOr[String] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): ResourceInventory = {\n      val __obj = js.Dynamic.literal()\n      Platform.foreach(__v => __obj.updateDynamic(\"Platform\")(__v.asInstanceOf[js.Any]))\n      PlatformVersion.foreach(__v => __obj.updateDynamic(\"PlatformVersion\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceOwningAccountId.foreach(__v => __obj.updateDynamic(\"ResourceOwningAccountId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceInventory]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val EC2_INSTANCE = \"EC2_INSTANCE\".asInstanceOf[ResourceType]\n    val EC2_HOST = \"EC2_HOST\".asInstanceOf[ResourceType]\n    val EC2_AMI = \"EC2_AMI\".asInstanceOf[ResourceType]\n    val RDS = \"RDS\".asInstanceOf[ResourceType]\n    val SYSTEMS_MANAGER_MANAGED_INSTANCE = \"SYSTEMS_MANAGER_MANAGED_INSTANCE\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(EC2_INSTANCE, EC2_HOST, EC2_AMI, RDS, SYSTEMS_MANAGER_MANAGED_INSTANCE)\n  }\n\n  \/** Details about a tag for a license configuration.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: String\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Describes a token.\n    *\/\n  @js.native\n  trait TokenData extends js.Object {\n    var ExpirationTime: js.UndefOr[ISO8601DateTime]\n    var LicenseArn: js.UndefOr[String]\n    var RoleArns: js.UndefOr[ArnList]\n    var Status: js.UndefOr[String]\n    var TokenId: js.UndefOr[String]\n    var TokenProperties: js.UndefOr[MaxSize3StringList]\n    var TokenType: js.UndefOr[String]\n  }\n\n  object TokenData {\n    @inline\n    def apply(\n        ExpirationTime: js.UndefOr[ISO8601DateTime] = js.undefined,\n        LicenseArn: js.UndefOr[String] = js.undefined,\n        RoleArns: js.UndefOr[ArnList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        TokenId: js.UndefOr[String] = js.undefined,\n        TokenProperties: js.UndefOr[MaxSize3StringList] = js.undefined,\n        TokenType: js.UndefOr[String] = js.undefined\n    ): TokenData = {\n      val __obj = js.Dynamic.literal()\n      ExpirationTime.foreach(__v => __obj.updateDynamic(\"ExpirationTime\")(__v.asInstanceOf[js.Any]))\n      LicenseArn.foreach(__v => __obj.updateDynamic(\"LicenseArn\")(__v.asInstanceOf[js.Any]))\n      RoleArns.foreach(__v => __obj.updateDynamic(\"RoleArns\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TokenId.foreach(__v => __obj.updateDynamic(\"TokenId\")(__v.asInstanceOf[js.Any]))\n      TokenProperties.foreach(__v => __obj.updateDynamic(\"TokenProperties\")(__v.asInstanceOf[js.Any]))\n      TokenType.foreach(__v => __obj.updateDynamic(\"TokenType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TokenData]\n    }\n  }\n\n  @js.native\n  sealed trait TokenType extends js.Any\n  object TokenType {\n    val REFRESH_TOKEN = \"REFRESH_TOKEN\".asInstanceOf[TokenType]\n\n    @inline def values = js.Array(REFRESH_TOKEN)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: String\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLicenseConfigurationRequest extends js.Object {\n    var LicenseConfigurationArn: String\n    var Description: js.UndefOr[String]\n    var DisassociateWhenNotFound: js.UndefOr[BoxBoolean]\n    var LicenseConfigurationStatus: js.UndefOr[LicenseConfigurationStatus]\n    var LicenseCount: js.UndefOr[BoxLong]\n    var LicenseCountHardLimit: js.UndefOr[BoxBoolean]\n    var LicenseRules: js.UndefOr[StringList]\n    var Name: js.UndefOr[String]\n    var ProductInformationList: js.UndefOr[ProductInformationList]\n  }\n\n  object UpdateLicenseConfigurationRequest {\n    @inline\n    def apply(\n        LicenseConfigurationArn: String,\n        Description: js.UndefOr[String] = js.undefined,\n        DisassociateWhenNotFound: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseConfigurationStatus: js.UndefOr[LicenseConfigurationStatus] = js.undefined,\n        LicenseCount: js.UndefOr[BoxLong] = js.undefined,\n        LicenseCountHardLimit: js.UndefOr[BoxBoolean] = js.undefined,\n        LicenseRules: js.UndefOr[StringList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        ProductInformationList: js.UndefOr[ProductInformationList] = js.undefined\n    ): UpdateLicenseConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LicenseConfigurationArn\" -> LicenseConfigurationArn.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisassociateWhenNotFound.foreach(__v => __obj.updateDynamic(\"DisassociateWhenNotFound\")(__v.asInstanceOf[js.Any]))\n      LicenseConfigurationStatus.foreach(__v => __obj.updateDynamic(\"LicenseConfigurationStatus\")(__v.asInstanceOf[js.Any]))\n      LicenseCount.foreach(__v => __obj.updateDynamic(\"LicenseCount\")(__v.asInstanceOf[js.Any]))\n      LicenseCountHardLimit.foreach(__v => __obj.updateDynamic(\"LicenseCountHardLimit\")(__v.asInstanceOf[js.Any]))\n      LicenseRules.foreach(__v => __obj.updateDynamic(\"LicenseRules\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ProductInformationList.foreach(__v => __obj.updateDynamic(\"ProductInformationList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLicenseConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLicenseConfigurationResponse extends js.Object\n\n  object UpdateLicenseConfigurationResponse {\n    @inline\n    def apply(): UpdateLicenseConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLicenseConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLicenseSpecificationsForResourceRequest extends js.Object {\n    var ResourceArn: String\n    var AddLicenseSpecifications: js.UndefOr[LicenseSpecifications]\n    var RemoveLicenseSpecifications: js.UndefOr[LicenseSpecifications]\n  }\n\n  object UpdateLicenseSpecificationsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        AddLicenseSpecifications: js.UndefOr[LicenseSpecifications] = js.undefined,\n        RemoveLicenseSpecifications: js.UndefOr[LicenseSpecifications] = js.undefined\n    ): UpdateLicenseSpecificationsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      AddLicenseSpecifications.foreach(__v => __obj.updateDynamic(\"AddLicenseSpecifications\")(__v.asInstanceOf[js.Any]))\n      RemoveLicenseSpecifications.foreach(__v => __obj.updateDynamic(\"RemoveLicenseSpecifications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLicenseSpecificationsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLicenseSpecificationsForResourceResponse extends js.Object\n\n  object UpdateLicenseSpecificationsForResourceResponse {\n    @inline\n    def apply(): UpdateLicenseSpecificationsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLicenseSpecificationsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateServiceSettingsRequest extends js.Object {\n    var EnableCrossAccountsDiscovery: js.UndefOr[BoxBoolean]\n    var OrganizationConfiguration: js.UndefOr[OrganizationConfiguration]\n    var S3BucketArn: js.UndefOr[String]\n    var SnsTopicArn: js.UndefOr[String]\n  }\n\n  object UpdateServiceSettingsRequest {\n    @inline\n    def apply(\n        EnableCrossAccountsDiscovery: js.UndefOr[BoxBoolean] = js.undefined,\n        OrganizationConfiguration: js.UndefOr[OrganizationConfiguration] = js.undefined,\n        S3BucketArn: js.UndefOr[String] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined\n    ): UpdateServiceSettingsRequest = {\n      val __obj = js.Dynamic.literal()\n      EnableCrossAccountsDiscovery.foreach(__v => __obj.updateDynamic(\"EnableCrossAccountsDiscovery\")(__v.asInstanceOf[js.Any]))\n      OrganizationConfiguration.foreach(__v => __obj.updateDynamic(\"OrganizationConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BucketArn.foreach(__v => __obj.updateDynamic(\"S3BucketArn\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServiceSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateServiceSettingsResponse extends js.Object\n\n  object UpdateServiceSettingsResponse {\n    @inline\n    def apply(): UpdateServiceSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateServiceSettingsResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/HttpRequest.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"HttpRequest\", \"AWS.HttpRequest\")\nclass HttpRequest(\n    val endpoint: Endpoint,\n    region: String\n) extends js.Object {\n\n  \/** The part of the path excluding the query string.\n    *\/\n  val pathname: String = js.native\n\n  \/** The query string portion of the path.\n    *\/\n  val search: String = js.native\n\n  \/** The request body payload.\n    *\/\n  val body: String = js.native\n\n  \/** A map of header keys and their respective values.\n    *\/\n  val headers: js.Dictionary[String] = js.native\n\n  \/** The HTTP method of the request.\n    *\/\n  val method: String = js.native\n\n  \/** The path portion of the URI, e.g., \"\/list\/?start=5&num=10\".\n    *\/\n  val path: String = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/sns\/src\/main\/scala\/facade\/amazonaws\/services\/SNS.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<filename>services\/sns\/src\/main\/scala\/facade\/amazonaws\/services\/SNS.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object sns {\n  type ActionsList = js.Array[action]\n  type AmazonResourceName = String\n  type Binary = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type DelegatesList = js.Array[delegate]\n  type ListOfEndpoints = js.Array[Endpoint]\n  type ListOfPlatformApplications = js.Array[PlatformApplication]\n  type ListString = js.Array[String]\n  type MapStringToString = js.Dictionary[String]\n  type MessageAttributeMap = js.Dictionary[MessageAttributeValue]\n  type PhoneNumber = String\n  type PhoneNumberList = js.Array[PhoneNumber]\n  type SubscriptionAttributesMap = js.Dictionary[attributeValue]\n  type SubscriptionsList = js.Array[Subscription]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TopicAttributesMap = js.Dictionary[attributeValue]\n  type TopicsList = js.Array[Topic]\n  type account = String\n  type action = String\n  type attributeName = String\n  type attributeValue = String\n  type authenticateOnUnsubscribe = String\n  type delegate = String\n  type endpoint = String\n  type label = String\n  type message = String\n  type messageId = String\n  type messageStructure = String\n  type nextToken = String\n  type protocol = String\n  type subject = String\n  type subscriptionARN = String\n  type token = String\n  type topicARN = String\n  type topicName = String\n\n  implicit final class SNSOps(private val service: SNS) extends AnyVal {\n\n    @inline def addPermissionFuture(params: AddPermissionInput): Future[js.Object] = service.addPermission(params).promise().toFuture\n    @inline def checkIfPhoneNumberIsOptedOutFuture(params: CheckIfPhoneNumberIsOptedOutInput): Future[CheckIfPhoneNumberIsOptedOutResponse] = service.checkIfPhoneNumberIsOptedOut(params).promise().toFuture\n    @inline def confirmSubscriptionFuture(params: ConfirmSubscriptionInput): Future[ConfirmSubscriptionResponse] = service.confirmSubscription(params).promise().toFuture\n    @inline def createPlatformApplicationFuture(params: CreatePlatformApplicationInput): Future[CreatePlatformApplicationResponse] = service.createPlatformApplication(params).promise().toFuture\n    @inline def createPlatformEndpointFuture(params: CreatePlatformEndpointInput): Future[CreateEndpointResponse] = service.createPlatformEndpoint(params).promise().toFuture\n    @inline def createTopicFuture(params: CreateTopicInput): Future[CreateTopicResponse] = service.createTopic(params).promise().toFuture\n    @inline def deleteEndpointFuture(params: DeleteEndpointInput): Future[js.Object] = service.deleteEndpoint(params).promise().toFuture\n    @inline def deletePlatformApplicationFuture(params: DeletePlatformApplicationInput): Future[js.Object] = service.deletePlatformApplication(params).promise().toFuture\n    @inline def deleteTopicFuture(params: DeleteTopicInput): Future[js.Object] = service.deleteTopic(params).promise().toFuture\n    @inline def getEndpointAttributesFuture(params: GetEndpointAttributesInput): Future[GetEndpointAttributesResponse] = service.getEndpointAttributes(params).promise().toFuture\n    @inline def getPlatformApplicationAttributesFuture(params: GetPlatformApplicationAttributesInput): Future[GetPlatformApplicationAttributesResponse] = service.getPlatformApplicationAttributes(params).promise().toFuture\n    @inline def getSMSAttributesFuture(params: GetSMSAttributesInput): Future[GetSMSAttributesResponse] = service.getSMSAttributes(params).promise().toFuture\n    @inline def getSubscriptionAttributesFuture(params: GetSubscriptionAttributesInput): Future[GetSubscriptionAttributesResponse] = service.getSubscriptionAttributes(params).promise().toFuture\n    @inline def getTopicAttributesFuture(params: GetTopicAttributesInput): Future[GetTopicAttributesResponse] = service.getTopicAttributes(params).promise().toFuture\n    @inline def listEndpointsByPlatformApplicationFuture(params: ListEndpointsByPlatformApplicationInput): Future[ListEndpointsByPlatformApplicationResponse] = service.listEndpointsByPlatformApplication(params).promise().toFuture\n    @inline def listPhoneNumbersOptedOutFuture(params: ListPhoneNumbersOptedOutInput): Future[ListPhoneNumbersOptedOutResponse] = service.listPhoneNumbersOptedOut(params).promise().toFuture\n    @inline def listPlatformApplicationsFuture(params: ListPlatformApplicationsInput): Future[ListPlatformApplicationsResponse] = service.listPlatformApplications(params).promise().toFuture\n    @inline def listSubscriptionsByTopicFuture(params: ListSubscriptionsByTopicInput): Future[ListSubscriptionsByTopicResponse] = service.listSubscriptionsByTopic(params).promise().toFuture\n    @inline def listSubscriptionsFuture(params: ListSubscriptionsInput): Future[ListSubscriptionsResponse] = service.listSubscriptions(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTopicsFuture(params: ListTopicsInput): Future[ListTopicsResponse] = service.listTopics(params).promise().toFuture\n    @inline def optInPhoneNumberFuture(params: OptInPhoneNumberInput): Future[OptInPhoneNumberResponse] = service.optInPhoneNumber(params).promise().toFuture\n    @inline def publishFuture(params: PublishInput): Future[PublishResponse] = service.publish(params).promise().toFuture\n    @inline def removePermissionFuture(params: RemovePermissionInput): Future[js.Object] = service.removePermission(params).promise().toFuture\n    @inline def setEndpointAttributesFuture(params: SetEndpointAttributesInput): Future[js.Object] = service.setEndpointAttributes(params).promise().toFuture\n    @inline def setPlatformApplicationAttributesFuture(params: SetPlatformApplicationAttributesInput): Future[js.Object] = service.setPlatformApplicationAttributes(params).promise().toFuture\n    @inline def setSMSAttributesFuture(params: SetSMSAttributesInput): Future[SetSMSAttributesResponse] = service.setSMSAttributes(params).promise().toFuture\n    @inline def setSubscriptionAttributesFuture(params: SetSubscriptionAttributesInput): Future[js.Object] = service.setSubscriptionAttributes(params).promise().toFuture\n    @inline def setTopicAttributesFuture(params: SetTopicAttributesInput): Future[js.Object] = service.setTopicAttributes(params).promise().toFuture\n    @inline def subscribeFuture(params: SubscribeInput): Future[SubscribeResponse] = service.subscribe(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def unsubscribeFuture(params: UnsubscribeInput): Future[js.Object] = service.unsubscribe(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage sns {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/sns\", JSImport.Namespace, \"AWS.SNS\")\n  class SNS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addPermission(params: AddPermissionInput): Request[js.Object] = js.native\n    def checkIfPhoneNumberIsOptedOut(params: CheckIfPhoneNumberIsOptedOutInput): Request[CheckIfPhoneNumberIsOptedOutResponse] = js.native\n    def confirmSubscription(params: ConfirmSubscriptionInput): Request[ConfirmSubscriptionResponse] = js.native\n    def createPlatformApplication(params: CreatePlatformApplicationInput): Request[CreatePlatformApplicationResponse] = js.native\n    def createPlatformEndpoint(params: CreatePlatformEndpointInput): Request[CreateEndpointResponse] = js.native\n    def createTopic(params: CreateTopicInput): Request[CreateTopicResponse] = js.native\n    def deleteEndpoint(params: DeleteEndpointInput): Request[js.Object] = js.native\n    def deletePlatformApplication(params: DeletePlatformApplicationInput): Request[js.Object] = js.native\n    def deleteTopic(params: DeleteTopicInput): Request[js.Object] = js.native\n    def getEndpointAttributes(params: GetEndpointAttributesInput): Request[GetEndpointAttributesResponse] = js.native\n    def getPlatformApplicationAttributes(params: GetPlatformApplicationAttributesInput): Request[GetPlatformApplicationAttributesResponse] = js.native\n    def getSMSAttributes(params: GetSMSAttributesInput): Request[GetSMSAttributesResponse] = js.native\n    def getSubscriptionAttributes(params: GetSubscriptionAttributesInput): Request[GetSubscriptionAttributesResponse] = js.native\n    def getTopicAttributes(params: GetTopicAttributesInput): Request[GetTopicAttributesResponse] = js.native\n    def listEndpointsByPlatformApplication(params: ListEndpointsByPlatformApplicationInput): Request[ListEndpointsByPlatformApplicationResponse] = js.native\n    def listPhoneNumbersOptedOut(params: ListPhoneNumbersOptedOutInput): Request[ListPhoneNumbersOptedOutResponse] = js.native\n    def listPlatformApplications(params: ListPlatformApplicationsInput): Request[ListPlatformApplicationsResponse] = js.native\n    def listSubscriptions(params: ListSubscriptionsInput): Request[ListSubscriptionsResponse] = js.native\n    def listSubscriptionsByTopic(params: ListSubscriptionsByTopicInput): Request[ListSubscriptionsByTopicResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTopics(params: ListTopicsInput): Request[ListTopicsResponse] = js.native\n    def optInPhoneNumber(params: OptInPhoneNumberInput): Request[OptInPhoneNumberResponse] = js.native\n    def publish(params: PublishInput): Request[PublishResponse] = js.native\n    def removePermission(params: RemovePermissionInput): Request[js.Object] = js.native\n    def setEndpointAttributes(params: SetEndpointAttributesInput): Request[js.Object] = js.native\n    def setPlatformApplicationAttributes(params: SetPlatformApplicationAttributesInput): Request[js.Object] = js.native\n    def setSMSAttributes(params: SetSMSAttributesInput): Request[SetSMSAttributesResponse] = js.native\n    def setSubscriptionAttributes(params: SetSubscriptionAttributesInput): Request[js.Object] = js.native\n    def setTopicAttributes(params: SetTopicAttributesInput): Request[js.Object] = js.native\n    def subscribe(params: SubscribeInput): Request[SubscribeResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def unsubscribe(params: UnsubscribeInput): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait AddPermissionInput extends js.Object {\n    var AWSAccountId: DelegatesList\n    var ActionName: ActionsList\n    var Label: label\n    var TopicArn: topicARN\n  }\n\n  object AddPermissionInput {\n    @inline\n    def apply(\n        AWSAccountId: DelegatesList,\n        ActionName: ActionsList,\n        Label: label,\n        TopicArn: topicARN\n    ): AddPermissionInput = {\n      val __obj = js.Dynamic.literal(\n        \"AWSAccountId\" -> AWSAccountId.asInstanceOf[js.Any],\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any],\n        \"Label\" -> Label.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddPermissionInput]\n    }\n  }\n\n  \/** The input for the <code>CheckIfPhoneNumberIsOptedOut<\/code> action.\n    *\/\n  @js.native\n  trait CheckIfPhoneNumberIsOptedOutInput extends js.Object {\n    var phoneNumber: PhoneNumber\n  }\n\n  object CheckIfPhoneNumberIsOptedOutInput {\n    @inline\n    def apply(\n        phoneNumber: PhoneNumber\n    ): CheckIfPhoneNumberIsOptedOutInput = {\n      val __obj = js.Dynamic.literal(\n        \"phoneNumber\" -> phoneNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CheckIfPhoneNumberIsOptedOutInput]\n    }\n  }\n\n  \/** The response from the <code>CheckIfPhoneNumberIsOptedOut<\/code> action.\n    *\/\n  @js.native\n  trait CheckIfPhoneNumberIsOptedOutResponse extends js.Object {\n    var isOptedOut: js.UndefOr[Boolean]\n  }\n\n  object CheckIfPhoneNumberIsOptedOutResponse {\n    @inline\n    def apply(\n        isOptedOut: js.UndefOr[Boolean] = js.undefined\n    ): CheckIfPhoneNumberIsOptedOutResponse = {\n      val __obj = js.Dynamic.literal()\n      isOptedOut.foreach(__v => __obj.updateDynamic(\"isOptedOut\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckIfPhoneNumberIsOptedOutResponse]\n    }\n  }\n\n  \/** Input for ConfirmSubscription action.\n    *\/\n  @js.native\n  trait ConfirmSubscriptionInput extends js.Object {\n    var Token: token\n    var TopicArn: topicARN\n    var AuthenticateOnUnsubscribe: js.UndefOr[authenticateOnUnsubscribe]\n  }\n\n  object ConfirmSubscriptionInput {\n    @inline\n    def apply(\n        Token: token,\n        TopicArn: topicARN,\n        AuthenticateOnUnsubscribe: js.UndefOr[authenticateOnUnsubscribe] = js.undefined\n    ): ConfirmSubscriptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"Token\" -> Token.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      AuthenticateOnUnsubscribe.foreach(__v => __obj.updateDynamic(\"AuthenticateOnUnsubscribe\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfirmSubscriptionInput]\n    }\n  }\n\n  \/** Response for ConfirmSubscriptions action.\n    *\/\n  @js.native\n  trait ConfirmSubscriptionResponse extends js.Object {\n    var SubscriptionArn: js.UndefOr[subscriptionARN]\n  }\n\n  object ConfirmSubscriptionResponse {\n    @inline\n    def apply(\n        SubscriptionArn: js.UndefOr[subscriptionARN] = js.undefined\n    ): ConfirmSubscriptionResponse = {\n      val __obj = js.Dynamic.literal()\n      SubscriptionArn.foreach(__v => __obj.updateDynamic(\"SubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfirmSubscriptionResponse]\n    }\n  }\n\n  \/** Response from CreateEndpoint action.\n    *\/\n  @js.native\n  trait CreateEndpointResponse extends js.Object {\n    var EndpointArn: js.UndefOr[String]\n  }\n\n  object CreateEndpointResponse {\n    @inline\n    def apply(\n        EndpointArn: js.UndefOr[String] = js.undefined\n    ): CreateEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      EndpointArn.foreach(__v => __obj.updateDynamic(\"EndpointArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEndpointResponse]\n    }\n  }\n\n  \/** Input for CreatePlatformApplication action.\n    *\/\n  @js.native\n  trait CreatePlatformApplicationInput extends js.Object {\n    var Attributes: MapStringToString\n    var Name: String\n    var Platform: String\n  }\n\n  object CreatePlatformApplicationInput {\n    @inline\n    def apply(\n        Attributes: MapStringToString,\n        Name: String,\n        Platform: String\n    ): CreatePlatformApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Platform\" -> Platform.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePlatformApplicationInput]\n    }\n  }\n\n  \/** Response from CreatePlatformApplication action.\n    *\/\n  @js.native\n  trait CreatePlatformApplicationResponse extends js.Object {\n    var PlatformApplicationArn: js.UndefOr[String]\n  }\n\n  object CreatePlatformApplicationResponse {\n    @inline\n    def apply(\n        PlatformApplicationArn: js.UndefOr[String] = js.undefined\n    ): CreatePlatformApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      PlatformApplicationArn.foreach(__v => __obj.updateDynamic(\"PlatformApplicationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePlatformApplicationResponse]\n    }\n  }\n\n  \/** Input for CreatePlatformEndpoint action.\n    *\/\n  @js.native\n  trait CreatePlatformEndpointInput extends js.Object {\n    var PlatformApplicationArn: String\n    var Token: String\n    var Attributes: js.UndefOr[MapStringToString]\n    var CustomUserData: js.UndefOr[String]\n  }\n\n  object CreatePlatformEndpointInput {\n    @inline\n    def apply(\n        PlatformApplicationArn: String,\n        Token: String,\n        Attributes: js.UndefOr[MapStringToString] = js.undefined,\n        CustomUserData: js.UndefOr[String] = js.undefined\n    ): CreatePlatformEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"PlatformApplicationArn\" -> PlatformApplicationArn.asInstanceOf[js.Any],\n        \"Token\" -> Token.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      CustomUserData.foreach(__v => __obj.updateDynamic(\"CustomUserData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePlatformEndpointInput]\n    }\n  }\n\n  \/** Input for CreateTopic action.\n    *\/\n  @js.native\n  trait CreateTopicInput extends js.Object {\n    var Name: topicName\n    var Attributes: js.UndefOr[TopicAttributesMap]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTopicInput {\n    @inline\n    def apply(\n        Name: topicName,\n        Attributes: js.UndefOr[TopicAttributesMap] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTopicInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTopicInput]\n    }\n  }\n\n  \/** Response from CreateTopic action.\n    *\/\n  @js.native\n  trait CreateTopicResponse extends js.Object {\n    var TopicArn: js.UndefOr[topicARN]\n  }\n\n  object CreateTopicResponse {\n    @inline\n    def apply(\n        TopicArn: js.UndefOr[topicARN] = js.undefined\n    ): CreateTopicResponse = {\n      val __obj = js.Dynamic.literal()\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTopicResponse]\n    }\n  }\n\n  \/** Input for DeleteEndpoint action.\n    *\/\n  @js.native\n  trait DeleteEndpointInput extends js.Object {\n    var EndpointArn: String\n  }\n\n  object DeleteEndpointInput {\n    @inline\n    def apply(\n        EndpointArn: String\n    ): DeleteEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEndpointInput]\n    }\n  }\n\n  \/** Input for DeletePlatformApplication action.\n    *\/\n  @js.native\n  trait DeletePlatformApplicationInput extends js.Object {\n    var PlatformApplicationArn: String\n  }\n\n  object DeletePlatformApplicationInput {\n    @inline\n    def apply(\n        PlatformApplicationArn: String\n    ): DeletePlatformApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"PlatformApplicationArn\" -> PlatformApplicationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePlatformApplicationInput]\n    }\n  }\n\n  @js.native\n  trait DeleteTopicInput extends js.Object {\n    var TopicArn: topicARN\n  }\n\n  object DeleteTopicInput {\n    @inline\n    def apply(\n        TopicArn: topicARN\n    ): DeleteTopicInput = {\n      val __obj = js.Dynamic.literal(\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTopicInput]\n    }\n  }\n\n  \/** Endpoint for mobile app and device.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Attributes: js.UndefOr[MapStringToString]\n    var EndpointArn: js.UndefOr[String]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[MapStringToString] = js.undefined,\n        EndpointArn: js.UndefOr[String] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      EndpointArn.foreach(__v => __obj.updateDynamic(\"EndpointArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** Input for GetEndpointAttributes action.\n    *\/\n  @js.native\n  trait GetEndpointAttributesInput extends js.Object {\n    var EndpointArn: String\n  }\n\n  object GetEndpointAttributesInput {\n    @inline\n    def apply(\n        EndpointArn: String\n    ): GetEndpointAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetEndpointAttributesInput]\n    }\n  }\n\n  \/** Response from GetEndpointAttributes of the EndpointArn.\n    *\/\n  @js.native\n  trait GetEndpointAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[MapStringToString]\n  }\n\n  object GetEndpointAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[MapStringToString] = js.undefined\n    ): GetEndpointAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEndpointAttributesResponse]\n    }\n  }\n\n  \/** Input for GetPlatformApplicationAttributes action.\n    *\/\n  @js.native\n  trait GetPlatformApplicationAttributesInput extends js.Object {\n    var PlatformApplicationArn: String\n  }\n\n  object GetPlatformApplicationAttributesInput {\n    @inline\n    def apply(\n        PlatformApplicationArn: String\n    ): GetPlatformApplicationAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"PlatformApplicationArn\" -> PlatformApplicationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPlatformApplicationAttributesInput]\n    }\n  }\n\n  \/** Response for GetPlatformApplicationAttributes action.\n    *\/\n  @js.native\n  trait GetPlatformApplicationAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[MapStringToString]\n  }\n\n  object GetPlatformApplicationAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[MapStringToString] = js.undefined\n    ): GetPlatformApplicationAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPlatformApplicationAttributesResponse]\n    }\n  }\n\n  \/** The input for the <code>GetSMSAttributes<\/code> request.\n    *\/\n  @js.native\n  trait GetSMSAttributesInput extends js.Object {\n    var attributes: js.UndefOr[ListString]\n  }\n\n  object GetSMSAttributesInput {\n    @inline\n    def apply(\n        attributes: js.UndefOr[ListString] = js.undefined\n    ): GetSMSAttributesInput = {\n      val __obj = js.Dynamic.literal()\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSMSAttributesInput]\n    }\n  }\n\n  \/** The response from the <code>GetSMSAttributes<\/code> request.\n    *\/\n  @js.native\n  trait GetSMSAttributesResponse extends js.Object {\n    var attributes: js.UndefOr[MapStringToString]\n  }\n\n  object GetSMSAttributesResponse {\n    @inline\n    def apply(\n        attributes: js.UndefOr[MapStringToString] = js.undefined\n    ): GetSMSAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSMSAttributesResponse]\n    }\n  }\n\n  \/** Input for GetSubscriptionAttributes.\n    *\/\n  @js.native\n  trait GetSubscriptionAttributesInput extends js.Object {\n    var SubscriptionArn: subscriptionARN\n  }\n\n  object GetSubscriptionAttributesInput {\n    @inline\n    def apply(\n        SubscriptionArn: subscriptionARN\n    ): GetSubscriptionAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSubscriptionAttributesInput]\n    }\n  }\n\n  \/** Response for GetSubscriptionAttributes action.\n    *\/\n  @js.native\n  trait GetSubscriptionAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[SubscriptionAttributesMap]\n  }\n\n  object GetSubscriptionAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[SubscriptionAttributesMap] = js.undefined\n    ): GetSubscriptionAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSubscriptionAttributesResponse]\n    }\n  }\n\n  \/** Input for GetTopicAttributes action.\n    *\/\n  @js.native\n  trait GetTopicAttributesInput extends js.Object {\n    var TopicArn: topicARN\n  }\n\n  object GetTopicAttributesInput {\n    @inline\n    def apply(\n        TopicArn: topicARN\n    ): GetTopicAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTopicAttributesInput]\n    }\n  }\n\n  \/** Response for GetTopicAttributes action.\n    *\/\n  @js.native\n  trait GetTopicAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[TopicAttributesMap]\n  }\n\n  object GetTopicAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[TopicAttributesMap] = js.undefined\n    ): GetTopicAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTopicAttributesResponse]\n    }\n  }\n\n  \/** Input for ListEndpointsByPlatformApplication action.\n    *\/\n  @js.native\n  trait ListEndpointsByPlatformApplicationInput extends js.Object {\n    var PlatformApplicationArn: String\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEndpointsByPlatformApplicationInput {\n    @inline\n    def apply(\n        PlatformApplicationArn: String,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEndpointsByPlatformApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"PlatformApplicationArn\" -> PlatformApplicationArn.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsByPlatformApplicationInput]\n    }\n  }\n\n  \/** Response for ListEndpointsByPlatformApplication action.\n    *\/\n  @js.native\n  trait ListEndpointsByPlatformApplicationResponse extends js.Object {\n    var Endpoints: js.UndefOr[ListOfEndpoints]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEndpointsByPlatformApplicationResponse {\n    @inline\n    def apply(\n        Endpoints: js.UndefOr[ListOfEndpoints] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEndpointsByPlatformApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsByPlatformApplicationResponse]\n    }\n  }\n\n  \/** The input for the <code>ListPhoneNumbersOptedOut<\/code> action.\n    *\/\n  @js.native\n  trait ListPhoneNumbersOptedOutInput extends js.Object {\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListPhoneNumbersOptedOutInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListPhoneNumbersOptedOutInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumbersOptedOutInput]\n    }\n  }\n\n  \/** The response from the <code>ListPhoneNumbersOptedOut<\/code> action.\n    *\/\n  @js.native\n  trait ListPhoneNumbersOptedOutResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var phoneNumbers: js.UndefOr[PhoneNumberList]\n  }\n\n  object ListPhoneNumbersOptedOutResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        phoneNumbers: js.UndefOr[PhoneNumberList] = js.undefined\n    ): ListPhoneNumbersOptedOutResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      phoneNumbers.foreach(__v => __obj.updateDynamic(\"phoneNumbers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumbersOptedOutResponse]\n    }\n  }\n\n  \/** Input for ListPlatformApplications action.\n    *\/\n  @js.native\n  trait ListPlatformApplicationsInput extends js.Object {\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListPlatformApplicationsInput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListPlatformApplicationsInput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlatformApplicationsInput]\n    }\n  }\n\n  \/** Response for ListPlatformApplications action.\n    *\/\n  @js.native\n  trait ListPlatformApplicationsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var PlatformApplications: js.UndefOr[ListOfPlatformApplications]\n  }\n\n  object ListPlatformApplicationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        PlatformApplications: js.UndefOr[ListOfPlatformApplications] = js.undefined\n    ): ListPlatformApplicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PlatformApplications.foreach(__v => __obj.updateDynamic(\"PlatformApplications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlatformApplicationsResponse]\n    }\n  }\n\n  \/** Input for ListSubscriptionsByTopic action.\n    *\/\n  @js.native\n  trait ListSubscriptionsByTopicInput extends js.Object {\n    var TopicArn: topicARN\n    var NextToken: js.UndefOr[nextToken]\n  }\n\n  object ListSubscriptionsByTopicInput {\n    @inline\n    def apply(\n        TopicArn: topicARN,\n        NextToken: js.UndefOr[nextToken] = js.undefined\n    ): ListSubscriptionsByTopicInput = {\n      val __obj = js.Dynamic.literal(\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscriptionsByTopicInput]\n    }\n  }\n\n  \/** Response for ListSubscriptionsByTopic action.\n    *\/\n  @js.native\n  trait ListSubscriptionsByTopicResponse extends js.Object {\n    var NextToken: js.UndefOr[nextToken]\n    var Subscriptions: js.UndefOr[SubscriptionsList]\n  }\n\n  object ListSubscriptionsByTopicResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[nextToken] = js.undefined,\n        Subscriptions: js.UndefOr[SubscriptionsList] = js.undefined\n    ): ListSubscriptionsByTopicResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Subscriptions.foreach(__v => __obj.updateDynamic(\"Subscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscriptionsByTopicResponse]\n    }\n  }\n\n  \/** Input for ListSubscriptions action.\n    *\/\n  @js.native\n  trait ListSubscriptionsInput extends js.Object {\n    var NextToken: js.UndefOr[nextToken]\n  }\n\n  object ListSubscriptionsInput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[nextToken] = js.undefined\n    ): ListSubscriptionsInput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscriptionsInput]\n    }\n  }\n\n  \/** Response for ListSubscriptions action\n    *\/\n  @js.native\n  trait ListSubscriptionsResponse extends js.Object {\n    var NextToken: js.UndefOr[nextToken]\n    var Subscriptions: js.UndefOr[SubscriptionsList]\n  }\n\n  object ListSubscriptionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[nextToken] = js.undefined,\n        Subscriptions: js.UndefOr[SubscriptionsList] = js.undefined\n    ): ListSubscriptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Subscriptions.foreach(__v => __obj.updateDynamic(\"Subscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscriptionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTopicsInput extends js.Object {\n    var NextToken: js.UndefOr[nextToken]\n  }\n\n  object ListTopicsInput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[nextToken] = js.undefined\n    ): ListTopicsInput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTopicsInput]\n    }\n  }\n\n  \/** Response for ListTopics action.\n    *\/\n  @js.native\n  trait ListTopicsResponse extends js.Object {\n    var NextToken: js.UndefOr[nextToken]\n    var Topics: js.UndefOr[TopicsList]\n  }\n\n  object ListTopicsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[nextToken] = js.undefined,\n        Topics: js.UndefOr[TopicsList] = js.undefined\n    ): ListTopicsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Topics.foreach(__v => __obj.updateDynamic(\"Topics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTopicsResponse]\n    }\n  }\n\n  \/** The user-specified message attribute value. For string data types, the value attribute has the same restrictions on the content as the message body. For more information, see [[https:\/\/docs.aws.amazon.com\/sns\/latest\/api\/API_Publish.html|Publish]]. Name, type, and value must not be empty or null. In addition, the message body should not be empty or null. All parts of the message attribute, including name, type, and value, are included in the message size restriction, which is currently 256 KB (262,144 bytes). For more information, see [[https:\/\/docs.aws.amazon.com\/sns\/latest\/dg\/SNSMessageAttributes.html|Amazon SNS message attributes]] and [[https:\/\/docs.aws.amazon.com\/sns\/latest\/dg\/sms_publish-to-phone.html|Publishing to a mobile phone]] in the <i>Amazon SNS Developer Guide.<\/i>\n    *\/\n  @js.native\n  trait MessageAttributeValue extends js.Object {\n    var DataType: String\n    var BinaryValue: js.UndefOr[Binary]\n    var StringValue: js.UndefOr[String]\n  }\n\n  object MessageAttributeValue {\n    @inline\n    def apply(\n        DataType: String,\n        BinaryValue: js.UndefOr[Binary] = js.undefined,\n        StringValue: js.UndefOr[String] = js.undefined\n    ): MessageAttributeValue = {\n      val __obj = js.Dynamic.literal(\n        \"DataType\" -> DataType.asInstanceOf[js.Any]\n      )\n\n      BinaryValue.foreach(__v => __obj.updateDynamic(\"BinaryValue\")(__v.asInstanceOf[js.Any]))\n      StringValue.foreach(__v => __obj.updateDynamic(\"StringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MessageAttributeValue]\n    }\n  }\n\n  \/** Input for the OptInPhoneNumber action.\n    *\/\n  @js.native\n  trait OptInPhoneNumberInput extends js.Object {\n    var phoneNumber: PhoneNumber\n  }\n\n  object OptInPhoneNumberInput {\n    @inline\n    def apply(\n        phoneNumber: PhoneNumber\n    ): OptInPhoneNumberInput = {\n      val __obj = js.Dynamic.literal(\n        \"phoneNumber\" -> phoneNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OptInPhoneNumberInput]\n    }\n  }\n\n  \/** The response for the OptInPhoneNumber action.\n    *\/\n  @js.native\n  trait OptInPhoneNumberResponse extends js.Object\n\n  object OptInPhoneNumberResponse {\n    @inline\n    def apply(): OptInPhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[OptInPhoneNumberResponse]\n    }\n  }\n\n  \/** Platform application object.\n    *\/\n  @js.native\n  trait PlatformApplication extends js.Object {\n    var Attributes: js.UndefOr[MapStringToString]\n    var PlatformApplicationArn: js.UndefOr[String]\n  }\n\n  object PlatformApplication {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[MapStringToString] = js.undefined,\n        PlatformApplicationArn: js.UndefOr[String] = js.undefined\n    ): PlatformApplication = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      PlatformApplicationArn.foreach(__v => __obj.updateDynamic(\"PlatformApplicationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PlatformApplication]\n    }\n  }\n\n  \/** Input for Publish action.\n    *\/\n  @js.native\n  trait PublishInput extends js.Object {\n    var Message: message\n    var MessageAttributes: js.UndefOr[MessageAttributeMap]\n    var MessageDeduplicationId: js.UndefOr[String]\n    var MessageGroupId: js.UndefOr[String]\n    var MessageStructure: js.UndefOr[messageStructure]\n    var PhoneNumber: js.UndefOr[String]\n    var Subject: js.UndefOr[subject]\n    var TargetArn: js.UndefOr[String]\n    var TopicArn: js.UndefOr[topicARN]\n  }\n\n  object PublishInput {\n    @inline\n    def apply(\n        Message: message,\n        MessageAttributes: js.UndefOr[MessageAttributeMap] = js.undefined,\n        MessageDeduplicationId: js.UndefOr[String] = js.undefined,\n        MessageGroupId: js.UndefOr[String] = js.undefined,\n        MessageStructure: js.UndefOr[messageStructure] = js.undefined,\n        PhoneNumber: js.UndefOr[String] = js.undefined,\n        Subject: js.UndefOr[subject] = js.undefined,\n        TargetArn: js.UndefOr[String] = js.undefined,\n        TopicArn: js.UndefOr[topicARN] = js.undefined\n    ): PublishInput = {\n      val __obj = js.Dynamic.literal(\n        \"Message\" -> Message.asInstanceOf[js.Any]\n      )\n\n      MessageAttributes.foreach(__v => __obj.updateDynamic(\"MessageAttributes\")(__v.asInstanceOf[js.Any]))\n      MessageDeduplicationId.foreach(__v => __obj.updateDynamic(\"MessageDeduplicationId\")(__v.asInstanceOf[js.Any]))\n      MessageGroupId.foreach(__v => __obj.updateDynamic(\"MessageGroupId\")(__v.asInstanceOf[js.Any]))\n      MessageStructure.foreach(__v => __obj.updateDynamic(\"MessageStructure\")(__v.asInstanceOf[js.Any]))\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      Subject.foreach(__v => __obj.updateDynamic(\"Subject\")(__v.asInstanceOf[js.Any]))\n      TargetArn.foreach(__v => __obj.updateDynamic(\"TargetArn\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishInput]\n    }\n  }\n\n  \/** Response for Publish action.\n    *\/\n  @js.native\n  trait PublishResponse extends js.Object {\n    var MessageId: js.UndefOr[messageId]\n    var SequenceNumber: js.UndefOr[String]\n  }\n\n  object PublishResponse {\n    @inline\n    def apply(\n        MessageId: js.UndefOr[messageId] = js.undefined,\n        SequenceNumber: js.UndefOr[String] = js.undefined\n    ): PublishResponse = {\n      val __obj = js.Dynamic.literal()\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      SequenceNumber.foreach(__v => __obj.updateDynamic(\"SequenceNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishResponse]\n    }\n  }\n\n  \/** Input for RemovePermission action.\n    *\/\n  @js.native\n  trait RemovePermissionInput extends js.Object {\n    var Label: label\n    var TopicArn: topicARN\n  }\n\n  object RemovePermissionInput {\n    @inline\n    def apply(\n        Label: label,\n        TopicArn: topicARN\n    ): RemovePermissionInput = {\n      val __obj = js.Dynamic.literal(\n        \"Label\" -> Label.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemovePermissionInput]\n    }\n  }\n\n  \/** Input for SetEndpointAttributes action.\n    *\/\n  @js.native\n  trait SetEndpointAttributesInput extends js.Object {\n    var Attributes: MapStringToString\n    var EndpointArn: String\n  }\n\n  object SetEndpointAttributesInput {\n    @inline\n    def apply(\n        Attributes: MapStringToString,\n        EndpointArn: String\n    ): SetEndpointAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetEndpointAttributesInput]\n    }\n  }\n\n  \/** Input for SetPlatformApplicationAttributes action.\n    *\/\n  @js.native\n  trait SetPlatformApplicationAttributesInput extends js.Object {\n    var Attributes: MapStringToString\n    var PlatformApplicationArn: String\n  }\n\n  object SetPlatformApplicationAttributesInput {\n    @inline\n    def apply(\n        Attributes: MapStringToString,\n        PlatformApplicationArn: String\n    ): SetPlatformApplicationAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"PlatformApplicationArn\" -> PlatformApplicationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetPlatformApplicationAttributesInput]\n    }\n  }\n\n  \/** The input for the SetSMSAttributes action.\n    *\/\n  @js.native\n  trait SetSMSAttributesInput extends js.Object {\n    var attributes: MapStringToString\n  }\n\n  object SetSMSAttributesInput {\n    @inline\n    def apply(\n        attributes: MapStringToString\n    ): SetSMSAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"attributes\" -> attributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetSMSAttributesInput]\n    }\n  }\n\n  \/** The response for the SetSMSAttributes action.\n    *\/\n  @js.native\n  trait SetSMSAttributesResponse extends js.Object\n\n  object SetSMSAttributesResponse {\n    @inline\n    def apply(): SetSMSAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetSMSAttributesResponse]\n    }\n  }\n\n  \/** Input for SetSubscriptionAttributes action.\n    *\/\n  @js.native\n  trait SetSubscriptionAttributesInput extends js.Object {\n    var AttributeName: attributeName\n    var SubscriptionArn: subscriptionARN\n    var AttributeValue: js.UndefOr[attributeValue]\n  }\n\n  object SetSubscriptionAttributesInput {\n    @inline\n    def apply(\n        AttributeName: attributeName,\n        SubscriptionArn: subscriptionARN,\n        AttributeValue: js.UndefOr[attributeValue] = js.undefined\n    ): SetSubscriptionAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n\n      AttributeValue.foreach(__v => __obj.updateDynamic(\"AttributeValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetSubscriptionAttributesInput]\n    }\n  }\n\n  \/** Input for SetTopicAttributes action.\n    *\/\n  @js.native\n  trait SetTopicAttributesInput extends js.Object {\n    var AttributeName: attributeName\n    var TopicArn: topicARN\n    var AttributeValue: js.UndefOr[attributeValue]\n  }\n\n  object SetTopicAttributesInput {\n    @inline\n    def apply(\n        AttributeName: attributeName,\n        TopicArn: topicARN,\n        AttributeValue: js.UndefOr[attributeValue] = js.undefined\n    ): SetTopicAttributesInput = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      AttributeValue.foreach(__v => __obj.updateDynamic(\"AttributeValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetTopicAttributesInput]\n    }\n  }\n\n  \/** Input for Subscribe action.\n    *\/\n  @js.native\n  trait SubscribeInput extends js.Object {\n    var Protocol: protocol\n    var TopicArn: topicARN\n    var Attributes: js.UndefOr[SubscriptionAttributesMap]\n    var Endpoint: js.UndefOr[endpoint]\n    var ReturnSubscriptionArn: js.UndefOr[Boolean]\n  }\n\n  object SubscribeInput {\n    @inline\n    def apply(\n        Protocol: protocol,\n        TopicArn: topicARN,\n        Attributes: js.UndefOr[SubscriptionAttributesMap] = js.undefined,\n        Endpoint: js.UndefOr[endpoint] = js.undefined,\n        ReturnSubscriptionArn: js.UndefOr[Boolean] = js.undefined\n    ): SubscribeInput = {\n      val __obj = js.Dynamic.literal(\n        \"Protocol\" -> Protocol.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      ReturnSubscriptionArn.foreach(__v => __obj.updateDynamic(\"ReturnSubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubscribeInput]\n    }\n  }\n\n  \/** Response for Subscribe action.\n    *\/\n  @js.native\n  trait SubscribeResponse extends js.Object {\n    var SubscriptionArn: js.UndefOr[subscriptionARN]\n  }\n\n  object SubscribeResponse {\n    @inline\n    def apply(\n        SubscriptionArn: js.UndefOr[subscriptionARN] = js.undefined\n    ): SubscribeResponse = {\n      val __obj = js.Dynamic.literal()\n      SubscriptionArn.foreach(__v => __obj.updateDynamic(\"SubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubscribeResponse]\n    }\n  }\n\n  \/** A wrapper type for the attributes of an Amazon SNS subscription.\n    *\/\n  @js.native\n  trait Subscription extends js.Object {\n    var Endpoint: js.UndefOr[endpoint]\n    var Owner: js.UndefOr[account]\n    var Protocol: js.UndefOr[protocol]\n    var SubscriptionArn: js.UndefOr[subscriptionARN]\n    var TopicArn: js.UndefOr[topicARN]\n  }\n\n  object Subscription {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[endpoint] = js.undefined,\n        Owner: js.UndefOr[account] = js.undefined,\n        Protocol: js.UndefOr[protocol] = js.undefined,\n        SubscriptionArn: js.UndefOr[subscriptionARN] = js.undefined,\n        TopicArn: js.UndefOr[topicARN] = js.undefined\n    ): Subscription = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      SubscriptionArn.foreach(__v => __obj.updateDynamic(\"SubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subscription]\n    }\n  }\n\n  \/** The list of tags to be added to the specified topic.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** A wrapper type for the topic's Amazon Resource Name (ARN). To retrieve a topic's attributes, use <code>GetTopicAttributes<\/code>.\n    *\/\n  @js.native\n  trait Topic extends js.Object {\n    var TopicArn: js.UndefOr[topicARN]\n  }\n\n  object Topic {\n    @inline\n    def apply(\n        TopicArn: js.UndefOr[topicARN] = js.undefined\n    ): Topic = {\n      val __obj = js.Dynamic.literal()\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Topic]\n    }\n  }\n\n  \/** Input for Unsubscribe action.\n    *\/\n  @js.native\n  trait UnsubscribeInput extends js.Object {\n    var SubscriptionArn: subscriptionARN\n  }\n\n  object UnsubscribeInput {\n    @inline\n    def apply(\n        SubscriptionArn: subscriptionARN\n    ): UnsubscribeInput = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UnsubscribeInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/clouddirectory\/src\/main\/scala\/facade\/amazonaws\/services\/CloudDirectory.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object clouddirectory {\n  type Arn = String\n  type Arns = js.Array[Arn]\n  type AttributeKeyAndValueList = js.Array[AttributeKeyAndValue]\n  type AttributeKeyList = js.Array[AttributeKey]\n  type AttributeName = String\n  type AttributeNameAndValueList = js.Array[AttributeNameAndValue]\n  type AttributeNameList = js.Array[AttributeName]\n  type BatchReadOperationList = js.Array[BatchReadOperation]\n  type BatchReadOperationResponseList = js.Array[BatchReadOperationResponse]\n  type BatchReferenceName = String\n  type BatchWriteOperationList = js.Array[BatchWriteOperation]\n  type BatchWriteOperationResponseList = js.Array[BatchWriteOperationResponse]\n  type BinaryAttributeValue = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BooleanAttributeValue = Boolean\n  type Date = js.Date\n  type DatetimeAttributeValue = js.Date\n  type DirectoryArn = String\n  type DirectoryList = js.Array[Directory]\n  type DirectoryName = String\n  type ExceptionMessage = String\n  type FacetAttributeList = js.Array[FacetAttribute]\n  type FacetAttributeUpdateList = js.Array[FacetAttributeUpdate]\n  type FacetName = String\n  type FacetNameList = js.Array[FacetName]\n  type IndexAttachmentList = js.Array[IndexAttachment]\n  type LinkAttributeUpdateList = js.Array[LinkAttributeUpdate]\n  type LinkName = String\n  type LinkNameToObjectIdentifierMap = js.Dictionary[ObjectIdentifier]\n  type NextToken = String\n  type NumberAttributeValue = String\n  type NumberResults = Int\n  type ObjectAttributeRangeList = js.Array[ObjectAttributeRange]\n  type ObjectAttributeUpdateList = js.Array[ObjectAttributeUpdate]\n  type ObjectIdentifier = String\n  type ObjectIdentifierAndLinkNameList = js.Array[ObjectIdentifierAndLinkNameTuple]\n  type ObjectIdentifierList = js.Array[ObjectIdentifier]\n  type ObjectIdentifierToLinkNameMap = js.Dictionary[LinkName]\n  type PathString = String\n  type PathToObjectIdentifiersList = js.Array[PathToObjectIdentifiers]\n  type PolicyAttachmentList = js.Array[PolicyAttachment]\n  type PolicyToPathList = js.Array[PolicyToPath]\n  type PolicyType = String\n  type RuleKey = String\n  type RuleMap = js.Dictionary[Rule]\n  type RuleParameterKey = String\n  type RuleParameterMap = js.Dictionary[RuleParameterValue]\n  type RuleParameterValue = String\n  type SchemaFacetList = js.Array[SchemaFacet]\n  type SchemaJsonDocument = String\n  type SchemaName = String\n  type SelectorObjectReference = String\n  type StringAttributeValue = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TagsNumberResults = Int\n  type TypedLinkAttributeDefinitionList = js.Array[TypedLinkAttributeDefinition]\n  type TypedLinkAttributeRangeList = js.Array[TypedLinkAttributeRange]\n  type TypedLinkFacetAttributeUpdateList = js.Array[TypedLinkFacetAttributeUpdate]\n  type TypedLinkName = String\n  type TypedLinkNameList = js.Array[TypedLinkName]\n  type TypedLinkSpecifierList = js.Array[TypedLinkSpecifier]\n  type Version = String\n\n  implicit final class CloudDirectoryOps(private val service: CloudDirectory) extends AnyVal {\n\n    @inline def addFacetToObjectFuture(params: AddFacetToObjectRequest): Future[AddFacetToObjectResponse] = service.addFacetToObject(params).promise().toFuture\n    @inline def applySchemaFuture(params: ApplySchemaRequest): Future[ApplySchemaResponse] = service.applySchema(params).promise().toFuture\n    @inline def attachObjectFuture(params: AttachObjectRequest): Future[AttachObjectResponse] = service.attachObject(params).promise().toFuture\n    @inline def attachPolicyFuture(params: AttachPolicyRequest): Future[AttachPolicyResponse] = service.attachPolicy(params).promise().toFuture\n    @inline def attachToIndexFuture(params: AttachToIndexRequest): Future[AttachToIndexResponse] = service.attachToIndex(params).promise().toFuture\n    @inline def attachTypedLinkFuture(params: AttachTypedLinkRequest): Future[AttachTypedLinkResponse] = service.attachTypedLink(params).promise().toFuture\n    @inline def batchReadFuture(params: BatchReadRequest): Future[BatchReadResponse] = service.batchRead(params).promise().toFuture\n    @inline def batchWriteFuture(params: BatchWriteRequest): Future[BatchWriteResponse] = service.batchWrite(params).promise().toFuture\n    @inline def createDirectoryFuture(params: CreateDirectoryRequest): Future[CreateDirectoryResponse] = service.createDirectory(params).promise().toFuture\n    @inline def createFacetFuture(params: CreateFacetRequest): Future[CreateFacetResponse] = service.createFacet(params).promise().toFuture\n    @inline def createIndexFuture(params: CreateIndexRequest): Future[CreateIndexResponse] = service.createIndex(params).promise().toFuture\n    @inline def createObjectFuture(params: CreateObjectRequest): Future[CreateObjectResponse] = service.createObject(params).promise().toFuture\n    @inline def createSchemaFuture(params: CreateSchemaRequest): Future[CreateSchemaResponse] = service.createSchema(params).promise().toFuture\n    @inline def createTypedLinkFacetFuture(params: CreateTypedLinkFacetRequest): Future[CreateTypedLinkFacetResponse] = service.createTypedLinkFacet(params).promise().toFuture\n    @inline def deleteDirectoryFuture(params: DeleteDirectoryRequest): Future[DeleteDirectoryResponse] = service.deleteDirectory(params).promise().toFuture\n    @inline def deleteFacetFuture(params: DeleteFacetRequest): Future[DeleteFacetResponse] = service.deleteFacet(params).promise().toFuture\n    @inline def deleteObjectFuture(params: DeleteObjectRequest): Future[DeleteObjectResponse] = service.deleteObject(params).promise().toFuture\n    @inline def deleteSchemaFuture(params: DeleteSchemaRequest): Future[DeleteSchemaResponse] = service.deleteSchema(params).promise().toFuture\n    @inline def deleteTypedLinkFacetFuture(params: DeleteTypedLinkFacetRequest): Future[DeleteTypedLinkFacetResponse] = service.deleteTypedLinkFacet(params).promise().toFuture\n    @inline def detachFromIndexFuture(params: DetachFromIndexRequest): Future[DetachFromIndexResponse] = service.detachFromIndex(params).promise().toFuture\n    @inline def detachObjectFuture(params: DetachObjectRequest): Future[DetachObjectResponse] = service.detachObject(params).promise().toFuture\n    @inline def detachPolicyFuture(params: DetachPolicyRequest): Future[DetachPolicyResponse] = service.detachPolicy(params).promise().toFuture\n    @inline def detachTypedLinkFuture(params: DetachTypedLinkRequest): Future[js.Object] = service.detachTypedLink(params).promise().toFuture\n    @inline def disableDirectoryFuture(params: DisableDirectoryRequest): Future[DisableDirectoryResponse] = service.disableDirectory(params).promise().toFuture\n    @inline def enableDirectoryFuture(params: EnableDirectoryRequest): Future[EnableDirectoryResponse] = service.enableDirectory(params).promise().toFuture\n    @inline def getAppliedSchemaVersionFuture(params: GetAppliedSchemaVersionRequest): Future[GetAppliedSchemaVersionResponse] = service.getAppliedSchemaVersion(params).promise().toFuture\n    @inline def getDirectoryFuture(params: GetDirectoryRequest): Future[GetDirectoryResponse] = service.getDirectory(params).promise().toFuture\n    @inline def getFacetFuture(params: GetFacetRequest): Future[GetFacetResponse] = service.getFacet(params).promise().toFuture\n    @inline def getLinkAttributesFuture(params: GetLinkAttributesRequest): Future[GetLinkAttributesResponse] = service.getLinkAttributes(params).promise().toFuture\n    @inline def getObjectAttributesFuture(params: GetObjectAttributesRequest): Future[GetObjectAttributesResponse] = service.getObjectAttributes(params).promise().toFuture\n    @inline def getObjectInformationFuture(params: GetObjectInformationRequest): Future[GetObjectInformationResponse] = service.getObjectInformation(params).promise().toFuture\n    @inline def getSchemaAsJsonFuture(params: GetSchemaAsJsonRequest): Future[GetSchemaAsJsonResponse] = service.getSchemaAsJson(params).promise().toFuture\n    @inline def getTypedLinkFacetInformationFuture(params: GetTypedLinkFacetInformationRequest): Future[GetTypedLinkFacetInformationResponse] = service.getTypedLinkFacetInformation(params).promise().toFuture\n    @inline def listAppliedSchemaArnsFuture(params: ListAppliedSchemaArnsRequest): Future[ListAppliedSchemaArnsResponse] = service.listAppliedSchemaArns(params).promise().toFuture\n    @inline def listAttachedIndicesFuture(params: ListAttachedIndicesRequest): Future[ListAttachedIndicesResponse] = service.listAttachedIndices(params).promise().toFuture\n    @inline def listDevelopmentSchemaArnsFuture(params: ListDevelopmentSchemaArnsRequest): Future[ListDevelopmentSchemaArnsResponse] = service.listDevelopmentSchemaArns(params).promise().toFuture\n    @inline def listDirectoriesFuture(params: ListDirectoriesRequest): Future[ListDirectoriesResponse] = service.listDirectories(params).promise().toFuture\n    @inline def listFacetAttributesFuture(params: ListFacetAttributesRequest): Future[ListFacetAttributesResponse] = service.listFacetAttributes(params).promise().toFuture\n    @inline def listFacetNamesFuture(params: ListFacetNamesRequest): Future[ListFacetNamesResponse] = service.listFacetNames(params).promise().toFuture\n    @inline def listIncomingTypedLinksFuture(params: ListIncomingTypedLinksRequest): Future[ListIncomingTypedLinksResponse] = service.listIncomingTypedLinks(params).promise().toFuture\n    @inline def listIndexFuture(params: ListIndexRequest): Future[ListIndexResponse] = service.listIndex(params).promise().toFuture\n    @inline def listManagedSchemaArnsFuture(params: ListManagedSchemaArnsRequest): Future[ListManagedSchemaArnsResponse] = service.listManagedSchemaArns(params).promise().toFuture\n    @inline def listObjectAttributesFuture(params: ListObjectAttributesRequest): Future[ListObjectAttributesResponse] = service.listObjectAttributes(params).promise().toFuture\n    @inline def listObjectChildrenFuture(params: ListObjectChildrenRequest): Future[ListObjectChildrenResponse] = service.listObjectChildren(params).promise().toFuture\n    @inline def listObjectParentPathsFuture(params: ListObjectParentPathsRequest): Future[ListObjectParentPathsResponse] = service.listObjectParentPaths(params).promise().toFuture\n    @inline def listObjectParentsFuture(params: ListObjectParentsRequest): Future[ListObjectParentsResponse] = service.listObjectParents(params).promise().toFuture\n    @inline def listObjectPoliciesFuture(params: ListObjectPoliciesRequest): Future[ListObjectPoliciesResponse] = service.listObjectPolicies(params).promise().toFuture\n    @inline def listOutgoingTypedLinksFuture(params: ListOutgoingTypedLinksRequest): Future[ListOutgoingTypedLinksResponse] = service.listOutgoingTypedLinks(params).promise().toFuture\n    @inline def listPolicyAttachmentsFuture(params: ListPolicyAttachmentsRequest): Future[ListPolicyAttachmentsResponse] = service.listPolicyAttachments(params).promise().toFuture\n    @inline def listPublishedSchemaArnsFuture(params: ListPublishedSchemaArnsRequest): Future[ListPublishedSchemaArnsResponse] = service.listPublishedSchemaArns(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTypedLinkFacetAttributesFuture(params: ListTypedLinkFacetAttributesRequest): Future[ListTypedLinkFacetAttributesResponse] = service.listTypedLinkFacetAttributes(params).promise().toFuture\n    @inline def listTypedLinkFacetNamesFuture(params: ListTypedLinkFacetNamesRequest): Future[ListTypedLinkFacetNamesResponse] = service.listTypedLinkFacetNames(params).promise().toFuture\n    @inline def lookupPolicyFuture(params: LookupPolicyRequest): Future[LookupPolicyResponse] = service.lookupPolicy(params).promise().toFuture\n    @inline def publishSchemaFuture(params: PublishSchemaRequest): Future[PublishSchemaResponse] = service.publishSchema(params).promise().toFuture\n    @inline def putSchemaFromJsonFuture(params: PutSchemaFromJsonRequest): Future[PutSchemaFromJsonResponse] = service.putSchemaFromJson(params).promise().toFuture\n    @inline def removeFacetFromObjectFuture(params: RemoveFacetFromObjectRequest): Future[RemoveFacetFromObjectResponse] = service.removeFacetFromObject(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateFacetFuture(params: UpdateFacetRequest): Future[UpdateFacetResponse] = service.updateFacet(params).promise().toFuture\n    @inline def updateLinkAttributesFuture(params: UpdateLinkAttributesRequest): Future[UpdateLinkAttributesResponse] = service.updateLinkAttributes(params).promise().toFuture\n    @inline def updateObjectAttributesFuture(params: UpdateObjectAttributesRequest): Future[UpdateObjectAttributesResponse] = service.updateObjectAttributes(params).promise().toFuture\n    @inline def updateSchemaFuture(params: UpdateSchemaRequest): Future[UpdateSchemaResponse] = service.updateSchema(params).promise().toFuture\n    @inline def updateTypedLinkFacetFuture(params: UpdateTypedLinkFacetRequest): Future[UpdateTypedLinkFacetResponse] = service.updateTypedLinkFacet(params).promise().toFuture\n    @inline def upgradeAppliedSchemaFuture(params: UpgradeAppliedSchemaRequest): Future[UpgradeAppliedSchemaResponse] = service.upgradeAppliedSchema(params).promise().toFuture\n    @inline def upgradePublishedSchemaFuture(params: UpgradePublishedSchemaRequest): Future[UpgradePublishedSchemaResponse] = service.upgradePublishedSchema(params).promise().toFuture\n\n  }\n}\n\npackage clouddirectory {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/clouddirectory\", JSImport.Namespace, \"AWS.CloudDirectory\")\n  class CloudDirectory() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addFacetToObject(params: AddFacetToObjectRequest): Request[AddFacetToObjectResponse] = js.native\n    def applySchema(params: ApplySchemaRequest): Request[ApplySchemaResponse] = js.native\n    def attachObject(params: AttachObjectRequest): Request[AttachObjectResponse] = js.native\n    def attachPolicy(params: AttachPolicyRequest): Request[AttachPolicyResponse] = js.native\n    def attachToIndex(params: AttachToIndexRequest): Request[AttachToIndexResponse] = js.native\n    def attachTypedLink(params: AttachTypedLinkRequest): Request[AttachTypedLinkResponse] = js.native\n    def batchRead(params: BatchReadRequest): Request[BatchReadResponse] = js.native\n    def batchWrite(params: BatchWriteRequest): Request[BatchWriteResponse] = js.native\n    def createDirectory(params: CreateDirectoryRequest): Request[CreateDirectoryResponse] = js.native\n    def createFacet(params: CreateFacetRequest): Request[CreateFacetResponse] = js.native\n    def createIndex(params: CreateIndexRequest): Request[CreateIndexResponse] = js.native\n    def createObject(params: CreateObjectRequest): Request[CreateObjectResponse] = js.native\n    def createSchema(params: CreateSchemaRequest): Request[CreateSchemaResponse] = js.native\n    def createTypedLinkFacet(params: CreateTypedLinkFacetRequest): Request[CreateTypedLinkFacetResponse] = js.native\n    def deleteDirectory(params: DeleteDirectoryRequest): Request[DeleteDirectoryResponse] = js.native\n    def deleteFacet(params: DeleteFacetRequest): Request[DeleteFacetResponse] = js.native\n    def deleteObject(params: DeleteObjectRequest): Request[DeleteObjectResponse] = js.native\n    def deleteSchema(params: DeleteSchemaRequest): Request[DeleteSchemaResponse] = js.native\n    def deleteTypedLinkFacet(params: DeleteTypedLinkFacetRequest): Request[DeleteTypedLinkFacetResponse] = js.native\n    def detachFromIndex(params: DetachFromIndexRequest): Request[DetachFromIndexResponse] = js.native\n    def detachObject(params: DetachObjectRequest): Request[DetachObjectResponse] = js.native\n    def detachPolicy(params: DetachPolicyRequest): Request[DetachPolicyResponse] = js.native\n    def detachTypedLink(params: DetachTypedLinkRequest): Request[js.Object] = js.native\n    def disableDirectory(params: DisableDirectoryRequest): Request[DisableDirectoryResponse] = js.native\n    def enableDirectory(params: EnableDirectoryRequest): Request[EnableDirectoryResponse] = js.native\n    def getAppliedSchemaVersion(params: GetAppliedSchemaVersionRequest): Request[GetAppliedSchemaVersionResponse] = js.native\n    def getDirectory(params: GetDirectoryRequest): Request[GetDirectoryResponse] = js.native\n    def getFacet(params: GetFacetRequest): Request[GetFacetResponse] = js.native\n    def getLinkAttributes(params: GetLinkAttributesRequest): Request[GetLinkAttributesResponse] = js.native\n    def getObjectAttributes(params: GetObjectAttributesRequest): Request[GetObjectAttributesResponse] = js.native\n    def getObjectInformation(params: GetObjectInformationRequest): Request[GetObjectInformationResponse] = js.native\n    def getSchemaAsJson(params: GetSchemaAsJsonRequest): Request[GetSchemaAsJsonResponse] = js.native\n    def getTypedLinkFacetInformation(params: GetTypedLinkFacetInformationRequest): Request[GetTypedLinkFacetInformationResponse] = js.native\n    def listAppliedSchemaArns(params: ListAppliedSchemaArnsRequest): Request[ListAppliedSchemaArnsResponse] = js.native\n    def listAttachedIndices(params: ListAttachedIndicesRequest): Request[ListAttachedIndicesResponse] = js.native\n    def listDevelopmentSchemaArns(params: ListDevelopmentSchemaArnsRequest): Request[ListDevelopmentSchemaArnsResponse] = js.native\n    def listDirectories(params: ListDirectoriesRequest): Request[ListDirectoriesResponse] = js.native\n    def listFacetAttributes(params: ListFacetAttributesRequest): Request[ListFacetAttributesResponse] = js.native\n    def listFacetNames(params: ListFacetNamesRequest): Request[ListFacetNamesResponse] = js.native\n    def listIncomingTypedLinks(params: ListIncomingTypedLinksRequest): Request[ListIncomingTypedLinksResponse] = js.native\n    def listIndex(params: ListIndexRequest): Request[ListIndexResponse] = js.native\n    def listManagedSchemaArns(params: ListManagedSchemaArnsRequest): Request[ListManagedSchemaArnsResponse] = js.native\n    def listObjectAttributes(params: ListObjectAttributesRequest): Request[ListObjectAttributesResponse] = js.native\n    def listObjectChildren(params: ListObjectChildrenRequest): Request[ListObjectChildrenResponse] = js.native\n    def listObjectParentPaths(params: ListObjectParentPathsRequest): Request[ListObjectParentPathsResponse] = js.native\n    def listObjectParents(params: ListObjectParentsRequest): Request[ListObjectParentsResponse] = js.native\n    def listObjectPolicies(params: ListObjectPoliciesRequest): Request[ListObjectPoliciesResponse] = js.native\n    def listOutgoingTypedLinks(params: ListOutgoingTypedLinksRequest): Request[ListOutgoingTypedLinksResponse] = js.native\n    def listPolicyAttachments(params: ListPolicyAttachmentsRequest): Request[ListPolicyAttachmentsResponse] = js.native\n    def listPublishedSchemaArns(params: ListPublishedSchemaArnsRequest): Request[ListPublishedSchemaArnsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTypedLinkFacetAttributes(params: ListTypedLinkFacetAttributesRequest): Request[ListTypedLinkFacetAttributesResponse] = js.native\n    def listTypedLinkFacetNames(params: ListTypedLinkFacetNamesRequest): Request[ListTypedLinkFacetNamesResponse] = js.native\n    def lookupPolicy(params: LookupPolicyRequest): Request[LookupPolicyResponse] = js.native\n    def publishSchema(params: PublishSchemaRequest): Request[PublishSchemaResponse] = js.native\n    def putSchemaFromJson(params: PutSchemaFromJsonRequest): Request[PutSchemaFromJsonResponse] = js.native\n    def removeFacetFromObject(params: RemoveFacetFromObjectRequest): Request[RemoveFacetFromObjectResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateFacet(params: UpdateFacetRequest): Request[UpdateFacetResponse] = js.native\n    def updateLinkAttributes(params: UpdateLinkAttributesRequest): Request[UpdateLinkAttributesResponse] = js.native\n    def updateObjectAttributes(params: UpdateObjectAttributesRequest): Request[UpdateObjectAttributesResponse] = js.native\n    def updateSchema(params: UpdateSchemaRequest): Request[UpdateSchemaResponse] = js.native\n    def updateTypedLinkFacet(params: UpdateTypedLinkFacetRequest): Request[UpdateTypedLinkFacetResponse] = js.native\n    def upgradeAppliedSchema(params: UpgradeAppliedSchemaRequest): Request[UpgradeAppliedSchemaResponse] = js.native\n    def upgradePublishedSchema(params: UpgradePublishedSchemaRequest): Request[UpgradePublishedSchemaResponse] = js.native\n  }\n\n  @js.native\n  trait AddFacetToObjectRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n    var ObjectAttributeList: js.UndefOr[AttributeKeyAndValueList]\n  }\n\n  object AddFacetToObjectRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet,\n        ObjectAttributeList: js.UndefOr[AttributeKeyAndValueList] = js.undefined\n    ): AddFacetToObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n\n      ObjectAttributeList.foreach(__v => __obj.updateDynamic(\"ObjectAttributeList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddFacetToObjectRequest]\n    }\n  }\n\n  @js.native\n  trait AddFacetToObjectResponse extends js.Object\n\n  object AddFacetToObjectResponse {\n    @inline\n    def apply(): AddFacetToObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddFacetToObjectResponse]\n    }\n  }\n\n  @js.native\n  trait ApplySchemaRequest extends js.Object {\n    var DirectoryArn: Arn\n    var PublishedSchemaArn: Arn\n  }\n\n  object ApplySchemaRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        PublishedSchemaArn: Arn\n    ): ApplySchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"PublishedSchemaArn\" -> PublishedSchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ApplySchemaRequest]\n    }\n  }\n\n  @js.native\n  trait ApplySchemaResponse extends js.Object {\n    var AppliedSchemaArn: js.UndefOr[Arn]\n    var DirectoryArn: js.UndefOr[Arn]\n  }\n\n  object ApplySchemaResponse {\n    @inline\n    def apply(\n        AppliedSchemaArn: js.UndefOr[Arn] = js.undefined,\n        DirectoryArn: js.UndefOr[Arn] = js.undefined\n    ): ApplySchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      AppliedSchemaArn.foreach(__v => __obj.updateDynamic(\"AppliedSchemaArn\")(__v.asInstanceOf[js.Any]))\n      DirectoryArn.foreach(__v => __obj.updateDynamic(\"DirectoryArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplySchemaResponse]\n    }\n  }\n\n  @js.native\n  trait AttachObjectRequest extends js.Object {\n    var ChildReference: ObjectReference\n    var DirectoryArn: Arn\n    var LinkName: LinkName\n    var ParentReference: ObjectReference\n  }\n\n  object AttachObjectRequest {\n    @inline\n    def apply(\n        ChildReference: ObjectReference,\n        DirectoryArn: Arn,\n        LinkName: LinkName,\n        ParentReference: ObjectReference\n    ): AttachObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChildReference\" -> ChildReference.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"LinkName\" -> LinkName.asInstanceOf[js.Any],\n        \"ParentReference\" -> ParentReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachObjectRequest]\n    }\n  }\n\n  @js.native\n  trait AttachObjectResponse extends js.Object {\n    var AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object AttachObjectResponse {\n    @inline\n    def apply(\n        AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): AttachObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"AttachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachObjectResponse]\n    }\n  }\n\n  @js.native\n  trait AttachPolicyRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var PolicyReference: ObjectReference\n  }\n\n  object AttachPolicyRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        PolicyReference: ObjectReference\n    ): AttachPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait AttachPolicyResponse extends js.Object\n\n  object AttachPolicyResponse {\n    @inline\n    def apply(): AttachPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AttachPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait AttachToIndexRequest extends js.Object {\n    var DirectoryArn: Arn\n    var IndexReference: ObjectReference\n    var TargetReference: ObjectReference\n  }\n\n  object AttachToIndexRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        IndexReference: ObjectReference,\n        TargetReference: ObjectReference\n    ): AttachToIndexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any],\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachToIndexRequest]\n    }\n  }\n\n  @js.native\n  trait AttachToIndexResponse extends js.Object {\n    var AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object AttachToIndexResponse {\n    @inline\n    def apply(\n        AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): AttachToIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"AttachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachToIndexResponse]\n    }\n  }\n\n  @js.native\n  trait AttachTypedLinkRequest extends js.Object {\n    var Attributes: AttributeNameAndValueList\n    var DirectoryArn: Arn\n    var SourceObjectReference: ObjectReference\n    var TargetObjectReference: ObjectReference\n    var TypedLinkFacet: TypedLinkSchemaAndFacetName\n  }\n\n  object AttachTypedLinkRequest {\n    @inline\n    def apply(\n        Attributes: AttributeNameAndValueList,\n        DirectoryArn: Arn,\n        SourceObjectReference: ObjectReference,\n        TargetObjectReference: ObjectReference,\n        TypedLinkFacet: TypedLinkSchemaAndFacetName\n    ): AttachTypedLinkRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"SourceObjectReference\" -> SourceObjectReference.asInstanceOf[js.Any],\n        \"TargetObjectReference\" -> TargetObjectReference.asInstanceOf[js.Any],\n        \"TypedLinkFacet\" -> TypedLinkFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachTypedLinkRequest]\n    }\n  }\n\n  @js.native\n  trait AttachTypedLinkResponse extends js.Object {\n    var TypedLinkSpecifier: js.UndefOr[TypedLinkSpecifier]\n  }\n\n  object AttachTypedLinkResponse {\n    @inline\n    def apply(\n        TypedLinkSpecifier: js.UndefOr[TypedLinkSpecifier] = js.undefined\n    ): AttachTypedLinkResponse = {\n      val __obj = js.Dynamic.literal()\n      TypedLinkSpecifier.foreach(__v => __obj.updateDynamic(\"TypedLinkSpecifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachTypedLinkResponse]\n    }\n  }\n\n  \/** A unique identifier for an attribute.\n    *\/\n  @js.native\n  trait AttributeKey extends js.Object {\n    var FacetName: FacetName\n    var Name: AttributeName\n    var SchemaArn: Arn\n  }\n\n  object AttributeKey {\n    @inline\n    def apply(\n        FacetName: FacetName,\n        Name: AttributeName,\n        SchemaArn: Arn\n    ): AttributeKey = {\n      val __obj = js.Dynamic.literal(\n        \"FacetName\" -> FacetName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttributeKey]\n    }\n  }\n\n  \/** The combination of an attribute key and an attribute value.\n    *\/\n  @js.native\n  trait AttributeKeyAndValue extends js.Object {\n    var Key: AttributeKey\n    var Value: TypedAttributeValue\n  }\n\n  object AttributeKeyAndValue {\n    @inline\n    def apply(\n        Key: AttributeKey,\n        Value: TypedAttributeValue\n    ): AttributeKeyAndValue = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttributeKeyAndValue]\n    }\n  }\n\n  \/** Identifies the attribute name and value for a typed link.\n    *\/\n  @js.native\n  trait AttributeNameAndValue extends js.Object {\n    var AttributeName: AttributeName\n    var Value: TypedAttributeValue\n  }\n\n  object AttributeNameAndValue {\n    @inline\n    def apply(\n        AttributeName: AttributeName,\n        Value: TypedAttributeValue\n    ): AttributeNameAndValue = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttributeNameAndValue]\n    }\n  }\n\n  \/** Represents the output of a batch add facet to object operation.\n    *\/\n  @js.native\n  trait BatchAddFacetToObject extends js.Object {\n    var ObjectAttributeList: AttributeKeyAndValueList\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n  }\n\n  object BatchAddFacetToObject {\n    @inline\n    def apply(\n        ObjectAttributeList: AttributeKeyAndValueList,\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet\n    ): BatchAddFacetToObject = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectAttributeList\" -> ObjectAttributeList.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAddFacetToObject]\n    }\n  }\n\n  \/** The result of a batch add facet to object operation.\n    *\/\n  @js.native\n  trait BatchAddFacetToObjectResponse extends js.Object\n\n  object BatchAddFacetToObjectResponse {\n    @inline\n    def apply(): BatchAddFacetToObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchAddFacetToObjectResponse]\n    }\n  }\n\n  \/** Represents the output of an <a>AttachObject<\/a> operation.\n    *\/\n  @js.native\n  trait BatchAttachObject extends js.Object {\n    var ChildReference: ObjectReference\n    var LinkName: LinkName\n    var ParentReference: ObjectReference\n  }\n\n  object BatchAttachObject {\n    @inline\n    def apply(\n        ChildReference: ObjectReference,\n        LinkName: LinkName,\n        ParentReference: ObjectReference\n    ): BatchAttachObject = {\n      val __obj = js.Dynamic.literal(\n        \"ChildReference\" -> ChildReference.asInstanceOf[js.Any],\n        \"LinkName\" -> LinkName.asInstanceOf[js.Any],\n        \"ParentReference\" -> ParentReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAttachObject]\n    }\n  }\n\n  \/** Represents the output batch <a>AttachObject<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchAttachObjectResponse extends js.Object {\n    var attachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchAttachObjectResponse {\n    @inline\n    def apply(\n        attachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchAttachObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      attachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"attachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchAttachObjectResponse]\n    }\n  }\n\n  \/** Attaches a policy object to a regular object inside a <a>BatchRead<\/a> operation.\u00a0For more information, see <a>AttachPolicy<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchAttachPolicy extends js.Object {\n    var ObjectReference: ObjectReference\n    var PolicyReference: ObjectReference\n  }\n\n  object BatchAttachPolicy {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        PolicyReference: ObjectReference\n    ): BatchAttachPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAttachPolicy]\n    }\n  }\n\n  \/** Represents the output of an <a>AttachPolicy<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchAttachPolicyResponse extends js.Object\n\n  object BatchAttachPolicyResponse {\n    @inline\n    def apply(): BatchAttachPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchAttachPolicyResponse]\n    }\n  }\n\n  \/** Attaches the specified object to the specified index inside a <a>BatchRead<\/a> operation. For more information, see <a>AttachToIndex<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchAttachToIndex extends js.Object {\n    var IndexReference: ObjectReference\n    var TargetReference: ObjectReference\n  }\n\n  object BatchAttachToIndex {\n    @inline\n    def apply(\n        IndexReference: ObjectReference,\n        TargetReference: ObjectReference\n    ): BatchAttachToIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any],\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAttachToIndex]\n    }\n  }\n\n  \/** Represents the output of a <a>AttachToIndex<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchAttachToIndexResponse extends js.Object {\n    var AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchAttachToIndexResponse {\n    @inline\n    def apply(\n        AttachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchAttachToIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"AttachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchAttachToIndexResponse]\n    }\n  }\n\n  \/** Attaches a typed link to a specified source and target object inside a <a>BatchRead<\/a> operation. For more information, see <a>AttachTypedLink<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchAttachTypedLink extends js.Object {\n    var Attributes: AttributeNameAndValueList\n    var SourceObjectReference: ObjectReference\n    var TargetObjectReference: ObjectReference\n    var TypedLinkFacet: TypedLinkSchemaAndFacetName\n  }\n\n  object BatchAttachTypedLink {\n    @inline\n    def apply(\n        Attributes: AttributeNameAndValueList,\n        SourceObjectReference: ObjectReference,\n        TargetObjectReference: ObjectReference,\n        TypedLinkFacet: TypedLinkSchemaAndFacetName\n    ): BatchAttachTypedLink = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"SourceObjectReference\" -> SourceObjectReference.asInstanceOf[js.Any],\n        \"TargetObjectReference\" -> TargetObjectReference.asInstanceOf[js.Any],\n        \"TypedLinkFacet\" -> TypedLinkFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAttachTypedLink]\n    }\n  }\n\n  \/** Represents the output of a <a>AttachTypedLink<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchAttachTypedLinkResponse extends js.Object {\n    var TypedLinkSpecifier: js.UndefOr[TypedLinkSpecifier]\n  }\n\n  object BatchAttachTypedLinkResponse {\n    @inline\n    def apply(\n        TypedLinkSpecifier: js.UndefOr[TypedLinkSpecifier] = js.undefined\n    ): BatchAttachTypedLinkResponse = {\n      val __obj = js.Dynamic.literal()\n      TypedLinkSpecifier.foreach(__v => __obj.updateDynamic(\"TypedLinkSpecifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchAttachTypedLinkResponse]\n    }\n  }\n\n  \/** Creates an index object inside of a <a>BatchRead<\/a> operation. For more information, see <a>CreateIndex<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchCreateIndex extends js.Object {\n    var IsUnique: Boolean\n    var OrderedIndexedAttributeList: AttributeKeyList\n    var BatchReferenceName: js.UndefOr[BatchReferenceName]\n    var LinkName: js.UndefOr[LinkName]\n    var ParentReference: js.UndefOr[ObjectReference]\n  }\n\n  object BatchCreateIndex {\n    @inline\n    def apply(\n        IsUnique: Boolean,\n        OrderedIndexedAttributeList: AttributeKeyList,\n        BatchReferenceName: js.UndefOr[BatchReferenceName] = js.undefined,\n        LinkName: js.UndefOr[LinkName] = js.undefined,\n        ParentReference: js.UndefOr[ObjectReference] = js.undefined\n    ): BatchCreateIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IsUnique\" -> IsUnique.asInstanceOf[js.Any],\n        \"OrderedIndexedAttributeList\" -> OrderedIndexedAttributeList.asInstanceOf[js.Any]\n      )\n\n      BatchReferenceName.foreach(__v => __obj.updateDynamic(\"BatchReferenceName\")(__v.asInstanceOf[js.Any]))\n      LinkName.foreach(__v => __obj.updateDynamic(\"LinkName\")(__v.asInstanceOf[js.Any]))\n      ParentReference.foreach(__v => __obj.updateDynamic(\"ParentReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateIndex]\n    }\n  }\n\n  \/** Represents the output of a <a>CreateIndex<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchCreateIndexResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchCreateIndexResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchCreateIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateIndexResponse]\n    }\n  }\n\n  \/** Represents the output of a <a>CreateObject<\/a> operation.\n    *\/\n  @js.native\n  trait BatchCreateObject extends js.Object {\n    var ObjectAttributeList: AttributeKeyAndValueList\n    var SchemaFacet: SchemaFacetList\n    var BatchReferenceName: js.UndefOr[BatchReferenceName]\n    var LinkName: js.UndefOr[LinkName]\n    var ParentReference: js.UndefOr[ObjectReference]\n  }\n\n  object BatchCreateObject {\n    @inline\n    def apply(\n        ObjectAttributeList: AttributeKeyAndValueList,\n        SchemaFacet: SchemaFacetList,\n        BatchReferenceName: js.UndefOr[BatchReferenceName] = js.undefined,\n        LinkName: js.UndefOr[LinkName] = js.undefined,\n        ParentReference: js.UndefOr[ObjectReference] = js.undefined\n    ): BatchCreateObject = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectAttributeList\" -> ObjectAttributeList.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n\n      BatchReferenceName.foreach(__v => __obj.updateDynamic(\"BatchReferenceName\")(__v.asInstanceOf[js.Any]))\n      LinkName.foreach(__v => __obj.updateDynamic(\"LinkName\")(__v.asInstanceOf[js.Any]))\n      ParentReference.foreach(__v => __obj.updateDynamic(\"ParentReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateObject]\n    }\n  }\n\n  \/** Represents the output of a <a>CreateObject<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchCreateObjectResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchCreateObjectResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchCreateObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateObjectResponse]\n    }\n  }\n\n  \/** Represents the output of a <a>DeleteObject<\/a> operation.\n    *\/\n  @js.native\n  trait BatchDeleteObject extends js.Object {\n    var ObjectReference: ObjectReference\n  }\n\n  object BatchDeleteObject {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference\n    ): BatchDeleteObject = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDeleteObject]\n    }\n  }\n\n  \/** Represents the output of a <a>DeleteObject<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchDeleteObjectResponse extends js.Object\n\n  object BatchDeleteObjectResponse {\n    @inline\n    def apply(): BatchDeleteObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchDeleteObjectResponse]\n    }\n  }\n\n  \/** Detaches the specified object from the specified index inside a <a>BatchRead<\/a> operation. For more information, see <a>DetachFromIndex<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchDetachFromIndex extends js.Object {\n    var IndexReference: ObjectReference\n    var TargetReference: ObjectReference\n  }\n\n  object BatchDetachFromIndex {\n    @inline\n    def apply(\n        IndexReference: ObjectReference,\n        TargetReference: ObjectReference\n    ): BatchDetachFromIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any],\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetachFromIndex]\n    }\n  }\n\n  \/** Represents the output of a <a>DetachFromIndex<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchDetachFromIndexResponse extends js.Object {\n    var DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchDetachFromIndexResponse {\n    @inline\n    def apply(\n        DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchDetachFromIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      DetachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"DetachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetachFromIndexResponse]\n    }\n  }\n\n  \/** Represents the output of a <a>DetachObject<\/a> operation.\n    *\/\n  @js.native\n  trait BatchDetachObject extends js.Object {\n    var LinkName: LinkName\n    var ParentReference: ObjectReference\n    var BatchReferenceName: js.UndefOr[BatchReferenceName]\n  }\n\n  object BatchDetachObject {\n    @inline\n    def apply(\n        LinkName: LinkName,\n        ParentReference: ObjectReference,\n        BatchReferenceName: js.UndefOr[BatchReferenceName] = js.undefined\n    ): BatchDetachObject = {\n      val __obj = js.Dynamic.literal(\n        \"LinkName\" -> LinkName.asInstanceOf[js.Any],\n        \"ParentReference\" -> ParentReference.asInstanceOf[js.Any]\n      )\n\n      BatchReferenceName.foreach(__v => __obj.updateDynamic(\"BatchReferenceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetachObject]\n    }\n  }\n\n  \/** Represents the output of a <a>DetachObject<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchDetachObjectResponse extends js.Object {\n    var detachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchDetachObjectResponse {\n    @inline\n    def apply(\n        detachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchDetachObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      detachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"detachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDetachObjectResponse]\n    }\n  }\n\n  \/** Detaches the specified policy from the specified directory inside a <a>BatchWrite<\/a> operation. For more information, see <a>DetachPolicy<\/a> and [[BatchWriteRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchDetachPolicy extends js.Object {\n    var ObjectReference: ObjectReference\n    var PolicyReference: ObjectReference\n  }\n\n  object BatchDetachPolicy {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        PolicyReference: ObjectReference\n    ): BatchDetachPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetachPolicy]\n    }\n  }\n\n  \/** Represents the output of a <a>DetachPolicy<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchDetachPolicyResponse extends js.Object\n\n  object BatchDetachPolicyResponse {\n    @inline\n    def apply(): BatchDetachPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchDetachPolicyResponse]\n    }\n  }\n\n  \/** Detaches a typed link from a specified source and target object inside a <a>BatchRead<\/a> operation. For more information, see <a>DetachTypedLink<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchDetachTypedLink extends js.Object {\n    var TypedLinkSpecifier: TypedLinkSpecifier\n  }\n\n  object BatchDetachTypedLink {\n    @inline\n    def apply(\n        TypedLinkSpecifier: TypedLinkSpecifier\n    ): BatchDetachTypedLink = {\n      val __obj = js.Dynamic.literal(\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDetachTypedLink]\n    }\n  }\n\n  \/** Represents the output of a <a>DetachTypedLink<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchDetachTypedLinkResponse extends js.Object\n\n  object BatchDetachTypedLinkResponse {\n    @inline\n    def apply(): BatchDetachTypedLinkResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchDetachTypedLinkResponse]\n    }\n  }\n\n  \/** Retrieves attributes that are associated with a typed link inside a <a>BatchRead<\/a> operation. For more information, see <a>GetLinkAttributes<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchGetLinkAttributes extends js.Object {\n    var AttributeNames: AttributeNameList\n    var TypedLinkSpecifier: TypedLinkSpecifier\n  }\n\n  object BatchGetLinkAttributes {\n    @inline\n    def apply(\n        AttributeNames: AttributeNameList,\n        TypedLinkSpecifier: TypedLinkSpecifier\n    ): BatchGetLinkAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeNames\" -> AttributeNames.asInstanceOf[js.Any],\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetLinkAttributes]\n    }\n  }\n\n  \/** Represents the output of a <a>GetLinkAttributes<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchGetLinkAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n  }\n\n  object BatchGetLinkAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined\n    ): BatchGetLinkAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetLinkAttributesResponse]\n    }\n  }\n\n  \/** Retrieves attributes within a facet that are associated with an object inside an <a>BatchRead<\/a> operation. For more information, see <a>GetObjectAttributes<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchGetObjectAttributes extends js.Object {\n    var AttributeNames: AttributeNameList\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n  }\n\n  object BatchGetObjectAttributes {\n    @inline\n    def apply(\n        AttributeNames: AttributeNameList,\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet\n    ): BatchGetObjectAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeNames\" -> AttributeNames.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetObjectAttributes]\n    }\n  }\n\n  \/** Represents the output of a <a>GetObjectAttributes<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchGetObjectAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n  }\n\n  object BatchGetObjectAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined\n    ): BatchGetObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetObjectAttributesResponse]\n    }\n  }\n\n  \/** Retrieves metadata about an object inside a <a>BatchRead<\/a> operation. For more information, see <a>GetObjectInformation<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchGetObjectInformation extends js.Object {\n    var ObjectReference: ObjectReference\n  }\n\n  object BatchGetObjectInformation {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference\n    ): BatchGetObjectInformation = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetObjectInformation]\n    }\n  }\n\n  \/** Represents the output of a <a>GetObjectInformation<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchGetObjectInformationResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n    var SchemaFacets: js.UndefOr[SchemaFacetList]\n  }\n\n  object BatchGetObjectInformationResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined,\n        SchemaFacets: js.UndefOr[SchemaFacetList] = js.undefined\n    ): BatchGetObjectInformationResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      SchemaFacets.foreach(__v => __obj.updateDynamic(\"SchemaFacets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetObjectInformationResponse]\n    }\n  }\n\n  \/** Lists indices attached to an object inside a <a>BatchRead<\/a> operation. For more information, see <a>ListAttachedIndices<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListAttachedIndices extends js.Object {\n    var TargetReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListAttachedIndices {\n    @inline\n    def apply(\n        TargetReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListAttachedIndices = {\n      val __obj = js.Dynamic.literal(\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListAttachedIndices]\n    }\n  }\n\n  \/** Represents the output of a <a>ListAttachedIndices<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListAttachedIndicesResponse extends js.Object {\n    var IndexAttachments: js.UndefOr[IndexAttachmentList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListAttachedIndicesResponse {\n    @inline\n    def apply(\n        IndexAttachments: js.UndefOr[IndexAttachmentList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListAttachedIndicesResponse = {\n      val __obj = js.Dynamic.literal()\n      IndexAttachments.foreach(__v => __obj.updateDynamic(\"IndexAttachments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListAttachedIndicesResponse]\n    }\n  }\n\n  \/** Returns a paginated list of all the incoming <a>TypedLinkSpecifier<\/a> information for an object inside a <a>BatchRead<\/a> operation. For more information, see <a>ListIncomingTypedLinks<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListIncomingTypedLinks extends js.Object {\n    var ObjectReference: ObjectReference\n    var FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList]\n    var FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListIncomingTypedLinks {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList] = js.undefined,\n        FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListIncomingTypedLinks = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      FilterAttributeRanges.foreach(__v => __obj.updateDynamic(\"FilterAttributeRanges\")(__v.asInstanceOf[js.Any]))\n      FilterTypedLink.foreach(__v => __obj.updateDynamic(\"FilterTypedLink\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListIncomingTypedLinks]\n    }\n  }\n\n  \/** Represents the output of a <a>ListIncomingTypedLinks<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListIncomingTypedLinksResponse extends js.Object {\n    var LinkSpecifiers: js.UndefOr[TypedLinkSpecifierList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListIncomingTypedLinksResponse {\n    @inline\n    def apply(\n        LinkSpecifiers: js.UndefOr[TypedLinkSpecifierList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListIncomingTypedLinksResponse = {\n      val __obj = js.Dynamic.literal()\n      LinkSpecifiers.foreach(__v => __obj.updateDynamic(\"LinkSpecifiers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListIncomingTypedLinksResponse]\n    }\n  }\n\n  \/** Lists objects attached to the specified index inside a <a>BatchRead<\/a> operation. For more information, see <a>ListIndex<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListIndex extends js.Object {\n    var IndexReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var RangesOnIndexedValues: js.UndefOr[ObjectAttributeRangeList]\n  }\n\n  object BatchListIndex {\n    @inline\n    def apply(\n        IndexReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RangesOnIndexedValues: js.UndefOr[ObjectAttributeRangeList] = js.undefined\n    ): BatchListIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RangesOnIndexedValues.foreach(__v => __obj.updateDynamic(\"RangesOnIndexedValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListIndex]\n    }\n  }\n\n  \/** Represents the output of a <a>ListIndex<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListIndexResponse extends js.Object {\n    var IndexAttachments: js.UndefOr[IndexAttachmentList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListIndexResponse {\n    @inline\n    def apply(\n        IndexAttachments: js.UndefOr[IndexAttachmentList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      IndexAttachments.foreach(__v => __obj.updateDynamic(\"IndexAttachments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListIndexResponse]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectAttributes<\/a> operation.\n    *\/\n  @js.native\n  trait BatchListObjectAttributes extends js.Object {\n    var ObjectReference: ObjectReference\n    var FacetFilter: js.UndefOr[SchemaFacet]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectAttributes {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        FacetFilter: js.UndefOr[SchemaFacet] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      FacetFilter.foreach(__v => __obj.updateDynamic(\"FacetFilter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectAttributes]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectAttributes<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListObjectAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectAttributesResponse]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectChildren<\/a> operation.\n    *\/\n  @js.native\n  trait BatchListObjectChildren extends js.Object {\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectChildren {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectChildren = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectChildren]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectChildren<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListObjectChildrenResponse extends js.Object {\n    var Children: js.UndefOr[LinkNameToObjectIdentifierMap]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectChildrenResponse {\n    @inline\n    def apply(\n        Children: js.UndefOr[LinkNameToObjectIdentifierMap] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectChildrenResponse = {\n      val __obj = js.Dynamic.literal()\n      Children.foreach(__v => __obj.updateDynamic(\"Children\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectChildrenResponse]\n    }\n  }\n\n  \/** Retrieves all available parent paths for any object type such as node, leaf node, policy node, and index node objects inside a <a>BatchRead<\/a> operation. For more information, see <a>ListObjectParentPaths<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListObjectParentPaths extends js.Object {\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectParentPaths {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectParentPaths = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectParentPaths]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectParentPaths<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListObjectParentPathsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PathToObjectIdentifiersList: js.UndefOr[PathToObjectIdentifiersList]\n  }\n\n  object BatchListObjectParentPathsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PathToObjectIdentifiersList: js.UndefOr[PathToObjectIdentifiersList] = js.undefined\n    ): BatchListObjectParentPathsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PathToObjectIdentifiersList.foreach(__v => __obj.updateDynamic(\"PathToObjectIdentifiersList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectParentPathsResponse]\n    }\n  }\n\n  @js.native\n  trait BatchListObjectParents extends js.Object {\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectParents {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectParents = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectParents]\n    }\n  }\n\n  @js.native\n  trait BatchListObjectParentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ParentLinks: js.UndefOr[ObjectIdentifierAndLinkNameList]\n  }\n\n  object BatchListObjectParentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ParentLinks: js.UndefOr[ObjectIdentifierAndLinkNameList] = js.undefined\n    ): BatchListObjectParentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParentLinks.foreach(__v => __obj.updateDynamic(\"ParentLinks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectParentsResponse]\n    }\n  }\n\n  \/** Returns policies attached to an object in pagination fashion inside a <a>BatchRead<\/a> operation. For more information, see <a>ListObjectPolicies<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListObjectPolicies extends js.Object {\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectPolicies {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectPolicies = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectPolicies]\n    }\n  }\n\n  \/** Represents the output of a <a>ListObjectPolicies<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListObjectPoliciesResponse extends js.Object {\n    var AttachedPolicyIds: js.UndefOr[ObjectIdentifierList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListObjectPoliciesResponse {\n    @inline\n    def apply(\n        AttachedPolicyIds: js.UndefOr[ObjectIdentifierList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListObjectPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedPolicyIds.foreach(__v => __obj.updateDynamic(\"AttachedPolicyIds\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListObjectPoliciesResponse]\n    }\n  }\n\n  \/** Returns a paginated list of all the outgoing <a>TypedLinkSpecifier<\/a> information for an object inside a <a>BatchRead<\/a> operation. For more information, see <a>ListOutgoingTypedLinks<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListOutgoingTypedLinks extends js.Object {\n    var ObjectReference: ObjectReference\n    var FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList]\n    var FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListOutgoingTypedLinks {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList] = js.undefined,\n        FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListOutgoingTypedLinks = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      FilterAttributeRanges.foreach(__v => __obj.updateDynamic(\"FilterAttributeRanges\")(__v.asInstanceOf[js.Any]))\n      FilterTypedLink.foreach(__v => __obj.updateDynamic(\"FilterTypedLink\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListOutgoingTypedLinks]\n    }\n  }\n\n  \/** Represents the output of a <a>ListOutgoingTypedLinks<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListOutgoingTypedLinksResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TypedLinkSpecifiers: js.UndefOr[TypedLinkSpecifierList]\n  }\n\n  object BatchListOutgoingTypedLinksResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TypedLinkSpecifiers: js.UndefOr[TypedLinkSpecifierList] = js.undefined\n    ): BatchListOutgoingTypedLinksResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TypedLinkSpecifiers.foreach(__v => __obj.updateDynamic(\"TypedLinkSpecifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListOutgoingTypedLinksResponse]\n    }\n  }\n\n  \/** Returns all of the <code>ObjectIdentifiers<\/code> to which a given policy is attached inside a <a>BatchRead<\/a> operation. For more information, see <a>ListPolicyAttachments<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchListPolicyAttachments extends js.Object {\n    var PolicyReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchListPolicyAttachments {\n    @inline\n    def apply(\n        PolicyReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchListPolicyAttachments = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListPolicyAttachments]\n    }\n  }\n\n  \/** Represents the output of a <a>ListPolicyAttachments<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchListPolicyAttachmentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ObjectIdentifiers: js.UndefOr[ObjectIdentifierList]\n  }\n\n  object BatchListPolicyAttachmentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ObjectIdentifiers: js.UndefOr[ObjectIdentifierList] = js.undefined\n    ): BatchListPolicyAttachmentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ObjectIdentifiers.foreach(__v => __obj.updateDynamic(\"ObjectIdentifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchListPolicyAttachmentsResponse]\n    }\n  }\n\n  \/** Lists all policies from the root of the Directory to the object specified inside a <a>BatchRead<\/a> operation. For more information, see <a>LookupPolicy<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchLookupPolicy extends js.Object {\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchLookupPolicy {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchLookupPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchLookupPolicy]\n    }\n  }\n\n  \/** Represents the output of a <a>LookupPolicy<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchLookupPolicyResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PolicyToPathList: js.UndefOr[PolicyToPathList]\n  }\n\n  object BatchLookupPolicyResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PolicyToPathList: js.UndefOr[PolicyToPathList] = js.undefined\n    ): BatchLookupPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PolicyToPathList.foreach(__v => __obj.updateDynamic(\"PolicyToPathList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchLookupPolicyResponse]\n    }\n  }\n\n  \/** The batch read exception structure, which contains the exception type and message.\n    *\/\n  @js.native\n  trait BatchReadException extends js.Object {\n    var Message: js.UndefOr[ExceptionMessage]\n    var Type: js.UndefOr[BatchReadExceptionType]\n  }\n\n  object BatchReadException {\n    @inline\n    def apply(\n        Message: js.UndefOr[ExceptionMessage] = js.undefined,\n        Type: js.UndefOr[BatchReadExceptionType] = js.undefined\n    ): BatchReadException = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadException]\n    }\n  }\n\n  @js.native\n  sealed trait BatchReadExceptionType extends js.Any\n  object BatchReadExceptionType {\n    val ValidationException = \"ValidationException\".asInstanceOf[BatchReadExceptionType]\n    val InvalidArnException = \"InvalidArnException\".asInstanceOf[BatchReadExceptionType]\n    val ResourceNotFoundException = \"ResourceNotFoundException\".asInstanceOf[BatchReadExceptionType]\n    val InvalidNextTokenException = \"InvalidNextTokenException\".asInstanceOf[BatchReadExceptionType]\n    val AccessDeniedException = \"AccessDeniedException\".asInstanceOf[BatchReadExceptionType]\n    val NotNodeException = \"NotNodeException\".asInstanceOf[BatchReadExceptionType]\n    val FacetValidationException = \"FacetValidationException\".asInstanceOf[BatchReadExceptionType]\n    val CannotListParentOfRootException = \"CannotListParentOfRootException\".asInstanceOf[BatchReadExceptionType]\n    val NotIndexException = \"NotIndexException\".asInstanceOf[BatchReadExceptionType]\n    val NotPolicyException = \"NotPolicyException\".asInstanceOf[BatchReadExceptionType]\n    val DirectoryNotEnabledException = \"DirectoryNotEnabledException\".asInstanceOf[BatchReadExceptionType]\n    val LimitExceededException = \"LimitExceededException\".asInstanceOf[BatchReadExceptionType]\n    val InternalServiceException = \"InternalServiceException\".asInstanceOf[BatchReadExceptionType]\n\n    @inline def values = js.Array(\n      ValidationException,\n      InvalidArnException,\n      ResourceNotFoundException,\n      InvalidNextTokenException,\n      AccessDeniedException,\n      NotNodeException,\n      FacetValidationException,\n      CannotListParentOfRootException,\n      NotIndexException,\n      NotPolicyException,\n      DirectoryNotEnabledException,\n      LimitExceededException,\n      InternalServiceException\n    )\n  }\n\n  \/** Represents the output of a <code>BatchRead<\/code> operation.\n    *\/\n  @js.native\n  trait BatchReadOperation extends js.Object {\n    var GetLinkAttributes: js.UndefOr[BatchGetLinkAttributes]\n    var GetObjectAttributes: js.UndefOr[BatchGetObjectAttributes]\n    var GetObjectInformation: js.UndefOr[BatchGetObjectInformation]\n    var ListAttachedIndices: js.UndefOr[BatchListAttachedIndices]\n    var ListIncomingTypedLinks: js.UndefOr[BatchListIncomingTypedLinks]\n    var ListIndex: js.UndefOr[BatchListIndex]\n    var ListObjectAttributes: js.UndefOr[BatchListObjectAttributes]\n    var ListObjectChildren: js.UndefOr[BatchListObjectChildren]\n    var ListObjectParentPaths: js.UndefOr[BatchListObjectParentPaths]\n    var ListObjectParents: js.UndefOr[BatchListObjectParents]\n    var ListObjectPolicies: js.UndefOr[BatchListObjectPolicies]\n    var ListOutgoingTypedLinks: js.UndefOr[BatchListOutgoingTypedLinks]\n    var ListPolicyAttachments: js.UndefOr[BatchListPolicyAttachments]\n    var LookupPolicy: js.UndefOr[BatchLookupPolicy]\n  }\n\n  object BatchReadOperation {\n    @inline\n    def apply(\n        GetLinkAttributes: js.UndefOr[BatchGetLinkAttributes] = js.undefined,\n        GetObjectAttributes: js.UndefOr[BatchGetObjectAttributes] = js.undefined,\n        GetObjectInformation: js.UndefOr[BatchGetObjectInformation] = js.undefined,\n        ListAttachedIndices: js.UndefOr[BatchListAttachedIndices] = js.undefined,\n        ListIncomingTypedLinks: js.UndefOr[BatchListIncomingTypedLinks] = js.undefined,\n        ListIndex: js.UndefOr[BatchListIndex] = js.undefined,\n        ListObjectAttributes: js.UndefOr[BatchListObjectAttributes] = js.undefined,\n        ListObjectChildren: js.UndefOr[BatchListObjectChildren] = js.undefined,\n        ListObjectParentPaths: js.UndefOr[BatchListObjectParentPaths] = js.undefined,\n        ListObjectParents: js.UndefOr[BatchListObjectParents] = js.undefined,\n        ListObjectPolicies: js.UndefOr[BatchListObjectPolicies] = js.undefined,\n        ListOutgoingTypedLinks: js.UndefOr[BatchListOutgoingTypedLinks] = js.undefined,\n        ListPolicyAttachments: js.UndefOr[BatchListPolicyAttachments] = js.undefined,\n        LookupPolicy: js.UndefOr[BatchLookupPolicy] = js.undefined\n    ): BatchReadOperation = {\n      val __obj = js.Dynamic.literal()\n      GetLinkAttributes.foreach(__v => __obj.updateDynamic(\"GetLinkAttributes\")(__v.asInstanceOf[js.Any]))\n      GetObjectAttributes.foreach(__v => __obj.updateDynamic(\"GetObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      GetObjectInformation.foreach(__v => __obj.updateDynamic(\"GetObjectInformation\")(__v.asInstanceOf[js.Any]))\n      ListAttachedIndices.foreach(__v => __obj.updateDynamic(\"ListAttachedIndices\")(__v.asInstanceOf[js.Any]))\n      ListIncomingTypedLinks.foreach(__v => __obj.updateDynamic(\"ListIncomingTypedLinks\")(__v.asInstanceOf[js.Any]))\n      ListIndex.foreach(__v => __obj.updateDynamic(\"ListIndex\")(__v.asInstanceOf[js.Any]))\n      ListObjectAttributes.foreach(__v => __obj.updateDynamic(\"ListObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      ListObjectChildren.foreach(__v => __obj.updateDynamic(\"ListObjectChildren\")(__v.asInstanceOf[js.Any]))\n      ListObjectParentPaths.foreach(__v => __obj.updateDynamic(\"ListObjectParentPaths\")(__v.asInstanceOf[js.Any]))\n      ListObjectParents.foreach(__v => __obj.updateDynamic(\"ListObjectParents\")(__v.asInstanceOf[js.Any]))\n      ListObjectPolicies.foreach(__v => __obj.updateDynamic(\"ListObjectPolicies\")(__v.asInstanceOf[js.Any]))\n      ListOutgoingTypedLinks.foreach(__v => __obj.updateDynamic(\"ListOutgoingTypedLinks\")(__v.asInstanceOf[js.Any]))\n      ListPolicyAttachments.foreach(__v => __obj.updateDynamic(\"ListPolicyAttachments\")(__v.asInstanceOf[js.Any]))\n      LookupPolicy.foreach(__v => __obj.updateDynamic(\"LookupPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadOperation]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchRead<\/code> response operation.\n    *\/\n  @js.native\n  trait BatchReadOperationResponse extends js.Object {\n    var ExceptionResponse: js.UndefOr[BatchReadException]\n    var SuccessfulResponse: js.UndefOr[BatchReadSuccessfulResponse]\n  }\n\n  object BatchReadOperationResponse {\n    @inline\n    def apply(\n        ExceptionResponse: js.UndefOr[BatchReadException] = js.undefined,\n        SuccessfulResponse: js.UndefOr[BatchReadSuccessfulResponse] = js.undefined\n    ): BatchReadOperationResponse = {\n      val __obj = js.Dynamic.literal()\n      ExceptionResponse.foreach(__v => __obj.updateDynamic(\"ExceptionResponse\")(__v.asInstanceOf[js.Any]))\n      SuccessfulResponse.foreach(__v => __obj.updateDynamic(\"SuccessfulResponse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadOperationResponse]\n    }\n  }\n\n  @js.native\n  trait BatchReadRequest extends js.Object {\n    var DirectoryArn: Arn\n    var Operations: BatchReadOperationList\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n  }\n\n  object BatchReadRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        Operations: BatchReadOperationList,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined\n    ): BatchReadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"Operations\" -> Operations.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadRequest]\n    }\n  }\n\n  @js.native\n  trait BatchReadResponse extends js.Object {\n    var Responses: js.UndefOr[BatchReadOperationResponseList]\n  }\n\n  object BatchReadResponse {\n    @inline\n    def apply(\n        Responses: js.UndefOr[BatchReadOperationResponseList] = js.undefined\n    ): BatchReadResponse = {\n      val __obj = js.Dynamic.literal()\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadResponse]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchRead<\/code> success response operation.\n    *\/\n  @js.native\n  trait BatchReadSuccessfulResponse extends js.Object {\n    var GetLinkAttributes: js.UndefOr[BatchGetLinkAttributesResponse]\n    var GetObjectAttributes: js.UndefOr[BatchGetObjectAttributesResponse]\n    var GetObjectInformation: js.UndefOr[BatchGetObjectInformationResponse]\n    var ListAttachedIndices: js.UndefOr[BatchListAttachedIndicesResponse]\n    var ListIncomingTypedLinks: js.UndefOr[BatchListIncomingTypedLinksResponse]\n    var ListIndex: js.UndefOr[BatchListIndexResponse]\n    var ListObjectAttributes: js.UndefOr[BatchListObjectAttributesResponse]\n    var ListObjectChildren: js.UndefOr[BatchListObjectChildrenResponse]\n    var ListObjectParentPaths: js.UndefOr[BatchListObjectParentPathsResponse]\n    var ListObjectParents: js.UndefOr[BatchListObjectParentsResponse]\n    var ListObjectPolicies: js.UndefOr[BatchListObjectPoliciesResponse]\n    var ListOutgoingTypedLinks: js.UndefOr[BatchListOutgoingTypedLinksResponse]\n    var ListPolicyAttachments: js.UndefOr[BatchListPolicyAttachmentsResponse]\n    var LookupPolicy: js.UndefOr[BatchLookupPolicyResponse]\n  }\n\n  object BatchReadSuccessfulResponse {\n    @inline\n    def apply(\n        GetLinkAttributes: js.UndefOr[BatchGetLinkAttributesResponse] = js.undefined,\n        GetObjectAttributes: js.UndefOr[BatchGetObjectAttributesResponse] = js.undefined,\n        GetObjectInformation: js.UndefOr[BatchGetObjectInformationResponse] = js.undefined,\n        ListAttachedIndices: js.UndefOr[BatchListAttachedIndicesResponse] = js.undefined,\n        ListIncomingTypedLinks: js.UndefOr[BatchListIncomingTypedLinksResponse] = js.undefined,\n        ListIndex: js.UndefOr[BatchListIndexResponse] = js.undefined,\n        ListObjectAttributes: js.UndefOr[BatchListObjectAttributesResponse] = js.undefined,\n        ListObjectChildren: js.UndefOr[BatchListObjectChildrenResponse] = js.undefined,\n        ListObjectParentPaths: js.UndefOr[BatchListObjectParentPathsResponse] = js.undefined,\n        ListObjectParents: js.UndefOr[BatchListObjectParentsResponse] = js.undefined,\n        ListObjectPolicies: js.UndefOr[BatchListObjectPoliciesResponse] = js.undefined,\n        ListOutgoingTypedLinks: js.UndefOr[BatchListOutgoingTypedLinksResponse] = js.undefined,\n        ListPolicyAttachments: js.UndefOr[BatchListPolicyAttachmentsResponse] = js.undefined,\n        LookupPolicy: js.UndefOr[BatchLookupPolicyResponse] = js.undefined\n    ): BatchReadSuccessfulResponse = {\n      val __obj = js.Dynamic.literal()\n      GetLinkAttributes.foreach(__v => __obj.updateDynamic(\"GetLinkAttributes\")(__v.asInstanceOf[js.Any]))\n      GetObjectAttributes.foreach(__v => __obj.updateDynamic(\"GetObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      GetObjectInformation.foreach(__v => __obj.updateDynamic(\"GetObjectInformation\")(__v.asInstanceOf[js.Any]))\n      ListAttachedIndices.foreach(__v => __obj.updateDynamic(\"ListAttachedIndices\")(__v.asInstanceOf[js.Any]))\n      ListIncomingTypedLinks.foreach(__v => __obj.updateDynamic(\"ListIncomingTypedLinks\")(__v.asInstanceOf[js.Any]))\n      ListIndex.foreach(__v => __obj.updateDynamic(\"ListIndex\")(__v.asInstanceOf[js.Any]))\n      ListObjectAttributes.foreach(__v => __obj.updateDynamic(\"ListObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      ListObjectChildren.foreach(__v => __obj.updateDynamic(\"ListObjectChildren\")(__v.asInstanceOf[js.Any]))\n      ListObjectParentPaths.foreach(__v => __obj.updateDynamic(\"ListObjectParentPaths\")(__v.asInstanceOf[js.Any]))\n      ListObjectParents.foreach(__v => __obj.updateDynamic(\"ListObjectParents\")(__v.asInstanceOf[js.Any]))\n      ListObjectPolicies.foreach(__v => __obj.updateDynamic(\"ListObjectPolicies\")(__v.asInstanceOf[js.Any]))\n      ListOutgoingTypedLinks.foreach(__v => __obj.updateDynamic(\"ListOutgoingTypedLinks\")(__v.asInstanceOf[js.Any]))\n      ListPolicyAttachments.foreach(__v => __obj.updateDynamic(\"ListPolicyAttachments\")(__v.asInstanceOf[js.Any]))\n      LookupPolicy.foreach(__v => __obj.updateDynamic(\"LookupPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchReadSuccessfulResponse]\n    }\n  }\n\n  \/** A batch operation to remove a facet from an object.\n    *\/\n  @js.native\n  trait BatchRemoveFacetFromObject extends js.Object {\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n  }\n\n  object BatchRemoveFacetFromObject {\n    @inline\n    def apply(\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet\n    ): BatchRemoveFacetFromObject = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchRemoveFacetFromObject]\n    }\n  }\n\n  \/** An empty result that represents success.\n    *\/\n  @js.native\n  trait BatchRemoveFacetFromObjectResponse extends js.Object\n\n  object BatchRemoveFacetFromObjectResponse {\n    @inline\n    def apply(): BatchRemoveFacetFromObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchRemoveFacetFromObjectResponse]\n    }\n  }\n\n  \/** Updates a given typed link\u2019s attributes inside a <a>BatchRead<\/a> operation. Attributes to be updated must not contribute to the typed link\u2019s identity, as defined by its <code>IdentityAttributeOrder<\/code>. For more information, see <a>UpdateLinkAttributes<\/a> and [[BatchReadRequest.Operations]].\n    *\/\n  @js.native\n  trait BatchUpdateLinkAttributes extends js.Object {\n    var AttributeUpdates: LinkAttributeUpdateList\n    var TypedLinkSpecifier: TypedLinkSpecifier\n  }\n\n  object BatchUpdateLinkAttributes {\n    @inline\n    def apply(\n        AttributeUpdates: LinkAttributeUpdateList,\n        TypedLinkSpecifier: TypedLinkSpecifier\n    ): BatchUpdateLinkAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeUpdates\" -> AttributeUpdates.asInstanceOf[js.Any],\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdateLinkAttributes]\n    }\n  }\n\n  \/** Represents the output of a <a>UpdateLinkAttributes<\/a> response operation.\n    *\/\n  @js.native\n  trait BatchUpdateLinkAttributesResponse extends js.Object\n\n  object BatchUpdateLinkAttributesResponse {\n    @inline\n    def apply(): BatchUpdateLinkAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BatchUpdateLinkAttributesResponse]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchUpdate<\/code> operation.\n    *\/\n  @js.native\n  trait BatchUpdateObjectAttributes extends js.Object {\n    var AttributeUpdates: ObjectAttributeUpdateList\n    var ObjectReference: ObjectReference\n  }\n\n  object BatchUpdateObjectAttributes {\n    @inline\n    def apply(\n        AttributeUpdates: ObjectAttributeUpdateList,\n        ObjectReference: ObjectReference\n    ): BatchUpdateObjectAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeUpdates\" -> AttributeUpdates.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdateObjectAttributes]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchUpdate<\/code> response operation.\n    *\/\n  @js.native\n  trait BatchUpdateObjectAttributesResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object BatchUpdateObjectAttributesResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): BatchUpdateObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateObjectAttributesResponse]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchWrite<\/code> operation.\n    *\/\n  @js.native\n  trait BatchWriteOperation extends js.Object {\n    var AddFacetToObject: js.UndefOr[BatchAddFacetToObject]\n    var AttachObject: js.UndefOr[BatchAttachObject]\n    var AttachPolicy: js.UndefOr[BatchAttachPolicy]\n    var AttachToIndex: js.UndefOr[BatchAttachToIndex]\n    var AttachTypedLink: js.UndefOr[BatchAttachTypedLink]\n    var CreateIndex: js.UndefOr[BatchCreateIndex]\n    var CreateObject: js.UndefOr[BatchCreateObject]\n    var DeleteObject: js.UndefOr[BatchDeleteObject]\n    var DetachFromIndex: js.UndefOr[BatchDetachFromIndex]\n    var DetachObject: js.UndefOr[BatchDetachObject]\n    var DetachPolicy: js.UndefOr[BatchDetachPolicy]\n    var DetachTypedLink: js.UndefOr[BatchDetachTypedLink]\n    var RemoveFacetFromObject: js.UndefOr[BatchRemoveFacetFromObject]\n    var UpdateLinkAttributes: js.UndefOr[BatchUpdateLinkAttributes]\n    var UpdateObjectAttributes: js.UndefOr[BatchUpdateObjectAttributes]\n  }\n\n  object BatchWriteOperation {\n    @inline\n    def apply(\n        AddFacetToObject: js.UndefOr[BatchAddFacetToObject] = js.undefined,\n        AttachObject: js.UndefOr[BatchAttachObject] = js.undefined,\n        AttachPolicy: js.UndefOr[BatchAttachPolicy] = js.undefined,\n        AttachToIndex: js.UndefOr[BatchAttachToIndex] = js.undefined,\n        AttachTypedLink: js.UndefOr[BatchAttachTypedLink] = js.undefined,\n        CreateIndex: js.UndefOr[BatchCreateIndex] = js.undefined,\n        CreateObject: js.UndefOr[BatchCreateObject] = js.undefined,\n        DeleteObject: js.UndefOr[BatchDeleteObject] = js.undefined,\n        DetachFromIndex: js.UndefOr[BatchDetachFromIndex] = js.undefined,\n        DetachObject: js.UndefOr[BatchDetachObject] = js.undefined,\n        DetachPolicy: js.UndefOr[BatchDetachPolicy] = js.undefined,\n        DetachTypedLink: js.UndefOr[BatchDetachTypedLink] = js.undefined,\n        RemoveFacetFromObject: js.UndefOr[BatchRemoveFacetFromObject] = js.undefined,\n        UpdateLinkAttributes: js.UndefOr[BatchUpdateLinkAttributes] = js.undefined,\n        UpdateObjectAttributes: js.UndefOr[BatchUpdateObjectAttributes] = js.undefined\n    ): BatchWriteOperation = {\n      val __obj = js.Dynamic.literal()\n      AddFacetToObject.foreach(__v => __obj.updateDynamic(\"AddFacetToObject\")(__v.asInstanceOf[js.Any]))\n      AttachObject.foreach(__v => __obj.updateDynamic(\"AttachObject\")(__v.asInstanceOf[js.Any]))\n      AttachPolicy.foreach(__v => __obj.updateDynamic(\"AttachPolicy\")(__v.asInstanceOf[js.Any]))\n      AttachToIndex.foreach(__v => __obj.updateDynamic(\"AttachToIndex\")(__v.asInstanceOf[js.Any]))\n      AttachTypedLink.foreach(__v => __obj.updateDynamic(\"AttachTypedLink\")(__v.asInstanceOf[js.Any]))\n      CreateIndex.foreach(__v => __obj.updateDynamic(\"CreateIndex\")(__v.asInstanceOf[js.Any]))\n      CreateObject.foreach(__v => __obj.updateDynamic(\"CreateObject\")(__v.asInstanceOf[js.Any]))\n      DeleteObject.foreach(__v => __obj.updateDynamic(\"DeleteObject\")(__v.asInstanceOf[js.Any]))\n      DetachFromIndex.foreach(__v => __obj.updateDynamic(\"DetachFromIndex\")(__v.asInstanceOf[js.Any]))\n      DetachObject.foreach(__v => __obj.updateDynamic(\"DetachObject\")(__v.asInstanceOf[js.Any]))\n      DetachPolicy.foreach(__v => __obj.updateDynamic(\"DetachPolicy\")(__v.asInstanceOf[js.Any]))\n      DetachTypedLink.foreach(__v => __obj.updateDynamic(\"DetachTypedLink\")(__v.asInstanceOf[js.Any]))\n      RemoveFacetFromObject.foreach(__v => __obj.updateDynamic(\"RemoveFacetFromObject\")(__v.asInstanceOf[js.Any]))\n      UpdateLinkAttributes.foreach(__v => __obj.updateDynamic(\"UpdateLinkAttributes\")(__v.asInstanceOf[js.Any]))\n      UpdateObjectAttributes.foreach(__v => __obj.updateDynamic(\"UpdateObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchWriteOperation]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchWrite<\/code> response operation.\n    *\/\n  @js.native\n  trait BatchWriteOperationResponse extends js.Object {\n    var AddFacetToObject: js.UndefOr[BatchAddFacetToObjectResponse]\n    var AttachObject: js.UndefOr[BatchAttachObjectResponse]\n    var AttachPolicy: js.UndefOr[BatchAttachPolicyResponse]\n    var AttachToIndex: js.UndefOr[BatchAttachToIndexResponse]\n    var AttachTypedLink: js.UndefOr[BatchAttachTypedLinkResponse]\n    var CreateIndex: js.UndefOr[BatchCreateIndexResponse]\n    var CreateObject: js.UndefOr[BatchCreateObjectResponse]\n    var DeleteObject: js.UndefOr[BatchDeleteObjectResponse]\n    var DetachFromIndex: js.UndefOr[BatchDetachFromIndexResponse]\n    var DetachObject: js.UndefOr[BatchDetachObjectResponse]\n    var DetachPolicy: js.UndefOr[BatchDetachPolicyResponse]\n    var DetachTypedLink: js.UndefOr[BatchDetachTypedLinkResponse]\n    var RemoveFacetFromObject: js.UndefOr[BatchRemoveFacetFromObjectResponse]\n    var UpdateLinkAttributes: js.UndefOr[BatchUpdateLinkAttributesResponse]\n    var UpdateObjectAttributes: js.UndefOr[BatchUpdateObjectAttributesResponse]\n  }\n\n  object BatchWriteOperationResponse {\n    @inline\n    def apply(\n        AddFacetToObject: js.UndefOr[BatchAddFacetToObjectResponse] = js.undefined,\n        AttachObject: js.UndefOr[BatchAttachObjectResponse] = js.undefined,\n        AttachPolicy: js.UndefOr[BatchAttachPolicyResponse] = js.undefined,\n        AttachToIndex: js.UndefOr[BatchAttachToIndexResponse] = js.undefined,\n        AttachTypedLink: js.UndefOr[BatchAttachTypedLinkResponse] = js.undefined,\n        CreateIndex: js.UndefOr[BatchCreateIndexResponse] = js.undefined,\n        CreateObject: js.UndefOr[BatchCreateObjectResponse] = js.undefined,\n        DeleteObject: js.UndefOr[BatchDeleteObjectResponse] = js.undefined,\n        DetachFromIndex: js.UndefOr[BatchDetachFromIndexResponse] = js.undefined,\n        DetachObject: js.UndefOr[BatchDetachObjectResponse] = js.undefined,\n        DetachPolicy: js.UndefOr[BatchDetachPolicyResponse] = js.undefined,\n        DetachTypedLink: js.UndefOr[BatchDetachTypedLinkResponse] = js.undefined,\n        RemoveFacetFromObject: js.UndefOr[BatchRemoveFacetFromObjectResponse] = js.undefined,\n        UpdateLinkAttributes: js.UndefOr[BatchUpdateLinkAttributesResponse] = js.undefined,\n        UpdateObjectAttributes: js.UndefOr[BatchUpdateObjectAttributesResponse] = js.undefined\n    ): BatchWriteOperationResponse = {\n      val __obj = js.Dynamic.literal()\n      AddFacetToObject.foreach(__v => __obj.updateDynamic(\"AddFacetToObject\")(__v.asInstanceOf[js.Any]))\n      AttachObject.foreach(__v => __obj.updateDynamic(\"AttachObject\")(__v.asInstanceOf[js.Any]))\n      AttachPolicy.foreach(__v => __obj.updateDynamic(\"AttachPolicy\")(__v.asInstanceOf[js.Any]))\n      AttachToIndex.foreach(__v => __obj.updateDynamic(\"AttachToIndex\")(__v.asInstanceOf[js.Any]))\n      AttachTypedLink.foreach(__v => __obj.updateDynamic(\"AttachTypedLink\")(__v.asInstanceOf[js.Any]))\n      CreateIndex.foreach(__v => __obj.updateDynamic(\"CreateIndex\")(__v.asInstanceOf[js.Any]))\n      CreateObject.foreach(__v => __obj.updateDynamic(\"CreateObject\")(__v.asInstanceOf[js.Any]))\n      DeleteObject.foreach(__v => __obj.updateDynamic(\"DeleteObject\")(__v.asInstanceOf[js.Any]))\n      DetachFromIndex.foreach(__v => __obj.updateDynamic(\"DetachFromIndex\")(__v.asInstanceOf[js.Any]))\n      DetachObject.foreach(__v => __obj.updateDynamic(\"DetachObject\")(__v.asInstanceOf[js.Any]))\n      DetachPolicy.foreach(__v => __obj.updateDynamic(\"DetachPolicy\")(__v.asInstanceOf[js.Any]))\n      DetachTypedLink.foreach(__v => __obj.updateDynamic(\"DetachTypedLink\")(__v.asInstanceOf[js.Any]))\n      RemoveFacetFromObject.foreach(__v => __obj.updateDynamic(\"RemoveFacetFromObject\")(__v.asInstanceOf[js.Any]))\n      UpdateLinkAttributes.foreach(__v => __obj.updateDynamic(\"UpdateLinkAttributes\")(__v.asInstanceOf[js.Any]))\n      UpdateObjectAttributes.foreach(__v => __obj.updateDynamic(\"UpdateObjectAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchWriteOperationResponse]\n    }\n  }\n\n  @js.native\n  trait BatchWriteRequest extends js.Object {\n    var DirectoryArn: Arn\n    var Operations: BatchWriteOperationList\n  }\n\n  object BatchWriteRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        Operations: BatchWriteOperationList\n    ): BatchWriteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"Operations\" -> Operations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchWriteRequest]\n    }\n  }\n\n  @js.native\n  trait BatchWriteResponse extends js.Object {\n    var Responses: js.UndefOr[BatchWriteOperationResponseList]\n  }\n\n  object BatchWriteResponse {\n    @inline\n    def apply(\n        Responses: js.UndefOr[BatchWriteOperationResponseList] = js.undefined\n    ): BatchWriteResponse = {\n      val __obj = js.Dynamic.literal()\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchWriteResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ConsistencyLevel extends js.Any\n  object ConsistencyLevel {\n    val SERIALIZABLE = \"SERIALIZABLE\".asInstanceOf[ConsistencyLevel]\n    val EVENTUAL = \"EVENTUAL\".asInstanceOf[ConsistencyLevel]\n\n    @inline def values = js.Array(SERIALIZABLE, EVENTUAL)\n  }\n\n  @js.native\n  trait CreateDirectoryRequest extends js.Object {\n    var Name: DirectoryName\n    var SchemaArn: Arn\n  }\n\n  object CreateDirectoryRequest {\n    @inline\n    def apply(\n        Name: DirectoryName,\n        SchemaArn: Arn\n    ): CreateDirectoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDirectoryRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDirectoryResponse extends js.Object {\n    var AppliedSchemaArn: Arn\n    var DirectoryArn: DirectoryArn\n    var Name: DirectoryName\n    var ObjectIdentifier: ObjectIdentifier\n  }\n\n  object CreateDirectoryResponse {\n    @inline\n    def apply(\n        AppliedSchemaArn: Arn,\n        DirectoryArn: DirectoryArn,\n        Name: DirectoryName,\n        ObjectIdentifier: ObjectIdentifier\n    ): CreateDirectoryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AppliedSchemaArn\" -> AppliedSchemaArn.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ObjectIdentifier\" -> ObjectIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDirectoryResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFacetRequest extends js.Object {\n    var Name: FacetName\n    var SchemaArn: Arn\n    var Attributes: js.UndefOr[FacetAttributeList]\n    var FacetStyle: js.UndefOr[FacetStyle]\n    var ObjectType: js.UndefOr[ObjectType]\n  }\n\n  object CreateFacetRequest {\n    @inline\n    def apply(\n        Name: FacetName,\n        SchemaArn: Arn,\n        Attributes: js.UndefOr[FacetAttributeList] = js.undefined,\n        FacetStyle: js.UndefOr[FacetStyle] = js.undefined,\n        ObjectType: js.UndefOr[ObjectType] = js.undefined\n    ): CreateFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      FacetStyle.foreach(__v => __obj.updateDynamic(\"FacetStyle\")(__v.asInstanceOf[js.Any]))\n      ObjectType.foreach(__v => __obj.updateDynamic(\"ObjectType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFacetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFacetResponse extends js.Object\n\n  object CreateFacetResponse {\n    @inline\n    def apply(): CreateFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateFacetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateIndexRequest extends js.Object {\n    var DirectoryArn: Arn\n    var IsUnique: Boolean\n    var OrderedIndexedAttributeList: AttributeKeyList\n    var LinkName: js.UndefOr[LinkName]\n    var ParentReference: js.UndefOr[ObjectReference]\n  }\n\n  object CreateIndexRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        IsUnique: Boolean,\n        OrderedIndexedAttributeList: AttributeKeyList,\n        LinkName: js.UndefOr[LinkName] = js.undefined,\n        ParentReference: js.UndefOr[ObjectReference] = js.undefined\n    ): CreateIndexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"IsUnique\" -> IsUnique.asInstanceOf[js.Any],\n        \"OrderedIndexedAttributeList\" -> OrderedIndexedAttributeList.asInstanceOf[js.Any]\n      )\n\n      LinkName.foreach(__v => __obj.updateDynamic(\"LinkName\")(__v.asInstanceOf[js.Any]))\n      ParentReference.foreach(__v => __obj.updateDynamic(\"ParentReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIndexRequest]\n    }\n  }\n\n  @js.native\n  trait CreateIndexResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object CreateIndexResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): CreateIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIndexResponse]\n    }\n  }\n\n  @js.native\n  trait CreateObjectRequest extends js.Object {\n    var DirectoryArn: Arn\n    var SchemaFacets: SchemaFacetList\n    var LinkName: js.UndefOr[LinkName]\n    var ObjectAttributeList: js.UndefOr[AttributeKeyAndValueList]\n    var ParentReference: js.UndefOr[ObjectReference]\n  }\n\n  object CreateObjectRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        SchemaFacets: SchemaFacetList,\n        LinkName: js.UndefOr[LinkName] = js.undefined,\n        ObjectAttributeList: js.UndefOr[AttributeKeyAndValueList] = js.undefined,\n        ParentReference: js.UndefOr[ObjectReference] = js.undefined\n    ): CreateObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"SchemaFacets\" -> SchemaFacets.asInstanceOf[js.Any]\n      )\n\n      LinkName.foreach(__v => __obj.updateDynamic(\"LinkName\")(__v.asInstanceOf[js.Any]))\n      ObjectAttributeList.foreach(__v => __obj.updateDynamic(\"ObjectAttributeList\")(__v.asInstanceOf[js.Any]))\n      ParentReference.foreach(__v => __obj.updateDynamic(\"ParentReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateObjectRequest]\n    }\n  }\n\n  @js.native\n  trait CreateObjectResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object CreateObjectResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): CreateObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateObjectResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaRequest extends js.Object {\n    var Name: SchemaName\n  }\n\n  object CreateSchemaRequest {\n    @inline\n    def apply(\n        Name: SchemaName\n    ): CreateSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaResponse extends js.Object {\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object CreateSchemaResponse {\n    @inline\n    def apply(\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): CreateSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTypedLinkFacetRequest extends js.Object {\n    var Facet: TypedLinkFacet\n    var SchemaArn: Arn\n  }\n\n  object CreateTypedLinkFacetRequest {\n    @inline\n    def apply(\n        Facet: TypedLinkFacet,\n        SchemaArn: Arn\n    ): CreateTypedLinkFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Facet\" -> Facet.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTypedLinkFacetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTypedLinkFacetResponse extends js.Object\n\n  object CreateTypedLinkFacetResponse {\n    @inline\n    def apply(): CreateTypedLinkFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateTypedLinkFacetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDirectoryRequest extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object DeleteDirectoryRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): DeleteDirectoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDirectoryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDirectoryResponse extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object DeleteDirectoryResponse {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): DeleteDirectoryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDirectoryResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFacetRequest extends js.Object {\n    var Name: FacetName\n    var SchemaArn: Arn\n  }\n\n  object DeleteFacetRequest {\n    @inline\n    def apply(\n        Name: FacetName,\n        SchemaArn: Arn\n    ): DeleteFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFacetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFacetResponse extends js.Object\n\n  object DeleteFacetResponse {\n    @inline\n    def apply(): DeleteFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteFacetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n  }\n\n  object DeleteObjectRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference\n    ): DeleteObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteObjectRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectResponse extends js.Object\n\n  object DeleteObjectResponse {\n    @inline\n    def apply(): DeleteObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteObjectResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSchemaRequest extends js.Object {\n    var SchemaArn: Arn\n  }\n\n  object DeleteSchemaRequest {\n    @inline\n    def apply(\n        SchemaArn: Arn\n    ): DeleteSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSchemaResponse extends js.Object {\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object DeleteSchemaResponse {\n    @inline\n    def apply(\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): DeleteSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTypedLinkFacetRequest extends js.Object {\n    var Name: TypedLinkName\n    var SchemaArn: Arn\n  }\n\n  object DeleteTypedLinkFacetRequest {\n    @inline\n    def apply(\n        Name: TypedLinkName,\n        SchemaArn: Arn\n    ): DeleteTypedLinkFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTypedLinkFacetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTypedLinkFacetResponse extends js.Object\n\n  object DeleteTypedLinkFacetResponse {\n    @inline\n    def apply(): DeleteTypedLinkFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTypedLinkFacetResponse]\n    }\n  }\n\n  @js.native\n  trait DetachFromIndexRequest extends js.Object {\n    var DirectoryArn: Arn\n    var IndexReference: ObjectReference\n    var TargetReference: ObjectReference\n  }\n\n  object DetachFromIndexRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        IndexReference: ObjectReference,\n        TargetReference: ObjectReference\n    ): DetachFromIndexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any],\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachFromIndexRequest]\n    }\n  }\n\n  @js.native\n  trait DetachFromIndexResponse extends js.Object {\n    var DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object DetachFromIndexResponse {\n    @inline\n    def apply(\n        DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): DetachFromIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      DetachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"DetachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachFromIndexResponse]\n    }\n  }\n\n  @js.native\n  trait DetachObjectRequest extends js.Object {\n    var DirectoryArn: Arn\n    var LinkName: LinkName\n    var ParentReference: ObjectReference\n  }\n\n  object DetachObjectRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        LinkName: LinkName,\n        ParentReference: ObjectReference\n    ): DetachObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"LinkName\" -> LinkName.asInstanceOf[js.Any],\n        \"ParentReference\" -> ParentReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachObjectRequest]\n    }\n  }\n\n  @js.native\n  trait DetachObjectResponse extends js.Object {\n    var DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object DetachObjectResponse {\n    @inline\n    def apply(\n        DetachedObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): DetachObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      DetachedObjectIdentifier.foreach(__v => __obj.updateDynamic(\"DetachedObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachObjectResponse]\n    }\n  }\n\n  @js.native\n  trait DetachPolicyRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var PolicyReference: ObjectReference\n  }\n\n  object DetachPolicyRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        PolicyReference: ObjectReference\n    ): DetachPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DetachPolicyResponse extends js.Object\n\n  object DetachPolicyResponse {\n    @inline\n    def apply(): DetachPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DetachPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DetachTypedLinkRequest extends js.Object {\n    var DirectoryArn: Arn\n    var TypedLinkSpecifier: TypedLinkSpecifier\n  }\n\n  object DetachTypedLinkRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        TypedLinkSpecifier: TypedLinkSpecifier\n    ): DetachTypedLinkRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachTypedLinkRequest]\n    }\n  }\n\n  \/** Directory structure that includes the directory name and directory ARN.\n    *\/\n  @js.native\n  trait Directory extends js.Object {\n    var CreationDateTime: js.UndefOr[Date]\n    var DirectoryArn: js.UndefOr[DirectoryArn]\n    var Name: js.UndefOr[DirectoryName]\n    var State: js.UndefOr[DirectoryState]\n  }\n\n  object Directory {\n    @inline\n    def apply(\n        CreationDateTime: js.UndefOr[Date] = js.undefined,\n        DirectoryArn: js.UndefOr[DirectoryArn] = js.undefined,\n        Name: js.UndefOr[DirectoryName] = js.undefined,\n        State: js.UndefOr[DirectoryState] = js.undefined\n    ): Directory = {\n      val __obj = js.Dynamic.literal()\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      DirectoryArn.foreach(__v => __obj.updateDynamic(\"DirectoryArn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Directory]\n    }\n  }\n\n  @js.native\n  sealed trait DirectoryState extends js.Any\n  object DirectoryState {\n    val ENABLED = \"ENABLED\".asInstanceOf[DirectoryState]\n    val DISABLED = \"DISABLED\".asInstanceOf[DirectoryState]\n    val DELETED = \"DELETED\".asInstanceOf[DirectoryState]\n\n    @inline def values = js.Array(ENABLED, DISABLED, DELETED)\n  }\n\n  @js.native\n  trait DisableDirectoryRequest extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object DisableDirectoryRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): DisableDirectoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableDirectoryRequest]\n    }\n  }\n\n  @js.native\n  trait DisableDirectoryResponse extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object DisableDirectoryResponse {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): DisableDirectoryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableDirectoryResponse]\n    }\n  }\n\n  @js.native\n  trait EnableDirectoryRequest extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object EnableDirectoryRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): EnableDirectoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableDirectoryRequest]\n    }\n  }\n\n  @js.native\n  trait EnableDirectoryResponse extends js.Object {\n    var DirectoryArn: Arn\n  }\n\n  object EnableDirectoryResponse {\n    @inline\n    def apply(\n        DirectoryArn: Arn\n    ): EnableDirectoryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableDirectoryResponse]\n    }\n  }\n\n  \/** A structure that contains <code>Name<\/code>, <code>ARN<\/code>, <code>Attributes<\/code>, <code> <a>Rule<\/a>s<\/code>, and <code>ObjectTypes<\/code>. See [[https:\/\/docs.aws.amazon.com\/clouddirectory\/latest\/developerguide\/schemas_whatarefacets.html|Facets]] for more information.\n    *\/\n  @js.native\n  trait Facet extends js.Object {\n    var FacetStyle: js.UndefOr[FacetStyle]\n    var Name: js.UndefOr[FacetName]\n    var ObjectType: js.UndefOr[ObjectType]\n  }\n\n  object Facet {\n    @inline\n    def apply(\n        FacetStyle: js.UndefOr[FacetStyle] = js.undefined,\n        Name: js.UndefOr[FacetName] = js.undefined,\n        ObjectType: js.UndefOr[ObjectType] = js.undefined\n    ): Facet = {\n      val __obj = js.Dynamic.literal()\n      FacetStyle.foreach(__v => __obj.updateDynamic(\"FacetStyle\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ObjectType.foreach(__v => __obj.updateDynamic(\"ObjectType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Facet]\n    }\n  }\n\n  \/** An attribute that is associated with the <a>Facet<\/a>.\n    *\/\n  @js.native\n  trait FacetAttribute extends js.Object {\n    var Name: AttributeName\n    var AttributeDefinition: js.UndefOr[FacetAttributeDefinition]\n    var AttributeReference: js.UndefOr[FacetAttributeReference]\n    var RequiredBehavior: js.UndefOr[RequiredAttributeBehavior]\n  }\n\n  object FacetAttribute {\n    @inline\n    def apply(\n        Name: AttributeName,\n        AttributeDefinition: js.UndefOr[FacetAttributeDefinition] = js.undefined,\n        AttributeReference: js.UndefOr[FacetAttributeReference] = js.undefined,\n        RequiredBehavior: js.UndefOr[RequiredAttributeBehavior] = js.undefined\n    ): FacetAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AttributeDefinition.foreach(__v => __obj.updateDynamic(\"AttributeDefinition\")(__v.asInstanceOf[js.Any]))\n      AttributeReference.foreach(__v => __obj.updateDynamic(\"AttributeReference\")(__v.asInstanceOf[js.Any]))\n      RequiredBehavior.foreach(__v => __obj.updateDynamic(\"RequiredBehavior\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FacetAttribute]\n    }\n  }\n\n  \/** A facet attribute definition. See [[https:\/\/docs.aws.amazon.com\/clouddirectory\/latest\/developerguide\/schemas_attributereferences.html|Attribute References]] for more information.\n    *\/\n  @js.native\n  trait FacetAttributeDefinition extends js.Object {\n    var Type: FacetAttributeType\n    var DefaultValue: js.UndefOr[TypedAttributeValue]\n    var IsImmutable: js.UndefOr[Boolean]\n    var Rules: js.UndefOr[RuleMap]\n  }\n\n  object FacetAttributeDefinition {\n    @inline\n    def apply(\n        Type: FacetAttributeType,\n        DefaultValue: js.UndefOr[TypedAttributeValue] = js.undefined,\n        IsImmutable: js.UndefOr[Boolean] = js.undefined,\n        Rules: js.UndefOr[RuleMap] = js.undefined\n    ): FacetAttributeDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      IsImmutable.foreach(__v => __obj.updateDynamic(\"IsImmutable\")(__v.asInstanceOf[js.Any]))\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FacetAttributeDefinition]\n    }\n  }\n\n  \/** The facet attribute reference that specifies the attribute definition that contains the attribute facet name and attribute name.\n    *\/\n  @js.native\n  trait FacetAttributeReference extends js.Object {\n    var TargetAttributeName: AttributeName\n    var TargetFacetName: FacetName\n  }\n\n  object FacetAttributeReference {\n    @inline\n    def apply(\n        TargetAttributeName: AttributeName,\n        TargetFacetName: FacetName\n    ): FacetAttributeReference = {\n      val __obj = js.Dynamic.literal(\n        \"TargetAttributeName\" -> TargetAttributeName.asInstanceOf[js.Any],\n        \"TargetFacetName\" -> TargetFacetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FacetAttributeReference]\n    }\n  }\n\n  @js.native\n  sealed trait FacetAttributeType extends js.Any\n  object FacetAttributeType {\n    val STRING = \"STRING\".asInstanceOf[FacetAttributeType]\n    val BINARY = \"BINARY\".asInstanceOf[FacetAttributeType]\n    val BOOLEAN = \"BOOLEAN\".asInstanceOf[FacetAttributeType]\n    val NUMBER = \"NUMBER\".asInstanceOf[FacetAttributeType]\n    val DATETIME = \"DATETIME\".asInstanceOf[FacetAttributeType]\n    val VARIANT = \"VARIANT\".asInstanceOf[FacetAttributeType]\n\n    @inline def values = js.Array(STRING, BINARY, BOOLEAN, NUMBER, DATETIME, VARIANT)\n  }\n\n  \/** A structure that contains information used to update an attribute.\n    *\/\n  @js.native\n  trait FacetAttributeUpdate extends js.Object {\n    var Action: js.UndefOr[UpdateActionType]\n    var Attribute: js.UndefOr[FacetAttribute]\n  }\n\n  object FacetAttributeUpdate {\n    @inline\n    def apply(\n        Action: js.UndefOr[UpdateActionType] = js.undefined,\n        Attribute: js.UndefOr[FacetAttribute] = js.undefined\n    ): FacetAttributeUpdate = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      Attribute.foreach(__v => __obj.updateDynamic(\"Attribute\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FacetAttributeUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait FacetStyle extends js.Any\n  object FacetStyle {\n    val STATIC = \"STATIC\".asInstanceOf[FacetStyle]\n    val DYNAMIC = \"DYNAMIC\".asInstanceOf[FacetStyle]\n\n    @inline def values = js.Array(STATIC, DYNAMIC)\n  }\n\n  @js.native\n  trait GetAppliedSchemaVersionRequest extends js.Object {\n    var SchemaArn: Arn\n  }\n\n  object GetAppliedSchemaVersionRequest {\n    @inline\n    def apply(\n        SchemaArn: Arn\n    ): GetAppliedSchemaVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAppliedSchemaVersionRequest]\n    }\n  }\n\n  @js.native\n  trait GetAppliedSchemaVersionResponse extends js.Object {\n    var AppliedSchemaArn: js.UndefOr[Arn]\n  }\n\n  object GetAppliedSchemaVersionResponse {\n    @inline\n    def apply(\n        AppliedSchemaArn: js.UndefOr[Arn] = js.undefined\n    ): GetAppliedSchemaVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      AppliedSchemaArn.foreach(__v => __obj.updateDynamic(\"AppliedSchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAppliedSchemaVersionResponse]\n    }\n  }\n\n  @js.native\n  trait GetDirectoryRequest extends js.Object {\n    var DirectoryArn: DirectoryArn\n  }\n\n  object GetDirectoryRequest {\n    @inline\n    def apply(\n        DirectoryArn: DirectoryArn\n    ): GetDirectoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDirectoryRequest]\n    }\n  }\n\n  @js.native\n  trait GetDirectoryResponse extends js.Object {\n    var Directory: Directory\n  }\n\n  object GetDirectoryResponse {\n    @inline\n    def apply(\n        Directory: Directory\n    ): GetDirectoryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Directory\" -> Directory.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDirectoryResponse]\n    }\n  }\n\n  @js.native\n  trait GetFacetRequest extends js.Object {\n    var Name: FacetName\n    var SchemaArn: Arn\n  }\n\n  object GetFacetRequest {\n    @inline\n    def apply(\n        Name: FacetName,\n        SchemaArn: Arn\n    ): GetFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFacetRequest]\n    }\n  }\n\n  @js.native\n  trait GetFacetResponse extends js.Object {\n    var Facet: js.UndefOr[Facet]\n  }\n\n  object GetFacetResponse {\n    @inline\n    def apply(\n        Facet: js.UndefOr[Facet] = js.undefined\n    ): GetFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      Facet.foreach(__v => __obj.updateDynamic(\"Facet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFacetResponse]\n    }\n  }\n\n  @js.native\n  trait GetLinkAttributesRequest extends js.Object {\n    var AttributeNames: AttributeNameList\n    var DirectoryArn: Arn\n    var TypedLinkSpecifier: TypedLinkSpecifier\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n  }\n\n  object GetLinkAttributesRequest {\n    @inline\n    def apply(\n        AttributeNames: AttributeNameList,\n        DirectoryArn: Arn,\n        TypedLinkSpecifier: TypedLinkSpecifier,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined\n    ): GetLinkAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeNames\" -> AttributeNames.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLinkAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait GetLinkAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n  }\n\n  object GetLinkAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined\n    ): GetLinkAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLinkAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait GetObjectAttributesRequest extends js.Object {\n    var AttributeNames: AttributeNameList\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n  }\n\n  object GetObjectAttributesRequest {\n    @inline\n    def apply(\n        AttributeNames: AttributeNameList,\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined\n    ): GetObjectAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeNames\" -> AttributeNames.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n  }\n\n  object GetObjectAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined\n    ): GetObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait GetObjectInformationRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n  }\n\n  object GetObjectInformationRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined\n    ): GetObjectInformationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectInformationRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectInformationResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n    var SchemaFacets: js.UndefOr[SchemaFacetList]\n  }\n\n  object GetObjectInformationResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined,\n        SchemaFacets: js.UndefOr[SchemaFacetList] = js.undefined\n    ): GetObjectInformationResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      SchemaFacets.foreach(__v => __obj.updateDynamic(\"SchemaFacets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectInformationResponse]\n    }\n  }\n\n  @js.native\n  trait GetSchemaAsJsonRequest extends js.Object {\n    var SchemaArn: Arn\n  }\n\n  object GetSchemaAsJsonRequest {\n    @inline\n    def apply(\n        SchemaArn: Arn\n    ): GetSchemaAsJsonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSchemaAsJsonRequest]\n    }\n  }\n\n  @js.native\n  trait GetSchemaAsJsonResponse extends js.Object {\n    var Document: js.UndefOr[SchemaJsonDocument]\n    var Name: js.UndefOr[SchemaName]\n  }\n\n  object GetSchemaAsJsonResponse {\n    @inline\n    def apply(\n        Document: js.UndefOr[SchemaJsonDocument] = js.undefined,\n        Name: js.UndefOr[SchemaName] = js.undefined\n    ): GetSchemaAsJsonResponse = {\n      val __obj = js.Dynamic.literal()\n      Document.foreach(__v => __obj.updateDynamic(\"Document\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSchemaAsJsonResponse]\n    }\n  }\n\n  @js.native\n  trait GetTypedLinkFacetInformationRequest extends js.Object {\n    var Name: TypedLinkName\n    var SchemaArn: Arn\n  }\n\n  object GetTypedLinkFacetInformationRequest {\n    @inline\n    def apply(\n        Name: TypedLinkName,\n        SchemaArn: Arn\n    ): GetTypedLinkFacetInformationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTypedLinkFacetInformationRequest]\n    }\n  }\n\n  @js.native\n  trait GetTypedLinkFacetInformationResponse extends js.Object {\n    var IdentityAttributeOrder: js.UndefOr[AttributeNameList]\n  }\n\n  object GetTypedLinkFacetInformationResponse {\n    @inline\n    def apply(\n        IdentityAttributeOrder: js.UndefOr[AttributeNameList] = js.undefined\n    ): GetTypedLinkFacetInformationResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityAttributeOrder.foreach(__v => __obj.updateDynamic(\"IdentityAttributeOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTypedLinkFacetInformationResponse]\n    }\n  }\n\n  \/** Represents an index and an attached object.\n    *\/\n  @js.native\n  trait IndexAttachment extends js.Object {\n    var IndexedAttributes: js.UndefOr[AttributeKeyAndValueList]\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object IndexAttachment {\n    @inline\n    def apply(\n        IndexedAttributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined,\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): IndexAttachment = {\n      val __obj = js.Dynamic.literal()\n      IndexedAttributes.foreach(__v => __obj.updateDynamic(\"IndexedAttributes\")(__v.asInstanceOf[js.Any]))\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IndexAttachment]\n    }\n  }\n\n  \/** The action to take on a typed link attribute value. Updates are only supported for attributes which don\u2019t contribute to link identity.\n    *\/\n  @js.native\n  trait LinkAttributeAction extends js.Object {\n    var AttributeActionType: js.UndefOr[UpdateActionType]\n    var AttributeUpdateValue: js.UndefOr[TypedAttributeValue]\n  }\n\n  object LinkAttributeAction {\n    @inline\n    def apply(\n        AttributeActionType: js.UndefOr[UpdateActionType] = js.undefined,\n        AttributeUpdateValue: js.UndefOr[TypedAttributeValue] = js.undefined\n    ): LinkAttributeAction = {\n      val __obj = js.Dynamic.literal()\n      AttributeActionType.foreach(__v => __obj.updateDynamic(\"AttributeActionType\")(__v.asInstanceOf[js.Any]))\n      AttributeUpdateValue.foreach(__v => __obj.updateDynamic(\"AttributeUpdateValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LinkAttributeAction]\n    }\n  }\n\n  \/** Structure that contains attribute update information.\n    *\/\n  @js.native\n  trait LinkAttributeUpdate extends js.Object {\n    var AttributeAction: js.UndefOr[LinkAttributeAction]\n    var AttributeKey: js.UndefOr[AttributeKey]\n  }\n\n  object LinkAttributeUpdate {\n    @inline\n    def apply(\n        AttributeAction: js.UndefOr[LinkAttributeAction] = js.undefined,\n        AttributeKey: js.UndefOr[AttributeKey] = js.undefined\n    ): LinkAttributeUpdate = {\n      val __obj = js.Dynamic.literal()\n      AttributeAction.foreach(__v => __obj.updateDynamic(\"AttributeAction\")(__v.asInstanceOf[js.Any]))\n      AttributeKey.foreach(__v => __obj.updateDynamic(\"AttributeKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LinkAttributeUpdate]\n    }\n  }\n\n  @js.native\n  trait ListAppliedSchemaArnsRequest extends js.Object {\n    var DirectoryArn: Arn\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object ListAppliedSchemaArnsRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): ListAppliedSchemaArnsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppliedSchemaArnsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppliedSchemaArnsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArns: js.UndefOr[Arns]\n  }\n\n  object ListAppliedSchemaArnsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArns: js.UndefOr[Arns] = js.undefined\n    ): ListAppliedSchemaArnsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArns.foreach(__v => __obj.updateDynamic(\"SchemaArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppliedSchemaArnsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttachedIndicesRequest extends js.Object {\n    var DirectoryArn: Arn\n    var TargetReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAttachedIndicesRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        TargetReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAttachedIndicesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"TargetReference\" -> TargetReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedIndicesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAttachedIndicesResponse extends js.Object {\n    var IndexAttachments: js.UndefOr[IndexAttachmentList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAttachedIndicesResponse {\n    @inline\n    def apply(\n        IndexAttachments: js.UndefOr[IndexAttachmentList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAttachedIndicesResponse = {\n      val __obj = js.Dynamic.literal()\n      IndexAttachments.foreach(__v => __obj.updateDynamic(\"IndexAttachments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedIndicesResponse]\n    }\n  }\n\n  @js.native\n  trait ListDevelopmentSchemaArnsRequest extends js.Object {\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDevelopmentSchemaArnsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDevelopmentSchemaArnsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDevelopmentSchemaArnsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDevelopmentSchemaArnsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArns: js.UndefOr[Arns]\n  }\n\n  object ListDevelopmentSchemaArnsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArns: js.UndefOr[Arns] = js.undefined\n    ): ListDevelopmentSchemaArnsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArns.foreach(__v => __obj.updateDynamic(\"SchemaArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDevelopmentSchemaArnsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDirectoriesRequest extends js.Object {\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var state: js.UndefOr[DirectoryState]\n  }\n\n  object ListDirectoriesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        state: js.UndefOr[DirectoryState] = js.undefined\n    ): ListDirectoriesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDirectoriesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDirectoriesResponse extends js.Object {\n    var Directories: DirectoryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDirectoriesResponse {\n    @inline\n    def apply(\n        Directories: DirectoryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDirectoriesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Directories\" -> Directories.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDirectoriesResponse]\n    }\n  }\n\n  @js.native\n  trait ListFacetAttributesRequest extends js.Object {\n    var Name: FacetName\n    var SchemaArn: Arn\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFacetAttributesRequest {\n    @inline\n    def apply(\n        Name: FacetName,\n        SchemaArn: Arn,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFacetAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacetAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFacetAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[FacetAttributeList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFacetAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[FacetAttributeList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFacetAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacetAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait ListFacetNamesRequest extends js.Object {\n    var SchemaArn: Arn\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFacetNamesRequest {\n    @inline\n    def apply(\n        SchemaArn: Arn,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFacetNamesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacetNamesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFacetNamesResponse extends js.Object {\n    var FacetNames: js.UndefOr[FacetNameList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFacetNamesResponse {\n    @inline\n    def apply(\n        FacetNames: js.UndefOr[FacetNameList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFacetNamesResponse = {\n      val __obj = js.Dynamic.literal()\n      FacetNames.foreach(__v => __obj.updateDynamic(\"FacetNames\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacetNamesResponse]\n    }\n  }\n\n  @js.native\n  trait ListIncomingTypedLinksRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList]\n    var FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListIncomingTypedLinksRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList] = js.undefined,\n        FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListIncomingTypedLinksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      FilterAttributeRanges.foreach(__v => __obj.updateDynamic(\"FilterAttributeRanges\")(__v.asInstanceOf[js.Any]))\n      FilterTypedLink.foreach(__v => __obj.updateDynamic(\"FilterTypedLink\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIncomingTypedLinksRequest]\n    }\n  }\n\n  @js.native\n  trait ListIncomingTypedLinksResponse extends js.Object {\n    var LinkSpecifiers: js.UndefOr[TypedLinkSpecifierList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListIncomingTypedLinksResponse {\n    @inline\n    def apply(\n        LinkSpecifiers: js.UndefOr[TypedLinkSpecifierList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListIncomingTypedLinksResponse = {\n      val __obj = js.Dynamic.literal()\n      LinkSpecifiers.foreach(__v => __obj.updateDynamic(\"LinkSpecifiers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIncomingTypedLinksResponse]\n    }\n  }\n\n  @js.native\n  trait ListIndexRequest extends js.Object {\n    var DirectoryArn: Arn\n    var IndexReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var RangesOnIndexedValues: js.UndefOr[ObjectAttributeRangeList]\n  }\n\n  object ListIndexRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        IndexReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RangesOnIndexedValues: js.UndefOr[ObjectAttributeRangeList] = js.undefined\n    ): ListIndexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"IndexReference\" -> IndexReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RangesOnIndexedValues.foreach(__v => __obj.updateDynamic(\"RangesOnIndexedValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIndexRequest]\n    }\n  }\n\n  @js.native\n  trait ListIndexResponse extends js.Object {\n    var IndexAttachments: js.UndefOr[IndexAttachmentList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListIndexResponse {\n    @inline\n    def apply(\n        IndexAttachments: js.UndefOr[IndexAttachmentList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListIndexResponse = {\n      val __obj = js.Dynamic.literal()\n      IndexAttachments.foreach(__v => __obj.updateDynamic(\"IndexAttachments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIndexResponse]\n    }\n  }\n\n  @js.native\n  trait ListManagedSchemaArnsRequest extends js.Object {\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object ListManagedSchemaArnsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): ListManagedSchemaArnsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListManagedSchemaArnsRequest]\n    }\n  }\n\n  @js.native\n  trait ListManagedSchemaArnsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArns: js.UndefOr[Arns]\n  }\n\n  object ListManagedSchemaArnsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArns: js.UndefOr[Arns] = js.undefined\n    ): ListManagedSchemaArnsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArns.foreach(__v => __obj.updateDynamic(\"SchemaArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListManagedSchemaArnsResponse]\n    }\n  }\n\n  @js.native\n  trait ListObjectAttributesRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var FacetFilter: js.UndefOr[SchemaFacet]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectAttributesRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        FacetFilter: js.UndefOr[SchemaFacet] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      FacetFilter.foreach(__v => __obj.updateDynamic(\"FacetFilter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AttributeKeyAndValueList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeKeyAndValueList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait ListObjectChildrenRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectChildrenRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectChildrenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectChildrenRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectChildrenResponse extends js.Object {\n    var Children: js.UndefOr[LinkNameToObjectIdentifierMap]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectChildrenResponse {\n    @inline\n    def apply(\n        Children: js.UndefOr[LinkNameToObjectIdentifierMap] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectChildrenResponse = {\n      val __obj = js.Dynamic.literal()\n      Children.foreach(__v => __obj.updateDynamic(\"Children\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectChildrenResponse]\n    }\n  }\n\n  @js.native\n  trait ListObjectParentPathsRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectParentPathsRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectParentPathsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectParentPathsRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectParentPathsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PathToObjectIdentifiersList: js.UndefOr[PathToObjectIdentifiersList]\n  }\n\n  object ListObjectParentPathsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PathToObjectIdentifiersList: js.UndefOr[PathToObjectIdentifiersList] = js.undefined\n    ): ListObjectParentPathsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PathToObjectIdentifiersList.foreach(__v => __obj.updateDynamic(\"PathToObjectIdentifiersList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectParentPathsResponse]\n    }\n  }\n\n  @js.native\n  trait ListObjectParentsRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var IncludeAllLinksToEachParent: js.UndefOr[Boolean]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectParentsRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        IncludeAllLinksToEachParent: js.UndefOr[Boolean] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectParentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      IncludeAllLinksToEachParent.foreach(__v => __obj.updateDynamic(\"IncludeAllLinksToEachParent\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectParentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectParentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ParentLinks: js.UndefOr[ObjectIdentifierAndLinkNameList]\n    var Parents: js.UndefOr[ObjectIdentifierToLinkNameMap]\n  }\n\n  object ListObjectParentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ParentLinks: js.UndefOr[ObjectIdentifierAndLinkNameList] = js.undefined,\n        Parents: js.UndefOr[ObjectIdentifierToLinkNameMap] = js.undefined\n    ): ListObjectParentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParentLinks.foreach(__v => __obj.updateDynamic(\"ParentLinks\")(__v.asInstanceOf[js.Any]))\n      Parents.foreach(__v => __obj.updateDynamic(\"Parents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectParentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListObjectPoliciesRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectPoliciesRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectPoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectPoliciesResponse extends js.Object {\n    var AttachedPolicyIds: js.UndefOr[ObjectIdentifierList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListObjectPoliciesResponse {\n    @inline\n    def apply(\n        AttachedPolicyIds: js.UndefOr[ObjectIdentifierList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListObjectPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedPolicyIds.foreach(__v => __obj.updateDynamic(\"AttachedPolicyIds\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListOutgoingTypedLinksRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList]\n    var FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOutgoingTypedLinksRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        FilterAttributeRanges: js.UndefOr[TypedLinkAttributeRangeList] = js.undefined,\n        FilterTypedLink: js.UndefOr[TypedLinkSchemaAndFacetName] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOutgoingTypedLinksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      FilterAttributeRanges.foreach(__v => __obj.updateDynamic(\"FilterAttributeRanges\")(__v.asInstanceOf[js.Any]))\n      FilterTypedLink.foreach(__v => __obj.updateDynamic(\"FilterTypedLink\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOutgoingTypedLinksRequest]\n    }\n  }\n\n  @js.native\n  trait ListOutgoingTypedLinksResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TypedLinkSpecifiers: js.UndefOr[TypedLinkSpecifierList]\n  }\n\n  object ListOutgoingTypedLinksResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TypedLinkSpecifiers: js.UndefOr[TypedLinkSpecifierList] = js.undefined\n    ): ListOutgoingTypedLinksResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TypedLinkSpecifiers.foreach(__v => __obj.updateDynamic(\"TypedLinkSpecifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOutgoingTypedLinksResponse]\n    }\n  }\n\n  @js.native\n  trait ListPolicyAttachmentsRequest extends js.Object {\n    var DirectoryArn: Arn\n    var PolicyReference: ObjectReference\n    var ConsistencyLevel: js.UndefOr[ConsistencyLevel]\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPolicyAttachmentsRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        PolicyReference: ObjectReference,\n        ConsistencyLevel: js.UndefOr[ConsistencyLevel] = js.undefined,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPolicyAttachmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"PolicyReference\" -> PolicyReference.asInstanceOf[js.Any]\n      )\n\n      ConsistencyLevel.foreach(__v => __obj.updateDynamic(\"ConsistencyLevel\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyAttachmentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPolicyAttachmentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ObjectIdentifiers: js.UndefOr[ObjectIdentifierList]\n  }\n\n  object ListPolicyAttachmentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ObjectIdentifiers: js.UndefOr[ObjectIdentifierList] = js.undefined\n    ): ListPolicyAttachmentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ObjectIdentifiers.foreach(__v => __obj.updateDynamic(\"ObjectIdentifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyAttachmentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPublishedSchemaArnsRequest extends js.Object {\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object ListPublishedSchemaArnsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): ListPublishedSchemaArnsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPublishedSchemaArnsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPublishedSchemaArnsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaArns: js.UndefOr[Arns]\n  }\n\n  object ListPublishedSchemaArnsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaArns: js.UndefOr[Arns] = js.undefined\n    ): ListPublishedSchemaArnsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaArns.foreach(__v => __obj.updateDynamic(\"SchemaArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPublishedSchemaArnsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var MaxResults: js.UndefOr[TagsNumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        MaxResults: js.UndefOr[TagsNumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTypedLinkFacetAttributesRequest extends js.Object {\n    var Name: TypedLinkName\n    var SchemaArn: Arn\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTypedLinkFacetAttributesRequest {\n    @inline\n    def apply(\n        Name: TypedLinkName,\n        SchemaArn: Arn,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTypedLinkFacetAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTypedLinkFacetAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTypedLinkFacetAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[TypedLinkAttributeDefinitionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTypedLinkFacetAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[TypedLinkAttributeDefinitionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTypedLinkFacetAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTypedLinkFacetAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTypedLinkFacetNamesRequest extends js.Object {\n    var SchemaArn: Arn\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTypedLinkFacetNamesRequest {\n    @inline\n    def apply(\n        SchemaArn: Arn,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTypedLinkFacetNamesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTypedLinkFacetNamesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTypedLinkFacetNamesResponse extends js.Object {\n    var FacetNames: js.UndefOr[TypedLinkNameList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTypedLinkFacetNamesResponse {\n    @inline\n    def apply(\n        FacetNames: js.UndefOr[TypedLinkNameList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTypedLinkFacetNamesResponse = {\n      val __obj = js.Dynamic.literal()\n      FacetNames.foreach(__v => __obj.updateDynamic(\"FacetNames\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTypedLinkFacetNamesResponse]\n    }\n  }\n\n  @js.native\n  trait LookupPolicyRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var MaxResults: js.UndefOr[NumberResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object LookupPolicyRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        MaxResults: js.UndefOr[NumberResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): LookupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LookupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait LookupPolicyResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PolicyToPathList: js.UndefOr[PolicyToPathList]\n  }\n\n  object LookupPolicyResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PolicyToPathList: js.UndefOr[PolicyToPathList] = js.undefined\n    ): LookupPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PolicyToPathList.foreach(__v => __obj.updateDynamic(\"PolicyToPathList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LookupPolicyResponse]\n    }\n  }\n\n  \/** The action to take on the object attribute.\n    *\/\n  @js.native\n  trait ObjectAttributeAction extends js.Object {\n    var ObjectAttributeActionType: js.UndefOr[UpdateActionType]\n    var ObjectAttributeUpdateValue: js.UndefOr[TypedAttributeValue]\n  }\n\n  object ObjectAttributeAction {\n    @inline\n    def apply(\n        ObjectAttributeActionType: js.UndefOr[UpdateActionType] = js.undefined,\n        ObjectAttributeUpdateValue: js.UndefOr[TypedAttributeValue] = js.undefined\n    ): ObjectAttributeAction = {\n      val __obj = js.Dynamic.literal()\n      ObjectAttributeActionType.foreach(__v => __obj.updateDynamic(\"ObjectAttributeActionType\")(__v.asInstanceOf[js.Any]))\n      ObjectAttributeUpdateValue.foreach(__v => __obj.updateDynamic(\"ObjectAttributeUpdateValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectAttributeAction]\n    }\n  }\n\n  \/** A range of attributes.\n    *\/\n  @js.native\n  trait ObjectAttributeRange extends js.Object {\n    var AttributeKey: js.UndefOr[AttributeKey]\n    var Range: js.UndefOr[TypedAttributeValueRange]\n  }\n\n  object ObjectAttributeRange {\n    @inline\n    def apply(\n        AttributeKey: js.UndefOr[AttributeKey] = js.undefined,\n        Range: js.UndefOr[TypedAttributeValueRange] = js.undefined\n    ): ObjectAttributeRange = {\n      val __obj = js.Dynamic.literal()\n      AttributeKey.foreach(__v => __obj.updateDynamic(\"AttributeKey\")(__v.asInstanceOf[js.Any]))\n      Range.foreach(__v => __obj.updateDynamic(\"Range\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectAttributeRange]\n    }\n  }\n\n  \/** Structure that contains attribute update information.\n    *\/\n  @js.native\n  trait ObjectAttributeUpdate extends js.Object {\n    var ObjectAttributeAction: js.UndefOr[ObjectAttributeAction]\n    var ObjectAttributeKey: js.UndefOr[AttributeKey]\n  }\n\n  object ObjectAttributeUpdate {\n    @inline\n    def apply(\n        ObjectAttributeAction: js.UndefOr[ObjectAttributeAction] = js.undefined,\n        ObjectAttributeKey: js.UndefOr[AttributeKey] = js.undefined\n    ): ObjectAttributeUpdate = {\n      val __obj = js.Dynamic.literal()\n      ObjectAttributeAction.foreach(__v => __obj.updateDynamic(\"ObjectAttributeAction\")(__v.asInstanceOf[js.Any]))\n      ObjectAttributeKey.foreach(__v => __obj.updateDynamic(\"ObjectAttributeKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectAttributeUpdate]\n    }\n  }\n\n  \/** A pair of ObjectIdentifier and LinkName.\n    *\/\n  @js.native\n  trait ObjectIdentifierAndLinkNameTuple extends js.Object {\n    var LinkName: js.UndefOr[LinkName]\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object ObjectIdentifierAndLinkNameTuple {\n    @inline\n    def apply(\n        LinkName: js.UndefOr[LinkName] = js.undefined,\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): ObjectIdentifierAndLinkNameTuple = {\n      val __obj = js.Dynamic.literal()\n      LinkName.foreach(__v => __obj.updateDynamic(\"LinkName\")(__v.asInstanceOf[js.Any]))\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectIdentifierAndLinkNameTuple]\n    }\n  }\n\n  \/** The reference that identifies an object.\n    *\/\n  @js.native\n  trait ObjectReference extends js.Object {\n    var Selector: js.UndefOr[SelectorObjectReference]\n  }\n\n  object ObjectReference {\n    @inline\n    def apply(\n        Selector: js.UndefOr[SelectorObjectReference] = js.undefined\n    ): ObjectReference = {\n      val __obj = js.Dynamic.literal()\n      Selector.foreach(__v => __obj.updateDynamic(\"Selector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectReference]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectType extends js.Any\n  object ObjectType {\n    val NODE = \"NODE\".asInstanceOf[ObjectType]\n    val LEAF_NODE = \"LEAF_NODE\".asInstanceOf[ObjectType]\n    val POLICY = \"POLICY\".asInstanceOf[ObjectType]\n    val INDEX = \"INDEX\".asInstanceOf[ObjectType]\n\n    @inline def values = js.Array(NODE, LEAF_NODE, POLICY, INDEX)\n  }\n\n  \/** Returns the path to the <code>ObjectIdentifiers<\/code> that is associated with the directory.\n    *\/\n  @js.native\n  trait PathToObjectIdentifiers extends js.Object {\n    var ObjectIdentifiers: js.UndefOr[ObjectIdentifierList]\n    var Path: js.UndefOr[PathString]\n  }\n\n  object PathToObjectIdentifiers {\n    @inline\n    def apply(\n        ObjectIdentifiers: js.UndefOr[ObjectIdentifierList] = js.undefined,\n        Path: js.UndefOr[PathString] = js.undefined\n    ): PathToObjectIdentifiers = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifiers.foreach(__v => __obj.updateDynamic(\"ObjectIdentifiers\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PathToObjectIdentifiers]\n    }\n  }\n\n  \/** Contains the <code>PolicyType<\/code>, <code>PolicyId<\/code>, and the <code>ObjectIdentifier<\/code> to which it is attached. For more information, see [[https:\/\/docs.aws.amazon.com\/clouddirectory\/latest\/developerguide\/key_concepts_directory.html#key_concepts_policies|Policies]].\n    *\/\n  @js.native\n  trait PolicyAttachment extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n    var PolicyId: js.UndefOr[ObjectIdentifier]\n    var PolicyType: js.UndefOr[PolicyType]\n  }\n\n  object PolicyAttachment {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined,\n        PolicyId: js.UndefOr[ObjectIdentifier] = js.undefined,\n        PolicyType: js.UndefOr[PolicyType] = js.undefined\n    ): PolicyAttachment = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyAttachment]\n    }\n  }\n\n  \/** Used when a regular object exists in a <a>Directory<\/a> and you want to find all of the policies that are associated with that object and the parent to that object.\n    *\/\n  @js.native\n  trait PolicyToPath extends js.Object {\n    var Path: js.UndefOr[PathString]\n    var Policies: js.UndefOr[PolicyAttachmentList]\n  }\n\n  object PolicyToPath {\n    @inline\n    def apply(\n        Path: js.UndefOr[PathString] = js.undefined,\n        Policies: js.UndefOr[PolicyAttachmentList] = js.undefined\n    ): PolicyToPath = {\n      val __obj = js.Dynamic.literal()\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyToPath]\n    }\n  }\n\n  @js.native\n  trait PublishSchemaRequest extends js.Object {\n    var DevelopmentSchemaArn: Arn\n    var Version: Version\n    var MinorVersion: js.UndefOr[Version]\n    var Name: js.UndefOr[SchemaName]\n  }\n\n  object PublishSchemaRequest {\n    @inline\n    def apply(\n        DevelopmentSchemaArn: Arn,\n        Version: Version,\n        MinorVersion: js.UndefOr[Version] = js.undefined,\n        Name: js.UndefOr[SchemaName] = js.undefined\n    ): PublishSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DevelopmentSchemaArn\" -> DevelopmentSchemaArn.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n\n      MinorVersion.foreach(__v => __obj.updateDynamic(\"MinorVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait PublishSchemaResponse extends js.Object {\n    var PublishedSchemaArn: js.UndefOr[Arn]\n  }\n\n  object PublishSchemaResponse {\n    @inline\n    def apply(\n        PublishedSchemaArn: js.UndefOr[Arn] = js.undefined\n    ): PublishSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      PublishedSchemaArn.foreach(__v => __obj.updateDynamic(\"PublishedSchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait PutSchemaFromJsonRequest extends js.Object {\n    var Document: SchemaJsonDocument\n    var SchemaArn: Arn\n  }\n\n  object PutSchemaFromJsonRequest {\n    @inline\n    def apply(\n        Document: SchemaJsonDocument,\n        SchemaArn: Arn\n    ): PutSchemaFromJsonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Document\" -> Document.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutSchemaFromJsonRequest]\n    }\n  }\n\n  @js.native\n  trait PutSchemaFromJsonResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n  }\n\n  object PutSchemaFromJsonResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined\n    ): PutSchemaFromJsonResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSchemaFromJsonResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RangeMode extends js.Any\n  object RangeMode {\n    val FIRST = \"FIRST\".asInstanceOf[RangeMode]\n    val LAST = \"LAST\".asInstanceOf[RangeMode]\n    val LAST_BEFORE_MISSING_VALUES = \"LAST_BEFORE_MISSING_VALUES\".asInstanceOf[RangeMode]\n    val INCLUSIVE = \"INCLUSIVE\".asInstanceOf[RangeMode]\n    val EXCLUSIVE = \"EXCLUSIVE\".asInstanceOf[RangeMode]\n\n    @inline def values = js.Array(FIRST, LAST, LAST_BEFORE_MISSING_VALUES, INCLUSIVE, EXCLUSIVE)\n  }\n\n  @js.native\n  trait RemoveFacetFromObjectRequest extends js.Object {\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n    var SchemaFacet: SchemaFacet\n  }\n\n  object RemoveFacetFromObjectRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference,\n        SchemaFacet: SchemaFacet\n    ): RemoveFacetFromObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any],\n        \"SchemaFacet\" -> SchemaFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveFacetFromObjectRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveFacetFromObjectResponse extends js.Object\n\n  object RemoveFacetFromObjectResponse {\n    @inline\n    def apply(): RemoveFacetFromObjectResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RemoveFacetFromObjectResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RequiredAttributeBehavior extends js.Any\n  object RequiredAttributeBehavior {\n    val REQUIRED_ALWAYS = \"REQUIRED_ALWAYS\".asInstanceOf[RequiredAttributeBehavior]\n    val NOT_REQUIRED = \"NOT_REQUIRED\".asInstanceOf[RequiredAttributeBehavior]\n\n    @inline def values = js.Array(REQUIRED_ALWAYS, NOT_REQUIRED)\n  }\n\n  \/** Contains an Amazon Resource Name (ARN) and parameters that are associated with the rule.\n    *\/\n  @js.native\n  trait Rule extends js.Object {\n    var Parameters: js.UndefOr[RuleParameterMap]\n    var Type: js.UndefOr[RuleType]\n  }\n\n  object Rule {\n    @inline\n    def apply(\n        Parameters: js.UndefOr[RuleParameterMap] = js.undefined,\n        Type: js.UndefOr[RuleType] = js.undefined\n    ): Rule = {\n      val __obj = js.Dynamic.literal()\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Rule]\n    }\n  }\n\n  @js.native\n  sealed trait RuleType extends js.Any\n  object RuleType {\n    val BINARY_LENGTH = \"BINARY_LENGTH\".asInstanceOf[RuleType]\n    val NUMBER_COMPARISON = \"NUMBER_COMPARISON\".asInstanceOf[RuleType]\n    val STRING_FROM_SET = \"STRING_FROM_SET\".asInstanceOf[RuleType]\n    val STRING_LENGTH = \"STRING_LENGTH\".asInstanceOf[RuleType]\n\n    @inline def values = js.Array(BINARY_LENGTH, NUMBER_COMPARISON, STRING_FROM_SET, STRING_LENGTH)\n  }\n\n  \/** A facet.\n    *\/\n  @js.native\n  trait SchemaFacet extends js.Object {\n    var FacetName: js.UndefOr[FacetName]\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object SchemaFacet {\n    @inline\n    def apply(\n        FacetName: js.UndefOr[FacetName] = js.undefined,\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): SchemaFacet = {\n      val __obj = js.Dynamic.literal()\n      FacetName.foreach(__v => __obj.updateDynamic(\"FacetName\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SchemaFacet]\n    }\n  }\n\n  \/** The tag structure that contains a tag key and value.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Represents the data for a typed attribute. You can set one, and only one, of the elements. Each attribute in an item is a name-value pair. Attributes have a single value.\n    *\/\n  @js.native\n  trait TypedAttributeValue extends js.Object {\n    var BinaryValue: js.UndefOr[BinaryAttributeValue]\n    var BooleanValue: js.UndefOr[BooleanAttributeValue]\n    var DatetimeValue: js.UndefOr[DatetimeAttributeValue]\n    var NumberValue: js.UndefOr[NumberAttributeValue]\n    var StringValue: js.UndefOr[StringAttributeValue]\n  }\n\n  object TypedAttributeValue {\n    @inline\n    def apply(\n        BinaryValue: js.UndefOr[BinaryAttributeValue] = js.undefined,\n        BooleanValue: js.UndefOr[BooleanAttributeValue] = js.undefined,\n        DatetimeValue: js.UndefOr[DatetimeAttributeValue] = js.undefined,\n        NumberValue: js.UndefOr[NumberAttributeValue] = js.undefined,\n        StringValue: js.UndefOr[StringAttributeValue] = js.undefined\n    ): TypedAttributeValue = {\n      val __obj = js.Dynamic.literal()\n      BinaryValue.foreach(__v => __obj.updateDynamic(\"BinaryValue\")(__v.asInstanceOf[js.Any]))\n      BooleanValue.foreach(__v => __obj.updateDynamic(\"BooleanValue\")(__v.asInstanceOf[js.Any]))\n      DatetimeValue.foreach(__v => __obj.updateDynamic(\"DatetimeValue\")(__v.asInstanceOf[js.Any]))\n      NumberValue.foreach(__v => __obj.updateDynamic(\"NumberValue\")(__v.asInstanceOf[js.Any]))\n      StringValue.foreach(__v => __obj.updateDynamic(\"StringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TypedAttributeValue]\n    }\n  }\n\n  \/** A range of attribute values. For more information, see [[https:\/\/docs.aws.amazon.com\/clouddirectory\/latest\/developerguide\/directory_objects_range_filters.html|Range Filters]].\n    *\/\n  @js.native\n  trait TypedAttributeValueRange extends js.Object {\n    var EndMode: RangeMode\n    var StartMode: RangeMode\n    var EndValue: js.UndefOr[TypedAttributeValue]\n    var StartValue: js.UndefOr[TypedAttributeValue]\n  }\n\n  object TypedAttributeValueRange {\n    @inline\n    def apply(\n        EndMode: RangeMode,\n        StartMode: RangeMode,\n        EndValue: js.UndefOr[TypedAttributeValue] = js.undefined,\n        StartValue: js.UndefOr[TypedAttributeValue] = js.undefined\n    ): TypedAttributeValueRange = {\n      val __obj = js.Dynamic.literal(\n        \"EndMode\" -> EndMode.asInstanceOf[js.Any],\n        \"StartMode\" -> StartMode.asInstanceOf[js.Any]\n      )\n\n      EndValue.foreach(__v => __obj.updateDynamic(\"EndValue\")(__v.asInstanceOf[js.Any]))\n      StartValue.foreach(__v => __obj.updateDynamic(\"StartValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TypedAttributeValueRange]\n    }\n  }\n\n  \/** A typed link attribute definition.\n    *\/\n  @js.native\n  trait TypedLinkAttributeDefinition extends js.Object {\n    var Name: AttributeName\n    var RequiredBehavior: RequiredAttributeBehavior\n    var Type: FacetAttributeType\n    var DefaultValue: js.UndefOr[TypedAttributeValue]\n    var IsImmutable: js.UndefOr[Boolean]\n    var Rules: js.UndefOr[RuleMap]\n  }\n\n  object TypedLinkAttributeDefinition {\n    @inline\n    def apply(\n        Name: AttributeName,\n        RequiredBehavior: RequiredAttributeBehavior,\n        Type: FacetAttributeType,\n        DefaultValue: js.UndefOr[TypedAttributeValue] = js.undefined,\n        IsImmutable: js.UndefOr[Boolean] = js.undefined,\n        Rules: js.UndefOr[RuleMap] = js.undefined\n    ): TypedLinkAttributeDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RequiredBehavior\" -> RequiredBehavior.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      IsImmutable.foreach(__v => __obj.updateDynamic(\"IsImmutable\")(__v.asInstanceOf[js.Any]))\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TypedLinkAttributeDefinition]\n    }\n  }\n\n  \/** Identifies the range of attributes that are used by a specified filter.\n    *\/\n  @js.native\n  trait TypedLinkAttributeRange extends js.Object {\n    var Range: TypedAttributeValueRange\n    var AttributeName: js.UndefOr[AttributeName]\n  }\n\n  object TypedLinkAttributeRange {\n    @inline\n    def apply(\n        Range: TypedAttributeValueRange,\n        AttributeName: js.UndefOr[AttributeName] = js.undefined\n    ): TypedLinkAttributeRange = {\n      val __obj = js.Dynamic.literal(\n        \"Range\" -> Range.asInstanceOf[js.Any]\n      )\n\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TypedLinkAttributeRange]\n    }\n  }\n\n  \/** Defines the typed links structure and its attributes. To create a typed link facet, use the <a>CreateTypedLinkFacet<\/a> API.\n    *\/\n  @js.native\n  trait TypedLinkFacet extends js.Object {\n    var Attributes: TypedLinkAttributeDefinitionList\n    var IdentityAttributeOrder: AttributeNameList\n    var Name: TypedLinkName\n  }\n\n  object TypedLinkFacet {\n    @inline\n    def apply(\n        Attributes: TypedLinkAttributeDefinitionList,\n        IdentityAttributeOrder: AttributeNameList,\n        Name: TypedLinkName\n    ): TypedLinkFacet = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"IdentityAttributeOrder\" -> IdentityAttributeOrder.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TypedLinkFacet]\n    }\n  }\n\n  \/** A typed link facet attribute update.\n    *\/\n  @js.native\n  trait TypedLinkFacetAttributeUpdate extends js.Object {\n    var Action: UpdateActionType\n    var Attribute: TypedLinkAttributeDefinition\n  }\n\n  object TypedLinkFacetAttributeUpdate {\n    @inline\n    def apply(\n        Action: UpdateActionType,\n        Attribute: TypedLinkAttributeDefinition\n    ): TypedLinkFacetAttributeUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"Attribute\" -> Attribute.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TypedLinkFacetAttributeUpdate]\n    }\n  }\n\n  \/** Identifies the schema Amazon Resource Name (ARN) and facet name for the typed link.\n    *\/\n  @js.native\n  trait TypedLinkSchemaAndFacetName extends js.Object {\n    var SchemaArn: Arn\n    var TypedLinkName: TypedLinkName\n  }\n\n  object TypedLinkSchemaAndFacetName {\n    @inline\n    def apply(\n        SchemaArn: Arn,\n        TypedLinkName: TypedLinkName\n    ): TypedLinkSchemaAndFacetName = {\n      val __obj = js.Dynamic.literal(\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any],\n        \"TypedLinkName\" -> TypedLinkName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TypedLinkSchemaAndFacetName]\n    }\n  }\n\n  \/** Contains all the information that is used to uniquely identify a typed link. The parameters discussed in this topic are used to uniquely specify the typed link being operated on. The <a>AttachTypedLink<\/a> API returns a typed link specifier while the <a>DetachTypedLink<\/a> API accepts one as input. Similarly, the <a>ListIncomingTypedLinks<\/a> and <a>ListOutgoingTypedLinks<\/a> API operations provide typed link specifiers as output. You can also construct a typed link specifier from scratch.\n    *\/\n  @js.native\n  trait TypedLinkSpecifier extends js.Object {\n    var IdentityAttributeValues: AttributeNameAndValueList\n    var SourceObjectReference: ObjectReference\n    var TargetObjectReference: ObjectReference\n    var TypedLinkFacet: TypedLinkSchemaAndFacetName\n  }\n\n  object TypedLinkSpecifier {\n    @inline\n    def apply(\n        IdentityAttributeValues: AttributeNameAndValueList,\n        SourceObjectReference: ObjectReference,\n        TargetObjectReference: ObjectReference,\n        TypedLinkFacet: TypedLinkSchemaAndFacetName\n    ): TypedLinkSpecifier = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityAttributeValues\" -> IdentityAttributeValues.asInstanceOf[js.Any],\n        \"SourceObjectReference\" -> SourceObjectReference.asInstanceOf[js.Any],\n        \"TargetObjectReference\" -> TargetObjectReference.asInstanceOf[js.Any],\n        \"TypedLinkFacet\" -> TypedLinkFacet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TypedLinkSpecifier]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait UpdateActionType extends js.Any\n  object UpdateActionType {\n    val CREATE_OR_UPDATE = \"CREATE_OR_UPDATE\".asInstanceOf[UpdateActionType]\n    val DELETE = \"DELETE\".asInstanceOf[UpdateActionType]\n\n    @inline def values = js.Array(CREATE_OR_UPDATE, DELETE)\n  }\n\n  @js.native\n  trait UpdateFacetRequest extends js.Object {\n    var Name: FacetName\n    var SchemaArn: Arn\n    var AttributeUpdates: js.UndefOr[FacetAttributeUpdateList]\n    var ObjectType: js.UndefOr[ObjectType]\n  }\n\n  object UpdateFacetRequest {\n    @inline\n    def apply(\n        Name: FacetName,\n        SchemaArn: Arn,\n        AttributeUpdates: js.UndefOr[FacetAttributeUpdateList] = js.undefined,\n        ObjectType: js.UndefOr[ObjectType] = js.undefined\n    ): UpdateFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n\n      AttributeUpdates.foreach(__v => __obj.updateDynamic(\"AttributeUpdates\")(__v.asInstanceOf[js.Any]))\n      ObjectType.foreach(__v => __obj.updateDynamic(\"ObjectType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFacetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFacetResponse extends js.Object\n\n  object UpdateFacetResponse {\n    @inline\n    def apply(): UpdateFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateFacetResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLinkAttributesRequest extends js.Object {\n    var AttributeUpdates: LinkAttributeUpdateList\n    var DirectoryArn: Arn\n    var TypedLinkSpecifier: TypedLinkSpecifier\n  }\n\n  object UpdateLinkAttributesRequest {\n    @inline\n    def apply(\n        AttributeUpdates: LinkAttributeUpdateList,\n        DirectoryArn: Arn,\n        TypedLinkSpecifier: TypedLinkSpecifier\n    ): UpdateLinkAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeUpdates\" -> AttributeUpdates.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"TypedLinkSpecifier\" -> TypedLinkSpecifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateLinkAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLinkAttributesResponse extends js.Object\n\n  object UpdateLinkAttributesResponse {\n    @inline\n    def apply(): UpdateLinkAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLinkAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateObjectAttributesRequest extends js.Object {\n    var AttributeUpdates: ObjectAttributeUpdateList\n    var DirectoryArn: Arn\n    var ObjectReference: ObjectReference\n  }\n\n  object UpdateObjectAttributesRequest {\n    @inline\n    def apply(\n        AttributeUpdates: ObjectAttributeUpdateList,\n        DirectoryArn: Arn,\n        ObjectReference: ObjectReference\n    ): UpdateObjectAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeUpdates\" -> AttributeUpdates.asInstanceOf[js.Any],\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"ObjectReference\" -> ObjectReference.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateObjectAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateObjectAttributesResponse extends js.Object {\n    var ObjectIdentifier: js.UndefOr[ObjectIdentifier]\n  }\n\n  object UpdateObjectAttributesResponse {\n    @inline\n    def apply(\n        ObjectIdentifier: js.UndefOr[ObjectIdentifier] = js.undefined\n    ): UpdateObjectAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      ObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateObjectAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSchemaRequest extends js.Object {\n    var Name: SchemaName\n    var SchemaArn: Arn\n  }\n\n  object UpdateSchemaRequest {\n    @inline\n    def apply(\n        Name: SchemaName,\n        SchemaArn: Arn\n    ): UpdateSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSchemaResponse extends js.Object {\n    var SchemaArn: js.UndefOr[Arn]\n  }\n\n  object UpdateSchemaResponse {\n    @inline\n    def apply(\n        SchemaArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTypedLinkFacetRequest extends js.Object {\n    var AttributeUpdates: TypedLinkFacetAttributeUpdateList\n    var IdentityAttributeOrder: AttributeNameList\n    var Name: TypedLinkName\n    var SchemaArn: Arn\n  }\n\n  object UpdateTypedLinkFacetRequest {\n    @inline\n    def apply(\n        AttributeUpdates: TypedLinkFacetAttributeUpdateList,\n        IdentityAttributeOrder: AttributeNameList,\n        Name: TypedLinkName,\n        SchemaArn: Arn\n    ): UpdateTypedLinkFacetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeUpdates\" -> AttributeUpdates.asInstanceOf[js.Any],\n        \"IdentityAttributeOrder\" -> IdentityAttributeOrder.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SchemaArn\" -> SchemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTypedLinkFacetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTypedLinkFacetResponse extends js.Object\n\n  object UpdateTypedLinkFacetResponse {\n    @inline\n    def apply(): UpdateTypedLinkFacetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateTypedLinkFacetResponse]\n    }\n  }\n\n  @js.native\n  trait UpgradeAppliedSchemaRequest extends js.Object {\n    var DirectoryArn: Arn\n    var PublishedSchemaArn: Arn\n    var DryRun: js.UndefOr[Boolean]\n  }\n\n  object UpgradeAppliedSchemaRequest {\n    @inline\n    def apply(\n        DirectoryArn: Arn,\n        PublishedSchemaArn: Arn,\n        DryRun: js.UndefOr[Boolean] = js.undefined\n    ): UpgradeAppliedSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryArn\" -> DirectoryArn.asInstanceOf[js.Any],\n        \"PublishedSchemaArn\" -> PublishedSchemaArn.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradeAppliedSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait UpgradeAppliedSchemaResponse extends js.Object {\n    var DirectoryArn: js.UndefOr[Arn]\n    var UpgradedSchemaArn: js.UndefOr[Arn]\n  }\n\n  object UpgradeAppliedSchemaResponse {\n    @inline\n    def apply(\n        DirectoryArn: js.UndefOr[Arn] = js.undefined,\n        UpgradedSchemaArn: js.UndefOr[Arn] = js.undefined\n    ): UpgradeAppliedSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      DirectoryArn.foreach(__v => __obj.updateDynamic(\"DirectoryArn\")(__v.asInstanceOf[js.Any]))\n      UpgradedSchemaArn.foreach(__v => __obj.updateDynamic(\"UpgradedSchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradeAppliedSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait UpgradePublishedSchemaRequest extends js.Object {\n    var DevelopmentSchemaArn: Arn\n    var MinorVersion: Version\n    var PublishedSchemaArn: Arn\n    var DryRun: js.UndefOr[Boolean]\n  }\n\n  object UpgradePublishedSchemaRequest {\n    @inline\n    def apply(\n        DevelopmentSchemaArn: Arn,\n        MinorVersion: Version,\n        PublishedSchemaArn: Arn,\n        DryRun: js.UndefOr[Boolean] = js.undefined\n    ): UpgradePublishedSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DevelopmentSchemaArn\" -> DevelopmentSchemaArn.asInstanceOf[js.Any],\n        \"MinorVersion\" -> MinorVersion.asInstanceOf[js.Any],\n        \"PublishedSchemaArn\" -> PublishedSchemaArn.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradePublishedSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait UpgradePublishedSchemaResponse extends js.Object {\n    var UpgradedSchemaArn: js.UndefOr[Arn]\n  }\n\n  object UpgradePublishedSchemaResponse {\n    @inline\n    def apply(\n        UpgradedSchemaArn: js.UndefOr[Arn] = js.undefined\n    ): UpgradePublishedSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      UpgradedSchemaArn.foreach(__v => __obj.updateDynamic(\"UpgradedSchemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradePublishedSchemaResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/forecast\/src\/main\/scala\/facade\/amazonaws\/services\/Forecast.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object forecast {\n  type Arn = String\n  type ArnList = js.Array[Arn]\n  type CategoricalParameterRanges = js.Array[CategoricalParameterRange]\n  type ContinuousParameterRanges = js.Array[ContinuousParameterRange]\n  type DatasetGroups = js.Array[DatasetGroupSummary]\n  type DatasetImportJobs = js.Array[DatasetImportJobSummary]\n  type Datasets = js.Array[DatasetSummary]\n  type ErrorMessage = String\n  type ErrorMetrics = js.Array[ErrorMetric]\n  type FeaturizationMethodParameters = js.Dictionary[ParameterValue]\n  type FeaturizationPipeline = js.Array[FeaturizationMethod]\n  type Featurizations = js.Array[Featurization]\n  type FieldStatistics = js.Dictionary[Statistics]\n  type Filters = js.Array[Filter]\n  type ForecastDimensions = js.Array[Name]\n  type ForecastExportJobs = js.Array[ForecastExportJobSummary]\n  type ForecastType = String\n  type ForecastTypes = js.Array[ForecastType]\n  type Forecasts = js.Array[ForecastSummary]\n  type Frequency = String\n  type GeolocationFormat = String\n  type IntegerParameterRanges = js.Array[IntegerParameterRange]\n  type KMSKeyArn = String\n  type MaxResults = Int\n  type Message = String\n  type Name = String\n  type NextToken = String\n  type ParameterKey = String\n  type ParameterValue = String\n  type PredictorBacktestExportJobs = js.Array[PredictorBacktestExportJobSummary]\n  type PredictorEvaluationResults = js.Array[EvaluationResult]\n  type PredictorExecutions = js.Array[PredictorExecution]\n  type Predictors = js.Array[PredictorSummary]\n  type S3Path = String\n  type SchemaAttributes = js.Array[SchemaAttribute]\n  type Status = String\n  type SupplementaryFeatures = js.Array[SupplementaryFeature]\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type TestWindowDetails = js.Array[TestWindowSummary]\n  type TestWindows = js.Array[WindowSummary]\n  type TimeZone = String\n  type Timestamp = js.Date\n  type TimestampFormat = String\n  type TrainingParameters = js.Dictionary[ParameterValue]\n  type UseGeolocationForTimeZone = Boolean\n  type Value = String\n  type Values = js.Array[Value]\n  type WeightedQuantileLosses = js.Array[WeightedQuantileLoss]\n\n  implicit final class ForecastOps(private val service: Forecast) extends AnyVal {\n\n    @inline def createDatasetFuture(params: CreateDatasetRequest): Future[CreateDatasetResponse] = service.createDataset(params).promise().toFuture\n    @inline def createDatasetGroupFuture(params: CreateDatasetGroupRequest): Future[CreateDatasetGroupResponse] = service.createDatasetGroup(params).promise().toFuture\n    @inline def createDatasetImportJobFuture(params: CreateDatasetImportJobRequest): Future[CreateDatasetImportJobResponse] = service.createDatasetImportJob(params).promise().toFuture\n    @inline def createForecastExportJobFuture(params: CreateForecastExportJobRequest): Future[CreateForecastExportJobResponse] = service.createForecastExportJob(params).promise().toFuture\n    @inline def createForecastFuture(params: CreateForecastRequest): Future[CreateForecastResponse] = service.createForecast(params).promise().toFuture\n    @inline def createPredictorBacktestExportJobFuture(params: CreatePredictorBacktestExportJobRequest): Future[CreatePredictorBacktestExportJobResponse] = service.createPredictorBacktestExportJob(params).promise().toFuture\n    @inline def createPredictorFuture(params: CreatePredictorRequest): Future[CreatePredictorResponse] = service.createPredictor(params).promise().toFuture\n    @inline def deleteDatasetFuture(params: DeleteDatasetRequest): Future[js.Object] = service.deleteDataset(params).promise().toFuture\n    @inline def deleteDatasetGroupFuture(params: DeleteDatasetGroupRequest): Future[js.Object] = service.deleteDatasetGroup(params).promise().toFuture\n    @inline def deleteDatasetImportJobFuture(params: DeleteDatasetImportJobRequest): Future[js.Object] = service.deleteDatasetImportJob(params).promise().toFuture\n    @inline def deleteForecastExportJobFuture(params: DeleteForecastExportJobRequest): Future[js.Object] = service.deleteForecastExportJob(params).promise().toFuture\n    @inline def deleteForecastFuture(params: DeleteForecastRequest): Future[js.Object] = service.deleteForecast(params).promise().toFuture\n    @inline def deletePredictorBacktestExportJobFuture(params: DeletePredictorBacktestExportJobRequest): Future[js.Object] = service.deletePredictorBacktestExportJob(params).promise().toFuture\n    @inline def deletePredictorFuture(params: DeletePredictorRequest): Future[js.Object] = service.deletePredictor(params).promise().toFuture\n    @inline def describeDatasetFuture(params: DescribeDatasetRequest): Future[DescribeDatasetResponse] = service.describeDataset(params).promise().toFuture\n    @inline def describeDatasetGroupFuture(params: DescribeDatasetGroupRequest): Future[DescribeDatasetGroupResponse] = service.describeDatasetGroup(params).promise().toFuture\n    @inline def describeDatasetImportJobFuture(params: DescribeDatasetImportJobRequest): Future[DescribeDatasetImportJobResponse] = service.describeDatasetImportJob(params).promise().toFuture\n    @inline def describeForecastExportJobFuture(params: DescribeForecastExportJobRequest): Future[DescribeForecastExportJobResponse] = service.describeForecastExportJob(params).promise().toFuture\n    @inline def describeForecastFuture(params: DescribeForecastRequest): Future[DescribeForecastResponse] = service.describeForecast(params).promise().toFuture\n    @inline def describePredictorBacktestExportJobFuture(params: DescribePredictorBacktestExportJobRequest): Future[DescribePredictorBacktestExportJobResponse] = service.describePredictorBacktestExportJob(params).promise().toFuture\n    @inline def describePredictorFuture(params: DescribePredictorRequest): Future[DescribePredictorResponse] = service.describePredictor(params).promise().toFuture\n    @inline def getAccuracyMetricsFuture(params: GetAccuracyMetricsRequest): Future[GetAccuracyMetricsResponse] = service.getAccuracyMetrics(params).promise().toFuture\n    @inline def listDatasetGroupsFuture(params: ListDatasetGroupsRequest): Future[ListDatasetGroupsResponse] = service.listDatasetGroups(params).promise().toFuture\n    @inline def listDatasetImportJobsFuture(params: ListDatasetImportJobsRequest): Future[ListDatasetImportJobsResponse] = service.listDatasetImportJobs(params).promise().toFuture\n    @inline def listDatasetsFuture(params: ListDatasetsRequest): Future[ListDatasetsResponse] = service.listDatasets(params).promise().toFuture\n    @inline def listForecastExportJobsFuture(params: ListForecastExportJobsRequest): Future[ListForecastExportJobsResponse] = service.listForecastExportJobs(params).promise().toFuture\n    @inline def listForecastsFuture(params: ListForecastsRequest): Future[ListForecastsResponse] = service.listForecasts(params).promise().toFuture\n    @inline def listPredictorBacktestExportJobsFuture(params: ListPredictorBacktestExportJobsRequest): Future[ListPredictorBacktestExportJobsResponse] = service.listPredictorBacktestExportJobs(params).promise().toFuture\n    @inline def listPredictorsFuture(params: ListPredictorsRequest): Future[ListPredictorsResponse] = service.listPredictors(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def stopResourceFuture(params: StopResourceRequest): Future[js.Object] = service.stopResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateDatasetGroupFuture(params: UpdateDatasetGroupRequest): Future[UpdateDatasetGroupResponse] = service.updateDatasetGroup(params).promise().toFuture\n\n  }\n}\n\npackage forecast {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/forecastservice\", JSImport.Namespace, \"AWS.ForecastService\")\n  class Forecast() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createDataset(params: CreateDatasetRequest): Request[CreateDatasetResponse] = js.native\n    def createDatasetGroup(params: CreateDatasetGroupRequest): Request[CreateDatasetGroupResponse] = js.native\n    def createDatasetImportJob(params: CreateDatasetImportJobRequest): Request[CreateDatasetImportJobResponse] = js.native\n    def createForecast(params: CreateForecastRequest): Request[CreateForecastResponse] = js.native\n    def createForecastExportJob(params: CreateForecastExportJobRequest): Request[CreateForecastExportJobResponse] = js.native\n    def createPredictor(params: CreatePredictorRequest): Request[CreatePredictorResponse] = js.native\n    def createPredictorBacktestExportJob(params: CreatePredictorBacktestExportJobRequest): Request[CreatePredictorBacktestExportJobResponse] = js.native\n    def deleteDataset(params: DeleteDatasetRequest): Request[js.Object] = js.native\n    def deleteDatasetGroup(params: DeleteDatasetGroupRequest): Request[js.Object] = js.native\n    def deleteDatasetImportJob(params: DeleteDatasetImportJobRequest): Request[js.Object] = js.native\n    def deleteForecast(params: DeleteForecastRequest): Request[js.Object] = js.native\n    def deleteForecastExportJob(params: DeleteForecastExportJobRequest): Request[js.Object] = js.native\n    def deletePredictor(params: DeletePredictorRequest): Request[js.Object] = js.native\n    def deletePredictorBacktestExportJob(params: DeletePredictorBacktestExportJobRequest): Request[js.Object] = js.native\n    def describeDataset(params: DescribeDatasetRequest): Request[DescribeDatasetResponse] = js.native\n    def describeDatasetGroup(params: DescribeDatasetGroupRequest): Request[DescribeDatasetGroupResponse] = js.native\n    def describeDatasetImportJob(params: DescribeDatasetImportJobRequest): Request[DescribeDatasetImportJobResponse] = js.native\n    def describeForecast(params: DescribeForecastRequest): Request[DescribeForecastResponse] = js.native\n    def describeForecastExportJob(params: DescribeForecastExportJobRequest): Request[DescribeForecastExportJobResponse] = js.native\n    def describePredictor(params: DescribePredictorRequest): Request[DescribePredictorResponse] = js.native\n    def describePredictorBacktestExportJob(params: DescribePredictorBacktestExportJobRequest): Request[DescribePredictorBacktestExportJobResponse] = js.native\n    def getAccuracyMetrics(params: GetAccuracyMetricsRequest): Request[GetAccuracyMetricsResponse] = js.native\n    def listDatasetGroups(params: ListDatasetGroupsRequest): Request[ListDatasetGroupsResponse] = js.native\n    def listDatasetImportJobs(params: ListDatasetImportJobsRequest): Request[ListDatasetImportJobsResponse] = js.native\n    def listDatasets(params: ListDatasetsRequest): Request[ListDatasetsResponse] = js.native\n    def listForecastExportJobs(params: ListForecastExportJobsRequest): Request[ListForecastExportJobsResponse] = js.native\n    def listForecasts(params: ListForecastsRequest): Request[ListForecastsResponse] = js.native\n    def listPredictorBacktestExportJobs(params: ListPredictorBacktestExportJobsRequest): Request[ListPredictorBacktestExportJobsResponse] = js.native\n    def listPredictors(params: ListPredictorsRequest): Request[ListPredictorsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def stopResource(params: StopResourceRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateDatasetGroup(params: UpdateDatasetGroupRequest): Request[UpdateDatasetGroupResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AttributeType extends js.Any\n  object AttributeType {\n    val string = \"string\".asInstanceOf[AttributeType]\n    val integer = \"integer\".asInstanceOf[AttributeType]\n    val float = \"float\".asInstanceOf[AttributeType]\n    val timestamp = \"timestamp\".asInstanceOf[AttributeType]\n    val geolocation = \"geolocation\".asInstanceOf[AttributeType]\n\n    @inline def values = js.Array(string, integer, float, timestamp, geolocation)\n  }\n\n  \/** Specifies a categorical hyperparameter and it's range of tunable values. This object is part of the <a>ParameterRanges<\/a> object.\n    *\/\n  @js.native\n  trait CategoricalParameterRange extends js.Object {\n    var Name: Name\n    var Values: Values\n  }\n\n  object CategoricalParameterRange {\n    @inline\n    def apply(\n        Name: Name,\n        Values: Values\n    ): CategoricalParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CategoricalParameterRange]\n    }\n  }\n\n  \/** Specifies a continuous hyperparameter and it's range of tunable values. This object is part of the <a>ParameterRanges<\/a> object.\n    *\/\n  @js.native\n  trait ContinuousParameterRange extends js.Object {\n    var MaxValue: Double\n    var MinValue: Double\n    var Name: Name\n    var ScalingType: js.UndefOr[ScalingType]\n  }\n\n  object ContinuousParameterRange {\n    @inline\n    def apply(\n        MaxValue: Double,\n        MinValue: Double,\n        Name: Name,\n        ScalingType: js.UndefOr[ScalingType] = js.undefined\n    ): ContinuousParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ScalingType.foreach(__v => __obj.updateDynamic(\"ScalingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContinuousParameterRange]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetGroupRequest extends js.Object {\n    var DatasetGroupName: Name\n    var Domain: Domain\n    var DatasetArns: js.UndefOr[ArnList]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateDatasetGroupRequest {\n    @inline\n    def apply(\n        DatasetGroupName: Name,\n        Domain: Domain,\n        DatasetArns: js.UndefOr[ArnList] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetGroupName\" -> DatasetGroupName.asInstanceOf[js.Any],\n        \"Domain\" -> Domain.asInstanceOf[js.Any]\n      )\n\n      DatasetArns.foreach(__v => __obj.updateDynamic(\"DatasetArns\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetGroupResponse extends js.Object {\n    var DatasetGroupArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetGroupResponse {\n    @inline\n    def apply(\n        DatasetGroupArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetImportJobRequest extends js.Object {\n    var DataSource: DataSource\n    var DatasetArn: Arn\n    var DatasetImportJobName: Name\n    var GeolocationFormat: js.UndefOr[GeolocationFormat]\n    var Tags: js.UndefOr[Tags]\n    var TimeZone: js.UndefOr[TimeZone]\n    var TimestampFormat: js.UndefOr[TimestampFormat]\n    var UseGeolocationForTimeZone: js.UndefOr[UseGeolocationForTimeZone]\n  }\n\n  object CreateDatasetImportJobRequest {\n    @inline\n    def apply(\n        DataSource: DataSource,\n        DatasetArn: Arn,\n        DatasetImportJobName: Name,\n        GeolocationFormat: js.UndefOr[GeolocationFormat] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        TimeZone: js.UndefOr[TimeZone] = js.undefined,\n        TimestampFormat: js.UndefOr[TimestampFormat] = js.undefined,\n        UseGeolocationForTimeZone: js.UndefOr[UseGeolocationForTimeZone] = js.undefined\n    ): CreateDatasetImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataSource\" -> DataSource.asInstanceOf[js.Any],\n        \"DatasetArn\" -> DatasetArn.asInstanceOf[js.Any],\n        \"DatasetImportJobName\" -> DatasetImportJobName.asInstanceOf[js.Any]\n      )\n\n      GeolocationFormat.foreach(__v => __obj.updateDynamic(\"GeolocationFormat\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TimeZone.foreach(__v => __obj.updateDynamic(\"TimeZone\")(__v.asInstanceOf[js.Any]))\n      TimestampFormat.foreach(__v => __obj.updateDynamic(\"TimestampFormat\")(__v.asInstanceOf[js.Any]))\n      UseGeolocationForTimeZone.foreach(__v => __obj.updateDynamic(\"UseGeolocationForTimeZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetImportJobResponse extends js.Object {\n    var DatasetImportJobArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetImportJobResponse {\n    @inline\n    def apply(\n        DatasetImportJobArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetImportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      DatasetImportJobArn.foreach(__v => __obj.updateDynamic(\"DatasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetImportJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetRequest extends js.Object {\n    var DatasetName: Name\n    var DatasetType: DatasetType\n    var Domain: Domain\n    var Schema: Schema\n    var DataFrequency: js.UndefOr[Frequency]\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateDatasetRequest {\n    @inline\n    def apply(\n        DatasetName: Name,\n        DatasetType: DatasetType,\n        Domain: Domain,\n        Schema: Schema,\n        DataFrequency: js.UndefOr[Frequency] = js.undefined,\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetName\" -> DatasetName.asInstanceOf[js.Any],\n        \"DatasetType\" -> DatasetType.asInstanceOf[js.Any],\n        \"Domain\" -> Domain.asInstanceOf[js.Any],\n        \"Schema\" -> Schema.asInstanceOf[js.Any]\n      )\n\n      DataFrequency.foreach(__v => __obj.updateDynamic(\"DataFrequency\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetResponse extends js.Object {\n    var DatasetArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetResponse {\n    @inline\n    def apply(\n        DatasetArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetResponse = {\n      val __obj = js.Dynamic.literal()\n      DatasetArn.foreach(__v => __obj.updateDynamic(\"DatasetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateForecastExportJobRequest extends js.Object {\n    var Destination: DataDestination\n    var ForecastArn: Arn\n    var ForecastExportJobName: Name\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateForecastExportJobRequest {\n    @inline\n    def apply(\n        Destination: DataDestination,\n        ForecastArn: Arn,\n        ForecastExportJobName: Name,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateForecastExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"ForecastArn\" -> ForecastArn.asInstanceOf[js.Any],\n        \"ForecastExportJobName\" -> ForecastExportJobName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateForecastExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateForecastExportJobResponse extends js.Object {\n    var ForecastExportJobArn: js.UndefOr[Arn]\n  }\n\n  object CreateForecastExportJobResponse {\n    @inline\n    def apply(\n        ForecastExportJobArn: js.UndefOr[Arn] = js.undefined\n    ): CreateForecastExportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      ForecastExportJobArn.foreach(__v => __obj.updateDynamic(\"ForecastExportJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateForecastExportJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateForecastRequest extends js.Object {\n    var ForecastName: Name\n    var PredictorArn: Arn\n    var ForecastTypes: js.UndefOr[ForecastTypes]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateForecastRequest {\n    @inline\n    def apply(\n        ForecastName: Name,\n        PredictorArn: Arn,\n        ForecastTypes: js.UndefOr[ForecastTypes] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastName\" -> ForecastName.asInstanceOf[js.Any],\n        \"PredictorArn\" -> PredictorArn.asInstanceOf[js.Any]\n      )\n\n      ForecastTypes.foreach(__v => __obj.updateDynamic(\"ForecastTypes\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateForecastRequest]\n    }\n  }\n\n  @js.native\n  trait CreateForecastResponse extends js.Object {\n    var ForecastArn: js.UndefOr[Arn]\n  }\n\n  object CreateForecastResponse {\n    @inline\n    def apply(\n        ForecastArn: js.UndefOr[Arn] = js.undefined\n    ): CreateForecastResponse = {\n      val __obj = js.Dynamic.literal()\n      ForecastArn.foreach(__v => __obj.updateDynamic(\"ForecastArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateForecastResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePredictorBacktestExportJobRequest extends js.Object {\n    var Destination: DataDestination\n    var PredictorArn: Arn\n    var PredictorBacktestExportJobName: Name\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreatePredictorBacktestExportJobRequest {\n    @inline\n    def apply(\n        Destination: DataDestination,\n        PredictorArn: Arn,\n        PredictorBacktestExportJobName: Name,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreatePredictorBacktestExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"PredictorArn\" -> PredictorArn.asInstanceOf[js.Any],\n        \"PredictorBacktestExportJobName\" -> PredictorBacktestExportJobName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePredictorBacktestExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePredictorBacktestExportJobResponse extends js.Object {\n    var PredictorBacktestExportJobArn: js.UndefOr[Arn]\n  }\n\n  object CreatePredictorBacktestExportJobResponse {\n    @inline\n    def apply(\n        PredictorBacktestExportJobArn: js.UndefOr[Arn] = js.undefined\n    ): CreatePredictorBacktestExportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      PredictorBacktestExportJobArn.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePredictorBacktestExportJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePredictorRequest extends js.Object {\n    var FeaturizationConfig: FeaturizationConfig\n    var ForecastHorizon: Int\n    var InputDataConfig: InputDataConfig\n    var PredictorName: Name\n    var AlgorithmArn: js.UndefOr[Arn]\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n    var EvaluationParameters: js.UndefOr[EvaluationParameters]\n    var ForecastTypes: js.UndefOr[ForecastTypes]\n    var HPOConfig: js.UndefOr[HyperParameterTuningJobConfig]\n    var PerformAutoML: js.UndefOr[Boolean]\n    var PerformHPO: js.UndefOr[Boolean]\n    var Tags: js.UndefOr[Tags]\n    var TrainingParameters: js.UndefOr[TrainingParameters]\n  }\n\n  object CreatePredictorRequest {\n    @inline\n    def apply(\n        FeaturizationConfig: FeaturizationConfig,\n        ForecastHorizon: Int,\n        InputDataConfig: InputDataConfig,\n        PredictorName: Name,\n        AlgorithmArn: js.UndefOr[Arn] = js.undefined,\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined,\n        EvaluationParameters: js.UndefOr[EvaluationParameters] = js.undefined,\n        ForecastTypes: js.UndefOr[ForecastTypes] = js.undefined,\n        HPOConfig: js.UndefOr[HyperParameterTuningJobConfig] = js.undefined,\n        PerformAutoML: js.UndefOr[Boolean] = js.undefined,\n        PerformHPO: js.UndefOr[Boolean] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        TrainingParameters: js.UndefOr[TrainingParameters] = js.undefined\n    ): CreatePredictorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FeaturizationConfig\" -> FeaturizationConfig.asInstanceOf[js.Any],\n        \"ForecastHorizon\" -> ForecastHorizon.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"PredictorName\" -> PredictorName.asInstanceOf[js.Any]\n      )\n\n      AlgorithmArn.foreach(__v => __obj.updateDynamic(\"AlgorithmArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      EvaluationParameters.foreach(__v => __obj.updateDynamic(\"EvaluationParameters\")(__v.asInstanceOf[js.Any]))\n      ForecastTypes.foreach(__v => __obj.updateDynamic(\"ForecastTypes\")(__v.asInstanceOf[js.Any]))\n      HPOConfig.foreach(__v => __obj.updateDynamic(\"HPOConfig\")(__v.asInstanceOf[js.Any]))\n      PerformAutoML.foreach(__v => __obj.updateDynamic(\"PerformAutoML\")(__v.asInstanceOf[js.Any]))\n      PerformHPO.foreach(__v => __obj.updateDynamic(\"PerformHPO\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TrainingParameters.foreach(__v => __obj.updateDynamic(\"TrainingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePredictorRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePredictorResponse extends js.Object {\n    var PredictorArn: js.UndefOr[Arn]\n  }\n\n  object CreatePredictorResponse {\n    @inline\n    def apply(\n        PredictorArn: js.UndefOr[Arn] = js.undefined\n    ): CreatePredictorResponse = {\n      val __obj = js.Dynamic.literal()\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePredictorResponse]\n    }\n  }\n\n  \/** The destination for an export job. Provide an S3 path, an AWS Identity and Access Management (IAM) role that allows Amazon Forecast to access the location, and an AWS Key Management Service (KMS) key (optional).\n    *\/\n  @js.native\n  trait DataDestination extends js.Object {\n    var S3Config: S3Config\n  }\n\n  object DataDestination {\n    @inline\n    def apply(\n        S3Config: S3Config\n    ): DataDestination = {\n      val __obj = js.Dynamic.literal(\n        \"S3Config\" -> S3Config.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataDestination]\n    }\n  }\n\n  \/** The source of your training data, an AWS Identity and Access Management (IAM) role that allows Amazon Forecast to access the data and, optionally, an AWS Key Management Service (KMS) key. This object is submitted in the <a>CreateDatasetImportJob<\/a> request.\n    *\/\n  @js.native\n  trait DataSource extends js.Object {\n    var S3Config: S3Config\n  }\n\n  object DataSource {\n    @inline\n    def apply(\n        S3Config: S3Config\n    ): DataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3Config\" -> S3Config.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataSource]\n    }\n  }\n\n  \/** Provides a summary of the dataset group properties used in the <a>ListDatasetGroups<\/a> operation. To get the complete set of properties, call the <a>DescribeDatasetGroup<\/a> operation, and provide the <code>DatasetGroupArn<\/code>.\n    *\/\n  @js.native\n  trait DatasetGroupSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetGroupArn: js.UndefOr[Arn]\n    var DatasetGroupName: js.UndefOr[Name]\n    var LastModificationTime: js.UndefOr[Timestamp]\n  }\n\n  object DatasetGroupSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        DatasetGroupName: js.UndefOr[Name] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined\n    ): DatasetGroupSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupName.foreach(__v => __obj.updateDynamic(\"DatasetGroupName\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetGroupSummary]\n    }\n  }\n\n  \/** Provides a summary of the dataset import job properties used in the <a>ListDatasetImportJobs<\/a> operation. To get the complete set of properties, call the <a>DescribeDatasetImportJob<\/a> operation, and provide the <code>DatasetImportJobArn<\/code>.\n    *\/\n  @js.native\n  trait DatasetImportJobSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DataSource: js.UndefOr[DataSource]\n    var DatasetImportJobArn: js.UndefOr[Arn]\n    var DatasetImportJobName: js.UndefOr[Name]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DatasetImportJobSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSource: js.UndefOr[DataSource] = js.undefined,\n        DatasetImportJobArn: js.UndefOr[Arn] = js.undefined,\n        DatasetImportJobName: js.UndefOr[Name] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DatasetImportJobSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DataSource.foreach(__v => __obj.updateDynamic(\"DataSource\")(__v.asInstanceOf[js.Any]))\n      DatasetImportJobArn.foreach(__v => __obj.updateDynamic(\"DatasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      DatasetImportJobName.foreach(__v => __obj.updateDynamic(\"DatasetImportJobName\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetImportJobSummary]\n    }\n  }\n\n  \/** Provides a summary of the dataset properties used in the <a>ListDatasets<\/a> operation. To get the complete set of properties, call the <a>DescribeDataset<\/a> operation, and provide the <code>DatasetArn<\/code>.\n    *\/\n  @js.native\n  trait DatasetSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetArn: js.UndefOr[Arn]\n    var DatasetName: js.UndefOr[Name]\n    var DatasetType: js.UndefOr[DatasetType]\n    var Domain: js.UndefOr[Domain]\n    var LastModificationTime: js.UndefOr[Timestamp]\n  }\n\n  object DatasetSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetArn: js.UndefOr[Arn] = js.undefined,\n        DatasetName: js.UndefOr[Name] = js.undefined,\n        DatasetType: js.UndefOr[DatasetType] = js.undefined,\n        Domain: js.UndefOr[Domain] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined\n    ): DatasetSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetArn.foreach(__v => __obj.updateDynamic(\"DatasetArn\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      DatasetType.foreach(__v => __obj.updateDynamic(\"DatasetType\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DatasetType extends js.Any\n  object DatasetType {\n    val TARGET_TIME_SERIES = \"TARGET_TIME_SERIES\".asInstanceOf[DatasetType]\n    val RELATED_TIME_SERIES = \"RELATED_TIME_SERIES\".asInstanceOf[DatasetType]\n    val ITEM_METADATA = \"ITEM_METADATA\".asInstanceOf[DatasetType]\n\n    @inline def values = js.Array(TARGET_TIME_SERIES, RELATED_TIME_SERIES, ITEM_METADATA)\n  }\n\n  @js.native\n  trait DeleteDatasetGroupRequest extends js.Object {\n    var DatasetGroupArn: Arn\n  }\n\n  object DeleteDatasetGroupRequest {\n    @inline\n    def apply(\n        DatasetGroupArn: Arn\n    ): DeleteDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetGroupArn\" -> DatasetGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetImportJobRequest extends js.Object {\n    var DatasetImportJobArn: Arn\n  }\n\n  object DeleteDatasetImportJobRequest {\n    @inline\n    def apply(\n        DatasetImportJobArn: Arn\n    ): DeleteDatasetImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetImportJobArn\" -> DatasetImportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetRequest extends js.Object {\n    var DatasetArn: Arn\n  }\n\n  object DeleteDatasetRequest {\n    @inline\n    def apply(\n        DatasetArn: Arn\n    ): DeleteDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetArn\" -> DatasetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteForecastExportJobRequest extends js.Object {\n    var ForecastExportJobArn: Arn\n  }\n\n  object DeleteForecastExportJobRequest {\n    @inline\n    def apply(\n        ForecastExportJobArn: Arn\n    ): DeleteForecastExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastExportJobArn\" -> ForecastExportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteForecastExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteForecastRequest extends js.Object {\n    var ForecastArn: Arn\n  }\n\n  object DeleteForecastRequest {\n    @inline\n    def apply(\n        ForecastArn: Arn\n    ): DeleteForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastArn\" -> ForecastArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteForecastRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePredictorBacktestExportJobRequest extends js.Object {\n    var PredictorBacktestExportJobArn: Arn\n  }\n\n  object DeletePredictorBacktestExportJobRequest {\n    @inline\n    def apply(\n        PredictorBacktestExportJobArn: Arn\n    ): DeletePredictorBacktestExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PredictorBacktestExportJobArn\" -> PredictorBacktestExportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePredictorBacktestExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePredictorRequest extends js.Object {\n    var PredictorArn: Arn\n  }\n\n  object DeletePredictorRequest {\n    @inline\n    def apply(\n        PredictorArn: Arn\n    ): DeletePredictorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PredictorArn\" -> PredictorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePredictorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetGroupRequest extends js.Object {\n    var DatasetGroupArn: Arn\n  }\n\n  object DescribeDatasetGroupRequest {\n    @inline\n    def apply(\n        DatasetGroupArn: Arn\n    ): DescribeDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetGroupArn\" -> DatasetGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetGroupResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetArns: js.UndefOr[ArnList]\n    var DatasetGroupArn: js.UndefOr[Arn]\n    var DatasetGroupName: js.UndefOr[Name]\n    var Domain: js.UndefOr[Domain]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DescribeDatasetGroupResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetArns: js.UndefOr[ArnList] = js.undefined,\n        DatasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        DatasetGroupName: js.UndefOr[Name] = js.undefined,\n        Domain: js.UndefOr[Domain] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DescribeDatasetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetArns.foreach(__v => __obj.updateDynamic(\"DatasetArns\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupName.foreach(__v => __obj.updateDynamic(\"DatasetGroupName\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetImportJobRequest extends js.Object {\n    var DatasetImportJobArn: Arn\n  }\n\n  object DescribeDatasetImportJobRequest {\n    @inline\n    def apply(\n        DatasetImportJobArn: Arn\n    ): DescribeDatasetImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetImportJobArn\" -> DatasetImportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetImportJobResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DataSize: js.UndefOr[Double]\n    var DataSource: js.UndefOr[DataSource]\n    var DatasetArn: js.UndefOr[Arn]\n    var DatasetImportJobArn: js.UndefOr[Arn]\n    var DatasetImportJobName: js.UndefOr[Name]\n    var EstimatedTimeRemainingInMinutes: js.UndefOr[Double]\n    var FieldStatistics: js.UndefOr[FieldStatistics]\n    var GeolocationFormat: js.UndefOr[GeolocationFormat]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[Message]\n    var Status: js.UndefOr[Status]\n    var TimeZone: js.UndefOr[TimeZone]\n    var TimestampFormat: js.UndefOr[TimestampFormat]\n    var UseGeolocationForTimeZone: js.UndefOr[UseGeolocationForTimeZone]\n  }\n\n  object DescribeDatasetImportJobResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSize: js.UndefOr[Double] = js.undefined,\n        DataSource: js.UndefOr[DataSource] = js.undefined,\n        DatasetArn: js.UndefOr[Arn] = js.undefined,\n        DatasetImportJobArn: js.UndefOr[Arn] = js.undefined,\n        DatasetImportJobName: js.UndefOr[Name] = js.undefined,\n        EstimatedTimeRemainingInMinutes: js.UndefOr[Double] = js.undefined,\n        FieldStatistics: js.UndefOr[FieldStatistics] = js.undefined,\n        GeolocationFormat: js.UndefOr[GeolocationFormat] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TimeZone: js.UndefOr[TimeZone] = js.undefined,\n        TimestampFormat: js.UndefOr[TimestampFormat] = js.undefined,\n        UseGeolocationForTimeZone: js.UndefOr[UseGeolocationForTimeZone] = js.undefined\n    ): DescribeDatasetImportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DataSize.foreach(__v => __obj.updateDynamic(\"DataSize\")(__v.asInstanceOf[js.Any]))\n      DataSource.foreach(__v => __obj.updateDynamic(\"DataSource\")(__v.asInstanceOf[js.Any]))\n      DatasetArn.foreach(__v => __obj.updateDynamic(\"DatasetArn\")(__v.asInstanceOf[js.Any]))\n      DatasetImportJobArn.foreach(__v => __obj.updateDynamic(\"DatasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      DatasetImportJobName.foreach(__v => __obj.updateDynamic(\"DatasetImportJobName\")(__v.asInstanceOf[js.Any]))\n      EstimatedTimeRemainingInMinutes.foreach(__v => __obj.updateDynamic(\"EstimatedTimeRemainingInMinutes\")(__v.asInstanceOf[js.Any]))\n      FieldStatistics.foreach(__v => __obj.updateDynamic(\"FieldStatistics\")(__v.asInstanceOf[js.Any]))\n      GeolocationFormat.foreach(__v => __obj.updateDynamic(\"GeolocationFormat\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TimeZone.foreach(__v => __obj.updateDynamic(\"TimeZone\")(__v.asInstanceOf[js.Any]))\n      TimestampFormat.foreach(__v => __obj.updateDynamic(\"TimestampFormat\")(__v.asInstanceOf[js.Any]))\n      UseGeolocationForTimeZone.foreach(__v => __obj.updateDynamic(\"UseGeolocationForTimeZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetImportJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetRequest extends js.Object {\n    var DatasetArn: Arn\n  }\n\n  object DescribeDatasetRequest {\n    @inline\n    def apply(\n        DatasetArn: Arn\n    ): DescribeDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetArn\" -> DatasetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DataFrequency: js.UndefOr[Frequency]\n    var DatasetArn: js.UndefOr[Arn]\n    var DatasetName: js.UndefOr[Name]\n    var DatasetType: js.UndefOr[DatasetType]\n    var Domain: js.UndefOr[Domain]\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Schema: js.UndefOr[Schema]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DescribeDatasetResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DataFrequency: js.UndefOr[Frequency] = js.undefined,\n        DatasetArn: js.UndefOr[Arn] = js.undefined,\n        DatasetName: js.UndefOr[Name] = js.undefined,\n        DatasetType: js.UndefOr[DatasetType] = js.undefined,\n        Domain: js.UndefOr[Domain] = js.undefined,\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Schema: js.UndefOr[Schema] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DescribeDatasetResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DataFrequency.foreach(__v => __obj.updateDynamic(\"DataFrequency\")(__v.asInstanceOf[js.Any]))\n      DatasetArn.foreach(__v => __obj.updateDynamic(\"DatasetArn\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      DatasetType.foreach(__v => __obj.updateDynamic(\"DatasetType\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Schema.foreach(__v => __obj.updateDynamic(\"Schema\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeForecastExportJobRequest extends js.Object {\n    var ForecastExportJobArn: Arn\n  }\n\n  object DescribeForecastExportJobRequest {\n    @inline\n    def apply(\n        ForecastExportJobArn: Arn\n    ): DescribeForecastExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastExportJobArn\" -> ForecastExportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeForecastExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeForecastExportJobResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var Destination: js.UndefOr[DataDestination]\n    var ForecastArn: js.UndefOr[Arn]\n    var ForecastExportJobArn: js.UndefOr[Arn]\n    var ForecastExportJobName: js.UndefOr[Name]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[Message]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DescribeForecastExportJobResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Destination: js.UndefOr[DataDestination] = js.undefined,\n        ForecastArn: js.UndefOr[Arn] = js.undefined,\n        ForecastExportJobArn: js.UndefOr[Arn] = js.undefined,\n        ForecastExportJobName: js.UndefOr[Name] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DescribeForecastExportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      ForecastArn.foreach(__v => __obj.updateDynamic(\"ForecastArn\")(__v.asInstanceOf[js.Any]))\n      ForecastExportJobArn.foreach(__v => __obj.updateDynamic(\"ForecastExportJobArn\")(__v.asInstanceOf[js.Any]))\n      ForecastExportJobName.foreach(__v => __obj.updateDynamic(\"ForecastExportJobName\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeForecastExportJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeForecastRequest extends js.Object {\n    var ForecastArn: Arn\n  }\n\n  object DescribeForecastRequest {\n    @inline\n    def apply(\n        ForecastArn: Arn\n    ): DescribeForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastArn\" -> ForecastArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeForecastRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeForecastResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetGroupArn: js.UndefOr[Arn]\n    var EstimatedTimeRemainingInMinutes: js.UndefOr[Double]\n    var ForecastArn: js.UndefOr[Arn]\n    var ForecastName: js.UndefOr[Name]\n    var ForecastTypes: js.UndefOr[ForecastTypes]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var PredictorArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[String]\n  }\n\n  object DescribeForecastResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        EstimatedTimeRemainingInMinutes: js.UndefOr[Double] = js.undefined,\n        ForecastArn: js.UndefOr[Arn] = js.undefined,\n        ForecastName: js.UndefOr[Name] = js.undefined,\n        ForecastTypes: js.UndefOr[ForecastTypes] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        PredictorArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DescribeForecastResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      EstimatedTimeRemainingInMinutes.foreach(__v => __obj.updateDynamic(\"EstimatedTimeRemainingInMinutes\")(__v.asInstanceOf[js.Any]))\n      ForecastArn.foreach(__v => __obj.updateDynamic(\"ForecastArn\")(__v.asInstanceOf[js.Any]))\n      ForecastName.foreach(__v => __obj.updateDynamic(\"ForecastName\")(__v.asInstanceOf[js.Any]))\n      ForecastTypes.foreach(__v => __obj.updateDynamic(\"ForecastTypes\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeForecastResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePredictorBacktestExportJobRequest extends js.Object {\n    var PredictorBacktestExportJobArn: Arn\n  }\n\n  object DescribePredictorBacktestExportJobRequest {\n    @inline\n    def apply(\n        PredictorBacktestExportJobArn: Arn\n    ): DescribePredictorBacktestExportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PredictorBacktestExportJobArn\" -> PredictorBacktestExportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePredictorBacktestExportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePredictorBacktestExportJobResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var Destination: js.UndefOr[DataDestination]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[Message]\n    var PredictorArn: js.UndefOr[Arn]\n    var PredictorBacktestExportJobArn: js.UndefOr[Arn]\n    var PredictorBacktestExportJobName: js.UndefOr[Name]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DescribePredictorBacktestExportJobResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Destination: js.UndefOr[DataDestination] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        PredictorArn: js.UndefOr[Arn] = js.undefined,\n        PredictorBacktestExportJobArn: js.UndefOr[Arn] = js.undefined,\n        PredictorBacktestExportJobName: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DescribePredictorBacktestExportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      PredictorBacktestExportJobArn.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobArn\")(__v.asInstanceOf[js.Any]))\n      PredictorBacktestExportJobName.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePredictorBacktestExportJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePredictorRequest extends js.Object {\n    var PredictorArn: Arn\n  }\n\n  object DescribePredictorRequest {\n    @inline\n    def apply(\n        PredictorArn: Arn\n    ): DescribePredictorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PredictorArn\" -> PredictorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePredictorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePredictorResponse extends js.Object {\n    var AlgorithmArn: js.UndefOr[Arn]\n    var AutoMLAlgorithmArns: js.UndefOr[ArnList]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetImportJobArns: js.UndefOr[ArnList]\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n    var EstimatedTimeRemainingInMinutes: js.UndefOr[Double]\n    var EvaluationParameters: js.UndefOr[EvaluationParameters]\n    var FeaturizationConfig: js.UndefOr[FeaturizationConfig]\n    var ForecastHorizon: js.UndefOr[Int]\n    var ForecastTypes: js.UndefOr[ForecastTypes]\n    var HPOConfig: js.UndefOr[HyperParameterTuningJobConfig]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[Message]\n    var PerformAutoML: js.UndefOr[Boolean]\n    var PerformHPO: js.UndefOr[Boolean]\n    var PredictorArn: js.UndefOr[Name]\n    var PredictorExecutionDetails: js.UndefOr[PredictorExecutionDetails]\n    var PredictorName: js.UndefOr[Name]\n    var Status: js.UndefOr[Status]\n    var TrainingParameters: js.UndefOr[TrainingParameters]\n  }\n\n  object DescribePredictorResponse {\n    @inline\n    def apply(\n        AlgorithmArn: js.UndefOr[Arn] = js.undefined,\n        AutoMLAlgorithmArns: js.UndefOr[ArnList] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetImportJobArns: js.UndefOr[ArnList] = js.undefined,\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined,\n        EstimatedTimeRemainingInMinutes: js.UndefOr[Double] = js.undefined,\n        EvaluationParameters: js.UndefOr[EvaluationParameters] = js.undefined,\n        FeaturizationConfig: js.UndefOr[FeaturizationConfig] = js.undefined,\n        ForecastHorizon: js.UndefOr[Int] = js.undefined,\n        ForecastTypes: js.UndefOr[ForecastTypes] = js.undefined,\n        HPOConfig: js.UndefOr[HyperParameterTuningJobConfig] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        PerformAutoML: js.UndefOr[Boolean] = js.undefined,\n        PerformHPO: js.UndefOr[Boolean] = js.undefined,\n        PredictorArn: js.UndefOr[Name] = js.undefined,\n        PredictorExecutionDetails: js.UndefOr[PredictorExecutionDetails] = js.undefined,\n        PredictorName: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TrainingParameters: js.UndefOr[TrainingParameters] = js.undefined\n    ): DescribePredictorResponse = {\n      val __obj = js.Dynamic.literal()\n      AlgorithmArn.foreach(__v => __obj.updateDynamic(\"AlgorithmArn\")(__v.asInstanceOf[js.Any]))\n      AutoMLAlgorithmArns.foreach(__v => __obj.updateDynamic(\"AutoMLAlgorithmArns\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetImportJobArns.foreach(__v => __obj.updateDynamic(\"DatasetImportJobArns\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      EstimatedTimeRemainingInMinutes.foreach(__v => __obj.updateDynamic(\"EstimatedTimeRemainingInMinutes\")(__v.asInstanceOf[js.Any]))\n      EvaluationParameters.foreach(__v => __obj.updateDynamic(\"EvaluationParameters\")(__v.asInstanceOf[js.Any]))\n      FeaturizationConfig.foreach(__v => __obj.updateDynamic(\"FeaturizationConfig\")(__v.asInstanceOf[js.Any]))\n      ForecastHorizon.foreach(__v => __obj.updateDynamic(\"ForecastHorizon\")(__v.asInstanceOf[js.Any]))\n      ForecastTypes.foreach(__v => __obj.updateDynamic(\"ForecastTypes\")(__v.asInstanceOf[js.Any]))\n      HPOConfig.foreach(__v => __obj.updateDynamic(\"HPOConfig\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PerformAutoML.foreach(__v => __obj.updateDynamic(\"PerformAutoML\")(__v.asInstanceOf[js.Any]))\n      PerformHPO.foreach(__v => __obj.updateDynamic(\"PerformHPO\")(__v.asInstanceOf[js.Any]))\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      PredictorExecutionDetails.foreach(__v => __obj.updateDynamic(\"PredictorExecutionDetails\")(__v.asInstanceOf[js.Any]))\n      PredictorName.foreach(__v => __obj.updateDynamic(\"PredictorName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrainingParameters.foreach(__v => __obj.updateDynamic(\"TrainingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePredictorResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Domain extends js.Any\n  object Domain {\n    val RETAIL = \"RETAIL\".asInstanceOf[Domain]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[Domain]\n    val INVENTORY_PLANNING = \"INVENTORY_PLANNING\".asInstanceOf[Domain]\n    val EC2_CAPACITY = \"EC2_CAPACITY\".asInstanceOf[Domain]\n    val WORK_FORCE = \"WORK_FORCE\".asInstanceOf[Domain]\n    val WEB_TRAFFIC = \"WEB_TRAFFIC\".asInstanceOf[Domain]\n    val METRICS = \"METRICS\".asInstanceOf[Domain]\n\n    @inline def values = js.Array(RETAIL, CUSTOM, INVENTORY_PLANNING, EC2_CAPACITY, WORK_FORCE, WEB_TRAFFIC, METRICS)\n  }\n\n  \/** An AWS Key Management Service (KMS) key and an AWS Identity and Access Management (IAM) role that Amazon Forecast can assume to access the key. You can specify this optional object in the <a>CreateDataset<\/a> and <a>CreatePredictor<\/a> requests.\n    *\/\n  @js.native\n  trait EncryptionConfig extends js.Object {\n    var KMSKeyArn: KMSKeyArn\n    var RoleArn: Arn\n  }\n\n  object EncryptionConfig {\n    @inline\n    def apply(\n        KMSKeyArn: KMSKeyArn,\n        RoleArn: Arn\n    ): EncryptionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"KMSKeyArn\" -> KMSKeyArn.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EncryptionConfig]\n    }\n  }\n\n  \/** Provides detailed error metrics to evaluate the performance of a predictor. This object is part of the <a>Metrics<\/a> object.\n    *\/\n  @js.native\n  trait ErrorMetric extends js.Object {\n    var ForecastType: js.UndefOr[ForecastType]\n    var RMSE: js.UndefOr[Double]\n    var WAPE: js.UndefOr[Double]\n  }\n\n  object ErrorMetric {\n    @inline\n    def apply(\n        ForecastType: js.UndefOr[ForecastType] = js.undefined,\n        RMSE: js.UndefOr[Double] = js.undefined,\n        WAPE: js.UndefOr[Double] = js.undefined\n    ): ErrorMetric = {\n      val __obj = js.Dynamic.literal()\n      ForecastType.foreach(__v => __obj.updateDynamic(\"ForecastType\")(__v.asInstanceOf[js.Any]))\n      RMSE.foreach(__v => __obj.updateDynamic(\"RMSE\")(__v.asInstanceOf[js.Any]))\n      WAPE.foreach(__v => __obj.updateDynamic(\"WAPE\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorMetric]\n    }\n  }\n\n  \/** Parameters that define how to split a dataset into training data and testing data, and the number of iterations to perform. These parameters are specified in the predefined algorithms but you can override them in the <a>CreatePredictor<\/a> request.\n    *\/\n  @js.native\n  trait EvaluationParameters extends js.Object {\n    var BackTestWindowOffset: js.UndefOr[Int]\n    var NumberOfBacktestWindows: js.UndefOr[Int]\n  }\n\n  object EvaluationParameters {\n    @inline\n    def apply(\n        BackTestWindowOffset: js.UndefOr[Int] = js.undefined,\n        NumberOfBacktestWindows: js.UndefOr[Int] = js.undefined\n    ): EvaluationParameters = {\n      val __obj = js.Dynamic.literal()\n      BackTestWindowOffset.foreach(__v => __obj.updateDynamic(\"BackTestWindowOffset\")(__v.asInstanceOf[js.Any]))\n      NumberOfBacktestWindows.foreach(__v => __obj.updateDynamic(\"NumberOfBacktestWindows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EvaluationParameters]\n    }\n  }\n\n  \/** The results of evaluating an algorithm. Returned as part of the <a>GetAccuracyMetrics<\/a> response.\n    *\/\n  @js.native\n  trait EvaluationResult extends js.Object {\n    var AlgorithmArn: js.UndefOr[Arn]\n    var TestWindows: js.UndefOr[TestWindows]\n  }\n\n  object EvaluationResult {\n    @inline\n    def apply(\n        AlgorithmArn: js.UndefOr[Arn] = js.undefined,\n        TestWindows: js.UndefOr[TestWindows] = js.undefined\n    ): EvaluationResult = {\n      val __obj = js.Dynamic.literal()\n      AlgorithmArn.foreach(__v => __obj.updateDynamic(\"AlgorithmArn\")(__v.asInstanceOf[js.Any]))\n      TestWindows.foreach(__v => __obj.updateDynamic(\"TestWindows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EvaluationResult]\n    }\n  }\n\n  @js.native\n  sealed trait EvaluationType extends js.Any\n  object EvaluationType {\n    val SUMMARY = \"SUMMARY\".asInstanceOf[EvaluationType]\n    val COMPUTED = \"COMPUTED\".asInstanceOf[EvaluationType]\n\n    @inline def values = js.Array(SUMMARY, COMPUTED)\n  }\n\n  \/** Provides featurization (transformation) information for a dataset field. This object is part of the <a>FeaturizationConfig<\/a> object. For example: <code>{<\/code> <code>\"AttributeName\": \"demand\",<\/code> <code>FeaturizationPipeline [ {<\/code> <code>\"FeaturizationMethodName\": \"filling\",<\/code> <code>\"FeaturizationMethodParameters\": {\"aggregation\": \"avg\", \"backfill\": \"nan\"}<\/code> <code>} ]<\/code> <code>}<\/code>\n    *\/\n  @js.native\n  trait Featurization extends js.Object {\n    var AttributeName: Name\n    var FeaturizationPipeline: js.UndefOr[FeaturizationPipeline]\n  }\n\n  object Featurization {\n    @inline\n    def apply(\n        AttributeName: Name,\n        FeaturizationPipeline: js.UndefOr[FeaturizationPipeline] = js.undefined\n    ): Featurization = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any]\n      )\n\n      FeaturizationPipeline.foreach(__v => __obj.updateDynamic(\"FeaturizationPipeline\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Featurization]\n    }\n  }\n\n  \/** In a <a>CreatePredictor<\/a> operation, the specified algorithm trains a model using the specified dataset group. You can optionally tell the operation to modify data fields prior to training a model. These modifications are referred to as <i>featurization<\/i>. You define featurization using the <code>FeaturizationConfig<\/code> object. You specify an array of transformations, one for each field that you want to featurize. You then include the <code>FeaturizationConfig<\/code> object in your <code>CreatePredictor<\/code> request. Amazon Forecast applies the featurization to the <code>TARGET_TIME_SERIES<\/code> and <code>RELATED_TIME_SERIES<\/code> datasets before model training. You can create multiple featurization configurations. For example, you might call the <code>CreatePredictor<\/code> operation twice by specifying different featurization configurations.\n    *\/\n  @js.native\n  trait FeaturizationConfig extends js.Object {\n    var ForecastFrequency: Frequency\n    var Featurizations: js.UndefOr[Featurizations]\n    var ForecastDimensions: js.UndefOr[ForecastDimensions]\n  }\n\n  object FeaturizationConfig {\n    @inline\n    def apply(\n        ForecastFrequency: Frequency,\n        Featurizations: js.UndefOr[Featurizations] = js.undefined,\n        ForecastDimensions: js.UndefOr[ForecastDimensions] = js.undefined\n    ): FeaturizationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ForecastFrequency\" -> ForecastFrequency.asInstanceOf[js.Any]\n      )\n\n      Featurizations.foreach(__v => __obj.updateDynamic(\"Featurizations\")(__v.asInstanceOf[js.Any]))\n      ForecastDimensions.foreach(__v => __obj.updateDynamic(\"ForecastDimensions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeaturizationConfig]\n    }\n  }\n\n  \/** Provides information about the method that featurizes (transforms) a dataset field. The method is part of the <code>FeaturizationPipeline<\/code> of the <a>Featurization<\/a> object. The following is an example of how you specify a <code>FeaturizationMethod<\/code> object. <code>{<\/code> <code>\"FeaturizationMethodName\": \"filling\",<\/code> <code>\"FeaturizationMethodParameters\": {\"aggregation\": \"sum\", \"middlefill\": \"zero\", \"backfill\": \"zero\"}<\/code> <code>}<\/code>\n    *\/\n  @js.native\n  trait FeaturizationMethod extends js.Object {\n    var FeaturizationMethodName: FeaturizationMethodName\n    var FeaturizationMethodParameters: js.UndefOr[FeaturizationMethodParameters]\n  }\n\n  object FeaturizationMethod {\n    @inline\n    def apply(\n        FeaturizationMethodName: FeaturizationMethodName,\n        FeaturizationMethodParameters: js.UndefOr[FeaturizationMethodParameters] = js.undefined\n    ): FeaturizationMethod = {\n      val __obj = js.Dynamic.literal(\n        \"FeaturizationMethodName\" -> FeaturizationMethodName.asInstanceOf[js.Any]\n      )\n\n      FeaturizationMethodParameters.foreach(__v => __obj.updateDynamic(\"FeaturizationMethodParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeaturizationMethod]\n    }\n  }\n\n  @js.native\n  sealed trait FeaturizationMethodName extends js.Any\n  object FeaturizationMethodName {\n    val filling = \"filling\".asInstanceOf[FeaturizationMethodName]\n\n    @inline def values = js.Array(filling)\n  }\n\n  \/** Describes a filter for choosing a subset of objects. Each filter consists of a condition and a match statement. The condition is either <code>IS<\/code> or <code>IS_NOT<\/code>, which specifies whether to include or exclude the objects that match the statement, respectively. The match statement consists of a key and a value.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Condition: FilterConditionString\n    var Key: String\n    var Value: Arn\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Condition: FilterConditionString,\n        Key: String,\n        Value: Arn\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"Condition\" -> Condition.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  @js.native\n  sealed trait FilterConditionString extends js.Any\n  object FilterConditionString {\n    val IS = \"IS\".asInstanceOf[FilterConditionString]\n    val IS_NOT = \"IS_NOT\".asInstanceOf[FilterConditionString]\n\n    @inline def values = js.Array(IS, IS_NOT)\n  }\n\n  \/** Provides a summary of the forecast export job properties used in the <a>ListForecastExportJobs<\/a> operation. To get the complete set of properties, call the <a>DescribeForecastExportJob<\/a> operation, and provide the listed <code>ForecastExportJobArn<\/code>.\n    *\/\n  @js.native\n  trait ForecastExportJobSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var Destination: js.UndefOr[DataDestination]\n    var ForecastExportJobArn: js.UndefOr[Arn]\n    var ForecastExportJobName: js.UndefOr[Name]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var Status: js.UndefOr[Status]\n  }\n\n  object ForecastExportJobSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Destination: js.UndefOr[DataDestination] = js.undefined,\n        ForecastExportJobArn: js.UndefOr[Arn] = js.undefined,\n        ForecastExportJobName: js.UndefOr[Name] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): ForecastExportJobSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      ForecastExportJobArn.foreach(__v => __obj.updateDynamic(\"ForecastExportJobArn\")(__v.asInstanceOf[js.Any]))\n      ForecastExportJobName.foreach(__v => __obj.updateDynamic(\"ForecastExportJobName\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ForecastExportJobSummary]\n    }\n  }\n\n  \/** Provides a summary of the forecast properties used in the <a>ListForecasts<\/a> operation. To get the complete set of properties, call the <a>DescribeForecast<\/a> operation, and provide the <code>ForecastArn<\/code> that is listed in the summary.\n    *\/\n  @js.native\n  trait ForecastSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetGroupArn: js.UndefOr[String]\n    var ForecastArn: js.UndefOr[Arn]\n    var ForecastName: js.UndefOr[Name]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var PredictorArn: js.UndefOr[String]\n    var Status: js.UndefOr[Status]\n  }\n\n  object ForecastSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetGroupArn: js.UndefOr[String] = js.undefined,\n        ForecastArn: js.UndefOr[Arn] = js.undefined,\n        ForecastName: js.UndefOr[Name] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        PredictorArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): ForecastSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      ForecastArn.foreach(__v => __obj.updateDynamic(\"ForecastArn\")(__v.asInstanceOf[js.Any]))\n      ForecastName.foreach(__v => __obj.updateDynamic(\"ForecastName\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ForecastSummary]\n    }\n  }\n\n  @js.native\n  trait GetAccuracyMetricsRequest extends js.Object {\n    var PredictorArn: Arn\n  }\n\n  object GetAccuracyMetricsRequest {\n    @inline\n    def apply(\n        PredictorArn: Arn\n    ): GetAccuracyMetricsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PredictorArn\" -> PredictorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccuracyMetricsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccuracyMetricsResponse extends js.Object {\n    var PredictorEvaluationResults: js.UndefOr[PredictorEvaluationResults]\n  }\n\n  object GetAccuracyMetricsResponse {\n    @inline\n    def apply(\n        PredictorEvaluationResults: js.UndefOr[PredictorEvaluationResults] = js.undefined\n    ): GetAccuracyMetricsResponse = {\n      val __obj = js.Dynamic.literal()\n      PredictorEvaluationResults.foreach(__v => __obj.updateDynamic(\"PredictorEvaluationResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccuracyMetricsResponse]\n    }\n  }\n\n  \/** Configuration information for a hyperparameter tuning job. You specify this object in the <a>CreatePredictor<\/a> request. A <i>hyperparameter<\/i> is a parameter that governs the model training process. You set hyperparameters before training starts, unlike model parameters, which are determined during training. The values of the hyperparameters effect which values are chosen for the model parameters. In a <i>hyperparameter tuning job<\/i>, Amazon Forecast chooses the set of hyperparameter values that optimize a specified metric. Forecast accomplishes this by running many training jobs over a range of hyperparameter values. The optimum set of values depends on the algorithm, the training data, and the specified metric objective.\n    *\/\n  @js.native\n  trait HyperParameterTuningJobConfig extends js.Object {\n    var ParameterRanges: js.UndefOr[ParameterRanges]\n  }\n\n  object HyperParameterTuningJobConfig {\n    @inline\n    def apply(\n        ParameterRanges: js.UndefOr[ParameterRanges] = js.undefined\n    ): HyperParameterTuningJobConfig = {\n      val __obj = js.Dynamic.literal()\n      ParameterRanges.foreach(__v => __obj.updateDynamic(\"ParameterRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterTuningJobConfig]\n    }\n  }\n\n  \/** The data used to train a predictor. The data includes a dataset group and any supplementary features. You specify this object in the <a>CreatePredictor<\/a> request.\n    *\/\n  @js.native\n  trait InputDataConfig extends js.Object {\n    var DatasetGroupArn: Arn\n    var SupplementaryFeatures: js.UndefOr[SupplementaryFeatures]\n  }\n\n  object InputDataConfig {\n    @inline\n    def apply(\n        DatasetGroupArn: Arn,\n        SupplementaryFeatures: js.UndefOr[SupplementaryFeatures] = js.undefined\n    ): InputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetGroupArn\" -> DatasetGroupArn.asInstanceOf[js.Any]\n      )\n\n      SupplementaryFeatures.foreach(__v => __obj.updateDynamic(\"SupplementaryFeatures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDataConfig]\n    }\n  }\n\n  \/** Specifies an integer hyperparameter and it's range of tunable values. This object is part of the <a>ParameterRanges<\/a> object.\n    *\/\n  @js.native\n  trait IntegerParameterRange extends js.Object {\n    var MaxValue: Int\n    var MinValue: Int\n    var Name: Name\n    var ScalingType: js.UndefOr[ScalingType]\n  }\n\n  object IntegerParameterRange {\n    @inline\n    def apply(\n        MaxValue: Int,\n        MinValue: Int,\n        Name: Name,\n        ScalingType: js.UndefOr[ScalingType] = js.undefined\n    ): IntegerParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ScalingType.foreach(__v => __obj.updateDynamic(\"ScalingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntegerParameterRange]\n    }\n  }\n\n  @js.native\n  trait ListDatasetGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetGroupsResponse extends js.Object {\n    var DatasetGroups: js.UndefOr[DatasetGroups]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetGroupsResponse {\n    @inline\n    def apply(\n        DatasetGroups: js.UndefOr[DatasetGroups] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      DatasetGroups.foreach(__v => __obj.updateDynamic(\"DatasetGroups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatasetImportJobsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetImportJobsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetImportJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetImportJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetImportJobsResponse extends js.Object {\n    var DatasetImportJobs: js.UndefOr[DatasetImportJobs]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetImportJobsResponse {\n    @inline\n    def apply(\n        DatasetImportJobs: js.UndefOr[DatasetImportJobs] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetImportJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      DatasetImportJobs.foreach(__v => __obj.updateDynamic(\"DatasetImportJobs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetImportJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsResponse extends js.Object {\n    var Datasets: js.UndefOr[Datasets]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsResponse {\n    @inline\n    def apply(\n        Datasets: js.UndefOr[Datasets] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsResponse = {\n      val __obj = js.Dynamic.literal()\n      Datasets.foreach(__v => __obj.updateDynamic(\"Datasets\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListForecastExportJobsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListForecastExportJobsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListForecastExportJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListForecastExportJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListForecastExportJobsResponse extends js.Object {\n    var ForecastExportJobs: js.UndefOr[ForecastExportJobs]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListForecastExportJobsResponse {\n    @inline\n    def apply(\n        ForecastExportJobs: js.UndefOr[ForecastExportJobs] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListForecastExportJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      ForecastExportJobs.foreach(__v => __obj.updateDynamic(\"ForecastExportJobs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListForecastExportJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListForecastsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListForecastsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListForecastsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListForecastsRequest]\n    }\n  }\n\n  @js.native\n  trait ListForecastsResponse extends js.Object {\n    var Forecasts: js.UndefOr[Forecasts]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListForecastsResponse {\n    @inline\n    def apply(\n        Forecasts: js.UndefOr[Forecasts] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListForecastsResponse = {\n      val __obj = js.Dynamic.literal()\n      Forecasts.foreach(__v => __obj.updateDynamic(\"Forecasts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListForecastsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPredictorBacktestExportJobsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPredictorBacktestExportJobsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPredictorBacktestExportJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPredictorBacktestExportJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPredictorBacktestExportJobsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PredictorBacktestExportJobs: js.UndefOr[PredictorBacktestExportJobs]\n  }\n\n  object ListPredictorBacktestExportJobsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PredictorBacktestExportJobs: js.UndefOr[PredictorBacktestExportJobs] = js.undefined\n    ): ListPredictorBacktestExportJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PredictorBacktestExportJobs.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPredictorBacktestExportJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPredictorsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPredictorsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPredictorsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPredictorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPredictorsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Predictors: js.UndefOr[Predictors]\n  }\n\n  object ListPredictorsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Predictors: js.UndefOr[Predictors] = js.undefined\n    ): ListPredictorsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Predictors.foreach(__v => __obj.updateDynamic(\"Predictors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPredictorsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Provides metrics that are used to evaluate the performance of a predictor. This object is part of the <a>WindowSummary<\/a> object.\n    *\/\n  @js.native\n  trait Metrics extends js.Object {\n    var ErrorMetrics: js.UndefOr[ErrorMetrics]\n    var RMSE: js.UndefOr[Double]\n    var WeightedQuantileLosses: js.UndefOr[WeightedQuantileLosses]\n  }\n\n  object Metrics {\n    @inline\n    def apply(\n        ErrorMetrics: js.UndefOr[ErrorMetrics] = js.undefined,\n        RMSE: js.UndefOr[Double] = js.undefined,\n        WeightedQuantileLosses: js.UndefOr[WeightedQuantileLosses] = js.undefined\n    ): Metrics = {\n      val __obj = js.Dynamic.literal()\n      ErrorMetrics.foreach(__v => __obj.updateDynamic(\"ErrorMetrics\")(__v.asInstanceOf[js.Any]))\n      RMSE.foreach(__v => __obj.updateDynamic(\"RMSE\")(__v.asInstanceOf[js.Any]))\n      WeightedQuantileLosses.foreach(__v => __obj.updateDynamic(\"WeightedQuantileLosses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metrics]\n    }\n  }\n\n  \/** Specifies the categorical, continuous, and integer hyperparameters, and their ranges of tunable values. The range of tunable values determines which values that a hyperparameter tuning job can choose for the specified hyperparameter. This object is part of the <a>HyperParameterTuningJobConfig<\/a> object.\n    *\/\n  @js.native\n  trait ParameterRanges extends js.Object {\n    var CategoricalParameterRanges: js.UndefOr[CategoricalParameterRanges]\n    var ContinuousParameterRanges: js.UndefOr[ContinuousParameterRanges]\n    var IntegerParameterRanges: js.UndefOr[IntegerParameterRanges]\n  }\n\n  object ParameterRanges {\n    @inline\n    def apply(\n        CategoricalParameterRanges: js.UndefOr[CategoricalParameterRanges] = js.undefined,\n        ContinuousParameterRanges: js.UndefOr[ContinuousParameterRanges] = js.undefined,\n        IntegerParameterRanges: js.UndefOr[IntegerParameterRanges] = js.undefined\n    ): ParameterRanges = {\n      val __obj = js.Dynamic.literal()\n      CategoricalParameterRanges.foreach(__v => __obj.updateDynamic(\"CategoricalParameterRanges\")(__v.asInstanceOf[js.Any]))\n      ContinuousParameterRanges.foreach(__v => __obj.updateDynamic(\"ContinuousParameterRanges\")(__v.asInstanceOf[js.Any]))\n      IntegerParameterRanges.foreach(__v => __obj.updateDynamic(\"IntegerParameterRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterRanges]\n    }\n  }\n\n  \/** Provides a summary of the predictor backtest export job properties used in the <a>ListPredictorBacktestExportJobs<\/a> operation. To get a complete set of properties, call the <a>DescribePredictorBacktestExportJob<\/a> operation, and provide the listed <code>PredictorBacktestExportJobArn<\/code>.\n    *\/\n  @js.native\n  trait PredictorBacktestExportJobSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var Destination: js.UndefOr[DataDestination]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var PredictorBacktestExportJobArn: js.UndefOr[Arn]\n    var PredictorBacktestExportJobName: js.UndefOr[Name]\n    var Status: js.UndefOr[Status]\n  }\n\n  object PredictorBacktestExportJobSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Destination: js.UndefOr[DataDestination] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        PredictorBacktestExportJobArn: js.UndefOr[Arn] = js.undefined,\n        PredictorBacktestExportJobName: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): PredictorBacktestExportJobSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PredictorBacktestExportJobArn.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobArn\")(__v.asInstanceOf[js.Any]))\n      PredictorBacktestExportJobName.foreach(__v => __obj.updateDynamic(\"PredictorBacktestExportJobName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictorBacktestExportJobSummary]\n    }\n  }\n\n  \/** The algorithm used to perform a backtest and the status of those tests.\n    *\/\n  @js.native\n  trait PredictorExecution extends js.Object {\n    var AlgorithmArn: js.UndefOr[Arn]\n    var TestWindows: js.UndefOr[TestWindowDetails]\n  }\n\n  object PredictorExecution {\n    @inline\n    def apply(\n        AlgorithmArn: js.UndefOr[Arn] = js.undefined,\n        TestWindows: js.UndefOr[TestWindowDetails] = js.undefined\n    ): PredictorExecution = {\n      val __obj = js.Dynamic.literal()\n      AlgorithmArn.foreach(__v => __obj.updateDynamic(\"AlgorithmArn\")(__v.asInstanceOf[js.Any]))\n      TestWindows.foreach(__v => __obj.updateDynamic(\"TestWindows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictorExecution]\n    }\n  }\n\n  \/** Contains details on the backtests performed to evaluate the accuracy of the predictor. The tests are returned in descending order of accuracy, with the most accurate backtest appearing first. You specify the number of backtests to perform when you call the operation.\n    *\/\n  @js.native\n  trait PredictorExecutionDetails extends js.Object {\n    var PredictorExecutions: js.UndefOr[PredictorExecutions]\n  }\n\n  object PredictorExecutionDetails {\n    @inline\n    def apply(\n        PredictorExecutions: js.UndefOr[PredictorExecutions] = js.undefined\n    ): PredictorExecutionDetails = {\n      val __obj = js.Dynamic.literal()\n      PredictorExecutions.foreach(__v => __obj.updateDynamic(\"PredictorExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictorExecutionDetails]\n    }\n  }\n\n  \/** Provides a summary of the predictor properties that are used in the <a>ListPredictors<\/a> operation. To get the complete set of properties, call the <a>DescribePredictor<\/a> operation, and provide the listed <code>PredictorArn<\/code>.\n    *\/\n  @js.native\n  trait PredictorSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DatasetGroupArn: js.UndefOr[Arn]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Message: js.UndefOr[ErrorMessage]\n    var PredictorArn: js.UndefOr[Arn]\n    var PredictorName: js.UndefOr[Name]\n    var Status: js.UndefOr[Status]\n  }\n\n  object PredictorSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DatasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        PredictorArn: js.UndefOr[Arn] = js.undefined,\n        PredictorName: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): PredictorSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatasetGroupArn.foreach(__v => __obj.updateDynamic(\"DatasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PredictorArn.foreach(__v => __obj.updateDynamic(\"PredictorArn\")(__v.asInstanceOf[js.Any]))\n      PredictorName.foreach(__v => __obj.updateDynamic(\"PredictorName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictorSummary]\n    }\n  }\n\n  \/** The path to the file(s) in an Amazon Simple Storage Service (Amazon S3) bucket, and an AWS Identity and Access Management (IAM) role that Amazon Forecast can assume to access the file(s). Optionally, includes an AWS Key Management Service (KMS) key. This object is part of the <a>DataSource<\/a> object that is submitted in the <a>CreateDatasetImportJob<\/a> request, and part of the <a>DataDestination<\/a> object.\n    *\/\n  @js.native\n  trait S3Config extends js.Object {\n    var Path: S3Path\n    var RoleArn: Arn\n    var KMSKeyArn: js.UndefOr[KMSKeyArn]\n  }\n\n  object S3Config {\n    @inline\n    def apply(\n        Path: S3Path,\n        RoleArn: Arn,\n        KMSKeyArn: js.UndefOr[KMSKeyArn] = js.undefined\n    ): S3Config = {\n      val __obj = js.Dynamic.literal(\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      KMSKeyArn.foreach(__v => __obj.updateDynamic(\"KMSKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Config]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingType extends js.Any\n  object ScalingType {\n    val Auto = \"Auto\".asInstanceOf[ScalingType]\n    val Linear = \"Linear\".asInstanceOf[ScalingType]\n    val Logarithmic = \"Logarithmic\".asInstanceOf[ScalingType]\n    val ReverseLogarithmic = \"ReverseLogarithmic\".asInstanceOf[ScalingType]\n\n    @inline def values = js.Array(Auto, Linear, Logarithmic, ReverseLogarithmic)\n  }\n\n  \/** Defines the fields of a dataset. You specify this object in the <a>CreateDataset<\/a> request.\n    *\/\n  @js.native\n  trait Schema extends js.Object {\n    var Attributes: js.UndefOr[SchemaAttributes]\n  }\n\n  object Schema {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[SchemaAttributes] = js.undefined\n    ): Schema = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Schema]\n    }\n  }\n\n  \/** An attribute of a schema, which defines a dataset field. A schema attribute is required for every field in a dataset. The <a>Schema<\/a> object contains an array of <code>SchemaAttribute<\/code> objects.\n    *\/\n  @js.native\n  trait SchemaAttribute extends js.Object {\n    var AttributeName: js.UndefOr[Name]\n    var AttributeType: js.UndefOr[AttributeType]\n  }\n\n  object SchemaAttribute {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[Name] = js.undefined,\n        AttributeType: js.UndefOr[AttributeType] = js.undefined\n    ): SchemaAttribute = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      AttributeType.foreach(__v => __obj.updateDynamic(\"AttributeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SchemaAttribute]\n    }\n  }\n\n  \/** Provides statistics for each data field imported into to an Amazon Forecast dataset with the <a>CreateDatasetImportJob<\/a> operation.\n    *\/\n  @js.native\n  trait Statistics extends js.Object {\n    var Avg: js.UndefOr[Double]\n    var Count: js.UndefOr[Int]\n    var CountDistinct: js.UndefOr[Int]\n    var CountNan: js.UndefOr[Int]\n    var CountNull: js.UndefOr[Int]\n    var Max: js.UndefOr[String]\n    var Min: js.UndefOr[String]\n    var Stddev: js.UndefOr[Double]\n  }\n\n  object Statistics {\n    @inline\n    def apply(\n        Avg: js.UndefOr[Double] = js.undefined,\n        Count: js.UndefOr[Int] = js.undefined,\n        CountDistinct: js.UndefOr[Int] = js.undefined,\n        CountNan: js.UndefOr[Int] = js.undefined,\n        CountNull: js.UndefOr[Int] = js.undefined,\n        Max: js.UndefOr[String] = js.undefined,\n        Min: js.UndefOr[String] = js.undefined,\n        Stddev: js.UndefOr[Double] = js.undefined\n    ): Statistics = {\n      val __obj = js.Dynamic.literal()\n      Avg.foreach(__v => __obj.updateDynamic(\"Avg\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      CountDistinct.foreach(__v => __obj.updateDynamic(\"CountDistinct\")(__v.asInstanceOf[js.Any]))\n      CountNan.foreach(__v => __obj.updateDynamic(\"CountNan\")(__v.asInstanceOf[js.Any]))\n      CountNull.foreach(__v => __obj.updateDynamic(\"CountNull\")(__v.asInstanceOf[js.Any]))\n      Max.foreach(__v => __obj.updateDynamic(\"Max\")(__v.asInstanceOf[js.Any]))\n      Min.foreach(__v => __obj.updateDynamic(\"Min\")(__v.asInstanceOf[js.Any]))\n      Stddev.foreach(__v => __obj.updateDynamic(\"Stddev\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Statistics]\n    }\n  }\n\n  @js.native\n  trait StopResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object StopResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): StopResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopResourceRequest]\n    }\n  }\n\n  \/** Describes a supplementary feature of a dataset group. This object is part of the <a>InputDataConfig<\/a> object. Forecast supports the Weather Index and Holidays built-in featurizations.\n    * ```Weather Index``` The Amazon Forecast Weather Index is a built-in featurization that incorporates historical and projected weather information into your model. The Weather Index supplements your datasets with over two years of historical weather data and up to 14 days of projected weather data. For more information, see [[https:\/\/docs.aws.amazon.com\/forecast\/latest\/dg\/weather.html|Amazon Forecast Weather Index]].\n    * ```Holidays``` Holidays is a built-in featurization that incorporates a feature-engineered dataset of national holiday information into your model. It provides native support for the holiday calendars of 66 countries. To view the holiday calendars, refer to the [[http:\/\/jollyday.sourceforge.net\/data.html|Jollyday]] library. For more information, see [[https:\/\/docs.aws.amazon.com\/forecast\/latest\/dg\/holidays.html|Holidays Featurization]].\n    *\/\n  @js.native\n  trait SupplementaryFeature extends js.Object {\n    var Name: Name\n    var Value: Value\n  }\n\n  object SupplementaryFeature {\n    @inline\n    def apply(\n        Name: Name,\n        Value: Value\n    ): SupplementaryFeature = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SupplementaryFeature]\n    }\n  }\n\n  \/** The optional metadata that you apply to a resource to help you categorize and organize them. Each tag consists of a key and an optional value, both of which you define. The following basic restrictions apply to tags: * Maximum number of tags per resource - 50. * For each resource, each tag key must be unique, and each tag key can have only one value. * Maximum key length - 128 Unicode characters in UTF-8. * Maximum value length - 256 Unicode characters in UTF-8. * If your tagging schema is used across multiple services and resources, remember that other services may have restrictions on allowed characters. Generally allowed characters are: letters, numbers, and spaces representable in UTF-8, and the following characters: + - = . _ : \/ @. * Tag keys and values are case sensitive. * Do not use <code>aws:<\/code>, <code>AWS:<\/code>, or any upper or lowercase combination of such as a prefix for keys as it is reserved for AWS use. You cannot edit or delete tag keys with this prefix.\n    * Values can have this prefix. If a tag value has <code>aws<\/code> as its prefix but the key does not, then Forecast considers it to be a user tag and will count against the limit of 50 tags. Tags with only the key prefix of <code>aws<\/code> do not count against your tags per resource limit.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** The status, start time, and end time of a backtest, as well as a failure reason if applicable.\n    *\/\n  @js.native\n  trait TestWindowSummary extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n    var Status: js.UndefOr[Status]\n    var TestWindowEnd: js.UndefOr[Timestamp]\n    var TestWindowStart: js.UndefOr[Timestamp]\n  }\n\n  object TestWindowSummary {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TestWindowEnd: js.UndefOr[Timestamp] = js.undefined,\n        TestWindowStart: js.UndefOr[Timestamp] = js.undefined\n    ): TestWindowSummary = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TestWindowEnd.foreach(__v => __obj.updateDynamic(\"TestWindowEnd\")(__v.asInstanceOf[js.Any]))\n      TestWindowStart.foreach(__v => __obj.updateDynamic(\"TestWindowStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestWindowSummary]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDatasetGroupRequest extends js.Object {\n    var DatasetArns: ArnList\n    var DatasetGroupArn: Arn\n  }\n\n  object UpdateDatasetGroupRequest {\n    @inline\n    def apply(\n        DatasetArns: ArnList,\n        DatasetGroupArn: Arn\n    ): UpdateDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetArns\" -> DatasetArns.asInstanceOf[js.Any],\n        \"DatasetGroupArn\" -> DatasetGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDatasetGroupResponse extends js.Object\n\n  object UpdateDatasetGroupResponse {\n    @inline\n    def apply(): UpdateDatasetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateDatasetGroupResponse]\n    }\n  }\n\n  \/** The weighted loss value for a quantile. This object is part of the <a>Metrics<\/a> object.\n    *\/\n  @js.native\n  trait WeightedQuantileLoss extends js.Object {\n    var LossValue: js.UndefOr[Double]\n    var Quantile: js.UndefOr[Double]\n  }\n\n  object WeightedQuantileLoss {\n    @inline\n    def apply(\n        LossValue: js.UndefOr[Double] = js.undefined,\n        Quantile: js.UndefOr[Double] = js.undefined\n    ): WeightedQuantileLoss = {\n      val __obj = js.Dynamic.literal()\n      LossValue.foreach(__v => __obj.updateDynamic(\"LossValue\")(__v.asInstanceOf[js.Any]))\n      Quantile.foreach(__v => __obj.updateDynamic(\"Quantile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WeightedQuantileLoss]\n    }\n  }\n\n  \/** The metrics for a time range within the evaluation portion of a dataset. This object is part of the <a>EvaluationResult<\/a> object. The <code>TestWindowStart<\/code> and <code>TestWindowEnd<\/code> parameters are determined by the <code>BackTestWindowOffset<\/code> parameter of the <a>EvaluationParameters<\/a> object.\n    *\/\n  @js.native\n  trait WindowSummary extends js.Object {\n    var EvaluationType: js.UndefOr[EvaluationType]\n    var ItemCount: js.UndefOr[Int]\n    var Metrics: js.UndefOr[Metrics]\n    var TestWindowEnd: js.UndefOr[Timestamp]\n    var TestWindowStart: js.UndefOr[Timestamp]\n  }\n\n  object WindowSummary {\n    @inline\n    def apply(\n        EvaluationType: js.UndefOr[EvaluationType] = js.undefined,\n        ItemCount: js.UndefOr[Int] = js.undefined,\n        Metrics: js.UndefOr[Metrics] = js.undefined,\n        TestWindowEnd: js.UndefOr[Timestamp] = js.undefined,\n        TestWindowStart: js.UndefOr[Timestamp] = js.undefined\n    ): WindowSummary = {\n      val __obj = js.Dynamic.literal()\n      EvaluationType.foreach(__v => __obj.updateDynamic(\"EvaluationType\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      TestWindowEnd.foreach(__v => __obj.updateDynamic(\"TestWindowEnd\")(__v.asInstanceOf[js.Any]))\n      TestWindowStart.foreach(__v => __obj.updateDynamic(\"TestWindowStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WindowSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudsearch\/src\/main\/scala\/facade\/amazonaws\/services\/CloudSearch.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cloudsearch {\n  type APIVersion = String\n  type ARN = String\n  type AnalysisSchemeStatusList = js.Array[AnalysisSchemeStatus]\n  type DomainId = String\n  type DomainName = String\n  type DomainNameList = js.Array[DomainName]\n  type DomainNameMap = js.Dictionary[APIVersion]\n  type DomainStatusList = js.Array[DomainStatus]\n  type DynamicFieldName = String\n  type DynamicFieldNameList = js.Array[DynamicFieldName]\n  type ExpressionStatusList = js.Array[ExpressionStatus]\n  type ExpressionValue = String\n  type FieldName = String\n  type FieldNameCommaList = String\n  type FieldNameList = js.Array[FieldName]\n  type FieldValue = String\n  type IndexFieldStatusList = js.Array[IndexFieldStatus]\n  type InstanceCount = Int\n  type MaximumPartitionCount = Int\n  type MaximumReplicationCount = Int\n  type MultiAZ = Boolean\n  type PartitionCount = Int\n  type PolicyDocument = String\n  type SearchInstanceType = String\n  type ServiceUrl = String\n  type StandardName = String\n  type StandardNameList = js.Array[StandardName]\n  type SuggesterStatusList = js.Array[SuggesterStatus]\n  type UIntValue = Int\n  type UpdateTimestamp = js.Date\n  type Word = String\n\n  implicit final class CloudSearchOps(private val service: CloudSearch) extends AnyVal {\n\n    @inline def buildSuggestersFuture(params: BuildSuggestersRequest): Future[BuildSuggestersResponse] = service.buildSuggesters(params).promise().toFuture\n    @inline def createDomainFuture(params: CreateDomainRequest): Future[CreateDomainResponse] = service.createDomain(params).promise().toFuture\n    @inline def defineAnalysisSchemeFuture(params: DefineAnalysisSchemeRequest): Future[DefineAnalysisSchemeResponse] = service.defineAnalysisScheme(params).promise().toFuture\n    @inline def defineExpressionFuture(params: DefineExpressionRequest): Future[DefineExpressionResponse] = service.defineExpression(params).promise().toFuture\n    @inline def defineIndexFieldFuture(params: DefineIndexFieldRequest): Future[DefineIndexFieldResponse] = service.defineIndexField(params).promise().toFuture\n    @inline def defineSuggesterFuture(params: DefineSuggesterRequest): Future[DefineSuggesterResponse] = service.defineSuggester(params).promise().toFuture\n    @inline def deleteAnalysisSchemeFuture(params: DeleteAnalysisSchemeRequest): Future[DeleteAnalysisSchemeResponse] = service.deleteAnalysisScheme(params).promise().toFuture\n    @inline def deleteDomainFuture(params: DeleteDomainRequest): Future[DeleteDomainResponse] = service.deleteDomain(params).promise().toFuture\n    @inline def deleteExpressionFuture(params: DeleteExpressionRequest): Future[DeleteExpressionResponse] = service.deleteExpression(params).promise().toFuture\n    @inline def deleteIndexFieldFuture(params: DeleteIndexFieldRequest): Future[DeleteIndexFieldResponse] = service.deleteIndexField(params).promise().toFuture\n    @inline def deleteSuggesterFuture(params: DeleteSuggesterRequest): Future[DeleteSuggesterResponse] = service.deleteSuggester(params).promise().toFuture\n    @inline def describeAnalysisSchemesFuture(params: DescribeAnalysisSchemesRequest): Future[DescribeAnalysisSchemesResponse] = service.describeAnalysisSchemes(params).promise().toFuture\n    @inline def describeAvailabilityOptionsFuture(params: DescribeAvailabilityOptionsRequest): Future[DescribeAvailabilityOptionsResponse] = service.describeAvailabilityOptions(params).promise().toFuture\n    @inline def describeDomainEndpointOptionsFuture(params: DescribeDomainEndpointOptionsRequest): Future[DescribeDomainEndpointOptionsResponse] = service.describeDomainEndpointOptions(params).promise().toFuture\n    @inline def describeDomainsFuture(params: DescribeDomainsRequest): Future[DescribeDomainsResponse] = service.describeDomains(params).promise().toFuture\n    @inline def describeExpressionsFuture(params: DescribeExpressionsRequest): Future[DescribeExpressionsResponse] = service.describeExpressions(params).promise().toFuture\n    @inline def describeIndexFieldsFuture(params: DescribeIndexFieldsRequest): Future[DescribeIndexFieldsResponse] = service.describeIndexFields(params).promise().toFuture\n    @inline def describeScalingParametersFuture(params: DescribeScalingParametersRequest): Future[DescribeScalingParametersResponse] = service.describeScalingParameters(params).promise().toFuture\n    @inline def describeServiceAccessPoliciesFuture(params: DescribeServiceAccessPoliciesRequest): Future[DescribeServiceAccessPoliciesResponse] = service.describeServiceAccessPolicies(params).promise().toFuture\n    @inline def describeSuggestersFuture(params: DescribeSuggestersRequest): Future[DescribeSuggestersResponse] = service.describeSuggesters(params).promise().toFuture\n    @inline def indexDocumentsFuture(params: IndexDocumentsRequest): Future[IndexDocumentsResponse] = service.indexDocuments(params).promise().toFuture\n    @inline def listDomainNamesFuture(): Future[ListDomainNamesResponse] = service.listDomainNames().promise().toFuture\n    @inline def updateAvailabilityOptionsFuture(params: UpdateAvailabilityOptionsRequest): Future[UpdateAvailabilityOptionsResponse] = service.updateAvailabilityOptions(params).promise().toFuture\n    @inline def updateDomainEndpointOptionsFuture(params: UpdateDomainEndpointOptionsRequest): Future[UpdateDomainEndpointOptionsResponse] = service.updateDomainEndpointOptions(params).promise().toFuture\n    @inline def updateScalingParametersFuture(params: UpdateScalingParametersRequest): Future[UpdateScalingParametersResponse] = service.updateScalingParameters(params).promise().toFuture\n    @inline def updateServiceAccessPoliciesFuture(params: UpdateServiceAccessPoliciesRequest): Future[UpdateServiceAccessPoliciesResponse] = service.updateServiceAccessPolicies(params).promise().toFuture\n\n  }\n}\n\npackage cloudsearch {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cloudsearch\", JSImport.Namespace, \"AWS.CloudSearch\")\n  class CloudSearch() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def buildSuggesters(params: BuildSuggestersRequest): Request[BuildSuggestersResponse] = js.native\n    def createDomain(params: CreateDomainRequest): Request[CreateDomainResponse] = js.native\n    def defineAnalysisScheme(params: DefineAnalysisSchemeRequest): Request[DefineAnalysisSchemeResponse] = js.native\n    def defineExpression(params: DefineExpressionRequest): Request[DefineExpressionResponse] = js.native\n    def defineIndexField(params: DefineIndexFieldRequest): Request[DefineIndexFieldResponse] = js.native\n    def defineSuggester(params: DefineSuggesterRequest): Request[DefineSuggesterResponse] = js.native\n    def deleteAnalysisScheme(params: DeleteAnalysisSchemeRequest): Request[DeleteAnalysisSchemeResponse] = js.native\n    def deleteDomain(params: DeleteDomainRequest): Request[DeleteDomainResponse] = js.native\n    def deleteExpression(params: DeleteExpressionRequest): Request[DeleteExpressionResponse] = js.native\n    def deleteIndexField(params: DeleteIndexFieldRequest): Request[DeleteIndexFieldResponse] = js.native\n    def deleteSuggester(params: DeleteSuggesterRequest): Request[DeleteSuggesterResponse] = js.native\n    def describeAnalysisSchemes(params: DescribeAnalysisSchemesRequest): Request[DescribeAnalysisSchemesResponse] = js.native\n    def describeAvailabilityOptions(params: DescribeAvailabilityOptionsRequest): Request[DescribeAvailabilityOptionsResponse] = js.native\n    def describeDomainEndpointOptions(params: DescribeDomainEndpointOptionsRequest): Request[DescribeDomainEndpointOptionsResponse] = js.native\n    def describeDomains(params: DescribeDomainsRequest): Request[DescribeDomainsResponse] = js.native\n    def describeExpressions(params: DescribeExpressionsRequest): Request[DescribeExpressionsResponse] = js.native\n    def describeIndexFields(params: DescribeIndexFieldsRequest): Request[DescribeIndexFieldsResponse] = js.native\n    def describeScalingParameters(params: DescribeScalingParametersRequest): Request[DescribeScalingParametersResponse] = js.native\n    def describeServiceAccessPolicies(params: DescribeServiceAccessPoliciesRequest): Request[DescribeServiceAccessPoliciesResponse] = js.native\n    def describeSuggesters(params: DescribeSuggestersRequest): Request[DescribeSuggestersResponse] = js.native\n    def indexDocuments(params: IndexDocumentsRequest): Request[IndexDocumentsResponse] = js.native\n    def listDomainNames(): Request[ListDomainNamesResponse] = js.native\n    def updateAvailabilityOptions(params: UpdateAvailabilityOptionsRequest): Request[UpdateAvailabilityOptionsResponse] = js.native\n    def updateDomainEndpointOptions(params: UpdateDomainEndpointOptionsRequest): Request[UpdateDomainEndpointOptionsResponse] = js.native\n    def updateScalingParameters(params: UpdateScalingParametersRequest): Request[UpdateScalingParametersResponse] = js.native\n    def updateServiceAccessPolicies(params: UpdateServiceAccessPoliciesRequest): Request[UpdateServiceAccessPoliciesResponse] = js.native\n  }\n\n  \/** The configured access rules for the domain's document and search endpoints, and the current status of those rules.\n    *\/\n  @js.native\n  trait AccessPoliciesStatus extends js.Object {\n    var Options: PolicyDocument\n    var Status: OptionStatus\n  }\n\n  object AccessPoliciesStatus {\n    @inline\n    def apply(\n        Options: PolicyDocument,\n        Status: OptionStatus\n    ): AccessPoliciesStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccessPoliciesStatus]\n    }\n  }\n\n  @js.native\n  sealed trait AlgorithmicStemming extends js.Any\n  object AlgorithmicStemming {\n    val none = \"none\".asInstanceOf[AlgorithmicStemming]\n    val minimal = \"minimal\".asInstanceOf[AlgorithmicStemming]\n    val light = \"light\".asInstanceOf[AlgorithmicStemming]\n    val full = \"full\".asInstanceOf[AlgorithmicStemming]\n\n    @inline def values = js.Array(none, minimal, light, full)\n  }\n\n  \/** Synonyms, stopwords, and stemming options for an analysis scheme. Includes tokenization dictionary for Japanese.\n    *\/\n  @js.native\n  trait AnalysisOptions extends js.Object {\n    var AlgorithmicStemming: js.UndefOr[AlgorithmicStemming]\n    var JapaneseTokenizationDictionary: js.UndefOr[String]\n    var StemmingDictionary: js.UndefOr[String]\n    var Stopwords: js.UndefOr[String]\n    var Synonyms: js.UndefOr[String]\n  }\n\n  object AnalysisOptions {\n    @inline\n    def apply(\n        AlgorithmicStemming: js.UndefOr[AlgorithmicStemming] = js.undefined,\n        JapaneseTokenizationDictionary: js.UndefOr[String] = js.undefined,\n        StemmingDictionary: js.UndefOr[String] = js.undefined,\n        Stopwords: js.UndefOr[String] = js.undefined,\n        Synonyms: js.UndefOr[String] = js.undefined\n    ): AnalysisOptions = {\n      val __obj = js.Dynamic.literal()\n      AlgorithmicStemming.foreach(__v => __obj.updateDynamic(\"AlgorithmicStemming\")(__v.asInstanceOf[js.Any]))\n      JapaneseTokenizationDictionary.foreach(__v => __obj.updateDynamic(\"JapaneseTokenizationDictionary\")(__v.asInstanceOf[js.Any]))\n      StemmingDictionary.foreach(__v => __obj.updateDynamic(\"StemmingDictionary\")(__v.asInstanceOf[js.Any]))\n      Stopwords.foreach(__v => __obj.updateDynamic(\"Stopwords\")(__v.asInstanceOf[js.Any]))\n      Synonyms.foreach(__v => __obj.updateDynamic(\"Synonyms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisOptions]\n    }\n  }\n\n  \/** Configuration information for an analysis scheme. Each analysis scheme has a unique name and specifies the language of the text to be processed. The following options can be configured for an analysis scheme: <code>Synonyms<\/code>, <code>Stopwords<\/code>, <code>StemmingDictionary<\/code>, <code>JapaneseTokenizationDictionary<\/code> and <code>AlgorithmicStemming<\/code>.\n    *\/\n  @js.native\n  trait AnalysisScheme extends js.Object {\n    var AnalysisSchemeLanguage: AnalysisSchemeLanguage\n    var AnalysisSchemeName: StandardName\n    var AnalysisOptions: js.UndefOr[AnalysisOptions]\n  }\n\n  object AnalysisScheme {\n    @inline\n    def apply(\n        AnalysisSchemeLanguage: AnalysisSchemeLanguage,\n        AnalysisSchemeName: StandardName,\n        AnalysisOptions: js.UndefOr[AnalysisOptions] = js.undefined\n    ): AnalysisScheme = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisSchemeLanguage\" -> AnalysisSchemeLanguage.asInstanceOf[js.Any],\n        \"AnalysisSchemeName\" -> AnalysisSchemeName.asInstanceOf[js.Any]\n      )\n\n      AnalysisOptions.foreach(__v => __obj.updateDynamic(\"AnalysisOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisScheme]\n    }\n  }\n\n  \/** An <a href=\"http:\/\/tools.ietf.org\/html\/rfc4646\" target=\"_blank\">IETF RFC 4646<\/a> language code or <code>mul<\/code> for multiple languages.\n    *\/\n  @js.native\n  sealed trait AnalysisSchemeLanguage extends js.Any\n  object AnalysisSchemeLanguage {\n    val ar = \"ar\".asInstanceOf[AnalysisSchemeLanguage]\n    val bg = \"bg\".asInstanceOf[AnalysisSchemeLanguage]\n    val ca = \"ca\".asInstanceOf[AnalysisSchemeLanguage]\n    val cs = \"cs\".asInstanceOf[AnalysisSchemeLanguage]\n    val da = \"da\".asInstanceOf[AnalysisSchemeLanguage]\n    val de = \"de\".asInstanceOf[AnalysisSchemeLanguage]\n    val el = \"el\".asInstanceOf[AnalysisSchemeLanguage]\n    val en = \"en\".asInstanceOf[AnalysisSchemeLanguage]\n    val es = \"es\".asInstanceOf[AnalysisSchemeLanguage]\n    val eu = \"eu\".asInstanceOf[AnalysisSchemeLanguage]\n    val fa = \"fa\".asInstanceOf[AnalysisSchemeLanguage]\n    val fi = \"fi\".asInstanceOf[AnalysisSchemeLanguage]\n    val fr = \"fr\".asInstanceOf[AnalysisSchemeLanguage]\n    val ga = \"ga\".asInstanceOf[AnalysisSchemeLanguage]\n    val gl = \"gl\".asInstanceOf[AnalysisSchemeLanguage]\n    val he = \"he\".asInstanceOf[AnalysisSchemeLanguage]\n    val hi = \"hi\".asInstanceOf[AnalysisSchemeLanguage]\n    val hu = \"hu\".asInstanceOf[AnalysisSchemeLanguage]\n    val hy = \"hy\".asInstanceOf[AnalysisSchemeLanguage]\n    val id = \"id\".asInstanceOf[AnalysisSchemeLanguage]\n    val it = \"it\".asInstanceOf[AnalysisSchemeLanguage]\n    val ja = \"ja\".asInstanceOf[AnalysisSchemeLanguage]\n    val ko = \"ko\".asInstanceOf[AnalysisSchemeLanguage]\n    val lv = \"lv\".asInstanceOf[AnalysisSchemeLanguage]\n    val mul = \"mul\".asInstanceOf[AnalysisSchemeLanguage]\n    val nl = \"nl\".asInstanceOf[AnalysisSchemeLanguage]\n    val no = \"no\".asInstanceOf[AnalysisSchemeLanguage]\n    val pt = \"pt\".asInstanceOf[AnalysisSchemeLanguage]\n    val ro = \"ro\".asInstanceOf[AnalysisSchemeLanguage]\n    val ru = \"ru\".asInstanceOf[AnalysisSchemeLanguage]\n    val sv = \"sv\".asInstanceOf[AnalysisSchemeLanguage]\n    val th = \"th\".asInstanceOf[AnalysisSchemeLanguage]\n    val tr = \"tr\".asInstanceOf[AnalysisSchemeLanguage]\n    val `zh-Hans` = \"zh-Hans\".asInstanceOf[AnalysisSchemeLanguage]\n    val `zh-Hant` = \"zh-Hant\".asInstanceOf[AnalysisSchemeLanguage]\n\n    @inline def values = js.Array(ar, bg, ca, cs, da, de, el, en, es, eu, fa, fi, fr, ga, gl, he, hi, hu, hy, id, it, ja, ko, lv, mul, nl, no, pt, ro, ru, sv, th, tr, `zh-Hans`, `zh-Hant`)\n  }\n\n  \/** The status and configuration of an <code>AnalysisScheme<\/code>.\n    *\/\n  @js.native\n  trait AnalysisSchemeStatus extends js.Object {\n    var Options: AnalysisScheme\n    var Status: OptionStatus\n  }\n\n  object AnalysisSchemeStatus {\n    @inline\n    def apply(\n        Options: AnalysisScheme,\n        Status: OptionStatus\n    ): AnalysisSchemeStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnalysisSchemeStatus]\n    }\n  }\n\n  \/** The status and configuration of the domain's availability options.\n    *\/\n  @js.native\n  trait AvailabilityOptionsStatus extends js.Object {\n    var Options: MultiAZ\n    var Status: OptionStatus\n  }\n\n  object AvailabilityOptionsStatus {\n    @inline\n    def apply(\n        Options: MultiAZ,\n        Status: OptionStatus\n    ): AvailabilityOptionsStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AvailabilityOptionsStatus]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>BuildSuggester<\/a><\/code> operation. Specifies the name of the domain you want to update.\n    *\/\n  @js.native\n  trait BuildSuggestersRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object BuildSuggestersRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): BuildSuggestersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BuildSuggestersRequest]\n    }\n  }\n\n  \/** The result of a <code>BuildSuggester<\/code> request. Contains a list of the fields used for suggestions.\n    *\/\n  @js.native\n  trait BuildSuggestersResponse extends js.Object {\n    var FieldNames: js.UndefOr[FieldNameList]\n  }\n\n  object BuildSuggestersResponse {\n    @inline\n    def apply(\n        FieldNames: js.UndefOr[FieldNameList] = js.undefined\n    ): BuildSuggestersResponse = {\n      val __obj = js.Dynamic.literal()\n      FieldNames.foreach(__v => __obj.updateDynamic(\"FieldNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildSuggestersResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>CreateDomain<\/a><\/code> operation. Specifies a name for the new search domain.\n    *\/\n  @js.native\n  trait CreateDomainRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object CreateDomainRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): CreateDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDomainRequest]\n    }\n  }\n\n  \/** The result of a <code>CreateDomainRequest<\/code>. Contains the status of a newly created domain.\n    *\/\n  @js.native\n  trait CreateDomainResponse extends js.Object {\n    var DomainStatus: js.UndefOr[DomainStatus]\n  }\n\n  object CreateDomainResponse {\n    @inline\n    def apply(\n        DomainStatus: js.UndefOr[DomainStatus] = js.undefined\n    ): CreateDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainStatus.foreach(__v => __obj.updateDynamic(\"DomainStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainResponse]\n    }\n  }\n\n  \/** Options for a field that contains an array of dates. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>date-array<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait DateArrayOptions extends js.Object {\n    var DefaultValue: js.UndefOr[FieldValue]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SourceFields: js.UndefOr[FieldNameCommaList]\n  }\n\n  object DateArrayOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceFields: js.UndefOr[FieldNameCommaList] = js.undefined\n    ): DateArrayOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceFields.foreach(__v => __obj.updateDynamic(\"SourceFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DateArrayOptions]\n    }\n  }\n\n  \/** Options for a date field. Dates and times are specified in UTC (Coordinated Universal Time) according to IETF RFC3339: yyyy-mm-ddT00:00:00Z. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>date<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait DateOptions extends js.Object {\n    var DefaultValue: js.UndefOr[FieldValue]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object DateOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): DateOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DateOptions]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DefineAnalysisScheme<\/a><\/code> operation. Specifies the name of the domain you want to update and the analysis scheme configuration.\n    *\/\n  @js.native\n  trait DefineAnalysisSchemeRequest extends js.Object {\n    var AnalysisScheme: AnalysisScheme\n    var DomainName: DomainName\n  }\n\n  object DefineAnalysisSchemeRequest {\n    @inline\n    def apply(\n        AnalysisScheme: AnalysisScheme,\n        DomainName: DomainName\n    ): DefineAnalysisSchemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisScheme\" -> AnalysisScheme.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineAnalysisSchemeRequest]\n    }\n  }\n\n  \/** The result of a <code><a>DefineAnalysisScheme<\/a><\/code> request. Contains the status of the newly-configured analysis scheme.\n    *\/\n  @js.native\n  trait DefineAnalysisSchemeResponse extends js.Object {\n    var AnalysisScheme: AnalysisSchemeStatus\n  }\n\n  object DefineAnalysisSchemeResponse {\n    @inline\n    def apply(\n        AnalysisScheme: AnalysisSchemeStatus\n    ): DefineAnalysisSchemeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisScheme\" -> AnalysisScheme.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineAnalysisSchemeResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DefineExpression<\/a><\/code> operation. Specifies the name of the domain you want to update and the expression you want to configure.\n    *\/\n  @js.native\n  trait DefineExpressionRequest extends js.Object {\n    var DomainName: DomainName\n    var Expression: Expression\n  }\n\n  object DefineExpressionRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Expression: Expression\n    ): DefineExpressionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Expression\" -> Expression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineExpressionRequest]\n    }\n  }\n\n  \/** The result of a <code>DefineExpression<\/code> request. Contains the status of the newly-configured expression.\n    *\/\n  @js.native\n  trait DefineExpressionResponse extends js.Object {\n    var Expression: ExpressionStatus\n  }\n\n  object DefineExpressionResponse {\n    @inline\n    def apply(\n        Expression: ExpressionStatus\n    ): DefineExpressionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Expression\" -> Expression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineExpressionResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DefineIndexField<\/a><\/code> operation. Specifies the name of the domain you want to update and the index field configuration.\n    *\/\n  @js.native\n  trait DefineIndexFieldRequest extends js.Object {\n    var DomainName: DomainName\n    var IndexField: IndexField\n  }\n\n  object DefineIndexFieldRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        IndexField: IndexField\n    ): DefineIndexFieldRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"IndexField\" -> IndexField.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineIndexFieldRequest]\n    }\n  }\n\n  \/** The result of a <code><a>DefineIndexField<\/a><\/code> request. Contains the status of the newly-configured index field.\n    *\/\n  @js.native\n  trait DefineIndexFieldResponse extends js.Object {\n    var IndexField: IndexFieldStatus\n  }\n\n  object DefineIndexFieldResponse {\n    @inline\n    def apply(\n        IndexField: IndexFieldStatus\n    ): DefineIndexFieldResponse = {\n      val __obj = js.Dynamic.literal(\n        \"IndexField\" -> IndexField.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineIndexFieldResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DefineSuggester<\/a><\/code> operation. Specifies the name of the domain you want to update and the suggester configuration.\n    *\/\n  @js.native\n  trait DefineSuggesterRequest extends js.Object {\n    var DomainName: DomainName\n    var Suggester: Suggester\n  }\n\n  object DefineSuggesterRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Suggester: Suggester\n    ): DefineSuggesterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Suggester\" -> Suggester.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineSuggesterRequest]\n    }\n  }\n\n  \/** The result of a <code>DefineSuggester<\/code> request. Contains the status of the newly-configured suggester.\n    *\/\n  @js.native\n  trait DefineSuggesterResponse extends js.Object {\n    var Suggester: SuggesterStatus\n  }\n\n  object DefineSuggesterResponse {\n    @inline\n    def apply(\n        Suggester: SuggesterStatus\n    ): DefineSuggesterResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Suggester\" -> Suggester.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DefineSuggesterResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DeleteAnalysisScheme<\/a><\/code> operation. Specifies the name of the domain you want to update and the analysis scheme you want to delete.\n    *\/\n  @js.native\n  trait DeleteAnalysisSchemeRequest extends js.Object {\n    var AnalysisSchemeName: StandardName\n    var DomainName: DomainName\n  }\n\n  object DeleteAnalysisSchemeRequest {\n    @inline\n    def apply(\n        AnalysisSchemeName: StandardName,\n        DomainName: DomainName\n    ): DeleteAnalysisSchemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisSchemeName\" -> AnalysisSchemeName.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAnalysisSchemeRequest]\n    }\n  }\n\n  \/** The result of a <code>DeleteAnalysisScheme<\/code> request. Contains the status of the deleted analysis scheme.\n    *\/\n  @js.native\n  trait DeleteAnalysisSchemeResponse extends js.Object {\n    var AnalysisScheme: AnalysisSchemeStatus\n  }\n\n  object DeleteAnalysisSchemeResponse {\n    @inline\n    def apply(\n        AnalysisScheme: AnalysisSchemeStatus\n    ): DeleteAnalysisSchemeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisScheme\" -> AnalysisScheme.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAnalysisSchemeResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DeleteDomain<\/a><\/code> operation. Specifies the name of the domain you want to delete.\n    *\/\n  @js.native\n  trait DeleteDomainRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object DeleteDomainRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): DeleteDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDomainRequest]\n    }\n  }\n\n  \/** The result of a <code>DeleteDomain<\/code> request. Contains the status of a newly deleted domain, or no status if the domain has already been completely deleted.\n    *\/\n  @js.native\n  trait DeleteDomainResponse extends js.Object {\n    var DomainStatus: js.UndefOr[DomainStatus]\n  }\n\n  object DeleteDomainResponse {\n    @inline\n    def apply(\n        DomainStatus: js.UndefOr[DomainStatus] = js.undefined\n    ): DeleteDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainStatus.foreach(__v => __obj.updateDynamic(\"DomainStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDomainResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DeleteExpression<\/a><\/code> operation. Specifies the name of the domain you want to update and the name of the expression you want to delete.\n    *\/\n  @js.native\n  trait DeleteExpressionRequest extends js.Object {\n    var DomainName: DomainName\n    var ExpressionName: StandardName\n  }\n\n  object DeleteExpressionRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        ExpressionName: StandardName\n    ): DeleteExpressionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"ExpressionName\" -> ExpressionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteExpressionRequest]\n    }\n  }\n\n  \/** The result of a <code><a>DeleteExpression<\/a><\/code> request. Specifies the expression being deleted.\n    *\/\n  @js.native\n  trait DeleteExpressionResponse extends js.Object {\n    var Expression: ExpressionStatus\n  }\n\n  object DeleteExpressionResponse {\n    @inline\n    def apply(\n        Expression: ExpressionStatus\n    ): DeleteExpressionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Expression\" -> Expression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteExpressionResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DeleteIndexField<\/a><\/code> operation. Specifies the name of the domain you want to update and the name of the index field you want to delete.\n    *\/\n  @js.native\n  trait DeleteIndexFieldRequest extends js.Object {\n    var DomainName: DomainName\n    var IndexFieldName: DynamicFieldName\n  }\n\n  object DeleteIndexFieldRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        IndexFieldName: DynamicFieldName\n    ): DeleteIndexFieldRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"IndexFieldName\" -> IndexFieldName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIndexFieldRequest]\n    }\n  }\n\n  \/** The result of a <code><a>DeleteIndexField<\/a><\/code> request.\n    *\/\n  @js.native\n  trait DeleteIndexFieldResponse extends js.Object {\n    var IndexField: IndexFieldStatus\n  }\n\n  object DeleteIndexFieldResponse {\n    @inline\n    def apply(\n        IndexField: IndexFieldStatus\n    ): DeleteIndexFieldResponse = {\n      val __obj = js.Dynamic.literal(\n        \"IndexField\" -> IndexField.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIndexFieldResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DeleteSuggester<\/a><\/code> operation. Specifies the name of the domain you want to update and name of the suggester you want to delete.\n    *\/\n  @js.native\n  trait DeleteSuggesterRequest extends js.Object {\n    var DomainName: DomainName\n    var SuggesterName: StandardName\n  }\n\n  object DeleteSuggesterRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        SuggesterName: StandardName\n    ): DeleteSuggesterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"SuggesterName\" -> SuggesterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSuggesterRequest]\n    }\n  }\n\n  \/** The result of a <code>DeleteSuggester<\/code> request. Contains the status of the deleted suggester.\n    *\/\n  @js.native\n  trait DeleteSuggesterResponse extends js.Object {\n    var Suggester: SuggesterStatus\n  }\n\n  object DeleteSuggesterResponse {\n    @inline\n    def apply(\n        Suggester: SuggesterStatus\n    ): DeleteSuggesterResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Suggester\" -> Suggester.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSuggesterResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeAnalysisSchemes<\/a><\/code> operation. Specifies the name of the domain you want to describe. To limit the response to particular analysis schemes, specify the names of the analysis schemes you want to describe. To show the active configuration and exclude any pending changes, set the <code>Deployed<\/code> option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeAnalysisSchemesRequest extends js.Object {\n    var DomainName: DomainName\n    var AnalysisSchemeNames: js.UndefOr[StandardNameList]\n    var Deployed: js.UndefOr[Boolean]\n  }\n\n  object DescribeAnalysisSchemesRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        AnalysisSchemeNames: js.UndefOr[StandardNameList] = js.undefined,\n        Deployed: js.UndefOr[Boolean] = js.undefined\n    ): DescribeAnalysisSchemesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      AnalysisSchemeNames.foreach(__v => __obj.updateDynamic(\"AnalysisSchemeNames\")(__v.asInstanceOf[js.Any]))\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnalysisSchemesRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeAnalysisSchemes<\/code> request. Contains the analysis schemes configured for the domain specified in the request.\n    *\/\n  @js.native\n  trait DescribeAnalysisSchemesResponse extends js.Object {\n    var AnalysisSchemes: AnalysisSchemeStatusList\n  }\n\n  object DescribeAnalysisSchemesResponse {\n    @inline\n    def apply(\n        AnalysisSchemes: AnalysisSchemeStatusList\n    ): DescribeAnalysisSchemesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisSchemes\" -> AnalysisSchemes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAnalysisSchemesResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeAvailabilityOptions<\/a><\/code> operation. Specifies the name of the domain you want to describe. To show the active configuration and exclude any pending changes, set the Deployed option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeAvailabilityOptionsRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n  }\n\n  object DescribeAvailabilityOptionsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined\n    ): DescribeAvailabilityOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAvailabilityOptionsRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeAvailabilityOptions<\/code> request. Indicates whether or not the Multi-AZ option is enabled for the domain specified in the request.\n    *\/\n  @js.native\n  trait DescribeAvailabilityOptionsResponse extends js.Object {\n    var AvailabilityOptions: js.UndefOr[AvailabilityOptionsStatus]\n  }\n\n  object DescribeAvailabilityOptionsResponse {\n    @inline\n    def apply(\n        AvailabilityOptions: js.UndefOr[AvailabilityOptionsStatus] = js.undefined\n    ): DescribeAvailabilityOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityOptions.foreach(__v => __obj.updateDynamic(\"AvailabilityOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAvailabilityOptionsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeDomainEndpointOptions<\/a><\/code> operation. Specify the name of the domain you want to describe. To show the active configuration and exclude any pending changes, set the Deployed option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeDomainEndpointOptionsRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n  }\n\n  object DescribeDomainEndpointOptionsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined\n    ): DescribeDomainEndpointOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDomainEndpointOptionsRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeDomainEndpointOptions<\/code> request. Contains the status and configuration of a search domain's endpoint options.\n    *\/\n  @js.native\n  trait DescribeDomainEndpointOptionsResponse extends js.Object {\n    var DomainEndpointOptions: js.UndefOr[DomainEndpointOptionsStatus]\n  }\n\n  object DescribeDomainEndpointOptionsResponse {\n    @inline\n    def apply(\n        DomainEndpointOptions: js.UndefOr[DomainEndpointOptionsStatus] = js.undefined\n    ): DescribeDomainEndpointOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainEndpointOptions.foreach(__v => __obj.updateDynamic(\"DomainEndpointOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDomainEndpointOptionsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeDomains<\/a><\/code> operation. By default shows the status of all domains. To restrict the response to particular domains, specify the names of the domains you want to describe.\n    *\/\n  @js.native\n  trait DescribeDomainsRequest extends js.Object {\n    var DomainNames: js.UndefOr[DomainNameList]\n  }\n\n  object DescribeDomainsRequest {\n    @inline\n    def apply(\n        DomainNames: js.UndefOr[DomainNameList] = js.undefined\n    ): DescribeDomainsRequest = {\n      val __obj = js.Dynamic.literal()\n      DomainNames.foreach(__v => __obj.updateDynamic(\"DomainNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDomainsRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeDomains<\/code> request. Contains the status of the domains specified in the request or all domains owned by the account.\n    *\/\n  @js.native\n  trait DescribeDomainsResponse extends js.Object {\n    var DomainStatusList: DomainStatusList\n  }\n\n  object DescribeDomainsResponse {\n    @inline\n    def apply(\n        DomainStatusList: DomainStatusList\n    ): DescribeDomainsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DomainStatusList\" -> DomainStatusList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDomainsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeDomains<\/a><\/code> operation. Specifies the name of the domain you want to describe. To restrict the response to particular expressions, specify the names of the expressions you want to describe. To show the active configuration and exclude any pending changes, set the <code>Deployed<\/code> option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeExpressionsRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n    var ExpressionNames: js.UndefOr[StandardNameList]\n  }\n\n  object DescribeExpressionsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined,\n        ExpressionNames: js.UndefOr[StandardNameList] = js.undefined\n    ): DescribeExpressionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      ExpressionNames.foreach(__v => __obj.updateDynamic(\"ExpressionNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeExpressionsRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeExpressions<\/code> request. Contains the expressions configured for the domain specified in the request.\n    *\/\n  @js.native\n  trait DescribeExpressionsResponse extends js.Object {\n    var Expressions: ExpressionStatusList\n  }\n\n  object DescribeExpressionsResponse {\n    @inline\n    def apply(\n        Expressions: ExpressionStatusList\n    ): DescribeExpressionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Expressions\" -> Expressions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeExpressionsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeIndexFields<\/a><\/code> operation. Specifies the name of the domain you want to describe. To restrict the response to particular index fields, specify the names of the index fields you want to describe. To show the active configuration and exclude any pending changes, set the <code>Deployed<\/code> option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeIndexFieldsRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n    var FieldNames: js.UndefOr[DynamicFieldNameList]\n  }\n\n  object DescribeIndexFieldsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined,\n        FieldNames: js.UndefOr[DynamicFieldNameList] = js.undefined\n    ): DescribeIndexFieldsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      FieldNames.foreach(__v => __obj.updateDynamic(\"FieldNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeIndexFieldsRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeIndexFields<\/code> request. Contains the index fields configured for the domain specified in the request.\n    *\/\n  @js.native\n  trait DescribeIndexFieldsResponse extends js.Object {\n    var IndexFields: IndexFieldStatusList\n  }\n\n  object DescribeIndexFieldsResponse {\n    @inline\n    def apply(\n        IndexFields: IndexFieldStatusList\n    ): DescribeIndexFieldsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"IndexFields\" -> IndexFields.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIndexFieldsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeScalingParameters<\/a><\/code> operation. Specifies the name of the domain you want to describe.\n    *\/\n  @js.native\n  trait DescribeScalingParametersRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object DescribeScalingParametersRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): DescribeScalingParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeScalingParametersRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeScalingParameters<\/code> request. Contains the scaling parameters configured for the domain specified in the request.\n    *\/\n  @js.native\n  trait DescribeScalingParametersResponse extends js.Object {\n    var ScalingParameters: ScalingParametersStatus\n  }\n\n  object DescribeScalingParametersResponse {\n    @inline\n    def apply(\n        ScalingParameters: ScalingParametersStatus\n    ): DescribeScalingParametersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingParameters\" -> ScalingParameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeScalingParametersResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeServiceAccessPolicies<\/a><\/code> operation. Specifies the name of the domain you want to describe. To show the active configuration and exclude any pending changes, set the <code>Deployed<\/code> option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeServiceAccessPoliciesRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n  }\n\n  object DescribeServiceAccessPoliciesRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined\n    ): DescribeServiceAccessPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServiceAccessPoliciesRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeServiceAccessPolicies<\/code> request.\n    *\/\n  @js.native\n  trait DescribeServiceAccessPoliciesResponse extends js.Object {\n    var AccessPolicies: AccessPoliciesStatus\n  }\n\n  object DescribeServiceAccessPoliciesResponse {\n    @inline\n    def apply(\n        AccessPolicies: AccessPoliciesStatus\n    ): DescribeServiceAccessPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccessPolicies\" -> AccessPolicies.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeServiceAccessPoliciesResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>DescribeSuggester<\/a><\/code> operation. Specifies the name of the domain you want to describe. To restrict the response to particular suggesters, specify the names of the suggesters you want to describe. To show the active configuration and exclude any pending changes, set the <code>Deployed<\/code> option to <code>true<\/code>.\n    *\/\n  @js.native\n  trait DescribeSuggestersRequest extends js.Object {\n    var DomainName: DomainName\n    var Deployed: js.UndefOr[Boolean]\n    var SuggesterNames: js.UndefOr[StandardNameList]\n  }\n\n  object DescribeSuggestersRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Deployed: js.UndefOr[Boolean] = js.undefined,\n        SuggesterNames: js.UndefOr[StandardNameList] = js.undefined\n    ): DescribeSuggestersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      Deployed.foreach(__v => __obj.updateDynamic(\"Deployed\")(__v.asInstanceOf[js.Any]))\n      SuggesterNames.foreach(__v => __obj.updateDynamic(\"SuggesterNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSuggestersRequest]\n    }\n  }\n\n  \/** The result of a <code>DescribeSuggesters<\/code> request.\n    *\/\n  @js.native\n  trait DescribeSuggestersResponse extends js.Object {\n    var Suggesters: SuggesterStatusList\n  }\n\n  object DescribeSuggestersResponse {\n    @inline\n    def apply(\n        Suggesters: SuggesterStatusList\n    ): DescribeSuggestersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Suggesters\" -> Suggesters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSuggestersResponse]\n    }\n  }\n\n  \/** Options for a search suggester.\n    *\/\n  @js.native\n  trait DocumentSuggesterOptions extends js.Object {\n    var SourceField: FieldName\n    var FuzzyMatching: js.UndefOr[SuggesterFuzzyMatching]\n    var SortExpression: js.UndefOr[String]\n  }\n\n  object DocumentSuggesterOptions {\n    @inline\n    def apply(\n        SourceField: FieldName,\n        FuzzyMatching: js.UndefOr[SuggesterFuzzyMatching] = js.undefined,\n        SortExpression: js.UndefOr[String] = js.undefined\n    ): DocumentSuggesterOptions = {\n      val __obj = js.Dynamic.literal(\n        \"SourceField\" -> SourceField.asInstanceOf[js.Any]\n      )\n\n      FuzzyMatching.foreach(__v => __obj.updateDynamic(\"FuzzyMatching\")(__v.asInstanceOf[js.Any]))\n      SortExpression.foreach(__v => __obj.updateDynamic(\"SortExpression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentSuggesterOptions]\n    }\n  }\n\n  \/** The domain's endpoint options.\n    *\/\n  @js.native\n  trait DomainEndpointOptions extends js.Object {\n    var EnforceHTTPS: js.UndefOr[Boolean]\n    var TLSSecurityPolicy: js.UndefOr[TLSSecurityPolicy]\n  }\n\n  object DomainEndpointOptions {\n    @inline\n    def apply(\n        EnforceHTTPS: js.UndefOr[Boolean] = js.undefined,\n        TLSSecurityPolicy: js.UndefOr[TLSSecurityPolicy] = js.undefined\n    ): DomainEndpointOptions = {\n      val __obj = js.Dynamic.literal()\n      EnforceHTTPS.foreach(__v => __obj.updateDynamic(\"EnforceHTTPS\")(__v.asInstanceOf[js.Any]))\n      TLSSecurityPolicy.foreach(__v => __obj.updateDynamic(\"TLSSecurityPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainEndpointOptions]\n    }\n  }\n\n  \/** The configuration and status of the domain's endpoint options.\n    *\/\n  @js.native\n  trait DomainEndpointOptionsStatus extends js.Object {\n    var Options: DomainEndpointOptions\n    var Status: OptionStatus\n  }\n\n  object DomainEndpointOptionsStatus {\n    @inline\n    def apply(\n        Options: DomainEndpointOptions,\n        Status: OptionStatus\n    ): DomainEndpointOptionsStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DomainEndpointOptionsStatus]\n    }\n  }\n\n  \/** The current status of the search domain.\n    *\/\n  @js.native\n  trait DomainStatus extends js.Object {\n    var DomainId: DomainId\n    var DomainName: DomainName\n    var RequiresIndexDocuments: Boolean\n    var ARN: js.UndefOr[ARN]\n    var Created: js.UndefOr[Boolean]\n    var Deleted: js.UndefOr[Boolean]\n    var DocService: js.UndefOr[ServiceEndpoint]\n    var Limits: js.UndefOr[Limits]\n    var Processing: js.UndefOr[Boolean]\n    var SearchInstanceCount: js.UndefOr[InstanceCount]\n    var SearchInstanceType: js.UndefOr[SearchInstanceType]\n    var SearchPartitionCount: js.UndefOr[PartitionCount]\n    var SearchService: js.UndefOr[ServiceEndpoint]\n  }\n\n  object DomainStatus {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        DomainName: DomainName,\n        RequiresIndexDocuments: Boolean,\n        ARN: js.UndefOr[ARN] = js.undefined,\n        Created: js.UndefOr[Boolean] = js.undefined,\n        Deleted: js.UndefOr[Boolean] = js.undefined,\n        DocService: js.UndefOr[ServiceEndpoint] = js.undefined,\n        Limits: js.UndefOr[Limits] = js.undefined,\n        Processing: js.UndefOr[Boolean] = js.undefined,\n        SearchInstanceCount: js.UndefOr[InstanceCount] = js.undefined,\n        SearchInstanceType: js.UndefOr[SearchInstanceType] = js.undefined,\n        SearchPartitionCount: js.UndefOr[PartitionCount] = js.undefined,\n        SearchService: js.UndefOr[ServiceEndpoint] = js.undefined\n    ): DomainStatus = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"RequiresIndexDocuments\" -> RequiresIndexDocuments.asInstanceOf[js.Any]\n      )\n\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Created.foreach(__v => __obj.updateDynamic(\"Created\")(__v.asInstanceOf[js.Any]))\n      Deleted.foreach(__v => __obj.updateDynamic(\"Deleted\")(__v.asInstanceOf[js.Any]))\n      DocService.foreach(__v => __obj.updateDynamic(\"DocService\")(__v.asInstanceOf[js.Any]))\n      Limits.foreach(__v => __obj.updateDynamic(\"Limits\")(__v.asInstanceOf[js.Any]))\n      Processing.foreach(__v => __obj.updateDynamic(\"Processing\")(__v.asInstanceOf[js.Any]))\n      SearchInstanceCount.foreach(__v => __obj.updateDynamic(\"SearchInstanceCount\")(__v.asInstanceOf[js.Any]))\n      SearchInstanceType.foreach(__v => __obj.updateDynamic(\"SearchInstanceType\")(__v.asInstanceOf[js.Any]))\n      SearchPartitionCount.foreach(__v => __obj.updateDynamic(\"SearchPartitionCount\")(__v.asInstanceOf[js.Any]))\n      SearchService.foreach(__v => __obj.updateDynamic(\"SearchService\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainStatus]\n    }\n  }\n\n  \/** Options for a field that contains an array of double-precision 64-bit floating point values. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>double-array<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait DoubleArrayOptions extends js.Object {\n    var DefaultValue: js.UndefOr[Double]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SourceFields: js.UndefOr[FieldNameCommaList]\n  }\n\n  object DoubleArrayOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[Double] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceFields: js.UndefOr[FieldNameCommaList] = js.undefined\n    ): DoubleArrayOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceFields.foreach(__v => __obj.updateDynamic(\"SourceFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DoubleArrayOptions]\n    }\n  }\n\n  \/** Options for a double-precision 64-bit floating point field. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>double<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait DoubleOptions extends js.Object {\n    var DefaultValue: js.UndefOr[Double]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object DoubleOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[Double] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): DoubleOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DoubleOptions]\n    }\n  }\n\n  \/** A named expression that can be evaluated at search time. Can be used to sort the search results, define other expressions, or return computed information in the search results.\n    *\/\n  @js.native\n  trait Expression extends js.Object {\n    var ExpressionName: StandardName\n    var ExpressionValue: ExpressionValue\n  }\n\n  object Expression {\n    @inline\n    def apply(\n        ExpressionName: StandardName,\n        ExpressionValue: ExpressionValue\n    ): Expression = {\n      val __obj = js.Dynamic.literal(\n        \"ExpressionName\" -> ExpressionName.asInstanceOf[js.Any],\n        \"ExpressionValue\" -> ExpressionValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Expression]\n    }\n  }\n\n  \/** The value of an <code>Expression<\/code> and its current status.\n    *\/\n  @js.native\n  trait ExpressionStatus extends js.Object {\n    var Options: Expression\n    var Status: OptionStatus\n  }\n\n  object ExpressionStatus {\n    @inline\n    def apply(\n        Options: Expression,\n        Status: OptionStatus\n    ): ExpressionStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExpressionStatus]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>IndexDocuments<\/a><\/code> operation. Specifies the name of the domain you want to re-index.\n    *\/\n  @js.native\n  trait IndexDocumentsRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object IndexDocumentsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): IndexDocumentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IndexDocumentsRequest]\n    }\n  }\n\n  \/** The result of an <code>IndexDocuments<\/code> request. Contains the status of the indexing operation, including the fields being indexed.\n    *\/\n  @js.native\n  trait IndexDocumentsResponse extends js.Object {\n    var FieldNames: js.UndefOr[FieldNameList]\n  }\n\n  object IndexDocumentsResponse {\n    @inline\n    def apply(\n        FieldNames: js.UndefOr[FieldNameList] = js.undefined\n    ): IndexDocumentsResponse = {\n      val __obj = js.Dynamic.literal()\n      FieldNames.foreach(__v => __obj.updateDynamic(\"FieldNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IndexDocumentsResponse]\n    }\n  }\n\n  \/** Configuration information for a field in the index, including its name, type, and options. The supported options depend on the <code><a>IndexFieldType<\/a><\/code>.\n    *\/\n  @js.native\n  trait IndexField extends js.Object {\n    var IndexFieldName: DynamicFieldName\n    var IndexFieldType: IndexFieldType\n    var DateArrayOptions: js.UndefOr[DateArrayOptions]\n    var DateOptions: js.UndefOr[DateOptions]\n    var DoubleArrayOptions: js.UndefOr[DoubleArrayOptions]\n    var DoubleOptions: js.UndefOr[DoubleOptions]\n    var IntArrayOptions: js.UndefOr[IntArrayOptions]\n    var IntOptions: js.UndefOr[IntOptions]\n    var LatLonOptions: js.UndefOr[LatLonOptions]\n    var LiteralArrayOptions: js.UndefOr[LiteralArrayOptions]\n    var LiteralOptions: js.UndefOr[LiteralOptions]\n    var TextArrayOptions: js.UndefOr[TextArrayOptions]\n    var TextOptions: js.UndefOr[TextOptions]\n  }\n\n  object IndexField {\n    @inline\n    def apply(\n        IndexFieldName: DynamicFieldName,\n        IndexFieldType: IndexFieldType,\n        DateArrayOptions: js.UndefOr[DateArrayOptions] = js.undefined,\n        DateOptions: js.UndefOr[DateOptions] = js.undefined,\n        DoubleArrayOptions: js.UndefOr[DoubleArrayOptions] = js.undefined,\n        DoubleOptions: js.UndefOr[DoubleOptions] = js.undefined,\n        IntArrayOptions: js.UndefOr[IntArrayOptions] = js.undefined,\n        IntOptions: js.UndefOr[IntOptions] = js.undefined,\n        LatLonOptions: js.UndefOr[LatLonOptions] = js.undefined,\n        LiteralArrayOptions: js.UndefOr[LiteralArrayOptions] = js.undefined,\n        LiteralOptions: js.UndefOr[LiteralOptions] = js.undefined,\n        TextArrayOptions: js.UndefOr[TextArrayOptions] = js.undefined,\n        TextOptions: js.UndefOr[TextOptions] = js.undefined\n    ): IndexField = {\n      val __obj = js.Dynamic.literal(\n        \"IndexFieldName\" -> IndexFieldName.asInstanceOf[js.Any],\n        \"IndexFieldType\" -> IndexFieldType.asInstanceOf[js.Any]\n      )\n\n      DateArrayOptions.foreach(__v => __obj.updateDynamic(\"DateArrayOptions\")(__v.asInstanceOf[js.Any]))\n      DateOptions.foreach(__v => __obj.updateDynamic(\"DateOptions\")(__v.asInstanceOf[js.Any]))\n      DoubleArrayOptions.foreach(__v => __obj.updateDynamic(\"DoubleArrayOptions\")(__v.asInstanceOf[js.Any]))\n      DoubleOptions.foreach(__v => __obj.updateDynamic(\"DoubleOptions\")(__v.asInstanceOf[js.Any]))\n      IntArrayOptions.foreach(__v => __obj.updateDynamic(\"IntArrayOptions\")(__v.asInstanceOf[js.Any]))\n      IntOptions.foreach(__v => __obj.updateDynamic(\"IntOptions\")(__v.asInstanceOf[js.Any]))\n      LatLonOptions.foreach(__v => __obj.updateDynamic(\"LatLonOptions\")(__v.asInstanceOf[js.Any]))\n      LiteralArrayOptions.foreach(__v => __obj.updateDynamic(\"LiteralArrayOptions\")(__v.asInstanceOf[js.Any]))\n      LiteralOptions.foreach(__v => __obj.updateDynamic(\"LiteralOptions\")(__v.asInstanceOf[js.Any]))\n      TextArrayOptions.foreach(__v => __obj.updateDynamic(\"TextArrayOptions\")(__v.asInstanceOf[js.Any]))\n      TextOptions.foreach(__v => __obj.updateDynamic(\"TextOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IndexField]\n    }\n  }\n\n  \/** The value of an <code>IndexField<\/code> and its current status.\n    *\/\n  @js.native\n  trait IndexFieldStatus extends js.Object {\n    var Options: IndexField\n    var Status: OptionStatus\n  }\n\n  object IndexFieldStatus {\n    @inline\n    def apply(\n        Options: IndexField,\n        Status: OptionStatus\n    ): IndexFieldStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IndexFieldStatus]\n    }\n  }\n\n  \/** The type of field. The valid options for a field depend on the field type. For more information about the supported field types, see <a href=\"http:\/\/docs.aws.amazon.com\/cloudsearch\/latest\/developerguide\/configuring-index-fields.html\" target=\"_blank\">Configuring Index Fields<\/a> in the <i>Amazon CloudSearch Developer Guide<\/i>.\n    *\/\n  @js.native\n  sealed trait IndexFieldType extends js.Any\n  object IndexFieldType {\n    val int = \"int\".asInstanceOf[IndexFieldType]\n    val double = \"double\".asInstanceOf[IndexFieldType]\n    val literal = \"literal\".asInstanceOf[IndexFieldType]\n    val text = \"text\".asInstanceOf[IndexFieldType]\n    val date = \"date\".asInstanceOf[IndexFieldType]\n    val latlon = \"latlon\".asInstanceOf[IndexFieldType]\n    val `int-array` = \"int-array\".asInstanceOf[IndexFieldType]\n    val `double-array` = \"double-array\".asInstanceOf[IndexFieldType]\n    val `literal-array` = \"literal-array\".asInstanceOf[IndexFieldType]\n    val `text-array` = \"text-array\".asInstanceOf[IndexFieldType]\n    val `date-array` = \"date-array\".asInstanceOf[IndexFieldType]\n\n    @inline def values = js.Array(int, double, literal, text, date, latlon, `int-array`, `double-array`, `literal-array`, `text-array`, `date-array`)\n  }\n\n  \/** Options for a field that contains an array of 64-bit signed integers. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>int-array<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait IntArrayOptions extends js.Object {\n    var DefaultValue: js.UndefOr[Double]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SourceFields: js.UndefOr[FieldNameCommaList]\n  }\n\n  object IntArrayOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[Double] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceFields: js.UndefOr[FieldNameCommaList] = js.undefined\n    ): IntArrayOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceFields.foreach(__v => __obj.updateDynamic(\"SourceFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntArrayOptions]\n    }\n  }\n\n  \/** Options for a 64-bit signed integer field. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>int<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait IntOptions extends js.Object {\n    var DefaultValue: js.UndefOr[Double]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object IntOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[Double] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): IntOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntOptions]\n    }\n  }\n\n  \/** Options for a latlon field. A latlon field contains a location stored as a latitude and longitude value pair. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>latlon<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait LatLonOptions extends js.Object {\n    var DefaultValue: js.UndefOr[FieldValue]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object LatLonOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): LatLonOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LatLonOptions]\n    }\n  }\n\n  @js.native\n  trait Limits extends js.Object {\n    var MaximumPartitionCount: MaximumPartitionCount\n    var MaximumReplicationCount: MaximumReplicationCount\n  }\n\n  object Limits {\n    @inline\n    def apply(\n        MaximumPartitionCount: MaximumPartitionCount,\n        MaximumReplicationCount: MaximumReplicationCount\n    ): Limits = {\n      val __obj = js.Dynamic.literal(\n        \"MaximumPartitionCount\" -> MaximumPartitionCount.asInstanceOf[js.Any],\n        \"MaximumReplicationCount\" -> MaximumReplicationCount.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Limits]\n    }\n  }\n\n  \/** The result of a <code>ListDomainNames<\/code> request. Contains a list of the domains owned by an account.\n    *\/\n  @js.native\n  trait ListDomainNamesResponse extends js.Object {\n    var DomainNames: js.UndefOr[DomainNameMap]\n  }\n\n  object ListDomainNamesResponse {\n    @inline\n    def apply(\n        DomainNames: js.UndefOr[DomainNameMap] = js.undefined\n    ): ListDomainNamesResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainNames.foreach(__v => __obj.updateDynamic(\"DomainNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainNamesResponse]\n    }\n  }\n\n  \/** Options for a field that contains an array of literal strings. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>literal-array<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait LiteralArrayOptions extends js.Object {\n    var DefaultValue: js.UndefOr[FieldValue]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SourceFields: js.UndefOr[FieldNameCommaList]\n  }\n\n  object LiteralArrayOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceFields: js.UndefOr[FieldNameCommaList] = js.undefined\n    ): LiteralArrayOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceFields.foreach(__v => __obj.updateDynamic(\"SourceFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LiteralArrayOptions]\n    }\n  }\n\n  \/** Options for literal field. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>literal<\/code>. All options are enabled by default.\n    *\/\n  @js.native\n  trait LiteralOptions extends js.Object {\n    var DefaultValue: js.UndefOr[FieldValue]\n    var FacetEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SearchEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object LiteralOptions {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        FacetEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SearchEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): LiteralOptions = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      FacetEnabled.foreach(__v => __obj.updateDynamic(\"FacetEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SearchEnabled.foreach(__v => __obj.updateDynamic(\"SearchEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LiteralOptions]\n    }\n  }\n\n  \/** The state of processing a change to an option. One of: * RequiresIndexDocuments: The option's latest value will not be deployed until <a>IndexDocuments<\/a> has been called and indexing is complete. * Processing: The option's latest value is in the process of being activated. * Active: The option's latest value is fully deployed. * FailedToValidate: The option value is not compatible with the domain's data and cannot be used to index the data. You must either modify the option value or update or remove the incompatible documents.\n    *\/\n  @js.native\n  sealed trait OptionState extends js.Any\n  object OptionState {\n    val RequiresIndexDocuments = \"RequiresIndexDocuments\".asInstanceOf[OptionState]\n    val Processing = \"Processing\".asInstanceOf[OptionState]\n    val Active = \"Active\".asInstanceOf[OptionState]\n    val FailedToValidate = \"FailedToValidate\".asInstanceOf[OptionState]\n\n    @inline def values = js.Array(RequiresIndexDocuments, Processing, Active, FailedToValidate)\n  }\n\n  \/** The status of domain configuration option.\n    *\/\n  @js.native\n  trait OptionStatus extends js.Object {\n    var CreationDate: UpdateTimestamp\n    var State: OptionState\n    var UpdateDate: UpdateTimestamp\n    var PendingDeletion: js.UndefOr[Boolean]\n    var UpdateVersion: js.UndefOr[UIntValue]\n  }\n\n  object OptionStatus {\n    @inline\n    def apply(\n        CreationDate: UpdateTimestamp,\n        State: OptionState,\n        UpdateDate: UpdateTimestamp,\n        PendingDeletion: js.UndefOr[Boolean] = js.undefined,\n        UpdateVersion: js.UndefOr[UIntValue] = js.undefined\n    ): OptionStatus = {\n      val __obj = js.Dynamic.literal(\n        \"CreationDate\" -> CreationDate.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any],\n        \"UpdateDate\" -> UpdateDate.asInstanceOf[js.Any]\n      )\n\n      PendingDeletion.foreach(__v => __obj.updateDynamic(\"PendingDeletion\")(__v.asInstanceOf[js.Any]))\n      UpdateVersion.foreach(__v => __obj.updateDynamic(\"UpdateVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionStatus]\n    }\n  }\n\n  \/** The instance type (such as <code>search.m1.small<\/code>) on which an index partition is hosted.\n    *\/\n  @js.native\n  sealed trait PartitionInstanceType extends js.Any\n  object PartitionInstanceType {\n    val `search.m1.small` = \"search.m1.small\".asInstanceOf[PartitionInstanceType]\n    val `search.m1.large` = \"search.m1.large\".asInstanceOf[PartitionInstanceType]\n    val `search.m2.xlarge` = \"search.m2.xlarge\".asInstanceOf[PartitionInstanceType]\n    val `search.m2.2xlarge` = \"search.m2.2xlarge\".asInstanceOf[PartitionInstanceType]\n    val `search.m3.medium` = \"search.m3.medium\".asInstanceOf[PartitionInstanceType]\n    val `search.m3.large` = \"search.m3.large\".asInstanceOf[PartitionInstanceType]\n    val `search.m3.xlarge` = \"search.m3.xlarge\".asInstanceOf[PartitionInstanceType]\n    val `search.m3.2xlarge` = \"search.m3.2xlarge\".asInstanceOf[PartitionInstanceType]\n    val `search.small` = \"search.small\".asInstanceOf[PartitionInstanceType]\n    val `search.medium` = \"search.medium\".asInstanceOf[PartitionInstanceType]\n    val `search.large` = \"search.large\".asInstanceOf[PartitionInstanceType]\n    val `search.xlarge` = \"search.xlarge\".asInstanceOf[PartitionInstanceType]\n    val `search.2xlarge` = \"search.2xlarge\".asInstanceOf[PartitionInstanceType]\n\n    @inline def values = js.Array(\n      `search.m1.small`,\n      `search.m1.large`,\n      `search.m2.xlarge`,\n      `search.m2.2xlarge`,\n      `search.m3.medium`,\n      `search.m3.large`,\n      `search.m3.xlarge`,\n      `search.m3.2xlarge`,\n      `search.small`,\n      `search.medium`,\n      `search.large`,\n      `search.xlarge`,\n      `search.2xlarge`\n    )\n  }\n\n  \/** The desired instance type and desired number of replicas of each index partition.\n    *\/\n  @js.native\n  trait ScalingParameters extends js.Object {\n    var DesiredInstanceType: js.UndefOr[PartitionInstanceType]\n    var DesiredPartitionCount: js.UndefOr[UIntValue]\n    var DesiredReplicationCount: js.UndefOr[UIntValue]\n  }\n\n  object ScalingParameters {\n    @inline\n    def apply(\n        DesiredInstanceType: js.UndefOr[PartitionInstanceType] = js.undefined,\n        DesiredPartitionCount: js.UndefOr[UIntValue] = js.undefined,\n        DesiredReplicationCount: js.UndefOr[UIntValue] = js.undefined\n    ): ScalingParameters = {\n      val __obj = js.Dynamic.literal()\n      DesiredInstanceType.foreach(__v => __obj.updateDynamic(\"DesiredInstanceType\")(__v.asInstanceOf[js.Any]))\n      DesiredPartitionCount.foreach(__v => __obj.updateDynamic(\"DesiredPartitionCount\")(__v.asInstanceOf[js.Any]))\n      DesiredReplicationCount.foreach(__v => __obj.updateDynamic(\"DesiredReplicationCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingParameters]\n    }\n  }\n\n  \/** The status and configuration of a search domain's scaling parameters.\n    *\/\n  @js.native\n  trait ScalingParametersStatus extends js.Object {\n    var Options: ScalingParameters\n    var Status: OptionStatus\n  }\n\n  object ScalingParametersStatus {\n    @inline\n    def apply(\n        Options: ScalingParameters,\n        Status: OptionStatus\n    ): ScalingParametersStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ScalingParametersStatus]\n    }\n  }\n\n  \/** The endpoint to which service requests can be submitted.\n    *\/\n  @js.native\n  trait ServiceEndpoint extends js.Object {\n    var Endpoint: js.UndefOr[ServiceUrl]\n  }\n\n  object ServiceEndpoint {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[ServiceUrl] = js.undefined\n    ): ServiceEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceEndpoint]\n    }\n  }\n\n  \/** Configuration information for a search suggester. Each suggester has a unique name and specifies the text field you want to use for suggestions. The following options can be configured for a suggester: <code>FuzzyMatching<\/code>, <code>SortExpression<\/code>.\n    *\/\n  @js.native\n  trait Suggester extends js.Object {\n    var DocumentSuggesterOptions: DocumentSuggesterOptions\n    var SuggesterName: StandardName\n  }\n\n  object Suggester {\n    @inline\n    def apply(\n        DocumentSuggesterOptions: DocumentSuggesterOptions,\n        SuggesterName: StandardName\n    ): Suggester = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentSuggesterOptions\" -> DocumentSuggesterOptions.asInstanceOf[js.Any],\n        \"SuggesterName\" -> SuggesterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Suggester]\n    }\n  }\n\n  @js.native\n  sealed trait SuggesterFuzzyMatching extends js.Any\n  object SuggesterFuzzyMatching {\n    val none = \"none\".asInstanceOf[SuggesterFuzzyMatching]\n    val low = \"low\".asInstanceOf[SuggesterFuzzyMatching]\n    val high = \"high\".asInstanceOf[SuggesterFuzzyMatching]\n\n    @inline def values = js.Array(none, low, high)\n  }\n\n  \/** The value of a <code>Suggester<\/code> and its current status.\n    *\/\n  @js.native\n  trait SuggesterStatus extends js.Object {\n    var Options: Suggester\n    var Status: OptionStatus\n  }\n\n  object SuggesterStatus {\n    @inline\n    def apply(\n        Options: Suggester,\n        Status: OptionStatus\n    ): SuggesterStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SuggesterStatus]\n    }\n  }\n\n  \/** The minimum required TLS version.\n    *\/\n  @js.native\n  sealed trait TLSSecurityPolicy extends js.Any\n  object TLSSecurityPolicy {\n    val `Policy-Min-TLS-1-0-2019-07` = \"Policy-Min-TLS-1-0-2019-07\".asInstanceOf[TLSSecurityPolicy]\n    val `Policy-Min-TLS-1-2-2019-07` = \"Policy-Min-TLS-1-2-2019-07\".asInstanceOf[TLSSecurityPolicy]\n\n    @inline def values = js.Array(`Policy-Min-TLS-1-0-2019-07`, `Policy-Min-TLS-1-2-2019-07`)\n  }\n\n  \/** Options for a field that contains an array of text strings. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>text-array<\/code>. A <code>text-array<\/code> field is always searchable. All options are enabled by default.\n    *\/\n  @js.native\n  trait TextArrayOptions extends js.Object {\n    var AnalysisScheme: js.UndefOr[Word]\n    var DefaultValue: js.UndefOr[FieldValue]\n    var HighlightEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SourceFields: js.UndefOr[FieldNameCommaList]\n  }\n\n  object TextArrayOptions {\n    @inline\n    def apply(\n        AnalysisScheme: js.UndefOr[Word] = js.undefined,\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        HighlightEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceFields: js.UndefOr[FieldNameCommaList] = js.undefined\n    ): TextArrayOptions = {\n      val __obj = js.Dynamic.literal()\n      AnalysisScheme.foreach(__v => __obj.updateDynamic(\"AnalysisScheme\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      HighlightEnabled.foreach(__v => __obj.updateDynamic(\"HighlightEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceFields.foreach(__v => __obj.updateDynamic(\"SourceFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TextArrayOptions]\n    }\n  }\n\n  \/** Options for text field. Present if <code>IndexFieldType<\/code> specifies the field is of type <code>text<\/code>. A <code>text<\/code> field is always searchable. All options are enabled by default.\n    *\/\n  @js.native\n  trait TextOptions extends js.Object {\n    var AnalysisScheme: js.UndefOr[Word]\n    var DefaultValue: js.UndefOr[FieldValue]\n    var HighlightEnabled: js.UndefOr[Boolean]\n    var ReturnEnabled: js.UndefOr[Boolean]\n    var SortEnabled: js.UndefOr[Boolean]\n    var SourceField: js.UndefOr[FieldName]\n  }\n\n  object TextOptions {\n    @inline\n    def apply(\n        AnalysisScheme: js.UndefOr[Word] = js.undefined,\n        DefaultValue: js.UndefOr[FieldValue] = js.undefined,\n        HighlightEnabled: js.UndefOr[Boolean] = js.undefined,\n        ReturnEnabled: js.UndefOr[Boolean] = js.undefined,\n        SortEnabled: js.UndefOr[Boolean] = js.undefined,\n        SourceField: js.UndefOr[FieldName] = js.undefined\n    ): TextOptions = {\n      val __obj = js.Dynamic.literal()\n      AnalysisScheme.foreach(__v => __obj.updateDynamic(\"AnalysisScheme\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      HighlightEnabled.foreach(__v => __obj.updateDynamic(\"HighlightEnabled\")(__v.asInstanceOf[js.Any]))\n      ReturnEnabled.foreach(__v => __obj.updateDynamic(\"ReturnEnabled\")(__v.asInstanceOf[js.Any]))\n      SortEnabled.foreach(__v => __obj.updateDynamic(\"SortEnabled\")(__v.asInstanceOf[js.Any]))\n      SourceField.foreach(__v => __obj.updateDynamic(\"SourceField\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TextOptions]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>UpdateAvailabilityOptions<\/a><\/code> operation. Specifies the name of the domain you want to update and the Multi-AZ availability option.\n    *\/\n  @js.native\n  trait UpdateAvailabilityOptionsRequest extends js.Object {\n    var DomainName: DomainName\n    var MultiAZ: Boolean\n  }\n\n  object UpdateAvailabilityOptionsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        MultiAZ: Boolean\n    ): UpdateAvailabilityOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"MultiAZ\" -> MultiAZ.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAvailabilityOptionsRequest]\n    }\n  }\n\n  \/** The result of a <code>UpdateAvailabilityOptions<\/code> request. Contains the status of the domain's availability options.\n    *\/\n  @js.native\n  trait UpdateAvailabilityOptionsResponse extends js.Object {\n    var AvailabilityOptions: js.UndefOr[AvailabilityOptionsStatus]\n  }\n\n  object UpdateAvailabilityOptionsResponse {\n    @inline\n    def apply(\n        AvailabilityOptions: js.UndefOr[AvailabilityOptionsStatus] = js.undefined\n    ): UpdateAvailabilityOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityOptions.foreach(__v => __obj.updateDynamic(\"AvailabilityOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAvailabilityOptionsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>UpdateDomainEndpointOptions<\/a><\/code> operation. Specifies the name of the domain you want to update and the domain endpoint options.\n    *\/\n  @js.native\n  trait UpdateDomainEndpointOptionsRequest extends js.Object {\n    var DomainEndpointOptions: DomainEndpointOptions\n    var DomainName: DomainName\n  }\n\n  object UpdateDomainEndpointOptionsRequest {\n    @inline\n    def apply(\n        DomainEndpointOptions: DomainEndpointOptions,\n        DomainName: DomainName\n    ): UpdateDomainEndpointOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainEndpointOptions\" -> DomainEndpointOptions.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainEndpointOptionsRequest]\n    }\n  }\n\n  \/** The result of a <code>UpdateDomainEndpointOptions<\/code> request. Contains the configuration and status of the domain's endpoint options.\n    *\/\n  @js.native\n  trait UpdateDomainEndpointOptionsResponse extends js.Object {\n    var DomainEndpointOptions: js.UndefOr[DomainEndpointOptionsStatus]\n  }\n\n  object UpdateDomainEndpointOptionsResponse {\n    @inline\n    def apply(\n        DomainEndpointOptions: js.UndefOr[DomainEndpointOptionsStatus] = js.undefined\n    ): UpdateDomainEndpointOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainEndpointOptions.foreach(__v => __obj.updateDynamic(\"DomainEndpointOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainEndpointOptionsResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>UpdateScalingParameters<\/a><\/code> operation. Specifies the name of the domain you want to update and the scaling parameters you want to configure.\n    *\/\n  @js.native\n  trait UpdateScalingParametersRequest extends js.Object {\n    var DomainName: DomainName\n    var ScalingParameters: ScalingParameters\n  }\n\n  object UpdateScalingParametersRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        ScalingParameters: ScalingParameters\n    ): UpdateScalingParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"ScalingParameters\" -> ScalingParameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateScalingParametersRequest]\n    }\n  }\n\n  \/** The result of a <code>UpdateScalingParameters<\/code> request. Contains the status of the newly-configured scaling parameters.\n    *\/\n  @js.native\n  trait UpdateScalingParametersResponse extends js.Object {\n    var ScalingParameters: ScalingParametersStatus\n  }\n\n  object UpdateScalingParametersResponse {\n    @inline\n    def apply(\n        ScalingParameters: ScalingParametersStatus\n    ): UpdateScalingParametersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingParameters\" -> ScalingParameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateScalingParametersResponse]\n    }\n  }\n\n  \/** Container for the parameters to the <code><a>UpdateServiceAccessPolicies<\/a><\/code> operation. Specifies the name of the domain you want to update and the access rules you want to configure.\n    *\/\n  @js.native\n  trait UpdateServiceAccessPoliciesRequest extends js.Object {\n    var AccessPolicies: PolicyDocument\n    var DomainName: DomainName\n  }\n\n  object UpdateServiceAccessPoliciesRequest {\n    @inline\n    def apply(\n        AccessPolicies: PolicyDocument,\n        DomainName: DomainName\n    ): UpdateServiceAccessPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccessPolicies\" -> AccessPolicies.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateServiceAccessPoliciesRequest]\n    }\n  }\n\n  \/** The result of an <code>UpdateServiceAccessPolicies<\/code> request. Contains the new access policies.\n    *\/\n  @js.native\n  trait UpdateServiceAccessPoliciesResponse extends js.Object {\n    var AccessPolicies: AccessPoliciesStatus\n  }\n\n  object UpdateServiceAccessPoliciesResponse {\n    @inline\n    def apply(\n        AccessPolicies: AccessPoliciesStatus\n    ): UpdateServiceAccessPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccessPolicies\" -> AccessPolicies.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateServiceAccessPoliciesResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cognitoidentity\/src\/main\/scala\/facade\/amazonaws\/services\/CognitoIdentity.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cognitoidentity {\n  type ARNString = String\n  type AccessKeyString = String\n  type AccountId = String\n  type ClaimName = String\n  type ClaimValue = String\n  type ClassicFlow = Boolean\n  type CognitoIdentityProviderClientId = String\n  type CognitoIdentityProviderList = js.Array[CognitoIdentityProvider]\n  type CognitoIdentityProviderName = String\n  type CognitoIdentityProviderTokenCheck = Boolean\n  type DateType = js.Date\n  type DeveloperProviderName = String\n  type DeveloperUserIdentifier = String\n  type DeveloperUserIdentifierList = js.Array[DeveloperUserIdentifier]\n  type HideDisabled = Boolean\n  type IdentitiesList = js.Array[IdentityDescription]\n  type IdentityId = String\n  type IdentityIdList = js.Array[IdentityId]\n  type IdentityPoolId = String\n  type IdentityPoolName = String\n  type IdentityPoolTagsListType = js.Array[TagKeysType]\n  type IdentityPoolTagsType = js.Dictionary[TagValueType]\n  type IdentityPoolUnauthenticated = Boolean\n  type IdentityPoolsList = js.Array[IdentityPoolShortDescription]\n  type IdentityProviderId = String\n  type IdentityProviderName = String\n  type IdentityProviderToken = String\n  type IdentityProviders = js.Dictionary[IdentityProviderId]\n  type LoginsList = js.Array[IdentityProviderName]\n  type LoginsMap = js.Dictionary[IdentityProviderToken]\n  type MappingRulesList = js.Array[MappingRule]\n  type OIDCProviderList = js.Array[ARNString]\n  type OIDCToken = String\n  type PaginationKey = String\n  type PrincipalTagID = String\n  type PrincipalTagValue = String\n  type PrincipalTags = js.Dictionary[PrincipalTagValue]\n  type QueryLimit = Int\n  type RoleMappingMap = js.Dictionary[RoleMapping]\n  type RoleType = String\n  type RolesMap = js.Dictionary[ARNString]\n  type SAMLProviderList = js.Array[ARNString]\n  type SecretKeyString = String\n  type SessionTokenString = String\n  type TagKeysType = String\n  type TagValueType = String\n  type TokenDuration = Double\n  type UnprocessedIdentityIdList = js.Array[UnprocessedIdentityId]\n  type UseDefaults = Boolean\n\n  implicit final class CognitoIdentityOps(private val service: CognitoIdentity) extends AnyVal {\n\n    @inline def createIdentityPoolFuture(params: CreateIdentityPoolInput): Future[IdentityPool] = service.createIdentityPool(params).promise().toFuture\n    @inline def deleteIdentitiesFuture(params: DeleteIdentitiesInput): Future[DeleteIdentitiesResponse] = service.deleteIdentities(params).promise().toFuture\n    @inline def deleteIdentityPoolFuture(params: DeleteIdentityPoolInput): Future[js.Object] = service.deleteIdentityPool(params).promise().toFuture\n    @inline def describeIdentityFuture(params: DescribeIdentityInput): Future[IdentityDescription] = service.describeIdentity(params).promise().toFuture\n    @inline def describeIdentityPoolFuture(params: DescribeIdentityPoolInput): Future[IdentityPool] = service.describeIdentityPool(params).promise().toFuture\n    @inline def getCredentialsForIdentityFuture(params: GetCredentialsForIdentityInput): Future[GetCredentialsForIdentityResponse] = service.getCredentialsForIdentity(params).promise().toFuture\n    @inline def getIdFuture(params: GetIdInput): Future[GetIdResponse] = service.getId(params).promise().toFuture\n    @inline def getIdentityPoolRolesFuture(params: GetIdentityPoolRolesInput): Future[GetIdentityPoolRolesResponse] = service.getIdentityPoolRoles(params).promise().toFuture\n    @inline def getOpenIdTokenForDeveloperIdentityFuture(params: GetOpenIdTokenForDeveloperIdentityInput): Future[GetOpenIdTokenForDeveloperIdentityResponse] = service.getOpenIdTokenForDeveloperIdentity(params).promise().toFuture\n    @inline def getOpenIdTokenFuture(params: GetOpenIdTokenInput): Future[GetOpenIdTokenResponse] = service.getOpenIdToken(params).promise().toFuture\n    @inline def getPrincipalTagAttributeMapFuture(params: GetPrincipalTagAttributeMapInput): Future[GetPrincipalTagAttributeMapResponse] = service.getPrincipalTagAttributeMap(params).promise().toFuture\n    @inline def listIdentitiesFuture(params: ListIdentitiesInput): Future[ListIdentitiesResponse] = service.listIdentities(params).promise().toFuture\n    @inline def listIdentityPoolsFuture(params: ListIdentityPoolsInput): Future[ListIdentityPoolsResponse] = service.listIdentityPools(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def lookupDeveloperIdentityFuture(params: LookupDeveloperIdentityInput): Future[LookupDeveloperIdentityResponse] = service.lookupDeveloperIdentity(params).promise().toFuture\n    @inline def mergeDeveloperIdentitiesFuture(params: MergeDeveloperIdentitiesInput): Future[MergeDeveloperIdentitiesResponse] = service.mergeDeveloperIdentities(params).promise().toFuture\n    @inline def setIdentityPoolRolesFuture(params: SetIdentityPoolRolesInput): Future[js.Object] = service.setIdentityPoolRoles(params).promise().toFuture\n    @inline def setPrincipalTagAttributeMapFuture(params: SetPrincipalTagAttributeMapInput): Future[SetPrincipalTagAttributeMapResponse] = service.setPrincipalTagAttributeMap(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def unlinkDeveloperIdentityFuture(params: UnlinkDeveloperIdentityInput): Future[js.Object] = service.unlinkDeveloperIdentity(params).promise().toFuture\n    @inline def unlinkIdentityFuture(params: UnlinkIdentityInput): Future[js.Object] = service.unlinkIdentity(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateIdentityPoolFuture(params: IdentityPool): Future[IdentityPool] = service.updateIdentityPool(params).promise().toFuture\n\n  }\n}\n\npackage cognitoidentity {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cognitoidentity\", JSImport.Namespace, \"AWS.CognitoIdentity\")\n  class CognitoIdentity() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createIdentityPool(params: CreateIdentityPoolInput): Request[IdentityPool] = js.native\n    def deleteIdentities(params: DeleteIdentitiesInput): Request[DeleteIdentitiesResponse] = js.native\n    def deleteIdentityPool(params: DeleteIdentityPoolInput): Request[js.Object] = js.native\n    def describeIdentity(params: DescribeIdentityInput): Request[IdentityDescription] = js.native\n    def describeIdentityPool(params: DescribeIdentityPoolInput): Request[IdentityPool] = js.native\n    def getCredentialsForIdentity(params: GetCredentialsForIdentityInput): Request[GetCredentialsForIdentityResponse] = js.native\n    def getId(params: GetIdInput): Request[GetIdResponse] = js.native\n    def getIdentityPoolRoles(params: GetIdentityPoolRolesInput): Request[GetIdentityPoolRolesResponse] = js.native\n    def getOpenIdToken(params: GetOpenIdTokenInput): Request[GetOpenIdTokenResponse] = js.native\n    def getOpenIdTokenForDeveloperIdentity(params: GetOpenIdTokenForDeveloperIdentityInput): Request[GetOpenIdTokenForDeveloperIdentityResponse] = js.native\n    def getPrincipalTagAttributeMap(params: GetPrincipalTagAttributeMapInput): Request[GetPrincipalTagAttributeMapResponse] = js.native\n    def listIdentities(params: ListIdentitiesInput): Request[ListIdentitiesResponse] = js.native\n    def listIdentityPools(params: ListIdentityPoolsInput): Request[ListIdentityPoolsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceResponse] = js.native\n    def lookupDeveloperIdentity(params: LookupDeveloperIdentityInput): Request[LookupDeveloperIdentityResponse] = js.native\n    def mergeDeveloperIdentities(params: MergeDeveloperIdentitiesInput): Request[MergeDeveloperIdentitiesResponse] = js.native\n    def setIdentityPoolRoles(params: SetIdentityPoolRolesInput): Request[js.Object] = js.native\n    def setPrincipalTagAttributeMap(params: SetPrincipalTagAttributeMapInput): Request[SetPrincipalTagAttributeMapResponse] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceResponse] = js.native\n    def unlinkDeveloperIdentity(params: UnlinkDeveloperIdentityInput): Request[js.Object] = js.native\n    def unlinkIdentity(params: UnlinkIdentityInput): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceResponse] = js.native\n    def updateIdentityPool(params: IdentityPool): Request[IdentityPool] = js.native\n  }\n\n  @js.native\n  sealed trait AmbiguousRoleResolutionType extends js.Any\n  object AmbiguousRoleResolutionType {\n    val AuthenticatedRole = \"AuthenticatedRole\".asInstanceOf[AmbiguousRoleResolutionType]\n    val Deny = \"Deny\".asInstanceOf[AmbiguousRoleResolutionType]\n\n    @inline def values = js.Array(AuthenticatedRole, Deny)\n  }\n\n  \/** A provider representing an Amazon Cognito user pool and its client ID.\n    *\/\n  @js.native\n  trait CognitoIdentityProvider extends js.Object {\n    var ClientId: js.UndefOr[CognitoIdentityProviderClientId]\n    var ProviderName: js.UndefOr[CognitoIdentityProviderName]\n    var ServerSideTokenCheck: js.UndefOr[CognitoIdentityProviderTokenCheck]\n  }\n\n  object CognitoIdentityProvider {\n    @inline\n    def apply(\n        ClientId: js.UndefOr[CognitoIdentityProviderClientId] = js.undefined,\n        ProviderName: js.UndefOr[CognitoIdentityProviderName] = js.undefined,\n        ServerSideTokenCheck: js.UndefOr[CognitoIdentityProviderTokenCheck] = js.undefined\n    ): CognitoIdentityProvider = {\n      val __obj = js.Dynamic.literal()\n      ClientId.foreach(__v => __obj.updateDynamic(\"ClientId\")(__v.asInstanceOf[js.Any]))\n      ProviderName.foreach(__v => __obj.updateDynamic(\"ProviderName\")(__v.asInstanceOf[js.Any]))\n      ServerSideTokenCheck.foreach(__v => __obj.updateDynamic(\"ServerSideTokenCheck\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CognitoIdentityProvider]\n    }\n  }\n\n  \/** Input to the CreateIdentityPool action.\n    *\/\n  @js.native\n  trait CreateIdentityPoolInput extends js.Object {\n    var AllowUnauthenticatedIdentities: IdentityPoolUnauthenticated\n    var IdentityPoolName: IdentityPoolName\n    var AllowClassicFlow: js.UndefOr[ClassicFlow]\n    var CognitoIdentityProviders: js.UndefOr[CognitoIdentityProviderList]\n    var DeveloperProviderName: js.UndefOr[DeveloperProviderName]\n    var IdentityPoolTags: js.UndefOr[IdentityPoolTagsType]\n    var OpenIdConnectProviderARNs: js.UndefOr[OIDCProviderList]\n    var SamlProviderARNs: js.UndefOr[SAMLProviderList]\n    var SupportedLoginProviders: js.UndefOr[IdentityProviders]\n  }\n\n  object CreateIdentityPoolInput {\n    @inline\n    def apply(\n        AllowUnauthenticatedIdentities: IdentityPoolUnauthenticated,\n        IdentityPoolName: IdentityPoolName,\n        AllowClassicFlow: js.UndefOr[ClassicFlow] = js.undefined,\n        CognitoIdentityProviders: js.UndefOr[CognitoIdentityProviderList] = js.undefined,\n        DeveloperProviderName: js.UndefOr[DeveloperProviderName] = js.undefined,\n        IdentityPoolTags: js.UndefOr[IdentityPoolTagsType] = js.undefined,\n        OpenIdConnectProviderARNs: js.UndefOr[OIDCProviderList] = js.undefined,\n        SamlProviderARNs: js.UndefOr[SAMLProviderList] = js.undefined,\n        SupportedLoginProviders: js.UndefOr[IdentityProviders] = js.undefined\n    ): CreateIdentityPoolInput = {\n      val __obj = js.Dynamic.literal(\n        \"AllowUnauthenticatedIdentities\" -> AllowUnauthenticatedIdentities.asInstanceOf[js.Any],\n        \"IdentityPoolName\" -> IdentityPoolName.asInstanceOf[js.Any]\n      )\n\n      AllowClassicFlow.foreach(__v => __obj.updateDynamic(\"AllowClassicFlow\")(__v.asInstanceOf[js.Any]))\n      CognitoIdentityProviders.foreach(__v => __obj.updateDynamic(\"CognitoIdentityProviders\")(__v.asInstanceOf[js.Any]))\n      DeveloperProviderName.foreach(__v => __obj.updateDynamic(\"DeveloperProviderName\")(__v.asInstanceOf[js.Any]))\n      IdentityPoolTags.foreach(__v => __obj.updateDynamic(\"IdentityPoolTags\")(__v.asInstanceOf[js.Any]))\n      OpenIdConnectProviderARNs.foreach(__v => __obj.updateDynamic(\"OpenIdConnectProviderARNs\")(__v.asInstanceOf[js.Any]))\n      SamlProviderARNs.foreach(__v => __obj.updateDynamic(\"SamlProviderARNs\")(__v.asInstanceOf[js.Any]))\n      SupportedLoginProviders.foreach(__v => __obj.updateDynamic(\"SupportedLoginProviders\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIdentityPoolInput]\n    }\n  }\n\n  \/** Credentials for the provided identity ID.\n    *\/\n  @js.native\n  trait Credentials extends js.Object {\n    var AccessKeyId: js.UndefOr[AccessKeyString]\n    var Expiration: js.UndefOr[DateType]\n    var SecretKey: js.UndefOr[SecretKeyString]\n    var SessionToken: js.UndefOr[SessionTokenString]\n  }\n\n  object Credentials {\n    @inline\n    def apply(\n        AccessKeyId: js.UndefOr[AccessKeyString] = js.undefined,\n        Expiration: js.UndefOr[DateType] = js.undefined,\n        SecretKey: js.UndefOr[SecretKeyString] = js.undefined,\n        SessionToken: js.UndefOr[SessionTokenString] = js.undefined\n    ): Credentials = {\n      val __obj = js.Dynamic.literal()\n      AccessKeyId.foreach(__v => __obj.updateDynamic(\"AccessKeyId\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      SecretKey.foreach(__v => __obj.updateDynamic(\"SecretKey\")(__v.asInstanceOf[js.Any]))\n      SessionToken.foreach(__v => __obj.updateDynamic(\"SessionToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Credentials]\n    }\n  }\n\n  \/** Input to the <code>DeleteIdentities<\/code> action.\n    *\/\n  @js.native\n  trait DeleteIdentitiesInput extends js.Object {\n    var IdentityIdsToDelete: IdentityIdList\n  }\n\n  object DeleteIdentitiesInput {\n    @inline\n    def apply(\n        IdentityIdsToDelete: IdentityIdList\n    ): DeleteIdentitiesInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityIdsToDelete\" -> IdentityIdsToDelete.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIdentitiesInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>DeleteIdentities<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteIdentitiesResponse extends js.Object {\n    var UnprocessedIdentityIds: js.UndefOr[UnprocessedIdentityIdList]\n  }\n\n  object DeleteIdentitiesResponse {\n    @inline\n    def apply(\n        UnprocessedIdentityIds: js.UndefOr[UnprocessedIdentityIdList] = js.undefined\n    ): DeleteIdentitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedIdentityIds.foreach(__v => __obj.updateDynamic(\"UnprocessedIdentityIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteIdentitiesResponse]\n    }\n  }\n\n  \/** Input to the DeleteIdentityPool action.\n    *\/\n  @js.native\n  trait DeleteIdentityPoolInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n  }\n\n  object DeleteIdentityPoolInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId\n    ): DeleteIdentityPoolInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIdentityPoolInput]\n    }\n  }\n\n  \/** Input to the <code>DescribeIdentity<\/code> action.\n    *\/\n  @js.native\n  trait DescribeIdentityInput extends js.Object {\n    var IdentityId: IdentityId\n  }\n\n  object DescribeIdentityInput {\n    @inline\n    def apply(\n        IdentityId: IdentityId\n    ): DescribeIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityId\" -> IdentityId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIdentityInput]\n    }\n  }\n\n  \/** Input to the DescribeIdentityPool action.\n    *\/\n  @js.native\n  trait DescribeIdentityPoolInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n  }\n\n  object DescribeIdentityPoolInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId\n    ): DescribeIdentityPoolInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIdentityPoolInput]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCode extends js.Any\n  object ErrorCode {\n    val AccessDenied = \"AccessDenied\".asInstanceOf[ErrorCode]\n    val InternalServerError = \"InternalServerError\".asInstanceOf[ErrorCode]\n\n    @inline def values = js.Array(AccessDenied, InternalServerError)\n  }\n\n  \/** Input to the <code>GetCredentialsForIdentity<\/code> action.\n    *\/\n  @js.native\n  trait GetCredentialsForIdentityInput extends js.Object {\n    var IdentityId: IdentityId\n    var CustomRoleArn: js.UndefOr[ARNString]\n    var Logins: js.UndefOr[LoginsMap]\n  }\n\n  object GetCredentialsForIdentityInput {\n    @inline\n    def apply(\n        IdentityId: IdentityId,\n        CustomRoleArn: js.UndefOr[ARNString] = js.undefined,\n        Logins: js.UndefOr[LoginsMap] = js.undefined\n    ): GetCredentialsForIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityId\" -> IdentityId.asInstanceOf[js.Any]\n      )\n\n      CustomRoleArn.foreach(__v => __obj.updateDynamic(\"CustomRoleArn\")(__v.asInstanceOf[js.Any]))\n      Logins.foreach(__v => __obj.updateDynamic(\"Logins\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCredentialsForIdentityInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>GetCredentialsForIdentity<\/code> operation.\n    *\/\n  @js.native\n  trait GetCredentialsForIdentityResponse extends js.Object {\n    var Credentials: js.UndefOr[Credentials]\n    var IdentityId: js.UndefOr[IdentityId]\n  }\n\n  object GetCredentialsForIdentityResponse {\n    @inline\n    def apply(\n        Credentials: js.UndefOr[Credentials] = js.undefined,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined\n    ): GetCredentialsForIdentityResponse = {\n      val __obj = js.Dynamic.literal()\n      Credentials.foreach(__v => __obj.updateDynamic(\"Credentials\")(__v.asInstanceOf[js.Any]))\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCredentialsForIdentityResponse]\n    }\n  }\n\n  \/** Input to the GetId action.\n    *\/\n  @js.native\n  trait GetIdInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var AccountId: js.UndefOr[AccountId]\n    var Logins: js.UndefOr[LoginsMap]\n  }\n\n  object GetIdInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        Logins: js.UndefOr[LoginsMap] = js.undefined\n    ): GetIdInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Logins.foreach(__v => __obj.updateDynamic(\"Logins\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIdInput]\n    }\n  }\n\n  \/** Returned in response to a GetId request.\n    *\/\n  @js.native\n  trait GetIdResponse extends js.Object {\n    var IdentityId: js.UndefOr[IdentityId]\n  }\n\n  object GetIdResponse {\n    @inline\n    def apply(\n        IdentityId: js.UndefOr[IdentityId] = js.undefined\n    ): GetIdResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIdResponse]\n    }\n  }\n\n  \/** Input to the <code>GetIdentityPoolRoles<\/code> action.\n    *\/\n  @js.native\n  trait GetIdentityPoolRolesInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n  }\n\n  object GetIdentityPoolRolesInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId\n    ): GetIdentityPoolRolesInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityPoolRolesInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>GetIdentityPoolRoles<\/code> operation.\n    *\/\n  @js.native\n  trait GetIdentityPoolRolesResponse extends js.Object {\n    var IdentityPoolId: js.UndefOr[IdentityPoolId]\n    var RoleMappings: js.UndefOr[RoleMappingMap]\n    var Roles: js.UndefOr[RolesMap]\n  }\n\n  object GetIdentityPoolRolesResponse {\n    @inline\n    def apply(\n        IdentityPoolId: js.UndefOr[IdentityPoolId] = js.undefined,\n        RoleMappings: js.UndefOr[RoleMappingMap] = js.undefined,\n        Roles: js.UndefOr[RolesMap] = js.undefined\n    ): GetIdentityPoolRolesResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityPoolId.foreach(__v => __obj.updateDynamic(\"IdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      RoleMappings.foreach(__v => __obj.updateDynamic(\"RoleMappings\")(__v.asInstanceOf[js.Any]))\n      Roles.foreach(__v => __obj.updateDynamic(\"Roles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIdentityPoolRolesResponse]\n    }\n  }\n\n  \/** Input to the <code>GetOpenIdTokenForDeveloperIdentity<\/code> action.\n    *\/\n  @js.native\n  trait GetOpenIdTokenForDeveloperIdentityInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var Logins: LoginsMap\n    var IdentityId: js.UndefOr[IdentityId]\n    var PrincipalTags: js.UndefOr[PrincipalTags]\n    var TokenDuration: js.UndefOr[TokenDuration]\n  }\n\n  object GetOpenIdTokenForDeveloperIdentityInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        Logins: LoginsMap,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        PrincipalTags: js.UndefOr[PrincipalTags] = js.undefined,\n        TokenDuration: js.UndefOr[TokenDuration] = js.undefined\n    ): GetOpenIdTokenForDeveloperIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"Logins\" -> Logins.asInstanceOf[js.Any]\n      )\n\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      PrincipalTags.foreach(__v => __obj.updateDynamic(\"PrincipalTags\")(__v.asInstanceOf[js.Any]))\n      TokenDuration.foreach(__v => __obj.updateDynamic(\"TokenDuration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpenIdTokenForDeveloperIdentityInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>GetOpenIdTokenForDeveloperIdentity<\/code> request.\n    *\/\n  @js.native\n  trait GetOpenIdTokenForDeveloperIdentityResponse extends js.Object {\n    var IdentityId: js.UndefOr[IdentityId]\n    var Token: js.UndefOr[OIDCToken]\n  }\n\n  object GetOpenIdTokenForDeveloperIdentityResponse {\n    @inline\n    def apply(\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        Token: js.UndefOr[OIDCToken] = js.undefined\n    ): GetOpenIdTokenForDeveloperIdentityResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpenIdTokenForDeveloperIdentityResponse]\n    }\n  }\n\n  \/** Input to the GetOpenIdToken action.\n    *\/\n  @js.native\n  trait GetOpenIdTokenInput extends js.Object {\n    var IdentityId: IdentityId\n    var Logins: js.UndefOr[LoginsMap]\n  }\n\n  object GetOpenIdTokenInput {\n    @inline\n    def apply(\n        IdentityId: IdentityId,\n        Logins: js.UndefOr[LoginsMap] = js.undefined\n    ): GetOpenIdTokenInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityId\" -> IdentityId.asInstanceOf[js.Any]\n      )\n\n      Logins.foreach(__v => __obj.updateDynamic(\"Logins\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpenIdTokenInput]\n    }\n  }\n\n  \/** Returned in response to a successful GetOpenIdToken request.\n    *\/\n  @js.native\n  trait GetOpenIdTokenResponse extends js.Object {\n    var IdentityId: js.UndefOr[IdentityId]\n    var Token: js.UndefOr[OIDCToken]\n  }\n\n  object GetOpenIdTokenResponse {\n    @inline\n    def apply(\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        Token: js.UndefOr[OIDCToken] = js.undefined\n    ): GetOpenIdTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpenIdTokenResponse]\n    }\n  }\n\n  @js.native\n  trait GetPrincipalTagAttributeMapInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var IdentityProviderName: IdentityProviderName\n  }\n\n  object GetPrincipalTagAttributeMapInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        IdentityProviderName: IdentityProviderName\n    ): GetPrincipalTagAttributeMapInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"IdentityProviderName\" -> IdentityProviderName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPrincipalTagAttributeMapInput]\n    }\n  }\n\n  @js.native\n  trait GetPrincipalTagAttributeMapResponse extends js.Object {\n    var IdentityPoolId: js.UndefOr[IdentityPoolId]\n    var IdentityProviderName: js.UndefOr[IdentityProviderName]\n    var PrincipalTags: js.UndefOr[PrincipalTags]\n    var UseDefaults: js.UndefOr[UseDefaults]\n  }\n\n  object GetPrincipalTagAttributeMapResponse {\n    @inline\n    def apply(\n        IdentityPoolId: js.UndefOr[IdentityPoolId] = js.undefined,\n        IdentityProviderName: js.UndefOr[IdentityProviderName] = js.undefined,\n        PrincipalTags: js.UndefOr[PrincipalTags] = js.undefined,\n        UseDefaults: js.UndefOr[UseDefaults] = js.undefined\n    ): GetPrincipalTagAttributeMapResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityPoolId.foreach(__v => __obj.updateDynamic(\"IdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      IdentityProviderName.foreach(__v => __obj.updateDynamic(\"IdentityProviderName\")(__v.asInstanceOf[js.Any]))\n      PrincipalTags.foreach(__v => __obj.updateDynamic(\"PrincipalTags\")(__v.asInstanceOf[js.Any]))\n      UseDefaults.foreach(__v => __obj.updateDynamic(\"UseDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPrincipalTagAttributeMapResponse]\n    }\n  }\n\n  \/** A description of the identity.\n    *\/\n  @js.native\n  trait IdentityDescription extends js.Object {\n    var CreationDate: js.UndefOr[DateType]\n    var IdentityId: js.UndefOr[IdentityId]\n    var LastModifiedDate: js.UndefOr[DateType]\n    var Logins: js.UndefOr[LoginsList]\n  }\n\n  object IdentityDescription {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[DateType] = js.undefined,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateType] = js.undefined,\n        Logins: js.UndefOr[LoginsList] = js.undefined\n    ): IdentityDescription = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      Logins.foreach(__v => __obj.updateDynamic(\"Logins\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityDescription]\n    }\n  }\n\n  \/** An object representing an Amazon Cognito identity pool.\n    *\/\n  @js.native\n  trait IdentityPool extends js.Object {\n    var AllowUnauthenticatedIdentities: IdentityPoolUnauthenticated\n    var IdentityPoolId: IdentityPoolId\n    var IdentityPoolName: IdentityPoolName\n    var AllowClassicFlow: js.UndefOr[ClassicFlow]\n    var CognitoIdentityProviders: js.UndefOr[CognitoIdentityProviderList]\n    var DeveloperProviderName: js.UndefOr[DeveloperProviderName]\n    var IdentityPoolTags: js.UndefOr[IdentityPoolTagsType]\n    var OpenIdConnectProviderARNs: js.UndefOr[OIDCProviderList]\n    var SamlProviderARNs: js.UndefOr[SAMLProviderList]\n    var SupportedLoginProviders: js.UndefOr[IdentityProviders]\n  }\n\n  object IdentityPool {\n    @inline\n    def apply(\n        AllowUnauthenticatedIdentities: IdentityPoolUnauthenticated,\n        IdentityPoolId: IdentityPoolId,\n        IdentityPoolName: IdentityPoolName,\n        AllowClassicFlow: js.UndefOr[ClassicFlow] = js.undefined,\n        CognitoIdentityProviders: js.UndefOr[CognitoIdentityProviderList] = js.undefined,\n        DeveloperProviderName: js.UndefOr[DeveloperProviderName] = js.undefined,\n        IdentityPoolTags: js.UndefOr[IdentityPoolTagsType] = js.undefined,\n        OpenIdConnectProviderARNs: js.UndefOr[OIDCProviderList] = js.undefined,\n        SamlProviderARNs: js.UndefOr[SAMLProviderList] = js.undefined,\n        SupportedLoginProviders: js.UndefOr[IdentityProviders] = js.undefined\n    ): IdentityPool = {\n      val __obj = js.Dynamic.literal(\n        \"AllowUnauthenticatedIdentities\" -> AllowUnauthenticatedIdentities.asInstanceOf[js.Any],\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"IdentityPoolName\" -> IdentityPoolName.asInstanceOf[js.Any]\n      )\n\n      AllowClassicFlow.foreach(__v => __obj.updateDynamic(\"AllowClassicFlow\")(__v.asInstanceOf[js.Any]))\n      CognitoIdentityProviders.foreach(__v => __obj.updateDynamic(\"CognitoIdentityProviders\")(__v.asInstanceOf[js.Any]))\n      DeveloperProviderName.foreach(__v => __obj.updateDynamic(\"DeveloperProviderName\")(__v.asInstanceOf[js.Any]))\n      IdentityPoolTags.foreach(__v => __obj.updateDynamic(\"IdentityPoolTags\")(__v.asInstanceOf[js.Any]))\n      OpenIdConnectProviderARNs.foreach(__v => __obj.updateDynamic(\"OpenIdConnectProviderARNs\")(__v.asInstanceOf[js.Any]))\n      SamlProviderARNs.foreach(__v => __obj.updateDynamic(\"SamlProviderARNs\")(__v.asInstanceOf[js.Any]))\n      SupportedLoginProviders.foreach(__v => __obj.updateDynamic(\"SupportedLoginProviders\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityPool]\n    }\n  }\n\n  \/** A description of the identity pool.\n    *\/\n  @js.native\n  trait IdentityPoolShortDescription extends js.Object {\n    var IdentityPoolId: js.UndefOr[IdentityPoolId]\n    var IdentityPoolName: js.UndefOr[IdentityPoolName]\n  }\n\n  object IdentityPoolShortDescription {\n    @inline\n    def apply(\n        IdentityPoolId: js.UndefOr[IdentityPoolId] = js.undefined,\n        IdentityPoolName: js.UndefOr[IdentityPoolName] = js.undefined\n    ): IdentityPoolShortDescription = {\n      val __obj = js.Dynamic.literal()\n      IdentityPoolId.foreach(__v => __obj.updateDynamic(\"IdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      IdentityPoolName.foreach(__v => __obj.updateDynamic(\"IdentityPoolName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityPoolShortDescription]\n    }\n  }\n\n  \/** Input to the ListIdentities action.\n    *\/\n  @js.native\n  trait ListIdentitiesInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var MaxResults: QueryLimit\n    var HideDisabled: js.UndefOr[HideDisabled]\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object ListIdentitiesInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        MaxResults: QueryLimit,\n        HideDisabled: js.UndefOr[HideDisabled] = js.undefined,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): ListIdentitiesInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"MaxResults\" -> MaxResults.asInstanceOf[js.Any]\n      )\n\n      HideDisabled.foreach(__v => __obj.updateDynamic(\"HideDisabled\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentitiesInput]\n    }\n  }\n\n  \/** The response to a ListIdentities request.\n    *\/\n  @js.native\n  trait ListIdentitiesResponse extends js.Object {\n    var Identities: js.UndefOr[IdentitiesList]\n    var IdentityPoolId: js.UndefOr[IdentityPoolId]\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object ListIdentitiesResponse {\n    @inline\n    def apply(\n        Identities: js.UndefOr[IdentitiesList] = js.undefined,\n        IdentityPoolId: js.UndefOr[IdentityPoolId] = js.undefined,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): ListIdentitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      IdentityPoolId.foreach(__v => __obj.updateDynamic(\"IdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentitiesResponse]\n    }\n  }\n\n  \/** Input to the ListIdentityPools action.\n    *\/\n  @js.native\n  trait ListIdentityPoolsInput extends js.Object {\n    var MaxResults: QueryLimit\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object ListIdentityPoolsInput {\n    @inline\n    def apply(\n        MaxResults: QueryLimit,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): ListIdentityPoolsInput = {\n      val __obj = js.Dynamic.literal(\n        \"MaxResults\" -> MaxResults.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentityPoolsInput]\n    }\n  }\n\n  \/** The result of a successful ListIdentityPools action.\n    *\/\n  @js.native\n  trait ListIdentityPoolsResponse extends js.Object {\n    var IdentityPools: js.UndefOr[IdentityPoolsList]\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object ListIdentityPoolsResponse {\n    @inline\n    def apply(\n        IdentityPools: js.UndefOr[IdentityPoolsList] = js.undefined,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): ListIdentityPoolsResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityPools.foreach(__v => __obj.updateDynamic(\"IdentityPools\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentityPoolsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var ResourceArn: ARNString\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ARNString\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[IdentityPoolTagsType]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[IdentityPoolTagsType] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Input to the <code>LookupDeveloperIdentityInput<\/code> action.\n    *\/\n  @js.native\n  trait LookupDeveloperIdentityInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var DeveloperUserIdentifier: js.UndefOr[DeveloperUserIdentifier]\n    var IdentityId: js.UndefOr[IdentityId]\n    var MaxResults: js.UndefOr[QueryLimit]\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object LookupDeveloperIdentityInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        DeveloperUserIdentifier: js.UndefOr[DeveloperUserIdentifier] = js.undefined,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        MaxResults: js.UndefOr[QueryLimit] = js.undefined,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): LookupDeveloperIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n\n      DeveloperUserIdentifier.foreach(__v => __obj.updateDynamic(\"DeveloperUserIdentifier\")(__v.asInstanceOf[js.Any]))\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LookupDeveloperIdentityInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>LookupDeveloperIdentity<\/code> action.\n    *\/\n  @js.native\n  trait LookupDeveloperIdentityResponse extends js.Object {\n    var DeveloperUserIdentifierList: js.UndefOr[DeveloperUserIdentifierList]\n    var IdentityId: js.UndefOr[IdentityId]\n    var NextToken: js.UndefOr[PaginationKey]\n  }\n\n  object LookupDeveloperIdentityResponse {\n    @inline\n    def apply(\n        DeveloperUserIdentifierList: js.UndefOr[DeveloperUserIdentifierList] = js.undefined,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined,\n        NextToken: js.UndefOr[PaginationKey] = js.undefined\n    ): LookupDeveloperIdentityResponse = {\n      val __obj = js.Dynamic.literal()\n      DeveloperUserIdentifierList.foreach(__v => __obj.updateDynamic(\"DeveloperUserIdentifierList\")(__v.asInstanceOf[js.Any]))\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LookupDeveloperIdentityResponse]\n    }\n  }\n\n  \/** A rule that maps a claim name, a claim value, and a match type to a role ARN.\n    *\/\n  @js.native\n  trait MappingRule extends js.Object {\n    var Claim: ClaimName\n    var MatchType: MappingRuleMatchType\n    var RoleARN: ARNString\n    var Value: ClaimValue\n  }\n\n  object MappingRule {\n    @inline\n    def apply(\n        Claim: ClaimName,\n        MatchType: MappingRuleMatchType,\n        RoleARN: ARNString,\n        Value: ClaimValue\n    ): MappingRule = {\n      val __obj = js.Dynamic.literal(\n        \"Claim\" -> Claim.asInstanceOf[js.Any],\n        \"MatchType\" -> MatchType.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MappingRule]\n    }\n  }\n\n  @js.native\n  sealed trait MappingRuleMatchType extends js.Any\n  object MappingRuleMatchType {\n    val Equals = \"Equals\".asInstanceOf[MappingRuleMatchType]\n    val Contains = \"Contains\".asInstanceOf[MappingRuleMatchType]\n    val StartsWith = \"StartsWith\".asInstanceOf[MappingRuleMatchType]\n    val NotEqual = \"NotEqual\".asInstanceOf[MappingRuleMatchType]\n\n    @inline def values = js.Array(Equals, Contains, StartsWith, NotEqual)\n  }\n\n  \/** Input to the <code>MergeDeveloperIdentities<\/code> action.\n    *\/\n  @js.native\n  trait MergeDeveloperIdentitiesInput extends js.Object {\n    var DestinationUserIdentifier: DeveloperUserIdentifier\n    var DeveloperProviderName: DeveloperProviderName\n    var IdentityPoolId: IdentityPoolId\n    var SourceUserIdentifier: DeveloperUserIdentifier\n  }\n\n  object MergeDeveloperIdentitiesInput {\n    @inline\n    def apply(\n        DestinationUserIdentifier: DeveloperUserIdentifier,\n        DeveloperProviderName: DeveloperProviderName,\n        IdentityPoolId: IdentityPoolId,\n        SourceUserIdentifier: DeveloperUserIdentifier\n    ): MergeDeveloperIdentitiesInput = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationUserIdentifier\" -> DestinationUserIdentifier.asInstanceOf[js.Any],\n        \"DeveloperProviderName\" -> DeveloperProviderName.asInstanceOf[js.Any],\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"SourceUserIdentifier\" -> SourceUserIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MergeDeveloperIdentitiesInput]\n    }\n  }\n\n  \/** Returned in response to a successful <code>MergeDeveloperIdentities<\/code> action.\n    *\/\n  @js.native\n  trait MergeDeveloperIdentitiesResponse extends js.Object {\n    var IdentityId: js.UndefOr[IdentityId]\n  }\n\n  object MergeDeveloperIdentitiesResponse {\n    @inline\n    def apply(\n        IdentityId: js.UndefOr[IdentityId] = js.undefined\n    ): MergeDeveloperIdentitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeDeveloperIdentitiesResponse]\n    }\n  }\n\n  \/** A role mapping.\n    *\/\n  @js.native\n  trait RoleMapping extends js.Object {\n    var Type: RoleMappingType\n    var AmbiguousRoleResolution: js.UndefOr[AmbiguousRoleResolutionType]\n    var RulesConfiguration: js.UndefOr[RulesConfigurationType]\n  }\n\n  object RoleMapping {\n    @inline\n    def apply(\n        Type: RoleMappingType,\n        AmbiguousRoleResolution: js.UndefOr[AmbiguousRoleResolutionType] = js.undefined,\n        RulesConfiguration: js.UndefOr[RulesConfigurationType] = js.undefined\n    ): RoleMapping = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      AmbiguousRoleResolution.foreach(__v => __obj.updateDynamic(\"AmbiguousRoleResolution\")(__v.asInstanceOf[js.Any]))\n      RulesConfiguration.foreach(__v => __obj.updateDynamic(\"RulesConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleMapping]\n    }\n  }\n\n  @js.native\n  sealed trait RoleMappingType extends js.Any\n  object RoleMappingType {\n    val Token = \"Token\".asInstanceOf[RoleMappingType]\n    val Rules = \"Rules\".asInstanceOf[RoleMappingType]\n\n    @inline def values = js.Array(Token, Rules)\n  }\n\n  \/** A container for rules.\n    *\/\n  @js.native\n  trait RulesConfigurationType extends js.Object {\n    var Rules: MappingRulesList\n  }\n\n  object RulesConfigurationType {\n    @inline\n    def apply(\n        Rules: MappingRulesList\n    ): RulesConfigurationType = {\n      val __obj = js.Dynamic.literal(\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RulesConfigurationType]\n    }\n  }\n\n  \/** Input to the <code>SetIdentityPoolRoles<\/code> action.\n    *\/\n  @js.native\n  trait SetIdentityPoolRolesInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var Roles: RolesMap\n    var RoleMappings: js.UndefOr[RoleMappingMap]\n  }\n\n  object SetIdentityPoolRolesInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        Roles: RolesMap,\n        RoleMappings: js.UndefOr[RoleMappingMap] = js.undefined\n    ): SetIdentityPoolRolesInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"Roles\" -> Roles.asInstanceOf[js.Any]\n      )\n\n      RoleMappings.foreach(__v => __obj.updateDynamic(\"RoleMappings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetIdentityPoolRolesInput]\n    }\n  }\n\n  @js.native\n  trait SetPrincipalTagAttributeMapInput extends js.Object {\n    var IdentityPoolId: IdentityPoolId\n    var IdentityProviderName: IdentityProviderName\n    var PrincipalTags: js.UndefOr[PrincipalTags]\n    var UseDefaults: js.UndefOr[UseDefaults]\n  }\n\n  object SetPrincipalTagAttributeMapInput {\n    @inline\n    def apply(\n        IdentityPoolId: IdentityPoolId,\n        IdentityProviderName: IdentityProviderName,\n        PrincipalTags: js.UndefOr[PrincipalTags] = js.undefined,\n        UseDefaults: js.UndefOr[UseDefaults] = js.undefined\n    ): SetPrincipalTagAttributeMapInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any],\n        \"IdentityProviderName\" -> IdentityProviderName.asInstanceOf[js.Any]\n      )\n\n      PrincipalTags.foreach(__v => __obj.updateDynamic(\"PrincipalTags\")(__v.asInstanceOf[js.Any]))\n      UseDefaults.foreach(__v => __obj.updateDynamic(\"UseDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetPrincipalTagAttributeMapInput]\n    }\n  }\n\n  @js.native\n  trait SetPrincipalTagAttributeMapResponse extends js.Object {\n    var IdentityPoolId: js.UndefOr[IdentityPoolId]\n    var IdentityProviderName: js.UndefOr[IdentityProviderName]\n    var PrincipalTags: js.UndefOr[PrincipalTags]\n    var UseDefaults: js.UndefOr[UseDefaults]\n  }\n\n  object SetPrincipalTagAttributeMapResponse {\n    @inline\n    def apply(\n        IdentityPoolId: js.UndefOr[IdentityPoolId] = js.undefined,\n        IdentityProviderName: js.UndefOr[IdentityProviderName] = js.undefined,\n        PrincipalTags: js.UndefOr[PrincipalTags] = js.undefined,\n        UseDefaults: js.UndefOr[UseDefaults] = js.undefined\n    ): SetPrincipalTagAttributeMapResponse = {\n      val __obj = js.Dynamic.literal()\n      IdentityPoolId.foreach(__v => __obj.updateDynamic(\"IdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      IdentityProviderName.foreach(__v => __obj.updateDynamic(\"IdentityProviderName\")(__v.asInstanceOf[js.Any]))\n      PrincipalTags.foreach(__v => __obj.updateDynamic(\"PrincipalTags\")(__v.asInstanceOf[js.Any]))\n      UseDefaults.foreach(__v => __obj.updateDynamic(\"UseDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetPrincipalTagAttributeMapResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceArn: ARNString\n    var Tags: IdentityPoolTagsType\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ARNString,\n        Tags: IdentityPoolTagsType\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Input to the <code>UnlinkDeveloperIdentity<\/code> action.\n    *\/\n  @js.native\n  trait UnlinkDeveloperIdentityInput extends js.Object {\n    var DeveloperProviderName: DeveloperProviderName\n    var DeveloperUserIdentifier: DeveloperUserIdentifier\n    var IdentityId: IdentityId\n    var IdentityPoolId: IdentityPoolId\n  }\n\n  object UnlinkDeveloperIdentityInput {\n    @inline\n    def apply(\n        DeveloperProviderName: DeveloperProviderName,\n        DeveloperUserIdentifier: DeveloperUserIdentifier,\n        IdentityId: IdentityId,\n        IdentityPoolId: IdentityPoolId\n    ): UnlinkDeveloperIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeveloperProviderName\" -> DeveloperProviderName.asInstanceOf[js.Any],\n        \"DeveloperUserIdentifier\" -> DeveloperUserIdentifier.asInstanceOf[js.Any],\n        \"IdentityId\" -> IdentityId.asInstanceOf[js.Any],\n        \"IdentityPoolId\" -> IdentityPoolId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UnlinkDeveloperIdentityInput]\n    }\n  }\n\n  \/** Input to the UnlinkIdentity action.\n    *\/\n  @js.native\n  trait UnlinkIdentityInput extends js.Object {\n    var IdentityId: IdentityId\n    var Logins: LoginsMap\n    var LoginsToRemove: LoginsList\n  }\n\n  object UnlinkIdentityInput {\n    @inline\n    def apply(\n        IdentityId: IdentityId,\n        Logins: LoginsMap,\n        LoginsToRemove: LoginsList\n    ): UnlinkIdentityInput = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityId\" -> IdentityId.asInstanceOf[js.Any],\n        \"Logins\" -> Logins.asInstanceOf[js.Any],\n        \"LoginsToRemove\" -> LoginsToRemove.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UnlinkIdentityInput]\n    }\n  }\n\n  \/** An array of UnprocessedIdentityId objects, each of which contains an ErrorCode and IdentityId.\n    *\/\n  @js.native\n  trait UnprocessedIdentityId extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var IdentityId: js.UndefOr[IdentityId]\n  }\n\n  object UnprocessedIdentityId {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        IdentityId: js.UndefOr[IdentityId] = js.undefined\n    ): UnprocessedIdentityId = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      IdentityId.foreach(__v => __obj.updateDynamic(\"IdentityId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedIdentityId]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceArn: ARNString\n    var TagKeys: IdentityPoolTagsListType\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ARNString,\n        TagKeys: IdentityPoolTagsListType\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/TokenFileWebIdentityCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.{AWSConfig, AWSCredentials}\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"TokenFileWebIdentityCredentials\", \"AWS.TokenFileWebIdentityCredentials\")\nclass TokenFileWebIdentityCredentials() extends AWSCredentials {\n  def this(clientConfig: AWSConfig) = this()\n\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cur\/src\/main\/scala\/facade\/amazonaws\/services\/CUR.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cur {\n  type AdditionalArtifactList = js.Array[AdditionalArtifact]\n  type BillingViewArn = String\n  type DeleteResponseMessage = String\n  type GenericString = String\n  type MaxResults = Int\n  type RefreshClosedReports = Boolean\n  type ReportDefinitionList = js.Array[ReportDefinition]\n  type ReportName = String\n  type S3Bucket = String\n  type S3Prefix = String\n  type SchemaElementList = js.Array[SchemaElement]\n\n  implicit final class CUROps(private val service: CUR) extends AnyVal {\n\n    @inline def deleteReportDefinitionFuture(params: DeleteReportDefinitionRequest): Future[DeleteReportDefinitionResponse] = service.deleteReportDefinition(params).promise().toFuture\n    @inline def describeReportDefinitionsFuture(params: DescribeReportDefinitionsRequest): Future[DescribeReportDefinitionsResponse] = service.describeReportDefinitions(params).promise().toFuture\n    @inline def modifyReportDefinitionFuture(params: ModifyReportDefinitionRequest): Future[ModifyReportDefinitionResponse] = service.modifyReportDefinition(params).promise().toFuture\n    @inline def putReportDefinitionFuture(params: PutReportDefinitionRequest): Future[PutReportDefinitionResponse] = service.putReportDefinition(params).promise().toFuture\n\n  }\n}\n\npackage cur {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cur\", JSImport.Namespace, \"AWS.CUR\")\n  class CUR() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteReportDefinition(params: DeleteReportDefinitionRequest): Request[DeleteReportDefinitionResponse] = js.native\n    def describeReportDefinitions(params: DescribeReportDefinitionsRequest): Request[DescribeReportDefinitionsResponse] = js.native\n    def modifyReportDefinition(params: ModifyReportDefinitionRequest): Request[ModifyReportDefinitionResponse] = js.native\n    def putReportDefinition(params: PutReportDefinitionRequest): Request[PutReportDefinitionResponse] = js.native\n  }\n\n  \/** The region of the S3 bucket that AWS delivers the report into.\n    *\/\n  @js.native\n  sealed trait AWSRegion extends js.Any\n  object AWSRegion {\n    val `af-south-1` = \"af-south-1\".asInstanceOf[AWSRegion]\n    val `ap-east-1` = \"ap-east-1\".asInstanceOf[AWSRegion]\n    val `ap-south-1` = \"ap-south-1\".asInstanceOf[AWSRegion]\n    val `ap-southeast-1` = \"ap-southeast-1\".asInstanceOf[AWSRegion]\n    val `ap-southeast-2` = \"ap-southeast-2\".asInstanceOf[AWSRegion]\n    val `ap-northeast-1` = \"ap-northeast-1\".asInstanceOf[AWSRegion]\n    val `ap-northeast-2` = \"ap-northeast-2\".asInstanceOf[AWSRegion]\n    val `ap-northeast-3` = \"ap-northeast-3\".asInstanceOf[AWSRegion]\n    val `ca-central-1` = \"ca-central-1\".asInstanceOf[AWSRegion]\n    val `eu-central-1` = \"eu-central-1\".asInstanceOf[AWSRegion]\n    val `eu-west-1` = \"eu-west-1\".asInstanceOf[AWSRegion]\n    val `eu-west-2` = \"eu-west-2\".asInstanceOf[AWSRegion]\n    val `eu-west-3` = \"eu-west-3\".asInstanceOf[AWSRegion]\n    val `eu-north-1` = \"eu-north-1\".asInstanceOf[AWSRegion]\n    val `eu-south-1` = \"eu-south-1\".asInstanceOf[AWSRegion]\n    val `me-south-1` = \"me-south-1\".asInstanceOf[AWSRegion]\n    val `sa-east-1` = \"sa-east-1\".asInstanceOf[AWSRegion]\n    val `us-east-1` = \"us-east-1\".asInstanceOf[AWSRegion]\n    val `us-east-2` = \"us-east-2\".asInstanceOf[AWSRegion]\n    val `us-west-1` = \"us-west-1\".asInstanceOf[AWSRegion]\n    val `us-west-2` = \"us-west-2\".asInstanceOf[AWSRegion]\n    val `cn-north-1` = \"cn-north-1\".asInstanceOf[AWSRegion]\n    val `cn-northwest-1` = \"cn-northwest-1\".asInstanceOf[AWSRegion]\n\n    @inline def values = js.Array(\n      `af-south-1`,\n      `ap-east-1`,\n      `ap-south-1`,\n      `ap-southeast-1`,\n      `ap-southeast-2`,\n      `ap-northeast-1`,\n      `ap-northeast-2`,\n      `ap-northeast-3`,\n      `ca-central-1`,\n      `eu-central-1`,\n      `eu-west-1`,\n      `eu-west-2`,\n      `eu-west-3`,\n      `eu-north-1`,\n      `eu-south-1`,\n      `me-south-1`,\n      `sa-east-1`,\n      `us-east-1`,\n      `us-east-2`,\n      `us-west-1`,\n      `us-west-2`,\n      `cn-north-1`,\n      `cn-northwest-1`\n    )\n  }\n\n  \/** The types of manifest that you want AWS to create for this report.\n    *\/\n  @js.native\n  sealed trait AdditionalArtifact extends js.Any\n  object AdditionalArtifact {\n    val REDSHIFT = \"REDSHIFT\".asInstanceOf[AdditionalArtifact]\n    val QUICKSIGHT = \"QUICKSIGHT\".asInstanceOf[AdditionalArtifact]\n    val ATHENA = \"ATHENA\".asInstanceOf[AdditionalArtifact]\n\n    @inline def values = js.Array(REDSHIFT, QUICKSIGHT, ATHENA)\n  }\n\n  \/** The compression format that AWS uses for the report.\n    *\/\n  @js.native\n  sealed trait CompressionFormat extends js.Any\n  object CompressionFormat {\n    val ZIP = \"ZIP\".asInstanceOf[CompressionFormat]\n    val GZIP = \"GZIP\".asInstanceOf[CompressionFormat]\n    val Parquet = \"Parquet\".asInstanceOf[CompressionFormat]\n\n    @inline def values = js.Array(ZIP, GZIP, Parquet)\n  }\n\n  \/** Deletes the specified report.\n    *\/\n  @js.native\n  trait DeleteReportDefinitionRequest extends js.Object {\n    var ReportName: js.UndefOr[ReportName]\n  }\n\n  object DeleteReportDefinitionRequest {\n    @inline\n    def apply(\n        ReportName: js.UndefOr[ReportName] = js.undefined\n    ): DeleteReportDefinitionRequest = {\n      val __obj = js.Dynamic.literal()\n      ReportName.foreach(__v => __obj.updateDynamic(\"ReportName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReportDefinitionRequest]\n    }\n  }\n\n  \/** If the action is successful, the service sends back an HTTP 200 response.\n    *\/\n  @js.native\n  trait DeleteReportDefinitionResponse extends js.Object {\n    var ResponseMessage: js.UndefOr[DeleteResponseMessage]\n  }\n\n  object DeleteReportDefinitionResponse {\n    @inline\n    def apply(\n        ResponseMessage: js.UndefOr[DeleteResponseMessage] = js.undefined\n    ): DeleteReportDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      ResponseMessage.foreach(__v => __obj.updateDynamic(\"ResponseMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReportDefinitionResponse]\n    }\n  }\n\n  \/** Requests a list of AWS Cost and Usage reports owned by the account.\n    *\/\n  @js.native\n  trait DescribeReportDefinitionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeReportDefinitionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeReportDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReportDefinitionsRequest]\n    }\n  }\n\n  \/** If the action is successful, the service sends back an HTTP 200 response.\n    *\/\n  @js.native\n  trait DescribeReportDefinitionsResponse extends js.Object {\n    var NextToken: js.UndefOr[GenericString]\n    var ReportDefinitions: js.UndefOr[ReportDefinitionList]\n  }\n\n  object DescribeReportDefinitionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[GenericString] = js.undefined,\n        ReportDefinitions: js.UndefOr[ReportDefinitionList] = js.undefined\n    ): DescribeReportDefinitionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ReportDefinitions.foreach(__v => __obj.updateDynamic(\"ReportDefinitions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReportDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ModifyReportDefinitionRequest extends js.Object {\n    var ReportDefinition: ReportDefinition\n    var ReportName: ReportName\n  }\n\n  object ModifyReportDefinitionRequest {\n    @inline\n    def apply(\n        ReportDefinition: ReportDefinition,\n        ReportName: ReportName\n    ): ModifyReportDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ReportDefinition\" -> ReportDefinition.asInstanceOf[js.Any],\n        \"ReportName\" -> ReportName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyReportDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyReportDefinitionResponse extends js.Object\n\n  object ModifyReportDefinitionResponse {\n    @inline\n    def apply(): ModifyReportDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ModifyReportDefinitionResponse]\n    }\n  }\n\n  \/** Creates a Cost and Usage Report.\n    *\/\n  @js.native\n  trait PutReportDefinitionRequest extends js.Object {\n    var ReportDefinition: ReportDefinition\n  }\n\n  object PutReportDefinitionRequest {\n    @inline\n    def apply(\n        ReportDefinition: ReportDefinition\n    ): PutReportDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ReportDefinition\" -> ReportDefinition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutReportDefinitionRequest]\n    }\n  }\n\n  \/** If the action is successful, the service sends back an HTTP 200 response with an empty HTTP body.\n    *\/\n  @js.native\n  trait PutReportDefinitionResponse extends js.Object\n\n  object PutReportDefinitionResponse {\n    @inline\n    def apply(): PutReportDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutReportDefinitionResponse]\n    }\n  }\n\n  \/** The definition of AWS Cost and Usage Report. You can specify the report name, time unit, report format, compression format, S3 bucket, additional artifacts, and schema elements in the definition.\n    *\/\n  @js.native\n  trait ReportDefinition extends js.Object {\n    var AdditionalSchemaElements: SchemaElementList\n    var Compression: CompressionFormat\n    var Format: ReportFormat\n    var ReportName: ReportName\n    var S3Bucket: S3Bucket\n    var S3Prefix: S3Prefix\n    var S3Region: AWSRegion\n    var TimeUnit: TimeUnit\n    var AdditionalArtifacts: js.UndefOr[AdditionalArtifactList]\n    var BillingViewArn: js.UndefOr[BillingViewArn]\n    var RefreshClosedReports: js.UndefOr[RefreshClosedReports]\n    var ReportVersioning: js.UndefOr[ReportVersioning]\n  }\n\n  object ReportDefinition {\n    @inline\n    def apply(\n        AdditionalSchemaElements: SchemaElementList,\n        Compression: CompressionFormat,\n        Format: ReportFormat,\n        ReportName: ReportName,\n        S3Bucket: S3Bucket,\n        S3Prefix: S3Prefix,\n        S3Region: AWSRegion,\n        TimeUnit: TimeUnit,\n        AdditionalArtifacts: js.UndefOr[AdditionalArtifactList] = js.undefined,\n        BillingViewArn: js.UndefOr[BillingViewArn] = js.undefined,\n        RefreshClosedReports: js.UndefOr[RefreshClosedReports] = js.undefined,\n        ReportVersioning: js.UndefOr[ReportVersioning] = js.undefined\n    ): ReportDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"AdditionalSchemaElements\" -> AdditionalSchemaElements.asInstanceOf[js.Any],\n        \"Compression\" -> Compression.asInstanceOf[js.Any],\n        \"Format\" -> Format.asInstanceOf[js.Any],\n        \"ReportName\" -> ReportName.asInstanceOf[js.Any],\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any],\n        \"S3Prefix\" -> S3Prefix.asInstanceOf[js.Any],\n        \"S3Region\" -> S3Region.asInstanceOf[js.Any],\n        \"TimeUnit\" -> TimeUnit.asInstanceOf[js.Any]\n      )\n\n      AdditionalArtifacts.foreach(__v => __obj.updateDynamic(\"AdditionalArtifacts\")(__v.asInstanceOf[js.Any]))\n      BillingViewArn.foreach(__v => __obj.updateDynamic(\"BillingViewArn\")(__v.asInstanceOf[js.Any]))\n      RefreshClosedReports.foreach(__v => __obj.updateDynamic(\"RefreshClosedReports\")(__v.asInstanceOf[js.Any]))\n      ReportVersioning.foreach(__v => __obj.updateDynamic(\"ReportVersioning\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportDefinition]\n    }\n  }\n\n  \/** The format that AWS saves the report in.\n    *\/\n  @js.native\n  sealed trait ReportFormat extends js.Any\n  object ReportFormat {\n    val textORcsv = \"textORcsv\".asInstanceOf[ReportFormat]\n    val Parquet = \"Parquet\".asInstanceOf[ReportFormat]\n\n    @inline def values = js.Array(textORcsv, Parquet)\n  }\n\n  @js.native\n  sealed trait ReportVersioning extends js.Any\n  object ReportVersioning {\n    val CREATE_NEW_REPORT = \"CREATE_NEW_REPORT\".asInstanceOf[ReportVersioning]\n    val OVERWRITE_REPORT = \"OVERWRITE_REPORT\".asInstanceOf[ReportVersioning]\n\n    @inline def values = js.Array(CREATE_NEW_REPORT, OVERWRITE_REPORT)\n  }\n\n  \/** Whether or not AWS includes resource IDs in the report.\n    *\/\n  @js.native\n  sealed trait SchemaElement extends js.Any\n  object SchemaElement {\n    val RESOURCES = \"RESOURCES\".asInstanceOf[SchemaElement]\n\n    @inline def values = js.Array(RESOURCES)\n  }\n\n  \/** The length of time covered by the report.\n    *\/\n  @js.native\n  sealed trait TimeUnit extends js.Any\n  object TimeUnit {\n    val HOURLY = \"HOURLY\".asInstanceOf[TimeUnit]\n    val DAILY = \"DAILY\".asInstanceOf[TimeUnit]\n    val MONTHLY = \"MONTHLY\".asInstanceOf[TimeUnit]\n\n    @inline def values = js.Array(HOURLY, DAILY, MONTHLY)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/securityhub\/src\/main\/scala\/facade\/amazonaws\/services\/SecurityHub.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object securityhub {\n  type AccountDetailsList = js.Array[AccountDetails]\n  type AccountId = String\n  type AccountIdList = js.Array[NonEmptyString]\n  type ActionTargetList = js.Array[ActionTarget]\n  type AdminAccounts = js.Array[AdminAccount]\n  type AdminsMaxResults = Int\n  type ArnList = js.Array[NonEmptyString]\n  type AvailabilityZones = js.Array[AvailabilityZone]\n  type AwsApiGatewayMethodSettingsList = js.Array[AwsApiGatewayMethodSettings]\n  type AwsCertificateManagerCertificateDomainValidationOptions = js.Array[AwsCertificateManagerCertificateDomainValidationOption]\n  type AwsCertificateManagerCertificateExtendedKeyUsages = js.Array[AwsCertificateManagerCertificateExtendedKeyUsage]\n  type AwsCertificateManagerCertificateKeyUsages = js.Array[AwsCertificateManagerCertificateKeyUsage]\n  type AwsCloudFrontDistributionCacheBehaviorsItemList = js.Array[AwsCloudFrontDistributionCacheBehavior]\n  type AwsCloudFrontDistributionOriginGroupFailoverStatusCodesItemList = js.Array[Int]\n  type AwsCloudFrontDistributionOriginGroupsItemList = js.Array[AwsCloudFrontDistributionOriginGroup]\n  type AwsCloudFrontDistributionOriginItemList = js.Array[AwsCloudFrontDistributionOriginItem]\n  type AwsDynamoDbTableAttributeDefinitionList = js.Array[AwsDynamoDbTableAttributeDefinition]\n  type AwsDynamoDbTableGlobalSecondaryIndexList = js.Array[AwsDynamoDbTableGlobalSecondaryIndex]\n  type AwsDynamoDbTableKeySchemaList = js.Array[AwsDynamoDbTableKeySchema]\n  type AwsDynamoDbTableLocalSecondaryIndexList = js.Array[AwsDynamoDbTableLocalSecondaryIndex]\n  type AwsDynamoDbTableReplicaGlobalSecondaryIndexList = js.Array[AwsDynamoDbTableReplicaGlobalSecondaryIndex]\n  type AwsDynamoDbTableReplicaList = js.Array[AwsDynamoDbTableReplica]\n  type AwsEc2NetworkInterfaceIpV6AddressList = js.Array[AwsEc2NetworkInterfaceIpV6AddressDetail]\n  type AwsEc2NetworkInterfacePrivateIpAddressList = js.Array[AwsEc2NetworkInterfacePrivateIpAddressDetail]\n  type AwsEc2NetworkInterfaceSecurityGroupList = js.Array[AwsEc2NetworkInterfaceSecurityGroup]\n  type AwsEc2SecurityGroupIpPermissionList = js.Array[AwsEc2SecurityGroupIpPermission]\n  type AwsEc2SecurityGroupIpRangeList = js.Array[AwsEc2SecurityGroupIpRange]\n  type AwsEc2SecurityGroupIpv6RangeList = js.Array[AwsEc2SecurityGroupIpv6Range]\n  type AwsEc2SecurityGroupPrefixListIdList = js.Array[AwsEc2SecurityGroupPrefixListId]\n  type AwsEc2SecurityGroupUserIdGroupPairList = js.Array[AwsEc2SecurityGroupUserIdGroupPair]\n  type AwsEc2VolumeAttachmentList = js.Array[AwsEc2VolumeAttachment]\n  type AwsElbAppCookieStickinessPolicies = js.Array[AwsElbAppCookieStickinessPolicy]\n  type AwsElbLbCookieStickinessPolicies = js.Array[AwsElbLbCookieStickinessPolicy]\n  type AwsElbLoadBalancerBackendServerDescriptions = js.Array[AwsElbLoadBalancerBackendServerDescription]\n  type AwsElbLoadBalancerInstances = js.Array[AwsElbLoadBalancerInstance]\n  type AwsElbLoadBalancerListenerDescriptions = js.Array[AwsElbLoadBalancerListenerDescription]\n  type AwsIamAttachedManagedPolicyList = js.Array[AwsIamAttachedManagedPolicy]\n  type AwsIamGroupPolicyList = js.Array[AwsIamGroupPolicy]\n  type AwsIamInstanceProfileList = js.Array[AwsIamInstanceProfile]\n  type AwsIamInstanceProfileRoles = js.Array[AwsIamInstanceProfileRole]\n  type AwsIamPolicyVersionList = js.Array[AwsIamPolicyVersion]\n  type AwsIamRoleAssumeRolePolicyDocument = String\n  type AwsIamRolePolicyList = js.Array[AwsIamRolePolicy]\n  type AwsIamUserPolicyList = js.Array[AwsIamUserPolicy]\n  type AwsLambdaFunctionLayerList = js.Array[AwsLambdaFunctionLayer]\n  type AwsLambdaLayerVersionNumber = Double\n  type AwsRdsDbClusterAssociatedRoles = js.Array[AwsRdsDbClusterAssociatedRole]\n  type AwsRdsDbClusterMembers = js.Array[AwsRdsDbClusterMember]\n  type AwsRdsDbClusterOptionGroupMemberships = js.Array[AwsRdsDbClusterOptionGroupMembership]\n  type AwsRdsDbDomainMemberships = js.Array[AwsRdsDbDomainMembership]\n  type AwsRdsDbInstanceAssociatedRoles = js.Array[AwsRdsDbInstanceAssociatedRole]\n  type AwsRdsDbInstanceVpcSecurityGroups = js.Array[AwsRdsDbInstanceVpcSecurityGroup]\n  type AwsRdsDbOptionGroupMemberships = js.Array[AwsRdsDbOptionGroupMembership]\n  type AwsRdsDbParameterGroups = js.Array[AwsRdsDbParameterGroup]\n  type AwsRdsDbProcessorFeatures = js.Array[AwsRdsDbProcessorFeature]\n  type AwsRdsDbStatusInfos = js.Array[AwsRdsDbStatusInfo]\n  type AwsRdsDbSubnetGroupSubnets = js.Array[AwsRdsDbSubnetGroupSubnet]\n  type AwsRedshiftClusterClusterNodes = js.Array[AwsRedshiftClusterClusterNode]\n  type AwsRedshiftClusterClusterParameterGroups = js.Array[AwsRedshiftClusterClusterParameterGroup]\n  type AwsRedshiftClusterClusterParameterStatusList = js.Array[AwsRedshiftClusterClusterParameterStatus]\n  type AwsRedshiftClusterClusterSecurityGroups = js.Array[AwsRedshiftClusterClusterSecurityGroup]\n  type AwsRedshiftClusterDeferredMaintenanceWindows = js.Array[AwsRedshiftClusterDeferredMaintenanceWindow]\n  type AwsRedshiftClusterIamRoles = js.Array[AwsRedshiftClusterIamRole]\n  type AwsRedshiftClusterVpcSecurityGroups = js.Array[AwsRedshiftClusterVpcSecurityGroup]\n  type AwsS3BucketServerSideEncryptionRules = js.Array[AwsS3BucketServerSideEncryptionRule]\n  type AwsSecurityFindingIdentifierList = js.Array[AwsSecurityFindingIdentifier]\n  type AwsSecurityFindingList = js.Array[AwsSecurityFinding]\n  type AwsSnsTopicSubscriptionList = js.Array[AwsSnsTopicSubscription]\n  type AwsWafWebAclRuleList = js.Array[AwsWafWebAclRule]\n  type BatchImportFindingsRequestFindingList = js.Array[AwsSecurityFinding]\n  type BatchUpdateFindingsUnprocessedFindingsList = js.Array[BatchUpdateFindingsUnprocessedFinding]\n  type CategoryList = js.Array[NonEmptyString]\n  type Cells = js.Array[Cell]\n  type CidrBlockAssociationList = js.Array[CidrBlockAssociation]\n  type CrossAccountMaxResults = Int\n  type CustomDataIdentifiersDetectionsList = js.Array[CustomDataIdentifiersDetections]\n  type CvssList = js.Array[Cvss]\n  type DateFilterList = js.Array[DateFilter]\n  type FieldMap = js.Dictionary[NonEmptyString]\n  type ImportFindingsErrorList = js.Array[ImportFindingsError]\n  type InsightList = js.Array[Insight]\n  type InsightResultValueList = js.Array[InsightResultValue]\n  type IntegrationTypeList = js.Array[IntegrationType]\n  type InvitationList = js.Array[Invitation]\n  type IpFilterList = js.Array[IpFilter]\n  type Ipv6CidrBlockAssociationList = js.Array[Ipv6CidrBlockAssociation]\n  type KeywordFilterList = js.Array[KeywordFilter]\n  type MalwareList = js.Array[Malware]\n  type MapFilterList = js.Array[MapFilter]\n  type MaxResults = Int\n  type MemberList = js.Array[Member]\n  type NetworkPathList = js.Array[NetworkPathComponent]\n  type NextToken = <PASSWORD>\n  type NonEmptyString = String\n  type NonEmptyStringList = js.Array[NonEmptyString]\n  type NumberFilterList = js.Array[NumberFilter]\n  type Pages = js.Array[Page]\n  type PortProbeDetailList = js.Array[PortProbeDetail]\n  type PortRangeList = js.Array[PortRange]\n  type ProductSubscriptionArnList = js.Array[NonEmptyString]\n  type ProductsList = js.Array[Product]\n  type Ranges = js.Array[Range]\n  type RatioScale = Int\n  type Records = js.Array[Record]\n  type RelatedFindingList = js.Array[RelatedFinding]\n  type RelatedRequirementsList = js.Array[NonEmptyString]\n  type ResourceArn = String\n  type ResourceList = js.Array[Resource]\n  type ResultList = js.Array[Result]\n  type SecurityGroups = js.Array[NonEmptyString]\n  type SensitiveDataDetectionsList = js.Array[SensitiveDataDetections]\n  type SensitiveDataResultList = js.Array[SensitiveDataResult]\n  type SizeBytes = Double\n  type SoftwarePackageList = js.Array[SoftwarePackage]\n  type SortCriteria = js.Array[SortCriterion]\n  type Standards = js.Array[Standard]\n  type StandardsControls = js.Array[StandardsControl]\n  type StandardsInputParameterMap = js.Dictionary[NonEmptyString]\n  type StandardsSubscriptionArns = js.Array[NonEmptyString]\n  type StandardsSubscriptionRequests = js.Array[StandardsSubscriptionRequest]\n  type StandardsSubscriptions = js.Array[StandardsSubscription]\n  type StatusReasonsList = js.Array[StatusReason]\n  type StringFilterList = js.Array[StringFilter]\n  type StringList = js.Array[NonEmptyString]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type ThreatIntelIndicatorList = js.Array[ThreatIntelIndicator]\n  type Timestamp = js.Date\n  type TypeList = js.Array[NonEmptyString]\n  type VulnerabilityList = js.Array[Vulnerability]\n  type WafExcludedRuleList = js.Array[WafExcludedRule]\n\n  implicit final class SecurityHubOps(private val service: SecurityHub) extends AnyVal {\n\n    @inline def acceptAdministratorInvitationFuture(params: AcceptAdministratorInvitationRequest): Future[AcceptAdministratorInvitationResponse] = service.acceptAdministratorInvitation(params).promise().toFuture\n    @inline def batchDisableStandardsFuture(params: BatchDisableStandardsRequest): Future[BatchDisableStandardsResponse] = service.batchDisableStandards(params).promise().toFuture\n    @inline def batchEnableStandardsFuture(params: BatchEnableStandardsRequest): Future[BatchEnableStandardsResponse] = service.batchEnableStandards(params).promise().toFuture\n    @inline def batchImportFindingsFuture(params: BatchImportFindingsRequest): Future[BatchImportFindingsResponse] = service.batchImportFindings(params).promise().toFuture\n    @inline def batchUpdateFindingsFuture(params: BatchUpdateFindingsRequest): Future[BatchUpdateFindingsResponse] = service.batchUpdateFindings(params).promise().toFuture\n    @inline def createActionTargetFuture(params: CreateActionTargetRequest): Future[CreateActionTargetResponse] = service.createActionTarget(params).promise().toFuture\n    @inline def createInsightFuture(params: CreateInsightRequest): Future[CreateInsightResponse] = service.createInsight(params).promise().toFuture\n    @inline def createMembersFuture(params: CreateMembersRequest): Future[CreateMembersResponse] = service.createMembers(params).promise().toFuture\n    @inline def declineInvitationsFuture(params: DeclineInvitationsRequest): Future[DeclineInvitationsResponse] = service.declineInvitations(params).promise().toFuture\n    @inline def deleteActionTargetFuture(params: DeleteActionTargetRequest): Future[DeleteActionTargetResponse] = service.deleteActionTarget(params).promise().toFuture\n    @inline def deleteInsightFuture(params: DeleteInsightRequest): Future[DeleteInsightResponse] = service.deleteInsight(params).promise().toFuture\n    @inline def deleteInvitationsFuture(params: DeleteInvitationsRequest): Future[DeleteInvitationsResponse] = service.deleteInvitations(params).promise().toFuture\n    @inline def deleteMembersFuture(params: DeleteMembersRequest): Future[DeleteMembersResponse] = service.deleteMembers(params).promise().toFuture\n    @inline def describeActionTargetsFuture(params: DescribeActionTargetsRequest): Future[DescribeActionTargetsResponse] = service.describeActionTargets(params).promise().toFuture\n    @inline def describeHubFuture(params: DescribeHubRequest): Future[DescribeHubResponse] = service.describeHub(params).promise().toFuture\n    @inline def describeOrganizationConfigurationFuture(params: DescribeOrganizationConfigurationRequest): Future[DescribeOrganizationConfigurationResponse] = service.describeOrganizationConfiguration(params).promise().toFuture\n    @inline def describeProductsFuture(params: DescribeProductsRequest): Future[DescribeProductsResponse] = service.describeProducts(params).promise().toFuture\n    @inline def describeStandardsControlsFuture(params: DescribeStandardsControlsRequest): Future[DescribeStandardsControlsResponse] = service.describeStandardsControls(params).promise().toFuture\n    @inline def describeStandardsFuture(params: DescribeStandardsRequest): Future[DescribeStandardsResponse] = service.describeStandards(params).promise().toFuture\n    @inline def disableImportFindingsForProductFuture(params: DisableImportFindingsForProductRequest): Future[DisableImportFindingsForProductResponse] = service.disableImportFindingsForProduct(params).promise().toFuture\n    @inline def disableOrganizationAdminAccountFuture(params: DisableOrganizationAdminAccountRequest): Future[DisableOrganizationAdminAccountResponse] = service.disableOrganizationAdminAccount(params).promise().toFuture\n    @inline def disableSecurityHubFuture(params: DisableSecurityHubRequest): Future[DisableSecurityHubResponse] = service.disableSecurityHub(params).promise().toFuture\n    @inline def disassociateFromAdministratorAccountFuture(params: DisassociateFromAdministratorAccountRequest): Future[DisassociateFromAdministratorAccountResponse] = service.disassociateFromAdministratorAccount(params).promise().toFuture\n    @inline def disassociateMembersFuture(params: DisassociateMembersRequest): Future[DisassociateMembersResponse] = service.disassociateMembers(params).promise().toFuture\n    @inline def enableImportFindingsForProductFuture(params: EnableImportFindingsForProductRequest): Future[EnableImportFindingsForProductResponse] = service.enableImportFindingsForProduct(params).promise().toFuture\n    @inline def enableOrganizationAdminAccountFuture(params: EnableOrganizationAdminAccountRequest): Future[EnableOrganizationAdminAccountResponse] = service.enableOrganizationAdminAccount(params).promise().toFuture\n    @inline def enableSecurityHubFuture(params: EnableSecurityHubRequest): Future[EnableSecurityHubResponse] = service.enableSecurityHub(params).promise().toFuture\n    @inline def getAdministratorAccountFuture(params: GetAdministratorAccountRequest): Future[GetAdministratorAccountResponse] = service.getAdministratorAccount(params).promise().toFuture\n    @inline def getEnabledStandardsFuture(params: GetEnabledStandardsRequest): Future[GetEnabledStandardsResponse] = service.getEnabledStandards(params).promise().toFuture\n    @inline def getFindingsFuture(params: GetFindingsRequest): Future[GetFindingsResponse] = service.getFindings(params).promise().toFuture\n    @inline def getInsightResultsFuture(params: GetInsightResultsRequest): Future[GetInsightResultsResponse] = service.getInsightResults(params).promise().toFuture\n    @inline def getInsightsFuture(params: GetInsightsRequest): Future[GetInsightsResponse] = service.getInsights(params).promise().toFuture\n    @inline def getInvitationsCountFuture(params: GetInvitationsCountRequest): Future[GetInvitationsCountResponse] = service.getInvitationsCount(params).promise().toFuture\n    @inline def getMembersFuture(params: GetMembersRequest): Future[GetMembersResponse] = service.getMembers(params).promise().toFuture\n    @inline def inviteMembersFuture(params: InviteMembersRequest): Future[InviteMembersResponse] = service.inviteMembers(params).promise().toFuture\n    @inline def listEnabledProductsForImportFuture(params: ListEnabledProductsForImportRequest): Future[ListEnabledProductsForImportResponse] = service.listEnabledProductsForImport(params).promise().toFuture\n    @inline def listInvitationsFuture(params: ListInvitationsRequest): Future[ListInvitationsResponse] = service.listInvitations(params).promise().toFuture\n    @inline def listMembersFuture(params: ListMembersRequest): Future[ListMembersResponse] = service.listMembers(params).promise().toFuture\n    @inline def listOrganizationAdminAccountsFuture(params: ListOrganizationAdminAccountsRequest): Future[ListOrganizationAdminAccountsResponse] = service.listOrganizationAdminAccounts(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateActionTargetFuture(params: UpdateActionTargetRequest): Future[UpdateActionTargetResponse] = service.updateActionTarget(params).promise().toFuture\n    @inline def updateFindingsFuture(params: UpdateFindingsRequest): Future[UpdateFindingsResponse] = service.updateFindings(params).promise().toFuture\n    @inline def updateInsightFuture(params: UpdateInsightRequest): Future[UpdateInsightResponse] = service.updateInsight(params).promise().toFuture\n    @inline def updateOrganizationConfigurationFuture(params: UpdateOrganizationConfigurationRequest): Future[UpdateOrganizationConfigurationResponse] = service.updateOrganizationConfiguration(params).promise().toFuture\n    @inline def updateSecurityHubConfigurationFuture(params: UpdateSecurityHubConfigurationRequest): Future[UpdateSecurityHubConfigurationResponse] = service.updateSecurityHubConfiguration(params).promise().toFuture\n    @inline def updateStandardsControlFuture(params: UpdateStandardsControlRequest): Future[UpdateStandardsControlResponse] = service.updateStandardsControl(params).promise().toFuture\n\n  }\n}\n\npackage securityhub {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/securityhub\", JSImport.Namespace, \"AWS.SecurityHub\")\n  class SecurityHub() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"This API has been deprecated, use AcceptAdministratorInvitation API instead.\", \"forever\") def acceptInvitation(params: AcceptInvitationRequest): Request[AcceptInvitationResponse] = js.native\n    @deprecated(\"This API has been deprecated, use DisassociateFromAdministratorAccount API instead.\", \"forever\") def disassociateFromMasterAccount(params: DisassociateFromMasterAccountRequest): Request[DisassociateFromMasterAccountResponse] = js.native\n    @deprecated(\"This API has been deprecated, use GetAdministratorAccount API instead.\", \"forever\") def getMasterAccount(params: GetMasterAccountRequest): Request[GetMasterAccountResponse] = js.native\n    def acceptAdministratorInvitation(params: AcceptAdministratorInvitationRequest): Request[AcceptAdministratorInvitationResponse] = js.native\n    def batchDisableStandards(params: BatchDisableStandardsRequest): Request[BatchDisableStandardsResponse] = js.native\n    def batchEnableStandards(params: BatchEnableStandardsRequest): Request[BatchEnableStandardsResponse] = js.native\n    def batchImportFindings(params: BatchImportFindingsRequest): Request[BatchImportFindingsResponse] = js.native\n    def batchUpdateFindings(params: BatchUpdateFindingsRequest): Request[BatchUpdateFindingsResponse] = js.native\n    def createActionTarget(params: CreateActionTargetRequest): Request[CreateActionTargetResponse] = js.native\n    def createInsight(params: CreateInsightRequest): Request[CreateInsightResponse] = js.native\n    def createMembers(params: CreateMembersRequest): Request[CreateMembersResponse] = js.native\n    def declineInvitations(params: DeclineInvitationsRequest): Request[DeclineInvitationsResponse] = js.native\n    def deleteActionTarget(params: DeleteActionTargetRequest): Request[DeleteActionTargetResponse] = js.native\n    def deleteInsight(params: DeleteInsightRequest): Request[DeleteInsightResponse] = js.native\n    def deleteInvitations(params: DeleteInvitationsRequest): Request[DeleteInvitationsResponse] = js.native\n    def deleteMembers(params: DeleteMembersRequest): Request[DeleteMembersResponse] = js.native\n    def describeActionTargets(params: DescribeActionTargetsRequest): Request[DescribeActionTargetsResponse] = js.native\n    def describeHub(params: DescribeHubRequest): Request[DescribeHubResponse] = js.native\n    def describeOrganizationConfiguration(params: DescribeOrganizationConfigurationRequest): Request[DescribeOrganizationConfigurationResponse] = js.native\n    def describeProducts(params: DescribeProductsRequest): Request[DescribeProductsResponse] = js.native\n    def describeStandards(params: DescribeStandardsRequest): Request[DescribeStandardsResponse] = js.native\n    def describeStandardsControls(params: DescribeStandardsControlsRequest): Request[DescribeStandardsControlsResponse] = js.native\n    def disableImportFindingsForProduct(params: DisableImportFindingsForProductRequest): Request[DisableImportFindingsForProductResponse] = js.native\n    def disableOrganizationAdminAccount(params: DisableOrganizationAdminAccountRequest): Request[DisableOrganizationAdminAccountResponse] = js.native\n    def disableSecurityHub(params: DisableSecurityHubRequest): Request[DisableSecurityHubResponse] = js.native\n    def disassociateFromAdministratorAccount(params: DisassociateFromAdministratorAccountRequest): Request[DisassociateFromAdministratorAccountResponse] = js.native\n    def disassociateMembers(params: DisassociateMembersRequest): Request[DisassociateMembersResponse] = js.native\n    def enableImportFindingsForProduct(params: EnableImportFindingsForProductRequest): Request[EnableImportFindingsForProductResponse] = js.native\n    def enableOrganizationAdminAccount(params: EnableOrganizationAdminAccountRequest): Request[EnableOrganizationAdminAccountResponse] = js.native\n    def enableSecurityHub(params: EnableSecurityHubRequest): Request[EnableSecurityHubResponse] = js.native\n    def getAdministratorAccount(params: GetAdministratorAccountRequest): Request[GetAdministratorAccountResponse] = js.native\n    def getEnabledStandards(params: GetEnabledStandardsRequest): Request[GetEnabledStandardsResponse] = js.native\n    def getFindings(params: GetFindingsRequest): Request[GetFindingsResponse] = js.native\n    def getInsightResults(params: GetInsightResultsRequest): Request[GetInsightResultsResponse] = js.native\n    def getInsights(params: GetInsightsRequest): Request[GetInsightsResponse] = js.native\n    def getInvitationsCount(params: GetInvitationsCountRequest): Request[GetInvitationsCountResponse] = js.native\n    def getMembers(params: GetMembersRequest): Request[GetMembersResponse] = js.native\n    def inviteMembers(params: InviteMembersRequest): Request[InviteMembersResponse] = js.native\n    def listEnabledProductsForImport(params: ListEnabledProductsForImportRequest): Request[ListEnabledProductsForImportResponse] = js.native\n    def listInvitations(params: ListInvitationsRequest): Request[ListInvitationsResponse] = js.native\n    def listMembers(params: ListMembersRequest): Request[ListMembersResponse] = js.native\n    def listOrganizationAdminAccounts(params: ListOrganizationAdminAccountsRequest): Request[ListOrganizationAdminAccountsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateActionTarget(params: UpdateActionTargetRequest): Request[UpdateActionTargetResponse] = js.native\n    def updateFindings(params: UpdateFindingsRequest): Request[UpdateFindingsResponse] = js.native\n    def updateInsight(params: UpdateInsightRequest): Request[UpdateInsightResponse] = js.native\n    def updateOrganizationConfiguration(params: UpdateOrganizationConfigurationRequest): Request[UpdateOrganizationConfigurationResponse] = js.native\n    def updateSecurityHubConfiguration(params: UpdateSecurityHubConfigurationRequest): Request[UpdateSecurityHubConfigurationResponse] = js.native\n    def updateStandardsControl(params: UpdateStandardsControlRequest): Request[UpdateStandardsControlResponse] = js.native\n  }\n\n  @js.native\n  trait AcceptAdministratorInvitationRequest extends js.Object {\n    var AdministratorId: NonEmptyString\n    var InvitationId: NonEmptyString\n  }\n\n  object AcceptAdministratorInvitationRequest {\n    @inline\n    def apply(\n        AdministratorId: NonEmptyString,\n        InvitationId: NonEmptyString\n    ): AcceptAdministratorInvitationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AdministratorId\" -> AdministratorId.asInstanceOf[js.Any],\n        \"InvitationId\" -> InvitationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptAdministratorInvitationRequest]\n    }\n  }\n\n  @js.native\n  trait AcceptAdministratorInvitationResponse extends js.Object\n\n  object AcceptAdministratorInvitationResponse {\n    @inline\n    def apply(): AcceptAdministratorInvitationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AcceptAdministratorInvitationResponse]\n    }\n  }\n\n  @js.native\n  trait AcceptInvitationRequest extends js.Object {\n    var InvitationId: NonEmptyString\n    var MasterId: NonEmptyString\n  }\n\n  object AcceptInvitationRequest {\n    @inline\n    def apply(\n        InvitationId: NonEmptyString,\n        MasterId: NonEmptyString\n    ): AcceptInvitationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InvitationId\" -> InvitationId.asInstanceOf[js.Any],\n        \"MasterId\" -> MasterId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptInvitationRequest]\n    }\n  }\n\n  @js.native\n  trait AcceptInvitationResponse extends js.Object\n\n  object AcceptInvitationResponse {\n    @inline\n    def apply(): AcceptInvitationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AcceptInvitationResponse]\n    }\n  }\n\n  \/** The details of an AWS account.\n    *\/\n  @js.native\n  trait AccountDetails extends js.Object {\n    var AccountId: AccountId\n    var Email: js.UndefOr[NonEmptyString]\n  }\n\n  object AccountDetails {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        Email: js.UndefOr[NonEmptyString] = js.undefined\n    ): AccountDetails = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountDetails]\n    }\n  }\n\n  \/** Provides details about one of the following actions that affects or that was taken on a resource: * A remote IP address issued an AWS API call * A DNS request was received * A remote IP address attempted to connect to an EC2 instance * A remote IP address attempted a port probe on an EC2 instance\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var ActionType: js.UndefOr[NonEmptyString]\n    var AwsApiCallAction: js.UndefOr[AwsApiCallAction]\n    var DnsRequestAction: js.UndefOr[DnsRequestAction]\n    var NetworkConnectionAction: js.UndefOr[NetworkConnectionAction]\n    var PortProbeAction: js.UndefOr[PortProbeAction]\n  }\n\n  object Action {\n    @inline\n    def apply(\n        ActionType: js.UndefOr[NonEmptyString] = js.undefined,\n        AwsApiCallAction: js.UndefOr[AwsApiCallAction] = js.undefined,\n        DnsRequestAction: js.UndefOr[DnsRequestAction] = js.undefined,\n        NetworkConnectionAction: js.UndefOr[NetworkConnectionAction] = js.undefined,\n        PortProbeAction: js.UndefOr[PortProbeAction] = js.undefined\n    ): Action = {\n      val __obj = js.Dynamic.literal()\n      ActionType.foreach(__v => __obj.updateDynamic(\"ActionType\")(__v.asInstanceOf[js.Any]))\n      AwsApiCallAction.foreach(__v => __obj.updateDynamic(\"AwsApiCallAction\")(__v.asInstanceOf[js.Any]))\n      DnsRequestAction.foreach(__v => __obj.updateDynamic(\"DnsRequestAction\")(__v.asInstanceOf[js.Any]))\n      NetworkConnectionAction.foreach(__v => __obj.updateDynamic(\"NetworkConnectionAction\")(__v.asInstanceOf[js.Any]))\n      PortProbeAction.foreach(__v => __obj.updateDynamic(\"PortProbeAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  \/** Provides information about the IP address where the scanned port is located.\n    *\/\n  @js.native\n  trait ActionLocalIpDetails extends js.Object {\n    var IpAddressV4: js.UndefOr[NonEmptyString]\n  }\n\n  object ActionLocalIpDetails {\n    @inline\n    def apply(\n        IpAddressV4: js.UndefOr[NonEmptyString] = js.undefined\n    ): ActionLocalIpDetails = {\n      val __obj = js.Dynamic.literal()\n      IpAddressV4.foreach(__v => __obj.updateDynamic(\"IpAddressV4\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionLocalIpDetails]\n    }\n  }\n\n  \/** For <code>NetworkConnectionAction<\/code> and <code>PortProbeDetails<\/code>, <code>LocalPortDetails<\/code> provides information about the local port that was involved in the action.\n    *\/\n  @js.native\n  trait ActionLocalPortDetails extends js.Object {\n    var Port: js.UndefOr[Int]\n    var PortName: js.UndefOr[NonEmptyString]\n  }\n\n  object ActionLocalPortDetails {\n    @inline\n    def apply(\n        Port: js.UndefOr[Int] = js.undefined,\n        PortName: js.UndefOr[NonEmptyString] = js.undefined\n    ): ActionLocalPortDetails = {\n      val __obj = js.Dynamic.literal()\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PortName.foreach(__v => __obj.updateDynamic(\"PortName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionLocalPortDetails]\n    }\n  }\n\n  \/** For <code>AwsApiAction<\/code>, <code>NetworkConnectionAction<\/code>, and <code>PortProbeAction<\/code>, <code>RemoteIpDetails<\/code> provides information about the remote IP address that was involved in the action.\n    *\/\n  @js.native\n  trait ActionRemoteIpDetails extends js.Object {\n    var City: js.UndefOr[City]\n    var Country: js.UndefOr[Country]\n    var GeoLocation: js.UndefOr[GeoLocation]\n    var IpAddressV4: js.UndefOr[NonEmptyString]\n    var Organization: js.UndefOr[IpOrganizationDetails]\n  }\n\n  object ActionRemoteIpDetails {\n    @inline\n    def apply(\n        City: js.UndefOr[City] = js.undefined,\n        Country: js.UndefOr[Country] = js.undefined,\n        GeoLocation: js.UndefOr[GeoLocation] = js.undefined,\n        IpAddressV4: js.UndefOr[NonEmptyString] = js.undefined,\n        Organization: js.UndefOr[IpOrganizationDetails] = js.undefined\n    ): ActionRemoteIpDetails = {\n      val __obj = js.Dynamic.literal()\n      City.foreach(__v => __obj.updateDynamic(\"City\")(__v.asInstanceOf[js.Any]))\n      Country.foreach(__v => __obj.updateDynamic(\"Country\")(__v.asInstanceOf[js.Any]))\n      GeoLocation.foreach(__v => __obj.updateDynamic(\"GeoLocation\")(__v.asInstanceOf[js.Any]))\n      IpAddressV4.foreach(__v => __obj.updateDynamic(\"IpAddressV4\")(__v.asInstanceOf[js.Any]))\n      Organization.foreach(__v => __obj.updateDynamic(\"Organization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionRemoteIpDetails]\n    }\n  }\n\n  \/** Provides information about the remote port that was involved in an attempted network connection.\n    *\/\n  @js.native\n  trait ActionRemotePortDetails extends js.Object {\n    var Port: js.UndefOr[Int]\n    var PortName: js.UndefOr[NonEmptyString]\n  }\n\n  object ActionRemotePortDetails {\n    @inline\n    def apply(\n        Port: js.UndefOr[Int] = js.undefined,\n        PortName: js.UndefOr[NonEmptyString] = js.undefined\n    ): ActionRemotePortDetails = {\n      val __obj = js.Dynamic.literal()\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PortName.foreach(__v => __obj.updateDynamic(\"PortName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionRemotePortDetails]\n    }\n  }\n\n  \/** An <code>ActionTarget<\/code> object.\n    *\/\n  @js.native\n  trait ActionTarget extends js.Object {\n    var ActionTargetArn: NonEmptyString\n    var Description: NonEmptyString\n    var Name: NonEmptyString\n  }\n\n  object ActionTarget {\n    @inline\n    def apply(\n        ActionTargetArn: NonEmptyString,\n        Description: NonEmptyString,\n        Name: NonEmptyString\n    ): ActionTarget = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargetArn\" -> ActionTargetArn.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActionTarget]\n    }\n  }\n\n  \/** Represents a Security Hub administrator account designated by an organization management account.\n    *\/\n  @js.native\n  trait AdminAccount extends js.Object {\n    var AccountId: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[AdminStatus]\n  }\n\n  object AdminAccount {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[AdminStatus] = js.undefined\n    ): AdminAccount = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdminAccount]\n    }\n  }\n\n  @js.native\n  sealed trait AdminStatus extends js.Any\n  object AdminStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[AdminStatus]\n    val DISABLE_IN_PROGRESS = \"DISABLE_IN_PROGRESS\".asInstanceOf[AdminStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLE_IN_PROGRESS)\n  }\n\n  \/** Information about an Availability Zone.\n    *\/\n  @js.native\n  trait AvailabilityZone extends js.Object {\n    var SubnetId: js.UndefOr[NonEmptyString]\n    var ZoneName: js.UndefOr[NonEmptyString]\n  }\n\n  object AvailabilityZone {\n    @inline\n    def apply(\n        SubnetId: js.UndefOr[NonEmptyString] = js.undefined,\n        ZoneName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      ZoneName.foreach(__v => __obj.updateDynamic(\"ZoneName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZone]\n    }\n  }\n\n  \/** Provided if <code>ActionType<\/code> is <code>AWS_API_CALL<\/code>. It provides details about the API call that was detected.\n    *\/\n  @js.native\n  trait AwsApiCallAction extends js.Object {\n    var AffectedResources: js.UndefOr[FieldMap]\n    var Api: js.UndefOr[NonEmptyString]\n    var CallerType: js.UndefOr[NonEmptyString]\n    var DomainDetails: js.UndefOr[AwsApiCallActionDomainDetails]\n    var FirstSeen: js.UndefOr[NonEmptyString]\n    var LastSeen: js.UndefOr[NonEmptyString]\n    var RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails]\n    var ServiceName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiCallAction {\n    @inline\n    def apply(\n        AffectedResources: js.UndefOr[FieldMap] = js.undefined,\n        Api: js.UndefOr[NonEmptyString] = js.undefined,\n        CallerType: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainDetails: js.UndefOr[AwsApiCallActionDomainDetails] = js.undefined,\n        FirstSeen: js.UndefOr[NonEmptyString] = js.undefined,\n        LastSeen: js.UndefOr[NonEmptyString] = js.undefined,\n        RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails] = js.undefined,\n        ServiceName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiCallAction = {\n      val __obj = js.Dynamic.literal()\n      AffectedResources.foreach(__v => __obj.updateDynamic(\"AffectedResources\")(__v.asInstanceOf[js.Any]))\n      Api.foreach(__v => __obj.updateDynamic(\"Api\")(__v.asInstanceOf[js.Any]))\n      CallerType.foreach(__v => __obj.updateDynamic(\"CallerType\")(__v.asInstanceOf[js.Any]))\n      DomainDetails.foreach(__v => __obj.updateDynamic(\"DomainDetails\")(__v.asInstanceOf[js.Any]))\n      FirstSeen.foreach(__v => __obj.updateDynamic(\"FirstSeen\")(__v.asInstanceOf[js.Any]))\n      LastSeen.foreach(__v => __obj.updateDynamic(\"LastSeen\")(__v.asInstanceOf[js.Any]))\n      RemoteIpDetails.foreach(__v => __obj.updateDynamic(\"RemoteIpDetails\")(__v.asInstanceOf[js.Any]))\n      ServiceName.foreach(__v => __obj.updateDynamic(\"ServiceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiCallAction]\n    }\n  }\n\n  \/** Provided if <code>CallerType<\/code> is <code>domain<\/code>. It provides information about the DNS domain that issued the API call.\n    *\/\n  @js.native\n  trait AwsApiCallActionDomainDetails extends js.Object {\n    var Domain: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiCallActionDomainDetails {\n    @inline\n    def apply(\n        Domain: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiCallActionDomainDetails = {\n      val __obj = js.Dynamic.literal()\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiCallActionDomainDetails]\n    }\n  }\n\n  \/** Contains information about settings for logging access for the stage.\n    *\/\n  @js.native\n  trait AwsApiGatewayAccessLogSettings extends js.Object {\n    var DestinationArn: js.UndefOr[NonEmptyString]\n    var Format: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiGatewayAccessLogSettings {\n    @inline\n    def apply(\n        DestinationArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Format: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiGatewayAccessLogSettings = {\n      val __obj = js.Dynamic.literal()\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayAccessLogSettings]\n    }\n  }\n\n  \/** Contains information about settings for canary deployment in the stage.\n    *\/\n  @js.native\n  trait AwsApiGatewayCanarySettings extends js.Object {\n    var DeploymentId: js.UndefOr[NonEmptyString]\n    var PercentTraffic: js.UndefOr[Double]\n    var StageVariableOverrides: js.UndefOr[FieldMap]\n    var UseStageCache: js.UndefOr[Boolean]\n  }\n\n  object AwsApiGatewayCanarySettings {\n    @inline\n    def apply(\n        DeploymentId: js.UndefOr[NonEmptyString] = js.undefined,\n        PercentTraffic: js.UndefOr[Double] = js.undefined,\n        StageVariableOverrides: js.UndefOr[FieldMap] = js.undefined,\n        UseStageCache: js.UndefOr[Boolean] = js.undefined\n    ): AwsApiGatewayCanarySettings = {\n      val __obj = js.Dynamic.literal()\n      DeploymentId.foreach(__v => __obj.updateDynamic(\"DeploymentId\")(__v.asInstanceOf[js.Any]))\n      PercentTraffic.foreach(__v => __obj.updateDynamic(\"PercentTraffic\")(__v.asInstanceOf[js.Any]))\n      StageVariableOverrides.foreach(__v => __obj.updateDynamic(\"StageVariableOverrides\")(__v.asInstanceOf[js.Any]))\n      UseStageCache.foreach(__v => __obj.updateDynamic(\"UseStageCache\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayCanarySettings]\n    }\n  }\n\n  \/** Contains information about the endpoints for the API.\n    *\/\n  @js.native\n  trait AwsApiGatewayEndpointConfiguration extends js.Object {\n    var Types: js.UndefOr[NonEmptyStringList]\n  }\n\n  object AwsApiGatewayEndpointConfiguration {\n    @inline\n    def apply(\n        Types: js.UndefOr[NonEmptyStringList] = js.undefined\n    ): AwsApiGatewayEndpointConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Types.foreach(__v => __obj.updateDynamic(\"Types\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayEndpointConfiguration]\n    }\n  }\n\n  \/** Defines settings for a method for the stage.\n    *\/\n  @js.native\n  trait AwsApiGatewayMethodSettings extends js.Object {\n    var CacheDataEncrypted: js.UndefOr[Boolean]\n    var CacheTtlInSeconds: js.UndefOr[Int]\n    var CachingEnabled: js.UndefOr[Boolean]\n    var DataTraceEnabled: js.UndefOr[Boolean]\n    var HttpMethod: js.UndefOr[NonEmptyString]\n    var LoggingLevel: js.UndefOr[NonEmptyString]\n    var MetricsEnabled: js.UndefOr[Boolean]\n    var RequireAuthorizationForCacheControl: js.UndefOr[Boolean]\n    var ResourcePath: js.UndefOr[NonEmptyString]\n    var ThrottlingBurstLimit: js.UndefOr[Int]\n    var ThrottlingRateLimit: js.UndefOr[Double]\n    var UnauthorizedCacheControlHeaderStrategy: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiGatewayMethodSettings {\n    @inline\n    def apply(\n        CacheDataEncrypted: js.UndefOr[Boolean] = js.undefined,\n        CacheTtlInSeconds: js.UndefOr[Int] = js.undefined,\n        CachingEnabled: js.UndefOr[Boolean] = js.undefined,\n        DataTraceEnabled: js.UndefOr[Boolean] = js.undefined,\n        HttpMethod: js.UndefOr[NonEmptyString] = js.undefined,\n        LoggingLevel: js.UndefOr[NonEmptyString] = js.undefined,\n        MetricsEnabled: js.UndefOr[Boolean] = js.undefined,\n        RequireAuthorizationForCacheControl: js.UndefOr[Boolean] = js.undefined,\n        ResourcePath: js.UndefOr[NonEmptyString] = js.undefined,\n        ThrottlingBurstLimit: js.UndefOr[Int] = js.undefined,\n        ThrottlingRateLimit: js.UndefOr[Double] = js.undefined,\n        UnauthorizedCacheControlHeaderStrategy: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiGatewayMethodSettings = {\n      val __obj = js.Dynamic.literal()\n      CacheDataEncrypted.foreach(__v => __obj.updateDynamic(\"CacheDataEncrypted\")(__v.asInstanceOf[js.Any]))\n      CacheTtlInSeconds.foreach(__v => __obj.updateDynamic(\"CacheTtlInSeconds\")(__v.asInstanceOf[js.Any]))\n      CachingEnabled.foreach(__v => __obj.updateDynamic(\"CachingEnabled\")(__v.asInstanceOf[js.Any]))\n      DataTraceEnabled.foreach(__v => __obj.updateDynamic(\"DataTraceEnabled\")(__v.asInstanceOf[js.Any]))\n      HttpMethod.foreach(__v => __obj.updateDynamic(\"HttpMethod\")(__v.asInstanceOf[js.Any]))\n      LoggingLevel.foreach(__v => __obj.updateDynamic(\"LoggingLevel\")(__v.asInstanceOf[js.Any]))\n      MetricsEnabled.foreach(__v => __obj.updateDynamic(\"MetricsEnabled\")(__v.asInstanceOf[js.Any]))\n      RequireAuthorizationForCacheControl.foreach(__v => __obj.updateDynamic(\"RequireAuthorizationForCacheControl\")(__v.asInstanceOf[js.Any]))\n      ResourcePath.foreach(__v => __obj.updateDynamic(\"ResourcePath\")(__v.asInstanceOf[js.Any]))\n      ThrottlingBurstLimit.foreach(__v => __obj.updateDynamic(\"ThrottlingBurstLimit\")(__v.asInstanceOf[js.Any]))\n      ThrottlingRateLimit.foreach(__v => __obj.updateDynamic(\"ThrottlingRateLimit\")(__v.asInstanceOf[js.Any]))\n      UnauthorizedCacheControlHeaderStrategy.foreach(__v => __obj.updateDynamic(\"UnauthorizedCacheControlHeaderStrategy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayMethodSettings]\n    }\n  }\n\n  \/** contains information about a REST API in version 1 of Amazon API Gateway.\n    *\/\n  @js.native\n  trait AwsApiGatewayRestApiDetails extends js.Object {\n    var ApiKeySource: js.UndefOr[NonEmptyString]\n    var BinaryMediaTypes: js.UndefOr[NonEmptyStringList]\n    var CreatedDate: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var EndpointConfiguration: js.UndefOr[AwsApiGatewayEndpointConfiguration]\n    var Id: js.UndefOr[NonEmptyString]\n    var MinimumCompressionSize: js.UndefOr[Int]\n    var Name: js.UndefOr[NonEmptyString]\n    var Version: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiGatewayRestApiDetails {\n    @inline\n    def apply(\n        ApiKeySource: js.UndefOr[NonEmptyString] = js.undefined,\n        BinaryMediaTypes: js.UndefOr[NonEmptyStringList] = js.undefined,\n        CreatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        EndpointConfiguration: js.UndefOr[AwsApiGatewayEndpointConfiguration] = js.undefined,\n        Id: js.UndefOr[NonEmptyString] = js.undefined,\n        MinimumCompressionSize: js.UndefOr[Int] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Version: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiGatewayRestApiDetails = {\n      val __obj = js.Dynamic.literal()\n      ApiKeySource.foreach(__v => __obj.updateDynamic(\"ApiKeySource\")(__v.asInstanceOf[js.Any]))\n      BinaryMediaTypes.foreach(__v => __obj.updateDynamic(\"BinaryMediaTypes\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EndpointConfiguration.foreach(__v => __obj.updateDynamic(\"EndpointConfiguration\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MinimumCompressionSize.foreach(__v => __obj.updateDynamic(\"MinimumCompressionSize\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayRestApiDetails]\n    }\n  }\n\n  \/** Provides information about a version 1 Amazon API Gateway stage.\n    *\/\n  @js.native\n  trait AwsApiGatewayStageDetails extends js.Object {\n    var AccessLogSettings: js.UndefOr[AwsApiGatewayAccessLogSettings]\n    var CacheClusterEnabled: js.UndefOr[Boolean]\n    var CacheClusterSize: js.UndefOr[NonEmptyString]\n    var CacheClusterStatus: js.UndefOr[NonEmptyString]\n    var CanarySettings: js.UndefOr[AwsApiGatewayCanarySettings]\n    var ClientCertificateId: js.UndefOr[NonEmptyString]\n    var CreatedDate: js.UndefOr[NonEmptyString]\n    var DeploymentId: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var DocumentationVersion: js.UndefOr[NonEmptyString]\n    var LastUpdatedDate: js.UndefOr[NonEmptyString]\n    var MethodSettings: js.UndefOr[AwsApiGatewayMethodSettingsList]\n    var StageName: js.UndefOr[NonEmptyString]\n    var TracingEnabled: js.UndefOr[Boolean]\n    var Variables: js.UndefOr[FieldMap]\n    var WebAclArn: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiGatewayStageDetails {\n    @inline\n    def apply(\n        AccessLogSettings: js.UndefOr[AwsApiGatewayAccessLogSettings] = js.undefined,\n        CacheClusterEnabled: js.UndefOr[Boolean] = js.undefined,\n        CacheClusterSize: js.UndefOr[NonEmptyString] = js.undefined,\n        CacheClusterStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        CanarySettings: js.UndefOr[AwsApiGatewayCanarySettings] = js.undefined,\n        ClientCertificateId: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        DeploymentId: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        DocumentationVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        LastUpdatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        MethodSettings: js.UndefOr[AwsApiGatewayMethodSettingsList] = js.undefined,\n        StageName: js.UndefOr[NonEmptyString] = js.undefined,\n        TracingEnabled: js.UndefOr[Boolean] = js.undefined,\n        Variables: js.UndefOr[FieldMap] = js.undefined,\n        WebAclArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiGatewayStageDetails = {\n      val __obj = js.Dynamic.literal()\n      AccessLogSettings.foreach(__v => __obj.updateDynamic(\"AccessLogSettings\")(__v.asInstanceOf[js.Any]))\n      CacheClusterEnabled.foreach(__v => __obj.updateDynamic(\"CacheClusterEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheClusterSize.foreach(__v => __obj.updateDynamic(\"CacheClusterSize\")(__v.asInstanceOf[js.Any]))\n      CacheClusterStatus.foreach(__v => __obj.updateDynamic(\"CacheClusterStatus\")(__v.asInstanceOf[js.Any]))\n      CanarySettings.foreach(__v => __obj.updateDynamic(\"CanarySettings\")(__v.asInstanceOf[js.Any]))\n      ClientCertificateId.foreach(__v => __obj.updateDynamic(\"ClientCertificateId\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DeploymentId.foreach(__v => __obj.updateDynamic(\"DeploymentId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DocumentationVersion.foreach(__v => __obj.updateDynamic(\"DocumentationVersion\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedDate.foreach(__v => __obj.updateDynamic(\"LastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      MethodSettings.foreach(__v => __obj.updateDynamic(\"MethodSettings\")(__v.asInstanceOf[js.Any]))\n      StageName.foreach(__v => __obj.updateDynamic(\"StageName\")(__v.asInstanceOf[js.Any]))\n      TracingEnabled.foreach(__v => __obj.updateDynamic(\"TracingEnabled\")(__v.asInstanceOf[js.Any]))\n      Variables.foreach(__v => __obj.updateDynamic(\"Variables\")(__v.asInstanceOf[js.Any]))\n      WebAclArn.foreach(__v => __obj.updateDynamic(\"WebAclArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayStageDetails]\n    }\n  }\n\n  \/** Contains information about a version 2 API in Amazon API Gateway.\n    *\/\n  @js.native\n  trait AwsApiGatewayV2ApiDetails extends js.Object {\n    var ApiEndpoint: js.UndefOr[NonEmptyString]\n    var ApiId: js.UndefOr[NonEmptyString]\n    var ApiKeySelectionExpression: js.UndefOr[NonEmptyString]\n    var CorsConfiguration: js.UndefOr[AwsCorsConfiguration]\n    var CreatedDate: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n    var ProtocolType: js.UndefOr[NonEmptyString]\n    var RouteSelectionExpression: js.UndefOr[NonEmptyString]\n    var Version: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsApiGatewayV2ApiDetails {\n    @inline\n    def apply(\n        ApiEndpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        ApiId: js.UndefOr[NonEmptyString] = js.undefined,\n        ApiKeySelectionExpression: js.UndefOr[NonEmptyString] = js.undefined,\n        CorsConfiguration: js.UndefOr[AwsCorsConfiguration] = js.undefined,\n        CreatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        ProtocolType: js.UndefOr[NonEmptyString] = js.undefined,\n        RouteSelectionExpression: js.UndefOr[NonEmptyString] = js.undefined,\n        Version: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsApiGatewayV2ApiDetails = {\n      val __obj = js.Dynamic.literal()\n      ApiEndpoint.foreach(__v => __obj.updateDynamic(\"ApiEndpoint\")(__v.asInstanceOf[js.Any]))\n      ApiId.foreach(__v => __obj.updateDynamic(\"ApiId\")(__v.asInstanceOf[js.Any]))\n      ApiKeySelectionExpression.foreach(__v => __obj.updateDynamic(\"ApiKeySelectionExpression\")(__v.asInstanceOf[js.Any]))\n      CorsConfiguration.foreach(__v => __obj.updateDynamic(\"CorsConfiguration\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ProtocolType.foreach(__v => __obj.updateDynamic(\"ProtocolType\")(__v.asInstanceOf[js.Any]))\n      RouteSelectionExpression.foreach(__v => __obj.updateDynamic(\"RouteSelectionExpression\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayV2ApiDetails]\n    }\n  }\n\n  \/** Contains route settings for a stage.\n    *\/\n  @js.native\n  trait AwsApiGatewayV2RouteSettings extends js.Object {\n    var DataTraceEnabled: js.UndefOr[Boolean]\n    var DetailedMetricsEnabled: js.UndefOr[Boolean]\n    var LoggingLevel: js.UndefOr[NonEmptyString]\n    var ThrottlingBurstLimit: js.UndefOr[Int]\n    var ThrottlingRateLimit: js.UndefOr[Double]\n  }\n\n  object AwsApiGatewayV2RouteSettings {\n    @inline\n    def apply(\n        DataTraceEnabled: js.UndefOr[Boolean] = js.undefined,\n        DetailedMetricsEnabled: js.UndefOr[Boolean] = js.undefined,\n        LoggingLevel: js.UndefOr[NonEmptyString] = js.undefined,\n        ThrottlingBurstLimit: js.UndefOr[Int] = js.undefined,\n        ThrottlingRateLimit: js.UndefOr[Double] = js.undefined\n    ): AwsApiGatewayV2RouteSettings = {\n      val __obj = js.Dynamic.literal()\n      DataTraceEnabled.foreach(__v => __obj.updateDynamic(\"DataTraceEnabled\")(__v.asInstanceOf[js.Any]))\n      DetailedMetricsEnabled.foreach(__v => __obj.updateDynamic(\"DetailedMetricsEnabled\")(__v.asInstanceOf[js.Any]))\n      LoggingLevel.foreach(__v => __obj.updateDynamic(\"LoggingLevel\")(__v.asInstanceOf[js.Any]))\n      ThrottlingBurstLimit.foreach(__v => __obj.updateDynamic(\"ThrottlingBurstLimit\")(__v.asInstanceOf[js.Any]))\n      ThrottlingRateLimit.foreach(__v => __obj.updateDynamic(\"ThrottlingRateLimit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayV2RouteSettings]\n    }\n  }\n\n  \/** Contains information about a version 2 stage for Amazon API Gateway.\n    *\/\n  @js.native\n  trait AwsApiGatewayV2StageDetails extends js.Object {\n    var AccessLogSettings: js.UndefOr[AwsApiGatewayAccessLogSettings]\n    var ApiGatewayManaged: js.UndefOr[Boolean]\n    var AutoDeploy: js.UndefOr[Boolean]\n    var CreatedDate: js.UndefOr[NonEmptyString]\n    var DefaultRouteSettings: js.UndefOr[AwsApiGatewayV2RouteSettings]\n    var DeploymentId: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var LastDeploymentStatusMessage: js.UndefOr[NonEmptyString]\n    var LastUpdatedDate: js.UndefOr[NonEmptyString]\n    var RouteSettings: js.UndefOr[AwsApiGatewayV2RouteSettings]\n    var StageName: js.UndefOr[NonEmptyString]\n    var StageVariables: js.UndefOr[FieldMap]\n  }\n\n  object AwsApiGatewayV2StageDetails {\n    @inline\n    def apply(\n        AccessLogSettings: js.UndefOr[AwsApiGatewayAccessLogSettings] = js.undefined,\n        ApiGatewayManaged: js.UndefOr[Boolean] = js.undefined,\n        AutoDeploy: js.UndefOr[Boolean] = js.undefined,\n        CreatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        DefaultRouteSettings: js.UndefOr[AwsApiGatewayV2RouteSettings] = js.undefined,\n        DeploymentId: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        LastDeploymentStatusMessage: js.UndefOr[NonEmptyString] = js.undefined,\n        LastUpdatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        RouteSettings: js.UndefOr[AwsApiGatewayV2RouteSettings] = js.undefined,\n        StageName: js.UndefOr[NonEmptyString] = js.undefined,\n        StageVariables: js.UndefOr[FieldMap] = js.undefined\n    ): AwsApiGatewayV2StageDetails = {\n      val __obj = js.Dynamic.literal()\n      AccessLogSettings.foreach(__v => __obj.updateDynamic(\"AccessLogSettings\")(__v.asInstanceOf[js.Any]))\n      ApiGatewayManaged.foreach(__v => __obj.updateDynamic(\"ApiGatewayManaged\")(__v.asInstanceOf[js.Any]))\n      AutoDeploy.foreach(__v => __obj.updateDynamic(\"AutoDeploy\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DefaultRouteSettings.foreach(__v => __obj.updateDynamic(\"DefaultRouteSettings\")(__v.asInstanceOf[js.Any]))\n      DeploymentId.foreach(__v => __obj.updateDynamic(\"DeploymentId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastDeploymentStatusMessage.foreach(__v => __obj.updateDynamic(\"LastDeploymentStatusMessage\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedDate.foreach(__v => __obj.updateDynamic(\"LastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      RouteSettings.foreach(__v => __obj.updateDynamic(\"RouteSettings\")(__v.asInstanceOf[js.Any]))\n      StageName.foreach(__v => __obj.updateDynamic(\"StageName\")(__v.asInstanceOf[js.Any]))\n      StageVariables.foreach(__v => __obj.updateDynamic(\"StageVariables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsApiGatewayV2StageDetails]\n    }\n  }\n\n  \/** Provides details about an auto scaling group.\n    *\/\n  @js.native\n  trait AwsAutoScalingAutoScalingGroupDetails extends js.Object {\n    var CreatedTime: js.UndefOr[NonEmptyString]\n    var HealthCheckGracePeriod: js.UndefOr[Int]\n    var HealthCheckType: js.UndefOr[NonEmptyString]\n    var LaunchConfigurationName: js.UndefOr[NonEmptyString]\n    var LoadBalancerNames: js.UndefOr[StringList]\n  }\n\n  object AwsAutoScalingAutoScalingGroupDetails {\n    @inline\n    def apply(\n        CreatedTime: js.UndefOr[NonEmptyString] = js.undefined,\n        HealthCheckGracePeriod: js.UndefOr[Int] = js.undefined,\n        HealthCheckType: js.UndefOr[NonEmptyString] = js.undefined,\n        LaunchConfigurationName: js.UndefOr[NonEmptyString] = js.undefined,\n        LoadBalancerNames: js.UndefOr[StringList] = js.undefined\n    ): AwsAutoScalingAutoScalingGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      HealthCheckGracePeriod.foreach(__v => __obj.updateDynamic(\"HealthCheckGracePeriod\")(__v.asInstanceOf[js.Any]))\n      HealthCheckType.foreach(__v => __obj.updateDynamic(\"HealthCheckType\")(__v.asInstanceOf[js.Any]))\n      LaunchConfigurationName.foreach(__v => __obj.updateDynamic(\"LaunchConfigurationName\")(__v.asInstanceOf[js.Any]))\n      LoadBalancerNames.foreach(__v => __obj.updateDynamic(\"LoadBalancerNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsAutoScalingAutoScalingGroupDetails]\n    }\n  }\n\n  \/** Provides details about an AWS Certificate Manager certificate.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateDetails extends js.Object {\n    var CertificateAuthorityArn: js.UndefOr[NonEmptyString]\n    var CreatedAt: js.UndefOr[NonEmptyString]\n    var DomainName: js.UndefOr[NonEmptyString]\n    var DomainValidationOptions: js.UndefOr[AwsCertificateManagerCertificateDomainValidationOptions]\n    var ExtendedKeyUsages: js.UndefOr[AwsCertificateManagerCertificateExtendedKeyUsages]\n    var FailureReason: js.UndefOr[NonEmptyString]\n    var ImportedAt: js.UndefOr[NonEmptyString]\n    var InUseBy: js.UndefOr[StringList]\n    var IssuedAt: js.UndefOr[NonEmptyString]\n    var Issuer: js.UndefOr[NonEmptyString]\n    var KeyAlgorithm: js.UndefOr[NonEmptyString]\n    var KeyUsages: js.UndefOr[AwsCertificateManagerCertificateKeyUsages]\n    var NotAfter: js.UndefOr[NonEmptyString]\n    var NotBefore: js.UndefOr[NonEmptyString]\n    var Options: js.UndefOr[AwsCertificateManagerCertificateOptions]\n    var RenewalEligibility: js.UndefOr[NonEmptyString]\n    var RenewalSummary: js.UndefOr[AwsCertificateManagerCertificateRenewalSummary]\n    var Serial: js.UndefOr[NonEmptyString]\n    var SignatureAlgorithm: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n    var Subject: js.UndefOr[NonEmptyString]\n    var SubjectAlternativeNames: js.UndefOr[StringList]\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateDetails {\n    @inline\n    def apply(\n        CertificateAuthorityArn: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainName: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainValidationOptions: js.UndefOr[AwsCertificateManagerCertificateDomainValidationOptions] = js.undefined,\n        ExtendedKeyUsages: js.UndefOr[AwsCertificateManagerCertificateExtendedKeyUsages] = js.undefined,\n        FailureReason: js.UndefOr[NonEmptyString] = js.undefined,\n        ImportedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        InUseBy: js.UndefOr[StringList] = js.undefined,\n        IssuedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        Issuer: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyAlgorithm: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyUsages: js.UndefOr[AwsCertificateManagerCertificateKeyUsages] = js.undefined,\n        NotAfter: js.UndefOr[NonEmptyString] = js.undefined,\n        NotBefore: js.UndefOr[NonEmptyString] = js.undefined,\n        Options: js.UndefOr[AwsCertificateManagerCertificateOptions] = js.undefined,\n        RenewalEligibility: js.UndefOr[NonEmptyString] = js.undefined,\n        RenewalSummary: js.UndefOr[AwsCertificateManagerCertificateRenewalSummary] = js.undefined,\n        Serial: js.UndefOr[NonEmptyString] = js.undefined,\n        SignatureAlgorithm: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        Subject: js.UndefOr[NonEmptyString] = js.undefined,\n        SubjectAlternativeNames: js.UndefOr[StringList] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateDetails = {\n      val __obj = js.Dynamic.literal()\n      CertificateAuthorityArn.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityArn\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      DomainValidationOptions.foreach(__v => __obj.updateDynamic(\"DomainValidationOptions\")(__v.asInstanceOf[js.Any]))\n      ExtendedKeyUsages.foreach(__v => __obj.updateDynamic(\"ExtendedKeyUsages\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      ImportedAt.foreach(__v => __obj.updateDynamic(\"ImportedAt\")(__v.asInstanceOf[js.Any]))\n      InUseBy.foreach(__v => __obj.updateDynamic(\"InUseBy\")(__v.asInstanceOf[js.Any]))\n      IssuedAt.foreach(__v => __obj.updateDynamic(\"IssuedAt\")(__v.asInstanceOf[js.Any]))\n      Issuer.foreach(__v => __obj.updateDynamic(\"Issuer\")(__v.asInstanceOf[js.Any]))\n      KeyAlgorithm.foreach(__v => __obj.updateDynamic(\"KeyAlgorithm\")(__v.asInstanceOf[js.Any]))\n      KeyUsages.foreach(__v => __obj.updateDynamic(\"KeyUsages\")(__v.asInstanceOf[js.Any]))\n      NotAfter.foreach(__v => __obj.updateDynamic(\"NotAfter\")(__v.asInstanceOf[js.Any]))\n      NotBefore.foreach(__v => __obj.updateDynamic(\"NotBefore\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      RenewalEligibility.foreach(__v => __obj.updateDynamic(\"RenewalEligibility\")(__v.asInstanceOf[js.Any]))\n      RenewalSummary.foreach(__v => __obj.updateDynamic(\"RenewalSummary\")(__v.asInstanceOf[js.Any]))\n      Serial.foreach(__v => __obj.updateDynamic(\"Serial\")(__v.asInstanceOf[js.Any]))\n      SignatureAlgorithm.foreach(__v => __obj.updateDynamic(\"SignatureAlgorithm\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Subject.foreach(__v => __obj.updateDynamic(\"Subject\")(__v.asInstanceOf[js.Any]))\n      SubjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"SubjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateDetails]\n    }\n  }\n\n  \/** Contains information about one of the following: * The initial validation of each domain name that occurs as a result of the <code>RequestCertificate<\/code> request * The validation of each domain name in the certificate, as it pertains to AWS Certificate Manager managed renewal\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateDomainValidationOption extends js.Object {\n    var DomainName: js.UndefOr[NonEmptyString]\n    var ResourceRecord: js.UndefOr[AwsCertificateManagerCertificateResourceRecord]\n    var ValidationDomain: js.UndefOr[NonEmptyString]\n    var ValidationEmails: js.UndefOr[StringList]\n    var ValidationMethod: js.UndefOr[NonEmptyString]\n    var ValidationStatus: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateDomainValidationOption {\n    @inline\n    def apply(\n        DomainName: js.UndefOr[NonEmptyString] = js.undefined,\n        ResourceRecord: js.UndefOr[AwsCertificateManagerCertificateResourceRecord] = js.undefined,\n        ValidationDomain: js.UndefOr[NonEmptyString] = js.undefined,\n        ValidationEmails: js.UndefOr[StringList] = js.undefined,\n        ValidationMethod: js.UndefOr[NonEmptyString] = js.undefined,\n        ValidationStatus: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateDomainValidationOption = {\n      val __obj = js.Dynamic.literal()\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      ResourceRecord.foreach(__v => __obj.updateDynamic(\"ResourceRecord\")(__v.asInstanceOf[js.Any]))\n      ValidationDomain.foreach(__v => __obj.updateDynamic(\"ValidationDomain\")(__v.asInstanceOf[js.Any]))\n      ValidationEmails.foreach(__v => __obj.updateDynamic(\"ValidationEmails\")(__v.asInstanceOf[js.Any]))\n      ValidationMethod.foreach(__v => __obj.updateDynamic(\"ValidationMethod\")(__v.asInstanceOf[js.Any]))\n      ValidationStatus.foreach(__v => __obj.updateDynamic(\"ValidationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateDomainValidationOption]\n    }\n  }\n\n  \/** Contains information about an extended key usage X.509 v3 extension object.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateExtendedKeyUsage extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n    var OId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateExtendedKeyUsage {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        OId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateExtendedKeyUsage = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OId.foreach(__v => __obj.updateDynamic(\"OId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateExtendedKeyUsage]\n    }\n  }\n\n  \/** Contains information about a key usage X.509 v3 extension object.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateKeyUsage extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateKeyUsage {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateKeyUsage = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateKeyUsage]\n    }\n  }\n\n  \/** Contains other options for the certificate.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateOptions extends js.Object {\n    var CertificateTransparencyLoggingPreference: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateOptions {\n    @inline\n    def apply(\n        CertificateTransparencyLoggingPreference: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateOptions = {\n      val __obj = js.Dynamic.literal()\n      CertificateTransparencyLoggingPreference.foreach(__v => __obj.updateDynamic(\"CertificateTransparencyLoggingPreference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateOptions]\n    }\n  }\n\n  \/** Contains information about the AWS Certificate Manager managed renewal for an <code>AMAZON_ISSUED<\/code> certificate.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateRenewalSummary extends js.Object {\n    var DomainValidationOptions: js.UndefOr[AwsCertificateManagerCertificateDomainValidationOptions]\n    var RenewalStatus: js.UndefOr[NonEmptyString]\n    var RenewalStatusReason: js.UndefOr[NonEmptyString]\n    var UpdatedAt: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateRenewalSummary {\n    @inline\n    def apply(\n        DomainValidationOptions: js.UndefOr[AwsCertificateManagerCertificateDomainValidationOptions] = js.undefined,\n        RenewalStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        RenewalStatusReason: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedAt: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateRenewalSummary = {\n      val __obj = js.Dynamic.literal()\n      DomainValidationOptions.foreach(__v => __obj.updateDynamic(\"DomainValidationOptions\")(__v.asInstanceOf[js.Any]))\n      RenewalStatus.foreach(__v => __obj.updateDynamic(\"RenewalStatus\")(__v.asInstanceOf[js.Any]))\n      RenewalStatusReason.foreach(__v => __obj.updateDynamic(\"RenewalStatusReason\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateRenewalSummary]\n    }\n  }\n\n  \/** Provides details about the CNAME record that is added to the DNS database for domain validation.\n    *\/\n  @js.native\n  trait AwsCertificateManagerCertificateResourceRecord extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[NonEmptyString]\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCertificateManagerCertificateResourceRecord {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined,\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCertificateManagerCertificateResourceRecord = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCertificateManagerCertificateResourceRecord]\n    }\n  }\n\n  \/** Information about a cache behavior for the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionCacheBehavior extends js.Object {\n    var ViewerProtocolPolicy: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudFrontDistributionCacheBehavior {\n    @inline\n    def apply(\n        ViewerProtocolPolicy: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudFrontDistributionCacheBehavior = {\n      val __obj = js.Dynamic.literal()\n      ViewerProtocolPolicy.foreach(__v => __obj.updateDynamic(\"ViewerProtocolPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionCacheBehavior]\n    }\n  }\n\n  \/** Provides information about caching for the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionCacheBehaviors extends js.Object {\n    var Items: js.UndefOr[AwsCloudFrontDistributionCacheBehaviorsItemList]\n  }\n\n  object AwsCloudFrontDistributionCacheBehaviors {\n    @inline\n    def apply(\n        Items: js.UndefOr[AwsCloudFrontDistributionCacheBehaviorsItemList] = js.undefined\n    ): AwsCloudFrontDistributionCacheBehaviors = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionCacheBehaviors]\n    }\n  }\n\n  \/** Contains information about the default cache configuration for the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionDefaultCacheBehavior extends js.Object {\n    var ViewerProtocolPolicy: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudFrontDistributionDefaultCacheBehavior {\n    @inline\n    def apply(\n        ViewerProtocolPolicy: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudFrontDistributionDefaultCacheBehavior = {\n      val __obj = js.Dynamic.literal()\n      ViewerProtocolPolicy.foreach(__v => __obj.updateDynamic(\"ViewerProtocolPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionDefaultCacheBehavior]\n    }\n  }\n\n  \/** A distribution configuration.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionDetails extends js.Object {\n    var CacheBehaviors: js.UndefOr[AwsCloudFrontDistributionCacheBehaviors]\n    var DefaultCacheBehavior: js.UndefOr[AwsCloudFrontDistributionDefaultCacheBehavior]\n    var DefaultRootObject: js.UndefOr[NonEmptyString]\n    var DomainName: js.UndefOr[NonEmptyString]\n    var ETag: js.UndefOr[NonEmptyString]\n    var LastModifiedTime: js.UndefOr[NonEmptyString]\n    var Logging: js.UndefOr[AwsCloudFrontDistributionLogging]\n    var OriginGroups: js.UndefOr[AwsCloudFrontDistributionOriginGroups]\n    var Origins: js.UndefOr[AwsCloudFrontDistributionOrigins]\n    var Status: js.UndefOr[NonEmptyString]\n    var WebAclId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudFrontDistributionDetails {\n    @inline\n    def apply(\n        CacheBehaviors: js.UndefOr[AwsCloudFrontDistributionCacheBehaviors] = js.undefined,\n        DefaultCacheBehavior: js.UndefOr[AwsCloudFrontDistributionDefaultCacheBehavior] = js.undefined,\n        DefaultRootObject: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainName: js.UndefOr[NonEmptyString] = js.undefined,\n        ETag: js.UndefOr[NonEmptyString] = js.undefined,\n        LastModifiedTime: js.UndefOr[NonEmptyString] = js.undefined,\n        Logging: js.UndefOr[AwsCloudFrontDistributionLogging] = js.undefined,\n        OriginGroups: js.UndefOr[AwsCloudFrontDistributionOriginGroups] = js.undefined,\n        Origins: js.UndefOr[AwsCloudFrontDistributionOrigins] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        WebAclId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudFrontDistributionDetails = {\n      val __obj = js.Dynamic.literal()\n      CacheBehaviors.foreach(__v => __obj.updateDynamic(\"CacheBehaviors\")(__v.asInstanceOf[js.Any]))\n      DefaultCacheBehavior.foreach(__v => __obj.updateDynamic(\"DefaultCacheBehavior\")(__v.asInstanceOf[js.Any]))\n      DefaultRootObject.foreach(__v => __obj.updateDynamic(\"DefaultRootObject\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Logging.foreach(__v => __obj.updateDynamic(\"Logging\")(__v.asInstanceOf[js.Any]))\n      OriginGroups.foreach(__v => __obj.updateDynamic(\"OriginGroups\")(__v.asInstanceOf[js.Any]))\n      Origins.foreach(__v => __obj.updateDynamic(\"Origins\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      WebAclId.foreach(__v => __obj.updateDynamic(\"WebAclId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionDetails]\n    }\n  }\n\n  \/** A complex type that controls whether access logs are written for the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionLogging extends js.Object {\n    var Bucket: js.UndefOr[NonEmptyString]\n    var Enabled: js.UndefOr[Boolean]\n    var IncludeCookies: js.UndefOr[Boolean]\n    var Prefix: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudFrontDistributionLogging {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[NonEmptyString] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        IncludeCookies: js.UndefOr[Boolean] = js.undefined,\n        Prefix: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudFrontDistributionLogging = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      IncludeCookies.foreach(__v => __obj.updateDynamic(\"IncludeCookies\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionLogging]\n    }\n  }\n\n  \/** Information about an origin group for the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginGroup extends js.Object {\n    var FailoverCriteria: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailover]\n  }\n\n  object AwsCloudFrontDistributionOriginGroup {\n    @inline\n    def apply(\n        FailoverCriteria: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailover] = js.undefined\n    ): AwsCloudFrontDistributionOriginGroup = {\n      val __obj = js.Dynamic.literal()\n      FailoverCriteria.foreach(__v => __obj.updateDynamic(\"FailoverCriteria\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginGroup]\n    }\n  }\n\n  \/** Provides information about when an origin group fails over.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginGroupFailover extends js.Object {\n    var StatusCodes: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailoverStatusCodes]\n  }\n\n  object AwsCloudFrontDistributionOriginGroupFailover {\n    @inline\n    def apply(\n        StatusCodes: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailoverStatusCodes] = js.undefined\n    ): AwsCloudFrontDistributionOriginGroupFailover = {\n      val __obj = js.Dynamic.literal()\n      StatusCodes.foreach(__v => __obj.updateDynamic(\"StatusCodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginGroupFailover]\n    }\n  }\n\n  \/** The status codes that cause an origin group to fail over.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginGroupFailoverStatusCodes extends js.Object {\n    var Items: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailoverStatusCodesItemList]\n    var Quantity: js.UndefOr[Int]\n  }\n\n  object AwsCloudFrontDistributionOriginGroupFailoverStatusCodes {\n    @inline\n    def apply(\n        Items: js.UndefOr[AwsCloudFrontDistributionOriginGroupFailoverStatusCodesItemList] = js.undefined,\n        Quantity: js.UndefOr[Int] = js.undefined\n    ): AwsCloudFrontDistributionOriginGroupFailoverStatusCodes = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      Quantity.foreach(__v => __obj.updateDynamic(\"Quantity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginGroupFailoverStatusCodes]\n    }\n  }\n\n  \/** Provides information about origin groups that are associated with the distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginGroups extends js.Object {\n    var Items: js.UndefOr[AwsCloudFrontDistributionOriginGroupsItemList]\n  }\n\n  object AwsCloudFrontDistributionOriginGroups {\n    @inline\n    def apply(\n        Items: js.UndefOr[AwsCloudFrontDistributionOriginGroupsItemList] = js.undefined\n    ): AwsCloudFrontDistributionOriginGroups = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginGroups]\n    }\n  }\n\n  \/** A complex type that describes the Amazon S3 bucket, HTTP server (for example, a web server), Amazon Elemental MediaStore, or other server from which CloudFront gets your files.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginItem extends js.Object {\n    var DomainName: js.UndefOr[NonEmptyString]\n    var Id: js.UndefOr[NonEmptyString]\n    var OriginPath: js.UndefOr[NonEmptyString]\n    var S3OriginConfig: js.UndefOr[AwsCloudFrontDistributionOriginS3OriginConfig]\n  }\n\n  object AwsCloudFrontDistributionOriginItem {\n    @inline\n    def apply(\n        DomainName: js.UndefOr[NonEmptyString] = js.undefined,\n        Id: js.UndefOr[NonEmptyString] = js.undefined,\n        OriginPath: js.UndefOr[NonEmptyString] = js.undefined,\n        S3OriginConfig: js.UndefOr[AwsCloudFrontDistributionOriginS3OriginConfig] = js.undefined\n    ): AwsCloudFrontDistributionOriginItem = {\n      val __obj = js.Dynamic.literal()\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      OriginPath.foreach(__v => __obj.updateDynamic(\"OriginPath\")(__v.asInstanceOf[js.Any]))\n      S3OriginConfig.foreach(__v => __obj.updateDynamic(\"S3OriginConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginItem]\n    }\n  }\n\n  \/** Information about an origin that is an S3 bucket that is not configured with static website hosting.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOriginS3OriginConfig extends js.Object {\n    var OriginAccessIdentity: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudFrontDistributionOriginS3OriginConfig {\n    @inline\n    def apply(\n        OriginAccessIdentity: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudFrontDistributionOriginS3OriginConfig = {\n      val __obj = js.Dynamic.literal()\n      OriginAccessIdentity.foreach(__v => __obj.updateDynamic(\"OriginAccessIdentity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOriginS3OriginConfig]\n    }\n  }\n\n  \/** A complex type that contains information about origins and origin groups for this distribution.\n    *\/\n  @js.native\n  trait AwsCloudFrontDistributionOrigins extends js.Object {\n    var Items: js.UndefOr[AwsCloudFrontDistributionOriginItemList]\n  }\n\n  object AwsCloudFrontDistributionOrigins {\n    @inline\n    def apply(\n        Items: js.UndefOr[AwsCloudFrontDistributionOriginItemList] = js.undefined\n    ): AwsCloudFrontDistributionOrigins = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudFrontDistributionOrigins]\n    }\n  }\n\n  \/** Provides details about a CloudTrail trail.\n    *\/\n  @js.native\n  trait AwsCloudTrailTrailDetails extends js.Object {\n    var CloudWatchLogsLogGroupArn: js.UndefOr[NonEmptyString]\n    var CloudWatchLogsRoleArn: js.UndefOr[NonEmptyString]\n    var HasCustomEventSelectors: js.UndefOr[Boolean]\n    var HomeRegion: js.UndefOr[NonEmptyString]\n    var IncludeGlobalServiceEvents: js.UndefOr[Boolean]\n    var IsMultiRegionTrail: js.UndefOr[Boolean]\n    var IsOrganizationTrail: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var LogFileValidationEnabled: js.UndefOr[Boolean]\n    var Name: js.UndefOr[NonEmptyString]\n    var S3BucketName: js.UndefOr[NonEmptyString]\n    var S3KeyPrefix: js.UndefOr[NonEmptyString]\n    var SnsTopicArn: js.UndefOr[NonEmptyString]\n    var SnsTopicName: js.UndefOr[NonEmptyString]\n    var TrailArn: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCloudTrailTrailDetails {\n    @inline\n    def apply(\n        CloudWatchLogsLogGroupArn: js.UndefOr[NonEmptyString] = js.undefined,\n        CloudWatchLogsRoleArn: js.UndefOr[NonEmptyString] = js.undefined,\n        HasCustomEventSelectors: js.UndefOr[Boolean] = js.undefined,\n        HomeRegion: js.UndefOr[NonEmptyString] = js.undefined,\n        IncludeGlobalServiceEvents: js.UndefOr[Boolean] = js.undefined,\n        IsMultiRegionTrail: js.UndefOr[Boolean] = js.undefined,\n        IsOrganizationTrail: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        LogFileValidationEnabled: js.UndefOr[Boolean] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        S3BucketName: js.UndefOr[NonEmptyString] = js.undefined,\n        S3KeyPrefix: js.UndefOr[NonEmptyString] = js.undefined,\n        SnsTopicArn: js.UndefOr[NonEmptyString] = js.undefined,\n        SnsTopicName: js.UndefOr[NonEmptyString] = js.undefined,\n        TrailArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCloudTrailTrailDetails = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLogsLogGroupArn.foreach(__v => __obj.updateDynamic(\"CloudWatchLogsLogGroupArn\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLogsRoleArn.foreach(__v => __obj.updateDynamic(\"CloudWatchLogsRoleArn\")(__v.asInstanceOf[js.Any]))\n      HasCustomEventSelectors.foreach(__v => __obj.updateDynamic(\"HasCustomEventSelectors\")(__v.asInstanceOf[js.Any]))\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      IncludeGlobalServiceEvents.foreach(__v => __obj.updateDynamic(\"IncludeGlobalServiceEvents\")(__v.asInstanceOf[js.Any]))\n      IsMultiRegionTrail.foreach(__v => __obj.updateDynamic(\"IsMultiRegionTrail\")(__v.asInstanceOf[js.Any]))\n      IsOrganizationTrail.foreach(__v => __obj.updateDynamic(\"IsOrganizationTrail\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LogFileValidationEnabled.foreach(__v => __obj.updateDynamic(\"LogFileValidationEnabled\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      S3KeyPrefix.foreach(__v => __obj.updateDynamic(\"S3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SnsTopicName.foreach(__v => __obj.updateDynamic(\"SnsTopicName\")(__v.asInstanceOf[js.Any]))\n      TrailArn.foreach(__v => __obj.updateDynamic(\"TrailArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudTrailTrailDetails]\n    }\n  }\n\n  \/** Information about an AWS CodeBuild project.\n    *\/\n  @js.native\n  trait AwsCodeBuildProjectDetails extends js.Object {\n    var EncryptionKey: js.UndefOr[NonEmptyString]\n    var Environment: js.UndefOr[AwsCodeBuildProjectEnvironment]\n    var Name: js.UndefOr[NonEmptyString]\n    var ServiceRole: js.UndefOr[NonEmptyString]\n    var Source: js.UndefOr[AwsCodeBuildProjectSource]\n    var VpcConfig: js.UndefOr[AwsCodeBuildProjectVpcConfig]\n  }\n\n  object AwsCodeBuildProjectDetails {\n    @inline\n    def apply(\n        EncryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        Environment: js.UndefOr[AwsCodeBuildProjectEnvironment] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        ServiceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        Source: js.UndefOr[AwsCodeBuildProjectSource] = js.undefined,\n        VpcConfig: js.UndefOr[AwsCodeBuildProjectVpcConfig] = js.undefined\n    ): AwsCodeBuildProjectDetails = {\n      val __obj = js.Dynamic.literal()\n      EncryptionKey.foreach(__v => __obj.updateDynamic(\"EncryptionKey\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ServiceRole.foreach(__v => __obj.updateDynamic(\"ServiceRole\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCodeBuildProjectDetails]\n    }\n  }\n\n  \/** Information about the build environment for this build project.\n    *\/\n  @js.native\n  trait AwsCodeBuildProjectEnvironment extends js.Object {\n    var Certificate: js.UndefOr[NonEmptyString]\n    var ImagePullCredentialsType: js.UndefOr[NonEmptyString]\n    var RegistryCredential: js.UndefOr[AwsCodeBuildProjectEnvironmentRegistryCredential]\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCodeBuildProjectEnvironment {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[NonEmptyString] = js.undefined,\n        ImagePullCredentialsType: js.UndefOr[NonEmptyString] = js.undefined,\n        RegistryCredential: js.UndefOr[AwsCodeBuildProjectEnvironmentRegistryCredential] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCodeBuildProjectEnvironment = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      ImagePullCredentialsType.foreach(__v => __obj.updateDynamic(\"ImagePullCredentialsType\")(__v.asInstanceOf[js.Any]))\n      RegistryCredential.foreach(__v => __obj.updateDynamic(\"RegistryCredential\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCodeBuildProjectEnvironment]\n    }\n  }\n\n  \/** The credentials for access to a private registry.\n    *\/\n  @js.native\n  trait AwsCodeBuildProjectEnvironmentRegistryCredential extends js.Object {\n    var Credential: js.UndefOr[NonEmptyString]\n    var CredentialProvider: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCodeBuildProjectEnvironmentRegistryCredential {\n    @inline\n    def apply(\n        Credential: js.UndefOr[NonEmptyString] = js.undefined,\n        CredentialProvider: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCodeBuildProjectEnvironmentRegistryCredential = {\n      val __obj = js.Dynamic.literal()\n      Credential.foreach(__v => __obj.updateDynamic(\"Credential\")(__v.asInstanceOf[js.Any]))\n      CredentialProvider.foreach(__v => __obj.updateDynamic(\"CredentialProvider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCodeBuildProjectEnvironmentRegistryCredential]\n    }\n  }\n\n  \/** Information about the build input source code for this build project.\n    *\/\n  @js.native\n  trait AwsCodeBuildProjectSource extends js.Object {\n    var GitCloneDepth: js.UndefOr[Int]\n    var InsecureSsl: js.UndefOr[Boolean]\n    var Location: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCodeBuildProjectSource {\n    @inline\n    def apply(\n        GitCloneDepth: js.UndefOr[Int] = js.undefined,\n        InsecureSsl: js.UndefOr[Boolean] = js.undefined,\n        Location: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCodeBuildProjectSource = {\n      val __obj = js.Dynamic.literal()\n      GitCloneDepth.foreach(__v => __obj.updateDynamic(\"GitCloneDepth\")(__v.asInstanceOf[js.Any]))\n      InsecureSsl.foreach(__v => __obj.updateDynamic(\"InsecureSsl\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCodeBuildProjectSource]\n    }\n  }\n\n  \/** Information about the VPC configuration that AWS CodeBuild accesses.\n    *\/\n  @js.native\n  trait AwsCodeBuildProjectVpcConfig extends js.Object {\n    var SecurityGroupIds: js.UndefOr[NonEmptyStringList]\n    var Subnets: js.UndefOr[NonEmptyStringList]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsCodeBuildProjectVpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[NonEmptyStringList] = js.undefined,\n        Subnets: js.UndefOr[NonEmptyStringList] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsCodeBuildProjectVpcConfig = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCodeBuildProjectVpcConfig]\n    }\n  }\n\n  \/** Contains the cross-origin resource sharing (CORS) configuration for the API. CORS is only supported for HTTP APIs.\n    *\/\n  @js.native\n  trait AwsCorsConfiguration extends js.Object {\n    var AllowCredentials: js.UndefOr[Boolean]\n    var AllowHeaders: js.UndefOr[NonEmptyStringList]\n    var AllowMethods: js.UndefOr[NonEmptyStringList]\n    var AllowOrigins: js.UndefOr[NonEmptyStringList]\n    var ExposeHeaders: js.UndefOr[NonEmptyStringList]\n    var MaxAge: js.UndefOr[Int]\n  }\n\n  object AwsCorsConfiguration {\n    @inline\n    def apply(\n        AllowCredentials: js.UndefOr[Boolean] = js.undefined,\n        AllowHeaders: js.UndefOr[NonEmptyStringList] = js.undefined,\n        AllowMethods: js.UndefOr[NonEmptyStringList] = js.undefined,\n        AllowOrigins: js.UndefOr[NonEmptyStringList] = js.undefined,\n        ExposeHeaders: js.UndefOr[NonEmptyStringList] = js.undefined,\n        MaxAge: js.UndefOr[Int] = js.undefined\n    ): AwsCorsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AllowCredentials.foreach(__v => __obj.updateDynamic(\"AllowCredentials\")(__v.asInstanceOf[js.Any]))\n      AllowHeaders.foreach(__v => __obj.updateDynamic(\"AllowHeaders\")(__v.asInstanceOf[js.Any]))\n      AllowMethods.foreach(__v => __obj.updateDynamic(\"AllowMethods\")(__v.asInstanceOf[js.Any]))\n      AllowOrigins.foreach(__v => __obj.updateDynamic(\"AllowOrigins\")(__v.asInstanceOf[js.Any]))\n      ExposeHeaders.foreach(__v => __obj.updateDynamic(\"ExposeHeaders\")(__v.asInstanceOf[js.Any]))\n      MaxAge.foreach(__v => __obj.updateDynamic(\"MaxAge\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCorsConfiguration]\n    }\n  }\n\n  \/** Contains a definition of an attribute for the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableAttributeDefinition extends js.Object {\n    var AttributeName: js.UndefOr[NonEmptyString]\n    var AttributeType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableAttributeDefinition {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[NonEmptyString] = js.undefined,\n        AttributeType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableAttributeDefinition = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      AttributeType.foreach(__v => __obj.updateDynamic(\"AttributeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableAttributeDefinition]\n    }\n  }\n\n  \/** Provides information about the billing for read\/write capacity on the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableBillingModeSummary extends js.Object {\n    var BillingMode: js.UndefOr[NonEmptyString]\n    var LastUpdateToPayPerRequestDateTime: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableBillingModeSummary {\n    @inline\n    def apply(\n        BillingMode: js.UndefOr[NonEmptyString] = js.undefined,\n        LastUpdateToPayPerRequestDateTime: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableBillingModeSummary = {\n      val __obj = js.Dynamic.literal()\n      BillingMode.foreach(__v => __obj.updateDynamic(\"BillingMode\")(__v.asInstanceOf[js.Any]))\n      LastUpdateToPayPerRequestDateTime.foreach(__v => __obj.updateDynamic(\"LastUpdateToPayPerRequestDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableBillingModeSummary]\n    }\n  }\n\n  \/** Provides details about a DynamoDB table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableDetails extends js.Object {\n    var AttributeDefinitions: js.UndefOr[AwsDynamoDbTableAttributeDefinitionList]\n    var BillingModeSummary: js.UndefOr[AwsDynamoDbTableBillingModeSummary]\n    var CreationDateTime: js.UndefOr[NonEmptyString]\n    var GlobalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableGlobalSecondaryIndexList]\n    var GlobalTableVersion: js.UndefOr[NonEmptyString]\n    var ItemCount: js.UndefOr[Int]\n    var KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList]\n    var LatestStreamArn: js.UndefOr[NonEmptyString]\n    var LatestStreamLabel: js.UndefOr[NonEmptyString]\n    var LocalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableLocalSecondaryIndexList]\n    var ProvisionedThroughput: js.UndefOr[AwsDynamoDbTableProvisionedThroughput]\n    var Replicas: js.UndefOr[AwsDynamoDbTableReplicaList]\n    var RestoreSummary: js.UndefOr[AwsDynamoDbTableRestoreSummary]\n    var SseDescription: js.UndefOr[AwsDynamoDbTableSseDescription]\n    var StreamSpecification: js.UndefOr[AwsDynamoDbTableStreamSpecification]\n    var TableId: js.UndefOr[NonEmptyString]\n    var TableName: js.UndefOr[NonEmptyString]\n    var TableSizeBytes: js.UndefOr[SizeBytes]\n    var TableStatus: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableDetails {\n    @inline\n    def apply(\n        AttributeDefinitions: js.UndefOr[AwsDynamoDbTableAttributeDefinitionList] = js.undefined,\n        BillingModeSummary: js.UndefOr[AwsDynamoDbTableBillingModeSummary] = js.undefined,\n        CreationDateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        GlobalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableGlobalSecondaryIndexList] = js.undefined,\n        GlobalTableVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        ItemCount: js.UndefOr[Int] = js.undefined,\n        KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList] = js.undefined,\n        LatestStreamArn: js.UndefOr[NonEmptyString] = js.undefined,\n        LatestStreamLabel: js.UndefOr[NonEmptyString] = js.undefined,\n        LocalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableLocalSecondaryIndexList] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[AwsDynamoDbTableProvisionedThroughput] = js.undefined,\n        Replicas: js.UndefOr[AwsDynamoDbTableReplicaList] = js.undefined,\n        RestoreSummary: js.UndefOr[AwsDynamoDbTableRestoreSummary] = js.undefined,\n        SseDescription: js.UndefOr[AwsDynamoDbTableSseDescription] = js.undefined,\n        StreamSpecification: js.UndefOr[AwsDynamoDbTableStreamSpecification] = js.undefined,\n        TableId: js.UndefOr[NonEmptyString] = js.undefined,\n        TableName: js.UndefOr[NonEmptyString] = js.undefined,\n        TableSizeBytes: js.UndefOr[SizeBytes] = js.undefined,\n        TableStatus: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableDetails = {\n      val __obj = js.Dynamic.literal()\n      AttributeDefinitions.foreach(__v => __obj.updateDynamic(\"AttributeDefinitions\")(__v.asInstanceOf[js.Any]))\n      BillingModeSummary.foreach(__v => __obj.updateDynamic(\"BillingModeSummary\")(__v.asInstanceOf[js.Any]))\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      GlobalTableVersion.foreach(__v => __obj.updateDynamic(\"GlobalTableVersion\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      LatestStreamArn.foreach(__v => __obj.updateDynamic(\"LatestStreamArn\")(__v.asInstanceOf[js.Any]))\n      LatestStreamLabel.foreach(__v => __obj.updateDynamic(\"LatestStreamLabel\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      Replicas.foreach(__v => __obj.updateDynamic(\"Replicas\")(__v.asInstanceOf[js.Any]))\n      RestoreSummary.foreach(__v => __obj.updateDynamic(\"RestoreSummary\")(__v.asInstanceOf[js.Any]))\n      SseDescription.foreach(__v => __obj.updateDynamic(\"SseDescription\")(__v.asInstanceOf[js.Any]))\n      StreamSpecification.foreach(__v => __obj.updateDynamic(\"StreamSpecification\")(__v.asInstanceOf[js.Any]))\n      TableId.foreach(__v => __obj.updateDynamic(\"TableId\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      TableSizeBytes.foreach(__v => __obj.updateDynamic(\"TableSizeBytes\")(__v.asInstanceOf[js.Any]))\n      TableStatus.foreach(__v => __obj.updateDynamic(\"TableStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableDetails]\n    }\n  }\n\n  \/** Information abut a global secondary index for the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableGlobalSecondaryIndex extends js.Object {\n    var Backfilling: js.UndefOr[Boolean]\n    var IndexArn: js.UndefOr[NonEmptyString]\n    var IndexName: js.UndefOr[NonEmptyString]\n    var IndexSizeBytes: js.UndefOr[SizeBytes]\n    var IndexStatus: js.UndefOr[NonEmptyString]\n    var ItemCount: js.UndefOr[Int]\n    var KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList]\n    var Projection: js.UndefOr[AwsDynamoDbTableProjection]\n    var ProvisionedThroughput: js.UndefOr[AwsDynamoDbTableProvisionedThroughput]\n  }\n\n  object AwsDynamoDbTableGlobalSecondaryIndex {\n    @inline\n    def apply(\n        Backfilling: js.UndefOr[Boolean] = js.undefined,\n        IndexArn: js.UndefOr[NonEmptyString] = js.undefined,\n        IndexName: js.UndefOr[NonEmptyString] = js.undefined,\n        IndexSizeBytes: js.UndefOr[SizeBytes] = js.undefined,\n        IndexStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ItemCount: js.UndefOr[Int] = js.undefined,\n        KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList] = js.undefined,\n        Projection: js.UndefOr[AwsDynamoDbTableProjection] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[AwsDynamoDbTableProvisionedThroughput] = js.undefined\n    ): AwsDynamoDbTableGlobalSecondaryIndex = {\n      val __obj = js.Dynamic.literal()\n      Backfilling.foreach(__v => __obj.updateDynamic(\"Backfilling\")(__v.asInstanceOf[js.Any]))\n      IndexArn.foreach(__v => __obj.updateDynamic(\"IndexArn\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexSizeBytes.foreach(__v => __obj.updateDynamic(\"IndexSizeBytes\")(__v.asInstanceOf[js.Any]))\n      IndexStatus.foreach(__v => __obj.updateDynamic(\"IndexStatus\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableGlobalSecondaryIndex]\n    }\n  }\n\n  \/** A component of the key schema for the DynamoDB table, a global secondary index, or a local secondary index.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableKeySchema extends js.Object {\n    var AttributeName: js.UndefOr[NonEmptyString]\n    var KeyType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableKeySchema {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableKeySchema = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      KeyType.foreach(__v => __obj.updateDynamic(\"KeyType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableKeySchema]\n    }\n  }\n\n  \/** Information about a local secondary index for a DynamoDB table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableLocalSecondaryIndex extends js.Object {\n    var IndexArn: js.UndefOr[NonEmptyString]\n    var IndexName: js.UndefOr[NonEmptyString]\n    var KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList]\n    var Projection: js.UndefOr[AwsDynamoDbTableProjection]\n  }\n\n  object AwsDynamoDbTableLocalSecondaryIndex {\n    @inline\n    def apply(\n        IndexArn: js.UndefOr[NonEmptyString] = js.undefined,\n        IndexName: js.UndefOr[NonEmptyString] = js.undefined,\n        KeySchema: js.UndefOr[AwsDynamoDbTableKeySchemaList] = js.undefined,\n        Projection: js.UndefOr[AwsDynamoDbTableProjection] = js.undefined\n    ): AwsDynamoDbTableLocalSecondaryIndex = {\n      val __obj = js.Dynamic.literal()\n      IndexArn.foreach(__v => __obj.updateDynamic(\"IndexArn\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableLocalSecondaryIndex]\n    }\n  }\n\n  \/** For global and local secondary indexes, identifies the attributes that are copied from the table into the index.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableProjection extends js.Object {\n    var NonKeyAttributes: js.UndefOr[StringList]\n    var ProjectionType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableProjection {\n    @inline\n    def apply(\n        NonKeyAttributes: js.UndefOr[StringList] = js.undefined,\n        ProjectionType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableProjection = {\n      val __obj = js.Dynamic.literal()\n      NonKeyAttributes.foreach(__v => __obj.updateDynamic(\"NonKeyAttributes\")(__v.asInstanceOf[js.Any]))\n      ProjectionType.foreach(__v => __obj.updateDynamic(\"ProjectionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableProjection]\n    }\n  }\n\n  \/** Information about the provisioned throughput for the table or for a global secondary index.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableProvisionedThroughput extends js.Object {\n    var LastDecreaseDateTime: js.UndefOr[NonEmptyString]\n    var LastIncreaseDateTime: js.UndefOr[NonEmptyString]\n    var NumberOfDecreasesToday: js.UndefOr[Int]\n    var ReadCapacityUnits: js.UndefOr[Int]\n    var WriteCapacityUnits: js.UndefOr[Int]\n  }\n\n  object AwsDynamoDbTableProvisionedThroughput {\n    @inline\n    def apply(\n        LastDecreaseDateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        LastIncreaseDateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        NumberOfDecreasesToday: js.UndefOr[Int] = js.undefined,\n        ReadCapacityUnits: js.UndefOr[Int] = js.undefined,\n        WriteCapacityUnits: js.UndefOr[Int] = js.undefined\n    ): AwsDynamoDbTableProvisionedThroughput = {\n      val __obj = js.Dynamic.literal()\n      LastDecreaseDateTime.foreach(__v => __obj.updateDynamic(\"LastDecreaseDateTime\")(__v.asInstanceOf[js.Any]))\n      LastIncreaseDateTime.foreach(__v => __obj.updateDynamic(\"LastIncreaseDateTime\")(__v.asInstanceOf[js.Any]))\n      NumberOfDecreasesToday.foreach(__v => __obj.updateDynamic(\"NumberOfDecreasesToday\")(__v.asInstanceOf[js.Any]))\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      WriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"WriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableProvisionedThroughput]\n    }\n  }\n\n  \/** Replica-specific configuration for the provisioned throughput.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableProvisionedThroughputOverride extends js.Object {\n    var ReadCapacityUnits: js.UndefOr[Int]\n  }\n\n  object AwsDynamoDbTableProvisionedThroughputOverride {\n    @inline\n    def apply(\n        ReadCapacityUnits: js.UndefOr[Int] = js.undefined\n    ): AwsDynamoDbTableProvisionedThroughputOverride = {\n      val __obj = js.Dynamic.literal()\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableProvisionedThroughputOverride]\n    }\n  }\n\n  \/** Information about a replica of a DynamoDB table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableReplica extends js.Object {\n    var GlobalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableReplicaGlobalSecondaryIndexList]\n    var KmsMasterKeyId: js.UndefOr[NonEmptyString]\n    var ProvisionedThroughputOverride: js.UndefOr[AwsDynamoDbTableProvisionedThroughputOverride]\n    var RegionName: js.UndefOr[NonEmptyString]\n    var ReplicaStatus: js.UndefOr[NonEmptyString]\n    var ReplicaStatusDescription: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableReplica {\n    @inline\n    def apply(\n        GlobalSecondaryIndexes: js.UndefOr[AwsDynamoDbTableReplicaGlobalSecondaryIndexList] = js.undefined,\n        KmsMasterKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[AwsDynamoDbTableProvisionedThroughputOverride] = js.undefined,\n        RegionName: js.UndefOr[NonEmptyString] = js.undefined,\n        ReplicaStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ReplicaStatusDescription: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableReplica = {\n      val __obj = js.Dynamic.literal()\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      KmsMasterKeyId.foreach(__v => __obj.updateDynamic(\"KmsMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatus.foreach(__v => __obj.updateDynamic(\"ReplicaStatus\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatusDescription.foreach(__v => __obj.updateDynamic(\"ReplicaStatusDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableReplica]\n    }\n  }\n\n  \/** Information about a global secondary index for a DynamoDB table replica.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableReplicaGlobalSecondaryIndex extends js.Object {\n    var IndexName: js.UndefOr[NonEmptyString]\n    var ProvisionedThroughputOverride: js.UndefOr[AwsDynamoDbTableProvisionedThroughputOverride]\n  }\n\n  object AwsDynamoDbTableReplicaGlobalSecondaryIndex {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[NonEmptyString] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[AwsDynamoDbTableProvisionedThroughputOverride] = js.undefined\n    ): AwsDynamoDbTableReplicaGlobalSecondaryIndex = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableReplicaGlobalSecondaryIndex]\n    }\n  }\n\n  \/** Information about the restore for the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableRestoreSummary extends js.Object {\n    var RestoreDateTime: js.UndefOr[NonEmptyString]\n    var RestoreInProgress: js.UndefOr[Boolean]\n    var SourceBackupArn: js.UndefOr[NonEmptyString]\n    var SourceTableArn: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableRestoreSummary {\n    @inline\n    def apply(\n        RestoreDateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        RestoreInProgress: js.UndefOr[Boolean] = js.undefined,\n        SourceBackupArn: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceTableArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableRestoreSummary = {\n      val __obj = js.Dynamic.literal()\n      RestoreDateTime.foreach(__v => __obj.updateDynamic(\"RestoreDateTime\")(__v.asInstanceOf[js.Any]))\n      RestoreInProgress.foreach(__v => __obj.updateDynamic(\"RestoreInProgress\")(__v.asInstanceOf[js.Any]))\n      SourceBackupArn.foreach(__v => __obj.updateDynamic(\"SourceBackupArn\")(__v.asInstanceOf[js.Any]))\n      SourceTableArn.foreach(__v => __obj.updateDynamic(\"SourceTableArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableRestoreSummary]\n    }\n  }\n\n  \/** Information about the server-side encryption for the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableSseDescription extends js.Object {\n    var InaccessibleEncryptionDateTime: js.UndefOr[NonEmptyString]\n    var KmsMasterKeyArn: js.UndefOr[NonEmptyString]\n    var SseType: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableSseDescription {\n    @inline\n    def apply(\n        InaccessibleEncryptionDateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        KmsMasterKeyArn: js.UndefOr[NonEmptyString] = js.undefined,\n        SseType: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableSseDescription = {\n      val __obj = js.Dynamic.literal()\n      InaccessibleEncryptionDateTime.foreach(__v => __obj.updateDynamic(\"InaccessibleEncryptionDateTime\")(__v.asInstanceOf[js.Any]))\n      KmsMasterKeyArn.foreach(__v => __obj.updateDynamic(\"KmsMasterKeyArn\")(__v.asInstanceOf[js.Any]))\n      SseType.foreach(__v => __obj.updateDynamic(\"SseType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableSseDescription]\n    }\n  }\n\n  \/** The current DynamoDB Streams configuration for the table.\n    *\/\n  @js.native\n  trait AwsDynamoDbTableStreamSpecification extends js.Object {\n    var StreamEnabled: js.UndefOr[Boolean]\n    var StreamViewType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsDynamoDbTableStreamSpecification {\n    @inline\n    def apply(\n        StreamEnabled: js.UndefOr[Boolean] = js.undefined,\n        StreamViewType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsDynamoDbTableStreamSpecification = {\n      val __obj = js.Dynamic.literal()\n      StreamEnabled.foreach(__v => __obj.updateDynamic(\"StreamEnabled\")(__v.asInstanceOf[js.Any]))\n      StreamViewType.foreach(__v => __obj.updateDynamic(\"StreamViewType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsDynamoDbTableStreamSpecification]\n    }\n  }\n\n  \/** Information about an Elastic IP address.\n    *\/\n  @js.native\n  trait AwsEc2EipDetails extends js.Object {\n    var AllocationId: js.UndefOr[NonEmptyString]\n    var AssociationId: js.UndefOr[NonEmptyString]\n    var Domain: js.UndefOr[NonEmptyString]\n    var InstanceId: js.UndefOr[NonEmptyString]\n    var NetworkBorderGroup: js.UndefOr[NonEmptyString]\n    var NetworkInterfaceId: js.UndefOr[NonEmptyString]\n    var NetworkInterfaceOwnerId: js.UndefOr[NonEmptyString]\n    var PrivateIpAddress: js.UndefOr[NonEmptyString]\n    var PublicIp: js.UndefOr[NonEmptyString]\n    var PublicIpv4Pool: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2EipDetails {\n    @inline\n    def apply(\n        AllocationId: js.UndefOr[NonEmptyString] = js.undefined,\n        AssociationId: js.UndefOr[NonEmptyString] = js.undefined,\n        Domain: js.UndefOr[NonEmptyString] = js.undefined,\n        InstanceId: js.UndefOr[NonEmptyString] = js.undefined,\n        NetworkBorderGroup: js.UndefOr[NonEmptyString] = js.undefined,\n        NetworkInterfaceId: js.UndefOr[NonEmptyString] = js.undefined,\n        NetworkInterfaceOwnerId: js.UndefOr[NonEmptyString] = js.undefined,\n        PrivateIpAddress: js.UndefOr[NonEmptyString] = js.undefined,\n        PublicIp: js.UndefOr[NonEmptyString] = js.undefined,\n        PublicIpv4Pool: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2EipDetails = {\n      val __obj = js.Dynamic.literal()\n      AllocationId.foreach(__v => __obj.updateDynamic(\"AllocationId\")(__v.asInstanceOf[js.Any]))\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      NetworkBorderGroup.foreach(__v => __obj.updateDynamic(\"NetworkBorderGroup\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceOwnerId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceOwnerId\")(__v.asInstanceOf[js.Any]))\n      PrivateIpAddress.foreach(__v => __obj.updateDynamic(\"PrivateIpAddress\")(__v.asInstanceOf[js.Any]))\n      PublicIp.foreach(__v => __obj.updateDynamic(\"PublicIp\")(__v.asInstanceOf[js.Any]))\n      PublicIpv4Pool.foreach(__v => __obj.updateDynamic(\"PublicIpv4Pool\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2EipDetails]\n    }\n  }\n\n  \/** The details of an Amazon EC2 instance.\n    *\/\n  @js.native\n  trait AwsEc2InstanceDetails extends js.Object {\n    var IamInstanceProfileArn: js.UndefOr[NonEmptyString]\n    var ImageId: js.UndefOr[NonEmptyString]\n    var IpV4Addresses: js.UndefOr[StringList]\n    var IpV6Addresses: js.UndefOr[StringList]\n    var KeyName: js.UndefOr[NonEmptyString]\n    var LaunchedAt: js.UndefOr[NonEmptyString]\n    var SubnetId: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2InstanceDetails {\n    @inline\n    def apply(\n        IamInstanceProfileArn: js.UndefOr[NonEmptyString] = js.undefined,\n        ImageId: js.UndefOr[NonEmptyString] = js.undefined,\n        IpV4Addresses: js.UndefOr[StringList] = js.undefined,\n        IpV6Addresses: js.UndefOr[StringList] = js.undefined,\n        KeyName: js.UndefOr[NonEmptyString] = js.undefined,\n        LaunchedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        SubnetId: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2InstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      IamInstanceProfileArn.foreach(__v => __obj.updateDynamic(\"IamInstanceProfileArn\")(__v.asInstanceOf[js.Any]))\n      ImageId.foreach(__v => __obj.updateDynamic(\"ImageId\")(__v.asInstanceOf[js.Any]))\n      IpV4Addresses.foreach(__v => __obj.updateDynamic(\"IpV4Addresses\")(__v.asInstanceOf[js.Any]))\n      IpV6Addresses.foreach(__v => __obj.updateDynamic(\"IpV6Addresses\")(__v.asInstanceOf[js.Any]))\n      KeyName.foreach(__v => __obj.updateDynamic(\"KeyName\")(__v.asInstanceOf[js.Any]))\n      LaunchedAt.foreach(__v => __obj.updateDynamic(\"LaunchedAt\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2InstanceDetails]\n    }\n  }\n\n  \/** Information about the network interface attachment.\n    *\/\n  @js.native\n  trait AwsEc2NetworkInterfaceAttachment extends js.Object {\n    var AttachTime: js.UndefOr[NonEmptyString]\n    var AttachmentId: js.UndefOr[NonEmptyString]\n    var DeleteOnTermination: js.UndefOr[Boolean]\n    var DeviceIndex: js.UndefOr[Int]\n    var InstanceId: js.UndefOr[NonEmptyString]\n    var InstanceOwnerId: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2NetworkInterfaceAttachment {\n    @inline\n    def apply(\n        AttachTime: js.UndefOr[NonEmptyString] = js.undefined,\n        AttachmentId: js.UndefOr[NonEmptyString] = js.undefined,\n        DeleteOnTermination: js.UndefOr[Boolean] = js.undefined,\n        DeviceIndex: js.UndefOr[Int] = js.undefined,\n        InstanceId: js.UndefOr[NonEmptyString] = js.undefined,\n        InstanceOwnerId: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2NetworkInterfaceAttachment = {\n      val __obj = js.Dynamic.literal()\n      AttachTime.foreach(__v => __obj.updateDynamic(\"AttachTime\")(__v.asInstanceOf[js.Any]))\n      AttachmentId.foreach(__v => __obj.updateDynamic(\"AttachmentId\")(__v.asInstanceOf[js.Any]))\n      DeleteOnTermination.foreach(__v => __obj.updateDynamic(\"DeleteOnTermination\")(__v.asInstanceOf[js.Any]))\n      DeviceIndex.foreach(__v => __obj.updateDynamic(\"DeviceIndex\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      InstanceOwnerId.foreach(__v => __obj.updateDynamic(\"InstanceOwnerId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2NetworkInterfaceAttachment]\n    }\n  }\n\n  \/** Details about the network interface\n    *\/\n  @js.native\n  trait AwsEc2NetworkInterfaceDetails extends js.Object {\n    var Attachment: js.UndefOr[AwsEc2NetworkInterfaceAttachment]\n    var IpV6Addresses: js.UndefOr[AwsEc2NetworkInterfaceIpV6AddressList]\n    var NetworkInterfaceId: js.UndefOr[NonEmptyString]\n    var PrivateIpAddresses: js.UndefOr[AwsEc2NetworkInterfacePrivateIpAddressList]\n    var PublicDnsName: js.UndefOr[NonEmptyString]\n    var PublicIp: js.UndefOr[NonEmptyString]\n    var SecurityGroups: js.UndefOr[AwsEc2NetworkInterfaceSecurityGroupList]\n    var SourceDestCheck: js.UndefOr[Boolean]\n  }\n\n  object AwsEc2NetworkInterfaceDetails {\n    @inline\n    def apply(\n        Attachment: js.UndefOr[AwsEc2NetworkInterfaceAttachment] = js.undefined,\n        IpV6Addresses: js.UndefOr[AwsEc2NetworkInterfaceIpV6AddressList] = js.undefined,\n        NetworkInterfaceId: js.UndefOr[NonEmptyString] = js.undefined,\n        PrivateIpAddresses: js.UndefOr[AwsEc2NetworkInterfacePrivateIpAddressList] = js.undefined,\n        PublicDnsName: js.UndefOr[NonEmptyString] = js.undefined,\n        PublicIp: js.UndefOr[NonEmptyString] = js.undefined,\n        SecurityGroups: js.UndefOr[AwsEc2NetworkInterfaceSecurityGroupList] = js.undefined,\n        SourceDestCheck: js.UndefOr[Boolean] = js.undefined\n    ): AwsEc2NetworkInterfaceDetails = {\n      val __obj = js.Dynamic.literal()\n      Attachment.foreach(__v => __obj.updateDynamic(\"Attachment\")(__v.asInstanceOf[js.Any]))\n      IpV6Addresses.foreach(__v => __obj.updateDynamic(\"IpV6Addresses\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      PrivateIpAddresses.foreach(__v => __obj.updateDynamic(\"PrivateIpAddresses\")(__v.asInstanceOf[js.Any]))\n      PublicDnsName.foreach(__v => __obj.updateDynamic(\"PublicDnsName\")(__v.asInstanceOf[js.Any]))\n      PublicIp.foreach(__v => __obj.updateDynamic(\"PublicIp\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      SourceDestCheck.foreach(__v => __obj.updateDynamic(\"SourceDestCheck\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2NetworkInterfaceDetails]\n    }\n  }\n\n  \/** Provides information about an IPV6 address that is associated with the network interface.\n    *\/\n  @js.native\n  trait AwsEc2NetworkInterfaceIpV6AddressDetail extends js.Object {\n    var IpV6Address: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2NetworkInterfaceIpV6AddressDetail {\n    @inline\n    def apply(\n        IpV6Address: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2NetworkInterfaceIpV6AddressDetail = {\n      val __obj = js.Dynamic.literal()\n      IpV6Address.foreach(__v => __obj.updateDynamic(\"IpV6Address\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2NetworkInterfaceIpV6AddressDetail]\n    }\n  }\n\n  \/** Provides information about a private IPv4 address that is with the network interface.\n    *\/\n  @js.native\n  trait AwsEc2NetworkInterfacePrivateIpAddressDetail extends js.Object {\n    var PrivateDnsName: js.UndefOr[NonEmptyString]\n    var PrivateIpAddress: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2NetworkInterfacePrivateIpAddressDetail {\n    @inline\n    def apply(\n        PrivateDnsName: js.UndefOr[NonEmptyString] = js.undefined,\n        PrivateIpAddress: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2NetworkInterfacePrivateIpAddressDetail = {\n      val __obj = js.Dynamic.literal()\n      PrivateDnsName.foreach(__v => __obj.updateDynamic(\"PrivateDnsName\")(__v.asInstanceOf[js.Any]))\n      PrivateIpAddress.foreach(__v => __obj.updateDynamic(\"PrivateIpAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2NetworkInterfacePrivateIpAddressDetail]\n    }\n  }\n\n  \/** A security group associated with the network interface.\n    *\/\n  @js.native\n  trait AwsEc2NetworkInterfaceSecurityGroup extends js.Object {\n    var GroupId: js.UndefOr[NonEmptyString]\n    var GroupName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2NetworkInterfaceSecurityGroup {\n    @inline\n    def apply(\n        GroupId: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2NetworkInterfaceSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2NetworkInterfaceSecurityGroup]\n    }\n  }\n\n  \/** Details about an EC2 security group.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupDetails extends js.Object {\n    var GroupId: js.UndefOr[NonEmptyString]\n    var GroupName: js.UndefOr[NonEmptyString]\n    var IpPermissions: js.UndefOr[AwsEc2SecurityGroupIpPermissionList]\n    var IpPermissionsEgress: js.UndefOr[AwsEc2SecurityGroupIpPermissionList]\n    var OwnerId: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2SecurityGroupDetails {\n    @inline\n    def apply(\n        GroupId: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        IpPermissions: js.UndefOr[AwsEc2SecurityGroupIpPermissionList] = js.undefined,\n        IpPermissionsEgress: js.UndefOr[AwsEc2SecurityGroupIpPermissionList] = js.undefined,\n        OwnerId: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2SecurityGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      IpPermissions.foreach(__v => __obj.updateDynamic(\"IpPermissions\")(__v.asInstanceOf[js.Any]))\n      IpPermissionsEgress.foreach(__v => __obj.updateDynamic(\"IpPermissionsEgress\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupDetails]\n    }\n  }\n\n  \/** An IP permission for an EC2 security group.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupIpPermission extends js.Object {\n    var FromPort: js.UndefOr[Int]\n    var IpProtocol: js.UndefOr[NonEmptyString]\n    var IpRanges: js.UndefOr[AwsEc2SecurityGroupIpRangeList]\n    var Ipv6Ranges: js.UndefOr[AwsEc2SecurityGroupIpv6RangeList]\n    var PrefixListIds: js.UndefOr[AwsEc2SecurityGroupPrefixListIdList]\n    var ToPort: js.UndefOr[Int]\n    var UserIdGroupPairs: js.UndefOr[AwsEc2SecurityGroupUserIdGroupPairList]\n  }\n\n  object AwsEc2SecurityGroupIpPermission {\n    @inline\n    def apply(\n        FromPort: js.UndefOr[Int] = js.undefined,\n        IpProtocol: js.UndefOr[NonEmptyString] = js.undefined,\n        IpRanges: js.UndefOr[AwsEc2SecurityGroupIpRangeList] = js.undefined,\n        Ipv6Ranges: js.UndefOr[AwsEc2SecurityGroupIpv6RangeList] = js.undefined,\n        PrefixListIds: js.UndefOr[AwsEc2SecurityGroupPrefixListIdList] = js.undefined,\n        ToPort: js.UndefOr[Int] = js.undefined,\n        UserIdGroupPairs: js.UndefOr[AwsEc2SecurityGroupUserIdGroupPairList] = js.undefined\n    ): AwsEc2SecurityGroupIpPermission = {\n      val __obj = js.Dynamic.literal()\n      FromPort.foreach(__v => __obj.updateDynamic(\"FromPort\")(__v.asInstanceOf[js.Any]))\n      IpProtocol.foreach(__v => __obj.updateDynamic(\"IpProtocol\")(__v.asInstanceOf[js.Any]))\n      IpRanges.foreach(__v => __obj.updateDynamic(\"IpRanges\")(__v.asInstanceOf[js.Any]))\n      Ipv6Ranges.foreach(__v => __obj.updateDynamic(\"Ipv6Ranges\")(__v.asInstanceOf[js.Any]))\n      PrefixListIds.foreach(__v => __obj.updateDynamic(\"PrefixListIds\")(__v.asInstanceOf[js.Any]))\n      ToPort.foreach(__v => __obj.updateDynamic(\"ToPort\")(__v.asInstanceOf[js.Any]))\n      UserIdGroupPairs.foreach(__v => __obj.updateDynamic(\"UserIdGroupPairs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupIpPermission]\n    }\n  }\n\n  \/** A range of IPv4 addresses.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupIpRange extends js.Object {\n    var CidrIp: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2SecurityGroupIpRange {\n    @inline\n    def apply(\n        CidrIp: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2SecurityGroupIpRange = {\n      val __obj = js.Dynamic.literal()\n      CidrIp.foreach(__v => __obj.updateDynamic(\"CidrIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupIpRange]\n    }\n  }\n\n  \/** A range of IPv6 addresses.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupIpv6Range extends js.Object {\n    var CidrIpv6: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2SecurityGroupIpv6Range {\n    @inline\n    def apply(\n        CidrIpv6: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2SecurityGroupIpv6Range = {\n      val __obj = js.Dynamic.literal()\n      CidrIpv6.foreach(__v => __obj.updateDynamic(\"CidrIpv6\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupIpv6Range]\n    }\n  }\n\n  \/** A prefix list ID.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupPrefixListId extends js.Object {\n    var PrefixListId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2SecurityGroupPrefixListId {\n    @inline\n    def apply(\n        PrefixListId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2SecurityGroupPrefixListId = {\n      val __obj = js.Dynamic.literal()\n      PrefixListId.foreach(__v => __obj.updateDynamic(\"PrefixListId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupPrefixListId]\n    }\n  }\n\n  \/** A relationship between a security group and a user.\n    *\/\n  @js.native\n  trait AwsEc2SecurityGroupUserIdGroupPair extends js.Object {\n    var GroupId: js.UndefOr[NonEmptyString]\n    var GroupName: js.UndefOr[NonEmptyString]\n    var PeeringStatus: js.UndefOr[NonEmptyString]\n    var UserId: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n    var VpcPeeringConnectionId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2SecurityGroupUserIdGroupPair {\n    @inline\n    def apply(\n        GroupId: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        PeeringStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        UserId: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcPeeringConnectionId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2SecurityGroupUserIdGroupPair = {\n      val __obj = js.Dynamic.literal()\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      PeeringStatus.foreach(__v => __obj.updateDynamic(\"PeeringStatus\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      VpcPeeringConnectionId.foreach(__v => __obj.updateDynamic(\"VpcPeeringConnectionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2SecurityGroupUserIdGroupPair]\n    }\n  }\n\n  \/** An attachment to an AWS EC2 volume.\n    *\/\n  @js.native\n  trait AwsEc2VolumeAttachment extends js.Object {\n    var AttachTime: js.UndefOr[NonEmptyString]\n    var DeleteOnTermination: js.UndefOr[Boolean]\n    var InstanceId: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2VolumeAttachment {\n    @inline\n    def apply(\n        AttachTime: js.UndefOr[NonEmptyString] = js.undefined,\n        DeleteOnTermination: js.UndefOr[Boolean] = js.undefined,\n        InstanceId: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2VolumeAttachment = {\n      val __obj = js.Dynamic.literal()\n      AttachTime.foreach(__v => __obj.updateDynamic(\"AttachTime\")(__v.asInstanceOf[js.Any]))\n      DeleteOnTermination.foreach(__v => __obj.updateDynamic(\"DeleteOnTermination\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2VolumeAttachment]\n    }\n  }\n\n  \/** Details about an EC2 volume.\n    *\/\n  @js.native\n  trait AwsEc2VolumeDetails extends js.Object {\n    var Attachments: js.UndefOr[AwsEc2VolumeAttachmentList]\n    var CreateTime: js.UndefOr[NonEmptyString]\n    var Encrypted: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var Size: js.UndefOr[Int]\n    var SnapshotId: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2VolumeDetails {\n    @inline\n    def apply(\n        Attachments: js.UndefOr[AwsEc2VolumeAttachmentList] = js.undefined,\n        CreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        Size: js.UndefOr[Int] = js.undefined,\n        SnapshotId: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2VolumeDetails = {\n      val __obj = js.Dynamic.literal()\n      Attachments.foreach(__v => __obj.updateDynamic(\"Attachments\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      SnapshotId.foreach(__v => __obj.updateDynamic(\"SnapshotId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2VolumeDetails]\n    }\n  }\n\n  \/** Details about an EC2 VPC.\n    *\/\n  @js.native\n  trait AwsEc2VpcDetails extends js.Object {\n    var CidrBlockAssociationSet: js.UndefOr[CidrBlockAssociationList]\n    var DhcpOptionsId: js.UndefOr[NonEmptyString]\n    var Ipv6CidrBlockAssociationSet: js.UndefOr[Ipv6CidrBlockAssociationList]\n    var State: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsEc2VpcDetails {\n    @inline\n    def apply(\n        CidrBlockAssociationSet: js.UndefOr[CidrBlockAssociationList] = js.undefined,\n        DhcpOptionsId: js.UndefOr[NonEmptyString] = js.undefined,\n        Ipv6CidrBlockAssociationSet: js.UndefOr[Ipv6CidrBlockAssociationList] = js.undefined,\n        State: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsEc2VpcDetails = {\n      val __obj = js.Dynamic.literal()\n      CidrBlockAssociationSet.foreach(__v => __obj.updateDynamic(\"CidrBlockAssociationSet\")(__v.asInstanceOf[js.Any]))\n      DhcpOptionsId.foreach(__v => __obj.updateDynamic(\"DhcpOptionsId\")(__v.asInstanceOf[js.Any]))\n      Ipv6CidrBlockAssociationSet.foreach(__v => __obj.updateDynamic(\"Ipv6CidrBlockAssociationSet\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsEc2VpcDetails]\n    }\n  }\n\n  \/** Information about an Elasticsearch domain.\n    *\/\n  @js.native\n  trait AwsElasticsearchDomainDetails extends js.Object {\n    var AccessPolicies: js.UndefOr[NonEmptyString]\n    var DomainEndpointOptions: js.UndefOr[AwsElasticsearchDomainDomainEndpointOptions]\n    var DomainId: js.UndefOr[NonEmptyString]\n    var DomainName: js.UndefOr[NonEmptyString]\n    var ElasticsearchVersion: js.UndefOr[NonEmptyString]\n    var EncryptionAtRestOptions: js.UndefOr[AwsElasticsearchDomainEncryptionAtRestOptions]\n    var Endpoint: js.UndefOr[NonEmptyString]\n    var Endpoints: js.UndefOr[FieldMap]\n    var NodeToNodeEncryptionOptions: js.UndefOr[AwsElasticsearchDomainNodeToNodeEncryptionOptions]\n    var VPCOptions: js.UndefOr[AwsElasticsearchDomainVPCOptions]\n  }\n\n  object AwsElasticsearchDomainDetails {\n    @inline\n    def apply(\n        AccessPolicies: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainEndpointOptions: js.UndefOr[AwsElasticsearchDomainDomainEndpointOptions] = js.undefined,\n        DomainId: js.UndefOr[NonEmptyString] = js.undefined,\n        DomainName: js.UndefOr[NonEmptyString] = js.undefined,\n        ElasticsearchVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        EncryptionAtRestOptions: js.UndefOr[AwsElasticsearchDomainEncryptionAtRestOptions] = js.undefined,\n        Endpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        Endpoints: js.UndefOr[FieldMap] = js.undefined,\n        NodeToNodeEncryptionOptions: js.UndefOr[AwsElasticsearchDomainNodeToNodeEncryptionOptions] = js.undefined,\n        VPCOptions: js.UndefOr[AwsElasticsearchDomainVPCOptions] = js.undefined\n    ): AwsElasticsearchDomainDetails = {\n      val __obj = js.Dynamic.literal()\n      AccessPolicies.foreach(__v => __obj.updateDynamic(\"AccessPolicies\")(__v.asInstanceOf[js.Any]))\n      DomainEndpointOptions.foreach(__v => __obj.updateDynamic(\"DomainEndpointOptions\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      ElasticsearchVersion.foreach(__v => __obj.updateDynamic(\"ElasticsearchVersion\")(__v.asInstanceOf[js.Any]))\n      EncryptionAtRestOptions.foreach(__v => __obj.updateDynamic(\"EncryptionAtRestOptions\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      NodeToNodeEncryptionOptions.foreach(__v => __obj.updateDynamic(\"NodeToNodeEncryptionOptions\")(__v.asInstanceOf[js.Any]))\n      VPCOptions.foreach(__v => __obj.updateDynamic(\"VPCOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElasticsearchDomainDetails]\n    }\n  }\n\n  \/** Additional options for the domain endpoint, such as whether to require HTTPS for all traffic.\n    *\/\n  @js.native\n  trait AwsElasticsearchDomainDomainEndpointOptions extends js.Object {\n    var EnforceHTTPS: js.UndefOr[Boolean]\n    var TLSSecurityPolicy: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElasticsearchDomainDomainEndpointOptions {\n    @inline\n    def apply(\n        EnforceHTTPS: js.UndefOr[Boolean] = js.undefined,\n        TLSSecurityPolicy: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElasticsearchDomainDomainEndpointOptions = {\n      val __obj = js.Dynamic.literal()\n      EnforceHTTPS.foreach(__v => __obj.updateDynamic(\"EnforceHTTPS\")(__v.asInstanceOf[js.Any]))\n      TLSSecurityPolicy.foreach(__v => __obj.updateDynamic(\"TLSSecurityPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElasticsearchDomainDomainEndpointOptions]\n    }\n  }\n\n  \/** Details about the configuration for encryption at rest.\n    *\/\n  @js.native\n  trait AwsElasticsearchDomainEncryptionAtRestOptions extends js.Object {\n    var Enabled: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElasticsearchDomainEncryptionAtRestOptions {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElasticsearchDomainEncryptionAtRestOptions = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElasticsearchDomainEncryptionAtRestOptions]\n    }\n  }\n\n  \/** Details about the configuration for node-to-node encryption.\n    *\/\n  @js.native\n  trait AwsElasticsearchDomainNodeToNodeEncryptionOptions extends js.Object {\n    var Enabled: js.UndefOr[Boolean]\n  }\n\n  object AwsElasticsearchDomainNodeToNodeEncryptionOptions {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Boolean] = js.undefined\n    ): AwsElasticsearchDomainNodeToNodeEncryptionOptions = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElasticsearchDomainNodeToNodeEncryptionOptions]\n    }\n  }\n\n  \/** Information that Amazon ES derives based on <code>VPCOptions<\/code> for the domain.\n    *\/\n  @js.native\n  trait AwsElasticsearchDomainVPCOptions extends js.Object {\n    var AvailabilityZones: js.UndefOr[NonEmptyStringList]\n    var SecurityGroupIds: js.UndefOr[NonEmptyStringList]\n    var SubnetIds: js.UndefOr[NonEmptyStringList]\n    var VPCId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElasticsearchDomainVPCOptions {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[NonEmptyStringList] = js.undefined,\n        SecurityGroupIds: js.UndefOr[NonEmptyStringList] = js.undefined,\n        SubnetIds: js.UndefOr[NonEmptyStringList] = js.undefined,\n        VPCId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElasticsearchDomainVPCOptions = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      VPCId.foreach(__v => __obj.updateDynamic(\"VPCId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElasticsearchDomainVPCOptions]\n    }\n  }\n\n  \/** Contains information about a stickiness policy that was created using <code>CreateAppCookieStickinessPolicy<\/code>.\n    *\/\n  @js.native\n  trait AwsElbAppCookieStickinessPolicy extends js.Object {\n    var CookieName: js.UndefOr[NonEmptyString]\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbAppCookieStickinessPolicy {\n    @inline\n    def apply(\n        CookieName: js.UndefOr[NonEmptyString] = js.undefined,\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbAppCookieStickinessPolicy = {\n      val __obj = js.Dynamic.literal()\n      CookieName.foreach(__v => __obj.updateDynamic(\"CookieName\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbAppCookieStickinessPolicy]\n    }\n  }\n\n  \/** Contains information about a stickiness policy that was created using <code>CreateLBCookieStickinessPolicy<\/code>.\n    *\/\n  @js.native\n  trait AwsElbLbCookieStickinessPolicy extends js.Object {\n    var CookieExpirationPeriod: js.UndefOr[Double]\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLbCookieStickinessPolicy {\n    @inline\n    def apply(\n        CookieExpirationPeriod: js.UndefOr[Double] = js.undefined,\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLbCookieStickinessPolicy = {\n      val __obj = js.Dynamic.literal()\n      CookieExpirationPeriod.foreach(__v => __obj.updateDynamic(\"CookieExpirationPeriod\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLbCookieStickinessPolicy]\n    }\n  }\n\n  \/** Contains information about the access log configuration for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerAccessLog extends js.Object {\n    var EmitInterval: js.UndefOr[Int]\n    var Enabled: js.UndefOr[Boolean]\n    var S3BucketName: js.UndefOr[NonEmptyString]\n    var S3BucketPrefix: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLoadBalancerAccessLog {\n    @inline\n    def apply(\n        EmitInterval: js.UndefOr[Int] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        S3BucketName: js.UndefOr[NonEmptyString] = js.undefined,\n        S3BucketPrefix: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLoadBalancerAccessLog = {\n      val __obj = js.Dynamic.literal()\n      EmitInterval.foreach(__v => __obj.updateDynamic(\"EmitInterval\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      S3BucketPrefix.foreach(__v => __obj.updateDynamic(\"S3BucketPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerAccessLog]\n    }\n  }\n\n  \/** Contains attributes for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerAttributes extends js.Object {\n    var AccessLog: js.UndefOr[AwsElbLoadBalancerAccessLog]\n    var ConnectionDraining: js.UndefOr[AwsElbLoadBalancerConnectionDraining]\n    var ConnectionSettings: js.UndefOr[AwsElbLoadBalancerConnectionSettings]\n    var CrossZoneLoadBalancing: js.UndefOr[AwsElbLoadBalancerCrossZoneLoadBalancing]\n  }\n\n  object AwsElbLoadBalancerAttributes {\n    @inline\n    def apply(\n        AccessLog: js.UndefOr[AwsElbLoadBalancerAccessLog] = js.undefined,\n        ConnectionDraining: js.UndefOr[AwsElbLoadBalancerConnectionDraining] = js.undefined,\n        ConnectionSettings: js.UndefOr[AwsElbLoadBalancerConnectionSettings] = js.undefined,\n        CrossZoneLoadBalancing: js.UndefOr[AwsElbLoadBalancerCrossZoneLoadBalancing] = js.undefined\n    ): AwsElbLoadBalancerAttributes = {\n      val __obj = js.Dynamic.literal()\n      AccessLog.foreach(__v => __obj.updateDynamic(\"AccessLog\")(__v.asInstanceOf[js.Any]))\n      ConnectionDraining.foreach(__v => __obj.updateDynamic(\"ConnectionDraining\")(__v.asInstanceOf[js.Any]))\n      ConnectionSettings.foreach(__v => __obj.updateDynamic(\"ConnectionSettings\")(__v.asInstanceOf[js.Any]))\n      CrossZoneLoadBalancing.foreach(__v => __obj.updateDynamic(\"CrossZoneLoadBalancing\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerAttributes]\n    }\n  }\n\n  \/** Provides information about the configuration of an EC2 instance for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerBackendServerDescription extends js.Object {\n    var InstancePort: js.UndefOr[Int]\n    var PolicyNames: js.UndefOr[StringList]\n  }\n\n  object AwsElbLoadBalancerBackendServerDescription {\n    @inline\n    def apply(\n        InstancePort: js.UndefOr[Int] = js.undefined,\n        PolicyNames: js.UndefOr[StringList] = js.undefined\n    ): AwsElbLoadBalancerBackendServerDescription = {\n      val __obj = js.Dynamic.literal()\n      InstancePort.foreach(__v => __obj.updateDynamic(\"InstancePort\")(__v.asInstanceOf[js.Any]))\n      PolicyNames.foreach(__v => __obj.updateDynamic(\"PolicyNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerBackendServerDescription]\n    }\n  }\n\n  \/** Contains information about the connection draining configuration for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerConnectionDraining extends js.Object {\n    var Enabled: js.UndefOr[Boolean]\n    var Timeout: js.UndefOr[Int]\n  }\n\n  object AwsElbLoadBalancerConnectionDraining {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        Timeout: js.UndefOr[Int] = js.undefined\n    ): AwsElbLoadBalancerConnectionDraining = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerConnectionDraining]\n    }\n  }\n\n  \/** Contains connection settings for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerConnectionSettings extends js.Object {\n    var IdleTimeout: js.UndefOr[Int]\n  }\n\n  object AwsElbLoadBalancerConnectionSettings {\n    @inline\n    def apply(\n        IdleTimeout: js.UndefOr[Int] = js.undefined\n    ): AwsElbLoadBalancerConnectionSettings = {\n      val __obj = js.Dynamic.literal()\n      IdleTimeout.foreach(__v => __obj.updateDynamic(\"IdleTimeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerConnectionSettings]\n    }\n  }\n\n  \/** Contains cross-zone load balancing settings for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerCrossZoneLoadBalancing extends js.Object {\n    var Enabled: js.UndefOr[Boolean]\n  }\n\n  object AwsElbLoadBalancerCrossZoneLoadBalancing {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Boolean] = js.undefined\n    ): AwsElbLoadBalancerCrossZoneLoadBalancing = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerCrossZoneLoadBalancing]\n    }\n  }\n\n  \/** Contains details about a Classic Load Balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerDetails extends js.Object {\n    var AvailabilityZones: js.UndefOr[StringList]\n    var BackendServerDescriptions: js.UndefOr[AwsElbLoadBalancerBackendServerDescriptions]\n    var CanonicalHostedZoneName: js.UndefOr[NonEmptyString]\n    var CanonicalHostedZoneNameID: js.UndefOr[NonEmptyString]\n    var CreatedTime: js.UndefOr[NonEmptyString]\n    var DnsName: js.UndefOr[NonEmptyString]\n    var HealthCheck: js.UndefOr[AwsElbLoadBalancerHealthCheck]\n    var Instances: js.UndefOr[AwsElbLoadBalancerInstances]\n    var ListenerDescriptions: js.UndefOr[AwsElbLoadBalancerListenerDescriptions]\n    var LoadBalancerAttributes: js.UndefOr[AwsElbLoadBalancerAttributes]\n    var LoadBalancerName: js.UndefOr[NonEmptyString]\n    var Policies: js.UndefOr[AwsElbLoadBalancerPolicies]\n    var Scheme: js.UndefOr[NonEmptyString]\n    var SecurityGroups: js.UndefOr[StringList]\n    var SourceSecurityGroup: js.UndefOr[AwsElbLoadBalancerSourceSecurityGroup]\n    var Subnets: js.UndefOr[StringList]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLoadBalancerDetails {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[StringList] = js.undefined,\n        BackendServerDescriptions: js.UndefOr[AwsElbLoadBalancerBackendServerDescriptions] = js.undefined,\n        CanonicalHostedZoneName: js.UndefOr[NonEmptyString] = js.undefined,\n        CanonicalHostedZoneNameID: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedTime: js.UndefOr[NonEmptyString] = js.undefined,\n        DnsName: js.UndefOr[NonEmptyString] = js.undefined,\n        HealthCheck: js.UndefOr[AwsElbLoadBalancerHealthCheck] = js.undefined,\n        Instances: js.UndefOr[AwsElbLoadBalancerInstances] = js.undefined,\n        ListenerDescriptions: js.UndefOr[AwsElbLoadBalancerListenerDescriptions] = js.undefined,\n        LoadBalancerAttributes: js.UndefOr[AwsElbLoadBalancerAttributes] = js.undefined,\n        LoadBalancerName: js.UndefOr[NonEmptyString] = js.undefined,\n        Policies: js.UndefOr[AwsElbLoadBalancerPolicies] = js.undefined,\n        Scheme: js.UndefOr[NonEmptyString] = js.undefined,\n        SecurityGroups: js.UndefOr[StringList] = js.undefined,\n        SourceSecurityGroup: js.UndefOr[AwsElbLoadBalancerSourceSecurityGroup] = js.undefined,\n        Subnets: js.UndefOr[StringList] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLoadBalancerDetails = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BackendServerDescriptions.foreach(__v => __obj.updateDynamic(\"BackendServerDescriptions\")(__v.asInstanceOf[js.Any]))\n      CanonicalHostedZoneName.foreach(__v => __obj.updateDynamic(\"CanonicalHostedZoneName\")(__v.asInstanceOf[js.Any]))\n      CanonicalHostedZoneNameID.foreach(__v => __obj.updateDynamic(\"CanonicalHostedZoneNameID\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DnsName.foreach(__v => __obj.updateDynamic(\"DnsName\")(__v.asInstanceOf[js.Any]))\n      HealthCheck.foreach(__v => __obj.updateDynamic(\"HealthCheck\")(__v.asInstanceOf[js.Any]))\n      Instances.foreach(__v => __obj.updateDynamic(\"Instances\")(__v.asInstanceOf[js.Any]))\n      ListenerDescriptions.foreach(__v => __obj.updateDynamic(\"ListenerDescriptions\")(__v.asInstanceOf[js.Any]))\n      LoadBalancerAttributes.foreach(__v => __obj.updateDynamic(\"LoadBalancerAttributes\")(__v.asInstanceOf[js.Any]))\n      LoadBalancerName.foreach(__v => __obj.updateDynamic(\"LoadBalancerName\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      Scheme.foreach(__v => __obj.updateDynamic(\"Scheme\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      SourceSecurityGroup.foreach(__v => __obj.updateDynamic(\"SourceSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerDetails]\n    }\n  }\n\n  \/** Contains information about the health checks that are conducted on the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerHealthCheck extends js.Object {\n    var HealthyThreshold: js.UndefOr[Int]\n    var Interval: js.UndefOr[Int]\n    var Target: js.UndefOr[NonEmptyString]\n    var Timeout: js.UndefOr[Int]\n    var UnhealthyThreshold: js.UndefOr[Int]\n  }\n\n  object AwsElbLoadBalancerHealthCheck {\n    @inline\n    def apply(\n        HealthyThreshold: js.UndefOr[Int] = js.undefined,\n        Interval: js.UndefOr[Int] = js.undefined,\n        Target: js.UndefOr[NonEmptyString] = js.undefined,\n        Timeout: js.UndefOr[Int] = js.undefined,\n        UnhealthyThreshold: js.UndefOr[Int] = js.undefined\n    ): AwsElbLoadBalancerHealthCheck = {\n      val __obj = js.Dynamic.literal()\n      HealthyThreshold.foreach(__v => __obj.updateDynamic(\"HealthyThreshold\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      UnhealthyThreshold.foreach(__v => __obj.updateDynamic(\"UnhealthyThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerHealthCheck]\n    }\n  }\n\n  \/** Provides information about an EC2 instance for a load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerInstance extends js.Object {\n    var InstanceId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLoadBalancerInstance {\n    @inline\n    def apply(\n        InstanceId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLoadBalancerInstance = {\n      val __obj = js.Dynamic.literal()\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerInstance]\n    }\n  }\n\n  \/** Information about a load balancer listener.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerListener extends js.Object {\n    var InstancePort: js.UndefOr[Int]\n    var InstanceProtocol: js.UndefOr[NonEmptyString]\n    var LoadBalancerPort: js.UndefOr[Int]\n    var Protocol: js.UndefOr[NonEmptyString]\n    var SslCertificateId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLoadBalancerListener {\n    @inline\n    def apply(\n        InstancePort: js.UndefOr[Int] = js.undefined,\n        InstanceProtocol: js.UndefOr[NonEmptyString] = js.undefined,\n        LoadBalancerPort: js.UndefOr[Int] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined,\n        SslCertificateId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLoadBalancerListener = {\n      val __obj = js.Dynamic.literal()\n      InstancePort.foreach(__v => __obj.updateDynamic(\"InstancePort\")(__v.asInstanceOf[js.Any]))\n      InstanceProtocol.foreach(__v => __obj.updateDynamic(\"InstanceProtocol\")(__v.asInstanceOf[js.Any]))\n      LoadBalancerPort.foreach(__v => __obj.updateDynamic(\"LoadBalancerPort\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      SslCertificateId.foreach(__v => __obj.updateDynamic(\"SslCertificateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerListener]\n    }\n  }\n\n  \/** Lists the policies that are enabled for a load balancer listener.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerListenerDescription extends js.Object {\n    var Listener: js.UndefOr[AwsElbLoadBalancerListener]\n    var PolicyNames: js.UndefOr[StringList]\n  }\n\n  object AwsElbLoadBalancerListenerDescription {\n    @inline\n    def apply(\n        Listener: js.UndefOr[AwsElbLoadBalancerListener] = js.undefined,\n        PolicyNames: js.UndefOr[StringList] = js.undefined\n    ): AwsElbLoadBalancerListenerDescription = {\n      val __obj = js.Dynamic.literal()\n      Listener.foreach(__v => __obj.updateDynamic(\"Listener\")(__v.asInstanceOf[js.Any]))\n      PolicyNames.foreach(__v => __obj.updateDynamic(\"PolicyNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerListenerDescription]\n    }\n  }\n\n  \/** Contains information about the policies for a load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerPolicies extends js.Object {\n    var AppCookieStickinessPolicies: js.UndefOr[AwsElbAppCookieStickinessPolicies]\n    var LbCookieStickinessPolicies: js.UndefOr[AwsElbLbCookieStickinessPolicies]\n    var OtherPolicies: js.UndefOr[StringList]\n  }\n\n  object AwsElbLoadBalancerPolicies {\n    @inline\n    def apply(\n        AppCookieStickinessPolicies: js.UndefOr[AwsElbAppCookieStickinessPolicies] = js.undefined,\n        LbCookieStickinessPolicies: js.UndefOr[AwsElbLbCookieStickinessPolicies] = js.undefined,\n        OtherPolicies: js.UndefOr[StringList] = js.undefined\n    ): AwsElbLoadBalancerPolicies = {\n      val __obj = js.Dynamic.literal()\n      AppCookieStickinessPolicies.foreach(__v => __obj.updateDynamic(\"AppCookieStickinessPolicies\")(__v.asInstanceOf[js.Any]))\n      LbCookieStickinessPolicies.foreach(__v => __obj.updateDynamic(\"LbCookieStickinessPolicies\")(__v.asInstanceOf[js.Any]))\n      OtherPolicies.foreach(__v => __obj.updateDynamic(\"OtherPolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerPolicies]\n    }\n  }\n\n  \/** Contains information about the security group for the load balancer.\n    *\/\n  @js.native\n  trait AwsElbLoadBalancerSourceSecurityGroup extends js.Object {\n    var GroupName: js.UndefOr[NonEmptyString]\n    var OwnerAlias: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbLoadBalancerSourceSecurityGroup {\n    @inline\n    def apply(\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        OwnerAlias: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbLoadBalancerSourceSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      OwnerAlias.foreach(__v => __obj.updateDynamic(\"OwnerAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbLoadBalancerSourceSecurityGroup]\n    }\n  }\n\n  \/** Information about a load balancer.\n    *\/\n  @js.native\n  trait AwsElbv2LoadBalancerDetails extends js.Object {\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var CanonicalHostedZoneId: js.UndefOr[NonEmptyString]\n    var CreatedTime: js.UndefOr[NonEmptyString]\n    var DNSName: js.UndefOr[NonEmptyString]\n    var IpAddressType: js.UndefOr[NonEmptyString]\n    var Scheme: js.UndefOr[NonEmptyString]\n    var SecurityGroups: js.UndefOr[SecurityGroups]\n    var State: js.UndefOr[LoadBalancerState]\n    var Type: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsElbv2LoadBalancerDetails {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        CanonicalHostedZoneId: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedTime: js.UndefOr[NonEmptyString] = js.undefined,\n        DNSName: js.UndefOr[NonEmptyString] = js.undefined,\n        IpAddressType: js.UndefOr[NonEmptyString] = js.undefined,\n        Scheme: js.UndefOr[NonEmptyString] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroups] = js.undefined,\n        State: js.UndefOr[LoadBalancerState] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsElbv2LoadBalancerDetails = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      CanonicalHostedZoneId.foreach(__v => __obj.updateDynamic(\"CanonicalHostedZoneId\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DNSName.foreach(__v => __obj.updateDynamic(\"DNSName\")(__v.asInstanceOf[js.Any]))\n      IpAddressType.foreach(__v => __obj.updateDynamic(\"IpAddressType\")(__v.asInstanceOf[js.Any]))\n      Scheme.foreach(__v => __obj.updateDynamic(\"Scheme\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsElbv2LoadBalancerDetails]\n    }\n  }\n\n  \/** IAM access key details related to a finding.\n    *\/\n  @js.native\n  trait AwsIamAccessKeyDetails extends js.Object {\n    var AccessKeyId: js.UndefOr[NonEmptyString]\n    var AccountId: js.UndefOr[NonEmptyString]\n    var CreatedAt: js.UndefOr[NonEmptyString]\n    var PrincipalId: js.UndefOr[NonEmptyString]\n    var PrincipalName: js.UndefOr[NonEmptyString]\n    var PrincipalType: js.UndefOr[NonEmptyString]\n    var SessionContext: js.UndefOr[AwsIamAccessKeySessionContext]\n    var Status: js.UndefOr[AwsIamAccessKeyStatus]\n    var UserName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamAccessKeyDetails {\n    @inline\n    def apply(\n        AccessKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        AccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        PrincipalId: js.UndefOr[NonEmptyString] = js.undefined,\n        PrincipalName: js.UndefOr[NonEmptyString] = js.undefined,\n        PrincipalType: js.UndefOr[NonEmptyString] = js.undefined,\n        SessionContext: js.UndefOr[AwsIamAccessKeySessionContext] = js.undefined,\n        Status: js.UndefOr[AwsIamAccessKeyStatus] = js.undefined,\n        UserName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamAccessKeyDetails = {\n      val __obj = js.Dynamic.literal()\n      AccessKeyId.foreach(__v => __obj.updateDynamic(\"AccessKeyId\")(__v.asInstanceOf[js.Any]))\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      PrincipalId.foreach(__v => __obj.updateDynamic(\"PrincipalId\")(__v.asInstanceOf[js.Any]))\n      PrincipalName.foreach(__v => __obj.updateDynamic(\"PrincipalName\")(__v.asInstanceOf[js.Any]))\n      PrincipalType.foreach(__v => __obj.updateDynamic(\"PrincipalType\")(__v.asInstanceOf[js.Any]))\n      SessionContext.foreach(__v => __obj.updateDynamic(\"SessionContext\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamAccessKeyDetails]\n    }\n  }\n\n  \/** Provides information about the session that the key was used for.\n    *\/\n  @js.native\n  trait AwsIamAccessKeySessionContext extends js.Object {\n    var Attributes: js.UndefOr[AwsIamAccessKeySessionContextAttributes]\n    var SessionIssuer: js.UndefOr[AwsIamAccessKeySessionContextSessionIssuer]\n  }\n\n  object AwsIamAccessKeySessionContext {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AwsIamAccessKeySessionContextAttributes] = js.undefined,\n        SessionIssuer: js.UndefOr[AwsIamAccessKeySessionContextSessionIssuer] = js.undefined\n    ): AwsIamAccessKeySessionContext = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      SessionIssuer.foreach(__v => __obj.updateDynamic(\"SessionIssuer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamAccessKeySessionContext]\n    }\n  }\n\n  \/** Attributes of the session that the key was used for.\n    *\/\n  @js.native\n  trait AwsIamAccessKeySessionContextAttributes extends js.Object {\n    var CreationDate: js.UndefOr[NonEmptyString]\n    var MfaAuthenticated: js.UndefOr[Boolean]\n  }\n\n  object AwsIamAccessKeySessionContextAttributes {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[NonEmptyString] = js.undefined,\n        MfaAuthenticated: js.UndefOr[Boolean] = js.undefined\n    ): AwsIamAccessKeySessionContextAttributes = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      MfaAuthenticated.foreach(__v => __obj.updateDynamic(\"MfaAuthenticated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamAccessKeySessionContextAttributes]\n    }\n  }\n\n  \/** Information about the entity that created the session.\n    *\/\n  @js.native\n  trait AwsIamAccessKeySessionContextSessionIssuer extends js.Object {\n    var AccountId: js.UndefOr[NonEmptyString]\n    var Arn: js.UndefOr[NonEmptyString]\n    var PrincipalId: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[NonEmptyString]\n    var UserName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamAccessKeySessionContextSessionIssuer {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        Arn: js.UndefOr[NonEmptyString] = js.undefined,\n        PrincipalId: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined,\n        UserName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamAccessKeySessionContextSessionIssuer = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      PrincipalId.foreach(__v => __obj.updateDynamic(\"PrincipalId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamAccessKeySessionContextSessionIssuer]\n    }\n  }\n\n  @js.native\n  sealed trait AwsIamAccessKeyStatus extends js.Any\n  object AwsIamAccessKeyStatus {\n    val Active = \"Active\".asInstanceOf[AwsIamAccessKeyStatus]\n    val Inactive = \"Inactive\".asInstanceOf[AwsIamAccessKeyStatus]\n\n    @inline def values = js.Array(Active, Inactive)\n  }\n\n  \/** A managed policy that is attached to an IAM principal.\n    *\/\n  @js.native\n  trait AwsIamAttachedManagedPolicy extends js.Object {\n    var PolicyArn: js.UndefOr[NonEmptyString]\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamAttachedManagedPolicy {\n    @inline\n    def apply(\n        PolicyArn: js.UndefOr[NonEmptyString] = js.undefined,\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamAttachedManagedPolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamAttachedManagedPolicy]\n    }\n  }\n\n  \/** Contains details about an IAM group.\n    *\/\n  @js.native\n  trait AwsIamGroupDetails extends js.Object {\n    var AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var GroupId: js.UndefOr[NonEmptyString]\n    var GroupName: js.UndefOr[NonEmptyString]\n    var GroupPolicyList: js.UndefOr[AwsIamGroupPolicyList]\n    var Path: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamGroupDetails {\n    @inline\n    def apply(\n        AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupId: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupPolicyList: js.UndefOr[AwsIamGroupPolicyList] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      GroupPolicyList.foreach(__v => __obj.updateDynamic(\"GroupPolicyList\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamGroupDetails]\n    }\n  }\n\n  \/** A managed policy that is attached to the IAM group.\n    *\/\n  @js.native\n  trait AwsIamGroupPolicy extends js.Object {\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamGroupPolicy {\n    @inline\n    def apply(\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamGroupPolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamGroupPolicy]\n    }\n  }\n\n  \/** Information about an instance profile.\n    *\/\n  @js.native\n  trait AwsIamInstanceProfile extends js.Object {\n    var Arn: js.UndefOr[NonEmptyString]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var InstanceProfileId: js.UndefOr[NonEmptyString]\n    var InstanceProfileName: js.UndefOr[NonEmptyString]\n    var Path: js.UndefOr[NonEmptyString]\n    var Roles: js.UndefOr[AwsIamInstanceProfileRoles]\n  }\n\n  object AwsIamInstanceProfile {\n    @inline\n    def apply(\n        Arn: js.UndefOr[NonEmptyString] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        InstanceProfileId: js.UndefOr[NonEmptyString] = js.undefined,\n        InstanceProfileName: js.UndefOr[NonEmptyString] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        Roles: js.UndefOr[AwsIamInstanceProfileRoles] = js.undefined\n    ): AwsIamInstanceProfile = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileId.foreach(__v => __obj.updateDynamic(\"InstanceProfileId\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileName.foreach(__v => __obj.updateDynamic(\"InstanceProfileName\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Roles.foreach(__v => __obj.updateDynamic(\"Roles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamInstanceProfile]\n    }\n  }\n\n  \/** Information about a role associated with an instance profile.\n    *\/\n  @js.native\n  trait AwsIamInstanceProfileRole extends js.Object {\n    var Arn: js.UndefOr[NonEmptyString]\n    var AssumeRolePolicyDocument: js.UndefOr[AwsIamRoleAssumeRolePolicyDocument]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var Path: js.UndefOr[NonEmptyString]\n    var RoleId: js.UndefOr[NonEmptyString]\n    var RoleName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamInstanceProfileRole {\n    @inline\n    def apply(\n        Arn: js.UndefOr[NonEmptyString] = js.undefined,\n        AssumeRolePolicyDocument: js.UndefOr[AwsIamRoleAssumeRolePolicyDocument] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        RoleId: js.UndefOr[NonEmptyString] = js.undefined,\n        RoleName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamInstanceProfileRole = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AssumeRolePolicyDocument.foreach(__v => __obj.updateDynamic(\"AssumeRolePolicyDocument\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      RoleId.foreach(__v => __obj.updateDynamic(\"RoleId\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamInstanceProfileRole]\n    }\n  }\n\n  \/** Information about the policy used to set the permissions boundary for an IAM principal.\n    *\/\n  @js.native\n  trait AwsIamPermissionsBoundary extends js.Object {\n    var PermissionsBoundaryArn: js.UndefOr[NonEmptyString]\n    var PermissionsBoundaryType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamPermissionsBoundary {\n    @inline\n    def apply(\n        PermissionsBoundaryArn: js.UndefOr[NonEmptyString] = js.undefined,\n        PermissionsBoundaryType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamPermissionsBoundary = {\n      val __obj = js.Dynamic.literal()\n      PermissionsBoundaryArn.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryArn\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryType.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamPermissionsBoundary]\n    }\n  }\n\n  \/** Represents an IAM permissions policy.\n    *\/\n  @js.native\n  trait AwsIamPolicyDetails extends js.Object {\n    var AttachmentCount: js.UndefOr[Int]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var DefaultVersionId: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var IsAttachable: js.UndefOr[Boolean]\n    var Path: js.UndefOr[NonEmptyString]\n    var PermissionsBoundaryUsageCount: js.UndefOr[Int]\n    var PolicyId: js.UndefOr[NonEmptyString]\n    var PolicyName: js.UndefOr[NonEmptyString]\n    var PolicyVersionList: js.UndefOr[AwsIamPolicyVersionList]\n    var UpdateDate: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamPolicyDetails {\n    @inline\n    def apply(\n        AttachmentCount: js.UndefOr[Int] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        DefaultVersionId: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        IsAttachable: js.UndefOr[Boolean] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        PermissionsBoundaryUsageCount: js.UndefOr[Int] = js.undefined,\n        PolicyId: js.UndefOr[NonEmptyString] = js.undefined,\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined,\n        PolicyVersionList: js.UndefOr[AwsIamPolicyVersionList] = js.undefined,\n        UpdateDate: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamPolicyDetails = {\n      val __obj = js.Dynamic.literal()\n      AttachmentCount.foreach(__v => __obj.updateDynamic(\"AttachmentCount\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      DefaultVersionId.foreach(__v => __obj.updateDynamic(\"DefaultVersionId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsAttachable.foreach(__v => __obj.updateDynamic(\"IsAttachable\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryUsageCount.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryUsageCount\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      PolicyVersionList.foreach(__v => __obj.updateDynamic(\"PolicyVersionList\")(__v.asInstanceOf[js.Any]))\n      UpdateDate.foreach(__v => __obj.updateDynamic(\"UpdateDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamPolicyDetails]\n    }\n  }\n\n  \/** A version of an IAM policy.\n    *\/\n  @js.native\n  trait AwsIamPolicyVersion extends js.Object {\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var IsDefaultVersion: js.UndefOr[Boolean]\n    var VersionId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamPolicyVersion {\n    @inline\n    def apply(\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        IsDefaultVersion: js.UndefOr[Boolean] = js.undefined,\n        VersionId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamPolicyVersion = {\n      val __obj = js.Dynamic.literal()\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      IsDefaultVersion.foreach(__v => __obj.updateDynamic(\"IsDefaultVersion\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamPolicyVersion]\n    }\n  }\n\n  \/** Contains information about an IAM role, including all of the role's policies.\n    *\/\n  @js.native\n  trait AwsIamRoleDetails extends js.Object {\n    var AssumeRolePolicyDocument: js.UndefOr[AwsIamRoleAssumeRolePolicyDocument]\n    var AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var InstanceProfileList: js.UndefOr[AwsIamInstanceProfileList]\n    var MaxSessionDuration: js.UndefOr[Int]\n    var Path: js.UndefOr[NonEmptyString]\n    var PermissionsBoundary: js.UndefOr[AwsIamPermissionsBoundary]\n    var RoleId: js.UndefOr[NonEmptyString]\n    var RoleName: js.UndefOr[NonEmptyString]\n    var RolePolicyList: js.UndefOr[AwsIamRolePolicyList]\n  }\n\n  object AwsIamRoleDetails {\n    @inline\n    def apply(\n        AssumeRolePolicyDocument: js.UndefOr[AwsIamRoleAssumeRolePolicyDocument] = js.undefined,\n        AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        InstanceProfileList: js.UndefOr[AwsIamInstanceProfileList] = js.undefined,\n        MaxSessionDuration: js.UndefOr[Int] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AwsIamPermissionsBoundary] = js.undefined,\n        RoleId: js.UndefOr[NonEmptyString] = js.undefined,\n        RoleName: js.UndefOr[NonEmptyString] = js.undefined,\n        RolePolicyList: js.UndefOr[AwsIamRolePolicyList] = js.undefined\n    ): AwsIamRoleDetails = {\n      val __obj = js.Dynamic.literal()\n      AssumeRolePolicyDocument.foreach(__v => __obj.updateDynamic(\"AssumeRolePolicyDocument\")(__v.asInstanceOf[js.Any]))\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileList.foreach(__v => __obj.updateDynamic(\"InstanceProfileList\")(__v.asInstanceOf[js.Any]))\n      MaxSessionDuration.foreach(__v => __obj.updateDynamic(\"MaxSessionDuration\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      RoleId.foreach(__v => __obj.updateDynamic(\"RoleId\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      RolePolicyList.foreach(__v => __obj.updateDynamic(\"RolePolicyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamRoleDetails]\n    }\n  }\n\n  \/** An inline policy that is embedded in the role.\n    *\/\n  @js.native\n  trait AwsIamRolePolicy extends js.Object {\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamRolePolicy {\n    @inline\n    def apply(\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamRolePolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamRolePolicy]\n    }\n  }\n\n  \/** Information about an IAM user.\n    *\/\n  @js.native\n  trait AwsIamUserDetails extends js.Object {\n    var AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList]\n    var CreateDate: js.UndefOr[NonEmptyString]\n    var GroupList: js.UndefOr[StringList]\n    var Path: js.UndefOr[NonEmptyString]\n    var PermissionsBoundary: js.UndefOr[AwsIamPermissionsBoundary]\n    var UserId: js.UndefOr[NonEmptyString]\n    var UserName: js.UndefOr[NonEmptyString]\n    var UserPolicyList: js.UndefOr[AwsIamUserPolicyList]\n  }\n\n  object AwsIamUserDetails {\n    @inline\n    def apply(\n        AttachedManagedPolicies: js.UndefOr[AwsIamAttachedManagedPolicyList] = js.undefined,\n        CreateDate: js.UndefOr[NonEmptyString] = js.undefined,\n        GroupList: js.UndefOr[StringList] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AwsIamPermissionsBoundary] = js.undefined,\n        UserId: js.UndefOr[NonEmptyString] = js.undefined,\n        UserName: js.UndefOr[NonEmptyString] = js.undefined,\n        UserPolicyList: js.UndefOr[AwsIamUserPolicyList] = js.undefined\n    ): AwsIamUserDetails = {\n      val __obj = js.Dynamic.literal()\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      GroupList.foreach(__v => __obj.updateDynamic(\"GroupList\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      UserPolicyList.foreach(__v => __obj.updateDynamic(\"UserPolicyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamUserDetails]\n    }\n  }\n\n  \/** Information about an inline policy that is embedded in the user.\n    *\/\n  @js.native\n  trait AwsIamUserPolicy extends js.Object {\n    var PolicyName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsIamUserPolicy {\n    @inline\n    def apply(\n        PolicyName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsIamUserPolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsIamUserPolicy]\n    }\n  }\n\n  \/** Contains metadata about a customer master key (CMK).\n    *\/\n  @js.native\n  trait AwsKmsKeyDetails extends js.Object {\n    var AWSAccountId: js.UndefOr[NonEmptyString]\n    var CreationDate: js.UndefOr[Double]\n    var Description: js.UndefOr[NonEmptyString]\n    var KeyId: js.UndefOr[NonEmptyString]\n    var KeyManager: js.UndefOr[NonEmptyString]\n    var KeyState: js.UndefOr[NonEmptyString]\n    var Origin: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsKmsKeyDetails {\n    @inline\n    def apply(\n        AWSAccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        CreationDate: js.UndefOr[Double] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyManager: js.UndefOr[NonEmptyString] = js.undefined,\n        KeyState: js.UndefOr[NonEmptyString] = js.undefined,\n        Origin: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsKmsKeyDetails = {\n      val __obj = js.Dynamic.literal()\n      AWSAccountId.foreach(__v => __obj.updateDynamic(\"AWSAccountId\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      KeyManager.foreach(__v => __obj.updateDynamic(\"KeyManager\")(__v.asInstanceOf[js.Any]))\n      KeyState.foreach(__v => __obj.updateDynamic(\"KeyState\")(__v.asInstanceOf[js.Any]))\n      Origin.foreach(__v => __obj.updateDynamic(\"Origin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsKmsKeyDetails]\n    }\n  }\n\n  \/** The code for the Lambda function. You can specify either an object in Amazon S3, or upload a deployment package directly.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionCode extends js.Object {\n    var S3Bucket: js.UndefOr[NonEmptyString]\n    var S3Key: js.UndefOr[NonEmptyString]\n    var S3ObjectVersion: js.UndefOr[NonEmptyString]\n    var ZipFile: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsLambdaFunctionCode {\n    @inline\n    def apply(\n        S3Bucket: js.UndefOr[NonEmptyString] = js.undefined,\n        S3Key: js.UndefOr[NonEmptyString] = js.undefined,\n        S3ObjectVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        ZipFile: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsLambdaFunctionCode = {\n      val __obj = js.Dynamic.literal()\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      S3ObjectVersion.foreach(__v => __obj.updateDynamic(\"S3ObjectVersion\")(__v.asInstanceOf[js.Any]))\n      ZipFile.foreach(__v => __obj.updateDynamic(\"ZipFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionCode]\n    }\n  }\n\n  \/** The dead-letter queue for failed asynchronous invocations.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionDeadLetterConfig extends js.Object {\n    var TargetArn: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsLambdaFunctionDeadLetterConfig {\n    @inline\n    def apply(\n        TargetArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsLambdaFunctionDeadLetterConfig = {\n      val __obj = js.Dynamic.literal()\n      TargetArn.foreach(__v => __obj.updateDynamic(\"TargetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionDeadLetterConfig]\n    }\n  }\n\n  \/** Details about a function's configuration.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionDetails extends js.Object {\n    var Code: js.UndefOr[AwsLambdaFunctionCode]\n    var CodeSha256: js.UndefOr[NonEmptyString]\n    var DeadLetterConfig: js.UndefOr[AwsLambdaFunctionDeadLetterConfig]\n    var Environment: js.UndefOr[AwsLambdaFunctionEnvironment]\n    var FunctionName: js.UndefOr[NonEmptyString]\n    var Handler: js.UndefOr[NonEmptyString]\n    var KmsKeyArn: js.UndefOr[NonEmptyString]\n    var LastModified: js.UndefOr[NonEmptyString]\n    var Layers: js.UndefOr[AwsLambdaFunctionLayerList]\n    var MasterArn: js.UndefOr[NonEmptyString]\n    var MemorySize: js.UndefOr[Int]\n    var RevisionId: js.UndefOr[NonEmptyString]\n    var Role: js.UndefOr[NonEmptyString]\n    var Runtime: js.UndefOr[NonEmptyString]\n    var Timeout: js.UndefOr[Int]\n    var TracingConfig: js.UndefOr[AwsLambdaFunctionTracingConfig]\n    var Version: js.UndefOr[NonEmptyString]\n    var VpcConfig: js.UndefOr[AwsLambdaFunctionVpcConfig]\n  }\n\n  object AwsLambdaFunctionDetails {\n    @inline\n    def apply(\n        Code: js.UndefOr[AwsLambdaFunctionCode] = js.undefined,\n        CodeSha256: js.UndefOr[NonEmptyString] = js.undefined,\n        DeadLetterConfig: js.UndefOr[AwsLambdaFunctionDeadLetterConfig] = js.undefined,\n        Environment: js.UndefOr[AwsLambdaFunctionEnvironment] = js.undefined,\n        FunctionName: js.UndefOr[NonEmptyString] = js.undefined,\n        Handler: js.UndefOr[NonEmptyString] = js.undefined,\n        KmsKeyArn: js.UndefOr[NonEmptyString] = js.undefined,\n        LastModified: js.UndefOr[NonEmptyString] = js.undefined,\n        Layers: js.UndefOr[AwsLambdaFunctionLayerList] = js.undefined,\n        MasterArn: js.UndefOr[NonEmptyString] = js.undefined,\n        MemorySize: js.UndefOr[Int] = js.undefined,\n        RevisionId: js.UndefOr[NonEmptyString] = js.undefined,\n        Role: js.UndefOr[NonEmptyString] = js.undefined,\n        Runtime: js.UndefOr[NonEmptyString] = js.undefined,\n        Timeout: js.UndefOr[Int] = js.undefined,\n        TracingConfig: js.UndefOr[AwsLambdaFunctionTracingConfig] = js.undefined,\n        Version: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcConfig: js.UndefOr[AwsLambdaFunctionVpcConfig] = js.undefined\n    ): AwsLambdaFunctionDetails = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      CodeSha256.foreach(__v => __obj.updateDynamic(\"CodeSha256\")(__v.asInstanceOf[js.Any]))\n      DeadLetterConfig.foreach(__v => __obj.updateDynamic(\"DeadLetterConfig\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      FunctionName.foreach(__v => __obj.updateDynamic(\"FunctionName\")(__v.asInstanceOf[js.Any]))\n      Handler.foreach(__v => __obj.updateDynamic(\"Handler\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Layers.foreach(__v => __obj.updateDynamic(\"Layers\")(__v.asInstanceOf[js.Any]))\n      MasterArn.foreach(__v => __obj.updateDynamic(\"MasterArn\")(__v.asInstanceOf[js.Any]))\n      MemorySize.foreach(__v => __obj.updateDynamic(\"MemorySize\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      Runtime.foreach(__v => __obj.updateDynamic(\"Runtime\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      TracingConfig.foreach(__v => __obj.updateDynamic(\"TracingConfig\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionDetails]\n    }\n  }\n\n  \/** A function's environment variable settings.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionEnvironment extends js.Object {\n    var Error: js.UndefOr[AwsLambdaFunctionEnvironmentError]\n    var Variables: js.UndefOr[FieldMap]\n  }\n\n  object AwsLambdaFunctionEnvironment {\n    @inline\n    def apply(\n        Error: js.UndefOr[AwsLambdaFunctionEnvironmentError] = js.undefined,\n        Variables: js.UndefOr[FieldMap] = js.undefined\n    ): AwsLambdaFunctionEnvironment = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      Variables.foreach(__v => __obj.updateDynamic(\"Variables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionEnvironment]\n    }\n  }\n\n  \/** Error messages for environment variables that couldn't be applied.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionEnvironmentError extends js.Object {\n    var ErrorCode: js.UndefOr[NonEmptyString]\n    var Message: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsLambdaFunctionEnvironmentError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[NonEmptyString] = js.undefined,\n        Message: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsLambdaFunctionEnvironmentError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionEnvironmentError]\n    }\n  }\n\n  \/** An AWS Lambda layer.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionLayer extends js.Object {\n    var Arn: js.UndefOr[NonEmptyString]\n    var CodeSize: js.UndefOr[Int]\n  }\n\n  object AwsLambdaFunctionLayer {\n    @inline\n    def apply(\n        Arn: js.UndefOr[NonEmptyString] = js.undefined,\n        CodeSize: js.UndefOr[Int] = js.undefined\n    ): AwsLambdaFunctionLayer = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CodeSize.foreach(__v => __obj.updateDynamic(\"CodeSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionLayer]\n    }\n  }\n\n  \/** The function's AWS X-Ray tracing configuration.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionTracingConfig extends js.Object {\n    var Mode: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsLambdaFunctionTracingConfig {\n    @inline\n    def apply(\n        Mode: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsLambdaFunctionTracingConfig = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionTracingConfig]\n    }\n  }\n\n  \/** The VPC security groups and subnets that are attached to a Lambda function. For more information, see VPC Settings.\n    *\/\n  @js.native\n  trait AwsLambdaFunctionVpcConfig extends js.Object {\n    var SecurityGroupIds: js.UndefOr[NonEmptyStringList]\n    var SubnetIds: js.UndefOr[NonEmptyStringList]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsLambdaFunctionVpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[NonEmptyStringList] = js.undefined,\n        SubnetIds: js.UndefOr[NonEmptyStringList] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsLambdaFunctionVpcConfig = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaFunctionVpcConfig]\n    }\n  }\n\n  \/** Details about a Lambda layer version.\n    *\/\n  @js.native\n  trait AwsLambdaLayerVersionDetails extends js.Object {\n    var CompatibleRuntimes: js.UndefOr[NonEmptyStringList]\n    var CreatedDate: js.UndefOr[NonEmptyString]\n    var Version: js.UndefOr[AwsLambdaLayerVersionNumber]\n  }\n\n  object AwsLambdaLayerVersionDetails {\n    @inline\n    def apply(\n        CompatibleRuntimes: js.UndefOr[NonEmptyStringList] = js.undefined,\n        CreatedDate: js.UndefOr[NonEmptyString] = js.undefined,\n        Version: js.UndefOr[AwsLambdaLayerVersionNumber] = js.undefined\n    ): AwsLambdaLayerVersionDetails = {\n      val __obj = js.Dynamic.literal()\n      CompatibleRuntimes.foreach(__v => __obj.updateDynamic(\"CompatibleRuntimes\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsLambdaLayerVersionDetails]\n    }\n  }\n\n  \/** An IAM role that is associated with the Amazon RDS DB cluster.\n    *\/\n  @js.native\n  trait AwsRdsDbClusterAssociatedRole extends js.Object {\n    var RoleArn: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbClusterAssociatedRole {\n    @inline\n    def apply(\n        RoleArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbClusterAssociatedRole = {\n      val __obj = js.Dynamic.literal()\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbClusterAssociatedRole]\n    }\n  }\n\n  \/** Information about an Amazon RDS DB cluster.\n    *\/\n  @js.native\n  trait AwsRdsDbClusterDetails extends js.Object {\n    var ActivityStreamStatus: js.UndefOr[NonEmptyString]\n    var AllocatedStorage: js.UndefOr[Int]\n    var AssociatedRoles: js.UndefOr[AwsRdsDbClusterAssociatedRoles]\n    var AvailabilityZones: js.UndefOr[StringList]\n    var BackupRetentionPeriod: js.UndefOr[Int]\n    var ClusterCreateTime: js.UndefOr[NonEmptyString]\n    var CopyTagsToSnapshot: js.UndefOr[Boolean]\n    var CrossAccountClone: js.UndefOr[Boolean]\n    var CustomEndpoints: js.UndefOr[StringList]\n    var DatabaseName: js.UndefOr[NonEmptyString]\n    var DbClusterIdentifier: js.UndefOr[NonEmptyString]\n    var DbClusterMembers: js.UndefOr[AwsRdsDbClusterMembers]\n    var DbClusterOptionGroupMemberships: js.UndefOr[AwsRdsDbClusterOptionGroupMemberships]\n    var DbClusterParameterGroup: js.UndefOr[NonEmptyString]\n    var DbClusterResourceId: js.UndefOr[NonEmptyString]\n    var DbSubnetGroup: js.UndefOr[NonEmptyString]\n    var DeletionProtection: js.UndefOr[Boolean]\n    var DomainMemberships: js.UndefOr[AwsRdsDbDomainMemberships]\n    var EnabledCloudWatchLogsExports: js.UndefOr[StringList]\n    var Endpoint: js.UndefOr[NonEmptyString]\n    var Engine: js.UndefOr[NonEmptyString]\n    var EngineMode: js.UndefOr[NonEmptyString]\n    var EngineVersion: js.UndefOr[NonEmptyString]\n    var HostedZoneId: js.UndefOr[NonEmptyString]\n    var HttpEndpointEnabled: js.UndefOr[Boolean]\n    var IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var MasterUsername: js.UndefOr[NonEmptyString]\n    var MultiAz: js.UndefOr[Boolean]\n    var Port: js.UndefOr[Int]\n    var PreferredBackupWindow: js.UndefOr[NonEmptyString]\n    var PreferredMaintenanceWindow: js.UndefOr[NonEmptyString]\n    var ReadReplicaIdentifiers: js.UndefOr[StringList]\n    var ReaderEndpoint: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var VpcSecurityGroups: js.UndefOr[AwsRdsDbInstanceVpcSecurityGroups]\n  }\n\n  object AwsRdsDbClusterDetails {\n    @inline\n    def apply(\n        ActivityStreamStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AssociatedRoles: js.UndefOr[AwsRdsDbClusterAssociatedRoles] = js.undefined,\n        AvailabilityZones: js.UndefOr[StringList] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        ClusterCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[Boolean] = js.undefined,\n        CrossAccountClone: js.UndefOr[Boolean] = js.undefined,\n        CustomEndpoints: js.UndefOr[StringList] = js.undefined,\n        DatabaseName: js.UndefOr[NonEmptyString] = js.undefined,\n        DbClusterIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbClusterMembers: js.UndefOr[AwsRdsDbClusterMembers] = js.undefined,\n        DbClusterOptionGroupMemberships: js.UndefOr[AwsRdsDbClusterOptionGroupMemberships] = js.undefined,\n        DbClusterParameterGroup: js.UndefOr[NonEmptyString] = js.undefined,\n        DbClusterResourceId: js.UndefOr[NonEmptyString] = js.undefined,\n        DbSubnetGroup: js.UndefOr[NonEmptyString] = js.undefined,\n        DeletionProtection: js.UndefOr[Boolean] = js.undefined,\n        DomainMemberships: js.UndefOr[AwsRdsDbDomainMemberships] = js.undefined,\n        EnabledCloudWatchLogsExports: js.UndefOr[StringList] = js.undefined,\n        Endpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        Engine: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineMode: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        HostedZoneId: js.UndefOr[NonEmptyString] = js.undefined,\n        HttpEndpointEnabled: js.UndefOr[Boolean] = js.undefined,\n        IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        MasterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        MultiAz: js.UndefOr[Boolean] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        ReadReplicaIdentifiers: js.UndefOr[StringList] = js.undefined,\n        ReaderEndpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[AwsRdsDbInstanceVpcSecurityGroups] = js.undefined\n    ): AwsRdsDbClusterDetails = {\n      val __obj = js.Dynamic.literal()\n      ActivityStreamStatus.foreach(__v => __obj.updateDynamic(\"ActivityStreamStatus\")(__v.asInstanceOf[js.Any]))\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AssociatedRoles.foreach(__v => __obj.updateDynamic(\"AssociatedRoles\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      CrossAccountClone.foreach(__v => __obj.updateDynamic(\"CrossAccountClone\")(__v.asInstanceOf[js.Any]))\n      CustomEndpoints.foreach(__v => __obj.updateDynamic(\"CustomEndpoints\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DbClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DbClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbClusterMembers.foreach(__v => __obj.updateDynamic(\"DbClusterMembers\")(__v.asInstanceOf[js.Any]))\n      DbClusterOptionGroupMemberships.foreach(__v => __obj.updateDynamic(\"DbClusterOptionGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      DbClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DbClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      DbClusterResourceId.foreach(__v => __obj.updateDynamic(\"DbClusterResourceId\")(__v.asInstanceOf[js.Any]))\n      DbSubnetGroup.foreach(__v => __obj.updateDynamic(\"DbSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      DomainMemberships.foreach(__v => __obj.updateDynamic(\"DomainMemberships\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudWatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudWatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineMode.foreach(__v => __obj.updateDynamic(\"EngineMode\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      HttpEndpointEnabled.foreach(__v => __obj.updateDynamic(\"HttpEndpointEnabled\")(__v.asInstanceOf[js.Any]))\n      IamDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IamDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MultiAz.foreach(__v => __obj.updateDynamic(\"MultiAz\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReaderEndpoint.foreach(__v => __obj.updateDynamic(\"ReaderEndpoint\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbClusterDetails]\n    }\n  }\n\n  \/** Information about an instance in the DB cluster.\n    *\/\n  @js.native\n  trait AwsRdsDbClusterMember extends js.Object {\n    var DbClusterParameterGroupStatus: js.UndefOr[NonEmptyString]\n    var DbInstanceIdentifier: js.UndefOr[NonEmptyString]\n    var IsClusterWriter: js.UndefOr[Boolean]\n    var PromotionTier: js.UndefOr[Int]\n  }\n\n  object AwsRdsDbClusterMember {\n    @inline\n    def apply(\n        DbClusterParameterGroupStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        DbInstanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        IsClusterWriter: js.UndefOr[Boolean] = js.undefined,\n        PromotionTier: js.UndefOr[Int] = js.undefined\n    ): AwsRdsDbClusterMember = {\n      val __obj = js.Dynamic.literal()\n      DbClusterParameterGroupStatus.foreach(__v => __obj.updateDynamic(\"DbClusterParameterGroupStatus\")(__v.asInstanceOf[js.Any]))\n      DbInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DbInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      IsClusterWriter.foreach(__v => __obj.updateDynamic(\"IsClusterWriter\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbClusterMember]\n    }\n  }\n\n  \/** Information about an option group membership for a DB cluster.\n    *\/\n  @js.native\n  trait AwsRdsDbClusterOptionGroupMembership extends js.Object {\n    var DbClusterOptionGroupName: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbClusterOptionGroupMembership {\n    @inline\n    def apply(\n        DbClusterOptionGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbClusterOptionGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      DbClusterOptionGroupName.foreach(__v => __obj.updateDynamic(\"DbClusterOptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbClusterOptionGroupMembership]\n    }\n  }\n\n  \/** Information about an Amazon RDS DB cluster snapshot.\n    *\/\n  @js.native\n  trait AwsRdsDbClusterSnapshotDetails extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AvailabilityZones: js.UndefOr[StringList]\n    var ClusterCreateTime: js.UndefOr[NonEmptyString]\n    var DbClusterIdentifier: js.UndefOr[NonEmptyString]\n    var DbClusterSnapshotIdentifier: js.UndefOr[NonEmptyString]\n    var Engine: js.UndefOr[NonEmptyString]\n    var EngineVersion: js.UndefOr[NonEmptyString]\n    var IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var LicenseModel: js.UndefOr[NonEmptyString]\n    var MasterUsername: js.UndefOr[NonEmptyString]\n    var PercentProgress: js.UndefOr[Int]\n    var Port: js.UndefOr[Int]\n    var SnapshotCreateTime: js.UndefOr[NonEmptyString]\n    var SnapshotType: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbClusterSnapshotDetails {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AvailabilityZones: js.UndefOr[StringList] = js.undefined,\n        ClusterCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        DbClusterIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbClusterSnapshotIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        Engine: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        LicenseModel: js.UndefOr[NonEmptyString] = js.undefined,\n        MasterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        SnapshotType: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbClusterSnapshotDetails = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      DbClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DbClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DbClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IamDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IamDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbClusterSnapshotDetails]\n    }\n  }\n\n  \/** Information about an Active Directory domain membership record associated with the DB instance.\n    *\/\n  @js.native\n  trait AwsRdsDbDomainMembership extends js.Object {\n    var Domain: js.UndefOr[NonEmptyString]\n    var Fqdn: js.UndefOr[NonEmptyString]\n    var IamRoleName: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbDomainMembership {\n    @inline\n    def apply(\n        Domain: js.UndefOr[NonEmptyString] = js.undefined,\n        Fqdn: js.UndefOr[NonEmptyString] = js.undefined,\n        IamRoleName: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbDomainMembership = {\n      val __obj = js.Dynamic.literal()\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      Fqdn.foreach(__v => __obj.updateDynamic(\"Fqdn\")(__v.asInstanceOf[js.Any]))\n      IamRoleName.foreach(__v => __obj.updateDynamic(\"IamRoleName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbDomainMembership]\n    }\n  }\n\n  \/** An AWS Identity and Access Management (IAM) role associated with the DB instance.\n    *\/\n  @js.native\n  trait AwsRdsDbInstanceAssociatedRole extends js.Object {\n    var FeatureName: js.UndefOr[NonEmptyString]\n    var RoleArn: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbInstanceAssociatedRole {\n    @inline\n    def apply(\n        FeatureName: js.UndefOr[NonEmptyString] = js.undefined,\n        RoleArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbInstanceAssociatedRole = {\n      val __obj = js.Dynamic.literal()\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbInstanceAssociatedRole]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB instance.\n    *\/\n  @js.native\n  trait AwsRdsDbInstanceDetails extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AssociatedRoles: js.UndefOr[AwsRdsDbInstanceAssociatedRoles]\n    var AutoMinorVersionUpgrade: js.UndefOr[Boolean]\n    var AvailabilityZone: js.UndefOr[NonEmptyString]\n    var BackupRetentionPeriod: js.UndefOr[Int]\n    var CACertificateIdentifier: js.UndefOr[NonEmptyString]\n    var CharacterSetName: js.UndefOr[NonEmptyString]\n    var CopyTagsToSnapshot: js.UndefOr[Boolean]\n    var DBClusterIdentifier: js.UndefOr[NonEmptyString]\n    var DBInstanceClass: js.UndefOr[NonEmptyString]\n    var DBInstanceIdentifier: js.UndefOr[NonEmptyString]\n    var DBName: js.UndefOr[NonEmptyString]\n    var DbInstancePort: js.UndefOr[Int]\n    var DbInstanceStatus: js.UndefOr[NonEmptyString]\n    var DbParameterGroups: js.UndefOr[AwsRdsDbParameterGroups]\n    var DbSecurityGroups: js.UndefOr[StringList]\n    var DbSubnetGroup: js.UndefOr[AwsRdsDbSubnetGroup]\n    var DbiResourceId: js.UndefOr[NonEmptyString]\n    var DeletionProtection: js.UndefOr[Boolean]\n    var DomainMemberships: js.UndefOr[AwsRdsDbDomainMemberships]\n    var EnabledCloudWatchLogsExports: js.UndefOr[StringList]\n    var Endpoint: js.UndefOr[AwsRdsDbInstanceEndpoint]\n    var Engine: js.UndefOr[NonEmptyString]\n    var EngineVersion: js.UndefOr[NonEmptyString]\n    var EnhancedMonitoringResourceArn: js.UndefOr[NonEmptyString]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var InstanceCreateTime: js.UndefOr[NonEmptyString]\n    var Iops: js.UndefOr[Int]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var LatestRestorableTime: js.UndefOr[NonEmptyString]\n    var LicenseModel: js.UndefOr[NonEmptyString]\n    var ListenerEndpoint: js.UndefOr[AwsRdsDbInstanceEndpoint]\n    var MasterUsername: js.UndefOr[NonEmptyString]\n    var MaxAllocatedStorage: js.UndefOr[Int]\n    var MonitoringInterval: js.UndefOr[Int]\n    var MonitoringRoleArn: js.UndefOr[NonEmptyString]\n    var MultiAz: js.UndefOr[Boolean]\n    var OptionGroupMemberships: js.UndefOr[AwsRdsDbOptionGroupMemberships]\n    var PendingModifiedValues: js.UndefOr[AwsRdsDbPendingModifiedValues]\n    var PerformanceInsightsEnabled: js.UndefOr[Boolean]\n    var PerformanceInsightsKmsKeyId: js.UndefOr[NonEmptyString]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[Int]\n    var PreferredBackupWindow: js.UndefOr[NonEmptyString]\n    var PreferredMaintenanceWindow: js.UndefOr[NonEmptyString]\n    var ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures]\n    var PromotionTier: js.UndefOr[Int]\n    var PubliclyAccessible: js.UndefOr[Boolean]\n    var ReadReplicaDBClusterIdentifiers: js.UndefOr[StringList]\n    var ReadReplicaDBInstanceIdentifiers: js.UndefOr[StringList]\n    var ReadReplicaSourceDBInstanceIdentifier: js.UndefOr[NonEmptyString]\n    var SecondaryAvailabilityZone: js.UndefOr[NonEmptyString]\n    var StatusInfos: js.UndefOr[AwsRdsDbStatusInfos]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var StorageType: js.UndefOr[NonEmptyString]\n    var TdeCredentialArn: js.UndefOr[NonEmptyString]\n    var Timezone: js.UndefOr[NonEmptyString]\n    var VpcSecurityGroups: js.UndefOr[AwsRdsDbInstanceVpcSecurityGroups]\n  }\n\n  object AwsRdsDbInstanceDetails {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AssociatedRoles: js.UndefOr[AwsRdsDbInstanceAssociatedRoles] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        AvailabilityZone: js.UndefOr[NonEmptyString] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        CharacterSetName: js.UndefOr[NonEmptyString] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[Boolean] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DBInstanceClass: js.UndefOr[NonEmptyString] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DBName: js.UndefOr[NonEmptyString] = js.undefined,\n        DbInstancePort: js.UndefOr[Int] = js.undefined,\n        DbInstanceStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        DbParameterGroups: js.UndefOr[AwsRdsDbParameterGroups] = js.undefined,\n        DbSecurityGroups: js.UndefOr[StringList] = js.undefined,\n        DbSubnetGroup: js.UndefOr[AwsRdsDbSubnetGroup] = js.undefined,\n        DbiResourceId: js.UndefOr[NonEmptyString] = js.undefined,\n        DeletionProtection: js.UndefOr[Boolean] = js.undefined,\n        DomainMemberships: js.UndefOr[AwsRdsDbDomainMemberships] = js.undefined,\n        EnabledCloudWatchLogsExports: js.UndefOr[StringList] = js.undefined,\n        Endpoint: js.UndefOr[AwsRdsDbInstanceEndpoint] = js.undefined,\n        Engine: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        EnhancedMonitoringResourceArn: js.UndefOr[NonEmptyString] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        InstanceCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        Iops: js.UndefOr[Int] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        LatestRestorableTime: js.UndefOr[NonEmptyString] = js.undefined,\n        LicenseModel: js.UndefOr[NonEmptyString] = js.undefined,\n        ListenerEndpoint: js.UndefOr[AwsRdsDbInstanceEndpoint] = js.undefined,\n        MasterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[Int] = js.undefined,\n        MonitoringInterval: js.UndefOr[Int] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[NonEmptyString] = js.undefined,\n        MultiAz: js.UndefOr[Boolean] = js.undefined,\n        OptionGroupMemberships: js.UndefOr[AwsRdsDbOptionGroupMemberships] = js.undefined,\n        PendingModifiedValues: js.UndefOr[AwsRdsDbPendingModifiedValues] = js.undefined,\n        PerformanceInsightsEnabled: js.UndefOr[Boolean] = js.undefined,\n        PerformanceInsightsKmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures] = js.undefined,\n        PromotionTier: js.UndefOr[Int] = js.undefined,\n        PubliclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        ReadReplicaDBClusterIdentifiers: js.UndefOr[StringList] = js.undefined,\n        ReadReplicaDBInstanceIdentifiers: js.UndefOr[StringList] = js.undefined,\n        ReadReplicaSourceDBInstanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        SecondaryAvailabilityZone: js.UndefOr[NonEmptyString] = js.undefined,\n        StatusInfos: js.UndefOr[AwsRdsDbStatusInfos] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        StorageType: js.UndefOr[NonEmptyString] = js.undefined,\n        TdeCredentialArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Timezone: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[AwsRdsDbInstanceVpcSecurityGroups] = js.undefined\n    ): AwsRdsDbInstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AssociatedRoles.foreach(__v => __obj.updateDynamic(\"AssociatedRoles\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DbInstancePort.foreach(__v => __obj.updateDynamic(\"DbInstancePort\")(__v.asInstanceOf[js.Any]))\n      DbInstanceStatus.foreach(__v => __obj.updateDynamic(\"DbInstanceStatus\")(__v.asInstanceOf[js.Any]))\n      DbParameterGroups.foreach(__v => __obj.updateDynamic(\"DbParameterGroups\")(__v.asInstanceOf[js.Any]))\n      DbSecurityGroups.foreach(__v => __obj.updateDynamic(\"DbSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      DbSubnetGroup.foreach(__v => __obj.updateDynamic(\"DbSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      DomainMemberships.foreach(__v => __obj.updateDynamic(\"DomainMemberships\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudWatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudWatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      EnhancedMonitoringResourceArn.foreach(__v => __obj.updateDynamic(\"EnhancedMonitoringResourceArn\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      ListenerEndpoint.foreach(__v => __obj.updateDynamic(\"ListenerEndpoint\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAz.foreach(__v => __obj.updateDynamic(\"MultiAz\")(__v.asInstanceOf[js.Any]))\n      OptionGroupMemberships.foreach(__v => __obj.updateDynamic(\"OptionGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsEnabled.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsEnabled\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKmsKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaDBClusterIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaDBClusterIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaDBInstanceIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaDBInstanceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaSourceDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"ReadReplicaSourceDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SecondaryAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SecondaryAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      StatusInfos.foreach(__v => __obj.updateDynamic(\"StatusInfos\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbInstanceDetails]\n    }\n  }\n\n  \/** Specifies the connection endpoint.\n    *\/\n  @js.native\n  trait AwsRdsDbInstanceEndpoint extends js.Object {\n    var Address: js.UndefOr[NonEmptyString]\n    var HostedZoneId: js.UndefOr[NonEmptyString]\n    var Port: js.UndefOr[Int]\n  }\n\n  object AwsRdsDbInstanceEndpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[NonEmptyString] = js.undefined,\n        HostedZoneId: js.UndefOr[NonEmptyString] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): AwsRdsDbInstanceEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbInstanceEndpoint]\n    }\n  }\n\n  \/** A VPC security groups that the DB instance belongs to.\n    *\/\n  @js.native\n  trait AwsRdsDbInstanceVpcSecurityGroup extends js.Object {\n    var Status: js.UndefOr[NonEmptyString]\n    var VpcSecurityGroupId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbInstanceVpcSecurityGroup {\n    @inline\n    def apply(\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcSecurityGroupId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbInstanceVpcSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupId.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbInstanceVpcSecurityGroup]\n    }\n  }\n\n  \/** An option group membership.\n    *\/\n  @js.native\n  trait AwsRdsDbOptionGroupMembership extends js.Object {\n    var OptionGroupName: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbOptionGroupMembership {\n    @inline\n    def apply(\n        OptionGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbOptionGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbOptionGroupMembership]\n    }\n  }\n\n  \/** Provides information about a parameter group for a DB instance.\n    *\/\n  @js.native\n  trait AwsRdsDbParameterGroup extends js.Object {\n    var DbParameterGroupName: js.UndefOr[NonEmptyString]\n    var ParameterApplyStatus: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbParameterGroup {\n    @inline\n    def apply(\n        DbParameterGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      DbParameterGroupName.foreach(__v => __obj.updateDynamic(\"DbParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbParameterGroup]\n    }\n  }\n\n  \/** Changes to a DB instance that are currently pending.\n    *\/\n  @js.native\n  trait AwsRdsDbPendingModifiedValues extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var BackupRetentionPeriod: js.UndefOr[Int]\n    var CaCertificateIdentifier: js.UndefOr[NonEmptyString]\n    var DbInstanceClass: js.UndefOr[NonEmptyString]\n    var DbInstanceIdentifier: js.UndefOr[NonEmptyString]\n    var DbSubnetGroupName: js.UndefOr[NonEmptyString]\n    var EngineVersion: js.UndefOr[NonEmptyString]\n    var Iops: js.UndefOr[Int]\n    var LicenseModel: js.UndefOr[NonEmptyString]\n    var MasterUserPassword: js.UndefOr[NonEmptyString]\n    var MultiAZ: js.UndefOr[Boolean]\n    var PendingCloudWatchLogsExports: js.UndefOr[AwsRdsPendingCloudWatchLogsExports]\n    var Port: js.UndefOr[Int]\n    var ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures]\n    var StorageType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbPendingModifiedValues {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        CaCertificateIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbInstanceClass: js.UndefOr[NonEmptyString] = js.undefined,\n        DbInstanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbSubnetGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        Iops: js.UndefOr[Int] = js.undefined,\n        LicenseModel: js.UndefOr[NonEmptyString] = js.undefined,\n        MasterUserPassword: js.UndefOr[NonEmptyString] = js.undefined,\n        MultiAZ: js.UndefOr[Boolean] = js.undefined,\n        PendingCloudWatchLogsExports: js.UndefOr[AwsRdsPendingCloudWatchLogsExports] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures] = js.undefined,\n        StorageType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbPendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CaCertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CaCertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbInstanceClass.foreach(__v => __obj.updateDynamic(\"DbInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DbInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DbInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DbSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      PendingCloudWatchLogsExports.foreach(__v => __obj.updateDynamic(\"PendingCloudWatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbPendingModifiedValues]\n    }\n  }\n\n  \/** A processor feature.\n    *\/\n  @js.native\n  trait AwsRdsDbProcessorFeature extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbProcessorFeature {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbProcessorFeature = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbProcessorFeature]\n    }\n  }\n\n  \/** Provides details about an Amazon RDS DB cluster snapshot.\n    *\/\n  @js.native\n  trait AwsRdsDbSnapshotDetails extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AvailabilityZone: js.UndefOr[NonEmptyString]\n    var DbInstanceIdentifier: js.UndefOr[NonEmptyString]\n    var DbSnapshotIdentifier: js.UndefOr[NonEmptyString]\n    var DbiResourceId: js.UndefOr[NonEmptyString]\n    var Encrypted: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[NonEmptyString]\n    var EngineVersion: js.UndefOr[NonEmptyString]\n    var IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var InstanceCreateTime: js.UndefOr[NonEmptyString]\n    var Iops: js.UndefOr[Int]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var LicenseModel: js.UndefOr[NonEmptyString]\n    var MasterUsername: js.UndefOr[NonEmptyString]\n    var OptionGroupName: js.UndefOr[NonEmptyString]\n    var PercentProgress: js.UndefOr[Int]\n    var Port: js.UndefOr[Int]\n    var ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures]\n    var SnapshotCreateTime: js.UndefOr[NonEmptyString]\n    var SnapshotType: js.UndefOr[NonEmptyString]\n    var SourceDbSnapshotIdentifier: js.UndefOr[NonEmptyString]\n    var SourceRegion: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n    var StorageType: js.UndefOr[NonEmptyString]\n    var TdeCredentialArn: js.UndefOr[NonEmptyString]\n    var Timezone: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbSnapshotDetails {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AvailabilityZone: js.UndefOr[NonEmptyString] = js.undefined,\n        DbInstanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbSnapshotIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DbiResourceId: js.UndefOr[NonEmptyString] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[NonEmptyString] = js.undefined,\n        EngineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        IamDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        InstanceCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        Iops: js.UndefOr[Int] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        LicenseModel: js.UndefOr[NonEmptyString] = js.undefined,\n        MasterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        OptionGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        ProcessorFeatures: js.UndefOr[AwsRdsDbProcessorFeatures] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        SnapshotType: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceDbSnapshotIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceRegion: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        StorageType: js.UndefOr[NonEmptyString] = js.undefined,\n        TdeCredentialArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Timezone: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbSnapshotDetails = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      DbInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DbInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DbSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IamDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IamDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      SourceDbSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"SourceDbSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbSnapshotDetails]\n    }\n  }\n\n  \/** Information about the status of a read replica.\n    *\/\n  @js.native\n  trait AwsRdsDbStatusInfo extends js.Object {\n    var Message: js.UndefOr[NonEmptyString]\n    var Normal: js.UndefOr[Boolean]\n    var Status: js.UndefOr[NonEmptyString]\n    var StatusType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbStatusInfo {\n    @inline\n    def apply(\n        Message: js.UndefOr[NonEmptyString] = js.undefined,\n        Normal: js.UndefOr[Boolean] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        StatusType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbStatusInfo = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Normal.foreach(__v => __obj.updateDynamic(\"Normal\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusType.foreach(__v => __obj.updateDynamic(\"StatusType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbStatusInfo]\n    }\n  }\n\n  \/** Information about the subnet group for the database instance.\n    *\/\n  @js.native\n  trait AwsRdsDbSubnetGroup extends js.Object {\n    var DbSubnetGroupArn: js.UndefOr[NonEmptyString]\n    var DbSubnetGroupDescription: js.UndefOr[NonEmptyString]\n    var DbSubnetGroupName: js.UndefOr[NonEmptyString]\n    var SubnetGroupStatus: js.UndefOr[NonEmptyString]\n    var Subnets: js.UndefOr[AwsRdsDbSubnetGroupSubnets]\n    var VpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbSubnetGroup {\n    @inline\n    def apply(\n        DbSubnetGroupArn: js.UndefOr[NonEmptyString] = js.undefined,\n        DbSubnetGroupDescription: js.UndefOr[NonEmptyString] = js.undefined,\n        DbSubnetGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        SubnetGroupStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        Subnets: js.UndefOr[AwsRdsDbSubnetGroupSubnets] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbSubnetGroup = {\n      val __obj = js.Dynamic.literal()\n      DbSubnetGroupArn.foreach(__v => __obj.updateDynamic(\"DbSubnetGroupArn\")(__v.asInstanceOf[js.Any]))\n      DbSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"DbSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      DbSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DbSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupStatus.foreach(__v => __obj.updateDynamic(\"SubnetGroupStatus\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbSubnetGroup]\n    }\n  }\n\n  \/** Information about a subnet in a subnet group.\n    *\/\n  @js.native\n  trait AwsRdsDbSubnetGroupSubnet extends js.Object {\n    var SubnetAvailabilityZone: js.UndefOr[AwsRdsDbSubnetGroupSubnetAvailabilityZone]\n    var SubnetIdentifier: js.UndefOr[NonEmptyString]\n    var SubnetStatus: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbSubnetGroupSubnet {\n    @inline\n    def apply(\n        SubnetAvailabilityZone: js.UndefOr[AwsRdsDbSubnetGroupSubnetAvailabilityZone] = js.undefined,\n        SubnetIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        SubnetStatus: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbSubnetGroupSubnet = {\n      val __obj = js.Dynamic.literal()\n      SubnetAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SubnetAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      SubnetIdentifier.foreach(__v => __obj.updateDynamic(\"SubnetIdentifier\")(__v.asInstanceOf[js.Any]))\n      SubnetStatus.foreach(__v => __obj.updateDynamic(\"SubnetStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbSubnetGroupSubnet]\n    }\n  }\n\n  \/** An Availability Zone for a subnet in a subnet group.\n    *\/\n  @js.native\n  trait AwsRdsDbSubnetGroupSubnetAvailabilityZone extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRdsDbSubnetGroupSubnetAvailabilityZone {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRdsDbSubnetGroupSubnetAvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsDbSubnetGroupSubnetAvailabilityZone]\n    }\n  }\n\n  \/** Identifies the log types to enable and disable.\n    *\/\n  @js.native\n  trait AwsRdsPendingCloudWatchLogsExports extends js.Object {\n    var LogTypesToDisable: js.UndefOr[StringList]\n    var LogTypesToEnable: js.UndefOr[StringList]\n  }\n\n  object AwsRdsPendingCloudWatchLogsExports {\n    @inline\n    def apply(\n        LogTypesToDisable: js.UndefOr[StringList] = js.undefined,\n        LogTypesToEnable: js.UndefOr[StringList] = js.undefined\n    ): AwsRdsPendingCloudWatchLogsExports = {\n      val __obj = js.Dynamic.literal()\n      LogTypesToDisable.foreach(__v => __obj.updateDynamic(\"LogTypesToDisable\")(__v.asInstanceOf[js.Any]))\n      LogTypesToEnable.foreach(__v => __obj.updateDynamic(\"LogTypesToEnable\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRdsPendingCloudWatchLogsExports]\n    }\n  }\n\n  \/** A node in an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterClusterNode extends js.Object {\n    var NodeRole: js.UndefOr[NonEmptyString]\n    var PrivateIpAddress: js.UndefOr[NonEmptyString]\n    var PublicIpAddress: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterClusterNode {\n    @inline\n    def apply(\n        NodeRole: js.UndefOr[NonEmptyString] = js.undefined,\n        PrivateIpAddress: js.UndefOr[NonEmptyString] = js.undefined,\n        PublicIpAddress: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterClusterNode = {\n      val __obj = js.Dynamic.literal()\n      NodeRole.foreach(__v => __obj.updateDynamic(\"NodeRole\")(__v.asInstanceOf[js.Any]))\n      PrivateIpAddress.foreach(__v => __obj.updateDynamic(\"PrivateIpAddress\")(__v.asInstanceOf[js.Any]))\n      PublicIpAddress.foreach(__v => __obj.updateDynamic(\"PublicIpAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterClusterNode]\n    }\n  }\n\n  \/** A cluster parameter group that is associated with an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterClusterParameterGroup extends js.Object {\n    var ClusterParameterStatusList: js.UndefOr[AwsRedshiftClusterClusterParameterStatusList]\n    var ParameterApplyStatus: js.UndefOr[NonEmptyString]\n    var ParameterGroupName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterClusterParameterGroup {\n    @inline\n    def apply(\n        ClusterParameterStatusList: js.UndefOr[AwsRedshiftClusterClusterParameterStatusList] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ParameterGroupName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterClusterParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      ClusterParameterStatusList.foreach(__v => __obj.updateDynamic(\"ClusterParameterStatusList\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupName.foreach(__v => __obj.updateDynamic(\"ParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterClusterParameterGroup]\n    }\n  }\n\n  \/** The status of a parameter in a cluster parameter group for an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterClusterParameterStatus extends js.Object {\n    var ParameterApplyErrorDescription: js.UndefOr[NonEmptyString]\n    var ParameterApplyStatus: js.UndefOr[NonEmptyString]\n    var ParameterName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterClusterParameterStatus {\n    @inline\n    def apply(\n        ParameterApplyErrorDescription: js.UndefOr[NonEmptyString] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ParameterName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterClusterParameterStatus = {\n      val __obj = js.Dynamic.literal()\n      ParameterApplyErrorDescription.foreach(__v => __obj.updateDynamic(\"ParameterApplyErrorDescription\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterClusterParameterStatus]\n    }\n  }\n\n  \/** A security group that is associated with the cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterClusterSecurityGroup extends js.Object {\n    var ClusterSecurityGroupName: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterClusterSecurityGroup {\n    @inline\n    def apply(\n        ClusterSecurityGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterClusterSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      ClusterSecurityGroupName.foreach(__v => __obj.updateDynamic(\"ClusterSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterClusterSecurityGroup]\n    }\n  }\n\n  \/** Information about a cross-Region snapshot copy.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterClusterSnapshotCopyStatus extends js.Object {\n    var DestinationRegion: js.UndefOr[NonEmptyString]\n    var ManualSnapshotRetentionPeriod: js.UndefOr[Int]\n    var RetentionPeriod: js.UndefOr[Int]\n    var SnapshotCopyGrantName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterClusterSnapshotCopyStatus {\n    @inline\n    def apply(\n        DestinationRegion: js.UndefOr[NonEmptyString] = js.undefined,\n        ManualSnapshotRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        RetentionPeriod: js.UndefOr[Int] = js.undefined,\n        SnapshotCopyGrantName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterClusterSnapshotCopyStatus = {\n      val __obj = js.Dynamic.literal()\n      DestinationRegion.foreach(__v => __obj.updateDynamic(\"DestinationRegion\")(__v.asInstanceOf[js.Any]))\n      ManualSnapshotRetentionPeriod.foreach(__v => __obj.updateDynamic(\"ManualSnapshotRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      RetentionPeriod.foreach(__v => __obj.updateDynamic(\"RetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      SnapshotCopyGrantName.foreach(__v => __obj.updateDynamic(\"SnapshotCopyGrantName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterClusterSnapshotCopyStatus]\n    }\n  }\n\n  \/** A time windows during which maintenance was deferred for an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterDeferredMaintenanceWindow extends js.Object {\n    var DeferMaintenanceEndTime: js.UndefOr[NonEmptyString]\n    var DeferMaintenanceIdentifier: js.UndefOr[NonEmptyString]\n    var DeferMaintenanceStartTime: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterDeferredMaintenanceWindow {\n    @inline\n    def apply(\n        DeferMaintenanceEndTime: js.UndefOr[NonEmptyString] = js.undefined,\n        DeferMaintenanceIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        DeferMaintenanceStartTime: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterDeferredMaintenanceWindow = {\n      val __obj = js.Dynamic.literal()\n      DeferMaintenanceEndTime.foreach(__v => __obj.updateDynamic(\"DeferMaintenanceEndTime\")(__v.asInstanceOf[js.Any]))\n      DeferMaintenanceIdentifier.foreach(__v => __obj.updateDynamic(\"DeferMaintenanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DeferMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"DeferMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterDeferredMaintenanceWindow]\n    }\n  }\n\n  \/** Details about an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterDetails extends js.Object {\n    var AllowVersionUpgrade: js.UndefOr[Boolean]\n    var AutomatedSnapshotRetentionPeriod: js.UndefOr[Int]\n    var AvailabilityZone: js.UndefOr[NonEmptyString]\n    var ClusterAvailabilityStatus: js.UndefOr[NonEmptyString]\n    var ClusterCreateTime: js.UndefOr[NonEmptyString]\n    var ClusterIdentifier: js.UndefOr[NonEmptyString]\n    var ClusterNodes: js.UndefOr[AwsRedshiftClusterClusterNodes]\n    var ClusterParameterGroups: js.UndefOr[AwsRedshiftClusterClusterParameterGroups]\n    var ClusterPublicKey: js.UndefOr[NonEmptyString]\n    var ClusterRevisionNumber: js.UndefOr[NonEmptyString]\n    var ClusterSecurityGroups: js.UndefOr[AwsRedshiftClusterClusterSecurityGroups]\n    var ClusterSnapshotCopyStatus: js.UndefOr[AwsRedshiftClusterClusterSnapshotCopyStatus]\n    var ClusterStatus: js.UndefOr[NonEmptyString]\n    var ClusterSubnetGroupName: js.UndefOr[NonEmptyString]\n    var ClusterVersion: js.UndefOr[NonEmptyString]\n    var DBName: js.UndefOr[NonEmptyString]\n    var DeferredMaintenanceWindows: js.UndefOr[AwsRedshiftClusterDeferredMaintenanceWindows]\n    var ElasticIpStatus: js.UndefOr[AwsRedshiftClusterElasticIpStatus]\n    var ElasticResizeNumberOfNodeOptions: js.UndefOr[NonEmptyString]\n    var Encrypted: js.UndefOr[Boolean]\n    var Endpoint: js.UndefOr[AwsRedshiftClusterEndpoint]\n    var EnhancedVpcRouting: js.UndefOr[Boolean]\n    var ExpectedNextSnapshotScheduleTime: js.UndefOr[NonEmptyString]\n    var ExpectedNextSnapshotScheduleTimeStatus: js.UndefOr[NonEmptyString]\n    var HsmStatus: js.UndefOr[AwsRedshiftClusterHsmStatus]\n    var IamRoles: js.UndefOr[AwsRedshiftClusterIamRoles]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var MaintenanceTrackName: js.UndefOr[NonEmptyString]\n    var ManualSnapshotRetentionPeriod: js.UndefOr[Int]\n    var MasterUsername: js.UndefOr[NonEmptyString]\n    var NextMaintenanceWindowStartTime: js.UndefOr[NonEmptyString]\n    var NodeType: js.UndefOr[NonEmptyString]\n    var NumberOfNodes: js.UndefOr[Int]\n    var PendingActions: js.UndefOr[StringList]\n    var PendingModifiedValues: js.UndefOr[AwsRedshiftClusterPendingModifiedValues]\n    var PreferredMaintenanceWindow: js.UndefOr[NonEmptyString]\n    var PubliclyAccessible: js.UndefOr[Boolean]\n    var ResizeInfo: js.UndefOr[AwsRedshiftClusterResizeInfo]\n    var RestoreStatus: js.UndefOr[AwsRedshiftClusterRestoreStatus]\n    var SnapshotScheduleIdentifier: js.UndefOr[NonEmptyString]\n    var SnapshotScheduleState: js.UndefOr[NonEmptyString]\n    var VpcId: js.UndefOr[NonEmptyString]\n    var VpcSecurityGroups: js.UndefOr[AwsRedshiftClusterVpcSecurityGroups]\n  }\n\n  object AwsRedshiftClusterDetails {\n    @inline\n    def apply(\n        AllowVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        AutomatedSnapshotRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        AvailabilityZone: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterAvailabilityStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterCreateTime: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterNodes: js.UndefOr[AwsRedshiftClusterClusterNodes] = js.undefined,\n        ClusterParameterGroups: js.UndefOr[AwsRedshiftClusterClusterParameterGroups] = js.undefined,\n        ClusterPublicKey: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterRevisionNumber: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterSecurityGroups: js.UndefOr[AwsRedshiftClusterClusterSecurityGroups] = js.undefined,\n        ClusterSnapshotCopyStatus: js.UndefOr[AwsRedshiftClusterClusterSnapshotCopyStatus] = js.undefined,\n        ClusterStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterSubnetGroupName: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        DBName: js.UndefOr[NonEmptyString] = js.undefined,\n        DeferredMaintenanceWindows: js.UndefOr[AwsRedshiftClusterDeferredMaintenanceWindows] = js.undefined,\n        ElasticIpStatus: js.UndefOr[AwsRedshiftClusterElasticIpStatus] = js.undefined,\n        ElasticResizeNumberOfNodeOptions: js.UndefOr[NonEmptyString] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        Endpoint: js.UndefOr[AwsRedshiftClusterEndpoint] = js.undefined,\n        EnhancedVpcRouting: js.UndefOr[Boolean] = js.undefined,\n        ExpectedNextSnapshotScheduleTime: js.UndefOr[NonEmptyString] = js.undefined,\n        ExpectedNextSnapshotScheduleTimeStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        HsmStatus: js.UndefOr[AwsRedshiftClusterHsmStatus] = js.undefined,\n        IamRoles: js.UndefOr[AwsRedshiftClusterIamRoles] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        MaintenanceTrackName: js.UndefOr[NonEmptyString] = js.undefined,\n        ManualSnapshotRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        MasterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        NextMaintenanceWindowStartTime: js.UndefOr[NonEmptyString] = js.undefined,\n        NodeType: js.UndefOr[NonEmptyString] = js.undefined,\n        NumberOfNodes: js.UndefOr[Int] = js.undefined,\n        PendingActions: js.UndefOr[StringList] = js.undefined,\n        PendingModifiedValues: js.UndefOr[AwsRedshiftClusterPendingModifiedValues] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        PubliclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        ResizeInfo: js.UndefOr[AwsRedshiftClusterResizeInfo] = js.undefined,\n        RestoreStatus: js.UndefOr[AwsRedshiftClusterRestoreStatus] = js.undefined,\n        SnapshotScheduleIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        SnapshotScheduleState: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcId: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[AwsRedshiftClusterVpcSecurityGroups] = js.undefined\n    ): AwsRedshiftClusterDetails = {\n      val __obj = js.Dynamic.literal()\n      AllowVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AllowVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AutomatedSnapshotRetentionPeriod.foreach(__v => __obj.updateDynamic(\"AutomatedSnapshotRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      ClusterAvailabilityStatus.foreach(__v => __obj.updateDynamic(\"ClusterAvailabilityStatus\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      ClusterIdentifier.foreach(__v => __obj.updateDynamic(\"ClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      ClusterNodes.foreach(__v => __obj.updateDynamic(\"ClusterNodes\")(__v.asInstanceOf[js.Any]))\n      ClusterParameterGroups.foreach(__v => __obj.updateDynamic(\"ClusterParameterGroups\")(__v.asInstanceOf[js.Any]))\n      ClusterPublicKey.foreach(__v => __obj.updateDynamic(\"ClusterPublicKey\")(__v.asInstanceOf[js.Any]))\n      ClusterRevisionNumber.foreach(__v => __obj.updateDynamic(\"ClusterRevisionNumber\")(__v.asInstanceOf[js.Any]))\n      ClusterSecurityGroups.foreach(__v => __obj.updateDynamic(\"ClusterSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      ClusterSnapshotCopyStatus.foreach(__v => __obj.updateDynamic(\"ClusterSnapshotCopyStatus\")(__v.asInstanceOf[js.Any]))\n      ClusterStatus.foreach(__v => __obj.updateDynamic(\"ClusterStatus\")(__v.asInstanceOf[js.Any]))\n      ClusterSubnetGroupName.foreach(__v => __obj.updateDynamic(\"ClusterSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      ClusterVersion.foreach(__v => __obj.updateDynamic(\"ClusterVersion\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DeferredMaintenanceWindows.foreach(__v => __obj.updateDynamic(\"DeferredMaintenanceWindows\")(__v.asInstanceOf[js.Any]))\n      ElasticIpStatus.foreach(__v => __obj.updateDynamic(\"ElasticIpStatus\")(__v.asInstanceOf[js.Any]))\n      ElasticResizeNumberOfNodeOptions.foreach(__v => __obj.updateDynamic(\"ElasticResizeNumberOfNodeOptions\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      EnhancedVpcRouting.foreach(__v => __obj.updateDynamic(\"EnhancedVpcRouting\")(__v.asInstanceOf[js.Any]))\n      ExpectedNextSnapshotScheduleTime.foreach(__v => __obj.updateDynamic(\"ExpectedNextSnapshotScheduleTime\")(__v.asInstanceOf[js.Any]))\n      ExpectedNextSnapshotScheduleTimeStatus.foreach(__v => __obj.updateDynamic(\"ExpectedNextSnapshotScheduleTimeStatus\")(__v.asInstanceOf[js.Any]))\n      HsmStatus.foreach(__v => __obj.updateDynamic(\"HsmStatus\")(__v.asInstanceOf[js.Any]))\n      IamRoles.foreach(__v => __obj.updateDynamic(\"IamRoles\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      MaintenanceTrackName.foreach(__v => __obj.updateDynamic(\"MaintenanceTrackName\")(__v.asInstanceOf[js.Any]))\n      ManualSnapshotRetentionPeriod.foreach(__v => __obj.updateDynamic(\"ManualSnapshotRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      NextMaintenanceWindowStartTime.foreach(__v => __obj.updateDynamic(\"NextMaintenanceWindowStartTime\")(__v.asInstanceOf[js.Any]))\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      NumberOfNodes.foreach(__v => __obj.updateDynamic(\"NumberOfNodes\")(__v.asInstanceOf[js.Any]))\n      PendingActions.foreach(__v => __obj.updateDynamic(\"PendingActions\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      ResizeInfo.foreach(__v => __obj.updateDynamic(\"ResizeInfo\")(__v.asInstanceOf[js.Any]))\n      RestoreStatus.foreach(__v => __obj.updateDynamic(\"RestoreStatus\")(__v.asInstanceOf[js.Any]))\n      SnapshotScheduleIdentifier.foreach(__v => __obj.updateDynamic(\"SnapshotScheduleIdentifier\")(__v.asInstanceOf[js.Any]))\n      SnapshotScheduleState.foreach(__v => __obj.updateDynamic(\"SnapshotScheduleState\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterDetails]\n    }\n  }\n\n  \/** The status of the elastic IP (EIP) address for an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterElasticIpStatus extends js.Object {\n    var ElasticIp: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterElasticIpStatus {\n    @inline\n    def apply(\n        ElasticIp: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterElasticIpStatus = {\n      val __obj = js.Dynamic.literal()\n      ElasticIp.foreach(__v => __obj.updateDynamic(\"ElasticIp\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterElasticIpStatus]\n    }\n  }\n\n  \/** The connection endpoint for an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterEndpoint extends js.Object {\n    var Address: js.UndefOr[NonEmptyString]\n    var Port: js.UndefOr[Int]\n  }\n\n  object AwsRedshiftClusterEndpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[NonEmptyString] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): AwsRedshiftClusterEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterEndpoint]\n    }\n  }\n\n  \/** Information about whether an Amazon Redshift cluster finished applying any hardware changes to security module (HSM) settings that were specified in a modify cluster command.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterHsmStatus extends js.Object {\n    var HsmClientCertificateIdentifier: js.UndefOr[NonEmptyString]\n    var HsmConfigurationIdentifier: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterHsmStatus {\n    @inline\n    def apply(\n        HsmClientCertificateIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        HsmConfigurationIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterHsmStatus = {\n      val __obj = js.Dynamic.literal()\n      HsmClientCertificateIdentifier.foreach(__v => __obj.updateDynamic(\"HsmClientCertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      HsmConfigurationIdentifier.foreach(__v => __obj.updateDynamic(\"HsmConfigurationIdentifier\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterHsmStatus]\n    }\n  }\n\n  \/** An IAM role that the cluster can use to access other AWS services.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterIamRole extends js.Object {\n    var ApplyStatus: js.UndefOr[NonEmptyString]\n    var IamRoleArn: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterIamRole {\n    @inline\n    def apply(\n        ApplyStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        IamRoleArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterIamRole = {\n      val __obj = js.Dynamic.literal()\n      ApplyStatus.foreach(__v => __obj.updateDynamic(\"ApplyStatus\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterIamRole]\n    }\n  }\n\n  \/** Changes to the Amazon Redshift cluster that are currently pending.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterPendingModifiedValues extends js.Object {\n    var AutomatedSnapshotRetentionPeriod: js.UndefOr[Int]\n    var ClusterIdentifier: js.UndefOr[NonEmptyString]\n    var ClusterType: js.UndefOr[NonEmptyString]\n    var ClusterVersion: js.UndefOr[NonEmptyString]\n    var EncryptionType: js.UndefOr[NonEmptyString]\n    var EnhancedVpcRouting: js.UndefOr[Boolean]\n    var MaintenanceTrackName: js.UndefOr[NonEmptyString]\n    var MasterUserPassword: js.UndefOr[NonEmptyString]\n    var NodeType: js.UndefOr[NonEmptyString]\n    var NumberOfNodes: js.UndefOr[Int]\n    var PubliclyAccessible: js.UndefOr[Boolean]\n  }\n\n  object AwsRedshiftClusterPendingModifiedValues {\n    @inline\n    def apply(\n        AutomatedSnapshotRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        ClusterIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterType: js.UndefOr[NonEmptyString] = js.undefined,\n        ClusterVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        EncryptionType: js.UndefOr[NonEmptyString] = js.undefined,\n        EnhancedVpcRouting: js.UndefOr[Boolean] = js.undefined,\n        MaintenanceTrackName: js.UndefOr[NonEmptyString] = js.undefined,\n        MasterUserPassword: js.UndefOr[NonEmptyString] = js.undefined,\n        NodeType: js.UndefOr[NonEmptyString] = js.undefined,\n        NumberOfNodes: js.UndefOr[Int] = js.undefined,\n        PubliclyAccessible: js.UndefOr[Boolean] = js.undefined\n    ): AwsRedshiftClusterPendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AutomatedSnapshotRetentionPeriod.foreach(__v => __obj.updateDynamic(\"AutomatedSnapshotRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      ClusterIdentifier.foreach(__v => __obj.updateDynamic(\"ClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      ClusterType.foreach(__v => __obj.updateDynamic(\"ClusterType\")(__v.asInstanceOf[js.Any]))\n      ClusterVersion.foreach(__v => __obj.updateDynamic(\"ClusterVersion\")(__v.asInstanceOf[js.Any]))\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      EnhancedVpcRouting.foreach(__v => __obj.updateDynamic(\"EnhancedVpcRouting\")(__v.asInstanceOf[js.Any]))\n      MaintenanceTrackName.foreach(__v => __obj.updateDynamic(\"MaintenanceTrackName\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      NumberOfNodes.foreach(__v => __obj.updateDynamic(\"NumberOfNodes\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterPendingModifiedValues]\n    }\n  }\n\n  \/** Information about the resize operation for the cluster.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterResizeInfo extends js.Object {\n    var AllowCancelResize: js.UndefOr[Boolean]\n    var ResizeType: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterResizeInfo {\n    @inline\n    def apply(\n        AllowCancelResize: js.UndefOr[Boolean] = js.undefined,\n        ResizeType: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterResizeInfo = {\n      val __obj = js.Dynamic.literal()\n      AllowCancelResize.foreach(__v => __obj.updateDynamic(\"AllowCancelResize\")(__v.asInstanceOf[js.Any]))\n      ResizeType.foreach(__v => __obj.updateDynamic(\"ResizeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterResizeInfo]\n    }\n  }\n\n  \/** Information about the status of a cluster restore action. It only applies if the cluster was created by restoring a snapshot.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterRestoreStatus extends js.Object {\n    var CurrentRestoreRateInMegaBytesPerSecond: js.UndefOr[Double]\n    var ElapsedTimeInSeconds: js.UndefOr[Double]\n    var EstimatedTimeToCompletionInSeconds: js.UndefOr[Double]\n    var ProgressInMegaBytes: js.UndefOr[Double]\n    var SnapshotSizeInMegaBytes: js.UndefOr[Double]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterRestoreStatus {\n    @inline\n    def apply(\n        CurrentRestoreRateInMegaBytesPerSecond: js.UndefOr[Double] = js.undefined,\n        ElapsedTimeInSeconds: js.UndefOr[Double] = js.undefined,\n        EstimatedTimeToCompletionInSeconds: js.UndefOr[Double] = js.undefined,\n        ProgressInMegaBytes: js.UndefOr[Double] = js.undefined,\n        SnapshotSizeInMegaBytes: js.UndefOr[Double] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterRestoreStatus = {\n      val __obj = js.Dynamic.literal()\n      CurrentRestoreRateInMegaBytesPerSecond.foreach(__v => __obj.updateDynamic(\"CurrentRestoreRateInMegaBytesPerSecond\")(__v.asInstanceOf[js.Any]))\n      ElapsedTimeInSeconds.foreach(__v => __obj.updateDynamic(\"ElapsedTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      EstimatedTimeToCompletionInSeconds.foreach(__v => __obj.updateDynamic(\"EstimatedTimeToCompletionInSeconds\")(__v.asInstanceOf[js.Any]))\n      ProgressInMegaBytes.foreach(__v => __obj.updateDynamic(\"ProgressInMegaBytes\")(__v.asInstanceOf[js.Any]))\n      SnapshotSizeInMegaBytes.foreach(__v => __obj.updateDynamic(\"SnapshotSizeInMegaBytes\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterRestoreStatus]\n    }\n  }\n\n  \/** A VPC security group that the cluster belongs to, if the cluster is in a VPC.\n    *\/\n  @js.native\n  trait AwsRedshiftClusterVpcSecurityGroup extends js.Object {\n    var Status: js.UndefOr[NonEmptyString]\n    var VpcSecurityGroupId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsRedshiftClusterVpcSecurityGroup {\n    @inline\n    def apply(\n        Status: js.UndefOr[NonEmptyString] = js.undefined,\n        VpcSecurityGroupId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsRedshiftClusterVpcSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupId.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsRedshiftClusterVpcSecurityGroup]\n    }\n  }\n\n  \/** provides information about the Amazon S3 Public Access Block configuration for accounts.\n    *\/\n  @js.native\n  trait AwsS3AccountPublicAccessBlockDetails extends js.Object {\n    var BlockPublicAcls: js.UndefOr[Boolean]\n    var BlockPublicPolicy: js.UndefOr[Boolean]\n    var IgnorePublicAcls: js.UndefOr[Boolean]\n    var RestrictPublicBuckets: js.UndefOr[Boolean]\n  }\n\n  object AwsS3AccountPublicAccessBlockDetails {\n    @inline\n    def apply(\n        BlockPublicAcls: js.UndefOr[Boolean] = js.undefined,\n        BlockPublicPolicy: js.UndefOr[Boolean] = js.undefined,\n        IgnorePublicAcls: js.UndefOr[Boolean] = js.undefined,\n        RestrictPublicBuckets: js.UndefOr[Boolean] = js.undefined\n    ): AwsS3AccountPublicAccessBlockDetails = {\n      val __obj = js.Dynamic.literal()\n      BlockPublicAcls.foreach(__v => __obj.updateDynamic(\"BlockPublicAcls\")(__v.asInstanceOf[js.Any]))\n      BlockPublicPolicy.foreach(__v => __obj.updateDynamic(\"BlockPublicPolicy\")(__v.asInstanceOf[js.Any]))\n      IgnorePublicAcls.foreach(__v => __obj.updateDynamic(\"IgnorePublicAcls\")(__v.asInstanceOf[js.Any]))\n      RestrictPublicBuckets.foreach(__v => __obj.updateDynamic(\"RestrictPublicBuckets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3AccountPublicAccessBlockDetails]\n    }\n  }\n\n  \/** The details of an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait AwsS3BucketDetails extends js.Object {\n    var CreatedAt: js.UndefOr[NonEmptyString]\n    var OwnerId: js.UndefOr[NonEmptyString]\n    var OwnerName: js.UndefOr[NonEmptyString]\n    var PublicAccessBlockConfiguration: js.UndefOr[AwsS3AccountPublicAccessBlockDetails]\n    var ServerSideEncryptionConfiguration: js.UndefOr[AwsS3BucketServerSideEncryptionConfiguration]\n  }\n\n  object AwsS3BucketDetails {\n    @inline\n    def apply(\n        CreatedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        OwnerId: js.UndefOr[NonEmptyString] = js.undefined,\n        OwnerName: js.UndefOr[NonEmptyString] = js.undefined,\n        PublicAccessBlockConfiguration: js.UndefOr[AwsS3AccountPublicAccessBlockDetails] = js.undefined,\n        ServerSideEncryptionConfiguration: js.UndefOr[AwsS3BucketServerSideEncryptionConfiguration] = js.undefined\n    ): AwsS3BucketDetails = {\n      val __obj = js.Dynamic.literal()\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      OwnerName.foreach(__v => __obj.updateDynamic(\"OwnerName\")(__v.asInstanceOf[js.Any]))\n      PublicAccessBlockConfiguration.foreach(__v => __obj.updateDynamic(\"PublicAccessBlockConfiguration\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"ServerSideEncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3BucketDetails]\n    }\n  }\n\n  \/** Specifies the default server-side encryption to apply to new objects in the bucket.\n    *\/\n  @js.native\n  trait AwsS3BucketServerSideEncryptionByDefault extends js.Object {\n    var KMSMasterKeyID: js.UndefOr[NonEmptyString]\n    var SSEAlgorithm: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsS3BucketServerSideEncryptionByDefault {\n    @inline\n    def apply(\n        KMSMasterKeyID: js.UndefOr[NonEmptyString] = js.undefined,\n        SSEAlgorithm: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsS3BucketServerSideEncryptionByDefault = {\n      val __obj = js.Dynamic.literal()\n      KMSMasterKeyID.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyID\")(__v.asInstanceOf[js.Any]))\n      SSEAlgorithm.foreach(__v => __obj.updateDynamic(\"SSEAlgorithm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3BucketServerSideEncryptionByDefault]\n    }\n  }\n\n  \/** The encryption configuration for the S3 bucket.\n    *\/\n  @js.native\n  trait AwsS3BucketServerSideEncryptionConfiguration extends js.Object {\n    var Rules: js.UndefOr[AwsS3BucketServerSideEncryptionRules]\n  }\n\n  object AwsS3BucketServerSideEncryptionConfiguration {\n    @inline\n    def apply(\n        Rules: js.UndefOr[AwsS3BucketServerSideEncryptionRules] = js.undefined\n    ): AwsS3BucketServerSideEncryptionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3BucketServerSideEncryptionConfiguration]\n    }\n  }\n\n  \/** An encryption rule to apply to the S3 bucket.\n    *\/\n  @js.native\n  trait AwsS3BucketServerSideEncryptionRule extends js.Object {\n    var ApplyServerSideEncryptionByDefault: js.UndefOr[AwsS3BucketServerSideEncryptionByDefault]\n  }\n\n  object AwsS3BucketServerSideEncryptionRule {\n    @inline\n    def apply(\n        ApplyServerSideEncryptionByDefault: js.UndefOr[AwsS3BucketServerSideEncryptionByDefault] = js.undefined\n    ): AwsS3BucketServerSideEncryptionRule = {\n      val __obj = js.Dynamic.literal()\n      ApplyServerSideEncryptionByDefault.foreach(__v => __obj.updateDynamic(\"ApplyServerSideEncryptionByDefault\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3BucketServerSideEncryptionRule]\n    }\n  }\n\n  \/** Details about an Amazon S3 object.\n    *\/\n  @js.native\n  trait AwsS3ObjectDetails extends js.Object {\n    var ContentType: js.UndefOr[NonEmptyString]\n    var ETag: js.UndefOr[NonEmptyString]\n    var LastModified: js.UndefOr[NonEmptyString]\n    var SSEKMSKeyId: js.UndefOr[NonEmptyString]\n    var ServerSideEncryption: js.UndefOr[NonEmptyString]\n    var VersionId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsS3ObjectDetails {\n    @inline\n    def apply(\n        ContentType: js.UndefOr[NonEmptyString] = js.undefined,\n        ETag: js.UndefOr[NonEmptyString] = js.undefined,\n        LastModified: js.UndefOr[NonEmptyString] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        ServerSideEncryption: js.UndefOr[NonEmptyString] = js.undefined,\n        VersionId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsS3ObjectDetails = {\n      val __obj = js.Dynamic.literal()\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsS3ObjectDetails]\n    }\n  }\n\n  \/** Details about an AWS Secrets Manager secret.\n    *\/\n  @js.native\n  trait AwsSecretsManagerSecretDetails extends js.Object {\n    var Deleted: js.UndefOr[Boolean]\n    var Description: js.UndefOr[NonEmptyString]\n    var KmsKeyId: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n    var RotationEnabled: js.UndefOr[Boolean]\n    var RotationLambdaArn: js.UndefOr[NonEmptyString]\n    var RotationOccurredWithinFrequency: js.UndefOr[Boolean]\n    var RotationRules: js.UndefOr[AwsSecretsManagerSecretRotationRules]\n  }\n\n  object AwsSecretsManagerSecretDetails {\n    @inline\n    def apply(\n        Deleted: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        KmsKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        RotationEnabled: js.UndefOr[Boolean] = js.undefined,\n        RotationLambdaArn: js.UndefOr[NonEmptyString] = js.undefined,\n        RotationOccurredWithinFrequency: js.UndefOr[Boolean] = js.undefined,\n        RotationRules: js.UndefOr[AwsSecretsManagerSecretRotationRules] = js.undefined\n    ): AwsSecretsManagerSecretDetails = {\n      val __obj = js.Dynamic.literal()\n      Deleted.foreach(__v => __obj.updateDynamic(\"Deleted\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RotationEnabled.foreach(__v => __obj.updateDynamic(\"RotationEnabled\")(__v.asInstanceOf[js.Any]))\n      RotationLambdaArn.foreach(__v => __obj.updateDynamic(\"RotationLambdaArn\")(__v.asInstanceOf[js.Any]))\n      RotationOccurredWithinFrequency.foreach(__v => __obj.updateDynamic(\"RotationOccurredWithinFrequency\")(__v.asInstanceOf[js.Any]))\n      RotationRules.foreach(__v => __obj.updateDynamic(\"RotationRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSecretsManagerSecretDetails]\n    }\n  }\n\n  \/** Defines the rotation schedule for the secret.\n    *\/\n  @js.native\n  trait AwsSecretsManagerSecretRotationRules extends js.Object {\n    var AutomaticallyAfterDays: js.UndefOr[Int]\n  }\n\n  object AwsSecretsManagerSecretRotationRules {\n    @inline\n    def apply(\n        AutomaticallyAfterDays: js.UndefOr[Int] = js.undefined\n    ): AwsSecretsManagerSecretRotationRules = {\n      val __obj = js.Dynamic.literal()\n      AutomaticallyAfterDays.foreach(__v => __obj.updateDynamic(\"AutomaticallyAfterDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSecretsManagerSecretRotationRules]\n    }\n  }\n\n  \/** Provides consistent format for the contents of the Security Hub-aggregated findings. <code>AwsSecurityFinding<\/code> format enables you to share findings between AWS security services and third-party solutions, and security standards checks.\n    *\n    * '''Note:'''A finding is a potential security issue generated either by AWS services (Amazon GuardDuty, Amazon Inspector, and Amazon Macie) or by the integrated third-party solutions and standards checks.\n    *\/\n  @js.native\n  trait AwsSecurityFinding extends js.Object {\n    var AwsAccountId: NonEmptyString\n    var CreatedAt: NonEmptyString\n    var Description: NonEmptyString\n    var GeneratorId: NonEmptyString\n    var Id: NonEmptyString\n    var ProductArn: NonEmptyString\n    var Resources: ResourceList\n    var SchemaVersion: NonEmptyString\n    var Title: NonEmptyString\n    var UpdatedAt: NonEmptyString\n    var Action: js.UndefOr[Action]\n    var Compliance: js.UndefOr[Compliance]\n    var Confidence: js.UndefOr[Int]\n    var Criticality: js.UndefOr[Int]\n    var FindingProviderFields: js.UndefOr[FindingProviderFields]\n    var FirstObservedAt: js.UndefOr[NonEmptyString]\n    var LastObservedAt: js.UndefOr[NonEmptyString]\n    var Malware: js.UndefOr[MalwareList]\n    var Network: js.UndefOr[Network]\n    var NetworkPath: js.UndefOr[NetworkPathList]\n    var Note: js.UndefOr[Note]\n    var PatchSummary: js.UndefOr[PatchSummary]\n    var Process: js.UndefOr[ProcessDetails]\n    var ProductFields: js.UndefOr[FieldMap]\n    var RecordState: js.UndefOr[RecordState]\n    var RelatedFindings: js.UndefOr[RelatedFindingList]\n    var Remediation: js.UndefOr[Remediation]\n    var Severity: js.UndefOr[Severity]\n    var SourceUrl: js.UndefOr[NonEmptyString]\n    var ThreatIntelIndicators: js.UndefOr[ThreatIntelIndicatorList]\n    var Types: js.UndefOr[TypeList]\n    var UserDefinedFields: js.UndefOr[FieldMap]\n    var VerificationState: js.UndefOr[VerificationState]\n    var Vulnerabilities: js.UndefOr[VulnerabilityList]\n    var Workflow: js.UndefOr[Workflow]\n    var WorkflowState: js.UndefOr[WorkflowState]\n  }\n\n  object AwsSecurityFinding {\n    @inline\n    def apply(\n        AwsAccountId: NonEmptyString,\n        CreatedAt: NonEmptyString,\n        Description: NonEmptyString,\n        GeneratorId: NonEmptyString,\n        Id: NonEmptyString,\n        ProductArn: NonEmptyString,\n        Resources: ResourceList,\n        SchemaVersion: NonEmptyString,\n        Title: NonEmptyString,\n        UpdatedAt: NonEmptyString,\n        Action: js.UndefOr[Action] = js.undefined,\n        Compliance: js.UndefOr[Compliance] = js.undefined,\n        Confidence: js.UndefOr[Int] = js.undefined,\n        Criticality: js.UndefOr[Int] = js.undefined,\n        FindingProviderFields: js.UndefOr[FindingProviderFields] = js.undefined,\n        FirstObservedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        LastObservedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        Malware: js.UndefOr[MalwareList] = js.undefined,\n        Network: js.UndefOr[Network] = js.undefined,\n        NetworkPath: js.UndefOr[NetworkPathList] = js.undefined,\n        Note: js.UndefOr[Note] = js.undefined,\n        PatchSummary: js.UndefOr[PatchSummary] = js.undefined,\n        Process: js.UndefOr[ProcessDetails] = js.undefined,\n        ProductFields: js.UndefOr[FieldMap] = js.undefined,\n        RecordState: js.UndefOr[RecordState] = js.undefined,\n        RelatedFindings: js.UndefOr[RelatedFindingList] = js.undefined,\n        Remediation: js.UndefOr[Remediation] = js.undefined,\n        Severity: js.UndefOr[Severity] = js.undefined,\n        SourceUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        ThreatIntelIndicators: js.UndefOr[ThreatIntelIndicatorList] = js.undefined,\n        Types: js.UndefOr[TypeList] = js.undefined,\n        UserDefinedFields: js.UndefOr[FieldMap] = js.undefined,\n        VerificationState: js.UndefOr[VerificationState] = js.undefined,\n        Vulnerabilities: js.UndefOr[VulnerabilityList] = js.undefined,\n        Workflow: js.UndefOr[Workflow] = js.undefined,\n        WorkflowState: js.UndefOr[WorkflowState] = js.undefined\n    ): AwsSecurityFinding = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"CreatedAt\" -> CreatedAt.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"GeneratorId\" -> GeneratorId.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"ProductArn\" -> ProductArn.asInstanceOf[js.Any],\n        \"Resources\" -> Resources.asInstanceOf[js.Any],\n        \"SchemaVersion\" -> SchemaVersion.asInstanceOf[js.Any],\n        \"Title\" -> Title.asInstanceOf[js.Any],\n        \"UpdatedAt\" -> UpdatedAt.asInstanceOf[js.Any]\n      )\n\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      Compliance.foreach(__v => __obj.updateDynamic(\"Compliance\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Criticality.foreach(__v => __obj.updateDynamic(\"Criticality\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFields.foreach(__v => __obj.updateDynamic(\"FindingProviderFields\")(__v.asInstanceOf[js.Any]))\n      FirstObservedAt.foreach(__v => __obj.updateDynamic(\"FirstObservedAt\")(__v.asInstanceOf[js.Any]))\n      LastObservedAt.foreach(__v => __obj.updateDynamic(\"LastObservedAt\")(__v.asInstanceOf[js.Any]))\n      Malware.foreach(__v => __obj.updateDynamic(\"Malware\")(__v.asInstanceOf[js.Any]))\n      Network.foreach(__v => __obj.updateDynamic(\"Network\")(__v.asInstanceOf[js.Any]))\n      NetworkPath.foreach(__v => __obj.updateDynamic(\"NetworkPath\")(__v.asInstanceOf[js.Any]))\n      Note.foreach(__v => __obj.updateDynamic(\"Note\")(__v.asInstanceOf[js.Any]))\n      PatchSummary.foreach(__v => __obj.updateDynamic(\"PatchSummary\")(__v.asInstanceOf[js.Any]))\n      Process.foreach(__v => __obj.updateDynamic(\"Process\")(__v.asInstanceOf[js.Any]))\n      ProductFields.foreach(__v => __obj.updateDynamic(\"ProductFields\")(__v.asInstanceOf[js.Any]))\n      RecordState.foreach(__v => __obj.updateDynamic(\"RecordState\")(__v.asInstanceOf[js.Any]))\n      RelatedFindings.foreach(__v => __obj.updateDynamic(\"RelatedFindings\")(__v.asInstanceOf[js.Any]))\n      Remediation.foreach(__v => __obj.updateDynamic(\"Remediation\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      SourceUrl.foreach(__v => __obj.updateDynamic(\"SourceUrl\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicators.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicators\")(__v.asInstanceOf[js.Any]))\n      Types.foreach(__v => __obj.updateDynamic(\"Types\")(__v.asInstanceOf[js.Any]))\n      UserDefinedFields.foreach(__v => __obj.updateDynamic(\"UserDefinedFields\")(__v.asInstanceOf[js.Any]))\n      VerificationState.foreach(__v => __obj.updateDynamic(\"VerificationState\")(__v.asInstanceOf[js.Any]))\n      Vulnerabilities.foreach(__v => __obj.updateDynamic(\"Vulnerabilities\")(__v.asInstanceOf[js.Any]))\n      Workflow.foreach(__v => __obj.updateDynamic(\"Workflow\")(__v.asInstanceOf[js.Any]))\n      WorkflowState.foreach(__v => __obj.updateDynamic(\"WorkflowState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSecurityFinding]\n    }\n  }\n\n  \/** A collection of attributes that are applied to all active Security Hub-aggregated findings and that result in a subset of findings that are included in this insight. You can filter by up to 10 finding attributes. For each attribute, you can provide up to 20 filter values.\n    *\/\n  @js.native\n  trait AwsSecurityFindingFilters extends js.Object {\n    var AwsAccountId: js.UndefOr[StringFilterList]\n    var CompanyName: js.UndefOr[StringFilterList]\n    var ComplianceStatus: js.UndefOr[StringFilterList]\n    var Confidence: js.UndefOr[NumberFilterList]\n    var CreatedAt: js.UndefOr[DateFilterList]\n    var Criticality: js.UndefOr[NumberFilterList]\n    var Description: js.UndefOr[StringFilterList]\n    var FindingProviderFieldsConfidence: js.UndefOr[NumberFilterList]\n    var FindingProviderFieldsCriticality: js.UndefOr[NumberFilterList]\n    var FindingProviderFieldsRelatedFindingsId: js.UndefOr[StringFilterList]\n    var FindingProviderFieldsRelatedFindingsProductArn: js.UndefOr[StringFilterList]\n    var FindingProviderFieldsSeverityLabel: js.UndefOr[StringFilterList]\n    var FindingProviderFieldsSeverityOriginal: js.UndefOr[StringFilterList]\n    var FindingProviderFieldsTypes: js.UndefOr[StringFilterList]\n    var FirstObservedAt: js.UndefOr[DateFilterList]\n    var GeneratorId: js.UndefOr[StringFilterList]\n    var Id: js.UndefOr[StringFilterList]\n    var Keyword: js.UndefOr[KeywordFilterList]\n    var LastObservedAt: js.UndefOr[DateFilterList]\n    var MalwareName: js.UndefOr[StringFilterList]\n    var MalwarePath: js.UndefOr[StringFilterList]\n    var MalwareState: js.UndefOr[StringFilterList]\n    var MalwareType: js.UndefOr[StringFilterList]\n    var NetworkDestinationDomain: js.UndefOr[StringFilterList]\n    var NetworkDestinationIpV4: js.UndefOr[IpFilterList]\n    var NetworkDestinationIpV6: js.UndefOr[IpFilterList]\n    var NetworkDestinationPort: js.UndefOr[NumberFilterList]\n    var NetworkDirection: js.UndefOr[StringFilterList]\n    var NetworkProtocol: js.UndefOr[StringFilterList]\n    var NetworkSourceDomain: js.UndefOr[StringFilterList]\n    var NetworkSourceIpV4: js.UndefOr[IpFilterList]\n    var NetworkSourceIpV6: js.UndefOr[IpFilterList]\n    var NetworkSourceMac: js.UndefOr[StringFilterList]\n    var NetworkSourcePort: js.UndefOr[NumberFilterList]\n    var NoteText: js.UndefOr[StringFilterList]\n    var NoteUpdatedAt: js.UndefOr[DateFilterList]\n    var NoteUpdatedBy: js.UndefOr[StringFilterList]\n    var ProcessLaunchedAt: js.UndefOr[DateFilterList]\n    var ProcessName: js.UndefOr[StringFilterList]\n    var ProcessParentPid: js.UndefOr[NumberFilterList]\n    var ProcessPath: js.UndefOr[StringFilterList]\n    var ProcessPid: js.UndefOr[NumberFilterList]\n    var ProcessTerminatedAt: js.UndefOr[DateFilterList]\n    var ProductArn: js.UndefOr[StringFilterList]\n    var ProductFields: js.UndefOr[MapFilterList]\n    var ProductName: js.UndefOr[StringFilterList]\n    var RecommendationText: js.UndefOr[StringFilterList]\n    var RecordState: js.UndefOr[StringFilterList]\n    var RelatedFindingsId: js.UndefOr[StringFilterList]\n    var RelatedFindingsProductArn: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceIamInstanceProfileArn: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceImageId: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceIpV4Addresses: js.UndefOr[IpFilterList]\n    var ResourceAwsEc2InstanceIpV6Addresses: js.UndefOr[IpFilterList]\n    var ResourceAwsEc2InstanceKeyName: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceLaunchedAt: js.UndefOr[DateFilterList]\n    var ResourceAwsEc2InstanceSubnetId: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceType: js.UndefOr[StringFilterList]\n    var ResourceAwsEc2InstanceVpcId: js.UndefOr[StringFilterList]\n    var ResourceAwsIamAccessKeyCreatedAt: js.UndefOr[DateFilterList]\n    var ResourceAwsIamAccessKeyStatus: js.UndefOr[StringFilterList]\n    var ResourceAwsIamAccessKeyUserName: js.UndefOr[StringFilterList]\n    var ResourceAwsS3BucketOwnerId: js.UndefOr[StringFilterList]\n    var ResourceAwsS3BucketOwnerName: js.UndefOr[StringFilterList]\n    var ResourceContainerImageId: js.UndefOr[StringFilterList]\n    var ResourceContainerImageName: js.UndefOr[StringFilterList]\n    var ResourceContainerLaunchedAt: js.UndefOr[DateFilterList]\n    var ResourceContainerName: js.UndefOr[StringFilterList]\n    var ResourceDetailsOther: js.UndefOr[MapFilterList]\n    var ResourceId: js.UndefOr[StringFilterList]\n    var ResourcePartition: js.UndefOr[StringFilterList]\n    var ResourceRegion: js.UndefOr[StringFilterList]\n    var ResourceTags: js.UndefOr[MapFilterList]\n    var ResourceType: js.UndefOr[StringFilterList]\n    var SeverityLabel: js.UndefOr[StringFilterList]\n    var SeverityNormalized: js.UndefOr[NumberFilterList]\n    var SeverityProduct: js.UndefOr[NumberFilterList]\n    var SourceUrl: js.UndefOr[StringFilterList]\n    var ThreatIntelIndicatorCategory: js.UndefOr[StringFilterList]\n    var ThreatIntelIndicatorLastObservedAt: js.UndefOr[DateFilterList]\n    var ThreatIntelIndicatorSource: js.UndefOr[StringFilterList]\n    var ThreatIntelIndicatorSourceUrl: js.UndefOr[StringFilterList]\n    var ThreatIntelIndicatorType: js.UndefOr[StringFilterList]\n    var ThreatIntelIndicatorValue: js.UndefOr[StringFilterList]\n    var Title: js.UndefOr[StringFilterList]\n    var Type: js.UndefOr[StringFilterList]\n    var UpdatedAt: js.UndefOr[DateFilterList]\n    var UserDefinedFields: js.UndefOr[MapFilterList]\n    var VerificationState: js.UndefOr[StringFilterList]\n    var WorkflowState: js.UndefOr[StringFilterList]\n    var WorkflowStatus: js.UndefOr[StringFilterList]\n  }\n\n  object AwsSecurityFindingFilters {\n    @inline\n    def apply(\n        AwsAccountId: js.UndefOr[StringFilterList] = js.undefined,\n        CompanyName: js.UndefOr[StringFilterList] = js.undefined,\n        ComplianceStatus: js.UndefOr[StringFilterList] = js.undefined,\n        Confidence: js.UndefOr[NumberFilterList] = js.undefined,\n        CreatedAt: js.UndefOr[DateFilterList] = js.undefined,\n        Criticality: js.UndefOr[NumberFilterList] = js.undefined,\n        Description: js.UndefOr[StringFilterList] = js.undefined,\n        FindingProviderFieldsConfidence: js.UndefOr[NumberFilterList] = js.undefined,\n        FindingProviderFieldsCriticality: js.UndefOr[NumberFilterList] = js.undefined,\n        FindingProviderFieldsRelatedFindingsId: js.UndefOr[StringFilterList] = js.undefined,\n        FindingProviderFieldsRelatedFindingsProductArn: js.UndefOr[StringFilterList] = js.undefined,\n        FindingProviderFieldsSeverityLabel: js.UndefOr[StringFilterList] = js.undefined,\n        FindingProviderFieldsSeverityOriginal: js.UndefOr[StringFilterList] = js.undefined,\n        FindingProviderFieldsTypes: js.UndefOr[StringFilterList] = js.undefined,\n        FirstObservedAt: js.UndefOr[DateFilterList] = js.undefined,\n        GeneratorId: js.UndefOr[StringFilterList] = js.undefined,\n        Id: js.UndefOr[StringFilterList] = js.undefined,\n        Keyword: js.UndefOr[KeywordFilterList] = js.undefined,\n        LastObservedAt: js.UndefOr[DateFilterList] = js.undefined,\n        MalwareName: js.UndefOr[StringFilterList] = js.undefined,\n        MalwarePath: js.UndefOr[StringFilterList] = js.undefined,\n        MalwareState: js.UndefOr[StringFilterList] = js.undefined,\n        MalwareType: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkDestinationDomain: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkDestinationIpV4: js.UndefOr[IpFilterList] = js.undefined,\n        NetworkDestinationIpV6: js.UndefOr[IpFilterList] = js.undefined,\n        NetworkDestinationPort: js.UndefOr[NumberFilterList] = js.undefined,\n        NetworkDirection: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkProtocol: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkSourceDomain: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkSourceIpV4: js.UndefOr[IpFilterList] = js.undefined,\n        NetworkSourceIpV6: js.UndefOr[IpFilterList] = js.undefined,\n        NetworkSourceMac: js.UndefOr[StringFilterList] = js.undefined,\n        NetworkSourcePort: js.UndefOr[NumberFilterList] = js.undefined,\n        NoteText: js.UndefOr[StringFilterList] = js.undefined,\n        NoteUpdatedAt: js.UndefOr[DateFilterList] = js.undefined,\n        NoteUpdatedBy: js.UndefOr[StringFilterList] = js.undefined,\n        ProcessLaunchedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ProcessName: js.UndefOr[StringFilterList] = js.undefined,\n        ProcessParentPid: js.UndefOr[NumberFilterList] = js.undefined,\n        ProcessPath: js.UndefOr[StringFilterList] = js.undefined,\n        ProcessPid: js.UndefOr[NumberFilterList] = js.undefined,\n        ProcessTerminatedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ProductArn: js.UndefOr[StringFilterList] = js.undefined,\n        ProductFields: js.UndefOr[MapFilterList] = js.undefined,\n        ProductName: js.UndefOr[StringFilterList] = js.undefined,\n        RecommendationText: js.UndefOr[StringFilterList] = js.undefined,\n        RecordState: js.UndefOr[StringFilterList] = js.undefined,\n        RelatedFindingsId: js.UndefOr[StringFilterList] = js.undefined,\n        RelatedFindingsProductArn: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceIamInstanceProfileArn: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceImageId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceIpV4Addresses: js.UndefOr[IpFilterList] = js.undefined,\n        ResourceAwsEc2InstanceIpV6Addresses: js.UndefOr[IpFilterList] = js.undefined,\n        ResourceAwsEc2InstanceKeyName: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceLaunchedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ResourceAwsEc2InstanceSubnetId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceType: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsEc2InstanceVpcId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsIamAccessKeyCreatedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ResourceAwsIamAccessKeyStatus: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsIamAccessKeyUserName: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsS3BucketOwnerId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceAwsS3BucketOwnerName: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceContainerImageId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceContainerImageName: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceContainerLaunchedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ResourceContainerName: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceDetailsOther: js.UndefOr[MapFilterList] = js.undefined,\n        ResourceId: js.UndefOr[StringFilterList] = js.undefined,\n        ResourcePartition: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceRegion: js.UndefOr[StringFilterList] = js.undefined,\n        ResourceTags: js.UndefOr[MapFilterList] = js.undefined,\n        ResourceType: js.UndefOr[StringFilterList] = js.undefined,\n        SeverityLabel: js.UndefOr[StringFilterList] = js.undefined,\n        SeverityNormalized: js.UndefOr[NumberFilterList] = js.undefined,\n        SeverityProduct: js.UndefOr[NumberFilterList] = js.undefined,\n        SourceUrl: js.UndefOr[StringFilterList] = js.undefined,\n        ThreatIntelIndicatorCategory: js.UndefOr[StringFilterList] = js.undefined,\n        ThreatIntelIndicatorLastObservedAt: js.UndefOr[DateFilterList] = js.undefined,\n        ThreatIntelIndicatorSource: js.UndefOr[StringFilterList] = js.undefined,\n        ThreatIntelIndicatorSourceUrl: js.UndefOr[StringFilterList] = js.undefined,\n        ThreatIntelIndicatorType: js.UndefOr[StringFilterList] = js.undefined,\n        ThreatIntelIndicatorValue: js.UndefOr[StringFilterList] = js.undefined,\n        Title: js.UndefOr[StringFilterList] = js.undefined,\n        Type: js.UndefOr[StringFilterList] = js.undefined,\n        UpdatedAt: js.UndefOr[DateFilterList] = js.undefined,\n        UserDefinedFields: js.UndefOr[MapFilterList] = js.undefined,\n        VerificationState: js.UndefOr[StringFilterList] = js.undefined,\n        WorkflowState: js.UndefOr[StringFilterList] = js.undefined,\n        WorkflowStatus: js.UndefOr[StringFilterList] = js.undefined\n    ): AwsSecurityFindingFilters = {\n      val __obj = js.Dynamic.literal()\n      AwsAccountId.foreach(__v => __obj.updateDynamic(\"AwsAccountId\")(__v.asInstanceOf[js.Any]))\n      CompanyName.foreach(__v => __obj.updateDynamic(\"CompanyName\")(__v.asInstanceOf[js.Any]))\n      ComplianceStatus.foreach(__v => __obj.updateDynamic(\"ComplianceStatus\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Criticality.foreach(__v => __obj.updateDynamic(\"Criticality\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsConfidence.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsConfidence\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsCriticality.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsCriticality\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsRelatedFindingsId.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsRelatedFindingsId\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsRelatedFindingsProductArn.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsRelatedFindingsProductArn\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsSeverityLabel.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsSeverityLabel\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsSeverityOriginal.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsSeverityOriginal\")(__v.asInstanceOf[js.Any]))\n      FindingProviderFieldsTypes.foreach(__v => __obj.updateDynamic(\"FindingProviderFieldsTypes\")(__v.asInstanceOf[js.Any]))\n      FirstObservedAt.foreach(__v => __obj.updateDynamic(\"FirstObservedAt\")(__v.asInstanceOf[js.Any]))\n      GeneratorId.foreach(__v => __obj.updateDynamic(\"GeneratorId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Keyword.foreach(__v => __obj.updateDynamic(\"Keyword\")(__v.asInstanceOf[js.Any]))\n      LastObservedAt.foreach(__v => __obj.updateDynamic(\"LastObservedAt\")(__v.asInstanceOf[js.Any]))\n      MalwareName.foreach(__v => __obj.updateDynamic(\"MalwareName\")(__v.asInstanceOf[js.Any]))\n      MalwarePath.foreach(__v => __obj.updateDynamic(\"MalwarePath\")(__v.asInstanceOf[js.Any]))\n      MalwareState.foreach(__v => __obj.updateDynamic(\"MalwareState\")(__v.asInstanceOf[js.Any]))\n      MalwareType.foreach(__v => __obj.updateDynamic(\"MalwareType\")(__v.asInstanceOf[js.Any]))\n      NetworkDestinationDomain.foreach(__v => __obj.updateDynamic(\"NetworkDestinationDomain\")(__v.asInstanceOf[js.Any]))\n      NetworkDestinationIpV4.foreach(__v => __obj.updateDynamic(\"NetworkDestinationIpV4\")(__v.asInstanceOf[js.Any]))\n      NetworkDestinationIpV6.foreach(__v => __obj.updateDynamic(\"NetworkDestinationIpV6\")(__v.asInstanceOf[js.Any]))\n      NetworkDestinationPort.foreach(__v => __obj.updateDynamic(\"NetworkDestinationPort\")(__v.asInstanceOf[js.Any]))\n      NetworkDirection.foreach(__v => __obj.updateDynamic(\"NetworkDirection\")(__v.asInstanceOf[js.Any]))\n      NetworkProtocol.foreach(__v => __obj.updateDynamic(\"NetworkProtocol\")(__v.asInstanceOf[js.Any]))\n      NetworkSourceDomain.foreach(__v => __obj.updateDynamic(\"NetworkSourceDomain\")(__v.asInstanceOf[js.Any]))\n      NetworkSourceIpV4.foreach(__v => __obj.updateDynamic(\"NetworkSourceIpV4\")(__v.asInstanceOf[js.Any]))\n      NetworkSourceIpV6.foreach(__v => __obj.updateDynamic(\"NetworkSourceIpV6\")(__v.asInstanceOf[js.Any]))\n      NetworkSourceMac.foreach(__v => __obj.updateDynamic(\"NetworkSourceMac\")(__v.asInstanceOf[js.Any]))\n      NetworkSourcePort.foreach(__v => __obj.updateDynamic(\"NetworkSourcePort\")(__v.asInstanceOf[js.Any]))\n      NoteText.foreach(__v => __obj.updateDynamic(\"NoteText\")(__v.asInstanceOf[js.Any]))\n      NoteUpdatedAt.foreach(__v => __obj.updateDynamic(\"NoteUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      NoteUpdatedBy.foreach(__v => __obj.updateDynamic(\"NoteUpdatedBy\")(__v.asInstanceOf[js.Any]))\n      ProcessLaunchedAt.foreach(__v => __obj.updateDynamic(\"ProcessLaunchedAt\")(__v.asInstanceOf[js.Any]))\n      ProcessName.foreach(__v => __obj.updateDynamic(\"ProcessName\")(__v.asInstanceOf[js.Any]))\n      ProcessParentPid.foreach(__v => __obj.updateDynamic(\"ProcessParentPid\")(__v.asInstanceOf[js.Any]))\n      ProcessPath.foreach(__v => __obj.updateDynamic(\"ProcessPath\")(__v.asInstanceOf[js.Any]))\n      ProcessPid.foreach(__v => __obj.updateDynamic(\"ProcessPid\")(__v.asInstanceOf[js.Any]))\n      ProcessTerminatedAt.foreach(__v => __obj.updateDynamic(\"ProcessTerminatedAt\")(__v.asInstanceOf[js.Any]))\n      ProductArn.foreach(__v => __obj.updateDynamic(\"ProductArn\")(__v.asInstanceOf[js.Any]))\n      ProductFields.foreach(__v => __obj.updateDynamic(\"ProductFields\")(__v.asInstanceOf[js.Any]))\n      ProductName.foreach(__v => __obj.updateDynamic(\"ProductName\")(__v.asInstanceOf[js.Any]))\n      RecommendationText.foreach(__v => __obj.updateDynamic(\"RecommendationText\")(__v.asInstanceOf[js.Any]))\n      RecordState.foreach(__v => __obj.updateDynamic(\"RecordState\")(__v.asInstanceOf[js.Any]))\n      RelatedFindingsId.foreach(__v => __obj.updateDynamic(\"RelatedFindingsId\")(__v.asInstanceOf[js.Any]))\n      RelatedFindingsProductArn.foreach(__v => __obj.updateDynamic(\"RelatedFindingsProductArn\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceIamInstanceProfileArn.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceIamInstanceProfileArn\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceImageId.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceImageId\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceIpV4Addresses.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceIpV4Addresses\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceIpV6Addresses.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceIpV6Addresses\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceKeyName.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceKeyName\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceLaunchedAt.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceLaunchedAt\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceSubnetId.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceSubnetId\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceType.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceType\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsEc2InstanceVpcId.foreach(__v => __obj.updateDynamic(\"ResourceAwsEc2InstanceVpcId\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsIamAccessKeyCreatedAt.foreach(__v => __obj.updateDynamic(\"ResourceAwsIamAccessKeyCreatedAt\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsIamAccessKeyStatus.foreach(__v => __obj.updateDynamic(\"ResourceAwsIamAccessKeyStatus\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsIamAccessKeyUserName.foreach(__v => __obj.updateDynamic(\"ResourceAwsIamAccessKeyUserName\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsS3BucketOwnerId.foreach(__v => __obj.updateDynamic(\"ResourceAwsS3BucketOwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceAwsS3BucketOwnerName.foreach(__v => __obj.updateDynamic(\"ResourceAwsS3BucketOwnerName\")(__v.asInstanceOf[js.Any]))\n      ResourceContainerImageId.foreach(__v => __obj.updateDynamic(\"ResourceContainerImageId\")(__v.asInstanceOf[js.Any]))\n      ResourceContainerImageName.foreach(__v => __obj.updateDynamic(\"ResourceContainerImageName\")(__v.asInstanceOf[js.Any]))\n      ResourceContainerLaunchedAt.foreach(__v => __obj.updateDynamic(\"ResourceContainerLaunchedAt\")(__v.asInstanceOf[js.Any]))\n      ResourceContainerName.foreach(__v => __obj.updateDynamic(\"ResourceContainerName\")(__v.asInstanceOf[js.Any]))\n      ResourceDetailsOther.foreach(__v => __obj.updateDynamic(\"ResourceDetailsOther\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourcePartition.foreach(__v => __obj.updateDynamic(\"ResourcePartition\")(__v.asInstanceOf[js.Any]))\n      ResourceRegion.foreach(__v => __obj.updateDynamic(\"ResourceRegion\")(__v.asInstanceOf[js.Any]))\n      ResourceTags.foreach(__v => __obj.updateDynamic(\"ResourceTags\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      SeverityLabel.foreach(__v => __obj.updateDynamic(\"SeverityLabel\")(__v.asInstanceOf[js.Any]))\n      SeverityNormalized.foreach(__v => __obj.updateDynamic(\"SeverityNormalized\")(__v.asInstanceOf[js.Any]))\n      SeverityProduct.foreach(__v => __obj.updateDynamic(\"SeverityProduct\")(__v.asInstanceOf[js.Any]))\n      SourceUrl.foreach(__v => __obj.updateDynamic(\"SourceUrl\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorCategory.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorCategory\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorLastObservedAt.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorLastObservedAt\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorSource.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorSource\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorSourceUrl.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorSourceUrl\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorType.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorType\")(__v.asInstanceOf[js.Any]))\n      ThreatIntelIndicatorValue.foreach(__v => __obj.updateDynamic(\"ThreatIntelIndicatorValue\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      UserDefinedFields.foreach(__v => __obj.updateDynamic(\"UserDefinedFields\")(__v.asInstanceOf[js.Any]))\n      VerificationState.foreach(__v => __obj.updateDynamic(\"VerificationState\")(__v.asInstanceOf[js.Any]))\n      WorkflowState.foreach(__v => __obj.updateDynamic(\"WorkflowState\")(__v.asInstanceOf[js.Any]))\n      WorkflowStatus.foreach(__v => __obj.updateDynamic(\"WorkflowStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSecurityFindingFilters]\n    }\n  }\n\n  \/** Identifies a finding to update using <code>BatchUpdateFindings<\/code>.\n    *\/\n  @js.native\n  trait AwsSecurityFindingIdentifier extends js.Object {\n    var Id: NonEmptyString\n    var ProductArn: NonEmptyString\n  }\n\n  object AwsSecurityFindingIdentifier {\n    @inline\n    def apply(\n        Id: NonEmptyString,\n        ProductArn: NonEmptyString\n    ): AwsSecurityFindingIdentifier = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"ProductArn\" -> ProductArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AwsSecurityFindingIdentifier]\n    }\n  }\n\n  \/** A wrapper type for the topic's Amazon Resource Name (ARN).\n    *\/\n  @js.native\n  trait AwsSnsTopicDetails extends js.Object {\n    var KmsMasterKeyId: js.UndefOr[NonEmptyString]\n    var Owner: js.UndefOr[NonEmptyString]\n    var Subscription: js.UndefOr[AwsSnsTopicSubscriptionList]\n    var TopicName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsSnsTopicDetails {\n    @inline\n    def apply(\n        KmsMasterKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        Owner: js.UndefOr[NonEmptyString] = js.undefined,\n        Subscription: js.UndefOr[AwsSnsTopicSubscriptionList] = js.undefined,\n        TopicName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsSnsTopicDetails = {\n      val __obj = js.Dynamic.literal()\n      KmsMasterKeyId.foreach(__v => __obj.updateDynamic(\"KmsMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      Subscription.foreach(__v => __obj.updateDynamic(\"Subscription\")(__v.asInstanceOf[js.Any]))\n      TopicName.foreach(__v => __obj.updateDynamic(\"TopicName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSnsTopicDetails]\n    }\n  }\n\n  \/** A wrapper type for the attributes of an Amazon SNS subscription.\n    *\/\n  @js.native\n  trait AwsSnsTopicSubscription extends js.Object {\n    var Endpoint: js.UndefOr[NonEmptyString]\n    var Protocol: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsSnsTopicSubscription {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsSnsTopicSubscription = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSnsTopicSubscription]\n    }\n  }\n\n  \/** Data about a queue.\n    *\/\n  @js.native\n  trait AwsSqsQueueDetails extends js.Object {\n    var DeadLetterTargetArn: js.UndefOr[NonEmptyString]\n    var KmsDataKeyReusePeriodSeconds: js.UndefOr[Int]\n    var KmsMasterKeyId: js.UndefOr[NonEmptyString]\n    var QueueName: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsSqsQueueDetails {\n    @inline\n    def apply(\n        DeadLetterTargetArn: js.UndefOr[NonEmptyString] = js.undefined,\n        KmsDataKeyReusePeriodSeconds: js.UndefOr[Int] = js.undefined,\n        KmsMasterKeyId: js.UndefOr[NonEmptyString] = js.undefined,\n        QueueName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsSqsQueueDetails = {\n      val __obj = js.Dynamic.literal()\n      DeadLetterTargetArn.foreach(__v => __obj.updateDynamic(\"DeadLetterTargetArn\")(__v.asInstanceOf[js.Any]))\n      KmsDataKeyReusePeriodSeconds.foreach(__v => __obj.updateDynamic(\"KmsDataKeyReusePeriodSeconds\")(__v.asInstanceOf[js.Any]))\n      KmsMasterKeyId.foreach(__v => __obj.updateDynamic(\"KmsMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      QueueName.foreach(__v => __obj.updateDynamic(\"QueueName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSqsQueueDetails]\n    }\n  }\n\n  \/** Provides the details about the compliance status for a patch.\n    *\/\n  @js.native\n  trait AwsSsmComplianceSummary extends js.Object {\n    var ComplianceType: js.UndefOr[NonEmptyString]\n    var CompliantCriticalCount: js.UndefOr[Int]\n    var CompliantHighCount: js.UndefOr[Int]\n    var CompliantInformationalCount: js.UndefOr[Int]\n    var CompliantLowCount: js.UndefOr[Int]\n    var CompliantMediumCount: js.UndefOr[Int]\n    var CompliantUnspecifiedCount: js.UndefOr[Int]\n    var ExecutionType: js.UndefOr[NonEmptyString]\n    var NonCompliantCriticalCount: js.UndefOr[Int]\n    var NonCompliantHighCount: js.UndefOr[Int]\n    var NonCompliantInformationalCount: js.UndefOr[Int]\n    var NonCompliantLowCount: js.UndefOr[Int]\n    var NonCompliantMediumCount: js.UndefOr[Int]\n    var NonCompliantUnspecifiedCount: js.UndefOr[Int]\n    var OverallSeverity: js.UndefOr[NonEmptyString]\n    var PatchBaselineId: js.UndefOr[NonEmptyString]\n    var PatchGroup: js.UndefOr[NonEmptyString]\n    var Status: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsSsmComplianceSummary {\n    @inline\n    def apply(\n        ComplianceType: js.UndefOr[NonEmptyString] = js.undefined,\n        CompliantCriticalCount: js.UndefOr[Int] = js.undefined,\n        CompliantHighCount: js.UndefOr[Int] = js.undefined,\n        CompliantInformationalCount: js.UndefOr[Int] = js.undefined,\n        CompliantLowCount: js.UndefOr[Int] = js.undefined,\n        CompliantMediumCount: js.UndefOr[Int] = js.undefined,\n        CompliantUnspecifiedCount: js.UndefOr[Int] = js.undefined,\n        ExecutionType: js.UndefOr[NonEmptyString] = js.undefined,\n        NonCompliantCriticalCount: js.UndefOr[Int] = js.undefined,\n        NonCompliantHighCount: js.UndefOr[Int] = js.undefined,\n        NonCompliantInformationalCount: js.UndefOr[Int] = js.undefined,\n        NonCompliantLowCount: js.UndefOr[Int] = js.undefined,\n        NonCompliantMediumCount: js.UndefOr[Int] = js.undefined,\n        NonCompliantUnspecifiedCount: js.UndefOr[Int] = js.undefined,\n        OverallSeverity: js.UndefOr[NonEmptyString] = js.undefined,\n        PatchBaselineId: js.UndefOr[NonEmptyString] = js.undefined,\n        PatchGroup: js.UndefOr[NonEmptyString] = js.undefined,\n        Status: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsSsmComplianceSummary = {\n      val __obj = js.Dynamic.literal()\n      ComplianceType.foreach(__v => __obj.updateDynamic(\"ComplianceType\")(__v.asInstanceOf[js.Any]))\n      CompliantCriticalCount.foreach(__v => __obj.updateDynamic(\"CompliantCriticalCount\")(__v.asInstanceOf[js.Any]))\n      CompliantHighCount.foreach(__v => __obj.updateDynamic(\"CompliantHighCount\")(__v.asInstanceOf[js.Any]))\n      CompliantInformationalCount.foreach(__v => __obj.updateDynamic(\"CompliantInformationalCount\")(__v.asInstanceOf[js.Any]))\n      CompliantLowCount.foreach(__v => __obj.updateDynamic(\"CompliantLowCount\")(__v.asInstanceOf[js.Any]))\n      CompliantMediumCount.foreach(__v => __obj.updateDynamic(\"CompliantMediumCount\")(__v.asInstanceOf[js.Any]))\n      CompliantUnspecifiedCount.foreach(__v => __obj.updateDynamic(\"CompliantUnspecifiedCount\")(__v.asInstanceOf[js.Any]))\n      ExecutionType.foreach(__v => __obj.updateDynamic(\"ExecutionType\")(__v.asInstanceOf[js.Any]))\n      NonCompliantCriticalCount.foreach(__v => __obj.updateDynamic(\"NonCompliantCriticalCount\")(__v.asInstanceOf[js.Any]))\n      NonCompliantHighCount.foreach(__v => __obj.updateDynamic(\"NonCompliantHighCount\")(__v.asInstanceOf[js.Any]))\n      NonCompliantInformationalCount.foreach(__v => __obj.updateDynamic(\"NonCompliantInformationalCount\")(__v.asInstanceOf[js.Any]))\n      NonCompliantLowCount.foreach(__v => __obj.updateDynamic(\"NonCompliantLowCount\")(__v.asInstanceOf[js.Any]))\n      NonCompliantMediumCount.foreach(__v => __obj.updateDynamic(\"NonCompliantMediumCount\")(__v.asInstanceOf[js.Any]))\n      NonCompliantUnspecifiedCount.foreach(__v => __obj.updateDynamic(\"NonCompliantUnspecifiedCount\")(__v.asInstanceOf[js.Any]))\n      OverallSeverity.foreach(__v => __obj.updateDynamic(\"OverallSeverity\")(__v.asInstanceOf[js.Any]))\n      PatchBaselineId.foreach(__v => __obj.updateDynamic(\"PatchBaselineId\")(__v.asInstanceOf[js.Any]))\n      PatchGroup.foreach(__v => __obj.updateDynamic(\"PatchGroup\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSsmComplianceSummary]\n    }\n  }\n\n  \/** Provides details about the compliance for a patch.\n    *\/\n  @js.native\n  trait AwsSsmPatch extends js.Object {\n    var ComplianceSummary: js.UndefOr[AwsSsmComplianceSummary]\n  }\n\n  object AwsSsmPatch {\n    @inline\n    def apply(\n        ComplianceSummary: js.UndefOr[AwsSsmComplianceSummary] = js.undefined\n    ): AwsSsmPatch = {\n      val __obj = js.Dynamic.literal()\n      ComplianceSummary.foreach(__v => __obj.updateDynamic(\"ComplianceSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSsmPatch]\n    }\n  }\n\n  \/** Provides information about the state of a patch on an instance based on the patch baseline that was used to patch the instance.\n    *\/\n  @js.native\n  trait AwsSsmPatchComplianceDetails extends js.Object {\n    var Patch: js.UndefOr[AwsSsmPatch]\n  }\n\n  object AwsSsmPatchComplianceDetails {\n    @inline\n    def apply(\n        Patch: js.UndefOr[AwsSsmPatch] = js.undefined\n    ): AwsSsmPatchComplianceDetails = {\n      val __obj = js.Dynamic.literal()\n      Patch.foreach(__v => __obj.updateDynamic(\"Patch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsSsmPatchComplianceDetails]\n    }\n  }\n\n  \/** Details about a WAF WebACL.\n    *\/\n  @js.native\n  trait AwsWafWebAclDetails extends js.Object {\n    var DefaultAction: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n    var Rules: js.UndefOr[AwsWafWebAclRuleList]\n    var WebAclId: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsWafWebAclDetails {\n    @inline\n    def apply(\n        DefaultAction: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Rules: js.UndefOr[AwsWafWebAclRuleList] = js.undefined,\n        WebAclId: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsWafWebAclDetails = {\n      val __obj = js.Dynamic.literal()\n      DefaultAction.foreach(__v => __obj.updateDynamic(\"DefaultAction\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      WebAclId.foreach(__v => __obj.updateDynamic(\"WebAclId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsWafWebAclDetails]\n    }\n  }\n\n  \/** Details for a rule in a WAF WebACL.\n    *\/\n  @js.native\n  trait AwsWafWebAclRule extends js.Object {\n    var Action: js.UndefOr[WafAction]\n    var ExcludedRules: js.UndefOr[WafExcludedRuleList]\n    var OverrideAction: js.UndefOr[WafOverrideAction]\n    var Priority: js.UndefOr[Int]\n    var RuleId: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object AwsWafWebAclRule {\n    @inline\n    def apply(\n        Action: js.UndefOr[WafAction] = js.undefined,\n        ExcludedRules: js.UndefOr[WafExcludedRuleList] = js.undefined,\n        OverrideAction: js.UndefOr[WafOverrideAction] = js.undefined,\n        Priority: js.UndefOr[Int] = js.undefined,\n        RuleId: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): AwsWafWebAclRule = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      ExcludedRules.foreach(__v => __obj.updateDynamic(\"ExcludedRules\")(__v.asInstanceOf[js.Any]))\n      OverrideAction.foreach(__v => __obj.updateDynamic(\"OverrideAction\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      RuleId.foreach(__v => __obj.updateDynamic(\"RuleId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsWafWebAclRule]\n    }\n  }\n\n  @js.native\n  trait BatchDisableStandardsRequest extends js.Object {\n    var StandardsSubscriptionArns: StandardsSubscriptionArns\n  }\n\n  object BatchDisableStandardsRequest {\n    @inline\n    def apply(\n        StandardsSubscriptionArns: StandardsSubscriptionArns\n    ): BatchDisableStandardsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsSubscriptionArns\" -> StandardsSubscriptionArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDisableStandardsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDisableStandardsResponse extends js.Object {\n    var StandardsSubscriptions: js.UndefOr[StandardsSubscriptions]\n  }\n\n  object BatchDisableStandardsResponse {\n    @inline\n    def apply(\n        StandardsSubscriptions: js.UndefOr[StandardsSubscriptions] = js.undefined\n    ): BatchDisableStandardsResponse = {\n      val __obj = js.Dynamic.literal()\n      StandardsSubscriptions.foreach(__v => __obj.updateDynamic(\"StandardsSubscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDisableStandardsResponse]\n    }\n  }\n\n  @js.native\n  trait BatchEnableStandardsRequest extends js.Object {\n    var StandardsSubscriptionRequests: StandardsSubscriptionRequests\n  }\n\n  object BatchEnableStandardsRequest {\n    @inline\n    def apply(\n        StandardsSubscriptionRequests: StandardsSubscriptionRequests\n    ): BatchEnableStandardsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsSubscriptionRequests\" -> StandardsSubscriptionRequests.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchEnableStandardsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchEnableStandardsResponse extends js.Object {\n    var StandardsSubscriptions: js.UndefOr[StandardsSubscriptions]\n  }\n\n  object BatchEnableStandardsResponse {\n    @inline\n    def apply(\n        StandardsSubscriptions: js.UndefOr[StandardsSubscriptions] = js.undefined\n    ): BatchEnableStandardsResponse = {\n      val __obj = js.Dynamic.literal()\n      StandardsSubscriptions.foreach(__v => __obj.updateDynamic(\"StandardsSubscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchEnableStandardsResponse]\n    }\n  }\n\n  @js.native\n  trait BatchImportFindingsRequest extends js.Object {\n    var Findings: BatchImportFindingsRequestFindingList\n  }\n\n  object BatchImportFindingsRequest {\n    @inline\n    def apply(\n        Findings: BatchImportFindingsRequestFindingList\n    ): BatchImportFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Findings\" -> Findings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchImportFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchImportFindingsResponse extends js.Object {\n    var FailedCount: Int\n    var SuccessCount: Int\n    var FailedFindings: js.UndefOr[ImportFindingsErrorList]\n  }\n\n  object BatchImportFindingsResponse {\n    @inline\n    def apply(\n        FailedCount: Int,\n        SuccessCount: Int,\n        FailedFindings: js.UndefOr[ImportFindingsErrorList] = js.undefined\n    ): BatchImportFindingsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"FailedCount\" -> FailedCount.asInstanceOf[js.Any],\n        \"SuccessCount\" -> SuccessCount.asInstanceOf[js.Any]\n      )\n\n      FailedFindings.foreach(__v => __obj.updateDynamic(\"FailedFindings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchImportFindingsResponse]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateFindingsRequest extends js.Object {\n    var FindingIdentifiers: AwsSecurityFindingIdentifierList\n    var Confidence: js.UndefOr[RatioScale]\n    var Criticality: js.UndefOr[RatioScale]\n    var Note: js.UndefOr[NoteUpdate]\n    var RelatedFindings: js.UndefOr[RelatedFindingList]\n    var Severity: js.UndefOr[SeverityUpdate]\n    var Types: js.UndefOr[TypeList]\n    var UserDefinedFields: js.UndefOr[FieldMap]\n    var VerificationState: js.UndefOr[VerificationState]\n    var Workflow: js.UndefOr[WorkflowUpdate]\n  }\n\n  object BatchUpdateFindingsRequest {\n    @inline\n    def apply(\n        FindingIdentifiers: AwsSecurityFindingIdentifierList,\n        Confidence: js.UndefOr[RatioScale] = js.undefined,\n        Criticality: js.UndefOr[RatioScale] = js.undefined,\n        Note: js.UndefOr[NoteUpdate] = js.undefined,\n        RelatedFindings: js.UndefOr[RelatedFindingList] = js.undefined,\n        Severity: js.UndefOr[SeverityUpdate] = js.undefined,\n        Types: js.UndefOr[TypeList] = js.undefined,\n        UserDefinedFields: js.UndefOr[FieldMap] = js.undefined,\n        VerificationState: js.UndefOr[VerificationState] = js.undefined,\n        Workflow: js.UndefOr[WorkflowUpdate] = js.undefined\n    ): BatchUpdateFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FindingIdentifiers\" -> FindingIdentifiers.asInstanceOf[js.Any]\n      )\n\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Criticality.foreach(__v => __obj.updateDynamic(\"Criticality\")(__v.asInstanceOf[js.Any]))\n      Note.foreach(__v => __obj.updateDynamic(\"Note\")(__v.asInstanceOf[js.Any]))\n      RelatedFindings.foreach(__v => __obj.updateDynamic(\"RelatedFindings\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Types.foreach(__v => __obj.updateDynamic(\"Types\")(__v.asInstanceOf[js.Any]))\n      UserDefinedFields.foreach(__v => __obj.updateDynamic(\"UserDefinedFields\")(__v.asInstanceOf[js.Any]))\n      VerificationState.foreach(__v => __obj.updateDynamic(\"VerificationState\")(__v.asInstanceOf[js.Any]))\n      Workflow.foreach(__v => __obj.updateDynamic(\"Workflow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateFindingsResponse extends js.Object {\n    var ProcessedFindings: AwsSecurityFindingIdentifierList\n    var UnprocessedFindings: BatchUpdateFindingsUnprocessedFindingsList\n  }\n\n  object BatchUpdateFindingsResponse {\n    @inline\n    def apply(\n        ProcessedFindings: AwsSecurityFindingIdentifierList,\n        UnprocessedFindings: BatchUpdateFindingsUnprocessedFindingsList\n    ): BatchUpdateFindingsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ProcessedFindings\" -> ProcessedFindings.asInstanceOf[js.Any],\n        \"UnprocessedFindings\" -> UnprocessedFindings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdateFindingsResponse]\n    }\n  }\n\n  \/** A finding from a <code>BatchUpdateFindings<\/code> request that Security Hub was unable to update.\n    *\/\n  @js.native\n  trait BatchUpdateFindingsUnprocessedFinding extends js.Object {\n    var ErrorCode: NonEmptyString\n    var ErrorMessage: NonEmptyString\n    var FindingIdentifier: AwsSecurityFindingIdentifier\n  }\n\n  object BatchUpdateFindingsUnprocessedFinding {\n    @inline\n    def apply(\n        ErrorCode: NonEmptyString,\n        ErrorMessage: NonEmptyString,\n        FindingIdentifier: AwsSecurityFindingIdentifier\n    ): BatchUpdateFindingsUnprocessedFinding = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorCode\" -> ErrorCode.asInstanceOf[js.Any],\n        \"ErrorMessage\" -> ErrorMessage.asInstanceOf[js.Any],\n        \"FindingIdentifier\" -> FindingIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdateFindingsUnprocessedFinding]\n    }\n  }\n\n  \/** An occurrence of sensitive data detected in a Microsoft Excel workbook, comma-separated value (CSV) file, or tab-separated value (TSV) file.\n    *\/\n  @js.native\n  trait Cell extends js.Object {\n    var CellReference: js.UndefOr[NonEmptyString]\n    var Column: js.UndefOr[Double]\n    var ColumnName: js.UndefOr[NonEmptyString]\n    var Row: js.UndefOr[Double]\n  }\n\n  object Cell {\n    @inline\n    def apply(\n        CellReference: js.UndefOr[NonEmptyString] = js.undefined,\n        Column: js.UndefOr[Double] = js.undefined,\n        ColumnName: js.UndefOr[NonEmptyString] = js.undefined,\n        Row: js.UndefOr[Double] = js.undefined\n    ): Cell = {\n      val __obj = js.Dynamic.literal()\n      CellReference.foreach(__v => __obj.updateDynamic(\"CellReference\")(__v.asInstanceOf[js.Any]))\n      Column.foreach(__v => __obj.updateDynamic(\"Column\")(__v.asInstanceOf[js.Any]))\n      ColumnName.foreach(__v => __obj.updateDynamic(\"ColumnName\")(__v.asInstanceOf[js.Any]))\n      Row.foreach(__v => __obj.updateDynamic(\"Row\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Cell]\n    }\n  }\n\n  \/** An IPv4 CIDR block association.\n    *\/\n  @js.native\n  trait CidrBlockAssociation extends js.Object {\n    var AssociationId: js.UndefOr[NonEmptyString]\n    var CidrBlock: js.UndefOr[NonEmptyString]\n    var CidrBlockState: js.UndefOr[NonEmptyString]\n  }\n\n  object CidrBlockAssociation {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[NonEmptyString] = js.undefined,\n        CidrBlock: js.UndefOr[NonEmptyString] = js.undefined,\n        CidrBlockState: js.UndefOr[NonEmptyString] = js.undefined\n    ): CidrBlockAssociation = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      CidrBlock.foreach(__v => __obj.updateDynamic(\"CidrBlock\")(__v.asInstanceOf[js.Any]))\n      CidrBlockState.foreach(__v => __obj.updateDynamic(\"CidrBlockState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CidrBlockAssociation]\n    }\n  }\n\n  \/** Information about a city.\n    *\/\n  @js.native\n  trait City extends js.Object {\n    var CityName: js.UndefOr[NonEmptyString]\n  }\n\n  object City {\n    @inline\n    def apply(\n        CityName: js.UndefOr[NonEmptyString] = js.undefined\n    ): City = {\n      val __obj = js.Dynamic.literal()\n      CityName.foreach(__v => __obj.updateDynamic(\"CityName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[City]\n    }\n  }\n\n  \/** Details about the sensitive data that was detected on the resource.\n    *\/\n  @js.native\n  trait ClassificationResult extends js.Object {\n    var AdditionalOccurrences: js.UndefOr[Boolean]\n    var CustomDataIdentifiers: js.UndefOr[CustomDataIdentifiersResult]\n    var MimeType: js.UndefOr[NonEmptyString]\n    var SensitiveData: js.UndefOr[SensitiveDataResultList]\n    var SizeClassified: js.UndefOr[Double]\n    var Status: js.UndefOr[ClassificationStatus]\n  }\n\n  object ClassificationResult {\n    @inline\n    def apply(\n        AdditionalOccurrences: js.UndefOr[Boolean] = js.undefined,\n        CustomDataIdentifiers: js.UndefOr[CustomDataIdentifiersResult] = js.undefined,\n        MimeType: js.UndefOr[NonEmptyString] = js.undefined,\n        SensitiveData: js.UndefOr[SensitiveDataResultList] = js.undefined,\n        SizeClassified: js.UndefOr[Double] = js.undefined,\n        Status: js.UndefOr[ClassificationStatus] = js.undefined\n    ): ClassificationResult = {\n      val __obj = js.Dynamic.literal()\n      AdditionalOccurrences.foreach(__v => __obj.updateDynamic(\"AdditionalOccurrences\")(__v.asInstanceOf[js.Any]))\n      CustomDataIdentifiers.foreach(__v => __obj.updateDynamic(\"CustomDataIdentifiers\")(__v.asInstanceOf[js.Any]))\n      MimeType.foreach(__v => __obj.updateDynamic(\"MimeType\")(__v.asInstanceOf[js.Any]))\n      SensitiveData.foreach(__v => __obj.updateDynamic(\"SensitiveData\")(__v.asInstanceOf[js.Any]))\n      SizeClassified.foreach(__v => __obj.updateDynamic(\"SizeClassified\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClassificationResult]\n    }\n  }\n\n  \/** Provides details about the current status of the sensitive data detection.\n    *\/\n  @js.native\n  trait ClassificationStatus extends js.Object {\n    var Code: js.UndefOr[NonEmptyString]\n    var Reason: js.UndefOr[NonEmptyString]\n  }\n\n  object ClassificationStatus {\n    @inline\n    def apply(\n        Code: js.UndefOr[NonEmptyString] = js.undefined,\n        Reason: js.UndefOr[NonEmptyString] = js.undefined\n    ): ClassificationStatus = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClassificationStatus]\n    }\n  }\n\n  \/** Contains finding details that are specific to control-based findings. Only returned for findings generated from controls.\n    *\/\n  @js.native\n  trait Compliance extends js.Object {\n    var RelatedRequirements: js.UndefOr[RelatedRequirementsList]\n    var Status: js.UndefOr[ComplianceStatus]\n    var StatusReasons: js.UndefOr[StatusReasonsList]\n  }\n\n  object Compliance {\n    @inline\n    def apply(\n        RelatedRequirements: js.UndefOr[RelatedRequirementsList] = js.undefined,\n        Status: js.UndefOr[ComplianceStatus] = js.undefined,\n        StatusReasons: js.UndefOr[StatusReasonsList] = js.undefined\n    ): Compliance = {\n      val __obj = js.Dynamic.literal()\n      RelatedRequirements.foreach(__v => __obj.updateDynamic(\"RelatedRequirements\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusReasons.foreach(__v => __obj.updateDynamic(\"StatusReasons\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Compliance]\n    }\n  }\n\n  @js.native\n  sealed trait ComplianceStatus extends js.Any\n  object ComplianceStatus {\n    val PASSED = \"PASSED\".asInstanceOf[ComplianceStatus]\n    val WARNING = \"WARNING\".asInstanceOf[ComplianceStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ComplianceStatus]\n    val NOT_AVAILABLE = \"NOT_AVAILABLE\".asInstanceOf[ComplianceStatus]\n\n    @inline def values = js.Array(PASSED, WARNING, FAILED, NOT_AVAILABLE)\n  }\n\n  \/** Container details related to a finding.\n    *\/\n  @js.native\n  trait ContainerDetails extends js.Object {\n    var ImageId: js.UndefOr[NonEmptyString]\n    var ImageName: js.UndefOr[NonEmptyString]\n    var LaunchedAt: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n  }\n\n  object ContainerDetails {\n    @inline\n    def apply(\n        ImageId: js.UndefOr[NonEmptyString] = js.undefined,\n        ImageName: js.UndefOr[NonEmptyString] = js.undefined,\n        LaunchedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined\n    ): ContainerDetails = {\n      val __obj = js.Dynamic.literal()\n      ImageId.foreach(__v => __obj.updateDynamic(\"ImageId\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      LaunchedAt.foreach(__v => __obj.updateDynamic(\"LaunchedAt\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerDetails]\n    }\n  }\n\n  @js.native\n  sealed trait ControlStatus extends js.Any\n  object ControlStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[ControlStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[ControlStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Information about a country.\n    *\/\n  @js.native\n  trait Country extends js.Object {\n    var CountryCode: js.UndefOr[NonEmptyString]\n    var CountryName: js.UndefOr[NonEmptyString]\n  }\n\n  object Country {\n    @inline\n    def apply(\n        CountryCode: js.UndefOr[NonEmptyString] = js.undefined,\n        CountryName: js.UndefOr[NonEmptyString] = js.undefined\n    ): Country = {\n      val __obj = js.Dynamic.literal()\n      CountryCode.foreach(__v => __obj.updateDynamic(\"CountryCode\")(__v.asInstanceOf[js.Any]))\n      CountryName.foreach(__v => __obj.updateDynamic(\"CountryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Country]\n    }\n  }\n\n  @js.native\n  trait CreateActionTargetRequest extends js.Object {\n    var Description: NonEmptyString\n    var Id: NonEmptyString\n    var Name: NonEmptyString\n  }\n\n  object CreateActionTargetRequest {\n    @inline\n    def apply(\n        Description: NonEmptyString,\n        Id: NonEmptyString,\n        Name: NonEmptyString\n    ): CreateActionTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateActionTargetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateActionTargetResponse extends js.Object {\n    var ActionTargetArn: NonEmptyString\n  }\n\n  object CreateActionTargetResponse {\n    @inline\n    def apply(\n        ActionTargetArn: NonEmptyString\n    ): CreateActionTargetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargetArn\" -> ActionTargetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateActionTargetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateInsightRequest extends js.Object {\n    var Filters: AwsSecurityFindingFilters\n    var GroupByAttribute: NonEmptyString\n    var Name: NonEmptyString\n  }\n\n  object CreateInsightRequest {\n    @inline\n    def apply(\n        Filters: AwsSecurityFindingFilters,\n        GroupByAttribute: NonEmptyString,\n        Name: NonEmptyString\n    ): CreateInsightRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any],\n        \"GroupByAttribute\" -> GroupByAttribute.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateInsightRequest]\n    }\n  }\n\n  @js.native\n  trait CreateInsightResponse extends js.Object {\n    var InsightArn: NonEmptyString\n  }\n\n  object CreateInsightResponse {\n    @inline\n    def apply(\n        InsightArn: NonEmptyString\n    ): CreateInsightResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateInsightResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMembersRequest extends js.Object {\n    var AccountDetails: AccountDetailsList\n  }\n\n  object CreateMembersRequest {\n    @inline\n    def apply(\n        AccountDetails: AccountDetailsList\n    ): CreateMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountDetails\" -> AccountDetails.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMembersRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMembersResponse extends js.Object {\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object CreateMembersResponse {\n    @inline\n    def apply(\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): CreateMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMembersResponse]\n    }\n  }\n\n  \/** The list of detected instances of sensitive data.\n    *\/\n  @js.native\n  trait CustomDataIdentifiersDetections extends js.Object {\n    var Arn: js.UndefOr[NonEmptyString]\n    var Count: js.UndefOr[Double]\n    var Name: js.UndefOr[NonEmptyString]\n    var Occurrences: js.UndefOr[Occurrences]\n  }\n\n  object CustomDataIdentifiersDetections {\n    @inline\n    def apply(\n        Arn: js.UndefOr[NonEmptyString] = js.undefined,\n        Count: js.UndefOr[Double] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Occurrences: js.UndefOr[Occurrences] = js.undefined\n    ): CustomDataIdentifiersDetections = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Occurrences.foreach(__v => __obj.updateDynamic(\"Occurrences\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomDataIdentifiersDetections]\n    }\n  }\n\n  \/** Contains an instance of sensitive data that was detected by a customer-defined identifier.\n    *\/\n  @js.native\n  trait CustomDataIdentifiersResult extends js.Object {\n    var Detections: js.UndefOr[CustomDataIdentifiersDetectionsList]\n    var TotalCount: js.UndefOr[Double]\n  }\n\n  object CustomDataIdentifiersResult {\n    @inline\n    def apply(\n        Detections: js.UndefOr[CustomDataIdentifiersDetectionsList] = js.undefined,\n        TotalCount: js.UndefOr[Double] = js.undefined\n    ): CustomDataIdentifiersResult = {\n      val __obj = js.Dynamic.literal()\n      Detections.foreach(__v => __obj.updateDynamic(\"Detections\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomDataIdentifiersResult]\n    }\n  }\n\n  \/** CVSS scores from the advisory related to the vulnerability.\n    *\/\n  @js.native\n  trait Cvss extends js.Object {\n    var BaseScore: js.UndefOr[Double]\n    var BaseVector: js.UndefOr[NonEmptyString]\n    var Version: js.UndefOr[NonEmptyString]\n  }\n\n  object Cvss {\n    @inline\n    def apply(\n        BaseScore: js.UndefOr[Double] = js.undefined,\n        BaseVector: js.UndefOr[NonEmptyString] = js.undefined,\n        Version: js.UndefOr[NonEmptyString] = js.undefined\n    ): Cvss = {\n      val __obj = js.Dynamic.literal()\n      BaseScore.foreach(__v => __obj.updateDynamic(\"BaseScore\")(__v.asInstanceOf[js.Any]))\n      BaseVector.foreach(__v => __obj.updateDynamic(\"BaseVector\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Cvss]\n    }\n  }\n\n  \/** Provides details about sensitive data that was detected on a resource.\n    *\/\n  @js.native\n  trait DataClassificationDetails extends js.Object {\n    var DetailedResultsLocation: js.UndefOr[NonEmptyString]\n    var Result: js.UndefOr[ClassificationResult]\n  }\n\n  object DataClassificationDetails {\n    @inline\n    def apply(\n        DetailedResultsLocation: js.UndefOr[NonEmptyString] = js.undefined,\n        Result: js.UndefOr[ClassificationResult] = js.undefined\n    ): DataClassificationDetails = {\n      val __obj = js.Dynamic.literal()\n      DetailedResultsLocation.foreach(__v => __obj.updateDynamic(\"DetailedResultsLocation\")(__v.asInstanceOf[js.Any]))\n      Result.foreach(__v => __obj.updateDynamic(\"Result\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataClassificationDetails]\n    }\n  }\n\n  \/** A date filter for querying findings.\n    *\/\n  @js.native\n  trait DateFilter extends js.Object {\n    var DateRange: js.UndefOr[DateRange]\n    var End: js.UndefOr[NonEmptyString]\n    var Start: js.UndefOr[NonEmptyString]\n  }\n\n  object DateFilter {\n    @inline\n    def apply(\n        DateRange: js.UndefOr[DateRange] = js.undefined,\n        End: js.UndefOr[NonEmptyString] = js.undefined,\n        Start: js.UndefOr[NonEmptyString] = js.undefined\n    ): DateFilter = {\n      val __obj = js.Dynamic.literal()\n      DateRange.foreach(__v => __obj.updateDynamic(\"DateRange\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DateFilter]\n    }\n  }\n\n  \/** A date range for the date filter.\n    *\/\n  @js.native\n  trait DateRange extends js.Object {\n    var Unit: js.UndefOr[DateRangeUnit]\n    var Value: js.UndefOr[Int]\n  }\n\n  object DateRange {\n    @inline\n    def apply(\n        Unit: js.UndefOr[DateRangeUnit] = js.undefined,\n        Value: js.UndefOr[Int] = js.undefined\n    ): DateRange = {\n      val __obj = js.Dynamic.literal()\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DateRange]\n    }\n  }\n\n  @js.native\n  sealed trait DateRangeUnit extends js.Any\n  object DateRangeUnit {\n    val DAYS = \"DAYS\".asInstanceOf[DateRangeUnit]\n\n    @inline def values = js.Array(DAYS)\n  }\n\n  @js.native\n  trait DeclineInvitationsRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object DeclineInvitationsRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): DeclineInvitationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeclineInvitationsRequest]\n    }\n  }\n\n  @js.native\n  trait DeclineInvitationsResponse extends js.Object {\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object DeclineInvitationsResponse {\n    @inline\n    def apply(\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): DeclineInvitationsResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeclineInvitationsResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteActionTargetRequest extends js.Object {\n    var ActionTargetArn: NonEmptyString\n  }\n\n  object DeleteActionTargetRequest {\n    @inline\n    def apply(\n        ActionTargetArn: NonEmptyString\n    ): DeleteActionTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargetArn\" -> ActionTargetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteActionTargetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteActionTargetResponse extends js.Object {\n    var ActionTargetArn: NonEmptyString\n  }\n\n  object DeleteActionTargetResponse {\n    @inline\n    def apply(\n        ActionTargetArn: NonEmptyString\n    ): DeleteActionTargetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargetArn\" -> ActionTargetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteActionTargetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteInsightRequest extends js.Object {\n    var InsightArn: NonEmptyString\n  }\n\n  object DeleteInsightRequest {\n    @inline\n    def apply(\n        InsightArn: NonEmptyString\n    ): DeleteInsightRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInsightRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInsightResponse extends js.Object {\n    var InsightArn: NonEmptyString\n  }\n\n  object DeleteInsightResponse {\n    @inline\n    def apply(\n        InsightArn: NonEmptyString\n    ): DeleteInsightResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInsightResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteInvitationsRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object DeleteInvitationsRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): DeleteInvitationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInvitationsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInvitationsResponse extends js.Object {\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object DeleteInvitationsResponse {\n    @inline\n    def apply(\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): DeleteInvitationsResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInvitationsResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object DeleteMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): DeleteMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMembersRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMembersResponse extends js.Object {\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object DeleteMembersResponse {\n    @inline\n    def apply(\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): DeleteMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMembersResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeActionTargetsRequest extends js.Object {\n    var ActionTargetArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeActionTargetsRequest {\n    @inline\n    def apply(\n        ActionTargetArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeActionTargetsRequest = {\n      val __obj = js.Dynamic.literal()\n      ActionTargetArns.foreach(__v => __obj.updateDynamic(\"ActionTargetArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActionTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeActionTargetsResponse extends js.Object {\n    var ActionTargets: ActionTargetList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeActionTargetsResponse {\n    @inline\n    def apply(\n        ActionTargets: ActionTargetList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeActionTargetsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargets\" -> ActionTargets.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActionTargetsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeHubRequest extends js.Object {\n    var HubArn: js.UndefOr[NonEmptyString]\n  }\n\n  object DescribeHubRequest {\n    @inline\n    def apply(\n        HubArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): DescribeHubRequest = {\n      val __obj = js.Dynamic.literal()\n      HubArn.foreach(__v => __obj.updateDynamic(\"HubArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHubRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeHubResponse extends js.Object {\n    var AutoEnableControls: js.UndefOr[Boolean]\n    var HubArn: js.UndefOr[NonEmptyString]\n    var SubscribedAt: js.UndefOr[NonEmptyString]\n  }\n\n  object DescribeHubResponse {\n    @inline\n    def apply(\n        AutoEnableControls: js.UndefOr[Boolean] = js.undefined,\n        HubArn: js.UndefOr[NonEmptyString] = js.undefined,\n        SubscribedAt: js.UndefOr[NonEmptyString] = js.undefined\n    ): DescribeHubResponse = {\n      val __obj = js.Dynamic.literal()\n      AutoEnableControls.foreach(__v => __obj.updateDynamic(\"AutoEnableControls\")(__v.asInstanceOf[js.Any]))\n      HubArn.foreach(__v => __obj.updateDynamic(\"HubArn\")(__v.asInstanceOf[js.Any]))\n      SubscribedAt.foreach(__v => __obj.updateDynamic(\"SubscribedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHubResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeOrganizationConfigurationRequest extends js.Object\n\n  object DescribeOrganizationConfigurationRequest {\n    @inline\n    def apply(): DescribeOrganizationConfigurationRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeOrganizationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeOrganizationConfigurationResponse extends js.Object {\n    var AutoEnable: js.UndefOr[Boolean]\n    var MemberAccountLimitReached: js.UndefOr[Boolean]\n  }\n\n  object DescribeOrganizationConfigurationResponse {\n    @inline\n    def apply(\n        AutoEnable: js.UndefOr[Boolean] = js.undefined,\n        MemberAccountLimitReached: js.UndefOr[Boolean] = js.undefined\n    ): DescribeOrganizationConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      AutoEnable.foreach(__v => __obj.updateDynamic(\"AutoEnable\")(__v.asInstanceOf[js.Any]))\n      MemberAccountLimitReached.foreach(__v => __obj.updateDynamic(\"MemberAccountLimitReached\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOrganizationConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProductsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ProductArn: js.UndefOr[NonEmptyString]\n  }\n\n  object DescribeProductsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ProductArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): DescribeProductsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProductArn.foreach(__v => __obj.updateDynamic(\"ProductArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProductsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProductsResponse extends js.Object {\n    var Products: ProductsList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeProductsResponse {\n    @inline\n    def apply(\n        Products: ProductsList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeProductsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Products\" -> Products.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProductsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeStandardsControlsRequest extends js.Object {\n    var StandardsSubscriptionArn: NonEmptyString\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeStandardsControlsRequest {\n    @inline\n    def apply(\n        StandardsSubscriptionArn: NonEmptyString,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeStandardsControlsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsSubscriptionArn\" -> StandardsSubscriptionArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStandardsControlsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeStandardsControlsResponse extends js.Object {\n    var Controls: js.UndefOr[StandardsControls]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeStandardsControlsResponse {\n    @inline\n    def apply(\n        Controls: js.UndefOr[StandardsControls] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeStandardsControlsResponse = {\n      val __obj = js.Dynamic.literal()\n      Controls.foreach(__v => __obj.updateDynamic(\"Controls\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStandardsControlsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeStandardsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeStandardsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeStandardsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStandardsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeStandardsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Standards: js.UndefOr[Standards]\n  }\n\n  object DescribeStandardsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Standards: js.UndefOr[Standards] = js.undefined\n    ): DescribeStandardsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Standards.foreach(__v => __obj.updateDynamic(\"Standards\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStandardsResponse]\n    }\n  }\n\n  @js.native\n  trait DisableImportFindingsForProductRequest extends js.Object {\n    var ProductSubscriptionArn: NonEmptyString\n  }\n\n  object DisableImportFindingsForProductRequest {\n    @inline\n    def apply(\n        ProductSubscriptionArn: NonEmptyString\n    ): DisableImportFindingsForProductRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductSubscriptionArn\" -> ProductSubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableImportFindingsForProductRequest]\n    }\n  }\n\n  @js.native\n  trait DisableImportFindingsForProductResponse extends js.Object\n\n  object DisableImportFindingsForProductResponse {\n    @inline\n    def apply(): DisableImportFindingsForProductResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableImportFindingsForProductResponse]\n    }\n  }\n\n  @js.native\n  trait DisableOrganizationAdminAccountRequest extends js.Object {\n    var AdminAccountId: NonEmptyString\n  }\n\n  object DisableOrganizationAdminAccountRequest {\n    @inline\n    def apply(\n        AdminAccountId: NonEmptyString\n    ): DisableOrganizationAdminAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AdminAccountId\" -> AdminAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableOrganizationAdminAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DisableOrganizationAdminAccountResponse extends js.Object\n\n  object DisableOrganizationAdminAccountResponse {\n    @inline\n    def apply(): DisableOrganizationAdminAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableOrganizationAdminAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DisableSecurityHubRequest extends js.Object\n\n  object DisableSecurityHubRequest {\n    @inline\n    def apply(): DisableSecurityHubRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableSecurityHubRequest]\n    }\n  }\n\n  @js.native\n  trait DisableSecurityHubResponse extends js.Object\n\n  object DisableSecurityHubResponse {\n    @inline\n    def apply(): DisableSecurityHubResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableSecurityHubResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateFromAdministratorAccountRequest extends js.Object\n\n  object DisassociateFromAdministratorAccountRequest {\n    @inline\n    def apply(): DisassociateFromAdministratorAccountRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateFromAdministratorAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateFromAdministratorAccountResponse extends js.Object\n\n  object DisassociateFromAdministratorAccountResponse {\n    @inline\n    def apply(): DisassociateFromAdministratorAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateFromAdministratorAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateFromMasterAccountRequest extends js.Object\n\n  object DisassociateFromMasterAccountRequest {\n    @inline\n    def apply(): DisassociateFromMasterAccountRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateFromMasterAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateFromMasterAccountResponse extends js.Object\n\n  object DisassociateFromMasterAccountResponse {\n    @inline\n    def apply(): DisassociateFromMasterAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateFromMasterAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object DisassociateMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): DisassociateMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateMembersRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateMembersResponse extends js.Object\n\n  object DisassociateMembersResponse {\n    @inline\n    def apply(): DisassociateMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateMembersResponse]\n    }\n  }\n\n  \/** Provided if <code>ActionType<\/code> is <code>DNS_REQUEST<\/code>. It provides details about the DNS request that was detected.\n    *\/\n  @js.native\n  trait DnsRequestAction extends js.Object {\n    var Blocked: js.UndefOr[Boolean]\n    var Domain: js.UndefOr[NonEmptyString]\n    var Protocol: js.UndefOr[NonEmptyString]\n  }\n\n  object DnsRequestAction {\n    @inline\n    def apply(\n        Blocked: js.UndefOr[Boolean] = js.undefined,\n        Domain: js.UndefOr[NonEmptyString] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined\n    ): DnsRequestAction = {\n      val __obj = js.Dynamic.literal()\n      Blocked.foreach(__v => __obj.updateDynamic(\"Blocked\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DnsRequestAction]\n    }\n  }\n\n  @js.native\n  trait EnableImportFindingsForProductRequest extends js.Object {\n    var ProductArn: NonEmptyString\n  }\n\n  object EnableImportFindingsForProductRequest {\n    @inline\n    def apply(\n        ProductArn: NonEmptyString\n    ): EnableImportFindingsForProductRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductArn\" -> ProductArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableImportFindingsForProductRequest]\n    }\n  }\n\n  @js.native\n  trait EnableImportFindingsForProductResponse extends js.Object {\n    var ProductSubscriptionArn: js.UndefOr[NonEmptyString]\n  }\n\n  object EnableImportFindingsForProductResponse {\n    @inline\n    def apply(\n        ProductSubscriptionArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): EnableImportFindingsForProductResponse = {\n      val __obj = js.Dynamic.literal()\n      ProductSubscriptionArn.foreach(__v => __obj.updateDynamic(\"ProductSubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnableImportFindingsForProductResponse]\n    }\n  }\n\n  @js.native\n  trait EnableOrganizationAdminAccountRequest extends js.Object {\n    var AdminAccountId: NonEmptyString\n  }\n\n  object EnableOrganizationAdminAccountRequest {\n    @inline\n    def apply(\n        AdminAccountId: NonEmptyString\n    ): EnableOrganizationAdminAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AdminAccountId\" -> AdminAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableOrganizationAdminAccountRequest]\n    }\n  }\n\n  @js.native\n  trait EnableOrganizationAdminAccountResponse extends js.Object\n\n  object EnableOrganizationAdminAccountResponse {\n    @inline\n    def apply(): EnableOrganizationAdminAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableOrganizationAdminAccountResponse]\n    }\n  }\n\n  @js.native\n  trait EnableSecurityHubRequest extends js.Object {\n    var EnableDefaultStandards: js.UndefOr[Boolean]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object EnableSecurityHubRequest {\n    @inline\n    def apply(\n        EnableDefaultStandards: js.UndefOr[Boolean] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): EnableSecurityHubRequest = {\n      val __obj = js.Dynamic.literal()\n      EnableDefaultStandards.foreach(__v => __obj.updateDynamic(\"EnableDefaultStandards\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnableSecurityHubRequest]\n    }\n  }\n\n  @js.native\n  trait EnableSecurityHubResponse extends js.Object\n\n  object EnableSecurityHubResponse {\n    @inline\n    def apply(): EnableSecurityHubResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableSecurityHubResponse]\n    }\n  }\n\n  \/** In a <code>BatchImportFindings<\/code> request, finding providers use <code>FindingProviderFields<\/code> to provide and update values for confidence, criticality, related findings, severity, and types.\n    *\/\n  @js.native\n  trait FindingProviderFields extends js.Object {\n    var Confidence: js.UndefOr[RatioScale]\n    var Criticality: js.UndefOr[RatioScale]\n    var RelatedFindings: js.UndefOr[RelatedFindingList]\n    var Severity: js.UndefOr[FindingProviderSeverity]\n    var Types: js.UndefOr[TypeList]\n  }\n\n  object FindingProviderFields {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[RatioScale] = js.undefined,\n        Criticality: js.UndefOr[RatioScale] = js.undefined,\n        RelatedFindings: js.UndefOr[RelatedFindingList] = js.undefined,\n        Severity: js.UndefOr[FindingProviderSeverity] = js.undefined,\n        Types: js.UndefOr[TypeList] = js.undefined\n    ): FindingProviderFields = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Criticality.foreach(__v => __obj.updateDynamic(\"Criticality\")(__v.asInstanceOf[js.Any]))\n      RelatedFindings.foreach(__v => __obj.updateDynamic(\"RelatedFindings\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Types.foreach(__v => __obj.updateDynamic(\"Types\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingProviderFields]\n    }\n  }\n\n  \/** The severity assigned to the finding by the finding provider.\n    *\/\n  @js.native\n  trait FindingProviderSeverity extends js.Object {\n    var Label: js.UndefOr[SeverityLabel]\n    var Original: js.UndefOr[NonEmptyString]\n  }\n\n  object FindingProviderSeverity {\n    @inline\n    def apply(\n        Label: js.UndefOr[SeverityLabel] = js.undefined,\n        Original: js.UndefOr[NonEmptyString] = js.undefined\n    ): FindingProviderSeverity = {\n      val __obj = js.Dynamic.literal()\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Original.foreach(__v => __obj.updateDynamic(\"Original\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingProviderSeverity]\n    }\n  }\n\n  \/** Provides the latitude and longitude coordinates of a location.\n    *\/\n  @js.native\n  trait GeoLocation extends js.Object {\n    var Lat: js.UndefOr[Double]\n    var Lon: js.UndefOr[Double]\n  }\n\n  object GeoLocation {\n    @inline\n    def apply(\n        Lat: js.UndefOr[Double] = js.undefined,\n        Lon: js.UndefOr[Double] = js.undefined\n    ): GeoLocation = {\n      val __obj = js.Dynamic.literal()\n      Lat.foreach(__v => __obj.updateDynamic(\"Lat\")(__v.asInstanceOf[js.Any]))\n      Lon.foreach(__v => __obj.updateDynamic(\"Lon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GeoLocation]\n    }\n  }\n\n  @js.native\n  trait GetAdministratorAccountRequest extends js.Object\n\n  object GetAdministratorAccountRequest {\n    @inline\n    def apply(): GetAdministratorAccountRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetAdministratorAccountRequest]\n    }\n  }\n\n  @js.native\n  trait GetAdministratorAccountResponse extends js.Object {\n    var Administrator: js.UndefOr[Invitation]\n  }\n\n  object GetAdministratorAccountResponse {\n    @inline\n    def apply(\n        Administrator: js.UndefOr[Invitation] = js.undefined\n    ): GetAdministratorAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Administrator.foreach(__v => __obj.updateDynamic(\"Administrator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAdministratorAccountResponse]\n    }\n  }\n\n  @js.native\n  trait GetEnabledStandardsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var StandardsSubscriptionArns: js.UndefOr[StandardsSubscriptionArns]\n  }\n\n  object GetEnabledStandardsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StandardsSubscriptionArns: js.UndefOr[StandardsSubscriptionArns] = js.undefined\n    ): GetEnabledStandardsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StandardsSubscriptionArns.foreach(__v => __obj.updateDynamic(\"StandardsSubscriptionArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEnabledStandardsRequest]\n    }\n  }\n\n  @js.native\n  trait GetEnabledStandardsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var StandardsSubscriptions: js.UndefOr[StandardsSubscriptions]\n  }\n\n  object GetEnabledStandardsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StandardsSubscriptions: js.UndefOr[StandardsSubscriptions] = js.undefined\n    ): GetEnabledStandardsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StandardsSubscriptions.foreach(__v => __obj.updateDynamic(\"StandardsSubscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEnabledStandardsResponse]\n    }\n  }\n\n  @js.native\n  trait GetFindingsRequest extends js.Object {\n    var Filters: js.UndefOr[AwsSecurityFindingFilters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortCriteria: js.UndefOr[SortCriteria]\n  }\n\n  object GetFindingsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[AwsSecurityFindingFilters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortCriteria: js.UndefOr[SortCriteria] = js.undefined\n    ): GetFindingsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortCriteria.foreach(__v => __obj.updateDynamic(\"SortCriteria\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetFindingsResponse extends js.Object {\n    var Findings: AwsSecurityFindingList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetFindingsResponse {\n    @inline\n    def apply(\n        Findings: AwsSecurityFindingList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetFindingsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Findings\" -> Findings.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFindingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetInsightResultsRequest extends js.Object {\n    var InsightArn: NonEmptyString\n  }\n\n  object GetInsightResultsRequest {\n    @inline\n    def apply(\n        InsightArn: NonEmptyString\n    ): GetInsightResultsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInsightResultsRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightResultsResponse extends js.Object {\n    var InsightResults: InsightResults\n  }\n\n  object GetInsightResultsResponse {\n    @inline\n    def apply(\n        InsightResults: InsightResults\n    ): GetInsightResultsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InsightResults\" -> InsightResults.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInsightResultsResponse]\n    }\n  }\n\n  @js.native\n  trait GetInsightsRequest extends js.Object {\n    var InsightArns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetInsightsRequest {\n    @inline\n    def apply(\n        InsightArns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetInsightsRequest = {\n      val __obj = js.Dynamic.literal()\n      InsightArns.foreach(__v => __obj.updateDynamic(\"InsightArns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightsRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightsResponse extends js.Object {\n    var Insights: InsightList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetInsightsResponse {\n    @inline\n    def apply(\n        Insights: InsightList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetInsightsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Insights\" -> Insights.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightsResponse]\n    }\n  }\n\n  @js.native\n  trait GetInvitationsCountRequest extends js.Object\n\n  object GetInvitationsCountRequest {\n    @inline\n    def apply(): GetInvitationsCountRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetInvitationsCountRequest]\n    }\n  }\n\n  @js.native\n  trait GetInvitationsCountResponse extends js.Object {\n    var InvitationsCount: js.UndefOr[Int]\n  }\n\n  object GetInvitationsCountResponse {\n    @inline\n    def apply(\n        InvitationsCount: js.UndefOr[Int] = js.undefined\n    ): GetInvitationsCountResponse = {\n      val __obj = js.Dynamic.literal()\n      InvitationsCount.foreach(__v => __obj.updateDynamic(\"InvitationsCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInvitationsCountResponse]\n    }\n  }\n\n  @js.native\n  trait GetMasterAccountRequest extends js.Object\n\n  object GetMasterAccountRequest {\n    @inline\n    def apply(): GetMasterAccountRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetMasterAccountRequest]\n    }\n  }\n\n  @js.native\n  trait GetMasterAccountResponse extends js.Object {\n    var Master: js.UndefOr[Invitation]\n  }\n\n  object GetMasterAccountResponse {\n    @inline\n    def apply(\n        Master: js.UndefOr[Invitation] = js.undefined\n    ): GetMasterAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Master.foreach(__v => __obj.updateDynamic(\"Master\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMasterAccountResponse]\n    }\n  }\n\n  @js.native\n  trait GetMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object GetMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): GetMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMembersRequest]\n    }\n  }\n\n  @js.native\n  trait GetMembersResponse extends js.Object {\n    var Members: js.UndefOr[MemberList]\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object GetMembersResponse {\n    @inline\n    def apply(\n        Members: js.UndefOr[MemberList] = js.undefined,\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): GetMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      Members.foreach(__v => __obj.updateDynamic(\"Members\")(__v.asInstanceOf[js.Any]))\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMembersResponse]\n    }\n  }\n\n  \/** The list of the findings that cannot be imported. For each finding, the list provides the error.\n    *\/\n  @js.native\n  trait ImportFindingsError extends js.Object {\n    var ErrorCode: NonEmptyString\n    var ErrorMessage: NonEmptyString\n    var Id: NonEmptyString\n  }\n\n  object ImportFindingsError {\n    @inline\n    def apply(\n        ErrorCode: NonEmptyString,\n        ErrorMessage: NonEmptyString,\n        Id: NonEmptyString\n    ): ImportFindingsError = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorCode\" -> ErrorCode.asInstanceOf[js.Any],\n        \"ErrorMessage\" -> ErrorMessage.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ImportFindingsError]\n    }\n  }\n\n  \/** Contains information about a Security Hub insight.\n    *\/\n  @js.native\n  trait Insight extends js.Object {\n    var Filters: AwsSecurityFindingFilters\n    var GroupByAttribute: NonEmptyString\n    var InsightArn: NonEmptyString\n    var Name: NonEmptyString\n  }\n\n  object Insight {\n    @inline\n    def apply(\n        Filters: AwsSecurityFindingFilters,\n        GroupByAttribute: NonEmptyString,\n        InsightArn: NonEmptyString,\n        Name: NonEmptyString\n    ): Insight = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any],\n        \"GroupByAttribute\" -> GroupByAttribute.asInstanceOf[js.Any],\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Insight]\n    }\n  }\n\n  \/** The insight result values returned by the <code>GetInsightResults<\/code> operation.\n    *\/\n  @js.native\n  trait InsightResultValue extends js.Object {\n    var Count: Int\n    var GroupByAttributeValue: NonEmptyString\n  }\n\n  object InsightResultValue {\n    @inline\n    def apply(\n        Count: Int,\n        GroupByAttributeValue: NonEmptyString\n    ): InsightResultValue = {\n      val __obj = js.Dynamic.literal(\n        \"Count\" -> Count.asInstanceOf[js.Any],\n        \"GroupByAttributeValue\" -> GroupByAttributeValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InsightResultValue]\n    }\n  }\n\n  \/** The insight results returned by the <code>GetInsightResults<\/code> operation.\n    *\/\n  @js.native\n  trait InsightResults extends js.Object {\n    var GroupByAttribute: NonEmptyString\n    var InsightArn: NonEmptyString\n    var ResultValues: InsightResultValueList\n  }\n\n  object InsightResults {\n    @inline\n    def apply(\n        GroupByAttribute: NonEmptyString,\n        InsightArn: NonEmptyString,\n        ResultValues: InsightResultValueList\n    ): InsightResults = {\n      val __obj = js.Dynamic.literal(\n        \"GroupByAttribute\" -> GroupByAttribute.asInstanceOf[js.Any],\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any],\n        \"ResultValues\" -> ResultValues.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InsightResults]\n    }\n  }\n\n  @js.native\n  sealed trait IntegrationType extends js.Any\n  object IntegrationType {\n    val SEND_FINDINGS_TO_SECURITY_HUB = \"SEND_FINDINGS_TO_SECURITY_HUB\".asInstanceOf[IntegrationType]\n    val RECEIVE_FINDINGS_FROM_SECURITY_HUB = \"RECEIVE_FINDINGS_FROM_SECURITY_HUB\".asInstanceOf[IntegrationType]\n    val UPDATE_FINDINGS_IN_SECURITY_HUB = \"UPDATE_FINDINGS_IN_SECURITY_HUB\".asInstanceOf[IntegrationType]\n\n    @inline def values = js.Array(SEND_FINDINGS_TO_SECURITY_HUB, RECEIVE_FINDINGS_FROM_SECURITY_HUB, UPDATE_FINDINGS_IN_SECURITY_HUB)\n  }\n\n  \/** Details about an invitation.\n    *\/\n  @js.native\n  trait Invitation extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var InvitationId: js.UndefOr[NonEmptyString]\n    var InvitedAt: js.UndefOr[Timestamp]\n    var MemberStatus: js.UndefOr[NonEmptyString]\n  }\n\n  object Invitation {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        InvitationId: js.UndefOr[NonEmptyString] = js.undefined,\n        InvitedAt: js.UndefOr[Timestamp] = js.undefined,\n        MemberStatus: js.UndefOr[NonEmptyString] = js.undefined\n    ): Invitation = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      InvitationId.foreach(__v => __obj.updateDynamic(\"InvitationId\")(__v.asInstanceOf[js.Any]))\n      InvitedAt.foreach(__v => __obj.updateDynamic(\"InvitedAt\")(__v.asInstanceOf[js.Any]))\n      MemberStatus.foreach(__v => __obj.updateDynamic(\"MemberStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Invitation]\n    }\n  }\n\n  @js.native\n  trait InviteMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n  }\n\n  object InviteMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList\n    ): InviteMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InviteMembersRequest]\n    }\n  }\n\n  @js.native\n  trait InviteMembersResponse extends js.Object {\n    var UnprocessedAccounts: js.UndefOr[ResultList]\n  }\n\n  object InviteMembersResponse {\n    @inline\n    def apply(\n        UnprocessedAccounts: js.UndefOr[ResultList] = js.undefined\n    ): InviteMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InviteMembersResponse]\n    }\n  }\n\n  \/** The IP filter for querying findings.\n    *\/\n  @js.native\n  trait IpFilter extends js.Object {\n    var Cidr: js.UndefOr[NonEmptyString]\n  }\n\n  object IpFilter {\n    @inline\n    def apply(\n        Cidr: js.UndefOr[NonEmptyString] = js.undefined\n    ): IpFilter = {\n      val __obj = js.Dynamic.literal()\n      Cidr.foreach(__v => __obj.updateDynamic(\"Cidr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IpFilter]\n    }\n  }\n\n  \/** Provides information about an internet provider.\n    *\/\n  @js.native\n  trait IpOrganizationDetails extends js.Object {\n    var Asn: js.UndefOr[Int]\n    var AsnOrg: js.UndefOr[NonEmptyString]\n    var Isp: js.UndefOr[NonEmptyString]\n    var Org: js.UndefOr[NonEmptyString]\n  }\n\n  object IpOrganizationDetails {\n    @inline\n    def apply(\n        Asn: js.UndefOr[Int] = js.undefined,\n        AsnOrg: js.UndefOr[NonEmptyString] = js.undefined,\n        Isp: js.UndefOr[NonEmptyString] = js.undefined,\n        Org: js.UndefOr[NonEmptyString] = js.undefined\n    ): IpOrganizationDetails = {\n      val __obj = js.Dynamic.literal()\n      Asn.foreach(__v => __obj.updateDynamic(\"Asn\")(__v.asInstanceOf[js.Any]))\n      AsnOrg.foreach(__v => __obj.updateDynamic(\"AsnOrg\")(__v.asInstanceOf[js.Any]))\n      Isp.foreach(__v => __obj.updateDynamic(\"Isp\")(__v.asInstanceOf[js.Any]))\n      Org.foreach(__v => __obj.updateDynamic(\"Org\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IpOrganizationDetails]\n    }\n  }\n\n  \/** An IPV6 CIDR block association.\n    *\/\n  @js.native\n  trait Ipv6CidrBlockAssociation extends js.Object {\n    var AssociationId: js.UndefOr[NonEmptyString]\n    var CidrBlockState: js.UndefOr[NonEmptyString]\n    var Ipv6CidrBlock: js.UndefOr[NonEmptyString]\n  }\n\n  object Ipv6CidrBlockAssociation {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[NonEmptyString] = js.undefined,\n        CidrBlockState: js.UndefOr[NonEmptyString] = js.undefined,\n        Ipv6CidrBlock: js.UndefOr[NonEmptyString] = js.undefined\n    ): Ipv6CidrBlockAssociation = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      CidrBlockState.foreach(__v => __obj.updateDynamic(\"CidrBlockState\")(__v.asInstanceOf[js.Any]))\n      Ipv6CidrBlock.foreach(__v => __obj.updateDynamic(\"Ipv6CidrBlock\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ipv6CidrBlockAssociation]\n    }\n  }\n\n  \/** A keyword filter for querying findings.\n    *\/\n  @js.native\n  trait KeywordFilter extends js.Object {\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object KeywordFilter {\n    @inline\n    def apply(\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): KeywordFilter = {\n      val __obj = js.Dynamic.literal()\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeywordFilter]\n    }\n  }\n\n  @js.native\n  trait ListEnabledProductsForImportRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEnabledProductsForImportRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEnabledProductsForImportRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEnabledProductsForImportRequest]\n    }\n  }\n\n  @js.native\n  trait ListEnabledProductsForImportResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ProductSubscriptions: js.UndefOr[ProductSubscriptionArnList]\n  }\n\n  object ListEnabledProductsForImportResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ProductSubscriptions: js.UndefOr[ProductSubscriptionArnList] = js.undefined\n    ): ListEnabledProductsForImportResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProductSubscriptions.foreach(__v => __obj.updateDynamic(\"ProductSubscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEnabledProductsForImportResponse]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[CrossAccountMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListInvitationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[CrossAccountMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListInvitationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsResponse extends js.Object {\n    var Invitations: js.UndefOr[InvitationList]\n    var NextToken: js.UndefOr[NonEmptyString]\n  }\n\n  object ListInvitationsResponse {\n    @inline\n    def apply(\n        Invitations: js.UndefOr[InvitationList] = js.undefined,\n        NextToken: js.UndefOr[NonEmptyString] = js.undefined\n    ): ListInvitationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Invitations.foreach(__v => __obj.updateDynamic(\"Invitations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMembersRequest extends js.Object {\n    var MaxResults: js.UndefOr[CrossAccountMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var OnlyAssociated: js.UndefOr[Boolean]\n  }\n\n  object ListMembersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[CrossAccountMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        OnlyAssociated: js.UndefOr[Boolean] = js.undefined\n    ): ListMembersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OnlyAssociated.foreach(__v => __obj.updateDynamic(\"OnlyAssociated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersRequest]\n    }\n  }\n\n  @js.native\n  trait ListMembersResponse extends js.Object {\n    var Members: js.UndefOr[MemberList]\n    var NextToken: js.UndefOr[NonEmptyString]\n  }\n\n  object ListMembersResponse {\n    @inline\n    def apply(\n        Members: js.UndefOr[MemberList] = js.undefined,\n        NextToken: js.UndefOr[NonEmptyString] = js.undefined\n    ): ListMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      Members.foreach(__v => __obj.updateDynamic(\"Members\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersResponse]\n    }\n  }\n\n  @js.native\n  trait ListOrganizationAdminAccountsRequest extends js.Object {\n    var MaxResults: js.UndefOr[AdminsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOrganizationAdminAccountsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[AdminsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOrganizationAdminAccountsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOrganizationAdminAccountsRequest]\n    }\n  }\n\n  @js.native\n  trait ListOrganizationAdminAccountsResponse extends js.Object {\n    var AdminAccounts: js.UndefOr[AdminAccounts]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOrganizationAdminAccountsResponse {\n    @inline\n    def apply(\n        AdminAccounts: js.UndefOr[AdminAccounts] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOrganizationAdminAccountsResponse = {\n      val __obj = js.Dynamic.literal()\n      AdminAccounts.foreach(__v => __obj.updateDynamic(\"AdminAccounts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOrganizationAdminAccountsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Information about the state of the load balancer.\n    *\/\n  @js.native\n  trait LoadBalancerState extends js.Object {\n    var Code: js.UndefOr[NonEmptyString]\n    var Reason: js.UndefOr[NonEmptyString]\n  }\n\n  object LoadBalancerState {\n    @inline\n    def apply(\n        Code: js.UndefOr[NonEmptyString] = js.undefined,\n        Reason: js.UndefOr[NonEmptyString] = js.undefined\n    ): LoadBalancerState = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerState]\n    }\n  }\n\n  \/** A list of malware related to a finding.\n    *\/\n  @js.native\n  trait Malware extends js.Object {\n    var Name: NonEmptyString\n    var Path: js.UndefOr[NonEmptyString]\n    var State: js.UndefOr[MalwareState]\n    var Type: js.UndefOr[MalwareType]\n  }\n\n  object Malware {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        State: js.UndefOr[MalwareState] = js.undefined,\n        Type: js.UndefOr[MalwareType] = js.undefined\n    ): Malware = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Malware]\n    }\n  }\n\n  @js.native\n  sealed trait MalwareState extends js.Any\n  object MalwareState {\n    val OBSERVED = \"OBSERVED\".asInstanceOf[MalwareState]\n    val REMOVAL_FAILED = \"REMOVAL_FAILED\".asInstanceOf[MalwareState]\n    val REMOVED = \"REMOVED\".asInstanceOf[MalwareState]\n\n    @inline def values = js.Array(OBSERVED, REMOVAL_FAILED, REMOVED)\n  }\n\n  @js.native\n  sealed trait MalwareType extends js.Any\n  object MalwareType {\n    val ADWARE = \"ADWARE\".asInstanceOf[MalwareType]\n    val BLENDED_THREAT = \"BLENDED_THREAT\".asInstanceOf[MalwareType]\n    val BOTNET_AGENT = \"BOTNET_AGENT\".asInstanceOf[MalwareType]\n    val COIN_MINER = \"COIN_MINER\".asInstanceOf[MalwareType]\n    val EXPLOIT_KIT = \"EXPLOIT_KIT\".asInstanceOf[MalwareType]\n    val KEYLOGGER = \"KEYLOGGER\".asInstanceOf[MalwareType]\n    val MACRO = \"MACRO\".asInstanceOf[MalwareType]\n    val POTENTIALLY_UNWANTED = \"POTENTIALLY_UNWANTED\".asInstanceOf[MalwareType]\n    val SPYWARE = \"SPYWARE\".asInstanceOf[MalwareType]\n    val RANSOMWARE = \"RANSOMWARE\".asInstanceOf[MalwareType]\n    val REMOTE_ACCESS = \"REMOTE_ACCESS\".asInstanceOf[MalwareType]\n    val ROOTKIT = \"ROOTKIT\".asInstanceOf[MalwareType]\n    val TROJAN = \"TROJAN\".asInstanceOf[MalwareType]\n    val VIRUS = \"VIRUS\".asInstanceOf[MalwareType]\n    val WORM = \"WORM\".asInstanceOf[MalwareType]\n\n    @inline def values = js.Array(\n      ADWARE,\n      BLENDED_THREAT,\n      BOTNET_AGENT,\n      COIN_MINER,\n      EXPLOIT_KIT,\n      KEYLOGGER,\n      MACRO,\n      POTENTIALLY_UNWANTED,\n      SPYWARE,\n      RANSOMWARE,\n      REMOTE_ACCESS,\n      ROOTKIT,\n      TROJAN,\n      VIRUS,\n      WORM\n    )\n  }\n\n  \/** A map filter for querying findings. Each map filter provides the field to check, the value to look for, and the comparison operator.\n    *\/\n  @js.native\n  trait MapFilter extends js.Object {\n    var Comparison: js.UndefOr[MapFilterComparison]\n    var Key: js.UndefOr[NonEmptyString]\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object MapFilter {\n    @inline\n    def apply(\n        Comparison: js.UndefOr[MapFilterComparison] = js.undefined,\n        Key: js.UndefOr[NonEmptyString] = js.undefined,\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): MapFilter = {\n      val __obj = js.Dynamic.literal()\n      Comparison.foreach(__v => __obj.updateDynamic(\"Comparison\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MapFilter]\n    }\n  }\n\n  @js.native\n  sealed trait MapFilterComparison extends js.Any\n  object MapFilterComparison {\n    val EQUALS = \"EQUALS\".asInstanceOf[MapFilterComparison]\n    val NOT_EQUALS = \"NOT_EQUALS\".asInstanceOf[MapFilterComparison]\n\n    @inline def values = js.Array(EQUALS, NOT_EQUALS)\n  }\n\n  \/** The details about a member account.\n    *\/\n  @js.native\n  trait Member extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var AdministratorId: js.UndefOr[NonEmptyString]\n    var Email: js.UndefOr[NonEmptyString]\n    var InvitedAt: js.UndefOr[Timestamp]\n    var MasterId: js.UndefOr[NonEmptyString]\n    var MemberStatus: js.UndefOr[NonEmptyString]\n    var UpdatedAt: js.UndefOr[Timestamp]\n  }\n\n  object Member {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        AdministratorId: js.UndefOr[NonEmptyString] = js.undefined,\n        Email: js.UndefOr[NonEmptyString] = js.undefined,\n        InvitedAt: js.UndefOr[Timestamp] = js.undefined,\n        MasterId: js.UndefOr[NonEmptyString] = js.undefined,\n        MemberStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): Member = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AdministratorId.foreach(__v => __obj.updateDynamic(\"AdministratorId\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      InvitedAt.foreach(__v => __obj.updateDynamic(\"InvitedAt\")(__v.asInstanceOf[js.Any]))\n      MasterId.foreach(__v => __obj.updateDynamic(\"MasterId\")(__v.asInstanceOf[js.Any]))\n      MemberStatus.foreach(__v => __obj.updateDynamic(\"MemberStatus\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Member]\n    }\n  }\n\n  \/** The details of network-related information about a finding.\n    *\/\n  @js.native\n  trait Network extends js.Object {\n    var DestinationDomain: js.UndefOr[NonEmptyString]\n    var DestinationIpV4: js.UndefOr[NonEmptyString]\n    var DestinationIpV6: js.UndefOr[NonEmptyString]\n    var DestinationPort: js.UndefOr[Int]\n    var Direction: js.UndefOr[NetworkDirection]\n    var OpenPortRange: js.UndefOr[PortRange]\n    var Protocol: js.UndefOr[NonEmptyString]\n    var SourceDomain: js.UndefOr[NonEmptyString]\n    var SourceIpV4: js.UndefOr[NonEmptyString]\n    var SourceIpV6: js.UndefOr[NonEmptyString]\n    var SourceMac: js.UndefOr[NonEmptyString]\n    var SourcePort: js.UndefOr[Int]\n  }\n\n  object Network {\n    @inline\n    def apply(\n        DestinationDomain: js.UndefOr[NonEmptyString] = js.undefined,\n        DestinationIpV4: js.UndefOr[NonEmptyString] = js.undefined,\n        DestinationIpV6: js.UndefOr[NonEmptyString] = js.undefined,\n        DestinationPort: js.UndefOr[Int] = js.undefined,\n        Direction: js.UndefOr[NetworkDirection] = js.undefined,\n        OpenPortRange: js.UndefOr[PortRange] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceDomain: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceIpV4: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceIpV6: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceMac: js.UndefOr[NonEmptyString] = js.undefined,\n        SourcePort: js.UndefOr[Int] = js.undefined\n    ): Network = {\n      val __obj = js.Dynamic.literal()\n      DestinationDomain.foreach(__v => __obj.updateDynamic(\"DestinationDomain\")(__v.asInstanceOf[js.Any]))\n      DestinationIpV4.foreach(__v => __obj.updateDynamic(\"DestinationIpV4\")(__v.asInstanceOf[js.Any]))\n      DestinationIpV6.foreach(__v => __obj.updateDynamic(\"DestinationIpV6\")(__v.asInstanceOf[js.Any]))\n      DestinationPort.foreach(__v => __obj.updateDynamic(\"DestinationPort\")(__v.asInstanceOf[js.Any]))\n      Direction.foreach(__v => __obj.updateDynamic(\"Direction\")(__v.asInstanceOf[js.Any]))\n      OpenPortRange.foreach(__v => __obj.updateDynamic(\"OpenPortRange\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      SourceDomain.foreach(__v => __obj.updateDynamic(\"SourceDomain\")(__v.asInstanceOf[js.Any]))\n      SourceIpV4.foreach(__v => __obj.updateDynamic(\"SourceIpV4\")(__v.asInstanceOf[js.Any]))\n      SourceIpV6.foreach(__v => __obj.updateDynamic(\"SourceIpV6\")(__v.asInstanceOf[js.Any]))\n      SourceMac.foreach(__v => __obj.updateDynamic(\"SourceMac\")(__v.asInstanceOf[js.Any]))\n      SourcePort.foreach(__v => __obj.updateDynamic(\"SourcePort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Network]\n    }\n  }\n\n  \/** Provided if <code>ActionType<\/code> is <code>NETWORK_CONNECTION<\/code>. It provides details about the attempted network connection that was detected.\n    *\/\n  @js.native\n  trait NetworkConnectionAction extends js.Object {\n    var Blocked: js.UndefOr[Boolean]\n    var ConnectionDirection: js.UndefOr[NonEmptyString]\n    var LocalPortDetails: js.UndefOr[ActionLocalPortDetails]\n    var Protocol: js.UndefOr[NonEmptyString]\n    var RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails]\n    var RemotePortDetails: js.UndefOr[ActionRemotePortDetails]\n  }\n\n  object NetworkConnectionAction {\n    @inline\n    def apply(\n        Blocked: js.UndefOr[Boolean] = js.undefined,\n        ConnectionDirection: js.UndefOr[NonEmptyString] = js.undefined,\n        LocalPortDetails: js.UndefOr[ActionLocalPortDetails] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined,\n        RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails] = js.undefined,\n        RemotePortDetails: js.UndefOr[ActionRemotePortDetails] = js.undefined\n    ): NetworkConnectionAction = {\n      val __obj = js.Dynamic.literal()\n      Blocked.foreach(__v => __obj.updateDynamic(\"Blocked\")(__v.asInstanceOf[js.Any]))\n      ConnectionDirection.foreach(__v => __obj.updateDynamic(\"ConnectionDirection\")(__v.asInstanceOf[js.Any]))\n      LocalPortDetails.foreach(__v => __obj.updateDynamic(\"LocalPortDetails\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      RemoteIpDetails.foreach(__v => __obj.updateDynamic(\"RemoteIpDetails\")(__v.asInstanceOf[js.Any]))\n      RemotePortDetails.foreach(__v => __obj.updateDynamic(\"RemotePortDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkConnectionAction]\n    }\n  }\n\n  @js.native\n  sealed trait NetworkDirection extends js.Any\n  object NetworkDirection {\n    val IN = \"IN\".asInstanceOf[NetworkDirection]\n    val OUT = \"OUT\".asInstanceOf[NetworkDirection]\n\n    @inline def values = js.Array(IN, OUT)\n  }\n\n  \/** Details about a network path component that occurs before or after the current component.\n    *\/\n  @js.native\n  trait NetworkHeader extends js.Object {\n    var Destination: js.UndefOr[NetworkPathComponentDetails]\n    var Protocol: js.UndefOr[NonEmptyString]\n    var Source: js.UndefOr[NetworkPathComponentDetails]\n  }\n\n  object NetworkHeader {\n    @inline\n    def apply(\n        Destination: js.UndefOr[NetworkPathComponentDetails] = js.undefined,\n        Protocol: js.UndefOr[NonEmptyString] = js.undefined,\n        Source: js.UndefOr[NetworkPathComponentDetails] = js.undefined\n    ): NetworkHeader = {\n      val __obj = js.Dynamic.literal()\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkHeader]\n    }\n  }\n\n  \/** Information about a network path component.\n    *\/\n  @js.native\n  trait NetworkPathComponent extends js.Object {\n    var ComponentId: js.UndefOr[NonEmptyString]\n    var ComponentType: js.UndefOr[NonEmptyString]\n    var Egress: js.UndefOr[NetworkHeader]\n    var Ingress: js.UndefOr[NetworkHeader]\n  }\n\n  object NetworkPathComponent {\n    @inline\n    def apply(\n        ComponentId: js.UndefOr[NonEmptyString] = js.undefined,\n        ComponentType: js.UndefOr[NonEmptyString] = js.undefined,\n        Egress: js.UndefOr[NetworkHeader] = js.undefined,\n        Ingress: js.UndefOr[NetworkHeader] = js.undefined\n    ): NetworkPathComponent = {\n      val __obj = js.Dynamic.literal()\n      ComponentId.foreach(__v => __obj.updateDynamic(\"ComponentId\")(__v.asInstanceOf[js.Any]))\n      ComponentType.foreach(__v => __obj.updateDynamic(\"ComponentType\")(__v.asInstanceOf[js.Any]))\n      Egress.foreach(__v => __obj.updateDynamic(\"Egress\")(__v.asInstanceOf[js.Any]))\n      Ingress.foreach(__v => __obj.updateDynamic(\"Ingress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkPathComponent]\n    }\n  }\n\n  \/** Information about the destination of the next component in the network path.\n    *\/\n  @js.native\n  trait NetworkPathComponentDetails extends js.Object {\n    var Address: js.UndefOr[StringList]\n    var PortRanges: js.UndefOr[PortRangeList]\n  }\n\n  object NetworkPathComponentDetails {\n    @inline\n    def apply(\n        Address: js.UndefOr[StringList] = js.undefined,\n        PortRanges: js.UndefOr[PortRangeList] = js.undefined\n    ): NetworkPathComponentDetails = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      PortRanges.foreach(__v => __obj.updateDynamic(\"PortRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkPathComponentDetails]\n    }\n  }\n\n  \/** A user-defined note added to a finding.\n    *\/\n  @js.native\n  trait Note extends js.Object {\n    var Text: NonEmptyString\n    var UpdatedAt: NonEmptyString\n    var UpdatedBy: NonEmptyString\n  }\n\n  object Note {\n    @inline\n    def apply(\n        Text: NonEmptyString,\n        UpdatedAt: NonEmptyString,\n        UpdatedBy: NonEmptyString\n    ): Note = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any],\n        \"UpdatedAt\" -> UpdatedAt.asInstanceOf[js.Any],\n        \"UpdatedBy\" -> UpdatedBy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Note]\n    }\n  }\n\n  \/** The updated note.\n    *\/\n  @js.native\n  trait NoteUpdate extends js.Object {\n    var Text: NonEmptyString\n    var UpdatedBy: NonEmptyString\n  }\n\n  object NoteUpdate {\n    @inline\n    def apply(\n        Text: NonEmptyString,\n        UpdatedBy: NonEmptyString\n    ): NoteUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any],\n        \"UpdatedBy\" -> UpdatedBy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NoteUpdate]\n    }\n  }\n\n  \/** A number filter for querying findings.\n    *\/\n  @js.native\n  trait NumberFilter extends js.Object {\n    var Eq: js.UndefOr[Double]\n    var Gte: js.UndefOr[Double]\n    var Lte: js.UndefOr[Double]\n  }\n\n  object NumberFilter {\n    @inline\n    def apply(\n        Eq: js.UndefOr[Double] = js.undefined,\n        Gte: js.UndefOr[Double] = js.undefined,\n        Lte: js.UndefOr[Double] = js.undefined\n    ): NumberFilter = {\n      val __obj = js.Dynamic.literal()\n      Eq.foreach(__v => __obj.updateDynamic(\"Eq\")(__v.asInstanceOf[js.Any]))\n      Gte.foreach(__v => __obj.updateDynamic(\"Gte\")(__v.asInstanceOf[js.Any]))\n      Lte.foreach(__v => __obj.updateDynamic(\"Lte\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NumberFilter]\n    }\n  }\n\n  \/** The detected occurrences of sensitive data.\n    *\/\n  @js.native\n  trait Occurrences extends js.Object {\n    var Cells: js.UndefOr[Cells]\n    var LineRanges: js.UndefOr[Ranges]\n    var OffsetRanges: js.UndefOr[Ranges]\n    var Pages: js.UndefOr[Pages]\n    var Records: js.UndefOr[Records]\n  }\n\n  object Occurrences {\n    @inline\n    def apply(\n        Cells: js.UndefOr[Cells] = js.undefined,\n        LineRanges: js.UndefOr[Ranges] = js.undefined,\n        OffsetRanges: js.UndefOr[Ranges] = js.undefined,\n        Pages: js.UndefOr[Pages] = js.undefined,\n        Records: js.UndefOr[Records] = js.undefined\n    ): Occurrences = {\n      val __obj = js.Dynamic.literal()\n      Cells.foreach(__v => __obj.updateDynamic(\"Cells\")(__v.asInstanceOf[js.Any]))\n      LineRanges.foreach(__v => __obj.updateDynamic(\"LineRanges\")(__v.asInstanceOf[js.Any]))\n      OffsetRanges.foreach(__v => __obj.updateDynamic(\"OffsetRanges\")(__v.asInstanceOf[js.Any]))\n      Pages.foreach(__v => __obj.updateDynamic(\"Pages\")(__v.asInstanceOf[js.Any]))\n      Records.foreach(__v => __obj.updateDynamic(\"Records\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Occurrences]\n    }\n  }\n\n  \/** An occurrence of sensitive data in an Adobe Portable Document Format (PDF) file.\n    *\/\n  @js.native\n  trait Page extends js.Object {\n    var LineRange: js.UndefOr[Range]\n    var OffsetRange: js.UndefOr[Range]\n    var PageNumber: js.UndefOr[Double]\n  }\n\n  object Page {\n    @inline\n    def apply(\n        LineRange: js.UndefOr[Range] = js.undefined,\n        OffsetRange: js.UndefOr[Range] = js.undefined,\n        PageNumber: js.UndefOr[Double] = js.undefined\n    ): Page = {\n      val __obj = js.Dynamic.literal()\n      LineRange.foreach(__v => __obj.updateDynamic(\"LineRange\")(__v.asInstanceOf[js.Any]))\n      OffsetRange.foreach(__v => __obj.updateDynamic(\"OffsetRange\")(__v.asInstanceOf[js.Any]))\n      PageNumber.foreach(__v => __obj.updateDynamic(\"PageNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Page]\n    }\n  }\n\n  @js.native\n  sealed trait Partition extends js.Any\n  object Partition {\n    val aws = \"aws\".asInstanceOf[Partition]\n    val `aws-cn` = \"aws-cn\".asInstanceOf[Partition]\n    val `aws-us-gov` = \"aws-us-gov\".asInstanceOf[Partition]\n\n    @inline def values = js.Array(aws, `aws-cn`, `aws-us-gov`)\n  }\n\n  \/** Provides an overview of the patch compliance status for an instance against a selected compliance standard.\n    *\/\n  @js.native\n  trait PatchSummary extends js.Object {\n    var Id: NonEmptyString\n    var FailedCount: js.UndefOr[Int]\n    var InstalledCount: js.UndefOr[Int]\n    var InstalledOtherCount: js.UndefOr[Int]\n    var InstalledPendingReboot: js.UndefOr[Int]\n    var InstalledRejectedCount: js.UndefOr[Int]\n    var MissingCount: js.UndefOr[Int]\n    var Operation: js.UndefOr[NonEmptyString]\n    var OperationEndTime: js.UndefOr[NonEmptyString]\n    var OperationStartTime: js.UndefOr[NonEmptyString]\n    var RebootOption: js.UndefOr[NonEmptyString]\n  }\n\n  object PatchSummary {\n    @inline\n    def apply(\n        Id: NonEmptyString,\n        FailedCount: js.UndefOr[Int] = js.undefined,\n        InstalledCount: js.UndefOr[Int] = js.undefined,\n        InstalledOtherCount: js.UndefOr[Int] = js.undefined,\n        InstalledPendingReboot: js.UndefOr[Int] = js.undefined,\n        InstalledRejectedCount: js.UndefOr[Int] = js.undefined,\n        MissingCount: js.UndefOr[Int] = js.undefined,\n        Operation: js.UndefOr[NonEmptyString] = js.undefined,\n        OperationEndTime: js.UndefOr[NonEmptyString] = js.undefined,\n        OperationStartTime: js.UndefOr[NonEmptyString] = js.undefined,\n        RebootOption: js.UndefOr[NonEmptyString] = js.undefined\n    ): PatchSummary = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      FailedCount.foreach(__v => __obj.updateDynamic(\"FailedCount\")(__v.asInstanceOf[js.Any]))\n      InstalledCount.foreach(__v => __obj.updateDynamic(\"InstalledCount\")(__v.asInstanceOf[js.Any]))\n      InstalledOtherCount.foreach(__v => __obj.updateDynamic(\"InstalledOtherCount\")(__v.asInstanceOf[js.Any]))\n      InstalledPendingReboot.foreach(__v => __obj.updateDynamic(\"InstalledPendingReboot\")(__v.asInstanceOf[js.Any]))\n      InstalledRejectedCount.foreach(__v => __obj.updateDynamic(\"InstalledRejectedCount\")(__v.asInstanceOf[js.Any]))\n      MissingCount.foreach(__v => __obj.updateDynamic(\"MissingCount\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      OperationEndTime.foreach(__v => __obj.updateDynamic(\"OperationEndTime\")(__v.asInstanceOf[js.Any]))\n      OperationStartTime.foreach(__v => __obj.updateDynamic(\"OperationStartTime\")(__v.asInstanceOf[js.Any]))\n      RebootOption.foreach(__v => __obj.updateDynamic(\"RebootOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchSummary]\n    }\n  }\n\n  \/** Provided if <code>ActionType<\/code> is <code>PORT_PROBE<\/code>. It provides details about the attempted port probe that was detected.\n    *\/\n  @js.native\n  trait PortProbeAction extends js.Object {\n    var Blocked: js.UndefOr[Boolean]\n    var PortProbeDetails: js.UndefOr[PortProbeDetailList]\n  }\n\n  object PortProbeAction {\n    @inline\n    def apply(\n        Blocked: js.UndefOr[Boolean] = js.undefined,\n        PortProbeDetails: js.UndefOr[PortProbeDetailList] = js.undefined\n    ): PortProbeAction = {\n      val __obj = js.Dynamic.literal()\n      Blocked.foreach(__v => __obj.updateDynamic(\"Blocked\")(__v.asInstanceOf[js.Any]))\n      PortProbeDetails.foreach(__v => __obj.updateDynamic(\"PortProbeDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PortProbeAction]\n    }\n  }\n\n  \/** A port scan that was part of the port probe. For each scan, PortProbeDetails provides information about the local IP address and port that were scanned, and the remote IP address that the scan originated from.\n    *\/\n  @js.native\n  trait PortProbeDetail extends js.Object {\n    var LocalIpDetails: js.UndefOr[ActionLocalIpDetails]\n    var LocalPortDetails: js.UndefOr[ActionLocalPortDetails]\n    var RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails]\n  }\n\n  object PortProbeDetail {\n    @inline\n    def apply(\n        LocalIpDetails: js.UndefOr[ActionLocalIpDetails] = js.undefined,\n        LocalPortDetails: js.UndefOr[ActionLocalPortDetails] = js.undefined,\n        RemoteIpDetails: js.UndefOr[ActionRemoteIpDetails] = js.undefined\n    ): PortProbeDetail = {\n      val __obj = js.Dynamic.literal()\n      LocalIpDetails.foreach(__v => __obj.updateDynamic(\"LocalIpDetails\")(__v.asInstanceOf[js.Any]))\n      LocalPortDetails.foreach(__v => __obj.updateDynamic(\"LocalPortDetails\")(__v.asInstanceOf[js.Any]))\n      RemoteIpDetails.foreach(__v => __obj.updateDynamic(\"RemoteIpDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PortProbeDetail]\n    }\n  }\n\n  \/** A range of ports.\n    *\/\n  @js.native\n  trait PortRange extends js.Object {\n    var Begin: js.UndefOr[Int]\n    var End: js.UndefOr[Int]\n  }\n\n  object PortRange {\n    @inline\n    def apply(\n        Begin: js.UndefOr[Int] = js.undefined,\n        End: js.UndefOr[Int] = js.undefined\n    ): PortRange = {\n      val __obj = js.Dynamic.literal()\n      Begin.foreach(__v => __obj.updateDynamic(\"Begin\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PortRange]\n    }\n  }\n\n  \/** The details of process-related information about a finding.\n    *\/\n  @js.native\n  trait ProcessDetails extends js.Object {\n    var LaunchedAt: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n    var ParentPid: js.UndefOr[Int]\n    var Path: js.UndefOr[NonEmptyString]\n    var Pid: js.UndefOr[Int]\n    var TerminatedAt: js.UndefOr[NonEmptyString]\n  }\n\n  object ProcessDetails {\n    @inline\n    def apply(\n        LaunchedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        ParentPid: js.UndefOr[Int] = js.undefined,\n        Path: js.UndefOr[NonEmptyString] = js.undefined,\n        Pid: js.UndefOr[Int] = js.undefined,\n        TerminatedAt: js.UndefOr[NonEmptyString] = js.undefined\n    ): ProcessDetails = {\n      val __obj = js.Dynamic.literal()\n      LaunchedAt.foreach(__v => __obj.updateDynamic(\"LaunchedAt\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ParentPid.foreach(__v => __obj.updateDynamic(\"ParentPid\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      TerminatedAt.foreach(__v => __obj.updateDynamic(\"TerminatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessDetails]\n    }\n  }\n\n  \/** Contains details about a product.\n    *\/\n  @js.native\n  trait Product extends js.Object {\n    var ProductArn: NonEmptyString\n    var ActivationUrl: js.UndefOr[NonEmptyString]\n    var Categories: js.UndefOr[CategoryList]\n    var CompanyName: js.UndefOr[NonEmptyString]\n    var Description: js.UndefOr[NonEmptyString]\n    var IntegrationTypes: js.UndefOr[IntegrationTypeList]\n    var MarketplaceUrl: js.UndefOr[NonEmptyString]\n    var ProductName: js.UndefOr[NonEmptyString]\n    var ProductSubscriptionResourcePolicy: js.UndefOr[NonEmptyString]\n  }\n\n  object Product {\n    @inline\n    def apply(\n        ProductArn: NonEmptyString,\n        ActivationUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        Categories: js.UndefOr[CategoryList] = js.undefined,\n        CompanyName: js.UndefOr[NonEmptyString] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        IntegrationTypes: js.UndefOr[IntegrationTypeList] = js.undefined,\n        MarketplaceUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        ProductName: js.UndefOr[NonEmptyString] = js.undefined,\n        ProductSubscriptionResourcePolicy: js.UndefOr[NonEmptyString] = js.undefined\n    ): Product = {\n      val __obj = js.Dynamic.literal(\n        \"ProductArn\" -> ProductArn.asInstanceOf[js.Any]\n      )\n\n      ActivationUrl.foreach(__v => __obj.updateDynamic(\"ActivationUrl\")(__v.asInstanceOf[js.Any]))\n      Categories.foreach(__v => __obj.updateDynamic(\"Categories\")(__v.asInstanceOf[js.Any]))\n      CompanyName.foreach(__v => __obj.updateDynamic(\"CompanyName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IntegrationTypes.foreach(__v => __obj.updateDynamic(\"IntegrationTypes\")(__v.asInstanceOf[js.Any]))\n      MarketplaceUrl.foreach(__v => __obj.updateDynamic(\"MarketplaceUrl\")(__v.asInstanceOf[js.Any]))\n      ProductName.foreach(__v => __obj.updateDynamic(\"ProductName\")(__v.asInstanceOf[js.Any]))\n      ProductSubscriptionResourcePolicy.foreach(__v => __obj.updateDynamic(\"ProductSubscriptionResourcePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Product]\n    }\n  }\n\n  \/** Identifies where the sensitive data begins and ends.\n    *\/\n  @js.native\n  trait Range extends js.Object {\n    var End: js.UndefOr[Double]\n    var Start: js.UndefOr[Double]\n    var StartColumn: js.UndefOr[Double]\n  }\n\n  object Range {\n    @inline\n    def apply(\n        End: js.UndefOr[Double] = js.undefined,\n        Start: js.UndefOr[Double] = js.undefined,\n        StartColumn: js.UndefOr[Double] = js.undefined\n    ): Range = {\n      val __obj = js.Dynamic.literal()\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      StartColumn.foreach(__v => __obj.updateDynamic(\"StartColumn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Range]\n    }\n  }\n\n  \/** A recommendation on how to remediate the issue identified in a finding.\n    *\/\n  @js.native\n  trait Recommendation extends js.Object {\n    var Text: js.UndefOr[NonEmptyString]\n    var Url: js.UndefOr[NonEmptyString]\n  }\n\n  object Recommendation {\n    @inline\n    def apply(\n        Text: js.UndefOr[NonEmptyString] = js.undefined,\n        Url: js.UndefOr[NonEmptyString] = js.undefined\n    ): Recommendation = {\n      val __obj = js.Dynamic.literal()\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Recommendation]\n    }\n  }\n\n  \/** An occurrence of sensitive data in an Apache Avro object container or an Apache Parquet file.\n    *\/\n  @js.native\n  trait Record extends js.Object {\n    var JsonPath: js.UndefOr[NonEmptyString]\n    var RecordIndex: js.UndefOr[Double]\n  }\n\n  object Record {\n    @inline\n    def apply(\n        JsonPath: js.UndefOr[NonEmptyString] = js.undefined,\n        RecordIndex: js.UndefOr[Double] = js.undefined\n    ): Record = {\n      val __obj = js.Dynamic.literal()\n      JsonPath.foreach(__v => __obj.updateDynamic(\"JsonPath\")(__v.asInstanceOf[js.Any]))\n      RecordIndex.foreach(__v => __obj.updateDynamic(\"RecordIndex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Record]\n    }\n  }\n\n  @js.native\n  sealed trait RecordState extends js.Any\n  object RecordState {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[RecordState]\n    val ARCHIVED = \"ARCHIVED\".asInstanceOf[RecordState]\n\n    @inline def values = js.Array(ACTIVE, ARCHIVED)\n  }\n\n  \/** Details about a related finding.\n    *\/\n  @js.native\n  trait RelatedFinding extends js.Object {\n    var Id: NonEmptyString\n    var ProductArn: NonEmptyString\n  }\n\n  object RelatedFinding {\n    @inline\n    def apply(\n        Id: NonEmptyString,\n        ProductArn: NonEmptyString\n    ): RelatedFinding = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"ProductArn\" -> ProductArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RelatedFinding]\n    }\n  }\n\n  \/** Details about the remediation steps for a finding.\n    *\/\n  @js.native\n  trait Remediation extends js.Object {\n    var Recommendation: js.UndefOr[Recommendation]\n  }\n\n  object Remediation {\n    @inline\n    def apply(\n        Recommendation: js.UndefOr[Recommendation] = js.undefined\n    ): Remediation = {\n      val __obj = js.Dynamic.literal()\n      Recommendation.foreach(__v => __obj.updateDynamic(\"Recommendation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Remediation]\n    }\n  }\n\n  \/** A resource related to a finding.\n    *\/\n  @js.native\n  trait Resource extends js.Object {\n    var Id: NonEmptyString\n    var Type: NonEmptyString\n    var DataClassification: js.UndefOr[DataClassificationDetails]\n    var Details: js.UndefOr[ResourceDetails]\n    var Partition: js.UndefOr[Partition]\n    var Region: js.UndefOr[NonEmptyString]\n    var ResourceRole: js.UndefOr[NonEmptyString]\n    var Tags: js.UndefOr[FieldMap]\n  }\n\n  object Resource {\n    @inline\n    def apply(\n        Id: NonEmptyString,\n        Type: NonEmptyString,\n        DataClassification: js.UndefOr[DataClassificationDetails] = js.undefined,\n        Details: js.UndefOr[ResourceDetails] = js.undefined,\n        Partition: js.UndefOr[Partition] = js.undefined,\n        Region: js.UndefOr[NonEmptyString] = js.undefined,\n        ResourceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        Tags: js.UndefOr[FieldMap] = js.undefined\n    ): Resource = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DataClassification.foreach(__v => __obj.updateDynamic(\"DataClassification\")(__v.asInstanceOf[js.Any]))\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      Partition.foreach(__v => __obj.updateDynamic(\"Partition\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ResourceRole.foreach(__v => __obj.updateDynamic(\"ResourceRole\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Resource]\n    }\n  }\n\n  \/** Additional details about a resource related to a finding. To provide the details, use the object that corresponds to the resource type. For example, if the resource type is <code>AwsEc2Instance<\/code>, then you use the <code>AwsEc2Instance<\/code> object to provide the details. If the type-specific object does not contain all of the fields you want to populate, then you use the <code>Other<\/code> object to populate those additional fields. You also use the <code>Other<\/code> object to populate the details when the selected type does not have a corresponding object.\n    *\/\n  @js.native\n  trait ResourceDetails extends js.Object {\n    var AwsApiGatewayRestApi: js.UndefOr[AwsApiGatewayRestApiDetails]\n    var AwsApiGatewayStage: js.UndefOr[AwsApiGatewayStageDetails]\n    var AwsApiGatewayV2Api: js.UndefOr[AwsApiGatewayV2ApiDetails]\n    var AwsApiGatewayV2Stage: js.UndefOr[AwsApiGatewayV2StageDetails]\n    var AwsAutoScalingAutoScalingGroup: js.UndefOr[AwsAutoScalingAutoScalingGroupDetails]\n    var AwsCertificateManagerCertificate: js.UndefOr[AwsCertificateManagerCertificateDetails]\n    var AwsCloudFrontDistribution: js.UndefOr[AwsCloudFrontDistributionDetails]\n    var AwsCloudTrailTrail: js.UndefOr[AwsCloudTrailTrailDetails]\n    var AwsCodeBuildProject: js.UndefOr[AwsCodeBuildProjectDetails]\n    var AwsDynamoDbTable: js.UndefOr[AwsDynamoDbTableDetails]\n    var AwsEc2Eip: js.UndefOr[AwsEc2EipDetails]\n    var AwsEc2Instance: js.UndefOr[AwsEc2InstanceDetails]\n    var AwsEc2NetworkInterface: js.UndefOr[AwsEc2NetworkInterfaceDetails]\n    var AwsEc2SecurityGroup: js.UndefOr[AwsEc2SecurityGroupDetails]\n    var AwsEc2Volume: js.UndefOr[AwsEc2VolumeDetails]\n    var AwsEc2Vpc: js.UndefOr[AwsEc2VpcDetails]\n    var AwsElasticsearchDomain: js.UndefOr[AwsElasticsearchDomainDetails]\n    var AwsElbLoadBalancer: js.UndefOr[AwsElbLoadBalancerDetails]\n    var AwsElbv2LoadBalancer: js.UndefOr[AwsElbv2LoadBalancerDetails]\n    var AwsIamAccessKey: js.UndefOr[AwsIamAccessKeyDetails]\n    var AwsIamGroup: js.UndefOr[AwsIamGroupDetails]\n    var AwsIamPolicy: js.UndefOr[AwsIamPolicyDetails]\n    var AwsIamRole: js.UndefOr[AwsIamRoleDetails]\n    var AwsIamUser: js.UndefOr[AwsIamUserDetails]\n    var AwsKmsKey: js.UndefOr[AwsKmsKeyDetails]\n    var AwsLambdaFunction: js.UndefOr[AwsLambdaFunctionDetails]\n    var AwsLambdaLayerVersion: js.UndefOr[AwsLambdaLayerVersionDetails]\n    var AwsRdsDbCluster: js.UndefOr[AwsRdsDbClusterDetails]\n    var AwsRdsDbClusterSnapshot: js.UndefOr[AwsRdsDbClusterSnapshotDetails]\n    var AwsRdsDbInstance: js.UndefOr[AwsRdsDbInstanceDetails]\n    var AwsRdsDbSnapshot: js.UndefOr[AwsRdsDbSnapshotDetails]\n    var AwsRedshiftCluster: js.UndefOr[AwsRedshiftClusterDetails]\n    var AwsS3AccountPublicAccessBlock: js.UndefOr[AwsS3AccountPublicAccessBlockDetails]\n    var AwsS3Bucket: js.UndefOr[AwsS3BucketDetails]\n    var AwsS3Object: js.UndefOr[AwsS3ObjectDetails]\n    var AwsSecretsManagerSecret: js.UndefOr[AwsSecretsManagerSecretDetails]\n    var AwsSnsTopic: js.UndefOr[AwsSnsTopicDetails]\n    var AwsSqsQueue: js.UndefOr[AwsSqsQueueDetails]\n    var AwsSsmPatchCompliance: js.UndefOr[AwsSsmPatchComplianceDetails]\n    var AwsWafWebAcl: js.UndefOr[AwsWafWebAclDetails]\n    var Container: js.UndefOr[ContainerDetails]\n    var Other: js.UndefOr[FieldMap]\n  }\n\n  object ResourceDetails {\n    @inline\n    def apply(\n        AwsApiGatewayRestApi: js.UndefOr[AwsApiGatewayRestApiDetails] = js.undefined,\n        AwsApiGatewayStage: js.UndefOr[AwsApiGatewayStageDetails] = js.undefined,\n        AwsApiGatewayV2Api: js.UndefOr[AwsApiGatewayV2ApiDetails] = js.undefined,\n        AwsApiGatewayV2Stage: js.UndefOr[AwsApiGatewayV2StageDetails] = js.undefined,\n        AwsAutoScalingAutoScalingGroup: js.UndefOr[AwsAutoScalingAutoScalingGroupDetails] = js.undefined,\n        AwsCertificateManagerCertificate: js.UndefOr[AwsCertificateManagerCertificateDetails] = js.undefined,\n        AwsCloudFrontDistribution: js.UndefOr[AwsCloudFrontDistributionDetails] = js.undefined,\n        AwsCloudTrailTrail: js.UndefOr[AwsCloudTrailTrailDetails] = js.undefined,\n        AwsCodeBuildProject: js.UndefOr[AwsCodeBuildProjectDetails] = js.undefined,\n        AwsDynamoDbTable: js.UndefOr[AwsDynamoDbTableDetails] = js.undefined,\n        AwsEc2Eip: js.UndefOr[AwsEc2EipDetails] = js.undefined,\n        AwsEc2Instance: js.UndefOr[AwsEc2InstanceDetails] = js.undefined,\n        AwsEc2NetworkInterface: js.UndefOr[AwsEc2NetworkInterfaceDetails] = js.undefined,\n        AwsEc2SecurityGroup: js.UndefOr[AwsEc2SecurityGroupDetails] = js.undefined,\n        AwsEc2Volume: js.UndefOr[AwsEc2VolumeDetails] = js.undefined,\n        AwsEc2Vpc: js.UndefOr[AwsEc2VpcDetails] = js.undefined,\n        AwsElasticsearchDomain: js.UndefOr[AwsElasticsearchDomainDetails] = js.undefined,\n        AwsElbLoadBalancer: js.UndefOr[AwsElbLoadBalancerDetails] = js.undefined,\n        AwsElbv2LoadBalancer: js.UndefOr[AwsElbv2LoadBalancerDetails] = js.undefined,\n        AwsIamAccessKey: js.UndefOr[AwsIamAccessKeyDetails] = js.undefined,\n        AwsIamGroup: js.UndefOr[AwsIamGroupDetails] = js.undefined,\n        AwsIamPolicy: js.UndefOr[AwsIamPolicyDetails] = js.undefined,\n        AwsIamRole: js.UndefOr[AwsIamRoleDetails] = js.undefined,\n        AwsIamUser: js.UndefOr[AwsIamUserDetails] = js.undefined,\n        AwsKmsKey: js.UndefOr[AwsKmsKeyDetails] = js.undefined,\n        AwsLambdaFunction: js.UndefOr[AwsLambdaFunctionDetails] = js.undefined,\n        AwsLambdaLayerVersion: js.UndefOr[AwsLambdaLayerVersionDetails] = js.undefined,\n        AwsRdsDbCluster: js.UndefOr[AwsRdsDbClusterDetails] = js.undefined,\n        AwsRdsDbClusterSnapshot: js.UndefOr[AwsRdsDbClusterSnapshotDetails] = js.undefined,\n        AwsRdsDbInstance: js.UndefOr[AwsRdsDbInstanceDetails] = js.undefined,\n        AwsRdsDbSnapshot: js.UndefOr[AwsRdsDbSnapshotDetails] = js.undefined,\n        AwsRedshiftCluster: js.UndefOr[AwsRedshiftClusterDetails] = js.undefined,\n        AwsS3AccountPublicAccessBlock: js.UndefOr[AwsS3AccountPublicAccessBlockDetails] = js.undefined,\n        AwsS3Bucket: js.UndefOr[AwsS3BucketDetails] = js.undefined,\n        AwsS3Object: js.UndefOr[AwsS3ObjectDetails] = js.undefined,\n        AwsSecretsManagerSecret: js.UndefOr[AwsSecretsManagerSecretDetails] = js.undefined,\n        AwsSnsTopic: js.UndefOr[AwsSnsTopicDetails] = js.undefined,\n        AwsSqsQueue: js.UndefOr[AwsSqsQueueDetails] = js.undefined,\n        AwsSsmPatchCompliance: js.UndefOr[AwsSsmPatchComplianceDetails] = js.undefined,\n        AwsWafWebAcl: js.UndefOr[AwsWafWebAclDetails] = js.undefined,\n        Container: js.UndefOr[ContainerDetails] = js.undefined,\n        Other: js.UndefOr[FieldMap] = js.undefined\n    ): ResourceDetails = {\n      val __obj = js.Dynamic.literal()\n      AwsApiGatewayRestApi.foreach(__v => __obj.updateDynamic(\"AwsApiGatewayRestApi\")(__v.asInstanceOf[js.Any]))\n      AwsApiGatewayStage.foreach(__v => __obj.updateDynamic(\"AwsApiGatewayStage\")(__v.asInstanceOf[js.Any]))\n      AwsApiGatewayV2Api.foreach(__v => __obj.updateDynamic(\"AwsApiGatewayV2Api\")(__v.asInstanceOf[js.Any]))\n      AwsApiGatewayV2Stage.foreach(__v => __obj.updateDynamic(\"AwsApiGatewayV2Stage\")(__v.asInstanceOf[js.Any]))\n      AwsAutoScalingAutoScalingGroup.foreach(__v => __obj.updateDynamic(\"AwsAutoScalingAutoScalingGroup\")(__v.asInstanceOf[js.Any]))\n      AwsCertificateManagerCertificate.foreach(__v => __obj.updateDynamic(\"AwsCertificateManagerCertificate\")(__v.asInstanceOf[js.Any]))\n      AwsCloudFrontDistribution.foreach(__v => __obj.updateDynamic(\"AwsCloudFrontDistribution\")(__v.asInstanceOf[js.Any]))\n      AwsCloudTrailTrail.foreach(__v => __obj.updateDynamic(\"AwsCloudTrailTrail\")(__v.asInstanceOf[js.Any]))\n      AwsCodeBuildProject.foreach(__v => __obj.updateDynamic(\"AwsCodeBuildProject\")(__v.asInstanceOf[js.Any]))\n      AwsDynamoDbTable.foreach(__v => __obj.updateDynamic(\"AwsDynamoDbTable\")(__v.asInstanceOf[js.Any]))\n      AwsEc2Eip.foreach(__v => __obj.updateDynamic(\"AwsEc2Eip\")(__v.asInstanceOf[js.Any]))\n      AwsEc2Instance.foreach(__v => __obj.updateDynamic(\"AwsEc2Instance\")(__v.asInstanceOf[js.Any]))\n      AwsEc2NetworkInterface.foreach(__v => __obj.updateDynamic(\"AwsEc2NetworkInterface\")(__v.asInstanceOf[js.Any]))\n      AwsEc2SecurityGroup.foreach(__v => __obj.updateDynamic(\"AwsEc2SecurityGroup\")(__v.asInstanceOf[js.Any]))\n      AwsEc2Volume.foreach(__v => __obj.updateDynamic(\"AwsEc2Volume\")(__v.asInstanceOf[js.Any]))\n      AwsEc2Vpc.foreach(__v => __obj.updateDynamic(\"AwsEc2Vpc\")(__v.asInstanceOf[js.Any]))\n      AwsElasticsearchDomain.foreach(__v => __obj.updateDynamic(\"AwsElasticsearchDomain\")(__v.asInstanceOf[js.Any]))\n      AwsElbLoadBalancer.foreach(__v => __obj.updateDynamic(\"AwsElbLoadBalancer\")(__v.asInstanceOf[js.Any]))\n      AwsElbv2LoadBalancer.foreach(__v => __obj.updateDynamic(\"AwsElbv2LoadBalancer\")(__v.asInstanceOf[js.Any]))\n      AwsIamAccessKey.foreach(__v => __obj.updateDynamic(\"AwsIamAccessKey\")(__v.asInstanceOf[js.Any]))\n      AwsIamGroup.foreach(__v => __obj.updateDynamic(\"AwsIamGroup\")(__v.asInstanceOf[js.Any]))\n      AwsIamPolicy.foreach(__v => __obj.updateDynamic(\"AwsIamPolicy\")(__v.asInstanceOf[js.Any]))\n      AwsIamRole.foreach(__v => __obj.updateDynamic(\"AwsIamRole\")(__v.asInstanceOf[js.Any]))\n      AwsIamUser.foreach(__v => __obj.updateDynamic(\"AwsIamUser\")(__v.asInstanceOf[js.Any]))\n      AwsKmsKey.foreach(__v => __obj.updateDynamic(\"AwsKmsKey\")(__v.asInstanceOf[js.Any]))\n      AwsLambdaFunction.foreach(__v => __obj.updateDynamic(\"AwsLambdaFunction\")(__v.asInstanceOf[js.Any]))\n      AwsLambdaLayerVersion.foreach(__v => __obj.updateDynamic(\"AwsLambdaLayerVersion\")(__v.asInstanceOf[js.Any]))\n      AwsRdsDbCluster.foreach(__v => __obj.updateDynamic(\"AwsRdsDbCluster\")(__v.asInstanceOf[js.Any]))\n      AwsRdsDbClusterSnapshot.foreach(__v => __obj.updateDynamic(\"AwsRdsDbClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      AwsRdsDbInstance.foreach(__v => __obj.updateDynamic(\"AwsRdsDbInstance\")(__v.asInstanceOf[js.Any]))\n      AwsRdsDbSnapshot.foreach(__v => __obj.updateDynamic(\"AwsRdsDbSnapshot\")(__v.asInstanceOf[js.Any]))\n      AwsRedshiftCluster.foreach(__v => __obj.updateDynamic(\"AwsRedshiftCluster\")(__v.asInstanceOf[js.Any]))\n      AwsS3AccountPublicAccessBlock.foreach(__v => __obj.updateDynamic(\"AwsS3AccountPublicAccessBlock\")(__v.asInstanceOf[js.Any]))\n      AwsS3Bucket.foreach(__v => __obj.updateDynamic(\"AwsS3Bucket\")(__v.asInstanceOf[js.Any]))\n      AwsS3Object.foreach(__v => __obj.updateDynamic(\"AwsS3Object\")(__v.asInstanceOf[js.Any]))\n      AwsSecretsManagerSecret.foreach(__v => __obj.updateDynamic(\"AwsSecretsManagerSecret\")(__v.asInstanceOf[js.Any]))\n      AwsSnsTopic.foreach(__v => __obj.updateDynamic(\"AwsSnsTopic\")(__v.asInstanceOf[js.Any]))\n      AwsSqsQueue.foreach(__v => __obj.updateDynamic(\"AwsSqsQueue\")(__v.asInstanceOf[js.Any]))\n      AwsSsmPatchCompliance.foreach(__v => __obj.updateDynamic(\"AwsSsmPatchCompliance\")(__v.asInstanceOf[js.Any]))\n      AwsWafWebAcl.foreach(__v => __obj.updateDynamic(\"AwsWafWebAcl\")(__v.asInstanceOf[js.Any]))\n      Container.foreach(__v => __obj.updateDynamic(\"Container\")(__v.asInstanceOf[js.Any]))\n      Other.foreach(__v => __obj.updateDynamic(\"Other\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDetails]\n    }\n  }\n\n  \/** Details about the account that was not processed.\n    *\/\n  @js.native\n  trait Result extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var ProcessingResult: js.UndefOr[NonEmptyString]\n  }\n\n  object Result {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        ProcessingResult: js.UndefOr[NonEmptyString] = js.undefined\n    ): Result = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      ProcessingResult.foreach(__v => __obj.updateDynamic(\"ProcessingResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Result]\n    }\n  }\n\n  \/** The list of detected instances of sensitive data.\n    *\/\n  @js.native\n  trait SensitiveDataDetections extends js.Object {\n    var Count: js.UndefOr[Double]\n    var Occurrences: js.UndefOr[Occurrences]\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object SensitiveDataDetections {\n    @inline\n    def apply(\n        Count: js.UndefOr[Double] = js.undefined,\n        Occurrences: js.UndefOr[Occurrences] = js.undefined,\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): SensitiveDataDetections = {\n      val __obj = js.Dynamic.literal()\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Occurrences.foreach(__v => __obj.updateDynamic(\"Occurrences\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SensitiveDataDetections]\n    }\n  }\n\n  \/** Contains a detected instance of sensitive data that are based on built-in identifiers.\n    *\/\n  @js.native\n  trait SensitiveDataResult extends js.Object {\n    var Category: js.UndefOr[NonEmptyString]\n    var Detections: js.UndefOr[SensitiveDataDetectionsList]\n    var TotalCount: js.UndefOr[Double]\n  }\n\n  object SensitiveDataResult {\n    @inline\n    def apply(\n        Category: js.UndefOr[NonEmptyString] = js.undefined,\n        Detections: js.UndefOr[SensitiveDataDetectionsList] = js.undefined,\n        TotalCount: js.UndefOr[Double] = js.undefined\n    ): SensitiveDataResult = {\n      val __obj = js.Dynamic.literal()\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Detections.foreach(__v => __obj.updateDynamic(\"Detections\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SensitiveDataResult]\n    }\n  }\n\n  \/** The severity of the finding. The finding provider can provide the initial severity. The finding provider can only update the severity if it has not been updated using <code>BatchUpdateFindings<\/code>. The finding must have either <code>Label<\/code> or <code>Normalized<\/code> populated. If only one of these attributes is populated, then Security Hub automatically populates the other one. If neither attribute is populated, then the finding is invalid. <code>Label<\/code> is the preferred attribute.\n    *\/\n  @js.native\n  trait Severity extends js.Object {\n    var Label: js.UndefOr[SeverityLabel]\n    var Normalized: js.UndefOr[Int]\n    var Original: js.UndefOr[NonEmptyString]\n    var Product: js.UndefOr[Double]\n  }\n\n  object Severity {\n    @inline\n    def apply(\n        Label: js.UndefOr[SeverityLabel] = js.undefined,\n        Normalized: js.UndefOr[Int] = js.undefined,\n        Original: js.UndefOr[NonEmptyString] = js.undefined,\n        Product: js.UndefOr[Double] = js.undefined\n    ): Severity = {\n      val __obj = js.Dynamic.literal()\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Normalized.foreach(__v => __obj.updateDynamic(\"Normalized\")(__v.asInstanceOf[js.Any]))\n      Original.foreach(__v => __obj.updateDynamic(\"Original\")(__v.asInstanceOf[js.Any]))\n      Product.foreach(__v => __obj.updateDynamic(\"Product\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Severity]\n    }\n  }\n\n  @js.native\n  sealed trait SeverityLabel extends js.Any\n  object SeverityLabel {\n    val INFORMATIONAL = \"INFORMATIONAL\".asInstanceOf[SeverityLabel]\n    val LOW = \"LOW\".asInstanceOf[SeverityLabel]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[SeverityLabel]\n    val HIGH = \"HIGH\".asInstanceOf[SeverityLabel]\n    val CRITICAL = \"CRITICAL\".asInstanceOf[SeverityLabel]\n\n    @inline def values = js.Array(INFORMATIONAL, LOW, MEDIUM, HIGH, CRITICAL)\n  }\n\n  @js.native\n  sealed trait SeverityRating extends js.Any\n  object SeverityRating {\n    val LOW = \"LOW\".asInstanceOf[SeverityRating]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[SeverityRating]\n    val HIGH = \"HIGH\".asInstanceOf[SeverityRating]\n    val CRITICAL = \"CRITICAL\".asInstanceOf[SeverityRating]\n\n    @inline def values = js.Array(LOW, MEDIUM, HIGH, CRITICAL)\n  }\n\n  \/** Updates to the severity information for a finding.\n    *\/\n  @js.native\n  trait SeverityUpdate extends js.Object {\n    var Label: js.UndefOr[SeverityLabel]\n    var Normalized: js.UndefOr[RatioScale]\n    var Product: js.UndefOr[Double]\n  }\n\n  object SeverityUpdate {\n    @inline\n    def apply(\n        Label: js.UndefOr[SeverityLabel] = js.undefined,\n        Normalized: js.UndefOr[RatioScale] = js.undefined,\n        Product: js.UndefOr[Double] = js.undefined\n    ): SeverityUpdate = {\n      val __obj = js.Dynamic.literal()\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Normalized.foreach(__v => __obj.updateDynamic(\"Normalized\")(__v.asInstanceOf[js.Any]))\n      Product.foreach(__v => __obj.updateDynamic(\"Product\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SeverityUpdate]\n    }\n  }\n\n  \/** Information about a software package.\n    *\/\n  @js.native\n  trait SoftwarePackage extends js.Object {\n    var Architecture: js.UndefOr[NonEmptyString]\n    var Epoch: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n    var Release: js.UndefOr[NonEmptyString]\n    var Version: js.UndefOr[NonEmptyString]\n  }\n\n  object SoftwarePackage {\n    @inline\n    def apply(\n        Architecture: js.UndefOr[NonEmptyString] = js.undefined,\n        Epoch: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        Release: js.UndefOr[NonEmptyString] = js.undefined,\n        Version: js.UndefOr[NonEmptyString] = js.undefined\n    ): SoftwarePackage = {\n      val __obj = js.Dynamic.literal()\n      Architecture.foreach(__v => __obj.updateDynamic(\"Architecture\")(__v.asInstanceOf[js.Any]))\n      Epoch.foreach(__v => __obj.updateDynamic(\"Epoch\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Release.foreach(__v => __obj.updateDynamic(\"Release\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SoftwarePackage]\n    }\n  }\n\n  \/** A collection of finding attributes used to sort findings.\n    *\/\n  @js.native\n  trait SortCriterion extends js.Object {\n    var Field: js.UndefOr[NonEmptyString]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object SortCriterion {\n    @inline\n    def apply(\n        Field: js.UndefOr[NonEmptyString] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): SortCriterion = {\n      val __obj = js.Dynamic.literal()\n      Field.foreach(__v => __obj.updateDynamic(\"Field\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SortCriterion]\n    }\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val asc = \"asc\".asInstanceOf[SortOrder]\n    val desc = \"desc\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(asc, desc)\n  }\n\n  \/** Provides information about a specific standard.\n    *\/\n  @js.native\n  trait Standard extends js.Object {\n    var Description: js.UndefOr[NonEmptyString]\n    var EnabledByDefault: js.UndefOr[Boolean]\n    var Name: js.UndefOr[NonEmptyString]\n    var StandardsArn: js.UndefOr[NonEmptyString]\n  }\n\n  object Standard {\n    @inline\n    def apply(\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        EnabledByDefault: js.UndefOr[Boolean] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        StandardsArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): Standard = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EnabledByDefault.foreach(__v => __obj.updateDynamic(\"EnabledByDefault\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      StandardsArn.foreach(__v => __obj.updateDynamic(\"StandardsArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Standard]\n    }\n  }\n\n  \/** Details for an individual security standard control.\n    *\/\n  @js.native\n  trait StandardsControl extends js.Object {\n    var ControlId: js.UndefOr[NonEmptyString]\n    var ControlStatus: js.UndefOr[ControlStatus]\n    var ControlStatusUpdatedAt: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[NonEmptyString]\n    var DisabledReason: js.UndefOr[NonEmptyString]\n    var RelatedRequirements: js.UndefOr[RelatedRequirementsList]\n    var RemediationUrl: js.UndefOr[NonEmptyString]\n    var SeverityRating: js.UndefOr[SeverityRating]\n    var StandardsControlArn: js.UndefOr[NonEmptyString]\n    var Title: js.UndefOr[NonEmptyString]\n  }\n\n  object StandardsControl {\n    @inline\n    def apply(\n        ControlId: js.UndefOr[NonEmptyString] = js.undefined,\n        ControlStatus: js.UndefOr[ControlStatus] = js.undefined,\n        ControlStatusUpdatedAt: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        DisabledReason: js.UndefOr[NonEmptyString] = js.undefined,\n        RelatedRequirements: js.UndefOr[RelatedRequirementsList] = js.undefined,\n        RemediationUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        SeverityRating: js.UndefOr[SeverityRating] = js.undefined,\n        StandardsControlArn: js.UndefOr[NonEmptyString] = js.undefined,\n        Title: js.UndefOr[NonEmptyString] = js.undefined\n    ): StandardsControl = {\n      val __obj = js.Dynamic.literal()\n      ControlId.foreach(__v => __obj.updateDynamic(\"ControlId\")(__v.asInstanceOf[js.Any]))\n      ControlStatus.foreach(__v => __obj.updateDynamic(\"ControlStatus\")(__v.asInstanceOf[js.Any]))\n      ControlStatusUpdatedAt.foreach(__v => __obj.updateDynamic(\"ControlStatusUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisabledReason.foreach(__v => __obj.updateDynamic(\"DisabledReason\")(__v.asInstanceOf[js.Any]))\n      RelatedRequirements.foreach(__v => __obj.updateDynamic(\"RelatedRequirements\")(__v.asInstanceOf[js.Any]))\n      RemediationUrl.foreach(__v => __obj.updateDynamic(\"RemediationUrl\")(__v.asInstanceOf[js.Any]))\n      SeverityRating.foreach(__v => __obj.updateDynamic(\"SeverityRating\")(__v.asInstanceOf[js.Any]))\n      StandardsControlArn.foreach(__v => __obj.updateDynamic(\"StandardsControlArn\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StandardsControl]\n    }\n  }\n\n  @js.native\n  sealed trait StandardsStatus extends js.Any\n  object StandardsStatus {\n    val PENDING = \"PENDING\".asInstanceOf[StandardsStatus]\n    val READY = \"READY\".asInstanceOf[StandardsStatus]\n    val FAILED = \"FAILED\".asInstanceOf[StandardsStatus]\n    val DELETING = \"DELETING\".asInstanceOf[StandardsStatus]\n    val INCOMPLETE = \"INCOMPLETE\".asInstanceOf[StandardsStatus]\n\n    @inline def values = js.Array(PENDING, READY, FAILED, DELETING, INCOMPLETE)\n  }\n\n  \/** A resource that represents your subscription to a supported standard.\n    *\/\n  @js.native\n  trait StandardsSubscription extends js.Object {\n    var StandardsArn: NonEmptyString\n    var StandardsInput: StandardsInputParameterMap\n    var StandardsStatus: StandardsStatus\n    var StandardsSubscriptionArn: NonEmptyString\n  }\n\n  object StandardsSubscription {\n    @inline\n    def apply(\n        StandardsArn: NonEmptyString,\n        StandardsInput: StandardsInputParameterMap,\n        StandardsStatus: StandardsStatus,\n        StandardsSubscriptionArn: NonEmptyString\n    ): StandardsSubscription = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsArn\" -> StandardsArn.asInstanceOf[js.Any],\n        \"StandardsInput\" -> StandardsInput.asInstanceOf[js.Any],\n        \"StandardsStatus\" -> StandardsStatus.asInstanceOf[js.Any],\n        \"StandardsSubscriptionArn\" -> StandardsSubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StandardsSubscription]\n    }\n  }\n\n  \/** The standard that you want to enable.\n    *\/\n  @js.native\n  trait StandardsSubscriptionRequest extends js.Object {\n    var StandardsArn: NonEmptyString\n    var StandardsInput: js.UndefOr[StandardsInputParameterMap]\n  }\n\n  object StandardsSubscriptionRequest {\n    @inline\n    def apply(\n        StandardsArn: NonEmptyString,\n        StandardsInput: js.UndefOr[StandardsInputParameterMap] = js.undefined\n    ): StandardsSubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsArn\" -> StandardsArn.asInstanceOf[js.Any]\n      )\n\n      StandardsInput.foreach(__v => __obj.updateDynamic(\"StandardsInput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StandardsSubscriptionRequest]\n    }\n  }\n\n  \/** Provides additional context for the value of <code>Compliance.Status<\/code>.\n    *\/\n  @js.native\n  trait StatusReason extends js.Object {\n    var ReasonCode: NonEmptyString\n    var Description: js.UndefOr[NonEmptyString]\n  }\n\n  object StatusReason {\n    @inline\n    def apply(\n        ReasonCode: NonEmptyString,\n        Description: js.UndefOr[NonEmptyString] = js.undefined\n    ): StatusReason = {\n      val __obj = js.Dynamic.literal(\n        \"ReasonCode\" -> ReasonCode.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StatusReason]\n    }\n  }\n\n  \/** A string filter for querying findings.\n    *\/\n  @js.native\n  trait StringFilter extends js.Object {\n    var Comparison: js.UndefOr[StringFilterComparison]\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object StringFilter {\n    @inline\n    def apply(\n        Comparison: js.UndefOr[StringFilterComparison] = js.undefined,\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): StringFilter = {\n      val __obj = js.Dynamic.literal()\n      Comparison.foreach(__v => __obj.updateDynamic(\"Comparison\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StringFilter]\n    }\n  }\n\n  @js.native\n  sealed trait StringFilterComparison extends js.Any\n  object StringFilterComparison {\n    val EQUALS = \"EQUALS\".asInstanceOf[StringFilterComparison]\n    val PREFIX = \"PREFIX\".asInstanceOf[StringFilterComparison]\n    val NOT_EQUALS = \"NOT_EQUALS\".asInstanceOf[StringFilterComparison]\n    val PREFIX_NOT_EQUALS = \"PREFIX_NOT_EQUALS\".asInstanceOf[StringFilterComparison]\n\n    @inline def values = js.Array(EQUALS, PREFIX, NOT_EQUALS, PREFIX_NOT_EQUALS)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Details about the threat intelligence related to a finding.\n    *\/\n  @js.native\n  trait ThreatIntelIndicator extends js.Object {\n    var Category: js.UndefOr[ThreatIntelIndicatorCategory]\n    var LastObservedAt: js.UndefOr[NonEmptyString]\n    var Source: js.UndefOr[NonEmptyString]\n    var SourceUrl: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[ThreatIntelIndicatorType]\n    var Value: js.UndefOr[NonEmptyString]\n  }\n\n  object ThreatIntelIndicator {\n    @inline\n    def apply(\n        Category: js.UndefOr[ThreatIntelIndicatorCategory] = js.undefined,\n        LastObservedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        Source: js.UndefOr[NonEmptyString] = js.undefined,\n        SourceUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[ThreatIntelIndicatorType] = js.undefined,\n        Value: js.UndefOr[NonEmptyString] = js.undefined\n    ): ThreatIntelIndicator = {\n      val __obj = js.Dynamic.literal()\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      LastObservedAt.foreach(__v => __obj.updateDynamic(\"LastObservedAt\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      SourceUrl.foreach(__v => __obj.updateDynamic(\"SourceUrl\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThreatIntelIndicator]\n    }\n  }\n\n  @js.native\n  sealed trait ThreatIntelIndicatorCategory extends js.Any\n  object ThreatIntelIndicatorCategory {\n    val BACKDOOR = \"BACKDOOR\".asInstanceOf[ThreatIntelIndicatorCategory]\n    val CARD_STEALER = \"CARD_STEALER\".asInstanceOf[ThreatIntelIndicatorCategory]\n    val COMMAND_AND_CONTROL = \"COMMAND_AND_CONTROL\".asInstanceOf[ThreatIntelIndicatorCategory]\n    val DROP_SITE = \"DROP_SITE\".asInstanceOf[ThreatIntelIndicatorCategory]\n    val EXPLOIT_SITE = \"EXPLOIT_SITE\".asInstanceOf[ThreatIntelIndicatorCategory]\n    val KEYLOGGER = \"KEYLOGGER\".asInstanceOf[ThreatIntelIndicatorCategory]\n\n    @inline def values = js.Array(BACKDOOR, CARD_STEALER, COMMAND_AND_CONTROL, DROP_SITE, EXPLOIT_SITE, KEYLOGGER)\n  }\n\n  @js.native\n  sealed trait ThreatIntelIndicatorType extends js.Any\n  object ThreatIntelIndicatorType {\n    val DOMAIN = \"DOMAIN\".asInstanceOf[ThreatIntelIndicatorType]\n    val EMAIL_ADDRESS = \"EMAIL_ADDRESS\".asInstanceOf[ThreatIntelIndicatorType]\n    val HASH_MD5 = \"HASH_MD5\".asInstanceOf[ThreatIntelIndicatorType]\n    val HASH_SHA1 = \"HASH_SHA1\".asInstanceOf[ThreatIntelIndicatorType]\n    val HASH_SHA256 = \"HASH_SHA256\".asInstanceOf[ThreatIntelIndicatorType]\n    val HASH_SHA512 = \"HASH_SHA512\".asInstanceOf[ThreatIntelIndicatorType]\n    val IPV4_ADDRESS = \"IPV4_ADDRESS\".asInstanceOf[ThreatIntelIndicatorType]\n    val IPV6_ADDRESS = \"IPV6_ADDRESS\".asInstanceOf[ThreatIntelIndicatorType]\n    val MUTEX = \"MUTEX\".asInstanceOf[ThreatIntelIndicatorType]\n    val PROCESS = \"PROCESS\".asInstanceOf[ThreatIntelIndicatorType]\n    val URL = \"URL\".asInstanceOf[ThreatIntelIndicatorType]\n\n    @inline def values = js.Array(DOMAIN, EMAIL_ADDRESS, HASH_MD5, HASH_SHA1, HASH_SHA256, HASH_SHA512, IPV4_ADDRESS, IPV6_ADDRESS, MUTEX, PROCESS, URL)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateActionTargetRequest extends js.Object {\n    var ActionTargetArn: NonEmptyString\n    var Description: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n  }\n\n  object UpdateActionTargetRequest {\n    @inline\n    def apply(\n        ActionTargetArn: NonEmptyString,\n        Description: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined\n    ): UpdateActionTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionTargetArn\" -> ActionTargetArn.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateActionTargetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateActionTargetResponse extends js.Object\n\n  object UpdateActionTargetResponse {\n    @inline\n    def apply(): UpdateActionTargetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateActionTargetResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateFindingsRequest extends js.Object {\n    var Filters: AwsSecurityFindingFilters\n    var Note: js.UndefOr[NoteUpdate]\n    var RecordState: js.UndefOr[RecordState]\n  }\n\n  object UpdateFindingsRequest {\n    @inline\n    def apply(\n        Filters: AwsSecurityFindingFilters,\n        Note: js.UndefOr[NoteUpdate] = js.undefined,\n        RecordState: js.UndefOr[RecordState] = js.undefined\n    ): UpdateFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any]\n      )\n\n      Note.foreach(__v => __obj.updateDynamic(\"Note\")(__v.asInstanceOf[js.Any]))\n      RecordState.foreach(__v => __obj.updateDynamic(\"RecordState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFindingsResponse extends js.Object\n\n  object UpdateFindingsResponse {\n    @inline\n    def apply(): UpdateFindingsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateFindingsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateInsightRequest extends js.Object {\n    var InsightArn: NonEmptyString\n    var Filters: js.UndefOr[AwsSecurityFindingFilters]\n    var GroupByAttribute: js.UndefOr[NonEmptyString]\n    var Name: js.UndefOr[NonEmptyString]\n  }\n\n  object UpdateInsightRequest {\n    @inline\n    def apply(\n        InsightArn: NonEmptyString,\n        Filters: js.UndefOr[AwsSecurityFindingFilters] = js.undefined,\n        GroupByAttribute: js.UndefOr[NonEmptyString] = js.undefined,\n        Name: js.UndefOr[NonEmptyString] = js.undefined\n    ): UpdateInsightRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InsightArn\" -> InsightArn.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      GroupByAttribute.foreach(__v => __obj.updateDynamic(\"GroupByAttribute\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInsightRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateInsightResponse extends js.Object\n\n  object UpdateInsightResponse {\n    @inline\n    def apply(): UpdateInsightResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateInsightResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateOrganizationConfigurationRequest extends js.Object {\n    var AutoEnable: Boolean\n  }\n\n  object UpdateOrganizationConfigurationRequest {\n    @inline\n    def apply(\n        AutoEnable: Boolean\n    ): UpdateOrganizationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutoEnable\" -> AutoEnable.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateOrganizationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOrganizationConfigurationResponse extends js.Object\n\n  object UpdateOrganizationConfigurationResponse {\n    @inline\n    def apply(): UpdateOrganizationConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateOrganizationConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSecurityHubConfigurationRequest extends js.Object {\n    var AutoEnableControls: js.UndefOr[Boolean]\n  }\n\n  object UpdateSecurityHubConfigurationRequest {\n    @inline\n    def apply(\n        AutoEnableControls: js.UndefOr[Boolean] = js.undefined\n    ): UpdateSecurityHubConfigurationRequest = {\n      val __obj = js.Dynamic.literal()\n      AutoEnableControls.foreach(__v => __obj.updateDynamic(\"AutoEnableControls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSecurityHubConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSecurityHubConfigurationResponse extends js.Object\n\n  object UpdateSecurityHubConfigurationResponse {\n    @inline\n    def apply(): UpdateSecurityHubConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateSecurityHubConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateStandardsControlRequest extends js.Object {\n    var StandardsControlArn: NonEmptyString\n    var ControlStatus: js.UndefOr[ControlStatus]\n    var DisabledReason: js.UndefOr[NonEmptyString]\n  }\n\n  object UpdateStandardsControlRequest {\n    @inline\n    def apply(\n        StandardsControlArn: NonEmptyString,\n        ControlStatus: js.UndefOr[ControlStatus] = js.undefined,\n        DisabledReason: js.UndefOr[NonEmptyString] = js.undefined\n    ): UpdateStandardsControlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StandardsControlArn\" -> StandardsControlArn.asInstanceOf[js.Any]\n      )\n\n      ControlStatus.foreach(__v => __obj.updateDynamic(\"ControlStatus\")(__v.asInstanceOf[js.Any]))\n      DisabledReason.foreach(__v => __obj.updateDynamic(\"DisabledReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateStandardsControlRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateStandardsControlResponse extends js.Object\n\n  object UpdateStandardsControlResponse {\n    @inline\n    def apply(): UpdateStandardsControlResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateStandardsControlResponse]\n    }\n  }\n\n  @js.native\n  sealed trait VerificationState extends js.Any\n  object VerificationState {\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[VerificationState]\n    val TRUE_POSITIVE = \"TRUE_POSITIVE\".asInstanceOf[VerificationState]\n    val FALSE_POSITIVE = \"FALSE_POSITIVE\".asInstanceOf[VerificationState]\n    val BENIGN_POSITIVE = \"BENIGN_POSITIVE\".asInstanceOf[VerificationState]\n\n    @inline def values = js.Array(UNKNOWN, TRUE_POSITIVE, FALSE_POSITIVE, BENIGN_POSITIVE)\n  }\n\n  \/** A vulnerability associated with a finding.\n    *\/\n  @js.native\n  trait Vulnerability extends js.Object {\n    var Id: NonEmptyString\n    var Cvss: js.UndefOr[CvssList]\n    var ReferenceUrls: js.UndefOr[StringList]\n    var RelatedVulnerabilities: js.UndefOr[StringList]\n    var Vendor: js.UndefOr[VulnerabilityVendor]\n    var VulnerablePackages: js.UndefOr[SoftwarePackageList]\n  }\n\n  object Vulnerability {\n    @inline\n    def apply(\n        Id: NonEmptyString,\n        Cvss: js.UndefOr[CvssList] = js.undefined,\n        ReferenceUrls: js.UndefOr[StringList] = js.undefined,\n        RelatedVulnerabilities: js.UndefOr[StringList] = js.undefined,\n        Vendor: js.UndefOr[VulnerabilityVendor] = js.undefined,\n        VulnerablePackages: js.UndefOr[SoftwarePackageList] = js.undefined\n    ): Vulnerability = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      Cvss.foreach(__v => __obj.updateDynamic(\"Cvss\")(__v.asInstanceOf[js.Any]))\n      ReferenceUrls.foreach(__v => __obj.updateDynamic(\"ReferenceUrls\")(__v.asInstanceOf[js.Any]))\n      RelatedVulnerabilities.foreach(__v => __obj.updateDynamic(\"RelatedVulnerabilities\")(__v.asInstanceOf[js.Any]))\n      Vendor.foreach(__v => __obj.updateDynamic(\"Vendor\")(__v.asInstanceOf[js.Any]))\n      VulnerablePackages.foreach(__v => __obj.updateDynamic(\"VulnerablePackages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Vulnerability]\n    }\n  }\n\n  \/** A vendor that generates a vulnerability report.\n    *\/\n  @js.native\n  trait VulnerabilityVendor extends js.Object {\n    var Name: NonEmptyString\n    var Url: js.UndefOr[NonEmptyString]\n    var VendorCreatedAt: js.UndefOr[NonEmptyString]\n    var VendorSeverity: js.UndefOr[NonEmptyString]\n    var VendorUpdatedAt: js.UndefOr[NonEmptyString]\n  }\n\n  object VulnerabilityVendor {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Url: js.UndefOr[NonEmptyString] = js.undefined,\n        VendorCreatedAt: js.UndefOr[NonEmptyString] = js.undefined,\n        VendorSeverity: js.UndefOr[NonEmptyString] = js.undefined,\n        VendorUpdatedAt: js.UndefOr[NonEmptyString] = js.undefined\n    ): VulnerabilityVendor = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      VendorCreatedAt.foreach(__v => __obj.updateDynamic(\"VendorCreatedAt\")(__v.asInstanceOf[js.Any]))\n      VendorSeverity.foreach(__v => __obj.updateDynamic(\"VendorSeverity\")(__v.asInstanceOf[js.Any]))\n      VendorUpdatedAt.foreach(__v => __obj.updateDynamic(\"VendorUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VulnerabilityVendor]\n    }\n  }\n\n  \/** Details about the action that CloudFront or AWS WAF takes when a web request matches the conditions in the rule.\n    *\/\n  @js.native\n  trait WafAction extends js.Object {\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object WafAction {\n    @inline\n    def apply(\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): WafAction = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WafAction]\n    }\n  }\n\n  \/** Details about a rule to exclude from a rule group.\n    *\/\n  @js.native\n  trait WafExcludedRule extends js.Object {\n    var RuleId: js.UndefOr[NonEmptyString]\n  }\n\n  object WafExcludedRule {\n    @inline\n    def apply(\n        RuleId: js.UndefOr[NonEmptyString] = js.undefined\n    ): WafExcludedRule = {\n      val __obj = js.Dynamic.literal()\n      RuleId.foreach(__v => __obj.updateDynamic(\"RuleId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WafExcludedRule]\n    }\n  }\n\n  \/** Details about an override action for a rule.\n    *\/\n  @js.native\n  trait WafOverrideAction extends js.Object {\n    var Type: js.UndefOr[NonEmptyString]\n  }\n\n  object WafOverrideAction {\n    @inline\n    def apply(\n        Type: js.UndefOr[NonEmptyString] = js.undefined\n    ): WafOverrideAction = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WafOverrideAction]\n    }\n  }\n\n  \/** Provides information about the status of the investigation into a finding.\n    *\/\n  @js.native\n  trait Workflow extends js.Object {\n    var Status: js.UndefOr[WorkflowStatus]\n  }\n\n  object Workflow {\n    @inline\n    def apply(\n        Status: js.UndefOr[WorkflowStatus] = js.undefined\n    ): Workflow = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Workflow]\n    }\n  }\n\n  @deprecated(\"This field is deprecated, use Workflow.Status instead.\", \"forever\")\n  @js.native\n  sealed trait WorkflowState extends js.Any\n  object WorkflowState {\n    val NEW = \"NEW\".asInstanceOf[WorkflowState]\n    val ASSIGNED = \"ASSIGNED\".asInstanceOf[WorkflowState]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[WorkflowState]\n    val DEFERRED = \"DEFERRED\".asInstanceOf[WorkflowState]\n    val RESOLVED = \"RESOLVED\".asInstanceOf[WorkflowState]\n\n    @inline def values = js.Array(NEW, ASSIGNED, IN_PROGRESS, DEFERRED, RESOLVED)\n  }\n\n  @js.native\n  sealed trait WorkflowStatus extends js.Any\n  object WorkflowStatus {\n    val NEW = \"NEW\".asInstanceOf[WorkflowStatus]\n    val NOTIFIED = \"NOTIFIED\".asInstanceOf[WorkflowStatus]\n    val RESOLVED = \"RESOLVED\".asInstanceOf[WorkflowStatus]\n    val SUPPRESSED = \"SUPPRESSED\".asInstanceOf[WorkflowStatus]\n\n    @inline def values = js.Array(NEW, NOTIFIED, RESOLVED, SUPPRESSED)\n  }\n\n  \/** Used to update information about the investigation into the finding.\n    *\/\n  @js.native\n  trait WorkflowUpdate extends js.Object {\n    var Status: js.UndefOr[WorkflowStatus]\n  }\n\n  object WorkflowUpdate {\n    @inline\n    def apply(\n        Status: js.UndefOr[WorkflowStatus] = js.undefined\n    ): WorkflowUpdate = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkflowUpdate]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ecr\/src\/main\/scala\/facade\/amazonaws\/services\/ECR.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ecr {\n  type Arn = String\n  type AttributeKey = String\n  type AttributeList = js.Array[Attribute]\n  type AttributeValue = String\n  type AuthorizationDataList = js.Array[AuthorizationData]\n  type Base64 = String\n  type BatchedOperationLayerDigest = String\n  type BatchedOperationLayerDigestList = js.Array[BatchedOperationLayerDigest]\n  type CreationTimestamp = js.Date\n  type EvaluationTimestamp = js.Date\n  type ExpirationTimestamp = js.Date\n  type FindingDescription = String\n  type FindingName = String\n  type FindingSeverityCounts = js.Dictionary[SeverityCount]\n  type ForceFlag = Boolean\n  type GetAuthorizationTokenRegistryIdList = js.Array[RegistryId]\n  type ImageCount = Int\n  type ImageDetailList = js.Array[ImageDetail]\n  type ImageDigest = String\n  type ImageFailureList = js.Array[ImageFailure]\n  type ImageFailureReason = String\n  type ImageIdentifierList = js.Array[ImageIdentifier]\n  type ImageList = js.Array[Image]\n  type ImageManifest = String\n  type ImageScanFindingList = js.Array[ImageScanFinding]\n  type ImageSizeInBytes = Double\n  type ImageTag = String\n  type ImageTagList = js.Array[ImageTag]\n  type KmsKey = String\n  type LayerDigest = String\n  type LayerDigestList = js.Array[LayerDigest]\n  type LayerFailureList = js.Array[LayerFailure]\n  type LayerFailureReason = String\n  type LayerList = js.Array[Layer]\n  type LayerPartBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type LayerSizeInBytes = Double\n  type LifecyclePolicyPreviewResultList = js.Array[LifecyclePolicyPreviewResult]\n  type LifecyclePolicyRulePriority = Int\n  type LifecyclePolicyText = String\n  type LifecyclePreviewMaxResults = Int\n  type MaxResults = Int\n  type MediaType = String\n  type MediaTypeList = js.Array[MediaType]\n  type NextToken = String\n  type PartSize = Double\n  type ProxyEndpoint = String\n  type PushTimestamp = js.Date\n  type Region = String\n  type RegistryId = String\n  type RegistryPolicyText = String\n  type ReplicationDestinationList = js.Array[ReplicationDestination]\n  type ReplicationRuleList = js.Array[ReplicationRule]\n  type RepositoryList = js.Array[Repository]\n  type RepositoryName = String\n  type RepositoryNameList = js.Array[RepositoryName]\n  type RepositoryPolicyText = String\n  type ScanOnPushFlag = Boolean\n  type ScanStatusDescription = String\n  type ScanTimestamp = js.Date\n  type SeverityCount = Int\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type UploadId = String\n  type Url = String\n  type VulnerabilitySourceUpdateTimestamp = js.Date\n\n  implicit final class ECROps(private val service: ECR) extends AnyVal {\n\n    @inline def batchCheckLayerAvailabilityFuture(params: BatchCheckLayerAvailabilityRequest): Future[BatchCheckLayerAvailabilityResponse] = service.batchCheckLayerAvailability(params).promise().toFuture\n    @inline def batchDeleteImageFuture(params: BatchDeleteImageRequest): Future[BatchDeleteImageResponse] = service.batchDeleteImage(params).promise().toFuture\n    @inline def batchGetImageFuture(params: BatchGetImageRequest): Future[BatchGetImageResponse] = service.batchGetImage(params).promise().toFuture\n    @inline def completeLayerUploadFuture(params: CompleteLayerUploadRequest): Future[CompleteLayerUploadResponse] = service.completeLayerUpload(params).promise().toFuture\n    @inline def createRepositoryFuture(params: CreateRepositoryRequest): Future[CreateRepositoryResponse] = service.createRepository(params).promise().toFuture\n    @inline def deleteLifecyclePolicyFuture(params: DeleteLifecyclePolicyRequest): Future[DeleteLifecyclePolicyResponse] = service.deleteLifecyclePolicy(params).promise().toFuture\n    @inline def deleteRegistryPolicyFuture(params: DeleteRegistryPolicyRequest): Future[DeleteRegistryPolicyResponse] = service.deleteRegistryPolicy(params).promise().toFuture\n    @inline def deleteRepositoryFuture(params: DeleteRepositoryRequest): Future[DeleteRepositoryResponse] = service.deleteRepository(params).promise().toFuture\n    @inline def deleteRepositoryPolicyFuture(params: DeleteRepositoryPolicyRequest): Future[DeleteRepositoryPolicyResponse] = service.deleteRepositoryPolicy(params).promise().toFuture\n    @inline def describeImageScanFindingsFuture(params: DescribeImageScanFindingsRequest): Future[DescribeImageScanFindingsResponse] = service.describeImageScanFindings(params).promise().toFuture\n    @inline def describeImagesFuture(params: DescribeImagesRequest): Future[DescribeImagesResponse] = service.describeImages(params).promise().toFuture\n    @inline def describeRegistryFuture(params: DescribeRegistryRequest): Future[DescribeRegistryResponse] = service.describeRegistry(params).promise().toFuture\n    @inline def describeRepositoriesFuture(params: DescribeRepositoriesRequest): Future[DescribeRepositoriesResponse] = service.describeRepositories(params).promise().toFuture\n    @inline def getAuthorizationTokenFuture(params: GetAuthorizationTokenRequest): Future[GetAuthorizationTokenResponse] = service.getAuthorizationToken(params).promise().toFuture\n    @inline def getDownloadUrlForLayerFuture(params: GetDownloadUrlForLayerRequest): Future[GetDownloadUrlForLayerResponse] = service.getDownloadUrlForLayer(params).promise().toFuture\n    @inline def getLifecyclePolicyFuture(params: GetLifecyclePolicyRequest): Future[GetLifecyclePolicyResponse] = service.getLifecyclePolicy(params).promise().toFuture\n    @inline def getLifecyclePolicyPreviewFuture(params: GetLifecyclePolicyPreviewRequest): Future[GetLifecyclePolicyPreviewResponse] = service.getLifecyclePolicyPreview(params).promise().toFuture\n    @inline def getRegistryPolicyFuture(params: GetRegistryPolicyRequest): Future[GetRegistryPolicyResponse] = service.getRegistryPolicy(params).promise().toFuture\n    @inline def getRepositoryPolicyFuture(params: GetRepositoryPolicyRequest): Future[GetRepositoryPolicyResponse] = service.getRepositoryPolicy(params).promise().toFuture\n    @inline def initiateLayerUploadFuture(params: InitiateLayerUploadRequest): Future[InitiateLayerUploadResponse] = service.initiateLayerUpload(params).promise().toFuture\n    @inline def listImagesFuture(params: ListImagesRequest): Future[ListImagesResponse] = service.listImages(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putImageFuture(params: PutImageRequest): Future[PutImageResponse] = service.putImage(params).promise().toFuture\n    @inline def putImageScanningConfigurationFuture(params: PutImageScanningConfigurationRequest): Future[PutImageScanningConfigurationResponse] = service.putImageScanningConfiguration(params).promise().toFuture\n    @inline def putImageTagMutabilityFuture(params: PutImageTagMutabilityRequest): Future[PutImageTagMutabilityResponse] = service.putImageTagMutability(params).promise().toFuture\n    @inline def putLifecyclePolicyFuture(params: PutLifecyclePolicyRequest): Future[PutLifecyclePolicyResponse] = service.putLifecyclePolicy(params).promise().toFuture\n    @inline def putRegistryPolicyFuture(params: PutRegistryPolicyRequest): Future[PutRegistryPolicyResponse] = service.putRegistryPolicy(params).promise().toFuture\n    @inline def putReplicationConfigurationFuture(params: PutReplicationConfigurationRequest): Future[PutReplicationConfigurationResponse] = service.putReplicationConfiguration(params).promise().toFuture\n    @inline def setRepositoryPolicyFuture(params: SetRepositoryPolicyRequest): Future[SetRepositoryPolicyResponse] = service.setRepositoryPolicy(params).promise().toFuture\n    @inline def startImageScanFuture(params: StartImageScanRequest): Future[StartImageScanResponse] = service.startImageScan(params).promise().toFuture\n    @inline def startLifecyclePolicyPreviewFuture(params: StartLifecyclePolicyPreviewRequest): Future[StartLifecyclePolicyPreviewResponse] = service.startLifecyclePolicyPreview(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def uploadLayerPartFuture(params: UploadLayerPartRequest): Future[UploadLayerPartResponse] = service.uploadLayerPart(params).promise().toFuture\n\n  }\n}\n\npackage ecr {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ecr\", JSImport.Namespace, \"AWS.ECR\")\n  class ECR() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchCheckLayerAvailability(params: BatchCheckLayerAvailabilityRequest): Request[BatchCheckLayerAvailabilityResponse] = js.native\n    def batchDeleteImage(params: BatchDeleteImageRequest): Request[BatchDeleteImageResponse] = js.native\n    def batchGetImage(params: BatchGetImageRequest): Request[BatchGetImageResponse] = js.native\n    def completeLayerUpload(params: CompleteLayerUploadRequest): Request[CompleteLayerUploadResponse] = js.native\n    def createRepository(params: CreateRepositoryRequest): Request[CreateRepositoryResponse] = js.native\n    def deleteLifecyclePolicy(params: DeleteLifecyclePolicyRequest): Request[DeleteLifecyclePolicyResponse] = js.native\n    def deleteRegistryPolicy(params: DeleteRegistryPolicyRequest): Request[DeleteRegistryPolicyResponse] = js.native\n    def deleteRepository(params: DeleteRepositoryRequest): Request[DeleteRepositoryResponse] = js.native\n    def deleteRepositoryPolicy(params: DeleteRepositoryPolicyRequest): Request[DeleteRepositoryPolicyResponse] = js.native\n    def describeImageScanFindings(params: DescribeImageScanFindingsRequest): Request[DescribeImageScanFindingsResponse] = js.native\n    def describeImages(params: DescribeImagesRequest): Request[DescribeImagesResponse] = js.native\n    def describeRegistry(params: DescribeRegistryRequest): Request[DescribeRegistryResponse] = js.native\n    def describeRepositories(params: DescribeRepositoriesRequest): Request[DescribeRepositoriesResponse] = js.native\n    def getAuthorizationToken(params: GetAuthorizationTokenRequest): Request[GetAuthorizationTokenResponse] = js.native\n    def getDownloadUrlForLayer(params: GetDownloadUrlForLayerRequest): Request[GetDownloadUrlForLayerResponse] = js.native\n    def getLifecyclePolicy(params: GetLifecyclePolicyRequest): Request[GetLifecyclePolicyResponse] = js.native\n    def getLifecyclePolicyPreview(params: GetLifecyclePolicyPreviewRequest): Request[GetLifecyclePolicyPreviewResponse] = js.native\n    def getRegistryPolicy(params: GetRegistryPolicyRequest): Request[GetRegistryPolicyResponse] = js.native\n    def getRepositoryPolicy(params: GetRepositoryPolicyRequest): Request[GetRepositoryPolicyResponse] = js.native\n    def initiateLayerUpload(params: InitiateLayerUploadRequest): Request[InitiateLayerUploadResponse] = js.native\n    def listImages(params: ListImagesRequest): Request[ListImagesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putImage(params: PutImageRequest): Request[PutImageResponse] = js.native\n    def putImageScanningConfiguration(params: PutImageScanningConfigurationRequest): Request[PutImageScanningConfigurationResponse] = js.native\n    def putImageTagMutability(params: PutImageTagMutabilityRequest): Request[PutImageTagMutabilityResponse] = js.native\n    def putLifecyclePolicy(params: PutLifecyclePolicyRequest): Request[PutLifecyclePolicyResponse] = js.native\n    def putRegistryPolicy(params: PutRegistryPolicyRequest): Request[PutRegistryPolicyResponse] = js.native\n    def putReplicationConfiguration(params: PutReplicationConfigurationRequest): Request[PutReplicationConfigurationResponse] = js.native\n    def setRepositoryPolicy(params: SetRepositoryPolicyRequest): Request[SetRepositoryPolicyResponse] = js.native\n    def startImageScan(params: StartImageScanRequest): Request[StartImageScanResponse] = js.native\n    def startLifecyclePolicyPreview(params: StartLifecyclePolicyPreviewRequest): Request[StartLifecyclePolicyPreviewResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def uploadLayerPart(params: UploadLayerPartRequest): Request[UploadLayerPartResponse] = js.native\n  }\n\n  \/** This data type is used in the <a>ImageScanFinding<\/a> data type.\n    *\/\n  @js.native\n  trait Attribute extends js.Object {\n    var key: AttributeKey\n    var value: js.UndefOr[AttributeValue]\n  }\n\n  object Attribute {\n    @inline\n    def apply(\n        key: AttributeKey,\n        value: js.UndefOr[AttributeValue] = js.undefined\n    ): Attribute = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any]\n      )\n\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Attribute]\n    }\n  }\n\n  \/** An object representing authorization data for an Amazon ECR registry.\n    *\/\n  @js.native\n  trait AuthorizationData extends js.Object {\n    var authorizationToken: js.UndefOr[Base64]\n    var expiresAt: js.UndefOr[ExpirationTimestamp]\n    var proxyEndpoint: js.UndefOr[ProxyEndpoint]\n  }\n\n  object AuthorizationData {\n    @inline\n    def apply(\n        authorizationToken: js.UndefOr[Base64] = js.undefined,\n        expiresAt: js.UndefOr[ExpirationTimestamp] = js.undefined,\n        proxyEndpoint: js.UndefOr[ProxyEndpoint] = js.undefined\n    ): AuthorizationData = {\n      val __obj = js.Dynamic.literal()\n      authorizationToken.foreach(__v => __obj.updateDynamic(\"authorizationToken\")(__v.asInstanceOf[js.Any]))\n      expiresAt.foreach(__v => __obj.updateDynamic(\"expiresAt\")(__v.asInstanceOf[js.Any]))\n      proxyEndpoint.foreach(__v => __obj.updateDynamic(\"proxyEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AuthorizationData]\n    }\n  }\n\n  @js.native\n  trait BatchCheckLayerAvailabilityRequest extends js.Object {\n    var layerDigests: BatchedOperationLayerDigestList\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object BatchCheckLayerAvailabilityRequest {\n    @inline\n    def apply(\n        layerDigests: BatchedOperationLayerDigestList,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): BatchCheckLayerAvailabilityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"layerDigests\" -> layerDigests.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCheckLayerAvailabilityRequest]\n    }\n  }\n\n  @js.native\n  trait BatchCheckLayerAvailabilityResponse extends js.Object {\n    var failures: js.UndefOr[LayerFailureList]\n    var layers: js.UndefOr[LayerList]\n  }\n\n  object BatchCheckLayerAvailabilityResponse {\n    @inline\n    def apply(\n        failures: js.UndefOr[LayerFailureList] = js.undefined,\n        layers: js.UndefOr[LayerList] = js.undefined\n    ): BatchCheckLayerAvailabilityResponse = {\n      val __obj = js.Dynamic.literal()\n      failures.foreach(__v => __obj.updateDynamic(\"failures\")(__v.asInstanceOf[js.Any]))\n      layers.foreach(__v => __obj.updateDynamic(\"layers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCheckLayerAvailabilityResponse]\n    }\n  }\n\n  \/** Deletes specified images within a specified repository. Images are specified with either the <code>imageTag<\/code> or <code>imageDigest<\/code>.\n    *\/\n  @js.native\n  trait BatchDeleteImageRequest extends js.Object {\n    var imageIds: ImageIdentifierList\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object BatchDeleteImageRequest {\n    @inline\n    def apply(\n        imageIds: ImageIdentifierList,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): BatchDeleteImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageIds\" -> imageIds.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteImageRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDeleteImageResponse extends js.Object {\n    var failures: js.UndefOr[ImageFailureList]\n    var imageIds: js.UndefOr[ImageIdentifierList]\n  }\n\n  object BatchDeleteImageResponse {\n    @inline\n    def apply(\n        failures: js.UndefOr[ImageFailureList] = js.undefined,\n        imageIds: js.UndefOr[ImageIdentifierList] = js.undefined\n    ): BatchDeleteImageResponse = {\n      val __obj = js.Dynamic.literal()\n      failures.foreach(__v => __obj.updateDynamic(\"failures\")(__v.asInstanceOf[js.Any]))\n      imageIds.foreach(__v => __obj.updateDynamic(\"imageIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteImageResponse]\n    }\n  }\n\n  @js.native\n  trait BatchGetImageRequest extends js.Object {\n    var imageIds: ImageIdentifierList\n    var repositoryName: RepositoryName\n    var acceptedMediaTypes: js.UndefOr[MediaTypeList]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object BatchGetImageRequest {\n    @inline\n    def apply(\n        imageIds: ImageIdentifierList,\n        repositoryName: RepositoryName,\n        acceptedMediaTypes: js.UndefOr[MediaTypeList] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): BatchGetImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageIds\" -> imageIds.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      acceptedMediaTypes.foreach(__v => __obj.updateDynamic(\"acceptedMediaTypes\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetImageRequest]\n    }\n  }\n\n  @js.native\n  trait BatchGetImageResponse extends js.Object {\n    var failures: js.UndefOr[ImageFailureList]\n    var images: js.UndefOr[ImageList]\n  }\n\n  object BatchGetImageResponse {\n    @inline\n    def apply(\n        failures: js.UndefOr[ImageFailureList] = js.undefined,\n        images: js.UndefOr[ImageList] = js.undefined\n    ): BatchGetImageResponse = {\n      val __obj = js.Dynamic.literal()\n      failures.foreach(__v => __obj.updateDynamic(\"failures\")(__v.asInstanceOf[js.Any]))\n      images.foreach(__v => __obj.updateDynamic(\"images\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetImageResponse]\n    }\n  }\n\n  @js.native\n  trait CompleteLayerUploadRequest extends js.Object {\n    var layerDigests: LayerDigestList\n    var repositoryName: RepositoryName\n    var uploadId: UploadId\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object CompleteLayerUploadRequest {\n    @inline\n    def apply(\n        layerDigests: LayerDigestList,\n        repositoryName: RepositoryName,\n        uploadId: UploadId,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): CompleteLayerUploadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"layerDigests\" -> layerDigests.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"uploadId\" -> uploadId.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteLayerUploadRequest]\n    }\n  }\n\n  @js.native\n  trait CompleteLayerUploadResponse extends js.Object {\n    var layerDigest: js.UndefOr[LayerDigest]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var uploadId: js.UndefOr[UploadId]\n  }\n\n  object CompleteLayerUploadResponse {\n    @inline\n    def apply(\n        layerDigest: js.UndefOr[LayerDigest] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        uploadId: js.UndefOr[UploadId] = js.undefined\n    ): CompleteLayerUploadResponse = {\n      val __obj = js.Dynamic.literal()\n      layerDigest.foreach(__v => __obj.updateDynamic(\"layerDigest\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      uploadId.foreach(__v => __obj.updateDynamic(\"uploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteLayerUploadResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRepositoryRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var encryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration]\n    var imageTagMutability: js.UndefOr[ImageTagMutability]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateRepositoryRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        encryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration] = js.undefined,\n        imageTagMutability: js.UndefOr[ImageTagMutability] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateRepositoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      encryptionConfiguration.foreach(__v => __obj.updateDynamic(\"encryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      imageScanningConfiguration.foreach(__v => __obj.updateDynamic(\"imageScanningConfiguration\")(__v.asInstanceOf[js.Any]))\n      imageTagMutability.foreach(__v => __obj.updateDynamic(\"imageTagMutability\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRepositoryRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRepositoryResponse extends js.Object {\n    var repository: js.UndefOr[Repository]\n  }\n\n  object CreateRepositoryResponse {\n    @inline\n    def apply(\n        repository: js.UndefOr[Repository] = js.undefined\n    ): CreateRepositoryResponse = {\n      val __obj = js.Dynamic.literal()\n      repository.foreach(__v => __obj.updateDynamic(\"repository\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRepositoryResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DeleteLifecyclePolicyRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DeleteLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyResponse extends js.Object {\n    var lastEvaluatedAt: js.UndefOr[EvaluationTimestamp]\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object DeleteLifecyclePolicyResponse {\n    @inline\n    def apply(\n        lastEvaluatedAt: js.UndefOr[EvaluationTimestamp] = js.undefined,\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): DeleteLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      lastEvaluatedAt.foreach(__v => __obj.updateDynamic(\"lastEvaluatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLifecyclePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteRegistryPolicyRequest extends js.Object\n\n  object DeleteRegistryPolicyRequest {\n    @inline\n    def apply(): DeleteRegistryPolicyRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteRegistryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRegistryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RegistryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DeleteRegistryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RegistryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DeleteRegistryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRegistryPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteRepositoryPolicyRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DeleteRepositoryPolicyRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DeleteRepositoryPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRepositoryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRepositoryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RepositoryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object DeleteRepositoryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RepositoryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): DeleteRepositoryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRepositoryPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteRepositoryRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var force: js.UndefOr[ForceFlag]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DeleteRepositoryRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        force: js.UndefOr[ForceFlag] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DeleteRepositoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      force.foreach(__v => __obj.updateDynamic(\"force\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRepositoryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRepositoryResponse extends js.Object {\n    var repository: js.UndefOr[Repository]\n  }\n\n  object DeleteRepositoryResponse {\n    @inline\n    def apply(\n        repository: js.UndefOr[Repository] = js.undefined\n    ): DeleteRepositoryResponse = {\n      val __obj = js.Dynamic.literal()\n      repository.foreach(__v => __obj.updateDynamic(\"repository\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRepositoryResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeImageScanFindingsRequest extends js.Object {\n    var imageId: ImageIdentifier\n    var repositoryName: RepositoryName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DescribeImageScanFindingsRequest {\n    @inline\n    def apply(\n        imageId: ImageIdentifier,\n        repositoryName: RepositoryName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DescribeImageScanFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageId\" -> imageId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageScanFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImageScanFindingsResponse extends js.Object {\n    var imageId: js.UndefOr[ImageIdentifier]\n    var imageScanFindings: js.UndefOr[ImageScanFindings]\n    var imageScanStatus: js.UndefOr[ImageScanStatus]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object DescribeImageScanFindingsResponse {\n    @inline\n    def apply(\n        imageId: js.UndefOr[ImageIdentifier] = js.undefined,\n        imageScanFindings: js.UndefOr[ImageScanFindings] = js.undefined,\n        imageScanStatus: js.UndefOr[ImageScanStatus] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): DescribeImageScanFindingsResponse = {\n      val __obj = js.Dynamic.literal()\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      imageScanFindings.foreach(__v => __obj.updateDynamic(\"imageScanFindings\")(__v.asInstanceOf[js.Any]))\n      imageScanStatus.foreach(__v => __obj.updateDynamic(\"imageScanStatus\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageScanFindingsResponse]\n    }\n  }\n\n  \/** An object representing a filter on a <a>DescribeImages<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeImagesFilter extends js.Object {\n    var tagStatus: js.UndefOr[TagStatus]\n  }\n\n  object DescribeImagesFilter {\n    @inline\n    def apply(\n        tagStatus: js.UndefOr[TagStatus] = js.undefined\n    ): DescribeImagesFilter = {\n      val __obj = js.Dynamic.literal()\n      tagStatus.foreach(__v => __obj.updateDynamic(\"tagStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagesFilter]\n    }\n  }\n\n  @js.native\n  trait DescribeImagesRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var filter: js.UndefOr[DescribeImagesFilter]\n    var imageIds: js.UndefOr[ImageIdentifierList]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object DescribeImagesRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        filter: js.UndefOr[DescribeImagesFilter] = js.undefined,\n        imageIds: js.UndefOr[ImageIdentifierList] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): DescribeImagesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      imageIds.foreach(__v => __obj.updateDynamic(\"imageIds\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImagesResponse extends js.Object {\n    var imageDetails: js.UndefOr[ImageDetailList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeImagesResponse {\n    @inline\n    def apply(\n        imageDetails: js.UndefOr[ImageDetailList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeImagesResponse = {\n      val __obj = js.Dynamic.literal()\n      imageDetails.foreach(__v => __obj.updateDynamic(\"imageDetails\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRegistryRequest extends js.Object\n\n  object DescribeRegistryRequest {\n    @inline\n    def apply(): DescribeRegistryRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeRegistryRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRegistryResponse extends js.Object {\n    var registryId: js.UndefOr[RegistryId]\n    var replicationConfiguration: js.UndefOr[ReplicationConfiguration]\n  }\n\n  object DescribeRegistryResponse {\n    @inline\n    def apply(\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        replicationConfiguration: js.UndefOr[ReplicationConfiguration] = js.undefined\n    ): DescribeRegistryResponse = {\n      val __obj = js.Dynamic.literal()\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      replicationConfiguration.foreach(__v => __obj.updateDynamic(\"replicationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRegistryResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRepositoriesRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryNames: js.UndefOr[RepositoryNameList]\n  }\n\n  object DescribeRepositoriesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryNames: js.UndefOr[RepositoryNameList] = js.undefined\n    ): DescribeRepositoriesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryNames.foreach(__v => __obj.updateDynamic(\"repositoryNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRepositoriesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRepositoriesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var repositories: js.UndefOr[RepositoryList]\n  }\n\n  object DescribeRepositoriesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        repositories: js.UndefOr[RepositoryList] = js.undefined\n    ): DescribeRepositoriesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      repositories.foreach(__v => __obj.updateDynamic(\"repositories\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRepositoriesResponse]\n    }\n  }\n\n  \/** The encryption configuration for the repository. This determines how the contents of your repository are encrypted at rest. By default, when no encryption configuration is set or the <code>AES256<\/code> encryption type is used, Amazon ECR uses server-side encryption with Amazon S3-managed encryption keys which encrypts your data at rest using an AES-256 encryption algorithm. This does not require any action on your part. For more control over the encryption of the contents of your repository, you can use server-side encryption with customer master keys (CMKs) stored in AWS Key Management Service (AWS KMS) to encrypt your images. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonECR\/latest\/userguide\/encryption-at-rest.html|Amazon ECR encryption at rest]] in the <i>Amazon Elastic Container Registry User Guide<\/i>.\n    *\/\n  @js.native\n  trait EncryptionConfiguration extends js.Object {\n    var encryptionType: EncryptionType\n    var kmsKey: js.UndefOr[KmsKey]\n  }\n\n  object EncryptionConfiguration {\n    @inline\n    def apply(\n        encryptionType: EncryptionType,\n        kmsKey: js.UndefOr[KmsKey] = js.undefined\n    ): EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"encryptionType\" -> encryptionType.asInstanceOf[js.Any]\n      )\n\n      kmsKey.foreach(__v => __obj.updateDynamic(\"kmsKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionType extends js.Any\n  object EncryptionType {\n    val AES256 = \"AES256\".asInstanceOf[EncryptionType]\n    val KMS = \"KMS\".asInstanceOf[EncryptionType]\n\n    @inline def values = js.Array(AES256, KMS)\n  }\n\n  @js.native\n  sealed trait FindingSeverity extends js.Any\n  object FindingSeverity {\n    val INFORMATIONAL = \"INFORMATIONAL\".asInstanceOf[FindingSeverity]\n    val LOW = \"LOW\".asInstanceOf[FindingSeverity]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[FindingSeverity]\n    val HIGH = \"HIGH\".asInstanceOf[FindingSeverity]\n    val CRITICAL = \"CRITICAL\".asInstanceOf[FindingSeverity]\n    val UNDEFINED = \"UNDEFINED\".asInstanceOf[FindingSeverity]\n\n    @inline def values = js.Array(INFORMATIONAL, LOW, MEDIUM, HIGH, CRITICAL, UNDEFINED)\n  }\n\n  @js.native\n  trait GetAuthorizationTokenRequest extends js.Object {\n    var registryIds: js.UndefOr[GetAuthorizationTokenRegistryIdList]\n  }\n\n  object GetAuthorizationTokenRequest {\n    @inline\n    def apply(\n        registryIds: js.UndefOr[GetAuthorizationTokenRegistryIdList] = js.undefined\n    ): GetAuthorizationTokenRequest = {\n      val __obj = js.Dynamic.literal()\n      registryIds.foreach(__v => __obj.updateDynamic(\"registryIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAuthorizationTokenRequest]\n    }\n  }\n\n  @js.native\n  trait GetAuthorizationTokenResponse extends js.Object {\n    var authorizationData: js.UndefOr[AuthorizationDataList]\n  }\n\n  object GetAuthorizationTokenResponse {\n    @inline\n    def apply(\n        authorizationData: js.UndefOr[AuthorizationDataList] = js.undefined\n    ): GetAuthorizationTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      authorizationData.foreach(__v => __obj.updateDynamic(\"authorizationData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAuthorizationTokenResponse]\n    }\n  }\n\n  @js.native\n  trait GetDownloadUrlForLayerRequest extends js.Object {\n    var layerDigest: LayerDigest\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object GetDownloadUrlForLayerRequest {\n    @inline\n    def apply(\n        layerDigest: LayerDigest,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): GetDownloadUrlForLayerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"layerDigest\" -> layerDigest.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDownloadUrlForLayerRequest]\n    }\n  }\n\n  @js.native\n  trait GetDownloadUrlForLayerResponse extends js.Object {\n    var downloadUrl: js.UndefOr[Url]\n    var layerDigest: js.UndefOr[LayerDigest]\n  }\n\n  object GetDownloadUrlForLayerResponse {\n    @inline\n    def apply(\n        downloadUrl: js.UndefOr[Url] = js.undefined,\n        layerDigest: js.UndefOr[LayerDigest] = js.undefined\n    ): GetDownloadUrlForLayerResponse = {\n      val __obj = js.Dynamic.literal()\n      downloadUrl.foreach(__v => __obj.updateDynamic(\"downloadUrl\")(__v.asInstanceOf[js.Any]))\n      layerDigest.foreach(__v => __obj.updateDynamic(\"layerDigest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDownloadUrlForLayerResponse]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyPreviewRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var filter: js.UndefOr[LifecyclePolicyPreviewFilter]\n    var imageIds: js.UndefOr[ImageIdentifierList]\n    var maxResults: js.UndefOr[LifecyclePreviewMaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object GetLifecyclePolicyPreviewRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        filter: js.UndefOr[LifecyclePolicyPreviewFilter] = js.undefined,\n        imageIds: js.UndefOr[ImageIdentifierList] = js.undefined,\n        maxResults: js.UndefOr[LifecyclePreviewMaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): GetLifecyclePolicyPreviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      imageIds.foreach(__v => __obj.updateDynamic(\"imageIds\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePolicyPreviewRequest]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyPreviewResponse extends js.Object {\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var nextToken: js.UndefOr[NextToken]\n    var previewResults: js.UndefOr[LifecyclePolicyPreviewResultList]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var status: js.UndefOr[LifecyclePolicyPreviewStatus]\n    var summary: js.UndefOr[LifecyclePolicyPreviewSummary]\n  }\n\n  object GetLifecyclePolicyPreviewResponse {\n    @inline\n    def apply(\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        previewResults: js.UndefOr[LifecyclePolicyPreviewResultList] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        status: js.UndefOr[LifecyclePolicyPreviewStatus] = js.undefined,\n        summary: js.UndefOr[LifecyclePolicyPreviewSummary] = js.undefined\n    ): GetLifecyclePolicyPreviewResponse = {\n      val __obj = js.Dynamic.literal()\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      previewResults.foreach(__v => __obj.updateDynamic(\"previewResults\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      summary.foreach(__v => __obj.updateDynamic(\"summary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePolicyPreviewResponse]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object GetLifecyclePolicyRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): GetLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyResponse extends js.Object {\n    var lastEvaluatedAt: js.UndefOr[EvaluationTimestamp]\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object GetLifecyclePolicyResponse {\n    @inline\n    def apply(\n        lastEvaluatedAt: js.UndefOr[EvaluationTimestamp] = js.undefined,\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): GetLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      lastEvaluatedAt.foreach(__v => __obj.updateDynamic(\"lastEvaluatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetRegistryPolicyRequest extends js.Object\n\n  object GetRegistryPolicyRequest {\n    @inline\n    def apply(): GetRegistryPolicyRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetRegistryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetRegistryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RegistryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object GetRegistryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RegistryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): GetRegistryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRegistryPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetRepositoryPolicyRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object GetRepositoryPolicyRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): GetRepositoryPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRepositoryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetRepositoryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RepositoryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object GetRepositoryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RepositoryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): GetRepositoryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRepositoryPolicyResponse]\n    }\n  }\n\n  \/** An object representing an Amazon ECR image.\n    *\/\n  @js.native\n  trait Image extends js.Object {\n    var imageId: js.UndefOr[ImageIdentifier]\n    var imageManifest: js.UndefOr[ImageManifest]\n    var imageManifestMediaType: js.UndefOr[MediaType]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object Image {\n    @inline\n    def apply(\n        imageId: js.UndefOr[ImageIdentifier] = js.undefined,\n        imageManifest: js.UndefOr[ImageManifest] = js.undefined,\n        imageManifestMediaType: js.UndefOr[MediaType] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): Image = {\n      val __obj = js.Dynamic.literal()\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      imageManifest.foreach(__v => __obj.updateDynamic(\"imageManifest\")(__v.asInstanceOf[js.Any]))\n      imageManifestMediaType.foreach(__v => __obj.updateDynamic(\"imageManifestMediaType\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Image]\n    }\n  }\n\n  @js.native\n  sealed trait ImageActionType extends js.Any\n  object ImageActionType {\n    val EXPIRE = \"EXPIRE\".asInstanceOf[ImageActionType]\n\n    @inline def values = js.Array(EXPIRE)\n  }\n\n  \/** An object that describes an image returned by a <a>DescribeImages<\/a> operation.\n    *\/\n  @js.native\n  trait ImageDetail extends js.Object {\n    var artifactMediaType: js.UndefOr[MediaType]\n    var imageDigest: js.UndefOr[ImageDigest]\n    var imageManifestMediaType: js.UndefOr[MediaType]\n    var imagePushedAt: js.UndefOr[PushTimestamp]\n    var imageScanFindingsSummary: js.UndefOr[ImageScanFindingsSummary]\n    var imageScanStatus: js.UndefOr[ImageScanStatus]\n    var imageSizeInBytes: js.UndefOr[ImageSizeInBytes]\n    var imageTags: js.UndefOr[ImageTagList]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object ImageDetail {\n    @inline\n    def apply(\n        artifactMediaType: js.UndefOr[MediaType] = js.undefined,\n        imageDigest: js.UndefOr[ImageDigest] = js.undefined,\n        imageManifestMediaType: js.UndefOr[MediaType] = js.undefined,\n        imagePushedAt: js.UndefOr[PushTimestamp] = js.undefined,\n        imageScanFindingsSummary: js.UndefOr[ImageScanFindingsSummary] = js.undefined,\n        imageScanStatus: js.UndefOr[ImageScanStatus] = js.undefined,\n        imageSizeInBytes: js.UndefOr[ImageSizeInBytes] = js.undefined,\n        imageTags: js.UndefOr[ImageTagList] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): ImageDetail = {\n      val __obj = js.Dynamic.literal()\n      artifactMediaType.foreach(__v => __obj.updateDynamic(\"artifactMediaType\")(__v.asInstanceOf[js.Any]))\n      imageDigest.foreach(__v => __obj.updateDynamic(\"imageDigest\")(__v.asInstanceOf[js.Any]))\n      imageManifestMediaType.foreach(__v => __obj.updateDynamic(\"imageManifestMediaType\")(__v.asInstanceOf[js.Any]))\n      imagePushedAt.foreach(__v => __obj.updateDynamic(\"imagePushedAt\")(__v.asInstanceOf[js.Any]))\n      imageScanFindingsSummary.foreach(__v => __obj.updateDynamic(\"imageScanFindingsSummary\")(__v.asInstanceOf[js.Any]))\n      imageScanStatus.foreach(__v => __obj.updateDynamic(\"imageScanStatus\")(__v.asInstanceOf[js.Any]))\n      imageSizeInBytes.foreach(__v => __obj.updateDynamic(\"imageSizeInBytes\")(__v.asInstanceOf[js.Any]))\n      imageTags.foreach(__v => __obj.updateDynamic(\"imageTags\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageDetail]\n    }\n  }\n\n  \/** An object representing an Amazon ECR image failure.\n    *\/\n  @js.native\n  trait ImageFailure extends js.Object {\n    var failureCode: js.UndefOr[ImageFailureCode]\n    var failureReason: js.UndefOr[ImageFailureReason]\n    var imageId: js.UndefOr[ImageIdentifier]\n  }\n\n  object ImageFailure {\n    @inline\n    def apply(\n        failureCode: js.UndefOr[ImageFailureCode] = js.undefined,\n        failureReason: js.UndefOr[ImageFailureReason] = js.undefined,\n        imageId: js.UndefOr[ImageIdentifier] = js.undefined\n    ): ImageFailure = {\n      val __obj = js.Dynamic.literal()\n      failureCode.foreach(__v => __obj.updateDynamic(\"failureCode\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageFailure]\n    }\n  }\n\n  @js.native\n  sealed trait ImageFailureCode extends js.Any\n  object ImageFailureCode {\n    val InvalidImageDigest = \"InvalidImageDigest\".asInstanceOf[ImageFailureCode]\n    val InvalidImageTag = \"InvalidImageTag\".asInstanceOf[ImageFailureCode]\n    val ImageTagDoesNotMatchDigest = \"ImageTagDoesNotMatchDigest\".asInstanceOf[ImageFailureCode]\n    val ImageNotFound = \"ImageNotFound\".asInstanceOf[ImageFailureCode]\n    val MissingDigestAndTag = \"MissingDigestAndTag\".asInstanceOf[ImageFailureCode]\n    val ImageReferencedByManifestList = \"ImageReferencedByManifestList\".asInstanceOf[ImageFailureCode]\n    val KmsError = \"KmsError\".asInstanceOf[ImageFailureCode]\n\n    @inline def values = js.Array(InvalidImageDigest, InvalidImageTag, ImageTagDoesNotMatchDigest, ImageNotFound, MissingDigestAndTag, ImageReferencedByManifestList, KmsError)\n  }\n\n  \/** An object with identifying information for an Amazon ECR image.\n    *\/\n  @js.native\n  trait ImageIdentifier extends js.Object {\n    var imageDigest: js.UndefOr[ImageDigest]\n    var imageTag: js.UndefOr[ImageTag]\n  }\n\n  object ImageIdentifier {\n    @inline\n    def apply(\n        imageDigest: js.UndefOr[ImageDigest] = js.undefined,\n        imageTag: js.UndefOr[ImageTag] = js.undefined\n    ): ImageIdentifier = {\n      val __obj = js.Dynamic.literal()\n      imageDigest.foreach(__v => __obj.updateDynamic(\"imageDigest\")(__v.asInstanceOf[js.Any]))\n      imageTag.foreach(__v => __obj.updateDynamic(\"imageTag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageIdentifier]\n    }\n  }\n\n  \/** Contains information about an image scan finding.\n    *\/\n  @js.native\n  trait ImageScanFinding extends js.Object {\n    var attributes: js.UndefOr[AttributeList]\n    var description: js.UndefOr[FindingDescription]\n    var name: js.UndefOr[FindingName]\n    var severity: js.UndefOr[FindingSeverity]\n    var uri: js.UndefOr[Url]\n  }\n\n  object ImageScanFinding {\n    @inline\n    def apply(\n        attributes: js.UndefOr[AttributeList] = js.undefined,\n        description: js.UndefOr[FindingDescription] = js.undefined,\n        name: js.UndefOr[FindingName] = js.undefined,\n        severity: js.UndefOr[FindingSeverity] = js.undefined,\n        uri: js.UndefOr[Url] = js.undefined\n    ): ImageScanFinding = {\n      val __obj = js.Dynamic.literal()\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      severity.foreach(__v => __obj.updateDynamic(\"severity\")(__v.asInstanceOf[js.Any]))\n      uri.foreach(__v => __obj.updateDynamic(\"uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageScanFinding]\n    }\n  }\n\n  \/** The details of an image scan.\n    *\/\n  @js.native\n  trait ImageScanFindings extends js.Object {\n    var findingSeverityCounts: js.UndefOr[FindingSeverityCounts]\n    var findings: js.UndefOr[ImageScanFindingList]\n    var imageScanCompletedAt: js.UndefOr[ScanTimestamp]\n    var vulnerabilitySourceUpdatedAt: js.UndefOr[VulnerabilitySourceUpdateTimestamp]\n  }\n\n  object ImageScanFindings {\n    @inline\n    def apply(\n        findingSeverityCounts: js.UndefOr[FindingSeverityCounts] = js.undefined,\n        findings: js.UndefOr[ImageScanFindingList] = js.undefined,\n        imageScanCompletedAt: js.UndefOr[ScanTimestamp] = js.undefined,\n        vulnerabilitySourceUpdatedAt: js.UndefOr[VulnerabilitySourceUpdateTimestamp] = js.undefined\n    ): ImageScanFindings = {\n      val __obj = js.Dynamic.literal()\n      findingSeverityCounts.foreach(__v => __obj.updateDynamic(\"findingSeverityCounts\")(__v.asInstanceOf[js.Any]))\n      findings.foreach(__v => __obj.updateDynamic(\"findings\")(__v.asInstanceOf[js.Any]))\n      imageScanCompletedAt.foreach(__v => __obj.updateDynamic(\"imageScanCompletedAt\")(__v.asInstanceOf[js.Any]))\n      vulnerabilitySourceUpdatedAt.foreach(__v => __obj.updateDynamic(\"vulnerabilitySourceUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageScanFindings]\n    }\n  }\n\n  \/** A summary of the last completed image scan.\n    *\/\n  @js.native\n  trait ImageScanFindingsSummary extends js.Object {\n    var findingSeverityCounts: js.UndefOr[FindingSeverityCounts]\n    var imageScanCompletedAt: js.UndefOr[ScanTimestamp]\n    var vulnerabilitySourceUpdatedAt: js.UndefOr[VulnerabilitySourceUpdateTimestamp]\n  }\n\n  object ImageScanFindingsSummary {\n    @inline\n    def apply(\n        findingSeverityCounts: js.UndefOr[FindingSeverityCounts] = js.undefined,\n        imageScanCompletedAt: js.UndefOr[ScanTimestamp] = js.undefined,\n        vulnerabilitySourceUpdatedAt: js.UndefOr[VulnerabilitySourceUpdateTimestamp] = js.undefined\n    ): ImageScanFindingsSummary = {\n      val __obj = js.Dynamic.literal()\n      findingSeverityCounts.foreach(__v => __obj.updateDynamic(\"findingSeverityCounts\")(__v.asInstanceOf[js.Any]))\n      imageScanCompletedAt.foreach(__v => __obj.updateDynamic(\"imageScanCompletedAt\")(__v.asInstanceOf[js.Any]))\n      vulnerabilitySourceUpdatedAt.foreach(__v => __obj.updateDynamic(\"vulnerabilitySourceUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageScanFindingsSummary]\n    }\n  }\n\n  \/** The current status of an image scan.\n    *\/\n  @js.native\n  trait ImageScanStatus extends js.Object {\n    var description: js.UndefOr[ScanStatusDescription]\n    var status: js.UndefOr[ScanStatus]\n  }\n\n  object ImageScanStatus {\n    @inline\n    def apply(\n        description: js.UndefOr[ScanStatusDescription] = js.undefined,\n        status: js.UndefOr[ScanStatus] = js.undefined\n    ): ImageScanStatus = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageScanStatus]\n    }\n  }\n\n  \/** The image scanning configuration for a repository.\n    *\/\n  @js.native\n  trait ImageScanningConfiguration extends js.Object {\n    var scanOnPush: js.UndefOr[ScanOnPushFlag]\n  }\n\n  object ImageScanningConfiguration {\n    @inline\n    def apply(\n        scanOnPush: js.UndefOr[ScanOnPushFlag] = js.undefined\n    ): ImageScanningConfiguration = {\n      val __obj = js.Dynamic.literal()\n      scanOnPush.foreach(__v => __obj.updateDynamic(\"scanOnPush\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageScanningConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ImageTagMutability extends js.Any\n  object ImageTagMutability {\n    val MUTABLE = \"MUTABLE\".asInstanceOf[ImageTagMutability]\n    val IMMUTABLE = \"IMMUTABLE\".asInstanceOf[ImageTagMutability]\n\n    @inline def values = js.Array(MUTABLE, IMMUTABLE)\n  }\n\n  @js.native\n  trait InitiateLayerUploadRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object InitiateLayerUploadRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): InitiateLayerUploadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InitiateLayerUploadRequest]\n    }\n  }\n\n  @js.native\n  trait InitiateLayerUploadResponse extends js.Object {\n    var partSize: js.UndefOr[PartSize]\n    var uploadId: js.UndefOr[UploadId]\n  }\n\n  object InitiateLayerUploadResponse {\n    @inline\n    def apply(\n        partSize: js.UndefOr[PartSize] = js.undefined,\n        uploadId: js.UndefOr[UploadId] = js.undefined\n    ): InitiateLayerUploadResponse = {\n      val __obj = js.Dynamic.literal()\n      partSize.foreach(__v => __obj.updateDynamic(\"partSize\")(__v.asInstanceOf[js.Any]))\n      uploadId.foreach(__v => __obj.updateDynamic(\"uploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InitiateLayerUploadResponse]\n    }\n  }\n\n  \/** An object representing an Amazon ECR image layer.\n    *\/\n  @js.native\n  trait Layer extends js.Object {\n    var layerAvailability: js.UndefOr[LayerAvailability]\n    var layerDigest: js.UndefOr[LayerDigest]\n    var layerSize: js.UndefOr[LayerSizeInBytes]\n    var mediaType: js.UndefOr[MediaType]\n  }\n\n  object Layer {\n    @inline\n    def apply(\n        layerAvailability: js.UndefOr[LayerAvailability] = js.undefined,\n        layerDigest: js.UndefOr[LayerDigest] = js.undefined,\n        layerSize: js.UndefOr[LayerSizeInBytes] = js.undefined,\n        mediaType: js.UndefOr[MediaType] = js.undefined\n    ): Layer = {\n      val __obj = js.Dynamic.literal()\n      layerAvailability.foreach(__v => __obj.updateDynamic(\"layerAvailability\")(__v.asInstanceOf[js.Any]))\n      layerDigest.foreach(__v => __obj.updateDynamic(\"layerDigest\")(__v.asInstanceOf[js.Any]))\n      layerSize.foreach(__v => __obj.updateDynamic(\"layerSize\")(__v.asInstanceOf[js.Any]))\n      mediaType.foreach(__v => __obj.updateDynamic(\"mediaType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Layer]\n    }\n  }\n\n  @js.native\n  sealed trait LayerAvailability extends js.Any\n  object LayerAvailability {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[LayerAvailability]\n    val UNAVAILABLE = \"UNAVAILABLE\".asInstanceOf[LayerAvailability]\n\n    @inline def values = js.Array(AVAILABLE, UNAVAILABLE)\n  }\n\n  \/** An object representing an Amazon ECR image layer failure.\n    *\/\n  @js.native\n  trait LayerFailure extends js.Object {\n    var failureCode: js.UndefOr[LayerFailureCode]\n    var failureReason: js.UndefOr[LayerFailureReason]\n    var layerDigest: js.UndefOr[BatchedOperationLayerDigest]\n  }\n\n  object LayerFailure {\n    @inline\n    def apply(\n        failureCode: js.UndefOr[LayerFailureCode] = js.undefined,\n        failureReason: js.UndefOr[LayerFailureReason] = js.undefined,\n        layerDigest: js.UndefOr[BatchedOperationLayerDigest] = js.undefined\n    ): LayerFailure = {\n      val __obj = js.Dynamic.literal()\n      failureCode.foreach(__v => __obj.updateDynamic(\"failureCode\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      layerDigest.foreach(__v => __obj.updateDynamic(\"layerDigest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LayerFailure]\n    }\n  }\n\n  @js.native\n  sealed trait LayerFailureCode extends js.Any\n  object LayerFailureCode {\n    val InvalidLayerDigest = \"InvalidLayerDigest\".asInstanceOf[LayerFailureCode]\n    val MissingLayerDigest = \"MissingLayerDigest\".asInstanceOf[LayerFailureCode]\n\n    @inline def values = js.Array(InvalidLayerDigest, MissingLayerDigest)\n  }\n\n  \/** The filter for the lifecycle policy preview.\n    *\/\n  @js.native\n  trait LifecyclePolicyPreviewFilter extends js.Object {\n    var tagStatus: js.UndefOr[TagStatus]\n  }\n\n  object LifecyclePolicyPreviewFilter {\n    @inline\n    def apply(\n        tagStatus: js.UndefOr[TagStatus] = js.undefined\n    ): LifecyclePolicyPreviewFilter = {\n      val __obj = js.Dynamic.literal()\n      tagStatus.foreach(__v => __obj.updateDynamic(\"tagStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicyPreviewFilter]\n    }\n  }\n\n  \/** The result of the lifecycle policy preview.\n    *\/\n  @js.native\n  trait LifecyclePolicyPreviewResult extends js.Object {\n    var action: js.UndefOr[LifecyclePolicyRuleAction]\n    var appliedRulePriority: js.UndefOr[LifecyclePolicyRulePriority]\n    var imageDigest: js.UndefOr[ImageDigest]\n    var imagePushedAt: js.UndefOr[PushTimestamp]\n    var imageTags: js.UndefOr[ImageTagList]\n  }\n\n  object LifecyclePolicyPreviewResult {\n    @inline\n    def apply(\n        action: js.UndefOr[LifecyclePolicyRuleAction] = js.undefined,\n        appliedRulePriority: js.UndefOr[LifecyclePolicyRulePriority] = js.undefined,\n        imageDigest: js.UndefOr[ImageDigest] = js.undefined,\n        imagePushedAt: js.UndefOr[PushTimestamp] = js.undefined,\n        imageTags: js.UndefOr[ImageTagList] = js.undefined\n    ): LifecyclePolicyPreviewResult = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      appliedRulePriority.foreach(__v => __obj.updateDynamic(\"appliedRulePriority\")(__v.asInstanceOf[js.Any]))\n      imageDigest.foreach(__v => __obj.updateDynamic(\"imageDigest\")(__v.asInstanceOf[js.Any]))\n      imagePushedAt.foreach(__v => __obj.updateDynamic(\"imagePushedAt\")(__v.asInstanceOf[js.Any]))\n      imageTags.foreach(__v => __obj.updateDynamic(\"imageTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicyPreviewResult]\n    }\n  }\n\n  @js.native\n  sealed trait LifecyclePolicyPreviewStatus extends js.Any\n  object LifecyclePolicyPreviewStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[LifecyclePolicyPreviewStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[LifecyclePolicyPreviewStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[LifecyclePolicyPreviewStatus]\n    val FAILED = \"FAILED\".asInstanceOf[LifecyclePolicyPreviewStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETE, EXPIRED, FAILED)\n  }\n\n  \/** The summary of the lifecycle policy preview request.\n    *\/\n  @js.native\n  trait LifecyclePolicyPreviewSummary extends js.Object {\n    var expiringImageTotalCount: js.UndefOr[ImageCount]\n  }\n\n  object LifecyclePolicyPreviewSummary {\n    @inline\n    def apply(\n        expiringImageTotalCount: js.UndefOr[ImageCount] = js.undefined\n    ): LifecyclePolicyPreviewSummary = {\n      val __obj = js.Dynamic.literal()\n      expiringImageTotalCount.foreach(__v => __obj.updateDynamic(\"expiringImageTotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicyPreviewSummary]\n    }\n  }\n\n  \/** The type of action to be taken.\n    *\/\n  @js.native\n  trait LifecyclePolicyRuleAction extends js.Object {\n    var `type`: js.UndefOr[ImageActionType]\n  }\n\n  object LifecyclePolicyRuleAction {\n    @inline\n    def apply(\n        `type`: js.UndefOr[ImageActionType] = js.undefined\n    ): LifecyclePolicyRuleAction = {\n      val __obj = js.Dynamic.literal()\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicyRuleAction]\n    }\n  }\n\n  \/** An object representing a filter on a <a>ListImages<\/a> operation.\n    *\/\n  @js.native\n  trait ListImagesFilter extends js.Object {\n    var tagStatus: js.UndefOr[TagStatus]\n  }\n\n  object ListImagesFilter {\n    @inline\n    def apply(\n        tagStatus: js.UndefOr[TagStatus] = js.undefined\n    ): ListImagesFilter = {\n      val __obj = js.Dynamic.literal()\n      tagStatus.foreach(__v => __obj.updateDynamic(\"tagStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImagesFilter]\n    }\n  }\n\n  @js.native\n  trait ListImagesRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var filter: js.UndefOr[ListImagesFilter]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object ListImagesRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        filter: js.UndefOr[ListImagesFilter] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): ListImagesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImagesRequest]\n    }\n  }\n\n  @js.native\n  trait ListImagesResponse extends js.Object {\n    var imageIds: js.UndefOr[ImageIdentifierList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListImagesResponse {\n    @inline\n    def apply(\n        imageIds: js.UndefOr[ImageIdentifierList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListImagesResponse = {\n      val __obj = js.Dynamic.literal()\n      imageIds.foreach(__v => __obj.updateDynamic(\"imageIds\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImagesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait PutImageRequest extends js.Object {\n    var imageManifest: ImageManifest\n    var repositoryName: RepositoryName\n    var imageDigest: js.UndefOr[ImageDigest]\n    var imageManifestMediaType: js.UndefOr[MediaType]\n    var imageTag: js.UndefOr[ImageTag]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object PutImageRequest {\n    @inline\n    def apply(\n        imageManifest: ImageManifest,\n        repositoryName: RepositoryName,\n        imageDigest: js.UndefOr[ImageDigest] = js.undefined,\n        imageManifestMediaType: js.UndefOr[MediaType] = js.undefined,\n        imageTag: js.UndefOr[ImageTag] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): PutImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageManifest\" -> imageManifest.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      imageDigest.foreach(__v => __obj.updateDynamic(\"imageDigest\")(__v.asInstanceOf[js.Any]))\n      imageManifestMediaType.foreach(__v => __obj.updateDynamic(\"imageManifestMediaType\")(__v.asInstanceOf[js.Any]))\n      imageTag.foreach(__v => __obj.updateDynamic(\"imageTag\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageRequest]\n    }\n  }\n\n  @js.native\n  trait PutImageResponse extends js.Object {\n    var image: js.UndefOr[Image]\n  }\n\n  object PutImageResponse {\n    @inline\n    def apply(\n        image: js.UndefOr[Image] = js.undefined\n    ): PutImageResponse = {\n      val __obj = js.Dynamic.literal()\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageResponse]\n    }\n  }\n\n  @js.native\n  trait PutImageScanningConfigurationRequest extends js.Object {\n    var imageScanningConfiguration: ImageScanningConfiguration\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object PutImageScanningConfigurationRequest {\n    @inline\n    def apply(\n        imageScanningConfiguration: ImageScanningConfiguration,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): PutImageScanningConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageScanningConfiguration\" -> imageScanningConfiguration.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageScanningConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutImageScanningConfigurationResponse extends js.Object {\n    var imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PutImageScanningConfigurationResponse {\n    @inline\n    def apply(\n        imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PutImageScanningConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      imageScanningConfiguration.foreach(__v => __obj.updateDynamic(\"imageScanningConfiguration\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageScanningConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutImageTagMutabilityRequest extends js.Object {\n    var imageTagMutability: ImageTagMutability\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object PutImageTagMutabilityRequest {\n    @inline\n    def apply(\n        imageTagMutability: ImageTagMutability,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): PutImageTagMutabilityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageTagMutability\" -> imageTagMutability.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageTagMutabilityRequest]\n    }\n  }\n\n  @js.native\n  trait PutImageTagMutabilityResponse extends js.Object {\n    var imageTagMutability: js.UndefOr[ImageTagMutability]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PutImageTagMutabilityResponse {\n    @inline\n    def apply(\n        imageTagMutability: js.UndefOr[ImageTagMutability] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PutImageTagMutabilityResponse = {\n      val __obj = js.Dynamic.literal()\n      imageTagMutability.foreach(__v => __obj.updateDynamic(\"imageTagMutability\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutImageTagMutabilityResponse]\n    }\n  }\n\n  @js.native\n  trait PutLifecyclePolicyRequest extends js.Object {\n    var lifecyclePolicyText: LifecyclePolicyText\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object PutLifecyclePolicyRequest {\n    @inline\n    def apply(\n        lifecyclePolicyText: LifecyclePolicyText,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): PutLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"lifecyclePolicyText\" -> lifecyclePolicyText.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutLifecyclePolicyResponse extends js.Object {\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PutLifecyclePolicyResponse {\n    @inline\n    def apply(\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PutLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutLifecyclePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutRegistryPolicyRequest extends js.Object {\n    var policyText: RegistryPolicyText\n  }\n\n  object PutRegistryPolicyRequest {\n    @inline\n    def apply(\n        policyText: RegistryPolicyText\n    ): PutRegistryPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"policyText\" -> policyText.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRegistryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutRegistryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RegistryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object PutRegistryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RegistryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): PutRegistryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRegistryPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutReplicationConfigurationRequest extends js.Object {\n    var replicationConfiguration: ReplicationConfiguration\n  }\n\n  object PutReplicationConfigurationRequest {\n    @inline\n    def apply(\n        replicationConfiguration: ReplicationConfiguration\n    ): PutReplicationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"replicationConfiguration\" -> replicationConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutReplicationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutReplicationConfigurationResponse extends js.Object {\n    var replicationConfiguration: js.UndefOr[ReplicationConfiguration]\n  }\n\n  object PutReplicationConfigurationResponse {\n    @inline\n    def apply(\n        replicationConfiguration: js.UndefOr[ReplicationConfiguration] = js.undefined\n    ): PutReplicationConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      replicationConfiguration.foreach(__v => __obj.updateDynamic(\"replicationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutReplicationConfigurationResponse]\n    }\n  }\n\n  \/** The replication configuration for a registry.\n    *\/\n  @js.native\n  trait ReplicationConfiguration extends js.Object {\n    var rules: ReplicationRuleList\n  }\n\n  object ReplicationConfiguration {\n    @inline\n    def apply(\n        rules: ReplicationRuleList\n    ): ReplicationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"rules\" -> rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicationConfiguration]\n    }\n  }\n\n  \/** An array of objects representing the details of a replication destination.\n    *\/\n  @js.native\n  trait ReplicationDestination extends js.Object {\n    var region: Region\n    var registryId: RegistryId\n  }\n\n  object ReplicationDestination {\n    @inline\n    def apply(\n        region: Region,\n        registryId: RegistryId\n    ): ReplicationDestination = {\n      val __obj = js.Dynamic.literal(\n        \"region\" -> region.asInstanceOf[js.Any],\n        \"registryId\" -> registryId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicationDestination]\n    }\n  }\n\n  \/** An array of objects representing the replication destinations for a replication configuration. A replication configuration may contain only one replication rule but the rule may contain one or more replication destinations.\n    *\/\n  @js.native\n  trait ReplicationRule extends js.Object {\n    var destinations: ReplicationDestinationList\n  }\n\n  object ReplicationRule {\n    @inline\n    def apply(\n        destinations: ReplicationDestinationList\n    ): ReplicationRule = {\n      val __obj = js.Dynamic.literal(\n        \"destinations\" -> destinations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicationRule]\n    }\n  }\n\n  \/** An object representing a repository.\n    *\/\n  @js.native\n  trait Repository extends js.Object {\n    var createdAt: js.UndefOr[CreationTimestamp]\n    var encryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration]\n    var imageTagMutability: js.UndefOr[ImageTagMutability]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryArn: js.UndefOr[Arn]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var repositoryUri: js.UndefOr[Url]\n  }\n\n  object Repository {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[CreationTimestamp] = js.undefined,\n        encryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        imageScanningConfiguration: js.UndefOr[ImageScanningConfiguration] = js.undefined,\n        imageTagMutability: js.UndefOr[ImageTagMutability] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryArn: js.UndefOr[Arn] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        repositoryUri: js.UndefOr[Url] = js.undefined\n    ): Repository = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      encryptionConfiguration.foreach(__v => __obj.updateDynamic(\"encryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      imageScanningConfiguration.foreach(__v => __obj.updateDynamic(\"imageScanningConfiguration\")(__v.asInstanceOf[js.Any]))\n      imageTagMutability.foreach(__v => __obj.updateDynamic(\"imageTagMutability\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryArn.foreach(__v => __obj.updateDynamic(\"repositoryArn\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      repositoryUri.foreach(__v => __obj.updateDynamic(\"repositoryUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Repository]\n    }\n  }\n\n  @js.native\n  sealed trait ScanStatus extends js.Any\n  object ScanStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ScanStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ScanStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ScanStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETE, FAILED)\n  }\n\n  @js.native\n  trait SetRepositoryPolicyRequest extends js.Object {\n    var policyText: RepositoryPolicyText\n    var repositoryName: RepositoryName\n    var force: js.UndefOr[ForceFlag]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object SetRepositoryPolicyRequest {\n    @inline\n    def apply(\n        policyText: RepositoryPolicyText,\n        repositoryName: RepositoryName,\n        force: js.UndefOr[ForceFlag] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): SetRepositoryPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"policyText\" -> policyText.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      force.foreach(__v => __obj.updateDynamic(\"force\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetRepositoryPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait SetRepositoryPolicyResponse extends js.Object {\n    var policyText: js.UndefOr[RepositoryPolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object SetRepositoryPolicyResponse {\n    @inline\n    def apply(\n        policyText: js.UndefOr[RepositoryPolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): SetRepositoryPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      policyText.foreach(__v => __obj.updateDynamic(\"policyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetRepositoryPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait StartImageScanRequest extends js.Object {\n    var imageId: ImageIdentifier\n    var repositoryName: RepositoryName\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object StartImageScanRequest {\n    @inline\n    def apply(\n        imageId: ImageIdentifier,\n        repositoryName: RepositoryName,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): StartImageScanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"imageId\" -> imageId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImageScanRequest]\n    }\n  }\n\n  @js.native\n  trait StartImageScanResponse extends js.Object {\n    var imageId: js.UndefOr[ImageIdentifier]\n    var imageScanStatus: js.UndefOr[ImageScanStatus]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object StartImageScanResponse {\n    @inline\n    def apply(\n        imageId: js.UndefOr[ImageIdentifier] = js.undefined,\n        imageScanStatus: js.UndefOr[ImageScanStatus] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): StartImageScanResponse = {\n      val __obj = js.Dynamic.literal()\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      imageScanStatus.foreach(__v => __obj.updateDynamic(\"imageScanStatus\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImageScanResponse]\n    }\n  }\n\n  @js.native\n  trait StartLifecyclePolicyPreviewRequest extends js.Object {\n    var repositoryName: RepositoryName\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object StartLifecyclePolicyPreviewRequest {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): StartLifecyclePolicyPreviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartLifecyclePolicyPreviewRequest]\n    }\n  }\n\n  @js.native\n  trait StartLifecyclePolicyPreviewResponse extends js.Object {\n    var lifecyclePolicyText: js.UndefOr[LifecyclePolicyText]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var status: js.UndefOr[LifecyclePolicyPreviewStatus]\n  }\n\n  object StartLifecyclePolicyPreviewResponse {\n    @inline\n    def apply(\n        lifecyclePolicyText: js.UndefOr[LifecyclePolicyText] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        status: js.UndefOr[LifecyclePolicyPreviewStatus] = js.undefined\n    ): StartLifecyclePolicyPreviewResponse = {\n      val __obj = js.Dynamic.literal()\n      lifecyclePolicyText.foreach(__v => __obj.updateDynamic(\"lifecyclePolicyText\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartLifecyclePolicyPreviewResponse]\n    }\n  }\n\n  \/** The metadata that you apply to a resource to help you categorize and organize them. Each tag consists of a key and an optional value, both of which you define. Tag keys can have a maximum character length of 128 characters, and tag values can have a maximum length of 256 characters.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait TagStatus extends js.Any\n  object TagStatus {\n    val TAGGED = \"TAGGED\".asInstanceOf[TagStatus]\n    val UNTAGGED = \"UNTAGGED\".asInstanceOf[TagStatus]\n    val ANY = \"ANY\".asInstanceOf[TagStatus]\n\n    @inline def values = js.Array(TAGGED, UNTAGGED, ANY)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UploadLayerPartRequest extends js.Object {\n    var layerPartBlob: LayerPartBlob\n    var partFirstByte: PartSize\n    var partLastByte: PartSize\n    var repositoryName: RepositoryName\n    var uploadId: UploadId\n    var registryId: js.UndefOr[RegistryId]\n  }\n\n  object UploadLayerPartRequest {\n    @inline\n    def apply(\n        layerPartBlob: LayerPartBlob,\n        partFirstByte: PartSize,\n        partLastByte: PartSize,\n        repositoryName: RepositoryName,\n        uploadId: UploadId,\n        registryId: js.UndefOr[RegistryId] = js.undefined\n    ): UploadLayerPartRequest = {\n      val __obj = js.Dynamic.literal(\n        \"layerPartBlob\" -> layerPartBlob.asInstanceOf[js.Any],\n        \"partFirstByte\" -> partFirstByte.asInstanceOf[js.Any],\n        \"partLastByte\" -> partLastByte.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"uploadId\" -> uploadId.asInstanceOf[js.Any]\n      )\n\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadLayerPartRequest]\n    }\n  }\n\n  @js.native\n  trait UploadLayerPartResponse extends js.Object {\n    var lastByteReceived: js.UndefOr[PartSize]\n    var registryId: js.UndefOr[RegistryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var uploadId: js.UndefOr[UploadId]\n  }\n\n  object UploadLayerPartResponse {\n    @inline\n    def apply(\n        lastByteReceived: js.UndefOr[PartSize] = js.undefined,\n        registryId: js.UndefOr[RegistryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        uploadId: js.UndefOr[UploadId] = js.undefined\n    ): UploadLayerPartResponse = {\n      val __obj = js.Dynamic.literal()\n      lastByteReceived.foreach(__v => __obj.updateDynamic(\"lastByteReceived\")(__v.asInstanceOf[js.Any]))\n      registryId.foreach(__v => __obj.updateDynamic(\"registryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      uploadId.foreach(__v => __obj.updateDynamic(\"uploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadLayerPartResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/comprehendmedical\/src\/main\/scala\/facade\/amazonaws\/services\/ComprehendMedical.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object comprehendmedical {\n  type AnyLengthString = String\n  type AttributeList = js.Array[Attribute]\n  type BoundedLengthString = String\n  type ClientRequestTokenString = String\n  type ComprehendMedicalAsyncJobPropertiesList = js.Array[ComprehendMedicalAsyncJobProperties]\n  type EntityList = js.Array[Entity]\n  type ICD10CMAttributeList = js.Array[ICD10CMAttribute]\n  type ICD10CMConceptList = js.Array[ICD10CMConcept]\n  type ICD10CMEntityList = js.Array[ICD10CMEntity]\n  type ICD10CMTraitList = js.Array[ICD10CMTrait]\n  type IamRoleArn = String\n  type JobId = String\n  type JobName = String\n  type KMSKey = String\n  type ManifestFilePath = String\n  type MaxResultsInteger = Int\n  type ModelVersion = String\n  type OntologyLinkingBoundedLengthString = String\n  type RxNormAttributeList = js.Array[RxNormAttribute]\n  type RxNormConceptList = js.Array[RxNormConcept]\n  type RxNormEntityList = js.Array[RxNormEntity]\n  type RxNormTraitList = js.Array[RxNormTrait]\n  type S3Bucket = String\n  type S3Key = String\n  type Timestamp = js.Date\n  type TraitList = js.Array[Trait]\n  type UnmappedAttributeList = js.Array[UnmappedAttribute]\n\n  implicit final class ComprehendMedicalOps(private val service: ComprehendMedical) extends AnyVal {\n\n    @inline def describeEntitiesDetectionV2JobFuture(params: DescribeEntitiesDetectionV2JobRequest): Future[DescribeEntitiesDetectionV2JobResponse] = service.describeEntitiesDetectionV2Job(params).promise().toFuture\n    @inline def describeICD10CMInferenceJobFuture(params: DescribeICD10CMInferenceJobRequest): Future[DescribeICD10CMInferenceJobResponse] = service.describeICD10CMInferenceJob(params).promise().toFuture\n    @inline def describePHIDetectionJobFuture(params: DescribePHIDetectionJobRequest): Future[DescribePHIDetectionJobResponse] = service.describePHIDetectionJob(params).promise().toFuture\n    @inline def describeRxNormInferenceJobFuture(params: DescribeRxNormInferenceJobRequest): Future[DescribeRxNormInferenceJobResponse] = service.describeRxNormInferenceJob(params).promise().toFuture\n    @inline def detectEntitiesV2Future(params: DetectEntitiesV2Request): Future[DetectEntitiesV2Response] = service.detectEntitiesV2(params).promise().toFuture\n    @inline def detectPHIFuture(params: DetectPHIRequest): Future[DetectPHIResponse] = service.detectPHI(params).promise().toFuture\n    @inline def inferICD10CMFuture(params: InferICD10CMRequest): Future[InferICD10CMResponse] = service.inferICD10CM(params).promise().toFuture\n    @inline def inferRxNormFuture(params: InferRxNormRequest): Future[InferRxNormResponse] = service.inferRxNorm(params).promise().toFuture\n    @inline def listEntitiesDetectionV2JobsFuture(params: ListEntitiesDetectionV2JobsRequest): Future[ListEntitiesDetectionV2JobsResponse] = service.listEntitiesDetectionV2Jobs(params).promise().toFuture\n    @inline def listICD10CMInferenceJobsFuture(params: ListICD10CMInferenceJobsRequest): Future[ListICD10CMInferenceJobsResponse] = service.listICD10CMInferenceJobs(params).promise().toFuture\n    @inline def listPHIDetectionJobsFuture(params: ListPHIDetectionJobsRequest): Future[ListPHIDetectionJobsResponse] = service.listPHIDetectionJobs(params).promise().toFuture\n    @inline def listRxNormInferenceJobsFuture(params: ListRxNormInferenceJobsRequest): Future[ListRxNormInferenceJobsResponse] = service.listRxNormInferenceJobs(params).promise().toFuture\n    @inline def startEntitiesDetectionV2JobFuture(params: StartEntitiesDetectionV2JobRequest): Future[StartEntitiesDetectionV2JobResponse] = service.startEntitiesDetectionV2Job(params).promise().toFuture\n    @inline def startICD10CMInferenceJobFuture(params: StartICD10CMInferenceJobRequest): Future[StartICD10CMInferenceJobResponse] = service.startICD10CMInferenceJob(params).promise().toFuture\n    @inline def startPHIDetectionJobFuture(params: StartPHIDetectionJobRequest): Future[StartPHIDetectionJobResponse] = service.startPHIDetectionJob(params).promise().toFuture\n    @inline def startRxNormInferenceJobFuture(params: StartRxNormInferenceJobRequest): Future[StartRxNormInferenceJobResponse] = service.startRxNormInferenceJob(params).promise().toFuture\n    @inline def stopEntitiesDetectionV2JobFuture(params: StopEntitiesDetectionV2JobRequest): Future[StopEntitiesDetectionV2JobResponse] = service.stopEntitiesDetectionV2Job(params).promise().toFuture\n    @inline def stopICD10CMInferenceJobFuture(params: StopICD10CMInferenceJobRequest): Future[StopICD10CMInferenceJobResponse] = service.stopICD10CMInferenceJob(params).promise().toFuture\n    @inline def stopPHIDetectionJobFuture(params: StopPHIDetectionJobRequest): Future[StopPHIDetectionJobResponse] = service.stopPHIDetectionJob(params).promise().toFuture\n    @inline def stopRxNormInferenceJobFuture(params: StopRxNormInferenceJobRequest): Future[StopRxNormInferenceJobResponse] = service.stopRxNormInferenceJob(params).promise().toFuture\n\n  }\n}\n\npackage comprehendmedical {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/comprehendmedical\", JSImport.Namespace, \"AWS.ComprehendMedical\")\n  class ComprehendMedical() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"This operation is deprecated, use DetectEntitiesV2 instead.\", \"forever\") def detectEntities(params: DetectEntitiesRequest): Request[DetectEntitiesResponse] = js.native\n    def describeEntitiesDetectionV2Job(params: DescribeEntitiesDetectionV2JobRequest): Request[DescribeEntitiesDetectionV2JobResponse] = js.native\n    def describeICD10CMInferenceJob(params: DescribeICD10CMInferenceJobRequest): Request[DescribeICD10CMInferenceJobResponse] = js.native\n    def describePHIDetectionJob(params: DescribePHIDetectionJobRequest): Request[DescribePHIDetectionJobResponse] = js.native\n    def describeRxNormInferenceJob(params: DescribeRxNormInferenceJobRequest): Request[DescribeRxNormInferenceJobResponse] = js.native\n    def detectEntitiesV2(params: DetectEntitiesV2Request): Request[DetectEntitiesV2Response] = js.native\n    def detectPHI(params: DetectPHIRequest): Request[DetectPHIResponse] = js.native\n    def inferICD10CM(params: InferICD10CMRequest): Request[InferICD10CMResponse] = js.native\n    def inferRxNorm(params: InferRxNormRequest): Request[InferRxNormResponse] = js.native\n    def listEntitiesDetectionV2Jobs(params: ListEntitiesDetectionV2JobsRequest): Request[ListEntitiesDetectionV2JobsResponse] = js.native\n    def listICD10CMInferenceJobs(params: ListICD10CMInferenceJobsRequest): Request[ListICD10CMInferenceJobsResponse] = js.native\n    def listPHIDetectionJobs(params: ListPHIDetectionJobsRequest): Request[ListPHIDetectionJobsResponse] = js.native\n    def listRxNormInferenceJobs(params: ListRxNormInferenceJobsRequest): Request[ListRxNormInferenceJobsResponse] = js.native\n    def startEntitiesDetectionV2Job(params: StartEntitiesDetectionV2JobRequest): Request[StartEntitiesDetectionV2JobResponse] = js.native\n    def startICD10CMInferenceJob(params: StartICD10CMInferenceJobRequest): Request[StartICD10CMInferenceJobResponse] = js.native\n    def startPHIDetectionJob(params: StartPHIDetectionJobRequest): Request[StartPHIDetectionJobResponse] = js.native\n    def startRxNormInferenceJob(params: StartRxNormInferenceJobRequest): Request[StartRxNormInferenceJobResponse] = js.native\n    def stopEntitiesDetectionV2Job(params: StopEntitiesDetectionV2JobRequest): Request[StopEntitiesDetectionV2JobResponse] = js.native\n    def stopICD10CMInferenceJob(params: StopICD10CMInferenceJobRequest): Request[StopICD10CMInferenceJobResponse] = js.native\n    def stopPHIDetectionJob(params: StopPHIDetectionJobRequest): Request[StopPHIDetectionJobResponse] = js.native\n    def stopRxNormInferenceJob(params: StopRxNormInferenceJobRequest): Request[StopRxNormInferenceJobResponse] = js.native\n  }\n\n  \/** An extracted segment of the text that is an attribute of an entity, or otherwise related to an entity, such as the dosage of a medication taken. It contains information about the attribute such as id, begin and end offset within the input text, and the segment of the input text.\n    *\/\n  @js.native\n  trait Attribute extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var Category: js.UndefOr[EntityType]\n    var EndOffset: js.UndefOr[Int]\n    var Id: js.UndefOr[Int]\n    var RelationshipScore: js.UndefOr[Float]\n    var RelationshipType: js.UndefOr[RelationshipType]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n    var Traits: js.UndefOr[TraitList]\n    var Type: js.UndefOr[EntitySubType]\n  }\n\n  object Attribute {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        Category: js.UndefOr[EntityType] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        RelationshipScore: js.UndefOr[Float] = js.undefined,\n        RelationshipType: js.UndefOr[RelationshipType] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        Traits: js.UndefOr[TraitList] = js.undefined,\n        Type: js.UndefOr[EntitySubType] = js.undefined\n    ): Attribute = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      RelationshipScore.foreach(__v => __obj.updateDynamic(\"RelationshipScore\")(__v.asInstanceOf[js.Any]))\n      RelationshipType.foreach(__v => __obj.updateDynamic(\"RelationshipType\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Attribute]\n    }\n  }\n\n  @js.native\n  sealed trait AttributeName extends js.Any\n  object AttributeName {\n    val SIGN = \"SIGN\".asInstanceOf[AttributeName]\n    val SYMPTOM = \"SYMPTOM\".asInstanceOf[AttributeName]\n    val DIAGNOSIS = \"DIAGNOSIS\".asInstanceOf[AttributeName]\n    val NEGATION = \"NEGATION\".asInstanceOf[AttributeName]\n\n    @inline def values = js.Array(SIGN, SYMPTOM, DIAGNOSIS, NEGATION)\n  }\n\n  \/** Provides information for filtering a list of detection jobs.\n    *\/\n  @js.native\n  trait ComprehendMedicalAsyncJobFilter extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var SubmitTimeAfter: js.UndefOr[Timestamp]\n    var SubmitTimeBefore: js.UndefOr[Timestamp]\n  }\n\n  object ComprehendMedicalAsyncJobFilter {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        SubmitTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        SubmitTimeBefore: js.UndefOr[Timestamp] = js.undefined\n    ): ComprehendMedicalAsyncJobFilter = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeAfter.foreach(__v => __obj.updateDynamic(\"SubmitTimeAfter\")(__v.asInstanceOf[js.Any]))\n      SubmitTimeBefore.foreach(__v => __obj.updateDynamic(\"SubmitTimeBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComprehendMedicalAsyncJobFilter]\n    }\n  }\n\n  \/** Provides information about a detection job.\n    *\/\n  @js.native\n  trait ComprehendMedicalAsyncJobProperties extends js.Object {\n    var DataAccessRoleArn: js.UndefOr[IamRoleArn]\n    var EndTime: js.UndefOr[Timestamp]\n    var ExpirationTime: js.UndefOr[Timestamp]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var JobId: js.UndefOr[JobId]\n    var JobName: js.UndefOr[JobName]\n    var JobStatus: js.UndefOr[JobStatus]\n    var KMSKey: js.UndefOr[KMSKey]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var ManifestFilePath: js.UndefOr[ManifestFilePath]\n    var Message: js.UndefOr[AnyLengthString]\n    var ModelVersion: js.UndefOr[ModelVersion]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var SubmitTime: js.UndefOr[Timestamp]\n  }\n\n  object ComprehendMedicalAsyncJobProperties {\n    @inline\n    def apply(\n        DataAccessRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        ExpirationTime: js.UndefOr[Timestamp] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        KMSKey: js.UndefOr[KMSKey] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        ManifestFilePath: js.UndefOr[ManifestFilePath] = js.undefined,\n        Message: js.UndefOr[AnyLengthString] = js.undefined,\n        ModelVersion: js.UndefOr[ModelVersion] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined\n    ): ComprehendMedicalAsyncJobProperties = {\n      val __obj = js.Dynamic.literal()\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ExpirationTime.foreach(__v => __obj.updateDynamic(\"ExpirationTime\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      KMSKey.foreach(__v => __obj.updateDynamic(\"KMSKey\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      ManifestFilePath.foreach(__v => __obj.updateDynamic(\"ManifestFilePath\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComprehendMedicalAsyncJobProperties]\n    }\n  }\n\n  @js.native\n  trait DescribeEntitiesDetectionV2JobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeEntitiesDetectionV2JobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeEntitiesDetectionV2JobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEntitiesDetectionV2JobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEntitiesDetectionV2JobResponse extends js.Object {\n    var ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties]\n  }\n\n  object DescribeEntitiesDetectionV2JobResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties] = js.undefined\n    ): DescribeEntitiesDetectionV2JobResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobProperties.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEntitiesDetectionV2JobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeICD10CMInferenceJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeICD10CMInferenceJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeICD10CMInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeICD10CMInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeICD10CMInferenceJobResponse extends js.Object {\n    var ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties]\n  }\n\n  object DescribeICD10CMInferenceJobResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties] = js.undefined\n    ): DescribeICD10CMInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobProperties.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeICD10CMInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePHIDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribePHIDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribePHIDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePHIDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePHIDetectionJobResponse extends js.Object {\n    var ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties]\n  }\n\n  object DescribePHIDetectionJobResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties] = js.undefined\n    ): DescribePHIDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobProperties.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePHIDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRxNormInferenceJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeRxNormInferenceJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeRxNormInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeRxNormInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRxNormInferenceJobResponse extends js.Object {\n    var ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties]\n  }\n\n  object DescribeRxNormInferenceJobResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobProperties: js.UndefOr[ComprehendMedicalAsyncJobProperties] = js.undefined\n    ): DescribeRxNormInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobProperties.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRxNormInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesRequest extends js.Object {\n    var Text: BoundedLengthString\n  }\n\n  object DetectEntitiesRequest {\n    @inline\n    def apply(\n        Text: BoundedLengthString\n    ): DetectEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesResponse extends js.Object {\n    var Entities: EntityList\n    var ModelVersion: String\n    var PaginationToken: js.UndefOr[String]\n    var UnmappedAttributes: js.UndefOr[UnmappedAttributeList]\n  }\n\n  object DetectEntitiesResponse {\n    @inline\n    def apply(\n        Entities: EntityList,\n        ModelVersion: String,\n        PaginationToken: js.UndefOr[String] = js.undefined,\n        UnmappedAttributes: js.UndefOr[UnmappedAttributeList] = js.undefined\n    ): DetectEntitiesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Entities\" -> Entities.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any]\n      )\n\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      UnmappedAttributes.foreach(__v => __obj.updateDynamic(\"UnmappedAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesV2Request extends js.Object {\n    var Text: BoundedLengthString\n  }\n\n  object DetectEntitiesV2Request {\n    @inline\n    def apply(\n        Text: BoundedLengthString\n    ): DetectEntitiesV2Request = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectEntitiesV2Request]\n    }\n  }\n\n  @js.native\n  trait DetectEntitiesV2Response extends js.Object {\n    var Entities: EntityList\n    var ModelVersion: String\n    var PaginationToken: js.UndefOr[String]\n    var UnmappedAttributes: js.UndefOr[UnmappedAttributeList]\n  }\n\n  object DetectEntitiesV2Response {\n    @inline\n    def apply(\n        Entities: EntityList,\n        ModelVersion: String,\n        PaginationToken: js.UndefOr[String] = js.undefined,\n        UnmappedAttributes: js.UndefOr[UnmappedAttributeList] = js.undefined\n    ): DetectEntitiesV2Response = {\n      val __obj = js.Dynamic.literal(\n        \"Entities\" -> Entities.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any]\n      )\n\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      UnmappedAttributes.foreach(__v => __obj.updateDynamic(\"UnmappedAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectEntitiesV2Response]\n    }\n  }\n\n  @js.native\n  trait DetectPHIRequest extends js.Object {\n    var Text: BoundedLengthString\n  }\n\n  object DetectPHIRequest {\n    @inline\n    def apply(\n        Text: BoundedLengthString\n    ): DetectPHIRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectPHIRequest]\n    }\n  }\n\n  @js.native\n  trait DetectPHIResponse extends js.Object {\n    var Entities: EntityList\n    var ModelVersion: String\n    var PaginationToken: js.UndefOr[String]\n  }\n\n  object DetectPHIResponse {\n    @inline\n    def apply(\n        Entities: EntityList,\n        ModelVersion: String,\n        PaginationToken: js.UndefOr[String] = js.undefined\n    ): DetectPHIResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Entities\" -> Entities.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any]\n      )\n\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectPHIResponse]\n    }\n  }\n\n  \/** Provides information about an extracted medical entity.\n    *\/\n  @js.native\n  trait Entity extends js.Object {\n    var Attributes: js.UndefOr[AttributeList]\n    var BeginOffset: js.UndefOr[Int]\n    var Category: js.UndefOr[EntityType]\n    var EndOffset: js.UndefOr[Int]\n    var Id: js.UndefOr[Int]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n    var Traits: js.UndefOr[TraitList]\n    var Type: js.UndefOr[EntitySubType]\n  }\n\n  object Entity {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeList] = js.undefined,\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        Category: js.UndefOr[EntityType] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        Traits: js.UndefOr[TraitList] = js.undefined,\n        Type: js.UndefOr[EntitySubType] = js.undefined\n    ): Entity = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Entity]\n    }\n  }\n\n  @js.native\n  sealed trait EntitySubType extends js.Any\n  object EntitySubType {\n    val NAME = \"NAME\".asInstanceOf[EntitySubType]\n    val DOSAGE = \"DOSAGE\".asInstanceOf[EntitySubType]\n    val ROUTE_OR_MODE = \"ROUTE_OR_MODE\".asInstanceOf[EntitySubType]\n    val FORM = \"FORM\".asInstanceOf[EntitySubType]\n    val FREQUENCY = \"FREQUENCY\".asInstanceOf[EntitySubType]\n    val DURATION = \"DURATION\".asInstanceOf[EntitySubType]\n    val GENERIC_NAME = \"GENERIC_NAME\".asInstanceOf[EntitySubType]\n    val BRAND_NAME = \"BRAND_NAME\".asInstanceOf[EntitySubType]\n    val STRENGTH = \"STRENGTH\".asInstanceOf[EntitySubType]\n    val RATE = \"RATE\".asInstanceOf[EntitySubType]\n    val ACUITY = \"ACUITY\".asInstanceOf[EntitySubType]\n    val TEST_NAME = \"TEST_NAME\".asInstanceOf[EntitySubType]\n    val TEST_VALUE = \"TEST_VALUE\".asInstanceOf[EntitySubType]\n    val TEST_UNITS = \"TEST_UNITS\".asInstanceOf[EntitySubType]\n    val PROCEDURE_NAME = \"PROCEDURE_NAME\".asInstanceOf[EntitySubType]\n    val TREATMENT_NAME = \"TREATMENT_NAME\".asInstanceOf[EntitySubType]\n    val DATE = \"DATE\".asInstanceOf[EntitySubType]\n    val AGE = \"AGE\".asInstanceOf[EntitySubType]\n    val CONTACT_POINT = \"CONTACT_POINT\".asInstanceOf[EntitySubType]\n    val EMAIL = \"EMAIL\".asInstanceOf[EntitySubType]\n    val IDENTIFIER = \"IDENTIFIER\".asInstanceOf[EntitySubType]\n    val URL = \"URL\".asInstanceOf[EntitySubType]\n    val ADDRESS = \"ADDRESS\".asInstanceOf[EntitySubType]\n    val PROFESSION = \"PROFESSION\".asInstanceOf[EntitySubType]\n    val SYSTEM_ORGAN_SITE = \"SYSTEM_ORGAN_SITE\".asInstanceOf[EntitySubType]\n    val DIRECTION = \"DIRECTION\".asInstanceOf[EntitySubType]\n    val QUALITY = \"QUALITY\".asInstanceOf[EntitySubType]\n    val QUANTITY = \"QUANTITY\".asInstanceOf[EntitySubType]\n    val TIME_EXPRESSION = \"TIME_EXPRESSION\".asInstanceOf[EntitySubType]\n    val TIME_TO_MEDICATION_NAME = \"TIME_TO_MEDICATION_NAME\".asInstanceOf[EntitySubType]\n    val TIME_TO_DX_NAME = \"TIME_TO_DX_NAME\".asInstanceOf[EntitySubType]\n    val TIME_TO_TEST_NAME = \"TIME_TO_TEST_NAME\".asInstanceOf[EntitySubType]\n    val TIME_TO_PROCEDURE_NAME = \"TIME_TO_PROCEDURE_NAME\".asInstanceOf[EntitySubType]\n    val TIME_TO_TREATMENT_NAME = \"TIME_TO_TREATMENT_NAME\".asInstanceOf[EntitySubType]\n\n    @inline def values = js.Array(\n      NAME,\n      DOSAGE,\n      ROUTE_OR_MODE,\n      FORM,\n      FREQUENCY,\n      DURATION,\n      GENERIC_NAME,\n      BRAND_NAME,\n      STRENGTH,\n      RATE,\n      ACUITY,\n      TEST_NAME,\n      TEST_VALUE,\n      TEST_UNITS,\n      PROCEDURE_NAME,\n      TREATMENT_NAME,\n      DATE,\n      AGE,\n      CONTACT_POINT,\n      EMAIL,\n      IDENTIFIER,\n      URL,\n      ADDRESS,\n      PROFESSION,\n      SYSTEM_ORGAN_SITE,\n      DIRECTION,\n      QUALITY,\n      QUANTITY,\n      TIME_EXPRESSION,\n      TIME_TO_MEDICATION_NAME,\n      TIME_TO_DX_NAME,\n      TIME_TO_TEST_NAME,\n      TIME_TO_PROCEDURE_NAME,\n      TIME_TO_TREATMENT_NAME\n    )\n  }\n\n  @js.native\n  sealed trait EntityType extends js.Any\n  object EntityType {\n    val MEDICATION = \"MEDICATION\".asInstanceOf[EntityType]\n    val MEDICAL_CONDITION = \"MEDICAL_CONDITION\".asInstanceOf[EntityType]\n    val PROTECTED_HEALTH_INFORMATION = \"PROTECTED_HEALTH_INFORMATION\".asInstanceOf[EntityType]\n    val TEST_TREATMENT_PROCEDURE = \"TEST_TREATMENT_PROCEDURE\".asInstanceOf[EntityType]\n    val ANATOMY = \"ANATOMY\".asInstanceOf[EntityType]\n    val TIME_EXPRESSION = \"TIME_EXPRESSION\".asInstanceOf[EntityType]\n\n    @inline def values = js.Array(MEDICATION, MEDICAL_CONDITION, PROTECTED_HEALTH_INFORMATION, TEST_TREATMENT_PROCEDURE, ANATOMY, TIME_EXPRESSION)\n  }\n\n  \/** The detected attributes that relate to an entity. This includes an extracted segment of the text that is an attribute of an entity, or otherwise related to an entity. InferICD10CM detects the following attributes: <code>Direction<\/code>, <code>System, Organ or Site<\/code>, and <code>Acuity<\/code>.\n    *\/\n  @js.native\n  trait ICD10CMAttribute extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var Category: js.UndefOr[ICD10CMEntityType]\n    var EndOffset: js.UndefOr[Int]\n    var Id: js.UndefOr[Int]\n    var RelationshipScore: js.UndefOr[Float]\n    var RelationshipType: js.UndefOr[ICD10CMRelationshipType]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n    var Traits: js.UndefOr[ICD10CMTraitList]\n    var Type: js.UndefOr[ICD10CMAttributeType]\n  }\n\n  object ICD10CMAttribute {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        Category: js.UndefOr[ICD10CMEntityType] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        RelationshipScore: js.UndefOr[Float] = js.undefined,\n        RelationshipType: js.UndefOr[ICD10CMRelationshipType] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        Traits: js.UndefOr[ICD10CMTraitList] = js.undefined,\n        Type: js.UndefOr[ICD10CMAttributeType] = js.undefined\n    ): ICD10CMAttribute = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      RelationshipScore.foreach(__v => __obj.updateDynamic(\"RelationshipScore\")(__v.asInstanceOf[js.Any]))\n      RelationshipType.foreach(__v => __obj.updateDynamic(\"RelationshipType\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ICD10CMAttribute]\n    }\n  }\n\n  @js.native\n  sealed trait ICD10CMAttributeType extends js.Any\n  object ICD10CMAttributeType {\n    val ACUITY = \"ACUITY\".asInstanceOf[ICD10CMAttributeType]\n    val DIRECTION = \"DIRECTION\".asInstanceOf[ICD10CMAttributeType]\n    val SYSTEM_ORGAN_SITE = \"SYSTEM_ORGAN_SITE\".asInstanceOf[ICD10CMAttributeType]\n    val QUALITY = \"QUALITY\".asInstanceOf[ICD10CMAttributeType]\n    val QUANTITY = \"QUANTITY\".asInstanceOf[ICD10CMAttributeType]\n    val TIME_TO_DX_NAME = \"TIME_TO_DX_NAME\".asInstanceOf[ICD10CMAttributeType]\n    val TIME_EXPRESSION = \"TIME_EXPRESSION\".asInstanceOf[ICD10CMAttributeType]\n\n    @inline def values = js.Array(ACUITY, DIRECTION, SYSTEM_ORGAN_SITE, QUALITY, QUANTITY, TIME_TO_DX_NAME, TIME_EXPRESSION)\n  }\n\n  \/** The ICD-10-CM concepts that the entity could refer to, along with a score indicating the likelihood of the match.\n    *\/\n  @js.native\n  trait ICD10CMConcept extends js.Object {\n    var Code: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var Score: js.UndefOr[Float]\n  }\n\n  object ICD10CMConcept {\n    @inline\n    def apply(\n        Code: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): ICD10CMConcept = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ICD10CMConcept]\n    }\n  }\n\n  \/** The collection of medical entities extracted from the input text and their associated information. For each entity, the response provides the entity text, the entity category, where the entity text begins and ends, and the level of confidence that Amazon Comprehend Medical has in the detection and analysis. Attributes and traits of the entity are also returned.\n    *\/\n  @js.native\n  trait ICD10CMEntity extends js.Object {\n    var Attributes: js.UndefOr[ICD10CMAttributeList]\n    var BeginOffset: js.UndefOr[Int]\n    var Category: js.UndefOr[ICD10CMEntityCategory]\n    var EndOffset: js.UndefOr[Int]\n    var ICD10CMConcepts: js.UndefOr[ICD10CMConceptList]\n    var Id: js.UndefOr[Int]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[OntologyLinkingBoundedLengthString]\n    var Traits: js.UndefOr[ICD10CMTraitList]\n    var Type: js.UndefOr[ICD10CMEntityType]\n  }\n\n  object ICD10CMEntity {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[ICD10CMAttributeList] = js.undefined,\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        Category: js.UndefOr[ICD10CMEntityCategory] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        ICD10CMConcepts: js.UndefOr[ICD10CMConceptList] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[OntologyLinkingBoundedLengthString] = js.undefined,\n        Traits: js.UndefOr[ICD10CMTraitList] = js.undefined,\n        Type: js.UndefOr[ICD10CMEntityType] = js.undefined\n    ): ICD10CMEntity = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      ICD10CMConcepts.foreach(__v => __obj.updateDynamic(\"ICD10CMConcepts\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ICD10CMEntity]\n    }\n  }\n\n  @js.native\n  sealed trait ICD10CMEntityCategory extends js.Any\n  object ICD10CMEntityCategory {\n    val MEDICAL_CONDITION = \"MEDICAL_CONDITION\".asInstanceOf[ICD10CMEntityCategory]\n\n    @inline def values = js.Array(MEDICAL_CONDITION)\n  }\n\n  @js.native\n  sealed trait ICD10CMEntityType extends js.Any\n  object ICD10CMEntityType {\n    val DX_NAME = \"DX_NAME\".asInstanceOf[ICD10CMEntityType]\n    val TIME_EXPRESSION = \"TIME_EXPRESSION\".asInstanceOf[ICD10CMEntityType]\n\n    @inline def values = js.Array(DX_NAME, TIME_EXPRESSION)\n  }\n\n  @js.native\n  sealed trait ICD10CMRelationshipType extends js.Any\n  object ICD10CMRelationshipType {\n    val OVERLAP = \"OVERLAP\".asInstanceOf[ICD10CMRelationshipType]\n    val SYSTEM_ORGAN_SITE = \"SYSTEM_ORGAN_SITE\".asInstanceOf[ICD10CMRelationshipType]\n\n    @inline def values = js.Array(OVERLAP, SYSTEM_ORGAN_SITE)\n  }\n\n  \/** Contextual information for the entity. The traits recognized by InferICD10CM are <code>DIAGNOSIS<\/code>, <code>SIGN<\/code>, <code>SYMPTOM<\/code>, and <code>NEGATION<\/code>.\n    *\/\n  @js.native\n  trait ICD10CMTrait extends js.Object {\n    var Name: js.UndefOr[ICD10CMTraitName]\n    var Score: js.UndefOr[Float]\n  }\n\n  object ICD10CMTrait {\n    @inline\n    def apply(\n        Name: js.UndefOr[ICD10CMTraitName] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): ICD10CMTrait = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ICD10CMTrait]\n    }\n  }\n\n  @js.native\n  sealed trait ICD10CMTraitName extends js.Any\n  object ICD10CMTraitName {\n    val NEGATION = \"NEGATION\".asInstanceOf[ICD10CMTraitName]\n    val DIAGNOSIS = \"DIAGNOSIS\".asInstanceOf[ICD10CMTraitName]\n    val SIGN = \"SIGN\".asInstanceOf[ICD10CMTraitName]\n    val SYMPTOM = \"SYMPTOM\".asInstanceOf[ICD10CMTraitName]\n\n    @inline def values = js.Array(NEGATION, DIAGNOSIS, SIGN, SYMPTOM)\n  }\n\n  @js.native\n  trait InferICD10CMRequest extends js.Object {\n    var Text: OntologyLinkingBoundedLengthString\n  }\n\n  object InferICD10CMRequest {\n    @inline\n    def apply(\n        Text: OntologyLinkingBoundedLengthString\n    ): InferICD10CMRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InferICD10CMRequest]\n    }\n  }\n\n  @js.native\n  trait InferICD10CMResponse extends js.Object {\n    var Entities: ICD10CMEntityList\n    var ModelVersion: js.UndefOr[String]\n    var PaginationToken: js.UndefOr[String]\n  }\n\n  object InferICD10CMResponse {\n    @inline\n    def apply(\n        Entities: ICD10CMEntityList,\n        ModelVersion: js.UndefOr[String] = js.undefined,\n        PaginationToken: js.UndefOr[String] = js.undefined\n    ): InferICD10CMResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Entities\" -> Entities.asInstanceOf[js.Any]\n      )\n\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InferICD10CMResponse]\n    }\n  }\n\n  @js.native\n  trait InferRxNormRequest extends js.Object {\n    var Text: OntologyLinkingBoundedLengthString\n  }\n\n  object InferRxNormRequest {\n    @inline\n    def apply(\n        Text: OntologyLinkingBoundedLengthString\n    ): InferRxNormRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Text\" -> Text.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InferRxNormRequest]\n    }\n  }\n\n  @js.native\n  trait InferRxNormResponse extends js.Object {\n    var Entities: RxNormEntityList\n    var ModelVersion: js.UndefOr[String]\n    var PaginationToken: js.UndefOr[String]\n  }\n\n  object InferRxNormResponse {\n    @inline\n    def apply(\n        Entities: RxNormEntityList,\n        ModelVersion: js.UndefOr[String] = js.undefined,\n        PaginationToken: js.UndefOr[String] = js.undefined\n    ): InferRxNormResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Entities\" -> Entities.asInstanceOf[js.Any]\n      )\n\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InferRxNormResponse]\n    }\n  }\n\n  \/** The input properties for an entities detection job. This includes the name of the S3 bucket and the path to the files to be analyzed.\n    *\/\n  @js.native\n  trait InputDataConfig extends js.Object {\n    var S3Bucket: S3Bucket\n    var S3Key: js.UndefOr[S3Key]\n  }\n\n  object InputDataConfig {\n    @inline\n    def apply(\n        S3Bucket: S3Bucket,\n        S3Key: js.UndefOr[S3Key] = js.undefined\n    ): InputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any]\n      )\n\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDataConfig]\n    }\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[JobStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[JobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[JobStatus]\n    val PARTIAL_SUCCESS = \"PARTIAL_SUCCESS\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n    val STOP_REQUESTED = \"STOP_REQUESTED\".asInstanceOf[JobStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(SUBMITTED, IN_PROGRESS, COMPLETED, PARTIAL_SUCCESS, FAILED, STOP_REQUESTED, STOPPED)\n  }\n\n  @js.native\n  sealed trait LanguageCode extends js.Any\n  object LanguageCode {\n    val en = \"en\".asInstanceOf[LanguageCode]\n\n    @inline def values = js.Array(en)\n  }\n\n  @js.native\n  trait ListEntitiesDetectionV2JobsRequest extends js.Object {\n    var Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntitiesDetectionV2JobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntitiesDetectionV2JobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesDetectionV2JobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEntitiesDetectionV2JobsResponse extends js.Object {\n    var ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListEntitiesDetectionV2JobsResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListEntitiesDetectionV2JobsResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobPropertiesList.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesDetectionV2JobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListICD10CMInferenceJobsRequest extends js.Object {\n    var Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListICD10CMInferenceJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListICD10CMInferenceJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListICD10CMInferenceJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListICD10CMInferenceJobsResponse extends js.Object {\n    var ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListICD10CMInferenceJobsResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListICD10CMInferenceJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobPropertiesList.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListICD10CMInferenceJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPHIDetectionJobsRequest extends js.Object {\n    var Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListPHIDetectionJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListPHIDetectionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPHIDetectionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPHIDetectionJobsResponse extends js.Object {\n    var ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListPHIDetectionJobsResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListPHIDetectionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobPropertiesList.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPHIDetectionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRxNormInferenceJobsRequest extends js.Object {\n    var Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter]\n    var MaxResults: js.UndefOr[MaxResultsInteger]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListRxNormInferenceJobsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[ComprehendMedicalAsyncJobFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsInteger] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListRxNormInferenceJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRxNormInferenceJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRxNormInferenceJobsResponse extends js.Object {\n    var ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListRxNormInferenceJobsResponse {\n    @inline\n    def apply(\n        ComprehendMedicalAsyncJobPropertiesList: js.UndefOr[ComprehendMedicalAsyncJobPropertiesList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListRxNormInferenceJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      ComprehendMedicalAsyncJobPropertiesList.foreach(__v => __obj.updateDynamic(\"ComprehendMedicalAsyncJobPropertiesList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRxNormInferenceJobsResponse]\n    }\n  }\n\n  \/** The output properties for a detection job.\n    *\/\n  @js.native\n  trait OutputDataConfig extends js.Object {\n    var S3Bucket: S3Bucket\n    var S3Key: js.UndefOr[S3Key]\n  }\n\n  object OutputDataConfig {\n    @inline\n    def apply(\n        S3Bucket: S3Bucket,\n        S3Key: js.UndefOr[S3Key] = js.undefined\n    ): OutputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any]\n      )\n\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDataConfig]\n    }\n  }\n\n  @js.native\n  sealed trait RelationshipType extends js.Any\n  object RelationshipType {\n    val EVERY = \"EVERY\".asInstanceOf[RelationshipType]\n    val WITH_DOSAGE = \"WITH_DOSAGE\".asInstanceOf[RelationshipType]\n    val ADMINISTERED_VIA = \"ADMINISTERED_VIA\".asInstanceOf[RelationshipType]\n    val FOR = \"FOR\".asInstanceOf[RelationshipType]\n    val NEGATIVE = \"NEGATIVE\".asInstanceOf[RelationshipType]\n    val OVERLAP = \"OVERLAP\".asInstanceOf[RelationshipType]\n    val DOSAGE = \"DOSAGE\".asInstanceOf[RelationshipType]\n    val ROUTE_OR_MODE = \"ROUTE_OR_MODE\".asInstanceOf[RelationshipType]\n    val FORM = \"FORM\".asInstanceOf[RelationshipType]\n    val FREQUENCY = \"FREQUENCY\".asInstanceOf[RelationshipType]\n    val DURATION = \"DURATION\".asInstanceOf[RelationshipType]\n    val STRENGTH = \"STRENGTH\".asInstanceOf[RelationshipType]\n    val RATE = \"RATE\".asInstanceOf[RelationshipType]\n    val ACUITY = \"ACUITY\".asInstanceOf[RelationshipType]\n    val TEST_VALUE = \"TEST_VALUE\".asInstanceOf[RelationshipType]\n    val TEST_UNITS = \"TEST_UNITS\".asInstanceOf[RelationshipType]\n    val DIRECTION = \"DIRECTION\".asInstanceOf[RelationshipType]\n    val SYSTEM_ORGAN_SITE = \"SYSTEM_ORGAN_SITE\".asInstanceOf[RelationshipType]\n\n    @inline def values = js.Array(\n      EVERY,\n      WITH_DOSAGE,\n      ADMINISTERED_VIA,\n      FOR,\n      NEGATIVE,\n      OVERLAP,\n      DOSAGE,\n      ROUTE_OR_MODE,\n      FORM,\n      FREQUENCY,\n      DURATION,\n      STRENGTH,\n      RATE,\n      ACUITY,\n      TEST_VALUE,\n      TEST_UNITS,\n      DIRECTION,\n      SYSTEM_ORGAN_SITE\n    )\n  }\n\n  \/** The extracted attributes that relate to this entity. The attributes recognized by InferRxNorm are <code>DOSAGE<\/code>, <code>DURATION<\/code>, <code>FORM<\/code>, <code>FREQUENCY<\/code>, <code>RATE<\/code>, <code>ROUTE_OR_MODE<\/code>.\n    *\/\n  @js.native\n  trait RxNormAttribute extends js.Object {\n    var BeginOffset: js.UndefOr[Int]\n    var EndOffset: js.UndefOr[Int]\n    var Id: js.UndefOr[Int]\n    var RelationshipScore: js.UndefOr[Float]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[String]\n    var Traits: js.UndefOr[RxNormTraitList]\n    var Type: js.UndefOr[RxNormAttributeType]\n  }\n\n  object RxNormAttribute {\n    @inline\n    def apply(\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        RelationshipScore: js.UndefOr[Float] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        Traits: js.UndefOr[RxNormTraitList] = js.undefined,\n        Type: js.UndefOr[RxNormAttributeType] = js.undefined\n    ): RxNormAttribute = {\n      val __obj = js.Dynamic.literal()\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      RelationshipScore.foreach(__v => __obj.updateDynamic(\"RelationshipScore\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RxNormAttribute]\n    }\n  }\n\n  @js.native\n  sealed trait RxNormAttributeType extends js.Any\n  object RxNormAttributeType {\n    val DOSAGE = \"DOSAGE\".asInstanceOf[RxNormAttributeType]\n    val DURATION = \"DURATION\".asInstanceOf[RxNormAttributeType]\n    val FORM = \"FORM\".asInstanceOf[RxNormAttributeType]\n    val FREQUENCY = \"FREQUENCY\".asInstanceOf[RxNormAttributeType]\n    val RATE = \"RATE\".asInstanceOf[RxNormAttributeType]\n    val ROUTE_OR_MODE = \"ROUTE_OR_MODE\".asInstanceOf[RxNormAttributeType]\n    val STRENGTH = \"STRENGTH\".asInstanceOf[RxNormAttributeType]\n\n    @inline def values = js.Array(DOSAGE, DURATION, FORM, FREQUENCY, RATE, ROUTE_OR_MODE, STRENGTH)\n  }\n\n  \/** The RxNorm concept that the entity could refer to, along with a score indicating the likelihood of the match.\n    *\/\n  @js.native\n  trait RxNormConcept extends js.Object {\n    var Code: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var Score: js.UndefOr[Float]\n  }\n\n  object RxNormConcept {\n    @inline\n    def apply(\n        Code: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): RxNormConcept = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RxNormConcept]\n    }\n  }\n\n  \/** The collection of medical entities extracted from the input text and their associated information. For each entity, the response provides the entity text, the entity category, where the entity text begins and ends, and the level of confidence that Amazon Comprehend Medical has in the detection and analysis. Attributes and traits of the entity are also returned.\n    *\/\n  @js.native\n  trait RxNormEntity extends js.Object {\n    var Attributes: js.UndefOr[RxNormAttributeList]\n    var BeginOffset: js.UndefOr[Int]\n    var Category: js.UndefOr[RxNormEntityCategory]\n    var EndOffset: js.UndefOr[Int]\n    var Id: js.UndefOr[Int]\n    var RxNormConcepts: js.UndefOr[RxNormConceptList]\n    var Score: js.UndefOr[Float]\n    var Text: js.UndefOr[OntologyLinkingBoundedLengthString]\n    var Traits: js.UndefOr[RxNormTraitList]\n    var Type: js.UndefOr[RxNormEntityType]\n  }\n\n  object RxNormEntity {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[RxNormAttributeList] = js.undefined,\n        BeginOffset: js.UndefOr[Int] = js.undefined,\n        Category: js.UndefOr[RxNormEntityCategory] = js.undefined,\n        EndOffset: js.UndefOr[Int] = js.undefined,\n        Id: js.UndefOr[Int] = js.undefined,\n        RxNormConcepts: js.UndefOr[RxNormConceptList] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined,\n        Text: js.UndefOr[OntologyLinkingBoundedLengthString] = js.undefined,\n        Traits: js.UndefOr[RxNormTraitList] = js.undefined,\n        Type: js.UndefOr[RxNormEntityType] = js.undefined\n    ): RxNormEntity = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      BeginOffset.foreach(__v => __obj.updateDynamic(\"BeginOffset\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      EndOffset.foreach(__v => __obj.updateDynamic(\"EndOffset\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      RxNormConcepts.foreach(__v => __obj.updateDynamic(\"RxNormConcepts\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      Traits.foreach(__v => __obj.updateDynamic(\"Traits\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RxNormEntity]\n    }\n  }\n\n  @js.native\n  sealed trait RxNormEntityCategory extends js.Any\n  object RxNormEntityCategory {\n    val MEDICATION = \"MEDICATION\".asInstanceOf[RxNormEntityCategory]\n\n    @inline def values = js.Array(MEDICATION)\n  }\n\n  @js.native\n  sealed trait RxNormEntityType extends js.Any\n  object RxNormEntityType {\n    val BRAND_NAME = \"BRAND_NAME\".asInstanceOf[RxNormEntityType]\n    val GENERIC_NAME = \"GENERIC_NAME\".asInstanceOf[RxNormEntityType]\n\n    @inline def values = js.Array(BRAND_NAME, GENERIC_NAME)\n  }\n\n  \/** The contextual information for the entity. InferRxNorm recognizes the trait <code>NEGATION<\/code>, which is any indication that the patient is not taking a medication.\n    *\/\n  @js.native\n  trait RxNormTrait extends js.Object {\n    var Name: js.UndefOr[RxNormTraitName]\n    var Score: js.UndefOr[Float]\n  }\n\n  object RxNormTrait {\n    @inline\n    def apply(\n        Name: js.UndefOr[RxNormTraitName] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): RxNormTrait = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RxNormTrait]\n    }\n  }\n\n  @js.native\n  sealed trait RxNormTraitName extends js.Any\n  object RxNormTraitName {\n    val NEGATION = \"NEGATION\".asInstanceOf[RxNormTraitName]\n\n    @inline def values = js.Array(NEGATION)\n  }\n\n  @js.native\n  trait StartEntitiesDetectionV2JobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var KMSKey: js.UndefOr[KMSKey]\n  }\n\n  object StartEntitiesDetectionV2JobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        KMSKey: js.UndefOr[KMSKey] = js.undefined\n    ): StartEntitiesDetectionV2JobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      KMSKey.foreach(__v => __obj.updateDynamic(\"KMSKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEntitiesDetectionV2JobRequest]\n    }\n  }\n\n  @js.native\n  trait StartEntitiesDetectionV2JobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartEntitiesDetectionV2JobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartEntitiesDetectionV2JobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartEntitiesDetectionV2JobResponse]\n    }\n  }\n\n  @js.native\n  trait StartICD10CMInferenceJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var KMSKey: js.UndefOr[KMSKey]\n  }\n\n  object StartICD10CMInferenceJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        KMSKey: js.UndefOr[KMSKey] = js.undefined\n    ): StartICD10CMInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      KMSKey.foreach(__v => __obj.updateDynamic(\"KMSKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartICD10CMInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartICD10CMInferenceJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartICD10CMInferenceJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartICD10CMInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartICD10CMInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartPHIDetectionJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var KMSKey: js.UndefOr[KMSKey]\n  }\n\n  object StartPHIDetectionJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        KMSKey: js.UndefOr[KMSKey] = js.undefined\n    ): StartPHIDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      KMSKey.foreach(__v => __obj.updateDynamic(\"KMSKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPHIDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartPHIDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartPHIDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartPHIDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPHIDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartRxNormInferenceJobRequest extends js.Object {\n    var DataAccessRoleArn: IamRoleArn\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: LanguageCode\n    var OutputDataConfig: OutputDataConfig\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenString]\n    var JobName: js.UndefOr[JobName]\n    var KMSKey: js.UndefOr[KMSKey]\n  }\n\n  object StartRxNormInferenceJobRequest {\n    @inline\n    def apply(\n        DataAccessRoleArn: IamRoleArn,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: LanguageCode,\n        OutputDataConfig: OutputDataConfig,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenString] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        KMSKey: js.UndefOr[KMSKey] = js.undefined\n    ): StartRxNormInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      KMSKey.foreach(__v => __obj.updateDynamic(\"KMSKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartRxNormInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartRxNormInferenceJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartRxNormInferenceJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartRxNormInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartRxNormInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopEntitiesDetectionV2JobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopEntitiesDetectionV2JobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopEntitiesDetectionV2JobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopEntitiesDetectionV2JobRequest]\n    }\n  }\n\n  @js.native\n  trait StopEntitiesDetectionV2JobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StopEntitiesDetectionV2JobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StopEntitiesDetectionV2JobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopEntitiesDetectionV2JobResponse]\n    }\n  }\n\n  @js.native\n  trait StopICD10CMInferenceJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopICD10CMInferenceJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopICD10CMInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopICD10CMInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopICD10CMInferenceJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StopICD10CMInferenceJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StopICD10CMInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopICD10CMInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopPHIDetectionJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopPHIDetectionJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopPHIDetectionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopPHIDetectionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopPHIDetectionJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StopPHIDetectionJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StopPHIDetectionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopPHIDetectionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StopRxNormInferenceJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object StopRxNormInferenceJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): StopRxNormInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopRxNormInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopRxNormInferenceJobResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StopRxNormInferenceJobResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StopRxNormInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopRxNormInferenceJobResponse]\n    }\n  }\n\n  \/** Provides contextual information about the extracted entity.\n    *\/\n  @js.native\n  trait Trait extends js.Object {\n    var Name: js.UndefOr[AttributeName]\n    var Score: js.UndefOr[Float]\n  }\n\n  object Trait {\n    @inline\n    def apply(\n        Name: js.UndefOr[AttributeName] = js.undefined,\n        Score: js.UndefOr[Float] = js.undefined\n    ): Trait = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Score.foreach(__v => __obj.updateDynamic(\"Score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Trait]\n    }\n  }\n\n  \/** An attribute that we extracted, but were unable to relate to an entity.\n    *\/\n  @js.native\n  trait UnmappedAttribute extends js.Object {\n    var Attribute: js.UndefOr[Attribute]\n    var Type: js.UndefOr[EntityType]\n  }\n\n  object UnmappedAttribute {\n    @inline\n    def apply(\n        Attribute: js.UndefOr[Attribute] = js.undefined,\n        Type: js.UndefOr[EntityType] = js.undefined\n    ): UnmappedAttribute = {\n      val __obj = js.Dynamic.literal()\n      Attribute.foreach(__v => __obj.updateDynamic(\"Attribute\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnmappedAttribute]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/redshiftdata\/src\/main\/scala\/facade\/amazonaws\/services\/RedshiftData.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object redshiftdata {\n  type Blob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BoxedBoolean = Boolean\n  type BoxedDouble = Double\n  type BoxedLong = Double\n  type ColumnList = js.Array[ColumnMetadata]\n  type ColumnMetadataList = js.Array[ColumnMetadata]\n  type DatabaseList = js.Array[String]\n  type FieldList = js.Array[Field]\n  type ListStatementsLimit = Int\n  type Location = String\n  type PageSize = Int\n  type SchemaList = js.Array[String]\n  type SecretArn = String\n  type SqlRecords = js.Array[FieldList]\n  type StatementList = js.Array[StatementData]\n  type StatementNameString = String\n  type StatementString = String\n  type TableList = js.Array[TableMember]\n  type Timestamp = js.Date\n  type UUID = String\n\n  implicit final class RedshiftDataOps(private val service: RedshiftData) extends AnyVal {\n\n    @inline def cancelStatementFuture(params: CancelStatementRequest): Future[CancelStatementResponse] = service.cancelStatement(params).promise().toFuture\n    @inline def describeStatementFuture(params: DescribeStatementRequest): Future[DescribeStatementResponse] = service.describeStatement(params).promise().toFuture\n    @inline def describeTableFuture(params: DescribeTableRequest): Future[DescribeTableResponse] = service.describeTable(params).promise().toFuture\n    @inline def executeStatementFuture(params: ExecuteStatementInput): Future[ExecuteStatementOutput] = service.executeStatement(params).promise().toFuture\n    @inline def getStatementResultFuture(params: GetStatementResultRequest): Future[GetStatementResultResponse] = service.getStatementResult(params).promise().toFuture\n    @inline def listDatabasesFuture(params: ListDatabasesRequest): Future[ListDatabasesResponse] = service.listDatabases(params).promise().toFuture\n    @inline def listSchemasFuture(params: ListSchemasRequest): Future[ListSchemasResponse] = service.listSchemas(params).promise().toFuture\n    @inline def listStatementsFuture(params: ListStatementsRequest): Future[ListStatementsResponse] = service.listStatements(params).promise().toFuture\n    @inline def listTablesFuture(params: ListTablesRequest): Future[ListTablesResponse] = service.listTables(params).promise().toFuture\n\n  }\n}\n\npackage redshiftdata {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/redshiftdata\", JSImport.Namespace, \"AWS.RedshiftData\")\n  class RedshiftData() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelStatement(params: CancelStatementRequest): Request[CancelStatementResponse] = js.native\n    def describeStatement(params: DescribeStatementRequest): Request[DescribeStatementResponse] = js.native\n    def describeTable(params: DescribeTableRequest): Request[DescribeTableResponse] = js.native\n    def executeStatement(params: ExecuteStatementInput): Request[ExecuteStatementOutput] = js.native\n    def getStatementResult(params: GetStatementResultRequest): Request[GetStatementResultResponse] = js.native\n    def listDatabases(params: ListDatabasesRequest): Request[ListDatabasesResponse] = js.native\n    def listSchemas(params: ListSchemasRequest): Request[ListSchemasResponse] = js.native\n    def listStatements(params: ListStatementsRequest): Request[ListStatementsResponse] = js.native\n    def listTables(params: ListTablesRequest): Request[ListTablesResponse] = js.native\n  }\n\n  @js.native\n  trait CancelStatementRequest extends js.Object {\n    var Id: UUID\n  }\n\n  object CancelStatementRequest {\n    @inline\n    def apply(\n        Id: UUID\n    ): CancelStatementRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelStatementRequest]\n    }\n  }\n\n  @js.native\n  trait CancelStatementResponse extends js.Object {\n    var Status: js.UndefOr[Boolean]\n  }\n\n  object CancelStatementResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[Boolean] = js.undefined\n    ): CancelStatementResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelStatementResponse]\n    }\n  }\n\n  \/** The properties (metadata) of a column.\n    *\/\n  @js.native\n  trait ColumnMetadata extends js.Object {\n    var columnDefault: js.UndefOr[String]\n    var isCaseSensitive: js.UndefOr[Boolean]\n    var isCurrency: js.UndefOr[Boolean]\n    var isSigned: js.UndefOr[Boolean]\n    var label: js.UndefOr[String]\n    var length: js.UndefOr[Int]\n    var name: js.UndefOr[String]\n    var nullable: js.UndefOr[Int]\n    var precision: js.UndefOr[Int]\n    var scale: js.UndefOr[Int]\n    var schemaName: js.UndefOr[String]\n    var tableName: js.UndefOr[String]\n    var typeName: js.UndefOr[String]\n  }\n\n  object ColumnMetadata {\n    @inline\n    def apply(\n        columnDefault: js.UndefOr[String] = js.undefined,\n        isCaseSensitive: js.UndefOr[Boolean] = js.undefined,\n        isCurrency: js.UndefOr[Boolean] = js.undefined,\n        isSigned: js.UndefOr[Boolean] = js.undefined,\n        label: js.UndefOr[String] = js.undefined,\n        length: js.UndefOr[Int] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        nullable: js.UndefOr[Int] = js.undefined,\n        precision: js.UndefOr[Int] = js.undefined,\n        scale: js.UndefOr[Int] = js.undefined,\n        schemaName: js.UndefOr[String] = js.undefined,\n        tableName: js.UndefOr[String] = js.undefined,\n        typeName: js.UndefOr[String] = js.undefined\n    ): ColumnMetadata = {\n      val __obj = js.Dynamic.literal()\n      columnDefault.foreach(__v => __obj.updateDynamic(\"columnDefault\")(__v.asInstanceOf[js.Any]))\n      isCaseSensitive.foreach(__v => __obj.updateDynamic(\"isCaseSensitive\")(__v.asInstanceOf[js.Any]))\n      isCurrency.foreach(__v => __obj.updateDynamic(\"isCurrency\")(__v.asInstanceOf[js.Any]))\n      isSigned.foreach(__v => __obj.updateDynamic(\"isSigned\")(__v.asInstanceOf[js.Any]))\n      label.foreach(__v => __obj.updateDynamic(\"label\")(__v.asInstanceOf[js.Any]))\n      length.foreach(__v => __obj.updateDynamic(\"length\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      nullable.foreach(__v => __obj.updateDynamic(\"nullable\")(__v.asInstanceOf[js.Any]))\n      precision.foreach(__v => __obj.updateDynamic(\"precision\")(__v.asInstanceOf[js.Any]))\n      scale.foreach(__v => __obj.updateDynamic(\"scale\")(__v.asInstanceOf[js.Any]))\n      schemaName.foreach(__v => __obj.updateDynamic(\"schemaName\")(__v.asInstanceOf[js.Any]))\n      tableName.foreach(__v => __obj.updateDynamic(\"tableName\")(__v.asInstanceOf[js.Any]))\n      typeName.foreach(__v => __obj.updateDynamic(\"typeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnMetadata]\n    }\n  }\n\n  @js.native\n  trait DescribeStatementRequest extends js.Object {\n    var Id: UUID\n  }\n\n  object DescribeStatementRequest {\n    @inline\n    def apply(\n        Id: UUID\n    ): DescribeStatementRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStatementRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeStatementResponse extends js.Object {\n    var Id: UUID\n    var ClusterIdentifier: js.UndefOr[String]\n    var CreatedAt: js.UndefOr[Timestamp]\n    var Database: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var Duration: js.UndefOr[Double]\n    var Error: js.UndefOr[String]\n    var HasResultSet: js.UndefOr[Boolean]\n    var QueryString: js.UndefOr[StatementString]\n    var RedshiftPid: js.UndefOr[Double]\n    var RedshiftQueryId: js.UndefOr[Double]\n    var ResultRows: js.UndefOr[Double]\n    var ResultSize: js.UndefOr[Double]\n    var SecretArn: js.UndefOr[SecretArn]\n    var Status: js.UndefOr[StatusString]\n    var UpdatedAt: js.UndefOr[Timestamp]\n  }\n\n  object DescribeStatementResponse {\n    @inline\n    def apply(\n        Id: UUID,\n        ClusterIdentifier: js.UndefOr[String] = js.undefined,\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        Database: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[Double] = js.undefined,\n        Error: js.UndefOr[String] = js.undefined,\n        HasResultSet: js.UndefOr[Boolean] = js.undefined,\n        QueryString: js.UndefOr[StatementString] = js.undefined,\n        RedshiftPid: js.UndefOr[Double] = js.undefined,\n        RedshiftQueryId: js.UndefOr[Double] = js.undefined,\n        ResultRows: js.UndefOr[Double] = js.undefined,\n        ResultSize: js.UndefOr[Double] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined,\n        Status: js.UndefOr[StatusString] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): DescribeStatementResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ClusterIdentifier.foreach(__v => __obj.updateDynamic(\"ClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      HasResultSet.foreach(__v => __obj.updateDynamic(\"HasResultSet\")(__v.asInstanceOf[js.Any]))\n      QueryString.foreach(__v => __obj.updateDynamic(\"QueryString\")(__v.asInstanceOf[js.Any]))\n      RedshiftPid.foreach(__v => __obj.updateDynamic(\"RedshiftPid\")(__v.asInstanceOf[js.Any]))\n      RedshiftQueryId.foreach(__v => __obj.updateDynamic(\"RedshiftQueryId\")(__v.asInstanceOf[js.Any]))\n      ResultRows.foreach(__v => __obj.updateDynamic(\"ResultRows\")(__v.asInstanceOf[js.Any]))\n      ResultSize.foreach(__v => __obj.updateDynamic(\"ResultSize\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStatementResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTableRequest extends js.Object {\n    var ClusterIdentifier: Location\n    var Database: String\n    var ConnectedDatabase: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[String]\n    var Schema: js.UndefOr[String]\n    var SecretArn: js.UndefOr[SecretArn]\n    var Table: js.UndefOr[String]\n  }\n\n  object DescribeTableRequest {\n    @inline\n    def apply(\n        ClusterIdentifier: Location,\n        Database: String,\n        ConnectedDatabase: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Schema: js.UndefOr[String] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined,\n        Table: js.UndefOr[String] = js.undefined\n    ): DescribeTableRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any]\n      )\n\n      ConnectedDatabase.foreach(__v => __obj.updateDynamic(\"ConnectedDatabase\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Schema.foreach(__v => __obj.updateDynamic(\"Schema\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTableRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTableResponse extends js.Object {\n    var ColumnList: js.UndefOr[ColumnList]\n    var NextToken: js.UndefOr[String]\n    var TableName: js.UndefOr[String]\n  }\n\n  object DescribeTableResponse {\n    @inline\n    def apply(\n        ColumnList: js.UndefOr[ColumnList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        TableName: js.UndefOr[String] = js.undefined\n    ): DescribeTableResponse = {\n      val __obj = js.Dynamic.literal()\n      ColumnList.foreach(__v => __obj.updateDynamic(\"ColumnList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTableResponse]\n    }\n  }\n\n  @js.native\n  trait ExecuteStatementInput extends js.Object {\n    var ClusterIdentifier: Location\n    var Sql: StatementString\n    var Database: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var SecretArn: js.UndefOr[SecretArn]\n    var StatementName: js.UndefOr[StatementNameString]\n    var WithEvent: js.UndefOr[Boolean]\n  }\n\n  object ExecuteStatementInput {\n    @inline\n    def apply(\n        ClusterIdentifier: Location,\n        Sql: StatementString,\n        Database: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined,\n        StatementName: js.UndefOr[StatementNameString] = js.undefined,\n        WithEvent: js.UndefOr[Boolean] = js.undefined\n    ): ExecuteStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"Sql\" -> Sql.asInstanceOf[js.Any]\n      )\n\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      StatementName.foreach(__v => __obj.updateDynamic(\"StatementName\")(__v.asInstanceOf[js.Any]))\n      WithEvent.foreach(__v => __obj.updateDynamic(\"WithEvent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteStatementInput]\n    }\n  }\n\n  @js.native\n  trait ExecuteStatementOutput extends js.Object {\n    var ClusterIdentifier: js.UndefOr[Location]\n    var CreatedAt: js.UndefOr[Timestamp]\n    var Database: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var Id: js.UndefOr[UUID]\n    var SecretArn: js.UndefOr[SecretArn]\n  }\n\n  object ExecuteStatementOutput {\n    @inline\n    def apply(\n        ClusterIdentifier: js.UndefOr[Location] = js.undefined,\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        Database: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        Id: js.UndefOr[UUID] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined\n    ): ExecuteStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      ClusterIdentifier.foreach(__v => __obj.updateDynamic(\"ClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteStatementOutput]\n    }\n  }\n\n  \/** A data value in a column.\n    *\/\n  @js.native\n  trait Field extends js.Object {\n    var blobValue: js.UndefOr[Blob]\n    var booleanValue: js.UndefOr[BoxedBoolean]\n    var doubleValue: js.UndefOr[BoxedDouble]\n    var isNull: js.UndefOr[BoxedBoolean]\n    var longValue: js.UndefOr[BoxedLong]\n    var stringValue: js.UndefOr[String]\n  }\n\n  object Field {\n    @inline\n    def apply(\n        blobValue: js.UndefOr[Blob] = js.undefined,\n        booleanValue: js.UndefOr[BoxedBoolean] = js.undefined,\n        doubleValue: js.UndefOr[BoxedDouble] = js.undefined,\n        isNull: js.UndefOr[BoxedBoolean] = js.undefined,\n        longValue: js.UndefOr[BoxedLong] = js.undefined,\n        stringValue: js.UndefOr[String] = js.undefined\n    ): Field = {\n      val __obj = js.Dynamic.literal()\n      blobValue.foreach(__v => __obj.updateDynamic(\"blobValue\")(__v.asInstanceOf[js.Any]))\n      booleanValue.foreach(__v => __obj.updateDynamic(\"booleanValue\")(__v.asInstanceOf[js.Any]))\n      doubleValue.foreach(__v => __obj.updateDynamic(\"doubleValue\")(__v.asInstanceOf[js.Any]))\n      isNull.foreach(__v => __obj.updateDynamic(\"isNull\")(__v.asInstanceOf[js.Any]))\n      longValue.foreach(__v => __obj.updateDynamic(\"longValue\")(__v.asInstanceOf[js.Any]))\n      stringValue.foreach(__v => __obj.updateDynamic(\"stringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Field]\n    }\n  }\n\n  @js.native\n  trait GetStatementResultRequest extends js.Object {\n    var Id: UUID\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetStatementResultRequest {\n    @inline\n    def apply(\n        Id: UUID,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetStatementResultRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStatementResultRequest]\n    }\n  }\n\n  @js.native\n  trait GetStatementResultResponse extends js.Object {\n    var Records: SqlRecords\n    var ColumnMetadata: js.UndefOr[ColumnMetadataList]\n    var NextToken: js.UndefOr[String]\n    var TotalNumRows: js.UndefOr[Double]\n  }\n\n  object GetStatementResultResponse {\n    @inline\n    def apply(\n        Records: SqlRecords,\n        ColumnMetadata: js.UndefOr[ColumnMetadataList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        TotalNumRows: js.UndefOr[Double] = js.undefined\n    ): GetStatementResultResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Records\" -> Records.asInstanceOf[js.Any]\n      )\n\n      ColumnMetadata.foreach(__v => __obj.updateDynamic(\"ColumnMetadata\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TotalNumRows.foreach(__v => __obj.updateDynamic(\"TotalNumRows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStatementResultResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesRequest extends js.Object {\n    var ClusterIdentifier: Location\n    var Database: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[String]\n    var SecretArn: js.UndefOr[SecretArn]\n  }\n\n  object ListDatabasesRequest {\n    @inline\n    def apply(\n        ClusterIdentifier: Location,\n        Database: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined\n    ): ListDatabasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesResponse extends js.Object {\n    var Databases: js.UndefOr[DatabaseList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDatabasesResponse {\n    @inline\n    def apply(\n        Databases: js.UndefOr[DatabaseList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDatabasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Databases.foreach(__v => __obj.updateDynamic(\"Databases\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListSchemasRequest extends js.Object {\n    var ClusterIdentifier: Location\n    var Database: String\n    var ConnectedDatabase: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[String]\n    var SchemaPattern: js.UndefOr[String]\n    var SecretArn: js.UndefOr[SecretArn]\n  }\n\n  object ListSchemasRequest {\n    @inline\n    def apply(\n        ClusterIdentifier: Location,\n        Database: String,\n        ConnectedDatabase: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SchemaPattern: js.UndefOr[String] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined\n    ): ListSchemasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any]\n      )\n\n      ConnectedDatabase.foreach(__v => __obj.updateDynamic(\"ConnectedDatabase\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaPattern.foreach(__v => __obj.updateDynamic(\"SchemaPattern\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasRequest]\n    }\n  }\n\n  @js.native\n  trait ListSchemasResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Schemas: js.UndefOr[SchemaList]\n  }\n\n  object ListSchemasResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Schemas: js.UndefOr[SchemaList] = js.undefined\n    ): ListSchemasResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Schemas.foreach(__v => __obj.updateDynamic(\"Schemas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasResponse]\n    }\n  }\n\n  @js.native\n  trait ListStatementsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListStatementsLimit]\n    var NextToken: js.UndefOr[String]\n    var RoleLevel: js.UndefOr[Boolean]\n    var StatementName: js.UndefOr[StatementNameString]\n    var Status: js.UndefOr[StatusString]\n  }\n\n  object ListStatementsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListStatementsLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RoleLevel: js.UndefOr[Boolean] = js.undefined,\n        StatementName: js.UndefOr[StatementNameString] = js.undefined,\n        Status: js.UndefOr[StatusString] = js.undefined\n    ): ListStatementsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RoleLevel.foreach(__v => __obj.updateDynamic(\"RoleLevel\")(__v.asInstanceOf[js.Any]))\n      StatementName.foreach(__v => __obj.updateDynamic(\"StatementName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStatementsRequest]\n    }\n  }\n\n  @js.native\n  trait ListStatementsResponse extends js.Object {\n    var Statements: StatementList\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListStatementsResponse {\n    @inline\n    def apply(\n        Statements: StatementList,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListStatementsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Statements\" -> Statements.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStatementsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTablesRequest extends js.Object {\n    var ClusterIdentifier: Location\n    var Database: String\n    var ConnectedDatabase: js.UndefOr[String]\n    var DbUser: js.UndefOr[String]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[String]\n    var SchemaPattern: js.UndefOr[String]\n    var SecretArn: js.UndefOr[SecretArn]\n    var TablePattern: js.UndefOr[String]\n  }\n\n  object ListTablesRequest {\n    @inline\n    def apply(\n        ClusterIdentifier: Location,\n        Database: String,\n        ConnectedDatabase: js.UndefOr[String] = js.undefined,\n        DbUser: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SchemaPattern: js.UndefOr[String] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined,\n        TablePattern: js.UndefOr[String] = js.undefined\n    ): ListTablesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any]\n      )\n\n      ConnectedDatabase.foreach(__v => __obj.updateDynamic(\"ConnectedDatabase\")(__v.asInstanceOf[js.Any]))\n      DbUser.foreach(__v => __obj.updateDynamic(\"DbUser\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaPattern.foreach(__v => __obj.updateDynamic(\"SchemaPattern\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      TablePattern.foreach(__v => __obj.updateDynamic(\"TablePattern\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTablesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Tables: js.UndefOr[TableList]\n  }\n\n  object ListTablesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Tables: js.UndefOr[TableList] = js.undefined\n    ): ListTablesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tables.foreach(__v => __obj.updateDynamic(\"Tables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesResponse]\n    }\n  }\n\n  \/** The SQL statement to run.\n    *\/\n  @js.native\n  trait StatementData extends js.Object {\n    var Id: UUID\n    var CreatedAt: js.UndefOr[Timestamp]\n    var QueryString: js.UndefOr[StatementString]\n    var SecretArn: js.UndefOr[SecretArn]\n    var StatementName: js.UndefOr[StatementNameString]\n    var Status: js.UndefOr[StatusString]\n    var UpdatedAt: js.UndefOr[Timestamp]\n  }\n\n  object StatementData {\n    @inline\n    def apply(\n        Id: UUID,\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        QueryString: js.UndefOr[StatementString] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined,\n        StatementName: js.UndefOr[StatementNameString] = js.undefined,\n        Status: js.UndefOr[StatusString] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): StatementData = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      QueryString.foreach(__v => __obj.updateDynamic(\"QueryString\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      StatementName.foreach(__v => __obj.updateDynamic(\"StatementName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StatementData]\n    }\n  }\n\n  @js.native\n  sealed trait StatusString extends js.Any\n  object StatusString {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[StatusString]\n    val PICKED = \"PICKED\".asInstanceOf[StatusString]\n    val STARTED = \"STARTED\".asInstanceOf[StatusString]\n    val FINISHED = \"FINISHED\".asInstanceOf[StatusString]\n    val ABORTED = \"ABORTED\".asInstanceOf[StatusString]\n    val FAILED = \"FAILED\".asInstanceOf[StatusString]\n    val ALL = \"ALL\".asInstanceOf[StatusString]\n\n    @inline def values = js.Array(SUBMITTED, PICKED, STARTED, FINISHED, ABORTED, FAILED, ALL)\n  }\n\n  \/** The properties of a table.\n    *\/\n  @js.native\n  trait TableMember extends js.Object {\n    var name: js.UndefOr[String]\n    var schema: js.UndefOr[String]\n    var `type`: js.UndefOr[String]\n  }\n\n  object TableMember {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined,\n        schema: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[String] = js.undefined\n    ): TableMember = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      schema.foreach(__v => __obj.updateDynamic(\"schema\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableMember]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"version.sbt","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>10-100\nThisBuild \/ version := \"0.33.0-v2.892.0\"\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudfrontsigner\/src\/test\/scala\/facade\/amazonaws\/services\/CloudfrontSignerTest.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport facade.amazonaws.services.cloudfront.signer\nimport facade.amazonaws.services.cloudfront.signer.CloudFrontSigner\nimport org.scalatest.funsuite.AnyFunSuite\n\nimport scala.scalajs.js\n\nclass CloudfrontSignerTest extends AnyFunSuite {\n  test(\"constructor\") {\n    val o = new CloudFrontSigner(\"keyPairId\", \"privateKey\")\n    assert(js.typeOf(o.asInstanceOf[js.Dynamic].getSignedCookie.asInstanceOf[js.Any]) === \"function\")\n    assert(js.typeOf(o.asInstanceOf[js.Dynamic].getSignedUrl.asInstanceOf[js.Any]) === \"function\")\n  }\n\n  test(\"SignerOptionsWithPolicy.apply(PolicyStatement)\") {\n    val tPolicy = signer.PolicyStatements(\n      js.Array(\n        signer.PolicyStatement(\n          Resource = \"https:\/\/example.com\/hoge\/*\",\n          Condition = signer.PolicyStatementCondition(\n            signer.DateConstraint(100)\n          )\n        )\n      )\n    )\n    assert(\n      signer\n        .SignerOptionsWithPolicy(tPolicy)\n        .policy === \"\"\"{\"Statement\":[{\"Resource\":\"https:\/\/example.com\/hoge\/*\",\"Condition\":{\"DateLessThan\":{\"AWS:EpochTime\":100}}}]}\"\"\"\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/snowball\/src\/main\/scala\/facade\/amazonaws\/services\/Snowball.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object snowball {\n  type AddressId = String\n  type AddressList = js.Array[Address]\n  type AmiId = String\n  type ClusterId = String\n  type ClusterListEntryList = js.Array[ClusterListEntry]\n  type CompatibleImageList = js.Array[CompatibleImage]\n  type Ec2AmiResourceList = js.Array[Ec2AmiResource]\n  type EventTriggerDefinitionList = js.Array[EventTriggerDefinition]\n  type GSTIN = String\n  type JobId = String\n  type JobListEntryList = js.Array[JobListEntry]\n  type JobMetadataList = js.Array[JobMetadata]\n  type JobStateList = js.Array[JobState]\n  type KmsKeyARN = String\n  type LambdaResourceList = js.Array[LambdaResource]\n  type ListLimit = Int\n  type ResourceARN = String\n  type RoleARN = String\n  type S3ResourceList = js.Array[S3Resource]\n  type SnsTopicARN = String\n  type Timestamp = js.Date\n\n  implicit final class SnowballOps(private val service: Snowball) extends AnyVal {\n\n    @inline def cancelClusterFuture(params: CancelClusterRequest): Future[CancelClusterResult] = service.cancelCluster(params).promise().toFuture\n    @inline def cancelJobFuture(params: CancelJobRequest): Future[CancelJobResult] = service.cancelJob(params).promise().toFuture\n    @inline def createAddressFuture(params: CreateAddressRequest): Future[CreateAddressResult] = service.createAddress(params).promise().toFuture\n    @inline def createClusterFuture(params: CreateClusterRequest): Future[CreateClusterResult] = service.createCluster(params).promise().toFuture\n    @inline def createJobFuture(params: CreateJobRequest): Future[CreateJobResult] = service.createJob(params).promise().toFuture\n    @inline def createReturnShippingLabelFuture(params: CreateReturnShippingLabelRequest): Future[CreateReturnShippingLabelResult] = service.createReturnShippingLabel(params).promise().toFuture\n    @inline def describeAddressFuture(params: DescribeAddressRequest): Future[DescribeAddressResult] = service.describeAddress(params).promise().toFuture\n    @inline def describeAddressesFuture(params: DescribeAddressesRequest): Future[DescribeAddressesResult] = service.describeAddresses(params).promise().toFuture\n    @inline def describeClusterFuture(params: DescribeClusterRequest): Future[DescribeClusterResult] = service.describeCluster(params).promise().toFuture\n    @inline def describeJobFuture(params: DescribeJobRequest): Future[DescribeJobResult] = service.describeJob(params).promise().toFuture\n    @inline def describeReturnShippingLabelFuture(params: DescribeReturnShippingLabelRequest): Future[DescribeReturnShippingLabelResult] = service.describeReturnShippingLabel(params).promise().toFuture\n    @inline def getJobManifestFuture(params: GetJobManifestRequest): Future[GetJobManifestResult] = service.getJobManifest(params).promise().toFuture\n    @inline def getJobUnlockCodeFuture(params: GetJobUnlockCodeRequest): Future[GetJobUnlockCodeResult] = service.getJobUnlockCode(params).promise().toFuture\n    @inline def getSnowballUsageFuture(params: GetSnowballUsageRequest): Future[GetSnowballUsageResult] = service.getSnowballUsage(params).promise().toFuture\n    @inline def getSoftwareUpdatesFuture(params: GetSoftwareUpdatesRequest): Future[GetSoftwareUpdatesResult] = service.getSoftwareUpdates(params).promise().toFuture\n    @inline def listClusterJobsFuture(params: ListClusterJobsRequest): Future[ListClusterJobsResult] = service.listClusterJobs(params).promise().toFuture\n    @inline def listClustersFuture(params: ListClustersRequest): Future[ListClustersResult] = service.listClusters(params).promise().toFuture\n    @inline def listCompatibleImagesFuture(params: ListCompatibleImagesRequest): Future[ListCompatibleImagesResult] = service.listCompatibleImages(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsRequest): Future[ListJobsResult] = service.listJobs(params).promise().toFuture\n    @inline def updateClusterFuture(params: UpdateClusterRequest): Future[UpdateClusterResult] = service.updateCluster(params).promise().toFuture\n    @inline def updateJobFuture(params: UpdateJobRequest): Future[UpdateJobResult] = service.updateJob(params).promise().toFuture\n    @inline def updateJobShipmentStateFuture(params: UpdateJobShipmentStateRequest): Future[UpdateJobShipmentStateResult] = service.updateJobShipmentState(params).promise().toFuture\n\n  }\n}\n\npackage snowball {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/snowball\", JSImport.Namespace, \"AWS.Snowball\")\n  class Snowball() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelCluster(params: CancelClusterRequest): Request[CancelClusterResult] = js.native\n    def cancelJob(params: CancelJobRequest): Request[CancelJobResult] = js.native\n    def createAddress(params: CreateAddressRequest): Request[CreateAddressResult] = js.native\n    def createCluster(params: CreateClusterRequest): Request[CreateClusterResult] = js.native\n    def createJob(params: CreateJobRequest): Request[CreateJobResult] = js.native\n    def createReturnShippingLabel(params: CreateReturnShippingLabelRequest): Request[CreateReturnShippingLabelResult] = js.native\n    def describeAddress(params: DescribeAddressRequest): Request[DescribeAddressResult] = js.native\n    def describeAddresses(params: DescribeAddressesRequest): Request[DescribeAddressesResult] = js.native\n    def describeCluster(params: DescribeClusterRequest): Request[DescribeClusterResult] = js.native\n    def describeJob(params: DescribeJobRequest): Request[DescribeJobResult] = js.native\n    def describeReturnShippingLabel(params: DescribeReturnShippingLabelRequest): Request[DescribeReturnShippingLabelResult] = js.native\n    def getJobManifest(params: GetJobManifestRequest): Request[GetJobManifestResult] = js.native\n    def getJobUnlockCode(params: GetJobUnlockCodeRequest): Request[GetJobUnlockCodeResult] = js.native\n    def getSnowballUsage(params: GetSnowballUsageRequest): Request[GetSnowballUsageResult] = js.native\n    def getSoftwareUpdates(params: GetSoftwareUpdatesRequest): Request[GetSoftwareUpdatesResult] = js.native\n    def listClusterJobs(params: ListClusterJobsRequest): Request[ListClusterJobsResult] = js.native\n    def listClusters(params: ListClustersRequest): Request[ListClustersResult] = js.native\n    def listCompatibleImages(params: ListCompatibleImagesRequest): Request[ListCompatibleImagesResult] = js.native\n    def listJobs(params: ListJobsRequest): Request[ListJobsResult] = js.native\n    def updateCluster(params: UpdateClusterRequest): Request[UpdateClusterResult] = js.native\n    def updateJob(params: UpdateJobRequest): Request[UpdateJobResult] = js.native\n    def updateJobShipmentState(params: UpdateJobShipmentStateRequest): Request[UpdateJobShipmentStateResult] = js.native\n  }\n\n  \/** The address that you want the Snow device(s) associated with a specific job to be shipped to. Addresses are validated at the time of creation. The address you provide must be located within the serviceable area of your region. Although no individual elements of the <code>Address<\/code> are required, if the address is invalid or unsupported, then an exception is thrown.\n    *\/\n  @js.native\n  trait Address extends js.Object {\n    var AddressId: js.UndefOr[AddressId]\n    var City: js.UndefOr[String]\n    var Company: js.UndefOr[String]\n    var Country: js.UndefOr[String]\n    var IsRestricted: js.UndefOr[Boolean]\n    var Landmark: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n    var PhoneNumber: js.UndefOr[String]\n    var PostalCode: js.UndefOr[String]\n    var PrefectureOrDistrict: js.UndefOr[String]\n    var StateOrProvince: js.UndefOr[String]\n    var Street1: js.UndefOr[String]\n    var Street2: js.UndefOr[String]\n    var Street3: js.UndefOr[String]\n  }\n\n  object Address {\n    @inline\n    def apply(\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        City: js.UndefOr[String] = js.undefined,\n        Company: js.UndefOr[String] = js.undefined,\n        Country: js.UndefOr[String] = js.undefined,\n        IsRestricted: js.UndefOr[Boolean] = js.undefined,\n        Landmark: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        PhoneNumber: js.UndefOr[String] = js.undefined,\n        PostalCode: js.UndefOr[String] = js.undefined,\n        PrefectureOrDistrict: js.UndefOr[String] = js.undefined,\n        StateOrProvince: js.UndefOr[String] = js.undefined,\n        Street1: js.UndefOr[String] = js.undefined,\n        Street2: js.UndefOr[String] = js.undefined,\n        Street3: js.UndefOr[String] = js.undefined\n    ): Address = {\n      val __obj = js.Dynamic.literal()\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      City.foreach(__v => __obj.updateDynamic(\"City\")(__v.asInstanceOf[js.Any]))\n      Company.foreach(__v => __obj.updateDynamic(\"Company\")(__v.asInstanceOf[js.Any]))\n      Country.foreach(__v => __obj.updateDynamic(\"Country\")(__v.asInstanceOf[js.Any]))\n      IsRestricted.foreach(__v => __obj.updateDynamic(\"IsRestricted\")(__v.asInstanceOf[js.Any]))\n      Landmark.foreach(__v => __obj.updateDynamic(\"Landmark\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      PostalCode.foreach(__v => __obj.updateDynamic(\"PostalCode\")(__v.asInstanceOf[js.Any]))\n      PrefectureOrDistrict.foreach(__v => __obj.updateDynamic(\"PrefectureOrDistrict\")(__v.asInstanceOf[js.Any]))\n      StateOrProvince.foreach(__v => __obj.updateDynamic(\"StateOrProvince\")(__v.asInstanceOf[js.Any]))\n      Street1.foreach(__v => __obj.updateDynamic(\"Street1\")(__v.asInstanceOf[js.Any]))\n      Street2.foreach(__v => __obj.updateDynamic(\"Street2\")(__v.asInstanceOf[js.Any]))\n      Street3.foreach(__v => __obj.updateDynamic(\"Street3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Address]\n    }\n  }\n\n  @js.native\n  trait CancelClusterRequest extends js.Object {\n    var ClusterId: ClusterId\n  }\n\n  object CancelClusterRequest {\n    @inline\n    def apply(\n        ClusterId: ClusterId\n    ): CancelClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterId\" -> ClusterId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelClusterRequest]\n    }\n  }\n\n  @js.native\n  trait CancelClusterResult extends js.Object\n\n  object CancelClusterResult {\n    @inline\n    def apply(): CancelClusterResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelClusterResult]\n    }\n  }\n\n  @js.native\n  trait CancelJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object CancelJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): CancelJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelJobRequest]\n    }\n  }\n\n  @js.native\n  trait CancelJobResult extends js.Object\n\n  object CancelJobResult {\n    @inline\n    def apply(): CancelJobResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelJobResult]\n    }\n  }\n\n  \/** Contains a cluster's state, a cluster's ID, and other important information.\n    *\/\n  @js.native\n  trait ClusterListEntry extends js.Object {\n    var ClusterId: js.UndefOr[String]\n    var ClusterState: js.UndefOr[ClusterState]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n  }\n\n  object ClusterListEntry {\n    @inline\n    def apply(\n        ClusterId: js.UndefOr[String] = js.undefined,\n        ClusterState: js.UndefOr[ClusterState] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined\n    ): ClusterListEntry = {\n      val __obj = js.Dynamic.literal()\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      ClusterState.foreach(__v => __obj.updateDynamic(\"ClusterState\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClusterListEntry]\n    }\n  }\n\n  \/** Contains metadata about a specific cluster.\n    *\/\n  @js.native\n  trait ClusterMetadata extends js.Object {\n    var AddressId: js.UndefOr[AddressId]\n    var ClusterId: js.UndefOr[String]\n    var ClusterState: js.UndefOr[ClusterState]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var JobType: js.UndefOr[JobType]\n    var KmsKeyARN: js.UndefOr[KmsKeyARN]\n    var Notification: js.UndefOr[Notification]\n    var Resources: js.UndefOr[JobResource]\n    var RoleARN: js.UndefOr[RoleARN]\n    var ShippingOption: js.UndefOr[ShippingOption]\n    var SnowballType: js.UndefOr[SnowballType]\n    var TaxDocuments: js.UndefOr[TaxDocuments]\n  }\n\n  object ClusterMetadata {\n    @inline\n    def apply(\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        ClusterId: js.UndefOr[String] = js.undefined,\n        ClusterState: js.UndefOr[ClusterState] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        KmsKeyARN: js.UndefOr[KmsKeyARN] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        Resources: js.UndefOr[JobResource] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined,\n        SnowballType: js.UndefOr[SnowballType] = js.undefined,\n        TaxDocuments: js.UndefOr[TaxDocuments] = js.undefined\n    ): ClusterMetadata = {\n      val __obj = js.Dynamic.literal()\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      ClusterState.foreach(__v => __obj.updateDynamic(\"ClusterState\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyARN.foreach(__v => __obj.updateDynamic(\"KmsKeyARN\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      SnowballType.foreach(__v => __obj.updateDynamic(\"SnowballType\")(__v.asInstanceOf[js.Any]))\n      TaxDocuments.foreach(__v => __obj.updateDynamic(\"TaxDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClusterMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait ClusterState extends js.Any\n  object ClusterState {\n    val AwaitingQuorum = \"AwaitingQuorum\".asInstanceOf[ClusterState]\n    val Pending = \"Pending\".asInstanceOf[ClusterState]\n    val InUse = \"InUse\".asInstanceOf[ClusterState]\n    val Complete = \"Complete\".asInstanceOf[ClusterState]\n    val Cancelled = \"Cancelled\".asInstanceOf[ClusterState]\n\n    @inline def values = js.Array(AwaitingQuorum, Pending, InUse, Complete, Cancelled)\n  }\n\n  \/** A JSON-formatted object that describes a compatible Amazon Machine Image (AMI), including the ID and name for a Snow device AMI. This AMI is compatible with the device's physical hardware requirements, and it should be able to be run in an SBE1 instance on the device.\n    *\/\n  @js.native\n  trait CompatibleImage extends js.Object {\n    var AmiId: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object CompatibleImage {\n    @inline\n    def apply(\n        AmiId: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): CompatibleImage = {\n      val __obj = js.Dynamic.literal()\n      AmiId.foreach(__v => __obj.updateDynamic(\"AmiId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompatibleImage]\n    }\n  }\n\n  @js.native\n  trait CreateAddressRequest extends js.Object {\n    var Address: Address\n  }\n\n  object CreateAddressRequest {\n    @inline\n    def apply(\n        Address: Address\n    ): CreateAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Address\" -> Address.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAddressRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAddressResult extends js.Object {\n    var AddressId: js.UndefOr[String]\n  }\n\n  object CreateAddressResult {\n    @inline\n    def apply(\n        AddressId: js.UndefOr[String] = js.undefined\n    ): CreateAddressResult = {\n      val __obj = js.Dynamic.literal()\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAddressResult]\n    }\n  }\n\n  @js.native\n  trait CreateClusterRequest extends js.Object {\n    var AddressId: AddressId\n    var JobType: JobType\n    var Resources: JobResource\n    var RoleARN: RoleARN\n    var ShippingOption: ShippingOption\n    var Description: js.UndefOr[String]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var KmsKeyARN: js.UndefOr[KmsKeyARN]\n    var Notification: js.UndefOr[Notification]\n    var SnowballType: js.UndefOr[SnowballType]\n    var TaxDocuments: js.UndefOr[TaxDocuments]\n  }\n\n  object CreateClusterRequest {\n    @inline\n    def apply(\n        AddressId: AddressId,\n        JobType: JobType,\n        Resources: JobResource,\n        RoleARN: RoleARN,\n        ShippingOption: ShippingOption,\n        Description: js.UndefOr[String] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        KmsKeyARN: js.UndefOr[KmsKeyARN] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        SnowballType: js.UndefOr[SnowballType] = js.undefined,\n        TaxDocuments: js.UndefOr[TaxDocuments] = js.undefined\n    ): CreateClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AddressId\" -> AddressId.asInstanceOf[js.Any],\n        \"JobType\" -> JobType.asInstanceOf[js.Any],\n        \"Resources\" -> Resources.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"ShippingOption\" -> ShippingOption.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyARN.foreach(__v => __obj.updateDynamic(\"KmsKeyARN\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      SnowballType.foreach(__v => __obj.updateDynamic(\"SnowballType\")(__v.asInstanceOf[js.Any]))\n      TaxDocuments.foreach(__v => __obj.updateDynamic(\"TaxDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterRequest]\n    }\n  }\n\n  @js.native\n  trait CreateClusterResult extends js.Object {\n    var ClusterId: js.UndefOr[ClusterId]\n  }\n\n  object CreateClusterResult {\n    @inline\n    def apply(\n        ClusterId: js.UndefOr[ClusterId] = js.undefined\n    ): CreateClusterResult = {\n      val __obj = js.Dynamic.literal()\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterResult]\n    }\n  }\n\n  @js.native\n  trait CreateJobRequest extends js.Object {\n    var AddressId: js.UndefOr[AddressId]\n    var ClusterId: js.UndefOr[ClusterId]\n    var Description: js.UndefOr[String]\n    var DeviceConfiguration: js.UndefOr[DeviceConfiguration]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var JobType: js.UndefOr[JobType]\n    var KmsKeyARN: js.UndefOr[KmsKeyARN]\n    var Notification: js.UndefOr[Notification]\n    var Resources: js.UndefOr[JobResource]\n    var RoleARN: js.UndefOr[RoleARN]\n    var ShippingOption: js.UndefOr[ShippingOption]\n    var SnowballCapacityPreference: js.UndefOr[SnowballCapacity]\n    var SnowballType: js.UndefOr[SnowballType]\n    var TaxDocuments: js.UndefOr[TaxDocuments]\n  }\n\n  object CreateJobRequest {\n    @inline\n    def apply(\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        ClusterId: js.UndefOr[ClusterId] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DeviceConfiguration: js.UndefOr[DeviceConfiguration] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        KmsKeyARN: js.UndefOr[KmsKeyARN] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        Resources: js.UndefOr[JobResource] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined,\n        SnowballCapacityPreference: js.UndefOr[SnowballCapacity] = js.undefined,\n        SnowballType: js.UndefOr[SnowballType] = js.undefined,\n        TaxDocuments: js.UndefOr[TaxDocuments] = js.undefined\n    ): CreateJobRequest = {\n      val __obj = js.Dynamic.literal()\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DeviceConfiguration.foreach(__v => __obj.updateDynamic(\"DeviceConfiguration\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyARN.foreach(__v => __obj.updateDynamic(\"KmsKeyARN\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      SnowballCapacityPreference.foreach(__v => __obj.updateDynamic(\"SnowballCapacityPreference\")(__v.asInstanceOf[js.Any]))\n      SnowballType.foreach(__v => __obj.updateDynamic(\"SnowballType\")(__v.asInstanceOf[js.Any]))\n      TaxDocuments.foreach(__v => __obj.updateDynamic(\"TaxDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateJobResult extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object CreateJobResult {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): CreateJobResult = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobResult]\n    }\n  }\n\n  @js.native\n  trait CreateReturnShippingLabelRequest extends js.Object {\n    var JobId: JobId\n    var ShippingOption: js.UndefOr[ShippingOption]\n  }\n\n  object CreateReturnShippingLabelRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined\n    ): CreateReturnShippingLabelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReturnShippingLabelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateReturnShippingLabelResult extends js.Object {\n    var Status: js.UndefOr[ShippingLabelStatus]\n  }\n\n  object CreateReturnShippingLabelResult {\n    @inline\n    def apply(\n        Status: js.UndefOr[ShippingLabelStatus] = js.undefined\n    ): CreateReturnShippingLabelResult = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReturnShippingLabelResult]\n    }\n  }\n\n  \/** Defines the real-time status of a Snow device's data transfer while the device is at AWS. This data is only available while a job has a <code>JobState<\/code> value of <code>InProgress<\/code>, for both import and export jobs.\n    *\/\n  @js.native\n  trait DataTransfer extends js.Object {\n    var BytesTransferred: js.UndefOr[Double]\n    var ObjectsTransferred: js.UndefOr[Double]\n    var TotalBytes: js.UndefOr[Double]\n    var TotalObjects: js.UndefOr[Double]\n  }\n\n  object DataTransfer {\n    @inline\n    def apply(\n        BytesTransferred: js.UndefOr[Double] = js.undefined,\n        ObjectsTransferred: js.UndefOr[Double] = js.undefined,\n        TotalBytes: js.UndefOr[Double] = js.undefined,\n        TotalObjects: js.UndefOr[Double] = js.undefined\n    ): DataTransfer = {\n      val __obj = js.Dynamic.literal()\n      BytesTransferred.foreach(__v => __obj.updateDynamic(\"BytesTransferred\")(__v.asInstanceOf[js.Any]))\n      ObjectsTransferred.foreach(__v => __obj.updateDynamic(\"ObjectsTransferred\")(__v.asInstanceOf[js.Any]))\n      TotalBytes.foreach(__v => __obj.updateDynamic(\"TotalBytes\")(__v.asInstanceOf[js.Any]))\n      TotalObjects.foreach(__v => __obj.updateDynamic(\"TotalObjects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataTransfer]\n    }\n  }\n\n  @js.native\n  trait DescribeAddressRequest extends js.Object {\n    var AddressId: AddressId\n  }\n\n  object DescribeAddressRequest {\n    @inline\n    def apply(\n        AddressId: AddressId\n    ): DescribeAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AddressId\" -> AddressId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAddressRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAddressResult extends js.Object {\n    var Address: js.UndefOr[Address]\n  }\n\n  object DescribeAddressResult {\n    @inline\n    def apply(\n        Address: js.UndefOr[Address] = js.undefined\n    ): DescribeAddressResult = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddressResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAddressesRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeAddressesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeAddressesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddressesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAddressesResult extends js.Object {\n    var Addresses: js.UndefOr[AddressList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeAddressesResult {\n    @inline\n    def apply(\n        Addresses: js.UndefOr[AddressList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeAddressesResult = {\n      val __obj = js.Dynamic.literal()\n      Addresses.foreach(__v => __obj.updateDynamic(\"Addresses\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddressesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeClusterRequest extends js.Object {\n    var ClusterId: ClusterId\n  }\n\n  object DescribeClusterRequest {\n    @inline\n    def apply(\n        ClusterId: ClusterId\n    ): DescribeClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterId\" -> ClusterId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeClusterRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeClusterResult extends js.Object {\n    var ClusterMetadata: js.UndefOr[ClusterMetadata]\n  }\n\n  object DescribeClusterResult {\n    @inline\n    def apply(\n        ClusterMetadata: js.UndefOr[ClusterMetadata] = js.undefined\n    ): DescribeClusterResult = {\n      val __obj = js.Dynamic.literal()\n      ClusterMetadata.foreach(__v => __obj.updateDynamic(\"ClusterMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeClusterResult]\n    }\n  }\n\n  @js.native\n  trait DescribeJobRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object DescribeJobRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): DescribeJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobResult extends js.Object {\n    var JobMetadata: js.UndefOr[JobMetadata]\n    var SubJobMetadata: js.UndefOr[JobMetadataList]\n  }\n\n  object DescribeJobResult {\n    @inline\n    def apply(\n        JobMetadata: js.UndefOr[JobMetadata] = js.undefined,\n        SubJobMetadata: js.UndefOr[JobMetadataList] = js.undefined\n    ): DescribeJobResult = {\n      val __obj = js.Dynamic.literal()\n      JobMetadata.foreach(__v => __obj.updateDynamic(\"JobMetadata\")(__v.asInstanceOf[js.Any]))\n      SubJobMetadata.foreach(__v => __obj.updateDynamic(\"SubJobMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobResult]\n    }\n  }\n\n  @js.native\n  trait DescribeReturnShippingLabelRequest extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object DescribeReturnShippingLabelRequest {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): DescribeReturnShippingLabelRequest = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReturnShippingLabelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeReturnShippingLabelResult extends js.Object {\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[ShippingLabelStatus]\n  }\n\n  object DescribeReturnShippingLabelResult {\n    @inline\n    def apply(\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[ShippingLabelStatus] = js.undefined\n    ): DescribeReturnShippingLabelResult = {\n      val __obj = js.Dynamic.literal()\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReturnShippingLabelResult]\n    }\n  }\n\n  \/** The container for <code>SnowconeDeviceConfiguration<\/code>.\n    *\/\n  @js.native\n  trait DeviceConfiguration extends js.Object {\n    var SnowconeDeviceConfiguration: js.UndefOr[SnowconeDeviceConfiguration]\n  }\n\n  object DeviceConfiguration {\n    @inline\n    def apply(\n        SnowconeDeviceConfiguration: js.UndefOr[SnowconeDeviceConfiguration] = js.undefined\n    ): DeviceConfiguration = {\n      val __obj = js.Dynamic.literal()\n      SnowconeDeviceConfiguration.foreach(__v => __obj.updateDynamic(\"SnowconeDeviceConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeviceConfiguration]\n    }\n  }\n\n  \/** A JSON-formatted object that contains the IDs for an Amazon Machine Image (AMI), including the Amazon EC2 AMI ID and the Snow device AMI ID. Each AMI has these two IDs to simplify identifying the AMI in both the AWS Cloud and on the device.\n    *\/\n  @js.native\n  trait Ec2AmiResource extends js.Object {\n    var AmiId: AmiId\n    var SnowballAmiId: js.UndefOr[String]\n  }\n\n  object Ec2AmiResource {\n    @inline\n    def apply(\n        AmiId: AmiId,\n        SnowballAmiId: js.UndefOr[String] = js.undefined\n    ): Ec2AmiResource = {\n      val __obj = js.Dynamic.literal(\n        \"AmiId\" -> AmiId.asInstanceOf[js.Any]\n      )\n\n      SnowballAmiId.foreach(__v => __obj.updateDynamic(\"SnowballAmiId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ec2AmiResource]\n    }\n  }\n\n  \/** The container for the EventResourceARN.\n    *\/\n  @js.native\n  trait EventTriggerDefinition extends js.Object {\n    var EventResourceARN: js.UndefOr[ResourceARN]\n  }\n\n  object EventTriggerDefinition {\n    @inline\n    def apply(\n        EventResourceARN: js.UndefOr[ResourceARN] = js.undefined\n    ): EventTriggerDefinition = {\n      val __obj = js.Dynamic.literal()\n      EventResourceARN.foreach(__v => __obj.updateDynamic(\"EventResourceARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventTriggerDefinition]\n    }\n  }\n\n  @js.native\n  trait GetJobManifestRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object GetJobManifestRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): GetJobManifestRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobManifestRequest]\n    }\n  }\n\n  @js.native\n  trait GetJobManifestResult extends js.Object {\n    var ManifestURI: js.UndefOr[String]\n  }\n\n  object GetJobManifestResult {\n    @inline\n    def apply(\n        ManifestURI: js.UndefOr[String] = js.undefined\n    ): GetJobManifestResult = {\n      val __obj = js.Dynamic.literal()\n      ManifestURI.foreach(__v => __obj.updateDynamic(\"ManifestURI\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetJobManifestResult]\n    }\n  }\n\n  @js.native\n  trait GetJobUnlockCodeRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object GetJobUnlockCodeRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): GetJobUnlockCodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobUnlockCodeRequest]\n    }\n  }\n\n  @js.native\n  trait GetJobUnlockCodeResult extends js.Object {\n    var UnlockCode: js.UndefOr[String]\n  }\n\n  object GetJobUnlockCodeResult {\n    @inline\n    def apply(\n        UnlockCode: js.UndefOr[String] = js.undefined\n    ): GetJobUnlockCodeResult = {\n      val __obj = js.Dynamic.literal()\n      UnlockCode.foreach(__v => __obj.updateDynamic(\"UnlockCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetJobUnlockCodeResult]\n    }\n  }\n\n  @js.native\n  trait GetSnowballUsageRequest extends js.Object\n\n  object GetSnowballUsageRequest {\n    @inline\n    def apply(): GetSnowballUsageRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetSnowballUsageRequest]\n    }\n  }\n\n  @js.native\n  trait GetSnowballUsageResult extends js.Object {\n    var SnowballLimit: js.UndefOr[Int]\n    var SnowballsInUse: js.UndefOr[Int]\n  }\n\n  object GetSnowballUsageResult {\n    @inline\n    def apply(\n        SnowballLimit: js.UndefOr[Int] = js.undefined,\n        SnowballsInUse: js.UndefOr[Int] = js.undefined\n    ): GetSnowballUsageResult = {\n      val __obj = js.Dynamic.literal()\n      SnowballLimit.foreach(__v => __obj.updateDynamic(\"SnowballLimit\")(__v.asInstanceOf[js.Any]))\n      SnowballsInUse.foreach(__v => __obj.updateDynamic(\"SnowballsInUse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSnowballUsageResult]\n    }\n  }\n\n  @js.native\n  trait GetSoftwareUpdatesRequest extends js.Object {\n    var JobId: JobId\n  }\n\n  object GetSoftwareUpdatesRequest {\n    @inline\n    def apply(\n        JobId: JobId\n    ): GetSoftwareUpdatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSoftwareUpdatesRequest]\n    }\n  }\n\n  @js.native\n  trait GetSoftwareUpdatesResult extends js.Object {\n    var UpdatesURI: js.UndefOr[String]\n  }\n\n  object GetSoftwareUpdatesResult {\n    @inline\n    def apply(\n        UpdatesURI: js.UndefOr[String] = js.undefined\n    ): GetSoftwareUpdatesResult = {\n      val __obj = js.Dynamic.literal()\n      UpdatesURI.foreach(__v => __obj.updateDynamic(\"UpdatesURI\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSoftwareUpdatesResult]\n    }\n  }\n\n  \/** The tax documents required in AWS Regions in India.\n    *\/\n  @js.native\n  trait INDTaxDocuments extends js.Object {\n    var GSTIN: js.UndefOr[GSTIN]\n  }\n\n  object INDTaxDocuments {\n    @inline\n    def apply(\n        GSTIN: js.UndefOr[GSTIN] = js.undefined\n    ): INDTaxDocuments = {\n      val __obj = js.Dynamic.literal()\n      GSTIN.foreach(__v => __obj.updateDynamic(\"GSTIN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[INDTaxDocuments]\n    }\n  }\n\n  \/** Each <code>JobListEntry<\/code> object contains a job's state, a job's ID, and a value that indicates whether the job is a job part, in the case of an export job.\n    *\/\n  @js.native\n  trait JobListEntry extends js.Object {\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var IsMaster: js.UndefOr[Boolean]\n    var JobId: js.UndefOr[String]\n    var JobState: js.UndefOr[JobState]\n    var JobType: js.UndefOr[JobType]\n    var SnowballType: js.UndefOr[SnowballType]\n  }\n\n  object JobListEntry {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsMaster: js.UndefOr[Boolean] = js.undefined,\n        JobId: js.UndefOr[String] = js.undefined,\n        JobState: js.UndefOr[JobState] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        SnowballType: js.UndefOr[SnowballType] = js.undefined\n    ): JobListEntry = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsMaster.foreach(__v => __obj.updateDynamic(\"IsMaster\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobState.foreach(__v => __obj.updateDynamic(\"JobState\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      SnowballType.foreach(__v => __obj.updateDynamic(\"SnowballType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobListEntry]\n    }\n  }\n\n  \/** Contains job logs. Whenever a Snow device is used to import data into or export data out of Amazon S3, you'll have the option of downloading a PDF job report. Job logs are returned as a part of the response syntax of the <code>DescribeJob<\/code> action in the <code>JobMetadata<\/code> data type. The job logs can be accessed for up to 60 minutes after this request has been made. To access any of the job logs after 60 minutes have passed, you'll have to make another call to the <code>DescribeJob<\/code> action. For import jobs, the PDF job report becomes available at the end of the import process. For export jobs, your job report typically becomes available while the Snow device for your job part is being delivered to you. The job report provides you insight into the state of your Amazon S3 data transfer. The report includes details about your job or job part for your records. For deeper visibility into the status of your transferred objects, you can look at the two associated logs:\n    * a success log and a failure log. The logs are saved in comma-separated value (CSV) format, and the name of each log includes the ID of the job or job part that the log describes.\n    *\/\n  @js.native\n  trait JobLogs extends js.Object {\n    var JobCompletionReportURI: js.UndefOr[String]\n    var JobFailureLogURI: js.UndefOr[String]\n    var JobSuccessLogURI: js.UndefOr[String]\n  }\n\n  object JobLogs {\n    @inline\n    def apply(\n        JobCompletionReportURI: js.UndefOr[String] = js.undefined,\n        JobFailureLogURI: js.UndefOr[String] = js.undefined,\n        JobSuccessLogURI: js.UndefOr[String] = js.undefined\n    ): JobLogs = {\n      val __obj = js.Dynamic.literal()\n      JobCompletionReportURI.foreach(__v => __obj.updateDynamic(\"JobCompletionReportURI\")(__v.asInstanceOf[js.Any]))\n      JobFailureLogURI.foreach(__v => __obj.updateDynamic(\"JobFailureLogURI\")(__v.asInstanceOf[js.Any]))\n      JobSuccessLogURI.foreach(__v => __obj.updateDynamic(\"JobSuccessLogURI\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobLogs]\n    }\n  }\n\n  \/** Contains information about a specific job including shipping information, job status, and other important metadata. This information is returned as a part of the response syntax of the <code>DescribeJob<\/code> action.\n    *\/\n  @js.native\n  trait JobMetadata extends js.Object {\n    var AddressId: js.UndefOr[AddressId]\n    var ClusterId: js.UndefOr[String]\n    var CreationDate: js.UndefOr[Timestamp]\n    var DataTransferProgress: js.UndefOr[DataTransfer]\n    var Description: js.UndefOr[String]\n    var DeviceConfiguration: js.UndefOr[DeviceConfiguration]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var JobId: js.UndefOr[String]\n    var JobLogInfo: js.UndefOr[JobLogs]\n    var JobState: js.UndefOr[JobState]\n    var JobType: js.UndefOr[JobType]\n    var KmsKeyARN: js.UndefOr[KmsKeyARN]\n    var Notification: js.UndefOr[Notification]\n    var Resources: js.UndefOr[JobResource]\n    var RoleARN: js.UndefOr[RoleARN]\n    var ShippingDetails: js.UndefOr[ShippingDetails]\n    var SnowballCapacityPreference: js.UndefOr[SnowballCapacity]\n    var SnowballType: js.UndefOr[SnowballType]\n    var TaxDocuments: js.UndefOr[TaxDocuments]\n  }\n\n  object JobMetadata {\n    @inline\n    def apply(\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        ClusterId: js.UndefOr[String] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        DataTransferProgress: js.UndefOr[DataTransfer] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DeviceConfiguration: js.UndefOr[DeviceConfiguration] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        JobId: js.UndefOr[String] = js.undefined,\n        JobLogInfo: js.UndefOr[JobLogs] = js.undefined,\n        JobState: js.UndefOr[JobState] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        KmsKeyARN: js.UndefOr[KmsKeyARN] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        Resources: js.UndefOr[JobResource] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        ShippingDetails: js.UndefOr[ShippingDetails] = js.undefined,\n        SnowballCapacityPreference: js.UndefOr[SnowballCapacity] = js.undefined,\n        SnowballType: js.UndefOr[SnowballType] = js.undefined,\n        TaxDocuments: js.UndefOr[TaxDocuments] = js.undefined\n    ): JobMetadata = {\n      val __obj = js.Dynamic.literal()\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      DataTransferProgress.foreach(__v => __obj.updateDynamic(\"DataTransferProgress\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DeviceConfiguration.foreach(__v => __obj.updateDynamic(\"DeviceConfiguration\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobLogInfo.foreach(__v => __obj.updateDynamic(\"JobLogInfo\")(__v.asInstanceOf[js.Any]))\n      JobState.foreach(__v => __obj.updateDynamic(\"JobState\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyARN.foreach(__v => __obj.updateDynamic(\"KmsKeyARN\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      ShippingDetails.foreach(__v => __obj.updateDynamic(\"ShippingDetails\")(__v.asInstanceOf[js.Any]))\n      SnowballCapacityPreference.foreach(__v => __obj.updateDynamic(\"SnowballCapacityPreference\")(__v.asInstanceOf[js.Any]))\n      SnowballType.foreach(__v => __obj.updateDynamic(\"SnowballType\")(__v.asInstanceOf[js.Any]))\n      TaxDocuments.foreach(__v => __obj.updateDynamic(\"TaxDocuments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobMetadata]\n    }\n  }\n\n  \/** Contains an array of AWS resource objects. Each object represents an Amazon S3 bucket, an AWS Lambda function, or an Amazon Machine Image (AMI) based on Amazon EC2 that is associated with a particular job.\n    *\/\n  @js.native\n  trait JobResource extends js.Object {\n    var Ec2AmiResources: js.UndefOr[Ec2AmiResourceList]\n    var LambdaResources: js.UndefOr[LambdaResourceList]\n    var S3Resources: js.UndefOr[S3ResourceList]\n  }\n\n  object JobResource {\n    @inline\n    def apply(\n        Ec2AmiResources: js.UndefOr[Ec2AmiResourceList] = js.undefined,\n        LambdaResources: js.UndefOr[LambdaResourceList] = js.undefined,\n        S3Resources: js.UndefOr[S3ResourceList] = js.undefined\n    ): JobResource = {\n      val __obj = js.Dynamic.literal()\n      Ec2AmiResources.foreach(__v => __obj.updateDynamic(\"Ec2AmiResources\")(__v.asInstanceOf[js.Any]))\n      LambdaResources.foreach(__v => __obj.updateDynamic(\"LambdaResources\")(__v.asInstanceOf[js.Any]))\n      S3Resources.foreach(__v => __obj.updateDynamic(\"S3Resources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobResource]\n    }\n  }\n\n  @js.native\n  sealed trait JobState extends js.Any\n  object JobState {\n    val New = \"New\".asInstanceOf[JobState]\n    val PreparingAppliance = \"PreparingAppliance\".asInstanceOf[JobState]\n    val PreparingShipment = \"PreparingShipment\".asInstanceOf[JobState]\n    val InTransitToCustomer = \"InTransitToCustomer\".asInstanceOf[JobState]\n    val WithCustomer = \"WithCustomer\".asInstanceOf[JobState]\n    val InTransitToAWS = \"InTransitToAWS\".asInstanceOf[JobState]\n    val WithAWSSortingFacility = \"WithAWSSortingFacility\".asInstanceOf[JobState]\n    val WithAWS = \"WithAWS\".asInstanceOf[JobState]\n    val InProgress = \"InProgress\".asInstanceOf[JobState]\n    val Complete = \"Complete\".asInstanceOf[JobState]\n    val Cancelled = \"Cancelled\".asInstanceOf[JobState]\n    val Listing = \"Listing\".asInstanceOf[JobState]\n    val Pending = \"Pending\".asInstanceOf[JobState]\n\n    @inline def values = js.Array(\n      New,\n      PreparingAppliance,\n      PreparingShipment,\n      InTransitToCustomer,\n      WithCustomer,\n      InTransitToAWS,\n      WithAWSSortingFacility,\n      WithAWS,\n      InProgress,\n      Complete,\n      Cancelled,\n      Listing,\n      Pending\n    )\n  }\n\n  @js.native\n  sealed trait JobType extends js.Any\n  object JobType {\n    val IMPORT = \"IMPORT\".asInstanceOf[JobType]\n    val EXPORT = \"EXPORT\".asInstanceOf[JobType]\n    val LOCAL_USE = \"LOCAL_USE\".asInstanceOf[JobType]\n\n    @inline def values = js.Array(IMPORT, EXPORT, LOCAL_USE)\n  }\n\n  \/** Contains a key range. For export jobs, a <code>S3Resource<\/code> object can have an optional <code>KeyRange<\/code> value. The length of the range is defined at job creation, and has either an inclusive <code>BeginMarker<\/code>, an inclusive <code>EndMarker<\/code>, or both. Ranges are UTF-8 binary sorted.\n    *\/\n  @js.native\n  trait KeyRange extends js.Object {\n    var BeginMarker: js.UndefOr[String]\n    var EndMarker: js.UndefOr[String]\n  }\n\n  object KeyRange {\n    @inline\n    def apply(\n        BeginMarker: js.UndefOr[String] = js.undefined,\n        EndMarker: js.UndefOr[String] = js.undefined\n    ): KeyRange = {\n      val __obj = js.Dynamic.literal()\n      BeginMarker.foreach(__v => __obj.updateDynamic(\"BeginMarker\")(__v.asInstanceOf[js.Any]))\n      EndMarker.foreach(__v => __obj.updateDynamic(\"EndMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyRange]\n    }\n  }\n\n  \/** Identifies\n    *\/\n  @js.native\n  trait LambdaResource extends js.Object {\n    var EventTriggers: js.UndefOr[EventTriggerDefinitionList]\n    var LambdaArn: js.UndefOr[ResourceARN]\n  }\n\n  object LambdaResource {\n    @inline\n    def apply(\n        EventTriggers: js.UndefOr[EventTriggerDefinitionList] = js.undefined,\n        LambdaArn: js.UndefOr[ResourceARN] = js.undefined\n    ): LambdaResource = {\n      val __obj = js.Dynamic.literal()\n      EventTriggers.foreach(__v => __obj.updateDynamic(\"EventTriggers\")(__v.asInstanceOf[js.Any]))\n      LambdaArn.foreach(__v => __obj.updateDynamic(\"LambdaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaResource]\n    }\n  }\n\n  @js.native\n  trait ListClusterJobsRequest extends js.Object {\n    var ClusterId: ClusterId\n    var MaxResults: js.UndefOr[ListLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListClusterJobsRequest {\n    @inline\n    def apply(\n        ClusterId: ClusterId,\n        MaxResults: js.UndefOr[ListLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListClusterJobsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterId\" -> ClusterId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClusterJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListClusterJobsResult extends js.Object {\n    var JobListEntries: js.UndefOr[JobListEntryList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListClusterJobsResult {\n    @inline\n    def apply(\n        JobListEntries: js.UndefOr[JobListEntryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListClusterJobsResult = {\n      val __obj = js.Dynamic.literal()\n      JobListEntries.foreach(__v => __obj.updateDynamic(\"JobListEntries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClusterJobsResult]\n    }\n  }\n\n  @js.native\n  trait ListClustersRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListClustersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListClustersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClustersRequest]\n    }\n  }\n\n  @js.native\n  trait ListClustersResult extends js.Object {\n    var ClusterListEntries: js.UndefOr[ClusterListEntryList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListClustersResult {\n    @inline\n    def apply(\n        ClusterListEntries: js.UndefOr[ClusterListEntryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListClustersResult = {\n      val __obj = js.Dynamic.literal()\n      ClusterListEntries.foreach(__v => __obj.updateDynamic(\"ClusterListEntries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClustersResult]\n    }\n  }\n\n  @js.native\n  trait ListCompatibleImagesRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListCompatibleImagesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListCompatibleImagesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCompatibleImagesRequest]\n    }\n  }\n\n  @js.native\n  trait ListCompatibleImagesResult extends js.Object {\n    var CompatibleImages: js.UndefOr[CompatibleImageList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListCompatibleImagesResult {\n    @inline\n    def apply(\n        CompatibleImages: js.UndefOr[CompatibleImageList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListCompatibleImagesResult = {\n      val __obj = js.Dynamic.literal()\n      CompatibleImages.foreach(__v => __obj.updateDynamic(\"CompatibleImages\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCompatibleImagesResult]\n    }\n  }\n\n  @js.native\n  trait ListJobsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListJobsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobsResult extends js.Object {\n    var JobListEntries: js.UndefOr[JobListEntryList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListJobsResult {\n    @inline\n    def apply(\n        JobListEntries: js.UndefOr[JobListEntryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListJobsResult = {\n      val __obj = js.Dynamic.literal()\n      JobListEntries.foreach(__v => __obj.updateDynamic(\"JobListEntries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsResult]\n    }\n  }\n\n  \/** The Amazon Simple Notification Service (Amazon SNS) notification settings associated with a specific job. The <code>Notification<\/code> object is returned as a part of the response syntax of the <code>DescribeJob<\/code> action in the <code>JobMetadata<\/code> data type. When the notification settings are defined during job creation, you can choose to notify based on a specific set of job states using the <code>JobStatesToNotify<\/code> array of strings, or you can specify that you want to have Amazon SNS notifications sent out for all job states with <code>NotifyAll<\/code> set to true.\n    *\/\n  @js.native\n  trait Notification extends js.Object {\n    var JobStatesToNotify: js.UndefOr[JobStateList]\n    var NotifyAll: js.UndefOr[Boolean]\n    var SnsTopicARN: js.UndefOr[SnsTopicARN]\n  }\n\n  object Notification {\n    @inline\n    def apply(\n        JobStatesToNotify: js.UndefOr[JobStateList] = js.undefined,\n        NotifyAll: js.UndefOr[Boolean] = js.undefined,\n        SnsTopicARN: js.UndefOr[SnsTopicARN] = js.undefined\n    ): Notification = {\n      val __obj = js.Dynamic.literal()\n      JobStatesToNotify.foreach(__v => __obj.updateDynamic(\"JobStatesToNotify\")(__v.asInstanceOf[js.Any]))\n      NotifyAll.foreach(__v => __obj.updateDynamic(\"NotifyAll\")(__v.asInstanceOf[js.Any]))\n      SnsTopicARN.foreach(__v => __obj.updateDynamic(\"SnsTopicARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Notification]\n    }\n  }\n\n  \/** Each <code>S3Resource<\/code> object represents an Amazon S3 bucket that your transferred data will be exported from or imported into. For export jobs, this object can have an optional <code>KeyRange<\/code> value. The length of the range is defined at job creation, and has either an inclusive <code>BeginMarker<\/code>, an inclusive <code>EndMarker<\/code>, or both. Ranges are UTF-8 binary sorted.\n    *\/\n  @js.native\n  trait S3Resource extends js.Object {\n    var BucketArn: js.UndefOr[ResourceARN]\n    var KeyRange: js.UndefOr[KeyRange]\n  }\n\n  object S3Resource {\n    @inline\n    def apply(\n        BucketArn: js.UndefOr[ResourceARN] = js.undefined,\n        KeyRange: js.UndefOr[KeyRange] = js.undefined\n    ): S3Resource = {\n      val __obj = js.Dynamic.literal()\n      BucketArn.foreach(__v => __obj.updateDynamic(\"BucketArn\")(__v.asInstanceOf[js.Any]))\n      KeyRange.foreach(__v => __obj.updateDynamic(\"KeyRange\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Resource]\n    }\n  }\n\n  \/** The <code>Status<\/code> and <code>TrackingNumber<\/code> information for an inbound or outbound shipment.\n    *\/\n  @js.native\n  trait Shipment extends js.Object {\n    var Status: js.UndefOr[String]\n    var TrackingNumber: js.UndefOr[String]\n  }\n\n  object Shipment {\n    @inline\n    def apply(\n        Status: js.UndefOr[String] = js.undefined,\n        TrackingNumber: js.UndefOr[String] = js.undefined\n    ): Shipment = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrackingNumber.foreach(__v => __obj.updateDynamic(\"TrackingNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Shipment]\n    }\n  }\n\n  @js.native\n  sealed trait ShipmentState extends js.Any\n  object ShipmentState {\n    val RECEIVED = \"RECEIVED\".asInstanceOf[ShipmentState]\n    val RETURNED = \"RETURNED\".asInstanceOf[ShipmentState]\n\n    @inline def values = js.Array(RECEIVED, RETURNED)\n  }\n\n  \/** A job's shipping information, including inbound and outbound tracking numbers and shipping speed options.\n    *\/\n  @js.native\n  trait ShippingDetails extends js.Object {\n    var InboundShipment: js.UndefOr[Shipment]\n    var OutboundShipment: js.UndefOr[Shipment]\n    var ShippingOption: js.UndefOr[ShippingOption]\n  }\n\n  object ShippingDetails {\n    @inline\n    def apply(\n        InboundShipment: js.UndefOr[Shipment] = js.undefined,\n        OutboundShipment: js.UndefOr[Shipment] = js.undefined,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined\n    ): ShippingDetails = {\n      val __obj = js.Dynamic.literal()\n      InboundShipment.foreach(__v => __obj.updateDynamic(\"InboundShipment\")(__v.asInstanceOf[js.Any]))\n      OutboundShipment.foreach(__v => __obj.updateDynamic(\"OutboundShipment\")(__v.asInstanceOf[js.Any]))\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShippingDetails]\n    }\n  }\n\n  @js.native\n  sealed trait ShippingLabelStatus extends js.Any\n  object ShippingLabelStatus {\n    val InProgress = \"InProgress\".asInstanceOf[ShippingLabelStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[ShippingLabelStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[ShippingLabelStatus]\n    val Failed = \"Failed\".asInstanceOf[ShippingLabelStatus]\n\n    @inline def values = js.Array(InProgress, TimedOut, Succeeded, Failed)\n  }\n\n  @js.native\n  sealed trait ShippingOption extends js.Any\n  object ShippingOption {\n    val SECOND_DAY = \"SECOND_DAY\".asInstanceOf[ShippingOption]\n    val NEXT_DAY = \"NEXT_DAY\".asInstanceOf[ShippingOption]\n    val EXPRESS = \"EXPRESS\".asInstanceOf[ShippingOption]\n    val STANDARD = \"STANDARD\".asInstanceOf[ShippingOption]\n\n    @inline def values = js.Array(SECOND_DAY, NEXT_DAY, EXPRESS, STANDARD)\n  }\n\n  @js.native\n  sealed trait SnowballCapacity extends js.Any\n  object SnowballCapacity {\n    val T50 = \"T50\".asInstanceOf[SnowballCapacity]\n    val T80 = \"T80\".asInstanceOf[SnowballCapacity]\n    val T100 = \"T100\".asInstanceOf[SnowballCapacity]\n    val T42 = \"T42\".asInstanceOf[SnowballCapacity]\n    val T98 = \"T98\".asInstanceOf[SnowballCapacity]\n    val T8 = \"T8\".asInstanceOf[SnowballCapacity]\n    val NoPreference = \"NoPreference\".asInstanceOf[SnowballCapacity]\n\n    @inline def values = js.Array(T50, T80, T100, T42, T98, T8, NoPreference)\n  }\n\n  @js.native\n  sealed trait SnowballType extends js.Any\n  object SnowballType {\n    val STANDARD = \"STANDARD\".asInstanceOf[SnowballType]\n    val EDGE = \"EDGE\".asInstanceOf[SnowballType]\n    val EDGE_C = \"EDGE_C\".asInstanceOf[SnowballType]\n    val EDGE_CG = \"EDGE_CG\".asInstanceOf[SnowballType]\n    val EDGE_S = \"EDGE_S\".asInstanceOf[SnowballType]\n    val SNC1_HDD = \"SNC1_HDD\".asInstanceOf[SnowballType]\n\n    @inline def values = js.Array(STANDARD, EDGE, EDGE_C, EDGE_CG, EDGE_S, SNC1_HDD)\n  }\n\n  \/** Specifies the device configuration for an AWS Snowcone job.\n    *\/\n  @js.native\n  trait SnowconeDeviceConfiguration extends js.Object {\n    var WirelessConnection: js.UndefOr[WirelessConnection]\n  }\n\n  object SnowconeDeviceConfiguration {\n    @inline\n    def apply(\n        WirelessConnection: js.UndefOr[WirelessConnection] = js.undefined\n    ): SnowconeDeviceConfiguration = {\n      val __obj = js.Dynamic.literal()\n      WirelessConnection.foreach(__v => __obj.updateDynamic(\"WirelessConnection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SnowconeDeviceConfiguration]\n    }\n  }\n\n  \/** The tax documents required in your AWS Region.\n    *\/\n  @js.native\n  trait TaxDocuments extends js.Object {\n    var IND: js.UndefOr[INDTaxDocuments]\n  }\n\n  object TaxDocuments {\n    @inline\n    def apply(\n        IND: js.UndefOr[INDTaxDocuments] = js.undefined\n    ): TaxDocuments = {\n      val __obj = js.Dynamic.literal()\n      IND.foreach(__v => __obj.updateDynamic(\"IND\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TaxDocuments]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterRequest extends js.Object {\n    var ClusterId: ClusterId\n    var AddressId: js.UndefOr[AddressId]\n    var Description: js.UndefOr[String]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var Notification: js.UndefOr[Notification]\n    var Resources: js.UndefOr[JobResource]\n    var RoleARN: js.UndefOr[RoleARN]\n    var ShippingOption: js.UndefOr[ShippingOption]\n  }\n\n  object UpdateClusterRequest {\n    @inline\n    def apply(\n        ClusterId: ClusterId,\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        Resources: js.UndefOr[JobResource] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined\n    ): UpdateClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterId\" -> ClusterId.asInstanceOf[js.Any]\n      )\n\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterResult extends js.Object\n\n  object UpdateClusterResult {\n    @inline\n    def apply(): UpdateClusterResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateClusterResult]\n    }\n  }\n\n  @js.native\n  trait UpdateJobRequest extends js.Object {\n    var JobId: JobId\n    var AddressId: js.UndefOr[AddressId]\n    var Description: js.UndefOr[String]\n    var ForwardingAddressId: js.UndefOr[AddressId]\n    var Notification: js.UndefOr[Notification]\n    var Resources: js.UndefOr[JobResource]\n    var RoleARN: js.UndefOr[RoleARN]\n    var ShippingOption: js.UndefOr[ShippingOption]\n    var SnowballCapacityPreference: js.UndefOr[SnowballCapacity]\n  }\n\n  object UpdateJobRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        AddressId: js.UndefOr[AddressId] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ForwardingAddressId: js.UndefOr[AddressId] = js.undefined,\n        Notification: js.UndefOr[Notification] = js.undefined,\n        Resources: js.UndefOr[JobResource] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        ShippingOption: js.UndefOr[ShippingOption] = js.undefined,\n        SnowballCapacityPreference: js.UndefOr[SnowballCapacity] = js.undefined\n    ): UpdateJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      AddressId.foreach(__v => __obj.updateDynamic(\"AddressId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForwardingAddressId.foreach(__v => __obj.updateDynamic(\"ForwardingAddressId\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      ShippingOption.foreach(__v => __obj.updateDynamic(\"ShippingOption\")(__v.asInstanceOf[js.Any]))\n      SnowballCapacityPreference.foreach(__v => __obj.updateDynamic(\"SnowballCapacityPreference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateJobResult extends js.Object\n\n  object UpdateJobResult {\n    @inline\n    def apply(): UpdateJobResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateJobResult]\n    }\n  }\n\n  @js.native\n  trait UpdateJobShipmentStateRequest extends js.Object {\n    var JobId: JobId\n    var ShipmentState: ShipmentState\n  }\n\n  object UpdateJobShipmentStateRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        ShipmentState: ShipmentState\n    ): UpdateJobShipmentStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any],\n        \"ShipmentState\" -> ShipmentState.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateJobShipmentStateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateJobShipmentStateResult extends js.Object\n\n  object UpdateJobShipmentStateResult {\n    @inline\n    def apply(): UpdateJobShipmentStateResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateJobShipmentStateResult]\n    }\n  }\n\n  \/** Configures the wireless connection on an AWS Snowcone device.\n    *\/\n  @js.native\n  trait WirelessConnection extends js.Object {\n    var IsWifiEnabled: js.UndefOr[Boolean]\n  }\n\n  object WirelessConnection {\n    @inline\n    def apply(\n        IsWifiEnabled: js.UndefOr[Boolean] = js.undefined\n    ): WirelessConnection = {\n      val __obj = js.Dynamic.literal()\n      IsWifiEnabled.foreach(__v => __obj.updateDynamic(\"IsWifiEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WirelessConnection]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/batch\/src\/main\/scala\/facade\/amazonaws\/services\/Batch.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object batch {\n  type ArrayJobStatusSummary = js.Dictionary[Int]\n  type AttemptDetails = js.Array[AttemptDetail]\n  type ComputeEnvironmentDetailList = js.Array[ComputeEnvironmentDetail]\n  type ComputeEnvironmentOrders = js.Array[ComputeEnvironmentOrder]\n  type DeviceCgroupPermissions = js.Array[DeviceCgroupPermission]\n  type DevicesList = js.Array[Device]\n  type Ec2ConfigurationList = js.Array[Ec2Configuration]\n  type EnvironmentVariables = js.Array[KeyValuePair]\n  type EvaluateOnExitList = js.Array[EvaluateOnExit]\n  type ImageIdOverride = String\n  type ImageType = String\n  type JobDefinitionList = js.Array[JobDefinition]\n  type JobDependencyList = js.Array[JobDependency]\n  type JobDetailList = js.Array[JobDetail]\n  type JobQueueDetailList = js.Array[JobQueueDetail]\n  type JobSummaryList = js.Array[JobSummary]\n  type LogConfigurationOptionsMap = js.Dictionary[String]\n  type MountPoints = js.Array[MountPoint]\n  type NetworkInterfaceList = js.Array[NetworkInterface]\n  type NodePropertyOverrides = js.Array[NodePropertyOverride]\n  type NodeRangeProperties = js.Array[NodeRangeProperty]\n  type ParametersMap = js.Dictionary[String]\n  type PlatformCapabilityList = js.Array[PlatformCapability]\n  type ResourceRequirements = js.Array[ResourceRequirement]\n  type SecretList = js.Array[Secret]\n  type StringList = js.Array[String]\n  type TagKey = String\n  type TagKeysList = js.Array[TagKey]\n  type TagValue = String\n  type TagrisTagsMap = js.Dictionary[TagValue]\n  type TagsMap = js.Dictionary[String]\n  type TmpfsList = js.Array[Tmpfs]\n  type Ulimits = js.Array[Ulimit]\n  type Volumes = js.Array[Volume]\n\n  implicit final class BatchOps(private val service: Batch) extends AnyVal {\n\n    @inline def cancelJobFuture(params: CancelJobRequest): Future[CancelJobResponse] = service.cancelJob(params).promise().toFuture\n    @inline def createComputeEnvironmentFuture(params: CreateComputeEnvironmentRequest): Future[CreateComputeEnvironmentResponse] = service.createComputeEnvironment(params).promise().toFuture\n    @inline def createJobQueueFuture(params: CreateJobQueueRequest): Future[CreateJobQueueResponse] = service.createJobQueue(params).promise().toFuture\n    @inline def deleteComputeEnvironmentFuture(params: DeleteComputeEnvironmentRequest): Future[DeleteComputeEnvironmentResponse] = service.deleteComputeEnvironment(params).promise().toFuture\n    @inline def deleteJobQueueFuture(params: DeleteJobQueueRequest): Future[DeleteJobQueueResponse] = service.deleteJobQueue(params).promise().toFuture\n    @inline def deregisterJobDefinitionFuture(params: DeregisterJobDefinitionRequest): Future[DeregisterJobDefinitionResponse] = service.deregisterJobDefinition(params).promise().toFuture\n    @inline def describeComputeEnvironmentsFuture(params: DescribeComputeEnvironmentsRequest): Future[DescribeComputeEnvironmentsResponse] = service.describeComputeEnvironments(params).promise().toFuture\n    @inline def describeJobDefinitionsFuture(params: DescribeJobDefinitionsRequest): Future[DescribeJobDefinitionsResponse] = service.describeJobDefinitions(params).promise().toFuture\n    @inline def describeJobQueuesFuture(params: DescribeJobQueuesRequest): Future[DescribeJobQueuesResponse] = service.describeJobQueues(params).promise().toFuture\n    @inline def describeJobsFuture(params: DescribeJobsRequest): Future[DescribeJobsResponse] = service.describeJobs(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsRequest): Future[ListJobsResponse] = service.listJobs(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def registerJobDefinitionFuture(params: RegisterJobDefinitionRequest): Future[RegisterJobDefinitionResponse] = service.registerJobDefinition(params).promise().toFuture\n    @inline def submitJobFuture(params: SubmitJobRequest): Future[SubmitJobResponse] = service.submitJob(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def terminateJobFuture(params: TerminateJobRequest): Future[TerminateJobResponse] = service.terminateJob(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateComputeEnvironmentFuture(params: UpdateComputeEnvironmentRequest): Future[UpdateComputeEnvironmentResponse] = service.updateComputeEnvironment(params).promise().toFuture\n    @inline def updateJobQueueFuture(params: UpdateJobQueueRequest): Future[UpdateJobQueueResponse] = service.updateJobQueue(params).promise().toFuture\n\n  }\n}\n\npackage batch {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/batch\", JSImport.Namespace, \"AWS.Batch\")\n  class Batch() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelJob(params: CancelJobRequest): Request[CancelJobResponse] = js.native\n    def createComputeEnvironment(params: CreateComputeEnvironmentRequest): Request[CreateComputeEnvironmentResponse] = js.native\n    def createJobQueue(params: CreateJobQueueRequest): Request[CreateJobQueueResponse] = js.native\n    def deleteComputeEnvironment(params: DeleteComputeEnvironmentRequest): Request[DeleteComputeEnvironmentResponse] = js.native\n    def deleteJobQueue(params: DeleteJobQueueRequest): Request[DeleteJobQueueResponse] = js.native\n    def deregisterJobDefinition(params: DeregisterJobDefinitionRequest): Request[DeregisterJobDefinitionResponse] = js.native\n    def describeComputeEnvironments(params: DescribeComputeEnvironmentsRequest): Request[DescribeComputeEnvironmentsResponse] = js.native\n    def describeJobDefinitions(params: DescribeJobDefinitionsRequest): Request[DescribeJobDefinitionsResponse] = js.native\n    def describeJobQueues(params: DescribeJobQueuesRequest): Request[DescribeJobQueuesResponse] = js.native\n    def describeJobs(params: DescribeJobsRequest): Request[DescribeJobsResponse] = js.native\n    def listJobs(params: ListJobsRequest): Request[ListJobsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def registerJobDefinition(params: RegisterJobDefinitionRequest): Request[RegisterJobDefinitionResponse] = js.native\n    def submitJob(params: SubmitJobRequest): Request[SubmitJobResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def terminateJob(params: TerminateJobRequest): Request[TerminateJobResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateComputeEnvironment(params: UpdateComputeEnvironmentRequest): Request[UpdateComputeEnvironmentResponse] = js.native\n    def updateJobQueue(params: UpdateJobQueueRequest): Request[UpdateJobQueueResponse] = js.native\n  }\n\n  @js.native\n  sealed trait ArrayJobDependency extends js.Any\n  object ArrayJobDependency {\n    val N_TO_N = \"N_TO_N\".asInstanceOf[ArrayJobDependency]\n    val SEQUENTIAL = \"SEQUENTIAL\".asInstanceOf[ArrayJobDependency]\n\n    @inline def values = js.Array(N_TO_N, SEQUENTIAL)\n  }\n\n  \/** An object representing an AWS Batch array job.\n    *\/\n  @js.native\n  trait ArrayProperties extends js.Object {\n    var size: js.UndefOr[Int]\n  }\n\n  object ArrayProperties {\n    @inline\n    def apply(\n        size: js.UndefOr[Int] = js.undefined\n    ): ArrayProperties = {\n      val __obj = js.Dynamic.literal()\n      size.foreach(__v => __obj.updateDynamic(\"size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArrayProperties]\n    }\n  }\n\n  \/** An object representing the array properties of a job.\n    *\/\n  @js.native\n  trait ArrayPropertiesDetail extends js.Object {\n    var index: js.UndefOr[Int]\n    var size: js.UndefOr[Int]\n    var statusSummary: js.UndefOr[ArrayJobStatusSummary]\n  }\n\n  object ArrayPropertiesDetail {\n    @inline\n    def apply(\n        index: js.UndefOr[Int] = js.undefined,\n        size: js.UndefOr[Int] = js.undefined,\n        statusSummary: js.UndefOr[ArrayJobStatusSummary] = js.undefined\n    ): ArrayPropertiesDetail = {\n      val __obj = js.Dynamic.literal()\n      index.foreach(__v => __obj.updateDynamic(\"index\")(__v.asInstanceOf[js.Any]))\n      size.foreach(__v => __obj.updateDynamic(\"size\")(__v.asInstanceOf[js.Any]))\n      statusSummary.foreach(__v => __obj.updateDynamic(\"statusSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArrayPropertiesDetail]\n    }\n  }\n\n  \/** An object representing the array properties of a job.\n    *\/\n  @js.native\n  trait ArrayPropertiesSummary extends js.Object {\n    var index: js.UndefOr[Int]\n    var size: js.UndefOr[Int]\n  }\n\n  object ArrayPropertiesSummary {\n    @inline\n    def apply(\n        index: js.UndefOr[Int] = js.undefined,\n        size: js.UndefOr[Int] = js.undefined\n    ): ArrayPropertiesSummary = {\n      val __obj = js.Dynamic.literal()\n      index.foreach(__v => __obj.updateDynamic(\"index\")(__v.asInstanceOf[js.Any]))\n      size.foreach(__v => __obj.updateDynamic(\"size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArrayPropertiesSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AssignPublicIp extends js.Any\n  object AssignPublicIp {\n    val ENABLED = \"ENABLED\".asInstanceOf[AssignPublicIp]\n    val DISABLED = \"DISABLED\".asInstanceOf[AssignPublicIp]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** An object representing the details of a container that's part of a job attempt.\n    *\/\n  @js.native\n  trait AttemptContainerDetail extends js.Object {\n    var containerInstanceArn: js.UndefOr[String]\n    var exitCode: js.UndefOr[Int]\n    var logStreamName: js.UndefOr[String]\n    var networkInterfaces: js.UndefOr[NetworkInterfaceList]\n    var reason: js.UndefOr[String]\n    var taskArn: js.UndefOr[String]\n  }\n\n  object AttemptContainerDetail {\n    @inline\n    def apply(\n        containerInstanceArn: js.UndefOr[String] = js.undefined,\n        exitCode: js.UndefOr[Int] = js.undefined,\n        logStreamName: js.UndefOr[String] = js.undefined,\n        networkInterfaces: js.UndefOr[NetworkInterfaceList] = js.undefined,\n        reason: js.UndefOr[String] = js.undefined,\n        taskArn: js.UndefOr[String] = js.undefined\n    ): AttemptContainerDetail = {\n      val __obj = js.Dynamic.literal()\n      containerInstanceArn.foreach(__v => __obj.updateDynamic(\"containerInstanceArn\")(__v.asInstanceOf[js.Any]))\n      exitCode.foreach(__v => __obj.updateDynamic(\"exitCode\")(__v.asInstanceOf[js.Any]))\n      logStreamName.foreach(__v => __obj.updateDynamic(\"logStreamName\")(__v.asInstanceOf[js.Any]))\n      networkInterfaces.foreach(__v => __obj.updateDynamic(\"networkInterfaces\")(__v.asInstanceOf[js.Any]))\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      taskArn.foreach(__v => __obj.updateDynamic(\"taskArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttemptContainerDetail]\n    }\n  }\n\n  \/** An object representing a job attempt.\n    *\/\n  @js.native\n  trait AttemptDetail extends js.Object {\n    var container: js.UndefOr[AttemptContainerDetail]\n    var startedAt: js.UndefOr[Double]\n    var statusReason: js.UndefOr[String]\n    var stoppedAt: js.UndefOr[Double]\n  }\n\n  object AttemptDetail {\n    @inline\n    def apply(\n        container: js.UndefOr[AttemptContainerDetail] = js.undefined,\n        startedAt: js.UndefOr[Double] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        stoppedAt: js.UndefOr[Double] = js.undefined\n    ): AttemptDetail = {\n      val __obj = js.Dynamic.literal()\n      container.foreach(__v => __obj.updateDynamic(\"container\")(__v.asInstanceOf[js.Any]))\n      startedAt.foreach(__v => __obj.updateDynamic(\"startedAt\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      stoppedAt.foreach(__v => __obj.updateDynamic(\"stoppedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttemptDetail]\n    }\n  }\n\n  @js.native\n  sealed trait CEState extends js.Any\n  object CEState {\n    val ENABLED = \"ENABLED\".asInstanceOf[CEState]\n    val DISABLED = \"DISABLED\".asInstanceOf[CEState]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait CEStatus extends js.Any\n  object CEStatus {\n    val CREATING = \"CREATING\".asInstanceOf[CEStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[CEStatus]\n    val DELETING = \"DELETING\".asInstanceOf[CEStatus]\n    val DELETED = \"DELETED\".asInstanceOf[CEStatus]\n    val VALID = \"VALID\".asInstanceOf[CEStatus]\n    val INVALID = \"INVALID\".asInstanceOf[CEStatus]\n\n    @inline def values = js.Array(CREATING, UPDATING, DELETING, DELETED, VALID, INVALID)\n  }\n\n  @js.native\n  sealed trait CEType extends js.Any\n  object CEType {\n    val MANAGED = \"MANAGED\".asInstanceOf[CEType]\n    val UNMANAGED = \"UNMANAGED\".asInstanceOf[CEType]\n\n    @inline def values = js.Array(MANAGED, UNMANAGED)\n  }\n\n  @js.native\n  sealed trait CRAllocationStrategy extends js.Any\n  object CRAllocationStrategy {\n    val BEST_FIT = \"BEST_FIT\".asInstanceOf[CRAllocationStrategy]\n    val BEST_FIT_PROGRESSIVE = \"BEST_FIT_PROGRESSIVE\".asInstanceOf[CRAllocationStrategy]\n    val SPOT_CAPACITY_OPTIMIZED = \"SPOT_CAPACITY_OPTIMIZED\".asInstanceOf[CRAllocationStrategy]\n\n    @inline def values = js.Array(BEST_FIT, BEST_FIT_PROGRESSIVE, SPOT_CAPACITY_OPTIMIZED)\n  }\n\n  @js.native\n  sealed trait CRType extends js.Any\n  object CRType {\n    val EC2 = \"EC2\".asInstanceOf[CRType]\n    val SPOT = \"SPOT\".asInstanceOf[CRType]\n    val FARGATE = \"FARGATE\".asInstanceOf[CRType]\n    val FARGATE_SPOT = \"FARGATE_SPOT\".asInstanceOf[CRType]\n\n    @inline def values = js.Array(EC2, SPOT, FARGATE, FARGATE_SPOT)\n  }\n\n  \/** Contains the parameters for <code>CancelJob<\/code>.\n    *\/\n  @js.native\n  trait CancelJobRequest extends js.Object {\n    var jobId: String\n    var reason: String\n  }\n\n  object CancelJobRequest {\n    @inline\n    def apply(\n        jobId: String,\n        reason: String\n    ): CancelJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"reason\" -> reason.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelJobRequest]\n    }\n  }\n\n  @js.native\n  trait CancelJobResponse extends js.Object\n\n  object CancelJobResponse {\n    @inline\n    def apply(): CancelJobResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelJobResponse]\n    }\n  }\n\n  \/** An object representing an AWS Batch compute environment.\n    *\/\n  @js.native\n  trait ComputeEnvironmentDetail extends js.Object {\n    var computeEnvironmentArn: String\n    var computeEnvironmentName: String\n    var ecsClusterArn: String\n    var computeResources: js.UndefOr[ComputeResource]\n    var serviceRole: js.UndefOr[String]\n    var state: js.UndefOr[CEState]\n    var status: js.UndefOr[CEStatus]\n    var statusReason: js.UndefOr[String]\n    var tags: js.UndefOr[TagrisTagsMap]\n    var `type`: js.UndefOr[CEType]\n  }\n\n  object ComputeEnvironmentDetail {\n    @inline\n    def apply(\n        computeEnvironmentArn: String,\n        computeEnvironmentName: String,\n        ecsClusterArn: String,\n        computeResources: js.UndefOr[ComputeResource] = js.undefined,\n        serviceRole: js.UndefOr[String] = js.undefined,\n        state: js.UndefOr[CEState] = js.undefined,\n        status: js.UndefOr[CEStatus] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined,\n        `type`: js.UndefOr[CEType] = js.undefined\n    ): ComputeEnvironmentDetail = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironmentArn\" -> computeEnvironmentArn.asInstanceOf[js.Any],\n        \"computeEnvironmentName\" -> computeEnvironmentName.asInstanceOf[js.Any],\n        \"ecsClusterArn\" -> ecsClusterArn.asInstanceOf[js.Any]\n      )\n\n      computeResources.foreach(__v => __obj.updateDynamic(\"computeResources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComputeEnvironmentDetail]\n    }\n  }\n\n  \/** The order in which compute environments are tried for job placement within a queue. Compute environments are tried in ascending order. For example, if two compute environments are associated with a job queue, the compute environment with a lower order integer value is tried for job placement first. Compute environments must be in the <code>VALID<\/code> state before you can associate them with a job queue. All of the compute environments must be either EC2 (<code>EC2<\/code> or <code>SPOT<\/code>) or Fargate (<code>FARGATE<\/code> or <code>FARGATE_SPOT<\/code>); EC2 and Fargate compute environments can't be mixed.\n    *\n    * '''Note:'''All compute environments that are associated with a job queue must share the same architecture. AWS Batch doesn't support mixing compute environment architecture types in a single job queue.\n    *\/\n  @js.native\n  trait ComputeEnvironmentOrder extends js.Object {\n    var computeEnvironment: String\n    var order: Int\n  }\n\n  object ComputeEnvironmentOrder {\n    @inline\n    def apply(\n        computeEnvironment: String,\n        order: Int\n    ): ComputeEnvironmentOrder = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironment\" -> computeEnvironment.asInstanceOf[js.Any],\n        \"order\" -> order.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ComputeEnvironmentOrder]\n    }\n  }\n\n  \/** An object representing an AWS Batch compute resource. For more information, see [[https:\/\/docs.aws.amazon.com\/batch\/latest\/userguide\/compute_environments.html|Compute Environments]] in the <i>AWS Batch User Guide<\/i>.\n    *\/\n  @js.native\n  trait ComputeResource extends js.Object {\n    var maxvCpus: Int\n    var subnets: StringList\n    var `type`: CRType\n    var allocationStrategy: js.UndefOr[CRAllocationStrategy]\n    var bidPercentage: js.UndefOr[Int]\n    var desiredvCpus: js.UndefOr[Int]\n    var ec2Configuration: js.UndefOr[Ec2ConfigurationList]\n    var ec2KeyPair: js.UndefOr[String]\n    var imageId: js.UndefOr[String]\n    var instanceRole: js.UndefOr[String]\n    var instanceTypes: js.UndefOr[StringList]\n    var launchTemplate: js.UndefOr[LaunchTemplateSpecification]\n    var minvCpus: js.UndefOr[Int]\n    var placementGroup: js.UndefOr[String]\n    var securityGroupIds: js.UndefOr[StringList]\n    var spotIamFleetRole: js.UndefOr[String]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ComputeResource {\n    @inline\n    def apply(\n        maxvCpus: Int,\n        subnets: StringList,\n        `type`: CRType,\n        allocationStrategy: js.UndefOr[CRAllocationStrategy] = js.undefined,\n        bidPercentage: js.UndefOr[Int] = js.undefined,\n        desiredvCpus: js.UndefOr[Int] = js.undefined,\n        ec2Configuration: js.UndefOr[Ec2ConfigurationList] = js.undefined,\n        ec2KeyPair: js.UndefOr[String] = js.undefined,\n        imageId: js.UndefOr[String] = js.undefined,\n        instanceRole: js.UndefOr[String] = js.undefined,\n        instanceTypes: js.UndefOr[StringList] = js.undefined,\n        launchTemplate: js.UndefOr[LaunchTemplateSpecification] = js.undefined,\n        minvCpus: js.UndefOr[Int] = js.undefined,\n        placementGroup: js.UndefOr[String] = js.undefined,\n        securityGroupIds: js.UndefOr[StringList] = js.undefined,\n        spotIamFleetRole: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ComputeResource = {\n      val __obj = js.Dynamic.literal(\n        \"maxvCpus\" -> maxvCpus.asInstanceOf[js.Any],\n        \"subnets\" -> subnets.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      allocationStrategy.foreach(__v => __obj.updateDynamic(\"allocationStrategy\")(__v.asInstanceOf[js.Any]))\n      bidPercentage.foreach(__v => __obj.updateDynamic(\"bidPercentage\")(__v.asInstanceOf[js.Any]))\n      desiredvCpus.foreach(__v => __obj.updateDynamic(\"desiredvCpus\")(__v.asInstanceOf[js.Any]))\n      ec2Configuration.foreach(__v => __obj.updateDynamic(\"ec2Configuration\")(__v.asInstanceOf[js.Any]))\n      ec2KeyPair.foreach(__v => __obj.updateDynamic(\"ec2KeyPair\")(__v.asInstanceOf[js.Any]))\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      instanceRole.foreach(__v => __obj.updateDynamic(\"instanceRole\")(__v.asInstanceOf[js.Any]))\n      instanceTypes.foreach(__v => __obj.updateDynamic(\"instanceTypes\")(__v.asInstanceOf[js.Any]))\n      launchTemplate.foreach(__v => __obj.updateDynamic(\"launchTemplate\")(__v.asInstanceOf[js.Any]))\n      minvCpus.foreach(__v => __obj.updateDynamic(\"minvCpus\")(__v.asInstanceOf[js.Any]))\n      placementGroup.foreach(__v => __obj.updateDynamic(\"placementGroup\")(__v.asInstanceOf[js.Any]))\n      securityGroupIds.foreach(__v => __obj.updateDynamic(\"securityGroupIds\")(__v.asInstanceOf[js.Any]))\n      spotIamFleetRole.foreach(__v => __obj.updateDynamic(\"spotIamFleetRole\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComputeResource]\n    }\n  }\n\n  \/** An object representing the attributes of a compute environment that can be updated. For more information, see [[https:\/\/docs.aws.amazon.com\/batch\/latest\/userguide\/compute_environments.html|Compute Environments]] in the <i>AWS Batch User Guide<\/i>.\n    *\/\n  @js.native\n  trait ComputeResourceUpdate extends js.Object {\n    var desiredvCpus: js.UndefOr[Int]\n    var maxvCpus: js.UndefOr[Int]\n    var minvCpus: js.UndefOr[Int]\n    var securityGroupIds: js.UndefOr[StringList]\n    var subnets: js.UndefOr[StringList]\n  }\n\n  object ComputeResourceUpdate {\n    @inline\n    def apply(\n        desiredvCpus: js.UndefOr[Int] = js.undefined,\n        maxvCpus: js.UndefOr[Int] = js.undefined,\n        minvCpus: js.UndefOr[Int] = js.undefined,\n        securityGroupIds: js.UndefOr[StringList] = js.undefined,\n        subnets: js.UndefOr[StringList] = js.undefined\n    ): ComputeResourceUpdate = {\n      val __obj = js.Dynamic.literal()\n      desiredvCpus.foreach(__v => __obj.updateDynamic(\"desiredvCpus\")(__v.asInstanceOf[js.Any]))\n      maxvCpus.foreach(__v => __obj.updateDynamic(\"maxvCpus\")(__v.asInstanceOf[js.Any]))\n      minvCpus.foreach(__v => __obj.updateDynamic(\"minvCpus\")(__v.asInstanceOf[js.Any]))\n      securityGroupIds.foreach(__v => __obj.updateDynamic(\"securityGroupIds\")(__v.asInstanceOf[js.Any]))\n      subnets.foreach(__v => __obj.updateDynamic(\"subnets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComputeResourceUpdate]\n    }\n  }\n\n  \/** An object representing the details of a container that's part of a job.\n    *\/\n  @js.native\n  trait ContainerDetail extends js.Object {\n    var command: js.UndefOr[StringList]\n    var containerInstanceArn: js.UndefOr[String]\n    var environment: js.UndefOr[EnvironmentVariables]\n    var executionRoleArn: js.UndefOr[String]\n    var exitCode: js.UndefOr[Int]\n    var fargatePlatformConfiguration: js.UndefOr[FargatePlatformConfiguration]\n    var image: js.UndefOr[String]\n    var instanceType: js.UndefOr[String]\n    var jobRoleArn: js.UndefOr[String]\n    var linuxParameters: js.UndefOr[LinuxParameters]\n    var logConfiguration: js.UndefOr[LogConfiguration]\n    var logStreamName: js.UndefOr[String]\n    var memory: js.UndefOr[Int]\n    var mountPoints: js.UndefOr[MountPoints]\n    var networkConfiguration: js.UndefOr[NetworkConfiguration]\n    var networkInterfaces: js.UndefOr[NetworkInterfaceList]\n    var privileged: js.UndefOr[Boolean]\n    var readonlyRootFilesystem: js.UndefOr[Boolean]\n    var reason: js.UndefOr[String]\n    var resourceRequirements: js.UndefOr[ResourceRequirements]\n    var secrets: js.UndefOr[SecretList]\n    var taskArn: js.UndefOr[String]\n    var ulimits: js.UndefOr[Ulimits]\n    var user: js.UndefOr[String]\n    var vcpus: js.UndefOr[Int]\n    var volumes: js.UndefOr[Volumes]\n  }\n\n  object ContainerDetail {\n    @inline\n    def apply(\n        command: js.UndefOr[StringList] = js.undefined,\n        containerInstanceArn: js.UndefOr[String] = js.undefined,\n        environment: js.UndefOr[EnvironmentVariables] = js.undefined,\n        executionRoleArn: js.UndefOr[String] = js.undefined,\n        exitCode: js.UndefOr[Int] = js.undefined,\n        fargatePlatformConfiguration: js.UndefOr[FargatePlatformConfiguration] = js.undefined,\n        image: js.UndefOr[String] = js.undefined,\n        instanceType: js.UndefOr[String] = js.undefined,\n        jobRoleArn: js.UndefOr[String] = js.undefined,\n        linuxParameters: js.UndefOr[LinuxParameters] = js.undefined,\n        logConfiguration: js.UndefOr[LogConfiguration] = js.undefined,\n        logStreamName: js.UndefOr[String] = js.undefined,\n        memory: js.UndefOr[Int] = js.undefined,\n        mountPoints: js.UndefOr[MountPoints] = js.undefined,\n        networkConfiguration: js.UndefOr[NetworkConfiguration] = js.undefined,\n        networkInterfaces: js.UndefOr[NetworkInterfaceList] = js.undefined,\n        privileged: js.UndefOr[Boolean] = js.undefined,\n        readonlyRootFilesystem: js.UndefOr[Boolean] = js.undefined,\n        reason: js.UndefOr[String] = js.undefined,\n        resourceRequirements: js.UndefOr[ResourceRequirements] = js.undefined,\n        secrets: js.UndefOr[SecretList] = js.undefined,\n        taskArn: js.UndefOr[String] = js.undefined,\n        ulimits: js.UndefOr[Ulimits] = js.undefined,\n        user: js.UndefOr[String] = js.undefined,\n        vcpus: js.UndefOr[Int] = js.undefined,\n        volumes: js.UndefOr[Volumes] = js.undefined\n    ): ContainerDetail = {\n      val __obj = js.Dynamic.literal()\n      command.foreach(__v => __obj.updateDynamic(\"command\")(__v.asInstanceOf[js.Any]))\n      containerInstanceArn.foreach(__v => __obj.updateDynamic(\"containerInstanceArn\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      executionRoleArn.foreach(__v => __obj.updateDynamic(\"executionRoleArn\")(__v.asInstanceOf[js.Any]))\n      exitCode.foreach(__v => __obj.updateDynamic(\"exitCode\")(__v.asInstanceOf[js.Any]))\n      fargatePlatformConfiguration.foreach(__v => __obj.updateDynamic(\"fargatePlatformConfiguration\")(__v.asInstanceOf[js.Any]))\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      instanceType.foreach(__v => __obj.updateDynamic(\"instanceType\")(__v.asInstanceOf[js.Any]))\n      jobRoleArn.foreach(__v => __obj.updateDynamic(\"jobRoleArn\")(__v.asInstanceOf[js.Any]))\n      linuxParameters.foreach(__v => __obj.updateDynamic(\"linuxParameters\")(__v.asInstanceOf[js.Any]))\n      logConfiguration.foreach(__v => __obj.updateDynamic(\"logConfiguration\")(__v.asInstanceOf[js.Any]))\n      logStreamName.foreach(__v => __obj.updateDynamic(\"logStreamName\")(__v.asInstanceOf[js.Any]))\n      memory.foreach(__v => __obj.updateDynamic(\"memory\")(__v.asInstanceOf[js.Any]))\n      mountPoints.foreach(__v => __obj.updateDynamic(\"mountPoints\")(__v.asInstanceOf[js.Any]))\n      networkConfiguration.foreach(__v => __obj.updateDynamic(\"networkConfiguration\")(__v.asInstanceOf[js.Any]))\n      networkInterfaces.foreach(__v => __obj.updateDynamic(\"networkInterfaces\")(__v.asInstanceOf[js.Any]))\n      privileged.foreach(__v => __obj.updateDynamic(\"privileged\")(__v.asInstanceOf[js.Any]))\n      readonlyRootFilesystem.foreach(__v => __obj.updateDynamic(\"readonlyRootFilesystem\")(__v.asInstanceOf[js.Any]))\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      resourceRequirements.foreach(__v => __obj.updateDynamic(\"resourceRequirements\")(__v.asInstanceOf[js.Any]))\n      secrets.foreach(__v => __obj.updateDynamic(\"secrets\")(__v.asInstanceOf[js.Any]))\n      taskArn.foreach(__v => __obj.updateDynamic(\"taskArn\")(__v.asInstanceOf[js.Any]))\n      ulimits.foreach(__v => __obj.updateDynamic(\"ulimits\")(__v.asInstanceOf[js.Any]))\n      user.foreach(__v => __obj.updateDynamic(\"user\")(__v.asInstanceOf[js.Any]))\n      vcpus.foreach(__v => __obj.updateDynamic(\"vcpus\")(__v.asInstanceOf[js.Any]))\n      volumes.foreach(__v => __obj.updateDynamic(\"volumes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerDetail]\n    }\n  }\n\n  \/** The overrides that should be sent to a container.\n    *\/\n  @js.native\n  trait ContainerOverrides extends js.Object {\n    var command: js.UndefOr[StringList]\n    var environment: js.UndefOr[EnvironmentVariables]\n    var instanceType: js.UndefOr[String]\n    var memory: js.UndefOr[Int]\n    var resourceRequirements: js.UndefOr[ResourceRequirements]\n    var vcpus: js.UndefOr[Int]\n  }\n\n  object ContainerOverrides {\n    @inline\n    def apply(\n        command: js.UndefOr[StringList] = js.undefined,\n        environment: js.UndefOr[EnvironmentVariables] = js.undefined,\n        instanceType: js.UndefOr[String] = js.undefined,\n        memory: js.UndefOr[Int] = js.undefined,\n        resourceRequirements: js.UndefOr[ResourceRequirements] = js.undefined,\n        vcpus: js.UndefOr[Int] = js.undefined\n    ): ContainerOverrides = {\n      val __obj = js.Dynamic.literal()\n      command.foreach(__v => __obj.updateDynamic(\"command\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      instanceType.foreach(__v => __obj.updateDynamic(\"instanceType\")(__v.asInstanceOf[js.Any]))\n      memory.foreach(__v => __obj.updateDynamic(\"memory\")(__v.asInstanceOf[js.Any]))\n      resourceRequirements.foreach(__v => __obj.updateDynamic(\"resourceRequirements\")(__v.asInstanceOf[js.Any]))\n      vcpus.foreach(__v => __obj.updateDynamic(\"vcpus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerOverrides]\n    }\n  }\n\n  \/** Container properties are used in job definitions to describe the container that's launched as part of a job.\n    *\/\n  @js.native\n  trait ContainerProperties extends js.Object {\n    var command: js.UndefOr[StringList]\n    var environment: js.UndefOr[EnvironmentVariables]\n    var executionRoleArn: js.UndefOr[String]\n    var fargatePlatformConfiguration: js.UndefOr[FargatePlatformConfiguration]\n    var image: js.UndefOr[String]\n    var instanceType: js.UndefOr[String]\n    var jobRoleArn: js.UndefOr[String]\n    var linuxParameters: js.UndefOr[LinuxParameters]\n    var logConfiguration: js.UndefOr[LogConfiguration]\n    var memory: js.UndefOr[Int]\n    var mountPoints: js.UndefOr[MountPoints]\n    var networkConfiguration: js.UndefOr[NetworkConfiguration]\n    var privileged: js.UndefOr[Boolean]\n    var readonlyRootFilesystem: js.UndefOr[Boolean]\n    var resourceRequirements: js.UndefOr[ResourceRequirements]\n    var secrets: js.UndefOr[SecretList]\n    var ulimits: js.UndefOr[Ulimits]\n    var user: js.UndefOr[String]\n    var vcpus: js.UndefOr[Int]\n    var volumes: js.UndefOr[Volumes]\n  }\n\n  object ContainerProperties {\n    @inline\n    def apply(\n        command: js.UndefOr[StringList] = js.undefined,\n        environment: js.UndefOr[EnvironmentVariables] = js.undefined,\n        executionRoleArn: js.UndefOr[String] = js.undefined,\n        fargatePlatformConfiguration: js.UndefOr[FargatePlatformConfiguration] = js.undefined,\n        image: js.UndefOr[String] = js.undefined,\n        instanceType: js.UndefOr[String] = js.undefined,\n        jobRoleArn: js.UndefOr[String] = js.undefined,\n        linuxParameters: js.UndefOr[LinuxParameters] = js.undefined,\n        logConfiguration: js.UndefOr[LogConfiguration] = js.undefined,\n        memory: js.UndefOr[Int] = js.undefined,\n        mountPoints: js.UndefOr[MountPoints] = js.undefined,\n        networkConfiguration: js.UndefOr[NetworkConfiguration] = js.undefined,\n        privileged: js.UndefOr[Boolean] = js.undefined,\n        readonlyRootFilesystem: js.UndefOr[Boolean] = js.undefined,\n        resourceRequirements: js.UndefOr[ResourceRequirements] = js.undefined,\n        secrets: js.UndefOr[SecretList] = js.undefined,\n        ulimits: js.UndefOr[Ulimits] = js.undefined,\n        user: js.UndefOr[String] = js.undefined,\n        vcpus: js.UndefOr[Int] = js.undefined,\n        volumes: js.UndefOr[Volumes] = js.undefined\n    ): ContainerProperties = {\n      val __obj = js.Dynamic.literal()\n      command.foreach(__v => __obj.updateDynamic(\"command\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      executionRoleArn.foreach(__v => __obj.updateDynamic(\"executionRoleArn\")(__v.asInstanceOf[js.Any]))\n      fargatePlatformConfiguration.foreach(__v => __obj.updateDynamic(\"fargatePlatformConfiguration\")(__v.asInstanceOf[js.Any]))\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      instanceType.foreach(__v => __obj.updateDynamic(\"instanceType\")(__v.asInstanceOf[js.Any]))\n      jobRoleArn.foreach(__v => __obj.updateDynamic(\"jobRoleArn\")(__v.asInstanceOf[js.Any]))\n      linuxParameters.foreach(__v => __obj.updateDynamic(\"linuxParameters\")(__v.asInstanceOf[js.Any]))\n      logConfiguration.foreach(__v => __obj.updateDynamic(\"logConfiguration\")(__v.asInstanceOf[js.Any]))\n      memory.foreach(__v => __obj.updateDynamic(\"memory\")(__v.asInstanceOf[js.Any]))\n      mountPoints.foreach(__v => __obj.updateDynamic(\"mountPoints\")(__v.asInstanceOf[js.Any]))\n      networkConfiguration.foreach(__v => __obj.updateDynamic(\"networkConfiguration\")(__v.asInstanceOf[js.Any]))\n      privileged.foreach(__v => __obj.updateDynamic(\"privileged\")(__v.asInstanceOf[js.Any]))\n      readonlyRootFilesystem.foreach(__v => __obj.updateDynamic(\"readonlyRootFilesystem\")(__v.asInstanceOf[js.Any]))\n      resourceRequirements.foreach(__v => __obj.updateDynamic(\"resourceRequirements\")(__v.asInstanceOf[js.Any]))\n      secrets.foreach(__v => __obj.updateDynamic(\"secrets\")(__v.asInstanceOf[js.Any]))\n      ulimits.foreach(__v => __obj.updateDynamic(\"ulimits\")(__v.asInstanceOf[js.Any]))\n      user.foreach(__v => __obj.updateDynamic(\"user\")(__v.asInstanceOf[js.Any]))\n      vcpus.foreach(__v => __obj.updateDynamic(\"vcpus\")(__v.asInstanceOf[js.Any]))\n      volumes.foreach(__v => __obj.updateDynamic(\"volumes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerProperties]\n    }\n  }\n\n  \/** An object representing summary details of a container within a job.\n    *\/\n  @js.native\n  trait ContainerSummary extends js.Object {\n    var exitCode: js.UndefOr[Int]\n    var reason: js.UndefOr[String]\n  }\n\n  object ContainerSummary {\n    @inline\n    def apply(\n        exitCode: js.UndefOr[Int] = js.undefined,\n        reason: js.UndefOr[String] = js.undefined\n    ): ContainerSummary = {\n      val __obj = js.Dynamic.literal()\n      exitCode.foreach(__v => __obj.updateDynamic(\"exitCode\")(__v.asInstanceOf[js.Any]))\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerSummary]\n    }\n  }\n\n  \/** Contains the parameters for <code>CreateComputeEnvironment<\/code>.\n    *\/\n  @js.native\n  trait CreateComputeEnvironmentRequest extends js.Object {\n    var computeEnvironmentName: String\n    var `type`: CEType\n    var computeResources: js.UndefOr[ComputeResource]\n    var serviceRole: js.UndefOr[String]\n    var state: js.UndefOr[CEState]\n    var tags: js.UndefOr[TagrisTagsMap]\n  }\n\n  object CreateComputeEnvironmentRequest {\n    @inline\n    def apply(\n        computeEnvironmentName: String,\n        `type`: CEType,\n        computeResources: js.UndefOr[ComputeResource] = js.undefined,\n        serviceRole: js.UndefOr[String] = js.undefined,\n        state: js.UndefOr[CEState] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined\n    ): CreateComputeEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironmentName\" -> computeEnvironmentName.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      computeResources.foreach(__v => __obj.updateDynamic(\"computeResources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateComputeEnvironmentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateComputeEnvironmentResponse extends js.Object {\n    var computeEnvironmentArn: js.UndefOr[String]\n    var computeEnvironmentName: js.UndefOr[String]\n  }\n\n  object CreateComputeEnvironmentResponse {\n    @inline\n    def apply(\n        computeEnvironmentArn: js.UndefOr[String] = js.undefined,\n        computeEnvironmentName: js.UndefOr[String] = js.undefined\n    ): CreateComputeEnvironmentResponse = {\n      val __obj = js.Dynamic.literal()\n      computeEnvironmentArn.foreach(__v => __obj.updateDynamic(\"computeEnvironmentArn\")(__v.asInstanceOf[js.Any]))\n      computeEnvironmentName.foreach(__v => __obj.updateDynamic(\"computeEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateComputeEnvironmentResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>CreateJobQueue<\/code>.\n    *\/\n  @js.native\n  trait CreateJobQueueRequest extends js.Object {\n    var computeEnvironmentOrder: ComputeEnvironmentOrders\n    var jobQueueName: String\n    var priority: Int\n    var state: js.UndefOr[JQState]\n    var tags: js.UndefOr[TagrisTagsMap]\n  }\n\n  object CreateJobQueueRequest {\n    @inline\n    def apply(\n        computeEnvironmentOrder: ComputeEnvironmentOrders,\n        jobQueueName: String,\n        priority: Int,\n        state: js.UndefOr[JQState] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined\n    ): CreateJobQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironmentOrder\" -> computeEnvironmentOrder.asInstanceOf[js.Any],\n        \"jobQueueName\" -> jobQueueName.asInstanceOf[js.Any],\n        \"priority\" -> priority.asInstanceOf[js.Any]\n      )\n\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobQueueRequest]\n    }\n  }\n\n  @js.native\n  trait CreateJobQueueResponse extends js.Object {\n    var jobQueueArn: String\n    var jobQueueName: String\n  }\n\n  object CreateJobQueueResponse {\n    @inline\n    def apply(\n        jobQueueArn: String,\n        jobQueueName: String\n    ): CreateJobQueueResponse = {\n      val __obj = js.Dynamic.literal(\n        \"jobQueueArn\" -> jobQueueArn.asInstanceOf[js.Any],\n        \"jobQueueName\" -> jobQueueName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateJobQueueResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DeleteComputeEnvironment<\/code>.\n    *\/\n  @js.native\n  trait DeleteComputeEnvironmentRequest extends js.Object {\n    var computeEnvironment: String\n  }\n\n  object DeleteComputeEnvironmentRequest {\n    @inline\n    def apply(\n        computeEnvironment: String\n    ): DeleteComputeEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironment\" -> computeEnvironment.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteComputeEnvironmentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteComputeEnvironmentResponse extends js.Object\n\n  object DeleteComputeEnvironmentResponse {\n    @inline\n    def apply(): DeleteComputeEnvironmentResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteComputeEnvironmentResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DeleteJobQueue<\/code>.\n    *\/\n  @js.native\n  trait DeleteJobQueueRequest extends js.Object {\n    var jobQueue: String\n  }\n\n  object DeleteJobQueueRequest {\n    @inline\n    def apply(\n        jobQueue: String\n    ): DeleteJobQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobQueue\" -> jobQueue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobQueueRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteJobQueueResponse extends js.Object\n\n  object DeleteJobQueueResponse {\n    @inline\n    def apply(): DeleteJobQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteJobQueueResponse]\n    }\n  }\n\n  @js.native\n  trait DeregisterJobDefinitionRequest extends js.Object {\n    var jobDefinition: String\n  }\n\n  object DeregisterJobDefinitionRequest {\n    @inline\n    def apply(\n        jobDefinition: String\n    ): DeregisterJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinition\" -> jobDefinition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterJobDefinitionResponse extends js.Object\n\n  object DeregisterJobDefinitionResponse {\n    @inline\n    def apply(): DeregisterJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeregisterJobDefinitionResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DescribeComputeEnvironments<\/code>.\n    *\/\n  @js.native\n  trait DescribeComputeEnvironmentsRequest extends js.Object {\n    var computeEnvironments: js.UndefOr[StringList]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeComputeEnvironmentsRequest {\n    @inline\n    def apply(\n        computeEnvironments: js.UndefOr[StringList] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeComputeEnvironmentsRequest = {\n      val __obj = js.Dynamic.literal()\n      computeEnvironments.foreach(__v => __obj.updateDynamic(\"computeEnvironments\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeComputeEnvironmentsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeComputeEnvironmentsResponse extends js.Object {\n    var computeEnvironments: js.UndefOr[ComputeEnvironmentDetailList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeComputeEnvironmentsResponse {\n    @inline\n    def apply(\n        computeEnvironments: js.UndefOr[ComputeEnvironmentDetailList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeComputeEnvironmentsResponse = {\n      val __obj = js.Dynamic.literal()\n      computeEnvironments.foreach(__v => __obj.updateDynamic(\"computeEnvironments\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeComputeEnvironmentsResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DescribeJobDefinitions<\/code>.\n    *\/\n  @js.native\n  trait DescribeJobDefinitionsRequest extends js.Object {\n    var jobDefinitionName: js.UndefOr[String]\n    var jobDefinitions: js.UndefOr[StringList]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n    var status: js.UndefOr[String]\n  }\n\n  object DescribeJobDefinitionsRequest {\n    @inline\n    def apply(\n        jobDefinitionName: js.UndefOr[String] = js.undefined,\n        jobDefinitions: js.UndefOr[StringList] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        status: js.UndefOr[String] = js.undefined\n    ): DescribeJobDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      jobDefinitionName.foreach(__v => __obj.updateDynamic(\"jobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      jobDefinitions.foreach(__v => __obj.updateDynamic(\"jobDefinitions\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobDefinitionsResponse extends js.Object {\n    var jobDefinitions: js.UndefOr[JobDefinitionList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeJobDefinitionsResponse {\n    @inline\n    def apply(\n        jobDefinitions: js.UndefOr[JobDefinitionList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeJobDefinitionsResponse = {\n      val __obj = js.Dynamic.literal()\n      jobDefinitions.foreach(__v => __obj.updateDynamic(\"jobDefinitions\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobDefinitionsResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DescribeJobQueues<\/code>.\n    *\/\n  @js.native\n  trait DescribeJobQueuesRequest extends js.Object {\n    var jobQueues: js.UndefOr[StringList]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeJobQueuesRequest {\n    @inline\n    def apply(\n        jobQueues: js.UndefOr[StringList] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeJobQueuesRequest = {\n      val __obj = js.Dynamic.literal()\n      jobQueues.foreach(__v => __obj.updateDynamic(\"jobQueues\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobQueuesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobQueuesResponse extends js.Object {\n    var jobQueues: js.UndefOr[JobQueueDetailList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeJobQueuesResponse {\n    @inline\n    def apply(\n        jobQueues: js.UndefOr[JobQueueDetailList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeJobQueuesResponse = {\n      val __obj = js.Dynamic.literal()\n      jobQueues.foreach(__v => __obj.updateDynamic(\"jobQueues\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobQueuesResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>DescribeJobs<\/code>.\n    *\/\n  @js.native\n  trait DescribeJobsRequest extends js.Object {\n    var jobs: StringList\n  }\n\n  object DescribeJobsRequest {\n    @inline\n    def apply(\n        jobs: StringList\n    ): DescribeJobsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobs\" -> jobs.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJobsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobsResponse extends js.Object {\n    var jobs: js.UndefOr[JobDetailList]\n  }\n\n  object DescribeJobsResponse {\n    @inline\n    def apply(\n        jobs: js.UndefOr[JobDetailList] = js.undefined\n    ): DescribeJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      jobs.foreach(__v => __obj.updateDynamic(\"jobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobsResponse]\n    }\n  }\n\n  \/** An object representing a container instance host device.\n    *\n    * '''Note:'''This object isn't applicable to jobs running on Fargate resources and shouldn't be provided.\n    *\/\n  @js.native\n  trait Device extends js.Object {\n    var hostPath: String\n    var containerPath: js.UndefOr[String]\n    var permissions: js.UndefOr[DeviceCgroupPermissions]\n  }\n\n  object Device {\n    @inline\n    def apply(\n        hostPath: String,\n        containerPath: js.UndefOr[String] = js.undefined,\n        permissions: js.UndefOr[DeviceCgroupPermissions] = js.undefined\n    ): Device = {\n      val __obj = js.Dynamic.literal(\n        \"hostPath\" -> hostPath.asInstanceOf[js.Any]\n      )\n\n      containerPath.foreach(__v => __obj.updateDynamic(\"containerPath\")(__v.asInstanceOf[js.Any]))\n      permissions.foreach(__v => __obj.updateDynamic(\"permissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Device]\n    }\n  }\n\n  @js.native\n  sealed trait DeviceCgroupPermission extends js.Any\n  object DeviceCgroupPermission {\n    val READ = \"READ\".asInstanceOf[DeviceCgroupPermission]\n    val WRITE = \"WRITE\".asInstanceOf[DeviceCgroupPermission]\n    val MKNOD = \"MKNOD\".asInstanceOf[DeviceCgroupPermission]\n\n    @inline def values = js.Array(READ, WRITE, MKNOD)\n  }\n\n  \/** The authorization configuration details for the Amazon EFS file system.\n    *\/\n  @js.native\n  trait EFSAuthorizationConfig extends js.Object {\n    var accessPointId: js.UndefOr[String]\n    var iam: js.UndefOr[EFSAuthorizationConfigIAM]\n  }\n\n  object EFSAuthorizationConfig {\n    @inline\n    def apply(\n        accessPointId: js.UndefOr[String] = js.undefined,\n        iam: js.UndefOr[EFSAuthorizationConfigIAM] = js.undefined\n    ): EFSAuthorizationConfig = {\n      val __obj = js.Dynamic.literal()\n      accessPointId.foreach(__v => __obj.updateDynamic(\"accessPointId\")(__v.asInstanceOf[js.Any]))\n      iam.foreach(__v => __obj.updateDynamic(\"iam\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EFSAuthorizationConfig]\n    }\n  }\n\n  @js.native\n  sealed trait EFSAuthorizationConfigIAM extends js.Any\n  object EFSAuthorizationConfigIAM {\n    val ENABLED = \"ENABLED\".asInstanceOf[EFSAuthorizationConfigIAM]\n    val DISABLED = \"DISABLED\".asInstanceOf[EFSAuthorizationConfigIAM]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait EFSTransitEncryption extends js.Any\n  object EFSTransitEncryption {\n    val ENABLED = \"ENABLED\".asInstanceOf[EFSTransitEncryption]\n    val DISABLED = \"DISABLED\".asInstanceOf[EFSTransitEncryption]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** This parameter is specified when you are using an Amazon Elastic File System file system for task storage. For more information, see [[https:\/\/docs.aws.amazon.com\/batch\/latest\/ug\/efs-volumes.html|Amazon EFS Volumes]] in the <i>AWS Batch User Guide<\/i>.\n    *\/\n  @js.native\n  trait EFSVolumeConfiguration extends js.Object {\n    var fileSystemId: String\n    var authorizationConfig: js.UndefOr[EFSAuthorizationConfig]\n    var rootDirectory: js.UndefOr[String]\n    var transitEncryption: js.UndefOr[EFSTransitEncryption]\n    var transitEncryptionPort: js.UndefOr[Int]\n  }\n\n  object EFSVolumeConfiguration {\n    @inline\n    def apply(\n        fileSystemId: String,\n        authorizationConfig: js.UndefOr[EFSAuthorizationConfig] = js.undefined,\n        rootDirectory: js.UndefOr[String] = js.undefined,\n        transitEncryption: js.UndefOr[EFSTransitEncryption] = js.undefined,\n        transitEncryptionPort: js.UndefOr[Int] = js.undefined\n    ): EFSVolumeConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"fileSystemId\" -> fileSystemId.asInstanceOf[js.Any]\n      )\n\n      authorizationConfig.foreach(__v => __obj.updateDynamic(\"authorizationConfig\")(__v.asInstanceOf[js.Any]))\n      rootDirectory.foreach(__v => __obj.updateDynamic(\"rootDirectory\")(__v.asInstanceOf[js.Any]))\n      transitEncryption.foreach(__v => __obj.updateDynamic(\"transitEncryption\")(__v.asInstanceOf[js.Any]))\n      transitEncryptionPort.foreach(__v => __obj.updateDynamic(\"transitEncryptionPort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EFSVolumeConfiguration]\n    }\n  }\n\n  \/** Provides information used to select Amazon Machine Images (AMIs) for instances in the compute environment. If <code>Ec2Configuration<\/code> isn't specified, the default is currently <code>ECS_AL1<\/code> ([[https:\/\/docs.aws.amazon.com\/AmazonECS\/latest\/developerguide\/ecs-optimized_AMI.html#alami|Amazon Linux]]) for non-GPU, non-Graviton instances. Starting on March 31, 2021, this default will be changing to <code>ECS_AL2<\/code> ([[https:\/\/docs.aws.amazon.com\/AmazonECS\/latest\/developerguide\/ecs-optimized_AMI.html#al2ami|Amazon Linux 2]]).\n    *\n    * '''Note:'''This object isn't applicable to jobs running on Fargate resources.\n    *\/\n  @js.native\n  trait Ec2Configuration extends js.Object {\n    var imageType: ImageType\n    var imageIdOverride: js.UndefOr[ImageIdOverride]\n  }\n\n  object Ec2Configuration {\n    @inline\n    def apply(\n        imageType: ImageType,\n        imageIdOverride: js.UndefOr[ImageIdOverride] = js.undefined\n    ): Ec2Configuration = {\n      val __obj = js.Dynamic.literal(\n        \"imageType\" -> imageType.asInstanceOf[js.Any]\n      )\n\n      imageIdOverride.foreach(__v => __obj.updateDynamic(\"imageIdOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ec2Configuration]\n    }\n  }\n\n  \/** Specifies a set of conditions to be met, and an action to take (<code>RETRY<\/code> or <code>EXIT<\/code>) if all conditions are met.\n    *\/\n  @js.native\n  trait EvaluateOnExit extends js.Object {\n    var action: RetryAction\n    var onExitCode: js.UndefOr[String]\n    var onReason: js.UndefOr[String]\n    var onStatusReason: js.UndefOr[String]\n  }\n\n  object EvaluateOnExit {\n    @inline\n    def apply(\n        action: RetryAction,\n        onExitCode: js.UndefOr[String] = js.undefined,\n        onReason: js.UndefOr[String] = js.undefined,\n        onStatusReason: js.UndefOr[String] = js.undefined\n    ): EvaluateOnExit = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any]\n      )\n\n      onExitCode.foreach(__v => __obj.updateDynamic(\"onExitCode\")(__v.asInstanceOf[js.Any]))\n      onReason.foreach(__v => __obj.updateDynamic(\"onReason\")(__v.asInstanceOf[js.Any]))\n      onStatusReason.foreach(__v => __obj.updateDynamic(\"onStatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EvaluateOnExit]\n    }\n  }\n\n  \/** The platform configuration for jobs running on Fargate resources. For jobs that run on EC2 resources, you shouldn't specify this parameter.\n    *\/\n  @js.native\n  trait FargatePlatformConfiguration extends js.Object {\n    var platformVersion: js.UndefOr[String]\n  }\n\n  object FargatePlatformConfiguration {\n    @inline\n    def apply(\n        platformVersion: js.UndefOr[String] = js.undefined\n    ): FargatePlatformConfiguration = {\n      val __obj = js.Dynamic.literal()\n      platformVersion.foreach(__v => __obj.updateDynamic(\"platformVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FargatePlatformConfiguration]\n    }\n  }\n\n  \/** Determine whether your data volume persists on the host container instance and where it is stored. If this parameter is empty, then the Docker daemon assigns a host path for your data volume, but the data isn't guaranteed to persist after the containers associated with it stop running.\n    *\/\n  @js.native\n  trait Host extends js.Object {\n    var sourcePath: js.UndefOr[String]\n  }\n\n  object Host {\n    @inline\n    def apply(\n        sourcePath: js.UndefOr[String] = js.undefined\n    ): Host = {\n      val __obj = js.Dynamic.literal()\n      sourcePath.foreach(__v => __obj.updateDynamic(\"sourcePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Host]\n    }\n  }\n\n  @js.native\n  sealed trait JQState extends js.Any\n  object JQState {\n    val ENABLED = \"ENABLED\".asInstanceOf[JQState]\n    val DISABLED = \"DISABLED\".asInstanceOf[JQState]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait JQStatus extends js.Any\n  object JQStatus {\n    val CREATING = \"CREATING\".asInstanceOf[JQStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[JQStatus]\n    val DELETING = \"DELETING\".asInstanceOf[JQStatus]\n    val DELETED = \"DELETED\".asInstanceOf[JQStatus]\n    val VALID = \"VALID\".asInstanceOf[JQStatus]\n    val INVALID = \"INVALID\".asInstanceOf[JQStatus]\n\n    @inline def values = js.Array(CREATING, UPDATING, DELETING, DELETED, VALID, INVALID)\n  }\n\n  \/** An object representing an AWS Batch job definition.\n    *\/\n  @js.native\n  trait JobDefinition extends js.Object {\n    var jobDefinitionArn: String\n    var jobDefinitionName: String\n    var revision: Int\n    var `type`: String\n    var containerProperties: js.UndefOr[ContainerProperties]\n    var nodeProperties: js.UndefOr[NodeProperties]\n    var parameters: js.UndefOr[ParametersMap]\n    var platformCapabilities: js.UndefOr[PlatformCapabilityList]\n    var propagateTags: js.UndefOr[Boolean]\n    var retryStrategy: js.UndefOr[RetryStrategy]\n    var status: js.UndefOr[String]\n    var tags: js.UndefOr[TagrisTagsMap]\n    var timeout: js.UndefOr[JobTimeout]\n  }\n\n  object JobDefinition {\n    @inline\n    def apply(\n        jobDefinitionArn: String,\n        jobDefinitionName: String,\n        revision: Int,\n        `type`: String,\n        containerProperties: js.UndefOr[ContainerProperties] = js.undefined,\n        nodeProperties: js.UndefOr[NodeProperties] = js.undefined,\n        parameters: js.UndefOr[ParametersMap] = js.undefined,\n        platformCapabilities: js.UndefOr[PlatformCapabilityList] = js.undefined,\n        propagateTags: js.UndefOr[Boolean] = js.undefined,\n        retryStrategy: js.UndefOr[RetryStrategy] = js.undefined,\n        status: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined,\n        timeout: js.UndefOr[JobTimeout] = js.undefined\n    ): JobDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinitionArn\" -> jobDefinitionArn.asInstanceOf[js.Any],\n        \"jobDefinitionName\" -> jobDefinitionName.asInstanceOf[js.Any],\n        \"revision\" -> revision.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      containerProperties.foreach(__v => __obj.updateDynamic(\"containerProperties\")(__v.asInstanceOf[js.Any]))\n      nodeProperties.foreach(__v => __obj.updateDynamic(\"nodeProperties\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      platformCapabilities.foreach(__v => __obj.updateDynamic(\"platformCapabilities\")(__v.asInstanceOf[js.Any]))\n      propagateTags.foreach(__v => __obj.updateDynamic(\"propagateTags\")(__v.asInstanceOf[js.Any]))\n      retryStrategy.foreach(__v => __obj.updateDynamic(\"retryStrategy\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait JobDefinitionType extends js.Any\n  object JobDefinitionType {\n    val container = \"container\".asInstanceOf[JobDefinitionType]\n    val multinode = \"multinode\".asInstanceOf[JobDefinitionType]\n\n    @inline def values = js.Array(container, multinode)\n  }\n\n  \/** An object representing an AWS Batch job dependency.\n    *\/\n  @js.native\n  trait JobDependency extends js.Object {\n    var jobId: js.UndefOr[String]\n    var `type`: js.UndefOr[ArrayJobDependency]\n  }\n\n  object JobDependency {\n    @inline\n    def apply(\n        jobId: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[ArrayJobDependency] = js.undefined\n    ): JobDependency = {\n      val __obj = js.Dynamic.literal()\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobDependency]\n    }\n  }\n\n  \/** An object representing an AWS Batch job.\n    *\/\n  @js.native\n  trait JobDetail extends js.Object {\n    var jobDefinition: String\n    var jobId: String\n    var jobName: String\n    var jobQueue: String\n    var startedAt: Double\n    var status: JobStatus\n    var arrayProperties: js.UndefOr[ArrayPropertiesDetail]\n    var attempts: js.UndefOr[AttemptDetails]\n    var container: js.UndefOr[ContainerDetail]\n    var createdAt: js.UndefOr[Double]\n    var dependsOn: js.UndefOr[JobDependencyList]\n    var jobArn: js.UndefOr[String]\n    var nodeDetails: js.UndefOr[NodeDetails]\n    var nodeProperties: js.UndefOr[NodeProperties]\n    var parameters: js.UndefOr[ParametersMap]\n    var platformCapabilities: js.UndefOr[PlatformCapabilityList]\n    var propagateTags: js.UndefOr[Boolean]\n    var retryStrategy: js.UndefOr[RetryStrategy]\n    var statusReason: js.UndefOr[String]\n    var stoppedAt: js.UndefOr[Double]\n    var tags: js.UndefOr[TagrisTagsMap]\n    var timeout: js.UndefOr[JobTimeout]\n  }\n\n  object JobDetail {\n    @inline\n    def apply(\n        jobDefinition: String,\n        jobId: String,\n        jobName: String,\n        jobQueue: String,\n        startedAt: Double,\n        status: JobStatus,\n        arrayProperties: js.UndefOr[ArrayPropertiesDetail] = js.undefined,\n        attempts: js.UndefOr[AttemptDetails] = js.undefined,\n        container: js.UndefOr[ContainerDetail] = js.undefined,\n        createdAt: js.UndefOr[Double] = js.undefined,\n        dependsOn: js.UndefOr[JobDependencyList] = js.undefined,\n        jobArn: js.UndefOr[String] = js.undefined,\n        nodeDetails: js.UndefOr[NodeDetails] = js.undefined,\n        nodeProperties: js.UndefOr[NodeProperties] = js.undefined,\n        parameters: js.UndefOr[ParametersMap] = js.undefined,\n        platformCapabilities: js.UndefOr[PlatformCapabilityList] = js.undefined,\n        propagateTags: js.UndefOr[Boolean] = js.undefined,\n        retryStrategy: js.UndefOr[RetryStrategy] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        stoppedAt: js.UndefOr[Double] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined,\n        timeout: js.UndefOr[JobTimeout] = js.undefined\n    ): JobDetail = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinition\" -> jobDefinition.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any],\n        \"jobQueue\" -> jobQueue.asInstanceOf[js.Any],\n        \"startedAt\" -> startedAt.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      arrayProperties.foreach(__v => __obj.updateDynamic(\"arrayProperties\")(__v.asInstanceOf[js.Any]))\n      attempts.foreach(__v => __obj.updateDynamic(\"attempts\")(__v.asInstanceOf[js.Any]))\n      container.foreach(__v => __obj.updateDynamic(\"container\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      dependsOn.foreach(__v => __obj.updateDynamic(\"dependsOn\")(__v.asInstanceOf[js.Any]))\n      jobArn.foreach(__v => __obj.updateDynamic(\"jobArn\")(__v.asInstanceOf[js.Any]))\n      nodeDetails.foreach(__v => __obj.updateDynamic(\"nodeDetails\")(__v.asInstanceOf[js.Any]))\n      nodeProperties.foreach(__v => __obj.updateDynamic(\"nodeProperties\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      platformCapabilities.foreach(__v => __obj.updateDynamic(\"platformCapabilities\")(__v.asInstanceOf[js.Any]))\n      propagateTags.foreach(__v => __obj.updateDynamic(\"propagateTags\")(__v.asInstanceOf[js.Any]))\n      retryStrategy.foreach(__v => __obj.updateDynamic(\"retryStrategy\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      stoppedAt.foreach(__v => __obj.updateDynamic(\"stoppedAt\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobDetail]\n    }\n  }\n\n  \/** An object representing the details of an AWS Batch job queue.\n    *\/\n  @js.native\n  trait JobQueueDetail extends js.Object {\n    var computeEnvironmentOrder: ComputeEnvironmentOrders\n    var jobQueueArn: String\n    var jobQueueName: String\n    var priority: Int\n    var state: JQState\n    var status: js.UndefOr[JQStatus]\n    var statusReason: js.UndefOr[String]\n    var tags: js.UndefOr[TagrisTagsMap]\n  }\n\n  object JobQueueDetail {\n    @inline\n    def apply(\n        computeEnvironmentOrder: ComputeEnvironmentOrders,\n        jobQueueArn: String,\n        jobQueueName: String,\n        priority: Int,\n        state: JQState,\n        status: js.UndefOr[JQStatus] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined\n    ): JobQueueDetail = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironmentOrder\" -> computeEnvironmentOrder.asInstanceOf[js.Any],\n        \"jobQueueArn\" -> jobQueueArn.asInstanceOf[js.Any],\n        \"jobQueueName\" -> jobQueueName.asInstanceOf[js.Any],\n        \"priority\" -> priority.asInstanceOf[js.Any],\n        \"state\" -> state.asInstanceOf[js.Any]\n      )\n\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobQueueDetail]\n    }\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[JobStatus]\n    val PENDING = \"PENDING\".asInstanceOf[JobStatus]\n    val RUNNABLE = \"RUNNABLE\".asInstanceOf[JobStatus]\n    val STARTING = \"STARTING\".asInstanceOf[JobStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[JobStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(SUBMITTED, PENDING, RUNNABLE, STARTING, RUNNING, SUCCEEDED, FAILED)\n  }\n\n  \/** An object representing summary details of a job.\n    *\/\n  @js.native\n  trait JobSummary extends js.Object {\n    var jobId: String\n    var jobName: String\n    var arrayProperties: js.UndefOr[ArrayPropertiesSummary]\n    var container: js.UndefOr[ContainerSummary]\n    var createdAt: js.UndefOr[Double]\n    var jobArn: js.UndefOr[String]\n    var nodeProperties: js.UndefOr[NodePropertiesSummary]\n    var startedAt: js.UndefOr[Double]\n    var status: js.UndefOr[JobStatus]\n    var statusReason: js.UndefOr[String]\n    var stoppedAt: js.UndefOr[Double]\n  }\n\n  object JobSummary {\n    @inline\n    def apply(\n        jobId: String,\n        jobName: String,\n        arrayProperties: js.UndefOr[ArrayPropertiesSummary] = js.undefined,\n        container: js.UndefOr[ContainerSummary] = js.undefined,\n        createdAt: js.UndefOr[Double] = js.undefined,\n        jobArn: js.UndefOr[String] = js.undefined,\n        nodeProperties: js.UndefOr[NodePropertiesSummary] = js.undefined,\n        startedAt: js.UndefOr[Double] = js.undefined,\n        status: js.UndefOr[JobStatus] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        stoppedAt: js.UndefOr[Double] = js.undefined\n    ): JobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any]\n      )\n\n      arrayProperties.foreach(__v => __obj.updateDynamic(\"arrayProperties\")(__v.asInstanceOf[js.Any]))\n      container.foreach(__v => __obj.updateDynamic(\"container\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      jobArn.foreach(__v => __obj.updateDynamic(\"jobArn\")(__v.asInstanceOf[js.Any]))\n      nodeProperties.foreach(__v => __obj.updateDynamic(\"nodeProperties\")(__v.asInstanceOf[js.Any]))\n      startedAt.foreach(__v => __obj.updateDynamic(\"startedAt\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      stoppedAt.foreach(__v => __obj.updateDynamic(\"stoppedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobSummary]\n    }\n  }\n\n  \/** An object representing a job timeout configuration.\n    *\/\n  @js.native\n  trait JobTimeout extends js.Object {\n    var attemptDurationSeconds: js.UndefOr[Int]\n  }\n\n  object JobTimeout {\n    @inline\n    def apply(\n        attemptDurationSeconds: js.UndefOr[Int] = js.undefined\n    ): JobTimeout = {\n      val __obj = js.Dynamic.literal()\n      attemptDurationSeconds.foreach(__v => __obj.updateDynamic(\"attemptDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobTimeout]\n    }\n  }\n\n  \/** A key-value pair object.\n    *\/\n  @js.native\n  trait KeyValuePair extends js.Object {\n    var name: js.UndefOr[String]\n    var value: js.UndefOr[String]\n  }\n\n  object KeyValuePair {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined,\n        value: js.UndefOr[String] = js.undefined\n    ): KeyValuePair = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyValuePair]\n    }\n  }\n\n  \/** An object representing a launch template associated with a compute resource. You must specify either the launch template ID or launch template name in the request, but not both. If security groups are specified using both the <code>securityGroupIds<\/code> parameter of <code>CreateComputeEnvironment<\/code> and the launch template, the values in the <code>securityGroupIds<\/code> parameter of <code>CreateComputeEnvironment<\/code> will be used.\n    *\n    * '''Note:'''This object isn't applicable to jobs running on Fargate resources.\n    *\/\n  @js.native\n  trait LaunchTemplateSpecification extends js.Object {\n    var launchTemplateId: js.UndefOr[String]\n    var launchTemplateName: js.UndefOr[String]\n    var version: js.UndefOr[String]\n  }\n\n  object LaunchTemplateSpecification {\n    @inline\n    def apply(\n        launchTemplateId: js.UndefOr[String] = js.undefined,\n        launchTemplateName: js.UndefOr[String] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): LaunchTemplateSpecification = {\n      val __obj = js.Dynamic.literal()\n      launchTemplateId.foreach(__v => __obj.updateDynamic(\"launchTemplateId\")(__v.asInstanceOf[js.Any]))\n      launchTemplateName.foreach(__v => __obj.updateDynamic(\"launchTemplateName\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LaunchTemplateSpecification]\n    }\n  }\n\n  \/** Linux-specific modifications that are applied to the container, such as details for device mappings.\n    *\/\n  @js.native\n  trait LinuxParameters extends js.Object {\n    var devices: js.UndefOr[DevicesList]\n    var initProcessEnabled: js.UndefOr[Boolean]\n    var maxSwap: js.UndefOr[Int]\n    var sharedMemorySize: js.UndefOr[Int]\n    var swappiness: js.UndefOr[Int]\n    var tmpfs: js.UndefOr[TmpfsList]\n  }\n\n  object LinuxParameters {\n    @inline\n    def apply(\n        devices: js.UndefOr[DevicesList] = js.undefined,\n        initProcessEnabled: js.UndefOr[Boolean] = js.undefined,\n        maxSwap: js.UndefOr[Int] = js.undefined,\n        sharedMemorySize: js.UndefOr[Int] = js.undefined,\n        swappiness: js.UndefOr[Int] = js.undefined,\n        tmpfs: js.UndefOr[TmpfsList] = js.undefined\n    ): LinuxParameters = {\n      val __obj = js.Dynamic.literal()\n      devices.foreach(__v => __obj.updateDynamic(\"devices\")(__v.asInstanceOf[js.Any]))\n      initProcessEnabled.foreach(__v => __obj.updateDynamic(\"initProcessEnabled\")(__v.asInstanceOf[js.Any]))\n      maxSwap.foreach(__v => __obj.updateDynamic(\"maxSwap\")(__v.asInstanceOf[js.Any]))\n      sharedMemorySize.foreach(__v => __obj.updateDynamic(\"sharedMemorySize\")(__v.asInstanceOf[js.Any]))\n      swappiness.foreach(__v => __obj.updateDynamic(\"swappiness\")(__v.asInstanceOf[js.Any]))\n      tmpfs.foreach(__v => __obj.updateDynamic(\"tmpfs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LinuxParameters]\n    }\n  }\n\n  \/** Contains the parameters for <code>ListJobs<\/code>.\n    *\/\n  @js.native\n  trait ListJobsRequest extends js.Object {\n    var arrayJobId: js.UndefOr[String]\n    var jobQueue: js.UndefOr[String]\n    var jobStatus: js.UndefOr[JobStatus]\n    var maxResults: js.UndefOr[Int]\n    var multiNodeJobId: js.UndefOr[String]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListJobsRequest {\n    @inline\n    def apply(\n        arrayJobId: js.UndefOr[String] = js.undefined,\n        jobQueue: js.UndefOr[String] = js.undefined,\n        jobStatus: js.UndefOr[JobStatus] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        multiNodeJobId: js.UndefOr[String] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      arrayJobId.foreach(__v => __obj.updateDynamic(\"arrayJobId\")(__v.asInstanceOf[js.Any]))\n      jobQueue.foreach(__v => __obj.updateDynamic(\"jobQueue\")(__v.asInstanceOf[js.Any]))\n      jobStatus.foreach(__v => __obj.updateDynamic(\"jobStatus\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      multiNodeJobId.foreach(__v => __obj.updateDynamic(\"multiNodeJobId\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobsResponse extends js.Object {\n    var jobSummaryList: JobSummaryList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListJobsResponse {\n    @inline\n    def apply(\n        jobSummaryList: JobSummaryList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummaryList\" -> jobSummaryList.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagrisTagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Log configuration options to send to a custom log driver for the container.\n    *\/\n  @js.native\n  trait LogConfiguration extends js.Object {\n    var logDriver: LogDriver\n    var options: js.UndefOr[LogConfigurationOptionsMap]\n    var secretOptions: js.UndefOr[SecretList]\n  }\n\n  object LogConfiguration {\n    @inline\n    def apply(\n        logDriver: LogDriver,\n        options: js.UndefOr[LogConfigurationOptionsMap] = js.undefined,\n        secretOptions: js.UndefOr[SecretList] = js.undefined\n    ): LogConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"logDriver\" -> logDriver.asInstanceOf[js.Any]\n      )\n\n      options.foreach(__v => __obj.updateDynamic(\"options\")(__v.asInstanceOf[js.Any]))\n      secretOptions.foreach(__v => __obj.updateDynamic(\"secretOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait LogDriver extends js.Any\n  object LogDriver {\n    val `json-file` = \"json-file\".asInstanceOf[LogDriver]\n    val syslog = \"syslog\".asInstanceOf[LogDriver]\n    val journald = \"journald\".asInstanceOf[LogDriver]\n    val gelf = \"gelf\".asInstanceOf[LogDriver]\n    val fluentd = \"fluentd\".asInstanceOf[LogDriver]\n    val awslogs = \"awslogs\".asInstanceOf[LogDriver]\n    val splunk = \"splunk\".asInstanceOf[LogDriver]\n\n    @inline def values = js.Array(`json-file`, syslog, journald, gelf, fluentd, awslogs, splunk)\n  }\n\n  \/** Details on a Docker volume mount point that's used in a job's container properties. This parameter maps to <code>Volumes<\/code> in the [[https:\/\/docs.docker.com\/engine\/reference\/api\/docker_remote_api_v1.19\/#create-a-container|Create a container]] section of the Docker Remote API and the <code>--volume<\/code> option to docker run.\n    *\/\n  @js.native\n  trait MountPoint extends js.Object {\n    var containerPath: js.UndefOr[String]\n    var readOnly: js.UndefOr[Boolean]\n    var sourceVolume: js.UndefOr[String]\n  }\n\n  object MountPoint {\n    @inline\n    def apply(\n        containerPath: js.UndefOr[String] = js.undefined,\n        readOnly: js.UndefOr[Boolean] = js.undefined,\n        sourceVolume: js.UndefOr[String] = js.undefined\n    ): MountPoint = {\n      val __obj = js.Dynamic.literal()\n      containerPath.foreach(__v => __obj.updateDynamic(\"containerPath\")(__v.asInstanceOf[js.Any]))\n      readOnly.foreach(__v => __obj.updateDynamic(\"readOnly\")(__v.asInstanceOf[js.Any]))\n      sourceVolume.foreach(__v => __obj.updateDynamic(\"sourceVolume\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MountPoint]\n    }\n  }\n\n  \/** The network configuration for jobs running on Fargate resources. Jobs running on EC2 resources must not specify this parameter.\n    *\/\n  @js.native\n  trait NetworkConfiguration extends js.Object {\n    var assignPublicIp: js.UndefOr[AssignPublicIp]\n  }\n\n  object NetworkConfiguration {\n    @inline\n    def apply(\n        assignPublicIp: js.UndefOr[AssignPublicIp] = js.undefined\n    ): NetworkConfiguration = {\n      val __obj = js.Dynamic.literal()\n      assignPublicIp.foreach(__v => __obj.updateDynamic(\"assignPublicIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkConfiguration]\n    }\n  }\n\n  \/** An object representing the elastic network interface for a multi-node parallel job node.\n    *\/\n  @js.native\n  trait NetworkInterface extends js.Object {\n    var attachmentId: js.UndefOr[String]\n    var ipv6Address: js.UndefOr[String]\n    var privateIpv4Address: js.UndefOr[String]\n  }\n\n  object NetworkInterface {\n    @inline\n    def apply(\n        attachmentId: js.UndefOr[String] = js.undefined,\n        ipv6Address: js.UndefOr[String] = js.undefined,\n        privateIpv4Address: js.UndefOr[String] = js.undefined\n    ): NetworkInterface = {\n      val __obj = js.Dynamic.literal()\n      attachmentId.foreach(__v => __obj.updateDynamic(\"attachmentId\")(__v.asInstanceOf[js.Any]))\n      ipv6Address.foreach(__v => __obj.updateDynamic(\"ipv6Address\")(__v.asInstanceOf[js.Any]))\n      privateIpv4Address.foreach(__v => __obj.updateDynamic(\"privateIpv4Address\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkInterface]\n    }\n  }\n\n  \/** An object representing the details of a multi-node parallel job node.\n    *\/\n  @js.native\n  trait NodeDetails extends js.Object {\n    var isMainNode: js.UndefOr[Boolean]\n    var nodeIndex: js.UndefOr[Int]\n  }\n\n  object NodeDetails {\n    @inline\n    def apply(\n        isMainNode: js.UndefOr[Boolean] = js.undefined,\n        nodeIndex: js.UndefOr[Int] = js.undefined\n    ): NodeDetails = {\n      val __obj = js.Dynamic.literal()\n      isMainNode.foreach(__v => __obj.updateDynamic(\"isMainNode\")(__v.asInstanceOf[js.Any]))\n      nodeIndex.foreach(__v => __obj.updateDynamic(\"nodeIndex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeDetails]\n    }\n  }\n\n  \/** Object representing any node overrides to a job definition that's used in a <a>SubmitJob<\/a> API operation.\n    *\n    * '''Note:'''This isn't applicable to jobs running on Fargate resources and shouldn't be provided; use <code>containerOverrides<\/code> instead.\n    *\/\n  @js.native\n  trait NodeOverrides extends js.Object {\n    var nodePropertyOverrides: js.UndefOr[NodePropertyOverrides]\n    var numNodes: js.UndefOr[Int]\n  }\n\n  object NodeOverrides {\n    @inline\n    def apply(\n        nodePropertyOverrides: js.UndefOr[NodePropertyOverrides] = js.undefined,\n        numNodes: js.UndefOr[Int] = js.undefined\n    ): NodeOverrides = {\n      val __obj = js.Dynamic.literal()\n      nodePropertyOverrides.foreach(__v => __obj.updateDynamic(\"nodePropertyOverrides\")(__v.asInstanceOf[js.Any]))\n      numNodes.foreach(__v => __obj.updateDynamic(\"numNodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeOverrides]\n    }\n  }\n\n  \/** An object representing the node properties of a multi-node parallel job.\n    *\/\n  @js.native\n  trait NodeProperties extends js.Object {\n    var mainNode: Int\n    var nodeRangeProperties: NodeRangeProperties\n    var numNodes: Int\n  }\n\n  object NodeProperties {\n    @inline\n    def apply(\n        mainNode: Int,\n        nodeRangeProperties: NodeRangeProperties,\n        numNodes: Int\n    ): NodeProperties = {\n      val __obj = js.Dynamic.literal(\n        \"mainNode\" -> mainNode.asInstanceOf[js.Any],\n        \"nodeRangeProperties\" -> nodeRangeProperties.asInstanceOf[js.Any],\n        \"numNodes\" -> numNodes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NodeProperties]\n    }\n  }\n\n  \/** An object representing the properties of a node that's associated with a multi-node parallel job.\n    *\/\n  @js.native\n  trait NodePropertiesSummary extends js.Object {\n    var isMainNode: js.UndefOr[Boolean]\n    var nodeIndex: js.UndefOr[Int]\n    var numNodes: js.UndefOr[Int]\n  }\n\n  object NodePropertiesSummary {\n    @inline\n    def apply(\n        isMainNode: js.UndefOr[Boolean] = js.undefined,\n        nodeIndex: js.UndefOr[Int] = js.undefined,\n        numNodes: js.UndefOr[Int] = js.undefined\n    ): NodePropertiesSummary = {\n      val __obj = js.Dynamic.literal()\n      isMainNode.foreach(__v => __obj.updateDynamic(\"isMainNode\")(__v.asInstanceOf[js.Any]))\n      nodeIndex.foreach(__v => __obj.updateDynamic(\"nodeIndex\")(__v.asInstanceOf[js.Any]))\n      numNodes.foreach(__v => __obj.updateDynamic(\"numNodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodePropertiesSummary]\n    }\n  }\n\n  \/** Object representing any node overrides to a job definition that's used in a <a>SubmitJob<\/a> API operation.\n    *\/\n  @js.native\n  trait NodePropertyOverride extends js.Object {\n    var targetNodes: String\n    var containerOverrides: js.UndefOr[ContainerOverrides]\n  }\n\n  object NodePropertyOverride {\n    @inline\n    def apply(\n        targetNodes: String,\n        containerOverrides: js.UndefOr[ContainerOverrides] = js.undefined\n    ): NodePropertyOverride = {\n      val __obj = js.Dynamic.literal(\n        \"targetNodes\" -> targetNodes.asInstanceOf[js.Any]\n      )\n\n      containerOverrides.foreach(__v => __obj.updateDynamic(\"containerOverrides\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodePropertyOverride]\n    }\n  }\n\n  \/** An object representing the properties of the node range for a multi-node parallel job.\n    *\/\n  @js.native\n  trait NodeRangeProperty extends js.Object {\n    var targetNodes: String\n    var container: js.UndefOr[ContainerProperties]\n  }\n\n  object NodeRangeProperty {\n    @inline\n    def apply(\n        targetNodes: String,\n        container: js.UndefOr[ContainerProperties] = js.undefined\n    ): NodeRangeProperty = {\n      val __obj = js.Dynamic.literal(\n        \"targetNodes\" -> targetNodes.asInstanceOf[js.Any]\n      )\n\n      container.foreach(__v => __obj.updateDynamic(\"container\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeRangeProperty]\n    }\n  }\n\n  @js.native\n  sealed trait PlatformCapability extends js.Any\n  object PlatformCapability {\n    val EC2 = \"EC2\".asInstanceOf[PlatformCapability]\n    val FARGATE = \"FARGATE\".asInstanceOf[PlatformCapability]\n\n    @inline def values = js.Array(EC2, FARGATE)\n  }\n\n  \/** Contains the parameters for <code>RegisterJobDefinition<\/code>.\n    *\/\n  @js.native\n  trait RegisterJobDefinitionRequest extends js.Object {\n    var jobDefinitionName: String\n    var `type`: JobDefinitionType\n    var containerProperties: js.UndefOr[ContainerProperties]\n    var nodeProperties: js.UndefOr[NodeProperties]\n    var parameters: js.UndefOr[ParametersMap]\n    var platformCapabilities: js.UndefOr[PlatformCapabilityList]\n    var propagateTags: js.UndefOr[Boolean]\n    var retryStrategy: js.UndefOr[RetryStrategy]\n    var tags: js.UndefOr[TagrisTagsMap]\n    var timeout: js.UndefOr[JobTimeout]\n  }\n\n  object RegisterJobDefinitionRequest {\n    @inline\n    def apply(\n        jobDefinitionName: String,\n        `type`: JobDefinitionType,\n        containerProperties: js.UndefOr[ContainerProperties] = js.undefined,\n        nodeProperties: js.UndefOr[NodeProperties] = js.undefined,\n        parameters: js.UndefOr[ParametersMap] = js.undefined,\n        platformCapabilities: js.UndefOr[PlatformCapabilityList] = js.undefined,\n        propagateTags: js.UndefOr[Boolean] = js.undefined,\n        retryStrategy: js.UndefOr[RetryStrategy] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined,\n        timeout: js.UndefOr[JobTimeout] = js.undefined\n    ): RegisterJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinitionName\" -> jobDefinitionName.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      containerProperties.foreach(__v => __obj.updateDynamic(\"containerProperties\")(__v.asInstanceOf[js.Any]))\n      nodeProperties.foreach(__v => __obj.updateDynamic(\"nodeProperties\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      platformCapabilities.foreach(__v => __obj.updateDynamic(\"platformCapabilities\")(__v.asInstanceOf[js.Any]))\n      propagateTags.foreach(__v => __obj.updateDynamic(\"propagateTags\")(__v.asInstanceOf[js.Any]))\n      retryStrategy.foreach(__v => __obj.updateDynamic(\"retryStrategy\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterJobDefinitionResponse extends js.Object {\n    var jobDefinitionArn: String\n    var jobDefinitionName: String\n    var revision: Int\n  }\n\n  object RegisterJobDefinitionResponse {\n    @inline\n    def apply(\n        jobDefinitionArn: String,\n        jobDefinitionName: String,\n        revision: Int\n    ): RegisterJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinitionArn\" -> jobDefinitionArn.asInstanceOf[js.Any],\n        \"jobDefinitionName\" -> jobDefinitionName.asInstanceOf[js.Any],\n        \"revision\" -> revision.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterJobDefinitionResponse]\n    }\n  }\n\n  \/** The type and amount of a resource to assign to a container. The supported resources include <code>GPU<\/code>, <code>MEMORY<\/code>, and <code>VCPU<\/code>.\n    *\/\n  @js.native\n  trait ResourceRequirement extends js.Object {\n    var `type`: ResourceType\n    var value: String\n  }\n\n  object ResourceRequirement {\n    @inline\n    def apply(\n        `type`: ResourceType,\n        value: String\n    ): ResourceRequirement = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceRequirement]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val GPU = \"GPU\".asInstanceOf[ResourceType]\n    val VCPU = \"VCPU\".asInstanceOf[ResourceType]\n    val MEMORY = \"MEMORY\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(GPU, VCPU, MEMORY)\n  }\n\n  @js.native\n  sealed trait RetryAction extends js.Any\n  object RetryAction {\n    val RETRY = \"RETRY\".asInstanceOf[RetryAction]\n    val EXIT = \"EXIT\".asInstanceOf[RetryAction]\n\n    @inline def values = js.Array(RETRY, EXIT)\n  }\n\n  \/** The retry strategy associated with a job. For more information, see [[https:\/\/docs.aws.amazon.com\/batch\/latest\/userguide\/job_retries.html|Automated job retries]] in the <i>AWS Batch User Guide<\/i>.\n    *\/\n  @js.native\n  trait RetryStrategy extends js.Object {\n    var attempts: js.UndefOr[Int]\n    var evaluateOnExit: js.UndefOr[EvaluateOnExitList]\n  }\n\n  object RetryStrategy {\n    @inline\n    def apply(\n        attempts: js.UndefOr[Int] = js.undefined,\n        evaluateOnExit: js.UndefOr[EvaluateOnExitList] = js.undefined\n    ): RetryStrategy = {\n      val __obj = js.Dynamic.literal()\n      attempts.foreach(__v => __obj.updateDynamic(\"attempts\")(__v.asInstanceOf[js.Any]))\n      evaluateOnExit.foreach(__v => __obj.updateDynamic(\"evaluateOnExit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetryStrategy]\n    }\n  }\n\n  \/** An object representing the secret to expose to your container. Secrets can be exposed to a container in the following ways: * To inject sensitive data into your containers as environment variables, use the <code>secrets<\/code> container definition parameter. * To reference sensitive information in the log configuration of a container, use the <code>secretOptions<\/code> container definition parameter. For more information, see [[https:\/\/docs.aws.amazon.com\/batch\/latest\/userguide\/specifying-sensitive-data.html|Specifying sensitive data]] in the <i>AWS Batch User Guide<\/i>.\n    *\/\n  @js.native\n  trait Secret extends js.Object {\n    var name: String\n    var valueFrom: String\n  }\n\n  object Secret {\n    @inline\n    def apply(\n        name: String,\n        valueFrom: String\n    ): Secret = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"valueFrom\" -> valueFrom.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Secret]\n    }\n  }\n\n  \/** Contains the parameters for <code>SubmitJob<\/code>.\n    *\/\n  @js.native\n  trait SubmitJobRequest extends js.Object {\n    var jobDefinition: String\n    var jobName: String\n    var jobQueue: String\n    var arrayProperties: js.UndefOr[ArrayProperties]\n    var containerOverrides: js.UndefOr[ContainerOverrides]\n    var dependsOn: js.UndefOr[JobDependencyList]\n    var nodeOverrides: js.UndefOr[NodeOverrides]\n    var parameters: js.UndefOr[ParametersMap]\n    var propagateTags: js.UndefOr[Boolean]\n    var retryStrategy: js.UndefOr[RetryStrategy]\n    var tags: js.UndefOr[TagrisTagsMap]\n    var timeout: js.UndefOr[JobTimeout]\n  }\n\n  object SubmitJobRequest {\n    @inline\n    def apply(\n        jobDefinition: String,\n        jobName: String,\n        jobQueue: String,\n        arrayProperties: js.UndefOr[ArrayProperties] = js.undefined,\n        containerOverrides: js.UndefOr[ContainerOverrides] = js.undefined,\n        dependsOn: js.UndefOr[JobDependencyList] = js.undefined,\n        nodeOverrides: js.UndefOr[NodeOverrides] = js.undefined,\n        parameters: js.UndefOr[ParametersMap] = js.undefined,\n        propagateTags: js.UndefOr[Boolean] = js.undefined,\n        retryStrategy: js.UndefOr[RetryStrategy] = js.undefined,\n        tags: js.UndefOr[TagrisTagsMap] = js.undefined,\n        timeout: js.UndefOr[JobTimeout] = js.undefined\n    ): SubmitJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobDefinition\" -> jobDefinition.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any],\n        \"jobQueue\" -> jobQueue.asInstanceOf[js.Any]\n      )\n\n      arrayProperties.foreach(__v => __obj.updateDynamic(\"arrayProperties\")(__v.asInstanceOf[js.Any]))\n      containerOverrides.foreach(__v => __obj.updateDynamic(\"containerOverrides\")(__v.asInstanceOf[js.Any]))\n      dependsOn.foreach(__v => __obj.updateDynamic(\"dependsOn\")(__v.asInstanceOf[js.Any]))\n      nodeOverrides.foreach(__v => __obj.updateDynamic(\"nodeOverrides\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      propagateTags.foreach(__v => __obj.updateDynamic(\"propagateTags\")(__v.asInstanceOf[js.Any]))\n      retryStrategy.foreach(__v => __obj.updateDynamic(\"retryStrategy\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubmitJobRequest]\n    }\n  }\n\n  @js.native\n  trait SubmitJobResponse extends js.Object {\n    var jobId: String\n    var jobName: String\n    var jobArn: js.UndefOr[String]\n  }\n\n  object SubmitJobResponse {\n    @inline\n    def apply(\n        jobId: String,\n        jobName: String,\n        jobArn: js.UndefOr[String] = js.undefined\n    ): SubmitJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any]\n      )\n\n      jobArn.foreach(__v => __obj.updateDynamic(\"jobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubmitJobResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagrisTagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagrisTagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>TerminateJob<\/code>.\n    *\/\n  @js.native\n  trait TerminateJobRequest extends js.Object {\n    var jobId: String\n    var reason: String\n  }\n\n  object TerminateJobRequest {\n    @inline\n    def apply(\n        jobId: String,\n        reason: String\n    ): TerminateJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"reason\" -> reason.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TerminateJobRequest]\n    }\n  }\n\n  @js.native\n  trait TerminateJobResponse extends js.Object\n\n  object TerminateJobResponse {\n    @inline\n    def apply(): TerminateJobResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TerminateJobResponse]\n    }\n  }\n\n  \/** The container path, mount options, and size of the tmpfs mount.\n    *\n    * '''Note:'''This object isn't applicable to jobs running on Fargate resources.\n    *\/\n  @js.native\n  trait Tmpfs extends js.Object {\n    var containerPath: String\n    var size: Int\n    var mountOptions: js.UndefOr[StringList]\n  }\n\n  object Tmpfs {\n    @inline\n    def apply(\n        containerPath: String,\n        size: Int,\n        mountOptions: js.UndefOr[StringList] = js.undefined\n    ): Tmpfs = {\n      val __obj = js.Dynamic.literal(\n        \"containerPath\" -> containerPath.asInstanceOf[js.Any],\n        \"size\" -> size.asInstanceOf[js.Any]\n      )\n\n      mountOptions.foreach(__v => __obj.updateDynamic(\"mountOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tmpfs]\n    }\n  }\n\n  \/** The <code>ulimit<\/code> settings to pass to the container.\n    *\n    * '''Note:'''This object isn't applicable to jobs running on Fargate resources.\n    *\/\n  @js.native\n  trait Ulimit extends js.Object {\n    var hardLimit: Int\n    var name: String\n    var softLimit: Int\n  }\n\n  object Ulimit {\n    @inline\n    def apply(\n        hardLimit: Int,\n        name: String,\n        softLimit: Int\n    ): Ulimit = {\n      val __obj = js.Dynamic.literal(\n        \"hardLimit\" -> hardLimit.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"softLimit\" -> softLimit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Ulimit]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeysList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeysList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>UpdateComputeEnvironment<\/code>.\n    *\/\n  @js.native\n  trait UpdateComputeEnvironmentRequest extends js.Object {\n    var computeEnvironment: String\n    var computeResources: js.UndefOr[ComputeResourceUpdate]\n    var serviceRole: js.UndefOr[String]\n    var state: js.UndefOr[CEState]\n  }\n\n  object UpdateComputeEnvironmentRequest {\n    @inline\n    def apply(\n        computeEnvironment: String,\n        computeResources: js.UndefOr[ComputeResourceUpdate] = js.undefined,\n        serviceRole: js.UndefOr[String] = js.undefined,\n        state: js.UndefOr[CEState] = js.undefined\n    ): UpdateComputeEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"computeEnvironment\" -> computeEnvironment.asInstanceOf[js.Any]\n      )\n\n      computeResources.foreach(__v => __obj.updateDynamic(\"computeResources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateComputeEnvironmentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateComputeEnvironmentResponse extends js.Object {\n    var computeEnvironmentArn: js.UndefOr[String]\n    var computeEnvironmentName: js.UndefOr[String]\n  }\n\n  object UpdateComputeEnvironmentResponse {\n    @inline\n    def apply(\n        computeEnvironmentArn: js.UndefOr[String] = js.undefined,\n        computeEnvironmentName: js.UndefOr[String] = js.undefined\n    ): UpdateComputeEnvironmentResponse = {\n      val __obj = js.Dynamic.literal()\n      computeEnvironmentArn.foreach(__v => __obj.updateDynamic(\"computeEnvironmentArn\")(__v.asInstanceOf[js.Any]))\n      computeEnvironmentName.foreach(__v => __obj.updateDynamic(\"computeEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateComputeEnvironmentResponse]\n    }\n  }\n\n  \/** Contains the parameters for <code>UpdateJobQueue<\/code>.\n    *\/\n  @js.native\n  trait UpdateJobQueueRequest extends js.Object {\n    var jobQueue: String\n    var computeEnvironmentOrder: js.UndefOr[ComputeEnvironmentOrders]\n    var priority: js.UndefOr[Int]\n    var state: js.UndefOr[JQState]\n  }\n\n  object UpdateJobQueueRequest {\n    @inline\n    def apply(\n        jobQueue: String,\n        computeEnvironmentOrder: js.UndefOr[ComputeEnvironmentOrders] = js.undefined,\n        priority: js.UndefOr[Int] = js.undefined,\n        state: js.UndefOr[JQState] = js.undefined\n    ): UpdateJobQueueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobQueue\" -> jobQueue.asInstanceOf[js.Any]\n      )\n\n      computeEnvironmentOrder.foreach(__v => __obj.updateDynamic(\"computeEnvironmentOrder\")(__v.asInstanceOf[js.Any]))\n      priority.foreach(__v => __obj.updateDynamic(\"priority\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobQueueRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateJobQueueResponse extends js.Object {\n    var jobQueueArn: js.UndefOr[String]\n    var jobQueueName: js.UndefOr[String]\n  }\n\n  object UpdateJobQueueResponse {\n    @inline\n    def apply(\n        jobQueueArn: js.UndefOr[String] = js.undefined,\n        jobQueueName: js.UndefOr[String] = js.undefined\n    ): UpdateJobQueueResponse = {\n      val __obj = js.Dynamic.literal()\n      jobQueueArn.foreach(__v => __obj.updateDynamic(\"jobQueueArn\")(__v.asInstanceOf[js.Any]))\n      jobQueueName.foreach(__v => __obj.updateDynamic(\"jobQueueName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobQueueResponse]\n    }\n  }\n\n  \/** A data volume used in a job's container properties.\n    *\/\n  @js.native\n  trait Volume extends js.Object {\n    var efsVolumeConfiguration: js.UndefOr[EFSVolumeConfiguration]\n    var host: js.UndefOr[Host]\n    var name: js.UndefOr[String]\n  }\n\n  object Volume {\n    @inline\n    def apply(\n        efsVolumeConfiguration: js.UndefOr[EFSVolumeConfiguration] = js.undefined,\n        host: js.UndefOr[Host] = js.undefined,\n        name: js.UndefOr[String] = js.undefined\n    ): Volume = {\n      val __obj = js.Dynamic.literal()\n      efsVolumeConfiguration.foreach(__v => __obj.updateDynamic(\"efsVolumeConfiguration\")(__v.asInstanceOf[js.Any]))\n      host.foreach(__v => __obj.updateDynamic(\"host\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Volume]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/resourcegroupstaggingapi\/src\/main\/scala\/facade\/amazonaws\/services\/ResourceGroupsTaggingAPI.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object resourcegroupstaggingapi {\n  type AmazonResourceType = String\n  type ComplianceStatus = Boolean\n  type ErrorMessage = String\n  type ExcludeCompliantResources = Boolean\n  type FailedResourcesMap = js.Dictionary[FailureInfo]\n  type GroupBy = js.Array[GroupByAttribute]\n  type IncludeComplianceDetails = Boolean\n  type LastUpdated = String\n  type MaxResultsGetComplianceSummary = Int\n  type NonCompliantResources = Double\n  type PaginationToken = String\n  type Region = String\n  type RegionFilterList = js.Array[Region]\n  type ResourceARN = String\n  type ResourceARNListForGet = js.Array[ResourceARN]\n  type ResourceARNListForTagUntag = js.Array[ResourceARN]\n  type ResourceTagMappingList = js.Array[ResourceTagMapping]\n  type ResourceTypeFilterList = js.Array[AmazonResourceType]\n  type ResourcesPerPage = Int\n  type S3Bucket = String\n  type S3Location = String\n  type Status = String\n  type StatusCode = Int\n  type SummaryList = js.Array[Summary]\n  type TagFilterList = js.Array[TagFilter]\n  type TagKey = String\n  type TagKeyFilterList = js.Array[TagKey]\n  type TagKeyList = js.Array[TagKey]\n  type TagKeyListForUntag = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TagValueList = js.Array[TagValue]\n  type TagValuesOutputList = js.Array[TagValue]\n  type TagsPerPage = Int\n  type TargetId = String\n  type TargetIdFilterList = js.Array[TargetId]\n\n  implicit final class ResourceGroupsTaggingAPIOps(private val service: ResourceGroupsTaggingAPI) extends AnyVal {\n\n    @inline def describeReportCreationFuture(params: DescribeReportCreationInput): Future[DescribeReportCreationOutput] = service.describeReportCreation(params).promise().toFuture\n    @inline def getComplianceSummaryFuture(params: GetComplianceSummaryInput): Future[GetComplianceSummaryOutput] = service.getComplianceSummary(params).promise().toFuture\n    @inline def getResourcesFuture(params: GetResourcesInput): Future[GetResourcesOutput] = service.getResources(params).promise().toFuture\n    @inline def getTagKeysFuture(params: GetTagKeysInput): Future[GetTagKeysOutput] = service.getTagKeys(params).promise().toFuture\n    @inline def getTagValuesFuture(params: GetTagValuesInput): Future[GetTagValuesOutput] = service.getTagValues(params).promise().toFuture\n    @inline def startReportCreationFuture(params: StartReportCreationInput): Future[StartReportCreationOutput] = service.startReportCreation(params).promise().toFuture\n    @inline def tagResourcesFuture(params: TagResourcesInput): Future[TagResourcesOutput] = service.tagResources(params).promise().toFuture\n    @inline def untagResourcesFuture(params: UntagResourcesInput): Future[UntagResourcesOutput] = service.untagResources(params).promise().toFuture\n\n  }\n}\n\npackage resourcegroupstaggingapi {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/resourcegroupstaggingapi\", JSImport.Namespace, \"AWS.ResourceGroupsTaggingAPI\")\n  class ResourceGroupsTaggingAPI() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeReportCreation(params: DescribeReportCreationInput): Request[DescribeReportCreationOutput] = js.native\n    def getComplianceSummary(params: GetComplianceSummaryInput): Request[GetComplianceSummaryOutput] = js.native\n    def getResources(params: GetResourcesInput): Request[GetResourcesOutput] = js.native\n    def getTagKeys(params: GetTagKeysInput): Request[GetTagKeysOutput] = js.native\n    def getTagValues(params: GetTagValuesInput): Request[GetTagValuesOutput] = js.native\n    def startReportCreation(params: StartReportCreationInput): Request[StartReportCreationOutput] = js.native\n    def tagResources(params: TagResourcesInput): Request[TagResourcesOutput] = js.native\n    def untagResources(params: UntagResourcesInput): Request[UntagResourcesOutput] = js.native\n  }\n\n  \/** Information that shows whether a resource is compliant with the effective tag policy, including details on any noncompliant tag keys.\n    *\/\n  @js.native\n  trait ComplianceDetails extends js.Object {\n    var ComplianceStatus: js.UndefOr[ComplianceStatus]\n    var KeysWithNoncompliantValues: js.UndefOr[TagKeyList]\n    var NoncompliantKeys: js.UndefOr[TagKeyList]\n  }\n\n  object ComplianceDetails {\n    @inline\n    def apply(\n        ComplianceStatus: js.UndefOr[ComplianceStatus] = js.undefined,\n        KeysWithNoncompliantValues: js.UndefOr[TagKeyList] = js.undefined,\n        NoncompliantKeys: js.UndefOr[TagKeyList] = js.undefined\n    ): ComplianceDetails = {\n      val __obj = js.Dynamic.literal()\n      ComplianceStatus.foreach(__v => __obj.updateDynamic(\"ComplianceStatus\")(__v.asInstanceOf[js.Any]))\n      KeysWithNoncompliantValues.foreach(__v => __obj.updateDynamic(\"KeysWithNoncompliantValues\")(__v.asInstanceOf[js.Any]))\n      NoncompliantKeys.foreach(__v => __obj.updateDynamic(\"NoncompliantKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceDetails]\n    }\n  }\n\n  @js.native\n  trait DescribeReportCreationInput extends js.Object\n\n  object DescribeReportCreationInput {\n    @inline\n    def apply(): DescribeReportCreationInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeReportCreationInput]\n    }\n  }\n\n  @js.native\n  trait DescribeReportCreationOutput extends js.Object {\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var S3Location: js.UndefOr[S3Location]\n    var Status: js.UndefOr[Status]\n  }\n\n  object DescribeReportCreationOutput {\n    @inline\n    def apply(\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        S3Location: js.UndefOr[S3Location] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): DescribeReportCreationOutput = {\n      val __obj = js.Dynamic.literal()\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      S3Location.foreach(__v => __obj.updateDynamic(\"S3Location\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReportCreationOutput]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCode extends js.Any\n  object ErrorCode {\n    val InternalServiceException = \"InternalServiceException\".asInstanceOf[ErrorCode]\n    val InvalidParameterException = \"InvalidParameterException\".asInstanceOf[ErrorCode]\n\n    @inline def values = js.Array(InternalServiceException, InvalidParameterException)\n  }\n\n  \/** Information about the errors that are returned for each failed resource. This information can include <code>InternalServiceException<\/code> and <code>InvalidParameterException<\/code> errors. It can also include any valid error code returned by the AWS service that hosts the resource that the ARN key represents. The following are common error codes that you might receive from other AWS services: * ```InternalServiceException``` \u2013 This can mean that the Resource Groups Tagging API didn't receive a response from another AWS service. It can also mean the the resource type in the request is not supported by the Resource Groups Tagging API. In these cases, it's safe to retry the request and then call [[http:\/\/docs.aws.amazon.com\/resourcegroupstagging\/latest\/APIReference\/API_GetResources.html|GetResources]] to verify the changes. * ```AccessDeniedException``` \u2013 This can mean that you need permission to calling tagging operations in the AWS service that contains the resource. For\n    * example, to use the Resource Groups Tagging API to tag a CloudWatch alarm resource, you need permission to call <a href=\"http:\/\/docs.aws.amazon.com\/resourcegroupstagging\/latest\/APIReference\/API_TagResources.html\"> <code>TagResources<\/code> <\/a> <i>and<\/i> <a href=\"http:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/APIReference\/API_TagResource.html\"> <code>TagResource<\/code> <\/a> in the CloudWatch API. For more information on errors that are generated from other AWS services, see the documentation for that service.\n    *\/\n  @js.native\n  trait FailureInfo extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var StatusCode: js.UndefOr[StatusCode]\n  }\n\n  object FailureInfo {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        StatusCode: js.UndefOr[StatusCode] = js.undefined\n    ): FailureInfo = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailureInfo]\n    }\n  }\n\n  @js.native\n  trait GetComplianceSummaryInput extends js.Object {\n    var GroupBy: js.UndefOr[GroupBy]\n    var MaxResults: js.UndefOr[MaxResultsGetComplianceSummary]\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var RegionFilters: js.UndefOr[RegionFilterList]\n    var ResourceTypeFilters: js.UndefOr[ResourceTypeFilterList]\n    var TagKeyFilters: js.UndefOr[TagKeyFilterList]\n    var TargetIdFilters: js.UndefOr[TargetIdFilterList]\n  }\n\n  object GetComplianceSummaryInput {\n    @inline\n    def apply(\n        GroupBy: js.UndefOr[GroupBy] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsGetComplianceSummary] = js.undefined,\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        RegionFilters: js.UndefOr[RegionFilterList] = js.undefined,\n        ResourceTypeFilters: js.UndefOr[ResourceTypeFilterList] = js.undefined,\n        TagKeyFilters: js.UndefOr[TagKeyFilterList] = js.undefined,\n        TargetIdFilters: js.UndefOr[TargetIdFilterList] = js.undefined\n    ): GetComplianceSummaryInput = {\n      val __obj = js.Dynamic.literal()\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      RegionFilters.foreach(__v => __obj.updateDynamic(\"RegionFilters\")(__v.asInstanceOf[js.Any]))\n      ResourceTypeFilters.foreach(__v => __obj.updateDynamic(\"ResourceTypeFilters\")(__v.asInstanceOf[js.Any]))\n      TagKeyFilters.foreach(__v => __obj.updateDynamic(\"TagKeyFilters\")(__v.asInstanceOf[js.Any]))\n      TargetIdFilters.foreach(__v => __obj.updateDynamic(\"TargetIdFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetComplianceSummaryInput]\n    }\n  }\n\n  @js.native\n  trait GetComplianceSummaryOutput extends js.Object {\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var SummaryList: js.UndefOr[SummaryList]\n  }\n\n  object GetComplianceSummaryOutput {\n    @inline\n    def apply(\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        SummaryList: js.UndefOr[SummaryList] = js.undefined\n    ): GetComplianceSummaryOutput = {\n      val __obj = js.Dynamic.literal()\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      SummaryList.foreach(__v => __obj.updateDynamic(\"SummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetComplianceSummaryOutput]\n    }\n  }\n\n  @js.native\n  trait GetResourcesInput extends js.Object {\n    var ExcludeCompliantResources: js.UndefOr[ExcludeCompliantResources]\n    var IncludeComplianceDetails: js.UndefOr[IncludeComplianceDetails]\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var ResourceARNList: js.UndefOr[ResourceARNListForGet]\n    var ResourceTypeFilters: js.UndefOr[ResourceTypeFilterList]\n    var ResourcesPerPage: js.UndefOr[ResourcesPerPage]\n    var TagFilters: js.UndefOr[TagFilterList]\n    var TagsPerPage: js.UndefOr[TagsPerPage]\n  }\n\n  object GetResourcesInput {\n    @inline\n    def apply(\n        ExcludeCompliantResources: js.UndefOr[ExcludeCompliantResources] = js.undefined,\n        IncludeComplianceDetails: js.UndefOr[IncludeComplianceDetails] = js.undefined,\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        ResourceARNList: js.UndefOr[ResourceARNListForGet] = js.undefined,\n        ResourceTypeFilters: js.UndefOr[ResourceTypeFilterList] = js.undefined,\n        ResourcesPerPage: js.UndefOr[ResourcesPerPage] = js.undefined,\n        TagFilters: js.UndefOr[TagFilterList] = js.undefined,\n        TagsPerPage: js.UndefOr[TagsPerPage] = js.undefined\n    ): GetResourcesInput = {\n      val __obj = js.Dynamic.literal()\n      ExcludeCompliantResources.foreach(__v => __obj.updateDynamic(\"ExcludeCompliantResources\")(__v.asInstanceOf[js.Any]))\n      IncludeComplianceDetails.foreach(__v => __obj.updateDynamic(\"IncludeComplianceDetails\")(__v.asInstanceOf[js.Any]))\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      ResourceARNList.foreach(__v => __obj.updateDynamic(\"ResourceARNList\")(__v.asInstanceOf[js.Any]))\n      ResourceTypeFilters.foreach(__v => __obj.updateDynamic(\"ResourceTypeFilters\")(__v.asInstanceOf[js.Any]))\n      ResourcesPerPage.foreach(__v => __obj.updateDynamic(\"ResourcesPerPage\")(__v.asInstanceOf[js.Any]))\n      TagFilters.foreach(__v => __obj.updateDynamic(\"TagFilters\")(__v.asInstanceOf[js.Any]))\n      TagsPerPage.foreach(__v => __obj.updateDynamic(\"TagsPerPage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcesInput]\n    }\n  }\n\n  @js.native\n  trait GetResourcesOutput extends js.Object {\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var ResourceTagMappingList: js.UndefOr[ResourceTagMappingList]\n  }\n\n  object GetResourcesOutput {\n    @inline\n    def apply(\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        ResourceTagMappingList: js.UndefOr[ResourceTagMappingList] = js.undefined\n    ): GetResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      ResourceTagMappingList.foreach(__v => __obj.updateDynamic(\"ResourceTagMappingList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcesOutput]\n    }\n  }\n\n  @js.native\n  trait GetTagKeysInput extends js.Object {\n    var PaginationToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetTagKeysInput {\n    @inline\n    def apply(\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetTagKeysInput = {\n      val __obj = js.Dynamic.literal()\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagKeysInput]\n    }\n  }\n\n  @js.native\n  trait GetTagKeysOutput extends js.Object {\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var TagKeys: js.UndefOr[TagKeyList]\n  }\n\n  object GetTagKeysOutput {\n    @inline\n    def apply(\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        TagKeys: js.UndefOr[TagKeyList] = js.undefined\n    ): GetTagKeysOutput = {\n      val __obj = js.Dynamic.literal()\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      TagKeys.foreach(__v => __obj.updateDynamic(\"TagKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagKeysOutput]\n    }\n  }\n\n  @js.native\n  trait GetTagValuesInput extends js.Object {\n    var Key: TagKey\n    var PaginationToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetTagValuesInput {\n    @inline\n    def apply(\n        Key: TagKey,\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetTagValuesInput = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagValuesInput]\n    }\n  }\n\n  @js.native\n  trait GetTagValuesOutput extends js.Object {\n    var PaginationToken: js.UndefOr[PaginationToken]\n    var TagValues: js.UndefOr[TagValuesOutputList]\n  }\n\n  object GetTagValuesOutput {\n    @inline\n    def apply(\n        PaginationToken: js.UndefOr[PaginationToken] = js.undefined,\n        TagValues: js.UndefOr[TagValuesOutputList] = js.undefined\n    ): GetTagValuesOutput = {\n      val __obj = js.Dynamic.literal()\n      PaginationToken.foreach(__v => __obj.updateDynamic(\"PaginationToken\")(__v.asInstanceOf[js.Any]))\n      TagValues.foreach(__v => __obj.updateDynamic(\"TagValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagValuesOutput]\n    }\n  }\n\n  @js.native\n  sealed trait GroupByAttribute extends js.Any\n  object GroupByAttribute {\n    val TARGET_ID = \"TARGET_ID\".asInstanceOf[GroupByAttribute]\n    val REGION = \"REGION\".asInstanceOf[GroupByAttribute]\n    val RESOURCE_TYPE = \"RESOURCE_TYPE\".asInstanceOf[GroupByAttribute]\n\n    @inline def values = js.Array(TARGET_ID, REGION, RESOURCE_TYPE)\n  }\n\n  \/** A list of resource ARNs and the tags (keys and values) that are associated with each.\n    *\/\n  @js.native\n  trait ResourceTagMapping extends js.Object {\n    var ComplianceDetails: js.UndefOr[ComplianceDetails]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ResourceTagMapping {\n    @inline\n    def apply(\n        ComplianceDetails: js.UndefOr[ComplianceDetails] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ResourceTagMapping = {\n      val __obj = js.Dynamic.literal()\n      ComplianceDetails.foreach(__v => __obj.updateDynamic(\"ComplianceDetails\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceTagMapping]\n    }\n  }\n\n  @js.native\n  trait StartReportCreationInput extends js.Object {\n    var S3Bucket: S3Bucket\n  }\n\n  object StartReportCreationInput {\n    @inline\n    def apply(\n        S3Bucket: S3Bucket\n    ): StartReportCreationInput = {\n      val __obj = js.Dynamic.literal(\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartReportCreationInput]\n    }\n  }\n\n  @js.native\n  trait StartReportCreationOutput extends js.Object\n\n  object StartReportCreationOutput {\n    @inline\n    def apply(): StartReportCreationOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartReportCreationOutput]\n    }\n  }\n\n  \/** A count of noncompliant resources.\n    *\/\n  @js.native\n  trait Summary extends js.Object {\n    var LastUpdated: js.UndefOr[LastUpdated]\n    var NonCompliantResources: js.UndefOr[NonCompliantResources]\n    var Region: js.UndefOr[Region]\n    var ResourceType: js.UndefOr[AmazonResourceType]\n    var TargetId: js.UndefOr[TargetId]\n    var TargetIdType: js.UndefOr[TargetIdType]\n  }\n\n  object Summary {\n    @inline\n    def apply(\n        LastUpdated: js.UndefOr[LastUpdated] = js.undefined,\n        NonCompliantResources: js.UndefOr[NonCompliantResources] = js.undefined,\n        Region: js.UndefOr[Region] = js.undefined,\n        ResourceType: js.UndefOr[AmazonResourceType] = js.undefined,\n        TargetId: js.UndefOr[TargetId] = js.undefined,\n        TargetIdType: js.UndefOr[TargetIdType] = js.undefined\n    ): Summary = {\n      val __obj = js.Dynamic.literal()\n      LastUpdated.foreach(__v => __obj.updateDynamic(\"LastUpdated\")(__v.asInstanceOf[js.Any]))\n      NonCompliantResources.foreach(__v => __obj.updateDynamic(\"NonCompliantResources\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      TargetId.foreach(__v => __obj.updateDynamic(\"TargetId\")(__v.asInstanceOf[js.Any]))\n      TargetIdType.foreach(__v => __obj.updateDynamic(\"TargetIdType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Summary]\n    }\n  }\n\n  \/** The metadata that you apply to AWS resources to help you categorize and organize them. Each tag consists of a key and a value, both of which you define. For more information, see [[http:\/\/docs.aws.amazon.com\/general\/latest\/gr\/aws_tagging.html|Tagging AWS Resources]] in the <i>AWS General Reference<\/i>.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** A list of tags (keys and values) that are used to specify the associated resources.\n    *\/\n  @js.native\n  trait TagFilter extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Values: js.UndefOr[TagValueList]\n  }\n\n  object TagFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Values: js.UndefOr[TagValueList] = js.undefined\n    ): TagFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagFilter]\n    }\n  }\n\n  @js.native\n  trait TagResourcesInput extends js.Object {\n    var ResourceARNList: ResourceARNListForTagUntag\n    var Tags: TagMap\n  }\n\n  object TagResourcesInput {\n    @inline\n    def apply(\n        ResourceARNList: ResourceARNListForTagUntag,\n        Tags: TagMap\n    ): TagResourcesInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARNList\" -> ResourceARNList.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourcesInput]\n    }\n  }\n\n  @js.native\n  trait TagResourcesOutput extends js.Object {\n    var FailedResourcesMap: js.UndefOr[FailedResourcesMap]\n  }\n\n  object TagResourcesOutput {\n    @inline\n    def apply(\n        FailedResourcesMap: js.UndefOr[FailedResourcesMap] = js.undefined\n    ): TagResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      FailedResourcesMap.foreach(__v => __obj.updateDynamic(\"FailedResourcesMap\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagResourcesOutput]\n    }\n  }\n\n  @js.native\n  sealed trait TargetIdType extends js.Any\n  object TargetIdType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[TargetIdType]\n    val OU = \"OU\".asInstanceOf[TargetIdType]\n    val ROOT = \"ROOT\".asInstanceOf[TargetIdType]\n\n    @inline def values = js.Array(ACCOUNT, OU, ROOT)\n  }\n\n  @js.native\n  trait UntagResourcesInput extends js.Object {\n    var ResourceARNList: ResourceARNListForTagUntag\n    var TagKeys: TagKeyListForUntag\n  }\n\n  object UntagResourcesInput {\n    @inline\n    def apply(\n        ResourceARNList: ResourceARNListForTagUntag,\n        TagKeys: TagKeyListForUntag\n    ): UntagResourcesInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARNList\" -> ResourceARNList.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourcesInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourcesOutput extends js.Object {\n    var FailedResourcesMap: js.UndefOr[FailedResourcesMap]\n  }\n\n  object UntagResourcesOutput {\n    @inline\n    def apply(\n        FailedResourcesMap: js.UndefOr[FailedResourcesMap] = js.undefined\n    ): UntagResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      FailedResourcesMap.foreach(__v => __obj.updateDynamic(\"FailedResourcesMap\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourcesOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/textract\/src\/main\/scala\/facade\/amazonaws\/services\/Textract.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object textract {\n  type BlockList = js.Array[Block]\n  type ClientRequestToken = String\n  type ContentClassifiers = js.Array[ContentClassifier]\n  type EntityTypes = js.Array[EntityType]\n  type ErrorCode = String\n  type FeatureTypes = js.Array[FeatureType]\n  type FlowDefinitionArn = String\n  type HumanLoopActivationConditionsEvaluationResults = String\n  type HumanLoopActivationReason = String\n  type HumanLoopActivationReasons = js.Array[HumanLoopActivationReason]\n  type HumanLoopArn = String\n  type HumanLoopName = String\n  type IdList = js.Array[NonEmptyString]\n  type ImageBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type JobId = String\n  type JobTag = String\n  type KMSKeyId = String\n  type MaxResults = Int\n  type NonEmptyString = String\n  type Pages = js.Array[UInteger]\n  type PaginationToken = String\n  type Percent = Float\n  type Polygon = js.Array[Point]\n  type RelationshipList = js.Array[Relationship]\n  type RoleArn = String\n  type S3Bucket = String\n  type S3ObjectName = String\n  type S3ObjectVersion = String\n  type SNSTopicArn = String\n  type StatusMessage = String\n  type UInteger = Int\n  type Warnings = js.Array[Warning]\n\n  implicit final class TextractOps(private val service: Textract) extends AnyVal {\n\n    @inline def analyzeDocumentFuture(params: AnalyzeDocumentRequest): Future[AnalyzeDocumentResponse] = service.analyzeDocument(params).promise().toFuture\n    @inline def detectDocumentTextFuture(params: DetectDocumentTextRequest): Future[DetectDocumentTextResponse] = service.detectDocumentText(params).promise().toFuture\n    @inline def getDocumentAnalysisFuture(params: GetDocumentAnalysisRequest): Future[GetDocumentAnalysisResponse] = service.getDocumentAnalysis(params).promise().toFuture\n    @inline def getDocumentTextDetectionFuture(params: GetDocumentTextDetectionRequest): Future[GetDocumentTextDetectionResponse] = service.getDocumentTextDetection(params).promise().toFuture\n    @inline def startDocumentAnalysisFuture(params: StartDocumentAnalysisRequest): Future[StartDocumentAnalysisResponse] = service.startDocumentAnalysis(params).promise().toFuture\n    @inline def startDocumentTextDetectionFuture(params: StartDocumentTextDetectionRequest): Future[StartDocumentTextDetectionResponse] = service.startDocumentTextDetection(params).promise().toFuture\n\n  }\n}\n\npackage textract {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/textract\", JSImport.Namespace, \"AWS.Textract\")\n  class Textract() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def analyzeDocument(params: AnalyzeDocumentRequest): Request[AnalyzeDocumentResponse] = js.native\n    def detectDocumentText(params: DetectDocumentTextRequest): Request[DetectDocumentTextResponse] = js.native\n    def getDocumentAnalysis(params: GetDocumentAnalysisRequest): Request[GetDocumentAnalysisResponse] = js.native\n    def getDocumentTextDetection(params: GetDocumentTextDetectionRequest): Request[GetDocumentTextDetectionResponse] = js.native\n    def startDocumentAnalysis(params: StartDocumentAnalysisRequest): Request[StartDocumentAnalysisResponse] = js.native\n    def startDocumentTextDetection(params: StartDocumentTextDetectionRequest): Request[StartDocumentTextDetectionResponse] = js.native\n  }\n\n  @js.native\n  trait AnalyzeDocumentRequest extends js.Object {\n    var Document: Document\n    var FeatureTypes: FeatureTypes\n    var HumanLoopConfig: js.UndefOr[HumanLoopConfig]\n  }\n\n  object AnalyzeDocumentRequest {\n    @inline\n    def apply(\n        Document: Document,\n        FeatureTypes: FeatureTypes,\n        HumanLoopConfig: js.UndefOr[HumanLoopConfig] = js.undefined\n    ): AnalyzeDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Document\" -> Document.asInstanceOf[js.Any],\n        \"FeatureTypes\" -> FeatureTypes.asInstanceOf[js.Any]\n      )\n\n      HumanLoopConfig.foreach(__v => __obj.updateDynamic(\"HumanLoopConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyzeDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait AnalyzeDocumentResponse extends js.Object {\n    var AnalyzeDocumentModelVersion: js.UndefOr[String]\n    var Blocks: js.UndefOr[BlockList]\n    var DocumentMetadata: js.UndefOr[DocumentMetadata]\n    var HumanLoopActivationOutput: js.UndefOr[HumanLoopActivationOutput]\n  }\n\n  object AnalyzeDocumentResponse {\n    @inline\n    def apply(\n        AnalyzeDocumentModelVersion: js.UndefOr[String] = js.undefined,\n        Blocks: js.UndefOr[BlockList] = js.undefined,\n        DocumentMetadata: js.UndefOr[DocumentMetadata] = js.undefined,\n        HumanLoopActivationOutput: js.UndefOr[HumanLoopActivationOutput] = js.undefined\n    ): AnalyzeDocumentResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalyzeDocumentModelVersion.foreach(__v => __obj.updateDynamic(\"AnalyzeDocumentModelVersion\")(__v.asInstanceOf[js.Any]))\n      Blocks.foreach(__v => __obj.updateDynamic(\"Blocks\")(__v.asInstanceOf[js.Any]))\n      DocumentMetadata.foreach(__v => __obj.updateDynamic(\"DocumentMetadata\")(__v.asInstanceOf[js.Any]))\n      HumanLoopActivationOutput.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationOutput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyzeDocumentResponse]\n    }\n  }\n\n  \/** A <code>Block<\/code> represents items that are recognized in a document within a group of pixels close to each other. The information returned in a <code>Block<\/code> object depends on the type of operation. In text detection for documents (for example <a>DetectDocumentText<\/a>), you get information about the detected words and lines of text. In text analysis (for example <a>AnalyzeDocument<\/a>), you can also get information about the fields, tables, and selection elements that are detected in the document. An array of <code>Block<\/code> objects is returned by both synchronous and asynchronous operations. In synchronous operations, such as <a>DetectDocumentText<\/a>, the array of <code>Block<\/code> objects is the entire set of results. In asynchronous operations, such as <a>GetDocumentAnalysis<\/a>, the array is returned over one or more responses. For more information, see [[https:\/\/docs.aws.amazon.com\/textract\/latest\/dg\/how-it-works.html|How Amazon Textract Works]].\n    *\/\n  @js.native\n  trait Block extends js.Object {\n    var BlockType: js.UndefOr[BlockType]\n    var ColumnIndex: js.UndefOr[UInteger]\n    var ColumnSpan: js.UndefOr[UInteger]\n    var Confidence: js.UndefOr[Percent]\n    var EntityTypes: js.UndefOr[EntityTypes]\n    var Geometry: js.UndefOr[Geometry]\n    var Id: js.UndefOr[NonEmptyString]\n    var Page: js.UndefOr[UInteger]\n    var Relationships: js.UndefOr[RelationshipList]\n    var RowIndex: js.UndefOr[UInteger]\n    var RowSpan: js.UndefOr[UInteger]\n    var SelectionStatus: js.UndefOr[SelectionStatus]\n    var Text: js.UndefOr[String]\n    var TextType: js.UndefOr[TextType]\n  }\n\n  object Block {\n    @inline\n    def apply(\n        BlockType: js.UndefOr[BlockType] = js.undefined,\n        ColumnIndex: js.UndefOr[UInteger] = js.undefined,\n        ColumnSpan: js.UndefOr[UInteger] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        EntityTypes: js.UndefOr[EntityTypes] = js.undefined,\n        Geometry: js.UndefOr[Geometry] = js.undefined,\n        Id: js.UndefOr[NonEmptyString] = js.undefined,\n        Page: js.UndefOr[UInteger] = js.undefined,\n        Relationships: js.UndefOr[RelationshipList] = js.undefined,\n        RowIndex: js.UndefOr[UInteger] = js.undefined,\n        RowSpan: js.UndefOr[UInteger] = js.undefined,\n        SelectionStatus: js.UndefOr[SelectionStatus] = js.undefined,\n        Text: js.UndefOr[String] = js.undefined,\n        TextType: js.UndefOr[TextType] = js.undefined\n    ): Block = {\n      val __obj = js.Dynamic.literal()\n      BlockType.foreach(__v => __obj.updateDynamic(\"BlockType\")(__v.asInstanceOf[js.Any]))\n      ColumnIndex.foreach(__v => __obj.updateDynamic(\"ColumnIndex\")(__v.asInstanceOf[js.Any]))\n      ColumnSpan.foreach(__v => __obj.updateDynamic(\"ColumnSpan\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      EntityTypes.foreach(__v => __obj.updateDynamic(\"EntityTypes\")(__v.asInstanceOf[js.Any]))\n      Geometry.foreach(__v => __obj.updateDynamic(\"Geometry\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Page.foreach(__v => __obj.updateDynamic(\"Page\")(__v.asInstanceOf[js.Any]))\n      Relationships.foreach(__v => __obj.updateDynamic(\"Relationships\")(__v.asInstanceOf[js.Any]))\n      RowIndex.foreach(__v => __obj.updateDynamic(\"RowIndex\")(__v.asInstanceOf[js.Any]))\n      RowSpan.foreach(__v => __obj.updateDynamic(\"RowSpan\")(__v.asInstanceOf[js.Any]))\n      SelectionStatus.foreach(__v => __obj.updateDynamic(\"SelectionStatus\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      TextType.foreach(__v => __obj.updateDynamic(\"TextType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Block]\n    }\n  }\n\n  @js.native\n  sealed trait BlockType extends js.Any\n  object BlockType {\n    val KEY_VALUE_SET = \"KEY_VALUE_SET\".asInstanceOf[BlockType]\n    val PAGE = \"PAGE\".asInstanceOf[BlockType]\n    val LINE = \"LINE\".asInstanceOf[BlockType]\n    val WORD = \"WORD\".asInstanceOf[BlockType]\n    val TABLE = \"TABLE\".asInstanceOf[BlockType]\n    val CELL = \"CELL\".asInstanceOf[BlockType]\n    val SELECTION_ELEMENT = \"SELECTION_ELEMENT\".asInstanceOf[BlockType]\n\n    @inline def values = js.Array(KEY_VALUE_SET, PAGE, LINE, WORD, TABLE, CELL, SELECTION_ELEMENT)\n  }\n\n  \/** The bounding box around the detected page, text, key-value pair, table, table cell, or selection element on a document page. The <code>left<\/code> (x-coordinate) and <code>top<\/code> (y-coordinate) are coordinates that represent the top and left sides of the bounding box. Note that the upper-left corner of the image is the origin (0,0). The <code>top<\/code> and <code>left<\/code> values returned are ratios of the overall document page size. For example, if the input image is 700 x 200 pixels, and the top-left coordinate of the bounding box is 350 x 50 pixels, the API returns a <code>left<\/code> value of 0.5 (350\/700) and a <code>top<\/code> value of 0.25 (50\/200). The <code>width<\/code> and <code>height<\/code> values represent the dimensions of the bounding box as a ratio of the overall document page dimension. For example, if the document page size is 700 x 200 pixels, and the bounding box width is 70 pixels, the width returned is 0.1.\n    *\/\n  @js.native\n  trait BoundingBox extends js.Object {\n    var Height: js.UndefOr[Float]\n    var Left: js.UndefOr[Float]\n    var Top: js.UndefOr[Float]\n    var Width: js.UndefOr[Float]\n  }\n\n  object BoundingBox {\n    @inline\n    def apply(\n        Height: js.UndefOr[Float] = js.undefined,\n        Left: js.UndefOr[Float] = js.undefined,\n        Top: js.UndefOr[Float] = js.undefined,\n        Width: js.UndefOr[Float] = js.undefined\n    ): BoundingBox = {\n      val __obj = js.Dynamic.literal()\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Left.foreach(__v => __obj.updateDynamic(\"Left\")(__v.asInstanceOf[js.Any]))\n      Top.foreach(__v => __obj.updateDynamic(\"Top\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BoundingBox]\n    }\n  }\n\n  @js.native\n  sealed trait ContentClassifier extends js.Any\n  object ContentClassifier {\n    val FreeOfPersonallyIdentifiableInformation = \"FreeOfPersonallyIdentifiableInformation\".asInstanceOf[ContentClassifier]\n    val FreeOfAdultContent = \"FreeOfAdultContent\".asInstanceOf[ContentClassifier]\n\n    @inline def values = js.Array(FreeOfPersonallyIdentifiableInformation, FreeOfAdultContent)\n  }\n\n  @js.native\n  trait DetectDocumentTextRequest extends js.Object {\n    var Document: Document\n  }\n\n  object DetectDocumentTextRequest {\n    @inline\n    def apply(\n        Document: Document\n    ): DetectDocumentTextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Document\" -> Document.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectDocumentTextRequest]\n    }\n  }\n\n  @js.native\n  trait DetectDocumentTextResponse extends js.Object {\n    var Blocks: js.UndefOr[BlockList]\n    var DetectDocumentTextModelVersion: js.UndefOr[String]\n    var DocumentMetadata: js.UndefOr[DocumentMetadata]\n  }\n\n  object DetectDocumentTextResponse {\n    @inline\n    def apply(\n        Blocks: js.UndefOr[BlockList] = js.undefined,\n        DetectDocumentTextModelVersion: js.UndefOr[String] = js.undefined,\n        DocumentMetadata: js.UndefOr[DocumentMetadata] = js.undefined\n    ): DetectDocumentTextResponse = {\n      val __obj = js.Dynamic.literal()\n      Blocks.foreach(__v => __obj.updateDynamic(\"Blocks\")(__v.asInstanceOf[js.Any]))\n      DetectDocumentTextModelVersion.foreach(__v => __obj.updateDynamic(\"DetectDocumentTextModelVersion\")(__v.asInstanceOf[js.Any]))\n      DocumentMetadata.foreach(__v => __obj.updateDynamic(\"DocumentMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectDocumentTextResponse]\n    }\n  }\n\n  \/** The input document, either as bytes or as an S3 object. You pass image bytes to an Amazon Textract API operation by using the <code>Bytes<\/code> property. For example, you would use the <code>Bytes<\/code> property to pass a document loaded from a local file system. Image bytes passed by using the <code>Bytes<\/code> property must be base64 encoded. Your code might not need to encode document file bytes if you're using an AWS SDK to call Amazon Textract API operations. You pass images stored in an S3 bucket to an Amazon Textract API operation by using the <code>S3Object<\/code> property. Documents stored in an S3 bucket don't need to be base64 encoded. The AWS Region for the S3 bucket that contains the S3 object must match the AWS Region that you use for Amazon Textract operations. If you use the AWS CLI to call Amazon Textract operations, passing image bytes using the Bytes property isn't supported. You must first upload the document to an Amazon S3 bucket, and then call the\n    * operation using the S3Object property. For Amazon Textract to process an S3 object, the user must have permission to access the S3 object.\n    *\/\n  @js.native\n  trait Document extends js.Object {\n    var Bytes: js.UndefOr[ImageBlob]\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object Document {\n    @inline\n    def apply(\n        Bytes: js.UndefOr[ImageBlob] = js.undefined,\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): Document = {\n      val __obj = js.Dynamic.literal()\n      Bytes.foreach(__v => __obj.updateDynamic(\"Bytes\")(__v.asInstanceOf[js.Any]))\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Document]\n    }\n  }\n\n  \/** The Amazon S3 bucket that contains the document to be processed. It's used by asynchronous operations such as <a>StartDocumentTextDetection<\/a>. The input document can be an image file in JPEG or PNG format. It can also be a file in PDF format.\n    *\/\n  @js.native\n  trait DocumentLocation extends js.Object {\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object DocumentLocation {\n    @inline\n    def apply(\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): DocumentLocation = {\n      val __obj = js.Dynamic.literal()\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentLocation]\n    }\n  }\n\n  \/** Information about the input document.\n    *\/\n  @js.native\n  trait DocumentMetadata extends js.Object {\n    var Pages: js.UndefOr[UInteger]\n  }\n\n  object DocumentMetadata {\n    @inline\n    def apply(\n        Pages: js.UndefOr[UInteger] = js.undefined\n    ): DocumentMetadata = {\n      val __obj = js.Dynamic.literal()\n      Pages.foreach(__v => __obj.updateDynamic(\"Pages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait EntityType extends js.Any\n  object EntityType {\n    val KEY = \"KEY\".asInstanceOf[EntityType]\n    val VALUE = \"VALUE\".asInstanceOf[EntityType]\n\n    @inline def values = js.Array(KEY, VALUE)\n  }\n\n  @js.native\n  sealed trait FeatureType extends js.Any\n  object FeatureType {\n    val TABLES = \"TABLES\".asInstanceOf[FeatureType]\n    val FORMS = \"FORMS\".asInstanceOf[FeatureType]\n\n    @inline def values = js.Array(TABLES, FORMS)\n  }\n\n  \/** Information about where the following items are located on a document page: detected page, text, key-value pairs, tables, table cells, and selection elements.\n    *\/\n  @js.native\n  trait Geometry extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Polygon: js.UndefOr[Polygon]\n  }\n\n  object Geometry {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Polygon: js.UndefOr[Polygon] = js.undefined\n    ): Geometry = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Polygon.foreach(__v => __obj.updateDynamic(\"Polygon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Geometry]\n    }\n  }\n\n  @js.native\n  trait GetDocumentAnalysisRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetDocumentAnalysisRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetDocumentAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait GetDocumentAnalysisResponse extends js.Object {\n    var AnalyzeDocumentModelVersion: js.UndefOr[String]\n    var Blocks: js.UndefOr[BlockList]\n    var DocumentMetadata: js.UndefOr[DocumentMetadata]\n    var JobStatus: js.UndefOr[JobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var Warnings: js.UndefOr[Warnings]\n  }\n\n  object GetDocumentAnalysisResponse {\n    @inline\n    def apply(\n        AnalyzeDocumentModelVersion: js.UndefOr[String] = js.undefined,\n        Blocks: js.UndefOr[BlockList] = js.undefined,\n        DocumentMetadata: js.UndefOr[DocumentMetadata] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        Warnings: js.UndefOr[Warnings] = js.undefined\n    ): GetDocumentAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalyzeDocumentModelVersion.foreach(__v => __obj.updateDynamic(\"AnalyzeDocumentModelVersion\")(__v.asInstanceOf[js.Any]))\n      Blocks.foreach(__v => __obj.updateDynamic(\"Blocks\")(__v.asInstanceOf[js.Any]))\n      DocumentMetadata.foreach(__v => __obj.updateDynamic(\"DocumentMetadata\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      Warnings.foreach(__v => __obj.updateDynamic(\"Warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait GetDocumentTextDetectionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetDocumentTextDetectionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetDocumentTextDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentTextDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetDocumentTextDetectionResponse extends js.Object {\n    var Blocks: js.UndefOr[BlockList]\n    var DetectDocumentTextModelVersion: js.UndefOr[String]\n    var DocumentMetadata: js.UndefOr[DocumentMetadata]\n    var JobStatus: js.UndefOr[JobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var Warnings: js.UndefOr[Warnings]\n  }\n\n  object GetDocumentTextDetectionResponse {\n    @inline\n    def apply(\n        Blocks: js.UndefOr[BlockList] = js.undefined,\n        DetectDocumentTextModelVersion: js.UndefOr[String] = js.undefined,\n        DocumentMetadata: js.UndefOr[DocumentMetadata] = js.undefined,\n        JobStatus: js.UndefOr[JobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        Warnings: js.UndefOr[Warnings] = js.undefined\n    ): GetDocumentTextDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      Blocks.foreach(__v => __obj.updateDynamic(\"Blocks\")(__v.asInstanceOf[js.Any]))\n      DetectDocumentTextModelVersion.foreach(__v => __obj.updateDynamic(\"DetectDocumentTextModelVersion\")(__v.asInstanceOf[js.Any]))\n      DocumentMetadata.foreach(__v => __obj.updateDynamic(\"DocumentMetadata\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      Warnings.foreach(__v => __obj.updateDynamic(\"Warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentTextDetectionResponse]\n    }\n  }\n\n  \/** Shows the results of the human in the loop evaluation. If there is no HumanLoopArn, the input did not trigger human review.\n    *\/\n  @js.native\n  trait HumanLoopActivationOutput extends js.Object {\n    var HumanLoopActivationConditionsEvaluationResults: js.UndefOr[HumanLoopActivationConditionsEvaluationResults]\n    var HumanLoopActivationReasons: js.UndefOr[HumanLoopActivationReasons]\n    var HumanLoopArn: js.UndefOr[HumanLoopArn]\n  }\n\n  object HumanLoopActivationOutput {\n    @inline\n    def apply(\n        HumanLoopActivationConditionsEvaluationResults: js.UndefOr[HumanLoopActivationConditionsEvaluationResults] = js.undefined,\n        HumanLoopActivationReasons: js.UndefOr[HumanLoopActivationReasons] = js.undefined,\n        HumanLoopArn: js.UndefOr[HumanLoopArn] = js.undefined\n    ): HumanLoopActivationOutput = {\n      val __obj = js.Dynamic.literal()\n      HumanLoopActivationConditionsEvaluationResults.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationConditionsEvaluationResults\")(__v.asInstanceOf[js.Any]))\n      HumanLoopActivationReasons.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationReasons\")(__v.asInstanceOf[js.Any]))\n      HumanLoopArn.foreach(__v => __obj.updateDynamic(\"HumanLoopArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopActivationOutput]\n    }\n  }\n\n  \/** Sets up the human review workflow the document will be sent to if one of the conditions is met. You can also set certain attributes of the image before review.\n    *\/\n  @js.native\n  trait HumanLoopConfig extends js.Object {\n    var FlowDefinitionArn: FlowDefinitionArn\n    var HumanLoopName: HumanLoopName\n    var DataAttributes: js.UndefOr[HumanLoopDataAttributes]\n  }\n\n  object HumanLoopConfig {\n    @inline\n    def apply(\n        FlowDefinitionArn: FlowDefinitionArn,\n        HumanLoopName: HumanLoopName,\n        DataAttributes: js.UndefOr[HumanLoopDataAttributes] = js.undefined\n    ): HumanLoopConfig = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionArn\" -> FlowDefinitionArn.asInstanceOf[js.Any],\n        \"HumanLoopName\" -> HumanLoopName.asInstanceOf[js.Any]\n      )\n\n      DataAttributes.foreach(__v => __obj.updateDynamic(\"DataAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopConfig]\n    }\n  }\n\n  \/** Allows you to set attributes of the image. Currently, you can declare an image as free of personally identifiable information and adult content.\n    *\/\n  @js.native\n  trait HumanLoopDataAttributes extends js.Object {\n    var ContentClassifiers: js.UndefOr[ContentClassifiers]\n  }\n\n  object HumanLoopDataAttributes {\n    @inline\n    def apply(\n        ContentClassifiers: js.UndefOr[ContentClassifiers] = js.undefined\n    ): HumanLoopDataAttributes = {\n      val __obj = js.Dynamic.literal()\n      ContentClassifiers.foreach(__v => __obj.updateDynamic(\"ContentClassifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopDataAttributes]\n    }\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[JobStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n    val PARTIAL_SUCCESS = \"PARTIAL_SUCCESS\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, SUCCEEDED, FAILED, PARTIAL_SUCCESS)\n  }\n\n  \/** The Amazon Simple Notification Service (Amazon SNS) topic to which Amazon Textract publishes the completion status of an asynchronous document operation, such as <a>StartDocumentTextDetection<\/a>.\n    *\/\n  @js.native\n  trait NotificationChannel extends js.Object {\n    var RoleArn: RoleArn\n    var SNSTopicArn: SNSTopicArn\n  }\n\n  object NotificationChannel {\n    @inline\n    def apply(\n        RoleArn: RoleArn,\n        SNSTopicArn: SNSTopicArn\n    ): NotificationChannel = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"SNSTopicArn\" -> SNSTopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NotificationChannel]\n    }\n  }\n\n  \/** Sets whether or not your output will go to a user created bucket. Used to set the name of the bucket, and the prefix on the output file.\n    *\/\n  @js.native\n  trait OutputConfig extends js.Object {\n    var S3Bucket: S3Bucket\n    var S3Prefix: js.UndefOr[S3ObjectName]\n  }\n\n  object OutputConfig {\n    @inline\n    def apply(\n        S3Bucket: S3Bucket,\n        S3Prefix: js.UndefOr[S3ObjectName] = js.undefined\n    ): OutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any]\n      )\n\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputConfig]\n    }\n  }\n\n  \/** The X and Y coordinates of a point on a document page. The X and Y values that are returned are ratios of the overall document page size. For example, if the input document is 700 x 200 and the operation returns X=0.5 and Y=0.25, then the point is at the (350,50) pixel coordinate on the document page. An array of <code>Point<\/code> objects, <code>Polygon<\/code>, is returned by <a>DetectDocumentText<\/a>. <code>Polygon<\/code> represents a fine-grained polygon around detected text. For more information, see Geometry in the Amazon Textract Developer Guide.\n    *\/\n  @js.native\n  trait Point extends js.Object {\n    var X: js.UndefOr[Float]\n    var Y: js.UndefOr[Float]\n  }\n\n  object Point {\n    @inline\n    def apply(\n        X: js.UndefOr[Float] = js.undefined,\n        Y: js.UndefOr[Float] = js.undefined\n    ): Point = {\n      val __obj = js.Dynamic.literal()\n      X.foreach(__v => __obj.updateDynamic(\"X\")(__v.asInstanceOf[js.Any]))\n      Y.foreach(__v => __obj.updateDynamic(\"Y\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Point]\n    }\n  }\n\n  \/** Information about how blocks are related to each other. A <code>Block<\/code> object contains 0 or more <code>Relation<\/code> objects in a list, <code>Relationships<\/code>. For more information, see <a>Block<\/a>. The <code>Type<\/code> element provides the type of the relationship for all blocks in the <code>IDs<\/code> array.\n    *\/\n  @js.native\n  trait Relationship extends js.Object {\n    var Ids: js.UndefOr[IdList]\n    var Type: js.UndefOr[RelationshipType]\n  }\n\n  object Relationship {\n    @inline\n    def apply(\n        Ids: js.UndefOr[IdList] = js.undefined,\n        Type: js.UndefOr[RelationshipType] = js.undefined\n    ): Relationship = {\n      val __obj = js.Dynamic.literal()\n      Ids.foreach(__v => __obj.updateDynamic(\"Ids\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Relationship]\n    }\n  }\n\n  @js.native\n  sealed trait RelationshipType extends js.Any\n  object RelationshipType {\n    val VALUE = \"VALUE\".asInstanceOf[RelationshipType]\n    val CHILD = \"CHILD\".asInstanceOf[RelationshipType]\n    val COMPLEX_FEATURES = \"COMPLEX_FEATURES\".asInstanceOf[RelationshipType]\n\n    @inline def values = js.Array(VALUE, CHILD, COMPLEX_FEATURES)\n  }\n\n  \/** The S3 bucket name and file name that identifies the document. The AWS Region for the S3 bucket that contains the document must match the Region that you use for Amazon Textract operations. For Amazon Textract to process a file in an S3 bucket, the user must have permission to access the S3 bucket and file.\n    *\/\n  @js.native\n  trait S3Object extends js.Object {\n    var Bucket: js.UndefOr[S3Bucket]\n    var Name: js.UndefOr[S3ObjectName]\n    var Version: js.UndefOr[S3ObjectVersion]\n  }\n\n  object S3Object {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        Name: js.UndefOr[S3ObjectName] = js.undefined,\n        Version: js.UndefOr[S3ObjectVersion] = js.undefined\n    ): S3Object = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Object]\n    }\n  }\n\n  @js.native\n  sealed trait SelectionStatus extends js.Any\n  object SelectionStatus {\n    val SELECTED = \"SELECTED\".asInstanceOf[SelectionStatus]\n    val NOT_SELECTED = \"NOT_SELECTED\".asInstanceOf[SelectionStatus]\n\n    @inline def values = js.Array(SELECTED, NOT_SELECTED)\n  }\n\n  @js.native\n  trait StartDocumentAnalysisRequest extends js.Object {\n    var DocumentLocation: DocumentLocation\n    var FeatureTypes: FeatureTypes\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var KMSKeyId: js.UndefOr[KMSKeyId]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n    var OutputConfig: js.UndefOr[OutputConfig]\n  }\n\n  object StartDocumentAnalysisRequest {\n    @inline\n    def apply(\n        DocumentLocation: DocumentLocation,\n        FeatureTypes: FeatureTypes,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        KMSKeyId: js.UndefOr[KMSKeyId] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined,\n        OutputConfig: js.UndefOr[OutputConfig] = js.undefined\n    ): StartDocumentAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentLocation\" -> DocumentLocation.asInstanceOf[js.Any],\n        \"FeatureTypes\" -> FeatureTypes.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      KMSKeyId.foreach(__v => __obj.updateDynamic(\"KMSKeyId\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      OutputConfig.foreach(__v => __obj.updateDynamic(\"OutputConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait StartDocumentAnalysisResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartDocumentAnalysisResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartDocumentAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait StartDocumentTextDetectionRequest extends js.Object {\n    var DocumentLocation: DocumentLocation\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var KMSKeyId: js.UndefOr[KMSKeyId]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n    var OutputConfig: js.UndefOr[OutputConfig]\n  }\n\n  object StartDocumentTextDetectionRequest {\n    @inline\n    def apply(\n        DocumentLocation: DocumentLocation,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        KMSKeyId: js.UndefOr[KMSKeyId] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined,\n        OutputConfig: js.UndefOr[OutputConfig] = js.undefined\n    ): StartDocumentTextDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentLocation\" -> DocumentLocation.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      KMSKeyId.foreach(__v => __obj.updateDynamic(\"KMSKeyId\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      OutputConfig.foreach(__v => __obj.updateDynamic(\"OutputConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentTextDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait StartDocumentTextDetectionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartDocumentTextDetectionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartDocumentTextDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDocumentTextDetectionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait TextType extends js.Any\n  object TextType {\n    val HANDWRITING = \"HANDWRITING\".asInstanceOf[TextType]\n    val PRINTED = \"PRINTED\".asInstanceOf[TextType]\n\n    @inline def values = js.Array(HANDWRITING, PRINTED)\n  }\n\n  \/** A warning about an issue that occurred during asynchronous text analysis (<a>StartDocumentAnalysis<\/a>) or asynchronous document text detection (<a>StartDocumentTextDetection<\/a>).\n    *\/\n  @js.native\n  trait Warning extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var Pages: js.UndefOr[Pages]\n  }\n\n  object Warning {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        Pages: js.UndefOr[Pages] = js.undefined\n    ): Warning = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Pages.foreach(__v => __obj.updateDynamic(\"Pages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Warning]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/migrationhubconfig\/src\/main\/scala\/facade\/amazonaws\/services\/MigrationHubConfig.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object migrationhubconfig {\n  type ControlId = String\n  type DescribeHomeRegionControlsMaxResults = Int\n  type DryRun = Boolean\n  type HomeRegion = String\n  type HomeRegionControls = js.Array[HomeRegionControl]\n  type RequestedTime = js.Date\n  type TargetId = String\n  type Token = String\n\n  implicit final class MigrationHubConfigOps(private val service: MigrationHubConfig) extends AnyVal {\n\n    @inline def createHomeRegionControlFuture(params: CreateHomeRegionControlRequest): Future[CreateHomeRegionControlResult] = service.createHomeRegionControl(params).promise().toFuture\n    @inline def describeHomeRegionControlsFuture(params: DescribeHomeRegionControlsRequest): Future[DescribeHomeRegionControlsResult] = service.describeHomeRegionControls(params).promise().toFuture\n    @inline def getHomeRegionFuture(params: GetHomeRegionRequest): Future[GetHomeRegionResult] = service.getHomeRegion(params).promise().toFuture\n\n  }\n}\n\npackage migrationhubconfig {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/migrationhubconfig\", JSImport.Namespace, \"AWS.MigrationHubConfig\")\n  class MigrationHubConfig() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createHomeRegionControl(params: CreateHomeRegionControlRequest): Request[CreateHomeRegionControlResult] = js.native\n    def describeHomeRegionControls(params: DescribeHomeRegionControlsRequest): Request[DescribeHomeRegionControlsResult] = js.native\n    def getHomeRegion(params: GetHomeRegionRequest): Request[GetHomeRegionResult] = js.native\n  }\n\n  @js.native\n  trait CreateHomeRegionControlRequest extends js.Object {\n    var HomeRegion: HomeRegion\n    var Target: Target\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object CreateHomeRegionControlRequest {\n    @inline\n    def apply(\n        HomeRegion: HomeRegion,\n        Target: Target,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): CreateHomeRegionControlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HomeRegion\" -> HomeRegion.asInstanceOf[js.Any],\n        \"Target\" -> Target.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHomeRegionControlRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHomeRegionControlResult extends js.Object {\n    var HomeRegionControl: js.UndefOr[HomeRegionControl]\n  }\n\n  object CreateHomeRegionControlResult {\n    @inline\n    def apply(\n        HomeRegionControl: js.UndefOr[HomeRegionControl] = js.undefined\n    ): CreateHomeRegionControlResult = {\n      val __obj = js.Dynamic.literal()\n      HomeRegionControl.foreach(__v => __obj.updateDynamic(\"HomeRegionControl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHomeRegionControlResult]\n    }\n  }\n\n  @js.native\n  trait DescribeHomeRegionControlsRequest extends js.Object {\n    var ControlId: js.UndefOr[ControlId]\n    var HomeRegion: js.UndefOr[HomeRegion]\n    var MaxResults: js.UndefOr[DescribeHomeRegionControlsMaxResults]\n    var NextToken: js.UndefOr[Token]\n    var Target: js.UndefOr[Target]\n  }\n\n  object DescribeHomeRegionControlsRequest {\n    @inline\n    def apply(\n        ControlId: js.UndefOr[ControlId] = js.undefined,\n        HomeRegion: js.UndefOr[HomeRegion] = js.undefined,\n        MaxResults: js.UndefOr[DescribeHomeRegionControlsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        Target: js.UndefOr[Target] = js.undefined\n    ): DescribeHomeRegionControlsRequest = {\n      val __obj = js.Dynamic.literal()\n      ControlId.foreach(__v => __obj.updateDynamic(\"ControlId\")(__v.asInstanceOf[js.Any]))\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHomeRegionControlsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeHomeRegionControlsResult extends js.Object {\n    var HomeRegionControls: js.UndefOr[HomeRegionControls]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeHomeRegionControlsResult {\n    @inline\n    def apply(\n        HomeRegionControls: js.UndefOr[HomeRegionControls] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeHomeRegionControlsResult = {\n      val __obj = js.Dynamic.literal()\n      HomeRegionControls.foreach(__v => __obj.updateDynamic(\"HomeRegionControls\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHomeRegionControlsResult]\n    }\n  }\n\n  @js.native\n  trait GetHomeRegionRequest extends js.Object\n\n  object GetHomeRegionRequest {\n    @inline\n    def apply(): GetHomeRegionRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetHomeRegionRequest]\n    }\n  }\n\n  @js.native\n  trait GetHomeRegionResult extends js.Object {\n    var HomeRegion: js.UndefOr[HomeRegion]\n  }\n\n  object GetHomeRegionResult {\n    @inline\n    def apply(\n        HomeRegion: js.UndefOr[HomeRegion] = js.undefined\n    ): GetHomeRegionResult = {\n      val __obj = js.Dynamic.literal()\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetHomeRegionResult]\n    }\n  }\n\n  \/** A home region control is an object that specifies the home region for an account, with some additional information. It contains a target (always of type <code>ACCOUNT<\/code>), an ID, and a time at which the home region was set.\n    *\/\n  @js.native\n  trait HomeRegionControl extends js.Object {\n    var ControlId: js.UndefOr[ControlId]\n    var HomeRegion: js.UndefOr[HomeRegion]\n    var RequestedTime: js.UndefOr[RequestedTime]\n    var Target: js.UndefOr[Target]\n  }\n\n  object HomeRegionControl {\n    @inline\n    def apply(\n        ControlId: js.UndefOr[ControlId] = js.undefined,\n        HomeRegion: js.UndefOr[HomeRegion] = js.undefined,\n        RequestedTime: js.UndefOr[RequestedTime] = js.undefined,\n        Target: js.UndefOr[Target] = js.undefined\n    ): HomeRegionControl = {\n      val __obj = js.Dynamic.literal()\n      ControlId.foreach(__v => __obj.updateDynamic(\"ControlId\")(__v.asInstanceOf[js.Any]))\n      HomeRegion.foreach(__v => __obj.updateDynamic(\"HomeRegion\")(__v.asInstanceOf[js.Any]))\n      RequestedTime.foreach(__v => __obj.updateDynamic(\"RequestedTime\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HomeRegionControl]\n    }\n  }\n\n  \/** The target parameter specifies the identifier to which the home region is applied, which is always an <code>ACCOUNT<\/code>. It applies the home region to the current <code>ACCOUNT<\/code>.\n    *\/\n  @js.native\n  trait Target extends js.Object {\n    var Type: TargetType\n    var Id: js.UndefOr[TargetId]\n  }\n\n  object Target {\n    @inline\n    def apply(\n        Type: TargetType,\n        Id: js.UndefOr[TargetId] = js.undefined\n    ): Target = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Target]\n    }\n  }\n\n  @js.native\n  sealed trait TargetType extends js.Any\n  object TargetType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[TargetType]\n\n    @inline def values = js.Array(ACCOUNT)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/test\/scala\/facade\/amazonaws\/CoreTest.scala","text":"<filename>core\/src\/test\/scala\/facade\/amazonaws\/CoreTest.scala\npackage facade.amazonaws\n\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass CoreTest extends AnyFunSuite {\n  test(\"AWS Object is defined\") {\n    assert(AWS.config !== null)\n  }\n\n  test(\"AWS.Credentials is constructor\") {\n    val cred = new AWSCredentials()\n    assert(cred.expiryWindow === 15)\n  }\n\n  test(\"AWS.Endpoint is constructor\") {\n    val endpoint = new Endpoint(\"http:\/\/localhost\")\n    assert(endpoint.hostname === \"localhost\")\n  }\n\n  test(\"AWS.HttpRequest is constructor\") {\n    val http = new HttpRequest(new Endpoint(\"http:\/\/localhost\"), \"ap-northeast-1\")\n    assert(http.endpoint.hostname === \"localhost\")\n    assert(http.method === \"POST\")\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/timestreamwrite\/src\/main\/scala\/facade\/amazonaws\/services\/TimestreamWrite.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object timestreamwrite {\n  type AmazonResourceName = String\n  type DatabaseList = js.Array[Database]\n  type Date = js.Date\n  type Dimensions = js.Array[Dimension]\n  type Endpoints = js.Array[Endpoint]\n  type MagneticStoreRetentionPeriodInDays = Double\n  type MemoryStoreRetentionPeriodInHours = Double\n  type PaginationLimit = Int\n  type RecordVersion = Double\n  type Records = js.Array[Record]\n  type ResourceName = String\n  type StringValue2048 = String\n  type StringValue256 = String\n  type TableList = js.Array[Table]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n\n  implicit final class TimestreamWriteOps(private val service: TimestreamWrite) extends AnyVal {\n\n    @inline def createDatabaseFuture(params: CreateDatabaseRequest): Future[CreateDatabaseResponse] = service.createDatabase(params).promise().toFuture\n    @inline def createTableFuture(params: CreateTableRequest): Future[CreateTableResponse] = service.createTable(params).promise().toFuture\n    @inline def deleteDatabaseFuture(params: DeleteDatabaseRequest): Future[js.Object] = service.deleteDatabase(params).promise().toFuture\n    @inline def deleteTableFuture(params: DeleteTableRequest): Future[js.Object] = service.deleteTable(params).promise().toFuture\n    @inline def describeDatabaseFuture(params: DescribeDatabaseRequest): Future[DescribeDatabaseResponse] = service.describeDatabase(params).promise().toFuture\n    @inline def describeEndpointsFuture(params: DescribeEndpointsRequest): Future[DescribeEndpointsResponse] = service.describeEndpoints(params).promise().toFuture\n    @inline def describeTableFuture(params: DescribeTableRequest): Future[DescribeTableResponse] = service.describeTable(params).promise().toFuture\n    @inline def listDatabasesFuture(params: ListDatabasesRequest): Future[ListDatabasesResponse] = service.listDatabases(params).promise().toFuture\n    @inline def listTablesFuture(params: ListTablesRequest): Future[ListTablesResponse] = service.listTables(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateDatabaseFuture(params: UpdateDatabaseRequest): Future[UpdateDatabaseResponse] = service.updateDatabase(params).promise().toFuture\n    @inline def updateTableFuture(params: UpdateTableRequest): Future[UpdateTableResponse] = service.updateTable(params).promise().toFuture\n    @inline def writeRecordsFuture(params: WriteRecordsRequest): Future[js.Object] = service.writeRecords(params).promise().toFuture\n\n  }\n}\n\npackage timestreamwrite {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/timestreamwrite\", JSImport.Namespace, \"AWS.TimestreamWrite\")\n  class TimestreamWrite() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createDatabase(params: CreateDatabaseRequest): Request[CreateDatabaseResponse] = js.native\n    def createTable(params: CreateTableRequest): Request[CreateTableResponse] = js.native\n    def deleteDatabase(params: DeleteDatabaseRequest): Request[js.Object] = js.native\n    def deleteTable(params: DeleteTableRequest): Request[js.Object] = js.native\n    def describeDatabase(params: DescribeDatabaseRequest): Request[DescribeDatabaseResponse] = js.native\n    def describeEndpoints(params: DescribeEndpointsRequest): Request[DescribeEndpointsResponse] = js.native\n    def describeTable(params: DescribeTableRequest): Request[DescribeTableResponse] = js.native\n    def listDatabases(params: ListDatabasesRequest): Request[ListDatabasesResponse] = js.native\n    def listTables(params: ListTablesRequest): Request[ListTablesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateDatabase(params: UpdateDatabaseRequest): Request[UpdateDatabaseResponse] = js.native\n    def updateTable(params: UpdateTableRequest): Request[UpdateTableResponse] = js.native\n    def writeRecords(params: WriteRecordsRequest): Request[js.Object] = js.native\n  }\n\n  @js.native\n  trait CreateDatabaseRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var KmsKeyId: js.UndefOr[StringValue2048]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDatabaseRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        KmsKeyId: js.UndefOr[StringValue2048] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatabaseResponse extends js.Object {\n    var Database: js.UndefOr[Database]\n  }\n\n  object CreateDatabaseResponse {\n    @inline\n    def apply(\n        Database: js.UndefOr[Database] = js.undefined\n    ): CreateDatabaseResponse = {\n      val __obj = js.Dynamic.literal()\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatabaseResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTableRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var TableName: ResourceName\n    var RetentionProperties: js.UndefOr[RetentionProperties]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTableRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        TableName: ResourceName,\n        RetentionProperties: js.UndefOr[RetentionProperties] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTableRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      RetentionProperties.foreach(__v => __obj.updateDynamic(\"RetentionProperties\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTableRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTableResponse extends js.Object {\n    var Table: js.UndefOr[Table]\n  }\n\n  object CreateTableResponse {\n    @inline\n    def apply(\n        Table: js.UndefOr[Table] = js.undefined\n    ): CreateTableResponse = {\n      val __obj = js.Dynamic.literal()\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTableResponse]\n    }\n  }\n\n  \/** A top level container for a table. Databases and tables are the fundamental management concepts in Amazon Timestream. All tables in a database are encrypted with the same KMS key.\n    *\/\n  @js.native\n  trait Database extends js.Object {\n    var Arn: js.UndefOr[String]\n    var CreationTime: js.UndefOr[Date]\n    var DatabaseName: js.UndefOr[ResourceName]\n    var KmsKeyId: js.UndefOr[StringValue2048]\n    var LastUpdatedTime: js.UndefOr[Date]\n    var TableCount: js.UndefOr[Double]\n  }\n\n  object Database {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined,\n        CreationTime: js.UndefOr[Date] = js.undefined,\n        DatabaseName: js.UndefOr[ResourceName] = js.undefined,\n        KmsKeyId: js.UndefOr[StringValue2048] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Date] = js.undefined,\n        TableCount: js.UndefOr[Double] = js.undefined\n    ): Database = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      TableCount.foreach(__v => __obj.updateDynamic(\"TableCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Database]\n    }\n  }\n\n  @js.native\n  trait DeleteDatabaseRequest extends js.Object {\n    var DatabaseName: ResourceName\n  }\n\n  object DeleteDatabaseRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName\n    ): DeleteDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTableRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var TableName: ResourceName\n  }\n\n  object DeleteTableRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        TableName: ResourceName\n    ): DeleteTableRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTableRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatabaseRequest extends js.Object {\n    var DatabaseName: ResourceName\n  }\n\n  object DescribeDatabaseRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName\n    ): DescribeDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatabaseResponse extends js.Object {\n    var Database: js.UndefOr[Database]\n  }\n\n  object DescribeDatabaseResponse {\n    @inline\n    def apply(\n        Database: js.UndefOr[Database] = js.undefined\n    ): DescribeDatabaseResponse = {\n      val __obj = js.Dynamic.literal()\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatabaseResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointsRequest extends js.Object\n\n  object DescribeEndpointsRequest {\n    @inline\n    def apply(): DescribeEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointsResponse extends js.Object {\n    var Endpoints: Endpoints\n  }\n\n  object DescribeEndpointsResponse {\n    @inline\n    def apply(\n        Endpoints: Endpoints\n    ): DescribeEndpointsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Endpoints\" -> Endpoints.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEndpointsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTableRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var TableName: ResourceName\n  }\n\n  object DescribeTableRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        TableName: ResourceName\n    ): DescribeTableRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTableRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTableResponse extends js.Object {\n    var Table: js.UndefOr[Table]\n  }\n\n  object DescribeTableResponse {\n    @inline\n    def apply(\n        Table: js.UndefOr[Table] = js.undefined\n    ): DescribeTableResponse = {\n      val __obj = js.Dynamic.literal()\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTableResponse]\n    }\n  }\n\n  \/** Dimension represents the meta data attributes of the time series. For example, the name and availability zone of an EC2 instance or the name of the manufacturer of a wind turbine are dimensions.\n    *\/\n  @js.native\n  trait Dimension extends js.Object {\n    var Name: StringValue256\n    var Value: StringValue2048\n    var DimensionValueType: js.UndefOr[DimensionValueType]\n  }\n\n  object Dimension {\n    @inline\n    def apply(\n        Name: StringValue256,\n        Value: StringValue2048,\n        DimensionValueType: js.UndefOr[DimensionValueType] = js.undefined\n    ): Dimension = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      DimensionValueType.foreach(__v => __obj.updateDynamic(\"DimensionValueType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Dimension]\n    }\n  }\n\n  @js.native\n  sealed trait DimensionValueType extends js.Any\n  object DimensionValueType {\n    val VARCHAR = \"VARCHAR\".asInstanceOf[DimensionValueType]\n\n    @inline def values = js.Array(VARCHAR)\n  }\n\n  \/** Represents an available endpoint against which to make API calls agaisnt, as well as the TTL for that endpoint.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: String\n    var CachePeriodInMinutes: Double\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: String,\n        CachePeriodInMinutes: Double\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal(\n        \"Address\" -> Address.asInstanceOf[js.Any],\n        \"CachePeriodInMinutes\" -> CachePeriodInMinutes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesRequest extends js.Object {\n    var MaxResults: js.UndefOr[PaginationLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDatabasesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[PaginationLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDatabasesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesResponse extends js.Object {\n    var Databases: js.UndefOr[DatabaseList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDatabasesResponse {\n    @inline\n    def apply(\n        Databases: js.UndefOr[DatabaseList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDatabasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Databases.foreach(__v => __obj.updateDynamic(\"Databases\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTablesRequest extends js.Object {\n    var DatabaseName: js.UndefOr[ResourceName]\n    var MaxResults: js.UndefOr[PaginationLimit]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTablesRequest {\n    @inline\n    def apply(\n        DatabaseName: js.UndefOr[ResourceName] = js.undefined,\n        MaxResults: js.UndefOr[PaginationLimit] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTablesRequest = {\n      val __obj = js.Dynamic.literal()\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTablesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Tables: js.UndefOr[TableList]\n  }\n\n  object ListTablesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Tables: js.UndefOr[TableList] = js.undefined\n    ): ListTablesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tables.foreach(__v => __obj.updateDynamic(\"Tables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait MeasureValueType extends js.Any\n  object MeasureValueType {\n    val DOUBLE = \"DOUBLE\".asInstanceOf[MeasureValueType]\n    val BIGINT = \"BIGINT\".asInstanceOf[MeasureValueType]\n    val VARCHAR = \"VARCHAR\".asInstanceOf[MeasureValueType]\n    val BOOLEAN = \"BOOLEAN\".asInstanceOf[MeasureValueType]\n\n    @inline def values = js.Array(DOUBLE, BIGINT, VARCHAR, BOOLEAN)\n  }\n\n  \/** Record represents a time series data point being written into Timestream. Each record contains an array of dimensions. Dimensions represent the meta data attributes of a time series data point such as the instance name or availability zone of an EC2 instance. A record also contains the measure name which is the name of the measure being collected for example the CPU utilization of an EC2 instance. A record also contains the measure value and the value type which is the data type of the measure value. In addition, the record contains the timestamp when the measure was collected that the timestamp unit which represents the granularity of the timestamp.\n    *\/\n  @js.native\n  trait Record extends js.Object {\n    var Dimensions: js.UndefOr[Dimensions]\n    var MeasureName: js.UndefOr[StringValue256]\n    var MeasureValue: js.UndefOr[StringValue2048]\n    var MeasureValueType: js.UndefOr[MeasureValueType]\n    var Time: js.UndefOr[StringValue256]\n    var TimeUnit: js.UndefOr[TimeUnit]\n    var Version: js.UndefOr[RecordVersion]\n  }\n\n  object Record {\n    @inline\n    def apply(\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        MeasureName: js.UndefOr[StringValue256] = js.undefined,\n        MeasureValue: js.UndefOr[StringValue2048] = js.undefined,\n        MeasureValueType: js.UndefOr[MeasureValueType] = js.undefined,\n        Time: js.UndefOr[StringValue256] = js.undefined,\n        TimeUnit: js.UndefOr[TimeUnit] = js.undefined,\n        Version: js.UndefOr[RecordVersion] = js.undefined\n    ): Record = {\n      val __obj = js.Dynamic.literal()\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      MeasureName.foreach(__v => __obj.updateDynamic(\"MeasureName\")(__v.asInstanceOf[js.Any]))\n      MeasureValue.foreach(__v => __obj.updateDynamic(\"MeasureValue\")(__v.asInstanceOf[js.Any]))\n      MeasureValueType.foreach(__v => __obj.updateDynamic(\"MeasureValueType\")(__v.asInstanceOf[js.Any]))\n      Time.foreach(__v => __obj.updateDynamic(\"Time\")(__v.asInstanceOf[js.Any]))\n      TimeUnit.foreach(__v => __obj.updateDynamic(\"TimeUnit\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Record]\n    }\n  }\n\n  \/** Retention properties contain the duration for which your time series data must be stored in the magnetic store and the memory store.\n    *\/\n  @js.native\n  trait RetentionProperties extends js.Object {\n    var MagneticStoreRetentionPeriodInDays: MagneticStoreRetentionPeriodInDays\n    var MemoryStoreRetentionPeriodInHours: MemoryStoreRetentionPeriodInHours\n  }\n\n  object RetentionProperties {\n    @inline\n    def apply(\n        MagneticStoreRetentionPeriodInDays: MagneticStoreRetentionPeriodInDays,\n        MemoryStoreRetentionPeriodInHours: MemoryStoreRetentionPeriodInHours\n    ): RetentionProperties = {\n      val __obj = js.Dynamic.literal(\n        \"MagneticStoreRetentionPeriodInDays\" -> MagneticStoreRetentionPeriodInDays.asInstanceOf[js.Any],\n        \"MemoryStoreRetentionPeriodInHours\" -> MemoryStoreRetentionPeriodInHours.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RetentionProperties]\n    }\n  }\n\n  \/** Table represents a database table in Timestream. Tables contain one or more related time series. You can modify the retention duration of the memory store and the magnetic store for a table.\n    *\/\n  @js.native\n  trait Table extends js.Object {\n    var Arn: js.UndefOr[String]\n    var CreationTime: js.UndefOr[Date]\n    var DatabaseName: js.UndefOr[ResourceName]\n    var LastUpdatedTime: js.UndefOr[Date]\n    var RetentionProperties: js.UndefOr[RetentionProperties]\n    var TableName: js.UndefOr[ResourceName]\n    var TableStatus: js.UndefOr[TableStatus]\n  }\n\n  object Table {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined,\n        CreationTime: js.UndefOr[Date] = js.undefined,\n        DatabaseName: js.UndefOr[ResourceName] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Date] = js.undefined,\n        RetentionProperties: js.UndefOr[RetentionProperties] = js.undefined,\n        TableName: js.UndefOr[ResourceName] = js.undefined,\n        TableStatus: js.UndefOr[TableStatus] = js.undefined\n    ): Table = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      RetentionProperties.foreach(__v => __obj.updateDynamic(\"RetentionProperties\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      TableStatus.foreach(__v => __obj.updateDynamic(\"TableStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Table]\n    }\n  }\n\n  @js.native\n  sealed trait TableStatus extends js.Any\n  object TableStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[TableStatus]\n    val DELETING = \"DELETING\".asInstanceOf[TableStatus]\n\n    @inline def values = js.Array(ACTIVE, DELETING)\n  }\n\n  \/** A tag is a label that you assign to a Timestream database and\/or table. Each tag consists of a key and an optional value, both of which you define. Tags enable you to categorize databases and\/or tables, for example, by purpose, owner, or environment.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait TimeUnit extends js.Any\n  object TimeUnit {\n    val MILLISECONDS = \"MILLISECONDS\".asInstanceOf[TimeUnit]\n    val SECONDS = \"SECONDS\".asInstanceOf[TimeUnit]\n    val MICROSECONDS = \"MICROSECONDS\".asInstanceOf[TimeUnit]\n    val NANOSECONDS = \"NANOSECONDS\".asInstanceOf[TimeUnit]\n\n    @inline def values = js.Array(MILLISECONDS, SECONDS, MICROSECONDS, NANOSECONDS)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDatabaseRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var KmsKeyId: StringValue2048\n  }\n\n  object UpdateDatabaseRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        KmsKeyId: StringValue2048\n    ): UpdateDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"KmsKeyId\" -> KmsKeyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDatabaseResponse extends js.Object {\n    var Database: js.UndefOr[Database]\n  }\n\n  object UpdateDatabaseResponse {\n    @inline\n    def apply(\n        Database: js.UndefOr[Database] = js.undefined\n    ): UpdateDatabaseResponse = {\n      val __obj = js.Dynamic.literal()\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDatabaseResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTableRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var RetentionProperties: RetentionProperties\n    var TableName: ResourceName\n  }\n\n  object UpdateTableRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        RetentionProperties: RetentionProperties,\n        TableName: ResourceName\n    ): UpdateTableRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"RetentionProperties\" -> RetentionProperties.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTableRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTableResponse extends js.Object {\n    var Table: js.UndefOr[Table]\n  }\n\n  object UpdateTableResponse {\n    @inline\n    def apply(\n        Table: js.UndefOr[Table] = js.undefined\n    ): UpdateTableResponse = {\n      val __obj = js.Dynamic.literal()\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTableResponse]\n    }\n  }\n\n  @js.native\n  trait WriteRecordsRequest extends js.Object {\n    var DatabaseName: ResourceName\n    var Records: Records\n    var TableName: ResourceName\n    var CommonAttributes: js.UndefOr[Record]\n  }\n\n  object WriteRecordsRequest {\n    @inline\n    def apply(\n        DatabaseName: ResourceName,\n        Records: Records,\n        TableName: ResourceName,\n        CommonAttributes: js.UndefOr[Record] = js.undefined\n    ): WriteRecordsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"Records\" -> Records.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      CommonAttributes.foreach(__v => __obj.updateDynamic(\"CommonAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WriteRecordsRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mturk\/src\/main\/scala\/facade\/amazonaws\/services\/MTurk.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mturk {\n  type AssignmentList = js.Array[Assignment]\n  type AssignmentStatusList = js.Array[AssignmentStatus]\n  type BonusPaymentList = js.Array[BonusPayment]\n  type CountryParameters = String\n  type CurrencyAmount = String\n  type CustomerId = String\n  type CustomerIdList = js.Array[CustomerId]\n  type EntityId = String\n  type EventTypeList = js.Array[EventType]\n  type ExceptionMessage = String\n  type HITLayoutParameterList = js.Array[HITLayoutParameter]\n  type HITList = js.Array[HIT]\n  type IdempotencyToken = String\n  type IntegerList = js.Array[Int]\n  type LocaleList = js.Array[Locale]\n  type NotifyWorkersFailureStatusList = js.Array[NotifyWorkersFailureStatus]\n  type PaginationToken = String\n  type ParameterMapEntryList = js.Array[ParameterMapEntry]\n  type PolicyParameterList = js.Array[PolicyParameter]\n  type QualificationList = js.Array[Qualification]\n  type QualificationRequestList = js.Array[QualificationRequest]\n  type QualificationRequirementList = js.Array[QualificationRequirement]\n  type QualificationTypeList = js.Array[QualificationType]\n  type ResultSize = Int\n  type ReviewActionDetailList = js.Array[ReviewActionDetail]\n  type ReviewPolicyLevelList = js.Array[ReviewPolicyLevel]\n  type ReviewResultDetailList = js.Array[ReviewResultDetail]\n  type StringList = js.Array[String]\n  type Timestamp = js.Date\n  type TurkErrorCode = String\n  type WorkerBlockList = js.Array[WorkerBlock]\n\n  implicit final class MTurkOps(private val service: MTurk) extends AnyVal {\n\n    @inline def acceptQualificationRequestFuture(params: AcceptQualificationRequestRequest): Future[AcceptQualificationRequestResponse] = service.acceptQualificationRequest(params).promise().toFuture\n    @inline def approveAssignmentFuture(params: ApproveAssignmentRequest): Future[ApproveAssignmentResponse] = service.approveAssignment(params).promise().toFuture\n    @inline def associateQualificationWithWorkerFuture(params: AssociateQualificationWithWorkerRequest): Future[AssociateQualificationWithWorkerResponse] = service.associateQualificationWithWorker(params).promise().toFuture\n    @inline def createAdditionalAssignmentsForHITFuture(params: CreateAdditionalAssignmentsForHITRequest): Future[CreateAdditionalAssignmentsForHITResponse] = service.createAdditionalAssignmentsForHIT(params).promise().toFuture\n    @inline def createHITFuture(params: CreateHITRequest): Future[CreateHITResponse] = service.createHIT(params).promise().toFuture\n    @inline def createHITTypeFuture(params: CreateHITTypeRequest): Future[CreateHITTypeResponse] = service.createHITType(params).promise().toFuture\n    @inline def createHITWithHITTypeFuture(params: CreateHITWithHITTypeRequest): Future[CreateHITWithHITTypeResponse] = service.createHITWithHITType(params).promise().toFuture\n    @inline def createQualificationTypeFuture(params: CreateQualificationTypeRequest): Future[CreateQualificationTypeResponse] = service.createQualificationType(params).promise().toFuture\n    @inline def createWorkerBlockFuture(params: CreateWorkerBlockRequest): Future[CreateWorkerBlockResponse] = service.createWorkerBlock(params).promise().toFuture\n    @inline def deleteHITFuture(params: DeleteHITRequest): Future[DeleteHITResponse] = service.deleteHIT(params).promise().toFuture\n    @inline def deleteQualificationTypeFuture(params: DeleteQualificationTypeRequest): Future[DeleteQualificationTypeResponse] = service.deleteQualificationType(params).promise().toFuture\n    @inline def deleteWorkerBlockFuture(params: DeleteWorkerBlockRequest): Future[DeleteWorkerBlockResponse] = service.deleteWorkerBlock(params).promise().toFuture\n    @inline def disassociateQualificationFromWorkerFuture(params: DisassociateQualificationFromWorkerRequest): Future[DisassociateQualificationFromWorkerResponse] = service.disassociateQualificationFromWorker(params).promise().toFuture\n    @inline def getAccountBalanceFuture(params: GetAccountBalanceRequest): Future[GetAccountBalanceResponse] = service.getAccountBalance(params).promise().toFuture\n    @inline def getAssignmentFuture(params: GetAssignmentRequest): Future[GetAssignmentResponse] = service.getAssignment(params).promise().toFuture\n    @inline def getFileUploadURLFuture(params: GetFileUploadURLRequest): Future[GetFileUploadURLResponse] = service.getFileUploadURL(params).promise().toFuture\n    @inline def getHITFuture(params: GetHITRequest): Future[GetHITResponse] = service.getHIT(params).promise().toFuture\n    @inline def getQualificationScoreFuture(params: GetQualificationScoreRequest): Future[GetQualificationScoreResponse] = service.getQualificationScore(params).promise().toFuture\n    @inline def getQualificationTypeFuture(params: GetQualificationTypeRequest): Future[GetQualificationTypeResponse] = service.getQualificationType(params).promise().toFuture\n    @inline def listAssignmentsForHITFuture(params: ListAssignmentsForHITRequest): Future[ListAssignmentsForHITResponse] = service.listAssignmentsForHIT(params).promise().toFuture\n    @inline def listBonusPaymentsFuture(params: ListBonusPaymentsRequest): Future[ListBonusPaymentsResponse] = service.listBonusPayments(params).promise().toFuture\n    @inline def listHITsForQualificationTypeFuture(params: ListHITsForQualificationTypeRequest): Future[ListHITsForQualificationTypeResponse] = service.listHITsForQualificationType(params).promise().toFuture\n    @inline def listHITsFuture(params: ListHITsRequest): Future[ListHITsResponse] = service.listHITs(params).promise().toFuture\n    @inline def listQualificationRequestsFuture(params: ListQualificationRequestsRequest): Future[ListQualificationRequestsResponse] = service.listQualificationRequests(params).promise().toFuture\n    @inline def listQualificationTypesFuture(params: ListQualificationTypesRequest): Future[ListQualificationTypesResponse] = service.listQualificationTypes(params).promise().toFuture\n    @inline def listReviewPolicyResultsForHITFuture(params: ListReviewPolicyResultsForHITRequest): Future[ListReviewPolicyResultsForHITResponse] = service.listReviewPolicyResultsForHIT(params).promise().toFuture\n    @inline def listReviewableHITsFuture(params: ListReviewableHITsRequest): Future[ListReviewableHITsResponse] = service.listReviewableHITs(params).promise().toFuture\n    @inline def listWorkerBlocksFuture(params: ListWorkerBlocksRequest): Future[ListWorkerBlocksResponse] = service.listWorkerBlocks(params).promise().toFuture\n    @inline def listWorkersWithQualificationTypeFuture(params: ListWorkersWithQualificationTypeRequest): Future[ListWorkersWithQualificationTypeResponse] = service.listWorkersWithQualificationType(params).promise().toFuture\n    @inline def notifyWorkersFuture(params: NotifyWorkersRequest): Future[NotifyWorkersResponse] = service.notifyWorkers(params).promise().toFuture\n    @inline def rejectAssignmentFuture(params: RejectAssignmentRequest): Future[RejectAssignmentResponse] = service.rejectAssignment(params).promise().toFuture\n    @inline def rejectQualificationRequestFuture(params: RejectQualificationRequestRequest): Future[RejectQualificationRequestResponse] = service.rejectQualificationRequest(params).promise().toFuture\n    @inline def sendBonusFuture(params: SendBonusRequest): Future[SendBonusResponse] = service.sendBonus(params).promise().toFuture\n    @inline def sendTestEventNotificationFuture(params: SendTestEventNotificationRequest): Future[SendTestEventNotificationResponse] = service.sendTestEventNotification(params).promise().toFuture\n    @inline def updateExpirationForHITFuture(params: UpdateExpirationForHITRequest): Future[UpdateExpirationForHITResponse] = service.updateExpirationForHIT(params).promise().toFuture\n    @inline def updateHITReviewStatusFuture(params: UpdateHITReviewStatusRequest): Future[UpdateHITReviewStatusResponse] = service.updateHITReviewStatus(params).promise().toFuture\n    @inline def updateHITTypeOfHITFuture(params: UpdateHITTypeOfHITRequest): Future[UpdateHITTypeOfHITResponse] = service.updateHITTypeOfHIT(params).promise().toFuture\n    @inline def updateNotificationSettingsFuture(params: UpdateNotificationSettingsRequest): Future[UpdateNotificationSettingsResponse] = service.updateNotificationSettings(params).promise().toFuture\n    @inline def updateQualificationTypeFuture(params: UpdateQualificationTypeRequest): Future[UpdateQualificationTypeResponse] = service.updateQualificationType(params).promise().toFuture\n\n  }\n}\n\npackage mturk {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mturk\", JSImport.Namespace, \"AWS.MTurk\")\n  class MTurk() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptQualificationRequest(params: AcceptQualificationRequestRequest): Request[AcceptQualificationRequestResponse] = js.native\n    def approveAssignment(params: ApproveAssignmentRequest): Request[ApproveAssignmentResponse] = js.native\n    def associateQualificationWithWorker(params: AssociateQualificationWithWorkerRequest): Request[AssociateQualificationWithWorkerResponse] = js.native\n    def createAdditionalAssignmentsForHIT(params: CreateAdditionalAssignmentsForHITRequest): Request[CreateAdditionalAssignmentsForHITResponse] = js.native\n    def createHIT(params: CreateHITRequest): Request[CreateHITResponse] = js.native\n    def createHITType(params: CreateHITTypeRequest): Request[CreateHITTypeResponse] = js.native\n    def createHITWithHITType(params: CreateHITWithHITTypeRequest): Request[CreateHITWithHITTypeResponse] = js.native\n    def createQualificationType(params: CreateQualificationTypeRequest): Request[CreateQualificationTypeResponse] = js.native\n    def createWorkerBlock(params: CreateWorkerBlockRequest): Request[CreateWorkerBlockResponse] = js.native\n    def deleteHIT(params: DeleteHITRequest): Request[DeleteHITResponse] = js.native\n    def deleteQualificationType(params: DeleteQualificationTypeRequest): Request[DeleteQualificationTypeResponse] = js.native\n    def deleteWorkerBlock(params: DeleteWorkerBlockRequest): Request[DeleteWorkerBlockResponse] = js.native\n    def disassociateQualificationFromWorker(params: DisassociateQualificationFromWorkerRequest): Request[DisassociateQualificationFromWorkerResponse] = js.native\n    def getAccountBalance(params: GetAccountBalanceRequest): Request[GetAccountBalanceResponse] = js.native\n    def getAssignment(params: GetAssignmentRequest): Request[GetAssignmentResponse] = js.native\n    def getFileUploadURL(params: GetFileUploadURLRequest): Request[GetFileUploadURLResponse] = js.native\n    def getHIT(params: GetHITRequest): Request[GetHITResponse] = js.native\n    def getQualificationScore(params: GetQualificationScoreRequest): Request[GetQualificationScoreResponse] = js.native\n    def getQualificationType(params: GetQualificationTypeRequest): Request[GetQualificationTypeResponse] = js.native\n    def listAssignmentsForHIT(params: ListAssignmentsForHITRequest): Request[ListAssignmentsForHITResponse] = js.native\n    def listBonusPayments(params: ListBonusPaymentsRequest): Request[ListBonusPaymentsResponse] = js.native\n    def listHITs(params: ListHITsRequest): Request[ListHITsResponse] = js.native\n    def listHITsForQualificationType(params: ListHITsForQualificationTypeRequest): Request[ListHITsForQualificationTypeResponse] = js.native\n    def listQualificationRequests(params: ListQualificationRequestsRequest): Request[ListQualificationRequestsResponse] = js.native\n    def listQualificationTypes(params: ListQualificationTypesRequest): Request[ListQualificationTypesResponse] = js.native\n    def listReviewPolicyResultsForHIT(params: ListReviewPolicyResultsForHITRequest): Request[ListReviewPolicyResultsForHITResponse] = js.native\n    def listReviewableHITs(params: ListReviewableHITsRequest): Request[ListReviewableHITsResponse] = js.native\n    def listWorkerBlocks(params: ListWorkerBlocksRequest): Request[ListWorkerBlocksResponse] = js.native\n    def listWorkersWithQualificationType(params: ListWorkersWithQualificationTypeRequest): Request[ListWorkersWithQualificationTypeResponse] = js.native\n    def notifyWorkers(params: NotifyWorkersRequest): Request[NotifyWorkersResponse] = js.native\n    def rejectAssignment(params: RejectAssignmentRequest): Request[RejectAssignmentResponse] = js.native\n    def rejectQualificationRequest(params: RejectQualificationRequestRequest): Request[RejectQualificationRequestResponse] = js.native\n    def sendBonus(params: SendBonusRequest): Request[SendBonusResponse] = js.native\n    def sendTestEventNotification(params: SendTestEventNotificationRequest): Request[SendTestEventNotificationResponse] = js.native\n    def updateExpirationForHIT(params: UpdateExpirationForHITRequest): Request[UpdateExpirationForHITResponse] = js.native\n    def updateHITReviewStatus(params: UpdateHITReviewStatusRequest): Request[UpdateHITReviewStatusResponse] = js.native\n    def updateHITTypeOfHIT(params: UpdateHITTypeOfHITRequest): Request[UpdateHITTypeOfHITResponse] = js.native\n    def updateNotificationSettings(params: UpdateNotificationSettingsRequest): Request[UpdateNotificationSettingsResponse] = js.native\n    def updateQualificationType(params: UpdateQualificationTypeRequest): Request[UpdateQualificationTypeResponse] = js.native\n  }\n\n  @js.native\n  trait AcceptQualificationRequestRequest extends js.Object {\n    var QualificationRequestId: String\n    var IntegerValue: js.UndefOr[Int]\n  }\n\n  object AcceptQualificationRequestRequest {\n    @inline\n    def apply(\n        QualificationRequestId: String,\n        IntegerValue: js.UndefOr[Int] = js.undefined\n    ): AcceptQualificationRequestRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationRequestId\" -> QualificationRequestId.asInstanceOf[js.Any]\n      )\n\n      IntegerValue.foreach(__v => __obj.updateDynamic(\"IntegerValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceptQualificationRequestRequest]\n    }\n  }\n\n  @js.native\n  trait AcceptQualificationRequestResponse extends js.Object\n\n  object AcceptQualificationRequestResponse {\n    @inline\n    def apply(): AcceptQualificationRequestResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AcceptQualificationRequestResponse]\n    }\n  }\n\n  @js.native\n  trait ApproveAssignmentRequest extends js.Object {\n    var AssignmentId: EntityId\n    var OverrideRejection: js.UndefOr[Boolean]\n    var RequesterFeedback: js.UndefOr[String]\n  }\n\n  object ApproveAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentId: EntityId,\n        OverrideRejection: js.UndefOr[Boolean] = js.undefined,\n        RequesterFeedback: js.UndefOr[String] = js.undefined\n    ): ApproveAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentId\" -> AssignmentId.asInstanceOf[js.Any]\n      )\n\n      OverrideRejection.foreach(__v => __obj.updateDynamic(\"OverrideRejection\")(__v.asInstanceOf[js.Any]))\n      RequesterFeedback.foreach(__v => __obj.updateDynamic(\"RequesterFeedback\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApproveAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait ApproveAssignmentResponse extends js.Object\n\n  object ApproveAssignmentResponse {\n    @inline\n    def apply(): ApproveAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ApproveAssignmentResponse]\n    }\n  }\n\n  \/** The Assignment data structure represents a single assignment of a HIT to a Worker. The assignment tracks the Worker's efforts to complete the HIT, and contains the results for later retrieval.\n    *\/\n  @js.native\n  trait Assignment extends js.Object {\n    var AcceptTime: js.UndefOr[Timestamp]\n    var Answer: js.UndefOr[String]\n    var ApprovalTime: js.UndefOr[Timestamp]\n    var AssignmentId: js.UndefOr[EntityId]\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var AutoApprovalTime: js.UndefOr[Timestamp]\n    var Deadline: js.UndefOr[Timestamp]\n    var HITId: js.UndefOr[EntityId]\n    var RejectionTime: js.UndefOr[Timestamp]\n    var RequesterFeedback: js.UndefOr[String]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object Assignment {\n    @inline\n    def apply(\n        AcceptTime: js.UndefOr[Timestamp] = js.undefined,\n        Answer: js.UndefOr[String] = js.undefined,\n        ApprovalTime: js.UndefOr[Timestamp] = js.undefined,\n        AssignmentId: js.UndefOr[EntityId] = js.undefined,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        AutoApprovalTime: js.UndefOr[Timestamp] = js.undefined,\n        Deadline: js.UndefOr[Timestamp] = js.undefined,\n        HITId: js.UndefOr[EntityId] = js.undefined,\n        RejectionTime: js.UndefOr[Timestamp] = js.undefined,\n        RequesterFeedback: js.UndefOr[String] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): Assignment = {\n      val __obj = js.Dynamic.literal()\n      AcceptTime.foreach(__v => __obj.updateDynamic(\"AcceptTime\")(__v.asInstanceOf[js.Any]))\n      Answer.foreach(__v => __obj.updateDynamic(\"Answer\")(__v.asInstanceOf[js.Any]))\n      ApprovalTime.foreach(__v => __obj.updateDynamic(\"ApprovalTime\")(__v.asInstanceOf[js.Any]))\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      AutoApprovalTime.foreach(__v => __obj.updateDynamic(\"AutoApprovalTime\")(__v.asInstanceOf[js.Any]))\n      Deadline.foreach(__v => __obj.updateDynamic(\"Deadline\")(__v.asInstanceOf[js.Any]))\n      HITId.foreach(__v => __obj.updateDynamic(\"HITId\")(__v.asInstanceOf[js.Any]))\n      RejectionTime.foreach(__v => __obj.updateDynamic(\"RejectionTime\")(__v.asInstanceOf[js.Any]))\n      RequesterFeedback.foreach(__v => __obj.updateDynamic(\"RequesterFeedback\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Assignment]\n    }\n  }\n\n  @js.native\n  sealed trait AssignmentStatus extends js.Any\n  object AssignmentStatus {\n    val Submitted = \"Submitted\".asInstanceOf[AssignmentStatus]\n    val Approved = \"Approved\".asInstanceOf[AssignmentStatus]\n    val Rejected = \"Rejected\".asInstanceOf[AssignmentStatus]\n\n    @inline def values = js.Array(Submitted, Approved, Rejected)\n  }\n\n  @js.native\n  trait AssociateQualificationWithWorkerRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var WorkerId: CustomerId\n    var IntegerValue: js.UndefOr[Int]\n    var SendNotification: js.UndefOr[Boolean]\n  }\n\n  object AssociateQualificationWithWorkerRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        WorkerId: CustomerId,\n        IntegerValue: js.UndefOr[Int] = js.undefined,\n        SendNotification: js.UndefOr[Boolean] = js.undefined\n    ): AssociateQualificationWithWorkerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any],\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n\n      IntegerValue.foreach(__v => __obj.updateDynamic(\"IntegerValue\")(__v.asInstanceOf[js.Any]))\n      SendNotification.foreach(__v => __obj.updateDynamic(\"SendNotification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateQualificationWithWorkerRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateQualificationWithWorkerResponse extends js.Object\n\n  object AssociateQualificationWithWorkerResponse {\n    @inline\n    def apply(): AssociateQualificationWithWorkerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateQualificationWithWorkerResponse]\n    }\n  }\n\n  \/** An object representing a Bonus payment paid to a Worker.\n    *\/\n  @js.native\n  trait BonusPayment extends js.Object {\n    var AssignmentId: js.UndefOr[EntityId]\n    var BonusAmount: js.UndefOr[CurrencyAmount]\n    var GrantTime: js.UndefOr[Timestamp]\n    var Reason: js.UndefOr[String]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object BonusPayment {\n    @inline\n    def apply(\n        AssignmentId: js.UndefOr[EntityId] = js.undefined,\n        BonusAmount: js.UndefOr[CurrencyAmount] = js.undefined,\n        GrantTime: js.UndefOr[Timestamp] = js.undefined,\n        Reason: js.UndefOr[String] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): BonusPayment = {\n      val __obj = js.Dynamic.literal()\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      BonusAmount.foreach(__v => __obj.updateDynamic(\"BonusAmount\")(__v.asInstanceOf[js.Any]))\n      GrantTime.foreach(__v => __obj.updateDynamic(\"GrantTime\")(__v.asInstanceOf[js.Any]))\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BonusPayment]\n    }\n  }\n\n  @js.native\n  sealed trait Comparator extends js.Any\n  object Comparator {\n    val LessThan = \"LessThan\".asInstanceOf[Comparator]\n    val LessThanOrEqualTo = \"LessThanOrEqualTo\".asInstanceOf[Comparator]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[Comparator]\n    val GreaterThanOrEqualTo = \"GreaterThanOrEqualTo\".asInstanceOf[Comparator]\n    val EqualTo = \"EqualTo\".asInstanceOf[Comparator]\n    val NotEqualTo = \"NotEqualTo\".asInstanceOf[Comparator]\n    val Exists = \"Exists\".asInstanceOf[Comparator]\n    val DoesNotExist = \"DoesNotExist\".asInstanceOf[Comparator]\n    val In = \"In\".asInstanceOf[Comparator]\n    val NotIn = \"NotIn\".asInstanceOf[Comparator]\n\n    @inline def values = js.Array(LessThan, LessThanOrEqualTo, GreaterThan, GreaterThanOrEqualTo, EqualTo, NotEqualTo, Exists, DoesNotExist, In, NotIn)\n  }\n\n  @js.native\n  trait CreateAdditionalAssignmentsForHITRequest extends js.Object {\n    var HITId: EntityId\n    var NumberOfAdditionalAssignments: Int\n    var UniqueRequestToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object CreateAdditionalAssignmentsForHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId,\n        NumberOfAdditionalAssignments: Int,\n        UniqueRequestToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): CreateAdditionalAssignmentsForHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any],\n        \"NumberOfAdditionalAssignments\" -> NumberOfAdditionalAssignments.asInstanceOf[js.Any]\n      )\n\n      UniqueRequestToken.foreach(__v => __obj.updateDynamic(\"UniqueRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAdditionalAssignmentsForHITRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAdditionalAssignmentsForHITResponse extends js.Object\n\n  object CreateAdditionalAssignmentsForHITResponse {\n    @inline\n    def apply(): CreateAdditionalAssignmentsForHITResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateAdditionalAssignmentsForHITResponse]\n    }\n  }\n\n  @js.native\n  trait CreateHITRequest extends js.Object {\n    var AssignmentDurationInSeconds: Double\n    var Description: String\n    var LifetimeInSeconds: Double\n    var Reward: CurrencyAmount\n    var Title: String\n    var AssignmentReviewPolicy: js.UndefOr[ReviewPolicy]\n    var AutoApprovalDelayInSeconds: js.UndefOr[Double]\n    var HITLayoutId: js.UndefOr[EntityId]\n    var HITLayoutParameters: js.UndefOr[HITLayoutParameterList]\n    var HITReviewPolicy: js.UndefOr[ReviewPolicy]\n    var Keywords: js.UndefOr[String]\n    var MaxAssignments: js.UndefOr[Int]\n    var QualificationRequirements: js.UndefOr[QualificationRequirementList]\n    var Question: js.UndefOr[String]\n    var RequesterAnnotation: js.UndefOr[String]\n    var UniqueRequestToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object CreateHITRequest {\n    @inline\n    def apply(\n        AssignmentDurationInSeconds: Double,\n        Description: String,\n        LifetimeInSeconds: Double,\n        Reward: CurrencyAmount,\n        Title: String,\n        AssignmentReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        AutoApprovalDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        HITLayoutId: js.UndefOr[EntityId] = js.undefined,\n        HITLayoutParameters: js.UndefOr[HITLayoutParameterList] = js.undefined,\n        HITReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        Keywords: js.UndefOr[String] = js.undefined,\n        MaxAssignments: js.UndefOr[Int] = js.undefined,\n        QualificationRequirements: js.UndefOr[QualificationRequirementList] = js.undefined,\n        Question: js.UndefOr[String] = js.undefined,\n        RequesterAnnotation: js.UndefOr[String] = js.undefined,\n        UniqueRequestToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): CreateHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentDurationInSeconds\" -> AssignmentDurationInSeconds.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"LifetimeInSeconds\" -> LifetimeInSeconds.asInstanceOf[js.Any],\n        \"Reward\" -> Reward.asInstanceOf[js.Any],\n        \"Title\" -> Title.asInstanceOf[js.Any]\n      )\n\n      AssignmentReviewPolicy.foreach(__v => __obj.updateDynamic(\"AssignmentReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      AutoApprovalDelayInSeconds.foreach(__v => __obj.updateDynamic(\"AutoApprovalDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      HITLayoutId.foreach(__v => __obj.updateDynamic(\"HITLayoutId\")(__v.asInstanceOf[js.Any]))\n      HITLayoutParameters.foreach(__v => __obj.updateDynamic(\"HITLayoutParameters\")(__v.asInstanceOf[js.Any]))\n      HITReviewPolicy.foreach(__v => __obj.updateDynamic(\"HITReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      Keywords.foreach(__v => __obj.updateDynamic(\"Keywords\")(__v.asInstanceOf[js.Any]))\n      MaxAssignments.foreach(__v => __obj.updateDynamic(\"MaxAssignments\")(__v.asInstanceOf[js.Any]))\n      QualificationRequirements.foreach(__v => __obj.updateDynamic(\"QualificationRequirements\")(__v.asInstanceOf[js.Any]))\n      Question.foreach(__v => __obj.updateDynamic(\"Question\")(__v.asInstanceOf[js.Any]))\n      RequesterAnnotation.foreach(__v => __obj.updateDynamic(\"RequesterAnnotation\")(__v.asInstanceOf[js.Any]))\n      UniqueRequestToken.foreach(__v => __obj.updateDynamic(\"UniqueRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHITResponse extends js.Object {\n    var HIT: js.UndefOr[HIT]\n  }\n\n  object CreateHITResponse {\n    @inline\n    def apply(\n        HIT: js.UndefOr[HIT] = js.undefined\n    ): CreateHITResponse = {\n      val __obj = js.Dynamic.literal()\n      HIT.foreach(__v => __obj.updateDynamic(\"HIT\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITResponse]\n    }\n  }\n\n  @js.native\n  trait CreateHITTypeRequest extends js.Object {\n    var AssignmentDurationInSeconds: Double\n    var Description: String\n    var Reward: CurrencyAmount\n    var Title: String\n    var AutoApprovalDelayInSeconds: js.UndefOr[Double]\n    var Keywords: js.UndefOr[String]\n    var QualificationRequirements: js.UndefOr[QualificationRequirementList]\n  }\n\n  object CreateHITTypeRequest {\n    @inline\n    def apply(\n        AssignmentDurationInSeconds: Double,\n        Description: String,\n        Reward: CurrencyAmount,\n        Title: String,\n        AutoApprovalDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        Keywords: js.UndefOr[String] = js.undefined,\n        QualificationRequirements: js.UndefOr[QualificationRequirementList] = js.undefined\n    ): CreateHITTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentDurationInSeconds\" -> AssignmentDurationInSeconds.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Reward\" -> Reward.asInstanceOf[js.Any],\n        \"Title\" -> Title.asInstanceOf[js.Any]\n      )\n\n      AutoApprovalDelayInSeconds.foreach(__v => __obj.updateDynamic(\"AutoApprovalDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      Keywords.foreach(__v => __obj.updateDynamic(\"Keywords\")(__v.asInstanceOf[js.Any]))\n      QualificationRequirements.foreach(__v => __obj.updateDynamic(\"QualificationRequirements\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITTypeRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHITTypeResponse extends js.Object {\n    var HITTypeId: js.UndefOr[EntityId]\n  }\n\n  object CreateHITTypeResponse {\n    @inline\n    def apply(\n        HITTypeId: js.UndefOr[EntityId] = js.undefined\n    ): CreateHITTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      HITTypeId.foreach(__v => __obj.updateDynamic(\"HITTypeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITTypeResponse]\n    }\n  }\n\n  @js.native\n  trait CreateHITWithHITTypeRequest extends js.Object {\n    var HITTypeId: EntityId\n    var LifetimeInSeconds: Double\n    var AssignmentReviewPolicy: js.UndefOr[ReviewPolicy]\n    var HITLayoutId: js.UndefOr[EntityId]\n    var HITLayoutParameters: js.UndefOr[HITLayoutParameterList]\n    var HITReviewPolicy: js.UndefOr[ReviewPolicy]\n    var MaxAssignments: js.UndefOr[Int]\n    var Question: js.UndefOr[String]\n    var RequesterAnnotation: js.UndefOr[String]\n    var UniqueRequestToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object CreateHITWithHITTypeRequest {\n    @inline\n    def apply(\n        HITTypeId: EntityId,\n        LifetimeInSeconds: Double,\n        AssignmentReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        HITLayoutId: js.UndefOr[EntityId] = js.undefined,\n        HITLayoutParameters: js.UndefOr[HITLayoutParameterList] = js.undefined,\n        HITReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        MaxAssignments: js.UndefOr[Int] = js.undefined,\n        Question: js.UndefOr[String] = js.undefined,\n        RequesterAnnotation: js.UndefOr[String] = js.undefined,\n        UniqueRequestToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): CreateHITWithHITTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITTypeId\" -> HITTypeId.asInstanceOf[js.Any],\n        \"LifetimeInSeconds\" -> LifetimeInSeconds.asInstanceOf[js.Any]\n      )\n\n      AssignmentReviewPolicy.foreach(__v => __obj.updateDynamic(\"AssignmentReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      HITLayoutId.foreach(__v => __obj.updateDynamic(\"HITLayoutId\")(__v.asInstanceOf[js.Any]))\n      HITLayoutParameters.foreach(__v => __obj.updateDynamic(\"HITLayoutParameters\")(__v.asInstanceOf[js.Any]))\n      HITReviewPolicy.foreach(__v => __obj.updateDynamic(\"HITReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      MaxAssignments.foreach(__v => __obj.updateDynamic(\"MaxAssignments\")(__v.asInstanceOf[js.Any]))\n      Question.foreach(__v => __obj.updateDynamic(\"Question\")(__v.asInstanceOf[js.Any]))\n      RequesterAnnotation.foreach(__v => __obj.updateDynamic(\"RequesterAnnotation\")(__v.asInstanceOf[js.Any]))\n      UniqueRequestToken.foreach(__v => __obj.updateDynamic(\"UniqueRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITWithHITTypeRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHITWithHITTypeResponse extends js.Object {\n    var HIT: js.UndefOr[HIT]\n  }\n\n  object CreateHITWithHITTypeResponse {\n    @inline\n    def apply(\n        HIT: js.UndefOr[HIT] = js.undefined\n    ): CreateHITWithHITTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      HIT.foreach(__v => __obj.updateDynamic(\"HIT\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHITWithHITTypeResponse]\n    }\n  }\n\n  @js.native\n  trait CreateQualificationTypeRequest extends js.Object {\n    var Description: String\n    var Name: String\n    var QualificationTypeStatus: QualificationTypeStatus\n    var AnswerKey: js.UndefOr[String]\n    var AutoGranted: js.UndefOr[Boolean]\n    var AutoGrantedValue: js.UndefOr[Int]\n    var Keywords: js.UndefOr[String]\n    var RetryDelayInSeconds: js.UndefOr[Double]\n    var Test: js.UndefOr[String]\n    var TestDurationInSeconds: js.UndefOr[Double]\n  }\n\n  object CreateQualificationTypeRequest {\n    @inline\n    def apply(\n        Description: String,\n        Name: String,\n        QualificationTypeStatus: QualificationTypeStatus,\n        AnswerKey: js.UndefOr[String] = js.undefined,\n        AutoGranted: js.UndefOr[Boolean] = js.undefined,\n        AutoGrantedValue: js.UndefOr[Int] = js.undefined,\n        Keywords: js.UndefOr[String] = js.undefined,\n        RetryDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        Test: js.UndefOr[String] = js.undefined,\n        TestDurationInSeconds: js.UndefOr[Double] = js.undefined\n    ): CreateQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"QualificationTypeStatus\" -> QualificationTypeStatus.asInstanceOf[js.Any]\n      )\n\n      AnswerKey.foreach(__v => __obj.updateDynamic(\"AnswerKey\")(__v.asInstanceOf[js.Any]))\n      AutoGranted.foreach(__v => __obj.updateDynamic(\"AutoGranted\")(__v.asInstanceOf[js.Any]))\n      AutoGrantedValue.foreach(__v => __obj.updateDynamic(\"AutoGrantedValue\")(__v.asInstanceOf[js.Any]))\n      Keywords.foreach(__v => __obj.updateDynamic(\"Keywords\")(__v.asInstanceOf[js.Any]))\n      RetryDelayInSeconds.foreach(__v => __obj.updateDynamic(\"RetryDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      Test.foreach(__v => __obj.updateDynamic(\"Test\")(__v.asInstanceOf[js.Any]))\n      TestDurationInSeconds.foreach(__v => __obj.updateDynamic(\"TestDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait CreateQualificationTypeResponse extends js.Object {\n    var QualificationType: js.UndefOr[QualificationType]\n  }\n\n  object CreateQualificationTypeResponse {\n    @inline\n    def apply(\n        QualificationType: js.UndefOr[QualificationType] = js.undefined\n    ): CreateQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      QualificationType.foreach(__v => __obj.updateDynamic(\"QualificationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateQualificationTypeResponse]\n    }\n  }\n\n  @js.native\n  trait CreateWorkerBlockRequest extends js.Object {\n    var Reason: String\n    var WorkerId: CustomerId\n  }\n\n  object CreateWorkerBlockRequest {\n    @inline\n    def apply(\n        Reason: String,\n        WorkerId: CustomerId\n    ): CreateWorkerBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Reason\" -> Reason.asInstanceOf[js.Any],\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateWorkerBlockRequest]\n    }\n  }\n\n  @js.native\n  trait CreateWorkerBlockResponse extends js.Object\n\n  object CreateWorkerBlockResponse {\n    @inline\n    def apply(): CreateWorkerBlockResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateWorkerBlockResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteHITRequest extends js.Object {\n    var HITId: EntityId\n  }\n\n  object DeleteHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId\n    ): DeleteHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHITRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteHITResponse extends js.Object\n\n  object DeleteHITResponse {\n    @inline\n    def apply(): DeleteHITResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteHITResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteQualificationTypeRequest extends js.Object {\n    var QualificationTypeId: EntityId\n  }\n\n  object DeleteQualificationTypeRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId\n    ): DeleteQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteQualificationTypeResponse extends js.Object\n\n  object DeleteQualificationTypeResponse {\n    @inline\n    def apply(): DeleteQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteQualificationTypeResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkerBlockRequest extends js.Object {\n    var WorkerId: CustomerId\n    var Reason: js.UndefOr[String]\n  }\n\n  object DeleteWorkerBlockRequest {\n    @inline\n    def apply(\n        WorkerId: CustomerId,\n        Reason: js.UndefOr[String] = js.undefined\n    ): DeleteWorkerBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteWorkerBlockRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkerBlockResponse extends js.Object\n\n  object DeleteWorkerBlockResponse {\n    @inline\n    def apply(): DeleteWorkerBlockResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteWorkerBlockResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateQualificationFromWorkerRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var WorkerId: CustomerId\n    var Reason: js.UndefOr[String]\n  }\n\n  object DisassociateQualificationFromWorkerRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        WorkerId: CustomerId,\n        Reason: js.UndefOr[String] = js.undefined\n    ): DisassociateQualificationFromWorkerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any],\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateQualificationFromWorkerRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateQualificationFromWorkerResponse extends js.Object\n\n  object DisassociateQualificationFromWorkerResponse {\n    @inline\n    def apply(): DisassociateQualificationFromWorkerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateQualificationFromWorkerResponse]\n    }\n  }\n\n  @js.native\n  sealed trait EventType extends js.Any\n  object EventType {\n    val AssignmentAccepted = \"AssignmentAccepted\".asInstanceOf[EventType]\n    val AssignmentAbandoned = \"AssignmentAbandoned\".asInstanceOf[EventType]\n    val AssignmentReturned = \"AssignmentReturned\".asInstanceOf[EventType]\n    val AssignmentSubmitted = \"AssignmentSubmitted\".asInstanceOf[EventType]\n    val AssignmentRejected = \"AssignmentRejected\".asInstanceOf[EventType]\n    val AssignmentApproved = \"AssignmentApproved\".asInstanceOf[EventType]\n    val HITCreated = \"HITCreated\".asInstanceOf[EventType]\n    val HITExpired = \"HITExpired\".asInstanceOf[EventType]\n    val HITReviewable = \"HITReviewable\".asInstanceOf[EventType]\n    val HITExtended = \"HITExtended\".asInstanceOf[EventType]\n    val HITDisposed = \"HITDisposed\".asInstanceOf[EventType]\n    val Ping = \"Ping\".asInstanceOf[EventType]\n\n    @inline def values = js.Array(\n      AssignmentAccepted,\n      AssignmentAbandoned,\n      AssignmentReturned,\n      AssignmentSubmitted,\n      AssignmentRejected,\n      AssignmentApproved,\n      HITCreated,\n      HITExpired,\n      HITReviewable,\n      HITExtended,\n      HITDisposed,\n      Ping\n    )\n  }\n\n  @js.native\n  trait GetAccountBalanceRequest extends js.Object\n\n  object GetAccountBalanceRequest {\n    @inline\n    def apply(): GetAccountBalanceRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetAccountBalanceRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccountBalanceResponse extends js.Object {\n    var AvailableBalance: js.UndefOr[CurrencyAmount]\n    var OnHoldBalance: js.UndefOr[CurrencyAmount]\n  }\n\n  object GetAccountBalanceResponse {\n    @inline\n    def apply(\n        AvailableBalance: js.UndefOr[CurrencyAmount] = js.undefined,\n        OnHoldBalance: js.UndefOr[CurrencyAmount] = js.undefined\n    ): GetAccountBalanceResponse = {\n      val __obj = js.Dynamic.literal()\n      AvailableBalance.foreach(__v => __obj.updateDynamic(\"AvailableBalance\")(__v.asInstanceOf[js.Any]))\n      OnHoldBalance.foreach(__v => __obj.updateDynamic(\"OnHoldBalance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountBalanceResponse]\n    }\n  }\n\n  @js.native\n  trait GetAssignmentRequest extends js.Object {\n    var AssignmentId: EntityId\n  }\n\n  object GetAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentId: EntityId\n    ): GetAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentId\" -> AssignmentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait GetAssignmentResponse extends js.Object {\n    var Assignment: js.UndefOr[Assignment]\n    var HIT: js.UndefOr[HIT]\n  }\n\n  object GetAssignmentResponse {\n    @inline\n    def apply(\n        Assignment: js.UndefOr[Assignment] = js.undefined,\n        HIT: js.UndefOr[HIT] = js.undefined\n    ): GetAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      Assignment.foreach(__v => __obj.updateDynamic(\"Assignment\")(__v.asInstanceOf[js.Any]))\n      HIT.foreach(__v => __obj.updateDynamic(\"HIT\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait GetFileUploadURLRequest extends js.Object {\n    var AssignmentId: EntityId\n    var QuestionIdentifier: String\n  }\n\n  object GetFileUploadURLRequest {\n    @inline\n    def apply(\n        AssignmentId: EntityId,\n        QuestionIdentifier: String\n    ): GetFileUploadURLRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentId\" -> AssignmentId.asInstanceOf[js.Any],\n        \"QuestionIdentifier\" -> QuestionIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFileUploadURLRequest]\n    }\n  }\n\n  @js.native\n  trait GetFileUploadURLResponse extends js.Object {\n    var FileUploadURL: js.UndefOr[String]\n  }\n\n  object GetFileUploadURLResponse {\n    @inline\n    def apply(\n        FileUploadURL: js.UndefOr[String] = js.undefined\n    ): GetFileUploadURLResponse = {\n      val __obj = js.Dynamic.literal()\n      FileUploadURL.foreach(__v => __obj.updateDynamic(\"FileUploadURL\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFileUploadURLResponse]\n    }\n  }\n\n  @js.native\n  trait GetHITRequest extends js.Object {\n    var HITId: EntityId\n  }\n\n  object GetHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId\n    ): GetHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetHITRequest]\n    }\n  }\n\n  @js.native\n  trait GetHITResponse extends js.Object {\n    var HIT: js.UndefOr[HIT]\n  }\n\n  object GetHITResponse {\n    @inline\n    def apply(\n        HIT: js.UndefOr[HIT] = js.undefined\n    ): GetHITResponse = {\n      val __obj = js.Dynamic.literal()\n      HIT.foreach(__v => __obj.updateDynamic(\"HIT\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetHITResponse]\n    }\n  }\n\n  @js.native\n  trait GetQualificationScoreRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var WorkerId: CustomerId\n  }\n\n  object GetQualificationScoreRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        WorkerId: CustomerId\n    ): GetQualificationScoreRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any],\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetQualificationScoreRequest]\n    }\n  }\n\n  @js.native\n  trait GetQualificationScoreResponse extends js.Object {\n    var Qualification: js.UndefOr[Qualification]\n  }\n\n  object GetQualificationScoreResponse {\n    @inline\n    def apply(\n        Qualification: js.UndefOr[Qualification] = js.undefined\n    ): GetQualificationScoreResponse = {\n      val __obj = js.Dynamic.literal()\n      Qualification.foreach(__v => __obj.updateDynamic(\"Qualification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQualificationScoreResponse]\n    }\n  }\n\n  @js.native\n  trait GetQualificationTypeRequest extends js.Object {\n    var QualificationTypeId: EntityId\n  }\n\n  object GetQualificationTypeRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId\n    ): GetQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait GetQualificationTypeResponse extends js.Object {\n    var QualificationType: js.UndefOr[QualificationType]\n  }\n\n  object GetQualificationTypeResponse {\n    @inline\n    def apply(\n        QualificationType: js.UndefOr[QualificationType] = js.undefined\n    ): GetQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      QualificationType.foreach(__v => __obj.updateDynamic(\"QualificationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQualificationTypeResponse]\n    }\n  }\n\n  \/** The HIT data structure represents a single HIT, including all the information necessary for a Worker to accept and complete the HIT.\n    *\/\n  @js.native\n  trait HIT extends js.Object {\n    var AssignmentDurationInSeconds: js.UndefOr[Double]\n    var AutoApprovalDelayInSeconds: js.UndefOr[Double]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var Expiration: js.UndefOr[Timestamp]\n    var HITGroupId: js.UndefOr[EntityId]\n    var HITId: js.UndefOr[EntityId]\n    var HITLayoutId: js.UndefOr[EntityId]\n    var HITReviewStatus: js.UndefOr[HITReviewStatus]\n    var HITStatus: js.UndefOr[HITStatus]\n    var HITTypeId: js.UndefOr[EntityId]\n    var Keywords: js.UndefOr[String]\n    var MaxAssignments: js.UndefOr[Int]\n    var NumberOfAssignmentsAvailable: js.UndefOr[Int]\n    var NumberOfAssignmentsCompleted: js.UndefOr[Int]\n    var NumberOfAssignmentsPending: js.UndefOr[Int]\n    var QualificationRequirements: js.UndefOr[QualificationRequirementList]\n    var Question: js.UndefOr[String]\n    var RequesterAnnotation: js.UndefOr[String]\n    var Reward: js.UndefOr[CurrencyAmount]\n    var Title: js.UndefOr[String]\n  }\n\n  object HIT {\n    @inline\n    def apply(\n        AssignmentDurationInSeconds: js.UndefOr[Double] = js.undefined,\n        AutoApprovalDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Expiration: js.UndefOr[Timestamp] = js.undefined,\n        HITGroupId: js.UndefOr[EntityId] = js.undefined,\n        HITId: js.UndefOr[EntityId] = js.undefined,\n        HITLayoutId: js.UndefOr[EntityId] = js.undefined,\n        HITReviewStatus: js.UndefOr[HITReviewStatus] = js.undefined,\n        HITStatus: js.UndefOr[HITStatus] = js.undefined,\n        HITTypeId: js.UndefOr[EntityId] = js.undefined,\n        Keywords: js.UndefOr[String] = js.undefined,\n        MaxAssignments: js.UndefOr[Int] = js.undefined,\n        NumberOfAssignmentsAvailable: js.UndefOr[Int] = js.undefined,\n        NumberOfAssignmentsCompleted: js.UndefOr[Int] = js.undefined,\n        NumberOfAssignmentsPending: js.UndefOr[Int] = js.undefined,\n        QualificationRequirements: js.UndefOr[QualificationRequirementList] = js.undefined,\n        Question: js.UndefOr[String] = js.undefined,\n        RequesterAnnotation: js.UndefOr[String] = js.undefined,\n        Reward: js.UndefOr[CurrencyAmount] = js.undefined,\n        Title: js.UndefOr[String] = js.undefined\n    ): HIT = {\n      val __obj = js.Dynamic.literal()\n      AssignmentDurationInSeconds.foreach(__v => __obj.updateDynamic(\"AssignmentDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      AutoApprovalDelayInSeconds.foreach(__v => __obj.updateDynamic(\"AutoApprovalDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      HITGroupId.foreach(__v => __obj.updateDynamic(\"HITGroupId\")(__v.asInstanceOf[js.Any]))\n      HITId.foreach(__v => __obj.updateDynamic(\"HITId\")(__v.asInstanceOf[js.Any]))\n      HITLayoutId.foreach(__v => __obj.updateDynamic(\"HITLayoutId\")(__v.asInstanceOf[js.Any]))\n      HITReviewStatus.foreach(__v => __obj.updateDynamic(\"HITReviewStatus\")(__v.asInstanceOf[js.Any]))\n      HITStatus.foreach(__v => __obj.updateDynamic(\"HITStatus\")(__v.asInstanceOf[js.Any]))\n      HITTypeId.foreach(__v => __obj.updateDynamic(\"HITTypeId\")(__v.asInstanceOf[js.Any]))\n      Keywords.foreach(__v => __obj.updateDynamic(\"Keywords\")(__v.asInstanceOf[js.Any]))\n      MaxAssignments.foreach(__v => __obj.updateDynamic(\"MaxAssignments\")(__v.asInstanceOf[js.Any]))\n      NumberOfAssignmentsAvailable.foreach(__v => __obj.updateDynamic(\"NumberOfAssignmentsAvailable\")(__v.asInstanceOf[js.Any]))\n      NumberOfAssignmentsCompleted.foreach(__v => __obj.updateDynamic(\"NumberOfAssignmentsCompleted\")(__v.asInstanceOf[js.Any]))\n      NumberOfAssignmentsPending.foreach(__v => __obj.updateDynamic(\"NumberOfAssignmentsPending\")(__v.asInstanceOf[js.Any]))\n      QualificationRequirements.foreach(__v => __obj.updateDynamic(\"QualificationRequirements\")(__v.asInstanceOf[js.Any]))\n      Question.foreach(__v => __obj.updateDynamic(\"Question\")(__v.asInstanceOf[js.Any]))\n      RequesterAnnotation.foreach(__v => __obj.updateDynamic(\"RequesterAnnotation\")(__v.asInstanceOf[js.Any]))\n      Reward.foreach(__v => __obj.updateDynamic(\"Reward\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HIT]\n    }\n  }\n\n  @js.native\n  sealed trait HITAccessActions extends js.Any\n  object HITAccessActions {\n    val Accept = \"Accept\".asInstanceOf[HITAccessActions]\n    val PreviewAndAccept = \"PreviewAndAccept\".asInstanceOf[HITAccessActions]\n    val DiscoverPreviewAndAccept = \"DiscoverPreviewAndAccept\".asInstanceOf[HITAccessActions]\n\n    @inline def values = js.Array(Accept, PreviewAndAccept, DiscoverPreviewAndAccept)\n  }\n\n  \/** The HITLayoutParameter data structure defines parameter values used with a HITLayout. A HITLayout is a reusable Amazon Mechanical Turk project template used to provide Human Intelligence Task (HIT) question data for CreateHIT.\n    *\/\n  @js.native\n  trait HITLayoutParameter extends js.Object {\n    var Name: String\n    var Value: String\n  }\n\n  object HITLayoutParameter {\n    @inline\n    def apply(\n        Name: String,\n        Value: String\n    ): HITLayoutParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HITLayoutParameter]\n    }\n  }\n\n  @js.native\n  sealed trait HITReviewStatus extends js.Any\n  object HITReviewStatus {\n    val NotReviewed = \"NotReviewed\".asInstanceOf[HITReviewStatus]\n    val MarkedForReview = \"MarkedForReview\".asInstanceOf[HITReviewStatus]\n    val ReviewedAppropriate = \"ReviewedAppropriate\".asInstanceOf[HITReviewStatus]\n    val ReviewedInappropriate = \"ReviewedInappropriate\".asInstanceOf[HITReviewStatus]\n\n    @inline def values = js.Array(NotReviewed, MarkedForReview, ReviewedAppropriate, ReviewedInappropriate)\n  }\n\n  @js.native\n  sealed trait HITStatus extends js.Any\n  object HITStatus {\n    val Assignable = \"Assignable\".asInstanceOf[HITStatus]\n    val Unassignable = \"Unassignable\".asInstanceOf[HITStatus]\n    val Reviewable = \"Reviewable\".asInstanceOf[HITStatus]\n    val Reviewing = \"Reviewing\".asInstanceOf[HITStatus]\n    val Disposed = \"Disposed\".asInstanceOf[HITStatus]\n\n    @inline def values = js.Array(Assignable, Unassignable, Reviewable, Reviewing, Disposed)\n  }\n\n  @js.native\n  trait ListAssignmentsForHITRequest extends js.Object {\n    var HITId: EntityId\n    var AssignmentStatuses: js.UndefOr[AssignmentStatusList]\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListAssignmentsForHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId,\n        AssignmentStatuses: js.UndefOr[AssignmentStatusList] = js.undefined,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListAssignmentsForHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n\n      AssignmentStatuses.foreach(__v => __obj.updateDynamic(\"AssignmentStatuses\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssignmentsForHITRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssignmentsForHITResponse extends js.Object {\n    var Assignments: js.UndefOr[AssignmentList]\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n  }\n\n  object ListAssignmentsForHITResponse {\n    @inline\n    def apply(\n        Assignments: js.UndefOr[AssignmentList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined\n    ): ListAssignmentsForHITResponse = {\n      val __obj = js.Dynamic.literal()\n      Assignments.foreach(__v => __obj.updateDynamic(\"Assignments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssignmentsForHITResponse]\n    }\n  }\n\n  @js.native\n  trait ListBonusPaymentsRequest extends js.Object {\n    var AssignmentId: js.UndefOr[EntityId]\n    var HITId: js.UndefOr[EntityId]\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListBonusPaymentsRequest {\n    @inline\n    def apply(\n        AssignmentId: js.UndefOr[EntityId] = js.undefined,\n        HITId: js.UndefOr[EntityId] = js.undefined,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListBonusPaymentsRequest = {\n      val __obj = js.Dynamic.literal()\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      HITId.foreach(__v => __obj.updateDynamic(\"HITId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBonusPaymentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBonusPaymentsResponse extends js.Object {\n    var BonusPayments: js.UndefOr[BonusPaymentList]\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n  }\n\n  object ListBonusPaymentsResponse {\n    @inline\n    def apply(\n        BonusPayments: js.UndefOr[BonusPaymentList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined\n    ): ListBonusPaymentsResponse = {\n      val __obj = js.Dynamic.literal()\n      BonusPayments.foreach(__v => __obj.updateDynamic(\"BonusPayments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBonusPaymentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListHITsForQualificationTypeRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHITsForQualificationTypeRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHITsForQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHITsForQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait ListHITsForQualificationTypeResponse extends js.Object {\n    var HITs: js.UndefOr[HITList]\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n  }\n\n  object ListHITsForQualificationTypeResponse {\n    @inline\n    def apply(\n        HITs: js.UndefOr[HITList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined\n    ): ListHITsForQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      HITs.foreach(__v => __obj.updateDynamic(\"HITs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHITsForQualificationTypeResponse]\n    }\n  }\n\n  @js.native\n  trait ListHITsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHITsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHITsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHITsRequest]\n    }\n  }\n\n  @js.native\n  trait ListHITsResponse extends js.Object {\n    var HITs: js.UndefOr[HITList]\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n  }\n\n  object ListHITsResponse {\n    @inline\n    def apply(\n        HITs: js.UndefOr[HITList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined\n    ): ListHITsResponse = {\n      val __obj = js.Dynamic.literal()\n      HITs.foreach(__v => __obj.updateDynamic(\"HITs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHITsResponse]\n    }\n  }\n\n  @js.native\n  trait ListQualificationRequestsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n    var QualificationTypeId: js.UndefOr[EntityId]\n  }\n\n  object ListQualificationRequestsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        QualificationTypeId: js.UndefOr[EntityId] = js.undefined\n    ): ListQualificationRequestsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeId.foreach(__v => __obj.updateDynamic(\"QualificationTypeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQualificationRequestsRequest]\n    }\n  }\n\n  @js.native\n  trait ListQualificationRequestsResponse extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n    var QualificationRequests: js.UndefOr[QualificationRequestList]\n  }\n\n  object ListQualificationRequestsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined,\n        QualificationRequests: js.UndefOr[QualificationRequestList] = js.undefined\n    ): ListQualificationRequestsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      QualificationRequests.foreach(__v => __obj.updateDynamic(\"QualificationRequests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQualificationRequestsResponse]\n    }\n  }\n\n  @js.native\n  trait ListQualificationTypesRequest extends js.Object {\n    var MustBeRequestable: Boolean\n    var MaxResults: js.UndefOr[ResultSize]\n    var MustBeOwnedByCaller: js.UndefOr[Boolean]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Query: js.UndefOr[String]\n  }\n\n  object ListQualificationTypesRequest {\n    @inline\n    def apply(\n        MustBeRequestable: Boolean,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        MustBeOwnedByCaller: js.UndefOr[Boolean] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Query: js.UndefOr[String] = js.undefined\n    ): ListQualificationTypesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MustBeRequestable\" -> MustBeRequestable.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MustBeOwnedByCaller.foreach(__v => __obj.updateDynamic(\"MustBeOwnedByCaller\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Query.foreach(__v => __obj.updateDynamic(\"Query\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQualificationTypesRequest]\n    }\n  }\n\n  @js.native\n  trait ListQualificationTypesResponse extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n    var QualificationTypes: js.UndefOr[QualificationTypeList]\n  }\n\n  object ListQualificationTypesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined,\n        QualificationTypes: js.UndefOr[QualificationTypeList] = js.undefined\n    ): ListQualificationTypesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      QualificationTypes.foreach(__v => __obj.updateDynamic(\"QualificationTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQualificationTypesResponse]\n    }\n  }\n\n  @js.native\n  trait ListReviewPolicyResultsForHITRequest extends js.Object {\n    var HITId: EntityId\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n    var PolicyLevels: js.UndefOr[ReviewPolicyLevelList]\n    var RetrieveActions: js.UndefOr[Boolean]\n    var RetrieveResults: js.UndefOr[Boolean]\n  }\n\n  object ListReviewPolicyResultsForHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        PolicyLevels: js.UndefOr[ReviewPolicyLevelList] = js.undefined,\n        RetrieveActions: js.UndefOr[Boolean] = js.undefined,\n        RetrieveResults: js.UndefOr[Boolean] = js.undefined\n    ): ListReviewPolicyResultsForHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PolicyLevels.foreach(__v => __obj.updateDynamic(\"PolicyLevels\")(__v.asInstanceOf[js.Any]))\n      RetrieveActions.foreach(__v => __obj.updateDynamic(\"RetrieveActions\")(__v.asInstanceOf[js.Any]))\n      RetrieveResults.foreach(__v => __obj.updateDynamic(\"RetrieveResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReviewPolicyResultsForHITRequest]\n    }\n  }\n\n  @js.native\n  trait ListReviewPolicyResultsForHITResponse extends js.Object {\n    var AssignmentReviewPolicy: js.UndefOr[ReviewPolicy]\n    var AssignmentReviewReport: js.UndefOr[ReviewReport]\n    var HITId: js.UndefOr[EntityId]\n    var HITReviewPolicy: js.UndefOr[ReviewPolicy]\n    var HITReviewReport: js.UndefOr[ReviewReport]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListReviewPolicyResultsForHITResponse {\n    @inline\n    def apply(\n        AssignmentReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        AssignmentReviewReport: js.UndefOr[ReviewReport] = js.undefined,\n        HITId: js.UndefOr[EntityId] = js.undefined,\n        HITReviewPolicy: js.UndefOr[ReviewPolicy] = js.undefined,\n        HITReviewReport: js.UndefOr[ReviewReport] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListReviewPolicyResultsForHITResponse = {\n      val __obj = js.Dynamic.literal()\n      AssignmentReviewPolicy.foreach(__v => __obj.updateDynamic(\"AssignmentReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      AssignmentReviewReport.foreach(__v => __obj.updateDynamic(\"AssignmentReviewReport\")(__v.asInstanceOf[js.Any]))\n      HITId.foreach(__v => __obj.updateDynamic(\"HITId\")(__v.asInstanceOf[js.Any]))\n      HITReviewPolicy.foreach(__v => __obj.updateDynamic(\"HITReviewPolicy\")(__v.asInstanceOf[js.Any]))\n      HITReviewReport.foreach(__v => __obj.updateDynamic(\"HITReviewReport\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReviewPolicyResultsForHITResponse]\n    }\n  }\n\n  @js.native\n  trait ListReviewableHITsRequest extends js.Object {\n    var HITTypeId: js.UndefOr[EntityId]\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Status: js.UndefOr[ReviewableHITStatus]\n  }\n\n  object ListReviewableHITsRequest {\n    @inline\n    def apply(\n        HITTypeId: js.UndefOr[EntityId] = js.undefined,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Status: js.UndefOr[ReviewableHITStatus] = js.undefined\n    ): ListReviewableHITsRequest = {\n      val __obj = js.Dynamic.literal()\n      HITTypeId.foreach(__v => __obj.updateDynamic(\"HITTypeId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReviewableHITsRequest]\n    }\n  }\n\n  @js.native\n  trait ListReviewableHITsResponse extends js.Object {\n    var HITs: js.UndefOr[HITList]\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n  }\n\n  object ListReviewableHITsResponse {\n    @inline\n    def apply(\n        HITs: js.UndefOr[HITList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined\n    ): ListReviewableHITsResponse = {\n      val __obj = js.Dynamic.literal()\n      HITs.foreach(__v => __obj.updateDynamic(\"HITs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReviewableHITsResponse]\n    }\n  }\n\n  @js.native\n  trait ListWorkerBlocksRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListWorkerBlocksRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListWorkerBlocksRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkerBlocksRequest]\n    }\n  }\n\n  @js.native\n  trait ListWorkerBlocksResponse extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n    var WorkerBlocks: js.UndefOr[WorkerBlockList]\n  }\n\n  object ListWorkerBlocksResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined,\n        WorkerBlocks: js.UndefOr[WorkerBlockList] = js.undefined\n    ): ListWorkerBlocksResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      WorkerBlocks.foreach(__v => __obj.updateDynamic(\"WorkerBlocks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkerBlocksResponse]\n    }\n  }\n\n  @js.native\n  trait ListWorkersWithQualificationTypeRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var MaxResults: js.UndefOr[ResultSize]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Status: js.UndefOr[QualificationStatus]\n  }\n\n  object ListWorkersWithQualificationTypeRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        MaxResults: js.UndefOr[ResultSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Status: js.UndefOr[QualificationStatus] = js.undefined\n    ): ListWorkersWithQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkersWithQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait ListWorkersWithQualificationTypeResponse extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var NumResults: js.UndefOr[Int]\n    var Qualifications: js.UndefOr[QualificationList]\n  }\n\n  object ListWorkersWithQualificationTypeResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        NumResults: js.UndefOr[Int] = js.undefined,\n        Qualifications: js.UndefOr[QualificationList] = js.undefined\n    ): ListWorkersWithQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NumResults.foreach(__v => __obj.updateDynamic(\"NumResults\")(__v.asInstanceOf[js.Any]))\n      Qualifications.foreach(__v => __obj.updateDynamic(\"Qualifications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkersWithQualificationTypeResponse]\n    }\n  }\n\n  \/** The Locale data structure represents a geographical region or location.\n    *\/\n  @js.native\n  trait Locale extends js.Object {\n    var Country: CountryParameters\n    var Subdivision: js.UndefOr[CountryParameters]\n  }\n\n  object Locale {\n    @inline\n    def apply(\n        Country: CountryParameters,\n        Subdivision: js.UndefOr[CountryParameters] = js.undefined\n    ): Locale = {\n      val __obj = js.Dynamic.literal(\n        \"Country\" -> Country.asInstanceOf[js.Any]\n      )\n\n      Subdivision.foreach(__v => __obj.updateDynamic(\"Subdivision\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Locale]\n    }\n  }\n\n  \/** The NotificationSpecification data structure describes a HIT event notification for a HIT type.\n    *\/\n  @js.native\n  trait NotificationSpecification extends js.Object {\n    var Destination: String\n    var EventTypes: EventTypeList\n    var Transport: NotificationTransport\n    var Version: String\n  }\n\n  object NotificationSpecification {\n    @inline\n    def apply(\n        Destination: String,\n        EventTypes: EventTypeList,\n        Transport: NotificationTransport,\n        Version: String\n    ): NotificationSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"EventTypes\" -> EventTypes.asInstanceOf[js.Any],\n        \"Transport\" -> Transport.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NotificationSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationTransport extends js.Any\n  object NotificationTransport {\n    val Email = \"Email\".asInstanceOf[NotificationTransport]\n    val SQS = \"SQS\".asInstanceOf[NotificationTransport]\n    val SNS = \"SNS\".asInstanceOf[NotificationTransport]\n\n    @inline def values = js.Array(Email, SQS, SNS)\n  }\n\n  @js.native\n  sealed trait NotifyWorkersFailureCode extends js.Any\n  object NotifyWorkersFailureCode {\n    val SoftFailure = \"SoftFailure\".asInstanceOf[NotifyWorkersFailureCode]\n    val HardFailure = \"HardFailure\".asInstanceOf[NotifyWorkersFailureCode]\n\n    @inline def values = js.Array(SoftFailure, HardFailure)\n  }\n\n  \/** When MTurk encounters an issue with notifying the Workers you specified, it returns back this object with failure details.\n    *\/\n  @js.native\n  trait NotifyWorkersFailureStatus extends js.Object {\n    var NotifyWorkersFailureCode: js.UndefOr[NotifyWorkersFailureCode]\n    var NotifyWorkersFailureMessage: js.UndefOr[String]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object NotifyWorkersFailureStatus {\n    @inline\n    def apply(\n        NotifyWorkersFailureCode: js.UndefOr[NotifyWorkersFailureCode] = js.undefined,\n        NotifyWorkersFailureMessage: js.UndefOr[String] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): NotifyWorkersFailureStatus = {\n      val __obj = js.Dynamic.literal()\n      NotifyWorkersFailureCode.foreach(__v => __obj.updateDynamic(\"NotifyWorkersFailureCode\")(__v.asInstanceOf[js.Any]))\n      NotifyWorkersFailureMessage.foreach(__v => __obj.updateDynamic(\"NotifyWorkersFailureMessage\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotifyWorkersFailureStatus]\n    }\n  }\n\n  @js.native\n  trait NotifyWorkersRequest extends js.Object {\n    var MessageText: String\n    var Subject: String\n    var WorkerIds: CustomerIdList\n  }\n\n  object NotifyWorkersRequest {\n    @inline\n    def apply(\n        MessageText: String,\n        Subject: String,\n        WorkerIds: CustomerIdList\n    ): NotifyWorkersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MessageText\" -> MessageText.asInstanceOf[js.Any],\n        \"Subject\" -> Subject.asInstanceOf[js.Any],\n        \"WorkerIds\" -> WorkerIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NotifyWorkersRequest]\n    }\n  }\n\n  @js.native\n  trait NotifyWorkersResponse extends js.Object {\n    var NotifyWorkersFailureStatuses: js.UndefOr[NotifyWorkersFailureStatusList]\n  }\n\n  object NotifyWorkersResponse {\n    @inline\n    def apply(\n        NotifyWorkersFailureStatuses: js.UndefOr[NotifyWorkersFailureStatusList] = js.undefined\n    ): NotifyWorkersResponse = {\n      val __obj = js.Dynamic.literal()\n      NotifyWorkersFailureStatuses.foreach(__v => __obj.updateDynamic(\"NotifyWorkersFailureStatuses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotifyWorkersResponse]\n    }\n  }\n\n  \/** This data structure is the data type for the AnswerKey parameter of the ScoreMyKnownAnswers\/2011-09-01 Review Policy.\n    *\/\n  @js.native\n  trait ParameterMapEntry extends js.Object {\n    var Key: js.UndefOr[String]\n    var Values: js.UndefOr[StringList]\n  }\n\n  object ParameterMapEntry {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Values: js.UndefOr[StringList] = js.undefined\n    ): ParameterMapEntry = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterMapEntry]\n    }\n  }\n\n  \/** Name of the parameter from the Review policy.\n    *\/\n  @js.native\n  trait PolicyParameter extends js.Object {\n    var Key: js.UndefOr[String]\n    var MapEntries: js.UndefOr[ParameterMapEntryList]\n    var Values: js.UndefOr[StringList]\n  }\n\n  object PolicyParameter {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        MapEntries: js.UndefOr[ParameterMapEntryList] = js.undefined,\n        Values: js.UndefOr[StringList] = js.undefined\n    ): PolicyParameter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      MapEntries.foreach(__v => __obj.updateDynamic(\"MapEntries\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyParameter]\n    }\n  }\n\n  \/** The Qualification data structure represents a Qualification assigned to a user, including the Qualification type and the value (score).\n    *\/\n  @js.native\n  trait Qualification extends js.Object {\n    var GrantTime: js.UndefOr[Timestamp]\n    var IntegerValue: js.UndefOr[Int]\n    var LocaleValue: js.UndefOr[Locale]\n    var QualificationTypeId: js.UndefOr[EntityId]\n    var Status: js.UndefOr[QualificationStatus]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object Qualification {\n    @inline\n    def apply(\n        GrantTime: js.UndefOr[Timestamp] = js.undefined,\n        IntegerValue: js.UndefOr[Int] = js.undefined,\n        LocaleValue: js.UndefOr[Locale] = js.undefined,\n        QualificationTypeId: js.UndefOr[EntityId] = js.undefined,\n        Status: js.UndefOr[QualificationStatus] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): Qualification = {\n      val __obj = js.Dynamic.literal()\n      GrantTime.foreach(__v => __obj.updateDynamic(\"GrantTime\")(__v.asInstanceOf[js.Any]))\n      IntegerValue.foreach(__v => __obj.updateDynamic(\"IntegerValue\")(__v.asInstanceOf[js.Any]))\n      LocaleValue.foreach(__v => __obj.updateDynamic(\"LocaleValue\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeId.foreach(__v => __obj.updateDynamic(\"QualificationTypeId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Qualification]\n    }\n  }\n\n  \/** The QualificationRequest data structure represents a request a Worker has made for a Qualification.\n    *\/\n  @js.native\n  trait QualificationRequest extends js.Object {\n    var Answer: js.UndefOr[String]\n    var QualificationRequestId: js.UndefOr[String]\n    var QualificationTypeId: js.UndefOr[EntityId]\n    var SubmitTime: js.UndefOr[Timestamp]\n    var Test: js.UndefOr[String]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object QualificationRequest {\n    @inline\n    def apply(\n        Answer: js.UndefOr[String] = js.undefined,\n        QualificationRequestId: js.UndefOr[String] = js.undefined,\n        QualificationTypeId: js.UndefOr[EntityId] = js.undefined,\n        SubmitTime: js.UndefOr[Timestamp] = js.undefined,\n        Test: js.UndefOr[String] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): QualificationRequest = {\n      val __obj = js.Dynamic.literal()\n      Answer.foreach(__v => __obj.updateDynamic(\"Answer\")(__v.asInstanceOf[js.Any]))\n      QualificationRequestId.foreach(__v => __obj.updateDynamic(\"QualificationRequestId\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeId.foreach(__v => __obj.updateDynamic(\"QualificationTypeId\")(__v.asInstanceOf[js.Any]))\n      SubmitTime.foreach(__v => __obj.updateDynamic(\"SubmitTime\")(__v.asInstanceOf[js.Any]))\n      Test.foreach(__v => __obj.updateDynamic(\"Test\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QualificationRequest]\n    }\n  }\n\n  \/** The QualificationRequirement data structure describes a Qualification that a Worker must have before the Worker is allowed to accept a HIT. A requirement may optionally state that a Worker must have the Qualification in order to preview the HIT, or see the HIT in search results.\n    *\/\n  @js.native\n  trait QualificationRequirement extends js.Object {\n    var Comparator: Comparator\n    var QualificationTypeId: String\n    var ActionsGuarded: js.UndefOr[HITAccessActions]\n    var IntegerValues: js.UndefOr[IntegerList]\n    var LocaleValues: js.UndefOr[LocaleList]\n    var RequiredToPreview: js.UndefOr[Boolean]\n  }\n\n  object QualificationRequirement {\n    @inline\n    def apply(\n        Comparator: Comparator,\n        QualificationTypeId: String,\n        ActionsGuarded: js.UndefOr[HITAccessActions] = js.undefined,\n        IntegerValues: js.UndefOr[IntegerList] = js.undefined,\n        LocaleValues: js.UndefOr[LocaleList] = js.undefined,\n        RequiredToPreview: js.UndefOr[Boolean] = js.undefined\n    ): QualificationRequirement = {\n      val __obj = js.Dynamic.literal(\n        \"Comparator\" -> Comparator.asInstanceOf[js.Any],\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n\n      ActionsGuarded.foreach(__v => __obj.updateDynamic(\"ActionsGuarded\")(__v.asInstanceOf[js.Any]))\n      IntegerValues.foreach(__v => __obj.updateDynamic(\"IntegerValues\")(__v.asInstanceOf[js.Any]))\n      LocaleValues.foreach(__v => __obj.updateDynamic(\"LocaleValues\")(__v.asInstanceOf[js.Any]))\n      RequiredToPreview.foreach(__v => __obj.updateDynamic(\"RequiredToPreview\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QualificationRequirement]\n    }\n  }\n\n  @js.native\n  sealed trait QualificationStatus extends js.Any\n  object QualificationStatus {\n    val Granted = \"Granted\".asInstanceOf[QualificationStatus]\n    val Revoked = \"Revoked\".asInstanceOf[QualificationStatus]\n\n    @inline def values = js.Array(Granted, Revoked)\n  }\n\n  \/** The QualificationType data structure represents a Qualification type, a description of a property of a Worker that must match the requirements of a HIT for the Worker to be able to accept the HIT. The type also describes how a Worker can obtain a Qualification of that type, such as through a Qualification test.\n    *\/\n  @js.native\n  trait QualificationType extends js.Object {\n    var AnswerKey: js.UndefOr[String]\n    var AutoGranted: js.UndefOr[Boolean]\n    var AutoGrantedValue: js.UndefOr[Int]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var IsRequestable: js.UndefOr[Boolean]\n    var Keywords: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n    var QualificationTypeId: js.UndefOr[EntityId]\n    var QualificationTypeStatus: js.UndefOr[QualificationTypeStatus]\n    var RetryDelayInSeconds: js.UndefOr[Double]\n    var Test: js.UndefOr[String]\n    var TestDurationInSeconds: js.UndefOr[Double]\n  }\n\n  object QualificationType {\n    @inline\n    def apply(\n        AnswerKey: js.UndefOr[String] = js.undefined,\n        AutoGranted: js.UndefOr[Boolean] = js.undefined,\n        AutoGrantedValue: js.UndefOr[Int] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsRequestable: js.UndefOr[Boolean] = js.undefined,\n        Keywords: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        QualificationTypeId: js.UndefOr[EntityId] = js.undefined,\n        QualificationTypeStatus: js.UndefOr[QualificationTypeStatus] = js.undefined,\n        RetryDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        Test: js.UndefOr[String] = js.undefined,\n        TestDurationInSeconds: js.UndefOr[Double] = js.undefined\n    ): QualificationType = {\n      val __obj = js.Dynamic.literal()\n      AnswerKey.foreach(__v => __obj.updateDynamic(\"AnswerKey\")(__v.asInstanceOf[js.Any]))\n      AutoGranted.foreach(__v => __obj.updateDynamic(\"AutoGranted\")(__v.asInstanceOf[js.Any]))\n      AutoGrantedValue.foreach(__v => __obj.updateDynamic(\"AutoGrantedValue\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsRequestable.foreach(__v => __obj.updateDynamic(\"IsRequestable\")(__v.asInstanceOf[js.Any]))\n      Keywords.foreach(__v => __obj.updateDynamic(\"Keywords\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeId.foreach(__v => __obj.updateDynamic(\"QualificationTypeId\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeStatus.foreach(__v => __obj.updateDynamic(\"QualificationTypeStatus\")(__v.asInstanceOf[js.Any]))\n      RetryDelayInSeconds.foreach(__v => __obj.updateDynamic(\"RetryDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      Test.foreach(__v => __obj.updateDynamic(\"Test\")(__v.asInstanceOf[js.Any]))\n      TestDurationInSeconds.foreach(__v => __obj.updateDynamic(\"TestDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QualificationType]\n    }\n  }\n\n  @js.native\n  sealed trait QualificationTypeStatus extends js.Any\n  object QualificationTypeStatus {\n    val Active = \"Active\".asInstanceOf[QualificationTypeStatus]\n    val Inactive = \"Inactive\".asInstanceOf[QualificationTypeStatus]\n\n    @inline def values = js.Array(Active, Inactive)\n  }\n\n  @js.native\n  trait RejectAssignmentRequest extends js.Object {\n    var AssignmentId: EntityId\n    var RequesterFeedback: String\n  }\n\n  object RejectAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentId: EntityId,\n        RequesterFeedback: String\n    ): RejectAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentId\" -> AssignmentId.asInstanceOf[js.Any],\n        \"RequesterFeedback\" -> RequesterFeedback.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait RejectAssignmentResponse extends js.Object\n\n  object RejectAssignmentResponse {\n    @inline\n    def apply(): RejectAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RejectAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait RejectQualificationRequestRequest extends js.Object {\n    var QualificationRequestId: String\n    var Reason: js.UndefOr[String]\n  }\n\n  object RejectQualificationRequestRequest {\n    @inline\n    def apply(\n        QualificationRequestId: String,\n        Reason: js.UndefOr[String] = js.undefined\n    ): RejectQualificationRequestRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationRequestId\" -> QualificationRequestId.asInstanceOf[js.Any]\n      )\n\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RejectQualificationRequestRequest]\n    }\n  }\n\n  @js.native\n  trait RejectQualificationRequestResponse extends js.Object\n\n  object RejectQualificationRequestResponse {\n    @inline\n    def apply(): RejectQualificationRequestResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RejectQualificationRequestResponse]\n    }\n  }\n\n  \/** Your request is invalid.\n    *\/\n  @js.native\n  trait RequestErrorException extends js.Object {\n    val Message: ExceptionMessage\n    val TurkErrorCode: TurkErrorCode\n  }\n\n  \/** Both the AssignmentReviewReport and the HITReviewReport elements contains the ReviewActionDetail data structure. This structure is returned multiple times for each action specified in the Review Policy.\n    *\/\n  @js.native\n  trait ReviewActionDetail extends js.Object {\n    var ActionId: js.UndefOr[EntityId]\n    var ActionName: js.UndefOr[String]\n    var CompleteTime: js.UndefOr[Timestamp]\n    var ErrorCode: js.UndefOr[String]\n    var Result: js.UndefOr[String]\n    var Status: js.UndefOr[ReviewActionStatus]\n    var TargetId: js.UndefOr[EntityId]\n    var TargetType: js.UndefOr[String]\n  }\n\n  object ReviewActionDetail {\n    @inline\n    def apply(\n        ActionId: js.UndefOr[EntityId] = js.undefined,\n        ActionName: js.UndefOr[String] = js.undefined,\n        CompleteTime: js.UndefOr[Timestamp] = js.undefined,\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        Result: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[ReviewActionStatus] = js.undefined,\n        TargetId: js.UndefOr[EntityId] = js.undefined,\n        TargetType: js.UndefOr[String] = js.undefined\n    ): ReviewActionDetail = {\n      val __obj = js.Dynamic.literal()\n      ActionId.foreach(__v => __obj.updateDynamic(\"ActionId\")(__v.asInstanceOf[js.Any]))\n      ActionName.foreach(__v => __obj.updateDynamic(\"ActionName\")(__v.asInstanceOf[js.Any]))\n      CompleteTime.foreach(__v => __obj.updateDynamic(\"CompleteTime\")(__v.asInstanceOf[js.Any]))\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Result.foreach(__v => __obj.updateDynamic(\"Result\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TargetId.foreach(__v => __obj.updateDynamic(\"TargetId\")(__v.asInstanceOf[js.Any]))\n      TargetType.foreach(__v => __obj.updateDynamic(\"TargetType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReviewActionDetail]\n    }\n  }\n\n  @js.native\n  sealed trait ReviewActionStatus extends js.Any\n  object ReviewActionStatus {\n    val Intended = \"Intended\".asInstanceOf[ReviewActionStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[ReviewActionStatus]\n    val Failed = \"Failed\".asInstanceOf[ReviewActionStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[ReviewActionStatus]\n\n    @inline def values = js.Array(Intended, Succeeded, Failed, Cancelled)\n  }\n\n  \/** HIT Review Policy data structures represent HIT review policies, which you specify when you create a HIT.\n    *\/\n  @js.native\n  trait ReviewPolicy extends js.Object {\n    var PolicyName: String\n    var Parameters: js.UndefOr[PolicyParameterList]\n  }\n\n  object ReviewPolicy {\n    @inline\n    def apply(\n        PolicyName: String,\n        Parameters: js.UndefOr[PolicyParameterList] = js.undefined\n    ): ReviewPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReviewPolicy]\n    }\n  }\n\n  @js.native\n  sealed trait ReviewPolicyLevel extends js.Any\n  object ReviewPolicyLevel {\n    val Assignment = \"Assignment\".asInstanceOf[ReviewPolicyLevel]\n    val HIT = \"HIT\".asInstanceOf[ReviewPolicyLevel]\n\n    @inline def values = js.Array(Assignment, HIT)\n  }\n\n  \/** Contains both ReviewResult and ReviewAction elements for a particular HIT.\n    *\/\n  @js.native\n  trait ReviewReport extends js.Object {\n    var ReviewActions: js.UndefOr[ReviewActionDetailList]\n    var ReviewResults: js.UndefOr[ReviewResultDetailList]\n  }\n\n  object ReviewReport {\n    @inline\n    def apply(\n        ReviewActions: js.UndefOr[ReviewActionDetailList] = js.undefined,\n        ReviewResults: js.UndefOr[ReviewResultDetailList] = js.undefined\n    ): ReviewReport = {\n      val __obj = js.Dynamic.literal()\n      ReviewActions.foreach(__v => __obj.updateDynamic(\"ReviewActions\")(__v.asInstanceOf[js.Any]))\n      ReviewResults.foreach(__v => __obj.updateDynamic(\"ReviewResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReviewReport]\n    }\n  }\n\n  \/** This data structure is returned multiple times for each result specified in the Review Policy.\n    *\/\n  @js.native\n  trait ReviewResultDetail extends js.Object {\n    var ActionId: js.UndefOr[EntityId]\n    var Key: js.UndefOr[String]\n    var QuestionId: js.UndefOr[EntityId]\n    var SubjectId: js.UndefOr[EntityId]\n    var SubjectType: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object ReviewResultDetail {\n    @inline\n    def apply(\n        ActionId: js.UndefOr[EntityId] = js.undefined,\n        Key: js.UndefOr[String] = js.undefined,\n        QuestionId: js.UndefOr[EntityId] = js.undefined,\n        SubjectId: js.UndefOr[EntityId] = js.undefined,\n        SubjectType: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): ReviewResultDetail = {\n      val __obj = js.Dynamic.literal()\n      ActionId.foreach(__v => __obj.updateDynamic(\"ActionId\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      QuestionId.foreach(__v => __obj.updateDynamic(\"QuestionId\")(__v.asInstanceOf[js.Any]))\n      SubjectId.foreach(__v => __obj.updateDynamic(\"SubjectId\")(__v.asInstanceOf[js.Any]))\n      SubjectType.foreach(__v => __obj.updateDynamic(\"SubjectType\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReviewResultDetail]\n    }\n  }\n\n  @js.native\n  sealed trait ReviewableHITStatus extends js.Any\n  object ReviewableHITStatus {\n    val Reviewable = \"Reviewable\".asInstanceOf[ReviewableHITStatus]\n    val Reviewing = \"Reviewing\".asInstanceOf[ReviewableHITStatus]\n\n    @inline def values = js.Array(Reviewable, Reviewing)\n  }\n\n  @js.native\n  trait SendBonusRequest extends js.Object {\n    var AssignmentId: EntityId\n    var BonusAmount: CurrencyAmount\n    var Reason: String\n    var WorkerId: CustomerId\n    var UniqueRequestToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object SendBonusRequest {\n    @inline\n    def apply(\n        AssignmentId: EntityId,\n        BonusAmount: CurrencyAmount,\n        Reason: String,\n        WorkerId: CustomerId,\n        UniqueRequestToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): SendBonusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentId\" -> AssignmentId.asInstanceOf[js.Any],\n        \"BonusAmount\" -> BonusAmount.asInstanceOf[js.Any],\n        \"Reason\" -> Reason.asInstanceOf[js.Any],\n        \"WorkerId\" -> WorkerId.asInstanceOf[js.Any]\n      )\n\n      UniqueRequestToken.foreach(__v => __obj.updateDynamic(\"UniqueRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendBonusRequest]\n    }\n  }\n\n  @js.native\n  trait SendBonusResponse extends js.Object\n\n  object SendBonusResponse {\n    @inline\n    def apply(): SendBonusResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SendBonusResponse]\n    }\n  }\n\n  @js.native\n  trait SendTestEventNotificationRequest extends js.Object {\n    var Notification: NotificationSpecification\n    var TestEventType: EventType\n  }\n\n  object SendTestEventNotificationRequest {\n    @inline\n    def apply(\n        Notification: NotificationSpecification,\n        TestEventType: EventType\n    ): SendTestEventNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"TestEventType\" -> TestEventType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendTestEventNotificationRequest]\n    }\n  }\n\n  @js.native\n  trait SendTestEventNotificationResponse extends js.Object\n\n  object SendTestEventNotificationResponse {\n    @inline\n    def apply(): SendTestEventNotificationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SendTestEventNotificationResponse]\n    }\n  }\n\n  \/** Amazon Mechanical Turk is temporarily unable to process your request. Try your call again.\n    *\/\n  @js.native\n  trait ServiceFaultException extends js.Object {\n    val Message: ExceptionMessage\n    val TurkErrorCode: TurkErrorCode\n  }\n\n  @js.native\n  trait UpdateExpirationForHITRequest extends js.Object {\n    var ExpireAt: Timestamp\n    var HITId: EntityId\n  }\n\n  object UpdateExpirationForHITRequest {\n    @inline\n    def apply(\n        ExpireAt: Timestamp,\n        HITId: EntityId\n    ): UpdateExpirationForHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExpireAt\" -> ExpireAt.asInstanceOf[js.Any],\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateExpirationForHITRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateExpirationForHITResponse extends js.Object\n\n  object UpdateExpirationForHITResponse {\n    @inline\n    def apply(): UpdateExpirationForHITResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateExpirationForHITResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateHITReviewStatusRequest extends js.Object {\n    var HITId: EntityId\n    var Revert: js.UndefOr[Boolean]\n  }\n\n  object UpdateHITReviewStatusRequest {\n    @inline\n    def apply(\n        HITId: EntityId,\n        Revert: js.UndefOr[Boolean] = js.undefined\n    ): UpdateHITReviewStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any]\n      )\n\n      Revert.foreach(__v => __obj.updateDynamic(\"Revert\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateHITReviewStatusRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateHITReviewStatusResponse extends js.Object\n\n  object UpdateHITReviewStatusResponse {\n    @inline\n    def apply(): UpdateHITReviewStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateHITReviewStatusResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateHITTypeOfHITRequest extends js.Object {\n    var HITId: EntityId\n    var HITTypeId: EntityId\n  }\n\n  object UpdateHITTypeOfHITRequest {\n    @inline\n    def apply(\n        HITId: EntityId,\n        HITTypeId: EntityId\n    ): UpdateHITTypeOfHITRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITId\" -> HITId.asInstanceOf[js.Any],\n        \"HITTypeId\" -> HITTypeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateHITTypeOfHITRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateHITTypeOfHITResponse extends js.Object\n\n  object UpdateHITTypeOfHITResponse {\n    @inline\n    def apply(): UpdateHITTypeOfHITResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateHITTypeOfHITResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateNotificationSettingsRequest extends js.Object {\n    var HITTypeId: EntityId\n    var Active: js.UndefOr[Boolean]\n    var Notification: js.UndefOr[NotificationSpecification]\n  }\n\n  object UpdateNotificationSettingsRequest {\n    @inline\n    def apply(\n        HITTypeId: EntityId,\n        Active: js.UndefOr[Boolean] = js.undefined,\n        Notification: js.UndefOr[NotificationSpecification] = js.undefined\n    ): UpdateNotificationSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HITTypeId\" -> HITTypeId.asInstanceOf[js.Any]\n      )\n\n      Active.foreach(__v => __obj.updateDynamic(\"Active\")(__v.asInstanceOf[js.Any]))\n      Notification.foreach(__v => __obj.updateDynamic(\"Notification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNotificationSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateNotificationSettingsResponse extends js.Object\n\n  object UpdateNotificationSettingsResponse {\n    @inline\n    def apply(): UpdateNotificationSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateNotificationSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateQualificationTypeRequest extends js.Object {\n    var QualificationTypeId: EntityId\n    var AnswerKey: js.UndefOr[String]\n    var AutoGranted: js.UndefOr[Boolean]\n    var AutoGrantedValue: js.UndefOr[Int]\n    var Description: js.UndefOr[String]\n    var QualificationTypeStatus: js.UndefOr[QualificationTypeStatus]\n    var RetryDelayInSeconds: js.UndefOr[Double]\n    var Test: js.UndefOr[String]\n    var TestDurationInSeconds: js.UndefOr[Double]\n  }\n\n  object UpdateQualificationTypeRequest {\n    @inline\n    def apply(\n        QualificationTypeId: EntityId,\n        AnswerKey: js.UndefOr[String] = js.undefined,\n        AutoGranted: js.UndefOr[Boolean] = js.undefined,\n        AutoGrantedValue: js.UndefOr[Int] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        QualificationTypeStatus: js.UndefOr[QualificationTypeStatus] = js.undefined,\n        RetryDelayInSeconds: js.UndefOr[Double] = js.undefined,\n        Test: js.UndefOr[String] = js.undefined,\n        TestDurationInSeconds: js.UndefOr[Double] = js.undefined\n    ): UpdateQualificationTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"QualificationTypeId\" -> QualificationTypeId.asInstanceOf[js.Any]\n      )\n\n      AnswerKey.foreach(__v => __obj.updateDynamic(\"AnswerKey\")(__v.asInstanceOf[js.Any]))\n      AutoGranted.foreach(__v => __obj.updateDynamic(\"AutoGranted\")(__v.asInstanceOf[js.Any]))\n      AutoGrantedValue.foreach(__v => __obj.updateDynamic(\"AutoGrantedValue\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      QualificationTypeStatus.foreach(__v => __obj.updateDynamic(\"QualificationTypeStatus\")(__v.asInstanceOf[js.Any]))\n      RetryDelayInSeconds.foreach(__v => __obj.updateDynamic(\"RetryDelayInSeconds\")(__v.asInstanceOf[js.Any]))\n      Test.foreach(__v => __obj.updateDynamic(\"Test\")(__v.asInstanceOf[js.Any]))\n      TestDurationInSeconds.foreach(__v => __obj.updateDynamic(\"TestDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateQualificationTypeRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateQualificationTypeResponse extends js.Object {\n    var QualificationType: js.UndefOr[QualificationType]\n  }\n\n  object UpdateQualificationTypeResponse {\n    @inline\n    def apply(\n        QualificationType: js.UndefOr[QualificationType] = js.undefined\n    ): UpdateQualificationTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      QualificationType.foreach(__v => __obj.updateDynamic(\"QualificationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateQualificationTypeResponse]\n    }\n  }\n\n  \/** The WorkerBlock data structure represents a Worker who has been blocked. It has two elements: the WorkerId and the Reason for the block.\n    *\/\n  @js.native\n  trait WorkerBlock extends js.Object {\n    var Reason: js.UndefOr[String]\n    var WorkerId: js.UndefOr[CustomerId]\n  }\n\n  object WorkerBlock {\n    @inline\n    def apply(\n        Reason: js.UndefOr[String] = js.undefined,\n        WorkerId: js.UndefOr[CustomerId] = js.undefined\n    ): WorkerBlock = {\n      val __obj = js.Dynamic.literal()\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      WorkerId.foreach(__v => __obj.updateDynamic(\"WorkerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkerBlock]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/autoscalingplans\/src\/main\/scala\/facade\/amazonaws\/services\/AutoScalingPlans.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object autoscalingplans {\n  type ApplicationSources = js.Array[ApplicationSource]\n  type Cooldown = Int\n  type Datapoints = js.Array[Datapoint]\n  type DisableDynamicScaling = Boolean\n  type DisableScaleIn = Boolean\n  type MaxResults = Int\n  type MetricDimensionName = String\n  type MetricDimensionValue = String\n  type MetricDimensions = js.Array[MetricDimension]\n  type MetricName = String\n  type MetricNamespace = String\n  type MetricScale = Double\n  type MetricUnit = String\n  type NextToken = String\n  type PolicyName = String\n  type ResourceCapacity = Int\n  type ResourceIdMaxLen1600 = String\n  type ResourceLabel = String\n  type ScalingInstructions = js.Array[ScalingInstruction]\n  type ScalingPlanName = String\n  type ScalingPlanNames = js.Array[ScalingPlanName]\n  type ScalingPlanResources = js.Array[ScalingPlanResource]\n  type ScalingPlanVersion = Double\n  type ScalingPlans = js.Array[ScalingPlan]\n  type ScalingPolicies = js.Array[ScalingPolicy]\n  type ScheduledActionBufferTime = Int\n  type TagFilters = js.Array[TagFilter]\n  type TagValues = js.Array[XmlStringMaxLen256]\n  type TargetTrackingConfigurations = js.Array[TargetTrackingConfiguration]\n  type TimestampType = js.Date\n  type XmlString = String\n  type XmlStringMaxLen128 = String\n  type XmlStringMaxLen256 = String\n\n  implicit final class AutoScalingPlansOps(private val service: AutoScalingPlans) extends AnyVal {\n\n    @inline def createScalingPlanFuture(params: CreateScalingPlanRequest): Future[CreateScalingPlanResponse] = service.createScalingPlan(params).promise().toFuture\n    @inline def deleteScalingPlanFuture(params: DeleteScalingPlanRequest): Future[DeleteScalingPlanResponse] = service.deleteScalingPlan(params).promise().toFuture\n    @inline def describeScalingPlanResourcesFuture(params: DescribeScalingPlanResourcesRequest): Future[DescribeScalingPlanResourcesResponse] = service.describeScalingPlanResources(params).promise().toFuture\n    @inline def describeScalingPlansFuture(params: DescribeScalingPlansRequest): Future[DescribeScalingPlansResponse] = service.describeScalingPlans(params).promise().toFuture\n    @inline def getScalingPlanResourceForecastDataFuture(params: GetScalingPlanResourceForecastDataRequest): Future[GetScalingPlanResourceForecastDataResponse] = service.getScalingPlanResourceForecastData(params).promise().toFuture\n    @inline def updateScalingPlanFuture(params: UpdateScalingPlanRequest): Future[UpdateScalingPlanResponse] = service.updateScalingPlan(params).promise().toFuture\n\n  }\n}\n\npackage autoscalingplans {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/autoscalingplans\", JSImport.Namespace, \"AWS.AutoScalingPlans\")\n  class AutoScalingPlans() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createScalingPlan(params: CreateScalingPlanRequest): Request[CreateScalingPlanResponse] = js.native\n    def deleteScalingPlan(params: DeleteScalingPlanRequest): Request[DeleteScalingPlanResponse] = js.native\n    def describeScalingPlanResources(params: DescribeScalingPlanResourcesRequest): Request[DescribeScalingPlanResourcesResponse] = js.native\n    def describeScalingPlans(params: DescribeScalingPlansRequest): Request[DescribeScalingPlansResponse] = js.native\n    def getScalingPlanResourceForecastData(params: GetScalingPlanResourceForecastDataRequest): Request[GetScalingPlanResourceForecastDataResponse] = js.native\n    def updateScalingPlan(params: UpdateScalingPlanRequest): Request[UpdateScalingPlanResponse] = js.native\n  }\n\n  \/** Represents an application source.\n    *\/\n  @js.native\n  trait ApplicationSource extends js.Object {\n    var CloudFormationStackARN: js.UndefOr[XmlString]\n    var TagFilters: js.UndefOr[TagFilters]\n  }\n\n  object ApplicationSource {\n    @inline\n    def apply(\n        CloudFormationStackARN: js.UndefOr[XmlString] = js.undefined,\n        TagFilters: js.UndefOr[TagFilters] = js.undefined\n    ): ApplicationSource = {\n      val __obj = js.Dynamic.literal()\n      CloudFormationStackARN.foreach(__v => __obj.updateDynamic(\"CloudFormationStackARN\")(__v.asInstanceOf[js.Any]))\n      TagFilters.foreach(__v => __obj.updateDynamic(\"TagFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSource]\n    }\n  }\n\n  @js.native\n  trait CreateScalingPlanRequest extends js.Object {\n    var ApplicationSource: ApplicationSource\n    var ScalingInstructions: ScalingInstructions\n    var ScalingPlanName: ScalingPlanName\n  }\n\n  object CreateScalingPlanRequest {\n    @inline\n    def apply(\n        ApplicationSource: ApplicationSource,\n        ScalingInstructions: ScalingInstructions,\n        ScalingPlanName: ScalingPlanName\n    ): CreateScalingPlanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationSource\" -> ApplicationSource.asInstanceOf[js.Any],\n        \"ScalingInstructions\" -> ScalingInstructions.asInstanceOf[js.Any],\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateScalingPlanRequest]\n    }\n  }\n\n  @js.native\n  trait CreateScalingPlanResponse extends js.Object {\n    var ScalingPlanVersion: ScalingPlanVersion\n  }\n\n  object CreateScalingPlanResponse {\n    @inline\n    def apply(\n        ScalingPlanVersion: ScalingPlanVersion\n    ): CreateScalingPlanResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateScalingPlanResponse]\n    }\n  }\n\n  \/** Represents a CloudWatch metric of your choosing that can be used for predictive scaling. For predictive scaling to work with a customized load metric specification, AWS Auto Scaling needs access to the <code>Sum<\/code> and <code>Average<\/code> statistics that CloudWatch computes from metric data. When you choose a load metric, make sure that the required <code>Sum<\/code> and <code>Average<\/code> statistics for your metric are available in CloudWatch and that they provide relevant data for predictive scaling. The <code>Sum<\/code> statistic must represent the total load on the resource, and the <code>Average<\/code> statistic must represent the average load per capacity unit of the resource. For example, there is a metric that counts the number of requests processed by your Auto Scaling group. If the <code>Sum<\/code> statistic represents the total request count processed by the group, then the <code>Average<\/code> statistic for the specified metric must represent the average request\n    * count processed by each instance of the group. If you publish your own metrics, you can aggregate the data points at a given interval and then publish the aggregated data points to CloudWatch. Before AWS Auto Scaling generates the forecast, it sums up all the metric data points that occurred within each hour to match the granularity period that is used in the forecast (60 minutes). For information about terminology, available metrics, or how to publish new metrics, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/cloudwatch_concepts.html|Amazon CloudWatch Concepts]] in the <i>Amazon CloudWatch User Guide<\/i>. After creating your scaling plan, you can use the AWS Auto Scaling console to visualize forecasts for the specified metric. For more information, see [[https:\/\/docs.aws.amazon.com\/autoscaling\/plans\/userguide\/gs-create-scaling-plan.html#gs-view-resource|View Scaling Information for a Resource]] in the <i>AWS Auto Scaling User Guide<\/i>.\n    *\/\n  @js.native\n  trait CustomizedLoadMetricSpecification extends js.Object {\n    var MetricName: MetricName\n    var Namespace: MetricNamespace\n    var Statistic: MetricStatistic\n    var Dimensions: js.UndefOr[MetricDimensions]\n    var Unit: js.UndefOr[MetricUnit]\n  }\n\n  object CustomizedLoadMetricSpecification {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: MetricNamespace,\n        Statistic: MetricStatistic,\n        Dimensions: js.UndefOr[MetricDimensions] = js.undefined,\n        Unit: js.UndefOr[MetricUnit] = js.undefined\n    ): CustomizedLoadMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Statistic\" -> Statistic.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomizedLoadMetricSpecification]\n    }\n  }\n\n  \/** Represents a CloudWatch metric of your choosing that can be used for dynamic scaling as part of a target tracking scaling policy. To create your customized scaling metric specification: * Add values for each required parameter from CloudWatch. You can use an existing metric, or a new metric that you create. To use your own metric, you must first publish the metric to CloudWatch. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/publishingMetrics.html|Publish Custom Metrics]] in the <i>Amazon CloudWatch User Guide<\/i>. * Choose a metric that changes proportionally with capacity. The value of the metric should increase or decrease in inverse proportion to the number of capacity units. That is, the value of the metric should decrease when capacity increases. For information about terminology, available metrics, or how to publish new metrics, see\n    * [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/cloudwatch_concepts.html|Amazon CloudWatch Concepts]] in the <i>Amazon CloudWatch User Guide<\/i>.\n    *\/\n  @js.native\n  trait CustomizedScalingMetricSpecification extends js.Object {\n    var MetricName: MetricName\n    var Namespace: MetricNamespace\n    var Statistic: MetricStatistic\n    var Dimensions: js.UndefOr[MetricDimensions]\n    var Unit: js.UndefOr[MetricUnit]\n  }\n\n  object CustomizedScalingMetricSpecification {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: MetricNamespace,\n        Statistic: MetricStatistic,\n        Dimensions: js.UndefOr[MetricDimensions] = js.undefined,\n        Unit: js.UndefOr[MetricUnit] = js.undefined\n    ): CustomizedScalingMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Statistic\" -> Statistic.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomizedScalingMetricSpecification]\n    }\n  }\n\n  \/** Represents a single value in the forecast data used for predictive scaling.\n    *\/\n  @js.native\n  trait Datapoint extends js.Object {\n    var Timestamp: js.UndefOr[TimestampType]\n    var Value: js.UndefOr[MetricScale]\n  }\n\n  object Datapoint {\n    @inline\n    def apply(\n        Timestamp: js.UndefOr[TimestampType] = js.undefined,\n        Value: js.UndefOr[MetricScale] = js.undefined\n    ): Datapoint = {\n      val __obj = js.Dynamic.literal()\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Datapoint]\n    }\n  }\n\n  @js.native\n  trait DeleteScalingPlanRequest extends js.Object {\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n  }\n\n  object DeleteScalingPlanRequest {\n    @inline\n    def apply(\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion\n    ): DeleteScalingPlanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScalingPlanRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteScalingPlanResponse extends js.Object\n\n  object DeleteScalingPlanResponse {\n    @inline\n    def apply(): DeleteScalingPlanResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteScalingPlanResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPlanResourcesRequest extends js.Object {\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeScalingPlanResourcesRequest {\n    @inline\n    def apply(\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeScalingPlanResourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPlanResourcesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPlanResourcesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ScalingPlanResources: js.UndefOr[ScalingPlanResources]\n  }\n\n  object DescribeScalingPlanResourcesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScalingPlanResources: js.UndefOr[ScalingPlanResources] = js.undefined\n    ): DescribeScalingPlanResourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalingPlanResources.foreach(__v => __obj.updateDynamic(\"ScalingPlanResources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPlanResourcesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPlansRequest extends js.Object {\n    var ApplicationSources: js.UndefOr[ApplicationSources]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ScalingPlanNames: js.UndefOr[ScalingPlanNames]\n    var ScalingPlanVersion: js.UndefOr[ScalingPlanVersion]\n  }\n\n  object DescribeScalingPlansRequest {\n    @inline\n    def apply(\n        ApplicationSources: js.UndefOr[ApplicationSources] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScalingPlanNames: js.UndefOr[ScalingPlanNames] = js.undefined,\n        ScalingPlanVersion: js.UndefOr[ScalingPlanVersion] = js.undefined\n    ): DescribeScalingPlansRequest = {\n      val __obj = js.Dynamic.literal()\n      ApplicationSources.foreach(__v => __obj.updateDynamic(\"ApplicationSources\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalingPlanNames.foreach(__v => __obj.updateDynamic(\"ScalingPlanNames\")(__v.asInstanceOf[js.Any]))\n      ScalingPlanVersion.foreach(__v => __obj.updateDynamic(\"ScalingPlanVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPlansRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPlansResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ScalingPlans: js.UndefOr[ScalingPlans]\n  }\n\n  object DescribeScalingPlansResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScalingPlans: js.UndefOr[ScalingPlans] = js.undefined\n    ): DescribeScalingPlansResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalingPlans.foreach(__v => __obj.updateDynamic(\"ScalingPlans\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPlansResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ForecastDataType extends js.Any\n  object ForecastDataType {\n    val CapacityForecast = \"CapacityForecast\".asInstanceOf[ForecastDataType]\n    val LoadForecast = \"LoadForecast\".asInstanceOf[ForecastDataType]\n    val ScheduledActionMinCapacity = \"ScheduledActionMinCapacity\".asInstanceOf[ForecastDataType]\n    val ScheduledActionMaxCapacity = \"ScheduledActionMaxCapacity\".asInstanceOf[ForecastDataType]\n\n    @inline def values = js.Array(CapacityForecast, LoadForecast, ScheduledActionMinCapacity, ScheduledActionMaxCapacity)\n  }\n\n  @js.native\n  trait GetScalingPlanResourceForecastDataRequest extends js.Object {\n    var EndTime: TimestampType\n    var ForecastDataType: ForecastDataType\n    var ResourceId: XmlString\n    var ScalableDimension: ScalableDimension\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n    var ServiceNamespace: ServiceNamespace\n    var StartTime: TimestampType\n  }\n\n  object GetScalingPlanResourceForecastDataRequest {\n    @inline\n    def apply(\n        EndTime: TimestampType,\n        ForecastDataType: ForecastDataType,\n        ResourceId: XmlString,\n        ScalableDimension: ScalableDimension,\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion,\n        ServiceNamespace: ServiceNamespace,\n        StartTime: TimestampType\n    ): GetScalingPlanResourceForecastDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"ForecastDataType\" -> ForecastDataType.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetScalingPlanResourceForecastDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetScalingPlanResourceForecastDataResponse extends js.Object {\n    var Datapoints: Datapoints\n  }\n\n  object GetScalingPlanResourceForecastDataResponse {\n    @inline\n    def apply(\n        Datapoints: Datapoints\n    ): GetScalingPlanResourceForecastDataResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Datapoints\" -> Datapoints.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetScalingPlanResourceForecastDataResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LoadMetricType extends js.Any\n  object LoadMetricType {\n    val ASGTotalCPUUtilization = \"ASGTotalCPUUtilization\".asInstanceOf[LoadMetricType]\n    val ASGTotalNetworkIn = \"ASGTotalNetworkIn\".asInstanceOf[LoadMetricType]\n    val ASGTotalNetworkOut = \"ASGTotalNetworkOut\".asInstanceOf[LoadMetricType]\n    val ALBTargetGroupRequestCount = \"ALBTargetGroupRequestCount\".asInstanceOf[LoadMetricType]\n\n    @inline def values = js.Array(ASGTotalCPUUtilization, ASGTotalNetworkIn, ASGTotalNetworkOut, ALBTargetGroupRequestCount)\n  }\n\n  \/** Represents a dimension for a customized metric.\n    *\/\n  @js.native\n  trait MetricDimension extends js.Object {\n    var Name: MetricDimensionName\n    var Value: MetricDimensionValue\n  }\n\n  object MetricDimension {\n    @inline\n    def apply(\n        Name: MetricDimensionName,\n        Value: MetricDimensionValue\n    ): MetricDimension = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MetricDimension]\n    }\n  }\n\n  @js.native\n  sealed trait MetricStatistic extends js.Any\n  object MetricStatistic {\n    val Average = \"Average\".asInstanceOf[MetricStatistic]\n    val Minimum = \"Minimum\".asInstanceOf[MetricStatistic]\n    val Maximum = \"Maximum\".asInstanceOf[MetricStatistic]\n    val SampleCount = \"SampleCount\".asInstanceOf[MetricStatistic]\n    val Sum = \"Sum\".asInstanceOf[MetricStatistic]\n\n    @inline def values = js.Array(Average, Minimum, Maximum, SampleCount, Sum)\n  }\n\n  @js.native\n  sealed trait PolicyType extends js.Any\n  object PolicyType {\n    val TargetTrackingScaling = \"TargetTrackingScaling\".asInstanceOf[PolicyType]\n\n    @inline def values = js.Array(TargetTrackingScaling)\n  }\n\n  \/** Represents a predefined metric that can be used for predictive scaling. After creating your scaling plan, you can use the AWS Auto Scaling console to visualize forecasts for the specified metric. For more information, see [[https:\/\/docs.aws.amazon.com\/autoscaling\/plans\/userguide\/gs-create-scaling-plan.html#gs-view-resource|View Scaling Information for a Resource]] in the <i>AWS Auto Scaling User Guide<\/i>.\n    *\/\n  @js.native\n  trait PredefinedLoadMetricSpecification extends js.Object {\n    var PredefinedLoadMetricType: LoadMetricType\n    var ResourceLabel: js.UndefOr[ResourceLabel]\n  }\n\n  object PredefinedLoadMetricSpecification {\n    @inline\n    def apply(\n        PredefinedLoadMetricType: LoadMetricType,\n        ResourceLabel: js.UndefOr[ResourceLabel] = js.undefined\n    ): PredefinedLoadMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"PredefinedLoadMetricType\" -> PredefinedLoadMetricType.asInstanceOf[js.Any]\n      )\n\n      ResourceLabel.foreach(__v => __obj.updateDynamic(\"ResourceLabel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredefinedLoadMetricSpecification]\n    }\n  }\n\n  \/** Represents a predefined metric that can be used for dynamic scaling as part of a target tracking scaling policy.\n    *\/\n  @js.native\n  trait PredefinedScalingMetricSpecification extends js.Object {\n    var PredefinedScalingMetricType: ScalingMetricType\n    var ResourceLabel: js.UndefOr[ResourceLabel]\n  }\n\n  object PredefinedScalingMetricSpecification {\n    @inline\n    def apply(\n        PredefinedScalingMetricType: ScalingMetricType,\n        ResourceLabel: js.UndefOr[ResourceLabel] = js.undefined\n    ): PredefinedScalingMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"PredefinedScalingMetricType\" -> PredefinedScalingMetricType.asInstanceOf[js.Any]\n      )\n\n      ResourceLabel.foreach(__v => __obj.updateDynamic(\"ResourceLabel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredefinedScalingMetricSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait PredictiveScalingMaxCapacityBehavior extends js.Any\n  object PredictiveScalingMaxCapacityBehavior {\n    val SetForecastCapacityToMaxCapacity = \"SetForecastCapacityToMaxCapacity\".asInstanceOf[PredictiveScalingMaxCapacityBehavior]\n    val SetMaxCapacityToForecastCapacity = \"SetMaxCapacityToForecastCapacity\".asInstanceOf[PredictiveScalingMaxCapacityBehavior]\n    val SetMaxCapacityAboveForecastCapacity = \"SetMaxCapacityAboveForecastCapacity\".asInstanceOf[PredictiveScalingMaxCapacityBehavior]\n\n    @inline def values = js.Array(SetForecastCapacityToMaxCapacity, SetMaxCapacityToForecastCapacity, SetMaxCapacityAboveForecastCapacity)\n  }\n\n  @js.native\n  sealed trait PredictiveScalingMode extends js.Any\n  object PredictiveScalingMode {\n    val ForecastAndScale = \"ForecastAndScale\".asInstanceOf[PredictiveScalingMode]\n    val ForecastOnly = \"ForecastOnly\".asInstanceOf[PredictiveScalingMode]\n\n    @inline def values = js.Array(ForecastAndScale, ForecastOnly)\n  }\n\n  @js.native\n  sealed trait ScalableDimension extends js.Any\n  object ScalableDimension {\n    val `autoscaling:autoScalingGroup:DesiredCapacity` = \"autoscaling:autoScalingGroup:DesiredCapacity\".asInstanceOf[ScalableDimension]\n    val `ecs:service:DesiredCount` = \"ecs:service:DesiredCount\".asInstanceOf[ScalableDimension]\n    val `ec2:spot-fleet-request:TargetCapacity` = \"ec2:spot-fleet-request:TargetCapacity\".asInstanceOf[ScalableDimension]\n    val `rds:cluster:ReadReplicaCount` = \"rds:cluster:ReadReplicaCount\".asInstanceOf[ScalableDimension]\n    val `dynamodb:table:ReadCapacityUnits` = \"dynamodb:table:ReadCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:table:WriteCapacityUnits` = \"dynamodb:table:WriteCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:index:ReadCapacityUnits` = \"dynamodb:index:ReadCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:index:WriteCapacityUnits` = \"dynamodb:index:WriteCapacityUnits\".asInstanceOf[ScalableDimension]\n\n    @inline def values = js.Array(\n      `autoscaling:autoScalingGroup:DesiredCapacity`,\n      `ecs:service:DesiredCount`,\n      `ec2:spot-fleet-request:TargetCapacity`,\n      `rds:cluster:ReadReplicaCount`,\n      `dynamodb:table:ReadCapacityUnits`,\n      `dynamodb:table:WriteCapacityUnits`,\n      `dynamodb:index:ReadCapacityUnits`,\n      `dynamodb:index:WriteCapacityUnits`\n    )\n  }\n\n  \/** Describes a scaling instruction for a scalable resource in a scaling plan. Each scaling instruction applies to one resource. AWS Auto Scaling creates target tracking scaling policies based on the scaling instructions. Target tracking scaling policies adjust the capacity of your scalable resource as required to maintain resource utilization at the target value that you specified. AWS Auto Scaling also configures predictive scaling for your Amazon EC2 Auto Scaling groups using a subset of parameters, including the load metric, the scaling metric, the target value for the scaling metric, the predictive scaling mode (forecast and scale or forecast only), and the desired behavior when the forecast capacity exceeds the maximum capacity of the resource. With predictive scaling, AWS Auto Scaling generates forecasts with traffic predictions for the two days ahead and schedules scaling actions that proactively add and remove resource capacity to match the forecast. <important> We recommend\n    * waiting a minimum of 24 hours after creating an Auto Scaling group to configure predictive scaling. At minimum, there must be 24 hours of historical data to generate a forecast. For more information, see [[https:\/\/docs.aws.amazon.com\/autoscaling\/plans\/userguide\/gs-best-practices.html|Best Practices for AWS Auto Scaling]] in the <i>AWS Auto Scaling User Guide<\/i>. <\/important>\n    *\/\n  @js.native\n  trait ScalingInstruction extends js.Object {\n    var MaxCapacity: ResourceCapacity\n    var MinCapacity: ResourceCapacity\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var TargetTrackingConfigurations: TargetTrackingConfigurations\n    var CustomizedLoadMetricSpecification: js.UndefOr[CustomizedLoadMetricSpecification]\n    var DisableDynamicScaling: js.UndefOr[DisableDynamicScaling]\n    var PredefinedLoadMetricSpecification: js.UndefOr[PredefinedLoadMetricSpecification]\n    var PredictiveScalingMaxCapacityBehavior: js.UndefOr[PredictiveScalingMaxCapacityBehavior]\n    var PredictiveScalingMaxCapacityBuffer: js.UndefOr[ResourceCapacity]\n    var PredictiveScalingMode: js.UndefOr[PredictiveScalingMode]\n    var ScalingPolicyUpdateBehavior: js.UndefOr[ScalingPolicyUpdateBehavior]\n    var ScheduledActionBufferTime: js.UndefOr[ScheduledActionBufferTime]\n  }\n\n  object ScalingInstruction {\n    @inline\n    def apply(\n        MaxCapacity: ResourceCapacity,\n        MinCapacity: ResourceCapacity,\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        TargetTrackingConfigurations: TargetTrackingConfigurations,\n        CustomizedLoadMetricSpecification: js.UndefOr[CustomizedLoadMetricSpecification] = js.undefined,\n        DisableDynamicScaling: js.UndefOr[DisableDynamicScaling] = js.undefined,\n        PredefinedLoadMetricSpecification: js.UndefOr[PredefinedLoadMetricSpecification] = js.undefined,\n        PredictiveScalingMaxCapacityBehavior: js.UndefOr[PredictiveScalingMaxCapacityBehavior] = js.undefined,\n        PredictiveScalingMaxCapacityBuffer: js.UndefOr[ResourceCapacity] = js.undefined,\n        PredictiveScalingMode: js.UndefOr[PredictiveScalingMode] = js.undefined,\n        ScalingPolicyUpdateBehavior: js.UndefOr[ScalingPolicyUpdateBehavior] = js.undefined,\n        ScheduledActionBufferTime: js.UndefOr[ScheduledActionBufferTime] = js.undefined\n    ): ScalingInstruction = {\n      val __obj = js.Dynamic.literal(\n        \"MaxCapacity\" -> MaxCapacity.asInstanceOf[js.Any],\n        \"MinCapacity\" -> MinCapacity.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any],\n        \"TargetTrackingConfigurations\" -> TargetTrackingConfigurations.asInstanceOf[js.Any]\n      )\n\n      CustomizedLoadMetricSpecification.foreach(__v => __obj.updateDynamic(\"CustomizedLoadMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      DisableDynamicScaling.foreach(__v => __obj.updateDynamic(\"DisableDynamicScaling\")(__v.asInstanceOf[js.Any]))\n      PredefinedLoadMetricSpecification.foreach(__v => __obj.updateDynamic(\"PredefinedLoadMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      PredictiveScalingMaxCapacityBehavior.foreach(__v => __obj.updateDynamic(\"PredictiveScalingMaxCapacityBehavior\")(__v.asInstanceOf[js.Any]))\n      PredictiveScalingMaxCapacityBuffer.foreach(__v => __obj.updateDynamic(\"PredictiveScalingMaxCapacityBuffer\")(__v.asInstanceOf[js.Any]))\n      PredictiveScalingMode.foreach(__v => __obj.updateDynamic(\"PredictiveScalingMode\")(__v.asInstanceOf[js.Any]))\n      ScalingPolicyUpdateBehavior.foreach(__v => __obj.updateDynamic(\"ScalingPolicyUpdateBehavior\")(__v.asInstanceOf[js.Any]))\n      ScheduledActionBufferTime.foreach(__v => __obj.updateDynamic(\"ScheduledActionBufferTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingInstruction]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingMetricType extends js.Any\n  object ScalingMetricType {\n    val ASGAverageCPUUtilization = \"ASGAverageCPUUtilization\".asInstanceOf[ScalingMetricType]\n    val ASGAverageNetworkIn = \"ASGAverageNetworkIn\".asInstanceOf[ScalingMetricType]\n    val ASGAverageNetworkOut = \"ASGAverageNetworkOut\".asInstanceOf[ScalingMetricType]\n    val DynamoDBReadCapacityUtilization = \"DynamoDBReadCapacityUtilization\".asInstanceOf[ScalingMetricType]\n    val DynamoDBWriteCapacityUtilization = \"DynamoDBWriteCapacityUtilization\".asInstanceOf[ScalingMetricType]\n    val ECSServiceAverageCPUUtilization = \"ECSServiceAverageCPUUtilization\".asInstanceOf[ScalingMetricType]\n    val ECSServiceAverageMemoryUtilization = \"ECSServiceAverageMemoryUtilization\".asInstanceOf[ScalingMetricType]\n    val ALBRequestCountPerTarget = \"ALBRequestCountPerTarget\".asInstanceOf[ScalingMetricType]\n    val RDSReaderAverageCPUUtilization = \"RDSReaderAverageCPUUtilization\".asInstanceOf[ScalingMetricType]\n    val RDSReaderAverageDatabaseConnections = \"RDSReaderAverageDatabaseConnections\".asInstanceOf[ScalingMetricType]\n    val EC2SpotFleetRequestAverageCPUUtilization = \"EC2SpotFleetRequestAverageCPUUtilization\".asInstanceOf[ScalingMetricType]\n    val EC2SpotFleetRequestAverageNetworkIn = \"EC2SpotFleetRequestAverageNetworkIn\".asInstanceOf[ScalingMetricType]\n    val EC2SpotFleetRequestAverageNetworkOut = \"EC2SpotFleetRequestAverageNetworkOut\".asInstanceOf[ScalingMetricType]\n\n    @inline def values = js.Array(\n      ASGAverageCPUUtilization,\n      ASGAverageNetworkIn,\n      ASGAverageNetworkOut,\n      DynamoDBReadCapacityUtilization,\n      DynamoDBWriteCapacityUtilization,\n      ECSServiceAverageCPUUtilization,\n      ECSServiceAverageMemoryUtilization,\n      ALBRequestCountPerTarget,\n      RDSReaderAverageCPUUtilization,\n      RDSReaderAverageDatabaseConnections,\n      EC2SpotFleetRequestAverageCPUUtilization,\n      EC2SpotFleetRequestAverageNetworkIn,\n      EC2SpotFleetRequestAverageNetworkOut\n    )\n  }\n\n  \/** Represents a scaling plan.\n    *\/\n  @js.native\n  trait ScalingPlan extends js.Object {\n    var ApplicationSource: ApplicationSource\n    var ScalingInstructions: ScalingInstructions\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n    var StatusCode: ScalingPlanStatusCode\n    var CreationTime: js.UndefOr[TimestampType]\n    var StatusMessage: js.UndefOr[XmlString]\n    var StatusStartTime: js.UndefOr[TimestampType]\n  }\n\n  object ScalingPlan {\n    @inline\n    def apply(\n        ApplicationSource: ApplicationSource,\n        ScalingInstructions: ScalingInstructions,\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion,\n        StatusCode: ScalingPlanStatusCode,\n        CreationTime: js.UndefOr[TimestampType] = js.undefined,\n        StatusMessage: js.UndefOr[XmlString] = js.undefined,\n        StatusStartTime: js.UndefOr[TimestampType] = js.undefined\n    ): ScalingPlan = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationSource\" -> ApplicationSource.asInstanceOf[js.Any],\n        \"ScalingInstructions\" -> ScalingInstructions.asInstanceOf[js.Any],\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any],\n        \"StatusCode\" -> StatusCode.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      StatusStartTime.foreach(__v => __obj.updateDynamic(\"StatusStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingPlan]\n    }\n  }\n\n  \/** Represents a scalable resource.\n    *\/\n  @js.native\n  trait ScalingPlanResource extends js.Object {\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n    var ScalingStatusCode: ScalingStatusCode\n    var ServiceNamespace: ServiceNamespace\n    var ScalingPolicies: js.UndefOr[ScalingPolicies]\n    var ScalingStatusMessage: js.UndefOr[XmlString]\n  }\n\n  object ScalingPlanResource {\n    @inline\n    def apply(\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion,\n        ScalingStatusCode: ScalingStatusCode,\n        ServiceNamespace: ServiceNamespace,\n        ScalingPolicies: js.UndefOr[ScalingPolicies] = js.undefined,\n        ScalingStatusMessage: js.UndefOr[XmlString] = js.undefined\n    ): ScalingPlanResource = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any],\n        \"ScalingStatusCode\" -> ScalingStatusCode.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      ScalingPolicies.foreach(__v => __obj.updateDynamic(\"ScalingPolicies\")(__v.asInstanceOf[js.Any]))\n      ScalingStatusMessage.foreach(__v => __obj.updateDynamic(\"ScalingStatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingPlanResource]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingPlanStatusCode extends js.Any\n  object ScalingPlanStatusCode {\n    val Active = \"Active\".asInstanceOf[ScalingPlanStatusCode]\n    val ActiveWithProblems = \"ActiveWithProblems\".asInstanceOf[ScalingPlanStatusCode]\n    val CreationInProgress = \"CreationInProgress\".asInstanceOf[ScalingPlanStatusCode]\n    val CreationFailed = \"CreationFailed\".asInstanceOf[ScalingPlanStatusCode]\n    val DeletionInProgress = \"DeletionInProgress\".asInstanceOf[ScalingPlanStatusCode]\n    val DeletionFailed = \"DeletionFailed\".asInstanceOf[ScalingPlanStatusCode]\n    val UpdateInProgress = \"UpdateInProgress\".asInstanceOf[ScalingPlanStatusCode]\n    val UpdateFailed = \"UpdateFailed\".asInstanceOf[ScalingPlanStatusCode]\n\n    @inline def values = js.Array(Active, ActiveWithProblems, CreationInProgress, CreationFailed, DeletionInProgress, DeletionFailed, UpdateInProgress, UpdateFailed)\n  }\n\n  \/** Represents a scaling policy.\n    *\/\n  @js.native\n  trait ScalingPolicy extends js.Object {\n    var PolicyName: PolicyName\n    var PolicyType: PolicyType\n    var TargetTrackingConfiguration: js.UndefOr[TargetTrackingConfiguration]\n  }\n\n  object ScalingPolicy {\n    @inline\n    def apply(\n        PolicyName: PolicyName,\n        PolicyType: PolicyType,\n        TargetTrackingConfiguration: js.UndefOr[TargetTrackingConfiguration] = js.undefined\n    ): ScalingPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any]\n      )\n\n      TargetTrackingConfiguration.foreach(__v => __obj.updateDynamic(\"TargetTrackingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingPolicy]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingPolicyUpdateBehavior extends js.Any\n  object ScalingPolicyUpdateBehavior {\n    val KeepExternalPolicies = \"KeepExternalPolicies\".asInstanceOf[ScalingPolicyUpdateBehavior]\n    val ReplaceExternalPolicies = \"ReplaceExternalPolicies\".asInstanceOf[ScalingPolicyUpdateBehavior]\n\n    @inline def values = js.Array(KeepExternalPolicies, ReplaceExternalPolicies)\n  }\n\n  @js.native\n  sealed trait ScalingStatusCode extends js.Any\n  object ScalingStatusCode {\n    val Inactive = \"Inactive\".asInstanceOf[ScalingStatusCode]\n    val PartiallyActive = \"PartiallyActive\".asInstanceOf[ScalingStatusCode]\n    val Active = \"Active\".asInstanceOf[ScalingStatusCode]\n\n    @inline def values = js.Array(Inactive, PartiallyActive, Active)\n  }\n\n  @js.native\n  sealed trait ServiceNamespace extends js.Any\n  object ServiceNamespace {\n    val autoscaling = \"autoscaling\".asInstanceOf[ServiceNamespace]\n    val ecs = \"ecs\".asInstanceOf[ServiceNamespace]\n    val ec2 = \"ec2\".asInstanceOf[ServiceNamespace]\n    val rds = \"rds\".asInstanceOf[ServiceNamespace]\n    val dynamodb = \"dynamodb\".asInstanceOf[ServiceNamespace]\n\n    @inline def values = js.Array(autoscaling, ecs, ec2, rds, dynamodb)\n  }\n\n  \/** Represents a tag.\n    *\/\n  @js.native\n  trait TagFilter extends js.Object {\n    var Key: js.UndefOr[XmlStringMaxLen128]\n    var Values: js.UndefOr[TagValues]\n  }\n\n  object TagFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[XmlStringMaxLen128] = js.undefined,\n        Values: js.UndefOr[TagValues] = js.undefined\n    ): TagFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagFilter]\n    }\n  }\n\n  \/** Describes a target tracking configuration to use with AWS Auto Scaling. Used with <a>ScalingInstruction<\/a> and <a>ScalingPolicy<\/a>.\n    *\/\n  @js.native\n  trait TargetTrackingConfiguration extends js.Object {\n    var TargetValue: MetricScale\n    var CustomizedScalingMetricSpecification: js.UndefOr[CustomizedScalingMetricSpecification]\n    var DisableScaleIn: js.UndefOr[DisableScaleIn]\n    var EstimatedInstanceWarmup: js.UndefOr[Cooldown]\n    var PredefinedScalingMetricSpecification: js.UndefOr[PredefinedScalingMetricSpecification]\n    var ScaleInCooldown: js.UndefOr[Cooldown]\n    var ScaleOutCooldown: js.UndefOr[Cooldown]\n  }\n\n  object TargetTrackingConfiguration {\n    @inline\n    def apply(\n        TargetValue: MetricScale,\n        CustomizedScalingMetricSpecification: js.UndefOr[CustomizedScalingMetricSpecification] = js.undefined,\n        DisableScaleIn: js.UndefOr[DisableScaleIn] = js.undefined,\n        EstimatedInstanceWarmup: js.UndefOr[Cooldown] = js.undefined,\n        PredefinedScalingMetricSpecification: js.UndefOr[PredefinedScalingMetricSpecification] = js.undefined,\n        ScaleInCooldown: js.UndefOr[Cooldown] = js.undefined,\n        ScaleOutCooldown: js.UndefOr[Cooldown] = js.undefined\n    ): TargetTrackingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"TargetValue\" -> TargetValue.asInstanceOf[js.Any]\n      )\n\n      CustomizedScalingMetricSpecification.foreach(__v => __obj.updateDynamic(\"CustomizedScalingMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      DisableScaleIn.foreach(__v => __obj.updateDynamic(\"DisableScaleIn\")(__v.asInstanceOf[js.Any]))\n      EstimatedInstanceWarmup.foreach(__v => __obj.updateDynamic(\"EstimatedInstanceWarmup\")(__v.asInstanceOf[js.Any]))\n      PredefinedScalingMetricSpecification.foreach(__v => __obj.updateDynamic(\"PredefinedScalingMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      ScaleInCooldown.foreach(__v => __obj.updateDynamic(\"ScaleInCooldown\")(__v.asInstanceOf[js.Any]))\n      ScaleOutCooldown.foreach(__v => __obj.updateDynamic(\"ScaleOutCooldown\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetTrackingConfiguration]\n    }\n  }\n\n  @js.native\n  trait UpdateScalingPlanRequest extends js.Object {\n    var ScalingPlanName: ScalingPlanName\n    var ScalingPlanVersion: ScalingPlanVersion\n    var ApplicationSource: js.UndefOr[ApplicationSource]\n    var ScalingInstructions: js.UndefOr[ScalingInstructions]\n  }\n\n  object UpdateScalingPlanRequest {\n    @inline\n    def apply(\n        ScalingPlanName: ScalingPlanName,\n        ScalingPlanVersion: ScalingPlanVersion,\n        ApplicationSource: js.UndefOr[ApplicationSource] = js.undefined,\n        ScalingInstructions: js.UndefOr[ScalingInstructions] = js.undefined\n    ): UpdateScalingPlanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingPlanName\" -> ScalingPlanName.asInstanceOf[js.Any],\n        \"ScalingPlanVersion\" -> ScalingPlanVersion.asInstanceOf[js.Any]\n      )\n\n      ApplicationSource.foreach(__v => __obj.updateDynamic(\"ApplicationSource\")(__v.asInstanceOf[js.Any]))\n      ScalingInstructions.foreach(__v => __obj.updateDynamic(\"ScalingInstructions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateScalingPlanRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateScalingPlanResponse extends js.Object\n\n  object UpdateScalingPlanResponse {\n    @inline\n    def apply(): UpdateScalingPlanResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateScalingPlanResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/Response.scala","text":"<gh_stars>10-100\npackage facade.amazonaws\n\nimport scala.scalajs.js\n\n@js.native\ntrait Response[T <: js.Object] extends js.Object {\n  val error: Error = js.native\n  val data: T = js.native\n  val request: Request[T] = js.native\n\n  def hasNextPage(): Boolean = js.native\n\n  def nextPage(): Request[T] = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/elasticinference\/src\/main\/scala\/facade\/amazonaws\/services\/ElasticInference.scala","text":"<filename>services\/elasticinference\/src\/main\/scala\/facade\/amazonaws\/services\/ElasticInference.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object elasticinference {\n  type AcceleratorHealthStatus = String\n  type AcceleratorId = String\n  type AcceleratorIdList = js.Array[AcceleratorId]\n  type AcceleratorTypeList = js.Array[AcceleratorType]\n  type AcceleratorTypeName = String\n  type AcceleratorTypeNameList = js.Array[AcceleratorTypeName]\n  type AcceleratorTypeOfferingList = js.Array[AcceleratorTypeOffering]\n  type AvailabilityZone = String\n  type ElasticInferenceAcceleratorSet = js.Array[ElasticInferenceAccelerator]\n  type FilterList = js.Array[Filter]\n  type FilterName = String\n  type Key = String\n  type Location = String\n  type MaxResults = Int\n  type NextToken = String\n  type ResourceARN = String\n  type ResourceArn = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type ThroughputInfoList = js.Array[KeyValuePair]\n  type Value = Int\n  type ValueStringList = js.Array[String]\n\n  implicit final class ElasticInferenceOps(private val service: ElasticInference) extends AnyVal {\n\n    @inline def describeAcceleratorOfferingsFuture(params: DescribeAcceleratorOfferingsRequest): Future[DescribeAcceleratorOfferingsResponse] = service.describeAcceleratorOfferings(params).promise().toFuture\n    @inline def describeAcceleratorTypesFuture(params: DescribeAcceleratorTypesRequest): Future[DescribeAcceleratorTypesResponse] = service.describeAcceleratorTypes(params).promise().toFuture\n    @inline def describeAcceleratorsFuture(params: DescribeAcceleratorsRequest): Future[DescribeAcceleratorsResponse] = service.describeAccelerators(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResult] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResult] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResult] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage elasticinference {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/elasticinference\", JSImport.Namespace, \"AWS.ElasticInference\")\n  class ElasticInference() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeAcceleratorOfferings(params: DescribeAcceleratorOfferingsRequest): Request[DescribeAcceleratorOfferingsResponse] = js.native\n    def describeAcceleratorTypes(params: DescribeAcceleratorTypesRequest): Request[DescribeAcceleratorTypesResponse] = js.native\n    def describeAccelerators(params: DescribeAcceleratorsRequest): Request[DescribeAcceleratorsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResult] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResult] = js.native\n  }\n\n  \/** The details of an Elastic Inference Accelerator type.\n    *\/\n  @js.native\n  trait AcceleratorType extends js.Object {\n    var acceleratorTypeName: js.UndefOr[AcceleratorTypeName]\n    var memoryInfo: js.UndefOr[MemoryInfo]\n    var throughputInfo: js.UndefOr[ThroughputInfoList]\n  }\n\n  object AcceleratorType {\n    @inline\n    def apply(\n        acceleratorTypeName: js.UndefOr[AcceleratorTypeName] = js.undefined,\n        memoryInfo: js.UndefOr[MemoryInfo] = js.undefined,\n        throughputInfo: js.UndefOr[ThroughputInfoList] = js.undefined\n    ): AcceleratorType = {\n      val __obj = js.Dynamic.literal()\n      acceleratorTypeName.foreach(__v => __obj.updateDynamic(\"acceleratorTypeName\")(__v.asInstanceOf[js.Any]))\n      memoryInfo.foreach(__v => __obj.updateDynamic(\"memoryInfo\")(__v.asInstanceOf[js.Any]))\n      throughputInfo.foreach(__v => __obj.updateDynamic(\"throughputInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceleratorType]\n    }\n  }\n\n  \/** The offering for an Elastic Inference Accelerator type.\n    *\/\n  @js.native\n  trait AcceleratorTypeOffering extends js.Object {\n    var acceleratorType: js.UndefOr[AcceleratorTypeName]\n    var location: js.UndefOr[Location]\n    var locationType: js.UndefOr[LocationType]\n  }\n\n  object AcceleratorTypeOffering {\n    @inline\n    def apply(\n        acceleratorType: js.UndefOr[AcceleratorTypeName] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined,\n        locationType: js.UndefOr[LocationType] = js.undefined\n    ): AcceleratorTypeOffering = {\n      val __obj = js.Dynamic.literal()\n      acceleratorType.foreach(__v => __obj.updateDynamic(\"acceleratorType\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      locationType.foreach(__v => __obj.updateDynamic(\"locationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceleratorTypeOffering]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorOfferingsRequest extends js.Object {\n    var locationType: LocationType\n    var acceleratorTypes: js.UndefOr[AcceleratorTypeNameList]\n  }\n\n  object DescribeAcceleratorOfferingsRequest {\n    @inline\n    def apply(\n        locationType: LocationType,\n        acceleratorTypes: js.UndefOr[AcceleratorTypeNameList] = js.undefined\n    ): DescribeAcceleratorOfferingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"locationType\" -> locationType.asInstanceOf[js.Any]\n      )\n\n      acceleratorTypes.foreach(__v => __obj.updateDynamic(\"acceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAcceleratorOfferingsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorOfferingsResponse extends js.Object {\n    var acceleratorTypeOfferings: js.UndefOr[AcceleratorTypeOfferingList]\n  }\n\n  object DescribeAcceleratorOfferingsResponse {\n    @inline\n    def apply(\n        acceleratorTypeOfferings: js.UndefOr[AcceleratorTypeOfferingList] = js.undefined\n    ): DescribeAcceleratorOfferingsResponse = {\n      val __obj = js.Dynamic.literal()\n      acceleratorTypeOfferings.foreach(__v => __obj.updateDynamic(\"acceleratorTypeOfferings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAcceleratorOfferingsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorTypesRequest extends js.Object\n\n  object DescribeAcceleratorTypesRequest {\n    @inline\n    def apply(): DescribeAcceleratorTypesRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeAcceleratorTypesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorTypesResponse extends js.Object {\n    var acceleratorTypes: js.UndefOr[AcceleratorTypeList]\n  }\n\n  object DescribeAcceleratorTypesResponse {\n    @inline\n    def apply(\n        acceleratorTypes: js.UndefOr[AcceleratorTypeList] = js.undefined\n    ): DescribeAcceleratorTypesResponse = {\n      val __obj = js.Dynamic.literal()\n      acceleratorTypes.foreach(__v => __obj.updateDynamic(\"acceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAcceleratorTypesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorsRequest extends js.Object {\n    var acceleratorIds: js.UndefOr[AcceleratorIdList]\n    var filters: js.UndefOr[FilterList]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAcceleratorsRequest {\n    @inline\n    def apply(\n        acceleratorIds: js.UndefOr[AcceleratorIdList] = js.undefined,\n        filters: js.UndefOr[FilterList] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAcceleratorsRequest = {\n      val __obj = js.Dynamic.literal()\n      acceleratorIds.foreach(__v => __obj.updateDynamic(\"acceleratorIds\")(__v.asInstanceOf[js.Any]))\n      filters.foreach(__v => __obj.updateDynamic(\"filters\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAcceleratorsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAcceleratorsResponse extends js.Object {\n    var acceleratorSet: js.UndefOr[ElasticInferenceAcceleratorSet]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAcceleratorsResponse {\n    @inline\n    def apply(\n        acceleratorSet: js.UndefOr[ElasticInferenceAcceleratorSet] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAcceleratorsResponse = {\n      val __obj = js.Dynamic.literal()\n      acceleratorSet.foreach(__v => __obj.updateDynamic(\"acceleratorSet\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAcceleratorsResponse]\n    }\n  }\n\n  \/** The details of an Elastic Inference Accelerator.\n    *\/\n  @js.native\n  trait ElasticInferenceAccelerator extends js.Object {\n    var acceleratorHealth: js.UndefOr[ElasticInferenceAcceleratorHealth]\n    var acceleratorId: js.UndefOr[AcceleratorId]\n    var acceleratorType: js.UndefOr[AcceleratorTypeName]\n    var attachedResource: js.UndefOr[ResourceArn]\n    var availabilityZone: js.UndefOr[AvailabilityZone]\n  }\n\n  object ElasticInferenceAccelerator {\n    @inline\n    def apply(\n        acceleratorHealth: js.UndefOr[ElasticInferenceAcceleratorHealth] = js.undefined,\n        acceleratorId: js.UndefOr[AcceleratorId] = js.undefined,\n        acceleratorType: js.UndefOr[AcceleratorTypeName] = js.undefined,\n        attachedResource: js.UndefOr[ResourceArn] = js.undefined,\n        availabilityZone: js.UndefOr[AvailabilityZone] = js.undefined\n    ): ElasticInferenceAccelerator = {\n      val __obj = js.Dynamic.literal()\n      acceleratorHealth.foreach(__v => __obj.updateDynamic(\"acceleratorHealth\")(__v.asInstanceOf[js.Any]))\n      acceleratorId.foreach(__v => __obj.updateDynamic(\"acceleratorId\")(__v.asInstanceOf[js.Any]))\n      acceleratorType.foreach(__v => __obj.updateDynamic(\"acceleratorType\")(__v.asInstanceOf[js.Any]))\n      attachedResource.foreach(__v => __obj.updateDynamic(\"attachedResource\")(__v.asInstanceOf[js.Any]))\n      availabilityZone.foreach(__v => __obj.updateDynamic(\"availabilityZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticInferenceAccelerator]\n    }\n  }\n\n  \/** The health details of an Elastic Inference Accelerator.\n    *\/\n  @js.native\n  trait ElasticInferenceAcceleratorHealth extends js.Object {\n    var status: js.UndefOr[AcceleratorHealthStatus]\n  }\n\n  object ElasticInferenceAcceleratorHealth {\n    @inline\n    def apply(\n        status: js.UndefOr[AcceleratorHealthStatus] = js.undefined\n    ): ElasticInferenceAcceleratorHealth = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticInferenceAcceleratorHealth]\n    }\n  }\n\n  \/** A filter expression for the Elastic Inference Accelerator list.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var name: js.UndefOr[FilterName]\n    var values: js.UndefOr[ValueStringList]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        name: js.UndefOr[FilterName] = js.undefined,\n        values: js.UndefOr[ValueStringList] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** A throughput entry for an Elastic Inference Accelerator type.\n    *\/\n  @js.native\n  trait KeyValuePair extends js.Object {\n    var key: js.UndefOr[Key]\n    var value: js.UndefOr[Value]\n  }\n\n  object KeyValuePair {\n    @inline\n    def apply(\n        key: js.UndefOr[Key] = js.undefined,\n        value: js.UndefOr[Value] = js.undefined\n    ): KeyValuePair = {\n      val __obj = js.Dynamic.literal()\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyValuePair]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ResourceARN\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceARN\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResult extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResult {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResult = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResult]\n    }\n  }\n\n  @js.native\n  sealed trait LocationType extends js.Any\n  object LocationType {\n    val region = \"region\".asInstanceOf[LocationType]\n    val `availability-zone` = \"availability-zone\".asInstanceOf[LocationType]\n    val `availability-zone-id` = \"availability-zone-id\".asInstanceOf[LocationType]\n\n    @inline def values = js.Array(region, `availability-zone`, `availability-zone-id`)\n  }\n\n  \/** The memory information of an Elastic Inference Accelerator type.\n    *\/\n  @js.native\n  trait MemoryInfo extends js.Object {\n    var sizeInMiB: js.UndefOr[Int]\n  }\n\n  object MemoryInfo {\n    @inline\n    def apply(\n        sizeInMiB: js.UndefOr[Int] = js.undefined\n    ): MemoryInfo = {\n      val __obj = js.Dynamic.literal()\n      sizeInMiB.foreach(__v => __obj.updateDynamic(\"sizeInMiB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemoryInfo]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ResourceARN\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceARN,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResult extends js.Object\n\n  object TagResourceResult {\n    @inline\n    def apply(): TagResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResult]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ResourceARN\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceARN,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResult extends js.Object\n\n  object UntagResourceResult {\n    @inline\n    def apply(): UntagResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResult]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"all\/src\/main\/scala\/facade\/amazonaws\/package.scala","text":"package facade\n\npackage object amazonaws {\n  implicit final class AWSExtensionMethods(private val aws: AWS.type) extends AnyVal {\n    def config_=(config: AWSConfig): Unit = {\n      aws.config = config match {\n        case global: AWSConfigWithServicesDefault => global\n        case _                                    => config.asInstanceOf[AWSConfigWithServicesDefault]\n      }\n    }\n\n    type AccessAnalyzer = services.accessanalyzer.AccessAnalyzer\n    def AccessAnalyzer(): services.accessanalyzer.AccessAnalyzer = new services.accessanalyzer.AccessAnalyzer()\n    def AccessAnalyzer(config: AWSConfig): services.accessanalyzer.AccessAnalyzer = new services.accessanalyzer.AccessAnalyzer(config)\n\n    type ACM = services.acm.ACM\n    def ACM(): services.acm.ACM = new services.acm.ACM()\n    def ACM(config: AWSConfig): services.acm.ACM = new services.acm.ACM(config)\n\n    type ACMPCA = services.acmpca.ACMPCA\n    def ACMPCA(): services.acmpca.ACMPCA = new services.acmpca.ACMPCA()\n    def ACMPCA(config: AWSConfig): services.acmpca.ACMPCA = new services.acmpca.ACMPCA(config)\n\n    type AlexaForBusiness = services.alexaforbusiness.AlexaForBusiness\n    def AlexaForBusiness(): services.alexaforbusiness.AlexaForBusiness = new services.alexaforbusiness.AlexaForBusiness()\n    def AlexaForBusiness(config: AWSConfig): services.alexaforbusiness.AlexaForBusiness = new services.alexaforbusiness.AlexaForBusiness(config)\n\n    type Amp = services.amp.Amp\n    def Amp(): services.amp.Amp = new services.amp.Amp()\n    def Amp(config: AWSConfig): services.amp.Amp = new services.amp.Amp(config)\n\n    type Amplify = services.amplify.Amplify\n    def Amplify(): services.amplify.Amplify = new services.amplify.Amplify()\n    def Amplify(config: AWSConfig): services.amplify.Amplify = new services.amplify.Amplify(config)\n\n    type AmplifyBackend = services.amplifybackend.AmplifyBackend\n    def AmplifyBackend(): services.amplifybackend.AmplifyBackend = new services.amplifybackend.AmplifyBackend()\n    def AmplifyBackend(config: AWSConfig): services.amplifybackend.AmplifyBackend = new services.amplifybackend.AmplifyBackend(config)\n\n    type APIGateway = services.apigateway.APIGateway\n    def APIGateway(): services.apigateway.APIGateway = new services.apigateway.APIGateway()\n    def APIGateway(config: AWSConfig): services.apigateway.APIGateway = new services.apigateway.APIGateway(config)\n\n    type ApiGatewayManagementApi = services.apigatewaymanagementapi.ApiGatewayManagementApi\n    def ApiGatewayManagementApi(): services.apigatewaymanagementapi.ApiGatewayManagementApi = new services.apigatewaymanagementapi.ApiGatewayManagementApi()\n    def ApiGatewayManagementApi(config: AWSConfig): services.apigatewaymanagementapi.ApiGatewayManagementApi = new services.apigatewaymanagementapi.ApiGatewayManagementApi(config)\n\n    type ApiGatewayV2 = services.apigatewayv2.ApiGatewayV2\n    def ApiGatewayV2(): services.apigatewayv2.ApiGatewayV2 = new services.apigatewayv2.ApiGatewayV2()\n    def ApiGatewayV2(config: AWSConfig): services.apigatewayv2.ApiGatewayV2 = new services.apigatewayv2.ApiGatewayV2(config)\n\n    type AppConfig = services.appconfig.AppConfig\n    def AppConfig(): services.appconfig.AppConfig = new services.appconfig.AppConfig()\n    def AppConfig(config: AWSConfig): services.appconfig.AppConfig = new services.appconfig.AppConfig(config)\n\n    type Appflow = services.appflow.Appflow\n    def Appflow(): services.appflow.Appflow = new services.appflow.Appflow()\n    def Appflow(config: AWSConfig): services.appflow.Appflow = new services.appflow.Appflow(config)\n\n    type AppIntegrations = services.appintegrations.AppIntegrations\n    def AppIntegrations(): services.appintegrations.AppIntegrations = new services.appintegrations.AppIntegrations()\n    def AppIntegrations(config: AWSConfig): services.appintegrations.AppIntegrations = new services.appintegrations.AppIntegrations(config)\n\n    type ApplicationAutoScaling = services.applicationautoscaling.ApplicationAutoScaling\n    def ApplicationAutoScaling(): services.applicationautoscaling.ApplicationAutoScaling = new services.applicationautoscaling.ApplicationAutoScaling()\n    def ApplicationAutoScaling(config: AWSConfig): services.applicationautoscaling.ApplicationAutoScaling = new services.applicationautoscaling.ApplicationAutoScaling(config)\n\n    type ApplicationInsights = services.applicationinsights.ApplicationInsights\n    def ApplicationInsights(): services.applicationinsights.ApplicationInsights = new services.applicationinsights.ApplicationInsights()\n    def ApplicationInsights(config: AWSConfig): services.applicationinsights.ApplicationInsights = new services.applicationinsights.ApplicationInsights(config)\n\n    type AppMesh = services.appmesh.AppMesh\n    def AppMesh(): services.appmesh.AppMesh = new services.appmesh.AppMesh()\n    def AppMesh(config: AWSConfig): services.appmesh.AppMesh = new services.appmesh.AppMesh(config)\n\n    type AppStream = services.appstream.AppStream\n    def AppStream(): services.appstream.AppStream = new services.appstream.AppStream()\n    def AppStream(config: AWSConfig): services.appstream.AppStream = new services.appstream.AppStream(config)\n\n    type AppSync = services.appsync.AppSync\n    def AppSync(): services.appsync.AppSync = new services.appsync.AppSync()\n    def AppSync(config: AWSConfig): services.appsync.AppSync = new services.appsync.AppSync(config)\n\n    type Athena = services.athena.Athena\n    def Athena(): services.athena.Athena = new services.athena.Athena()\n    def Athena(config: AWSConfig): services.athena.Athena = new services.athena.Athena(config)\n\n    type AuditManager = services.auditmanager.AuditManager\n    def AuditManager(): services.auditmanager.AuditManager = new services.auditmanager.AuditManager()\n    def AuditManager(config: AWSConfig): services.auditmanager.AuditManager = new services.auditmanager.AuditManager(config)\n\n    type AutoScaling = services.autoscaling.AutoScaling\n    def AutoScaling(): services.autoscaling.AutoScaling = new services.autoscaling.AutoScaling()\n    def AutoScaling(config: AWSConfig): services.autoscaling.AutoScaling = new services.autoscaling.AutoScaling(config)\n\n    type AutoScalingPlans = services.autoscalingplans.AutoScalingPlans\n    def AutoScalingPlans(): services.autoscalingplans.AutoScalingPlans = new services.autoscalingplans.AutoScalingPlans()\n    def AutoScalingPlans(config: AWSConfig): services.autoscalingplans.AutoScalingPlans = new services.autoscalingplans.AutoScalingPlans(config)\n\n    type MigrationHub = services.migrationhub.MigrationHub\n    def MigrationHub(): services.migrationhub.MigrationHub = new services.migrationhub.MigrationHub()\n    def MigrationHub(config: AWSConfig): services.migrationhub.MigrationHub = new services.migrationhub.MigrationHub(config)\n\n    type Backup = services.backup.Backup\n    def Backup(): services.backup.Backup = new services.backup.Backup()\n    def Backup(config: AWSConfig): services.backup.Backup = new services.backup.Backup(config)\n\n    type Batch = services.batch.Batch\n    def Batch(): services.batch.Batch = new services.batch.Batch()\n    def Batch(config: AWSConfig): services.batch.Batch = new services.batch.Batch(config)\n\n    type Braket = services.braket.Braket\n    def Braket(): services.braket.Braket = new services.braket.Braket()\n    def Braket(config: AWSConfig): services.braket.Braket = new services.braket.Braket(config)\n\n    type BudgetsService = services.budgetsservice.BudgetsService\n    def BudgetsService(): services.budgetsservice.BudgetsService = new services.budgetsservice.BudgetsService()\n    def BudgetsService(config: AWSConfig): services.budgetsservice.BudgetsService = new services.budgetsservice.BudgetsService(config)\n\n    type CostExplorer = services.costexplorer.CostExplorer\n    def CostExplorer(): services.costexplorer.CostExplorer = new services.costexplorer.CostExplorer()\n    def CostExplorer(config: AWSConfig): services.costexplorer.CostExplorer = new services.costexplorer.CostExplorer(config)\n\n    type Chime = services.chime.Chime\n    def Chime(): services.chime.Chime = new services.chime.Chime()\n    def Chime(config: AWSConfig): services.chime.Chime = new services.chime.Chime(config)\n\n    type Cloud9 = services.cloud9.Cloud9\n    def Cloud9(): services.cloud9.Cloud9 = new services.cloud9.Cloud9()\n    def Cloud9(config: AWSConfig): services.cloud9.Cloud9 = new services.cloud9.Cloud9(config)\n\n    type CloudDirectory = services.clouddirectory.CloudDirectory\n    def CloudDirectory(): services.clouddirectory.CloudDirectory = new services.clouddirectory.CloudDirectory()\n    def CloudDirectory(config: AWSConfig): services.clouddirectory.CloudDirectory = new services.clouddirectory.CloudDirectory(config)\n\n    type CloudFormation = services.cloudformation.CloudFormation\n    def CloudFormation(): services.cloudformation.CloudFormation = new services.cloudformation.CloudFormation()\n    def CloudFormation(config: AWSConfig): services.cloudformation.CloudFormation = new services.cloudformation.CloudFormation(config)\n\n    type CloudFront = services.cloudfront.CloudFront\n    def CloudFront(): services.cloudfront.CloudFront = new services.cloudfront.CloudFront()\n    def CloudFront(config: AWSConfig): services.cloudfront.CloudFront = new services.cloudfront.CloudFront(config)\n\n    type CloudHSM = services.cloudhsm.CloudHSM\n    def CloudHSM(): services.cloudhsm.CloudHSM = new services.cloudhsm.CloudHSM()\n    def CloudHSM(config: AWSConfig): services.cloudhsm.CloudHSM = new services.cloudhsm.CloudHSM(config)\n\n    type CloudHSMV2 = services.cloudhsmv2.CloudHSMV2\n    def CloudHSMV2(): services.cloudhsmv2.CloudHSMV2 = new services.cloudhsmv2.CloudHSMV2()\n    def CloudHSMV2(config: AWSConfig): services.cloudhsmv2.CloudHSMV2 = new services.cloudhsmv2.CloudHSMV2(config)\n\n    type CloudSearch = services.cloudsearch.CloudSearch\n    def CloudSearch(): services.cloudsearch.CloudSearch = new services.cloudsearch.CloudSearch()\n    def CloudSearch(config: AWSConfig): services.cloudsearch.CloudSearch = new services.cloudsearch.CloudSearch(config)\n\n    type CloudSearchDomain = services.cloudsearchdomain.CloudSearchDomain\n    def CloudSearchDomain(): services.cloudsearchdomain.CloudSearchDomain = new services.cloudsearchdomain.CloudSearchDomain()\n    def CloudSearchDomain(config: AWSConfig): services.cloudsearchdomain.CloudSearchDomain = new services.cloudsearchdomain.CloudSearchDomain(config)\n\n    type CloudTrail = services.cloudtrail.CloudTrail\n    def CloudTrail(): services.cloudtrail.CloudTrail = new services.cloudtrail.CloudTrail()\n    def CloudTrail(config: AWSConfig): services.cloudtrail.CloudTrail = new services.cloudtrail.CloudTrail(config)\n\n    type CodeArtifact = services.codeartifact.CodeArtifact\n    def CodeArtifact(): services.codeartifact.CodeArtifact = new services.codeartifact.CodeArtifact()\n    def CodeArtifact(config: AWSConfig): services.codeartifact.CodeArtifact = new services.codeartifact.CodeArtifact(config)\n\n    type CodeBuild = services.codebuild.CodeBuild\n    def CodeBuild(): services.codebuild.CodeBuild = new services.codebuild.CodeBuild()\n    def CodeBuild(config: AWSConfig): services.codebuild.CodeBuild = new services.codebuild.CodeBuild(config)\n\n    type CodeCommit = services.codecommit.CodeCommit\n    def CodeCommit(): services.codecommit.CodeCommit = new services.codecommit.CodeCommit()\n    def CodeCommit(config: AWSConfig): services.codecommit.CodeCommit = new services.codecommit.CodeCommit(config)\n\n    type CodeDeploy = services.codedeploy.CodeDeploy\n    def CodeDeploy(): services.codedeploy.CodeDeploy = new services.codedeploy.CodeDeploy()\n    def CodeDeploy(config: AWSConfig): services.codedeploy.CodeDeploy = new services.codedeploy.CodeDeploy(config)\n\n    type CodeGuruReviewer = services.codegurureviewer.CodeGuruReviewer\n    def CodeGuruReviewer(): services.codegurureviewer.CodeGuruReviewer = new services.codegurureviewer.CodeGuruReviewer()\n    def CodeGuruReviewer(config: AWSConfig): services.codegurureviewer.CodeGuruReviewer = new services.codegurureviewer.CodeGuruReviewer(config)\n\n    type CodeGuruProfiler = services.codeguruprofiler.CodeGuruProfiler\n    def CodeGuruProfiler(): services.codeguruprofiler.CodeGuruProfiler = new services.codeguruprofiler.CodeGuruProfiler()\n    def CodeGuruProfiler(config: AWSConfig): services.codeguruprofiler.CodeGuruProfiler = new services.codeguruprofiler.CodeGuruProfiler(config)\n\n    type CodePipeline = services.codepipeline.CodePipeline\n    def CodePipeline(): services.codepipeline.CodePipeline = new services.codepipeline.CodePipeline()\n    def CodePipeline(config: AWSConfig): services.codepipeline.CodePipeline = new services.codepipeline.CodePipeline(config)\n\n    type CodeStar = services.codestar.CodeStar\n    def CodeStar(): services.codestar.CodeStar = new services.codestar.CodeStar()\n    def CodeStar(config: AWSConfig): services.codestar.CodeStar = new services.codestar.CodeStar(config)\n\n    type CodeStarconnections = services.codestarconnections.CodeStarconnections\n    def CodeStarconnections(): services.codestarconnections.CodeStarconnections = new services.codestarconnections.CodeStarconnections()\n    def CodeStarconnections(config: AWSConfig): services.codestarconnections.CodeStarconnections = new services.codestarconnections.CodeStarconnections(config)\n\n    type CodeStarNotifications = services.codestarnotifications.CodeStarNotifications\n    def CodeStarNotifications(): services.codestarnotifications.CodeStarNotifications = new services.codestarnotifications.CodeStarNotifications()\n    def CodeStarNotifications(config: AWSConfig): services.codestarnotifications.CodeStarNotifications = new services.codestarnotifications.CodeStarNotifications(config)\n\n    type CognitoIdentity = services.cognitoidentity.CognitoIdentity\n    def CognitoIdentity(): services.cognitoidentity.CognitoIdentity = new services.cognitoidentity.CognitoIdentity()\n    def CognitoIdentity(config: AWSConfig): services.cognitoidentity.CognitoIdentity = new services.cognitoidentity.CognitoIdentity(config)\n\n    type CognitoIdentityProvider = services.cognitoidentityprovider.CognitoIdentityProvider\n    def CognitoIdentityProvider(): services.cognitoidentityprovider.CognitoIdentityProvider = new services.cognitoidentityprovider.CognitoIdentityProvider()\n    def CognitoIdentityProvider(config: AWSConfig): services.cognitoidentityprovider.CognitoIdentityProvider = new services.cognitoidentityprovider.CognitoIdentityProvider(config)\n\n    type CognitoSync = services.cognitosync.CognitoSync\n    def CognitoSync(): services.cognitosync.CognitoSync = new services.cognitosync.CognitoSync()\n    def CognitoSync(config: AWSConfig): services.cognitosync.CognitoSync = new services.cognitosync.CognitoSync(config)\n\n    type Comprehend = services.comprehend.Comprehend\n    def Comprehend(): services.comprehend.Comprehend = new services.comprehend.Comprehend()\n    def Comprehend(config: AWSConfig): services.comprehend.Comprehend = new services.comprehend.Comprehend(config)\n\n    type ComprehendMedical = services.comprehendmedical.ComprehendMedical\n    def ComprehendMedical(): services.comprehendmedical.ComprehendMedical = new services.comprehendmedical.ComprehendMedical()\n    def ComprehendMedical(config: AWSConfig): services.comprehendmedical.ComprehendMedical = new services.comprehendmedical.ComprehendMedical(config)\n\n    type ComputeOptimizer = services.computeoptimizer.ComputeOptimizer\n    def ComputeOptimizer(): services.computeoptimizer.ComputeOptimizer = new services.computeoptimizer.ComputeOptimizer()\n    def ComputeOptimizer(config: AWSConfig): services.computeoptimizer.ComputeOptimizer = new services.computeoptimizer.ComputeOptimizer(config)\n\n    type ConfigService = services.configservice.ConfigService\n    def ConfigService(): services.configservice.ConfigService = new services.configservice.ConfigService()\n    def ConfigService(config: AWSConfig): services.configservice.ConfigService = new services.configservice.ConfigService(config)\n\n    type Connect = services.connect.Connect\n    def Connect(): services.connect.Connect = new services.connect.Connect()\n    def Connect(config: AWSConfig): services.connect.Connect = new services.connect.Connect(config)\n\n    type ConnectContactLens = services.connectcontactlens.ConnectContactLens\n    def ConnectContactLens(): services.connectcontactlens.ConnectContactLens = new services.connectcontactlens.ConnectContactLens()\n    def ConnectContactLens(config: AWSConfig): services.connectcontactlens.ConnectContactLens = new services.connectcontactlens.ConnectContactLens(config)\n\n    type ConnectParticipant = services.connectparticipant.ConnectParticipant\n    def ConnectParticipant(): services.connectparticipant.ConnectParticipant = new services.connectparticipant.ConnectParticipant()\n    def ConnectParticipant(config: AWSConfig): services.connectparticipant.ConnectParticipant = new services.connectparticipant.ConnectParticipant(config)\n\n    type CUR = services.cur.CUR\n    def CUR(): services.cur.CUR = new services.cur.CUR()\n    def CUR(config: AWSConfig): services.cur.CUR = new services.cur.CUR(config)\n\n    type CustomerProfiles = services.customerprofiles.CustomerProfiles\n    def CustomerProfiles(): services.customerprofiles.CustomerProfiles = new services.customerprofiles.CustomerProfiles()\n    def CustomerProfiles(config: AWSConfig): services.customerprofiles.CustomerProfiles = new services.customerprofiles.CustomerProfiles(config)\n\n    type DataBrew = services.databrew.DataBrew\n    def DataBrew(): services.databrew.DataBrew = new services.databrew.DataBrew()\n    def DataBrew(config: AWSConfig): services.databrew.DataBrew = new services.databrew.DataBrew(config)\n\n    type DataExchange = services.dataexchange.DataExchange\n    def DataExchange(): services.dataexchange.DataExchange = new services.dataexchange.DataExchange()\n    def DataExchange(config: AWSConfig): services.dataexchange.DataExchange = new services.dataexchange.DataExchange(config)\n\n    type DataPipeline = services.datapipeline.DataPipeline\n    def DataPipeline(): services.datapipeline.DataPipeline = new services.datapipeline.DataPipeline()\n    def DataPipeline(config: AWSConfig): services.datapipeline.DataPipeline = new services.datapipeline.DataPipeline(config)\n\n    type DataSync = services.datasync.DataSync\n    def DataSync(): services.datasync.DataSync = new services.datasync.DataSync()\n    def DataSync(config: AWSConfig): services.datasync.DataSync = new services.datasync.DataSync(config)\n\n    type DAX = services.dax.DAX\n    def DAX(): services.dax.DAX = new services.dax.DAX()\n    def DAX(config: AWSConfig): services.dax.DAX = new services.dax.DAX(config)\n\n    type Detective = services.detective.Detective\n    def Detective(): services.detective.Detective = new services.detective.Detective()\n    def Detective(config: AWSConfig): services.detective.Detective = new services.detective.Detective(config)\n\n    type DeviceFarm = services.devicefarm.DeviceFarm\n    def DeviceFarm(): services.devicefarm.DeviceFarm = new services.devicefarm.DeviceFarm()\n    def DeviceFarm(config: AWSConfig): services.devicefarm.DeviceFarm = new services.devicefarm.DeviceFarm(config)\n\n    type DevOpsGuru = services.devopsguru.DevOpsGuru\n    def DevOpsGuru(): services.devopsguru.DevOpsGuru = new services.devopsguru.DevOpsGuru()\n    def DevOpsGuru(config: AWSConfig): services.devopsguru.DevOpsGuru = new services.devopsguru.DevOpsGuru(config)\n\n    type DirectConnect = services.directconnect.DirectConnect\n    def DirectConnect(): services.directconnect.DirectConnect = new services.directconnect.DirectConnect()\n    def DirectConnect(config: AWSConfig): services.directconnect.DirectConnect = new services.directconnect.DirectConnect(config)\n\n    type ApplicationDiscovery = services.applicationdiscovery.ApplicationDiscovery\n    def ApplicationDiscovery(): services.applicationdiscovery.ApplicationDiscovery = new services.applicationdiscovery.ApplicationDiscovery()\n    def ApplicationDiscovery(config: AWSConfig): services.applicationdiscovery.ApplicationDiscovery = new services.applicationdiscovery.ApplicationDiscovery(config)\n\n    type DLM = services.dlm.DLM\n    def DLM(): services.dlm.DLM = new services.dlm.DLM()\n    def DLM(config: AWSConfig): services.dlm.DLM = new services.dlm.DLM(config)\n\n    type DMS = services.dms.DMS\n    def DMS(): services.dms.DMS = new services.dms.DMS()\n    def DMS(config: AWSConfig): services.dms.DMS = new services.dms.DMS(config)\n\n    type DocDB = services.docdb.DocDB\n    def DocDB(): services.docdb.DocDB = new services.docdb.DocDB()\n    def DocDB(config: AWSConfig): services.docdb.DocDB = new services.docdb.DocDB(config)\n\n    type DirectoryService = services.directoryservice.DirectoryService\n    def DirectoryService(): services.directoryservice.DirectoryService = new services.directoryservice.DirectoryService()\n    def DirectoryService(config: AWSConfig): services.directoryservice.DirectoryService = new services.directoryservice.DirectoryService(config)\n\n    type DynamoDB = services.dynamodb.DynamoDB\n    def DynamoDB(): services.dynamodb.DynamoDB = new services.dynamodb.DynamoDB()\n    def DynamoDB(config: AWSConfig): services.dynamodb.DynamoDB = new services.dynamodb.DynamoDB(config)\n\n    type EBS = services.ebs.EBS\n    def EBS(): services.ebs.EBS = new services.ebs.EBS()\n    def EBS(config: AWSConfig): services.ebs.EBS = new services.ebs.EBS(config)\n\n    type EC2 = services.ec2.EC2\n    def EC2(): services.ec2.EC2 = new services.ec2.EC2()\n    def EC2(config: AWSConfig): services.ec2.EC2 = new services.ec2.EC2(config)\n\n    type EC2InstanceConnect = services.ec2instanceconnect.EC2InstanceConnect\n    def EC2InstanceConnect(): services.ec2instanceconnect.EC2InstanceConnect = new services.ec2instanceconnect.EC2InstanceConnect()\n    def EC2InstanceConnect(config: AWSConfig): services.ec2instanceconnect.EC2InstanceConnect = new services.ec2instanceconnect.EC2InstanceConnect(config)\n\n    type ECR = services.ecr.ECR\n    def ECR(): services.ecr.ECR = new services.ecr.ECR()\n    def ECR(config: AWSConfig): services.ecr.ECR = new services.ecr.ECR(config)\n\n    type ECRPUBLIC = services.ecrpublic.ECRPUBLIC\n    def ECRPUBLIC(): services.ecrpublic.ECRPUBLIC = new services.ecrpublic.ECRPUBLIC()\n    def ECRPUBLIC(config: AWSConfig): services.ecrpublic.ECRPUBLIC = new services.ecrpublic.ECRPUBLIC(config)\n\n    type ECS = services.ecs.ECS\n    def ECS(): services.ecs.ECS = new services.ecs.ECS()\n    def ECS(config: AWSConfig): services.ecs.ECS = new services.ecs.ECS(config)\n\n    type EKS = services.eks.EKS\n    def EKS(): services.eks.EKS = new services.eks.EKS()\n    def EKS(config: AWSConfig): services.eks.EKS = new services.eks.EKS(config)\n\n    type ElasticInference = services.elasticinference.ElasticInference\n    def ElasticInference(): services.elasticinference.ElasticInference = new services.elasticinference.ElasticInference()\n    def ElasticInference(config: AWSConfig): services.elasticinference.ElasticInference = new services.elasticinference.ElasticInference(config)\n\n    type ElastiCache = services.elasticache.ElastiCache\n    def ElastiCache(): services.elasticache.ElastiCache = new services.elasticache.ElastiCache()\n    def ElastiCache(config: AWSConfig): services.elasticache.ElastiCache = new services.elasticache.ElastiCache(config)\n\n    type ElasticBeanstalk = services.elasticbeanstalk.ElasticBeanstalk\n    def ElasticBeanstalk(): services.elasticbeanstalk.ElasticBeanstalk = new services.elasticbeanstalk.ElasticBeanstalk()\n    def ElasticBeanstalk(config: AWSConfig): services.elasticbeanstalk.ElasticBeanstalk = new services.elasticbeanstalk.ElasticBeanstalk(config)\n\n    type EFS = services.efs.EFS\n    def EFS(): services.efs.EFS = new services.efs.EFS()\n    def EFS(config: AWSConfig): services.efs.EFS = new services.efs.EFS(config)\n\n    type ELB = services.elb.ELB\n    def ELB(): services.elb.ELB = new services.elb.ELB()\n    def ELB(config: AWSConfig): services.elb.ELB = new services.elb.ELB(config)\n\n    type ELBv2 = services.elbv2.ELBv2\n    def ELBv2(): services.elbv2.ELBv2 = new services.elbv2.ELBv2()\n    def ELBv2(config: AWSConfig): services.elbv2.ELBv2 = new services.elbv2.ELBv2(config)\n\n    type EMR = services.emr.EMR\n    def EMR(): services.emr.EMR = new services.emr.EMR()\n    def EMR(config: AWSConfig): services.emr.EMR = new services.emr.EMR(config)\n\n    type ElasticTranscoder = services.elastictranscoder.ElasticTranscoder\n    def ElasticTranscoder(): services.elastictranscoder.ElasticTranscoder = new services.elastictranscoder.ElasticTranscoder()\n    def ElasticTranscoder(config: AWSConfig): services.elastictranscoder.ElasticTranscoder = new services.elastictranscoder.ElasticTranscoder(config)\n\n    type SES = services.ses.SES\n    def SES(): services.ses.SES = new services.ses.SES()\n    def SES(config: AWSConfig): services.ses.SES = new services.ses.SES(config)\n\n    type EMRcontainers = services.emrcontainers.EMRcontainers\n    def EMRcontainers(): services.emrcontainers.EMRcontainers = new services.emrcontainers.EMRcontainers()\n    def EMRcontainers(config: AWSConfig): services.emrcontainers.EMRcontainers = new services.emrcontainers.EMRcontainers(config)\n\n    type MarketplaceEntitlementService = services.marketplaceentitlementservice.MarketplaceEntitlementService\n    def MarketplaceEntitlementService(): services.marketplaceentitlementservice.MarketplaceEntitlementService = new services.marketplaceentitlementservice.MarketplaceEntitlementService()\n    def MarketplaceEntitlementService(config: AWSConfig): services.marketplaceentitlementservice.MarketplaceEntitlementService = new services.marketplaceentitlementservice.MarketplaceEntitlementService(config)\n\n    type ES = services.es.ES\n    def ES(): services.es.ES = new services.es.ES()\n    def ES(config: AWSConfig): services.es.ES = new services.es.ES(config)\n\n    type EventBridge = services.eventbridge.EventBridge\n    def EventBridge(): services.eventbridge.EventBridge = new services.eventbridge.EventBridge()\n    def EventBridge(config: AWSConfig): services.eventbridge.EventBridge = new services.eventbridge.EventBridge(config)\n\n    type CloudWatchEvents = services.cloudwatchevents.CloudWatchEvents\n    def CloudWatchEvents(): services.cloudwatchevents.CloudWatchEvents = new services.cloudwatchevents.CloudWatchEvents()\n    def CloudWatchEvents(config: AWSConfig): services.cloudwatchevents.CloudWatchEvents = new services.cloudwatchevents.CloudWatchEvents(config)\n\n    type Firehose = services.firehose.Firehose\n    def Firehose(): services.firehose.Firehose = new services.firehose.Firehose()\n    def Firehose(config: AWSConfig): services.firehose.Firehose = new services.firehose.Firehose(config)\n\n    type Fis = services.fis.Fis\n    def Fis(): services.fis.Fis = new services.fis.Fis()\n    def Fis(config: AWSConfig): services.fis.Fis = new services.fis.Fis(config)\n\n    type FMS = services.fms.FMS\n    def FMS(): services.fms.FMS = new services.fms.FMS()\n    def FMS(config: AWSConfig): services.fms.FMS = new services.fms.FMS(config)\n\n    type Forecast = services.forecast.Forecast\n    def Forecast(): services.forecast.Forecast = new services.forecast.Forecast()\n    def Forecast(config: AWSConfig): services.forecast.Forecast = new services.forecast.Forecast(config)\n\n    type ForecastQuery = services.forecastquery.ForecastQuery\n    def ForecastQuery(): services.forecastquery.ForecastQuery = new services.forecastquery.ForecastQuery()\n    def ForecastQuery(config: AWSConfig): services.forecastquery.ForecastQuery = new services.forecastquery.ForecastQuery(config)\n\n    type FraudDetector = services.frauddetector.FraudDetector\n    def FraudDetector(): services.frauddetector.FraudDetector = new services.frauddetector.FraudDetector()\n    def FraudDetector(config: AWSConfig): services.frauddetector.FraudDetector = new services.frauddetector.FraudDetector(config)\n\n    type FSx = services.fsx.FSx\n    def FSx(): services.fsx.FSx = new services.fsx.FSx()\n    def FSx(config: AWSConfig): services.fsx.FSx = new services.fsx.FSx(config)\n\n    type GameLift = services.gamelift.GameLift\n    def GameLift(): services.gamelift.GameLift = new services.gamelift.GameLift()\n    def GameLift(config: AWSConfig): services.gamelift.GameLift = new services.gamelift.GameLift(config)\n\n    type Glacier = services.glacier.Glacier\n    def Glacier(): services.glacier.Glacier = new services.glacier.Glacier()\n    def Glacier(config: AWSConfig): services.glacier.Glacier = new services.glacier.Glacier(config)\n\n    type GlobalAccelerator = services.globalaccelerator.GlobalAccelerator\n    def GlobalAccelerator(): services.globalaccelerator.GlobalAccelerator = new services.globalaccelerator.GlobalAccelerator()\n    def GlobalAccelerator(config: AWSConfig): services.globalaccelerator.GlobalAccelerator = new services.globalaccelerator.GlobalAccelerator(config)\n\n    type Glue = services.glue.Glue\n    def Glue(): services.glue.Glue = new services.glue.Glue()\n    def Glue(config: AWSConfig): services.glue.Glue = new services.glue.Glue(config)\n\n    type Greengrass = services.greengrass.Greengrass\n    def Greengrass(): services.greengrass.Greengrass = new services.greengrass.Greengrass()\n    def Greengrass(config: AWSConfig): services.greengrass.Greengrass = new services.greengrass.Greengrass(config)\n\n    type GreengrassV2 = services.greengrassv2.GreengrassV2\n    def GreengrassV2(): services.greengrassv2.GreengrassV2 = new services.greengrassv2.GreengrassV2()\n    def GreengrassV2(config: AWSConfig): services.greengrassv2.GreengrassV2 = new services.greengrassv2.GreengrassV2(config)\n\n    type GroundStation = services.groundstation.GroundStation\n    def GroundStation(): services.groundstation.GroundStation = new services.groundstation.GroundStation()\n    def GroundStation(config: AWSConfig): services.groundstation.GroundStation = new services.groundstation.GroundStation(config)\n\n    type GuardDuty = services.guardduty.GuardDuty\n    def GuardDuty(): services.guardduty.GuardDuty = new services.guardduty.GuardDuty()\n    def GuardDuty(config: AWSConfig): services.guardduty.GuardDuty = new services.guardduty.GuardDuty(config)\n\n    type Health = services.health.Health\n    def Health(): services.health.Health = new services.health.Health()\n    def Health(config: AWSConfig): services.health.Health = new services.health.Health(config)\n\n    type HealthLake = services.healthlake.HealthLake\n    def HealthLake(): services.healthlake.HealthLake = new services.healthlake.HealthLake()\n    def HealthLake(config: AWSConfig): services.healthlake.HealthLake = new services.healthlake.HealthLake(config)\n\n    type Honeycode = services.honeycode.Honeycode\n    def Honeycode(): services.honeycode.Honeycode = new services.honeycode.Honeycode()\n    def Honeycode(config: AWSConfig): services.honeycode.Honeycode = new services.honeycode.Honeycode(config)\n\n    type IAM = services.iam.IAM\n    def IAM(): services.iam.IAM = new services.iam.IAM()\n    def IAM(config: AWSConfig): services.iam.IAM = new services.iam.IAM(config)\n\n    type IdentityStore = services.identitystore.IdentityStore\n    def IdentityStore(): services.identitystore.IdentityStore = new services.identitystore.IdentityStore()\n    def IdentityStore(config: AWSConfig): services.identitystore.IdentityStore = new services.identitystore.IdentityStore(config)\n\n    type Imagebuilder = services.imagebuilder.Imagebuilder\n    def Imagebuilder(): services.imagebuilder.Imagebuilder = new services.imagebuilder.Imagebuilder()\n    def Imagebuilder(config: AWSConfig): services.imagebuilder.Imagebuilder = new services.imagebuilder.Imagebuilder(config)\n\n    type ImportExport = services.importexport.ImportExport\n    def ImportExport(): services.importexport.ImportExport = new services.importexport.ImportExport()\n    def ImportExport(config: AWSConfig): services.importexport.ImportExport = new services.importexport.ImportExport(config)\n\n    type Inspector = services.inspector.Inspector\n    def Inspector(): services.inspector.Inspector = new services.inspector.Inspector()\n    def Inspector(config: AWSConfig): services.inspector.Inspector = new services.inspector.Inspector(config)\n\n    type Iot = services.iot.Iot\n    def Iot(): services.iot.Iot = new services.iot.Iot()\n    def Iot(config: AWSConfig): services.iot.Iot = new services.iot.Iot(config)\n\n    type IotData = services.iotdata.IotData\n    def IotData(): services.iotdata.IotData = new services.iotdata.IotData()\n    def IotData(config: AWSConfig): services.iotdata.IotData = new services.iotdata.IotData(config)\n\n    type IoTJobsDataPlane = services.iotjobsdataplane.IoTJobsDataPlane\n    def IoTJobsDataPlane(): services.iotjobsdataplane.IoTJobsDataPlane = new services.iotjobsdataplane.IoTJobsDataPlane()\n    def IoTJobsDataPlane(config: AWSConfig): services.iotjobsdataplane.IoTJobsDataPlane = new services.iotjobsdataplane.IoTJobsDataPlane(config)\n\n    type IoT1ClickDevicesService = services.iot1clickdevicesservice.IoT1ClickDevicesService\n    def IoT1ClickDevicesService(): services.iot1clickdevicesservice.IoT1ClickDevicesService = new services.iot1clickdevicesservice.IoT1ClickDevicesService()\n    def IoT1ClickDevicesService(config: AWSConfig): services.iot1clickdevicesservice.IoT1ClickDevicesService = new services.iot1clickdevicesservice.IoT1ClickDevicesService(config)\n\n    type IoT1ClickProjects = services.iot1clickprojects.IoT1ClickProjects\n    def IoT1ClickProjects(): services.iot1clickprojects.IoT1ClickProjects = new services.iot1clickprojects.IoT1ClickProjects()\n    def IoT1ClickProjects(config: AWSConfig): services.iot1clickprojects.IoT1ClickProjects = new services.iot1clickprojects.IoT1ClickProjects(config)\n\n    type IoTAnalytics = services.iotanalytics.IoTAnalytics\n    def IoTAnalytics(): services.iotanalytics.IoTAnalytics = new services.iotanalytics.IoTAnalytics()\n    def IoTAnalytics(config: AWSConfig): services.iotanalytics.IoTAnalytics = new services.iotanalytics.IoTAnalytics(config)\n\n    type IotDeviceAdvisor = services.iotdeviceadvisor.IotDeviceAdvisor\n    def IotDeviceAdvisor(): services.iotdeviceadvisor.IotDeviceAdvisor = new services.iotdeviceadvisor.IotDeviceAdvisor()\n    def IotDeviceAdvisor(config: AWSConfig): services.iotdeviceadvisor.IotDeviceAdvisor = new services.iotdeviceadvisor.IotDeviceAdvisor(config)\n\n    type IoTEvents = services.iotevents.IoTEvents\n    def IoTEvents(): services.iotevents.IoTEvents = new services.iotevents.IoTEvents()\n    def IoTEvents(config: AWSConfig): services.iotevents.IoTEvents = new services.iotevents.IoTEvents(config)\n\n    type IoTEventsData = services.ioteventsdata.IoTEventsData\n    def IoTEventsData(): services.ioteventsdata.IoTEventsData = new services.ioteventsdata.IoTEventsData()\n    def IoTEventsData(config: AWSConfig): services.ioteventsdata.IoTEventsData = new services.ioteventsdata.IoTEventsData(config)\n\n    type IoTFleetHub = services.iotfleethub.IoTFleetHub\n    def IoTFleetHub(): services.iotfleethub.IoTFleetHub = new services.iotfleethub.IoTFleetHub()\n    def IoTFleetHub(config: AWSConfig): services.iotfleethub.IoTFleetHub = new services.iotfleethub.IoTFleetHub(config)\n\n    type IoTSecureTunneling = services.iotsecuretunneling.IoTSecureTunneling\n    def IoTSecureTunneling(): services.iotsecuretunneling.IoTSecureTunneling = new services.iotsecuretunneling.IoTSecureTunneling()\n    def IoTSecureTunneling(config: AWSConfig): services.iotsecuretunneling.IoTSecureTunneling = new services.iotsecuretunneling.IoTSecureTunneling(config)\n\n    type IoTSiteWise = services.iotsitewise.IoTSiteWise\n    def IoTSiteWise(): services.iotsitewise.IoTSiteWise = new services.iotsitewise.IoTSiteWise()\n    def IoTSiteWise(config: AWSConfig): services.iotsitewise.IoTSiteWise = new services.iotsitewise.IoTSiteWise(config)\n\n    type IoTThingsGraph = services.iotthingsgraph.IoTThingsGraph\n    def IoTThingsGraph(): services.iotthingsgraph.IoTThingsGraph = new services.iotthingsgraph.IoTThingsGraph()\n    def IoTThingsGraph(config: AWSConfig): services.iotthingsgraph.IoTThingsGraph = new services.iotthingsgraph.IoTThingsGraph(config)\n\n    type IoTWireless = services.iotwireless.IoTWireless\n    def IoTWireless(): services.iotwireless.IoTWireless = new services.iotwireless.IoTWireless()\n    def IoTWireless(config: AWSConfig): services.iotwireless.IoTWireless = new services.iotwireless.IoTWireless(config)\n\n    type IVS = services.ivs.IVS\n    def IVS(): services.ivs.IVS = new services.ivs.IVS()\n    def IVS(config: AWSConfig): services.ivs.IVS = new services.ivs.IVS(config)\n\n    type Kafka = services.kafka.Kafka\n    def Kafka(): services.kafka.Kafka = new services.kafka.Kafka()\n    def Kafka(config: AWSConfig): services.kafka.Kafka = new services.kafka.Kafka(config)\n\n    type Kendra = services.kendra.Kendra\n    def Kendra(): services.kendra.Kendra = new services.kendra.Kendra()\n    def Kendra(config: AWSConfig): services.kendra.Kendra = new services.kendra.Kendra(config)\n\n    type Kinesis = services.kinesis.Kinesis\n    def Kinesis(): services.kinesis.Kinesis = new services.kinesis.Kinesis()\n    def Kinesis(config: AWSConfig): services.kinesis.Kinesis = new services.kinesis.Kinesis(config)\n\n    type KinesisVideoArchivedMedia = services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia\n    def KinesisVideoArchivedMedia(): services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia = new services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia()\n    def KinesisVideoArchivedMedia(config: AWSConfig): services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia = new services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia(config)\n\n    type KinesisVideoMedia = services.kinesisvideomedia.KinesisVideoMedia\n    def KinesisVideoMedia(): services.kinesisvideomedia.KinesisVideoMedia = new services.kinesisvideomedia.KinesisVideoMedia()\n    def KinesisVideoMedia(config: AWSConfig): services.kinesisvideomedia.KinesisVideoMedia = new services.kinesisvideomedia.KinesisVideoMedia(config)\n\n    type KinesisVideoSignaling = services.kinesisvideosignaling.KinesisVideoSignaling\n    def KinesisVideoSignaling(): services.kinesisvideosignaling.KinesisVideoSignaling = new services.kinesisvideosignaling.KinesisVideoSignaling()\n    def KinesisVideoSignaling(config: AWSConfig): services.kinesisvideosignaling.KinesisVideoSignaling = new services.kinesisvideosignaling.KinesisVideoSignaling(config)\n\n    type KinesisAnalytics = services.kinesisanalytics.KinesisAnalytics\n    def KinesisAnalytics(): services.kinesisanalytics.KinesisAnalytics = new services.kinesisanalytics.KinesisAnalytics()\n    def KinesisAnalytics(config: AWSConfig): services.kinesisanalytics.KinesisAnalytics = new services.kinesisanalytics.KinesisAnalytics(config)\n\n    type KinesisAnalyticsV2 = services.kinesisanalyticsv2.KinesisAnalyticsV2\n    def KinesisAnalyticsV2(): services.kinesisanalyticsv2.KinesisAnalyticsV2 = new services.kinesisanalyticsv2.KinesisAnalyticsV2()\n    def KinesisAnalyticsV2(config: AWSConfig): services.kinesisanalyticsv2.KinesisAnalyticsV2 = new services.kinesisanalyticsv2.KinesisAnalyticsV2(config)\n\n    type KinesisVideo = services.kinesisvideo.KinesisVideo\n    def KinesisVideo(): services.kinesisvideo.KinesisVideo = new services.kinesisvideo.KinesisVideo()\n    def KinesisVideo(config: AWSConfig): services.kinesisvideo.KinesisVideo = new services.kinesisvideo.KinesisVideo(config)\n\n    type KMS = services.kms.KMS\n    def KMS(): services.kms.KMS = new services.kms.KMS()\n    def KMS(config: AWSConfig): services.kms.KMS = new services.kms.KMS(config)\n\n    type LakeFormation = services.lakeformation.LakeFormation\n    def LakeFormation(): services.lakeformation.LakeFormation = new services.lakeformation.LakeFormation()\n    def LakeFormation(config: AWSConfig): services.lakeformation.LakeFormation = new services.lakeformation.LakeFormation(config)\n\n    type Lambda = services.lambda.Lambda\n    def Lambda(): services.lambda.Lambda = new services.lambda.Lambda()\n    def Lambda(config: AWSConfig): services.lambda.Lambda = new services.lambda.Lambda(config)\n\n    type LexModelBuildingService = services.lexmodelbuildingservice.LexModelBuildingService\n    def LexModelBuildingService(): services.lexmodelbuildingservice.LexModelBuildingService = new services.lexmodelbuildingservice.LexModelBuildingService()\n    def LexModelBuildingService(config: AWSConfig): services.lexmodelbuildingservice.LexModelBuildingService = new services.lexmodelbuildingservice.LexModelBuildingService(config)\n\n    type LicenseManager = services.licensemanager.LicenseManager\n    def LicenseManager(): services.licensemanager.LicenseManager = new services.licensemanager.LicenseManager()\n    def LicenseManager(config: AWSConfig): services.licensemanager.LicenseManager = new services.licensemanager.LicenseManager(config)\n\n    type Lightsail = services.lightsail.Lightsail\n    def Lightsail(): services.lightsail.Lightsail = new services.lightsail.Lightsail()\n    def Lightsail(config: AWSConfig): services.lightsail.Lightsail = new services.lightsail.Lightsail(config)\n\n    type Location = services.location.Location\n    def Location(): services.location.Location = new services.location.Location()\n    def Location(config: AWSConfig): services.location.Location = new services.location.Location(config)\n\n    type CloudWatchLogs = services.cloudwatchlogs.CloudWatchLogs\n    def CloudWatchLogs(): services.cloudwatchlogs.CloudWatchLogs = new services.cloudwatchlogs.CloudWatchLogs()\n    def CloudWatchLogs(config: AWSConfig): services.cloudwatchlogs.CloudWatchLogs = new services.cloudwatchlogs.CloudWatchLogs(config)\n\n    type LookoutEquipment = services.lookoutequipment.LookoutEquipment\n    def LookoutEquipment(): services.lookoutequipment.LookoutEquipment = new services.lookoutequipment.LookoutEquipment()\n    def LookoutEquipment(config: AWSConfig): services.lookoutequipment.LookoutEquipment = new services.lookoutequipment.LookoutEquipment(config)\n\n    type LookoutMetrics = services.lookoutmetrics.LookoutMetrics\n    def LookoutMetrics(): services.lookoutmetrics.LookoutMetrics = new services.lookoutmetrics.LookoutMetrics()\n    def LookoutMetrics(config: AWSConfig): services.lookoutmetrics.LookoutMetrics = new services.lookoutmetrics.LookoutMetrics(config)\n\n    type LookoutVision = services.lookoutvision.LookoutVision\n    def LookoutVision(): services.lookoutvision.LookoutVision = new services.lookoutvision.LookoutVision()\n    def LookoutVision(config: AWSConfig): services.lookoutvision.LookoutVision = new services.lookoutvision.LookoutVision(config)\n\n    type MachineLearning = services.machinelearning.MachineLearning\n    def MachineLearning(): services.machinelearning.MachineLearning = new services.machinelearning.MachineLearning()\n    def MachineLearning(config: AWSConfig): services.machinelearning.MachineLearning = new services.machinelearning.MachineLearning(config)\n\n    type Macie = services.macie.Macie\n    def Macie(): services.macie.Macie = new services.macie.Macie()\n    def Macie(config: AWSConfig): services.macie.Macie = new services.macie.Macie(config)\n\n    type Macie2 = services.macie2.Macie2\n    def Macie2(): services.macie2.Macie2 = new services.macie2.Macie2()\n    def Macie2(config: AWSConfig): services.macie2.Macie2 = new services.macie2.Macie2(config)\n\n    type ManagedBlockchain = services.managedblockchain.ManagedBlockchain\n    def ManagedBlockchain(): services.managedblockchain.ManagedBlockchain = new services.managedblockchain.ManagedBlockchain()\n    def ManagedBlockchain(config: AWSConfig): services.managedblockchain.ManagedBlockchain = new services.managedblockchain.ManagedBlockchain(config)\n\n    type MarketplaceCatalog = services.marketplacecatalog.MarketplaceCatalog\n    def MarketplaceCatalog(): services.marketplacecatalog.MarketplaceCatalog = new services.marketplacecatalog.MarketplaceCatalog()\n    def MarketplaceCatalog(config: AWSConfig): services.marketplacecatalog.MarketplaceCatalog = new services.marketplacecatalog.MarketplaceCatalog(config)\n\n    type MarketplaceCommerceAnalytics = services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics\n    def MarketplaceCommerceAnalytics(): services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics = new services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics()\n    def MarketplaceCommerceAnalytics(config: AWSConfig): services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics = new services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics(config)\n\n    type MediaConnect = services.mediaconnect.MediaConnect\n    def MediaConnect(): services.mediaconnect.MediaConnect = new services.mediaconnect.MediaConnect()\n    def MediaConnect(config: AWSConfig): services.mediaconnect.MediaConnect = new services.mediaconnect.MediaConnect(config)\n\n    type MediaConvert = services.mediaconvert.MediaConvert\n    def MediaConvert(): services.mediaconvert.MediaConvert = new services.mediaconvert.MediaConvert()\n    def MediaConvert(config: AWSConfig): services.mediaconvert.MediaConvert = new services.mediaconvert.MediaConvert(config)\n\n    type MediaLive = services.medialive.MediaLive\n    def MediaLive(): services.medialive.MediaLive = new services.medialive.MediaLive()\n    def MediaLive(config: AWSConfig): services.medialive.MediaLive = new services.medialive.MediaLive(config)\n\n    type MediaPackage = services.mediapackage.MediaPackage\n    def MediaPackage(): services.mediapackage.MediaPackage = new services.mediapackage.MediaPackage()\n    def MediaPackage(config: AWSConfig): services.mediapackage.MediaPackage = new services.mediapackage.MediaPackage(config)\n\n    type MediaPackageVod = services.mediapackagevod.MediaPackageVod\n    def MediaPackageVod(): services.mediapackagevod.MediaPackageVod = new services.mediapackagevod.MediaPackageVod()\n    def MediaPackageVod(config: AWSConfig): services.mediapackagevod.MediaPackageVod = new services.mediapackagevod.MediaPackageVod(config)\n\n    type MediaStore = services.mediastore.MediaStore\n    def MediaStore(): services.mediastore.MediaStore = new services.mediastore.MediaStore()\n    def MediaStore(config: AWSConfig): services.mediastore.MediaStore = new services.mediastore.MediaStore(config)\n\n    type MediaStoreData = services.mediastoredata.MediaStoreData\n    def MediaStoreData(): services.mediastoredata.MediaStoreData = new services.mediastoredata.MediaStoreData()\n    def MediaStoreData(config: AWSConfig): services.mediastoredata.MediaStoreData = new services.mediastoredata.MediaStoreData(config)\n\n    type MediaTailor = services.mediatailor.MediaTailor\n    def MediaTailor(): services.mediatailor.MediaTailor = new services.mediatailor.MediaTailor()\n    def MediaTailor(config: AWSConfig): services.mediatailor.MediaTailor = new services.mediatailor.MediaTailor(config)\n\n    type MarketplaceMetering = services.marketplacemetering.MarketplaceMetering\n    def MarketplaceMetering(): services.marketplacemetering.MarketplaceMetering = new services.marketplacemetering.MarketplaceMetering()\n    def MarketplaceMetering(config: AWSConfig): services.marketplacemetering.MarketplaceMetering = new services.marketplacemetering.MarketplaceMetering(config)\n\n    type Mgn = services.mgn.Mgn\n    def Mgn(): services.mgn.Mgn = new services.mgn.Mgn()\n    def Mgn(config: AWSConfig): services.mgn.Mgn = new services.mgn.Mgn(config)\n\n    type MigrationHubConfig = services.migrationhubconfig.MigrationHubConfig\n    def MigrationHubConfig(): services.migrationhubconfig.MigrationHubConfig = new services.migrationhubconfig.MigrationHubConfig()\n    def MigrationHubConfig(config: AWSConfig): services.migrationhubconfig.MigrationHubConfig = new services.migrationhubconfig.MigrationHubConfig(config)\n\n    type Mobile = services.mobile.Mobile\n    def Mobile(): services.mobile.Mobile = new services.mobile.Mobile()\n    def Mobile(config: AWSConfig): services.mobile.Mobile = new services.mobile.Mobile(config)\n\n    type MobileAnalytics = services.mobileanalytics.MobileAnalytics\n    def MobileAnalytics(): services.mobileanalytics.MobileAnalytics = new services.mobileanalytics.MobileAnalytics()\n    def MobileAnalytics(config: AWSConfig): services.mobileanalytics.MobileAnalytics = new services.mobileanalytics.MobileAnalytics(config)\n\n    type LexModelsV2 = services.lexmodelsv2.LexModelsV2\n    def LexModelsV2(): services.lexmodelsv2.LexModelsV2 = new services.lexmodelsv2.LexModelsV2()\n    def LexModelsV2(config: AWSConfig): services.lexmodelsv2.LexModelsV2 = new services.lexmodelsv2.LexModelsV2(config)\n\n    type CloudWatch = services.cloudwatch.CloudWatch\n    def CloudWatch(): services.cloudwatch.CloudWatch = new services.cloudwatch.CloudWatch()\n    def CloudWatch(config: AWSConfig): services.cloudwatch.CloudWatch = new services.cloudwatch.CloudWatch(config)\n\n    type MQ = services.mq.MQ\n    def MQ(): services.mq.MQ = new services.mq.MQ()\n    def MQ(config: AWSConfig): services.mq.MQ = new services.mq.MQ(config)\n\n    type MTurk = services.mturk.MTurk\n    def MTurk(): services.mturk.MTurk = new services.mturk.MTurk()\n    def MTurk(config: AWSConfig): services.mturk.MTurk = new services.mturk.MTurk(config)\n\n    type MWAA = services.mwaa.MWAA\n    def MWAA(): services.mwaa.MWAA = new services.mwaa.MWAA()\n    def MWAA(config: AWSConfig): services.mwaa.MWAA = new services.mwaa.MWAA(config)\n\n    type Neptune = services.neptune.Neptune\n    def Neptune(): services.neptune.Neptune = new services.neptune.Neptune()\n    def Neptune(config: AWSConfig): services.neptune.Neptune = new services.neptune.Neptune(config)\n\n    type NetworkFirewall = services.networkfirewall.NetworkFirewall\n    def NetworkFirewall(): services.networkfirewall.NetworkFirewall = new services.networkfirewall.NetworkFirewall()\n    def NetworkFirewall(config: AWSConfig): services.networkfirewall.NetworkFirewall = new services.networkfirewall.NetworkFirewall(config)\n\n    type NetworkManager = services.networkmanager.NetworkManager\n    def NetworkManager(): services.networkmanager.NetworkManager = new services.networkmanager.NetworkManager()\n    def NetworkManager(config: AWSConfig): services.networkmanager.NetworkManager = new services.networkmanager.NetworkManager(config)\n\n    type OpsWorks = services.opsworks.OpsWorks\n    def OpsWorks(): services.opsworks.OpsWorks = new services.opsworks.OpsWorks()\n    def OpsWorks(config: AWSConfig): services.opsworks.OpsWorks = new services.opsworks.OpsWorks(config)\n\n    type OpsWorksCM = services.opsworkscm.OpsWorksCM\n    def OpsWorksCM(): services.opsworkscm.OpsWorksCM = new services.opsworkscm.OpsWorksCM()\n    def OpsWorksCM(config: AWSConfig): services.opsworkscm.OpsWorksCM = new services.opsworkscm.OpsWorksCM(config)\n\n    type Organizations = services.organizations.Organizations\n    def Organizations(): services.organizations.Organizations = new services.organizations.Organizations()\n    def Organizations(config: AWSConfig): services.organizations.Organizations = new services.organizations.Organizations(config)\n\n    type Outposts = services.outposts.Outposts\n    def Outposts(): services.outposts.Outposts = new services.outposts.Outposts()\n    def Outposts(config: AWSConfig): services.outposts.Outposts = new services.outposts.Outposts(config)\n\n    type Personalize = services.personalize.Personalize\n    def Personalize(): services.personalize.Personalize = new services.personalize.Personalize()\n    def Personalize(config: AWSConfig): services.personalize.Personalize = new services.personalize.Personalize(config)\n\n    type PersonalizeEvents = services.personalizeevents.PersonalizeEvents\n    def PersonalizeEvents(): services.personalizeevents.PersonalizeEvents = new services.personalizeevents.PersonalizeEvents()\n    def PersonalizeEvents(config: AWSConfig): services.personalizeevents.PersonalizeEvents = new services.personalizeevents.PersonalizeEvents(config)\n\n    type PersonalizeRuntime = services.personalizeruntime.PersonalizeRuntime\n    def PersonalizeRuntime(): services.personalizeruntime.PersonalizeRuntime = new services.personalizeruntime.PersonalizeRuntime()\n    def PersonalizeRuntime(config: AWSConfig): services.personalizeruntime.PersonalizeRuntime = new services.personalizeruntime.PersonalizeRuntime(config)\n\n    type PI = services.pi.PI\n    def PI(): services.pi.PI = new services.pi.PI()\n    def PI(config: AWSConfig): services.pi.PI = new services.pi.PI(config)\n\n    type Pinpoint = services.pinpoint.Pinpoint\n    def Pinpoint(): services.pinpoint.Pinpoint = new services.pinpoint.Pinpoint()\n    def Pinpoint(config: AWSConfig): services.pinpoint.Pinpoint = new services.pinpoint.Pinpoint(config)\n\n    type PinpointEmail = services.pinpointemail.PinpointEmail\n    def PinpointEmail(): services.pinpointemail.PinpointEmail = new services.pinpointemail.PinpointEmail()\n    def PinpointEmail(config: AWSConfig): services.pinpointemail.PinpointEmail = new services.pinpointemail.PinpointEmail(config)\n\n    type Polly = services.polly.Polly\n    def Polly(): services.polly.Polly = new services.polly.Polly()\n    def Polly(config: AWSConfig): services.polly.Polly = new services.polly.Polly(config)\n\n    type Pricing = services.pricing.Pricing\n    def Pricing(): services.pricing.Pricing = new services.pricing.Pricing()\n    def Pricing(config: AWSConfig): services.pricing.Pricing = new services.pricing.Pricing(config)\n\n    type QLDB = services.qldb.QLDB\n    def QLDB(): services.qldb.QLDB = new services.qldb.QLDB()\n    def QLDB(config: AWSConfig): services.qldb.QLDB = new services.qldb.QLDB(config)\n\n    type QLDBSession = services.qldbsession.QLDBSession\n    def QLDBSession(): services.qldbsession.QLDBSession = new services.qldbsession.QLDBSession()\n    def QLDBSession(config: AWSConfig): services.qldbsession.QLDBSession = new services.qldbsession.QLDBSession(config)\n\n    type QuickSight = services.quicksight.QuickSight\n    def QuickSight(): services.quicksight.QuickSight = new services.quicksight.QuickSight()\n    def QuickSight(config: AWSConfig): services.quicksight.QuickSight = new services.quicksight.QuickSight(config)\n\n    type RAM = services.ram.RAM\n    def RAM(): services.ram.RAM = new services.ram.RAM()\n    def RAM(config: AWSConfig): services.ram.RAM = new services.ram.RAM(config)\n\n    type RDS = services.rds.RDS\n    def RDS(): services.rds.RDS = new services.rds.RDS()\n    def RDS(config: AWSConfig): services.rds.RDS = new services.rds.RDS(config)\n\n    type RDSDataService = services.rdsdataservice.RDSDataService\n    def RDSDataService(): services.rdsdataservice.RDSDataService = new services.rdsdataservice.RDSDataService()\n    def RDSDataService(config: AWSConfig): services.rdsdataservice.RDSDataService = new services.rdsdataservice.RDSDataService(config)\n\n    type Redshift = services.redshift.Redshift\n    def Redshift(): services.redshift.Redshift = new services.redshift.Redshift()\n    def Redshift(config: AWSConfig): services.redshift.Redshift = new services.redshift.Redshift(config)\n\n    type RedshiftData = services.redshiftdata.RedshiftData\n    def RedshiftData(): services.redshiftdata.RedshiftData = new services.redshiftdata.RedshiftData()\n    def RedshiftData(config: AWSConfig): services.redshiftdata.RedshiftData = new services.redshiftdata.RedshiftData(config)\n\n    type Rekognition = services.rekognition.Rekognition\n    def Rekognition(): services.rekognition.Rekognition = new services.rekognition.Rekognition()\n    def Rekognition(config: AWSConfig): services.rekognition.Rekognition = new services.rekognition.Rekognition(config)\n\n    type ResourceGroups = services.resourcegroups.ResourceGroups\n    def ResourceGroups(): services.resourcegroups.ResourceGroups = new services.resourcegroups.ResourceGroups()\n    def ResourceGroups(config: AWSConfig): services.resourcegroups.ResourceGroups = new services.resourcegroups.ResourceGroups(config)\n\n    type ResourceGroupsTaggingAPI = services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI\n    def ResourceGroupsTaggingAPI(): services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI = new services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI()\n    def ResourceGroupsTaggingAPI(config: AWSConfig): services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI = new services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI(config)\n\n    type RoboMaker = services.robomaker.RoboMaker\n    def RoboMaker(): services.robomaker.RoboMaker = new services.robomaker.RoboMaker()\n    def RoboMaker(config: AWSConfig): services.robomaker.RoboMaker = new services.robomaker.RoboMaker(config)\n\n    type Route53 = services.route53.Route53\n    def Route53(): services.route53.Route53 = new services.route53.Route53()\n    def Route53(config: AWSConfig): services.route53.Route53 = new services.route53.Route53(config)\n\n    type Route53Domains = services.route53domains.Route53Domains\n    def Route53Domains(): services.route53domains.Route53Domains = new services.route53domains.Route53Domains()\n    def Route53Domains(config: AWSConfig): services.route53domains.Route53Domains = new services.route53domains.Route53Domains(config)\n\n    type Route53Resolver = services.route53resolver.Route53Resolver\n    def Route53Resolver(): services.route53resolver.Route53Resolver = new services.route53resolver.Route53Resolver()\n    def Route53Resolver(config: AWSConfig): services.route53resolver.Route53Resolver = new services.route53resolver.Route53Resolver(config)\n\n    type LexRuntime = services.lexruntime.LexRuntime\n    def LexRuntime(): services.lexruntime.LexRuntime = new services.lexruntime.LexRuntime()\n    def LexRuntime(config: AWSConfig): services.lexruntime.LexRuntime = new services.lexruntime.LexRuntime(config)\n\n    type LexRuntimeV2 = services.lexruntimev2.LexRuntimeV2\n    def LexRuntimeV2(): services.lexruntimev2.LexRuntimeV2 = new services.lexruntimev2.LexRuntimeV2()\n    def LexRuntimeV2(config: AWSConfig): services.lexruntimev2.LexRuntimeV2 = new services.lexruntimev2.LexRuntimeV2(config)\n\n    type SageMakerRuntime = services.sagemakerruntime.SageMakerRuntime\n    def SageMakerRuntime(): services.sagemakerruntime.SageMakerRuntime = new services.sagemakerruntime.SageMakerRuntime()\n    def SageMakerRuntime(config: AWSConfig): services.sagemakerruntime.SageMakerRuntime = new services.sagemakerruntime.SageMakerRuntime(config)\n\n    type S3 = services.s3.S3\n    def S3(): services.s3.S3 = new services.s3.S3()\n    def S3(config: AWSConfig): services.s3.S3 = new services.s3.S3(config)\n\n    type S3Control = services.s3control.S3Control\n    def S3Control(): services.s3control.S3Control = new services.s3control.S3Control()\n    def S3Control(config: AWSConfig): services.s3control.S3Control = new services.s3control.S3Control(config)\n\n    type S3Outposts = services.s3outposts.S3Outposts\n    def S3Outposts(): services.s3outposts.S3Outposts = new services.s3outposts.S3Outposts()\n    def S3Outposts(config: AWSConfig): services.s3outposts.S3Outposts = new services.s3outposts.S3Outposts(config)\n\n    type SageMaker = services.sagemaker.SageMaker\n    def SageMaker(): services.sagemaker.SageMaker = new services.sagemaker.SageMaker()\n    def SageMaker(config: AWSConfig): services.sagemaker.SageMaker = new services.sagemaker.SageMaker(config)\n\n    type AugmentedAIRuntime = services.augmentedairuntime.AugmentedAIRuntime\n    def AugmentedAIRuntime(): services.augmentedairuntime.AugmentedAIRuntime = new services.augmentedairuntime.AugmentedAIRuntime()\n    def AugmentedAIRuntime(config: AWSConfig): services.augmentedairuntime.AugmentedAIRuntime = new services.augmentedairuntime.AugmentedAIRuntime(config)\n\n    type SagemakerEdge = services.sagemakeredge.SagemakerEdge\n    def SagemakerEdge(): services.sagemakeredge.SagemakerEdge = new services.sagemakeredge.SagemakerEdge()\n    def SagemakerEdge(config: AWSConfig): services.sagemakeredge.SagemakerEdge = new services.sagemakeredge.SagemakerEdge(config)\n\n    type SageMakerFeatureStoreRuntime = services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime\n    def SageMakerFeatureStoreRuntime(): services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime = new services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime()\n    def SageMakerFeatureStoreRuntime(config: AWSConfig): services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime = new services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime(config)\n\n    type SavingsPlans = services.savingsplans.SavingsPlans\n    def SavingsPlans(): services.savingsplans.SavingsPlans = new services.savingsplans.SavingsPlans()\n    def SavingsPlans(config: AWSConfig): services.savingsplans.SavingsPlans = new services.savingsplans.SavingsPlans(config)\n\n    type Schemas = services.schemas.Schemas\n    def Schemas(): services.schemas.Schemas = new services.schemas.Schemas()\n    def Schemas(config: AWSConfig): services.schemas.Schemas = new services.schemas.Schemas(config)\n\n    type SimpleDB = services.simpledb.SimpleDB\n    def SimpleDB(): services.simpledb.SimpleDB = new services.simpledb.SimpleDB()\n    def SimpleDB(config: AWSConfig): services.simpledb.SimpleDB = new services.simpledb.SimpleDB(config)\n\n    type SecretsManager = services.secretsmanager.SecretsManager\n    def SecretsManager(): services.secretsmanager.SecretsManager = new services.secretsmanager.SecretsManager()\n    def SecretsManager(config: AWSConfig): services.secretsmanager.SecretsManager = new services.secretsmanager.SecretsManager(config)\n\n    type SecurityHub = services.securityhub.SecurityHub\n    def SecurityHub(): services.securityhub.SecurityHub = new services.securityhub.SecurityHub()\n    def SecurityHub(config: AWSConfig): services.securityhub.SecurityHub = new services.securityhub.SecurityHub(config)\n\n    type ServerlessApplicationRepository = services.serverlessapplicationrepository.ServerlessApplicationRepository\n    def ServerlessApplicationRepository(): services.serverlessapplicationrepository.ServerlessApplicationRepository = new services.serverlessapplicationrepository.ServerlessApplicationRepository()\n    def ServerlessApplicationRepository(config: AWSConfig): services.serverlessapplicationrepository.ServerlessApplicationRepository = new services.serverlessapplicationrepository.ServerlessApplicationRepository(config)\n\n    type ServiceQuotas = services.servicequotas.ServiceQuotas\n    def ServiceQuotas(): services.servicequotas.ServiceQuotas = new services.servicequotas.ServiceQuotas()\n    def ServiceQuotas(config: AWSConfig): services.servicequotas.ServiceQuotas = new services.servicequotas.ServiceQuotas(config)\n\n    type ServiceCatalog = services.servicecatalog.ServiceCatalog\n    def ServiceCatalog(): services.servicecatalog.ServiceCatalog = new services.servicecatalog.ServiceCatalog()\n    def ServiceCatalog(config: AWSConfig): services.servicecatalog.ServiceCatalog = new services.servicecatalog.ServiceCatalog(config)\n\n    type ServiceCatalogAppRegistry = services.servicecatalogappregistry.ServiceCatalogAppRegistry\n    def ServiceCatalogAppRegistry(): services.servicecatalogappregistry.ServiceCatalogAppRegistry = new services.servicecatalogappregistry.ServiceCatalogAppRegistry()\n    def ServiceCatalogAppRegistry(config: AWSConfig): services.servicecatalogappregistry.ServiceCatalogAppRegistry = new services.servicecatalogappregistry.ServiceCatalogAppRegistry(config)\n\n    type ServiceDiscovery = services.servicediscovery.ServiceDiscovery\n    def ServiceDiscovery(): services.servicediscovery.ServiceDiscovery = new services.servicediscovery.ServiceDiscovery()\n    def ServiceDiscovery(config: AWSConfig): services.servicediscovery.ServiceDiscovery = new services.servicediscovery.ServiceDiscovery(config)\n\n    type SESv2 = services.sesv2.SESv2\n    def SESv2(): services.sesv2.SESv2 = new services.sesv2.SESv2()\n    def SESv2(config: AWSConfig): services.sesv2.SESv2 = new services.sesv2.SESv2(config)\n\n    type Shield = services.shield.Shield\n    def Shield(): services.shield.Shield = new services.shield.Shield()\n    def Shield(config: AWSConfig): services.shield.Shield = new services.shield.Shield(config)\n\n    type Signer = services.signer.Signer\n    def Signer(): services.signer.Signer = new services.signer.Signer()\n    def Signer(config: AWSConfig): services.signer.Signer = new services.signer.Signer(config)\n\n    type SMS = services.sms.SMS\n    def SMS(): services.sms.SMS = new services.sms.SMS()\n    def SMS(config: AWSConfig): services.sms.SMS = new services.sms.SMS(config)\n\n    type PinpointSMSVoice = services.pinpointsmsvoice.PinpointSMSVoice\n    def PinpointSMSVoice(): services.pinpointsmsvoice.PinpointSMSVoice = new services.pinpointsmsvoice.PinpointSMSVoice()\n    def PinpointSMSVoice(config: AWSConfig): services.pinpointsmsvoice.PinpointSMSVoice = new services.pinpointsmsvoice.PinpointSMSVoice(config)\n\n    type Snowball = services.snowball.Snowball\n    def Snowball(): services.snowball.Snowball = new services.snowball.Snowball()\n    def Snowball(config: AWSConfig): services.snowball.Snowball = new services.snowball.Snowball(config)\n\n    type SNS = services.sns.SNS\n    def SNS(): services.sns.SNS = new services.sns.SNS()\n    def SNS(config: AWSConfig): services.sns.SNS = new services.sns.SNS(config)\n\n    type SQS = services.sqs.SQS\n    def SQS(): services.sqs.SQS = new services.sqs.SQS()\n    def SQS(config: AWSConfig): services.sqs.SQS = new services.sqs.SQS(config)\n\n    type SSM = services.ssm.SSM\n    def SSM(): services.ssm.SSM = new services.ssm.SSM()\n    def SSM(config: AWSConfig): services.ssm.SSM = new services.ssm.SSM(config)\n\n    type SSO = services.sso.SSO\n    def SSO(): services.sso.SSO = new services.sso.SSO()\n    def SSO(config: AWSConfig): services.sso.SSO = new services.sso.SSO(config)\n\n    type SSOAdmin = services.ssoadmin.SSOAdmin\n    def SSOAdmin(): services.ssoadmin.SSOAdmin = new services.ssoadmin.SSOAdmin()\n    def SSOAdmin(config: AWSConfig): services.ssoadmin.SSOAdmin = new services.ssoadmin.SSOAdmin(config)\n\n    type SSOOIDC = services.ssooidc.SSOOIDC\n    def SSOOIDC(): services.ssooidc.SSOOIDC = new services.ssooidc.SSOOIDC()\n    def SSOOIDC(config: AWSConfig): services.ssooidc.SSOOIDC = new services.ssooidc.SSOOIDC(config)\n\n    type StepFunctions = services.stepfunctions.StepFunctions\n    def StepFunctions(): services.stepfunctions.StepFunctions = new services.stepfunctions.StepFunctions()\n    def StepFunctions(config: AWSConfig): services.stepfunctions.StepFunctions = new services.stepfunctions.StepFunctions(config)\n\n    type StorageGateway = services.storagegateway.StorageGateway\n    def StorageGateway(): services.storagegateway.StorageGateway = new services.storagegateway.StorageGateway()\n    def StorageGateway(config: AWSConfig): services.storagegateway.StorageGateway = new services.storagegateway.StorageGateway(config)\n\n    type DynamoDBStreams = services.dynamodbstreams.DynamoDBStreams\n    def DynamoDBStreams(): services.dynamodbstreams.DynamoDBStreams = new services.dynamodbstreams.DynamoDBStreams()\n    def DynamoDBStreams(config: AWSConfig): services.dynamodbstreams.DynamoDBStreams = new services.dynamodbstreams.DynamoDBStreams(config)\n\n    type STS = services.sts.STS\n    def STS(): services.sts.STS = new services.sts.STS()\n    def STS(config: AWSConfig): services.sts.STS = new services.sts.STS(config)\n\n    type Support = services.support.Support\n    def Support(): services.support.Support = new services.support.Support()\n    def Support(config: AWSConfig): services.support.Support = new services.support.Support(config)\n\n    type SWF = services.swf.SWF\n    def SWF(): services.swf.SWF = new services.swf.SWF()\n    def SWF(config: AWSConfig): services.swf.SWF = new services.swf.SWF(config)\n\n    type Synthetics = services.synthetics.Synthetics\n    def Synthetics(): services.synthetics.Synthetics = new services.synthetics.Synthetics()\n    def Synthetics(config: AWSConfig): services.synthetics.Synthetics = new services.synthetics.Synthetics(config)\n\n    type Textract = services.textract.Textract\n    def Textract(): services.textract.Textract = new services.textract.Textract()\n    def Textract(config: AWSConfig): services.textract.Textract = new services.textract.Textract(config)\n\n    type TimestreamQuery = services.timestreamquery.TimestreamQuery\n    def TimestreamQuery(): services.timestreamquery.TimestreamQuery = new services.timestreamquery.TimestreamQuery()\n    def TimestreamQuery(config: AWSConfig): services.timestreamquery.TimestreamQuery = new services.timestreamquery.TimestreamQuery(config)\n\n    type TimestreamWrite = services.timestreamwrite.TimestreamWrite\n    def TimestreamWrite(): services.timestreamwrite.TimestreamWrite = new services.timestreamwrite.TimestreamWrite()\n    def TimestreamWrite(config: AWSConfig): services.timestreamwrite.TimestreamWrite = new services.timestreamwrite.TimestreamWrite(config)\n\n    type TranscribeService = services.transcribeservice.TranscribeService\n    def TranscribeService(): services.transcribeservice.TranscribeService = new services.transcribeservice.TranscribeService()\n    def TranscribeService(config: AWSConfig): services.transcribeservice.TranscribeService = new services.transcribeservice.TranscribeService(config)\n\n    type Transfer = services.transfer.Transfer\n    def Transfer(): services.transfer.Transfer = new services.transfer.Transfer()\n    def Transfer(config: AWSConfig): services.transfer.Transfer = new services.transfer.Transfer(config)\n\n    type Translate = services.translate.Translate\n    def Translate(): services.translate.Translate = new services.translate.Translate()\n    def Translate(config: AWSConfig): services.translate.Translate = new services.translate.Translate(config)\n\n    type WAF = services.waf.WAF\n    def WAF(): services.waf.WAF = new services.waf.WAF()\n    def WAF(config: AWSConfig): services.waf.WAF = new services.waf.WAF(config)\n\n    type WAFRegional = services.wafregional.WAFRegional\n    def WAFRegional(): services.wafregional.WAFRegional = new services.wafregional.WAFRegional()\n    def WAFRegional(config: AWSConfig): services.wafregional.WAFRegional = new services.wafregional.WAFRegional(config)\n\n    type WAFv2 = services.wafv2.WAFv2\n    def WAFv2(): services.wafv2.WAFv2 = new services.wafv2.WAFv2()\n    def WAFv2(config: AWSConfig): services.wafv2.WAFv2 = new services.wafv2.WAFv2(config)\n\n    type WellArchitected = services.wellarchitected.WellArchitected\n    def WellArchitected(): services.wellarchitected.WellArchitected = new services.wellarchitected.WellArchitected()\n    def WellArchitected(config: AWSConfig): services.wellarchitected.WellArchitected = new services.wellarchitected.WellArchitected(config)\n\n    type WorkDocs = services.workdocs.WorkDocs\n    def WorkDocs(): services.workdocs.WorkDocs = new services.workdocs.WorkDocs()\n    def WorkDocs(config: AWSConfig): services.workdocs.WorkDocs = new services.workdocs.WorkDocs(config)\n\n    type WorkLink = services.worklink.WorkLink\n    def WorkLink(): services.worklink.WorkLink = new services.worklink.WorkLink()\n    def WorkLink(config: AWSConfig): services.worklink.WorkLink = new services.worklink.WorkLink(config)\n\n    type WorkMail = services.workmail.WorkMail\n    def WorkMail(): services.workmail.WorkMail = new services.workmail.WorkMail()\n    def WorkMail(config: AWSConfig): services.workmail.WorkMail = new services.workmail.WorkMail(config)\n\n    type WorkMailMessageFlow = services.workmailmessageflow.WorkMailMessageFlow\n    def WorkMailMessageFlow(): services.workmailmessageflow.WorkMailMessageFlow = new services.workmailmessageflow.WorkMailMessageFlow()\n    def WorkMailMessageFlow(config: AWSConfig): services.workmailmessageflow.WorkMailMessageFlow = new services.workmailmessageflow.WorkMailMessageFlow(config)\n\n    type WorkSpaces = services.workspaces.WorkSpaces\n    def WorkSpaces(): services.workspaces.WorkSpaces = new services.workspaces.WorkSpaces()\n    def WorkSpaces(config: AWSConfig): services.workspaces.WorkSpaces = new services.workspaces.WorkSpaces(config)\n\n    type XRay = services.xray.XRay\n    def XRay(): services.xray.XRay = new services.xray.XRay()\n    def XRay(config: AWSConfig): services.xray.XRay = new services.xray.XRay(config)\n\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/datasync\/src\/main\/scala\/facade\/amazonaws\/services\/DataSync.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object datasync {\n  type ActivationKey = String\n  type AgentArn = String\n  type AgentArnList = js.Array[AgentArn]\n  type AgentList = js.Array[AgentListEntry]\n  type BytesPerSecond = Double\n  type DestinationNetworkInterfaceArns = js.Array[NetworkInterfaceArn]\n  type Duration = Double\n  type Ec2SecurityGroupArn = String\n  type Ec2SecurityGroupArnList = js.Array[Ec2SecurityGroupArn]\n  type Ec2SubnetArn = String\n  type EfsFilesystemArn = String\n  type EfsSubdirectory = String\n  type Endpoint = String\n  type FilterAttributeValue = String\n  type FilterList = js.Array[FilterRule]\n  type FilterValue = String\n  type FilterValues = js.Array[FilterAttributeValue]\n  type FsxFilesystemArn = String\n  type FsxWindowsSubdirectory = String\n  type IamRoleArn = String\n  type InputTagList = js.Array[TagListEntry]\n  type LocationArn = String\n  type LocationFilters = js.Array[LocationFilter]\n  type LocationList = js.Array[LocationListEntry]\n  type LocationUri = String\n  type LogGroupArn = String\n  type MaxResults = Int\n  type NetworkInterfaceArn = String\n  type NextToken = String\n  type NfsSubdirectory = String\n  type ObjectStorageAccessKey = String\n  type ObjectStorageBucketName = String\n  type ObjectStorageSecretKey = String\n  type ObjectStorageServerPort = Int\n  type OutputTagList = js.Array[TagListEntry]\n  type PLSecurityGroupArnList = js.Array[Ec2SecurityGroupArn]\n  type PLSubnetArnList = js.Array[Ec2SubnetArn]\n  type S3BucketArn = String\n  type S3Subdirectory = String\n  type ScheduleExpressionCron = String\n  type ServerHostname = String\n  type SmbDomain = String\n  type SmbPassword = String\n  type SmbSubdirectory = String\n  type SmbUser = String\n  type SourceNetworkInterfaceArns = js.Array[NetworkInterfaceArn]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type TaggableResourceArn = String\n  type TaskArn = String\n  type TaskExecutionArn = String\n  type TaskExecutionList = js.Array[TaskExecutionListEntry]\n  type TaskFilters = js.Array[TaskFilter]\n  type TaskList = js.Array[TaskListEntry]\n  type Time = js.Date\n  type VpcEndpointId = String\n\n  implicit final class DataSyncOps(private val service: DataSync) extends AnyVal {\n\n    @inline def cancelTaskExecutionFuture(params: CancelTaskExecutionRequest): Future[CancelTaskExecutionResponse] = service.cancelTaskExecution(params).promise().toFuture\n    @inline def createAgentFuture(params: CreateAgentRequest): Future[CreateAgentResponse] = service.createAgent(params).promise().toFuture\n    @inline def createLocationEfsFuture(params: CreateLocationEfsRequest): Future[CreateLocationEfsResponse] = service.createLocationEfs(params).promise().toFuture\n    @inline def createLocationFsxWindowsFuture(params: CreateLocationFsxWindowsRequest): Future[CreateLocationFsxWindowsResponse] = service.createLocationFsxWindows(params).promise().toFuture\n    @inline def createLocationNfsFuture(params: CreateLocationNfsRequest): Future[CreateLocationNfsResponse] = service.createLocationNfs(params).promise().toFuture\n    @inline def createLocationObjectStorageFuture(params: CreateLocationObjectStorageRequest): Future[CreateLocationObjectStorageResponse] = service.createLocationObjectStorage(params).promise().toFuture\n    @inline def createLocationS3Future(params: CreateLocationS3Request): Future[CreateLocationS3Response] = service.createLocationS3(params).promise().toFuture\n    @inline def createLocationSmbFuture(params: CreateLocationSmbRequest): Future[CreateLocationSmbResponse] = service.createLocationSmb(params).promise().toFuture\n    @inline def createTaskFuture(params: CreateTaskRequest): Future[CreateTaskResponse] = service.createTask(params).promise().toFuture\n    @inline def deleteAgentFuture(params: DeleteAgentRequest): Future[DeleteAgentResponse] = service.deleteAgent(params).promise().toFuture\n    @inline def deleteLocationFuture(params: DeleteLocationRequest): Future[DeleteLocationResponse] = service.deleteLocation(params).promise().toFuture\n    @inline def deleteTaskFuture(params: DeleteTaskRequest): Future[DeleteTaskResponse] = service.deleteTask(params).promise().toFuture\n    @inline def describeAgentFuture(params: DescribeAgentRequest): Future[DescribeAgentResponse] = service.describeAgent(params).promise().toFuture\n    @inline def describeLocationEfsFuture(params: DescribeLocationEfsRequest): Future[DescribeLocationEfsResponse] = service.describeLocationEfs(params).promise().toFuture\n    @inline def describeLocationFsxWindowsFuture(params: DescribeLocationFsxWindowsRequest): Future[DescribeLocationFsxWindowsResponse] = service.describeLocationFsxWindows(params).promise().toFuture\n    @inline def describeLocationNfsFuture(params: DescribeLocationNfsRequest): Future[DescribeLocationNfsResponse] = service.describeLocationNfs(params).promise().toFuture\n    @inline def describeLocationObjectStorageFuture(params: DescribeLocationObjectStorageRequest): Future[DescribeLocationObjectStorageResponse] = service.describeLocationObjectStorage(params).promise().toFuture\n    @inline def describeLocationS3Future(params: DescribeLocationS3Request): Future[DescribeLocationS3Response] = service.describeLocationS3(params).promise().toFuture\n    @inline def describeLocationSmbFuture(params: DescribeLocationSmbRequest): Future[DescribeLocationSmbResponse] = service.describeLocationSmb(params).promise().toFuture\n    @inline def describeTaskExecutionFuture(params: DescribeTaskExecutionRequest): Future[DescribeTaskExecutionResponse] = service.describeTaskExecution(params).promise().toFuture\n    @inline def describeTaskFuture(params: DescribeTaskRequest): Future[DescribeTaskResponse] = service.describeTask(params).promise().toFuture\n    @inline def listAgentsFuture(params: ListAgentsRequest): Future[ListAgentsResponse] = service.listAgents(params).promise().toFuture\n    @inline def listLocationsFuture(params: ListLocationsRequest): Future[ListLocationsResponse] = service.listLocations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTaskExecutionsFuture(params: ListTaskExecutionsRequest): Future[ListTaskExecutionsResponse] = service.listTaskExecutions(params).promise().toFuture\n    @inline def listTasksFuture(params: ListTasksRequest): Future[ListTasksResponse] = service.listTasks(params).promise().toFuture\n    @inline def startTaskExecutionFuture(params: StartTaskExecutionRequest): Future[StartTaskExecutionResponse] = service.startTaskExecution(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateAgentFuture(params: UpdateAgentRequest): Future[UpdateAgentResponse] = service.updateAgent(params).promise().toFuture\n    @inline def updateLocationNfsFuture(params: UpdateLocationNfsRequest): Future[UpdateLocationNfsResponse] = service.updateLocationNfs(params).promise().toFuture\n    @inline def updateLocationObjectStorageFuture(params: UpdateLocationObjectStorageRequest): Future[UpdateLocationObjectStorageResponse] = service.updateLocationObjectStorage(params).promise().toFuture\n    @inline def updateLocationSmbFuture(params: UpdateLocationSmbRequest): Future[UpdateLocationSmbResponse] = service.updateLocationSmb(params).promise().toFuture\n    @inline def updateTaskExecutionFuture(params: UpdateTaskExecutionRequest): Future[UpdateTaskExecutionResponse] = service.updateTaskExecution(params).promise().toFuture\n    @inline def updateTaskFuture(params: UpdateTaskRequest): Future[UpdateTaskResponse] = service.updateTask(params).promise().toFuture\n\n  }\n}\n\npackage datasync {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/datasync\", JSImport.Namespace, \"AWS.DataSync\")\n  class DataSync() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelTaskExecution(params: CancelTaskExecutionRequest): Request[CancelTaskExecutionResponse] = js.native\n    def createAgent(params: CreateAgentRequest): Request[CreateAgentResponse] = js.native\n    def createLocationEfs(params: CreateLocationEfsRequest): Request[CreateLocationEfsResponse] = js.native\n    def createLocationFsxWindows(params: CreateLocationFsxWindowsRequest): Request[CreateLocationFsxWindowsResponse] = js.native\n    def createLocationNfs(params: CreateLocationNfsRequest): Request[CreateLocationNfsResponse] = js.native\n    def createLocationObjectStorage(params: CreateLocationObjectStorageRequest): Request[CreateLocationObjectStorageResponse] = js.native\n    def createLocationS3(params: CreateLocationS3Request): Request[CreateLocationS3Response] = js.native\n    def createLocationSmb(params: CreateLocationSmbRequest): Request[CreateLocationSmbResponse] = js.native\n    def createTask(params: CreateTaskRequest): Request[CreateTaskResponse] = js.native\n    def deleteAgent(params: DeleteAgentRequest): Request[DeleteAgentResponse] = js.native\n    def deleteLocation(params: DeleteLocationRequest): Request[DeleteLocationResponse] = js.native\n    def deleteTask(params: DeleteTaskRequest): Request[DeleteTaskResponse] = js.native\n    def describeAgent(params: DescribeAgentRequest): Request[DescribeAgentResponse] = js.native\n    def describeLocationEfs(params: DescribeLocationEfsRequest): Request[DescribeLocationEfsResponse] = js.native\n    def describeLocationFsxWindows(params: DescribeLocationFsxWindowsRequest): Request[DescribeLocationFsxWindowsResponse] = js.native\n    def describeLocationNfs(params: DescribeLocationNfsRequest): Request[DescribeLocationNfsResponse] = js.native\n    def describeLocationObjectStorage(params: DescribeLocationObjectStorageRequest): Request[DescribeLocationObjectStorageResponse] = js.native\n    def describeLocationS3(params: DescribeLocationS3Request): Request[DescribeLocationS3Response] = js.native\n    def describeLocationSmb(params: DescribeLocationSmbRequest): Request[DescribeLocationSmbResponse] = js.native\n    def describeTask(params: DescribeTaskRequest): Request[DescribeTaskResponse] = js.native\n    def describeTaskExecution(params: DescribeTaskExecutionRequest): Request[DescribeTaskExecutionResponse] = js.native\n    def listAgents(params: ListAgentsRequest): Request[ListAgentsResponse] = js.native\n    def listLocations(params: ListLocationsRequest): Request[ListLocationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTaskExecutions(params: ListTaskExecutionsRequest): Request[ListTaskExecutionsResponse] = js.native\n    def listTasks(params: ListTasksRequest): Request[ListTasksResponse] = js.native\n    def startTaskExecution(params: StartTaskExecutionRequest): Request[StartTaskExecutionResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateAgent(params: UpdateAgentRequest): Request[UpdateAgentResponse] = js.native\n    def updateLocationNfs(params: UpdateLocationNfsRequest): Request[UpdateLocationNfsResponse] = js.native\n    def updateLocationObjectStorage(params: UpdateLocationObjectStorageRequest): Request[UpdateLocationObjectStorageResponse] = js.native\n    def updateLocationSmb(params: UpdateLocationSmbRequest): Request[UpdateLocationSmbResponse] = js.native\n    def updateTask(params: UpdateTaskRequest): Request[UpdateTaskResponse] = js.native\n    def updateTaskExecution(params: UpdateTaskExecutionRequest): Request[UpdateTaskExecutionResponse] = js.native\n  }\n\n  \/** Represents a single entry in a list of agents. <code>AgentListEntry<\/code> returns an array that contains a list of agents when the <a>ListAgents<\/a> operation is called.\n    *\/\n  @js.native\n  trait AgentListEntry extends js.Object {\n    var AgentArn: js.UndefOr[AgentArn]\n    var Name: js.UndefOr[TagValue]\n    var Status: js.UndefOr[AgentStatus]\n  }\n\n  object AgentListEntry {\n    @inline\n    def apply(\n        AgentArn: js.UndefOr[AgentArn] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        Status: js.UndefOr[AgentStatus] = js.undefined\n    ): AgentListEntry = {\n      val __obj = js.Dynamic.literal()\n      AgentArn.foreach(__v => __obj.updateDynamic(\"AgentArn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AgentListEntry]\n    }\n  }\n\n  @js.native\n  sealed trait AgentStatus extends js.Any\n  object AgentStatus {\n    val ONLINE = \"ONLINE\".asInstanceOf[AgentStatus]\n    val OFFLINE = \"OFFLINE\".asInstanceOf[AgentStatus]\n\n    @inline def values = js.Array(ONLINE, OFFLINE)\n  }\n\n  @js.native\n  sealed trait Atime extends js.Any\n  object Atime {\n    val NONE = \"NONE\".asInstanceOf[Atime]\n    val BEST_EFFORT = \"BEST_EFFORT\".asInstanceOf[Atime]\n\n    @inline def values = js.Array(NONE, BEST_EFFORT)\n  }\n\n  @js.native\n  trait CancelTaskExecutionRequest extends js.Object {\n    var TaskExecutionArn: TaskExecutionArn\n  }\n\n  object CancelTaskExecutionRequest {\n    @inline\n    def apply(\n        TaskExecutionArn: TaskExecutionArn\n    ): CancelTaskExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskExecutionArn\" -> TaskExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelTaskExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait CancelTaskExecutionResponse extends js.Object\n\n  object CancelTaskExecutionResponse {\n    @inline\n    def apply(): CancelTaskExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelTaskExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAgentRequest extends js.Object {\n    var ActivationKey: ActivationKey\n    var AgentName: js.UndefOr[TagValue]\n    var SecurityGroupArns: js.UndefOr[PLSecurityGroupArnList]\n    var SubnetArns: js.UndefOr[PLSubnetArnList]\n    var Tags: js.UndefOr[InputTagList]\n    var VpcEndpointId: js.UndefOr[VpcEndpointId]\n  }\n\n  object CreateAgentRequest {\n    @inline\n    def apply(\n        ActivationKey: ActivationKey,\n        AgentName: js.UndefOr[TagValue] = js.undefined,\n        SecurityGroupArns: js.UndefOr[PLSecurityGroupArnList] = js.undefined,\n        SubnetArns: js.UndefOr[PLSubnetArnList] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined,\n        VpcEndpointId: js.UndefOr[VpcEndpointId] = js.undefined\n    ): CreateAgentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActivationKey\" -> ActivationKey.asInstanceOf[js.Any]\n      )\n\n      AgentName.foreach(__v => __obj.updateDynamic(\"AgentName\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupArns.foreach(__v => __obj.updateDynamic(\"SecurityGroupArns\")(__v.asInstanceOf[js.Any]))\n      SubnetArns.foreach(__v => __obj.updateDynamic(\"SubnetArns\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcEndpointId.foreach(__v => __obj.updateDynamic(\"VpcEndpointId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAgentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAgentResponse extends js.Object {\n    var AgentArn: js.UndefOr[AgentArn]\n  }\n\n  object CreateAgentResponse {\n    @inline\n    def apply(\n        AgentArn: js.UndefOr[AgentArn] = js.undefined\n    ): CreateAgentResponse = {\n      val __obj = js.Dynamic.literal()\n      AgentArn.foreach(__v => __obj.updateDynamic(\"AgentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAgentResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLocationEfsRequest extends js.Object {\n    var Ec2Config: Ec2Config\n    var EfsFilesystemArn: EfsFilesystemArn\n    var Subdirectory: js.UndefOr[EfsSubdirectory]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationEfsRequest {\n    @inline\n    def apply(\n        Ec2Config: Ec2Config,\n        EfsFilesystemArn: EfsFilesystemArn,\n        Subdirectory: js.UndefOr[EfsSubdirectory] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationEfsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Ec2Config\" -> Ec2Config.asInstanceOf[js.Any],\n        \"EfsFilesystemArn\" -> EfsFilesystemArn.asInstanceOf[js.Any]\n      )\n\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationEfsRequest]\n    }\n  }\n\n  \/** CreateLocationEfs\n    *\/\n  @js.native\n  trait CreateLocationEfsResponse extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationEfsResponse {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationEfsResponse = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationEfsResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLocationFsxWindowsRequest extends js.Object {\n    var FsxFilesystemArn: FsxFilesystemArn\n    var Password: <PASSWORD>\n    var SecurityGroupArns: Ec2SecurityGroupArnList\n    var User: SmbUser\n    var Domain: js.UndefOr[SmbDomain]\n    var Subdirectory: js.UndefOr[FsxWindowsSubdirectory]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationFsxWindowsRequest {\n    @inline\n    def apply(\n        FsxFilesystemArn: FsxFilesystemArn,\n        Password: <PASSWORD>,\n        SecurityGroupArns: Ec2SecurityGroupArnList,\n        User: SmbUser,\n        Domain: js.UndefOr[SmbDomain] = js.undefined,\n        Subdirectory: js.UndefOr[FsxWindowsSubdirectory] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationFsxWindowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FsxFilesystemArn\" -> FsxFilesystemArn.asInstanceOf[js.Any],\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"SecurityGroupArns\" -> SecurityGroupArns.asInstanceOf[js.Any],\n        \"User\" -> User.asInstanceOf[js.Any]\n      )\n\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationFsxWindowsRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLocationFsxWindowsResponse extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationFsxWindowsResponse {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationFsxWindowsResponse = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationFsxWindowsResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLocationNfsRequest extends js.Object {\n    var OnPremConfig: OnPremConfig\n    var ServerHostname: ServerHostname\n    var Subdirectory: NfsSubdirectory\n    var MountOptions: js.UndefOr[NfsMountOptions]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationNfsRequest {\n    @inline\n    def apply(\n        OnPremConfig: OnPremConfig,\n        ServerHostname: ServerHostname,\n        Subdirectory: NfsSubdirectory,\n        MountOptions: js.UndefOr[NfsMountOptions] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationNfsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OnPremConfig\" -> OnPremConfig.asInstanceOf[js.Any],\n        \"ServerHostname\" -> ServerHostname.asInstanceOf[js.Any],\n        \"Subdirectory\" -> Subdirectory.asInstanceOf[js.Any]\n      )\n\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationNfsRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLocationNfsResponse extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationNfsResponse {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationNfsResponse = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationNfsResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLocationObjectStorageRequest extends js.Object {\n    var AgentArns: AgentArnList\n    var BucketName: ObjectStorageBucketName\n    var ServerHostname: ServerHostname\n    var AccessKey: js.UndefOr[ObjectStorageAccessKey]\n    var SecretKey: js.UndefOr[ObjectStorageSecretKey]\n    var ServerPort: js.UndefOr[ObjectStorageServerPort]\n    var ServerProtocol: js.UndefOr[ObjectStorageServerProtocol]\n    var Subdirectory: js.UndefOr[S3Subdirectory]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationObjectStorageRequest {\n    @inline\n    def apply(\n        AgentArns: AgentArnList,\n        BucketName: ObjectStorageBucketName,\n        ServerHostname: ServerHostname,\n        AccessKey: js.UndefOr[ObjectStorageAccessKey] = js.undefined,\n        SecretKey: js.UndefOr[ObjectStorageSecretKey] = js.undefined,\n        ServerPort: js.UndefOr[ObjectStorageServerPort] = js.undefined,\n        ServerProtocol: js.UndefOr[ObjectStorageServerProtocol] = js.undefined,\n        Subdirectory: js.UndefOr[S3Subdirectory] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationObjectStorageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArns\" -> AgentArns.asInstanceOf[js.Any],\n        \"BucketName\" -> BucketName.asInstanceOf[js.Any],\n        \"ServerHostname\" -> ServerHostname.asInstanceOf[js.Any]\n      )\n\n      AccessKey.foreach(__v => __obj.updateDynamic(\"AccessKey\")(__v.asInstanceOf[js.Any]))\n      SecretKey.foreach(__v => __obj.updateDynamic(\"SecretKey\")(__v.asInstanceOf[js.Any]))\n      ServerPort.foreach(__v => __obj.updateDynamic(\"ServerPort\")(__v.asInstanceOf[js.Any]))\n      ServerProtocol.foreach(__v => __obj.updateDynamic(\"ServerProtocol\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationObjectStorageRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLocationObjectStorageResponse extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationObjectStorageResponse {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationObjectStorageResponse = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationObjectStorageResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLocationS3Request extends js.Object {\n    var S3BucketArn: S3BucketArn\n    var S3Config: S3Config\n    var AgentArns: js.UndefOr[AgentArnList]\n    var S3StorageClass: js.UndefOr[S3StorageClass]\n    var Subdirectory: js.UndefOr[S3Subdirectory]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationS3Request {\n    @inline\n    def apply(\n        S3BucketArn: S3BucketArn,\n        S3Config: S3Config,\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        S3StorageClass: js.UndefOr[S3StorageClass] = js.undefined,\n        Subdirectory: js.UndefOr[S3Subdirectory] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationS3Request = {\n      val __obj = js.Dynamic.literal(\n        \"S3BucketArn\" -> S3BucketArn.asInstanceOf[js.Any],\n        \"S3Config\" -> S3Config.asInstanceOf[js.Any]\n      )\n\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      S3StorageClass.foreach(__v => __obj.updateDynamic(\"S3StorageClass\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationS3Request]\n    }\n  }\n\n  @js.native\n  trait CreateLocationS3Response extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationS3Response {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationS3Response = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationS3Response]\n    }\n  }\n\n  @js.native\n  trait CreateLocationSmbRequest extends js.Object {\n    var AgentArns: AgentArnList\n    var Password: <PASSWORD>\n    var ServerHostname: ServerHostname\n    var Subdirectory: SmbSubdirectory\n    var User: SmbUser\n    var Domain: js.UndefOr[SmbDomain]\n    var MountOptions: js.UndefOr[SmbMountOptions]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateLocationSmbRequest {\n    @inline\n    def apply(\n        AgentArns: AgentArnList,\n        Password: <PASSWORD>,\n        ServerHostname: ServerHostname,\n        Subdirectory: SmbSubdirectory,\n        User: SmbUser,\n        Domain: js.UndefOr[SmbDomain] = js.undefined,\n        MountOptions: js.UndefOr[SmbMountOptions] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateLocationSmbRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArns\" -> AgentArns.asInstanceOf[js.Any],\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"ServerHostname\" -> ServerHostname.asInstanceOf[js.Any],\n        \"Subdirectory\" -> Subdirectory.asInstanceOf[js.Any],\n        \"User\" -> User.asInstanceOf[js.Any]\n      )\n\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationSmbRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLocationSmbResponse extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n  }\n\n  object CreateLocationSmbResponse {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined\n    ): CreateLocationSmbResponse = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLocationSmbResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTaskRequest extends js.Object {\n    var DestinationLocationArn: LocationArn\n    var SourceLocationArn: LocationArn\n    var CloudWatchLogGroupArn: js.UndefOr[LogGroupArn]\n    var Excludes: js.UndefOr[FilterList]\n    var Name: js.UndefOr[TagValue]\n    var Options: js.UndefOr[Options]\n    var Schedule: js.UndefOr[TaskSchedule]\n    var Tags: js.UndefOr[InputTagList]\n  }\n\n  object CreateTaskRequest {\n    @inline\n    def apply(\n        DestinationLocationArn: LocationArn,\n        SourceLocationArn: LocationArn,\n        CloudWatchLogGroupArn: js.UndefOr[LogGroupArn] = js.undefined,\n        Excludes: js.UndefOr[FilterList] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        Options: js.UndefOr[Options] = js.undefined,\n        Schedule: js.UndefOr[TaskSchedule] = js.undefined,\n        Tags: js.UndefOr[InputTagList] = js.undefined\n    ): CreateTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationLocationArn\" -> DestinationLocationArn.asInstanceOf[js.Any],\n        \"SourceLocationArn\" -> SourceLocationArn.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLogGroupArn.foreach(__v => __obj.updateDynamic(\"CloudWatchLogGroupArn\")(__v.asInstanceOf[js.Any]))\n      Excludes.foreach(__v => __obj.updateDynamic(\"Excludes\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTaskRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTaskResponse extends js.Object {\n    var TaskArn: js.UndefOr[TaskArn]\n  }\n\n  object CreateTaskResponse {\n    @inline\n    def apply(\n        TaskArn: js.UndefOr[TaskArn] = js.undefined\n    ): CreateTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTaskResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAgentRequest extends js.Object {\n    var AgentArn: AgentArn\n  }\n\n  object DeleteAgentRequest {\n    @inline\n    def apply(\n        AgentArn: AgentArn\n    ): DeleteAgentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArn\" -> AgentArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAgentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAgentResponse extends js.Object\n\n  object DeleteAgentResponse {\n    @inline\n    def apply(): DeleteAgentResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAgentResponse]\n    }\n  }\n\n  \/** DeleteLocation\n    *\/\n  @js.native\n  trait DeleteLocationRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DeleteLocationRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DeleteLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLocationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLocationResponse extends js.Object\n\n  object DeleteLocationResponse {\n    @inline\n    def apply(): DeleteLocationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteLocationResponse]\n    }\n  }\n\n  \/** DeleteTask\n    *\/\n  @js.native\n  trait DeleteTaskRequest extends js.Object {\n    var TaskArn: TaskArn\n  }\n\n  object DeleteTaskRequest {\n    @inline\n    def apply(\n        TaskArn: TaskArn\n    ): DeleteTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskArn\" -> TaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTaskRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTaskResponse extends js.Object\n\n  object DeleteTaskResponse {\n    @inline\n    def apply(): DeleteTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTaskResponse]\n    }\n  }\n\n  \/** DescribeAgent\n    *\/\n  @js.native\n  trait DescribeAgentRequest extends js.Object {\n    var AgentArn: AgentArn\n  }\n\n  object DescribeAgentRequest {\n    @inline\n    def apply(\n        AgentArn: AgentArn\n    ): DescribeAgentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArn\" -> AgentArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAgentRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAgentResponse extends js.Object {\n    var AgentArn: js.UndefOr[AgentArn]\n    var CreationTime: js.UndefOr[Time]\n    var EndpointType: js.UndefOr[EndpointType]\n    var LastConnectionTime: js.UndefOr[Time]\n    var Name: js.UndefOr[TagValue]\n    var PrivateLinkConfig: js.UndefOr[PrivateLinkConfig]\n    var Status: js.UndefOr[AgentStatus]\n  }\n\n  object DescribeAgentResponse {\n    @inline\n    def apply(\n        AgentArn: js.UndefOr[AgentArn] = js.undefined,\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        EndpointType: js.UndefOr[EndpointType] = js.undefined,\n        LastConnectionTime: js.UndefOr[Time] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        PrivateLinkConfig: js.UndefOr[PrivateLinkConfig] = js.undefined,\n        Status: js.UndefOr[AgentStatus] = js.undefined\n    ): DescribeAgentResponse = {\n      val __obj = js.Dynamic.literal()\n      AgentArn.foreach(__v => __obj.updateDynamic(\"AgentArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      EndpointType.foreach(__v => __obj.updateDynamic(\"EndpointType\")(__v.asInstanceOf[js.Any]))\n      LastConnectionTime.foreach(__v => __obj.updateDynamic(\"LastConnectionTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PrivateLinkConfig.foreach(__v => __obj.updateDynamic(\"PrivateLinkConfig\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAgentResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationEfsRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationEfsRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationEfsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationEfsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationEfsResponse extends js.Object {\n    var CreationTime: js.UndefOr[Time]\n    var Ec2Config: js.UndefOr[Ec2Config]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n  }\n\n  object DescribeLocationEfsResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        Ec2Config: js.UndefOr[Ec2Config] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined\n    ): DescribeLocationEfsResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Ec2Config.foreach(__v => __obj.updateDynamic(\"Ec2Config\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationEfsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationFsxWindowsRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationFsxWindowsRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationFsxWindowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationFsxWindowsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationFsxWindowsResponse extends js.Object {\n    var CreationTime: js.UndefOr[Time]\n    var Domain: js.UndefOr[SmbDomain]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n    var SecurityGroupArns: js.UndefOr[Ec2SecurityGroupArnList]\n    var User: js.UndefOr[SmbUser]\n  }\n\n  object DescribeLocationFsxWindowsResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        Domain: js.UndefOr[SmbDomain] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined,\n        SecurityGroupArns: js.UndefOr[Ec2SecurityGroupArnList] = js.undefined,\n        User: js.UndefOr[SmbUser] = js.undefined\n    ): DescribeLocationFsxWindowsResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupArns.foreach(__v => __obj.updateDynamic(\"SecurityGroupArns\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationFsxWindowsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationNfsRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationNfsRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationNfsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationNfsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationNfsResponse extends js.Object {\n    var CreationTime: js.UndefOr[Time]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n    var MountOptions: js.UndefOr[NfsMountOptions]\n    var OnPremConfig: js.UndefOr[OnPremConfig]\n  }\n\n  object DescribeLocationNfsResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined,\n        MountOptions: js.UndefOr[NfsMountOptions] = js.undefined,\n        OnPremConfig: js.UndefOr[OnPremConfig] = js.undefined\n    ): DescribeLocationNfsResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      OnPremConfig.foreach(__v => __obj.updateDynamic(\"OnPremConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationNfsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationObjectStorageRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationObjectStorageRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationObjectStorageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationObjectStorageRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationObjectStorageResponse extends js.Object {\n    var AccessKey: js.UndefOr[ObjectStorageAccessKey]\n    var AgentArns: js.UndefOr[AgentArnList]\n    var CreationTime: js.UndefOr[Time]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n    var ServerPort: js.UndefOr[ObjectStorageServerPort]\n    var ServerProtocol: js.UndefOr[ObjectStorageServerProtocol]\n  }\n\n  object DescribeLocationObjectStorageResponse {\n    @inline\n    def apply(\n        AccessKey: js.UndefOr[ObjectStorageAccessKey] = js.undefined,\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined,\n        ServerPort: js.UndefOr[ObjectStorageServerPort] = js.undefined,\n        ServerProtocol: js.UndefOr[ObjectStorageServerProtocol] = js.undefined\n    ): DescribeLocationObjectStorageResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessKey.foreach(__v => __obj.updateDynamic(\"AccessKey\")(__v.asInstanceOf[js.Any]))\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      ServerPort.foreach(__v => __obj.updateDynamic(\"ServerPort\")(__v.asInstanceOf[js.Any]))\n      ServerProtocol.foreach(__v => __obj.updateDynamic(\"ServerProtocol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationObjectStorageResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationS3Request extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationS3Request {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationS3Request = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationS3Request]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationS3Response extends js.Object {\n    var AgentArns: js.UndefOr[AgentArnList]\n    var CreationTime: js.UndefOr[Time]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n    var S3Config: js.UndefOr[S3Config]\n    var S3StorageClass: js.UndefOr[S3StorageClass]\n  }\n\n  object DescribeLocationS3Response {\n    @inline\n    def apply(\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined,\n        S3Config: js.UndefOr[S3Config] = js.undefined,\n        S3StorageClass: js.UndefOr[S3StorageClass] = js.undefined\n    ): DescribeLocationS3Response = {\n      val __obj = js.Dynamic.literal()\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      S3Config.foreach(__v => __obj.updateDynamic(\"S3Config\")(__v.asInstanceOf[js.Any]))\n      S3StorageClass.foreach(__v => __obj.updateDynamic(\"S3StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationS3Response]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationSmbRequest extends js.Object {\n    var LocationArn: LocationArn\n  }\n\n  object DescribeLocationSmbRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn\n    ): DescribeLocationSmbRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLocationSmbRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLocationSmbResponse extends js.Object {\n    var AgentArns: js.UndefOr[AgentArnList]\n    var CreationTime: js.UndefOr[Time]\n    var Domain: js.UndefOr[SmbDomain]\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n    var MountOptions: js.UndefOr[SmbMountOptions]\n    var User: js.UndefOr[SmbUser]\n  }\n\n  object DescribeLocationSmbResponse {\n    @inline\n    def apply(\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        Domain: js.UndefOr[SmbDomain] = js.undefined,\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined,\n        MountOptions: js.UndefOr[SmbMountOptions] = js.undefined,\n        User: js.UndefOr[SmbUser] = js.undefined\n    ): DescribeLocationSmbResponse = {\n      val __obj = js.Dynamic.literal()\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLocationSmbResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTaskExecutionRequest extends js.Object {\n    var TaskExecutionArn: TaskExecutionArn\n  }\n\n  object DescribeTaskExecutionRequest {\n    @inline\n    def apply(\n        TaskExecutionArn: TaskExecutionArn\n    ): DescribeTaskExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskExecutionArn\" -> TaskExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTaskExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTaskExecutionResponse extends js.Object {\n    var BytesTransferred: js.UndefOr[Double]\n    var BytesWritten: js.UndefOr[Double]\n    var EstimatedBytesToTransfer: js.UndefOr[Double]\n    var EstimatedFilesToTransfer: js.UndefOr[Double]\n    var Excludes: js.UndefOr[FilterList]\n    var FilesTransferred: js.UndefOr[Double]\n    var Includes: js.UndefOr[FilterList]\n    var Options: js.UndefOr[Options]\n    var Result: js.UndefOr[TaskExecutionResultDetail]\n    var StartTime: js.UndefOr[Time]\n    var Status: js.UndefOr[TaskExecutionStatus]\n    var TaskExecutionArn: js.UndefOr[TaskExecutionArn]\n  }\n\n  object DescribeTaskExecutionResponse {\n    @inline\n    def apply(\n        BytesTransferred: js.UndefOr[Double] = js.undefined,\n        BytesWritten: js.UndefOr[Double] = js.undefined,\n        EstimatedBytesToTransfer: js.UndefOr[Double] = js.undefined,\n        EstimatedFilesToTransfer: js.UndefOr[Double] = js.undefined,\n        Excludes: js.UndefOr[FilterList] = js.undefined,\n        FilesTransferred: js.UndefOr[Double] = js.undefined,\n        Includes: js.UndefOr[FilterList] = js.undefined,\n        Options: js.UndefOr[Options] = js.undefined,\n        Result: js.UndefOr[TaskExecutionResultDetail] = js.undefined,\n        StartTime: js.UndefOr[Time] = js.undefined,\n        Status: js.UndefOr[TaskExecutionStatus] = js.undefined,\n        TaskExecutionArn: js.UndefOr[TaskExecutionArn] = js.undefined\n    ): DescribeTaskExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      BytesTransferred.foreach(__v => __obj.updateDynamic(\"BytesTransferred\")(__v.asInstanceOf[js.Any]))\n      BytesWritten.foreach(__v => __obj.updateDynamic(\"BytesWritten\")(__v.asInstanceOf[js.Any]))\n      EstimatedBytesToTransfer.foreach(__v => __obj.updateDynamic(\"EstimatedBytesToTransfer\")(__v.asInstanceOf[js.Any]))\n      EstimatedFilesToTransfer.foreach(__v => __obj.updateDynamic(\"EstimatedFilesToTransfer\")(__v.asInstanceOf[js.Any]))\n      Excludes.foreach(__v => __obj.updateDynamic(\"Excludes\")(__v.asInstanceOf[js.Any]))\n      FilesTransferred.foreach(__v => __obj.updateDynamic(\"FilesTransferred\")(__v.asInstanceOf[js.Any]))\n      Includes.foreach(__v => __obj.updateDynamic(\"Includes\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      Result.foreach(__v => __obj.updateDynamic(\"Result\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionArn.foreach(__v => __obj.updateDynamic(\"TaskExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTaskExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTaskRequest extends js.Object {\n    var TaskArn: TaskArn\n  }\n\n  object DescribeTaskRequest {\n    @inline\n    def apply(\n        TaskArn: TaskArn\n    ): DescribeTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskArn\" -> TaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTaskRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTaskResponse extends js.Object {\n    var CloudWatchLogGroupArn: js.UndefOr[LogGroupArn]\n    var CreationTime: js.UndefOr[Time]\n    var CurrentTaskExecutionArn: js.UndefOr[TaskExecutionArn]\n    var DestinationLocationArn: js.UndefOr[LocationArn]\n    var DestinationNetworkInterfaceArns: js.UndefOr[DestinationNetworkInterfaceArns]\n    var ErrorCode: js.UndefOr[String]\n    var ErrorDetail: js.UndefOr[String]\n    var Excludes: js.UndefOr[FilterList]\n    var Name: js.UndefOr[TagValue]\n    var Options: js.UndefOr[Options]\n    var Schedule: js.UndefOr[TaskSchedule]\n    var SourceLocationArn: js.UndefOr[LocationArn]\n    var SourceNetworkInterfaceArns: js.UndefOr[SourceNetworkInterfaceArns]\n    var Status: js.UndefOr[TaskStatus]\n    var TaskArn: js.UndefOr[TaskArn]\n  }\n\n  object DescribeTaskResponse {\n    @inline\n    def apply(\n        CloudWatchLogGroupArn: js.UndefOr[LogGroupArn] = js.undefined,\n        CreationTime: js.UndefOr[Time] = js.undefined,\n        CurrentTaskExecutionArn: js.UndefOr[TaskExecutionArn] = js.undefined,\n        DestinationLocationArn: js.UndefOr[LocationArn] = js.undefined,\n        DestinationNetworkInterfaceArns: js.UndefOr[DestinationNetworkInterfaceArns] = js.undefined,\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        ErrorDetail: js.UndefOr[String] = js.undefined,\n        Excludes: js.UndefOr[FilterList] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        Options: js.UndefOr[Options] = js.undefined,\n        Schedule: js.UndefOr[TaskSchedule] = js.undefined,\n        SourceLocationArn: js.UndefOr[LocationArn] = js.undefined,\n        SourceNetworkInterfaceArns: js.UndefOr[SourceNetworkInterfaceArns] = js.undefined,\n        Status: js.UndefOr[TaskStatus] = js.undefined,\n        TaskArn: js.UndefOr[TaskArn] = js.undefined\n    ): DescribeTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLogGroupArn.foreach(__v => __obj.updateDynamic(\"CloudWatchLogGroupArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CurrentTaskExecutionArn.foreach(__v => __obj.updateDynamic(\"CurrentTaskExecutionArn\")(__v.asInstanceOf[js.Any]))\n      DestinationLocationArn.foreach(__v => __obj.updateDynamic(\"DestinationLocationArn\")(__v.asInstanceOf[js.Any]))\n      DestinationNetworkInterfaceArns.foreach(__v => __obj.updateDynamic(\"DestinationNetworkInterfaceArns\")(__v.asInstanceOf[js.Any]))\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorDetail.foreach(__v => __obj.updateDynamic(\"ErrorDetail\")(__v.asInstanceOf[js.Any]))\n      Excludes.foreach(__v => __obj.updateDynamic(\"Excludes\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      SourceLocationArn.foreach(__v => __obj.updateDynamic(\"SourceLocationArn\")(__v.asInstanceOf[js.Any]))\n      SourceNetworkInterfaceArns.foreach(__v => __obj.updateDynamic(\"SourceNetworkInterfaceArns\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTaskResponse]\n    }\n  }\n\n  \/** The subnet and the security group that DataSync uses to access target EFS file system. The subnet must have at least one mount target for that file system. The security group that you provide needs to be able to communicate with the security group on the mount target in the subnet specified.\n    *\/\n  @js.native\n  trait Ec2Config extends js.Object {\n    var SecurityGroupArns: Ec2SecurityGroupArnList\n    var SubnetArn: Ec2SubnetArn\n  }\n\n  object Ec2Config {\n    @inline\n    def apply(\n        SecurityGroupArns: Ec2SecurityGroupArnList,\n        SubnetArn: Ec2SubnetArn\n    ): Ec2Config = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroupArns\" -> SecurityGroupArns.asInstanceOf[js.Any],\n        \"SubnetArn\" -> SubnetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Ec2Config]\n    }\n  }\n\n  @js.native\n  sealed trait EndpointType extends js.Any\n  object EndpointType {\n    val PUBLIC = \"PUBLIC\".asInstanceOf[EndpointType]\n    val PRIVATE_LINK = \"PRIVATE_LINK\".asInstanceOf[EndpointType]\n    val FIPS = \"FIPS\".asInstanceOf[EndpointType]\n\n    @inline def values = js.Array(PUBLIC, PRIVATE_LINK, FIPS)\n  }\n\n  \/** Specifies which files, folders and objects to include or exclude when transferring files from source to destination.\n    *\/\n  @js.native\n  trait FilterRule extends js.Object {\n    var FilterType: js.UndefOr[FilterType]\n    var Value: js.UndefOr[FilterValue]\n  }\n\n  object FilterRule {\n    @inline\n    def apply(\n        FilterType: js.UndefOr[FilterType] = js.undefined,\n        Value: js.UndefOr[FilterValue] = js.undefined\n    ): FilterRule = {\n      val __obj = js.Dynamic.literal()\n      FilterType.foreach(__v => __obj.updateDynamic(\"FilterType\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FilterRule]\n    }\n  }\n\n  @js.native\n  sealed trait FilterType extends js.Any\n  object FilterType {\n    val SIMPLE_PATTERN = \"SIMPLE_PATTERN\".asInstanceOf[FilterType]\n\n    @inline def values = js.Array(SIMPLE_PATTERN)\n  }\n\n  @js.native\n  sealed trait Gid extends js.Any\n  object Gid {\n    val NONE = \"NONE\".asInstanceOf[Gid]\n    val INT_VALUE = \"INT_VALUE\".asInstanceOf[Gid]\n    val NAME = \"NAME\".asInstanceOf[Gid]\n    val BOTH = \"BOTH\".asInstanceOf[Gid]\n\n    @inline def values = js.Array(NONE, INT_VALUE, NAME, BOTH)\n  }\n\n  @js.native\n  trait ListAgentsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAgentsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAgentsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAgentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAgentsResponse extends js.Object {\n    var Agents: js.UndefOr[AgentList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAgentsResponse {\n    @inline\n    def apply(\n        Agents: js.UndefOr[AgentList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAgentsResponse = {\n      val __obj = js.Dynamic.literal()\n      Agents.foreach(__v => __obj.updateDynamic(\"Agents\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAgentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLocationsRequest extends js.Object {\n    var Filters: js.UndefOr[LocationFilters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLocationsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[LocationFilters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLocationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLocationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLocationsResponse extends js.Object {\n    var Locations: js.UndefOr[LocationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLocationsResponse {\n    @inline\n    def apply(\n        Locations: js.UndefOr[LocationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLocationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Locations.foreach(__v => __obj.updateDynamic(\"Locations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLocationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: TaggableResourceArn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: TaggableResourceArn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[OutputTagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[OutputTagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** ListTaskExecutions\n    *\/\n  @js.native\n  trait ListTaskExecutionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var TaskArn: js.UndefOr[TaskArn]\n  }\n\n  object ListTaskExecutionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TaskArn: js.UndefOr[TaskArn] = js.undefined\n    ): ListTaskExecutionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTaskExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTaskExecutionsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TaskExecutions: js.UndefOr[TaskExecutionList]\n  }\n\n  object ListTaskExecutionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TaskExecutions: js.UndefOr[TaskExecutionList] = js.undefined\n    ): ListTaskExecutionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TaskExecutions.foreach(__v => __obj.updateDynamic(\"TaskExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTaskExecutionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTasksRequest extends js.Object {\n    var Filters: js.UndefOr[TaskFilters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTasksRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[TaskFilters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTasksRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTasksRequest]\n    }\n  }\n\n  @js.native\n  trait ListTasksResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tasks: js.UndefOr[TaskList]\n  }\n\n  object ListTasksResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tasks: js.UndefOr[TaskList] = js.undefined\n    ): ListTasksResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tasks.foreach(__v => __obj.updateDynamic(\"Tasks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTasksResponse]\n    }\n  }\n\n  \/** You can use API filters to narrow down the list of resources returned by <code>ListLocations<\/code>. For example, to retrieve all your Amazon S3 locations, you can use <code>ListLocations<\/code> with filter name <code>LocationType S3<\/code> and <code>Operator Equals<\/code>.\n    *\/\n  @js.native\n  trait LocationFilter extends js.Object {\n    var Name: LocationFilterName\n    var Operator: Operator\n    var Values: FilterValues\n  }\n\n  object LocationFilter {\n    @inline\n    def apply(\n        Name: LocationFilterName,\n        Operator: Operator,\n        Values: FilterValues\n    ): LocationFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Operator\" -> Operator.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LocationFilter]\n    }\n  }\n\n  @js.native\n  sealed trait LocationFilterName extends js.Any\n  object LocationFilterName {\n    val LocationUri = \"LocationUri\".asInstanceOf[LocationFilterName]\n    val LocationType = \"LocationType\".asInstanceOf[LocationFilterName]\n    val CreationTime = \"CreationTime\".asInstanceOf[LocationFilterName]\n\n    @inline def values = js.Array(LocationUri, LocationType, CreationTime)\n  }\n\n  \/** Represents a single entry in a list of locations. <code>LocationListEntry<\/code> returns an array that contains a list of locations when the <a>ListLocations<\/a> operation is called.\n    *\/\n  @js.native\n  trait LocationListEntry extends js.Object {\n    var LocationArn: js.UndefOr[LocationArn]\n    var LocationUri: js.UndefOr[LocationUri]\n  }\n\n  object LocationListEntry {\n    @inline\n    def apply(\n        LocationArn: js.UndefOr[LocationArn] = js.undefined,\n        LocationUri: js.UndefOr[LocationUri] = js.undefined\n    ): LocationListEntry = {\n      val __obj = js.Dynamic.literal()\n      LocationArn.foreach(__v => __obj.updateDynamic(\"LocationArn\")(__v.asInstanceOf[js.Any]))\n      LocationUri.foreach(__v => __obj.updateDynamic(\"LocationUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LocationListEntry]\n    }\n  }\n\n  @js.native\n  sealed trait LogLevel extends js.Any\n  object LogLevel {\n    val OFF = \"OFF\".asInstanceOf[LogLevel]\n    val BASIC = \"BASIC\".asInstanceOf[LogLevel]\n    val TRANSFER = \"TRANSFER\".asInstanceOf[LogLevel]\n\n    @inline def values = js.Array(OFF, BASIC, TRANSFER)\n  }\n\n  @js.native\n  sealed trait Mtime extends js.Any\n  object Mtime {\n    val NONE = \"NONE\".asInstanceOf[Mtime]\n    val PRESERVE = \"PRESERVE\".asInstanceOf[Mtime]\n\n    @inline def values = js.Array(NONE, PRESERVE)\n  }\n\n  \/** Represents the mount options that are available for DataSync to access an NFS location.\n    *\/\n  @js.native\n  trait NfsMountOptions extends js.Object {\n    var Version: js.UndefOr[NfsVersion]\n  }\n\n  object NfsMountOptions {\n    @inline\n    def apply(\n        Version: js.UndefOr[NfsVersion] = js.undefined\n    ): NfsMountOptions = {\n      val __obj = js.Dynamic.literal()\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NfsMountOptions]\n    }\n  }\n\n  @js.native\n  sealed trait NfsVersion extends js.Any\n  object NfsVersion {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[NfsVersion]\n    val NFS3 = \"NFS3\".asInstanceOf[NfsVersion]\n    val NFS4_0 = \"NFS4_0\".asInstanceOf[NfsVersion]\n    val NFS4_1 = \"NFS4_1\".asInstanceOf[NfsVersion]\n\n    @inline def values = js.Array(AUTOMATIC, NFS3, NFS4_0, NFS4_1)\n  }\n\n  @js.native\n  sealed trait ObjectStorageServerProtocol extends js.Any\n  object ObjectStorageServerProtocol {\n    val HTTPS = \"HTTPS\".asInstanceOf[ObjectStorageServerProtocol]\n    val HTTP = \"HTTP\".asInstanceOf[ObjectStorageServerProtocol]\n\n    @inline def values = js.Array(HTTPS, HTTP)\n  }\n\n  \/** A list of Amazon Resource Names (ARNs) of agents to use for a Network File System (NFS) location.\n    *\/\n  @js.native\n  trait OnPremConfig extends js.Object {\n    var AgentArns: AgentArnList\n  }\n\n  object OnPremConfig {\n    @inline\n    def apply(\n        AgentArns: AgentArnList\n    ): OnPremConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArns\" -> AgentArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OnPremConfig]\n    }\n  }\n\n  @js.native\n  sealed trait Operator extends js.Any\n  object Operator {\n    val Equals = \"Equals\".asInstanceOf[Operator]\n    val NotEquals = \"NotEquals\".asInstanceOf[Operator]\n    val In = \"In\".asInstanceOf[Operator]\n    val LessThanOrEqual = \"LessThanOrEqual\".asInstanceOf[Operator]\n    val LessThan = \"LessThan\".asInstanceOf[Operator]\n    val GreaterThanOrEqual = \"GreaterThanOrEqual\".asInstanceOf[Operator]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[Operator]\n    val Contains = \"Contains\".asInstanceOf[Operator]\n    val NotContains = \"NotContains\".asInstanceOf[Operator]\n    val BeginsWith = \"BeginsWith\".asInstanceOf[Operator]\n\n    @inline def values = js.Array(Equals, NotEquals, In, LessThanOrEqual, LessThan, GreaterThanOrEqual, GreaterThan, Contains, NotContains, BeginsWith)\n  }\n\n  \/** Represents the options that are available to control the behavior of a <a>StartTaskExecution<\/a> operation. Behavior includes preserving metadata such as user ID (UID), group ID (GID), and file permissions, and also overwriting files in the destination, data integrity verification, and so on. A task has a set of default options associated with it. If you don't specify an option in <a>StartTaskExecution<\/a>, the default value is used. You can override the defaults options on each task execution by specifying an overriding <code>Options<\/code> value to <a>StartTaskExecution<\/a>.\n    *\/\n  @js.native\n  trait Options extends js.Object {\n    var Atime: js.UndefOr[Atime]\n    var BytesPerSecond: js.UndefOr[BytesPerSecond]\n    var Gid: js.UndefOr[Gid]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Mtime: js.UndefOr[Mtime]\n    var OverwriteMode: js.UndefOr[OverwriteMode]\n    var PosixPermissions: js.UndefOr[PosixPermissions]\n    var PreserveDeletedFiles: js.UndefOr[PreserveDeletedFiles]\n    var PreserveDevices: js.UndefOr[PreserveDevices]\n    var TaskQueueing: js.UndefOr[TaskQueueing]\n    var TransferMode: js.UndefOr[TransferMode]\n    var Uid: js.UndefOr[Uid]\n    var VerifyMode: js.UndefOr[VerifyMode]\n  }\n\n  object Options {\n    @inline\n    def apply(\n        Atime: js.UndefOr[Atime] = js.undefined,\n        BytesPerSecond: js.UndefOr[BytesPerSecond] = js.undefined,\n        Gid: js.UndefOr[Gid] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Mtime: js.UndefOr[Mtime] = js.undefined,\n        OverwriteMode: js.UndefOr[OverwriteMode] = js.undefined,\n        PosixPermissions: js.UndefOr[PosixPermissions] = js.undefined,\n        PreserveDeletedFiles: js.UndefOr[PreserveDeletedFiles] = js.undefined,\n        PreserveDevices: js.UndefOr[PreserveDevices] = js.undefined,\n        TaskQueueing: js.UndefOr[TaskQueueing] = js.undefined,\n        TransferMode: js.UndefOr[TransferMode] = js.undefined,\n        Uid: js.UndefOr[Uid] = js.undefined,\n        VerifyMode: js.UndefOr[VerifyMode] = js.undefined\n    ): Options = {\n      val __obj = js.Dynamic.literal()\n      Atime.foreach(__v => __obj.updateDynamic(\"Atime\")(__v.asInstanceOf[js.Any]))\n      BytesPerSecond.foreach(__v => __obj.updateDynamic(\"BytesPerSecond\")(__v.asInstanceOf[js.Any]))\n      Gid.foreach(__v => __obj.updateDynamic(\"Gid\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Mtime.foreach(__v => __obj.updateDynamic(\"Mtime\")(__v.asInstanceOf[js.Any]))\n      OverwriteMode.foreach(__v => __obj.updateDynamic(\"OverwriteMode\")(__v.asInstanceOf[js.Any]))\n      PosixPermissions.foreach(__v => __obj.updateDynamic(\"PosixPermissions\")(__v.asInstanceOf[js.Any]))\n      PreserveDeletedFiles.foreach(__v => __obj.updateDynamic(\"PreserveDeletedFiles\")(__v.asInstanceOf[js.Any]))\n      PreserveDevices.foreach(__v => __obj.updateDynamic(\"PreserveDevices\")(__v.asInstanceOf[js.Any]))\n      TaskQueueing.foreach(__v => __obj.updateDynamic(\"TaskQueueing\")(__v.asInstanceOf[js.Any]))\n      TransferMode.foreach(__v => __obj.updateDynamic(\"TransferMode\")(__v.asInstanceOf[js.Any]))\n      Uid.foreach(__v => __obj.updateDynamic(\"Uid\")(__v.asInstanceOf[js.Any]))\n      VerifyMode.foreach(__v => __obj.updateDynamic(\"VerifyMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Options]\n    }\n  }\n\n  @js.native\n  sealed trait OverwriteMode extends js.Any\n  object OverwriteMode {\n    val ALWAYS = \"ALWAYS\".asInstanceOf[OverwriteMode]\n    val NEVER = \"NEVER\".asInstanceOf[OverwriteMode]\n\n    @inline def values = js.Array(ALWAYS, NEVER)\n  }\n\n  @js.native\n  sealed trait PhaseStatus extends js.Any\n  object PhaseStatus {\n    val PENDING = \"PENDING\".asInstanceOf[PhaseStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[PhaseStatus]\n    val ERROR = \"ERROR\".asInstanceOf[PhaseStatus]\n\n    @inline def values = js.Array(PENDING, SUCCESS, ERROR)\n  }\n\n  @js.native\n  sealed trait PosixPermissions extends js.Any\n  object PosixPermissions {\n    val NONE = \"NONE\".asInstanceOf[PosixPermissions]\n    val PRESERVE = \"PRESERVE\".asInstanceOf[PosixPermissions]\n\n    @inline def values = js.Array(NONE, PRESERVE)\n  }\n\n  @js.native\n  sealed trait PreserveDeletedFiles extends js.Any\n  object PreserveDeletedFiles {\n    val PRESERVE = \"PRESERVE\".asInstanceOf[PreserveDeletedFiles]\n    val REMOVE = \"REMOVE\".asInstanceOf[PreserveDeletedFiles]\n\n    @inline def values = js.Array(PRESERVE, REMOVE)\n  }\n\n  @js.native\n  sealed trait PreserveDevices extends js.Any\n  object PreserveDevices {\n    val NONE = \"NONE\".asInstanceOf[PreserveDevices]\n    val PRESERVE = \"PRESERVE\".asInstanceOf[PreserveDevices]\n\n    @inline def values = js.Array(NONE, PRESERVE)\n  }\n\n  \/** The VPC endpoint, subnet, and security group that an agent uses to access IP addresses in a VPC (Virtual Private Cloud).\n    *\/\n  @js.native\n  trait PrivateLinkConfig extends js.Object {\n    var PrivateLinkEndpoint: js.UndefOr[Endpoint]\n    var SecurityGroupArns: js.UndefOr[PLSecurityGroupArnList]\n    var SubnetArns: js.UndefOr[PLSubnetArnList]\n    var VpcEndpointId: js.UndefOr[VpcEndpointId]\n  }\n\n  object PrivateLinkConfig {\n    @inline\n    def apply(\n        PrivateLinkEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        SecurityGroupArns: js.UndefOr[PLSecurityGroupArnList] = js.undefined,\n        SubnetArns: js.UndefOr[PLSubnetArnList] = js.undefined,\n        VpcEndpointId: js.UndefOr[VpcEndpointId] = js.undefined\n    ): PrivateLinkConfig = {\n      val __obj = js.Dynamic.literal()\n      PrivateLinkEndpoint.foreach(__v => __obj.updateDynamic(\"PrivateLinkEndpoint\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupArns.foreach(__v => __obj.updateDynamic(\"SecurityGroupArns\")(__v.asInstanceOf[js.Any]))\n      SubnetArns.foreach(__v => __obj.updateDynamic(\"SubnetArns\")(__v.asInstanceOf[js.Any]))\n      VpcEndpointId.foreach(__v => __obj.updateDynamic(\"VpcEndpointId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PrivateLinkConfig]\n    }\n  }\n\n  \/** The Amazon Resource Name (ARN) of the AWS Identity and Access Management (IAM) role that is used to access an Amazon S3 bucket. For detailed information about using such a role, see Creating a Location for Amazon S3 in the <i>AWS DataSync User Guide<\/i>.\n    *\/\n  @js.native\n  trait S3Config extends js.Object {\n    var BucketAccessRoleArn: IamRoleArn\n  }\n\n  object S3Config {\n    @inline\n    def apply(\n        BucketAccessRoleArn: IamRoleArn\n    ): S3Config = {\n      val __obj = js.Dynamic.literal(\n        \"BucketAccessRoleArn\" -> BucketAccessRoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3Config]\n    }\n  }\n\n  @js.native\n  sealed trait S3StorageClass extends js.Any\n  object S3StorageClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[S3StorageClass]\n    val STANDARD_IA = \"STANDARD_IA\".asInstanceOf[S3StorageClass]\n    val ONEZONE_IA = \"ONEZONE_IA\".asInstanceOf[S3StorageClass]\n    val INTELLIGENT_TIERING = \"INTELLIGENT_TIERING\".asInstanceOf[S3StorageClass]\n    val GLACIER = \"GLACIER\".asInstanceOf[S3StorageClass]\n    val DEEP_ARCHIVE = \"DEEP_ARCHIVE\".asInstanceOf[S3StorageClass]\n    val OUTPOSTS = \"OUTPOSTS\".asInstanceOf[S3StorageClass]\n\n    @inline def values = js.Array(STANDARD, STANDARD_IA, ONEZONE_IA, INTELLIGENT_TIERING, GLACIER, DEEP_ARCHIVE, OUTPOSTS)\n  }\n\n  \/** Represents the mount options that are available for DataSync to access an SMB location.\n    *\/\n  @js.native\n  trait SmbMountOptions extends js.Object {\n    var Version: js.UndefOr[SmbVersion]\n  }\n\n  object SmbMountOptions {\n    @inline\n    def apply(\n        Version: js.UndefOr[SmbVersion] = js.undefined\n    ): SmbMountOptions = {\n      val __obj = js.Dynamic.literal()\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SmbMountOptions]\n    }\n  }\n\n  @js.native\n  sealed trait SmbVersion extends js.Any\n  object SmbVersion {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[SmbVersion]\n    val SMB2 = \"SMB2\".asInstanceOf[SmbVersion]\n    val SMB3 = \"SMB3\".asInstanceOf[SmbVersion]\n\n    @inline def values = js.Array(AUTOMATIC, SMB2, SMB3)\n  }\n\n  @js.native\n  trait StartTaskExecutionRequest extends js.Object {\n    var TaskArn: TaskArn\n    var Includes: js.UndefOr[FilterList]\n    var OverrideOptions: js.UndefOr[Options]\n  }\n\n  object StartTaskExecutionRequest {\n    @inline\n    def apply(\n        TaskArn: TaskArn,\n        Includes: js.UndefOr[FilterList] = js.undefined,\n        OverrideOptions: js.UndefOr[Options] = js.undefined\n    ): StartTaskExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskArn\" -> TaskArn.asInstanceOf[js.Any]\n      )\n\n      Includes.foreach(__v => __obj.updateDynamic(\"Includes\")(__v.asInstanceOf[js.Any]))\n      OverrideOptions.foreach(__v => __obj.updateDynamic(\"OverrideOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTaskExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StartTaskExecutionResponse extends js.Object {\n    var TaskExecutionArn: js.UndefOr[TaskExecutionArn]\n  }\n\n  object StartTaskExecutionResponse {\n    @inline\n    def apply(\n        TaskExecutionArn: js.UndefOr[TaskExecutionArn] = js.undefined\n    ): StartTaskExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      TaskExecutionArn.foreach(__v => __obj.updateDynamic(\"TaskExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTaskExecutionResponse]\n    }\n  }\n\n  \/** Represents a single entry in a list of AWS resource tags. <code>TagListEntry<\/code> returns an array that contains a list of tasks when the <a>ListTagsForResource<\/a> operation is called.\n    *\/\n  @js.native\n  trait TagListEntry extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object TagListEntry {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): TagListEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagListEntry]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: TaggableResourceArn\n    var Tags: InputTagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: TaggableResourceArn,\n        Tags: InputTagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Represents a single entry in a list of task executions. <code>TaskExecutionListEntry<\/code> returns an array that contains a list of specific invocations of a task when <a>ListTaskExecutions<\/a> operation is called.\n    *\/\n  @js.native\n  trait TaskExecutionListEntry extends js.Object {\n    var Status: js.UndefOr[TaskExecutionStatus]\n    var TaskExecutionArn: js.UndefOr[TaskExecutionArn]\n  }\n\n  object TaskExecutionListEntry {\n    @inline\n    def apply(\n        Status: js.UndefOr[TaskExecutionStatus] = js.undefined,\n        TaskExecutionArn: js.UndefOr[TaskExecutionArn] = js.undefined\n    ): TaskExecutionListEntry = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionArn.foreach(__v => __obj.updateDynamic(\"TaskExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TaskExecutionListEntry]\n    }\n  }\n\n  \/** Describes the detailed result of a <code>TaskExecution<\/code> operation. This result includes the time in milliseconds spent in each phase, the status of the task execution, and the errors encountered.\n    *\/\n  @js.native\n  trait TaskExecutionResultDetail extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var ErrorDetail: js.UndefOr[String]\n    var PrepareDuration: js.UndefOr[Duration]\n    var PrepareStatus: js.UndefOr[PhaseStatus]\n    var TotalDuration: js.UndefOr[Duration]\n    var TransferDuration: js.UndefOr[Duration]\n    var TransferStatus: js.UndefOr[PhaseStatus]\n    var VerifyDuration: js.UndefOr[Duration]\n    var VerifyStatus: js.UndefOr[PhaseStatus]\n  }\n\n  object TaskExecutionResultDetail {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        ErrorDetail: js.UndefOr[String] = js.undefined,\n        PrepareDuration: js.UndefOr[Duration] = js.undefined,\n        PrepareStatus: js.UndefOr[PhaseStatus] = js.undefined,\n        TotalDuration: js.UndefOr[Duration] = js.undefined,\n        TransferDuration: js.UndefOr[Duration] = js.undefined,\n        TransferStatus: js.UndefOr[PhaseStatus] = js.undefined,\n        VerifyDuration: js.UndefOr[Duration] = js.undefined,\n        VerifyStatus: js.UndefOr[PhaseStatus] = js.undefined\n    ): TaskExecutionResultDetail = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorDetail.foreach(__v => __obj.updateDynamic(\"ErrorDetail\")(__v.asInstanceOf[js.Any]))\n      PrepareDuration.foreach(__v => __obj.updateDynamic(\"PrepareDuration\")(__v.asInstanceOf[js.Any]))\n      PrepareStatus.foreach(__v => __obj.updateDynamic(\"PrepareStatus\")(__v.asInstanceOf[js.Any]))\n      TotalDuration.foreach(__v => __obj.updateDynamic(\"TotalDuration\")(__v.asInstanceOf[js.Any]))\n      TransferDuration.foreach(__v => __obj.updateDynamic(\"TransferDuration\")(__v.asInstanceOf[js.Any]))\n      TransferStatus.foreach(__v => __obj.updateDynamic(\"TransferStatus\")(__v.asInstanceOf[js.Any]))\n      VerifyDuration.foreach(__v => __obj.updateDynamic(\"VerifyDuration\")(__v.asInstanceOf[js.Any]))\n      VerifyStatus.foreach(__v => __obj.updateDynamic(\"VerifyStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TaskExecutionResultDetail]\n    }\n  }\n\n  @js.native\n  sealed trait TaskExecutionStatus extends js.Any\n  object TaskExecutionStatus {\n    val QUEUED = \"QUEUED\".asInstanceOf[TaskExecutionStatus]\n    val LAUNCHING = \"LAUNCHING\".asInstanceOf[TaskExecutionStatus]\n    val PREPARING = \"PREPARING\".asInstanceOf[TaskExecutionStatus]\n    val TRANSFERRING = \"TRANSFERRING\".asInstanceOf[TaskExecutionStatus]\n    val VERIFYING = \"VERIFYING\".asInstanceOf[TaskExecutionStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[TaskExecutionStatus]\n    val ERROR = \"ERROR\".asInstanceOf[TaskExecutionStatus]\n\n    @inline def values = js.Array(QUEUED, LAUNCHING, PREPARING, TRANSFERRING, VERIFYING, SUCCESS, ERROR)\n  }\n\n  \/** You can use API filters to narrow down the list of resources returned by <code>ListTasks<\/code>. For example, to retrieve all tasks on a source location, you can use <code>ListTasks<\/code> with filter name <code>LocationId<\/code> and <code>Operator Equals<\/code> with the ARN for the location.\n    *\/\n  @js.native\n  trait TaskFilter extends js.Object {\n    var Name: TaskFilterName\n    var Operator: Operator\n    var Values: FilterValues\n  }\n\n  object TaskFilter {\n    @inline\n    def apply(\n        Name: TaskFilterName,\n        Operator: Operator,\n        Values: FilterValues\n    ): TaskFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Operator\" -> Operator.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TaskFilter]\n    }\n  }\n\n  @js.native\n  sealed trait TaskFilterName extends js.Any\n  object TaskFilterName {\n    val LocationId = \"LocationId\".asInstanceOf[TaskFilterName]\n    val CreationTime = \"CreationTime\".asInstanceOf[TaskFilterName]\n\n    @inline def values = js.Array(LocationId, CreationTime)\n  }\n\n  \/** Represents a single entry in a list of tasks. <code>TaskListEntry<\/code> returns an array that contains a list of tasks when the <a>ListTasks<\/a> operation is called. A task includes the source and destination file systems to sync and the options to use for the tasks.\n    *\/\n  @js.native\n  trait TaskListEntry extends js.Object {\n    var Name: js.UndefOr[TagValue]\n    var Status: js.UndefOr[TaskStatus]\n    var TaskArn: js.UndefOr[TaskArn]\n  }\n\n  object TaskListEntry {\n    @inline\n    def apply(\n        Name: js.UndefOr[TagValue] = js.undefined,\n        Status: js.UndefOr[TaskStatus] = js.undefined,\n        TaskArn: js.UndefOr[TaskArn] = js.undefined\n    ): TaskListEntry = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TaskListEntry]\n    }\n  }\n\n  @js.native\n  sealed trait TaskQueueing extends js.Any\n  object TaskQueueing {\n    val ENABLED = \"ENABLED\".asInstanceOf[TaskQueueing]\n    val DISABLED = \"DISABLED\".asInstanceOf[TaskQueueing]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specifies the schedule you want your task to use for repeated executions. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/events\/ScheduledEvents.html|Schedule Expressions for Rules]].\n    *\/\n  @js.native\n  trait TaskSchedule extends js.Object {\n    var ScheduleExpression: ScheduleExpressionCron\n  }\n\n  object TaskSchedule {\n    @inline\n    def apply(\n        ScheduleExpression: ScheduleExpressionCron\n    ): TaskSchedule = {\n      val __obj = js.Dynamic.literal(\n        \"ScheduleExpression\" -> ScheduleExpression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TaskSchedule]\n    }\n  }\n\n  @js.native\n  sealed trait TaskStatus extends js.Any\n  object TaskStatus {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[TaskStatus]\n    val CREATING = \"CREATING\".asInstanceOf[TaskStatus]\n    val QUEUED = \"QUEUED\".asInstanceOf[TaskStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[TaskStatus]\n    val UNAVAILABLE = \"UNAVAILABLE\".asInstanceOf[TaskStatus]\n\n    @inline def values = js.Array(AVAILABLE, CREATING, QUEUED, RUNNING, UNAVAILABLE)\n  }\n\n  @js.native\n  sealed trait TransferMode extends js.Any\n  object TransferMode {\n    val CHANGED = \"CHANGED\".asInstanceOf[TransferMode]\n    val ALL = \"ALL\".asInstanceOf[TransferMode]\n\n    @inline def values = js.Array(CHANGED, ALL)\n  }\n\n  @js.native\n  sealed trait Uid extends js.Any\n  object Uid {\n    val NONE = \"NONE\".asInstanceOf[Uid]\n    val INT_VALUE = \"INT_VALUE\".asInstanceOf[Uid]\n    val NAME = \"NAME\".asInstanceOf[Uid]\n    val BOTH = \"BOTH\".asInstanceOf[Uid]\n\n    @inline def values = js.Array(NONE, INT_VALUE, NAME, BOTH)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var Keys: TagKeyList\n    var ResourceArn: TaggableResourceArn\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        Keys: TagKeyList,\n        ResourceArn: TaggableResourceArn\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Keys\" -> Keys.asInstanceOf[js.Any],\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAgentRequest extends js.Object {\n    var AgentArn: AgentArn\n    var Name: js.UndefOr[TagValue]\n  }\n\n  object UpdateAgentRequest {\n    @inline\n    def apply(\n        AgentArn: AgentArn,\n        Name: js.UndefOr[TagValue] = js.undefined\n    ): UpdateAgentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentArn\" -> AgentArn.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAgentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAgentResponse extends js.Object\n\n  object UpdateAgentResponse {\n    @inline\n    def apply(): UpdateAgentResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateAgentResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationNfsRequest extends js.Object {\n    var LocationArn: LocationArn\n    var MountOptions: js.UndefOr[NfsMountOptions]\n    var OnPremConfig: js.UndefOr[OnPremConfig]\n    var Subdirectory: js.UndefOr[NfsSubdirectory]\n  }\n\n  object UpdateLocationNfsRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn,\n        MountOptions: js.UndefOr[NfsMountOptions] = js.undefined,\n        OnPremConfig: js.UndefOr[OnPremConfig] = js.undefined,\n        Subdirectory: js.UndefOr[NfsSubdirectory] = js.undefined\n    ): UpdateLocationNfsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      OnPremConfig.foreach(__v => __obj.updateDynamic(\"OnPremConfig\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLocationNfsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationNfsResponse extends js.Object\n\n  object UpdateLocationNfsResponse {\n    @inline\n    def apply(): UpdateLocationNfsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLocationNfsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationObjectStorageRequest extends js.Object {\n    var LocationArn: LocationArn\n    var AccessKey: js.UndefOr[ObjectStorageAccessKey]\n    var AgentArns: js.UndefOr[AgentArnList]\n    var SecretKey: js.UndefOr[ObjectStorageSecretKey]\n    var ServerPort: js.UndefOr[ObjectStorageServerPort]\n    var ServerProtocol: js.UndefOr[ObjectStorageServerProtocol]\n    var Subdirectory: js.UndefOr[S3Subdirectory]\n  }\n\n  object UpdateLocationObjectStorageRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn,\n        AccessKey: js.UndefOr[ObjectStorageAccessKey] = js.undefined,\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        SecretKey: js.UndefOr[ObjectStorageSecretKey] = js.undefined,\n        ServerPort: js.UndefOr[ObjectStorageServerPort] = js.undefined,\n        ServerProtocol: js.UndefOr[ObjectStorageServerProtocol] = js.undefined,\n        Subdirectory: js.UndefOr[S3Subdirectory] = js.undefined\n    ): UpdateLocationObjectStorageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n\n      AccessKey.foreach(__v => __obj.updateDynamic(\"AccessKey\")(__v.asInstanceOf[js.Any]))\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      SecretKey.foreach(__v => __obj.updateDynamic(\"SecretKey\")(__v.asInstanceOf[js.Any]))\n      ServerPort.foreach(__v => __obj.updateDynamic(\"ServerPort\")(__v.asInstanceOf[js.Any]))\n      ServerProtocol.foreach(__v => __obj.updateDynamic(\"ServerProtocol\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLocationObjectStorageRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationObjectStorageResponse extends js.Object\n\n  object UpdateLocationObjectStorageResponse {\n    @inline\n    def apply(): UpdateLocationObjectStorageResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLocationObjectStorageResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationSmbRequest extends js.Object {\n    var LocationArn: LocationArn\n    var AgentArns: js.UndefOr[AgentArnList]\n    var Domain: js.UndefOr[SmbDomain]\n    var MountOptions: js.UndefOr[SmbMountOptions]\n    var Password: js.UndefOr[SmbPassword]\n    var Subdirectory: js.UndefOr[SmbSubdirectory]\n    var User: js.UndefOr[SmbUser]\n  }\n\n  object UpdateLocationSmbRequest {\n    @inline\n    def apply(\n        LocationArn: LocationArn,\n        AgentArns: js.UndefOr[AgentArnList] = js.undefined,\n        Domain: js.UndefOr[SmbDomain] = js.undefined,\n        MountOptions: js.UndefOr[SmbMountOptions] = js.undefined,\n        Password: js.UndefOr[SmbPassword] = js.<PASSWORD>,\n        Subdirectory: js.UndefOr[SmbSubdirectory] = js.undefined,\n        User: js.UndefOr[SmbUser] = js.undefined\n    ): UpdateLocationSmbRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LocationArn\" -> LocationArn.asInstanceOf[js.Any]\n      )\n\n      AgentArns.foreach(__v => __obj.updateDynamic(\"AgentArns\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      MountOptions.foreach(__v => __obj.updateDynamic(\"MountOptions\")(__v.asInstanceOf[js.Any]))\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      Subdirectory.foreach(__v => __obj.updateDynamic(\"Subdirectory\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLocationSmbRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLocationSmbResponse extends js.Object\n\n  object UpdateLocationSmbResponse {\n    @inline\n    def apply(): UpdateLocationSmbResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLocationSmbResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTaskExecutionRequest extends js.Object {\n    var Options: Options\n    var TaskExecutionArn: TaskExecutionArn\n  }\n\n  object UpdateTaskExecutionRequest {\n    @inline\n    def apply(\n        Options: Options,\n        TaskExecutionArn: TaskExecutionArn\n    ): UpdateTaskExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Options\" -> Options.asInstanceOf[js.Any],\n        \"TaskExecutionArn\" -> TaskExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTaskExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTaskExecutionResponse extends js.Object\n\n  object UpdateTaskExecutionResponse {\n    @inline\n    def apply(): UpdateTaskExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateTaskExecutionResponse]\n    }\n  }\n\n  \/** UpdateTaskResponse\n    *\/\n  @js.native\n  trait UpdateTaskRequest extends js.Object {\n    var TaskArn: TaskArn\n    var CloudWatchLogGroupArn: js.UndefOr[LogGroupArn]\n    var Excludes: js.UndefOr[FilterList]\n    var Name: js.UndefOr[TagValue]\n    var Options: js.UndefOr[Options]\n    var Schedule: js.UndefOr[TaskSchedule]\n  }\n\n  object UpdateTaskRequest {\n    @inline\n    def apply(\n        TaskArn: TaskArn,\n        CloudWatchLogGroupArn: js.UndefOr[LogGroupArn] = js.undefined,\n        Excludes: js.UndefOr[FilterList] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        Options: js.UndefOr[Options] = js.undefined,\n        Schedule: js.UndefOr[TaskSchedule] = js.undefined\n    ): UpdateTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskArn\" -> TaskArn.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLogGroupArn.foreach(__v => __obj.updateDynamic(\"CloudWatchLogGroupArn\")(__v.asInstanceOf[js.Any]))\n      Excludes.foreach(__v => __obj.updateDynamic(\"Excludes\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTaskRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTaskResponse extends js.Object\n\n  object UpdateTaskResponse {\n    @inline\n    def apply(): UpdateTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateTaskResponse]\n    }\n  }\n\n  @js.native\n  sealed trait VerifyMode extends js.Any\n  object VerifyMode {\n    val POINT_IN_TIME_CONSISTENT = \"POINT_IN_TIME_CONSISTENT\".asInstanceOf[VerifyMode]\n    val ONLY_FILES_TRANSFERRED = \"ONLY_FILES_TRANSFERRED\".asInstanceOf[VerifyMode]\n    val NONE = \"NONE\".asInstanceOf[VerifyMode]\n\n    @inline def values = js.Array(POINT_IN_TIME_CONSISTENT, ONLY_FILES_TRANSFERRED, NONE)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/marketplacecommerceanalytics\/src\/main\/scala\/facade\/amazonaws\/services\/MarketplaceCommerceAnalytics.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object marketplacecommerceanalytics {\n  type CustomerDefinedValues = js.Dictionary[OptionalValue]\n  type DataSetPublicationDate = js.Date\n  type DataSetRequestId = String\n  type DestinationS3BucketName = String\n  type DestinationS3Prefix = String\n  type FromDate = js.Date\n  type OptionalKey = String\n  type OptionalValue = String\n  type RoleNameArn = String\n  type SnsTopicArn = String\n\n  implicit final class MarketplaceCommerceAnalyticsOps(private val service: MarketplaceCommerceAnalytics) extends AnyVal {\n\n    @inline def generateDataSetFuture(params: GenerateDataSetRequest): Future[GenerateDataSetResult] = service.generateDataSet(params).promise().toFuture\n    @inline def startSupportDataExportFuture(params: StartSupportDataExportRequest): Future[StartSupportDataExportResult] = service.startSupportDataExport(params).promise().toFuture\n\n  }\n}\n\npackage marketplacecommerceanalytics {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/marketplacecommerceanalytics\", JSImport.Namespace, \"AWS.MarketplaceCommerceAnalytics\")\n  class MarketplaceCommerceAnalytics() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def generateDataSet(params: GenerateDataSetRequest): Request[GenerateDataSetResult] = js.native\n    def startSupportDataExport(params: StartSupportDataExportRequest): Request[StartSupportDataExportResult] = js.native\n  }\n\n  @js.native\n  sealed trait DataSetType extends js.Any\n  object DataSetType {\n    val customer_subscriber_hourly_monthly_subscriptions = \"customer_subscriber_hourly_monthly_subscriptions\".asInstanceOf[DataSetType]\n    val customer_subscriber_annual_subscriptions = \"customer_subscriber_annual_subscriptions\".asInstanceOf[DataSetType]\n    val daily_business_usage_by_instance_type = \"daily_business_usage_by_instance_type\".asInstanceOf[DataSetType]\n    val daily_business_fees = \"daily_business_fees\".asInstanceOf[DataSetType]\n    val daily_business_free_trial_conversions = \"daily_business_free_trial_conversions\".asInstanceOf[DataSetType]\n    val daily_business_new_instances = \"daily_business_new_instances\".asInstanceOf[DataSetType]\n    val daily_business_new_product_subscribers = \"daily_business_new_product_subscribers\".asInstanceOf[DataSetType]\n    val daily_business_canceled_product_subscribers = \"daily_business_canceled_product_subscribers\".asInstanceOf[DataSetType]\n    val monthly_revenue_billing_and_revenue_data = \"monthly_revenue_billing_and_revenue_data\".asInstanceOf[DataSetType]\n    val monthly_revenue_annual_subscriptions = \"monthly_revenue_annual_subscriptions\".asInstanceOf[DataSetType]\n    val monthly_revenue_field_demonstration_usage = \"monthly_revenue_field_demonstration_usage\".asInstanceOf[DataSetType]\n    val monthly_revenue_flexible_payment_schedule = \"monthly_revenue_flexible_payment_schedule\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_product = \"disbursed_amount_by_product\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_product_with_uncollected_funds = \"disbursed_amount_by_product_with_uncollected_funds\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_instance_hours = \"disbursed_amount_by_instance_hours\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_customer_geo = \"disbursed_amount_by_customer_geo\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_age_of_uncollected_funds = \"disbursed_amount_by_age_of_uncollected_funds\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_age_of_disbursed_funds = \"disbursed_amount_by_age_of_disbursed_funds\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_age_of_past_due_funds = \"disbursed_amount_by_age_of_past_due_funds\".asInstanceOf[DataSetType]\n    val disbursed_amount_by_uncollected_funds_breakdown = \"disbursed_amount_by_uncollected_funds_breakdown\".asInstanceOf[DataSetType]\n    val customer_profile_by_industry = \"customer_profile_by_industry\".asInstanceOf[DataSetType]\n    val customer_profile_by_revenue = \"customer_profile_by_revenue\".asInstanceOf[DataSetType]\n    val customer_profile_by_geography = \"customer_profile_by_geography\".asInstanceOf[DataSetType]\n    val sales_compensation_billed_revenue = \"sales_compensation_billed_revenue\".asInstanceOf[DataSetType]\n    val us_sales_and_use_tax_records = \"us_sales_and_use_tax_records\".asInstanceOf[DataSetType]\n\n    @inline def values = js.Array(\n      customer_subscriber_hourly_monthly_subscriptions,\n      customer_subscriber_annual_subscriptions,\n      daily_business_usage_by_instance_type,\n      daily_business_fees,\n      daily_business_free_trial_conversions,\n      daily_business_new_instances,\n      daily_business_new_product_subscribers,\n      daily_business_canceled_product_subscribers,\n      monthly_revenue_billing_and_revenue_data,\n      monthly_revenue_annual_subscriptions,\n      monthly_revenue_field_demonstration_usage,\n      monthly_revenue_flexible_payment_schedule,\n      disbursed_amount_by_product,\n      disbursed_amount_by_product_with_uncollected_funds,\n      disbursed_amount_by_instance_hours,\n      disbursed_amount_by_customer_geo,\n      disbursed_amount_by_age_of_uncollected_funds,\n      disbursed_amount_by_age_of_disbursed_funds,\n      disbursed_amount_by_age_of_past_due_funds,\n      disbursed_amount_by_uncollected_funds_breakdown,\n      customer_profile_by_industry,\n      customer_profile_by_revenue,\n      customer_profile_by_geography,\n      sales_compensation_billed_revenue,\n      us_sales_and_use_tax_records\n    )\n  }\n\n  \/** Container for the parameters to the GenerateDataSet operation.\n    *\/\n  @js.native\n  trait GenerateDataSetRequest extends js.Object {\n    var dataSetPublicationDate: DataSetPublicationDate\n    var dataSetType: DataSetType\n    var destinationS3BucketName: DestinationS3BucketName\n    var roleNameArn: RoleNameArn\n    var snsTopicArn: SnsTopicArn\n    var customerDefinedValues: js.UndefOr[CustomerDefinedValues]\n    var destinationS3Prefix: js.UndefOr[DestinationS3Prefix]\n  }\n\n  object GenerateDataSetRequest {\n    @inline\n    def apply(\n        dataSetPublicationDate: DataSetPublicationDate,\n        dataSetType: DataSetType,\n        destinationS3BucketName: DestinationS3BucketName,\n        roleNameArn: RoleNameArn,\n        snsTopicArn: SnsTopicArn,\n        customerDefinedValues: js.UndefOr[CustomerDefinedValues] = js.undefined,\n        destinationS3Prefix: js.UndefOr[DestinationS3Prefix] = js.undefined\n    ): GenerateDataSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataSetPublicationDate\" -> dataSetPublicationDate.asInstanceOf[js.Any],\n        \"dataSetType\" -> dataSetType.asInstanceOf[js.Any],\n        \"destinationS3BucketName\" -> destinationS3BucketName.asInstanceOf[js.Any],\n        \"roleNameArn\" -> roleNameArn.asInstanceOf[js.Any],\n        \"snsTopicArn\" -> snsTopicArn.asInstanceOf[js.Any]\n      )\n\n      customerDefinedValues.foreach(__v => __obj.updateDynamic(\"customerDefinedValues\")(__v.asInstanceOf[js.Any]))\n      destinationS3Prefix.foreach(__v => __obj.updateDynamic(\"destinationS3Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateDataSetRequest]\n    }\n  }\n\n  \/** Container for the result of the GenerateDataSet operation.\n    *\/\n  @js.native\n  trait GenerateDataSetResult extends js.Object {\n    var dataSetRequestId: js.UndefOr[DataSetRequestId]\n  }\n\n  object GenerateDataSetResult {\n    @inline\n    def apply(\n        dataSetRequestId: js.UndefOr[DataSetRequestId] = js.undefined\n    ): GenerateDataSetResult = {\n      val __obj = js.Dynamic.literal()\n      dataSetRequestId.foreach(__v => __obj.updateDynamic(\"dataSetRequestId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateDataSetResult]\n    }\n  }\n\n  \/** Container for the parameters to the StartSupportDataExport operation.\n    *\/\n  @js.native\n  trait StartSupportDataExportRequest extends js.Object {\n    var dataSetType: SupportDataSetType\n    var destinationS3BucketName: DestinationS3BucketName\n    var fromDate: FromDate\n    var roleNameArn: RoleNameArn\n    var snsTopicArn: SnsTopicArn\n    var customerDefinedValues: js.UndefOr[CustomerDefinedValues]\n    var destinationS3Prefix: js.UndefOr[DestinationS3Prefix]\n  }\n\n  object StartSupportDataExportRequest {\n    @inline\n    def apply(\n        dataSetType: SupportDataSetType,\n        destinationS3BucketName: DestinationS3BucketName,\n        fromDate: FromDate,\n        roleNameArn: RoleNameArn,\n        snsTopicArn: SnsTopicArn,\n        customerDefinedValues: js.UndefOr[CustomerDefinedValues] = js.undefined,\n        destinationS3Prefix: js.UndefOr[DestinationS3Prefix] = js.undefined\n    ): StartSupportDataExportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataSetType\" -> dataSetType.asInstanceOf[js.Any],\n        \"destinationS3BucketName\" -> destinationS3BucketName.asInstanceOf[js.Any],\n        \"fromDate\" -> fromDate.asInstanceOf[js.Any],\n        \"roleNameArn\" -> roleNameArn.asInstanceOf[js.Any],\n        \"snsTopicArn\" -> snsTopicArn.asInstanceOf[js.Any]\n      )\n\n      customerDefinedValues.foreach(__v => __obj.updateDynamic(\"customerDefinedValues\")(__v.asInstanceOf[js.Any]))\n      destinationS3Prefix.foreach(__v => __obj.updateDynamic(\"destinationS3Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSupportDataExportRequest]\n    }\n  }\n\n  \/** Container for the result of the StartSupportDataExport operation.\n    *\/\n  @js.native\n  trait StartSupportDataExportResult extends js.Object {\n    var dataSetRequestId: js.UndefOr[DataSetRequestId]\n  }\n\n  object StartSupportDataExportResult {\n    @inline\n    def apply(\n        dataSetRequestId: js.UndefOr[DataSetRequestId] = js.undefined\n    ): StartSupportDataExportResult = {\n      val __obj = js.Dynamic.literal()\n      dataSetRequestId.foreach(__v => __obj.updateDynamic(\"dataSetRequestId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSupportDataExportResult]\n    }\n  }\n\n  @js.native\n  sealed trait SupportDataSetType extends js.Any\n  object SupportDataSetType {\n    val customer_support_contacts_data = \"customer_support_contacts_data\".asInstanceOf[SupportDataSetType]\n    val test_customer_support_contacts_data = \"test_customer_support_contacts_data\".asInstanceOf[SupportDataSetType]\n\n    @inline def values = js.Array(customer_support_contacts_data, test_customer_support_contacts_data)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lightsail\/src\/main\/scala\/facade\/amazonaws\/services\/Lightsail.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lightsail {\n  type AddOnList = js.Array[AddOn]\n  type AddOnRequestList = js.Array[AddOnRequest]\n  type AlarmsList = js.Array[Alarm]\n  type AttachedDiskList = js.Array[AttachedDisk]\n  type AttachedDiskMap = js.Dictionary[DiskMapList]\n  type AutoSnapshotDate = String\n  type AutoSnapshotDetailsList = js.Array[AutoSnapshotDetails]\n  type AvailabilityZoneList = js.Array[AvailabilityZone]\n  type Base64 = String\n  type BlueprintList = js.Array[Blueprint]\n  type BundleList = js.Array[Bundle]\n  type CacheBehaviorList = js.Array[CacheBehaviorPerPath]\n  type CertificateName = String\n  type CertificateStatusList = js.Array[CertificateStatus]\n  type CertificateSummaryList = js.Array[CertificateSummary]\n  type CloudFormationStackRecordList = js.Array[CloudFormationStackRecord]\n  type CloudFormationStackRecordSourceInfoList = js.Array[CloudFormationStackRecordSourceInfo]\n  type ContactMethodsList = js.Array[ContactMethod]\n  type ContactProtocolsList = js.Array[ContactProtocol]\n  type ContainerImageList = js.Array[ContainerImage]\n  type ContainerLabel = String\n  type ContainerMap = js.Dictionary[Container]\n  type ContainerName = String\n  type ContainerServiceDeploymentList = js.Array[ContainerServiceDeployment]\n  type ContainerServiceList = js.Array[ContainerService]\n  type ContainerServiceLogEventList = js.Array[ContainerServiceLogEvent]\n  type ContainerServiceMetadataEntry = js.Dictionary[String]\n  type ContainerServiceMetadataEntryList = js.Array[ContainerServiceMetadataEntry]\n  type ContainerServiceName = String\n  type ContainerServicePowerList = js.Array[ContainerServicePower]\n  type ContainerServicePublicDomains = js.Dictionary[ContainerServicePublicDomainsList]\n  type ContainerServicePublicDomainsList = js.Array[String]\n  type ContainerServiceScale = Int\n  type DiskInfoList = js.Array[DiskInfo]\n  type DiskList = js.Array[Disk]\n  type DiskMapList = js.Array[DiskMap]\n  type DiskSnapshotList = js.Array[DiskSnapshot]\n  type DistributionBundleList = js.Array[DistributionBundle]\n  type DistributionList = js.Array[LightsailDistribution]\n  type DomainEntryList = js.Array[DomainEntry]\n  type DomainEntryOptions = js.Dictionary[String]\n  type DomainEntryOptionsKeys = String\n  type DomainEntryType = String\n  type DomainList = js.Array[Domain]\n  type DomainName = String\n  type DomainNameList = js.Array[DomainName]\n  type DomainValidationRecordList = js.Array[DomainValidationRecord]\n  type EligibleToRenew = String\n  type Environment = js.Dictionary[String]\n  type ExportSnapshotRecordList = js.Array[ExportSnapshotRecord]\n  type HeaderForwardList = js.Array[HeaderEnum]\n  type HostKeysList = js.Array[HostKeyAttributes]\n  type InUseResourceCount = Int\n  type IncludeCertificateDetails = Boolean\n  type InstanceEntryList = js.Array[InstanceEntry]\n  type InstanceHealthSummaryList = js.Array[InstanceHealthSummary]\n  type InstanceList = js.Array[Instance]\n  type InstancePlatformList = js.Array[InstancePlatform]\n  type InstancePortInfoList = js.Array[InstancePortInfo]\n  type InstancePortStateList = js.Array[InstancePortState]\n  type InstanceSnapshotList = js.Array[InstanceSnapshot]\n  type IpAddress = String\n  type Ipv6Address = String\n  type Ipv6AddressList = js.Array[Ipv6Address]\n  type IsoDate = js.Date\n  type IssuerCA = String\n  type KeyAlgorithm = String\n  type KeyPairList = js.Array[KeyPair]\n  type LoadBalancerConfigurationOptions = js.Dictionary[String]\n  type LoadBalancerList = js.Array[LoadBalancer]\n  type LoadBalancerTlsCertificateDomainValidationOptionList = js.Array[LoadBalancerTlsCertificateDomainValidationOption]\n  type LoadBalancerTlsCertificateDomainValidationRecordList = js.Array[LoadBalancerTlsCertificateDomainValidationRecord]\n  type LoadBalancerTlsCertificateList = js.Array[LoadBalancerTlsCertificate]\n  type LoadBalancerTlsCertificateSummaryList = js.Array[LoadBalancerTlsCertificateSummary]\n  type LogEventList = js.Array[LogEvent]\n  type MetricDatapointList = js.Array[MetricDatapoint]\n  type MetricPeriod = Int\n  type MetricStatisticList = js.Array[MetricStatistic]\n  type NonEmptyString = String\n  type NotificationTriggerList = js.Array[AlarmState]\n  type OperationList = js.Array[Operation]\n  type PendingMaintenanceActionList = js.Array[PendingMaintenanceAction]\n  type Port = Int\n  type PortInfoList = js.Array[PortInfo]\n  type PortList = js.Array[Port]\n  type PortMap = js.Dictionary[ContainerServiceProtocol]\n  type RegionList = js.Array[Region]\n  type RelationalDatabaseBlueprintList = js.Array[RelationalDatabaseBlueprint]\n  type RelationalDatabaseBundleList = js.Array[RelationalDatabaseBundle]\n  type RelationalDatabaseEventList = js.Array[RelationalDatabaseEvent]\n  type RelationalDatabaseList = js.Array[RelationalDatabase]\n  type RelationalDatabaseParameterList = js.Array[RelationalDatabaseParameter]\n  type RelationalDatabaseSnapshotList = js.Array[RelationalDatabaseSnapshot]\n  type RenewalStatusReason = String\n  type RequestFailureReason = String\n  type ResourceArn = String\n  type ResourceName = String\n  type ResourceNameList = js.Array[ResourceName]\n  type RevocationReason = String\n  type SensitiveString = String\n  type SerialNumber = String\n  type StaticIpList = js.Array[StaticIp]\n  type StringList = js.Array[String]\n  type StringMax256 = String\n  type SubjectAlternativeNameList = js.Array[DomainName]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TimeOfDay = String\n  type double = Double\n  type timestamp = js.Date\n\n  implicit final class LightsailOps(private val service: Lightsail) extends AnyVal {\n\n    @inline def allocateStaticIpFuture(params: AllocateStaticIpRequest): Future[AllocateStaticIpResult] = service.allocateStaticIp(params).promise().toFuture\n    @inline def attachCertificateToDistributionFuture(params: AttachCertificateToDistributionRequest): Future[AttachCertificateToDistributionResult] = service.attachCertificateToDistribution(params).promise().toFuture\n    @inline def attachDiskFuture(params: AttachDiskRequest): Future[AttachDiskResult] = service.attachDisk(params).promise().toFuture\n    @inline def attachInstancesToLoadBalancerFuture(params: AttachInstancesToLoadBalancerRequest): Future[AttachInstancesToLoadBalancerResult] = service.attachInstancesToLoadBalancer(params).promise().toFuture\n    @inline def attachLoadBalancerTlsCertificateFuture(params: AttachLoadBalancerTlsCertificateRequest): Future[AttachLoadBalancerTlsCertificateResult] = service.attachLoadBalancerTlsCertificate(params).promise().toFuture\n    @inline def attachStaticIpFuture(params: AttachStaticIpRequest): Future[AttachStaticIpResult] = service.attachStaticIp(params).promise().toFuture\n    @inline def closeInstancePublicPortsFuture(params: CloseInstancePublicPortsRequest): Future[CloseInstancePublicPortsResult] = service.closeInstancePublicPorts(params).promise().toFuture\n    @inline def copySnapshotFuture(params: CopySnapshotRequest): Future[CopySnapshotResult] = service.copySnapshot(params).promise().toFuture\n    @inline def createCertificateFuture(params: CreateCertificateRequest): Future[CreateCertificateResult] = service.createCertificate(params).promise().toFuture\n    @inline def createCloudFormationStackFuture(params: CreateCloudFormationStackRequest): Future[CreateCloudFormationStackResult] = service.createCloudFormationStack(params).promise().toFuture\n    @inline def createContactMethodFuture(params: CreateContactMethodRequest): Future[CreateContactMethodResult] = service.createContactMethod(params).promise().toFuture\n    @inline def createContainerServiceDeploymentFuture(params: CreateContainerServiceDeploymentRequest): Future[CreateContainerServiceDeploymentResult] = service.createContainerServiceDeployment(params).promise().toFuture\n    @inline def createContainerServiceFuture(params: CreateContainerServiceRequest): Future[CreateContainerServiceResult] = service.createContainerService(params).promise().toFuture\n    @inline def createContainerServiceRegistryLoginFuture(params: CreateContainerServiceRegistryLoginRequest): Future[CreateContainerServiceRegistryLoginResult] = service.createContainerServiceRegistryLogin(params).promise().toFuture\n    @inline def createDiskFromSnapshotFuture(params: CreateDiskFromSnapshotRequest): Future[CreateDiskFromSnapshotResult] = service.createDiskFromSnapshot(params).promise().toFuture\n    @inline def createDiskFuture(params: CreateDiskRequest): Future[CreateDiskResult] = service.createDisk(params).promise().toFuture\n    @inline def createDiskSnapshotFuture(params: CreateDiskSnapshotRequest): Future[CreateDiskSnapshotResult] = service.createDiskSnapshot(params).promise().toFuture\n    @inline def createDistributionFuture(params: CreateDistributionRequest): Future[CreateDistributionResult] = service.createDistribution(params).promise().toFuture\n    @inline def createDomainEntryFuture(params: CreateDomainEntryRequest): Future[CreateDomainEntryResult] = service.createDomainEntry(params).promise().toFuture\n    @inline def createDomainFuture(params: CreateDomainRequest): Future[CreateDomainResult] = service.createDomain(params).promise().toFuture\n    @inline def createInstanceSnapshotFuture(params: CreateInstanceSnapshotRequest): Future[CreateInstanceSnapshotResult] = service.createInstanceSnapshot(params).promise().toFuture\n    @inline def createInstancesFromSnapshotFuture(params: CreateInstancesFromSnapshotRequest): Future[CreateInstancesFromSnapshotResult] = service.createInstancesFromSnapshot(params).promise().toFuture\n    @inline def createInstancesFuture(params: CreateInstancesRequest): Future[CreateInstancesResult] = service.createInstances(params).promise().toFuture\n    @inline def createKeyPairFuture(params: CreateKeyPairRequest): Future[CreateKeyPairResult] = service.createKeyPair(params).promise().toFuture\n    @inline def createLoadBalancerFuture(params: CreateLoadBalancerRequest): Future[CreateLoadBalancerResult] = service.createLoadBalancer(params).promise().toFuture\n    @inline def createLoadBalancerTlsCertificateFuture(params: CreateLoadBalancerTlsCertificateRequest): Future[CreateLoadBalancerTlsCertificateResult] = service.createLoadBalancerTlsCertificate(params).promise().toFuture\n    @inline def createRelationalDatabaseFromSnapshotFuture(params: CreateRelationalDatabaseFromSnapshotRequest): Future[CreateRelationalDatabaseFromSnapshotResult] = service.createRelationalDatabaseFromSnapshot(params).promise().toFuture\n    @inline def createRelationalDatabaseFuture(params: CreateRelationalDatabaseRequest): Future[CreateRelationalDatabaseResult] = service.createRelationalDatabase(params).promise().toFuture\n    @inline def createRelationalDatabaseSnapshotFuture(params: CreateRelationalDatabaseSnapshotRequest): Future[CreateRelationalDatabaseSnapshotResult] = service.createRelationalDatabaseSnapshot(params).promise().toFuture\n    @inline def deleteAlarmFuture(params: DeleteAlarmRequest): Future[DeleteAlarmResult] = service.deleteAlarm(params).promise().toFuture\n    @inline def deleteAutoSnapshotFuture(params: DeleteAutoSnapshotRequest): Future[DeleteAutoSnapshotResult] = service.deleteAutoSnapshot(params).promise().toFuture\n    @inline def deleteCertificateFuture(params: DeleteCertificateRequest): Future[DeleteCertificateResult] = service.deleteCertificate(params).promise().toFuture\n    @inline def deleteContactMethodFuture(params: DeleteContactMethodRequest): Future[DeleteContactMethodResult] = service.deleteContactMethod(params).promise().toFuture\n    @inline def deleteContainerImageFuture(params: DeleteContainerImageRequest): Future[DeleteContainerImageResult] = service.deleteContainerImage(params).promise().toFuture\n    @inline def deleteContainerServiceFuture(params: DeleteContainerServiceRequest): Future[DeleteContainerServiceResult] = service.deleteContainerService(params).promise().toFuture\n    @inline def deleteDiskFuture(params: DeleteDiskRequest): Future[DeleteDiskResult] = service.deleteDisk(params).promise().toFuture\n    @inline def deleteDiskSnapshotFuture(params: DeleteDiskSnapshotRequest): Future[DeleteDiskSnapshotResult] = service.deleteDiskSnapshot(params).promise().toFuture\n    @inline def deleteDistributionFuture(params: DeleteDistributionRequest): Future[DeleteDistributionResult] = service.deleteDistribution(params).promise().toFuture\n    @inline def deleteDomainEntryFuture(params: DeleteDomainEntryRequest): Future[DeleteDomainEntryResult] = service.deleteDomainEntry(params).promise().toFuture\n    @inline def deleteDomainFuture(params: DeleteDomainRequest): Future[DeleteDomainResult] = service.deleteDomain(params).promise().toFuture\n    @inline def deleteInstanceFuture(params: DeleteInstanceRequest): Future[DeleteInstanceResult] = service.deleteInstance(params).promise().toFuture\n    @inline def deleteInstanceSnapshotFuture(params: DeleteInstanceSnapshotRequest): Future[DeleteInstanceSnapshotResult] = service.deleteInstanceSnapshot(params).promise().toFuture\n    @inline def deleteKeyPairFuture(params: DeleteKeyPairRequest): Future[DeleteKeyPairResult] = service.deleteKeyPair(params).promise().toFuture\n    @inline def deleteKnownHostKeysFuture(params: DeleteKnownHostKeysRequest): Future[DeleteKnownHostKeysResult] = service.deleteKnownHostKeys(params).promise().toFuture\n    @inline def deleteLoadBalancerFuture(params: DeleteLoadBalancerRequest): Future[DeleteLoadBalancerResult] = service.deleteLoadBalancer(params).promise().toFuture\n    @inline def deleteLoadBalancerTlsCertificateFuture(params: DeleteLoadBalancerTlsCertificateRequest): Future[DeleteLoadBalancerTlsCertificateResult] = service.deleteLoadBalancerTlsCertificate(params).promise().toFuture\n    @inline def deleteRelationalDatabaseFuture(params: DeleteRelationalDatabaseRequest): Future[DeleteRelationalDatabaseResult] = service.deleteRelationalDatabase(params).promise().toFuture\n    @inline def deleteRelationalDatabaseSnapshotFuture(params: DeleteRelationalDatabaseSnapshotRequest): Future[DeleteRelationalDatabaseSnapshotResult] = service.deleteRelationalDatabaseSnapshot(params).promise().toFuture\n    @inline def detachCertificateFromDistributionFuture(params: DetachCertificateFromDistributionRequest): Future[DetachCertificateFromDistributionResult] = service.detachCertificateFromDistribution(params).promise().toFuture\n    @inline def detachDiskFuture(params: DetachDiskRequest): Future[DetachDiskResult] = service.detachDisk(params).promise().toFuture\n    @inline def detachInstancesFromLoadBalancerFuture(params: DetachInstancesFromLoadBalancerRequest): Future[DetachInstancesFromLoadBalancerResult] = service.detachInstancesFromLoadBalancer(params).promise().toFuture\n    @inline def detachStaticIpFuture(params: DetachStaticIpRequest): Future[DetachStaticIpResult] = service.detachStaticIp(params).promise().toFuture\n    @inline def disableAddOnFuture(params: DisableAddOnRequest): Future[DisableAddOnResult] = service.disableAddOn(params).promise().toFuture\n    @inline def downloadDefaultKeyPairFuture(params: DownloadDefaultKeyPairRequest): Future[DownloadDefaultKeyPairResult] = service.downloadDefaultKeyPair(params).promise().toFuture\n    @inline def enableAddOnFuture(params: EnableAddOnRequest): Future[EnableAddOnResult] = service.enableAddOn(params).promise().toFuture\n    @inline def exportSnapshotFuture(params: ExportSnapshotRequest): Future[ExportSnapshotResult] = service.exportSnapshot(params).promise().toFuture\n    @inline def getActiveNamesFuture(params: GetActiveNamesRequest): Future[GetActiveNamesResult] = service.getActiveNames(params).promise().toFuture\n    @inline def getAlarmsFuture(params: GetAlarmsRequest): Future[GetAlarmsResult] = service.getAlarms(params).promise().toFuture\n    @inline def getAutoSnapshotsFuture(params: GetAutoSnapshotsRequest): Future[GetAutoSnapshotsResult] = service.getAutoSnapshots(params).promise().toFuture\n    @inline def getBlueprintsFuture(params: GetBlueprintsRequest): Future[GetBlueprintsResult] = service.getBlueprints(params).promise().toFuture\n    @inline def getBundlesFuture(params: GetBundlesRequest): Future[GetBundlesResult] = service.getBundles(params).promise().toFuture\n    @inline def getCertificatesFuture(params: GetCertificatesRequest): Future[GetCertificatesResult] = service.getCertificates(params).promise().toFuture\n    @inline def getCloudFormationStackRecordsFuture(params: GetCloudFormationStackRecordsRequest): Future[GetCloudFormationStackRecordsResult] = service.getCloudFormationStackRecords(params).promise().toFuture\n    @inline def getContactMethodsFuture(params: GetContactMethodsRequest): Future[GetContactMethodsResult] = service.getContactMethods(params).promise().toFuture\n    @inline def getContainerAPIMetadataFuture(params: GetContainerAPIMetadataRequest): Future[GetContainerAPIMetadataResult] = service.getContainerAPIMetadata(params).promise().toFuture\n    @inline def getContainerImagesFuture(params: GetContainerImagesRequest): Future[GetContainerImagesResult] = service.getContainerImages(params).promise().toFuture\n    @inline def getContainerLogFuture(params: GetContainerLogRequest): Future[GetContainerLogResult] = service.getContainerLog(params).promise().toFuture\n    @inline def getContainerServiceDeploymentsFuture(params: GetContainerServiceDeploymentsRequest): Future[GetContainerServiceDeploymentsResult] = service.getContainerServiceDeployments(params).promise().toFuture\n    @inline def getContainerServiceMetricDataFuture(params: GetContainerServiceMetricDataRequest): Future[GetContainerServiceMetricDataResult] = service.getContainerServiceMetricData(params).promise().toFuture\n    @inline def getContainerServicePowersFuture(params: GetContainerServicePowersRequest): Future[GetContainerServicePowersResult] = service.getContainerServicePowers(params).promise().toFuture\n    @inline def getContainerServicesFuture(params: GetContainerServicesRequest): Future[ContainerServicesListResult] = service.getContainerServices(params).promise().toFuture\n    @inline def getDiskFuture(params: GetDiskRequest): Future[GetDiskResult] = service.getDisk(params).promise().toFuture\n    @inline def getDiskSnapshotFuture(params: GetDiskSnapshotRequest): Future[GetDiskSnapshotResult] = service.getDiskSnapshot(params).promise().toFuture\n    @inline def getDiskSnapshotsFuture(params: GetDiskSnapshotsRequest): Future[GetDiskSnapshotsResult] = service.getDiskSnapshots(params).promise().toFuture\n    @inline def getDisksFuture(params: GetDisksRequest): Future[GetDisksResult] = service.getDisks(params).promise().toFuture\n    @inline def getDistributionBundlesFuture(params: GetDistributionBundlesRequest): Future[GetDistributionBundlesResult] = service.getDistributionBundles(params).promise().toFuture\n    @inline def getDistributionLatestCacheResetFuture(params: GetDistributionLatestCacheResetRequest): Future[GetDistributionLatestCacheResetResult] = service.getDistributionLatestCacheReset(params).promise().toFuture\n    @inline def getDistributionMetricDataFuture(params: GetDistributionMetricDataRequest): Future[GetDistributionMetricDataResult] = service.getDistributionMetricData(params).promise().toFuture\n    @inline def getDistributionsFuture(params: GetDistributionsRequest): Future[GetDistributionsResult] = service.getDistributions(params).promise().toFuture\n    @inline def getDomainFuture(params: GetDomainRequest): Future[GetDomainResult] = service.getDomain(params).promise().toFuture\n    @inline def getDomainsFuture(params: GetDomainsRequest): Future[GetDomainsResult] = service.getDomains(params).promise().toFuture\n    @inline def getExportSnapshotRecordsFuture(params: GetExportSnapshotRecordsRequest): Future[GetExportSnapshotRecordsResult] = service.getExportSnapshotRecords(params).promise().toFuture\n    @inline def getInstanceAccessDetailsFuture(params: GetInstanceAccessDetailsRequest): Future[GetInstanceAccessDetailsResult] = service.getInstanceAccessDetails(params).promise().toFuture\n    @inline def getInstanceFuture(params: GetInstanceRequest): Future[GetInstanceResult] = service.getInstance(params).promise().toFuture\n    @inline def getInstanceMetricDataFuture(params: GetInstanceMetricDataRequest): Future[GetInstanceMetricDataResult] = service.getInstanceMetricData(params).promise().toFuture\n    @inline def getInstancePortStatesFuture(params: GetInstancePortStatesRequest): Future[GetInstancePortStatesResult] = service.getInstancePortStates(params).promise().toFuture\n    @inline def getInstanceSnapshotFuture(params: GetInstanceSnapshotRequest): Future[GetInstanceSnapshotResult] = service.getInstanceSnapshot(params).promise().toFuture\n    @inline def getInstanceSnapshotsFuture(params: GetInstanceSnapshotsRequest): Future[GetInstanceSnapshotsResult] = service.getInstanceSnapshots(params).promise().toFuture\n    @inline def getInstanceStateFuture(params: GetInstanceStateRequest): Future[GetInstanceStateResult] = service.getInstanceState(params).promise().toFuture\n    @inline def getInstancesFuture(params: GetInstancesRequest): Future[GetInstancesResult] = service.getInstances(params).promise().toFuture\n    @inline def getKeyPairFuture(params: GetKeyPairRequest): Future[GetKeyPairResult] = service.getKeyPair(params).promise().toFuture\n    @inline def getKeyPairsFuture(params: GetKeyPairsRequest): Future[GetKeyPairsResult] = service.getKeyPairs(params).promise().toFuture\n    @inline def getLoadBalancerFuture(params: GetLoadBalancerRequest): Future[GetLoadBalancerResult] = service.getLoadBalancer(params).promise().toFuture\n    @inline def getLoadBalancerMetricDataFuture(params: GetLoadBalancerMetricDataRequest): Future[GetLoadBalancerMetricDataResult] = service.getLoadBalancerMetricData(params).promise().toFuture\n    @inline def getLoadBalancerTlsCertificatesFuture(params: GetLoadBalancerTlsCertificatesRequest): Future[GetLoadBalancerTlsCertificatesResult] = service.getLoadBalancerTlsCertificates(params).promise().toFuture\n    @inline def getLoadBalancersFuture(params: GetLoadBalancersRequest): Future[GetLoadBalancersResult] = service.getLoadBalancers(params).promise().toFuture\n    @inline def getOperationFuture(params: GetOperationRequest): Future[GetOperationResult] = service.getOperation(params).promise().toFuture\n    @inline def getOperationsForResourceFuture(params: GetOperationsForResourceRequest): Future[GetOperationsForResourceResult] = service.getOperationsForResource(params).promise().toFuture\n    @inline def getOperationsFuture(params: GetOperationsRequest): Future[GetOperationsResult] = service.getOperations(params).promise().toFuture\n    @inline def getRegionsFuture(params: GetRegionsRequest): Future[GetRegionsResult] = service.getRegions(params).promise().toFuture\n    @inline def getRelationalDatabaseBlueprintsFuture(params: GetRelationalDatabaseBlueprintsRequest): Future[GetRelationalDatabaseBlueprintsResult] = service.getRelationalDatabaseBlueprints(params).promise().toFuture\n    @inline def getRelationalDatabaseBundlesFuture(params: GetRelationalDatabaseBundlesRequest): Future[GetRelationalDatabaseBundlesResult] = service.getRelationalDatabaseBundles(params).promise().toFuture\n    @inline def getRelationalDatabaseEventsFuture(params: GetRelationalDatabaseEventsRequest): Future[GetRelationalDatabaseEventsResult] = service.getRelationalDatabaseEvents(params).promise().toFuture\n    @inline def getRelationalDatabaseFuture(params: GetRelationalDatabaseRequest): Future[GetRelationalDatabaseResult] = service.getRelationalDatabase(params).promise().toFuture\n    @inline def getRelationalDatabaseLogEventsFuture(params: GetRelationalDatabaseLogEventsRequest): Future[GetRelationalDatabaseLogEventsResult] = service.getRelationalDatabaseLogEvents(params).promise().toFuture\n    @inline def getRelationalDatabaseLogStreamsFuture(params: GetRelationalDatabaseLogStreamsRequest): Future[GetRelationalDatabaseLogStreamsResult] = service.getRelationalDatabaseLogStreams(params).promise().toFuture\n    @inline def getRelationalDatabaseMasterUserPasswordFuture(params: GetRelationalDatabaseMasterUserPasswordRequest): Future[GetRelationalDatabaseMasterUserPasswordResult] = service.getRelationalDatabaseMasterUserPassword(params).promise().toFuture\n    @inline def getRelationalDatabaseMetricDataFuture(params: GetRelationalDatabaseMetricDataRequest): Future[GetRelationalDatabaseMetricDataResult] = service.getRelationalDatabaseMetricData(params).promise().toFuture\n    @inline def getRelationalDatabaseParametersFuture(params: GetRelationalDatabaseParametersRequest): Future[GetRelationalDatabaseParametersResult] = service.getRelationalDatabaseParameters(params).promise().toFuture\n    @inline def getRelationalDatabaseSnapshotFuture(params: GetRelationalDatabaseSnapshotRequest): Future[GetRelationalDatabaseSnapshotResult] = service.getRelationalDatabaseSnapshot(params).promise().toFuture\n    @inline def getRelationalDatabaseSnapshotsFuture(params: GetRelationalDatabaseSnapshotsRequest): Future[GetRelationalDatabaseSnapshotsResult] = service.getRelationalDatabaseSnapshots(params).promise().toFuture\n    @inline def getRelationalDatabasesFuture(params: GetRelationalDatabasesRequest): Future[GetRelationalDatabasesResult] = service.getRelationalDatabases(params).promise().toFuture\n    @inline def getStaticIpFuture(params: GetStaticIpRequest): Future[GetStaticIpResult] = service.getStaticIp(params).promise().toFuture\n    @inline def getStaticIpsFuture(params: GetStaticIpsRequest): Future[GetStaticIpsResult] = service.getStaticIps(params).promise().toFuture\n    @inline def importKeyPairFuture(params: ImportKeyPairRequest): Future[ImportKeyPairResult] = service.importKeyPair(params).promise().toFuture\n    @inline def isVpcPeeredFuture(params: IsVpcPeeredRequest): Future[IsVpcPeeredResult] = service.isVpcPeered(params).promise().toFuture\n    @inline def openInstancePublicPortsFuture(params: OpenInstancePublicPortsRequest): Future[OpenInstancePublicPortsResult] = service.openInstancePublicPorts(params).promise().toFuture\n    @inline def peerVpcFuture(params: PeerVpcRequest): Future[PeerVpcResult] = service.peerVpc(params).promise().toFuture\n    @inline def putAlarmFuture(params: PutAlarmRequest): Future[PutAlarmResult] = service.putAlarm(params).promise().toFuture\n    @inline def putInstancePublicPortsFuture(params: PutInstancePublicPortsRequest): Future[PutInstancePublicPortsResult] = service.putInstancePublicPorts(params).promise().toFuture\n    @inline def rebootInstanceFuture(params: RebootInstanceRequest): Future[RebootInstanceResult] = service.rebootInstance(params).promise().toFuture\n    @inline def rebootRelationalDatabaseFuture(params: RebootRelationalDatabaseRequest): Future[RebootRelationalDatabaseResult] = service.rebootRelationalDatabase(params).promise().toFuture\n    @inline def registerContainerImageFuture(params: RegisterContainerImageRequest): Future[RegisterContainerImageResult] = service.registerContainerImage(params).promise().toFuture\n    @inline def releaseStaticIpFuture(params: ReleaseStaticIpRequest): Future[ReleaseStaticIpResult] = service.releaseStaticIp(params).promise().toFuture\n    @inline def resetDistributionCacheFuture(params: ResetDistributionCacheRequest): Future[ResetDistributionCacheResult] = service.resetDistributionCache(params).promise().toFuture\n    @inline def sendContactMethodVerificationFuture(params: SendContactMethodVerificationRequest): Future[SendContactMethodVerificationResult] = service.sendContactMethodVerification(params).promise().toFuture\n    @inline def setIpAddressTypeFuture(params: SetIpAddressTypeRequest): Future[SetIpAddressTypeResult] = service.setIpAddressType(params).promise().toFuture\n    @inline def startInstanceFuture(params: StartInstanceRequest): Future[StartInstanceResult] = service.startInstance(params).promise().toFuture\n    @inline def startRelationalDatabaseFuture(params: StartRelationalDatabaseRequest): Future[StartRelationalDatabaseResult] = service.startRelationalDatabase(params).promise().toFuture\n    @inline def stopInstanceFuture(params: StopInstanceRequest): Future[StopInstanceResult] = service.stopInstance(params).promise().toFuture\n    @inline def stopRelationalDatabaseFuture(params: StopRelationalDatabaseRequest): Future[StopRelationalDatabaseResult] = service.stopRelationalDatabase(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResult] = service.tagResource(params).promise().toFuture\n    @inline def testAlarmFuture(params: TestAlarmRequest): Future[TestAlarmResult] = service.testAlarm(params).promise().toFuture\n    @inline def unpeerVpcFuture(params: UnpeerVpcRequest): Future[UnpeerVpcResult] = service.unpeerVpc(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResult] = service.untagResource(params).promise().toFuture\n    @inline def updateContainerServiceFuture(params: UpdateContainerServiceRequest): Future[UpdateContainerServiceResult] = service.updateContainerService(params).promise().toFuture\n    @inline def updateDistributionBundleFuture(params: UpdateDistributionBundleRequest): Future[UpdateDistributionBundleResult] = service.updateDistributionBundle(params).promise().toFuture\n    @inline def updateDistributionFuture(params: UpdateDistributionRequest): Future[UpdateDistributionResult] = service.updateDistribution(params).promise().toFuture\n    @inline def updateDomainEntryFuture(params: UpdateDomainEntryRequest): Future[UpdateDomainEntryResult] = service.updateDomainEntry(params).promise().toFuture\n    @inline def updateLoadBalancerAttributeFuture(params: UpdateLoadBalancerAttributeRequest): Future[UpdateLoadBalancerAttributeResult] = service.updateLoadBalancerAttribute(params).promise().toFuture\n    @inline def updateRelationalDatabaseFuture(params: UpdateRelationalDatabaseRequest): Future[UpdateRelationalDatabaseResult] = service.updateRelationalDatabase(params).promise().toFuture\n    @inline def updateRelationalDatabaseParametersFuture(params: UpdateRelationalDatabaseParametersRequest): Future[UpdateRelationalDatabaseParametersResult] = service.updateRelationalDatabaseParameters(params).promise().toFuture\n\n  }\n}\n\npackage lightsail {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lightsail\", JSImport.Namespace, \"AWS.Lightsail\")\n  class Lightsail() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def allocateStaticIp(params: AllocateStaticIpRequest): Request[AllocateStaticIpResult] = js.native\n    def attachCertificateToDistribution(params: AttachCertificateToDistributionRequest): Request[AttachCertificateToDistributionResult] = js.native\n    def attachDisk(params: AttachDiskRequest): Request[AttachDiskResult] = js.native\n    def attachInstancesToLoadBalancer(params: AttachInstancesToLoadBalancerRequest): Request[AttachInstancesToLoadBalancerResult] = js.native\n    def attachLoadBalancerTlsCertificate(params: AttachLoadBalancerTlsCertificateRequest): Request[AttachLoadBalancerTlsCertificateResult] = js.native\n    def attachStaticIp(params: AttachStaticIpRequest): Request[AttachStaticIpResult] = js.native\n    def closeInstancePublicPorts(params: CloseInstancePublicPortsRequest): Request[CloseInstancePublicPortsResult] = js.native\n    def copySnapshot(params: CopySnapshotRequest): Request[CopySnapshotResult] = js.native\n    def createCertificate(params: CreateCertificateRequest): Request[CreateCertificateResult] = js.native\n    def createCloudFormationStack(params: CreateCloudFormationStackRequest): Request[CreateCloudFormationStackResult] = js.native\n    def createContactMethod(params: CreateContactMethodRequest): Request[CreateContactMethodResult] = js.native\n    def createContainerService(params: CreateContainerServiceRequest): Request[CreateContainerServiceResult] = js.native\n    def createContainerServiceDeployment(params: CreateContainerServiceDeploymentRequest): Request[CreateContainerServiceDeploymentResult] = js.native\n    def createContainerServiceRegistryLogin(params: CreateContainerServiceRegistryLoginRequest): Request[CreateContainerServiceRegistryLoginResult] = js.native\n    def createDisk(params: CreateDiskRequest): Request[CreateDiskResult] = js.native\n    def createDiskFromSnapshot(params: CreateDiskFromSnapshotRequest): Request[CreateDiskFromSnapshotResult] = js.native\n    def createDiskSnapshot(params: CreateDiskSnapshotRequest): Request[CreateDiskSnapshotResult] = js.native\n    def createDistribution(params: CreateDistributionRequest): Request[CreateDistributionResult] = js.native\n    def createDomain(params: CreateDomainRequest): Request[CreateDomainResult] = js.native\n    def createDomainEntry(params: CreateDomainEntryRequest): Request[CreateDomainEntryResult] = js.native\n    def createInstanceSnapshot(params: CreateInstanceSnapshotRequest): Request[CreateInstanceSnapshotResult] = js.native\n    def createInstances(params: CreateInstancesRequest): Request[CreateInstancesResult] = js.native\n    def createInstancesFromSnapshot(params: CreateInstancesFromSnapshotRequest): Request[CreateInstancesFromSnapshotResult] = js.native\n    def createKeyPair(params: CreateKeyPairRequest): Request[CreateKeyPairResult] = js.native\n    def createLoadBalancer(params: CreateLoadBalancerRequest): Request[CreateLoadBalancerResult] = js.native\n    def createLoadBalancerTlsCertificate(params: CreateLoadBalancerTlsCertificateRequest): Request[CreateLoadBalancerTlsCertificateResult] = js.native\n    def createRelationalDatabase(params: CreateRelationalDatabaseRequest): Request[CreateRelationalDatabaseResult] = js.native\n    def createRelationalDatabaseFromSnapshot(params: CreateRelationalDatabaseFromSnapshotRequest): Request[CreateRelationalDatabaseFromSnapshotResult] = js.native\n    def createRelationalDatabaseSnapshot(params: CreateRelationalDatabaseSnapshotRequest): Request[CreateRelationalDatabaseSnapshotResult] = js.native\n    def deleteAlarm(params: DeleteAlarmRequest): Request[DeleteAlarmResult] = js.native\n    def deleteAutoSnapshot(params: DeleteAutoSnapshotRequest): Request[DeleteAutoSnapshotResult] = js.native\n    def deleteCertificate(params: DeleteCertificateRequest): Request[DeleteCertificateResult] = js.native\n    def deleteContactMethod(params: DeleteContactMethodRequest): Request[DeleteContactMethodResult] = js.native\n    def deleteContainerImage(params: DeleteContainerImageRequest): Request[DeleteContainerImageResult] = js.native\n    def deleteContainerService(params: DeleteContainerServiceRequest): Request[DeleteContainerServiceResult] = js.native\n    def deleteDisk(params: DeleteDiskRequest): Request[DeleteDiskResult] = js.native\n    def deleteDiskSnapshot(params: DeleteDiskSnapshotRequest): Request[DeleteDiskSnapshotResult] = js.native\n    def deleteDistribution(params: DeleteDistributionRequest): Request[DeleteDistributionResult] = js.native\n    def deleteDomain(params: DeleteDomainRequest): Request[DeleteDomainResult] = js.native\n    def deleteDomainEntry(params: DeleteDomainEntryRequest): Request[DeleteDomainEntryResult] = js.native\n    def deleteInstance(params: DeleteInstanceRequest): Request[DeleteInstanceResult] = js.native\n    def deleteInstanceSnapshot(params: DeleteInstanceSnapshotRequest): Request[DeleteInstanceSnapshotResult] = js.native\n    def deleteKeyPair(params: DeleteKeyPairRequest): Request[DeleteKeyPairResult] = js.native\n    def deleteKnownHostKeys(params: DeleteKnownHostKeysRequest): Request[DeleteKnownHostKeysResult] = js.native\n    def deleteLoadBalancer(params: DeleteLoadBalancerRequest): Request[DeleteLoadBalancerResult] = js.native\n    def deleteLoadBalancerTlsCertificate(params: DeleteLoadBalancerTlsCertificateRequest): Request[DeleteLoadBalancerTlsCertificateResult] = js.native\n    def deleteRelationalDatabase(params: DeleteRelationalDatabaseRequest): Request[DeleteRelationalDatabaseResult] = js.native\n    def deleteRelationalDatabaseSnapshot(params: DeleteRelationalDatabaseSnapshotRequest): Request[DeleteRelationalDatabaseSnapshotResult] = js.native\n    def detachCertificateFromDistribution(params: DetachCertificateFromDistributionRequest): Request[DetachCertificateFromDistributionResult] = js.native\n    def detachDisk(params: DetachDiskRequest): Request[DetachDiskResult] = js.native\n    def detachInstancesFromLoadBalancer(params: DetachInstancesFromLoadBalancerRequest): Request[DetachInstancesFromLoadBalancerResult] = js.native\n    def detachStaticIp(params: DetachStaticIpRequest): Request[DetachStaticIpResult] = js.native\n    def disableAddOn(params: DisableAddOnRequest): Request[DisableAddOnResult] = js.native\n    def downloadDefaultKeyPair(params: DownloadDefaultKeyPairRequest): Request[DownloadDefaultKeyPairResult] = js.native\n    def enableAddOn(params: EnableAddOnRequest): Request[EnableAddOnResult] = js.native\n    def exportSnapshot(params: ExportSnapshotRequest): Request[ExportSnapshotResult] = js.native\n    def getActiveNames(params: GetActiveNamesRequest): Request[GetActiveNamesResult] = js.native\n    def getAlarms(params: GetAlarmsRequest): Request[GetAlarmsResult] = js.native\n    def getAutoSnapshots(params: GetAutoSnapshotsRequest): Request[GetAutoSnapshotsResult] = js.native\n    def getBlueprints(params: GetBlueprintsRequest): Request[GetBlueprintsResult] = js.native\n    def getBundles(params: GetBundlesRequest): Request[GetBundlesResult] = js.native\n    def getCertificates(params: GetCertificatesRequest): Request[GetCertificatesResult] = js.native\n    def getCloudFormationStackRecords(params: GetCloudFormationStackRecordsRequest): Request[GetCloudFormationStackRecordsResult] = js.native\n    def getContactMethods(params: GetContactMethodsRequest): Request[GetContactMethodsResult] = js.native\n    def getContainerAPIMetadata(params: GetContainerAPIMetadataRequest): Request[GetContainerAPIMetadataResult] = js.native\n    def getContainerImages(params: GetContainerImagesRequest): Request[GetContainerImagesResult] = js.native\n    def getContainerLog(params: GetContainerLogRequest): Request[GetContainerLogResult] = js.native\n    def getContainerServiceDeployments(params: GetContainerServiceDeploymentsRequest): Request[GetContainerServiceDeploymentsResult] = js.native\n    def getContainerServiceMetricData(params: GetContainerServiceMetricDataRequest): Request[GetContainerServiceMetricDataResult] = js.native\n    def getContainerServicePowers(params: GetContainerServicePowersRequest): Request[GetContainerServicePowersResult] = js.native\n    def getContainerServices(params: GetContainerServicesRequest): Request[ContainerServicesListResult] = js.native\n    def getDisk(params: GetDiskRequest): Request[GetDiskResult] = js.native\n    def getDiskSnapshot(params: GetDiskSnapshotRequest): Request[GetDiskSnapshotResult] = js.native\n    def getDiskSnapshots(params: GetDiskSnapshotsRequest): Request[GetDiskSnapshotsResult] = js.native\n    def getDisks(params: GetDisksRequest): Request[GetDisksResult] = js.native\n    def getDistributionBundles(params: GetDistributionBundlesRequest): Request[GetDistributionBundlesResult] = js.native\n    def getDistributionLatestCacheReset(params: GetDistributionLatestCacheResetRequest): Request[GetDistributionLatestCacheResetResult] = js.native\n    def getDistributionMetricData(params: GetDistributionMetricDataRequest): Request[GetDistributionMetricDataResult] = js.native\n    def getDistributions(params: GetDistributionsRequest): Request[GetDistributionsResult] = js.native\n    def getDomain(params: GetDomainRequest): Request[GetDomainResult] = js.native\n    def getDomains(params: GetDomainsRequest): Request[GetDomainsResult] = js.native\n    def getExportSnapshotRecords(params: GetExportSnapshotRecordsRequest): Request[GetExportSnapshotRecordsResult] = js.native\n    def getInstance(params: GetInstanceRequest): Request[GetInstanceResult] = js.native\n    def getInstanceAccessDetails(params: GetInstanceAccessDetailsRequest): Request[GetInstanceAccessDetailsResult] = js.native\n    def getInstanceMetricData(params: GetInstanceMetricDataRequest): Request[GetInstanceMetricDataResult] = js.native\n    def getInstancePortStates(params: GetInstancePortStatesRequest): Request[GetInstancePortStatesResult] = js.native\n    def getInstanceSnapshot(params: GetInstanceSnapshotRequest): Request[GetInstanceSnapshotResult] = js.native\n    def getInstanceSnapshots(params: GetInstanceSnapshotsRequest): Request[GetInstanceSnapshotsResult] = js.native\n    def getInstanceState(params: GetInstanceStateRequest): Request[GetInstanceStateResult] = js.native\n    def getInstances(params: GetInstancesRequest): Request[GetInstancesResult] = js.native\n    def getKeyPair(params: GetKeyPairRequest): Request[GetKeyPairResult] = js.native\n    def getKeyPairs(params: GetKeyPairsRequest): Request[GetKeyPairsResult] = js.native\n    def getLoadBalancer(params: GetLoadBalancerRequest): Request[GetLoadBalancerResult] = js.native\n    def getLoadBalancerMetricData(params: GetLoadBalancerMetricDataRequest): Request[GetLoadBalancerMetricDataResult] = js.native\n    def getLoadBalancerTlsCertificates(params: GetLoadBalancerTlsCertificatesRequest): Request[GetLoadBalancerTlsCertificatesResult] = js.native\n    def getLoadBalancers(params: GetLoadBalancersRequest): Request[GetLoadBalancersResult] = js.native\n    def getOperation(params: GetOperationRequest): Request[GetOperationResult] = js.native\n    def getOperations(params: GetOperationsRequest): Request[GetOperationsResult] = js.native\n    def getOperationsForResource(params: GetOperationsForResourceRequest): Request[GetOperationsForResourceResult] = js.native\n    def getRegions(params: GetRegionsRequest): Request[GetRegionsResult] = js.native\n    def getRelationalDatabase(params: GetRelationalDatabaseRequest): Request[GetRelationalDatabaseResult] = js.native\n    def getRelationalDatabaseBlueprints(params: GetRelationalDatabaseBlueprintsRequest): Request[GetRelationalDatabaseBlueprintsResult] = js.native\n    def getRelationalDatabaseBundles(params: GetRelationalDatabaseBundlesRequest): Request[GetRelationalDatabaseBundlesResult] = js.native\n    def getRelationalDatabaseEvents(params: GetRelationalDatabaseEventsRequest): Request[GetRelationalDatabaseEventsResult] = js.native\n    def getRelationalDatabaseLogEvents(params: GetRelationalDatabaseLogEventsRequest): Request[GetRelationalDatabaseLogEventsResult] = js.native\n    def getRelationalDatabaseLogStreams(params: GetRelationalDatabaseLogStreamsRequest): Request[GetRelationalDatabaseLogStreamsResult] = js.native\n    def getRelationalDatabaseMasterUserPassword(params: GetRelationalDatabaseMasterUserPasswordRequest): Request[GetRelationalDatabaseMasterUserPasswordResult] = js.native\n    def getRelationalDatabaseMetricData(params: GetRelationalDatabaseMetricDataRequest): Request[GetRelationalDatabaseMetricDataResult] = js.native\n    def getRelationalDatabaseParameters(params: GetRelationalDatabaseParametersRequest): Request[GetRelationalDatabaseParametersResult] = js.native\n    def getRelationalDatabaseSnapshot(params: GetRelationalDatabaseSnapshotRequest): Request[GetRelationalDatabaseSnapshotResult] = js.native\n    def getRelationalDatabaseSnapshots(params: GetRelationalDatabaseSnapshotsRequest): Request[GetRelationalDatabaseSnapshotsResult] = js.native\n    def getRelationalDatabases(params: GetRelationalDatabasesRequest): Request[GetRelationalDatabasesResult] = js.native\n    def getStaticIp(params: GetStaticIpRequest): Request[GetStaticIpResult] = js.native\n    def getStaticIps(params: GetStaticIpsRequest): Request[GetStaticIpsResult] = js.native\n    def importKeyPair(params: ImportKeyPairRequest): Request[ImportKeyPairResult] = js.native\n    def isVpcPeered(params: IsVpcPeeredRequest): Request[IsVpcPeeredResult] = js.native\n    def openInstancePublicPorts(params: OpenInstancePublicPortsRequest): Request[OpenInstancePublicPortsResult] = js.native\n    def peerVpc(params: PeerVpcRequest): Request[PeerVpcResult] = js.native\n    def putAlarm(params: PutAlarmRequest): Request[PutAlarmResult] = js.native\n    def putInstancePublicPorts(params: PutInstancePublicPortsRequest): Request[PutInstancePublicPortsResult] = js.native\n    def rebootInstance(params: RebootInstanceRequest): Request[RebootInstanceResult] = js.native\n    def rebootRelationalDatabase(params: RebootRelationalDatabaseRequest): Request[RebootRelationalDatabaseResult] = js.native\n    def registerContainerImage(params: RegisterContainerImageRequest): Request[RegisterContainerImageResult] = js.native\n    def releaseStaticIp(params: ReleaseStaticIpRequest): Request[ReleaseStaticIpResult] = js.native\n    def resetDistributionCache(params: ResetDistributionCacheRequest): Request[ResetDistributionCacheResult] = js.native\n    def sendContactMethodVerification(params: SendContactMethodVerificationRequest): Request[SendContactMethodVerificationResult] = js.native\n    def setIpAddressType(params: SetIpAddressTypeRequest): Request[SetIpAddressTypeResult] = js.native\n    def startInstance(params: StartInstanceRequest): Request[StartInstanceResult] = js.native\n    def startRelationalDatabase(params: StartRelationalDatabaseRequest): Request[StartRelationalDatabaseResult] = js.native\n    def stopInstance(params: StopInstanceRequest): Request[StopInstanceResult] = js.native\n    def stopRelationalDatabase(params: StopRelationalDatabaseRequest): Request[StopRelationalDatabaseResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResult] = js.native\n    def testAlarm(params: TestAlarmRequest): Request[TestAlarmResult] = js.native\n    def unpeerVpc(params: UnpeerVpcRequest): Request[UnpeerVpcResult] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResult] = js.native\n    def updateContainerService(params: UpdateContainerServiceRequest): Request[UpdateContainerServiceResult] = js.native\n    def updateDistribution(params: UpdateDistributionRequest): Request[UpdateDistributionResult] = js.native\n    def updateDistributionBundle(params: UpdateDistributionBundleRequest): Request[UpdateDistributionBundleResult] = js.native\n    def updateDomainEntry(params: UpdateDomainEntryRequest): Request[UpdateDomainEntryResult] = js.native\n    def updateLoadBalancerAttribute(params: UpdateLoadBalancerAttributeRequest): Request[UpdateLoadBalancerAttributeResult] = js.native\n    def updateRelationalDatabase(params: UpdateRelationalDatabaseRequest): Request[UpdateRelationalDatabaseResult] = js.native\n    def updateRelationalDatabaseParameters(params: UpdateRelationalDatabaseParametersRequest): Request[UpdateRelationalDatabaseParametersResult] = js.native\n  }\n\n  @js.native\n  sealed trait AccessDirection extends js.Any\n  object AccessDirection {\n    val inbound = \"inbound\".asInstanceOf[AccessDirection]\n    val outbound = \"outbound\".asInstanceOf[AccessDirection]\n\n    @inline def values = js.Array(inbound, outbound)\n  }\n\n  \/** Describes an add-on that is enabled for an Amazon Lightsail resource.\n    *\/\n  @js.native\n  trait AddOn extends js.Object {\n    var name: js.UndefOr[String]\n    var nextSnapshotTimeOfDay: js.UndefOr[TimeOfDay]\n    var snapshotTimeOfDay: js.UndefOr[TimeOfDay]\n    var status: js.UndefOr[String]\n  }\n\n  object AddOn {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined,\n        nextSnapshotTimeOfDay: js.UndefOr[TimeOfDay] = js.undefined,\n        snapshotTimeOfDay: js.UndefOr[TimeOfDay] = js.undefined,\n        status: js.UndefOr[String] = js.undefined\n    ): AddOn = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      nextSnapshotTimeOfDay.foreach(__v => __obj.updateDynamic(\"nextSnapshotTimeOfDay\")(__v.asInstanceOf[js.Any]))\n      snapshotTimeOfDay.foreach(__v => __obj.updateDynamic(\"snapshotTimeOfDay\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddOn]\n    }\n  }\n\n  \/** Describes a request to enable, modify, or disable an add-on for an Amazon Lightsail resource.\n    *\n    * '''Note:'''An additional cost may be associated with enabling add-ons. For more information, see the [[https:\/\/aws.amazon.com\/lightsail\/pricing\/|Lightsail pricing page]].\n    *\/\n  @js.native\n  trait AddOnRequest extends js.Object {\n    var addOnType: AddOnType\n    var autoSnapshotAddOnRequest: js.UndefOr[AutoSnapshotAddOnRequest]\n  }\n\n  object AddOnRequest {\n    @inline\n    def apply(\n        addOnType: AddOnType,\n        autoSnapshotAddOnRequest: js.UndefOr[AutoSnapshotAddOnRequest] = js.undefined\n    ): AddOnRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addOnType\" -> addOnType.asInstanceOf[js.Any]\n      )\n\n      autoSnapshotAddOnRequest.foreach(__v => __obj.updateDynamic(\"autoSnapshotAddOnRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddOnRequest]\n    }\n  }\n\n  @js.native\n  sealed trait AddOnType extends js.Any\n  object AddOnType {\n    val AutoSnapshot = \"AutoSnapshot\".asInstanceOf[AddOnType]\n\n    @inline def values = js.Array(AutoSnapshot)\n  }\n\n  \/** Describes an alarm. An alarm is a way to monitor your Amazon Lightsail resource metrics. For more information, see [[https:\/\/lightsail.aws.amazon.com\/ls\/docs\/en_us\/articles\/amazon-lightsail-alarms|Alarms in Amazon Lightsail]].\n    *\/\n  @js.native\n  trait Alarm extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var comparisonOperator: js.UndefOr[ComparisonOperator]\n    var contactProtocols: js.UndefOr[ContactProtocolsList]\n    var createdAt: js.UndefOr[IsoDate]\n    var datapointsToAlarm: js.UndefOr[Int]\n    var evaluationPeriods: js.UndefOr[Int]\n    var location: js.UndefOr[ResourceLocation]\n    var metricName: js.UndefOr[MetricName]\n    var monitoredResourceInfo: js.UndefOr[MonitoredResourceInfo]\n    var name: js.UndefOr[ResourceName]\n    var notificationEnabled: js.UndefOr[Boolean]\n    var notificationTriggers: js.UndefOr[NotificationTriggerList]\n    var period: js.UndefOr[MetricPeriod]\n    var resourceType: js.UndefOr[ResourceType]\n    var state: js.UndefOr[AlarmState]\n    var statistic: js.UndefOr[MetricStatistic]\n    var supportCode: js.UndefOr[String]\n    var threshold: js.UndefOr[double]\n    var treatMissingData: js.UndefOr[TreatMissingData]\n    var unit: js.UndefOr[MetricUnit]\n  }\n\n  object Alarm {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        comparisonOperator: js.UndefOr[ComparisonOperator] = js.undefined,\n        contactProtocols: js.UndefOr[ContactProtocolsList] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        datapointsToAlarm: js.UndefOr[Int] = js.undefined,\n        evaluationPeriods: js.UndefOr[Int] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        metricName: js.UndefOr[MetricName] = js.undefined,\n        monitoredResourceInfo: js.UndefOr[MonitoredResourceInfo] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        notificationEnabled: js.UndefOr[Boolean] = js.undefined,\n        notificationTriggers: js.UndefOr[NotificationTriggerList] = js.undefined,\n        period: js.UndefOr[MetricPeriod] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        state: js.UndefOr[AlarmState] = js.undefined,\n        statistic: js.UndefOr[MetricStatistic] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        threshold: js.UndefOr[double] = js.undefined,\n        treatMissingData: js.UndefOr[TreatMissingData] = js.undefined,\n        unit: js.UndefOr[MetricUnit] = js.undefined\n    ): Alarm = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      comparisonOperator.foreach(__v => __obj.updateDynamic(\"comparisonOperator\")(__v.asInstanceOf[js.Any]))\n      contactProtocols.foreach(__v => __obj.updateDynamic(\"contactProtocols\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      datapointsToAlarm.foreach(__v => __obj.updateDynamic(\"datapointsToAlarm\")(__v.asInstanceOf[js.Any]))\n      evaluationPeriods.foreach(__v => __obj.updateDynamic(\"evaluationPeriods\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      monitoredResourceInfo.foreach(__v => __obj.updateDynamic(\"monitoredResourceInfo\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      notificationEnabled.foreach(__v => __obj.updateDynamic(\"notificationEnabled\")(__v.asInstanceOf[js.Any]))\n      notificationTriggers.foreach(__v => __obj.updateDynamic(\"notificationTriggers\")(__v.asInstanceOf[js.Any]))\n      period.foreach(__v => __obj.updateDynamic(\"period\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      statistic.foreach(__v => __obj.updateDynamic(\"statistic\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      threshold.foreach(__v => __obj.updateDynamic(\"threshold\")(__v.asInstanceOf[js.Any]))\n      treatMissingData.foreach(__v => __obj.updateDynamic(\"treatMissingData\")(__v.asInstanceOf[js.Any]))\n      unit.foreach(__v => __obj.updateDynamic(\"unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alarm]\n    }\n  }\n\n  @js.native\n  sealed trait AlarmState extends js.Any\n  object AlarmState {\n    val OK = \"OK\".asInstanceOf[AlarmState]\n    val ALARM = \"ALARM\".asInstanceOf[AlarmState]\n    val INSUFFICIENT_DATA = \"INSUFFICIENT_DATA\".asInstanceOf[AlarmState]\n\n    @inline def values = js.Array(OK, ALARM, INSUFFICIENT_DATA)\n  }\n\n  @js.native\n  trait AllocateStaticIpRequest extends js.Object {\n    var staticIpName: ResourceName\n  }\n\n  object AllocateStaticIpRequest {\n    @inline\n    def apply(\n        staticIpName: ResourceName\n    ): AllocateStaticIpRequest = {\n      val __obj = js.Dynamic.literal(\n        \"staticIpName\" -> staticIpName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AllocateStaticIpRequest]\n    }\n  }\n\n  @js.native\n  trait AllocateStaticIpResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object AllocateStaticIpResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): AllocateStaticIpResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AllocateStaticIpResult]\n    }\n  }\n\n  @js.native\n  trait AttachCertificateToDistributionRequest extends js.Object {\n    var certificateName: ResourceName\n    var distributionName: ResourceName\n  }\n\n  object AttachCertificateToDistributionRequest {\n    @inline\n    def apply(\n        certificateName: ResourceName,\n        distributionName: ResourceName\n    ): AttachCertificateToDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any],\n        \"distributionName\" -> distributionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachCertificateToDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait AttachCertificateToDistributionResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object AttachCertificateToDistributionResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): AttachCertificateToDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachCertificateToDistributionResult]\n    }\n  }\n\n  @js.native\n  trait AttachDiskRequest extends js.Object {\n    var diskName: ResourceName\n    var diskPath: NonEmptyString\n    var instanceName: ResourceName\n  }\n\n  object AttachDiskRequest {\n    @inline\n    def apply(\n        diskName: ResourceName,\n        diskPath: NonEmptyString,\n        instanceName: ResourceName\n    ): AttachDiskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskName\" -> diskName.asInstanceOf[js.Any],\n        \"diskPath\" -> diskPath.asInstanceOf[js.Any],\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachDiskRequest]\n    }\n  }\n\n  @js.native\n  trait AttachDiskResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object AttachDiskResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): AttachDiskResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachDiskResult]\n    }\n  }\n\n  @js.native\n  trait AttachInstancesToLoadBalancerRequest extends js.Object {\n    var instanceNames: ResourceNameList\n    var loadBalancerName: ResourceName\n  }\n\n  object AttachInstancesToLoadBalancerRequest {\n    @inline\n    def apply(\n        instanceNames: ResourceNameList,\n        loadBalancerName: ResourceName\n    ): AttachInstancesToLoadBalancerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachInstancesToLoadBalancerRequest]\n    }\n  }\n\n  @js.native\n  trait AttachInstancesToLoadBalancerResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object AttachInstancesToLoadBalancerResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): AttachInstancesToLoadBalancerResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachInstancesToLoadBalancerResult]\n    }\n  }\n\n  @js.native\n  trait AttachLoadBalancerTlsCertificateRequest extends js.Object {\n    var certificateName: ResourceName\n    var loadBalancerName: ResourceName\n  }\n\n  object AttachLoadBalancerTlsCertificateRequest {\n    @inline\n    def apply(\n        certificateName: ResourceName,\n        loadBalancerName: ResourceName\n    ): AttachLoadBalancerTlsCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachLoadBalancerTlsCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait AttachLoadBalancerTlsCertificateResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object AttachLoadBalancerTlsCertificateResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): AttachLoadBalancerTlsCertificateResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachLoadBalancerTlsCertificateResult]\n    }\n  }\n\n  @js.native\n  trait AttachStaticIpRequest extends js.Object {\n    var instanceName: ResourceName\n    var staticIpName: ResourceName\n  }\n\n  object AttachStaticIpRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        staticIpName: ResourceName\n    ): AttachStaticIpRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"staticIpName\" -> staticIpName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachStaticIpRequest]\n    }\n  }\n\n  @js.native\n  trait AttachStaticIpResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object AttachStaticIpResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): AttachStaticIpResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachStaticIpResult]\n    }\n  }\n\n  \/** Describes a block storage disk that is attached to an instance, and is included in an automatic snapshot.\n    *\/\n  @js.native\n  trait AttachedDisk extends js.Object {\n    var path: js.UndefOr[String]\n    var sizeInGb: js.UndefOr[Int]\n  }\n\n  object AttachedDisk {\n    @inline\n    def apply(\n        path: js.UndefOr[String] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined\n    ): AttachedDisk = {\n      val __obj = js.Dynamic.literal()\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachedDisk]\n    }\n  }\n\n  \/** Describes a request to enable or modify the automatic snapshot add-on for an Amazon Lightsail instance or disk. When you modify the automatic snapshot time for a resource, it is typically effective immediately except under the following conditions: * If an automatic snapshot has been created for the current day, and you change the snapshot time to a later time of day, then the new snapshot time will be effective the following day. This ensures that two snapshots are not created for the current day. * If an automatic snapshot has not yet been created for the current day, and you change the snapshot time to an earlier time of day, then the new snapshot time will be effective the following day and a snapshot is automatically created at the previously set time for the current day. This ensures that a snapshot is created for the current day. * If an automatic snapshot has not yet been created for the current day, and you change the snapshot time to a time that is within 30 minutes\n    * from your current time, then the new snapshot time will be effective the following day and a snapshot is automatically created at the previously set time for the current day. This ensures that a snapshot is created for the current day, because 30 minutes is required between your current time and the new snapshot time that you specify. * If an automatic snapshot is scheduled to be created within 30 minutes from your current time and you change the snapshot time, then the new snapshot time will be effective the following day and a snapshot is automatically created at the previously set time for the current day. This ensures that a snapshot is created for the current day, because 30 minutes is required between your current time and the new snapshot time that you specify.\n    *\/\n  @js.native\n  trait AutoSnapshotAddOnRequest extends js.Object {\n    var snapshotTimeOfDay: js.UndefOr[TimeOfDay]\n  }\n\n  object AutoSnapshotAddOnRequest {\n    @inline\n    def apply(\n        snapshotTimeOfDay: js.UndefOr[TimeOfDay] = js.undefined\n    ): AutoSnapshotAddOnRequest = {\n      val __obj = js.Dynamic.literal()\n      snapshotTimeOfDay.foreach(__v => __obj.updateDynamic(\"snapshotTimeOfDay\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoSnapshotAddOnRequest]\n    }\n  }\n\n  \/** Describes an automatic snapshot.\n    *\/\n  @js.native\n  trait AutoSnapshotDetails extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var date: js.UndefOr[String]\n    var fromAttachedDisks: js.UndefOr[AttachedDiskList]\n    var status: js.UndefOr[AutoSnapshotStatus]\n  }\n\n  object AutoSnapshotDetails {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        date: js.UndefOr[String] = js.undefined,\n        fromAttachedDisks: js.UndefOr[AttachedDiskList] = js.undefined,\n        status: js.UndefOr[AutoSnapshotStatus] = js.undefined\n    ): AutoSnapshotDetails = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      date.foreach(__v => __obj.updateDynamic(\"date\")(__v.asInstanceOf[js.Any]))\n      fromAttachedDisks.foreach(__v => __obj.updateDynamic(\"fromAttachedDisks\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoSnapshotDetails]\n    }\n  }\n\n  @js.native\n  sealed trait AutoSnapshotStatus extends js.Any\n  object AutoSnapshotStatus {\n    val Success = \"Success\".asInstanceOf[AutoSnapshotStatus]\n    val Failed = \"Failed\".asInstanceOf[AutoSnapshotStatus]\n    val InProgress = \"InProgress\".asInstanceOf[AutoSnapshotStatus]\n    val NotFound = \"NotFound\".asInstanceOf[AutoSnapshotStatus]\n\n    @inline def values = js.Array(Success, Failed, InProgress, NotFound)\n  }\n\n  \/** Describes an Availability Zone.\n    *\/\n  @js.native\n  trait AvailabilityZone extends js.Object {\n    var state: js.UndefOr[NonEmptyString]\n    var zoneName: js.UndefOr[NonEmptyString]\n  }\n\n  object AvailabilityZone {\n    @inline\n    def apply(\n        state: js.UndefOr[NonEmptyString] = js.undefined,\n        zoneName: js.UndefOr[NonEmptyString] = js.undefined\n    ): AvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      zoneName.foreach(__v => __obj.updateDynamic(\"zoneName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZone]\n    }\n  }\n\n  @js.native\n  sealed trait BehaviorEnum extends js.Any\n  object BehaviorEnum {\n    val `dont-cache` = \"dont-cache\".asInstanceOf[BehaviorEnum]\n    val cache = \"cache\".asInstanceOf[BehaviorEnum]\n\n    @inline def values = js.Array(`dont-cache`, cache)\n  }\n\n  \/** Describes a blueprint (a virtual private server image).\n    *\/\n  @js.native\n  trait Blueprint extends js.Object {\n    var blueprintId: js.UndefOr[NonEmptyString]\n    var description: js.UndefOr[String]\n    var group: js.UndefOr[NonEmptyString]\n    var isActive: js.UndefOr[Boolean]\n    var licenseUrl: js.UndefOr[String]\n    var minPower: js.UndefOr[Int]\n    var name: js.UndefOr[ResourceName]\n    var platform: js.UndefOr[InstancePlatform]\n    var productUrl: js.UndefOr[String]\n    var `type`: js.UndefOr[BlueprintType]\n    var version: js.UndefOr[String]\n    var versionCode: js.UndefOr[String]\n  }\n\n  object Blueprint {\n    @inline\n    def apply(\n        blueprintId: js.UndefOr[NonEmptyString] = js.undefined,\n        description: js.UndefOr[String] = js.undefined,\n        group: js.UndefOr[NonEmptyString] = js.undefined,\n        isActive: js.UndefOr[Boolean] = js.undefined,\n        licenseUrl: js.UndefOr[String] = js.undefined,\n        minPower: js.UndefOr[Int] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        platform: js.UndefOr[InstancePlatform] = js.undefined,\n        productUrl: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[BlueprintType] = js.undefined,\n        version: js.UndefOr[String] = js.undefined,\n        versionCode: js.UndefOr[String] = js.undefined\n    ): Blueprint = {\n      val __obj = js.Dynamic.literal()\n      blueprintId.foreach(__v => __obj.updateDynamic(\"blueprintId\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      group.foreach(__v => __obj.updateDynamic(\"group\")(__v.asInstanceOf[js.Any]))\n      isActive.foreach(__v => __obj.updateDynamic(\"isActive\")(__v.asInstanceOf[js.Any]))\n      licenseUrl.foreach(__v => __obj.updateDynamic(\"licenseUrl\")(__v.asInstanceOf[js.Any]))\n      minPower.foreach(__v => __obj.updateDynamic(\"minPower\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      platform.foreach(__v => __obj.updateDynamic(\"platform\")(__v.asInstanceOf[js.Any]))\n      productUrl.foreach(__v => __obj.updateDynamic(\"productUrl\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      versionCode.foreach(__v => __obj.updateDynamic(\"versionCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Blueprint]\n    }\n  }\n\n  @js.native\n  sealed trait BlueprintType extends js.Any\n  object BlueprintType {\n    val os = \"os\".asInstanceOf[BlueprintType]\n    val app = \"app\".asInstanceOf[BlueprintType]\n\n    @inline def values = js.Array(os, app)\n  }\n\n  \/** Describes a bundle, which is a set of specs describing your virtual private server (or <i>instance<\/i>).\n    *\/\n  @js.native\n  trait Bundle extends js.Object {\n    var bundleId: js.UndefOr[NonEmptyString]\n    var cpuCount: js.UndefOr[Int]\n    var diskSizeInGb: js.UndefOr[Int]\n    var instanceType: js.UndefOr[String]\n    var isActive: js.UndefOr[Boolean]\n    var name: js.UndefOr[String]\n    var power: js.UndefOr[Int]\n    var price: js.UndefOr[Float]\n    var ramSizeInGb: js.UndefOr[Float]\n    var supportedPlatforms: js.UndefOr[InstancePlatformList]\n    var transferPerMonthInGb: js.UndefOr[Int]\n  }\n\n  object Bundle {\n    @inline\n    def apply(\n        bundleId: js.UndefOr[NonEmptyString] = js.undefined,\n        cpuCount: js.UndefOr[Int] = js.undefined,\n        diskSizeInGb: js.UndefOr[Int] = js.undefined,\n        instanceType: js.UndefOr[String] = js.undefined,\n        isActive: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        power: js.UndefOr[Int] = js.undefined,\n        price: js.UndefOr[Float] = js.undefined,\n        ramSizeInGb: js.UndefOr[Float] = js.undefined,\n        supportedPlatforms: js.UndefOr[InstancePlatformList] = js.undefined,\n        transferPerMonthInGb: js.UndefOr[Int] = js.undefined\n    ): Bundle = {\n      val __obj = js.Dynamic.literal()\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      cpuCount.foreach(__v => __obj.updateDynamic(\"cpuCount\")(__v.asInstanceOf[js.Any]))\n      diskSizeInGb.foreach(__v => __obj.updateDynamic(\"diskSizeInGb\")(__v.asInstanceOf[js.Any]))\n      instanceType.foreach(__v => __obj.updateDynamic(\"instanceType\")(__v.asInstanceOf[js.Any]))\n      isActive.foreach(__v => __obj.updateDynamic(\"isActive\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      power.foreach(__v => __obj.updateDynamic(\"power\")(__v.asInstanceOf[js.Any]))\n      price.foreach(__v => __obj.updateDynamic(\"price\")(__v.asInstanceOf[js.Any]))\n      ramSizeInGb.foreach(__v => __obj.updateDynamic(\"ramSizeInGb\")(__v.asInstanceOf[js.Any]))\n      supportedPlatforms.foreach(__v => __obj.updateDynamic(\"supportedPlatforms\")(__v.asInstanceOf[js.Any]))\n      transferPerMonthInGb.foreach(__v => __obj.updateDynamic(\"transferPerMonthInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Bundle]\n    }\n  }\n\n  \/** Describes the default cache behavior of an Amazon Lightsail content delivery network (CDN) distribution.\n    *\/\n  @js.native\n  trait CacheBehavior extends js.Object {\n    var behavior: js.UndefOr[BehaviorEnum]\n  }\n\n  object CacheBehavior {\n    @inline\n    def apply(\n        behavior: js.UndefOr[BehaviorEnum] = js.undefined\n    ): CacheBehavior = {\n      val __obj = js.Dynamic.literal()\n      behavior.foreach(__v => __obj.updateDynamic(\"behavior\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheBehavior]\n    }\n  }\n\n  \/** Describes the per-path cache behavior of an Amazon Lightsail content delivery network (CDN) distribution. A per-path cache behavior is used to override, or add an exception to, the default cache behavior of a distribution. For example, if the <code>cacheBehavior<\/code> is set to <code>cache<\/code>, then a per-path cache behavior can be used to specify a directory, file, or file type that your distribution will cache. Alternately, if the distribution's <code>cacheBehavior<\/code> is <code>dont-cache<\/code>, then a per-path cache behavior can be used to specify a directory, file, or file type that your distribution will not cache. if the cacheBehavior's behavior is set to 'cache', then\n    *\/\n  @js.native\n  trait CacheBehaviorPerPath extends js.Object {\n    var behavior: js.UndefOr[BehaviorEnum]\n    var path: js.UndefOr[String]\n  }\n\n  object CacheBehaviorPerPath {\n    @inline\n    def apply(\n        behavior: js.UndefOr[BehaviorEnum] = js.undefined,\n        path: js.UndefOr[String] = js.undefined\n    ): CacheBehaviorPerPath = {\n      val __obj = js.Dynamic.literal()\n      behavior.foreach(__v => __obj.updateDynamic(\"behavior\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheBehaviorPerPath]\n    }\n  }\n\n  \/** Describes the cache settings of an Amazon Lightsail content delivery network (CDN) distribution. These settings apply only to your distribution's <code>cacheBehaviors<\/code> (including the <code>defaultCacheBehavior<\/code>) that have a <code>behavior<\/code> of <code>cache<\/code>.\n    *\/\n  @js.native\n  trait CacheSettings extends js.Object {\n    var allowedHTTPMethods: js.UndefOr[NonEmptyString]\n    var cachedHTTPMethods: js.UndefOr[NonEmptyString]\n    var defaultTTL: js.UndefOr[Double]\n    var forwardedCookies: js.UndefOr[CookieObject]\n    var forwardedHeaders: js.UndefOr[HeaderObject]\n    var forwardedQueryStrings: js.UndefOr[QueryStringObject]\n    var maximumTTL: js.UndefOr[Double]\n    var minimumTTL: js.UndefOr[Double]\n  }\n\n  object CacheSettings {\n    @inline\n    def apply(\n        allowedHTTPMethods: js.UndefOr[NonEmptyString] = js.undefined,\n        cachedHTTPMethods: js.UndefOr[NonEmptyString] = js.undefined,\n        defaultTTL: js.UndefOr[Double] = js.undefined,\n        forwardedCookies: js.UndefOr[CookieObject] = js.undefined,\n        forwardedHeaders: js.UndefOr[HeaderObject] = js.undefined,\n        forwardedQueryStrings: js.UndefOr[QueryStringObject] = js.undefined,\n        maximumTTL: js.UndefOr[Double] = js.undefined,\n        minimumTTL: js.UndefOr[Double] = js.undefined\n    ): CacheSettings = {\n      val __obj = js.Dynamic.literal()\n      allowedHTTPMethods.foreach(__v => __obj.updateDynamic(\"allowedHTTPMethods\")(__v.asInstanceOf[js.Any]))\n      cachedHTTPMethods.foreach(__v => __obj.updateDynamic(\"cachedHTTPMethods\")(__v.asInstanceOf[js.Any]))\n      defaultTTL.foreach(__v => __obj.updateDynamic(\"defaultTTL\")(__v.asInstanceOf[js.Any]))\n      forwardedCookies.foreach(__v => __obj.updateDynamic(\"forwardedCookies\")(__v.asInstanceOf[js.Any]))\n      forwardedHeaders.foreach(__v => __obj.updateDynamic(\"forwardedHeaders\")(__v.asInstanceOf[js.Any]))\n      forwardedQueryStrings.foreach(__v => __obj.updateDynamic(\"forwardedQueryStrings\")(__v.asInstanceOf[js.Any]))\n      maximumTTL.foreach(__v => __obj.updateDynamic(\"maximumTTL\")(__v.asInstanceOf[js.Any]))\n      minimumTTL.foreach(__v => __obj.updateDynamic(\"minimumTTL\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSettings]\n    }\n  }\n\n  \/** Describes the full details of an Amazon Lightsail SSL\/TLS certificate.\n    *\n    * '''Note:'''To get a summary of a certificate, use the <code>GetCertificates<\/code> action and ommit <code>includeCertificateDetails<\/code> from your request. The response will include only the certificate Amazon Resource Name (ARN), certificate name, domain name, and tags.\n    *\/\n  @js.native\n  trait Certificate extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var domainName: js.UndefOr[DomainName]\n    var domainValidationRecords: js.UndefOr[DomainValidationRecordList]\n    var eligibleToRenew: js.UndefOr[EligibleToRenew]\n    var inUseResourceCount: js.UndefOr[InUseResourceCount]\n    var issuedAt: js.UndefOr[IsoDate]\n    var issuerCA: js.UndefOr[IssuerCA]\n    var keyAlgorithm: js.UndefOr[KeyAlgorithm]\n    var name: js.UndefOr[CertificateName]\n    var notAfter: js.UndefOr[IsoDate]\n    var notBefore: js.UndefOr[IsoDate]\n    var renewalSummary: js.UndefOr[RenewalSummary]\n    var requestFailureReason: js.UndefOr[RequestFailureReason]\n    var revocationReason: js.UndefOr[RevocationReason]\n    var revokedAt: js.UndefOr[IsoDate]\n    var serialNumber: js.UndefOr[SerialNumber]\n    var status: js.UndefOr[CertificateStatus]\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNameList]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object Certificate {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        domainValidationRecords: js.UndefOr[DomainValidationRecordList] = js.undefined,\n        eligibleToRenew: js.UndefOr[EligibleToRenew] = js.undefined,\n        inUseResourceCount: js.UndefOr[InUseResourceCount] = js.undefined,\n        issuedAt: js.UndefOr[IsoDate] = js.undefined,\n        issuerCA: js.UndefOr[IssuerCA] = js.undefined,\n        keyAlgorithm: js.UndefOr[KeyAlgorithm] = js.undefined,\n        name: js.UndefOr[CertificateName] = js.undefined,\n        notAfter: js.UndefOr[IsoDate] = js.undefined,\n        notBefore: js.UndefOr[IsoDate] = js.undefined,\n        renewalSummary: js.UndefOr[RenewalSummary] = js.undefined,\n        requestFailureReason: js.UndefOr[RequestFailureReason] = js.undefined,\n        revocationReason: js.UndefOr[RevocationReason] = js.undefined,\n        revokedAt: js.UndefOr[IsoDate] = js.undefined,\n        serialNumber: js.UndefOr[SerialNumber] = js.undefined,\n        status: js.UndefOr[CertificateStatus] = js.undefined,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNameList] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): Certificate = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      domainValidationRecords.foreach(__v => __obj.updateDynamic(\"domainValidationRecords\")(__v.asInstanceOf[js.Any]))\n      eligibleToRenew.foreach(__v => __obj.updateDynamic(\"eligibleToRenew\")(__v.asInstanceOf[js.Any]))\n      inUseResourceCount.foreach(__v => __obj.updateDynamic(\"inUseResourceCount\")(__v.asInstanceOf[js.Any]))\n      issuedAt.foreach(__v => __obj.updateDynamic(\"issuedAt\")(__v.asInstanceOf[js.Any]))\n      issuerCA.foreach(__v => __obj.updateDynamic(\"issuerCA\")(__v.asInstanceOf[js.Any]))\n      keyAlgorithm.foreach(__v => __obj.updateDynamic(\"keyAlgorithm\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      notAfter.foreach(__v => __obj.updateDynamic(\"notAfter\")(__v.asInstanceOf[js.Any]))\n      notBefore.foreach(__v => __obj.updateDynamic(\"notBefore\")(__v.asInstanceOf[js.Any]))\n      renewalSummary.foreach(__v => __obj.updateDynamic(\"renewalSummary\")(__v.asInstanceOf[js.Any]))\n      requestFailureReason.foreach(__v => __obj.updateDynamic(\"requestFailureReason\")(__v.asInstanceOf[js.Any]))\n      revocationReason.foreach(__v => __obj.updateDynamic(\"revocationReason\")(__v.asInstanceOf[js.Any]))\n      revokedAt.foreach(__v => __obj.updateDynamic(\"revokedAt\")(__v.asInstanceOf[js.Any]))\n      serialNumber.foreach(__v => __obj.updateDynamic(\"serialNumber\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Certificate]\n    }\n  }\n\n  @js.native\n  sealed trait CertificateStatus extends js.Any\n  object CertificateStatus {\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[CertificateStatus]\n    val ISSUED = \"ISSUED\".asInstanceOf[CertificateStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[CertificateStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[CertificateStatus]\n    val VALIDATION_TIMED_OUT = \"VALIDATION_TIMED_OUT\".asInstanceOf[CertificateStatus]\n    val REVOKED = \"REVOKED\".asInstanceOf[CertificateStatus]\n    val FAILED = \"FAILED\".asInstanceOf[CertificateStatus]\n\n    @inline def values = js.Array(PENDING_VALIDATION, ISSUED, INACTIVE, EXPIRED, VALIDATION_TIMED_OUT, REVOKED, FAILED)\n  }\n\n  \/** Describes an Amazon Lightsail SSL\/TLS certificate.\n    *\/\n  @js.native\n  trait CertificateSummary extends js.Object {\n    var certificateArn: js.UndefOr[NonEmptyString]\n    var certificateDetail: js.UndefOr[Certificate]\n    var certificateName: js.UndefOr[CertificateName]\n    var domainName: js.UndefOr[DomainName]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CertificateSummary {\n    @inline\n    def apply(\n        certificateArn: js.UndefOr[NonEmptyString] = js.undefined,\n        certificateDetail: js.UndefOr[Certificate] = js.undefined,\n        certificateName: js.UndefOr[CertificateName] = js.undefined,\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CertificateSummary = {\n      val __obj = js.Dynamic.literal()\n      certificateArn.foreach(__v => __obj.updateDynamic(\"certificateArn\")(__v.asInstanceOf[js.Any]))\n      certificateDetail.foreach(__v => __obj.updateDynamic(\"certificateDetail\")(__v.asInstanceOf[js.Any]))\n      certificateName.foreach(__v => __obj.updateDynamic(\"certificateName\")(__v.asInstanceOf[js.Any]))\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateSummary]\n    }\n  }\n\n  @js.native\n  trait CloseInstancePublicPortsRequest extends js.Object {\n    var instanceName: ResourceName\n    var portInfo: PortInfo\n  }\n\n  object CloseInstancePublicPortsRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        portInfo: PortInfo\n    ): CloseInstancePublicPortsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"portInfo\" -> portInfo.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloseInstancePublicPortsRequest]\n    }\n  }\n\n  @js.native\n  trait CloseInstancePublicPortsResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object CloseInstancePublicPortsResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): CloseInstancePublicPortsResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloseInstancePublicPortsResult]\n    }\n  }\n\n  \/** Describes a CloudFormation stack record created as a result of the <code>create cloud formation stack<\/code> operation. A CloudFormation stack record provides information about the AWS CloudFormation stack used to create a new Amazon Elastic Compute Cloud instance from an exported Lightsail instance snapshot.\n    *\/\n  @js.native\n  trait CloudFormationStackRecord extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var destinationInfo: js.UndefOr[DestinationInfo]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var sourceInfo: js.UndefOr[CloudFormationStackRecordSourceInfoList]\n    var state: js.UndefOr[RecordState]\n  }\n\n  object CloudFormationStackRecord {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        destinationInfo: js.UndefOr[DestinationInfo] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sourceInfo: js.UndefOr[CloudFormationStackRecordSourceInfoList] = js.undefined,\n        state: js.UndefOr[RecordState] = js.undefined\n    ): CloudFormationStackRecord = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      destinationInfo.foreach(__v => __obj.updateDynamic(\"destinationInfo\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sourceInfo.foreach(__v => __obj.updateDynamic(\"sourceInfo\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFormationStackRecord]\n    }\n  }\n\n  \/** Describes the source of a CloudFormation stack record (i.e., the export snapshot record).\n    *\/\n  @js.native\n  trait CloudFormationStackRecordSourceInfo extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var name: js.UndefOr[NonEmptyString]\n    var resourceType: js.UndefOr[CloudFormationStackRecordSourceType]\n  }\n\n  object CloudFormationStackRecordSourceInfo {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        name: js.UndefOr[NonEmptyString] = js.undefined,\n        resourceType: js.UndefOr[CloudFormationStackRecordSourceType] = js.undefined\n    ): CloudFormationStackRecordSourceInfo = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFormationStackRecordSourceInfo]\n    }\n  }\n\n  @js.native\n  sealed trait CloudFormationStackRecordSourceType extends js.Any\n  object CloudFormationStackRecordSourceType {\n    val ExportSnapshotRecord = \"ExportSnapshotRecord\".asInstanceOf[CloudFormationStackRecordSourceType]\n\n    @inline def values = js.Array(ExportSnapshotRecord)\n  }\n\n  @js.native\n  sealed trait ComparisonOperator extends js.Any\n  object ComparisonOperator {\n    val GreaterThanOrEqualToThreshold = \"GreaterThanOrEqualToThreshold\".asInstanceOf[ComparisonOperator]\n    val GreaterThanThreshold = \"GreaterThanThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanThreshold = \"LessThanThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanOrEqualToThreshold = \"LessThanOrEqualToThreshold\".asInstanceOf[ComparisonOperator]\n\n    @inline def values = js.Array(GreaterThanOrEqualToThreshold, GreaterThanThreshold, LessThanThreshold, LessThanOrEqualToThreshold)\n  }\n\n  \/** Describes a contact method. A contact method is a way to send you notifications. For more information, see [[https:\/\/lightsail.aws.amazon.com\/ls\/docs\/en_us\/articles\/amazon-lightsail-notifications|Notifications in Amazon Lightsail]].\n    *\/\n  @js.native\n  trait ContactMethod extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var contactEndpoint: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var protocol: js.UndefOr[ContactProtocol]\n    var resourceType: js.UndefOr[ResourceType]\n    var status: js.UndefOr[ContactMethodStatus]\n    var supportCode: js.UndefOr[String]\n  }\n\n  object ContactMethod {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        contactEndpoint: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        protocol: js.UndefOr[ContactProtocol] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        status: js.UndefOr[ContactMethodStatus] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined\n    ): ContactMethod = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      contactEndpoint.foreach(__v => __obj.updateDynamic(\"contactEndpoint\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContactMethod]\n    }\n  }\n\n  @js.native\n  sealed trait ContactMethodStatus extends js.Any\n  object ContactMethodStatus {\n    val PendingVerification = \"PendingVerification\".asInstanceOf[ContactMethodStatus]\n    val Valid = \"Valid\".asInstanceOf[ContactMethodStatus]\n    val Invalid = \"Invalid\".asInstanceOf[ContactMethodStatus]\n\n    @inline def values = js.Array(PendingVerification, Valid, Invalid)\n  }\n\n  @js.native\n  sealed trait ContactMethodVerificationProtocol extends js.Any\n  object ContactMethodVerificationProtocol {\n    val Email = \"Email\".asInstanceOf[ContactMethodVerificationProtocol]\n\n    @inline def values = js.Array(Email)\n  }\n\n  @js.native\n  sealed trait ContactProtocol extends js.Any\n  object ContactProtocol {\n    val Email = \"Email\".asInstanceOf[ContactProtocol]\n    val SMS = \"SMS\".asInstanceOf[ContactProtocol]\n\n    @inline def values = js.Array(Email, SMS)\n  }\n\n  \/** Describes the settings of a container that will be launched, or that is launched, to an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait Container extends js.Object {\n    var command: js.UndefOr[StringList]\n    var environment: js.UndefOr[Environment]\n    var image: js.UndefOr[String]\n    var ports: js.UndefOr[PortMap]\n  }\n\n  object Container {\n    @inline\n    def apply(\n        command: js.UndefOr[StringList] = js.undefined,\n        environment: js.UndefOr[Environment] = js.undefined,\n        image: js.UndefOr[String] = js.undefined,\n        ports: js.UndefOr[PortMap] = js.undefined\n    ): Container = {\n      val __obj = js.Dynamic.literal()\n      command.foreach(__v => __obj.updateDynamic(\"command\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      ports.foreach(__v => __obj.updateDynamic(\"ports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Container]\n    }\n  }\n\n  \/** Describes a container image that is registered to an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait ContainerImage extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var digest: js.UndefOr[String]\n    var image: js.UndefOr[String]\n  }\n\n  object ContainerImage {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        digest: js.UndefOr[String] = js.undefined,\n        image: js.UndefOr[String] = js.undefined\n    ): ContainerImage = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      digest.foreach(__v => __obj.updateDynamic(\"digest\")(__v.asInstanceOf[js.Any]))\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerImage]\n    }\n  }\n\n  \/** Describes an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait ContainerService extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var containerServiceName: js.UndefOr[ContainerServiceName]\n    var createdAt: js.UndefOr[IsoDate]\n    var currentDeployment: js.UndefOr[ContainerServiceDeployment]\n    var isDisabled: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var nextDeployment: js.UndefOr[ContainerServiceDeployment]\n    var power: js.UndefOr[ContainerServicePowerName]\n    var powerId: js.UndefOr[String]\n    var principalArn: js.UndefOr[String]\n    var privateDomainName: js.UndefOr[String]\n    var publicDomainNames: js.UndefOr[ContainerServicePublicDomains]\n    var resourceType: js.UndefOr[ResourceType]\n    var scale: js.UndefOr[ContainerServiceScale]\n    var state: js.UndefOr[ContainerServiceState]\n    var stateDetail: js.UndefOr[ContainerServiceStateDetail]\n    var tags: js.UndefOr[TagList]\n    var url: js.UndefOr[String]\n  }\n\n  object ContainerService {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        containerServiceName: js.UndefOr[ContainerServiceName] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        currentDeployment: js.UndefOr[ContainerServiceDeployment] = js.undefined,\n        isDisabled: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        nextDeployment: js.UndefOr[ContainerServiceDeployment] = js.undefined,\n        power: js.UndefOr[ContainerServicePowerName] = js.undefined,\n        powerId: js.UndefOr[String] = js.undefined,\n        principalArn: js.UndefOr[String] = js.undefined,\n        privateDomainName: js.UndefOr[String] = js.undefined,\n        publicDomainNames: js.UndefOr[ContainerServicePublicDomains] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        scale: js.UndefOr[ContainerServiceScale] = js.undefined,\n        state: js.UndefOr[ContainerServiceState] = js.undefined,\n        stateDetail: js.UndefOr[ContainerServiceStateDetail] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        url: js.UndefOr[String] = js.undefined\n    ): ContainerService = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      containerServiceName.foreach(__v => __obj.updateDynamic(\"containerServiceName\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      currentDeployment.foreach(__v => __obj.updateDynamic(\"currentDeployment\")(__v.asInstanceOf[js.Any]))\n      isDisabled.foreach(__v => __obj.updateDynamic(\"isDisabled\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      nextDeployment.foreach(__v => __obj.updateDynamic(\"nextDeployment\")(__v.asInstanceOf[js.Any]))\n      power.foreach(__v => __obj.updateDynamic(\"power\")(__v.asInstanceOf[js.Any]))\n      powerId.foreach(__v => __obj.updateDynamic(\"powerId\")(__v.asInstanceOf[js.Any]))\n      principalArn.foreach(__v => __obj.updateDynamic(\"principalArn\")(__v.asInstanceOf[js.Any]))\n      privateDomainName.foreach(__v => __obj.updateDynamic(\"privateDomainName\")(__v.asInstanceOf[js.Any]))\n      publicDomainNames.foreach(__v => __obj.updateDynamic(\"publicDomainNames\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      scale.foreach(__v => __obj.updateDynamic(\"scale\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      stateDetail.foreach(__v => __obj.updateDynamic(\"stateDetail\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      url.foreach(__v => __obj.updateDynamic(\"url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerService]\n    }\n  }\n\n  \/** Describes a container deployment configuration of an Amazon Lightsail container service. A deployment specifies the settings, such as the ports and launch command, of containers that are deployed to your container service.\n    *\/\n  @js.native\n  trait ContainerServiceDeployment extends js.Object {\n    var containers: js.UndefOr[ContainerMap]\n    var createdAt: js.UndefOr[IsoDate]\n    var publicEndpoint: js.UndefOr[ContainerServiceEndpoint]\n    var state: js.UndefOr[ContainerServiceDeploymentState]\n    var version: js.UndefOr[Int]\n  }\n\n  object ContainerServiceDeployment {\n    @inline\n    def apply(\n        containers: js.UndefOr[ContainerMap] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        publicEndpoint: js.UndefOr[ContainerServiceEndpoint] = js.undefined,\n        state: js.UndefOr[ContainerServiceDeploymentState] = js.undefined,\n        version: js.UndefOr[Int] = js.undefined\n    ): ContainerServiceDeployment = {\n      val __obj = js.Dynamic.literal()\n      containers.foreach(__v => __obj.updateDynamic(\"containers\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      publicEndpoint.foreach(__v => __obj.updateDynamic(\"publicEndpoint\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceDeployment]\n    }\n  }\n\n  \/** Describes a container deployment configuration of an Amazon Lightsail container service. A deployment specifies the settings, such as the ports and launch command, of containers that are deployed to your container service.\n    *\/\n  @js.native\n  trait ContainerServiceDeploymentRequest extends js.Object {\n    var containers: js.UndefOr[ContainerMap]\n    var publicEndpoint: js.UndefOr[EndpointRequest]\n  }\n\n  object ContainerServiceDeploymentRequest {\n    @inline\n    def apply(\n        containers: js.UndefOr[ContainerMap] = js.undefined,\n        publicEndpoint: js.UndefOr[EndpointRequest] = js.undefined\n    ): ContainerServiceDeploymentRequest = {\n      val __obj = js.Dynamic.literal()\n      containers.foreach(__v => __obj.updateDynamic(\"containers\")(__v.asInstanceOf[js.Any]))\n      publicEndpoint.foreach(__v => __obj.updateDynamic(\"publicEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceDeploymentRequest]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerServiceDeploymentState extends js.Any\n  object ContainerServiceDeploymentState {\n    val ACTIVATING = \"ACTIVATING\".asInstanceOf[ContainerServiceDeploymentState]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ContainerServiceDeploymentState]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[ContainerServiceDeploymentState]\n    val FAILED = \"FAILED\".asInstanceOf[ContainerServiceDeploymentState]\n\n    @inline def values = js.Array(ACTIVATING, ACTIVE, INACTIVE, FAILED)\n  }\n\n  \/** Describes the public endpoint configuration of a deployment of an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait ContainerServiceEndpoint extends js.Object {\n    var containerName: js.UndefOr[String]\n    var containerPort: js.UndefOr[Int]\n    var healthCheck: js.UndefOr[ContainerServiceHealthCheckConfig]\n  }\n\n  object ContainerServiceEndpoint {\n    @inline\n    def apply(\n        containerName: js.UndefOr[String] = js.undefined,\n        containerPort: js.UndefOr[Int] = js.undefined,\n        healthCheck: js.UndefOr[ContainerServiceHealthCheckConfig] = js.undefined\n    ): ContainerServiceEndpoint = {\n      val __obj = js.Dynamic.literal()\n      containerName.foreach(__v => __obj.updateDynamic(\"containerName\")(__v.asInstanceOf[js.Any]))\n      containerPort.foreach(__v => __obj.updateDynamic(\"containerPort\")(__v.asInstanceOf[js.Any]))\n      healthCheck.foreach(__v => __obj.updateDynamic(\"healthCheck\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceEndpoint]\n    }\n  }\n\n  \/** Describes the health check configuration of an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait ContainerServiceHealthCheckConfig extends js.Object {\n    var healthyThreshold: js.UndefOr[Int]\n    var intervalSeconds: js.UndefOr[Int]\n    var path: js.UndefOr[String]\n    var successCodes: js.UndefOr[String]\n    var timeoutSeconds: js.UndefOr[Int]\n    var unhealthyThreshold: js.UndefOr[Int]\n  }\n\n  object ContainerServiceHealthCheckConfig {\n    @inline\n    def apply(\n        healthyThreshold: js.UndefOr[Int] = js.undefined,\n        intervalSeconds: js.UndefOr[Int] = js.undefined,\n        path: js.UndefOr[String] = js.undefined,\n        successCodes: js.UndefOr[String] = js.undefined,\n        timeoutSeconds: js.UndefOr[Int] = js.undefined,\n        unhealthyThreshold: js.UndefOr[Int] = js.undefined\n    ): ContainerServiceHealthCheckConfig = {\n      val __obj = js.Dynamic.literal()\n      healthyThreshold.foreach(__v => __obj.updateDynamic(\"healthyThreshold\")(__v.asInstanceOf[js.Any]))\n      intervalSeconds.foreach(__v => __obj.updateDynamic(\"intervalSeconds\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      successCodes.foreach(__v => __obj.updateDynamic(\"successCodes\")(__v.asInstanceOf[js.Any]))\n      timeoutSeconds.foreach(__v => __obj.updateDynamic(\"timeoutSeconds\")(__v.asInstanceOf[js.Any]))\n      unhealthyThreshold.foreach(__v => __obj.updateDynamic(\"unhealthyThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceHealthCheckConfig]\n    }\n  }\n\n  \/** Describes the log events of a container of an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait ContainerServiceLogEvent extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var message: js.UndefOr[String]\n  }\n\n  object ContainerServiceLogEvent {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        message: js.UndefOr[String] = js.undefined\n    ): ContainerServiceLogEvent = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceLogEvent]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerServiceMetricName extends js.Any\n  object ContainerServiceMetricName {\n    val CPUUtilization = \"CPUUtilization\".asInstanceOf[ContainerServiceMetricName]\n    val MemoryUtilization = \"MemoryUtilization\".asInstanceOf[ContainerServiceMetricName]\n\n    @inline def values = js.Array(CPUUtilization, MemoryUtilization)\n  }\n\n  \/** Describes the powers that can be specified for an Amazon Lightsail container service. The power specifies the amount of RAM, the number of vCPUs, and the base price of the container service.\n    *\/\n  @js.native\n  trait ContainerServicePower extends js.Object {\n    var cpuCount: js.UndefOr[Float]\n    var isActive: js.UndefOr[Boolean]\n    var name: js.UndefOr[String]\n    var powerId: js.UndefOr[String]\n    var price: js.UndefOr[Float]\n    var ramSizeInGb: js.UndefOr[Float]\n  }\n\n  object ContainerServicePower {\n    @inline\n    def apply(\n        cpuCount: js.UndefOr[Float] = js.undefined,\n        isActive: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        powerId: js.UndefOr[String] = js.undefined,\n        price: js.UndefOr[Float] = js.undefined,\n        ramSizeInGb: js.UndefOr[Float] = js.undefined\n    ): ContainerServicePower = {\n      val __obj = js.Dynamic.literal()\n      cpuCount.foreach(__v => __obj.updateDynamic(\"cpuCount\")(__v.asInstanceOf[js.Any]))\n      isActive.foreach(__v => __obj.updateDynamic(\"isActive\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      powerId.foreach(__v => __obj.updateDynamic(\"powerId\")(__v.asInstanceOf[js.Any]))\n      price.foreach(__v => __obj.updateDynamic(\"price\")(__v.asInstanceOf[js.Any]))\n      ramSizeInGb.foreach(__v => __obj.updateDynamic(\"ramSizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServicePower]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerServicePowerName extends js.Any\n  object ContainerServicePowerName {\n    val nano = \"nano\".asInstanceOf[ContainerServicePowerName]\n    val micro = \"micro\".asInstanceOf[ContainerServicePowerName]\n    val small = \"small\".asInstanceOf[ContainerServicePowerName]\n    val medium = \"medium\".asInstanceOf[ContainerServicePowerName]\n    val large = \"large\".asInstanceOf[ContainerServicePowerName]\n    val xlarge = \"xlarge\".asInstanceOf[ContainerServicePowerName]\n\n    @inline def values = js.Array(nano, micro, small, medium, large, xlarge)\n  }\n\n  @js.native\n  sealed trait ContainerServiceProtocol extends js.Any\n  object ContainerServiceProtocol {\n    val HTTP = \"HTTP\".asInstanceOf[ContainerServiceProtocol]\n    val HTTPS = \"HTTPS\".asInstanceOf[ContainerServiceProtocol]\n    val TCP = \"TCP\".asInstanceOf[ContainerServiceProtocol]\n    val UDP = \"UDP\".asInstanceOf[ContainerServiceProtocol]\n\n    @inline def values = js.Array(HTTP, HTTPS, TCP, UDP)\n  }\n\n  \/** Describes the login information for the container image registry of an Amazon Lightsail account.\n    *\/\n  @js.native\n  trait ContainerServiceRegistryLogin extends js.Object {\n    var expiresAt: js.UndefOr[IsoDate]\n    var password: js.UndefOr[String]\n    var registry: js.UndefOr[String]\n    var username: js.UndefOr[String]\n  }\n\n  object ContainerServiceRegistryLogin {\n    @inline\n    def apply(\n        expiresAt: js.UndefOr[IsoDate] = js.undefined,\n        password: js.UndefOr[String] = <PASSWORD>,\n        registry: js.UndefOr[String] = js.undefined,\n        username: js.UndefOr[String] = js.undefined\n    ): ContainerServiceRegistryLogin = {\n      val __obj = js.Dynamic.literal()\n      expiresAt.foreach(__v => __obj.updateDynamic(\"expiresAt\")(__v.asInstanceOf[js.Any]))\n      password.foreach(__v => __obj.updateDynamic(\"password\")(__v.asInstanceOf[js.Any]))\n      registry.foreach(__v => __obj.updateDynamic(\"registry\")(__v.asInstanceOf[js.Any]))\n      username.foreach(__v => __obj.updateDynamic(\"username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceRegistryLogin]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerServiceState extends js.Any\n  object ContainerServiceState {\n    val PENDING = \"PENDING\".asInstanceOf[ContainerServiceState]\n    val READY = \"READY\".asInstanceOf[ContainerServiceState]\n    val RUNNING = \"RUNNING\".asInstanceOf[ContainerServiceState]\n    val UPDATING = \"UPDATING\".asInstanceOf[ContainerServiceState]\n    val DELETING = \"DELETING\".asInstanceOf[ContainerServiceState]\n    val DISABLED = \"DISABLED\".asInstanceOf[ContainerServiceState]\n    val DEPLOYING = \"DEPLOYING\".asInstanceOf[ContainerServiceState]\n\n    @inline def values = js.Array(PENDING, READY, RUNNING, UPDATING, DELETING, DISABLED, DEPLOYING)\n  }\n\n  \/** Describes the current state of a container service.\n    *\/\n  @js.native\n  trait ContainerServiceStateDetail extends js.Object {\n    var code: js.UndefOr[ContainerServiceStateDetailCode]\n    var message: js.UndefOr[String]\n  }\n\n  object ContainerServiceStateDetail {\n    @inline\n    def apply(\n        code: js.UndefOr[ContainerServiceStateDetailCode] = js.undefined,\n        message: js.UndefOr[String] = js.undefined\n    ): ContainerServiceStateDetail = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServiceStateDetail]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerServiceStateDetailCode extends js.Any\n  object ContainerServiceStateDetailCode {\n    val CREATING_SYSTEM_RESOURCES = \"CREATING_SYSTEM_RESOURCES\".asInstanceOf[ContainerServiceStateDetailCode]\n    val CREATING_NETWORK_INFRASTRUCTURE = \"CREATING_NETWORK_INFRASTRUCTURE\".asInstanceOf[ContainerServiceStateDetailCode]\n    val PROVISIONING_CERTIFICATE = \"PROVISIONING_CERTIFICATE\".asInstanceOf[ContainerServiceStateDetailCode]\n    val PROVISIONING_SERVICE = \"PROVISIONING_SERVICE\".asInstanceOf[ContainerServiceStateDetailCode]\n    val CREATING_DEPLOYMENT = \"CREATING_DEPLOYMENT\".asInstanceOf[ContainerServiceStateDetailCode]\n    val EVALUATING_HEALTH_CHECK = \"EVALUATING_HEALTH_CHECK\".asInstanceOf[ContainerServiceStateDetailCode]\n    val ACTIVATING_DEPLOYMENT = \"ACTIVATING_DEPLOYMENT\".asInstanceOf[ContainerServiceStateDetailCode]\n    val CERTIFICATE_LIMIT_EXCEEDED = \"CERTIFICATE_LIMIT_EXCEEDED\".asInstanceOf[ContainerServiceStateDetailCode]\n    val UNKNOWN_ERROR = \"UNKNOWN_ERROR\".asInstanceOf[ContainerServiceStateDetailCode]\n\n    @inline def values = js.Array(\n      CREATING_SYSTEM_RESOURCES,\n      CREATING_NETWORK_INFRASTRUCTURE,\n      PROVISIONING_CERTIFICATE,\n      PROVISIONING_SERVICE,\n      CREATING_DEPLOYMENT,\n      EVALUATING_HEALTH_CHECK,\n      ACTIVATING_DEPLOYMENT,\n      CERTIFICATE_LIMIT_EXCEEDED,\n      UNKNOWN_ERROR\n    )\n  }\n\n  @js.native\n  trait ContainerServicesListResult extends js.Object {\n    var containerServices: js.UndefOr[ContainerServiceList]\n  }\n\n  object ContainerServicesListResult {\n    @inline\n    def apply(\n        containerServices: js.UndefOr[ContainerServiceList] = js.undefined\n    ): ContainerServicesListResult = {\n      val __obj = js.Dynamic.literal()\n      containerServices.foreach(__v => __obj.updateDynamic(\"containerServices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerServicesListResult]\n    }\n  }\n\n  \/** Describes whether an Amazon Lightsail content delivery network (CDN) distribution forwards cookies to the origin and, if so, which ones. For the cookies that you specify, your distribution caches separate versions of the specified content based on the cookie values in viewer requests.\n    *\/\n  @js.native\n  trait CookieObject extends js.Object {\n    var cookiesAllowList: js.UndefOr[StringList]\n    var option: js.UndefOr[ForwardValues]\n  }\n\n  object CookieObject {\n    @inline\n    def apply(\n        cookiesAllowList: js.UndefOr[StringList] = js.undefined,\n        option: js.UndefOr[ForwardValues] = js.undefined\n    ): CookieObject = {\n      val __obj = js.Dynamic.literal()\n      cookiesAllowList.foreach(__v => __obj.updateDynamic(\"cookiesAllowList\")(__v.asInstanceOf[js.Any]))\n      option.foreach(__v => __obj.updateDynamic(\"option\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CookieObject]\n    }\n  }\n\n  @js.native\n  trait CopySnapshotRequest extends js.Object {\n    var sourceRegion: RegionName\n    var targetSnapshotName: ResourceName\n    var restoreDate: js.UndefOr[String]\n    var sourceResourceName: js.UndefOr[String]\n    var sourceSnapshotName: js.UndefOr[ResourceName]\n    var useLatestRestorableAutoSnapshot: js.UndefOr[Boolean]\n  }\n\n  object CopySnapshotRequest {\n    @inline\n    def apply(\n        sourceRegion: RegionName,\n        targetSnapshotName: ResourceName,\n        restoreDate: js.UndefOr[String] = js.undefined,\n        sourceResourceName: js.UndefOr[String] = js.undefined,\n        sourceSnapshotName: js.UndefOr[ResourceName] = js.undefined,\n        useLatestRestorableAutoSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): CopySnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceRegion\" -> sourceRegion.asInstanceOf[js.Any],\n        \"targetSnapshotName\" -> targetSnapshotName.asInstanceOf[js.Any]\n      )\n\n      restoreDate.foreach(__v => __obj.updateDynamic(\"restoreDate\")(__v.asInstanceOf[js.Any]))\n      sourceResourceName.foreach(__v => __obj.updateDynamic(\"sourceResourceName\")(__v.asInstanceOf[js.Any]))\n      sourceSnapshotName.foreach(__v => __obj.updateDynamic(\"sourceSnapshotName\")(__v.asInstanceOf[js.Any]))\n      useLatestRestorableAutoSnapshot.foreach(__v => __obj.updateDynamic(\"useLatestRestorableAutoSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopySnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CopySnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CopySnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CopySnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopySnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateCertificateRequest extends js.Object {\n    var certificateName: CertificateName\n    var domainName: DomainName\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNameList]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateCertificateRequest {\n    @inline\n    def apply(\n        certificateName: CertificateName,\n        domainName: DomainName,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNameList] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCertificateResult extends js.Object {\n    var certificate: js.UndefOr[CertificateSummary]\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateCertificateResult {\n    @inline\n    def apply(\n        certificate: js.UndefOr[CertificateSummary] = js.undefined,\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateCertificateResult = {\n      val __obj = js.Dynamic.literal()\n      certificate.foreach(__v => __obj.updateDynamic(\"certificate\")(__v.asInstanceOf[js.Any]))\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCertificateResult]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationStackRequest extends js.Object {\n    var instances: InstanceEntryList\n  }\n\n  object CreateCloudFormationStackRequest {\n    @inline\n    def apply(\n        instances: InstanceEntryList\n    ): CreateCloudFormationStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instances\" -> instances.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCloudFormationStackRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationStackResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateCloudFormationStackResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateCloudFormationStackResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFormationStackResult]\n    }\n  }\n\n  @js.native\n  trait CreateContactMethodRequest extends js.Object {\n    var contactEndpoint: StringMax256\n    var protocol: ContactProtocol\n  }\n\n  object CreateContactMethodRequest {\n    @inline\n    def apply(\n        contactEndpoint: StringMax256,\n        protocol: ContactProtocol\n    ): CreateContactMethodRequest = {\n      val __obj = js.Dynamic.literal(\n        \"contactEndpoint\" -> contactEndpoint.asInstanceOf[js.Any],\n        \"protocol\" -> protocol.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateContactMethodRequest]\n    }\n  }\n\n  @js.native\n  trait CreateContactMethodResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateContactMethodResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateContactMethodResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContactMethodResult]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceDeploymentRequest extends js.Object {\n    var serviceName: ContainerServiceName\n    var containers: js.UndefOr[ContainerMap]\n    var publicEndpoint: js.UndefOr[EndpointRequest]\n  }\n\n  object CreateContainerServiceDeploymentRequest {\n    @inline\n    def apply(\n        serviceName: ContainerServiceName,\n        containers: js.UndefOr[ContainerMap] = js.undefined,\n        publicEndpoint: js.UndefOr[EndpointRequest] = js.undefined\n    ): CreateContainerServiceDeploymentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n\n      containers.foreach(__v => __obj.updateDynamic(\"containers\")(__v.asInstanceOf[js.Any]))\n      publicEndpoint.foreach(__v => __obj.updateDynamic(\"publicEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerServiceDeploymentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceDeploymentResult extends js.Object {\n    var containerService: js.UndefOr[ContainerService]\n  }\n\n  object CreateContainerServiceDeploymentResult {\n    @inline\n    def apply(\n        containerService: js.UndefOr[ContainerService] = js.undefined\n    ): CreateContainerServiceDeploymentResult = {\n      val __obj = js.Dynamic.literal()\n      containerService.foreach(__v => __obj.updateDynamic(\"containerService\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerServiceDeploymentResult]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceRegistryLoginRequest extends js.Object\n\n  object CreateContainerServiceRegistryLoginRequest {\n    @inline\n    def apply(): CreateContainerServiceRegistryLoginRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateContainerServiceRegistryLoginRequest]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceRegistryLoginResult extends js.Object {\n    var registryLogin: js.UndefOr[ContainerServiceRegistryLogin]\n  }\n\n  object CreateContainerServiceRegistryLoginResult {\n    @inline\n    def apply(\n        registryLogin: js.UndefOr[ContainerServiceRegistryLogin] = js.undefined\n    ): CreateContainerServiceRegistryLoginResult = {\n      val __obj = js.Dynamic.literal()\n      registryLogin.foreach(__v => __obj.updateDynamic(\"registryLogin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerServiceRegistryLoginResult]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceRequest extends js.Object {\n    var power: ContainerServicePowerName\n    var scale: ContainerServiceScale\n    var serviceName: ContainerServiceName\n    var deployment: js.UndefOr[ContainerServiceDeploymentRequest]\n    var publicDomainNames: js.UndefOr[ContainerServicePublicDomains]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateContainerServiceRequest {\n    @inline\n    def apply(\n        power: ContainerServicePowerName,\n        scale: ContainerServiceScale,\n        serviceName: ContainerServiceName,\n        deployment: js.UndefOr[ContainerServiceDeploymentRequest] = js.undefined,\n        publicDomainNames: js.UndefOr[ContainerServicePublicDomains] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateContainerServiceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"power\" -> power.asInstanceOf[js.Any],\n        \"scale\" -> scale.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n\n      deployment.foreach(__v => __obj.updateDynamic(\"deployment\")(__v.asInstanceOf[js.Any]))\n      publicDomainNames.foreach(__v => __obj.updateDynamic(\"publicDomainNames\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerServiceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateContainerServiceResult extends js.Object {\n    var containerService: js.UndefOr[ContainerService]\n  }\n\n  object CreateContainerServiceResult {\n    @inline\n    def apply(\n        containerService: js.UndefOr[ContainerService] = js.undefined\n    ): CreateContainerServiceResult = {\n      val __obj = js.Dynamic.literal()\n      containerService.foreach(__v => __obj.updateDynamic(\"containerService\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerServiceResult]\n    }\n  }\n\n  @js.native\n  trait CreateDiskFromSnapshotRequest extends js.Object {\n    var availabilityZone: NonEmptyString\n    var diskName: ResourceName\n    var sizeInGb: Int\n    var addOns: js.UndefOr[AddOnRequestList]\n    var diskSnapshotName: js.UndefOr[ResourceName]\n    var restoreDate: js.UndefOr[String]\n    var sourceDiskName: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var useLatestRestorableAutoSnapshot: js.UndefOr[Boolean]\n  }\n\n  object CreateDiskFromSnapshotRequest {\n    @inline\n    def apply(\n        availabilityZone: NonEmptyString,\n        diskName: ResourceName,\n        sizeInGb: Int,\n        addOns: js.UndefOr[AddOnRequestList] = js.undefined,\n        diskSnapshotName: js.UndefOr[ResourceName] = js.undefined,\n        restoreDate: js.UndefOr[String] = js.undefined,\n        sourceDiskName: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        useLatestRestorableAutoSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): CreateDiskFromSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"availabilityZone\" -> availabilityZone.asInstanceOf[js.Any],\n        \"diskName\" -> diskName.asInstanceOf[js.Any],\n        \"sizeInGb\" -> sizeInGb.asInstanceOf[js.Any]\n      )\n\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      diskSnapshotName.foreach(__v => __obj.updateDynamic(\"diskSnapshotName\")(__v.asInstanceOf[js.Any]))\n      restoreDate.foreach(__v => __obj.updateDynamic(\"restoreDate\")(__v.asInstanceOf[js.Any]))\n      sourceDiskName.foreach(__v => __obj.updateDynamic(\"sourceDiskName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      useLatestRestorableAutoSnapshot.foreach(__v => __obj.updateDynamic(\"useLatestRestorableAutoSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskFromSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDiskFromSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateDiskFromSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateDiskFromSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskFromSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateDiskRequest extends js.Object {\n    var availabilityZone: NonEmptyString\n    var diskName: ResourceName\n    var sizeInGb: Int\n    var addOns: js.UndefOr[AddOnRequestList]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateDiskRequest {\n    @inline\n    def apply(\n        availabilityZone: NonEmptyString,\n        diskName: ResourceName,\n        sizeInGb: Int,\n        addOns: js.UndefOr[AddOnRequestList] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDiskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"availabilityZone\" -> availabilityZone.asInstanceOf[js.Any],\n        \"diskName\" -> diskName.asInstanceOf[js.Any],\n        \"sizeInGb\" -> sizeInGb.asInstanceOf[js.Any]\n      )\n\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDiskResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateDiskResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateDiskResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskResult]\n    }\n  }\n\n  @js.native\n  trait CreateDiskSnapshotRequest extends js.Object {\n    var diskSnapshotName: ResourceName\n    var diskName: js.UndefOr[ResourceName]\n    var instanceName: js.UndefOr[ResourceName]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateDiskSnapshotRequest {\n    @inline\n    def apply(\n        diskSnapshotName: ResourceName,\n        diskName: js.UndefOr[ResourceName] = js.undefined,\n        instanceName: js.UndefOr[ResourceName] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDiskSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskSnapshotName\" -> diskSnapshotName.asInstanceOf[js.Any]\n      )\n\n      diskName.foreach(__v => __obj.updateDynamic(\"diskName\")(__v.asInstanceOf[js.Any]))\n      instanceName.foreach(__v => __obj.updateDynamic(\"instanceName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDiskSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateDiskSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateDiskSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiskSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateDistributionRequest extends js.Object {\n    var bundleId: String\n    var defaultCacheBehavior: CacheBehavior\n    var distributionName: ResourceName\n    var origin: InputOrigin\n    var cacheBehaviorSettings: js.UndefOr[CacheSettings]\n    var cacheBehaviors: js.UndefOr[CacheBehaviorList]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateDistributionRequest {\n    @inline\n    def apply(\n        bundleId: String,\n        defaultCacheBehavior: CacheBehavior,\n        distributionName: ResourceName,\n        origin: InputOrigin,\n        cacheBehaviorSettings: js.UndefOr[CacheSettings] = js.undefined,\n        cacheBehaviors: js.UndefOr[CacheBehaviorList] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"bundleId\" -> bundleId.asInstanceOf[js.Any],\n        \"defaultCacheBehavior\" -> defaultCacheBehavior.asInstanceOf[js.Any],\n        \"distributionName\" -> distributionName.asInstanceOf[js.Any],\n        \"origin\" -> origin.asInstanceOf[js.Any]\n      )\n\n      cacheBehaviorSettings.foreach(__v => __obj.updateDynamic(\"cacheBehaviorSettings\")(__v.asInstanceOf[js.Any]))\n      cacheBehaviors.foreach(__v => __obj.updateDynamic(\"cacheBehaviors\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDistributionResult extends js.Object {\n    var distribution: js.UndefOr[LightsailDistribution]\n    var operation: js.UndefOr[Operation]\n  }\n\n  object CreateDistributionResult {\n    @inline\n    def apply(\n        distribution: js.UndefOr[LightsailDistribution] = js.undefined,\n        operation: js.UndefOr[Operation] = js.undefined\n    ): CreateDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      distribution.foreach(__v => __obj.updateDynamic(\"distribution\")(__v.asInstanceOf[js.Any]))\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDistributionResult]\n    }\n  }\n\n  @js.native\n  trait CreateDomainEntryRequest extends js.Object {\n    var domainEntry: DomainEntry\n    var domainName: DomainName\n  }\n\n  object CreateDomainEntryRequest {\n    @inline\n    def apply(\n        domainEntry: DomainEntry,\n        domainName: DomainName\n    ): CreateDomainEntryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainEntry\" -> domainEntry.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDomainEntryRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDomainEntryResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object CreateDomainEntryResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): CreateDomainEntryResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainEntryResult]\n    }\n  }\n\n  @js.native\n  trait CreateDomainRequest extends js.Object {\n    var domainName: DomainName\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateDomainRequest {\n    @inline\n    def apply(\n        domainName: DomainName,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDomainResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object CreateDomainResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): CreateDomainResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainResult]\n    }\n  }\n\n  @js.native\n  trait CreateInstanceSnapshotRequest extends js.Object {\n    var instanceName: ResourceName\n    var instanceSnapshotName: ResourceName\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateInstanceSnapshotRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        instanceSnapshotName: ResourceName,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateInstanceSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"instanceSnapshotName\" -> instanceSnapshotName.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstanceSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateInstanceSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateInstanceSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateInstanceSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstanceSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateInstancesFromSnapshotRequest extends js.Object {\n    var availabilityZone: String\n    var bundleId: NonEmptyString\n    var instanceNames: StringList\n    var addOns: js.UndefOr[AddOnRequestList]\n    var attachedDiskMapping: js.UndefOr[AttachedDiskMap]\n    var instanceSnapshotName: js.UndefOr[ResourceName]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var keyPairName: js.UndefOr[ResourceName]\n    var restoreDate: js.UndefOr[String]\n    var sourceInstanceName: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var useLatestRestorableAutoSnapshot: js.UndefOr[Boolean]\n    var userData: js.UndefOr[String]\n  }\n\n  object CreateInstancesFromSnapshotRequest {\n    @inline\n    def apply(\n        availabilityZone: String,\n        bundleId: NonEmptyString,\n        instanceNames: StringList,\n        addOns: js.UndefOr[AddOnRequestList] = js.undefined,\n        attachedDiskMapping: js.UndefOr[AttachedDiskMap] = js.undefined,\n        instanceSnapshotName: js.UndefOr[ResourceName] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        keyPairName: js.UndefOr[ResourceName] = js.undefined,\n        restoreDate: js.UndefOr[String] = js.undefined,\n        sourceInstanceName: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        useLatestRestorableAutoSnapshot: js.UndefOr[Boolean] = js.undefined,\n        userData: js.UndefOr[String] = js.undefined\n    ): CreateInstancesFromSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"availabilityZone\" -> availabilityZone.asInstanceOf[js.Any],\n        \"bundleId\" -> bundleId.asInstanceOf[js.Any],\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any]\n      )\n\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      attachedDiskMapping.foreach(__v => __obj.updateDynamic(\"attachedDiskMapping\")(__v.asInstanceOf[js.Any]))\n      instanceSnapshotName.foreach(__v => __obj.updateDynamic(\"instanceSnapshotName\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      keyPairName.foreach(__v => __obj.updateDynamic(\"keyPairName\")(__v.asInstanceOf[js.Any]))\n      restoreDate.foreach(__v => __obj.updateDynamic(\"restoreDate\")(__v.asInstanceOf[js.Any]))\n      sourceInstanceName.foreach(__v => __obj.updateDynamic(\"sourceInstanceName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      useLatestRestorableAutoSnapshot.foreach(__v => __obj.updateDynamic(\"useLatestRestorableAutoSnapshot\")(__v.asInstanceOf[js.Any]))\n      userData.foreach(__v => __obj.updateDynamic(\"userData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstancesFromSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateInstancesFromSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateInstancesFromSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateInstancesFromSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstancesFromSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateInstancesRequest extends js.Object {\n    var availabilityZone: String\n    var blueprintId: NonEmptyString\n    var bundleId: NonEmptyString\n    var instanceNames: StringList\n    var addOns: js.UndefOr[AddOnRequestList]\n    var customImageName: js.UndefOr[ResourceName]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var keyPairName: js.UndefOr[ResourceName]\n    var tags: js.UndefOr[TagList]\n    var userData: js.UndefOr[String]\n  }\n\n  object CreateInstancesRequest {\n    @inline\n    def apply(\n        availabilityZone: String,\n        blueprintId: NonEmptyString,\n        bundleId: NonEmptyString,\n        instanceNames: StringList,\n        addOns: js.UndefOr[AddOnRequestList] = js.undefined,\n        customImageName: js.UndefOr[ResourceName] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        keyPairName: js.UndefOr[ResourceName] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        userData: js.UndefOr[String] = js.undefined\n    ): CreateInstancesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"availabilityZone\" -> availabilityZone.asInstanceOf[js.Any],\n        \"blueprintId\" -> blueprintId.asInstanceOf[js.Any],\n        \"bundleId\" -> bundleId.asInstanceOf[js.Any],\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any]\n      )\n\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      customImageName.foreach(__v => __obj.updateDynamic(\"customImageName\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      keyPairName.foreach(__v => __obj.updateDynamic(\"keyPairName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      userData.foreach(__v => __obj.updateDynamic(\"userData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstancesRequest]\n    }\n  }\n\n  @js.native\n  trait CreateInstancesResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateInstancesResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateInstancesResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstancesResult]\n    }\n  }\n\n  @js.native\n  trait CreateKeyPairRequest extends js.Object {\n    var keyPairName: ResourceName\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateKeyPairRequest {\n    @inline\n    def apply(\n        keyPairName: ResourceName,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"keyPairName\" -> keyPairName.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait CreateKeyPairResult extends js.Object {\n    var keyPair: js.UndefOr[KeyPair]\n    var operation: js.UndefOr[Operation]\n    var privateKeyBase64: js.UndefOr[Base64]\n    var publicKeyBase64: js.UndefOr[Base64]\n  }\n\n  object CreateKeyPairResult {\n    @inline\n    def apply(\n        keyPair: js.UndefOr[KeyPair] = js.undefined,\n        operation: js.UndefOr[Operation] = js.undefined,\n        privateKeyBase64: js.UndefOr[Base64] = js.undefined,\n        publicKeyBase64: js.UndefOr[Base64] = js.undefined\n    ): CreateKeyPairResult = {\n      val __obj = js.Dynamic.literal()\n      keyPair.foreach(__v => __obj.updateDynamic(\"keyPair\")(__v.asInstanceOf[js.Any]))\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      privateKeyBase64.foreach(__v => __obj.updateDynamic(\"privateKeyBase64\")(__v.asInstanceOf[js.Any]))\n      publicKeyBase64.foreach(__v => __obj.updateDynamic(\"publicKeyBase64\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateKeyPairResult]\n    }\n  }\n\n  @js.native\n  trait CreateLoadBalancerRequest extends js.Object {\n    var instancePort: Port\n    var loadBalancerName: ResourceName\n    var certificateAlternativeNames: js.UndefOr[DomainNameList]\n    var certificateDomainName: js.UndefOr[DomainName]\n    var certificateName: js.UndefOr[ResourceName]\n    var healthCheckPath: js.UndefOr[String]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateLoadBalancerRequest {\n    @inline\n    def apply(\n        instancePort: Port,\n        loadBalancerName: ResourceName,\n        certificateAlternativeNames: js.UndefOr[DomainNameList] = js.undefined,\n        certificateDomainName: js.UndefOr[DomainName] = js.undefined,\n        certificateName: js.UndefOr[ResourceName] = js.undefined,\n        healthCheckPath: js.UndefOr[String] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateLoadBalancerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instancePort\" -> instancePort.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n\n      certificateAlternativeNames.foreach(__v => __obj.updateDynamic(\"certificateAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      certificateDomainName.foreach(__v => __obj.updateDynamic(\"certificateDomainName\")(__v.asInstanceOf[js.Any]))\n      certificateName.foreach(__v => __obj.updateDynamic(\"certificateName\")(__v.asInstanceOf[js.Any]))\n      healthCheckPath.foreach(__v => __obj.updateDynamic(\"healthCheckPath\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLoadBalancerRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLoadBalancerResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateLoadBalancerResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateLoadBalancerResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLoadBalancerResult]\n    }\n  }\n\n  @js.native\n  trait CreateLoadBalancerTlsCertificateRequest extends js.Object {\n    var certificateDomainName: DomainName\n    var certificateName: ResourceName\n    var loadBalancerName: ResourceName\n    var certificateAlternativeNames: js.UndefOr[DomainNameList]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateLoadBalancerTlsCertificateRequest {\n    @inline\n    def apply(\n        certificateDomainName: DomainName,\n        certificateName: ResourceName,\n        loadBalancerName: ResourceName,\n        certificateAlternativeNames: js.UndefOr[DomainNameList] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateLoadBalancerTlsCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateDomainName\" -> certificateDomainName.asInstanceOf[js.Any],\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n\n      certificateAlternativeNames.foreach(__v => __obj.updateDynamic(\"certificateAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLoadBalancerTlsCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLoadBalancerTlsCertificateResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateLoadBalancerTlsCertificateResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateLoadBalancerTlsCertificateResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLoadBalancerTlsCertificateResult]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseFromSnapshotRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var availabilityZone: js.UndefOr[String]\n    var publiclyAccessible: js.UndefOr[Boolean]\n    var relationalDatabaseBundleId: js.UndefOr[String]\n    var relationalDatabaseSnapshotName: js.UndefOr[ResourceName]\n    var restoreTime: js.UndefOr[IsoDate]\n    var sourceRelationalDatabaseName: js.UndefOr[ResourceName]\n    var tags: js.UndefOr[TagList]\n    var useLatestRestorableTime: js.UndefOr[Boolean]\n  }\n\n  object CreateRelationalDatabaseFromSnapshotRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        availabilityZone: js.UndefOr[String] = js.undefined,\n        publiclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        relationalDatabaseBundleId: js.UndefOr[String] = js.undefined,\n        relationalDatabaseSnapshotName: js.UndefOr[ResourceName] = js.undefined,\n        restoreTime: js.UndefOr[IsoDate] = js.undefined,\n        sourceRelationalDatabaseName: js.UndefOr[ResourceName] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        useLatestRestorableTime: js.UndefOr[Boolean] = js.undefined\n    ): CreateRelationalDatabaseFromSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      availabilityZone.foreach(__v => __obj.updateDynamic(\"availabilityZone\")(__v.asInstanceOf[js.Any]))\n      publiclyAccessible.foreach(__v => __obj.updateDynamic(\"publiclyAccessible\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseBundleId.foreach(__v => __obj.updateDynamic(\"relationalDatabaseBundleId\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseSnapshotName.foreach(__v => __obj.updateDynamic(\"relationalDatabaseSnapshotName\")(__v.asInstanceOf[js.Any]))\n      restoreTime.foreach(__v => __obj.updateDynamic(\"restoreTime\")(__v.asInstanceOf[js.Any]))\n      sourceRelationalDatabaseName.foreach(__v => __obj.updateDynamic(\"sourceRelationalDatabaseName\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      useLatestRestorableTime.foreach(__v => __obj.updateDynamic(\"useLatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseFromSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseFromSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateRelationalDatabaseFromSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateRelationalDatabaseFromSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseFromSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseRequest extends js.Object {\n    var masterDatabaseName: String\n    var masterUsername: String\n    var relationalDatabaseBlueprintId: String\n    var relationalDatabaseBundleId: String\n    var relationalDatabaseName: ResourceName\n    var availabilityZone: js.UndefOr[String]\n    var masterUserPassword: js.UndefOr[SensitiveString]\n    var preferredBackupWindow: js.UndefOr[String]\n    var preferredMaintenanceWindow: js.UndefOr[String]\n    var publiclyAccessible: js.UndefOr[Boolean]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateRelationalDatabaseRequest {\n    @inline\n    def apply(\n        masterDatabaseName: String,\n        masterUsername: String,\n        relationalDatabaseBlueprintId: String,\n        relationalDatabaseBundleId: String,\n        relationalDatabaseName: ResourceName,\n        availabilityZone: js.UndefOr[String] = js.undefined,\n        masterUserPassword: js.UndefOr[SensitiveString] = js.undefined,\n        preferredBackupWindow: js.UndefOr[String] = js.undefined,\n        preferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        publiclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"masterDatabaseName\" -> masterDatabaseName.asInstanceOf[js.Any],\n        \"masterUsername\" -> masterUsername.asInstanceOf[js.Any],\n        \"relationalDatabaseBlueprintId\" -> relationalDatabaseBlueprintId.asInstanceOf[js.Any],\n        \"relationalDatabaseBundleId\" -> relationalDatabaseBundleId.asInstanceOf[js.Any],\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      availabilityZone.foreach(__v => __obj.updateDynamic(\"availabilityZone\")(__v.asInstanceOf[js.Any]))\n      masterUserPassword.foreach(__v => __obj.updateDynamic(\"masterUserPassword\")(__v.asInstanceOf[js.Any]))\n      preferredBackupWindow.foreach(__v => __obj.updateDynamic(\"preferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      preferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"preferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      publiclyAccessible.foreach(__v => __obj.updateDynamic(\"publiclyAccessible\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseResult]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseSnapshotRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var relationalDatabaseSnapshotName: ResourceName\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateRelationalDatabaseSnapshotRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        relationalDatabaseSnapshotName: ResourceName,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateRelationalDatabaseSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any],\n        \"relationalDatabaseSnapshotName\" -> relationalDatabaseSnapshotName.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRelationalDatabaseSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object CreateRelationalDatabaseSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): CreateRelationalDatabaseSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRelationalDatabaseSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait DeleteAlarmRequest extends js.Object {\n    var alarmName: ResourceName\n  }\n\n  object DeleteAlarmRequest {\n    @inline\n    def apply(\n        alarmName: ResourceName\n    ): DeleteAlarmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"alarmName\" -> alarmName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAlarmRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAlarmResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteAlarmResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteAlarmResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAlarmResult]\n    }\n  }\n\n  @js.native\n  trait DeleteAutoSnapshotRequest extends js.Object {\n    var date: AutoSnapshotDate\n    var resourceName: ResourceName\n  }\n\n  object DeleteAutoSnapshotRequest {\n    @inline\n    def apply(\n        date: AutoSnapshotDate,\n        resourceName: ResourceName\n    ): DeleteAutoSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"date\" -> date.asInstanceOf[js.Any],\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAutoSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAutoSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteAutoSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteAutoSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAutoSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait DeleteCertificateRequest extends js.Object {\n    var certificateName: CertificateName\n  }\n\n  object DeleteCertificateRequest {\n    @inline\n    def apply(\n        certificateName: CertificateName\n    ): DeleteCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCertificateResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteCertificateResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteCertificateResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCertificateResult]\n    }\n  }\n\n  @js.native\n  trait DeleteContactMethodRequest extends js.Object {\n    var protocol: ContactProtocol\n  }\n\n  object DeleteContactMethodRequest {\n    @inline\n    def apply(\n        protocol: ContactProtocol\n    ): DeleteContactMethodRequest = {\n      val __obj = js.Dynamic.literal(\n        \"protocol\" -> protocol.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContactMethodRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteContactMethodResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteContactMethodResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteContactMethodResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteContactMethodResult]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerImageRequest extends js.Object {\n    var image: String\n    var serviceName: ContainerServiceName\n  }\n\n  object DeleteContainerImageRequest {\n    @inline\n    def apply(\n        image: String,\n        serviceName: ContainerServiceName\n    ): DeleteContainerImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"image\" -> image.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContainerImageRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerImageResult extends js.Object\n\n  object DeleteContainerImageResult {\n    @inline\n    def apply(): DeleteContainerImageResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteContainerImageResult]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerServiceRequest extends js.Object {\n    var serviceName: ContainerServiceName\n  }\n\n  object DeleteContainerServiceRequest {\n    @inline\n    def apply(\n        serviceName: ContainerServiceName\n    ): DeleteContainerServiceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContainerServiceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerServiceResult extends js.Object\n\n  object DeleteContainerServiceResult {\n    @inline\n    def apply(): DeleteContainerServiceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteContainerServiceResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDiskRequest extends js.Object {\n    var diskName: ResourceName\n    var forceDeleteAddOns: js.UndefOr[Boolean]\n  }\n\n  object DeleteDiskRequest {\n    @inline\n    def apply(\n        diskName: ResourceName,\n        forceDeleteAddOns: js.UndefOr[Boolean] = js.undefined\n    ): DeleteDiskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskName\" -> diskName.asInstanceOf[js.Any]\n      )\n\n      forceDeleteAddOns.foreach(__v => __obj.updateDynamic(\"forceDeleteAddOns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDiskRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDiskResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteDiskResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteDiskResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDiskResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDiskSnapshotRequest extends js.Object {\n    var diskSnapshotName: ResourceName\n  }\n\n  object DeleteDiskSnapshotRequest {\n    @inline\n    def apply(\n        diskSnapshotName: ResourceName\n    ): DeleteDiskSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskSnapshotName\" -> diskSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDiskSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDiskSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteDiskSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteDiskSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDiskSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDistributionRequest extends js.Object {\n    var distributionName: js.UndefOr[ResourceName]\n  }\n\n  object DeleteDistributionRequest {\n    @inline\n    def apply(\n        distributionName: js.UndefOr[ResourceName] = js.undefined\n    ): DeleteDistributionRequest = {\n      val __obj = js.Dynamic.literal()\n      distributionName.foreach(__v => __obj.updateDynamic(\"distributionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDistributionResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object DeleteDistributionResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): DeleteDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDistributionResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainEntryRequest extends js.Object {\n    var domainEntry: DomainEntry\n    var domainName: DomainName\n  }\n\n  object DeleteDomainEntryRequest {\n    @inline\n    def apply(\n        domainEntry: DomainEntry,\n        domainName: DomainName\n    ): DeleteDomainEntryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainEntry\" -> domainEntry.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDomainEntryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainEntryResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object DeleteDomainEntryResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): DeleteDomainEntryResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDomainEntryResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainRequest extends js.Object {\n    var domainName: DomainName\n  }\n\n  object DeleteDomainRequest {\n    @inline\n    def apply(\n        domainName: DomainName\n    ): DeleteDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDomainRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object DeleteDomainResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): DeleteDomainResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDomainResult]\n    }\n  }\n\n  @js.native\n  trait DeleteInstanceRequest extends js.Object {\n    var instanceName: ResourceName\n    var forceDeleteAddOns: js.UndefOr[Boolean]\n  }\n\n  object DeleteInstanceRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        forceDeleteAddOns: js.UndefOr[Boolean] = js.undefined\n    ): DeleteInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n\n      forceDeleteAddOns.foreach(__v => __obj.updateDynamic(\"forceDeleteAddOns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInstanceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteInstanceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInstanceResult]\n    }\n  }\n\n  @js.native\n  trait DeleteInstanceSnapshotRequest extends js.Object {\n    var instanceSnapshotName: ResourceName\n  }\n\n  object DeleteInstanceSnapshotRequest {\n    @inline\n    def apply(\n        instanceSnapshotName: ResourceName\n    ): DeleteInstanceSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceSnapshotName\" -> instanceSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInstanceSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInstanceSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteInstanceSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteInstanceSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInstanceSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait DeleteKeyPairRequest extends js.Object {\n    var keyPairName: ResourceName\n  }\n\n  object DeleteKeyPairRequest {\n    @inline\n    def apply(\n        keyPairName: ResourceName\n    ): DeleteKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"keyPairName\" -> keyPairName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteKeyPairResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object DeleteKeyPairResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): DeleteKeyPairResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteKeyPairResult]\n    }\n  }\n\n  @js.native\n  trait DeleteKnownHostKeysRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object DeleteKnownHostKeysRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): DeleteKnownHostKeysRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteKnownHostKeysRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteKnownHostKeysResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteKnownHostKeysResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteKnownHostKeysResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteKnownHostKeysResult]\n    }\n  }\n\n  @js.native\n  trait DeleteLoadBalancerRequest extends js.Object {\n    var loadBalancerName: ResourceName\n  }\n\n  object DeleteLoadBalancerRequest {\n    @inline\n    def apply(\n        loadBalancerName: ResourceName\n    ): DeleteLoadBalancerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLoadBalancerRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLoadBalancerResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteLoadBalancerResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteLoadBalancerResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLoadBalancerResult]\n    }\n  }\n\n  @js.native\n  trait DeleteLoadBalancerTlsCertificateRequest extends js.Object {\n    var certificateName: ResourceName\n    var loadBalancerName: ResourceName\n    var force: js.UndefOr[Boolean]\n  }\n\n  object DeleteLoadBalancerTlsCertificateRequest {\n    @inline\n    def apply(\n        certificateName: ResourceName,\n        loadBalancerName: ResourceName,\n        force: js.UndefOr[Boolean] = js.undefined\n    ): DeleteLoadBalancerTlsCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"certificateName\" -> certificateName.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n\n      force.foreach(__v => __obj.updateDynamic(\"force\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLoadBalancerTlsCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLoadBalancerTlsCertificateResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteLoadBalancerTlsCertificateResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteLoadBalancerTlsCertificateResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteLoadBalancerTlsCertificateResult]\n    }\n  }\n\n  @js.native\n  trait DeleteRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var finalRelationalDatabaseSnapshotName: js.UndefOr[ResourceName]\n    var skipFinalSnapshot: js.UndefOr[Boolean]\n  }\n\n  object DeleteRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        finalRelationalDatabaseSnapshotName: js.UndefOr[ResourceName] = js.undefined,\n        skipFinalSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): DeleteRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      finalRelationalDatabaseSnapshotName.foreach(__v => __obj.updateDynamic(\"finalRelationalDatabaseSnapshotName\")(__v.asInstanceOf[js.Any]))\n      skipFinalSnapshot.foreach(__v => __obj.updateDynamic(\"skipFinalSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRelationalDatabaseResult]\n    }\n  }\n\n  @js.native\n  trait DeleteRelationalDatabaseSnapshotRequest extends js.Object {\n    var relationalDatabaseSnapshotName: ResourceName\n  }\n\n  object DeleteRelationalDatabaseSnapshotRequest {\n    @inline\n    def apply(\n        relationalDatabaseSnapshotName: ResourceName\n    ): DeleteRelationalDatabaseSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseSnapshotName\" -> relationalDatabaseSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRelationalDatabaseSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRelationalDatabaseSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DeleteRelationalDatabaseSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DeleteRelationalDatabaseSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRelationalDatabaseSnapshotResult]\n    }\n  }\n\n  \/** Describes the destination of a record.\n    *\/\n  @js.native\n  trait DestinationInfo extends js.Object {\n    var id: js.UndefOr[NonEmptyString]\n    var service: js.UndefOr[NonEmptyString]\n  }\n\n  object DestinationInfo {\n    @inline\n    def apply(\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        service: js.UndefOr[NonEmptyString] = js.undefined\n    ): DestinationInfo = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      service.foreach(__v => __obj.updateDynamic(\"service\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationInfo]\n    }\n  }\n\n  @js.native\n  trait DetachCertificateFromDistributionRequest extends js.Object {\n    var distributionName: ResourceName\n  }\n\n  object DetachCertificateFromDistributionRequest {\n    @inline\n    def apply(\n        distributionName: ResourceName\n    ): DetachCertificateFromDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"distributionName\" -> distributionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachCertificateFromDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait DetachCertificateFromDistributionResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object DetachCertificateFromDistributionResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): DetachCertificateFromDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachCertificateFromDistributionResult]\n    }\n  }\n\n  @js.native\n  trait DetachDiskRequest extends js.Object {\n    var diskName: ResourceName\n  }\n\n  object DetachDiskRequest {\n    @inline\n    def apply(\n        diskName: ResourceName\n    ): DetachDiskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskName\" -> diskName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachDiskRequest]\n    }\n  }\n\n  @js.native\n  trait DetachDiskResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DetachDiskResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DetachDiskResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachDiskResult]\n    }\n  }\n\n  @js.native\n  trait DetachInstancesFromLoadBalancerRequest extends js.Object {\n    var instanceNames: ResourceNameList\n    var loadBalancerName: ResourceName\n  }\n\n  object DetachInstancesFromLoadBalancerRequest {\n    @inline\n    def apply(\n        instanceNames: ResourceNameList,\n        loadBalancerName: ResourceName\n    ): DetachInstancesFromLoadBalancerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachInstancesFromLoadBalancerRequest]\n    }\n  }\n\n  @js.native\n  trait DetachInstancesFromLoadBalancerResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DetachInstancesFromLoadBalancerResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DetachInstancesFromLoadBalancerResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachInstancesFromLoadBalancerResult]\n    }\n  }\n\n  @js.native\n  trait DetachStaticIpRequest extends js.Object {\n    var staticIpName: ResourceName\n  }\n\n  object DetachStaticIpRequest {\n    @inline\n    def apply(\n        staticIpName: ResourceName\n    ): DetachStaticIpRequest = {\n      val __obj = js.Dynamic.literal(\n        \"staticIpName\" -> staticIpName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachStaticIpRequest]\n    }\n  }\n\n  @js.native\n  trait DetachStaticIpResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DetachStaticIpResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DetachStaticIpResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetachStaticIpResult]\n    }\n  }\n\n  @js.native\n  trait DisableAddOnRequest extends js.Object {\n    var addOnType: AddOnType\n    var resourceName: ResourceName\n  }\n\n  object DisableAddOnRequest {\n    @inline\n    def apply(\n        addOnType: AddOnType,\n        resourceName: ResourceName\n    ): DisableAddOnRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addOnType\" -> addOnType.asInstanceOf[js.Any],\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableAddOnRequest]\n    }\n  }\n\n  @js.native\n  trait DisableAddOnResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object DisableAddOnResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): DisableAddOnResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisableAddOnResult]\n    }\n  }\n\n  \/** Describes a system disk or a block storage disk.\n    *\/\n  @js.native\n  trait Disk extends js.Object {\n    var addOns: js.UndefOr[AddOnList]\n    var arn: js.UndefOr[NonEmptyString]\n    var attachedTo: js.UndefOr[ResourceName]\n    var attachmentState: js.UndefOr[String]\n    var createdAt: js.UndefOr[IsoDate]\n    var gbInUse: js.UndefOr[Int]\n    var iops: js.UndefOr[Int]\n    var isAttached: js.UndefOr[Boolean]\n    var isSystemDisk: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var path: js.UndefOr[String]\n    var resourceType: js.UndefOr[ResourceType]\n    var sizeInGb: js.UndefOr[Int]\n    var state: js.UndefOr[DiskState]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object Disk {\n    @inline\n    def apply(\n        addOns: js.UndefOr[AddOnList] = js.undefined,\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        attachedTo: js.UndefOr[ResourceName] = js.undefined,\n        attachmentState: js.UndefOr[String] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        gbInUse: js.UndefOr[Int] = js.undefined,\n        iops: js.UndefOr[Int] = js.undefined,\n        isAttached: js.UndefOr[Boolean] = js.undefined,\n        isSystemDisk: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        path: js.UndefOr[String] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined,\n        state: js.UndefOr[DiskState] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): Disk = {\n      val __obj = js.Dynamic.literal()\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      attachedTo.foreach(__v => __obj.updateDynamic(\"attachedTo\")(__v.asInstanceOf[js.Any]))\n      attachmentState.foreach(__v => __obj.updateDynamic(\"attachmentState\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      gbInUse.foreach(__v => __obj.updateDynamic(\"gbInUse\")(__v.asInstanceOf[js.Any]))\n      iops.foreach(__v => __obj.updateDynamic(\"iops\")(__v.asInstanceOf[js.Any]))\n      isAttached.foreach(__v => __obj.updateDynamic(\"isAttached\")(__v.asInstanceOf[js.Any]))\n      isSystemDisk.foreach(__v => __obj.updateDynamic(\"isSystemDisk\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Disk]\n    }\n  }\n\n  \/** Describes a disk.\n    *\/\n  @js.native\n  trait DiskInfo extends js.Object {\n    var isSystemDisk: js.UndefOr[Boolean]\n    var name: js.UndefOr[String]\n    var path: js.UndefOr[NonEmptyString]\n    var sizeInGb: js.UndefOr[Int]\n  }\n\n  object DiskInfo {\n    @inline\n    def apply(\n        isSystemDisk: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        path: js.UndefOr[NonEmptyString] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined\n    ): DiskInfo = {\n      val __obj = js.Dynamic.literal()\n      isSystemDisk.foreach(__v => __obj.updateDynamic(\"isSystemDisk\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiskInfo]\n    }\n  }\n\n  \/** Describes a block storage disk mapping.\n    *\/\n  @js.native\n  trait DiskMap extends js.Object {\n    var newDiskName: js.UndefOr[ResourceName]\n    var originalDiskPath: js.UndefOr[NonEmptyString]\n  }\n\n  object DiskMap {\n    @inline\n    def apply(\n        newDiskName: js.UndefOr[ResourceName] = js.undefined,\n        originalDiskPath: js.UndefOr[NonEmptyString] = js.undefined\n    ): DiskMap = {\n      val __obj = js.Dynamic.literal()\n      newDiskName.foreach(__v => __obj.updateDynamic(\"newDiskName\")(__v.asInstanceOf[js.Any]))\n      originalDiskPath.foreach(__v => __obj.updateDynamic(\"originalDiskPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiskMap]\n    }\n  }\n\n  \/** Describes a block storage disk snapshot.\n    *\/\n  @js.native\n  trait DiskSnapshot extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var fromDiskArn: js.UndefOr[NonEmptyString]\n    var fromDiskName: js.UndefOr[ResourceName]\n    var fromInstanceArn: js.UndefOr[NonEmptyString]\n    var fromInstanceName: js.UndefOr[ResourceName]\n    var isFromAutoSnapshot: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var progress: js.UndefOr[String]\n    var resourceType: js.UndefOr[ResourceType]\n    var sizeInGb: js.UndefOr[Int]\n    var state: js.UndefOr[DiskSnapshotState]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object DiskSnapshot {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        fromDiskArn: js.UndefOr[NonEmptyString] = js.undefined,\n        fromDiskName: js.UndefOr[ResourceName] = js.undefined,\n        fromInstanceArn: js.UndefOr[NonEmptyString] = js.undefined,\n        fromInstanceName: js.UndefOr[ResourceName] = js.undefined,\n        isFromAutoSnapshot: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        progress: js.UndefOr[String] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined,\n        state: js.UndefOr[DiskSnapshotState] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): DiskSnapshot = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      fromDiskArn.foreach(__v => __obj.updateDynamic(\"fromDiskArn\")(__v.asInstanceOf[js.Any]))\n      fromDiskName.foreach(__v => __obj.updateDynamic(\"fromDiskName\")(__v.asInstanceOf[js.Any]))\n      fromInstanceArn.foreach(__v => __obj.updateDynamic(\"fromInstanceArn\")(__v.asInstanceOf[js.Any]))\n      fromInstanceName.foreach(__v => __obj.updateDynamic(\"fromInstanceName\")(__v.asInstanceOf[js.Any]))\n      isFromAutoSnapshot.foreach(__v => __obj.updateDynamic(\"isFromAutoSnapshot\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      progress.foreach(__v => __obj.updateDynamic(\"progress\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiskSnapshot]\n    }\n  }\n\n  \/** Describes a disk snapshot.\n    *\/\n  @js.native\n  trait DiskSnapshotInfo extends js.Object {\n    var sizeInGb: js.UndefOr[Int]\n  }\n\n  object DiskSnapshotInfo {\n    @inline\n    def apply(\n        sizeInGb: js.UndefOr[Int] = js.undefined\n    ): DiskSnapshotInfo = {\n      val __obj = js.Dynamic.literal()\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiskSnapshotInfo]\n    }\n  }\n\n  @js.native\n  sealed trait DiskSnapshotState extends js.Any\n  object DiskSnapshotState {\n    val pending = \"pending\".asInstanceOf[DiskSnapshotState]\n    val completed = \"completed\".asInstanceOf[DiskSnapshotState]\n    val error = \"error\".asInstanceOf[DiskSnapshotState]\n    val unknown = \"unknown\".asInstanceOf[DiskSnapshotState]\n\n    @inline def values = js.Array(pending, completed, error, unknown)\n  }\n\n  @js.native\n  sealed trait DiskState extends js.Any\n  object DiskState {\n    val pending = \"pending\".asInstanceOf[DiskState]\n    val error = \"error\".asInstanceOf[DiskState]\n    val available = \"available\".asInstanceOf[DiskState]\n    val `in-use` = \"in-use\".asInstanceOf[DiskState]\n    val unknown = \"unknown\".asInstanceOf[DiskState]\n\n    @inline def values = js.Array(pending, error, available, `in-use`, unknown)\n  }\n\n  \/** Describes the specifications of a distribution bundle.\n    *\/\n  @js.native\n  trait DistributionBundle extends js.Object {\n    var bundleId: js.UndefOr[String]\n    var isActive: js.UndefOr[Boolean]\n    var name: js.UndefOr[String]\n    var price: js.UndefOr[Float]\n    var transferPerMonthInGb: js.UndefOr[Int]\n  }\n\n  object DistributionBundle {\n    @inline\n    def apply(\n        bundleId: js.UndefOr[String] = js.undefined,\n        isActive: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        price: js.UndefOr[Float] = js.undefined,\n        transferPerMonthInGb: js.UndefOr[Int] = js.undefined\n    ): DistributionBundle = {\n      val __obj = js.Dynamic.literal()\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      isActive.foreach(__v => __obj.updateDynamic(\"isActive\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      price.foreach(__v => __obj.updateDynamic(\"price\")(__v.asInstanceOf[js.Any]))\n      transferPerMonthInGb.foreach(__v => __obj.updateDynamic(\"transferPerMonthInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DistributionBundle]\n    }\n  }\n\n  @js.native\n  sealed trait DistributionMetricName extends js.Any\n  object DistributionMetricName {\n    val Requests = \"Requests\".asInstanceOf[DistributionMetricName]\n    val BytesDownloaded = \"BytesDownloaded\".asInstanceOf[DistributionMetricName]\n    val BytesUploaded = \"BytesUploaded\".asInstanceOf[DistributionMetricName]\n    val TotalErrorRate = \"TotalErrorRate\".asInstanceOf[DistributionMetricName]\n    val Http4xxErrorRate = \"Http4xxErrorRate\".asInstanceOf[DistributionMetricName]\n    val Http5xxErrorRate = \"Http5xxErrorRate\".asInstanceOf[DistributionMetricName]\n\n    @inline def values = js.Array(Requests, BytesDownloaded, BytesUploaded, TotalErrorRate, Http4xxErrorRate, Http5xxErrorRate)\n  }\n\n  \/** Describes a domain where you are storing recordsets in Lightsail.\n    *\/\n  @js.native\n  trait Domain extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var domainEntries: js.UndefOr[DomainEntryList]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object Domain {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        domainEntries: js.UndefOr[DomainEntryList] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): Domain = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      domainEntries.foreach(__v => __obj.updateDynamic(\"domainEntries\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Domain]\n    }\n  }\n\n  \/** Describes a domain recordset entry.\n    *\/\n  @js.native\n  trait DomainEntry extends js.Object {\n    var id: js.UndefOr[NonEmptyString]\n    var isAlias: js.UndefOr[Boolean]\n    var name: js.UndefOr[DomainName]\n    var options: js.UndefOr[DomainEntryOptions]\n    var target: js.UndefOr[String]\n    var `type`: js.UndefOr[DomainEntryType]\n  }\n\n  object DomainEntry {\n    @inline\n    def apply(\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        isAlias: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[DomainName] = js.undefined,\n        options: js.UndefOr[DomainEntryOptions] = js.undefined,\n        target: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[DomainEntryType] = js.undefined\n    ): DomainEntry = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      isAlias.foreach(__v => __obj.updateDynamic(\"isAlias\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      options.foreach(__v => __obj.updateDynamic(\"options\")(__v.asInstanceOf[js.Any]))\n      target.foreach(__v => __obj.updateDynamic(\"target\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainEntry]\n    }\n  }\n\n  \/** Describes the domain validation records of an Amazon Lightsail SSL\/TLS certificate.\n    *\/\n  @js.native\n  trait DomainValidationRecord extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n    var resourceRecord: js.UndefOr[ResourceRecord]\n  }\n\n  object DomainValidationRecord {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        resourceRecord: js.UndefOr[ResourceRecord] = js.undefined\n    ): DomainValidationRecord = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      resourceRecord.foreach(__v => __obj.updateDynamic(\"resourceRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainValidationRecord]\n    }\n  }\n\n  @js.native\n  trait DownloadDefaultKeyPairRequest extends js.Object\n\n  object DownloadDefaultKeyPairRequest {\n    @inline\n    def apply(): DownloadDefaultKeyPairRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DownloadDefaultKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait DownloadDefaultKeyPairResult extends js.Object {\n    var privateKeyBase64: js.UndefOr[Base64]\n    var publicKeyBase64: js.UndefOr[Base64]\n  }\n\n  object DownloadDefaultKeyPairResult {\n    @inline\n    def apply(\n        privateKeyBase64: js.UndefOr[Base64] = js.undefined,\n        publicKeyBase64: js.UndefOr[Base64] = js.undefined\n    ): DownloadDefaultKeyPairResult = {\n      val __obj = js.Dynamic.literal()\n      privateKeyBase64.foreach(__v => __obj.updateDynamic(\"privateKeyBase64\")(__v.asInstanceOf[js.Any]))\n      publicKeyBase64.foreach(__v => __obj.updateDynamic(\"publicKeyBase64\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DownloadDefaultKeyPairResult]\n    }\n  }\n\n  @js.native\n  trait EnableAddOnRequest extends js.Object {\n    var addOnRequest: AddOnRequest\n    var resourceName: ResourceName\n  }\n\n  object EnableAddOnRequest {\n    @inline\n    def apply(\n        addOnRequest: AddOnRequest,\n        resourceName: ResourceName\n    ): EnableAddOnRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addOnRequest\" -> addOnRequest.asInstanceOf[js.Any],\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableAddOnRequest]\n    }\n  }\n\n  @js.native\n  trait EnableAddOnResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object EnableAddOnResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): EnableAddOnResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnableAddOnResult]\n    }\n  }\n\n  \/** Describes the settings of a public endpoint for an Amazon Lightsail container service.\n    *\/\n  @js.native\n  trait EndpointRequest extends js.Object {\n    var containerName: String\n    var containerPort: Int\n    var healthCheck: js.UndefOr[ContainerServiceHealthCheckConfig]\n  }\n\n  object EndpointRequest {\n    @inline\n    def apply(\n        containerName: String,\n        containerPort: Int,\n        healthCheck: js.UndefOr[ContainerServiceHealthCheckConfig] = js.undefined\n    ): EndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"containerName\" -> containerName.asInstanceOf[js.Any],\n        \"containerPort\" -> containerPort.asInstanceOf[js.Any]\n      )\n\n      healthCheck.foreach(__v => __obj.updateDynamic(\"healthCheck\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndpointRequest]\n    }\n  }\n\n  \/** Describes an export snapshot record.\n    *\/\n  @js.native\n  trait ExportSnapshotRecord extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var destinationInfo: js.UndefOr[DestinationInfo]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var sourceInfo: js.UndefOr[ExportSnapshotRecordSourceInfo]\n    var state: js.UndefOr[RecordState]\n  }\n\n  object ExportSnapshotRecord {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        destinationInfo: js.UndefOr[DestinationInfo] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sourceInfo: js.UndefOr[ExportSnapshotRecordSourceInfo] = js.undefined,\n        state: js.UndefOr[RecordState] = js.undefined\n    ): ExportSnapshotRecord = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      destinationInfo.foreach(__v => __obj.updateDynamic(\"destinationInfo\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sourceInfo.foreach(__v => __obj.updateDynamic(\"sourceInfo\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSnapshotRecord]\n    }\n  }\n\n  \/** Describes the source of an export snapshot record.\n    *\/\n  @js.native\n  trait ExportSnapshotRecordSourceInfo extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var diskSnapshotInfo: js.UndefOr[DiskSnapshotInfo]\n    var fromResourceArn: js.UndefOr[NonEmptyString]\n    var fromResourceName: js.UndefOr[NonEmptyString]\n    var instanceSnapshotInfo: js.UndefOr[InstanceSnapshotInfo]\n    var name: js.UndefOr[NonEmptyString]\n    var resourceType: js.UndefOr[ExportSnapshotRecordSourceType]\n  }\n\n  object ExportSnapshotRecordSourceInfo {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        diskSnapshotInfo: js.UndefOr[DiskSnapshotInfo] = js.undefined,\n        fromResourceArn: js.UndefOr[NonEmptyString] = js.undefined,\n        fromResourceName: js.UndefOr[NonEmptyString] = js.undefined,\n        instanceSnapshotInfo: js.UndefOr[InstanceSnapshotInfo] = js.undefined,\n        name: js.UndefOr[NonEmptyString] = js.undefined,\n        resourceType: js.UndefOr[ExportSnapshotRecordSourceType] = js.undefined\n    ): ExportSnapshotRecordSourceInfo = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      diskSnapshotInfo.foreach(__v => __obj.updateDynamic(\"diskSnapshotInfo\")(__v.asInstanceOf[js.Any]))\n      fromResourceArn.foreach(__v => __obj.updateDynamic(\"fromResourceArn\")(__v.asInstanceOf[js.Any]))\n      fromResourceName.foreach(__v => __obj.updateDynamic(\"fromResourceName\")(__v.asInstanceOf[js.Any]))\n      instanceSnapshotInfo.foreach(__v => __obj.updateDynamic(\"instanceSnapshotInfo\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSnapshotRecordSourceInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ExportSnapshotRecordSourceType extends js.Any\n  object ExportSnapshotRecordSourceType {\n    val InstanceSnapshot = \"InstanceSnapshot\".asInstanceOf[ExportSnapshotRecordSourceType]\n    val DiskSnapshot = \"DiskSnapshot\".asInstanceOf[ExportSnapshotRecordSourceType]\n\n    @inline def values = js.Array(InstanceSnapshot, DiskSnapshot)\n  }\n\n  @js.native\n  trait ExportSnapshotRequest extends js.Object {\n    var sourceSnapshotName: ResourceName\n  }\n\n  object ExportSnapshotRequest {\n    @inline\n    def apply(\n        sourceSnapshotName: ResourceName\n    ): ExportSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceSnapshotName\" -> sourceSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExportSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait ExportSnapshotResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object ExportSnapshotResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): ExportSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSnapshotResult]\n    }\n  }\n\n  @js.native\n  sealed trait ForwardValues extends js.Any\n  object ForwardValues {\n    val none = \"none\".asInstanceOf[ForwardValues]\n    val `allow-list` = \"allow-list\".asInstanceOf[ForwardValues]\n    val all = \"all\".asInstanceOf[ForwardValues]\n\n    @inline def values = js.Array(none, `allow-list`, all)\n  }\n\n  @js.native\n  trait GetActiveNamesRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetActiveNamesRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetActiveNamesRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetActiveNamesRequest]\n    }\n  }\n\n  @js.native\n  trait GetActiveNamesResult extends js.Object {\n    var activeNames: js.UndefOr[StringList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetActiveNamesResult {\n    @inline\n    def apply(\n        activeNames: js.UndefOr[StringList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetActiveNamesResult = {\n      val __obj = js.Dynamic.literal()\n      activeNames.foreach(__v => __obj.updateDynamic(\"activeNames\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetActiveNamesResult]\n    }\n  }\n\n  @js.native\n  trait GetAlarmsRequest extends js.Object {\n    var alarmName: js.UndefOr[ResourceName]\n    var monitoredResourceName: js.UndefOr[ResourceName]\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetAlarmsRequest {\n    @inline\n    def apply(\n        alarmName: js.UndefOr[ResourceName] = js.undefined,\n        monitoredResourceName: js.UndefOr[ResourceName] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetAlarmsRequest = {\n      val __obj = js.Dynamic.literal()\n      alarmName.foreach(__v => __obj.updateDynamic(\"alarmName\")(__v.asInstanceOf[js.Any]))\n      monitoredResourceName.foreach(__v => __obj.updateDynamic(\"monitoredResourceName\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAlarmsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAlarmsResult extends js.Object {\n    var alarms: js.UndefOr[AlarmsList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetAlarmsResult {\n    @inline\n    def apply(\n        alarms: js.UndefOr[AlarmsList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetAlarmsResult = {\n      val __obj = js.Dynamic.literal()\n      alarms.foreach(__v => __obj.updateDynamic(\"alarms\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAlarmsResult]\n    }\n  }\n\n  @js.native\n  trait GetAutoSnapshotsRequest extends js.Object {\n    var resourceName: ResourceName\n  }\n\n  object GetAutoSnapshotsRequest {\n    @inline\n    def apply(\n        resourceName: ResourceName\n    ): GetAutoSnapshotsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAutoSnapshotsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAutoSnapshotsResult extends js.Object {\n    var autoSnapshots: js.UndefOr[AutoSnapshotDetailsList]\n    var resourceName: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n  }\n\n  object GetAutoSnapshotsResult {\n    @inline\n    def apply(\n        autoSnapshots: js.UndefOr[AutoSnapshotDetailsList] = js.undefined,\n        resourceName: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined\n    ): GetAutoSnapshotsResult = {\n      val __obj = js.Dynamic.literal()\n      autoSnapshots.foreach(__v => __obj.updateDynamic(\"autoSnapshots\")(__v.asInstanceOf[js.Any]))\n      resourceName.foreach(__v => __obj.updateDynamic(\"resourceName\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAutoSnapshotsResult]\n    }\n  }\n\n  @js.native\n  trait GetBlueprintsRequest extends js.Object {\n    var includeInactive: js.UndefOr[Boolean]\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetBlueprintsRequest {\n    @inline\n    def apply(\n        includeInactive: js.UndefOr[Boolean] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetBlueprintsRequest = {\n      val __obj = js.Dynamic.literal()\n      includeInactive.foreach(__v => __obj.updateDynamic(\"includeInactive\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBlueprintsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBlueprintsResult extends js.Object {\n    var blueprints: js.UndefOr[BlueprintList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetBlueprintsResult {\n    @inline\n    def apply(\n        blueprints: js.UndefOr[BlueprintList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetBlueprintsResult = {\n      val __obj = js.Dynamic.literal()\n      blueprints.foreach(__v => __obj.updateDynamic(\"blueprints\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBlueprintsResult]\n    }\n  }\n\n  @js.native\n  trait GetBundlesRequest extends js.Object {\n    var includeInactive: js.UndefOr[Boolean]\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetBundlesRequest {\n    @inline\n    def apply(\n        includeInactive: js.UndefOr[Boolean] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetBundlesRequest = {\n      val __obj = js.Dynamic.literal()\n      includeInactive.foreach(__v => __obj.updateDynamic(\"includeInactive\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBundlesRequest]\n    }\n  }\n\n  @js.native\n  trait GetBundlesResult extends js.Object {\n    var bundles: js.UndefOr[BundleList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetBundlesResult {\n    @inline\n    def apply(\n        bundles: js.UndefOr[BundleList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetBundlesResult = {\n      val __obj = js.Dynamic.literal()\n      bundles.foreach(__v => __obj.updateDynamic(\"bundles\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBundlesResult]\n    }\n  }\n\n  @js.native\n  trait GetCertificatesRequest extends js.Object {\n    var certificateName: js.UndefOr[CertificateName]\n    var certificateStatuses: js.UndefOr[CertificateStatusList]\n    var includeCertificateDetails: js.UndefOr[IncludeCertificateDetails]\n  }\n\n  object GetCertificatesRequest {\n    @inline\n    def apply(\n        certificateName: js.UndefOr[CertificateName] = js.undefined,\n        certificateStatuses: js.UndefOr[CertificateStatusList] = js.undefined,\n        includeCertificateDetails: js.UndefOr[IncludeCertificateDetails] = js.undefined\n    ): GetCertificatesRequest = {\n      val __obj = js.Dynamic.literal()\n      certificateName.foreach(__v => __obj.updateDynamic(\"certificateName\")(__v.asInstanceOf[js.Any]))\n      certificateStatuses.foreach(__v => __obj.updateDynamic(\"certificateStatuses\")(__v.asInstanceOf[js.Any]))\n      includeCertificateDetails.foreach(__v => __obj.updateDynamic(\"includeCertificateDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificatesRequest]\n    }\n  }\n\n  @js.native\n  trait GetCertificatesResult extends js.Object {\n    var certificates: js.UndefOr[CertificateSummaryList]\n  }\n\n  object GetCertificatesResult {\n    @inline\n    def apply(\n        certificates: js.UndefOr[CertificateSummaryList] = js.undefined\n    ): GetCertificatesResult = {\n      val __obj = js.Dynamic.literal()\n      certificates.foreach(__v => __obj.updateDynamic(\"certificates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificatesResult]\n    }\n  }\n\n  @js.native\n  trait GetCloudFormationStackRecordsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetCloudFormationStackRecordsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetCloudFormationStackRecordsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCloudFormationStackRecordsRequest]\n    }\n  }\n\n  @js.native\n  trait GetCloudFormationStackRecordsResult extends js.Object {\n    var cloudFormationStackRecords: js.UndefOr[CloudFormationStackRecordList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetCloudFormationStackRecordsResult {\n    @inline\n    def apply(\n        cloudFormationStackRecords: js.UndefOr[CloudFormationStackRecordList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetCloudFormationStackRecordsResult = {\n      val __obj = js.Dynamic.literal()\n      cloudFormationStackRecords.foreach(__v => __obj.updateDynamic(\"cloudFormationStackRecords\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCloudFormationStackRecordsResult]\n    }\n  }\n\n  @js.native\n  trait GetContactMethodsRequest extends js.Object {\n    var protocols: js.UndefOr[ContactProtocolsList]\n  }\n\n  object GetContactMethodsRequest {\n    @inline\n    def apply(\n        protocols: js.UndefOr[ContactProtocolsList] = js.undefined\n    ): GetContactMethodsRequest = {\n      val __obj = js.Dynamic.literal()\n      protocols.foreach(__v => __obj.updateDynamic(\"protocols\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContactMethodsRequest]\n    }\n  }\n\n  @js.native\n  trait GetContactMethodsResult extends js.Object {\n    var contactMethods: js.UndefOr[ContactMethodsList]\n  }\n\n  object GetContactMethodsResult {\n    @inline\n    def apply(\n        contactMethods: js.UndefOr[ContactMethodsList] = js.undefined\n    ): GetContactMethodsResult = {\n      val __obj = js.Dynamic.literal()\n      contactMethods.foreach(__v => __obj.updateDynamic(\"contactMethods\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContactMethodsResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerAPIMetadataRequest extends js.Object\n\n  object GetContainerAPIMetadataRequest {\n    @inline\n    def apply(): GetContainerAPIMetadataRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetContainerAPIMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerAPIMetadataResult extends js.Object {\n    var metadata: js.UndefOr[ContainerServiceMetadataEntryList]\n  }\n\n  object GetContainerAPIMetadataResult {\n    @inline\n    def apply(\n        metadata: js.UndefOr[ContainerServiceMetadataEntryList] = js.undefined\n    ): GetContainerAPIMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      metadata.foreach(__v => __obj.updateDynamic(\"metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerAPIMetadataResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerImagesRequest extends js.Object {\n    var serviceName: ContainerServiceName\n  }\n\n  object GetContainerImagesRequest {\n    @inline\n    def apply(\n        serviceName: ContainerServiceName\n    ): GetContainerImagesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContainerImagesRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerImagesResult extends js.Object {\n    var containerImages: js.UndefOr[ContainerImageList]\n  }\n\n  object GetContainerImagesResult {\n    @inline\n    def apply(\n        containerImages: js.UndefOr[ContainerImageList] = js.undefined\n    ): GetContainerImagesResult = {\n      val __obj = js.Dynamic.literal()\n      containerImages.foreach(__v => __obj.updateDynamic(\"containerImages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerImagesResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerLogRequest extends js.Object {\n    var containerName: String\n    var serviceName: ContainerServiceName\n    var endTime: js.UndefOr[IsoDate]\n    var filterPattern: js.UndefOr[String]\n    var pageToken: js.UndefOr[String]\n    var startTime: js.UndefOr[IsoDate]\n  }\n\n  object GetContainerLogRequest {\n    @inline\n    def apply(\n        containerName: String,\n        serviceName: ContainerServiceName,\n        endTime: js.UndefOr[IsoDate] = js.undefined,\n        filterPattern: js.UndefOr[String] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined,\n        startTime: js.UndefOr[IsoDate] = js.undefined\n    ): GetContainerLogRequest = {\n      val __obj = js.Dynamic.literal(\n        \"containerName\" -> containerName.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      filterPattern.foreach(__v => __obj.updateDynamic(\"filterPattern\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerLogRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerLogResult extends js.Object {\n    var logEvents: js.UndefOr[ContainerServiceLogEventList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetContainerLogResult {\n    @inline\n    def apply(\n        logEvents: js.UndefOr[ContainerServiceLogEventList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetContainerLogResult = {\n      val __obj = js.Dynamic.literal()\n      logEvents.foreach(__v => __obj.updateDynamic(\"logEvents\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerLogResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerServiceDeploymentsRequest extends js.Object {\n    var serviceName: ContainerServiceName\n  }\n\n  object GetContainerServiceDeploymentsRequest {\n    @inline\n    def apply(\n        serviceName: ContainerServiceName\n    ): GetContainerServiceDeploymentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContainerServiceDeploymentsRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerServiceDeploymentsResult extends js.Object {\n    var deployments: js.UndefOr[ContainerServiceDeploymentList]\n  }\n\n  object GetContainerServiceDeploymentsResult {\n    @inline\n    def apply(\n        deployments: js.UndefOr[ContainerServiceDeploymentList] = js.undefined\n    ): GetContainerServiceDeploymentsResult = {\n      val __obj = js.Dynamic.literal()\n      deployments.foreach(__v => __obj.updateDynamic(\"deployments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerServiceDeploymentsResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerServiceMetricDataRequest extends js.Object {\n    var endTime: IsoDate\n    var metricName: ContainerServiceMetricName\n    var period: MetricPeriod\n    var serviceName: ContainerServiceName\n    var startTime: IsoDate\n    var statistics: MetricStatisticList\n  }\n\n  object GetContainerServiceMetricDataRequest {\n    @inline\n    def apply(\n        endTime: IsoDate,\n        metricName: ContainerServiceMetricName,\n        period: MetricPeriod,\n        serviceName: ContainerServiceName,\n        startTime: IsoDate,\n        statistics: MetricStatisticList\n    ): GetContainerServiceMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statistics\" -> statistics.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContainerServiceMetricDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerServiceMetricDataResult extends js.Object {\n    var metricData: js.UndefOr[MetricDatapointList]\n    var metricName: js.UndefOr[ContainerServiceMetricName]\n  }\n\n  object GetContainerServiceMetricDataResult {\n    @inline\n    def apply(\n        metricData: js.UndefOr[MetricDatapointList] = js.undefined,\n        metricName: js.UndefOr[ContainerServiceMetricName] = js.undefined\n    ): GetContainerServiceMetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      metricData.foreach(__v => __obj.updateDynamic(\"metricData\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerServiceMetricDataResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerServicePowersRequest extends js.Object\n\n  object GetContainerServicePowersRequest {\n    @inline\n    def apply(): GetContainerServicePowersRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetContainerServicePowersRequest]\n    }\n  }\n\n  @js.native\n  trait GetContainerServicePowersResult extends js.Object {\n    var powers: js.UndefOr[ContainerServicePowerList]\n  }\n\n  object GetContainerServicePowersResult {\n    @inline\n    def apply(\n        powers: js.UndefOr[ContainerServicePowerList] = js.undefined\n    ): GetContainerServicePowersResult = {\n      val __obj = js.Dynamic.literal()\n      powers.foreach(__v => __obj.updateDynamic(\"powers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerServicePowersResult]\n    }\n  }\n\n  @js.native\n  trait GetContainerServicesRequest extends js.Object {\n    var serviceName: js.UndefOr[ContainerServiceName]\n  }\n\n  object GetContainerServicesRequest {\n    @inline\n    def apply(\n        serviceName: js.UndefOr[ContainerServiceName] = js.undefined\n    ): GetContainerServicesRequest = {\n      val __obj = js.Dynamic.literal()\n      serviceName.foreach(__v => __obj.updateDynamic(\"serviceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContainerServicesRequest]\n    }\n  }\n\n  @js.native\n  trait GetDiskRequest extends js.Object {\n    var diskName: ResourceName\n  }\n\n  object GetDiskRequest {\n    @inline\n    def apply(\n        diskName: ResourceName\n    ): GetDiskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskName\" -> diskName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDiskRequest]\n    }\n  }\n\n  @js.native\n  trait GetDiskResult extends js.Object {\n    var disk: js.UndefOr[Disk]\n  }\n\n  object GetDiskResult {\n    @inline\n    def apply(\n        disk: js.UndefOr[Disk] = js.undefined\n    ): GetDiskResult = {\n      val __obj = js.Dynamic.literal()\n      disk.foreach(__v => __obj.updateDynamic(\"disk\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDiskResult]\n    }\n  }\n\n  @js.native\n  trait GetDiskSnapshotRequest extends js.Object {\n    var diskSnapshotName: ResourceName\n  }\n\n  object GetDiskSnapshotRequest {\n    @inline\n    def apply(\n        diskSnapshotName: ResourceName\n    ): GetDiskSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"diskSnapshotName\" -> diskSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDiskSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait GetDiskSnapshotResult extends js.Object {\n    var diskSnapshot: js.UndefOr[DiskSnapshot]\n  }\n\n  object GetDiskSnapshotResult {\n    @inline\n    def apply(\n        diskSnapshot: js.UndefOr[DiskSnapshot] = js.undefined\n    ): GetDiskSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      diskSnapshot.foreach(__v => __obj.updateDynamic(\"diskSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDiskSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait GetDiskSnapshotsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetDiskSnapshotsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetDiskSnapshotsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDiskSnapshotsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDiskSnapshotsResult extends js.Object {\n    var diskSnapshots: js.UndefOr[DiskSnapshotList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetDiskSnapshotsResult {\n    @inline\n    def apply(\n        diskSnapshots: js.UndefOr[DiskSnapshotList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetDiskSnapshotsResult = {\n      val __obj = js.Dynamic.literal()\n      diskSnapshots.foreach(__v => __obj.updateDynamic(\"diskSnapshots\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDiskSnapshotsResult]\n    }\n  }\n\n  @js.native\n  trait GetDisksRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetDisksRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetDisksRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDisksRequest]\n    }\n  }\n\n  @js.native\n  trait GetDisksResult extends js.Object {\n    var disks: js.UndefOr[DiskList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetDisksResult {\n    @inline\n    def apply(\n        disks: js.UndefOr[DiskList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetDisksResult = {\n      val __obj = js.Dynamic.literal()\n      disks.foreach(__v => __obj.updateDynamic(\"disks\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDisksResult]\n    }\n  }\n\n  @js.native\n  trait GetDistributionBundlesRequest extends js.Object\n\n  object GetDistributionBundlesRequest {\n    @inline\n    def apply(): GetDistributionBundlesRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetDistributionBundlesRequest]\n    }\n  }\n\n  @js.native\n  trait GetDistributionBundlesResult extends js.Object {\n    var bundles: js.UndefOr[DistributionBundleList]\n  }\n\n  object GetDistributionBundlesResult {\n    @inline\n    def apply(\n        bundles: js.UndefOr[DistributionBundleList] = js.undefined\n    ): GetDistributionBundlesResult = {\n      val __obj = js.Dynamic.literal()\n      bundles.foreach(__v => __obj.updateDynamic(\"bundles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionBundlesResult]\n    }\n  }\n\n  @js.native\n  trait GetDistributionLatestCacheResetRequest extends js.Object {\n    var distributionName: js.UndefOr[ResourceName]\n  }\n\n  object GetDistributionLatestCacheResetRequest {\n    @inline\n    def apply(\n        distributionName: js.UndefOr[ResourceName] = js.undefined\n    ): GetDistributionLatestCacheResetRequest = {\n      val __obj = js.Dynamic.literal()\n      distributionName.foreach(__v => __obj.updateDynamic(\"distributionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionLatestCacheResetRequest]\n    }\n  }\n\n  @js.native\n  trait GetDistributionLatestCacheResetResult extends js.Object {\n    var createTime: js.UndefOr[IsoDate]\n    var status: js.UndefOr[String]\n  }\n\n  object GetDistributionLatestCacheResetResult {\n    @inline\n    def apply(\n        createTime: js.UndefOr[IsoDate] = js.undefined,\n        status: js.UndefOr[String] = js.undefined\n    ): GetDistributionLatestCacheResetResult = {\n      val __obj = js.Dynamic.literal()\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionLatestCacheResetResult]\n    }\n  }\n\n  @js.native\n  trait GetDistributionMetricDataRequest extends js.Object {\n    var distributionName: ResourceName\n    var endTime: timestamp\n    var metricName: DistributionMetricName\n    var period: MetricPeriod\n    var startTime: timestamp\n    var statistics: MetricStatisticList\n    var unit: MetricUnit\n  }\n\n  object GetDistributionMetricDataRequest {\n    @inline\n    def apply(\n        distributionName: ResourceName,\n        endTime: timestamp,\n        metricName: DistributionMetricName,\n        period: MetricPeriod,\n        startTime: timestamp,\n        statistics: MetricStatisticList,\n        unit: MetricUnit\n    ): GetDistributionMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"distributionName\" -> distributionName.asInstanceOf[js.Any],\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statistics\" -> statistics.asInstanceOf[js.Any],\n        \"unit\" -> unit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDistributionMetricDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetDistributionMetricDataResult extends js.Object {\n    var metricData: js.UndefOr[MetricDatapointList]\n    var metricName: js.UndefOr[DistributionMetricName]\n  }\n\n  object GetDistributionMetricDataResult {\n    @inline\n    def apply(\n        metricData: js.UndefOr[MetricDatapointList] = js.undefined,\n        metricName: js.UndefOr[DistributionMetricName] = js.undefined\n    ): GetDistributionMetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      metricData.foreach(__v => __obj.updateDynamic(\"metricData\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionMetricDataResult]\n    }\n  }\n\n  @js.native\n  trait GetDistributionsRequest extends js.Object {\n    var distributionName: js.UndefOr[ResourceName]\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetDistributionsRequest {\n    @inline\n    def apply(\n        distributionName: js.UndefOr[ResourceName] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetDistributionsRequest = {\n      val __obj = js.Dynamic.literal()\n      distributionName.foreach(__v => __obj.updateDynamic(\"distributionName\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDistributionsResult extends js.Object {\n    var distributions: js.UndefOr[DistributionList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetDistributionsResult {\n    @inline\n    def apply(\n        distributions: js.UndefOr[DistributionList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetDistributionsResult = {\n      val __obj = js.Dynamic.literal()\n      distributions.foreach(__v => __obj.updateDynamic(\"distributions\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionsResult]\n    }\n  }\n\n  @js.native\n  trait GetDomainRequest extends js.Object {\n    var domainName: DomainName\n  }\n\n  object GetDomainRequest {\n    @inline\n    def apply(\n        domainName: DomainName\n    ): GetDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDomainRequest]\n    }\n  }\n\n  @js.native\n  trait GetDomainResult extends js.Object {\n    var domain: js.UndefOr[Domain]\n  }\n\n  object GetDomainResult {\n    @inline\n    def apply(\n        domain: js.UndefOr[Domain] = js.undefined\n    ): GetDomainResult = {\n      val __obj = js.Dynamic.literal()\n      domain.foreach(__v => __obj.updateDynamic(\"domain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDomainResult]\n    }\n  }\n\n  @js.native\n  trait GetDomainsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetDomainsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetDomainsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDomainsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDomainsResult extends js.Object {\n    var domains: js.UndefOr[DomainList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetDomainsResult {\n    @inline\n    def apply(\n        domains: js.UndefOr[DomainList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetDomainsResult = {\n      val __obj = js.Dynamic.literal()\n      domains.foreach(__v => __obj.updateDynamic(\"domains\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDomainsResult]\n    }\n  }\n\n  @js.native\n  trait GetExportSnapshotRecordsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetExportSnapshotRecordsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetExportSnapshotRecordsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetExportSnapshotRecordsRequest]\n    }\n  }\n\n  @js.native\n  trait GetExportSnapshotRecordsResult extends js.Object {\n    var exportSnapshotRecords: js.UndefOr[ExportSnapshotRecordList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetExportSnapshotRecordsResult {\n    @inline\n    def apply(\n        exportSnapshotRecords: js.UndefOr[ExportSnapshotRecordList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetExportSnapshotRecordsResult = {\n      val __obj = js.Dynamic.literal()\n      exportSnapshotRecords.foreach(__v => __obj.updateDynamic(\"exportSnapshotRecords\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetExportSnapshotRecordsResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceAccessDetailsRequest extends js.Object {\n    var instanceName: ResourceName\n    var protocol: js.UndefOr[InstanceAccessProtocol]\n  }\n\n  object GetInstanceAccessDetailsRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        protocol: js.UndefOr[InstanceAccessProtocol] = js.undefined\n    ): GetInstanceAccessDetailsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceAccessDetailsRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceAccessDetailsResult extends js.Object {\n    var accessDetails: js.UndefOr[InstanceAccessDetails]\n  }\n\n  object GetInstanceAccessDetailsResult {\n    @inline\n    def apply(\n        accessDetails: js.UndefOr[InstanceAccessDetails] = js.undefined\n    ): GetInstanceAccessDetailsResult = {\n      val __obj = js.Dynamic.literal()\n      accessDetails.foreach(__v => __obj.updateDynamic(\"accessDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceAccessDetailsResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceMetricDataRequest extends js.Object {\n    var endTime: timestamp\n    var instanceName: ResourceName\n    var metricName: InstanceMetricName\n    var period: MetricPeriod\n    var startTime: timestamp\n    var statistics: MetricStatisticList\n    var unit: MetricUnit\n  }\n\n  object GetInstanceMetricDataRequest {\n    @inline\n    def apply(\n        endTime: timestamp,\n        instanceName: ResourceName,\n        metricName: InstanceMetricName,\n        period: MetricPeriod,\n        startTime: timestamp,\n        statistics: MetricStatisticList,\n        unit: MetricUnit\n    ): GetInstanceMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statistics\" -> statistics.asInstanceOf[js.Any],\n        \"unit\" -> unit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceMetricDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceMetricDataResult extends js.Object {\n    var metricData: js.UndefOr[MetricDatapointList]\n    var metricName: js.UndefOr[InstanceMetricName]\n  }\n\n  object GetInstanceMetricDataResult {\n    @inline\n    def apply(\n        metricData: js.UndefOr[MetricDatapointList] = js.undefined,\n        metricName: js.UndefOr[InstanceMetricName] = js.undefined\n    ): GetInstanceMetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      metricData.foreach(__v => __obj.updateDynamic(\"metricData\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceMetricDataResult]\n    }\n  }\n\n  @js.native\n  trait GetInstancePortStatesRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object GetInstancePortStatesRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): GetInstancePortStatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstancePortStatesRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstancePortStatesResult extends js.Object {\n    var portStates: js.UndefOr[InstancePortStateList]\n  }\n\n  object GetInstancePortStatesResult {\n    @inline\n    def apply(\n        portStates: js.UndefOr[InstancePortStateList] = js.undefined\n    ): GetInstancePortStatesResult = {\n      val __obj = js.Dynamic.literal()\n      portStates.foreach(__v => __obj.updateDynamic(\"portStates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstancePortStatesResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object GetInstanceRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): GetInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceResult extends js.Object {\n    var instance: js.UndefOr[Instance]\n  }\n\n  object GetInstanceResult {\n    @inline\n    def apply(\n        instance: js.UndefOr[Instance] = js.undefined\n    ): GetInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      instance.foreach(__v => __obj.updateDynamic(\"instance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceSnapshotRequest extends js.Object {\n    var instanceSnapshotName: ResourceName\n  }\n\n  object GetInstanceSnapshotRequest {\n    @inline\n    def apply(\n        instanceSnapshotName: ResourceName\n    ): GetInstanceSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceSnapshotName\" -> instanceSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceSnapshotResult extends js.Object {\n    var instanceSnapshot: js.UndefOr[InstanceSnapshot]\n  }\n\n  object GetInstanceSnapshotResult {\n    @inline\n    def apply(\n        instanceSnapshot: js.UndefOr[InstanceSnapshot] = js.undefined\n    ): GetInstanceSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      instanceSnapshot.foreach(__v => __obj.updateDynamic(\"instanceSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceSnapshotsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetInstanceSnapshotsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetInstanceSnapshotsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceSnapshotsRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceSnapshotsResult extends js.Object {\n    var instanceSnapshots: js.UndefOr[InstanceSnapshotList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetInstanceSnapshotsResult {\n    @inline\n    def apply(\n        instanceSnapshots: js.UndefOr[InstanceSnapshotList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetInstanceSnapshotsResult = {\n      val __obj = js.Dynamic.literal()\n      instanceSnapshots.foreach(__v => __obj.updateDynamic(\"instanceSnapshots\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceSnapshotsResult]\n    }\n  }\n\n  @js.native\n  trait GetInstanceStateRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object GetInstanceStateRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): GetInstanceStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceStateRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstanceStateResult extends js.Object {\n    var state: js.UndefOr[InstanceState]\n  }\n\n  object GetInstanceStateResult {\n    @inline\n    def apply(\n        state: js.UndefOr[InstanceState] = js.undefined\n    ): GetInstanceStateResult = {\n      val __obj = js.Dynamic.literal()\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstanceStateResult]\n    }\n  }\n\n  @js.native\n  trait GetInstancesRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetInstancesRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetInstancesRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstancesRequest]\n    }\n  }\n\n  @js.native\n  trait GetInstancesResult extends js.Object {\n    var instances: js.UndefOr[InstanceList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetInstancesResult {\n    @inline\n    def apply(\n        instances: js.UndefOr[InstanceList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetInstancesResult = {\n      val __obj = js.Dynamic.literal()\n      instances.foreach(__v => __obj.updateDynamic(\"instances\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInstancesResult]\n    }\n  }\n\n  @js.native\n  trait GetKeyPairRequest extends js.Object {\n    var keyPairName: ResourceName\n  }\n\n  object GetKeyPairRequest {\n    @inline\n    def apply(\n        keyPairName: ResourceName\n    ): GetKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"keyPairName\" -> keyPairName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait GetKeyPairResult extends js.Object {\n    var keyPair: js.UndefOr[KeyPair]\n  }\n\n  object GetKeyPairResult {\n    @inline\n    def apply(\n        keyPair: js.UndefOr[KeyPair] = js.undefined\n    ): GetKeyPairResult = {\n      val __obj = js.Dynamic.literal()\n      keyPair.foreach(__v => __obj.updateDynamic(\"keyPair\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetKeyPairResult]\n    }\n  }\n\n  @js.native\n  trait GetKeyPairsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetKeyPairsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetKeyPairsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetKeyPairsRequest]\n    }\n  }\n\n  @js.native\n  trait GetKeyPairsResult extends js.Object {\n    var keyPairs: js.UndefOr[KeyPairList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetKeyPairsResult {\n    @inline\n    def apply(\n        keyPairs: js.UndefOr[KeyPairList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetKeyPairsResult = {\n      val __obj = js.Dynamic.literal()\n      keyPairs.foreach(__v => __obj.updateDynamic(\"keyPairs\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetKeyPairsResult]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerMetricDataRequest extends js.Object {\n    var endTime: timestamp\n    var loadBalancerName: ResourceName\n    var metricName: LoadBalancerMetricName\n    var period: MetricPeriod\n    var startTime: timestamp\n    var statistics: MetricStatisticList\n    var unit: MetricUnit\n  }\n\n  object GetLoadBalancerMetricDataRequest {\n    @inline\n    def apply(\n        endTime: timestamp,\n        loadBalancerName: ResourceName,\n        metricName: LoadBalancerMetricName,\n        period: MetricPeriod,\n        startTime: timestamp,\n        statistics: MetricStatisticList,\n        unit: MetricUnit\n    ): GetLoadBalancerMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statistics\" -> statistics.asInstanceOf[js.Any],\n        \"unit\" -> unit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLoadBalancerMetricDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerMetricDataResult extends js.Object {\n    var metricData: js.UndefOr[MetricDatapointList]\n    var metricName: js.UndefOr[LoadBalancerMetricName]\n  }\n\n  object GetLoadBalancerMetricDataResult {\n    @inline\n    def apply(\n        metricData: js.UndefOr[MetricDatapointList] = js.undefined,\n        metricName: js.UndefOr[LoadBalancerMetricName] = js.undefined\n    ): GetLoadBalancerMetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      metricData.foreach(__v => __obj.updateDynamic(\"metricData\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLoadBalancerMetricDataResult]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerRequest extends js.Object {\n    var loadBalancerName: ResourceName\n  }\n\n  object GetLoadBalancerRequest {\n    @inline\n    def apply(\n        loadBalancerName: ResourceName\n    ): GetLoadBalancerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLoadBalancerRequest]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerResult extends js.Object {\n    var loadBalancer: js.UndefOr[LoadBalancer]\n  }\n\n  object GetLoadBalancerResult {\n    @inline\n    def apply(\n        loadBalancer: js.UndefOr[LoadBalancer] = js.undefined\n    ): GetLoadBalancerResult = {\n      val __obj = js.Dynamic.literal()\n      loadBalancer.foreach(__v => __obj.updateDynamic(\"loadBalancer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLoadBalancerResult]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerTlsCertificatesRequest extends js.Object {\n    var loadBalancerName: ResourceName\n  }\n\n  object GetLoadBalancerTlsCertificatesRequest {\n    @inline\n    def apply(\n        loadBalancerName: ResourceName\n    ): GetLoadBalancerTlsCertificatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLoadBalancerTlsCertificatesRequest]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancerTlsCertificatesResult extends js.Object {\n    var tlsCertificates: js.UndefOr[LoadBalancerTlsCertificateList]\n  }\n\n  object GetLoadBalancerTlsCertificatesResult {\n    @inline\n    def apply(\n        tlsCertificates: js.UndefOr[LoadBalancerTlsCertificateList] = js.undefined\n    ): GetLoadBalancerTlsCertificatesResult = {\n      val __obj = js.Dynamic.literal()\n      tlsCertificates.foreach(__v => __obj.updateDynamic(\"tlsCertificates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLoadBalancerTlsCertificatesResult]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancersRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetLoadBalancersRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetLoadBalancersRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLoadBalancersRequest]\n    }\n  }\n\n  @js.native\n  trait GetLoadBalancersResult extends js.Object {\n    var loadBalancers: js.UndefOr[LoadBalancerList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetLoadBalancersResult {\n    @inline\n    def apply(\n        loadBalancers: js.UndefOr[LoadBalancerList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetLoadBalancersResult = {\n      val __obj = js.Dynamic.literal()\n      loadBalancers.foreach(__v => __obj.updateDynamic(\"loadBalancers\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLoadBalancersResult]\n    }\n  }\n\n  @js.native\n  trait GetOperationRequest extends js.Object {\n    var operationId: NonEmptyString\n  }\n\n  object GetOperationRequest {\n    @inline\n    def apply(\n        operationId: NonEmptyString\n    ): GetOperationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"operationId\" -> operationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOperationRequest]\n    }\n  }\n\n  @js.native\n  trait GetOperationResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object GetOperationResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): GetOperationResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationResult]\n    }\n  }\n\n  @js.native\n  trait GetOperationsForResourceRequest extends js.Object {\n    var resourceName: ResourceName\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetOperationsForResourceRequest {\n    @inline\n    def apply(\n        resourceName: ResourceName,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetOperationsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any]\n      )\n\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait GetOperationsForResourceResult extends js.Object {\n    var nextPageCount: js.UndefOr[String]\n    var nextPageToken: js.UndefOr[String]\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object GetOperationsForResourceResult {\n    @inline\n    def apply(\n        nextPageCount: js.UndefOr[String] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): GetOperationsForResourceResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageCount.foreach(__v => __obj.updateDynamic(\"nextPageCount\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationsForResourceResult]\n    }\n  }\n\n  @js.native\n  trait GetOperationsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetOperationsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetOperationsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationsRequest]\n    }\n  }\n\n  @js.native\n  trait GetOperationsResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object GetOperationsResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): GetOperationsResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationsResult]\n    }\n  }\n\n  @js.native\n  trait GetRegionsRequest extends js.Object {\n    var includeAvailabilityZones: js.UndefOr[Boolean]\n    var includeRelationalDatabaseAvailabilityZones: js.UndefOr[Boolean]\n  }\n\n  object GetRegionsRequest {\n    @inline\n    def apply(\n        includeAvailabilityZones: js.UndefOr[Boolean] = js.undefined,\n        includeRelationalDatabaseAvailabilityZones: js.UndefOr[Boolean] = js.undefined\n    ): GetRegionsRequest = {\n      val __obj = js.Dynamic.literal()\n      includeAvailabilityZones.foreach(__v => __obj.updateDynamic(\"includeAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      includeRelationalDatabaseAvailabilityZones.foreach(__v => __obj.updateDynamic(\"includeRelationalDatabaseAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRegionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRegionsResult extends js.Object {\n    var regions: js.UndefOr[RegionList]\n  }\n\n  object GetRegionsResult {\n    @inline\n    def apply(\n        regions: js.UndefOr[RegionList] = js.undefined\n    ): GetRegionsResult = {\n      val __obj = js.Dynamic.literal()\n      regions.foreach(__v => __obj.updateDynamic(\"regions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRegionsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseBlueprintsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseBlueprintsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseBlueprintsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseBlueprintsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseBlueprintsResult extends js.Object {\n    var blueprints: js.UndefOr[RelationalDatabaseBlueprintList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseBlueprintsResult {\n    @inline\n    def apply(\n        blueprints: js.UndefOr[RelationalDatabaseBlueprintList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseBlueprintsResult = {\n      val __obj = js.Dynamic.literal()\n      blueprints.foreach(__v => __obj.updateDynamic(\"blueprints\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseBlueprintsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseBundlesRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseBundlesRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseBundlesRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseBundlesRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseBundlesResult extends js.Object {\n    var bundles: js.UndefOr[RelationalDatabaseBundleList]\n    var nextPageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseBundlesResult {\n    @inline\n    def apply(\n        bundles: js.UndefOr[RelationalDatabaseBundleList] = js.undefined,\n        nextPageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseBundlesResult = {\n      val __obj = js.Dynamic.literal()\n      bundles.foreach(__v => __obj.updateDynamic(\"bundles\")(__v.asInstanceOf[js.Any]))\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseBundlesResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseEventsRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var durationInMinutes: js.UndefOr[Int]\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseEventsRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        durationInMinutes: js.UndefOr[Int] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseEventsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      durationInMinutes.foreach(__v => __obj.updateDynamic(\"durationInMinutes\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseEventsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseEventsResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var relationalDatabaseEvents: js.UndefOr[RelationalDatabaseEventList]\n  }\n\n  object GetRelationalDatabaseEventsResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        relationalDatabaseEvents: js.UndefOr[RelationalDatabaseEventList] = js.undefined\n    ): GetRelationalDatabaseEventsResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseEvents.foreach(__v => __obj.updateDynamic(\"relationalDatabaseEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseEventsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseLogEventsRequest extends js.Object {\n    var logStreamName: String\n    var relationalDatabaseName: ResourceName\n    var endTime: js.UndefOr[IsoDate]\n    var pageToken: js.UndefOr[String]\n    var startFromHead: js.UndefOr[Boolean]\n    var startTime: js.UndefOr[IsoDate]\n  }\n\n  object GetRelationalDatabaseLogEventsRequest {\n    @inline\n    def apply(\n        logStreamName: String,\n        relationalDatabaseName: ResourceName,\n        endTime: js.UndefOr[IsoDate] = js.undefined,\n        pageToken: js.UndefOr[String] = js.undefined,\n        startFromHead: js.UndefOr[Boolean] = js.undefined,\n        startTime: js.UndefOr[IsoDate] = js.undefined\n    ): GetRelationalDatabaseLogEventsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"logStreamName\" -> logStreamName.asInstanceOf[js.Any],\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      startFromHead.foreach(__v => __obj.updateDynamic(\"startFromHead\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseLogEventsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseLogEventsResult extends js.Object {\n    var nextBackwardToken: js.UndefOr[String]\n    var nextForwardToken: js.UndefOr[String]\n    var resourceLogEvents: js.UndefOr[LogEventList]\n  }\n\n  object GetRelationalDatabaseLogEventsResult {\n    @inline\n    def apply(\n        nextBackwardToken: js.UndefOr[String] = js.undefined,\n        nextForwardToken: js.UndefOr[String] = js.undefined,\n        resourceLogEvents: js.UndefOr[LogEventList] = js.undefined\n    ): GetRelationalDatabaseLogEventsResult = {\n      val __obj = js.Dynamic.literal()\n      nextBackwardToken.foreach(__v => __obj.updateDynamic(\"nextBackwardToken\")(__v.asInstanceOf[js.Any]))\n      nextForwardToken.foreach(__v => __obj.updateDynamic(\"nextForwardToken\")(__v.asInstanceOf[js.Any]))\n      resourceLogEvents.foreach(__v => __obj.updateDynamic(\"resourceLogEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseLogEventsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseLogStreamsRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n  }\n\n  object GetRelationalDatabaseLogStreamsRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName\n    ): GetRelationalDatabaseLogStreamsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRelationalDatabaseLogStreamsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseLogStreamsResult extends js.Object {\n    var logStreams: js.UndefOr[StringList]\n  }\n\n  object GetRelationalDatabaseLogStreamsResult {\n    @inline\n    def apply(\n        logStreams: js.UndefOr[StringList] = js.undefined\n    ): GetRelationalDatabaseLogStreamsResult = {\n      val __obj = js.Dynamic.literal()\n      logStreams.foreach(__v => __obj.updateDynamic(\"logStreams\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseLogStreamsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseMasterUserPasswordRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var passwordVersion: js.UndefOr[RelationalDatabasePasswordVersion]\n  }\n\n  object GetRelationalDatabaseMasterUserPasswordRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        passwordVersion: js.UndefOr[RelationalDatabasePasswordVersion] = js.undefined\n    ): GetRelationalDatabaseMasterUserPasswordRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      passwordVersion.foreach(__v => __obj.updateDynamic(\"passwordVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseMasterUserPasswordRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseMasterUserPasswordResult extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var masterUserPassword: js.UndefOr[SensitiveString]\n  }\n\n  object GetRelationalDatabaseMasterUserPasswordResult {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        masterUserPassword: js.UndefOr[SensitiveString] = js.undefined\n    ): GetRelationalDatabaseMasterUserPasswordResult = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      masterUserPassword.foreach(__v => __obj.updateDynamic(\"masterUserPassword\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseMasterUserPasswordResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseMetricDataRequest extends js.Object {\n    var endTime: IsoDate\n    var metricName: RelationalDatabaseMetricName\n    var period: MetricPeriod\n    var relationalDatabaseName: ResourceName\n    var startTime: IsoDate\n    var statistics: MetricStatisticList\n    var unit: MetricUnit\n  }\n\n  object GetRelationalDatabaseMetricDataRequest {\n    @inline\n    def apply(\n        endTime: IsoDate,\n        metricName: RelationalDatabaseMetricName,\n        period: MetricPeriod,\n        relationalDatabaseName: ResourceName,\n        startTime: IsoDate,\n        statistics: MetricStatisticList,\n        unit: MetricUnit\n    ): GetRelationalDatabaseMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statistics\" -> statistics.asInstanceOf[js.Any],\n        \"unit\" -> unit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRelationalDatabaseMetricDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseMetricDataResult extends js.Object {\n    var metricData: js.UndefOr[MetricDatapointList]\n    var metricName: js.UndefOr[RelationalDatabaseMetricName]\n  }\n\n  object GetRelationalDatabaseMetricDataResult {\n    @inline\n    def apply(\n        metricData: js.UndefOr[MetricDatapointList] = js.undefined,\n        metricName: js.UndefOr[RelationalDatabaseMetricName] = js.undefined\n    ): GetRelationalDatabaseMetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      metricData.foreach(__v => __obj.updateDynamic(\"metricData\")(__v.asInstanceOf[js.Any]))\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseMetricDataResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseParametersRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseParametersRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseParametersRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseParametersResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var parameters: js.UndefOr[RelationalDatabaseParameterList]\n  }\n\n  object GetRelationalDatabaseParametersResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        parameters: js.UndefOr[RelationalDatabaseParameterList] = js.undefined\n    ): GetRelationalDatabaseParametersResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseParametersResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n  }\n\n  object GetRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName\n    ): GetRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseResult extends js.Object {\n    var relationalDatabase: js.UndefOr[RelationalDatabase]\n  }\n\n  object GetRelationalDatabaseResult {\n    @inline\n    def apply(\n        relationalDatabase: js.UndefOr[RelationalDatabase] = js.undefined\n    ): GetRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      relationalDatabase.foreach(__v => __obj.updateDynamic(\"relationalDatabase\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseSnapshotRequest extends js.Object {\n    var relationalDatabaseSnapshotName: ResourceName\n  }\n\n  object GetRelationalDatabaseSnapshotRequest {\n    @inline\n    def apply(\n        relationalDatabaseSnapshotName: ResourceName\n    ): GetRelationalDatabaseSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseSnapshotName\" -> relationalDatabaseSnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRelationalDatabaseSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseSnapshotResult extends js.Object {\n    var relationalDatabaseSnapshot: js.UndefOr[RelationalDatabaseSnapshot]\n  }\n\n  object GetRelationalDatabaseSnapshotResult {\n    @inline\n    def apply(\n        relationalDatabaseSnapshot: js.UndefOr[RelationalDatabaseSnapshot] = js.undefined\n    ): GetRelationalDatabaseSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      relationalDatabaseSnapshot.foreach(__v => __obj.updateDynamic(\"relationalDatabaseSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseSnapshotsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabaseSnapshotsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabaseSnapshotsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseSnapshotsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabaseSnapshotsResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var relationalDatabaseSnapshots: js.UndefOr[RelationalDatabaseSnapshotList]\n  }\n\n  object GetRelationalDatabaseSnapshotsResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        relationalDatabaseSnapshots: js.UndefOr[RelationalDatabaseSnapshotList] = js.undefined\n    ): GetRelationalDatabaseSnapshotsResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseSnapshots.foreach(__v => __obj.updateDynamic(\"relationalDatabaseSnapshots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabaseSnapshotsResult]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabasesRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetRelationalDatabasesRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetRelationalDatabasesRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabasesRequest]\n    }\n  }\n\n  @js.native\n  trait GetRelationalDatabasesResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var relationalDatabases: js.UndefOr[RelationalDatabaseList]\n  }\n\n  object GetRelationalDatabasesResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        relationalDatabases: js.UndefOr[RelationalDatabaseList] = js.undefined\n    ): GetRelationalDatabasesResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      relationalDatabases.foreach(__v => __obj.updateDynamic(\"relationalDatabases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRelationalDatabasesResult]\n    }\n  }\n\n  @js.native\n  trait GetStaticIpRequest extends js.Object {\n    var staticIpName: ResourceName\n  }\n\n  object GetStaticIpRequest {\n    @inline\n    def apply(\n        staticIpName: ResourceName\n    ): GetStaticIpRequest = {\n      val __obj = js.Dynamic.literal(\n        \"staticIpName\" -> staticIpName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetStaticIpRequest]\n    }\n  }\n\n  @js.native\n  trait GetStaticIpResult extends js.Object {\n    var staticIp: js.UndefOr[StaticIp]\n  }\n\n  object GetStaticIpResult {\n    @inline\n    def apply(\n        staticIp: js.UndefOr[StaticIp] = js.undefined\n    ): GetStaticIpResult = {\n      val __obj = js.Dynamic.literal()\n      staticIp.foreach(__v => __obj.updateDynamic(\"staticIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStaticIpResult]\n    }\n  }\n\n  @js.native\n  trait GetStaticIpsRequest extends js.Object {\n    var pageToken: js.UndefOr[String]\n  }\n\n  object GetStaticIpsRequest {\n    @inline\n    def apply(\n        pageToken: js.UndefOr[String] = js.undefined\n    ): GetStaticIpsRequest = {\n      val __obj = js.Dynamic.literal()\n      pageToken.foreach(__v => __obj.updateDynamic(\"pageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStaticIpsRequest]\n    }\n  }\n\n  @js.native\n  trait GetStaticIpsResult extends js.Object {\n    var nextPageToken: js.UndefOr[String]\n    var staticIps: js.UndefOr[StaticIpList]\n  }\n\n  object GetStaticIpsResult {\n    @inline\n    def apply(\n        nextPageToken: js.UndefOr[String] = js.undefined,\n        staticIps: js.UndefOr[StaticIpList] = js.undefined\n    ): GetStaticIpsResult = {\n      val __obj = js.Dynamic.literal()\n      nextPageToken.foreach(__v => __obj.updateDynamic(\"nextPageToken\")(__v.asInstanceOf[js.Any]))\n      staticIps.foreach(__v => __obj.updateDynamic(\"staticIps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStaticIpsResult]\n    }\n  }\n\n  @js.native\n  sealed trait HeaderEnum extends js.Any\n  object HeaderEnum {\n    val Accept = \"Accept\".asInstanceOf[HeaderEnum]\n    val `Accept-Charset` = \"Accept-Charset\".asInstanceOf[HeaderEnum]\n    val `Accept-Datetime` = \"Accept-Datetime\".asInstanceOf[HeaderEnum]\n    val `Accept-Encoding` = \"Accept-Encoding\".asInstanceOf[HeaderEnum]\n    val `Accept-Language` = \"Accept-Language\".asInstanceOf[HeaderEnum]\n    val Authorization = \"Authorization\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Forwarded-Proto` = \"CloudFront-Forwarded-Proto\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Is-Desktop-Viewer` = \"CloudFront-Is-Desktop-Viewer\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Is-Mobile-Viewer` = \"CloudFront-Is-Mobile-Viewer\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Is-SmartTV-Viewer` = \"CloudFront-Is-SmartTV-Viewer\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Is-Tablet-Viewer` = \"CloudFront-Is-Tablet-Viewer\".asInstanceOf[HeaderEnum]\n    val `CloudFront-Viewer-Country` = \"CloudFront-Viewer-Country\".asInstanceOf[HeaderEnum]\n    val Host = \"Host\".asInstanceOf[HeaderEnum]\n    val Origin = \"Origin\".asInstanceOf[HeaderEnum]\n    val Referer = \"Referer\".asInstanceOf[HeaderEnum]\n\n    @inline def values = js.Array(\n      Accept,\n      `Accept-Charset`,\n      `Accept-Datetime`,\n      `Accept-Encoding`,\n      `Accept-Language`,\n      Authorization,\n      `CloudFront-Forwarded-Proto`,\n      `CloudFront-Is-Desktop-Viewer`,\n      `CloudFront-Is-Mobile-Viewer`,\n      `CloudFront-Is-SmartTV-Viewer`,\n      `CloudFront-Is-Tablet-Viewer`,\n      `CloudFront-Viewer-Country`,\n      Host,\n      Origin,\n      Referer\n    )\n  }\n\n  \/** Describes the request headers that a Lightsail distribution bases caching on. For the headers that you specify, your distribution caches separate versions of the specified content based on the header values in viewer requests. For example, suppose viewer requests for <code>logo.jpg<\/code> contain a custom <code>product<\/code> header that has a value of either <code>acme<\/code> or <code>apex<\/code>, and you configure your distribution to cache your content based on values in the <code>product<\/code> header. Your distribution forwards the <code>product<\/code> header to the origin and caches the response from the origin once for each header value.\n    *\/\n  @js.native\n  trait HeaderObject extends js.Object {\n    var headersAllowList: js.UndefOr[HeaderForwardList]\n    var option: js.UndefOr[ForwardValues]\n  }\n\n  object HeaderObject {\n    @inline\n    def apply(\n        headersAllowList: js.UndefOr[HeaderForwardList] = js.undefined,\n        option: js.UndefOr[ForwardValues] = js.undefined\n    ): HeaderObject = {\n      val __obj = js.Dynamic.literal()\n      headersAllowList.foreach(__v => __obj.updateDynamic(\"headersAllowList\")(__v.asInstanceOf[js.Any]))\n      option.foreach(__v => __obj.updateDynamic(\"option\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HeaderObject]\n    }\n  }\n\n  \/** Describes the public SSH host keys or the RDP certificate.\n    *\/\n  @js.native\n  trait HostKeyAttributes extends js.Object {\n    var algorithm: js.UndefOr[String]\n    var fingerprintSHA1: js.UndefOr[String]\n    var fingerprintSHA256: js.UndefOr[String]\n    var notValidAfter: js.UndefOr[IsoDate]\n    var notValidBefore: js.UndefOr[IsoDate]\n    var publicKey: js.UndefOr[String]\n    var witnessedAt: js.UndefOr[IsoDate]\n  }\n\n  object HostKeyAttributes {\n    @inline\n    def apply(\n        algorithm: js.UndefOr[String] = js.undefined,\n        fingerprintSHA1: js.UndefOr[String] = js.undefined,\n        fingerprintSHA256: js.UndefOr[String] = js.undefined,\n        notValidAfter: js.UndefOr[IsoDate] = js.undefined,\n        notValidBefore: js.UndefOr[IsoDate] = js.undefined,\n        publicKey: js.UndefOr[String] = js.undefined,\n        witnessedAt: js.UndefOr[IsoDate] = js.undefined\n    ): HostKeyAttributes = {\n      val __obj = js.Dynamic.literal()\n      algorithm.foreach(__v => __obj.updateDynamic(\"algorithm\")(__v.asInstanceOf[js.Any]))\n      fingerprintSHA1.foreach(__v => __obj.updateDynamic(\"fingerprintSHA1\")(__v.asInstanceOf[js.Any]))\n      fingerprintSHA256.foreach(__v => __obj.updateDynamic(\"fingerprintSHA256\")(__v.asInstanceOf[js.Any]))\n      notValidAfter.foreach(__v => __obj.updateDynamic(\"notValidAfter\")(__v.asInstanceOf[js.Any]))\n      notValidBefore.foreach(__v => __obj.updateDynamic(\"notValidBefore\")(__v.asInstanceOf[js.Any]))\n      publicKey.foreach(__v => __obj.updateDynamic(\"publicKey\")(__v.asInstanceOf[js.Any]))\n      witnessedAt.foreach(__v => __obj.updateDynamic(\"witnessedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HostKeyAttributes]\n    }\n  }\n\n  @js.native\n  trait ImportKeyPairRequest extends js.Object {\n    var keyPairName: ResourceName\n    var publicKeyBase64: Base64\n  }\n\n  object ImportKeyPairRequest {\n    @inline\n    def apply(\n        keyPairName: ResourceName,\n        publicKeyBase64: Base64\n    ): ImportKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"keyPairName\" -> keyPairName.asInstanceOf[js.Any],\n        \"publicKeyBase64\" -> publicKeyBase64.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ImportKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait ImportKeyPairResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object ImportKeyPairResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): ImportKeyPairResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportKeyPairResult]\n    }\n  }\n\n  \/** Describes the origin resource of an Amazon Lightsail content delivery network (CDN) distribution. An origin can be a Lightsail instance or load balancer. A distribution pulls content from an origin, caches it, and serves it to viewers via a worldwide network of edge servers.\n    *\/\n  @js.native\n  trait InputOrigin extends js.Object {\n    var name: js.UndefOr[ResourceName]\n    var protocolPolicy: js.UndefOr[OriginProtocolPolicyEnum]\n    var regionName: js.UndefOr[RegionName]\n  }\n\n  object InputOrigin {\n    @inline\n    def apply(\n        name: js.UndefOr[ResourceName] = js.undefined,\n        protocolPolicy: js.UndefOr[OriginProtocolPolicyEnum] = js.undefined,\n        regionName: js.UndefOr[RegionName] = js.undefined\n    ): InputOrigin = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      protocolPolicy.foreach(__v => __obj.updateDynamic(\"protocolPolicy\")(__v.asInstanceOf[js.Any]))\n      regionName.foreach(__v => __obj.updateDynamic(\"regionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputOrigin]\n    }\n  }\n\n  \/** Describes an instance (a virtual private server).\n    *\/\n  @js.native\n  trait Instance extends js.Object {\n    var addOns: js.UndefOr[AddOnList]\n    var arn: js.UndefOr[NonEmptyString]\n    var blueprintId: js.UndefOr[NonEmptyString]\n    var blueprintName: js.UndefOr[NonEmptyString]\n    var bundleId: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var hardware: js.UndefOr[InstanceHardware]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var ipv6Addresses: js.UndefOr[Ipv6AddressList]\n    var isStaticIp: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var networking: js.UndefOr[InstanceNetworking]\n    var privateIpAddress: js.UndefOr[IpAddress]\n    var publicIpAddress: js.UndefOr[IpAddress]\n    var resourceType: js.UndefOr[ResourceType]\n    var sshKeyName: js.UndefOr[ResourceName]\n    var state: js.UndefOr[InstanceState]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var username: js.UndefOr[NonEmptyString]\n  }\n\n  object Instance {\n    @inline\n    def apply(\n        addOns: js.UndefOr[AddOnList] = js.undefined,\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        blueprintId: js.UndefOr[NonEmptyString] = js.undefined,\n        blueprintName: js.UndefOr[NonEmptyString] = js.undefined,\n        bundleId: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        hardware: js.UndefOr[InstanceHardware] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        ipv6Addresses: js.UndefOr[Ipv6AddressList] = js.undefined,\n        isStaticIp: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        networking: js.UndefOr[InstanceNetworking] = js.undefined,\n        privateIpAddress: js.UndefOr[IpAddress] = js.undefined,\n        publicIpAddress: js.UndefOr[IpAddress] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sshKeyName: js.UndefOr[ResourceName] = js.undefined,\n        state: js.UndefOr[InstanceState] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        username: js.UndefOr[NonEmptyString] = js.undefined\n    ): Instance = {\n      val __obj = js.Dynamic.literal()\n      addOns.foreach(__v => __obj.updateDynamic(\"addOns\")(__v.asInstanceOf[js.Any]))\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      blueprintId.foreach(__v => __obj.updateDynamic(\"blueprintId\")(__v.asInstanceOf[js.Any]))\n      blueprintName.foreach(__v => __obj.updateDynamic(\"blueprintName\")(__v.asInstanceOf[js.Any]))\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      hardware.foreach(__v => __obj.updateDynamic(\"hardware\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      ipv6Addresses.foreach(__v => __obj.updateDynamic(\"ipv6Addresses\")(__v.asInstanceOf[js.Any]))\n      isStaticIp.foreach(__v => __obj.updateDynamic(\"isStaticIp\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      networking.foreach(__v => __obj.updateDynamic(\"networking\")(__v.asInstanceOf[js.Any]))\n      privateIpAddress.foreach(__v => __obj.updateDynamic(\"privateIpAddress\")(__v.asInstanceOf[js.Any]))\n      publicIpAddress.foreach(__v => __obj.updateDynamic(\"publicIpAddress\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sshKeyName.foreach(__v => __obj.updateDynamic(\"sshKeyName\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      username.foreach(__v => __obj.updateDynamic(\"username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Instance]\n    }\n  }\n\n  \/** The parameters for gaining temporary access to one of your Amazon Lightsail instances.\n    *\/\n  @js.native\n  trait InstanceAccessDetails extends js.Object {\n    var certKey: js.UndefOr[String]\n    var expiresAt: js.UndefOr[IsoDate]\n    var hostKeys: js.UndefOr[HostKeysList]\n    var instanceName: js.UndefOr[ResourceName]\n    var ipAddress: js.UndefOr[IpAddress]\n    var password: js.UndefOr[String]\n    var passwordData: js.UndefOr[PasswordData]\n    var privateKey: js.UndefOr[String]\n    var protocol: js.UndefOr[InstanceAccessProtocol]\n    var username: js.UndefOr[String]\n  }\n\n  object InstanceAccessDetails {\n    @inline\n    def apply(\n        certKey: js.UndefOr[String] = js.undefined,\n        expiresAt: js.UndefOr[IsoDate] = js.undefined,\n        hostKeys: js.UndefOr[HostKeysList] = js.undefined,\n        instanceName: js.UndefOr[ResourceName] = js.undefined,\n        ipAddress: js.UndefOr[IpAddress] = js.undefined,\n        password: js.UndefOr[String] = js.undefined,\n        passwordData: js.UndefOr[PasswordData] = js.undefined,\n        privateKey: js.UndefOr[String] = js.undefined,\n        protocol: js.UndefOr[InstanceAccessProtocol] = js.undefined,\n        username: js.UndefOr[String] = js.undefined\n    ): InstanceAccessDetails = {\n      val __obj = js.Dynamic.literal()\n      certKey.foreach(__v => __obj.updateDynamic(\"certKey\")(__v.asInstanceOf[js.Any]))\n      expiresAt.foreach(__v => __obj.updateDynamic(\"expiresAt\")(__v.asInstanceOf[js.Any]))\n      hostKeys.foreach(__v => __obj.updateDynamic(\"hostKeys\")(__v.asInstanceOf[js.Any]))\n      instanceName.foreach(__v => __obj.updateDynamic(\"instanceName\")(__v.asInstanceOf[js.Any]))\n      ipAddress.foreach(__v => __obj.updateDynamic(\"ipAddress\")(__v.asInstanceOf[js.Any]))\n      password.foreach(__v => __obj.updateDynamic(\"password\")(__v.asInstanceOf[js.Any]))\n      passwordData.foreach(__v => __obj.updateDynamic(\"passwordData\")(__v.asInstanceOf[js.Any]))\n      privateKey.foreach(__v => __obj.updateDynamic(\"privateKey\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      username.foreach(__v => __obj.updateDynamic(\"username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAccessDetails]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceAccessProtocol extends js.Any\n  object InstanceAccessProtocol {\n    val ssh = \"ssh\".asInstanceOf[InstanceAccessProtocol]\n    val rdp = \"rdp\".asInstanceOf[InstanceAccessProtocol]\n\n    @inline def values = js.Array(ssh, rdp)\n  }\n\n  \/** Describes the Amazon Elastic Compute Cloud instance and related resources to be created using the <code>create cloud formation stack<\/code> operation.\n    *\/\n  @js.native\n  trait InstanceEntry extends js.Object {\n    var availabilityZone: String\n    var instanceType: NonEmptyString\n    var portInfoSource: PortInfoSourceType\n    var sourceName: ResourceName\n    var userData: js.UndefOr[String]\n  }\n\n  object InstanceEntry {\n    @inline\n    def apply(\n        availabilityZone: String,\n        instanceType: NonEmptyString,\n        portInfoSource: PortInfoSourceType,\n        sourceName: ResourceName,\n        userData: js.UndefOr[String] = js.undefined\n    ): InstanceEntry = {\n      val __obj = js.Dynamic.literal(\n        \"availabilityZone\" -> availabilityZone.asInstanceOf[js.Any],\n        \"instanceType\" -> instanceType.asInstanceOf[js.Any],\n        \"portInfoSource\" -> portInfoSource.asInstanceOf[js.Any],\n        \"sourceName\" -> sourceName.asInstanceOf[js.Any]\n      )\n\n      userData.foreach(__v => __obj.updateDynamic(\"userData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceEntry]\n    }\n  }\n\n  \/** Describes the hardware for the instance.\n    *\/\n  @js.native\n  trait InstanceHardware extends js.Object {\n    var cpuCount: js.UndefOr[Int]\n    var disks: js.UndefOr[DiskList]\n    var ramSizeInGb: js.UndefOr[Float]\n  }\n\n  object InstanceHardware {\n    @inline\n    def apply(\n        cpuCount: js.UndefOr[Int] = js.undefined,\n        disks: js.UndefOr[DiskList] = js.undefined,\n        ramSizeInGb: js.UndefOr[Float] = js.undefined\n    ): InstanceHardware = {\n      val __obj = js.Dynamic.literal()\n      cpuCount.foreach(__v => __obj.updateDynamic(\"cpuCount\")(__v.asInstanceOf[js.Any]))\n      disks.foreach(__v => __obj.updateDynamic(\"disks\")(__v.asInstanceOf[js.Any]))\n      ramSizeInGb.foreach(__v => __obj.updateDynamic(\"ramSizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceHardware]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceHealthReason extends js.Any\n  object InstanceHealthReason {\n    val `Lb.RegistrationInProgress` = \"Lb.RegistrationInProgress\".asInstanceOf[InstanceHealthReason]\n    val `Lb.InitialHealthChecking` = \"Lb.InitialHealthChecking\".asInstanceOf[InstanceHealthReason]\n    val `Lb.InternalError` = \"Lb.InternalError\".asInstanceOf[InstanceHealthReason]\n    val `Instance.ResponseCodeMismatch` = \"Instance.ResponseCodeMismatch\".asInstanceOf[InstanceHealthReason]\n    val `Instance.Timeout` = \"Instance.Timeout\".asInstanceOf[InstanceHealthReason]\n    val `Instance.FailedHealthChecks` = \"Instance.FailedHealthChecks\".asInstanceOf[InstanceHealthReason]\n    val `Instance.NotRegistered` = \"Instance.NotRegistered\".asInstanceOf[InstanceHealthReason]\n    val `Instance.NotInUse` = \"Instance.NotInUse\".asInstanceOf[InstanceHealthReason]\n    val `Instance.DeregistrationInProgress` = \"Instance.DeregistrationInProgress\".asInstanceOf[InstanceHealthReason]\n    val `Instance.InvalidState` = \"Instance.InvalidState\".asInstanceOf[InstanceHealthReason]\n    val `Instance.IpUnusable` = \"Instance.IpUnusable\".asInstanceOf[InstanceHealthReason]\n\n    @inline def values = js.Array(\n      `Lb.RegistrationInProgress`,\n      `Lb.InitialHealthChecking`,\n      `Lb.InternalError`,\n      `Instance.ResponseCodeMismatch`,\n      `Instance.Timeout`,\n      `Instance.FailedHealthChecks`,\n      `Instance.NotRegistered`,\n      `Instance.NotInUse`,\n      `Instance.DeregistrationInProgress`,\n      `Instance.InvalidState`,\n      `Instance.IpUnusable`\n    )\n  }\n\n  @js.native\n  sealed trait InstanceHealthState extends js.Any\n  object InstanceHealthState {\n    val initial = \"initial\".asInstanceOf[InstanceHealthState]\n    val healthy = \"healthy\".asInstanceOf[InstanceHealthState]\n    val unhealthy = \"unhealthy\".asInstanceOf[InstanceHealthState]\n    val unused = \"unused\".asInstanceOf[InstanceHealthState]\n    val draining = \"draining\".asInstanceOf[InstanceHealthState]\n    val unavailable = \"unavailable\".asInstanceOf[InstanceHealthState]\n\n    @inline def values = js.Array(initial, healthy, unhealthy, unused, draining, unavailable)\n  }\n\n  \/** Describes information about the health of the instance.\n    *\/\n  @js.native\n  trait InstanceHealthSummary extends js.Object {\n    var instanceHealth: js.UndefOr[InstanceHealthState]\n    var instanceHealthReason: js.UndefOr[InstanceHealthReason]\n    var instanceName: js.UndefOr[ResourceName]\n  }\n\n  object InstanceHealthSummary {\n    @inline\n    def apply(\n        instanceHealth: js.UndefOr[InstanceHealthState] = js.undefined,\n        instanceHealthReason: js.UndefOr[InstanceHealthReason] = js.undefined,\n        instanceName: js.UndefOr[ResourceName] = js.undefined\n    ): InstanceHealthSummary = {\n      val __obj = js.Dynamic.literal()\n      instanceHealth.foreach(__v => __obj.updateDynamic(\"instanceHealth\")(__v.asInstanceOf[js.Any]))\n      instanceHealthReason.foreach(__v => __obj.updateDynamic(\"instanceHealthReason\")(__v.asInstanceOf[js.Any]))\n      instanceName.foreach(__v => __obj.updateDynamic(\"instanceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceHealthSummary]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceMetricName extends js.Any\n  object InstanceMetricName {\n    val CPUUtilization = \"CPUUtilization\".asInstanceOf[InstanceMetricName]\n    val NetworkIn = \"NetworkIn\".asInstanceOf[InstanceMetricName]\n    val NetworkOut = \"NetworkOut\".asInstanceOf[InstanceMetricName]\n    val StatusCheckFailed = \"StatusCheckFailed\".asInstanceOf[InstanceMetricName]\n    val StatusCheckFailed_Instance = \"StatusCheckFailed_Instance\".asInstanceOf[InstanceMetricName]\n    val StatusCheckFailed_System = \"StatusCheckFailed_System\".asInstanceOf[InstanceMetricName]\n    val BurstCapacityTime = \"BurstCapacityTime\".asInstanceOf[InstanceMetricName]\n    val BurstCapacityPercentage = \"BurstCapacityPercentage\".asInstanceOf[InstanceMetricName]\n\n    @inline def values = js.Array(CPUUtilization, NetworkIn, NetworkOut, StatusCheckFailed, StatusCheckFailed_Instance, StatusCheckFailed_System, BurstCapacityTime, BurstCapacityPercentage)\n  }\n\n  \/** Describes monthly data transfer rates and port information for an instance.\n    *\/\n  @js.native\n  trait InstanceNetworking extends js.Object {\n    var monthlyTransfer: js.UndefOr[MonthlyTransfer]\n    var ports: js.UndefOr[InstancePortInfoList]\n  }\n\n  object InstanceNetworking {\n    @inline\n    def apply(\n        monthlyTransfer: js.UndefOr[MonthlyTransfer] = js.undefined,\n        ports: js.UndefOr[InstancePortInfoList] = js.undefined\n    ): InstanceNetworking = {\n      val __obj = js.Dynamic.literal()\n      monthlyTransfer.foreach(__v => __obj.updateDynamic(\"monthlyTransfer\")(__v.asInstanceOf[js.Any]))\n      ports.foreach(__v => __obj.updateDynamic(\"ports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceNetworking]\n    }\n  }\n\n  @js.native\n  sealed trait InstancePlatform extends js.Any\n  object InstancePlatform {\n    val LINUX_UNIX = \"LINUX_UNIX\".asInstanceOf[InstancePlatform]\n    val WINDOWS = \"WINDOWS\".asInstanceOf[InstancePlatform]\n\n    @inline def values = js.Array(LINUX_UNIX, WINDOWS)\n  }\n\n  \/** Describes information about ports for an Amazon Lightsail instance.\n    *\/\n  @js.native\n  trait InstancePortInfo extends js.Object {\n    var accessDirection: js.UndefOr[AccessDirection]\n    var accessFrom: js.UndefOr[String]\n    var accessType: js.UndefOr[PortAccessType]\n    var cidrListAliases: js.UndefOr[StringList]\n    var cidrs: js.UndefOr[StringList]\n    var commonName: js.UndefOr[String]\n    var fromPort: js.UndefOr[Port]\n    var ipv6Cidrs: js.UndefOr[StringList]\n    var protocol: js.UndefOr[NetworkProtocol]\n    var toPort: js.UndefOr[Port]\n  }\n\n  object InstancePortInfo {\n    @inline\n    def apply(\n        accessDirection: js.UndefOr[AccessDirection] = js.undefined,\n        accessFrom: js.UndefOr[String] = js.undefined,\n        accessType: js.UndefOr[PortAccessType] = js.undefined,\n        cidrListAliases: js.UndefOr[StringList] = js.undefined,\n        cidrs: js.UndefOr[StringList] = js.undefined,\n        commonName: js.UndefOr[String] = js.undefined,\n        fromPort: js.UndefOr[Port] = js.undefined,\n        ipv6Cidrs: js.UndefOr[StringList] = js.undefined,\n        protocol: js.UndefOr[NetworkProtocol] = js.undefined,\n        toPort: js.UndefOr[Port] = js.undefined\n    ): InstancePortInfo = {\n      val __obj = js.Dynamic.literal()\n      accessDirection.foreach(__v => __obj.updateDynamic(\"accessDirection\")(__v.asInstanceOf[js.Any]))\n      accessFrom.foreach(__v => __obj.updateDynamic(\"accessFrom\")(__v.asInstanceOf[js.Any]))\n      accessType.foreach(__v => __obj.updateDynamic(\"accessType\")(__v.asInstanceOf[js.Any]))\n      cidrListAliases.foreach(__v => __obj.updateDynamic(\"cidrListAliases\")(__v.asInstanceOf[js.Any]))\n      cidrs.foreach(__v => __obj.updateDynamic(\"cidrs\")(__v.asInstanceOf[js.Any]))\n      commonName.foreach(__v => __obj.updateDynamic(\"commonName\")(__v.asInstanceOf[js.Any]))\n      fromPort.foreach(__v => __obj.updateDynamic(\"fromPort\")(__v.asInstanceOf[js.Any]))\n      ipv6Cidrs.foreach(__v => __obj.updateDynamic(\"ipv6Cidrs\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      toPort.foreach(__v => __obj.updateDynamic(\"toPort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstancePortInfo]\n    }\n  }\n\n  \/** Describes open ports on an instance, the IP addresses allowed to connect to the instance through the ports, and the protocol.\n    *\/\n  @js.native\n  trait InstancePortState extends js.Object {\n    var cidrListAliases: js.UndefOr[StringList]\n    var cidrs: js.UndefOr[StringList]\n    var fromPort: js.UndefOr[Port]\n    var ipv6Cidrs: js.UndefOr[StringList]\n    var protocol: js.UndefOr[NetworkProtocol]\n    var state: js.UndefOr[PortState]\n    var toPort: js.UndefOr[Port]\n  }\n\n  object InstancePortState {\n    @inline\n    def apply(\n        cidrListAliases: js.UndefOr[StringList] = js.undefined,\n        cidrs: js.UndefOr[StringList] = js.undefined,\n        fromPort: js.UndefOr[Port] = js.undefined,\n        ipv6Cidrs: js.UndefOr[StringList] = js.undefined,\n        protocol: js.UndefOr[NetworkProtocol] = js.undefined,\n        state: js.UndefOr[PortState] = js.undefined,\n        toPort: js.UndefOr[Port] = js.undefined\n    ): InstancePortState = {\n      val __obj = js.Dynamic.literal()\n      cidrListAliases.foreach(__v => __obj.updateDynamic(\"cidrListAliases\")(__v.asInstanceOf[js.Any]))\n      cidrs.foreach(__v => __obj.updateDynamic(\"cidrs\")(__v.asInstanceOf[js.Any]))\n      fromPort.foreach(__v => __obj.updateDynamic(\"fromPort\")(__v.asInstanceOf[js.Any]))\n      ipv6Cidrs.foreach(__v => __obj.updateDynamic(\"ipv6Cidrs\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      toPort.foreach(__v => __obj.updateDynamic(\"toPort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstancePortState]\n    }\n  }\n\n  \/** Describes an instance snapshot.\n    *\/\n  @js.native\n  trait InstanceSnapshot extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var fromAttachedDisks: js.UndefOr[DiskList]\n    var fromBlueprintId: js.UndefOr[String]\n    var fromBundleId: js.UndefOr[String]\n    var fromInstanceArn: js.UndefOr[NonEmptyString]\n    var fromInstanceName: js.UndefOr[ResourceName]\n    var isFromAutoSnapshot: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var progress: js.UndefOr[String]\n    var resourceType: js.UndefOr[ResourceType]\n    var sizeInGb: js.UndefOr[Int]\n    var state: js.UndefOr[InstanceSnapshotState]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object InstanceSnapshot {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        fromAttachedDisks: js.UndefOr[DiskList] = js.undefined,\n        fromBlueprintId: js.UndefOr[String] = js.undefined,\n        fromBundleId: js.UndefOr[String] = js.undefined,\n        fromInstanceArn: js.UndefOr[NonEmptyString] = js.undefined,\n        fromInstanceName: js.UndefOr[ResourceName] = js.undefined,\n        isFromAutoSnapshot: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        progress: js.UndefOr[String] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined,\n        state: js.UndefOr[InstanceSnapshotState] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): InstanceSnapshot = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      fromAttachedDisks.foreach(__v => __obj.updateDynamic(\"fromAttachedDisks\")(__v.asInstanceOf[js.Any]))\n      fromBlueprintId.foreach(__v => __obj.updateDynamic(\"fromBlueprintId\")(__v.asInstanceOf[js.Any]))\n      fromBundleId.foreach(__v => __obj.updateDynamic(\"fromBundleId\")(__v.asInstanceOf[js.Any]))\n      fromInstanceArn.foreach(__v => __obj.updateDynamic(\"fromInstanceArn\")(__v.asInstanceOf[js.Any]))\n      fromInstanceName.foreach(__v => __obj.updateDynamic(\"fromInstanceName\")(__v.asInstanceOf[js.Any]))\n      isFromAutoSnapshot.foreach(__v => __obj.updateDynamic(\"isFromAutoSnapshot\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      progress.foreach(__v => __obj.updateDynamic(\"progress\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceSnapshot]\n    }\n  }\n\n  \/** Describes an instance snapshot.\n    *\/\n  @js.native\n  trait InstanceSnapshotInfo extends js.Object {\n    var fromBlueprintId: js.UndefOr[NonEmptyString]\n    var fromBundleId: js.UndefOr[NonEmptyString]\n    var fromDiskInfo: js.UndefOr[DiskInfoList]\n  }\n\n  object InstanceSnapshotInfo {\n    @inline\n    def apply(\n        fromBlueprintId: js.UndefOr[NonEmptyString] = js.undefined,\n        fromBundleId: js.UndefOr[NonEmptyString] = js.undefined,\n        fromDiskInfo: js.UndefOr[DiskInfoList] = js.undefined\n    ): InstanceSnapshotInfo = {\n      val __obj = js.Dynamic.literal()\n      fromBlueprintId.foreach(__v => __obj.updateDynamic(\"fromBlueprintId\")(__v.asInstanceOf[js.Any]))\n      fromBundleId.foreach(__v => __obj.updateDynamic(\"fromBundleId\")(__v.asInstanceOf[js.Any]))\n      fromDiskInfo.foreach(__v => __obj.updateDynamic(\"fromDiskInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceSnapshotInfo]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceSnapshotState extends js.Any\n  object InstanceSnapshotState {\n    val pending = \"pending\".asInstanceOf[InstanceSnapshotState]\n    val error = \"error\".asInstanceOf[InstanceSnapshotState]\n    val available = \"available\".asInstanceOf[InstanceSnapshotState]\n\n    @inline def values = js.Array(pending, error, available)\n  }\n\n  \/** Describes the virtual private server (or <i>instance<\/i>) status.\n    *\/\n  @js.native\n  trait InstanceState extends js.Object {\n    var code: js.UndefOr[Int]\n    var name: js.UndefOr[String]\n  }\n\n  object InstanceState {\n    @inline\n    def apply(\n        code: js.UndefOr[Int] = js.undefined,\n        name: js.UndefOr[String] = js.undefined\n    ): InstanceState = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceState]\n    }\n  }\n\n  @js.native\n  sealed trait IpAddressType extends js.Any\n  object IpAddressType {\n    val dualstack = \"dualstack\".asInstanceOf[IpAddressType]\n    val ipv4 = \"ipv4\".asInstanceOf[IpAddressType]\n\n    @inline def values = js.Array(dualstack, ipv4)\n  }\n\n  @js.native\n  trait IsVpcPeeredRequest extends js.Object\n\n  object IsVpcPeeredRequest {\n    @inline\n    def apply(): IsVpcPeeredRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[IsVpcPeeredRequest]\n    }\n  }\n\n  @js.native\n  trait IsVpcPeeredResult extends js.Object {\n    var isPeered: js.UndefOr[Boolean]\n  }\n\n  object IsVpcPeeredResult {\n    @inline\n    def apply(\n        isPeered: js.UndefOr[Boolean] = js.undefined\n    ): IsVpcPeeredResult = {\n      val __obj = js.Dynamic.literal()\n      isPeered.foreach(__v => __obj.updateDynamic(\"isPeered\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IsVpcPeeredResult]\n    }\n  }\n\n  \/** Describes the SSH key pair.\n    *\/\n  @js.native\n  trait KeyPair extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var fingerprint: js.UndefOr[Base64]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object KeyPair {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        fingerprint: js.UndefOr[Base64] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): KeyPair = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      fingerprint.foreach(__v => __obj.updateDynamic(\"fingerprint\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyPair]\n    }\n  }\n\n  \/** Describes an Amazon Lightsail content delivery network (CDN) distribution.\n    *\/\n  @js.native\n  trait LightsailDistribution extends js.Object {\n    var ableToUpdateBundle: js.UndefOr[Boolean]\n    var alternativeDomainNames: js.UndefOr[StringList]\n    var arn: js.UndefOr[NonEmptyString]\n    var bundleId: js.UndefOr[String]\n    var cacheBehaviorSettings: js.UndefOr[CacheSettings]\n    var cacheBehaviors: js.UndefOr[CacheBehaviorList]\n    var certificateName: js.UndefOr[ResourceName]\n    var createdAt: js.UndefOr[IsoDate]\n    var defaultCacheBehavior: js.UndefOr[CacheBehavior]\n    var domainName: js.UndefOr[String]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var isEnabled: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var origin: js.UndefOr[Origin]\n    var originPublicDNS: js.UndefOr[String]\n    var resourceType: js.UndefOr[ResourceType]\n    var status: js.UndefOr[String]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object LightsailDistribution {\n    @inline\n    def apply(\n        ableToUpdateBundle: js.UndefOr[Boolean] = js.undefined,\n        alternativeDomainNames: js.UndefOr[StringList] = js.undefined,\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        bundleId: js.UndefOr[String] = js.undefined,\n        cacheBehaviorSettings: js.UndefOr[CacheSettings] = js.undefined,\n        cacheBehaviors: js.UndefOr[CacheBehaviorList] = js.undefined,\n        certificateName: js.UndefOr[ResourceName] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        defaultCacheBehavior: js.UndefOr[CacheBehavior] = js.undefined,\n        domainName: js.UndefOr[String] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        isEnabled: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        origin: js.UndefOr[Origin] = js.undefined,\n        originPublicDNS: js.UndefOr[String] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        status: js.UndefOr[String] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): LightsailDistribution = {\n      val __obj = js.Dynamic.literal()\n      ableToUpdateBundle.foreach(__v => __obj.updateDynamic(\"ableToUpdateBundle\")(__v.asInstanceOf[js.Any]))\n      alternativeDomainNames.foreach(__v => __obj.updateDynamic(\"alternativeDomainNames\")(__v.asInstanceOf[js.Any]))\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      cacheBehaviorSettings.foreach(__v => __obj.updateDynamic(\"cacheBehaviorSettings\")(__v.asInstanceOf[js.Any]))\n      cacheBehaviors.foreach(__v => __obj.updateDynamic(\"cacheBehaviors\")(__v.asInstanceOf[js.Any]))\n      certificateName.foreach(__v => __obj.updateDynamic(\"certificateName\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      defaultCacheBehavior.foreach(__v => __obj.updateDynamic(\"defaultCacheBehavior\")(__v.asInstanceOf[js.Any]))\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      isEnabled.foreach(__v => __obj.updateDynamic(\"isEnabled\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      origin.foreach(__v => __obj.updateDynamic(\"origin\")(__v.asInstanceOf[js.Any]))\n      originPublicDNS.foreach(__v => __obj.updateDynamic(\"originPublicDNS\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LightsailDistribution]\n    }\n  }\n\n  \/** Describes the Lightsail load balancer.\n    *\/\n  @js.native\n  trait LoadBalancer extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var configurationOptions: js.UndefOr[LoadBalancerConfigurationOptions]\n    var createdAt: js.UndefOr[IsoDate]\n    var dnsName: js.UndefOr[NonEmptyString]\n    var healthCheckPath: js.UndefOr[NonEmptyString]\n    var instanceHealthSummary: js.UndefOr[InstanceHealthSummaryList]\n    var instancePort: js.UndefOr[Int]\n    var ipAddressType: js.UndefOr[IpAddressType]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var protocol: js.UndefOr[LoadBalancerProtocol]\n    var publicPorts: js.UndefOr[PortList]\n    var resourceType: js.UndefOr[ResourceType]\n    var state: js.UndefOr[LoadBalancerState]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var tlsCertificateSummaries: js.UndefOr[LoadBalancerTlsCertificateSummaryList]\n  }\n\n  object LoadBalancer {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        configurationOptions: js.UndefOr[LoadBalancerConfigurationOptions] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        dnsName: js.UndefOr[NonEmptyString] = js.undefined,\n        healthCheckPath: js.UndefOr[NonEmptyString] = js.undefined,\n        instanceHealthSummary: js.UndefOr[InstanceHealthSummaryList] = js.undefined,\n        instancePort: js.UndefOr[Int] = js.undefined,\n        ipAddressType: js.UndefOr[IpAddressType] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        protocol: js.UndefOr[LoadBalancerProtocol] = js.undefined,\n        publicPorts: js.UndefOr[PortList] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        state: js.UndefOr[LoadBalancerState] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        tlsCertificateSummaries: js.UndefOr[LoadBalancerTlsCertificateSummaryList] = js.undefined\n    ): LoadBalancer = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      configurationOptions.foreach(__v => __obj.updateDynamic(\"configurationOptions\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      dnsName.foreach(__v => __obj.updateDynamic(\"dnsName\")(__v.asInstanceOf[js.Any]))\n      healthCheckPath.foreach(__v => __obj.updateDynamic(\"healthCheckPath\")(__v.asInstanceOf[js.Any]))\n      instanceHealthSummary.foreach(__v => __obj.updateDynamic(\"instanceHealthSummary\")(__v.asInstanceOf[js.Any]))\n      instancePort.foreach(__v => __obj.updateDynamic(\"instancePort\")(__v.asInstanceOf[js.Any]))\n      ipAddressType.foreach(__v => __obj.updateDynamic(\"ipAddressType\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      publicPorts.foreach(__v => __obj.updateDynamic(\"publicPorts\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      tlsCertificateSummaries.foreach(__v => __obj.updateDynamic(\"tlsCertificateSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancer]\n    }\n  }\n\n  @js.native\n  sealed trait LoadBalancerAttributeName extends js.Any\n  object LoadBalancerAttributeName {\n    val HealthCheckPath = \"HealthCheckPath\".asInstanceOf[LoadBalancerAttributeName]\n    val SessionStickinessEnabled = \"SessionStickinessEnabled\".asInstanceOf[LoadBalancerAttributeName]\n    val SessionStickiness_LB_CookieDurationSeconds = \"SessionStickiness_LB_CookieDurationSeconds\".asInstanceOf[LoadBalancerAttributeName]\n\n    @inline def values = js.Array(HealthCheckPath, SessionStickinessEnabled, SessionStickiness_LB_CookieDurationSeconds)\n  }\n\n  @js.native\n  sealed trait LoadBalancerMetricName extends js.Any\n  object LoadBalancerMetricName {\n    val ClientTLSNegotiationErrorCount = \"ClientTLSNegotiationErrorCount\".asInstanceOf[LoadBalancerMetricName]\n    val HealthyHostCount = \"HealthyHostCount\".asInstanceOf[LoadBalancerMetricName]\n    val UnhealthyHostCount = \"UnhealthyHostCount\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_LB_4XX_Count = \"HTTPCode_LB_4XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_LB_5XX_Count = \"HTTPCode_LB_5XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_Instance_2XX_Count = \"HTTPCode_Instance_2XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_Instance_3XX_Count = \"HTTPCode_Instance_3XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_Instance_4XX_Count = \"HTTPCode_Instance_4XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val HTTPCode_Instance_5XX_Count = \"HTTPCode_Instance_5XX_Count\".asInstanceOf[LoadBalancerMetricName]\n    val InstanceResponseTime = \"InstanceResponseTime\".asInstanceOf[LoadBalancerMetricName]\n    val RejectedConnectionCount = \"RejectedConnectionCount\".asInstanceOf[LoadBalancerMetricName]\n    val RequestCount = \"RequestCount\".asInstanceOf[LoadBalancerMetricName]\n\n    @inline def values = js.Array(\n      ClientTLSNegotiationErrorCount,\n      HealthyHostCount,\n      UnhealthyHostCount,\n      HTTPCode_LB_4XX_Count,\n      HTTPCode_LB_5XX_Count,\n      HTTPCode_Instance_2XX_Count,\n      HTTPCode_Instance_3XX_Count,\n      HTTPCode_Instance_4XX_Count,\n      HTTPCode_Instance_5XX_Count,\n      InstanceResponseTime,\n      RejectedConnectionCount,\n      RequestCount\n    )\n  }\n\n  @js.native\n  sealed trait LoadBalancerProtocol extends js.Any\n  object LoadBalancerProtocol {\n    val HTTP_HTTPS = \"HTTP_HTTPS\".asInstanceOf[LoadBalancerProtocol]\n    val HTTP = \"HTTP\".asInstanceOf[LoadBalancerProtocol]\n\n    @inline def values = js.Array(HTTP_HTTPS, HTTP)\n  }\n\n  @js.native\n  sealed trait LoadBalancerState extends js.Any\n  object LoadBalancerState {\n    val active = \"active\".asInstanceOf[LoadBalancerState]\n    val provisioning = \"provisioning\".asInstanceOf[LoadBalancerState]\n    val active_impaired = \"active_impaired\".asInstanceOf[LoadBalancerState]\n    val failed = \"failed\".asInstanceOf[LoadBalancerState]\n    val unknown = \"unknown\".asInstanceOf[LoadBalancerState]\n\n    @inline def values = js.Array(active, provisioning, active_impaired, failed, unknown)\n  }\n\n  \/** Describes a load balancer SSL\/TLS certificate. TLS is just an updated, more secure version of Secure Socket Layer (SSL).\n    *\/\n  @js.native\n  trait LoadBalancerTlsCertificate extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var domainName: js.UndefOr[DomainName]\n    var domainValidationRecords: js.UndefOr[LoadBalancerTlsCertificateDomainValidationRecordList]\n    var failureReason: js.UndefOr[LoadBalancerTlsCertificateFailureReason]\n    var isAttached: js.UndefOr[Boolean]\n    var issuedAt: js.UndefOr[IsoDate]\n    var issuer: js.UndefOr[NonEmptyString]\n    var keyAlgorithm: js.UndefOr[NonEmptyString]\n    var loadBalancerName: js.UndefOr[ResourceName]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var notAfter: js.UndefOr[IsoDate]\n    var notBefore: js.UndefOr[IsoDate]\n    var renewalSummary: js.UndefOr[LoadBalancerTlsCertificateRenewalSummary]\n    var resourceType: js.UndefOr[ResourceType]\n    var revocationReason: js.UndefOr[LoadBalancerTlsCertificateRevocationReason]\n    var revokedAt: js.UndefOr[IsoDate]\n    var serial: js.UndefOr[NonEmptyString]\n    var signatureAlgorithm: js.UndefOr[NonEmptyString]\n    var status: js.UndefOr[LoadBalancerTlsCertificateStatus]\n    var subject: js.UndefOr[NonEmptyString]\n    var subjectAlternativeNames: js.UndefOr[StringList]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object LoadBalancerTlsCertificate {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        domainValidationRecords: js.UndefOr[LoadBalancerTlsCertificateDomainValidationRecordList] = js.undefined,\n        failureReason: js.UndefOr[LoadBalancerTlsCertificateFailureReason] = js.undefined,\n        isAttached: js.UndefOr[Boolean] = js.undefined,\n        issuedAt: js.UndefOr[IsoDate] = js.undefined,\n        issuer: js.UndefOr[NonEmptyString] = js.undefined,\n        keyAlgorithm: js.UndefOr[NonEmptyString] = js.undefined,\n        loadBalancerName: js.UndefOr[ResourceName] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        notAfter: js.UndefOr[IsoDate] = js.undefined,\n        notBefore: js.UndefOr[IsoDate] = js.undefined,\n        renewalSummary: js.UndefOr[LoadBalancerTlsCertificateRenewalSummary] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        revocationReason: js.UndefOr[LoadBalancerTlsCertificateRevocationReason] = js.undefined,\n        revokedAt: js.UndefOr[IsoDate] = js.undefined,\n        serial: js.UndefOr[NonEmptyString] = js.undefined,\n        signatureAlgorithm: js.UndefOr[NonEmptyString] = js.undefined,\n        status: js.UndefOr[LoadBalancerTlsCertificateStatus] = js.undefined,\n        subject: js.UndefOr[NonEmptyString] = js.undefined,\n        subjectAlternativeNames: js.UndefOr[StringList] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): LoadBalancerTlsCertificate = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      domainValidationRecords.foreach(__v => __obj.updateDynamic(\"domainValidationRecords\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      isAttached.foreach(__v => __obj.updateDynamic(\"isAttached\")(__v.asInstanceOf[js.Any]))\n      issuedAt.foreach(__v => __obj.updateDynamic(\"issuedAt\")(__v.asInstanceOf[js.Any]))\n      issuer.foreach(__v => __obj.updateDynamic(\"issuer\")(__v.asInstanceOf[js.Any]))\n      keyAlgorithm.foreach(__v => __obj.updateDynamic(\"keyAlgorithm\")(__v.asInstanceOf[js.Any]))\n      loadBalancerName.foreach(__v => __obj.updateDynamic(\"loadBalancerName\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      notAfter.foreach(__v => __obj.updateDynamic(\"notAfter\")(__v.asInstanceOf[js.Any]))\n      notBefore.foreach(__v => __obj.updateDynamic(\"notBefore\")(__v.asInstanceOf[js.Any]))\n      renewalSummary.foreach(__v => __obj.updateDynamic(\"renewalSummary\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      revocationReason.foreach(__v => __obj.updateDynamic(\"revocationReason\")(__v.asInstanceOf[js.Any]))\n      revokedAt.foreach(__v => __obj.updateDynamic(\"revokedAt\")(__v.asInstanceOf[js.Any]))\n      serial.foreach(__v => __obj.updateDynamic(\"serial\")(__v.asInstanceOf[js.Any]))\n      signatureAlgorithm.foreach(__v => __obj.updateDynamic(\"signatureAlgorithm\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      subject.foreach(__v => __obj.updateDynamic(\"subject\")(__v.asInstanceOf[js.Any]))\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerTlsCertificate]\n    }\n  }\n\n  @js.native\n  sealed trait LoadBalancerTlsCertificateDomainStatus extends js.Any\n  object LoadBalancerTlsCertificateDomainStatus {\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[LoadBalancerTlsCertificateDomainStatus]\n    val FAILED = \"FAILED\".asInstanceOf[LoadBalancerTlsCertificateDomainStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[LoadBalancerTlsCertificateDomainStatus]\n\n    @inline def values = js.Array(PENDING_VALIDATION, FAILED, SUCCESS)\n  }\n\n  \/** Contains information about the domain names on an SSL\/TLS certificate that you will use to validate domain ownership.\n    *\/\n  @js.native\n  trait LoadBalancerTlsCertificateDomainValidationOption extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n    var validationStatus: js.UndefOr[LoadBalancerTlsCertificateDomainStatus]\n  }\n\n  object LoadBalancerTlsCertificateDomainValidationOption {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        validationStatus: js.UndefOr[LoadBalancerTlsCertificateDomainStatus] = js.undefined\n    ): LoadBalancerTlsCertificateDomainValidationOption = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      validationStatus.foreach(__v => __obj.updateDynamic(\"validationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerTlsCertificateDomainValidationOption]\n    }\n  }\n\n  \/** Describes the validation record of each domain name in the SSL\/TLS certificate.\n    *\/\n  @js.native\n  trait LoadBalancerTlsCertificateDomainValidationRecord extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n    var name: js.UndefOr[NonEmptyString]\n    var `type`: js.UndefOr[NonEmptyString]\n    var validationStatus: js.UndefOr[LoadBalancerTlsCertificateDomainStatus]\n    var value: js.UndefOr[NonEmptyString]\n  }\n\n  object LoadBalancerTlsCertificateDomainValidationRecord {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        name: js.UndefOr[NonEmptyString] = js.undefined,\n        `type`: js.UndefOr[NonEmptyString] = js.undefined,\n        validationStatus: js.UndefOr[LoadBalancerTlsCertificateDomainStatus] = js.undefined,\n        value: js.UndefOr[NonEmptyString] = js.undefined\n    ): LoadBalancerTlsCertificateDomainValidationRecord = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      validationStatus.foreach(__v => __obj.updateDynamic(\"validationStatus\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerTlsCertificateDomainValidationRecord]\n    }\n  }\n\n  @js.native\n  sealed trait LoadBalancerTlsCertificateFailureReason extends js.Any\n  object LoadBalancerTlsCertificateFailureReason {\n    val NO_AVAILABLE_CONTACTS = \"NO_AVAILABLE_CONTACTS\".asInstanceOf[LoadBalancerTlsCertificateFailureReason]\n    val ADDITIONAL_VERIFICATION_REQUIRED = \"ADDITIONAL_VERIFICATION_REQUIRED\".asInstanceOf[LoadBalancerTlsCertificateFailureReason]\n    val DOMAIN_NOT_ALLOWED = \"DOMAIN_NOT_ALLOWED\".asInstanceOf[LoadBalancerTlsCertificateFailureReason]\n    val INVALID_PUBLIC_DOMAIN = \"INVALID_PUBLIC_DOMAIN\".asInstanceOf[LoadBalancerTlsCertificateFailureReason]\n    val OTHER = \"OTHER\".asInstanceOf[LoadBalancerTlsCertificateFailureReason]\n\n    @inline def values = js.Array(NO_AVAILABLE_CONTACTS, ADDITIONAL_VERIFICATION_REQUIRED, DOMAIN_NOT_ALLOWED, INVALID_PUBLIC_DOMAIN, OTHER)\n  }\n\n  @js.native\n  sealed trait LoadBalancerTlsCertificateRenewalStatus extends js.Any\n  object LoadBalancerTlsCertificateRenewalStatus {\n    val PENDING_AUTO_RENEWAL = \"PENDING_AUTO_RENEWAL\".asInstanceOf[LoadBalancerTlsCertificateRenewalStatus]\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[LoadBalancerTlsCertificateRenewalStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[LoadBalancerTlsCertificateRenewalStatus]\n    val FAILED = \"FAILED\".asInstanceOf[LoadBalancerTlsCertificateRenewalStatus]\n\n    @inline def values = js.Array(PENDING_AUTO_RENEWAL, PENDING_VALIDATION, SUCCESS, FAILED)\n  }\n\n  \/** Contains information about the status of Lightsail's managed renewal for the certificate. The renewal status of the certificate. The following renewal status are possible: * <b> <code>PendingAutoRenewal<\/code> <\/b> - Lightsail is attempting to automatically validate the domain names in the certificate. No further action is required. * <b> <code>PendingValidation<\/code> <\/b> - Lightsail couldn't automatically validate one or more domain names in the certificate. You must take action to validate these domain names or the certificate won't be renewed. If you used DNS validation, check to make sure your certificate's domain validation records exist in your domain's DNS, and that your certificate remains in use. * <b> <code>Success<\/code> <\/b> - All domain names in the certificate are validated, and Lightsail renewed the certificate. No further action is required. * <b> <code>Failed<\/code> <\/b> - One or more domain names were not validated before the certificate expired, and Lightsail\n    * did not renew the certificate. You can request a new certificate using the <code>CreateCertificate<\/code> action.\n    *\/\n  @js.native\n  trait LoadBalancerTlsCertificateRenewalSummary extends js.Object {\n    var domainValidationOptions: js.UndefOr[LoadBalancerTlsCertificateDomainValidationOptionList]\n    var renewalStatus: js.UndefOr[LoadBalancerTlsCertificateRenewalStatus]\n  }\n\n  object LoadBalancerTlsCertificateRenewalSummary {\n    @inline\n    def apply(\n        domainValidationOptions: js.UndefOr[LoadBalancerTlsCertificateDomainValidationOptionList] = js.undefined,\n        renewalStatus: js.UndefOr[LoadBalancerTlsCertificateRenewalStatus] = js.undefined\n    ): LoadBalancerTlsCertificateRenewalSummary = {\n      val __obj = js.Dynamic.literal()\n      domainValidationOptions.foreach(__v => __obj.updateDynamic(\"domainValidationOptions\")(__v.asInstanceOf[js.Any]))\n      renewalStatus.foreach(__v => __obj.updateDynamic(\"renewalStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerTlsCertificateRenewalSummary]\n    }\n  }\n\n  @js.native\n  sealed trait LoadBalancerTlsCertificateRevocationReason extends js.Any\n  object LoadBalancerTlsCertificateRevocationReason {\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val KEY_COMPROMISE = \"KEY_COMPROMISE\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val CA_COMPROMISE = \"CA_COMPROMISE\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val AFFILIATION_CHANGED = \"AFFILIATION_CHANGED\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val SUPERCEDED = \"SUPERCEDED\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val CESSATION_OF_OPERATION = \"CESSATION_OF_OPERATION\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val CERTIFICATE_HOLD = \"CERTIFICATE_HOLD\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val REMOVE_FROM_CRL = \"REMOVE_FROM_CRL\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val PRIVILEGE_WITHDRAWN = \"PRIVILEGE_WITHDRAWN\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n    val A_A_COMPROMISE = \"A_A_COMPROMISE\".asInstanceOf[LoadBalancerTlsCertificateRevocationReason]\n\n    @inline def values = js.Array(\n      UNSPECIFIED,\n      KEY_COMPROMISE,\n      CA_COMPROMISE,\n      AFFILIATION_CHANGED,\n      SUPERCEDED,\n      CESSATION_OF_OPERATION,\n      CERTIFICATE_HOLD,\n      REMOVE_FROM_CRL,\n      PRIVILEGE_WITHDRAWN,\n      A_A_COMPROMISE\n    )\n  }\n\n  @js.native\n  sealed trait LoadBalancerTlsCertificateStatus extends js.Any\n  object LoadBalancerTlsCertificateStatus {\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val ISSUED = \"ISSUED\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val VALIDATION_TIMED_OUT = \"VALIDATION_TIMED_OUT\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val REVOKED = \"REVOKED\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val FAILED = \"FAILED\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[LoadBalancerTlsCertificateStatus]\n\n    @inline def values = js.Array(PENDING_VALIDATION, ISSUED, INACTIVE, EXPIRED, VALIDATION_TIMED_OUT, REVOKED, FAILED, UNKNOWN)\n  }\n\n  \/** Provides a summary of SSL\/TLS certificate metadata.\n    *\/\n  @js.native\n  trait LoadBalancerTlsCertificateSummary extends js.Object {\n    var isAttached: js.UndefOr[Boolean]\n    var name: js.UndefOr[ResourceName]\n  }\n\n  object LoadBalancerTlsCertificateSummary {\n    @inline\n    def apply(\n        isAttached: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined\n    ): LoadBalancerTlsCertificateSummary = {\n      val __obj = js.Dynamic.literal()\n      isAttached.foreach(__v => __obj.updateDynamic(\"isAttached\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerTlsCertificateSummary]\n    }\n  }\n\n  \/** Describes a database log event.\n    *\/\n  @js.native\n  trait LogEvent extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var message: js.UndefOr[String]\n  }\n\n  object LogEvent {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        message: js.UndefOr[String] = js.undefined\n    ): LogEvent = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogEvent]\n    }\n  }\n\n  \/** Describes the metric data point.\n    *\/\n  @js.native\n  trait MetricDatapoint extends js.Object {\n    var average: js.UndefOr[double]\n    var maximum: js.UndefOr[double]\n    var minimum: js.UndefOr[double]\n    var sampleCount: js.UndefOr[double]\n    var sum: js.UndefOr[double]\n    var timestamp: js.UndefOr[timestamp]\n    var unit: js.UndefOr[MetricUnit]\n  }\n\n  object MetricDatapoint {\n    @inline\n    def apply(\n        average: js.UndefOr[double] = js.undefined,\n        maximum: js.UndefOr[double] = js.undefined,\n        minimum: js.UndefOr[double] = js.undefined,\n        sampleCount: js.UndefOr[double] = js.undefined,\n        sum: js.UndefOr[double] = js.undefined,\n        timestamp: js.UndefOr[timestamp] = js.undefined,\n        unit: js.UndefOr[MetricUnit] = js.undefined\n    ): MetricDatapoint = {\n      val __obj = js.Dynamic.literal()\n      average.foreach(__v => __obj.updateDynamic(\"average\")(__v.asInstanceOf[js.Any]))\n      maximum.foreach(__v => __obj.updateDynamic(\"maximum\")(__v.asInstanceOf[js.Any]))\n      minimum.foreach(__v => __obj.updateDynamic(\"minimum\")(__v.asInstanceOf[js.Any]))\n      sampleCount.foreach(__v => __obj.updateDynamic(\"sampleCount\")(__v.asInstanceOf[js.Any]))\n      sum.foreach(__v => __obj.updateDynamic(\"sum\")(__v.asInstanceOf[js.Any]))\n      timestamp.foreach(__v => __obj.updateDynamic(\"timestamp\")(__v.asInstanceOf[js.Any]))\n      unit.foreach(__v => __obj.updateDynamic(\"unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricDatapoint]\n    }\n  }\n\n  @js.native\n  sealed trait MetricName extends js.Any\n  object MetricName {\n    val CPUUtilization = \"CPUUtilization\".asInstanceOf[MetricName]\n    val NetworkIn = \"NetworkIn\".asInstanceOf[MetricName]\n    val NetworkOut = \"NetworkOut\".asInstanceOf[MetricName]\n    val StatusCheckFailed = \"StatusCheckFailed\".asInstanceOf[MetricName]\n    val StatusCheckFailed_Instance = \"StatusCheckFailed_Instance\".asInstanceOf[MetricName]\n    val StatusCheckFailed_System = \"StatusCheckFailed_System\".asInstanceOf[MetricName]\n    val ClientTLSNegotiationErrorCount = \"ClientTLSNegotiationErrorCount\".asInstanceOf[MetricName]\n    val HealthyHostCount = \"HealthyHostCount\".asInstanceOf[MetricName]\n    val UnhealthyHostCount = \"UnhealthyHostCount\".asInstanceOf[MetricName]\n    val HTTPCode_LB_4XX_Count = \"HTTPCode_LB_4XX_Count\".asInstanceOf[MetricName]\n    val HTTPCode_LB_5XX_Count = \"HTTPCode_LB_5XX_Count\".asInstanceOf[MetricName]\n    val HTTPCode_Instance_2XX_Count = \"HTTPCode_Instance_2XX_Count\".asInstanceOf[MetricName]\n    val HTTPCode_Instance_3XX_Count = \"HTTPCode_Instance_3XX_Count\".asInstanceOf[MetricName]\n    val HTTPCode_Instance_4XX_Count = \"HTTPCode_Instance_4XX_Count\".asInstanceOf[MetricName]\n    val HTTPCode_Instance_5XX_Count = \"HTTPCode_Instance_5XX_Count\".asInstanceOf[MetricName]\n    val InstanceResponseTime = \"InstanceResponseTime\".asInstanceOf[MetricName]\n    val RejectedConnectionCount = \"RejectedConnectionCount\".asInstanceOf[MetricName]\n    val RequestCount = \"RequestCount\".asInstanceOf[MetricName]\n    val DatabaseConnections = \"DatabaseConnections\".asInstanceOf[MetricName]\n    val DiskQueueDepth = \"DiskQueueDepth\".asInstanceOf[MetricName]\n    val FreeStorageSpace = \"FreeStorageSpace\".asInstanceOf[MetricName]\n    val NetworkReceiveThroughput = \"NetworkReceiveThroughput\".asInstanceOf[MetricName]\n    val NetworkTransmitThroughput = \"NetworkTransmitThroughput\".asInstanceOf[MetricName]\n    val BurstCapacityTime = \"BurstCapacityTime\".asInstanceOf[MetricName]\n    val BurstCapacityPercentage = \"BurstCapacityPercentage\".asInstanceOf[MetricName]\n\n    @inline def values = js.Array(\n      CPUUtilization,\n      NetworkIn,\n      NetworkOut,\n      StatusCheckFailed,\n      StatusCheckFailed_Instance,\n      StatusCheckFailed_System,\n      ClientTLSNegotiationErrorCount,\n      HealthyHostCount,\n      UnhealthyHostCount,\n      HTTPCode_LB_4XX_Count,\n      HTTPCode_LB_5XX_Count,\n      HTTPCode_Instance_2XX_Count,\n      HTTPCode_Instance_3XX_Count,\n      HTTPCode_Instance_4XX_Count,\n      HTTPCode_Instance_5XX_Count,\n      InstanceResponseTime,\n      RejectedConnectionCount,\n      RequestCount,\n      DatabaseConnections,\n      DiskQueueDepth,\n      FreeStorageSpace,\n      NetworkReceiveThroughput,\n      NetworkTransmitThroughput,\n      BurstCapacityTime,\n      BurstCapacityPercentage\n    )\n  }\n\n  @js.native\n  sealed trait MetricStatistic extends js.Any\n  object MetricStatistic {\n    val Minimum = \"Minimum\".asInstanceOf[MetricStatistic]\n    val Maximum = \"Maximum\".asInstanceOf[MetricStatistic]\n    val Sum = \"Sum\".asInstanceOf[MetricStatistic]\n    val Average = \"Average\".asInstanceOf[MetricStatistic]\n    val SampleCount = \"SampleCount\".asInstanceOf[MetricStatistic]\n\n    @inline def values = js.Array(Minimum, Maximum, Sum, Average, SampleCount)\n  }\n\n  @js.native\n  sealed trait MetricUnit extends js.Any\n  object MetricUnit {\n    val Seconds = \"Seconds\".asInstanceOf[MetricUnit]\n    val Microseconds = \"Microseconds\".asInstanceOf[MetricUnit]\n    val Milliseconds = \"Milliseconds\".asInstanceOf[MetricUnit]\n    val Bytes = \"Bytes\".asInstanceOf[MetricUnit]\n    val Kilobytes = \"Kilobytes\".asInstanceOf[MetricUnit]\n    val Megabytes = \"Megabytes\".asInstanceOf[MetricUnit]\n    val Gigabytes = \"Gigabytes\".asInstanceOf[MetricUnit]\n    val Terabytes = \"Terabytes\".asInstanceOf[MetricUnit]\n    val Bits = \"Bits\".asInstanceOf[MetricUnit]\n    val Kilobits = \"Kilobits\".asInstanceOf[MetricUnit]\n    val Megabits = \"Megabits\".asInstanceOf[MetricUnit]\n    val Gigabits = \"Gigabits\".asInstanceOf[MetricUnit]\n    val Terabits = \"Terabits\".asInstanceOf[MetricUnit]\n    val Percent = \"Percent\".asInstanceOf[MetricUnit]\n    val Count = \"Count\".asInstanceOf[MetricUnit]\n    val `Bytes\/Second` = \"Bytes\/Second\".asInstanceOf[MetricUnit]\n    val `Kilobytes\/Second` = \"Kilobytes\/Second\".asInstanceOf[MetricUnit]\n    val `Megabytes\/Second` = \"Megabytes\/Second\".asInstanceOf[MetricUnit]\n    val `Gigabytes\/Second` = \"Gigabytes\/Second\".asInstanceOf[MetricUnit]\n    val `Terabytes\/Second` = \"Terabytes\/Second\".asInstanceOf[MetricUnit]\n    val `Bits\/Second` = \"Bits\/Second\".asInstanceOf[MetricUnit]\n    val `Kilobits\/Second` = \"Kilobits\/Second\".asInstanceOf[MetricUnit]\n    val `Megabits\/Second` = \"Megabits\/Second\".asInstanceOf[MetricUnit]\n    val `Gigabits\/Second` = \"Gigabits\/Second\".asInstanceOf[MetricUnit]\n    val `Terabits\/Second` = \"Terabits\/Second\".asInstanceOf[MetricUnit]\n    val `Count\/Second` = \"Count\/Second\".asInstanceOf[MetricUnit]\n    val None = \"None\".asInstanceOf[MetricUnit]\n\n    @inline def values = js.Array(\n      Seconds,\n      Microseconds,\n      Milliseconds,\n      Bytes,\n      Kilobytes,\n      Megabytes,\n      Gigabytes,\n      Terabytes,\n      Bits,\n      Kilobits,\n      Megabits,\n      Gigabits,\n      Terabits,\n      Percent,\n      Count,\n      `Bytes\/Second`,\n      `Kilobytes\/Second`,\n      `Megabytes\/Second`,\n      `Gigabytes\/Second`,\n      `Terabytes\/Second`,\n      `Bits\/Second`,\n      `Kilobits\/Second`,\n      `Megabits\/Second`,\n      `Gigabits\/Second`,\n      `Terabits\/Second`,\n      `Count\/Second`,\n      None\n    )\n  }\n\n  \/** Describes resource being monitored by an alarm. An alarm is a way to monitor your Amazon Lightsail resource metrics. For more information, see [[https:\/\/lightsail.aws.amazon.com\/ls\/docs\/en_us\/articles\/amazon-lightsail-alarms|Alarms in Amazon Lightsail]].\n    *\/\n  @js.native\n  trait MonitoredResourceInfo extends js.Object {\n    var arn: js.UndefOr[ResourceArn]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n  }\n\n  object MonitoredResourceInfo {\n    @inline\n    def apply(\n        arn: js.UndefOr[ResourceArn] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined\n    ): MonitoredResourceInfo = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoredResourceInfo]\n    }\n  }\n\n  \/** Describes the monthly data transfer in and out of your virtual private server (or <i>instance<\/i>).\n    *\/\n  @js.native\n  trait MonthlyTransfer extends js.Object {\n    var gbPerMonthAllocated: js.UndefOr[Int]\n  }\n\n  object MonthlyTransfer {\n    @inline\n    def apply(\n        gbPerMonthAllocated: js.UndefOr[Int] = js.undefined\n    ): MonthlyTransfer = {\n      val __obj = js.Dynamic.literal()\n      gbPerMonthAllocated.foreach(__v => __obj.updateDynamic(\"gbPerMonthAllocated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonthlyTransfer]\n    }\n  }\n\n  @js.native\n  sealed trait NetworkProtocol extends js.Any\n  object NetworkProtocol {\n    val tcp = \"tcp\".asInstanceOf[NetworkProtocol]\n    val all = \"all\".asInstanceOf[NetworkProtocol]\n    val udp = \"udp\".asInstanceOf[NetworkProtocol]\n    val icmp = \"icmp\".asInstanceOf[NetworkProtocol]\n\n    @inline def values = js.Array(tcp, all, udp, icmp)\n  }\n\n  @js.native\n  trait OpenInstancePublicPortsRequest extends js.Object {\n    var instanceName: ResourceName\n    var portInfo: PortInfo\n  }\n\n  object OpenInstancePublicPortsRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        portInfo: PortInfo\n    ): OpenInstancePublicPortsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"portInfo\" -> portInfo.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OpenInstancePublicPortsRequest]\n    }\n  }\n\n  @js.native\n  trait OpenInstancePublicPortsResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object OpenInstancePublicPortsResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): OpenInstancePublicPortsResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpenInstancePublicPortsResult]\n    }\n  }\n\n  \/** Describes the API operation.\n    *\/\n  @js.native\n  trait Operation extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var errorCode: js.UndefOr[String]\n    var errorDetails: js.UndefOr[String]\n    var id: js.UndefOr[NonEmptyString]\n    var isTerminal: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var operationDetails: js.UndefOr[String]\n    var operationType: js.UndefOr[OperationType]\n    var resourceName: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var status: js.UndefOr[OperationStatus]\n    var statusChangedAt: js.UndefOr[IsoDate]\n  }\n\n  object Operation {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        errorCode: js.UndefOr[String] = js.undefined,\n        errorDetails: js.UndefOr[String] = js.undefined,\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        isTerminal: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        operationDetails: js.UndefOr[String] = js.undefined,\n        operationType: js.UndefOr[OperationType] = js.undefined,\n        resourceName: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        status: js.UndefOr[OperationStatus] = js.undefined,\n        statusChangedAt: js.UndefOr[IsoDate] = js.undefined\n    ): Operation = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      errorDetails.foreach(__v => __obj.updateDynamic(\"errorDetails\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      isTerminal.foreach(__v => __obj.updateDynamic(\"isTerminal\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      operationDetails.foreach(__v => __obj.updateDynamic(\"operationDetails\")(__v.asInstanceOf[js.Any]))\n      operationType.foreach(__v => __obj.updateDynamic(\"operationType\")(__v.asInstanceOf[js.Any]))\n      resourceName.foreach(__v => __obj.updateDynamic(\"resourceName\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusChangedAt.foreach(__v => __obj.updateDynamic(\"statusChangedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Operation]\n    }\n  }\n\n  @js.native\n  sealed trait OperationStatus extends js.Any\n  object OperationStatus {\n    val NotStarted = \"NotStarted\".asInstanceOf[OperationStatus]\n    val Started = \"Started\".asInstanceOf[OperationStatus]\n    val Failed = \"Failed\".asInstanceOf[OperationStatus]\n    val Completed = \"Completed\".asInstanceOf[OperationStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[OperationStatus]\n\n    @inline def values = js.Array(NotStarted, Started, Failed, Completed, Succeeded)\n  }\n\n  @js.native\n  sealed trait OperationType extends js.Any\n  object OperationType {\n    val DeleteKnownHostKeys = \"DeleteKnownHostKeys\".asInstanceOf[OperationType]\n    val DeleteInstance = \"DeleteInstance\".asInstanceOf[OperationType]\n    val CreateInstance = \"CreateInstance\".asInstanceOf[OperationType]\n    val StopInstance = \"StopInstance\".asInstanceOf[OperationType]\n    val StartInstance = \"StartInstance\".asInstanceOf[OperationType]\n    val RebootInstance = \"RebootInstance\".asInstanceOf[OperationType]\n    val OpenInstancePublicPorts = \"OpenInstancePublicPorts\".asInstanceOf[OperationType]\n    val PutInstancePublicPorts = \"PutInstancePublicPorts\".asInstanceOf[OperationType]\n    val CloseInstancePublicPorts = \"CloseInstancePublicPorts\".asInstanceOf[OperationType]\n    val AllocateStaticIp = \"AllocateStaticIp\".asInstanceOf[OperationType]\n    val ReleaseStaticIp = \"ReleaseStaticIp\".asInstanceOf[OperationType]\n    val AttachStaticIp = \"AttachStaticIp\".asInstanceOf[OperationType]\n    val DetachStaticIp = \"DetachStaticIp\".asInstanceOf[OperationType]\n    val UpdateDomainEntry = \"UpdateDomainEntry\".asInstanceOf[OperationType]\n    val DeleteDomainEntry = \"DeleteDomainEntry\".asInstanceOf[OperationType]\n    val CreateDomain = \"CreateDomain\".asInstanceOf[OperationType]\n    val DeleteDomain = \"DeleteDomain\".asInstanceOf[OperationType]\n    val CreateInstanceSnapshot = \"CreateInstanceSnapshot\".asInstanceOf[OperationType]\n    val DeleteInstanceSnapshot = \"DeleteInstanceSnapshot\".asInstanceOf[OperationType]\n    val CreateInstancesFromSnapshot = \"CreateInstancesFromSnapshot\".asInstanceOf[OperationType]\n    val CreateLoadBalancer = \"CreateLoadBalancer\".asInstanceOf[OperationType]\n    val DeleteLoadBalancer = \"DeleteLoadBalancer\".asInstanceOf[OperationType]\n    val AttachInstancesToLoadBalancer = \"AttachInstancesToLoadBalancer\".asInstanceOf[OperationType]\n    val DetachInstancesFromLoadBalancer = \"DetachInstancesFromLoadBalancer\".asInstanceOf[OperationType]\n    val UpdateLoadBalancerAttribute = \"UpdateLoadBalancerAttribute\".asInstanceOf[OperationType]\n    val CreateLoadBalancerTlsCertificate = \"CreateLoadBalancerTlsCertificate\".asInstanceOf[OperationType]\n    val DeleteLoadBalancerTlsCertificate = \"DeleteLoadBalancerTlsCertificate\".asInstanceOf[OperationType]\n    val AttachLoadBalancerTlsCertificate = \"AttachLoadBalancerTlsCertificate\".asInstanceOf[OperationType]\n    val CreateDisk = \"CreateDisk\".asInstanceOf[OperationType]\n    val DeleteDisk = \"DeleteDisk\".asInstanceOf[OperationType]\n    val AttachDisk = \"AttachDisk\".asInstanceOf[OperationType]\n    val DetachDisk = \"DetachDisk\".asInstanceOf[OperationType]\n    val CreateDiskSnapshot = \"CreateDiskSnapshot\".asInstanceOf[OperationType]\n    val DeleteDiskSnapshot = \"DeleteDiskSnapshot\".asInstanceOf[OperationType]\n    val CreateDiskFromSnapshot = \"CreateDiskFromSnapshot\".asInstanceOf[OperationType]\n    val CreateRelationalDatabase = \"CreateRelationalDatabase\".asInstanceOf[OperationType]\n    val UpdateRelationalDatabase = \"UpdateRelationalDatabase\".asInstanceOf[OperationType]\n    val DeleteRelationalDatabase = \"DeleteRelationalDatabase\".asInstanceOf[OperationType]\n    val CreateRelationalDatabaseFromSnapshot = \"CreateRelationalDatabaseFromSnapshot\".asInstanceOf[OperationType]\n    val CreateRelationalDatabaseSnapshot = \"CreateRelationalDatabaseSnapshot\".asInstanceOf[OperationType]\n    val DeleteRelationalDatabaseSnapshot = \"DeleteRelationalDatabaseSnapshot\".asInstanceOf[OperationType]\n    val UpdateRelationalDatabaseParameters = \"UpdateRelationalDatabaseParameters\".asInstanceOf[OperationType]\n    val StartRelationalDatabase = \"StartRelationalDatabase\".asInstanceOf[OperationType]\n    val RebootRelationalDatabase = \"RebootRelationalDatabase\".asInstanceOf[OperationType]\n    val StopRelationalDatabase = \"StopRelationalDatabase\".asInstanceOf[OperationType]\n    val EnableAddOn = \"EnableAddOn\".asInstanceOf[OperationType]\n    val DisableAddOn = \"DisableAddOn\".asInstanceOf[OperationType]\n    val PutAlarm = \"PutAlarm\".asInstanceOf[OperationType]\n    val GetAlarms = \"GetAlarms\".asInstanceOf[OperationType]\n    val DeleteAlarm = \"DeleteAlarm\".asInstanceOf[OperationType]\n    val TestAlarm = \"TestAlarm\".asInstanceOf[OperationType]\n    val CreateContactMethod = \"CreateContactMethod\".asInstanceOf[OperationType]\n    val GetContactMethods = \"GetContactMethods\".asInstanceOf[OperationType]\n    val SendContactMethodVerification = \"SendContactMethodVerification\".asInstanceOf[OperationType]\n    val DeleteContactMethod = \"DeleteContactMethod\".asInstanceOf[OperationType]\n    val CreateDistribution = \"CreateDistribution\".asInstanceOf[OperationType]\n    val UpdateDistribution = \"UpdateDistribution\".asInstanceOf[OperationType]\n    val DeleteDistribution = \"DeleteDistribution\".asInstanceOf[OperationType]\n    val ResetDistributionCache = \"ResetDistributionCache\".asInstanceOf[OperationType]\n    val AttachCertificateToDistribution = \"AttachCertificateToDistribution\".asInstanceOf[OperationType]\n    val DetachCertificateFromDistribution = \"DetachCertificateFromDistribution\".asInstanceOf[OperationType]\n    val UpdateDistributionBundle = \"UpdateDistributionBundle\".asInstanceOf[OperationType]\n    val SetIpAddressType = \"SetIpAddressType\".asInstanceOf[OperationType]\n    val CreateCertificate = \"CreateCertificate\".asInstanceOf[OperationType]\n    val DeleteCertificate = \"DeleteCertificate\".asInstanceOf[OperationType]\n    val CreateContainerService = \"CreateContainerService\".asInstanceOf[OperationType]\n    val UpdateContainerService = \"UpdateContainerService\".asInstanceOf[OperationType]\n    val DeleteContainerService = \"DeleteContainerService\".asInstanceOf[OperationType]\n    val CreateContainerServiceDeployment = \"CreateContainerServiceDeployment\".asInstanceOf[OperationType]\n    val CreateContainerServiceRegistryLogin = \"CreateContainerServiceRegistryLogin\".asInstanceOf[OperationType]\n    val RegisterContainerImage = \"RegisterContainerImage\".asInstanceOf[OperationType]\n    val DeleteContainerImage = \"DeleteContainerImage\".asInstanceOf[OperationType]\n\n    @inline def values = js.Array(\n      DeleteKnownHostKeys,\n      DeleteInstance,\n      CreateInstance,\n      StopInstance,\n      StartInstance,\n      RebootInstance,\n      OpenInstancePublicPorts,\n      PutInstancePublicPorts,\n      CloseInstancePublicPorts,\n      AllocateStaticIp,\n      ReleaseStaticIp,\n      AttachStaticIp,\n      DetachStaticIp,\n      UpdateDomainEntry,\n      DeleteDomainEntry,\n      CreateDomain,\n      DeleteDomain,\n      CreateInstanceSnapshot,\n      DeleteInstanceSnapshot,\n      CreateInstancesFromSnapshot,\n      CreateLoadBalancer,\n      DeleteLoadBalancer,\n      AttachInstancesToLoadBalancer,\n      DetachInstancesFromLoadBalancer,\n      UpdateLoadBalancerAttribute,\n      CreateLoadBalancerTlsCertificate,\n      DeleteLoadBalancerTlsCertificate,\n      AttachLoadBalancerTlsCertificate,\n      CreateDisk,\n      DeleteDisk,\n      AttachDisk,\n      DetachDisk,\n      CreateDiskSnapshot,\n      DeleteDiskSnapshot,\n      CreateDiskFromSnapshot,\n      CreateRelationalDatabase,\n      UpdateRelationalDatabase,\n      DeleteRelationalDatabase,\n      CreateRelationalDatabaseFromSnapshot,\n      CreateRelationalDatabaseSnapshot,\n      DeleteRelationalDatabaseSnapshot,\n      UpdateRelationalDatabaseParameters,\n      StartRelationalDatabase,\n      RebootRelationalDatabase,\n      StopRelationalDatabase,\n      EnableAddOn,\n      DisableAddOn,\n      PutAlarm,\n      GetAlarms,\n      DeleteAlarm,\n      TestAlarm,\n      CreateContactMethod,\n      GetContactMethods,\n      SendContactMethodVerification,\n      DeleteContactMethod,\n      CreateDistribution,\n      UpdateDistribution,\n      DeleteDistribution,\n      ResetDistributionCache,\n      AttachCertificateToDistribution,\n      DetachCertificateFromDistribution,\n      UpdateDistributionBundle,\n      SetIpAddressType,\n      CreateCertificate,\n      DeleteCertificate,\n      CreateContainerService,\n      UpdateContainerService,\n      DeleteContainerService,\n      CreateContainerServiceDeployment,\n      CreateContainerServiceRegistryLogin,\n      RegisterContainerImage,\n      DeleteContainerImage\n    )\n  }\n\n  \/** Describes the origin resource of an Amazon Lightsail content delivery network (CDN) distribution. An origin can be a Lightsail instance or load balancer. A distribution pulls content from an origin, caches it, and serves it to viewers via a worldwide network of edge servers.\n    *\/\n  @js.native\n  trait Origin extends js.Object {\n    var name: js.UndefOr[ResourceName]\n    var protocolPolicy: js.UndefOr[OriginProtocolPolicyEnum]\n    var regionName: js.UndefOr[RegionName]\n    var resourceType: js.UndefOr[ResourceType]\n  }\n\n  object Origin {\n    @inline\n    def apply(\n        name: js.UndefOr[ResourceName] = js.undefined,\n        protocolPolicy: js.UndefOr[OriginProtocolPolicyEnum] = js.undefined,\n        regionName: js.UndefOr[RegionName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined\n    ): Origin = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      protocolPolicy.foreach(__v => __obj.updateDynamic(\"protocolPolicy\")(__v.asInstanceOf[js.Any]))\n      regionName.foreach(__v => __obj.updateDynamic(\"regionName\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Origin]\n    }\n  }\n\n  @js.native\n  sealed trait OriginProtocolPolicyEnum extends js.Any\n  object OriginProtocolPolicyEnum {\n    val `http-only` = \"http-only\".asInstanceOf[OriginProtocolPolicyEnum]\n    val `https-only` = \"https-only\".asInstanceOf[OriginProtocolPolicyEnum]\n\n    @inline def values = js.Array(`http-only`, `https-only`)\n  }\n\n  \/** The password data for the Windows Server-based instance, including the ciphertext and the key pair name.\n    *\/\n  @js.native\n  trait PasswordData extends js.Object {\n    var ciphertext: js.UndefOr[String]\n    var keyPairName: js.UndefOr[ResourceName]\n  }\n\n  object PasswordData {\n    @inline\n    def apply(\n        ciphertext: js.UndefOr[String] = js.undefined,\n        keyPairName: js.UndefOr[ResourceName] = js.undefined\n    ): PasswordData = {\n      val __obj = js.Dynamic.literal()\n      ciphertext.foreach(__v => __obj.updateDynamic(\"ciphertext\")(__v.asInstanceOf[js.Any]))\n      keyPairName.foreach(__v => __obj.updateDynamic(\"keyPairName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PasswordData]\n    }\n  }\n\n  @js.native\n  trait PeerVpcRequest extends js.Object\n\n  object PeerVpcRequest {\n    @inline\n    def apply(): PeerVpcRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PeerVpcRequest]\n    }\n  }\n\n  @js.native\n  trait PeerVpcResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object PeerVpcResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): PeerVpcResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PeerVpcResult]\n    }\n  }\n\n  \/** Describes a pending database maintenance action.\n    *\/\n  @js.native\n  trait PendingMaintenanceAction extends js.Object {\n    var action: js.UndefOr[NonEmptyString]\n    var currentApplyDate: js.UndefOr[IsoDate]\n    var description: js.UndefOr[NonEmptyString]\n  }\n\n  object PendingMaintenanceAction {\n    @inline\n    def apply(\n        action: js.UndefOr[NonEmptyString] = js.undefined,\n        currentApplyDate: js.UndefOr[IsoDate] = js.undefined,\n        description: js.UndefOr[NonEmptyString] = js.undefined\n    ): PendingMaintenanceAction = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      currentApplyDate.foreach(__v => __obj.updateDynamic(\"currentApplyDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingMaintenanceAction]\n    }\n  }\n\n  \/** Describes a pending database value modification.\n    *\/\n  @js.native\n  trait PendingModifiedRelationalDatabaseValues extends js.Object {\n    var backupRetentionEnabled: js.UndefOr[Boolean]\n    var engineVersion: js.UndefOr[String]\n    var masterUserPassword: js.UndefOr[String]\n  }\n\n  object PendingModifiedRelationalDatabaseValues {\n    @inline\n    def apply(\n        backupRetentionEnabled: js.UndefOr[Boolean] = js.undefined,\n        engineVersion: js.UndefOr[String] = js.undefined,\n        masterUserPassword: js.UndefOr[String] = js.undefined\n    ): PendingModifiedRelationalDatabaseValues = {\n      val __obj = js.Dynamic.literal()\n      backupRetentionEnabled.foreach(__v => __obj.updateDynamic(\"backupRetentionEnabled\")(__v.asInstanceOf[js.Any]))\n      engineVersion.foreach(__v => __obj.updateDynamic(\"engineVersion\")(__v.asInstanceOf[js.Any]))\n      masterUserPassword.foreach(__v => __obj.updateDynamic(\"masterUserPassword\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingModifiedRelationalDatabaseValues]\n    }\n  }\n\n  @js.native\n  sealed trait PortAccessType extends js.Any\n  object PortAccessType {\n    val Public = \"Public\".asInstanceOf[PortAccessType]\n    val Private = \"Private\".asInstanceOf[PortAccessType]\n\n    @inline def values = js.Array(Public, Private)\n  }\n\n  \/** Describes ports to open on an instance, the IP addresses allowed to connect to the instance through the ports, and the protocol.\n    *\/\n  @js.native\n  trait PortInfo extends js.Object {\n    var cidrListAliases: js.UndefOr[StringList]\n    var cidrs: js.UndefOr[StringList]\n    var fromPort: js.UndefOr[Port]\n    var ipv6Cidrs: js.UndefOr[StringList]\n    var protocol: js.UndefOr[NetworkProtocol]\n    var toPort: js.UndefOr[Port]\n  }\n\n  object PortInfo {\n    @inline\n    def apply(\n        cidrListAliases: js.UndefOr[StringList] = js.undefined,\n        cidrs: js.UndefOr[StringList] = js.undefined,\n        fromPort: js.UndefOr[Port] = js.undefined,\n        ipv6Cidrs: js.UndefOr[StringList] = js.undefined,\n        protocol: js.UndefOr[NetworkProtocol] = js.undefined,\n        toPort: js.UndefOr[Port] = js.undefined\n    ): PortInfo = {\n      val __obj = js.Dynamic.literal()\n      cidrListAliases.foreach(__v => __obj.updateDynamic(\"cidrListAliases\")(__v.asInstanceOf[js.Any]))\n      cidrs.foreach(__v => __obj.updateDynamic(\"cidrs\")(__v.asInstanceOf[js.Any]))\n      fromPort.foreach(__v => __obj.updateDynamic(\"fromPort\")(__v.asInstanceOf[js.Any]))\n      ipv6Cidrs.foreach(__v => __obj.updateDynamic(\"ipv6Cidrs\")(__v.asInstanceOf[js.Any]))\n      protocol.foreach(__v => __obj.updateDynamic(\"protocol\")(__v.asInstanceOf[js.Any]))\n      toPort.foreach(__v => __obj.updateDynamic(\"toPort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PortInfo]\n    }\n  }\n\n  @js.native\n  sealed trait PortInfoSourceType extends js.Any\n  object PortInfoSourceType {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[PortInfoSourceType]\n    val INSTANCE = \"INSTANCE\".asInstanceOf[PortInfoSourceType]\n    val NONE = \"NONE\".asInstanceOf[PortInfoSourceType]\n    val CLOSED = \"CLOSED\".asInstanceOf[PortInfoSourceType]\n\n    @inline def values = js.Array(DEFAULT, INSTANCE, NONE, CLOSED)\n  }\n\n  @js.native\n  sealed trait PortState extends js.Any\n  object PortState {\n    val open = \"open\".asInstanceOf[PortState]\n    val closed = \"closed\".asInstanceOf[PortState]\n\n    @inline def values = js.Array(open, closed)\n  }\n\n  @js.native\n  trait PutAlarmRequest extends js.Object {\n    var alarmName: ResourceName\n    var comparisonOperator: ComparisonOperator\n    var evaluationPeriods: Int\n    var metricName: MetricName\n    var monitoredResourceName: ResourceName\n    var threshold: double\n    var contactProtocols: js.UndefOr[ContactProtocolsList]\n    var datapointsToAlarm: js.UndefOr[Int]\n    var notificationEnabled: js.UndefOr[Boolean]\n    var notificationTriggers: js.UndefOr[NotificationTriggerList]\n    var treatMissingData: js.UndefOr[TreatMissingData]\n  }\n\n  object PutAlarmRequest {\n    @inline\n    def apply(\n        alarmName: ResourceName,\n        comparisonOperator: ComparisonOperator,\n        evaluationPeriods: Int,\n        metricName: MetricName,\n        monitoredResourceName: ResourceName,\n        threshold: double,\n        contactProtocols: js.UndefOr[ContactProtocolsList] = js.undefined,\n        datapointsToAlarm: js.UndefOr[Int] = js.undefined,\n        notificationEnabled: js.UndefOr[Boolean] = js.undefined,\n        notificationTriggers: js.UndefOr[NotificationTriggerList] = js.undefined,\n        treatMissingData: js.UndefOr[TreatMissingData] = js.undefined\n    ): PutAlarmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"alarmName\" -> alarmName.asInstanceOf[js.Any],\n        \"comparisonOperator\" -> comparisonOperator.asInstanceOf[js.Any],\n        \"evaluationPeriods\" -> evaluationPeriods.asInstanceOf[js.Any],\n        \"metricName\" -> metricName.asInstanceOf[js.Any],\n        \"monitoredResourceName\" -> monitoredResourceName.asInstanceOf[js.Any],\n        \"threshold\" -> threshold.asInstanceOf[js.Any]\n      )\n\n      contactProtocols.foreach(__v => __obj.updateDynamic(\"contactProtocols\")(__v.asInstanceOf[js.Any]))\n      datapointsToAlarm.foreach(__v => __obj.updateDynamic(\"datapointsToAlarm\")(__v.asInstanceOf[js.Any]))\n      notificationEnabled.foreach(__v => __obj.updateDynamic(\"notificationEnabled\")(__v.asInstanceOf[js.Any]))\n      notificationTriggers.foreach(__v => __obj.updateDynamic(\"notificationTriggers\")(__v.asInstanceOf[js.Any]))\n      treatMissingData.foreach(__v => __obj.updateDynamic(\"treatMissingData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAlarmRequest]\n    }\n  }\n\n  @js.native\n  trait PutAlarmResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object PutAlarmResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): PutAlarmResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAlarmResult]\n    }\n  }\n\n  @js.native\n  trait PutInstancePublicPortsRequest extends js.Object {\n    var instanceName: ResourceName\n    var portInfos: PortInfoList\n  }\n\n  object PutInstancePublicPortsRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        portInfos: PortInfoList\n    ): PutInstancePublicPortsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any],\n        \"portInfos\" -> portInfos.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutInstancePublicPortsRequest]\n    }\n  }\n\n  @js.native\n  trait PutInstancePublicPortsResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object PutInstancePublicPortsResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): PutInstancePublicPortsResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutInstancePublicPortsResult]\n    }\n  }\n\n  \/** Describes the query string parameters that an Amazon Lightsail content delivery network (CDN) distribution to bases caching on. For the query strings that you specify, your distribution caches separate versions of the specified content based on the query string values in viewer requests.\n    *\/\n  @js.native\n  trait QueryStringObject extends js.Object {\n    var option: js.UndefOr[Boolean]\n    var queryStringsAllowList: js.UndefOr[StringList]\n  }\n\n  object QueryStringObject {\n    @inline\n    def apply(\n        option: js.UndefOr[Boolean] = js.undefined,\n        queryStringsAllowList: js.UndefOr[StringList] = js.undefined\n    ): QueryStringObject = {\n      val __obj = js.Dynamic.literal()\n      option.foreach(__v => __obj.updateDynamic(\"option\")(__v.asInstanceOf[js.Any]))\n      queryStringsAllowList.foreach(__v => __obj.updateDynamic(\"queryStringsAllowList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryStringObject]\n    }\n  }\n\n  @js.native\n  trait RebootInstanceRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object RebootInstanceRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): RebootInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RebootInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait RebootInstanceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object RebootInstanceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): RebootInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootInstanceResult]\n    }\n  }\n\n  @js.native\n  trait RebootRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n  }\n\n  object RebootRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName\n    ): RebootRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RebootRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait RebootRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object RebootRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): RebootRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootRelationalDatabaseResult]\n    }\n  }\n\n  @js.native\n  sealed trait RecordState extends js.Any\n  object RecordState {\n    val Started = \"Started\".asInstanceOf[RecordState]\n    val Succeeded = \"Succeeded\".asInstanceOf[RecordState]\n    val Failed = \"Failed\".asInstanceOf[RecordState]\n\n    @inline def values = js.Array(Started, Succeeded, Failed)\n  }\n\n  \/** Describes the AWS Region.\n    *\/\n  @js.native\n  trait Region extends js.Object {\n    var availabilityZones: js.UndefOr[AvailabilityZoneList]\n    var continentCode: js.UndefOr[String]\n    var description: js.UndefOr[String]\n    var displayName: js.UndefOr[String]\n    var name: js.UndefOr[RegionName]\n    var relationalDatabaseAvailabilityZones: js.UndefOr[AvailabilityZoneList]\n  }\n\n  object Region {\n    @inline\n    def apply(\n        availabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined,\n        continentCode: js.UndefOr[String] = js.undefined,\n        description: js.UndefOr[String] = js.undefined,\n        displayName: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[RegionName] = js.undefined,\n        relationalDatabaseAvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined\n    ): Region = {\n      val __obj = js.Dynamic.literal()\n      availabilityZones.foreach(__v => __obj.updateDynamic(\"availabilityZones\")(__v.asInstanceOf[js.Any]))\n      continentCode.foreach(__v => __obj.updateDynamic(\"continentCode\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      displayName.foreach(__v => __obj.updateDynamic(\"displayName\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseAvailabilityZones.foreach(__v => __obj.updateDynamic(\"relationalDatabaseAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Region]\n    }\n  }\n\n  @js.native\n  sealed trait RegionName extends js.Any\n  object RegionName {\n    val `us-east-1` = \"us-east-1\".asInstanceOf[RegionName]\n    val `us-east-2` = \"us-east-2\".asInstanceOf[RegionName]\n    val `us-west-1` = \"us-west-1\".asInstanceOf[RegionName]\n    val `us-west-2` = \"us-west-2\".asInstanceOf[RegionName]\n    val `eu-west-1` = \"eu-west-1\".asInstanceOf[RegionName]\n    val `eu-west-2` = \"eu-west-2\".asInstanceOf[RegionName]\n    val `eu-west-3` = \"eu-west-3\".asInstanceOf[RegionName]\n    val `eu-central-1` = \"eu-central-1\".asInstanceOf[RegionName]\n    val `ca-central-1` = \"ca-central-1\".asInstanceOf[RegionName]\n    val `ap-south-1` = \"ap-south-1\".asInstanceOf[RegionName]\n    val `ap-southeast-1` = \"ap-southeast-1\".asInstanceOf[RegionName]\n    val `ap-southeast-2` = \"ap-southeast-2\".asInstanceOf[RegionName]\n    val `ap-northeast-1` = \"ap-northeast-1\".asInstanceOf[RegionName]\n    val `ap-northeast-2` = \"ap-northeast-2\".asInstanceOf[RegionName]\n\n    @inline def values = js.Array(\n      `us-east-1`,\n      `us-east-2`,\n      `us-west-1`,\n      `us-west-2`,\n      `eu-west-1`,\n      `eu-west-2`,\n      `eu-west-3`,\n      `eu-central-1`,\n      `ca-central-1`,\n      `ap-south-1`,\n      `ap-southeast-1`,\n      `ap-southeast-2`,\n      `ap-northeast-1`,\n      `ap-northeast-2`\n    )\n  }\n\n  @js.native\n  trait RegisterContainerImageRequest extends js.Object {\n    var digest: String\n    var label: ContainerLabel\n    var serviceName: ContainerServiceName\n  }\n\n  object RegisterContainerImageRequest {\n    @inline\n    def apply(\n        digest: String,\n        label: ContainerLabel,\n        serviceName: ContainerServiceName\n    ): RegisterContainerImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"digest\" -> digest.asInstanceOf[js.Any],\n        \"label\" -> label.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterContainerImageRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterContainerImageResult extends js.Object {\n    var containerImage: js.UndefOr[ContainerImage]\n  }\n\n  object RegisterContainerImageResult {\n    @inline\n    def apply(\n        containerImage: js.UndefOr[ContainerImage] = js.undefined\n    ): RegisterContainerImageResult = {\n      val __obj = js.Dynamic.literal()\n      containerImage.foreach(__v => __obj.updateDynamic(\"containerImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterContainerImageResult]\n    }\n  }\n\n  \/** Describes a database.\n    *\/\n  @js.native\n  trait RelationalDatabase extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var backupRetentionEnabled: js.UndefOr[Boolean]\n    var caCertificateIdentifier: js.UndefOr[String]\n    var createdAt: js.UndefOr[IsoDate]\n    var engine: js.UndefOr[NonEmptyString]\n    var engineVersion: js.UndefOr[NonEmptyString]\n    var hardware: js.UndefOr[RelationalDatabaseHardware]\n    var latestRestorableTime: js.UndefOr[IsoDate]\n    var location: js.UndefOr[ResourceLocation]\n    var masterDatabaseName: js.UndefOr[String]\n    var masterEndpoint: js.UndefOr[RelationalDatabaseEndpoint]\n    var masterUsername: js.UndefOr[NonEmptyString]\n    var name: js.UndefOr[ResourceName]\n    var parameterApplyStatus: js.UndefOr[NonEmptyString]\n    var pendingMaintenanceActions: js.UndefOr[PendingMaintenanceActionList]\n    var pendingModifiedValues: js.UndefOr[PendingModifiedRelationalDatabaseValues]\n    var preferredBackupWindow: js.UndefOr[NonEmptyString]\n    var preferredMaintenanceWindow: js.UndefOr[NonEmptyString]\n    var publiclyAccessible: js.UndefOr[Boolean]\n    var relationalDatabaseBlueprintId: js.UndefOr[NonEmptyString]\n    var relationalDatabaseBundleId: js.UndefOr[NonEmptyString]\n    var resourceType: js.UndefOr[ResourceType]\n    var secondaryAvailabilityZone: js.UndefOr[String]\n    var state: js.UndefOr[NonEmptyString]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object RelationalDatabase {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        backupRetentionEnabled: js.UndefOr[Boolean] = js.undefined,\n        caCertificateIdentifier: js.UndefOr[String] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        engine: js.UndefOr[NonEmptyString] = js.undefined,\n        engineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        hardware: js.UndefOr[RelationalDatabaseHardware] = js.undefined,\n        latestRestorableTime: js.UndefOr[IsoDate] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        masterDatabaseName: js.UndefOr[String] = js.undefined,\n        masterEndpoint: js.UndefOr[RelationalDatabaseEndpoint] = js.undefined,\n        masterUsername: js.UndefOr[NonEmptyString] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        parameterApplyStatus: js.UndefOr[NonEmptyString] = js.undefined,\n        pendingMaintenanceActions: js.UndefOr[PendingMaintenanceActionList] = js.undefined,\n        pendingModifiedValues: js.UndefOr[PendingModifiedRelationalDatabaseValues] = js.undefined,\n        preferredBackupWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        preferredMaintenanceWindow: js.UndefOr[NonEmptyString] = js.undefined,\n        publiclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        relationalDatabaseBlueprintId: js.UndefOr[NonEmptyString] = js.undefined,\n        relationalDatabaseBundleId: js.UndefOr[NonEmptyString] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        secondaryAvailabilityZone: js.UndefOr[String] = js.undefined,\n        state: js.UndefOr[NonEmptyString] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): RelationalDatabase = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      backupRetentionEnabled.foreach(__v => __obj.updateDynamic(\"backupRetentionEnabled\")(__v.asInstanceOf[js.Any]))\n      caCertificateIdentifier.foreach(__v => __obj.updateDynamic(\"caCertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      engine.foreach(__v => __obj.updateDynamic(\"engine\")(__v.asInstanceOf[js.Any]))\n      engineVersion.foreach(__v => __obj.updateDynamic(\"engineVersion\")(__v.asInstanceOf[js.Any]))\n      hardware.foreach(__v => __obj.updateDynamic(\"hardware\")(__v.asInstanceOf[js.Any]))\n      latestRestorableTime.foreach(__v => __obj.updateDynamic(\"latestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      masterDatabaseName.foreach(__v => __obj.updateDynamic(\"masterDatabaseName\")(__v.asInstanceOf[js.Any]))\n      masterEndpoint.foreach(__v => __obj.updateDynamic(\"masterEndpoint\")(__v.asInstanceOf[js.Any]))\n      masterUsername.foreach(__v => __obj.updateDynamic(\"masterUsername\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      parameterApplyStatus.foreach(__v => __obj.updateDynamic(\"parameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      pendingMaintenanceActions.foreach(__v => __obj.updateDynamic(\"pendingMaintenanceActions\")(__v.asInstanceOf[js.Any]))\n      pendingModifiedValues.foreach(__v => __obj.updateDynamic(\"pendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      preferredBackupWindow.foreach(__v => __obj.updateDynamic(\"preferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      preferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"preferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      publiclyAccessible.foreach(__v => __obj.updateDynamic(\"publiclyAccessible\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseBlueprintId.foreach(__v => __obj.updateDynamic(\"relationalDatabaseBlueprintId\")(__v.asInstanceOf[js.Any]))\n      relationalDatabaseBundleId.foreach(__v => __obj.updateDynamic(\"relationalDatabaseBundleId\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      secondaryAvailabilityZone.foreach(__v => __obj.updateDynamic(\"secondaryAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabase]\n    }\n  }\n\n  \/** Describes a database image, or blueprint. A blueprint describes the major engine version of a database.\n    *\/\n  @js.native\n  trait RelationalDatabaseBlueprint extends js.Object {\n    var blueprintId: js.UndefOr[String]\n    var engine: js.UndefOr[RelationalDatabaseEngine]\n    var engineDescription: js.UndefOr[String]\n    var engineVersion: js.UndefOr[String]\n    var engineVersionDescription: js.UndefOr[String]\n    var isEngineDefault: js.UndefOr[Boolean]\n  }\n\n  object RelationalDatabaseBlueprint {\n    @inline\n    def apply(\n        blueprintId: js.UndefOr[String] = js.undefined,\n        engine: js.UndefOr[RelationalDatabaseEngine] = js.undefined,\n        engineDescription: js.UndefOr[String] = js.undefined,\n        engineVersion: js.UndefOr[String] = js.undefined,\n        engineVersionDescription: js.UndefOr[String] = js.undefined,\n        isEngineDefault: js.UndefOr[Boolean] = js.undefined\n    ): RelationalDatabaseBlueprint = {\n      val __obj = js.Dynamic.literal()\n      blueprintId.foreach(__v => __obj.updateDynamic(\"blueprintId\")(__v.asInstanceOf[js.Any]))\n      engine.foreach(__v => __obj.updateDynamic(\"engine\")(__v.asInstanceOf[js.Any]))\n      engineDescription.foreach(__v => __obj.updateDynamic(\"engineDescription\")(__v.asInstanceOf[js.Any]))\n      engineVersion.foreach(__v => __obj.updateDynamic(\"engineVersion\")(__v.asInstanceOf[js.Any]))\n      engineVersionDescription.foreach(__v => __obj.updateDynamic(\"engineVersionDescription\")(__v.asInstanceOf[js.Any]))\n      isEngineDefault.foreach(__v => __obj.updateDynamic(\"isEngineDefault\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseBlueprint]\n    }\n  }\n\n  \/** Describes a database bundle. A bundle describes the performance specifications of the database.\n    *\/\n  @js.native\n  trait RelationalDatabaseBundle extends js.Object {\n    var bundleId: js.UndefOr[String]\n    var cpuCount: js.UndefOr[Int]\n    var diskSizeInGb: js.UndefOr[Int]\n    var isActive: js.UndefOr[Boolean]\n    var isEncrypted: js.UndefOr[Boolean]\n    var name: js.UndefOr[String]\n    var price: js.UndefOr[Float]\n    var ramSizeInGb: js.UndefOr[Float]\n    var transferPerMonthInGb: js.UndefOr[Int]\n  }\n\n  object RelationalDatabaseBundle {\n    @inline\n    def apply(\n        bundleId: js.UndefOr[String] = js.undefined,\n        cpuCount: js.UndefOr[Int] = js.undefined,\n        diskSizeInGb: js.UndefOr[Int] = js.undefined,\n        isActive: js.UndefOr[Boolean] = js.undefined,\n        isEncrypted: js.UndefOr[Boolean] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        price: js.UndefOr[Float] = js.undefined,\n        ramSizeInGb: js.UndefOr[Float] = js.undefined,\n        transferPerMonthInGb: js.UndefOr[Int] = js.undefined\n    ): RelationalDatabaseBundle = {\n      val __obj = js.Dynamic.literal()\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      cpuCount.foreach(__v => __obj.updateDynamic(\"cpuCount\")(__v.asInstanceOf[js.Any]))\n      diskSizeInGb.foreach(__v => __obj.updateDynamic(\"diskSizeInGb\")(__v.asInstanceOf[js.Any]))\n      isActive.foreach(__v => __obj.updateDynamic(\"isActive\")(__v.asInstanceOf[js.Any]))\n      isEncrypted.foreach(__v => __obj.updateDynamic(\"isEncrypted\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      price.foreach(__v => __obj.updateDynamic(\"price\")(__v.asInstanceOf[js.Any]))\n      ramSizeInGb.foreach(__v => __obj.updateDynamic(\"ramSizeInGb\")(__v.asInstanceOf[js.Any]))\n      transferPerMonthInGb.foreach(__v => __obj.updateDynamic(\"transferPerMonthInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseBundle]\n    }\n  }\n\n  \/** Describes an endpoint for a database.\n    *\/\n  @js.native\n  trait RelationalDatabaseEndpoint extends js.Object {\n    var address: js.UndefOr[NonEmptyString]\n    var port: js.UndefOr[Int]\n  }\n\n  object RelationalDatabaseEndpoint {\n    @inline\n    def apply(\n        address: js.UndefOr[NonEmptyString] = js.undefined,\n        port: js.UndefOr[Int] = js.undefined\n    ): RelationalDatabaseEndpoint = {\n      val __obj = js.Dynamic.literal()\n      address.foreach(__v => __obj.updateDynamic(\"address\")(__v.asInstanceOf[js.Any]))\n      port.foreach(__v => __obj.updateDynamic(\"port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseEndpoint]\n    }\n  }\n\n  @js.native\n  sealed trait RelationalDatabaseEngine extends js.Any\n  object RelationalDatabaseEngine {\n    val mysql = \"mysql\".asInstanceOf[RelationalDatabaseEngine]\n\n    @inline def values = js.Array(mysql)\n  }\n\n  \/** Describes an event for a database.\n    *\/\n  @js.native\n  trait RelationalDatabaseEvent extends js.Object {\n    var createdAt: js.UndefOr[IsoDate]\n    var eventCategories: js.UndefOr[StringList]\n    var message: js.UndefOr[String]\n    var resource: js.UndefOr[ResourceName]\n  }\n\n  object RelationalDatabaseEvent {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        eventCategories: js.UndefOr[StringList] = js.undefined,\n        message: js.UndefOr[String] = js.undefined,\n        resource: js.UndefOr[ResourceName] = js.undefined\n    ): RelationalDatabaseEvent = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      eventCategories.foreach(__v => __obj.updateDynamic(\"eventCategories\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseEvent]\n    }\n  }\n\n  \/** Describes the hardware of a database.\n    *\/\n  @js.native\n  trait RelationalDatabaseHardware extends js.Object {\n    var cpuCount: js.UndefOr[Int]\n    var diskSizeInGb: js.UndefOr[Int]\n    var ramSizeInGb: js.UndefOr[Float]\n  }\n\n  object RelationalDatabaseHardware {\n    @inline\n    def apply(\n        cpuCount: js.UndefOr[Int] = js.undefined,\n        diskSizeInGb: js.UndefOr[Int] = js.undefined,\n        ramSizeInGb: js.UndefOr[Float] = js.undefined\n    ): RelationalDatabaseHardware = {\n      val __obj = js.Dynamic.literal()\n      cpuCount.foreach(__v => __obj.updateDynamic(\"cpuCount\")(__v.asInstanceOf[js.Any]))\n      diskSizeInGb.foreach(__v => __obj.updateDynamic(\"diskSizeInGb\")(__v.asInstanceOf[js.Any]))\n      ramSizeInGb.foreach(__v => __obj.updateDynamic(\"ramSizeInGb\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseHardware]\n    }\n  }\n\n  @js.native\n  sealed trait RelationalDatabaseMetricName extends js.Any\n  object RelationalDatabaseMetricName {\n    val CPUUtilization = \"CPUUtilization\".asInstanceOf[RelationalDatabaseMetricName]\n    val DatabaseConnections = \"DatabaseConnections\".asInstanceOf[RelationalDatabaseMetricName]\n    val DiskQueueDepth = \"DiskQueueDepth\".asInstanceOf[RelationalDatabaseMetricName]\n    val FreeStorageSpace = \"FreeStorageSpace\".asInstanceOf[RelationalDatabaseMetricName]\n    val NetworkReceiveThroughput = \"NetworkReceiveThroughput\".asInstanceOf[RelationalDatabaseMetricName]\n    val NetworkTransmitThroughput = \"NetworkTransmitThroughput\".asInstanceOf[RelationalDatabaseMetricName]\n\n    @inline def values = js.Array(CPUUtilization, DatabaseConnections, DiskQueueDepth, FreeStorageSpace, NetworkReceiveThroughput, NetworkTransmitThroughput)\n  }\n\n  \/** Describes the parameters of a database.\n    *\/\n  @js.native\n  trait RelationalDatabaseParameter extends js.Object {\n    var allowedValues: js.UndefOr[String]\n    var applyMethod: js.UndefOr[String]\n    var applyType: js.UndefOr[String]\n    var dataType: js.UndefOr[String]\n    var description: js.UndefOr[String]\n    var isModifiable: js.UndefOr[Boolean]\n    var parameterName: js.UndefOr[String]\n    var parameterValue: js.UndefOr[String]\n  }\n\n  object RelationalDatabaseParameter {\n    @inline\n    def apply(\n        allowedValues: js.UndefOr[String] = js.undefined,\n        applyMethod: js.UndefOr[String] = js.undefined,\n        applyType: js.UndefOr[String] = js.undefined,\n        dataType: js.UndefOr[String] = js.undefined,\n        description: js.UndefOr[String] = js.undefined,\n        isModifiable: js.UndefOr[Boolean] = js.undefined,\n        parameterName: js.UndefOr[String] = js.undefined,\n        parameterValue: js.UndefOr[String] = js.undefined\n    ): RelationalDatabaseParameter = {\n      val __obj = js.Dynamic.literal()\n      allowedValues.foreach(__v => __obj.updateDynamic(\"allowedValues\")(__v.asInstanceOf[js.Any]))\n      applyMethod.foreach(__v => __obj.updateDynamic(\"applyMethod\")(__v.asInstanceOf[js.Any]))\n      applyType.foreach(__v => __obj.updateDynamic(\"applyType\")(__v.asInstanceOf[js.Any]))\n      dataType.foreach(__v => __obj.updateDynamic(\"dataType\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      isModifiable.foreach(__v => __obj.updateDynamic(\"isModifiable\")(__v.asInstanceOf[js.Any]))\n      parameterName.foreach(__v => __obj.updateDynamic(\"parameterName\")(__v.asInstanceOf[js.Any]))\n      parameterValue.foreach(__v => __obj.updateDynamic(\"parameterValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseParameter]\n    }\n  }\n\n  @js.native\n  sealed trait RelationalDatabasePasswordVersion extends js.Any\n  object RelationalDatabasePasswordVersion {\n    val CURRENT = \"CURRENT\".asInstanceOf[RelationalDatabasePasswordVersion]\n    val PREVIOUS = \"PREVIOUS\".asInstanceOf[RelationalDatabasePasswordVersion]\n    val PENDING = \"PENDING\".asInstanceOf[RelationalDatabasePasswordVersion]\n\n    @inline def values = js.Array(CURRENT, PREVIOUS, PENDING)\n  }\n\n  \/** Describes a database snapshot.\n    *\/\n  @js.native\n  trait RelationalDatabaseSnapshot extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var createdAt: js.UndefOr[IsoDate]\n    var engine: js.UndefOr[NonEmptyString]\n    var engineVersion: js.UndefOr[NonEmptyString]\n    var fromRelationalDatabaseArn: js.UndefOr[NonEmptyString]\n    var fromRelationalDatabaseBlueprintId: js.UndefOr[String]\n    var fromRelationalDatabaseBundleId: js.UndefOr[String]\n    var fromRelationalDatabaseName: js.UndefOr[NonEmptyString]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var sizeInGb: js.UndefOr[Int]\n    var state: js.UndefOr[NonEmptyString]\n    var supportCode: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object RelationalDatabaseSnapshot {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        engine: js.UndefOr[NonEmptyString] = js.undefined,\n        engineVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        fromRelationalDatabaseArn: js.UndefOr[NonEmptyString] = js.undefined,\n        fromRelationalDatabaseBlueprintId: js.UndefOr[String] = js.undefined,\n        fromRelationalDatabaseBundleId: js.UndefOr[String] = js.undefined,\n        fromRelationalDatabaseName: js.UndefOr[NonEmptyString] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        sizeInGb: js.UndefOr[Int] = js.undefined,\n        state: js.UndefOr[NonEmptyString] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): RelationalDatabaseSnapshot = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      engine.foreach(__v => __obj.updateDynamic(\"engine\")(__v.asInstanceOf[js.Any]))\n      engineVersion.foreach(__v => __obj.updateDynamic(\"engineVersion\")(__v.asInstanceOf[js.Any]))\n      fromRelationalDatabaseArn.foreach(__v => __obj.updateDynamic(\"fromRelationalDatabaseArn\")(__v.asInstanceOf[js.Any]))\n      fromRelationalDatabaseBlueprintId.foreach(__v => __obj.updateDynamic(\"fromRelationalDatabaseBlueprintId\")(__v.asInstanceOf[js.Any]))\n      fromRelationalDatabaseBundleId.foreach(__v => __obj.updateDynamic(\"fromRelationalDatabaseBundleId\")(__v.asInstanceOf[js.Any]))\n      fromRelationalDatabaseName.foreach(__v => __obj.updateDynamic(\"fromRelationalDatabaseName\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      sizeInGb.foreach(__v => __obj.updateDynamic(\"sizeInGb\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalDatabaseSnapshot]\n    }\n  }\n\n  @js.native\n  trait ReleaseStaticIpRequest extends js.Object {\n    var staticIpName: ResourceName\n  }\n\n  object ReleaseStaticIpRequest {\n    @inline\n    def apply(\n        staticIpName: ResourceName\n    ): ReleaseStaticIpRequest = {\n      val __obj = js.Dynamic.literal(\n        \"staticIpName\" -> staticIpName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReleaseStaticIpRequest]\n    }\n  }\n\n  @js.native\n  trait ReleaseStaticIpResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object ReleaseStaticIpResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): ReleaseStaticIpResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReleaseStaticIpResult]\n    }\n  }\n\n  @js.native\n  sealed trait RenewalStatus extends js.Any\n  object RenewalStatus {\n    val PendingAutoRenewal = \"PendingAutoRenewal\".asInstanceOf[RenewalStatus]\n    val PendingValidation = \"PendingValidation\".asInstanceOf[RenewalStatus]\n    val Success = \"Success\".asInstanceOf[RenewalStatus]\n    val Failed = \"Failed\".asInstanceOf[RenewalStatus]\n\n    @inline def values = js.Array(PendingAutoRenewal, PendingValidation, Success, Failed)\n  }\n\n  \/** Describes the status of a SSL\/TLS certificate renewal managed by Amazon Lightsail.\n    *\/\n  @js.native\n  trait RenewalSummary extends js.Object {\n    var domainValidationRecords: js.UndefOr[DomainValidationRecordList]\n    var renewalStatus: js.UndefOr[RenewalStatus]\n    var renewalStatusReason: js.UndefOr[RenewalStatusReason]\n    var updatedAt: js.UndefOr[IsoDate]\n  }\n\n  object RenewalSummary {\n    @inline\n    def apply(\n        domainValidationRecords: js.UndefOr[DomainValidationRecordList] = js.undefined,\n        renewalStatus: js.UndefOr[RenewalStatus] = js.undefined,\n        renewalStatusReason: js.UndefOr[RenewalStatusReason] = js.undefined,\n        updatedAt: js.UndefOr[IsoDate] = js.undefined\n    ): RenewalSummary = {\n      val __obj = js.Dynamic.literal()\n      domainValidationRecords.foreach(__v => __obj.updateDynamic(\"domainValidationRecords\")(__v.asInstanceOf[js.Any]))\n      renewalStatus.foreach(__v => __obj.updateDynamic(\"renewalStatus\")(__v.asInstanceOf[js.Any]))\n      renewalStatusReason.foreach(__v => __obj.updateDynamic(\"renewalStatusReason\")(__v.asInstanceOf[js.Any]))\n      updatedAt.foreach(__v => __obj.updateDynamic(\"updatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RenewalSummary]\n    }\n  }\n\n  @js.native\n  trait ResetDistributionCacheRequest extends js.Object {\n    var distributionName: js.UndefOr[ResourceName]\n  }\n\n  object ResetDistributionCacheRequest {\n    @inline\n    def apply(\n        distributionName: js.UndefOr[ResourceName] = js.undefined\n    ): ResetDistributionCacheRequest = {\n      val __obj = js.Dynamic.literal()\n      distributionName.foreach(__v => __obj.updateDynamic(\"distributionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetDistributionCacheRequest]\n    }\n  }\n\n  @js.native\n  trait ResetDistributionCacheResult extends js.Object {\n    var createTime: js.UndefOr[IsoDate]\n    var operation: js.UndefOr[Operation]\n    var status: js.UndefOr[String]\n  }\n\n  object ResetDistributionCacheResult {\n    @inline\n    def apply(\n        createTime: js.UndefOr[IsoDate] = js.undefined,\n        operation: js.UndefOr[Operation] = js.undefined,\n        status: js.UndefOr[String] = js.undefined\n    ): ResetDistributionCacheResult = {\n      val __obj = js.Dynamic.literal()\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetDistributionCacheResult]\n    }\n  }\n\n  \/** Describes the resource location.\n    *\/\n  @js.native\n  trait ResourceLocation extends js.Object {\n    var availabilityZone: js.UndefOr[String]\n    var regionName: js.UndefOr[RegionName]\n  }\n\n  object ResourceLocation {\n    @inline\n    def apply(\n        availabilityZone: js.UndefOr[String] = js.undefined,\n        regionName: js.UndefOr[RegionName] = js.undefined\n    ): ResourceLocation = {\n      val __obj = js.Dynamic.literal()\n      availabilityZone.foreach(__v => __obj.updateDynamic(\"availabilityZone\")(__v.asInstanceOf[js.Any]))\n      regionName.foreach(__v => __obj.updateDynamic(\"regionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceLocation]\n    }\n  }\n\n  \/** Describes the domain name system (DNS) records to add to your domain's DNS to validate it for an Amazon Lightsail certificate.\n    *\/\n  @js.native\n  trait ResourceRecord extends js.Object {\n    var name: js.UndefOr[String]\n    var `type`: js.UndefOr[String]\n    var value: js.UndefOr[String]\n  }\n\n  object ResourceRecord {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[String] = js.undefined,\n        value: js.UndefOr[String] = js.undefined\n    ): ResourceRecord = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceRecord]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val ContainerService = \"ContainerService\".asInstanceOf[ResourceType]\n    val Instance = \"Instance\".asInstanceOf[ResourceType]\n    val StaticIp = \"StaticIp\".asInstanceOf[ResourceType]\n    val KeyPair = \"KeyPair\".asInstanceOf[ResourceType]\n    val InstanceSnapshot = \"InstanceSnapshot\".asInstanceOf[ResourceType]\n    val Domain = \"Domain\".asInstanceOf[ResourceType]\n    val PeeredVpc = \"PeeredVpc\".asInstanceOf[ResourceType]\n    val LoadBalancer = \"LoadBalancer\".asInstanceOf[ResourceType]\n    val LoadBalancerTlsCertificate = \"LoadBalancerTlsCertificate\".asInstanceOf[ResourceType]\n    val Disk = \"Disk\".asInstanceOf[ResourceType]\n    val DiskSnapshot = \"DiskSnapshot\".asInstanceOf[ResourceType]\n    val RelationalDatabase = \"RelationalDatabase\".asInstanceOf[ResourceType]\n    val RelationalDatabaseSnapshot = \"RelationalDatabaseSnapshot\".asInstanceOf[ResourceType]\n    val ExportSnapshotRecord = \"ExportSnapshotRecord\".asInstanceOf[ResourceType]\n    val CloudFormationStackRecord = \"CloudFormationStackRecord\".asInstanceOf[ResourceType]\n    val Alarm = \"Alarm\".asInstanceOf[ResourceType]\n    val ContactMethod = \"ContactMethod\".asInstanceOf[ResourceType]\n    val Distribution = \"Distribution\".asInstanceOf[ResourceType]\n    val Certificate = \"Certificate\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(\n      ContainerService,\n      Instance,\n      StaticIp,\n      KeyPair,\n      InstanceSnapshot,\n      Domain,\n      PeeredVpc,\n      LoadBalancer,\n      LoadBalancerTlsCertificate,\n      Disk,\n      DiskSnapshot,\n      RelationalDatabase,\n      RelationalDatabaseSnapshot,\n      ExportSnapshotRecord,\n      CloudFormationStackRecord,\n      Alarm,\n      ContactMethod,\n      Distribution,\n      Certificate\n    )\n  }\n\n  @js.native\n  trait SendContactMethodVerificationRequest extends js.Object {\n    var protocol: ContactMethodVerificationProtocol\n  }\n\n  object SendContactMethodVerificationRequest {\n    @inline\n    def apply(\n        protocol: ContactMethodVerificationProtocol\n    ): SendContactMethodVerificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"protocol\" -> protocol.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendContactMethodVerificationRequest]\n    }\n  }\n\n  @js.native\n  trait SendContactMethodVerificationResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object SendContactMethodVerificationResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): SendContactMethodVerificationResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendContactMethodVerificationResult]\n    }\n  }\n\n  @js.native\n  trait SetIpAddressTypeRequest extends js.Object {\n    var ipAddressType: IpAddressType\n    var resourceName: ResourceName\n    var resourceType: ResourceType\n  }\n\n  object SetIpAddressTypeRequest {\n    @inline\n    def apply(\n        ipAddressType: IpAddressType,\n        resourceName: ResourceName,\n        resourceType: ResourceType\n    ): SetIpAddressTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ipAddressType\" -> ipAddressType.asInstanceOf[js.Any],\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetIpAddressTypeRequest]\n    }\n  }\n\n  @js.native\n  trait SetIpAddressTypeResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object SetIpAddressTypeResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): SetIpAddressTypeResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetIpAddressTypeResult]\n    }\n  }\n\n  @js.native\n  trait StartInstanceRequest extends js.Object {\n    var instanceName: ResourceName\n  }\n\n  object StartInstanceRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName\n    ): StartInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait StartInstanceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object StartInstanceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): StartInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartInstanceResult]\n    }\n  }\n\n  @js.native\n  trait StartRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n  }\n\n  object StartRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName\n    ): StartRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait StartRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object StartRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): StartRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartRelationalDatabaseResult]\n    }\n  }\n\n  \/** Describes the static IP.\n    *\/\n  @js.native\n  trait StaticIp extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var attachedTo: js.UndefOr[ResourceName]\n    var createdAt: js.UndefOr[IsoDate]\n    var ipAddress: js.UndefOr[IpAddress]\n    var isAttached: js.UndefOr[Boolean]\n    var location: js.UndefOr[ResourceLocation]\n    var name: js.UndefOr[ResourceName]\n    var resourceType: js.UndefOr[ResourceType]\n    var supportCode: js.UndefOr[String]\n  }\n\n  object StaticIp {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        attachedTo: js.UndefOr[ResourceName] = js.undefined,\n        createdAt: js.UndefOr[IsoDate] = js.undefined,\n        ipAddress: js.UndefOr[IpAddress] = js.undefined,\n        isAttached: js.UndefOr[Boolean] = js.undefined,\n        location: js.UndefOr[ResourceLocation] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        supportCode: js.UndefOr[String] = js.undefined\n    ): StaticIp = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      attachedTo.foreach(__v => __obj.updateDynamic(\"attachedTo\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      ipAddress.foreach(__v => __obj.updateDynamic(\"ipAddress\")(__v.asInstanceOf[js.Any]))\n      isAttached.foreach(__v => __obj.updateDynamic(\"isAttached\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      supportCode.foreach(__v => __obj.updateDynamic(\"supportCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StaticIp]\n    }\n  }\n\n  @js.native\n  trait StopInstanceRequest extends js.Object {\n    var instanceName: ResourceName\n    var force: js.UndefOr[Boolean]\n  }\n\n  object StopInstanceRequest {\n    @inline\n    def apply(\n        instanceName: ResourceName,\n        force: js.UndefOr[Boolean] = js.undefined\n    ): StopInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n\n      force.foreach(__v => __obj.updateDynamic(\"force\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait StopInstanceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object StopInstanceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): StopInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopInstanceResult]\n    }\n  }\n\n  @js.native\n  trait StopRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var relationalDatabaseSnapshotName: js.UndefOr[ResourceName]\n  }\n\n  object StopRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        relationalDatabaseSnapshotName: js.UndefOr[ResourceName] = js.undefined\n    ): StopRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      relationalDatabaseSnapshotName.foreach(__v => __obj.updateDynamic(\"relationalDatabaseSnapshotName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait StopRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object StopRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): StopRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopRelationalDatabaseResult]\n    }\n  }\n\n  \/** Describes a tag key and optional value assigned to an Amazon Lightsail resource. For more information about tags in Lightsail, see the [[https:\/\/lightsail.aws.amazon.com\/ls\/docs\/en\/articles\/amazon-lightsail-tags|Lightsail Dev Guide]].\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: js.UndefOr[TagKey]\n    var value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: js.UndefOr[TagKey] = js.undefined,\n        value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceName: ResourceName\n    var tags: TagList\n    var resourceArn: js.UndefOr[ResourceArn]\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceName: ResourceName,\n        tags: TagList,\n        resourceArn: js.UndefOr[ResourceArn] = js.undefined\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object TagResourceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): TagResourceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagResourceResult]\n    }\n  }\n\n  @js.native\n  trait TestAlarmRequest extends js.Object {\n    var alarmName: ResourceName\n    var state: AlarmState\n  }\n\n  object TestAlarmRequest {\n    @inline\n    def apply(\n        alarmName: ResourceName,\n        state: AlarmState\n    ): TestAlarmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"alarmName\" -> alarmName.asInstanceOf[js.Any],\n        \"state\" -> state.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestAlarmRequest]\n    }\n  }\n\n  @js.native\n  trait TestAlarmResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object TestAlarmResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): TestAlarmResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestAlarmResult]\n    }\n  }\n\n  @js.native\n  sealed trait TreatMissingData extends js.Any\n  object TreatMissingData {\n    val breaching = \"breaching\".asInstanceOf[TreatMissingData]\n    val notBreaching = \"notBreaching\".asInstanceOf[TreatMissingData]\n    val ignore = \"ignore\".asInstanceOf[TreatMissingData]\n    val missing = \"missing\".asInstanceOf[TreatMissingData]\n\n    @inline def values = js.Array(breaching, notBreaching, ignore, missing)\n  }\n\n  @js.native\n  trait UnpeerVpcRequest extends js.Object\n\n  object UnpeerVpcRequest {\n    @inline\n    def apply(): UnpeerVpcRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UnpeerVpcRequest]\n    }\n  }\n\n  @js.native\n  trait UnpeerVpcResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object UnpeerVpcResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): UnpeerVpcResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnpeerVpcResult]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceName: ResourceName\n    var tagKeys: TagKeyList\n    var resourceArn: js.UndefOr[ResourceArn]\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceName: ResourceName,\n        tagKeys: TagKeyList,\n        resourceArn: js.UndefOr[ResourceArn] = js.undefined\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceName\" -> resourceName.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object UntagResourceResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): UntagResourceResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceResult]\n    }\n  }\n\n  @js.native\n  trait UpdateContainerServiceRequest extends js.Object {\n    var serviceName: ContainerServiceName\n    var isDisabled: js.UndefOr[Boolean]\n    var power: js.UndefOr[ContainerServicePowerName]\n    var publicDomainNames: js.UndefOr[ContainerServicePublicDomains]\n    var scale: js.UndefOr[ContainerServiceScale]\n  }\n\n  object UpdateContainerServiceRequest {\n    @inline\n    def apply(\n        serviceName: ContainerServiceName,\n        isDisabled: js.UndefOr[Boolean] = js.undefined,\n        power: js.UndefOr[ContainerServicePowerName] = js.undefined,\n        publicDomainNames: js.UndefOr[ContainerServicePublicDomains] = js.undefined,\n        scale: js.UndefOr[ContainerServiceScale] = js.undefined\n    ): UpdateContainerServiceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n\n      isDisabled.foreach(__v => __obj.updateDynamic(\"isDisabled\")(__v.asInstanceOf[js.Any]))\n      power.foreach(__v => __obj.updateDynamic(\"power\")(__v.asInstanceOf[js.Any]))\n      publicDomainNames.foreach(__v => __obj.updateDynamic(\"publicDomainNames\")(__v.asInstanceOf[js.Any]))\n      scale.foreach(__v => __obj.updateDynamic(\"scale\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContainerServiceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateContainerServiceResult extends js.Object {\n    var containerService: js.UndefOr[ContainerService]\n  }\n\n  object UpdateContainerServiceResult {\n    @inline\n    def apply(\n        containerService: js.UndefOr[ContainerService] = js.undefined\n    ): UpdateContainerServiceResult = {\n      val __obj = js.Dynamic.literal()\n      containerService.foreach(__v => __obj.updateDynamic(\"containerService\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContainerServiceResult]\n    }\n  }\n\n  @js.native\n  trait UpdateDistributionBundleRequest extends js.Object {\n    var bundleId: js.UndefOr[String]\n    var distributionName: js.UndefOr[ResourceName]\n  }\n\n  object UpdateDistributionBundleRequest {\n    @inline\n    def apply(\n        bundleId: js.UndefOr[String] = js.undefined,\n        distributionName: js.UndefOr[ResourceName] = js.undefined\n    ): UpdateDistributionBundleRequest = {\n      val __obj = js.Dynamic.literal()\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      distributionName.foreach(__v => __obj.updateDynamic(\"distributionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionBundleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDistributionBundleResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object UpdateDistributionBundleResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): UpdateDistributionBundleResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionBundleResult]\n    }\n  }\n\n  @js.native\n  trait UpdateDistributionRequest extends js.Object {\n    var distributionName: ResourceName\n    var cacheBehaviorSettings: js.UndefOr[CacheSettings]\n    var cacheBehaviors: js.UndefOr[CacheBehaviorList]\n    var defaultCacheBehavior: js.UndefOr[CacheBehavior]\n    var isEnabled: js.UndefOr[Boolean]\n    var origin: js.UndefOr[InputOrigin]\n  }\n\n  object UpdateDistributionRequest {\n    @inline\n    def apply(\n        distributionName: ResourceName,\n        cacheBehaviorSettings: js.UndefOr[CacheSettings] = js.undefined,\n        cacheBehaviors: js.UndefOr[CacheBehaviorList] = js.undefined,\n        defaultCacheBehavior: js.UndefOr[CacheBehavior] = js.undefined,\n        isEnabled: js.UndefOr[Boolean] = js.undefined,\n        origin: js.UndefOr[InputOrigin] = js.undefined\n    ): UpdateDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"distributionName\" -> distributionName.asInstanceOf[js.Any]\n      )\n\n      cacheBehaviorSettings.foreach(__v => __obj.updateDynamic(\"cacheBehaviorSettings\")(__v.asInstanceOf[js.Any]))\n      cacheBehaviors.foreach(__v => __obj.updateDynamic(\"cacheBehaviors\")(__v.asInstanceOf[js.Any]))\n      defaultCacheBehavior.foreach(__v => __obj.updateDynamic(\"defaultCacheBehavior\")(__v.asInstanceOf[js.Any]))\n      isEnabled.foreach(__v => __obj.updateDynamic(\"isEnabled\")(__v.asInstanceOf[js.Any]))\n      origin.foreach(__v => __obj.updateDynamic(\"origin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDistributionResult extends js.Object {\n    var operation: js.UndefOr[Operation]\n  }\n\n  object UpdateDistributionResult {\n    @inline\n    def apply(\n        operation: js.UndefOr[Operation] = js.undefined\n    ): UpdateDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionResult]\n    }\n  }\n\n  @js.native\n  trait UpdateDomainEntryRequest extends js.Object {\n    var domainEntry: DomainEntry\n    var domainName: DomainName\n  }\n\n  object UpdateDomainEntryRequest {\n    @inline\n    def apply(\n        domainEntry: DomainEntry,\n        domainName: DomainName\n    ): UpdateDomainEntryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"domainEntry\" -> domainEntry.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainEntryRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDomainEntryResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object UpdateDomainEntryResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): UpdateDomainEntryResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainEntryResult]\n    }\n  }\n\n  @js.native\n  trait UpdateLoadBalancerAttributeRequest extends js.Object {\n    var attributeName: LoadBalancerAttributeName\n    var attributeValue: StringMax256\n    var loadBalancerName: ResourceName\n  }\n\n  object UpdateLoadBalancerAttributeRequest {\n    @inline\n    def apply(\n        attributeName: LoadBalancerAttributeName,\n        attributeValue: StringMax256,\n        loadBalancerName: ResourceName\n    ): UpdateLoadBalancerAttributeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attributeName\" -> attributeName.asInstanceOf[js.Any],\n        \"attributeValue\" -> attributeValue.asInstanceOf[js.Any],\n        \"loadBalancerName\" -> loadBalancerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateLoadBalancerAttributeRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLoadBalancerAttributeResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object UpdateLoadBalancerAttributeResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): UpdateLoadBalancerAttributeResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLoadBalancerAttributeResult]\n    }\n  }\n\n  @js.native\n  trait UpdateRelationalDatabaseParametersRequest extends js.Object {\n    var parameters: RelationalDatabaseParameterList\n    var relationalDatabaseName: ResourceName\n  }\n\n  object UpdateRelationalDatabaseParametersRequest {\n    @inline\n    def apply(\n        parameters: RelationalDatabaseParameterList,\n        relationalDatabaseName: ResourceName\n    ): UpdateRelationalDatabaseParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"parameters\" -> parameters.asInstanceOf[js.Any],\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRelationalDatabaseParametersRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRelationalDatabaseParametersResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object UpdateRelationalDatabaseParametersResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): UpdateRelationalDatabaseParametersResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRelationalDatabaseParametersResult]\n    }\n  }\n\n  @js.native\n  trait UpdateRelationalDatabaseRequest extends js.Object {\n    var relationalDatabaseName: ResourceName\n    var applyImmediately: js.UndefOr[Boolean]\n    var caCertificateIdentifier: js.UndefOr[String]\n    var disableBackupRetention: js.UndefOr[Boolean]\n    var enableBackupRetention: js.UndefOr[Boolean]\n    var masterUserPassword: js.UndefOr[SensitiveString]\n    var preferredBackupWindow: js.UndefOr[String]\n    var preferredMaintenanceWindow: js.UndefOr[String]\n    var publiclyAccessible: js.UndefOr[Boolean]\n    var rotateMasterUserPassword: js.UndefOr[Boolean]\n  }\n\n  object UpdateRelationalDatabaseRequest {\n    @inline\n    def apply(\n        relationalDatabaseName: ResourceName,\n        applyImmediately: js.UndefOr[Boolean] = js.undefined,\n        caCertificateIdentifier: js.UndefOr[String] = js.undefined,\n        disableBackupRetention: js.UndefOr[Boolean] = js.undefined,\n        enableBackupRetention: js.UndefOr[Boolean] = js.undefined,\n        masterUserPassword: js.UndefOr[SensitiveString] = js.undefined,\n        preferredBackupWindow: js.UndefOr[String] = js.undefined,\n        preferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        publiclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        rotateMasterUserPassword: js.UndefOr[Boolean] = js.undefined\n    ): UpdateRelationalDatabaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"relationalDatabaseName\" -> relationalDatabaseName.asInstanceOf[js.Any]\n      )\n\n      applyImmediately.foreach(__v => __obj.updateDynamic(\"applyImmediately\")(__v.asInstanceOf[js.Any]))\n      caCertificateIdentifier.foreach(__v => __obj.updateDynamic(\"caCertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      disableBackupRetention.foreach(__v => __obj.updateDynamic(\"disableBackupRetention\")(__v.asInstanceOf[js.Any]))\n      enableBackupRetention.foreach(__v => __obj.updateDynamic(\"enableBackupRetention\")(__v.asInstanceOf[js.Any]))\n      masterUserPassword.foreach(__v => __obj.updateDynamic(\"masterUserPassword\")(__v.asInstanceOf[js.Any]))\n      preferredBackupWindow.foreach(__v => __obj.updateDynamic(\"preferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      preferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"preferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      publiclyAccessible.foreach(__v => __obj.updateDynamic(\"publiclyAccessible\")(__v.asInstanceOf[js.Any]))\n      rotateMasterUserPassword.foreach(__v => __obj.updateDynamic(\"rotateMasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRelationalDatabaseRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRelationalDatabaseResult extends js.Object {\n    var operations: js.UndefOr[OperationList]\n  }\n\n  object UpdateRelationalDatabaseResult {\n    @inline\n    def apply(\n        operations: js.UndefOr[OperationList] = js.undefined\n    ): UpdateRelationalDatabaseResult = {\n      val __obj = js.Dynamic.literal()\n      operations.foreach(__v => __obj.updateDynamic(\"operations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRelationalDatabaseResult]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lambda\/src\/main\/scala\/facade\/amazonaws\/services\/Lambda.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lambda {\n  type Action = String\n  type AdditionalVersion = String\n  type AdditionalVersionWeights = js.Dictionary[Weight]\n  type Alias = String\n  type AliasList = js.Array[AliasConfiguration]\n  type Arn = String\n  type BatchSize = Int\n  type BisectBatchOnFunctionError = Boolean\n  type Blob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BlobStream = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CodeSigningConfigArn = String\n  type CodeSigningConfigId = String\n  type CodeSigningConfigList = js.Array[CodeSigningConfig]\n  type CompatibleRuntimes = js.Array[Runtime]\n  type Date = js.Date\n  type Description = String\n  type DestinationArn = String\n  type Enabled = Boolean\n  type Endpoint = String\n  type EndpointLists = js.Array[Endpoint]\n  type Endpoints = js.Dictionary[EndpointLists]\n  type EnvironmentVariableName = String\n  type EnvironmentVariableValue = String\n  type EnvironmentVariables = js.Dictionary[EnvironmentVariableValue]\n  type EventSourceMappingsList = js.Array[EventSourceMappingConfiguration]\n  type EventSourceToken = String\n  type FileSystemArn = String\n  type FileSystemConfigList = js.Array[FileSystemConfig]\n  type FunctionArn = String\n  type FunctionArnList = js.Array[FunctionArn]\n  type FunctionEventInvokeConfigList = js.Array[FunctionEventInvokeConfig]\n  type FunctionList = js.Array[FunctionConfiguration]\n  type FunctionName = String\n  type FunctionResponseTypeList = js.Array[FunctionResponseType]\n  type Handler = String\n  type HttpStatus = Int\n  type KMSKeyArn = String\n  type LastUpdateStatusReason = String\n  type LayerArn = String\n  type LayerList = js.Array[LayerVersionArn]\n  type LayerName = String\n  type LayerPermissionAllowedAction = String\n  type LayerPermissionAllowedPrincipal = String\n  type LayerVersionArn = String\n  type LayerVersionNumber = Double\n  type LayerVersionsList = js.Array[LayerVersionsListItem]\n  type LayersList = js.Array[LayersListItem]\n  type LayersReferenceList = js.Array[Layer]\n  type LicenseInfo = String\n  type LocalMountPath = String\n  type MasterRegion = String\n  type MaxFunctionEventInvokeConfigListItems = Int\n  type MaxLayerListItems = Int\n  type MaxListItems = Int\n  type MaxProvisionedConcurrencyConfigListItems = Int\n  type MaximumBatchingWindowInSeconds = Int\n  type MaximumEventAgeInSeconds = Int\n  type MaximumRecordAgeInSeconds = Int\n  type MaximumRetryAttempts = Int\n  type MaximumRetryAttemptsEventSourceMapping = Int\n  type MemorySize = Int\n  type NameSpacedFunctionArn = String\n  type NamespacedFunctionName = String\n  type NamespacedStatementId = String\n  type NonNegativeInteger = Int\n  type OrganizationId = String\n  type ParallelizationFactor = Int\n  type PositiveInteger = Int\n  type Principal = String\n  type ProvisionedConcurrencyConfigList = js.Array[ProvisionedConcurrencyConfigListItem]\n  type Qualifier = String\n  type Queue = String\n  type Queues = js.Array[Queue]\n  type ReservedConcurrentExecutions = Int\n  type ResourceArn = String\n  type RoleArn = String\n  type S3Bucket = String\n  type S3Key = String\n  type S3ObjectVersion = String\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type SensitiveString = String\n  type SigningProfileVersionArns = js.Array[Arn]\n  type SourceAccessConfigurations = js.Array[SourceAccessConfiguration]\n  type SourceOwner = String\n  type StateReason = String\n  type StatementId = String\n  type StringList = js.Array[String]\n  type SubnetId = String\n  type SubnetIds = js.Array[SubnetId]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n  type Timeout = Int\n  type Timestamp = String\n  type Topic = String\n  type Topics = js.Array[Topic]\n  type TumblingWindowInSeconds = Int\n  type URI = String\n  type UnreservedConcurrentExecutions = Int\n  type Version = String\n  type VpcId = String\n  type Weight = Double\n  type WorkingDirectory = String\n\n  implicit final class LambdaOps(private val service: Lambda) extends AnyVal {\n\n    @inline def addLayerVersionPermissionFuture(params: AddLayerVersionPermissionRequest): Future[AddLayerVersionPermissionResponse] = service.addLayerVersionPermission(params).promise().toFuture\n    @inline def addPermissionFuture(params: AddPermissionRequest): Future[AddPermissionResponse] = service.addPermission(params).promise().toFuture\n    @inline def createAliasFuture(params: CreateAliasRequest): Future[AliasConfiguration] = service.createAlias(params).promise().toFuture\n    @inline def createCodeSigningConfigFuture(params: CreateCodeSigningConfigRequest): Future[CreateCodeSigningConfigResponse] = service.createCodeSigningConfig(params).promise().toFuture\n    @inline def createEventSourceMappingFuture(params: CreateEventSourceMappingRequest): Future[EventSourceMappingConfiguration] = service.createEventSourceMapping(params).promise().toFuture\n    @inline def createFunctionFuture(params: CreateFunctionRequest): Future[FunctionConfiguration] = service.createFunction(params).promise().toFuture\n    @inline def deleteAliasFuture(params: DeleteAliasRequest): Future[js.Object] = service.deleteAlias(params).promise().toFuture\n    @inline def deleteCodeSigningConfigFuture(params: DeleteCodeSigningConfigRequest): Future[DeleteCodeSigningConfigResponse] = service.deleteCodeSigningConfig(params).promise().toFuture\n    @inline def deleteEventSourceMappingFuture(params: DeleteEventSourceMappingRequest): Future[EventSourceMappingConfiguration] = service.deleteEventSourceMapping(params).promise().toFuture\n    @inline def deleteFunctionCodeSigningConfigFuture(params: DeleteFunctionCodeSigningConfigRequest): Future[js.Object] = service.deleteFunctionCodeSigningConfig(params).promise().toFuture\n    @inline def deleteFunctionConcurrencyFuture(params: DeleteFunctionConcurrencyRequest): Future[js.Object] = service.deleteFunctionConcurrency(params).promise().toFuture\n    @inline def deleteFunctionEventInvokeConfigFuture(params: DeleteFunctionEventInvokeConfigRequest): Future[js.Object] = service.deleteFunctionEventInvokeConfig(params).promise().toFuture\n    @inline def deleteFunctionFuture(params: DeleteFunctionRequest): Future[js.Object] = service.deleteFunction(params).promise().toFuture\n    @inline def deleteLayerVersionFuture(params: DeleteLayerVersionRequest): Future[js.Object] = service.deleteLayerVersion(params).promise().toFuture\n    @inline def deleteProvisionedConcurrencyConfigFuture(params: DeleteProvisionedConcurrencyConfigRequest): Future[js.Object] = service.deleteProvisionedConcurrencyConfig(params).promise().toFuture\n    @inline def getAccountSettingsFuture(params: GetAccountSettingsRequest): Future[GetAccountSettingsResponse] = service.getAccountSettings(params).promise().toFuture\n    @inline def getAliasFuture(params: GetAliasRequest): Future[AliasConfiguration] = service.getAlias(params).promise().toFuture\n    @inline def getCodeSigningConfigFuture(params: GetCodeSigningConfigRequest): Future[GetCodeSigningConfigResponse] = service.getCodeSigningConfig(params).promise().toFuture\n    @inline def getEventSourceMappingFuture(params: GetEventSourceMappingRequest): Future[EventSourceMappingConfiguration] = service.getEventSourceMapping(params).promise().toFuture\n    @inline def getFunctionCodeSigningConfigFuture(params: GetFunctionCodeSigningConfigRequest): Future[GetFunctionCodeSigningConfigResponse] = service.getFunctionCodeSigningConfig(params).promise().toFuture\n    @inline def getFunctionConcurrencyFuture(params: GetFunctionConcurrencyRequest): Future[GetFunctionConcurrencyResponse] = service.getFunctionConcurrency(params).promise().toFuture\n    @inline def getFunctionConfigurationFuture(params: GetFunctionConfigurationRequest): Future[FunctionConfiguration] = service.getFunctionConfiguration(params).promise().toFuture\n    @inline def getFunctionEventInvokeConfigFuture(params: GetFunctionEventInvokeConfigRequest): Future[FunctionEventInvokeConfig] = service.getFunctionEventInvokeConfig(params).promise().toFuture\n    @inline def getFunctionFuture(params: GetFunctionRequest): Future[GetFunctionResponse] = service.getFunction(params).promise().toFuture\n    @inline def getLayerVersionByArnFuture(params: GetLayerVersionByArnRequest): Future[GetLayerVersionResponse] = service.getLayerVersionByArn(params).promise().toFuture\n    @inline def getLayerVersionFuture(params: GetLayerVersionRequest): Future[GetLayerVersionResponse] = service.getLayerVersion(params).promise().toFuture\n    @inline def getLayerVersionPolicyFuture(params: GetLayerVersionPolicyRequest): Future[GetLayerVersionPolicyResponse] = service.getLayerVersionPolicy(params).promise().toFuture\n    @inline def getPolicyFuture(params: GetPolicyRequest): Future[GetPolicyResponse] = service.getPolicy(params).promise().toFuture\n    @inline def getProvisionedConcurrencyConfigFuture(params: GetProvisionedConcurrencyConfigRequest): Future[GetProvisionedConcurrencyConfigResponse] = service.getProvisionedConcurrencyConfig(params).promise().toFuture\n    @inline def invokeFuture(params: InvocationRequest): Future[InvocationResponse] = service.invoke(params).promise().toFuture\n    @inline def listAliasesFuture(params: ListAliasesRequest): Future[ListAliasesResponse] = service.listAliases(params).promise().toFuture\n    @inline def listCodeSigningConfigsFuture(params: ListCodeSigningConfigsRequest): Future[ListCodeSigningConfigsResponse] = service.listCodeSigningConfigs(params).promise().toFuture\n    @inline def listEventSourceMappingsFuture(params: ListEventSourceMappingsRequest): Future[ListEventSourceMappingsResponse] = service.listEventSourceMappings(params).promise().toFuture\n    @inline def listFunctionEventInvokeConfigsFuture(params: ListFunctionEventInvokeConfigsRequest): Future[ListFunctionEventInvokeConfigsResponse] = service.listFunctionEventInvokeConfigs(params).promise().toFuture\n    @inline def listFunctionsByCodeSigningConfigFuture(params: ListFunctionsByCodeSigningConfigRequest): Future[ListFunctionsByCodeSigningConfigResponse] = service.listFunctionsByCodeSigningConfig(params).promise().toFuture\n    @inline def listFunctionsFuture(params: ListFunctionsRequest): Future[ListFunctionsResponse] = service.listFunctions(params).promise().toFuture\n    @inline def listLayerVersionsFuture(params: ListLayerVersionsRequest): Future[ListLayerVersionsResponse] = service.listLayerVersions(params).promise().toFuture\n    @inline def listLayersFuture(params: ListLayersRequest): Future[ListLayersResponse] = service.listLayers(params).promise().toFuture\n    @inline def listProvisionedConcurrencyConfigsFuture(params: ListProvisionedConcurrencyConfigsRequest): Future[ListProvisionedConcurrencyConfigsResponse] = service.listProvisionedConcurrencyConfigs(params).promise().toFuture\n    @inline def listTagsFuture(params: ListTagsRequest): Future[ListTagsResponse] = service.listTags(params).promise().toFuture\n    @inline def listVersionsByFunctionFuture(params: ListVersionsByFunctionRequest): Future[ListVersionsByFunctionResponse] = service.listVersionsByFunction(params).promise().toFuture\n    @inline def publishLayerVersionFuture(params: PublishLayerVersionRequest): Future[PublishLayerVersionResponse] = service.publishLayerVersion(params).promise().toFuture\n    @inline def publishVersionFuture(params: PublishVersionRequest): Future[FunctionConfiguration] = service.publishVersion(params).promise().toFuture\n    @inline def putFunctionCodeSigningConfigFuture(params: PutFunctionCodeSigningConfigRequest): Future[PutFunctionCodeSigningConfigResponse] = service.putFunctionCodeSigningConfig(params).promise().toFuture\n    @inline def putFunctionConcurrencyFuture(params: PutFunctionConcurrencyRequest): Future[Concurrency] = service.putFunctionConcurrency(params).promise().toFuture\n    @inline def putFunctionEventInvokeConfigFuture(params: PutFunctionEventInvokeConfigRequest): Future[FunctionEventInvokeConfig] = service.putFunctionEventInvokeConfig(params).promise().toFuture\n    @inline def putProvisionedConcurrencyConfigFuture(params: PutProvisionedConcurrencyConfigRequest): Future[PutProvisionedConcurrencyConfigResponse] = service.putProvisionedConcurrencyConfig(params).promise().toFuture\n    @inline def removeLayerVersionPermissionFuture(params: RemoveLayerVersionPermissionRequest): Future[js.Object] = service.removeLayerVersionPermission(params).promise().toFuture\n    @inline def removePermissionFuture(params: RemovePermissionRequest): Future[js.Object] = service.removePermission(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateAliasFuture(params: UpdateAliasRequest): Future[AliasConfiguration] = service.updateAlias(params).promise().toFuture\n    @inline def updateCodeSigningConfigFuture(params: UpdateCodeSigningConfigRequest): Future[UpdateCodeSigningConfigResponse] = service.updateCodeSigningConfig(params).promise().toFuture\n    @inline def updateEventSourceMappingFuture(params: UpdateEventSourceMappingRequest): Future[EventSourceMappingConfiguration] = service.updateEventSourceMapping(params).promise().toFuture\n    @inline def updateFunctionCodeFuture(params: UpdateFunctionCodeRequest): Future[FunctionConfiguration] = service.updateFunctionCode(params).promise().toFuture\n    @inline def updateFunctionConfigurationFuture(params: UpdateFunctionConfigurationRequest): Future[FunctionConfiguration] = service.updateFunctionConfiguration(params).promise().toFuture\n    @inline def updateFunctionEventInvokeConfigFuture(params: UpdateFunctionEventInvokeConfigRequest): Future[FunctionEventInvokeConfig] = service.updateFunctionEventInvokeConfig(params).promise().toFuture\n\n  }\n}\n\npackage lambda {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lambda\", JSImport.Namespace, \"AWS.Lambda\")\n  class Lambda() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def invokeAsync(params: InvokeAsyncRequest): Request[InvokeAsyncResponse] = js.native\n    def addLayerVersionPermission(params: AddLayerVersionPermissionRequest): Request[AddLayerVersionPermissionResponse] = js.native\n    def addPermission(params: AddPermissionRequest): Request[AddPermissionResponse] = js.native\n    def createAlias(params: CreateAliasRequest): Request[AliasConfiguration] = js.native\n    def createCodeSigningConfig(params: CreateCodeSigningConfigRequest): Request[CreateCodeSigningConfigResponse] = js.native\n    def createEventSourceMapping(params: CreateEventSourceMappingRequest): Request[EventSourceMappingConfiguration] = js.native\n    def createFunction(params: CreateFunctionRequest): Request[FunctionConfiguration] = js.native\n    def deleteAlias(params: DeleteAliasRequest): Request[js.Object] = js.native\n    def deleteCodeSigningConfig(params: DeleteCodeSigningConfigRequest): Request[DeleteCodeSigningConfigResponse] = js.native\n    def deleteEventSourceMapping(params: DeleteEventSourceMappingRequest): Request[EventSourceMappingConfiguration] = js.native\n    def deleteFunction(params: DeleteFunctionRequest): Request[js.Object] = js.native\n    def deleteFunctionCodeSigningConfig(params: DeleteFunctionCodeSigningConfigRequest): Request[js.Object] = js.native\n    def deleteFunctionConcurrency(params: DeleteFunctionConcurrencyRequest): Request[js.Object] = js.native\n    def deleteFunctionEventInvokeConfig(params: DeleteFunctionEventInvokeConfigRequest): Request[js.Object] = js.native\n    def deleteLayerVersion(params: DeleteLayerVersionRequest): Request[js.Object] = js.native\n    def deleteProvisionedConcurrencyConfig(params: DeleteProvisionedConcurrencyConfigRequest): Request[js.Object] = js.native\n    def getAccountSettings(params: GetAccountSettingsRequest): Request[GetAccountSettingsResponse] = js.native\n    def getAlias(params: GetAliasRequest): Request[AliasConfiguration] = js.native\n    def getCodeSigningConfig(params: GetCodeSigningConfigRequest): Request[GetCodeSigningConfigResponse] = js.native\n    def getEventSourceMapping(params: GetEventSourceMappingRequest): Request[EventSourceMappingConfiguration] = js.native\n    def getFunction(params: GetFunctionRequest): Request[GetFunctionResponse] = js.native\n    def getFunctionCodeSigningConfig(params: GetFunctionCodeSigningConfigRequest): Request[GetFunctionCodeSigningConfigResponse] = js.native\n    def getFunctionConcurrency(params: GetFunctionConcurrencyRequest): Request[GetFunctionConcurrencyResponse] = js.native\n    def getFunctionConfiguration(params: GetFunctionConfigurationRequest): Request[FunctionConfiguration] = js.native\n    def getFunctionEventInvokeConfig(params: GetFunctionEventInvokeConfigRequest): Request[FunctionEventInvokeConfig] = js.native\n    def getLayerVersion(params: GetLayerVersionRequest): Request[GetLayerVersionResponse] = js.native\n    def getLayerVersionByArn(params: GetLayerVersionByArnRequest): Request[GetLayerVersionResponse] = js.native\n    def getLayerVersionPolicy(params: GetLayerVersionPolicyRequest): Request[GetLayerVersionPolicyResponse] = js.native\n    def getPolicy(params: GetPolicyRequest): Request[GetPolicyResponse] = js.native\n    def getProvisionedConcurrencyConfig(params: GetProvisionedConcurrencyConfigRequest): Request[GetProvisionedConcurrencyConfigResponse] = js.native\n    def invoke(params: InvocationRequest): Request[InvocationResponse] = js.native\n    def listAliases(params: ListAliasesRequest): Request[ListAliasesResponse] = js.native\n    def listCodeSigningConfigs(params: ListCodeSigningConfigsRequest): Request[ListCodeSigningConfigsResponse] = js.native\n    def listEventSourceMappings(params: ListEventSourceMappingsRequest): Request[ListEventSourceMappingsResponse] = js.native\n    def listFunctionEventInvokeConfigs(params: ListFunctionEventInvokeConfigsRequest): Request[ListFunctionEventInvokeConfigsResponse] = js.native\n    def listFunctions(params: ListFunctionsRequest): Request[ListFunctionsResponse] = js.native\n    def listFunctionsByCodeSigningConfig(params: ListFunctionsByCodeSigningConfigRequest): Request[ListFunctionsByCodeSigningConfigResponse] = js.native\n    def listLayerVersions(params: ListLayerVersionsRequest): Request[ListLayerVersionsResponse] = js.native\n    def listLayers(params: ListLayersRequest): Request[ListLayersResponse] = js.native\n    def listProvisionedConcurrencyConfigs(params: ListProvisionedConcurrencyConfigsRequest): Request[ListProvisionedConcurrencyConfigsResponse] = js.native\n    def listTags(params: ListTagsRequest): Request[ListTagsResponse] = js.native\n    def listVersionsByFunction(params: ListVersionsByFunctionRequest): Request[ListVersionsByFunctionResponse] = js.native\n    def publishLayerVersion(params: PublishLayerVersionRequest): Request[PublishLayerVersionResponse] = js.native\n    def publishVersion(params: PublishVersionRequest): Request[FunctionConfiguration] = js.native\n    def putFunctionCodeSigningConfig(params: PutFunctionCodeSigningConfigRequest): Request[PutFunctionCodeSigningConfigResponse] = js.native\n    def putFunctionConcurrency(params: PutFunctionConcurrencyRequest): Request[Concurrency] = js.native\n    def putFunctionEventInvokeConfig(params: PutFunctionEventInvokeConfigRequest): Request[FunctionEventInvokeConfig] = js.native\n    def putProvisionedConcurrencyConfig(params: PutProvisionedConcurrencyConfigRequest): Request[PutProvisionedConcurrencyConfigResponse] = js.native\n    def removeLayerVersionPermission(params: RemoveLayerVersionPermissionRequest): Request[js.Object] = js.native\n    def removePermission(params: RemovePermissionRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateAlias(params: UpdateAliasRequest): Request[AliasConfiguration] = js.native\n    def updateCodeSigningConfig(params: UpdateCodeSigningConfigRequest): Request[UpdateCodeSigningConfigResponse] = js.native\n    def updateEventSourceMapping(params: UpdateEventSourceMappingRequest): Request[EventSourceMappingConfiguration] = js.native\n    def updateFunctionCode(params: UpdateFunctionCodeRequest): Request[FunctionConfiguration] = js.native\n    def updateFunctionConfiguration(params: UpdateFunctionConfigurationRequest): Request[FunctionConfiguration] = js.native\n    def updateFunctionEventInvokeConfig(params: UpdateFunctionEventInvokeConfigRequest): Request[FunctionEventInvokeConfig] = js.native\n  }\n\n  \/** Limits that are related to concurrency and storage. All file and storage sizes are in bytes.\n    *\/\n  @js.native\n  trait AccountLimit extends js.Object {\n    var CodeSizeUnzipped: js.UndefOr[Double]\n    var CodeSizeZipped: js.UndefOr[Double]\n    var ConcurrentExecutions: js.UndefOr[Int]\n    var TotalCodeSize: js.UndefOr[Double]\n    var UnreservedConcurrentExecutions: js.UndefOr[UnreservedConcurrentExecutions]\n  }\n\n  object AccountLimit {\n    @inline\n    def apply(\n        CodeSizeUnzipped: js.UndefOr[Double] = js.undefined,\n        CodeSizeZipped: js.UndefOr[Double] = js.undefined,\n        ConcurrentExecutions: js.UndefOr[Int] = js.undefined,\n        TotalCodeSize: js.UndefOr[Double] = js.undefined,\n        UnreservedConcurrentExecutions: js.UndefOr[UnreservedConcurrentExecutions] = js.undefined\n    ): AccountLimit = {\n      val __obj = js.Dynamic.literal()\n      CodeSizeUnzipped.foreach(__v => __obj.updateDynamic(\"CodeSizeUnzipped\")(__v.asInstanceOf[js.Any]))\n      CodeSizeZipped.foreach(__v => __obj.updateDynamic(\"CodeSizeZipped\")(__v.asInstanceOf[js.Any]))\n      ConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"ConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      TotalCodeSize.foreach(__v => __obj.updateDynamic(\"TotalCodeSize\")(__v.asInstanceOf[js.Any]))\n      UnreservedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"UnreservedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountLimit]\n    }\n  }\n\n  \/** The number of functions and amount of storage in use.\n    *\/\n  @js.native\n  trait AccountUsage extends js.Object {\n    var FunctionCount: js.UndefOr[Double]\n    var TotalCodeSize: js.UndefOr[Double]\n  }\n\n  object AccountUsage {\n    @inline\n    def apply(\n        FunctionCount: js.UndefOr[Double] = js.undefined,\n        TotalCodeSize: js.UndefOr[Double] = js.undefined\n    ): AccountUsage = {\n      val __obj = js.Dynamic.literal()\n      FunctionCount.foreach(__v => __obj.updateDynamic(\"FunctionCount\")(__v.asInstanceOf[js.Any]))\n      TotalCodeSize.foreach(__v => __obj.updateDynamic(\"TotalCodeSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountUsage]\n    }\n  }\n\n  @js.native\n  trait AddLayerVersionPermissionRequest extends js.Object {\n    var Action: LayerPermissionAllowedAction\n    var LayerName: LayerName\n    var Principal: LayerPermissionAllowedPrincipal\n    var StatementId: StatementId\n    var VersionNumber: LayerVersionNumber\n    var OrganizationId: js.UndefOr[OrganizationId]\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object AddLayerVersionPermissionRequest {\n    @inline\n    def apply(\n        Action: LayerPermissionAllowedAction,\n        LayerName: LayerName,\n        Principal: LayerPermissionAllowedPrincipal,\n        StatementId: StatementId,\n        VersionNumber: LayerVersionNumber,\n        OrganizationId: js.UndefOr[OrganizationId] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): AddLayerVersionPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any],\n        \"StatementId\" -> StatementId.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n\n      OrganizationId.foreach(__v => __obj.updateDynamic(\"OrganizationId\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddLayerVersionPermissionRequest]\n    }\n  }\n\n  @js.native\n  trait AddLayerVersionPermissionResponse extends js.Object {\n    var RevisionId: js.UndefOr[String]\n    var Statement: js.UndefOr[String]\n  }\n\n  object AddLayerVersionPermissionResponse {\n    @inline\n    def apply(\n        RevisionId: js.UndefOr[String] = js.undefined,\n        Statement: js.UndefOr[String] = js.undefined\n    ): AddLayerVersionPermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      Statement.foreach(__v => __obj.updateDynamic(\"Statement\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddLayerVersionPermissionResponse]\n    }\n  }\n\n  @js.native\n  trait AddPermissionRequest extends js.Object {\n    var Action: Action\n    var FunctionName: FunctionName\n    var Principal: Principal\n    var StatementId: StatementId\n    var EventSourceToken: js.UndefOr[EventSourceToken]\n    var Qualifier: js.UndefOr[Qualifier]\n    var RevisionId: js.UndefOr[String]\n    var SourceAccount: js.UndefOr[SourceOwner]\n    var SourceArn: js.UndefOr[Arn]\n  }\n\n  object AddPermissionRequest {\n    @inline\n    def apply(\n        Action: Action,\n        FunctionName: FunctionName,\n        Principal: Principal,\n        StatementId: StatementId,\n        EventSourceToken: js.UndefOr[EventSourceToken] = js.undefined,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        SourceAccount: js.UndefOr[SourceOwner] = js.undefined,\n        SourceArn: js.UndefOr[Arn] = js.undefined\n    ): AddPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any],\n        \"StatementId\" -> StatementId.asInstanceOf[js.Any]\n      )\n\n      EventSourceToken.foreach(__v => __obj.updateDynamic(\"EventSourceToken\")(__v.asInstanceOf[js.Any]))\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      SourceAccount.foreach(__v => __obj.updateDynamic(\"SourceAccount\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddPermissionRequest]\n    }\n  }\n\n  @js.native\n  trait AddPermissionResponse extends js.Object {\n    var Statement: js.UndefOr[String]\n  }\n\n  object AddPermissionResponse {\n    @inline\n    def apply(\n        Statement: js.UndefOr[String] = js.undefined\n    ): AddPermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      Statement.foreach(__v => __obj.updateDynamic(\"Statement\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddPermissionResponse]\n    }\n  }\n\n  \/** Provides configuration information about a Lambda function [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/versioning-aliases.html|alias]].\n    *\/\n  @js.native\n  trait AliasConfiguration extends js.Object {\n    var AliasArn: js.UndefOr[FunctionArn]\n    var Description: js.UndefOr[Description]\n    var FunctionVersion: js.UndefOr[Version]\n    var Name: js.UndefOr[Alias]\n    var RevisionId: js.UndefOr[String]\n    var RoutingConfig: js.UndefOr[AliasRoutingConfiguration]\n  }\n\n  object AliasConfiguration {\n    @inline\n    def apply(\n        AliasArn: js.UndefOr[FunctionArn] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        FunctionVersion: js.UndefOr[Version] = js.undefined,\n        Name: js.UndefOr[Alias] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        RoutingConfig: js.UndefOr[AliasRoutingConfiguration] = js.undefined\n    ): AliasConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AliasArn.foreach(__v => __obj.updateDynamic(\"AliasArn\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FunctionVersion.foreach(__v => __obj.updateDynamic(\"FunctionVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      RoutingConfig.foreach(__v => __obj.updateDynamic(\"RoutingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AliasConfiguration]\n    }\n  }\n\n  \/** The [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/lambda-traffic-shifting-using-aliases.html|traffic-shifting]] configuration of a Lambda function alias.\n    *\/\n  @js.native\n  trait AliasRoutingConfiguration extends js.Object {\n    var AdditionalVersionWeights: js.UndefOr[AdditionalVersionWeights]\n  }\n\n  object AliasRoutingConfiguration {\n    @inline\n    def apply(\n        AdditionalVersionWeights: js.UndefOr[AdditionalVersionWeights] = js.undefined\n    ): AliasRoutingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AdditionalVersionWeights.foreach(__v => __obj.updateDynamic(\"AdditionalVersionWeights\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AliasRoutingConfiguration]\n    }\n  }\n\n  \/** List of signing profiles that can sign a code package.\n    *\/\n  @js.native\n  trait AllowedPublishers extends js.Object {\n    var SigningProfileVersionArns: SigningProfileVersionArns\n  }\n\n  object AllowedPublishers {\n    @inline\n    def apply(\n        SigningProfileVersionArns: SigningProfileVersionArns\n    ): AllowedPublishers = {\n      val __obj = js.Dynamic.literal(\n        \"SigningProfileVersionArns\" -> SigningProfileVersionArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AllowedPublishers]\n    }\n  }\n\n  \/** Details about a Code signing configuration.\n    *\/\n  @js.native\n  trait CodeSigningConfig extends js.Object {\n    var AllowedPublishers: AllowedPublishers\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var CodeSigningConfigId: CodeSigningConfigId\n    var CodeSigningPolicies: CodeSigningPolicies\n    var LastModified: Timestamp\n    var Description: js.UndefOr[Description]\n  }\n\n  object CodeSigningConfig {\n    @inline\n    def apply(\n        AllowedPublishers: AllowedPublishers,\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        CodeSigningConfigId: CodeSigningConfigId,\n        CodeSigningPolicies: CodeSigningPolicies,\n        LastModified: Timestamp,\n        Description: js.UndefOr[Description] = js.undefined\n    ): CodeSigningConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AllowedPublishers\" -> AllowedPublishers.asInstanceOf[js.Any],\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any],\n        \"CodeSigningConfigId\" -> CodeSigningConfigId.asInstanceOf[js.Any],\n        \"CodeSigningPolicies\" -> CodeSigningPolicies.asInstanceOf[js.Any],\n        \"LastModified\" -> LastModified.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeSigningConfig]\n    }\n  }\n\n  \/** Code signing configuration policies specifies the validation failure action for signature mismatch or expiry.\n    *\/\n  @js.native\n  trait CodeSigningPolicies extends js.Object {\n    var UntrustedArtifactOnDeployment: js.UndefOr[CodeSigningPolicy]\n  }\n\n  object CodeSigningPolicies {\n    @inline\n    def apply(\n        UntrustedArtifactOnDeployment: js.UndefOr[CodeSigningPolicy] = js.undefined\n    ): CodeSigningPolicies = {\n      val __obj = js.Dynamic.literal()\n      UntrustedArtifactOnDeployment.foreach(__v => __obj.updateDynamic(\"UntrustedArtifactOnDeployment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeSigningPolicies]\n    }\n  }\n\n  @js.native\n  sealed trait CodeSigningPolicy extends js.Any\n  object CodeSigningPolicy {\n    val Warn = \"Warn\".asInstanceOf[CodeSigningPolicy]\n    val Enforce = \"Enforce\".asInstanceOf[CodeSigningPolicy]\n\n    @inline def values = js.Array(Warn, Enforce)\n  }\n\n  @js.native\n  trait Concurrency extends js.Object {\n    var ReservedConcurrentExecutions: js.UndefOr[ReservedConcurrentExecutions]\n  }\n\n  object Concurrency {\n    @inline\n    def apply(\n        ReservedConcurrentExecutions: js.UndefOr[ReservedConcurrentExecutions] = js.undefined\n    ): Concurrency = {\n      val __obj = js.Dynamic.literal()\n      ReservedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"ReservedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Concurrency]\n    }\n  }\n\n  @js.native\n  trait CreateAliasRequest extends js.Object {\n    var FunctionName: FunctionName\n    var FunctionVersion: Version\n    var Name: Alias\n    var Description: js.UndefOr[Description]\n    var RoutingConfig: js.UndefOr[AliasRoutingConfiguration]\n  }\n\n  object CreateAliasRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        FunctionVersion: Version,\n        Name: Alias,\n        Description: js.UndefOr[Description] = js.undefined,\n        RoutingConfig: js.UndefOr[AliasRoutingConfiguration] = js.undefined\n    ): CreateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"FunctionVersion\" -> FunctionVersion.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RoutingConfig.foreach(__v => __obj.updateDynamic(\"RoutingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCodeSigningConfigRequest extends js.Object {\n    var AllowedPublishers: AllowedPublishers\n    var CodeSigningPolicies: js.UndefOr[CodeSigningPolicies]\n    var Description: js.UndefOr[Description]\n  }\n\n  object CreateCodeSigningConfigRequest {\n    @inline\n    def apply(\n        AllowedPublishers: AllowedPublishers,\n        CodeSigningPolicies: js.UndefOr[CodeSigningPolicies] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined\n    ): CreateCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AllowedPublishers\" -> AllowedPublishers.asInstanceOf[js.Any]\n      )\n\n      CodeSigningPolicies.foreach(__v => __obj.updateDynamic(\"CodeSigningPolicies\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCodeSigningConfigResponse extends js.Object {\n    var CodeSigningConfig: CodeSigningConfig\n  }\n\n  object CreateCodeSigningConfigResponse {\n    @inline\n    def apply(\n        CodeSigningConfig: CodeSigningConfig\n    ): CreateCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfig\" -> CodeSigningConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait CreateEventSourceMappingRequest extends js.Object {\n    var FunctionName: FunctionName\n    var BatchSize: js.UndefOr[BatchSize]\n    var BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError]\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var Enabled: js.UndefOr[Enabled]\n    var EventSourceArn: js.UndefOr[Arn]\n    var FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList]\n    var MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds]\n    var MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping]\n    var ParallelizationFactor: js.UndefOr[ParallelizationFactor]\n    var Queues: js.UndefOr[Queues]\n    var SelfManagedEventSource: js.UndefOr[SelfManagedEventSource]\n    var SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations]\n    var StartingPosition: js.UndefOr[EventSourcePosition]\n    var StartingPositionTimestamp: js.UndefOr[Date]\n    var Topics: js.UndefOr[Topics]\n    var TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds]\n  }\n\n  object CreateEventSourceMappingRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        BatchSize: js.UndefOr[BatchSize] = js.undefined,\n        BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError] = js.undefined,\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        Enabled: js.UndefOr[Enabled] = js.undefined,\n        EventSourceArn: js.UndefOr[Arn] = js.undefined,\n        FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList] = js.undefined,\n        MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds] = js.undefined,\n        MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping] = js.undefined,\n        ParallelizationFactor: js.UndefOr[ParallelizationFactor] = js.undefined,\n        Queues: js.UndefOr[Queues] = js.undefined,\n        SelfManagedEventSource: js.UndefOr[SelfManagedEventSource] = js.undefined,\n        SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations] = js.undefined,\n        StartingPosition: js.UndefOr[EventSourcePosition] = js.undefined,\n        StartingPositionTimestamp: js.UndefOr[Date] = js.undefined,\n        Topics: js.UndefOr[Topics] = js.undefined,\n        TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds] = js.undefined\n    ): CreateEventSourceMappingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      BatchSize.foreach(__v => __obj.updateDynamic(\"BatchSize\")(__v.asInstanceOf[js.Any]))\n      BisectBatchOnFunctionError.foreach(__v => __obj.updateDynamic(\"BisectBatchOnFunctionError\")(__v.asInstanceOf[js.Any]))\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventSourceArn.foreach(__v => __obj.updateDynamic(\"EventSourceArn\")(__v.asInstanceOf[js.Any]))\n      FunctionResponseTypes.foreach(__v => __obj.updateDynamic(\"FunctionResponseTypes\")(__v.asInstanceOf[js.Any]))\n      MaximumBatchingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumBatchingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRecordAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumRecordAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      ParallelizationFactor.foreach(__v => __obj.updateDynamic(\"ParallelizationFactor\")(__v.asInstanceOf[js.Any]))\n      Queues.foreach(__v => __obj.updateDynamic(\"Queues\")(__v.asInstanceOf[js.Any]))\n      SelfManagedEventSource.foreach(__v => __obj.updateDynamic(\"SelfManagedEventSource\")(__v.asInstanceOf[js.Any]))\n      SourceAccessConfigurations.foreach(__v => __obj.updateDynamic(\"SourceAccessConfigurations\")(__v.asInstanceOf[js.Any]))\n      StartingPosition.foreach(__v => __obj.updateDynamic(\"StartingPosition\")(__v.asInstanceOf[js.Any]))\n      StartingPositionTimestamp.foreach(__v => __obj.updateDynamic(\"StartingPositionTimestamp\")(__v.asInstanceOf[js.Any]))\n      Topics.foreach(__v => __obj.updateDynamic(\"Topics\")(__v.asInstanceOf[js.Any]))\n      TumblingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"TumblingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventSourceMappingRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFunctionRequest extends js.Object {\n    var Code: FunctionCode\n    var FunctionName: FunctionName\n    var Role: RoleArn\n    var CodeSigningConfigArn: js.UndefOr[CodeSigningConfigArn]\n    var DeadLetterConfig: js.UndefOr[DeadLetterConfig]\n    var Description: js.UndefOr[Description]\n    var Environment: js.UndefOr[Environment]\n    var FileSystemConfigs: js.UndefOr[FileSystemConfigList]\n    var Handler: js.UndefOr[Handler]\n    var ImageConfig: js.UndefOr[ImageConfig]\n    var KMSKeyArn: js.UndefOr[KMSKeyArn]\n    var Layers: js.UndefOr[LayerList]\n    var MemorySize: js.UndefOr[MemorySize]\n    var PackageType: js.UndefOr[PackageType]\n    var Publish: js.UndefOr[Boolean]\n    var Runtime: js.UndefOr[Runtime]\n    var Tags: js.UndefOr[Tags]\n    var Timeout: js.UndefOr[Timeout]\n    var TracingConfig: js.UndefOr[TracingConfig]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateFunctionRequest {\n    @inline\n    def apply(\n        Code: FunctionCode,\n        FunctionName: FunctionName,\n        Role: RoleArn,\n        CodeSigningConfigArn: js.UndefOr[CodeSigningConfigArn] = js.undefined,\n        DeadLetterConfig: js.UndefOr[DeadLetterConfig] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Environment: js.UndefOr[Environment] = js.undefined,\n        FileSystemConfigs: js.UndefOr[FileSystemConfigList] = js.undefined,\n        Handler: js.UndefOr[Handler] = js.undefined,\n        ImageConfig: js.UndefOr[ImageConfig] = js.undefined,\n        KMSKeyArn: js.UndefOr[KMSKeyArn] = js.undefined,\n        Layers: js.UndefOr[LayerList] = js.undefined,\n        MemorySize: js.UndefOr[MemorySize] = js.undefined,\n        PackageType: js.UndefOr[PackageType] = js.undefined,\n        Publish: js.UndefOr[Boolean] = js.undefined,\n        Runtime: js.UndefOr[Runtime] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined,\n        TracingConfig: js.UndefOr[TracingConfig] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateFunctionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Code\" -> Code.asInstanceOf[js.Any],\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Role\" -> Role.asInstanceOf[js.Any]\n      )\n\n      CodeSigningConfigArn.foreach(__v => __obj.updateDynamic(\"CodeSigningConfigArn\")(__v.asInstanceOf[js.Any]))\n      DeadLetterConfig.foreach(__v => __obj.updateDynamic(\"DeadLetterConfig\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      FileSystemConfigs.foreach(__v => __obj.updateDynamic(\"FileSystemConfigs\")(__v.asInstanceOf[js.Any]))\n      Handler.foreach(__v => __obj.updateDynamic(\"Handler\")(__v.asInstanceOf[js.Any]))\n      ImageConfig.foreach(__v => __obj.updateDynamic(\"ImageConfig\")(__v.asInstanceOf[js.Any]))\n      KMSKeyArn.foreach(__v => __obj.updateDynamic(\"KMSKeyArn\")(__v.asInstanceOf[js.Any]))\n      Layers.foreach(__v => __obj.updateDynamic(\"Layers\")(__v.asInstanceOf[js.Any]))\n      MemorySize.foreach(__v => __obj.updateDynamic(\"MemorySize\")(__v.asInstanceOf[js.Any]))\n      PackageType.foreach(__v => __obj.updateDynamic(\"PackageType\")(__v.asInstanceOf[js.Any]))\n      Publish.foreach(__v => __obj.updateDynamic(\"Publish\")(__v.asInstanceOf[js.Any]))\n      Runtime.foreach(__v => __obj.updateDynamic(\"Runtime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      TracingConfig.foreach(__v => __obj.updateDynamic(\"TracingConfig\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFunctionRequest]\n    }\n  }\n\n  \/** The [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/invocation-async.html#dlq|dead-letter queue]] for failed asynchronous invocations.\n    *\/\n  @js.native\n  trait DeadLetterConfig extends js.Object {\n    var TargetArn: js.UndefOr[ResourceArn]\n  }\n\n  object DeadLetterConfig {\n    @inline\n    def apply(\n        TargetArn: js.UndefOr[ResourceArn] = js.undefined\n    ): DeadLetterConfig = {\n      val __obj = js.Dynamic.literal()\n      TargetArn.foreach(__v => __obj.updateDynamic(\"TargetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeadLetterConfig]\n    }\n  }\n\n  @js.native\n  trait DeleteAliasRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Name: Alias\n  }\n\n  object DeleteAliasRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Name: Alias\n    ): DeleteAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCodeSigningConfigRequest extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n  }\n\n  object DeleteCodeSigningConfigRequest {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn\n    ): DeleteCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCodeSigningConfigResponse extends js.Object\n\n  object DeleteCodeSigningConfigResponse {\n    @inline\n    def apply(): DeleteCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteEventSourceMappingRequest extends js.Object {\n    var UUID: String\n  }\n\n  object DeleteEventSourceMappingRequest {\n    @inline\n    def apply(\n        UUID: String\n    ): DeleteEventSourceMappingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UUID\" -> UUID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventSourceMappingRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFunctionCodeSigningConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n  }\n\n  object DeleteFunctionCodeSigningConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName\n    ): DeleteFunctionCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFunctionCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFunctionConcurrencyRequest extends js.Object {\n    var FunctionName: FunctionName\n  }\n\n  object DeleteFunctionConcurrencyRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName\n    ): DeleteFunctionConcurrencyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFunctionConcurrencyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFunctionEventInvokeConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object DeleteFunctionEventInvokeConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): DeleteFunctionEventInvokeConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFunctionEventInvokeConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFunctionRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object DeleteFunctionRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): DeleteFunctionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFunctionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLayerVersionRequest extends js.Object {\n    var LayerName: LayerName\n    var VersionNumber: LayerVersionNumber\n  }\n\n  object DeleteLayerVersionRequest {\n    @inline\n    def apply(\n        LayerName: LayerName,\n        VersionNumber: LayerVersionNumber\n    ): DeleteLayerVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLayerVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProvisionedConcurrencyConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Qualifier: Qualifier\n  }\n\n  object DeleteProvisionedConcurrencyConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Qualifier: Qualifier\n    ): DeleteProvisionedConcurrencyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Qualifier\" -> Qualifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProvisionedConcurrencyConfigRequest]\n    }\n  }\n\n  \/** A configuration object that specifies the destination of an event after Lambda processes it.\n    *\/\n  @js.native\n  trait DestinationConfig extends js.Object {\n    var OnFailure: js.UndefOr[OnFailure]\n    var OnSuccess: js.UndefOr[OnSuccess]\n  }\n\n  object DestinationConfig {\n    @inline\n    def apply(\n        OnFailure: js.UndefOr[OnFailure] = js.undefined,\n        OnSuccess: js.UndefOr[OnSuccess] = js.undefined\n    ): DestinationConfig = {\n      val __obj = js.Dynamic.literal()\n      OnFailure.foreach(__v => __obj.updateDynamic(\"OnFailure\")(__v.asInstanceOf[js.Any]))\n      OnSuccess.foreach(__v => __obj.updateDynamic(\"OnSuccess\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationConfig]\n    }\n  }\n\n  @js.native\n  sealed trait EndPointType extends js.Any\n  object EndPointType {\n    val KAFKA_BOOTSTRAP_SERVERS = \"KAFKA_BOOTSTRAP_SERVERS\".asInstanceOf[EndPointType]\n\n    @inline def values = js.Array(KAFKA_BOOTSTRAP_SERVERS)\n  }\n\n  \/** A function's environment variable settings.\n    *\/\n  @js.native\n  trait Environment extends js.Object {\n    var Variables: js.UndefOr[EnvironmentVariables]\n  }\n\n  object Environment {\n    @inline\n    def apply(\n        Variables: js.UndefOr[EnvironmentVariables] = js.undefined\n    ): Environment = {\n      val __obj = js.Dynamic.literal()\n      Variables.foreach(__v => __obj.updateDynamic(\"Variables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Environment]\n    }\n  }\n\n  \/** Error messages for environment variables that couldn't be applied.\n    *\/\n  @js.native\n  trait EnvironmentError extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var Message: js.UndefOr[SensitiveString]\n  }\n\n  object EnvironmentError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[SensitiveString] = js.undefined\n    ): EnvironmentError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentError]\n    }\n  }\n\n  \/** The results of an operation to update or read environment variables. If the operation is successful, the response contains the environment variables. If it failed, the response contains details about the error.\n    *\/\n  @js.native\n  trait EnvironmentResponse extends js.Object {\n    var Error: js.UndefOr[EnvironmentError]\n    var Variables: js.UndefOr[EnvironmentVariables]\n  }\n\n  object EnvironmentResponse {\n    @inline\n    def apply(\n        Error: js.UndefOr[EnvironmentError] = js.undefined,\n        Variables: js.UndefOr[EnvironmentVariables] = js.undefined\n    ): EnvironmentResponse = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      Variables.foreach(__v => __obj.updateDynamic(\"Variables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentResponse]\n    }\n  }\n\n  \/** A mapping between an AWS resource and an AWS Lambda function. See <a>CreateEventSourceMapping<\/a> for details.\n    *\/\n  @js.native\n  trait EventSourceMappingConfiguration extends js.Object {\n    var BatchSize: js.UndefOr[BatchSize]\n    var BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError]\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var EventSourceArn: js.UndefOr[Arn]\n    var FunctionArn: js.UndefOr[FunctionArn]\n    var FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList]\n    var LastModified: js.UndefOr[Date]\n    var LastProcessingResult: js.UndefOr[String]\n    var MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds]\n    var MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping]\n    var ParallelizationFactor: js.UndefOr[ParallelizationFactor]\n    var Queues: js.UndefOr[Queues]\n    var SelfManagedEventSource: js.UndefOr[SelfManagedEventSource]\n    var SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations]\n    var StartingPosition: js.UndefOr[EventSourcePosition]\n    var StartingPositionTimestamp: js.UndefOr[Date]\n    var State: js.UndefOr[String]\n    var StateTransitionReason: js.UndefOr[String]\n    var Topics: js.UndefOr[Topics]\n    var TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds]\n    var UUID: js.UndefOr[String]\n  }\n\n  object EventSourceMappingConfiguration {\n    @inline\n    def apply(\n        BatchSize: js.UndefOr[BatchSize] = js.undefined,\n        BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError] = js.undefined,\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        EventSourceArn: js.UndefOr[Arn] = js.undefined,\n        FunctionArn: js.UndefOr[FunctionArn] = js.undefined,\n        FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList] = js.undefined,\n        LastModified: js.UndefOr[Date] = js.undefined,\n        LastProcessingResult: js.UndefOr[String] = js.undefined,\n        MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds] = js.undefined,\n        MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping] = js.undefined,\n        ParallelizationFactor: js.UndefOr[ParallelizationFactor] = js.undefined,\n        Queues: js.UndefOr[Queues] = js.undefined,\n        SelfManagedEventSource: js.UndefOr[SelfManagedEventSource] = js.undefined,\n        SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations] = js.undefined,\n        StartingPosition: js.UndefOr[EventSourcePosition] = js.undefined,\n        StartingPositionTimestamp: js.UndefOr[Date] = js.undefined,\n        State: js.UndefOr[String] = js.undefined,\n        StateTransitionReason: js.UndefOr[String] = js.undefined,\n        Topics: js.UndefOr[Topics] = js.undefined,\n        TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds] = js.undefined,\n        UUID: js.UndefOr[String] = js.undefined\n    ): EventSourceMappingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BatchSize.foreach(__v => __obj.updateDynamic(\"BatchSize\")(__v.asInstanceOf[js.Any]))\n      BisectBatchOnFunctionError.foreach(__v => __obj.updateDynamic(\"BisectBatchOnFunctionError\")(__v.asInstanceOf[js.Any]))\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      EventSourceArn.foreach(__v => __obj.updateDynamic(\"EventSourceArn\")(__v.asInstanceOf[js.Any]))\n      FunctionArn.foreach(__v => __obj.updateDynamic(\"FunctionArn\")(__v.asInstanceOf[js.Any]))\n      FunctionResponseTypes.foreach(__v => __obj.updateDynamic(\"FunctionResponseTypes\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      LastProcessingResult.foreach(__v => __obj.updateDynamic(\"LastProcessingResult\")(__v.asInstanceOf[js.Any]))\n      MaximumBatchingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumBatchingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRecordAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumRecordAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      ParallelizationFactor.foreach(__v => __obj.updateDynamic(\"ParallelizationFactor\")(__v.asInstanceOf[js.Any]))\n      Queues.foreach(__v => __obj.updateDynamic(\"Queues\")(__v.asInstanceOf[js.Any]))\n      SelfManagedEventSource.foreach(__v => __obj.updateDynamic(\"SelfManagedEventSource\")(__v.asInstanceOf[js.Any]))\n      SourceAccessConfigurations.foreach(__v => __obj.updateDynamic(\"SourceAccessConfigurations\")(__v.asInstanceOf[js.Any]))\n      StartingPosition.foreach(__v => __obj.updateDynamic(\"StartingPosition\")(__v.asInstanceOf[js.Any]))\n      StartingPositionTimestamp.foreach(__v => __obj.updateDynamic(\"StartingPositionTimestamp\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateTransitionReason.foreach(__v => __obj.updateDynamic(\"StateTransitionReason\")(__v.asInstanceOf[js.Any]))\n      Topics.foreach(__v => __obj.updateDynamic(\"Topics\")(__v.asInstanceOf[js.Any]))\n      TumblingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"TumblingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      UUID.foreach(__v => __obj.updateDynamic(\"UUID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSourceMappingConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait EventSourcePosition extends js.Any\n  object EventSourcePosition {\n    val TRIM_HORIZON = \"TRIM_HORIZON\".asInstanceOf[EventSourcePosition]\n    val LATEST = \"LATEST\".asInstanceOf[EventSourcePosition]\n    val AT_TIMESTAMP = \"AT_TIMESTAMP\".asInstanceOf[EventSourcePosition]\n\n    @inline def values = js.Array(TRIM_HORIZON, LATEST, AT_TIMESTAMP)\n  }\n\n  \/** Details about the connection between a Lambda function and an Amazon EFS file system.\n    *\/\n  @js.native\n  trait FileSystemConfig extends js.Object {\n    var Arn: FileSystemArn\n    var LocalMountPath: LocalMountPath\n  }\n\n  object FileSystemConfig {\n    @inline\n    def apply(\n        Arn: FileSystemArn,\n        LocalMountPath: LocalMountPath\n    ): FileSystemConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"LocalMountPath\" -> LocalMountPath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FileSystemConfig]\n    }\n  }\n\n  \/** The code for the Lambda function. You can specify either an object in Amazon S3, upload a .zip file archive deployment package directly, or specify the URI of a container image.\n    *\/\n  @js.native\n  trait FunctionCode extends js.Object {\n    var ImageUri: js.UndefOr[String]\n    var S3Bucket: js.UndefOr[S3Bucket]\n    var S3Key: js.UndefOr[S3Key]\n    var S3ObjectVersion: js.UndefOr[S3ObjectVersion]\n    var ZipFile: js.UndefOr[Blob]\n  }\n\n  object FunctionCode {\n    @inline\n    def apply(\n        ImageUri: js.UndefOr[String] = js.undefined,\n        S3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        S3Key: js.UndefOr[S3Key] = js.undefined,\n        S3ObjectVersion: js.UndefOr[S3ObjectVersion] = js.undefined,\n        ZipFile: js.UndefOr[Blob] = js.undefined\n    ): FunctionCode = {\n      val __obj = js.Dynamic.literal()\n      ImageUri.foreach(__v => __obj.updateDynamic(\"ImageUri\")(__v.asInstanceOf[js.Any]))\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      S3ObjectVersion.foreach(__v => __obj.updateDynamic(\"S3ObjectVersion\")(__v.asInstanceOf[js.Any]))\n      ZipFile.foreach(__v => __obj.updateDynamic(\"ZipFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FunctionCode]\n    }\n  }\n\n  \/** Details about a function's deployment package.\n    *\/\n  @js.native\n  trait FunctionCodeLocation extends js.Object {\n    var ImageUri: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n    var RepositoryType: js.UndefOr[String]\n    var ResolvedImageUri: js.UndefOr[String]\n  }\n\n  object FunctionCodeLocation {\n    @inline\n    def apply(\n        ImageUri: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        RepositoryType: js.UndefOr[String] = js.undefined,\n        ResolvedImageUri: js.UndefOr[String] = js.undefined\n    ): FunctionCodeLocation = {\n      val __obj = js.Dynamic.literal()\n      ImageUri.foreach(__v => __obj.updateDynamic(\"ImageUri\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      RepositoryType.foreach(__v => __obj.updateDynamic(\"RepositoryType\")(__v.asInstanceOf[js.Any]))\n      ResolvedImageUri.foreach(__v => __obj.updateDynamic(\"ResolvedImageUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FunctionCodeLocation]\n    }\n  }\n\n  \/** Details about a function's configuration.\n    *\/\n  @js.native\n  trait FunctionConfiguration extends js.Object {\n    var CodeSha256: js.UndefOr[String]\n    var CodeSize: js.UndefOr[Double]\n    var DeadLetterConfig: js.UndefOr[DeadLetterConfig]\n    var Description: js.UndefOr[Description]\n    var Environment: js.UndefOr[EnvironmentResponse]\n    var FileSystemConfigs: js.UndefOr[FileSystemConfigList]\n    var FunctionArn: js.UndefOr[NameSpacedFunctionArn]\n    var FunctionName: js.UndefOr[NamespacedFunctionName]\n    var Handler: js.UndefOr[Handler]\n    var ImageConfigResponse: js.UndefOr[ImageConfigResponse]\n    var KMSKeyArn: js.UndefOr[KMSKeyArn]\n    var LastModified: js.UndefOr[Timestamp]\n    var LastUpdateStatus: js.UndefOr[LastUpdateStatus]\n    var LastUpdateStatusReason: js.UndefOr[LastUpdateStatusReason]\n    var LastUpdateStatusReasonCode: js.UndefOr[LastUpdateStatusReasonCode]\n    var Layers: js.UndefOr[LayersReferenceList]\n    var MasterArn: js.UndefOr[FunctionArn]\n    var MemorySize: js.UndefOr[MemorySize]\n    var PackageType: js.UndefOr[PackageType]\n    var RevisionId: js.UndefOr[String]\n    var Role: js.UndefOr[RoleArn]\n    var Runtime: js.UndefOr[Runtime]\n    var SigningJobArn: js.UndefOr[Arn]\n    var SigningProfileVersionArn: js.UndefOr[Arn]\n    var State: js.UndefOr[State]\n    var StateReason: js.UndefOr[StateReason]\n    var StateReasonCode: js.UndefOr[StateReasonCode]\n    var Timeout: js.UndefOr[Timeout]\n    var TracingConfig: js.UndefOr[TracingConfigResponse]\n    var Version: js.UndefOr[Version]\n    var VpcConfig: js.UndefOr[VpcConfigResponse]\n  }\n\n  object FunctionConfiguration {\n    @inline\n    def apply(\n        CodeSha256: js.UndefOr[String] = js.undefined,\n        CodeSize: js.UndefOr[Double] = js.undefined,\n        DeadLetterConfig: js.UndefOr[DeadLetterConfig] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Environment: js.UndefOr[EnvironmentResponse] = js.undefined,\n        FileSystemConfigs: js.UndefOr[FileSystemConfigList] = js.undefined,\n        FunctionArn: js.UndefOr[NameSpacedFunctionArn] = js.undefined,\n        FunctionName: js.UndefOr[NamespacedFunctionName] = js.undefined,\n        Handler: js.UndefOr[Handler] = js.undefined,\n        ImageConfigResponse: js.UndefOr[ImageConfigResponse] = js.undefined,\n        KMSKeyArn: js.UndefOr[KMSKeyArn] = js.undefined,\n        LastModified: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdateStatus: js.UndefOr[LastUpdateStatus] = js.undefined,\n        LastUpdateStatusReason: js.UndefOr[LastUpdateStatusReason] = js.undefined,\n        LastUpdateStatusReasonCode: js.UndefOr[LastUpdateStatusReasonCode] = js.undefined,\n        Layers: js.UndefOr[LayersReferenceList] = js.undefined,\n        MasterArn: js.UndefOr[FunctionArn] = js.undefined,\n        MemorySize: js.UndefOr[MemorySize] = js.undefined,\n        PackageType: js.UndefOr[PackageType] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        Role: js.UndefOr[RoleArn] = js.undefined,\n        Runtime: js.UndefOr[Runtime] = js.undefined,\n        SigningJobArn: js.UndefOr[Arn] = js.undefined,\n        SigningProfileVersionArn: js.UndefOr[Arn] = js.undefined,\n        State: js.UndefOr[State] = js.undefined,\n        StateReason: js.UndefOr[StateReason] = js.undefined,\n        StateReasonCode: js.UndefOr[StateReasonCode] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined,\n        TracingConfig: js.UndefOr[TracingConfigResponse] = js.undefined,\n        Version: js.UndefOr[Version] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfigResponse] = js.undefined\n    ): FunctionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CodeSha256.foreach(__v => __obj.updateDynamic(\"CodeSha256\")(__v.asInstanceOf[js.Any]))\n      CodeSize.foreach(__v => __obj.updateDynamic(\"CodeSize\")(__v.asInstanceOf[js.Any]))\n      DeadLetterConfig.foreach(__v => __obj.updateDynamic(\"DeadLetterConfig\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      FileSystemConfigs.foreach(__v => __obj.updateDynamic(\"FileSystemConfigs\")(__v.asInstanceOf[js.Any]))\n      FunctionArn.foreach(__v => __obj.updateDynamic(\"FunctionArn\")(__v.asInstanceOf[js.Any]))\n      FunctionName.foreach(__v => __obj.updateDynamic(\"FunctionName\")(__v.asInstanceOf[js.Any]))\n      Handler.foreach(__v => __obj.updateDynamic(\"Handler\")(__v.asInstanceOf[js.Any]))\n      ImageConfigResponse.foreach(__v => __obj.updateDynamic(\"ImageConfigResponse\")(__v.asInstanceOf[js.Any]))\n      KMSKeyArn.foreach(__v => __obj.updateDynamic(\"KMSKeyArn\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      LastUpdateStatus.foreach(__v => __obj.updateDynamic(\"LastUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      LastUpdateStatusReason.foreach(__v => __obj.updateDynamic(\"LastUpdateStatusReason\")(__v.asInstanceOf[js.Any]))\n      LastUpdateStatusReasonCode.foreach(__v => __obj.updateDynamic(\"LastUpdateStatusReasonCode\")(__v.asInstanceOf[js.Any]))\n      Layers.foreach(__v => __obj.updateDynamic(\"Layers\")(__v.asInstanceOf[js.Any]))\n      MasterArn.foreach(__v => __obj.updateDynamic(\"MasterArn\")(__v.asInstanceOf[js.Any]))\n      MemorySize.foreach(__v => __obj.updateDynamic(\"MemorySize\")(__v.asInstanceOf[js.Any]))\n      PackageType.foreach(__v => __obj.updateDynamic(\"PackageType\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      Runtime.foreach(__v => __obj.updateDynamic(\"Runtime\")(__v.asInstanceOf[js.Any]))\n      SigningJobArn.foreach(__v => __obj.updateDynamic(\"SigningJobArn\")(__v.asInstanceOf[js.Any]))\n      SigningProfileVersionArn.foreach(__v => __obj.updateDynamic(\"SigningProfileVersionArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      StateReasonCode.foreach(__v => __obj.updateDynamic(\"StateReasonCode\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      TracingConfig.foreach(__v => __obj.updateDynamic(\"TracingConfig\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FunctionConfiguration]\n    }\n  }\n\n  @js.native\n  trait FunctionEventInvokeConfig extends js.Object {\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var FunctionArn: js.UndefOr[FunctionArn]\n    var LastModified: js.UndefOr[Date]\n    var MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts]\n  }\n\n  object FunctionEventInvokeConfig {\n    @inline\n    def apply(\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        FunctionArn: js.UndefOr[FunctionArn] = js.undefined,\n        LastModified: js.UndefOr[Date] = js.undefined,\n        MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts] = js.undefined\n    ): FunctionEventInvokeConfig = {\n      val __obj = js.Dynamic.literal()\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      FunctionArn.foreach(__v => __obj.updateDynamic(\"FunctionArn\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      MaximumEventAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumEventAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FunctionEventInvokeConfig]\n    }\n  }\n\n  @js.native\n  sealed trait FunctionResponseType extends js.Any\n  object FunctionResponseType {\n    val ReportBatchItemFailures = \"ReportBatchItemFailures\".asInstanceOf[FunctionResponseType]\n\n    @inline def values = js.Array(ReportBatchItemFailures)\n  }\n\n  @js.native\n  sealed trait FunctionVersion extends js.Any\n  object FunctionVersion {\n    val ALL = \"ALL\".asInstanceOf[FunctionVersion]\n\n    @inline def values = js.Array(ALL)\n  }\n\n  @js.native\n  trait GetAccountSettingsRequest extends js.Object\n\n  object GetAccountSettingsRequest {\n    @inline\n    def apply(): GetAccountSettingsRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetAccountSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccountSettingsResponse extends js.Object {\n    var AccountLimit: js.UndefOr[AccountLimit]\n    var AccountUsage: js.UndefOr[AccountUsage]\n  }\n\n  object GetAccountSettingsResponse {\n    @inline\n    def apply(\n        AccountLimit: js.UndefOr[AccountLimit] = js.undefined,\n        AccountUsage: js.UndefOr[AccountUsage] = js.undefined\n    ): GetAccountSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountLimit.foreach(__v => __obj.updateDynamic(\"AccountLimit\")(__v.asInstanceOf[js.Any]))\n      AccountUsage.foreach(__v => __obj.updateDynamic(\"AccountUsage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAliasRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Name: Alias\n  }\n\n  object GetAliasRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Name: Alias\n    ): GetAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAliasRequest]\n    }\n  }\n\n  @js.native\n  trait GetCodeSigningConfigRequest extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n  }\n\n  object GetCodeSigningConfigRequest {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn\n    ): GetCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetCodeSigningConfigResponse extends js.Object {\n    var CodeSigningConfig: CodeSigningConfig\n  }\n\n  object GetCodeSigningConfigResponse {\n    @inline\n    def apply(\n        CodeSigningConfig: CodeSigningConfig\n    ): GetCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfig\" -> CodeSigningConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait GetEventSourceMappingRequest extends js.Object {\n    var UUID: String\n  }\n\n  object GetEventSourceMappingRequest {\n    @inline\n    def apply(\n        UUID: String\n    ): GetEventSourceMappingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UUID\" -> UUID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetEventSourceMappingRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionCodeSigningConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n  }\n\n  object GetFunctionCodeSigningConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName\n    ): GetFunctionCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFunctionCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionCodeSigningConfigResponse extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var FunctionName: FunctionName\n  }\n\n  object GetFunctionCodeSigningConfigResponse {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        FunctionName: FunctionName\n    ): GetFunctionCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any],\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFunctionCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait GetFunctionConcurrencyRequest extends js.Object {\n    var FunctionName: FunctionName\n  }\n\n  object GetFunctionConcurrencyRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName\n    ): GetFunctionConcurrencyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFunctionConcurrencyRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionConcurrencyResponse extends js.Object {\n    var ReservedConcurrentExecutions: js.UndefOr[ReservedConcurrentExecutions]\n  }\n\n  object GetFunctionConcurrencyResponse {\n    @inline\n    def apply(\n        ReservedConcurrentExecutions: js.UndefOr[ReservedConcurrentExecutions] = js.undefined\n    ): GetFunctionConcurrencyResponse = {\n      val __obj = js.Dynamic.literal()\n      ReservedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"ReservedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFunctionConcurrencyResponse]\n    }\n  }\n\n  @js.native\n  trait GetFunctionConfigurationRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object GetFunctionConfigurationRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): GetFunctionConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFunctionConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionEventInvokeConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object GetFunctionEventInvokeConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): GetFunctionEventInvokeConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFunctionEventInvokeConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object GetFunctionRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): GetFunctionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFunctionRequest]\n    }\n  }\n\n  @js.native\n  trait GetFunctionResponse extends js.Object {\n    var Code: js.UndefOr[FunctionCodeLocation]\n    var Concurrency: js.UndefOr[Concurrency]\n    var Configuration: js.UndefOr[FunctionConfiguration]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object GetFunctionResponse {\n    @inline\n    def apply(\n        Code: js.UndefOr[FunctionCodeLocation] = js.undefined,\n        Concurrency: js.UndefOr[Concurrency] = js.undefined,\n        Configuration: js.UndefOr[FunctionConfiguration] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): GetFunctionResponse = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Concurrency.foreach(__v => __obj.updateDynamic(\"Concurrency\")(__v.asInstanceOf[js.Any]))\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFunctionResponse]\n    }\n  }\n\n  @js.native\n  trait GetLayerVersionByArnRequest extends js.Object {\n    var Arn: LayerVersionArn\n  }\n\n  object GetLayerVersionByArnRequest {\n    @inline\n    def apply(\n        Arn: LayerVersionArn\n    ): GetLayerVersionByArnRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLayerVersionByArnRequest]\n    }\n  }\n\n  @js.native\n  trait GetLayerVersionPolicyRequest extends js.Object {\n    var LayerName: LayerName\n    var VersionNumber: LayerVersionNumber\n  }\n\n  object GetLayerVersionPolicyRequest {\n    @inline\n    def apply(\n        LayerName: LayerName,\n        VersionNumber: LayerVersionNumber\n    ): GetLayerVersionPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLayerVersionPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetLayerVersionPolicyResponse extends js.Object {\n    var Policy: js.UndefOr[String]\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object GetLayerVersionPolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[String] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): GetLayerVersionPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLayerVersionPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetLayerVersionRequest extends js.Object {\n    var LayerName: LayerName\n    var VersionNumber: LayerVersionNumber\n  }\n\n  object GetLayerVersionRequest {\n    @inline\n    def apply(\n        LayerName: LayerName,\n        VersionNumber: LayerVersionNumber\n    ): GetLayerVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLayerVersionRequest]\n    }\n  }\n\n  @js.native\n  trait GetLayerVersionResponse extends js.Object {\n    var CompatibleRuntimes: js.UndefOr[CompatibleRuntimes]\n    var Content: js.UndefOr[LayerVersionContentOutput]\n    var CreatedDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[Description]\n    var LayerArn: js.UndefOr[LayerArn]\n    var LayerVersionArn: js.UndefOr[LayerVersionArn]\n    var LicenseInfo: js.UndefOr[LicenseInfo]\n    var Version: js.UndefOr[LayerVersionNumber]\n  }\n\n  object GetLayerVersionResponse {\n    @inline\n    def apply(\n        CompatibleRuntimes: js.UndefOr[CompatibleRuntimes] = js.undefined,\n        Content: js.UndefOr[LayerVersionContentOutput] = js.undefined,\n        CreatedDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        LayerArn: js.UndefOr[LayerArn] = js.undefined,\n        LayerVersionArn: js.UndefOr[LayerVersionArn] = js.undefined,\n        LicenseInfo: js.UndefOr[LicenseInfo] = js.undefined,\n        Version: js.UndefOr[LayerVersionNumber] = js.undefined\n    ): GetLayerVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      CompatibleRuntimes.foreach(__v => __obj.updateDynamic(\"CompatibleRuntimes\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LayerArn.foreach(__v => __obj.updateDynamic(\"LayerArn\")(__v.asInstanceOf[js.Any]))\n      LayerVersionArn.foreach(__v => __obj.updateDynamic(\"LayerVersionArn\")(__v.asInstanceOf[js.Any]))\n      LicenseInfo.foreach(__v => __obj.updateDynamic(\"LicenseInfo\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLayerVersionResponse]\n    }\n  }\n\n  @js.native\n  trait GetPolicyRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object GetPolicyRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): GetPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetPolicyResponse extends js.Object {\n    var Policy: js.UndefOr[String]\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object GetPolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[String] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): GetPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetProvisionedConcurrencyConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Qualifier: Qualifier\n  }\n\n  object GetProvisionedConcurrencyConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Qualifier: Qualifier\n    ): GetProvisionedConcurrencyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Qualifier\" -> Qualifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetProvisionedConcurrencyConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetProvisionedConcurrencyConfigResponse extends js.Object {\n    var AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var LastModified: js.UndefOr[Timestamp]\n    var RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger]\n    var Status: js.UndefOr[ProvisionedConcurrencyStatusEnum]\n    var StatusReason: js.UndefOr[String]\n  }\n\n  object GetProvisionedConcurrencyConfigResponse {\n    @inline\n    def apply(\n        AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        LastModified: js.UndefOr[Timestamp] = js.undefined,\n        RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger] = js.undefined,\n        Status: js.UndefOr[ProvisionedConcurrencyStatusEnum] = js.undefined,\n        StatusReason: js.UndefOr[String] = js.undefined\n    ): GetProvisionedConcurrencyConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AllocatedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AllocatedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      AvailableProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AvailableProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      RequestedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"RequestedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusReason.foreach(__v => __obj.updateDynamic(\"StatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetProvisionedConcurrencyConfigResponse]\n    }\n  }\n\n  \/** Configuration values that override the container image Dockerfile settings. See [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/images-create.html#images-parms|Container settings]].\n    *\/\n  @js.native\n  trait ImageConfig extends js.Object {\n    var Command: js.UndefOr[StringList]\n    var EntryPoint: js.UndefOr[StringList]\n    var WorkingDirectory: js.UndefOr[WorkingDirectory]\n  }\n\n  object ImageConfig {\n    @inline\n    def apply(\n        Command: js.UndefOr[StringList] = js.undefined,\n        EntryPoint: js.UndefOr[StringList] = js.undefined,\n        WorkingDirectory: js.UndefOr[WorkingDirectory] = js.undefined\n    ): ImageConfig = {\n      val __obj = js.Dynamic.literal()\n      Command.foreach(__v => __obj.updateDynamic(\"Command\")(__v.asInstanceOf[js.Any]))\n      EntryPoint.foreach(__v => __obj.updateDynamic(\"EntryPoint\")(__v.asInstanceOf[js.Any]))\n      WorkingDirectory.foreach(__v => __obj.updateDynamic(\"WorkingDirectory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageConfig]\n    }\n  }\n\n  \/** Error response to GetFunctionConfiguration.\n    *\/\n  @js.native\n  trait ImageConfigError extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var Message: js.UndefOr[SensitiveString]\n  }\n\n  object ImageConfigError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[SensitiveString] = js.undefined\n    ): ImageConfigError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageConfigError]\n    }\n  }\n\n  \/** Response to GetFunctionConfiguration request.\n    *\/\n  @js.native\n  trait ImageConfigResponse extends js.Object {\n    var Error: js.UndefOr[ImageConfigError]\n    var ImageConfig: js.UndefOr[ImageConfig]\n  }\n\n  object ImageConfigResponse {\n    @inline\n    def apply(\n        Error: js.UndefOr[ImageConfigError] = js.undefined,\n        ImageConfig: js.UndefOr[ImageConfig] = js.undefined\n    ): ImageConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      ImageConfig.foreach(__v => __obj.updateDynamic(\"ImageConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageConfigResponse]\n    }\n  }\n\n  @js.native\n  trait InvocationRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var ClientContext: js.UndefOr[String]\n    var InvocationType: js.UndefOr[InvocationType]\n    var LogType: js.UndefOr[LogType]\n    var Payload: js.UndefOr[Blob]\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object InvocationRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        ClientContext: js.UndefOr[String] = js.undefined,\n        InvocationType: js.UndefOr[InvocationType] = js.undefined,\n        LogType: js.UndefOr[LogType] = js.undefined,\n        Payload: js.UndefOr[Blob] = js.undefined,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): InvocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      ClientContext.foreach(__v => __obj.updateDynamic(\"ClientContext\")(__v.asInstanceOf[js.Any]))\n      InvocationType.foreach(__v => __obj.updateDynamic(\"InvocationType\")(__v.asInstanceOf[js.Any]))\n      LogType.foreach(__v => __obj.updateDynamic(\"LogType\")(__v.asInstanceOf[js.Any]))\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InvocationRequest]\n    }\n  }\n\n  @js.native\n  trait InvocationResponse extends js.Object {\n    var ExecutedVersion: js.UndefOr[Version]\n    var FunctionError: js.UndefOr[String]\n    var LogResult: js.UndefOr[String]\n    var Payload: js.UndefOr[Blob]\n    var StatusCode: js.UndefOr[Int]\n  }\n\n  object InvocationResponse {\n    @inline\n    def apply(\n        ExecutedVersion: js.UndefOr[Version] = js.undefined,\n        FunctionError: js.UndefOr[String] = js.undefined,\n        LogResult: js.UndefOr[String] = js.undefined,\n        Payload: js.UndefOr[Blob] = js.undefined,\n        StatusCode: js.UndefOr[Int] = js.undefined\n    ): InvocationResponse = {\n      val __obj = js.Dynamic.literal()\n      ExecutedVersion.foreach(__v => __obj.updateDynamic(\"ExecutedVersion\")(__v.asInstanceOf[js.Any]))\n      FunctionError.foreach(__v => __obj.updateDynamic(\"FunctionError\")(__v.asInstanceOf[js.Any]))\n      LogResult.foreach(__v => __obj.updateDynamic(\"LogResult\")(__v.asInstanceOf[js.Any]))\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InvocationResponse]\n    }\n  }\n\n  @js.native\n  sealed trait InvocationType extends js.Any\n  object InvocationType {\n    val Event = \"Event\".asInstanceOf[InvocationType]\n    val RequestResponse = \"RequestResponse\".asInstanceOf[InvocationType]\n    val DryRun = \"DryRun\".asInstanceOf[InvocationType]\n\n    @inline def values = js.Array(Event, RequestResponse, DryRun)\n  }\n\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  @js.native\n  trait InvokeAsyncRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var InvokeArgs: BlobStream\n  }\n\n  object InvokeAsyncRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        InvokeArgs: BlobStream\n    ): InvokeAsyncRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"InvokeArgs\" -> InvokeArgs.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InvokeAsyncRequest]\n    }\n  }\n\n  \/** A success response (<code>202 Accepted<\/code>) indicates that the request is queued for invocation.\n    *\/\n  @deprecated(\"Deprecated in AWS SDK\", \"forever\")\n  @js.native\n  trait InvokeAsyncResponse extends js.Object {\n    var Status: js.UndefOr[HttpStatus]\n  }\n\n  object InvokeAsyncResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[HttpStatus] = js.undefined\n    ): InvokeAsyncResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InvokeAsyncResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LastUpdateStatus extends js.Any\n  object LastUpdateStatus {\n    val Successful = \"Successful\".asInstanceOf[LastUpdateStatus]\n    val Failed = \"Failed\".asInstanceOf[LastUpdateStatus]\n    val InProgress = \"InProgress\".asInstanceOf[LastUpdateStatus]\n\n    @inline def values = js.Array(Successful, Failed, InProgress)\n  }\n\n  @js.native\n  sealed trait LastUpdateStatusReasonCode extends js.Any\n  object LastUpdateStatusReasonCode {\n    val EniLimitExceeded = \"EniLimitExceeded\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InsufficientRolePermissions = \"InsufficientRolePermissions\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InvalidConfiguration = \"InvalidConfiguration\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InternalError = \"InternalError\".asInstanceOf[LastUpdateStatusReasonCode]\n    val SubnetOutOfIPAddresses = \"SubnetOutOfIPAddresses\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InvalidSubnet = \"InvalidSubnet\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InvalidSecurityGroup = \"InvalidSecurityGroup\".asInstanceOf[LastUpdateStatusReasonCode]\n    val ImageDeleted = \"ImageDeleted\".asInstanceOf[LastUpdateStatusReasonCode]\n    val ImageAccessDenied = \"ImageAccessDenied\".asInstanceOf[LastUpdateStatusReasonCode]\n    val InvalidImage = \"InvalidImage\".asInstanceOf[LastUpdateStatusReasonCode]\n\n    @inline def values = js.Array(\n      EniLimitExceeded,\n      InsufficientRolePermissions,\n      InvalidConfiguration,\n      InternalError,\n      SubnetOutOfIPAddresses,\n      InvalidSubnet,\n      InvalidSecurityGroup,\n      ImageDeleted,\n      ImageAccessDenied,\n      InvalidImage\n    )\n  }\n\n  \/** An [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-layers.html|AWS Lambda layer]].\n    *\/\n  @js.native\n  trait Layer extends js.Object {\n    var Arn: js.UndefOr[LayerVersionArn]\n    var CodeSize: js.UndefOr[Double]\n    var SigningJobArn: js.UndefOr[Arn]\n    var SigningProfileVersionArn: js.UndefOr[Arn]\n  }\n\n  object Layer {\n    @inline\n    def apply(\n        Arn: js.UndefOr[LayerVersionArn] = js.undefined,\n        CodeSize: js.UndefOr[Double] = js.undefined,\n        SigningJobArn: js.UndefOr[Arn] = js.undefined,\n        SigningProfileVersionArn: js.UndefOr[Arn] = js.undefined\n    ): Layer = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CodeSize.foreach(__v => __obj.updateDynamic(\"CodeSize\")(__v.asInstanceOf[js.Any]))\n      SigningJobArn.foreach(__v => __obj.updateDynamic(\"SigningJobArn\")(__v.asInstanceOf[js.Any]))\n      SigningProfileVersionArn.foreach(__v => __obj.updateDynamic(\"SigningProfileVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Layer]\n    }\n  }\n\n  \/** A ZIP archive that contains the contents of an [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-layers.html|AWS Lambda layer]]. You can specify either an Amazon S3 location, or upload a layer archive directly.\n    *\/\n  @js.native\n  trait LayerVersionContentInput extends js.Object {\n    var S3Bucket: js.UndefOr[S3Bucket]\n    var S3Key: js.UndefOr[S3Key]\n    var S3ObjectVersion: js.UndefOr[S3ObjectVersion]\n    var ZipFile: js.UndefOr[Blob]\n  }\n\n  object LayerVersionContentInput {\n    @inline\n    def apply(\n        S3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        S3Key: js.UndefOr[S3Key] = js.undefined,\n        S3ObjectVersion: js.UndefOr[S3ObjectVersion] = js.undefined,\n        ZipFile: js.UndefOr[Blob] = js.undefined\n    ): LayerVersionContentInput = {\n      val __obj = js.Dynamic.literal()\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      S3ObjectVersion.foreach(__v => __obj.updateDynamic(\"S3ObjectVersion\")(__v.asInstanceOf[js.Any]))\n      ZipFile.foreach(__v => __obj.updateDynamic(\"ZipFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LayerVersionContentInput]\n    }\n  }\n\n  \/** Details about a version of an [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-layers.html|AWS Lambda layer]].\n    *\/\n  @js.native\n  trait LayerVersionContentOutput extends js.Object {\n    var CodeSha256: js.UndefOr[String]\n    var CodeSize: js.UndefOr[Double]\n    var Location: js.UndefOr[String]\n    var SigningJobArn: js.UndefOr[String]\n    var SigningProfileVersionArn: js.UndefOr[String]\n  }\n\n  object LayerVersionContentOutput {\n    @inline\n    def apply(\n        CodeSha256: js.UndefOr[String] = js.undefined,\n        CodeSize: js.UndefOr[Double] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        SigningJobArn: js.UndefOr[String] = js.undefined,\n        SigningProfileVersionArn: js.UndefOr[String] = js.undefined\n    ): LayerVersionContentOutput = {\n      val __obj = js.Dynamic.literal()\n      CodeSha256.foreach(__v => __obj.updateDynamic(\"CodeSha256\")(__v.asInstanceOf[js.Any]))\n      CodeSize.foreach(__v => __obj.updateDynamic(\"CodeSize\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      SigningJobArn.foreach(__v => __obj.updateDynamic(\"SigningJobArn\")(__v.asInstanceOf[js.Any]))\n      SigningProfileVersionArn.foreach(__v => __obj.updateDynamic(\"SigningProfileVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LayerVersionContentOutput]\n    }\n  }\n\n  \/** Details about a version of an [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-layers.html|AWS Lambda layer]].\n    *\/\n  @js.native\n  trait LayerVersionsListItem extends js.Object {\n    var CompatibleRuntimes: js.UndefOr[CompatibleRuntimes]\n    var CreatedDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[Description]\n    var LayerVersionArn: js.UndefOr[LayerVersionArn]\n    var LicenseInfo: js.UndefOr[LicenseInfo]\n    var Version: js.UndefOr[LayerVersionNumber]\n  }\n\n  object LayerVersionsListItem {\n    @inline\n    def apply(\n        CompatibleRuntimes: js.UndefOr[CompatibleRuntimes] = js.undefined,\n        CreatedDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        LayerVersionArn: js.UndefOr[LayerVersionArn] = js.undefined,\n        LicenseInfo: js.UndefOr[LicenseInfo] = js.undefined,\n        Version: js.UndefOr[LayerVersionNumber] = js.undefined\n    ): LayerVersionsListItem = {\n      val __obj = js.Dynamic.literal()\n      CompatibleRuntimes.foreach(__v => __obj.updateDynamic(\"CompatibleRuntimes\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LayerVersionArn.foreach(__v => __obj.updateDynamic(\"LayerVersionArn\")(__v.asInstanceOf[js.Any]))\n      LicenseInfo.foreach(__v => __obj.updateDynamic(\"LicenseInfo\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LayerVersionsListItem]\n    }\n  }\n\n  \/** Details about an [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-layers.html|AWS Lambda layer]].\n    *\/\n  @js.native\n  trait LayersListItem extends js.Object {\n    var LatestMatchingVersion: js.UndefOr[LayerVersionsListItem]\n    var LayerArn: js.UndefOr[LayerArn]\n    var LayerName: js.UndefOr[LayerName]\n  }\n\n  object LayersListItem {\n    @inline\n    def apply(\n        LatestMatchingVersion: js.UndefOr[LayerVersionsListItem] = js.undefined,\n        LayerArn: js.UndefOr[LayerArn] = js.undefined,\n        LayerName: js.UndefOr[LayerName] = js.undefined\n    ): LayersListItem = {\n      val __obj = js.Dynamic.literal()\n      LatestMatchingVersion.foreach(__v => __obj.updateDynamic(\"LatestMatchingVersion\")(__v.asInstanceOf[js.Any]))\n      LayerArn.foreach(__v => __obj.updateDynamic(\"LayerArn\")(__v.asInstanceOf[js.Any]))\n      LayerName.foreach(__v => __obj.updateDynamic(\"LayerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LayersListItem]\n    }\n  }\n\n  @js.native\n  trait ListAliasesRequest extends js.Object {\n    var FunctionName: FunctionName\n    var FunctionVersion: js.UndefOr[Version]\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListAliasesRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        FunctionVersion: js.UndefOr[Version] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      FunctionVersion.foreach(__v => __obj.updateDynamic(\"FunctionVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAliasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAliasesResponse extends js.Object {\n    var Aliases: js.UndefOr[AliasList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListAliasesResponse {\n    @inline\n    def apply(\n        Aliases: js.UndefOr[AliasList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAliasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListCodeSigningConfigsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListCodeSigningConfigsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListCodeSigningConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeSigningConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCodeSigningConfigsResponse extends js.Object {\n    var CodeSigningConfigs: js.UndefOr[CodeSigningConfigList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListCodeSigningConfigsResponse {\n    @inline\n    def apply(\n        CodeSigningConfigs: js.UndefOr[CodeSigningConfigList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListCodeSigningConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      CodeSigningConfigs.foreach(__v => __obj.updateDynamic(\"CodeSigningConfigs\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeSigningConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEventSourceMappingsRequest extends js.Object {\n    var EventSourceArn: js.UndefOr[Arn]\n    var FunctionName: js.UndefOr[FunctionName]\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListEventSourceMappingsRequest {\n    @inline\n    def apply(\n        EventSourceArn: js.UndefOr[Arn] = js.undefined,\n        FunctionName: js.UndefOr[FunctionName] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListEventSourceMappingsRequest = {\n      val __obj = js.Dynamic.literal()\n      EventSourceArn.foreach(__v => __obj.updateDynamic(\"EventSourceArn\")(__v.asInstanceOf[js.Any]))\n      FunctionName.foreach(__v => __obj.updateDynamic(\"FunctionName\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventSourceMappingsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEventSourceMappingsResponse extends js.Object {\n    var EventSourceMappings: js.UndefOr[EventSourceMappingsList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListEventSourceMappingsResponse {\n    @inline\n    def apply(\n        EventSourceMappings: js.UndefOr[EventSourceMappingsList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListEventSourceMappingsResponse = {\n      val __obj = js.Dynamic.literal()\n      EventSourceMappings.foreach(__v => __obj.updateDynamic(\"EventSourceMappings\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventSourceMappingsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFunctionEventInvokeConfigsRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxFunctionEventInvokeConfigListItems]\n  }\n\n  object ListFunctionEventInvokeConfigsRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxFunctionEventInvokeConfigListItems] = js.undefined\n    ): ListFunctionEventInvokeConfigsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionEventInvokeConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFunctionEventInvokeConfigsResponse extends js.Object {\n    var FunctionEventInvokeConfigs: js.UndefOr[FunctionEventInvokeConfigList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListFunctionEventInvokeConfigsResponse {\n    @inline\n    def apply(\n        FunctionEventInvokeConfigs: js.UndefOr[FunctionEventInvokeConfigList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListFunctionEventInvokeConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      FunctionEventInvokeConfigs.foreach(__v => __obj.updateDynamic(\"FunctionEventInvokeConfigs\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionEventInvokeConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFunctionsByCodeSigningConfigRequest extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListFunctionsByCodeSigningConfigRequest {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListFunctionsByCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionsByCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait ListFunctionsByCodeSigningConfigResponse extends js.Object {\n    var FunctionArns: js.UndefOr[FunctionArnList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListFunctionsByCodeSigningConfigResponse {\n    @inline\n    def apply(\n        FunctionArns: js.UndefOr[FunctionArnList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListFunctionsByCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      FunctionArns.foreach(__v => __obj.updateDynamic(\"FunctionArns\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionsByCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait ListFunctionsRequest extends js.Object {\n    var FunctionVersion: js.UndefOr[FunctionVersion]\n    var Marker: js.UndefOr[String]\n    var MasterRegion: js.UndefOr[MasterRegion]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListFunctionsRequest {\n    @inline\n    def apply(\n        FunctionVersion: js.UndefOr[FunctionVersion] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MasterRegion: js.UndefOr[MasterRegion] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListFunctionsRequest = {\n      val __obj = js.Dynamic.literal()\n      FunctionVersion.foreach(__v => __obj.updateDynamic(\"FunctionVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MasterRegion.foreach(__v => __obj.updateDynamic(\"MasterRegion\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionsRequest]\n    }\n  }\n\n  \/** A list of Lambda functions.\n    *\/\n  @js.native\n  trait ListFunctionsResponse extends js.Object {\n    var Functions: js.UndefOr[FunctionList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListFunctionsResponse {\n    @inline\n    def apply(\n        Functions: js.UndefOr[FunctionList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListFunctionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Functions.foreach(__v => __obj.updateDynamic(\"Functions\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFunctionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLayerVersionsRequest extends js.Object {\n    var LayerName: LayerName\n    var CompatibleRuntime: js.UndefOr[Runtime]\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxLayerListItems]\n  }\n\n  object ListLayerVersionsRequest {\n    @inline\n    def apply(\n        LayerName: LayerName,\n        CompatibleRuntime: js.UndefOr[Runtime] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxLayerListItems] = js.undefined\n    ): ListLayerVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any]\n      )\n\n      CompatibleRuntime.foreach(__v => __obj.updateDynamic(\"CompatibleRuntime\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLayerVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLayerVersionsResponse extends js.Object {\n    var LayerVersions: js.UndefOr[LayerVersionsList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListLayerVersionsResponse {\n    @inline\n    def apply(\n        LayerVersions: js.UndefOr[LayerVersionsList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListLayerVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      LayerVersions.foreach(__v => __obj.updateDynamic(\"LayerVersions\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLayerVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLayersRequest extends js.Object {\n    var CompatibleRuntime: js.UndefOr[Runtime]\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxLayerListItems]\n  }\n\n  object ListLayersRequest {\n    @inline\n    def apply(\n        CompatibleRuntime: js.UndefOr[Runtime] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxLayerListItems] = js.undefined\n    ): ListLayersRequest = {\n      val __obj = js.Dynamic.literal()\n      CompatibleRuntime.foreach(__v => __obj.updateDynamic(\"CompatibleRuntime\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLayersRequest]\n    }\n  }\n\n  @js.native\n  trait ListLayersResponse extends js.Object {\n    var Layers: js.UndefOr[LayersList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object ListLayersResponse {\n    @inline\n    def apply(\n        Layers: js.UndefOr[LayersList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): ListLayersResponse = {\n      val __obj = js.Dynamic.literal()\n      Layers.foreach(__v => __obj.updateDynamic(\"Layers\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLayersResponse]\n    }\n  }\n\n  @js.native\n  trait ListProvisionedConcurrencyConfigsRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxProvisionedConcurrencyConfigListItems]\n  }\n\n  object ListProvisionedConcurrencyConfigsRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxProvisionedConcurrencyConfigListItems] = js.undefined\n    ): ListProvisionedConcurrencyConfigsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProvisionedConcurrencyConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProvisionedConcurrencyConfigsResponse extends js.Object {\n    var NextMarker: js.UndefOr[String]\n    var ProvisionedConcurrencyConfigs: js.UndefOr[ProvisionedConcurrencyConfigList]\n  }\n\n  object ListProvisionedConcurrencyConfigsResponse {\n    @inline\n    def apply(\n        NextMarker: js.UndefOr[String] = js.undefined,\n        ProvisionedConcurrencyConfigs: js.UndefOr[ProvisionedConcurrencyConfigList] = js.undefined\n    ): ListProvisionedConcurrencyConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      ProvisionedConcurrencyConfigs.foreach(__v => __obj.updateDynamic(\"ProvisionedConcurrencyConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProvisionedConcurrencyConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsRequest extends js.Object {\n    var Resource: FunctionArn\n  }\n\n  object ListTagsRequest {\n    @inline\n    def apply(\n        Resource: FunctionArn\n    ): ListTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListVersionsByFunctionRequest extends js.Object {\n    var FunctionName: NamespacedFunctionName\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[MaxListItems]\n  }\n\n  object ListVersionsByFunctionRequest {\n    @inline\n    def apply(\n        FunctionName: NamespacedFunctionName,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[MaxListItems] = js.undefined\n    ): ListVersionsByFunctionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVersionsByFunctionRequest]\n    }\n  }\n\n  @js.native\n  trait ListVersionsByFunctionResponse extends js.Object {\n    var NextMarker: js.UndefOr[String]\n    var Versions: js.UndefOr[FunctionList]\n  }\n\n  object ListVersionsByFunctionResponse {\n    @inline\n    def apply(\n        NextMarker: js.UndefOr[String] = js.undefined,\n        Versions: js.UndefOr[FunctionList] = js.undefined\n    ): ListVersionsByFunctionResponse = {\n      val __obj = js.Dynamic.literal()\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      Versions.foreach(__v => __obj.updateDynamic(\"Versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVersionsByFunctionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LogType extends js.Any\n  object LogType {\n    val None = \"None\".asInstanceOf[LogType]\n    val Tail = \"Tail\".asInstanceOf[LogType]\n\n    @inline def values = js.Array(None, Tail)\n  }\n\n  \/** A destination for events that failed processing.\n    *\/\n  @js.native\n  trait OnFailure extends js.Object {\n    var Destination: js.UndefOr[DestinationArn]\n  }\n\n  object OnFailure {\n    @inline\n    def apply(\n        Destination: js.UndefOr[DestinationArn] = js.undefined\n    ): OnFailure = {\n      val __obj = js.Dynamic.literal()\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnFailure]\n    }\n  }\n\n  \/** A destination for events that were processed successfully.\n    *\/\n  @js.native\n  trait OnSuccess extends js.Object {\n    var Destination: js.UndefOr[DestinationArn]\n  }\n\n  object OnSuccess {\n    @inline\n    def apply(\n        Destination: js.UndefOr[DestinationArn] = js.undefined\n    ): OnSuccess = {\n      val __obj = js.Dynamic.literal()\n      Destination.foreach(__v => __obj.updateDynamic(\"Destination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnSuccess]\n    }\n  }\n\n  @js.native\n  sealed trait PackageType extends js.Any\n  object PackageType {\n    val Zip = \"Zip\".asInstanceOf[PackageType]\n    val Image = \"Image\".asInstanceOf[PackageType]\n\n    @inline def values = js.Array(Zip, Image)\n  }\n\n  \/** Details about the provisioned concurrency configuration for a function alias or version.\n    *\/\n  @js.native\n  trait ProvisionedConcurrencyConfigListItem extends js.Object {\n    var AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var FunctionArn: js.UndefOr[FunctionArn]\n    var LastModified: js.UndefOr[Timestamp]\n    var RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger]\n    var Status: js.UndefOr[ProvisionedConcurrencyStatusEnum]\n    var StatusReason: js.UndefOr[String]\n  }\n\n  object ProvisionedConcurrencyConfigListItem {\n    @inline\n    def apply(\n        AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        FunctionArn: js.UndefOr[FunctionArn] = js.undefined,\n        LastModified: js.UndefOr[Timestamp] = js.undefined,\n        RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger] = js.undefined,\n        Status: js.UndefOr[ProvisionedConcurrencyStatusEnum] = js.undefined,\n        StatusReason: js.UndefOr[String] = js.undefined\n    ): ProvisionedConcurrencyConfigListItem = {\n      val __obj = js.Dynamic.literal()\n      AllocatedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AllocatedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      AvailableProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AvailableProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      FunctionArn.foreach(__v => __obj.updateDynamic(\"FunctionArn\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      RequestedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"RequestedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusReason.foreach(__v => __obj.updateDynamic(\"StatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProvisionedConcurrencyConfigListItem]\n    }\n  }\n\n  @js.native\n  sealed trait ProvisionedConcurrencyStatusEnum extends js.Any\n  object ProvisionedConcurrencyStatusEnum {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ProvisionedConcurrencyStatusEnum]\n    val READY = \"READY\".asInstanceOf[ProvisionedConcurrencyStatusEnum]\n    val FAILED = \"FAILED\".asInstanceOf[ProvisionedConcurrencyStatusEnum]\n\n    @inline def values = js.Array(IN_PROGRESS, READY, FAILED)\n  }\n\n  @js.native\n  trait PublishLayerVersionRequest extends js.Object {\n    var Content: LayerVersionContentInput\n    var LayerName: LayerName\n    var CompatibleRuntimes: js.UndefOr[CompatibleRuntimes]\n    var Description: js.UndefOr[Description]\n    var LicenseInfo: js.UndefOr[LicenseInfo]\n  }\n\n  object PublishLayerVersionRequest {\n    @inline\n    def apply(\n        Content: LayerVersionContentInput,\n        LayerName: LayerName,\n        CompatibleRuntimes: js.UndefOr[CompatibleRuntimes] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        LicenseInfo: js.UndefOr[LicenseInfo] = js.undefined\n    ): PublishLayerVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any]\n      )\n\n      CompatibleRuntimes.foreach(__v => __obj.updateDynamic(\"CompatibleRuntimes\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LicenseInfo.foreach(__v => __obj.updateDynamic(\"LicenseInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishLayerVersionRequest]\n    }\n  }\n\n  @js.native\n  trait PublishLayerVersionResponse extends js.Object {\n    var CompatibleRuntimes: js.UndefOr[CompatibleRuntimes]\n    var Content: js.UndefOr[LayerVersionContentOutput]\n    var CreatedDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[Description]\n    var LayerArn: js.UndefOr[LayerArn]\n    var LayerVersionArn: js.UndefOr[LayerVersionArn]\n    var LicenseInfo: js.UndefOr[LicenseInfo]\n    var Version: js.UndefOr[LayerVersionNumber]\n  }\n\n  object PublishLayerVersionResponse {\n    @inline\n    def apply(\n        CompatibleRuntimes: js.UndefOr[CompatibleRuntimes] = js.undefined,\n        Content: js.UndefOr[LayerVersionContentOutput] = js.undefined,\n        CreatedDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        LayerArn: js.UndefOr[LayerArn] = js.undefined,\n        LayerVersionArn: js.UndefOr[LayerVersionArn] = js.undefined,\n        LicenseInfo: js.UndefOr[LicenseInfo] = js.undefined,\n        Version: js.UndefOr[LayerVersionNumber] = js.undefined\n    ): PublishLayerVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      CompatibleRuntimes.foreach(__v => __obj.updateDynamic(\"CompatibleRuntimes\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LayerArn.foreach(__v => __obj.updateDynamic(\"LayerArn\")(__v.asInstanceOf[js.Any]))\n      LayerVersionArn.foreach(__v => __obj.updateDynamic(\"LayerVersionArn\")(__v.asInstanceOf[js.Any]))\n      LicenseInfo.foreach(__v => __obj.updateDynamic(\"LicenseInfo\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishLayerVersionResponse]\n    }\n  }\n\n  @js.native\n  trait PublishVersionRequest extends js.Object {\n    var FunctionName: FunctionName\n    var CodeSha256: js.UndefOr[String]\n    var Description: js.UndefOr[Description]\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object PublishVersionRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        CodeSha256: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): PublishVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      CodeSha256.foreach(__v => __obj.updateDynamic(\"CodeSha256\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishVersionRequest]\n    }\n  }\n\n  @js.native\n  trait PutFunctionCodeSigningConfigRequest extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var FunctionName: FunctionName\n  }\n\n  object PutFunctionCodeSigningConfigRequest {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        FunctionName: FunctionName\n    ): PutFunctionCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any],\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFunctionCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait PutFunctionCodeSigningConfigResponse extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var FunctionName: FunctionName\n  }\n\n  object PutFunctionCodeSigningConfigResponse {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        FunctionName: FunctionName\n    ): PutFunctionCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any],\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFunctionCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait PutFunctionConcurrencyRequest extends js.Object {\n    var FunctionName: FunctionName\n    var ReservedConcurrentExecutions: ReservedConcurrentExecutions\n  }\n\n  object PutFunctionConcurrencyRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        ReservedConcurrentExecutions: ReservedConcurrentExecutions\n    ): PutFunctionConcurrencyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"ReservedConcurrentExecutions\" -> ReservedConcurrentExecutions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFunctionConcurrencyRequest]\n    }\n  }\n\n  @js.native\n  trait PutFunctionEventInvokeConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts]\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object PutFunctionEventInvokeConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts] = js.undefined,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): PutFunctionEventInvokeConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      MaximumEventAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumEventAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutFunctionEventInvokeConfigRequest]\n    }\n  }\n\n  @js.native\n  trait PutProvisionedConcurrencyConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var ProvisionedConcurrentExecutions: PositiveInteger\n    var Qualifier: Qualifier\n  }\n\n  object PutProvisionedConcurrencyConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        ProvisionedConcurrentExecutions: PositiveInteger,\n        Qualifier: Qualifier\n    ): PutProvisionedConcurrencyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"ProvisionedConcurrentExecutions\" -> ProvisionedConcurrentExecutions.asInstanceOf[js.Any],\n        \"Qualifier\" -> Qualifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutProvisionedConcurrencyConfigRequest]\n    }\n  }\n\n  @js.native\n  trait PutProvisionedConcurrencyConfigResponse extends js.Object {\n    var AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger]\n    var LastModified: js.UndefOr[Timestamp]\n    var RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger]\n    var Status: js.UndefOr[ProvisionedConcurrencyStatusEnum]\n    var StatusReason: js.UndefOr[String]\n  }\n\n  object PutProvisionedConcurrencyConfigResponse {\n    @inline\n    def apply(\n        AllocatedProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        AvailableProvisionedConcurrentExecutions: js.UndefOr[NonNegativeInteger] = js.undefined,\n        LastModified: js.UndefOr[Timestamp] = js.undefined,\n        RequestedProvisionedConcurrentExecutions: js.UndefOr[PositiveInteger] = js.undefined,\n        Status: js.UndefOr[ProvisionedConcurrencyStatusEnum] = js.undefined,\n        StatusReason: js.UndefOr[String] = js.undefined\n    ): PutProvisionedConcurrencyConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AllocatedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AllocatedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      AvailableProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"AvailableProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      RequestedProvisionedConcurrentExecutions.foreach(__v => __obj.updateDynamic(\"RequestedProvisionedConcurrentExecutions\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusReason.foreach(__v => __obj.updateDynamic(\"StatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutProvisionedConcurrencyConfigResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveLayerVersionPermissionRequest extends js.Object {\n    var LayerName: LayerName\n    var StatementId: StatementId\n    var VersionNumber: LayerVersionNumber\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object RemoveLayerVersionPermissionRequest {\n    @inline\n    def apply(\n        LayerName: LayerName,\n        StatementId: StatementId,\n        VersionNumber: LayerVersionNumber,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): RemoveLayerVersionPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LayerName\" -> LayerName.asInstanceOf[js.Any],\n        \"StatementId\" -> StatementId.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveLayerVersionPermissionRequest]\n    }\n  }\n\n  @js.native\n  trait RemovePermissionRequest extends js.Object {\n    var FunctionName: FunctionName\n    var StatementId: NamespacedStatementId\n    var Qualifier: js.UndefOr[Qualifier]\n    var RevisionId: js.UndefOr[String]\n  }\n\n  object RemovePermissionRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        StatementId: NamespacedStatementId,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined\n    ): RemovePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"StatementId\" -> StatementId.asInstanceOf[js.Any]\n      )\n\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemovePermissionRequest]\n    }\n  }\n\n  @js.native\n  sealed trait Runtime extends js.Any\n  object Runtime {\n    val nodejs = \"nodejs\".asInstanceOf[Runtime]\n    val `nodejs4.3` = \"nodejs4.3\".asInstanceOf[Runtime]\n    val `nodejs6.10` = \"nodejs6.10\".asInstanceOf[Runtime]\n    val `nodejs8.10` = \"nodejs8.10\".asInstanceOf[Runtime]\n    val `nodejs10.x` = \"nodejs10.x\".asInstanceOf[Runtime]\n    val `nodejs12.x` = \"nodejs12.x\".asInstanceOf[Runtime]\n    val `nodejs14.x` = \"nodejs14.x\".asInstanceOf[Runtime]\n    val java8 = \"java8\".asInstanceOf[Runtime]\n    val `java8.al2` = \"java8.al2\".asInstanceOf[Runtime]\n    val java11 = \"java11\".asInstanceOf[Runtime]\n    val `python2.7` = \"python2.7\".asInstanceOf[Runtime]\n    val `python3.6` = \"python3.6\".asInstanceOf[Runtime]\n    val `python3.7` = \"python3.7\".asInstanceOf[Runtime]\n    val `python3.8` = \"python3.8\".asInstanceOf[Runtime]\n    val `dotnetcore1.0` = \"dotnetcore1.0\".asInstanceOf[Runtime]\n    val `dotnetcore2.0` = \"dotnetcore2.0\".asInstanceOf[Runtime]\n    val `dotnetcore2.1` = \"dotnetcore2.1\".asInstanceOf[Runtime]\n    val `dotnetcore3.1` = \"dotnetcore3.1\".asInstanceOf[Runtime]\n    val `nodejs4.3-edge` = \"nodejs4.3-edge\".asInstanceOf[Runtime]\n    val `go1.x` = \"go1.x\".asInstanceOf[Runtime]\n    val `ruby2.5` = \"ruby2.5\".asInstanceOf[Runtime]\n    val `ruby2.7` = \"ruby2.7\".asInstanceOf[Runtime]\n    val provided = \"provided\".asInstanceOf[Runtime]\n    val `provided.al2` = \"provided.al2\".asInstanceOf[Runtime]\n\n    @inline def values = js.Array(\n      nodejs,\n      `nodejs4.3`,\n      `nodejs6.10`,\n      `nodejs8.10`,\n      `nodejs10.x`,\n      `nodejs12.x`,\n      `nodejs14.x`,\n      java8,\n      `java8.al2`,\n      java11,\n      `python2.7`,\n      `python3.6`,\n      `python3.7`,\n      `python3.8`,\n      `dotnetcore1.0`,\n      `dotnetcore2.0`,\n      `dotnetcore2.1`,\n      `dotnetcore3.1`,\n      `nodejs4.3-edge`,\n      `go1.x`,\n      `ruby2.5`,\n      `ruby2.7`,\n      provided,\n      `provided.al2`\n    )\n  }\n\n  \/** The Self-Managed Apache Kafka cluster for your event source.\n    *\/\n  @js.native\n  trait SelfManagedEventSource extends js.Object {\n    var Endpoints: js.UndefOr[Endpoints]\n  }\n\n  object SelfManagedEventSource {\n    @inline\n    def apply(\n        Endpoints: js.UndefOr[Endpoints] = js.undefined\n    ): SelfManagedEventSource = {\n      val __obj = js.Dynamic.literal()\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelfManagedEventSource]\n    }\n  }\n\n  \/** You can specify the authentication protocol, or the VPC components to secure access to your event source.\n    *\/\n  @js.native\n  trait SourceAccessConfiguration extends js.Object {\n    var Type: js.UndefOr[SourceAccessType]\n    var URI: js.UndefOr[URI]\n  }\n\n  object SourceAccessConfiguration {\n    @inline\n    def apply(\n        Type: js.UndefOr[SourceAccessType] = js.undefined,\n        URI: js.UndefOr[URI] = js.undefined\n    ): SourceAccessConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      URI.foreach(__v => __obj.updateDynamic(\"URI\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceAccessConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait SourceAccessType extends js.Any\n  object SourceAccessType {\n    val BASIC_AUTH = \"BASIC_AUTH\".asInstanceOf[SourceAccessType]\n    val VPC_SUBNET = \"VPC_SUBNET\".asInstanceOf[SourceAccessType]\n    val VPC_SECURITY_GROUP = \"VPC_SECURITY_GROUP\".asInstanceOf[SourceAccessType]\n    val SASL_SCRAM_512_AUTH = \"SASL_SCRAM_512_AUTH\".asInstanceOf[SourceAccessType]\n    val SASL_SCRAM_256_AUTH = \"SASL_SCRAM_256_AUTH\".asInstanceOf[SourceAccessType]\n\n    @inline def values = js.Array(BASIC_AUTH, VPC_SUBNET, VPC_SECURITY_GROUP, SASL_SCRAM_512_AUTH, SASL_SCRAM_256_AUTH)\n  }\n\n  @js.native\n  sealed trait State extends js.Any\n  object State {\n    val Pending = \"Pending\".asInstanceOf[State]\n    val Active = \"Active\".asInstanceOf[State]\n    val Inactive = \"Inactive\".asInstanceOf[State]\n    val Failed = \"Failed\".asInstanceOf[State]\n\n    @inline def values = js.Array(Pending, Active, Inactive, Failed)\n  }\n\n  @js.native\n  sealed trait StateReasonCode extends js.Any\n  object StateReasonCode {\n    val Idle = \"Idle\".asInstanceOf[StateReasonCode]\n    val Creating = \"Creating\".asInstanceOf[StateReasonCode]\n    val Restoring = \"Restoring\".asInstanceOf[StateReasonCode]\n    val EniLimitExceeded = \"EniLimitExceeded\".asInstanceOf[StateReasonCode]\n    val InsufficientRolePermissions = \"InsufficientRolePermissions\".asInstanceOf[StateReasonCode]\n    val InvalidConfiguration = \"InvalidConfiguration\".asInstanceOf[StateReasonCode]\n    val InternalError = \"InternalError\".asInstanceOf[StateReasonCode]\n    val SubnetOutOfIPAddresses = \"SubnetOutOfIPAddresses\".asInstanceOf[StateReasonCode]\n    val InvalidSubnet = \"InvalidSubnet\".asInstanceOf[StateReasonCode]\n    val InvalidSecurityGroup = \"InvalidSecurityGroup\".asInstanceOf[StateReasonCode]\n    val ImageDeleted = \"ImageDeleted\".asInstanceOf[StateReasonCode]\n    val ImageAccessDenied = \"ImageAccessDenied\".asInstanceOf[StateReasonCode]\n    val InvalidImage = \"InvalidImage\".asInstanceOf[StateReasonCode]\n\n    @inline def values = js.Array(\n      Idle,\n      Creating,\n      Restoring,\n      EniLimitExceeded,\n      InsufficientRolePermissions,\n      InvalidConfiguration,\n      InternalError,\n      SubnetOutOfIPAddresses,\n      InvalidSubnet,\n      InvalidSecurityGroup,\n      ImageDeleted,\n      ImageAccessDenied,\n      InvalidImage\n    )\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var Resource: FunctionArn\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        Resource: FunctionArn,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** The function's AWS X-Ray tracing configuration. To sample and record incoming requests, set <code>Mode<\/code> to <code>Active<\/code>.\n    *\/\n  @js.native\n  trait TracingConfig extends js.Object {\n    var Mode: js.UndefOr[TracingMode]\n  }\n\n  object TracingConfig {\n    @inline\n    def apply(\n        Mode: js.UndefOr[TracingMode] = js.undefined\n    ): TracingConfig = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TracingConfig]\n    }\n  }\n\n  \/** The function's AWS X-Ray tracing configuration.\n    *\/\n  @js.native\n  trait TracingConfigResponse extends js.Object {\n    var Mode: js.UndefOr[TracingMode]\n  }\n\n  object TracingConfigResponse {\n    @inline\n    def apply(\n        Mode: js.UndefOr[TracingMode] = js.undefined\n    ): TracingConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TracingConfigResponse]\n    }\n  }\n\n  @js.native\n  sealed trait TracingMode extends js.Any\n  object TracingMode {\n    val Active = \"Active\".asInstanceOf[TracingMode]\n    val PassThrough = \"PassThrough\".asInstanceOf[TracingMode]\n\n    @inline def values = js.Array(Active, PassThrough)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var Resource: FunctionArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        Resource: FunctionArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAliasRequest extends js.Object {\n    var FunctionName: FunctionName\n    var Name: Alias\n    var Description: js.UndefOr[Description]\n    var FunctionVersion: js.UndefOr[Version]\n    var RevisionId: js.UndefOr[String]\n    var RoutingConfig: js.UndefOr[AliasRoutingConfiguration]\n  }\n\n  object UpdateAliasRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        Name: Alias,\n        Description: js.UndefOr[Description] = js.undefined,\n        FunctionVersion: js.UndefOr[Version] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        RoutingConfig: js.UndefOr[AliasRoutingConfiguration] = js.undefined\n    ): UpdateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FunctionVersion.foreach(__v => __obj.updateDynamic(\"FunctionVersion\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      RoutingConfig.foreach(__v => __obj.updateDynamic(\"RoutingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCodeSigningConfigRequest extends js.Object {\n    var CodeSigningConfigArn: CodeSigningConfigArn\n    var AllowedPublishers: js.UndefOr[AllowedPublishers]\n    var CodeSigningPolicies: js.UndefOr[CodeSigningPolicies]\n    var Description: js.UndefOr[Description]\n  }\n\n  object UpdateCodeSigningConfigRequest {\n    @inline\n    def apply(\n        CodeSigningConfigArn: CodeSigningConfigArn,\n        AllowedPublishers: js.UndefOr[AllowedPublishers] = js.undefined,\n        CodeSigningPolicies: js.UndefOr[CodeSigningPolicies] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined\n    ): UpdateCodeSigningConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfigArn\" -> CodeSigningConfigArn.asInstanceOf[js.Any]\n      )\n\n      AllowedPublishers.foreach(__v => __obj.updateDynamic(\"AllowedPublishers\")(__v.asInstanceOf[js.Any]))\n      CodeSigningPolicies.foreach(__v => __obj.updateDynamic(\"CodeSigningPolicies\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCodeSigningConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCodeSigningConfigResponse extends js.Object {\n    var CodeSigningConfig: CodeSigningConfig\n  }\n\n  object UpdateCodeSigningConfigResponse {\n    @inline\n    def apply(\n        CodeSigningConfig: CodeSigningConfig\n    ): UpdateCodeSigningConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CodeSigningConfig\" -> CodeSigningConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateCodeSigningConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateEventSourceMappingRequest extends js.Object {\n    var UUID: String\n    var BatchSize: js.UndefOr[BatchSize]\n    var BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError]\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var Enabled: js.UndefOr[Enabled]\n    var FunctionName: js.UndefOr[FunctionName]\n    var FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList]\n    var MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds]\n    var MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping]\n    var ParallelizationFactor: js.UndefOr[ParallelizationFactor]\n    var SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations]\n    var TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds]\n  }\n\n  object UpdateEventSourceMappingRequest {\n    @inline\n    def apply(\n        UUID: String,\n        BatchSize: js.UndefOr[BatchSize] = js.undefined,\n        BisectBatchOnFunctionError: js.UndefOr[BisectBatchOnFunctionError] = js.undefined,\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        Enabled: js.UndefOr[Enabled] = js.undefined,\n        FunctionName: js.UndefOr[FunctionName] = js.undefined,\n        FunctionResponseTypes: js.UndefOr[FunctionResponseTypeList] = js.undefined,\n        MaximumBatchingWindowInSeconds: js.UndefOr[MaximumBatchingWindowInSeconds] = js.undefined,\n        MaximumRecordAgeInSeconds: js.UndefOr[MaximumRecordAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttemptsEventSourceMapping] = js.undefined,\n        ParallelizationFactor: js.UndefOr[ParallelizationFactor] = js.undefined,\n        SourceAccessConfigurations: js.UndefOr[SourceAccessConfigurations] = js.undefined,\n        TumblingWindowInSeconds: js.UndefOr[TumblingWindowInSeconds] = js.undefined\n    ): UpdateEventSourceMappingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UUID\" -> UUID.asInstanceOf[js.Any]\n      )\n\n      BatchSize.foreach(__v => __obj.updateDynamic(\"BatchSize\")(__v.asInstanceOf[js.Any]))\n      BisectBatchOnFunctionError.foreach(__v => __obj.updateDynamic(\"BisectBatchOnFunctionError\")(__v.asInstanceOf[js.Any]))\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      FunctionName.foreach(__v => __obj.updateDynamic(\"FunctionName\")(__v.asInstanceOf[js.Any]))\n      FunctionResponseTypes.foreach(__v => __obj.updateDynamic(\"FunctionResponseTypes\")(__v.asInstanceOf[js.Any]))\n      MaximumBatchingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumBatchingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRecordAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumRecordAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      ParallelizationFactor.foreach(__v => __obj.updateDynamic(\"ParallelizationFactor\")(__v.asInstanceOf[js.Any]))\n      SourceAccessConfigurations.foreach(__v => __obj.updateDynamic(\"SourceAccessConfigurations\")(__v.asInstanceOf[js.Any]))\n      TumblingWindowInSeconds.foreach(__v => __obj.updateDynamic(\"TumblingWindowInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEventSourceMappingRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFunctionCodeRequest extends js.Object {\n    var FunctionName: FunctionName\n    var DryRun: js.UndefOr[Boolean]\n    var ImageUri: js.UndefOr[String]\n    var Publish: js.UndefOr[Boolean]\n    var RevisionId: js.UndefOr[String]\n    var S3Bucket: js.UndefOr[S3Bucket]\n    var S3Key: js.UndefOr[S3Key]\n    var S3ObjectVersion: js.UndefOr[S3ObjectVersion]\n    var ZipFile: js.UndefOr[Blob]\n  }\n\n  object UpdateFunctionCodeRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        DryRun: js.UndefOr[Boolean] = js.undefined,\n        ImageUri: js.UndefOr[String] = js.undefined,\n        Publish: js.UndefOr[Boolean] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        S3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        S3Key: js.UndefOr[S3Key] = js.undefined,\n        S3ObjectVersion: js.UndefOr[S3ObjectVersion] = js.undefined,\n        ZipFile: js.UndefOr[Blob] = js.undefined\n    ): UpdateFunctionCodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      ImageUri.foreach(__v => __obj.updateDynamic(\"ImageUri\")(__v.asInstanceOf[js.Any]))\n      Publish.foreach(__v => __obj.updateDynamic(\"Publish\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      S3ObjectVersion.foreach(__v => __obj.updateDynamic(\"S3ObjectVersion\")(__v.asInstanceOf[js.Any]))\n      ZipFile.foreach(__v => __obj.updateDynamic(\"ZipFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFunctionCodeRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFunctionConfigurationRequest extends js.Object {\n    var FunctionName: FunctionName\n    var DeadLetterConfig: js.UndefOr[DeadLetterConfig]\n    var Description: js.UndefOr[Description]\n    var Environment: js.UndefOr[Environment]\n    var FileSystemConfigs: js.UndefOr[FileSystemConfigList]\n    var Handler: js.UndefOr[Handler]\n    var ImageConfig: js.UndefOr[ImageConfig]\n    var KMSKeyArn: js.UndefOr[KMSKeyArn]\n    var Layers: js.UndefOr[LayerList]\n    var MemorySize: js.UndefOr[MemorySize]\n    var RevisionId: js.UndefOr[String]\n    var Role: js.UndefOr[RoleArn]\n    var Runtime: js.UndefOr[Runtime]\n    var Timeout: js.UndefOr[Timeout]\n    var TracingConfig: js.UndefOr[TracingConfig]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object UpdateFunctionConfigurationRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        DeadLetterConfig: js.UndefOr[DeadLetterConfig] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Environment: js.UndefOr[Environment] = js.undefined,\n        FileSystemConfigs: js.UndefOr[FileSystemConfigList] = js.undefined,\n        Handler: js.UndefOr[Handler] = js.undefined,\n        ImageConfig: js.UndefOr[ImageConfig] = js.undefined,\n        KMSKeyArn: js.UndefOr[KMSKeyArn] = js.undefined,\n        Layers: js.UndefOr[LayerList] = js.undefined,\n        MemorySize: js.UndefOr[MemorySize] = js.undefined,\n        RevisionId: js.UndefOr[String] = js.undefined,\n        Role: js.UndefOr[RoleArn] = js.undefined,\n        Runtime: js.UndefOr[Runtime] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined,\n        TracingConfig: js.UndefOr[TracingConfig] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): UpdateFunctionConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      DeadLetterConfig.foreach(__v => __obj.updateDynamic(\"DeadLetterConfig\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      FileSystemConfigs.foreach(__v => __obj.updateDynamic(\"FileSystemConfigs\")(__v.asInstanceOf[js.Any]))\n      Handler.foreach(__v => __obj.updateDynamic(\"Handler\")(__v.asInstanceOf[js.Any]))\n      ImageConfig.foreach(__v => __obj.updateDynamic(\"ImageConfig\")(__v.asInstanceOf[js.Any]))\n      KMSKeyArn.foreach(__v => __obj.updateDynamic(\"KMSKeyArn\")(__v.asInstanceOf[js.Any]))\n      Layers.foreach(__v => __obj.updateDynamic(\"Layers\")(__v.asInstanceOf[js.Any]))\n      MemorySize.foreach(__v => __obj.updateDynamic(\"MemorySize\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      Runtime.foreach(__v => __obj.updateDynamic(\"Runtime\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      TracingConfig.foreach(__v => __obj.updateDynamic(\"TracingConfig\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFunctionConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFunctionEventInvokeConfigRequest extends js.Object {\n    var FunctionName: FunctionName\n    var DestinationConfig: js.UndefOr[DestinationConfig]\n    var MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds]\n    var MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts]\n    var Qualifier: js.UndefOr[Qualifier]\n  }\n\n  object UpdateFunctionEventInvokeConfigRequest {\n    @inline\n    def apply(\n        FunctionName: FunctionName,\n        DestinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        MaximumEventAgeInSeconds: js.UndefOr[MaximumEventAgeInSeconds] = js.undefined,\n        MaximumRetryAttempts: js.UndefOr[MaximumRetryAttempts] = js.undefined,\n        Qualifier: js.UndefOr[Qualifier] = js.undefined\n    ): UpdateFunctionEventInvokeConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionName\" -> FunctionName.asInstanceOf[js.Any]\n      )\n\n      DestinationConfig.foreach(__v => __obj.updateDynamic(\"DestinationConfig\")(__v.asInstanceOf[js.Any]))\n      MaximumEventAgeInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumEventAgeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaximumRetryAttempts.foreach(__v => __obj.updateDynamic(\"MaximumRetryAttempts\")(__v.asInstanceOf[js.Any]))\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFunctionEventInvokeConfigRequest]\n    }\n  }\n\n  \/** The VPC security groups and subnets that are attached to a Lambda function. For more information, see [[https:\/\/docs.aws.amazon.com\/lambda\/latest\/dg\/configuration-vpc.html|VPC Settings]].\n    *\/\n  @js.native\n  trait VpcConfig extends js.Object {\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var SubnetIds: js.UndefOr[SubnetIds]\n  }\n\n  object VpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIds] = js.undefined\n    ): VpcConfig = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfig]\n    }\n  }\n\n  \/** The VPC security groups and subnets that are attached to a Lambda function.\n    *\/\n  @js.native\n  trait VpcConfigResponse extends js.Object {\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var SubnetIds: js.UndefOr[SubnetIds]\n    var VpcId: js.UndefOr[VpcId]\n  }\n\n  object VpcConfigResponse {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIds] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined\n    ): VpcConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfigResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/kinesisanalytics\/src\/main\/scala\/facade\/amazonaws\/services\/KinesisAnalytics.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object kinesisanalytics {\n  type ApplicationCode = String\n  type ApplicationDescription = String\n  type ApplicationName = String\n  type ApplicationSummaries = js.Array[ApplicationSummary]\n  type ApplicationVersionId = Double\n  type BooleanObject = Boolean\n  type BucketARN = String\n  type CloudWatchLoggingOptionDescriptions = js.Array[CloudWatchLoggingOptionDescription]\n  type CloudWatchLoggingOptionUpdates = js.Array[CloudWatchLoggingOptionUpdate]\n  type CloudWatchLoggingOptions = js.Array[CloudWatchLoggingOption]\n  type FileKey = String\n  type Id = String\n  type InAppStreamName = String\n  type InAppStreamNames = js.Array[InAppStreamName]\n  type InAppTableName = String\n  type InputConfigurations = js.Array[InputConfiguration]\n  type InputDescriptions = js.Array[InputDescription]\n  type InputParallelismCount = Int\n  type InputUpdates = js.Array[InputUpdate]\n  type Inputs = js.Array[Input]\n  type KinesisAnalyticsARN = String\n  type ListApplicationsInputLimit = Int\n  type LogStreamARN = String\n  type OutputDescriptions = js.Array[OutputDescription]\n  type OutputUpdates = js.Array[OutputUpdate]\n  type Outputs = js.Array[Output]\n  type ParsedInputRecord = js.Array[ParsedInputRecordField]\n  type ParsedInputRecordField = String\n  type ParsedInputRecords = js.Array[ParsedInputRecord]\n  type ProcessedInputRecord = String\n  type ProcessedInputRecords = js.Array[ProcessedInputRecord]\n  type RawInputRecord = String\n  type RawInputRecords = js.Array[RawInputRecord]\n  type RecordColumnDelimiter = String\n  type RecordColumnMapping = String\n  type RecordColumnName = String\n  type RecordColumnSqlType = String\n  type RecordColumns = js.Array[RecordColumn]\n  type RecordEncoding = String\n  type RecordRowDelimiter = String\n  type RecordRowPath = String\n  type ReferenceDataSourceDescriptions = js.Array[ReferenceDataSourceDescription]\n  type ReferenceDataSourceUpdates = js.Array[ReferenceDataSourceUpdate]\n  type ResourceARN = String\n  type RoleARN = String\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type Timestamp = js.Date\n\n  implicit final class KinesisAnalyticsOps(private val service: KinesisAnalytics) extends AnyVal {\n\n    @inline def addApplicationCloudWatchLoggingOptionFuture(params: AddApplicationCloudWatchLoggingOptionRequest): Future[AddApplicationCloudWatchLoggingOptionResponse] = service.addApplicationCloudWatchLoggingOption(params).promise().toFuture\n    @inline def addApplicationInputFuture(params: AddApplicationInputRequest): Future[AddApplicationInputResponse] = service.addApplicationInput(params).promise().toFuture\n    @inline def addApplicationInputProcessingConfigurationFuture(params: AddApplicationInputProcessingConfigurationRequest): Future[AddApplicationInputProcessingConfigurationResponse] = service.addApplicationInputProcessingConfiguration(params).promise().toFuture\n    @inline def addApplicationOutputFuture(params: AddApplicationOutputRequest): Future[AddApplicationOutputResponse] = service.addApplicationOutput(params).promise().toFuture\n    @inline def addApplicationReferenceDataSourceFuture(params: AddApplicationReferenceDataSourceRequest): Future[AddApplicationReferenceDataSourceResponse] = service.addApplicationReferenceDataSource(params).promise().toFuture\n    @inline def createApplicationFuture(params: CreateApplicationRequest): Future[CreateApplicationResponse] = service.createApplication(params).promise().toFuture\n    @inline def deleteApplicationCloudWatchLoggingOptionFuture(params: DeleteApplicationCloudWatchLoggingOptionRequest): Future[DeleteApplicationCloudWatchLoggingOptionResponse] = service.deleteApplicationCloudWatchLoggingOption(params).promise().toFuture\n    @inline def deleteApplicationFuture(params: DeleteApplicationRequest): Future[DeleteApplicationResponse] = service.deleteApplication(params).promise().toFuture\n    @inline def deleteApplicationInputProcessingConfigurationFuture(params: DeleteApplicationInputProcessingConfigurationRequest): Future[DeleteApplicationInputProcessingConfigurationResponse] = service.deleteApplicationInputProcessingConfiguration(params).promise().toFuture\n    @inline def deleteApplicationOutputFuture(params: DeleteApplicationOutputRequest): Future[DeleteApplicationOutputResponse] = service.deleteApplicationOutput(params).promise().toFuture\n    @inline def deleteApplicationReferenceDataSourceFuture(params: DeleteApplicationReferenceDataSourceRequest): Future[DeleteApplicationReferenceDataSourceResponse] = service.deleteApplicationReferenceDataSource(params).promise().toFuture\n    @inline def describeApplicationFuture(params: DescribeApplicationRequest): Future[DescribeApplicationResponse] = service.describeApplication(params).promise().toFuture\n    @inline def discoverInputSchemaFuture(params: DiscoverInputSchemaRequest): Future[DiscoverInputSchemaResponse] = service.discoverInputSchema(params).promise().toFuture\n    @inline def listApplicationsFuture(params: ListApplicationsRequest): Future[ListApplicationsResponse] = service.listApplications(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def startApplicationFuture(params: StartApplicationRequest): Future[StartApplicationResponse] = service.startApplication(params).promise().toFuture\n    @inline def stopApplicationFuture(params: StopApplicationRequest): Future[StopApplicationResponse] = service.stopApplication(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateApplicationFuture(params: UpdateApplicationRequest): Future[UpdateApplicationResponse] = service.updateApplication(params).promise().toFuture\n\n  }\n}\n\npackage kinesisanalytics {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/kinesisanalytics\", JSImport.Namespace, \"AWS.KinesisAnalytics\")\n  class KinesisAnalytics() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addApplicationCloudWatchLoggingOption(params: AddApplicationCloudWatchLoggingOptionRequest): Request[AddApplicationCloudWatchLoggingOptionResponse] = js.native\n    def addApplicationInput(params: AddApplicationInputRequest): Request[AddApplicationInputResponse] = js.native\n    def addApplicationInputProcessingConfiguration(params: AddApplicationInputProcessingConfigurationRequest): Request[AddApplicationInputProcessingConfigurationResponse] = js.native\n    def addApplicationOutput(params: AddApplicationOutputRequest): Request[AddApplicationOutputResponse] = js.native\n    def addApplicationReferenceDataSource(params: AddApplicationReferenceDataSourceRequest): Request[AddApplicationReferenceDataSourceResponse] = js.native\n    def createApplication(params: CreateApplicationRequest): Request[CreateApplicationResponse] = js.native\n    def deleteApplication(params: DeleteApplicationRequest): Request[DeleteApplicationResponse] = js.native\n    def deleteApplicationCloudWatchLoggingOption(params: DeleteApplicationCloudWatchLoggingOptionRequest): Request[DeleteApplicationCloudWatchLoggingOptionResponse] = js.native\n    def deleteApplicationInputProcessingConfiguration(params: DeleteApplicationInputProcessingConfigurationRequest): Request[DeleteApplicationInputProcessingConfigurationResponse] = js.native\n    def deleteApplicationOutput(params: DeleteApplicationOutputRequest): Request[DeleteApplicationOutputResponse] = js.native\n    def deleteApplicationReferenceDataSource(params: DeleteApplicationReferenceDataSourceRequest): Request[DeleteApplicationReferenceDataSourceResponse] = js.native\n    def describeApplication(params: DescribeApplicationRequest): Request[DescribeApplicationResponse] = js.native\n    def discoverInputSchema(params: DiscoverInputSchemaRequest): Request[DiscoverInputSchemaResponse] = js.native\n    def listApplications(params: ListApplicationsRequest): Request[ListApplicationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def startApplication(params: StartApplicationRequest): Request[StartApplicationResponse] = js.native\n    def stopApplication(params: StopApplicationRequest): Request[StopApplicationResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateApplication(params: UpdateApplicationRequest): Request[UpdateApplicationResponse] = js.native\n  }\n\n  @js.native\n  trait AddApplicationCloudWatchLoggingOptionRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CloudWatchLoggingOption: CloudWatchLoggingOption\n    var CurrentApplicationVersionId: ApplicationVersionId\n  }\n\n  object AddApplicationCloudWatchLoggingOptionRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CloudWatchLoggingOption: CloudWatchLoggingOption,\n        CurrentApplicationVersionId: ApplicationVersionId\n    ): AddApplicationCloudWatchLoggingOptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CloudWatchLoggingOption\" -> CloudWatchLoggingOption.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddApplicationCloudWatchLoggingOptionRequest]\n    }\n  }\n\n  @js.native\n  trait AddApplicationCloudWatchLoggingOptionResponse extends js.Object\n\n  object AddApplicationCloudWatchLoggingOptionResponse {\n    @inline\n    def apply(): AddApplicationCloudWatchLoggingOptionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddApplicationCloudWatchLoggingOptionResponse]\n    }\n  }\n\n  @js.native\n  trait AddApplicationInputProcessingConfigurationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var InputId: Id\n    var InputProcessingConfiguration: InputProcessingConfiguration\n  }\n\n  object AddApplicationInputProcessingConfigurationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        InputId: Id,\n        InputProcessingConfiguration: InputProcessingConfiguration\n    ): AddApplicationInputProcessingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"InputId\" -> InputId.asInstanceOf[js.Any],\n        \"InputProcessingConfiguration\" -> InputProcessingConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddApplicationInputProcessingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait AddApplicationInputProcessingConfigurationResponse extends js.Object\n\n  object AddApplicationInputProcessingConfigurationResponse {\n    @inline\n    def apply(): AddApplicationInputProcessingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddApplicationInputProcessingConfigurationResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationInputRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var Input: Input\n  }\n\n  object AddApplicationInputRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        Input: Input\n    ): AddApplicationInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"Input\" -> Input.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddApplicationInputRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationInputResponse extends js.Object\n\n  object AddApplicationInputResponse {\n    @inline\n    def apply(): AddApplicationInputResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddApplicationInputResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationOutputRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var Output: Output\n  }\n\n  object AddApplicationOutputRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        Output: Output\n    ): AddApplicationOutputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"Output\" -> Output.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddApplicationOutputRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationOutputResponse extends js.Object\n\n  object AddApplicationOutputResponse {\n    @inline\n    def apply(): AddApplicationOutputResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddApplicationOutputResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationReferenceDataSourceRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var ReferenceDataSource: ReferenceDataSource\n  }\n\n  object AddApplicationReferenceDataSourceRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        ReferenceDataSource: ReferenceDataSource\n    ): AddApplicationReferenceDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"ReferenceDataSource\" -> ReferenceDataSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddApplicationReferenceDataSourceRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddApplicationReferenceDataSourceResponse extends js.Object\n\n  object AddApplicationReferenceDataSourceResponse {\n    @inline\n    def apply(): AddApplicationReferenceDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddApplicationReferenceDataSourceResponse]\n    }\n  }\n\n  \/** '''Note:'''This documentation is for version 1 of the Amazon Kinesis Data Analytics API, which only supports SQL applications. Version 2 of the API supports SQL and Java applications. For more information about version 2, see [[\/kinesisanalytics\/latest\/apiv2\/Welcome.html|Amazon Kinesis Data Analytics API V2 Documentation]]. Provides a description of the application, including the application Amazon Resource Name (ARN), status, latest version, and input and output configuration.\n    *\/\n  @js.native\n  trait ApplicationDetail extends js.Object {\n    var ApplicationARN: ResourceARN\n    var ApplicationName: ApplicationName\n    var ApplicationStatus: ApplicationStatus\n    var ApplicationVersionId: ApplicationVersionId\n    var ApplicationCode: js.UndefOr[ApplicationCode]\n    var ApplicationDescription: js.UndefOr[ApplicationDescription]\n    var CloudWatchLoggingOptionDescriptions: js.UndefOr[CloudWatchLoggingOptionDescriptions]\n    var CreateTimestamp: js.UndefOr[Timestamp]\n    var InputDescriptions: js.UndefOr[InputDescriptions]\n    var LastUpdateTimestamp: js.UndefOr[Timestamp]\n    var OutputDescriptions: js.UndefOr[OutputDescriptions]\n    var ReferenceDataSourceDescriptions: js.UndefOr[ReferenceDataSourceDescriptions]\n  }\n\n  object ApplicationDetail {\n    @inline\n    def apply(\n        ApplicationARN: ResourceARN,\n        ApplicationName: ApplicationName,\n        ApplicationStatus: ApplicationStatus,\n        ApplicationVersionId: ApplicationVersionId,\n        ApplicationCode: js.UndefOr[ApplicationCode] = js.undefined,\n        ApplicationDescription: js.UndefOr[ApplicationDescription] = js.undefined,\n        CloudWatchLoggingOptionDescriptions: js.UndefOr[CloudWatchLoggingOptionDescriptions] = js.undefined,\n        CreateTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        InputDescriptions: js.UndefOr[InputDescriptions] = js.undefined,\n        LastUpdateTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        OutputDescriptions: js.UndefOr[OutputDescriptions] = js.undefined,\n        ReferenceDataSourceDescriptions: js.UndefOr[ReferenceDataSourceDescriptions] = js.undefined\n    ): ApplicationDetail = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationARN\" -> ApplicationARN.asInstanceOf[js.Any],\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"ApplicationStatus\" -> ApplicationStatus.asInstanceOf[js.Any],\n        \"ApplicationVersionId\" -> ApplicationVersionId.asInstanceOf[js.Any]\n      )\n\n      ApplicationCode.foreach(__v => __obj.updateDynamic(\"ApplicationCode\")(__v.asInstanceOf[js.Any]))\n      ApplicationDescription.foreach(__v => __obj.updateDynamic(\"ApplicationDescription\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptionDescriptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptionDescriptions\")(__v.asInstanceOf[js.Any]))\n      CreateTimestamp.foreach(__v => __obj.updateDynamic(\"CreateTimestamp\")(__v.asInstanceOf[js.Any]))\n      InputDescriptions.foreach(__v => __obj.updateDynamic(\"InputDescriptions\")(__v.asInstanceOf[js.Any]))\n      LastUpdateTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdateTimestamp\")(__v.asInstanceOf[js.Any]))\n      OutputDescriptions.foreach(__v => __obj.updateDynamic(\"OutputDescriptions\")(__v.asInstanceOf[js.Any]))\n      ReferenceDataSourceDescriptions.foreach(__v => __obj.updateDynamic(\"ReferenceDataSourceDescriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationDetail]\n    }\n  }\n\n  @js.native\n  sealed trait ApplicationStatus extends js.Any\n  object ApplicationStatus {\n    val DELETING = \"DELETING\".asInstanceOf[ApplicationStatus]\n    val STARTING = \"STARTING\".asInstanceOf[ApplicationStatus]\n    val STOPPING = \"STOPPING\".asInstanceOf[ApplicationStatus]\n    val READY = \"READY\".asInstanceOf[ApplicationStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[ApplicationStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ApplicationStatus]\n\n    @inline def values = js.Array(DELETING, STARTING, STOPPING, READY, RUNNING, UPDATING)\n  }\n\n  \/** '''Note:'''This documentation is for version 1 of the Amazon Kinesis Data Analytics API, which only supports SQL applications. Version 2 of the API supports SQL and Java applications. For more information about version 2, see [[\/kinesisanalytics\/latest\/apiv2\/Welcome.html|Amazon Kinesis Data Analytics API V2 Documentation]]. Provides application summary information, including the application Amazon Resource Name (ARN), name, and status.\n    *\/\n  @js.native\n  trait ApplicationSummary extends js.Object {\n    var ApplicationARN: ResourceARN\n    var ApplicationName: ApplicationName\n    var ApplicationStatus: ApplicationStatus\n  }\n\n  object ApplicationSummary {\n    @inline\n    def apply(\n        ApplicationARN: ResourceARN,\n        ApplicationName: ApplicationName,\n        ApplicationStatus: ApplicationStatus\n    ): ApplicationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationARN\" -> ApplicationARN.asInstanceOf[js.Any],\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"ApplicationStatus\" -> ApplicationStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ApplicationSummary]\n    }\n  }\n\n  \/** Describes updates to apply to an existing Amazon Kinesis Analytics application.\n    *\/\n  @js.native\n  trait ApplicationUpdate extends js.Object {\n    var ApplicationCodeUpdate: js.UndefOr[ApplicationCode]\n    var CloudWatchLoggingOptionUpdates: js.UndefOr[CloudWatchLoggingOptionUpdates]\n    var InputUpdates: js.UndefOr[InputUpdates]\n    var OutputUpdates: js.UndefOr[OutputUpdates]\n    var ReferenceDataSourceUpdates: js.UndefOr[ReferenceDataSourceUpdates]\n  }\n\n  object ApplicationUpdate {\n    @inline\n    def apply(\n        ApplicationCodeUpdate: js.UndefOr[ApplicationCode] = js.undefined,\n        CloudWatchLoggingOptionUpdates: js.UndefOr[CloudWatchLoggingOptionUpdates] = js.undefined,\n        InputUpdates: js.UndefOr[InputUpdates] = js.undefined,\n        OutputUpdates: js.UndefOr[OutputUpdates] = js.undefined,\n        ReferenceDataSourceUpdates: js.UndefOr[ReferenceDataSourceUpdates] = js.undefined\n    ): ApplicationUpdate = {\n      val __obj = js.Dynamic.literal()\n      ApplicationCodeUpdate.foreach(__v => __obj.updateDynamic(\"ApplicationCodeUpdate\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptionUpdates.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptionUpdates\")(__v.asInstanceOf[js.Any]))\n      InputUpdates.foreach(__v => __obj.updateDynamic(\"InputUpdates\")(__v.asInstanceOf[js.Any]))\n      OutputUpdates.foreach(__v => __obj.updateDynamic(\"OutputUpdates\")(__v.asInstanceOf[js.Any]))\n      ReferenceDataSourceUpdates.foreach(__v => __obj.updateDynamic(\"ReferenceDataSourceUpdates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationUpdate]\n    }\n  }\n\n  \/** Provides additional mapping information when the record format uses delimiters, such as CSV. For example, the following sample records use CSV format, where the records use the <i>'n'<\/i> as the row delimiter and a comma (\",\") as the column delimiter: <code>\"name1\", \"address1\"<\/code> <code>\"name2\", \"address2\"<\/code>\n    *\/\n  @js.native\n  trait CSVMappingParameters extends js.Object {\n    var RecordColumnDelimiter: RecordColumnDelimiter\n    var RecordRowDelimiter: RecordRowDelimiter\n  }\n\n  object CSVMappingParameters {\n    @inline\n    def apply(\n        RecordColumnDelimiter: RecordColumnDelimiter,\n        RecordRowDelimiter: RecordRowDelimiter\n    ): CSVMappingParameters = {\n      val __obj = js.Dynamic.literal(\n        \"RecordColumnDelimiter\" -> RecordColumnDelimiter.asInstanceOf[js.Any],\n        \"RecordRowDelimiter\" -> RecordRowDelimiter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CSVMappingParameters]\n    }\n  }\n\n  \/** Provides a description of CloudWatch logging options, including the log stream Amazon Resource Name (ARN) and the role ARN.\n    *\/\n  @js.native\n  trait CloudWatchLoggingOption extends js.Object {\n    var LogStreamARN: LogStreamARN\n    var RoleARN: RoleARN\n  }\n\n  object CloudWatchLoggingOption {\n    @inline\n    def apply(\n        LogStreamARN: LogStreamARN,\n        RoleARN: RoleARN\n    ): CloudWatchLoggingOption = {\n      val __obj = js.Dynamic.literal(\n        \"LogStreamARN\" -> LogStreamARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudWatchLoggingOption]\n    }\n  }\n\n  \/** Description of the CloudWatch logging option.\n    *\/\n  @js.native\n  trait CloudWatchLoggingOptionDescription extends js.Object {\n    var LogStreamARN: LogStreamARN\n    var RoleARN: RoleARN\n    var CloudWatchLoggingOptionId: js.UndefOr[Id]\n  }\n\n  object CloudWatchLoggingOptionDescription {\n    @inline\n    def apply(\n        LogStreamARN: LogStreamARN,\n        RoleARN: RoleARN,\n        CloudWatchLoggingOptionId: js.UndefOr[Id] = js.undefined\n    ): CloudWatchLoggingOptionDescription = {\n      val __obj = js.Dynamic.literal(\n        \"LogStreamARN\" -> LogStreamARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptionId.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchLoggingOptionDescription]\n    }\n  }\n\n  \/** Describes CloudWatch logging option updates.\n    *\/\n  @js.native\n  trait CloudWatchLoggingOptionUpdate extends js.Object {\n    var CloudWatchLoggingOptionId: Id\n    var LogStreamARNUpdate: js.UndefOr[LogStreamARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object CloudWatchLoggingOptionUpdate {\n    @inline\n    def apply(\n        CloudWatchLoggingOptionId: Id,\n        LogStreamARNUpdate: js.UndefOr[LogStreamARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): CloudWatchLoggingOptionUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"CloudWatchLoggingOptionId\" -> CloudWatchLoggingOptionId.asInstanceOf[js.Any]\n      )\n\n      LogStreamARNUpdate.foreach(__v => __obj.updateDynamic(\"LogStreamARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchLoggingOptionUpdate]\n    }\n  }\n\n  \/** TBD\n    *\/\n  @js.native\n  trait CreateApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var ApplicationCode: js.UndefOr[ApplicationCode]\n    var ApplicationDescription: js.UndefOr[ApplicationDescription]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var Inputs: js.UndefOr[Inputs]\n    var Outputs: js.UndefOr[Outputs]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        ApplicationCode: js.UndefOr[ApplicationCode] = js.undefined,\n        ApplicationDescription: js.UndefOr[ApplicationDescription] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        Inputs: js.UndefOr[Inputs] = js.undefined,\n        Outputs: js.UndefOr[Outputs] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any]\n      )\n\n      ApplicationCode.foreach(__v => __obj.updateDynamic(\"ApplicationCode\")(__v.asInstanceOf[js.Any]))\n      ApplicationDescription.foreach(__v => __obj.updateDynamic(\"ApplicationDescription\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationRequest]\n    }\n  }\n\n  \/** TBD\n    *\/\n  @js.native\n  trait CreateApplicationResponse extends js.Object {\n    var ApplicationSummary: ApplicationSummary\n  }\n\n  object CreateApplicationResponse {\n    @inline\n    def apply(\n        ApplicationSummary: ApplicationSummary\n    ): CreateApplicationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationSummary\" -> ApplicationSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationCloudWatchLoggingOptionRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CloudWatchLoggingOptionId: Id\n    var CurrentApplicationVersionId: ApplicationVersionId\n  }\n\n  object DeleteApplicationCloudWatchLoggingOptionRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CloudWatchLoggingOptionId: Id,\n        CurrentApplicationVersionId: ApplicationVersionId\n    ): DeleteApplicationCloudWatchLoggingOptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CloudWatchLoggingOptionId\" -> CloudWatchLoggingOptionId.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationCloudWatchLoggingOptionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationCloudWatchLoggingOptionResponse extends js.Object\n\n  object DeleteApplicationCloudWatchLoggingOptionResponse {\n    @inline\n    def apply(): DeleteApplicationCloudWatchLoggingOptionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationCloudWatchLoggingOptionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationInputProcessingConfigurationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var InputId: Id\n  }\n\n  object DeleteApplicationInputProcessingConfigurationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        InputId: Id\n    ): DeleteApplicationInputProcessingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationInputProcessingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationInputProcessingConfigurationResponse extends js.Object\n\n  object DeleteApplicationInputProcessingConfigurationResponse {\n    @inline\n    def apply(): DeleteApplicationInputProcessingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationInputProcessingConfigurationResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteApplicationOutputRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var OutputId: Id\n  }\n\n  object DeleteApplicationOutputRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        OutputId: Id\n    ): DeleteApplicationOutputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"OutputId\" -> OutputId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationOutputRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteApplicationOutputResponse extends js.Object\n\n  object DeleteApplicationOutputResponse {\n    @inline\n    def apply(): DeleteApplicationOutputResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationOutputResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationReferenceDataSourceRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CurrentApplicationVersionId: ApplicationVersionId\n    var ReferenceId: Id\n  }\n\n  object DeleteApplicationReferenceDataSourceRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CurrentApplicationVersionId: ApplicationVersionId,\n        ReferenceId: Id\n    ): DeleteApplicationReferenceDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any],\n        \"ReferenceId\" -> ReferenceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationReferenceDataSourceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationReferenceDataSourceResponse extends js.Object\n\n  object DeleteApplicationReferenceDataSourceResponse {\n    @inline\n    def apply(): DeleteApplicationReferenceDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationReferenceDataSourceResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var CreateTimestamp: Timestamp\n  }\n\n  object DeleteApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        CreateTimestamp: Timestamp\n    ): DeleteApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"CreateTimestamp\" -> CreateTimestamp.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteApplicationResponse extends js.Object\n\n  object DeleteApplicationResponse {\n    @inline\n    def apply(): DeleteApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n  }\n\n  object DescribeApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName\n    ): DescribeApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeApplicationRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeApplicationResponse extends js.Object {\n    var ApplicationDetail: ApplicationDetail\n  }\n\n  object DescribeApplicationResponse {\n    @inline\n    def apply(\n        ApplicationDetail: ApplicationDetail\n    ): DescribeApplicationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationDetail\" -> ApplicationDetail.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeApplicationResponse]\n    }\n  }\n\n  \/** Describes the data format when records are written to the destination. For more information, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/how-it-works-output.html|Configuring Application Output]].\n    *\/\n  @js.native\n  trait DestinationSchema extends js.Object {\n    var RecordFormatType: RecordFormatType\n  }\n\n  object DestinationSchema {\n    @inline\n    def apply(\n        RecordFormatType: RecordFormatType\n    ): DestinationSchema = {\n      val __obj = js.Dynamic.literal(\n        \"RecordFormatType\" -> RecordFormatType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DestinationSchema]\n    }\n  }\n\n  @js.native\n  trait DiscoverInputSchemaRequest extends js.Object {\n    var InputProcessingConfiguration: js.UndefOr[InputProcessingConfiguration]\n    var InputStartingPositionConfiguration: js.UndefOr[InputStartingPositionConfiguration]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3Configuration: js.UndefOr[S3Configuration]\n  }\n\n  object DiscoverInputSchemaRequest {\n    @inline\n    def apply(\n        InputProcessingConfiguration: js.UndefOr[InputProcessingConfiguration] = js.undefined,\n        InputStartingPositionConfiguration: js.UndefOr[InputStartingPositionConfiguration] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3Configuration: js.UndefOr[S3Configuration] = js.undefined\n    ): DiscoverInputSchemaRequest = {\n      val __obj = js.Dynamic.literal()\n      InputProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"InputProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      InputStartingPositionConfiguration.foreach(__v => __obj.updateDynamic(\"InputStartingPositionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3Configuration.foreach(__v => __obj.updateDynamic(\"S3Configuration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiscoverInputSchemaRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DiscoverInputSchemaResponse extends js.Object {\n    var InputSchema: js.UndefOr[SourceSchema]\n    var ParsedInputRecords: js.UndefOr[ParsedInputRecords]\n    var ProcessedInputRecords: js.UndefOr[ProcessedInputRecords]\n    var RawInputRecords: js.UndefOr[RawInputRecords]\n  }\n\n  object DiscoverInputSchemaResponse {\n    @inline\n    def apply(\n        InputSchema: js.UndefOr[SourceSchema] = js.undefined,\n        ParsedInputRecords: js.UndefOr[ParsedInputRecords] = js.undefined,\n        ProcessedInputRecords: js.UndefOr[ProcessedInputRecords] = js.undefined,\n        RawInputRecords: js.UndefOr[RawInputRecords] = js.undefined\n    ): DiscoverInputSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      InputSchema.foreach(__v => __obj.updateDynamic(\"InputSchema\")(__v.asInstanceOf[js.Any]))\n      ParsedInputRecords.foreach(__v => __obj.updateDynamic(\"ParsedInputRecords\")(__v.asInstanceOf[js.Any]))\n      ProcessedInputRecords.foreach(__v => __obj.updateDynamic(\"ProcessedInputRecords\")(__v.asInstanceOf[js.Any]))\n      RawInputRecords.foreach(__v => __obj.updateDynamic(\"RawInputRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiscoverInputSchemaResponse]\n    }\n  }\n\n  \/** When you configure the application input, you specify the streaming source, the in-application stream name that is created, and the mapping between the two. For more information, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/how-it-works-input.html|Configuring Application Input]].\n    *\/\n  @js.native\n  trait Input extends js.Object {\n    var InputSchema: SourceSchema\n    var NamePrefix: InAppStreamName\n    var InputParallelism: js.UndefOr[InputParallelism]\n    var InputProcessingConfiguration: js.UndefOr[InputProcessingConfiguration]\n    var KinesisFirehoseInput: js.UndefOr[KinesisFirehoseInput]\n    var KinesisStreamsInput: js.UndefOr[KinesisStreamsInput]\n  }\n\n  object Input {\n    @inline\n    def apply(\n        InputSchema: SourceSchema,\n        NamePrefix: InAppStreamName,\n        InputParallelism: js.UndefOr[InputParallelism] = js.undefined,\n        InputProcessingConfiguration: js.UndefOr[InputProcessingConfiguration] = js.undefined,\n        KinesisFirehoseInput: js.UndefOr[KinesisFirehoseInput] = js.undefined,\n        KinesisStreamsInput: js.UndefOr[KinesisStreamsInput] = js.undefined\n    ): Input = {\n      val __obj = js.Dynamic.literal(\n        \"InputSchema\" -> InputSchema.asInstanceOf[js.Any],\n        \"NamePrefix\" -> NamePrefix.asInstanceOf[js.Any]\n      )\n\n      InputParallelism.foreach(__v => __obj.updateDynamic(\"InputParallelism\")(__v.asInstanceOf[js.Any]))\n      InputProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"InputProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseInput.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseInput\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsInput.foreach(__v => __obj.updateDynamic(\"KinesisStreamsInput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Input]\n    }\n  }\n\n  \/** When you start your application, you provide this configuration, which identifies the input source and the point in the input source at which you want the application to start processing records.\n    *\/\n  @js.native\n  trait InputConfiguration extends js.Object {\n    var Id: Id\n    var InputStartingPositionConfiguration: InputStartingPositionConfiguration\n  }\n\n  object InputConfiguration {\n    @inline\n    def apply(\n        Id: Id,\n        InputStartingPositionConfiguration: InputStartingPositionConfiguration\n    ): InputConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"InputStartingPositionConfiguration\" -> InputStartingPositionConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputConfiguration]\n    }\n  }\n\n  \/** Describes the application input configuration. For more information, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/how-it-works-input.html|Configuring Application Input]].\n    *\/\n  @js.native\n  trait InputDescription extends js.Object {\n    var InAppStreamNames: js.UndefOr[InAppStreamNames]\n    var InputId: js.UndefOr[Id]\n    var InputParallelism: js.UndefOr[InputParallelism]\n    var InputProcessingConfigurationDescription: js.UndefOr[InputProcessingConfigurationDescription]\n    var InputSchema: js.UndefOr[SourceSchema]\n    var InputStartingPositionConfiguration: js.UndefOr[InputStartingPositionConfiguration]\n    var KinesisFirehoseInputDescription: js.UndefOr[KinesisFirehoseInputDescription]\n    var KinesisStreamsInputDescription: js.UndefOr[KinesisStreamsInputDescription]\n    var NamePrefix: js.UndefOr[InAppStreamName]\n  }\n\n  object InputDescription {\n    @inline\n    def apply(\n        InAppStreamNames: js.UndefOr[InAppStreamNames] = js.undefined,\n        InputId: js.UndefOr[Id] = js.undefined,\n        InputParallelism: js.UndefOr[InputParallelism] = js.undefined,\n        InputProcessingConfigurationDescription: js.UndefOr[InputProcessingConfigurationDescription] = js.undefined,\n        InputSchema: js.UndefOr[SourceSchema] = js.undefined,\n        InputStartingPositionConfiguration: js.UndefOr[InputStartingPositionConfiguration] = js.undefined,\n        KinesisFirehoseInputDescription: js.UndefOr[KinesisFirehoseInputDescription] = js.undefined,\n        KinesisStreamsInputDescription: js.UndefOr[KinesisStreamsInputDescription] = js.undefined,\n        NamePrefix: js.UndefOr[InAppStreamName] = js.undefined\n    ): InputDescription = {\n      val __obj = js.Dynamic.literal()\n      InAppStreamNames.foreach(__v => __obj.updateDynamic(\"InAppStreamNames\")(__v.asInstanceOf[js.Any]))\n      InputId.foreach(__v => __obj.updateDynamic(\"InputId\")(__v.asInstanceOf[js.Any]))\n      InputParallelism.foreach(__v => __obj.updateDynamic(\"InputParallelism\")(__v.asInstanceOf[js.Any]))\n      InputProcessingConfigurationDescription.foreach(__v => __obj.updateDynamic(\"InputProcessingConfigurationDescription\")(__v.asInstanceOf[js.Any]))\n      InputSchema.foreach(__v => __obj.updateDynamic(\"InputSchema\")(__v.asInstanceOf[js.Any]))\n      InputStartingPositionConfiguration.foreach(__v => __obj.updateDynamic(\"InputStartingPositionConfiguration\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseInputDescription.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseInputDescription\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsInputDescription.foreach(__v => __obj.updateDynamic(\"KinesisStreamsInputDescription\")(__v.asInstanceOf[js.Any]))\n      NamePrefix.foreach(__v => __obj.updateDynamic(\"NamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDescription]\n    }\n  }\n\n  \/** An object that contains the Amazon Resource Name (ARN) of the [[https:\/\/docs.aws.amazon.com\/lambda\/|AWS Lambda]] function that is used to preprocess records in the stream, and the ARN of the IAM role that is used to access the AWS Lambda function.\n    *\/\n  @js.native\n  trait InputLambdaProcessor extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object InputLambdaProcessor {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): InputLambdaProcessor = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputLambdaProcessor]\n    }\n  }\n\n  \/** An object that contains the Amazon Resource Name (ARN) of the [[https:\/\/docs.aws.amazon.com\/lambda\/|AWS Lambda]] function that is used to preprocess records in the stream, and the ARN of the IAM role that is used to access the AWS Lambda expression.\n    *\/\n  @js.native\n  trait InputLambdaProcessorDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object InputLambdaProcessorDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): InputLambdaProcessorDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputLambdaProcessorDescription]\n    }\n  }\n\n  \/** Represents an update to the [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_InputLambdaProcessor.html|InputLambdaProcessor]] that is used to preprocess the records in the stream.\n    *\/\n  @js.native\n  trait InputLambdaProcessorUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object InputLambdaProcessorUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): InputLambdaProcessorUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputLambdaProcessorUpdate]\n    }\n  }\n\n  \/** Describes the number of in-application streams to create for a given streaming source. For information about parallelism, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/how-it-works-input.html|Configuring Application Input]].\n    *\/\n  @js.native\n  trait InputParallelism extends js.Object {\n    var Count: js.UndefOr[InputParallelismCount]\n  }\n\n  object InputParallelism {\n    @inline\n    def apply(\n        Count: js.UndefOr[InputParallelismCount] = js.undefined\n    ): InputParallelism = {\n      val __obj = js.Dynamic.literal()\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputParallelism]\n    }\n  }\n\n  \/** Provides updates to the parallelism count.\n    *\/\n  @js.native\n  trait InputParallelismUpdate extends js.Object {\n    var CountUpdate: js.UndefOr[InputParallelismCount]\n  }\n\n  object InputParallelismUpdate {\n    @inline\n    def apply(\n        CountUpdate: js.UndefOr[InputParallelismCount] = js.undefined\n    ): InputParallelismUpdate = {\n      val __obj = js.Dynamic.literal()\n      CountUpdate.foreach(__v => __obj.updateDynamic(\"CountUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputParallelismUpdate]\n    }\n  }\n\n  \/** Provides a description of a processor that is used to preprocess the records in the stream before being processed by your application code. Currently, the only input processor available is [[https:\/\/docs.aws.amazon.com\/lambda\/|AWS Lambda]].\n    *\/\n  @js.native\n  trait InputProcessingConfiguration extends js.Object {\n    var InputLambdaProcessor: InputLambdaProcessor\n  }\n\n  object InputProcessingConfiguration {\n    @inline\n    def apply(\n        InputLambdaProcessor: InputLambdaProcessor\n    ): InputProcessingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"InputLambdaProcessor\" -> InputLambdaProcessor.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputProcessingConfiguration]\n    }\n  }\n\n  \/** Provides configuration information about an input processor. Currently, the only input processor available is [[https:\/\/docs.aws.amazon.com\/lambda\/|AWS Lambda]].\n    *\/\n  @js.native\n  trait InputProcessingConfigurationDescription extends js.Object {\n    var InputLambdaProcessorDescription: js.UndefOr[InputLambdaProcessorDescription]\n  }\n\n  object InputProcessingConfigurationDescription {\n    @inline\n    def apply(\n        InputLambdaProcessorDescription: js.UndefOr[InputLambdaProcessorDescription] = js.undefined\n    ): InputProcessingConfigurationDescription = {\n      val __obj = js.Dynamic.literal()\n      InputLambdaProcessorDescription.foreach(__v => __obj.updateDynamic(\"InputLambdaProcessorDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputProcessingConfigurationDescription]\n    }\n  }\n\n  \/** Describes updates to an [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_InputProcessingConfiguration.html|InputProcessingConfiguration]].\n    *\/\n  @js.native\n  trait InputProcessingConfigurationUpdate extends js.Object {\n    var InputLambdaProcessorUpdate: InputLambdaProcessorUpdate\n  }\n\n  object InputProcessingConfigurationUpdate {\n    @inline\n    def apply(\n        InputLambdaProcessorUpdate: InputLambdaProcessorUpdate\n    ): InputProcessingConfigurationUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"InputLambdaProcessorUpdate\" -> InputLambdaProcessorUpdate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputProcessingConfigurationUpdate]\n    }\n  }\n\n  \/** Describes updates for the application's input schema.\n    *\/\n  @js.native\n  trait InputSchemaUpdate extends js.Object {\n    var RecordColumnUpdates: js.UndefOr[RecordColumns]\n    var RecordEncodingUpdate: js.UndefOr[RecordEncoding]\n    var RecordFormatUpdate: js.UndefOr[RecordFormat]\n  }\n\n  object InputSchemaUpdate {\n    @inline\n    def apply(\n        RecordColumnUpdates: js.UndefOr[RecordColumns] = js.undefined,\n        RecordEncodingUpdate: js.UndefOr[RecordEncoding] = js.undefined,\n        RecordFormatUpdate: js.UndefOr[RecordFormat] = js.undefined\n    ): InputSchemaUpdate = {\n      val __obj = js.Dynamic.literal()\n      RecordColumnUpdates.foreach(__v => __obj.updateDynamic(\"RecordColumnUpdates\")(__v.asInstanceOf[js.Any]))\n      RecordEncodingUpdate.foreach(__v => __obj.updateDynamic(\"RecordEncodingUpdate\")(__v.asInstanceOf[js.Any]))\n      RecordFormatUpdate.foreach(__v => __obj.updateDynamic(\"RecordFormatUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSchemaUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait InputStartingPosition extends js.Any\n  object InputStartingPosition {\n    val NOW = \"NOW\".asInstanceOf[InputStartingPosition]\n    val TRIM_HORIZON = \"TRIM_HORIZON\".asInstanceOf[InputStartingPosition]\n    val LAST_STOPPED_POINT = \"LAST_STOPPED_POINT\".asInstanceOf[InputStartingPosition]\n\n    @inline def values = js.Array(NOW, TRIM_HORIZON, LAST_STOPPED_POINT)\n  }\n\n  \/** Describes the point at which the application reads from the streaming source.\n    *\/\n  @js.native\n  trait InputStartingPositionConfiguration extends js.Object {\n    var InputStartingPosition: js.UndefOr[InputStartingPosition]\n  }\n\n  object InputStartingPositionConfiguration {\n    @inline\n    def apply(\n        InputStartingPosition: js.UndefOr[InputStartingPosition] = js.undefined\n    ): InputStartingPositionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      InputStartingPosition.foreach(__v => __obj.updateDynamic(\"InputStartingPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputStartingPositionConfiguration]\n    }\n  }\n\n  \/** Describes updates to a specific input configuration (identified by the <code>InputId<\/code> of an application).\n    *\/\n  @js.native\n  trait InputUpdate extends js.Object {\n    var InputId: Id\n    var InputParallelismUpdate: js.UndefOr[InputParallelismUpdate]\n    var InputProcessingConfigurationUpdate: js.UndefOr[InputProcessingConfigurationUpdate]\n    var InputSchemaUpdate: js.UndefOr[InputSchemaUpdate]\n    var KinesisFirehoseInputUpdate: js.UndefOr[KinesisFirehoseInputUpdate]\n    var KinesisStreamsInputUpdate: js.UndefOr[KinesisStreamsInputUpdate]\n    var NamePrefixUpdate: js.UndefOr[InAppStreamName]\n  }\n\n  object InputUpdate {\n    @inline\n    def apply(\n        InputId: Id,\n        InputParallelismUpdate: js.UndefOr[InputParallelismUpdate] = js.undefined,\n        InputProcessingConfigurationUpdate: js.UndefOr[InputProcessingConfigurationUpdate] = js.undefined,\n        InputSchemaUpdate: js.UndefOr[InputSchemaUpdate] = js.undefined,\n        KinesisFirehoseInputUpdate: js.UndefOr[KinesisFirehoseInputUpdate] = js.undefined,\n        KinesisStreamsInputUpdate: js.UndefOr[KinesisStreamsInputUpdate] = js.undefined,\n        NamePrefixUpdate: js.UndefOr[InAppStreamName] = js.undefined\n    ): InputUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n\n      InputParallelismUpdate.foreach(__v => __obj.updateDynamic(\"InputParallelismUpdate\")(__v.asInstanceOf[js.Any]))\n      InputProcessingConfigurationUpdate.foreach(__v => __obj.updateDynamic(\"InputProcessingConfigurationUpdate\")(__v.asInstanceOf[js.Any]))\n      InputSchemaUpdate.foreach(__v => __obj.updateDynamic(\"InputSchemaUpdate\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseInputUpdate.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseInputUpdate\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsInputUpdate.foreach(__v => __obj.updateDynamic(\"KinesisStreamsInputUpdate\")(__v.asInstanceOf[js.Any]))\n      NamePrefixUpdate.foreach(__v => __obj.updateDynamic(\"NamePrefixUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputUpdate]\n    }\n  }\n\n  \/** Provides additional mapping information when JSON is the record format on the streaming source.\n    *\/\n  @js.native\n  trait JSONMappingParameters extends js.Object {\n    var RecordRowPath: RecordRowPath\n  }\n\n  object JSONMappingParameters {\n    @inline\n    def apply(\n        RecordRowPath: RecordRowPath\n    ): JSONMappingParameters = {\n      val __obj = js.Dynamic.literal(\n        \"RecordRowPath\" -> RecordRowPath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[JSONMappingParameters]\n    }\n  }\n\n  \/** Identifies an Amazon Kinesis Firehose delivery stream as the streaming source. You provide the delivery stream's Amazon Resource Name (ARN) and an IAM role ARN that enables Amazon Kinesis Analytics to access the stream on your behalf.\n    *\/\n  @js.native\n  trait KinesisFirehoseInput extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object KinesisFirehoseInput {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): KinesisFirehoseInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisFirehoseInput]\n    }\n  }\n\n  \/** Describes the Amazon Kinesis Firehose delivery stream that is configured as the streaming source in the application input configuration.\n    *\/\n  @js.native\n  trait KinesisFirehoseInputDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object KinesisFirehoseInputDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisFirehoseInputDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisFirehoseInputDescription]\n    }\n  }\n\n  \/** When updating application input configuration, provides information about an Amazon Kinesis Firehose delivery stream as the streaming source.\n    *\/\n  @js.native\n  trait KinesisFirehoseInputUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object KinesisFirehoseInputUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisFirehoseInputUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisFirehoseInputUpdate]\n    }\n  }\n\n  \/** When configuring application output, identifies an Amazon Kinesis Firehose delivery stream as the destination. You provide the stream Amazon Resource Name (ARN) and an IAM role that enables Amazon Kinesis Analytics to write to the stream on your behalf.\n    *\/\n  @js.native\n  trait KinesisFirehoseOutput extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object KinesisFirehoseOutput {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): KinesisFirehoseOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisFirehoseOutput]\n    }\n  }\n\n  \/** For an application output, describes the Amazon Kinesis Firehose delivery stream configured as its destination.\n    *\/\n  @js.native\n  trait KinesisFirehoseOutputDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object KinesisFirehoseOutputDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisFirehoseOutputDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisFirehoseOutputDescription]\n    }\n  }\n\n  \/** When updating an output configuration using the [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_UpdateApplication.html|UpdateApplication]] operation, provides information about an Amazon Kinesis Firehose delivery stream configured as the destination.\n    *\/\n  @js.native\n  trait KinesisFirehoseOutputUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object KinesisFirehoseOutputUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisFirehoseOutputUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisFirehoseOutputUpdate]\n    }\n  }\n\n  \/** Identifies an Amazon Kinesis stream as the streaming source. You provide the stream's Amazon Resource Name (ARN) and an IAM role ARN that enables Amazon Kinesis Analytics to access the stream on your behalf.\n    *\/\n  @js.native\n  trait KinesisStreamsInput extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object KinesisStreamsInput {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): KinesisStreamsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisStreamsInput]\n    }\n  }\n\n  \/** Describes the Amazon Kinesis stream that is configured as the streaming source in the application input configuration.\n    *\/\n  @js.native\n  trait KinesisStreamsInputDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object KinesisStreamsInputDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisStreamsInputDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamsInputDescription]\n    }\n  }\n\n  \/** When updating application input configuration, provides information about an Amazon Kinesis stream as the streaming source.\n    *\/\n  @js.native\n  trait KinesisStreamsInputUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object KinesisStreamsInputUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisStreamsInputUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamsInputUpdate]\n    }\n  }\n\n  \/** When configuring application output, identifies an Amazon Kinesis stream as the destination. You provide the stream Amazon Resource Name (ARN) and also an IAM role ARN that Amazon Kinesis Analytics can use to write to the stream on your behalf.\n    *\/\n  @js.native\n  trait KinesisStreamsOutput extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object KinesisStreamsOutput {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): KinesisStreamsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisStreamsOutput]\n    }\n  }\n\n  \/** For an application output, describes the Amazon Kinesis stream configured as its destination.\n    *\/\n  @js.native\n  trait KinesisStreamsOutputDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object KinesisStreamsOutputDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisStreamsOutputDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamsOutputDescription]\n    }\n  }\n\n  \/** When updating an output configuration using the [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_UpdateApplication.html|UpdateApplication]] operation, provides information about an Amazon Kinesis stream configured as the destination.\n    *\/\n  @js.native\n  trait KinesisStreamsOutputUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object KinesisStreamsOutputUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisStreamsOutputUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamsOutputUpdate]\n    }\n  }\n\n  \/** When configuring application output, identifies an AWS Lambda function as the destination. You provide the function Amazon Resource Name (ARN) and also an IAM role ARN that Amazon Kinesis Analytics can use to write to the function on your behalf.\n    *\/\n  @js.native\n  trait LambdaOutput extends js.Object {\n    var ResourceARN: ResourceARN\n    var RoleARN: RoleARN\n  }\n\n  object LambdaOutput {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        RoleARN: RoleARN\n    ): LambdaOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LambdaOutput]\n    }\n  }\n\n  \/** For an application output, describes the AWS Lambda function configured as its destination.\n    *\/\n  @js.native\n  trait LambdaOutputDescription extends js.Object {\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object LambdaOutputDescription {\n    @inline\n    def apply(\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): LambdaOutputDescription = {\n      val __obj = js.Dynamic.literal()\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaOutputDescription]\n    }\n  }\n\n  \/** When updating an output configuration using the [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_UpdateApplication.html|UpdateApplication]] operation, provides information about an AWS Lambda function configured as the destination.\n    *\/\n  @js.native\n  trait LambdaOutputUpdate extends js.Object {\n    var ResourceARNUpdate: js.UndefOr[ResourceARN]\n    var RoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object LambdaOutputUpdate {\n    @inline\n    def apply(\n        ResourceARNUpdate: js.UndefOr[ResourceARN] = js.undefined,\n        RoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): LambdaOutputUpdate = {\n      val __obj = js.Dynamic.literal()\n      ResourceARNUpdate.foreach(__v => __obj.updateDynamic(\"ResourceARNUpdate\")(__v.asInstanceOf[js.Any]))\n      RoleARNUpdate.foreach(__v => __obj.updateDynamic(\"RoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaOutputUpdate]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListApplicationsRequest extends js.Object {\n    var ExclusiveStartApplicationName: js.UndefOr[ApplicationName]\n    var Limit: js.UndefOr[ListApplicationsInputLimit]\n  }\n\n  object ListApplicationsRequest {\n    @inline\n    def apply(\n        ExclusiveStartApplicationName: js.UndefOr[ApplicationName] = js.undefined,\n        Limit: js.UndefOr[ListApplicationsInputLimit] = js.undefined\n    ): ListApplicationsRequest = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartApplicationName.foreach(__v => __obj.updateDynamic(\"ExclusiveStartApplicationName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListApplicationsResponse extends js.Object {\n    var ApplicationSummaries: ApplicationSummaries\n    var HasMoreApplications: BooleanObject\n  }\n\n  object ListApplicationsResponse {\n    @inline\n    def apply(\n        ApplicationSummaries: ApplicationSummaries,\n        HasMoreApplications: BooleanObject\n    ): ListApplicationsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationSummaries\" -> ApplicationSummaries.asInstanceOf[js.Any],\n        \"HasMoreApplications\" -> HasMoreApplications.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListApplicationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: KinesisAnalyticsARN\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: KinesisAnalyticsARN\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** When configuring application input at the time of creating or updating an application, provides additional mapping information specific to the record format (such as JSON, CSV, or record fields delimited by some delimiter) on the streaming source.\n    *\/\n  @js.native\n  trait MappingParameters extends js.Object {\n    var CSVMappingParameters: js.UndefOr[CSVMappingParameters]\n    var JSONMappingParameters: js.UndefOr[JSONMappingParameters]\n  }\n\n  object MappingParameters {\n    @inline\n    def apply(\n        CSVMappingParameters: js.UndefOr[CSVMappingParameters] = js.undefined,\n        JSONMappingParameters: js.UndefOr[JSONMappingParameters] = js.undefined\n    ): MappingParameters = {\n      val __obj = js.Dynamic.literal()\n      CSVMappingParameters.foreach(__v => __obj.updateDynamic(\"CSVMappingParameters\")(__v.asInstanceOf[js.Any]))\n      JSONMappingParameters.foreach(__v => __obj.updateDynamic(\"JSONMappingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MappingParameters]\n    }\n  }\n\n  \/** Describes application output configuration in which you identify an in-application stream and a destination where you want the in-application stream data to be written. The destination can be an Amazon Kinesis stream or an Amazon Kinesis Firehose delivery stream. <p\/> For limits on how many destinations an application can write and other limitations, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/limits.html|Limits]].\n    *\/\n  @js.native\n  trait Output extends js.Object {\n    var DestinationSchema: DestinationSchema\n    var Name: InAppStreamName\n    var KinesisFirehoseOutput: js.UndefOr[KinesisFirehoseOutput]\n    var KinesisStreamsOutput: js.UndefOr[KinesisStreamsOutput]\n    var LambdaOutput: js.UndefOr[LambdaOutput]\n  }\n\n  object Output {\n    @inline\n    def apply(\n        DestinationSchema: DestinationSchema,\n        Name: InAppStreamName,\n        KinesisFirehoseOutput: js.UndefOr[KinesisFirehoseOutput] = js.undefined,\n        KinesisStreamsOutput: js.UndefOr[KinesisStreamsOutput] = js.undefined,\n        LambdaOutput: js.UndefOr[LambdaOutput] = js.undefined\n    ): Output = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationSchema\" -> DestinationSchema.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      KinesisFirehoseOutput.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseOutput\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsOutput.foreach(__v => __obj.updateDynamic(\"KinesisStreamsOutput\")(__v.asInstanceOf[js.Any]))\n      LambdaOutput.foreach(__v => __obj.updateDynamic(\"LambdaOutput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Output]\n    }\n  }\n\n  \/** Describes the application output configuration, which includes the in-application stream name and the destination where the stream data is written. The destination can be an Amazon Kinesis stream or an Amazon Kinesis Firehose delivery stream.\n    *\/\n  @js.native\n  trait OutputDescription extends js.Object {\n    var DestinationSchema: js.UndefOr[DestinationSchema]\n    var KinesisFirehoseOutputDescription: js.UndefOr[KinesisFirehoseOutputDescription]\n    var KinesisStreamsOutputDescription: js.UndefOr[KinesisStreamsOutputDescription]\n    var LambdaOutputDescription: js.UndefOr[LambdaOutputDescription]\n    var Name: js.UndefOr[InAppStreamName]\n    var OutputId: js.UndefOr[Id]\n  }\n\n  object OutputDescription {\n    @inline\n    def apply(\n        DestinationSchema: js.UndefOr[DestinationSchema] = js.undefined,\n        KinesisFirehoseOutputDescription: js.UndefOr[KinesisFirehoseOutputDescription] = js.undefined,\n        KinesisStreamsOutputDescription: js.UndefOr[KinesisStreamsOutputDescription] = js.undefined,\n        LambdaOutputDescription: js.UndefOr[LambdaOutputDescription] = js.undefined,\n        Name: js.UndefOr[InAppStreamName] = js.undefined,\n        OutputId: js.UndefOr[Id] = js.undefined\n    ): OutputDescription = {\n      val __obj = js.Dynamic.literal()\n      DestinationSchema.foreach(__v => __obj.updateDynamic(\"DestinationSchema\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseOutputDescription.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseOutputDescription\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsOutputDescription.foreach(__v => __obj.updateDynamic(\"KinesisStreamsOutputDescription\")(__v.asInstanceOf[js.Any]))\n      LambdaOutputDescription.foreach(__v => __obj.updateDynamic(\"LambdaOutputDescription\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputId.foreach(__v => __obj.updateDynamic(\"OutputId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDescription]\n    }\n  }\n\n  \/** Describes updates to the output configuration identified by the <code>OutputId<\/code>.\n    *\/\n  @js.native\n  trait OutputUpdate extends js.Object {\n    var OutputId: Id\n    var DestinationSchemaUpdate: js.UndefOr[DestinationSchema]\n    var KinesisFirehoseOutputUpdate: js.UndefOr[KinesisFirehoseOutputUpdate]\n    var KinesisStreamsOutputUpdate: js.UndefOr[KinesisStreamsOutputUpdate]\n    var LambdaOutputUpdate: js.UndefOr[LambdaOutputUpdate]\n    var NameUpdate: js.UndefOr[InAppStreamName]\n  }\n\n  object OutputUpdate {\n    @inline\n    def apply(\n        OutputId: Id,\n        DestinationSchemaUpdate: js.UndefOr[DestinationSchema] = js.undefined,\n        KinesisFirehoseOutputUpdate: js.UndefOr[KinesisFirehoseOutputUpdate] = js.undefined,\n        KinesisStreamsOutputUpdate: js.UndefOr[KinesisStreamsOutputUpdate] = js.undefined,\n        LambdaOutputUpdate: js.UndefOr[LambdaOutputUpdate] = js.undefined,\n        NameUpdate: js.UndefOr[InAppStreamName] = js.undefined\n    ): OutputUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"OutputId\" -> OutputId.asInstanceOf[js.Any]\n      )\n\n      DestinationSchemaUpdate.foreach(__v => __obj.updateDynamic(\"DestinationSchemaUpdate\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseOutputUpdate.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseOutputUpdate\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamsOutputUpdate.foreach(__v => __obj.updateDynamic(\"KinesisStreamsOutputUpdate\")(__v.asInstanceOf[js.Any]))\n      LambdaOutputUpdate.foreach(__v => __obj.updateDynamic(\"LambdaOutputUpdate\")(__v.asInstanceOf[js.Any]))\n      NameUpdate.foreach(__v => __obj.updateDynamic(\"NameUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputUpdate]\n    }\n  }\n\n  \/** Describes the mapping of each data element in the streaming source to the corresponding column in the in-application stream. Also used to describe the format of the reference data source.\n    *\/\n  @js.native\n  trait RecordColumn extends js.Object {\n    var Name: RecordColumnName\n    var SqlType: RecordColumnSqlType\n    var Mapping: js.UndefOr[RecordColumnMapping]\n  }\n\n  object RecordColumn {\n    @inline\n    def apply(\n        Name: RecordColumnName,\n        SqlType: RecordColumnSqlType,\n        Mapping: js.UndefOr[RecordColumnMapping] = js.undefined\n    ): RecordColumn = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SqlType\" -> SqlType.asInstanceOf[js.Any]\n      )\n\n      Mapping.foreach(__v => __obj.updateDynamic(\"Mapping\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecordColumn]\n    }\n  }\n\n  \/** Describes the record format and relevant mapping information that should be applied to schematize the records on the stream.\n    *\/\n  @js.native\n  trait RecordFormat extends js.Object {\n    var RecordFormatType: RecordFormatType\n    var MappingParameters: js.UndefOr[MappingParameters]\n  }\n\n  object RecordFormat {\n    @inline\n    def apply(\n        RecordFormatType: RecordFormatType,\n        MappingParameters: js.UndefOr[MappingParameters] = js.undefined\n    ): RecordFormat = {\n      val __obj = js.Dynamic.literal(\n        \"RecordFormatType\" -> RecordFormatType.asInstanceOf[js.Any]\n      )\n\n      MappingParameters.foreach(__v => __obj.updateDynamic(\"MappingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecordFormat]\n    }\n  }\n\n  @js.native\n  sealed trait RecordFormatType extends js.Any\n  object RecordFormatType {\n    val JSON = \"JSON\".asInstanceOf[RecordFormatType]\n    val CSV = \"CSV\".asInstanceOf[RecordFormatType]\n\n    @inline def values = js.Array(JSON, CSV)\n  }\n\n  \/** Describes the reference data source by providing the source information (S3 bucket name and object key name), the resulting in-application table name that is created, and the necessary schema to map the data elements in the Amazon S3 object to the in-application table.\n    *\/\n  @js.native\n  trait ReferenceDataSource extends js.Object {\n    var ReferenceSchema: SourceSchema\n    var TableName: InAppTableName\n    var S3ReferenceDataSource: js.UndefOr[S3ReferenceDataSource]\n  }\n\n  object ReferenceDataSource {\n    @inline\n    def apply(\n        ReferenceSchema: SourceSchema,\n        TableName: InAppTableName,\n        S3ReferenceDataSource: js.UndefOr[S3ReferenceDataSource] = js.undefined\n    ): ReferenceDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"ReferenceSchema\" -> ReferenceSchema.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      S3ReferenceDataSource.foreach(__v => __obj.updateDynamic(\"S3ReferenceDataSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReferenceDataSource]\n    }\n  }\n\n  \/** Describes the reference data source configured for an application.\n    *\/\n  @js.native\n  trait ReferenceDataSourceDescription extends js.Object {\n    var ReferenceId: Id\n    var S3ReferenceDataSourceDescription: S3ReferenceDataSourceDescription\n    var TableName: InAppTableName\n    var ReferenceSchema: js.UndefOr[SourceSchema]\n  }\n\n  object ReferenceDataSourceDescription {\n    @inline\n    def apply(\n        ReferenceId: Id,\n        S3ReferenceDataSourceDescription: S3ReferenceDataSourceDescription,\n        TableName: InAppTableName,\n        ReferenceSchema: js.UndefOr[SourceSchema] = js.undefined\n    ): ReferenceDataSourceDescription = {\n      val __obj = js.Dynamic.literal(\n        \"ReferenceId\" -> ReferenceId.asInstanceOf[js.Any],\n        \"S3ReferenceDataSourceDescription\" -> S3ReferenceDataSourceDescription.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ReferenceSchema.foreach(__v => __obj.updateDynamic(\"ReferenceSchema\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReferenceDataSourceDescription]\n    }\n  }\n\n  \/** When you update a reference data source configuration for an application, this object provides all the updated values (such as the source bucket name and object key name), the in-application table name that is created, and updated mapping information that maps the data in the Amazon S3 object to the in-application reference table that is created.\n    *\/\n  @js.native\n  trait ReferenceDataSourceUpdate extends js.Object {\n    var ReferenceId: Id\n    var ReferenceSchemaUpdate: js.UndefOr[SourceSchema]\n    var S3ReferenceDataSourceUpdate: js.UndefOr[S3ReferenceDataSourceUpdate]\n    var TableNameUpdate: js.UndefOr[InAppTableName]\n  }\n\n  object ReferenceDataSourceUpdate {\n    @inline\n    def apply(\n        ReferenceId: Id,\n        ReferenceSchemaUpdate: js.UndefOr[SourceSchema] = js.undefined,\n        S3ReferenceDataSourceUpdate: js.UndefOr[S3ReferenceDataSourceUpdate] = js.undefined,\n        TableNameUpdate: js.UndefOr[InAppTableName] = js.undefined\n    ): ReferenceDataSourceUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"ReferenceId\" -> ReferenceId.asInstanceOf[js.Any]\n      )\n\n      ReferenceSchemaUpdate.foreach(__v => __obj.updateDynamic(\"ReferenceSchemaUpdate\")(__v.asInstanceOf[js.Any]))\n      S3ReferenceDataSourceUpdate.foreach(__v => __obj.updateDynamic(\"S3ReferenceDataSourceUpdate\")(__v.asInstanceOf[js.Any]))\n      TableNameUpdate.foreach(__v => __obj.updateDynamic(\"TableNameUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReferenceDataSourceUpdate]\n    }\n  }\n\n  \/** Provides a description of an Amazon S3 data source, including the Amazon Resource Name (ARN) of the S3 bucket, the ARN of the IAM role that is used to access the bucket, and the name of the Amazon S3 object that contains the data.\n    *\/\n  @js.native\n  trait S3Configuration extends js.Object {\n    var BucketARN: BucketARN\n    var FileKey: FileKey\n    var RoleARN: RoleARN\n  }\n\n  object S3Configuration {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        FileKey: FileKey,\n        RoleARN: RoleARN\n    ): S3Configuration = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"FileKey\" -> FileKey.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3Configuration]\n    }\n  }\n\n  \/** Identifies the S3 bucket and object that contains the reference data. Also identifies the IAM role Amazon Kinesis Analytics can assume to read this object on your behalf. An Amazon Kinesis Analytics application loads reference data only once. If the data changes, you call the [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/API_UpdateApplication.html|UpdateApplication]] operation to trigger reloading of data into your application.\n    *\/\n  @js.native\n  trait S3ReferenceDataSource extends js.Object {\n    var BucketARN: BucketARN\n    var FileKey: FileKey\n    var ReferenceRoleARN: RoleARN\n  }\n\n  object S3ReferenceDataSource {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        FileKey: FileKey,\n        ReferenceRoleARN: RoleARN\n    ): S3ReferenceDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"FileKey\" -> FileKey.asInstanceOf[js.Any],\n        \"ReferenceRoleARN\" -> ReferenceRoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3ReferenceDataSource]\n    }\n  }\n\n  \/** Provides the bucket name and object key name that stores the reference data.\n    *\/\n  @js.native\n  trait S3ReferenceDataSourceDescription extends js.Object {\n    var BucketARN: BucketARN\n    var FileKey: FileKey\n    var ReferenceRoleARN: RoleARN\n  }\n\n  object S3ReferenceDataSourceDescription {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        FileKey: FileKey,\n        ReferenceRoleARN: RoleARN\n    ): S3ReferenceDataSourceDescription = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"FileKey\" -> FileKey.asInstanceOf[js.Any],\n        \"ReferenceRoleARN\" -> ReferenceRoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3ReferenceDataSourceDescription]\n    }\n  }\n\n  \/** Describes the S3 bucket name, object key name, and IAM role that Amazon Kinesis Analytics can assume to read the Amazon S3 object on your behalf and populate the in-application reference table.\n    *\/\n  @js.native\n  trait S3ReferenceDataSourceUpdate extends js.Object {\n    var BucketARNUpdate: js.UndefOr[BucketARN]\n    var FileKeyUpdate: js.UndefOr[FileKey]\n    var ReferenceRoleARNUpdate: js.UndefOr[RoleARN]\n  }\n\n  object S3ReferenceDataSourceUpdate {\n    @inline\n    def apply(\n        BucketARNUpdate: js.UndefOr[BucketARN] = js.undefined,\n        FileKeyUpdate: js.UndefOr[FileKey] = js.undefined,\n        ReferenceRoleARNUpdate: js.UndefOr[RoleARN] = js.undefined\n    ): S3ReferenceDataSourceUpdate = {\n      val __obj = js.Dynamic.literal()\n      BucketARNUpdate.foreach(__v => __obj.updateDynamic(\"BucketARNUpdate\")(__v.asInstanceOf[js.Any]))\n      FileKeyUpdate.foreach(__v => __obj.updateDynamic(\"FileKeyUpdate\")(__v.asInstanceOf[js.Any]))\n      ReferenceRoleARNUpdate.foreach(__v => __obj.updateDynamic(\"ReferenceRoleARNUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3ReferenceDataSourceUpdate]\n    }\n  }\n\n  \/** Describes the format of the data in the streaming source, and how each data element maps to corresponding columns created in the in-application stream.\n    *\/\n  @js.native\n  trait SourceSchema extends js.Object {\n    var RecordColumns: RecordColumns\n    var RecordFormat: RecordFormat\n    var RecordEncoding: js.UndefOr[RecordEncoding]\n  }\n\n  object SourceSchema {\n    @inline\n    def apply(\n        RecordColumns: RecordColumns,\n        RecordFormat: RecordFormat,\n        RecordEncoding: js.UndefOr[RecordEncoding] = js.undefined\n    ): SourceSchema = {\n      val __obj = js.Dynamic.literal(\n        \"RecordColumns\" -> RecordColumns.asInstanceOf[js.Any],\n        \"RecordFormat\" -> RecordFormat.asInstanceOf[js.Any]\n      )\n\n      RecordEncoding.foreach(__v => __obj.updateDynamic(\"RecordEncoding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceSchema]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait StartApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var InputConfigurations: InputConfigurations\n  }\n\n  object StartApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        InputConfigurations: InputConfigurations\n    ): StartApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"InputConfigurations\" -> InputConfigurations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartApplicationRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait StartApplicationResponse extends js.Object\n\n  object StartApplicationResponse {\n    @inline\n    def apply(): StartApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartApplicationResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait StopApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n  }\n\n  object StopApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName\n    ): StopApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopApplicationRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait StopApplicationResponse extends js.Object\n\n  object StopApplicationResponse {\n    @inline\n    def apply(): StopApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopApplicationResponse]\n    }\n  }\n\n  \/** A key-value pair (the value is optional) that you can define and assign to AWS resources. If you specify a tag that already exists, the tag value is replaced with the value that you specify in the request. Note that the maximum number of application tags includes system tags. The maximum number of user-defined application tags is 50. For more information, see [[https:\/\/docs.aws.amazon.com\/kinesisanalytics\/latest\/dev\/how-tagging.html|Using Tagging]].\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: KinesisAnalyticsARN\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: KinesisAnalyticsARN,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: KinesisAnalyticsARN\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: KinesisAnalyticsARN,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationRequest extends js.Object {\n    var ApplicationName: ApplicationName\n    var ApplicationUpdate: ApplicationUpdate\n    var CurrentApplicationVersionId: ApplicationVersionId\n  }\n\n  object UpdateApplicationRequest {\n    @inline\n    def apply(\n        ApplicationName: ApplicationName,\n        ApplicationUpdate: ApplicationUpdate,\n        CurrentApplicationVersionId: ApplicationVersionId\n    ): UpdateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationName\" -> ApplicationName.asInstanceOf[js.Any],\n        \"ApplicationUpdate\" -> ApplicationUpdate.asInstanceOf[js.Any],\n        \"CurrentApplicationVersionId\" -> CurrentApplicationVersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationResponse extends js.Object\n\n  object UpdateApplicationResponse {\n    @inline\n    def apply(): UpdateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateApplicationResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dlm\/src\/main\/scala\/facade\/amazonaws\/services\/DLM.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object dlm {\n  type ActionList = js.Array[Action]\n  type ActionName = String\n  type AvailabilityZone = String\n  type AvailabilityZoneList = js.Array[AvailabilityZone]\n  type AwsAccountId = String\n  type CmkArn = String\n  type CopyTags = Boolean\n  type CopyTagsNullable = Boolean\n  type Count = Int\n  type CronExpression = String\n  type CrossRegionCopyActionList = js.Array[CrossRegionCopyAction]\n  type CrossRegionCopyRules = js.Array[CrossRegionCopyRule]\n  type DescriptionRegex = String\n  type Encrypted = Boolean\n  type ExcludeBootVolume = Boolean\n  type ExecutionRoleArn = String\n  type Interval = Int\n  type LifecyclePolicySummaryList = js.Array[LifecyclePolicySummary]\n  type NoReboot = Boolean\n  type PolicyArn = String\n  type PolicyDescription = String\n  type PolicyId = String\n  type PolicyIdList = js.Array[PolicyId]\n  type ResourceLocationList = js.Array[ResourceLocationValues]\n  type ResourceTypeValuesList = js.Array[ResourceTypeValues]\n  type ScheduleList = js.Array[Schedule]\n  type ScheduleName = String\n  type ShareRules = js.Array[ShareRule]\n  type ShareTargetAccountList = js.Array[AwsAccountId]\n  type SnapshotOwnerList = js.Array[AwsAccountId]\n  type StatusMessage = String\n  type TagFilter = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TagsToAddFilterList = js.Array[TagFilter]\n  type TagsToAddList = js.Array[Tag]\n  type Target = String\n  type TargetRegion = String\n  type TargetTagList = js.Array[Tag]\n  type TargetTagsFilterList = js.Array[TagFilter]\n  type Time = String\n  type TimesList = js.Array[Time]\n  type Timestamp = js.Date\n  type VariableTagsList = js.Array[Tag]\n\n  implicit final class DLMOps(private val service: DLM) extends AnyVal {\n\n    @inline def createLifecyclePolicyFuture(params: CreateLifecyclePolicyRequest): Future[CreateLifecyclePolicyResponse] = service.createLifecyclePolicy(params).promise().toFuture\n    @inline def deleteLifecyclePolicyFuture(params: DeleteLifecyclePolicyRequest): Future[DeleteLifecyclePolicyResponse] = service.deleteLifecyclePolicy(params).promise().toFuture\n    @inline def getLifecyclePoliciesFuture(params: GetLifecyclePoliciesRequest): Future[GetLifecyclePoliciesResponse] = service.getLifecyclePolicies(params).promise().toFuture\n    @inline def getLifecyclePolicyFuture(params: GetLifecyclePolicyRequest): Future[GetLifecyclePolicyResponse] = service.getLifecyclePolicy(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateLifecyclePolicyFuture(params: UpdateLifecyclePolicyRequest): Future[UpdateLifecyclePolicyResponse] = service.updateLifecyclePolicy(params).promise().toFuture\n\n  }\n}\n\npackage dlm {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/dlm\", JSImport.Namespace, \"AWS.DLM\")\n  class DLM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createLifecyclePolicy(params: CreateLifecyclePolicyRequest): Request[CreateLifecyclePolicyResponse] = js.native\n    def deleteLifecyclePolicy(params: DeleteLifecyclePolicyRequest): Request[DeleteLifecyclePolicyResponse] = js.native\n    def getLifecyclePolicies(params: GetLifecyclePoliciesRequest): Request[GetLifecyclePoliciesResponse] = js.native\n    def getLifecyclePolicy(params: GetLifecyclePolicyRequest): Request[GetLifecyclePolicyResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateLifecyclePolicy(params: UpdateLifecyclePolicyRequest): Request[UpdateLifecyclePolicyResponse] = js.native\n  }\n\n  \/** Specifies an action for an event-based policy.\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var CrossRegionCopy: CrossRegionCopyActionList\n    var Name: ActionName\n  }\n\n  object Action {\n    @inline\n    def apply(\n        CrossRegionCopy: CrossRegionCopyActionList,\n        Name: ActionName\n    ): Action = {\n      val __obj = js.Dynamic.literal(\n        \"CrossRegionCopy\" -> CrossRegionCopy.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  @js.native\n  trait CreateLifecyclePolicyRequest extends js.Object {\n    var Description: PolicyDescription\n    var ExecutionRoleArn: ExecutionRoleArn\n    var PolicyDetails: PolicyDetails\n    var State: SettablePolicyStateValues\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateLifecyclePolicyRequest {\n    @inline\n    def apply(\n        Description: PolicyDescription,\n        ExecutionRoleArn: ExecutionRoleArn,\n        PolicyDetails: PolicyDetails,\n        State: SettablePolicyStateValues,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"PolicyDetails\" -> PolicyDetails.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLifecyclePolicyResponse extends js.Object {\n    var PolicyId: js.UndefOr[PolicyId]\n  }\n\n  object CreateLifecyclePolicyResponse {\n    @inline\n    def apply(\n        PolicyId: js.UndefOr[PolicyId] = js.undefined\n    ): CreateLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLifecyclePolicyResponse]\n    }\n  }\n\n  \/** Specifies when to create snapshots of EBS volumes. You must specify either a Cron expression or an interval, interval unit, and start time. You cannot specify both.\n    *\/\n  @js.native\n  trait CreateRule extends js.Object {\n    var CronExpression: js.UndefOr[CronExpression]\n    var Interval: js.UndefOr[Interval]\n    var IntervalUnit: js.UndefOr[IntervalUnitValues]\n    var Location: js.UndefOr[LocationValues]\n    var Times: js.UndefOr[TimesList]\n  }\n\n  object CreateRule {\n    @inline\n    def apply(\n        CronExpression: js.UndefOr[CronExpression] = js.undefined,\n        Interval: js.UndefOr[Interval] = js.undefined,\n        IntervalUnit: js.UndefOr[IntervalUnitValues] = js.undefined,\n        Location: js.UndefOr[LocationValues] = js.undefined,\n        Times: js.UndefOr[TimesList] = js.undefined\n    ): CreateRule = {\n      val __obj = js.Dynamic.literal()\n      CronExpression.foreach(__v => __obj.updateDynamic(\"CronExpression\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      IntervalUnit.foreach(__v => __obj.updateDynamic(\"IntervalUnit\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      Times.foreach(__v => __obj.updateDynamic(\"Times\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRule]\n    }\n  }\n\n  \/** Specifies a rule for copying shared snapshots across Regions.\n    *\/\n  @js.native\n  trait CrossRegionCopyAction extends js.Object {\n    var EncryptionConfiguration: EncryptionConfiguration\n    var Target: Target\n    var RetainRule: js.UndefOr[CrossRegionCopyRetainRule]\n  }\n\n  object CrossRegionCopyAction {\n    @inline\n    def apply(\n        EncryptionConfiguration: EncryptionConfiguration,\n        Target: Target,\n        RetainRule: js.UndefOr[CrossRegionCopyRetainRule] = js.undefined\n    ): CrossRegionCopyAction = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionConfiguration\" -> EncryptionConfiguration.asInstanceOf[js.Any],\n        \"Target\" -> Target.asInstanceOf[js.Any]\n      )\n\n      RetainRule.foreach(__v => __obj.updateDynamic(\"RetainRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CrossRegionCopyAction]\n    }\n  }\n\n  \/** Specifies the retention rule for cross-Region snapshot copies.\n    *\/\n  @js.native\n  trait CrossRegionCopyRetainRule extends js.Object {\n    var Interval: js.UndefOr[Interval]\n    var IntervalUnit: js.UndefOr[RetentionIntervalUnitValues]\n  }\n\n  object CrossRegionCopyRetainRule {\n    @inline\n    def apply(\n        Interval: js.UndefOr[Interval] = js.undefined,\n        IntervalUnit: js.UndefOr[RetentionIntervalUnitValues] = js.undefined\n    ): CrossRegionCopyRetainRule = {\n      val __obj = js.Dynamic.literal()\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      IntervalUnit.foreach(__v => __obj.updateDynamic(\"IntervalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CrossRegionCopyRetainRule]\n    }\n  }\n\n  \/** Specifies a rule for cross-Region snapshot copies.\n    *\/\n  @js.native\n  trait CrossRegionCopyRule extends js.Object {\n    var Encrypted: Encrypted\n    var CmkArn: js.UndefOr[CmkArn]\n    var CopyTags: js.UndefOr[CopyTagsNullable]\n    var RetainRule: js.UndefOr[CrossRegionCopyRetainRule]\n    var Target: js.UndefOr[Target]\n    var TargetRegion: js.UndefOr[TargetRegion]\n  }\n\n  object CrossRegionCopyRule {\n    @inline\n    def apply(\n        Encrypted: Encrypted,\n        CmkArn: js.UndefOr[CmkArn] = js.undefined,\n        CopyTags: js.UndefOr[CopyTagsNullable] = js.undefined,\n        RetainRule: js.UndefOr[CrossRegionCopyRetainRule] = js.undefined,\n        Target: js.UndefOr[Target] = js.undefined,\n        TargetRegion: js.UndefOr[TargetRegion] = js.undefined\n    ): CrossRegionCopyRule = {\n      val __obj = js.Dynamic.literal(\n        \"Encrypted\" -> Encrypted.asInstanceOf[js.Any]\n      )\n\n      CmkArn.foreach(__v => __obj.updateDynamic(\"CmkArn\")(__v.asInstanceOf[js.Any]))\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      RetainRule.foreach(__v => __obj.updateDynamic(\"RetainRule\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      TargetRegion.foreach(__v => __obj.updateDynamic(\"TargetRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CrossRegionCopyRule]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n  }\n\n  object DeleteLifecyclePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId\n    ): DeleteLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyResponse extends js.Object\n\n  object DeleteLifecyclePolicyResponse {\n    @inline\n    def apply(): DeleteLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteLifecyclePolicyResponse]\n    }\n  }\n\n  \/** Specifies the encryption settings for shared snapshots that are copied across Regions.\n    *\/\n  @js.native\n  trait EncryptionConfiguration extends js.Object {\n    var Encrypted: Encrypted\n    var CmkArn: js.UndefOr[CmkArn]\n  }\n\n  object EncryptionConfiguration {\n    @inline\n    def apply(\n        Encrypted: Encrypted,\n        CmkArn: js.UndefOr[CmkArn] = js.undefined\n    ): EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Encrypted\" -> Encrypted.asInstanceOf[js.Any]\n      )\n\n      CmkArn.foreach(__v => __obj.updateDynamic(\"CmkArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfiguration]\n    }\n  }\n\n  \/** Specifies an event that triggers an event-based policy.\n    *\/\n  @js.native\n  trait EventParameters extends js.Object {\n    var DescriptionRegex: DescriptionRegex\n    var EventType: EventTypeValues\n    var SnapshotOwner: SnapshotOwnerList\n  }\n\n  object EventParameters {\n    @inline\n    def apply(\n        DescriptionRegex: DescriptionRegex,\n        EventType: EventTypeValues,\n        SnapshotOwner: SnapshotOwnerList\n    ): EventParameters = {\n      val __obj = js.Dynamic.literal(\n        \"DescriptionRegex\" -> DescriptionRegex.asInstanceOf[js.Any],\n        \"EventType\" -> EventType.asInstanceOf[js.Any],\n        \"SnapshotOwner\" -> SnapshotOwner.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EventParameters]\n    }\n  }\n\n  \/** Specifies an event that triggers an event-based policy.\n    *\/\n  @js.native\n  trait EventSource extends js.Object {\n    var Type: EventSourceValues\n    var Parameters: js.UndefOr[EventParameters]\n  }\n\n  object EventSource {\n    @inline\n    def apply(\n        Type: EventSourceValues,\n        Parameters: js.UndefOr[EventParameters] = js.undefined\n    ): EventSource = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSource]\n    }\n  }\n\n  @js.native\n  sealed trait EventSourceValues extends js.Any\n  object EventSourceValues {\n    val MANAGED_CWE = \"MANAGED_CWE\".asInstanceOf[EventSourceValues]\n\n    @inline def values = js.Array(MANAGED_CWE)\n  }\n\n  @js.native\n  sealed trait EventTypeValues extends js.Any\n  object EventTypeValues {\n    val shareSnapshot = \"shareSnapshot\".asInstanceOf[EventTypeValues]\n\n    @inline def values = js.Array(shareSnapshot)\n  }\n\n  \/** Specifies a rule for enabling fast snapshot restore. You can enable fast snapshot restore based on either a count or a time interval.\n    *\/\n  @js.native\n  trait FastRestoreRule extends js.Object {\n    var AvailabilityZones: AvailabilityZoneList\n    var Count: js.UndefOr[Count]\n    var Interval: js.UndefOr[Interval]\n    var IntervalUnit: js.UndefOr[RetentionIntervalUnitValues]\n  }\n\n  object FastRestoreRule {\n    @inline\n    def apply(\n        AvailabilityZones: AvailabilityZoneList,\n        Count: js.UndefOr[Count] = js.undefined,\n        Interval: js.UndefOr[Interval] = js.undefined,\n        IntervalUnit: js.UndefOr[RetentionIntervalUnitValues] = js.undefined\n    ): FastRestoreRule = {\n      val __obj = js.Dynamic.literal(\n        \"AvailabilityZones\" -> AvailabilityZones.asInstanceOf[js.Any]\n      )\n\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      IntervalUnit.foreach(__v => __obj.updateDynamic(\"IntervalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FastRestoreRule]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePoliciesRequest extends js.Object {\n    var PolicyIds: js.UndefOr[PolicyIdList]\n    var ResourceTypes: js.UndefOr[ResourceTypeValuesList]\n    var State: js.UndefOr[GettablePolicyStateValues]\n    var TagsToAdd: js.UndefOr[TagsToAddFilterList]\n    var TargetTags: js.UndefOr[TargetTagsFilterList]\n  }\n\n  object GetLifecyclePoliciesRequest {\n    @inline\n    def apply(\n        PolicyIds: js.UndefOr[PolicyIdList] = js.undefined,\n        ResourceTypes: js.UndefOr[ResourceTypeValuesList] = js.undefined,\n        State: js.UndefOr[GettablePolicyStateValues] = js.undefined,\n        TagsToAdd: js.UndefOr[TagsToAddFilterList] = js.undefined,\n        TargetTags: js.UndefOr[TargetTagsFilterList] = js.undefined\n    ): GetLifecyclePoliciesRequest = {\n      val __obj = js.Dynamic.literal()\n      PolicyIds.foreach(__v => __obj.updateDynamic(\"PolicyIds\")(__v.asInstanceOf[js.Any]))\n      ResourceTypes.foreach(__v => __obj.updateDynamic(\"ResourceTypes\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      TagsToAdd.foreach(__v => __obj.updateDynamic(\"TagsToAdd\")(__v.asInstanceOf[js.Any]))\n      TargetTags.foreach(__v => __obj.updateDynamic(\"TargetTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePoliciesResponse extends js.Object {\n    var Policies: js.UndefOr[LifecyclePolicySummaryList]\n  }\n\n  object GetLifecyclePoliciesResponse {\n    @inline\n    def apply(\n        Policies: js.UndefOr[LifecyclePolicySummaryList] = js.undefined\n    ): GetLifecyclePoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n  }\n\n  object GetLifecyclePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId\n    ): GetLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[LifecyclePolicy]\n  }\n\n  object GetLifecyclePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[LifecyclePolicy] = js.undefined\n    ): GetLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLifecyclePolicyResponse]\n    }\n  }\n\n  @js.native\n  sealed trait GettablePolicyStateValues extends js.Any\n  object GettablePolicyStateValues {\n    val ENABLED = \"ENABLED\".asInstanceOf[GettablePolicyStateValues]\n    val DISABLED = \"DISABLED\".asInstanceOf[GettablePolicyStateValues]\n    val ERROR = \"ERROR\".asInstanceOf[GettablePolicyStateValues]\n\n    @inline def values = js.Array(ENABLED, DISABLED, ERROR)\n  }\n\n  @js.native\n  sealed trait IntervalUnitValues extends js.Any\n  object IntervalUnitValues {\n    val HOURS = \"HOURS\".asInstanceOf[IntervalUnitValues]\n\n    @inline def values = js.Array(HOURS)\n  }\n\n  \/** Detailed information about a lifecycle policy.\n    *\/\n  @js.native\n  trait LifecyclePolicy extends js.Object {\n    var DateCreated: js.UndefOr[Timestamp]\n    var DateModified: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[PolicyDescription]\n    var ExecutionRoleArn: js.UndefOr[ExecutionRoleArn]\n    var PolicyArn: js.UndefOr[PolicyArn]\n    var PolicyDetails: js.UndefOr[PolicyDetails]\n    var PolicyId: js.UndefOr[PolicyId]\n    var State: js.UndefOr[GettablePolicyStateValues]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object LifecyclePolicy {\n    @inline\n    def apply(\n        DateCreated: js.UndefOr[Timestamp] = js.undefined,\n        DateModified: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[PolicyDescription] = js.undefined,\n        ExecutionRoleArn: js.UndefOr[ExecutionRoleArn] = js.undefined,\n        PolicyArn: js.UndefOr[PolicyArn] = js.undefined,\n        PolicyDetails: js.UndefOr[PolicyDetails] = js.undefined,\n        PolicyId: js.UndefOr[PolicyId] = js.undefined,\n        State: js.UndefOr[GettablePolicyStateValues] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): LifecyclePolicy = {\n      val __obj = js.Dynamic.literal()\n      DateCreated.foreach(__v => __obj.updateDynamic(\"DateCreated\")(__v.asInstanceOf[js.Any]))\n      DateModified.foreach(__v => __obj.updateDynamic(\"DateModified\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"ExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      PolicyDetails.foreach(__v => __obj.updateDynamic(\"PolicyDetails\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicy]\n    }\n  }\n\n  \/** Summary information about a lifecycle policy.\n    *\/\n  @js.native\n  trait LifecyclePolicySummary extends js.Object {\n    var Description: js.UndefOr[PolicyDescription]\n    var PolicyId: js.UndefOr[PolicyId]\n    var PolicyType: js.UndefOr[PolicyTypeValues]\n    var State: js.UndefOr[GettablePolicyStateValues]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object LifecyclePolicySummary {\n    @inline\n    def apply(\n        Description: js.UndefOr[PolicyDescription] = js.undefined,\n        PolicyId: js.UndefOr[PolicyId] = js.undefined,\n        PolicyType: js.UndefOr[PolicyTypeValues] = js.undefined,\n        State: js.UndefOr[GettablePolicyStateValues] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): LifecyclePolicySummary = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicySummary]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: PolicyArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: PolicyArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LocationValues extends js.Any\n  object LocationValues {\n    val CLOUD = \"CLOUD\".asInstanceOf[LocationValues]\n    val OUTPOST_LOCAL = \"OUTPOST_LOCAL\".asInstanceOf[LocationValues]\n\n    @inline def values = js.Array(CLOUD, OUTPOST_LOCAL)\n  }\n\n  \/** Specifies optional parameters to add to a policy. The set of valid parameters depends on the combination of policy type and resource type.\n    *\/\n  @js.native\n  trait Parameters extends js.Object {\n    var ExcludeBootVolume: js.UndefOr[ExcludeBootVolume]\n    var NoReboot: js.UndefOr[NoReboot]\n  }\n\n  object Parameters {\n    @inline\n    def apply(\n        ExcludeBootVolume: js.UndefOr[ExcludeBootVolume] = js.undefined,\n        NoReboot: js.UndefOr[NoReboot] = js.undefined\n    ): Parameters = {\n      val __obj = js.Dynamic.literal()\n      ExcludeBootVolume.foreach(__v => __obj.updateDynamic(\"ExcludeBootVolume\")(__v.asInstanceOf[js.Any]))\n      NoReboot.foreach(__v => __obj.updateDynamic(\"NoReboot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameters]\n    }\n  }\n\n  \/** Specifies the configuration of a lifecycle policy.\n    *\/\n  @js.native\n  trait PolicyDetails extends js.Object {\n    var Actions: js.UndefOr[ActionList]\n    var EventSource: js.UndefOr[EventSource]\n    var Parameters: js.UndefOr[Parameters]\n    var PolicyType: js.UndefOr[PolicyTypeValues]\n    var ResourceLocations: js.UndefOr[ResourceLocationList]\n    var ResourceTypes: js.UndefOr[ResourceTypeValuesList]\n    var Schedules: js.UndefOr[ScheduleList]\n    var TargetTags: js.UndefOr[TargetTagList]\n  }\n\n  object PolicyDetails {\n    @inline\n    def apply(\n        Actions: js.UndefOr[ActionList] = js.undefined,\n        EventSource: js.UndefOr[EventSource] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        PolicyType: js.UndefOr[PolicyTypeValues] = js.undefined,\n        ResourceLocations: js.UndefOr[ResourceLocationList] = js.undefined,\n        ResourceTypes: js.UndefOr[ResourceTypeValuesList] = js.undefined,\n        Schedules: js.UndefOr[ScheduleList] = js.undefined,\n        TargetTags: js.UndefOr[TargetTagList] = js.undefined\n    ): PolicyDetails = {\n      val __obj = js.Dynamic.literal()\n      Actions.foreach(__v => __obj.updateDynamic(\"Actions\")(__v.asInstanceOf[js.Any]))\n      EventSource.foreach(__v => __obj.updateDynamic(\"EventSource\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      ResourceLocations.foreach(__v => __obj.updateDynamic(\"ResourceLocations\")(__v.asInstanceOf[js.Any]))\n      ResourceTypes.foreach(__v => __obj.updateDynamic(\"ResourceTypes\")(__v.asInstanceOf[js.Any]))\n      Schedules.foreach(__v => __obj.updateDynamic(\"Schedules\")(__v.asInstanceOf[js.Any]))\n      TargetTags.foreach(__v => __obj.updateDynamic(\"TargetTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyDetails]\n    }\n  }\n\n  @js.native\n  sealed trait PolicyTypeValues extends js.Any\n  object PolicyTypeValues {\n    val EBS_SNAPSHOT_MANAGEMENT = \"EBS_SNAPSHOT_MANAGEMENT\".asInstanceOf[PolicyTypeValues]\n    val IMAGE_MANAGEMENT = \"IMAGE_MANAGEMENT\".asInstanceOf[PolicyTypeValues]\n    val EVENT_BASED_POLICY = \"EVENT_BASED_POLICY\".asInstanceOf[PolicyTypeValues]\n\n    @inline def values = js.Array(EBS_SNAPSHOT_MANAGEMENT, IMAGE_MANAGEMENT, EVENT_BASED_POLICY)\n  }\n\n  @js.native\n  sealed trait ResourceLocationValues extends js.Any\n  object ResourceLocationValues {\n    val CLOUD = \"CLOUD\".asInstanceOf[ResourceLocationValues]\n    val OUTPOST = \"OUTPOST\".asInstanceOf[ResourceLocationValues]\n\n    @inline def values = js.Array(CLOUD, OUTPOST)\n  }\n\n  @js.native\n  sealed trait ResourceTypeValues extends js.Any\n  object ResourceTypeValues {\n    val VOLUME = \"VOLUME\".asInstanceOf[ResourceTypeValues]\n    val INSTANCE = \"INSTANCE\".asInstanceOf[ResourceTypeValues]\n\n    @inline def values = js.Array(VOLUME, INSTANCE)\n  }\n\n  \/** Specifies the retention rule for a lifecycle policy. You can retain snapshots based on either a count or a time interval.\n    *\/\n  @js.native\n  trait RetainRule extends js.Object {\n    var Count: js.UndefOr[Count]\n    var Interval: js.UndefOr[Interval]\n    var IntervalUnit: js.UndefOr[RetentionIntervalUnitValues]\n  }\n\n  object RetainRule {\n    @inline\n    def apply(\n        Count: js.UndefOr[Count] = js.undefined,\n        Interval: js.UndefOr[Interval] = js.undefined,\n        IntervalUnit: js.UndefOr[RetentionIntervalUnitValues] = js.undefined\n    ): RetainRule = {\n      val __obj = js.Dynamic.literal()\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      IntervalUnit.foreach(__v => __obj.updateDynamic(\"IntervalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetainRule]\n    }\n  }\n\n  @js.native\n  sealed trait RetentionIntervalUnitValues extends js.Any\n  object RetentionIntervalUnitValues {\n    val DAYS = \"DAYS\".asInstanceOf[RetentionIntervalUnitValues]\n    val WEEKS = \"WEEKS\".asInstanceOf[RetentionIntervalUnitValues]\n    val MONTHS = \"MONTHS\".asInstanceOf[RetentionIntervalUnitValues]\n    val YEARS = \"YEARS\".asInstanceOf[RetentionIntervalUnitValues]\n\n    @inline def values = js.Array(DAYS, WEEKS, MONTHS, YEARS)\n  }\n\n  \/** Specifies a backup schedule for a snapshot or AMI lifecycle policy.\n    *\/\n  @js.native\n  trait Schedule extends js.Object {\n    var CopyTags: js.UndefOr[CopyTags]\n    var CreateRule: js.UndefOr[CreateRule]\n    var CrossRegionCopyRules: js.UndefOr[CrossRegionCopyRules]\n    var FastRestoreRule: js.UndefOr[FastRestoreRule]\n    var Name: js.UndefOr[ScheduleName]\n    var RetainRule: js.UndefOr[RetainRule]\n    var ShareRules: js.UndefOr[ShareRules]\n    var TagsToAdd: js.UndefOr[TagsToAddList]\n    var VariableTags: js.UndefOr[VariableTagsList]\n  }\n\n  object Schedule {\n    @inline\n    def apply(\n        CopyTags: js.UndefOr[CopyTags] = js.undefined,\n        CreateRule: js.UndefOr[CreateRule] = js.undefined,\n        CrossRegionCopyRules: js.UndefOr[CrossRegionCopyRules] = js.undefined,\n        FastRestoreRule: js.UndefOr[FastRestoreRule] = js.undefined,\n        Name: js.UndefOr[ScheduleName] = js.undefined,\n        RetainRule: js.UndefOr[RetainRule] = js.undefined,\n        ShareRules: js.UndefOr[ShareRules] = js.undefined,\n        TagsToAdd: js.UndefOr[TagsToAddList] = js.undefined,\n        VariableTags: js.UndefOr[VariableTagsList] = js.undefined\n    ): Schedule = {\n      val __obj = js.Dynamic.literal()\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      CreateRule.foreach(__v => __obj.updateDynamic(\"CreateRule\")(__v.asInstanceOf[js.Any]))\n      CrossRegionCopyRules.foreach(__v => __obj.updateDynamic(\"CrossRegionCopyRules\")(__v.asInstanceOf[js.Any]))\n      FastRestoreRule.foreach(__v => __obj.updateDynamic(\"FastRestoreRule\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RetainRule.foreach(__v => __obj.updateDynamic(\"RetainRule\")(__v.asInstanceOf[js.Any]))\n      ShareRules.foreach(__v => __obj.updateDynamic(\"ShareRules\")(__v.asInstanceOf[js.Any]))\n      TagsToAdd.foreach(__v => __obj.updateDynamic(\"TagsToAdd\")(__v.asInstanceOf[js.Any]))\n      VariableTags.foreach(__v => __obj.updateDynamic(\"VariableTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Schedule]\n    }\n  }\n\n  @js.native\n  sealed trait SettablePolicyStateValues extends js.Any\n  object SettablePolicyStateValues {\n    val ENABLED = \"ENABLED\".asInstanceOf[SettablePolicyStateValues]\n    val DISABLED = \"DISABLED\".asInstanceOf[SettablePolicyStateValues]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Specifies a rule for sharing snapshots across AWS accounts.\n    *\/\n  @js.native\n  trait ShareRule extends js.Object {\n    var TargetAccounts: ShareTargetAccountList\n    var UnshareInterval: js.UndefOr[Interval]\n    var UnshareIntervalUnit: js.UndefOr[RetentionIntervalUnitValues]\n  }\n\n  object ShareRule {\n    @inline\n    def apply(\n        TargetAccounts: ShareTargetAccountList,\n        UnshareInterval: js.UndefOr[Interval] = js.undefined,\n        UnshareIntervalUnit: js.UndefOr[RetentionIntervalUnitValues] = js.undefined\n    ): ShareRule = {\n      val __obj = js.Dynamic.literal(\n        \"TargetAccounts\" -> TargetAccounts.asInstanceOf[js.Any]\n      )\n\n      UnshareInterval.foreach(__v => __obj.updateDynamic(\"UnshareInterval\")(__v.asInstanceOf[js.Any]))\n      UnshareIntervalUnit.foreach(__v => __obj.updateDynamic(\"UnshareIntervalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShareRule]\n    }\n  }\n\n  \/** Specifies a tag for a resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: String\n    var Value: String\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: String,\n        Value: String\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: PolicyArn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: PolicyArn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: PolicyArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: PolicyArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLifecyclePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n    var Description: js.UndefOr[PolicyDescription]\n    var ExecutionRoleArn: js.UndefOr[ExecutionRoleArn]\n    var PolicyDetails: js.UndefOr[PolicyDetails]\n    var State: js.UndefOr[SettablePolicyStateValues]\n  }\n\n  object UpdateLifecyclePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        Description: js.UndefOr[PolicyDescription] = js.undefined,\n        ExecutionRoleArn: js.UndefOr[ExecutionRoleArn] = js.undefined,\n        PolicyDetails: js.UndefOr[PolicyDetails] = js.undefined,\n        State: js.UndefOr[SettablePolicyStateValues] = js.undefined\n    ): UpdateLifecyclePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"ExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      PolicyDetails.foreach(__v => __obj.updateDynamic(\"PolicyDetails\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLifecyclePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLifecyclePolicyResponse extends js.Object\n\n  object UpdateLifecyclePolicyResponse {\n    @inline\n    def apply(): UpdateLifecyclePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateLifecyclePolicyResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/importexport\/src\/main\/scala\/facade\/amazonaws\/services\/ImportExport.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object importexport {\n  type APIVersion = String\n  type ArtifactList = js.Array[Artifact]\n  type Carrier = String\n  type CreationDate = js.Date\n  type CurrentManifest = String\n  type Description = String\n  type ErrorCount = Int\n  type ErrorMessage = String\n  type GenericString = String\n  type IsCanceled = Boolean\n  type IsTruncated = Boolean\n  type JobId = String\n  type JobIdList = js.Array[GenericString]\n  type JobsList = js.Array[Job]\n  type LocationCode = String\n  type LocationMessage = String\n  type LogBucket = String\n  type LogKey = String\n  type Manifest = String\n  type ManifestAddendum = String\n  type Marker = String\n  type MaxJobs = Int\n  type ProgressCode = String\n  type ProgressMessage = String\n  type Signature = String\n  type SignatureFileContents = String\n  type Success = Boolean\n  type TrackingNumber = String\n  type URL = String\n  type ValidateOnly = Boolean\n  type WarningMessage = String\n  type city = String\n  type company = String\n  type country = String\n  type name = String\n  type phoneNumber = String\n  type postalCode = String\n  type stateOrProvince = String\n  type street1 = String\n  type street2 = String\n  type street3 = String\n\n  implicit final class ImportExportOps(private val service: ImportExport) extends AnyVal {\n\n    @inline def cancelJobFuture(params: CancelJobInput): Future[CancelJobOutput] = service.cancelJob(params).promise().toFuture\n    @inline def createJobFuture(params: CreateJobInput): Future[CreateJobOutput] = service.createJob(params).promise().toFuture\n    @inline def getShippingLabelFuture(params: GetShippingLabelInput): Future[GetShippingLabelOutput] = service.getShippingLabel(params).promise().toFuture\n    @inline def getStatusFuture(params: GetStatusInput): Future[GetStatusOutput] = service.getStatus(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsInput): Future[ListJobsOutput] = service.listJobs(params).promise().toFuture\n    @inline def updateJobFuture(params: UpdateJobInput): Future[UpdateJobOutput] = service.updateJob(params).promise().toFuture\n\n  }\n}\n\npackage importexport {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/importexport\", JSImport.Namespace, \"AWS.ImportExport\")\n  class ImportExport() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelJob(params: CancelJobInput): Request[CancelJobOutput] = js.native\n    def createJob(params: CreateJobInput): Request[CreateJobOutput] = js.native\n    def getShippingLabel(params: GetShippingLabelInput): Request[GetShippingLabelOutput] = js.native\n    def getStatus(params: GetStatusInput): Request[GetStatusOutput] = js.native\n    def listJobs(params: ListJobsInput): Request[ListJobsOutput] = js.native\n    def updateJob(params: UpdateJobInput): Request[UpdateJobOutput] = js.native\n  }\n\n  \/** A discrete item that contains the description and URL of an artifact (such as a PDF).\n    *\/\n  @js.native\n  trait Artifact extends js.Object {\n    var Description: js.UndefOr[Description]\n    var URL: js.UndefOr[URL]\n  }\n\n  object Artifact {\n    @inline\n    def apply(\n        Description: js.UndefOr[Description] = js.undefined,\n        URL: js.UndefOr[URL] = js.undefined\n    ): Artifact = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      URL.foreach(__v => __obj.updateDynamic(\"URL\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Artifact]\n    }\n  }\n\n  \/** The account specified does not have the appropriate bucket permissions.\n    *\/\n  @js.native\n  trait BucketPermissionExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Input structure for the CancelJob operation.\n    *\/\n  @js.native\n  trait CancelJobInput extends js.Object {\n    var JobId: JobId\n    var APIVersion: js.UndefOr[APIVersion]\n  }\n\n  object CancelJobInput {\n    @inline\n    def apply(\n        JobId: JobId,\n        APIVersion: js.UndefOr[APIVersion] = js.undefined\n    ): CancelJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelJobInput]\n    }\n  }\n\n  \/** Output structure for the CancelJob operation.\n    *\/\n  @js.native\n  trait CancelJobOutput extends js.Object {\n    var Success: js.UndefOr[Success]\n  }\n\n  object CancelJobOutput {\n    @inline\n    def apply(\n        Success: js.UndefOr[Success] = js.undefined\n    ): CancelJobOutput = {\n      val __obj = js.Dynamic.literal()\n      Success.foreach(__v => __obj.updateDynamic(\"Success\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelJobOutput]\n    }\n  }\n\n  \/** The specified job ID has been canceled and is no longer valid.\n    *\/\n  @js.native\n  trait CanceledJobIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Input structure for the CreateJob operation.\n    *\/\n  @js.native\n  trait CreateJobInput extends js.Object {\n    var JobType: JobType\n    var Manifest: Manifest\n    var ValidateOnly: ValidateOnly\n    var APIVersion: js.UndefOr[APIVersion]\n    var ManifestAddendum: js.UndefOr[ManifestAddendum]\n  }\n\n  object CreateJobInput {\n    @inline\n    def apply(\n        JobType: JobType,\n        Manifest: Manifest,\n        ValidateOnly: ValidateOnly,\n        APIVersion: js.UndefOr[APIVersion] = js.undefined,\n        ManifestAddendum: js.UndefOr[ManifestAddendum] = js.undefined\n    ): CreateJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"JobType\" -> JobType.asInstanceOf[js.Any],\n        \"Manifest\" -> Manifest.asInstanceOf[js.Any],\n        \"ValidateOnly\" -> ValidateOnly.asInstanceOf[js.Any]\n      )\n\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      ManifestAddendum.foreach(__v => __obj.updateDynamic(\"ManifestAddendum\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobInput]\n    }\n  }\n\n  \/** Output structure for the CreateJob operation.\n    *\/\n  @js.native\n  trait CreateJobOutput extends js.Object {\n    var ArtifactList: js.UndefOr[ArtifactList]\n    var JobId: js.UndefOr[JobId]\n    var JobType: js.UndefOr[JobType]\n    var Signature: js.UndefOr[Signature]\n    var SignatureFileContents: js.UndefOr[SignatureFileContents]\n    var WarningMessage: js.UndefOr[WarningMessage]\n  }\n\n  object CreateJobOutput {\n    @inline\n    def apply(\n        ArtifactList: js.UndefOr[ArtifactList] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        Signature: js.UndefOr[Signature] = js.undefined,\n        SignatureFileContents: js.UndefOr[SignatureFileContents] = js.undefined,\n        WarningMessage: js.UndefOr[WarningMessage] = js.undefined\n    ): CreateJobOutput = {\n      val __obj = js.Dynamic.literal()\n      ArtifactList.foreach(__v => __obj.updateDynamic(\"ArtifactList\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      Signature.foreach(__v => __obj.updateDynamic(\"Signature\")(__v.asInstanceOf[js.Any]))\n      SignatureFileContents.foreach(__v => __obj.updateDynamic(\"SignatureFileContents\")(__v.asInstanceOf[js.Any]))\n      WarningMessage.foreach(__v => __obj.updateDynamic(\"WarningMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateJobOutput]\n    }\n  }\n\n  \/** Each account can create only a certain number of jobs per day. If you need to create more than this, please contact <EMAIL> to explain your particular use case.\n    *\/\n  @js.native\n  trait CreateJobQuotaExceededExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Indicates that the specified job has expired out of the system.\n    *\/\n  @js.native\n  trait ExpiredJobIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  @js.native\n  trait GetShippingLabelInput extends js.Object {\n    var jobIds: JobIdList\n    var APIVersion: js.UndefOr[APIVersion]\n    var city: js.UndefOr[city]\n    var company: js.UndefOr[company]\n    var country: js.UndefOr[country]\n    var name: js.UndefOr[name]\n    var phoneNumber: js.UndefOr[phoneNumber]\n    var postalCode: js.UndefOr[postalCode]\n    var stateOrProvince: js.UndefOr[stateOrProvince]\n    var street1: js.UndefOr[street1]\n    var street2: js.UndefOr[street2]\n    var street3: js.UndefOr[street3]\n  }\n\n  object GetShippingLabelInput {\n    @inline\n    def apply(\n        jobIds: JobIdList,\n        APIVersion: js.UndefOr[APIVersion] = js.undefined,\n        city: js.UndefOr[city] = js.undefined,\n        company: js.UndefOr[company] = js.undefined,\n        country: js.UndefOr[country] = js.undefined,\n        name: js.UndefOr[name] = js.undefined,\n        phoneNumber: js.UndefOr[phoneNumber] = js.undefined,\n        postalCode: js.UndefOr[postalCode] = js.undefined,\n        stateOrProvince: js.UndefOr[stateOrProvince] = js.undefined,\n        street1: js.UndefOr[street1] = js.undefined,\n        street2: js.UndefOr[street2] = js.undefined,\n        street3: js.UndefOr[street3] = js.undefined\n    ): GetShippingLabelInput = {\n      val __obj = js.Dynamic.literal(\n        \"jobIds\" -> jobIds.asInstanceOf[js.Any]\n      )\n\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      city.foreach(__v => __obj.updateDynamic(\"city\")(__v.asInstanceOf[js.Any]))\n      company.foreach(__v => __obj.updateDynamic(\"company\")(__v.asInstanceOf[js.Any]))\n      country.foreach(__v => __obj.updateDynamic(\"country\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      phoneNumber.foreach(__v => __obj.updateDynamic(\"phoneNumber\")(__v.asInstanceOf[js.Any]))\n      postalCode.foreach(__v => __obj.updateDynamic(\"postalCode\")(__v.asInstanceOf[js.Any]))\n      stateOrProvince.foreach(__v => __obj.updateDynamic(\"stateOrProvince\")(__v.asInstanceOf[js.Any]))\n      street1.foreach(__v => __obj.updateDynamic(\"street1\")(__v.asInstanceOf[js.Any]))\n      street2.foreach(__v => __obj.updateDynamic(\"street2\")(__v.asInstanceOf[js.Any]))\n      street3.foreach(__v => __obj.updateDynamic(\"street3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShippingLabelInput]\n    }\n  }\n\n  @js.native\n  trait GetShippingLabelOutput extends js.Object {\n    var ShippingLabelURL: js.UndefOr[GenericString]\n    var Warning: js.UndefOr[GenericString]\n  }\n\n  object GetShippingLabelOutput {\n    @inline\n    def apply(\n        ShippingLabelURL: js.UndefOr[GenericString] = js.undefined,\n        Warning: js.UndefOr[GenericString] = js.undefined\n    ): GetShippingLabelOutput = {\n      val __obj = js.Dynamic.literal()\n      ShippingLabelURL.foreach(__v => __obj.updateDynamic(\"ShippingLabelURL\")(__v.asInstanceOf[js.Any]))\n      Warning.foreach(__v => __obj.updateDynamic(\"Warning\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShippingLabelOutput]\n    }\n  }\n\n  \/** Input structure for the GetStatus operation.\n    *\/\n  @js.native\n  trait GetStatusInput extends js.Object {\n    var JobId: JobId\n    var APIVersion: js.UndefOr[APIVersion]\n  }\n\n  object GetStatusInput {\n    @inline\n    def apply(\n        JobId: JobId,\n        APIVersion: js.UndefOr[APIVersion] = js.undefined\n    ): GetStatusInput = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStatusInput]\n    }\n  }\n\n  \/** Output structure for the GetStatus operation.\n    *\/\n  @js.native\n  trait GetStatusOutput extends js.Object {\n    var ArtifactList: js.UndefOr[ArtifactList]\n    var Carrier: js.UndefOr[Carrier]\n    var CreationDate: js.UndefOr[CreationDate]\n    var CurrentManifest: js.UndefOr[CurrentManifest]\n    var ErrorCount: js.UndefOr[ErrorCount]\n    var JobId: js.UndefOr[JobId]\n    var JobType: js.UndefOr[JobType]\n    var LocationCode: js.UndefOr[LocationCode]\n    var LocationMessage: js.UndefOr[LocationMessage]\n    var LogBucket: js.UndefOr[LogBucket]\n    var LogKey: js.UndefOr[LogKey]\n    var ProgressCode: js.UndefOr[ProgressCode]\n    var ProgressMessage: js.UndefOr[ProgressMessage]\n    var Signature: js.UndefOr[Signature]\n    var SignatureFileContents: js.UndefOr[Signature]\n    var TrackingNumber: js.UndefOr[TrackingNumber]\n  }\n\n  object GetStatusOutput {\n    @inline\n    def apply(\n        ArtifactList: js.UndefOr[ArtifactList] = js.undefined,\n        Carrier: js.UndefOr[Carrier] = js.undefined,\n        CreationDate: js.UndefOr[CreationDate] = js.undefined,\n        CurrentManifest: js.UndefOr[CurrentManifest] = js.undefined,\n        ErrorCount: js.UndefOr[ErrorCount] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined,\n        LocationCode: js.UndefOr[LocationCode] = js.undefined,\n        LocationMessage: js.UndefOr[LocationMessage] = js.undefined,\n        LogBucket: js.UndefOr[LogBucket] = js.undefined,\n        LogKey: js.UndefOr[LogKey] = js.undefined,\n        ProgressCode: js.UndefOr[ProgressCode] = js.undefined,\n        ProgressMessage: js.UndefOr[ProgressMessage] = js.undefined,\n        Signature: js.UndefOr[Signature] = js.undefined,\n        SignatureFileContents: js.UndefOr[Signature] = js.undefined,\n        TrackingNumber: js.UndefOr[TrackingNumber] = js.undefined\n    ): GetStatusOutput = {\n      val __obj = js.Dynamic.literal()\n      ArtifactList.foreach(__v => __obj.updateDynamic(\"ArtifactList\")(__v.asInstanceOf[js.Any]))\n      Carrier.foreach(__v => __obj.updateDynamic(\"Carrier\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      CurrentManifest.foreach(__v => __obj.updateDynamic(\"CurrentManifest\")(__v.asInstanceOf[js.Any]))\n      ErrorCount.foreach(__v => __obj.updateDynamic(\"ErrorCount\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      LocationCode.foreach(__v => __obj.updateDynamic(\"LocationCode\")(__v.asInstanceOf[js.Any]))\n      LocationMessage.foreach(__v => __obj.updateDynamic(\"LocationMessage\")(__v.asInstanceOf[js.Any]))\n      LogBucket.foreach(__v => __obj.updateDynamic(\"LogBucket\")(__v.asInstanceOf[js.Any]))\n      LogKey.foreach(__v => __obj.updateDynamic(\"LogKey\")(__v.asInstanceOf[js.Any]))\n      ProgressCode.foreach(__v => __obj.updateDynamic(\"ProgressCode\")(__v.asInstanceOf[js.Any]))\n      ProgressMessage.foreach(__v => __obj.updateDynamic(\"ProgressMessage\")(__v.asInstanceOf[js.Any]))\n      Signature.foreach(__v => __obj.updateDynamic(\"Signature\")(__v.asInstanceOf[js.Any]))\n      SignatureFileContents.foreach(__v => __obj.updateDynamic(\"SignatureFileContents\")(__v.asInstanceOf[js.Any]))\n      TrackingNumber.foreach(__v => __obj.updateDynamic(\"TrackingNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStatusOutput]\n    }\n  }\n\n  \/** The AWS Access Key ID specified in the request did not match the manifest's accessKeyId value. The manifest and the request authentication must use the same AWS Access Key ID.\n    *\/\n  @js.native\n  trait InvalidAccessKeyIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The address specified in the manifest is invalid.\n    *\/\n  @js.native\n  trait InvalidAddressExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more customs parameters was invalid. Please correct and resubmit.\n    *\/\n  @js.native\n  trait InvalidCustomsExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** File system specified in export manifest is invalid.\n    *\/\n  @js.native\n  trait InvalidFileSystemExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The JOBID was missing, not found, or not associated with the AWS account.\n    *\/\n  @js.native\n  trait InvalidJobIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more manifest fields was invalid. Please correct and resubmit.\n    *\/\n  @js.native\n  trait InvalidManifestFieldExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more parameters had an invalid value.\n    *\/\n  @js.native\n  trait InvalidParameterExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The client tool version is invalid.\n    *\/\n  @js.native\n  trait InvalidVersionExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Representation of a job returned by the ListJobs operation.\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var CreationDate: js.UndefOr[CreationDate]\n    var IsCanceled: js.UndefOr[IsCanceled]\n    var JobId: js.UndefOr[JobId]\n    var JobType: js.UndefOr[JobType]\n  }\n\n  object Job {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[CreationDate] = js.undefined,\n        IsCanceled: js.UndefOr[IsCanceled] = js.undefined,\n        JobId: js.UndefOr[JobId] = js.undefined,\n        JobType: js.UndefOr[JobType] = js.undefined\n    ): Job = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      IsCanceled.foreach(__v => __obj.updateDynamic(\"IsCanceled\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  \/** Specifies whether the job to initiate is an import or export job.\n    *\/\n  @js.native\n  sealed trait JobType extends js.Any\n  object JobType {\n    val Import = \"Import\".asInstanceOf[JobType]\n    val Export = \"Export\".asInstanceOf[JobType]\n\n    @inline def values = js.Array(Import, Export)\n  }\n\n  \/** Input structure for the ListJobs operation.\n    *\/\n  @js.native\n  trait ListJobsInput extends js.Object {\n    var APIVersion: js.UndefOr[APIVersion]\n    var Marker: js.UndefOr[Marker]\n    var MaxJobs: js.UndefOr[MaxJobs]\n  }\n\n  object ListJobsInput {\n    @inline\n    def apply(\n        APIVersion: js.UndefOr[APIVersion] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxJobs: js.UndefOr[MaxJobs] = js.undefined\n    ): ListJobsInput = {\n      val __obj = js.Dynamic.literal()\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxJobs.foreach(__v => __obj.updateDynamic(\"MaxJobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsInput]\n    }\n  }\n\n  \/** Output structure for the ListJobs operation.\n    *\/\n  @js.native\n  trait ListJobsOutput extends js.Object {\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var Jobs: js.UndefOr[JobsList]\n  }\n\n  object ListJobsOutput {\n    @inline\n    def apply(\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        Jobs: js.UndefOr[JobsList] = js.undefined\n    ): ListJobsOutput = {\n      val __obj = js.Dynamic.literal()\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Jobs.foreach(__v => __obj.updateDynamic(\"Jobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsOutput]\n    }\n  }\n\n  \/** Your manifest is not well-formed.\n    *\/\n  @js.native\n  trait MalformedManifestExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more required customs parameters was missing from the manifest.\n    *\/\n  @js.native\n  trait MissingCustomsExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more required fields were missing from the manifest file. Please correct and resubmit.\n    *\/\n  @js.native\n  trait MissingManifestFieldExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more required parameters was missing from the request.\n    *\/\n  @js.native\n  trait MissingParameterExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Your manifest file contained buckets from multiple regions. A job is restricted to buckets from one region. Please correct and resubmit.\n    *\/\n  @js.native\n  trait MultipleRegionsExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The specified bucket does not exist. Create the specified bucket or change the manifest's bucket, exportBucket, or logBucket field to a bucket that the account, as specified by the manifest's Access Key ID, has write permissions to.\n    *\/\n  @js.native\n  trait NoSuchBucketExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** AWS Import\/Export cannot cancel the job\n    *\/\n  @js.native\n  trait UnableToCancelJobIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** AWS Import\/Export cannot update the job\n    *\/\n  @js.native\n  trait UnableToUpdateJobIdExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Input structure for the UpateJob operation.\n    *\/\n  @js.native\n  trait UpdateJobInput extends js.Object {\n    var JobId: JobId\n    var JobType: JobType\n    var Manifest: Manifest\n    var ValidateOnly: ValidateOnly\n    var APIVersion: js.UndefOr[APIVersion]\n  }\n\n  object UpdateJobInput {\n    @inline\n    def apply(\n        JobId: JobId,\n        JobType: JobType,\n        Manifest: Manifest,\n        ValidateOnly: ValidateOnly,\n        APIVersion: js.UndefOr[APIVersion] = js.undefined\n    ): UpdateJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any],\n        \"JobType\" -> JobType.asInstanceOf[js.Any],\n        \"Manifest\" -> Manifest.asInstanceOf[js.Any],\n        \"ValidateOnly\" -> ValidateOnly.asInstanceOf[js.Any]\n      )\n\n      APIVersion.foreach(__v => __obj.updateDynamic(\"APIVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobInput]\n    }\n  }\n\n  \/** Output structure for the UpateJob operation.\n    *\/\n  @js.native\n  trait UpdateJobOutput extends js.Object {\n    var ArtifactList: js.UndefOr[ArtifactList]\n    var Success: js.UndefOr[Success]\n    var WarningMessage: js.UndefOr[WarningMessage]\n  }\n\n  object UpdateJobOutput {\n    @inline\n    def apply(\n        ArtifactList: js.UndefOr[ArtifactList] = js.undefined,\n        Success: js.UndefOr[Success] = js.undefined,\n        WarningMessage: js.UndefOr[WarningMessage] = js.undefined\n    ): UpdateJobOutput = {\n      val __obj = js.Dynamic.literal()\n      ArtifactList.foreach(__v => __obj.updateDynamic(\"ArtifactList\")(__v.asInstanceOf[js.Any]))\n      Success.foreach(__v => __obj.updateDynamic(\"Success\")(__v.asInstanceOf[js.Any]))\n      WarningMessage.foreach(__v => __obj.updateDynamic(\"WarningMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/databrew\/src\/main\/scala\/facade\/amazonaws\/services\/DataBrew.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object databrew {\n  type AccountId = String\n  type ActionId = Int\n  type Arn = String\n  type AssumeControl = Boolean\n  type Attempt = Int\n  type Bucket = String\n  type CatalogId = String\n  type ClientSessionId = String\n  type ColumnName = String\n  type ColumnNameList = js.Array[ColumnName]\n  type ColumnRange = Int\n  type Condition = String\n  type ConditionExpressionList = js.Array[ConditionExpression]\n  type ConditionValue = String\n  type CreateColumn = Boolean\n  type CreatedBy = String\n  type CronExpression = String\n  type DatabaseName = String\n  type DatabaseTableName = String\n  type DatasetList = js.Array[Dataset]\n  type DatasetName = String\n  type Date = js.Date\n  type DatetimeFormat = String\n  type Delimiter = String\n  type EncryptionKeyArn = String\n  type ErrorCode = String\n  type ExecutionTime = Int\n  type Expression = String\n  type GlueConnectionName = String\n  type HeaderRow = Boolean\n  type HiddenColumnList = js.Array[ColumnName]\n  type JobList = js.Array[Job]\n  type JobName = String\n  type JobNameList = js.Array[JobName]\n  type JobRunErrorMessage = String\n  type JobRunId = String\n  type JobRunList = js.Array[JobRun]\n  type JobSize = Double\n  type Key = String\n  type LastModifiedBy = String\n  type LocaleCode = String\n  type LogGroupName = String\n  type MaxCapacity = Int\n  type MaxFiles = Int\n  type MaxResults100 = Int\n  type MaxRetries = Int\n  type MultiLine = Boolean\n  type NextToken = String\n  type OpenedBy = String\n  type Operation = String\n  type OutputList = js.Array[Output]\n  type OverwriteOutput = Boolean\n  type ParameterMap = js.Dictionary[ParameterValue]\n  type ParameterName = String\n  type ParameterValue = String\n  type PathParameterName = String\n  type PathParametersMap = js.Dictionary[DatasetParameter]\n  type Preview = Boolean\n  type ProjectList = js.Array[Project]\n  type ProjectName = String\n  type PublishedBy = String\n  type RecipeDescription = String\n  type RecipeErrorList = js.Array[RecipeVersionErrorDetail]\n  type RecipeErrorMessage = String\n  type RecipeList = js.Array[Recipe]\n  type RecipeName = String\n  type RecipeStepList = js.Array[RecipeStep]\n  type RecipeVersion = String\n  type RecipeVersionList = js.Array[RecipeVersion]\n  type Result = String\n  type SampleSize = Int\n  type ScheduleList = js.Array[Schedule]\n  type ScheduleName = String\n  type SheetIndex = Int\n  type SheetIndexList = js.Array[SheetIndex]\n  type SheetName = String\n  type SheetNameList = js.Array[SheetName]\n  type StartColumnIndex = Int\n  type StartedBy = String\n  type StepIndex = Int\n  type TableName = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TargetColumn = String\n  type Timeout = Int\n  type TimezoneOffset = String\n  type ValueReference = String\n  type ValuesMap = js.Dictionary[ConditionValue]\n\n  implicit final class DataBrewOps(private val service: DataBrew) extends AnyVal {\n\n    @inline def batchDeleteRecipeVersionFuture(params: BatchDeleteRecipeVersionRequest): Future[BatchDeleteRecipeVersionResponse] = service.batchDeleteRecipeVersion(params).promise().toFuture\n    @inline def createDatasetFuture(params: CreateDatasetRequest): Future[CreateDatasetResponse] = service.createDataset(params).promise().toFuture\n    @inline def createProfileJobFuture(params: CreateProfileJobRequest): Future[CreateProfileJobResponse] = service.createProfileJob(params).promise().toFuture\n    @inline def createProjectFuture(params: CreateProjectRequest): Future[CreateProjectResponse] = service.createProject(params).promise().toFuture\n    @inline def createRecipeFuture(params: CreateRecipeRequest): Future[CreateRecipeResponse] = service.createRecipe(params).promise().toFuture\n    @inline def createRecipeJobFuture(params: CreateRecipeJobRequest): Future[CreateRecipeJobResponse] = service.createRecipeJob(params).promise().toFuture\n    @inline def createScheduleFuture(params: CreateScheduleRequest): Future[CreateScheduleResponse] = service.createSchedule(params).promise().toFuture\n    @inline def deleteDatasetFuture(params: DeleteDatasetRequest): Future[DeleteDatasetResponse] = service.deleteDataset(params).promise().toFuture\n    @inline def deleteJobFuture(params: DeleteJobRequest): Future[DeleteJobResponse] = service.deleteJob(params).promise().toFuture\n    @inline def deleteProjectFuture(params: DeleteProjectRequest): Future[DeleteProjectResponse] = service.deleteProject(params).promise().toFuture\n    @inline def deleteRecipeVersionFuture(params: DeleteRecipeVersionRequest): Future[DeleteRecipeVersionResponse] = service.deleteRecipeVersion(params).promise().toFuture\n    @inline def deleteScheduleFuture(params: DeleteScheduleRequest): Future[DeleteScheduleResponse] = service.deleteSchedule(params).promise().toFuture\n    @inline def describeDatasetFuture(params: DescribeDatasetRequest): Future[DescribeDatasetResponse] = service.describeDataset(params).promise().toFuture\n    @inline def describeJobFuture(params: DescribeJobRequest): Future[DescribeJobResponse] = service.describeJob(params).promise().toFuture\n    @inline def describeJobRunFuture(params: DescribeJobRunRequest): Future[DescribeJobRunResponse] = service.describeJobRun(params).promise().toFuture\n    @inline def describeProjectFuture(params: DescribeProjectRequest): Future[DescribeProjectResponse] = service.describeProject(params).promise().toFuture\n    @inline def describeRecipeFuture(params: DescribeRecipeRequest): Future[DescribeRecipeResponse] = service.describeRecipe(params).promise().toFuture\n    @inline def describeScheduleFuture(params: DescribeScheduleRequest): Future[DescribeScheduleResponse] = service.describeSchedule(params).promise().toFuture\n    @inline def listDatasetsFuture(params: ListDatasetsRequest): Future[ListDatasetsResponse] = service.listDatasets(params).promise().toFuture\n    @inline def listJobRunsFuture(params: ListJobRunsRequest): Future[ListJobRunsResponse] = service.listJobRuns(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsRequest): Future[ListJobsResponse] = service.listJobs(params).promise().toFuture\n    @inline def listProjectsFuture(params: ListProjectsRequest): Future[ListProjectsResponse] = service.listProjects(params).promise().toFuture\n    @inline def listRecipeVersionsFuture(params: ListRecipeVersionsRequest): Future[ListRecipeVersionsResponse] = service.listRecipeVersions(params).promise().toFuture\n    @inline def listRecipesFuture(params: ListRecipesRequest): Future[ListRecipesResponse] = service.listRecipes(params).promise().toFuture\n    @inline def listSchedulesFuture(params: ListSchedulesRequest): Future[ListSchedulesResponse] = service.listSchedules(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def publishRecipeFuture(params: PublishRecipeRequest): Future[PublishRecipeResponse] = service.publishRecipe(params).promise().toFuture\n    @inline def sendProjectSessionActionFuture(params: SendProjectSessionActionRequest): Future[SendProjectSessionActionResponse] = service.sendProjectSessionAction(params).promise().toFuture\n    @inline def startJobRunFuture(params: StartJobRunRequest): Future[StartJobRunResponse] = service.startJobRun(params).promise().toFuture\n    @inline def startProjectSessionFuture(params: StartProjectSessionRequest): Future[StartProjectSessionResponse] = service.startProjectSession(params).promise().toFuture\n    @inline def stopJobRunFuture(params: StopJobRunRequest): Future[StopJobRunResponse] = service.stopJobRun(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateDatasetFuture(params: UpdateDatasetRequest): Future[UpdateDatasetResponse] = service.updateDataset(params).promise().toFuture\n    @inline def updateProfileJobFuture(params: UpdateProfileJobRequest): Future[UpdateProfileJobResponse] = service.updateProfileJob(params).promise().toFuture\n    @inline def updateProjectFuture(params: UpdateProjectRequest): Future[UpdateProjectResponse] = service.updateProject(params).promise().toFuture\n    @inline def updateRecipeFuture(params: UpdateRecipeRequest): Future[UpdateRecipeResponse] = service.updateRecipe(params).promise().toFuture\n    @inline def updateRecipeJobFuture(params: UpdateRecipeJobRequest): Future[UpdateRecipeJobResponse] = service.updateRecipeJob(params).promise().toFuture\n    @inline def updateScheduleFuture(params: UpdateScheduleRequest): Future[UpdateScheduleResponse] = service.updateSchedule(params).promise().toFuture\n\n  }\n}\n\npackage databrew {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/databrew\", JSImport.Namespace, \"AWS.DataBrew\")\n  class DataBrew() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchDeleteRecipeVersion(params: BatchDeleteRecipeVersionRequest): Request[BatchDeleteRecipeVersionResponse] = js.native\n    def createDataset(params: CreateDatasetRequest): Request[CreateDatasetResponse] = js.native\n    def createProfileJob(params: CreateProfileJobRequest): Request[CreateProfileJobResponse] = js.native\n    def createProject(params: CreateProjectRequest): Request[CreateProjectResponse] = js.native\n    def createRecipe(params: CreateRecipeRequest): Request[CreateRecipeResponse] = js.native\n    def createRecipeJob(params: CreateRecipeJobRequest): Request[CreateRecipeJobResponse] = js.native\n    def createSchedule(params: CreateScheduleRequest): Request[CreateScheduleResponse] = js.native\n    def deleteDataset(params: DeleteDatasetRequest): Request[DeleteDatasetResponse] = js.native\n    def deleteJob(params: DeleteJobRequest): Request[DeleteJobResponse] = js.native\n    def deleteProject(params: DeleteProjectRequest): Request[DeleteProjectResponse] = js.native\n    def deleteRecipeVersion(params: DeleteRecipeVersionRequest): Request[DeleteRecipeVersionResponse] = js.native\n    def deleteSchedule(params: DeleteScheduleRequest): Request[DeleteScheduleResponse] = js.native\n    def describeDataset(params: DescribeDatasetRequest): Request[DescribeDatasetResponse] = js.native\n    def describeJob(params: DescribeJobRequest): Request[DescribeJobResponse] = js.native\n    def describeJobRun(params: DescribeJobRunRequest): Request[DescribeJobRunResponse] = js.native\n    def describeProject(params: DescribeProjectRequest): Request[DescribeProjectResponse] = js.native\n    def describeRecipe(params: DescribeRecipeRequest): Request[DescribeRecipeResponse] = js.native\n    def describeSchedule(params: DescribeScheduleRequest): Request[DescribeScheduleResponse] = js.native\n    def listDatasets(params: ListDatasetsRequest): Request[ListDatasetsResponse] = js.native\n    def listJobRuns(params: ListJobRunsRequest): Request[ListJobRunsResponse] = js.native\n    def listJobs(params: ListJobsRequest): Request[ListJobsResponse] = js.native\n    def listProjects(params: ListProjectsRequest): Request[ListProjectsResponse] = js.native\n    def listRecipeVersions(params: ListRecipeVersionsRequest): Request[ListRecipeVersionsResponse] = js.native\n    def listRecipes(params: ListRecipesRequest): Request[ListRecipesResponse] = js.native\n    def listSchedules(params: ListSchedulesRequest): Request[ListSchedulesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def publishRecipe(params: PublishRecipeRequest): Request[PublishRecipeResponse] = js.native\n    def sendProjectSessionAction(params: SendProjectSessionActionRequest): Request[SendProjectSessionActionResponse] = js.native\n    def startJobRun(params: StartJobRunRequest): Request[StartJobRunResponse] = js.native\n    def startProjectSession(params: StartProjectSessionRequest): Request[StartProjectSessionResponse] = js.native\n    def stopJobRun(params: StopJobRunRequest): Request[StopJobRunResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateDataset(params: UpdateDatasetRequest): Request[UpdateDatasetResponse] = js.native\n    def updateProfileJob(params: UpdateProfileJobRequest): Request[UpdateProfileJobResponse] = js.native\n    def updateProject(params: UpdateProjectRequest): Request[UpdateProjectResponse] = js.native\n    def updateRecipe(params: UpdateRecipeRequest): Request[UpdateRecipeResponse] = js.native\n    def updateRecipeJob(params: UpdateRecipeJobRequest): Request[UpdateRecipeJobResponse] = js.native\n    def updateSchedule(params: UpdateScheduleRequest): Request[UpdateScheduleResponse] = js.native\n  }\n\n  @js.native\n  trait BatchDeleteRecipeVersionRequest extends js.Object {\n    var Name: RecipeName\n    var RecipeVersions: RecipeVersionList\n  }\n\n  object BatchDeleteRecipeVersionRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        RecipeVersions: RecipeVersionList\n    ): BatchDeleteRecipeVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RecipeVersions\" -> RecipeVersions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDeleteRecipeVersionRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDeleteRecipeVersionResponse extends js.Object {\n    var Name: RecipeName\n    var Errors: js.UndefOr[RecipeErrorList]\n  }\n\n  object BatchDeleteRecipeVersionResponse {\n    @inline\n    def apply(\n        Name: RecipeName,\n        Errors: js.UndefOr[RecipeErrorList] = js.undefined\n    ): BatchDeleteRecipeVersionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteRecipeVersionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CompressionFormat extends js.Any\n  object CompressionFormat {\n    val GZIP = \"GZIP\".asInstanceOf[CompressionFormat]\n    val LZ4 = \"LZ4\".asInstanceOf[CompressionFormat]\n    val SNAPPY = \"SNAPPY\".asInstanceOf[CompressionFormat]\n    val BZIP2 = \"BZIP2\".asInstanceOf[CompressionFormat]\n    val DEFLATE = \"DEFLATE\".asInstanceOf[CompressionFormat]\n    val LZO = \"LZO\".asInstanceOf[CompressionFormat]\n    val BROTLI = \"BROTLI\".asInstanceOf[CompressionFormat]\n    val ZSTD = \"ZSTD\".asInstanceOf[CompressionFormat]\n    val ZLIB = \"ZLIB\".asInstanceOf[CompressionFormat]\n\n    @inline def values = js.Array(GZIP, LZ4, SNAPPY, BZIP2, DEFLATE, LZO, BROTLI, ZSTD, ZLIB)\n  }\n\n  \/** Represents an individual condition that evaluates to true or false. Conditions are used with recipe actions. The action is only performed for column values where the condition evaluates to true. If a recipe requires more than one condition, then the recipe must specify multiple <code>ConditionExpression<\/code> elements. Each condition is applied to the rows in a dataset first, before the recipe action is performed.\n    *\/\n  @js.native\n  trait ConditionExpression extends js.Object {\n    var Condition: Condition\n    var TargetColumn: TargetColumn\n    var Value: js.UndefOr[ConditionValue]\n  }\n\n  object ConditionExpression {\n    @inline\n    def apply(\n        Condition: Condition,\n        TargetColumn: TargetColumn,\n        Value: js.UndefOr[ConditionValue] = js.undefined\n    ): ConditionExpression = {\n      val __obj = js.Dynamic.literal(\n        \"Condition\" -> Condition.asInstanceOf[js.Any],\n        \"TargetColumn\" -> TargetColumn.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConditionExpression]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetRequest extends js.Object {\n    var Input: Input\n    var Name: DatasetName\n    var Format: js.UndefOr[InputFormat]\n    var FormatOptions: js.UndefOr[FormatOptions]\n    var PathOptions: js.UndefOr[PathOptions]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateDatasetRequest {\n    @inline\n    def apply(\n        Input: Input,\n        Name: DatasetName,\n        Format: js.UndefOr[InputFormat] = js.undefined,\n        FormatOptions: js.UndefOr[FormatOptions] = js.undefined,\n        PathOptions: js.UndefOr[PathOptions] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FormatOptions.foreach(__v => __obj.updateDynamic(\"FormatOptions\")(__v.asInstanceOf[js.Any]))\n      PathOptions.foreach(__v => __obj.updateDynamic(\"PathOptions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetResponse extends js.Object {\n    var Name: DatasetName\n  }\n\n  object CreateDatasetResponse {\n    @inline\n    def apply(\n        Name: DatasetName\n    ): CreateDatasetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProfileJobRequest extends js.Object {\n    var DatasetName: DatasetName\n    var Name: JobName\n    var OutputLocation: S3Location\n    var RoleArn: Arn\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var JobSample: js.UndefOr[JobSample]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var Tags: js.UndefOr[TagMap]\n    var Timeout: js.UndefOr[Timeout]\n  }\n\n  object CreateProfileJobRequest {\n    @inline\n    def apply(\n        DatasetName: DatasetName,\n        Name: JobName,\n        OutputLocation: S3Location,\n        RoleArn: Arn,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined\n    ): CreateProfileJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetName\" -> DatasetName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"OutputLocation\" -> OutputLocation.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProfileJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProfileJobResponse extends js.Object {\n    var Name: JobName\n  }\n\n  object CreateProfileJobResponse {\n    @inline\n    def apply(\n        Name: JobName\n    ): CreateProfileJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProfileJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProjectRequest extends js.Object {\n    var DatasetName: DatasetName\n    var Name: ProjectName\n    var RecipeName: RecipeName\n    var RoleArn: Arn\n    var Sample: js.UndefOr[Sample]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateProjectRequest {\n    @inline\n    def apply(\n        DatasetName: DatasetName,\n        Name: ProjectName,\n        RecipeName: RecipeName,\n        RoleArn: Arn,\n        Sample: js.UndefOr[Sample] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DatasetName\" -> DatasetName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RecipeName\" -> RecipeName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      Sample.foreach(__v => __obj.updateDynamic(\"Sample\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProjectResponse extends js.Object {\n    var Name: ProjectName\n  }\n\n  object CreateProjectResponse {\n    @inline\n    def apply(\n        Name: ProjectName\n    ): CreateProjectResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProjectResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRecipeJobRequest extends js.Object {\n    var Name: JobName\n    var Outputs: OutputList\n    var RoleArn: Arn\n    var DatasetName: js.UndefOr[DatasetName]\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var ProjectName: js.UndefOr[ProjectName]\n    var RecipeReference: js.UndefOr[RecipeReference]\n    var Tags: js.UndefOr[TagMap]\n    var Timeout: js.UndefOr[Timeout]\n  }\n\n  object CreateRecipeJobRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        Outputs: OutputList,\n        RoleArn: Arn,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined,\n        RecipeReference: js.UndefOr[RecipeReference] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined\n    ): CreateRecipeJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      RecipeReference.foreach(__v => __obj.updateDynamic(\"RecipeReference\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRecipeJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRecipeJobResponse extends js.Object {\n    var Name: JobName\n  }\n\n  object CreateRecipeJobResponse {\n    @inline\n    def apply(\n        Name: JobName\n    ): CreateRecipeJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRecipeJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRecipeRequest extends js.Object {\n    var Name: RecipeName\n    var Steps: RecipeStepList\n    var Description: js.UndefOr[RecipeDescription]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateRecipeRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        Steps: RecipeStepList,\n        Description: js.UndefOr[RecipeDescription] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateRecipeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Steps\" -> Steps.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRecipeRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRecipeResponse extends js.Object {\n    var Name: RecipeName\n  }\n\n  object CreateRecipeResponse {\n    @inline\n    def apply(\n        Name: RecipeName\n    ): CreateRecipeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRecipeResponse]\n    }\n  }\n\n  @js.native\n  trait CreateScheduleRequest extends js.Object {\n    var CronExpression: CronExpression\n    var Name: ScheduleName\n    var JobNames: js.UndefOr[JobNameList]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateScheduleRequest {\n    @inline\n    def apply(\n        CronExpression: CronExpression,\n        Name: ScheduleName,\n        JobNames: js.UndefOr[JobNameList] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CronExpression\" -> CronExpression.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      JobNames.foreach(__v => __obj.updateDynamic(\"JobNames\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateScheduleResponse extends js.Object {\n    var Name: ScheduleName\n  }\n\n  object CreateScheduleResponse {\n    @inline\n    def apply(\n        Name: ScheduleName\n    ): CreateScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateScheduleResponse]\n    }\n  }\n\n  \/** Represents a set of options that define how DataBrew will read a comma-separated value (CSV) file when creating a dataset from that file.\n    *\/\n  @js.native\n  trait CsvOptions extends js.Object {\n    var Delimiter: js.UndefOr[Delimiter]\n    var HeaderRow: js.UndefOr[HeaderRow]\n  }\n\n  object CsvOptions {\n    @inline\n    def apply(\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        HeaderRow: js.UndefOr[HeaderRow] = js.undefined\n    ): CsvOptions = {\n      val __obj = js.Dynamic.literal()\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      HeaderRow.foreach(__v => __obj.updateDynamic(\"HeaderRow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CsvOptions]\n    }\n  }\n\n  \/** Represents a set of options that define how DataBrew will write a comma-separated value (CSV) file.\n    *\/\n  @js.native\n  trait CsvOutputOptions extends js.Object {\n    var Delimiter: js.UndefOr[Delimiter]\n  }\n\n  object CsvOutputOptions {\n    @inline\n    def apply(\n        Delimiter: js.UndefOr[Delimiter] = js.undefined\n    ): CsvOutputOptions = {\n      val __obj = js.Dynamic.literal()\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CsvOutputOptions]\n    }\n  }\n\n  \/** Represents how metadata stored in the AWS Glue Data Catalog is defined in a DataBrew dataset.\n    *\/\n  @js.native\n  trait DataCatalogInputDefinition extends js.Object {\n    var DatabaseName: DatabaseName\n    var TableName: TableName\n    var CatalogId: js.UndefOr[CatalogId]\n    var TempDirectory: js.UndefOr[S3Location]\n  }\n\n  object DataCatalogInputDefinition {\n    @inline\n    def apply(\n        DatabaseName: DatabaseName,\n        TableName: TableName,\n        CatalogId: js.UndefOr[CatalogId] = js.undefined,\n        TempDirectory: js.UndefOr[S3Location] = js.undefined\n    ): DataCatalogInputDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      TempDirectory.foreach(__v => __obj.updateDynamic(\"TempDirectory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataCatalogInputDefinition]\n    }\n  }\n\n  \/** Connection information for dataset input files stored in a database.\n    *\/\n  @js.native\n  trait DatabaseInputDefinition extends js.Object {\n    var DatabaseTableName: DatabaseTableName\n    var GlueConnectionName: GlueConnectionName\n    var TempDirectory: js.UndefOr[S3Location]\n  }\n\n  object DatabaseInputDefinition {\n    @inline\n    def apply(\n        DatabaseTableName: DatabaseTableName,\n        GlueConnectionName: GlueConnectionName,\n        TempDirectory: js.UndefOr[S3Location] = js.undefined\n    ): DatabaseInputDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseTableName\" -> DatabaseTableName.asInstanceOf[js.Any],\n        \"GlueConnectionName\" -> GlueConnectionName.asInstanceOf[js.Any]\n      )\n\n      TempDirectory.foreach(__v => __obj.updateDynamic(\"TempDirectory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatabaseInputDefinition]\n    }\n  }\n\n  \/** Represents a dataset that can be processed by DataBrew.\n    *\/\n  @js.native\n  trait Dataset extends js.Object {\n    var Input: Input\n    var Name: DatasetName\n    var AccountId: js.UndefOr[AccountId]\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var Format: js.UndefOr[InputFormat]\n    var FormatOptions: js.UndefOr[FormatOptions]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var PathOptions: js.UndefOr[PathOptions]\n    var ResourceArn: js.UndefOr[Arn]\n    var Source: js.UndefOr[Source]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object Dataset {\n    @inline\n    def apply(\n        Input: Input,\n        Name: DatasetName,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        Format: js.UndefOr[InputFormat] = js.undefined,\n        FormatOptions: js.UndefOr[FormatOptions] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        PathOptions: js.UndefOr[PathOptions] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Source: js.UndefOr[Source] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): Dataset = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FormatOptions.foreach(__v => __obj.updateDynamic(\"FormatOptions\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      PathOptions.foreach(__v => __obj.updateDynamic(\"PathOptions\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Dataset]\n    }\n  }\n\n  \/** Represents a dataset paramater that defines type and conditions for a parameter in the S3 path of the dataset.\n    *\/\n  @js.native\n  trait DatasetParameter extends js.Object {\n    var Name: PathParameterName\n    var Type: ParameterType\n    var CreateColumn: js.UndefOr[CreateColumn]\n    var DatetimeOptions: js.UndefOr[DatetimeOptions]\n    var Filter: js.UndefOr[FilterExpression]\n  }\n\n  object DatasetParameter {\n    @inline\n    def apply(\n        Name: PathParameterName,\n        Type: ParameterType,\n        CreateColumn: js.UndefOr[CreateColumn] = js.undefined,\n        DatetimeOptions: js.UndefOr[DatetimeOptions] = js.undefined,\n        Filter: js.UndefOr[FilterExpression] = js.undefined\n    ): DatasetParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      CreateColumn.foreach(__v => __obj.updateDynamic(\"CreateColumn\")(__v.asInstanceOf[js.Any]))\n      DatetimeOptions.foreach(__v => __obj.updateDynamic(\"DatetimeOptions\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetParameter]\n    }\n  }\n\n  \/** Represents additional options for correct interpretation of datetime parameters used in the S3 path of a dataset.\n    *\/\n  @js.native\n  trait DatetimeOptions extends js.Object {\n    var Format: DatetimeFormat\n    var LocaleCode: js.UndefOr[LocaleCode]\n    var TimezoneOffset: js.UndefOr[TimezoneOffset]\n  }\n\n  object DatetimeOptions {\n    @inline\n    def apply(\n        Format: DatetimeFormat,\n        LocaleCode: js.UndefOr[LocaleCode] = js.undefined,\n        TimezoneOffset: js.UndefOr[TimezoneOffset] = js.undefined\n    ): DatetimeOptions = {\n      val __obj = js.Dynamic.literal(\n        \"Format\" -> Format.asInstanceOf[js.Any]\n      )\n\n      LocaleCode.foreach(__v => __obj.updateDynamic(\"LocaleCode\")(__v.asInstanceOf[js.Any]))\n      TimezoneOffset.foreach(__v => __obj.updateDynamic(\"TimezoneOffset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatetimeOptions]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetRequest extends js.Object {\n    var Name: DatasetName\n  }\n\n  object DeleteDatasetRequest {\n    @inline\n    def apply(\n        Name: DatasetName\n    ): DeleteDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetResponse extends js.Object {\n    var Name: DatasetName\n  }\n\n  object DeleteDatasetResponse {\n    @inline\n    def apply(\n        Name: DatasetName\n    ): DeleteDatasetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteJobRequest extends js.Object {\n    var Name: JobName\n  }\n\n  object DeleteJobRequest {\n    @inline\n    def apply(\n        Name: JobName\n    ): DeleteJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteJobResponse extends js.Object {\n    var Name: JobName\n  }\n\n  object DeleteJobResponse {\n    @inline\n    def apply(\n        Name: JobName\n    ): DeleteJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectRequest extends js.Object {\n    var Name: ProjectName\n  }\n\n  object DeleteProjectRequest {\n    @inline\n    def apply(\n        Name: ProjectName\n    ): DeleteProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectResponse extends js.Object {\n    var Name: ProjectName\n  }\n\n  object DeleteProjectResponse {\n    @inline\n    def apply(\n        Name: ProjectName\n    ): DeleteProjectResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteRecipeVersionRequest extends js.Object {\n    var Name: RecipeName\n    var RecipeVersion: RecipeVersion\n  }\n\n  object DeleteRecipeVersionRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        RecipeVersion: RecipeVersion\n    ): DeleteRecipeVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RecipeVersion\" -> RecipeVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRecipeVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRecipeVersionResponse extends js.Object {\n    var Name: RecipeName\n    var RecipeVersion: RecipeVersion\n  }\n\n  object DeleteRecipeVersionResponse {\n    @inline\n    def apply(\n        Name: RecipeName,\n        RecipeVersion: RecipeVersion\n    ): DeleteRecipeVersionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RecipeVersion\" -> RecipeVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRecipeVersionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteScheduleRequest extends js.Object {\n    var Name: ScheduleName\n  }\n\n  object DeleteScheduleRequest {\n    @inline\n    def apply(\n        Name: ScheduleName\n    ): DeleteScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteScheduleResponse extends js.Object {\n    var Name: ScheduleName\n  }\n\n  object DeleteScheduleResponse {\n    @inline\n    def apply(\n        Name: ScheduleName\n    ): DeleteScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScheduleResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetRequest extends js.Object {\n    var Name: DatasetName\n  }\n\n  object DescribeDatasetRequest {\n    @inline\n    def apply(\n        Name: DatasetName\n    ): DescribeDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetResponse extends js.Object {\n    var Input: Input\n    var Name: DatasetName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var Format: js.UndefOr[InputFormat]\n    var FormatOptions: js.UndefOr[FormatOptions]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var PathOptions: js.UndefOr[PathOptions]\n    var ResourceArn: js.UndefOr[Arn]\n    var Source: js.UndefOr[Source]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeDatasetResponse {\n    @inline\n    def apply(\n        Input: Input,\n        Name: DatasetName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        Format: js.UndefOr[InputFormat] = js.undefined,\n        FormatOptions: js.UndefOr[FormatOptions] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        PathOptions: js.UndefOr[PathOptions] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Source: js.UndefOr[Source] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeDatasetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FormatOptions.foreach(__v => __obj.updateDynamic(\"FormatOptions\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      PathOptions.foreach(__v => __obj.updateDynamic(\"PathOptions\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeJobRequest extends js.Object {\n    var Name: JobName\n  }\n\n  object DescribeJobRequest {\n    @inline\n    def apply(\n        Name: JobName\n    ): DescribeJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobResponse extends js.Object {\n    var Name: JobName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var DatasetName: js.UndefOr[DatasetName]\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var JobSample: js.UndefOr[JobSample]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var Outputs: js.UndefOr[OutputList]\n    var ProjectName: js.UndefOr[ProjectName]\n    var RecipeReference: js.UndefOr[RecipeReference]\n    var ResourceArn: js.UndefOr[Arn]\n    var RoleArn: js.UndefOr[Arn]\n    var Tags: js.UndefOr[TagMap]\n    var Timeout: js.UndefOr[Timeout]\n    var Type: js.UndefOr[JobType]\n  }\n\n  object DescribeJobResponse {\n    @inline\n    def apply(\n        Name: JobName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        Outputs: js.UndefOr[OutputList] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined,\n        RecipeReference: js.UndefOr[RecipeReference] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        RoleArn: js.UndefOr[Arn] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined,\n        Type: js.UndefOr[JobType] = js.undefined\n    ): DescribeJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      RecipeReference.foreach(__v => __obj.updateDynamic(\"RecipeReference\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeJobRunRequest extends js.Object {\n    var Name: JobName\n    var RunId: JobRunId\n  }\n\n  object DescribeJobRunRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        RunId: JobRunId\n    ): DescribeJobRunRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RunId\" -> RunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJobRunRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobRunResponse extends js.Object {\n    var JobName: JobName\n    var Attempt: js.UndefOr[Attempt]\n    var CompletedOn: js.UndefOr[Date]\n    var DatasetName: js.UndefOr[DatasetName]\n    var ErrorMessage: js.UndefOr[JobRunErrorMessage]\n    var ExecutionTime: js.UndefOr[ExecutionTime]\n    var JobSample: js.UndefOr[JobSample]\n    var LogGroupName: js.UndefOr[LogGroupName]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var Outputs: js.UndefOr[OutputList]\n    var RecipeReference: js.UndefOr[RecipeReference]\n    var RunId: js.UndefOr[JobRunId]\n    var StartedBy: js.UndefOr[StartedBy]\n    var StartedOn: js.UndefOr[Date]\n    var State: js.UndefOr[JobRunState]\n  }\n\n  object DescribeJobRunResponse {\n    @inline\n    def apply(\n        JobName: JobName,\n        Attempt: js.UndefOr[Attempt] = js.undefined,\n        CompletedOn: js.UndefOr[Date] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        ErrorMessage: js.UndefOr[JobRunErrorMessage] = js.undefined,\n        ExecutionTime: js.UndefOr[ExecutionTime] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LogGroupName: js.UndefOr[LogGroupName] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        Outputs: js.UndefOr[OutputList] = js.undefined,\n        RecipeReference: js.UndefOr[RecipeReference] = js.undefined,\n        RunId: js.UndefOr[JobRunId] = js.undefined,\n        StartedBy: js.UndefOr[StartedBy] = js.undefined,\n        StartedOn: js.UndefOr[Date] = js.undefined,\n        State: js.UndefOr[JobRunState] = js.undefined\n    ): DescribeJobRunResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobName\" -> JobName.asInstanceOf[js.Any]\n      )\n\n      Attempt.foreach(__v => __obj.updateDynamic(\"Attempt\")(__v.asInstanceOf[js.Any]))\n      CompletedOn.foreach(__v => __obj.updateDynamic(\"CompletedOn\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ExecutionTime.foreach(__v => __obj.updateDynamic(\"ExecutionTime\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LogGroupName.foreach(__v => __obj.updateDynamic(\"LogGroupName\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      RecipeReference.foreach(__v => __obj.updateDynamic(\"RecipeReference\")(__v.asInstanceOf[js.Any]))\n      RunId.foreach(__v => __obj.updateDynamic(\"RunId\")(__v.asInstanceOf[js.Any]))\n      StartedBy.foreach(__v => __obj.updateDynamic(\"StartedBy\")(__v.asInstanceOf[js.Any]))\n      StartedOn.foreach(__v => __obj.updateDynamic(\"StartedOn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobRunResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectRequest extends js.Object {\n    var Name: ProjectName\n  }\n\n  object DescribeProjectRequest {\n    @inline\n    def apply(\n        Name: ProjectName\n    ): DescribeProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProjectRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectResponse extends js.Object {\n    var Name: ProjectName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var DatasetName: js.UndefOr[DatasetName]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var OpenDate: js.UndefOr[Date]\n    var OpenedBy: js.UndefOr[OpenedBy]\n    var RecipeName: js.UndefOr[RecipeName]\n    var ResourceArn: js.UndefOr[Arn]\n    var RoleArn: js.UndefOr[Arn]\n    var Sample: js.UndefOr[Sample]\n    var SessionStatus: js.UndefOr[SessionStatus]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeProjectResponse {\n    @inline\n    def apply(\n        Name: ProjectName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        OpenDate: js.UndefOr[Date] = js.undefined,\n        OpenedBy: js.UndefOr[OpenedBy] = js.undefined,\n        RecipeName: js.UndefOr[RecipeName] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        RoleArn: js.UndefOr[Arn] = js.undefined,\n        Sample: js.UndefOr[Sample] = js.undefined,\n        SessionStatus: js.UndefOr[SessionStatus] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeProjectResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      OpenDate.foreach(__v => __obj.updateDynamic(\"OpenDate\")(__v.asInstanceOf[js.Any]))\n      OpenedBy.foreach(__v => __obj.updateDynamic(\"OpenedBy\")(__v.asInstanceOf[js.Any]))\n      RecipeName.foreach(__v => __obj.updateDynamic(\"RecipeName\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Sample.foreach(__v => __obj.updateDynamic(\"Sample\")(__v.asInstanceOf[js.Any]))\n      SessionStatus.foreach(__v => __obj.updateDynamic(\"SessionStatus\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRecipeRequest extends js.Object {\n    var Name: RecipeName\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n  }\n\n  object DescribeRecipeRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined\n    ): DescribeRecipeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRecipeRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRecipeResponse extends js.Object {\n    var Name: RecipeName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var Description: js.UndefOr[RecipeDescription]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var ProjectName: js.UndefOr[ProjectName]\n    var PublishedBy: js.UndefOr[PublishedBy]\n    var PublishedDate: js.UndefOr[Date]\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n    var ResourceArn: js.UndefOr[Arn]\n    var Steps: js.UndefOr[RecipeStepList]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeRecipeResponse {\n    @inline\n    def apply(\n        Name: RecipeName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        Description: js.UndefOr[RecipeDescription] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined,\n        PublishedBy: js.UndefOr[PublishedBy] = js.undefined,\n        PublishedDate: js.UndefOr[Date] = js.undefined,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Steps: js.UndefOr[RecipeStepList] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeRecipeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      PublishedBy.foreach(__v => __obj.updateDynamic(\"PublishedBy\")(__v.asInstanceOf[js.Any]))\n      PublishedDate.foreach(__v => __obj.updateDynamic(\"PublishedDate\")(__v.asInstanceOf[js.Any]))\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Steps.foreach(__v => __obj.updateDynamic(\"Steps\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRecipeResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScheduleRequest extends js.Object {\n    var Name: ScheduleName\n  }\n\n  object DescribeScheduleRequest {\n    @inline\n    def apply(\n        Name: ScheduleName\n    ): DescribeScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScheduleResponse extends js.Object {\n    var Name: ScheduleName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var CronExpression: js.UndefOr[CronExpression]\n    var JobNames: js.UndefOr[JobNameList]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var ResourceArn: js.UndefOr[Arn]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeScheduleResponse {\n    @inline\n    def apply(\n        Name: ScheduleName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        CronExpression: js.UndefOr[CronExpression] = js.undefined,\n        JobNames: js.UndefOr[JobNameList] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CronExpression.foreach(__v => __obj.updateDynamic(\"CronExpression\")(__v.asInstanceOf[js.Any]))\n      JobNames.foreach(__v => __obj.updateDynamic(\"JobNames\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScheduleResponse]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionMode extends js.Any\n  object EncryptionMode {\n    val `SSE-KMS` = \"SSE-KMS\".asInstanceOf[EncryptionMode]\n    val `SSE-S3` = \"SSE-S3\".asInstanceOf[EncryptionMode]\n\n    @inline def values = js.Array(`SSE-KMS`, `SSE-S3`)\n  }\n\n  \/** Represents a set of options that define how DataBrew will interpret a Microsoft Excel file when creating a dataset from that file.\n    *\/\n  @js.native\n  trait ExcelOptions extends js.Object {\n    var HeaderRow: js.UndefOr[HeaderRow]\n    var SheetIndexes: js.UndefOr[SheetIndexList]\n    var SheetNames: js.UndefOr[SheetNameList]\n  }\n\n  object ExcelOptions {\n    @inline\n    def apply(\n        HeaderRow: js.UndefOr[HeaderRow] = js.undefined,\n        SheetIndexes: js.UndefOr[SheetIndexList] = js.undefined,\n        SheetNames: js.UndefOr[SheetNameList] = js.undefined\n    ): ExcelOptions = {\n      val __obj = js.Dynamic.literal()\n      HeaderRow.foreach(__v => __obj.updateDynamic(\"HeaderRow\")(__v.asInstanceOf[js.Any]))\n      SheetIndexes.foreach(__v => __obj.updateDynamic(\"SheetIndexes\")(__v.asInstanceOf[js.Any]))\n      SheetNames.foreach(__v => __obj.updateDynamic(\"SheetNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExcelOptions]\n    }\n  }\n\n  \/** Represents a limit imposed on number of S3 files that should be selected for a dataset from a connected S3 path.\n    *\/\n  @js.native\n  trait FilesLimit extends js.Object {\n    var MaxFiles: MaxFiles\n    var Order: js.UndefOr[Order]\n    var OrderedBy: js.UndefOr[OrderedBy]\n  }\n\n  object FilesLimit {\n    @inline\n    def apply(\n        MaxFiles: MaxFiles,\n        Order: js.UndefOr[Order] = js.undefined,\n        OrderedBy: js.UndefOr[OrderedBy] = js.undefined\n    ): FilesLimit = {\n      val __obj = js.Dynamic.literal(\n        \"MaxFiles\" -> MaxFiles.asInstanceOf[js.Any]\n      )\n\n      Order.foreach(__v => __obj.updateDynamic(\"Order\")(__v.asInstanceOf[js.Any]))\n      OrderedBy.foreach(__v => __obj.updateDynamic(\"OrderedBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FilesLimit]\n    }\n  }\n\n  \/** Represents a structure for defining parameter conditions.\n    *\/\n  @js.native\n  trait FilterExpression extends js.Object {\n    var Expression: Expression\n    var ValuesMap: ValuesMap\n  }\n\n  object FilterExpression {\n    @inline\n    def apply(\n        Expression: Expression,\n        ValuesMap: ValuesMap\n    ): FilterExpression = {\n      val __obj = js.Dynamic.literal(\n        \"Expression\" -> Expression.asInstanceOf[js.Any],\n        \"ValuesMap\" -> ValuesMap.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FilterExpression]\n    }\n  }\n\n  \/** Represents a set of options that define the structure of either comma-separated value (CSV), Excel, or JSON input.\n    *\/\n  @js.native\n  trait FormatOptions extends js.Object {\n    var Csv: js.UndefOr[CsvOptions]\n    var Excel: js.UndefOr[ExcelOptions]\n    var Json: js.UndefOr[JsonOptions]\n  }\n\n  object FormatOptions {\n    @inline\n    def apply(\n        Csv: js.UndefOr[CsvOptions] = js.undefined,\n        Excel: js.UndefOr[ExcelOptions] = js.undefined,\n        Json: js.UndefOr[JsonOptions] = js.undefined\n    ): FormatOptions = {\n      val __obj = js.Dynamic.literal()\n      Csv.foreach(__v => __obj.updateDynamic(\"Csv\")(__v.asInstanceOf[js.Any]))\n      Excel.foreach(__v => __obj.updateDynamic(\"Excel\")(__v.asInstanceOf[js.Any]))\n      Json.foreach(__v => __obj.updateDynamic(\"Json\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FormatOptions]\n    }\n  }\n\n  \/** Represents information on how DataBrew can find data, in either the AWS Glue Data Catalog or Amazon S3.\n    *\/\n  @js.native\n  trait Input extends js.Object {\n    var DataCatalogInputDefinition: js.UndefOr[DataCatalogInputDefinition]\n    var DatabaseInputDefinition: js.UndefOr[DatabaseInputDefinition]\n    var S3InputDefinition: js.UndefOr[S3Location]\n  }\n\n  object Input {\n    @inline\n    def apply(\n        DataCatalogInputDefinition: js.UndefOr[DataCatalogInputDefinition] = js.undefined,\n        DatabaseInputDefinition: js.UndefOr[DatabaseInputDefinition] = js.undefined,\n        S3InputDefinition: js.UndefOr[S3Location] = js.undefined\n    ): Input = {\n      val __obj = js.Dynamic.literal()\n      DataCatalogInputDefinition.foreach(__v => __obj.updateDynamic(\"DataCatalogInputDefinition\")(__v.asInstanceOf[js.Any]))\n      DatabaseInputDefinition.foreach(__v => __obj.updateDynamic(\"DatabaseInputDefinition\")(__v.asInstanceOf[js.Any]))\n      S3InputDefinition.foreach(__v => __obj.updateDynamic(\"S3InputDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Input]\n    }\n  }\n\n  @js.native\n  sealed trait InputFormat extends js.Any\n  object InputFormat {\n    val CSV = \"CSV\".asInstanceOf[InputFormat]\n    val JSON = \"JSON\".asInstanceOf[InputFormat]\n    val PARQUET = \"PARQUET\".asInstanceOf[InputFormat]\n    val EXCEL = \"EXCEL\".asInstanceOf[InputFormat]\n\n    @inline def values = js.Array(CSV, JSON, PARQUET, EXCEL)\n  }\n\n  \/** Represents all of the attributes of a DataBrew job.\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var Name: JobName\n    var AccountId: js.UndefOr[AccountId]\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var DatasetName: js.UndefOr[DatasetName]\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var JobSample: js.UndefOr[JobSample]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var Outputs: js.UndefOr[OutputList]\n    var ProjectName: js.UndefOr[ProjectName]\n    var RecipeReference: js.UndefOr[RecipeReference]\n    var ResourceArn: js.UndefOr[Arn]\n    var RoleArn: js.UndefOr[Arn]\n    var Tags: js.UndefOr[TagMap]\n    var Timeout: js.UndefOr[Timeout]\n    var Type: js.UndefOr[JobType]\n  }\n\n  object Job {\n    @inline\n    def apply(\n        Name: JobName,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        Outputs: js.UndefOr[OutputList] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined,\n        RecipeReference: js.UndefOr[RecipeReference] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        RoleArn: js.UndefOr[Arn] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined,\n        Type: js.UndefOr[JobType] = js.undefined\n    ): Job = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      RecipeReference.foreach(__v => __obj.updateDynamic(\"RecipeReference\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  \/** Represents one run of a DataBrew job.\n    *\/\n  @js.native\n  trait JobRun extends js.Object {\n    var Attempt: js.UndefOr[Attempt]\n    var CompletedOn: js.UndefOr[Date]\n    var DatasetName: js.UndefOr[DatasetName]\n    var ErrorMessage: js.UndefOr[JobRunErrorMessage]\n    var ExecutionTime: js.UndefOr[ExecutionTime]\n    var JobName: js.UndefOr[JobName]\n    var JobSample: js.UndefOr[JobSample]\n    var LogGroupName: js.UndefOr[LogGroupName]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var Outputs: js.UndefOr[OutputList]\n    var RecipeReference: js.UndefOr[RecipeReference]\n    var RunId: js.UndefOr[JobRunId]\n    var StartedBy: js.UndefOr[StartedBy]\n    var StartedOn: js.UndefOr[Date]\n    var State: js.UndefOr[JobRunState]\n  }\n\n  object JobRun {\n    @inline\n    def apply(\n        Attempt: js.UndefOr[Attempt] = js.undefined,\n        CompletedOn: js.UndefOr[Date] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        ErrorMessage: js.UndefOr[JobRunErrorMessage] = js.undefined,\n        ExecutionTime: js.UndefOr[ExecutionTime] = js.undefined,\n        JobName: js.UndefOr[JobName] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LogGroupName: js.UndefOr[LogGroupName] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        Outputs: js.UndefOr[OutputList] = js.undefined,\n        RecipeReference: js.UndefOr[RecipeReference] = js.undefined,\n        RunId: js.UndefOr[JobRunId] = js.undefined,\n        StartedBy: js.UndefOr[StartedBy] = js.undefined,\n        StartedOn: js.UndefOr[Date] = js.undefined,\n        State: js.UndefOr[JobRunState] = js.undefined\n    ): JobRun = {\n      val __obj = js.Dynamic.literal()\n      Attempt.foreach(__v => __obj.updateDynamic(\"Attempt\")(__v.asInstanceOf[js.Any]))\n      CompletedOn.foreach(__v => __obj.updateDynamic(\"CompletedOn\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ExecutionTime.foreach(__v => __obj.updateDynamic(\"ExecutionTime\")(__v.asInstanceOf[js.Any]))\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LogGroupName.foreach(__v => __obj.updateDynamic(\"LogGroupName\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      RecipeReference.foreach(__v => __obj.updateDynamic(\"RecipeReference\")(__v.asInstanceOf[js.Any]))\n      RunId.foreach(__v => __obj.updateDynamic(\"RunId\")(__v.asInstanceOf[js.Any]))\n      StartedBy.foreach(__v => __obj.updateDynamic(\"StartedBy\")(__v.asInstanceOf[js.Any]))\n      StartedOn.foreach(__v => __obj.updateDynamic(\"StartedOn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobRun]\n    }\n  }\n\n  @js.native\n  sealed trait JobRunState extends js.Any\n  object JobRunState {\n    val STARTING = \"STARTING\".asInstanceOf[JobRunState]\n    val RUNNING = \"RUNNING\".asInstanceOf[JobRunState]\n    val STOPPING = \"STOPPING\".asInstanceOf[JobRunState]\n    val STOPPED = \"STOPPED\".asInstanceOf[JobRunState]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[JobRunState]\n    val FAILED = \"FAILED\".asInstanceOf[JobRunState]\n    val TIMEOUT = \"TIMEOUT\".asInstanceOf[JobRunState]\n\n    @inline def values = js.Array(STARTING, RUNNING, STOPPING, STOPPED, SUCCEEDED, FAILED, TIMEOUT)\n  }\n\n  \/** A sample configuration for profile jobs only, which determines the number of rows on which the profile job is run. If a <code>JobSample<\/code> value isn't provided, the default is used. The default value is CUSTOM_ROWS for the mode parameter and 20,000 for the size parameter.\n    *\/\n  @js.native\n  trait JobSample extends js.Object {\n    var Mode: js.UndefOr[SampleMode]\n    var Size: js.UndefOr[JobSize]\n  }\n\n  object JobSample {\n    @inline\n    def apply(\n        Mode: js.UndefOr[SampleMode] = js.undefined,\n        Size: js.UndefOr[JobSize] = js.undefined\n    ): JobSample = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobSample]\n    }\n  }\n\n  @js.native\n  sealed trait JobType extends js.Any\n  object JobType {\n    val PROFILE = \"PROFILE\".asInstanceOf[JobType]\n    val RECIPE = \"RECIPE\".asInstanceOf[JobType]\n\n    @inline def values = js.Array(PROFILE, RECIPE)\n  }\n\n  \/** Represents the JSON-specific options that define how input is to be interpreted by AWS Glue DataBrew.\n    *\/\n  @js.native\n  trait JsonOptions extends js.Object {\n    var MultiLine: js.UndefOr[MultiLine]\n  }\n\n  object JsonOptions {\n    @inline\n    def apply(\n        MultiLine: js.UndefOr[MultiLine] = js.undefined\n    ): JsonOptions = {\n      val __obj = js.Dynamic.literal()\n      MultiLine.foreach(__v => __obj.updateDynamic(\"MultiLine\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JsonOptions]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsResponse extends js.Object {\n    var Datasets: DatasetList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsResponse {\n    @inline\n    def apply(\n        Datasets: DatasetList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Datasets\" -> Datasets.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListJobRunsRequest extends js.Object {\n    var Name: JobName\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJobRunsRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJobRunsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobRunsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobRunsResponse extends js.Object {\n    var JobRuns: JobRunList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJobRunsResponse {\n    @inline\n    def apply(\n        JobRuns: JobRunList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJobRunsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobRuns\" -> JobRuns.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobRunsResponse]\n    }\n  }\n\n  @js.native\n  trait ListJobsRequest extends js.Object {\n    var DatasetName: js.UndefOr[DatasetName]\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n    var ProjectName: js.UndefOr[ProjectName]\n  }\n\n  object ListJobsRequest {\n    @inline\n    def apply(\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined\n    ): ListJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJobsResponse extends js.Object {\n    var Jobs: JobList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJobsResponse {\n    @inline\n    def apply(\n        Jobs: JobList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Jobs\" -> Jobs.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListProjectsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListProjectsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListProjectsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProjectsResponse extends js.Object {\n    var Projects: ProjectList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListProjectsResponse {\n    @inline\n    def apply(\n        Projects: ProjectList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListProjectsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Projects\" -> Projects.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecipeVersionsRequest extends js.Object {\n    var Name: RecipeName\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRecipeVersionsRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRecipeVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipeVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecipeVersionsResponse extends js.Object {\n    var Recipes: RecipeList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRecipeVersionsResponse {\n    @inline\n    def apply(\n        Recipes: RecipeList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRecipeVersionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Recipes\" -> Recipes.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipeVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecipesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n  }\n\n  object ListRecipesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined\n    ): ListRecipesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipesRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecipesResponse extends js.Object {\n    var Recipes: RecipeList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRecipesResponse {\n    @inline\n    def apply(\n        Recipes: RecipeList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRecipesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Recipes\" -> Recipes.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipesResponse]\n    }\n  }\n\n  @js.native\n  trait ListSchedulesRequest extends js.Object {\n    var JobName: js.UndefOr[JobName]\n    var MaxResults: js.UndefOr[MaxResults100]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSchedulesRequest {\n    @inline\n    def apply(\n        JobName: js.UndefOr[JobName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults100] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSchedulesRequest = {\n      val __obj = js.Dynamic.literal()\n      JobName.foreach(__v => __obj.updateDynamic(\"JobName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchedulesRequest]\n    }\n  }\n\n  @js.native\n  trait ListSchedulesResponse extends js.Object {\n    var Schedules: ScheduleList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSchedulesResponse {\n    @inline\n    def apply(\n        Schedules: ScheduleList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSchedulesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Schedules\" -> Schedules.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchedulesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LogSubscription extends js.Any\n  object LogSubscription {\n    val ENABLE = \"ENABLE\".asInstanceOf[LogSubscription]\n    val DISABLE = \"DISABLE\".asInstanceOf[LogSubscription]\n\n    @inline def values = js.Array(ENABLE, DISABLE)\n  }\n\n  @js.native\n  sealed trait Order extends js.Any\n  object Order {\n    val DESCENDING = \"DESCENDING\".asInstanceOf[Order]\n    val ASCENDING = \"ASCENDING\".asInstanceOf[Order]\n\n    @inline def values = js.Array(DESCENDING, ASCENDING)\n  }\n\n  @js.native\n  sealed trait OrderedBy extends js.Any\n  object OrderedBy {\n    val LAST_MODIFIED_DATE = \"LAST_MODIFIED_DATE\".asInstanceOf[OrderedBy]\n\n    @inline def values = js.Array(LAST_MODIFIED_DATE)\n  }\n\n  \/** Represents options that specify how and where DataBrew writes the output generated by recipe jobs or profile jobs.\n    *\/\n  @js.native\n  trait Output extends js.Object {\n    var Location: S3Location\n    var CompressionFormat: js.UndefOr[CompressionFormat]\n    var Format: js.UndefOr[OutputFormat]\n    var FormatOptions: js.UndefOr[OutputFormatOptions]\n    var Overwrite: js.UndefOr[OverwriteOutput]\n    var PartitionColumns: js.UndefOr[ColumnNameList]\n  }\n\n  object Output {\n    @inline\n    def apply(\n        Location: S3Location,\n        CompressionFormat: js.UndefOr[CompressionFormat] = js.undefined,\n        Format: js.UndefOr[OutputFormat] = js.undefined,\n        FormatOptions: js.UndefOr[OutputFormatOptions] = js.undefined,\n        Overwrite: js.UndefOr[OverwriteOutput] = js.undefined,\n        PartitionColumns: js.UndefOr[ColumnNameList] = js.undefined\n    ): Output = {\n      val __obj = js.Dynamic.literal(\n        \"Location\" -> Location.asInstanceOf[js.Any]\n      )\n\n      CompressionFormat.foreach(__v => __obj.updateDynamic(\"CompressionFormat\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FormatOptions.foreach(__v => __obj.updateDynamic(\"FormatOptions\")(__v.asInstanceOf[js.Any]))\n      Overwrite.foreach(__v => __obj.updateDynamic(\"Overwrite\")(__v.asInstanceOf[js.Any]))\n      PartitionColumns.foreach(__v => __obj.updateDynamic(\"PartitionColumns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Output]\n    }\n  }\n\n  @js.native\n  sealed trait OutputFormat extends js.Any\n  object OutputFormat {\n    val CSV = \"CSV\".asInstanceOf[OutputFormat]\n    val JSON = \"JSON\".asInstanceOf[OutputFormat]\n    val PARQUET = \"PARQUET\".asInstanceOf[OutputFormat]\n    val GLUEPARQUET = \"GLUEPARQUET\".asInstanceOf[OutputFormat]\n    val AVRO = \"AVRO\".asInstanceOf[OutputFormat]\n    val ORC = \"ORC\".asInstanceOf[OutputFormat]\n    val XML = \"XML\".asInstanceOf[OutputFormat]\n\n    @inline def values = js.Array(CSV, JSON, PARQUET, GLUEPARQUET, AVRO, ORC, XML)\n  }\n\n  \/** Represents a set of options that define the structure of comma-separated (CSV) job output.\n    *\/\n  @js.native\n  trait OutputFormatOptions extends js.Object {\n    var Csv: js.UndefOr[CsvOutputOptions]\n  }\n\n  object OutputFormatOptions {\n    @inline\n    def apply(\n        Csv: js.UndefOr[CsvOutputOptions] = js.undefined\n    ): OutputFormatOptions = {\n      val __obj = js.Dynamic.literal()\n      Csv.foreach(__v => __obj.updateDynamic(\"Csv\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputFormatOptions]\n    }\n  }\n\n  @js.native\n  sealed trait ParameterType extends js.Any\n  object ParameterType {\n    val Datetime = \"Datetime\".asInstanceOf[ParameterType]\n    val Number = \"Number\".asInstanceOf[ParameterType]\n    val String = \"String\".asInstanceOf[ParameterType]\n\n    @inline def values = js.Array(Datetime, Number, String)\n  }\n\n  \/** Represents a set of options that define how DataBrew selects files for a given S3 path in a dataset.\n    *\/\n  @js.native\n  trait PathOptions extends js.Object {\n    var FilesLimit: js.UndefOr[FilesLimit]\n    var LastModifiedDateCondition: js.UndefOr[FilterExpression]\n    var Parameters: js.UndefOr[PathParametersMap]\n  }\n\n  object PathOptions {\n    @inline\n    def apply(\n        FilesLimit: js.UndefOr[FilesLimit] = js.undefined,\n        LastModifiedDateCondition: js.UndefOr[FilterExpression] = js.undefined,\n        Parameters: js.UndefOr[PathParametersMap] = js.undefined\n    ): PathOptions = {\n      val __obj = js.Dynamic.literal()\n      FilesLimit.foreach(__v => __obj.updateDynamic(\"FilesLimit\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDateCondition.foreach(__v => __obj.updateDynamic(\"LastModifiedDateCondition\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PathOptions]\n    }\n  }\n\n  \/** Represents all of the attributes of a DataBrew project.\n    *\/\n  @js.native\n  trait Project extends js.Object {\n    var Name: ProjectName\n    var RecipeName: RecipeName\n    var AccountId: js.UndefOr[AccountId]\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var DatasetName: js.UndefOr[DatasetName]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var OpenDate: js.UndefOr[Date]\n    var OpenedBy: js.UndefOr[OpenedBy]\n    var ResourceArn: js.UndefOr[Arn]\n    var RoleArn: js.UndefOr[Arn]\n    var Sample: js.UndefOr[Sample]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object Project {\n    @inline\n    def apply(\n        Name: ProjectName,\n        RecipeName: RecipeName,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        DatasetName: js.UndefOr[DatasetName] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        OpenDate: js.UndefOr[Date] = js.undefined,\n        OpenedBy: js.UndefOr[OpenedBy] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        RoleArn: js.UndefOr[Arn] = js.undefined,\n        Sample: js.UndefOr[Sample] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): Project = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RecipeName\" -> RecipeName.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      DatasetName.foreach(__v => __obj.updateDynamic(\"DatasetName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      OpenDate.foreach(__v => __obj.updateDynamic(\"OpenDate\")(__v.asInstanceOf[js.Any]))\n      OpenedBy.foreach(__v => __obj.updateDynamic(\"OpenedBy\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Sample.foreach(__v => __obj.updateDynamic(\"Sample\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Project]\n    }\n  }\n\n  @js.native\n  trait PublishRecipeRequest extends js.Object {\n    var Name: RecipeName\n    var Description: js.UndefOr[RecipeDescription]\n  }\n\n  object PublishRecipeRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        Description: js.UndefOr[RecipeDescription] = js.undefined\n    ): PublishRecipeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishRecipeRequest]\n    }\n  }\n\n  @js.native\n  trait PublishRecipeResponse extends js.Object {\n    var Name: RecipeName\n  }\n\n  object PublishRecipeResponse {\n    @inline\n    def apply(\n        Name: RecipeName\n    ): PublishRecipeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PublishRecipeResponse]\n    }\n  }\n\n  \/** Represents one or more actions to be performed on a DataBrew dataset.\n    *\/\n  @js.native\n  trait Recipe extends js.Object {\n    var Name: RecipeName\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var Description: js.UndefOr[RecipeDescription]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var ProjectName: js.UndefOr[ProjectName]\n    var PublishedBy: js.UndefOr[PublishedBy]\n    var PublishedDate: js.UndefOr[Date]\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n    var ResourceArn: js.UndefOr[Arn]\n    var Steps: js.UndefOr[RecipeStepList]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object Recipe {\n    @inline\n    def apply(\n        Name: RecipeName,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        Description: js.UndefOr[RecipeDescription] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        ProjectName: js.UndefOr[ProjectName] = js.undefined,\n        PublishedBy: js.UndefOr[PublishedBy] = js.undefined,\n        PublishedDate: js.UndefOr[Date] = js.undefined,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Steps: js.UndefOr[RecipeStepList] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): Recipe = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      ProjectName.foreach(__v => __obj.updateDynamic(\"ProjectName\")(__v.asInstanceOf[js.Any]))\n      PublishedBy.foreach(__v => __obj.updateDynamic(\"PublishedBy\")(__v.asInstanceOf[js.Any]))\n      PublishedDate.foreach(__v => __obj.updateDynamic(\"PublishedDate\")(__v.asInstanceOf[js.Any]))\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Steps.foreach(__v => __obj.updateDynamic(\"Steps\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Recipe]\n    }\n  }\n\n  \/** Represents a transformation and associated parameters that are used to apply a change to a DataBrew dataset. For more information, see [[https:\/\/docs.aws.amazon.com\/databrew\/latest\/dg\/recipe-structure.html|Recipe structure]] and [[https:\/\/docs.aws.amazon.com\/databrew\/latest\/dg\/recipe-actions-reference.html|Recipe actions reference]].\n    *\/\n  @js.native\n  trait RecipeAction extends js.Object {\n    var Operation: Operation\n    var Parameters: js.UndefOr[ParameterMap]\n  }\n\n  object RecipeAction {\n    @inline\n    def apply(\n        Operation: Operation,\n        Parameters: js.UndefOr[ParameterMap] = js.undefined\n    ): RecipeAction = {\n      val __obj = js.Dynamic.literal(\n        \"Operation\" -> Operation.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipeAction]\n    }\n  }\n\n  \/** Represents the name and version of a DataBrew recipe.\n    *\/\n  @js.native\n  trait RecipeReference extends js.Object {\n    var Name: RecipeName\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n  }\n\n  object RecipeReference {\n    @inline\n    def apply(\n        Name: RecipeName,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined\n    ): RecipeReference = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipeReference]\n    }\n  }\n\n  \/** Represents a single step from a DataBrew recipe to be performed.\n    *\/\n  @js.native\n  trait RecipeStep extends js.Object {\n    var Action: RecipeAction\n    var ConditionExpressions: js.UndefOr[ConditionExpressionList]\n  }\n\n  object RecipeStep {\n    @inline\n    def apply(\n        Action: RecipeAction,\n        ConditionExpressions: js.UndefOr[ConditionExpressionList] = js.undefined\n    ): RecipeStep = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any]\n      )\n\n      ConditionExpressions.foreach(__v => __obj.updateDynamic(\"ConditionExpressions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipeStep]\n    }\n  }\n\n  \/** Represents any errors encountered when attempting to delete multiple recipe versions.\n    *\/\n  @js.native\n  trait RecipeVersionErrorDetail extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[RecipeErrorMessage]\n    var RecipeVersion: js.UndefOr[RecipeVersion]\n  }\n\n  object RecipeVersionErrorDetail {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[RecipeErrorMessage] = js.undefined,\n        RecipeVersion: js.UndefOr[RecipeVersion] = js.undefined\n    ): RecipeVersionErrorDetail = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      RecipeVersion.foreach(__v => __obj.updateDynamic(\"RecipeVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipeVersionErrorDetail]\n    }\n  }\n\n  \/** Represents an Amazon S3 location (bucket name and object key) where DataBrew can read input data, or write output from a job.\n    *\/\n  @js.native\n  trait S3Location extends js.Object {\n    var Bucket: Bucket\n    var Key: js.UndefOr[Key]\n  }\n\n  object S3Location {\n    @inline\n    def apply(\n        Bucket: Bucket,\n        Key: js.UndefOr[Key] = js.undefined\n    ): S3Location = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Location]\n    }\n  }\n\n  \/** Represents the sample size and sampling type for DataBrew to use for interactive data analysis.\n    *\/\n  @js.native\n  trait Sample extends js.Object {\n    var Type: SampleType\n    var Size: js.UndefOr[SampleSize]\n  }\n\n  object Sample {\n    @inline\n    def apply(\n        Type: SampleType,\n        Size: js.UndefOr[SampleSize] = js.undefined\n    ): Sample = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Sample]\n    }\n  }\n\n  @js.native\n  sealed trait SampleMode extends js.Any\n  object SampleMode {\n    val FULL_DATASET = \"FULL_DATASET\".asInstanceOf[SampleMode]\n    val CUSTOM_ROWS = \"CUSTOM_ROWS\".asInstanceOf[SampleMode]\n\n    @inline def values = js.Array(FULL_DATASET, CUSTOM_ROWS)\n  }\n\n  @js.native\n  sealed trait SampleType extends js.Any\n  object SampleType {\n    val FIRST_N = \"FIRST_N\".asInstanceOf[SampleType]\n    val LAST_N = \"LAST_N\".asInstanceOf[SampleType]\n    val RANDOM = \"RANDOM\".asInstanceOf[SampleType]\n\n    @inline def values = js.Array(FIRST_N, LAST_N, RANDOM)\n  }\n\n  \/** Represents one or more dates and times when a job is to run.\n    *\/\n  @js.native\n  trait Schedule extends js.Object {\n    var Name: ScheduleName\n    var AccountId: js.UndefOr[AccountId]\n    var CreateDate: js.UndefOr[Date]\n    var CreatedBy: js.UndefOr[CreatedBy]\n    var CronExpression: js.UndefOr[CronExpression]\n    var JobNames: js.UndefOr[JobNameList]\n    var LastModifiedBy: js.UndefOr[LastModifiedBy]\n    var LastModifiedDate: js.UndefOr[Date]\n    var ResourceArn: js.UndefOr[Arn]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object Schedule {\n    @inline\n    def apply(\n        Name: ScheduleName,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        CreateDate: js.UndefOr[Date] = js.undefined,\n        CreatedBy: js.UndefOr[CreatedBy] = js.undefined,\n        CronExpression: js.UndefOr[CronExpression] = js.undefined,\n        JobNames: js.UndefOr[JobNameList] = js.undefined,\n        LastModifiedBy: js.UndefOr[LastModifiedBy] = js.undefined,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined,\n        ResourceArn: js.UndefOr[Arn] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): Schedule = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CronExpression.foreach(__v => __obj.updateDynamic(\"CronExpression\")(__v.asInstanceOf[js.Any]))\n      JobNames.foreach(__v => __obj.updateDynamic(\"JobNames\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Schedule]\n    }\n  }\n\n  @js.native\n  trait SendProjectSessionActionRequest extends js.Object {\n    var Name: ProjectName\n    var ClientSessionId: js.UndefOr[ClientSessionId]\n    var Preview: js.UndefOr[Preview]\n    var RecipeStep: js.UndefOr[RecipeStep]\n    var StepIndex: js.UndefOr[StepIndex]\n    var ViewFrame: js.UndefOr[ViewFrame]\n  }\n\n  object SendProjectSessionActionRequest {\n    @inline\n    def apply(\n        Name: ProjectName,\n        ClientSessionId: js.UndefOr[ClientSessionId] = js.undefined,\n        Preview: js.UndefOr[Preview] = js.undefined,\n        RecipeStep: js.UndefOr[RecipeStep] = js.undefined,\n        StepIndex: js.UndefOr[StepIndex] = js.undefined,\n        ViewFrame: js.UndefOr[ViewFrame] = js.undefined\n    ): SendProjectSessionActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ClientSessionId.foreach(__v => __obj.updateDynamic(\"ClientSessionId\")(__v.asInstanceOf[js.Any]))\n      Preview.foreach(__v => __obj.updateDynamic(\"Preview\")(__v.asInstanceOf[js.Any]))\n      RecipeStep.foreach(__v => __obj.updateDynamic(\"RecipeStep\")(__v.asInstanceOf[js.Any]))\n      StepIndex.foreach(__v => __obj.updateDynamic(\"StepIndex\")(__v.asInstanceOf[js.Any]))\n      ViewFrame.foreach(__v => __obj.updateDynamic(\"ViewFrame\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendProjectSessionActionRequest]\n    }\n  }\n\n  @js.native\n  trait SendProjectSessionActionResponse extends js.Object {\n    var Name: ProjectName\n    var ActionId: js.UndefOr[ActionId]\n    var Result: js.UndefOr[Result]\n  }\n\n  object SendProjectSessionActionResponse {\n    @inline\n    def apply(\n        Name: ProjectName,\n        ActionId: js.UndefOr[ActionId] = js.undefined,\n        Result: js.UndefOr[Result] = js.undefined\n    ): SendProjectSessionActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ActionId.foreach(__v => __obj.updateDynamic(\"ActionId\")(__v.asInstanceOf[js.Any]))\n      Result.foreach(__v => __obj.updateDynamic(\"Result\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendProjectSessionActionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait SessionStatus extends js.Any\n  object SessionStatus {\n    val ASSIGNED = \"ASSIGNED\".asInstanceOf[SessionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[SessionStatus]\n    val INITIALIZING = \"INITIALIZING\".asInstanceOf[SessionStatus]\n    val PROVISIONING = \"PROVISIONING\".asInstanceOf[SessionStatus]\n    val READY = \"READY\".asInstanceOf[SessionStatus]\n    val RECYCLING = \"RECYCLING\".asInstanceOf[SessionStatus]\n    val ROTATING = \"ROTATING\".asInstanceOf[SessionStatus]\n    val TERMINATED = \"TERMINATED\".asInstanceOf[SessionStatus]\n    val TERMINATING = \"TERMINATING\".asInstanceOf[SessionStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[SessionStatus]\n\n    @inline def values = js.Array(ASSIGNED, FAILED, INITIALIZING, PROVISIONING, READY, RECYCLING, ROTATING, TERMINATED, TERMINATING, UPDATING)\n  }\n\n  @js.native\n  sealed trait Source extends js.Any\n  object Source {\n    val S3 = \"S3\".asInstanceOf[Source]\n    val `DATA-CATALOG` = \"DATA-CATALOG\".asInstanceOf[Source]\n    val DATABASE = \"DATABASE\".asInstanceOf[Source]\n\n    @inline def values = js.Array(S3, `DATA-CATALOG`, DATABASE)\n  }\n\n  @js.native\n  trait StartJobRunRequest extends js.Object {\n    var Name: JobName\n  }\n\n  object StartJobRunRequest {\n    @inline\n    def apply(\n        Name: JobName\n    ): StartJobRunRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartJobRunRequest]\n    }\n  }\n\n  @js.native\n  trait StartJobRunResponse extends js.Object {\n    var RunId: JobRunId\n  }\n\n  object StartJobRunResponse {\n    @inline\n    def apply(\n        RunId: JobRunId\n    ): StartJobRunResponse = {\n      val __obj = js.Dynamic.literal(\n        \"RunId\" -> RunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartJobRunResponse]\n    }\n  }\n\n  @js.native\n  trait StartProjectSessionRequest extends js.Object {\n    var Name: ProjectName\n    var AssumeControl: js.UndefOr[AssumeControl]\n  }\n\n  object StartProjectSessionRequest {\n    @inline\n    def apply(\n        Name: ProjectName,\n        AssumeControl: js.UndefOr[AssumeControl] = js.undefined\n    ): StartProjectSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AssumeControl.foreach(__v => __obj.updateDynamic(\"AssumeControl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartProjectSessionRequest]\n    }\n  }\n\n  @js.native\n  trait StartProjectSessionResponse extends js.Object {\n    var Name: ProjectName\n    var ClientSessionId: js.UndefOr[ClientSessionId]\n  }\n\n  object StartProjectSessionResponse {\n    @inline\n    def apply(\n        Name: ProjectName,\n        ClientSessionId: js.UndefOr[ClientSessionId] = js.undefined\n    ): StartProjectSessionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ClientSessionId.foreach(__v => __obj.updateDynamic(\"ClientSessionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartProjectSessionResponse]\n    }\n  }\n\n  @js.native\n  trait StopJobRunRequest extends js.Object {\n    var Name: JobName\n    var RunId: JobRunId\n  }\n\n  object StopJobRunRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        RunId: JobRunId\n    ): StopJobRunRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RunId\" -> RunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopJobRunRequest]\n    }\n  }\n\n  @js.native\n  trait StopJobRunResponse extends js.Object {\n    var RunId: JobRunId\n  }\n\n  object StopJobRunResponse {\n    @inline\n    def apply(\n        RunId: JobRunId\n    ): StopJobRunResponse = {\n      val __obj = js.Dynamic.literal(\n        \"RunId\" -> RunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopJobRunResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDatasetRequest extends js.Object {\n    var Input: Input\n    var Name: DatasetName\n    var Format: js.UndefOr[InputFormat]\n    var FormatOptions: js.UndefOr[FormatOptions]\n    var PathOptions: js.UndefOr[PathOptions]\n  }\n\n  object UpdateDatasetRequest {\n    @inline\n    def apply(\n        Input: Input,\n        Name: DatasetName,\n        Format: js.UndefOr[InputFormat] = js.undefined,\n        FormatOptions: js.UndefOr[FormatOptions] = js.undefined,\n        PathOptions: js.UndefOr[PathOptions] = js.undefined\n    ): UpdateDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FormatOptions.foreach(__v => __obj.updateDynamic(\"FormatOptions\")(__v.asInstanceOf[js.Any]))\n      PathOptions.foreach(__v => __obj.updateDynamic(\"PathOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDatasetResponse extends js.Object {\n    var Name: DatasetName\n  }\n\n  object UpdateDatasetResponse {\n    @inline\n    def apply(\n        Name: DatasetName\n    ): UpdateDatasetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateProfileJobRequest extends js.Object {\n    var Name: JobName\n    var OutputLocation: S3Location\n    var RoleArn: Arn\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var JobSample: js.UndefOr[JobSample]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var Timeout: js.UndefOr[Timeout]\n  }\n\n  object UpdateProfileJobRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        OutputLocation: S3Location,\n        RoleArn: Arn,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        JobSample: js.UndefOr[JobSample] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined\n    ): UpdateProfileJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"OutputLocation\" -> OutputLocation.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      JobSample.foreach(__v => __obj.updateDynamic(\"JobSample\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProfileJobRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateProfileJobResponse extends js.Object {\n    var Name: JobName\n  }\n\n  object UpdateProfileJobResponse {\n    @inline\n    def apply(\n        Name: JobName\n    ): UpdateProfileJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateProfileJobResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateProjectRequest extends js.Object {\n    var Name: ProjectName\n    var RoleArn: Arn\n    var Sample: js.UndefOr[Sample]\n  }\n\n  object UpdateProjectRequest {\n    @inline\n    def apply(\n        Name: ProjectName,\n        RoleArn: Arn,\n        Sample: js.UndefOr[Sample] = js.undefined\n    ): UpdateProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      Sample.foreach(__v => __obj.updateDynamic(\"Sample\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateProjectResponse extends js.Object {\n    var Name: ProjectName\n    var LastModifiedDate: js.UndefOr[Date]\n  }\n\n  object UpdateProjectResponse {\n    @inline\n    def apply(\n        Name: ProjectName,\n        LastModifiedDate: js.UndefOr[Date] = js.undefined\n    ): UpdateProjectResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateRecipeJobRequest extends js.Object {\n    var Name: JobName\n    var Outputs: OutputList\n    var RoleArn: Arn\n    var EncryptionKeyArn: js.UndefOr[EncryptionKeyArn]\n    var EncryptionMode: js.UndefOr[EncryptionMode]\n    var LogSubscription: js.UndefOr[LogSubscription]\n    var MaxCapacity: js.UndefOr[MaxCapacity]\n    var MaxRetries: js.UndefOr[MaxRetries]\n    var Timeout: js.UndefOr[Timeout]\n  }\n\n  object UpdateRecipeJobRequest {\n    @inline\n    def apply(\n        Name: JobName,\n        Outputs: OutputList,\n        RoleArn: Arn,\n        EncryptionKeyArn: js.UndefOr[EncryptionKeyArn] = js.undefined,\n        EncryptionMode: js.UndefOr[EncryptionMode] = js.undefined,\n        LogSubscription: js.UndefOr[LogSubscription] = js.undefined,\n        MaxCapacity: js.UndefOr[MaxCapacity] = js.undefined,\n        MaxRetries: js.UndefOr[MaxRetries] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined\n    ): UpdateRecipeJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      EncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"EncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      EncryptionMode.foreach(__v => __obj.updateDynamic(\"EncryptionMode\")(__v.asInstanceOf[js.Any]))\n      LogSubscription.foreach(__v => __obj.updateDynamic(\"LogSubscription\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MaxRetries.foreach(__v => __obj.updateDynamic(\"MaxRetries\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRecipeJobRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRecipeJobResponse extends js.Object {\n    var Name: JobName\n  }\n\n  object UpdateRecipeJobResponse {\n    @inline\n    def apply(\n        Name: JobName\n    ): UpdateRecipeJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRecipeJobResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateRecipeRequest extends js.Object {\n    var Name: RecipeName\n    var Description: js.UndefOr[RecipeDescription]\n    var Steps: js.UndefOr[RecipeStepList]\n  }\n\n  object UpdateRecipeRequest {\n    @inline\n    def apply(\n        Name: RecipeName,\n        Description: js.UndefOr[RecipeDescription] = js.undefined,\n        Steps: js.UndefOr[RecipeStepList] = js.undefined\n    ): UpdateRecipeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Steps.foreach(__v => __obj.updateDynamic(\"Steps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRecipeRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRecipeResponse extends js.Object {\n    var Name: RecipeName\n  }\n\n  object UpdateRecipeResponse {\n    @inline\n    def apply(\n        Name: RecipeName\n    ): UpdateRecipeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRecipeResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateScheduleRequest extends js.Object {\n    var CronExpression: CronExpression\n    var Name: ScheduleName\n    var JobNames: js.UndefOr[JobNameList]\n  }\n\n  object UpdateScheduleRequest {\n    @inline\n    def apply(\n        CronExpression: CronExpression,\n        Name: ScheduleName,\n        JobNames: js.UndefOr[JobNameList] = js.undefined\n    ): UpdateScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CronExpression\" -> CronExpression.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      JobNames.foreach(__v => __obj.updateDynamic(\"JobNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateScheduleResponse extends js.Object {\n    var Name: ScheduleName\n  }\n\n  object UpdateScheduleResponse {\n    @inline\n    def apply(\n        Name: ScheduleName\n    ): UpdateScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateScheduleResponse]\n    }\n  }\n\n  \/** Represents the data being transformed during an action.\n    *\/\n  @js.native\n  trait ViewFrame extends js.Object {\n    var StartColumnIndex: StartColumnIndex\n    var ColumnRange: js.UndefOr[ColumnRange]\n    var HiddenColumns: js.UndefOr[HiddenColumnList]\n  }\n\n  object ViewFrame {\n    @inline\n    def apply(\n        StartColumnIndex: StartColumnIndex,\n        ColumnRange: js.UndefOr[ColumnRange] = js.undefined,\n        HiddenColumns: js.UndefOr[HiddenColumnList] = js.undefined\n    ): ViewFrame = {\n      val __obj = js.Dynamic.literal(\n        \"StartColumnIndex\" -> StartColumnIndex.asInstanceOf[js.Any]\n      )\n\n      ColumnRange.foreach(__v => __obj.updateDynamic(\"ColumnRange\")(__v.asInstanceOf[js.Any]))\n      HiddenColumns.foreach(__v => __obj.updateDynamic(\"HiddenColumns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ViewFrame]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/acmpca\/src\/main\/scala\/facade\/amazonaws\/services\/ACMPCA.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object acmpca {\n  type ASN1PrintableString64 = String\n  type AWSPolicy = String\n  type AccessDescriptionList = js.Array[AccessDescription]\n  type AccountId = String\n  type ActionList = js.Array[ActionType]\n  type Arn = String\n  type AuditReportId = String\n  type CertificateAuthorities = js.Array[CertificateAuthority]\n  type CertificateBody = String\n  type CertificateBodyBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CertificateChain = String\n  type CertificateChainBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CertificatePolicyList = js.Array[PolicyInformation]\n  type CountryCodeString = String\n  type CsrBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CsrBody = String\n  type CustomObjectIdentifier = String\n  type ExtendedKeyUsageList = js.Array[ExtendedKeyUsage]\n  type GeneralNameList = js.Array[GeneralName]\n  type IdempotencyToken = String\n  type Integer1To5000 = Int\n  type MaxResults = Int\n  type NextToken = String\n  type PermanentDeletionTimeInDays = Int\n  type PermissionList = js.Array[Permission]\n  type PolicyQualifierInfoList = js.Array[PolicyQualifierInfo]\n  type PositiveLong = Double\n  type Principal = String\n  type S3BucketName = String\n  type S3Key = String\n  type String128 = String\n  type String16 = String\n  type String253 = String\n  type String256 = String\n  type String3 = String\n  type String39 = String\n  type String3To255 = String\n  type String40 = String\n  type String5 = String\n  type String64 = String\n  type TStamp = js.Date\n  type TagKey = String\n  type TagList = js.Array[Tag]\n  type TagValue = String\n\n  implicit final class ACMPCAOps(private val service: ACMPCA) extends AnyVal {\n\n    @inline def createCertificateAuthorityAuditReportFuture(params: CreateCertificateAuthorityAuditReportRequest): Future[CreateCertificateAuthorityAuditReportResponse] = service.createCertificateAuthorityAuditReport(params).promise().toFuture\n    @inline def createCertificateAuthorityFuture(params: CreateCertificateAuthorityRequest): Future[CreateCertificateAuthorityResponse] = service.createCertificateAuthority(params).promise().toFuture\n    @inline def createPermissionFuture(params: CreatePermissionRequest): Future[js.Object] = service.createPermission(params).promise().toFuture\n    @inline def deleteCertificateAuthorityFuture(params: DeleteCertificateAuthorityRequest): Future[js.Object] = service.deleteCertificateAuthority(params).promise().toFuture\n    @inline def deletePermissionFuture(params: DeletePermissionRequest): Future[js.Object] = service.deletePermission(params).promise().toFuture\n    @inline def deletePolicyFuture(params: DeletePolicyRequest): Future[js.Object] = service.deletePolicy(params).promise().toFuture\n    @inline def describeCertificateAuthorityAuditReportFuture(params: DescribeCertificateAuthorityAuditReportRequest): Future[DescribeCertificateAuthorityAuditReportResponse] = service.describeCertificateAuthorityAuditReport(params).promise().toFuture\n    @inline def describeCertificateAuthorityFuture(params: DescribeCertificateAuthorityRequest): Future[DescribeCertificateAuthorityResponse] = service.describeCertificateAuthority(params).promise().toFuture\n    @inline def getCertificateAuthorityCertificateFuture(params: GetCertificateAuthorityCertificateRequest): Future[GetCertificateAuthorityCertificateResponse] = service.getCertificateAuthorityCertificate(params).promise().toFuture\n    @inline def getCertificateAuthorityCsrFuture(params: GetCertificateAuthorityCsrRequest): Future[GetCertificateAuthorityCsrResponse] = service.getCertificateAuthorityCsr(params).promise().toFuture\n    @inline def getCertificateFuture(params: GetCertificateRequest): Future[GetCertificateResponse] = service.getCertificate(params).promise().toFuture\n    @inline def getPolicyFuture(params: GetPolicyRequest): Future[GetPolicyResponse] = service.getPolicy(params).promise().toFuture\n    @inline def importCertificateAuthorityCertificateFuture(params: ImportCertificateAuthorityCertificateRequest): Future[js.Object] = service.importCertificateAuthorityCertificate(params).promise().toFuture\n    @inline def issueCertificateFuture(params: IssueCertificateRequest): Future[IssueCertificateResponse] = service.issueCertificate(params).promise().toFuture\n    @inline def listCertificateAuthoritiesFuture(params: ListCertificateAuthoritiesRequest): Future[ListCertificateAuthoritiesResponse] = service.listCertificateAuthorities(params).promise().toFuture\n    @inline def listPermissionsFuture(params: ListPermissionsRequest): Future[ListPermissionsResponse] = service.listPermissions(params).promise().toFuture\n    @inline def listTagsFuture(params: ListTagsRequest): Future[ListTagsResponse] = service.listTags(params).promise().toFuture\n    @inline def putPolicyFuture(params: PutPolicyRequest): Future[js.Object] = service.putPolicy(params).promise().toFuture\n    @inline def restoreCertificateAuthorityFuture(params: RestoreCertificateAuthorityRequest): Future[js.Object] = service.restoreCertificateAuthority(params).promise().toFuture\n    @inline def revokeCertificateFuture(params: RevokeCertificateRequest): Future[js.Object] = service.revokeCertificate(params).promise().toFuture\n    @inline def tagCertificateAuthorityFuture(params: TagCertificateAuthorityRequest): Future[js.Object] = service.tagCertificateAuthority(params).promise().toFuture\n    @inline def untagCertificateAuthorityFuture(params: UntagCertificateAuthorityRequest): Future[js.Object] = service.untagCertificateAuthority(params).promise().toFuture\n    @inline def updateCertificateAuthorityFuture(params: UpdateCertificateAuthorityRequest): Future[js.Object] = service.updateCertificateAuthority(params).promise().toFuture\n\n  }\n}\n\npackage acmpca {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/acmpca\", JSImport.Namespace, \"AWS.ACMPCA\")\n  class ACMPCA() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createCertificateAuthority(params: CreateCertificateAuthorityRequest): Request[CreateCertificateAuthorityResponse] = js.native\n    def createCertificateAuthorityAuditReport(params: CreateCertificateAuthorityAuditReportRequest): Request[CreateCertificateAuthorityAuditReportResponse] = js.native\n    def createPermission(params: CreatePermissionRequest): Request[js.Object] = js.native\n    def deleteCertificateAuthority(params: DeleteCertificateAuthorityRequest): Request[js.Object] = js.native\n    def deletePermission(params: DeletePermissionRequest): Request[js.Object] = js.native\n    def deletePolicy(params: DeletePolicyRequest): Request[js.Object] = js.native\n    def describeCertificateAuthority(params: DescribeCertificateAuthorityRequest): Request[DescribeCertificateAuthorityResponse] = js.native\n    def describeCertificateAuthorityAuditReport(params: DescribeCertificateAuthorityAuditReportRequest): Request[DescribeCertificateAuthorityAuditReportResponse] = js.native\n    def getCertificate(params: GetCertificateRequest): Request[GetCertificateResponse] = js.native\n    def getCertificateAuthorityCertificate(params: GetCertificateAuthorityCertificateRequest): Request[GetCertificateAuthorityCertificateResponse] = js.native\n    def getCertificateAuthorityCsr(params: GetCertificateAuthorityCsrRequest): Request[GetCertificateAuthorityCsrResponse] = js.native\n    def getPolicy(params: GetPolicyRequest): Request[GetPolicyResponse] = js.native\n    def importCertificateAuthorityCertificate(params: ImportCertificateAuthorityCertificateRequest): Request[js.Object] = js.native\n    def issueCertificate(params: IssueCertificateRequest): Request[IssueCertificateResponse] = js.native\n    def listCertificateAuthorities(params: ListCertificateAuthoritiesRequest): Request[ListCertificateAuthoritiesResponse] = js.native\n    def listPermissions(params: ListPermissionsRequest): Request[ListPermissionsResponse] = js.native\n    def listTags(params: ListTagsRequest): Request[ListTagsResponse] = js.native\n    def putPolicy(params: PutPolicyRequest): Request[js.Object] = js.native\n    def restoreCertificateAuthority(params: RestoreCertificateAuthorityRequest): Request[js.Object] = js.native\n    def revokeCertificate(params: RevokeCertificateRequest): Request[js.Object] = js.native\n    def tagCertificateAuthority(params: TagCertificateAuthorityRequest): Request[js.Object] = js.native\n    def untagCertificateAuthority(params: UntagCertificateAuthorityRequest): Request[js.Object] = js.native\n    def updateCertificateAuthority(params: UpdateCertificateAuthorityRequest): Request[js.Object] = js.native\n  }\n\n  \/** Contains information about the certificate subject. The <code>Subject<\/code> field in the certificate identifies the entity that owns or controls the public key in the certificate. The entity can be a user, computer, device, or service. The <code>Subject <\/code>must contain an X.500 distinguished name (DN). A DN is a sequence of relative distinguished names (RDNs). The RDNs are separated by commas in the certificate.\n    *\/\n  @js.native\n  trait ASN1Subject extends js.Object {\n    var CommonName: js.UndefOr[String64]\n    var Country: js.UndefOr[CountryCodeString]\n    var DistinguishedNameQualifier: js.UndefOr[ASN1PrintableString64]\n    var GenerationQualifier: js.UndefOr[String3]\n    var GivenName: js.UndefOr[String16]\n    var Initials: js.UndefOr[String5]\n    var Locality: js.UndefOr[String128]\n    var Organization: js.UndefOr[String64]\n    var OrganizationalUnit: js.UndefOr[String64]\n    var Pseudonym: js.UndefOr[String128]\n    var SerialNumber: js.UndefOr[ASN1PrintableString64]\n    var State: js.UndefOr[String128]\n    var Surname: js.UndefOr[String40]\n    var Title: js.UndefOr[String64]\n  }\n\n  object ASN1Subject {\n    @inline\n    def apply(\n        CommonName: js.UndefOr[String64] = js.undefined,\n        Country: js.UndefOr[CountryCodeString] = js.undefined,\n        DistinguishedNameQualifier: js.UndefOr[ASN1PrintableString64] = js.undefined,\n        GenerationQualifier: js.UndefOr[String3] = js.undefined,\n        GivenName: js.UndefOr[String16] = js.undefined,\n        Initials: js.UndefOr[String5] = js.undefined,\n        Locality: js.UndefOr[String128] = js.undefined,\n        Organization: js.UndefOr[String64] = js.undefined,\n        OrganizationalUnit: js.UndefOr[String64] = js.undefined,\n        Pseudonym: js.UndefOr[String128] = js.undefined,\n        SerialNumber: js.UndefOr[ASN1PrintableString64] = js.undefined,\n        State: js.UndefOr[String128] = js.undefined,\n        Surname: js.UndefOr[String40] = js.undefined,\n        Title: js.UndefOr[String64] = js.undefined\n    ): ASN1Subject = {\n      val __obj = js.Dynamic.literal()\n      CommonName.foreach(__v => __obj.updateDynamic(\"CommonName\")(__v.asInstanceOf[js.Any]))\n      Country.foreach(__v => __obj.updateDynamic(\"Country\")(__v.asInstanceOf[js.Any]))\n      DistinguishedNameQualifier.foreach(__v => __obj.updateDynamic(\"DistinguishedNameQualifier\")(__v.asInstanceOf[js.Any]))\n      GenerationQualifier.foreach(__v => __obj.updateDynamic(\"GenerationQualifier\")(__v.asInstanceOf[js.Any]))\n      GivenName.foreach(__v => __obj.updateDynamic(\"GivenName\")(__v.asInstanceOf[js.Any]))\n      Initials.foreach(__v => __obj.updateDynamic(\"Initials\")(__v.asInstanceOf[js.Any]))\n      Locality.foreach(__v => __obj.updateDynamic(\"Locality\")(__v.asInstanceOf[js.Any]))\n      Organization.foreach(__v => __obj.updateDynamic(\"Organization\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnit.foreach(__v => __obj.updateDynamic(\"OrganizationalUnit\")(__v.asInstanceOf[js.Any]))\n      Pseudonym.foreach(__v => __obj.updateDynamic(\"Pseudonym\")(__v.asInstanceOf[js.Any]))\n      SerialNumber.foreach(__v => __obj.updateDynamic(\"SerialNumber\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Surname.foreach(__v => __obj.updateDynamic(\"Surname\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ASN1Subject]\n    }\n  }\n\n  \/** Provides access information used by the <code>authorityInfoAccess<\/code> and <code>subjectInfoAccess<\/code> extensions described in [[https:\/\/tools.ietf.org\/html\/rfc5280|RFC 5280]].\n    *\/\n  @js.native\n  trait AccessDescription extends js.Object {\n    var AccessLocation: GeneralName\n    var AccessMethod: AccessMethod\n  }\n\n  object AccessDescription {\n    @inline\n    def apply(\n        AccessLocation: GeneralName,\n        AccessMethod: AccessMethod\n    ): AccessDescription = {\n      val __obj = js.Dynamic.literal(\n        \"AccessLocation\" -> AccessLocation.asInstanceOf[js.Any],\n        \"AccessMethod\" -> AccessMethod.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccessDescription]\n    }\n  }\n\n  \/** Describes the type and format of extension access. Only one of <code>CustomObjectIdentifier<\/code> or <code>AccessMethodType<\/code> may be provided. Providing both results in <code>InvalidArgsException<\/code>.\n    *\/\n  @js.native\n  trait AccessMethod extends js.Object {\n    var AccessMethodType: js.UndefOr[AccessMethodType]\n    var CustomObjectIdentifier: js.UndefOr[CustomObjectIdentifier]\n  }\n\n  object AccessMethod {\n    @inline\n    def apply(\n        AccessMethodType: js.UndefOr[AccessMethodType] = js.undefined,\n        CustomObjectIdentifier: js.UndefOr[CustomObjectIdentifier] = js.undefined\n    ): AccessMethod = {\n      val __obj = js.Dynamic.literal()\n      AccessMethodType.foreach(__v => __obj.updateDynamic(\"AccessMethodType\")(__v.asInstanceOf[js.Any]))\n      CustomObjectIdentifier.foreach(__v => __obj.updateDynamic(\"CustomObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessMethod]\n    }\n  }\n\n  @js.native\n  sealed trait AccessMethodType extends js.Any\n  object AccessMethodType {\n    val CA_REPOSITORY = \"CA_REPOSITORY\".asInstanceOf[AccessMethodType]\n    val RESOURCE_PKI_MANIFEST = \"RESOURCE_PKI_MANIFEST\".asInstanceOf[AccessMethodType]\n    val RESOURCE_PKI_NOTIFY = \"RESOURCE_PKI_NOTIFY\".asInstanceOf[AccessMethodType]\n\n    @inline def values = js.Array(CA_REPOSITORY, RESOURCE_PKI_MANIFEST, RESOURCE_PKI_NOTIFY)\n  }\n\n  @js.native\n  sealed trait ActionType extends js.Any\n  object ActionType {\n    val IssueCertificate = \"IssueCertificate\".asInstanceOf[ActionType]\n    val GetCertificate = \"GetCertificate\".asInstanceOf[ActionType]\n    val ListPermissions = \"ListPermissions\".asInstanceOf[ActionType]\n\n    @inline def values = js.Array(IssueCertificate, GetCertificate, ListPermissions)\n  }\n\n  \/** Contains X.509 certificate information to be placed in an issued certificate. An <code>APIPassthrough<\/code> or <code>APICSRPassthrough<\/code> template variant must be selected, or else this parameter is ignored. If conflicting or duplicate certificate information is supplied from other sources, ACM Private CA applies [[xxxxx|order of operation rules]] to determine what information is used.\n    *\/\n  @js.native\n  trait ApiPassthrough extends js.Object {\n    var Extensions: js.UndefOr[Extensions]\n    var Subject: js.UndefOr[ASN1Subject]\n  }\n\n  object ApiPassthrough {\n    @inline\n    def apply(\n        Extensions: js.UndefOr[Extensions] = js.undefined,\n        Subject: js.UndefOr[ASN1Subject] = js.undefined\n    ): ApiPassthrough = {\n      val __obj = js.Dynamic.literal()\n      Extensions.foreach(__v => __obj.updateDynamic(\"Extensions\")(__v.asInstanceOf[js.Any]))\n      Subject.foreach(__v => __obj.updateDynamic(\"Subject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApiPassthrough]\n    }\n  }\n\n  @js.native\n  sealed trait AuditReportResponseFormat extends js.Any\n  object AuditReportResponseFormat {\n    val JSON = \"JSON\".asInstanceOf[AuditReportResponseFormat]\n    val CSV = \"CSV\".asInstanceOf[AuditReportResponseFormat]\n\n    @inline def values = js.Array(JSON, CSV)\n  }\n\n  @js.native\n  sealed trait AuditReportStatus extends js.Any\n  object AuditReportStatus {\n    val CREATING = \"CREATING\".asInstanceOf[AuditReportStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[AuditReportStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AuditReportStatus]\n\n    @inline def values = js.Array(CREATING, SUCCESS, FAILED)\n  }\n\n  \/** Contains information about your private certificate authority (CA). Your private CA can issue and revoke X.509 digital certificates. Digital certificates verify that the entity named in the certificate ```Subject``` field owns or controls the public key contained in the ```Subject Public Key Info``` field. Call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_CreateCertificateAuthority.html|CreateCertificateAuthority]] action to create your private CA. You must then call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_GetCertificateAuthorityCertificate.html|GetCertificateAuthorityCertificate]] action to retrieve a private CA certificate signing request (CSR). Sign the CSR with your ACM Private CA-hosted or on-premises root or subordinate CA certificate. Call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_ImportCertificateAuthorityCertificate.html|ImportCertificateAuthorityCertificate]] action to import the signed certificate\n    * into AWS Certificate Manager (ACM).\n    *\/\n  @js.native\n  trait CertificateAuthority extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CertificateAuthorityConfiguration: js.UndefOr[CertificateAuthorityConfiguration]\n    var CreatedAt: js.UndefOr[TStamp]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastStateChangeAt: js.UndefOr[TStamp]\n    var NotAfter: js.UndefOr[TStamp]\n    var NotBefore: js.UndefOr[TStamp]\n    var OwnerAccount: js.UndefOr[AccountId]\n    var RestorableUntil: js.UndefOr[TStamp]\n    var RevocationConfiguration: js.UndefOr[RevocationConfiguration]\n    var Serial: js.UndefOr[String]\n    var Status: js.UndefOr[CertificateAuthorityStatus]\n    var Type: js.UndefOr[CertificateAuthorityType]\n  }\n\n  object CertificateAuthority {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CertificateAuthorityConfiguration: js.UndefOr[CertificateAuthorityConfiguration] = js.undefined,\n        CreatedAt: js.UndefOr[TStamp] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastStateChangeAt: js.UndefOr[TStamp] = js.undefined,\n        NotAfter: js.UndefOr[TStamp] = js.undefined,\n        NotBefore: js.UndefOr[TStamp] = js.undefined,\n        OwnerAccount: js.UndefOr[AccountId] = js.undefined,\n        RestorableUntil: js.UndefOr[TStamp] = js.undefined,\n        RevocationConfiguration: js.UndefOr[RevocationConfiguration] = js.undefined,\n        Serial: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[CertificateAuthorityStatus] = js.undefined,\n        Type: js.UndefOr[CertificateAuthorityType] = js.undefined\n    ): CertificateAuthority = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CertificateAuthorityConfiguration.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityConfiguration\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastStateChangeAt.foreach(__v => __obj.updateDynamic(\"LastStateChangeAt\")(__v.asInstanceOf[js.Any]))\n      NotAfter.foreach(__v => __obj.updateDynamic(\"NotAfter\")(__v.asInstanceOf[js.Any]))\n      NotBefore.foreach(__v => __obj.updateDynamic(\"NotBefore\")(__v.asInstanceOf[js.Any]))\n      OwnerAccount.foreach(__v => __obj.updateDynamic(\"OwnerAccount\")(__v.asInstanceOf[js.Any]))\n      RestorableUntil.foreach(__v => __obj.updateDynamic(\"RestorableUntil\")(__v.asInstanceOf[js.Any]))\n      RevocationConfiguration.foreach(__v => __obj.updateDynamic(\"RevocationConfiguration\")(__v.asInstanceOf[js.Any]))\n      Serial.foreach(__v => __obj.updateDynamic(\"Serial\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateAuthority]\n    }\n  }\n\n  \/** Contains configuration information for your private certificate authority (CA). This includes information about the class of public key algorithm and the key pair that your private CA creates when it issues a certificate. It also includes the signature algorithm that it uses when issuing certificates, and its X.500 distinguished name. You must specify this information when you call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_CreateCertificateAuthority.html|CreateCertificateAuthority]] action.\n    *\/\n  @js.native\n  trait CertificateAuthorityConfiguration extends js.Object {\n    var KeyAlgorithm: KeyAlgorithm\n    var SigningAlgorithm: SigningAlgorithm\n    var Subject: ASN1Subject\n    var CsrExtensions: js.UndefOr[CsrExtensions]\n  }\n\n  object CertificateAuthorityConfiguration {\n    @inline\n    def apply(\n        KeyAlgorithm: KeyAlgorithm,\n        SigningAlgorithm: SigningAlgorithm,\n        Subject: ASN1Subject,\n        CsrExtensions: js.UndefOr[CsrExtensions] = js.undefined\n    ): CertificateAuthorityConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"KeyAlgorithm\" -> KeyAlgorithm.asInstanceOf[js.Any],\n        \"SigningAlgorithm\" -> SigningAlgorithm.asInstanceOf[js.Any],\n        \"Subject\" -> Subject.asInstanceOf[js.Any]\n      )\n\n      CsrExtensions.foreach(__v => __obj.updateDynamic(\"CsrExtensions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateAuthorityConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait CertificateAuthorityStatus extends js.Any\n  object CertificateAuthorityStatus {\n    val CREATING = \"CREATING\".asInstanceOf[CertificateAuthorityStatus]\n    val PENDING_CERTIFICATE = \"PENDING_CERTIFICATE\".asInstanceOf[CertificateAuthorityStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[CertificateAuthorityStatus]\n    val DELETED = \"DELETED\".asInstanceOf[CertificateAuthorityStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[CertificateAuthorityStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[CertificateAuthorityStatus]\n    val FAILED = \"FAILED\".asInstanceOf[CertificateAuthorityStatus]\n\n    @inline def values = js.Array(CREATING, PENDING_CERTIFICATE, ACTIVE, DELETED, DISABLED, EXPIRED, FAILED)\n  }\n\n  @js.native\n  sealed trait CertificateAuthorityType extends js.Any\n  object CertificateAuthorityType {\n    val ROOT = \"ROOT\".asInstanceOf[CertificateAuthorityType]\n    val SUBORDINATE = \"SUBORDINATE\".asInstanceOf[CertificateAuthorityType]\n\n    @inline def values = js.Array(ROOT, SUBORDINATE)\n  }\n\n  @js.native\n  trait CreateCertificateAuthorityAuditReportRequest extends js.Object {\n    var AuditReportResponseFormat: AuditReportResponseFormat\n    var CertificateAuthorityArn: Arn\n    var S3BucketName: S3BucketName\n  }\n\n  object CreateCertificateAuthorityAuditReportRequest {\n    @inline\n    def apply(\n        AuditReportResponseFormat: AuditReportResponseFormat,\n        CertificateAuthorityArn: Arn,\n        S3BucketName: S3BucketName\n    ): CreateCertificateAuthorityAuditReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuditReportResponseFormat\" -> AuditReportResponseFormat.asInstanceOf[js.Any],\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"S3BucketName\" -> S3BucketName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCertificateAuthorityAuditReportRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCertificateAuthorityAuditReportResponse extends js.Object {\n    var AuditReportId: js.UndefOr[AuditReportId]\n    var S3Key: js.UndefOr[S3Key]\n  }\n\n  object CreateCertificateAuthorityAuditReportResponse {\n    @inline\n    def apply(\n        AuditReportId: js.UndefOr[AuditReportId] = js.undefined,\n        S3Key: js.UndefOr[S3Key] = js.undefined\n    ): CreateCertificateAuthorityAuditReportResponse = {\n      val __obj = js.Dynamic.literal()\n      AuditReportId.foreach(__v => __obj.updateDynamic(\"AuditReportId\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCertificateAuthorityAuditReportResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityConfiguration: CertificateAuthorityConfiguration\n    var CertificateAuthorityType: CertificateAuthorityType\n    var IdempotencyToken: js.UndefOr[IdempotencyToken]\n    var RevocationConfiguration: js.UndefOr[RevocationConfiguration]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityConfiguration: CertificateAuthorityConfiguration,\n        CertificateAuthorityType: CertificateAuthorityType,\n        IdempotencyToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        RevocationConfiguration: js.UndefOr[RevocationConfiguration] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityConfiguration\" -> CertificateAuthorityConfiguration.asInstanceOf[js.Any],\n        \"CertificateAuthorityType\" -> CertificateAuthorityType.asInstanceOf[js.Any]\n      )\n\n      IdempotencyToken.foreach(__v => __obj.updateDynamic(\"IdempotencyToken\")(__v.asInstanceOf[js.Any]))\n      RevocationConfiguration.foreach(__v => __obj.updateDynamic(\"RevocationConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCertificateAuthorityRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCertificateAuthorityResponse extends js.Object {\n    var CertificateAuthorityArn: js.UndefOr[Arn]\n  }\n\n  object CreateCertificateAuthorityResponse {\n    @inline\n    def apply(\n        CertificateAuthorityArn: js.UndefOr[Arn] = js.undefined\n    ): CreateCertificateAuthorityResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateAuthorityArn.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCertificateAuthorityResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePermissionRequest extends js.Object {\n    var Actions: ActionList\n    var CertificateAuthorityArn: Arn\n    var Principal: Principal\n    var SourceAccount: js.UndefOr[AccountId]\n  }\n\n  object CreatePermissionRequest {\n    @inline\n    def apply(\n        Actions: ActionList,\n        CertificateAuthorityArn: Arn,\n        Principal: Principal,\n        SourceAccount: js.UndefOr[AccountId] = js.undefined\n    ): CreatePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any],\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any]\n      )\n\n      SourceAccount.foreach(__v => __obj.updateDynamic(\"SourceAccount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePermissionRequest]\n    }\n  }\n\n  \/** Contains configuration information for a certificate revocation list (CRL). Your private certificate authority (CA) creates base CRLs. Delta CRLs are not supported. You can enable CRLs for your new or an existing private CA by setting the ```Enabled``` parameter to <code>true<\/code>. Your private CA writes CRLs to an S3 bucket that you specify in the ```S3BucketName``` parameter. You can hide the name of your bucket by specifying a value for the ```CustomCname``` parameter. Your private CA copies the CNAME or the S3 bucket name to the ```CRL Distribution Points``` extension of each certificate it issues. Your S3 bucket policy must give write permission to ACM Private CA. ACM Private CAA assets that are stored in Amazon S3 can be protected with encryption. For more information, see [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/userguide\/PcaCreateCa.html#crl-encryption|Encrypting Your CRLs]]. Your private CA uses the value in the ```ExpirationInDays``` parameter to calculate the\n    * ```nextUpdate``` field in the CRL. The CRL is refreshed at 1\/2 the age of next update or when a certificate is revoked. When a certificate is revoked, it is recorded in the next CRL that is generated and in the next audit report. Only time valid certificates are listed in the CRL. Expired certificates are not included. CRLs contain the following fields: * ```Version```: The current version number defined in RFC 5280 is V2. The integer value is 0x1. * ```Signature Algorithm```: The name of the algorithm used to sign the CRL. * ```Issuer```: The X.500 distinguished name of your private CA that issued the CRL. * ```Last Update```: The issue date and time of this CRL. * ```Next Update```: The day and time by which the next CRL will be issued. * ```Revoked Certificates```: List of revoked certificates. Each list item contains the following information. <li> ```Serial Number```: The serial number, in hexadecimal format, of the revoked certificate. * ```Revocation Date```: Date and time\n    * the certificate was revoked. * ```CRL Entry Extensions```: Optional extensions for the CRL entry. <li> ```X509v3 CRL Reason Code```: Reason the certificate was revoked. <\/li><\/li> * ```CRL Extensions```: Optional extensions for the CRL. <li> ```X509v3 Authority Key Identifier```: Identifies the public key associated with the private key used to sign the certificate. * ```X509v3 CRL Number:```: Decimal sequence number for the CRL. <\/li> * ```Signature Algorithm```: Algorithm used by your private CA to sign the CRL. * ```Signature Value```: Signature computed over the CRL. Certificate revocation lists created by ACM Private CA are DER-encoded. You can use the following OpenSSL command to list a CRL. <code>openssl crl -inform DER -text -in <i>crl_path<\/i> -noout<\/code>\n    *\/\n  @js.native\n  trait CrlConfiguration extends js.Object {\n    var Enabled: Boolean\n    var CustomCname: js.UndefOr[String253]\n    var ExpirationInDays: js.UndefOr[Integer1To5000]\n    var S3BucketName: js.UndefOr[String3To255]\n  }\n\n  object CrlConfiguration {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        CustomCname: js.UndefOr[String253] = js.undefined,\n        ExpirationInDays: js.UndefOr[Integer1To5000] = js.undefined,\n        S3BucketName: js.UndefOr[String3To255] = js.undefined\n    ): CrlConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n\n      CustomCname.foreach(__v => __obj.updateDynamic(\"CustomCname\")(__v.asInstanceOf[js.Any]))\n      ExpirationInDays.foreach(__v => __obj.updateDynamic(\"ExpirationInDays\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CrlConfiguration]\n    }\n  }\n\n  \/** Describes the certificate extensions to be added to the certificate signing request (CSR).\n    *\/\n  @js.native\n  trait CsrExtensions extends js.Object {\n    var KeyUsage: js.UndefOr[KeyUsage]\n    var SubjectInformationAccess: js.UndefOr[AccessDescriptionList]\n  }\n\n  object CsrExtensions {\n    @inline\n    def apply(\n        KeyUsage: js.UndefOr[KeyUsage] = js.undefined,\n        SubjectInformationAccess: js.UndefOr[AccessDescriptionList] = js.undefined\n    ): CsrExtensions = {\n      val __obj = js.Dynamic.literal()\n      KeyUsage.foreach(__v => __obj.updateDynamic(\"KeyUsage\")(__v.asInstanceOf[js.Any]))\n      SubjectInformationAccess.foreach(__v => __obj.updateDynamic(\"SubjectInformationAccess\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CsrExtensions]\n    }\n  }\n\n  @js.native\n  trait DeleteCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var PermanentDeletionTimeInDays: js.UndefOr[PermanentDeletionTimeInDays]\n  }\n\n  object DeleteCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        PermanentDeletionTimeInDays: js.UndefOr[PermanentDeletionTimeInDays] = js.undefined\n    ): DeleteCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n\n      PermanentDeletionTimeInDays.foreach(__v => __obj.updateDynamic(\"PermanentDeletionTimeInDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCertificateAuthorityRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePermissionRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var Principal: Principal\n    var SourceAccount: js.UndefOr[AccountId]\n  }\n\n  object DeletePermissionRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        Principal: Principal,\n        SourceAccount: js.UndefOr[AccountId] = js.undefined\n    ): DeletePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any]\n      )\n\n      SourceAccount.foreach(__v => __obj.updateDynamic(\"SourceAccount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletePermissionRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePolicyRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object DeletePolicyRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): DeletePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateAuthorityAuditReportRequest extends js.Object {\n    var AuditReportId: AuditReportId\n    var CertificateAuthorityArn: Arn\n  }\n\n  object DescribeCertificateAuthorityAuditReportRequest {\n    @inline\n    def apply(\n        AuditReportId: AuditReportId,\n        CertificateAuthorityArn: Arn\n    ): DescribeCertificateAuthorityAuditReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuditReportId\" -> AuditReportId.asInstanceOf[js.Any],\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCertificateAuthorityAuditReportRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateAuthorityAuditReportResponse extends js.Object {\n    var AuditReportStatus: js.UndefOr[AuditReportStatus]\n    var CreatedAt: js.UndefOr[TStamp]\n    var S3BucketName: js.UndefOr[S3BucketName]\n    var S3Key: js.UndefOr[S3Key]\n  }\n\n  object DescribeCertificateAuthorityAuditReportResponse {\n    @inline\n    def apply(\n        AuditReportStatus: js.UndefOr[AuditReportStatus] = js.undefined,\n        CreatedAt: js.UndefOr[TStamp] = js.undefined,\n        S3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        S3Key: js.UndefOr[S3Key] = js.undefined\n    ): DescribeCertificateAuthorityAuditReportResponse = {\n      val __obj = js.Dynamic.literal()\n      AuditReportStatus.foreach(__v => __obj.updateDynamic(\"AuditReportStatus\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCertificateAuthorityAuditReportResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n  }\n\n  object DescribeCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn\n    ): DescribeCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCertificateAuthorityRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateAuthorityResponse extends js.Object {\n    var CertificateAuthority: js.UndefOr[CertificateAuthority]\n  }\n\n  object DescribeCertificateAuthorityResponse {\n    @inline\n    def apply(\n        CertificateAuthority: js.UndefOr[CertificateAuthority] = js.undefined\n    ): DescribeCertificateAuthorityResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateAuthority.foreach(__v => __obj.updateDynamic(\"CertificateAuthority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCertificateAuthorityResponse]\n    }\n  }\n\n  \/** Describes an Electronic Data Interchange (EDI) entity as described in as defined in [[https:\/\/tools.ietf.org\/html\/rfc5280|Subject Alternative Name]] in RFC 5280.\n    *\/\n  @js.native\n  trait EdiPartyName extends js.Object {\n    var PartyName: String256\n    var NameAssigner: js.UndefOr[String256]\n  }\n\n  object EdiPartyName {\n    @inline\n    def apply(\n        PartyName: String256,\n        NameAssigner: js.UndefOr[String256] = js.undefined\n    ): EdiPartyName = {\n      val __obj = js.Dynamic.literal(\n        \"PartyName\" -> PartyName.asInstanceOf[js.Any]\n      )\n\n      NameAssigner.foreach(__v => __obj.updateDynamic(\"NameAssigner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdiPartyName]\n    }\n  }\n\n  \/** Specifies additional purposes for which the certified public key may be used other than basic purposes indicated in the <code>KeyUsage<\/code> extension.\n    *\/\n  @js.native\n  trait ExtendedKeyUsage extends js.Object {\n    var ExtendedKeyUsageObjectIdentifier: js.UndefOr[CustomObjectIdentifier]\n    var ExtendedKeyUsageType: js.UndefOr[ExtendedKeyUsageType]\n  }\n\n  object ExtendedKeyUsage {\n    @inline\n    def apply(\n        ExtendedKeyUsageObjectIdentifier: js.UndefOr[CustomObjectIdentifier] = js.undefined,\n        ExtendedKeyUsageType: js.UndefOr[ExtendedKeyUsageType] = js.undefined\n    ): ExtendedKeyUsage = {\n      val __obj = js.Dynamic.literal()\n      ExtendedKeyUsageObjectIdentifier.foreach(__v => __obj.updateDynamic(\"ExtendedKeyUsageObjectIdentifier\")(__v.asInstanceOf[js.Any]))\n      ExtendedKeyUsageType.foreach(__v => __obj.updateDynamic(\"ExtendedKeyUsageType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendedKeyUsage]\n    }\n  }\n\n  @js.native\n  sealed trait ExtendedKeyUsageType extends js.Any\n  object ExtendedKeyUsageType {\n    val SERVER_AUTH = \"SERVER_AUTH\".asInstanceOf[ExtendedKeyUsageType]\n    val CLIENT_AUTH = \"CLIENT_AUTH\".asInstanceOf[ExtendedKeyUsageType]\n    val CODE_SIGNING = \"CODE_SIGNING\".asInstanceOf[ExtendedKeyUsageType]\n    val EMAIL_PROTECTION = \"EMAIL_PROTECTION\".asInstanceOf[ExtendedKeyUsageType]\n    val TIME_STAMPING = \"TIME_STAMPING\".asInstanceOf[ExtendedKeyUsageType]\n    val OCSP_SIGNING = \"OCSP_SIGNING\".asInstanceOf[ExtendedKeyUsageType]\n    val SMART_CARD_LOGIN = \"SMART_CARD_LOGIN\".asInstanceOf[ExtendedKeyUsageType]\n    val DOCUMENT_SIGNING = \"DOCUMENT_SIGNING\".asInstanceOf[ExtendedKeyUsageType]\n    val CERTIFICATE_TRANSPARENCY = \"CERTIFICATE_TRANSPARENCY\".asInstanceOf[ExtendedKeyUsageType]\n\n    @inline def values = js.Array(SERVER_AUTH, CLIENT_AUTH, CODE_SIGNING, EMAIL_PROTECTION, TIME_STAMPING, OCSP_SIGNING, SMART_CARD_LOGIN, DOCUMENT_SIGNING, CERTIFICATE_TRANSPARENCY)\n  }\n\n  \/** Contains X.509 extension information for a certificate.\n    *\/\n  @js.native\n  trait Extensions extends js.Object {\n    var CertificatePolicies: js.UndefOr[CertificatePolicyList]\n    var ExtendedKeyUsage: js.UndefOr[ExtendedKeyUsageList]\n    var KeyUsage: js.UndefOr[KeyUsage]\n    var SubjectAlternativeNames: js.UndefOr[GeneralNameList]\n  }\n\n  object Extensions {\n    @inline\n    def apply(\n        CertificatePolicies: js.UndefOr[CertificatePolicyList] = js.undefined,\n        ExtendedKeyUsage: js.UndefOr[ExtendedKeyUsageList] = js.undefined,\n        KeyUsage: js.UndefOr[KeyUsage] = js.undefined,\n        SubjectAlternativeNames: js.UndefOr[GeneralNameList] = js.undefined\n    ): Extensions = {\n      val __obj = js.Dynamic.literal()\n      CertificatePolicies.foreach(__v => __obj.updateDynamic(\"CertificatePolicies\")(__v.asInstanceOf[js.Any]))\n      ExtendedKeyUsage.foreach(__v => __obj.updateDynamic(\"ExtendedKeyUsage\")(__v.asInstanceOf[js.Any]))\n      KeyUsage.foreach(__v => __obj.updateDynamic(\"KeyUsage\")(__v.asInstanceOf[js.Any]))\n      SubjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"SubjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Extensions]\n    }\n  }\n\n  @js.native\n  sealed trait FailureReason extends js.Any\n  object FailureReason {\n    val REQUEST_TIMED_OUT = \"REQUEST_TIMED_OUT\".asInstanceOf[FailureReason]\n    val UNSUPPORTED_ALGORITHM = \"UNSUPPORTED_ALGORITHM\".asInstanceOf[FailureReason]\n    val OTHER = \"OTHER\".asInstanceOf[FailureReason]\n\n    @inline def values = js.Array(REQUEST_TIMED_OUT, UNSUPPORTED_ALGORITHM, OTHER)\n  }\n\n  \/** Describes an ASN.1 X.400 <code>GeneralName<\/code> as defined in [[https:\/\/tools.ietf.org\/html\/rfc5280|RFC 5280]]. Only one of the following naming options should be provided. Providing more than one option results in an <code>InvalidArgsException<\/code> error.\n    *\/\n  @js.native\n  trait GeneralName extends js.Object {\n    var DirectoryName: js.UndefOr[ASN1Subject]\n    var DnsName: js.UndefOr[String253]\n    var EdiPartyName: js.UndefOr[EdiPartyName]\n    var IpAddress: js.UndefOr[String39]\n    var OtherName: js.UndefOr[OtherName]\n    var RegisteredId: js.UndefOr[CustomObjectIdentifier]\n    var Rfc822Name: js.UndefOr[String256]\n    var UniformResourceIdentifier: js.UndefOr[String253]\n  }\n\n  object GeneralName {\n    @inline\n    def apply(\n        DirectoryName: js.UndefOr[ASN1Subject] = js.undefined,\n        DnsName: js.UndefOr[String253] = js.undefined,\n        EdiPartyName: js.UndefOr[EdiPartyName] = js.undefined,\n        IpAddress: js.UndefOr[String39] = js.undefined,\n        OtherName: js.UndefOr[OtherName] = js.undefined,\n        RegisteredId: js.UndefOr[CustomObjectIdentifier] = js.undefined,\n        Rfc822Name: js.UndefOr[String256] = js.undefined,\n        UniformResourceIdentifier: js.UndefOr[String253] = js.undefined\n    ): GeneralName = {\n      val __obj = js.Dynamic.literal()\n      DirectoryName.foreach(__v => __obj.updateDynamic(\"DirectoryName\")(__v.asInstanceOf[js.Any]))\n      DnsName.foreach(__v => __obj.updateDynamic(\"DnsName\")(__v.asInstanceOf[js.Any]))\n      EdiPartyName.foreach(__v => __obj.updateDynamic(\"EdiPartyName\")(__v.asInstanceOf[js.Any]))\n      IpAddress.foreach(__v => __obj.updateDynamic(\"IpAddress\")(__v.asInstanceOf[js.Any]))\n      OtherName.foreach(__v => __obj.updateDynamic(\"OtherName\")(__v.asInstanceOf[js.Any]))\n      RegisteredId.foreach(__v => __obj.updateDynamic(\"RegisteredId\")(__v.asInstanceOf[js.Any]))\n      Rfc822Name.foreach(__v => __obj.updateDynamic(\"Rfc822Name\")(__v.asInstanceOf[js.Any]))\n      UniformResourceIdentifier.foreach(__v => __obj.updateDynamic(\"UniformResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GeneralName]\n    }\n  }\n\n  @js.native\n  trait GetCertificateAuthorityCertificateRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n  }\n\n  object GetCertificateAuthorityCertificateRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn\n    ): GetCertificateAuthorityCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCertificateAuthorityCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait GetCertificateAuthorityCertificateResponse extends js.Object {\n    var Certificate: js.UndefOr[CertificateBody]\n    var CertificateChain: js.UndefOr[CertificateChain]\n  }\n\n  object GetCertificateAuthorityCertificateResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[CertificateBody] = js.undefined,\n        CertificateChain: js.UndefOr[CertificateChain] = js.undefined\n    ): GetCertificateAuthorityCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificateAuthorityCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait GetCertificateAuthorityCsrRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n  }\n\n  object GetCertificateAuthorityCsrRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn\n    ): GetCertificateAuthorityCsrRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCertificateAuthorityCsrRequest]\n    }\n  }\n\n  @js.native\n  trait GetCertificateAuthorityCsrResponse extends js.Object {\n    var Csr: js.UndefOr[CsrBody]\n  }\n\n  object GetCertificateAuthorityCsrResponse {\n    @inline\n    def apply(\n        Csr: js.UndefOr[CsrBody] = js.undefined\n    ): GetCertificateAuthorityCsrResponse = {\n      val __obj = js.Dynamic.literal()\n      Csr.foreach(__v => __obj.updateDynamic(\"Csr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificateAuthorityCsrResponse]\n    }\n  }\n\n  @js.native\n  trait GetCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n    var CertificateAuthorityArn: Arn\n  }\n\n  object GetCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        CertificateAuthorityArn: Arn\n    ): GetCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait GetCertificateResponse extends js.Object {\n    var Certificate: js.UndefOr[CertificateBody]\n    var CertificateChain: js.UndefOr[CertificateChain]\n  }\n\n  object GetCertificateResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[CertificateBody] = js.undefined,\n        CertificateChain: js.UndefOr[CertificateChain] = js.undefined\n    ): GetCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait GetPolicyRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object GetPolicyRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): GetPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetPolicyResponse extends js.Object {\n    var Policy: js.UndefOr[AWSPolicy]\n  }\n\n  object GetPolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[AWSPolicy] = js.undefined\n    ): GetPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait ImportCertificateAuthorityCertificateRequest extends js.Object {\n    var Certificate: CertificateBodyBlob\n    var CertificateAuthorityArn: Arn\n    var CertificateChain: js.UndefOr[CertificateChainBlob]\n  }\n\n  object ImportCertificateAuthorityCertificateRequest {\n    @inline\n    def apply(\n        Certificate: CertificateBodyBlob,\n        CertificateAuthorityArn: Arn,\n        CertificateChain: js.UndefOr[CertificateChainBlob] = js.undefined\n    ): ImportCertificateAuthorityCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Certificate\" -> Certificate.asInstanceOf[js.Any],\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportCertificateAuthorityCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait IssueCertificateRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var Csr: CsrBlob\n    var SigningAlgorithm: SigningAlgorithm\n    var Validity: Validity\n    var ApiPassthrough: js.UndefOr[ApiPassthrough]\n    var IdempotencyToken: js.UndefOr[IdempotencyToken]\n    var TemplateArn: js.UndefOr[Arn]\n    var ValidityNotBefore: js.UndefOr[Validity]\n  }\n\n  object IssueCertificateRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        Csr: CsrBlob,\n        SigningAlgorithm: SigningAlgorithm,\n        Validity: Validity,\n        ApiPassthrough: js.UndefOr[ApiPassthrough] = js.undefined,\n        IdempotencyToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        TemplateArn: js.UndefOr[Arn] = js.undefined,\n        ValidityNotBefore: js.UndefOr[Validity] = js.undefined\n    ): IssueCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"Csr\" -> Csr.asInstanceOf[js.Any],\n        \"SigningAlgorithm\" -> SigningAlgorithm.asInstanceOf[js.Any],\n        \"Validity\" -> Validity.asInstanceOf[js.Any]\n      )\n\n      ApiPassthrough.foreach(__v => __obj.updateDynamic(\"ApiPassthrough\")(__v.asInstanceOf[js.Any]))\n      IdempotencyToken.foreach(__v => __obj.updateDynamic(\"IdempotencyToken\")(__v.asInstanceOf[js.Any]))\n      TemplateArn.foreach(__v => __obj.updateDynamic(\"TemplateArn\")(__v.asInstanceOf[js.Any]))\n      ValidityNotBefore.foreach(__v => __obj.updateDynamic(\"ValidityNotBefore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IssueCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait IssueCertificateResponse extends js.Object {\n    var CertificateArn: js.UndefOr[Arn]\n  }\n\n  object IssueCertificateResponse {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[Arn] = js.undefined\n    ): IssueCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IssueCertificateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait KeyAlgorithm extends js.Any\n  object KeyAlgorithm {\n    val RSA_2048 = \"RSA_2048\".asInstanceOf[KeyAlgorithm]\n    val RSA_4096 = \"RSA_4096\".asInstanceOf[KeyAlgorithm]\n    val EC_prime256v1 = \"EC_prime256v1\".asInstanceOf[KeyAlgorithm]\n    val EC_secp384r1 = \"EC_secp384r1\".asInstanceOf[KeyAlgorithm]\n\n    @inline def values = js.Array(RSA_2048, RSA_4096, EC_prime256v1, EC_secp384r1)\n  }\n\n  \/** Defines one or more purposes for which the key contained in the certificate can be used. Default value for each option is false.\n    *\/\n  @js.native\n  trait KeyUsage extends js.Object {\n    var CRLSign: js.UndefOr[Boolean]\n    var DataEncipherment: js.UndefOr[Boolean]\n    var DecipherOnly: js.UndefOr[Boolean]\n    var DigitalSignature: js.UndefOr[Boolean]\n    var EncipherOnly: js.UndefOr[Boolean]\n    var KeyAgreement: js.UndefOr[Boolean]\n    var KeyCertSign: js.UndefOr[Boolean]\n    var KeyEncipherment: js.UndefOr[Boolean]\n    var NonRepudiation: js.UndefOr[Boolean]\n  }\n\n  object KeyUsage {\n    @inline\n    def apply(\n        CRLSign: js.UndefOr[Boolean] = js.undefined,\n        DataEncipherment: js.UndefOr[Boolean] = js.undefined,\n        DecipherOnly: js.UndefOr[Boolean] = js.undefined,\n        DigitalSignature: js.UndefOr[Boolean] = js.undefined,\n        EncipherOnly: js.UndefOr[Boolean] = js.undefined,\n        KeyAgreement: js.UndefOr[Boolean] = js.undefined,\n        KeyCertSign: js.UndefOr[Boolean] = js.undefined,\n        KeyEncipherment: js.UndefOr[Boolean] = js.undefined,\n        NonRepudiation: js.UndefOr[Boolean] = js.undefined\n    ): KeyUsage = {\n      val __obj = js.Dynamic.literal()\n      CRLSign.foreach(__v => __obj.updateDynamic(\"CRLSign\")(__v.asInstanceOf[js.Any]))\n      DataEncipherment.foreach(__v => __obj.updateDynamic(\"DataEncipherment\")(__v.asInstanceOf[js.Any]))\n      DecipherOnly.foreach(__v => __obj.updateDynamic(\"DecipherOnly\")(__v.asInstanceOf[js.Any]))\n      DigitalSignature.foreach(__v => __obj.updateDynamic(\"DigitalSignature\")(__v.asInstanceOf[js.Any]))\n      EncipherOnly.foreach(__v => __obj.updateDynamic(\"EncipherOnly\")(__v.asInstanceOf[js.Any]))\n      KeyAgreement.foreach(__v => __obj.updateDynamic(\"KeyAgreement\")(__v.asInstanceOf[js.Any]))\n      KeyCertSign.foreach(__v => __obj.updateDynamic(\"KeyCertSign\")(__v.asInstanceOf[js.Any]))\n      KeyEncipherment.foreach(__v => __obj.updateDynamic(\"KeyEncipherment\")(__v.asInstanceOf[js.Any]))\n      NonRepudiation.foreach(__v => __obj.updateDynamic(\"NonRepudiation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyUsage]\n    }\n  }\n\n  @js.native\n  trait ListCertificateAuthoritiesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceOwner: js.UndefOr[ResourceOwner]\n  }\n\n  object ListCertificateAuthoritiesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceOwner: js.UndefOr[ResourceOwner] = js.undefined\n    ): ListCertificateAuthoritiesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceOwner.foreach(__v => __obj.updateDynamic(\"ResourceOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCertificateAuthoritiesRequest]\n    }\n  }\n\n  @js.native\n  trait ListCertificateAuthoritiesResponse extends js.Object {\n    var CertificateAuthorities: js.UndefOr[CertificateAuthorities]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCertificateAuthoritiesResponse {\n    @inline\n    def apply(\n        CertificateAuthorities: js.UndefOr[CertificateAuthorities] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCertificateAuthoritiesResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateAuthorities.foreach(__v => __obj.updateDynamic(\"CertificateAuthorities\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCertificateAuthoritiesResponse]\n    }\n  }\n\n  @js.native\n  trait ListPermissionsRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPermissionsRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPermissionsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Permissions: js.UndefOr[PermissionList]\n  }\n\n  object ListPermissionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Permissions: js.UndefOr[PermissionList] = js.undefined\n    ): ListPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsResponse]\n    }\n  }\n\n  \/** Defines a custom ASN.1 X.400 <code>GeneralName<\/code> using an object identifier (OID) and value. The OID must satisfy the regular expression shown below. For more information, see NIST's definition of [[https:\/\/csrc.nist.gov\/glossary\/term\/Object_Identifier|Object Identifier (OID)]].\n    *\/\n  @js.native\n  trait OtherName extends js.Object {\n    var TypeId: CustomObjectIdentifier\n    var Value: String256\n  }\n\n  object OtherName {\n    @inline\n    def apply(\n        TypeId: CustomObjectIdentifier,\n        Value: String256\n    ): OtherName = {\n      val __obj = js.Dynamic.literal(\n        \"TypeId\" -> TypeId.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OtherName]\n    }\n  }\n\n  \/** Permissions designate which private CA actions can be performed by an AWS service or entity. In order for ACM to automatically renew private certificates, you must give the ACM service principal all available permissions (<code>IssueCertificate<\/code>, <code>GetCertificate<\/code>, and <code>ListPermissions<\/code>). Permissions can be assigned with the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_CreatePermission.html|CreatePermission]] action, removed with the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_DeletePermission.html|DeletePermission]] action, and listed with the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_ListPermissions.html|ListPermissions]] action.\n    *\/\n  @js.native\n  trait Permission extends js.Object {\n    var Actions: js.UndefOr[ActionList]\n    var CertificateAuthorityArn: js.UndefOr[Arn]\n    var CreatedAt: js.UndefOr[TStamp]\n    var Policy: js.UndefOr[AWSPolicy]\n    var Principal: js.UndefOr[Principal]\n    var SourceAccount: js.UndefOr[AccountId]\n  }\n\n  object Permission {\n    @inline\n    def apply(\n        Actions: js.UndefOr[ActionList] = js.undefined,\n        CertificateAuthorityArn: js.UndefOr[Arn] = js.undefined,\n        CreatedAt: js.UndefOr[TStamp] = js.undefined,\n        Policy: js.UndefOr[AWSPolicy] = js.undefined,\n        Principal: js.UndefOr[Principal] = js.undefined,\n        SourceAccount: js.UndefOr[AccountId] = js.undefined\n    ): Permission = {\n      val __obj = js.Dynamic.literal()\n      Actions.foreach(__v => __obj.updateDynamic(\"Actions\")(__v.asInstanceOf[js.Any]))\n      CertificateAuthorityArn.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityArn\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      Principal.foreach(__v => __obj.updateDynamic(\"Principal\")(__v.asInstanceOf[js.Any]))\n      SourceAccount.foreach(__v => __obj.updateDynamic(\"SourceAccount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Permission]\n    }\n  }\n\n  \/** Defines the X.509 <code>CertificatePolicies<\/code> extension.\n    *\/\n  @js.native\n  trait PolicyInformation extends js.Object {\n    var CertPolicyId: CustomObjectIdentifier\n    var PolicyQualifiers: js.UndefOr[PolicyQualifierInfoList]\n  }\n\n  object PolicyInformation {\n    @inline\n    def apply(\n        CertPolicyId: CustomObjectIdentifier,\n        PolicyQualifiers: js.UndefOr[PolicyQualifierInfoList] = js.undefined\n    ): PolicyInformation = {\n      val __obj = js.Dynamic.literal(\n        \"CertPolicyId\" -> CertPolicyId.asInstanceOf[js.Any]\n      )\n\n      PolicyQualifiers.foreach(__v => __obj.updateDynamic(\"PolicyQualifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyInformation]\n    }\n  }\n\n  @js.native\n  sealed trait PolicyQualifierId extends js.Any\n  object PolicyQualifierId {\n    val CPS = \"CPS\".asInstanceOf[PolicyQualifierId]\n\n    @inline def values = js.Array(CPS)\n  }\n\n  \/** Modifies the <code>CertPolicyId<\/code> of a <code>PolicyInformation<\/code> object with a qualifier. ACM Private CA supports the certification practice statement (CPS) qualifier.\n    *\/\n  @js.native\n  trait PolicyQualifierInfo extends js.Object {\n    var PolicyQualifierId: PolicyQualifierId\n    var Qualifier: Qualifier\n  }\n\n  object PolicyQualifierInfo {\n    @inline\n    def apply(\n        PolicyQualifierId: PolicyQualifierId,\n        Qualifier: Qualifier\n    ): PolicyQualifierInfo = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyQualifierId\" -> PolicyQualifierId.asInstanceOf[js.Any],\n        \"Qualifier\" -> Qualifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PolicyQualifierInfo]\n    }\n  }\n\n  @js.native\n  trait PutPolicyRequest extends js.Object {\n    var Policy: AWSPolicy\n    var ResourceArn: Arn\n  }\n\n  object PutPolicyRequest {\n    @inline\n    def apply(\n        Policy: AWSPolicy,\n        ResourceArn: Arn\n    ): PutPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Policy\" -> Policy.asInstanceOf[js.Any],\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutPolicyRequest]\n    }\n  }\n\n  \/** Defines a <code>PolicyInformation<\/code> qualifier. ACM Private CA supports the [[https:\/\/tools.ietf.org\/html\/rfc5280#section-4.2.1.4|certification practice statement (CPS) qualifier]] defined in RFC 5280.\n    *\/\n  @js.native\n  trait Qualifier extends js.Object {\n    var CpsUri: String256\n  }\n\n  object Qualifier {\n    @inline\n    def apply(\n        CpsUri: String256\n    ): Qualifier = {\n      val __obj = js.Dynamic.literal(\n        \"CpsUri\" -> CpsUri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Qualifier]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceOwner extends js.Any\n  object ResourceOwner {\n    val SELF = \"SELF\".asInstanceOf[ResourceOwner]\n    val OTHER_ACCOUNTS = \"OTHER_ACCOUNTS\".asInstanceOf[ResourceOwner]\n\n    @inline def values = js.Array(SELF, OTHER_ACCOUNTS)\n  }\n\n  @js.native\n  trait RestoreCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n  }\n\n  object RestoreCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn\n    ): RestoreCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RestoreCertificateAuthorityRequest]\n    }\n  }\n\n  \/** Certificate revocation information used by the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_CreateCertificateAuthority.html|CreateCertificateAuthority]] and [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_UpdateCertificateAuthority.html|UpdateCertificateAuthority]] actions. Your private certificate authority (CA) can create and maintain a certificate revocation list (CRL). A CRL contains information about certificates revoked by your CA. For more information, see [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_RevokeCertificate.html|RevokeCertificate]].\n    *\/\n  @js.native\n  trait RevocationConfiguration extends js.Object {\n    var CrlConfiguration: js.UndefOr[CrlConfiguration]\n  }\n\n  object RevocationConfiguration {\n    @inline\n    def apply(\n        CrlConfiguration: js.UndefOr[CrlConfiguration] = js.undefined\n    ): RevocationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CrlConfiguration.foreach(__v => __obj.updateDynamic(\"CrlConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevocationConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait RevocationReason extends js.Any\n  object RevocationReason {\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[RevocationReason]\n    val KEY_COMPROMISE = \"KEY_COMPROMISE\".asInstanceOf[RevocationReason]\n    val CERTIFICATE_AUTHORITY_COMPROMISE = \"CERTIFICATE_AUTHORITY_COMPROMISE\".asInstanceOf[RevocationReason]\n    val AFFILIATION_CHANGED = \"AFFILIATION_CHANGED\".asInstanceOf[RevocationReason]\n    val SUPERSEDED = \"SUPERSEDED\".asInstanceOf[RevocationReason]\n    val CESSATION_OF_OPERATION = \"CESSATION_OF_OPERATION\".asInstanceOf[RevocationReason]\n    val PRIVILEGE_WITHDRAWN = \"PRIVILEGE_WITHDRAWN\".asInstanceOf[RevocationReason]\n    val A_A_COMPROMISE = \"A_A_COMPROMISE\".asInstanceOf[RevocationReason]\n\n    @inline def values = js.Array(UNSPECIFIED, KEY_COMPROMISE, CERTIFICATE_AUTHORITY_COMPROMISE, AFFILIATION_CHANGED, SUPERSEDED, CESSATION_OF_OPERATION, PRIVILEGE_WITHDRAWN, A_A_COMPROMISE)\n  }\n\n  @js.native\n  trait RevokeCertificateRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var CertificateSerial: String128\n    var RevocationReason: RevocationReason\n  }\n\n  object RevokeCertificateRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        CertificateSerial: String128,\n        RevocationReason: RevocationReason\n    ): RevokeCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"CertificateSerial\" -> CertificateSerial.asInstanceOf[js.Any],\n        \"RevocationReason\" -> RevocationReason.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RevokeCertificateRequest]\n    }\n  }\n\n  @js.native\n  sealed trait SigningAlgorithm extends js.Any\n  object SigningAlgorithm {\n    val SHA256WITHECDSA = \"SHA256WITHECDSA\".asInstanceOf[SigningAlgorithm]\n    val SHA384WITHECDSA = \"SHA384WITHECDSA\".asInstanceOf[SigningAlgorithm]\n    val SHA512WITHECDSA = \"SHA512WITHECDSA\".asInstanceOf[SigningAlgorithm]\n    val SHA256WITHRSA = \"SHA256WITHRSA\".asInstanceOf[SigningAlgorithm]\n    val SHA384WITHRSA = \"SHA384WITHRSA\".asInstanceOf[SigningAlgorithm]\n    val SHA512WITHRSA = \"SHA512WITHRSA\".asInstanceOf[SigningAlgorithm]\n\n    @inline def values = js.Array(SHA256WITHECDSA, SHA384WITHECDSA, SHA512WITHECDSA, SHA256WITHRSA, SHA384WITHRSA, SHA512WITHRSA)\n  }\n\n  \/** Tags are labels that you can use to identify and organize your private CAs. Each tag consists of a key and an optional value. You can associate up to 50 tags with a private CA. To add one or more tags to a private CA, call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_TagCertificateAuthority.html|TagCertificateAuthority]] action. To remove a tag, call the [[https:\/\/docs.aws.amazon.com\/acm-pca\/latest\/APIReference\/API_UntagCertificateAuthority.html|UntagCertificateAuthority]] action.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var Tags: TagList\n  }\n\n  object TagCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        Tags: TagList\n    ): TagCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagCertificateAuthorityRequest]\n    }\n  }\n\n  @js.native\n  trait UntagCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var Tags: TagList\n  }\n\n  object UntagCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        Tags: TagList\n    ): UntagCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagCertificateAuthorityRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCertificateAuthorityRequest extends js.Object {\n    var CertificateAuthorityArn: Arn\n    var RevocationConfiguration: js.UndefOr[RevocationConfiguration]\n    var Status: js.UndefOr[CertificateAuthorityStatus]\n  }\n\n  object UpdateCertificateAuthorityRequest {\n    @inline\n    def apply(\n        CertificateAuthorityArn: Arn,\n        RevocationConfiguration: js.UndefOr[RevocationConfiguration] = js.undefined,\n        Status: js.UndefOr[CertificateAuthorityStatus] = js.undefined\n    ): UpdateCertificateAuthorityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateAuthorityArn\" -> CertificateAuthorityArn.asInstanceOf[js.Any]\n      )\n\n      RevocationConfiguration.foreach(__v => __obj.updateDynamic(\"RevocationConfiguration\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCertificateAuthorityRequest]\n    }\n  }\n\n  \/** Validity specifies the period of time during which a certificate is valid. Validity can be expressed as an explicit date and time when the validity of a certificate starts or expires, or as a span of time after issuance, stated in days, months, or years. For more information, see [[https:\/\/tools.ietf.org\/html\/rfc5280#section-4.1.2.5|Validity]] in RFC 5280. ACM Private CA API consumes the <code>Validity<\/code> data type differently in two distinct parameters of the <code>IssueCertificate<\/code> action. The required parameter <code>IssueCertificate<\/code>:<code>Validity<\/code> specifies the end of a certificate's validity period. The optional parameter <code>IssueCertificate<\/code>:<code>ValidityNotBefore<\/code> specifies a customized starting time for the validity period.\n    *\/\n  @js.native\n  trait Validity extends js.Object {\n    var Type: ValidityPeriodType\n    var Value: PositiveLong\n  }\n\n  object Validity {\n    @inline\n    def apply(\n        Type: ValidityPeriodType,\n        Value: PositiveLong\n    ): Validity = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Validity]\n    }\n  }\n\n  @js.native\n  sealed trait ValidityPeriodType extends js.Any\n  object ValidityPeriodType {\n    val END_DATE = \"END_DATE\".asInstanceOf[ValidityPeriodType]\n    val ABSOLUTE = \"ABSOLUTE\".asInstanceOf[ValidityPeriodType]\n    val DAYS = \"DAYS\".asInstanceOf[ValidityPeriodType]\n    val MONTHS = \"MONTHS\".asInstanceOf[ValidityPeriodType]\n    val YEARS = \"YEARS\".asInstanceOf[ValidityPeriodType]\n\n    @inline def values = js.Array(END_DATE, ABSOLUTE, DAYS, MONTHS, YEARS)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/SharedIniFileCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\nimport facade.amazonaws.HttpOptions\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"SharedIniFileCredentials\", \"AWS.SharedIniFileCredentials\")\nclass SharedIniFileCredentials() extends AWSCredentials {\n  def this(options: SharedIniFileCredentialsOptions) = this()\n}\n\ntrait SharedIniFileCredentialsOptions extends js.Object {\n  var profile: js.UndefOr[String]\n  var filename: js.UndefOr[String]\n  var disableAssumeRole: js.UndefOr[Boolean]\n  var tokenCodeFn: js.UndefOr[js.Function2[String, js.Function2[js.Error, String, Unit], Unit]]\n  var httpOptions: js.UndefOr[HttpOptions]\n  var callback: js.UndefOr[js.Function1[js.Error, Unit]]\n}\n\nobject SharedIniFileCredentialsOptions {\n  def apply(\n      profile: js.UndefOr[String] = js.undefined,\n      filename: js.UndefOr[String] = js.undefined,\n      disableAssumeRole: js.UndefOr[Boolean] = js.undefined,\n      tokenCodeFn: js.UndefOr[js.Function2[String, js.Function2[js.Error, String, Unit], Unit]] = js.undefined,\n      httpOptions: js.UndefOr[HttpOptions] = js.undefined,\n      callback: js.UndefOr[js.Function1[js.Error, Unit]] = js.undefined\n  ): SharedIniFileCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    profile.foreach(_v => _obj$.updateDynamic(\"profile\")(_v.asInstanceOf[js.Any]))\n    filename.foreach(_v => _obj$.updateDynamic(\"filename\")(_v.asInstanceOf[js.Any]))\n    disableAssumeRole.foreach(_v => _obj$.updateDynamic(\"disableAssumeRole\")(_v.asInstanceOf[js.Any]))\n    tokenCodeFn.foreach(_v => _obj$.updateDynamic(\"tokenCodeFn\")(_v.asInstanceOf[js.Any]))\n    httpOptions.foreach(_v => _obj$.updateDynamic(\"httpOptions\")(_v.asInstanceOf[js.Any]))\n    callback.foreach(_v => _obj$.updateDynamic(\"callback\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[SharedIniFileCredentialsOptions]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lookoutmetrics\/src\/main\/scala\/facade\/amazonaws\/services\/LookoutMetrics.scala","text":"<filename>services\/lookoutmetrics\/src\/main\/scala\/facade\/amazonaws\/services\/LookoutMetrics.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lookoutmetrics {\n  type AlertDescription = String\n  type AlertName = String\n  type AlertSummaryList = js.Array[AlertSummary]\n  type AnomalyDetectionTaskStatusMessage = String\n  type AnomalyDetectorDescription = String\n  type AnomalyDetectorName = String\n  type AnomalyDetectorSummaryList = js.Array[AnomalyDetectorSummary]\n  type AnomalyGroupSummaryList = js.Array[AnomalyGroupSummary]\n  type Arn = String\n  type Charset = String\n  type ColumnName = String\n  type DataItem = String\n  type DatabaseHost = String\n  type DatabasePort = Int\n  type DateTimeFormat = String\n  type Delimiter = String\n  type DimensionContributionList = js.Array[DimensionContribution]\n  type DimensionList = js.Array[ColumnName]\n  type DimensionNameValueList = js.Array[DimensionNameValue]\n  type DimensionValue = String\n  type DimensionValueContributionList = js.Array[DimensionValueContribution]\n  type ErrorMessage = String\n  type ExecutionList = js.Array[ExecutionStatus]\n  type FlowName = String\n  type HeaderList = js.Array[ColumnName]\n  type HeaderValue = String\n  type HeaderValueList = js.Array[HeaderValue]\n  type HistoricalDataPath = String\n  type HistoricalDataPathList = js.Array[HistoricalDataPath]\n  type ItemizedMetricStatsList = js.Array[ItemizedMetricStats]\n  type KmsKeyArn = String\n  type MaxResults = Int\n  type MetricLevelImpactList = js.Array[MetricLevelImpact]\n  type MetricList = js.Array[Metric]\n  type MetricName = String\n  type MetricSetDescription = String\n  type MetricSetName = String\n  type MetricSetSummaryList = js.Array[MetricSetSummary]\n  type MetricValue = Double\n  type MetricValueList = js.Array[MetricValue]\n  type Namespace = String\n  type NextToken = String\n  type Offset = Int\n  type PoirotSecretManagerArn = String\n  type QuoteSymbol = String\n  type RDSDatabaseIdentifier = String\n  type RDSDatabaseName = String\n  type RedshiftClusterIdentifier = String\n  type RedshiftDatabaseName = String\n  type SampleRow = js.Array[DataItem]\n  type SampleRows = js.Array[SampleRow]\n  type Score = Double\n  type SecurityGroupId = String\n  type SecurityGroupIdList = js.Array[SecurityGroupId]\n  type SensitivityThreshold = Int\n  type SubnetId = String\n  type SubnetIdList = js.Array[SubnetId]\n  type TableName = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TemplatedPath = String\n  type TemplatedPathList = js.Array[TemplatedPath]\n  type TimeSeriesFeedbackList = js.Array[TimeSeriesFeedback]\n  type TimeSeriesId = String\n  type TimeSeriesList = js.Array[TimeSeries]\n  type Timestamp = js.Date\n  type TimestampList = js.Array[TimestampString]\n  type TimestampString = String\n  type Timezone = String\n  type UUID = String\n\n  implicit final class LookoutMetricsOps(private val service: LookoutMetrics) extends AnyVal {\n\n    @inline def activateAnomalyDetectorFuture(params: ActivateAnomalyDetectorRequest): Future[ActivateAnomalyDetectorResponse] = service.activateAnomalyDetector(params).promise().toFuture\n    @inline def backTestAnomalyDetectorFuture(params: BackTestAnomalyDetectorRequest): Future[BackTestAnomalyDetectorResponse] = service.backTestAnomalyDetector(params).promise().toFuture\n    @inline def createAlertFuture(params: CreateAlertRequest): Future[CreateAlertResponse] = service.createAlert(params).promise().toFuture\n    @inline def createAnomalyDetectorFuture(params: CreateAnomalyDetectorRequest): Future[CreateAnomalyDetectorResponse] = service.createAnomalyDetector(params).promise().toFuture\n    @inline def createMetricSetFuture(params: CreateMetricSetRequest): Future[CreateMetricSetResponse] = service.createMetricSet(params).promise().toFuture\n    @inline def deleteAlertFuture(params: DeleteAlertRequest): Future[DeleteAlertResponse] = service.deleteAlert(params).promise().toFuture\n    @inline def deleteAnomalyDetectorFuture(params: DeleteAnomalyDetectorRequest): Future[DeleteAnomalyDetectorResponse] = service.deleteAnomalyDetector(params).promise().toFuture\n    @inline def describeAlertFuture(params: DescribeAlertRequest): Future[DescribeAlertResponse] = service.describeAlert(params).promise().toFuture\n    @inline def describeAnomalyDetectionExecutionsFuture(params: DescribeAnomalyDetectionExecutionsRequest): Future[DescribeAnomalyDetectionExecutionsResponse] = service.describeAnomalyDetectionExecutions(params).promise().toFuture\n    @inline def describeAnomalyDetectorFuture(params: DescribeAnomalyDetectorRequest): Future[DescribeAnomalyDetectorResponse] = service.describeAnomalyDetector(params).promise().toFuture\n    @inline def describeMetricSetFuture(params: DescribeMetricSetRequest): Future[DescribeMetricSetResponse] = service.describeMetricSet(params).promise().toFuture\n    @inline def getAnomalyGroupFuture(params: GetAnomalyGroupRequest): Future[GetAnomalyGroupResponse] = service.getAnomalyGroup(params).promise().toFuture\n    @inline def getFeedbackFuture(params: GetFeedbackRequest): Future[GetFeedbackResponse] = service.getFeedback(params).promise().toFuture\n    @inline def getSampleDataFuture(params: GetSampleDataRequest): Future[GetSampleDataResponse] = service.getSampleData(params).promise().toFuture\n    @inline def listAlertsFuture(params: ListAlertsRequest): Future[ListAlertsResponse] = service.listAlerts(params).promise().toFuture\n    @inline def listAnomalyDetectorsFuture(params: ListAnomalyDetectorsRequest): Future[ListAnomalyDetectorsResponse] = service.listAnomalyDetectors(params).promise().toFuture\n    @inline def listAnomalyGroupSummariesFuture(params: ListAnomalyGroupSummariesRequest): Future[ListAnomalyGroupSummariesResponse] = service.listAnomalyGroupSummaries(params).promise().toFuture\n    @inline def listAnomalyGroupTimeSeriesFuture(params: ListAnomalyGroupTimeSeriesRequest): Future[ListAnomalyGroupTimeSeriesResponse] = service.listAnomalyGroupTimeSeries(params).promise().toFuture\n    @inline def listMetricSetsFuture(params: ListMetricSetsRequest): Future[ListMetricSetsResponse] = service.listMetricSets(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putFeedbackFuture(params: PutFeedbackRequest): Future[PutFeedbackResponse] = service.putFeedback(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateAnomalyDetectorFuture(params: UpdateAnomalyDetectorRequest): Future[UpdateAnomalyDetectorResponse] = service.updateAnomalyDetector(params).promise().toFuture\n    @inline def updateMetricSetFuture(params: UpdateMetricSetRequest): Future[UpdateMetricSetResponse] = service.updateMetricSet(params).promise().toFuture\n\n  }\n}\n\npackage lookoutmetrics {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lookoutmetrics\", JSImport.Namespace, \"AWS.LookoutMetrics\")\n  class LookoutMetrics() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def activateAnomalyDetector(params: ActivateAnomalyDetectorRequest): Request[ActivateAnomalyDetectorResponse] = js.native\n    def backTestAnomalyDetector(params: BackTestAnomalyDetectorRequest): Request[BackTestAnomalyDetectorResponse] = js.native\n    def createAlert(params: CreateAlertRequest): Request[CreateAlertResponse] = js.native\n    def createAnomalyDetector(params: CreateAnomalyDetectorRequest): Request[CreateAnomalyDetectorResponse] = js.native\n    def createMetricSet(params: CreateMetricSetRequest): Request[CreateMetricSetResponse] = js.native\n    def deleteAlert(params: DeleteAlertRequest): Request[DeleteAlertResponse] = js.native\n    def deleteAnomalyDetector(params: DeleteAnomalyDetectorRequest): Request[DeleteAnomalyDetectorResponse] = js.native\n    def describeAlert(params: DescribeAlertRequest): Request[DescribeAlertResponse] = js.native\n    def describeAnomalyDetectionExecutions(params: DescribeAnomalyDetectionExecutionsRequest): Request[DescribeAnomalyDetectionExecutionsResponse] = js.native\n    def describeAnomalyDetector(params: DescribeAnomalyDetectorRequest): Request[DescribeAnomalyDetectorResponse] = js.native\n    def describeMetricSet(params: DescribeMetricSetRequest): Request[DescribeMetricSetResponse] = js.native\n    def getAnomalyGroup(params: GetAnomalyGroupRequest): Request[GetAnomalyGroupResponse] = js.native\n    def getFeedback(params: GetFeedbackRequest): Request[GetFeedbackResponse] = js.native\n    def getSampleData(params: GetSampleDataRequest): Request[GetSampleDataResponse] = js.native\n    def listAlerts(params: ListAlertsRequest): Request[ListAlertsResponse] = js.native\n    def listAnomalyDetectors(params: ListAnomalyDetectorsRequest): Request[ListAnomalyDetectorsResponse] = js.native\n    def listAnomalyGroupSummaries(params: ListAnomalyGroupSummariesRequest): Request[ListAnomalyGroupSummariesResponse] = js.native\n    def listAnomalyGroupTimeSeries(params: ListAnomalyGroupTimeSeriesRequest): Request[ListAnomalyGroupTimeSeriesResponse] = js.native\n    def listMetricSets(params: ListMetricSetsRequest): Request[ListMetricSetsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putFeedback(params: PutFeedbackRequest): Request[PutFeedbackResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateAnomalyDetector(params: UpdateAnomalyDetectorRequest): Request[UpdateAnomalyDetectorResponse] = js.native\n    def updateMetricSet(params: UpdateMetricSetRequest): Request[UpdateMetricSetResponse] = js.native\n  }\n\n  \/** A configuration that specifies the action to perform when anomalies are detected.\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var LambdaConfiguration: js.UndefOr[LambdaConfiguration]\n    var SNSConfiguration: js.UndefOr[SNSConfiguration]\n  }\n\n  object Action {\n    @inline\n    def apply(\n        LambdaConfiguration: js.UndefOr[LambdaConfiguration] = js.undefined,\n        SNSConfiguration: js.UndefOr[SNSConfiguration] = js.undefined\n    ): Action = {\n      val __obj = js.Dynamic.literal()\n      LambdaConfiguration.foreach(__v => __obj.updateDynamic(\"LambdaConfiguration\")(__v.asInstanceOf[js.Any]))\n      SNSConfiguration.foreach(__v => __obj.updateDynamic(\"SNSConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  @js.native\n  trait ActivateAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n  }\n\n  object ActivateAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn\n    ): ActivateAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActivateAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait ActivateAnomalyDetectorResponse extends js.Object\n\n  object ActivateAnomalyDetectorResponse {\n    @inline\n    def apply(): ActivateAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ActivateAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  sealed trait AggregationFunction extends js.Any\n  object AggregationFunction {\n    val AVG = \"AVG\".asInstanceOf[AggregationFunction]\n    val SUM = \"SUM\".asInstanceOf[AggregationFunction]\n\n    @inline def values = js.Array(AVG, SUM)\n  }\n\n  \/** A configuration for Amazon SNS-integrated notifications.\n    *\/\n  @js.native\n  trait Alert extends js.Object {\n    var Action: js.UndefOr[Action]\n    var AlertArn: js.UndefOr[Arn]\n    var AlertDescription: js.UndefOr[AlertDescription]\n    var AlertName: js.UndefOr[AlertName]\n    var AlertSensitivityThreshold: js.UndefOr[SensitivityThreshold]\n    var AlertStatus: js.UndefOr[AlertStatus]\n    var AlertType: js.UndefOr[AlertType]\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModificationTime: js.UndefOr[Timestamp]\n  }\n\n  object Alert {\n    @inline\n    def apply(\n        Action: js.UndefOr[Action] = js.undefined,\n        AlertArn: js.UndefOr[Arn] = js.undefined,\n        AlertDescription: js.UndefOr[AlertDescription] = js.undefined,\n        AlertName: js.UndefOr[AlertName] = js.undefined,\n        AlertSensitivityThreshold: js.UndefOr[SensitivityThreshold] = js.undefined,\n        AlertStatus: js.UndefOr[AlertStatus] = js.undefined,\n        AlertType: js.UndefOr[AlertType] = js.undefined,\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined\n    ): Alert = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      AlertArn.foreach(__v => __obj.updateDynamic(\"AlertArn\")(__v.asInstanceOf[js.Any]))\n      AlertDescription.foreach(__v => __obj.updateDynamic(\"AlertDescription\")(__v.asInstanceOf[js.Any]))\n      AlertName.foreach(__v => __obj.updateDynamic(\"AlertName\")(__v.asInstanceOf[js.Any]))\n      AlertSensitivityThreshold.foreach(__v => __obj.updateDynamic(\"AlertSensitivityThreshold\")(__v.asInstanceOf[js.Any]))\n      AlertStatus.foreach(__v => __obj.updateDynamic(\"AlertStatus\")(__v.asInstanceOf[js.Any]))\n      AlertType.foreach(__v => __obj.updateDynamic(\"AlertType\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alert]\n    }\n  }\n\n  @js.native\n  sealed trait AlertStatus extends js.Any\n  object AlertStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[AlertStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[AlertStatus]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE)\n  }\n\n  \/** Provides a summary of an alert's configuration.\n    *\/\n  @js.native\n  trait AlertSummary extends js.Object {\n    var AlertArn: js.UndefOr[Arn]\n    var AlertName: js.UndefOr[AlertName]\n    var AlertSensitivityThreshold: js.UndefOr[SensitivityThreshold]\n    var AlertStatus: js.UndefOr[AlertStatus]\n    var AlertType: js.UndefOr[AlertType]\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object AlertSummary {\n    @inline\n    def apply(\n        AlertArn: js.UndefOr[Arn] = js.undefined,\n        AlertName: js.UndefOr[AlertName] = js.undefined,\n        AlertSensitivityThreshold: js.UndefOr[SensitivityThreshold] = js.undefined,\n        AlertStatus: js.UndefOr[AlertStatus] = js.undefined,\n        AlertType: js.UndefOr[AlertType] = js.undefined,\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): AlertSummary = {\n      val __obj = js.Dynamic.literal()\n      AlertArn.foreach(__v => __obj.updateDynamic(\"AlertArn\")(__v.asInstanceOf[js.Any]))\n      AlertName.foreach(__v => __obj.updateDynamic(\"AlertName\")(__v.asInstanceOf[js.Any]))\n      AlertSensitivityThreshold.foreach(__v => __obj.updateDynamic(\"AlertSensitivityThreshold\")(__v.asInstanceOf[js.Any]))\n      AlertStatus.foreach(__v => __obj.updateDynamic(\"AlertStatus\")(__v.asInstanceOf[js.Any]))\n      AlertType.foreach(__v => __obj.updateDynamic(\"AlertType\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlertSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AlertType extends js.Any\n  object AlertType {\n    val SNS = \"SNS\".asInstanceOf[AlertType]\n    val LAMBDA = \"LAMBDA\".asInstanceOf[AlertType]\n\n    @inline def values = js.Array(SNS, LAMBDA)\n  }\n\n  @js.native\n  sealed trait AnomalyDetectionTaskStatus extends js.Any\n  object AnomalyDetectionTaskStatus {\n    val PENDING = \"PENDING\".asInstanceOf[AnomalyDetectionTaskStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[AnomalyDetectionTaskStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[AnomalyDetectionTaskStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AnomalyDetectionTaskStatus]\n    val FAILED_TO_SCHEDULE = \"FAILED_TO_SCHEDULE\".asInstanceOf[AnomalyDetectionTaskStatus]\n\n    @inline def values = js.Array(PENDING, IN_PROGRESS, COMPLETED, FAILED, FAILED_TO_SCHEDULE)\n  }\n\n  \/** Contains information about a detector's configuration.\n    *\/\n  @js.native\n  trait AnomalyDetectorConfig extends js.Object {\n    var AnomalyDetectorFrequency: js.UndefOr[Frequency]\n  }\n\n  object AnomalyDetectorConfig {\n    @inline\n    def apply(\n        AnomalyDetectorFrequency: js.UndefOr[Frequency] = js.undefined\n    ): AnomalyDetectorConfig = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorFrequency.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorFrequency\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDetectorConfig]\n    }\n  }\n\n  \/** Contains information about a detector's configuration.\n    *\/\n  @js.native\n  trait AnomalyDetectorConfigSummary extends js.Object {\n    var AnomalyDetectorFrequency: js.UndefOr[Frequency]\n  }\n\n  object AnomalyDetectorConfigSummary {\n    @inline\n    def apply(\n        AnomalyDetectorFrequency: js.UndefOr[Frequency] = js.undefined\n    ): AnomalyDetectorConfigSummary = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorFrequency.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorFrequency\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDetectorConfigSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AnomalyDetectorStatus extends js.Any\n  object AnomalyDetectorStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[AnomalyDetectorStatus]\n    val ACTIVATING = \"ACTIVATING\".asInstanceOf[AnomalyDetectorStatus]\n    val DELETING = \"DELETING\".asInstanceOf[AnomalyDetectorStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AnomalyDetectorStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[AnomalyDetectorStatus]\n    val BACK_TEST_ACTIVATING = \"BACK_TEST_ACTIVATING\".asInstanceOf[AnomalyDetectorStatus]\n    val BACK_TEST_ACTIVE = \"BACK_TEST_ACTIVE\".asInstanceOf[AnomalyDetectorStatus]\n    val BACK_TEST_COMPLETE = \"BACK_TEST_COMPLETE\".asInstanceOf[AnomalyDetectorStatus]\n\n    @inline def values = js.Array(ACTIVE, ACTIVATING, DELETING, FAILED, INACTIVE, BACK_TEST_ACTIVATING, BACK_TEST_ACTIVE, BACK_TEST_COMPLETE)\n  }\n\n  \/** Contains information about an an anomaly detector.\n    *\/\n  @js.native\n  trait AnomalyDetectorSummary extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription]\n    var AnomalyDetectorName: js.UndefOr[AnomalyDetectorName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[AnomalyDetectorStatus]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object AnomalyDetectorSummary {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription] = js.undefined,\n        AnomalyDetectorName: js.UndefOr[AnomalyDetectorName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[AnomalyDetectorStatus] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): AnomalyDetectorSummary = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorDescription.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorDescription\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorName.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDetectorSummary]\n    }\n  }\n\n  \/** A group of anomalous metrics\n    *\/\n  @js.native\n  trait AnomalyGroup extends js.Object {\n    var AnomalyGroupId: js.UndefOr[UUID]\n    var AnomalyGroupScore: js.UndefOr[Score]\n    var EndTime: js.UndefOr[TimestampString]\n    var MetricLevelImpactList: js.UndefOr[MetricLevelImpactList]\n    var PrimaryMetricName: js.UndefOr[MetricName]\n    var StartTime: js.UndefOr[TimestampString]\n  }\n\n  object AnomalyGroup {\n    @inline\n    def apply(\n        AnomalyGroupId: js.UndefOr[UUID] = js.undefined,\n        AnomalyGroupScore: js.UndefOr[Score] = js.undefined,\n        EndTime: js.UndefOr[TimestampString] = js.undefined,\n        MetricLevelImpactList: js.UndefOr[MetricLevelImpactList] = js.undefined,\n        PrimaryMetricName: js.UndefOr[MetricName] = js.undefined,\n        StartTime: js.UndefOr[TimestampString] = js.undefined\n    ): AnomalyGroup = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroupId.foreach(__v => __obj.updateDynamic(\"AnomalyGroupId\")(__v.asInstanceOf[js.Any]))\n      AnomalyGroupScore.foreach(__v => __obj.updateDynamic(\"AnomalyGroupScore\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      MetricLevelImpactList.foreach(__v => __obj.updateDynamic(\"MetricLevelImpactList\")(__v.asInstanceOf[js.Any]))\n      PrimaryMetricName.foreach(__v => __obj.updateDynamic(\"PrimaryMetricName\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyGroup]\n    }\n  }\n\n  \/** Aggregated statistics for a group of anomalous metrics.\n    *\/\n  @js.native\n  trait AnomalyGroupStatistics extends js.Object {\n    var EvaluationStartDate: js.UndefOr[TimestampString]\n    var ItemizedMetricStatsList: js.UndefOr[ItemizedMetricStatsList]\n    var TotalCount: js.UndefOr[Int]\n  }\n\n  object AnomalyGroupStatistics {\n    @inline\n    def apply(\n        EvaluationStartDate: js.UndefOr[TimestampString] = js.undefined,\n        ItemizedMetricStatsList: js.UndefOr[ItemizedMetricStatsList] = js.undefined,\n        TotalCount: js.UndefOr[Int] = js.undefined\n    ): AnomalyGroupStatistics = {\n      val __obj = js.Dynamic.literal()\n      EvaluationStartDate.foreach(__v => __obj.updateDynamic(\"EvaluationStartDate\")(__v.asInstanceOf[js.Any]))\n      ItemizedMetricStatsList.foreach(__v => __obj.updateDynamic(\"ItemizedMetricStatsList\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyGroupStatistics]\n    }\n  }\n\n  \/** Details about a group of anomalous metrics.\n    *\/\n  @js.native\n  trait AnomalyGroupSummary extends js.Object {\n    var AnomalyGroupId: js.UndefOr[UUID]\n    var AnomalyGroupScore: js.UndefOr[Score]\n    var EndTime: js.UndefOr[TimestampString]\n    var PrimaryMetricName: js.UndefOr[MetricName]\n    var StartTime: js.UndefOr[TimestampString]\n  }\n\n  object AnomalyGroupSummary {\n    @inline\n    def apply(\n        AnomalyGroupId: js.UndefOr[UUID] = js.undefined,\n        AnomalyGroupScore: js.UndefOr[Score] = js.undefined,\n        EndTime: js.UndefOr[TimestampString] = js.undefined,\n        PrimaryMetricName: js.UndefOr[MetricName] = js.undefined,\n        StartTime: js.UndefOr[TimestampString] = js.undefined\n    ): AnomalyGroupSummary = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroupId.foreach(__v => __obj.updateDynamic(\"AnomalyGroupId\")(__v.asInstanceOf[js.Any]))\n      AnomalyGroupScore.foreach(__v => __obj.updateDynamic(\"AnomalyGroupScore\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      PrimaryMetricName.foreach(__v => __obj.updateDynamic(\"PrimaryMetricName\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyGroupSummary]\n    }\n  }\n\n  \/** An anomalous metric in an anomaly group.\n    *\/\n  @js.native\n  trait AnomalyGroupTimeSeries extends js.Object {\n    var AnomalyGroupId: UUID\n    var TimeSeriesId: js.UndefOr[TimeSeriesId]\n  }\n\n  object AnomalyGroupTimeSeries {\n    @inline\n    def apply(\n        AnomalyGroupId: UUID,\n        TimeSeriesId: js.UndefOr[TimeSeriesId] = js.undefined\n    ): AnomalyGroupTimeSeries = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyGroupId\" -> AnomalyGroupId.asInstanceOf[js.Any]\n      )\n\n      TimeSeriesId.foreach(__v => __obj.updateDynamic(\"TimeSeriesId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyGroupTimeSeries]\n    }\n  }\n\n  \/** Feedback for an anomalous metric.\n    *\/\n  @js.native\n  trait AnomalyGroupTimeSeriesFeedback extends js.Object {\n    var AnomalyGroupId: UUID\n    var IsAnomaly: Boolean\n    var TimeSeriesId: TimeSeriesId\n  }\n\n  object AnomalyGroupTimeSeriesFeedback {\n    @inline\n    def apply(\n        AnomalyGroupId: UUID,\n        IsAnomaly: Boolean,\n        TimeSeriesId: TimeSeriesId\n    ): AnomalyGroupTimeSeriesFeedback = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyGroupId\" -> AnomalyGroupId.asInstanceOf[js.Any],\n        \"IsAnomaly\" -> IsAnomaly.asInstanceOf[js.Any],\n        \"TimeSeriesId\" -> TimeSeriesId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnomalyGroupTimeSeriesFeedback]\n    }\n  }\n\n  \/** Details about an Amazon AppFlow flow datasource.\n    *\/\n  @js.native\n  trait AppFlowConfig extends js.Object {\n    var FlowName: FlowName\n    var RoleArn: Arn\n  }\n\n  object AppFlowConfig {\n    @inline\n    def apply(\n        FlowName: FlowName,\n        RoleArn: Arn\n    ): AppFlowConfig = {\n      val __obj = js.Dynamic.literal(\n        \"FlowName\" -> FlowName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AppFlowConfig]\n    }\n  }\n\n  @js.native\n  trait BackTestAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n  }\n\n  object BackTestAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn\n    ): BackTestAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BackTestAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait BackTestAnomalyDetectorResponse extends js.Object\n\n  object BackTestAnomalyDetectorResponse {\n    @inline\n    def apply(): BackTestAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[BackTestAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CSVFileCompression extends js.Any\n  object CSVFileCompression {\n    val NONE = \"NONE\".asInstanceOf[CSVFileCompression]\n    val GZIP = \"GZIP\".asInstanceOf[CSVFileCompression]\n\n    @inline def values = js.Array(NONE, GZIP)\n  }\n\n  \/** Details about an Amazon CloudWatch datasource.\n    *\/\n  @js.native\n  trait CloudWatchConfig extends js.Object {\n    var RoleArn: Arn\n  }\n\n  object CloudWatchConfig {\n    @inline\n    def apply(\n        RoleArn: Arn\n    ): CloudWatchConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudWatchConfig]\n    }\n  }\n\n  \/** Details about dimensions that contributed to an anomaly.\n    *\/\n  @js.native\n  trait ContributionMatrix extends js.Object {\n    var DimensionContributionList: js.UndefOr[DimensionContributionList]\n  }\n\n  object ContributionMatrix {\n    @inline\n    def apply(\n        DimensionContributionList: js.UndefOr[DimensionContributionList] = js.undefined\n    ): ContributionMatrix = {\n      val __obj = js.Dynamic.literal()\n      DimensionContributionList.foreach(__v => __obj.updateDynamic(\"DimensionContributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContributionMatrix]\n    }\n  }\n\n  @js.native\n  trait CreateAlertRequest extends js.Object {\n    var Action: Action\n    var AlertName: AlertName\n    var AlertSensitivityThreshold: SensitivityThreshold\n    var AnomalyDetectorArn: Arn\n    var AlertDescription: js.UndefOr[AlertDescription]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateAlertRequest {\n    @inline\n    def apply(\n        Action: Action,\n        AlertName: AlertName,\n        AlertSensitivityThreshold: SensitivityThreshold,\n        AnomalyDetectorArn: Arn,\n        AlertDescription: js.UndefOr[AlertDescription] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateAlertRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"AlertName\" -> AlertName.asInstanceOf[js.Any],\n        \"AlertSensitivityThreshold\" -> AlertSensitivityThreshold.asInstanceOf[js.Any],\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n\n      AlertDescription.foreach(__v => __obj.updateDynamic(\"AlertDescription\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAlertRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAlertResponse extends js.Object {\n    var AlertArn: js.UndefOr[Arn]\n  }\n\n  object CreateAlertResponse {\n    @inline\n    def apply(\n        AlertArn: js.UndefOr[Arn] = js.undefined\n    ): CreateAlertResponse = {\n      val __obj = js.Dynamic.literal()\n      AlertArn.foreach(__v => __obj.updateDynamic(\"AlertArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAlertResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorConfig: AnomalyDetectorConfig\n    var AnomalyDetectorName: AnomalyDetectorName\n    var AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription]\n    var KmsKeyArn: js.UndefOr[KmsKeyArn]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorConfig: AnomalyDetectorConfig,\n        AnomalyDetectorName: AnomalyDetectorName,\n        AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription] = js.undefined,\n        KmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorConfig\" -> AnomalyDetectorConfig.asInstanceOf[js.Any],\n        \"AnomalyDetectorName\" -> AnomalyDetectorName.asInstanceOf[js.Any]\n      )\n\n      AnomalyDetectorDescription.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorDescription\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalyDetectorResponse extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n  }\n\n  object CreateAnomalyDetectorResponse {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined\n    ): CreateAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMetricSetRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var MetricList: MetricList\n    var MetricSetName: MetricSetName\n    var MetricSource: MetricSource\n    var DimensionList: js.UndefOr[DimensionList]\n    var MetricSetDescription: js.UndefOr[MetricSetDescription]\n    var MetricSetFrequency: js.UndefOr[Frequency]\n    var Offset: js.UndefOr[Offset]\n    var Tags: js.UndefOr[TagMap]\n    var TimestampColumn: js.UndefOr[TimestampColumn]\n    var Timezone: js.UndefOr[Timezone]\n  }\n\n  object CreateMetricSetRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        MetricList: MetricList,\n        MetricSetName: MetricSetName,\n        MetricSource: MetricSource,\n        DimensionList: js.UndefOr[DimensionList] = js.undefined,\n        MetricSetDescription: js.UndefOr[MetricSetDescription] = js.undefined,\n        MetricSetFrequency: js.UndefOr[Frequency] = js.undefined,\n        Offset: js.UndefOr[Offset] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        TimestampColumn: js.UndefOr[TimestampColumn] = js.undefined,\n        Timezone: js.UndefOr[Timezone] = js.undefined\n    ): CreateMetricSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"MetricList\" -> MetricList.asInstanceOf[js.Any],\n        \"MetricSetName\" -> MetricSetName.asInstanceOf[js.Any],\n        \"MetricSource\" -> MetricSource.asInstanceOf[js.Any]\n      )\n\n      DimensionList.foreach(__v => __obj.updateDynamic(\"DimensionList\")(__v.asInstanceOf[js.Any]))\n      MetricSetDescription.foreach(__v => __obj.updateDynamic(\"MetricSetDescription\")(__v.asInstanceOf[js.Any]))\n      MetricSetFrequency.foreach(__v => __obj.updateDynamic(\"MetricSetFrequency\")(__v.asInstanceOf[js.Any]))\n      Offset.foreach(__v => __obj.updateDynamic(\"Offset\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TimestampColumn.foreach(__v => __obj.updateDynamic(\"TimestampColumn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMetricSetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMetricSetResponse extends js.Object {\n    var MetricSetArn: js.UndefOr[Arn]\n  }\n\n  object CreateMetricSetResponse {\n    @inline\n    def apply(\n        MetricSetArn: js.UndefOr[Arn] = js.undefined\n    ): CreateMetricSetResponse = {\n      val __obj = js.Dynamic.literal()\n      MetricSetArn.foreach(__v => __obj.updateDynamic(\"MetricSetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMetricSetResponse]\n    }\n  }\n\n  \/** Contains information about how a source CSV data file should be analyzed.\n    *\/\n  @js.native\n  trait CsvFormatDescriptor extends js.Object {\n    var Charset: js.UndefOr[Charset]\n    var ContainsHeader: js.UndefOr[Boolean]\n    var Delimiter: js.UndefOr[Delimiter]\n    var FileCompression: js.UndefOr[CSVFileCompression]\n    var HeaderList: js.UndefOr[HeaderList]\n    var QuoteSymbol: js.UndefOr[QuoteSymbol]\n  }\n\n  object CsvFormatDescriptor {\n    @inline\n    def apply(\n        Charset: js.UndefOr[Charset] = js.undefined,\n        ContainsHeader: js.UndefOr[Boolean] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        FileCompression: js.UndefOr[CSVFileCompression] = js.undefined,\n        HeaderList: js.UndefOr[HeaderList] = js.undefined,\n        QuoteSymbol: js.UndefOr[QuoteSymbol] = js.undefined\n    ): CsvFormatDescriptor = {\n      val __obj = js.Dynamic.literal()\n      Charset.foreach(__v => __obj.updateDynamic(\"Charset\")(__v.asInstanceOf[js.Any]))\n      ContainsHeader.foreach(__v => __obj.updateDynamic(\"ContainsHeader\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      FileCompression.foreach(__v => __obj.updateDynamic(\"FileCompression\")(__v.asInstanceOf[js.Any]))\n      HeaderList.foreach(__v => __obj.updateDynamic(\"HeaderList\")(__v.asInstanceOf[js.Any]))\n      QuoteSymbol.foreach(__v => __obj.updateDynamic(\"QuoteSymbol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CsvFormatDescriptor]\n    }\n  }\n\n  @js.native\n  trait DeleteAlertRequest extends js.Object {\n    var AlertArn: Arn\n  }\n\n  object DeleteAlertRequest {\n    @inline\n    def apply(\n        AlertArn: Arn\n    ): DeleteAlertRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AlertArn\" -> AlertArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAlertRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAlertResponse extends js.Object\n\n  object DeleteAlertResponse {\n    @inline\n    def apply(): DeleteAlertResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAlertResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n  }\n\n  object DeleteAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn\n    ): DeleteAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyDetectorResponse extends js.Object\n\n  object DeleteAnomalyDetectorResponse {\n    @inline\n    def apply(): DeleteAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAlertRequest extends js.Object {\n    var AlertArn: Arn\n  }\n\n  object DescribeAlertRequest {\n    @inline\n    def apply(\n        AlertArn: Arn\n    ): DescribeAlertRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AlertArn\" -> AlertArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAlertRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAlertResponse extends js.Object {\n    var Alert: js.UndefOr[Alert]\n  }\n\n  object DescribeAlertResponse {\n    @inline\n    def apply(\n        Alert: js.UndefOr[Alert] = js.undefined\n    ): DescribeAlertResponse = {\n      val __obj = js.Dynamic.literal()\n      Alert.foreach(__v => __obj.updateDynamic(\"Alert\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlertResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectionExecutionsRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Timestamp: js.UndefOr[TimestampString]\n  }\n\n  object DescribeAnomalyDetectionExecutionsRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Timestamp: js.UndefOr[TimestampString] = js.undefined\n    ): DescribeAnomalyDetectionExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnomalyDetectionExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectionExecutionsResponse extends js.Object {\n    var ExecutionList: js.UndefOr[ExecutionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAnomalyDetectionExecutionsResponse {\n    @inline\n    def apply(\n        ExecutionList: js.UndefOr[ExecutionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAnomalyDetectionExecutionsResponse = {\n      val __obj = js.Dynamic.literal()\n      ExecutionList.foreach(__v => __obj.updateDynamic(\"ExecutionList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnomalyDetectionExecutionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n  }\n\n  object DescribeAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn\n    ): DescribeAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectorResponse extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var AnomalyDetectorConfig: js.UndefOr[AnomalyDetectorConfigSummary]\n    var AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription]\n    var AnomalyDetectorName: js.UndefOr[AnomalyDetectorName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[ErrorMessage]\n    var KmsKeyArn: js.UndefOr[KmsKeyArn]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[AnomalyDetectorStatus]\n  }\n\n  object DescribeAnomalyDetectorResponse {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        AnomalyDetectorConfig: js.UndefOr[AnomalyDetectorConfigSummary] = js.undefined,\n        AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription] = js.undefined,\n        AnomalyDetectorName: js.UndefOr[AnomalyDetectorName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[ErrorMessage] = js.undefined,\n        KmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[AnomalyDetectorStatus] = js.undefined\n    ): DescribeAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorConfig.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorConfig\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorDescription.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorDescription\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorName.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeMetricSetRequest extends js.Object {\n    var MetricSetArn: Arn\n  }\n\n  object DescribeMetricSetRequest {\n    @inline\n    def apply(\n        MetricSetArn: Arn\n    ): DescribeMetricSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MetricSetArn\" -> MetricSetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMetricSetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMetricSetResponse extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DimensionList: js.UndefOr[DimensionList]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var MetricList: js.UndefOr[MetricList]\n    var MetricSetArn: js.UndefOr[Arn]\n    var MetricSetDescription: js.UndefOr[MetricSetDescription]\n    var MetricSetFrequency: js.UndefOr[Frequency]\n    var MetricSetName: js.UndefOr[MetricSetName]\n    var MetricSource: js.UndefOr[MetricSource]\n    var Offset: js.UndefOr[Offset]\n    var TimestampColumn: js.UndefOr[TimestampColumn]\n    var Timezone: js.UndefOr[Timezone]\n  }\n\n  object DescribeMetricSetResponse {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DimensionList: js.UndefOr[DimensionList] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        MetricList: js.UndefOr[MetricList] = js.undefined,\n        MetricSetArn: js.UndefOr[Arn] = js.undefined,\n        MetricSetDescription: js.UndefOr[MetricSetDescription] = js.undefined,\n        MetricSetFrequency: js.UndefOr[Frequency] = js.undefined,\n        MetricSetName: js.UndefOr[MetricSetName] = js.undefined,\n        MetricSource: js.UndefOr[MetricSource] = js.undefined,\n        Offset: js.UndefOr[Offset] = js.undefined,\n        TimestampColumn: js.UndefOr[TimestampColumn] = js.undefined,\n        Timezone: js.UndefOr[Timezone] = js.undefined\n    ): DescribeMetricSetResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DimensionList.foreach(__v => __obj.updateDynamic(\"DimensionList\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      MetricList.foreach(__v => __obj.updateDynamic(\"MetricList\")(__v.asInstanceOf[js.Any]))\n      MetricSetArn.foreach(__v => __obj.updateDynamic(\"MetricSetArn\")(__v.asInstanceOf[js.Any]))\n      MetricSetDescription.foreach(__v => __obj.updateDynamic(\"MetricSetDescription\")(__v.asInstanceOf[js.Any]))\n      MetricSetFrequency.foreach(__v => __obj.updateDynamic(\"MetricSetFrequency\")(__v.asInstanceOf[js.Any]))\n      MetricSetName.foreach(__v => __obj.updateDynamic(\"MetricSetName\")(__v.asInstanceOf[js.Any]))\n      MetricSource.foreach(__v => __obj.updateDynamic(\"MetricSource\")(__v.asInstanceOf[js.Any]))\n      Offset.foreach(__v => __obj.updateDynamic(\"Offset\")(__v.asInstanceOf[js.Any]))\n      TimestampColumn.foreach(__v => __obj.updateDynamic(\"TimestampColumn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMetricSetResponse]\n    }\n  }\n\n  \/** Details about a dimension that contributed to an anomaly.\n    *\/\n  @js.native\n  trait DimensionContribution extends js.Object {\n    var DimensionName: js.UndefOr[ColumnName]\n    var DimensionValueContributionList: js.UndefOr[DimensionValueContributionList]\n  }\n\n  object DimensionContribution {\n    @inline\n    def apply(\n        DimensionName: js.UndefOr[ColumnName] = js.undefined,\n        DimensionValueContributionList: js.UndefOr[DimensionValueContributionList] = js.undefined\n    ): DimensionContribution = {\n      val __obj = js.Dynamic.literal()\n      DimensionName.foreach(__v => __obj.updateDynamic(\"DimensionName\")(__v.asInstanceOf[js.Any]))\n      DimensionValueContributionList.foreach(__v => __obj.updateDynamic(\"DimensionValueContributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionContribution]\n    }\n  }\n\n  \/** A dimension name and value.\n    *\/\n  @js.native\n  trait DimensionNameValue extends js.Object {\n    var DimensionName: ColumnName\n    var DimensionValue: DimensionValue\n  }\n\n  object DimensionNameValue {\n    @inline\n    def apply(\n        DimensionName: ColumnName,\n        DimensionValue: DimensionValue\n    ): DimensionNameValue = {\n      val __obj = js.Dynamic.literal(\n        \"DimensionName\" -> DimensionName.asInstanceOf[js.Any],\n        \"DimensionValue\" -> DimensionValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DimensionNameValue]\n    }\n  }\n\n  \/** The severity of a value of a dimension that contributed to an anomaly.\n    *\/\n  @js.native\n  trait DimensionValueContribution extends js.Object {\n    var ContributionScore: js.UndefOr[Score]\n    var DimensionValue: js.UndefOr[DimensionValue]\n  }\n\n  object DimensionValueContribution {\n    @inline\n    def apply(\n        ContributionScore: js.UndefOr[Score] = js.undefined,\n        DimensionValue: js.UndefOr[DimensionValue] = js.undefined\n    ): DimensionValueContribution = {\n      val __obj = js.Dynamic.literal()\n      ContributionScore.foreach(__v => __obj.updateDynamic(\"ContributionScore\")(__v.asInstanceOf[js.Any]))\n      DimensionValue.foreach(__v => __obj.updateDynamic(\"DimensionValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionValueContribution]\n    }\n  }\n\n  \/** The status of an anomaly detector run.\n    *\/\n  @js.native\n  trait ExecutionStatus extends js.Object {\n    var FailureReason: js.UndefOr[AnomalyDetectionTaskStatusMessage]\n    var Status: js.UndefOr[AnomalyDetectionTaskStatus]\n    var Timestamp: js.UndefOr[TimestampString]\n  }\n\n  object ExecutionStatus {\n    @inline\n    def apply(\n        FailureReason: js.UndefOr[AnomalyDetectionTaskStatusMessage] = js.undefined,\n        Status: js.UndefOr[AnomalyDetectionTaskStatus] = js.undefined,\n        Timestamp: js.UndefOr[TimestampString] = js.undefined\n    ): ExecutionStatus = {\n      val __obj = js.Dynamic.literal()\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecutionStatus]\n    }\n  }\n\n  \/** Contains information about a source file's formatting.\n    *\/\n  @js.native\n  trait FileFormatDescriptor extends js.Object {\n    var CsvFormatDescriptor: js.UndefOr[CsvFormatDescriptor]\n    var JsonFormatDescriptor: js.UndefOr[JsonFormatDescriptor]\n  }\n\n  object FileFormatDescriptor {\n    @inline\n    def apply(\n        CsvFormatDescriptor: js.UndefOr[CsvFormatDescriptor] = js.undefined,\n        JsonFormatDescriptor: js.UndefOr[JsonFormatDescriptor] = js.undefined\n    ): FileFormatDescriptor = {\n      val __obj = js.Dynamic.literal()\n      CsvFormatDescriptor.foreach(__v => __obj.updateDynamic(\"CsvFormatDescriptor\")(__v.asInstanceOf[js.Any]))\n      JsonFormatDescriptor.foreach(__v => __obj.updateDynamic(\"JsonFormatDescriptor\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileFormatDescriptor]\n    }\n  }\n\n  @js.native\n  sealed trait Frequency extends js.Any\n  object Frequency {\n    val P1D = \"P1D\".asInstanceOf[Frequency]\n    val PT1H = \"PT1H\".asInstanceOf[Frequency]\n    val PT10M = \"PT10M\".asInstanceOf[Frequency]\n    val PT5M = \"PT5M\".asInstanceOf[Frequency]\n\n    @inline def values = js.Array(P1D, PT1H, PT10M, PT5M)\n  }\n\n  @js.native\n  trait GetAnomalyGroupRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var AnomalyGroupId: UUID\n  }\n\n  object GetAnomalyGroupRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        AnomalyGroupId: UUID\n    ): GetAnomalyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"AnomalyGroupId\" -> AnomalyGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAnomalyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetAnomalyGroupResponse extends js.Object {\n    var AnomalyGroup: js.UndefOr[AnomalyGroup]\n  }\n\n  object GetAnomalyGroupResponse {\n    @inline\n    def apply(\n        AnomalyGroup: js.UndefOr[AnomalyGroup] = js.undefined\n    ): GetAnomalyGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroup.foreach(__v => __obj.updateDynamic(\"AnomalyGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomalyGroupResponse]\n    }\n  }\n\n  @js.native\n  trait GetFeedbackRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var AnomalyGroupTimeSeriesFeedback: AnomalyGroupTimeSeries\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetFeedbackRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        AnomalyGroupTimeSeriesFeedback: AnomalyGroupTimeSeries,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"AnomalyGroupTimeSeriesFeedback\" -> AnomalyGroupTimeSeriesFeedback.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait GetFeedbackResponse extends js.Object {\n    var AnomalyGroupTimeSeriesFeedback: js.UndefOr[TimeSeriesFeedbackList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetFeedbackResponse {\n    @inline\n    def apply(\n        AnomalyGroupTimeSeriesFeedback: js.UndefOr[TimeSeriesFeedbackList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroupTimeSeriesFeedback.foreach(__v => __obj.updateDynamic(\"AnomalyGroupTimeSeriesFeedback\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFeedbackResponse]\n    }\n  }\n\n  @js.native\n  trait GetSampleDataRequest extends js.Object {\n    var S3SourceConfig: js.UndefOr[SampleDataS3SourceConfig]\n  }\n\n  object GetSampleDataRequest {\n    @inline\n    def apply(\n        S3SourceConfig: js.UndefOr[SampleDataS3SourceConfig] = js.undefined\n    ): GetSampleDataRequest = {\n      val __obj = js.Dynamic.literal()\n      S3SourceConfig.foreach(__v => __obj.updateDynamic(\"S3SourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSampleDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetSampleDataResponse extends js.Object {\n    var HeaderValues: js.UndefOr[HeaderValueList]\n    var SampleRows: js.UndefOr[SampleRows]\n  }\n\n  object GetSampleDataResponse {\n    @inline\n    def apply(\n        HeaderValues: js.UndefOr[HeaderValueList] = js.undefined,\n        SampleRows: js.UndefOr[SampleRows] = js.undefined\n    ): GetSampleDataResponse = {\n      val __obj = js.Dynamic.literal()\n      HeaderValues.foreach(__v => __obj.updateDynamic(\"HeaderValues\")(__v.asInstanceOf[js.Any]))\n      SampleRows.foreach(__v => __obj.updateDynamic(\"SampleRows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSampleDataResponse]\n    }\n  }\n\n  \/** Aggregated statistics about a measure affected by an anomaly.\n    *\/\n  @js.native\n  trait ItemizedMetricStats extends js.Object {\n    var MetricName: js.UndefOr[ColumnName]\n    var OccurrenceCount: js.UndefOr[Int]\n  }\n\n  object ItemizedMetricStats {\n    @inline\n    def apply(\n        MetricName: js.UndefOr[ColumnName] = js.undefined,\n        OccurrenceCount: js.UndefOr[Int] = js.undefined\n    ): ItemizedMetricStats = {\n      val __obj = js.Dynamic.literal()\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      OccurrenceCount.foreach(__v => __obj.updateDynamic(\"OccurrenceCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ItemizedMetricStats]\n    }\n  }\n\n  @js.native\n  sealed trait JsonFileCompression extends js.Any\n  object JsonFileCompression {\n    val NONE = \"NONE\".asInstanceOf[JsonFileCompression]\n    val GZIP = \"GZIP\".asInstanceOf[JsonFileCompression]\n\n    @inline def values = js.Array(NONE, GZIP)\n  }\n\n  \/** Contains information about how a source JSON data file should be analyzed.\n    *\/\n  @js.native\n  trait JsonFormatDescriptor extends js.Object {\n    var Charset: js.UndefOr[Charset]\n    var FileCompression: js.UndefOr[JsonFileCompression]\n  }\n\n  object JsonFormatDescriptor {\n    @inline\n    def apply(\n        Charset: js.UndefOr[Charset] = js.undefined,\n        FileCompression: js.UndefOr[JsonFileCompression] = js.undefined\n    ): JsonFormatDescriptor = {\n      val __obj = js.Dynamic.literal()\n      Charset.foreach(__v => __obj.updateDynamic(\"Charset\")(__v.asInstanceOf[js.Any]))\n      FileCompression.foreach(__v => __obj.updateDynamic(\"FileCompression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JsonFormatDescriptor]\n    }\n  }\n\n  \/** Contains information about a Lambda configuration.\n    *\/\n  @js.native\n  trait LambdaConfiguration extends js.Object {\n    var LambdaArn: Arn\n    var RoleArn: Arn\n  }\n\n  object LambdaConfiguration {\n    @inline\n    def apply(\n        LambdaArn: Arn,\n        RoleArn: Arn\n    ): LambdaConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"LambdaArn\" -> LambdaArn.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LambdaConfiguration]\n    }\n  }\n\n  @js.native\n  trait ListAlertsRequest extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAlertsRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAlertsRequest = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAlertsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAlertsResponse extends js.Object {\n    var AlertSummaryList: js.UndefOr[AlertSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAlertsResponse {\n    @inline\n    def apply(\n        AlertSummaryList: js.UndefOr[AlertSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAlertsResponse = {\n      val __obj = js.Dynamic.literal()\n      AlertSummaryList.foreach(__v => __obj.updateDynamic(\"AlertSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAlertsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyDetectorsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAnomalyDetectorsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAnomalyDetectorsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyDetectorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyDetectorsResponse extends js.Object {\n    var AnomalyDetectorSummaryList: js.UndefOr[AnomalyDetectorSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAnomalyDetectorsResponse {\n    @inline\n    def apply(\n        AnomalyDetectorSummaryList: js.UndefOr[AnomalyDetectorSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAnomalyDetectorsResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorSummaryList.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyDetectorsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyGroupSummariesRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var SensitivityThreshold: SensitivityThreshold\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAnomalyGroupSummariesRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        SensitivityThreshold: SensitivityThreshold,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAnomalyGroupSummariesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"SensitivityThreshold\" -> SensitivityThreshold.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyGroupSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyGroupSummariesResponse extends js.Object {\n    var AnomalyGroupStatistics: js.UndefOr[AnomalyGroupStatistics]\n    var AnomalyGroupSummaryList: js.UndefOr[AnomalyGroupSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAnomalyGroupSummariesResponse {\n    @inline\n    def apply(\n        AnomalyGroupStatistics: js.UndefOr[AnomalyGroupStatistics] = js.undefined,\n        AnomalyGroupSummaryList: js.UndefOr[AnomalyGroupSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAnomalyGroupSummariesResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroupStatistics.foreach(__v => __obj.updateDynamic(\"AnomalyGroupStatistics\")(__v.asInstanceOf[js.Any]))\n      AnomalyGroupSummaryList.foreach(__v => __obj.updateDynamic(\"AnomalyGroupSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyGroupSummariesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyGroupTimeSeriesRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var AnomalyGroupId: UUID\n    var MetricName: MetricName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAnomalyGroupTimeSeriesRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        AnomalyGroupId: UUID,\n        MetricName: MetricName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAnomalyGroupTimeSeriesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"AnomalyGroupId\" -> AnomalyGroupId.asInstanceOf[js.Any],\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyGroupTimeSeriesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAnomalyGroupTimeSeriesResponse extends js.Object {\n    var AnomalyGroupId: js.UndefOr[UUID]\n    var MetricName: js.UndefOr[MetricName]\n    var NextToken: js.UndefOr[NextToken]\n    var TimeSeriesList: js.UndefOr[TimeSeriesList]\n    var TimestampList: js.UndefOr[TimestampList]\n  }\n\n  object ListAnomalyGroupTimeSeriesResponse {\n    @inline\n    def apply(\n        AnomalyGroupId: js.UndefOr[UUID] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TimeSeriesList: js.UndefOr[TimeSeriesList] = js.undefined,\n        TimestampList: js.UndefOr[TimestampList] = js.undefined\n    ): ListAnomalyGroupTimeSeriesResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyGroupId.foreach(__v => __obj.updateDynamic(\"AnomalyGroupId\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TimeSeriesList.foreach(__v => __obj.updateDynamic(\"TimeSeriesList\")(__v.asInstanceOf[js.Any]))\n      TimestampList.foreach(__v => __obj.updateDynamic(\"TimestampList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnomalyGroupTimeSeriesResponse]\n    }\n  }\n\n  @js.native\n  trait ListMetricSetsRequest extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMetricSetsRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMetricSetsRequest = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricSetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMetricSetsResponse extends js.Object {\n    var MetricSetSummaryList: js.UndefOr[MetricSetSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMetricSetsResponse {\n    @inline\n    def apply(\n        MetricSetSummaryList: js.UndefOr[MetricSetSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMetricSetsResponse = {\n      val __obj = js.Dynamic.literal()\n      MetricSetSummaryList.foreach(__v => __obj.updateDynamic(\"MetricSetSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricSetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** A calculation made by contrasting a measure and a dimension from your source data.\n    *\/\n  @js.native\n  trait Metric extends js.Object {\n    var AggregationFunction: AggregationFunction\n    var MetricName: ColumnName\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object Metric {\n    @inline\n    def apply(\n        AggregationFunction: AggregationFunction,\n        MetricName: ColumnName,\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): Metric = {\n      val __obj = js.Dynamic.literal(\n        \"AggregationFunction\" -> AggregationFunction.asInstanceOf[js.Any],\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metric]\n    }\n  }\n\n  \/** Details about a measure affected by an anomaly.\n    *\/\n  @js.native\n  trait MetricLevelImpact extends js.Object {\n    var ContributionMatrix: js.UndefOr[ContributionMatrix]\n    var MetricName: js.UndefOr[MetricName]\n    var NumTimeSeries: js.UndefOr[Int]\n  }\n\n  object MetricLevelImpact {\n    @inline\n    def apply(\n        ContributionMatrix: js.UndefOr[ContributionMatrix] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        NumTimeSeries: js.UndefOr[Int] = js.undefined\n    ): MetricLevelImpact = {\n      val __obj = js.Dynamic.literal()\n      ContributionMatrix.foreach(__v => __obj.updateDynamic(\"ContributionMatrix\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      NumTimeSeries.foreach(__v => __obj.updateDynamic(\"NumTimeSeries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricLevelImpact]\n    }\n  }\n\n  \/** Contains information about a dataset.\n    *\/\n  @js.native\n  trait MetricSetSummary extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModificationTime: js.UndefOr[Timestamp]\n    var MetricSetArn: js.UndefOr[Arn]\n    var MetricSetDescription: js.UndefOr[MetricSetDescription]\n    var MetricSetName: js.UndefOr[MetricSetName]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object MetricSetSummary {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModificationTime: js.UndefOr[Timestamp] = js.undefined,\n        MetricSetArn: js.UndefOr[Arn] = js.undefined,\n        MetricSetDescription: js.UndefOr[MetricSetDescription] = js.undefined,\n        MetricSetName: js.UndefOr[MetricSetName] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): MetricSetSummary = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModificationTime.foreach(__v => __obj.updateDynamic(\"LastModificationTime\")(__v.asInstanceOf[js.Any]))\n      MetricSetArn.foreach(__v => __obj.updateDynamic(\"MetricSetArn\")(__v.asInstanceOf[js.Any]))\n      MetricSetDescription.foreach(__v => __obj.updateDynamic(\"MetricSetDescription\")(__v.asInstanceOf[js.Any]))\n      MetricSetName.foreach(__v => __obj.updateDynamic(\"MetricSetName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricSetSummary]\n    }\n  }\n\n  \/** Contains information about source data used to generate a metric.\n    *\/\n  @js.native\n  trait MetricSource extends js.Object {\n    var AppFlowConfig: js.UndefOr[AppFlowConfig]\n    var CloudWatchConfig: js.UndefOr[CloudWatchConfig]\n    var RDSSourceConfig: js.UndefOr[RDSSourceConfig]\n    var RedshiftSourceConfig: js.UndefOr[RedshiftSourceConfig]\n    var S3SourceConfig: js.UndefOr[S3SourceConfig]\n  }\n\n  object MetricSource {\n    @inline\n    def apply(\n        AppFlowConfig: js.UndefOr[AppFlowConfig] = js.undefined,\n        CloudWatchConfig: js.UndefOr[CloudWatchConfig] = js.undefined,\n        RDSSourceConfig: js.UndefOr[RDSSourceConfig] = js.undefined,\n        RedshiftSourceConfig: js.UndefOr[RedshiftSourceConfig] = js.undefined,\n        S3SourceConfig: js.UndefOr[S3SourceConfig] = js.undefined\n    ): MetricSource = {\n      val __obj = js.Dynamic.literal()\n      AppFlowConfig.foreach(__v => __obj.updateDynamic(\"AppFlowConfig\")(__v.asInstanceOf[js.Any]))\n      CloudWatchConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchConfig\")(__v.asInstanceOf[js.Any]))\n      RDSSourceConfig.foreach(__v => __obj.updateDynamic(\"RDSSourceConfig\")(__v.asInstanceOf[js.Any]))\n      RedshiftSourceConfig.foreach(__v => __obj.updateDynamic(\"RedshiftSourceConfig\")(__v.asInstanceOf[js.Any]))\n      S3SourceConfig.foreach(__v => __obj.updateDynamic(\"S3SourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricSource]\n    }\n  }\n\n  @js.native\n  trait PutFeedbackRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var AnomalyGroupTimeSeriesFeedback: AnomalyGroupTimeSeriesFeedback\n  }\n\n  object PutFeedbackRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        AnomalyGroupTimeSeriesFeedback: AnomalyGroupTimeSeriesFeedback\n    ): PutFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any],\n        \"AnomalyGroupTimeSeriesFeedback\" -> AnomalyGroupTimeSeriesFeedback.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait PutFeedbackResponse extends js.Object\n\n  object PutFeedbackResponse {\n    @inline\n    def apply(): PutFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutFeedbackResponse]\n    }\n  }\n\n  \/** Contains information about the Amazon Relational Database Service (RDS) configuration.\n    *\/\n  @js.native\n  trait RDSSourceConfig extends js.Object {\n    var DBInstanceIdentifier: RDSDatabaseIdentifier\n    var DatabaseHost: DatabaseHost\n    var DatabaseName: RDSDatabaseName\n    var DatabasePort: DatabasePort\n    var RoleArn: Arn\n    var SecretManagerArn: PoirotSecretManagerArn\n    var TableName: TableName\n    var VpcConfiguration: VpcConfiguration\n  }\n\n  object RDSSourceConfig {\n    @inline\n    def apply(\n        DBInstanceIdentifier: RDSDatabaseIdentifier,\n        DatabaseHost: DatabaseHost,\n        DatabaseName: RDSDatabaseName,\n        DatabasePort: DatabasePort,\n        RoleArn: Arn,\n        SecretManagerArn: PoirotSecretManagerArn,\n        TableName: TableName,\n        VpcConfiguration: VpcConfiguration\n    ): RDSSourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"DatabaseHost\" -> DatabaseHost.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"DatabasePort\" -> DatabasePort.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"SecretManagerArn\" -> SecretManagerArn.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any],\n        \"VpcConfiguration\" -> VpcConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RDSSourceConfig]\n    }\n  }\n\n  \/** Provides information about the Amazon Redshift database configuration.\n    *\/\n  @js.native\n  trait RedshiftSourceConfig extends js.Object {\n    var ClusterIdentifier: RedshiftClusterIdentifier\n    var DatabaseHost: DatabaseHost\n    var DatabaseName: RedshiftDatabaseName\n    var DatabasePort: DatabasePort\n    var RoleArn: Arn\n    var SecretManagerArn: PoirotSecretManagerArn\n    var TableName: TableName\n    var VpcConfiguration: VpcConfiguration\n  }\n\n  object RedshiftSourceConfig {\n    @inline\n    def apply(\n        ClusterIdentifier: RedshiftClusterIdentifier,\n        DatabaseHost: DatabaseHost,\n        DatabaseName: RedshiftDatabaseName,\n        DatabasePort: DatabasePort,\n        RoleArn: Arn,\n        SecretManagerArn: PoirotSecretManagerArn,\n        TableName: TableName,\n        VpcConfiguration: VpcConfiguration\n    ): RedshiftSourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"DatabaseHost\" -> DatabaseHost.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"DatabasePort\" -> DatabasePort.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"SecretManagerArn\" -> SecretManagerArn.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any],\n        \"VpcConfiguration\" -> VpcConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RedshiftSourceConfig]\n    }\n  }\n\n  \/** Contains information about the configuration of the S3 bucket that contains source files.\n    *\/\n  @js.native\n  trait S3SourceConfig extends js.Object {\n    var RoleArn: Arn\n    var FileFormatDescriptor: js.UndefOr[FileFormatDescriptor]\n    var HistoricalDataPathList: js.UndefOr[HistoricalDataPathList]\n    var TemplatedPathList: js.UndefOr[TemplatedPathList]\n  }\n\n  object S3SourceConfig {\n    @inline\n    def apply(\n        RoleArn: Arn,\n        FileFormatDescriptor: js.UndefOr[FileFormatDescriptor] = js.undefined,\n        HistoricalDataPathList: js.UndefOr[HistoricalDataPathList] = js.undefined,\n        TemplatedPathList: js.UndefOr[TemplatedPathList] = js.undefined\n    ): S3SourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      FileFormatDescriptor.foreach(__v => __obj.updateDynamic(\"FileFormatDescriptor\")(__v.asInstanceOf[js.Any]))\n      HistoricalDataPathList.foreach(__v => __obj.updateDynamic(\"HistoricalDataPathList\")(__v.asInstanceOf[js.Any]))\n      TemplatedPathList.foreach(__v => __obj.updateDynamic(\"TemplatedPathList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3SourceConfig]\n    }\n  }\n\n  \/** Contains information about the SNS topic to which you want to send your alerts and the IAM role that has access to that topic.\n    *\/\n  @js.native\n  trait SNSConfiguration extends js.Object {\n    var RoleArn: Arn\n    var SnsTopicArn: Arn\n  }\n\n  object SNSConfiguration {\n    @inline\n    def apply(\n        RoleArn: Arn,\n        SnsTopicArn: Arn\n    ): SNSConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"SnsTopicArn\" -> SnsTopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SNSConfiguration]\n    }\n  }\n\n  \/** Contains information about the source configuration in Amazon S3.\n    *\/\n  @js.native\n  trait SampleDataS3SourceConfig extends js.Object {\n    var FileFormatDescriptor: FileFormatDescriptor\n    var RoleArn: Arn\n    var HistoricalDataPathList: js.UndefOr[HistoricalDataPathList]\n    var TemplatedPathList: js.UndefOr[TemplatedPathList]\n  }\n\n  object SampleDataS3SourceConfig {\n    @inline\n    def apply(\n        FileFormatDescriptor: FileFormatDescriptor,\n        RoleArn: Arn,\n        HistoricalDataPathList: js.UndefOr[HistoricalDataPathList] = js.undefined,\n        TemplatedPathList: js.UndefOr[TemplatedPathList] = js.undefined\n    ): SampleDataS3SourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"FileFormatDescriptor\" -> FileFormatDescriptor.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      HistoricalDataPathList.foreach(__v => __obj.updateDynamic(\"HistoricalDataPathList\")(__v.asInstanceOf[js.Any]))\n      TemplatedPathList.foreach(__v => __obj.updateDynamic(\"TemplatedPathList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SampleDataS3SourceConfig]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Details about a metric. A metric is an aggregation of the values of a measure for a dimension value, such as <i>availability<\/i> in the <i>us-east-1<\/i> Region.\n    *\/\n  @js.native\n  trait TimeSeries extends js.Object {\n    var DimensionList: DimensionNameValueList\n    var MetricValueList: MetricValueList\n    var TimeSeriesId: TimeSeriesId\n  }\n\n  object TimeSeries {\n    @inline\n    def apply(\n        DimensionList: DimensionNameValueList,\n        MetricValueList: MetricValueList,\n        TimeSeriesId: TimeSeriesId\n    ): TimeSeries = {\n      val __obj = js.Dynamic.literal(\n        \"DimensionList\" -> DimensionList.asInstanceOf[js.Any],\n        \"MetricValueList\" -> MetricValueList.asInstanceOf[js.Any],\n        \"TimeSeriesId\" -> TimeSeriesId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TimeSeries]\n    }\n  }\n\n  \/** Details about feedback submitted for an anomalous metric.\n    *\/\n  @js.native\n  trait TimeSeriesFeedback extends js.Object {\n    var IsAnomaly: js.UndefOr[Boolean]\n    var TimeSeriesId: js.UndefOr[TimeSeriesId]\n  }\n\n  object TimeSeriesFeedback {\n    @inline\n    def apply(\n        IsAnomaly: js.UndefOr[Boolean] = js.undefined,\n        TimeSeriesId: js.UndefOr[TimeSeriesId] = js.undefined\n    ): TimeSeriesFeedback = {\n      val __obj = js.Dynamic.literal()\n      IsAnomaly.foreach(__v => __obj.updateDynamic(\"IsAnomaly\")(__v.asInstanceOf[js.Any]))\n      TimeSeriesId.foreach(__v => __obj.updateDynamic(\"TimeSeriesId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeSeriesFeedback]\n    }\n  }\n\n  \/** Contains information about the column used to track time in a source data file.\n    *\/\n  @js.native\n  trait TimestampColumn extends js.Object {\n    var ColumnFormat: js.UndefOr[DateTimeFormat]\n    var ColumnName: js.UndefOr[ColumnName]\n  }\n\n  object TimestampColumn {\n    @inline\n    def apply(\n        ColumnFormat: js.UndefOr[DateTimeFormat] = js.undefined,\n        ColumnName: js.UndefOr[ColumnName] = js.undefined\n    ): TimestampColumn = {\n      val __obj = js.Dynamic.literal()\n      ColumnFormat.foreach(__v => __obj.updateDynamic(\"ColumnFormat\")(__v.asInstanceOf[js.Any]))\n      ColumnName.foreach(__v => __obj.updateDynamic(\"ColumnName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimestampColumn]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalyDetectorRequest extends js.Object {\n    var AnomalyDetectorArn: Arn\n    var AnomalyDetectorConfig: js.UndefOr[AnomalyDetectorConfig]\n    var AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription]\n    var KmsKeyArn: js.UndefOr[KmsKeyArn]\n  }\n\n  object UpdateAnomalyDetectorRequest {\n    @inline\n    def apply(\n        AnomalyDetectorArn: Arn,\n        AnomalyDetectorConfig: js.UndefOr[AnomalyDetectorConfig] = js.undefined,\n        AnomalyDetectorDescription: js.UndefOr[AnomalyDetectorDescription] = js.undefined,\n        KmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined\n    ): UpdateAnomalyDetectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyDetectorArn\" -> AnomalyDetectorArn.asInstanceOf[js.Any]\n      )\n\n      AnomalyDetectorConfig.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorConfig\")(__v.asInstanceOf[js.Any]))\n      AnomalyDetectorDescription.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorDescription\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnomalyDetectorRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalyDetectorResponse extends js.Object {\n    var AnomalyDetectorArn: js.UndefOr[Arn]\n  }\n\n  object UpdateAnomalyDetectorResponse {\n    @inline\n    def apply(\n        AnomalyDetectorArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateAnomalyDetectorResponse = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectorArn.foreach(__v => __obj.updateDynamic(\"AnomalyDetectorArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnomalyDetectorResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateMetricSetRequest extends js.Object {\n    var MetricSetArn: Arn\n    var DimensionList: js.UndefOr[DimensionList]\n    var MetricList: js.UndefOr[MetricList]\n    var MetricSetDescription: js.UndefOr[MetricSetDescription]\n    var MetricSetFrequency: js.UndefOr[Frequency]\n    var MetricSource: js.UndefOr[MetricSource]\n    var Offset: js.UndefOr[Offset]\n    var TimestampColumn: js.UndefOr[TimestampColumn]\n  }\n\n  object UpdateMetricSetRequest {\n    @inline\n    def apply(\n        MetricSetArn: Arn,\n        DimensionList: js.UndefOr[DimensionList] = js.undefined,\n        MetricList: js.UndefOr[MetricList] = js.undefined,\n        MetricSetDescription: js.UndefOr[MetricSetDescription] = js.undefined,\n        MetricSetFrequency: js.UndefOr[Frequency] = js.undefined,\n        MetricSource: js.UndefOr[MetricSource] = js.undefined,\n        Offset: js.UndefOr[Offset] = js.undefined,\n        TimestampColumn: js.UndefOr[TimestampColumn] = js.undefined\n    ): UpdateMetricSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MetricSetArn\" -> MetricSetArn.asInstanceOf[js.Any]\n      )\n\n      DimensionList.foreach(__v => __obj.updateDynamic(\"DimensionList\")(__v.asInstanceOf[js.Any]))\n      MetricList.foreach(__v => __obj.updateDynamic(\"MetricList\")(__v.asInstanceOf[js.Any]))\n      MetricSetDescription.foreach(__v => __obj.updateDynamic(\"MetricSetDescription\")(__v.asInstanceOf[js.Any]))\n      MetricSetFrequency.foreach(__v => __obj.updateDynamic(\"MetricSetFrequency\")(__v.asInstanceOf[js.Any]))\n      MetricSource.foreach(__v => __obj.updateDynamic(\"MetricSource\")(__v.asInstanceOf[js.Any]))\n      Offset.foreach(__v => __obj.updateDynamic(\"Offset\")(__v.asInstanceOf[js.Any]))\n      TimestampColumn.foreach(__v => __obj.updateDynamic(\"TimestampColumn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMetricSetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMetricSetResponse extends js.Object {\n    var MetricSetArn: js.UndefOr[Arn]\n  }\n\n  object UpdateMetricSetResponse {\n    @inline\n    def apply(\n        MetricSetArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateMetricSetResponse = {\n      val __obj = js.Dynamic.literal()\n      MetricSetArn.foreach(__v => __obj.updateDynamic(\"MetricSetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMetricSetResponse]\n    }\n  }\n\n  \/** Contains configuration information about the Amazon Virtual Private Cloud (VPC).\n    *\/\n  @js.native\n  trait VpcConfiguration extends js.Object {\n    var SecurityGroupIdList: SecurityGroupIdList\n    var SubnetIdList: SubnetIdList\n  }\n\n  object VpcConfiguration {\n    @inline\n    def apply(\n        SecurityGroupIdList: SecurityGroupIdList,\n        SubnetIdList: SubnetIdList\n    ): VpcConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroupIdList\" -> SecurityGroupIdList.asInstanceOf[js.Any],\n        \"SubnetIdList\" -> SubnetIdList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfiguration]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/Error.scala","text":"package facade.amazonaws\n\nimport scala.scalajs.js\n\n@js.native\ntrait Error extends js.Error {\n  override val name: String = js.native\n  override val message: String = js.native\n\n  val code: String = js.native\n  val time: js.Date = js.native\n\n  val cfId: js.UndefOr[String] = js.native\n  val errors: js.UndefOr[js.Array[Error]] = js.native\n  val extendedRequestId: js.UndefOr[String] = js.native\n  val hostname: js.UndefOr[String] = js.native\n  val region: js.UndefOr[String] = js.native\n  val requestId: js.UndefOr[String] = js.native\n  val retryable: js.UndefOr[Boolean] = js.native\n  val retryDelay: js.UndefOr[Double] = js.native\n  val statusCode: js.UndefOr[Int] = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/SAMLCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"SAMLCredentials\", \"AWS.SAMLCredentials\")\nclass SAMLCredentials(options: SAMLCredentialsParams) extends AWSCredentials {\n  def params: SAMLCredentialsParams = js.native\n}\n\ntrait SAMLCredentialsParams extends js.Object {\n  var RoleArn: String\n  var PrincipalArn: String\n  var SAMLAssertion: String\n  var Policy: js.UndefOr[String]\n  var DurationSeconds: js.UndefOr[Double]\n}\n\nobject SAMLCredentialsParams {\n  def apply(\n      RoleArn: String,\n      PrincipalArn: String,\n      SAMLAssertion: String,\n      Policy: js.UndefOr[String] = js.undefined,\n      DurationSeconds: js.UndefOr[Double] = js.undefined\n  ): SAMLCredentialsParams = {\n    val _obj$ = js.Dynamic.literal(\n      \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n      \"PrincipalArn\" -> PrincipalArn.asInstanceOf[js.Any],\n      \"SAMLAssertion\" -> SAMLAssertion.asInstanceOf[js.Any]\n    )\n    Policy.foreach(_v => _obj$.updateDynamic(\"Policy\")(_v.asInstanceOf[js.Any]))\n    DurationSeconds.foreach(_v => _obj$.updateDynamic(\"DurationSeconds\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[SAMLCredentialsParams]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mgn\/src\/main\/scala\/facade\/amazonaws\/services\/Mgn.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mgn {\n  type ARN = String\n  type BoundedString = String\n  type Cpus = js.Array[CPU]\n  type DataReplicationInfoReplicatedDisks = js.Array[DataReplicationInfoReplicatedDisk]\n  type DataReplicationInitiationSteps = js.Array[DataReplicationInitiationStep]\n  type DescribeJobsRequestFiltersJobIDs = js.Array[JobID]\n  type DescribeSourceServersRequestFiltersIDs = js.Array[SourceServerID]\n  type Disks = js.Array[Disk]\n  type EC2InstanceID = String\n  type EC2InstanceType = String\n  type IPsList = js.Array[BoundedString]\n  type ISO8601DatetimeString = String\n  type JobID = String\n  type JobLogs = js.Array[JobLog]\n  type JobsList = js.Array[Job]\n  type LargeBoundedString = String\n  type NetworkInterfaces = js.Array[NetworkInterface]\n  type PaginationToken = String\n  type ParticipatingServers = js.Array[ParticipatingServer]\n  type PositiveInteger = Double\n  type ReplicationConfigurationReplicatedDisks = js.Array[ReplicationConfigurationReplicatedDisk]\n  type ReplicationConfigurationTemplateID = String\n  type ReplicationConfigurationTemplateIDs = js.Array[ReplicationConfigurationTemplateID]\n  type ReplicationConfigurationTemplates = js.Array[ReplicationConfigurationTemplate]\n  type ReplicationServersSecurityGroupsIDs = js.Array[SecurityGroupID]\n  type SecurityGroupID = String\n  type SmallBoundedString = String\n  type SourceServerID = String\n  type SourceServersList = js.Array[SourceServer]\n  type StartCutoverRequestSourceServerIDs = js.Array[SourceServerID]\n  type StartTestRequestSourceServerIDs = js.Array[SourceServerID]\n  type StrictlyPositiveInteger = Int\n  type SubnetID = String\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type TagsMap = js.Dictionary[TagValue]\n  type TerminateTargetInstancesRequestSourceServerIDs = js.Array[SourceServerID]\n\n  implicit final class MgnOps(private val service: Mgn) extends AnyVal {\n\n    @inline def changeServerLifeCycleStateFuture(params: ChangeServerLifeCycleStateRequest): Future[SourceServer] = service.changeServerLifeCycleState(params).promise().toFuture\n    @inline def createReplicationConfigurationTemplateFuture(params: CreateReplicationConfigurationTemplateRequest): Future[ReplicationConfigurationTemplate] = service.createReplicationConfigurationTemplate(params).promise().toFuture\n    @inline def deleteJobFuture(params: DeleteJobRequest): Future[DeleteJobResponse] = service.deleteJob(params).promise().toFuture\n    @inline def deleteReplicationConfigurationTemplateFuture(params: DeleteReplicationConfigurationTemplateRequest): Future[DeleteReplicationConfigurationTemplateResponse] = service.deleteReplicationConfigurationTemplate(params).promise().toFuture\n    @inline def deleteSourceServerFuture(params: DeleteSourceServerRequest): Future[DeleteSourceServerResponse] = service.deleteSourceServer(params).promise().toFuture\n    @inline def describeJobLogItemsFuture(params: DescribeJobLogItemsRequest): Future[DescribeJobLogItemsResponse] = service.describeJobLogItems(params).promise().toFuture\n    @inline def describeJobsFuture(params: DescribeJobsRequest): Future[DescribeJobsResponse] = service.describeJobs(params).promise().toFuture\n    @inline def describeReplicationConfigurationTemplatesFuture(params: DescribeReplicationConfigurationTemplatesRequest): Future[DescribeReplicationConfigurationTemplatesResponse] = service.describeReplicationConfigurationTemplates(params).promise().toFuture\n    @inline def describeSourceServersFuture(params: DescribeSourceServersRequest): Future[DescribeSourceServersResponse] = service.describeSourceServers(params).promise().toFuture\n    @inline def disconnectFromServiceFuture(params: DisconnectFromServiceRequest): Future[SourceServer] = service.disconnectFromService(params).promise().toFuture\n    @inline def finalizeCutoverFuture(params: FinalizeCutoverRequest): Future[SourceServer] = service.finalizeCutover(params).promise().toFuture\n    @inline def getLaunchConfigurationFuture(params: GetLaunchConfigurationRequest): Future[LaunchConfiguration] = service.getLaunchConfiguration(params).promise().toFuture\n    @inline def getReplicationConfigurationFuture(params: GetReplicationConfigurationRequest): Future[ReplicationConfiguration] = service.getReplicationConfiguration(params).promise().toFuture\n    @inline def initializeServiceFuture(params: InitializeServiceRequest): Future[InitializeServiceResponse] = service.initializeService(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def markAsArchivedFuture(params: MarkAsArchivedRequest): Future[SourceServer] = service.markAsArchived(params).promise().toFuture\n    @inline def retryDataReplicationFuture(params: RetryDataReplicationRequest): Future[SourceServer] = service.retryDataReplication(params).promise().toFuture\n    @inline def startCutoverFuture(params: StartCutoverRequest): Future[StartCutoverResponse] = service.startCutover(params).promise().toFuture\n    @inline def startTestFuture(params: StartTestRequest): Future[StartTestResponse] = service.startTest(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def terminateTargetInstancesFuture(params: TerminateTargetInstancesRequest): Future[TerminateTargetInstancesResponse] = service.terminateTargetInstances(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateLaunchConfigurationFuture(params: UpdateLaunchConfigurationRequest): Future[LaunchConfiguration] = service.updateLaunchConfiguration(params).promise().toFuture\n    @inline def updateReplicationConfigurationFuture(params: UpdateReplicationConfigurationRequest): Future[ReplicationConfiguration] = service.updateReplicationConfiguration(params).promise().toFuture\n    @inline def updateReplicationConfigurationTemplateFuture(params: UpdateReplicationConfigurationTemplateRequest): Future[ReplicationConfigurationTemplate] = service.updateReplicationConfigurationTemplate(params).promise().toFuture\n\n  }\n}\n\npackage mgn {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mgn\", JSImport.Namespace, \"AWS.Mgn\")\n  class Mgn() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def changeServerLifeCycleState(params: ChangeServerLifeCycleStateRequest): Request[SourceServer] = js.native\n    def createReplicationConfigurationTemplate(params: CreateReplicationConfigurationTemplateRequest): Request[ReplicationConfigurationTemplate] = js.native\n    def deleteJob(params: DeleteJobRequest): Request[DeleteJobResponse] = js.native\n    def deleteReplicationConfigurationTemplate(params: DeleteReplicationConfigurationTemplateRequest): Request[DeleteReplicationConfigurationTemplateResponse] = js.native\n    def deleteSourceServer(params: DeleteSourceServerRequest): Request[DeleteSourceServerResponse] = js.native\n    def describeJobLogItems(params: DescribeJobLogItemsRequest): Request[DescribeJobLogItemsResponse] = js.native\n    def describeJobs(params: DescribeJobsRequest): Request[DescribeJobsResponse] = js.native\n    def describeReplicationConfigurationTemplates(params: DescribeReplicationConfigurationTemplatesRequest): Request[DescribeReplicationConfigurationTemplatesResponse] = js.native\n    def describeSourceServers(params: DescribeSourceServersRequest): Request[DescribeSourceServersResponse] = js.native\n    def disconnectFromService(params: DisconnectFromServiceRequest): Request[SourceServer] = js.native\n    def finalizeCutover(params: FinalizeCutoverRequest): Request[SourceServer] = js.native\n    def getLaunchConfiguration(params: GetLaunchConfigurationRequest): Request[LaunchConfiguration] = js.native\n    def getReplicationConfiguration(params: GetReplicationConfigurationRequest): Request[ReplicationConfiguration] = js.native\n    def initializeService(params: InitializeServiceRequest): Request[InitializeServiceResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def markAsArchived(params: MarkAsArchivedRequest): Request[SourceServer] = js.native\n    def retryDataReplication(params: RetryDataReplicationRequest): Request[SourceServer] = js.native\n    def startCutover(params: StartCutoverRequest): Request[StartCutoverResponse] = js.native\n    def startTest(params: StartTestRequest): Request[StartTestResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def terminateTargetInstances(params: TerminateTargetInstancesRequest): Request[TerminateTargetInstancesResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateLaunchConfiguration(params: UpdateLaunchConfigurationRequest): Request[LaunchConfiguration] = js.native\n    def updateReplicationConfiguration(params: UpdateReplicationConfigurationRequest): Request[ReplicationConfiguration] = js.native\n    def updateReplicationConfigurationTemplate(params: UpdateReplicationConfigurationTemplateRequest): Request[ReplicationConfigurationTemplate] = js.native\n  }\n\n  \/** Source server CPU information.\n    *\/\n  @js.native\n  trait CPU extends js.Object {\n    var cores: js.UndefOr[PositiveInteger]\n    var modelName: js.UndefOr[BoundedString]\n  }\n\n  object CPU {\n    @inline\n    def apply(\n        cores: js.UndefOr[PositiveInteger] = js.undefined,\n        modelName: js.UndefOr[BoundedString] = js.undefined\n    ): CPU = {\n      val __obj = js.Dynamic.literal()\n      cores.foreach(__v => __obj.updateDynamic(\"cores\")(__v.asInstanceOf[js.Any]))\n      modelName.foreach(__v => __obj.updateDynamic(\"modelName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CPU]\n    }\n  }\n\n  @js.native\n  trait ChangeServerLifeCycleStateRequest extends js.Object {\n    var lifeCycle: ChangeServerLifeCycleStateSourceServerLifecycle\n    var sourceServerID: SourceServerID\n  }\n\n  object ChangeServerLifeCycleStateRequest {\n    @inline\n    def apply(\n        lifeCycle: ChangeServerLifeCycleStateSourceServerLifecycle,\n        sourceServerID: SourceServerID\n    ): ChangeServerLifeCycleStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"lifeCycle\" -> lifeCycle.asInstanceOf[js.Any],\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ChangeServerLifeCycleStateRequest]\n    }\n  }\n\n  \/** The request to change the source server migration lifecycle state.\n    *\/\n  @js.native\n  trait ChangeServerLifeCycleStateSourceServerLifecycle extends js.Object {\n    var state: ChangeServerLifeCycleStateSourceServerLifecycleState\n  }\n\n  object ChangeServerLifeCycleStateSourceServerLifecycle {\n    @inline\n    def apply(\n        state: ChangeServerLifeCycleStateSourceServerLifecycleState\n    ): ChangeServerLifeCycleStateSourceServerLifecycle = {\n      val __obj = js.Dynamic.literal(\n        \"state\" -> state.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ChangeServerLifeCycleStateSourceServerLifecycle]\n    }\n  }\n\n  @js.native\n  sealed trait ChangeServerLifeCycleStateSourceServerLifecycleState extends js.Any\n  object ChangeServerLifeCycleStateSourceServerLifecycleState {\n    val READY_FOR_TEST = \"READY_FOR_TEST\".asInstanceOf[ChangeServerLifeCycleStateSourceServerLifecycleState]\n    val READY_FOR_CUTOVER = \"READY_FOR_CUTOVER\".asInstanceOf[ChangeServerLifeCycleStateSourceServerLifecycleState]\n    val CUTOVER = \"CUTOVER\".asInstanceOf[ChangeServerLifeCycleStateSourceServerLifecycleState]\n\n    @inline def values = js.Array(READY_FOR_TEST, READY_FOR_CUTOVER, CUTOVER)\n  }\n\n  @js.native\n  trait CreateReplicationConfigurationTemplateRequest extends js.Object {\n    var associateDefaultSecurityGroup: Boolean\n    var bandwidthThrottling: PositiveInteger\n    var createPublicIP: Boolean\n    var dataPlaneRouting: ReplicationConfigurationDataPlaneRouting\n    var defaultLargeStagingDiskType: ReplicationConfigurationDefaultLargeStagingDiskType\n    var ebsEncryption: ReplicationConfigurationEbsEncryption\n    var replicationServerInstanceType: EC2InstanceType\n    var replicationServersSecurityGroupsIDs: ReplicationServersSecurityGroupsIDs\n    var stagingAreaSubnetId: SubnetID\n    var stagingAreaTags: TagsMap\n    var useDedicatedReplicationServer: Boolean\n    var ebsEncryptionKeyArn: js.UndefOr[ARN]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateReplicationConfigurationTemplateRequest {\n    @inline\n    def apply(\n        associateDefaultSecurityGroup: Boolean,\n        bandwidthThrottling: PositiveInteger,\n        createPublicIP: Boolean,\n        dataPlaneRouting: ReplicationConfigurationDataPlaneRouting,\n        defaultLargeStagingDiskType: ReplicationConfigurationDefaultLargeStagingDiskType,\n        ebsEncryption: ReplicationConfigurationEbsEncryption,\n        replicationServerInstanceType: EC2InstanceType,\n        replicationServersSecurityGroupsIDs: ReplicationServersSecurityGroupsIDs,\n        stagingAreaSubnetId: SubnetID,\n        stagingAreaTags: TagsMap,\n        useDedicatedReplicationServer: Boolean,\n        ebsEncryptionKeyArn: js.UndefOr[ARN] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateReplicationConfigurationTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"associateDefaultSecurityGroup\" -> associateDefaultSecurityGroup.asInstanceOf[js.Any],\n        \"bandwidthThrottling\" -> bandwidthThrottling.asInstanceOf[js.Any],\n        \"createPublicIP\" -> createPublicIP.asInstanceOf[js.Any],\n        \"dataPlaneRouting\" -> dataPlaneRouting.asInstanceOf[js.Any],\n        \"defaultLargeStagingDiskType\" -> defaultLargeStagingDiskType.asInstanceOf[js.Any],\n        \"ebsEncryption\" -> ebsEncryption.asInstanceOf[js.Any],\n        \"replicationServerInstanceType\" -> replicationServerInstanceType.asInstanceOf[js.Any],\n        \"replicationServersSecurityGroupsIDs\" -> replicationServersSecurityGroupsIDs.asInstanceOf[js.Any],\n        \"stagingAreaSubnetId\" -> stagingAreaSubnetId.asInstanceOf[js.Any],\n        \"stagingAreaTags\" -> stagingAreaTags.asInstanceOf[js.Any],\n        \"useDedicatedReplicationServer\" -> useDedicatedReplicationServer.asInstanceOf[js.Any]\n      )\n\n      ebsEncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"ebsEncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReplicationConfigurationTemplateRequest]\n    }\n  }\n\n  \/** Error in data replication.\n    *\/\n  @js.native\n  trait DataReplicationError extends js.Object {\n    var error: js.UndefOr[DataReplicationErrorString]\n    var rawError: js.UndefOr[LargeBoundedString]\n  }\n\n  object DataReplicationError {\n    @inline\n    def apply(\n        error: js.UndefOr[DataReplicationErrorString] = js.undefined,\n        rawError: js.UndefOr[LargeBoundedString] = js.undefined\n    ): DataReplicationError = {\n      val __obj = js.Dynamic.literal()\n      error.foreach(__v => __obj.updateDynamic(\"error\")(__v.asInstanceOf[js.Any]))\n      rawError.foreach(__v => __obj.updateDynamic(\"rawError\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataReplicationError]\n    }\n  }\n\n  @js.native\n  sealed trait DataReplicationErrorString extends js.Any\n  object DataReplicationErrorString {\n    val AGENT_NOT_SEEN = \"AGENT_NOT_SEEN\".asInstanceOf[DataReplicationErrorString]\n    val SNAPSHOTS_FAILURE = \"SNAPSHOTS_FAILURE\".asInstanceOf[DataReplicationErrorString]\n    val NOT_CONVERGING = \"NOT_CONVERGING\".asInstanceOf[DataReplicationErrorString]\n    val UNSTABLE_NETWORK = \"UNSTABLE_NETWORK\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_CREATE_SECURITY_GROUP = \"FAILED_TO_CREATE_SECURITY_GROUP\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_LAUNCH_REPLICATION_SERVER = \"FAILED_TO_LAUNCH_REPLICATION_SERVER\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_BOOT_REPLICATION_SERVER = \"FAILED_TO_BOOT_REPLICATION_SERVER\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_AUTHENTICATE_WITH_SERVICE = \"FAILED_TO_AUTHENTICATE_WITH_SERVICE\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_DOWNLOAD_REPLICATION_SOFTWARE = \"FAILED_TO_DOWNLOAD_REPLICATION_SOFTWARE\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_CREATE_STAGING_DISKS = \"FAILED_TO_CREATE_STAGING_DISKS\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_ATTACH_STAGING_DISKS = \"FAILED_TO_ATTACH_STAGING_DISKS\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_PAIR_REPLICATION_SERVER_WITH_AGENT = \"FAILED_TO_PAIR_REPLICATION_SERVER_WITH_AGENT\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_CONNECT_AGENT_TO_REPLICATION_SERVER = \"FAILED_TO_CONNECT_AGENT_TO_REPLICATION_SERVER\".asInstanceOf[DataReplicationErrorString]\n    val FAILED_TO_START_DATA_TRANSFER = \"FAILED_TO_START_DATA_TRANSFER\".asInstanceOf[DataReplicationErrorString]\n\n    @inline def values = js.Array(\n      AGENT_NOT_SEEN,\n      SNAPSHOTS_FAILURE,\n      NOT_CONVERGING,\n      UNSTABLE_NETWORK,\n      FAILED_TO_CREATE_SECURITY_GROUP,\n      FAILED_TO_LAUNCH_REPLICATION_SERVER,\n      FAILED_TO_BOOT_REPLICATION_SERVER,\n      FAILED_TO_AUTHENTICATE_WITH_SERVICE,\n      FAILED_TO_DOWNLOAD_REPLICATION_SOFTWARE,\n      FAILED_TO_CREATE_STAGING_DISKS,\n      FAILED_TO_ATTACH_STAGING_DISKS,\n      FAILED_TO_PAIR_REPLICATION_SERVER_WITH_AGENT,\n      FAILED_TO_CONNECT_AGENT_TO_REPLICATION_SERVER,\n      FAILED_TO_START_DATA_TRANSFER\n    )\n  }\n\n  \/** Request data replication info.\n    *\/\n  @js.native\n  trait DataReplicationInfo extends js.Object {\n    var dataReplicationError: js.UndefOr[DataReplicationError]\n    var dataReplicationInitiation: js.UndefOr[DataReplicationInitiation]\n    var dataReplicationState: js.UndefOr[DataReplicationState]\n    var etaDateTime: js.UndefOr[ISO8601DatetimeString]\n    var lagDuration: js.UndefOr[ISO8601DatetimeString]\n    var replicatedDisks: js.UndefOr[DataReplicationInfoReplicatedDisks]\n  }\n\n  object DataReplicationInfo {\n    @inline\n    def apply(\n        dataReplicationError: js.UndefOr[DataReplicationError] = js.undefined,\n        dataReplicationInitiation: js.UndefOr[DataReplicationInitiation] = js.undefined,\n        dataReplicationState: js.UndefOr[DataReplicationState] = js.undefined,\n        etaDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        lagDuration: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        replicatedDisks: js.UndefOr[DataReplicationInfoReplicatedDisks] = js.undefined\n    ): DataReplicationInfo = {\n      val __obj = js.Dynamic.literal()\n      dataReplicationError.foreach(__v => __obj.updateDynamic(\"dataReplicationError\")(__v.asInstanceOf[js.Any]))\n      dataReplicationInitiation.foreach(__v => __obj.updateDynamic(\"dataReplicationInitiation\")(__v.asInstanceOf[js.Any]))\n      dataReplicationState.foreach(__v => __obj.updateDynamic(\"dataReplicationState\")(__v.asInstanceOf[js.Any]))\n      etaDateTime.foreach(__v => __obj.updateDynamic(\"etaDateTime\")(__v.asInstanceOf[js.Any]))\n      lagDuration.foreach(__v => __obj.updateDynamic(\"lagDuration\")(__v.asInstanceOf[js.Any]))\n      replicatedDisks.foreach(__v => __obj.updateDynamic(\"replicatedDisks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataReplicationInfo]\n    }\n  }\n\n  \/** Request to query disks replicated.\n    *\/\n  @js.native\n  trait DataReplicationInfoReplicatedDisk extends js.Object {\n    var backloggedStorageBytes: js.UndefOr[PositiveInteger]\n    var deviceName: js.UndefOr[BoundedString]\n    var replicatedStorageBytes: js.UndefOr[PositiveInteger]\n    var rescannedStorageBytes: js.UndefOr[PositiveInteger]\n    var totalStorageBytes: js.UndefOr[PositiveInteger]\n  }\n\n  object DataReplicationInfoReplicatedDisk {\n    @inline\n    def apply(\n        backloggedStorageBytes: js.UndefOr[PositiveInteger] = js.undefined,\n        deviceName: js.UndefOr[BoundedString] = js.undefined,\n        replicatedStorageBytes: js.UndefOr[PositiveInteger] = js.undefined,\n        rescannedStorageBytes: js.UndefOr[PositiveInteger] = js.undefined,\n        totalStorageBytes: js.UndefOr[PositiveInteger] = js.undefined\n    ): DataReplicationInfoReplicatedDisk = {\n      val __obj = js.Dynamic.literal()\n      backloggedStorageBytes.foreach(__v => __obj.updateDynamic(\"backloggedStorageBytes\")(__v.asInstanceOf[js.Any]))\n      deviceName.foreach(__v => __obj.updateDynamic(\"deviceName\")(__v.asInstanceOf[js.Any]))\n      replicatedStorageBytes.foreach(__v => __obj.updateDynamic(\"replicatedStorageBytes\")(__v.asInstanceOf[js.Any]))\n      rescannedStorageBytes.foreach(__v => __obj.updateDynamic(\"rescannedStorageBytes\")(__v.asInstanceOf[js.Any]))\n      totalStorageBytes.foreach(__v => __obj.updateDynamic(\"totalStorageBytes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataReplicationInfoReplicatedDisk]\n    }\n  }\n\n  \/** Data replication initiation.\n    *\/\n  @js.native\n  trait DataReplicationInitiation extends js.Object {\n    var nextAttemptDateTime: js.UndefOr[ISO8601DatetimeString]\n    var startDateTime: js.UndefOr[ISO8601DatetimeString]\n    var steps: js.UndefOr[DataReplicationInitiationSteps]\n  }\n\n  object DataReplicationInitiation {\n    @inline\n    def apply(\n        nextAttemptDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        startDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        steps: js.UndefOr[DataReplicationInitiationSteps] = js.undefined\n    ): DataReplicationInitiation = {\n      val __obj = js.Dynamic.literal()\n      nextAttemptDateTime.foreach(__v => __obj.updateDynamic(\"nextAttemptDateTime\")(__v.asInstanceOf[js.Any]))\n      startDateTime.foreach(__v => __obj.updateDynamic(\"startDateTime\")(__v.asInstanceOf[js.Any]))\n      steps.foreach(__v => __obj.updateDynamic(\"steps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataReplicationInitiation]\n    }\n  }\n\n  \/** Data replication intiation step.\n    *\/\n  @js.native\n  trait DataReplicationInitiationStep extends js.Object {\n    var name: js.UndefOr[DataReplicationInitiationStepName]\n    var status: js.UndefOr[DataReplicationInitiationStepStatus]\n  }\n\n  object DataReplicationInitiationStep {\n    @inline\n    def apply(\n        name: js.UndefOr[DataReplicationInitiationStepName] = js.undefined,\n        status: js.UndefOr[DataReplicationInitiationStepStatus] = js.undefined\n    ): DataReplicationInitiationStep = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataReplicationInitiationStep]\n    }\n  }\n\n  @js.native\n  sealed trait DataReplicationInitiationStepName extends js.Any\n  object DataReplicationInitiationStepName {\n    val WAIT = \"WAIT\".asInstanceOf[DataReplicationInitiationStepName]\n    val CREATE_SECURITY_GROUP = \"CREATE_SECURITY_GROUP\".asInstanceOf[DataReplicationInitiationStepName]\n    val LAUNCH_REPLICATION_SERVER = \"LAUNCH_REPLICATION_SERVER\".asInstanceOf[DataReplicationInitiationStepName]\n    val BOOT_REPLICATION_SERVER = \"BOOT_REPLICATION_SERVER\".asInstanceOf[DataReplicationInitiationStepName]\n    val AUTHENTICATE_WITH_SERVICE = \"AUTHENTICATE_WITH_SERVICE\".asInstanceOf[DataReplicationInitiationStepName]\n    val DOWNLOAD_REPLICATION_SOFTWARE = \"DOWNLOAD_REPLICATION_SOFTWARE\".asInstanceOf[DataReplicationInitiationStepName]\n    val CREATE_STAGING_DISKS = \"CREATE_STAGING_DISKS\".asInstanceOf[DataReplicationInitiationStepName]\n    val ATTACH_STAGING_DISKS = \"ATTACH_STAGING_DISKS\".asInstanceOf[DataReplicationInitiationStepName]\n    val PAIR_REPLICATION_SERVER_WITH_AGENT = \"PAIR_REPLICATION_SERVER_WITH_AGENT\".asInstanceOf[DataReplicationInitiationStepName]\n    val CONNECT_AGENT_TO_REPLICATION_SERVER = \"CONNECT_AGENT_TO_REPLICATION_SERVER\".asInstanceOf[DataReplicationInitiationStepName]\n    val START_DATA_TRANSFER = \"START_DATA_TRANSFER\".asInstanceOf[DataReplicationInitiationStepName]\n\n    @inline def values = js.Array(\n      WAIT,\n      CREATE_SECURITY_GROUP,\n      LAUNCH_REPLICATION_SERVER,\n      BOOT_REPLICATION_SERVER,\n      AUTHENTICATE_WITH_SERVICE,\n      DOWNLOAD_REPLICATION_SOFTWARE,\n      CREATE_STAGING_DISKS,\n      ATTACH_STAGING_DISKS,\n      PAIR_REPLICATION_SERVER_WITH_AGENT,\n      CONNECT_AGENT_TO_REPLICATION_SERVER,\n      START_DATA_TRANSFER\n    )\n  }\n\n  @js.native\n  sealed trait DataReplicationInitiationStepStatus extends js.Any\n  object DataReplicationInitiationStepStatus {\n    val NOT_STARTED = \"NOT_STARTED\".asInstanceOf[DataReplicationInitiationStepStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[DataReplicationInitiationStepStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[DataReplicationInitiationStepStatus]\n    val FAILED = \"FAILED\".asInstanceOf[DataReplicationInitiationStepStatus]\n    val SKIPPED = \"SKIPPED\".asInstanceOf[DataReplicationInitiationStepStatus]\n\n    @inline def values = js.Array(NOT_STARTED, IN_PROGRESS, SUCCEEDED, FAILED, SKIPPED)\n  }\n\n  @js.native\n  sealed trait DataReplicationState extends js.Any\n  object DataReplicationState {\n    val STOPPED = \"STOPPED\".asInstanceOf[DataReplicationState]\n    val INITIATING = \"INITIATING\".asInstanceOf[DataReplicationState]\n    val INITIAL_SYNC = \"INITIAL_SYNC\".asInstanceOf[DataReplicationState]\n    val BACKLOG = \"BACKLOG\".asInstanceOf[DataReplicationState]\n    val CREATING_SNAPSHOT = \"CREATING_SNAPSHOT\".asInstanceOf[DataReplicationState]\n    val CONTINUOUS = \"CONTINUOUS\".asInstanceOf[DataReplicationState]\n    val PAUSED = \"PAUSED\".asInstanceOf[DataReplicationState]\n    val RESCAN = \"RESCAN\".asInstanceOf[DataReplicationState]\n    val STALLED = \"STALLED\".asInstanceOf[DataReplicationState]\n    val DISCONNECTED = \"DISCONNECTED\".asInstanceOf[DataReplicationState]\n\n    @inline def values = js.Array(STOPPED, INITIATING, INITIAL_SYNC, BACKLOG, CREATING_SNAPSHOT, CONTINUOUS, PAUSED, RESCAN, STALLED, DISCONNECTED)\n  }\n\n  @js.native\n  trait DeleteJobRequest extends js.Object {\n    var jobID: JobID\n  }\n\n  object DeleteJobRequest {\n    @inline\n    def apply(\n        jobID: JobID\n    ): DeleteJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobID\" -> jobID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteJobResponse extends js.Object\n\n  object DeleteJobResponse {\n    @inline\n    def apply(): DeleteJobResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteJobResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteReplicationConfigurationTemplateRequest extends js.Object {\n    var replicationConfigurationTemplateID: ReplicationConfigurationTemplateID\n  }\n\n  object DeleteReplicationConfigurationTemplateRequest {\n    @inline\n    def apply(\n        replicationConfigurationTemplateID: ReplicationConfigurationTemplateID\n    ): DeleteReplicationConfigurationTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"replicationConfigurationTemplateID\" -> replicationConfigurationTemplateID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReplicationConfigurationTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteReplicationConfigurationTemplateResponse extends js.Object\n\n  object DeleteReplicationConfigurationTemplateResponse {\n    @inline\n    def apply(): DeleteReplicationConfigurationTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReplicationConfigurationTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceServerRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object DeleteSourceServerRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): DeleteSourceServerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSourceServerRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceServerResponse extends js.Object\n\n  object DeleteSourceServerResponse {\n    @inline\n    def apply(): DeleteSourceServerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteSourceServerResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeJobLogItemsRequest extends js.Object {\n    var jobID: JobID\n    var maxResults: js.UndefOr[StrictlyPositiveInteger]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeJobLogItemsRequest {\n    @inline\n    def apply(\n        jobID: JobID,\n        maxResults: js.UndefOr[StrictlyPositiveInteger] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeJobLogItemsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobID\" -> jobID.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobLogItemsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobLogItemsResponse extends js.Object {\n    var items: js.UndefOr[JobLogs]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeJobLogItemsResponse {\n    @inline\n    def apply(\n        items: js.UndefOr[JobLogs] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeJobLogItemsResponse = {\n      val __obj = js.Dynamic.literal()\n      items.foreach(__v => __obj.updateDynamic(\"items\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobLogItemsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeJobsRequest extends js.Object {\n    var filters: DescribeJobsRequestFilters\n    var maxResults: js.UndefOr[StrictlyPositiveInteger]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeJobsRequest {\n    @inline\n    def apply(\n        filters: DescribeJobsRequestFilters,\n        maxResults: js.UndefOr[StrictlyPositiveInteger] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeJobsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filters\" -> filters.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobsRequest]\n    }\n  }\n\n  \/** Request to describe Job log filters.\n    *\/\n  @js.native\n  trait DescribeJobsRequestFilters extends js.Object {\n    var fromDate: js.UndefOr[ISO8601DatetimeString]\n    var jobIDs: js.UndefOr[DescribeJobsRequestFiltersJobIDs]\n    var toDate: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object DescribeJobsRequestFilters {\n    @inline\n    def apply(\n        fromDate: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        jobIDs: js.UndefOr[DescribeJobsRequestFiltersJobIDs] = js.undefined,\n        toDate: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): DescribeJobsRequestFilters = {\n      val __obj = js.Dynamic.literal()\n      fromDate.foreach(__v => __obj.updateDynamic(\"fromDate\")(__v.asInstanceOf[js.Any]))\n      jobIDs.foreach(__v => __obj.updateDynamic(\"jobIDs\")(__v.asInstanceOf[js.Any]))\n      toDate.foreach(__v => __obj.updateDynamic(\"toDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobsRequestFilters]\n    }\n  }\n\n  @js.native\n  trait DescribeJobsResponse extends js.Object {\n    var items: js.UndefOr[JobsList]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeJobsResponse {\n    @inline\n    def apply(\n        items: js.UndefOr[JobsList] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      items.foreach(__v => __obj.updateDynamic(\"items\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeReplicationConfigurationTemplatesRequest extends js.Object {\n    var replicationConfigurationTemplateIDs: ReplicationConfigurationTemplateIDs\n    var maxResults: js.UndefOr[StrictlyPositiveInteger]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeReplicationConfigurationTemplatesRequest {\n    @inline\n    def apply(\n        replicationConfigurationTemplateIDs: ReplicationConfigurationTemplateIDs,\n        maxResults: js.UndefOr[StrictlyPositiveInteger] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeReplicationConfigurationTemplatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"replicationConfigurationTemplateIDs\" -> replicationConfigurationTemplateIDs.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReplicationConfigurationTemplatesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeReplicationConfigurationTemplatesResponse extends js.Object {\n    var items: js.UndefOr[ReplicationConfigurationTemplates]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeReplicationConfigurationTemplatesResponse {\n    @inline\n    def apply(\n        items: js.UndefOr[ReplicationConfigurationTemplates] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeReplicationConfigurationTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      items.foreach(__v => __obj.updateDynamic(\"items\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReplicationConfigurationTemplatesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSourceServersRequest extends js.Object {\n    var filters: DescribeSourceServersRequestFilters\n    var maxResults: js.UndefOr[StrictlyPositiveInteger]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeSourceServersRequest {\n    @inline\n    def apply(\n        filters: DescribeSourceServersRequestFilters,\n        maxResults: js.UndefOr[StrictlyPositiveInteger] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeSourceServersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filters\" -> filters.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSourceServersRequest]\n    }\n  }\n\n  \/** Request to filter Source Servers list.\n    *\/\n  @js.native\n  trait DescribeSourceServersRequestFilters extends js.Object {\n    var isArchived: js.UndefOr[Boolean]\n    var sourceServerIDs: js.UndefOr[DescribeSourceServersRequestFiltersIDs]\n  }\n\n  object DescribeSourceServersRequestFilters {\n    @inline\n    def apply(\n        isArchived: js.UndefOr[Boolean] = js.undefined,\n        sourceServerIDs: js.UndefOr[DescribeSourceServersRequestFiltersIDs] = js.undefined\n    ): DescribeSourceServersRequestFilters = {\n      val __obj = js.Dynamic.literal()\n      isArchived.foreach(__v => __obj.updateDynamic(\"isArchived\")(__v.asInstanceOf[js.Any]))\n      sourceServerIDs.foreach(__v => __obj.updateDynamic(\"sourceServerIDs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSourceServersRequestFilters]\n    }\n  }\n\n  @js.native\n  trait DescribeSourceServersResponse extends js.Object {\n    var items: js.UndefOr[SourceServersList]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object DescribeSourceServersResponse {\n    @inline\n    def apply(\n        items: js.UndefOr[SourceServersList] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): DescribeSourceServersResponse = {\n      val __obj = js.Dynamic.literal()\n      items.foreach(__v => __obj.updateDynamic(\"items\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSourceServersResponse]\n    }\n  }\n\n  @js.native\n  trait DisconnectFromServiceRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object DisconnectFromServiceRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): DisconnectFromServiceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisconnectFromServiceRequest]\n    }\n  }\n\n  \/** The disk identifier.\n    *\/\n  @js.native\n  trait Disk extends js.Object {\n    var bytes: js.UndefOr[PositiveInteger]\n    var deviceName: js.UndefOr[BoundedString]\n  }\n\n  object Disk {\n    @inline\n    def apply(\n        bytes: js.UndefOr[PositiveInteger] = js.undefined,\n        deviceName: js.UndefOr[BoundedString] = js.undefined\n    ): Disk = {\n      val __obj = js.Dynamic.literal()\n      bytes.foreach(__v => __obj.updateDynamic(\"bytes\")(__v.asInstanceOf[js.Any]))\n      deviceName.foreach(__v => __obj.updateDynamic(\"deviceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Disk]\n    }\n  }\n\n  @js.native\n  trait FinalizeCutoverRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object FinalizeCutoverRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): FinalizeCutoverRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FinalizeCutoverRequest]\n    }\n  }\n\n  @js.native\n  sealed trait FirstBoot extends js.Any\n  object FirstBoot {\n    val WAITING = \"WAITING\".asInstanceOf[FirstBoot]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[FirstBoot]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[FirstBoot]\n    val STOPPED = \"STOPPED\".asInstanceOf[FirstBoot]\n\n    @inline def values = js.Array(WAITING, SUCCEEDED, UNKNOWN, STOPPED)\n  }\n\n  @js.native\n  trait GetLaunchConfigurationRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object GetLaunchConfigurationRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): GetLaunchConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLaunchConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetReplicationConfigurationRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object GetReplicationConfigurationRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): GetReplicationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetReplicationConfigurationRequest]\n    }\n  }\n\n  \/** Identification hints.\n    *\/\n  @js.native\n  trait IdentificationHints extends js.Object {\n    var awsInstanceID: js.UndefOr[EC2InstanceID]\n    var fqdn: js.UndefOr[BoundedString]\n    var hostname: js.UndefOr[BoundedString]\n    var vmWareUuid: js.UndefOr[BoundedString]\n  }\n\n  object IdentificationHints {\n    @inline\n    def apply(\n        awsInstanceID: js.UndefOr[EC2InstanceID] = js.undefined,\n        fqdn: js.UndefOr[BoundedString] = js.undefined,\n        hostname: js.UndefOr[BoundedString] = js.undefined,\n        vmWareUuid: js.UndefOr[BoundedString] = js.undefined\n    ): IdentificationHints = {\n      val __obj = js.Dynamic.literal()\n      awsInstanceID.foreach(__v => __obj.updateDynamic(\"awsInstanceID\")(__v.asInstanceOf[js.Any]))\n      fqdn.foreach(__v => __obj.updateDynamic(\"fqdn\")(__v.asInstanceOf[js.Any]))\n      hostname.foreach(__v => __obj.updateDynamic(\"hostname\")(__v.asInstanceOf[js.Any]))\n      vmWareUuid.foreach(__v => __obj.updateDynamic(\"vmWareUuid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentificationHints]\n    }\n  }\n\n  @js.native\n  trait InitializeServiceRequest extends js.Object\n\n  object InitializeServiceRequest {\n    @inline\n    def apply(): InitializeServiceRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[InitializeServiceRequest]\n    }\n  }\n\n  @js.native\n  trait InitializeServiceResponse extends js.Object\n\n  object InitializeServiceResponse {\n    @inline\n    def apply(): InitializeServiceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[InitializeServiceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait InitiatedBy extends js.Any\n  object InitiatedBy {\n    val START_TEST = \"START_TEST\".asInstanceOf[InitiatedBy]\n    val START_CUTOVER = \"START_CUTOVER\".asInstanceOf[InitiatedBy]\n    val DIAGNOSTIC = \"DIAGNOSTIC\".asInstanceOf[InitiatedBy]\n    val TERMINATE = \"TERMINATE\".asInstanceOf[InitiatedBy]\n\n    @inline def values = js.Array(START_TEST, START_CUTOVER, DIAGNOSTIC, TERMINATE)\n  }\n\n  \/** Job.\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var jobID: JobID\n    var arn: js.UndefOr[ARN]\n    var creationDateTime: js.UndefOr[ISO8601DatetimeString]\n    var endDateTime: js.UndefOr[ISO8601DatetimeString]\n    var initiatedBy: js.UndefOr[InitiatedBy]\n    var participatingServers: js.UndefOr[ParticipatingServers]\n    var status: js.UndefOr[JobStatus]\n    var tags: js.UndefOr[TagsMap]\n    var `type`: js.UndefOr[JobType]\n  }\n\n  object Job {\n    @inline\n    def apply(\n        jobID: JobID,\n        arn: js.UndefOr[ARN] = js.undefined,\n        creationDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        endDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        initiatedBy: js.UndefOr[InitiatedBy] = js.undefined,\n        participatingServers: js.UndefOr[ParticipatingServers] = js.undefined,\n        status: js.UndefOr[JobStatus] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined,\n        `type`: js.UndefOr[JobType] = js.undefined\n    ): Job = {\n      val __obj = js.Dynamic.literal(\n        \"jobID\" -> jobID.asInstanceOf[js.Any]\n      )\n\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      endDateTime.foreach(__v => __obj.updateDynamic(\"endDateTime\")(__v.asInstanceOf[js.Any]))\n      initiatedBy.foreach(__v => __obj.updateDynamic(\"initiatedBy\")(__v.asInstanceOf[js.Any]))\n      participatingServers.foreach(__v => __obj.updateDynamic(\"participatingServers\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  \/** Job log.\n    *\/\n  @js.native\n  trait JobLog extends js.Object {\n    var event: js.UndefOr[JobLogEvent]\n    var eventData: js.UndefOr[JobLogEventData]\n    var logDateTime: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object JobLog {\n    @inline\n    def apply(\n        event: js.UndefOr[JobLogEvent] = js.undefined,\n        eventData: js.UndefOr[JobLogEventData] = js.undefined,\n        logDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): JobLog = {\n      val __obj = js.Dynamic.literal()\n      event.foreach(__v => __obj.updateDynamic(\"event\")(__v.asInstanceOf[js.Any]))\n      eventData.foreach(__v => __obj.updateDynamic(\"eventData\")(__v.asInstanceOf[js.Any]))\n      logDateTime.foreach(__v => __obj.updateDynamic(\"logDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobLog]\n    }\n  }\n\n  @js.native\n  sealed trait JobLogEvent extends js.Any\n  object JobLogEvent {\n    val JOB_START = \"JOB_START\".asInstanceOf[JobLogEvent]\n    val SERVER_SKIPPED = \"SERVER_SKIPPED\".asInstanceOf[JobLogEvent]\n    val CLEANUP_START = \"CLEANUP_START\".asInstanceOf[JobLogEvent]\n    val CLEANUP_END = \"CLEANUP_END\".asInstanceOf[JobLogEvent]\n    val CLEANUP_FAIL = \"CLEANUP_FAIL\".asInstanceOf[JobLogEvent]\n    val SNAPSHOT_START = \"SNAPSHOT_START\".asInstanceOf[JobLogEvent]\n    val SNAPSHOT_END = \"SNAPSHOT_END\".asInstanceOf[JobLogEvent]\n    val SNAPSHOT_FAIL = \"SNAPSHOT_FAIL\".asInstanceOf[JobLogEvent]\n    val USING_PREVIOUS_SNAPSHOT = \"USING_PREVIOUS_SNAPSHOT\".asInstanceOf[JobLogEvent]\n    val CONVERSION_START = \"CONVERSION_START\".asInstanceOf[JobLogEvent]\n    val CONVERSION_END = \"CONVERSION_END\".asInstanceOf[JobLogEvent]\n    val CONVERSION_FAIL = \"CONVERSION_FAIL\".asInstanceOf[JobLogEvent]\n    val LAUNCH_START = \"LAUNCH_START\".asInstanceOf[JobLogEvent]\n    val LAUNCH_FAILED = \"LAUNCH_FAILED\".asInstanceOf[JobLogEvent]\n    val JOB_CANCEL = \"JOB_CANCEL\".asInstanceOf[JobLogEvent]\n    val JOB_END = \"JOB_END\".asInstanceOf[JobLogEvent]\n\n    @inline def values = js.Array(\n      JOB_START,\n      SERVER_SKIPPED,\n      CLEANUP_START,\n      CLEANUP_END,\n      CLEANUP_FAIL,\n      SNAPSHOT_START,\n      SNAPSHOT_END,\n      SNAPSHOT_FAIL,\n      USING_PREVIOUS_SNAPSHOT,\n      CONVERSION_START,\n      CONVERSION_END,\n      CONVERSION_FAIL,\n      LAUNCH_START,\n      LAUNCH_FAILED,\n      JOB_CANCEL,\n      JOB_END\n    )\n  }\n\n  \/** Job log data\n    *\/\n  @js.native\n  trait JobLogEventData extends js.Object {\n    var conversionServerID: js.UndefOr[EC2InstanceID]\n    var rawError: js.UndefOr[LargeBoundedString]\n    var sourceServerID: js.UndefOr[SourceServerID]\n    var targetInstanceID: js.UndefOr[EC2InstanceID]\n  }\n\n  object JobLogEventData {\n    @inline\n    def apply(\n        conversionServerID: js.UndefOr[EC2InstanceID] = js.undefined,\n        rawError: js.UndefOr[LargeBoundedString] = js.undefined,\n        sourceServerID: js.UndefOr[SourceServerID] = js.undefined,\n        targetInstanceID: js.UndefOr[EC2InstanceID] = js.undefined\n    ): JobLogEventData = {\n      val __obj = js.Dynamic.literal()\n      conversionServerID.foreach(__v => __obj.updateDynamic(\"conversionServerID\")(__v.asInstanceOf[js.Any]))\n      rawError.foreach(__v => __obj.updateDynamic(\"rawError\")(__v.asInstanceOf[js.Any]))\n      sourceServerID.foreach(__v => __obj.updateDynamic(\"sourceServerID\")(__v.asInstanceOf[js.Any]))\n      targetInstanceID.foreach(__v => __obj.updateDynamic(\"targetInstanceID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobLogEventData]\n    }\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val PENDING = \"PENDING\".asInstanceOf[JobStatus]\n    val STARTED = \"STARTED\".asInstanceOf[JobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(PENDING, STARTED, COMPLETED)\n  }\n\n  @js.native\n  sealed trait JobType extends js.Any\n  object JobType {\n    val LAUNCH = \"LAUNCH\".asInstanceOf[JobType]\n    val TERMINATE = \"TERMINATE\".asInstanceOf[JobType]\n\n    @inline def values = js.Array(LAUNCH, TERMINATE)\n  }\n\n  @js.native\n  trait LaunchConfiguration extends js.Object {\n    var copyPrivateIp: js.UndefOr[Boolean]\n    var copyTags: js.UndefOr[Boolean]\n    var ec2LaunchTemplateID: js.UndefOr[BoundedString]\n    var launchDisposition: js.UndefOr[LaunchDisposition]\n    var licensing: js.UndefOr[Licensing]\n    var name: js.UndefOr[SmallBoundedString]\n    var sourceServerID: js.UndefOr[SourceServerID]\n    var targetInstanceTypeRightSizingMethod: js.UndefOr[TargetInstanceTypeRightSizingMethod]\n  }\n\n  object LaunchConfiguration {\n    @inline\n    def apply(\n        copyPrivateIp: js.UndefOr[Boolean] = js.undefined,\n        copyTags: js.UndefOr[Boolean] = js.undefined,\n        ec2LaunchTemplateID: js.UndefOr[BoundedString] = js.undefined,\n        launchDisposition: js.UndefOr[LaunchDisposition] = js.undefined,\n        licensing: js.UndefOr[Licensing] = js.undefined,\n        name: js.UndefOr[SmallBoundedString] = js.undefined,\n        sourceServerID: js.UndefOr[SourceServerID] = js.undefined,\n        targetInstanceTypeRightSizingMethod: js.UndefOr[TargetInstanceTypeRightSizingMethod] = js.undefined\n    ): LaunchConfiguration = {\n      val __obj = js.Dynamic.literal()\n      copyPrivateIp.foreach(__v => __obj.updateDynamic(\"copyPrivateIp\")(__v.asInstanceOf[js.Any]))\n      copyTags.foreach(__v => __obj.updateDynamic(\"copyTags\")(__v.asInstanceOf[js.Any]))\n      ec2LaunchTemplateID.foreach(__v => __obj.updateDynamic(\"ec2LaunchTemplateID\")(__v.asInstanceOf[js.Any]))\n      launchDisposition.foreach(__v => __obj.updateDynamic(\"launchDisposition\")(__v.asInstanceOf[js.Any]))\n      licensing.foreach(__v => __obj.updateDynamic(\"licensing\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      sourceServerID.foreach(__v => __obj.updateDynamic(\"sourceServerID\")(__v.asInstanceOf[js.Any]))\n      targetInstanceTypeRightSizingMethod.foreach(__v => __obj.updateDynamic(\"targetInstanceTypeRightSizingMethod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LaunchConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait LaunchDisposition extends js.Any\n  object LaunchDisposition {\n    val STOPPED = \"STOPPED\".asInstanceOf[LaunchDisposition]\n    val STARTED = \"STARTED\".asInstanceOf[LaunchDisposition]\n\n    @inline def values = js.Array(STOPPED, STARTED)\n  }\n\n  @js.native\n  sealed trait LaunchStatus extends js.Any\n  object LaunchStatus {\n    val PENDING = \"PENDING\".asInstanceOf[LaunchStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[LaunchStatus]\n    val LAUNCHED = \"LAUNCHED\".asInstanceOf[LaunchStatus]\n    val FAILED = \"FAILED\".asInstanceOf[LaunchStatus]\n    val TERMINATED = \"TERMINATED\".asInstanceOf[LaunchStatus]\n\n    @inline def values = js.Array(PENDING, IN_PROGRESS, LAUNCHED, FAILED, TERMINATED)\n  }\n\n  \/** Configure launced instance.\n    *\/\n  @js.native\n  trait LaunchedInstance extends js.Object {\n    var ec2InstanceID: js.UndefOr[EC2InstanceID]\n    var firstBoot: js.UndefOr[FirstBoot]\n    var jobID: js.UndefOr[JobID]\n  }\n\n  object LaunchedInstance {\n    @inline\n    def apply(\n        ec2InstanceID: js.UndefOr[EC2InstanceID] = js.undefined,\n        firstBoot: js.UndefOr[FirstBoot] = js.undefined,\n        jobID: js.UndefOr[JobID] = js.undefined\n    ): LaunchedInstance = {\n      val __obj = js.Dynamic.literal()\n      ec2InstanceID.foreach(__v => __obj.updateDynamic(\"ec2InstanceID\")(__v.asInstanceOf[js.Any]))\n      firstBoot.foreach(__v => __obj.updateDynamic(\"firstBoot\")(__v.asInstanceOf[js.Any]))\n      jobID.foreach(__v => __obj.updateDynamic(\"jobID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LaunchedInstance]\n    }\n  }\n\n  \/** Configure Licensing.\n    *\/\n  @js.native\n  trait Licensing extends js.Object {\n    var osByol: js.UndefOr[Boolean]\n  }\n\n  object Licensing {\n    @inline\n    def apply(\n        osByol: js.UndefOr[Boolean] = js.undefined\n    ): Licensing = {\n      val __obj = js.Dynamic.literal()\n      osByol.foreach(__v => __obj.updateDynamic(\"osByol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Licensing]\n    }\n  }\n\n  \/** Lifecycle.\n    *\/\n  @js.native\n  trait LifeCycle extends js.Object {\n    var addedToServiceDateTime: js.UndefOr[ISO8601DatetimeString]\n    var elapsedReplicationDuration: js.UndefOr[ISO8601DatetimeString]\n    var firstByteDateTime: js.UndefOr[ISO8601DatetimeString]\n    var lastCutover: js.UndefOr[LifeCycleLastCutover]\n    var lastSeenByServiceDateTime: js.UndefOr[ISO8601DatetimeString]\n    var lastTest: js.UndefOr[LifeCycleLastTest]\n    var state: js.UndefOr[LifeCycleState]\n  }\n\n  object LifeCycle {\n    @inline\n    def apply(\n        addedToServiceDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        elapsedReplicationDuration: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        firstByteDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        lastCutover: js.UndefOr[LifeCycleLastCutover] = js.undefined,\n        lastSeenByServiceDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        lastTest: js.UndefOr[LifeCycleLastTest] = js.undefined,\n        state: js.UndefOr[LifeCycleState] = js.undefined\n    ): LifeCycle = {\n      val __obj = js.Dynamic.literal()\n      addedToServiceDateTime.foreach(__v => __obj.updateDynamic(\"addedToServiceDateTime\")(__v.asInstanceOf[js.Any]))\n      elapsedReplicationDuration.foreach(__v => __obj.updateDynamic(\"elapsedReplicationDuration\")(__v.asInstanceOf[js.Any]))\n      firstByteDateTime.foreach(__v => __obj.updateDynamic(\"firstByteDateTime\")(__v.asInstanceOf[js.Any]))\n      lastCutover.foreach(__v => __obj.updateDynamic(\"lastCutover\")(__v.asInstanceOf[js.Any]))\n      lastSeenByServiceDateTime.foreach(__v => __obj.updateDynamic(\"lastSeenByServiceDateTime\")(__v.asInstanceOf[js.Any]))\n      lastTest.foreach(__v => __obj.updateDynamic(\"lastTest\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycle]\n    }\n  }\n\n  \/** Lifecycle last Cutover .\n    *\/\n  @js.native\n  trait LifeCycleLastCutover extends js.Object {\n    var finalized: js.UndefOr[LifeCycleLastCutoverFinalized]\n    var initiated: js.UndefOr[LifeCycleLastCutoverInitiated]\n    var reverted: js.UndefOr[LifeCycleLastCutoverReverted]\n  }\n\n  object LifeCycleLastCutover {\n    @inline\n    def apply(\n        finalized: js.UndefOr[LifeCycleLastCutoverFinalized] = js.undefined,\n        initiated: js.UndefOr[LifeCycleLastCutoverInitiated] = js.undefined,\n        reverted: js.UndefOr[LifeCycleLastCutoverReverted] = js.undefined\n    ): LifeCycleLastCutover = {\n      val __obj = js.Dynamic.literal()\n      finalized.foreach(__v => __obj.updateDynamic(\"finalized\")(__v.asInstanceOf[js.Any]))\n      initiated.foreach(__v => __obj.updateDynamic(\"initiated\")(__v.asInstanceOf[js.Any]))\n      reverted.foreach(__v => __obj.updateDynamic(\"reverted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastCutover]\n    }\n  }\n\n  \/** Lifecycle Cutover finalized\n    *\/\n  @js.native\n  trait LifeCycleLastCutoverFinalized extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object LifeCycleLastCutoverFinalized {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): LifeCycleLastCutoverFinalized = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastCutoverFinalized]\n    }\n  }\n\n  \/** Lifecycle last Cutover initiated.\n    *\/\n  @js.native\n  trait LifeCycleLastCutoverInitiated extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n    var jobID: js.UndefOr[JobID]\n  }\n\n  object LifeCycleLastCutoverInitiated {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        jobID: js.UndefOr[JobID] = js.undefined\n    ): LifeCycleLastCutoverInitiated = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      jobID.foreach(__v => __obj.updateDynamic(\"jobID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastCutoverInitiated]\n    }\n  }\n\n  \/** Lifecycle last Cutover reverted.\n    *\/\n  @js.native\n  trait LifeCycleLastCutoverReverted extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object LifeCycleLastCutoverReverted {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): LifeCycleLastCutoverReverted = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastCutoverReverted]\n    }\n  }\n\n  \/** Lifecycle last Test.\n    *\/\n  @js.native\n  trait LifeCycleLastTest extends js.Object {\n    var finalized: js.UndefOr[LifeCycleLastTestFinalized]\n    var initiated: js.UndefOr[LifeCycleLastTestInitiated]\n    var reverted: js.UndefOr[LifeCycleLastTestReverted]\n  }\n\n  object LifeCycleLastTest {\n    @inline\n    def apply(\n        finalized: js.UndefOr[LifeCycleLastTestFinalized] = js.undefined,\n        initiated: js.UndefOr[LifeCycleLastTestInitiated] = js.undefined,\n        reverted: js.UndefOr[LifeCycleLastTestReverted] = js.undefined\n    ): LifeCycleLastTest = {\n      val __obj = js.Dynamic.literal()\n      finalized.foreach(__v => __obj.updateDynamic(\"finalized\")(__v.asInstanceOf[js.Any]))\n      initiated.foreach(__v => __obj.updateDynamic(\"initiated\")(__v.asInstanceOf[js.Any]))\n      reverted.foreach(__v => __obj.updateDynamic(\"reverted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastTest]\n    }\n  }\n\n  \/** Lifecycle last Test finlized.\n    *\/\n  @js.native\n  trait LifeCycleLastTestFinalized extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object LifeCycleLastTestFinalized {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): LifeCycleLastTestFinalized = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastTestFinalized]\n    }\n  }\n\n  \/** Lifecycle last Test initiated.\n    *\/\n  @js.native\n  trait LifeCycleLastTestInitiated extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n    var jobID: js.UndefOr[JobID]\n  }\n\n  object LifeCycleLastTestInitiated {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        jobID: js.UndefOr[JobID] = js.undefined\n    ): LifeCycleLastTestInitiated = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      jobID.foreach(__v => __obj.updateDynamic(\"jobID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastTestInitiated]\n    }\n  }\n\n  \/** Lifecycle last Test reverted.\n    *\/\n  @js.native\n  trait LifeCycleLastTestReverted extends js.Object {\n    var apiCallDateTime: js.UndefOr[ISO8601DatetimeString]\n  }\n\n  object LifeCycleLastTestReverted {\n    @inline\n    def apply(\n        apiCallDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined\n    ): LifeCycleLastTestReverted = {\n      val __obj = js.Dynamic.literal()\n      apiCallDateTime.foreach(__v => __obj.updateDynamic(\"apiCallDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifeCycleLastTestReverted]\n    }\n  }\n\n  @js.native\n  sealed trait LifeCycleState extends js.Any\n  object LifeCycleState {\n    val STOPPED = \"STOPPED\".asInstanceOf[LifeCycleState]\n    val NOT_READY = \"NOT_READY\".asInstanceOf[LifeCycleState]\n    val READY_FOR_TEST = \"READY_FOR_TEST\".asInstanceOf[LifeCycleState]\n    val TESTING = \"TESTING\".asInstanceOf[LifeCycleState]\n    val READY_FOR_CUTOVER = \"READY_FOR_CUTOVER\".asInstanceOf[LifeCycleState]\n    val CUTTING_OVER = \"CUTTING_OVER\".asInstanceOf[LifeCycleState]\n    val CUTOVER = \"CUTOVER\".asInstanceOf[LifeCycleState]\n    val DISCONNECTED = \"DISCONNECTED\".asInstanceOf[LifeCycleState]\n\n    @inline def values = js.Array(STOPPED, NOT_READY, READY_FOR_TEST, TESTING, READY_FOR_CUTOVER, CUTTING_OVER, CUTOVER, DISCONNECTED)\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ARN\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ARN\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait MarkAsArchivedRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object MarkAsArchivedRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): MarkAsArchivedRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MarkAsArchivedRequest]\n    }\n  }\n\n  \/** Network interface.\n    *\/\n  @js.native\n  trait NetworkInterface extends js.Object {\n    var ips: js.UndefOr[IPsList]\n    var isPrimary: js.UndefOr[Boolean]\n    var macAddress: js.UndefOr[BoundedString]\n  }\n\n  object NetworkInterface {\n    @inline\n    def apply(\n        ips: js.UndefOr[IPsList] = js.undefined,\n        isPrimary: js.UndefOr[Boolean] = js.undefined,\n        macAddress: js.UndefOr[BoundedString] = js.undefined\n    ): NetworkInterface = {\n      val __obj = js.Dynamic.literal()\n      ips.foreach(__v => __obj.updateDynamic(\"ips\")(__v.asInstanceOf[js.Any]))\n      isPrimary.foreach(__v => __obj.updateDynamic(\"isPrimary\")(__v.asInstanceOf[js.Any]))\n      macAddress.foreach(__v => __obj.updateDynamic(\"macAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkInterface]\n    }\n  }\n\n  \/** Operating System.\n    *\/\n  @js.native\n  trait OS extends js.Object {\n    var fullString: js.UndefOr[BoundedString]\n  }\n\n  object OS {\n    @inline\n    def apply(\n        fullString: js.UndefOr[BoundedString] = js.undefined\n    ): OS = {\n      val __obj = js.Dynamic.literal()\n      fullString.foreach(__v => __obj.updateDynamic(\"fullString\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OS]\n    }\n  }\n\n  \/** Server participating in Job.\n    *\/\n  @js.native\n  trait ParticipatingServer extends js.Object {\n    var launchStatus: js.UndefOr[LaunchStatus]\n    var sourceServerID: js.UndefOr[SourceServerID]\n  }\n\n  object ParticipatingServer {\n    @inline\n    def apply(\n        launchStatus: js.UndefOr[LaunchStatus] = js.undefined,\n        sourceServerID: js.UndefOr[SourceServerID] = js.undefined\n    ): ParticipatingServer = {\n      val __obj = js.Dynamic.literal()\n      launchStatus.foreach(__v => __obj.updateDynamic(\"launchStatus\")(__v.asInstanceOf[js.Any]))\n      sourceServerID.foreach(__v => __obj.updateDynamic(\"sourceServerID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParticipatingServer]\n    }\n  }\n\n  @js.native\n  trait ReplicationConfiguration extends js.Object {\n    var associateDefaultSecurityGroup: js.UndefOr[Boolean]\n    var bandwidthThrottling: js.UndefOr[PositiveInteger]\n    var createPublicIP: js.UndefOr[Boolean]\n    var dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting]\n    var defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType]\n    var ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption]\n    var ebsEncryptionKeyArn: js.UndefOr[ARN]\n    var name: js.UndefOr[SmallBoundedString]\n    var replicatedDisks: js.UndefOr[ReplicationConfigurationReplicatedDisks]\n    var replicationServerInstanceType: js.UndefOr[EC2InstanceType]\n    var replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs]\n    var sourceServerID: js.UndefOr[SourceServerID]\n    var stagingAreaSubnetId: js.UndefOr[SubnetID]\n    var stagingAreaTags: js.UndefOr[TagsMap]\n    var useDedicatedReplicationServer: js.UndefOr[Boolean]\n  }\n\n  object ReplicationConfiguration {\n    @inline\n    def apply(\n        associateDefaultSecurityGroup: js.UndefOr[Boolean] = js.undefined,\n        bandwidthThrottling: js.UndefOr[PositiveInteger] = js.undefined,\n        createPublicIP: js.UndefOr[Boolean] = js.undefined,\n        dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting] = js.undefined,\n        defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType] = js.undefined,\n        ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption] = js.undefined,\n        ebsEncryptionKeyArn: js.UndefOr[ARN] = js.undefined,\n        name: js.UndefOr[SmallBoundedString] = js.undefined,\n        replicatedDisks: js.UndefOr[ReplicationConfigurationReplicatedDisks] = js.undefined,\n        replicationServerInstanceType: js.UndefOr[EC2InstanceType] = js.undefined,\n        replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs] = js.undefined,\n        sourceServerID: js.UndefOr[SourceServerID] = js.undefined,\n        stagingAreaSubnetId: js.UndefOr[SubnetID] = js.undefined,\n        stagingAreaTags: js.UndefOr[TagsMap] = js.undefined,\n        useDedicatedReplicationServer: js.UndefOr[Boolean] = js.undefined\n    ): ReplicationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      associateDefaultSecurityGroup.foreach(__v => __obj.updateDynamic(\"associateDefaultSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      bandwidthThrottling.foreach(__v => __obj.updateDynamic(\"bandwidthThrottling\")(__v.asInstanceOf[js.Any]))\n      createPublicIP.foreach(__v => __obj.updateDynamic(\"createPublicIP\")(__v.asInstanceOf[js.Any]))\n      dataPlaneRouting.foreach(__v => __obj.updateDynamic(\"dataPlaneRouting\")(__v.asInstanceOf[js.Any]))\n      defaultLargeStagingDiskType.foreach(__v => __obj.updateDynamic(\"defaultLargeStagingDiskType\")(__v.asInstanceOf[js.Any]))\n      ebsEncryption.foreach(__v => __obj.updateDynamic(\"ebsEncryption\")(__v.asInstanceOf[js.Any]))\n      ebsEncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"ebsEncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      replicatedDisks.foreach(__v => __obj.updateDynamic(\"replicatedDisks\")(__v.asInstanceOf[js.Any]))\n      replicationServerInstanceType.foreach(__v => __obj.updateDynamic(\"replicationServerInstanceType\")(__v.asInstanceOf[js.Any]))\n      replicationServersSecurityGroupsIDs.foreach(__v => __obj.updateDynamic(\"replicationServersSecurityGroupsIDs\")(__v.asInstanceOf[js.Any]))\n      sourceServerID.foreach(__v => __obj.updateDynamic(\"sourceServerID\")(__v.asInstanceOf[js.Any]))\n      stagingAreaSubnetId.foreach(__v => __obj.updateDynamic(\"stagingAreaSubnetId\")(__v.asInstanceOf[js.Any]))\n      stagingAreaTags.foreach(__v => __obj.updateDynamic(\"stagingAreaTags\")(__v.asInstanceOf[js.Any]))\n      useDedicatedReplicationServer.foreach(__v => __obj.updateDynamic(\"useDedicatedReplicationServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicationConfigurationDataPlaneRouting extends js.Any\n  object ReplicationConfigurationDataPlaneRouting {\n    val PRIVATE_IP = \"PRIVATE_IP\".asInstanceOf[ReplicationConfigurationDataPlaneRouting]\n    val PUBLIC_IP = \"PUBLIC_IP\".asInstanceOf[ReplicationConfigurationDataPlaneRouting]\n\n    @inline def values = js.Array(PRIVATE_IP, PUBLIC_IP)\n  }\n\n  @js.native\n  sealed trait ReplicationConfigurationDefaultLargeStagingDiskType extends js.Any\n  object ReplicationConfigurationDefaultLargeStagingDiskType {\n    val GP2 = \"GP2\".asInstanceOf[ReplicationConfigurationDefaultLargeStagingDiskType]\n    val ST1 = \"ST1\".asInstanceOf[ReplicationConfigurationDefaultLargeStagingDiskType]\n\n    @inline def values = js.Array(GP2, ST1)\n  }\n\n  @js.native\n  sealed trait ReplicationConfigurationEbsEncryption extends js.Any\n  object ReplicationConfigurationEbsEncryption {\n    val NONE = \"NONE\".asInstanceOf[ReplicationConfigurationEbsEncryption]\n    val DEFAULT = \"DEFAULT\".asInstanceOf[ReplicationConfigurationEbsEncryption]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[ReplicationConfigurationEbsEncryption]\n\n    @inline def values = js.Array(NONE, DEFAULT, CUSTOM)\n  }\n\n  \/** Replication Configuration replicated disk.\n    *\/\n  @js.native\n  trait ReplicationConfigurationReplicatedDisk extends js.Object {\n    var deviceName: js.UndefOr[BoundedString]\n    var iops: js.UndefOr[PositiveInteger]\n    var isBootDisk: js.UndefOr[Boolean]\n    var stagingDiskType: js.UndefOr[ReplicationConfigurationReplicatedDiskStagingDiskType]\n  }\n\n  object ReplicationConfigurationReplicatedDisk {\n    @inline\n    def apply(\n        deviceName: js.UndefOr[BoundedString] = js.undefined,\n        iops: js.UndefOr[PositiveInteger] = js.undefined,\n        isBootDisk: js.UndefOr[Boolean] = js.undefined,\n        stagingDiskType: js.UndefOr[ReplicationConfigurationReplicatedDiskStagingDiskType] = js.undefined\n    ): ReplicationConfigurationReplicatedDisk = {\n      val __obj = js.Dynamic.literal()\n      deviceName.foreach(__v => __obj.updateDynamic(\"deviceName\")(__v.asInstanceOf[js.Any]))\n      iops.foreach(__v => __obj.updateDynamic(\"iops\")(__v.asInstanceOf[js.Any]))\n      isBootDisk.foreach(__v => __obj.updateDynamic(\"isBootDisk\")(__v.asInstanceOf[js.Any]))\n      stagingDiskType.foreach(__v => __obj.updateDynamic(\"stagingDiskType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationConfigurationReplicatedDisk]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicationConfigurationReplicatedDiskStagingDiskType extends js.Any\n  object ReplicationConfigurationReplicatedDiskStagingDiskType {\n    val AUTO = \"AUTO\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n    val GP2 = \"GP2\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n    val IO1 = \"IO1\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n    val SC1 = \"SC1\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n    val ST1 = \"ST1\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n    val STANDARD = \"STANDARD\".asInstanceOf[ReplicationConfigurationReplicatedDiskStagingDiskType]\n\n    @inline def values = js.Array(AUTO, GP2, IO1, SC1, ST1, STANDARD)\n  }\n\n  @js.native\n  trait ReplicationConfigurationTemplate extends js.Object {\n    var replicationConfigurationTemplateID: ReplicationConfigurationTemplateID\n    var arn: js.UndefOr[ARN]\n    var associateDefaultSecurityGroup: js.UndefOr[Boolean]\n    var bandwidthThrottling: js.UndefOr[PositiveInteger]\n    var createPublicIP: js.UndefOr[Boolean]\n    var dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting]\n    var defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType]\n    var ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption]\n    var ebsEncryptionKeyArn: js.UndefOr[ARN]\n    var replicationServerInstanceType: js.UndefOr[EC2InstanceType]\n    var replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs]\n    var stagingAreaSubnetId: js.UndefOr[SubnetID]\n    var stagingAreaTags: js.UndefOr[TagsMap]\n    var tags: js.UndefOr[TagsMap]\n    var useDedicatedReplicationServer: js.UndefOr[Boolean]\n  }\n\n  object ReplicationConfigurationTemplate {\n    @inline\n    def apply(\n        replicationConfigurationTemplateID: ReplicationConfigurationTemplateID,\n        arn: js.UndefOr[ARN] = js.undefined,\n        associateDefaultSecurityGroup: js.UndefOr[Boolean] = js.undefined,\n        bandwidthThrottling: js.UndefOr[PositiveInteger] = js.undefined,\n        createPublicIP: js.UndefOr[Boolean] = js.undefined,\n        dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting] = js.undefined,\n        defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType] = js.undefined,\n        ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption] = js.undefined,\n        ebsEncryptionKeyArn: js.UndefOr[ARN] = js.undefined,\n        replicationServerInstanceType: js.UndefOr[EC2InstanceType] = js.undefined,\n        replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs] = js.undefined,\n        stagingAreaSubnetId: js.UndefOr[SubnetID] = js.undefined,\n        stagingAreaTags: js.UndefOr[TagsMap] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined,\n        useDedicatedReplicationServer: js.UndefOr[Boolean] = js.undefined\n    ): ReplicationConfigurationTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"replicationConfigurationTemplateID\" -> replicationConfigurationTemplateID.asInstanceOf[js.Any]\n      )\n\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      associateDefaultSecurityGroup.foreach(__v => __obj.updateDynamic(\"associateDefaultSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      bandwidthThrottling.foreach(__v => __obj.updateDynamic(\"bandwidthThrottling\")(__v.asInstanceOf[js.Any]))\n      createPublicIP.foreach(__v => __obj.updateDynamic(\"createPublicIP\")(__v.asInstanceOf[js.Any]))\n      dataPlaneRouting.foreach(__v => __obj.updateDynamic(\"dataPlaneRouting\")(__v.asInstanceOf[js.Any]))\n      defaultLargeStagingDiskType.foreach(__v => __obj.updateDynamic(\"defaultLargeStagingDiskType\")(__v.asInstanceOf[js.Any]))\n      ebsEncryption.foreach(__v => __obj.updateDynamic(\"ebsEncryption\")(__v.asInstanceOf[js.Any]))\n      ebsEncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"ebsEncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      replicationServerInstanceType.foreach(__v => __obj.updateDynamic(\"replicationServerInstanceType\")(__v.asInstanceOf[js.Any]))\n      replicationServersSecurityGroupsIDs.foreach(__v => __obj.updateDynamic(\"replicationServersSecurityGroupsIDs\")(__v.asInstanceOf[js.Any]))\n      stagingAreaSubnetId.foreach(__v => __obj.updateDynamic(\"stagingAreaSubnetId\")(__v.asInstanceOf[js.Any]))\n      stagingAreaTags.foreach(__v => __obj.updateDynamic(\"stagingAreaTags\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      useDedicatedReplicationServer.foreach(__v => __obj.updateDynamic(\"useDedicatedReplicationServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationConfigurationTemplate]\n    }\n  }\n\n  @js.native\n  trait RetryDataReplicationRequest extends js.Object {\n    var sourceServerID: SourceServerID\n  }\n\n  object RetryDataReplicationRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID\n    ): RetryDataReplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RetryDataReplicationRequest]\n    }\n  }\n\n  \/** Source server properties.\n    *\/\n  @js.native\n  trait SourceProperties extends js.Object {\n    var cpus: js.UndefOr[Cpus]\n    var disks: js.UndefOr[Disks]\n    var identificationHints: js.UndefOr[IdentificationHints]\n    var lastUpdatedDateTime: js.UndefOr[ISO8601DatetimeString]\n    var networkInterfaces: js.UndefOr[NetworkInterfaces]\n    var os: js.UndefOr[OS]\n    var ramBytes: js.UndefOr[PositiveInteger]\n    var recommendedInstanceType: js.UndefOr[EC2InstanceType]\n  }\n\n  object SourceProperties {\n    @inline\n    def apply(\n        cpus: js.UndefOr[Cpus] = js.undefined,\n        disks: js.UndefOr[Disks] = js.undefined,\n        identificationHints: js.UndefOr[IdentificationHints] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[ISO8601DatetimeString] = js.undefined,\n        networkInterfaces: js.UndefOr[NetworkInterfaces] = js.undefined,\n        os: js.UndefOr[OS] = js.undefined,\n        ramBytes: js.UndefOr[PositiveInteger] = js.undefined,\n        recommendedInstanceType: js.UndefOr[EC2InstanceType] = js.undefined\n    ): SourceProperties = {\n      val __obj = js.Dynamic.literal()\n      cpus.foreach(__v => __obj.updateDynamic(\"cpus\")(__v.asInstanceOf[js.Any]))\n      disks.foreach(__v => __obj.updateDynamic(\"disks\")(__v.asInstanceOf[js.Any]))\n      identificationHints.foreach(__v => __obj.updateDynamic(\"identificationHints\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      networkInterfaces.foreach(__v => __obj.updateDynamic(\"networkInterfaces\")(__v.asInstanceOf[js.Any]))\n      os.foreach(__v => __obj.updateDynamic(\"os\")(__v.asInstanceOf[js.Any]))\n      ramBytes.foreach(__v => __obj.updateDynamic(\"ramBytes\")(__v.asInstanceOf[js.Any]))\n      recommendedInstanceType.foreach(__v => __obj.updateDynamic(\"recommendedInstanceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceProperties]\n    }\n  }\n\n  @js.native\n  trait SourceServer extends js.Object {\n    var arn: js.UndefOr[ARN]\n    var dataReplicationInfo: js.UndefOr[DataReplicationInfo]\n    var isArchived: js.UndefOr[Boolean]\n    var launchedInstance: js.UndefOr[LaunchedInstance]\n    var lifeCycle: js.UndefOr[LifeCycle]\n    var sourceProperties: js.UndefOr[SourceProperties]\n    var sourceServerID: js.UndefOr[SourceServerID]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object SourceServer {\n    @inline\n    def apply(\n        arn: js.UndefOr[ARN] = js.undefined,\n        dataReplicationInfo: js.UndefOr[DataReplicationInfo] = js.undefined,\n        isArchived: js.UndefOr[Boolean] = js.undefined,\n        launchedInstance: js.UndefOr[LaunchedInstance] = js.undefined,\n        lifeCycle: js.UndefOr[LifeCycle] = js.undefined,\n        sourceProperties: js.UndefOr[SourceProperties] = js.undefined,\n        sourceServerID: js.UndefOr[SourceServerID] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): SourceServer = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      dataReplicationInfo.foreach(__v => __obj.updateDynamic(\"dataReplicationInfo\")(__v.asInstanceOf[js.Any]))\n      isArchived.foreach(__v => __obj.updateDynamic(\"isArchived\")(__v.asInstanceOf[js.Any]))\n      launchedInstance.foreach(__v => __obj.updateDynamic(\"launchedInstance\")(__v.asInstanceOf[js.Any]))\n      lifeCycle.foreach(__v => __obj.updateDynamic(\"lifeCycle\")(__v.asInstanceOf[js.Any]))\n      sourceProperties.foreach(__v => __obj.updateDynamic(\"sourceProperties\")(__v.asInstanceOf[js.Any]))\n      sourceServerID.foreach(__v => __obj.updateDynamic(\"sourceServerID\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceServer]\n    }\n  }\n\n  @js.native\n  trait StartCutoverRequest extends js.Object {\n    var sourceServerIDs: StartCutoverRequestSourceServerIDs\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object StartCutoverRequest {\n    @inline\n    def apply(\n        sourceServerIDs: StartCutoverRequestSourceServerIDs,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): StartCutoverRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerIDs\" -> sourceServerIDs.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartCutoverRequest]\n    }\n  }\n\n  @js.native\n  trait StartCutoverResponse extends js.Object {\n    var job: js.UndefOr[Job]\n  }\n\n  object StartCutoverResponse {\n    @inline\n    def apply(\n        job: js.UndefOr[Job] = js.undefined\n    ): StartCutoverResponse = {\n      val __obj = js.Dynamic.literal()\n      job.foreach(__v => __obj.updateDynamic(\"job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartCutoverResponse]\n    }\n  }\n\n  @js.native\n  trait StartTestRequest extends js.Object {\n    var sourceServerIDs: StartTestRequestSourceServerIDs\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object StartTestRequest {\n    @inline\n    def apply(\n        sourceServerIDs: StartTestRequestSourceServerIDs,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): StartTestRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerIDs\" -> sourceServerIDs.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTestRequest]\n    }\n  }\n\n  @js.native\n  trait StartTestResponse extends js.Object {\n    var job: js.UndefOr[Job]\n  }\n\n  object StartTestResponse {\n    @inline\n    def apply(\n        job: js.UndefOr[Job] = js.undefined\n    ): StartTestResponse = {\n      val __obj = js.Dynamic.literal()\n      job.foreach(__v => __obj.updateDynamic(\"job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTestResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ARN\n    var tags: TagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ARN,\n        tags: TagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  sealed trait TargetInstanceTypeRightSizingMethod extends js.Any\n  object TargetInstanceTypeRightSizingMethod {\n    val NONE = \"NONE\".asInstanceOf[TargetInstanceTypeRightSizingMethod]\n    val BASIC = \"BASIC\".asInstanceOf[TargetInstanceTypeRightSizingMethod]\n\n    @inline def values = js.Array(NONE, BASIC)\n  }\n\n  @js.native\n  trait TerminateTargetInstancesRequest extends js.Object {\n    var sourceServerIDs: TerminateTargetInstancesRequestSourceServerIDs\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object TerminateTargetInstancesRequest {\n    @inline\n    def apply(\n        sourceServerIDs: TerminateTargetInstancesRequestSourceServerIDs,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): TerminateTargetInstancesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerIDs\" -> sourceServerIDs.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TerminateTargetInstancesRequest]\n    }\n  }\n\n  @js.native\n  trait TerminateTargetInstancesResponse extends js.Object {\n    var job: js.UndefOr[Job]\n  }\n\n  object TerminateTargetInstancesResponse {\n    @inline\n    def apply(\n        job: js.UndefOr[Job] = js.undefined\n    ): TerminateTargetInstancesResponse = {\n      val __obj = js.Dynamic.literal()\n      job.foreach(__v => __obj.updateDynamic(\"job\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TerminateTargetInstancesResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ARN\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ARN,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLaunchConfigurationRequest extends js.Object {\n    var sourceServerID: SourceServerID\n    var copyPrivateIp: js.UndefOr[Boolean]\n    var copyTags: js.UndefOr[Boolean]\n    var launchDisposition: js.UndefOr[LaunchDisposition]\n    var licensing: js.UndefOr[Licensing]\n    var name: js.UndefOr[SmallBoundedString]\n    var targetInstanceTypeRightSizingMethod: js.UndefOr[TargetInstanceTypeRightSizingMethod]\n  }\n\n  object UpdateLaunchConfigurationRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID,\n        copyPrivateIp: js.UndefOr[Boolean] = js.undefined,\n        copyTags: js.UndefOr[Boolean] = js.undefined,\n        launchDisposition: js.UndefOr[LaunchDisposition] = js.undefined,\n        licensing: js.UndefOr[Licensing] = js.undefined,\n        name: js.UndefOr[SmallBoundedString] = js.undefined,\n        targetInstanceTypeRightSizingMethod: js.UndefOr[TargetInstanceTypeRightSizingMethod] = js.undefined\n    ): UpdateLaunchConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n\n      copyPrivateIp.foreach(__v => __obj.updateDynamic(\"copyPrivateIp\")(__v.asInstanceOf[js.Any]))\n      copyTags.foreach(__v => __obj.updateDynamic(\"copyTags\")(__v.asInstanceOf[js.Any]))\n      launchDisposition.foreach(__v => __obj.updateDynamic(\"launchDisposition\")(__v.asInstanceOf[js.Any]))\n      licensing.foreach(__v => __obj.updateDynamic(\"licensing\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      targetInstanceTypeRightSizingMethod.foreach(__v => __obj.updateDynamic(\"targetInstanceTypeRightSizingMethod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLaunchConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateReplicationConfigurationRequest extends js.Object {\n    var sourceServerID: SourceServerID\n    var associateDefaultSecurityGroup: js.UndefOr[Boolean]\n    var bandwidthThrottling: js.UndefOr[PositiveInteger]\n    var createPublicIP: js.UndefOr[Boolean]\n    var dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting]\n    var defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType]\n    var ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption]\n    var ebsEncryptionKeyArn: js.UndefOr[ARN]\n    var name: js.UndefOr[SmallBoundedString]\n    var replicatedDisks: js.UndefOr[ReplicationConfigurationReplicatedDisks]\n    var replicationServerInstanceType: js.UndefOr[EC2InstanceType]\n    var replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs]\n    var stagingAreaSubnetId: js.UndefOr[SubnetID]\n    var stagingAreaTags: js.UndefOr[TagsMap]\n    var useDedicatedReplicationServer: js.UndefOr[Boolean]\n  }\n\n  object UpdateReplicationConfigurationRequest {\n    @inline\n    def apply(\n        sourceServerID: SourceServerID,\n        associateDefaultSecurityGroup: js.UndefOr[Boolean] = js.undefined,\n        bandwidthThrottling: js.UndefOr[PositiveInteger] = js.undefined,\n        createPublicIP: js.UndefOr[Boolean] = js.undefined,\n        dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting] = js.undefined,\n        defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType] = js.undefined,\n        ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption] = js.undefined,\n        ebsEncryptionKeyArn: js.UndefOr[ARN] = js.undefined,\n        name: js.UndefOr[SmallBoundedString] = js.undefined,\n        replicatedDisks: js.UndefOr[ReplicationConfigurationReplicatedDisks] = js.undefined,\n        replicationServerInstanceType: js.UndefOr[EC2InstanceType] = js.undefined,\n        replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs] = js.undefined,\n        stagingAreaSubnetId: js.UndefOr[SubnetID] = js.undefined,\n        stagingAreaTags: js.UndefOr[TagsMap] = js.undefined,\n        useDedicatedReplicationServer: js.UndefOr[Boolean] = js.undefined\n    ): UpdateReplicationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"sourceServerID\" -> sourceServerID.asInstanceOf[js.Any]\n      )\n\n      associateDefaultSecurityGroup.foreach(__v => __obj.updateDynamic(\"associateDefaultSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      bandwidthThrottling.foreach(__v => __obj.updateDynamic(\"bandwidthThrottling\")(__v.asInstanceOf[js.Any]))\n      createPublicIP.foreach(__v => __obj.updateDynamic(\"createPublicIP\")(__v.asInstanceOf[js.Any]))\n      dataPlaneRouting.foreach(__v => __obj.updateDynamic(\"dataPlaneRouting\")(__v.asInstanceOf[js.Any]))\n      defaultLargeStagingDiskType.foreach(__v => __obj.updateDynamic(\"defaultLargeStagingDiskType\")(__v.asInstanceOf[js.Any]))\n      ebsEncryption.foreach(__v => __obj.updateDynamic(\"ebsEncryption\")(__v.asInstanceOf[js.Any]))\n      ebsEncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"ebsEncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      replicatedDisks.foreach(__v => __obj.updateDynamic(\"replicatedDisks\")(__v.asInstanceOf[js.Any]))\n      replicationServerInstanceType.foreach(__v => __obj.updateDynamic(\"replicationServerInstanceType\")(__v.asInstanceOf[js.Any]))\n      replicationServersSecurityGroupsIDs.foreach(__v => __obj.updateDynamic(\"replicationServersSecurityGroupsIDs\")(__v.asInstanceOf[js.Any]))\n      stagingAreaSubnetId.foreach(__v => __obj.updateDynamic(\"stagingAreaSubnetId\")(__v.asInstanceOf[js.Any]))\n      stagingAreaTags.foreach(__v => __obj.updateDynamic(\"stagingAreaTags\")(__v.asInstanceOf[js.Any]))\n      useDedicatedReplicationServer.foreach(__v => __obj.updateDynamic(\"useDedicatedReplicationServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReplicationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateReplicationConfigurationTemplateRequest extends js.Object {\n    var replicationConfigurationTemplateID: ReplicationConfigurationTemplateID\n    var arn: js.UndefOr[ARN]\n    var associateDefaultSecurityGroup: js.UndefOr[Boolean]\n    var bandwidthThrottling: js.UndefOr[PositiveInteger]\n    var createPublicIP: js.UndefOr[Boolean]\n    var dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting]\n    var defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType]\n    var ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption]\n    var ebsEncryptionKeyArn: js.UndefOr[ARN]\n    var replicationServerInstanceType: js.UndefOr[EC2InstanceType]\n    var replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs]\n    var stagingAreaSubnetId: js.UndefOr[SubnetID]\n    var stagingAreaTags: js.UndefOr[TagsMap]\n    var useDedicatedReplicationServer: js.UndefOr[Boolean]\n  }\n\n  object UpdateReplicationConfigurationTemplateRequest {\n    @inline\n    def apply(\n        replicationConfigurationTemplateID: ReplicationConfigurationTemplateID,\n        arn: js.UndefOr[ARN] = js.undefined,\n        associateDefaultSecurityGroup: js.UndefOr[Boolean] = js.undefined,\n        bandwidthThrottling: js.UndefOr[PositiveInteger] = js.undefined,\n        createPublicIP: js.UndefOr[Boolean] = js.undefined,\n        dataPlaneRouting: js.UndefOr[ReplicationConfigurationDataPlaneRouting] = js.undefined,\n        defaultLargeStagingDiskType: js.UndefOr[ReplicationConfigurationDefaultLargeStagingDiskType] = js.undefined,\n        ebsEncryption: js.UndefOr[ReplicationConfigurationEbsEncryption] = js.undefined,\n        ebsEncryptionKeyArn: js.UndefOr[ARN] = js.undefined,\n        replicationServerInstanceType: js.UndefOr[EC2InstanceType] = js.undefined,\n        replicationServersSecurityGroupsIDs: js.UndefOr[ReplicationServersSecurityGroupsIDs] = js.undefined,\n        stagingAreaSubnetId: js.UndefOr[SubnetID] = js.undefined,\n        stagingAreaTags: js.UndefOr[TagsMap] = js.undefined,\n        useDedicatedReplicationServer: js.UndefOr[Boolean] = js.undefined\n    ): UpdateReplicationConfigurationTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"replicationConfigurationTemplateID\" -> replicationConfigurationTemplateID.asInstanceOf[js.Any]\n      )\n\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      associateDefaultSecurityGroup.foreach(__v => __obj.updateDynamic(\"associateDefaultSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      bandwidthThrottling.foreach(__v => __obj.updateDynamic(\"bandwidthThrottling\")(__v.asInstanceOf[js.Any]))\n      createPublicIP.foreach(__v => __obj.updateDynamic(\"createPublicIP\")(__v.asInstanceOf[js.Any]))\n      dataPlaneRouting.foreach(__v => __obj.updateDynamic(\"dataPlaneRouting\")(__v.asInstanceOf[js.Any]))\n      defaultLargeStagingDiskType.foreach(__v => __obj.updateDynamic(\"defaultLargeStagingDiskType\")(__v.asInstanceOf[js.Any]))\n      ebsEncryption.foreach(__v => __obj.updateDynamic(\"ebsEncryption\")(__v.asInstanceOf[js.Any]))\n      ebsEncryptionKeyArn.foreach(__v => __obj.updateDynamic(\"ebsEncryptionKeyArn\")(__v.asInstanceOf[js.Any]))\n      replicationServerInstanceType.foreach(__v => __obj.updateDynamic(\"replicationServerInstanceType\")(__v.asInstanceOf[js.Any]))\n      replicationServersSecurityGroupsIDs.foreach(__v => __obj.updateDynamic(\"replicationServersSecurityGroupsIDs\")(__v.asInstanceOf[js.Any]))\n      stagingAreaSubnetId.foreach(__v => __obj.updateDynamic(\"stagingAreaSubnetId\")(__v.asInstanceOf[js.Any]))\n      stagingAreaTags.foreach(__v => __obj.updateDynamic(\"stagingAreaTags\")(__v.asInstanceOf[js.Any]))\n      useDedicatedReplicationServer.foreach(__v => __obj.updateDynamic(\"useDedicatedReplicationServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReplicationConfigurationTemplateRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/machinelearning\/src\/main\/scala\/facade\/amazonaws\/services\/MachineLearning.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object machinelearning {\n  type AwsUserArn = String\n  type BatchPredictions = js.Array[BatchPrediction]\n  type ComparatorValue = String\n  type ComputeStatistics = Boolean\n  type DataRearrangement = String\n  type DataSchema = String\n  type DataSources = js.Array[DataSource]\n  type DetailsMap = js.Dictionary[DetailsValue]\n  type DetailsValue = String\n  type EDPPipelineId = String\n  type EDPResourceRole = String\n  type EDPSecurityGroupId = String\n  type EDPSecurityGroupIds = js.Array[EDPSecurityGroupId]\n  type EDPServiceRole = String\n  type EDPSubnetId = String\n  type EntityId = String\n  type EntityName = String\n  type EpochTime = js.Date\n  type Evaluations = js.Array[Evaluation]\n  type IntegerType = Int\n  type Label = String\n  type LongType = Double\n  type MLModelName = String\n  type MLModels = js.Array[MLModel]\n  type Message = String\n  type PageLimit = Int\n  type PerformanceMetricsProperties = js.Dictionary[PerformanceMetricsPropertyValue]\n  type PerformanceMetricsPropertyKey = String\n  type PerformanceMetricsPropertyValue = String\n  type PresignedS3Url = String\n  type RDSDatabaseName = String\n  type RDSDatabasePassword = String\n  type RDSDatabaseUsername = String\n  type RDSInstanceIdentifier = String\n  type RDSSelectSqlQuery = String\n  type Recipe = String\n  type Record = js.Dictionary[VariableValue]\n  type RedshiftClusterIdentifier = String\n  type RedshiftDatabaseName = String\n  type RedshiftDatabasePassword = String\n  type RedshiftDatabaseUsername = String\n  type RedshiftSelectSqlQuery = String\n  type RoleARN = String\n  type S3Url = String\n  type ScoreThreshold = Float\n  type ScoreValue = Float\n  type ScoreValuePerLabelMap = js.Dictionary[ScoreValue]\n  type StringType = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TrainingParameters = js.Dictionary[StringType]\n  type VariableName = String\n  type VariableValue = String\n  type Verbose = Boolean\n  type VipURL = String\n  type floatLabel = Float\n\n  implicit final class MachineLearningOps(private val service: MachineLearning) extends AnyVal {\n\n    @inline def addTagsFuture(params: AddTagsInput): Future[AddTagsOutput] = service.addTags(params).promise().toFuture\n    @inline def createBatchPredictionFuture(params: CreateBatchPredictionInput): Future[CreateBatchPredictionOutput] = service.createBatchPrediction(params).promise().toFuture\n    @inline def createDataSourceFromRDSFuture(params: CreateDataSourceFromRDSInput): Future[CreateDataSourceFromRDSOutput] = service.createDataSourceFromRDS(params).promise().toFuture\n    @inline def createDataSourceFromRedshiftFuture(params: CreateDataSourceFromRedshiftInput): Future[CreateDataSourceFromRedshiftOutput] = service.createDataSourceFromRedshift(params).promise().toFuture\n    @inline def createDataSourceFromS3Future(params: CreateDataSourceFromS3Input): Future[CreateDataSourceFromS3Output] = service.createDataSourceFromS3(params).promise().toFuture\n    @inline def createEvaluationFuture(params: CreateEvaluationInput): Future[CreateEvaluationOutput] = service.createEvaluation(params).promise().toFuture\n    @inline def createMLModelFuture(params: CreateMLModelInput): Future[CreateMLModelOutput] = service.createMLModel(params).promise().toFuture\n    @inline def createRealtimeEndpointFuture(params: CreateRealtimeEndpointInput): Future[CreateRealtimeEndpointOutput] = service.createRealtimeEndpoint(params).promise().toFuture\n    @inline def deleteBatchPredictionFuture(params: DeleteBatchPredictionInput): Future[DeleteBatchPredictionOutput] = service.deleteBatchPrediction(params).promise().toFuture\n    @inline def deleteDataSourceFuture(params: DeleteDataSourceInput): Future[DeleteDataSourceOutput] = service.deleteDataSource(params).promise().toFuture\n    @inline def deleteEvaluationFuture(params: DeleteEvaluationInput): Future[DeleteEvaluationOutput] = service.deleteEvaluation(params).promise().toFuture\n    @inline def deleteMLModelFuture(params: DeleteMLModelInput): Future[DeleteMLModelOutput] = service.deleteMLModel(params).promise().toFuture\n    @inline def deleteRealtimeEndpointFuture(params: DeleteRealtimeEndpointInput): Future[DeleteRealtimeEndpointOutput] = service.deleteRealtimeEndpoint(params).promise().toFuture\n    @inline def deleteTagsFuture(params: DeleteTagsInput): Future[DeleteTagsOutput] = service.deleteTags(params).promise().toFuture\n    @inline def describeBatchPredictionsFuture(params: DescribeBatchPredictionsInput): Future[DescribeBatchPredictionsOutput] = service.describeBatchPredictions(params).promise().toFuture\n    @inline def describeDataSourcesFuture(params: DescribeDataSourcesInput): Future[DescribeDataSourcesOutput] = service.describeDataSources(params).promise().toFuture\n    @inline def describeEvaluationsFuture(params: DescribeEvaluationsInput): Future[DescribeEvaluationsOutput] = service.describeEvaluations(params).promise().toFuture\n    @inline def describeMLModelsFuture(params: DescribeMLModelsInput): Future[DescribeMLModelsOutput] = service.describeMLModels(params).promise().toFuture\n    @inline def describeTagsFuture(params: DescribeTagsInput): Future[DescribeTagsOutput] = service.describeTags(params).promise().toFuture\n    @inline def getBatchPredictionFuture(params: GetBatchPredictionInput): Future[GetBatchPredictionOutput] = service.getBatchPrediction(params).promise().toFuture\n    @inline def getDataSourceFuture(params: GetDataSourceInput): Future[GetDataSourceOutput] = service.getDataSource(params).promise().toFuture\n    @inline def getEvaluationFuture(params: GetEvaluationInput): Future[GetEvaluationOutput] = service.getEvaluation(params).promise().toFuture\n    @inline def getMLModelFuture(params: GetMLModelInput): Future[GetMLModelOutput] = service.getMLModel(params).promise().toFuture\n    @inline def predictFuture(params: PredictInput): Future[PredictOutput] = service.predict(params).promise().toFuture\n    @inline def updateBatchPredictionFuture(params: UpdateBatchPredictionInput): Future[UpdateBatchPredictionOutput] = service.updateBatchPrediction(params).promise().toFuture\n    @inline def updateDataSourceFuture(params: UpdateDataSourceInput): Future[UpdateDataSourceOutput] = service.updateDataSource(params).promise().toFuture\n    @inline def updateEvaluationFuture(params: UpdateEvaluationInput): Future[UpdateEvaluationOutput] = service.updateEvaluation(params).promise().toFuture\n    @inline def updateMLModelFuture(params: UpdateMLModelInput): Future[UpdateMLModelOutput] = service.updateMLModel(params).promise().toFuture\n\n  }\n}\n\npackage machinelearning {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/machinelearning\", JSImport.Namespace, \"AWS.MachineLearning\")\n  class MachineLearning() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTags(params: AddTagsInput): Request[AddTagsOutput] = js.native\n    def createBatchPrediction(params: CreateBatchPredictionInput): Request[CreateBatchPredictionOutput] = js.native\n    def createDataSourceFromRDS(params: CreateDataSourceFromRDSInput): Request[CreateDataSourceFromRDSOutput] = js.native\n    def createDataSourceFromRedshift(params: CreateDataSourceFromRedshiftInput): Request[CreateDataSourceFromRedshiftOutput] = js.native\n    def createDataSourceFromS3(params: CreateDataSourceFromS3Input): Request[CreateDataSourceFromS3Output] = js.native\n    def createEvaluation(params: CreateEvaluationInput): Request[CreateEvaluationOutput] = js.native\n    def createMLModel(params: CreateMLModelInput): Request[CreateMLModelOutput] = js.native\n    def createRealtimeEndpoint(params: CreateRealtimeEndpointInput): Request[CreateRealtimeEndpointOutput] = js.native\n    def deleteBatchPrediction(params: DeleteBatchPredictionInput): Request[DeleteBatchPredictionOutput] = js.native\n    def deleteDataSource(params: DeleteDataSourceInput): Request[DeleteDataSourceOutput] = js.native\n    def deleteEvaluation(params: DeleteEvaluationInput): Request[DeleteEvaluationOutput] = js.native\n    def deleteMLModel(params: DeleteMLModelInput): Request[DeleteMLModelOutput] = js.native\n    def deleteRealtimeEndpoint(params: DeleteRealtimeEndpointInput): Request[DeleteRealtimeEndpointOutput] = js.native\n    def deleteTags(params: DeleteTagsInput): Request[DeleteTagsOutput] = js.native\n    def describeBatchPredictions(params: DescribeBatchPredictionsInput): Request[DescribeBatchPredictionsOutput] = js.native\n    def describeDataSources(params: DescribeDataSourcesInput): Request[DescribeDataSourcesOutput] = js.native\n    def describeEvaluations(params: DescribeEvaluationsInput): Request[DescribeEvaluationsOutput] = js.native\n    def describeMLModels(params: DescribeMLModelsInput): Request[DescribeMLModelsOutput] = js.native\n    def describeTags(params: DescribeTagsInput): Request[DescribeTagsOutput] = js.native\n    def getBatchPrediction(params: GetBatchPredictionInput): Request[GetBatchPredictionOutput] = js.native\n    def getDataSource(params: GetDataSourceInput): Request[GetDataSourceOutput] = js.native\n    def getEvaluation(params: GetEvaluationInput): Request[GetEvaluationOutput] = js.native\n    def getMLModel(params: GetMLModelInput): Request[GetMLModelOutput] = js.native\n    def predict(params: PredictInput): Request[PredictOutput] = js.native\n    def updateBatchPrediction(params: UpdateBatchPredictionInput): Request[UpdateBatchPredictionOutput] = js.native\n    def updateDataSource(params: UpdateDataSourceInput): Request[UpdateDataSourceOutput] = js.native\n    def updateEvaluation(params: UpdateEvaluationInput): Request[UpdateEvaluationOutput] = js.native\n    def updateMLModel(params: UpdateMLModelInput): Request[UpdateMLModelOutput] = js.native\n  }\n\n  @js.native\n  trait AddTagsInput extends js.Object {\n    var ResourceId: EntityId\n    var ResourceType: TaggableResourceType\n    var Tags: TagList\n  }\n\n  object AddTagsInput {\n    @inline\n    def apply(\n        ResourceId: EntityId,\n        ResourceType: TaggableResourceType,\n        Tags: TagList\n    ): AddTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsInput]\n    }\n  }\n\n  \/** Amazon ML returns the following elements.\n    *\/\n  @js.native\n  trait AddTagsOutput extends js.Object {\n    var ResourceId: js.UndefOr[EntityId]\n    var ResourceType: js.UndefOr[TaggableResourceType]\n  }\n\n  object AddTagsOutput {\n    @inline\n    def apply(\n        ResourceId: js.UndefOr[EntityId] = js.undefined,\n        ResourceType: js.UndefOr[TaggableResourceType] = js.undefined\n    ): AddTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddTagsOutput]\n    }\n  }\n\n  \/** The function used to train an <code>MLModel<\/code>. Training choices supported by Amazon ML include the following: * <code>SGD<\/code> - Stochastic Gradient Descent. * <code>RandomForest<\/code> - Random forest of decision trees.\n    *\/\n  @js.native\n  sealed trait Algorithm extends js.Any\n  object Algorithm {\n    val sgd = \"sgd\".asInstanceOf[Algorithm]\n\n    @inline def values = js.Array(sgd)\n  }\n\n  \/** Represents the output of a <code>GetBatchPrediction<\/code> operation. The content consists of the detailed metadata, the status, and the data file information of a <code>Batch Prediction<\/code>.\n    *\/\n  @js.native\n  trait BatchPrediction extends js.Object {\n    var BatchPredictionDataSourceId: js.UndefOr[EntityId]\n    var BatchPredictionId: js.UndefOr[EntityId]\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var InvalidRecordCount: js.UndefOr[LongType]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var MLModelId: js.UndefOr[EntityId]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var OutputUri: js.UndefOr[S3Url]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n    var TotalRecordCount: js.UndefOr[LongType]\n  }\n\n  object BatchPrediction {\n    @inline\n    def apply(\n        BatchPredictionDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        BatchPredictionId: js.UndefOr[EntityId] = js.undefined,\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        InvalidRecordCount: js.UndefOr[LongType] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        OutputUri: js.UndefOr[S3Url] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined,\n        TotalRecordCount: js.UndefOr[LongType] = js.undefined\n    ): BatchPrediction = {\n      val __obj = js.Dynamic.literal()\n      BatchPredictionDataSourceId.foreach(__v => __obj.updateDynamic(\"BatchPredictionDataSourceId\")(__v.asInstanceOf[js.Any]))\n      BatchPredictionId.foreach(__v => __obj.updateDynamic(\"BatchPredictionId\")(__v.asInstanceOf[js.Any]))\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      InvalidRecordCount.foreach(__v => __obj.updateDynamic(\"InvalidRecordCount\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputUri.foreach(__v => __obj.updateDynamic(\"OutputUri\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TotalRecordCount.foreach(__v => __obj.updateDynamic(\"TotalRecordCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchPrediction]\n    }\n  }\n\n  \/** A list of the variables to use in searching or filtering <code>BatchPrediction<\/code>. * <code>CreatedAt<\/code> - Sets the search criteria to <code>BatchPrediction<\/code> creation date. * <code>Status<\/code> - Sets the search criteria to <code>BatchPrediction<\/code> status. * <code>Name<\/code> - Sets the search criteria to the contents of <code>BatchPrediction<\/code> <code>Name<\/code>. * <code>IAMUser<\/code> - Sets the search criteria to the user account that invoked the <code>BatchPrediction<\/code> creation. * <code>MLModelId<\/code> - Sets the search criteria to the <code>MLModel<\/code> used in the <code>BatchPrediction<\/code>. * <code>DataSourceId<\/code> - Sets the search criteria to the <code>DataSource<\/code> used in the <code>BatchPrediction<\/code>. * <code>DataURI<\/code> - Sets the search criteria to the data file(s) used in the <code>BatchPrediction<\/code>. The URL can identify either a file or an Amazon Simple Storage Service (Amazon S3) bucket or directory.\n    *\/\n  @js.native\n  sealed trait BatchPredictionFilterVariable extends js.Any\n  object BatchPredictionFilterVariable {\n    val CreatedAt = \"CreatedAt\".asInstanceOf[BatchPredictionFilterVariable]\n    val LastUpdatedAt = \"LastUpdatedAt\".asInstanceOf[BatchPredictionFilterVariable]\n    val Status = \"Status\".asInstanceOf[BatchPredictionFilterVariable]\n    val Name = \"Name\".asInstanceOf[BatchPredictionFilterVariable]\n    val IAMUser = \"IAMUser\".asInstanceOf[BatchPredictionFilterVariable]\n    val MLModelId = \"MLModelId\".asInstanceOf[BatchPredictionFilterVariable]\n    val DataSourceId = \"DataSourceId\".asInstanceOf[BatchPredictionFilterVariable]\n    val DataURI = \"DataURI\".asInstanceOf[BatchPredictionFilterVariable]\n\n    @inline def values = js.Array(CreatedAt, LastUpdatedAt, Status, Name, IAMUser, MLModelId, DataSourceId, DataURI)\n  }\n\n  @js.native\n  trait CreateBatchPredictionInput extends js.Object {\n    var BatchPredictionDataSourceId: EntityId\n    var BatchPredictionId: EntityId\n    var MLModelId: EntityId\n    var OutputUri: S3Url\n    var BatchPredictionName: js.UndefOr[EntityName]\n  }\n\n  object CreateBatchPredictionInput {\n    @inline\n    def apply(\n        BatchPredictionDataSourceId: EntityId,\n        BatchPredictionId: EntityId,\n        MLModelId: EntityId,\n        OutputUri: S3Url,\n        BatchPredictionName: js.UndefOr[EntityName] = js.undefined\n    ): CreateBatchPredictionInput = {\n      val __obj = js.Dynamic.literal(\n        \"BatchPredictionDataSourceId\" -> BatchPredictionDataSourceId.asInstanceOf[js.Any],\n        \"BatchPredictionId\" -> BatchPredictionId.asInstanceOf[js.Any],\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any],\n        \"OutputUri\" -> OutputUri.asInstanceOf[js.Any]\n      )\n\n      BatchPredictionName.foreach(__v => __obj.updateDynamic(\"BatchPredictionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBatchPredictionInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateBatchPrediction<\/code> operation, and is an acknowledgement that Amazon ML received the request. The <code>CreateBatchPrediction<\/code> operation is asynchronous. You can poll for status updates by using the <code>&gt;GetBatchPrediction<\/code> operation and checking the <code>Status<\/code> parameter of the result.\n    *\/\n  @js.native\n  trait CreateBatchPredictionOutput extends js.Object {\n    var BatchPredictionId: js.UndefOr[EntityId]\n  }\n\n  object CreateBatchPredictionOutput {\n    @inline\n    def apply(\n        BatchPredictionId: js.UndefOr[EntityId] = js.undefined\n    ): CreateBatchPredictionOutput = {\n      val __obj = js.Dynamic.literal()\n      BatchPredictionId.foreach(__v => __obj.updateDynamic(\"BatchPredictionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBatchPredictionOutput]\n    }\n  }\n\n  @js.native\n  trait CreateDataSourceFromRDSInput extends js.Object {\n    var DataSourceId: EntityId\n    var RDSData: RDSDataSpec\n    var RoleARN: RoleARN\n    var ComputeStatistics: js.UndefOr[ComputeStatistics]\n    var DataSourceName: js.UndefOr[EntityName]\n  }\n\n  object CreateDataSourceFromRDSInput {\n    @inline\n    def apply(\n        DataSourceId: EntityId,\n        RDSData: RDSDataSpec,\n        RoleARN: RoleARN,\n        ComputeStatistics: js.UndefOr[ComputeStatistics] = js.undefined,\n        DataSourceName: js.UndefOr[EntityName] = js.undefined\n    ): CreateDataSourceFromRDSInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"RDSData\" -> RDSData.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      ComputeStatistics.foreach(__v => __obj.updateDynamic(\"ComputeStatistics\")(__v.asInstanceOf[js.Any]))\n      DataSourceName.foreach(__v => __obj.updateDynamic(\"DataSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromRDSInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDataSourceFromRDS<\/code> operation, and is an acknowledgement that Amazon ML received the request. The <code>CreateDataSourceFromRDS<\/code>&gt; operation is asynchronous. You can poll for updates by using the <code>GetBatchPrediction<\/code> operation and checking the <code>Status<\/code> parameter. You can inspect the <code>Message<\/code> when <code>Status<\/code> shows up as <code>FAILED<\/code>. You can also check the progress of the copy operation by going to the <code>DataPipeline<\/code> console and looking up the pipeline using the <code>pipelineId <\/code> from the describe call.\n    *\/\n  @js.native\n  trait CreateDataSourceFromRDSOutput extends js.Object {\n    var DataSourceId: js.UndefOr[EntityId]\n  }\n\n  object CreateDataSourceFromRDSOutput {\n    @inline\n    def apply(\n        DataSourceId: js.UndefOr[EntityId] = js.undefined\n    ): CreateDataSourceFromRDSOutput = {\n      val __obj = js.Dynamic.literal()\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromRDSOutput]\n    }\n  }\n\n  @js.native\n  trait CreateDataSourceFromRedshiftInput extends js.Object {\n    var DataSourceId: EntityId\n    var DataSpec: RedshiftDataSpec\n    var RoleARN: RoleARN\n    var ComputeStatistics: js.UndefOr[ComputeStatistics]\n    var DataSourceName: js.UndefOr[EntityName]\n  }\n\n  object CreateDataSourceFromRedshiftInput {\n    @inline\n    def apply(\n        DataSourceId: EntityId,\n        DataSpec: RedshiftDataSpec,\n        RoleARN: RoleARN,\n        ComputeStatistics: js.UndefOr[ComputeStatistics] = js.undefined,\n        DataSourceName: js.UndefOr[EntityName] = js.undefined\n    ): CreateDataSourceFromRedshiftInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"DataSpec\" -> DataSpec.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      ComputeStatistics.foreach(__v => __obj.updateDynamic(\"ComputeStatistics\")(__v.asInstanceOf[js.Any]))\n      DataSourceName.foreach(__v => __obj.updateDynamic(\"DataSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromRedshiftInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDataSourceFromRedshift<\/code> operation, and is an acknowledgement that Amazon ML received the request. The <code>CreateDataSourceFromRedshift<\/code> operation is asynchronous. You can poll for updates by using the <code>GetBatchPrediction<\/code> operation and checking the <code>Status<\/code> parameter.\n    *\/\n  @js.native\n  trait CreateDataSourceFromRedshiftOutput extends js.Object {\n    var DataSourceId: js.UndefOr[EntityId]\n  }\n\n  object CreateDataSourceFromRedshiftOutput {\n    @inline\n    def apply(\n        DataSourceId: js.UndefOr[EntityId] = js.undefined\n    ): CreateDataSourceFromRedshiftOutput = {\n      val __obj = js.Dynamic.literal()\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromRedshiftOutput]\n    }\n  }\n\n  @js.native\n  trait CreateDataSourceFromS3Input extends js.Object {\n    var DataSourceId: EntityId\n    var DataSpec: S3DataSpec\n    var ComputeStatistics: js.UndefOr[ComputeStatistics]\n    var DataSourceName: js.UndefOr[EntityName]\n  }\n\n  object CreateDataSourceFromS3Input {\n    @inline\n    def apply(\n        DataSourceId: EntityId,\n        DataSpec: S3DataSpec,\n        ComputeStatistics: js.UndefOr[ComputeStatistics] = js.undefined,\n        DataSourceName: js.UndefOr[EntityName] = js.undefined\n    ): CreateDataSourceFromS3Input = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"DataSpec\" -> DataSpec.asInstanceOf[js.Any]\n      )\n\n      ComputeStatistics.foreach(__v => __obj.updateDynamic(\"ComputeStatistics\")(__v.asInstanceOf[js.Any]))\n      DataSourceName.foreach(__v => __obj.updateDynamic(\"DataSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromS3Input]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDataSourceFromS3<\/code> operation, and is an acknowledgement that Amazon ML received the request. The <code>CreateDataSourceFromS3<\/code> operation is asynchronous. You can poll for updates by using the <code>GetBatchPrediction<\/code> operation and checking the <code>Status<\/code> parameter.\n    *\/\n  @js.native\n  trait CreateDataSourceFromS3Output extends js.Object {\n    var DataSourceId: js.UndefOr[EntityId]\n  }\n\n  object CreateDataSourceFromS3Output {\n    @inline\n    def apply(\n        DataSourceId: js.UndefOr[EntityId] = js.undefined\n    ): CreateDataSourceFromS3Output = {\n      val __obj = js.Dynamic.literal()\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceFromS3Output]\n    }\n  }\n\n  @js.native\n  trait CreateEvaluationInput extends js.Object {\n    var EvaluationDataSourceId: EntityId\n    var EvaluationId: EntityId\n    var MLModelId: EntityId\n    var EvaluationName: js.UndefOr[EntityName]\n  }\n\n  object CreateEvaluationInput {\n    @inline\n    def apply(\n        EvaluationDataSourceId: EntityId,\n        EvaluationId: EntityId,\n        MLModelId: EntityId,\n        EvaluationName: js.UndefOr[EntityName] = js.undefined\n    ): CreateEvaluationInput = {\n      val __obj = js.Dynamic.literal(\n        \"EvaluationDataSourceId\" -> EvaluationDataSourceId.asInstanceOf[js.Any],\n        \"EvaluationId\" -> EvaluationId.asInstanceOf[js.Any],\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n\n      EvaluationName.foreach(__v => __obj.updateDynamic(\"EvaluationName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEvaluationInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateEvaluation<\/code> operation, and is an acknowledgement that Amazon ML received the request. <code>CreateEvaluation<\/code> operation is asynchronous. You can poll for status updates by using the <code>GetEvcaluation<\/code> operation and checking the <code>Status<\/code> parameter.\n    *\/\n  @js.native\n  trait CreateEvaluationOutput extends js.Object {\n    var EvaluationId: js.UndefOr[EntityId]\n  }\n\n  object CreateEvaluationOutput {\n    @inline\n    def apply(\n        EvaluationId: js.UndefOr[EntityId] = js.undefined\n    ): CreateEvaluationOutput = {\n      val __obj = js.Dynamic.literal()\n      EvaluationId.foreach(__v => __obj.updateDynamic(\"EvaluationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEvaluationOutput]\n    }\n  }\n\n  @js.native\n  trait CreateMLModelInput extends js.Object {\n    var MLModelId: EntityId\n    var MLModelType: MLModelType\n    var TrainingDataSourceId: EntityId\n    var MLModelName: js.UndefOr[EntityName]\n    var Parameters: js.UndefOr[TrainingParameters]\n    var Recipe: js.UndefOr[Recipe]\n    var RecipeUri: js.UndefOr[S3Url]\n  }\n\n  object CreateMLModelInput {\n    @inline\n    def apply(\n        MLModelId: EntityId,\n        MLModelType: MLModelType,\n        TrainingDataSourceId: EntityId,\n        MLModelName: js.UndefOr[EntityName] = js.undefined,\n        Parameters: js.UndefOr[TrainingParameters] = js.undefined,\n        Recipe: js.UndefOr[Recipe] = js.undefined,\n        RecipeUri: js.UndefOr[S3Url] = js.undefined\n    ): CreateMLModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any],\n        \"MLModelType\" -> MLModelType.asInstanceOf[js.Any],\n        \"TrainingDataSourceId\" -> TrainingDataSourceId.asInstanceOf[js.Any]\n      )\n\n      MLModelName.foreach(__v => __obj.updateDynamic(\"MLModelName\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Recipe.foreach(__v => __obj.updateDynamic(\"Recipe\")(__v.asInstanceOf[js.Any]))\n      RecipeUri.foreach(__v => __obj.updateDynamic(\"RecipeUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMLModelInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateMLModel<\/code> operation, and is an acknowledgement that Amazon ML received the request. The <code>CreateMLModel<\/code> operation is asynchronous. You can poll for status updates by using the <code>GetMLModel<\/code> operation and checking the <code>Status<\/code> parameter.\n    *\/\n  @js.native\n  trait CreateMLModelOutput extends js.Object {\n    var MLModelId: js.UndefOr[EntityId]\n  }\n\n  object CreateMLModelOutput {\n    @inline\n    def apply(\n        MLModelId: js.UndefOr[EntityId] = js.undefined\n    ): CreateMLModelOutput = {\n      val __obj = js.Dynamic.literal()\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMLModelOutput]\n    }\n  }\n\n  @js.native\n  trait CreateRealtimeEndpointInput extends js.Object {\n    var MLModelId: EntityId\n  }\n\n  object CreateRealtimeEndpointInput {\n    @inline\n    def apply(\n        MLModelId: EntityId\n    ): CreateRealtimeEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRealtimeEndpointInput]\n    }\n  }\n\n  \/** Represents the output of an <code>CreateRealtimeEndpoint<\/code> operation. The result contains the <code>MLModelId<\/code> and the endpoint information for the <code>MLModel<\/code>.\n    * ```Note:``` The endpoint information includes the URI of the <code>MLModel<\/code>; that is, the location to send online prediction requests for the specified <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait CreateRealtimeEndpointOutput extends js.Object {\n    var MLModelId: js.UndefOr[EntityId]\n    var RealtimeEndpointInfo: js.UndefOr[RealtimeEndpointInfo]\n  }\n\n  object CreateRealtimeEndpointOutput {\n    @inline\n    def apply(\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        RealtimeEndpointInfo: js.UndefOr[RealtimeEndpointInfo] = js.undefined\n    ): CreateRealtimeEndpointOutput = {\n      val __obj = js.Dynamic.literal()\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      RealtimeEndpointInfo.foreach(__v => __obj.updateDynamic(\"RealtimeEndpointInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRealtimeEndpointOutput]\n    }\n  }\n\n  \/** Represents the output of the <code>GetDataSource<\/code> operation. The content consists of the detailed metadata and data file information and the current status of the <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait DataSource extends js.Object {\n    var ComputeStatistics: js.UndefOr[ComputeStatistics]\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var DataLocationS3: js.UndefOr[S3Url]\n    var DataRearrangement: js.UndefOr[DataRearrangement]\n    var DataSizeInBytes: js.UndefOr[LongType]\n    var DataSourceId: js.UndefOr[EntityId]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var NumberOfFiles: js.UndefOr[LongType]\n    var RDSMetadata: js.UndefOr[RDSMetadata]\n    var RedshiftMetadata: js.UndefOr[RedshiftMetadata]\n    var RoleARN: js.UndefOr[RoleARN]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n  }\n\n  object DataSource {\n    @inline\n    def apply(\n        ComputeStatistics: js.UndefOr[ComputeStatistics] = js.undefined,\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        DataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        DataRearrangement: js.UndefOr[DataRearrangement] = js.undefined,\n        DataSizeInBytes: js.UndefOr[LongType] = js.undefined,\n        DataSourceId: js.UndefOr[EntityId] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        NumberOfFiles: js.UndefOr[LongType] = js.undefined,\n        RDSMetadata: js.UndefOr[RDSMetadata] = js.undefined,\n        RedshiftMetadata: js.UndefOr[RedshiftMetadata] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined\n    ): DataSource = {\n      val __obj = js.Dynamic.literal()\n      ComputeStatistics.foreach(__v => __obj.updateDynamic(\"ComputeStatistics\")(__v.asInstanceOf[js.Any]))\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      DataLocationS3.foreach(__v => __obj.updateDynamic(\"DataLocationS3\")(__v.asInstanceOf[js.Any]))\n      DataRearrangement.foreach(__v => __obj.updateDynamic(\"DataRearrangement\")(__v.asInstanceOf[js.Any]))\n      DataSizeInBytes.foreach(__v => __obj.updateDynamic(\"DataSizeInBytes\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NumberOfFiles.foreach(__v => __obj.updateDynamic(\"NumberOfFiles\")(__v.asInstanceOf[js.Any]))\n      RDSMetadata.foreach(__v => __obj.updateDynamic(\"RDSMetadata\")(__v.asInstanceOf[js.Any]))\n      RedshiftMetadata.foreach(__v => __obj.updateDynamic(\"RedshiftMetadata\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSource]\n    }\n  }\n\n  \/** A list of the variables to use in searching or filtering <code>DataSource<\/code>. * <code>CreatedAt<\/code> - Sets the search criteria to <code>DataSource<\/code> creation date. * <code>Status<\/code> - Sets the search criteria to <code>DataSource<\/code> status. * <code>Name<\/code> - Sets the search criteria to the contents of <code>DataSource<\/code> <code>Name<\/code>. * <code>DataUri<\/code> - Sets the search criteria to the URI of data files used to create the <code>DataSource<\/code>. The URI can identify either a file or an Amazon Simple Storage Service (Amazon S3) bucket or directory. * <code>IAMUser<\/code> - Sets the search criteria to the user account that invoked the <code>DataSource<\/code> creation.\n    * ```Note:``` The variable names should match the variable names in the <code>DataSource<\/code>.\n    *\/\n  @js.native\n  sealed trait DataSourceFilterVariable extends js.Any\n  object DataSourceFilterVariable {\n    val CreatedAt = \"CreatedAt\".asInstanceOf[DataSourceFilterVariable]\n    val LastUpdatedAt = \"LastUpdatedAt\".asInstanceOf[DataSourceFilterVariable]\n    val Status = \"Status\".asInstanceOf[DataSourceFilterVariable]\n    val Name = \"Name\".asInstanceOf[DataSourceFilterVariable]\n    val DataLocationS3 = \"DataLocationS3\".asInstanceOf[DataSourceFilterVariable]\n    val IAMUser = \"IAMUser\".asInstanceOf[DataSourceFilterVariable]\n\n    @inline def values = js.Array(CreatedAt, LastUpdatedAt, Status, Name, DataLocationS3, IAMUser)\n  }\n\n  @js.native\n  trait DeleteBatchPredictionInput extends js.Object {\n    var BatchPredictionId: EntityId\n  }\n\n  object DeleteBatchPredictionInput {\n    @inline\n    def apply(\n        BatchPredictionId: EntityId\n    ): DeleteBatchPredictionInput = {\n      val __obj = js.Dynamic.literal(\n        \"BatchPredictionId\" -> BatchPredictionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBatchPredictionInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteBatchPrediction<\/code> operation. You can use the <code>GetBatchPrediction<\/code> operation and check the value of the <code>Status<\/code> parameter to see whether a <code>BatchPrediction<\/code> is marked as <code>DELETED<\/code>.\n    *\/\n  @js.native\n  trait DeleteBatchPredictionOutput extends js.Object {\n    var BatchPredictionId: js.UndefOr[EntityId]\n  }\n\n  object DeleteBatchPredictionOutput {\n    @inline\n    def apply(\n        BatchPredictionId: js.UndefOr[EntityId] = js.undefined\n    ): DeleteBatchPredictionOutput = {\n      val __obj = js.Dynamic.literal()\n      BatchPredictionId.foreach(__v => __obj.updateDynamic(\"BatchPredictionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBatchPredictionOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteDataSourceInput extends js.Object {\n    var DataSourceId: EntityId\n  }\n\n  object DeleteDataSourceInput {\n    @inline\n    def apply(\n        DataSourceId: EntityId\n    ): DeleteDataSourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataSourceInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteDataSource<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteDataSourceOutput extends js.Object {\n    var DataSourceId: js.UndefOr[EntityId]\n  }\n\n  object DeleteDataSourceOutput {\n    @inline\n    def apply(\n        DataSourceId: js.UndefOr[EntityId] = js.undefined\n    ): DeleteDataSourceOutput = {\n      val __obj = js.Dynamic.literal()\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDataSourceOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteEvaluationInput extends js.Object {\n    var EvaluationId: EntityId\n  }\n\n  object DeleteEvaluationInput {\n    @inline\n    def apply(\n        EvaluationId: EntityId\n    ): DeleteEvaluationInput = {\n      val __obj = js.Dynamic.literal(\n        \"EvaluationId\" -> EvaluationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEvaluationInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteEvaluation<\/code> operation. The output indicates that Amazon Machine Learning (Amazon ML) received the request. You can use the <code>GetEvaluation<\/code> operation and check the value of the <code>Status<\/code> parameter to see whether an <code>Evaluation<\/code> is marked as <code>DELETED<\/code>.\n    *\/\n  @js.native\n  trait DeleteEvaluationOutput extends js.Object {\n    var EvaluationId: js.UndefOr[EntityId]\n  }\n\n  object DeleteEvaluationOutput {\n    @inline\n    def apply(\n        EvaluationId: js.UndefOr[EntityId] = js.undefined\n    ): DeleteEvaluationOutput = {\n      val __obj = js.Dynamic.literal()\n      EvaluationId.foreach(__v => __obj.updateDynamic(\"EvaluationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteEvaluationOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteMLModelInput extends js.Object {\n    var MLModelId: EntityId\n  }\n\n  object DeleteMLModelInput {\n    @inline\n    def apply(\n        MLModelId: EntityId\n    ): DeleteMLModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMLModelInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteMLModel<\/code> operation. You can use the <code>GetMLModel<\/code> operation and check the value of the <code>Status<\/code> parameter to see whether an <code>MLModel<\/code> is marked as <code>DELETED<\/code>.\n    *\/\n  @js.native\n  trait DeleteMLModelOutput extends js.Object {\n    var MLModelId: js.UndefOr[EntityId]\n  }\n\n  object DeleteMLModelOutput {\n    @inline\n    def apply(\n        MLModelId: js.UndefOr[EntityId] = js.undefined\n    ): DeleteMLModelOutput = {\n      val __obj = js.Dynamic.literal()\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMLModelOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteRealtimeEndpointInput extends js.Object {\n    var MLModelId: EntityId\n  }\n\n  object DeleteRealtimeEndpointInput {\n    @inline\n    def apply(\n        MLModelId: EntityId\n    ): DeleteRealtimeEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRealtimeEndpointInput]\n    }\n  }\n\n  \/** Represents the output of an <code>DeleteRealtimeEndpoint<\/code> operation. The result contains the <code>MLModelId<\/code> and the endpoint information for the <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait DeleteRealtimeEndpointOutput extends js.Object {\n    var MLModelId: js.UndefOr[EntityId]\n    var RealtimeEndpointInfo: js.UndefOr[RealtimeEndpointInfo]\n  }\n\n  object DeleteRealtimeEndpointOutput {\n    @inline\n    def apply(\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        RealtimeEndpointInfo: js.UndefOr[RealtimeEndpointInfo] = js.undefined\n    ): DeleteRealtimeEndpointOutput = {\n      val __obj = js.Dynamic.literal()\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      RealtimeEndpointInfo.foreach(__v => __obj.updateDynamic(\"RealtimeEndpointInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRealtimeEndpointOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteTagsInput extends js.Object {\n    var ResourceId: EntityId\n    var ResourceType: TaggableResourceType\n    var TagKeys: TagKeyList\n  }\n\n  object DeleteTagsInput {\n    @inline\n    def apply(\n        ResourceId: EntityId,\n        ResourceType: TaggableResourceType,\n        TagKeys: TagKeyList\n    ): DeleteTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTagsInput]\n    }\n  }\n\n  \/** Amazon ML returns the following elements.\n    *\/\n  @js.native\n  trait DeleteTagsOutput extends js.Object {\n    var ResourceId: js.UndefOr[EntityId]\n    var ResourceType: js.UndefOr[TaggableResourceType]\n  }\n\n  object DeleteTagsOutput {\n    @inline\n    def apply(\n        ResourceId: js.UndefOr[EntityId] = js.undefined,\n        ResourceType: js.UndefOr[TaggableResourceType] = js.undefined\n    ): DeleteTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTagsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeBatchPredictionsInput extends js.Object {\n    var EQ: js.UndefOr[ComparatorValue]\n    var FilterVariable: js.UndefOr[BatchPredictionFilterVariable]\n    var GE: js.UndefOr[ComparatorValue]\n    var GT: js.UndefOr[ComparatorValue]\n    var LE: js.UndefOr[ComparatorValue]\n    var LT: js.UndefOr[ComparatorValue]\n    var Limit: js.UndefOr[PageLimit]\n    var NE: js.UndefOr[ComparatorValue]\n    var NextToken: js.UndefOr[StringType]\n    var Prefix: js.UndefOr[ComparatorValue]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object DescribeBatchPredictionsInput {\n    @inline\n    def apply(\n        EQ: js.UndefOr[ComparatorValue] = js.undefined,\n        FilterVariable: js.UndefOr[BatchPredictionFilterVariable] = js.undefined,\n        GE: js.UndefOr[ComparatorValue] = js.undefined,\n        GT: js.UndefOr[ComparatorValue] = js.undefined,\n        LE: js.UndefOr[ComparatorValue] = js.undefined,\n        LT: js.UndefOr[ComparatorValue] = js.undefined,\n        Limit: js.UndefOr[PageLimit] = js.undefined,\n        NE: js.UndefOr[ComparatorValue] = js.undefined,\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Prefix: js.UndefOr[ComparatorValue] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): DescribeBatchPredictionsInput = {\n      val __obj = js.Dynamic.literal()\n      EQ.foreach(__v => __obj.updateDynamic(\"EQ\")(__v.asInstanceOf[js.Any]))\n      FilterVariable.foreach(__v => __obj.updateDynamic(\"FilterVariable\")(__v.asInstanceOf[js.Any]))\n      GE.foreach(__v => __obj.updateDynamic(\"GE\")(__v.asInstanceOf[js.Any]))\n      GT.foreach(__v => __obj.updateDynamic(\"GT\")(__v.asInstanceOf[js.Any]))\n      LE.foreach(__v => __obj.updateDynamic(\"LE\")(__v.asInstanceOf[js.Any]))\n      LT.foreach(__v => __obj.updateDynamic(\"LT\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NE.foreach(__v => __obj.updateDynamic(\"NE\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBatchPredictionsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeBatchPredictions<\/code> operation. The content is essentially a list of <code>BatchPrediction<\/code>s.\n    *\/\n  @js.native\n  trait DescribeBatchPredictionsOutput extends js.Object {\n    var NextToken: js.UndefOr[StringType]\n    var Results: js.UndefOr[BatchPredictions]\n  }\n\n  object DescribeBatchPredictionsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Results: js.UndefOr[BatchPredictions] = js.undefined\n    ): DescribeBatchPredictionsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBatchPredictionsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSourcesInput extends js.Object {\n    var EQ: js.UndefOr[ComparatorValue]\n    var FilterVariable: js.UndefOr[DataSourceFilterVariable]\n    var GE: js.UndefOr[ComparatorValue]\n    var GT: js.UndefOr[ComparatorValue]\n    var LE: js.UndefOr[ComparatorValue]\n    var LT: js.UndefOr[ComparatorValue]\n    var Limit: js.UndefOr[PageLimit]\n    var NE: js.UndefOr[ComparatorValue]\n    var NextToken: js.UndefOr[StringType]\n    var Prefix: js.UndefOr[ComparatorValue]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object DescribeDataSourcesInput {\n    @inline\n    def apply(\n        EQ: js.UndefOr[ComparatorValue] = js.undefined,\n        FilterVariable: js.UndefOr[DataSourceFilterVariable] = js.undefined,\n        GE: js.UndefOr[ComparatorValue] = js.undefined,\n        GT: js.UndefOr[ComparatorValue] = js.undefined,\n        LE: js.UndefOr[ComparatorValue] = js.undefined,\n        LT: js.UndefOr[ComparatorValue] = js.undefined,\n        Limit: js.UndefOr[PageLimit] = js.undefined,\n        NE: js.UndefOr[ComparatorValue] = js.undefined,\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Prefix: js.UndefOr[ComparatorValue] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): DescribeDataSourcesInput = {\n      val __obj = js.Dynamic.literal()\n      EQ.foreach(__v => __obj.updateDynamic(\"EQ\")(__v.asInstanceOf[js.Any]))\n      FilterVariable.foreach(__v => __obj.updateDynamic(\"FilterVariable\")(__v.asInstanceOf[js.Any]))\n      GE.foreach(__v => __obj.updateDynamic(\"GE\")(__v.asInstanceOf[js.Any]))\n      GT.foreach(__v => __obj.updateDynamic(\"GT\")(__v.asInstanceOf[js.Any]))\n      LE.foreach(__v => __obj.updateDynamic(\"LE\")(__v.asInstanceOf[js.Any]))\n      LT.foreach(__v => __obj.updateDynamic(\"LT\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NE.foreach(__v => __obj.updateDynamic(\"NE\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSourcesInput]\n    }\n  }\n\n  \/** Represents the query results from a <a>DescribeDataSources<\/a> operation. The content is essentially a list of <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait DescribeDataSourcesOutput extends js.Object {\n    var NextToken: js.UndefOr[StringType]\n    var Results: js.UndefOr[DataSources]\n  }\n\n  object DescribeDataSourcesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Results: js.UndefOr[DataSources] = js.undefined\n    ): DescribeDataSourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSourcesOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeEvaluationsInput extends js.Object {\n    var EQ: js.UndefOr[ComparatorValue]\n    var FilterVariable: js.UndefOr[EvaluationFilterVariable]\n    var GE: js.UndefOr[ComparatorValue]\n    var GT: js.UndefOr[ComparatorValue]\n    var LE: js.UndefOr[ComparatorValue]\n    var LT: js.UndefOr[ComparatorValue]\n    var Limit: js.UndefOr[PageLimit]\n    var NE: js.UndefOr[ComparatorValue]\n    var NextToken: js.UndefOr[StringType]\n    var Prefix: js.UndefOr[ComparatorValue]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object DescribeEvaluationsInput {\n    @inline\n    def apply(\n        EQ: js.UndefOr[ComparatorValue] = js.undefined,\n        FilterVariable: js.UndefOr[EvaluationFilterVariable] = js.undefined,\n        GE: js.UndefOr[ComparatorValue] = js.undefined,\n        GT: js.UndefOr[ComparatorValue] = js.undefined,\n        LE: js.UndefOr[ComparatorValue] = js.undefined,\n        LT: js.UndefOr[ComparatorValue] = js.undefined,\n        Limit: js.UndefOr[PageLimit] = js.undefined,\n        NE: js.UndefOr[ComparatorValue] = js.undefined,\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Prefix: js.UndefOr[ComparatorValue] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): DescribeEvaluationsInput = {\n      val __obj = js.Dynamic.literal()\n      EQ.foreach(__v => __obj.updateDynamic(\"EQ\")(__v.asInstanceOf[js.Any]))\n      FilterVariable.foreach(__v => __obj.updateDynamic(\"FilterVariable\")(__v.asInstanceOf[js.Any]))\n      GE.foreach(__v => __obj.updateDynamic(\"GE\")(__v.asInstanceOf[js.Any]))\n      GT.foreach(__v => __obj.updateDynamic(\"GT\")(__v.asInstanceOf[js.Any]))\n      LE.foreach(__v => __obj.updateDynamic(\"LE\")(__v.asInstanceOf[js.Any]))\n      LT.foreach(__v => __obj.updateDynamic(\"LT\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NE.foreach(__v => __obj.updateDynamic(\"NE\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEvaluationsInput]\n    }\n  }\n\n  \/** Represents the query results from a <code>DescribeEvaluations<\/code> operation. The content is essentially a list of <code>Evaluation<\/code>.\n    *\/\n  @js.native\n  trait DescribeEvaluationsOutput extends js.Object {\n    var NextToken: js.UndefOr[StringType]\n    var Results: js.UndefOr[Evaluations]\n  }\n\n  object DescribeEvaluationsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Results: js.UndefOr[Evaluations] = js.undefined\n    ): DescribeEvaluationsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEvaluationsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeMLModelsInput extends js.Object {\n    var EQ: js.UndefOr[ComparatorValue]\n    var FilterVariable: js.UndefOr[MLModelFilterVariable]\n    var GE: js.UndefOr[ComparatorValue]\n    var GT: js.UndefOr[ComparatorValue]\n    var LE: js.UndefOr[ComparatorValue]\n    var LT: js.UndefOr[ComparatorValue]\n    var Limit: js.UndefOr[PageLimit]\n    var NE: js.UndefOr[ComparatorValue]\n    var NextToken: js.UndefOr[StringType]\n    var Prefix: js.UndefOr[ComparatorValue]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object DescribeMLModelsInput {\n    @inline\n    def apply(\n        EQ: js.UndefOr[ComparatorValue] = js.undefined,\n        FilterVariable: js.UndefOr[MLModelFilterVariable] = js.undefined,\n        GE: js.UndefOr[ComparatorValue] = js.undefined,\n        GT: js.UndefOr[ComparatorValue] = js.undefined,\n        LE: js.UndefOr[ComparatorValue] = js.undefined,\n        LT: js.UndefOr[ComparatorValue] = js.undefined,\n        Limit: js.UndefOr[PageLimit] = js.undefined,\n        NE: js.UndefOr[ComparatorValue] = js.undefined,\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Prefix: js.UndefOr[ComparatorValue] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): DescribeMLModelsInput = {\n      val __obj = js.Dynamic.literal()\n      EQ.foreach(__v => __obj.updateDynamic(\"EQ\")(__v.asInstanceOf[js.Any]))\n      FilterVariable.foreach(__v => __obj.updateDynamic(\"FilterVariable\")(__v.asInstanceOf[js.Any]))\n      GE.foreach(__v => __obj.updateDynamic(\"GE\")(__v.asInstanceOf[js.Any]))\n      GT.foreach(__v => __obj.updateDynamic(\"GT\")(__v.asInstanceOf[js.Any]))\n      LE.foreach(__v => __obj.updateDynamic(\"LE\")(__v.asInstanceOf[js.Any]))\n      LT.foreach(__v => __obj.updateDynamic(\"LT\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NE.foreach(__v => __obj.updateDynamic(\"NE\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMLModelsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeMLModels<\/code> operation. The content is essentially a list of <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait DescribeMLModelsOutput extends js.Object {\n    var NextToken: js.UndefOr[StringType]\n    var Results: js.UndefOr[MLModels]\n  }\n\n  object DescribeMLModelsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[StringType] = js.undefined,\n        Results: js.UndefOr[MLModels] = js.undefined\n    ): DescribeMLModelsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMLModelsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeTagsInput extends js.Object {\n    var ResourceId: EntityId\n    var ResourceType: TaggableResourceType\n  }\n\n  object DescribeTagsInput {\n    @inline\n    def apply(\n        ResourceId: EntityId,\n        ResourceType: TaggableResourceType\n    ): DescribeTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTagsInput]\n    }\n  }\n\n  \/** Amazon ML returns the following elements.\n    *\/\n  @js.native\n  trait DescribeTagsOutput extends js.Object {\n    var ResourceId: js.UndefOr[EntityId]\n    var ResourceType: js.UndefOr[TaggableResourceType]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object DescribeTagsOutput {\n    @inline\n    def apply(\n        ResourceId: js.UndefOr[EntityId] = js.undefined,\n        ResourceType: js.UndefOr[TaggableResourceType] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): DescribeTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTagsOutput]\n    }\n  }\n\n  \/** Contains the key values of <code>DetailsMap<\/code>: * <code>PredictiveModelType<\/code> - Indicates the type of the <code>MLModel<\/code>. * <code>Algorithm<\/code> - Indicates the algorithm that was used for the <code>MLModel<\/code>.\n    *\/\n  @js.native\n  sealed trait DetailsAttributes extends js.Any\n  object DetailsAttributes {\n    val PredictiveModelType = \"PredictiveModelType\".asInstanceOf[DetailsAttributes]\n    val Algorithm = \"Algorithm\".asInstanceOf[DetailsAttributes]\n\n    @inline def values = js.Array(PredictiveModelType, Algorithm)\n  }\n\n  \/** Object status with the following possible values: * <code>PENDING<\/code> * <code>INPROGRESS<\/code> * <code>FAILED<\/code> * <code>COMPLETED<\/code> * <code>DELETED<\/code>\n    *\/\n  @js.native\n  sealed trait EntityStatus extends js.Any\n  object EntityStatus {\n    val PENDING = \"PENDING\".asInstanceOf[EntityStatus]\n    val INPROGRESS = \"INPROGRESS\".asInstanceOf[EntityStatus]\n    val FAILED = \"FAILED\".asInstanceOf[EntityStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[EntityStatus]\n    val DELETED = \"DELETED\".asInstanceOf[EntityStatus]\n\n    @inline def values = js.Array(PENDING, INPROGRESS, FAILED, COMPLETED, DELETED)\n  }\n\n  \/** Represents the output of <code>GetEvaluation<\/code> operation. The content consists of the detailed metadata and data file information and the current status of the <code>Evaluation<\/code>.\n    *\/\n  @js.native\n  trait Evaluation extends js.Object {\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var EvaluationDataSourceId: js.UndefOr[EntityId]\n    var EvaluationId: js.UndefOr[EntityId]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var MLModelId: js.UndefOr[EntityId]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var PerformanceMetrics: js.UndefOr[PerformanceMetrics]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n  }\n\n  object Evaluation {\n    @inline\n    def apply(\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        EvaluationDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        EvaluationId: js.UndefOr[EntityId] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        PerformanceMetrics: js.UndefOr[PerformanceMetrics] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined\n    ): Evaluation = {\n      val __obj = js.Dynamic.literal()\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      EvaluationDataSourceId.foreach(__v => __obj.updateDynamic(\"EvaluationDataSourceId\")(__v.asInstanceOf[js.Any]))\n      EvaluationId.foreach(__v => __obj.updateDynamic(\"EvaluationId\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PerformanceMetrics.foreach(__v => __obj.updateDynamic(\"PerformanceMetrics\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Evaluation]\n    }\n  }\n\n  \/** A list of the variables to use in searching or filtering <code>Evaluation<\/code>. * <code>CreatedAt<\/code> - Sets the search criteria to <code>Evaluation<\/code> creation date. * <code>Status<\/code> - Sets the search criteria to <code>Evaluation<\/code> status. * <code>Name<\/code> - Sets the search criteria to the contents of <code>Evaluation<\/code> ``` ``` <code>Name<\/code>. * <code>IAMUser<\/code> - Sets the search criteria to the user account that invoked an evaluation. * <code>MLModelId<\/code> - Sets the search criteria to the <code>Predictor<\/code> that was evaluated. * <code>DataSourceId<\/code> - Sets the search criteria to the <code>DataSource<\/code> used in evaluation. * <code>DataUri<\/code> - Sets the search criteria to the data file(s) used in evaluation. The URL can identify either a file or an Amazon Simple Storage Service (Amazon S3) bucket or directory.\n    *\/\n  @js.native\n  sealed trait EvaluationFilterVariable extends js.Any\n  object EvaluationFilterVariable {\n    val CreatedAt = \"CreatedAt\".asInstanceOf[EvaluationFilterVariable]\n    val LastUpdatedAt = \"LastUpdatedAt\".asInstanceOf[EvaluationFilterVariable]\n    val Status = \"Status\".asInstanceOf[EvaluationFilterVariable]\n    val Name = \"Name\".asInstanceOf[EvaluationFilterVariable]\n    val IAMUser = \"IAMUser\".asInstanceOf[EvaluationFilterVariable]\n    val MLModelId = \"MLModelId\".asInstanceOf[EvaluationFilterVariable]\n    val DataSourceId = \"DataSourceId\".asInstanceOf[EvaluationFilterVariable]\n    val DataURI = \"DataURI\".asInstanceOf[EvaluationFilterVariable]\n\n    @inline def values = js.Array(CreatedAt, LastUpdatedAt, Status, Name, IAMUser, MLModelId, DataSourceId, DataURI)\n  }\n\n  @js.native\n  trait GetBatchPredictionInput extends js.Object {\n    var BatchPredictionId: EntityId\n  }\n\n  object GetBatchPredictionInput {\n    @inline\n    def apply(\n        BatchPredictionId: EntityId\n    ): GetBatchPredictionInput = {\n      val __obj = js.Dynamic.literal(\n        \"BatchPredictionId\" -> BatchPredictionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBatchPredictionInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetBatchPrediction<\/code> operation and describes a <code>BatchPrediction<\/code>.\n    *\/\n  @js.native\n  trait GetBatchPredictionOutput extends js.Object {\n    var BatchPredictionDataSourceId: js.UndefOr[EntityId]\n    var BatchPredictionId: js.UndefOr[EntityId]\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var InvalidRecordCount: js.UndefOr[LongType]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var LogUri: js.UndefOr[PresignedS3Url]\n    var MLModelId: js.UndefOr[EntityId]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var OutputUri: js.UndefOr[S3Url]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n    var TotalRecordCount: js.UndefOr[LongType]\n  }\n\n  object GetBatchPredictionOutput {\n    @inline\n    def apply(\n        BatchPredictionDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        BatchPredictionId: js.UndefOr[EntityId] = js.undefined,\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        InvalidRecordCount: js.UndefOr[LongType] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        LogUri: js.UndefOr[PresignedS3Url] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        OutputUri: js.UndefOr[S3Url] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined,\n        TotalRecordCount: js.UndefOr[LongType] = js.undefined\n    ): GetBatchPredictionOutput = {\n      val __obj = js.Dynamic.literal()\n      BatchPredictionDataSourceId.foreach(__v => __obj.updateDynamic(\"BatchPredictionDataSourceId\")(__v.asInstanceOf[js.Any]))\n      BatchPredictionId.foreach(__v => __obj.updateDynamic(\"BatchPredictionId\")(__v.asInstanceOf[js.Any]))\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      InvalidRecordCount.foreach(__v => __obj.updateDynamic(\"InvalidRecordCount\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      LogUri.foreach(__v => __obj.updateDynamic(\"LogUri\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputUri.foreach(__v => __obj.updateDynamic(\"OutputUri\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TotalRecordCount.foreach(__v => __obj.updateDynamic(\"TotalRecordCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBatchPredictionOutput]\n    }\n  }\n\n  @js.native\n  trait GetDataSourceInput extends js.Object {\n    var DataSourceId: EntityId\n    var Verbose: js.UndefOr[Verbose]\n  }\n\n  object GetDataSourceInput {\n    @inline\n    def apply(\n        DataSourceId: EntityId,\n        Verbose: js.UndefOr[Verbose] = js.undefined\n    ): GetDataSourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n\n      Verbose.foreach(__v => __obj.updateDynamic(\"Verbose\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataSourceInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetDataSource<\/code> operation and describes a <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait GetDataSourceOutput extends js.Object {\n    var ComputeStatistics: js.UndefOr[ComputeStatistics]\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var DataLocationS3: js.UndefOr[S3Url]\n    var DataRearrangement: js.UndefOr[DataRearrangement]\n    var DataSizeInBytes: js.UndefOr[LongType]\n    var DataSourceId: js.UndefOr[EntityId]\n    var DataSourceSchema: js.UndefOr[DataSchema]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var LogUri: js.UndefOr[PresignedS3Url]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var NumberOfFiles: js.UndefOr[LongType]\n    var RDSMetadata: js.UndefOr[RDSMetadata]\n    var RedshiftMetadata: js.UndefOr[RedshiftMetadata]\n    var RoleARN: js.UndefOr[RoleARN]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n  }\n\n  object GetDataSourceOutput {\n    @inline\n    def apply(\n        ComputeStatistics: js.UndefOr[ComputeStatistics] = js.undefined,\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        DataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        DataRearrangement: js.UndefOr[DataRearrangement] = js.undefined,\n        DataSizeInBytes: js.UndefOr[LongType] = js.undefined,\n        DataSourceId: js.UndefOr[EntityId] = js.undefined,\n        DataSourceSchema: js.UndefOr[DataSchema] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        LogUri: js.UndefOr[PresignedS3Url] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        NumberOfFiles: js.UndefOr[LongType] = js.undefined,\n        RDSMetadata: js.UndefOr[RDSMetadata] = js.undefined,\n        RedshiftMetadata: js.UndefOr[RedshiftMetadata] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined\n    ): GetDataSourceOutput = {\n      val __obj = js.Dynamic.literal()\n      ComputeStatistics.foreach(__v => __obj.updateDynamic(\"ComputeStatistics\")(__v.asInstanceOf[js.Any]))\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      DataLocationS3.foreach(__v => __obj.updateDynamic(\"DataLocationS3\")(__v.asInstanceOf[js.Any]))\n      DataRearrangement.foreach(__v => __obj.updateDynamic(\"DataRearrangement\")(__v.asInstanceOf[js.Any]))\n      DataSizeInBytes.foreach(__v => __obj.updateDynamic(\"DataSizeInBytes\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      DataSourceSchema.foreach(__v => __obj.updateDynamic(\"DataSourceSchema\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      LogUri.foreach(__v => __obj.updateDynamic(\"LogUri\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NumberOfFiles.foreach(__v => __obj.updateDynamic(\"NumberOfFiles\")(__v.asInstanceOf[js.Any]))\n      RDSMetadata.foreach(__v => __obj.updateDynamic(\"RDSMetadata\")(__v.asInstanceOf[js.Any]))\n      RedshiftMetadata.foreach(__v => __obj.updateDynamic(\"RedshiftMetadata\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataSourceOutput]\n    }\n  }\n\n  @js.native\n  trait GetEvaluationInput extends js.Object {\n    var EvaluationId: EntityId\n  }\n\n  object GetEvaluationInput {\n    @inline\n    def apply(\n        EvaluationId: EntityId\n    ): GetEvaluationInput = {\n      val __obj = js.Dynamic.literal(\n        \"EvaluationId\" -> EvaluationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetEvaluationInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetEvaluation<\/code> operation and describes an <code>Evaluation<\/code>.\n    *\/\n  @js.native\n  trait GetEvaluationOutput extends js.Object {\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var EvaluationDataSourceId: js.UndefOr[EntityId]\n    var EvaluationId: js.UndefOr[EntityId]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var LogUri: js.UndefOr[PresignedS3Url]\n    var MLModelId: js.UndefOr[EntityId]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[EntityName]\n    var PerformanceMetrics: js.UndefOr[PerformanceMetrics]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n  }\n\n  object GetEvaluationOutput {\n    @inline\n    def apply(\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        EvaluationDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        EvaluationId: js.UndefOr[EntityId] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        LogUri: js.UndefOr[PresignedS3Url] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[EntityName] = js.undefined,\n        PerformanceMetrics: js.UndefOr[PerformanceMetrics] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined\n    ): GetEvaluationOutput = {\n      val __obj = js.Dynamic.literal()\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      EvaluationDataSourceId.foreach(__v => __obj.updateDynamic(\"EvaluationDataSourceId\")(__v.asInstanceOf[js.Any]))\n      EvaluationId.foreach(__v => __obj.updateDynamic(\"EvaluationId\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      LogUri.foreach(__v => __obj.updateDynamic(\"LogUri\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PerformanceMetrics.foreach(__v => __obj.updateDynamic(\"PerformanceMetrics\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEvaluationOutput]\n    }\n  }\n\n  @js.native\n  trait GetMLModelInput extends js.Object {\n    var MLModelId: EntityId\n    var Verbose: js.UndefOr[Verbose]\n  }\n\n  object GetMLModelInput {\n    @inline\n    def apply(\n        MLModelId: EntityId,\n        Verbose: js.UndefOr[Verbose] = js.undefined\n    ): GetMLModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n\n      Verbose.foreach(__v => __obj.updateDynamic(\"Verbose\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMLModelInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetMLModel<\/code> operation, and provides detailed information about a <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait GetMLModelOutput extends js.Object {\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var EndpointInfo: js.UndefOr[RealtimeEndpointInfo]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var LogUri: js.UndefOr[PresignedS3Url]\n    var MLModelId: js.UndefOr[EntityId]\n    var MLModelType: js.UndefOr[MLModelType]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[MLModelName]\n    var Recipe: js.UndefOr[Recipe]\n    var Schema: js.UndefOr[DataSchema]\n    var ScoreThreshold: js.UndefOr[ScoreThreshold]\n    var ScoreThresholdLastUpdatedAt: js.UndefOr[EpochTime]\n    var SizeInBytes: js.UndefOr[LongType]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n    var TrainingDataSourceId: js.UndefOr[EntityId]\n    var TrainingParameters: js.UndefOr[TrainingParameters]\n  }\n\n  object GetMLModelOutput {\n    @inline\n    def apply(\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        EndpointInfo: js.UndefOr[RealtimeEndpointInfo] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        LogUri: js.UndefOr[PresignedS3Url] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        MLModelType: js.UndefOr[MLModelType] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[MLModelName] = js.undefined,\n        Recipe: js.UndefOr[Recipe] = js.undefined,\n        Schema: js.UndefOr[DataSchema] = js.undefined,\n        ScoreThreshold: js.UndefOr[ScoreThreshold] = js.undefined,\n        ScoreThresholdLastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        SizeInBytes: js.UndefOr[LongType] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined,\n        TrainingDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        TrainingParameters: js.UndefOr[TrainingParameters] = js.undefined\n    ): GetMLModelOutput = {\n      val __obj = js.Dynamic.literal()\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      EndpointInfo.foreach(__v => __obj.updateDynamic(\"EndpointInfo\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      LogUri.foreach(__v => __obj.updateDynamic(\"LogUri\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      MLModelType.foreach(__v => __obj.updateDynamic(\"MLModelType\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Recipe.foreach(__v => __obj.updateDynamic(\"Recipe\")(__v.asInstanceOf[js.Any]))\n      Schema.foreach(__v => __obj.updateDynamic(\"Schema\")(__v.asInstanceOf[js.Any]))\n      ScoreThreshold.foreach(__v => __obj.updateDynamic(\"ScoreThreshold\")(__v.asInstanceOf[js.Any]))\n      ScoreThresholdLastUpdatedAt.foreach(__v => __obj.updateDynamic(\"ScoreThresholdLastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      SizeInBytes.foreach(__v => __obj.updateDynamic(\"SizeInBytes\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrainingDataSourceId.foreach(__v => __obj.updateDynamic(\"TrainingDataSourceId\")(__v.asInstanceOf[js.Any]))\n      TrainingParameters.foreach(__v => __obj.updateDynamic(\"TrainingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMLModelOutput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetMLModel<\/code> operation. The content consists of the detailed metadata and the current status of the <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait MLModel extends js.Object {\n    var Algorithm: js.UndefOr[Algorithm]\n    var ComputeTime: js.UndefOr[LongType]\n    var CreatedAt: js.UndefOr[EpochTime]\n    var CreatedByIamUser: js.UndefOr[AwsUserArn]\n    var EndpointInfo: js.UndefOr[RealtimeEndpointInfo]\n    var FinishedAt: js.UndefOr[EpochTime]\n    var InputDataLocationS3: js.UndefOr[S3Url]\n    var LastUpdatedAt: js.UndefOr[EpochTime]\n    var MLModelId: js.UndefOr[EntityId]\n    var MLModelType: js.UndefOr[MLModelType]\n    var Message: js.UndefOr[Message]\n    var Name: js.UndefOr[MLModelName]\n    var ScoreThreshold: js.UndefOr[ScoreThreshold]\n    var ScoreThresholdLastUpdatedAt: js.UndefOr[EpochTime]\n    var SizeInBytes: js.UndefOr[LongType]\n    var StartedAt: js.UndefOr[EpochTime]\n    var Status: js.UndefOr[EntityStatus]\n    var TrainingDataSourceId: js.UndefOr[EntityId]\n    var TrainingParameters: js.UndefOr[TrainingParameters]\n  }\n\n  object MLModel {\n    @inline\n    def apply(\n        Algorithm: js.UndefOr[Algorithm] = js.undefined,\n        ComputeTime: js.UndefOr[LongType] = js.undefined,\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        CreatedByIamUser: js.UndefOr[AwsUserArn] = js.undefined,\n        EndpointInfo: js.UndefOr[RealtimeEndpointInfo] = js.undefined,\n        FinishedAt: js.UndefOr[EpochTime] = js.undefined,\n        InputDataLocationS3: js.UndefOr[S3Url] = js.undefined,\n        LastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        MLModelId: js.UndefOr[EntityId] = js.undefined,\n        MLModelType: js.UndefOr[MLModelType] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        Name: js.UndefOr[MLModelName] = js.undefined,\n        ScoreThreshold: js.UndefOr[ScoreThreshold] = js.undefined,\n        ScoreThresholdLastUpdatedAt: js.UndefOr[EpochTime] = js.undefined,\n        SizeInBytes: js.UndefOr[LongType] = js.undefined,\n        StartedAt: js.UndefOr[EpochTime] = js.undefined,\n        Status: js.UndefOr[EntityStatus] = js.undefined,\n        TrainingDataSourceId: js.UndefOr[EntityId] = js.undefined,\n        TrainingParameters: js.UndefOr[TrainingParameters] = js.undefined\n    ): MLModel = {\n      val __obj = js.Dynamic.literal()\n      Algorithm.foreach(__v => __obj.updateDynamic(\"Algorithm\")(__v.asInstanceOf[js.Any]))\n      ComputeTime.foreach(__v => __obj.updateDynamic(\"ComputeTime\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CreatedByIamUser.foreach(__v => __obj.updateDynamic(\"CreatedByIamUser\")(__v.asInstanceOf[js.Any]))\n      EndpointInfo.foreach(__v => __obj.updateDynamic(\"EndpointInfo\")(__v.asInstanceOf[js.Any]))\n      FinishedAt.foreach(__v => __obj.updateDynamic(\"FinishedAt\")(__v.asInstanceOf[js.Any]))\n      InputDataLocationS3.foreach(__v => __obj.updateDynamic(\"InputDataLocationS3\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedAt.foreach(__v => __obj.updateDynamic(\"LastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      MLModelType.foreach(__v => __obj.updateDynamic(\"MLModelType\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ScoreThreshold.foreach(__v => __obj.updateDynamic(\"ScoreThreshold\")(__v.asInstanceOf[js.Any]))\n      ScoreThresholdLastUpdatedAt.foreach(__v => __obj.updateDynamic(\"ScoreThresholdLastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      SizeInBytes.foreach(__v => __obj.updateDynamic(\"SizeInBytes\")(__v.asInstanceOf[js.Any]))\n      StartedAt.foreach(__v => __obj.updateDynamic(\"StartedAt\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrainingDataSourceId.foreach(__v => __obj.updateDynamic(\"TrainingDataSourceId\")(__v.asInstanceOf[js.Any]))\n      TrainingParameters.foreach(__v => __obj.updateDynamic(\"TrainingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MLModel]\n    }\n  }\n\n  @js.native\n  sealed trait MLModelFilterVariable extends js.Any\n  object MLModelFilterVariable {\n    val CreatedAt = \"CreatedAt\".asInstanceOf[MLModelFilterVariable]\n    val LastUpdatedAt = \"LastUpdatedAt\".asInstanceOf[MLModelFilterVariable]\n    val Status = \"Status\".asInstanceOf[MLModelFilterVariable]\n    val Name = \"Name\".asInstanceOf[MLModelFilterVariable]\n    val IAMUser = \"IAMUser\".asInstanceOf[MLModelFilterVariable]\n    val TrainingDataSourceId = \"TrainingDataSourceId\".asInstanceOf[MLModelFilterVariable]\n    val RealtimeEndpointStatus = \"RealtimeEndpointStatus\".asInstanceOf[MLModelFilterVariable]\n    val MLModelType = \"MLModelType\".asInstanceOf[MLModelFilterVariable]\n    val Algorithm = \"Algorithm\".asInstanceOf[MLModelFilterVariable]\n    val TrainingDataURI = \"TrainingDataURI\".asInstanceOf[MLModelFilterVariable]\n\n    @inline def values = js.Array(CreatedAt, LastUpdatedAt, Status, Name, IAMUser, TrainingDataSourceId, RealtimeEndpointStatus, MLModelType, Algorithm, TrainingDataURI)\n  }\n\n  @js.native\n  sealed trait MLModelType extends js.Any\n  object MLModelType {\n    val REGRESSION = \"REGRESSION\".asInstanceOf[MLModelType]\n    val BINARY = \"BINARY\".asInstanceOf[MLModelType]\n    val MULTICLASS = \"MULTICLASS\".asInstanceOf[MLModelType]\n\n    @inline def values = js.Array(REGRESSION, BINARY, MULTICLASS)\n  }\n\n  \/** Measurements of how well the <code>MLModel<\/code> performed on known observations. One of the following metrics is returned, based on the type of the <code>MLModel<\/code>: * BinaryAUC: The binary <code>MLModel<\/code> uses the Area Under the Curve (AUC) technique to measure performance. * RegressionRMSE: The regression <code>MLModel<\/code> uses the Root Mean Square Error (RMSE) technique to measure performance. RMSE measures the difference between predicted and actual values for a single variable. * MulticlassAvgFScore: The multiclass <code>MLModel<\/code> uses the F1 score technique to measure performance. For more information about performance metrics, please see the [[https:\/\/docs.aws.amazon.com\/machine-learning\/latest\/dg|Amazon Machine Learning Developer Guide]].\n    *\/\n  @js.native\n  trait PerformanceMetrics extends js.Object {\n    var Properties: js.UndefOr[PerformanceMetricsProperties]\n  }\n\n  object PerformanceMetrics {\n    @inline\n    def apply(\n        Properties: js.UndefOr[PerformanceMetricsProperties] = js.undefined\n    ): PerformanceMetrics = {\n      val __obj = js.Dynamic.literal()\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PerformanceMetrics]\n    }\n  }\n\n  @js.native\n  trait PredictInput extends js.Object {\n    var MLModelId: EntityId\n    var PredictEndpoint: VipURL\n    var Record: Record\n  }\n\n  object PredictInput {\n    @inline\n    def apply(\n        MLModelId: EntityId,\n        PredictEndpoint: VipURL,\n        Record: Record\n    ): PredictInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any],\n        \"PredictEndpoint\" -> PredictEndpoint.asInstanceOf[js.Any],\n        \"Record\" -> Record.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PredictInput]\n    }\n  }\n\n  @js.native\n  trait PredictOutput extends js.Object {\n    var Prediction: js.UndefOr[Prediction]\n  }\n\n  object PredictOutput {\n    @inline\n    def apply(\n        Prediction: js.UndefOr[Prediction] = js.undefined\n    ): PredictOutput = {\n      val __obj = js.Dynamic.literal()\n      Prediction.foreach(__v => __obj.updateDynamic(\"Prediction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictOutput]\n    }\n  }\n\n  \/** The output from a <code>Predict<\/code> operation: * <code>Details<\/code> - Contains the following attributes: <code>DetailsAttributes.PREDICTIVE_MODEL_TYPE - REGRESSION | BINARY | MULTICLASS<\/code> <code>DetailsAttributes.ALGORITHM - SGD<\/code> * <code>PredictedLabel<\/code> - Present for either a <code>BINARY<\/code> or <code>MULTICLASS<\/code> <code>MLModel<\/code> request. * <code>PredictedScores<\/code> - Contains the raw classification score corresponding to each label. * <code>PredictedValue<\/code> - Present for a <code>REGRESSION<\/code> <code>MLModel<\/code> request.\n    *\/\n  @js.native\n  trait Prediction extends js.Object {\n    var details: js.UndefOr[DetailsMap]\n    var predictedLabel: js.UndefOr[Label]\n    var predictedScores: js.UndefOr[ScoreValuePerLabelMap]\n    var predictedValue: js.UndefOr[floatLabel]\n  }\n\n  object Prediction {\n    @inline\n    def apply(\n        details: js.UndefOr[DetailsMap] = js.undefined,\n        predictedLabel: js.UndefOr[Label] = js.undefined,\n        predictedScores: js.UndefOr[ScoreValuePerLabelMap] = js.undefined,\n        predictedValue: js.UndefOr[floatLabel] = js.undefined\n    ): Prediction = {\n      val __obj = js.Dynamic.literal()\n      details.foreach(__v => __obj.updateDynamic(\"details\")(__v.asInstanceOf[js.Any]))\n      predictedLabel.foreach(__v => __obj.updateDynamic(\"predictedLabel\")(__v.asInstanceOf[js.Any]))\n      predictedScores.foreach(__v => __obj.updateDynamic(\"predictedScores\")(__v.asInstanceOf[js.Any]))\n      predictedValue.foreach(__v => __obj.updateDynamic(\"predictedValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Prediction]\n    }\n  }\n\n  \/** The data specification of an Amazon Relational Database Service (Amazon RDS) <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait RDSDataSpec extends js.Object {\n    var DatabaseCredentials: RDSDatabaseCredentials\n    var DatabaseInformation: RDSDatabase\n    var ResourceRole: EDPResourceRole\n    var S3StagingLocation: S3Url\n    var SecurityGroupIds: EDPSecurityGroupIds\n    var SelectSqlQuery: RDSSelectSqlQuery\n    var ServiceRole: EDPServiceRole\n    var SubnetId: EDPSubnetId\n    var DataRearrangement: js.UndefOr[DataRearrangement]\n    var DataSchema: js.UndefOr[DataSchema]\n    var DataSchemaUri: js.UndefOr[S3Url]\n  }\n\n  object RDSDataSpec {\n    @inline\n    def apply(\n        DatabaseCredentials: RDSDatabaseCredentials,\n        DatabaseInformation: RDSDatabase,\n        ResourceRole: EDPResourceRole,\n        S3StagingLocation: S3Url,\n        SecurityGroupIds: EDPSecurityGroupIds,\n        SelectSqlQuery: RDSSelectSqlQuery,\n        ServiceRole: EDPServiceRole,\n        SubnetId: EDPSubnetId,\n        DataRearrangement: js.UndefOr[DataRearrangement] = js.undefined,\n        DataSchema: js.UndefOr[DataSchema] = js.undefined,\n        DataSchemaUri: js.UndefOr[S3Url] = js.undefined\n    ): RDSDataSpec = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseCredentials\" -> DatabaseCredentials.asInstanceOf[js.Any],\n        \"DatabaseInformation\" -> DatabaseInformation.asInstanceOf[js.Any],\n        \"ResourceRole\" -> ResourceRole.asInstanceOf[js.Any],\n        \"S3StagingLocation\" -> S3StagingLocation.asInstanceOf[js.Any],\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"SelectSqlQuery\" -> SelectSqlQuery.asInstanceOf[js.Any],\n        \"ServiceRole\" -> ServiceRole.asInstanceOf[js.Any],\n        \"SubnetId\" -> SubnetId.asInstanceOf[js.Any]\n      )\n\n      DataRearrangement.foreach(__v => __obj.updateDynamic(\"DataRearrangement\")(__v.asInstanceOf[js.Any]))\n      DataSchema.foreach(__v => __obj.updateDynamic(\"DataSchema\")(__v.asInstanceOf[js.Any]))\n      DataSchemaUri.foreach(__v => __obj.updateDynamic(\"DataSchemaUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RDSDataSpec]\n    }\n  }\n\n  \/** The database details of an Amazon RDS database.\n    *\/\n  @js.native\n  trait RDSDatabase extends js.Object {\n    var DatabaseName: RDSDatabaseName\n    var InstanceIdentifier: RDSInstanceIdentifier\n  }\n\n  object RDSDatabase {\n    @inline\n    def apply(\n        DatabaseName: RDSDatabaseName,\n        InstanceIdentifier: RDSInstanceIdentifier\n    ): RDSDatabase = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"InstanceIdentifier\" -> InstanceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RDSDatabase]\n    }\n  }\n\n  \/** The database credentials to connect to a database on an RDS DB instance.\n    *\/\n  @js.native\n  trait RDSDatabaseCredentials extends js.Object {\n    var Password: <PASSWORD>\n    var Username: RDSDatabaseUsername\n  }\n\n  object RDSDatabaseCredentials {\n    @inline\n    def apply(\n        Password: <PASSWORD>,\n        Username: RDSDatabaseUsername\n    ): RDSDatabaseCredentials = {\n      val __obj = js.Dynamic.literal(\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"Username\" -> Username.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RDSDatabaseCredentials]\n    }\n  }\n\n  \/** The datasource details that are specific to Amazon RDS.\n    *\/\n  @js.native\n  trait RDSMetadata extends js.Object {\n    var DataPipelineId: js.UndefOr[EDPPipelineId]\n    var Database: js.UndefOr[RDSDatabase]\n    var DatabaseUserName: js.UndefOr[RDSDatabaseUsername]\n    var ResourceRole: js.UndefOr[EDPResourceRole]\n    var SelectSqlQuery: js.UndefOr[RDSSelectSqlQuery]\n    var ServiceRole: js.UndefOr[EDPServiceRole]\n  }\n\n  object RDSMetadata {\n    @inline\n    def apply(\n        DataPipelineId: js.UndefOr[EDPPipelineId] = js.undefined,\n        Database: js.UndefOr[RDSDatabase] = js.undefined,\n        DatabaseUserName: js.UndefOr[RDSDatabaseUsername] = js.undefined,\n        ResourceRole: js.UndefOr[EDPResourceRole] = js.undefined,\n        SelectSqlQuery: js.UndefOr[RDSSelectSqlQuery] = js.undefined,\n        ServiceRole: js.UndefOr[EDPServiceRole] = js.undefined\n    ): RDSMetadata = {\n      val __obj = js.Dynamic.literal()\n      DataPipelineId.foreach(__v => __obj.updateDynamic(\"DataPipelineId\")(__v.asInstanceOf[js.Any]))\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      DatabaseUserName.foreach(__v => __obj.updateDynamic(\"DatabaseUserName\")(__v.asInstanceOf[js.Any]))\n      ResourceRole.foreach(__v => __obj.updateDynamic(\"ResourceRole\")(__v.asInstanceOf[js.Any]))\n      SelectSqlQuery.foreach(__v => __obj.updateDynamic(\"SelectSqlQuery\")(__v.asInstanceOf[js.Any]))\n      ServiceRole.foreach(__v => __obj.updateDynamic(\"ServiceRole\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RDSMetadata]\n    }\n  }\n\n  \/** Describes the real-time endpoint information for an <code>MLModel<\/code>.\n    *\/\n  @js.native\n  trait RealtimeEndpointInfo extends js.Object {\n    var CreatedAt: js.UndefOr[EpochTime]\n    var EndpointStatus: js.UndefOr[RealtimeEndpointStatus]\n    var EndpointUrl: js.UndefOr[VipURL]\n    var PeakRequestsPerSecond: js.UndefOr[IntegerType]\n  }\n\n  object RealtimeEndpointInfo {\n    @inline\n    def apply(\n        CreatedAt: js.UndefOr[EpochTime] = js.undefined,\n        EndpointStatus: js.UndefOr[RealtimeEndpointStatus] = js.undefined,\n        EndpointUrl: js.UndefOr[VipURL] = js.undefined,\n        PeakRequestsPerSecond: js.UndefOr[IntegerType] = js.undefined\n    ): RealtimeEndpointInfo = {\n      val __obj = js.Dynamic.literal()\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      EndpointStatus.foreach(__v => __obj.updateDynamic(\"EndpointStatus\")(__v.asInstanceOf[js.Any]))\n      EndpointUrl.foreach(__v => __obj.updateDynamic(\"EndpointUrl\")(__v.asInstanceOf[js.Any]))\n      PeakRequestsPerSecond.foreach(__v => __obj.updateDynamic(\"PeakRequestsPerSecond\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RealtimeEndpointInfo]\n    }\n  }\n\n  @js.native\n  sealed trait RealtimeEndpointStatus extends js.Any\n  object RealtimeEndpointStatus {\n    val NONE = \"NONE\".asInstanceOf[RealtimeEndpointStatus]\n    val READY = \"READY\".asInstanceOf[RealtimeEndpointStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[RealtimeEndpointStatus]\n    val FAILED = \"FAILED\".asInstanceOf[RealtimeEndpointStatus]\n\n    @inline def values = js.Array(NONE, READY, UPDATING, FAILED)\n  }\n\n  \/** Describes the data specification of an Amazon Redshift <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait RedshiftDataSpec extends js.Object {\n    var DatabaseCredentials: RedshiftDatabaseCredentials\n    var DatabaseInformation: RedshiftDatabase\n    var S3StagingLocation: S3Url\n    var SelectSqlQuery: RedshiftSelectSqlQuery\n    var DataRearrangement: js.UndefOr[DataRearrangement]\n    var DataSchema: js.UndefOr[DataSchema]\n    var DataSchemaUri: js.UndefOr[S3Url]\n  }\n\n  object RedshiftDataSpec {\n    @inline\n    def apply(\n        DatabaseCredentials: RedshiftDatabaseCredentials,\n        DatabaseInformation: RedshiftDatabase,\n        S3StagingLocation: S3Url,\n        SelectSqlQuery: RedshiftSelectSqlQuery,\n        DataRearrangement: js.UndefOr[DataRearrangement] = js.undefined,\n        DataSchema: js.UndefOr[DataSchema] = js.undefined,\n        DataSchemaUri: js.UndefOr[S3Url] = js.undefined\n    ): RedshiftDataSpec = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseCredentials\" -> DatabaseCredentials.asInstanceOf[js.Any],\n        \"DatabaseInformation\" -> DatabaseInformation.asInstanceOf[js.Any],\n        \"S3StagingLocation\" -> S3StagingLocation.asInstanceOf[js.Any],\n        \"SelectSqlQuery\" -> SelectSqlQuery.asInstanceOf[js.Any]\n      )\n\n      DataRearrangement.foreach(__v => __obj.updateDynamic(\"DataRearrangement\")(__v.asInstanceOf[js.Any]))\n      DataSchema.foreach(__v => __obj.updateDynamic(\"DataSchema\")(__v.asInstanceOf[js.Any]))\n      DataSchemaUri.foreach(__v => __obj.updateDynamic(\"DataSchemaUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftDataSpec]\n    }\n  }\n\n  \/** Describes the database details required to connect to an Amazon Redshift database.\n    *\/\n  @js.native\n  trait RedshiftDatabase extends js.Object {\n    var ClusterIdentifier: RedshiftClusterIdentifier\n    var DatabaseName: RedshiftDatabaseName\n  }\n\n  object RedshiftDatabase {\n    @inline\n    def apply(\n        ClusterIdentifier: RedshiftClusterIdentifier,\n        DatabaseName: RedshiftDatabaseName\n    ): RedshiftDatabase = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterIdentifier\" -> ClusterIdentifier.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RedshiftDatabase]\n    }\n  }\n\n  \/** Describes the database credentials for connecting to a database on an Amazon Redshift cluster.\n    *\/\n  @js.native\n  trait RedshiftDatabaseCredentials extends js.Object {\n    var Password: <PASSWORD>\n    var Username: RedshiftDatabaseUsername\n  }\n\n  object RedshiftDatabaseCredentials {\n    @inline\n    def apply(\n        Password: <PASSWORD>,\n        Username: RedshiftDatabaseUsername\n    ): RedshiftDatabaseCredentials = {\n      val __obj = js.Dynamic.literal(\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"Username\" -> Username.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RedshiftDatabaseCredentials]\n    }\n  }\n\n  \/** Describes the <code>DataSource<\/code> details specific to Amazon Redshift.\n    *\/\n  @js.native\n  trait RedshiftMetadata extends js.Object {\n    var DatabaseUserName: js.UndefOr[RedshiftDatabaseUsername]\n    var RedshiftDatabase: js.UndefOr[RedshiftDatabase]\n    var SelectSqlQuery: js.UndefOr[RedshiftSelectSqlQuery]\n  }\n\n  object RedshiftMetadata {\n    @inline\n    def apply(\n        DatabaseUserName: js.UndefOr[RedshiftDatabaseUsername] = js.undefined,\n        RedshiftDatabase: js.UndefOr[RedshiftDatabase] = js.undefined,\n        SelectSqlQuery: js.UndefOr[RedshiftSelectSqlQuery] = js.undefined\n    ): RedshiftMetadata = {\n      val __obj = js.Dynamic.literal()\n      DatabaseUserName.foreach(__v => __obj.updateDynamic(\"DatabaseUserName\")(__v.asInstanceOf[js.Any]))\n      RedshiftDatabase.foreach(__v => __obj.updateDynamic(\"RedshiftDatabase\")(__v.asInstanceOf[js.Any]))\n      SelectSqlQuery.foreach(__v => __obj.updateDynamic(\"SelectSqlQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftMetadata]\n    }\n  }\n\n  \/** Describes the data specification of a <code>DataSource<\/code>.\n    *\/\n  @js.native\n  trait S3DataSpec extends js.Object {\n    var DataLocationS3: S3Url\n    var DataRearrangement: js.UndefOr[DataRearrangement]\n    var DataSchema: js.UndefOr[DataSchema]\n    var DataSchemaLocationS3: js.UndefOr[S3Url]\n  }\n\n  object S3DataSpec {\n    @inline\n    def apply(\n        DataLocationS3: S3Url,\n        DataRearrangement: js.UndefOr[DataRearrangement] = js.undefined,\n        DataSchema: js.UndefOr[DataSchema] = js.undefined,\n        DataSchemaLocationS3: js.UndefOr[S3Url] = js.undefined\n    ): S3DataSpec = {\n      val __obj = js.Dynamic.literal(\n        \"DataLocationS3\" -> DataLocationS3.asInstanceOf[js.Any]\n      )\n\n      DataRearrangement.foreach(__v => __obj.updateDynamic(\"DataRearrangement\")(__v.asInstanceOf[js.Any]))\n      DataSchema.foreach(__v => __obj.updateDynamic(\"DataSchema\")(__v.asInstanceOf[js.Any]))\n      DataSchemaLocationS3.foreach(__v => __obj.updateDynamic(\"DataSchemaLocationS3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DataSpec]\n    }\n  }\n\n  \/** The sort order specified in a listing condition. Possible values include the following: * <code>asc<\/code> - Present the information in ascending order (from A-Z). * <code>dsc<\/code> - Present the information in descending order (from Z-A).\n    *\/\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val asc = \"asc\".asInstanceOf[SortOrder]\n    val dsc = \"dsc\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(asc, dsc)\n  }\n\n  \/** A custom key-value pair associated with an ML object, such as an ML model.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  sealed trait TaggableResourceType extends js.Any\n  object TaggableResourceType {\n    val BatchPrediction = \"BatchPrediction\".asInstanceOf[TaggableResourceType]\n    val DataSource = \"DataSource\".asInstanceOf[TaggableResourceType]\n    val Evaluation = \"Evaluation\".asInstanceOf[TaggableResourceType]\n    val MLModel = \"MLModel\".asInstanceOf[TaggableResourceType]\n\n    @inline def values = js.Array(BatchPrediction, DataSource, Evaluation, MLModel)\n  }\n\n  @js.native\n  trait UpdateBatchPredictionInput extends js.Object {\n    var BatchPredictionId: EntityId\n    var BatchPredictionName: EntityName\n  }\n\n  object UpdateBatchPredictionInput {\n    @inline\n    def apply(\n        BatchPredictionId: EntityId,\n        BatchPredictionName: EntityName\n    ): UpdateBatchPredictionInput = {\n      val __obj = js.Dynamic.literal(\n        \"BatchPredictionId\" -> BatchPredictionId.asInstanceOf[js.Any],\n        \"BatchPredictionName\" -> BatchPredictionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateBatchPredictionInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateBatchPrediction<\/code> operation. You can see the updated content by using the <code>GetBatchPrediction<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateBatchPredictionOutput extends js.Object {\n    var BatchPredictionId: js.UndefOr[EntityId]\n  }\n\n  object UpdateBatchPredictionOutput {\n    @inline\n    def apply(\n        BatchPredictionId: js.UndefOr[EntityId] = js.undefined\n    ): UpdateBatchPredictionOutput = {\n      val __obj = js.Dynamic.literal()\n      BatchPredictionId.foreach(__v => __obj.updateDynamic(\"BatchPredictionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBatchPredictionOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSourceInput extends js.Object {\n    var DataSourceId: EntityId\n    var DataSourceName: EntityName\n  }\n\n  object UpdateDataSourceInput {\n    @inline\n    def apply(\n        DataSourceId: EntityId,\n        DataSourceName: EntityName\n    ): UpdateDataSourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"DataSourceName\" -> DataSourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDataSourceInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateDataSource<\/code> operation. You can see the updated content by using the <code>GetBatchPrediction<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateDataSourceOutput extends js.Object {\n    var DataSourceId: js.UndefOr[EntityId]\n  }\n\n  object UpdateDataSourceOutput {\n    @inline\n    def apply(\n        DataSourceId: js.UndefOr[EntityId] = js.undefined\n    ): UpdateDataSourceOutput = {\n      val __obj = js.Dynamic.literal()\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSourceOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateEvaluationInput extends js.Object {\n    var EvaluationId: EntityId\n    var EvaluationName: EntityName\n  }\n\n  object UpdateEvaluationInput {\n    @inline\n    def apply(\n        EvaluationId: EntityId,\n        EvaluationName: EntityName\n    ): UpdateEvaluationInput = {\n      val __obj = js.Dynamic.literal(\n        \"EvaluationId\" -> EvaluationId.asInstanceOf[js.Any],\n        \"EvaluationName\" -> EvaluationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEvaluationInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateEvaluation<\/code> operation. You can see the updated content by using the <code>GetEvaluation<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateEvaluationOutput extends js.Object {\n    var EvaluationId: js.UndefOr[EntityId]\n  }\n\n  object UpdateEvaluationOutput {\n    @inline\n    def apply(\n        EvaluationId: js.UndefOr[EntityId] = js.undefined\n    ): UpdateEvaluationOutput = {\n      val __obj = js.Dynamic.literal()\n      EvaluationId.foreach(__v => __obj.updateDynamic(\"EvaluationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEvaluationOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateMLModelInput extends js.Object {\n    var MLModelId: EntityId\n    var MLModelName: js.UndefOr[EntityName]\n    var ScoreThreshold: js.UndefOr[ScoreThreshold]\n  }\n\n  object UpdateMLModelInput {\n    @inline\n    def apply(\n        MLModelId: EntityId,\n        MLModelName: js.UndefOr[EntityName] = js.undefined,\n        ScoreThreshold: js.UndefOr[ScoreThreshold] = js.undefined\n    ): UpdateMLModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"MLModelId\" -> MLModelId.asInstanceOf[js.Any]\n      )\n\n      MLModelName.foreach(__v => __obj.updateDynamic(\"MLModelName\")(__v.asInstanceOf[js.Any]))\n      ScoreThreshold.foreach(__v => __obj.updateDynamic(\"ScoreThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMLModelInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateMLModel<\/code> operation. You can see the updated content by using the <code>GetMLModel<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateMLModelOutput extends js.Object {\n    var MLModelId: js.UndefOr[EntityId]\n  }\n\n  object UpdateMLModelOutput {\n    @inline\n    def apply(\n        MLModelId: js.UndefOr[EntityId] = js.undefined\n    ): UpdateMLModelOutput = {\n      val __obj = js.Dynamic.literal()\n      MLModelId.foreach(__v => __obj.updateDynamic(\"MLModelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMLModelOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lakeformation\/src\/main\/scala\/facade\/amazonaws\/services\/LakeFormation.scala","text":"<filename>services\/lakeformation\/src\/main\/scala\/facade\/amazonaws\/services\/LakeFormation.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lakeformation {\n  type BatchPermissionsFailureList = js.Array[BatchPermissionsFailureEntry]\n  type BatchPermissionsRequestEntryList = js.Array[BatchPermissionsRequestEntry]\n  type CatalogIdString = String\n  type ColumnNames = js.Array[NameString]\n  type DataLakePrincipalList = js.Array[DataLakePrincipal]\n  type DataLakePrincipalString = String\n  type DescriptionString = String\n  type FilterConditionList = js.Array[FilterCondition]\n  type IAMRoleArn = String\n  type Identifier = String\n  type LastModifiedTimestamp = js.Date\n  type NameString = String\n  type NullableBoolean = Boolean\n  type PageSize = Int\n  type PermissionList = js.Array[Permission]\n  type PrincipalPermissionsList = js.Array[PrincipalPermissions]\n  type PrincipalResourcePermissionsList = js.Array[PrincipalResourcePermissions]\n  type RAMResourceShareArn = String\n  type ResourceArnString = String\n  type ResourceInfoList = js.Array[ResourceInfo]\n  type ResourceShareList = js.Array[RAMResourceShareArn]\n  type StringValue = String\n  type StringValueList = js.Array[StringValue]\n  type Token = String\n  type TrustedResourceOwners = js.Array[CatalogIdString]\n\n  implicit final class LakeFormationOps(private val service: LakeFormation) extends AnyVal {\n\n    @inline def batchGrantPermissionsFuture(params: BatchGrantPermissionsRequest): Future[BatchGrantPermissionsResponse] = service.batchGrantPermissions(params).promise().toFuture\n    @inline def batchRevokePermissionsFuture(params: BatchRevokePermissionsRequest): Future[BatchRevokePermissionsResponse] = service.batchRevokePermissions(params).promise().toFuture\n    @inline def deregisterResourceFuture(params: DeregisterResourceRequest): Future[DeregisterResourceResponse] = service.deregisterResource(params).promise().toFuture\n    @inline def describeResourceFuture(params: DescribeResourceRequest): Future[DescribeResourceResponse] = service.describeResource(params).promise().toFuture\n    @inline def getDataLakeSettingsFuture(params: GetDataLakeSettingsRequest): Future[GetDataLakeSettingsResponse] = service.getDataLakeSettings(params).promise().toFuture\n    @inline def getEffectivePermissionsForPathFuture(params: GetEffectivePermissionsForPathRequest): Future[GetEffectivePermissionsForPathResponse] = service.getEffectivePermissionsForPath(params).promise().toFuture\n    @inline def grantPermissionsFuture(params: GrantPermissionsRequest): Future[GrantPermissionsResponse] = service.grantPermissions(params).promise().toFuture\n    @inline def listPermissionsFuture(params: ListPermissionsRequest): Future[ListPermissionsResponse] = service.listPermissions(params).promise().toFuture\n    @inline def listResourcesFuture(params: ListResourcesRequest): Future[ListResourcesResponse] = service.listResources(params).promise().toFuture\n    @inline def putDataLakeSettingsFuture(params: PutDataLakeSettingsRequest): Future[PutDataLakeSettingsResponse] = service.putDataLakeSettings(params).promise().toFuture\n    @inline def registerResourceFuture(params: RegisterResourceRequest): Future[RegisterResourceResponse] = service.registerResource(params).promise().toFuture\n    @inline def revokePermissionsFuture(params: RevokePermissionsRequest): Future[RevokePermissionsResponse] = service.revokePermissions(params).promise().toFuture\n    @inline def updateResourceFuture(params: UpdateResourceRequest): Future[UpdateResourceResponse] = service.updateResource(params).promise().toFuture\n\n  }\n}\n\npackage lakeformation {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lakeformation\", JSImport.Namespace, \"AWS.LakeFormation\")\n  class LakeFormation() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchGrantPermissions(params: BatchGrantPermissionsRequest): Request[BatchGrantPermissionsResponse] = js.native\n    def batchRevokePermissions(params: BatchRevokePermissionsRequest): Request[BatchRevokePermissionsResponse] = js.native\n    def deregisterResource(params: DeregisterResourceRequest): Request[DeregisterResourceResponse] = js.native\n    def describeResource(params: DescribeResourceRequest): Request[DescribeResourceResponse] = js.native\n    def getDataLakeSettings(params: GetDataLakeSettingsRequest): Request[GetDataLakeSettingsResponse] = js.native\n    def getEffectivePermissionsForPath(params: GetEffectivePermissionsForPathRequest): Request[GetEffectivePermissionsForPathResponse] = js.native\n    def grantPermissions(params: GrantPermissionsRequest): Request[GrantPermissionsResponse] = js.native\n    def listPermissions(params: ListPermissionsRequest): Request[ListPermissionsResponse] = js.native\n    def listResources(params: ListResourcesRequest): Request[ListResourcesResponse] = js.native\n    def putDataLakeSettings(params: PutDataLakeSettingsRequest): Request[PutDataLakeSettingsResponse] = js.native\n    def registerResource(params: RegisterResourceRequest): Request[RegisterResourceResponse] = js.native\n    def revokePermissions(params: RevokePermissionsRequest): Request[RevokePermissionsResponse] = js.native\n    def updateResource(params: UpdateResourceRequest): Request[UpdateResourceResponse] = js.native\n  }\n\n  @js.native\n  trait BatchGrantPermissionsRequest extends js.Object {\n    var Entries: BatchPermissionsRequestEntryList\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object BatchGrantPermissionsRequest {\n    @inline\n    def apply(\n        Entries: BatchPermissionsRequestEntryList,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): BatchGrantPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Entries\" -> Entries.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGrantPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchGrantPermissionsResponse extends js.Object {\n    var Failures: js.UndefOr[BatchPermissionsFailureList]\n  }\n\n  object BatchGrantPermissionsResponse {\n    @inline\n    def apply(\n        Failures: js.UndefOr[BatchPermissionsFailureList] = js.undefined\n    ): BatchGrantPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Failures.foreach(__v => __obj.updateDynamic(\"Failures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGrantPermissionsResponse]\n    }\n  }\n\n  \/** A list of failures when performing a batch grant or batch revoke operation.\n    *\/\n  @js.native\n  trait BatchPermissionsFailureEntry extends js.Object {\n    var Error: js.UndefOr[ErrorDetail]\n    var RequestEntry: js.UndefOr[BatchPermissionsRequestEntry]\n  }\n\n  object BatchPermissionsFailureEntry {\n    @inline\n    def apply(\n        Error: js.UndefOr[ErrorDetail] = js.undefined,\n        RequestEntry: js.UndefOr[BatchPermissionsRequestEntry] = js.undefined\n    ): BatchPermissionsFailureEntry = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      RequestEntry.foreach(__v => __obj.updateDynamic(\"RequestEntry\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchPermissionsFailureEntry]\n    }\n  }\n\n  \/** A permission to a resource granted by batch operation to the principal.\n    *\/\n  @js.native\n  trait BatchPermissionsRequestEntry extends js.Object {\n    var Id: Identifier\n    var Permissions: js.UndefOr[PermissionList]\n    var PermissionsWithGrantOption: js.UndefOr[PermissionList]\n    var Principal: js.UndefOr[DataLakePrincipal]\n    var Resource: js.UndefOr[Resource]\n  }\n\n  object BatchPermissionsRequestEntry {\n    @inline\n    def apply(\n        Id: Identifier,\n        Permissions: js.UndefOr[PermissionList] = js.undefined,\n        PermissionsWithGrantOption: js.UndefOr[PermissionList] = js.undefined,\n        Principal: js.UndefOr[DataLakePrincipal] = js.undefined,\n        Resource: js.UndefOr[Resource] = js.undefined\n    ): BatchPermissionsRequestEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      PermissionsWithGrantOption.foreach(__v => __obj.updateDynamic(\"PermissionsWithGrantOption\")(__v.asInstanceOf[js.Any]))\n      Principal.foreach(__v => __obj.updateDynamic(\"Principal\")(__v.asInstanceOf[js.Any]))\n      Resource.foreach(__v => __obj.updateDynamic(\"Resource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchPermissionsRequestEntry]\n    }\n  }\n\n  @js.native\n  trait BatchRevokePermissionsRequest extends js.Object {\n    var Entries: BatchPermissionsRequestEntryList\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object BatchRevokePermissionsRequest {\n    @inline\n    def apply(\n        Entries: BatchPermissionsRequestEntryList,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): BatchRevokePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Entries\" -> Entries.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchRevokePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchRevokePermissionsResponse extends js.Object {\n    var Failures: js.UndefOr[BatchPermissionsFailureList]\n  }\n\n  object BatchRevokePermissionsResponse {\n    @inline\n    def apply(\n        Failures: js.UndefOr[BatchPermissionsFailureList] = js.undefined\n    ): BatchRevokePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Failures.foreach(__v => __obj.updateDynamic(\"Failures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchRevokePermissionsResponse]\n    }\n  }\n\n  \/** A structure for the catalog object.\n    *\/\n  @js.native\n  trait CatalogResource extends js.Object\n\n  object CatalogResource {\n    @inline\n    def apply(): CatalogResource = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CatalogResource]\n    }\n  }\n\n  \/** A wildcard object, consisting of an optional list of excluded column names or indexes.\n    *\/\n  @js.native\n  trait ColumnWildcard extends js.Object {\n    var ExcludedColumnNames: js.UndefOr[ColumnNames]\n  }\n\n  object ColumnWildcard {\n    @inline\n    def apply(\n        ExcludedColumnNames: js.UndefOr[ColumnNames] = js.undefined\n    ): ColumnWildcard = {\n      val __obj = js.Dynamic.literal()\n      ExcludedColumnNames.foreach(__v => __obj.updateDynamic(\"ExcludedColumnNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnWildcard]\n    }\n  }\n\n  @js.native\n  sealed trait ComparisonOperator extends js.Any\n  object ComparisonOperator {\n    val EQ = \"EQ\".asInstanceOf[ComparisonOperator]\n    val NE = \"NE\".asInstanceOf[ComparisonOperator]\n    val LE = \"LE\".asInstanceOf[ComparisonOperator]\n    val LT = \"LT\".asInstanceOf[ComparisonOperator]\n    val GE = \"GE\".asInstanceOf[ComparisonOperator]\n    val GT = \"GT\".asInstanceOf[ComparisonOperator]\n    val CONTAINS = \"CONTAINS\".asInstanceOf[ComparisonOperator]\n    val NOT_CONTAINS = \"NOT_CONTAINS\".asInstanceOf[ComparisonOperator]\n    val BEGINS_WITH = \"BEGINS_WITH\".asInstanceOf[ComparisonOperator]\n    val IN = \"IN\".asInstanceOf[ComparisonOperator]\n    val BETWEEN = \"BETWEEN\".asInstanceOf[ComparisonOperator]\n\n    @inline def values = js.Array(EQ, NE, LE, LT, GE, GT, CONTAINS, NOT_CONTAINS, BEGINS_WITH, IN, BETWEEN)\n  }\n\n  \/** The AWS Lake Formation principal. Supported principals are IAM users or IAM roles.\n    *\/\n  @js.native\n  trait DataLakePrincipal extends js.Object {\n    var DataLakePrincipalIdentifier: js.UndefOr[DataLakePrincipalString]\n  }\n\n  object DataLakePrincipal {\n    @inline\n    def apply(\n        DataLakePrincipalIdentifier: js.UndefOr[DataLakePrincipalString] = js.undefined\n    ): DataLakePrincipal = {\n      val __obj = js.Dynamic.literal()\n      DataLakePrincipalIdentifier.foreach(__v => __obj.updateDynamic(\"DataLakePrincipalIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataLakePrincipal]\n    }\n  }\n\n  @js.native\n  sealed trait DataLakeResourceType extends js.Any\n  object DataLakeResourceType {\n    val CATALOG = \"CATALOG\".asInstanceOf[DataLakeResourceType]\n    val DATABASE = \"DATABASE\".asInstanceOf[DataLakeResourceType]\n    val TABLE = \"TABLE\".asInstanceOf[DataLakeResourceType]\n    val DATA_LOCATION = \"DATA_LOCATION\".asInstanceOf[DataLakeResourceType]\n\n    @inline def values = js.Array(CATALOG, DATABASE, TABLE, DATA_LOCATION)\n  }\n\n  \/** A structure representing a list of AWS Lake Formation principals designated as data lake administrators and lists of principal permission entries for default create database and default create table permissions.\n    *\/\n  @js.native\n  trait DataLakeSettings extends js.Object {\n    var CreateDatabaseDefaultPermissions: js.UndefOr[PrincipalPermissionsList]\n    var CreateTableDefaultPermissions: js.UndefOr[PrincipalPermissionsList]\n    var DataLakeAdmins: js.UndefOr[DataLakePrincipalList]\n    var TrustedResourceOwners: js.UndefOr[TrustedResourceOwners]\n  }\n\n  object DataLakeSettings {\n    @inline\n    def apply(\n        CreateDatabaseDefaultPermissions: js.UndefOr[PrincipalPermissionsList] = js.undefined,\n        CreateTableDefaultPermissions: js.UndefOr[PrincipalPermissionsList] = js.undefined,\n        DataLakeAdmins: js.UndefOr[DataLakePrincipalList] = js.undefined,\n        TrustedResourceOwners: js.UndefOr[TrustedResourceOwners] = js.undefined\n    ): DataLakeSettings = {\n      val __obj = js.Dynamic.literal()\n      CreateDatabaseDefaultPermissions.foreach(__v => __obj.updateDynamic(\"CreateDatabaseDefaultPermissions\")(__v.asInstanceOf[js.Any]))\n      CreateTableDefaultPermissions.foreach(__v => __obj.updateDynamic(\"CreateTableDefaultPermissions\")(__v.asInstanceOf[js.Any]))\n      DataLakeAdmins.foreach(__v => __obj.updateDynamic(\"DataLakeAdmins\")(__v.asInstanceOf[js.Any]))\n      TrustedResourceOwners.foreach(__v => __obj.updateDynamic(\"TrustedResourceOwners\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataLakeSettings]\n    }\n  }\n\n  \/** A structure for a data location object where permissions are granted or revoked.\n    *\/\n  @js.native\n  trait DataLocationResource extends js.Object {\n    var ResourceArn: ResourceArnString\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object DataLocationResource {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): DataLocationResource = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataLocationResource]\n    }\n  }\n\n  \/** A structure for the database object.\n    *\/\n  @js.native\n  trait DatabaseResource extends js.Object {\n    var Name: NameString\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object DatabaseResource {\n    @inline\n    def apply(\n        Name: NameString,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): DatabaseResource = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatabaseResource]\n    }\n  }\n\n  @js.native\n  trait DeregisterResourceRequest extends js.Object {\n    var ResourceArn: ResourceArnString\n  }\n\n  object DeregisterResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString\n    ): DeregisterResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterResourceRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterResourceResponse extends js.Object\n\n  object DeregisterResourceResponse {\n    @inline\n    def apply(): DeregisterResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeregisterResourceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeResourceRequest extends js.Object {\n    var ResourceArn: ResourceArnString\n  }\n\n  object DescribeResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString\n    ): DescribeResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeResourceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeResourceResponse extends js.Object {\n    var ResourceInfo: js.UndefOr[ResourceInfo]\n  }\n\n  object DescribeResourceResponse {\n    @inline\n    def apply(\n        ResourceInfo: js.UndefOr[ResourceInfo] = js.undefined\n    ): DescribeResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      ResourceInfo.foreach(__v => __obj.updateDynamic(\"ResourceInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeResourceResponse]\n    }\n  }\n\n  \/** A structure containing the additional details to be returned in the <code>AdditionalDetails<\/code> attribute of <code>PrincipalResourcePermissions<\/code>. If a catalog resource is shared through AWS Resource Access Manager (AWS RAM), then there will exist a corresponding RAM share resource ARN.\n    *\/\n  @js.native\n  trait DetailsMap extends js.Object {\n    var ResourceShare: js.UndefOr[ResourceShareList]\n  }\n\n  object DetailsMap {\n    @inline\n    def apply(\n        ResourceShare: js.UndefOr[ResourceShareList] = js.undefined\n    ): DetailsMap = {\n      val __obj = js.Dynamic.literal()\n      ResourceShare.foreach(__v => __obj.updateDynamic(\"ResourceShare\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetailsMap]\n    }\n  }\n\n  \/** Contains details about an error.\n    *\/\n  @js.native\n  trait ErrorDetail extends js.Object {\n    var ErrorCode: js.UndefOr[NameString]\n    var ErrorMessage: js.UndefOr[DescriptionString]\n  }\n\n  object ErrorDetail {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[NameString] = js.undefined,\n        ErrorMessage: js.UndefOr[DescriptionString] = js.undefined\n    ): ErrorDetail = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorDetail]\n    }\n  }\n\n  @js.native\n  sealed trait FieldNameString extends js.Any\n  object FieldNameString {\n    val RESOURCE_ARN = \"RESOURCE_ARN\".asInstanceOf[FieldNameString]\n    val ROLE_ARN = \"ROLE_ARN\".asInstanceOf[FieldNameString]\n    val LAST_MODIFIED = \"LAST_MODIFIED\".asInstanceOf[FieldNameString]\n\n    @inline def values = js.Array(RESOURCE_ARN, ROLE_ARN, LAST_MODIFIED)\n  }\n\n  \/** This structure describes the filtering of columns in a table based on a filter condition.\n    *\/\n  @js.native\n  trait FilterCondition extends js.Object {\n    var ComparisonOperator: js.UndefOr[ComparisonOperator]\n    var Field: js.UndefOr[FieldNameString]\n    var StringValueList: js.UndefOr[StringValueList]\n  }\n\n  object FilterCondition {\n    @inline\n    def apply(\n        ComparisonOperator: js.UndefOr[ComparisonOperator] = js.undefined,\n        Field: js.UndefOr[FieldNameString] = js.undefined,\n        StringValueList: js.UndefOr[StringValueList] = js.undefined\n    ): FilterCondition = {\n      val __obj = js.Dynamic.literal()\n      ComparisonOperator.foreach(__v => __obj.updateDynamic(\"ComparisonOperator\")(__v.asInstanceOf[js.Any]))\n      Field.foreach(__v => __obj.updateDynamic(\"Field\")(__v.asInstanceOf[js.Any]))\n      StringValueList.foreach(__v => __obj.updateDynamic(\"StringValueList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FilterCondition]\n    }\n  }\n\n  @js.native\n  trait GetDataLakeSettingsRequest extends js.Object {\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object GetDataLakeSettingsRequest {\n    @inline\n    def apply(\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): GetDataLakeSettingsRequest = {\n      val __obj = js.Dynamic.literal()\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataLakeSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDataLakeSettingsResponse extends js.Object {\n    var DataLakeSettings: js.UndefOr[DataLakeSettings]\n  }\n\n  object GetDataLakeSettingsResponse {\n    @inline\n    def apply(\n        DataLakeSettings: js.UndefOr[DataLakeSettings] = js.undefined\n    ): GetDataLakeSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataLakeSettings.foreach(__v => __obj.updateDynamic(\"DataLakeSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataLakeSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetEffectivePermissionsForPathRequest extends js.Object {\n    var ResourceArn: ResourceArnString\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetEffectivePermissionsForPathRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetEffectivePermissionsForPathRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEffectivePermissionsForPathRequest]\n    }\n  }\n\n  @js.native\n  trait GetEffectivePermissionsForPathResponse extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var Permissions: js.UndefOr[PrincipalResourcePermissionsList]\n  }\n\n  object GetEffectivePermissionsForPathResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        Permissions: js.UndefOr[PrincipalResourcePermissionsList] = js.undefined\n    ): GetEffectivePermissionsForPathResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEffectivePermissionsForPathResponse]\n    }\n  }\n\n  @js.native\n  trait GrantPermissionsRequest extends js.Object {\n    var Permissions: PermissionList\n    var Principal: DataLakePrincipal\n    var Resource: Resource\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var PermissionsWithGrantOption: js.UndefOr[PermissionList]\n  }\n\n  object GrantPermissionsRequest {\n    @inline\n    def apply(\n        Permissions: PermissionList,\n        Principal: DataLakePrincipal,\n        Resource: Resource,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        PermissionsWithGrantOption: js.UndefOr[PermissionList] = js.undefined\n    ): GrantPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Permissions\" -> Permissions.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any],\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      PermissionsWithGrantOption.foreach(__v => __obj.updateDynamic(\"PermissionsWithGrantOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrantPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait GrantPermissionsResponse extends js.Object\n\n  object GrantPermissionsResponse {\n    @inline\n    def apply(): GrantPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GrantPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPermissionsRequest extends js.Object {\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[Token]\n    var Principal: js.UndefOr[DataLakePrincipal]\n    var Resource: js.UndefOr[Resource]\n    var ResourceType: js.UndefOr[DataLakeResourceType]\n  }\n\n  object ListPermissionsRequest {\n    @inline\n    def apply(\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        Principal: js.UndefOr[DataLakePrincipal] = js.undefined,\n        Resource: js.UndefOr[Resource] = js.undefined,\n        ResourceType: js.UndefOr[DataLakeResourceType] = js.undefined\n    ): ListPermissionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Principal.foreach(__v => __obj.updateDynamic(\"Principal\")(__v.asInstanceOf[js.Any]))\n      Resource.foreach(__v => __obj.updateDynamic(\"Resource\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPermissionsResponse extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var PrincipalResourcePermissions: js.UndefOr[PrincipalResourcePermissionsList]\n  }\n\n  object ListPermissionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        PrincipalResourcePermissions: js.UndefOr[PrincipalResourcePermissionsList] = js.undefined\n    ): ListPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PrincipalResourcePermissions.foreach(__v => __obj.updateDynamic(\"PrincipalResourcePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResourcesRequest extends js.Object {\n    var FilterConditionList: js.UndefOr[FilterConditionList]\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListResourcesRequest {\n    @inline\n    def apply(\n        FilterConditionList: js.UndefOr[FilterConditionList] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListResourcesRequest = {\n      val __obj = js.Dynamic.literal()\n      FilterConditionList.foreach(__v => __obj.updateDynamic(\"FilterConditionList\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListResourcesResponse extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var ResourceInfoList: js.UndefOr[ResourceInfoList]\n  }\n\n  object ListResourcesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        ResourceInfoList: js.UndefOr[ResourceInfoList] = js.undefined\n    ): ListResourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceInfoList.foreach(__v => __obj.updateDynamic(\"ResourceInfoList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourcesResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Permission extends js.Any\n  object Permission {\n    val ALL = \"ALL\".asInstanceOf[Permission]\n    val SELECT = \"SELECT\".asInstanceOf[Permission]\n    val ALTER = \"ALTER\".asInstanceOf[Permission]\n    val DROP = \"DROP\".asInstanceOf[Permission]\n    val DELETE = \"DELETE\".asInstanceOf[Permission]\n    val INSERT = \"INSERT\".asInstanceOf[Permission]\n    val DESCRIBE = \"DESCRIBE\".asInstanceOf[Permission]\n    val CREATE_DATABASE = \"CREATE_DATABASE\".asInstanceOf[Permission]\n    val CREATE_TABLE = \"CREATE_TABLE\".asInstanceOf[Permission]\n    val DATA_LOCATION_ACCESS = \"DATA_LOCATION_ACCESS\".asInstanceOf[Permission]\n\n    @inline def values = js.Array(ALL, SELECT, ALTER, DROP, DELETE, INSERT, DESCRIBE, CREATE_DATABASE, CREATE_TABLE, DATA_LOCATION_ACCESS)\n  }\n\n  \/** Permissions granted to a principal.\n    *\/\n  @js.native\n  trait PrincipalPermissions extends js.Object {\n    var Permissions: js.UndefOr[PermissionList]\n    var Principal: js.UndefOr[DataLakePrincipal]\n  }\n\n  object PrincipalPermissions {\n    @inline\n    def apply(\n        Permissions: js.UndefOr[PermissionList] = js.undefined,\n        Principal: js.UndefOr[DataLakePrincipal] = js.undefined\n    ): PrincipalPermissions = {\n      val __obj = js.Dynamic.literal()\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      Principal.foreach(__v => __obj.updateDynamic(\"Principal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PrincipalPermissions]\n    }\n  }\n\n  \/** The permissions granted or revoked on a resource.\n    *\/\n  @js.native\n  trait PrincipalResourcePermissions extends js.Object {\n    var AdditionalDetails: js.UndefOr[DetailsMap]\n    var Permissions: js.UndefOr[PermissionList]\n    var PermissionsWithGrantOption: js.UndefOr[PermissionList]\n    var Principal: js.UndefOr[DataLakePrincipal]\n    var Resource: js.UndefOr[Resource]\n  }\n\n  object PrincipalResourcePermissions {\n    @inline\n    def apply(\n        AdditionalDetails: js.UndefOr[DetailsMap] = js.undefined,\n        Permissions: js.UndefOr[PermissionList] = js.undefined,\n        PermissionsWithGrantOption: js.UndefOr[PermissionList] = js.undefined,\n        Principal: js.UndefOr[DataLakePrincipal] = js.undefined,\n        Resource: js.UndefOr[Resource] = js.undefined\n    ): PrincipalResourcePermissions = {\n      val __obj = js.Dynamic.literal()\n      AdditionalDetails.foreach(__v => __obj.updateDynamic(\"AdditionalDetails\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      PermissionsWithGrantOption.foreach(__v => __obj.updateDynamic(\"PermissionsWithGrantOption\")(__v.asInstanceOf[js.Any]))\n      Principal.foreach(__v => __obj.updateDynamic(\"Principal\")(__v.asInstanceOf[js.Any]))\n      Resource.foreach(__v => __obj.updateDynamic(\"Resource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PrincipalResourcePermissions]\n    }\n  }\n\n  @js.native\n  trait PutDataLakeSettingsRequest extends js.Object {\n    var DataLakeSettings: DataLakeSettings\n    var CatalogId: js.UndefOr[CatalogIdString]\n  }\n\n  object PutDataLakeSettingsRequest {\n    @inline\n    def apply(\n        DataLakeSettings: DataLakeSettings,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined\n    ): PutDataLakeSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataLakeSettings\" -> DataLakeSettings.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutDataLakeSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait PutDataLakeSettingsResponse extends js.Object\n\n  object PutDataLakeSettingsResponse {\n    @inline\n    def apply(): PutDataLakeSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutDataLakeSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait RegisterResourceRequest extends js.Object {\n    var ResourceArn: ResourceArnString\n    var RoleArn: js.UndefOr[IAMRoleArn]\n    var UseServiceLinkedRole: js.UndefOr[NullableBoolean]\n  }\n\n  object RegisterResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        RoleArn: js.UndefOr[IAMRoleArn] = js.undefined,\n        UseServiceLinkedRole: js.UndefOr[NullableBoolean] = js.undefined\n    ): RegisterResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      UseServiceLinkedRole.foreach(__v => __obj.updateDynamic(\"UseServiceLinkedRole\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterResourceRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterResourceResponse extends js.Object\n\n  object RegisterResourceResponse {\n    @inline\n    def apply(): RegisterResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RegisterResourceResponse]\n    }\n  }\n\n  \/** A structure for the resource.\n    *\/\n  @js.native\n  trait Resource extends js.Object {\n    var Catalog: js.UndefOr[CatalogResource]\n    var DataLocation: js.UndefOr[DataLocationResource]\n    var Database: js.UndefOr[DatabaseResource]\n    var Table: js.UndefOr[TableResource]\n    var TableWithColumns: js.UndefOr[TableWithColumnsResource]\n  }\n\n  object Resource {\n    @inline\n    def apply(\n        Catalog: js.UndefOr[CatalogResource] = js.undefined,\n        DataLocation: js.UndefOr[DataLocationResource] = js.undefined,\n        Database: js.UndefOr[DatabaseResource] = js.undefined,\n        Table: js.UndefOr[TableResource] = js.undefined,\n        TableWithColumns: js.UndefOr[TableWithColumnsResource] = js.undefined\n    ): Resource = {\n      val __obj = js.Dynamic.literal()\n      Catalog.foreach(__v => __obj.updateDynamic(\"Catalog\")(__v.asInstanceOf[js.Any]))\n      DataLocation.foreach(__v => __obj.updateDynamic(\"DataLocation\")(__v.asInstanceOf[js.Any]))\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      TableWithColumns.foreach(__v => __obj.updateDynamic(\"TableWithColumns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Resource]\n    }\n  }\n\n  \/** A structure containing information about an AWS Lake Formation resource.\n    *\/\n  @js.native\n  trait ResourceInfo extends js.Object {\n    var LastModified: js.UndefOr[LastModifiedTimestamp]\n    var ResourceArn: js.UndefOr[ResourceArnString]\n    var RoleArn: js.UndefOr[IAMRoleArn]\n  }\n\n  object ResourceInfo {\n    @inline\n    def apply(\n        LastModified: js.UndefOr[LastModifiedTimestamp] = js.undefined,\n        ResourceArn: js.UndefOr[ResourceArnString] = js.undefined,\n        RoleArn: js.UndefOr[IAMRoleArn] = js.undefined\n    ): ResourceInfo = {\n      val __obj = js.Dynamic.literal()\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceInfo]\n    }\n  }\n\n  @js.native\n  trait RevokePermissionsRequest extends js.Object {\n    var Permissions: PermissionList\n    var Principal: DataLakePrincipal\n    var Resource: Resource\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var PermissionsWithGrantOption: js.UndefOr[PermissionList]\n  }\n\n  object RevokePermissionsRequest {\n    @inline\n    def apply(\n        Permissions: PermissionList,\n        Principal: DataLakePrincipal,\n        Resource: Resource,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        PermissionsWithGrantOption: js.UndefOr[PermissionList] = js.undefined\n    ): RevokePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Permissions\" -> Permissions.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any],\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      PermissionsWithGrantOption.foreach(__v => __obj.updateDynamic(\"PermissionsWithGrantOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevokePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait RevokePermissionsResponse extends js.Object\n\n  object RevokePermissionsResponse {\n    @inline\n    def apply(): RevokePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RevokePermissionsResponse]\n    }\n  }\n\n  \/** A structure for the table object. A table is a metadata definition that represents your data. You can Grant and Revoke table privileges to a principal.\n    *\/\n  @js.native\n  trait TableResource extends js.Object {\n    var DatabaseName: NameString\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var Name: js.UndefOr[NameString]\n    var TableWildcard: js.UndefOr[TableWildcard]\n  }\n\n  object TableResource {\n    @inline\n    def apply(\n        DatabaseName: NameString,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        Name: js.UndefOr[NameString] = js.undefined,\n        TableWildcard: js.UndefOr[TableWildcard] = js.undefined\n    ): TableResource = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      TableWildcard.foreach(__v => __obj.updateDynamic(\"TableWildcard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableResource]\n    }\n  }\n\n  \/** A wildcard object representing every table under a database.\n    *\/\n  @js.native\n  trait TableWildcard extends js.Object\n\n  object TableWildcard {\n    @inline\n    def apply(): TableWildcard = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TableWildcard]\n    }\n  }\n\n  \/** A structure for a table with columns object. This object is only used when granting a SELECT permission. This object must take a value for at least one of <code>ColumnsNames<\/code>, <code>ColumnsIndexes<\/code>, or <code>ColumnsWildcard<\/code>.\n    *\/\n  @js.native\n  trait TableWithColumnsResource extends js.Object {\n    var DatabaseName: NameString\n    var Name: NameString\n    var CatalogId: js.UndefOr[CatalogIdString]\n    var ColumnNames: js.UndefOr[ColumnNames]\n    var ColumnWildcard: js.UndefOr[ColumnWildcard]\n  }\n\n  object TableWithColumnsResource {\n    @inline\n    def apply(\n        DatabaseName: NameString,\n        Name: NameString,\n        CatalogId: js.UndefOr[CatalogIdString] = js.undefined,\n        ColumnNames: js.UndefOr[ColumnNames] = js.undefined,\n        ColumnWildcard: js.UndefOr[ColumnWildcard] = js.undefined\n    ): TableWithColumnsResource = {\n      val __obj = js.Dynamic.literal(\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      ColumnNames.foreach(__v => __obj.updateDynamic(\"ColumnNames\")(__v.asInstanceOf[js.Any]))\n      ColumnWildcard.foreach(__v => __obj.updateDynamic(\"ColumnWildcard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableWithColumnsResource]\n    }\n  }\n\n  @js.native\n  trait UpdateResourceRequest extends js.Object {\n    var ResourceArn: ResourceArnString\n    var RoleArn: IAMRoleArn\n  }\n\n  object UpdateResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        RoleArn: IAMRoleArn\n    ): UpdateResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateResourceResponse extends js.Object\n\n  object UpdateResourceResponse {\n    @inline\n    def apply(): UpdateResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/TemporaryCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\nimport facade.amazonaws.services.sts._\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"TemporaryCredentials\", \"AWS.TemporaryCredentials\")\nclass TemporaryCredentials() extends AWSCredentials {\n  def this(options: AssumeRoleRequest, masterCredentials: AWSCredentials) = this()\n  def this(options: AssumeRoleRequest) = this()\n\n  def this(options: GetSessionTokenRequest, masterCredentials: AWSCredentials) = this()\n  def this(options: GetSessionTokenRequest) = this()\n\n  var masterCredentials: AWSCredentials = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/apigatewaymanagementapi\/src\/main\/scala\/facade\/amazonaws\/services\/ApiGatewayManagementApi.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object apigatewaymanagementapi {\n  type Data = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type __string = String\n  type __timestampIso8601 = js.Date\n\n  implicit final class ApiGatewayManagementApiOps(private val service: ApiGatewayManagementApi) extends AnyVal {\n\n    @inline def deleteConnectionFuture(params: DeleteConnectionRequest): Future[js.Object] = service.deleteConnection(params).promise().toFuture\n    @inline def getConnectionFuture(params: GetConnectionRequest): Future[GetConnectionResponse] = service.getConnection(params).promise().toFuture\n    @inline def postToConnectionFuture(params: PostToConnectionRequest): Future[js.Object] = service.postToConnection(params).promise().toFuture\n\n  }\n}\n\npackage apigatewaymanagementapi {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/apigatewaymanagementapi\", JSImport.Namespace, \"AWS.ApiGatewayManagementApi\")\n  class ApiGatewayManagementApi() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteConnection(params: DeleteConnectionRequest): Request[js.Object] = js.native\n    def getConnection(params: GetConnectionRequest): Request[GetConnectionResponse] = js.native\n    def postToConnection(params: PostToConnectionRequest): Request[js.Object] = js.native\n  }\n\n  @js.native\n  trait DeleteConnectionRequest extends js.Object {\n    var ConnectionId: __string\n  }\n\n  object DeleteConnectionRequest {\n    @inline\n    def apply(\n        ConnectionId: __string\n    ): DeleteConnectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionId\" -> ConnectionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConnectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetConnectionRequest extends js.Object {\n    var ConnectionId: __string\n  }\n\n  object GetConnectionRequest {\n    @inline\n    def apply(\n        ConnectionId: __string\n    ): GetConnectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionId\" -> ConnectionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetConnectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetConnectionResponse extends js.Object {\n    var ConnectedAt: js.UndefOr[__timestampIso8601]\n    var Identity: js.UndefOr[Identity]\n    var LastActiveAt: js.UndefOr[__timestampIso8601]\n  }\n\n  object GetConnectionResponse {\n    @inline\n    def apply(\n        ConnectedAt: js.UndefOr[__timestampIso8601] = js.undefined,\n        Identity: js.UndefOr[Identity] = js.undefined,\n        LastActiveAt: js.UndefOr[__timestampIso8601] = js.undefined\n    ): GetConnectionResponse = {\n      val __obj = js.Dynamic.literal()\n      ConnectedAt.foreach(__v => __obj.updateDynamic(\"ConnectedAt\")(__v.asInstanceOf[js.Any]))\n      Identity.foreach(__v => __obj.updateDynamic(\"Identity\")(__v.asInstanceOf[js.Any]))\n      LastActiveAt.foreach(__v => __obj.updateDynamic(\"LastActiveAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetConnectionResponse]\n    }\n  }\n\n  @js.native\n  trait Identity extends js.Object {\n    var SourceIp: __string\n    var UserAgent: __string\n  }\n\n  object Identity {\n    @inline\n    def apply(\n        SourceIp: __string,\n        UserAgent: __string\n    ): Identity = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIp\" -> SourceIp.asInstanceOf[js.Any],\n        \"UserAgent\" -> UserAgent.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Identity]\n    }\n  }\n\n  @js.native\n  trait PostToConnectionRequest extends js.Object {\n    var ConnectionId: __string\n    var Data: Data\n  }\n\n  object PostToConnectionRequest {\n    @inline\n    def apply(\n        ConnectionId: __string,\n        Data: Data\n    ): PostToConnectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionId\" -> ConnectionId.asInstanceOf[js.Any],\n        \"Data\" -> Data.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PostToConnectionRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/opsworkscm\/src\/main\/scala\/facade\/amazonaws\/services\/OpsWorksCM.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object opsworkscm {\n  type AWSOpsWorksCMResourceArn = String\n  type AccountAttributes = js.Array[AccountAttribute]\n  type AttributeName = String\n  type AttributeValue = String\n  type BackupId = String\n  type BackupRetentionCountDefinition = Int\n  type Backups = js.Array[Backup]\n  type CustomCertificate = String\n  type CustomDomain = String\n  type CustomPrivateKey = String\n  type EngineAttributeName = String\n  type EngineAttributeValue = String\n  type EngineAttributes = js.Array[EngineAttribute]\n  type InstanceProfileArn = String\n  type KeyPair = String\n  type MaxResults = Int\n  type NextToken = String\n  type NodeAssociationStatusToken = String\n  type NodeName = String\n  type ServerEvents = js.Array[ServerEvent]\n  type ServerName = String\n  type Servers = js.Array[Server]\n  type ServiceRoleArn = String\n  type Strings = js.Array[String]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TimeWindowDefinition = String\n  type Timestamp = js.Date\n\n  implicit final class OpsWorksCMOps(private val service: OpsWorksCM) extends AnyVal {\n\n    @inline def associateNodeFuture(params: AssociateNodeRequest): Future[AssociateNodeResponse] = service.associateNode(params).promise().toFuture\n    @inline def createBackupFuture(params: CreateBackupRequest): Future[CreateBackupResponse] = service.createBackup(params).promise().toFuture\n    @inline def createServerFuture(params: CreateServerRequest): Future[CreateServerResponse] = service.createServer(params).promise().toFuture\n    @inline def deleteBackupFuture(params: DeleteBackupRequest): Future[DeleteBackupResponse] = service.deleteBackup(params).promise().toFuture\n    @inline def deleteServerFuture(params: DeleteServerRequest): Future[DeleteServerResponse] = service.deleteServer(params).promise().toFuture\n    @inline def describeAccountAttributesFuture(params: DescribeAccountAttributesRequest): Future[DescribeAccountAttributesResponse] = service.describeAccountAttributes(params).promise().toFuture\n    @inline def describeBackupsFuture(params: DescribeBackupsRequest): Future[DescribeBackupsResponse] = service.describeBackups(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsRequest): Future[DescribeEventsResponse] = service.describeEvents(params).promise().toFuture\n    @inline def describeNodeAssociationStatusFuture(params: DescribeNodeAssociationStatusRequest): Future[DescribeNodeAssociationStatusResponse] = service.describeNodeAssociationStatus(params).promise().toFuture\n    @inline def describeServersFuture(params: DescribeServersRequest): Future[DescribeServersResponse] = service.describeServers(params).promise().toFuture\n    @inline def disassociateNodeFuture(params: DisassociateNodeRequest): Future[DisassociateNodeResponse] = service.disassociateNode(params).promise().toFuture\n    @inline def exportServerEngineAttributeFuture(params: ExportServerEngineAttributeRequest): Future[ExportServerEngineAttributeResponse] = service.exportServerEngineAttribute(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def restoreServerFuture(params: RestoreServerRequest): Future[RestoreServerResponse] = service.restoreServer(params).promise().toFuture\n    @inline def startMaintenanceFuture(params: StartMaintenanceRequest): Future[StartMaintenanceResponse] = service.startMaintenance(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateServerEngineAttributesFuture(params: UpdateServerEngineAttributesRequest): Future[UpdateServerEngineAttributesResponse] = service.updateServerEngineAttributes(params).promise().toFuture\n    @inline def updateServerFuture(params: UpdateServerRequest): Future[UpdateServerResponse] = service.updateServer(params).promise().toFuture\n\n  }\n}\n\npackage opsworkscm {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/opsworkscm\", JSImport.Namespace, \"AWS.OpsWorksCM\")\n  class OpsWorksCM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateNode(params: AssociateNodeRequest): Request[AssociateNodeResponse] = js.native\n    def createBackup(params: CreateBackupRequest): Request[CreateBackupResponse] = js.native\n    def createServer(params: CreateServerRequest): Request[CreateServerResponse] = js.native\n    def deleteBackup(params: DeleteBackupRequest): Request[DeleteBackupResponse] = js.native\n    def deleteServer(params: DeleteServerRequest): Request[DeleteServerResponse] = js.native\n    def describeAccountAttributes(params: DescribeAccountAttributesRequest): Request[DescribeAccountAttributesResponse] = js.native\n    def describeBackups(params: DescribeBackupsRequest): Request[DescribeBackupsResponse] = js.native\n    def describeEvents(params: DescribeEventsRequest): Request[DescribeEventsResponse] = js.native\n    def describeNodeAssociationStatus(params: DescribeNodeAssociationStatusRequest): Request[DescribeNodeAssociationStatusResponse] = js.native\n    def describeServers(params: DescribeServersRequest): Request[DescribeServersResponse] = js.native\n    def disassociateNode(params: DisassociateNodeRequest): Request[DisassociateNodeResponse] = js.native\n    def exportServerEngineAttribute(params: ExportServerEngineAttributeRequest): Request[ExportServerEngineAttributeResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def restoreServer(params: RestoreServerRequest): Request[RestoreServerResponse] = js.native\n    def startMaintenance(params: StartMaintenanceRequest): Request[StartMaintenanceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateServer(params: UpdateServerRequest): Request[UpdateServerResponse] = js.native\n    def updateServerEngineAttributes(params: UpdateServerEngineAttributesRequest): Request[UpdateServerEngineAttributesResponse] = js.native\n  }\n\n  \/** Stores account attributes.\n    *\/\n  @js.native\n  trait AccountAttribute extends js.Object {\n    var Maximum: js.UndefOr[Int]\n    var Name: js.UndefOr[String]\n    var Used: js.UndefOr[Int]\n  }\n\n  object AccountAttribute {\n    @inline\n    def apply(\n        Maximum: js.UndefOr[Int] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Used: js.UndefOr[Int] = js.undefined\n    ): AccountAttribute = {\n      val __obj = js.Dynamic.literal()\n      Maximum.foreach(__v => __obj.updateDynamic(\"Maximum\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Used.foreach(__v => __obj.updateDynamic(\"Used\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountAttribute]\n    }\n  }\n\n  @js.native\n  trait AssociateNodeRequest extends js.Object {\n    var EngineAttributes: EngineAttributes\n    var NodeName: NodeName\n    var ServerName: ServerName\n  }\n\n  object AssociateNodeRequest {\n    @inline\n    def apply(\n        EngineAttributes: EngineAttributes,\n        NodeName: NodeName,\n        ServerName: ServerName\n    ): AssociateNodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EngineAttributes\" -> EngineAttributes.asInstanceOf[js.Any],\n        \"NodeName\" -> NodeName.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateNodeRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateNodeResponse extends js.Object {\n    var NodeAssociationStatusToken: js.UndefOr[NodeAssociationStatusToken]\n  }\n\n  object AssociateNodeResponse {\n    @inline\n    def apply(\n        NodeAssociationStatusToken: js.UndefOr[NodeAssociationStatusToken] = js.undefined\n    ): AssociateNodeResponse = {\n      val __obj = js.Dynamic.literal()\n      NodeAssociationStatusToken.foreach(__v => __obj.updateDynamic(\"NodeAssociationStatusToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateNodeResponse]\n    }\n  }\n\n  \/** Describes a single backup.\n    *\/\n  @js.native\n  trait Backup extends js.Object {\n    var BackupArn: js.UndefOr[String]\n    var BackupId: js.UndefOr[BackupId]\n    var BackupType: js.UndefOr[BackupType]\n    var CreatedAt: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineModel: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var InstanceProfileArn: js.UndefOr[String]\n    var InstanceType: js.UndefOr[String]\n    var KeyPair: js.UndefOr[String]\n    var PreferredBackupWindow: js.UndefOr[TimeWindowDefinition]\n    var PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition]\n    var S3DataSize: js.UndefOr[Int]\n    var S3DataUrl: js.UndefOr[String]\n    var S3LogUrl: js.UndefOr[String]\n    var SecurityGroupIds: js.UndefOr[Strings]\n    var ServerName: js.UndefOr[ServerName]\n    var ServiceRoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[BackupStatus]\n    var StatusDescription: js.UndefOr[String]\n    var SubnetIds: js.UndefOr[Strings]\n    var ToolsVersion: js.UndefOr[String]\n    var UserArn: js.UndefOr[String]\n  }\n\n  object Backup {\n    @inline\n    def apply(\n        BackupArn: js.UndefOr[String] = js.undefined,\n        BackupId: js.UndefOr[BackupId] = js.undefined,\n        BackupType: js.UndefOr[BackupType] = js.undefined,\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineModel: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        InstanceProfileArn: js.UndefOr[String] = js.undefined,\n        InstanceType: js.UndefOr[String] = js.undefined,\n        KeyPair: js.UndefOr[String] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        S3DataSize: js.UndefOr[Int] = js.undefined,\n        S3DataUrl: js.UndefOr[String] = js.undefined,\n        S3LogUrl: js.UndefOr[String] = js.undefined,\n        SecurityGroupIds: js.UndefOr[Strings] = js.undefined,\n        ServerName: js.UndefOr[ServerName] = js.undefined,\n        ServiceRoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[BackupStatus] = js.undefined,\n        StatusDescription: js.UndefOr[String] = js.undefined,\n        SubnetIds: js.UndefOr[Strings] = js.undefined,\n        ToolsVersion: js.UndefOr[String] = js.undefined,\n        UserArn: js.UndefOr[String] = js.undefined\n    ): Backup = {\n      val __obj = js.Dynamic.literal()\n      BackupArn.foreach(__v => __obj.updateDynamic(\"BackupArn\")(__v.asInstanceOf[js.Any]))\n      BackupId.foreach(__v => __obj.updateDynamic(\"BackupId\")(__v.asInstanceOf[js.Any]))\n      BackupType.foreach(__v => __obj.updateDynamic(\"BackupType\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineModel.foreach(__v => __obj.updateDynamic(\"EngineModel\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileArn.foreach(__v => __obj.updateDynamic(\"InstanceProfileArn\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      KeyPair.foreach(__v => __obj.updateDynamic(\"KeyPair\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      S3DataSize.foreach(__v => __obj.updateDynamic(\"S3DataSize\")(__v.asInstanceOf[js.Any]))\n      S3DataUrl.foreach(__v => __obj.updateDynamic(\"S3DataUrl\")(__v.asInstanceOf[js.Any]))\n      S3LogUrl.foreach(__v => __obj.updateDynamic(\"S3LogUrl\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDescription.foreach(__v => __obj.updateDynamic(\"StatusDescription\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      ToolsVersion.foreach(__v => __obj.updateDynamic(\"ToolsVersion\")(__v.asInstanceOf[js.Any]))\n      UserArn.foreach(__v => __obj.updateDynamic(\"UserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Backup]\n    }\n  }\n\n  @js.native\n  sealed trait BackupStatus extends js.Any\n  object BackupStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[BackupStatus]\n    val OK = \"OK\".asInstanceOf[BackupStatus]\n    val FAILED = \"FAILED\".asInstanceOf[BackupStatus]\n    val DELETING = \"DELETING\".asInstanceOf[BackupStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, OK, FAILED, DELETING)\n  }\n\n  @js.native\n  sealed trait BackupType extends js.Any\n  object BackupType {\n    val AUTOMATED = \"AUTOMATED\".asInstanceOf[BackupType]\n    val MANUAL = \"MANUAL\".asInstanceOf[BackupType]\n\n    @inline def values = js.Array(AUTOMATED, MANUAL)\n  }\n\n  @js.native\n  trait CreateBackupRequest extends js.Object {\n    var ServerName: ServerName\n    var Description: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateBackupRequest {\n    @inline\n    def apply(\n        ServerName: ServerName,\n        Description: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBackupResponse extends js.Object {\n    var Backup: js.UndefOr[Backup]\n  }\n\n  object CreateBackupResponse {\n    @inline\n    def apply(\n        Backup: js.UndefOr[Backup] = js.undefined\n    ): CreateBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      Backup.foreach(__v => __obj.updateDynamic(\"Backup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateServerRequest extends js.Object {\n    var Engine: String\n    var InstanceProfileArn: InstanceProfileArn\n    var InstanceType: String\n    var ServerName: ServerName\n    var ServiceRoleArn: ServiceRoleArn\n    var AssociatePublicIpAddress: js.UndefOr[Boolean]\n    var BackupId: js.UndefOr[BackupId]\n    var BackupRetentionCount: js.UndefOr[BackupRetentionCountDefinition]\n    var CustomCertificate: js.UndefOr[CustomCertificate]\n    var CustomDomain: js.UndefOr[CustomDomain]\n    var CustomPrivateKey: js.UndefOr[CustomPrivateKey]\n    var DisableAutomatedBackup: js.UndefOr[Boolean]\n    var EngineAttributes: js.UndefOr[EngineAttributes]\n    var EngineModel: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var KeyPair: js.UndefOr[KeyPair]\n    var PreferredBackupWindow: js.UndefOr[TimeWindowDefinition]\n    var PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition]\n    var SecurityGroupIds: js.UndefOr[Strings]\n    var SubnetIds: js.UndefOr[Strings]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateServerRequest {\n    @inline\n    def apply(\n        Engine: String,\n        InstanceProfileArn: InstanceProfileArn,\n        InstanceType: String,\n        ServerName: ServerName,\n        ServiceRoleArn: ServiceRoleArn,\n        AssociatePublicIpAddress: js.UndefOr[Boolean] = js.undefined,\n        BackupId: js.UndefOr[BackupId] = js.undefined,\n        BackupRetentionCount: js.UndefOr[BackupRetentionCountDefinition] = js.undefined,\n        CustomCertificate: js.UndefOr[CustomCertificate] = js.undefined,\n        CustomDomain: js.UndefOr[CustomDomain] = js.undefined,\n        CustomPrivateKey: js.UndefOr[CustomPrivateKey] = js.undefined,\n        DisableAutomatedBackup: js.UndefOr[Boolean] = js.undefined,\n        EngineAttributes: js.UndefOr[EngineAttributes] = js.undefined,\n        EngineModel: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KeyPair: js.UndefOr[KeyPair] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        SecurityGroupIds: js.UndefOr[Strings] = js.undefined,\n        SubnetIds: js.UndefOr[Strings] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateServerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"InstanceProfileArn\" -> InstanceProfileArn.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any],\n        \"ServiceRoleArn\" -> ServiceRoleArn.asInstanceOf[js.Any]\n      )\n\n      AssociatePublicIpAddress.foreach(__v => __obj.updateDynamic(\"AssociatePublicIpAddress\")(__v.asInstanceOf[js.Any]))\n      BackupId.foreach(__v => __obj.updateDynamic(\"BackupId\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionCount.foreach(__v => __obj.updateDynamic(\"BackupRetentionCount\")(__v.asInstanceOf[js.Any]))\n      CustomCertificate.foreach(__v => __obj.updateDynamic(\"CustomCertificate\")(__v.asInstanceOf[js.Any]))\n      CustomDomain.foreach(__v => __obj.updateDynamic(\"CustomDomain\")(__v.asInstanceOf[js.Any]))\n      CustomPrivateKey.foreach(__v => __obj.updateDynamic(\"CustomPrivateKey\")(__v.asInstanceOf[js.Any]))\n      DisableAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DisableAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      EngineAttributes.foreach(__v => __obj.updateDynamic(\"EngineAttributes\")(__v.asInstanceOf[js.Any]))\n      EngineModel.foreach(__v => __obj.updateDynamic(\"EngineModel\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KeyPair.foreach(__v => __obj.updateDynamic(\"KeyPair\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateServerRequest]\n    }\n  }\n\n  @js.native\n  trait CreateServerResponse extends js.Object {\n    var Server: js.UndefOr[Server]\n  }\n\n  object CreateServerResponse {\n    @inline\n    def apply(\n        Server: js.UndefOr[Server] = js.undefined\n    ): CreateServerResponse = {\n      val __obj = js.Dynamic.literal()\n      Server.foreach(__v => __obj.updateDynamic(\"Server\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateServerResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteBackupRequest extends js.Object {\n    var BackupId: BackupId\n  }\n\n  object DeleteBackupRequest {\n    @inline\n    def apply(\n        BackupId: BackupId\n    ): DeleteBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BackupId\" -> BackupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBackupResponse extends js.Object\n\n  object DeleteBackupResponse {\n    @inline\n    def apply(): DeleteBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteBackupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteServerRequest extends js.Object {\n    var ServerName: ServerName\n  }\n\n  object DeleteServerRequest {\n    @inline\n    def apply(\n        ServerName: ServerName\n    ): DeleteServerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteServerRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteServerResponse extends js.Object\n\n  object DeleteServerResponse {\n    @inline\n    def apply(): DeleteServerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteServerResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountAttributesRequest extends js.Object\n\n  object DescribeAccountAttributesRequest {\n    @inline\n    def apply(): DescribeAccountAttributesRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeAccountAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountAttributesResponse extends js.Object {\n    var Attributes: js.UndefOr[AccountAttributes]\n  }\n\n  object DescribeAccountAttributesResponse {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AccountAttributes] = js.undefined\n    ): DescribeAccountAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccountAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBackupsRequest extends js.Object {\n    var BackupId: js.UndefOr[BackupId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ServerName: js.UndefOr[ServerName]\n  }\n\n  object DescribeBackupsRequest {\n    @inline\n    def apply(\n        BackupId: js.UndefOr[BackupId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ServerName: js.UndefOr[ServerName] = js.undefined\n    ): DescribeBackupsRequest = {\n      val __obj = js.Dynamic.literal()\n      BackupId.foreach(__v => __obj.updateDynamic(\"BackupId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBackupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBackupsResponse extends js.Object {\n    var Backups: js.UndefOr[Backups]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeBackupsResponse {\n    @inline\n    def apply(\n        Backups: js.UndefOr[Backups] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeBackupsResponse = {\n      val __obj = js.Dynamic.literal()\n      Backups.foreach(__v => __obj.updateDynamic(\"Backups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBackupsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsRequest extends js.Object {\n    var ServerName: ServerName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeEventsRequest {\n    @inline\n    def apply(\n        ServerName: ServerName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeEventsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var ServerEvents: js.UndefOr[ServerEvents]\n  }\n\n  object DescribeEventsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        ServerEvents: js.UndefOr[ServerEvents] = js.undefined\n    ): DescribeEventsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ServerEvents.foreach(__v => __obj.updateDynamic(\"ServerEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeNodeAssociationStatusRequest extends js.Object {\n    var NodeAssociationStatusToken: NodeAssociationStatusToken\n    var ServerName: ServerName\n  }\n\n  object DescribeNodeAssociationStatusRequest {\n    @inline\n    def apply(\n        NodeAssociationStatusToken: NodeAssociationStatusToken,\n        ServerName: ServerName\n    ): DescribeNodeAssociationStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"NodeAssociationStatusToken\" -> NodeAssociationStatusToken.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeNodeAssociationStatusRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeNodeAssociationStatusResponse extends js.Object {\n    var EngineAttributes: js.UndefOr[EngineAttributes]\n    var NodeAssociationStatus: js.UndefOr[NodeAssociationStatus]\n  }\n\n  object DescribeNodeAssociationStatusResponse {\n    @inline\n    def apply(\n        EngineAttributes: js.UndefOr[EngineAttributes] = js.undefined,\n        NodeAssociationStatus: js.UndefOr[NodeAssociationStatus] = js.undefined\n    ): DescribeNodeAssociationStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      EngineAttributes.foreach(__v => __obj.updateDynamic(\"EngineAttributes\")(__v.asInstanceOf[js.Any]))\n      NodeAssociationStatus.foreach(__v => __obj.updateDynamic(\"NodeAssociationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNodeAssociationStatusResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeServersRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ServerName: js.UndefOr[ServerName]\n  }\n\n  object DescribeServersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ServerName: js.UndefOr[ServerName] = js.undefined\n    ): DescribeServersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeServersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Servers: js.UndefOr[Servers]\n  }\n\n  object DescribeServersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Servers: js.UndefOr[Servers] = js.undefined\n    ): DescribeServersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Servers.foreach(__v => __obj.updateDynamic(\"Servers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServersResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateNodeRequest extends js.Object {\n    var NodeName: NodeName\n    var ServerName: ServerName\n    var EngineAttributes: js.UndefOr[EngineAttributes]\n  }\n\n  object DisassociateNodeRequest {\n    @inline\n    def apply(\n        NodeName: NodeName,\n        ServerName: ServerName,\n        EngineAttributes: js.UndefOr[EngineAttributes] = js.undefined\n    ): DisassociateNodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"NodeName\" -> NodeName.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      EngineAttributes.foreach(__v => __obj.updateDynamic(\"EngineAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateNodeRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateNodeResponse extends js.Object {\n    var NodeAssociationStatusToken: js.UndefOr[NodeAssociationStatusToken]\n  }\n\n  object DisassociateNodeResponse {\n    @inline\n    def apply(\n        NodeAssociationStatusToken: js.UndefOr[NodeAssociationStatusToken] = js.undefined\n    ): DisassociateNodeResponse = {\n      val __obj = js.Dynamic.literal()\n      NodeAssociationStatusToken.foreach(__v => __obj.updateDynamic(\"NodeAssociationStatusToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateNodeResponse]\n    }\n  }\n\n  \/** A name and value pair that is specific to the engine of the server.\n    *\/\n  @js.native\n  trait EngineAttribute extends js.Object {\n    var Name: js.UndefOr[EngineAttributeName]\n    var Value: js.UndefOr[EngineAttributeValue]\n  }\n\n  object EngineAttribute {\n    @inline\n    def apply(\n        Name: js.UndefOr[EngineAttributeName] = js.undefined,\n        Value: js.UndefOr[EngineAttributeValue] = js.undefined\n    ): EngineAttribute = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EngineAttribute]\n    }\n  }\n\n  @js.native\n  trait ExportServerEngineAttributeRequest extends js.Object {\n    var ExportAttributeName: String\n    var ServerName: ServerName\n    var InputAttributes: js.UndefOr[EngineAttributes]\n  }\n\n  object ExportServerEngineAttributeRequest {\n    @inline\n    def apply(\n        ExportAttributeName: String,\n        ServerName: ServerName,\n        InputAttributes: js.UndefOr[EngineAttributes] = js.undefined\n    ): ExportServerEngineAttributeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExportAttributeName\" -> ExportAttributeName.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      InputAttributes.foreach(__v => __obj.updateDynamic(\"InputAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportServerEngineAttributeRequest]\n    }\n  }\n\n  @js.native\n  trait ExportServerEngineAttributeResponse extends js.Object {\n    var EngineAttribute: js.UndefOr[EngineAttribute]\n    var ServerName: js.UndefOr[ServerName]\n  }\n\n  object ExportServerEngineAttributeResponse {\n    @inline\n    def apply(\n        EngineAttribute: js.UndefOr[EngineAttribute] = js.undefined,\n        ServerName: js.UndefOr[ServerName] = js.undefined\n    ): ExportServerEngineAttributeResponse = {\n      val __obj = js.Dynamic.literal()\n      EngineAttribute.foreach(__v => __obj.updateDynamic(\"EngineAttribute\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportServerEngineAttributeResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: AWSOpsWorksCMResourceArn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AWSOpsWorksCMResourceArn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait MaintenanceStatus extends js.Any\n  object MaintenanceStatus {\n    val SUCCESS = \"SUCCESS\".asInstanceOf[MaintenanceStatus]\n    val FAILED = \"FAILED\".asInstanceOf[MaintenanceStatus]\n\n    @inline def values = js.Array(SUCCESS, FAILED)\n  }\n\n  \/** The status of the association or disassociation request. <p class=\"title\"> ```Possible values:``` <\/p>* <code>SUCCESS<\/code>: The association or disassociation succeeded. * <code>FAILED<\/code>: The association or disassociation failed. * <code>IN_PROGRESS<\/code>: The association or disassociation is still in progress.\n    *\/\n  @js.native\n  sealed trait NodeAssociationStatus extends js.Any\n  object NodeAssociationStatus {\n    val SUCCESS = \"SUCCESS\".asInstanceOf[NodeAssociationStatus]\n    val FAILED = \"FAILED\".asInstanceOf[NodeAssociationStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[NodeAssociationStatus]\n\n    @inline def values = js.Array(SUCCESS, FAILED, IN_PROGRESS)\n  }\n\n  @js.native\n  trait RestoreServerRequest extends js.Object {\n    var BackupId: BackupId\n    var ServerName: ServerName\n    var InstanceType: js.UndefOr[String]\n    var KeyPair: js.UndefOr[KeyPair]\n  }\n\n  object RestoreServerRequest {\n    @inline\n    def apply(\n        BackupId: BackupId,\n        ServerName: ServerName,\n        InstanceType: js.UndefOr[String] = js.undefined,\n        KeyPair: js.UndefOr[KeyPair] = js.undefined\n    ): RestoreServerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BackupId\" -> BackupId.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      KeyPair.foreach(__v => __obj.updateDynamic(\"KeyPair\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreServerRequest]\n    }\n  }\n\n  @js.native\n  trait RestoreServerResponse extends js.Object\n\n  object RestoreServerResponse {\n    @inline\n    def apply(): RestoreServerResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RestoreServerResponse]\n    }\n  }\n\n  \/** Describes a configuration management server.\n    *\/\n  @js.native\n  trait Server extends js.Object {\n    var AssociatePublicIpAddress: js.UndefOr[Boolean]\n    var BackupRetentionCount: js.UndefOr[Int]\n    var CloudFormationStackArn: js.UndefOr[String]\n    var CreatedAt: js.UndefOr[Timestamp]\n    var CustomDomain: js.UndefOr[CustomDomain]\n    var DisableAutomatedBackup: js.UndefOr[Boolean]\n    var Endpoint: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineAttributes: js.UndefOr[EngineAttributes]\n    var EngineModel: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var InstanceProfileArn: js.UndefOr[String]\n    var InstanceType: js.UndefOr[String]\n    var KeyPair: js.UndefOr[String]\n    var MaintenanceStatus: js.UndefOr[MaintenanceStatus]\n    var PreferredBackupWindow: js.UndefOr[TimeWindowDefinition]\n    var PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition]\n    var SecurityGroupIds: js.UndefOr[Strings]\n    var ServerArn: js.UndefOr[String]\n    var ServerName: js.UndefOr[String]\n    var ServiceRoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[ServerStatus]\n    var StatusReason: js.UndefOr[String]\n    var SubnetIds: js.UndefOr[Strings]\n  }\n\n  object Server {\n    @inline\n    def apply(\n        AssociatePublicIpAddress: js.UndefOr[Boolean] = js.undefined,\n        BackupRetentionCount: js.UndefOr[Int] = js.undefined,\n        CloudFormationStackArn: js.UndefOr[String] = js.undefined,\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        CustomDomain: js.UndefOr[CustomDomain] = js.undefined,\n        DisableAutomatedBackup: js.UndefOr[Boolean] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineAttributes: js.UndefOr[EngineAttributes] = js.undefined,\n        EngineModel: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        InstanceProfileArn: js.UndefOr[String] = js.undefined,\n        InstanceType: js.UndefOr[String] = js.undefined,\n        KeyPair: js.UndefOr[String] = js.undefined,\n        MaintenanceStatus: js.UndefOr[MaintenanceStatus] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        SecurityGroupIds: js.UndefOr[Strings] = js.undefined,\n        ServerArn: js.UndefOr[String] = js.undefined,\n        ServerName: js.UndefOr[String] = js.undefined,\n        ServiceRoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[ServerStatus] = js.undefined,\n        StatusReason: js.UndefOr[String] = js.undefined,\n        SubnetIds: js.UndefOr[Strings] = js.undefined\n    ): Server = {\n      val __obj = js.Dynamic.literal()\n      AssociatePublicIpAddress.foreach(__v => __obj.updateDynamic(\"AssociatePublicIpAddress\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionCount.foreach(__v => __obj.updateDynamic(\"BackupRetentionCount\")(__v.asInstanceOf[js.Any]))\n      CloudFormationStackArn.foreach(__v => __obj.updateDynamic(\"CloudFormationStackArn\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      CustomDomain.foreach(__v => __obj.updateDynamic(\"CustomDomain\")(__v.asInstanceOf[js.Any]))\n      DisableAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DisableAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineAttributes.foreach(__v => __obj.updateDynamic(\"EngineAttributes\")(__v.asInstanceOf[js.Any]))\n      EngineModel.foreach(__v => __obj.updateDynamic(\"EngineModel\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileArn.foreach(__v => __obj.updateDynamic(\"InstanceProfileArn\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      KeyPair.foreach(__v => __obj.updateDynamic(\"KeyPair\")(__v.asInstanceOf[js.Any]))\n      MaintenanceStatus.foreach(__v => __obj.updateDynamic(\"MaintenanceStatus\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      ServerArn.foreach(__v => __obj.updateDynamic(\"ServerArn\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusReason.foreach(__v => __obj.updateDynamic(\"StatusReason\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Server]\n    }\n  }\n\n  \/** An event that is related to the server, such as the start of maintenance or backup.\n    *\/\n  @js.native\n  trait ServerEvent extends js.Object {\n    var CreatedAt: js.UndefOr[Timestamp]\n    var LogUrl: js.UndefOr[String]\n    var Message: js.UndefOr[String]\n    var ServerName: js.UndefOr[String]\n  }\n\n  object ServerEvent {\n    @inline\n    def apply(\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        LogUrl: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        ServerName: js.UndefOr[String] = js.undefined\n    ): ServerEvent = {\n      val __obj = js.Dynamic.literal()\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      LogUrl.foreach(__v => __obj.updateDynamic(\"LogUrl\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      ServerName.foreach(__v => __obj.updateDynamic(\"ServerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServerEvent]\n    }\n  }\n\n  @js.native\n  sealed trait ServerStatus extends js.Any\n  object ServerStatus {\n    val BACKING_UP = \"BACKING_UP\".asInstanceOf[ServerStatus]\n    val CONNECTION_LOST = \"CONNECTION_LOST\".asInstanceOf[ServerStatus]\n    val CREATING = \"CREATING\".asInstanceOf[ServerStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ServerStatus]\n    val MODIFYING = \"MODIFYING\".asInstanceOf[ServerStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ServerStatus]\n    val HEALTHY = \"HEALTHY\".asInstanceOf[ServerStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[ServerStatus]\n    val RESTORING = \"RESTORING\".asInstanceOf[ServerStatus]\n    val SETUP = \"SETUP\".asInstanceOf[ServerStatus]\n    val UNDER_MAINTENANCE = \"UNDER_MAINTENANCE\".asInstanceOf[ServerStatus]\n    val UNHEALTHY = \"UNHEALTHY\".asInstanceOf[ServerStatus]\n    val TERMINATED = \"TERMINATED\".asInstanceOf[ServerStatus]\n\n    @inline def values = js.Array(BACKING_UP, CONNECTION_LOST, CREATING, DELETING, MODIFYING, FAILED, HEALTHY, RUNNING, RESTORING, SETUP, UNDER_MAINTENANCE, UNHEALTHY, TERMINATED)\n  }\n\n  @js.native\n  trait StartMaintenanceRequest extends js.Object {\n    var ServerName: ServerName\n    var EngineAttributes: js.UndefOr[EngineAttributes]\n  }\n\n  object StartMaintenanceRequest {\n    @inline\n    def apply(\n        ServerName: ServerName,\n        EngineAttributes: js.UndefOr[EngineAttributes] = js.undefined\n    ): StartMaintenanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      EngineAttributes.foreach(__v => __obj.updateDynamic(\"EngineAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMaintenanceRequest]\n    }\n  }\n\n  @js.native\n  trait StartMaintenanceResponse extends js.Object {\n    var Server: js.UndefOr[Server]\n  }\n\n  object StartMaintenanceResponse {\n    @inline\n    def apply(\n        Server: js.UndefOr[Server] = js.undefined\n    ): StartMaintenanceResponse = {\n      val __obj = js.Dynamic.literal()\n      Server.foreach(__v => __obj.updateDynamic(\"Server\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMaintenanceResponse]\n    }\n  }\n\n  \/** A map that contains tag keys and tag values to attach to an AWS OpsWorks for Chef Automate or AWS OpsWorks for Puppet Enterprise server. Leading and trailing white spaces are trimmed from both the key and value. A maximum of 50 user-applied tags is allowed for tag-supported AWS OpsWorks-CM resources.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: AWSOpsWorksCMResourceArn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AWSOpsWorksCMResourceArn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: AWSOpsWorksCMResourceArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: AWSOpsWorksCMResourceArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateServerEngineAttributesRequest extends js.Object {\n    var AttributeName: AttributeName\n    var ServerName: ServerName\n    var AttributeValue: js.UndefOr[AttributeValue]\n  }\n\n  object UpdateServerEngineAttributesRequest {\n    @inline\n    def apply(\n        AttributeName: AttributeName,\n        ServerName: ServerName,\n        AttributeValue: js.UndefOr[AttributeValue] = js.undefined\n    ): UpdateServerEngineAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      AttributeValue.foreach(__v => __obj.updateDynamic(\"AttributeValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServerEngineAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateServerEngineAttributesResponse extends js.Object {\n    var Server: js.UndefOr[Server]\n  }\n\n  object UpdateServerEngineAttributesResponse {\n    @inline\n    def apply(\n        Server: js.UndefOr[Server] = js.undefined\n    ): UpdateServerEngineAttributesResponse = {\n      val __obj = js.Dynamic.literal()\n      Server.foreach(__v => __obj.updateDynamic(\"Server\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServerEngineAttributesResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateServerRequest extends js.Object {\n    var ServerName: ServerName\n    var BackupRetentionCount: js.UndefOr[Int]\n    var DisableAutomatedBackup: js.UndefOr[Boolean]\n    var PreferredBackupWindow: js.UndefOr[TimeWindowDefinition]\n    var PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition]\n  }\n\n  object UpdateServerRequest {\n    @inline\n    def apply(\n        ServerName: ServerName,\n        BackupRetentionCount: js.UndefOr[Int] = js.undefined,\n        DisableAutomatedBackup: js.UndefOr[Boolean] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[TimeWindowDefinition] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[TimeWindowDefinition] = js.undefined\n    ): UpdateServerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerName\" -> ServerName.asInstanceOf[js.Any]\n      )\n\n      BackupRetentionCount.foreach(__v => __obj.updateDynamic(\"BackupRetentionCount\")(__v.asInstanceOf[js.Any]))\n      DisableAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DisableAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServerRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateServerResponse extends js.Object {\n    var Server: js.UndefOr[Server]\n  }\n\n  object UpdateServerResponse {\n    @inline\n    def apply(\n        Server: js.UndefOr[Server] = js.undefined\n    ): UpdateServerResponse = {\n      val __obj = js.Dynamic.literal()\n      Server.foreach(__v => __obj.updateDynamic(\"Server\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServerResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotdata\/src\/main\/scala\/facade\/amazonaws\/services\/IotData.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotdata {\n  type JsonDocument = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type NamedShadowList = js.Array[ShadowName]\n  type NextToken = String\n  type PageSize = Int\n  type Payload = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type Qos = Int\n  type ShadowName = String\n  type ThingName = String\n  type Timestamp = Double\n  type Topic = String\n\n  implicit final class IotDataOps(private val service: IotData) extends AnyVal {\n\n    @inline def deleteThingShadowFuture(params: DeleteThingShadowRequest): Future[DeleteThingShadowResponse] = service.deleteThingShadow(params).promise().toFuture\n    @inline def getThingShadowFuture(params: GetThingShadowRequest): Future[GetThingShadowResponse] = service.getThingShadow(params).promise().toFuture\n    @inline def listNamedShadowsForThingFuture(params: ListNamedShadowsForThingRequest): Future[ListNamedShadowsForThingResponse] = service.listNamedShadowsForThing(params).promise().toFuture\n    @inline def publishFuture(params: PublishRequest): Future[js.Object] = service.publish(params).promise().toFuture\n    @inline def updateThingShadowFuture(params: UpdateThingShadowRequest): Future[UpdateThingShadowResponse] = service.updateThingShadow(params).promise().toFuture\n\n  }\n}\n\npackage iotdata {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotdata\", JSImport.Namespace, \"AWS.IotData\")\n  class IotData() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteThingShadow(params: DeleteThingShadowRequest): Request[DeleteThingShadowResponse] = js.native\n    def getThingShadow(params: GetThingShadowRequest): Request[GetThingShadowResponse] = js.native\n    def listNamedShadowsForThing(params: ListNamedShadowsForThingRequest): Request[ListNamedShadowsForThingResponse] = js.native\n    def publish(params: PublishRequest): Request[js.Object] = js.native\n    def updateThingShadow(params: UpdateThingShadowRequest): Request[UpdateThingShadowResponse] = js.native\n  }\n\n  \/** The input for the DeleteThingShadow operation.\n    *\/\n  @js.native\n  trait DeleteThingShadowRequest extends js.Object {\n    var thingName: ThingName\n    var shadowName: js.UndefOr[ShadowName]\n  }\n\n  object DeleteThingShadowRequest {\n    @inline\n    def apply(\n        thingName: ThingName,\n        shadowName: js.UndefOr[ShadowName] = js.undefined\n    ): DeleteThingShadowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      shadowName.foreach(__v => __obj.updateDynamic(\"shadowName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteThingShadowRequest]\n    }\n  }\n\n  \/** The output from the DeleteThingShadow operation.\n    *\/\n  @js.native\n  trait DeleteThingShadowResponse extends js.Object {\n    var payload: JsonDocument\n  }\n\n  object DeleteThingShadowResponse {\n    @inline\n    def apply(\n        payload: JsonDocument\n    ): DeleteThingShadowResponse = {\n      val __obj = js.Dynamic.literal(\n        \"payload\" -> payload.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteThingShadowResponse]\n    }\n  }\n\n  \/** The input for the GetThingShadow operation.\n    *\/\n  @js.native\n  trait GetThingShadowRequest extends js.Object {\n    var thingName: ThingName\n    var shadowName: js.UndefOr[ShadowName]\n  }\n\n  object GetThingShadowRequest {\n    @inline\n    def apply(\n        thingName: ThingName,\n        shadowName: js.UndefOr[ShadowName] = js.undefined\n    ): GetThingShadowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      shadowName.foreach(__v => __obj.updateDynamic(\"shadowName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetThingShadowRequest]\n    }\n  }\n\n  \/** The output from the GetThingShadow operation.\n    *\/\n  @js.native\n  trait GetThingShadowResponse extends js.Object {\n    var payload: js.UndefOr[JsonDocument]\n  }\n\n  object GetThingShadowResponse {\n    @inline\n    def apply(\n        payload: js.UndefOr[JsonDocument] = js.undefined\n    ): GetThingShadowResponse = {\n      val __obj = js.Dynamic.literal()\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetThingShadowResponse]\n    }\n  }\n\n  @js.native\n  trait ListNamedShadowsForThingRequest extends js.Object {\n    var thingName: ThingName\n    var nextToken: js.UndefOr[NextToken]\n    var pageSize: js.UndefOr[PageSize]\n  }\n\n  object ListNamedShadowsForThingRequest {\n    @inline\n    def apply(\n        thingName: ThingName,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        pageSize: js.UndefOr[PageSize] = js.undefined\n    ): ListNamedShadowsForThingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      pageSize.foreach(__v => __obj.updateDynamic(\"pageSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamedShadowsForThingRequest]\n    }\n  }\n\n  @js.native\n  trait ListNamedShadowsForThingResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var results: js.UndefOr[NamedShadowList]\n    var timestamp: js.UndefOr[Timestamp]\n  }\n\n  object ListNamedShadowsForThingResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        results: js.UndefOr[NamedShadowList] = js.undefined,\n        timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): ListNamedShadowsForThingResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      results.foreach(__v => __obj.updateDynamic(\"results\")(__v.asInstanceOf[js.Any]))\n      timestamp.foreach(__v => __obj.updateDynamic(\"timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamedShadowsForThingResponse]\n    }\n  }\n\n  \/** The input for the Publish operation.\n    *\/\n  @js.native\n  trait PublishRequest extends js.Object {\n    var topic: Topic\n    var payload: js.UndefOr[Payload]\n    var qos: js.UndefOr[Qos]\n  }\n\n  object PublishRequest {\n    @inline\n    def apply(\n        topic: Topic,\n        payload: js.UndefOr[Payload] = js.undefined,\n        qos: js.UndefOr[Qos] = js.undefined\n    ): PublishRequest = {\n      val __obj = js.Dynamic.literal(\n        \"topic\" -> topic.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      qos.foreach(__v => __obj.updateDynamic(\"qos\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublishRequest]\n    }\n  }\n\n  \/** The input for the UpdateThingShadow operation.\n    *\/\n  @js.native\n  trait UpdateThingShadowRequest extends js.Object {\n    var payload: JsonDocument\n    var thingName: ThingName\n    var shadowName: js.UndefOr[ShadowName]\n  }\n\n  object UpdateThingShadowRequest {\n    @inline\n    def apply(\n        payload: JsonDocument,\n        thingName: ThingName,\n        shadowName: js.UndefOr[ShadowName] = js.undefined\n    ): UpdateThingShadowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"payload\" -> payload.asInstanceOf[js.Any],\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      shadowName.foreach(__v => __obj.updateDynamic(\"shadowName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThingShadowRequest]\n    }\n  }\n\n  \/** The output from the UpdateThingShadow operation.\n    *\/\n  @js.native\n  trait UpdateThingShadowResponse extends js.Object {\n    var payload: js.UndefOr[JsonDocument]\n  }\n\n  object UpdateThingShadowResponse {\n    @inline\n    def apply(\n        payload: js.UndefOr[JsonDocument] = js.undefined\n    ): UpdateThingShadowResponse = {\n      val __obj = js.Dynamic.literal()\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThingShadowResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"build.sbt","text":"import scala.util._\n\nThisBuild \/ crossScalaVersions := Seq(SharedConfig.scala213Version, SharedConfig.scala212Version)\nThisBuild \/ scalaVersion := SharedConfig.scala213Version\nThisBuild \/ organization := \"net.exoego\"\nThisBuild \/ concurrentRestrictions += Tags.limit(\n  ScalaJSTags.Link,\n  max = Try(System.getenv(\"SCALAJS_LINK_MAX\").toInt).getOrElse(4)\n)\nGlobal \/ excludeLintKeys += publishArtifact\n\nlazy val core = (project in file(\"core\"))\n  .settings(SharedConfig.settings)\n  .settings(SharedConfig.publishSetting)\n  .settings(\n    name := s\"${SharedConfig.libraryName}-core\"\n  )\n  .enablePlugins(ScalaJSPlugin)\n\nlazy val credentials = (project in file(\"credentials\"))\n  .settings(SharedConfig.settings)\n  .settings(SharedConfig.publishSetting)\n  .settings(\n    name := s\"${SharedConfig.libraryName}-credentials\"\n  )\n  .enablePlugins(ScalaJSPlugin)\n  .dependsOn(awsSTS, awsCognitoIdentity)\n\ndef defineAwsProject(service: String): Project = {\n  val lowerServiceName = service.toLowerCase\n  Project(id = s\"aws$service\", base = file(\"services\") \/ lowerServiceName)\n    .dependsOn(core)\n    .settings(SharedConfig.settings)\n    .settings(SharedConfig.publishSetting)\n    .settings(\n      name := s\"${SharedConfig.libraryName}-$lowerServiceName\"\n    )\n    .enablePlugins(ScalaJSPlugin)\n}\n\nlazy val awsAccessAnalyzer = defineAwsProject(\"AccessAnalyzer\")\nlazy val awsACM = defineAwsProject(\"ACM\")\nlazy val awsACMPCA = defineAwsProject(\"ACMPCA\")\nlazy val awsAlexaForBusiness = defineAwsProject(\"AlexaForBusiness\")\nlazy val awsAmp = defineAwsProject(\"Amp\")\nlazy val awsAmplify = defineAwsProject(\"Amplify\")\nlazy val awsAmplifyBackend = defineAwsProject(\"AmplifyBackend\")\nlazy val awsAPIGateway = defineAwsProject(\"APIGateway\")\nlazy val awsApiGatewayManagementApi = defineAwsProject(\"ApiGatewayManagementApi\")\nlazy val awsApiGatewayV2 = defineAwsProject(\"ApiGatewayV2\")\nlazy val awsAppConfig = defineAwsProject(\"AppConfig\")\nlazy val awsAppflow = defineAwsProject(\"Appflow\")\nlazy val awsAppIntegrations = defineAwsProject(\"AppIntegrations\")\nlazy val awsApplicationAutoScaling = defineAwsProject(\"ApplicationAutoScaling\")\nlazy val awsApplicationDiscovery = defineAwsProject(\"ApplicationDiscovery\")\nlazy val awsApplicationInsights = defineAwsProject(\"ApplicationInsights\")\nlazy val awsAppMesh = defineAwsProject(\"AppMesh\")\nlazy val awsAppStream = defineAwsProject(\"AppStream\")\nlazy val awsAppSync = defineAwsProject(\"AppSync\")\nlazy val awsAthena = defineAwsProject(\"Athena\")\nlazy val awsAuditManager = defineAwsProject(\"AuditManager\")\nlazy val awsAugmentedAIRuntime = defineAwsProject(\"AugmentedAIRuntime\")\nlazy val awsAutoScaling = defineAwsProject(\"AutoScaling\")\nlazy val awsAutoScalingPlans = defineAwsProject(\"AutoScalingPlans\")\nlazy val awsBackup = defineAwsProject(\"Backup\")\nlazy val awsBatch = defineAwsProject(\"Batch\")\nlazy val awsBraket = defineAwsProject(\"Braket\")\nlazy val awsBudgetsService = defineAwsProject(\"BudgetsService\")\nlazy val awsChime = defineAwsProject(\"Chime\")\nlazy val awsCloud9 = defineAwsProject(\"Cloud9\")\nlazy val awsCloudDirectory = defineAwsProject(\"CloudDirectory\")\nlazy val awsCloudFormation = defineAwsProject(\"CloudFormation\")\nlazy val awsCloudFront = defineAwsProject(\"CloudFront\")\nlazy val awsCloudFrontSigner = defineAwsProject(\"CloudFrontSigner\")\nlazy val awsCloudHSM = defineAwsProject(\"CloudHSM\")\nlazy val awsCloudHSMV2 = defineAwsProject(\"CloudHSMV2\")\nlazy val awsCloudSearch = defineAwsProject(\"CloudSearch\")\nlazy val awsCloudSearchDomain = defineAwsProject(\"CloudSearchDomain\")\nlazy val awsCloudTrail = defineAwsProject(\"CloudTrail\")\nlazy val awsCloudWatch = defineAwsProject(\"CloudWatch\")\nlazy val awsCloudWatchEvents = defineAwsProject(\"CloudWatchEvents\")\nlazy val awsCloudWatchLogs = defineAwsProject(\"CloudWatchLogs\")\nlazy val awsCodeArtifact = defineAwsProject(\"CodeArtifact\")\nlazy val awsCodeBuild = defineAwsProject(\"CodeBuild\")\nlazy val awsCodeCommit = defineAwsProject(\"CodeCommit\")\nlazy val awsCodeDeploy = defineAwsProject(\"CodeDeploy\")\nlazy val awsCodeGuruProfiler = defineAwsProject(\"CodeGuruProfiler\")\nlazy val awsCodeGuruReviewer = defineAwsProject(\"CodeGuruReviewer\")\nlazy val awsCodePipeline = defineAwsProject(\"CodePipeline\")\nlazy val awsCodeStar = defineAwsProject(\"CodeStar\")\nlazy val awsCodeStarconnections = defineAwsProject(\"CodeStarconnections\")\nlazy val awsCodeStarNotifications = defineAwsProject(\"CodeStarNotifications\")\nlazy val awsCognitoIdentity = defineAwsProject(\"CognitoIdentity\")\nlazy val awsCognitoIdentityProvider = defineAwsProject(\"CognitoIdentityProvider\")\nlazy val awsCognitoSync = defineAwsProject(\"CognitoSync\")\nlazy val awsComprehend = defineAwsProject(\"Comprehend\")\nlazy val awsComprehendMedical = defineAwsProject(\"ComprehendMedical\")\nlazy val awsComputeOptimizer = defineAwsProject(\"ComputeOptimizer\")\nlazy val awsConfigService = defineAwsProject(\"ConfigService\")\nlazy val awsConnect = defineAwsProject(\"Connect\")\nlazy val awsConnectContactLens = defineAwsProject(\"ConnectContactLens\")\nlazy val awsConnectParticipant = defineAwsProject(\"ConnectParticipant\")\nlazy val awsCostExplorer = defineAwsProject(\"CostExplorer\")\nlazy val awsCUR = defineAwsProject(\"CUR\")\nlazy val awsCustomerProfiles = defineAwsProject(\"CustomerProfiles\")\nlazy val awsDataBrew = defineAwsProject(\"DataBrew\")\nlazy val awsDataExchange = defineAwsProject(\"DataExchange\")\nlazy val awsDataPipeline = defineAwsProject(\"DataPipeline\")\nlazy val awsDataSync = defineAwsProject(\"DataSync\")\nlazy val awsDAX = defineAwsProject(\"DAX\")\nlazy val awsDetective = defineAwsProject(\"Detective\")\nlazy val awsDeviceFarm = defineAwsProject(\"DeviceFarm\")\nlazy val awsDevOpsGuru = defineAwsProject(\"DevOpsGuru\")\nlazy val awsDirectConnect = defineAwsProject(\"DirectConnect\")\nlazy val awsDirectoryService = defineAwsProject(\"DirectoryService\")\nlazy val awsDLM = defineAwsProject(\"DLM\")\nlazy val awsDMS = defineAwsProject(\"DMS\")\nlazy val awsDocDb = defineAwsProject(\"DocDB\")\nlazy val awsDynamoDB = defineAwsProject(\"DynamoDB\").settings(libraryDependencies += Dependencies.shared.compat.value)\nlazy val awsDynamoDBStreams = defineAwsProject(\"DynamoDBStreams\")\nlazy val awsEBS = defineAwsProject(\"EBS\")\nlazy val awsEC2 = defineAwsProject(\"EC2\")\nlazy val awsEC2InstanceConnect = defineAwsProject(\"EC2InstanceConnect\")\nlazy val awsECR = defineAwsProject(\"ECR\")\nlazy val awsECRPUBLIC = defineAwsProject(\"ECRPUBLIC\")\nlazy val awsECS = defineAwsProject(\"ECS\")\nlazy val awsEFS = defineAwsProject(\"EFS\")\nlazy val awsEKS = defineAwsProject(\"EKS\")\nlazy val awsElastiCache = defineAwsProject(\"ElastiCache\")\nlazy val awsElasticBeanstalk = defineAwsProject(\"ElasticBeanstalk\")\nlazy val awsElasticInference = defineAwsProject(\"ElasticInference\")\nlazy val awsElasticTranscoder = defineAwsProject(\"ElasticTranscoder\")\nlazy val awsELB = defineAwsProject(\"ELB\")\nlazy val awsELBv2 = defineAwsProject(\"ELBv2\")\nlazy val awsEMR = defineAwsProject(\"EMR\")\nlazy val awsEMRcontainers = defineAwsProject(\"EMRcontainers\")\nlazy val awsES = defineAwsProject(\"ES\")\nlazy val awsEventBridge = defineAwsProject(\"EventBridge\")\nlazy val awsFirehose = defineAwsProject(\"Firehose\")\nlazy val awsFis = defineAwsProject(\"Fis\")\nlazy val awsFMS = defineAwsProject(\"FMS\")\nlazy val awsForecast = defineAwsProject(\"Forecast\")\nlazy val awsForecastQuery = defineAwsProject(\"ForecastQuery\")\nlazy val awsFraudDetector = defineAwsProject(\"FraudDetector\")\nlazy val awsFSx = defineAwsProject(\"FSx\")\nlazy val awsGameLift = defineAwsProject(\"GameLift\")\nlazy val awsGlacier = defineAwsProject(\"Glacier\")\nlazy val awsGlobalAccelerator = defineAwsProject(\"GlobalAccelerator\")\nlazy val awsGlue = defineAwsProject(\"Glue\")\nlazy val awsGreengrass = defineAwsProject(\"Greengrass\")\nlazy val awsGreengrassV2 = defineAwsProject(\"GreengrassV2\")\nlazy val awsGroundStation = defineAwsProject(\"GroundStation\")\nlazy val awsGuardDuty = defineAwsProject(\"GuardDuty\")\nlazy val awsHealth = defineAwsProject(\"Health\")\nlazy val awsHealthLake = defineAwsProject(\"HealthLake\")\nlazy val awsHoneycode = defineAwsProject(\"Honeycode\")\nlazy val awsIAM = defineAwsProject(\"IAM\")\nlazy val awsIdentityStore = defineAwsProject(\"IdentityStore\")\nlazy val awsImagebuilder = defineAwsProject(\"Imagebuilder\")\nlazy val awsImportExport = defineAwsProject(\"ImportExport\")\nlazy val awsInspector = defineAwsProject(\"Inspector\")\nlazy val awsIot = defineAwsProject(\"Iot\")\nlazy val awsIoT1ClickDevicesService = defineAwsProject(\"IoT1ClickDevicesService\")\nlazy val awsIoT1ClickProjects = defineAwsProject(\"IoT1ClickProjects\")\nlazy val awsIoTAnalytics = defineAwsProject(\"IoTAnalytics\")\nlazy val awsIotData = defineAwsProject(\"IotData\")\nlazy val awsIotDeviceAdvisor = defineAwsProject(\"IotDeviceAdvisor\")\nlazy val awsIotEvents = defineAwsProject(\"IotEvents\")\nlazy val awsIotEventsData = defineAwsProject(\"IotEventsData\")\nlazy val awsIoTFleetHub = defineAwsProject(\"IoTFleetHub\")\nlazy val awsIoTJobsDataPlane = defineAwsProject(\"IoTJobsDataPlane\")\nlazy val awsIoTSecureTunneling = defineAwsProject(\"IoTSecureTunneling\")\nlazy val awsIoTSiteWise = defineAwsProject(\"IoTSiteWise\")\nlazy val awsIotThingsGraph = defineAwsProject(\"IotThingsGraph\")\nlazy val awsIoTWireless = defineAwsProject(\"IoTWireless\")\nlazy val awsIVS = defineAwsProject(\"IVS\")\nlazy val awsKafka = defineAwsProject(\"Kafka\")\nlazy val awsKendra = defineAwsProject(\"Kendra\")\nlazy val awsKinesis = defineAwsProject(\"Kinesis\")\nlazy val awsKinesisAnalytics = defineAwsProject(\"KinesisAnalytics\")\nlazy val awsKinesisAnalyticsV2 = defineAwsProject(\"KinesisAnalyticsV2\")\nlazy val awsKinesisVideo = defineAwsProject(\"KinesisVideo\")\nlazy val awsKinesisVideoArchivedMedia = defineAwsProject(\"KinesisVideoArchivedMedia\")\nlazy val awsKinesisVideoMedia = defineAwsProject(\"KinesisVideoMedia\")\nlazy val awsKinesisVideoSignaling = defineAwsProject(\"KinesisVideoSignaling\")\nlazy val awsKMS = defineAwsProject(\"KMS\")\nlazy val awsLakeFormation = defineAwsProject(\"LakeFormation\")\nlazy val awsLambda = defineAwsProject(\"Lambda\")\nlazy val awsLexModelBuildingService = defineAwsProject(\"LexModelBuildingService\")\nlazy val awsLexModelsV2 = defineAwsProject(\"LexModelsV2\")\nlazy val awsLexRuntime = defineAwsProject(\"LexRuntime\")\nlazy val awsLexRuntimeV2 = defineAwsProject(\"LexRuntimeV2\")\nlazy val awsLicenseManager = defineAwsProject(\"LicenseManager\")\nlazy val awsLightsail = defineAwsProject(\"Lightsail\")\nlazy val awsLocation = defineAwsProject(\"Location\")\nlazy val awsLookoutEquipment = defineAwsProject(\"LookoutEquipment\")\nlazy val awsLookoutMetrics = defineAwsProject(\"LookoutMetrics\")\nlazy val awsLookoutVision = defineAwsProject(\"LookoutVision\")\nlazy val awsMachineLearning = defineAwsProject(\"MachineLearning\")\nlazy val awsMacie = defineAwsProject(\"Macie\")\nlazy val awsMacie2 = defineAwsProject(\"Macie2\")\nlazy val awsManagedBlockChain = defineAwsProject(\"ManagedBlockChain\")\nlazy val awsMarketplaceCatalog = defineAwsProject(\"MarketplaceCatalog\")\nlazy val awsMarketplaceCommerceAnalytics = defineAwsProject(\"MarketplaceCommerceAnalytics\")\nlazy val awsMarketplaceEntitlementService = defineAwsProject(\"MarketplaceEntitlementService\")\nlazy val awsMarketplaceMetering = defineAwsProject(\"MarketplaceMetering\")\nlazy val awsMediaConnect = defineAwsProject(\"MediaConnect\")\nlazy val awsMediaConvert = defineAwsProject(\"MediaConvert\")\nlazy val awsMediaLive = defineAwsProject(\"MediaLive\")\nlazy val awsMediaPackage = defineAwsProject(\"MediaPackage\")\nlazy val awsMediaPackageVod = defineAwsProject(\"MediaPackageVod\")\nlazy val awsMediaStore = defineAwsProject(\"MediaStore\")\nlazy val awsMediaStoreData = defineAwsProject(\"MediaStoreData\")\nlazy val awsMediaTailor = defineAwsProject(\"MediaTailor\")\nlazy val awsMgn = defineAwsProject(\"Mgn\")\nlazy val awsMigrationHub = defineAwsProject(\"MigrationHub\")\nlazy val awsMigrationHubConfig = defineAwsProject(\"MigrationHubConfig\")\nlazy val awsMobile = defineAwsProject(\"Mobile\")\nlazy val awsMobileAnalytics = defineAwsProject(\"MobileAnalytics\")\nlazy val awsMQ = defineAwsProject(\"MQ\")\nlazy val awsMTurk = defineAwsProject(\"MTurk\")\nlazy val awsMWAA = defineAwsProject(\"MWAA\")\nlazy val awsNeptune = defineAwsProject(\"Neptune\")\nlazy val awsNetworkFirewall = defineAwsProject(\"NetworkFirewall\")\nlazy val awsNetworkManager = defineAwsProject(\"NetworkManager\")\nlazy val awsOpsWorks = defineAwsProject(\"OpsWorks\")\nlazy val awsOpsWorksCM = defineAwsProject(\"OpsWorksCM\")\nlazy val awsOrganizations = defineAwsProject(\"Organizations\")\nlazy val awsOutposts = defineAwsProject(\"Outposts\")\nlazy val awsPersonalize = defineAwsProject(\"Personalize\")\nlazy val awsPersonalizeEvents = defineAwsProject(\"PersonalizeEvents\")\nlazy val awsPersonalizeRuntime = defineAwsProject(\"PersonalizeRuntime\")\nlazy val awsPI = defineAwsProject(\"PI\")\nlazy val awsPinpoint = defineAwsProject(\"Pinpoint\")\nlazy val awsPinpointEmail = defineAwsProject(\"PinpointEmail\")\nlazy val awsPinpointSMSVoice = defineAwsProject(\"PinpointSMSVoice\")\nlazy val awsPolly = defineAwsProject(\"Polly\")\nlazy val awsPricing = defineAwsProject(\"Pricing\")\nlazy val awsQLDB = defineAwsProject(\"QLDB\")\nlazy val awsQLDBSession = defineAwsProject(\"QLDBSession\")\nlazy val awsQuickSight = defineAwsProject(\"QuickSight\")\nlazy val awsRAM = defineAwsProject(\"RAM\")\nlazy val awsRDS = defineAwsProject(\"RDS\")\nlazy val awsRDSDataService = defineAwsProject(\"RDSDataService\")\nlazy val awsRedshift = defineAwsProject(\"Redshift\")\nlazy val awsRedshiftData = defineAwsProject(\"RedshiftData\")\nlazy val awsRekognition = defineAwsProject(\"Rekognition\")\nlazy val awsResourceGroups = defineAwsProject(\"ResourceGroups\")\nlazy val awsResourceGroupsTaggingAPI = defineAwsProject(\"ResourceGroupsTaggingAPI\")\nlazy val awsRoboMaker = defineAwsProject(\"RoboMaker\")\nlazy val awsRoute53 = defineAwsProject(\"Route53\")\nlazy val awsRoute53Domains = defineAwsProject(\"Route53Domains\")\nlazy val awsRoute53Resolver = defineAwsProject(\"Route53Resolver\")\nlazy val awsS3 = defineAwsProject(\"S3\")\nlazy val awsS3Control = defineAwsProject(\"S3Control\")\nlazy val awsS3Outposts = defineAwsProject(\"S3Outposts\")\nlazy val awsSageMaker = defineAwsProject(\"SageMaker\")\nlazy val awsSagemakerEdge = defineAwsProject(\"SagemakerEdge\")\nlazy val awsSageMakerFeatureStoreRuntime = defineAwsProject(\"SageMakerFeatureStoreRuntime\")\nlazy val awsSageMakerRuntime = defineAwsProject(\"SageMakerRuntime\")\nlazy val awsSavingsPlans = defineAwsProject(\"SavingsPlans\")\nlazy val awsSchemas = defineAwsProject(\"Schemas\")\nlazy val awsSecretsManager = defineAwsProject(\"SecretsManager\")\nlazy val awsSecurityHub = defineAwsProject(\"SecurityHub\")\nlazy val awsServerlessApplicationRepository = defineAwsProject(\"ServerlessApplicationRepository\")\nlazy val awsServiceCatalog = defineAwsProject(\"ServiceCatalog\")\nlazy val awsServiceCatalogAppRegistry = defineAwsProject(\"ServiceCatalogAppRegistry\")\nlazy val awsServiceDiscovery = defineAwsProject(\"ServiceDiscovery\")\nlazy val awsServiceQuotas = defineAwsProject(\"ServiceQuotas\")\nlazy val awsSES = defineAwsProject(\"SES\")\nlazy val awsSESv2 = defineAwsProject(\"SESv2\")\nlazy val awsShield = defineAwsProject(\"Shield\")\nlazy val awsSigner = defineAwsProject(\"Signer\")\nlazy val awsSimpleDB = defineAwsProject(\"SimpleDB\")\nlazy val awsSMS = defineAwsProject(\"SMS\")\nlazy val awsSnowball = defineAwsProject(\"Snowball\")\nlazy val awsSNS = defineAwsProject(\"SNS\")\nlazy val awsSQS = defineAwsProject(\"SQS\")\nlazy val awsSSM = defineAwsProject(\"SSM\")\nlazy val awsSSO = defineAwsProject(\"SSO\")\nlazy val awsSSOAdmin = defineAwsProject(\"SSOAdmin\")\nlazy val awsSSOOIDC = defineAwsProject(\"SSOOIDC\")\nlazy val awsStepFunctions = defineAwsProject(\"StepFunctions\")\nlazy val awsStorageGateway = defineAwsProject(\"StorageGateway\")\nlazy val awsSTS = defineAwsProject(\"STS\")\nlazy val awsSupport = defineAwsProject(\"Support\")\nlazy val awsSWF = defineAwsProject(\"SWF\")\nlazy val awsSynthetics = defineAwsProject(\"Synthetics\")\nlazy val awsTextract = defineAwsProject(\"Textract\")\nlazy val awsTimestreamQuery = defineAwsProject(\"TimestreamQuery\")\nlazy val awsTimestreamWrite = defineAwsProject(\"TimestreamWrite\")\nlazy val awsTranscribeService = defineAwsProject(\"TranscribeService\")\nlazy val awsTransfer = defineAwsProject(\"Transfer\")\nlazy val awsTranslate = defineAwsProject(\"Translate\")\nlazy val awsWAF = defineAwsProject(\"WAF\")\nlazy val awsWAFRegional = defineAwsProject(\"WAFRegional\")\nlazy val awsWAFv2 = defineAwsProject(\"WAFv2\")\nlazy val awsWellArchitected = defineAwsProject(\"WellArchitected\")\nlazy val awsWorkDocs = defineAwsProject(\"WorkDocs\")\nlazy val awsWorkLink = defineAwsProject(\"WorkLink\")\nlazy val awsWorkMail = defineAwsProject(\"WorkMail\")\nlazy val awsWorkMailMessageFlow = defineAwsProject(\"WorkMailMessageFlow\")\nlazy val awsWorkSpaces = defineAwsProject(\"WorkSpaces\")\nlazy val awsXRay = defineAwsProject(\"XRay\")\n\nlazy val root = (project in file(\".\"))\n  .settings(name := \"aws-sdk-scalajs-facade\")\n  .settings(SharedConfig.settings)\n  .settings(SharedConfig.publishSetting)\n  .settings(SharedConfig.noPublishingSettings)\n  .enablePlugins(ScalaJSPlugin)\n  .aggregate(subProjects.map(_.project): _*)\n  .aggregate(all)\n\nlazy val all = (project in file(\"all\"))\n  .settings(SharedConfig.settings)\n  .settings(SharedConfig.publishSetting)\n  .settings(\n    name := s\"${SharedConfig.libraryName}\"\n  )\n  .enablePlugins(ScalaJSPlugin)\n  .dependsOn(subProjects.map(p => ClasspathDependency(p, None)): _*)\n\nlazy val subProjects: Seq[Project] = Seq(\n  core,\n  credentials,\n  awsAccessAnalyzer,\n  awsACM,\n  awsACMPCA,\n  awsAlexaForBusiness,\n  awsAmp,\n  awsAmplify,\n  awsAmplifyBackend,\n  awsAPIGateway,\n  awsApiGatewayManagementApi,\n  awsApiGatewayV2,\n  awsAppConfig,\n  awsAppflow,\n  awsAppIntegrations,\n  awsApplicationAutoScaling,\n  awsApplicationDiscovery,\n  awsApplicationInsights,\n  awsAppMesh,\n  awsAppStream,\n  awsGreengrassV2,\n  awsAppSync,\n  awsAppSync,\n  awsAthena,\n  awsAuditManager,\n  awsAugmentedAIRuntime,\n  awsAutoScaling,\n  awsAutoScalingPlans,\n  awsBackup,\n  awsBatch,\n  awsBraket,\n  awsBudgetsService,\n  awsChime,\n  awsCloud9,\n  awsCloudDirectory,\n  awsCloudFormation,\n  awsCloudFront,\n  awsCloudFrontSigner,\n  awsCloudHSM,\n  awsCloudHSMV2,\n  awsCloudSearch,\n  awsCloudSearchDomain,\n  awsCloudTrail,\n  awsCloudWatch,\n  awsCloudWatchEvents,\n  awsCloudWatchLogs,\n  awsCodeArtifact,\n  awsCodeBuild,\n  awsCodeCommit,\n  awsCodeDeploy,\n  awsCodeGuruProfiler,\n  awsCodeGuruReviewer,\n  awsCodePipeline,\n  awsCodeStar,\n  awsCodeStarconnections,\n  awsCodeStarNotifications,\n  awsCognitoIdentity,\n  awsCognitoIdentityProvider,\n  awsCognitoSync,\n  awsComprehend,\n  awsComprehendMedical,\n  awsComputeOptimizer,\n  awsConfigService,\n  awsConnect,\n  awsConnectContactLens,\n  awsConnectParticipant,\n  awsCostExplorer,\n  awsCUR,\n  awsCustomerProfiles,\n  awsDataBrew,\n  awsDataExchange,\n  awsDataPipeline,\n  awsDataSync,\n  awsDAX,\n  awsDetective,\n  awsDeviceFarm,\n  awsDevOpsGuru,\n  awsDirectConnect,\n  awsDirectoryService,\n  awsDLM,\n  awsDMS,\n  awsDocDb,\n  awsDynamoDB,\n  awsDynamoDBStreams,\n  awsEBS,\n  awsEC2InstanceConnect,\n  awsEC2,\n  awsECR,\n  awsECRPUBLIC,\n  awsECS,\n  awsEFS,\n  awsEKS,\n  awsElastiCache,\n  awsElasticBeanstalk,\n  awsElasticInference,\n  awsElasticTranscoder,\n  awsELB,\n  awsELBv2,\n  awsEMR,\n  awsEMRcontainers,\n  awsES,\n  awsEventBridge,\n  awsFirehose,\n  awsFis,\n  awsFMS,\n  awsForecast,\n  awsForecastQuery,\n  awsFraudDetector,\n  awsFSx,\n  awsGameLift,\n  awsGlacier,\n  awsGlobalAccelerator,\n  awsGlue,\n  awsGreengrass,\n  awsGroundStation,\n  awsGuardDuty,\n  awsHealth,\n  awsHealthLake,\n  awsHoneycode,\n  awsIAM,\n  awsIdentityStore,\n  awsImagebuilder,\n  awsImportExport,\n  awsInspector,\n  awsIot,\n  awsIoT1ClickDevicesService,\n  awsIoT1ClickProjects,\n  awsIoTAnalytics,\n  awsIotData,\n  awsIotDeviceAdvisor,\n  awsIotEvents,\n  awsIotEventsData,\n  awsIoTFleetHub,\n  awsIoTJobsDataPlane,\n  awsIoTSecureTunneling,\n  awsIoTSiteWise,\n  awsIotThingsGraph,\n  awsIoTWireless,\n  awsIVS,\n  awsKafka,\n  awsKendra,\n  awsKinesis,\n  awsKinesisAnalytics,\n  awsKinesisAnalyticsV2,\n  awsKinesisVideo,\n  awsKinesisVideoArchivedMedia,\n  awsKinesisVideoMedia,\n  awsKinesisVideoSignaling,\n  awsKMS,\n  awsLakeFormation,\n  awsLambda,\n  awsLexModelBuildingService,\n  awsLexModelsV2,\n  awsLexRuntime,\n  awsLexRuntimeV2,\n  awsLicenseManager,\n  awsLightsail,\n  awsLocation,\n  awsLookoutEquipment,\n  awsLookoutMetrics,\n  awsLookoutVision,\n  awsMachineLearning,\n  awsMacie,\n  awsMacie2,\n  awsManagedBlockChain,\n  awsMarketplaceCatalog,\n  awsMarketplaceCommerceAnalytics,\n  awsMarketplaceEntitlementService,\n  awsMarketplaceMetering,\n  awsMediaConnect,\n  awsMediaConvert,\n  awsMediaLive,\n  awsMediaPackage,\n  awsMediaPackageVod,\n  awsMediaStore,\n  awsMediaStoreData,\n  awsMediaTailor,\n  awsMgn,\n  awsMigrationHub,\n  awsMigrationHubConfig,\n  awsMobile,\n  awsMobileAnalytics,\n  awsMQ,\n  awsMTurk,\n  awsMWAA,\n  awsNeptune,\n  awsNetworkFirewall,\n  awsNetworkManager,\n  awsOpsWorks,\n  awsOpsWorksCM,\n  awsOrganizations,\n  awsOutposts,\n  awsPersonalize,\n  awsPersonalizeEvents,\n  awsPersonalizeRuntime,\n  awsPI,\n  awsPinpoint,\n  awsPinpointEmail,\n  awsPinpointSMSVoice,\n  awsPolly,\n  awsPricing,\n  awsQLDB,\n  awsQLDBSession,\n  awsQuickSight,\n  awsRAM,\n  awsRDS,\n  awsRDSDataService,\n  awsRedshift,\n  awsRedshiftData,\n  awsRekognition,\n  awsResourceGroups,\n  awsResourceGroupsTaggingAPI,\n  awsRoboMaker,\n  awsRoute53Domains,\n  awsRoute53Resolver,\n  awsRoute53,\n  awsS3Control,\n  awsS3Outposts,\n  awsS3,\n  awsSageMaker,\n  awsSagemakerEdge,\n  awsSageMakerFeatureStoreRuntime,\n  awsSageMakerRuntime,\n  awsSavingsPlans,\n  awsSchemas,\n  awsSecretsManager,\n  awsSecurityHub,\n  awsServerlessApplicationRepository,\n  awsServiceCatalog,\n  awsServiceCatalogAppRegistry,\n  awsServiceDiscovery,\n  awsServiceQuotas,\n  awsSES,\n  awsSESv2,\n  awsShield,\n  awsSigner,\n  awsSimpleDB,\n  awsSMS,\n  awsSnowball,\n  awsSNS,\n  awsSQS,\n  awsSSM,\n  awsSSO,\n  awsSSOAdmin,\n  awsSSOOIDC,\n  awsStepFunctions,\n  awsStorageGateway,\n  awsSTS,\n  awsSupport,\n  awsSWF,\n  awsSynthetics,\n  awsTextract,\n  awsTimestreamQuery,\n  awsTimestreamWrite,\n  awsTranscribeService,\n  awsTransfer,\n  awsTranslate,\n  awsWAF,\n  awsWAFRegional,\n  awsWAFv2,\n  awsWellArchitected,\n  awsWorkDocs,\n  awsWorkLink,\n  awsWorkMail,\n  awsWorkMailMessageFlow,\n  awsWorkSpaces,\n  awsXRay\n)\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotfleethub\/src\/main\/scala\/facade\/amazonaws\/services\/IoTFleetHub.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotfleethub {\n  type ApplicationSummaries = js.Array[ApplicationSummary]\n  type Arn = String\n  type ClientRequestToken = String\n  type Description = String\n  type ErrorMessage = String\n  type Id = String\n  type Name = String\n  type NextToken = String\n  type ResourceArn = String\n  type SsoClientId = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = Double\n  type Url = String\n\n  implicit final class IoTFleetHubOps(private val service: IoTFleetHub) extends AnyVal {\n\n    @inline def createApplicationFuture(params: CreateApplicationRequest): Future[CreateApplicationResponse] = service.createApplication(params).promise().toFuture\n    @inline def deleteApplicationFuture(params: DeleteApplicationRequest): Future[DeleteApplicationResponse] = service.deleteApplication(params).promise().toFuture\n    @inline def describeApplicationFuture(params: DescribeApplicationRequest): Future[DescribeApplicationResponse] = service.describeApplication(params).promise().toFuture\n    @inline def listApplicationsFuture(params: ListApplicationsRequest): Future[ListApplicationsResponse] = service.listApplications(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateApplicationFuture(params: UpdateApplicationRequest): Future[UpdateApplicationResponse] = service.updateApplication(params).promise().toFuture\n\n  }\n}\n\npackage iotfleethub {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotfleethub\", JSImport.Namespace, \"AWS.IoTFleetHub\")\n  class IoTFleetHub() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createApplication(params: CreateApplicationRequest): Request[CreateApplicationResponse] = js.native\n    def deleteApplication(params: DeleteApplicationRequest): Request[DeleteApplicationResponse] = js.native\n    def describeApplication(params: DescribeApplicationRequest): Request[DescribeApplicationResponse] = js.native\n    def listApplications(params: ListApplicationsRequest): Request[ListApplicationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateApplication(params: UpdateApplicationRequest): Request[UpdateApplicationResponse] = js.native\n  }\n\n  @js.native\n  sealed trait ApplicationState extends js.Any\n  object ApplicationState {\n    val CREATING = \"CREATING\".asInstanceOf[ApplicationState]\n    val DELETING = \"DELETING\".asInstanceOf[ApplicationState]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ApplicationState]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[ApplicationState]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[ApplicationState]\n\n    @inline def values = js.Array(CREATING, DELETING, ACTIVE, CREATE_FAILED, DELETE_FAILED)\n  }\n\n  \/** A summary of information about a AWS IoT Device Management web application.\n    *\n    * '''Note:'''Fleet Hub for AWS IoT Device Management is in public preview and is subject to change.\n    *\/\n  @js.native\n  trait ApplicationSummary extends js.Object {\n    var applicationId: Id\n    var applicationName: Name\n    var applicationUrl: Url\n    var applicationCreationDate: js.UndefOr[Timestamp]\n    var applicationDescription: js.UndefOr[Description]\n    var applicationLastUpdateDate: js.UndefOr[Timestamp]\n    var applicationState: js.UndefOr[ApplicationState]\n  }\n\n  object ApplicationSummary {\n    @inline\n    def apply(\n        applicationId: Id,\n        applicationName: Name,\n        applicationUrl: Url,\n        applicationCreationDate: js.UndefOr[Timestamp] = js.undefined,\n        applicationDescription: js.UndefOr[Description] = js.undefined,\n        applicationLastUpdateDate: js.UndefOr[Timestamp] = js.undefined,\n        applicationState: js.UndefOr[ApplicationState] = js.undefined\n    ): ApplicationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any],\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"applicationUrl\" -> applicationUrl.asInstanceOf[js.Any]\n      )\n\n      applicationCreationDate.foreach(__v => __obj.updateDynamic(\"applicationCreationDate\")(__v.asInstanceOf[js.Any]))\n      applicationDescription.foreach(__v => __obj.updateDynamic(\"applicationDescription\")(__v.asInstanceOf[js.Any]))\n      applicationLastUpdateDate.foreach(__v => __obj.updateDynamic(\"applicationLastUpdateDate\")(__v.asInstanceOf[js.Any]))\n      applicationState.foreach(__v => __obj.updateDynamic(\"applicationState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSummary]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationRequest extends js.Object {\n    var applicationName: Name\n    var roleArn: Arn\n    var applicationDescription: js.UndefOr[Description]\n    var clientToken: js.UndefOr[ClientRequestToken]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object CreateApplicationRequest {\n    @inline\n    def apply(\n        applicationName: Name,\n        roleArn: Arn,\n        applicationDescription: js.UndefOr[Description] = js.undefined,\n        clientToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      applicationDescription.foreach(__v => __obj.updateDynamic(\"applicationDescription\")(__v.asInstanceOf[js.Any]))\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationResponse extends js.Object {\n    var applicationArn: Arn\n    var applicationId: Id\n  }\n\n  object CreateApplicationResponse {\n    @inline\n    def apply(\n        applicationArn: Arn,\n        applicationId: Id\n    ): CreateApplicationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"applicationArn\" -> applicationArn.asInstanceOf[js.Any],\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationRequest extends js.Object {\n    var applicationId: Id\n    var clientToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object DeleteApplicationRequest {\n    @inline\n    def apply(\n        applicationId: Id,\n        clientToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): DeleteApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationResponse extends js.Object\n\n  object DeleteApplicationResponse {\n    @inline\n    def apply(): DeleteApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeApplicationRequest extends js.Object {\n    var applicationId: Id\n  }\n\n  object DescribeApplicationRequest {\n    @inline\n    def apply(\n        applicationId: Id\n    ): DescribeApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeApplicationResponse extends js.Object {\n    var applicationArn: Arn\n    var applicationCreationDate: Timestamp\n    var applicationId: Id\n    var applicationLastUpdateDate: Timestamp\n    var applicationName: Name\n    var applicationState: ApplicationState\n    var applicationUrl: Url\n    var roleArn: Arn\n    var applicationDescription: js.UndefOr[Description]\n    var errorMessage: js.UndefOr[ErrorMessage]\n    var ssoClientId: js.UndefOr[SsoClientId]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeApplicationResponse {\n    @inline\n    def apply(\n        applicationArn: Arn,\n        applicationCreationDate: Timestamp,\n        applicationId: Id,\n        applicationLastUpdateDate: Timestamp,\n        applicationName: Name,\n        applicationState: ApplicationState,\n        applicationUrl: Url,\n        roleArn: Arn,\n        applicationDescription: js.UndefOr[Description] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        ssoClientId: js.UndefOr[SsoClientId] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeApplicationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"applicationArn\" -> applicationArn.asInstanceOf[js.Any],\n        \"applicationCreationDate\" -> applicationCreationDate.asInstanceOf[js.Any],\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any],\n        \"applicationLastUpdateDate\" -> applicationLastUpdateDate.asInstanceOf[js.Any],\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"applicationState\" -> applicationState.asInstanceOf[js.Any],\n        \"applicationUrl\" -> applicationUrl.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      applicationDescription.foreach(__v => __obj.updateDynamic(\"applicationDescription\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      ssoClientId.foreach(__v => __obj.updateDynamic(\"ssoClientId\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsRequest extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsRequest {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsRequest = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsResponse extends js.Object {\n    var applicationSummaries: js.UndefOr[ApplicationSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsResponse {\n    @inline\n    def apply(\n        applicationSummaries: js.UndefOr[ApplicationSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      applicationSummaries.foreach(__v => __obj.updateDynamic(\"applicationSummaries\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationRequest extends js.Object {\n    var applicationId: Id\n    var applicationDescription: js.UndefOr[Description]\n    var applicationName: js.UndefOr[Name]\n    var clientToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object UpdateApplicationRequest {\n    @inline\n    def apply(\n        applicationId: Id,\n        applicationDescription: js.UndefOr[Description] = js.undefined,\n        applicationName: js.UndefOr[Name] = js.undefined,\n        clientToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): UpdateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"applicationId\" -> applicationId.asInstanceOf[js.Any]\n      )\n\n      applicationDescription.foreach(__v => __obj.updateDynamic(\"applicationDescription\")(__v.asInstanceOf[js.Any]))\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationResponse extends js.Object\n\n  object UpdateApplicationResponse {\n    @inline\n    def apply(): UpdateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateApplicationResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/amplifybackend\/src\/main\/scala\/facade\/amazonaws\/services\/AmplifyBackend.scala","text":"<filename>services\/amplifybackend\/src\/main\/scala\/facade\/amazonaws\/services\/AmplifyBackend.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object amplifybackend {\n  type ListOfAdditionalConstraintsElement = js.Array[AdditionalConstraintsElement]\n  type ListOfBackendAPIAuthType = js.Array[BackendAPIAuthType]\n  type ListOfBackendJobRespObj = js.Array[BackendJobRespObj]\n  type ListOfMfaTypesElement = js.Array[MfaTypesElement]\n  type ListOfOAuthScopesElement = js.Array[OAuthScopesElement]\n  type ListOfRequiredSignUpAttributesElement = js.Array[RequiredSignUpAttributesElement]\n  type ListOf__string = js.Array[__string]\n  type __boolean = Boolean\n  type __double = Double\n  type __integerMin1Max25 = Int\n  type __string = String\n\n  implicit final class AmplifyBackendOps(private val service: AmplifyBackend) extends AnyVal {\n\n    @inline def cloneBackendFuture(params: CloneBackendRequest): Future[CloneBackendResponse] = service.cloneBackend(params).promise().toFuture\n    @inline def createBackendAPIFuture(params: CreateBackendAPIRequest): Future[CreateBackendAPIResponse] = service.createBackendAPI(params).promise().toFuture\n    @inline def createBackendAuthFuture(params: CreateBackendAuthRequest): Future[CreateBackendAuthResponse] = service.createBackendAuth(params).promise().toFuture\n    @inline def createBackendConfigFuture(params: CreateBackendConfigRequest): Future[CreateBackendConfigResponse] = service.createBackendConfig(params).promise().toFuture\n    @inline def createBackendFuture(params: CreateBackendRequest): Future[CreateBackendResponse] = service.createBackend(params).promise().toFuture\n    @inline def createTokenFuture(params: CreateTokenRequest): Future[CreateTokenResponse] = service.createToken(params).promise().toFuture\n    @inline def deleteBackendAPIFuture(params: DeleteBackendAPIRequest): Future[DeleteBackendAPIResponse] = service.deleteBackendAPI(params).promise().toFuture\n    @inline def deleteBackendAuthFuture(params: DeleteBackendAuthRequest): Future[DeleteBackendAuthResponse] = service.deleteBackendAuth(params).promise().toFuture\n    @inline def deleteBackendFuture(params: DeleteBackendRequest): Future[DeleteBackendResponse] = service.deleteBackend(params).promise().toFuture\n    @inline def deleteTokenFuture(params: DeleteTokenRequest): Future[DeleteTokenResponse] = service.deleteToken(params).promise().toFuture\n    @inline def generateBackendAPIModelsFuture(params: GenerateBackendAPIModelsRequest): Future[GenerateBackendAPIModelsResponse] = service.generateBackendAPIModels(params).promise().toFuture\n    @inline def getBackendAPIFuture(params: GetBackendAPIRequest): Future[GetBackendAPIResponse] = service.getBackendAPI(params).promise().toFuture\n    @inline def getBackendAPIModelsFuture(params: GetBackendAPIModelsRequest): Future[GetBackendAPIModelsResponse] = service.getBackendAPIModels(params).promise().toFuture\n    @inline def getBackendAuthFuture(params: GetBackendAuthRequest): Future[GetBackendAuthResponse] = service.getBackendAuth(params).promise().toFuture\n    @inline def getBackendFuture(params: GetBackendRequest): Future[GetBackendResponse] = service.getBackend(params).promise().toFuture\n    @inline def getBackendJobFuture(params: GetBackendJobRequest): Future[GetBackendJobResponse] = service.getBackendJob(params).promise().toFuture\n    @inline def getTokenFuture(params: GetTokenRequest): Future[GetTokenResponse] = service.getToken(params).promise().toFuture\n    @inline def listBackendJobsFuture(params: ListBackendJobsRequest): Future[ListBackendJobsResponse] = service.listBackendJobs(params).promise().toFuture\n    @inline def removeAllBackendsFuture(params: RemoveAllBackendsRequest): Future[RemoveAllBackendsResponse] = service.removeAllBackends(params).promise().toFuture\n    @inline def removeBackendConfigFuture(params: RemoveBackendConfigRequest): Future[RemoveBackendConfigResponse] = service.removeBackendConfig(params).promise().toFuture\n    @inline def updateBackendAPIFuture(params: UpdateBackendAPIRequest): Future[UpdateBackendAPIResponse] = service.updateBackendAPI(params).promise().toFuture\n    @inline def updateBackendAuthFuture(params: UpdateBackendAuthRequest): Future[UpdateBackendAuthResponse] = service.updateBackendAuth(params).promise().toFuture\n    @inline def updateBackendConfigFuture(params: UpdateBackendConfigRequest): Future[UpdateBackendConfigResponse] = service.updateBackendConfig(params).promise().toFuture\n    @inline def updateBackendJobFuture(params: UpdateBackendJobRequest): Future[UpdateBackendJobResponse] = service.updateBackendJob(params).promise().toFuture\n\n  }\n}\n\npackage amplifybackend {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/amplifybackend\", JSImport.Namespace, \"AWS.AmplifyBackend\")\n  class AmplifyBackend() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cloneBackend(params: CloneBackendRequest): Request[CloneBackendResponse] = js.native\n    def createBackend(params: CreateBackendRequest): Request[CreateBackendResponse] = js.native\n    def createBackendAPI(params: CreateBackendAPIRequest): Request[CreateBackendAPIResponse] = js.native\n    def createBackendAuth(params: CreateBackendAuthRequest): Request[CreateBackendAuthResponse] = js.native\n    def createBackendConfig(params: CreateBackendConfigRequest): Request[CreateBackendConfigResponse] = js.native\n    def createToken(params: CreateTokenRequest): Request[CreateTokenResponse] = js.native\n    def deleteBackend(params: DeleteBackendRequest): Request[DeleteBackendResponse] = js.native\n    def deleteBackendAPI(params: DeleteBackendAPIRequest): Request[DeleteBackendAPIResponse] = js.native\n    def deleteBackendAuth(params: DeleteBackendAuthRequest): Request[DeleteBackendAuthResponse] = js.native\n    def deleteToken(params: DeleteTokenRequest): Request[DeleteTokenResponse] = js.native\n    def generateBackendAPIModels(params: GenerateBackendAPIModelsRequest): Request[GenerateBackendAPIModelsResponse] = js.native\n    def getBackend(params: GetBackendRequest): Request[GetBackendResponse] = js.native\n    def getBackendAPI(params: GetBackendAPIRequest): Request[GetBackendAPIResponse] = js.native\n    def getBackendAPIModels(params: GetBackendAPIModelsRequest): Request[GetBackendAPIModelsResponse] = js.native\n    def getBackendAuth(params: GetBackendAuthRequest): Request[GetBackendAuthResponse] = js.native\n    def getBackendJob(params: GetBackendJobRequest): Request[GetBackendJobResponse] = js.native\n    def getToken(params: GetTokenRequest): Request[GetTokenResponse] = js.native\n    def listBackendJobs(params: ListBackendJobsRequest): Request[ListBackendJobsResponse] = js.native\n    def removeAllBackends(params: RemoveAllBackendsRequest): Request[RemoveAllBackendsResponse] = js.native\n    def removeBackendConfig(params: RemoveBackendConfigRequest): Request[RemoveBackendConfigResponse] = js.native\n    def updateBackendAPI(params: UpdateBackendAPIRequest): Request[UpdateBackendAPIResponse] = js.native\n    def updateBackendAuth(params: UpdateBackendAuthRequest): Request[UpdateBackendAuthResponse] = js.native\n    def updateBackendConfig(params: UpdateBackendConfigRequest): Request[UpdateBackendConfigResponse] = js.native\n    def updateBackendJob(params: UpdateBackendJobRequest): Request[UpdateBackendJobResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AdditionalConstraintsElement extends js.Any\n  object AdditionalConstraintsElement {\n    val REQUIRE_DIGIT = \"REQUIRE_DIGIT\".asInstanceOf[AdditionalConstraintsElement]\n    val REQUIRE_LOWERCASE = \"REQUIRE_LOWERCASE\".asInstanceOf[AdditionalConstraintsElement]\n    val REQUIRE_SYMBOL = \"REQUIRE_SYMBOL\".asInstanceOf[AdditionalConstraintsElement]\n    val REQUIRE_UPPERCASE = \"REQUIRE_UPPERCASE\".asInstanceOf[AdditionalConstraintsElement]\n\n    @inline def values = js.Array(REQUIRE_DIGIT, REQUIRE_LOWERCASE, REQUIRE_SYMBOL, REQUIRE_UPPERCASE)\n  }\n\n  @js.native\n  sealed trait AuthResources extends js.Any\n  object AuthResources {\n    val USER_POOL_ONLY = \"USER_POOL_ONLY\".asInstanceOf[AuthResources]\n    val IDENTITY_POOL_AND_USER_POOL = \"IDENTITY_POOL_AND_USER_POOL\".asInstanceOf[AuthResources]\n\n    @inline def values = js.Array(USER_POOL_ONLY, IDENTITY_POOL_AND_USER_POOL)\n  }\n\n  \/** The authentication settings for accessing provisioned data models in your Amplify project.\n    *\/\n  @js.native\n  trait BackendAPIAppSyncAuthSettings extends js.Object {\n    var CognitoUserPoolId: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var ExpirationTime: js.UndefOr[__double]\n    var OpenIDAuthTTL: js.UndefOr[__string]\n    var OpenIDClientId: js.UndefOr[__string]\n    var OpenIDIatTTL: js.UndefOr[__string]\n    var OpenIDIssueURL: js.UndefOr[__string]\n    var OpenIDProviderName: js.UndefOr[__string]\n  }\n\n  object BackendAPIAppSyncAuthSettings {\n    @inline\n    def apply(\n        CognitoUserPoolId: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        ExpirationTime: js.UndefOr[__double] = js.undefined,\n        OpenIDAuthTTL: js.UndefOr[__string] = js.undefined,\n        OpenIDClientId: js.UndefOr[__string] = js.undefined,\n        OpenIDIatTTL: js.UndefOr[__string] = js.undefined,\n        OpenIDIssueURL: js.UndefOr[__string] = js.undefined,\n        OpenIDProviderName: js.UndefOr[__string] = js.undefined\n    ): BackendAPIAppSyncAuthSettings = {\n      val __obj = js.Dynamic.literal()\n      CognitoUserPoolId.foreach(__v => __obj.updateDynamic(\"CognitoUserPoolId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExpirationTime.foreach(__v => __obj.updateDynamic(\"ExpirationTime\")(__v.asInstanceOf[js.Any]))\n      OpenIDAuthTTL.foreach(__v => __obj.updateDynamic(\"OpenIDAuthTTL\")(__v.asInstanceOf[js.Any]))\n      OpenIDClientId.foreach(__v => __obj.updateDynamic(\"OpenIDClientId\")(__v.asInstanceOf[js.Any]))\n      OpenIDIatTTL.foreach(__v => __obj.updateDynamic(\"OpenIDIatTTL\")(__v.asInstanceOf[js.Any]))\n      OpenIDIssueURL.foreach(__v => __obj.updateDynamic(\"OpenIDIssueURL\")(__v.asInstanceOf[js.Any]))\n      OpenIDProviderName.foreach(__v => __obj.updateDynamic(\"OpenIDProviderName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendAPIAppSyncAuthSettings]\n    }\n  }\n\n  \/** Describes the auth types for your configured data models.\n    *\/\n  @js.native\n  trait BackendAPIAuthType extends js.Object {\n    var Mode: js.UndefOr[Mode]\n    var Settings: js.UndefOr[BackendAPIAppSyncAuthSettings]\n  }\n\n  object BackendAPIAuthType {\n    @inline\n    def apply(\n        Mode: js.UndefOr[Mode] = js.undefined,\n        Settings: js.UndefOr[BackendAPIAppSyncAuthSettings] = js.undefined\n    ): BackendAPIAuthType = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendAPIAuthType]\n    }\n  }\n\n  \/** Describes the conflict resolution configuration for the data model configured in your Amplify project.\n    *\/\n  @js.native\n  trait BackendAPIConflictResolution extends js.Object {\n    var ResolutionStrategy: js.UndefOr[ResolutionStrategy]\n  }\n\n  object BackendAPIConflictResolution {\n    @inline\n    def apply(\n        ResolutionStrategy: js.UndefOr[ResolutionStrategy] = js.undefined\n    ): BackendAPIConflictResolution = {\n      val __obj = js.Dynamic.literal()\n      ResolutionStrategy.foreach(__v => __obj.updateDynamic(\"ResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendAPIConflictResolution]\n    }\n  }\n\n  \/** The resource configuration for the data model, configured as a part of the Amplify project.\n    *\/\n  @js.native\n  trait BackendAPIResourceConfig extends js.Object {\n    var AdditionalAuthTypes: js.UndefOr[ListOfBackendAPIAuthType]\n    var ApiName: js.UndefOr[__string]\n    var ConflictResolution: js.UndefOr[BackendAPIConflictResolution]\n    var DefaultAuthType: js.UndefOr[BackendAPIAuthType]\n    var Service: js.UndefOr[__string]\n    var TransformSchema: js.UndefOr[__string]\n  }\n\n  object BackendAPIResourceConfig {\n    @inline\n    def apply(\n        AdditionalAuthTypes: js.UndefOr[ListOfBackendAPIAuthType] = js.undefined,\n        ApiName: js.UndefOr[__string] = js.undefined,\n        ConflictResolution: js.UndefOr[BackendAPIConflictResolution] = js.undefined,\n        DefaultAuthType: js.UndefOr[BackendAPIAuthType] = js.undefined,\n        Service: js.UndefOr[__string] = js.undefined,\n        TransformSchema: js.UndefOr[__string] = js.undefined\n    ): BackendAPIResourceConfig = {\n      val __obj = js.Dynamic.literal()\n      AdditionalAuthTypes.foreach(__v => __obj.updateDynamic(\"AdditionalAuthTypes\")(__v.asInstanceOf[js.Any]))\n      ApiName.foreach(__v => __obj.updateDynamic(\"ApiName\")(__v.asInstanceOf[js.Any]))\n      ConflictResolution.foreach(__v => __obj.updateDynamic(\"ConflictResolution\")(__v.asInstanceOf[js.Any]))\n      DefaultAuthType.foreach(__v => __obj.updateDynamic(\"DefaultAuthType\")(__v.asInstanceOf[js.Any]))\n      Service.foreach(__v => __obj.updateDynamic(\"Service\")(__v.asInstanceOf[js.Any]))\n      TransformSchema.foreach(__v => __obj.updateDynamic(\"TransformSchema\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendAPIResourceConfig]\n    }\n  }\n\n  \/** Describes third-party social federation configurations for allowing your app users to sign in using OAuth.\n    *\/\n  @js.native\n  trait BackendAuthSocialProviderConfig extends js.Object {\n    var ClientId: js.UndefOr[__string]\n    var ClientSecret: js.UndefOr[__string]\n  }\n\n  object BackendAuthSocialProviderConfig {\n    @inline\n    def apply(\n        ClientId: js.UndefOr[__string] = js.undefined,\n        ClientSecret: js.UndefOr[__string] = js.undefined\n    ): BackendAuthSocialProviderConfig = {\n      val __obj = js.Dynamic.literal()\n      ClientId.foreach(__v => __obj.updateDynamic(\"ClientId\")(__v.asInstanceOf[js.Any]))\n      ClientSecret.foreach(__v => __obj.updateDynamic(\"ClientSecret\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendAuthSocialProviderConfig]\n    }\n  }\n\n  \/** The response object for this operation.\n    *\/\n  @js.native\n  trait BackendJobRespObj extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var CreateTime: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n    var UpdateTime: js.UndefOr[__string]\n  }\n\n  object BackendJobRespObj {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        CreateTime: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined,\n        UpdateTime: js.UndefOr[__string] = js.undefined\n    ): BackendJobRespObj = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any]\n      )\n\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdateTime.foreach(__v => __obj.updateDynamic(\"UpdateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendJobRespObj]\n    }\n  }\n\n  \/** The request body for CloneBackend.\n    *\/\n  @js.native\n  trait CloneBackendRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var TargetEnvironmentName: __string\n  }\n\n  object CloneBackendRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        TargetEnvironmentName: __string\n    ): CloneBackendRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"TargetEnvironmentName\" -> TargetEnvironmentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloneBackendRequest]\n    }\n  }\n\n  @js.native\n  trait CloneBackendResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object CloneBackendResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): CloneBackendResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloneBackendResponse]\n    }\n  }\n\n  \/** The request body for CreateBackendAPI.\n    *\/\n  @js.native\n  trait CreateBackendAPIRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceConfig: BackendAPIResourceConfig\n    var ResourceName: __string\n  }\n\n  object CreateBackendAPIRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceConfig: BackendAPIResourceConfig,\n        ResourceName: __string\n    ): CreateBackendAPIRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBackendAPIRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBackendAPIResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object CreateBackendAPIResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): CreateBackendAPIResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAPIResponse]\n    }\n  }\n\n  \/** Describes the forgot password policy for authenticating into the Amplify app.\n    *\/\n  @js.native\n  trait CreateBackendAuthForgotPasswordConfig extends js.Object {\n    var DeliveryMethod: DeliveryMethod\n    var EmailSettings: js.UndefOr[EmailSettings]\n    var SmsSettings: js.UndefOr[SmsSettings]\n  }\n\n  object CreateBackendAuthForgotPasswordConfig {\n    @inline\n    def apply(\n        DeliveryMethod: DeliveryMethod,\n        EmailSettings: js.UndefOr[EmailSettings] = js.undefined,\n        SmsSettings: js.UndefOr[SmsSettings] = js.undefined\n    ): CreateBackendAuthForgotPasswordConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryMethod\" -> DeliveryMethod.asInstanceOf[js.Any]\n      )\n\n      EmailSettings.foreach(__v => __obj.updateDynamic(\"EmailSettings\")(__v.asInstanceOf[js.Any]))\n      SmsSettings.foreach(__v => __obj.updateDynamic(\"SmsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthForgotPasswordConfig]\n    }\n  }\n\n  \/** Describes authorization configurations for the auth resources, configured as a part of your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthIdentityPoolConfig extends js.Object {\n    var IdentityPoolName: __string\n    var UnauthenticatedLogin: __boolean\n  }\n\n  object CreateBackendAuthIdentityPoolConfig {\n    @inline\n    def apply(\n        IdentityPoolName: __string,\n        UnauthenticatedLogin: __boolean\n    ): CreateBackendAuthIdentityPoolConfig = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityPoolName\" -> IdentityPoolName.asInstanceOf[js.Any],\n        \"UnauthenticatedLogin\" -> UnauthenticatedLogin.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBackendAuthIdentityPoolConfig]\n    }\n  }\n\n  \/** Describes whether to apply multi-factor authentication (MFA) policies for your Amazon Cognito user pool that's configured as a part of your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthMFAConfig extends js.Object {\n    var MFAMode: MFAMode\n    var Settings: js.UndefOr[Settings]\n  }\n\n  object CreateBackendAuthMFAConfig {\n    @inline\n    def apply(\n        MFAMode: MFAMode,\n        Settings: js.UndefOr[Settings] = js.undefined\n    ): CreateBackendAuthMFAConfig = {\n      val __obj = js.Dynamic.literal(\n        \"MFAMode\" -> MFAMode.asInstanceOf[js.Any]\n      )\n\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthMFAConfig]\n    }\n  }\n\n  \/** Creates the OAuth configuration for your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthOAuthConfig extends js.Object {\n    var OAuthGrantType: OAuthGrantType\n    var OAuthScopes: ListOfOAuthScopesElement\n    var RedirectSignInURIs: ListOf__string\n    var RedirectSignOutURIs: ListOf__string\n    var DomainPrefix: js.UndefOr[__string]\n    var SocialProviderSettings: js.UndefOr[SocialProviderSettings]\n  }\n\n  object CreateBackendAuthOAuthConfig {\n    @inline\n    def apply(\n        OAuthGrantType: OAuthGrantType,\n        OAuthScopes: ListOfOAuthScopesElement,\n        RedirectSignInURIs: ListOf__string,\n        RedirectSignOutURIs: ListOf__string,\n        DomainPrefix: js.UndefOr[__string] = js.undefined,\n        SocialProviderSettings: js.UndefOr[SocialProviderSettings] = js.undefined\n    ): CreateBackendAuthOAuthConfig = {\n      val __obj = js.Dynamic.literal(\n        \"OAuthGrantType\" -> OAuthGrantType.asInstanceOf[js.Any],\n        \"OAuthScopes\" -> OAuthScopes.asInstanceOf[js.Any],\n        \"RedirectSignInURIs\" -> RedirectSignInURIs.asInstanceOf[js.Any],\n        \"RedirectSignOutURIs\" -> RedirectSignOutURIs.asInstanceOf[js.Any]\n      )\n\n      DomainPrefix.foreach(__v => __obj.updateDynamic(\"DomainPrefix\")(__v.asInstanceOf[js.Any]))\n      SocialProviderSettings.foreach(__v => __obj.updateDynamic(\"SocialProviderSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthOAuthConfig]\n    }\n  }\n\n  \/** The password policy configuration for the backend of your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthPasswordPolicyConfig extends js.Object {\n    var MinimumLength: __double\n    var AdditionalConstraints: js.UndefOr[ListOfAdditionalConstraintsElement]\n  }\n\n  object CreateBackendAuthPasswordPolicyConfig {\n    @inline\n    def apply(\n        MinimumLength: __double,\n        AdditionalConstraints: js.UndefOr[ListOfAdditionalConstraintsElement] = js.undefined\n    ): CreateBackendAuthPasswordPolicyConfig = {\n      val __obj = js.Dynamic.literal(\n        \"MinimumLength\" -> MinimumLength.asInstanceOf[js.Any]\n      )\n\n      AdditionalConstraints.foreach(__v => __obj.updateDynamic(\"AdditionalConstraints\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthPasswordPolicyConfig]\n    }\n  }\n\n  \/** The request body for CreateBackendAuth.\n    *\/\n  @js.native\n  trait CreateBackendAuthRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceConfig: CreateBackendAuthResourceConfig\n    var ResourceName: __string\n  }\n\n  object CreateBackendAuthRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceConfig: CreateBackendAuthResourceConfig,\n        ResourceName: __string\n    ): CreateBackendAuthRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBackendAuthRequest]\n    }\n  }\n\n  \/** Defines the resource configuration when creating an auth resource in your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthResourceConfig extends js.Object {\n    var AuthResources: AuthResources\n    var Service: Service\n    var UserPoolConfigs: CreateBackendAuthUserPoolConfig\n    var IdentityPoolConfigs: js.UndefOr[CreateBackendAuthIdentityPoolConfig]\n  }\n\n  object CreateBackendAuthResourceConfig {\n    @inline\n    def apply(\n        AuthResources: AuthResources,\n        Service: Service,\n        UserPoolConfigs: CreateBackendAuthUserPoolConfig,\n        IdentityPoolConfigs: js.UndefOr[CreateBackendAuthIdentityPoolConfig] = js.undefined\n    ): CreateBackendAuthResourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AuthResources\" -> AuthResources.asInstanceOf[js.Any],\n        \"Service\" -> Service.asInstanceOf[js.Any],\n        \"UserPoolConfigs\" -> UserPoolConfigs.asInstanceOf[js.Any]\n      )\n\n      IdentityPoolConfigs.foreach(__v => __obj.updateDynamic(\"IdentityPoolConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthResourceConfig]\n    }\n  }\n\n  @js.native\n  trait CreateBackendAuthResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object CreateBackendAuthResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): CreateBackendAuthResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthResponse]\n    }\n  }\n\n  \/** Describes the Amazon Cognito user pool configuration for the auth resource to be configured for your Amplify project.\n    *\/\n  @js.native\n  trait CreateBackendAuthUserPoolConfig extends js.Object {\n    var RequiredSignUpAttributes: ListOfRequiredSignUpAttributesElement\n    var SignInMethod: SignInMethod\n    var UserPoolName: __string\n    var ForgotPassword: js.UndefOr[CreateBackendAuthForgotPasswordConfig]\n    var Mfa: js.UndefOr[CreateBackendAuthMFAConfig]\n    var OAuth: js.UndefOr[CreateBackendAuthOAuthConfig]\n    var PasswordPolicy: js.UndefOr[CreateBackendAuthPasswordPolicyConfig]\n  }\n\n  object CreateBackendAuthUserPoolConfig {\n    @inline\n    def apply(\n        RequiredSignUpAttributes: ListOfRequiredSignUpAttributesElement,\n        SignInMethod: SignInMethod,\n        UserPoolName: __string,\n        ForgotPassword: js.UndefOr[CreateBackendAuthForgotPasswordConfig] = js.undefined,\n        Mfa: js.UndefOr[CreateBackendAuthMFAConfig] = js.undefined,\n        OAuth: js.UndefOr[CreateBackendAuthOAuthConfig] = js.undefined,\n        PasswordPolicy: js.UndefOr[CreateBackendAuthPasswordPolicyConfig] = js.undefined\n    ): CreateBackendAuthUserPoolConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RequiredSignUpAttributes\" -> RequiredSignUpAttributes.asInstanceOf[js.Any],\n        \"SignInMethod\" -> SignInMethod.asInstanceOf[js.Any],\n        \"UserPoolName\" -> UserPoolName.asInstanceOf[js.Any]\n      )\n\n      ForgotPassword.foreach(__v => __obj.updateDynamic(\"ForgotPassword\")(__v.asInstanceOf[js.Any]))\n      Mfa.foreach(__v => __obj.updateDynamic(\"Mfa\")(__v.asInstanceOf[js.Any]))\n      OAuth.foreach(__v => __obj.updateDynamic(\"OAuth\")(__v.asInstanceOf[js.Any]))\n      PasswordPolicy.foreach(__v => __obj.updateDynamic(\"PasswordPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendAuthUserPoolConfig]\n    }\n  }\n\n  \/** The request body for CreateBackendConfig.\n    *\/\n  @js.native\n  trait CreateBackendConfigRequest extends js.Object {\n    var AppId: __string\n    var BackendManagerAppId: js.UndefOr[__string]\n  }\n\n  object CreateBackendConfigRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendManagerAppId: js.UndefOr[__string] = js.undefined\n    ): CreateBackendConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n\n      BackendManagerAppId.foreach(__v => __obj.updateDynamic(\"BackendManagerAppId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBackendConfigResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object CreateBackendConfigResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): CreateBackendConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendConfigResponse]\n    }\n  }\n\n  \/** The request body for CreateBackend.\n    *\/\n  @js.native\n  trait CreateBackendRequest extends js.Object {\n    var AppId: __string\n    var AppName: __string\n    var BackendEnvironmentName: __string\n    var ResourceConfig: js.UndefOr[ResourceConfig]\n    var ResourceName: js.UndefOr[__string]\n  }\n\n  object CreateBackendRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        AppName: __string,\n        BackendEnvironmentName: __string,\n        ResourceConfig: js.UndefOr[ResourceConfig] = js.undefined,\n        ResourceName: js.UndefOr[__string] = js.undefined\n    ): CreateBackendRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"AppName\" -> AppName.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any]\n      )\n\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      ResourceName.foreach(__v => __obj.updateDynamic(\"ResourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBackendResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object CreateBackendResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): CreateBackendResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTokenRequest extends js.Object {\n    var AppId: __string\n  }\n\n  object CreateTokenRequest {\n    @inline\n    def apply(\n        AppId: __string\n    ): CreateTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTokenRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTokenResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var ChallengeCode: js.UndefOr[__string]\n    var SessionId: js.UndefOr[__string]\n    var Ttl: js.UndefOr[__string]\n  }\n\n  object CreateTokenResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        ChallengeCode: js.UndefOr[__string] = js.undefined,\n        SessionId: js.UndefOr[__string] = js.undefined,\n        Ttl: js.UndefOr[__string] = js.undefined\n    ): CreateTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      ChallengeCode.foreach(__v => __obj.updateDynamic(\"ChallengeCode\")(__v.asInstanceOf[js.Any]))\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      Ttl.foreach(__v => __obj.updateDynamic(\"Ttl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTokenResponse]\n    }\n  }\n\n  \/** The request body for DeleteBackendAPI.\n    *\/\n  @js.native\n  trait DeleteBackendAPIRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n    var ResourceConfig: js.UndefOr[BackendAPIResourceConfig]\n  }\n\n  object DeleteBackendAPIRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string,\n        ResourceConfig: js.UndefOr[BackendAPIResourceConfig] = js.undefined\n    ): DeleteBackendAPIRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackendAPIRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBackendAPIResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object DeleteBackendAPIResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): DeleteBackendAPIResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackendAPIResponse]\n    }\n  }\n\n  \/** The request body for DeleteBackendAuth.\n    *\/\n  @js.native\n  trait DeleteBackendAuthRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n  }\n\n  object DeleteBackendAuthRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string\n    ): DeleteBackendAuthRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackendAuthRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBackendAuthResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object DeleteBackendAuthResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): DeleteBackendAuthResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackendAuthResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteBackendRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n  }\n\n  object DeleteBackendRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string\n    ): DeleteBackendRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackendRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBackendResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object DeleteBackendResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): DeleteBackendResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackendResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTokenRequest extends js.Object {\n    var AppId: __string\n    var SessionId: __string\n  }\n\n  object DeleteTokenRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        SessionId: __string\n    ): DeleteTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"SessionId\" -> SessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTokenRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTokenResponse extends js.Object {\n    var IsSuccess: js.UndefOr[__boolean]\n  }\n\n  object DeleteTokenResponse {\n    @inline\n    def apply(\n        IsSuccess: js.UndefOr[__boolean] = js.undefined\n    ): DeleteTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      IsSuccess.foreach(__v => __obj.updateDynamic(\"IsSuccess\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTokenResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DeliveryMethod extends js.Any\n  object DeliveryMethod {\n    val EMAIL = \"EMAIL\".asInstanceOf[DeliveryMethod]\n    val SMS = \"SMS\".asInstanceOf[DeliveryMethod]\n\n    @inline def values = js.Array(EMAIL, SMS)\n  }\n\n  \/** The configuration for the email sent when an app user forgets their password.\n    *\/\n  @js.native\n  trait EmailSettings extends js.Object {\n    var EmailMessage: js.UndefOr[__string]\n    var EmailSubject: js.UndefOr[__string]\n  }\n\n  object EmailSettings {\n    @inline\n    def apply(\n        EmailMessage: js.UndefOr[__string] = js.undefined,\n        EmailSubject: js.UndefOr[__string] = js.undefined\n    ): EmailSettings = {\n      val __obj = js.Dynamic.literal()\n      EmailMessage.foreach(__v => __obj.updateDynamic(\"EmailMessage\")(__v.asInstanceOf[js.Any]))\n      EmailSubject.foreach(__v => __obj.updateDynamic(\"EmailSubject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EmailSettings]\n    }\n  }\n\n  \/** The request body for GenerateBackendAPIModels.\n    *\/\n  @js.native\n  trait GenerateBackendAPIModelsRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n  }\n\n  object GenerateBackendAPIModelsRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string\n    ): GenerateBackendAPIModelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GenerateBackendAPIModelsRequest]\n    }\n  }\n\n  @js.native\n  trait GenerateBackendAPIModelsResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object GenerateBackendAPIModelsResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): GenerateBackendAPIModelsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateBackendAPIModelsResponse]\n    }\n  }\n\n  \/** The request body for GetBackendAPIModels.\n    *\/\n  @js.native\n  trait GetBackendAPIModelsRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n  }\n\n  object GetBackendAPIModelsRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string\n    ): GetBackendAPIModelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBackendAPIModelsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBackendAPIModelsResponse extends js.Object {\n    var Models: js.UndefOr[__string]\n    var Status: js.UndefOr[Status]\n  }\n\n  object GetBackendAPIModelsResponse {\n    @inline\n    def apply(\n        Models: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined\n    ): GetBackendAPIModelsResponse = {\n      val __obj = js.Dynamic.literal()\n      Models.foreach(__v => __obj.updateDynamic(\"Models\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendAPIModelsResponse]\n    }\n  }\n\n  \/** The request body for GetBackendAPI.\n    *\/\n  @js.native\n  trait GetBackendAPIRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n    var ResourceConfig: js.UndefOr[BackendAPIResourceConfig]\n  }\n\n  object GetBackendAPIRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string,\n        ResourceConfig: js.UndefOr[BackendAPIResourceConfig] = js.undefined\n    ): GetBackendAPIRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendAPIRequest]\n    }\n  }\n\n  @js.native\n  trait GetBackendAPIResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var ResourceConfig: js.UndefOr[BackendAPIResourceConfig]\n    var ResourceName: js.UndefOr[__string]\n  }\n\n  object GetBackendAPIResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        ResourceConfig: js.UndefOr[BackendAPIResourceConfig] = js.undefined,\n        ResourceName: js.UndefOr[__string] = js.undefined\n    ): GetBackendAPIResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      ResourceName.foreach(__v => __obj.updateDynamic(\"ResourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendAPIResponse]\n    }\n  }\n\n  \/** The request body for GetBackendAuth.\n    *\/\n  @js.native\n  trait GetBackendAuthRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n  }\n\n  object GetBackendAuthRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string\n    ): GetBackendAuthRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBackendAuthRequest]\n    }\n  }\n\n  @js.native\n  trait GetBackendAuthResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var ResourceConfig: js.UndefOr[CreateBackendAuthResourceConfig]\n    var ResourceName: js.UndefOr[__string]\n  }\n\n  object GetBackendAuthResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        ResourceConfig: js.UndefOr[CreateBackendAuthResourceConfig] = js.undefined,\n        ResourceName: js.UndefOr[__string] = js.undefined\n    ): GetBackendAuthResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      ResourceName.foreach(__v => __obj.updateDynamic(\"ResourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendAuthResponse]\n    }\n  }\n\n  @js.native\n  trait GetBackendJobRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var JobId: __string\n  }\n\n  object GetBackendJobRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        JobId: __string\n    ): GetBackendJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBackendJobRequest]\n    }\n  }\n\n  @js.native\n  trait GetBackendJobResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var CreateTime: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n    var UpdateTime: js.UndefOr[__string]\n  }\n\n  object GetBackendJobResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        CreateTime: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined,\n        UpdateTime: js.UndefOr[__string] = js.undefined\n    ): GetBackendJobResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdateTime.foreach(__v => __obj.updateDynamic(\"UpdateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendJobResponse]\n    }\n  }\n\n  \/** The request body for GetBackend.\n    *\/\n  @js.native\n  trait GetBackendRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: js.UndefOr[__string]\n  }\n\n  object GetBackendRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined\n    ): GetBackendRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendRequest]\n    }\n  }\n\n  @js.native\n  trait GetBackendResponse extends js.Object {\n    var AmplifyMetaConfig: js.UndefOr[__string]\n    var AppId: js.UndefOr[__string]\n    var AppName: js.UndefOr[__string]\n    var BackendEnvironmentList: js.UndefOr[ListOf__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n  }\n\n  object GetBackendResponse {\n    @inline\n    def apply(\n        AmplifyMetaConfig: js.UndefOr[__string] = js.undefined,\n        AppId: js.UndefOr[__string] = js.undefined,\n        AppName: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentList: js.UndefOr[ListOf__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined\n    ): GetBackendResponse = {\n      val __obj = js.Dynamic.literal()\n      AmplifyMetaConfig.foreach(__v => __obj.updateDynamic(\"AmplifyMetaConfig\")(__v.asInstanceOf[js.Any]))\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      AppName.foreach(__v => __obj.updateDynamic(\"AppName\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentList.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentList\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBackendResponse]\n    }\n  }\n\n  @js.native\n  trait GetTokenRequest extends js.Object {\n    var AppId: __string\n    var SessionId: __string\n  }\n\n  object GetTokenRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        SessionId: __string\n    ): GetTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"SessionId\" -> SessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTokenRequest]\n    }\n  }\n\n  @js.native\n  trait GetTokenResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var ChallengeCode: js.UndefOr[__string]\n    var SessionId: js.UndefOr[__string]\n    var Ttl: js.UndefOr[__string]\n  }\n\n  object GetTokenResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        ChallengeCode: js.UndefOr[__string] = js.undefined,\n        SessionId: js.UndefOr[__string] = js.undefined,\n        Ttl: js.UndefOr[__string] = js.undefined\n    ): GetTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      ChallengeCode.foreach(__v => __obj.updateDynamic(\"ChallengeCode\")(__v.asInstanceOf[js.Any]))\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      Ttl.foreach(__v => __obj.updateDynamic(\"Ttl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTokenResponse]\n    }\n  }\n\n  \/** The request body for ListBackendJobs.\n    *\/\n  @js.native\n  trait ListBackendJobsRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var JobId: js.UndefOr[__string]\n    var MaxResults: js.UndefOr[__integerMin1Max25]\n    var NextToken: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object ListBackendJobsRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        JobId: js.UndefOr[__string] = js.undefined,\n        MaxResults: js.UndefOr[__integerMin1Max25] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): ListBackendJobsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any]\n      )\n\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackendJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBackendJobsResponse extends js.Object {\n    var Jobs: js.UndefOr[ListOfBackendJobRespObj]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListBackendJobsResponse {\n    @inline\n    def apply(\n        Jobs: js.UndefOr[ListOfBackendJobRespObj] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListBackendJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      Jobs.foreach(__v => __obj.updateDynamic(\"Jobs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackendJobsResponse]\n    }\n  }\n\n  \/** The request object for this operation.\n    *\/\n  @js.native\n  trait LoginAuthConfigReqObj extends js.Object {\n    var AwsCognitoIdentityPoolId: js.UndefOr[__string]\n    var AwsCognitoRegion: js.UndefOr[__string]\n    var AwsUserPoolsId: js.UndefOr[__string]\n    var AwsUserPoolsWebClientId: js.UndefOr[__string]\n  }\n\n  object LoginAuthConfigReqObj {\n    @inline\n    def apply(\n        AwsCognitoIdentityPoolId: js.UndefOr[__string] = js.undefined,\n        AwsCognitoRegion: js.UndefOr[__string] = js.undefined,\n        AwsUserPoolsId: js.UndefOr[__string] = js.undefined,\n        AwsUserPoolsWebClientId: js.UndefOr[__string] = js.undefined\n    ): LoginAuthConfigReqObj = {\n      val __obj = js.Dynamic.literal()\n      AwsCognitoIdentityPoolId.foreach(__v => __obj.updateDynamic(\"AwsCognitoIdentityPoolId\")(__v.asInstanceOf[js.Any]))\n      AwsCognitoRegion.foreach(__v => __obj.updateDynamic(\"AwsCognitoRegion\")(__v.asInstanceOf[js.Any]))\n      AwsUserPoolsId.foreach(__v => __obj.updateDynamic(\"AwsUserPoolsId\")(__v.asInstanceOf[js.Any]))\n      AwsUserPoolsWebClientId.foreach(__v => __obj.updateDynamic(\"AwsUserPoolsWebClientId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoginAuthConfigReqObj]\n    }\n  }\n\n  @js.native\n  sealed trait MFAMode extends js.Any\n  object MFAMode {\n    val ON = \"ON\".asInstanceOf[MFAMode]\n    val OFF = \"OFF\".asInstanceOf[MFAMode]\n    val OPTIONAL = \"OPTIONAL\".asInstanceOf[MFAMode]\n\n    @inline def values = js.Array(ON, OFF, OPTIONAL)\n  }\n\n  @js.native\n  sealed trait MfaTypesElement extends js.Any\n  object MfaTypesElement {\n    val SMS = \"SMS\".asInstanceOf[MfaTypesElement]\n    val TOTP = \"TOTP\".asInstanceOf[MfaTypesElement]\n\n    @inline def values = js.Array(SMS, TOTP)\n  }\n\n  @js.native\n  sealed trait Mode extends js.Any\n  object Mode {\n    val API_KEY = \"API_KEY\".asInstanceOf[Mode]\n    val AWS_IAM = \"AWS_IAM\".asInstanceOf[Mode]\n    val AMAZON_COGNITO_USER_POOLS = \"AMAZON_COGNITO_USER_POOLS\".asInstanceOf[Mode]\n    val OPENID_CONNECT = \"OPENID_CONNECT\".asInstanceOf[Mode]\n\n    @inline def values = js.Array(API_KEY, AWS_IAM, AMAZON_COGNITO_USER_POOLS, OPENID_CONNECT)\n  }\n\n  @js.native\n  sealed trait OAuthGrantType extends js.Any\n  object OAuthGrantType {\n    val CODE = \"CODE\".asInstanceOf[OAuthGrantType]\n    val IMPLICIT = \"IMPLICIT\".asInstanceOf[OAuthGrantType]\n\n    @inline def values = js.Array(CODE, IMPLICIT)\n  }\n\n  @js.native\n  sealed trait OAuthScopesElement extends js.Any\n  object OAuthScopesElement {\n    val PHONE = \"PHONE\".asInstanceOf[OAuthScopesElement]\n    val EMAIL = \"EMAIL\".asInstanceOf[OAuthScopesElement]\n    val OPENID = \"OPENID\".asInstanceOf[OAuthScopesElement]\n    val PROFILE = \"PROFILE\".asInstanceOf[OAuthScopesElement]\n    val AWS_COGNITO_SIGNIN_USER_ADMIN = \"AWS_COGNITO_SIGNIN_USER_ADMIN\".asInstanceOf[OAuthScopesElement]\n\n    @inline def values = js.Array(PHONE, EMAIL, OPENID, PROFILE, AWS_COGNITO_SIGNIN_USER_ADMIN)\n  }\n\n  \/** The request body for RemoveAllBackends.\n    *\/\n  @js.native\n  trait RemoveAllBackendsRequest extends js.Object {\n    var AppId: __string\n    var CleanAmplifyApp: js.UndefOr[__boolean]\n  }\n\n  object RemoveAllBackendsRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        CleanAmplifyApp: js.UndefOr[__boolean] = js.undefined\n    ): RemoveAllBackendsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n\n      CleanAmplifyApp.foreach(__v => __obj.updateDynamic(\"CleanAmplifyApp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveAllBackendsRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveAllBackendsResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object RemoveAllBackendsResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): RemoveAllBackendsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveAllBackendsResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveBackendConfigRequest extends js.Object {\n    var AppId: __string\n  }\n\n  object RemoveBackendConfigRequest {\n    @inline\n    def apply(\n        AppId: __string\n    ): RemoveBackendConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveBackendConfigRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveBackendConfigResponse extends js.Object {\n    var Error: js.UndefOr[__string]\n  }\n\n  object RemoveBackendConfigResponse {\n    @inline\n    def apply(\n        Error: js.UndefOr[__string] = js.undefined\n    ): RemoveBackendConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveBackendConfigResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RequiredSignUpAttributesElement extends js.Any\n  object RequiredSignUpAttributesElement {\n    val ADDRESS = \"ADDRESS\".asInstanceOf[RequiredSignUpAttributesElement]\n    val BIRTHDATE = \"BIRTHDATE\".asInstanceOf[RequiredSignUpAttributesElement]\n    val EMAIL = \"EMAIL\".asInstanceOf[RequiredSignUpAttributesElement]\n    val FAMILY_NAME = \"FAMILY_NAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val GENDER = \"GENDER\".asInstanceOf[RequiredSignUpAttributesElement]\n    val GIVEN_NAME = \"GIVEN_NAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val LOCALE = \"LOCALE\".asInstanceOf[RequiredSignUpAttributesElement]\n    val MIDDLE_NAME = \"MIDDLE_NAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val NAME = \"NAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val NICKNAME = \"NICKNAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val PHONE_NUMBER = \"PHONE_NUMBER\".asInstanceOf[RequiredSignUpAttributesElement]\n    val PICTURE = \"PICTURE\".asInstanceOf[RequiredSignUpAttributesElement]\n    val PREFERRED_USERNAME = \"PREFERRED_USERNAME\".asInstanceOf[RequiredSignUpAttributesElement]\n    val PROFILE = \"PROFILE\".asInstanceOf[RequiredSignUpAttributesElement]\n    val UPDATED_AT = \"UPDATED_AT\".asInstanceOf[RequiredSignUpAttributesElement]\n    val WEBSITE = \"WEBSITE\".asInstanceOf[RequiredSignUpAttributesElement]\n    val ZONE_INFO = \"ZONE_INFO\".asInstanceOf[RequiredSignUpAttributesElement]\n\n    @inline def values = js.Array(\n      ADDRESS,\n      BIRTHDATE,\n      EMAIL,\n      FAMILY_NAME,\n      GENDER,\n      GIVEN_NAME,\n      LOCALE,\n      MIDDLE_NAME,\n      NAME,\n      NICKNAME,\n      PHONE_NUMBER,\n      PICTURE,\n      PREFERRED_USERNAME,\n      PROFILE,\n      UPDATED_AT,\n      WEBSITE,\n      ZONE_INFO\n    )\n  }\n\n  @js.native\n  sealed trait ResolutionStrategy extends js.Any\n  object ResolutionStrategy {\n    val OPTIMISTIC_CONCURRENCY = \"OPTIMISTIC_CONCURRENCY\".asInstanceOf[ResolutionStrategy]\n    val LAMBDA = \"LAMBDA\".asInstanceOf[ResolutionStrategy]\n    val AUTOMERGE = \"AUTOMERGE\".asInstanceOf[ResolutionStrategy]\n    val NONE = \"NONE\".asInstanceOf[ResolutionStrategy]\n\n    @inline def values = js.Array(OPTIMISTIC_CONCURRENCY, LAMBDA, AUTOMERGE, NONE)\n  }\n\n  \/** Defines the resource configuration for the data model in your Amplify project.\n    *\/\n  @js.native\n  trait ResourceConfig extends js.Object\n\n  object ResourceConfig {\n    @inline\n    def apply(): ResourceConfig = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ResourceConfig]\n    }\n  }\n\n  @js.native\n  sealed trait Service extends js.Any\n  object Service {\n    val COGNITO = \"COGNITO\".asInstanceOf[Service]\n\n    @inline def values = js.Array(COGNITO)\n  }\n\n  \/** The settings of your MFA configuration for the backend of your Amplify project.\n    *\/\n  @js.native\n  trait Settings extends js.Object {\n    var MfaTypes: js.UndefOr[ListOfMfaTypesElement]\n    var SmsMessage: js.UndefOr[__string]\n  }\n\n  object Settings {\n    @inline\n    def apply(\n        MfaTypes: js.UndefOr[ListOfMfaTypesElement] = js.undefined,\n        SmsMessage: js.UndefOr[__string] = js.undefined\n    ): Settings = {\n      val __obj = js.Dynamic.literal()\n      MfaTypes.foreach(__v => __obj.updateDynamic(\"MfaTypes\")(__v.asInstanceOf[js.Any]))\n      SmsMessage.foreach(__v => __obj.updateDynamic(\"SmsMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Settings]\n    }\n  }\n\n  @js.native\n  sealed trait SignInMethod extends js.Any\n  object SignInMethod {\n    val EMAIL = \"EMAIL\".asInstanceOf[SignInMethod]\n    val EMAIL_AND_PHONE_NUMBER = \"EMAIL_AND_PHONE_NUMBER\".asInstanceOf[SignInMethod]\n    val PHONE_NUMBER = \"PHONE_NUMBER\".asInstanceOf[SignInMethod]\n    val USERNAME = \"USERNAME\".asInstanceOf[SignInMethod]\n\n    @inline def values = js.Array(EMAIL, EMAIL_AND_PHONE_NUMBER, PHONE_NUMBER, USERNAME)\n  }\n\n  \/** SMS settings for authentication.\n    *\/\n  @js.native\n  trait SmsSettings extends js.Object {\n    var SmsMessage: js.UndefOr[__string]\n  }\n\n  object SmsSettings {\n    @inline\n    def apply(\n        SmsMessage: js.UndefOr[__string] = js.undefined\n    ): SmsSettings = {\n      val __obj = js.Dynamic.literal()\n      SmsMessage.foreach(__v => __obj.updateDynamic(\"SmsMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SmsSettings]\n    }\n  }\n\n  \/** The settings for using the social identity providers for access to your Amplify app.\n    *\/\n  @js.native\n  trait SocialProviderSettings extends js.Object {\n    var Facebook: js.UndefOr[BackendAuthSocialProviderConfig]\n    var Google: js.UndefOr[BackendAuthSocialProviderConfig]\n    var LoginWithAmazon: js.UndefOr[BackendAuthSocialProviderConfig]\n  }\n\n  object SocialProviderSettings {\n    @inline\n    def apply(\n        Facebook: js.UndefOr[BackendAuthSocialProviderConfig] = js.undefined,\n        Google: js.UndefOr[BackendAuthSocialProviderConfig] = js.undefined,\n        LoginWithAmazon: js.UndefOr[BackendAuthSocialProviderConfig] = js.undefined\n    ): SocialProviderSettings = {\n      val __obj = js.Dynamic.literal()\n      Facebook.foreach(__v => __obj.updateDynamic(\"Facebook\")(__v.asInstanceOf[js.Any]))\n      Google.foreach(__v => __obj.updateDynamic(\"Google\")(__v.asInstanceOf[js.Any]))\n      LoginWithAmazon.foreach(__v => __obj.updateDynamic(\"LoginWithAmazon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SocialProviderSettings]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val LATEST = \"LATEST\".asInstanceOf[Status]\n    val STALE = \"STALE\".asInstanceOf[Status]\n\n    @inline def values = js.Array(LATEST, STALE)\n  }\n\n  \/** The request body for UpdateBackendAPI.\n    *\/\n  @js.native\n  trait UpdateBackendAPIRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceName: __string\n    var ResourceConfig: js.UndefOr[BackendAPIResourceConfig]\n  }\n\n  object UpdateBackendAPIRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceName: __string,\n        ResourceConfig: js.UndefOr[BackendAPIResourceConfig] = js.undefined\n    ): UpdateBackendAPIRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAPIRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateBackendAPIResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object UpdateBackendAPIResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): UpdateBackendAPIResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAPIResponse]\n    }\n  }\n\n  \/** Describes the forgot password policy for authenticating into the Amplify app.\n    *\/\n  @js.native\n  trait UpdateBackendAuthForgotPasswordConfig extends js.Object {\n    var DeliveryMethod: js.UndefOr[DeliveryMethod]\n    var EmailSettings: js.UndefOr[EmailSettings]\n    var SmsSettings: js.UndefOr[SmsSettings]\n  }\n\n  object UpdateBackendAuthForgotPasswordConfig {\n    @inline\n    def apply(\n        DeliveryMethod: js.UndefOr[DeliveryMethod] = js.undefined,\n        EmailSettings: js.UndefOr[EmailSettings] = js.undefined,\n        SmsSettings: js.UndefOr[SmsSettings] = js.undefined\n    ): UpdateBackendAuthForgotPasswordConfig = {\n      val __obj = js.Dynamic.literal()\n      DeliveryMethod.foreach(__v => __obj.updateDynamic(\"DeliveryMethod\")(__v.asInstanceOf[js.Any]))\n      EmailSettings.foreach(__v => __obj.updateDynamic(\"EmailSettings\")(__v.asInstanceOf[js.Any]))\n      SmsSettings.foreach(__v => __obj.updateDynamic(\"SmsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthForgotPasswordConfig]\n    }\n  }\n\n  \/** Describes the authorization configuration for the Amazon Cognito identity pool, provisioned as a part of your auth resource in the Amplify project.\n    *\/\n  @js.native\n  trait UpdateBackendAuthIdentityPoolConfig extends js.Object {\n    var UnauthenticatedLogin: js.UndefOr[__boolean]\n  }\n\n  object UpdateBackendAuthIdentityPoolConfig {\n    @inline\n    def apply(\n        UnauthenticatedLogin: js.UndefOr[__boolean] = js.undefined\n    ): UpdateBackendAuthIdentityPoolConfig = {\n      val __obj = js.Dynamic.literal()\n      UnauthenticatedLogin.foreach(__v => __obj.updateDynamic(\"UnauthenticatedLogin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthIdentityPoolConfig]\n    }\n  }\n\n  \/** Updates the multi-factor authentication (MFA) configuration for the backend of your Amplify project.\n    *\/\n  @js.native\n  trait UpdateBackendAuthMFAConfig extends js.Object {\n    var MFAMode: js.UndefOr[MFAMode]\n    var Settings: js.UndefOr[Settings]\n  }\n\n  object UpdateBackendAuthMFAConfig {\n    @inline\n    def apply(\n        MFAMode: js.UndefOr[MFAMode] = js.undefined,\n        Settings: js.UndefOr[Settings] = js.undefined\n    ): UpdateBackendAuthMFAConfig = {\n      val __obj = js.Dynamic.literal()\n      MFAMode.foreach(__v => __obj.updateDynamic(\"MFAMode\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthMFAConfig]\n    }\n  }\n\n  \/** The OAuth configurations for authenticating users into your Amplify app.\n    *\/\n  @js.native\n  trait UpdateBackendAuthOAuthConfig extends js.Object {\n    var DomainPrefix: js.UndefOr[__string]\n    var OAuthGrantType: js.UndefOr[OAuthGrantType]\n    var OAuthScopes: js.UndefOr[ListOfOAuthScopesElement]\n    var RedirectSignInURIs: js.UndefOr[ListOf__string]\n    var RedirectSignOutURIs: js.UndefOr[ListOf__string]\n    var SocialProviderSettings: js.UndefOr[SocialProviderSettings]\n  }\n\n  object UpdateBackendAuthOAuthConfig {\n    @inline\n    def apply(\n        DomainPrefix: js.UndefOr[__string] = js.undefined,\n        OAuthGrantType: js.UndefOr[OAuthGrantType] = js.undefined,\n        OAuthScopes: js.UndefOr[ListOfOAuthScopesElement] = js.undefined,\n        RedirectSignInURIs: js.UndefOr[ListOf__string] = js.undefined,\n        RedirectSignOutURIs: js.UndefOr[ListOf__string] = js.undefined,\n        SocialProviderSettings: js.UndefOr[SocialProviderSettings] = js.undefined\n    ): UpdateBackendAuthOAuthConfig = {\n      val __obj = js.Dynamic.literal()\n      DomainPrefix.foreach(__v => __obj.updateDynamic(\"DomainPrefix\")(__v.asInstanceOf[js.Any]))\n      OAuthGrantType.foreach(__v => __obj.updateDynamic(\"OAuthGrantType\")(__v.asInstanceOf[js.Any]))\n      OAuthScopes.foreach(__v => __obj.updateDynamic(\"OAuthScopes\")(__v.asInstanceOf[js.Any]))\n      RedirectSignInURIs.foreach(__v => __obj.updateDynamic(\"RedirectSignInURIs\")(__v.asInstanceOf[js.Any]))\n      RedirectSignOutURIs.foreach(__v => __obj.updateDynamic(\"RedirectSignOutURIs\")(__v.asInstanceOf[js.Any]))\n      SocialProviderSettings.foreach(__v => __obj.updateDynamic(\"SocialProviderSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthOAuthConfig]\n    }\n  }\n\n  \/** Describes the password policy for your Amazon Cognito user pool that's configured as a part of your Amplify project.\n    *\/\n  @js.native\n  trait UpdateBackendAuthPasswordPolicyConfig extends js.Object {\n    var AdditionalConstraints: js.UndefOr[ListOfAdditionalConstraintsElement]\n    var MinimumLength: js.UndefOr[__double]\n  }\n\n  object UpdateBackendAuthPasswordPolicyConfig {\n    @inline\n    def apply(\n        AdditionalConstraints: js.UndefOr[ListOfAdditionalConstraintsElement] = js.undefined,\n        MinimumLength: js.UndefOr[__double] = js.undefined\n    ): UpdateBackendAuthPasswordPolicyConfig = {\n      val __obj = js.Dynamic.literal()\n      AdditionalConstraints.foreach(__v => __obj.updateDynamic(\"AdditionalConstraints\")(__v.asInstanceOf[js.Any]))\n      MinimumLength.foreach(__v => __obj.updateDynamic(\"MinimumLength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthPasswordPolicyConfig]\n    }\n  }\n\n  \/** The request body for UpdateBackendAuth.\n    *\/\n  @js.native\n  trait UpdateBackendAuthRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var ResourceConfig: UpdateBackendAuthResourceConfig\n    var ResourceName: __string\n  }\n\n  object UpdateBackendAuthRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        ResourceConfig: UpdateBackendAuthResourceConfig,\n        ResourceName: __string\n    ): UpdateBackendAuthRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateBackendAuthRequest]\n    }\n  }\n\n  \/** Defines the resource configuration when updating an authentication resource in your Amplify project.\n    *\/\n  @js.native\n  trait UpdateBackendAuthResourceConfig extends js.Object {\n    var AuthResources: AuthResources\n    var Service: Service\n    var UserPoolConfigs: UpdateBackendAuthUserPoolConfig\n    var IdentityPoolConfigs: js.UndefOr[UpdateBackendAuthIdentityPoolConfig]\n  }\n\n  object UpdateBackendAuthResourceConfig {\n    @inline\n    def apply(\n        AuthResources: AuthResources,\n        Service: Service,\n        UserPoolConfigs: UpdateBackendAuthUserPoolConfig,\n        IdentityPoolConfigs: js.UndefOr[UpdateBackendAuthIdentityPoolConfig] = js.undefined\n    ): UpdateBackendAuthResourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AuthResources\" -> AuthResources.asInstanceOf[js.Any],\n        \"Service\" -> Service.asInstanceOf[js.Any],\n        \"UserPoolConfigs\" -> UserPoolConfigs.asInstanceOf[js.Any]\n      )\n\n      IdentityPoolConfigs.foreach(__v => __obj.updateDynamic(\"IdentityPoolConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthResourceConfig]\n    }\n  }\n\n  @js.native\n  trait UpdateBackendAuthResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object UpdateBackendAuthResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): UpdateBackendAuthResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthResponse]\n    }\n  }\n\n  \/** Describes the Amazon Cognito user pool configuration to configure the authorization resource for your Amplify project on an update.\n    *\/\n  @js.native\n  trait UpdateBackendAuthUserPoolConfig extends js.Object {\n    var ForgotPassword: js.UndefOr[UpdateBackendAuthForgotPasswordConfig]\n    var Mfa: js.UndefOr[UpdateBackendAuthMFAConfig]\n    var OAuth: js.UndefOr[UpdateBackendAuthOAuthConfig]\n    var PasswordPolicy: js.UndefOr[UpdateBackendAuthPasswordPolicyConfig]\n  }\n\n  object UpdateBackendAuthUserPoolConfig {\n    @inline\n    def apply(\n        ForgotPassword: js.UndefOr[UpdateBackendAuthForgotPasswordConfig] = js.undefined,\n        Mfa: js.UndefOr[UpdateBackendAuthMFAConfig] = js.undefined,\n        OAuth: js.UndefOr[UpdateBackendAuthOAuthConfig] = js.undefined,\n        PasswordPolicy: js.UndefOr[UpdateBackendAuthPasswordPolicyConfig] = js.undefined\n    ): UpdateBackendAuthUserPoolConfig = {\n      val __obj = js.Dynamic.literal()\n      ForgotPassword.foreach(__v => __obj.updateDynamic(\"ForgotPassword\")(__v.asInstanceOf[js.Any]))\n      Mfa.foreach(__v => __obj.updateDynamic(\"Mfa\")(__v.asInstanceOf[js.Any]))\n      OAuth.foreach(__v => __obj.updateDynamic(\"OAuth\")(__v.asInstanceOf[js.Any]))\n      PasswordPolicy.foreach(__v => __obj.updateDynamic(\"PasswordPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendAuthUserPoolConfig]\n    }\n  }\n\n  \/** The request body for UpdateBackendConfig.\n    *\/\n  @js.native\n  trait UpdateBackendConfigRequest extends js.Object {\n    var AppId: __string\n    var LoginAuthConfig: js.UndefOr[LoginAuthConfigReqObj]\n  }\n\n  object UpdateBackendConfigRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        LoginAuthConfig: js.UndefOr[LoginAuthConfigReqObj] = js.undefined\n    ): UpdateBackendConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any]\n      )\n\n      LoginAuthConfig.foreach(__v => __obj.updateDynamic(\"LoginAuthConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateBackendConfigResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendManagerAppId: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var LoginAuthConfig: js.UndefOr[LoginAuthConfigReqObj]\n  }\n\n  object UpdateBackendConfigResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendManagerAppId: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        LoginAuthConfig: js.UndefOr[LoginAuthConfigReqObj] = js.undefined\n    ): UpdateBackendConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendManagerAppId.foreach(__v => __obj.updateDynamic(\"BackendManagerAppId\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      LoginAuthConfig.foreach(__v => __obj.updateDynamic(\"LoginAuthConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendConfigResponse]\n    }\n  }\n\n  \/** The request body for GetBackendJob.\n    *\/\n  @js.native\n  trait UpdateBackendJobRequest extends js.Object {\n    var AppId: __string\n    var BackendEnvironmentName: __string\n    var JobId: __string\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n  }\n\n  object UpdateBackendJobRequest {\n    @inline\n    def apply(\n        AppId: __string,\n        BackendEnvironmentName: __string,\n        JobId: __string,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined\n    ): UpdateBackendJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppId\" -> AppId.asInstanceOf[js.Any],\n        \"BackendEnvironmentName\" -> BackendEnvironmentName.asInstanceOf[js.Any],\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendJobRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateBackendJobResponse extends js.Object {\n    var AppId: js.UndefOr[__string]\n    var BackendEnvironmentName: js.UndefOr[__string]\n    var CreateTime: js.UndefOr[__string]\n    var Error: js.UndefOr[__string]\n    var JobId: js.UndefOr[__string]\n    var Operation: js.UndefOr[__string]\n    var Status: js.UndefOr[__string]\n    var UpdateTime: js.UndefOr[__string]\n  }\n\n  object UpdateBackendJobResponse {\n    @inline\n    def apply(\n        AppId: js.UndefOr[__string] = js.undefined,\n        BackendEnvironmentName: js.UndefOr[__string] = js.undefined,\n        CreateTime: js.UndefOr[__string] = js.undefined,\n        Error: js.UndefOr[__string] = js.undefined,\n        JobId: js.UndefOr[__string] = js.undefined,\n        Operation: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[__string] = js.undefined,\n        UpdateTime: js.UndefOr[__string] = js.undefined\n    ): UpdateBackendJobResponse = {\n      val __obj = js.Dynamic.literal()\n      AppId.foreach(__v => __obj.updateDynamic(\"AppId\")(__v.asInstanceOf[js.Any]))\n      BackendEnvironmentName.foreach(__v => __obj.updateDynamic(\"BackendEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdateTime.foreach(__v => __obj.updateDynamic(\"UpdateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBackendJobResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/kinesisvideosignaling\/src\/main\/scala\/facade\/amazonaws\/services\/KinesisVideoSignaling.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object kinesisvideosignaling {\n  type Answer = String\n  type ClientId = String\n  type IceServerList = js.Array[IceServer]\n  type MessagePayload = String\n  type Password = String\n  type ResourceARN = String\n  type Ttl = Int\n  type Uri = String\n  type Uris = js.Array[Uri]\n  type Username = String\n\n  implicit final class KinesisVideoSignalingOps(private val service: KinesisVideoSignaling) extends AnyVal {\n\n    @inline def getIceServerConfigFuture(params: GetIceServerConfigRequest): Future[GetIceServerConfigResponse] = service.getIceServerConfig(params).promise().toFuture\n    @inline def sendAlexaOfferToMasterFuture(params: SendAlexaOfferToMasterRequest): Future[SendAlexaOfferToMasterResponse] = service.sendAlexaOfferToMaster(params).promise().toFuture\n\n  }\n}\n\npackage kinesisvideosignaling {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/kinesisvideosignalingchannels\", JSImport.Namespace, \"AWS.KinesisVideoSignalingChannels\")\n  class KinesisVideoSignaling() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def getIceServerConfig(params: GetIceServerConfigRequest): Request[GetIceServerConfigResponse] = js.native\n    def sendAlexaOfferToMaster(params: SendAlexaOfferToMasterRequest): Request[SendAlexaOfferToMasterResponse] = js.native\n  }\n\n  @js.native\n  trait GetIceServerConfigRequest extends js.Object {\n    var ChannelARN: ResourceARN\n    var ClientId: js.UndefOr[ClientId]\n    var Service: js.UndefOr[Service]\n    var Username: js.UndefOr[Username]\n  }\n\n  object GetIceServerConfigRequest {\n    @inline\n    def apply(\n        ChannelARN: ResourceARN,\n        ClientId: js.UndefOr[ClientId] = js.undefined,\n        Service: js.UndefOr[Service] = js.undefined,\n        Username: js.UndefOr[Username] = js.undefined\n    ): GetIceServerConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelARN\" -> ChannelARN.asInstanceOf[js.Any]\n      )\n\n      ClientId.foreach(__v => __obj.updateDynamic(\"ClientId\")(__v.asInstanceOf[js.Any]))\n      Service.foreach(__v => __obj.updateDynamic(\"Service\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIceServerConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetIceServerConfigResponse extends js.Object {\n    var IceServerList: js.UndefOr[IceServerList]\n  }\n\n  object GetIceServerConfigResponse {\n    @inline\n    def apply(\n        IceServerList: js.UndefOr[IceServerList] = js.undefined\n    ): GetIceServerConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      IceServerList.foreach(__v => __obj.updateDynamic(\"IceServerList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIceServerConfigResponse]\n    }\n  }\n\n  \/** A structure for the ICE server connection data.\n    *\/\n  @js.native\n  trait IceServer extends js.Object {\n    var Password: js.UndefOr[Password]\n    var Ttl: js.UndefOr[Ttl]\n    var Uris: js.UndefOr[Uris]\n    var Username: js.UndefOr[Username]\n  }\n\n  object IceServer {\n    @inline\n    def apply(\n        Password: js.UndefOr[Password] = js.undefined,\n        Ttl: js.UndefOr[Ttl] = js.undefined,\n        Uris: js.UndefOr[Uris] = js.undefined,\n        Username: js.UndefOr[Username] = js.undefined\n    ): IceServer = {\n      val __obj = js.Dynamic.literal()\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      Ttl.foreach(__v => __obj.updateDynamic(\"Ttl\")(__v.asInstanceOf[js.Any]))\n      Uris.foreach(__v => __obj.updateDynamic(\"Uris\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IceServer]\n    }\n  }\n\n  @js.native\n  trait SendAlexaOfferToMasterRequest extends js.Object {\n    var ChannelARN: ResourceARN\n    var MessagePayload: MessagePayload\n    var SenderClientId: ClientId\n  }\n\n  object SendAlexaOfferToMasterRequest {\n    @inline\n    def apply(\n        ChannelARN: ResourceARN,\n        MessagePayload: MessagePayload,\n        SenderClientId: ClientId\n    ): SendAlexaOfferToMasterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelARN\" -> ChannelARN.asInstanceOf[js.Any],\n        \"MessagePayload\" -> MessagePayload.asInstanceOf[js.Any],\n        \"SenderClientId\" -> SenderClientId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendAlexaOfferToMasterRequest]\n    }\n  }\n\n  @js.native\n  trait SendAlexaOfferToMasterResponse extends js.Object {\n    var Answer: js.UndefOr[Answer]\n  }\n\n  object SendAlexaOfferToMasterResponse {\n    @inline\n    def apply(\n        Answer: js.UndefOr[Answer] = js.undefined\n    ): SendAlexaOfferToMasterResponse = {\n      val __obj = js.Dynamic.literal()\n      Answer.foreach(__v => __obj.updateDynamic(\"Answer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendAlexaOfferToMasterResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Service extends js.Any\n  object Service {\n    val TURN = \"TURN\".asInstanceOf[Service]\n\n    @inline def values = js.Array(TURN)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/ProcessCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\nimport facade.amazonaws.HttpOptions\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"ProcessCredentials\", \"AWS.ProcessCredentials\")\nclass ProcessCredentials() extends AWSCredentials {\n  def this(options: ProcessCredentialsOptions) = this()\n}\n\ntrait ProcessCredentialsOptions extends js.Object {\n  var profile: js.UndefOr[String]\n  var filename: js.UndefOr[String]\n  var httpOptions: js.UndefOr[HttpOptions]\n}\n\nobject ProcessCredentialsOptions {\n  def apply(\n      profile: js.UndefOr[String] = js.undefined,\n      filename: js.UndefOr[String] = js.undefined,\n      httpOptions: js.UndefOr[HttpOptions] = js.undefined\n  ): ProcessCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    profile.foreach(_v => _obj$.updateDynamic(\"profile\")(_v.asInstanceOf[js.Any]))\n    filename.foreach(_v => _obj$.updateDynamic(\"filename\")(_v.asInstanceOf[js.Any]))\n    httpOptions.foreach(_v => _obj$.updateDynamic(\"httpOptions\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[ProcessCredentialsOptions]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudwatch\/src\/main\/scala\/facade\/amazonaws\/services\/CloudWatch.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cloudwatch {\n  type ActionPrefix = String\n  type ActionsEnabled = Boolean\n  type AlarmArn = String\n  type AlarmDescription = String\n  type AlarmHistoryItems = js.Array[AlarmHistoryItem]\n  type AlarmName = String\n  type AlarmNamePrefix = String\n  type AlarmNames = js.Array[AlarmName]\n  type AlarmRule = String\n  type AlarmTypes = js.Array[AlarmType]\n  type AmazonResourceName = String\n  type AnomalyDetectorExcludedTimeRanges = js.Array[Range]\n  type AnomalyDetectorMetricStat = String\n  type AnomalyDetectorMetricTimezone = String\n  type AnomalyDetectors = js.Array[AnomalyDetector]\n  type BatchFailures = js.Array[PartialFailure]\n  type CompositeAlarms = js.Array[CompositeAlarm]\n  type Counts = js.Array[DatapointValue]\n  type DashboardArn = String\n  type DashboardBody = String\n  type DashboardEntries = js.Array[DashboardEntry]\n  type DashboardName = String\n  type DashboardNamePrefix = String\n  type DashboardNames = js.Array[DashboardName]\n  type DashboardValidationMessages = js.Array[DashboardValidationMessage]\n  type DataPath = String\n  type DatapointValue = Double\n  type DatapointValueMap = js.Dictionary[DatapointValue]\n  type DatapointValues = js.Array[DatapointValue]\n  type Datapoints = js.Array[Datapoint]\n  type DatapointsToAlarm = Int\n  type DimensionFilters = js.Array[DimensionFilter]\n  type DimensionName = String\n  type DimensionValue = String\n  type Dimensions = js.Array[Dimension]\n  type EvaluateLowSampleCountPercentile = String\n  type EvaluationPeriods = Int\n  type ExceptionType = String\n  type ExtendedStatistic = String\n  type ExtendedStatistics = js.Array[ExtendedStatistic]\n  type FailureCode = String\n  type FailureDescription = String\n  type FailureResource = String\n  type GetMetricDataLabelTimezone = String\n  type GetMetricDataMaxDatapoints = Int\n  type HistoryData = String\n  type HistorySummary = String\n  type InsightRuleAggregationStatistic = String\n  type InsightRuleContributorDatapoints = js.Array[InsightRuleContributorDatapoint]\n  type InsightRuleContributorKey = String\n  type InsightRuleContributorKeyLabel = String\n  type InsightRuleContributorKeyLabels = js.Array[InsightRuleContributorKeyLabel]\n  type InsightRuleContributorKeys = js.Array[InsightRuleContributorKey]\n  type InsightRuleContributors = js.Array[InsightRuleContributor]\n  type InsightRuleDefinition = String\n  type InsightRuleMaxResults = Int\n  type InsightRuleMetricDatapoints = js.Array[InsightRuleMetricDatapoint]\n  type InsightRuleMetricList = js.Array[InsightRuleMetricName]\n  type InsightRuleMetricName = String\n  type InsightRuleName = String\n  type InsightRuleNames = js.Array[InsightRuleName]\n  type InsightRuleOrderBy = String\n  type InsightRuleSchema = String\n  type InsightRuleState = String\n  type InsightRuleUnboundDouble = Double\n  type InsightRuleUnboundInteger = Int\n  type InsightRuleUnboundLong = Double\n  type InsightRules = js.Array[InsightRule]\n  type LastModified = js.Date\n  type ListMetricStreamsMaxResults = Int\n  type MaxRecords = Int\n  type MaxReturnedResultsCount = Int\n  type Message = String\n  type MessageDataCode = String\n  type MessageDataValue = String\n  type MetricAlarms = js.Array[MetricAlarm]\n  type MetricData = js.Array[MetricDatum]\n  type MetricDataQueries = js.Array[MetricDataQuery]\n  type MetricDataResultMessages = js.Array[MessageData]\n  type MetricDataResults = js.Array[MetricDataResult]\n  type MetricExpression = String\n  type MetricId = String\n  type MetricLabel = String\n  type MetricName = String\n  type MetricStreamEntries = js.Array[MetricStreamEntry]\n  type MetricStreamFilters = js.Array[MetricStreamFilter]\n  type MetricStreamName = String\n  type MetricStreamNames = js.Array[MetricStreamName]\n  type MetricStreamState = String\n  type MetricWidget = String\n  type MetricWidgetImage = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type Metrics = js.Array[Metric]\n  type Namespace = String\n  type NextToken = String\n  type OutputFormat = String\n  type Period = Int\n  type ResourceList = js.Array[ResourceName]\n  type ResourceName = String\n  type ReturnData = Boolean\n  type Size = Double\n  type Stat = String\n  type StateReason = String\n  type StateReasonData = String\n  type Statistics = js.Array[Statistic]\n  type StorageResolution = Int\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Threshold = Double\n  type Timestamp = js.Date\n  type Timestamps = js.Array[Timestamp]\n  type TreatMissingData = String\n  type Values = js.Array[DatapointValue]\n\n  implicit final class CloudWatchOps(private val service: CloudWatch) extends AnyVal {\n\n    @inline def deleteAlarmsFuture(params: DeleteAlarmsInput): Future[js.Object] = service.deleteAlarms(params).promise().toFuture\n    @inline def deleteAnomalyDetectorFuture(params: DeleteAnomalyDetectorInput): Future[DeleteAnomalyDetectorOutput] = service.deleteAnomalyDetector(params).promise().toFuture\n    @inline def deleteDashboardsFuture(params: DeleteDashboardsInput): Future[DeleteDashboardsOutput] = service.deleteDashboards(params).promise().toFuture\n    @inline def deleteInsightRulesFuture(params: DeleteInsightRulesInput): Future[DeleteInsightRulesOutput] = service.deleteInsightRules(params).promise().toFuture\n    @inline def deleteMetricStreamFuture(params: DeleteMetricStreamInput): Future[DeleteMetricStreamOutput] = service.deleteMetricStream(params).promise().toFuture\n    @inline def describeAlarmHistoryFuture(params: DescribeAlarmHistoryInput): Future[DescribeAlarmHistoryOutput] = service.describeAlarmHistory(params).promise().toFuture\n    @inline def describeAlarmsForMetricFuture(params: DescribeAlarmsForMetricInput): Future[DescribeAlarmsForMetricOutput] = service.describeAlarmsForMetric(params).promise().toFuture\n    @inline def describeAlarmsFuture(params: DescribeAlarmsInput): Future[DescribeAlarmsOutput] = service.describeAlarms(params).promise().toFuture\n    @inline def describeAnomalyDetectorsFuture(params: DescribeAnomalyDetectorsInput): Future[DescribeAnomalyDetectorsOutput] = service.describeAnomalyDetectors(params).promise().toFuture\n    @inline def describeInsightRulesFuture(params: DescribeInsightRulesInput): Future[DescribeInsightRulesOutput] = service.describeInsightRules(params).promise().toFuture\n    @inline def disableAlarmActionsFuture(params: DisableAlarmActionsInput): Future[js.Object] = service.disableAlarmActions(params).promise().toFuture\n    @inline def disableInsightRulesFuture(params: DisableInsightRulesInput): Future[DisableInsightRulesOutput] = service.disableInsightRules(params).promise().toFuture\n    @inline def enableAlarmActionsFuture(params: EnableAlarmActionsInput): Future[js.Object] = service.enableAlarmActions(params).promise().toFuture\n    @inline def enableInsightRulesFuture(params: EnableInsightRulesInput): Future[EnableInsightRulesOutput] = service.enableInsightRules(params).promise().toFuture\n    @inline def getDashboardFuture(params: GetDashboardInput): Future[GetDashboardOutput] = service.getDashboard(params).promise().toFuture\n    @inline def getInsightRuleReportFuture(params: GetInsightRuleReportInput): Future[GetInsightRuleReportOutput] = service.getInsightRuleReport(params).promise().toFuture\n    @inline def getMetricDataFuture(params: GetMetricDataInput): Future[GetMetricDataOutput] = service.getMetricData(params).promise().toFuture\n    @inline def getMetricStatisticsFuture(params: GetMetricStatisticsInput): Future[GetMetricStatisticsOutput] = service.getMetricStatistics(params).promise().toFuture\n    @inline def getMetricStreamFuture(params: GetMetricStreamInput): Future[GetMetricStreamOutput] = service.getMetricStream(params).promise().toFuture\n    @inline def getMetricWidgetImageFuture(params: GetMetricWidgetImageInput): Future[GetMetricWidgetImageOutput] = service.getMetricWidgetImage(params).promise().toFuture\n    @inline def listDashboardsFuture(params: ListDashboardsInput): Future[ListDashboardsOutput] = service.listDashboards(params).promise().toFuture\n    @inline def listMetricStreamsFuture(params: ListMetricStreamsInput): Future[ListMetricStreamsOutput] = service.listMetricStreams(params).promise().toFuture\n    @inline def listMetricsFuture(params: ListMetricsInput): Future[ListMetricsOutput] = service.listMetrics(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def putAnomalyDetectorFuture(params: PutAnomalyDetectorInput): Future[PutAnomalyDetectorOutput] = service.putAnomalyDetector(params).promise().toFuture\n    @inline def putCompositeAlarmFuture(params: PutCompositeAlarmInput): Future[js.Object] = service.putCompositeAlarm(params).promise().toFuture\n    @inline def putDashboardFuture(params: PutDashboardInput): Future[PutDashboardOutput] = service.putDashboard(params).promise().toFuture\n    @inline def putInsightRuleFuture(params: PutInsightRuleInput): Future[PutInsightRuleOutput] = service.putInsightRule(params).promise().toFuture\n    @inline def putMetricAlarmFuture(params: PutMetricAlarmInput): Future[js.Object] = service.putMetricAlarm(params).promise().toFuture\n    @inline def putMetricDataFuture(params: PutMetricDataInput): Future[js.Object] = service.putMetricData(params).promise().toFuture\n    @inline def putMetricStreamFuture(params: PutMetricStreamInput): Future[PutMetricStreamOutput] = service.putMetricStream(params).promise().toFuture\n    @inline def setAlarmStateFuture(params: SetAlarmStateInput): Future[js.Object] = service.setAlarmState(params).promise().toFuture\n    @inline def startMetricStreamsFuture(params: StartMetricStreamsInput): Future[StartMetricStreamsOutput] = service.startMetricStreams(params).promise().toFuture\n    @inline def stopMetricStreamsFuture(params: StopMetricStreamsInput): Future[StopMetricStreamsOutput] = service.stopMetricStreams(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage cloudwatch {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cloudwatch\", JSImport.Namespace, \"AWS.CloudWatch\")\n  class CloudWatch() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteAlarms(params: DeleteAlarmsInput): Request[js.Object] = js.native\n    def deleteAnomalyDetector(params: DeleteAnomalyDetectorInput): Request[DeleteAnomalyDetectorOutput] = js.native\n    def deleteDashboards(params: DeleteDashboardsInput): Request[DeleteDashboardsOutput] = js.native\n    def deleteInsightRules(params: DeleteInsightRulesInput): Request[DeleteInsightRulesOutput] = js.native\n    def deleteMetricStream(params: DeleteMetricStreamInput): Request[DeleteMetricStreamOutput] = js.native\n    def describeAlarmHistory(params: DescribeAlarmHistoryInput): Request[DescribeAlarmHistoryOutput] = js.native\n    def describeAlarms(params: DescribeAlarmsInput): Request[DescribeAlarmsOutput] = js.native\n    def describeAlarmsForMetric(params: DescribeAlarmsForMetricInput): Request[DescribeAlarmsForMetricOutput] = js.native\n    def describeAnomalyDetectors(params: DescribeAnomalyDetectorsInput): Request[DescribeAnomalyDetectorsOutput] = js.native\n    def describeInsightRules(params: DescribeInsightRulesInput): Request[DescribeInsightRulesOutput] = js.native\n    def disableAlarmActions(params: DisableAlarmActionsInput): Request[js.Object] = js.native\n    def disableInsightRules(params: DisableInsightRulesInput): Request[DisableInsightRulesOutput] = js.native\n    def enableAlarmActions(params: EnableAlarmActionsInput): Request[js.Object] = js.native\n    def enableInsightRules(params: EnableInsightRulesInput): Request[EnableInsightRulesOutput] = js.native\n    def getDashboard(params: GetDashboardInput): Request[GetDashboardOutput] = js.native\n    def getInsightRuleReport(params: GetInsightRuleReportInput): Request[GetInsightRuleReportOutput] = js.native\n    def getMetricData(params: GetMetricDataInput): Request[GetMetricDataOutput] = js.native\n    def getMetricStatistics(params: GetMetricStatisticsInput): Request[GetMetricStatisticsOutput] = js.native\n    def getMetricStream(params: GetMetricStreamInput): Request[GetMetricStreamOutput] = js.native\n    def getMetricWidgetImage(params: GetMetricWidgetImageInput): Request[GetMetricWidgetImageOutput] = js.native\n    def listDashboards(params: ListDashboardsInput): Request[ListDashboardsOutput] = js.native\n    def listMetricStreams(params: ListMetricStreamsInput): Request[ListMetricStreamsOutput] = js.native\n    def listMetrics(params: ListMetricsInput): Request[ListMetricsOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def putAnomalyDetector(params: PutAnomalyDetectorInput): Request[PutAnomalyDetectorOutput] = js.native\n    def putCompositeAlarm(params: PutCompositeAlarmInput): Request[js.Object] = js.native\n    def putDashboard(params: PutDashboardInput): Request[PutDashboardOutput] = js.native\n    def putInsightRule(params: PutInsightRuleInput): Request[PutInsightRuleOutput] = js.native\n    def putMetricAlarm(params: PutMetricAlarmInput): Request[js.Object] = js.native\n    def putMetricData(params: PutMetricDataInput): Request[js.Object] = js.native\n    def putMetricStream(params: PutMetricStreamInput): Request[PutMetricStreamOutput] = js.native\n    def setAlarmState(params: SetAlarmStateInput): Request[js.Object] = js.native\n    def startMetricStreams(params: StartMetricStreamsInput): Request[StartMetricStreamsOutput] = js.native\n    def stopMetricStreams(params: StopMetricStreamsInput): Request[StopMetricStreamsOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n  }\n\n  \/** Represents the history of a specific alarm.\n    *\/\n  @js.native\n  trait AlarmHistoryItem extends js.Object {\n    var AlarmName: js.UndefOr[AlarmName]\n    var AlarmType: js.UndefOr[AlarmType]\n    var HistoryData: js.UndefOr[HistoryData]\n    var HistoryItemType: js.UndefOr[HistoryItemType]\n    var HistorySummary: js.UndefOr[HistorySummary]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object AlarmHistoryItem {\n    @inline\n    def apply(\n        AlarmName: js.UndefOr[AlarmName] = js.undefined,\n        AlarmType: js.UndefOr[AlarmType] = js.undefined,\n        HistoryData: js.UndefOr[HistoryData] = js.undefined,\n        HistoryItemType: js.UndefOr[HistoryItemType] = js.undefined,\n        HistorySummary: js.UndefOr[HistorySummary] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): AlarmHistoryItem = {\n      val __obj = js.Dynamic.literal()\n      AlarmName.foreach(__v => __obj.updateDynamic(\"AlarmName\")(__v.asInstanceOf[js.Any]))\n      AlarmType.foreach(__v => __obj.updateDynamic(\"AlarmType\")(__v.asInstanceOf[js.Any]))\n      HistoryData.foreach(__v => __obj.updateDynamic(\"HistoryData\")(__v.asInstanceOf[js.Any]))\n      HistoryItemType.foreach(__v => __obj.updateDynamic(\"HistoryItemType\")(__v.asInstanceOf[js.Any]))\n      HistorySummary.foreach(__v => __obj.updateDynamic(\"HistorySummary\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlarmHistoryItem]\n    }\n  }\n\n  @js.native\n  sealed trait AlarmType extends js.Any\n  object AlarmType {\n    val CompositeAlarm = \"CompositeAlarm\".asInstanceOf[AlarmType]\n    val MetricAlarm = \"MetricAlarm\".asInstanceOf[AlarmType]\n\n    @inline def values = js.Array(CompositeAlarm, MetricAlarm)\n  }\n\n  \/** An anomaly detection model associated with a particular CloudWatch metric and statistic. You can use the model to display a band of expected normal values when the metric is graphed.\n    *\/\n  @js.native\n  trait AnomalyDetector extends js.Object {\n    var Configuration: js.UndefOr[AnomalyDetectorConfiguration]\n    var Dimensions: js.UndefOr[Dimensions]\n    var MetricName: js.UndefOr[MetricName]\n    var Namespace: js.UndefOr[Namespace]\n    var Stat: js.UndefOr[AnomalyDetectorMetricStat]\n    var StateValue: js.UndefOr[AnomalyDetectorStateValue]\n  }\n\n  object AnomalyDetector {\n    @inline\n    def apply(\n        Configuration: js.UndefOr[AnomalyDetectorConfiguration] = js.undefined,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        Stat: js.UndefOr[AnomalyDetectorMetricStat] = js.undefined,\n        StateValue: js.UndefOr[AnomalyDetectorStateValue] = js.undefined\n    ): AnomalyDetector = {\n      val __obj = js.Dynamic.literal()\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      Stat.foreach(__v => __obj.updateDynamic(\"Stat\")(__v.asInstanceOf[js.Any]))\n      StateValue.foreach(__v => __obj.updateDynamic(\"StateValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDetector]\n    }\n  }\n\n  \/** The configuration specifies details about how the anomaly detection model is to be trained, including time ranges to exclude from use for training the model and the time zone to use for the metric.\n    *\/\n  @js.native\n  trait AnomalyDetectorConfiguration extends js.Object {\n    var ExcludedTimeRanges: js.UndefOr[AnomalyDetectorExcludedTimeRanges]\n    var MetricTimezone: js.UndefOr[AnomalyDetectorMetricTimezone]\n  }\n\n  object AnomalyDetectorConfiguration {\n    @inline\n    def apply(\n        ExcludedTimeRanges: js.UndefOr[AnomalyDetectorExcludedTimeRanges] = js.undefined,\n        MetricTimezone: js.UndefOr[AnomalyDetectorMetricTimezone] = js.undefined\n    ): AnomalyDetectorConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ExcludedTimeRanges.foreach(__v => __obj.updateDynamic(\"ExcludedTimeRanges\")(__v.asInstanceOf[js.Any]))\n      MetricTimezone.foreach(__v => __obj.updateDynamic(\"MetricTimezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDetectorConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait AnomalyDetectorStateValue extends js.Any\n  object AnomalyDetectorStateValue {\n    val PENDING_TRAINING = \"PENDING_TRAINING\".asInstanceOf[AnomalyDetectorStateValue]\n    val TRAINED_INSUFFICIENT_DATA = \"TRAINED_INSUFFICIENT_DATA\".asInstanceOf[AnomalyDetectorStateValue]\n    val TRAINED = \"TRAINED\".asInstanceOf[AnomalyDetectorStateValue]\n\n    @inline def values = js.Array(PENDING_TRAINING, TRAINED_INSUFFICIENT_DATA, TRAINED)\n  }\n\n  @js.native\n  sealed trait ComparisonOperator extends js.Any\n  object ComparisonOperator {\n    val GreaterThanOrEqualToThreshold = \"GreaterThanOrEqualToThreshold\".asInstanceOf[ComparisonOperator]\n    val GreaterThanThreshold = \"GreaterThanThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanThreshold = \"LessThanThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanOrEqualToThreshold = \"LessThanOrEqualToThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanLowerOrGreaterThanUpperThreshold = \"LessThanLowerOrGreaterThanUpperThreshold\".asInstanceOf[ComparisonOperator]\n    val LessThanLowerThreshold = \"LessThanLowerThreshold\".asInstanceOf[ComparisonOperator]\n    val GreaterThanUpperThreshold = \"GreaterThanUpperThreshold\".asInstanceOf[ComparisonOperator]\n\n    @inline def values = js.Array(\n      GreaterThanOrEqualToThreshold,\n      GreaterThanThreshold,\n      LessThanThreshold,\n      LessThanOrEqualToThreshold,\n      LessThanLowerOrGreaterThanUpperThreshold,\n      LessThanLowerThreshold,\n      GreaterThanUpperThreshold\n    )\n  }\n\n  \/** The details about a composite alarm.\n    *\/\n  @js.native\n  trait CompositeAlarm extends js.Object {\n    var ActionsEnabled: js.UndefOr[ActionsEnabled]\n    var AlarmActions: js.UndefOr[ResourceList]\n    var AlarmArn: js.UndefOr[AlarmArn]\n    var AlarmConfigurationUpdatedTimestamp: js.UndefOr[Timestamp]\n    var AlarmDescription: js.UndefOr[AlarmDescription]\n    var AlarmName: js.UndefOr[AlarmName]\n    var AlarmRule: js.UndefOr[AlarmRule]\n    var InsufficientDataActions: js.UndefOr[ResourceList]\n    var OKActions: js.UndefOr[ResourceList]\n    var StateReason: js.UndefOr[StateReason]\n    var StateReasonData: js.UndefOr[StateReasonData]\n    var StateUpdatedTimestamp: js.UndefOr[Timestamp]\n    var StateValue: js.UndefOr[StateValue]\n  }\n\n  object CompositeAlarm {\n    @inline\n    def apply(\n        ActionsEnabled: js.UndefOr[ActionsEnabled] = js.undefined,\n        AlarmActions: js.UndefOr[ResourceList] = js.undefined,\n        AlarmArn: js.UndefOr[AlarmArn] = js.undefined,\n        AlarmConfigurationUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        AlarmDescription: js.UndefOr[AlarmDescription] = js.undefined,\n        AlarmName: js.UndefOr[AlarmName] = js.undefined,\n        AlarmRule: js.UndefOr[AlarmRule] = js.undefined,\n        InsufficientDataActions: js.UndefOr[ResourceList] = js.undefined,\n        OKActions: js.UndefOr[ResourceList] = js.undefined,\n        StateReason: js.UndefOr[StateReason] = js.undefined,\n        StateReasonData: js.UndefOr[StateReasonData] = js.undefined,\n        StateUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        StateValue: js.UndefOr[StateValue] = js.undefined\n    ): CompositeAlarm = {\n      val __obj = js.Dynamic.literal()\n      ActionsEnabled.foreach(__v => __obj.updateDynamic(\"ActionsEnabled\")(__v.asInstanceOf[js.Any]))\n      AlarmActions.foreach(__v => __obj.updateDynamic(\"AlarmActions\")(__v.asInstanceOf[js.Any]))\n      AlarmArn.foreach(__v => __obj.updateDynamic(\"AlarmArn\")(__v.asInstanceOf[js.Any]))\n      AlarmConfigurationUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"AlarmConfigurationUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      AlarmDescription.foreach(__v => __obj.updateDynamic(\"AlarmDescription\")(__v.asInstanceOf[js.Any]))\n      AlarmName.foreach(__v => __obj.updateDynamic(\"AlarmName\")(__v.asInstanceOf[js.Any]))\n      AlarmRule.foreach(__v => __obj.updateDynamic(\"AlarmRule\")(__v.asInstanceOf[js.Any]))\n      InsufficientDataActions.foreach(__v => __obj.updateDynamic(\"InsufficientDataActions\")(__v.asInstanceOf[js.Any]))\n      OKActions.foreach(__v => __obj.updateDynamic(\"OKActions\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      StateReasonData.foreach(__v => __obj.updateDynamic(\"StateReasonData\")(__v.asInstanceOf[js.Any]))\n      StateUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"StateUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      StateValue.foreach(__v => __obj.updateDynamic(\"StateValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompositeAlarm]\n    }\n  }\n\n  \/** Represents a specific dashboard.\n    *\/\n  @js.native\n  trait DashboardEntry extends js.Object {\n    var DashboardArn: js.UndefOr[DashboardArn]\n    var DashboardName: js.UndefOr[DashboardName]\n    var LastModified: js.UndefOr[LastModified]\n    var Size: js.UndefOr[Size]\n  }\n\n  object DashboardEntry {\n    @inline\n    def apply(\n        DashboardArn: js.UndefOr[DashboardArn] = js.undefined,\n        DashboardName: js.UndefOr[DashboardName] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Size: js.UndefOr[Size] = js.undefined\n    ): DashboardEntry = {\n      val __obj = js.Dynamic.literal()\n      DashboardArn.foreach(__v => __obj.updateDynamic(\"DashboardArn\")(__v.asInstanceOf[js.Any]))\n      DashboardName.foreach(__v => __obj.updateDynamic(\"DashboardName\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardEntry]\n    }\n  }\n\n  \/** An error or warning for the operation.\n    *\/\n  @js.native\n  trait DashboardValidationMessage extends js.Object {\n    var DataPath: js.UndefOr[DataPath]\n    var Message: js.UndefOr[Message]\n  }\n\n  object DashboardValidationMessage {\n    @inline\n    def apply(\n        DataPath: js.UndefOr[DataPath] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined\n    ): DashboardValidationMessage = {\n      val __obj = js.Dynamic.literal()\n      DataPath.foreach(__v => __obj.updateDynamic(\"DataPath\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardValidationMessage]\n    }\n  }\n\n  \/** Encapsulates the statistical data that CloudWatch computes from metric data.\n    *\/\n  @js.native\n  trait Datapoint extends js.Object {\n    var Average: js.UndefOr[DatapointValue]\n    var ExtendedStatistics: js.UndefOr[DatapointValueMap]\n    var Maximum: js.UndefOr[DatapointValue]\n    var Minimum: js.UndefOr[DatapointValue]\n    var SampleCount: js.UndefOr[DatapointValue]\n    var Sum: js.UndefOr[DatapointValue]\n    var Timestamp: js.UndefOr[Timestamp]\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object Datapoint {\n    @inline\n    def apply(\n        Average: js.UndefOr[DatapointValue] = js.undefined,\n        ExtendedStatistics: js.UndefOr[DatapointValueMap] = js.undefined,\n        Maximum: js.UndefOr[DatapointValue] = js.undefined,\n        Minimum: js.UndefOr[DatapointValue] = js.undefined,\n        SampleCount: js.UndefOr[DatapointValue] = js.undefined,\n        Sum: js.UndefOr[DatapointValue] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): Datapoint = {\n      val __obj = js.Dynamic.literal()\n      Average.foreach(__v => __obj.updateDynamic(\"Average\")(__v.asInstanceOf[js.Any]))\n      ExtendedStatistics.foreach(__v => __obj.updateDynamic(\"ExtendedStatistics\")(__v.asInstanceOf[js.Any]))\n      Maximum.foreach(__v => __obj.updateDynamic(\"Maximum\")(__v.asInstanceOf[js.Any]))\n      Minimum.foreach(__v => __obj.updateDynamic(\"Minimum\")(__v.asInstanceOf[js.Any]))\n      SampleCount.foreach(__v => __obj.updateDynamic(\"SampleCount\")(__v.asInstanceOf[js.Any]))\n      Sum.foreach(__v => __obj.updateDynamic(\"Sum\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Datapoint]\n    }\n  }\n\n  @js.native\n  trait DeleteAlarmsInput extends js.Object {\n    var AlarmNames: AlarmNames\n  }\n\n  object DeleteAlarmsInput {\n    @inline\n    def apply(\n        AlarmNames: AlarmNames\n    ): DeleteAlarmsInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmNames\" -> AlarmNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAlarmsInput]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyDetectorInput extends js.Object {\n    var MetricName: MetricName\n    var Namespace: Namespace\n    var Stat: AnomalyDetectorMetricStat\n    var Dimensions: js.UndefOr[Dimensions]\n  }\n\n  object DeleteAnomalyDetectorInput {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: Namespace,\n        Stat: AnomalyDetectorMetricStat,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined\n    ): DeleteAnomalyDetectorInput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Stat\" -> Stat.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAnomalyDetectorInput]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyDetectorOutput extends js.Object\n\n  object DeleteAnomalyDetectorOutput {\n    @inline\n    def apply(): DeleteAnomalyDetectorOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAnomalyDetectorOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteDashboardsInput extends js.Object {\n    var DashboardNames: DashboardNames\n  }\n\n  object DeleteDashboardsInput {\n    @inline\n    def apply(\n        DashboardNames: DashboardNames\n    ): DeleteDashboardsInput = {\n      val __obj = js.Dynamic.literal(\n        \"DashboardNames\" -> DashboardNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDashboardsInput]\n    }\n  }\n\n  @js.native\n  trait DeleteDashboardsOutput extends js.Object\n\n  object DeleteDashboardsOutput {\n    @inline\n    def apply(): DeleteDashboardsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDashboardsOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteInsightRulesInput extends js.Object {\n    var RuleNames: InsightRuleNames\n  }\n\n  object DeleteInsightRulesInput {\n    @inline\n    def apply(\n        RuleNames: InsightRuleNames\n    ): DeleteInsightRulesInput = {\n      val __obj = js.Dynamic.literal(\n        \"RuleNames\" -> RuleNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInsightRulesInput]\n    }\n  }\n\n  @js.native\n  trait DeleteInsightRulesOutput extends js.Object {\n    var Failures: js.UndefOr[BatchFailures]\n  }\n\n  object DeleteInsightRulesOutput {\n    @inline\n    def apply(\n        Failures: js.UndefOr[BatchFailures] = js.undefined\n    ): DeleteInsightRulesOutput = {\n      val __obj = js.Dynamic.literal()\n      Failures.foreach(__v => __obj.updateDynamic(\"Failures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInsightRulesOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteMetricStreamInput extends js.Object {\n    var Name: MetricStreamName\n  }\n\n  object DeleteMetricStreamInput {\n    @inline\n    def apply(\n        Name: MetricStreamName\n    ): DeleteMetricStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMetricStreamInput]\n    }\n  }\n\n  @js.native\n  trait DeleteMetricStreamOutput extends js.Object\n\n  object DeleteMetricStreamOutput {\n    @inline\n    def apply(): DeleteMetricStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteMetricStreamOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmHistoryInput extends js.Object {\n    var AlarmName: js.UndefOr[AlarmName]\n    var AlarmTypes: js.UndefOr[AlarmTypes]\n    var EndDate: js.UndefOr[Timestamp]\n    var HistoryItemType: js.UndefOr[HistoryItemType]\n    var MaxRecords: js.UndefOr[MaxRecords]\n    var NextToken: js.UndefOr[NextToken]\n    var ScanBy: js.UndefOr[ScanBy]\n    var StartDate: js.UndefOr[Timestamp]\n  }\n\n  object DescribeAlarmHistoryInput {\n    @inline\n    def apply(\n        AlarmName: js.UndefOr[AlarmName] = js.undefined,\n        AlarmTypes: js.UndefOr[AlarmTypes] = js.undefined,\n        EndDate: js.UndefOr[Timestamp] = js.undefined,\n        HistoryItemType: js.UndefOr[HistoryItemType] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScanBy: js.UndefOr[ScanBy] = js.undefined,\n        StartDate: js.UndefOr[Timestamp] = js.undefined\n    ): DescribeAlarmHistoryInput = {\n      val __obj = js.Dynamic.literal()\n      AlarmName.foreach(__v => __obj.updateDynamic(\"AlarmName\")(__v.asInstanceOf[js.Any]))\n      AlarmTypes.foreach(__v => __obj.updateDynamic(\"AlarmTypes\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      HistoryItemType.foreach(__v => __obj.updateDynamic(\"HistoryItemType\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScanBy.foreach(__v => __obj.updateDynamic(\"ScanBy\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmHistoryInput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmHistoryOutput extends js.Object {\n    var AlarmHistoryItems: js.UndefOr[AlarmHistoryItems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAlarmHistoryOutput {\n    @inline\n    def apply(\n        AlarmHistoryItems: js.UndefOr[AlarmHistoryItems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAlarmHistoryOutput = {\n      val __obj = js.Dynamic.literal()\n      AlarmHistoryItems.foreach(__v => __obj.updateDynamic(\"AlarmHistoryItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmHistoryOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmsForMetricInput extends js.Object {\n    var MetricName: MetricName\n    var Namespace: Namespace\n    var Dimensions: js.UndefOr[Dimensions]\n    var ExtendedStatistic: js.UndefOr[ExtendedStatistic]\n    var Period: js.UndefOr[Period]\n    var Statistic: js.UndefOr[Statistic]\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object DescribeAlarmsForMetricInput {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: Namespace,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        ExtendedStatistic: js.UndefOr[ExtendedStatistic] = js.undefined,\n        Period: js.UndefOr[Period] = js.undefined,\n        Statistic: js.UndefOr[Statistic] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): DescribeAlarmsForMetricInput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      ExtendedStatistic.foreach(__v => __obj.updateDynamic(\"ExtendedStatistic\")(__v.asInstanceOf[js.Any]))\n      Period.foreach(__v => __obj.updateDynamic(\"Period\")(__v.asInstanceOf[js.Any]))\n      Statistic.foreach(__v => __obj.updateDynamic(\"Statistic\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmsForMetricInput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmsForMetricOutput extends js.Object {\n    var MetricAlarms: js.UndefOr[MetricAlarms]\n  }\n\n  object DescribeAlarmsForMetricOutput {\n    @inline\n    def apply(\n        MetricAlarms: js.UndefOr[MetricAlarms] = js.undefined\n    ): DescribeAlarmsForMetricOutput = {\n      val __obj = js.Dynamic.literal()\n      MetricAlarms.foreach(__v => __obj.updateDynamic(\"MetricAlarms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmsForMetricOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmsInput extends js.Object {\n    var ActionPrefix: js.UndefOr[ActionPrefix]\n    var AlarmNamePrefix: js.UndefOr[AlarmNamePrefix]\n    var AlarmNames: js.UndefOr[AlarmNames]\n    var AlarmTypes: js.UndefOr[AlarmTypes]\n    var ChildrenOfAlarmName: js.UndefOr[AlarmName]\n    var MaxRecords: js.UndefOr[MaxRecords]\n    var NextToken: js.UndefOr[NextToken]\n    var ParentsOfAlarmName: js.UndefOr[AlarmName]\n    var StateValue: js.UndefOr[StateValue]\n  }\n\n  object DescribeAlarmsInput {\n    @inline\n    def apply(\n        ActionPrefix: js.UndefOr[ActionPrefix] = js.undefined,\n        AlarmNamePrefix: js.UndefOr[AlarmNamePrefix] = js.undefined,\n        AlarmNames: js.UndefOr[AlarmNames] = js.undefined,\n        AlarmTypes: js.UndefOr[AlarmTypes] = js.undefined,\n        ChildrenOfAlarmName: js.UndefOr[AlarmName] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ParentsOfAlarmName: js.UndefOr[AlarmName] = js.undefined,\n        StateValue: js.UndefOr[StateValue] = js.undefined\n    ): DescribeAlarmsInput = {\n      val __obj = js.Dynamic.literal()\n      ActionPrefix.foreach(__v => __obj.updateDynamic(\"ActionPrefix\")(__v.asInstanceOf[js.Any]))\n      AlarmNamePrefix.foreach(__v => __obj.updateDynamic(\"AlarmNamePrefix\")(__v.asInstanceOf[js.Any]))\n      AlarmNames.foreach(__v => __obj.updateDynamic(\"AlarmNames\")(__v.asInstanceOf[js.Any]))\n      AlarmTypes.foreach(__v => __obj.updateDynamic(\"AlarmTypes\")(__v.asInstanceOf[js.Any]))\n      ChildrenOfAlarmName.foreach(__v => __obj.updateDynamic(\"ChildrenOfAlarmName\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParentsOfAlarmName.foreach(__v => __obj.updateDynamic(\"ParentsOfAlarmName\")(__v.asInstanceOf[js.Any]))\n      StateValue.foreach(__v => __obj.updateDynamic(\"StateValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlarmsOutput extends js.Object {\n    var CompositeAlarms: js.UndefOr[CompositeAlarms]\n    var MetricAlarms: js.UndefOr[MetricAlarms]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAlarmsOutput {\n    @inline\n    def apply(\n        CompositeAlarms: js.UndefOr[CompositeAlarms] = js.undefined,\n        MetricAlarms: js.UndefOr[MetricAlarms] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAlarmsOutput = {\n      val __obj = js.Dynamic.literal()\n      CompositeAlarms.foreach(__v => __obj.updateDynamic(\"CompositeAlarms\")(__v.asInstanceOf[js.Any]))\n      MetricAlarms.foreach(__v => __obj.updateDynamic(\"MetricAlarms\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlarmsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectorsInput extends js.Object {\n    var Dimensions: js.UndefOr[Dimensions]\n    var MaxResults: js.UndefOr[MaxReturnedResultsCount]\n    var MetricName: js.UndefOr[MetricName]\n    var Namespace: js.UndefOr[Namespace]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAnomalyDetectorsInput {\n    @inline\n    def apply(\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        MaxResults: js.UndefOr[MaxReturnedResultsCount] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAnomalyDetectorsInput = {\n      val __obj = js.Dynamic.literal()\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnomalyDetectorsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeAnomalyDetectorsOutput extends js.Object {\n    var AnomalyDetectors: js.UndefOr[AnomalyDetectors]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAnomalyDetectorsOutput {\n    @inline\n    def apply(\n        AnomalyDetectors: js.UndefOr[AnomalyDetectors] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAnomalyDetectorsOutput = {\n      val __obj = js.Dynamic.literal()\n      AnomalyDetectors.foreach(__v => __obj.updateDynamic(\"AnomalyDetectors\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnomalyDetectorsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeInsightRulesInput extends js.Object {\n    var MaxResults: js.UndefOr[InsightRuleMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInsightRulesInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[InsightRuleMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInsightRulesInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInsightRulesInput]\n    }\n  }\n\n  @js.native\n  trait DescribeInsightRulesOutput extends js.Object {\n    var InsightRules: js.UndefOr[InsightRules]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInsightRulesOutput {\n    @inline\n    def apply(\n        InsightRules: js.UndefOr[InsightRules] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInsightRulesOutput = {\n      val __obj = js.Dynamic.literal()\n      InsightRules.foreach(__v => __obj.updateDynamic(\"InsightRules\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInsightRulesOutput]\n    }\n  }\n\n  \/** A dimension is a name\/value pair that is part of the identity of a metric. You can assign up to 10 dimensions to a metric. Because dimensions are part of the unique identifier for a metric, whenever you add a unique name\/value pair to one of your metrics, you are creating a new variation of that metric.\n    *\/\n  @js.native\n  trait Dimension extends js.Object {\n    var Name: DimensionName\n    var Value: DimensionValue\n  }\n\n  object Dimension {\n    @inline\n    def apply(\n        Name: DimensionName,\n        Value: DimensionValue\n    ): Dimension = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Dimension]\n    }\n  }\n\n  \/** Represents filters for a dimension.\n    *\/\n  @js.native\n  trait DimensionFilter extends js.Object {\n    var Name: DimensionName\n    var Value: js.UndefOr[DimensionValue]\n  }\n\n  object DimensionFilter {\n    @inline\n    def apply(\n        Name: DimensionName,\n        Value: js.UndefOr[DimensionValue] = js.undefined\n    ): DimensionFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionFilter]\n    }\n  }\n\n  @js.native\n  trait DisableAlarmActionsInput extends js.Object {\n    var AlarmNames: AlarmNames\n  }\n\n  object DisableAlarmActionsInput {\n    @inline\n    def apply(\n        AlarmNames: AlarmNames\n    ): DisableAlarmActionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmNames\" -> AlarmNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableAlarmActionsInput]\n    }\n  }\n\n  @js.native\n  trait DisableInsightRulesInput extends js.Object {\n    var RuleNames: InsightRuleNames\n  }\n\n  object DisableInsightRulesInput {\n    @inline\n    def apply(\n        RuleNames: InsightRuleNames\n    ): DisableInsightRulesInput = {\n      val __obj = js.Dynamic.literal(\n        \"RuleNames\" -> RuleNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableInsightRulesInput]\n    }\n  }\n\n  @js.native\n  trait DisableInsightRulesOutput extends js.Object {\n    var Failures: js.UndefOr[BatchFailures]\n  }\n\n  object DisableInsightRulesOutput {\n    @inline\n    def apply(\n        Failures: js.UndefOr[BatchFailures] = js.undefined\n    ): DisableInsightRulesOutput = {\n      val __obj = js.Dynamic.literal()\n      Failures.foreach(__v => __obj.updateDynamic(\"Failures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisableInsightRulesOutput]\n    }\n  }\n\n  @js.native\n  trait EnableAlarmActionsInput extends js.Object {\n    var AlarmNames: AlarmNames\n  }\n\n  object EnableAlarmActionsInput {\n    @inline\n    def apply(\n        AlarmNames: AlarmNames\n    ): EnableAlarmActionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmNames\" -> AlarmNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableAlarmActionsInput]\n    }\n  }\n\n  @js.native\n  trait EnableInsightRulesInput extends js.Object {\n    var RuleNames: InsightRuleNames\n  }\n\n  object EnableInsightRulesInput {\n    @inline\n    def apply(\n        RuleNames: InsightRuleNames\n    ): EnableInsightRulesInput = {\n      val __obj = js.Dynamic.literal(\n        \"RuleNames\" -> RuleNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableInsightRulesInput]\n    }\n  }\n\n  @js.native\n  trait EnableInsightRulesOutput extends js.Object {\n    var Failures: js.UndefOr[BatchFailures]\n  }\n\n  object EnableInsightRulesOutput {\n    @inline\n    def apply(\n        Failures: js.UndefOr[BatchFailures] = js.undefined\n    ): EnableInsightRulesOutput = {\n      val __obj = js.Dynamic.literal()\n      Failures.foreach(__v => __obj.updateDynamic(\"Failures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnableInsightRulesOutput]\n    }\n  }\n\n  @js.native\n  trait GetDashboardInput extends js.Object {\n    var DashboardName: DashboardName\n  }\n\n  object GetDashboardInput {\n    @inline\n    def apply(\n        DashboardName: DashboardName\n    ): GetDashboardInput = {\n      val __obj = js.Dynamic.literal(\n        \"DashboardName\" -> DashboardName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDashboardInput]\n    }\n  }\n\n  @js.native\n  trait GetDashboardOutput extends js.Object {\n    var DashboardArn: js.UndefOr[DashboardArn]\n    var DashboardBody: js.UndefOr[DashboardBody]\n    var DashboardName: js.UndefOr[DashboardName]\n  }\n\n  object GetDashboardOutput {\n    @inline\n    def apply(\n        DashboardArn: js.UndefOr[DashboardArn] = js.undefined,\n        DashboardBody: js.UndefOr[DashboardBody] = js.undefined,\n        DashboardName: js.UndefOr[DashboardName] = js.undefined\n    ): GetDashboardOutput = {\n      val __obj = js.Dynamic.literal()\n      DashboardArn.foreach(__v => __obj.updateDynamic(\"DashboardArn\")(__v.asInstanceOf[js.Any]))\n      DashboardBody.foreach(__v => __obj.updateDynamic(\"DashboardBody\")(__v.asInstanceOf[js.Any]))\n      DashboardName.foreach(__v => __obj.updateDynamic(\"DashboardName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDashboardOutput]\n    }\n  }\n\n  @js.native\n  trait GetInsightRuleReportInput extends js.Object {\n    var EndTime: Timestamp\n    var Period: Period\n    var RuleName: InsightRuleName\n    var StartTime: Timestamp\n    var MaxContributorCount: js.UndefOr[InsightRuleUnboundInteger]\n    var Metrics: js.UndefOr[InsightRuleMetricList]\n    var OrderBy: js.UndefOr[InsightRuleOrderBy]\n  }\n\n  object GetInsightRuleReportInput {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        Period: Period,\n        RuleName: InsightRuleName,\n        StartTime: Timestamp,\n        MaxContributorCount: js.UndefOr[InsightRuleUnboundInteger] = js.undefined,\n        Metrics: js.UndefOr[InsightRuleMetricList] = js.undefined,\n        OrderBy: js.UndefOr[InsightRuleOrderBy] = js.undefined\n    ): GetInsightRuleReportInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"Period\" -> Period.asInstanceOf[js.Any],\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      MaxContributorCount.foreach(__v => __obj.updateDynamic(\"MaxContributorCount\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      OrderBy.foreach(__v => __obj.updateDynamic(\"OrderBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightRuleReportInput]\n    }\n  }\n\n  @js.native\n  trait GetInsightRuleReportOutput extends js.Object {\n    var AggregateValue: js.UndefOr[InsightRuleUnboundDouble]\n    var AggregationStatistic: js.UndefOr[InsightRuleAggregationStatistic]\n    var ApproximateUniqueCount: js.UndefOr[InsightRuleUnboundLong]\n    var Contributors: js.UndefOr[InsightRuleContributors]\n    var KeyLabels: js.UndefOr[InsightRuleContributorKeyLabels]\n    var MetricDatapoints: js.UndefOr[InsightRuleMetricDatapoints]\n  }\n\n  object GetInsightRuleReportOutput {\n    @inline\n    def apply(\n        AggregateValue: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        AggregationStatistic: js.UndefOr[InsightRuleAggregationStatistic] = js.undefined,\n        ApproximateUniqueCount: js.UndefOr[InsightRuleUnboundLong] = js.undefined,\n        Contributors: js.UndefOr[InsightRuleContributors] = js.undefined,\n        KeyLabels: js.UndefOr[InsightRuleContributorKeyLabels] = js.undefined,\n        MetricDatapoints: js.UndefOr[InsightRuleMetricDatapoints] = js.undefined\n    ): GetInsightRuleReportOutput = {\n      val __obj = js.Dynamic.literal()\n      AggregateValue.foreach(__v => __obj.updateDynamic(\"AggregateValue\")(__v.asInstanceOf[js.Any]))\n      AggregationStatistic.foreach(__v => __obj.updateDynamic(\"AggregationStatistic\")(__v.asInstanceOf[js.Any]))\n      ApproximateUniqueCount.foreach(__v => __obj.updateDynamic(\"ApproximateUniqueCount\")(__v.asInstanceOf[js.Any]))\n      Contributors.foreach(__v => __obj.updateDynamic(\"Contributors\")(__v.asInstanceOf[js.Any]))\n      KeyLabels.foreach(__v => __obj.updateDynamic(\"KeyLabels\")(__v.asInstanceOf[js.Any]))\n      MetricDatapoints.foreach(__v => __obj.updateDynamic(\"MetricDatapoints\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightRuleReportOutput]\n    }\n  }\n\n  @js.native\n  trait GetMetricDataInput extends js.Object {\n    var EndTime: Timestamp\n    var MetricDataQueries: MetricDataQueries\n    var StartTime: Timestamp\n    var LabelOptions: js.UndefOr[LabelOptions]\n    var MaxDatapoints: js.UndefOr[GetMetricDataMaxDatapoints]\n    var NextToken: js.UndefOr[NextToken]\n    var ScanBy: js.UndefOr[ScanBy]\n  }\n\n  object GetMetricDataInput {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        MetricDataQueries: MetricDataQueries,\n        StartTime: Timestamp,\n        LabelOptions: js.UndefOr[LabelOptions] = js.undefined,\n        MaxDatapoints: js.UndefOr[GetMetricDataMaxDatapoints] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScanBy: js.UndefOr[ScanBy] = js.undefined\n    ): GetMetricDataInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"MetricDataQueries\" -> MetricDataQueries.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      LabelOptions.foreach(__v => __obj.updateDynamic(\"LabelOptions\")(__v.asInstanceOf[js.Any]))\n      MaxDatapoints.foreach(__v => __obj.updateDynamic(\"MaxDatapoints\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScanBy.foreach(__v => __obj.updateDynamic(\"ScanBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricDataInput]\n    }\n  }\n\n  @js.native\n  trait GetMetricDataOutput extends js.Object {\n    var Messages: js.UndefOr[MetricDataResultMessages]\n    var MetricDataResults: js.UndefOr[MetricDataResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetMetricDataOutput {\n    @inline\n    def apply(\n        Messages: js.UndefOr[MetricDataResultMessages] = js.undefined,\n        MetricDataResults: js.UndefOr[MetricDataResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetMetricDataOutput = {\n      val __obj = js.Dynamic.literal()\n      Messages.foreach(__v => __obj.updateDynamic(\"Messages\")(__v.asInstanceOf[js.Any]))\n      MetricDataResults.foreach(__v => __obj.updateDynamic(\"MetricDataResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricDataOutput]\n    }\n  }\n\n  @js.native\n  trait GetMetricStatisticsInput extends js.Object {\n    var EndTime: Timestamp\n    var MetricName: MetricName\n    var Namespace: Namespace\n    var Period: Period\n    var StartTime: Timestamp\n    var Dimensions: js.UndefOr[Dimensions]\n    var ExtendedStatistics: js.UndefOr[ExtendedStatistics]\n    var Statistics: js.UndefOr[Statistics]\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object GetMetricStatisticsInput {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        MetricName: MetricName,\n        Namespace: Namespace,\n        Period: Period,\n        StartTime: Timestamp,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        ExtendedStatistics: js.UndefOr[ExtendedStatistics] = js.undefined,\n        Statistics: js.UndefOr[Statistics] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): GetMetricStatisticsInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Period\" -> Period.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      ExtendedStatistics.foreach(__v => __obj.updateDynamic(\"ExtendedStatistics\")(__v.asInstanceOf[js.Any]))\n      Statistics.foreach(__v => __obj.updateDynamic(\"Statistics\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricStatisticsInput]\n    }\n  }\n\n  @js.native\n  trait GetMetricStatisticsOutput extends js.Object {\n    var Datapoints: js.UndefOr[Datapoints]\n    var Label: js.UndefOr[MetricLabel]\n  }\n\n  object GetMetricStatisticsOutput {\n    @inline\n    def apply(\n        Datapoints: js.UndefOr[Datapoints] = js.undefined,\n        Label: js.UndefOr[MetricLabel] = js.undefined\n    ): GetMetricStatisticsOutput = {\n      val __obj = js.Dynamic.literal()\n      Datapoints.foreach(__v => __obj.updateDynamic(\"Datapoints\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricStatisticsOutput]\n    }\n  }\n\n  @js.native\n  trait GetMetricStreamInput extends js.Object {\n    var Name: MetricStreamName\n  }\n\n  object GetMetricStreamInput {\n    @inline\n    def apply(\n        Name: MetricStreamName\n    ): GetMetricStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMetricStreamInput]\n    }\n  }\n\n  @js.native\n  trait GetMetricStreamOutput extends js.Object {\n    var Arn: js.UndefOr[AmazonResourceName]\n    var CreationDate: js.UndefOr[Timestamp]\n    var ExcludeFilters: js.UndefOr[MetricStreamFilters]\n    var FirehoseArn: js.UndefOr[AmazonResourceName]\n    var IncludeFilters: js.UndefOr[MetricStreamFilters]\n    var LastUpdateDate: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[MetricStreamName]\n    var OutputFormat: js.UndefOr[MetricStreamOutputFormat]\n    var RoleArn: js.UndefOr[AmazonResourceName]\n    var State: js.UndefOr[MetricStreamState]\n  }\n\n  object GetMetricStreamOutput {\n    @inline\n    def apply(\n        Arn: js.UndefOr[AmazonResourceName] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        ExcludeFilters: js.UndefOr[MetricStreamFilters] = js.undefined,\n        FirehoseArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        IncludeFilters: js.UndefOr[MetricStreamFilters] = js.undefined,\n        LastUpdateDate: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[MetricStreamName] = js.undefined,\n        OutputFormat: js.UndefOr[MetricStreamOutputFormat] = js.undefined,\n        RoleArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        State: js.UndefOr[MetricStreamState] = js.undefined\n    ): GetMetricStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      ExcludeFilters.foreach(__v => __obj.updateDynamic(\"ExcludeFilters\")(__v.asInstanceOf[js.Any]))\n      FirehoseArn.foreach(__v => __obj.updateDynamic(\"FirehoseArn\")(__v.asInstanceOf[js.Any]))\n      IncludeFilters.foreach(__v => __obj.updateDynamic(\"IncludeFilters\")(__v.asInstanceOf[js.Any]))\n      LastUpdateDate.foreach(__v => __obj.updateDynamic(\"LastUpdateDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputFormat.foreach(__v => __obj.updateDynamic(\"OutputFormat\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricStreamOutput]\n    }\n  }\n\n  @js.native\n  trait GetMetricWidgetImageInput extends js.Object {\n    var MetricWidget: MetricWidget\n    var OutputFormat: js.UndefOr[OutputFormat]\n  }\n\n  object GetMetricWidgetImageInput {\n    @inline\n    def apply(\n        MetricWidget: MetricWidget,\n        OutputFormat: js.UndefOr[OutputFormat] = js.undefined\n    ): GetMetricWidgetImageInput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricWidget\" -> MetricWidget.asInstanceOf[js.Any]\n      )\n\n      OutputFormat.foreach(__v => __obj.updateDynamic(\"OutputFormat\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricWidgetImageInput]\n    }\n  }\n\n  @js.native\n  trait GetMetricWidgetImageOutput extends js.Object {\n    var MetricWidgetImage: js.UndefOr[MetricWidgetImage]\n  }\n\n  object GetMetricWidgetImageOutput {\n    @inline\n    def apply(\n        MetricWidgetImage: js.UndefOr[MetricWidgetImage] = js.undefined\n    ): GetMetricWidgetImageOutput = {\n      val __obj = js.Dynamic.literal()\n      MetricWidgetImage.foreach(__v => __obj.updateDynamic(\"MetricWidgetImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMetricWidgetImageOutput]\n    }\n  }\n\n  @js.native\n  sealed trait HistoryItemType extends js.Any\n  object HistoryItemType {\n    val ConfigurationUpdate = \"ConfigurationUpdate\".asInstanceOf[HistoryItemType]\n    val StateUpdate = \"StateUpdate\".asInstanceOf[HistoryItemType]\n    val Action = \"Action\".asInstanceOf[HistoryItemType]\n\n    @inline def values = js.Array(ConfigurationUpdate, StateUpdate, Action)\n  }\n\n  \/** This structure contains the definition for a Contributor Insights rule.\n    *\/\n  @js.native\n  trait InsightRule extends js.Object {\n    var Definition: InsightRuleDefinition\n    var Name: InsightRuleName\n    var Schema: InsightRuleSchema\n    var State: InsightRuleState\n  }\n\n  object InsightRule {\n    @inline\n    def apply(\n        Definition: InsightRuleDefinition,\n        Name: InsightRuleName,\n        Schema: InsightRuleSchema,\n        State: InsightRuleState\n    ): InsightRule = {\n      val __obj = js.Dynamic.literal(\n        \"Definition\" -> Definition.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Schema\" -> Schema.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InsightRule]\n    }\n  }\n\n  \/** One of the unique contributors found by a Contributor Insights rule. If the rule contains multiple keys, then a unique contributor is a unique combination of values from all the keys in the rule. If the rule contains a single key, then each unique contributor is each unique value for this key. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/APIReference\/API_GetInsightRuleReport.html|GetInsightRuleReport]].\n    *\/\n  @js.native\n  trait InsightRuleContributor extends js.Object {\n    var ApproximateAggregateValue: InsightRuleUnboundDouble\n    var Datapoints: InsightRuleContributorDatapoints\n    var Keys: InsightRuleContributorKeys\n  }\n\n  object InsightRuleContributor {\n    @inline\n    def apply(\n        ApproximateAggregateValue: InsightRuleUnboundDouble,\n        Datapoints: InsightRuleContributorDatapoints,\n        Keys: InsightRuleContributorKeys\n    ): InsightRuleContributor = {\n      val __obj = js.Dynamic.literal(\n        \"ApproximateAggregateValue\" -> ApproximateAggregateValue.asInstanceOf[js.Any],\n        \"Datapoints\" -> Datapoints.asInstanceOf[js.Any],\n        \"Keys\" -> Keys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InsightRuleContributor]\n    }\n  }\n\n  \/** One data point related to one contributor. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/APIReference\/API_GetInsightRuleReport.html|GetInsightRuleReport]] and [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/APIReference\/API_InsightRuleContributor.html|InsightRuleContributor]].\n    *\/\n  @js.native\n  trait InsightRuleContributorDatapoint extends js.Object {\n    var ApproximateValue: InsightRuleUnboundDouble\n    var Timestamp: Timestamp\n  }\n\n  object InsightRuleContributorDatapoint {\n    @inline\n    def apply(\n        ApproximateValue: InsightRuleUnboundDouble,\n        Timestamp: Timestamp\n    ): InsightRuleContributorDatapoint = {\n      val __obj = js.Dynamic.literal(\n        \"ApproximateValue\" -> ApproximateValue.asInstanceOf[js.Any],\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InsightRuleContributorDatapoint]\n    }\n  }\n\n  \/** One data point from the metric time series returned in a Contributor Insights rule report. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/APIReference\/API_GetInsightRuleReport.html|GetInsightRuleReport]].\n    *\/\n  @js.native\n  trait InsightRuleMetricDatapoint extends js.Object {\n    var Timestamp: Timestamp\n    var Average: js.UndefOr[InsightRuleUnboundDouble]\n    var MaxContributorValue: js.UndefOr[InsightRuleUnboundDouble]\n    var Maximum: js.UndefOr[InsightRuleUnboundDouble]\n    var Minimum: js.UndefOr[InsightRuleUnboundDouble]\n    var SampleCount: js.UndefOr[InsightRuleUnboundDouble]\n    var Sum: js.UndefOr[InsightRuleUnboundDouble]\n    var UniqueContributors: js.UndefOr[InsightRuleUnboundDouble]\n  }\n\n  object InsightRuleMetricDatapoint {\n    @inline\n    def apply(\n        Timestamp: Timestamp,\n        Average: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        MaxContributorValue: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        Maximum: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        Minimum: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        SampleCount: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        Sum: js.UndefOr[InsightRuleUnboundDouble] = js.undefined,\n        UniqueContributors: js.UndefOr[InsightRuleUnboundDouble] = js.undefined\n    ): InsightRuleMetricDatapoint = {\n      val __obj = js.Dynamic.literal(\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n\n      Average.foreach(__v => __obj.updateDynamic(\"Average\")(__v.asInstanceOf[js.Any]))\n      MaxContributorValue.foreach(__v => __obj.updateDynamic(\"MaxContributorValue\")(__v.asInstanceOf[js.Any]))\n      Maximum.foreach(__v => __obj.updateDynamic(\"Maximum\")(__v.asInstanceOf[js.Any]))\n      Minimum.foreach(__v => __obj.updateDynamic(\"Minimum\")(__v.asInstanceOf[js.Any]))\n      SampleCount.foreach(__v => __obj.updateDynamic(\"SampleCount\")(__v.asInstanceOf[js.Any]))\n      Sum.foreach(__v => __obj.updateDynamic(\"Sum\")(__v.asInstanceOf[js.Any]))\n      UniqueContributors.foreach(__v => __obj.updateDynamic(\"UniqueContributors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightRuleMetricDatapoint]\n    }\n  }\n\n  \/** This structure includes the <code>Timezone<\/code> parameter, which you can use to specify your time zone so that the labels that are associated with returned metrics display the correct time for your time zone. The <code>Timezone<\/code> value affects a label only if you have a time-based dynamic expression in the label. For more information about dynamic expressions in labels, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/graph-dynamic-labels.html|Using Dynamic Labels]].\n    *\/\n  @js.native\n  trait LabelOptions extends js.Object {\n    var Timezone: js.UndefOr[GetMetricDataLabelTimezone]\n  }\n\n  object LabelOptions {\n    @inline\n    def apply(\n        Timezone: js.UndefOr[GetMetricDataLabelTimezone] = js.undefined\n    ): LabelOptions = {\n      val __obj = js.Dynamic.literal()\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelOptions]\n    }\n  }\n\n  @js.native\n  trait ListDashboardsInput extends js.Object {\n    var DashboardNamePrefix: js.UndefOr[DashboardNamePrefix]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDashboardsInput {\n    @inline\n    def apply(\n        DashboardNamePrefix: js.UndefOr[DashboardNamePrefix] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDashboardsInput = {\n      val __obj = js.Dynamic.literal()\n      DashboardNamePrefix.foreach(__v => __obj.updateDynamic(\"DashboardNamePrefix\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardsInput]\n    }\n  }\n\n  @js.native\n  trait ListDashboardsOutput extends js.Object {\n    var DashboardEntries: js.UndefOr[DashboardEntries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDashboardsOutput {\n    @inline\n    def apply(\n        DashboardEntries: js.UndefOr[DashboardEntries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDashboardsOutput = {\n      val __obj = js.Dynamic.literal()\n      DashboardEntries.foreach(__v => __obj.updateDynamic(\"DashboardEntries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMetricStreamsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListMetricStreamsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMetricStreamsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListMetricStreamsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMetricStreamsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricStreamsInput]\n    }\n  }\n\n  @js.native\n  trait ListMetricStreamsOutput extends js.Object {\n    var Entries: js.UndefOr[MetricStreamEntries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMetricStreamsOutput {\n    @inline\n    def apply(\n        Entries: js.UndefOr[MetricStreamEntries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMetricStreamsOutput = {\n      val __obj = js.Dynamic.literal()\n      Entries.foreach(__v => __obj.updateDynamic(\"Entries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricStreamsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMetricsInput extends js.Object {\n    var Dimensions: js.UndefOr[DimensionFilters]\n    var MetricName: js.UndefOr[MetricName]\n    var Namespace: js.UndefOr[Namespace]\n    var NextToken: js.UndefOr[NextToken]\n    var RecentlyActive: js.UndefOr[RecentlyActive]\n  }\n\n  object ListMetricsInput {\n    @inline\n    def apply(\n        Dimensions: js.UndefOr[DimensionFilters] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RecentlyActive: js.UndefOr[RecentlyActive] = js.undefined\n    ): ListMetricsInput = {\n      val __obj = js.Dynamic.literal()\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RecentlyActive.foreach(__v => __obj.updateDynamic(\"RecentlyActive\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricsInput]\n    }\n  }\n\n  @js.native\n  trait ListMetricsOutput extends js.Object {\n    var Metrics: js.UndefOr[Metrics]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMetricsOutput {\n    @inline\n    def apply(\n        Metrics: js.UndefOr[Metrics] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMetricsOutput = {\n      val __obj = js.Dynamic.literal()\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMetricsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  \/** A message returned by the <code>GetMetricData<\/code>API, including a code and a description.\n    *\/\n  @js.native\n  trait MessageData extends js.Object {\n    var Code: js.UndefOr[MessageDataCode]\n    var Value: js.UndefOr[MessageDataValue]\n  }\n\n  object MessageData {\n    @inline\n    def apply(\n        Code: js.UndefOr[MessageDataCode] = js.undefined,\n        Value: js.UndefOr[MessageDataValue] = js.undefined\n    ): MessageData = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MessageData]\n    }\n  }\n\n  \/** Represents a specific metric.\n    *\/\n  @js.native\n  trait Metric extends js.Object {\n    var Dimensions: js.UndefOr[Dimensions]\n    var MetricName: js.UndefOr[MetricName]\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object Metric {\n    @inline\n    def apply(\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): Metric = {\n      val __obj = js.Dynamic.literal()\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metric]\n    }\n  }\n\n  \/** The details about a metric alarm.\n    *\/\n  @js.native\n  trait MetricAlarm extends js.Object {\n    var ActionsEnabled: js.UndefOr[ActionsEnabled]\n    var AlarmActions: js.UndefOr[ResourceList]\n    var AlarmArn: js.UndefOr[AlarmArn]\n    var AlarmConfigurationUpdatedTimestamp: js.UndefOr[Timestamp]\n    var AlarmDescription: js.UndefOr[AlarmDescription]\n    var AlarmName: js.UndefOr[AlarmName]\n    var ComparisonOperator: js.UndefOr[ComparisonOperator]\n    var DatapointsToAlarm: js.UndefOr[DatapointsToAlarm]\n    var Dimensions: js.UndefOr[Dimensions]\n    var EvaluateLowSampleCountPercentile: js.UndefOr[EvaluateLowSampleCountPercentile]\n    var EvaluationPeriods: js.UndefOr[EvaluationPeriods]\n    var ExtendedStatistic: js.UndefOr[ExtendedStatistic]\n    var InsufficientDataActions: js.UndefOr[ResourceList]\n    var MetricName: js.UndefOr[MetricName]\n    var Metrics: js.UndefOr[MetricDataQueries]\n    var Namespace: js.UndefOr[Namespace]\n    var OKActions: js.UndefOr[ResourceList]\n    var Period: js.UndefOr[Period]\n    var StateReason: js.UndefOr[StateReason]\n    var StateReasonData: js.UndefOr[StateReasonData]\n    var StateUpdatedTimestamp: js.UndefOr[Timestamp]\n    var StateValue: js.UndefOr[StateValue]\n    var Statistic: js.UndefOr[Statistic]\n    var Threshold: js.UndefOr[Threshold]\n    var ThresholdMetricId: js.UndefOr[MetricId]\n    var TreatMissingData: js.UndefOr[TreatMissingData]\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object MetricAlarm {\n    @inline\n    def apply(\n        ActionsEnabled: js.UndefOr[ActionsEnabled] = js.undefined,\n        AlarmActions: js.UndefOr[ResourceList] = js.undefined,\n        AlarmArn: js.UndefOr[AlarmArn] = js.undefined,\n        AlarmConfigurationUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        AlarmDescription: js.UndefOr[AlarmDescription] = js.undefined,\n        AlarmName: js.UndefOr[AlarmName] = js.undefined,\n        ComparisonOperator: js.UndefOr[ComparisonOperator] = js.undefined,\n        DatapointsToAlarm: js.UndefOr[DatapointsToAlarm] = js.undefined,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        EvaluateLowSampleCountPercentile: js.UndefOr[EvaluateLowSampleCountPercentile] = js.undefined,\n        EvaluationPeriods: js.UndefOr[EvaluationPeriods] = js.undefined,\n        ExtendedStatistic: js.UndefOr[ExtendedStatistic] = js.undefined,\n        InsufficientDataActions: js.UndefOr[ResourceList] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Metrics: js.UndefOr[MetricDataQueries] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        OKActions: js.UndefOr[ResourceList] = js.undefined,\n        Period: js.UndefOr[Period] = js.undefined,\n        StateReason: js.UndefOr[StateReason] = js.undefined,\n        StateReasonData: js.UndefOr[StateReasonData] = js.undefined,\n        StateUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        StateValue: js.UndefOr[StateValue] = js.undefined,\n        Statistic: js.UndefOr[Statistic] = js.undefined,\n        Threshold: js.UndefOr[Threshold] = js.undefined,\n        ThresholdMetricId: js.UndefOr[MetricId] = js.undefined,\n        TreatMissingData: js.UndefOr[TreatMissingData] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): MetricAlarm = {\n      val __obj = js.Dynamic.literal()\n      ActionsEnabled.foreach(__v => __obj.updateDynamic(\"ActionsEnabled\")(__v.asInstanceOf[js.Any]))\n      AlarmActions.foreach(__v => __obj.updateDynamic(\"AlarmActions\")(__v.asInstanceOf[js.Any]))\n      AlarmArn.foreach(__v => __obj.updateDynamic(\"AlarmArn\")(__v.asInstanceOf[js.Any]))\n      AlarmConfigurationUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"AlarmConfigurationUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      AlarmDescription.foreach(__v => __obj.updateDynamic(\"AlarmDescription\")(__v.asInstanceOf[js.Any]))\n      AlarmName.foreach(__v => __obj.updateDynamic(\"AlarmName\")(__v.asInstanceOf[js.Any]))\n      ComparisonOperator.foreach(__v => __obj.updateDynamic(\"ComparisonOperator\")(__v.asInstanceOf[js.Any]))\n      DatapointsToAlarm.foreach(__v => __obj.updateDynamic(\"DatapointsToAlarm\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      EvaluateLowSampleCountPercentile.foreach(__v => __obj.updateDynamic(\"EvaluateLowSampleCountPercentile\")(__v.asInstanceOf[js.Any]))\n      EvaluationPeriods.foreach(__v => __obj.updateDynamic(\"EvaluationPeriods\")(__v.asInstanceOf[js.Any]))\n      ExtendedStatistic.foreach(__v => __obj.updateDynamic(\"ExtendedStatistic\")(__v.asInstanceOf[js.Any]))\n      InsufficientDataActions.foreach(__v => __obj.updateDynamic(\"InsufficientDataActions\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      OKActions.foreach(__v => __obj.updateDynamic(\"OKActions\")(__v.asInstanceOf[js.Any]))\n      Period.foreach(__v => __obj.updateDynamic(\"Period\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      StateReasonData.foreach(__v => __obj.updateDynamic(\"StateReasonData\")(__v.asInstanceOf[js.Any]))\n      StateUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"StateUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      StateValue.foreach(__v => __obj.updateDynamic(\"StateValue\")(__v.asInstanceOf[js.Any]))\n      Statistic.foreach(__v => __obj.updateDynamic(\"Statistic\")(__v.asInstanceOf[js.Any]))\n      Threshold.foreach(__v => __obj.updateDynamic(\"Threshold\")(__v.asInstanceOf[js.Any]))\n      ThresholdMetricId.foreach(__v => __obj.updateDynamic(\"ThresholdMetricId\")(__v.asInstanceOf[js.Any]))\n      TreatMissingData.foreach(__v => __obj.updateDynamic(\"TreatMissingData\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricAlarm]\n    }\n  }\n\n  \/** This structure is used in both <code>GetMetricData<\/code> and <code>PutMetricAlarm<\/code>. The supported use of this structure is different for those two operations. When used in <code>GetMetricData<\/code>, it indicates the metric data to return, and whether this call is just retrieving a batch set of data for one metric, or is performing a math expression on metric data. A single <code>GetMetricData<\/code> call can include up to 500 <code>MetricDataQuery<\/code> structures. When used in <code>PutMetricAlarm<\/code>, it enables you to create an alarm based on a metric math expression. Each <code>MetricDataQuery<\/code> in the array specifies either a metric to retrieve, or a math expression to be performed on retrieved metrics. A single <code>PutMetricAlarm<\/code> call can include up to 20 <code>MetricDataQuery<\/code> structures in the array. The 20 structures can include as many as 10 structures that contain a <code>MetricStat<\/code> parameter to retrieve a metric, and as many as\n    * 10 structures that contain the <code>Expression<\/code> parameter to perform a math expression. Of those <code>Expression<\/code> structures, one must have <code>True<\/code> as the value for <code>ReturnData<\/code>. The result of this expression is the value the alarm watches. Any expression used in a <code>PutMetricAlarm<\/code> operation must return a single time series. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/using-metric-math.html#metric-math-syntax|Metric Math Syntax and Functions]] in the <i>Amazon CloudWatch User Guide<\/i>. Some of the parameters of this structure also have different uses whether you are using this structure in a <code>GetMetricData<\/code> operation or a <code>PutMetricAlarm<\/code> operation. These differences are explained in the following parameter list.\n    *\/\n  @js.native\n  trait MetricDataQuery extends js.Object {\n    var Id: MetricId\n    var Expression: js.UndefOr[MetricExpression]\n    var Label: js.UndefOr[MetricLabel]\n    var MetricStat: js.UndefOr[MetricStat]\n    var Period: js.UndefOr[Period]\n    var ReturnData: js.UndefOr[ReturnData]\n  }\n\n  object MetricDataQuery {\n    @inline\n    def apply(\n        Id: MetricId,\n        Expression: js.UndefOr[MetricExpression] = js.undefined,\n        Label: js.UndefOr[MetricLabel] = js.undefined,\n        MetricStat: js.UndefOr[MetricStat] = js.undefined,\n        Period: js.UndefOr[Period] = js.undefined,\n        ReturnData: js.UndefOr[ReturnData] = js.undefined\n    ): MetricDataQuery = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      Expression.foreach(__v => __obj.updateDynamic(\"Expression\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      MetricStat.foreach(__v => __obj.updateDynamic(\"MetricStat\")(__v.asInstanceOf[js.Any]))\n      Period.foreach(__v => __obj.updateDynamic(\"Period\")(__v.asInstanceOf[js.Any]))\n      ReturnData.foreach(__v => __obj.updateDynamic(\"ReturnData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricDataQuery]\n    }\n  }\n\n  \/** A <code>GetMetricData<\/code> call returns an array of <code>MetricDataResult<\/code> structures. Each of these structures includes the data points for that metric, along with the timestamps of those data points and other identifying information.\n    *\/\n  @js.native\n  trait MetricDataResult extends js.Object {\n    var Id: js.UndefOr[MetricId]\n    var Label: js.UndefOr[MetricLabel]\n    var Messages: js.UndefOr[MetricDataResultMessages]\n    var StatusCode: js.UndefOr[StatusCode]\n    var Timestamps: js.UndefOr[Timestamps]\n    var Values: js.UndefOr[DatapointValues]\n  }\n\n  object MetricDataResult {\n    @inline\n    def apply(\n        Id: js.UndefOr[MetricId] = js.undefined,\n        Label: js.UndefOr[MetricLabel] = js.undefined,\n        Messages: js.UndefOr[MetricDataResultMessages] = js.undefined,\n        StatusCode: js.UndefOr[StatusCode] = js.undefined,\n        Timestamps: js.UndefOr[Timestamps] = js.undefined,\n        Values: js.UndefOr[DatapointValues] = js.undefined\n    ): MetricDataResult = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Messages.foreach(__v => __obj.updateDynamic(\"Messages\")(__v.asInstanceOf[js.Any]))\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      Timestamps.foreach(__v => __obj.updateDynamic(\"Timestamps\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricDataResult]\n    }\n  }\n\n  \/** Encapsulates the information sent to either create a metric or add new values to be aggregated into an existing metric.\n    *\/\n  @js.native\n  trait MetricDatum extends js.Object {\n    var MetricName: MetricName\n    var Counts: js.UndefOr[Counts]\n    var Dimensions: js.UndefOr[Dimensions]\n    var StatisticValues: js.UndefOr[StatisticSet]\n    var StorageResolution: js.UndefOr[StorageResolution]\n    var Timestamp: js.UndefOr[Timestamp]\n    var Unit: js.UndefOr[StandardUnit]\n    var Value: js.UndefOr[DatapointValue]\n    var Values: js.UndefOr[Values]\n  }\n\n  object MetricDatum {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Counts: js.UndefOr[Counts] = js.undefined,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        StatisticValues: js.UndefOr[StatisticSet] = js.undefined,\n        StorageResolution: js.UndefOr[StorageResolution] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined,\n        Value: js.UndefOr[DatapointValue] = js.undefined,\n        Values: js.UndefOr[Values] = js.undefined\n    ): MetricDatum = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any]\n      )\n\n      Counts.foreach(__v => __obj.updateDynamic(\"Counts\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      StatisticValues.foreach(__v => __obj.updateDynamic(\"StatisticValues\")(__v.asInstanceOf[js.Any]))\n      StorageResolution.foreach(__v => __obj.updateDynamic(\"StorageResolution\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricDatum]\n    }\n  }\n\n  \/** This structure defines the metric to be returned, along with the statistics, period, and units.\n    *\/\n  @js.native\n  trait MetricStat extends js.Object {\n    var Metric: Metric\n    var Period: Period\n    var Stat: Stat\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object MetricStat {\n    @inline\n    def apply(\n        Metric: Metric,\n        Period: Period,\n        Stat: Stat,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): MetricStat = {\n      val __obj = js.Dynamic.literal(\n        \"Metric\" -> Metric.asInstanceOf[js.Any],\n        \"Period\" -> Period.asInstanceOf[js.Any],\n        \"Stat\" -> Stat.asInstanceOf[js.Any]\n      )\n\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricStat]\n    }\n  }\n\n  \/** This structure contains the configuration information about one metric stream.\n    *\/\n  @js.native\n  trait MetricStreamEntry extends js.Object {\n    var Arn: js.UndefOr[AmazonResourceName]\n    var CreationDate: js.UndefOr[Timestamp]\n    var FirehoseArn: js.UndefOr[AmazonResourceName]\n    var LastUpdateDate: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[MetricStreamName]\n    var OutputFormat: js.UndefOr[MetricStreamOutputFormat]\n    var State: js.UndefOr[MetricStreamState]\n  }\n\n  object MetricStreamEntry {\n    @inline\n    def apply(\n        Arn: js.UndefOr[AmazonResourceName] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        FirehoseArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        LastUpdateDate: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[MetricStreamName] = js.undefined,\n        OutputFormat: js.UndefOr[MetricStreamOutputFormat] = js.undefined,\n        State: js.UndefOr[MetricStreamState] = js.undefined\n    ): MetricStreamEntry = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      FirehoseArn.foreach(__v => __obj.updateDynamic(\"FirehoseArn\")(__v.asInstanceOf[js.Any]))\n      LastUpdateDate.foreach(__v => __obj.updateDynamic(\"LastUpdateDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputFormat.foreach(__v => __obj.updateDynamic(\"OutputFormat\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricStreamEntry]\n    }\n  }\n\n  \/** This structure contains the name of one of the metric namespaces that is listed in a filter of a metric stream.\n    *\/\n  @js.native\n  trait MetricStreamFilter extends js.Object {\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object MetricStreamFilter {\n    @inline\n    def apply(\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): MetricStreamFilter = {\n      val __obj = js.Dynamic.literal()\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricStreamFilter]\n    }\n  }\n\n  @js.native\n  sealed trait MetricStreamOutputFormat extends js.Any\n  object MetricStreamOutputFormat {\n    val json = \"json\".asInstanceOf[MetricStreamOutputFormat]\n    val `opentelemetry0.7` = \"opentelemetry0.7\".asInstanceOf[MetricStreamOutputFormat]\n\n    @inline def values = js.Array(json, `opentelemetry0.7`)\n  }\n\n  \/** This array is empty if the API operation was successful for all the rules specified in the request. If the operation could not process one of the rules, the following data is returned for each of those rules.\n    *\/\n  @js.native\n  trait PartialFailure extends js.Object {\n    var ExceptionType: js.UndefOr[ExceptionType]\n    var FailureCode: js.UndefOr[FailureCode]\n    var FailureDescription: js.UndefOr[FailureDescription]\n    var FailureResource: js.UndefOr[FailureResource]\n  }\n\n  object PartialFailure {\n    @inline\n    def apply(\n        ExceptionType: js.UndefOr[ExceptionType] = js.undefined,\n        FailureCode: js.UndefOr[FailureCode] = js.undefined,\n        FailureDescription: js.UndefOr[FailureDescription] = js.undefined,\n        FailureResource: js.UndefOr[FailureResource] = js.undefined\n    ): PartialFailure = {\n      val __obj = js.Dynamic.literal()\n      ExceptionType.foreach(__v => __obj.updateDynamic(\"ExceptionType\")(__v.asInstanceOf[js.Any]))\n      FailureCode.foreach(__v => __obj.updateDynamic(\"FailureCode\")(__v.asInstanceOf[js.Any]))\n      FailureDescription.foreach(__v => __obj.updateDynamic(\"FailureDescription\")(__v.asInstanceOf[js.Any]))\n      FailureResource.foreach(__v => __obj.updateDynamic(\"FailureResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PartialFailure]\n    }\n  }\n\n  @js.native\n  trait PutAnomalyDetectorInput extends js.Object {\n    var MetricName: MetricName\n    var Namespace: Namespace\n    var Stat: AnomalyDetectorMetricStat\n    var Configuration: js.UndefOr[AnomalyDetectorConfiguration]\n    var Dimensions: js.UndefOr[Dimensions]\n  }\n\n  object PutAnomalyDetectorInput {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: Namespace,\n        Stat: AnomalyDetectorMetricStat,\n        Configuration: js.UndefOr[AnomalyDetectorConfiguration] = js.undefined,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined\n    ): PutAnomalyDetectorInput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Stat\" -> Stat.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAnomalyDetectorInput]\n    }\n  }\n\n  @js.native\n  trait PutAnomalyDetectorOutput extends js.Object\n\n  object PutAnomalyDetectorOutput {\n    @inline\n    def apply(): PutAnomalyDetectorOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutAnomalyDetectorOutput]\n    }\n  }\n\n  @js.native\n  trait PutCompositeAlarmInput extends js.Object {\n    var AlarmName: AlarmName\n    var AlarmRule: AlarmRule\n    var ActionsEnabled: js.UndefOr[ActionsEnabled]\n    var AlarmActions: js.UndefOr[ResourceList]\n    var AlarmDescription: js.UndefOr[AlarmDescription]\n    var InsufficientDataActions: js.UndefOr[ResourceList]\n    var OKActions: js.UndefOr[ResourceList]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object PutCompositeAlarmInput {\n    @inline\n    def apply(\n        AlarmName: AlarmName,\n        AlarmRule: AlarmRule,\n        ActionsEnabled: js.UndefOr[ActionsEnabled] = js.undefined,\n        AlarmActions: js.UndefOr[ResourceList] = js.undefined,\n        AlarmDescription: js.UndefOr[AlarmDescription] = js.undefined,\n        InsufficientDataActions: js.UndefOr[ResourceList] = js.undefined,\n        OKActions: js.UndefOr[ResourceList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): PutCompositeAlarmInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmName\" -> AlarmName.asInstanceOf[js.Any],\n        \"AlarmRule\" -> AlarmRule.asInstanceOf[js.Any]\n      )\n\n      ActionsEnabled.foreach(__v => __obj.updateDynamic(\"ActionsEnabled\")(__v.asInstanceOf[js.Any]))\n      AlarmActions.foreach(__v => __obj.updateDynamic(\"AlarmActions\")(__v.asInstanceOf[js.Any]))\n      AlarmDescription.foreach(__v => __obj.updateDynamic(\"AlarmDescription\")(__v.asInstanceOf[js.Any]))\n      InsufficientDataActions.foreach(__v => __obj.updateDynamic(\"InsufficientDataActions\")(__v.asInstanceOf[js.Any]))\n      OKActions.foreach(__v => __obj.updateDynamic(\"OKActions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutCompositeAlarmInput]\n    }\n  }\n\n  @js.native\n  trait PutDashboardInput extends js.Object {\n    var DashboardBody: DashboardBody\n    var DashboardName: DashboardName\n  }\n\n  object PutDashboardInput {\n    @inline\n    def apply(\n        DashboardBody: DashboardBody,\n        DashboardName: DashboardName\n    ): PutDashboardInput = {\n      val __obj = js.Dynamic.literal(\n        \"DashboardBody\" -> DashboardBody.asInstanceOf[js.Any],\n        \"DashboardName\" -> DashboardName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutDashboardInput]\n    }\n  }\n\n  @js.native\n  trait PutDashboardOutput extends js.Object {\n    var DashboardValidationMessages: js.UndefOr[DashboardValidationMessages]\n  }\n\n  object PutDashboardOutput {\n    @inline\n    def apply(\n        DashboardValidationMessages: js.UndefOr[DashboardValidationMessages] = js.undefined\n    ): PutDashboardOutput = {\n      val __obj = js.Dynamic.literal()\n      DashboardValidationMessages.foreach(__v => __obj.updateDynamic(\"DashboardValidationMessages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutDashboardOutput]\n    }\n  }\n\n  @js.native\n  trait PutInsightRuleInput extends js.Object {\n    var RuleDefinition: InsightRuleDefinition\n    var RuleName: InsightRuleName\n    var RuleState: js.UndefOr[InsightRuleState]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object PutInsightRuleInput {\n    @inline\n    def apply(\n        RuleDefinition: InsightRuleDefinition,\n        RuleName: InsightRuleName,\n        RuleState: js.UndefOr[InsightRuleState] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): PutInsightRuleInput = {\n      val __obj = js.Dynamic.literal(\n        \"RuleDefinition\" -> RuleDefinition.asInstanceOf[js.Any],\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any]\n      )\n\n      RuleState.foreach(__v => __obj.updateDynamic(\"RuleState\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutInsightRuleInput]\n    }\n  }\n\n  @js.native\n  trait PutInsightRuleOutput extends js.Object\n\n  object PutInsightRuleOutput {\n    @inline\n    def apply(): PutInsightRuleOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutInsightRuleOutput]\n    }\n  }\n\n  @js.native\n  trait PutMetricAlarmInput extends js.Object {\n    var AlarmName: AlarmName\n    var ComparisonOperator: ComparisonOperator\n    var EvaluationPeriods: EvaluationPeriods\n    var ActionsEnabled: js.UndefOr[ActionsEnabled]\n    var AlarmActions: js.UndefOr[ResourceList]\n    var AlarmDescription: js.UndefOr[AlarmDescription]\n    var DatapointsToAlarm: js.UndefOr[DatapointsToAlarm]\n    var Dimensions: js.UndefOr[Dimensions]\n    var EvaluateLowSampleCountPercentile: js.UndefOr[EvaluateLowSampleCountPercentile]\n    var ExtendedStatistic: js.UndefOr[ExtendedStatistic]\n    var InsufficientDataActions: js.UndefOr[ResourceList]\n    var MetricName: js.UndefOr[MetricName]\n    var Metrics: js.UndefOr[MetricDataQueries]\n    var Namespace: js.UndefOr[Namespace]\n    var OKActions: js.UndefOr[ResourceList]\n    var Period: js.UndefOr[Period]\n    var Statistic: js.UndefOr[Statistic]\n    var Tags: js.UndefOr[TagList]\n    var Threshold: js.UndefOr[Threshold]\n    var ThresholdMetricId: js.UndefOr[MetricId]\n    var TreatMissingData: js.UndefOr[TreatMissingData]\n    var Unit: js.UndefOr[StandardUnit]\n  }\n\n  object PutMetricAlarmInput {\n    @inline\n    def apply(\n        AlarmName: AlarmName,\n        ComparisonOperator: ComparisonOperator,\n        EvaluationPeriods: EvaluationPeriods,\n        ActionsEnabled: js.UndefOr[ActionsEnabled] = js.undefined,\n        AlarmActions: js.UndefOr[ResourceList] = js.undefined,\n        AlarmDescription: js.UndefOr[AlarmDescription] = js.undefined,\n        DatapointsToAlarm: js.UndefOr[DatapointsToAlarm] = js.undefined,\n        Dimensions: js.UndefOr[Dimensions] = js.undefined,\n        EvaluateLowSampleCountPercentile: js.UndefOr[EvaluateLowSampleCountPercentile] = js.undefined,\n        ExtendedStatistic: js.UndefOr[ExtendedStatistic] = js.undefined,\n        InsufficientDataActions: js.UndefOr[ResourceList] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Metrics: js.UndefOr[MetricDataQueries] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        OKActions: js.UndefOr[ResourceList] = js.undefined,\n        Period: js.UndefOr[Period] = js.undefined,\n        Statistic: js.UndefOr[Statistic] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        Threshold: js.UndefOr[Threshold] = js.undefined,\n        ThresholdMetricId: js.UndefOr[MetricId] = js.undefined,\n        TreatMissingData: js.UndefOr[TreatMissingData] = js.undefined,\n        Unit: js.UndefOr[StandardUnit] = js.undefined\n    ): PutMetricAlarmInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmName\" -> AlarmName.asInstanceOf[js.Any],\n        \"ComparisonOperator\" -> ComparisonOperator.asInstanceOf[js.Any],\n        \"EvaluationPeriods\" -> EvaluationPeriods.asInstanceOf[js.Any]\n      )\n\n      ActionsEnabled.foreach(__v => __obj.updateDynamic(\"ActionsEnabled\")(__v.asInstanceOf[js.Any]))\n      AlarmActions.foreach(__v => __obj.updateDynamic(\"AlarmActions\")(__v.asInstanceOf[js.Any]))\n      AlarmDescription.foreach(__v => __obj.updateDynamic(\"AlarmDescription\")(__v.asInstanceOf[js.Any]))\n      DatapointsToAlarm.foreach(__v => __obj.updateDynamic(\"DatapointsToAlarm\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      EvaluateLowSampleCountPercentile.foreach(__v => __obj.updateDynamic(\"EvaluateLowSampleCountPercentile\")(__v.asInstanceOf[js.Any]))\n      ExtendedStatistic.foreach(__v => __obj.updateDynamic(\"ExtendedStatistic\")(__v.asInstanceOf[js.Any]))\n      InsufficientDataActions.foreach(__v => __obj.updateDynamic(\"InsufficientDataActions\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      OKActions.foreach(__v => __obj.updateDynamic(\"OKActions\")(__v.asInstanceOf[js.Any]))\n      Period.foreach(__v => __obj.updateDynamic(\"Period\")(__v.asInstanceOf[js.Any]))\n      Statistic.foreach(__v => __obj.updateDynamic(\"Statistic\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Threshold.foreach(__v => __obj.updateDynamic(\"Threshold\")(__v.asInstanceOf[js.Any]))\n      ThresholdMetricId.foreach(__v => __obj.updateDynamic(\"ThresholdMetricId\")(__v.asInstanceOf[js.Any]))\n      TreatMissingData.foreach(__v => __obj.updateDynamic(\"TreatMissingData\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutMetricAlarmInput]\n    }\n  }\n\n  @js.native\n  trait PutMetricDataInput extends js.Object {\n    var MetricData: MetricData\n    var Namespace: Namespace\n  }\n\n  object PutMetricDataInput {\n    @inline\n    def apply(\n        MetricData: MetricData,\n        Namespace: Namespace\n    ): PutMetricDataInput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricData\" -> MetricData.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutMetricDataInput]\n    }\n  }\n\n  @js.native\n  trait PutMetricStreamInput extends js.Object {\n    var FirehoseArn: AmazonResourceName\n    var Name: MetricStreamName\n    var OutputFormat: MetricStreamOutputFormat\n    var RoleArn: AmazonResourceName\n    var ExcludeFilters: js.UndefOr[MetricStreamFilters]\n    var IncludeFilters: js.UndefOr[MetricStreamFilters]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object PutMetricStreamInput {\n    @inline\n    def apply(\n        FirehoseArn: AmazonResourceName,\n        Name: MetricStreamName,\n        OutputFormat: MetricStreamOutputFormat,\n        RoleArn: AmazonResourceName,\n        ExcludeFilters: js.UndefOr[MetricStreamFilters] = js.undefined,\n        IncludeFilters: js.UndefOr[MetricStreamFilters] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): PutMetricStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"FirehoseArn\" -> FirehoseArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"OutputFormat\" -> OutputFormat.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ExcludeFilters.foreach(__v => __obj.updateDynamic(\"ExcludeFilters\")(__v.asInstanceOf[js.Any]))\n      IncludeFilters.foreach(__v => __obj.updateDynamic(\"IncludeFilters\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutMetricStreamInput]\n    }\n  }\n\n  @js.native\n  trait PutMetricStreamOutput extends js.Object {\n    var Arn: js.UndefOr[AmazonResourceName]\n  }\n\n  object PutMetricStreamOutput {\n    @inline\n    def apply(\n        Arn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): PutMetricStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutMetricStreamOutput]\n    }\n  }\n\n  \/** Specifies one range of days or times to exclude from use for training an anomaly detection model.\n    *\/\n  @js.native\n  trait Range extends js.Object {\n    var EndTime: Timestamp\n    var StartTime: Timestamp\n  }\n\n  object Range {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        StartTime: Timestamp\n    ): Range = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Range]\n    }\n  }\n\n  @js.native\n  sealed trait RecentlyActive extends js.Any\n  object RecentlyActive {\n    val PT3H = \"PT3H\".asInstanceOf[RecentlyActive]\n\n    @inline def values = js.Array(PT3H)\n  }\n\n  @js.native\n  sealed trait ScanBy extends js.Any\n  object ScanBy {\n    val TimestampDescending = \"TimestampDescending\".asInstanceOf[ScanBy]\n    val TimestampAscending = \"TimestampAscending\".asInstanceOf[ScanBy]\n\n    @inline def values = js.Array(TimestampDescending, TimestampAscending)\n  }\n\n  @js.native\n  trait SetAlarmStateInput extends js.Object {\n    var AlarmName: AlarmName\n    var StateReason: StateReason\n    var StateValue: StateValue\n    var StateReasonData: js.UndefOr[StateReasonData]\n  }\n\n  object SetAlarmStateInput {\n    @inline\n    def apply(\n        AlarmName: AlarmName,\n        StateReason: StateReason,\n        StateValue: StateValue,\n        StateReasonData: js.UndefOr[StateReasonData] = js.undefined\n    ): SetAlarmStateInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmName\" -> AlarmName.asInstanceOf[js.Any],\n        \"StateReason\" -> StateReason.asInstanceOf[js.Any],\n        \"StateValue\" -> StateValue.asInstanceOf[js.Any]\n      )\n\n      StateReasonData.foreach(__v => __obj.updateDynamic(\"StateReasonData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetAlarmStateInput]\n    }\n  }\n\n  @js.native\n  sealed trait StandardUnit extends js.Any\n  object StandardUnit {\n    val Seconds = \"Seconds\".asInstanceOf[StandardUnit]\n    val Microseconds = \"Microseconds\".asInstanceOf[StandardUnit]\n    val Milliseconds = \"Milliseconds\".asInstanceOf[StandardUnit]\n    val Bytes = \"Bytes\".asInstanceOf[StandardUnit]\n    val Kilobytes = \"Kilobytes\".asInstanceOf[StandardUnit]\n    val Megabytes = \"Megabytes\".asInstanceOf[StandardUnit]\n    val Gigabytes = \"Gigabytes\".asInstanceOf[StandardUnit]\n    val Terabytes = \"Terabytes\".asInstanceOf[StandardUnit]\n    val Bits = \"Bits\".asInstanceOf[StandardUnit]\n    val Kilobits = \"Kilobits\".asInstanceOf[StandardUnit]\n    val Megabits = \"Megabits\".asInstanceOf[StandardUnit]\n    val Gigabits = \"Gigabits\".asInstanceOf[StandardUnit]\n    val Terabits = \"Terabits\".asInstanceOf[StandardUnit]\n    val Percent = \"Percent\".asInstanceOf[StandardUnit]\n    val Count = \"Count\".asInstanceOf[StandardUnit]\n    val `Bytes\/Second` = \"Bytes\/Second\".asInstanceOf[StandardUnit]\n    val `Kilobytes\/Second` = \"Kilobytes\/Second\".asInstanceOf[StandardUnit]\n    val `Megabytes\/Second` = \"Megabytes\/Second\".asInstanceOf[StandardUnit]\n    val `Gigabytes\/Second` = \"Gigabytes\/Second\".asInstanceOf[StandardUnit]\n    val `Terabytes\/Second` = \"Terabytes\/Second\".asInstanceOf[StandardUnit]\n    val `Bits\/Second` = \"Bits\/Second\".asInstanceOf[StandardUnit]\n    val `Kilobits\/Second` = \"Kilobits\/Second\".asInstanceOf[StandardUnit]\n    val `Megabits\/Second` = \"Megabits\/Second\".asInstanceOf[StandardUnit]\n    val `Gigabits\/Second` = \"Gigabits\/Second\".asInstanceOf[StandardUnit]\n    val `Terabits\/Second` = \"Terabits\/Second\".asInstanceOf[StandardUnit]\n    val `Count\/Second` = \"Count\/Second\".asInstanceOf[StandardUnit]\n    val None = \"None\".asInstanceOf[StandardUnit]\n\n    @inline def values = js.Array(\n      Seconds,\n      Microseconds,\n      Milliseconds,\n      Bytes,\n      Kilobytes,\n      Megabytes,\n      Gigabytes,\n      Terabytes,\n      Bits,\n      Kilobits,\n      Megabits,\n      Gigabits,\n      Terabits,\n      Percent,\n      Count,\n      `Bytes\/Second`,\n      `Kilobytes\/Second`,\n      `Megabytes\/Second`,\n      `Gigabytes\/Second`,\n      `Terabytes\/Second`,\n      `Bits\/Second`,\n      `Kilobits\/Second`,\n      `Megabits\/Second`,\n      `Gigabits\/Second`,\n      `Terabits\/Second`,\n      `Count\/Second`,\n      None\n    )\n  }\n\n  @js.native\n  trait StartMetricStreamsInput extends js.Object {\n    var Names: MetricStreamNames\n  }\n\n  object StartMetricStreamsInput {\n    @inline\n    def apply(\n        Names: MetricStreamNames\n    ): StartMetricStreamsInput = {\n      val __obj = js.Dynamic.literal(\n        \"Names\" -> Names.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartMetricStreamsInput]\n    }\n  }\n\n  @js.native\n  trait StartMetricStreamsOutput extends js.Object\n\n  object StartMetricStreamsOutput {\n    @inline\n    def apply(): StartMetricStreamsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartMetricStreamsOutput]\n    }\n  }\n\n  @js.native\n  sealed trait StateValue extends js.Any\n  object StateValue {\n    val OK = \"OK\".asInstanceOf[StateValue]\n    val ALARM = \"ALARM\".asInstanceOf[StateValue]\n    val INSUFFICIENT_DATA = \"INSUFFICIENT_DATA\".asInstanceOf[StateValue]\n\n    @inline def values = js.Array(OK, ALARM, INSUFFICIENT_DATA)\n  }\n\n  @js.native\n  sealed trait Statistic extends js.Any\n  object Statistic {\n    val SampleCount = \"SampleCount\".asInstanceOf[Statistic]\n    val Average = \"Average\".asInstanceOf[Statistic]\n    val Sum = \"Sum\".asInstanceOf[Statistic]\n    val Minimum = \"Minimum\".asInstanceOf[Statistic]\n    val Maximum = \"Maximum\".asInstanceOf[Statistic]\n\n    @inline def values = js.Array(SampleCount, Average, Sum, Minimum, Maximum)\n  }\n\n  \/** Represents a set of statistics that describes a specific metric.\n    *\/\n  @js.native\n  trait StatisticSet extends js.Object {\n    var Maximum: DatapointValue\n    var Minimum: DatapointValue\n    var SampleCount: DatapointValue\n    var Sum: DatapointValue\n  }\n\n  object StatisticSet {\n    @inline\n    def apply(\n        Maximum: DatapointValue,\n        Minimum: DatapointValue,\n        SampleCount: DatapointValue,\n        Sum: DatapointValue\n    ): StatisticSet = {\n      val __obj = js.Dynamic.literal(\n        \"Maximum\" -> Maximum.asInstanceOf[js.Any],\n        \"Minimum\" -> Minimum.asInstanceOf[js.Any],\n        \"SampleCount\" -> SampleCount.asInstanceOf[js.Any],\n        \"Sum\" -> Sum.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StatisticSet]\n    }\n  }\n\n  @js.native\n  sealed trait StatusCode extends js.Any\n  object StatusCode {\n    val Complete = \"Complete\".asInstanceOf[StatusCode]\n    val InternalError = \"InternalError\".asInstanceOf[StatusCode]\n    val PartialData = \"PartialData\".asInstanceOf[StatusCode]\n\n    @inline def values = js.Array(Complete, InternalError, PartialData)\n  }\n\n  @js.native\n  trait StopMetricStreamsInput extends js.Object {\n    var Names: MetricStreamNames\n  }\n\n  object StopMetricStreamsInput {\n    @inline\n    def apply(\n        Names: MetricStreamNames\n    ): StopMetricStreamsInput = {\n      val __obj = js.Dynamic.literal(\n        \"Names\" -> Names.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopMetricStreamsInput]\n    }\n  }\n\n  @js.native\n  trait StopMetricStreamsOutput extends js.Object\n\n  object StopMetricStreamsOutput {\n    @inline\n    def apply(): StopMetricStreamsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopMetricStreamsOutput]\n    }\n  }\n\n  \/** A key-value pair associated with a CloudWatch resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/kinesis\/src\/main\/scala\/facade\/amazonaws\/services\/Kinesis.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object kinesis {\n  type BooleanObject = Boolean\n  type ChildShardList = js.Array[ChildShard]\n  type ConsumerARN = String\n  type ConsumerCountObject = Int\n  type ConsumerList = js.Array[Consumer]\n  type ConsumerName = String\n  type Data = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type DescribeStreamInputLimit = Int\n  type EnhancedMonitoringList = js.Array[EnhancedMetrics]\n  type ErrorCode = String\n  type ErrorMessage = String\n  type GetRecordsInputLimit = Int\n  type HashKey = String\n  type KeyId = String\n  type ListShardsInputLimit = Int\n  type ListStreamConsumersInputLimit = Int\n  type ListStreamsInputLimit = Int\n  type ListTagsForStreamInputLimit = Int\n  type MetricsNameList = js.Array[MetricsName]\n  type MillisBehindLatest = Double\n  type NextToken = String\n  type PartitionKey = String\n  type PositiveIntegerObject = Int\n  type PutRecordsRequestEntryList = js.Array[PutRecordsRequestEntry]\n  type PutRecordsResultEntryList = js.Array[PutRecordsResultEntry]\n  type RecordList = js.Array[Record]\n  type RetentionPeriodHours = Int\n  type SequenceNumber = String\n  type ShardCountObject = Int\n  type ShardId = String\n  type ShardIdList = js.Array[ShardId]\n  type ShardIterator = String\n  type ShardList = js.Array[Shard]\n  type StreamARN = String\n  type StreamName = String\n  type StreamNameList = js.Array[StreamName]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n\n  implicit final class KinesisOps(private val service: Kinesis) extends AnyVal {\n\n    @inline def addTagsToStreamFuture(params: AddTagsToStreamInput): Future[js.Object] = service.addTagsToStream(params).promise().toFuture\n    @inline def createStreamFuture(params: CreateStreamInput): Future[js.Object] = service.createStream(params).promise().toFuture\n    @inline def decreaseStreamRetentionPeriodFuture(params: DecreaseStreamRetentionPeriodInput): Future[js.Object] = service.decreaseStreamRetentionPeriod(params).promise().toFuture\n    @inline def deleteStreamFuture(params: DeleteStreamInput): Future[js.Object] = service.deleteStream(params).promise().toFuture\n    @inline def deregisterStreamConsumerFuture(params: DeregisterStreamConsumerInput): Future[js.Object] = service.deregisterStreamConsumer(params).promise().toFuture\n    @inline def describeLimitsFuture(params: DescribeLimitsInput): Future[DescribeLimitsOutput] = service.describeLimits(params).promise().toFuture\n    @inline def describeStreamConsumerFuture(params: DescribeStreamConsumerInput): Future[DescribeStreamConsumerOutput] = service.describeStreamConsumer(params).promise().toFuture\n    @inline def describeStreamFuture(params: DescribeStreamInput): Future[DescribeStreamOutput] = service.describeStream(params).promise().toFuture\n    @inline def describeStreamSummaryFuture(params: DescribeStreamSummaryInput): Future[DescribeStreamSummaryOutput] = service.describeStreamSummary(params).promise().toFuture\n    @inline def disableEnhancedMonitoringFuture(params: DisableEnhancedMonitoringInput): Future[EnhancedMonitoringOutput] = service.disableEnhancedMonitoring(params).promise().toFuture\n    @inline def enableEnhancedMonitoringFuture(params: EnableEnhancedMonitoringInput): Future[EnhancedMonitoringOutput] = service.enableEnhancedMonitoring(params).promise().toFuture\n    @inline def getRecordsFuture(params: GetRecordsInput): Future[GetRecordsOutput] = service.getRecords(params).promise().toFuture\n    @inline def getShardIteratorFuture(params: GetShardIteratorInput): Future[GetShardIteratorOutput] = service.getShardIterator(params).promise().toFuture\n    @inline def increaseStreamRetentionPeriodFuture(params: IncreaseStreamRetentionPeriodInput): Future[js.Object] = service.increaseStreamRetentionPeriod(params).promise().toFuture\n    @inline def listShardsFuture(params: ListShardsInput): Future[ListShardsOutput] = service.listShards(params).promise().toFuture\n    @inline def listStreamConsumersFuture(params: ListStreamConsumersInput): Future[ListStreamConsumersOutput] = service.listStreamConsumers(params).promise().toFuture\n    @inline def listStreamsFuture(params: ListStreamsInput): Future[ListStreamsOutput] = service.listStreams(params).promise().toFuture\n    @inline def listTagsForStreamFuture(params: ListTagsForStreamInput): Future[ListTagsForStreamOutput] = service.listTagsForStream(params).promise().toFuture\n    @inline def mergeShardsFuture(params: MergeShardsInput): Future[js.Object] = service.mergeShards(params).promise().toFuture\n    @inline def putRecordFuture(params: PutRecordInput): Future[PutRecordOutput] = service.putRecord(params).promise().toFuture\n    @inline def putRecordsFuture(params: PutRecordsInput): Future[PutRecordsOutput] = service.putRecords(params).promise().toFuture\n    @inline def registerStreamConsumerFuture(params: RegisterStreamConsumerInput): Future[RegisterStreamConsumerOutput] = service.registerStreamConsumer(params).promise().toFuture\n    @inline def removeTagsFromStreamFuture(params: RemoveTagsFromStreamInput): Future[js.Object] = service.removeTagsFromStream(params).promise().toFuture\n    @inline def splitShardFuture(params: SplitShardInput): Future[js.Object] = service.splitShard(params).promise().toFuture\n    @inline def startStreamEncryptionFuture(params: StartStreamEncryptionInput): Future[js.Object] = service.startStreamEncryption(params).promise().toFuture\n    @inline def stopStreamEncryptionFuture(params: StopStreamEncryptionInput): Future[js.Object] = service.stopStreamEncryption(params).promise().toFuture\n    @inline def updateShardCountFuture(params: UpdateShardCountInput): Future[UpdateShardCountOutput] = service.updateShardCount(params).promise().toFuture\n\n  }\n}\n\npackage kinesis {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/kinesis\", JSImport.Namespace, \"AWS.Kinesis\")\n  class Kinesis() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTagsToStream(params: AddTagsToStreamInput): Request[js.Object] = js.native\n    def createStream(params: CreateStreamInput): Request[js.Object] = js.native\n    def decreaseStreamRetentionPeriod(params: DecreaseStreamRetentionPeriodInput): Request[js.Object] = js.native\n    def deleteStream(params: DeleteStreamInput): Request[js.Object] = js.native\n    def deregisterStreamConsumer(params: DeregisterStreamConsumerInput): Request[js.Object] = js.native\n    def describeLimits(params: DescribeLimitsInput): Request[DescribeLimitsOutput] = js.native\n    def describeStream(params: DescribeStreamInput): Request[DescribeStreamOutput] = js.native\n    def describeStreamConsumer(params: DescribeStreamConsumerInput): Request[DescribeStreamConsumerOutput] = js.native\n    def describeStreamSummary(params: DescribeStreamSummaryInput): Request[DescribeStreamSummaryOutput] = js.native\n    def disableEnhancedMonitoring(params: DisableEnhancedMonitoringInput): Request[EnhancedMonitoringOutput] = js.native\n    def enableEnhancedMonitoring(params: EnableEnhancedMonitoringInput): Request[EnhancedMonitoringOutput] = js.native\n    def getRecords(params: GetRecordsInput): Request[GetRecordsOutput] = js.native\n    def getShardIterator(params: GetShardIteratorInput): Request[GetShardIteratorOutput] = js.native\n    def increaseStreamRetentionPeriod(params: IncreaseStreamRetentionPeriodInput): Request[js.Object] = js.native\n    def listShards(params: ListShardsInput): Request[ListShardsOutput] = js.native\n    def listStreamConsumers(params: ListStreamConsumersInput): Request[ListStreamConsumersOutput] = js.native\n    def listStreams(params: ListStreamsInput): Request[ListStreamsOutput] = js.native\n    def listTagsForStream(params: ListTagsForStreamInput): Request[ListTagsForStreamOutput] = js.native\n    def mergeShards(params: MergeShardsInput): Request[js.Object] = js.native\n    def putRecord(params: PutRecordInput): Request[PutRecordOutput] = js.native\n    def putRecords(params: PutRecordsInput): Request[PutRecordsOutput] = js.native\n    def registerStreamConsumer(params: RegisterStreamConsumerInput): Request[RegisterStreamConsumerOutput] = js.native\n    def removeTagsFromStream(params: RemoveTagsFromStreamInput): Request[js.Object] = js.native\n    def splitShard(params: SplitShardInput): Request[js.Object] = js.native\n    def startStreamEncryption(params: StartStreamEncryptionInput): Request[js.Object] = js.native\n    def stopStreamEncryption(params: StopStreamEncryptionInput): Request[js.Object] = js.native\n    def updateShardCount(params: UpdateShardCountInput): Request[UpdateShardCountOutput] = js.native\n  }\n\n  \/** Represents the input for <code>AddTagsToStream<\/code>.\n    *\/\n  @js.native\n  trait AddTagsToStreamInput extends js.Object {\n    var StreamName: StreamName\n    var Tags: TagMap\n  }\n\n  object AddTagsToStreamInput {\n    @inline\n    def apply(\n        StreamName: StreamName,\n        Tags: TagMap\n    ): AddTagsToStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToStreamInput]\n    }\n  }\n\n  @js.native\n  trait ChildShard extends js.Object {\n    var HashKeyRange: HashKeyRange\n    var ParentShards: ShardIdList\n    var ShardId: ShardId\n  }\n\n  object ChildShard {\n    @inline\n    def apply(\n        HashKeyRange: HashKeyRange,\n        ParentShards: ShardIdList,\n        ShardId: ShardId\n    ): ChildShard = {\n      val __obj = js.Dynamic.literal(\n        \"HashKeyRange\" -> HashKeyRange.asInstanceOf[js.Any],\n        \"ParentShards\" -> ParentShards.asInstanceOf[js.Any],\n        \"ShardId\" -> ShardId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ChildShard]\n    }\n  }\n\n  \/** An object that represents the details of the consumer you registered. This type of object is returned by <a>RegisterStreamConsumer<\/a>.\n    *\/\n  @js.native\n  trait Consumer extends js.Object {\n    var ConsumerARN: ConsumerARN\n    var ConsumerCreationTimestamp: Timestamp\n    var ConsumerName: ConsumerName\n    var ConsumerStatus: ConsumerStatus\n  }\n\n  object Consumer {\n    @inline\n    def apply(\n        ConsumerARN: ConsumerARN,\n        ConsumerCreationTimestamp: Timestamp,\n        ConsumerName: ConsumerName,\n        ConsumerStatus: ConsumerStatus\n    ): Consumer = {\n      val __obj = js.Dynamic.literal(\n        \"ConsumerARN\" -> ConsumerARN.asInstanceOf[js.Any],\n        \"ConsumerCreationTimestamp\" -> ConsumerCreationTimestamp.asInstanceOf[js.Any],\n        \"ConsumerName\" -> ConsumerName.asInstanceOf[js.Any],\n        \"ConsumerStatus\" -> ConsumerStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Consumer]\n    }\n  }\n\n  \/** An object that represents the details of a registered consumer. This type of object is returned by <a>DescribeStreamConsumer<\/a>.\n    *\/\n  @js.native\n  trait ConsumerDescription extends js.Object {\n    var ConsumerARN: ConsumerARN\n    var ConsumerCreationTimestamp: Timestamp\n    var ConsumerName: ConsumerName\n    var ConsumerStatus: ConsumerStatus\n    var StreamARN: StreamARN\n  }\n\n  object ConsumerDescription {\n    @inline\n    def apply(\n        ConsumerARN: ConsumerARN,\n        ConsumerCreationTimestamp: Timestamp,\n        ConsumerName: ConsumerName,\n        ConsumerStatus: ConsumerStatus,\n        StreamARN: StreamARN\n    ): ConsumerDescription = {\n      val __obj = js.Dynamic.literal(\n        \"ConsumerARN\" -> ConsumerARN.asInstanceOf[js.Any],\n        \"ConsumerCreationTimestamp\" -> ConsumerCreationTimestamp.asInstanceOf[js.Any],\n        \"ConsumerName\" -> ConsumerName.asInstanceOf[js.Any],\n        \"ConsumerStatus\" -> ConsumerStatus.asInstanceOf[js.Any],\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ConsumerDescription]\n    }\n  }\n\n  @js.native\n  sealed trait ConsumerStatus extends js.Any\n  object ConsumerStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ConsumerStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ConsumerStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ConsumerStatus]\n\n    @inline def values = js.Array(CREATING, DELETING, ACTIVE)\n  }\n\n  \/** Represents the input for <code>CreateStream<\/code>.\n    *\/\n  @js.native\n  trait CreateStreamInput extends js.Object {\n    var ShardCount: PositiveIntegerObject\n    var StreamName: StreamName\n  }\n\n  object CreateStreamInput {\n    @inline\n    def apply(\n        ShardCount: PositiveIntegerObject,\n        StreamName: StreamName\n    ): CreateStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardCount\" -> ShardCount.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateStreamInput]\n    }\n  }\n\n  \/** Represents the input for <a>DecreaseStreamRetentionPeriod<\/a>.\n    *\/\n  @js.native\n  trait DecreaseStreamRetentionPeriodInput extends js.Object {\n    var RetentionPeriodHours: RetentionPeriodHours\n    var StreamName: StreamName\n  }\n\n  object DecreaseStreamRetentionPeriodInput {\n    @inline\n    def apply(\n        RetentionPeriodHours: RetentionPeriodHours,\n        StreamName: StreamName\n    ): DecreaseStreamRetentionPeriodInput = {\n      val __obj = js.Dynamic.literal(\n        \"RetentionPeriodHours\" -> RetentionPeriodHours.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DecreaseStreamRetentionPeriodInput]\n    }\n  }\n\n  \/** Represents the input for <a>DeleteStream<\/a>.\n    *\/\n  @js.native\n  trait DeleteStreamInput extends js.Object {\n    var StreamName: StreamName\n    var EnforceConsumerDeletion: js.UndefOr[BooleanObject]\n  }\n\n  object DeleteStreamInput {\n    @inline\n    def apply(\n        StreamName: StreamName,\n        EnforceConsumerDeletion: js.UndefOr[BooleanObject] = js.undefined\n    ): DeleteStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      EnforceConsumerDeletion.foreach(__v => __obj.updateDynamic(\"EnforceConsumerDeletion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteStreamInput]\n    }\n  }\n\n  @js.native\n  trait DeregisterStreamConsumerInput extends js.Object {\n    var ConsumerARN: js.UndefOr[ConsumerARN]\n    var ConsumerName: js.UndefOr[ConsumerName]\n    var StreamARN: js.UndefOr[StreamARN]\n  }\n\n  object DeregisterStreamConsumerInput {\n    @inline\n    def apply(\n        ConsumerARN: js.UndefOr[ConsumerARN] = js.undefined,\n        ConsumerName: js.UndefOr[ConsumerName] = js.undefined,\n        StreamARN: js.UndefOr[StreamARN] = js.undefined\n    ): DeregisterStreamConsumerInput = {\n      val __obj = js.Dynamic.literal()\n      ConsumerARN.foreach(__v => __obj.updateDynamic(\"ConsumerARN\")(__v.asInstanceOf[js.Any]))\n      ConsumerName.foreach(__v => __obj.updateDynamic(\"ConsumerName\")(__v.asInstanceOf[js.Any]))\n      StreamARN.foreach(__v => __obj.updateDynamic(\"StreamARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterStreamConsumerInput]\n    }\n  }\n\n  @js.native\n  trait DescribeLimitsInput extends js.Object\n\n  object DescribeLimitsInput {\n    @inline\n    def apply(): DescribeLimitsInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeLimitsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeLimitsOutput extends js.Object {\n    var OpenShardCount: ShardCountObject\n    var ShardLimit: ShardCountObject\n  }\n\n  object DescribeLimitsOutput {\n    @inline\n    def apply(\n        OpenShardCount: ShardCountObject,\n        ShardLimit: ShardCountObject\n    ): DescribeLimitsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"OpenShardCount\" -> OpenShardCount.asInstanceOf[js.Any],\n        \"ShardLimit\" -> ShardLimit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLimitsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamConsumerInput extends js.Object {\n    var ConsumerARN: js.UndefOr[ConsumerARN]\n    var ConsumerName: js.UndefOr[ConsumerName]\n    var StreamARN: js.UndefOr[StreamARN]\n  }\n\n  object DescribeStreamConsumerInput {\n    @inline\n    def apply(\n        ConsumerARN: js.UndefOr[ConsumerARN] = js.undefined,\n        ConsumerName: js.UndefOr[ConsumerName] = js.undefined,\n        StreamARN: js.UndefOr[StreamARN] = js.undefined\n    ): DescribeStreamConsumerInput = {\n      val __obj = js.Dynamic.literal()\n      ConsumerARN.foreach(__v => __obj.updateDynamic(\"ConsumerARN\")(__v.asInstanceOf[js.Any]))\n      ConsumerName.foreach(__v => __obj.updateDynamic(\"ConsumerName\")(__v.asInstanceOf[js.Any]))\n      StreamARN.foreach(__v => __obj.updateDynamic(\"StreamARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStreamConsumerInput]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamConsumerOutput extends js.Object {\n    var ConsumerDescription: ConsumerDescription\n  }\n\n  object DescribeStreamConsumerOutput {\n    @inline\n    def apply(\n        ConsumerDescription: ConsumerDescription\n    ): DescribeStreamConsumerOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ConsumerDescription\" -> ConsumerDescription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStreamConsumerOutput]\n    }\n  }\n\n  \/** Represents the input for <code>DescribeStream<\/code>.\n    *\/\n  @js.native\n  trait DescribeStreamInput extends js.Object {\n    var StreamName: StreamName\n    var ExclusiveStartShardId: js.UndefOr[ShardId]\n    var Limit: js.UndefOr[DescribeStreamInputLimit]\n  }\n\n  object DescribeStreamInput {\n    @inline\n    def apply(\n        StreamName: StreamName,\n        ExclusiveStartShardId: js.UndefOr[ShardId] = js.undefined,\n        Limit: js.UndefOr[DescribeStreamInputLimit] = js.undefined\n    ): DescribeStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      ExclusiveStartShardId.foreach(__v => __obj.updateDynamic(\"ExclusiveStartShardId\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStreamInput]\n    }\n  }\n\n  \/** Represents the output for <code>DescribeStream<\/code>.\n    *\/\n  @js.native\n  trait DescribeStreamOutput extends js.Object {\n    var StreamDescription: StreamDescription\n  }\n\n  object DescribeStreamOutput {\n    @inline\n    def apply(\n        StreamDescription: StreamDescription\n    ): DescribeStreamOutput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamDescription\" -> StreamDescription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStreamOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamSummaryInput extends js.Object {\n    var StreamName: StreamName\n  }\n\n  object DescribeStreamSummaryInput {\n    @inline\n    def apply(\n        StreamName: StreamName\n    ): DescribeStreamSummaryInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStreamSummaryInput]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamSummaryOutput extends js.Object {\n    var StreamDescriptionSummary: StreamDescriptionSummary\n  }\n\n  object DescribeStreamSummaryOutput {\n    @inline\n    def apply(\n        StreamDescriptionSummary: StreamDescriptionSummary\n    ): DescribeStreamSummaryOutput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamDescriptionSummary\" -> StreamDescriptionSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStreamSummaryOutput]\n    }\n  }\n\n  \/** Represents the input for <a>DisableEnhancedMonitoring<\/a>.\n    *\/\n  @js.native\n  trait DisableEnhancedMonitoringInput extends js.Object {\n    var ShardLevelMetrics: MetricsNameList\n    var StreamName: StreamName\n  }\n\n  object DisableEnhancedMonitoringInput {\n    @inline\n    def apply(\n        ShardLevelMetrics: MetricsNameList,\n        StreamName: StreamName\n    ): DisableEnhancedMonitoringInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardLevelMetrics\" -> ShardLevelMetrics.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableEnhancedMonitoringInput]\n    }\n  }\n\n  \/** Represents the input for <a>EnableEnhancedMonitoring<\/a>.\n    *\/\n  @js.native\n  trait EnableEnhancedMonitoringInput extends js.Object {\n    var ShardLevelMetrics: MetricsNameList\n    var StreamName: StreamName\n  }\n\n  object EnableEnhancedMonitoringInput {\n    @inline\n    def apply(\n        ShardLevelMetrics: MetricsNameList,\n        StreamName: StreamName\n    ): EnableEnhancedMonitoringInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardLevelMetrics\" -> ShardLevelMetrics.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableEnhancedMonitoringInput]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionType extends js.Any\n  object EncryptionType {\n    val NONE = \"NONE\".asInstanceOf[EncryptionType]\n    val KMS = \"KMS\".asInstanceOf[EncryptionType]\n\n    @inline def values = js.Array(NONE, KMS)\n  }\n\n  \/** Represents enhanced metrics types.\n    *\/\n  @js.native\n  trait EnhancedMetrics extends js.Object {\n    var ShardLevelMetrics: js.UndefOr[MetricsNameList]\n  }\n\n  object EnhancedMetrics {\n    @inline\n    def apply(\n        ShardLevelMetrics: js.UndefOr[MetricsNameList] = js.undefined\n    ): EnhancedMetrics = {\n      val __obj = js.Dynamic.literal()\n      ShardLevelMetrics.foreach(__v => __obj.updateDynamic(\"ShardLevelMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnhancedMetrics]\n    }\n  }\n\n  \/** Represents the output for <a>EnableEnhancedMonitoring<\/a> and <a>DisableEnhancedMonitoring<\/a>.\n    *\/\n  @js.native\n  trait EnhancedMonitoringOutput extends js.Object {\n    var CurrentShardLevelMetrics: js.UndefOr[MetricsNameList]\n    var DesiredShardLevelMetrics: js.UndefOr[MetricsNameList]\n    var StreamName: js.UndefOr[StreamName]\n  }\n\n  object EnhancedMonitoringOutput {\n    @inline\n    def apply(\n        CurrentShardLevelMetrics: js.UndefOr[MetricsNameList] = js.undefined,\n        DesiredShardLevelMetrics: js.UndefOr[MetricsNameList] = js.undefined,\n        StreamName: js.UndefOr[StreamName] = js.undefined\n    ): EnhancedMonitoringOutput = {\n      val __obj = js.Dynamic.literal()\n      CurrentShardLevelMetrics.foreach(__v => __obj.updateDynamic(\"CurrentShardLevelMetrics\")(__v.asInstanceOf[js.Any]))\n      DesiredShardLevelMetrics.foreach(__v => __obj.updateDynamic(\"DesiredShardLevelMetrics\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnhancedMonitoringOutput]\n    }\n  }\n\n  \/** Represents the input for <a>GetRecords<\/a>.\n    *\/\n  @js.native\n  trait GetRecordsInput extends js.Object {\n    var ShardIterator: ShardIterator\n    var Limit: js.UndefOr[GetRecordsInputLimit]\n  }\n\n  object GetRecordsInput {\n    @inline\n    def apply(\n        ShardIterator: ShardIterator,\n        Limit: js.UndefOr[GetRecordsInputLimit] = js.undefined\n    ): GetRecordsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardIterator\" -> ShardIterator.asInstanceOf[js.Any]\n      )\n\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordsInput]\n    }\n  }\n\n  \/** Represents the output for <a>GetRecords<\/a>.\n    *\/\n  @js.native\n  trait GetRecordsOutput extends js.Object {\n    var Records: RecordList\n    var ChildShards: js.UndefOr[ChildShardList]\n    var MillisBehindLatest: js.UndefOr[MillisBehindLatest]\n    var NextShardIterator: js.UndefOr[ShardIterator]\n  }\n\n  object GetRecordsOutput {\n    @inline\n    def apply(\n        Records: RecordList,\n        ChildShards: js.UndefOr[ChildShardList] = js.undefined,\n        MillisBehindLatest: js.UndefOr[MillisBehindLatest] = js.undefined,\n        NextShardIterator: js.UndefOr[ShardIterator] = js.undefined\n    ): GetRecordsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Records\" -> Records.asInstanceOf[js.Any]\n      )\n\n      ChildShards.foreach(__v => __obj.updateDynamic(\"ChildShards\")(__v.asInstanceOf[js.Any]))\n      MillisBehindLatest.foreach(__v => __obj.updateDynamic(\"MillisBehindLatest\")(__v.asInstanceOf[js.Any]))\n      NextShardIterator.foreach(__v => __obj.updateDynamic(\"NextShardIterator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordsOutput]\n    }\n  }\n\n  \/** Represents the input for <code>GetShardIterator<\/code>.\n    *\/\n  @js.native\n  trait GetShardIteratorInput extends js.Object {\n    var ShardId: ShardId\n    var ShardIteratorType: ShardIteratorType\n    var StreamName: StreamName\n    var StartingSequenceNumber: js.UndefOr[SequenceNumber]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object GetShardIteratorInput {\n    @inline\n    def apply(\n        ShardId: ShardId,\n        ShardIteratorType: ShardIteratorType,\n        StreamName: StreamName,\n        StartingSequenceNumber: js.UndefOr[SequenceNumber] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): GetShardIteratorInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardId\" -> ShardId.asInstanceOf[js.Any],\n        \"ShardIteratorType\" -> ShardIteratorType.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      StartingSequenceNumber.foreach(__v => __obj.updateDynamic(\"StartingSequenceNumber\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShardIteratorInput]\n    }\n  }\n\n  \/** Represents the output for <code>GetShardIterator<\/code>.\n    *\/\n  @js.native\n  trait GetShardIteratorOutput extends js.Object {\n    var ShardIterator: js.UndefOr[ShardIterator]\n  }\n\n  object GetShardIteratorOutput {\n    @inline\n    def apply(\n        ShardIterator: js.UndefOr[ShardIterator] = js.undefined\n    ): GetShardIteratorOutput = {\n      val __obj = js.Dynamic.literal()\n      ShardIterator.foreach(__v => __obj.updateDynamic(\"ShardIterator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShardIteratorOutput]\n    }\n  }\n\n  \/** The range of possible hash key values for the shard, which is a set of ordered contiguous positive integers.\n    *\/\n  @js.native\n  trait HashKeyRange extends js.Object {\n    var EndingHashKey: HashKey\n    var StartingHashKey: HashKey\n  }\n\n  object HashKeyRange {\n    @inline\n    def apply(\n        EndingHashKey: HashKey,\n        StartingHashKey: HashKey\n    ): HashKeyRange = {\n      val __obj = js.Dynamic.literal(\n        \"EndingHashKey\" -> EndingHashKey.asInstanceOf[js.Any],\n        \"StartingHashKey\" -> StartingHashKey.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HashKeyRange]\n    }\n  }\n\n  \/** Represents the input for <a>IncreaseStreamRetentionPeriod<\/a>.\n    *\/\n  @js.native\n  trait IncreaseStreamRetentionPeriodInput extends js.Object {\n    var RetentionPeriodHours: RetentionPeriodHours\n    var StreamName: StreamName\n  }\n\n  object IncreaseStreamRetentionPeriodInput {\n    @inline\n    def apply(\n        RetentionPeriodHours: RetentionPeriodHours,\n        StreamName: StreamName\n    ): IncreaseStreamRetentionPeriodInput = {\n      val __obj = js.Dynamic.literal(\n        \"RetentionPeriodHours\" -> RetentionPeriodHours.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IncreaseStreamRetentionPeriodInput]\n    }\n  }\n\n  @js.native\n  trait ListShardsInput extends js.Object {\n    var ExclusiveStartShardId: js.UndefOr[ShardId]\n    var MaxResults: js.UndefOr[ListShardsInputLimit]\n    var NextToken: js.UndefOr[NextToken]\n    var ShardFilter: js.UndefOr[ShardFilter]\n    var StreamCreationTimestamp: js.UndefOr[Timestamp]\n    var StreamName: js.UndefOr[StreamName]\n  }\n\n  object ListShardsInput {\n    @inline\n    def apply(\n        ExclusiveStartShardId: js.UndefOr[ShardId] = js.undefined,\n        MaxResults: js.UndefOr[ListShardsInputLimit] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ShardFilter: js.UndefOr[ShardFilter] = js.undefined,\n        StreamCreationTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        StreamName: js.UndefOr[StreamName] = js.undefined\n    ): ListShardsInput = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartShardId.foreach(__v => __obj.updateDynamic(\"ExclusiveStartShardId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ShardFilter.foreach(__v => __obj.updateDynamic(\"ShardFilter\")(__v.asInstanceOf[js.Any]))\n      StreamCreationTimestamp.foreach(__v => __obj.updateDynamic(\"StreamCreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListShardsInput]\n    }\n  }\n\n  @js.native\n  trait ListShardsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Shards: js.UndefOr[ShardList]\n  }\n\n  object ListShardsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Shards: js.UndefOr[ShardList] = js.undefined\n    ): ListShardsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Shards.foreach(__v => __obj.updateDynamic(\"Shards\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListShardsOutput]\n    }\n  }\n\n  @js.native\n  trait ListStreamConsumersInput extends js.Object {\n    var StreamARN: StreamARN\n    var MaxResults: js.UndefOr[ListStreamConsumersInputLimit]\n    var NextToken: js.UndefOr[NextToken]\n    var StreamCreationTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object ListStreamConsumersInput {\n    @inline\n    def apply(\n        StreamARN: StreamARN,\n        MaxResults: js.UndefOr[ListStreamConsumersInputLimit] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StreamCreationTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): ListStreamConsumersInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StreamCreationTimestamp.foreach(__v => __obj.updateDynamic(\"StreamCreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamConsumersInput]\n    }\n  }\n\n  @js.native\n  trait ListStreamConsumersOutput extends js.Object {\n    var Consumers: js.UndefOr[ConsumerList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListStreamConsumersOutput {\n    @inline\n    def apply(\n        Consumers: js.UndefOr[ConsumerList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListStreamConsumersOutput = {\n      val __obj = js.Dynamic.literal()\n      Consumers.foreach(__v => __obj.updateDynamic(\"Consumers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamConsumersOutput]\n    }\n  }\n\n  \/** Represents the input for <code>ListStreams<\/code>.\n    *\/\n  @js.native\n  trait ListStreamsInput extends js.Object {\n    var ExclusiveStartStreamName: js.UndefOr[StreamName]\n    var Limit: js.UndefOr[ListStreamsInputLimit]\n  }\n\n  object ListStreamsInput {\n    @inline\n    def apply(\n        ExclusiveStartStreamName: js.UndefOr[StreamName] = js.undefined,\n        Limit: js.UndefOr[ListStreamsInputLimit] = js.undefined\n    ): ListStreamsInput = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartStreamName.foreach(__v => __obj.updateDynamic(\"ExclusiveStartStreamName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamsInput]\n    }\n  }\n\n  \/** Represents the output for <code>ListStreams<\/code>.\n    *\/\n  @js.native\n  trait ListStreamsOutput extends js.Object {\n    var HasMoreStreams: BooleanObject\n    var StreamNames: StreamNameList\n  }\n\n  object ListStreamsOutput {\n    @inline\n    def apply(\n        HasMoreStreams: BooleanObject,\n        StreamNames: StreamNameList\n    ): ListStreamsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"HasMoreStreams\" -> HasMoreStreams.asInstanceOf[js.Any],\n        \"StreamNames\" -> StreamNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListStreamsOutput]\n    }\n  }\n\n  \/** Represents the input for <code>ListTagsForStream<\/code>.\n    *\/\n  @js.native\n  trait ListTagsForStreamInput extends js.Object {\n    var StreamName: StreamName\n    var ExclusiveStartTagKey: js.UndefOr[TagKey]\n    var Limit: js.UndefOr[ListTagsForStreamInputLimit]\n  }\n\n  object ListTagsForStreamInput {\n    @inline\n    def apply(\n        StreamName: StreamName,\n        ExclusiveStartTagKey: js.UndefOr[TagKey] = js.undefined,\n        Limit: js.UndefOr[ListTagsForStreamInputLimit] = js.undefined\n    ): ListTagsForStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      ExclusiveStartTagKey.foreach(__v => __obj.updateDynamic(\"ExclusiveStartTagKey\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForStreamInput]\n    }\n  }\n\n  \/** Represents the output for <code>ListTagsForStream<\/code>.\n    *\/\n  @js.native\n  trait ListTagsForStreamOutput extends js.Object {\n    var HasMoreTags: BooleanObject\n    var Tags: TagList\n  }\n\n  object ListTagsForStreamOutput {\n    @inline\n    def apply(\n        HasMoreTags: BooleanObject,\n        Tags: TagList\n    ): ListTagsForStreamOutput = {\n      val __obj = js.Dynamic.literal(\n        \"HasMoreTags\" -> HasMoreTags.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForStreamOutput]\n    }\n  }\n\n  \/** Represents the input for <code>MergeShards<\/code>.\n    *\/\n  @js.native\n  trait MergeShardsInput extends js.Object {\n    var AdjacentShardToMerge: ShardId\n    var ShardToMerge: ShardId\n    var StreamName: StreamName\n  }\n\n  object MergeShardsInput {\n    @inline\n    def apply(\n        AdjacentShardToMerge: ShardId,\n        ShardToMerge: ShardId,\n        StreamName: StreamName\n    ): MergeShardsInput = {\n      val __obj = js.Dynamic.literal(\n        \"AdjacentShardToMerge\" -> AdjacentShardToMerge.asInstanceOf[js.Any],\n        \"ShardToMerge\" -> ShardToMerge.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MergeShardsInput]\n    }\n  }\n\n  @js.native\n  sealed trait MetricsName extends js.Any\n  object MetricsName {\n    val IncomingBytes = \"IncomingBytes\".asInstanceOf[MetricsName]\n    val IncomingRecords = \"IncomingRecords\".asInstanceOf[MetricsName]\n    val OutgoingBytes = \"OutgoingBytes\".asInstanceOf[MetricsName]\n    val OutgoingRecords = \"OutgoingRecords\".asInstanceOf[MetricsName]\n    val WriteProvisionedThroughputExceeded = \"WriteProvisionedThroughputExceeded\".asInstanceOf[MetricsName]\n    val ReadProvisionedThroughputExceeded = \"ReadProvisionedThroughputExceeded\".asInstanceOf[MetricsName]\n    val IteratorAgeMilliseconds = \"IteratorAgeMilliseconds\".asInstanceOf[MetricsName]\n    val ALL = \"ALL\".asInstanceOf[MetricsName]\n\n    @inline def values = js.Array(\n      IncomingBytes,\n      IncomingRecords,\n      OutgoingBytes,\n      OutgoingRecords,\n      WriteProvisionedThroughputExceeded,\n      ReadProvisionedThroughputExceeded,\n      IteratorAgeMilliseconds,\n      ALL\n    )\n  }\n\n  \/** Represents the input for <code>PutRecord<\/code>.\n    *\/\n  @js.native\n  trait PutRecordInput extends js.Object {\n    var Data: Data\n    var PartitionKey: PartitionKey\n    var StreamName: StreamName\n    var ExplicitHashKey: js.UndefOr[HashKey]\n    var SequenceNumberForOrdering: js.UndefOr[SequenceNumber]\n  }\n\n  object PutRecordInput {\n    @inline\n    def apply(\n        Data: Data,\n        PartitionKey: PartitionKey,\n        StreamName: StreamName,\n        ExplicitHashKey: js.UndefOr[HashKey] = js.undefined,\n        SequenceNumberForOrdering: js.UndefOr[SequenceNumber] = js.undefined\n    ): PutRecordInput = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any],\n        \"PartitionKey\" -> PartitionKey.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      ExplicitHashKey.foreach(__v => __obj.updateDynamic(\"ExplicitHashKey\")(__v.asInstanceOf[js.Any]))\n      SequenceNumberForOrdering.foreach(__v => __obj.updateDynamic(\"SequenceNumberForOrdering\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordInput]\n    }\n  }\n\n  \/** Represents the output for <code>PutRecord<\/code>.\n    *\/\n  @js.native\n  trait PutRecordOutput extends js.Object {\n    var SequenceNumber: SequenceNumber\n    var ShardId: ShardId\n    var EncryptionType: js.UndefOr[EncryptionType]\n  }\n\n  object PutRecordOutput {\n    @inline\n    def apply(\n        SequenceNumber: SequenceNumber,\n        ShardId: ShardId,\n        EncryptionType: js.UndefOr[EncryptionType] = js.undefined\n    ): PutRecordOutput = {\n      val __obj = js.Dynamic.literal(\n        \"SequenceNumber\" -> SequenceNumber.asInstanceOf[js.Any],\n        \"ShardId\" -> ShardId.asInstanceOf[js.Any]\n      )\n\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordOutput]\n    }\n  }\n\n  \/** A <code>PutRecords<\/code> request.\n    *\/\n  @js.native\n  trait PutRecordsInput extends js.Object {\n    var Records: PutRecordsRequestEntryList\n    var StreamName: StreamName\n  }\n\n  object PutRecordsInput {\n    @inline\n    def apply(\n        Records: PutRecordsRequestEntryList,\n        StreamName: StreamName\n    ): PutRecordsInput = {\n      val __obj = js.Dynamic.literal(\n        \"Records\" -> Records.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRecordsInput]\n    }\n  }\n\n  \/** <code>PutRecords<\/code> results.\n    *\/\n  @js.native\n  trait PutRecordsOutput extends js.Object {\n    var Records: PutRecordsResultEntryList\n    var EncryptionType: js.UndefOr[EncryptionType]\n    var FailedRecordCount: js.UndefOr[PositiveIntegerObject]\n  }\n\n  object PutRecordsOutput {\n    @inline\n    def apply(\n        Records: PutRecordsResultEntryList,\n        EncryptionType: js.UndefOr[EncryptionType] = js.undefined,\n        FailedRecordCount: js.UndefOr[PositiveIntegerObject] = js.undefined\n    ): PutRecordsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Records\" -> Records.asInstanceOf[js.Any]\n      )\n\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      FailedRecordCount.foreach(__v => __obj.updateDynamic(\"FailedRecordCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordsOutput]\n    }\n  }\n\n  \/** Represents the output for <code>PutRecords<\/code>.\n    *\/\n  @js.native\n  trait PutRecordsRequestEntry extends js.Object {\n    var Data: Data\n    var PartitionKey: PartitionKey\n    var ExplicitHashKey: js.UndefOr[HashKey]\n  }\n\n  object PutRecordsRequestEntry {\n    @inline\n    def apply(\n        Data: Data,\n        PartitionKey: PartitionKey,\n        ExplicitHashKey: js.UndefOr[HashKey] = js.undefined\n    ): PutRecordsRequestEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any],\n        \"PartitionKey\" -> PartitionKey.asInstanceOf[js.Any]\n      )\n\n      ExplicitHashKey.foreach(__v => __obj.updateDynamic(\"ExplicitHashKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordsRequestEntry]\n    }\n  }\n\n  \/** Represents the result of an individual record from a <code>PutRecords<\/code> request. A record that is successfully added to a stream includes <code>SequenceNumber<\/code> and <code>ShardId<\/code> in the result. A record that fails to be added to the stream includes <code>ErrorCode<\/code> and <code>ErrorMessage<\/code> in the result.\n    *\/\n  @js.native\n  trait PutRecordsResultEntry extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var SequenceNumber: js.UndefOr[SequenceNumber]\n    var ShardId: js.UndefOr[ShardId]\n  }\n\n  object PutRecordsResultEntry {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        SequenceNumber: js.UndefOr[SequenceNumber] = js.undefined,\n        ShardId: js.UndefOr[ShardId] = js.undefined\n    ): PutRecordsResultEntry = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      SequenceNumber.foreach(__v => __obj.updateDynamic(\"SequenceNumber\")(__v.asInstanceOf[js.Any]))\n      ShardId.foreach(__v => __obj.updateDynamic(\"ShardId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordsResultEntry]\n    }\n  }\n\n  \/** The unit of data of the Kinesis data stream, which is composed of a sequence number, a partition key, and a data blob.\n    *\/\n  @js.native\n  trait Record extends js.Object {\n    var Data: Data\n    var PartitionKey: PartitionKey\n    var SequenceNumber: SequenceNumber\n    var ApproximateArrivalTimestamp: js.UndefOr[Timestamp]\n    var EncryptionType: js.UndefOr[EncryptionType]\n  }\n\n  object Record {\n    @inline\n    def apply(\n        Data: Data,\n        PartitionKey: PartitionKey,\n        SequenceNumber: SequenceNumber,\n        ApproximateArrivalTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        EncryptionType: js.UndefOr[EncryptionType] = js.undefined\n    ): Record = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any],\n        \"PartitionKey\" -> PartitionKey.asInstanceOf[js.Any],\n        \"SequenceNumber\" -> SequenceNumber.asInstanceOf[js.Any]\n      )\n\n      ApproximateArrivalTimestamp.foreach(__v => __obj.updateDynamic(\"ApproximateArrivalTimestamp\")(__v.asInstanceOf[js.Any]))\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Record]\n    }\n  }\n\n  @js.native\n  trait RegisterStreamConsumerInput extends js.Object {\n    var ConsumerName: ConsumerName\n    var StreamARN: StreamARN\n  }\n\n  object RegisterStreamConsumerInput {\n    @inline\n    def apply(\n        ConsumerName: ConsumerName,\n        StreamARN: StreamARN\n    ): RegisterStreamConsumerInput = {\n      val __obj = js.Dynamic.literal(\n        \"ConsumerName\" -> ConsumerName.asInstanceOf[js.Any],\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterStreamConsumerInput]\n    }\n  }\n\n  @js.native\n  trait RegisterStreamConsumerOutput extends js.Object {\n    var Consumer: Consumer\n  }\n\n  object RegisterStreamConsumerOutput {\n    @inline\n    def apply(\n        Consumer: Consumer\n    ): RegisterStreamConsumerOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Consumer\" -> Consumer.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterStreamConsumerOutput]\n    }\n  }\n\n  \/** Represents the input for <code>RemoveTagsFromStream<\/code>.\n    *\/\n  @js.native\n  trait RemoveTagsFromStreamInput extends js.Object {\n    var StreamName: StreamName\n    var TagKeys: TagKeyList\n  }\n\n  object RemoveTagsFromStreamInput {\n    @inline\n    def apply(\n        StreamName: StreamName,\n        TagKeys: TagKeyList\n    ): RemoveTagsFromStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromStreamInput]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingType extends js.Any\n  object ScalingType {\n    val UNIFORM_SCALING = \"UNIFORM_SCALING\".asInstanceOf[ScalingType]\n\n    @inline def values = js.Array(UNIFORM_SCALING)\n  }\n\n  \/** The range of possible sequence numbers for the shard.\n    *\/\n  @js.native\n  trait SequenceNumberRange extends js.Object {\n    var StartingSequenceNumber: SequenceNumber\n    var EndingSequenceNumber: js.UndefOr[SequenceNumber]\n  }\n\n  object SequenceNumberRange {\n    @inline\n    def apply(\n        StartingSequenceNumber: SequenceNumber,\n        EndingSequenceNumber: js.UndefOr[SequenceNumber] = js.undefined\n    ): SequenceNumberRange = {\n      val __obj = js.Dynamic.literal(\n        \"StartingSequenceNumber\" -> StartingSequenceNumber.asInstanceOf[js.Any]\n      )\n\n      EndingSequenceNumber.foreach(__v => __obj.updateDynamic(\"EndingSequenceNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SequenceNumberRange]\n    }\n  }\n\n  \/** A uniquely identified group of data records in a Kinesis data stream.\n    *\/\n  @js.native\n  trait Shard extends js.Object {\n    var HashKeyRange: HashKeyRange\n    var SequenceNumberRange: SequenceNumberRange\n    var ShardId: ShardId\n    var AdjacentParentShardId: js.UndefOr[ShardId]\n    var ParentShardId: js.UndefOr[ShardId]\n  }\n\n  object Shard {\n    @inline\n    def apply(\n        HashKeyRange: HashKeyRange,\n        SequenceNumberRange: SequenceNumberRange,\n        ShardId: ShardId,\n        AdjacentParentShardId: js.UndefOr[ShardId] = js.undefined,\n        ParentShardId: js.UndefOr[ShardId] = js.undefined\n    ): Shard = {\n      val __obj = js.Dynamic.literal(\n        \"HashKeyRange\" -> HashKeyRange.asInstanceOf[js.Any],\n        \"SequenceNumberRange\" -> SequenceNumberRange.asInstanceOf[js.Any],\n        \"ShardId\" -> ShardId.asInstanceOf[js.Any]\n      )\n\n      AdjacentParentShardId.foreach(__v => __obj.updateDynamic(\"AdjacentParentShardId\")(__v.asInstanceOf[js.Any]))\n      ParentShardId.foreach(__v => __obj.updateDynamic(\"ParentShardId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Shard]\n    }\n  }\n\n  @js.native\n  trait ShardFilter extends js.Object {\n    var Type: ShardFilterType\n    var ShardId: js.UndefOr[ShardId]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object ShardFilter {\n    @inline\n    def apply(\n        Type: ShardFilterType,\n        ShardId: js.UndefOr[ShardId] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): ShardFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      ShardId.foreach(__v => __obj.updateDynamic(\"ShardId\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShardFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ShardFilterType extends js.Any\n  object ShardFilterType {\n    val AFTER_SHARD_ID = \"AFTER_SHARD_ID\".asInstanceOf[ShardFilterType]\n    val AT_TRIM_HORIZON = \"AT_TRIM_HORIZON\".asInstanceOf[ShardFilterType]\n    val FROM_TRIM_HORIZON = \"FROM_TRIM_HORIZON\".asInstanceOf[ShardFilterType]\n    val AT_LATEST = \"AT_LATEST\".asInstanceOf[ShardFilterType]\n    val AT_TIMESTAMP = \"AT_TIMESTAMP\".asInstanceOf[ShardFilterType]\n    val FROM_TIMESTAMP = \"FROM_TIMESTAMP\".asInstanceOf[ShardFilterType]\n\n    @inline def values = js.Array(AFTER_SHARD_ID, AT_TRIM_HORIZON, FROM_TRIM_HORIZON, AT_LATEST, AT_TIMESTAMP, FROM_TIMESTAMP)\n  }\n\n  @js.native\n  sealed trait ShardIteratorType extends js.Any\n  object ShardIteratorType {\n    val AT_SEQUENCE_NUMBER = \"AT_SEQUENCE_NUMBER\".asInstanceOf[ShardIteratorType]\n    val AFTER_SEQUENCE_NUMBER = \"AFTER_SEQUENCE_NUMBER\".asInstanceOf[ShardIteratorType]\n    val TRIM_HORIZON = \"TRIM_HORIZON\".asInstanceOf[ShardIteratorType]\n    val LATEST = \"LATEST\".asInstanceOf[ShardIteratorType]\n    val AT_TIMESTAMP = \"AT_TIMESTAMP\".asInstanceOf[ShardIteratorType]\n\n    @inline def values = js.Array(AT_SEQUENCE_NUMBER, AFTER_SEQUENCE_NUMBER, TRIM_HORIZON, LATEST, AT_TIMESTAMP)\n  }\n\n  \/** Represents the input for <code>SplitShard<\/code>.\n    *\/\n  @js.native\n  trait SplitShardInput extends js.Object {\n    var NewStartingHashKey: HashKey\n    var ShardToSplit: ShardId\n    var StreamName: StreamName\n  }\n\n  object SplitShardInput {\n    @inline\n    def apply(\n        NewStartingHashKey: HashKey,\n        ShardToSplit: ShardId,\n        StreamName: StreamName\n    ): SplitShardInput = {\n      val __obj = js.Dynamic.literal(\n        \"NewStartingHashKey\" -> NewStartingHashKey.asInstanceOf[js.Any],\n        \"ShardToSplit\" -> ShardToSplit.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SplitShardInput]\n    }\n  }\n\n  @js.native\n  trait StartStreamEncryptionInput extends js.Object {\n    var EncryptionType: EncryptionType\n    var KeyId: KeyId\n    var StreamName: StreamName\n  }\n\n  object StartStreamEncryptionInput {\n    @inline\n    def apply(\n        EncryptionType: EncryptionType,\n        KeyId: KeyId,\n        StreamName: StreamName\n    ): StartStreamEncryptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionType\" -> EncryptionType.asInstanceOf[js.Any],\n        \"KeyId\" -> KeyId.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartStreamEncryptionInput]\n    }\n  }\n\n  @js.native\n  trait StopStreamEncryptionInput extends js.Object {\n    var EncryptionType: EncryptionType\n    var KeyId: KeyId\n    var StreamName: StreamName\n  }\n\n  object StopStreamEncryptionInput {\n    @inline\n    def apply(\n        EncryptionType: EncryptionType,\n        KeyId: KeyId,\n        StreamName: StreamName\n    ): StopStreamEncryptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionType\" -> EncryptionType.asInstanceOf[js.Any],\n        \"KeyId\" -> KeyId.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopStreamEncryptionInput]\n    }\n  }\n\n  \/** Represents the output for <a>DescribeStream<\/a>.\n    *\/\n  @js.native\n  trait StreamDescription extends js.Object {\n    var EnhancedMonitoring: EnhancedMonitoringList\n    var HasMoreShards: BooleanObject\n    var RetentionPeriodHours: RetentionPeriodHours\n    var Shards: ShardList\n    var StreamARN: StreamARN\n    var StreamCreationTimestamp: Timestamp\n    var StreamName: StreamName\n    var StreamStatus: StreamStatus\n    var EncryptionType: js.UndefOr[EncryptionType]\n    var KeyId: js.UndefOr[KeyId]\n  }\n\n  object StreamDescription {\n    @inline\n    def apply(\n        EnhancedMonitoring: EnhancedMonitoringList,\n        HasMoreShards: BooleanObject,\n        RetentionPeriodHours: RetentionPeriodHours,\n        Shards: ShardList,\n        StreamARN: StreamARN,\n        StreamCreationTimestamp: Timestamp,\n        StreamName: StreamName,\n        StreamStatus: StreamStatus,\n        EncryptionType: js.UndefOr[EncryptionType] = js.undefined,\n        KeyId: js.UndefOr[KeyId] = js.undefined\n    ): StreamDescription = {\n      val __obj = js.Dynamic.literal(\n        \"EnhancedMonitoring\" -> EnhancedMonitoring.asInstanceOf[js.Any],\n        \"HasMoreShards\" -> HasMoreShards.asInstanceOf[js.Any],\n        \"RetentionPeriodHours\" -> RetentionPeriodHours.asInstanceOf[js.Any],\n        \"Shards\" -> Shards.asInstanceOf[js.Any],\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any],\n        \"StreamCreationTimestamp\" -> StreamCreationTimestamp.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any],\n        \"StreamStatus\" -> StreamStatus.asInstanceOf[js.Any]\n      )\n\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamDescription]\n    }\n  }\n\n  \/** Represents the output for <a>DescribeStreamSummary<\/a>\n    *\/\n  @js.native\n  trait StreamDescriptionSummary extends js.Object {\n    var EnhancedMonitoring: EnhancedMonitoringList\n    var OpenShardCount: ShardCountObject\n    var RetentionPeriodHours: RetentionPeriodHours\n    var StreamARN: StreamARN\n    var StreamCreationTimestamp: Timestamp\n    var StreamName: StreamName\n    var StreamStatus: StreamStatus\n    var ConsumerCount: js.UndefOr[ConsumerCountObject]\n    var EncryptionType: js.UndefOr[EncryptionType]\n    var KeyId: js.UndefOr[KeyId]\n  }\n\n  object StreamDescriptionSummary {\n    @inline\n    def apply(\n        EnhancedMonitoring: EnhancedMonitoringList,\n        OpenShardCount: ShardCountObject,\n        RetentionPeriodHours: RetentionPeriodHours,\n        StreamARN: StreamARN,\n        StreamCreationTimestamp: Timestamp,\n        StreamName: StreamName,\n        StreamStatus: StreamStatus,\n        ConsumerCount: js.UndefOr[ConsumerCountObject] = js.undefined,\n        EncryptionType: js.UndefOr[EncryptionType] = js.undefined,\n        KeyId: js.UndefOr[KeyId] = js.undefined\n    ): StreamDescriptionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"EnhancedMonitoring\" -> EnhancedMonitoring.asInstanceOf[js.Any],\n        \"OpenShardCount\" -> OpenShardCount.asInstanceOf[js.Any],\n        \"RetentionPeriodHours\" -> RetentionPeriodHours.asInstanceOf[js.Any],\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any],\n        \"StreamCreationTimestamp\" -> StreamCreationTimestamp.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any],\n        \"StreamStatus\" -> StreamStatus.asInstanceOf[js.Any]\n      )\n\n      ConsumerCount.foreach(__v => __obj.updateDynamic(\"ConsumerCount\")(__v.asInstanceOf[js.Any]))\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamDescriptionSummary]\n    }\n  }\n\n  @js.native\n  sealed trait StreamStatus extends js.Any\n  object StreamStatus {\n    val CREATING = \"CREATING\".asInstanceOf[StreamStatus]\n    val DELETING = \"DELETING\".asInstanceOf[StreamStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[StreamStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[StreamStatus]\n\n    @inline def values = js.Array(CREATING, DELETING, ACTIVE, UPDATING)\n  }\n\n  \/** Metadata assigned to the stream, consisting of a key-value pair.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait UpdateShardCountInput extends js.Object {\n    var ScalingType: ScalingType\n    var StreamName: StreamName\n    var TargetShardCount: PositiveIntegerObject\n  }\n\n  object UpdateShardCountInput {\n    @inline\n    def apply(\n        ScalingType: ScalingType,\n        StreamName: StreamName,\n        TargetShardCount: PositiveIntegerObject\n    ): UpdateShardCountInput = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingType\" -> ScalingType.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any],\n        \"TargetShardCount\" -> TargetShardCount.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateShardCountInput]\n    }\n  }\n\n  @js.native\n  trait UpdateShardCountOutput extends js.Object {\n    var CurrentShardCount: js.UndefOr[PositiveIntegerObject]\n    var StreamName: js.UndefOr[StreamName]\n    var TargetShardCount: js.UndefOr[PositiveIntegerObject]\n  }\n\n  object UpdateShardCountOutput {\n    @inline\n    def apply(\n        CurrentShardCount: js.UndefOr[PositiveIntegerObject] = js.undefined,\n        StreamName: js.UndefOr[StreamName] = js.undefined,\n        TargetShardCount: js.UndefOr[PositiveIntegerObject] = js.undefined\n    ): UpdateShardCountOutput = {\n      val __obj = js.Dynamic.literal()\n      CurrentShardCount.foreach(__v => __obj.updateDynamic(\"CurrentShardCount\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      TargetShardCount.foreach(__v => __obj.updateDynamic(\"TargetShardCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateShardCountOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/WebIdentityCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.services.sts\nimport facade.amazonaws.{AWSConfig, AWSCredentials}\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"WebIdentityCredentials\", \"AWS.WebIdentityCredentials\")\nclass WebIdentityCredentials(options: sts.AssumeRoleWithWebIdentityRequest, clientConfig: AWSConfig) extends AWSCredentials {\n  def this(options: sts.AssumeRoleWithWebIdentityRequest) = this(options, null)\n\n  def data: sts.AssumeRoleWithWebIdentityResponse = js.native\n  def params: sts.AssumeRoleWithWebIdentityRequest = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/eks\/src\/main\/scala\/facade\/amazonaws\/services\/EKS.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object eks {\n  type AddonIssueList = js.Array[AddonIssue]\n  type AddonVersionInfoList = js.Array[AddonVersionInfo]\n  type Addons = js.Array[AddonInfo]\n  type AutoScalingGroupList = js.Array[AutoScalingGroup]\n  type BoxedBoolean = Boolean\n  type BoxedInteger = Int\n  type Capacity = Int\n  type ClusterName = String\n  type Compatibilities = js.Array[Compatibility]\n  type DescribeAddonVersionsRequestMaxResults = Int\n  type EncryptionConfigList = js.Array[EncryptionConfig]\n  type ErrorDetails = js.Array[ErrorDetail]\n  type FargateProfileLabel = js.Dictionary[String]\n  type FargateProfileSelectors = js.Array[FargateProfileSelector]\n  type FargateProfilesRequestMaxResults = Int\n  type IdentityProviderConfigs = js.Array[IdentityProviderConfig]\n  type IssueList = js.Array[Issue]\n  type ListAddonsRequestMaxResults = Int\n  type ListClustersRequestMaxResults = Int\n  type ListIdentityProviderConfigsRequestMaxResults = Int\n  type ListNodegroupsRequestMaxResults = Int\n  type ListUpdatesRequestMaxResults = Int\n  type LogSetups = js.Array[LogSetup]\n  type LogTypes = js.Array[LogType]\n  type RoleArn = String\n  type StringList = js.Array[String]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n  type UpdateParams = js.Array[UpdateParam]\n  type labelKey = String\n  type labelValue = String\n  type labelsKeyList = js.Array[String]\n  type labelsMap = js.Dictionary[labelValue]\n  type requiredClaimsKey = String\n  type requiredClaimsMap = js.Dictionary[requiredClaimsValue]\n  type requiredClaimsValue = String\n\n  implicit final class EKSOps(private val service: EKS) extends AnyVal {\n\n    @inline def associateEncryptionConfigFuture(params: AssociateEncryptionConfigRequest): Future[AssociateEncryptionConfigResponse] = service.associateEncryptionConfig(params).promise().toFuture\n    @inline def associateIdentityProviderConfigFuture(params: AssociateIdentityProviderConfigRequest): Future[AssociateIdentityProviderConfigResponse] = service.associateIdentityProviderConfig(params).promise().toFuture\n    @inline def createAddonFuture(params: CreateAddonRequest): Future[CreateAddonResponse] = service.createAddon(params).promise().toFuture\n    @inline def createClusterFuture(params: CreateClusterRequest): Future[CreateClusterResponse] = service.createCluster(params).promise().toFuture\n    @inline def createFargateProfileFuture(params: CreateFargateProfileRequest): Future[CreateFargateProfileResponse] = service.createFargateProfile(params).promise().toFuture\n    @inline def createNodegroupFuture(params: CreateNodegroupRequest): Future[CreateNodegroupResponse] = service.createNodegroup(params).promise().toFuture\n    @inline def deleteAddonFuture(params: DeleteAddonRequest): Future[DeleteAddonResponse] = service.deleteAddon(params).promise().toFuture\n    @inline def deleteClusterFuture(params: DeleteClusterRequest): Future[DeleteClusterResponse] = service.deleteCluster(params).promise().toFuture\n    @inline def deleteFargateProfileFuture(params: DeleteFargateProfileRequest): Future[DeleteFargateProfileResponse] = service.deleteFargateProfile(params).promise().toFuture\n    @inline def deleteNodegroupFuture(params: DeleteNodegroupRequest): Future[DeleteNodegroupResponse] = service.deleteNodegroup(params).promise().toFuture\n    @inline def describeAddonFuture(params: DescribeAddonRequest): Future[DescribeAddonResponse] = service.describeAddon(params).promise().toFuture\n    @inline def describeAddonVersionsFuture(params: DescribeAddonVersionsRequest): Future[DescribeAddonVersionsResponse] = service.describeAddonVersions(params).promise().toFuture\n    @inline def describeClusterFuture(params: DescribeClusterRequest): Future[DescribeClusterResponse] = service.describeCluster(params).promise().toFuture\n    @inline def describeFargateProfileFuture(params: DescribeFargateProfileRequest): Future[DescribeFargateProfileResponse] = service.describeFargateProfile(params).promise().toFuture\n    @inline def describeIdentityProviderConfigFuture(params: DescribeIdentityProviderConfigRequest): Future[DescribeIdentityProviderConfigResponse] = service.describeIdentityProviderConfig(params).promise().toFuture\n    @inline def describeNodegroupFuture(params: DescribeNodegroupRequest): Future[DescribeNodegroupResponse] = service.describeNodegroup(params).promise().toFuture\n    @inline def describeUpdateFuture(params: DescribeUpdateRequest): Future[DescribeUpdateResponse] = service.describeUpdate(params).promise().toFuture\n    @inline def disassociateIdentityProviderConfigFuture(params: DisassociateIdentityProviderConfigRequest): Future[DisassociateIdentityProviderConfigResponse] = service.disassociateIdentityProviderConfig(params).promise().toFuture\n    @inline def listAddonsFuture(params: ListAddonsRequest): Future[ListAddonsResponse] = service.listAddons(params).promise().toFuture\n    @inline def listClustersFuture(params: ListClustersRequest): Future[ListClustersResponse] = service.listClusters(params).promise().toFuture\n    @inline def listFargateProfilesFuture(params: ListFargateProfilesRequest): Future[ListFargateProfilesResponse] = service.listFargateProfiles(params).promise().toFuture\n    @inline def listIdentityProviderConfigsFuture(params: ListIdentityProviderConfigsRequest): Future[ListIdentityProviderConfigsResponse] = service.listIdentityProviderConfigs(params).promise().toFuture\n    @inline def listNodegroupsFuture(params: ListNodegroupsRequest): Future[ListNodegroupsResponse] = service.listNodegroups(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listUpdatesFuture(params: ListUpdatesRequest): Future[ListUpdatesResponse] = service.listUpdates(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateAddonFuture(params: UpdateAddonRequest): Future[UpdateAddonResponse] = service.updateAddon(params).promise().toFuture\n    @inline def updateClusterConfigFuture(params: UpdateClusterConfigRequest): Future[UpdateClusterConfigResponse] = service.updateClusterConfig(params).promise().toFuture\n    @inline def updateClusterVersionFuture(params: UpdateClusterVersionRequest): Future[UpdateClusterVersionResponse] = service.updateClusterVersion(params).promise().toFuture\n    @inline def updateNodegroupConfigFuture(params: UpdateNodegroupConfigRequest): Future[UpdateNodegroupConfigResponse] = service.updateNodegroupConfig(params).promise().toFuture\n    @inline def updateNodegroupVersionFuture(params: UpdateNodegroupVersionRequest): Future[UpdateNodegroupVersionResponse] = service.updateNodegroupVersion(params).promise().toFuture\n\n  }\n}\n\npackage eks {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/eks\", JSImport.Namespace, \"AWS.EKS\")\n  class EKS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateEncryptionConfig(params: AssociateEncryptionConfigRequest): Request[AssociateEncryptionConfigResponse] = js.native\n    def associateIdentityProviderConfig(params: AssociateIdentityProviderConfigRequest): Request[AssociateIdentityProviderConfigResponse] = js.native\n    def createAddon(params: CreateAddonRequest): Request[CreateAddonResponse] = js.native\n    def createCluster(params: CreateClusterRequest): Request[CreateClusterResponse] = js.native\n    def createFargateProfile(params: CreateFargateProfileRequest): Request[CreateFargateProfileResponse] = js.native\n    def createNodegroup(params: CreateNodegroupRequest): Request[CreateNodegroupResponse] = js.native\n    def deleteAddon(params: DeleteAddonRequest): Request[DeleteAddonResponse] = js.native\n    def deleteCluster(params: DeleteClusterRequest): Request[DeleteClusterResponse] = js.native\n    def deleteFargateProfile(params: DeleteFargateProfileRequest): Request[DeleteFargateProfileResponse] = js.native\n    def deleteNodegroup(params: DeleteNodegroupRequest): Request[DeleteNodegroupResponse] = js.native\n    def describeAddon(params: DescribeAddonRequest): Request[DescribeAddonResponse] = js.native\n    def describeAddonVersions(params: DescribeAddonVersionsRequest): Request[DescribeAddonVersionsResponse] = js.native\n    def describeCluster(params: DescribeClusterRequest): Request[DescribeClusterResponse] = js.native\n    def describeFargateProfile(params: DescribeFargateProfileRequest): Request[DescribeFargateProfileResponse] = js.native\n    def describeIdentityProviderConfig(params: DescribeIdentityProviderConfigRequest): Request[DescribeIdentityProviderConfigResponse] = js.native\n    def describeNodegroup(params: DescribeNodegroupRequest): Request[DescribeNodegroupResponse] = js.native\n    def describeUpdate(params: DescribeUpdateRequest): Request[DescribeUpdateResponse] = js.native\n    def disassociateIdentityProviderConfig(params: DisassociateIdentityProviderConfigRequest): Request[DisassociateIdentityProviderConfigResponse] = js.native\n    def listAddons(params: ListAddonsRequest): Request[ListAddonsResponse] = js.native\n    def listClusters(params: ListClustersRequest): Request[ListClustersResponse] = js.native\n    def listFargateProfiles(params: ListFargateProfilesRequest): Request[ListFargateProfilesResponse] = js.native\n    def listIdentityProviderConfigs(params: ListIdentityProviderConfigsRequest): Request[ListIdentityProviderConfigsResponse] = js.native\n    def listNodegroups(params: ListNodegroupsRequest): Request[ListNodegroupsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listUpdates(params: ListUpdatesRequest): Request[ListUpdatesResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateAddon(params: UpdateAddonRequest): Request[UpdateAddonResponse] = js.native\n    def updateClusterConfig(params: UpdateClusterConfigRequest): Request[UpdateClusterConfigResponse] = js.native\n    def updateClusterVersion(params: UpdateClusterVersionRequest): Request[UpdateClusterVersionResponse] = js.native\n    def updateNodegroupConfig(params: UpdateNodegroupConfigRequest): Request[UpdateNodegroupConfigResponse] = js.native\n    def updateNodegroupVersion(params: UpdateNodegroupVersionRequest): Request[UpdateNodegroupVersionResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AMITypes extends js.Any\n  object AMITypes {\n    val AL2_x86_64 = \"AL2_x86_64\".asInstanceOf[AMITypes]\n    val AL2_x86_64_GPU = \"AL2_x86_64_GPU\".asInstanceOf[AMITypes]\n    val AL2_ARM_64 = \"AL2_ARM_64\".asInstanceOf[AMITypes]\n\n    @inline def values = js.Array(AL2_x86_64, AL2_x86_64_GPU, AL2_ARM_64)\n  }\n\n  \/** An Amazon EKS add-on.\n    *\/\n  @js.native\n  trait Addon extends js.Object {\n    var addonArn: js.UndefOr[String]\n    var addonName: js.UndefOr[String]\n    var addonVersion: js.UndefOr[String]\n    var clusterName: js.UndefOr[ClusterName]\n    var createdAt: js.UndefOr[Timestamp]\n    var health: js.UndefOr[AddonHealth]\n    var modifiedAt: js.UndefOr[Timestamp]\n    var serviceAccountRoleArn: js.UndefOr[String]\n    var status: js.UndefOr[AddonStatus]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object Addon {\n    @inline\n    def apply(\n        addonArn: js.UndefOr[String] = js.undefined,\n        addonName: js.UndefOr[String] = js.undefined,\n        addonVersion: js.UndefOr[String] = js.undefined,\n        clusterName: js.UndefOr[ClusterName] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        health: js.UndefOr[AddonHealth] = js.undefined,\n        modifiedAt: js.UndefOr[Timestamp] = js.undefined,\n        serviceAccountRoleArn: js.UndefOr[String] = js.undefined,\n        status: js.UndefOr[AddonStatus] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): Addon = {\n      val __obj = js.Dynamic.literal()\n      addonArn.foreach(__v => __obj.updateDynamic(\"addonArn\")(__v.asInstanceOf[js.Any]))\n      addonName.foreach(__v => __obj.updateDynamic(\"addonName\")(__v.asInstanceOf[js.Any]))\n      addonVersion.foreach(__v => __obj.updateDynamic(\"addonVersion\")(__v.asInstanceOf[js.Any]))\n      clusterName.foreach(__v => __obj.updateDynamic(\"clusterName\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      health.foreach(__v => __obj.updateDynamic(\"health\")(__v.asInstanceOf[js.Any]))\n      modifiedAt.foreach(__v => __obj.updateDynamic(\"modifiedAt\")(__v.asInstanceOf[js.Any]))\n      serviceAccountRoleArn.foreach(__v => __obj.updateDynamic(\"serviceAccountRoleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Addon]\n    }\n  }\n\n  \/** The health of the add-on.\n    *\/\n  @js.native\n  trait AddonHealth extends js.Object {\n    var issues: js.UndefOr[AddonIssueList]\n  }\n\n  object AddonHealth {\n    @inline\n    def apply(\n        issues: js.UndefOr[AddonIssueList] = js.undefined\n    ): AddonHealth = {\n      val __obj = js.Dynamic.literal()\n      issues.foreach(__v => __obj.updateDynamic(\"issues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddonHealth]\n    }\n  }\n\n  \/** Information about an add-on.\n    *\/\n  @js.native\n  trait AddonInfo extends js.Object {\n    var addonName: js.UndefOr[String]\n    var addonVersions: js.UndefOr[AddonVersionInfoList]\n    var `type`: js.UndefOr[String]\n  }\n\n  object AddonInfo {\n    @inline\n    def apply(\n        addonName: js.UndefOr[String] = js.undefined,\n        addonVersions: js.UndefOr[AddonVersionInfoList] = js.undefined,\n        `type`: js.UndefOr[String] = js.undefined\n    ): AddonInfo = {\n      val __obj = js.Dynamic.literal()\n      addonName.foreach(__v => __obj.updateDynamic(\"addonName\")(__v.asInstanceOf[js.Any]))\n      addonVersions.foreach(__v => __obj.updateDynamic(\"addonVersions\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddonInfo]\n    }\n  }\n\n  \/** An issue related to an add-on.\n    *\/\n  @js.native\n  trait AddonIssue extends js.Object {\n    var code: js.UndefOr[AddonIssueCode]\n    var message: js.UndefOr[String]\n    var resourceIds: js.UndefOr[StringList]\n  }\n\n  object AddonIssue {\n    @inline\n    def apply(\n        code: js.UndefOr[AddonIssueCode] = js.undefined,\n        message: js.UndefOr[String] = js.undefined,\n        resourceIds: js.UndefOr[StringList] = js.undefined\n    ): AddonIssue = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      resourceIds.foreach(__v => __obj.updateDynamic(\"resourceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddonIssue]\n    }\n  }\n\n  @js.native\n  sealed trait AddonIssueCode extends js.Any\n  object AddonIssueCode {\n    val AccessDenied = \"AccessDenied\".asInstanceOf[AddonIssueCode]\n    val InternalFailure = \"InternalFailure\".asInstanceOf[AddonIssueCode]\n    val ClusterUnreachable = \"ClusterUnreachable\".asInstanceOf[AddonIssueCode]\n    val InsufficientNumberOfReplicas = \"InsufficientNumberOfReplicas\".asInstanceOf[AddonIssueCode]\n    val ConfigurationConflict = \"ConfigurationConflict\".asInstanceOf[AddonIssueCode]\n    val AdmissionRequestDenied = \"AdmissionRequestDenied\".asInstanceOf[AddonIssueCode]\n\n    @inline def values = js.Array(AccessDenied, InternalFailure, ClusterUnreachable, InsufficientNumberOfReplicas, ConfigurationConflict, AdmissionRequestDenied)\n  }\n\n  @js.native\n  sealed trait AddonStatus extends js.Any\n  object AddonStatus {\n    val CREATING = \"CREATING\".asInstanceOf[AddonStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[AddonStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[AddonStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[AddonStatus]\n    val DELETING = \"DELETING\".asInstanceOf[AddonStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[AddonStatus]\n    val DEGRADED = \"DEGRADED\".asInstanceOf[AddonStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, CREATE_FAILED, UPDATING, DELETING, DELETE_FAILED, DEGRADED)\n  }\n\n  \/** Information about an add-on version.\n    *\/\n  @js.native\n  trait AddonVersionInfo extends js.Object {\n    var addonVersion: js.UndefOr[String]\n    var architecture: js.UndefOr[StringList]\n    var compatibilities: js.UndefOr[Compatibilities]\n  }\n\n  object AddonVersionInfo {\n    @inline\n    def apply(\n        addonVersion: js.UndefOr[String] = js.undefined,\n        architecture: js.UndefOr[StringList] = js.undefined,\n        compatibilities: js.UndefOr[Compatibilities] = js.undefined\n    ): AddonVersionInfo = {\n      val __obj = js.Dynamic.literal()\n      addonVersion.foreach(__v => __obj.updateDynamic(\"addonVersion\")(__v.asInstanceOf[js.Any]))\n      architecture.foreach(__v => __obj.updateDynamic(\"architecture\")(__v.asInstanceOf[js.Any]))\n      compatibilities.foreach(__v => __obj.updateDynamic(\"compatibilities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddonVersionInfo]\n    }\n  }\n\n  @js.native\n  trait AssociateEncryptionConfigRequest extends js.Object {\n    var clusterName: String\n    var encryptionConfig: EncryptionConfigList\n    var clientRequestToken: js.UndefOr[String]\n  }\n\n  object AssociateEncryptionConfigRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        encryptionConfig: EncryptionConfigList,\n        clientRequestToken: js.UndefOr[String] = js.undefined\n    ): AssociateEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"encryptionConfig\" -> encryptionConfig.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateEncryptionConfigResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object AssociateEncryptionConfigResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): AssociateEncryptionConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateEncryptionConfigResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateIdentityProviderConfigRequest extends js.Object {\n    var clusterName: String\n    var oidc: OidcIdentityProviderConfigRequest\n    var clientRequestToken: js.UndefOr[String]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object AssociateIdentityProviderConfigRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        oidc: OidcIdentityProviderConfigRequest,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): AssociateIdentityProviderConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"oidc\" -> oidc.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateIdentityProviderConfigRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateIdentityProviderConfigResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n    var update: js.UndefOr[Update]\n  }\n\n  object AssociateIdentityProviderConfigResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined,\n        update: js.UndefOr[Update] = js.undefined\n    ): AssociateIdentityProviderConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateIdentityProviderConfigResponse]\n    }\n  }\n\n  \/** An Auto Scaling group that is associated with an Amazon EKS managed node group.\n    *\/\n  @js.native\n  trait AutoScalingGroup extends js.Object {\n    var name: js.UndefOr[String]\n  }\n\n  object AutoScalingGroup {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined\n    ): AutoScalingGroup = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingGroup]\n    }\n  }\n\n  @js.native\n  sealed trait CapacityTypes extends js.Any\n  object CapacityTypes {\n    val ON_DEMAND = \"ON_DEMAND\".asInstanceOf[CapacityTypes]\n    val SPOT = \"SPOT\".asInstanceOf[CapacityTypes]\n\n    @inline def values = js.Array(ON_DEMAND, SPOT)\n  }\n\n  \/** An object representing the <code>certificate-authority-data<\/code> for your cluster.\n    *\/\n  @js.native\n  trait Certificate extends js.Object {\n    var data: js.UndefOr[String]\n  }\n\n  object Certificate {\n    @inline\n    def apply(\n        data: js.UndefOr[String] = js.undefined\n    ): Certificate = {\n      val __obj = js.Dynamic.literal()\n      data.foreach(__v => __obj.updateDynamic(\"data\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Certificate]\n    }\n  }\n\n  \/** An object representing an Amazon EKS cluster.\n    *\/\n  @js.native\n  trait Cluster extends js.Object {\n    var arn: js.UndefOr[String]\n    var certificateAuthority: js.UndefOr[Certificate]\n    var clientRequestToken: js.UndefOr[String]\n    var createdAt: js.UndefOr[Timestamp]\n    var encryptionConfig: js.UndefOr[EncryptionConfigList]\n    var endpoint: js.UndefOr[String]\n    var identity: js.UndefOr[Identity]\n    var kubernetesNetworkConfig: js.UndefOr[KubernetesNetworkConfigResponse]\n    var logging: js.UndefOr[Logging]\n    var name: js.UndefOr[String]\n    var platformVersion: js.UndefOr[String]\n    var resourcesVpcConfig: js.UndefOr[VpcConfigResponse]\n    var roleArn: js.UndefOr[String]\n    var status: js.UndefOr[ClusterStatus]\n    var tags: js.UndefOr[TagMap]\n    var version: js.UndefOr[String]\n  }\n\n  object Cluster {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        certificateAuthority: js.UndefOr[Certificate] = js.undefined,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        encryptionConfig: js.UndefOr[EncryptionConfigList] = js.undefined,\n        endpoint: js.UndefOr[String] = js.undefined,\n        identity: js.UndefOr[Identity] = js.undefined,\n        kubernetesNetworkConfig: js.UndefOr[KubernetesNetworkConfigResponse] = js.undefined,\n        logging: js.UndefOr[Logging] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        platformVersion: js.UndefOr[String] = js.undefined,\n        resourcesVpcConfig: js.UndefOr[VpcConfigResponse] = js.undefined,\n        roleArn: js.UndefOr[String] = js.undefined,\n        status: js.UndefOr[ClusterStatus] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): Cluster = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      certificateAuthority.foreach(__v => __obj.updateDynamic(\"certificateAuthority\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      encryptionConfig.foreach(__v => __obj.updateDynamic(\"encryptionConfig\")(__v.asInstanceOf[js.Any]))\n      endpoint.foreach(__v => __obj.updateDynamic(\"endpoint\")(__v.asInstanceOf[js.Any]))\n      identity.foreach(__v => __obj.updateDynamic(\"identity\")(__v.asInstanceOf[js.Any]))\n      kubernetesNetworkConfig.foreach(__v => __obj.updateDynamic(\"kubernetesNetworkConfig\")(__v.asInstanceOf[js.Any]))\n      logging.foreach(__v => __obj.updateDynamic(\"logging\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      platformVersion.foreach(__v => __obj.updateDynamic(\"platformVersion\")(__v.asInstanceOf[js.Any]))\n      resourcesVpcConfig.foreach(__v => __obj.updateDynamic(\"resourcesVpcConfig\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Cluster]\n    }\n  }\n\n  @js.native\n  sealed trait ClusterStatus extends js.Any\n  object ClusterStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ClusterStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ClusterStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ClusterStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ClusterStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ClusterStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, DELETING, FAILED, UPDATING)\n  }\n\n  \/** Compatibility information.\n    *\/\n  @js.native\n  trait Compatibility extends js.Object {\n    var clusterVersion: js.UndefOr[String]\n    var defaultVersion: js.UndefOr[Boolean]\n    var platformVersions: js.UndefOr[StringList]\n  }\n\n  object Compatibility {\n    @inline\n    def apply(\n        clusterVersion: js.UndefOr[String] = js.undefined,\n        defaultVersion: js.UndefOr[Boolean] = js.undefined,\n        platformVersions: js.UndefOr[StringList] = js.undefined\n    ): Compatibility = {\n      val __obj = js.Dynamic.literal()\n      clusterVersion.foreach(__v => __obj.updateDynamic(\"clusterVersion\")(__v.asInstanceOf[js.Any]))\n      defaultVersion.foreach(__v => __obj.updateDynamic(\"defaultVersion\")(__v.asInstanceOf[js.Any]))\n      platformVersions.foreach(__v => __obj.updateDynamic(\"platformVersions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Compatibility]\n    }\n  }\n\n  @js.native\n  trait CreateAddonRequest extends js.Object {\n    var addonName: String\n    var clusterName: ClusterName\n    var addonVersion: js.UndefOr[String]\n    var clientRequestToken: js.UndefOr[String]\n    var resolveConflicts: js.UndefOr[ResolveConflicts]\n    var serviceAccountRoleArn: js.UndefOr[RoleArn]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object CreateAddonRequest {\n    @inline\n    def apply(\n        addonName: String,\n        clusterName: ClusterName,\n        addonVersion: js.UndefOr[String] = js.undefined,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        resolveConflicts: js.UndefOr[ResolveConflicts] = js.undefined,\n        serviceAccountRoleArn: js.UndefOr[RoleArn] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateAddonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addonName\" -> addonName.asInstanceOf[js.Any],\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      addonVersion.foreach(__v => __obj.updateDynamic(\"addonVersion\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      resolveConflicts.foreach(__v => __obj.updateDynamic(\"resolveConflicts\")(__v.asInstanceOf[js.Any]))\n      serviceAccountRoleArn.foreach(__v => __obj.updateDynamic(\"serviceAccountRoleArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAddonRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAddonResponse extends js.Object {\n    var addon: js.UndefOr[Addon]\n  }\n\n  object CreateAddonResponse {\n    @inline\n    def apply(\n        addon: js.UndefOr[Addon] = js.undefined\n    ): CreateAddonResponse = {\n      val __obj = js.Dynamic.literal()\n      addon.foreach(__v => __obj.updateDynamic(\"addon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAddonResponse]\n    }\n  }\n\n  @js.native\n  trait CreateClusterRequest extends js.Object {\n    var name: ClusterName\n    var resourcesVpcConfig: VpcConfigRequest\n    var roleArn: String\n    var clientRequestToken: js.UndefOr[String]\n    var encryptionConfig: js.UndefOr[EncryptionConfigList]\n    var kubernetesNetworkConfig: js.UndefOr[KubernetesNetworkConfigRequest]\n    var logging: js.UndefOr[Logging]\n    var tags: js.UndefOr[TagMap]\n    var version: js.UndefOr[String]\n  }\n\n  object CreateClusterRequest {\n    @inline\n    def apply(\n        name: ClusterName,\n        resourcesVpcConfig: VpcConfigRequest,\n        roleArn: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        encryptionConfig: js.UndefOr[EncryptionConfigList] = js.undefined,\n        kubernetesNetworkConfig: js.UndefOr[KubernetesNetworkConfigRequest] = js.undefined,\n        logging: js.UndefOr[Logging] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): CreateClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"resourcesVpcConfig\" -> resourcesVpcConfig.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      encryptionConfig.foreach(__v => __obj.updateDynamic(\"encryptionConfig\")(__v.asInstanceOf[js.Any]))\n      kubernetesNetworkConfig.foreach(__v => __obj.updateDynamic(\"kubernetesNetworkConfig\")(__v.asInstanceOf[js.Any]))\n      logging.foreach(__v => __obj.updateDynamic(\"logging\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterRequest]\n    }\n  }\n\n  @js.native\n  trait CreateClusterResponse extends js.Object {\n    var cluster: js.UndefOr[Cluster]\n  }\n\n  object CreateClusterResponse {\n    @inline\n    def apply(\n        cluster: js.UndefOr[Cluster] = js.undefined\n    ): CreateClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      cluster.foreach(__v => __obj.updateDynamic(\"cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFargateProfileRequest extends js.Object {\n    var clusterName: String\n    var fargateProfileName: String\n    var podExecutionRoleArn: String\n    var clientRequestToken: js.UndefOr[String]\n    var selectors: js.UndefOr[FargateProfileSelectors]\n    var subnets: js.UndefOr[StringList]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object CreateFargateProfileRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        fargateProfileName: String,\n        podExecutionRoleArn: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        selectors: js.UndefOr[FargateProfileSelectors] = js.undefined,\n        subnets: js.UndefOr[StringList] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateFargateProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"fargateProfileName\" -> fargateProfileName.asInstanceOf[js.Any],\n        \"podExecutionRoleArn\" -> podExecutionRoleArn.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      selectors.foreach(__v => __obj.updateDynamic(\"selectors\")(__v.asInstanceOf[js.Any]))\n      subnets.foreach(__v => __obj.updateDynamic(\"subnets\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFargateProfileRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFargateProfileResponse extends js.Object {\n    var fargateProfile: js.UndefOr[FargateProfile]\n  }\n\n  object CreateFargateProfileResponse {\n    @inline\n    def apply(\n        fargateProfile: js.UndefOr[FargateProfile] = js.undefined\n    ): CreateFargateProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      fargateProfile.foreach(__v => __obj.updateDynamic(\"fargateProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFargateProfileResponse]\n    }\n  }\n\n  @js.native\n  trait CreateNodegroupRequest extends js.Object {\n    var clusterName: String\n    var nodeRole: String\n    var nodegroupName: String\n    var subnets: StringList\n    var amiType: js.UndefOr[AMITypes]\n    var capacityType: js.UndefOr[CapacityTypes]\n    var clientRequestToken: js.UndefOr[String]\n    var diskSize: js.UndefOr[BoxedInteger]\n    var instanceTypes: js.UndefOr[StringList]\n    var labels: js.UndefOr[labelsMap]\n    var launchTemplate: js.UndefOr[LaunchTemplateSpecification]\n    var releaseVersion: js.UndefOr[String]\n    var remoteAccess: js.UndefOr[RemoteAccessConfig]\n    var scalingConfig: js.UndefOr[NodegroupScalingConfig]\n    var tags: js.UndefOr[TagMap]\n    var version: js.UndefOr[String]\n  }\n\n  object CreateNodegroupRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        nodeRole: String,\n        nodegroupName: String,\n        subnets: StringList,\n        amiType: js.UndefOr[AMITypes] = js.undefined,\n        capacityType: js.UndefOr[CapacityTypes] = js.undefined,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        diskSize: js.UndefOr[BoxedInteger] = js.undefined,\n        instanceTypes: js.UndefOr[StringList] = js.undefined,\n        labels: js.UndefOr[labelsMap] = js.undefined,\n        launchTemplate: js.UndefOr[LaunchTemplateSpecification] = js.undefined,\n        releaseVersion: js.UndefOr[String] = js.undefined,\n        remoteAccess: js.UndefOr[RemoteAccessConfig] = js.undefined,\n        scalingConfig: js.UndefOr[NodegroupScalingConfig] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): CreateNodegroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"nodeRole\" -> nodeRole.asInstanceOf[js.Any],\n        \"nodegroupName\" -> nodegroupName.asInstanceOf[js.Any],\n        \"subnets\" -> subnets.asInstanceOf[js.Any]\n      )\n\n      amiType.foreach(__v => __obj.updateDynamic(\"amiType\")(__v.asInstanceOf[js.Any]))\n      capacityType.foreach(__v => __obj.updateDynamic(\"capacityType\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      diskSize.foreach(__v => __obj.updateDynamic(\"diskSize\")(__v.asInstanceOf[js.Any]))\n      instanceTypes.foreach(__v => __obj.updateDynamic(\"instanceTypes\")(__v.asInstanceOf[js.Any]))\n      labels.foreach(__v => __obj.updateDynamic(\"labels\")(__v.asInstanceOf[js.Any]))\n      launchTemplate.foreach(__v => __obj.updateDynamic(\"launchTemplate\")(__v.asInstanceOf[js.Any]))\n      releaseVersion.foreach(__v => __obj.updateDynamic(\"releaseVersion\")(__v.asInstanceOf[js.Any]))\n      remoteAccess.foreach(__v => __obj.updateDynamic(\"remoteAccess\")(__v.asInstanceOf[js.Any]))\n      scalingConfig.foreach(__v => __obj.updateDynamic(\"scalingConfig\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNodegroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateNodegroupResponse extends js.Object {\n    var nodegroup: js.UndefOr[Nodegroup]\n  }\n\n  object CreateNodegroupResponse {\n    @inline\n    def apply(\n        nodegroup: js.UndefOr[Nodegroup] = js.undefined\n    ): CreateNodegroupResponse = {\n      val __obj = js.Dynamic.literal()\n      nodegroup.foreach(__v => __obj.updateDynamic(\"nodegroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNodegroupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAddonRequest extends js.Object {\n    var addonName: String\n    var clusterName: ClusterName\n  }\n\n  object DeleteAddonRequest {\n    @inline\n    def apply(\n        addonName: String,\n        clusterName: ClusterName\n    ): DeleteAddonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addonName\" -> addonName.asInstanceOf[js.Any],\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAddonRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAddonResponse extends js.Object {\n    var addon: js.UndefOr[Addon]\n  }\n\n  object DeleteAddonResponse {\n    @inline\n    def apply(\n        addon: js.UndefOr[Addon] = js.undefined\n    ): DeleteAddonResponse = {\n      val __obj = js.Dynamic.literal()\n      addon.foreach(__v => __obj.updateDynamic(\"addon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAddonResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteClusterRequest extends js.Object {\n    var name: String\n  }\n\n  object DeleteClusterRequest {\n    @inline\n    def apply(\n        name: String\n    ): DeleteClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteClusterRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteClusterResponse extends js.Object {\n    var cluster: js.UndefOr[Cluster]\n  }\n\n  object DeleteClusterResponse {\n    @inline\n    def apply(\n        cluster: js.UndefOr[Cluster] = js.undefined\n    ): DeleteClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      cluster.foreach(__v => __obj.updateDynamic(\"cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteClusterResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFargateProfileRequest extends js.Object {\n    var clusterName: String\n    var fargateProfileName: String\n  }\n\n  object DeleteFargateProfileRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        fargateProfileName: String\n    ): DeleteFargateProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"fargateProfileName\" -> fargateProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFargateProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFargateProfileResponse extends js.Object {\n    var fargateProfile: js.UndefOr[FargateProfile]\n  }\n\n  object DeleteFargateProfileResponse {\n    @inline\n    def apply(\n        fargateProfile: js.UndefOr[FargateProfile] = js.undefined\n    ): DeleteFargateProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      fargateProfile.foreach(__v => __obj.updateDynamic(\"fargateProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFargateProfileResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteNodegroupRequest extends js.Object {\n    var clusterName: String\n    var nodegroupName: String\n  }\n\n  object DeleteNodegroupRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        nodegroupName: String\n    ): DeleteNodegroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"nodegroupName\" -> nodegroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNodegroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteNodegroupResponse extends js.Object {\n    var nodegroup: js.UndefOr[Nodegroup]\n  }\n\n  object DeleteNodegroupResponse {\n    @inline\n    def apply(\n        nodegroup: js.UndefOr[Nodegroup] = js.undefined\n    ): DeleteNodegroupResponse = {\n      val __obj = js.Dynamic.literal()\n      nodegroup.foreach(__v => __obj.updateDynamic(\"nodegroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteNodegroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAddonRequest extends js.Object {\n    var addonName: String\n    var clusterName: ClusterName\n  }\n\n  object DescribeAddonRequest {\n    @inline\n    def apply(\n        addonName: String,\n        clusterName: ClusterName\n    ): DescribeAddonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addonName\" -> addonName.asInstanceOf[js.Any],\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAddonRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAddonResponse extends js.Object {\n    var addon: js.UndefOr[Addon]\n  }\n\n  object DescribeAddonResponse {\n    @inline\n    def apply(\n        addon: js.UndefOr[Addon] = js.undefined\n    ): DescribeAddonResponse = {\n      val __obj = js.Dynamic.literal()\n      addon.foreach(__v => __obj.updateDynamic(\"addon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddonResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAddonVersionsRequest extends js.Object {\n    var addonName: js.UndefOr[String]\n    var kubernetesVersion: js.UndefOr[String]\n    var maxResults: js.UndefOr[DescribeAddonVersionsRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeAddonVersionsRequest {\n    @inline\n    def apply(\n        addonName: js.UndefOr[String] = js.undefined,\n        kubernetesVersion: js.UndefOr[String] = js.undefined,\n        maxResults: js.UndefOr[DescribeAddonVersionsRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeAddonVersionsRequest = {\n      val __obj = js.Dynamic.literal()\n      addonName.foreach(__v => __obj.updateDynamic(\"addonName\")(__v.asInstanceOf[js.Any]))\n      kubernetesVersion.foreach(__v => __obj.updateDynamic(\"kubernetesVersion\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddonVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAddonVersionsResponse extends js.Object {\n    var addons: js.UndefOr[Addons]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeAddonVersionsResponse {\n    @inline\n    def apply(\n        addons: js.UndefOr[Addons] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeAddonVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      addons.foreach(__v => __obj.updateDynamic(\"addons\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAddonVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeClusterRequest extends js.Object {\n    var name: String\n  }\n\n  object DescribeClusterRequest {\n    @inline\n    def apply(\n        name: String\n    ): DescribeClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeClusterRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeClusterResponse extends js.Object {\n    var cluster: js.UndefOr[Cluster]\n  }\n\n  object DescribeClusterResponse {\n    @inline\n    def apply(\n        cluster: js.UndefOr[Cluster] = js.undefined\n    ): DescribeClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      cluster.foreach(__v => __obj.updateDynamic(\"cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeClusterResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeFargateProfileRequest extends js.Object {\n    var clusterName: String\n    var fargateProfileName: String\n  }\n\n  object DescribeFargateProfileRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        fargateProfileName: String\n    ): DescribeFargateProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"fargateProfileName\" -> fargateProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeFargateProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFargateProfileResponse extends js.Object {\n    var fargateProfile: js.UndefOr[FargateProfile]\n  }\n\n  object DescribeFargateProfileResponse {\n    @inline\n    def apply(\n        fargateProfile: js.UndefOr[FargateProfile] = js.undefined\n    ): DescribeFargateProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      fargateProfile.foreach(__v => __obj.updateDynamic(\"fargateProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFargateProfileResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeIdentityProviderConfigRequest extends js.Object {\n    var clusterName: String\n    var identityProviderConfig: IdentityProviderConfig\n  }\n\n  object DescribeIdentityProviderConfigRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        identityProviderConfig: IdentityProviderConfig\n    ): DescribeIdentityProviderConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"identityProviderConfig\" -> identityProviderConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIdentityProviderConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeIdentityProviderConfigResponse extends js.Object {\n    var identityProviderConfig: js.UndefOr[IdentityProviderConfigResponse]\n  }\n\n  object DescribeIdentityProviderConfigResponse {\n    @inline\n    def apply(\n        identityProviderConfig: js.UndefOr[IdentityProviderConfigResponse] = js.undefined\n    ): DescribeIdentityProviderConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      identityProviderConfig.foreach(__v => __obj.updateDynamic(\"identityProviderConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeIdentityProviderConfigResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeNodegroupRequest extends js.Object {\n    var clusterName: String\n    var nodegroupName: String\n  }\n\n  object DescribeNodegroupRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        nodegroupName: String\n    ): DescribeNodegroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"nodegroupName\" -> nodegroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeNodegroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeNodegroupResponse extends js.Object {\n    var nodegroup: js.UndefOr[Nodegroup]\n  }\n\n  object DescribeNodegroupResponse {\n    @inline\n    def apply(\n        nodegroup: js.UndefOr[Nodegroup] = js.undefined\n    ): DescribeNodegroupResponse = {\n      val __obj = js.Dynamic.literal()\n      nodegroup.foreach(__v => __obj.updateDynamic(\"nodegroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNodegroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeUpdateRequest extends js.Object {\n    var name: String\n    var updateId: String\n    var addonName: js.UndefOr[String]\n    var nodegroupName: js.UndefOr[String]\n  }\n\n  object DescribeUpdateRequest {\n    @inline\n    def apply(\n        name: String,\n        updateId: String,\n        addonName: js.UndefOr[String] = js.undefined,\n        nodegroupName: js.UndefOr[String] = js.undefined\n    ): DescribeUpdateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"updateId\" -> updateId.asInstanceOf[js.Any]\n      )\n\n      addonName.foreach(__v => __obj.updateDynamic(\"addonName\")(__v.asInstanceOf[js.Any]))\n      nodegroupName.foreach(__v => __obj.updateDynamic(\"nodegroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUpdateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUpdateResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object DescribeUpdateResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): DescribeUpdateResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUpdateResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateIdentityProviderConfigRequest extends js.Object {\n    var clusterName: String\n    var identityProviderConfig: IdentityProviderConfig\n    var clientRequestToken: js.UndefOr[String]\n  }\n\n  object DisassociateIdentityProviderConfigRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        identityProviderConfig: IdentityProviderConfig,\n        clientRequestToken: js.UndefOr[String] = js.undefined\n    ): DisassociateIdentityProviderConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"identityProviderConfig\" -> identityProviderConfig.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateIdentityProviderConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateIdentityProviderConfigResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object DisassociateIdentityProviderConfigResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): DisassociateIdentityProviderConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateIdentityProviderConfigResponse]\n    }\n  }\n\n  \/** The encryption configuration for the cluster.\n    *\/\n  @js.native\n  trait EncryptionConfig extends js.Object {\n    var provider: js.UndefOr[Provider]\n    var resources: js.UndefOr[StringList]\n  }\n\n  object EncryptionConfig {\n    @inline\n    def apply(\n        provider: js.UndefOr[Provider] = js.undefined,\n        resources: js.UndefOr[StringList] = js.undefined\n    ): EncryptionConfig = {\n      val __obj = js.Dynamic.literal()\n      provider.foreach(__v => __obj.updateDynamic(\"provider\")(__v.asInstanceOf[js.Any]))\n      resources.foreach(__v => __obj.updateDynamic(\"resources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCode extends js.Any\n  object ErrorCode {\n    val SubnetNotFound = \"SubnetNotFound\".asInstanceOf[ErrorCode]\n    val SecurityGroupNotFound = \"SecurityGroupNotFound\".asInstanceOf[ErrorCode]\n    val EniLimitReached = \"EniLimitReached\".asInstanceOf[ErrorCode]\n    val IpNotAvailable = \"IpNotAvailable\".asInstanceOf[ErrorCode]\n    val AccessDenied = \"AccessDenied\".asInstanceOf[ErrorCode]\n    val OperationNotPermitted = \"OperationNotPermitted\".asInstanceOf[ErrorCode]\n    val VpcIdNotFound = \"VpcIdNotFound\".asInstanceOf[ErrorCode]\n    val Unknown = \"Unknown\".asInstanceOf[ErrorCode]\n    val NodeCreationFailure = \"NodeCreationFailure\".asInstanceOf[ErrorCode]\n    val PodEvictionFailure = \"PodEvictionFailure\".asInstanceOf[ErrorCode]\n    val InsufficientFreeAddresses = \"InsufficientFreeAddresses\".asInstanceOf[ErrorCode]\n    val ClusterUnreachable = \"ClusterUnreachable\".asInstanceOf[ErrorCode]\n    val InsufficientNumberOfReplicas = \"InsufficientNumberOfReplicas\".asInstanceOf[ErrorCode]\n    val ConfigurationConflict = \"ConfigurationConflict\".asInstanceOf[ErrorCode]\n    val AdmissionRequestDenied = \"AdmissionRequestDenied\".asInstanceOf[ErrorCode]\n\n    @inline def values = js.Array(\n      SubnetNotFound,\n      SecurityGroupNotFound,\n      EniLimitReached,\n      IpNotAvailable,\n      AccessDenied,\n      OperationNotPermitted,\n      VpcIdNotFound,\n      Unknown,\n      NodeCreationFailure,\n      PodEvictionFailure,\n      InsufficientFreeAddresses,\n      ClusterUnreachable,\n      InsufficientNumberOfReplicas,\n      ConfigurationConflict,\n      AdmissionRequestDenied\n    )\n  }\n\n  \/** An object representing an error when an asynchronous operation fails.\n    *\/\n  @js.native\n  trait ErrorDetail extends js.Object {\n    var errorCode: js.UndefOr[ErrorCode]\n    var errorMessage: js.UndefOr[String]\n    var resourceIds: js.UndefOr[StringList]\n  }\n\n  object ErrorDetail {\n    @inline\n    def apply(\n        errorCode: js.UndefOr[ErrorCode] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        resourceIds: js.UndefOr[StringList] = js.undefined\n    ): ErrorDetail = {\n      val __obj = js.Dynamic.literal()\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      resourceIds.foreach(__v => __obj.updateDynamic(\"resourceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorDetail]\n    }\n  }\n\n  \/** An object representing an AWS Fargate profile.\n    *\/\n  @js.native\n  trait FargateProfile extends js.Object {\n    var clusterName: js.UndefOr[String]\n    var createdAt: js.UndefOr[Timestamp]\n    var fargateProfileArn: js.UndefOr[String]\n    var fargateProfileName: js.UndefOr[String]\n    var podExecutionRoleArn: js.UndefOr[String]\n    var selectors: js.UndefOr[FargateProfileSelectors]\n    var status: js.UndefOr[FargateProfileStatus]\n    var subnets: js.UndefOr[StringList]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object FargateProfile {\n    @inline\n    def apply(\n        clusterName: js.UndefOr[String] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        fargateProfileArn: js.UndefOr[String] = js.undefined,\n        fargateProfileName: js.UndefOr[String] = js.undefined,\n        podExecutionRoleArn: js.UndefOr[String] = js.undefined,\n        selectors: js.UndefOr[FargateProfileSelectors] = js.undefined,\n        status: js.UndefOr[FargateProfileStatus] = js.undefined,\n        subnets: js.UndefOr[StringList] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): FargateProfile = {\n      val __obj = js.Dynamic.literal()\n      clusterName.foreach(__v => __obj.updateDynamic(\"clusterName\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      fargateProfileArn.foreach(__v => __obj.updateDynamic(\"fargateProfileArn\")(__v.asInstanceOf[js.Any]))\n      fargateProfileName.foreach(__v => __obj.updateDynamic(\"fargateProfileName\")(__v.asInstanceOf[js.Any]))\n      podExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"podExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      selectors.foreach(__v => __obj.updateDynamic(\"selectors\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      subnets.foreach(__v => __obj.updateDynamic(\"subnets\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FargateProfile]\n    }\n  }\n\n  \/** An object representing an AWS Fargate profile selector.\n    *\/\n  @js.native\n  trait FargateProfileSelector extends js.Object {\n    var labels: js.UndefOr[FargateProfileLabel]\n    var namespace: js.UndefOr[String]\n  }\n\n  object FargateProfileSelector {\n    @inline\n    def apply(\n        labels: js.UndefOr[FargateProfileLabel] = js.undefined,\n        namespace: js.UndefOr[String] = js.undefined\n    ): FargateProfileSelector = {\n      val __obj = js.Dynamic.literal()\n      labels.foreach(__v => __obj.updateDynamic(\"labels\")(__v.asInstanceOf[js.Any]))\n      namespace.foreach(__v => __obj.updateDynamic(\"namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FargateProfileSelector]\n    }\n  }\n\n  @js.native\n  sealed trait FargateProfileStatus extends js.Any\n  object FargateProfileStatus {\n    val CREATING = \"CREATING\".asInstanceOf[FargateProfileStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[FargateProfileStatus]\n    val DELETING = \"DELETING\".asInstanceOf[FargateProfileStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[FargateProfileStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[FargateProfileStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, DELETING, CREATE_FAILED, DELETE_FAILED)\n  }\n\n  \/** An object representing an identity provider.\n    *\/\n  @js.native\n  trait Identity extends js.Object {\n    var oidc: js.UndefOr[OIDC]\n  }\n\n  object Identity {\n    @inline\n    def apply(\n        oidc: js.UndefOr[OIDC] = js.undefined\n    ): Identity = {\n      val __obj = js.Dynamic.literal()\n      oidc.foreach(__v => __obj.updateDynamic(\"oidc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Identity]\n    }\n  }\n\n  \/** An object representing an identity provider configuration.\n    *\/\n  @js.native\n  trait IdentityProviderConfig extends js.Object {\n    var name: String\n    var `type`: String\n  }\n\n  object IdentityProviderConfig {\n    @inline\n    def apply(\n        name: String,\n        `type`: String\n    ): IdentityProviderConfig = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IdentityProviderConfig]\n    }\n  }\n\n  \/** An object that represents an identity configuration.\n    *\/\n  @js.native\n  trait IdentityProviderConfigResponse extends js.Object {\n    var oidc: js.UndefOr[OidcIdentityProviderConfig]\n  }\n\n  object IdentityProviderConfigResponse {\n    @inline\n    def apply(\n        oidc: js.UndefOr[OidcIdentityProviderConfig] = js.undefined\n    ): IdentityProviderConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      oidc.foreach(__v => __obj.updateDynamic(\"oidc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityProviderConfigResponse]\n    }\n  }\n\n  \/** An object representing an issue with an Amazon EKS resource.\n    *\/\n  @js.native\n  trait Issue extends js.Object {\n    var code: js.UndefOr[NodegroupIssueCode]\n    var message: js.UndefOr[String]\n    var resourceIds: js.UndefOr[StringList]\n  }\n\n  object Issue {\n    @inline\n    def apply(\n        code: js.UndefOr[NodegroupIssueCode] = js.undefined,\n        message: js.UndefOr[String] = js.undefined,\n        resourceIds: js.UndefOr[StringList] = js.undefined\n    ): Issue = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      resourceIds.foreach(__v => __obj.updateDynamic(\"resourceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Issue]\n    }\n  }\n\n  \/** The Kubernetes network configuration for the cluster.\n    *\/\n  @js.native\n  trait KubernetesNetworkConfigRequest extends js.Object {\n    var serviceIpv4Cidr: js.UndefOr[String]\n  }\n\n  object KubernetesNetworkConfigRequest {\n    @inline\n    def apply(\n        serviceIpv4Cidr: js.UndefOr[String] = js.undefined\n    ): KubernetesNetworkConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      serviceIpv4Cidr.foreach(__v => __obj.updateDynamic(\"serviceIpv4Cidr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KubernetesNetworkConfigRequest]\n    }\n  }\n\n  \/** The Kubernetes network configuration for the cluster.\n    *\/\n  @js.native\n  trait KubernetesNetworkConfigResponse extends js.Object {\n    var serviceIpv4Cidr: js.UndefOr[String]\n  }\n\n  object KubernetesNetworkConfigResponse {\n    @inline\n    def apply(\n        serviceIpv4Cidr: js.UndefOr[String] = js.undefined\n    ): KubernetesNetworkConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      serviceIpv4Cidr.foreach(__v => __obj.updateDynamic(\"serviceIpv4Cidr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KubernetesNetworkConfigResponse]\n    }\n  }\n\n  \/** An object representing a node group launch template specification. The launch template cannot include <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_CreateNetworkInterface.html\"> <code>SubnetId<\/code> <\/a>, <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_IamInstanceProfile.html\"> <code>IamInstanceProfile<\/code> <\/a>, <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_RequestSpotInstances.html\"> <code>RequestSpotInstances<\/code> <\/a>, <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_HibernationOptionsRequest.html\"> <code>HibernationOptions<\/code> <\/a>, or <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_TerminateInstances.html\"> <code>TerminateInstances<\/code> <\/a>, or the node group deployment or update will fail. For more information about launch templates, see <a href=\"https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/APIReference\/API_CreateLaunchTemplate.html\">\n    * <code>CreateLaunchTemplate<\/code> <\/a> in the Amazon EC2 API Reference. For more information about using launch templates with Amazon EKS, see [[https:\/\/docs.aws.amazon.com\/eks\/latest\/userguide\/launch-templates.html|Launch template support]] in the Amazon EKS User Guide. Specify either <code>name<\/code> or <code>id<\/code>, but not both.\n    *\/\n  @js.native\n  trait LaunchTemplateSpecification extends js.Object {\n    var id: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var version: js.UndefOr[String]\n  }\n\n  object LaunchTemplateSpecification {\n    @inline\n    def apply(\n        id: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): LaunchTemplateSpecification = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LaunchTemplateSpecification]\n    }\n  }\n\n  @js.native\n  trait ListAddonsRequest extends js.Object {\n    var clusterName: ClusterName\n    var maxResults: js.UndefOr[ListAddonsRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListAddonsRequest {\n    @inline\n    def apply(\n        clusterName: ClusterName,\n        maxResults: js.UndefOr[ListAddonsRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListAddonsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAddonsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAddonsResponse extends js.Object {\n    var addons: js.UndefOr[StringList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListAddonsResponse {\n    @inline\n    def apply(\n        addons: js.UndefOr[StringList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListAddonsResponse = {\n      val __obj = js.Dynamic.literal()\n      addons.foreach(__v => __obj.updateDynamic(\"addons\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAddonsResponse]\n    }\n  }\n\n  @js.native\n  trait ListClustersRequest extends js.Object {\n    var maxResults: js.UndefOr[ListClustersRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListClustersRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[ListClustersRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListClustersRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClustersRequest]\n    }\n  }\n\n  @js.native\n  trait ListClustersResponse extends js.Object {\n    var clusters: js.UndefOr[StringList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListClustersResponse {\n    @inline\n    def apply(\n        clusters: js.UndefOr[StringList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListClustersResponse = {\n      val __obj = js.Dynamic.literal()\n      clusters.foreach(__v => __obj.updateDynamic(\"clusters\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListClustersResponse]\n    }\n  }\n\n  @js.native\n  trait ListFargateProfilesRequest extends js.Object {\n    var clusterName: String\n    var maxResults: js.UndefOr[FargateProfilesRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListFargateProfilesRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        maxResults: js.UndefOr[FargateProfilesRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListFargateProfilesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFargateProfilesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFargateProfilesResponse extends js.Object {\n    var fargateProfileNames: js.UndefOr[StringList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListFargateProfilesResponse {\n    @inline\n    def apply(\n        fargateProfileNames: js.UndefOr[StringList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListFargateProfilesResponse = {\n      val __obj = js.Dynamic.literal()\n      fargateProfileNames.foreach(__v => __obj.updateDynamic(\"fargateProfileNames\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFargateProfilesResponse]\n    }\n  }\n\n  @js.native\n  trait ListIdentityProviderConfigsRequest extends js.Object {\n    var clusterName: String\n    var maxResults: js.UndefOr[ListIdentityProviderConfigsRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListIdentityProviderConfigsRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        maxResults: js.UndefOr[ListIdentityProviderConfigsRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListIdentityProviderConfigsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentityProviderConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListIdentityProviderConfigsResponse extends js.Object {\n    var identityProviderConfigs: js.UndefOr[IdentityProviderConfigs]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListIdentityProviderConfigsResponse {\n    @inline\n    def apply(\n        identityProviderConfigs: js.UndefOr[IdentityProviderConfigs] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListIdentityProviderConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      identityProviderConfigs.foreach(__v => __obj.updateDynamic(\"identityProviderConfigs\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentityProviderConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListNodegroupsRequest extends js.Object {\n    var clusterName: String\n    var maxResults: js.UndefOr[ListNodegroupsRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListNodegroupsRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        maxResults: js.UndefOr[ListNodegroupsRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListNodegroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNodegroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListNodegroupsResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var nodegroups: js.UndefOr[StringList]\n  }\n\n  object ListNodegroupsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        nodegroups: js.UndefOr[StringList] = js.undefined\n    ): ListNodegroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      nodegroups.foreach(__v => __obj.updateDynamic(\"nodegroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNodegroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListUpdatesRequest extends js.Object {\n    var name: String\n    var addonName: js.UndefOr[String]\n    var maxResults: js.UndefOr[ListUpdatesRequestMaxResults]\n    var nextToken: js.UndefOr[String]\n    var nodegroupName: js.UndefOr[String]\n  }\n\n  object ListUpdatesRequest {\n    @inline\n    def apply(\n        name: String,\n        addonName: js.UndefOr[String] = js.undefined,\n        maxResults: js.UndefOr[ListUpdatesRequestMaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        nodegroupName: js.UndefOr[String] = js.undefined\n    ): ListUpdatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      addonName.foreach(__v => __obj.updateDynamic(\"addonName\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      nodegroupName.foreach(__v => __obj.updateDynamic(\"nodegroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUpdatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListUpdatesResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var updateIds: js.UndefOr[StringList]\n  }\n\n  object ListUpdatesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        updateIds: js.UndefOr[StringList] = js.undefined\n    ): ListUpdatesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      updateIds.foreach(__v => __obj.updateDynamic(\"updateIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUpdatesResponse]\n    }\n  }\n\n  \/** An object representing the enabled or disabled Kubernetes control plane logs for your cluster.\n    *\/\n  @js.native\n  trait LogSetup extends js.Object {\n    var enabled: js.UndefOr[BoxedBoolean]\n    var types: js.UndefOr[LogTypes]\n  }\n\n  object LogSetup {\n    @inline\n    def apply(\n        enabled: js.UndefOr[BoxedBoolean] = js.undefined,\n        types: js.UndefOr[LogTypes] = js.undefined\n    ): LogSetup = {\n      val __obj = js.Dynamic.literal()\n      enabled.foreach(__v => __obj.updateDynamic(\"enabled\")(__v.asInstanceOf[js.Any]))\n      types.foreach(__v => __obj.updateDynamic(\"types\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogSetup]\n    }\n  }\n\n  @js.native\n  sealed trait LogType extends js.Any\n  object LogType {\n    val api = \"api\".asInstanceOf[LogType]\n    val audit = \"audit\".asInstanceOf[LogType]\n    val authenticator = \"authenticator\".asInstanceOf[LogType]\n    val controllerManager = \"controllerManager\".asInstanceOf[LogType]\n    val scheduler = \"scheduler\".asInstanceOf[LogType]\n\n    @inline def values = js.Array(api, audit, authenticator, controllerManager, scheduler)\n  }\n\n  \/** An object representing the logging configuration for resources in your cluster.\n    *\/\n  @js.native\n  trait Logging extends js.Object {\n    var clusterLogging: js.UndefOr[LogSetups]\n  }\n\n  object Logging {\n    @inline\n    def apply(\n        clusterLogging: js.UndefOr[LogSetups] = js.undefined\n    ): Logging = {\n      val __obj = js.Dynamic.literal()\n      clusterLogging.foreach(__v => __obj.updateDynamic(\"clusterLogging\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Logging]\n    }\n  }\n\n  \/** An object representing an Amazon EKS managed node group.\n    *\/\n  @js.native\n  trait Nodegroup extends js.Object {\n    var amiType: js.UndefOr[AMITypes]\n    var capacityType: js.UndefOr[CapacityTypes]\n    var clusterName: js.UndefOr[String]\n    var createdAt: js.UndefOr[Timestamp]\n    var diskSize: js.UndefOr[BoxedInteger]\n    var health: js.UndefOr[NodegroupHealth]\n    var instanceTypes: js.UndefOr[StringList]\n    var labels: js.UndefOr[labelsMap]\n    var launchTemplate: js.UndefOr[LaunchTemplateSpecification]\n    var modifiedAt: js.UndefOr[Timestamp]\n    var nodeRole: js.UndefOr[String]\n    var nodegroupArn: js.UndefOr[String]\n    var nodegroupName: js.UndefOr[String]\n    var releaseVersion: js.UndefOr[String]\n    var remoteAccess: js.UndefOr[RemoteAccessConfig]\n    var resources: js.UndefOr[NodegroupResources]\n    var scalingConfig: js.UndefOr[NodegroupScalingConfig]\n    var status: js.UndefOr[NodegroupStatus]\n    var subnets: js.UndefOr[StringList]\n    var tags: js.UndefOr[TagMap]\n    var version: js.UndefOr[String]\n  }\n\n  object Nodegroup {\n    @inline\n    def apply(\n        amiType: js.UndefOr[AMITypes] = js.undefined,\n        capacityType: js.UndefOr[CapacityTypes] = js.undefined,\n        clusterName: js.UndefOr[String] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        diskSize: js.UndefOr[BoxedInteger] = js.undefined,\n        health: js.UndefOr[NodegroupHealth] = js.undefined,\n        instanceTypes: js.UndefOr[StringList] = js.undefined,\n        labels: js.UndefOr[labelsMap] = js.undefined,\n        launchTemplate: js.UndefOr[LaunchTemplateSpecification] = js.undefined,\n        modifiedAt: js.UndefOr[Timestamp] = js.undefined,\n        nodeRole: js.UndefOr[String] = js.undefined,\n        nodegroupArn: js.UndefOr[String] = js.undefined,\n        nodegroupName: js.UndefOr[String] = js.undefined,\n        releaseVersion: js.UndefOr[String] = js.undefined,\n        remoteAccess: js.UndefOr[RemoteAccessConfig] = js.undefined,\n        resources: js.UndefOr[NodegroupResources] = js.undefined,\n        scalingConfig: js.UndefOr[NodegroupScalingConfig] = js.undefined,\n        status: js.UndefOr[NodegroupStatus] = js.undefined,\n        subnets: js.UndefOr[StringList] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): Nodegroup = {\n      val __obj = js.Dynamic.literal()\n      amiType.foreach(__v => __obj.updateDynamic(\"amiType\")(__v.asInstanceOf[js.Any]))\n      capacityType.foreach(__v => __obj.updateDynamic(\"capacityType\")(__v.asInstanceOf[js.Any]))\n      clusterName.foreach(__v => __obj.updateDynamic(\"clusterName\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      diskSize.foreach(__v => __obj.updateDynamic(\"diskSize\")(__v.asInstanceOf[js.Any]))\n      health.foreach(__v => __obj.updateDynamic(\"health\")(__v.asInstanceOf[js.Any]))\n      instanceTypes.foreach(__v => __obj.updateDynamic(\"instanceTypes\")(__v.asInstanceOf[js.Any]))\n      labels.foreach(__v => __obj.updateDynamic(\"labels\")(__v.asInstanceOf[js.Any]))\n      launchTemplate.foreach(__v => __obj.updateDynamic(\"launchTemplate\")(__v.asInstanceOf[js.Any]))\n      modifiedAt.foreach(__v => __obj.updateDynamic(\"modifiedAt\")(__v.asInstanceOf[js.Any]))\n      nodeRole.foreach(__v => __obj.updateDynamic(\"nodeRole\")(__v.asInstanceOf[js.Any]))\n      nodegroupArn.foreach(__v => __obj.updateDynamic(\"nodegroupArn\")(__v.asInstanceOf[js.Any]))\n      nodegroupName.foreach(__v => __obj.updateDynamic(\"nodegroupName\")(__v.asInstanceOf[js.Any]))\n      releaseVersion.foreach(__v => __obj.updateDynamic(\"releaseVersion\")(__v.asInstanceOf[js.Any]))\n      remoteAccess.foreach(__v => __obj.updateDynamic(\"remoteAccess\")(__v.asInstanceOf[js.Any]))\n      resources.foreach(__v => __obj.updateDynamic(\"resources\")(__v.asInstanceOf[js.Any]))\n      scalingConfig.foreach(__v => __obj.updateDynamic(\"scalingConfig\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      subnets.foreach(__v => __obj.updateDynamic(\"subnets\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Nodegroup]\n    }\n  }\n\n  \/** An object representing the health status of the node group.\n    *\/\n  @js.native\n  trait NodegroupHealth extends js.Object {\n    var issues: js.UndefOr[IssueList]\n  }\n\n  object NodegroupHealth {\n    @inline\n    def apply(\n        issues: js.UndefOr[IssueList] = js.undefined\n    ): NodegroupHealth = {\n      val __obj = js.Dynamic.literal()\n      issues.foreach(__v => __obj.updateDynamic(\"issues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodegroupHealth]\n    }\n  }\n\n  @js.native\n  sealed trait NodegroupIssueCode extends js.Any\n  object NodegroupIssueCode {\n    val AutoScalingGroupNotFound = \"AutoScalingGroupNotFound\".asInstanceOf[NodegroupIssueCode]\n    val AutoScalingGroupInvalidConfiguration = \"AutoScalingGroupInvalidConfiguration\".asInstanceOf[NodegroupIssueCode]\n    val Ec2SecurityGroupNotFound = \"Ec2SecurityGroupNotFound\".asInstanceOf[NodegroupIssueCode]\n    val Ec2SecurityGroupDeletionFailure = \"Ec2SecurityGroupDeletionFailure\".asInstanceOf[NodegroupIssueCode]\n    val Ec2LaunchTemplateNotFound = \"Ec2LaunchTemplateNotFound\".asInstanceOf[NodegroupIssueCode]\n    val Ec2LaunchTemplateVersionMismatch = \"Ec2LaunchTemplateVersionMismatch\".asInstanceOf[NodegroupIssueCode]\n    val Ec2SubnetNotFound = \"Ec2SubnetNotFound\".asInstanceOf[NodegroupIssueCode]\n    val Ec2SubnetInvalidConfiguration = \"Ec2SubnetInvalidConfiguration\".asInstanceOf[NodegroupIssueCode]\n    val IamInstanceProfileNotFound = \"IamInstanceProfileNotFound\".asInstanceOf[NodegroupIssueCode]\n    val IamLimitExceeded = \"IamLimitExceeded\".asInstanceOf[NodegroupIssueCode]\n    val IamNodeRoleNotFound = \"IamNodeRoleNotFound\".asInstanceOf[NodegroupIssueCode]\n    val NodeCreationFailure = \"NodeCreationFailure\".asInstanceOf[NodegroupIssueCode]\n    val AsgInstanceLaunchFailures = \"AsgInstanceLaunchFailures\".asInstanceOf[NodegroupIssueCode]\n    val InstanceLimitExceeded = \"InstanceLimitExceeded\".asInstanceOf[NodegroupIssueCode]\n    val InsufficientFreeAddresses = \"InsufficientFreeAddresses\".asInstanceOf[NodegroupIssueCode]\n    val AccessDenied = \"AccessDenied\".asInstanceOf[NodegroupIssueCode]\n    val InternalFailure = \"InternalFailure\".asInstanceOf[NodegroupIssueCode]\n    val ClusterUnreachable = \"ClusterUnreachable\".asInstanceOf[NodegroupIssueCode]\n\n    @inline def values = js.Array(\n      AutoScalingGroupNotFound,\n      AutoScalingGroupInvalidConfiguration,\n      Ec2SecurityGroupNotFound,\n      Ec2SecurityGroupDeletionFailure,\n      Ec2LaunchTemplateNotFound,\n      Ec2LaunchTemplateVersionMismatch,\n      Ec2SubnetNotFound,\n      Ec2SubnetInvalidConfiguration,\n      IamInstanceProfileNotFound,\n      IamLimitExceeded,\n      IamNodeRoleNotFound,\n      NodeCreationFailure,\n      AsgInstanceLaunchFailures,\n      InstanceLimitExceeded,\n      InsufficientFreeAddresses,\n      AccessDenied,\n      InternalFailure,\n      ClusterUnreachable\n    )\n  }\n\n  \/** An object representing the resources associated with the node group, such as Auto Scaling groups and security groups for remote access.\n    *\/\n  @js.native\n  trait NodegroupResources extends js.Object {\n    var autoScalingGroups: js.UndefOr[AutoScalingGroupList]\n    var remoteAccessSecurityGroup: js.UndefOr[String]\n  }\n\n  object NodegroupResources {\n    @inline\n    def apply(\n        autoScalingGroups: js.UndefOr[AutoScalingGroupList] = js.undefined,\n        remoteAccessSecurityGroup: js.UndefOr[String] = js.undefined\n    ): NodegroupResources = {\n      val __obj = js.Dynamic.literal()\n      autoScalingGroups.foreach(__v => __obj.updateDynamic(\"autoScalingGroups\")(__v.asInstanceOf[js.Any]))\n      remoteAccessSecurityGroup.foreach(__v => __obj.updateDynamic(\"remoteAccessSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodegroupResources]\n    }\n  }\n\n  \/** An object representing the scaling configuration details for the Auto Scaling group that is associated with your node group. If you specify a value for any property, then you must specify values for all of the properties.\n    *\/\n  @js.native\n  trait NodegroupScalingConfig extends js.Object {\n    var desiredSize: js.UndefOr[Capacity]\n    var maxSize: js.UndefOr[Capacity]\n    var minSize: js.UndefOr[Capacity]\n  }\n\n  object NodegroupScalingConfig {\n    @inline\n    def apply(\n        desiredSize: js.UndefOr[Capacity] = js.undefined,\n        maxSize: js.UndefOr[Capacity] = js.undefined,\n        minSize: js.UndefOr[Capacity] = js.undefined\n    ): NodegroupScalingConfig = {\n      val __obj = js.Dynamic.literal()\n      desiredSize.foreach(__v => __obj.updateDynamic(\"desiredSize\")(__v.asInstanceOf[js.Any]))\n      maxSize.foreach(__v => __obj.updateDynamic(\"maxSize\")(__v.asInstanceOf[js.Any]))\n      minSize.foreach(__v => __obj.updateDynamic(\"minSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodegroupScalingConfig]\n    }\n  }\n\n  @js.native\n  sealed trait NodegroupStatus extends js.Any\n  object NodegroupStatus {\n    val CREATING = \"CREATING\".asInstanceOf[NodegroupStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[NodegroupStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[NodegroupStatus]\n    val DELETING = \"DELETING\".asInstanceOf[NodegroupStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[NodegroupStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[NodegroupStatus]\n    val DEGRADED = \"DEGRADED\".asInstanceOf[NodegroupStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, UPDATING, DELETING, CREATE_FAILED, DELETE_FAILED, DEGRADED)\n  }\n\n  \/** An object representing the [[https:\/\/openid.net\/connect\/|OpenID Connect]] (OIDC) identity provider information for the cluster.\n    *\/\n  @js.native\n  trait OIDC extends js.Object {\n    var issuer: js.UndefOr[String]\n  }\n\n  object OIDC {\n    @inline\n    def apply(\n        issuer: js.UndefOr[String] = js.undefined\n    ): OIDC = {\n      val __obj = js.Dynamic.literal()\n      issuer.foreach(__v => __obj.updateDynamic(\"issuer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OIDC]\n    }\n  }\n\n  \/** An object that represents the configuration for an OpenID Connect (OIDC) identity provider.\n    *\/\n  @js.native\n  trait OidcIdentityProviderConfig extends js.Object {\n    var clientId: js.UndefOr[String]\n    var clusterName: js.UndefOr[String]\n    var groupsClaim: js.UndefOr[String]\n    var groupsPrefix: js.UndefOr[String]\n    var identityProviderConfigArn: js.UndefOr[String]\n    var identityProviderConfigName: js.UndefOr[String]\n    var issuerUrl: js.UndefOr[String]\n    var requiredClaims: js.UndefOr[requiredClaimsMap]\n    var status: js.UndefOr[configStatus]\n    var tags: js.UndefOr[TagMap]\n    var usernameClaim: js.UndefOr[String]\n    var usernamePrefix: js.UndefOr[String]\n  }\n\n  object OidcIdentityProviderConfig {\n    @inline\n    def apply(\n        clientId: js.UndefOr[String] = js.undefined,\n        clusterName: js.UndefOr[String] = js.undefined,\n        groupsClaim: js.UndefOr[String] = js.undefined,\n        groupsPrefix: js.UndefOr[String] = js.undefined,\n        identityProviderConfigArn: js.UndefOr[String] = js.undefined,\n        identityProviderConfigName: js.UndefOr[String] = js.undefined,\n        issuerUrl: js.UndefOr[String] = js.undefined,\n        requiredClaims: js.UndefOr[requiredClaimsMap] = js.undefined,\n        status: js.UndefOr[configStatus] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        usernameClaim: js.UndefOr[String] = js.undefined,\n        usernamePrefix: js.UndefOr[String] = js.undefined\n    ): OidcIdentityProviderConfig = {\n      val __obj = js.Dynamic.literal()\n      clientId.foreach(__v => __obj.updateDynamic(\"clientId\")(__v.asInstanceOf[js.Any]))\n      clusterName.foreach(__v => __obj.updateDynamic(\"clusterName\")(__v.asInstanceOf[js.Any]))\n      groupsClaim.foreach(__v => __obj.updateDynamic(\"groupsClaim\")(__v.asInstanceOf[js.Any]))\n      groupsPrefix.foreach(__v => __obj.updateDynamic(\"groupsPrefix\")(__v.asInstanceOf[js.Any]))\n      identityProviderConfigArn.foreach(__v => __obj.updateDynamic(\"identityProviderConfigArn\")(__v.asInstanceOf[js.Any]))\n      identityProviderConfigName.foreach(__v => __obj.updateDynamic(\"identityProviderConfigName\")(__v.asInstanceOf[js.Any]))\n      issuerUrl.foreach(__v => __obj.updateDynamic(\"issuerUrl\")(__v.asInstanceOf[js.Any]))\n      requiredClaims.foreach(__v => __obj.updateDynamic(\"requiredClaims\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      usernameClaim.foreach(__v => __obj.updateDynamic(\"usernameClaim\")(__v.asInstanceOf[js.Any]))\n      usernamePrefix.foreach(__v => __obj.updateDynamic(\"usernamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OidcIdentityProviderConfig]\n    }\n  }\n\n  \/** An object representing an OpenID Connect (OIDC) configuration. Before associating an OIDC identity provider to your cluster, review the considerations in [[https:\/\/docs.aws.amazon.com\/eks\/latest\/userguide\/authenticate-oidc-identity-provider.html|Authenticating users for your cluster from an OpenID Connect identity provider]] in the <i>Amazon EKS User Guide<\/i>.\n    *\/\n  @js.native\n  trait OidcIdentityProviderConfigRequest extends js.Object {\n    var clientId: String\n    var identityProviderConfigName: String\n    var issuerUrl: String\n    var groupsClaim: js.UndefOr[String]\n    var groupsPrefix: js.UndefOr[String]\n    var requiredClaims: js.UndefOr[requiredClaimsMap]\n    var usernameClaim: js.UndefOr[String]\n    var usernamePrefix: js.UndefOr[String]\n  }\n\n  object OidcIdentityProviderConfigRequest {\n    @inline\n    def apply(\n        clientId: String,\n        identityProviderConfigName: String,\n        issuerUrl: String,\n        groupsClaim: js.UndefOr[String] = js.undefined,\n        groupsPrefix: js.UndefOr[String] = js.undefined,\n        requiredClaims: js.UndefOr[requiredClaimsMap] = js.undefined,\n        usernameClaim: js.UndefOr[String] = js.undefined,\n        usernamePrefix: js.UndefOr[String] = js.undefined\n    ): OidcIdentityProviderConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientId\" -> clientId.asInstanceOf[js.Any],\n        \"identityProviderConfigName\" -> identityProviderConfigName.asInstanceOf[js.Any],\n        \"issuerUrl\" -> issuerUrl.asInstanceOf[js.Any]\n      )\n\n      groupsClaim.foreach(__v => __obj.updateDynamic(\"groupsClaim\")(__v.asInstanceOf[js.Any]))\n      groupsPrefix.foreach(__v => __obj.updateDynamic(\"groupsPrefix\")(__v.asInstanceOf[js.Any]))\n      requiredClaims.foreach(__v => __obj.updateDynamic(\"requiredClaims\")(__v.asInstanceOf[js.Any]))\n      usernameClaim.foreach(__v => __obj.updateDynamic(\"usernameClaim\")(__v.asInstanceOf[js.Any]))\n      usernamePrefix.foreach(__v => __obj.updateDynamic(\"usernamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OidcIdentityProviderConfigRequest]\n    }\n  }\n\n  \/** Identifies the AWS Key Management Service (AWS KMS) customer master key (CMK) used to encrypt the secrets.\n    *\/\n  @js.native\n  trait Provider extends js.Object {\n    var keyArn: js.UndefOr[String]\n  }\n\n  object Provider {\n    @inline\n    def apply(\n        keyArn: js.UndefOr[String] = js.undefined\n    ): Provider = {\n      val __obj = js.Dynamic.literal()\n      keyArn.foreach(__v => __obj.updateDynamic(\"keyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Provider]\n    }\n  }\n\n  \/** An object representing the remote access configuration for the managed node group.\n    *\/\n  @js.native\n  trait RemoteAccessConfig extends js.Object {\n    var ec2SshKey: js.UndefOr[String]\n    var sourceSecurityGroups: js.UndefOr[StringList]\n  }\n\n  object RemoteAccessConfig {\n    @inline\n    def apply(\n        ec2SshKey: js.UndefOr[String] = js.undefined,\n        sourceSecurityGroups: js.UndefOr[StringList] = js.undefined\n    ): RemoteAccessConfig = {\n      val __obj = js.Dynamic.literal()\n      ec2SshKey.foreach(__v => __obj.updateDynamic(\"ec2SshKey\")(__v.asInstanceOf[js.Any]))\n      sourceSecurityGroups.foreach(__v => __obj.updateDynamic(\"sourceSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoteAccessConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ResolveConflicts extends js.Any\n  object ResolveConflicts {\n    val OVERWRITE = \"OVERWRITE\".asInstanceOf[ResolveConflicts]\n    val NONE = \"NONE\".asInstanceOf[ResolveConflicts]\n\n    @inline def values = js.Array(OVERWRITE, NONE)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** An object representing an asynchronous update.\n    *\/\n  @js.native\n  trait Update extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var errors: js.UndefOr[ErrorDetails]\n    var id: js.UndefOr[String]\n    var params: js.UndefOr[UpdateParams]\n    var status: js.UndefOr[UpdateStatus]\n    var `type`: js.UndefOr[UpdateType]\n  }\n\n  object Update {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        errors: js.UndefOr[ErrorDetails] = js.undefined,\n        id: js.UndefOr[String] = js.undefined,\n        params: js.UndefOr[UpdateParams] = js.undefined,\n        status: js.UndefOr[UpdateStatus] = js.undefined,\n        `type`: js.UndefOr[UpdateType] = js.undefined\n    ): Update = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      params.foreach(__v => __obj.updateDynamic(\"params\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Update]\n    }\n  }\n\n  @js.native\n  trait UpdateAddonRequest extends js.Object {\n    var addonName: String\n    var clusterName: ClusterName\n    var addonVersion: js.UndefOr[String]\n    var clientRequestToken: js.UndefOr[String]\n    var resolveConflicts: js.UndefOr[ResolveConflicts]\n    var serviceAccountRoleArn: js.UndefOr[RoleArn]\n  }\n\n  object UpdateAddonRequest {\n    @inline\n    def apply(\n        addonName: String,\n        clusterName: ClusterName,\n        addonVersion: js.UndefOr[String] = js.undefined,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        resolveConflicts: js.UndefOr[ResolveConflicts] = js.undefined,\n        serviceAccountRoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): UpdateAddonRequest = {\n      val __obj = js.Dynamic.literal(\n        \"addonName\" -> addonName.asInstanceOf[js.Any],\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any]\n      )\n\n      addonVersion.foreach(__v => __obj.updateDynamic(\"addonVersion\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      resolveConflicts.foreach(__v => __obj.updateDynamic(\"resolveConflicts\")(__v.asInstanceOf[js.Any]))\n      serviceAccountRoleArn.foreach(__v => __obj.updateDynamic(\"serviceAccountRoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAddonRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAddonResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object UpdateAddonResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): UpdateAddonResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAddonResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterConfigRequest extends js.Object {\n    var name: String\n    var clientRequestToken: js.UndefOr[String]\n    var logging: js.UndefOr[Logging]\n    var resourcesVpcConfig: js.UndefOr[VpcConfigRequest]\n  }\n\n  object UpdateClusterConfigRequest {\n    @inline\n    def apply(\n        name: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        logging: js.UndefOr[Logging] = js.undefined,\n        resourcesVpcConfig: js.UndefOr[VpcConfigRequest] = js.undefined\n    ): UpdateClusterConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      logging.foreach(__v => __obj.updateDynamic(\"logging\")(__v.asInstanceOf[js.Any]))\n      resourcesVpcConfig.foreach(__v => __obj.updateDynamic(\"resourcesVpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterConfigResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object UpdateClusterConfigResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): UpdateClusterConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterVersionRequest extends js.Object {\n    var name: String\n    var version: String\n    var clientRequestToken: js.UndefOr[String]\n  }\n\n  object UpdateClusterVersionRequest {\n    @inline\n    def apply(\n        name: String,\n        version: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined\n    ): UpdateClusterVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterVersionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterVersionResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object UpdateClusterVersionResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): UpdateClusterVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterVersionResponse]\n    }\n  }\n\n  \/** An object representing a Kubernetes label change for a managed node group.\n    *\/\n  @js.native\n  trait UpdateLabelsPayload extends js.Object {\n    var addOrUpdateLabels: js.UndefOr[labelsMap]\n    var removeLabels: js.UndefOr[labelsKeyList]\n  }\n\n  object UpdateLabelsPayload {\n    @inline\n    def apply(\n        addOrUpdateLabels: js.UndefOr[labelsMap] = js.undefined,\n        removeLabels: js.UndefOr[labelsKeyList] = js.undefined\n    ): UpdateLabelsPayload = {\n      val __obj = js.Dynamic.literal()\n      addOrUpdateLabels.foreach(__v => __obj.updateDynamic(\"addOrUpdateLabels\")(__v.asInstanceOf[js.Any]))\n      removeLabels.foreach(__v => __obj.updateDynamic(\"removeLabels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLabelsPayload]\n    }\n  }\n\n  @js.native\n  trait UpdateNodegroupConfigRequest extends js.Object {\n    var clusterName: String\n    var nodegroupName: String\n    var clientRequestToken: js.UndefOr[String]\n    var labels: js.UndefOr[UpdateLabelsPayload]\n    var scalingConfig: js.UndefOr[NodegroupScalingConfig]\n  }\n\n  object UpdateNodegroupConfigRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        nodegroupName: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        labels: js.UndefOr[UpdateLabelsPayload] = js.undefined,\n        scalingConfig: js.UndefOr[NodegroupScalingConfig] = js.undefined\n    ): UpdateNodegroupConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"nodegroupName\" -> nodegroupName.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      labels.foreach(__v => __obj.updateDynamic(\"labels\")(__v.asInstanceOf[js.Any]))\n      scalingConfig.foreach(__v => __obj.updateDynamic(\"scalingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNodegroupConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateNodegroupConfigResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object UpdateNodegroupConfigResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): UpdateNodegroupConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNodegroupConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateNodegroupVersionRequest extends js.Object {\n    var clusterName: String\n    var nodegroupName: String\n    var clientRequestToken: js.UndefOr[String]\n    var force: js.UndefOr[Boolean]\n    var launchTemplate: js.UndefOr[LaunchTemplateSpecification]\n    var releaseVersion: js.UndefOr[String]\n    var version: js.UndefOr[String]\n  }\n\n  object UpdateNodegroupVersionRequest {\n    @inline\n    def apply(\n        clusterName: String,\n        nodegroupName: String,\n        clientRequestToken: js.UndefOr[String] = js.undefined,\n        force: js.UndefOr[Boolean] = js.undefined,\n        launchTemplate: js.UndefOr[LaunchTemplateSpecification] = js.undefined,\n        releaseVersion: js.UndefOr[String] = js.undefined,\n        version: js.UndefOr[String] = js.undefined\n    ): UpdateNodegroupVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clusterName\" -> clusterName.asInstanceOf[js.Any],\n        \"nodegroupName\" -> nodegroupName.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      force.foreach(__v => __obj.updateDynamic(\"force\")(__v.asInstanceOf[js.Any]))\n      launchTemplate.foreach(__v => __obj.updateDynamic(\"launchTemplate\")(__v.asInstanceOf[js.Any]))\n      releaseVersion.foreach(__v => __obj.updateDynamic(\"releaseVersion\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNodegroupVersionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateNodegroupVersionResponse extends js.Object {\n    var update: js.UndefOr[Update]\n  }\n\n  object UpdateNodegroupVersionResponse {\n    @inline\n    def apply(\n        update: js.UndefOr[Update] = js.undefined\n    ): UpdateNodegroupVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      update.foreach(__v => __obj.updateDynamic(\"update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNodegroupVersionResponse]\n    }\n  }\n\n  \/** An object representing the details of an update request.\n    *\/\n  @js.native\n  trait UpdateParam extends js.Object {\n    var `type`: js.UndefOr[UpdateParamType]\n    var value: js.UndefOr[String]\n  }\n\n  object UpdateParam {\n    @inline\n    def apply(\n        `type`: js.UndefOr[UpdateParamType] = js.undefined,\n        value: js.UndefOr[String] = js.undefined\n    ): UpdateParam = {\n      val __obj = js.Dynamic.literal()\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateParam]\n    }\n  }\n\n  @js.native\n  sealed trait UpdateParamType extends js.Any\n  object UpdateParamType {\n    val Version = \"Version\".asInstanceOf[UpdateParamType]\n    val PlatformVersion = \"PlatformVersion\".asInstanceOf[UpdateParamType]\n    val EndpointPrivateAccess = \"EndpointPrivateAccess\".asInstanceOf[UpdateParamType]\n    val EndpointPublicAccess = \"EndpointPublicAccess\".asInstanceOf[UpdateParamType]\n    val ClusterLogging = \"ClusterLogging\".asInstanceOf[UpdateParamType]\n    val DesiredSize = \"DesiredSize\".asInstanceOf[UpdateParamType]\n    val LabelsToAdd = \"LabelsToAdd\".asInstanceOf[UpdateParamType]\n    val LabelsToRemove = \"LabelsToRemove\".asInstanceOf[UpdateParamType]\n    val MaxSize = \"MaxSize\".asInstanceOf[UpdateParamType]\n    val MinSize = \"MinSize\".asInstanceOf[UpdateParamType]\n    val ReleaseVersion = \"ReleaseVersion\".asInstanceOf[UpdateParamType]\n    val PublicAccessCidrs = \"PublicAccessCidrs\".asInstanceOf[UpdateParamType]\n    val IdentityProviderConfig = \"IdentityProviderConfig\".asInstanceOf[UpdateParamType]\n    val EncryptionConfig = \"EncryptionConfig\".asInstanceOf[UpdateParamType]\n    val AddonVersion = \"AddonVersion\".asInstanceOf[UpdateParamType]\n    val ServiceAccountRoleArn = \"ServiceAccountRoleArn\".asInstanceOf[UpdateParamType]\n    val ResolveConflicts = \"ResolveConflicts\".asInstanceOf[UpdateParamType]\n\n    @inline def values = js.Array(\n      Version,\n      PlatformVersion,\n      EndpointPrivateAccess,\n      EndpointPublicAccess,\n      ClusterLogging,\n      DesiredSize,\n      LabelsToAdd,\n      LabelsToRemove,\n      MaxSize,\n      MinSize,\n      ReleaseVersion,\n      PublicAccessCidrs,\n      IdentityProviderConfig,\n      EncryptionConfig,\n      AddonVersion,\n      ServiceAccountRoleArn,\n      ResolveConflicts\n    )\n  }\n\n  @js.native\n  sealed trait UpdateStatus extends js.Any\n  object UpdateStatus {\n    val InProgress = \"InProgress\".asInstanceOf[UpdateStatus]\n    val Failed = \"Failed\".asInstanceOf[UpdateStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[UpdateStatus]\n    val Successful = \"Successful\".asInstanceOf[UpdateStatus]\n\n    @inline def values = js.Array(InProgress, Failed, Cancelled, Successful)\n  }\n\n  @js.native\n  sealed trait UpdateType extends js.Any\n  object UpdateType {\n    val VersionUpdate = \"VersionUpdate\".asInstanceOf[UpdateType]\n    val EndpointAccessUpdate = \"EndpointAccessUpdate\".asInstanceOf[UpdateType]\n    val LoggingUpdate = \"LoggingUpdate\".asInstanceOf[UpdateType]\n    val ConfigUpdate = \"ConfigUpdate\".asInstanceOf[UpdateType]\n    val AssociateIdentityProviderConfig = \"AssociateIdentityProviderConfig\".asInstanceOf[UpdateType]\n    val DisassociateIdentityProviderConfig = \"DisassociateIdentityProviderConfig\".asInstanceOf[UpdateType]\n    val AssociateEncryptionConfig = \"AssociateEncryptionConfig\".asInstanceOf[UpdateType]\n    val AddonUpdate = \"AddonUpdate\".asInstanceOf[UpdateType]\n\n    @inline def values = js.Array(\n      VersionUpdate,\n      EndpointAccessUpdate,\n      LoggingUpdate,\n      ConfigUpdate,\n      AssociateIdentityProviderConfig,\n      DisassociateIdentityProviderConfig,\n      AssociateEncryptionConfig,\n      AddonUpdate\n    )\n  }\n\n  \/** An object representing the VPC configuration to use for an Amazon EKS cluster.\n    *\/\n  @js.native\n  trait VpcConfigRequest extends js.Object {\n    var endpointPrivateAccess: js.UndefOr[BoxedBoolean]\n    var endpointPublicAccess: js.UndefOr[BoxedBoolean]\n    var publicAccessCidrs: js.UndefOr[StringList]\n    var securityGroupIds: js.UndefOr[StringList]\n    var subnetIds: js.UndefOr[StringList]\n  }\n\n  object VpcConfigRequest {\n    @inline\n    def apply(\n        endpointPrivateAccess: js.UndefOr[BoxedBoolean] = js.undefined,\n        endpointPublicAccess: js.UndefOr[BoxedBoolean] = js.undefined,\n        publicAccessCidrs: js.UndefOr[StringList] = js.undefined,\n        securityGroupIds: js.UndefOr[StringList] = js.undefined,\n        subnetIds: js.UndefOr[StringList] = js.undefined\n    ): VpcConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      endpointPrivateAccess.foreach(__v => __obj.updateDynamic(\"endpointPrivateAccess\")(__v.asInstanceOf[js.Any]))\n      endpointPublicAccess.foreach(__v => __obj.updateDynamic(\"endpointPublicAccess\")(__v.asInstanceOf[js.Any]))\n      publicAccessCidrs.foreach(__v => __obj.updateDynamic(\"publicAccessCidrs\")(__v.asInstanceOf[js.Any]))\n      securityGroupIds.foreach(__v => __obj.updateDynamic(\"securityGroupIds\")(__v.asInstanceOf[js.Any]))\n      subnetIds.foreach(__v => __obj.updateDynamic(\"subnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfigRequest]\n    }\n  }\n\n  \/** An object representing an Amazon EKS cluster VPC configuration response.\n    *\/\n  @js.native\n  trait VpcConfigResponse extends js.Object {\n    var clusterSecurityGroupId: js.UndefOr[String]\n    var endpointPrivateAccess: js.UndefOr[Boolean]\n    var endpointPublicAccess: js.UndefOr[Boolean]\n    var publicAccessCidrs: js.UndefOr[StringList]\n    var securityGroupIds: js.UndefOr[StringList]\n    var subnetIds: js.UndefOr[StringList]\n    var vpcId: js.UndefOr[String]\n  }\n\n  object VpcConfigResponse {\n    @inline\n    def apply(\n        clusterSecurityGroupId: js.UndefOr[String] = js.undefined,\n        endpointPrivateAccess: js.UndefOr[Boolean] = js.undefined,\n        endpointPublicAccess: js.UndefOr[Boolean] = js.undefined,\n        publicAccessCidrs: js.UndefOr[StringList] = js.undefined,\n        securityGroupIds: js.UndefOr[StringList] = js.undefined,\n        subnetIds: js.UndefOr[StringList] = js.undefined,\n        vpcId: js.UndefOr[String] = js.undefined\n    ): VpcConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      clusterSecurityGroupId.foreach(__v => __obj.updateDynamic(\"clusterSecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      endpointPrivateAccess.foreach(__v => __obj.updateDynamic(\"endpointPrivateAccess\")(__v.asInstanceOf[js.Any]))\n      endpointPublicAccess.foreach(__v => __obj.updateDynamic(\"endpointPublicAccess\")(__v.asInstanceOf[js.Any]))\n      publicAccessCidrs.foreach(__v => __obj.updateDynamic(\"publicAccessCidrs\")(__v.asInstanceOf[js.Any]))\n      securityGroupIds.foreach(__v => __obj.updateDynamic(\"securityGroupIds\")(__v.asInstanceOf[js.Any]))\n      subnetIds.foreach(__v => __obj.updateDynamic(\"subnetIds\")(__v.asInstanceOf[js.Any]))\n      vpcId.foreach(__v => __obj.updateDynamic(\"vpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfigResponse]\n    }\n  }\n\n  @js.native\n  sealed trait configStatus extends js.Any\n  object configStatus {\n    val CREATING = \"CREATING\".asInstanceOf[configStatus]\n    val DELETING = \"DELETING\".asInstanceOf[configStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[configStatus]\n\n    @inline def values = js.Array(CREATING, DELETING, ACTIVE)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dynamodb\/src\/main\/scala\/facade\/amazonaws\/services\/DynamoDBExtension.scala","text":"package facade.amazonaws.services.dynamodb\n\nimport scala.scalajs.js\n\ncase class AttributeValueMapper[T](name: String, toJSAny: T => js.Any) extends Function[T, AttributeValue] {\n  override def apply(t: T): AttributeValue = js.Dynamic.literal(name -> this.toJSAny(t)).asInstanceOf[AttributeValue]\n}\n\nobject AttributeValueMapper {\n  implicit val AttributeValueTypeString: AttributeValueMapper[StringAttributeValue] =\n    AttributeValueMapper(\"S\", js.Any.fromString)\n  implicit val AttributeValueTypeBoolean: AttributeValueMapper[BooleanAttributeValue] =\n    AttributeValueMapper(\"BOOL\", js.Any.fromBoolean)\n  implicit val AttributeValueTypeMap: AttributeValueMapper[MapAttributeValue] =\n    AttributeValueMapper(\"M\", identity[MapAttributeValue])\n  implicit val AttributeValueTypeList: AttributeValueMapper[ListAttributeValue] =\n    AttributeValueMapper(\"L\", identity[ListAttributeValue])\n\n  implicit def AttributeValueTypeMapT[T: AttributeValueMapper]: AttributeValueMapper[Map[String, T]] = {\n    import scala.collection.compat._\n    AttributeValueMapper(\n      \"M\",\n      (seq: Map[String, T]) => js.Dictionary(seq.view.mapValues(implicitly[AttributeValueMapper[T]]).toSeq: _*)\n    )\n  }\n\n  implicit def AttributeValueTypeSeqT[T: AttributeValueMapper]: AttributeValueMapper[Seq[T]] =\n    AttributeValueMapper(\"L\", (seq: Seq[T]) => js.Array(seq.map(implicitly[AttributeValueMapper[T]]): _*))\n\n  implicit val AttributeValueTypeInt: AttributeValueMapper[Int] =\n    AttributeValueMapper(\"N\", x => js.Any.fromString(x.toString))\n  implicit val AttributeValueTypeDouble: AttributeValueMapper[Double] =\n    AttributeValueMapper(\"N\", x => js.Any.fromString(x.toString))\n  implicit val AttributeValueTypeScalaBigInt: AttributeValueMapper[BigInt] =\n    AttributeValueMapper(\"N\", n => js.Any.fromString(n.toString))\n  implicit val AttributeValueTypeScalaBigDecimal: AttributeValueMapper[BigDecimal] =\n    AttributeValueMapper(\"N\", n => js.Any.fromString(n.toString))\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mediatailor\/src\/main\/scala\/facade\/amazonaws\/services\/MediaTailor.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mediatailor {\n  type ConfigurationAliasesRequest = js.Dictionary[__mapOf__string]\n  type ConfigurationAliasesResponse = js.Dictionary[__mapOf__string]\n  type HttpPackageConfigurations = js.Array[HttpPackageConfiguration]\n  type MaxResults = Int\n  type RequestOutputs = js.Array[RequestOutputItem]\n  type ResponseOutputs = js.Array[ResponseOutputItem]\n  type __boolean = Boolean\n  type __integer = Int\n  type __integerMin1 = Int\n  type __listOfAdBreak = js.Array[AdBreak]\n  type __listOfChannel = js.Array[Channel]\n  type __listOfPlaybackConfiguration = js.Array[PlaybackConfiguration]\n  type __listOfScheduleEntry = js.Array[ScheduleEntry]\n  type __listOfSourceLocation = js.Array[SourceLocation]\n  type __listOfVodSource = js.Array[VodSource]\n  type __listOf__string = js.Array[__string]\n  type __long = Double\n  type __mapOf__string = js.Dictionary[__string]\n  type __string = String\n  type __timestampUnix = js.Date\n\n  implicit final class MediaTailorOps(private val service: MediaTailor) extends AnyVal {\n\n    @inline def createChannelFuture(params: CreateChannelRequest): Future[CreateChannelResponse] = service.createChannel(params).promise().toFuture\n    @inline def createProgramFuture(params: CreateProgramRequest): Future[CreateProgramResponse] = service.createProgram(params).promise().toFuture\n    @inline def createSourceLocationFuture(params: CreateSourceLocationRequest): Future[CreateSourceLocationResponse] = service.createSourceLocation(params).promise().toFuture\n    @inline def createVodSourceFuture(params: CreateVodSourceRequest): Future[CreateVodSourceResponse] = service.createVodSource(params).promise().toFuture\n    @inline def deleteChannelFuture(params: DeleteChannelRequest): Future[DeleteChannelResponse] = service.deleteChannel(params).promise().toFuture\n    @inline def deleteChannelPolicyFuture(params: DeleteChannelPolicyRequest): Future[DeleteChannelPolicyResponse] = service.deleteChannelPolicy(params).promise().toFuture\n    @inline def deletePlaybackConfigurationFuture(params: DeletePlaybackConfigurationRequest): Future[DeletePlaybackConfigurationResponse] = service.deletePlaybackConfiguration(params).promise().toFuture\n    @inline def deleteProgramFuture(params: DeleteProgramRequest): Future[DeleteProgramResponse] = service.deleteProgram(params).promise().toFuture\n    @inline def deleteSourceLocationFuture(params: DeleteSourceLocationRequest): Future[DeleteSourceLocationResponse] = service.deleteSourceLocation(params).promise().toFuture\n    @inline def deleteVodSourceFuture(params: DeleteVodSourceRequest): Future[DeleteVodSourceResponse] = service.deleteVodSource(params).promise().toFuture\n    @inline def describeChannelFuture(params: DescribeChannelRequest): Future[DescribeChannelResponse] = service.describeChannel(params).promise().toFuture\n    @inline def describeProgramFuture(params: DescribeProgramRequest): Future[DescribeProgramResponse] = service.describeProgram(params).promise().toFuture\n    @inline def describeSourceLocationFuture(params: DescribeSourceLocationRequest): Future[DescribeSourceLocationResponse] = service.describeSourceLocation(params).promise().toFuture\n    @inline def describeVodSourceFuture(params: DescribeVodSourceRequest): Future[DescribeVodSourceResponse] = service.describeVodSource(params).promise().toFuture\n    @inline def getChannelPolicyFuture(params: GetChannelPolicyRequest): Future[GetChannelPolicyResponse] = service.getChannelPolicy(params).promise().toFuture\n    @inline def getChannelScheduleFuture(params: GetChannelScheduleRequest): Future[GetChannelScheduleResponse] = service.getChannelSchedule(params).promise().toFuture\n    @inline def getPlaybackConfigurationFuture(params: GetPlaybackConfigurationRequest): Future[GetPlaybackConfigurationResponse] = service.getPlaybackConfiguration(params).promise().toFuture\n    @inline def listChannelsFuture(params: ListChannelsRequest): Future[ListChannelsResponse] = service.listChannels(params).promise().toFuture\n    @inline def listPlaybackConfigurationsFuture(params: ListPlaybackConfigurationsRequest): Future[ListPlaybackConfigurationsResponse] = service.listPlaybackConfigurations(params).promise().toFuture\n    @inline def listSourceLocationsFuture(params: ListSourceLocationsRequest): Future[ListSourceLocationsResponse] = service.listSourceLocations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listVodSourcesFuture(params: ListVodSourcesRequest): Future[ListVodSourcesResponse] = service.listVodSources(params).promise().toFuture\n    @inline def putChannelPolicyFuture(params: PutChannelPolicyRequest): Future[PutChannelPolicyResponse] = service.putChannelPolicy(params).promise().toFuture\n    @inline def putPlaybackConfigurationFuture(params: PutPlaybackConfigurationRequest): Future[PutPlaybackConfigurationResponse] = service.putPlaybackConfiguration(params).promise().toFuture\n    @inline def startChannelFuture(params: StartChannelRequest): Future[StartChannelResponse] = service.startChannel(params).promise().toFuture\n    @inline def stopChannelFuture(params: StopChannelRequest): Future[StopChannelResponse] = service.stopChannel(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateChannelFuture(params: UpdateChannelRequest): Future[UpdateChannelResponse] = service.updateChannel(params).promise().toFuture\n    @inline def updateSourceLocationFuture(params: UpdateSourceLocationRequest): Future[UpdateSourceLocationResponse] = service.updateSourceLocation(params).promise().toFuture\n    @inline def updateVodSourceFuture(params: UpdateVodSourceRequest): Future[UpdateVodSourceResponse] = service.updateVodSource(params).promise().toFuture\n\n  }\n}\n\npackage mediatailor {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mediatailor\", JSImport.Namespace, \"AWS.MediaTailor\")\n  class MediaTailor() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createChannel(params: CreateChannelRequest): Request[CreateChannelResponse] = js.native\n    def createProgram(params: CreateProgramRequest): Request[CreateProgramResponse] = js.native\n    def createSourceLocation(params: CreateSourceLocationRequest): Request[CreateSourceLocationResponse] = js.native\n    def createVodSource(params: CreateVodSourceRequest): Request[CreateVodSourceResponse] = js.native\n    def deleteChannel(params: DeleteChannelRequest): Request[DeleteChannelResponse] = js.native\n    def deleteChannelPolicy(params: DeleteChannelPolicyRequest): Request[DeleteChannelPolicyResponse] = js.native\n    def deletePlaybackConfiguration(params: DeletePlaybackConfigurationRequest): Request[DeletePlaybackConfigurationResponse] = js.native\n    def deleteProgram(params: DeleteProgramRequest): Request[DeleteProgramResponse] = js.native\n    def deleteSourceLocation(params: DeleteSourceLocationRequest): Request[DeleteSourceLocationResponse] = js.native\n    def deleteVodSource(params: DeleteVodSourceRequest): Request[DeleteVodSourceResponse] = js.native\n    def describeChannel(params: DescribeChannelRequest): Request[DescribeChannelResponse] = js.native\n    def describeProgram(params: DescribeProgramRequest): Request[DescribeProgramResponse] = js.native\n    def describeSourceLocation(params: DescribeSourceLocationRequest): Request[DescribeSourceLocationResponse] = js.native\n    def describeVodSource(params: DescribeVodSourceRequest): Request[DescribeVodSourceResponse] = js.native\n    def getChannelPolicy(params: GetChannelPolicyRequest): Request[GetChannelPolicyResponse] = js.native\n    def getChannelSchedule(params: GetChannelScheduleRequest): Request[GetChannelScheduleResponse] = js.native\n    def getPlaybackConfiguration(params: GetPlaybackConfigurationRequest): Request[GetPlaybackConfigurationResponse] = js.native\n    def listChannels(params: ListChannelsRequest): Request[ListChannelsResponse] = js.native\n    def listPlaybackConfigurations(params: ListPlaybackConfigurationsRequest): Request[ListPlaybackConfigurationsResponse] = js.native\n    def listSourceLocations(params: ListSourceLocationsRequest): Request[ListSourceLocationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listVodSources(params: ListVodSourcesRequest): Request[ListVodSourcesResponse] = js.native\n    def putChannelPolicy(params: PutChannelPolicyRequest): Request[PutChannelPolicyResponse] = js.native\n    def putPlaybackConfiguration(params: PutPlaybackConfigurationRequest): Request[PutPlaybackConfigurationResponse] = js.native\n    def startChannel(params: StartChannelRequest): Request[StartChannelResponse] = js.native\n    def stopChannel(params: StopChannelRequest): Request[StopChannelResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateChannel(params: UpdateChannelRequest): Request[UpdateChannelResponse] = js.native\n    def updateSourceLocation(params: UpdateSourceLocationRequest): Request[UpdateSourceLocationResponse] = js.native\n    def updateVodSource(params: UpdateVodSourceRequest): Request[UpdateVodSourceResponse] = js.native\n  }\n\n  \/** Access configuration parameters.\n    *\/\n  @js.native\n  trait AccessConfiguration extends js.Object {\n    var AccessType: js.UndefOr[AccessType]\n  }\n\n  object AccessConfiguration {\n    @inline\n    def apply(\n        AccessType: js.UndefOr[AccessType] = js.undefined\n    ): AccessConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AccessType.foreach(__v => __obj.updateDynamic(\"AccessType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait AccessType extends js.Any\n  object AccessType {\n    val S3_SIGV4 = \"S3_SIGV4\".asInstanceOf[AccessType]\n\n    @inline def values = js.Array(S3_SIGV4)\n  }\n\n  \/** Ad break configuration parameters.\n    *\/\n  @js.native\n  trait AdBreak extends js.Object {\n    var MessageType: js.UndefOr[MessageType]\n    var OffsetMillis: js.UndefOr[__long]\n    var Slate: js.UndefOr[SlateSource]\n    var SpliceInsertMessage: js.UndefOr[SpliceInsertMessage]\n  }\n\n  object AdBreak {\n    @inline\n    def apply(\n        MessageType: js.UndefOr[MessageType] = js.undefined,\n        OffsetMillis: js.UndefOr[__long] = js.undefined,\n        Slate: js.UndefOr[SlateSource] = js.undefined,\n        SpliceInsertMessage: js.UndefOr[SpliceInsertMessage] = js.undefined\n    ): AdBreak = {\n      val __obj = js.Dynamic.literal()\n      MessageType.foreach(__v => __obj.updateDynamic(\"MessageType\")(__v.asInstanceOf[js.Any]))\n      OffsetMillis.foreach(__v => __obj.updateDynamic(\"OffsetMillis\")(__v.asInstanceOf[js.Any]))\n      Slate.foreach(__v => __obj.updateDynamic(\"Slate\")(__v.asInstanceOf[js.Any]))\n      SpliceInsertMessage.foreach(__v => __obj.updateDynamic(\"SpliceInsertMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdBreak]\n    }\n  }\n\n  \/** For HLS, when set to true, MediaTailor passes through EXT-X-CUE-IN, EXT-X-CUE-OUT, and EXT-X-SPLICEPOINT-SCTE35 ad markers from the origin manifest to the MediaTailor personalized manifest. No logic is applied to these ad markers. For example, if EXT-X-CUE-OUT has a value of 60, but no ads are filled for that ad break, MediaTailor will not set the value to 0.\n    *\/\n  @js.native\n  trait AdMarkerPassthrough extends js.Object {\n    var Enabled: js.UndefOr[__boolean]\n  }\n\n  object AdMarkerPassthrough {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[__boolean] = js.undefined\n    ): AdMarkerPassthrough = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdMarkerPassthrough]\n    }\n  }\n\n  \/** The configuration for avail suppression, also known as ad suppression. For more information about ad suppression, see [[https:\/\/docs.aws.amazon.com\/mediatailor\/latest\/ug\/ad-behavior.html|Ad Suppression]].\n    *\/\n  @js.native\n  trait AvailSuppression extends js.Object {\n    var Mode: js.UndefOr[Mode]\n    var Value: js.UndefOr[__string]\n  }\n\n  object AvailSuppression {\n    @inline\n    def apply(\n        Mode: js.UndefOr[Mode] = js.undefined,\n        Value: js.UndefOr[__string] = js.undefined\n    ): AvailSuppression = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailSuppression]\n    }\n  }\n\n  \/** The configuration for bumpers. Bumpers are short audio or video clips that play at the start or before the end of an ad break. To learn more about bumpers, see [[https:\/\/docs.aws.amazon.com\/mediatailor\/latest\/ug\/bumpers.html|Bumpers]].\n    *\/\n  @js.native\n  trait Bumper extends js.Object {\n    var EndUrl: js.UndefOr[__string]\n    var StartUrl: js.UndefOr[__string]\n  }\n\n  object Bumper {\n    @inline\n    def apply(\n        EndUrl: js.UndefOr[__string] = js.undefined,\n        StartUrl: js.UndefOr[__string] = js.undefined\n    ): Bumper = {\n      val __obj = js.Dynamic.literal()\n      EndUrl.foreach(__v => __obj.updateDynamic(\"EndUrl\")(__v.asInstanceOf[js.Any]))\n      StartUrl.foreach(__v => __obj.updateDynamic(\"StartUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Bumper]\n    }\n  }\n\n  \/** The configuration for using a content delivery network (CDN), like Amazon CloudFront, for content and ad segment management.\n    *\/\n  @js.native\n  trait CdnConfiguration extends js.Object {\n    var AdSegmentUrlPrefix: js.UndefOr[__string]\n    var ContentSegmentUrlPrefix: js.UndefOr[__string]\n  }\n\n  object CdnConfiguration {\n    @inline\n    def apply(\n        AdSegmentUrlPrefix: js.UndefOr[__string] = js.undefined,\n        ContentSegmentUrlPrefix: js.UndefOr[__string] = js.undefined\n    ): CdnConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AdSegmentUrlPrefix.foreach(__v => __obj.updateDynamic(\"AdSegmentUrlPrefix\")(__v.asInstanceOf[js.Any]))\n      ContentSegmentUrlPrefix.foreach(__v => __obj.updateDynamic(\"ContentSegmentUrlPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CdnConfiguration]\n    }\n  }\n\n  \/** The configuration parameters for a channel.\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var Arn: __string\n    var ChannelName: __string\n    var ChannelState: __string\n    var Outputs: ResponseOutputs\n    var PlaybackMode: __string\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        Arn: __string,\n        ChannelName: __string,\n        ChannelState: __string,\n        Outputs: ResponseOutputs,\n        PlaybackMode: __string,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"ChannelState\" -> ChannelState.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any],\n        \"PlaybackMode\" -> PlaybackMode.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelState extends js.Any\n  object ChannelState {\n    val RUNNING = \"RUNNING\".asInstanceOf[ChannelState]\n    val STOPPED = \"STOPPED\".asInstanceOf[ChannelState]\n\n    @inline def values = js.Array(RUNNING, STOPPED)\n  }\n\n  @js.native\n  trait CreateChannelRequest extends js.Object {\n    var ChannelName: __string\n    var Outputs: RequestOutputs\n    var PlaybackMode: PlaybackMode\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        Outputs: RequestOutputs,\n        PlaybackMode: PlaybackMode,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any],\n        \"PlaybackMode\" -> PlaybackMode.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ChannelName: js.UndefOr[__string]\n    var ChannelState: js.UndefOr[ChannelState]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Outputs: js.UndefOr[ResponseOutputs]\n    var PlaybackMode: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ChannelName: js.UndefOr[__string] = js.undefined,\n        ChannelState: js.UndefOr[ChannelState] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Outputs: js.UndefOr[ResponseOutputs] = js.undefined,\n        PlaybackMode: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ChannelName.foreach(__v => __obj.updateDynamic(\"ChannelName\")(__v.asInstanceOf[js.Any]))\n      ChannelState.foreach(__v => __obj.updateDynamic(\"ChannelState\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      PlaybackMode.foreach(__v => __obj.updateDynamic(\"PlaybackMode\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProgramRequest extends js.Object {\n    var ChannelName: __string\n    var ProgramName: __string\n    var ScheduleConfiguration: ScheduleConfiguration\n    var SourceLocationName: __string\n    var VodSourceName: __string\n    var AdBreaks: js.UndefOr[__listOfAdBreak]\n  }\n\n  object CreateProgramRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        ProgramName: __string,\n        ScheduleConfiguration: ScheduleConfiguration,\n        SourceLocationName: __string,\n        VodSourceName: __string,\n        AdBreaks: js.UndefOr[__listOfAdBreak] = js.undefined\n    ): CreateProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any],\n        \"ScheduleConfiguration\" -> ScheduleConfiguration.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n\n      AdBreaks.foreach(__v => __obj.updateDynamic(\"AdBreaks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProgramRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProgramResponse extends js.Object {\n    var AdBreaks: js.UndefOr[__listOfAdBreak]\n    var Arn: js.UndefOr[__string]\n    var ChannelName: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var ProgramName: js.UndefOr[__string]\n    var SourceLocationName: js.UndefOr[__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object CreateProgramResponse {\n    @inline\n    def apply(\n        AdBreaks: js.UndefOr[__listOfAdBreak] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        ChannelName: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): CreateProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      AdBreaks.foreach(__v => __obj.updateDynamic(\"AdBreaks\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ChannelName.foreach(__v => __obj.updateDynamic(\"ChannelName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProgramResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSourceLocationRequest extends js.Object {\n    var HttpConfiguration: HttpConfiguration\n    var SourceLocationName: __string\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateSourceLocationRequest {\n    @inline\n    def apply(\n        HttpConfiguration: HttpConfiguration,\n        SourceLocationName: __string,\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateSourceLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HttpConfiguration\" -> HttpConfiguration.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSourceLocationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSourceLocationResponse extends js.Object {\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n    var HttpConfiguration: js.UndefOr[HttpConfiguration]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateSourceLocationResponse {\n    @inline\n    def apply(\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined,\n        HttpConfiguration: js.UndefOr[HttpConfiguration] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateSourceLocationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      HttpConfiguration.foreach(__v => __obj.updateDynamic(\"HttpConfiguration\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSourceLocationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVodSourceRequest extends js.Object {\n    var HttpPackageConfigurations: HttpPackageConfigurations\n    var SourceLocationName: __string\n    var VodSourceName: __string\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object CreateVodSourceRequest {\n    @inline\n    def apply(\n        HttpPackageConfigurations: HttpPackageConfigurations,\n        SourceLocationName: __string,\n        VodSourceName: __string,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): CreateVodSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HttpPackageConfigurations\" -> HttpPackageConfigurations.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVodSourceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateVodSourceResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object CreateVodSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): CreateVodSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      HttpPackageConfigurations.foreach(__v => __obj.updateDynamic(\"HttpPackageConfigurations\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVodSourceResponse]\n    }\n  }\n\n  \/** The configuration for DASH content.\n    *\/\n  @js.native\n  trait DashConfiguration extends js.Object {\n    var ManifestEndpointPrefix: js.UndefOr[__string]\n    var MpdLocation: js.UndefOr[__string]\n    var OriginManifestType: js.UndefOr[OriginManifestType]\n  }\n\n  object DashConfiguration {\n    @inline\n    def apply(\n        ManifestEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        MpdLocation: js.UndefOr[__string] = js.undefined,\n        OriginManifestType: js.UndefOr[OriginManifestType] = js.undefined\n    ): DashConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ManifestEndpointPrefix.foreach(__v => __obj.updateDynamic(\"ManifestEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      MpdLocation.foreach(__v => __obj.updateDynamic(\"MpdLocation\")(__v.asInstanceOf[js.Any]))\n      OriginManifestType.foreach(__v => __obj.updateDynamic(\"OriginManifestType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashConfiguration]\n    }\n  }\n\n  \/** The configuration for DASH PUT operations.\n    *\/\n  @js.native\n  trait DashConfigurationForPut extends js.Object {\n    var MpdLocation: js.UndefOr[__string]\n    var OriginManifestType: js.UndefOr[OriginManifestType]\n  }\n\n  object DashConfigurationForPut {\n    @inline\n    def apply(\n        MpdLocation: js.UndefOr[__string] = js.undefined,\n        OriginManifestType: js.UndefOr[OriginManifestType] = js.undefined\n    ): DashConfigurationForPut = {\n      val __obj = js.Dynamic.literal()\n      MpdLocation.foreach(__v => __obj.updateDynamic(\"MpdLocation\")(__v.asInstanceOf[js.Any]))\n      OriginManifestType.foreach(__v => __obj.updateDynamic(\"OriginManifestType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashConfigurationForPut]\n    }\n  }\n\n  \/** Dash manifest configuration parameters.\n    *\/\n  @js.native\n  trait DashPlaylistSettings extends js.Object {\n    var ManifestWindowSeconds: js.UndefOr[__integer]\n    var MinBufferTimeSeconds: js.UndefOr[__integer]\n    var MinUpdatePeriodSeconds: js.UndefOr[__integer]\n    var SuggestedPresentationDelaySeconds: js.UndefOr[__integer]\n  }\n\n  object DashPlaylistSettings {\n    @inline\n    def apply(\n        ManifestWindowSeconds: js.UndefOr[__integer] = js.undefined,\n        MinBufferTimeSeconds: js.UndefOr[__integer] = js.undefined,\n        MinUpdatePeriodSeconds: js.UndefOr[__integer] = js.undefined,\n        SuggestedPresentationDelaySeconds: js.UndefOr[__integer] = js.undefined\n    ): DashPlaylistSettings = {\n      val __obj = js.Dynamic.literal()\n      ManifestWindowSeconds.foreach(__v => __obj.updateDynamic(\"ManifestWindowSeconds\")(__v.asInstanceOf[js.Any]))\n      MinBufferTimeSeconds.foreach(__v => __obj.updateDynamic(\"MinBufferTimeSeconds\")(__v.asInstanceOf[js.Any]))\n      MinUpdatePeriodSeconds.foreach(__v => __obj.updateDynamic(\"MinUpdatePeriodSeconds\")(__v.asInstanceOf[js.Any]))\n      SuggestedPresentationDelaySeconds.foreach(__v => __obj.updateDynamic(\"SuggestedPresentationDelaySeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashPlaylistSettings]\n    }\n  }\n\n  \/** The optional configuration for a server that serves segments. Use this if you want the segment delivery server to be different from the source location server. For example, you can configure your source location server to be an origination server, such as MediaPackage, and the segment delivery server to be a content delivery network (CDN), such as CloudFront. If you don't specify a segment delivery server, then the source location server is used.\n    *\/\n  @js.native\n  trait DefaultSegmentDeliveryConfiguration extends js.Object {\n    var BaseUrl: js.UndefOr[__string]\n  }\n\n  object DefaultSegmentDeliveryConfiguration {\n    @inline\n    def apply(\n        BaseUrl: js.UndefOr[__string] = js.undefined\n    ): DefaultSegmentDeliveryConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BaseUrl.foreach(__v => __obj.updateDynamic(\"BaseUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultSegmentDeliveryConfiguration]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelPolicyRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object DeleteChannelPolicyRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): DeleteChannelPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteChannelPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelPolicyResponse extends js.Object\n\n  object DeleteChannelPolicyResponse {\n    @inline\n    def apply(): DeleteChannelPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteChannelPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object DeleteChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): DeleteChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteChannelRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelResponse extends js.Object\n\n  object DeleteChannelResponse {\n    @inline\n    def apply(): DeleteChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteChannelResponse]\n    }\n  }\n\n  @js.native\n  trait DeletePlaybackConfigurationRequest extends js.Object {\n    var Name: __string\n  }\n\n  object DeletePlaybackConfigurationRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): DeletePlaybackConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePlaybackConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePlaybackConfigurationResponse extends js.Object\n\n  object DeletePlaybackConfigurationResponse {\n    @inline\n    def apply(): DeletePlaybackConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePlaybackConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteProgramRequest extends js.Object {\n    var ChannelName: __string\n    var ProgramName: __string\n  }\n\n  object DeleteProgramRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        ProgramName: __string\n    ): DeleteProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProgramRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProgramResponse extends js.Object\n\n  object DeleteProgramResponse {\n    @inline\n    def apply(): DeleteProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteProgramResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceLocationRequest extends js.Object {\n    var SourceLocationName: __string\n  }\n\n  object DeleteSourceLocationRequest {\n    @inline\n    def apply(\n        SourceLocationName: __string\n    ): DeleteSourceLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSourceLocationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceLocationResponse extends js.Object\n\n  object DeleteSourceLocationResponse {\n    @inline\n    def apply(): DeleteSourceLocationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteSourceLocationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteVodSourceRequest extends js.Object {\n    var SourceLocationName: __string\n    var VodSourceName: __string\n  }\n\n  object DeleteVodSourceRequest {\n    @inline\n    def apply(\n        SourceLocationName: __string,\n        VodSourceName: __string\n    ): DeleteVodSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVodSourceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVodSourceResponse extends js.Object\n\n  object DeleteVodSourceResponse {\n    @inline\n    def apply(): DeleteVodSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteVodSourceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object DescribeChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): DescribeChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeChannelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ChannelName: js.UndefOr[__string]\n    var ChannelState: js.UndefOr[ChannelState]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Outputs: js.UndefOr[ResponseOutputs]\n    var PlaybackMode: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object DescribeChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ChannelName: js.UndefOr[__string] = js.undefined,\n        ChannelState: js.UndefOr[ChannelState] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Outputs: js.UndefOr[ResponseOutputs] = js.undefined,\n        PlaybackMode: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): DescribeChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ChannelName.foreach(__v => __obj.updateDynamic(\"ChannelName\")(__v.asInstanceOf[js.Any]))\n      ChannelState.foreach(__v => __obj.updateDynamic(\"ChannelState\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      PlaybackMode.foreach(__v => __obj.updateDynamic(\"PlaybackMode\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProgramRequest extends js.Object {\n    var ChannelName: __string\n    var ProgramName: __string\n  }\n\n  object DescribeProgramRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        ProgramName: __string\n    ): DescribeProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProgramRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProgramResponse extends js.Object {\n    var AdBreaks: js.UndefOr[__listOfAdBreak]\n    var Arn: js.UndefOr[__string]\n    var ChannelName: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var ProgramName: js.UndefOr[__string]\n    var SourceLocationName: js.UndefOr[__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object DescribeProgramResponse {\n    @inline\n    def apply(\n        AdBreaks: js.UndefOr[__listOfAdBreak] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        ChannelName: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): DescribeProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      AdBreaks.foreach(__v => __obj.updateDynamic(\"AdBreaks\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ChannelName.foreach(__v => __obj.updateDynamic(\"ChannelName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProgramResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSourceLocationRequest extends js.Object {\n    var SourceLocationName: __string\n  }\n\n  object DescribeSourceLocationRequest {\n    @inline\n    def apply(\n        SourceLocationName: __string\n    ): DescribeSourceLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSourceLocationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSourceLocationResponse extends js.Object {\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n    var HttpConfiguration: js.UndefOr[HttpConfiguration]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object DescribeSourceLocationResponse {\n    @inline\n    def apply(\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined,\n        HttpConfiguration: js.UndefOr[HttpConfiguration] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): DescribeSourceLocationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      HttpConfiguration.foreach(__v => __obj.updateDynamic(\"HttpConfiguration\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSourceLocationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeVodSourceRequest extends js.Object {\n    var SourceLocationName: __string\n    var VodSourceName: __string\n  }\n\n  object DescribeVodSourceRequest {\n    @inline\n    def apply(\n        SourceLocationName: __string,\n        VodSourceName: __string\n    ): DescribeVodSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeVodSourceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeVodSourceResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object DescribeVodSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): DescribeVodSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      HttpPackageConfigurations.foreach(__v => __obj.updateDynamic(\"HttpPackageConfigurations\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVodSourceResponse]\n    }\n  }\n\n  @js.native\n  trait GetChannelPolicyRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object GetChannelPolicyRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): GetChannelPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetChannelPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetChannelPolicyResponse extends js.Object {\n    var Policy: js.UndefOr[__string]\n  }\n\n  object GetChannelPolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[__string] = js.undefined\n    ): GetChannelPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetChannelScheduleRequest extends js.Object {\n    var ChannelName: __string\n    var DurationMinutes: js.UndefOr[__string]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object GetChannelScheduleRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        DurationMinutes: js.UndefOr[__string] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): GetChannelScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n\n      DurationMinutes.foreach(__v => __obj.updateDynamic(\"DurationMinutes\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait GetChannelScheduleResponse extends js.Object {\n    var Items: js.UndefOr[__listOfScheduleEntry]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object GetChannelScheduleResponse {\n    @inline\n    def apply(\n        Items: js.UndefOr[__listOfScheduleEntry] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): GetChannelScheduleResponse = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelScheduleResponse]\n    }\n  }\n\n  @js.native\n  trait GetPlaybackConfigurationRequest extends js.Object {\n    var Name: __string\n  }\n\n  object GetPlaybackConfigurationRequest {\n    @inline\n    def apply(\n        Name: __string\n    ): GetPlaybackConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPlaybackConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetPlaybackConfigurationResponse extends js.Object {\n    var AdDecisionServerUrl: js.UndefOr[__string]\n    var AvailSuppression: js.UndefOr[AvailSuppression]\n    var Bumper: js.UndefOr[Bumper]\n    var CdnConfiguration: js.UndefOr[CdnConfiguration]\n    var ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse]\n    var DashConfiguration: js.UndefOr[DashConfiguration]\n    var HlsConfiguration: js.UndefOr[HlsConfiguration]\n    var LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration]\n    var ManifestProcessingRules: js.UndefOr[ManifestProcessingRules]\n    var Name: js.UndefOr[__string]\n    var PersonalizationThresholdSeconds: js.UndefOr[__integerMin1]\n    var PlaybackConfigurationArn: js.UndefOr[__string]\n    var PlaybackEndpointPrefix: js.UndefOr[__string]\n    var SessionInitializationEndpointPrefix: js.UndefOr[__string]\n    var SlateAdUrl: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var TranscodeProfileName: js.UndefOr[__string]\n    var VideoContentSourceUrl: js.UndefOr[__string]\n  }\n\n  object GetPlaybackConfigurationResponse {\n    @inline\n    def apply(\n        AdDecisionServerUrl: js.UndefOr[__string] = js.undefined,\n        AvailSuppression: js.UndefOr[AvailSuppression] = js.undefined,\n        Bumper: js.UndefOr[Bumper] = js.undefined,\n        CdnConfiguration: js.UndefOr[CdnConfiguration] = js.undefined,\n        ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse] = js.undefined,\n        DashConfiguration: js.UndefOr[DashConfiguration] = js.undefined,\n        HlsConfiguration: js.UndefOr[HlsConfiguration] = js.undefined,\n        LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration] = js.undefined,\n        ManifestProcessingRules: js.UndefOr[ManifestProcessingRules] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PersonalizationThresholdSeconds: js.UndefOr[__integerMin1] = js.undefined,\n        PlaybackConfigurationArn: js.UndefOr[__string] = js.undefined,\n        PlaybackEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SessionInitializationEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SlateAdUrl: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        TranscodeProfileName: js.UndefOr[__string] = js.undefined,\n        VideoContentSourceUrl: js.UndefOr[__string] = js.undefined\n    ): GetPlaybackConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      AdDecisionServerUrl.foreach(__v => __obj.updateDynamic(\"AdDecisionServerUrl\")(__v.asInstanceOf[js.Any]))\n      AvailSuppression.foreach(__v => __obj.updateDynamic(\"AvailSuppression\")(__v.asInstanceOf[js.Any]))\n      Bumper.foreach(__v => __obj.updateDynamic(\"Bumper\")(__v.asInstanceOf[js.Any]))\n      CdnConfiguration.foreach(__v => __obj.updateDynamic(\"CdnConfiguration\")(__v.asInstanceOf[js.Any]))\n      ConfigurationAliases.foreach(__v => __obj.updateDynamic(\"ConfigurationAliases\")(__v.asInstanceOf[js.Any]))\n      DashConfiguration.foreach(__v => __obj.updateDynamic(\"DashConfiguration\")(__v.asInstanceOf[js.Any]))\n      HlsConfiguration.foreach(__v => __obj.updateDynamic(\"HlsConfiguration\")(__v.asInstanceOf[js.Any]))\n      LivePreRollConfiguration.foreach(__v => __obj.updateDynamic(\"LivePreRollConfiguration\")(__v.asInstanceOf[js.Any]))\n      ManifestProcessingRules.foreach(__v => __obj.updateDynamic(\"ManifestProcessingRules\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PersonalizationThresholdSeconds.foreach(__v => __obj.updateDynamic(\"PersonalizationThresholdSeconds\")(__v.asInstanceOf[js.Any]))\n      PlaybackConfigurationArn.foreach(__v => __obj.updateDynamic(\"PlaybackConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      PlaybackEndpointPrefix.foreach(__v => __obj.updateDynamic(\"PlaybackEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SessionInitializationEndpointPrefix.foreach(__v => __obj.updateDynamic(\"SessionInitializationEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SlateAdUrl.foreach(__v => __obj.updateDynamic(\"SlateAdUrl\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TranscodeProfileName.foreach(__v => __obj.updateDynamic(\"TranscodeProfileName\")(__v.asInstanceOf[js.Any]))\n      VideoContentSourceUrl.foreach(__v => __obj.updateDynamic(\"VideoContentSourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPlaybackConfigurationResponse]\n    }\n  }\n\n  \/** The configuration for HLS content.\n    *\/\n  @js.native\n  trait HlsConfiguration extends js.Object {\n    var ManifestEndpointPrefix: js.UndefOr[__string]\n  }\n\n  object HlsConfiguration {\n    @inline\n    def apply(\n        ManifestEndpointPrefix: js.UndefOr[__string] = js.undefined\n    ): HlsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ManifestEndpointPrefix.foreach(__v => __obj.updateDynamic(\"ManifestEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsConfiguration]\n    }\n  }\n\n  \/** HLS playlist configuration parameters.\n    *\/\n  @js.native\n  trait HlsPlaylistSettings extends js.Object {\n    var ManifestWindowSeconds: js.UndefOr[__integer]\n  }\n\n  object HlsPlaylistSettings {\n    @inline\n    def apply(\n        ManifestWindowSeconds: js.UndefOr[__integer] = js.undefined\n    ): HlsPlaylistSettings = {\n      val __obj = js.Dynamic.literal()\n      ManifestWindowSeconds.foreach(__v => __obj.updateDynamic(\"ManifestWindowSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsPlaylistSettings]\n    }\n  }\n\n  \/** The HTTP configuration for the source location.\n    *\/\n  @js.native\n  trait HttpConfiguration extends js.Object {\n    var BaseUrl: __string\n  }\n\n  object HttpConfiguration {\n    @inline\n    def apply(\n        BaseUrl: __string\n    ): HttpConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"BaseUrl\" -> BaseUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpConfiguration]\n    }\n  }\n\n  \/** The HTTP package configuration properties for the requested VOD source.\n    *\/\n  @js.native\n  trait HttpPackageConfiguration extends js.Object {\n    var Path: __string\n    var SourceGroup: __string\n    var Type: Type\n  }\n\n  object HttpPackageConfiguration {\n    @inline\n    def apply(\n        Path: __string,\n        SourceGroup: __string,\n        Type: Type\n    ): HttpPackageConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"SourceGroup\" -> SourceGroup.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpPackageConfiguration]\n    }\n  }\n\n  @js.native\n  trait ListChannelsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListChannelsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListChannelsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelsResponse extends js.Object {\n    var Items: js.UndefOr[__listOfChannel]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListChannelsResponse {\n    @inline\n    def apply(\n        Items: js.UndefOr[__listOfChannel] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListChannelsResponse = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPlaybackConfigurationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListPlaybackConfigurationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListPlaybackConfigurationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlaybackConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPlaybackConfigurationsResponse extends js.Object {\n    var Items: js.UndefOr[__listOfPlaybackConfiguration]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListPlaybackConfigurationsResponse {\n    @inline\n    def apply(\n        Items: js.UndefOr[__listOfPlaybackConfiguration] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListPlaybackConfigurationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlaybackConfigurationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSourceLocationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListSourceLocationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListSourceLocationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSourceLocationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSourceLocationsResponse extends js.Object {\n    var Items: js.UndefOr[__listOfSourceLocation]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListSourceLocationsResponse {\n    @inline\n    def apply(\n        Items: js.UndefOr[__listOfSourceLocation] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListSourceLocationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSourceLocationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: __string\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListVodSourcesRequest extends js.Object {\n    var SourceLocationName: __string\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListVodSourcesRequest {\n    @inline\n    def apply(\n        SourceLocationName: __string,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListVodSourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVodSourcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListVodSourcesResponse extends js.Object {\n    var Items: js.UndefOr[__listOfVodSource]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListVodSourcesResponse {\n    @inline\n    def apply(\n        Items: js.UndefOr[__listOfVodSource] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListVodSourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVodSourcesResponse]\n    }\n  }\n\n  \/** The configuration for pre-roll ad insertion.\n    *\/\n  @js.native\n  trait LivePreRollConfiguration extends js.Object {\n    var AdDecisionServerUrl: js.UndefOr[__string]\n    var MaxDurationSeconds: js.UndefOr[__integer]\n  }\n\n  object LivePreRollConfiguration {\n    @inline\n    def apply(\n        AdDecisionServerUrl: js.UndefOr[__string] = js.undefined,\n        MaxDurationSeconds: js.UndefOr[__integer] = js.undefined\n    ): LivePreRollConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AdDecisionServerUrl.foreach(__v => __obj.updateDynamic(\"AdDecisionServerUrl\")(__v.asInstanceOf[js.Any]))\n      MaxDurationSeconds.foreach(__v => __obj.updateDynamic(\"MaxDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LivePreRollConfiguration]\n    }\n  }\n\n  \/** The configuration for manifest processing rules. Manifest processing rules enable customization of the personalized manifests created by MediaTailor.\n    *\/\n  @js.native\n  trait ManifestProcessingRules extends js.Object {\n    var AdMarkerPassthrough: js.UndefOr[AdMarkerPassthrough]\n  }\n\n  object ManifestProcessingRules {\n    @inline\n    def apply(\n        AdMarkerPassthrough: js.UndefOr[AdMarkerPassthrough] = js.undefined\n    ): ManifestProcessingRules = {\n      val __obj = js.Dynamic.literal()\n      AdMarkerPassthrough.foreach(__v => __obj.updateDynamic(\"AdMarkerPassthrough\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ManifestProcessingRules]\n    }\n  }\n\n  @js.native\n  sealed trait MessageType extends js.Any\n  object MessageType {\n    val SPLICE_INSERT = \"SPLICE_INSERT\".asInstanceOf[MessageType]\n\n    @inline def values = js.Array(SPLICE_INSERT)\n  }\n\n  @js.native\n  sealed trait Mode extends js.Any\n  object Mode {\n    val OFF = \"OFF\".asInstanceOf[Mode]\n    val BEHIND_LIVE_EDGE = \"BEHIND_LIVE_EDGE\".asInstanceOf[Mode]\n\n    @inline def values = js.Array(OFF, BEHIND_LIVE_EDGE)\n  }\n\n  @js.native\n  sealed trait OriginManifestType extends js.Any\n  object OriginManifestType {\n    val SINGLE_PERIOD = \"SINGLE_PERIOD\".asInstanceOf[OriginManifestType]\n    val MULTI_PERIOD = \"MULTI_PERIOD\".asInstanceOf[OriginManifestType]\n\n    @inline def values = js.Array(SINGLE_PERIOD, MULTI_PERIOD)\n  }\n\n  \/** Creates a playback configuration. For information about MediaTailor configurations, see [[https:\/\/docs.aws.amazon.com\/mediatailor\/latest\/ug\/configurations.html|Working with configurations in AWS Elemental MediaTailor]].\n    *\/\n  @js.native\n  trait PlaybackConfiguration extends js.Object {\n    var AdDecisionServerUrl: js.UndefOr[__string]\n    var AvailSuppression: js.UndefOr[AvailSuppression]\n    var Bumper: js.UndefOr[Bumper]\n    var CdnConfiguration: js.UndefOr[CdnConfiguration]\n    var ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse]\n    var DashConfiguration: js.UndefOr[DashConfiguration]\n    var HlsConfiguration: js.UndefOr[HlsConfiguration]\n    var LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration]\n    var ManifestProcessingRules: js.UndefOr[ManifestProcessingRules]\n    var Name: js.UndefOr[__string]\n    var PersonalizationThresholdSeconds: js.UndefOr[__integerMin1]\n    var PlaybackConfigurationArn: js.UndefOr[__string]\n    var PlaybackEndpointPrefix: js.UndefOr[__string]\n    var SessionInitializationEndpointPrefix: js.UndefOr[__string]\n    var SlateAdUrl: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var TranscodeProfileName: js.UndefOr[__string]\n    var VideoContentSourceUrl: js.UndefOr[__string]\n  }\n\n  object PlaybackConfiguration {\n    @inline\n    def apply(\n        AdDecisionServerUrl: js.UndefOr[__string] = js.undefined,\n        AvailSuppression: js.UndefOr[AvailSuppression] = js.undefined,\n        Bumper: js.UndefOr[Bumper] = js.undefined,\n        CdnConfiguration: js.UndefOr[CdnConfiguration] = js.undefined,\n        ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse] = js.undefined,\n        DashConfiguration: js.UndefOr[DashConfiguration] = js.undefined,\n        HlsConfiguration: js.UndefOr[HlsConfiguration] = js.undefined,\n        LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration] = js.undefined,\n        ManifestProcessingRules: js.UndefOr[ManifestProcessingRules] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PersonalizationThresholdSeconds: js.UndefOr[__integerMin1] = js.undefined,\n        PlaybackConfigurationArn: js.UndefOr[__string] = js.undefined,\n        PlaybackEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SessionInitializationEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SlateAdUrl: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        TranscodeProfileName: js.UndefOr[__string] = js.undefined,\n        VideoContentSourceUrl: js.UndefOr[__string] = js.undefined\n    ): PlaybackConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AdDecisionServerUrl.foreach(__v => __obj.updateDynamic(\"AdDecisionServerUrl\")(__v.asInstanceOf[js.Any]))\n      AvailSuppression.foreach(__v => __obj.updateDynamic(\"AvailSuppression\")(__v.asInstanceOf[js.Any]))\n      Bumper.foreach(__v => __obj.updateDynamic(\"Bumper\")(__v.asInstanceOf[js.Any]))\n      CdnConfiguration.foreach(__v => __obj.updateDynamic(\"CdnConfiguration\")(__v.asInstanceOf[js.Any]))\n      ConfigurationAliases.foreach(__v => __obj.updateDynamic(\"ConfigurationAliases\")(__v.asInstanceOf[js.Any]))\n      DashConfiguration.foreach(__v => __obj.updateDynamic(\"DashConfiguration\")(__v.asInstanceOf[js.Any]))\n      HlsConfiguration.foreach(__v => __obj.updateDynamic(\"HlsConfiguration\")(__v.asInstanceOf[js.Any]))\n      LivePreRollConfiguration.foreach(__v => __obj.updateDynamic(\"LivePreRollConfiguration\")(__v.asInstanceOf[js.Any]))\n      ManifestProcessingRules.foreach(__v => __obj.updateDynamic(\"ManifestProcessingRules\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PersonalizationThresholdSeconds.foreach(__v => __obj.updateDynamic(\"PersonalizationThresholdSeconds\")(__v.asInstanceOf[js.Any]))\n      PlaybackConfigurationArn.foreach(__v => __obj.updateDynamic(\"PlaybackConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      PlaybackEndpointPrefix.foreach(__v => __obj.updateDynamic(\"PlaybackEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SessionInitializationEndpointPrefix.foreach(__v => __obj.updateDynamic(\"SessionInitializationEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SlateAdUrl.foreach(__v => __obj.updateDynamic(\"SlateAdUrl\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TranscodeProfileName.foreach(__v => __obj.updateDynamic(\"TranscodeProfileName\")(__v.asInstanceOf[js.Any]))\n      VideoContentSourceUrl.foreach(__v => __obj.updateDynamic(\"VideoContentSourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PlaybackConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait PlaybackMode extends js.Any\n  object PlaybackMode {\n    val LOOP = \"LOOP\".asInstanceOf[PlaybackMode]\n\n    @inline def values = js.Array(LOOP)\n  }\n\n  @js.native\n  trait PutChannelPolicyRequest extends js.Object {\n    var ChannelName: __string\n    var Policy: __string\n  }\n\n  object PutChannelPolicyRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        Policy: __string\n    ): PutChannelPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutChannelPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutChannelPolicyResponse extends js.Object\n\n  object PutChannelPolicyResponse {\n    @inline\n    def apply(): PutChannelPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutChannelPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutPlaybackConfigurationRequest extends js.Object {\n    var AdDecisionServerUrl: js.UndefOr[__string]\n    var AvailSuppression: js.UndefOr[AvailSuppression]\n    var Bumper: js.UndefOr[Bumper]\n    var CdnConfiguration: js.UndefOr[CdnConfiguration]\n    var ConfigurationAliases: js.UndefOr[ConfigurationAliasesRequest]\n    var DashConfiguration: js.UndefOr[DashConfigurationForPut]\n    var LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration]\n    var ManifestProcessingRules: js.UndefOr[ManifestProcessingRules]\n    var Name: js.UndefOr[__string]\n    var PersonalizationThresholdSeconds: js.UndefOr[__integerMin1]\n    var SlateAdUrl: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var TranscodeProfileName: js.UndefOr[__string]\n    var VideoContentSourceUrl: js.UndefOr[__string]\n  }\n\n  object PutPlaybackConfigurationRequest {\n    @inline\n    def apply(\n        AdDecisionServerUrl: js.UndefOr[__string] = js.undefined,\n        AvailSuppression: js.UndefOr[AvailSuppression] = js.undefined,\n        Bumper: js.UndefOr[Bumper] = js.undefined,\n        CdnConfiguration: js.UndefOr[CdnConfiguration] = js.undefined,\n        ConfigurationAliases: js.UndefOr[ConfigurationAliasesRequest] = js.undefined,\n        DashConfiguration: js.UndefOr[DashConfigurationForPut] = js.undefined,\n        LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration] = js.undefined,\n        ManifestProcessingRules: js.UndefOr[ManifestProcessingRules] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PersonalizationThresholdSeconds: js.UndefOr[__integerMin1] = js.undefined,\n        SlateAdUrl: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        TranscodeProfileName: js.UndefOr[__string] = js.undefined,\n        VideoContentSourceUrl: js.UndefOr[__string] = js.undefined\n    ): PutPlaybackConfigurationRequest = {\n      val __obj = js.Dynamic.literal()\n      AdDecisionServerUrl.foreach(__v => __obj.updateDynamic(\"AdDecisionServerUrl\")(__v.asInstanceOf[js.Any]))\n      AvailSuppression.foreach(__v => __obj.updateDynamic(\"AvailSuppression\")(__v.asInstanceOf[js.Any]))\n      Bumper.foreach(__v => __obj.updateDynamic(\"Bumper\")(__v.asInstanceOf[js.Any]))\n      CdnConfiguration.foreach(__v => __obj.updateDynamic(\"CdnConfiguration\")(__v.asInstanceOf[js.Any]))\n      ConfigurationAliases.foreach(__v => __obj.updateDynamic(\"ConfigurationAliases\")(__v.asInstanceOf[js.Any]))\n      DashConfiguration.foreach(__v => __obj.updateDynamic(\"DashConfiguration\")(__v.asInstanceOf[js.Any]))\n      LivePreRollConfiguration.foreach(__v => __obj.updateDynamic(\"LivePreRollConfiguration\")(__v.asInstanceOf[js.Any]))\n      ManifestProcessingRules.foreach(__v => __obj.updateDynamic(\"ManifestProcessingRules\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PersonalizationThresholdSeconds.foreach(__v => __obj.updateDynamic(\"PersonalizationThresholdSeconds\")(__v.asInstanceOf[js.Any]))\n      SlateAdUrl.foreach(__v => __obj.updateDynamic(\"SlateAdUrl\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TranscodeProfileName.foreach(__v => __obj.updateDynamic(\"TranscodeProfileName\")(__v.asInstanceOf[js.Any]))\n      VideoContentSourceUrl.foreach(__v => __obj.updateDynamic(\"VideoContentSourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPlaybackConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutPlaybackConfigurationResponse extends js.Object {\n    var AdDecisionServerUrl: js.UndefOr[__string]\n    var AvailSuppression: js.UndefOr[AvailSuppression]\n    var Bumper: js.UndefOr[Bumper]\n    var CdnConfiguration: js.UndefOr[CdnConfiguration]\n    var ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse]\n    var DashConfiguration: js.UndefOr[DashConfiguration]\n    var HlsConfiguration: js.UndefOr[HlsConfiguration]\n    var LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration]\n    var ManifestProcessingRules: js.UndefOr[ManifestProcessingRules]\n    var Name: js.UndefOr[__string]\n    var PersonalizationThresholdSeconds: js.UndefOr[__integerMin1]\n    var PlaybackConfigurationArn: js.UndefOr[__string]\n    var PlaybackEndpointPrefix: js.UndefOr[__string]\n    var SessionInitializationEndpointPrefix: js.UndefOr[__string]\n    var SlateAdUrl: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var TranscodeProfileName: js.UndefOr[__string]\n    var VideoContentSourceUrl: js.UndefOr[__string]\n  }\n\n  object PutPlaybackConfigurationResponse {\n    @inline\n    def apply(\n        AdDecisionServerUrl: js.UndefOr[__string] = js.undefined,\n        AvailSuppression: js.UndefOr[AvailSuppression] = js.undefined,\n        Bumper: js.UndefOr[Bumper] = js.undefined,\n        CdnConfiguration: js.UndefOr[CdnConfiguration] = js.undefined,\n        ConfigurationAliases: js.UndefOr[ConfigurationAliasesResponse] = js.undefined,\n        DashConfiguration: js.UndefOr[DashConfiguration] = js.undefined,\n        HlsConfiguration: js.UndefOr[HlsConfiguration] = js.undefined,\n        LivePreRollConfiguration: js.UndefOr[LivePreRollConfiguration] = js.undefined,\n        ManifestProcessingRules: js.UndefOr[ManifestProcessingRules] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PersonalizationThresholdSeconds: js.UndefOr[__integerMin1] = js.undefined,\n        PlaybackConfigurationArn: js.UndefOr[__string] = js.undefined,\n        PlaybackEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SessionInitializationEndpointPrefix: js.UndefOr[__string] = js.undefined,\n        SlateAdUrl: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        TranscodeProfileName: js.UndefOr[__string] = js.undefined,\n        VideoContentSourceUrl: js.UndefOr[__string] = js.undefined\n    ): PutPlaybackConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      AdDecisionServerUrl.foreach(__v => __obj.updateDynamic(\"AdDecisionServerUrl\")(__v.asInstanceOf[js.Any]))\n      AvailSuppression.foreach(__v => __obj.updateDynamic(\"AvailSuppression\")(__v.asInstanceOf[js.Any]))\n      Bumper.foreach(__v => __obj.updateDynamic(\"Bumper\")(__v.asInstanceOf[js.Any]))\n      CdnConfiguration.foreach(__v => __obj.updateDynamic(\"CdnConfiguration\")(__v.asInstanceOf[js.Any]))\n      ConfigurationAliases.foreach(__v => __obj.updateDynamic(\"ConfigurationAliases\")(__v.asInstanceOf[js.Any]))\n      DashConfiguration.foreach(__v => __obj.updateDynamic(\"DashConfiguration\")(__v.asInstanceOf[js.Any]))\n      HlsConfiguration.foreach(__v => __obj.updateDynamic(\"HlsConfiguration\")(__v.asInstanceOf[js.Any]))\n      LivePreRollConfiguration.foreach(__v => __obj.updateDynamic(\"LivePreRollConfiguration\")(__v.asInstanceOf[js.Any]))\n      ManifestProcessingRules.foreach(__v => __obj.updateDynamic(\"ManifestProcessingRules\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PersonalizationThresholdSeconds.foreach(__v => __obj.updateDynamic(\"PersonalizationThresholdSeconds\")(__v.asInstanceOf[js.Any]))\n      PlaybackConfigurationArn.foreach(__v => __obj.updateDynamic(\"PlaybackConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      PlaybackEndpointPrefix.foreach(__v => __obj.updateDynamic(\"PlaybackEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SessionInitializationEndpointPrefix.foreach(__v => __obj.updateDynamic(\"SessionInitializationEndpointPrefix\")(__v.asInstanceOf[js.Any]))\n      SlateAdUrl.foreach(__v => __obj.updateDynamic(\"SlateAdUrl\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TranscodeProfileName.foreach(__v => __obj.updateDynamic(\"TranscodeProfileName\")(__v.asInstanceOf[js.Any]))\n      VideoContentSourceUrl.foreach(__v => __obj.updateDynamic(\"VideoContentSourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPlaybackConfigurationResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RelativePosition extends js.Any\n  object RelativePosition {\n    val BEFORE_PROGRAM = \"BEFORE_PROGRAM\".asInstanceOf[RelativePosition]\n    val AFTER_PROGRAM = \"AFTER_PROGRAM\".asInstanceOf[RelativePosition]\n\n    @inline def values = js.Array(BEFORE_PROGRAM, AFTER_PROGRAM)\n  }\n\n  \/** The ouput configuration for this channel.\n    *\/\n  @js.native\n  trait RequestOutputItem extends js.Object {\n    var ManifestName: __string\n    var SourceGroup: __string\n    var DashPlaylistSettings: js.UndefOr[DashPlaylistSettings]\n    var HlsPlaylistSettings: js.UndefOr[HlsPlaylistSettings]\n  }\n\n  object RequestOutputItem {\n    @inline\n    def apply(\n        ManifestName: __string,\n        SourceGroup: __string,\n        DashPlaylistSettings: js.UndefOr[DashPlaylistSettings] = js.undefined,\n        HlsPlaylistSettings: js.UndefOr[HlsPlaylistSettings] = js.undefined\n    ): RequestOutputItem = {\n      val __obj = js.Dynamic.literal(\n        \"ManifestName\" -> ManifestName.asInstanceOf[js.Any],\n        \"SourceGroup\" -> SourceGroup.asInstanceOf[js.Any]\n      )\n\n      DashPlaylistSettings.foreach(__v => __obj.updateDynamic(\"DashPlaylistSettings\")(__v.asInstanceOf[js.Any]))\n      HlsPlaylistSettings.foreach(__v => __obj.updateDynamic(\"HlsPlaylistSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RequestOutputItem]\n    }\n  }\n\n  \/** This response includes only the \"property\" : \"type\" property.\n    *\/\n  @js.native\n  trait ResponseOutputItem extends js.Object {\n    var ManifestName: __string\n    var PlaybackUrl: __string\n    var SourceGroup: __string\n    var DashPlaylistSettings: js.UndefOr[DashPlaylistSettings]\n    var HlsPlaylistSettings: js.UndefOr[HlsPlaylistSettings]\n  }\n\n  object ResponseOutputItem {\n    @inline\n    def apply(\n        ManifestName: __string,\n        PlaybackUrl: __string,\n        SourceGroup: __string,\n        DashPlaylistSettings: js.UndefOr[DashPlaylistSettings] = js.undefined,\n        HlsPlaylistSettings: js.UndefOr[HlsPlaylistSettings] = js.undefined\n    ): ResponseOutputItem = {\n      val __obj = js.Dynamic.literal(\n        \"ManifestName\" -> ManifestName.asInstanceOf[js.Any],\n        \"PlaybackUrl\" -> PlaybackUrl.asInstanceOf[js.Any],\n        \"SourceGroup\" -> SourceGroup.asInstanceOf[js.Any]\n      )\n\n      DashPlaylistSettings.foreach(__v => __obj.updateDynamic(\"DashPlaylistSettings\")(__v.asInstanceOf[js.Any]))\n      HlsPlaylistSettings.foreach(__v => __obj.updateDynamic(\"HlsPlaylistSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResponseOutputItem]\n    }\n  }\n\n  \/** Schedule configuration parameters. A channel must be stopped before changes can be made to the schedule.\n    *\/\n  @js.native\n  trait ScheduleConfiguration extends js.Object {\n    var Transition: Transition\n  }\n\n  object ScheduleConfiguration {\n    @inline\n    def apply(\n        Transition: Transition\n    ): ScheduleConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Transition\" -> Transition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ScheduleConfiguration]\n    }\n  }\n\n  \/** The properties for a schedule.\n    *\/\n  @js.native\n  trait ScheduleEntry extends js.Object {\n    var Arn: __string\n    var ChannelName: __string\n    var ProgramName: __string\n    var SourceLocationName: __string\n    var VodSourceName: __string\n    var ApproximateDurationSeconds: js.UndefOr[__long]\n    var ApproximateStartTime: js.UndefOr[__timestampUnix]\n  }\n\n  object ScheduleEntry {\n    @inline\n    def apply(\n        Arn: __string,\n        ChannelName: __string,\n        ProgramName: __string,\n        SourceLocationName: __string,\n        VodSourceName: __string,\n        ApproximateDurationSeconds: js.UndefOr[__long] = js.undefined,\n        ApproximateStartTime: js.UndefOr[__timestampUnix] = js.undefined\n    ): ScheduleEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n\n      ApproximateDurationSeconds.foreach(__v => __obj.updateDynamic(\"ApproximateDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      ApproximateStartTime.foreach(__v => __obj.updateDynamic(\"ApproximateStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScheduleEntry]\n    }\n  }\n\n  \/** Slate VOD source configuration.\n    *\/\n  @js.native\n  trait SlateSource extends js.Object {\n    var SourceLocationName: js.UndefOr[__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object SlateSource {\n    @inline\n    def apply(\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): SlateSource = {\n      val __obj = js.Dynamic.literal()\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SlateSource]\n    }\n  }\n\n  \/** This response includes only the \"type\" : \"object\" property.\n    *\/\n  @js.native\n  trait SourceLocation extends js.Object {\n    var Arn: __string\n    var HttpConfiguration: HttpConfiguration\n    var SourceLocationName: __string\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object SourceLocation {\n    @inline\n    def apply(\n        Arn: __string,\n        HttpConfiguration: HttpConfiguration,\n        SourceLocationName: __string,\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): SourceLocation = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"HttpConfiguration\" -> HttpConfiguration.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceLocation]\n    }\n  }\n\n  \/** Splice insert message configuration.\n    *\/\n  @js.native\n  trait SpliceInsertMessage extends js.Object {\n    var AvailNum: js.UndefOr[__integer]\n    var AvailsExpected: js.UndefOr[__integer]\n    var SpliceEventId: js.UndefOr[__integer]\n    var UniqueProgramId: js.UndefOr[__integer]\n  }\n\n  object SpliceInsertMessage {\n    @inline\n    def apply(\n        AvailNum: js.UndefOr[__integer] = js.undefined,\n        AvailsExpected: js.UndefOr[__integer] = js.undefined,\n        SpliceEventId: js.UndefOr[__integer] = js.undefined,\n        UniqueProgramId: js.UndefOr[__integer] = js.undefined\n    ): SpliceInsertMessage = {\n      val __obj = js.Dynamic.literal()\n      AvailNum.foreach(__v => __obj.updateDynamic(\"AvailNum\")(__v.asInstanceOf[js.Any]))\n      AvailsExpected.foreach(__v => __obj.updateDynamic(\"AvailsExpected\")(__v.asInstanceOf[js.Any]))\n      SpliceEventId.foreach(__v => __obj.updateDynamic(\"SpliceEventId\")(__v.asInstanceOf[js.Any]))\n      UniqueProgramId.foreach(__v => __obj.updateDynamic(\"UniqueProgramId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SpliceInsertMessage]\n    }\n  }\n\n  @js.native\n  trait StartChannelRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object StartChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): StartChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartChannelRequest]\n    }\n  }\n\n  @js.native\n  trait StartChannelResponse extends js.Object\n\n  object StartChannelResponse {\n    @inline\n    def apply(): StartChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartChannelResponse]\n    }\n  }\n\n  @js.native\n  trait StopChannelRequest extends js.Object {\n    var ChannelName: __string\n  }\n\n  object StopChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string\n    ): StopChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopChannelRequest]\n    }\n  }\n\n  @js.native\n  trait StopChannelResponse extends js.Object\n\n  object StopChannelResponse {\n    @inline\n    def apply(): StopChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopChannelResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: __string\n    var Tags: __mapOf__string\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        Tags: __mapOf__string\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** Program transition configuration.\n    *\/\n  @js.native\n  trait Transition extends js.Object {\n    var RelativePosition: RelativePosition\n    var Type: __string\n    var RelativeProgram: js.UndefOr[__string]\n  }\n\n  object Transition {\n    @inline\n    def apply(\n        RelativePosition: RelativePosition,\n        Type: __string,\n        RelativeProgram: js.UndefOr[__string] = js.undefined\n    ): Transition = {\n      val __obj = js.Dynamic.literal(\n        \"RelativePosition\" -> RelativePosition.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      RelativeProgram.foreach(__v => __obj.updateDynamic(\"RelativeProgram\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Transition]\n    }\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val DASH = \"DASH\".asInstanceOf[Type]\n    val HLS = \"HLS\".asInstanceOf[Type]\n\n    @inline def values = js.Array(DASH, HLS)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: __string\n    var TagKeys: __listOf__string\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        TagKeys: __listOf__string\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelRequest extends js.Object {\n    var ChannelName: __string\n    var Outputs: RequestOutputs\n  }\n\n  object UpdateChannelRequest {\n    @inline\n    def apply(\n        ChannelName: __string,\n        Outputs: RequestOutputs\n    ): UpdateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ChannelName: js.UndefOr[__string]\n    var ChannelState: js.UndefOr[ChannelState]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Outputs: js.UndefOr[ResponseOutputs]\n    var PlaybackMode: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object UpdateChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ChannelName: js.UndefOr[__string] = js.undefined,\n        ChannelState: js.UndefOr[ChannelState] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Outputs: js.UndefOr[ResponseOutputs] = js.undefined,\n        PlaybackMode: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): UpdateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ChannelName.foreach(__v => __obj.updateDynamic(\"ChannelName\")(__v.asInstanceOf[js.Any]))\n      ChannelState.foreach(__v => __obj.updateDynamic(\"ChannelState\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      PlaybackMode.foreach(__v => __obj.updateDynamic(\"PlaybackMode\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSourceLocationRequest extends js.Object {\n    var HttpConfiguration: HttpConfiguration\n    var SourceLocationName: __string\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n  }\n\n  object UpdateSourceLocationRequest {\n    @inline\n    def apply(\n        HttpConfiguration: HttpConfiguration,\n        SourceLocationName: __string,\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined\n    ): UpdateSourceLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HttpConfiguration\" -> HttpConfiguration.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any]\n      )\n\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSourceLocationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSourceLocationResponse extends js.Object {\n    var AccessConfiguration: js.UndefOr[AccessConfiguration]\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration]\n    var HttpConfiguration: js.UndefOr[HttpConfiguration]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object UpdateSourceLocationResponse {\n    @inline\n    def apply(\n        AccessConfiguration: js.UndefOr[AccessConfiguration] = js.undefined,\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        DefaultSegmentDeliveryConfiguration: js.UndefOr[DefaultSegmentDeliveryConfiguration] = js.undefined,\n        HttpConfiguration: js.UndefOr[HttpConfiguration] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): UpdateSourceLocationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessConfiguration.foreach(__v => __obj.updateDynamic(\"AccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultSegmentDeliveryConfiguration.foreach(__v => __obj.updateDynamic(\"DefaultSegmentDeliveryConfiguration\")(__v.asInstanceOf[js.Any]))\n      HttpConfiguration.foreach(__v => __obj.updateDynamic(\"HttpConfiguration\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSourceLocationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateVodSourceRequest extends js.Object {\n    var HttpPackageConfigurations: HttpPackageConfigurations\n    var SourceLocationName: __string\n    var VodSourceName: __string\n  }\n\n  object UpdateVodSourceRequest {\n    @inline\n    def apply(\n        HttpPackageConfigurations: HttpPackageConfigurations,\n        SourceLocationName: __string,\n        VodSourceName: __string\n    ): UpdateVodSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HttpPackageConfigurations\" -> HttpPackageConfigurations.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVodSourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVodSourceResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var SourceLocationName: js.UndefOr[__string]\n    var Tags: js.UndefOr[__mapOf__string]\n    var VodSourceName: js.UndefOr[__string]\n  }\n\n  object UpdateVodSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        HttpPackageConfigurations: js.UndefOr[HttpPackageConfigurations] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        SourceLocationName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined,\n        VodSourceName: js.UndefOr[__string] = js.undefined\n    ): UpdateVodSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      HttpPackageConfigurations.foreach(__v => __obj.updateDynamic(\"HttpPackageConfigurations\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SourceLocationName.foreach(__v => __obj.updateDynamic(\"SourceLocationName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VodSourceName.foreach(__v => __obj.updateDynamic(\"VodSourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVodSourceResponse]\n    }\n  }\n\n  \/** VOD source configuration parameters.\n    *\/\n  @js.native\n  trait VodSource extends js.Object {\n    var Arn: __string\n    var HttpPackageConfigurations: HttpPackageConfigurations\n    var SourceLocationName: __string\n    var VodSourceName: __string\n    var CreationTime: js.UndefOr[__timestampUnix]\n    var LastModifiedTime: js.UndefOr[__timestampUnix]\n    var Tags: js.UndefOr[__mapOf__string]\n  }\n\n  object VodSource {\n    @inline\n    def apply(\n        Arn: __string,\n        HttpPackageConfigurations: HttpPackageConfigurations,\n        SourceLocationName: __string,\n        VodSourceName: __string,\n        CreationTime: js.UndefOr[__timestampUnix] = js.undefined,\n        LastModifiedTime: js.UndefOr[__timestampUnix] = js.undefined,\n        Tags: js.UndefOr[__mapOf__string] = js.undefined\n    ): VodSource = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"HttpPackageConfigurations\" -> HttpPackageConfigurations.asInstanceOf[js.Any],\n        \"SourceLocationName\" -> SourceLocationName.asInstanceOf[js.Any],\n        \"VodSourceName\" -> VodSourceName.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VodSource]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ivs\/src\/main\/scala\/facade\/amazonaws\/services\/IVS.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ivs {\n  type BatchErrors = js.Array[BatchError]\n  type ChannelArn = String\n  type ChannelArnList = js.Array[ChannelArn]\n  type ChannelList = js.Array[ChannelSummary]\n  type ChannelName = String\n  type ChannelRecordingConfigurationArn = String\n  type Channels = js.Array[Channel]\n  type IngestEndpoint = String\n  type IsAuthorized = Boolean\n  type MaxChannelResults = Int\n  type MaxPlaybackKeyPairResults = Int\n  type MaxRecordingConfigurationResults = Int\n  type MaxStreamKeyResults = Int\n  type MaxStreamResults = Int\n  type MaxTagResults = Int\n  type PaginationToken = String\n  type PlaybackKeyPairArn = String\n  type PlaybackKeyPairFingerprint = String\n  type PlaybackKeyPairList = js.Array[PlaybackKeyPairSummary]\n  type PlaybackKeyPairName = String\n  type PlaybackPublicKeyMaterial = String\n  type PlaybackURL = String\n  type RecordingConfigurationArn = String\n  type RecordingConfigurationList = js.Array[RecordingConfigurationSummary]\n  type RecordingConfigurationName = String\n  type ResourceArn = String\n  type S3DestinationBucketName = String\n  type StreamKeyArn = String\n  type StreamKeyArnList = js.Array[StreamKeyArn]\n  type StreamKeyList = js.Array[StreamKeySummary]\n  type StreamKeyValue = String\n  type StreamKeys = js.Array[StreamKey]\n  type StreamList = js.Array[StreamSummary]\n  type StreamMetadata = String\n  type StreamStartTime = js.Date\n  type StreamViewerCount = Double\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n  type errorCode = String\n  type errorMessage = String\n\n  implicit final class IVSOps(private val service: IVS) extends AnyVal {\n\n    @inline def batchGetChannelFuture(params: BatchGetChannelRequest): Future[BatchGetChannelResponse] = service.batchGetChannel(params).promise().toFuture\n    @inline def batchGetStreamKeyFuture(params: BatchGetStreamKeyRequest): Future[BatchGetStreamKeyResponse] = service.batchGetStreamKey(params).promise().toFuture\n    @inline def createChannelFuture(params: CreateChannelRequest): Future[CreateChannelResponse] = service.createChannel(params).promise().toFuture\n    @inline def createRecordingConfigurationFuture(params: CreateRecordingConfigurationRequest): Future[CreateRecordingConfigurationResponse] = service.createRecordingConfiguration(params).promise().toFuture\n    @inline def createStreamKeyFuture(params: CreateStreamKeyRequest): Future[CreateStreamKeyResponse] = service.createStreamKey(params).promise().toFuture\n    @inline def deleteChannelFuture(params: DeleteChannelRequest): Future[js.Object] = service.deleteChannel(params).promise().toFuture\n    @inline def deletePlaybackKeyPairFuture(params: DeletePlaybackKeyPairRequest): Future[DeletePlaybackKeyPairResponse] = service.deletePlaybackKeyPair(params).promise().toFuture\n    @inline def deleteRecordingConfigurationFuture(params: DeleteRecordingConfigurationRequest): Future[js.Object] = service.deleteRecordingConfiguration(params).promise().toFuture\n    @inline def deleteStreamKeyFuture(params: DeleteStreamKeyRequest): Future[js.Object] = service.deleteStreamKey(params).promise().toFuture\n    @inline def getChannelFuture(params: GetChannelRequest): Future[GetChannelResponse] = service.getChannel(params).promise().toFuture\n    @inline def getPlaybackKeyPairFuture(params: GetPlaybackKeyPairRequest): Future[GetPlaybackKeyPairResponse] = service.getPlaybackKeyPair(params).promise().toFuture\n    @inline def getRecordingConfigurationFuture(params: GetRecordingConfigurationRequest): Future[GetRecordingConfigurationResponse] = service.getRecordingConfiguration(params).promise().toFuture\n    @inline def getStreamFuture(params: GetStreamRequest): Future[GetStreamResponse] = service.getStream(params).promise().toFuture\n    @inline def getStreamKeyFuture(params: GetStreamKeyRequest): Future[GetStreamKeyResponse] = service.getStreamKey(params).promise().toFuture\n    @inline def importPlaybackKeyPairFuture(params: ImportPlaybackKeyPairRequest): Future[ImportPlaybackKeyPairResponse] = service.importPlaybackKeyPair(params).promise().toFuture\n    @inline def listChannelsFuture(params: ListChannelsRequest): Future[ListChannelsResponse] = service.listChannels(params).promise().toFuture\n    @inline def listPlaybackKeyPairsFuture(params: ListPlaybackKeyPairsRequest): Future[ListPlaybackKeyPairsResponse] = service.listPlaybackKeyPairs(params).promise().toFuture\n    @inline def listRecordingConfigurationsFuture(params: ListRecordingConfigurationsRequest): Future[ListRecordingConfigurationsResponse] = service.listRecordingConfigurations(params).promise().toFuture\n    @inline def listStreamKeysFuture(params: ListStreamKeysRequest): Future[ListStreamKeysResponse] = service.listStreamKeys(params).promise().toFuture\n    @inline def listStreamsFuture(params: ListStreamsRequest): Future[ListStreamsResponse] = service.listStreams(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putMetadataFuture(params: PutMetadataRequest): Future[js.Object] = service.putMetadata(params).promise().toFuture\n    @inline def stopStreamFuture(params: StopStreamRequest): Future[StopStreamResponse] = service.stopStream(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateChannelFuture(params: UpdateChannelRequest): Future[UpdateChannelResponse] = service.updateChannel(params).promise().toFuture\n\n  }\n}\n\npackage ivs {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ivs\", JSImport.Namespace, \"AWS.IVS\")\n  class IVS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchGetChannel(params: BatchGetChannelRequest): Request[BatchGetChannelResponse] = js.native\n    def batchGetStreamKey(params: BatchGetStreamKeyRequest): Request[BatchGetStreamKeyResponse] = js.native\n    def createChannel(params: CreateChannelRequest): Request[CreateChannelResponse] = js.native\n    def createRecordingConfiguration(params: CreateRecordingConfigurationRequest): Request[CreateRecordingConfigurationResponse] = js.native\n    def createStreamKey(params: CreateStreamKeyRequest): Request[CreateStreamKeyResponse] = js.native\n    def deleteChannel(params: DeleteChannelRequest): Request[js.Object] = js.native\n    def deletePlaybackKeyPair(params: DeletePlaybackKeyPairRequest): Request[DeletePlaybackKeyPairResponse] = js.native\n    def deleteRecordingConfiguration(params: DeleteRecordingConfigurationRequest): Request[js.Object] = js.native\n    def deleteStreamKey(params: DeleteStreamKeyRequest): Request[js.Object] = js.native\n    def getChannel(params: GetChannelRequest): Request[GetChannelResponse] = js.native\n    def getPlaybackKeyPair(params: GetPlaybackKeyPairRequest): Request[GetPlaybackKeyPairResponse] = js.native\n    def getRecordingConfiguration(params: GetRecordingConfigurationRequest): Request[GetRecordingConfigurationResponse] = js.native\n    def getStream(params: GetStreamRequest): Request[GetStreamResponse] = js.native\n    def getStreamKey(params: GetStreamKeyRequest): Request[GetStreamKeyResponse] = js.native\n    def importPlaybackKeyPair(params: ImportPlaybackKeyPairRequest): Request[ImportPlaybackKeyPairResponse] = js.native\n    def listChannels(params: ListChannelsRequest): Request[ListChannelsResponse] = js.native\n    def listPlaybackKeyPairs(params: ListPlaybackKeyPairsRequest): Request[ListPlaybackKeyPairsResponse] = js.native\n    def listRecordingConfigurations(params: ListRecordingConfigurationsRequest): Request[ListRecordingConfigurationsResponse] = js.native\n    def listStreamKeys(params: ListStreamKeysRequest): Request[ListStreamKeysResponse] = js.native\n    def listStreams(params: ListStreamsRequest): Request[ListStreamsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putMetadata(params: PutMetadataRequest): Request[js.Object] = js.native\n    def stopStream(params: StopStreamRequest): Request[StopStreamResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateChannel(params: UpdateChannelRequest): Request[UpdateChannelResponse] = js.native\n  }\n\n  \/** Error related to a specific channel, specified by its ARN.\n    *\/\n  @js.native\n  trait BatchError extends js.Object {\n    var arn: js.UndefOr[ResourceArn]\n    var code: js.UndefOr[errorCode]\n    var message: js.UndefOr[errorMessage]\n  }\n\n  object BatchError {\n    @inline\n    def apply(\n        arn: js.UndefOr[ResourceArn] = js.undefined,\n        code: js.UndefOr[errorCode] = js.undefined,\n        message: js.UndefOr[errorMessage] = js.undefined\n    ): BatchError = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchError]\n    }\n  }\n\n  @js.native\n  trait BatchGetChannelRequest extends js.Object {\n    var arns: ChannelArnList\n  }\n\n  object BatchGetChannelRequest {\n    @inline\n    def apply(\n        arns: ChannelArnList\n    ): BatchGetChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arns\" -> arns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetChannelRequest]\n    }\n  }\n\n  @js.native\n  trait BatchGetChannelResponse extends js.Object {\n    var channels: js.UndefOr[Channels]\n    var errors: js.UndefOr[BatchErrors]\n  }\n\n  object BatchGetChannelResponse {\n    @inline\n    def apply(\n        channels: js.UndefOr[Channels] = js.undefined,\n        errors: js.UndefOr[BatchErrors] = js.undefined\n    ): BatchGetChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      channels.foreach(__v => __obj.updateDynamic(\"channels\")(__v.asInstanceOf[js.Any]))\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetChannelResponse]\n    }\n  }\n\n  @js.native\n  trait BatchGetStreamKeyRequest extends js.Object {\n    var arns: StreamKeyArnList\n  }\n\n  object BatchGetStreamKeyRequest {\n    @inline\n    def apply(\n        arns: StreamKeyArnList\n    ): BatchGetStreamKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arns\" -> arns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetStreamKeyRequest]\n    }\n  }\n\n  @js.native\n  trait BatchGetStreamKeyResponse extends js.Object {\n    var errors: js.UndefOr[BatchErrors]\n    var streamKeys: js.UndefOr[StreamKeys]\n  }\n\n  object BatchGetStreamKeyResponse {\n    @inline\n    def apply(\n        errors: js.UndefOr[BatchErrors] = js.undefined,\n        streamKeys: js.UndefOr[StreamKeys] = js.undefined\n    ): BatchGetStreamKeyResponse = {\n      val __obj = js.Dynamic.literal()\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      streamKeys.foreach(__v => __obj.updateDynamic(\"streamKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetStreamKeyResponse]\n    }\n  }\n\n  \/** Object specifying a channel.\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var arn: js.UndefOr[ChannelArn]\n    var authorized: js.UndefOr[IsAuthorized]\n    var ingestEndpoint: js.UndefOr[IngestEndpoint]\n    var latencyMode: js.UndefOr[ChannelLatencyMode]\n    var name: js.UndefOr[ChannelName]\n    var playbackUrl: js.UndefOr[PlaybackURL]\n    var recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn]\n    var tags: js.UndefOr[Tags]\n    var `type`: js.UndefOr[ChannelType]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        arn: js.UndefOr[ChannelArn] = js.undefined,\n        authorized: js.UndefOr[IsAuthorized] = js.undefined,\n        ingestEndpoint: js.UndefOr[IngestEndpoint] = js.undefined,\n        latencyMode: js.UndefOr[ChannelLatencyMode] = js.undefined,\n        name: js.UndefOr[ChannelName] = js.undefined,\n        playbackUrl: js.UndefOr[PlaybackURL] = js.undefined,\n        recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined,\n        `type`: js.UndefOr[ChannelType] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      authorized.foreach(__v => __obj.updateDynamic(\"authorized\")(__v.asInstanceOf[js.Any]))\n      ingestEndpoint.foreach(__v => __obj.updateDynamic(\"ingestEndpoint\")(__v.asInstanceOf[js.Any]))\n      latencyMode.foreach(__v => __obj.updateDynamic(\"latencyMode\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      playbackUrl.foreach(__v => __obj.updateDynamic(\"playbackUrl\")(__v.asInstanceOf[js.Any]))\n      recordingConfigurationArn.foreach(__v => __obj.updateDynamic(\"recordingConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelLatencyMode extends js.Any\n  object ChannelLatencyMode {\n    val NORMAL = \"NORMAL\".asInstanceOf[ChannelLatencyMode]\n    val LOW = \"LOW\".asInstanceOf[ChannelLatencyMode]\n\n    @inline def values = js.Array(NORMAL, LOW)\n  }\n\n  \/** Summary information about a channel.\n    *\/\n  @js.native\n  trait ChannelSummary extends js.Object {\n    var arn: js.UndefOr[ChannelArn]\n    var authorized: js.UndefOr[IsAuthorized]\n    var latencyMode: js.UndefOr[ChannelLatencyMode]\n    var name: js.UndefOr[ChannelName]\n    var recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object ChannelSummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[ChannelArn] = js.undefined,\n        authorized: js.UndefOr[IsAuthorized] = js.undefined,\n        latencyMode: js.UndefOr[ChannelLatencyMode] = js.undefined,\n        name: js.UndefOr[ChannelName] = js.undefined,\n        recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): ChannelSummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      authorized.foreach(__v => __obj.updateDynamic(\"authorized\")(__v.asInstanceOf[js.Any]))\n      latencyMode.foreach(__v => __obj.updateDynamic(\"latencyMode\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      recordingConfigurationArn.foreach(__v => __obj.updateDynamic(\"recordingConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelType extends js.Any\n  object ChannelType {\n    val BASIC = \"BASIC\".asInstanceOf[ChannelType]\n    val STANDARD = \"STANDARD\".asInstanceOf[ChannelType]\n\n    @inline def values = js.Array(BASIC, STANDARD)\n  }\n\n  @js.native\n  trait CreateChannelRequest extends js.Object {\n    var authorized: js.UndefOr[Boolean]\n    var latencyMode: js.UndefOr[ChannelLatencyMode]\n    var name: js.UndefOr[ChannelName]\n    var recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn]\n    var tags: js.UndefOr[Tags]\n    var `type`: js.UndefOr[ChannelType]\n  }\n\n  object CreateChannelRequest {\n    @inline\n    def apply(\n        authorized: js.UndefOr[Boolean] = js.undefined,\n        latencyMode: js.UndefOr[ChannelLatencyMode] = js.undefined,\n        name: js.UndefOr[ChannelName] = js.undefined,\n        recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined,\n        `type`: js.UndefOr[ChannelType] = js.undefined\n    ): CreateChannelRequest = {\n      val __obj = js.Dynamic.literal()\n      authorized.foreach(__v => __obj.updateDynamic(\"authorized\")(__v.asInstanceOf[js.Any]))\n      latencyMode.foreach(__v => __obj.updateDynamic(\"latencyMode\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      recordingConfigurationArn.foreach(__v => __obj.updateDynamic(\"recordingConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelResponse extends js.Object {\n    var channel: js.UndefOr[Channel]\n    var streamKey: js.UndefOr[StreamKey]\n  }\n\n  object CreateChannelResponse {\n    @inline\n    def apply(\n        channel: js.UndefOr[Channel] = js.undefined,\n        streamKey: js.UndefOr[StreamKey] = js.undefined\n    ): CreateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      channel.foreach(__v => __obj.updateDynamic(\"channel\")(__v.asInstanceOf[js.Any]))\n      streamKey.foreach(__v => __obj.updateDynamic(\"streamKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRecordingConfigurationRequest extends js.Object {\n    var destinationConfiguration: DestinationConfiguration\n    var name: js.UndefOr[RecordingConfigurationName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateRecordingConfigurationRequest {\n    @inline\n    def apply(\n        destinationConfiguration: DestinationConfiguration,\n        name: js.UndefOr[RecordingConfigurationName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateRecordingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"destinationConfiguration\" -> destinationConfiguration.asInstanceOf[js.Any]\n      )\n\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRecordingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRecordingConfigurationResponse extends js.Object {\n    var recordingConfiguration: js.UndefOr[RecordingConfiguration]\n  }\n\n  object CreateRecordingConfigurationResponse {\n    @inline\n    def apply(\n        recordingConfiguration: js.UndefOr[RecordingConfiguration] = js.undefined\n    ): CreateRecordingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      recordingConfiguration.foreach(__v => __obj.updateDynamic(\"recordingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRecordingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateStreamKeyRequest extends js.Object {\n    var channelArn: ChannelArn\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateStreamKeyRequest {\n    @inline\n    def apply(\n        channelArn: ChannelArn,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateStreamKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelArn\" -> channelArn.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamKeyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateStreamKeyResponse extends js.Object {\n    var streamKey: js.UndefOr[StreamKey]\n  }\n\n  object CreateStreamKeyResponse {\n    @inline\n    def apply(\n        streamKey: js.UndefOr[StreamKey] = js.undefined\n    ): CreateStreamKeyResponse = {\n      val __obj = js.Dynamic.literal()\n      streamKey.foreach(__v => __obj.updateDynamic(\"streamKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamKeyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelRequest extends js.Object {\n    var arn: ChannelArn\n  }\n\n  object DeleteChannelRequest {\n    @inline\n    def apply(\n        arn: ChannelArn\n    ): DeleteChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteChannelRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePlaybackKeyPairRequest extends js.Object {\n    var arn: PlaybackKeyPairArn\n  }\n\n  object DeletePlaybackKeyPairRequest {\n    @inline\n    def apply(\n        arn: PlaybackKeyPairArn\n    ): DeletePlaybackKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePlaybackKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePlaybackKeyPairResponse extends js.Object\n\n  object DeletePlaybackKeyPairResponse {\n    @inline\n    def apply(): DeletePlaybackKeyPairResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePlaybackKeyPairResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteRecordingConfigurationRequest extends js.Object {\n    var arn: RecordingConfigurationArn\n  }\n\n  object DeleteRecordingConfigurationRequest {\n    @inline\n    def apply(\n        arn: RecordingConfigurationArn\n    ): DeleteRecordingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRecordingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteStreamKeyRequest extends js.Object {\n    var arn: StreamKeyArn\n  }\n\n  object DeleteStreamKeyRequest {\n    @inline\n    def apply(\n        arn: StreamKeyArn\n    ): DeleteStreamKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteStreamKeyRequest]\n    }\n  }\n\n  \/** A complex type that describes a location where recorded videos will be stored. Each member represents a type of destination configuration. For recording, you define one and only one type of destination configuration.\n    *\/\n  @js.native\n  trait DestinationConfiguration extends js.Object {\n    var s3: js.UndefOr[S3DestinationConfiguration]\n  }\n\n  object DestinationConfiguration {\n    @inline\n    def apply(\n        s3: js.UndefOr[S3DestinationConfiguration] = js.undefined\n    ): DestinationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      s3.foreach(__v => __obj.updateDynamic(\"s3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationConfiguration]\n    }\n  }\n\n  @js.native\n  trait GetChannelRequest extends js.Object {\n    var arn: ChannelArn\n  }\n\n  object GetChannelRequest {\n    @inline\n    def apply(\n        arn: ChannelArn\n    ): GetChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetChannelRequest]\n    }\n  }\n\n  @js.native\n  trait GetChannelResponse extends js.Object {\n    var channel: js.UndefOr[Channel]\n  }\n\n  object GetChannelResponse {\n    @inline\n    def apply(\n        channel: js.UndefOr[Channel] = js.undefined\n    ): GetChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      channel.foreach(__v => __obj.updateDynamic(\"channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelResponse]\n    }\n  }\n\n  @js.native\n  trait GetPlaybackKeyPairRequest extends js.Object {\n    var arn: PlaybackKeyPairArn\n  }\n\n  object GetPlaybackKeyPairRequest {\n    @inline\n    def apply(\n        arn: PlaybackKeyPairArn\n    ): GetPlaybackKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPlaybackKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait GetPlaybackKeyPairResponse extends js.Object {\n    var keyPair: js.UndefOr[PlaybackKeyPair]\n  }\n\n  object GetPlaybackKeyPairResponse {\n    @inline\n    def apply(\n        keyPair: js.UndefOr[PlaybackKeyPair] = js.undefined\n    ): GetPlaybackKeyPairResponse = {\n      val __obj = js.Dynamic.literal()\n      keyPair.foreach(__v => __obj.updateDynamic(\"keyPair\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPlaybackKeyPairResponse]\n    }\n  }\n\n  @js.native\n  trait GetRecordingConfigurationRequest extends js.Object {\n    var arn: RecordingConfigurationArn\n  }\n\n  object GetRecordingConfigurationRequest {\n    @inline\n    def apply(\n        arn: RecordingConfigurationArn\n    ): GetRecordingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRecordingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetRecordingConfigurationResponse extends js.Object {\n    var recordingConfiguration: js.UndefOr[RecordingConfiguration]\n  }\n\n  object GetRecordingConfigurationResponse {\n    @inline\n    def apply(\n        recordingConfiguration: js.UndefOr[RecordingConfiguration] = js.undefined\n    ): GetRecordingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      recordingConfiguration.foreach(__v => __obj.updateDynamic(\"recordingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetStreamKeyRequest extends js.Object {\n    var arn: StreamKeyArn\n  }\n\n  object GetStreamKeyRequest {\n    @inline\n    def apply(\n        arn: StreamKeyArn\n    ): GetStreamKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetStreamKeyRequest]\n    }\n  }\n\n  @js.native\n  trait GetStreamKeyResponse extends js.Object {\n    var streamKey: js.UndefOr[StreamKey]\n  }\n\n  object GetStreamKeyResponse {\n    @inline\n    def apply(\n        streamKey: js.UndefOr[StreamKey] = js.undefined\n    ): GetStreamKeyResponse = {\n      val __obj = js.Dynamic.literal()\n      streamKey.foreach(__v => __obj.updateDynamic(\"streamKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStreamKeyResponse]\n    }\n  }\n\n  @js.native\n  trait GetStreamRequest extends js.Object {\n    var channelArn: ChannelArn\n  }\n\n  object GetStreamRequest {\n    @inline\n    def apply(\n        channelArn: ChannelArn\n    ): GetStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelArn\" -> channelArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetStreamRequest]\n    }\n  }\n\n  @js.native\n  trait GetStreamResponse extends js.Object {\n    var stream: js.UndefOr[Stream]\n  }\n\n  object GetStreamResponse {\n    @inline\n    def apply(\n        stream: js.UndefOr[Stream] = js.undefined\n    ): GetStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      stream.foreach(__v => __obj.updateDynamic(\"stream\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStreamResponse]\n    }\n  }\n\n  @js.native\n  trait ImportPlaybackKeyPairRequest extends js.Object {\n    var publicKeyMaterial: PlaybackPublicKeyMaterial\n    var name: js.UndefOr[PlaybackKeyPairName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object ImportPlaybackKeyPairRequest {\n    @inline\n    def apply(\n        publicKeyMaterial: PlaybackPublicKeyMaterial,\n        name: js.UndefOr[PlaybackKeyPairName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): ImportPlaybackKeyPairRequest = {\n      val __obj = js.Dynamic.literal(\n        \"publicKeyMaterial\" -> publicKeyMaterial.asInstanceOf[js.Any]\n      )\n\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportPlaybackKeyPairRequest]\n    }\n  }\n\n  @js.native\n  trait ImportPlaybackKeyPairResponse extends js.Object {\n    var keyPair: js.UndefOr[PlaybackKeyPair]\n  }\n\n  object ImportPlaybackKeyPairResponse {\n    @inline\n    def apply(\n        keyPair: js.UndefOr[PlaybackKeyPair] = js.undefined\n    ): ImportPlaybackKeyPairResponse = {\n      val __obj = js.Dynamic.literal()\n      keyPair.foreach(__v => __obj.updateDynamic(\"keyPair\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportPlaybackKeyPairResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelsRequest extends js.Object {\n    var filterByName: js.UndefOr[ChannelName]\n    var filterByRecordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn]\n    var maxResults: js.UndefOr[MaxChannelResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListChannelsRequest {\n    @inline\n    def apply(\n        filterByName: js.UndefOr[ChannelName] = js.undefined,\n        filterByRecordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn] = js.undefined,\n        maxResults: js.UndefOr[MaxChannelResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListChannelsRequest = {\n      val __obj = js.Dynamic.literal()\n      filterByName.foreach(__v => __obj.updateDynamic(\"filterByName\")(__v.asInstanceOf[js.Any]))\n      filterByRecordingConfigurationArn.foreach(__v => __obj.updateDynamic(\"filterByRecordingConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelsResponse extends js.Object {\n    var channels: ChannelList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListChannelsResponse {\n    @inline\n    def apply(\n        channels: ChannelList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListChannelsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"channels\" -> channels.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPlaybackKeyPairsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxPlaybackKeyPairResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListPlaybackKeyPairsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxPlaybackKeyPairResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListPlaybackKeyPairsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlaybackKeyPairsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPlaybackKeyPairsResponse extends js.Object {\n    var keyPairs: PlaybackKeyPairList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListPlaybackKeyPairsResponse {\n    @inline\n    def apply(\n        keyPairs: PlaybackKeyPairList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListPlaybackKeyPairsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"keyPairs\" -> keyPairs.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPlaybackKeyPairsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecordingConfigurationsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxRecordingConfigurationResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListRecordingConfigurationsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxRecordingConfigurationResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListRecordingConfigurationsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecordingConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecordingConfigurationsResponse extends js.Object {\n    var recordingConfigurations: RecordingConfigurationList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListRecordingConfigurationsResponse {\n    @inline\n    def apply(\n        recordingConfigurations: RecordingConfigurationList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListRecordingConfigurationsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"recordingConfigurations\" -> recordingConfigurations.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecordingConfigurationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListStreamKeysRequest extends js.Object {\n    var channelArn: ChannelArn\n    var maxResults: js.UndefOr[MaxStreamKeyResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListStreamKeysRequest {\n    @inline\n    def apply(\n        channelArn: ChannelArn,\n        maxResults: js.UndefOr[MaxStreamKeyResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListStreamKeysRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelArn\" -> channelArn.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamKeysRequest]\n    }\n  }\n\n  @js.native\n  trait ListStreamKeysResponse extends js.Object {\n    var streamKeys: StreamKeyList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListStreamKeysResponse {\n    @inline\n    def apply(\n        streamKeys: StreamKeyList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListStreamKeysResponse = {\n      val __obj = js.Dynamic.literal(\n        \"streamKeys\" -> streamKeys.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamKeysResponse]\n    }\n  }\n\n  @js.native\n  trait ListStreamsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxStreamResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListStreamsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxStreamResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListStreamsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamsRequest]\n    }\n  }\n\n  @js.native\n  trait ListStreamsResponse extends js.Object {\n    var streams: StreamList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListStreamsResponse {\n    @inline\n    def apply(\n        streams: StreamList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListStreamsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"streams\" -> streams.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var maxResults: js.UndefOr[MaxTagResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        maxResults: js.UndefOr[MaxTagResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: Tags\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: Tags,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** A key pair used to sign and validate a playback authorization token.\n    *\/\n  @js.native\n  trait PlaybackKeyPair extends js.Object {\n    var arn: js.UndefOr[PlaybackKeyPairArn]\n    var fingerprint: js.UndefOr[PlaybackKeyPairFingerprint]\n    var name: js.UndefOr[PlaybackKeyPairName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object PlaybackKeyPair {\n    @inline\n    def apply(\n        arn: js.UndefOr[PlaybackKeyPairArn] = js.undefined,\n        fingerprint: js.UndefOr[PlaybackKeyPairFingerprint] = js.undefined,\n        name: js.UndefOr[PlaybackKeyPairName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): PlaybackKeyPair = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      fingerprint.foreach(__v => __obj.updateDynamic(\"fingerprint\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PlaybackKeyPair]\n    }\n  }\n\n  \/** Summary information about a playback key pair.\n    *\/\n  @js.native\n  trait PlaybackKeyPairSummary extends js.Object {\n    var arn: js.UndefOr[PlaybackKeyPairArn]\n    var name: js.UndefOr[PlaybackKeyPairName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object PlaybackKeyPairSummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[PlaybackKeyPairArn] = js.undefined,\n        name: js.UndefOr[PlaybackKeyPairName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): PlaybackKeyPairSummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PlaybackKeyPairSummary]\n    }\n  }\n\n  @js.native\n  trait PutMetadataRequest extends js.Object {\n    var channelArn: ChannelArn\n    var metadata: StreamMetadata\n  }\n\n  object PutMetadataRequest {\n    @inline\n    def apply(\n        channelArn: ChannelArn,\n        metadata: StreamMetadata\n    ): PutMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelArn\" -> channelArn.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutMetadataRequest]\n    }\n  }\n\n  \/** An object representing a configuration to record a channel stream.\n    *\/\n  @js.native\n  trait RecordingConfiguration extends js.Object {\n    var arn: RecordingConfigurationArn\n    var destinationConfiguration: DestinationConfiguration\n    var state: RecordingConfigurationState\n    var name: js.UndefOr[RecordingConfigurationName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object RecordingConfiguration {\n    @inline\n    def apply(\n        arn: RecordingConfigurationArn,\n        destinationConfiguration: DestinationConfiguration,\n        state: RecordingConfigurationState,\n        name: js.UndefOr[RecordingConfigurationName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): RecordingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"destinationConfiguration\" -> destinationConfiguration.asInstanceOf[js.Any],\n        \"state\" -> state.asInstanceOf[js.Any]\n      )\n\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecordingConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait RecordingConfigurationState extends js.Any\n  object RecordingConfigurationState {\n    val CREATING = \"CREATING\".asInstanceOf[RecordingConfigurationState]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[RecordingConfigurationState]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[RecordingConfigurationState]\n\n    @inline def values = js.Array(CREATING, CREATE_FAILED, ACTIVE)\n  }\n\n  \/** Summary information about a RecordingConfiguration.\n    *\/\n  @js.native\n  trait RecordingConfigurationSummary extends js.Object {\n    var arn: RecordingConfigurationArn\n    var destinationConfiguration: DestinationConfiguration\n    var state: RecordingConfigurationState\n    var name: js.UndefOr[RecordingConfigurationName]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object RecordingConfigurationSummary {\n    @inline\n    def apply(\n        arn: RecordingConfigurationArn,\n        destinationConfiguration: DestinationConfiguration,\n        state: RecordingConfigurationState,\n        name: js.UndefOr[RecordingConfigurationName] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): RecordingConfigurationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"destinationConfiguration\" -> destinationConfiguration.asInstanceOf[js.Any],\n        \"state\" -> state.asInstanceOf[js.Any]\n      )\n\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecordingConfigurationSummary]\n    }\n  }\n\n  \/** A complex type that describes an S3 location where recorded videos will be stored.\n    *\/\n  @js.native\n  trait S3DestinationConfiguration extends js.Object {\n    var bucketName: S3DestinationBucketName\n  }\n\n  object S3DestinationConfiguration {\n    @inline\n    def apply(\n        bucketName: S3DestinationBucketName\n    ): S3DestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"bucketName\" -> bucketName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3DestinationConfiguration]\n    }\n  }\n\n  @js.native\n  trait StopStreamRequest extends js.Object {\n    var channelArn: ChannelArn\n  }\n\n  object StopStreamRequest {\n    @inline\n    def apply(\n        channelArn: ChannelArn\n    ): StopStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelArn\" -> channelArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopStreamRequest]\n    }\n  }\n\n  @js.native\n  trait StopStreamResponse extends js.Object\n\n  object StopStreamResponse {\n    @inline\n    def apply(): StopStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopStreamResponse]\n    }\n  }\n\n  \/** Specifies a live video stream that has been ingested and distributed.\n    *\/\n  @js.native\n  trait Stream extends js.Object {\n    var channelArn: js.UndefOr[ChannelArn]\n    var health: js.UndefOr[StreamHealth]\n    var playbackUrl: js.UndefOr[PlaybackURL]\n    var startTime: js.UndefOr[StreamStartTime]\n    var state: js.UndefOr[StreamState]\n    var viewerCount: js.UndefOr[StreamViewerCount]\n  }\n\n  object Stream {\n    @inline\n    def apply(\n        channelArn: js.UndefOr[ChannelArn] = js.undefined,\n        health: js.UndefOr[StreamHealth] = js.undefined,\n        playbackUrl: js.UndefOr[PlaybackURL] = js.undefined,\n        startTime: js.UndefOr[StreamStartTime] = js.undefined,\n        state: js.UndefOr[StreamState] = js.undefined,\n        viewerCount: js.UndefOr[StreamViewerCount] = js.undefined\n    ): Stream = {\n      val __obj = js.Dynamic.literal()\n      channelArn.foreach(__v => __obj.updateDynamic(\"channelArn\")(__v.asInstanceOf[js.Any]))\n      health.foreach(__v => __obj.updateDynamic(\"health\")(__v.asInstanceOf[js.Any]))\n      playbackUrl.foreach(__v => __obj.updateDynamic(\"playbackUrl\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      viewerCount.foreach(__v => __obj.updateDynamic(\"viewerCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Stream]\n    }\n  }\n\n  @js.native\n  sealed trait StreamHealth extends js.Any\n  object StreamHealth {\n    val HEALTHY = \"HEALTHY\".asInstanceOf[StreamHealth]\n    val STARVING = \"STARVING\".asInstanceOf[StreamHealth]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[StreamHealth]\n\n    @inline def values = js.Array(HEALTHY, STARVING, UNKNOWN)\n  }\n\n  \/** Object specifying a stream key.\n    *\/\n  @js.native\n  trait StreamKey extends js.Object {\n    var arn: js.UndefOr[StreamKeyArn]\n    var channelArn: js.UndefOr[ChannelArn]\n    var tags: js.UndefOr[Tags]\n    var value: js.UndefOr[StreamKeyValue]\n  }\n\n  object StreamKey {\n    @inline\n    def apply(\n        arn: js.UndefOr[StreamKeyArn] = js.undefined,\n        channelArn: js.UndefOr[ChannelArn] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined,\n        value: js.UndefOr[StreamKeyValue] = js.undefined\n    ): StreamKey = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      channelArn.foreach(__v => __obj.updateDynamic(\"channelArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamKey]\n    }\n  }\n\n  \/** Summary information about a stream key.\n    *\/\n  @js.native\n  trait StreamKeySummary extends js.Object {\n    var arn: js.UndefOr[StreamKeyArn]\n    var channelArn: js.UndefOr[ChannelArn]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object StreamKeySummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[StreamKeyArn] = js.undefined,\n        channelArn: js.UndefOr[ChannelArn] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): StreamKeySummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      channelArn.foreach(__v => __obj.updateDynamic(\"channelArn\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamKeySummary]\n    }\n  }\n\n  @js.native\n  sealed trait StreamState extends js.Any\n  object StreamState {\n    val LIVE = \"LIVE\".asInstanceOf[StreamState]\n    val OFFLINE = \"OFFLINE\".asInstanceOf[StreamState]\n\n    @inline def values = js.Array(LIVE, OFFLINE)\n  }\n\n  \/** Summary information about a stream.\n    *\/\n  @js.native\n  trait StreamSummary extends js.Object {\n    var channelArn: js.UndefOr[ChannelArn]\n    var health: js.UndefOr[StreamHealth]\n    var startTime: js.UndefOr[StreamStartTime]\n    var state: js.UndefOr[StreamState]\n    var viewerCount: js.UndefOr[StreamViewerCount]\n  }\n\n  object StreamSummary {\n    @inline\n    def apply(\n        channelArn: js.UndefOr[ChannelArn] = js.undefined,\n        health: js.UndefOr[StreamHealth] = js.undefined,\n        startTime: js.UndefOr[StreamStartTime] = js.undefined,\n        state: js.UndefOr[StreamState] = js.undefined,\n        viewerCount: js.UndefOr[StreamViewerCount] = js.undefined\n    ): StreamSummary = {\n      val __obj = js.Dynamic.literal()\n      channelArn.foreach(__v => __obj.updateDynamic(\"channelArn\")(__v.asInstanceOf[js.Any]))\n      health.foreach(__v => __obj.updateDynamic(\"health\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      viewerCount.foreach(__v => __obj.updateDynamic(\"viewerCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamSummary]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelRequest extends js.Object {\n    var arn: ChannelArn\n    var authorized: js.UndefOr[Boolean]\n    var latencyMode: js.UndefOr[ChannelLatencyMode]\n    var name: js.UndefOr[ChannelName]\n    var recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn]\n    var `type`: js.UndefOr[ChannelType]\n  }\n\n  object UpdateChannelRequest {\n    @inline\n    def apply(\n        arn: ChannelArn,\n        authorized: js.UndefOr[Boolean] = js.undefined,\n        latencyMode: js.UndefOr[ChannelLatencyMode] = js.undefined,\n        name: js.UndefOr[ChannelName] = js.undefined,\n        recordingConfigurationArn: js.UndefOr[ChannelRecordingConfigurationArn] = js.undefined,\n        `type`: js.UndefOr[ChannelType] = js.undefined\n    ): UpdateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n\n      authorized.foreach(__v => __obj.updateDynamic(\"authorized\")(__v.asInstanceOf[js.Any]))\n      latencyMode.foreach(__v => __obj.updateDynamic(\"latencyMode\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      recordingConfigurationArn.foreach(__v => __obj.updateDynamic(\"recordingConfigurationArn\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelResponse extends js.Object {\n    var channel: js.UndefOr[Channel]\n  }\n\n  object UpdateChannelResponse {\n    @inline\n    def apply(\n        channel: js.UndefOr[Channel] = js.undefined\n    ): UpdateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      channel.foreach(__v => __obj.updateDynamic(\"channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iam\/src\/main\/scala\/facade\/amazonaws\/services\/IAM.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iam {\n  type AccessDetails = js.Array[AccessDetail]\n  type ActionNameListType = js.Array[ActionNameType]\n  type ActionNameType = String\n  type ArnListType = js.Array[arnType]\n  type BootstrapDatum = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type ColumnNumber = Int\n  type ContextEntryListType = js.Array[ContextEntry]\n  type ContextKeyNameType = String\n  type ContextKeyNamesResultListType = js.Array[ContextKeyNameType]\n  type ContextKeyValueListType = js.Array[ContextKeyValueType]\n  type ContextKeyValueType = String\n  type DeletionTaskIdType = String\n  type EvalDecisionDetailsType = js.Dictionary[PolicyEvaluationDecisionType]\n  type EvalDecisionSourceType = String\n  type EvaluationResultsListType = js.Array[EvaluationResult]\n  type LineNumber = Int\n  type ManagedPolicyDetailListType = js.Array[ManagedPolicyDetail]\n  type OpenIDConnectProviderListType = js.Array[OpenIDConnectProviderListEntry]\n  type OpenIDConnectProviderUrlType = String\n  type PolicyGroupListType = js.Array[PolicyGroup]\n  type PolicyIdentifierType = String\n  type PolicyRoleListType = js.Array[PolicyRole]\n  type PolicyUserListType = js.Array[PolicyUser]\n  type ReasonType = String\n  type RegionNameType = String\n  type ReportContentType = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type ReportStateDescriptionType = String\n  type ResourceHandlingOptionType = String\n  type ResourceNameListType = js.Array[ResourceNameType]\n  type ResourceNameType = String\n  type ResourceSpecificResultListType = js.Array[ResourceSpecificResult]\n  type RoleUsageListType = js.Array[RoleUsageType]\n  type SAMLMetadataDocumentType = String\n  type SAMLProviderListType = js.Array[SAMLProviderListEntry]\n  type SAMLProviderNameType = String\n  type SSHPublicKeyListType = js.Array[SSHPublicKeyMetadata]\n  type ServiceSpecificCredentialsListType = js.Array[ServiceSpecificCredentialMetadata]\n  type ServicesLastAccessed = js.Array[ServiceLastAccessed]\n  type SimulationPolicyListType = js.Array[policyDocumentType]\n  type StatementListType = js.Array[Statement]\n  type TrackedActionsLastAccessed = js.Array[TrackedActionLastAccessed]\n  type accessKeyIdType = String\n  type accessKeyMetadataListType = js.Array[AccessKeyMetadata]\n  type accessKeySecretType = String\n  type accountAliasListType = js.Array[accountAliasType]\n  type accountAliasType = String\n  type arnType = String\n  type attachedPoliciesListType = js.Array[AttachedPolicy]\n  type attachmentCountType = Int\n  type authenticationCodeType = String\n  type booleanObjectType = Boolean\n  type booleanType = Boolean\n  type certificateBodyType = String\n  type certificateChainType = String\n  type certificateIdType = String\n  type certificateListType = js.Array[SigningCertificate]\n  type clientIDListType = js.Array[clientIDType]\n  type clientIDType = String\n  type customSuffixType = String\n  type dateType = js.Date\n  type entityDetailsListType = js.Array[EntityDetails]\n  type entityListType = js.Array[EntityType]\n  type entityNameType = String\n  type existingUserNameType = String\n  type groupDetailListType = js.Array[GroupDetail]\n  type groupListType = js.Array[Group]\n  type groupNameListType = js.Array[groupNameType]\n  type groupNameType = String\n  type idType = String\n  type instanceProfileListType = js.Array[InstanceProfile]\n  type instanceProfileNameType = String\n  type integerType = Int\n  type jobIDType = String\n  type listPolicyGrantingServiceAccessResponseListType = js.Array[ListPoliciesGrantingServiceAccessEntry]\n  type markerType = String\n  type maxItemsType = Int\n  type maxPasswordAgeType = Int\n  type mfaDeviceListType = js.Array[MFADevice]\n  type minimumPasswordLengthType = Int\n  type organizationsEntityPathType = String\n  type organizationsPolicyIdType = String\n  type passwordReusePreventionType = Int\n  type passwordType = String\n  type pathPrefixType = String\n  type pathType = String\n  type policyDescriptionType = String\n  type policyDetailListType = js.Array[PolicyDetail]\n  type policyDocumentType = String\n  type policyDocumentVersionListType = js.Array[PolicyVersion]\n  type policyGrantingServiceAccessListType = js.Array[PolicyGrantingServiceAccess]\n  type policyListType = js.Array[Policy]\n  type policyNameListType = js.Array[policyNameType]\n  type policyNameType = String\n  type policyPathType = String\n  type policyVersionIdType = String\n  type privateKeyType = String\n  type publicKeyFingerprintType = String\n  type publicKeyIdType = String\n  type publicKeyMaterialType = String\n  type responseMarkerType = String\n  type roleDescriptionType = String\n  type roleDetailListType = js.Array[RoleDetail]\n  type roleListType = js.Array[Role]\n  type roleMaxSessionDurationType = Int\n  type roleNameType = String\n  type serialNumberType = String\n  type serverCertificateMetadataListType = js.Array[ServerCertificateMetadata]\n  type serverCertificateNameType = String\n  type serviceName = String\n  type serviceNameType = String\n  type serviceNamespaceListType = js.Array[serviceNamespaceType]\n  type serviceNamespaceType = String\n  type servicePassword = <PASSWORD>\n  type serviceSpecificCredentialId = String\n  type serviceUserName = String\n  type stringType = String\n  type summaryMapType = js.Dictionary[summaryValueType]\n  type summaryValueType = Int\n  type tagKeyListType = js.Array[tagKeyType]\n  type tagKeyType = String\n  type tagListType = js.Array[Tag]\n  type tagValueType = String\n  type thumbprintListType = js.Array[thumbprintType]\n  type thumbprintType = String\n  type userDetailListType = js.Array[UserDetail]\n  type userListType = js.Array[User]\n  type userNameType = String\n  type virtualMFADeviceListType = js.Array[VirtualMFADevice]\n  type virtualMFADeviceName = String\n\n  implicit final class IAMOps(private val service: IAM) extends AnyVal {\n\n    @inline def addClientIDToOpenIDConnectProviderFuture(params: AddClientIDToOpenIDConnectProviderRequest): Future[js.Object] = service.addClientIDToOpenIDConnectProvider(params).promise().toFuture\n    @inline def addRoleToInstanceProfileFuture(params: AddRoleToInstanceProfileRequest): Future[js.Object] = service.addRoleToInstanceProfile(params).promise().toFuture\n    @inline def addUserToGroupFuture(params: AddUserToGroupRequest): Future[js.Object] = service.addUserToGroup(params).promise().toFuture\n    @inline def attachGroupPolicyFuture(params: AttachGroupPolicyRequest): Future[js.Object] = service.attachGroupPolicy(params).promise().toFuture\n    @inline def attachRolePolicyFuture(params: AttachRolePolicyRequest): Future[js.Object] = service.attachRolePolicy(params).promise().toFuture\n    @inline def attachUserPolicyFuture(params: AttachUserPolicyRequest): Future[js.Object] = service.attachUserPolicy(params).promise().toFuture\n    @inline def changePasswordFuture(params: ChangePasswordRequest): Future[js.Object] = service.changePassword(params).promise().toFuture\n    @inline def createAccessKeyFuture(params: CreateAccessKeyRequest): Future[CreateAccessKeyResponse] = service.createAccessKey(params).promise().toFuture\n    @inline def createAccountAliasFuture(params: CreateAccountAliasRequest): Future[js.Object] = service.createAccountAlias(params).promise().toFuture\n    @inline def createGroupFuture(params: CreateGroupRequest): Future[CreateGroupResponse] = service.createGroup(params).promise().toFuture\n    @inline def createInstanceProfileFuture(params: CreateInstanceProfileRequest): Future[CreateInstanceProfileResponse] = service.createInstanceProfile(params).promise().toFuture\n    @inline def createLoginProfileFuture(params: CreateLoginProfileRequest): Future[CreateLoginProfileResponse] = service.createLoginProfile(params).promise().toFuture\n    @inline def createOpenIDConnectProviderFuture(params: CreateOpenIDConnectProviderRequest): Future[CreateOpenIDConnectProviderResponse] = service.createOpenIDConnectProvider(params).promise().toFuture\n    @inline def createPolicyFuture(params: CreatePolicyRequest): Future[CreatePolicyResponse] = service.createPolicy(params).promise().toFuture\n    @inline def createPolicyVersionFuture(params: CreatePolicyVersionRequest): Future[CreatePolicyVersionResponse] = service.createPolicyVersion(params).promise().toFuture\n    @inline def createRoleFuture(params: CreateRoleRequest): Future[CreateRoleResponse] = service.createRole(params).promise().toFuture\n    @inline def createSAMLProviderFuture(params: CreateSAMLProviderRequest): Future[CreateSAMLProviderResponse] = service.createSAMLProvider(params).promise().toFuture\n    @inline def createServiceLinkedRoleFuture(params: CreateServiceLinkedRoleRequest): Future[CreateServiceLinkedRoleResponse] = service.createServiceLinkedRole(params).promise().toFuture\n    @inline def createServiceSpecificCredentialFuture(params: CreateServiceSpecificCredentialRequest): Future[CreateServiceSpecificCredentialResponse] = service.createServiceSpecificCredential(params).promise().toFuture\n    @inline def createUserFuture(params: CreateUserRequest): Future[CreateUserResponse] = service.createUser(params).promise().toFuture\n    @inline def createVirtualMFADeviceFuture(params: CreateVirtualMFADeviceRequest): Future[CreateVirtualMFADeviceResponse] = service.createVirtualMFADevice(params).promise().toFuture\n    @inline def deactivateMFADeviceFuture(params: DeactivateMFADeviceRequest): Future[js.Object] = service.deactivateMFADevice(params).promise().toFuture\n    @inline def deleteAccessKeyFuture(params: DeleteAccessKeyRequest): Future[js.Object] = service.deleteAccessKey(params).promise().toFuture\n    @inline def deleteAccountAliasFuture(params: DeleteAccountAliasRequest): Future[js.Object] = service.deleteAccountAlias(params).promise().toFuture\n    @inline def deleteAccountPasswordPolicyFuture(): Future[js.Object] = service.deleteAccountPasswordPolicy().promise().toFuture\n    @inline def deleteGroupFuture(params: DeleteGroupRequest): Future[js.Object] = service.deleteGroup(params).promise().toFuture\n    @inline def deleteGroupPolicyFuture(params: DeleteGroupPolicyRequest): Future[js.Object] = service.deleteGroupPolicy(params).promise().toFuture\n    @inline def deleteInstanceProfileFuture(params: DeleteInstanceProfileRequest): Future[js.Object] = service.deleteInstanceProfile(params).promise().toFuture\n    @inline def deleteLoginProfileFuture(params: DeleteLoginProfileRequest): Future[js.Object] = service.deleteLoginProfile(params).promise().toFuture\n    @inline def deleteOpenIDConnectProviderFuture(params: DeleteOpenIDConnectProviderRequest): Future[js.Object] = service.deleteOpenIDConnectProvider(params).promise().toFuture\n    @inline def deletePolicyFuture(params: DeletePolicyRequest): Future[js.Object] = service.deletePolicy(params).promise().toFuture\n    @inline def deletePolicyVersionFuture(params: DeletePolicyVersionRequest): Future[js.Object] = service.deletePolicyVersion(params).promise().toFuture\n    @inline def deleteRoleFuture(params: DeleteRoleRequest): Future[js.Object] = service.deleteRole(params).promise().toFuture\n    @inline def deleteRolePermissionsBoundaryFuture(params: DeleteRolePermissionsBoundaryRequest): Future[js.Object] = service.deleteRolePermissionsBoundary(params).promise().toFuture\n    @inline def deleteRolePolicyFuture(params: DeleteRolePolicyRequest): Future[js.Object] = service.deleteRolePolicy(params).promise().toFuture\n    @inline def deleteSAMLProviderFuture(params: DeleteSAMLProviderRequest): Future[js.Object] = service.deleteSAMLProvider(params).promise().toFuture\n    @inline def deleteSSHPublicKeyFuture(params: DeleteSSHPublicKeyRequest): Future[js.Object] = service.deleteSSHPublicKey(params).promise().toFuture\n    @inline def deleteServerCertificateFuture(params: DeleteServerCertificateRequest): Future[js.Object] = service.deleteServerCertificate(params).promise().toFuture\n    @inline def deleteServiceLinkedRoleFuture(params: DeleteServiceLinkedRoleRequest): Future[DeleteServiceLinkedRoleResponse] = service.deleteServiceLinkedRole(params).promise().toFuture\n    @inline def deleteServiceSpecificCredentialFuture(params: DeleteServiceSpecificCredentialRequest): Future[js.Object] = service.deleteServiceSpecificCredential(params).promise().toFuture\n    @inline def deleteSigningCertificateFuture(params: DeleteSigningCertificateRequest): Future[js.Object] = service.deleteSigningCertificate(params).promise().toFuture\n    @inline def deleteUserFuture(params: DeleteUserRequest): Future[js.Object] = service.deleteUser(params).promise().toFuture\n    @inline def deleteUserPermissionsBoundaryFuture(params: DeleteUserPermissionsBoundaryRequest): Future[js.Object] = service.deleteUserPermissionsBoundary(params).promise().toFuture\n    @inline def deleteUserPolicyFuture(params: DeleteUserPolicyRequest): Future[js.Object] = service.deleteUserPolicy(params).promise().toFuture\n    @inline def deleteVirtualMFADeviceFuture(params: DeleteVirtualMFADeviceRequest): Future[js.Object] = service.deleteVirtualMFADevice(params).promise().toFuture\n    @inline def detachGroupPolicyFuture(params: DetachGroupPolicyRequest): Future[js.Object] = service.detachGroupPolicy(params).promise().toFuture\n    @inline def detachRolePolicyFuture(params: DetachRolePolicyRequest): Future[js.Object] = service.detachRolePolicy(params).promise().toFuture\n    @inline def detachUserPolicyFuture(params: DetachUserPolicyRequest): Future[js.Object] = service.detachUserPolicy(params).promise().toFuture\n    @inline def enableMFADeviceFuture(params: EnableMFADeviceRequest): Future[js.Object] = service.enableMFADevice(params).promise().toFuture\n    @inline def generateCredentialReportFuture(): Future[GenerateCredentialReportResponse] = service.generateCredentialReport().promise().toFuture\n    @inline def generateOrganizationsAccessReportFuture(params: GenerateOrganizationsAccessReportRequest): Future[GenerateOrganizationsAccessReportResponse] = service.generateOrganizationsAccessReport(params).promise().toFuture\n    @inline def generateServiceLastAccessedDetailsFuture(params: GenerateServiceLastAccessedDetailsRequest): Future[GenerateServiceLastAccessedDetailsResponse] = service.generateServiceLastAccessedDetails(params).promise().toFuture\n    @inline def getAccessKeyLastUsedFuture(params: GetAccessKeyLastUsedRequest): Future[GetAccessKeyLastUsedResponse] = service.getAccessKeyLastUsed(params).promise().toFuture\n    @inline def getAccountAuthorizationDetailsFuture(params: GetAccountAuthorizationDetailsRequest): Future[GetAccountAuthorizationDetailsResponse] = service.getAccountAuthorizationDetails(params).promise().toFuture\n    @inline def getAccountPasswordPolicyFuture(): Future[GetAccountPasswordPolicyResponse] = service.getAccountPasswordPolicy().promise().toFuture\n    @inline def getAccountSummaryFuture(): Future[GetAccountSummaryResponse] = service.getAccountSummary().promise().toFuture\n    @inline def getContextKeysForCustomPolicyFuture(params: GetContextKeysForCustomPolicyRequest): Future[GetContextKeysForPolicyResponse] = service.getContextKeysForCustomPolicy(params).promise().toFuture\n    @inline def getContextKeysForPrincipalPolicyFuture(params: GetContextKeysForPrincipalPolicyRequest): Future[GetContextKeysForPolicyResponse] = service.getContextKeysForPrincipalPolicy(params).promise().toFuture\n    @inline def getCredentialReportFuture(): Future[GetCredentialReportResponse] = service.getCredentialReport().promise().toFuture\n    @inline def getGroupFuture(params: GetGroupRequest): Future[GetGroupResponse] = service.getGroup(params).promise().toFuture\n    @inline def getGroupPolicyFuture(params: GetGroupPolicyRequest): Future[GetGroupPolicyResponse] = service.getGroupPolicy(params).promise().toFuture\n    @inline def getInstanceProfileFuture(params: GetInstanceProfileRequest): Future[GetInstanceProfileResponse] = service.getInstanceProfile(params).promise().toFuture\n    @inline def getLoginProfileFuture(params: GetLoginProfileRequest): Future[GetLoginProfileResponse] = service.getLoginProfile(params).promise().toFuture\n    @inline def getOpenIDConnectProviderFuture(params: GetOpenIDConnectProviderRequest): Future[GetOpenIDConnectProviderResponse] = service.getOpenIDConnectProvider(params).promise().toFuture\n    @inline def getOrganizationsAccessReportFuture(params: GetOrganizationsAccessReportRequest): Future[GetOrganizationsAccessReportResponse] = service.getOrganizationsAccessReport(params).promise().toFuture\n    @inline def getPolicyFuture(params: GetPolicyRequest): Future[GetPolicyResponse] = service.getPolicy(params).promise().toFuture\n    @inline def getPolicyVersionFuture(params: GetPolicyVersionRequest): Future[GetPolicyVersionResponse] = service.getPolicyVersion(params).promise().toFuture\n    @inline def getRoleFuture(params: GetRoleRequest): Future[GetRoleResponse] = service.getRole(params).promise().toFuture\n    @inline def getRolePolicyFuture(params: GetRolePolicyRequest): Future[GetRolePolicyResponse] = service.getRolePolicy(params).promise().toFuture\n    @inline def getSAMLProviderFuture(params: GetSAMLProviderRequest): Future[GetSAMLProviderResponse] = service.getSAMLProvider(params).promise().toFuture\n    @inline def getSSHPublicKeyFuture(params: GetSSHPublicKeyRequest): Future[GetSSHPublicKeyResponse] = service.getSSHPublicKey(params).promise().toFuture\n    @inline def getServerCertificateFuture(params: GetServerCertificateRequest): Future[GetServerCertificateResponse] = service.getServerCertificate(params).promise().toFuture\n    @inline def getServiceLastAccessedDetailsFuture(params: GetServiceLastAccessedDetailsRequest): Future[GetServiceLastAccessedDetailsResponse] = service.getServiceLastAccessedDetails(params).promise().toFuture\n    @inline def getServiceLastAccessedDetailsWithEntitiesFuture(params: GetServiceLastAccessedDetailsWithEntitiesRequest): Future[GetServiceLastAccessedDetailsWithEntitiesResponse] = service.getServiceLastAccessedDetailsWithEntities(params).promise().toFuture\n    @inline def getServiceLinkedRoleDeletionStatusFuture(params: GetServiceLinkedRoleDeletionStatusRequest): Future[GetServiceLinkedRoleDeletionStatusResponse] = service.getServiceLinkedRoleDeletionStatus(params).promise().toFuture\n    @inline def getUserFuture(params: GetUserRequest): Future[GetUserResponse] = service.getUser(params).promise().toFuture\n    @inline def getUserPolicyFuture(params: GetUserPolicyRequest): Future[GetUserPolicyResponse] = service.getUserPolicy(params).promise().toFuture\n    @inline def listAccessKeysFuture(params: ListAccessKeysRequest): Future[ListAccessKeysResponse] = service.listAccessKeys(params).promise().toFuture\n    @inline def listAccountAliasesFuture(params: ListAccountAliasesRequest): Future[ListAccountAliasesResponse] = service.listAccountAliases(params).promise().toFuture\n    @inline def listAttachedGroupPoliciesFuture(params: ListAttachedGroupPoliciesRequest): Future[ListAttachedGroupPoliciesResponse] = service.listAttachedGroupPolicies(params).promise().toFuture\n    @inline def listAttachedRolePoliciesFuture(params: ListAttachedRolePoliciesRequest): Future[ListAttachedRolePoliciesResponse] = service.listAttachedRolePolicies(params).promise().toFuture\n    @inline def listAttachedUserPoliciesFuture(params: ListAttachedUserPoliciesRequest): Future[ListAttachedUserPoliciesResponse] = service.listAttachedUserPolicies(params).promise().toFuture\n    @inline def listEntitiesForPolicyFuture(params: ListEntitiesForPolicyRequest): Future[ListEntitiesForPolicyResponse] = service.listEntitiesForPolicy(params).promise().toFuture\n    @inline def listGroupPoliciesFuture(params: ListGroupPoliciesRequest): Future[ListGroupPoliciesResponse] = service.listGroupPolicies(params).promise().toFuture\n    @inline def listGroupsForUserFuture(params: ListGroupsForUserRequest): Future[ListGroupsForUserResponse] = service.listGroupsForUser(params).promise().toFuture\n    @inline def listGroupsFuture(params: ListGroupsRequest): Future[ListGroupsResponse] = service.listGroups(params).promise().toFuture\n    @inline def listInstanceProfileTagsFuture(params: ListInstanceProfileTagsRequest): Future[ListInstanceProfileTagsResponse] = service.listInstanceProfileTags(params).promise().toFuture\n    @inline def listInstanceProfilesForRoleFuture(params: ListInstanceProfilesForRoleRequest): Future[ListInstanceProfilesForRoleResponse] = service.listInstanceProfilesForRole(params).promise().toFuture\n    @inline def listInstanceProfilesFuture(params: ListInstanceProfilesRequest): Future[ListInstanceProfilesResponse] = service.listInstanceProfiles(params).promise().toFuture\n    @inline def listMFADeviceTagsFuture(params: ListMFADeviceTagsRequest): Future[ListMFADeviceTagsResponse] = service.listMFADeviceTags(params).promise().toFuture\n    @inline def listMFADevicesFuture(params: ListMFADevicesRequest): Future[ListMFADevicesResponse] = service.listMFADevices(params).promise().toFuture\n    @inline def listOpenIDConnectProviderTagsFuture(params: ListOpenIDConnectProviderTagsRequest): Future[ListOpenIDConnectProviderTagsResponse] = service.listOpenIDConnectProviderTags(params).promise().toFuture\n    @inline def listOpenIDConnectProvidersFuture(params: ListOpenIDConnectProvidersRequest): Future[ListOpenIDConnectProvidersResponse] = service.listOpenIDConnectProviders(params).promise().toFuture\n    @inline def listPoliciesFuture(params: ListPoliciesRequest): Future[ListPoliciesResponse] = service.listPolicies(params).promise().toFuture\n    @inline def listPoliciesGrantingServiceAccessFuture(params: ListPoliciesGrantingServiceAccessRequest): Future[ListPoliciesGrantingServiceAccessResponse] = service.listPoliciesGrantingServiceAccess(params).promise().toFuture\n    @inline def listPolicyTagsFuture(params: ListPolicyTagsRequest): Future[ListPolicyTagsResponse] = service.listPolicyTags(params).promise().toFuture\n    @inline def listPolicyVersionsFuture(params: ListPolicyVersionsRequest): Future[ListPolicyVersionsResponse] = service.listPolicyVersions(params).promise().toFuture\n    @inline def listRolePoliciesFuture(params: ListRolePoliciesRequest): Future[ListRolePoliciesResponse] = service.listRolePolicies(params).promise().toFuture\n    @inline def listRoleTagsFuture(params: ListRoleTagsRequest): Future[ListRoleTagsResponse] = service.listRoleTags(params).promise().toFuture\n    @inline def listRolesFuture(params: ListRolesRequest): Future[ListRolesResponse] = service.listRoles(params).promise().toFuture\n    @inline def listSAMLProviderTagsFuture(params: ListSAMLProviderTagsRequest): Future[ListSAMLProviderTagsResponse] = service.listSAMLProviderTags(params).promise().toFuture\n    @inline def listSAMLProvidersFuture(params: ListSAMLProvidersRequest): Future[ListSAMLProvidersResponse] = service.listSAMLProviders(params).promise().toFuture\n    @inline def listSSHPublicKeysFuture(params: ListSSHPublicKeysRequest): Future[ListSSHPublicKeysResponse] = service.listSSHPublicKeys(params).promise().toFuture\n    @inline def listServerCertificateTagsFuture(params: ListServerCertificateTagsRequest): Future[ListServerCertificateTagsResponse] = service.listServerCertificateTags(params).promise().toFuture\n    @inline def listServerCertificatesFuture(params: ListServerCertificatesRequest): Future[ListServerCertificatesResponse] = service.listServerCertificates(params).promise().toFuture\n    @inline def listServiceSpecificCredentialsFuture(params: ListServiceSpecificCredentialsRequest): Future[ListServiceSpecificCredentialsResponse] = service.listServiceSpecificCredentials(params).promise().toFuture\n    @inline def listSigningCertificatesFuture(params: ListSigningCertificatesRequest): Future[ListSigningCertificatesResponse] = service.listSigningCertificates(params).promise().toFuture\n    @inline def listUserPoliciesFuture(params: ListUserPoliciesRequest): Future[ListUserPoliciesResponse] = service.listUserPolicies(params).promise().toFuture\n    @inline def listUserTagsFuture(params: ListUserTagsRequest): Future[ListUserTagsResponse] = service.listUserTags(params).promise().toFuture\n    @inline def listUsersFuture(params: ListUsersRequest): Future[ListUsersResponse] = service.listUsers(params).promise().toFuture\n    @inline def listVirtualMFADevicesFuture(params: ListVirtualMFADevicesRequest): Future[ListVirtualMFADevicesResponse] = service.listVirtualMFADevices(params).promise().toFuture\n    @inline def putGroupPolicyFuture(params: PutGroupPolicyRequest): Future[js.Object] = service.putGroupPolicy(params).promise().toFuture\n    @inline def putRolePermissionsBoundaryFuture(params: PutRolePermissionsBoundaryRequest): Future[js.Object] = service.putRolePermissionsBoundary(params).promise().toFuture\n    @inline def putRolePolicyFuture(params: PutRolePolicyRequest): Future[js.Object] = service.putRolePolicy(params).promise().toFuture\n    @inline def putUserPermissionsBoundaryFuture(params: PutUserPermissionsBoundaryRequest): Future[js.Object] = service.putUserPermissionsBoundary(params).promise().toFuture\n    @inline def putUserPolicyFuture(params: PutUserPolicyRequest): Future[js.Object] = service.putUserPolicy(params).promise().toFuture\n    @inline def removeClientIDFromOpenIDConnectProviderFuture(params: RemoveClientIDFromOpenIDConnectProviderRequest): Future[js.Object] = service.removeClientIDFromOpenIDConnectProvider(params).promise().toFuture\n    @inline def removeRoleFromInstanceProfileFuture(params: RemoveRoleFromInstanceProfileRequest): Future[js.Object] = service.removeRoleFromInstanceProfile(params).promise().toFuture\n    @inline def removeUserFromGroupFuture(params: RemoveUserFromGroupRequest): Future[js.Object] = service.removeUserFromGroup(params).promise().toFuture\n    @inline def resetServiceSpecificCredentialFuture(params: ResetServiceSpecificCredentialRequest): Future[ResetServiceSpecificCredentialResponse] = service.resetServiceSpecificCredential(params).promise().toFuture\n    @inline def resyncMFADeviceFuture(params: ResyncMFADeviceRequest): Future[js.Object] = service.resyncMFADevice(params).promise().toFuture\n    @inline def setDefaultPolicyVersionFuture(params: SetDefaultPolicyVersionRequest): Future[js.Object] = service.setDefaultPolicyVersion(params).promise().toFuture\n    @inline def setSecurityTokenServicePreferencesFuture(params: SetSecurityTokenServicePreferencesRequest): Future[js.Object] = service.setSecurityTokenServicePreferences(params).promise().toFuture\n    @inline def simulateCustomPolicyFuture(params: SimulateCustomPolicyRequest): Future[SimulatePolicyResponse] = service.simulateCustomPolicy(params).promise().toFuture\n    @inline def simulatePrincipalPolicyFuture(params: SimulatePrincipalPolicyRequest): Future[SimulatePolicyResponse] = service.simulatePrincipalPolicy(params).promise().toFuture\n    @inline def tagInstanceProfileFuture(params: TagInstanceProfileRequest): Future[js.Object] = service.tagInstanceProfile(params).promise().toFuture\n    @inline def tagMFADeviceFuture(params: TagMFADeviceRequest): Future[js.Object] = service.tagMFADevice(params).promise().toFuture\n    @inline def tagOpenIDConnectProviderFuture(params: TagOpenIDConnectProviderRequest): Future[js.Object] = service.tagOpenIDConnectProvider(params).promise().toFuture\n    @inline def tagPolicyFuture(params: TagPolicyRequest): Future[js.Object] = service.tagPolicy(params).promise().toFuture\n    @inline def tagRoleFuture(params: TagRoleRequest): Future[js.Object] = service.tagRole(params).promise().toFuture\n    @inline def tagSAMLProviderFuture(params: TagSAMLProviderRequest): Future[js.Object] = service.tagSAMLProvider(params).promise().toFuture\n    @inline def tagServerCertificateFuture(params: TagServerCertificateRequest): Future[js.Object] = service.tagServerCertificate(params).promise().toFuture\n    @inline def tagUserFuture(params: TagUserRequest): Future[js.Object] = service.tagUser(params).promise().toFuture\n    @inline def untagInstanceProfileFuture(params: UntagInstanceProfileRequest): Future[js.Object] = service.untagInstanceProfile(params).promise().toFuture\n    @inline def untagMFADeviceFuture(params: UntagMFADeviceRequest): Future[js.Object] = service.untagMFADevice(params).promise().toFuture\n    @inline def untagOpenIDConnectProviderFuture(params: UntagOpenIDConnectProviderRequest): Future[js.Object] = service.untagOpenIDConnectProvider(params).promise().toFuture\n    @inline def untagPolicyFuture(params: UntagPolicyRequest): Future[js.Object] = service.untagPolicy(params).promise().toFuture\n    @inline def untagRoleFuture(params: UntagRoleRequest): Future[js.Object] = service.untagRole(params).promise().toFuture\n    @inline def untagSAMLProviderFuture(params: UntagSAMLProviderRequest): Future[js.Object] = service.untagSAMLProvider(params).promise().toFuture\n    @inline def untagServerCertificateFuture(params: UntagServerCertificateRequest): Future[js.Object] = service.untagServerCertificate(params).promise().toFuture\n    @inline def untagUserFuture(params: UntagUserRequest): Future[js.Object] = service.untagUser(params).promise().toFuture\n    @inline def updateAccessKeyFuture(params: UpdateAccessKeyRequest): Future[js.Object] = service.updateAccessKey(params).promise().toFuture\n    @inline def updateAccountPasswordPolicyFuture(params: UpdateAccountPasswordPolicyRequest): Future[js.Object] = service.updateAccountPasswordPolicy(params).promise().toFuture\n    @inline def updateAssumeRolePolicyFuture(params: UpdateAssumeRolePolicyRequest): Future[js.Object] = service.updateAssumeRolePolicy(params).promise().toFuture\n    @inline def updateGroupFuture(params: UpdateGroupRequest): Future[js.Object] = service.updateGroup(params).promise().toFuture\n    @inline def updateLoginProfileFuture(params: UpdateLoginProfileRequest): Future[js.Object] = service.updateLoginProfile(params).promise().toFuture\n    @inline def updateOpenIDConnectProviderThumbprintFuture(params: UpdateOpenIDConnectProviderThumbprintRequest): Future[js.Object] = service.updateOpenIDConnectProviderThumbprint(params).promise().toFuture\n    @inline def updateRoleDescriptionFuture(params: UpdateRoleDescriptionRequest): Future[UpdateRoleDescriptionResponse] = service.updateRoleDescription(params).promise().toFuture\n    @inline def updateRoleFuture(params: UpdateRoleRequest): Future[UpdateRoleResponse] = service.updateRole(params).promise().toFuture\n    @inline def updateSAMLProviderFuture(params: UpdateSAMLProviderRequest): Future[UpdateSAMLProviderResponse] = service.updateSAMLProvider(params).promise().toFuture\n    @inline def updateSSHPublicKeyFuture(params: UpdateSSHPublicKeyRequest): Future[js.Object] = service.updateSSHPublicKey(params).promise().toFuture\n    @inline def updateServerCertificateFuture(params: UpdateServerCertificateRequest): Future[js.Object] = service.updateServerCertificate(params).promise().toFuture\n    @inline def updateServiceSpecificCredentialFuture(params: UpdateServiceSpecificCredentialRequest): Future[js.Object] = service.updateServiceSpecificCredential(params).promise().toFuture\n    @inline def updateSigningCertificateFuture(params: UpdateSigningCertificateRequest): Future[js.Object] = service.updateSigningCertificate(params).promise().toFuture\n    @inline def updateUserFuture(params: UpdateUserRequest): Future[js.Object] = service.updateUser(params).promise().toFuture\n    @inline def uploadSSHPublicKeyFuture(params: UploadSSHPublicKeyRequest): Future[UploadSSHPublicKeyResponse] = service.uploadSSHPublicKey(params).promise().toFuture\n    @inline def uploadServerCertificateFuture(params: UploadServerCertificateRequest): Future[UploadServerCertificateResponse] = service.uploadServerCertificate(params).promise().toFuture\n    @inline def uploadSigningCertificateFuture(params: UploadSigningCertificateRequest): Future[UploadSigningCertificateResponse] = service.uploadSigningCertificate(params).promise().toFuture\n\n  }\n}\n\npackage iam {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iam\", JSImport.Namespace, \"AWS.IAM\")\n  class IAM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addClientIDToOpenIDConnectProvider(params: AddClientIDToOpenIDConnectProviderRequest): Request[js.Object] = js.native\n    def addRoleToInstanceProfile(params: AddRoleToInstanceProfileRequest): Request[js.Object] = js.native\n    def addUserToGroup(params: AddUserToGroupRequest): Request[js.Object] = js.native\n    def attachGroupPolicy(params: AttachGroupPolicyRequest): Request[js.Object] = js.native\n    def attachRolePolicy(params: AttachRolePolicyRequest): Request[js.Object] = js.native\n    def attachUserPolicy(params: AttachUserPolicyRequest): Request[js.Object] = js.native\n    def changePassword(params: ChangePasswordRequest): Request[js.Object] = js.native\n    def createAccessKey(params: CreateAccessKeyRequest): Request[CreateAccessKeyResponse] = js.native\n    def createAccountAlias(params: CreateAccountAliasRequest): Request[js.Object] = js.native\n    def createGroup(params: CreateGroupRequest): Request[CreateGroupResponse] = js.native\n    def createInstanceProfile(params: CreateInstanceProfileRequest): Request[CreateInstanceProfileResponse] = js.native\n    def createLoginProfile(params: CreateLoginProfileRequest): Request[CreateLoginProfileResponse] = js.native\n    def createOpenIDConnectProvider(params: CreateOpenIDConnectProviderRequest): Request[CreateOpenIDConnectProviderResponse] = js.native\n    def createPolicy(params: CreatePolicyRequest): Request[CreatePolicyResponse] = js.native\n    def createPolicyVersion(params: CreatePolicyVersionRequest): Request[CreatePolicyVersionResponse] = js.native\n    def createRole(params: CreateRoleRequest): Request[CreateRoleResponse] = js.native\n    def createSAMLProvider(params: CreateSAMLProviderRequest): Request[CreateSAMLProviderResponse] = js.native\n    def createServiceLinkedRole(params: CreateServiceLinkedRoleRequest): Request[CreateServiceLinkedRoleResponse] = js.native\n    def createServiceSpecificCredential(params: CreateServiceSpecificCredentialRequest): Request[CreateServiceSpecificCredentialResponse] = js.native\n    def createUser(params: CreateUserRequest): Request[CreateUserResponse] = js.native\n    def createVirtualMFADevice(params: CreateVirtualMFADeviceRequest): Request[CreateVirtualMFADeviceResponse] = js.native\n    def deactivateMFADevice(params: DeactivateMFADeviceRequest): Request[js.Object] = js.native\n    def deleteAccessKey(params: DeleteAccessKeyRequest): Request[js.Object] = js.native\n    def deleteAccountAlias(params: DeleteAccountAliasRequest): Request[js.Object] = js.native\n    def deleteAccountPasswordPolicy(): Request[js.Object] = js.native\n    def deleteGroup(params: DeleteGroupRequest): Request[js.Object] = js.native\n    def deleteGroupPolicy(params: DeleteGroupPolicyRequest): Request[js.Object] = js.native\n    def deleteInstanceProfile(params: DeleteInstanceProfileRequest): Request[js.Object] = js.native\n    def deleteLoginProfile(params: DeleteLoginProfileRequest): Request[js.Object] = js.native\n    def deleteOpenIDConnectProvider(params: DeleteOpenIDConnectProviderRequest): Request[js.Object] = js.native\n    def deletePolicy(params: DeletePolicyRequest): Request[js.Object] = js.native\n    def deletePolicyVersion(params: DeletePolicyVersionRequest): Request[js.Object] = js.native\n    def deleteRole(params: DeleteRoleRequest): Request[js.Object] = js.native\n    def deleteRolePermissionsBoundary(params: DeleteRolePermissionsBoundaryRequest): Request[js.Object] = js.native\n    def deleteRolePolicy(params: DeleteRolePolicyRequest): Request[js.Object] = js.native\n    def deleteSAMLProvider(params: DeleteSAMLProviderRequest): Request[js.Object] = js.native\n    def deleteSSHPublicKey(params: DeleteSSHPublicKeyRequest): Request[js.Object] = js.native\n    def deleteServerCertificate(params: DeleteServerCertificateRequest): Request[js.Object] = js.native\n    def deleteServiceLinkedRole(params: DeleteServiceLinkedRoleRequest): Request[DeleteServiceLinkedRoleResponse] = js.native\n    def deleteServiceSpecificCredential(params: DeleteServiceSpecificCredentialRequest): Request[js.Object] = js.native\n    def deleteSigningCertificate(params: DeleteSigningCertificateRequest): Request[js.Object] = js.native\n    def deleteUser(params: DeleteUserRequest): Request[js.Object] = js.native\n    def deleteUserPermissionsBoundary(params: DeleteUserPermissionsBoundaryRequest): Request[js.Object] = js.native\n    def deleteUserPolicy(params: DeleteUserPolicyRequest): Request[js.Object] = js.native\n    def deleteVirtualMFADevice(params: DeleteVirtualMFADeviceRequest): Request[js.Object] = js.native\n    def detachGroupPolicy(params: DetachGroupPolicyRequest): Request[js.Object] = js.native\n    def detachRolePolicy(params: DetachRolePolicyRequest): Request[js.Object] = js.native\n    def detachUserPolicy(params: DetachUserPolicyRequest): Request[js.Object] = js.native\n    def enableMFADevice(params: EnableMFADeviceRequest): Request[js.Object] = js.native\n    def generateCredentialReport(): Request[GenerateCredentialReportResponse] = js.native\n    def generateOrganizationsAccessReport(params: GenerateOrganizationsAccessReportRequest): Request[GenerateOrganizationsAccessReportResponse] = js.native\n    def generateServiceLastAccessedDetails(params: GenerateServiceLastAccessedDetailsRequest): Request[GenerateServiceLastAccessedDetailsResponse] = js.native\n    def getAccessKeyLastUsed(params: GetAccessKeyLastUsedRequest): Request[GetAccessKeyLastUsedResponse] = js.native\n    def getAccountAuthorizationDetails(params: GetAccountAuthorizationDetailsRequest): Request[GetAccountAuthorizationDetailsResponse] = js.native\n    def getAccountPasswordPolicy(): Request[GetAccountPasswordPolicyResponse] = js.native\n    def getAccountSummary(): Request[GetAccountSummaryResponse] = js.native\n    def getContextKeysForCustomPolicy(params: GetContextKeysForCustomPolicyRequest): Request[GetContextKeysForPolicyResponse] = js.native\n    def getContextKeysForPrincipalPolicy(params: GetContextKeysForPrincipalPolicyRequest): Request[GetContextKeysForPolicyResponse] = js.native\n    def getCredentialReport(): Request[GetCredentialReportResponse] = js.native\n    def getGroup(params: GetGroupRequest): Request[GetGroupResponse] = js.native\n    def getGroupPolicy(params: GetGroupPolicyRequest): Request[GetGroupPolicyResponse] = js.native\n    def getInstanceProfile(params: GetInstanceProfileRequest): Request[GetInstanceProfileResponse] = js.native\n    def getLoginProfile(params: GetLoginProfileRequest): Request[GetLoginProfileResponse] = js.native\n    def getOpenIDConnectProvider(params: GetOpenIDConnectProviderRequest): Request[GetOpenIDConnectProviderResponse] = js.native\n    def getOrganizationsAccessReport(params: GetOrganizationsAccessReportRequest): Request[GetOrganizationsAccessReportResponse] = js.native\n    def getPolicy(params: GetPolicyRequest): Request[GetPolicyResponse] = js.native\n    def getPolicyVersion(params: GetPolicyVersionRequest): Request[GetPolicyVersionResponse] = js.native\n    def getRole(params: GetRoleRequest): Request[GetRoleResponse] = js.native\n    def getRolePolicy(params: GetRolePolicyRequest): Request[GetRolePolicyResponse] = js.native\n    def getSAMLProvider(params: GetSAMLProviderRequest): Request[GetSAMLProviderResponse] = js.native\n    def getSSHPublicKey(params: GetSSHPublicKeyRequest): Request[GetSSHPublicKeyResponse] = js.native\n    def getServerCertificate(params: GetServerCertificateRequest): Request[GetServerCertificateResponse] = js.native\n    def getServiceLastAccessedDetails(params: GetServiceLastAccessedDetailsRequest): Request[GetServiceLastAccessedDetailsResponse] = js.native\n    def getServiceLastAccessedDetailsWithEntities(params: GetServiceLastAccessedDetailsWithEntitiesRequest): Request[GetServiceLastAccessedDetailsWithEntitiesResponse] = js.native\n    def getServiceLinkedRoleDeletionStatus(params: GetServiceLinkedRoleDeletionStatusRequest): Request[GetServiceLinkedRoleDeletionStatusResponse] = js.native\n    def getUser(params: GetUserRequest): Request[GetUserResponse] = js.native\n    def getUserPolicy(params: GetUserPolicyRequest): Request[GetUserPolicyResponse] = js.native\n    def listAccessKeys(params: ListAccessKeysRequest): Request[ListAccessKeysResponse] = js.native\n    def listAccountAliases(params: ListAccountAliasesRequest): Request[ListAccountAliasesResponse] = js.native\n    def listAttachedGroupPolicies(params: ListAttachedGroupPoliciesRequest): Request[ListAttachedGroupPoliciesResponse] = js.native\n    def listAttachedRolePolicies(params: ListAttachedRolePoliciesRequest): Request[ListAttachedRolePoliciesResponse] = js.native\n    def listAttachedUserPolicies(params: ListAttachedUserPoliciesRequest): Request[ListAttachedUserPoliciesResponse] = js.native\n    def listEntitiesForPolicy(params: ListEntitiesForPolicyRequest): Request[ListEntitiesForPolicyResponse] = js.native\n    def listGroupPolicies(params: ListGroupPoliciesRequest): Request[ListGroupPoliciesResponse] = js.native\n    def listGroups(params: ListGroupsRequest): Request[ListGroupsResponse] = js.native\n    def listGroupsForUser(params: ListGroupsForUserRequest): Request[ListGroupsForUserResponse] = js.native\n    def listInstanceProfileTags(params: ListInstanceProfileTagsRequest): Request[ListInstanceProfileTagsResponse] = js.native\n    def listInstanceProfiles(params: ListInstanceProfilesRequest): Request[ListInstanceProfilesResponse] = js.native\n    def listInstanceProfilesForRole(params: ListInstanceProfilesForRoleRequest): Request[ListInstanceProfilesForRoleResponse] = js.native\n    def listMFADeviceTags(params: ListMFADeviceTagsRequest): Request[ListMFADeviceTagsResponse] = js.native\n    def listMFADevices(params: ListMFADevicesRequest): Request[ListMFADevicesResponse] = js.native\n    def listOpenIDConnectProviderTags(params: ListOpenIDConnectProviderTagsRequest): Request[ListOpenIDConnectProviderTagsResponse] = js.native\n    def listOpenIDConnectProviders(params: ListOpenIDConnectProvidersRequest): Request[ListOpenIDConnectProvidersResponse] = js.native\n    def listPolicies(params: ListPoliciesRequest): Request[ListPoliciesResponse] = js.native\n    def listPoliciesGrantingServiceAccess(params: ListPoliciesGrantingServiceAccessRequest): Request[ListPoliciesGrantingServiceAccessResponse] = js.native\n    def listPolicyTags(params: ListPolicyTagsRequest): Request[ListPolicyTagsResponse] = js.native\n    def listPolicyVersions(params: ListPolicyVersionsRequest): Request[ListPolicyVersionsResponse] = js.native\n    def listRolePolicies(params: ListRolePoliciesRequest): Request[ListRolePoliciesResponse] = js.native\n    def listRoleTags(params: ListRoleTagsRequest): Request[ListRoleTagsResponse] = js.native\n    def listRoles(params: ListRolesRequest): Request[ListRolesResponse] = js.native\n    def listSAMLProviderTags(params: ListSAMLProviderTagsRequest): Request[ListSAMLProviderTagsResponse] = js.native\n    def listSAMLProviders(params: ListSAMLProvidersRequest): Request[ListSAMLProvidersResponse] = js.native\n    def listSSHPublicKeys(params: ListSSHPublicKeysRequest): Request[ListSSHPublicKeysResponse] = js.native\n    def listServerCertificateTags(params: ListServerCertificateTagsRequest): Request[ListServerCertificateTagsResponse] = js.native\n    def listServerCertificates(params: ListServerCertificatesRequest): Request[ListServerCertificatesResponse] = js.native\n    def listServiceSpecificCredentials(params: ListServiceSpecificCredentialsRequest): Request[ListServiceSpecificCredentialsResponse] = js.native\n    def listSigningCertificates(params: ListSigningCertificatesRequest): Request[ListSigningCertificatesResponse] = js.native\n    def listUserPolicies(params: ListUserPoliciesRequest): Request[ListUserPoliciesResponse] = js.native\n    def listUserTags(params: ListUserTagsRequest): Request[ListUserTagsResponse] = js.native\n    def listUsers(params: ListUsersRequest): Request[ListUsersResponse] = js.native\n    def listVirtualMFADevices(params: ListVirtualMFADevicesRequest): Request[ListVirtualMFADevicesResponse] = js.native\n    def putGroupPolicy(params: PutGroupPolicyRequest): Request[js.Object] = js.native\n    def putRolePermissionsBoundary(params: PutRolePermissionsBoundaryRequest): Request[js.Object] = js.native\n    def putRolePolicy(params: PutRolePolicyRequest): Request[js.Object] = js.native\n    def putUserPermissionsBoundary(params: PutUserPermissionsBoundaryRequest): Request[js.Object] = js.native\n    def putUserPolicy(params: PutUserPolicyRequest): Request[js.Object] = js.native\n    def removeClientIDFromOpenIDConnectProvider(params: RemoveClientIDFromOpenIDConnectProviderRequest): Request[js.Object] = js.native\n    def removeRoleFromInstanceProfile(params: RemoveRoleFromInstanceProfileRequest): Request[js.Object] = js.native\n    def removeUserFromGroup(params: RemoveUserFromGroupRequest): Request[js.Object] = js.native\n    def resetServiceSpecificCredential(params: ResetServiceSpecificCredentialRequest): Request[ResetServiceSpecificCredentialResponse] = js.native\n    def resyncMFADevice(params: ResyncMFADeviceRequest): Request[js.Object] = js.native\n    def setDefaultPolicyVersion(params: SetDefaultPolicyVersionRequest): Request[js.Object] = js.native\n    def setSecurityTokenServicePreferences(params: SetSecurityTokenServicePreferencesRequest): Request[js.Object] = js.native\n    def simulateCustomPolicy(params: SimulateCustomPolicyRequest): Request[SimulatePolicyResponse] = js.native\n    def simulatePrincipalPolicy(params: SimulatePrincipalPolicyRequest): Request[SimulatePolicyResponse] = js.native\n    def tagInstanceProfile(params: TagInstanceProfileRequest): Request[js.Object] = js.native\n    def tagMFADevice(params: TagMFADeviceRequest): Request[js.Object] = js.native\n    def tagOpenIDConnectProvider(params: TagOpenIDConnectProviderRequest): Request[js.Object] = js.native\n    def tagPolicy(params: TagPolicyRequest): Request[js.Object] = js.native\n    def tagRole(params: TagRoleRequest): Request[js.Object] = js.native\n    def tagSAMLProvider(params: TagSAMLProviderRequest): Request[js.Object] = js.native\n    def tagServerCertificate(params: TagServerCertificateRequest): Request[js.Object] = js.native\n    def tagUser(params: TagUserRequest): Request[js.Object] = js.native\n    def untagInstanceProfile(params: UntagInstanceProfileRequest): Request[js.Object] = js.native\n    def untagMFADevice(params: UntagMFADeviceRequest): Request[js.Object] = js.native\n    def untagOpenIDConnectProvider(params: UntagOpenIDConnectProviderRequest): Request[js.Object] = js.native\n    def untagPolicy(params: UntagPolicyRequest): Request[js.Object] = js.native\n    def untagRole(params: UntagRoleRequest): Request[js.Object] = js.native\n    def untagSAMLProvider(params: UntagSAMLProviderRequest): Request[js.Object] = js.native\n    def untagServerCertificate(params: UntagServerCertificateRequest): Request[js.Object] = js.native\n    def untagUser(params: UntagUserRequest): Request[js.Object] = js.native\n    def updateAccessKey(params: UpdateAccessKeyRequest): Request[js.Object] = js.native\n    def updateAccountPasswordPolicy(params: UpdateAccountPasswordPolicyRequest): Request[js.Object] = js.native\n    def updateAssumeRolePolicy(params: UpdateAssumeRolePolicyRequest): Request[js.Object] = js.native\n    def updateGroup(params: UpdateGroupRequest): Request[js.Object] = js.native\n    def updateLoginProfile(params: UpdateLoginProfileRequest): Request[js.Object] = js.native\n    def updateOpenIDConnectProviderThumbprint(params: UpdateOpenIDConnectProviderThumbprintRequest): Request[js.Object] = js.native\n    def updateRole(params: UpdateRoleRequest): Request[UpdateRoleResponse] = js.native\n    def updateRoleDescription(params: UpdateRoleDescriptionRequest): Request[UpdateRoleDescriptionResponse] = js.native\n    def updateSAMLProvider(params: UpdateSAMLProviderRequest): Request[UpdateSAMLProviderResponse] = js.native\n    def updateSSHPublicKey(params: UpdateSSHPublicKeyRequest): Request[js.Object] = js.native\n    def updateServerCertificate(params: UpdateServerCertificateRequest): Request[js.Object] = js.native\n    def updateServiceSpecificCredential(params: UpdateServiceSpecificCredentialRequest): Request[js.Object] = js.native\n    def updateSigningCertificate(params: UpdateSigningCertificateRequest): Request[js.Object] = js.native\n    def updateUser(params: UpdateUserRequest): Request[js.Object] = js.native\n    def uploadSSHPublicKey(params: UploadSSHPublicKeyRequest): Request[UploadSSHPublicKeyResponse] = js.native\n    def uploadServerCertificate(params: UploadServerCertificateRequest): Request[UploadServerCertificateResponse] = js.native\n    def uploadSigningCertificate(params: UploadSigningCertificateRequest): Request[UploadSigningCertificateResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AccessAdvisorUsageGranularityType extends js.Any\n  object AccessAdvisorUsageGranularityType {\n    val SERVICE_LEVEL = \"SERVICE_LEVEL\".asInstanceOf[AccessAdvisorUsageGranularityType]\n    val ACTION_LEVEL = \"ACTION_LEVEL\".asInstanceOf[AccessAdvisorUsageGranularityType]\n\n    @inline def values = js.Array(SERVICE_LEVEL, ACTION_LEVEL)\n  }\n\n  \/** An object that contains details about when a principal in the reported AWS Organizations entity last attempted to access an AWS service. A principal can be an IAM user, an IAM role, or the AWS account root user within the reported Organizations entity. This data type is a response element in the <a>GetOrganizationsAccessReport<\/a> operation.\n    *\/\n  @js.native\n  trait AccessDetail extends js.Object {\n    var ServiceName: serviceNameType\n    var ServiceNamespace: serviceNamespaceType\n    var EntityPath: js.UndefOr[organizationsEntityPathType]\n    var LastAuthenticatedTime: js.UndefOr[dateType]\n    var Region: js.UndefOr[stringType]\n    var TotalAuthenticatedEntities: js.UndefOr[integerType]\n  }\n\n  object AccessDetail {\n    @inline\n    def apply(\n        ServiceName: serviceNameType,\n        ServiceNamespace: serviceNamespaceType,\n        EntityPath: js.UndefOr[organizationsEntityPathType] = js.undefined,\n        LastAuthenticatedTime: js.UndefOr[dateType] = js.undefined,\n        Region: js.UndefOr[stringType] = js.undefined,\n        TotalAuthenticatedEntities: js.UndefOr[integerType] = js.undefined\n    ): AccessDetail = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      EntityPath.foreach(__v => __obj.updateDynamic(\"EntityPath\")(__v.asInstanceOf[js.Any]))\n      LastAuthenticatedTime.foreach(__v => __obj.updateDynamic(\"LastAuthenticatedTime\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      TotalAuthenticatedEntities.foreach(__v => __obj.updateDynamic(\"TotalAuthenticatedEntities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessDetail]\n    }\n  }\n\n  \/** Contains information about an AWS access key. This data type is used as a response element in the <a>CreateAccessKey<\/a> and <a>ListAccessKeys<\/a> operations.\n    *\n    * '''Note:'''The <code>SecretAccessKey<\/code> value is returned only in response to <a>CreateAccessKey<\/a>. You can get a secret access key only when you first create an access key; you cannot recover the secret access key later. If you lose a secret access key, you must create a new access key.\n    *\/\n  @js.native\n  trait AccessKey extends js.Object {\n    var AccessKeyId: accessKeyIdType\n    var SecretAccessKey: accessKeySecretType\n    var Status: statusType\n    var UserName: userNameType\n    var CreateDate: js.UndefOr[dateType]\n  }\n\n  object AccessKey {\n    @inline\n    def apply(\n        AccessKeyId: accessKeyIdType,\n        SecretAccessKey: accessKeySecretType,\n        Status: statusType,\n        UserName: userNameType,\n        CreateDate: js.UndefOr[dateType] = js.undefined\n    ): AccessKey = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKeyId\" -> AccessKeyId.asInstanceOf[js.Any],\n        \"SecretAccessKey\" -> SecretAccessKey.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessKey]\n    }\n  }\n\n  \/** Contains information about the last time an AWS access key was used since IAM began tracking this information on April 22, 2015. This data type is used as a response element in the <a>GetAccessKeyLastUsed<\/a> operation.\n    *\/\n  @js.native\n  trait AccessKeyLastUsed extends js.Object {\n    var LastUsedDate: dateType\n    var Region: stringType\n    var ServiceName: stringType\n  }\n\n  object AccessKeyLastUsed {\n    @inline\n    def apply(\n        LastUsedDate: dateType,\n        Region: stringType,\n        ServiceName: stringType\n    ): AccessKeyLastUsed = {\n      val __obj = js.Dynamic.literal(\n        \"LastUsedDate\" -> LastUsedDate.asInstanceOf[js.Any],\n        \"Region\" -> Region.asInstanceOf[js.Any],\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccessKeyLastUsed]\n    }\n  }\n\n  \/** Contains information about an AWS access key, without its secret key. This data type is used as a response element in the <a>ListAccessKeys<\/a> operation.\n    *\/\n  @js.native\n  trait AccessKeyMetadata extends js.Object {\n    var AccessKeyId: js.UndefOr[accessKeyIdType]\n    var CreateDate: js.UndefOr[dateType]\n    var Status: js.UndefOr[statusType]\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object AccessKeyMetadata {\n    @inline\n    def apply(\n        AccessKeyId: js.UndefOr[accessKeyIdType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        Status: js.UndefOr[statusType] = js.undefined,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): AccessKeyMetadata = {\n      val __obj = js.Dynamic.literal()\n      AccessKeyId.foreach(__v => __obj.updateDynamic(\"AccessKeyId\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessKeyMetadata]\n    }\n  }\n\n  @js.native\n  trait AddClientIDToOpenIDConnectProviderRequest extends js.Object {\n    var ClientID: clientIDType\n    var OpenIDConnectProviderArn: arnType\n  }\n\n  object AddClientIDToOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        ClientID: clientIDType,\n        OpenIDConnectProviderArn: arnType\n    ): AddClientIDToOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientID\" -> ClientID.asInstanceOf[js.Any],\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddClientIDToOpenIDConnectProviderRequest]\n    }\n  }\n\n  @js.native\n  trait AddRoleToInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var RoleName: roleNameType\n  }\n\n  object AddRoleToInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        RoleName: roleNameType\n    ): AddRoleToInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddRoleToInstanceProfileRequest]\n    }\n  }\n\n  @js.native\n  trait AddUserToGroupRequest extends js.Object {\n    var GroupName: groupNameType\n    var UserName: existingUserNameType\n  }\n\n  object AddUserToGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        UserName: existingUserNameType\n    ): AddUserToGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddUserToGroupRequest]\n    }\n  }\n\n  @js.native\n  trait AttachGroupPolicyRequest extends js.Object {\n    var GroupName: groupNameType\n    var PolicyArn: arnType\n  }\n\n  object AttachGroupPolicyRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyArn: arnType\n    ): AttachGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait AttachRolePolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var RoleName: roleNameType\n  }\n\n  object AttachRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        RoleName: roleNameType\n    ): AttachRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachRolePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait AttachUserPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var UserName: userNameType\n  }\n\n  object AttachUserPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        UserName: userNameType\n    ): AttachUserPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachUserPolicyRequest]\n    }\n  }\n\n  \/** Contains information about an attached permissions boundary. An attached permissions boundary is a managed policy that has been attached to a user or role to set the permissions boundary. For more information about permissions boundaries, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/access_policies_boundaries.html|Permissions boundaries for IAM identities]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait AttachedPermissionsBoundary extends js.Object {\n    var PermissionsBoundaryArn: js.UndefOr[arnType]\n    var PermissionsBoundaryType: js.UndefOr[PermissionsBoundaryAttachmentType]\n  }\n\n  object AttachedPermissionsBoundary {\n    @inline\n    def apply(\n        PermissionsBoundaryArn: js.UndefOr[arnType] = js.undefined,\n        PermissionsBoundaryType: js.UndefOr[PermissionsBoundaryAttachmentType] = js.undefined\n    ): AttachedPermissionsBoundary = {\n      val __obj = js.Dynamic.literal()\n      PermissionsBoundaryArn.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryArn\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryType.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachedPermissionsBoundary]\n    }\n  }\n\n  \/** Contains information about an attached policy. An attached policy is a managed policy that has been attached to a user, group, or role. This data type is used as a response element in the <a>ListAttachedGroupPolicies<\/a>, <a>ListAttachedRolePolicies<\/a>, <a>ListAttachedUserPolicies<\/a>, and <a>GetAccountAuthorizationDetails<\/a> operations. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait AttachedPolicy extends js.Object {\n    var PolicyArn: js.UndefOr[arnType]\n    var PolicyName: js.UndefOr[policyNameType]\n  }\n\n  object AttachedPolicy {\n    @inline\n    def apply(\n        PolicyArn: js.UndefOr[arnType] = js.undefined,\n        PolicyName: js.UndefOr[policyNameType] = js.undefined\n    ): AttachedPolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachedPolicy]\n    }\n  }\n\n  @js.native\n  trait ChangePasswordRequest extends js.Object {\n    var NewPassword: <PASSWORD>\n    var OldPassword: <PASSWORD>\n  }\n\n  object ChangePasswordRequest {\n    @inline\n    def apply(\n        NewPassword: <PASSWORD>,\n        OldPassword: <PASSWORD>\n    ): ChangePasswordRequest = {\n      val __obj = js.Dynamic.literal(\n        \"NewPassword\" -> NewPassword.asInstanceOf[js.Any],\n        \"OldPassword\" -> OldPassword.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ChangePasswordRequest]\n    }\n  }\n\n  \/** Contains information about a condition context key. It includes the name of the key and specifies the value (or values, if the context key supports multiple values) to use in the simulation. This information is used when evaluating the <code>Condition<\/code> elements of the input policies. This data type is used as an input parameter to <a>SimulateCustomPolicy<\/a> and <a>SimulatePrincipalPolicy<\/a>.\n    *\/\n  @js.native\n  trait ContextEntry extends js.Object {\n    var ContextKeyName: js.UndefOr[ContextKeyNameType]\n    var ContextKeyType: js.UndefOr[ContextKeyTypeEnum]\n    var ContextKeyValues: js.UndefOr[ContextKeyValueListType]\n  }\n\n  object ContextEntry {\n    @inline\n    def apply(\n        ContextKeyName: js.UndefOr[ContextKeyNameType] = js.undefined,\n        ContextKeyType: js.UndefOr[ContextKeyTypeEnum] = js.undefined,\n        ContextKeyValues: js.UndefOr[ContextKeyValueListType] = js.undefined\n    ): ContextEntry = {\n      val __obj = js.Dynamic.literal()\n      ContextKeyName.foreach(__v => __obj.updateDynamic(\"ContextKeyName\")(__v.asInstanceOf[js.Any]))\n      ContextKeyType.foreach(__v => __obj.updateDynamic(\"ContextKeyType\")(__v.asInstanceOf[js.Any]))\n      ContextKeyValues.foreach(__v => __obj.updateDynamic(\"ContextKeyValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContextEntry]\n    }\n  }\n\n  @js.native\n  sealed trait ContextKeyTypeEnum extends js.Any\n  object ContextKeyTypeEnum {\n    val string = \"string\".asInstanceOf[ContextKeyTypeEnum]\n    val stringList = \"stringList\".asInstanceOf[ContextKeyTypeEnum]\n    val numeric = \"numeric\".asInstanceOf[ContextKeyTypeEnum]\n    val numericList = \"numericList\".asInstanceOf[ContextKeyTypeEnum]\n    val boolean = \"boolean\".asInstanceOf[ContextKeyTypeEnum]\n    val booleanList = \"booleanList\".asInstanceOf[ContextKeyTypeEnum]\n    val ip = \"ip\".asInstanceOf[ContextKeyTypeEnum]\n    val ipList = \"ipList\".asInstanceOf[ContextKeyTypeEnum]\n    val binary = \"binary\".asInstanceOf[ContextKeyTypeEnum]\n    val binaryList = \"binaryList\".asInstanceOf[ContextKeyTypeEnum]\n    val date = \"date\".asInstanceOf[ContextKeyTypeEnum]\n    val dateList = \"dateList\".asInstanceOf[ContextKeyTypeEnum]\n\n    @inline def values = js.Array(string, stringList, numeric, numericList, boolean, booleanList, ip, ipList, binary, binaryList, date, dateList)\n  }\n\n  @js.native\n  trait CreateAccessKeyRequest extends js.Object {\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object CreateAccessKeyRequest {\n    @inline\n    def apply(\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): CreateAccessKeyRequest = {\n      val __obj = js.Dynamic.literal()\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccessKeyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateAccessKey<\/a> request.\n    *\/\n  @js.native\n  trait CreateAccessKeyResponse extends js.Object {\n    var AccessKey: AccessKey\n  }\n\n  object CreateAccessKeyResponse {\n    @inline\n    def apply(\n        AccessKey: AccessKey\n    ): CreateAccessKeyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKey\" -> AccessKey.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAccessKeyResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAccountAliasRequest extends js.Object {\n    var AccountAlias: accountAliasType\n  }\n\n  object CreateAccountAliasRequest {\n    @inline\n    def apply(\n        AccountAlias: accountAliasType\n    ): CreateAccountAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountAlias\" -> AccountAlias.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAccountAliasRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGroupRequest extends js.Object {\n    var GroupName: groupNameType\n    var Path: js.UndefOr[pathType]\n  }\n\n  object CreateGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        Path: js.UndefOr[pathType] = js.undefined\n    ): CreateGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateGroup<\/a> request.\n    *\/\n  @js.native\n  trait CreateGroupResponse extends js.Object {\n    var Group: Group\n  }\n\n  object CreateGroupResponse {\n    @inline\n    def apply(\n        Group: Group\n    ): CreateGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Group\" -> Group.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var Path: js.UndefOr[pathType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        Path: js.UndefOr[pathType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInstanceProfileRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateInstanceProfile<\/a> request.\n    *\/\n  @js.native\n  trait CreateInstanceProfileResponse extends js.Object {\n    var InstanceProfile: InstanceProfile\n  }\n\n  object CreateInstanceProfileResponse {\n    @inline\n    def apply(\n        InstanceProfile: InstanceProfile\n    ): CreateInstanceProfileResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfile\" -> InstanceProfile.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateInstanceProfileResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLoginProfileRequest extends js.Object {\n    var Password: <PASSWORD>\n    var UserName: userNameType\n    var PasswordResetRequired: js.UndefOr[booleanType]\n  }\n\n  object CreateLoginProfileRequest {\n    @inline\n    def apply(\n        Password: <PASSWORD>,\n        UserName: userNameType,\n        PasswordResetRequired: js.UndefOr[booleanType] = js.undefined\n    ): CreateLoginProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      PasswordResetRequired.foreach(__v => __obj.updateDynamic(\"PasswordResetRequired\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLoginProfileRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateLoginProfile<\/a> request.\n    *\/\n  @js.native\n  trait CreateLoginProfileResponse extends js.Object {\n    var LoginProfile: LoginProfile\n  }\n\n  object CreateLoginProfileResponse {\n    @inline\n    def apply(\n        LoginProfile: LoginProfile\n    ): CreateLoginProfileResponse = {\n      val __obj = js.Dynamic.literal(\n        \"LoginProfile\" -> LoginProfile.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateLoginProfileResponse]\n    }\n  }\n\n  @js.native\n  trait CreateOpenIDConnectProviderRequest extends js.Object {\n    var ThumbprintList: thumbprintListType\n    var Url: OpenIDConnectProviderUrlType\n    var ClientIDList: js.UndefOr[clientIDListType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        ThumbprintList: thumbprintListType,\n        Url: OpenIDConnectProviderUrlType,\n        ClientIDList: js.UndefOr[clientIDListType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ThumbprintList\" -> ThumbprintList.asInstanceOf[js.Any],\n        \"Url\" -> Url.asInstanceOf[js.Any]\n      )\n\n      ClientIDList.foreach(__v => __obj.updateDynamic(\"ClientIDList\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpenIDConnectProviderRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateOpenIDConnectProvider<\/a> request.\n    *\/\n  @js.native\n  trait CreateOpenIDConnectProviderResponse extends js.Object {\n    var OpenIDConnectProviderArn: js.UndefOr[arnType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateOpenIDConnectProviderResponse {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: js.UndefOr[arnType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateOpenIDConnectProviderResponse = {\n      val __obj = js.Dynamic.literal()\n      OpenIDConnectProviderArn.foreach(__v => __obj.updateDynamic(\"OpenIDConnectProviderArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpenIDConnectProviderResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePolicyRequest extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n    var Description: js.UndefOr[policyDescriptionType]\n    var Path: js.UndefOr[policyPathType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreatePolicyRequest {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType,\n        Description: js.UndefOr[policyDescriptionType] = js.undefined,\n        Path: js.UndefOr[policyPathType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreatePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreatePolicy<\/a> request.\n    *\/\n  @js.native\n  trait CreatePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object CreatePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): CreatePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePolicyVersionRequest extends js.Object {\n    var PolicyArn: arnType\n    var PolicyDocument: policyDocumentType\n    var SetAsDefault: js.UndefOr[booleanType]\n  }\n\n  object CreatePolicyVersionRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        PolicyDocument: policyDocumentType,\n        SetAsDefault: js.UndefOr[booleanType] = js.undefined\n    ): CreatePolicyVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any]\n      )\n\n      SetAsDefault.foreach(__v => __obj.updateDynamic(\"SetAsDefault\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyVersionRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreatePolicyVersion<\/a> request.\n    *\/\n  @js.native\n  trait CreatePolicyVersionResponse extends js.Object {\n    var PolicyVersion: js.UndefOr[PolicyVersion]\n  }\n\n  object CreatePolicyVersionResponse {\n    @inline\n    def apply(\n        PolicyVersion: js.UndefOr[PolicyVersion] = js.undefined\n    ): CreatePolicyVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      PolicyVersion.foreach(__v => __obj.updateDynamic(\"PolicyVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRoleRequest extends js.Object {\n    var AssumeRolePolicyDocument: policyDocumentType\n    var RoleName: roleNameType\n    var Description: js.UndefOr[roleDescriptionType]\n    var MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType]\n    var Path: js.UndefOr[pathType]\n    var PermissionsBoundary: js.UndefOr[arnType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateRoleRequest {\n    @inline\n    def apply(\n        AssumeRolePolicyDocument: policyDocumentType,\n        RoleName: roleNameType,\n        Description: js.UndefOr[roleDescriptionType] = js.undefined,\n        MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType] = js.undefined,\n        Path: js.UndefOr[pathType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[arnType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssumeRolePolicyDocument\" -> AssumeRolePolicyDocument.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MaxSessionDuration.foreach(__v => __obj.updateDynamic(\"MaxSessionDuration\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRoleRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateRole<\/a> request.\n    *\/\n  @js.native\n  trait CreateRoleResponse extends js.Object {\n    var Role: Role\n  }\n\n  object CreateRoleResponse {\n    @inline\n    def apply(\n        Role: Role\n    ): CreateRoleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Role\" -> Role.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRoleResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSAMLProviderRequest extends js.Object {\n    var Name: SAMLProviderNameType\n    var SAMLMetadataDocument: SAMLMetadataDocumentType\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateSAMLProviderRequest {\n    @inline\n    def apply(\n        Name: SAMLProviderNameType,\n        SAMLMetadataDocument: SAMLMetadataDocumentType,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SAMLMetadataDocument\" -> SAMLMetadataDocument.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSAMLProviderRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateSAMLProvider<\/a> request.\n    *\/\n  @js.native\n  trait CreateSAMLProviderResponse extends js.Object {\n    var SAMLProviderArn: js.UndefOr[arnType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateSAMLProviderResponse {\n    @inline\n    def apply(\n        SAMLProviderArn: js.UndefOr[arnType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateSAMLProviderResponse = {\n      val __obj = js.Dynamic.literal()\n      SAMLProviderArn.foreach(__v => __obj.updateDynamic(\"SAMLProviderArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSAMLProviderResponse]\n    }\n  }\n\n  @js.native\n  trait CreateServiceLinkedRoleRequest extends js.Object {\n    var AWSServiceName: groupNameType\n    var CustomSuffix: js.UndefOr[customSuffixType]\n    var Description: js.UndefOr[roleDescriptionType]\n  }\n\n  object CreateServiceLinkedRoleRequest {\n    @inline\n    def apply(\n        AWSServiceName: groupNameType,\n        CustomSuffix: js.UndefOr[customSuffixType] = js.undefined,\n        Description: js.UndefOr[roleDescriptionType] = js.undefined\n    ): CreateServiceLinkedRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AWSServiceName\" -> AWSServiceName.asInstanceOf[js.Any]\n      )\n\n      CustomSuffix.foreach(__v => __obj.updateDynamic(\"CustomSuffix\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateServiceLinkedRoleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateServiceLinkedRoleResponse extends js.Object {\n    var Role: js.UndefOr[Role]\n  }\n\n  object CreateServiceLinkedRoleResponse {\n    @inline\n    def apply(\n        Role: js.UndefOr[Role] = js.undefined\n    ): CreateServiceLinkedRoleResponse = {\n      val __obj = js.Dynamic.literal()\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateServiceLinkedRoleResponse]\n    }\n  }\n\n  @js.native\n  trait CreateServiceSpecificCredentialRequest extends js.Object {\n    var ServiceName: serviceName\n    var UserName: userNameType\n  }\n\n  object CreateServiceSpecificCredentialRequest {\n    @inline\n    def apply(\n        ServiceName: serviceName,\n        UserName: userNameType\n    ): CreateServiceSpecificCredentialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateServiceSpecificCredentialRequest]\n    }\n  }\n\n  @js.native\n  trait CreateServiceSpecificCredentialResponse extends js.Object {\n    var ServiceSpecificCredential: js.UndefOr[ServiceSpecificCredential]\n  }\n\n  object CreateServiceSpecificCredentialResponse {\n    @inline\n    def apply(\n        ServiceSpecificCredential: js.UndefOr[ServiceSpecificCredential] = js.undefined\n    ): CreateServiceSpecificCredentialResponse = {\n      val __obj = js.Dynamic.literal()\n      ServiceSpecificCredential.foreach(__v => __obj.updateDynamic(\"ServiceSpecificCredential\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateServiceSpecificCredentialResponse]\n    }\n  }\n\n  @js.native\n  trait CreateUserRequest extends js.Object {\n    var UserName: userNameType\n    var Path: js.UndefOr[pathType]\n    var PermissionsBoundary: js.UndefOr[arnType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateUserRequest {\n    @inline\n    def apply(\n        UserName: userNameType,\n        Path: js.UndefOr[pathType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[arnType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateUser<\/a> request.\n    *\/\n  @js.native\n  trait CreateUserResponse extends js.Object {\n    var User: js.UndefOr[User]\n  }\n\n  object CreateUserResponse {\n    @inline\n    def apply(\n        User: js.UndefOr[User] = js.undefined\n    ): CreateUserResponse = {\n      val __obj = js.Dynamic.literal()\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVirtualMFADeviceRequest extends js.Object {\n    var VirtualMFADeviceName: virtualMFADeviceName\n    var Path: js.UndefOr[pathType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object CreateVirtualMFADeviceRequest {\n    @inline\n    def apply(\n        VirtualMFADeviceName: virtualMFADeviceName,\n        Path: js.UndefOr[pathType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): CreateVirtualMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VirtualMFADeviceName\" -> VirtualMFADeviceName.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVirtualMFADeviceRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>CreateVirtualMFADevice<\/a> request.\n    *\/\n  @js.native\n  trait CreateVirtualMFADeviceResponse extends js.Object {\n    var VirtualMFADevice: VirtualMFADevice\n  }\n\n  object CreateVirtualMFADeviceResponse {\n    @inline\n    def apply(\n        VirtualMFADevice: VirtualMFADevice\n    ): CreateVirtualMFADeviceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"VirtualMFADevice\" -> VirtualMFADevice.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateVirtualMFADeviceResponse]\n    }\n  }\n\n  @js.native\n  trait DeactivateMFADeviceRequest extends js.Object {\n    var SerialNumber: serialNumberType\n    var UserName: existingUserNameType\n  }\n\n  object DeactivateMFADeviceRequest {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType,\n        UserName: existingUserNameType\n    ): DeactivateMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeactivateMFADeviceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAccessKeyRequest extends js.Object {\n    var AccessKeyId: accessKeyIdType\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object DeleteAccessKeyRequest {\n    @inline\n    def apply(\n        AccessKeyId: accessKeyIdType,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): DeleteAccessKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKeyId\" -> AccessKeyId.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAccessKeyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAccountAliasRequest extends js.Object {\n    var AccountAlias: accountAliasType\n  }\n\n  object DeleteAccountAliasRequest {\n    @inline\n    def apply(\n        AccountAlias: accountAliasType\n    ): DeleteAccountAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountAlias\" -> AccountAlias.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAccountAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupPolicyRequest extends js.Object {\n    var GroupName: groupNameType\n    var PolicyName: policyNameType\n  }\n\n  object DeleteGroupPolicyRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyName: policyNameType\n    ): DeleteGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupRequest extends js.Object {\n    var GroupName: groupNameType\n  }\n\n  object DeleteGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType\n    ): DeleteGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n  }\n\n  object DeleteInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType\n    ): DeleteInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInstanceProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLoginProfileRequest extends js.Object {\n    var UserName: userNameType\n  }\n\n  object DeleteLoginProfileRequest {\n    @inline\n    def apply(\n        UserName: userNameType\n    ): DeleteLoginProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLoginProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteOpenIDConnectProviderRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n  }\n\n  object DeleteOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType\n    ): DeleteOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteOpenIDConnectProviderRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePolicyRequest extends js.Object {\n    var PolicyArn: arnType\n  }\n\n  object DeletePolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType\n    ): DeletePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePolicyVersionRequest extends js.Object {\n    var PolicyArn: arnType\n    var VersionId: policyVersionIdType\n  }\n\n  object DeletePolicyVersionRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        VersionId: policyVersionIdType\n    ): DeletePolicyVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"VersionId\" -> VersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePolicyVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRolePermissionsBoundaryRequest extends js.Object {\n    var RoleName: roleNameType\n  }\n\n  object DeleteRolePermissionsBoundaryRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType\n    ): DeleteRolePermissionsBoundaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRolePermissionsBoundaryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRolePolicyRequest extends js.Object {\n    var PolicyName: policyNameType\n    var RoleName: roleNameType\n  }\n\n  object DeleteRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyName: policyNameType,\n        RoleName: roleNameType\n    ): DeleteRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRolePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRoleRequest extends js.Object {\n    var RoleName: roleNameType\n  }\n\n  object DeleteRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType\n    ): DeleteRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRoleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSAMLProviderRequest extends js.Object {\n    var SAMLProviderArn: arnType\n  }\n\n  object DeleteSAMLProviderRequest {\n    @inline\n    def apply(\n        SAMLProviderArn: arnType\n    ): DeleteSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSAMLProviderRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSSHPublicKeyRequest extends js.Object {\n    var SSHPublicKeyId: publicKeyIdType\n    var UserName: userNameType\n  }\n\n  object DeleteSSHPublicKeyRequest {\n    @inline\n    def apply(\n        SSHPublicKeyId: publicKeyIdType,\n        UserName: userNameType\n    ): DeleteSSHPublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SSHPublicKeyId\" -> SSHPublicKeyId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSSHPublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteServerCertificateRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n  }\n\n  object DeleteServerCertificateRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType\n    ): DeleteServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteServerCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteServiceLinkedRoleRequest extends js.Object {\n    var RoleName: roleNameType\n  }\n\n  object DeleteServiceLinkedRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType\n    ): DeleteServiceLinkedRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteServiceLinkedRoleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteServiceLinkedRoleResponse extends js.Object {\n    var DeletionTaskId: DeletionTaskIdType\n  }\n\n  object DeleteServiceLinkedRoleResponse {\n    @inline\n    def apply(\n        DeletionTaskId: DeletionTaskIdType\n    ): DeleteServiceLinkedRoleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DeletionTaskId\" -> DeletionTaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteServiceLinkedRoleResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteServiceSpecificCredentialRequest extends js.Object {\n    var ServiceSpecificCredentialId: serviceSpecificCredentialId\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object DeleteServiceSpecificCredentialRequest {\n    @inline\n    def apply(\n        ServiceSpecificCredentialId: serviceSpecificCredentialId,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): DeleteServiceSpecificCredentialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceSpecificCredentialId\" -> ServiceSpecificCredentialId.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteServiceSpecificCredentialRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSigningCertificateRequest extends js.Object {\n    var CertificateId: certificateIdType\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object DeleteSigningCertificateRequest {\n    @inline\n    def apply(\n        CertificateId: certificateIdType,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): DeleteSigningCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateId\" -> CertificateId.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSigningCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserPermissionsBoundaryRequest extends js.Object {\n    var UserName: userNameType\n  }\n\n  object DeleteUserPermissionsBoundaryRequest {\n    @inline\n    def apply(\n        UserName: userNameType\n    ): DeleteUserPermissionsBoundaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserPermissionsBoundaryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserPolicyRequest extends js.Object {\n    var PolicyName: policyNameType\n    var UserName: existingUserNameType\n  }\n\n  object DeleteUserPolicyRequest {\n    @inline\n    def apply(\n        PolicyName: policyNameType,\n        UserName: existingUserNameType\n    ): DeleteUserPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserRequest extends js.Object {\n    var UserName: existingUserNameType\n  }\n\n  object DeleteUserRequest {\n    @inline\n    def apply(\n        UserName: existingUserNameType\n    ): DeleteUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVirtualMFADeviceRequest extends js.Object {\n    var SerialNumber: serialNumberType\n  }\n\n  object DeleteVirtualMFADeviceRequest {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType\n    ): DeleteVirtualMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVirtualMFADeviceRequest]\n    }\n  }\n\n  \/** The reason that the service-linked role deletion failed. This data type is used as a response element in the <a>GetServiceLinkedRoleDeletionStatus<\/a> operation.\n    *\/\n  @js.native\n  trait DeletionTaskFailureReasonType extends js.Object {\n    var Reason: js.UndefOr[ReasonType]\n    var RoleUsageList: js.UndefOr[RoleUsageListType]\n  }\n\n  object DeletionTaskFailureReasonType {\n    @inline\n    def apply(\n        Reason: js.UndefOr[ReasonType] = js.undefined,\n        RoleUsageList: js.UndefOr[RoleUsageListType] = js.undefined\n    ): DeletionTaskFailureReasonType = {\n      val __obj = js.Dynamic.literal()\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      RoleUsageList.foreach(__v => __obj.updateDynamic(\"RoleUsageList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletionTaskFailureReasonType]\n    }\n  }\n\n  @js.native\n  sealed trait DeletionTaskStatusType extends js.Any\n  object DeletionTaskStatusType {\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[DeletionTaskStatusType]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[DeletionTaskStatusType]\n    val FAILED = \"FAILED\".asInstanceOf[DeletionTaskStatusType]\n    val NOT_STARTED = \"NOT_STARTED\".asInstanceOf[DeletionTaskStatusType]\n\n    @inline def values = js.Array(SUCCEEDED, IN_PROGRESS, FAILED, NOT_STARTED)\n  }\n\n  @js.native\n  trait DetachGroupPolicyRequest extends js.Object {\n    var GroupName: groupNameType\n    var PolicyArn: arnType\n  }\n\n  object DetachGroupPolicyRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyArn: arnType\n    ): DetachGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DetachRolePolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var RoleName: roleNameType\n  }\n\n  object DetachRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        RoleName: roleNameType\n    ): DetachRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachRolePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DetachUserPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var UserName: userNameType\n  }\n\n  object DetachUserPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        UserName: userNameType\n    ): DetachUserPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachUserPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait EnableMFADeviceRequest extends js.Object {\n    var AuthenticationCode1: authenticationCodeType\n    var AuthenticationCode2: authenticationCodeType\n    var SerialNumber: serialNumberType\n    var UserName: existingUserNameType\n  }\n\n  object EnableMFADeviceRequest {\n    @inline\n    def apply(\n        AuthenticationCode1: authenticationCodeType,\n        AuthenticationCode2: authenticationCodeType,\n        SerialNumber: serialNumberType,\n        UserName: existingUserNameType\n    ): EnableMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationCode1\" -> AuthenticationCode1.asInstanceOf[js.Any],\n        \"AuthenticationCode2\" -> AuthenticationCode2.asInstanceOf[js.Any],\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableMFADeviceRequest]\n    }\n  }\n\n  \/** An object that contains details about when the IAM entities (users or roles) were last used in an attempt to access the specified AWS service. This data type is a response element in the <a>GetServiceLastAccessedDetailsWithEntities<\/a> operation.\n    *\/\n  @js.native\n  trait EntityDetails extends js.Object {\n    var EntityInfo: EntityInfo\n    var LastAuthenticated: js.UndefOr[dateType]\n  }\n\n  object EntityDetails {\n    @inline\n    def apply(\n        EntityInfo: EntityInfo,\n        LastAuthenticated: js.UndefOr[dateType] = js.undefined\n    ): EntityDetails = {\n      val __obj = js.Dynamic.literal(\n        \"EntityInfo\" -> EntityInfo.asInstanceOf[js.Any]\n      )\n\n      LastAuthenticated.foreach(__v => __obj.updateDynamic(\"LastAuthenticated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityDetails]\n    }\n  }\n\n  \/** Contains details about the specified entity (user or role). This data type is an element of the <a>EntityDetails<\/a> object.\n    *\/\n  @js.native\n  trait EntityInfo extends js.Object {\n    var Arn: arnType\n    var Id: idType\n    var Name: userNameType\n    var Type: policyOwnerEntityType\n    var Path: js.UndefOr[pathType]\n  }\n\n  object EntityInfo {\n    @inline\n    def apply(\n        Arn: arnType,\n        Id: idType,\n        Name: userNameType,\n        Type: policyOwnerEntityType,\n        Path: js.UndefOr[pathType] = js.undefined\n    ): EntityInfo = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityInfo]\n    }\n  }\n\n  @js.native\n  sealed trait EntityType extends js.Any\n  object EntityType {\n    val User = \"User\".asInstanceOf[EntityType]\n    val Role = \"Role\".asInstanceOf[EntityType]\n    val Group = \"Group\".asInstanceOf[EntityType]\n    val LocalManagedPolicy = \"LocalManagedPolicy\".asInstanceOf[EntityType]\n    val AWSManagedPolicy = \"AWSManagedPolicy\".asInstanceOf[EntityType]\n\n    @inline def values = js.Array(User, Role, Group, LocalManagedPolicy, AWSManagedPolicy)\n  }\n\n  \/** Contains information about the reason that the operation failed. This data type is used as a response element in the <a>GetOrganizationsAccessReport<\/a>, <a>GetServiceLastAccessedDetails<\/a>, and <a>GetServiceLastAccessedDetailsWithEntities<\/a> operations.\n    *\/\n  @js.native\n  trait ErrorDetails extends js.Object {\n    var Code: stringType\n    var Message: stringType\n  }\n\n  object ErrorDetails {\n    @inline\n    def apply(\n        Code: stringType,\n        Message: stringType\n    ): ErrorDetails = {\n      val __obj = js.Dynamic.literal(\n        \"Code\" -> Code.asInstanceOf[js.Any],\n        \"Message\" -> Message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ErrorDetails]\n    }\n  }\n\n  \/** Contains the results of a simulation. This data type is used by the return parameter of <code> <a>SimulateCustomPolicy<\/a> <\/code> and <code> <a>SimulatePrincipalPolicy<\/a> <\/code>.\n    *\/\n  @js.native\n  trait EvaluationResult extends js.Object {\n    var EvalActionName: ActionNameType\n    var EvalDecision: PolicyEvaluationDecisionType\n    var EvalDecisionDetails: js.UndefOr[EvalDecisionDetailsType]\n    var EvalResourceName: js.UndefOr[ResourceNameType]\n    var MatchedStatements: js.UndefOr[StatementListType]\n    var MissingContextValues: js.UndefOr[ContextKeyNamesResultListType]\n    var OrganizationsDecisionDetail: js.UndefOr[OrganizationsDecisionDetail]\n    var PermissionsBoundaryDecisionDetail: js.UndefOr[PermissionsBoundaryDecisionDetail]\n    var ResourceSpecificResults: js.UndefOr[ResourceSpecificResultListType]\n  }\n\n  object EvaluationResult {\n    @inline\n    def apply(\n        EvalActionName: ActionNameType,\n        EvalDecision: PolicyEvaluationDecisionType,\n        EvalDecisionDetails: js.UndefOr[EvalDecisionDetailsType] = js.undefined,\n        EvalResourceName: js.UndefOr[ResourceNameType] = js.undefined,\n        MatchedStatements: js.UndefOr[StatementListType] = js.undefined,\n        MissingContextValues: js.UndefOr[ContextKeyNamesResultListType] = js.undefined,\n        OrganizationsDecisionDetail: js.UndefOr[OrganizationsDecisionDetail] = js.undefined,\n        PermissionsBoundaryDecisionDetail: js.UndefOr[PermissionsBoundaryDecisionDetail] = js.undefined,\n        ResourceSpecificResults: js.UndefOr[ResourceSpecificResultListType] = js.undefined\n    ): EvaluationResult = {\n      val __obj = js.Dynamic.literal(\n        \"EvalActionName\" -> EvalActionName.asInstanceOf[js.Any],\n        \"EvalDecision\" -> EvalDecision.asInstanceOf[js.Any]\n      )\n\n      EvalDecisionDetails.foreach(__v => __obj.updateDynamic(\"EvalDecisionDetails\")(__v.asInstanceOf[js.Any]))\n      EvalResourceName.foreach(__v => __obj.updateDynamic(\"EvalResourceName\")(__v.asInstanceOf[js.Any]))\n      MatchedStatements.foreach(__v => __obj.updateDynamic(\"MatchedStatements\")(__v.asInstanceOf[js.Any]))\n      MissingContextValues.foreach(__v => __obj.updateDynamic(\"MissingContextValues\")(__v.asInstanceOf[js.Any]))\n      OrganizationsDecisionDetail.foreach(__v => __obj.updateDynamic(\"OrganizationsDecisionDetail\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryDecisionDetail.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryDecisionDetail\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecificResults.foreach(__v => __obj.updateDynamic(\"ResourceSpecificResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EvaluationResult]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GenerateCredentialReport<\/a> request.\n    *\/\n  @js.native\n  trait GenerateCredentialReportResponse extends js.Object {\n    var Description: js.UndefOr[ReportStateDescriptionType]\n    var State: js.UndefOr[ReportStateType]\n  }\n\n  object GenerateCredentialReportResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[ReportStateDescriptionType] = js.undefined,\n        State: js.UndefOr[ReportStateType] = js.undefined\n    ): GenerateCredentialReportResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateCredentialReportResponse]\n    }\n  }\n\n  @js.native\n  trait GenerateOrganizationsAccessReportRequest extends js.Object {\n    var EntityPath: organizationsEntityPathType\n    var OrganizationsPolicyId: js.UndefOr[organizationsPolicyIdType]\n  }\n\n  object GenerateOrganizationsAccessReportRequest {\n    @inline\n    def apply(\n        EntityPath: organizationsEntityPathType,\n        OrganizationsPolicyId: js.UndefOr[organizationsPolicyIdType] = js.undefined\n    ): GenerateOrganizationsAccessReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EntityPath\" -> EntityPath.asInstanceOf[js.Any]\n      )\n\n      OrganizationsPolicyId.foreach(__v => __obj.updateDynamic(\"OrganizationsPolicyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateOrganizationsAccessReportRequest]\n    }\n  }\n\n  @js.native\n  trait GenerateOrganizationsAccessReportResponse extends js.Object {\n    var JobId: js.UndefOr[jobIDType]\n  }\n\n  object GenerateOrganizationsAccessReportResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[jobIDType] = js.undefined\n    ): GenerateOrganizationsAccessReportResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateOrganizationsAccessReportResponse]\n    }\n  }\n\n  @js.native\n  trait GenerateServiceLastAccessedDetailsRequest extends js.Object {\n    var Arn: arnType\n    var Granularity: js.UndefOr[AccessAdvisorUsageGranularityType]\n  }\n\n  object GenerateServiceLastAccessedDetailsRequest {\n    @inline\n    def apply(\n        Arn: arnType,\n        Granularity: js.UndefOr[AccessAdvisorUsageGranularityType] = js.undefined\n    ): GenerateServiceLastAccessedDetailsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n\n      Granularity.foreach(__v => __obj.updateDynamic(\"Granularity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateServiceLastAccessedDetailsRequest]\n    }\n  }\n\n  @js.native\n  trait GenerateServiceLastAccessedDetailsResponse extends js.Object {\n    var JobId: js.UndefOr[jobIDType]\n  }\n\n  object GenerateServiceLastAccessedDetailsResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[jobIDType] = js.undefined\n    ): GenerateServiceLastAccessedDetailsResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateServiceLastAccessedDetailsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAccessKeyLastUsedRequest extends js.Object {\n    var AccessKeyId: accessKeyIdType\n  }\n\n  object GetAccessKeyLastUsedRequest {\n    @inline\n    def apply(\n        AccessKeyId: accessKeyIdType\n    ): GetAccessKeyLastUsedRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKeyId\" -> AccessKeyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccessKeyLastUsedRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetAccessKeyLastUsed<\/a> request. It is also returned as a member of the <a>AccessKeyMetaData<\/a> structure returned by the <a>ListAccessKeys<\/a> action.\n    *\/\n  @js.native\n  trait GetAccessKeyLastUsedResponse extends js.Object {\n    var AccessKeyLastUsed: js.UndefOr[AccessKeyLastUsed]\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object GetAccessKeyLastUsedResponse {\n    @inline\n    def apply(\n        AccessKeyLastUsed: js.UndefOr[AccessKeyLastUsed] = js.undefined,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): GetAccessKeyLastUsedResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessKeyLastUsed.foreach(__v => __obj.updateDynamic(\"AccessKeyLastUsed\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccessKeyLastUsedResponse]\n    }\n  }\n\n  @js.native\n  trait GetAccountAuthorizationDetailsRequest extends js.Object {\n    var Filter: js.UndefOr[entityListType]\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object GetAccountAuthorizationDetailsRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[entityListType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): GetAccountAuthorizationDetailsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountAuthorizationDetailsRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetAccountAuthorizationDetails<\/a> request.\n    *\/\n  @js.native\n  trait GetAccountAuthorizationDetailsResponse extends js.Object {\n    var GroupDetailList: js.UndefOr[groupDetailListType]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n    var Policies: js.UndefOr[ManagedPolicyDetailListType]\n    var RoleDetailList: js.UndefOr[roleDetailListType]\n    var UserDetailList: js.UndefOr[userDetailListType]\n  }\n\n  object GetAccountAuthorizationDetailsResponse {\n    @inline\n    def apply(\n        GroupDetailList: js.UndefOr[groupDetailListType] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined,\n        Policies: js.UndefOr[ManagedPolicyDetailListType] = js.undefined,\n        RoleDetailList: js.UndefOr[roleDetailListType] = js.undefined,\n        UserDetailList: js.UndefOr[userDetailListType] = js.undefined\n    ): GetAccountAuthorizationDetailsResponse = {\n      val __obj = js.Dynamic.literal()\n      GroupDetailList.foreach(__v => __obj.updateDynamic(\"GroupDetailList\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      RoleDetailList.foreach(__v => __obj.updateDynamic(\"RoleDetailList\")(__v.asInstanceOf[js.Any]))\n      UserDetailList.foreach(__v => __obj.updateDynamic(\"UserDetailList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountAuthorizationDetailsResponse]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetAccountPasswordPolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetAccountPasswordPolicyResponse extends js.Object {\n    var PasswordPolicy: PasswordPolicy\n  }\n\n  object GetAccountPasswordPolicyResponse {\n    @inline\n    def apply(\n        PasswordPolicy: PasswordPolicy\n    ): GetAccountPasswordPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PasswordPolicy\" -> PasswordPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccountPasswordPolicyResponse]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetAccountSummary<\/a> request.\n    *\/\n  @js.native\n  trait GetAccountSummaryResponse extends js.Object {\n    var SummaryMap: js.UndefOr[summaryMapType]\n  }\n\n  object GetAccountSummaryResponse {\n    @inline\n    def apply(\n        SummaryMap: js.UndefOr[summaryMapType] = js.undefined\n    ): GetAccountSummaryResponse = {\n      val __obj = js.Dynamic.literal()\n      SummaryMap.foreach(__v => __obj.updateDynamic(\"SummaryMap\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountSummaryResponse]\n    }\n  }\n\n  @js.native\n  trait GetContextKeysForCustomPolicyRequest extends js.Object {\n    var PolicyInputList: SimulationPolicyListType\n  }\n\n  object GetContextKeysForCustomPolicyRequest {\n    @inline\n    def apply(\n        PolicyInputList: SimulationPolicyListType\n    ): GetContextKeysForCustomPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyInputList\" -> PolicyInputList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContextKeysForCustomPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetContextKeysForPrincipalPolicy<\/a> or <a>GetContextKeysForCustomPolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetContextKeysForPolicyResponse extends js.Object {\n    var ContextKeyNames: js.UndefOr[ContextKeyNamesResultListType]\n  }\n\n  object GetContextKeysForPolicyResponse {\n    @inline\n    def apply(\n        ContextKeyNames: js.UndefOr[ContextKeyNamesResultListType] = js.undefined\n    ): GetContextKeysForPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextKeyNames.foreach(__v => __obj.updateDynamic(\"ContextKeyNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContextKeysForPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetContextKeysForPrincipalPolicyRequest extends js.Object {\n    var PolicySourceArn: arnType\n    var PolicyInputList: js.UndefOr[SimulationPolicyListType]\n  }\n\n  object GetContextKeysForPrincipalPolicyRequest {\n    @inline\n    def apply(\n        PolicySourceArn: arnType,\n        PolicyInputList: js.UndefOr[SimulationPolicyListType] = js.undefined\n    ): GetContextKeysForPrincipalPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicySourceArn\" -> PolicySourceArn.asInstanceOf[js.Any]\n      )\n\n      PolicyInputList.foreach(__v => __obj.updateDynamic(\"PolicyInputList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContextKeysForPrincipalPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetCredentialReport<\/a> request.\n    *\/\n  @js.native\n  trait GetCredentialReportResponse extends js.Object {\n    var Content: js.UndefOr[ReportContentType]\n    var GeneratedTime: js.UndefOr[dateType]\n    var ReportFormat: js.UndefOr[ReportFormatType]\n  }\n\n  object GetCredentialReportResponse {\n    @inline\n    def apply(\n        Content: js.UndefOr[ReportContentType] = js.undefined,\n        GeneratedTime: js.UndefOr[dateType] = js.undefined,\n        ReportFormat: js.UndefOr[ReportFormatType] = js.undefined\n    ): GetCredentialReportResponse = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      GeneratedTime.foreach(__v => __obj.updateDynamic(\"GeneratedTime\")(__v.asInstanceOf[js.Any]))\n      ReportFormat.foreach(__v => __obj.updateDynamic(\"ReportFormat\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCredentialReportResponse]\n    }\n  }\n\n  @js.native\n  trait GetGroupPolicyRequest extends js.Object {\n    var GroupName: groupNameType\n    var PolicyName: policyNameType\n  }\n\n  object GetGroupPolicyRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyName: policyNameType\n    ): GetGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetGroupPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetGroupPolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetGroupPolicyResponse extends js.Object {\n    var GroupName: groupNameType\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n  }\n\n  object GetGroupPolicyResponse {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType\n    ): GetGroupPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetGroupPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetGroupRequest extends js.Object {\n    var GroupName: groupNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object GetGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): GetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetGroup<\/a> request.\n    *\/\n  @js.native\n  trait GetGroupResponse extends js.Object {\n    var Group: Group\n    var Users: userListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object GetGroupResponse {\n    @inline\n    def apply(\n        Group: Group,\n        Users: userListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): GetGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Group\" -> Group.asInstanceOf[js.Any],\n        \"Users\" -> Users.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait GetInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n  }\n\n  object GetInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType\n    ): GetInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceProfileRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetInstanceProfile<\/a> request.\n    *\/\n  @js.native\n  trait GetInstanceProfileResponse extends js.Object {\n    var InstanceProfile: InstanceProfile\n  }\n\n  object GetInstanceProfileResponse {\n    @inline\n    def apply(\n        InstanceProfile: InstanceProfile\n    ): GetInstanceProfileResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfile\" -> InstanceProfile.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInstanceProfileResponse]\n    }\n  }\n\n  @js.native\n  trait GetLoginProfileRequest extends js.Object {\n    var UserName: userNameType\n  }\n\n  object GetLoginProfileRequest {\n    @inline\n    def apply(\n        UserName: userNameType\n    ): GetLoginProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLoginProfileRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetLoginProfile<\/a> request.\n    *\/\n  @js.native\n  trait GetLoginProfileResponse extends js.Object {\n    var LoginProfile: LoginProfile\n  }\n\n  object GetLoginProfileResponse {\n    @inline\n    def apply(\n        LoginProfile: LoginProfile\n    ): GetLoginProfileResponse = {\n      val __obj = js.Dynamic.literal(\n        \"LoginProfile\" -> LoginProfile.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLoginProfileResponse]\n    }\n  }\n\n  @js.native\n  trait GetOpenIDConnectProviderRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n  }\n\n  object GetOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType\n    ): GetOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOpenIDConnectProviderRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetOpenIDConnectProvider<\/a> request.\n    *\/\n  @js.native\n  trait GetOpenIDConnectProviderResponse extends js.Object {\n    var ClientIDList: js.UndefOr[clientIDListType]\n    var CreateDate: js.UndefOr[dateType]\n    var Tags: js.UndefOr[tagListType]\n    var ThumbprintList: js.UndefOr[thumbprintListType]\n    var Url: js.UndefOr[OpenIDConnectProviderUrlType]\n  }\n\n  object GetOpenIDConnectProviderResponse {\n    @inline\n    def apply(\n        ClientIDList: js.UndefOr[clientIDListType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined,\n        ThumbprintList: js.UndefOr[thumbprintListType] = js.undefined,\n        Url: js.UndefOr[OpenIDConnectProviderUrlType] = js.undefined\n    ): GetOpenIDConnectProviderResponse = {\n      val __obj = js.Dynamic.literal()\n      ClientIDList.foreach(__v => __obj.updateDynamic(\"ClientIDList\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ThumbprintList.foreach(__v => __obj.updateDynamic(\"ThumbprintList\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpenIDConnectProviderResponse]\n    }\n  }\n\n  @js.native\n  trait GetOrganizationsAccessReportRequest extends js.Object {\n    var JobId: jobIDType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var SortKey: js.UndefOr[sortKeyType]\n  }\n\n  object GetOrganizationsAccessReportRequest {\n    @inline\n    def apply(\n        JobId: jobIDType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        SortKey: js.UndefOr[sortKeyType] = js.undefined\n    ): GetOrganizationsAccessReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      SortKey.foreach(__v => __obj.updateDynamic(\"SortKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOrganizationsAccessReportRequest]\n    }\n  }\n\n  @js.native\n  trait GetOrganizationsAccessReportResponse extends js.Object {\n    var JobCreationDate: dateType\n    var JobStatus: jobStatusType\n    var AccessDetails: js.UndefOr[AccessDetails]\n    var ErrorDetails: js.UndefOr[ErrorDetails]\n    var IsTruncated: js.UndefOr[booleanType]\n    var JobCompletionDate: js.UndefOr[dateType]\n    var Marker: js.UndefOr[markerType]\n    var NumberOfServicesAccessible: js.UndefOr[integerType]\n    var NumberOfServicesNotAccessed: js.UndefOr[integerType]\n  }\n\n  object GetOrganizationsAccessReportResponse {\n    @inline\n    def apply(\n        JobCreationDate: dateType,\n        JobStatus: jobStatusType,\n        AccessDetails: js.UndefOr[AccessDetails] = js.undefined,\n        ErrorDetails: js.UndefOr[ErrorDetails] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        JobCompletionDate: js.UndefOr[dateType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        NumberOfServicesAccessible: js.UndefOr[integerType] = js.undefined,\n        NumberOfServicesNotAccessed: js.UndefOr[integerType] = js.undefined\n    ): GetOrganizationsAccessReportResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobCreationDate\" -> JobCreationDate.asInstanceOf[js.Any],\n        \"JobStatus\" -> JobStatus.asInstanceOf[js.Any]\n      )\n\n      AccessDetails.foreach(__v => __obj.updateDynamic(\"AccessDetails\")(__v.asInstanceOf[js.Any]))\n      ErrorDetails.foreach(__v => __obj.updateDynamic(\"ErrorDetails\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      JobCompletionDate.foreach(__v => __obj.updateDynamic(\"JobCompletionDate\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      NumberOfServicesAccessible.foreach(__v => __obj.updateDynamic(\"NumberOfServicesAccessible\")(__v.asInstanceOf[js.Any]))\n      NumberOfServicesNotAccessed.foreach(__v => __obj.updateDynamic(\"NumberOfServicesNotAccessed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOrganizationsAccessReportResponse]\n    }\n  }\n\n  @js.native\n  trait GetPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n  }\n\n  object GetPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType\n    ): GetPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetPolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetPolicyResponse extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object GetPolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): GetPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetPolicyVersionRequest extends js.Object {\n    var PolicyArn: arnType\n    var VersionId: policyVersionIdType\n  }\n\n  object GetPolicyVersionRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        VersionId: policyVersionIdType\n    ): GetPolicyVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"VersionId\" -> VersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPolicyVersionRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetPolicyVersion<\/a> request.\n    *\/\n  @js.native\n  trait GetPolicyVersionResponse extends js.Object {\n    var PolicyVersion: js.UndefOr[PolicyVersion]\n  }\n\n  object GetPolicyVersionResponse {\n    @inline\n    def apply(\n        PolicyVersion: js.UndefOr[PolicyVersion] = js.undefined\n    ): GetPolicyVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      PolicyVersion.foreach(__v => __obj.updateDynamic(\"PolicyVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPolicyVersionResponse]\n    }\n  }\n\n  @js.native\n  trait GetRolePolicyRequest extends js.Object {\n    var PolicyName: policyNameType\n    var RoleName: roleNameType\n  }\n\n  object GetRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyName: policyNameType,\n        RoleName: roleNameType\n    ): GetRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRolePolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetRolePolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetRolePolicyResponse extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n    var RoleName: roleNameType\n  }\n\n  object GetRolePolicyResponse {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType,\n        RoleName: roleNameType\n    ): GetRolePolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRolePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetRoleRequest extends js.Object {\n    var RoleName: roleNameType\n  }\n\n  object GetRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType\n    ): GetRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRoleRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetRole<\/a> request.\n    *\/\n  @js.native\n  trait GetRoleResponse extends js.Object {\n    var Role: Role\n  }\n\n  object GetRoleResponse {\n    @inline\n    def apply(\n        Role: Role\n    ): GetRoleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Role\" -> Role.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRoleResponse]\n    }\n  }\n\n  @js.native\n  trait GetSAMLProviderRequest extends js.Object {\n    var SAMLProviderArn: arnType\n  }\n\n  object GetSAMLProviderRequest {\n    @inline\n    def apply(\n        SAMLProviderArn: arnType\n    ): GetSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSAMLProviderRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetSAMLProvider<\/a> request.\n    *\/\n  @js.native\n  trait GetSAMLProviderResponse extends js.Object {\n    var CreateDate: js.UndefOr[dateType]\n    var SAMLMetadataDocument: js.UndefOr[SAMLMetadataDocumentType]\n    var Tags: js.UndefOr[tagListType]\n    var ValidUntil: js.UndefOr[dateType]\n  }\n\n  object GetSAMLProviderResponse {\n    @inline\n    def apply(\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        SAMLMetadataDocument: js.UndefOr[SAMLMetadataDocumentType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined,\n        ValidUntil: js.UndefOr[dateType] = js.undefined\n    ): GetSAMLProviderResponse = {\n      val __obj = js.Dynamic.literal()\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      SAMLMetadataDocument.foreach(__v => __obj.updateDynamic(\"SAMLMetadataDocument\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ValidUntil.foreach(__v => __obj.updateDynamic(\"ValidUntil\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSAMLProviderResponse]\n    }\n  }\n\n  @js.native\n  trait GetSSHPublicKeyRequest extends js.Object {\n    var Encoding: encodingType\n    var SSHPublicKeyId: publicKeyIdType\n    var UserName: userNameType\n  }\n\n  object GetSSHPublicKeyRequest {\n    @inline\n    def apply(\n        Encoding: encodingType,\n        SSHPublicKeyId: publicKeyIdType,\n        UserName: userNameType\n    ): GetSSHPublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Encoding\" -> Encoding.asInstanceOf[js.Any],\n        \"SSHPublicKeyId\" -> SSHPublicKeyId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSSHPublicKeyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetSSHPublicKey<\/a> request.\n    *\/\n  @js.native\n  trait GetSSHPublicKeyResponse extends js.Object {\n    var SSHPublicKey: js.UndefOr[SSHPublicKey]\n  }\n\n  object GetSSHPublicKeyResponse {\n    @inline\n    def apply(\n        SSHPublicKey: js.UndefOr[SSHPublicKey] = js.undefined\n    ): GetSSHPublicKeyResponse = {\n      val __obj = js.Dynamic.literal()\n      SSHPublicKey.foreach(__v => __obj.updateDynamic(\"SSHPublicKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSSHPublicKeyResponse]\n    }\n  }\n\n  @js.native\n  trait GetServerCertificateRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n  }\n\n  object GetServerCertificateRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType\n    ): GetServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetServerCertificateRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetServerCertificate<\/a> request.\n    *\/\n  @js.native\n  trait GetServerCertificateResponse extends js.Object {\n    var ServerCertificate: ServerCertificate\n  }\n\n  object GetServerCertificateResponse {\n    @inline\n    def apply(\n        ServerCertificate: ServerCertificate\n    ): GetServerCertificateResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificate\" -> ServerCertificate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetServerCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait GetServiceLastAccessedDetailsRequest extends js.Object {\n    var JobId: jobIDType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object GetServiceLastAccessedDetailsRequest {\n    @inline\n    def apply(\n        JobId: jobIDType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): GetServiceLastAccessedDetailsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceLastAccessedDetailsRequest]\n    }\n  }\n\n  @js.native\n  trait GetServiceLastAccessedDetailsResponse extends js.Object {\n    var JobCompletionDate: dateType\n    var JobCreationDate: dateType\n    var JobStatus: jobStatusType\n    var ServicesLastAccessed: ServicesLastAccessed\n    var Error: js.UndefOr[ErrorDetails]\n    var IsTruncated: js.UndefOr[booleanType]\n    var JobType: js.UndefOr[AccessAdvisorUsageGranularityType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object GetServiceLastAccessedDetailsResponse {\n    @inline\n    def apply(\n        JobCompletionDate: dateType,\n        JobCreationDate: dateType,\n        JobStatus: jobStatusType,\n        ServicesLastAccessed: ServicesLastAccessed,\n        Error: js.UndefOr[ErrorDetails] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        JobType: js.UndefOr[AccessAdvisorUsageGranularityType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): GetServiceLastAccessedDetailsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobCompletionDate\" -> JobCompletionDate.asInstanceOf[js.Any],\n        \"JobCreationDate\" -> JobCreationDate.asInstanceOf[js.Any],\n        \"JobStatus\" -> JobStatus.asInstanceOf[js.Any],\n        \"ServicesLastAccessed\" -> ServicesLastAccessed.asInstanceOf[js.Any]\n      )\n\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      JobType.foreach(__v => __obj.updateDynamic(\"JobType\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceLastAccessedDetailsResponse]\n    }\n  }\n\n  @js.native\n  trait GetServiceLastAccessedDetailsWithEntitiesRequest extends js.Object {\n    var JobId: jobIDType\n    var ServiceNamespace: serviceNamespaceType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object GetServiceLastAccessedDetailsWithEntitiesRequest {\n    @inline\n    def apply(\n        JobId: jobIDType,\n        ServiceNamespace: serviceNamespaceType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): GetServiceLastAccessedDetailsWithEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceLastAccessedDetailsWithEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait GetServiceLastAccessedDetailsWithEntitiesResponse extends js.Object {\n    var EntityDetailsList: entityDetailsListType\n    var JobCompletionDate: dateType\n    var JobCreationDate: dateType\n    var JobStatus: jobStatusType\n    var Error: js.UndefOr[ErrorDetails]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object GetServiceLastAccessedDetailsWithEntitiesResponse {\n    @inline\n    def apply(\n        EntityDetailsList: entityDetailsListType,\n        JobCompletionDate: dateType,\n        JobCreationDate: dateType,\n        JobStatus: jobStatusType,\n        Error: js.UndefOr[ErrorDetails] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): GetServiceLastAccessedDetailsWithEntitiesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"EntityDetailsList\" -> EntityDetailsList.asInstanceOf[js.Any],\n        \"JobCompletionDate\" -> JobCompletionDate.asInstanceOf[js.Any],\n        \"JobCreationDate\" -> JobCreationDate.asInstanceOf[js.Any],\n        \"JobStatus\" -> JobStatus.asInstanceOf[js.Any]\n      )\n\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceLastAccessedDetailsWithEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait GetServiceLinkedRoleDeletionStatusRequest extends js.Object {\n    var DeletionTaskId: DeletionTaskIdType\n  }\n\n  object GetServiceLinkedRoleDeletionStatusRequest {\n    @inline\n    def apply(\n        DeletionTaskId: DeletionTaskIdType\n    ): GetServiceLinkedRoleDeletionStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeletionTaskId\" -> DeletionTaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetServiceLinkedRoleDeletionStatusRequest]\n    }\n  }\n\n  @js.native\n  trait GetServiceLinkedRoleDeletionStatusResponse extends js.Object {\n    var Status: DeletionTaskStatusType\n    var Reason: js.UndefOr[DeletionTaskFailureReasonType]\n  }\n\n  object GetServiceLinkedRoleDeletionStatusResponse {\n    @inline\n    def apply(\n        Status: DeletionTaskStatusType,\n        Reason: js.UndefOr[DeletionTaskFailureReasonType] = js.undefined\n    ): GetServiceLinkedRoleDeletionStatusResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceLinkedRoleDeletionStatusResponse]\n    }\n  }\n\n  @js.native\n  trait GetUserPolicyRequest extends js.Object {\n    var PolicyName: policyNameType\n    var UserName: existingUserNameType\n  }\n\n  object GetUserPolicyRequest {\n    @inline\n    def apply(\n        PolicyName: policyNameType,\n        UserName: existingUserNameType\n    ): GetUserPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUserPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetUserPolicy<\/a> request.\n    *\/\n  @js.native\n  trait GetUserPolicyResponse extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n    var UserName: existingUserNameType\n  }\n\n  object GetUserPolicyResponse {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType,\n        UserName: existingUserNameType\n    ): GetUserPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUserPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetUserRequest extends js.Object {\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object GetUserRequest {\n    @inline\n    def apply(\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): GetUserRequest = {\n      val __obj = js.Dynamic.literal()\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUserRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>GetUser<\/a> request.\n    *\/\n  @js.native\n  trait GetUserResponse extends js.Object {\n    var User: User\n  }\n\n  object GetUserResponse {\n    @inline\n    def apply(\n        User: User\n    ): GetUserResponse = {\n      val __obj = js.Dynamic.literal(\n        \"User\" -> User.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUserResponse]\n    }\n  }\n\n  \/** Contains information about an IAM group entity. This data type is used as a response element in the following operations: * <a>CreateGroup<\/a> * <a>GetGroup<\/a> * <a>ListGroups<\/a>\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var Arn: arnType\n    var CreateDate: dateType\n    var GroupId: idType\n    var GroupName: groupNameType\n    var Path: pathType\n  }\n\n  object Group {\n    @inline\n    def apply(\n        Arn: arnType,\n        CreateDate: dateType,\n        GroupId: idType,\n        GroupName: groupNameType,\n        Path: pathType\n    ): Group = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"GroupId\" -> GroupId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Path\" -> Path.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  \/** Contains information about an IAM group, including all of the group's policies. This data type is used as a response element in the <a>GetAccountAuthorizationDetails<\/a> operation.\n    *\/\n  @js.native\n  trait GroupDetail extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType]\n    var CreateDate: js.UndefOr[dateType]\n    var GroupId: js.UndefOr[idType]\n    var GroupName: js.UndefOr[groupNameType]\n    var GroupPolicyList: js.UndefOr[policyDetailListType]\n    var Path: js.UndefOr[pathType]\n  }\n\n  object GroupDetail {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        GroupId: js.UndefOr[idType] = js.undefined,\n        GroupName: js.UndefOr[groupNameType] = js.undefined,\n        GroupPolicyList: js.UndefOr[policyDetailListType] = js.undefined,\n        Path: js.UndefOr[pathType] = js.undefined\n    ): GroupDetail = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      GroupPolicyList.foreach(__v => __obj.updateDynamic(\"GroupPolicyList\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupDetail]\n    }\n  }\n\n  \/** Contains information about an instance profile. This data type is used as a response element in the following operations: * <a>CreateInstanceProfile<\/a> * <a>GetInstanceProfile<\/a> * <a>ListInstanceProfiles<\/a> * <a>ListInstanceProfilesForRole<\/a>\n    *\/\n  @js.native\n  trait InstanceProfile extends js.Object {\n    var Arn: arnType\n    var CreateDate: dateType\n    var InstanceProfileId: idType\n    var InstanceProfileName: instanceProfileNameType\n    var Path: pathType\n    var Roles: roleListType\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object InstanceProfile {\n    @inline\n    def apply(\n        Arn: arnType,\n        CreateDate: dateType,\n        InstanceProfileId: idType,\n        InstanceProfileName: instanceProfileNameType,\n        Path: pathType,\n        Roles: roleListType,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): InstanceProfile = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"InstanceProfileId\" -> InstanceProfileId.asInstanceOf[js.Any],\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any],\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"Roles\" -> Roles.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceProfile]\n    }\n  }\n\n  @js.native\n  trait ListAccessKeysRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object ListAccessKeysRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): ListAccessKeysRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessKeysRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListAccessKeys<\/a> request.\n    *\/\n  @js.native\n  trait ListAccessKeysResponse extends js.Object {\n    var AccessKeyMetadata: accessKeyMetadataListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListAccessKeysResponse {\n    @inline\n    def apply(\n        AccessKeyMetadata: accessKeyMetadataListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListAccessKeysResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKeyMetadata\" -> AccessKeyMetadata.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessKeysResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccountAliasesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListAccountAliasesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListAccountAliasesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountAliasesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListAccountAliases<\/a> request.\n    *\/\n  @js.native\n  trait ListAccountAliasesResponse extends js.Object {\n    var AccountAliases: accountAliasListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListAccountAliasesResponse {\n    @inline\n    def apply(\n        AccountAliases: accountAliasListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListAccountAliasesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountAliases\" -> AccountAliases.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountAliasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttachedGroupPoliciesRequest extends js.Object {\n    var GroupName: groupNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[policyPathType]\n  }\n\n  object ListAttachedGroupPoliciesRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[policyPathType] = js.undefined\n    ): ListAttachedGroupPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedGroupPoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListAttachedGroupPolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListAttachedGroupPoliciesResponse extends js.Object {\n    var AttachedPolicies: js.UndefOr[attachedPoliciesListType]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListAttachedGroupPoliciesResponse {\n    @inline\n    def apply(\n        AttachedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListAttachedGroupPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedPolicies\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedGroupPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttachedRolePoliciesRequest extends js.Object {\n    var RoleName: roleNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[policyPathType]\n  }\n\n  object ListAttachedRolePoliciesRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[policyPathType] = js.undefined\n    ): ListAttachedRolePoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedRolePoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListAttachedRolePolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListAttachedRolePoliciesResponse extends js.Object {\n    var AttachedPolicies: js.UndefOr[attachedPoliciesListType]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListAttachedRolePoliciesResponse {\n    @inline\n    def apply(\n        AttachedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListAttachedRolePoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedPolicies\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedRolePoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttachedUserPoliciesRequest extends js.Object {\n    var UserName: userNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[policyPathType]\n  }\n\n  object ListAttachedUserPoliciesRequest {\n    @inline\n    def apply(\n        UserName: userNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[policyPathType] = js.undefined\n    ): ListAttachedUserPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedUserPoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListAttachedUserPolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListAttachedUserPoliciesResponse extends js.Object {\n    var AttachedPolicies: js.UndefOr[attachedPoliciesListType]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListAttachedUserPoliciesResponse {\n    @inline\n    def apply(\n        AttachedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListAttachedUserPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      AttachedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedPolicies\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttachedUserPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListEntitiesForPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var EntityFilter: js.UndefOr[EntityType]\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathType]\n    var PolicyUsageFilter: js.UndefOr[PolicyUsageType]\n  }\n\n  object ListEntitiesForPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        EntityFilter: js.UndefOr[EntityType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathType] = js.undefined,\n        PolicyUsageFilter: js.UndefOr[PolicyUsageType] = js.undefined\n    ): ListEntitiesForPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n\n      EntityFilter.foreach(__v => __obj.updateDynamic(\"EntityFilter\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      PolicyUsageFilter.foreach(__v => __obj.updateDynamic(\"PolicyUsageFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesForPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListEntitiesForPolicy<\/a> request.\n    *\/\n  @js.native\n  trait ListEntitiesForPolicyResponse extends js.Object {\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n    var PolicyGroups: js.UndefOr[PolicyGroupListType]\n    var PolicyRoles: js.UndefOr[PolicyRoleListType]\n    var PolicyUsers: js.UndefOr[PolicyUserListType]\n  }\n\n  object ListEntitiesForPolicyResponse {\n    @inline\n    def apply(\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined,\n        PolicyGroups: js.UndefOr[PolicyGroupListType] = js.undefined,\n        PolicyRoles: js.UndefOr[PolicyRoleListType] = js.undefined,\n        PolicyUsers: js.UndefOr[PolicyUserListType] = js.undefined\n    ): ListEntitiesForPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      PolicyGroups.foreach(__v => __obj.updateDynamic(\"PolicyGroups\")(__v.asInstanceOf[js.Any]))\n      PolicyRoles.foreach(__v => __obj.updateDynamic(\"PolicyRoles\")(__v.asInstanceOf[js.Any]))\n      PolicyUsers.foreach(__v => __obj.updateDynamic(\"PolicyUsers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEntitiesForPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait ListGroupPoliciesRequest extends js.Object {\n    var GroupName: groupNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListGroupPoliciesRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListGroupPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupPoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListGroupPolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListGroupPoliciesResponse extends js.Object {\n    var PolicyNames: policyNameListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListGroupPoliciesResponse {\n    @inline\n    def apply(\n        PolicyNames: policyNameListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListGroupPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyNames\" -> PolicyNames.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListGroupsForUserRequest extends js.Object {\n    var UserName: existingUserNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListGroupsForUserRequest {\n    @inline\n    def apply(\n        UserName: existingUserNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListGroupsForUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsForUserRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListGroupsForUser<\/a> request.\n    *\/\n  @js.native\n  trait ListGroupsForUserResponse extends js.Object {\n    var Groups: groupListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListGroupsForUserResponse {\n    @inline\n    def apply(\n        Groups: groupListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListGroupsForUserResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Groups\" -> Groups.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsForUserResponse]\n    }\n  }\n\n  @js.native\n  trait ListGroupsRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathPrefixType]\n  }\n\n  object ListGroupsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathPrefixType] = js.undefined\n    ): ListGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListGroups<\/a> request.\n    *\/\n  @js.native\n  trait ListGroupsResponse extends js.Object {\n    var Groups: groupListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListGroupsResponse {\n    @inline\n    def apply(\n        Groups: groupListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListGroupsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Groups\" -> Groups.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListInstanceProfileTagsRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListInstanceProfileTagsRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListInstanceProfileTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfileTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListInstanceProfileTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListInstanceProfileTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListInstanceProfileTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfileTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListInstanceProfilesForRoleRequest extends js.Object {\n    var RoleName: roleNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListInstanceProfilesForRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListInstanceProfilesForRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfilesForRoleRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListInstanceProfilesForRole<\/a> request.\n    *\/\n  @js.native\n  trait ListInstanceProfilesForRoleResponse extends js.Object {\n    var InstanceProfiles: instanceProfileListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListInstanceProfilesForRoleResponse {\n    @inline\n    def apply(\n        InstanceProfiles: instanceProfileListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListInstanceProfilesForRoleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfiles\" -> InstanceProfiles.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfilesForRoleResponse]\n    }\n  }\n\n  @js.native\n  trait ListInstanceProfilesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathPrefixType]\n  }\n\n  object ListInstanceProfilesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathPrefixType] = js.undefined\n    ): ListInstanceProfilesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfilesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListInstanceProfiles<\/a> request.\n    *\/\n  @js.native\n  trait ListInstanceProfilesResponse extends js.Object {\n    var InstanceProfiles: instanceProfileListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListInstanceProfilesResponse {\n    @inline\n    def apply(\n        InstanceProfiles: instanceProfileListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListInstanceProfilesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfiles\" -> InstanceProfiles.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInstanceProfilesResponse]\n    }\n  }\n\n  @js.native\n  trait ListMFADeviceTagsRequest extends js.Object {\n    var SerialNumber: serialNumberType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListMFADeviceTagsRequest {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListMFADeviceTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMFADeviceTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMFADeviceTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListMFADeviceTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListMFADeviceTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMFADeviceTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMFADevicesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object ListMFADevicesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): ListMFADevicesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMFADevicesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListMFADevices<\/a> request.\n    *\/\n  @js.native\n  trait ListMFADevicesResponse extends js.Object {\n    var MFADevices: mfaDeviceListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListMFADevicesResponse {\n    @inline\n    def apply(\n        MFADevices: mfaDeviceListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListMFADevicesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MFADevices\" -> MFADevices.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMFADevicesResponse]\n    }\n  }\n\n  @js.native\n  trait ListOpenIDConnectProviderTagsRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListOpenIDConnectProviderTagsRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListOpenIDConnectProviderTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpenIDConnectProviderTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListOpenIDConnectProviderTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListOpenIDConnectProviderTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListOpenIDConnectProviderTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpenIDConnectProviderTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListOpenIDConnectProvidersRequest extends js.Object\n\n  object ListOpenIDConnectProvidersRequest {\n    @inline\n    def apply(): ListOpenIDConnectProvidersRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListOpenIDConnectProvidersRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListOpenIDConnectProviders<\/a> request.\n    *\/\n  @js.native\n  trait ListOpenIDConnectProvidersResponse extends js.Object {\n    var OpenIDConnectProviderList: js.UndefOr[OpenIDConnectProviderListType]\n  }\n\n  object ListOpenIDConnectProvidersResponse {\n    @inline\n    def apply(\n        OpenIDConnectProviderList: js.UndefOr[OpenIDConnectProviderListType] = js.undefined\n    ): ListOpenIDConnectProvidersResponse = {\n      val __obj = js.Dynamic.literal()\n      OpenIDConnectProviderList.foreach(__v => __obj.updateDynamic(\"OpenIDConnectProviderList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpenIDConnectProvidersResponse]\n    }\n  }\n\n  \/** Contains details about the permissions policies that are attached to the specified identity (user, group, or role). This data type is used as a response element in the <a>ListPoliciesGrantingServiceAccess<\/a> operation.\n    *\/\n  @js.native\n  trait ListPoliciesGrantingServiceAccessEntry extends js.Object {\n    var Policies: js.UndefOr[policyGrantingServiceAccessListType]\n    var ServiceNamespace: js.UndefOr[serviceNamespaceType]\n  }\n\n  object ListPoliciesGrantingServiceAccessEntry {\n    @inline\n    def apply(\n        Policies: js.UndefOr[policyGrantingServiceAccessListType] = js.undefined,\n        ServiceNamespace: js.UndefOr[serviceNamespaceType] = js.undefined\n    ): ListPoliciesGrantingServiceAccessEntry = {\n      val __obj = js.Dynamic.literal()\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      ServiceNamespace.foreach(__v => __obj.updateDynamic(\"ServiceNamespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesGrantingServiceAccessEntry]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesGrantingServiceAccessRequest extends js.Object {\n    var Arn: arnType\n    var ServiceNamespaces: serviceNamespaceListType\n    var Marker: js.UndefOr[markerType]\n  }\n\n  object ListPoliciesGrantingServiceAccessRequest {\n    @inline\n    def apply(\n        Arn: arnType,\n        ServiceNamespaces: serviceNamespaceListType,\n        Marker: js.UndefOr[markerType] = js.undefined\n    ): ListPoliciesGrantingServiceAccessRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ServiceNamespaces\" -> ServiceNamespaces.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesGrantingServiceAccessRequest]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesGrantingServiceAccessResponse extends js.Object {\n    var PoliciesGrantingServiceAccess: listPolicyGrantingServiceAccessResponseListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListPoliciesGrantingServiceAccessResponse {\n    @inline\n    def apply(\n        PoliciesGrantingServiceAccess: listPolicyGrantingServiceAccessResponseListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListPoliciesGrantingServiceAccessResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PoliciesGrantingServiceAccess\" -> PoliciesGrantingServiceAccess.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesGrantingServiceAccessResponse]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var OnlyAttached: js.UndefOr[booleanType]\n    var PathPrefix: js.UndefOr[policyPathType]\n    var PolicyUsageFilter: js.UndefOr[PolicyUsageType]\n    var Scope: js.UndefOr[policyScopeType]\n  }\n\n  object ListPoliciesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        OnlyAttached: js.UndefOr[booleanType] = js.undefined,\n        PathPrefix: js.UndefOr[policyPathType] = js.undefined,\n        PolicyUsageFilter: js.UndefOr[PolicyUsageType] = js.undefined,\n        Scope: js.UndefOr[policyScopeType] = js.undefined\n    ): ListPoliciesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      OnlyAttached.foreach(__v => __obj.updateDynamic(\"OnlyAttached\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      PolicyUsageFilter.foreach(__v => __obj.updateDynamic(\"PolicyUsageFilter\")(__v.asInstanceOf[js.Any]))\n      Scope.foreach(__v => __obj.updateDynamic(\"Scope\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListPolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListPoliciesResponse extends js.Object {\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n    var Policies: js.UndefOr[policyListType]\n  }\n\n  object ListPoliciesResponse {\n    @inline\n    def apply(\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined,\n        Policies: js.UndefOr[policyListType] = js.undefined\n    ): ListPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListPolicyTagsRequest extends js.Object {\n    var PolicyArn: arnType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListPolicyTagsRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListPolicyTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPolicyTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListPolicyTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListPolicyTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPolicyVersionsRequest extends js.Object {\n    var PolicyArn: arnType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListPolicyVersionsRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListPolicyVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyVersionsRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListPolicyVersions<\/a> request.\n    *\/\n  @js.native\n  trait ListPolicyVersionsResponse extends js.Object {\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n    var Versions: js.UndefOr[policyDocumentVersionListType]\n  }\n\n  object ListPolicyVersionsResponse {\n    @inline\n    def apply(\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined,\n        Versions: js.UndefOr[policyDocumentVersionListType] = js.undefined\n    ): ListPolicyVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Versions.foreach(__v => __obj.updateDynamic(\"Versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRolePoliciesRequest extends js.Object {\n    var RoleName: roleNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListRolePoliciesRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListRolePoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRolePoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListRolePolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListRolePoliciesResponse extends js.Object {\n    var PolicyNames: policyNameListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListRolePoliciesResponse {\n    @inline\n    def apply(\n        PolicyNames: policyNameListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListRolePoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyNames\" -> PolicyNames.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRolePoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListRoleTagsRequest extends js.Object {\n    var RoleName: roleNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListRoleTagsRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListRoleTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoleTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRoleTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListRoleTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListRoleTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoleTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRolesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathPrefixType]\n  }\n\n  object ListRolesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathPrefixType] = js.undefined\n    ): ListRolesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRolesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListRoles<\/a> request.\n    *\/\n  @js.native\n  trait ListRolesResponse extends js.Object {\n    var Roles: roleListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListRolesResponse {\n    @inline\n    def apply(\n        Roles: roleListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListRolesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Roles\" -> Roles.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRolesResponse]\n    }\n  }\n\n  @js.native\n  trait ListSAMLProviderTagsRequest extends js.Object {\n    var SAMLProviderArn: arnType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListSAMLProviderTagsRequest {\n    @inline\n    def apply(\n        SAMLProviderArn: arnType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListSAMLProviderTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSAMLProviderTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSAMLProviderTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListSAMLProviderTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListSAMLProviderTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSAMLProviderTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSAMLProvidersRequest extends js.Object\n\n  object ListSAMLProvidersRequest {\n    @inline\n    def apply(): ListSAMLProvidersRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListSAMLProvidersRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListSAMLProviders<\/a> request.\n    *\/\n  @js.native\n  trait ListSAMLProvidersResponse extends js.Object {\n    var SAMLProviderList: js.UndefOr[SAMLProviderListType]\n  }\n\n  object ListSAMLProvidersResponse {\n    @inline\n    def apply(\n        SAMLProviderList: js.UndefOr[SAMLProviderListType] = js.undefined\n    ): ListSAMLProvidersResponse = {\n      val __obj = js.Dynamic.literal()\n      SAMLProviderList.foreach(__v => __obj.updateDynamic(\"SAMLProviderList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSAMLProvidersResponse]\n    }\n  }\n\n  @js.native\n  trait ListSSHPublicKeysRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object ListSSHPublicKeysRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): ListSSHPublicKeysRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSSHPublicKeysRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListSSHPublicKeys<\/a> request.\n    *\/\n  @js.native\n  trait ListSSHPublicKeysResponse extends js.Object {\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n    var SSHPublicKeys: js.UndefOr[SSHPublicKeyListType]\n  }\n\n  object ListSSHPublicKeysResponse {\n    @inline\n    def apply(\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined,\n        SSHPublicKeys: js.UndefOr[SSHPublicKeyListType] = js.undefined\n    ): ListSSHPublicKeysResponse = {\n      val __obj = js.Dynamic.literal()\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      SSHPublicKeys.foreach(__v => __obj.updateDynamic(\"SSHPublicKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSSHPublicKeysResponse]\n    }\n  }\n\n  @js.native\n  trait ListServerCertificateTagsRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListServerCertificateTagsRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListServerCertificateTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServerCertificateTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListServerCertificateTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListServerCertificateTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListServerCertificateTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServerCertificateTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListServerCertificatesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathPrefixType]\n  }\n\n  object ListServerCertificatesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathPrefixType] = js.undefined\n    ): ListServerCertificatesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServerCertificatesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListServerCertificates<\/a> request.\n    *\/\n  @js.native\n  trait ListServerCertificatesResponse extends js.Object {\n    var ServerCertificateMetadataList: serverCertificateMetadataListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListServerCertificatesResponse {\n    @inline\n    def apply(\n        ServerCertificateMetadataList: serverCertificateMetadataListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListServerCertificatesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateMetadataList\" -> ServerCertificateMetadataList.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServerCertificatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListServiceSpecificCredentialsRequest extends js.Object {\n    var ServiceName: js.UndefOr[serviceName]\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object ListServiceSpecificCredentialsRequest {\n    @inline\n    def apply(\n        ServiceName: js.UndefOr[serviceName] = js.undefined,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): ListServiceSpecificCredentialsRequest = {\n      val __obj = js.Dynamic.literal()\n      ServiceName.foreach(__v => __obj.updateDynamic(\"ServiceName\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServiceSpecificCredentialsRequest]\n    }\n  }\n\n  @js.native\n  trait ListServiceSpecificCredentialsResponse extends js.Object {\n    var ServiceSpecificCredentials: js.UndefOr[ServiceSpecificCredentialsListType]\n  }\n\n  object ListServiceSpecificCredentialsResponse {\n    @inline\n    def apply(\n        ServiceSpecificCredentials: js.UndefOr[ServiceSpecificCredentialsListType] = js.undefined\n    ): ListServiceSpecificCredentialsResponse = {\n      val __obj = js.Dynamic.literal()\n      ServiceSpecificCredentials.foreach(__v => __obj.updateDynamic(\"ServiceSpecificCredentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListServiceSpecificCredentialsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSigningCertificatesRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object ListSigningCertificatesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): ListSigningCertificatesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningCertificatesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListSigningCertificates<\/a> request.\n    *\/\n  @js.native\n  trait ListSigningCertificatesResponse extends js.Object {\n    var Certificates: certificateListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListSigningCertificatesResponse {\n    @inline\n    def apply(\n        Certificates: certificateListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListSigningCertificatesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Certificates\" -> Certificates.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningCertificatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListUserPoliciesRequest extends js.Object {\n    var UserName: existingUserNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListUserPoliciesRequest {\n    @inline\n    def apply(\n        UserName: existingUserNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListUserPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserPoliciesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListUserPolicies<\/a> request.\n    *\/\n  @js.native\n  trait ListUserPoliciesResponse extends js.Object {\n    var PolicyNames: policyNameListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListUserPoliciesResponse {\n    @inline\n    def apply(\n        PolicyNames: policyNameListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListUserPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyNames\" -> PolicyNames.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListUserTagsRequest extends js.Object {\n    var UserName: existingUserNameType\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListUserTagsRequest {\n    @inline\n    def apply(\n        UserName: existingUserNameType,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListUserTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListUserTagsResponse extends js.Object {\n    var Tags: tagListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListUserTagsResponse {\n    @inline\n    def apply(\n        Tags: tagListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListUserTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListUsersRequest extends js.Object {\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PathPrefix: js.UndefOr[pathPrefixType]\n  }\n\n  object ListUsersRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PathPrefix: js.UndefOr[pathPrefixType] = js.undefined\n    ): ListUsersRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PathPrefix.foreach(__v => __obj.updateDynamic(\"PathPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListUsers<\/a> request.\n    *\/\n  @js.native\n  trait ListUsersResponse extends js.Object {\n    var Users: userListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListUsersResponse {\n    @inline\n    def apply(\n        Users: userListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListUsersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Users\" -> Users.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersResponse]\n    }\n  }\n\n  @js.native\n  trait ListVirtualMFADevicesRequest extends js.Object {\n    var AssignmentStatus: js.UndefOr[assignmentStatusType]\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n  }\n\n  object ListVirtualMFADevicesRequest {\n    @inline\n    def apply(\n        AssignmentStatus: js.UndefOr[assignmentStatusType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined\n    ): ListVirtualMFADevicesRequest = {\n      val __obj = js.Dynamic.literal()\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualMFADevicesRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>ListVirtualMFADevices<\/a> request.\n    *\/\n  @js.native\n  trait ListVirtualMFADevicesResponse extends js.Object {\n    var VirtualMFADevices: virtualMFADeviceListType\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object ListVirtualMFADevicesResponse {\n    @inline\n    def apply(\n        VirtualMFADevices: virtualMFADeviceListType,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): ListVirtualMFADevicesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"VirtualMFADevices\" -> VirtualMFADevices.asInstanceOf[js.Any]\n      )\n\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualMFADevicesResponse]\n    }\n  }\n\n  \/** Contains the user name and password create date for a user. This data type is used as a response element in the <a>CreateLoginProfile<\/a> and <a>GetLoginProfile<\/a> operations.\n    *\/\n  @js.native\n  trait LoginProfile extends js.Object {\n    var CreateDate: dateType\n    var UserName: userNameType\n    var PasswordResetRequired: js.UndefOr[booleanType]\n  }\n\n  object LoginProfile {\n    @inline\n    def apply(\n        CreateDate: dateType,\n        UserName: userNameType,\n        PasswordResetRequired: js.UndefOr[booleanType] = js.undefined\n    ): LoginProfile = {\n      val __obj = js.Dynamic.literal(\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      PasswordResetRequired.foreach(__v => __obj.updateDynamic(\"PasswordResetRequired\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoginProfile]\n    }\n  }\n\n  \/** Contains information about an MFA device. This data type is used as a response element in the <a>ListMFADevices<\/a> operation.\n    *\/\n  @js.native\n  trait MFADevice extends js.Object {\n    var EnableDate: dateType\n    var SerialNumber: serialNumberType\n    var UserName: userNameType\n  }\n\n  object MFADevice {\n    @inline\n    def apply(\n        EnableDate: dateType,\n        SerialNumber: serialNumberType,\n        UserName: userNameType\n    ): MFADevice = {\n      val __obj = js.Dynamic.literal(\n        \"EnableDate\" -> EnableDate.asInstanceOf[js.Any],\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MFADevice]\n    }\n  }\n\n  \/** Contains information about a managed policy, including the policy's ARN, versions, and the number of principal entities (users, groups, and roles) that the policy is attached to. This data type is used as a response element in the <a>GetAccountAuthorizationDetails<\/a> operation. For more information about managed policies, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait ManagedPolicyDetail extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var AttachmentCount: js.UndefOr[attachmentCountType]\n    var CreateDate: js.UndefOr[dateType]\n    var DefaultVersionId: js.UndefOr[policyVersionIdType]\n    var Description: js.UndefOr[policyDescriptionType]\n    var IsAttachable: js.UndefOr[booleanType]\n    var Path: js.UndefOr[policyPathType]\n    var PermissionsBoundaryUsageCount: js.UndefOr[attachmentCountType]\n    var PolicyId: js.UndefOr[idType]\n    var PolicyName: js.UndefOr[policyNameType]\n    var PolicyVersionList: js.UndefOr[policyDocumentVersionListType]\n    var UpdateDate: js.UndefOr[dateType]\n  }\n\n  object ManagedPolicyDetail {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        AttachmentCount: js.UndefOr[attachmentCountType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        DefaultVersionId: js.UndefOr[policyVersionIdType] = js.undefined,\n        Description: js.UndefOr[policyDescriptionType] = js.undefined,\n        IsAttachable: js.UndefOr[booleanType] = js.undefined,\n        Path: js.UndefOr[policyPathType] = js.undefined,\n        PermissionsBoundaryUsageCount: js.UndefOr[attachmentCountType] = js.undefined,\n        PolicyId: js.UndefOr[idType] = js.undefined,\n        PolicyName: js.UndefOr[policyNameType] = js.undefined,\n        PolicyVersionList: js.UndefOr[policyDocumentVersionListType] = js.undefined,\n        UpdateDate: js.UndefOr[dateType] = js.undefined\n    ): ManagedPolicyDetail = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachmentCount.foreach(__v => __obj.updateDynamic(\"AttachmentCount\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      DefaultVersionId.foreach(__v => __obj.updateDynamic(\"DefaultVersionId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsAttachable.foreach(__v => __obj.updateDynamic(\"IsAttachable\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryUsageCount.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryUsageCount\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      PolicyVersionList.foreach(__v => __obj.updateDynamic(\"PolicyVersionList\")(__v.asInstanceOf[js.Any]))\n      UpdateDate.foreach(__v => __obj.updateDynamic(\"UpdateDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ManagedPolicyDetail]\n    }\n  }\n\n  \/** Contains the Amazon Resource Name (ARN) for an IAM OpenID Connect provider.\n    *\/\n  @js.native\n  trait OpenIDConnectProviderListEntry extends js.Object {\n    var Arn: js.UndefOr[arnType]\n  }\n\n  object OpenIDConnectProviderListEntry {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined\n    ): OpenIDConnectProviderListEntry = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpenIDConnectProviderListEntry]\n    }\n  }\n\n  \/** Contains information about the effect that Organizations has on a policy simulation.\n    *\/\n  @js.native\n  trait OrganizationsDecisionDetail extends js.Object {\n    var AllowedByOrganizations: js.UndefOr[booleanType]\n  }\n\n  object OrganizationsDecisionDetail {\n    @inline\n    def apply(\n        AllowedByOrganizations: js.UndefOr[booleanType] = js.undefined\n    ): OrganizationsDecisionDetail = {\n      val __obj = js.Dynamic.literal()\n      AllowedByOrganizations.foreach(__v => __obj.updateDynamic(\"AllowedByOrganizations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationsDecisionDetail]\n    }\n  }\n\n  \/** Contains information about the account password policy. This data type is used as a response element in the <a>GetAccountPasswordPolicy<\/a> operation.\n    *\/\n  @js.native\n  trait PasswordPolicy extends js.Object {\n    var AllowUsersToChangePassword: js.UndefOr[booleanType]\n    var ExpirePasswords: js.UndefOr[booleanType]\n    var HardExpiry: js.UndefOr[booleanObjectType]\n    var MaxPasswordAge: js.UndefOr[maxPasswordAgeType]\n    var MinimumPasswordLength: js.UndefOr[minimumPasswordLengthType]\n    var PasswordReusePrevention: js.UndefOr[passwordReusePreventionType]\n    var RequireLowercaseCharacters: js.UndefOr[booleanType]\n    var RequireNumbers: js.UndefOr[booleanType]\n    var RequireSymbols: js.UndefOr[booleanType]\n    var RequireUppercaseCharacters: js.UndefOr[booleanType]\n  }\n\n  object PasswordPolicy {\n    @inline\n    def apply(\n        AllowUsersToChangePassword: js.UndefOr[booleanType] = js.undefined,\n        ExpirePasswords: js.UndefOr[booleanType] = js.undefined,\n        HardExpiry: js.UndefOr[booleanObjectType] = js.undefined,\n        MaxPasswordAge: js.UndefOr[maxPasswordAgeType] = js.undefined,\n        MinimumPasswordLength: js.UndefOr[minimumPasswordLengthType] = js.undefined,\n        PasswordReusePrevention: js.UndefOr[passwordReusePreventionType] = js.undefined,\n        RequireLowercaseCharacters: js.UndefOr[booleanType] = js.undefined,\n        RequireNumbers: js.UndefOr[booleanType] = js.undefined,\n        RequireSymbols: js.UndefOr[booleanType] = js.undefined,\n        RequireUppercaseCharacters: js.UndefOr[booleanType] = js.undefined\n    ): PasswordPolicy = {\n      val __obj = js.Dynamic.literal()\n      AllowUsersToChangePassword.foreach(__v => __obj.updateDynamic(\"AllowUsersToChangePassword\")(__v.asInstanceOf[js.Any]))\n      ExpirePasswords.foreach(__v => __obj.updateDynamic(\"ExpirePasswords\")(__v.asInstanceOf[js.Any]))\n      HardExpiry.foreach(__v => __obj.updateDynamic(\"HardExpiry\")(__v.asInstanceOf[js.Any]))\n      MaxPasswordAge.foreach(__v => __obj.updateDynamic(\"MaxPasswordAge\")(__v.asInstanceOf[js.Any]))\n      MinimumPasswordLength.foreach(__v => __obj.updateDynamic(\"MinimumPasswordLength\")(__v.asInstanceOf[js.Any]))\n      PasswordReusePrevention.foreach(__v => __obj.updateDynamic(\"PasswordReusePrevention\")(__v.asInstanceOf[js.Any]))\n      RequireLowercaseCharacters.foreach(__v => __obj.updateDynamic(\"RequireLowercaseCharacters\")(__v.asInstanceOf[js.Any]))\n      RequireNumbers.foreach(__v => __obj.updateDynamic(\"RequireNumbers\")(__v.asInstanceOf[js.Any]))\n      RequireSymbols.foreach(__v => __obj.updateDynamic(\"RequireSymbols\")(__v.asInstanceOf[js.Any]))\n      RequireUppercaseCharacters.foreach(__v => __obj.updateDynamic(\"RequireUppercaseCharacters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PasswordPolicy]\n    }\n  }\n\n  @js.native\n  sealed trait PermissionsBoundaryAttachmentType extends js.Any\n  object PermissionsBoundaryAttachmentType {\n    val PermissionsBoundaryPolicy = \"PermissionsBoundaryPolicy\".asInstanceOf[PermissionsBoundaryAttachmentType]\n\n    @inline def values = js.Array(PermissionsBoundaryPolicy)\n  }\n\n  \/** Contains information about the effect that a permissions boundary has on a policy simulation when the boundary is applied to an IAM entity.\n    *\/\n  @js.native\n  trait PermissionsBoundaryDecisionDetail extends js.Object {\n    var AllowedByPermissionsBoundary: js.UndefOr[booleanType]\n  }\n\n  object PermissionsBoundaryDecisionDetail {\n    @inline\n    def apply(\n        AllowedByPermissionsBoundary: js.UndefOr[booleanType] = js.undefined\n    ): PermissionsBoundaryDecisionDetail = {\n      val __obj = js.Dynamic.literal()\n      AllowedByPermissionsBoundary.foreach(__v => __obj.updateDynamic(\"AllowedByPermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PermissionsBoundaryDecisionDetail]\n    }\n  }\n\n  \/** Contains information about a managed policy. This data type is used as a response element in the <a>CreatePolicy<\/a>, <a>GetPolicy<\/a>, and <a>ListPolicies<\/a> operations. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait Policy extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var AttachmentCount: js.UndefOr[attachmentCountType]\n    var CreateDate: js.UndefOr[dateType]\n    var DefaultVersionId: js.UndefOr[policyVersionIdType]\n    var Description: js.UndefOr[policyDescriptionType]\n    var IsAttachable: js.UndefOr[booleanType]\n    var Path: js.UndefOr[policyPathType]\n    var PermissionsBoundaryUsageCount: js.UndefOr[attachmentCountType]\n    var PolicyId: js.UndefOr[idType]\n    var PolicyName: js.UndefOr[policyNameType]\n    var Tags: js.UndefOr[tagListType]\n    var UpdateDate: js.UndefOr[dateType]\n  }\n\n  object Policy {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        AttachmentCount: js.UndefOr[attachmentCountType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        DefaultVersionId: js.UndefOr[policyVersionIdType] = js.undefined,\n        Description: js.UndefOr[policyDescriptionType] = js.undefined,\n        IsAttachable: js.UndefOr[booleanType] = js.undefined,\n        Path: js.UndefOr[policyPathType] = js.undefined,\n        PermissionsBoundaryUsageCount: js.UndefOr[attachmentCountType] = js.undefined,\n        PolicyId: js.UndefOr[idType] = js.undefined,\n        PolicyName: js.UndefOr[policyNameType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined,\n        UpdateDate: js.UndefOr[dateType] = js.undefined\n    ): Policy = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachmentCount.foreach(__v => __obj.updateDynamic(\"AttachmentCount\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      DefaultVersionId.foreach(__v => __obj.updateDynamic(\"DefaultVersionId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsAttachable.foreach(__v => __obj.updateDynamic(\"IsAttachable\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryUsageCount.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryUsageCount\")(__v.asInstanceOf[js.Any]))\n      PolicyId.foreach(__v => __obj.updateDynamic(\"PolicyId\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UpdateDate.foreach(__v => __obj.updateDynamic(\"UpdateDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Policy]\n    }\n  }\n\n  \/** Contains information about an IAM policy, including the policy document. This data type is used as a response element in the <a>GetAccountAuthorizationDetails<\/a> operation.\n    *\/\n  @js.native\n  trait PolicyDetail extends js.Object {\n    var PolicyDocument: js.UndefOr[policyDocumentType]\n    var PolicyName: js.UndefOr[policyNameType]\n  }\n\n  object PolicyDetail {\n    @inline\n    def apply(\n        PolicyDocument: js.UndefOr[policyDocumentType] = js.undefined,\n        PolicyName: js.UndefOr[policyNameType] = js.undefined\n    ): PolicyDetail = {\n      val __obj = js.Dynamic.literal()\n      PolicyDocument.foreach(__v => __obj.updateDynamic(\"PolicyDocument\")(__v.asInstanceOf[js.Any]))\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyDetail]\n    }\n  }\n\n  @js.native\n  sealed trait PolicyEvaluationDecisionType extends js.Any\n  object PolicyEvaluationDecisionType {\n    val allowed = \"allowed\".asInstanceOf[PolicyEvaluationDecisionType]\n    val explicitDeny = \"explicitDeny\".asInstanceOf[PolicyEvaluationDecisionType]\n    val implicitDeny = \"implicitDeny\".asInstanceOf[PolicyEvaluationDecisionType]\n\n    @inline def values = js.Array(allowed, explicitDeny, implicitDeny)\n  }\n\n  \/** Contains details about the permissions policies that are attached to the specified identity (user, group, or role). This data type is an element of the <a>ListPoliciesGrantingServiceAccessEntry<\/a> object.\n    *\/\n  @js.native\n  trait PolicyGrantingServiceAccess extends js.Object {\n    var PolicyName: policyNameType\n    var PolicyType: policyType\n    var EntityName: js.UndefOr[entityNameType]\n    var EntityType: js.UndefOr[policyOwnerEntityType]\n    var PolicyArn: js.UndefOr[arnType]\n  }\n\n  object PolicyGrantingServiceAccess {\n    @inline\n    def apply(\n        PolicyName: policyNameType,\n        PolicyType: policyType,\n        EntityName: js.UndefOr[entityNameType] = js.undefined,\n        EntityType: js.UndefOr[policyOwnerEntityType] = js.undefined,\n        PolicyArn: js.UndefOr[arnType] = js.undefined\n    ): PolicyGrantingServiceAccess = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any]\n      )\n\n      EntityName.foreach(__v => __obj.updateDynamic(\"EntityName\")(__v.asInstanceOf[js.Any]))\n      EntityType.foreach(__v => __obj.updateDynamic(\"EntityType\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyGrantingServiceAccess]\n    }\n  }\n\n  \/** Contains information about a group that a managed policy is attached to. This data type is used as a response element in the <a>ListEntitiesForPolicy<\/a> operation. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait PolicyGroup extends js.Object {\n    var GroupId: js.UndefOr[idType]\n    var GroupName: js.UndefOr[groupNameType]\n  }\n\n  object PolicyGroup {\n    @inline\n    def apply(\n        GroupId: js.UndefOr[idType] = js.undefined,\n        GroupName: js.UndefOr[groupNameType] = js.undefined\n    ): PolicyGroup = {\n      val __obj = js.Dynamic.literal()\n      GroupId.foreach(__v => __obj.updateDynamic(\"GroupId\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyGroup]\n    }\n  }\n\n  \/** Contains information about a role that a managed policy is attached to. This data type is used as a response element in the <a>ListEntitiesForPolicy<\/a> operation. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait PolicyRole extends js.Object {\n    var RoleId: js.UndefOr[idType]\n    var RoleName: js.UndefOr[roleNameType]\n  }\n\n  object PolicyRole {\n    @inline\n    def apply(\n        RoleId: js.UndefOr[idType] = js.undefined,\n        RoleName: js.UndefOr[roleNameType] = js.undefined\n    ): PolicyRole = {\n      val __obj = js.Dynamic.literal()\n      RoleId.foreach(__v => __obj.updateDynamic(\"RoleId\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyRole]\n    }\n  }\n\n  @js.native\n  sealed trait PolicySourceType extends js.Any\n  object PolicySourceType {\n    val user = \"user\".asInstanceOf[PolicySourceType]\n    val group = \"group\".asInstanceOf[PolicySourceType]\n    val role = \"role\".asInstanceOf[PolicySourceType]\n    val `aws-managed` = \"aws-managed\".asInstanceOf[PolicySourceType]\n    val `user-managed` = \"user-managed\".asInstanceOf[PolicySourceType]\n    val resource = \"resource\".asInstanceOf[PolicySourceType]\n    val none = \"none\".asInstanceOf[PolicySourceType]\n\n    @inline def values = js.Array(user, group, role, `aws-managed`, `user-managed`, resource, none)\n  }\n\n  \/** The policy usage type that indicates whether the policy is used as a permissions policy or as the permissions boundary for an entity. For more information about permissions boundaries, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/access_policies_boundaries.html|Permissions boundaries for IAM identities]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  sealed trait PolicyUsageType extends js.Any\n  object PolicyUsageType {\n    val PermissionsPolicy = \"PermissionsPolicy\".asInstanceOf[PolicyUsageType]\n    val PermissionsBoundary = \"PermissionsBoundary\".asInstanceOf[PolicyUsageType]\n\n    @inline def values = js.Array(PermissionsPolicy, PermissionsBoundary)\n  }\n\n  \/** Contains information about a user that a managed policy is attached to. This data type is used as a response element in the <a>ListEntitiesForPolicy<\/a> operation. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait PolicyUser extends js.Object {\n    var UserId: js.UndefOr[idType]\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object PolicyUser {\n    @inline\n    def apply(\n        UserId: js.UndefOr[idType] = js.undefined,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): PolicyUser = {\n      val __obj = js.Dynamic.literal()\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyUser]\n    }\n  }\n\n  \/** Contains information about a version of a managed policy. This data type is used as a response element in the <a>CreatePolicyVersion<\/a>, <a>GetPolicyVersion<\/a>, <a>ListPolicyVersions<\/a>, and <a>GetAccountAuthorizationDetails<\/a> operations. For more information about managed policies, refer to [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/policies-managed-vs-inline.html|Managed policies and inline policies]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait PolicyVersion extends js.Object {\n    var CreateDate: js.UndefOr[dateType]\n    var Document: js.UndefOr[policyDocumentType]\n    var IsDefaultVersion: js.UndefOr[booleanType]\n    var VersionId: js.UndefOr[policyVersionIdType]\n  }\n\n  object PolicyVersion {\n    @inline\n    def apply(\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        Document: js.UndefOr[policyDocumentType] = js.undefined,\n        IsDefaultVersion: js.UndefOr[booleanType] = js.undefined,\n        VersionId: js.UndefOr[policyVersionIdType] = js.undefined\n    ): PolicyVersion = {\n      val __obj = js.Dynamic.literal()\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      Document.foreach(__v => __obj.updateDynamic(\"Document\")(__v.asInstanceOf[js.Any]))\n      IsDefaultVersion.foreach(__v => __obj.updateDynamic(\"IsDefaultVersion\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyVersion]\n    }\n  }\n\n  \/** Contains the row and column of a location of a <code>Statement<\/code> element in a policy document. This data type is used as a member of the <code> <a>Statement<\/a> <\/code> type.\n    *\/\n  @js.native\n  trait Position extends js.Object {\n    var Column: js.UndefOr[ColumnNumber]\n    var Line: js.UndefOr[LineNumber]\n  }\n\n  object Position {\n    @inline\n    def apply(\n        Column: js.UndefOr[ColumnNumber] = js.undefined,\n        Line: js.UndefOr[LineNumber] = js.undefined\n    ): Position = {\n      val __obj = js.Dynamic.literal()\n      Column.foreach(__v => __obj.updateDynamic(\"Column\")(__v.asInstanceOf[js.Any]))\n      Line.foreach(__v => __obj.updateDynamic(\"Line\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Position]\n    }\n  }\n\n  @js.native\n  trait PutGroupPolicyRequest extends js.Object {\n    var GroupName: groupNameType\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n  }\n\n  object PutGroupPolicyRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType\n    ): PutGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutRolePermissionsBoundaryRequest extends js.Object {\n    var PermissionsBoundary: arnType\n    var RoleName: roleNameType\n  }\n\n  object PutRolePermissionsBoundaryRequest {\n    @inline\n    def apply(\n        PermissionsBoundary: arnType,\n        RoleName: roleNameType\n    ): PutRolePermissionsBoundaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PermissionsBoundary\" -> PermissionsBoundary.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRolePermissionsBoundaryRequest]\n    }\n  }\n\n  @js.native\n  trait PutRolePolicyRequest extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n    var RoleName: roleNameType\n  }\n\n  object PutRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType,\n        RoleName: roleNameType\n    ): PutRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRolePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutUserPermissionsBoundaryRequest extends js.Object {\n    var PermissionsBoundary: arnType\n    var UserName: userNameType\n  }\n\n  object PutUserPermissionsBoundaryRequest {\n    @inline\n    def apply(\n        PermissionsBoundary: arnType,\n        UserName: userNameType\n    ): PutUserPermissionsBoundaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PermissionsBoundary\" -> PermissionsBoundary.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutUserPermissionsBoundaryRequest]\n    }\n  }\n\n  @js.native\n  trait PutUserPolicyRequest extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var PolicyName: policyNameType\n    var UserName: existingUserNameType\n  }\n\n  object PutUserPolicyRequest {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        PolicyName: policyNameType,\n        UserName: existingUserNameType\n    ): PutUserPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutUserPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveClientIDFromOpenIDConnectProviderRequest extends js.Object {\n    var ClientID: clientIDType\n    var OpenIDConnectProviderArn: arnType\n  }\n\n  object RemoveClientIDFromOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        ClientID: clientIDType,\n        OpenIDConnectProviderArn: arnType\n    ): RemoveClientIDFromOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientID\" -> ClientID.asInstanceOf[js.Any],\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveClientIDFromOpenIDConnectProviderRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveRoleFromInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var RoleName: roleNameType\n  }\n\n  object RemoveRoleFromInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        RoleName: roleNameType\n    ): RemoveRoleFromInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveRoleFromInstanceProfileRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveUserFromGroupRequest extends js.Object {\n    var GroupName: groupNameType\n    var UserName: existingUserNameType\n  }\n\n  object RemoveUserFromGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        UserName: existingUserNameType\n    ): RemoveUserFromGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveUserFromGroupRequest]\n    }\n  }\n\n  @js.native\n  sealed trait ReportFormatType extends js.Any\n  object ReportFormatType {\n    val `text\/csv` = \"text\/csv\".asInstanceOf[ReportFormatType]\n\n    @inline def values = js.Array(`text\/csv`)\n  }\n\n  @js.native\n  sealed trait ReportStateType extends js.Any\n  object ReportStateType {\n    val STARTED = \"STARTED\".asInstanceOf[ReportStateType]\n    val INPROGRESS = \"INPROGRESS\".asInstanceOf[ReportStateType]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ReportStateType]\n\n    @inline def values = js.Array(STARTED, INPROGRESS, COMPLETE)\n  }\n\n  @js.native\n  trait ResetServiceSpecificCredentialRequest extends js.Object {\n    var ServiceSpecificCredentialId: serviceSpecificCredentialId\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object ResetServiceSpecificCredentialRequest {\n    @inline\n    def apply(\n        ServiceSpecificCredentialId: serviceSpecificCredentialId,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): ResetServiceSpecificCredentialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceSpecificCredentialId\" -> ServiceSpecificCredentialId.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetServiceSpecificCredentialRequest]\n    }\n  }\n\n  @js.native\n  trait ResetServiceSpecificCredentialResponse extends js.Object {\n    var ServiceSpecificCredential: js.UndefOr[ServiceSpecificCredential]\n  }\n\n  object ResetServiceSpecificCredentialResponse {\n    @inline\n    def apply(\n        ServiceSpecificCredential: js.UndefOr[ServiceSpecificCredential] = js.undefined\n    ): ResetServiceSpecificCredentialResponse = {\n      val __obj = js.Dynamic.literal()\n      ServiceSpecificCredential.foreach(__v => __obj.updateDynamic(\"ServiceSpecificCredential\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetServiceSpecificCredentialResponse]\n    }\n  }\n\n  \/** Contains the result of the simulation of a single API operation call on a single resource. This data type is used by a member of the <a>EvaluationResult<\/a> data type.\n    *\/\n  @js.native\n  trait ResourceSpecificResult extends js.Object {\n    var EvalResourceDecision: PolicyEvaluationDecisionType\n    var EvalResourceName: ResourceNameType\n    var EvalDecisionDetails: js.UndefOr[EvalDecisionDetailsType]\n    var MatchedStatements: js.UndefOr[StatementListType]\n    var MissingContextValues: js.UndefOr[ContextKeyNamesResultListType]\n    var PermissionsBoundaryDecisionDetail: js.UndefOr[PermissionsBoundaryDecisionDetail]\n  }\n\n  object ResourceSpecificResult {\n    @inline\n    def apply(\n        EvalResourceDecision: PolicyEvaluationDecisionType,\n        EvalResourceName: ResourceNameType,\n        EvalDecisionDetails: js.UndefOr[EvalDecisionDetailsType] = js.undefined,\n        MatchedStatements: js.UndefOr[StatementListType] = js.undefined,\n        MissingContextValues: js.UndefOr[ContextKeyNamesResultListType] = js.undefined,\n        PermissionsBoundaryDecisionDetail: js.UndefOr[PermissionsBoundaryDecisionDetail] = js.undefined\n    ): ResourceSpecificResult = {\n      val __obj = js.Dynamic.literal(\n        \"EvalResourceDecision\" -> EvalResourceDecision.asInstanceOf[js.Any],\n        \"EvalResourceName\" -> EvalResourceName.asInstanceOf[js.Any]\n      )\n\n      EvalDecisionDetails.foreach(__v => __obj.updateDynamic(\"EvalDecisionDetails\")(__v.asInstanceOf[js.Any]))\n      MatchedStatements.foreach(__v => __obj.updateDynamic(\"MatchedStatements\")(__v.asInstanceOf[js.Any]))\n      MissingContextValues.foreach(__v => __obj.updateDynamic(\"MissingContextValues\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryDecisionDetail.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryDecisionDetail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceSpecificResult]\n    }\n  }\n\n  @js.native\n  trait ResyncMFADeviceRequest extends js.Object {\n    var AuthenticationCode1: authenticationCodeType\n    var AuthenticationCode2: authenticationCodeType\n    var SerialNumber: serialNumberType\n    var UserName: existingUserNameType\n  }\n\n  object ResyncMFADeviceRequest {\n    @inline\n    def apply(\n        AuthenticationCode1: authenticationCodeType,\n        AuthenticationCode2: authenticationCodeType,\n        SerialNumber: serialNumberType,\n        UserName: existingUserNameType\n    ): ResyncMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationCode1\" -> AuthenticationCode1.asInstanceOf[js.Any],\n        \"AuthenticationCode2\" -> AuthenticationCode2.asInstanceOf[js.Any],\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResyncMFADeviceRequest]\n    }\n  }\n\n  \/** Contains information about an IAM role. This structure is returned as a response element in several API operations that interact with roles.\n    *\/\n  @js.native\n  trait Role extends js.Object {\n    var Arn: arnType\n    var CreateDate: dateType\n    var Path: pathType\n    var RoleId: idType\n    var RoleName: roleNameType\n    var AssumeRolePolicyDocument: js.UndefOr[policyDocumentType]\n    var Description: js.UndefOr[roleDescriptionType]\n    var MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType]\n    var PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary]\n    var RoleLastUsed: js.UndefOr[RoleLastUsed]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object Role {\n    @inline\n    def apply(\n        Arn: arnType,\n        CreateDate: dateType,\n        Path: pathType,\n        RoleId: idType,\n        RoleName: roleNameType,\n        AssumeRolePolicyDocument: js.UndefOr[policyDocumentType] = js.undefined,\n        Description: js.UndefOr[roleDescriptionType] = js.undefined,\n        MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary] = js.undefined,\n        RoleLastUsed: js.UndefOr[RoleLastUsed] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): Role = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"RoleId\" -> RoleId.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      AssumeRolePolicyDocument.foreach(__v => __obj.updateDynamic(\"AssumeRolePolicyDocument\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MaxSessionDuration.foreach(__v => __obj.updateDynamic(\"MaxSessionDuration\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      RoleLastUsed.foreach(__v => __obj.updateDynamic(\"RoleLastUsed\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Role]\n    }\n  }\n\n  \/** Contains information about an IAM role, including all of the role's policies. This data type is used as a response element in the <a>GetAccountAuthorizationDetails<\/a> operation.\n    *\/\n  @js.native\n  trait RoleDetail extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var AssumeRolePolicyDocument: js.UndefOr[policyDocumentType]\n    var AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType]\n    var CreateDate: js.UndefOr[dateType]\n    var InstanceProfileList: js.UndefOr[instanceProfileListType]\n    var Path: js.UndefOr[pathType]\n    var PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary]\n    var RoleId: js.UndefOr[idType]\n    var RoleLastUsed: js.UndefOr[RoleLastUsed]\n    var RoleName: js.UndefOr[roleNameType]\n    var RolePolicyList: js.UndefOr[policyDetailListType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object RoleDetail {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        AssumeRolePolicyDocument: js.UndefOr[policyDocumentType] = js.undefined,\n        AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        InstanceProfileList: js.UndefOr[instanceProfileListType] = js.undefined,\n        Path: js.UndefOr[pathType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary] = js.undefined,\n        RoleId: js.UndefOr[idType] = js.undefined,\n        RoleLastUsed: js.UndefOr[RoleLastUsed] = js.undefined,\n        RoleName: js.UndefOr[roleNameType] = js.undefined,\n        RolePolicyList: js.UndefOr[policyDetailListType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): RoleDetail = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AssumeRolePolicyDocument.foreach(__v => __obj.updateDynamic(\"AssumeRolePolicyDocument\")(__v.asInstanceOf[js.Any]))\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      InstanceProfileList.foreach(__v => __obj.updateDynamic(\"InstanceProfileList\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      RoleId.foreach(__v => __obj.updateDynamic(\"RoleId\")(__v.asInstanceOf[js.Any]))\n      RoleLastUsed.foreach(__v => __obj.updateDynamic(\"RoleLastUsed\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      RolePolicyList.foreach(__v => __obj.updateDynamic(\"RolePolicyList\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleDetail]\n    }\n  }\n\n  \/** Contains information about the last time that an IAM role was used. This includes the date and time and the Region in which the role was last used. Activity is only reported for the trailing 400 days. This period can be shorter if your Region began supporting these features within the last year. The role might have been used more than 400 days ago. For more information, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/access_policies_access-advisor.html#access-advisor_tracking-period|Regions where data is tracked]] in the <i>IAM User Guide<\/i>. This data type is returned as a response element in the <a>GetRole<\/a> and <a>GetAccountAuthorizationDetails<\/a> operations.\n    *\/\n  @js.native\n  trait RoleLastUsed extends js.Object {\n    var LastUsedDate: js.UndefOr[dateType]\n    var Region: js.UndefOr[stringType]\n  }\n\n  object RoleLastUsed {\n    @inline\n    def apply(\n        LastUsedDate: js.UndefOr[dateType] = js.undefined,\n        Region: js.UndefOr[stringType] = js.undefined\n    ): RoleLastUsed = {\n      val __obj = js.Dynamic.literal()\n      LastUsedDate.foreach(__v => __obj.updateDynamic(\"LastUsedDate\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleLastUsed]\n    }\n  }\n\n  \/** An object that contains details about how a service-linked role is used, if that information is returned by the service. This data type is used as a response element in the <a>GetServiceLinkedRoleDeletionStatus<\/a> operation.\n    *\/\n  @js.native\n  trait RoleUsageType extends js.Object {\n    var Region: js.UndefOr[RegionNameType]\n    var Resources: js.UndefOr[ArnListType]\n  }\n\n  object RoleUsageType {\n    @inline\n    def apply(\n        Region: js.UndefOr[RegionNameType] = js.undefined,\n        Resources: js.UndefOr[ArnListType] = js.undefined\n    ): RoleUsageType = {\n      val __obj = js.Dynamic.literal()\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleUsageType]\n    }\n  }\n\n  \/** Contains the list of SAML providers for this account.\n    *\/\n  @js.native\n  trait SAMLProviderListEntry extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var CreateDate: js.UndefOr[dateType]\n    var ValidUntil: js.UndefOr[dateType]\n  }\n\n  object SAMLProviderListEntry {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        ValidUntil: js.UndefOr[dateType] = js.undefined\n    ): SAMLProviderListEntry = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      ValidUntil.foreach(__v => __obj.updateDynamic(\"ValidUntil\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SAMLProviderListEntry]\n    }\n  }\n\n  \/** Contains information about an SSH public key. This data type is used as a response element in the <a>GetSSHPublicKey<\/a> and <a>UploadSSHPublicKey<\/a> operations.\n    *\/\n  @js.native\n  trait SSHPublicKey extends js.Object {\n    var Fingerprint: publicKeyFingerprintType\n    var SSHPublicKeyBody: publicKeyMaterialType\n    var SSHPublicKeyId: publicKeyIdType\n    var Status: statusType\n    var UserName: userNameType\n    var UploadDate: js.UndefOr[dateType]\n  }\n\n  object SSHPublicKey {\n    @inline\n    def apply(\n        Fingerprint: publicKeyFingerprintType,\n        SSHPublicKeyBody: publicKeyMaterialType,\n        SSHPublicKeyId: publicKeyIdType,\n        Status: statusType,\n        UserName: userNameType,\n        UploadDate: js.UndefOr[dateType] = js.undefined\n    ): SSHPublicKey = {\n      val __obj = js.Dynamic.literal(\n        \"Fingerprint\" -> Fingerprint.asInstanceOf[js.Any],\n        \"SSHPublicKeyBody\" -> SSHPublicKeyBody.asInstanceOf[js.Any],\n        \"SSHPublicKeyId\" -> SSHPublicKeyId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      UploadDate.foreach(__v => __obj.updateDynamic(\"UploadDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SSHPublicKey]\n    }\n  }\n\n  \/** Contains information about an SSH public key, without the key's body or fingerprint. This data type is used as a response element in the <a>ListSSHPublicKeys<\/a> operation.\n    *\/\n  @js.native\n  trait SSHPublicKeyMetadata extends js.Object {\n    var SSHPublicKeyId: publicKeyIdType\n    var Status: statusType\n    var UploadDate: dateType\n    var UserName: userNameType\n  }\n\n  object SSHPublicKeyMetadata {\n    @inline\n    def apply(\n        SSHPublicKeyId: publicKeyIdType,\n        Status: statusType,\n        UploadDate: dateType,\n        UserName: userNameType\n    ): SSHPublicKeyMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"SSHPublicKeyId\" -> SSHPublicKeyId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UploadDate\" -> UploadDate.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SSHPublicKeyMetadata]\n    }\n  }\n\n  \/** Contains information about a server certificate. This data type is used as a response element in the <a>GetServerCertificate<\/a> operation.\n    *\/\n  @js.native\n  trait ServerCertificate extends js.Object {\n    var CertificateBody: certificateBodyType\n    var ServerCertificateMetadata: ServerCertificateMetadata\n    var CertificateChain: js.UndefOr[certificateChainType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object ServerCertificate {\n    @inline\n    def apply(\n        CertificateBody: certificateBodyType,\n        ServerCertificateMetadata: ServerCertificateMetadata,\n        CertificateChain: js.UndefOr[certificateChainType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): ServerCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateBody\" -> CertificateBody.asInstanceOf[js.Any],\n        \"ServerCertificateMetadata\" -> ServerCertificateMetadata.asInstanceOf[js.Any]\n      )\n\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServerCertificate]\n    }\n  }\n\n  \/** Contains information about a server certificate without its certificate body, certificate chain, and private key. This data type is used as a response element in the <a>UploadServerCertificate<\/a> and <a>ListServerCertificates<\/a> operations.\n    *\/\n  @js.native\n  trait ServerCertificateMetadata extends js.Object {\n    var Arn: arnType\n    var Path: pathType\n    var ServerCertificateId: idType\n    var ServerCertificateName: serverCertificateNameType\n    var Expiration: js.UndefOr[dateType]\n    var UploadDate: js.UndefOr[dateType]\n  }\n\n  object ServerCertificateMetadata {\n    @inline\n    def apply(\n        Arn: arnType,\n        Path: pathType,\n        ServerCertificateId: idType,\n        ServerCertificateName: serverCertificateNameType,\n        Expiration: js.UndefOr[dateType] = js.undefined,\n        UploadDate: js.UndefOr[dateType] = js.undefined\n    ): ServerCertificateMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"ServerCertificateId\" -> ServerCertificateId.asInstanceOf[js.Any],\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      UploadDate.foreach(__v => __obj.updateDynamic(\"UploadDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServerCertificateMetadata]\n    }\n  }\n\n  \/** Contains details about the most recent attempt to access the service. This data type is used as a response element in the <a>GetServiceLastAccessedDetails<\/a> operation.\n    *\/\n  @js.native\n  trait ServiceLastAccessed extends js.Object {\n    var ServiceName: serviceNameType\n    var ServiceNamespace: serviceNamespaceType\n    var LastAuthenticated: js.UndefOr[dateType]\n    var LastAuthenticatedEntity: js.UndefOr[arnType]\n    var LastAuthenticatedRegion: js.UndefOr[stringType]\n    var TotalAuthenticatedEntities: js.UndefOr[integerType]\n    var TrackedActionsLastAccessed: js.UndefOr[TrackedActionsLastAccessed]\n  }\n\n  object ServiceLastAccessed {\n    @inline\n    def apply(\n        ServiceName: serviceNameType,\n        ServiceNamespace: serviceNamespaceType,\n        LastAuthenticated: js.UndefOr[dateType] = js.undefined,\n        LastAuthenticatedEntity: js.UndefOr[arnType] = js.undefined,\n        LastAuthenticatedRegion: js.UndefOr[stringType] = js.undefined,\n        TotalAuthenticatedEntities: js.UndefOr[integerType] = js.undefined,\n        TrackedActionsLastAccessed: js.UndefOr[TrackedActionsLastAccessed] = js.undefined\n    ): ServiceLastAccessed = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      LastAuthenticated.foreach(__v => __obj.updateDynamic(\"LastAuthenticated\")(__v.asInstanceOf[js.Any]))\n      LastAuthenticatedEntity.foreach(__v => __obj.updateDynamic(\"LastAuthenticatedEntity\")(__v.asInstanceOf[js.Any]))\n      LastAuthenticatedRegion.foreach(__v => __obj.updateDynamic(\"LastAuthenticatedRegion\")(__v.asInstanceOf[js.Any]))\n      TotalAuthenticatedEntities.foreach(__v => __obj.updateDynamic(\"TotalAuthenticatedEntities\")(__v.asInstanceOf[js.Any]))\n      TrackedActionsLastAccessed.foreach(__v => __obj.updateDynamic(\"TrackedActionsLastAccessed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceLastAccessed]\n    }\n  }\n\n  \/** Contains the details of a service-specific credential.\n    *\/\n  @js.native\n  trait ServiceSpecificCredential extends js.Object {\n    var CreateDate: dateType\n    var ServiceName: serviceName\n    var ServicePassword: <PASSWORD>Password\n    var ServiceSpecificCredentialId: serviceSpecificCredentialId\n    var ServiceUserName: serviceUserName\n    var Status: statusType\n    var UserName: userNameType\n  }\n\n  object ServiceSpecificCredential {\n    @inline\n    def apply(\n        CreateDate: dateType,\n        ServiceName: serviceName,\n        ServicePassword: <PASSWORD>Password,\n        ServiceSpecificCredentialId: serviceSpecificCredentialId,\n        ServiceUserName: serviceUserName,\n        Status: statusType,\n        UserName: userNameType\n    ): ServiceSpecificCredential = {\n      val __obj = js.Dynamic.literal(\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"ServicePassword\" -> ServicePassword.asInstanceOf[js.Any],\n        \"ServiceSpecificCredentialId\" -> ServiceSpecificCredentialId.asInstanceOf[js.Any],\n        \"ServiceUserName\" -> ServiceUserName.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ServiceSpecificCredential]\n    }\n  }\n\n  \/** Contains additional details about a service-specific credential.\n    *\/\n  @js.native\n  trait ServiceSpecificCredentialMetadata extends js.Object {\n    var CreateDate: dateType\n    var ServiceName: serviceName\n    var ServiceSpecificCredentialId: serviceSpecificCredentialId\n    var ServiceUserName: serviceUserName\n    var Status: statusType\n    var UserName: userNameType\n  }\n\n  object ServiceSpecificCredentialMetadata {\n    @inline\n    def apply(\n        CreateDate: dateType,\n        ServiceName: serviceName,\n        ServiceSpecificCredentialId: serviceSpecificCredentialId,\n        ServiceUserName: serviceUserName,\n        Status: statusType,\n        UserName: userNameType\n    ): ServiceSpecificCredentialMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"ServiceSpecificCredentialId\" -> ServiceSpecificCredentialId.asInstanceOf[js.Any],\n        \"ServiceUserName\" -> ServiceUserName.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ServiceSpecificCredentialMetadata]\n    }\n  }\n\n  @js.native\n  trait SetDefaultPolicyVersionRequest extends js.Object {\n    var PolicyArn: arnType\n    var VersionId: policyVersionIdType\n  }\n\n  object SetDefaultPolicyVersionRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        VersionId: policyVersionIdType\n    ): SetDefaultPolicyVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"VersionId\" -> VersionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetDefaultPolicyVersionRequest]\n    }\n  }\n\n  @js.native\n  trait SetSecurityTokenServicePreferencesRequest extends js.Object {\n    var GlobalEndpointTokenVersion: globalEndpointTokenVersion\n  }\n\n  object SetSecurityTokenServicePreferencesRequest {\n    @inline\n    def apply(\n        GlobalEndpointTokenVersion: globalEndpointTokenVersion\n    ): SetSecurityTokenServicePreferencesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalEndpointTokenVersion\" -> GlobalEndpointTokenVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetSecurityTokenServicePreferencesRequest]\n    }\n  }\n\n  \/** Contains information about an X.509 signing certificate. This data type is used as a response element in the <a>UploadSigningCertificate<\/a> and <a>ListSigningCertificates<\/a> operations.\n    *\/\n  @js.native\n  trait SigningCertificate extends js.Object {\n    var CertificateBody: certificateBodyType\n    var CertificateId: certificateIdType\n    var Status: statusType\n    var UserName: userNameType\n    var UploadDate: js.UndefOr[dateType]\n  }\n\n  object SigningCertificate {\n    @inline\n    def apply(\n        CertificateBody: certificateBodyType,\n        CertificateId: certificateIdType,\n        Status: statusType,\n        UserName: userNameType,\n        UploadDate: js.UndefOr[dateType] = js.undefined\n    ): SigningCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateBody\" -> CertificateBody.asInstanceOf[js.Any],\n        \"CertificateId\" -> CertificateId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      UploadDate.foreach(__v => __obj.updateDynamic(\"UploadDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningCertificate]\n    }\n  }\n\n  @js.native\n  trait SimulateCustomPolicyRequest extends js.Object {\n    var ActionNames: ActionNameListType\n    var PolicyInputList: SimulationPolicyListType\n    var CallerArn: js.UndefOr[ResourceNameType]\n    var ContextEntries: js.UndefOr[ContextEntryListType]\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PermissionsBoundaryPolicyInputList: js.UndefOr[SimulationPolicyListType]\n    var ResourceArns: js.UndefOr[ResourceNameListType]\n    var ResourceHandlingOption: js.UndefOr[ResourceHandlingOptionType]\n    var ResourceOwner: js.UndefOr[ResourceNameType]\n    var ResourcePolicy: js.UndefOr[policyDocumentType]\n  }\n\n  object SimulateCustomPolicyRequest {\n    @inline\n    def apply(\n        ActionNames: ActionNameListType,\n        PolicyInputList: SimulationPolicyListType,\n        CallerArn: js.UndefOr[ResourceNameType] = js.undefined,\n        ContextEntries: js.UndefOr[ContextEntryListType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PermissionsBoundaryPolicyInputList: js.UndefOr[SimulationPolicyListType] = js.undefined,\n        ResourceArns: js.UndefOr[ResourceNameListType] = js.undefined,\n        ResourceHandlingOption: js.UndefOr[ResourceHandlingOptionType] = js.undefined,\n        ResourceOwner: js.UndefOr[ResourceNameType] = js.undefined,\n        ResourcePolicy: js.UndefOr[policyDocumentType] = js.undefined\n    ): SimulateCustomPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionNames\" -> ActionNames.asInstanceOf[js.Any],\n        \"PolicyInputList\" -> PolicyInputList.asInstanceOf[js.Any]\n      )\n\n      CallerArn.foreach(__v => __obj.updateDynamic(\"CallerArn\")(__v.asInstanceOf[js.Any]))\n      ContextEntries.foreach(__v => __obj.updateDynamic(\"ContextEntries\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryPolicyInputList.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryPolicyInputList\")(__v.asInstanceOf[js.Any]))\n      ResourceArns.foreach(__v => __obj.updateDynamic(\"ResourceArns\")(__v.asInstanceOf[js.Any]))\n      ResourceHandlingOption.foreach(__v => __obj.updateDynamic(\"ResourceHandlingOption\")(__v.asInstanceOf[js.Any]))\n      ResourceOwner.foreach(__v => __obj.updateDynamic(\"ResourceOwner\")(__v.asInstanceOf[js.Any]))\n      ResourcePolicy.foreach(__v => __obj.updateDynamic(\"ResourcePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SimulateCustomPolicyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>SimulatePrincipalPolicy<\/a> or <a>SimulateCustomPolicy<\/a> request.\n    *\/\n  @js.native\n  trait SimulatePolicyResponse extends js.Object {\n    var EvaluationResults: js.UndefOr[EvaluationResultsListType]\n    var IsTruncated: js.UndefOr[booleanType]\n    var Marker: js.UndefOr[responseMarkerType]\n  }\n\n  object SimulatePolicyResponse {\n    @inline\n    def apply(\n        EvaluationResults: js.UndefOr[EvaluationResultsListType] = js.undefined,\n        IsTruncated: js.UndefOr[booleanType] = js.undefined,\n        Marker: js.UndefOr[responseMarkerType] = js.undefined\n    ): SimulatePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      EvaluationResults.foreach(__v => __obj.updateDynamic(\"EvaluationResults\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SimulatePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait SimulatePrincipalPolicyRequest extends js.Object {\n    var ActionNames: ActionNameListType\n    var PolicySourceArn: arnType\n    var CallerArn: js.UndefOr[ResourceNameType]\n    var ContextEntries: js.UndefOr[ContextEntryListType]\n    var Marker: js.UndefOr[markerType]\n    var MaxItems: js.UndefOr[maxItemsType]\n    var PermissionsBoundaryPolicyInputList: js.UndefOr[SimulationPolicyListType]\n    var PolicyInputList: js.UndefOr[SimulationPolicyListType]\n    var ResourceArns: js.UndefOr[ResourceNameListType]\n    var ResourceHandlingOption: js.UndefOr[ResourceHandlingOptionType]\n    var ResourceOwner: js.UndefOr[ResourceNameType]\n    var ResourcePolicy: js.UndefOr[policyDocumentType]\n  }\n\n  object SimulatePrincipalPolicyRequest {\n    @inline\n    def apply(\n        ActionNames: ActionNameListType,\n        PolicySourceArn: arnType,\n        CallerArn: js.UndefOr[ResourceNameType] = js.undefined,\n        ContextEntries: js.UndefOr[ContextEntryListType] = js.undefined,\n        Marker: js.UndefOr[markerType] = js.undefined,\n        MaxItems: js.UndefOr[maxItemsType] = js.undefined,\n        PermissionsBoundaryPolicyInputList: js.UndefOr[SimulationPolicyListType] = js.undefined,\n        PolicyInputList: js.UndefOr[SimulationPolicyListType] = js.undefined,\n        ResourceArns: js.UndefOr[ResourceNameListType] = js.undefined,\n        ResourceHandlingOption: js.UndefOr[ResourceHandlingOptionType] = js.undefined,\n        ResourceOwner: js.UndefOr[ResourceNameType] = js.undefined,\n        ResourcePolicy: js.UndefOr[policyDocumentType] = js.undefined\n    ): SimulatePrincipalPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionNames\" -> ActionNames.asInstanceOf[js.Any],\n        \"PolicySourceArn\" -> PolicySourceArn.asInstanceOf[js.Any]\n      )\n\n      CallerArn.foreach(__v => __obj.updateDynamic(\"CallerArn\")(__v.asInstanceOf[js.Any]))\n      ContextEntries.foreach(__v => __obj.updateDynamic(\"ContextEntries\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundaryPolicyInputList.foreach(__v => __obj.updateDynamic(\"PermissionsBoundaryPolicyInputList\")(__v.asInstanceOf[js.Any]))\n      PolicyInputList.foreach(__v => __obj.updateDynamic(\"PolicyInputList\")(__v.asInstanceOf[js.Any]))\n      ResourceArns.foreach(__v => __obj.updateDynamic(\"ResourceArns\")(__v.asInstanceOf[js.Any]))\n      ResourceHandlingOption.foreach(__v => __obj.updateDynamic(\"ResourceHandlingOption\")(__v.asInstanceOf[js.Any]))\n      ResourceOwner.foreach(__v => __obj.updateDynamic(\"ResourceOwner\")(__v.asInstanceOf[js.Any]))\n      ResourcePolicy.foreach(__v => __obj.updateDynamic(\"ResourcePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SimulatePrincipalPolicyRequest]\n    }\n  }\n\n  \/** Contains a reference to a <code>Statement<\/code> element in a policy document that determines the result of the simulation. This data type is used by the <code>MatchedStatements<\/code> member of the <code> <a>EvaluationResult<\/a> <\/code> type.\n    *\/\n  @js.native\n  trait Statement extends js.Object {\n    var EndPosition: js.UndefOr[Position]\n    var SourcePolicyId: js.UndefOr[PolicyIdentifierType]\n    var SourcePolicyType: js.UndefOr[PolicySourceType]\n    var StartPosition: js.UndefOr[Position]\n  }\n\n  object Statement {\n    @inline\n    def apply(\n        EndPosition: js.UndefOr[Position] = js.undefined,\n        SourcePolicyId: js.UndefOr[PolicyIdentifierType] = js.undefined,\n        SourcePolicyType: js.UndefOr[PolicySourceType] = js.undefined,\n        StartPosition: js.UndefOr[Position] = js.undefined\n    ): Statement = {\n      val __obj = js.Dynamic.literal()\n      EndPosition.foreach(__v => __obj.updateDynamic(\"EndPosition\")(__v.asInstanceOf[js.Any]))\n      SourcePolicyId.foreach(__v => __obj.updateDynamic(\"SourcePolicyId\")(__v.asInstanceOf[js.Any]))\n      SourcePolicyType.foreach(__v => __obj.updateDynamic(\"SourcePolicyType\")(__v.asInstanceOf[js.Any]))\n      StartPosition.foreach(__v => __obj.updateDynamic(\"StartPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Statement]\n    }\n  }\n\n  \/** A structure that represents user-provided metadata that can be associated with an IAM resource. For more information about tagging, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/id_tags.html|Tagging IAM resources]] in the <i>IAM User Guide<\/i>.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: tagKeyType\n    var Value: tagValueType\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: tagKeyType,\n        Value: tagValueType\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var Tags: tagListType\n  }\n\n  object TagInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        Tags: tagListType\n    ): TagInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagInstanceProfileRequest]\n    }\n  }\n\n  @js.native\n  trait TagMFADeviceRequest extends js.Object {\n    var SerialNumber: serialNumberType\n    var Tags: tagListType\n  }\n\n  object TagMFADeviceRequest {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType,\n        Tags: tagListType\n    ): TagMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagMFADeviceRequest]\n    }\n  }\n\n  @js.native\n  trait TagOpenIDConnectProviderRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n    var Tags: tagListType\n  }\n\n  object TagOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType,\n        Tags: tagListType\n    ): TagOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagOpenIDConnectProviderRequest]\n    }\n  }\n\n  @js.native\n  trait TagPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var Tags: tagListType\n  }\n\n  object TagPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        Tags: tagListType\n    ): TagPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait TagRoleRequest extends js.Object {\n    var RoleName: roleNameType\n    var Tags: tagListType\n  }\n\n  object TagRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Tags: tagListType\n    ): TagRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagRoleRequest]\n    }\n  }\n\n  @js.native\n  trait TagSAMLProviderRequest extends js.Object {\n    var SAMLProviderArn: arnType\n    var Tags: tagListType\n  }\n\n  object TagSAMLProviderRequest {\n    @inline\n    def apply(\n        SAMLProviderArn: arnType,\n        Tags: tagListType\n    ): TagSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagSAMLProviderRequest]\n    }\n  }\n\n  @js.native\n  trait TagServerCertificateRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n    var Tags: tagListType\n  }\n\n  object TagServerCertificateRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType,\n        Tags: tagListType\n    ): TagServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagServerCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait TagUserRequest extends js.Object {\n    var Tags: tagListType\n    var UserName: existingUserNameType\n  }\n\n  object TagUserRequest {\n    @inline\n    def apply(\n        Tags: tagListType,\n        UserName: existingUserNameType\n    ): TagUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagUserRequest]\n    }\n  }\n\n  \/** Contains details about the most recent attempt to access an action within the service. This data type is used as a response element in the <a>GetServiceLastAccessedDetails<\/a> operation.\n    *\/\n  @js.native\n  trait TrackedActionLastAccessed extends js.Object {\n    var ActionName: js.UndefOr[stringType]\n    var LastAccessedEntity: js.UndefOr[arnType]\n    var LastAccessedRegion: js.UndefOr[stringType]\n    var LastAccessedTime: js.UndefOr[dateType]\n  }\n\n  object TrackedActionLastAccessed {\n    @inline\n    def apply(\n        ActionName: js.UndefOr[stringType] = js.undefined,\n        LastAccessedEntity: js.UndefOr[arnType] = js.undefined,\n        LastAccessedRegion: js.UndefOr[stringType] = js.undefined,\n        LastAccessedTime: js.UndefOr[dateType] = js.undefined\n    ): TrackedActionLastAccessed = {\n      val __obj = js.Dynamic.literal()\n      ActionName.foreach(__v => __obj.updateDynamic(\"ActionName\")(__v.asInstanceOf[js.Any]))\n      LastAccessedEntity.foreach(__v => __obj.updateDynamic(\"LastAccessedEntity\")(__v.asInstanceOf[js.Any]))\n      LastAccessedRegion.foreach(__v => __obj.updateDynamic(\"LastAccessedRegion\")(__v.asInstanceOf[js.Any]))\n      LastAccessedTime.foreach(__v => __obj.updateDynamic(\"LastAccessedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrackedActionLastAccessed]\n    }\n  }\n\n  @js.native\n  trait UntagInstanceProfileRequest extends js.Object {\n    var InstanceProfileName: instanceProfileNameType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagInstanceProfileRequest {\n    @inline\n    def apply(\n        InstanceProfileName: instanceProfileNameType,\n        TagKeys: tagKeyListType\n    ): UntagInstanceProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceProfileName\" -> InstanceProfileName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagInstanceProfileRequest]\n    }\n  }\n\n  @js.native\n  trait UntagMFADeviceRequest extends js.Object {\n    var SerialNumber: serialNumberType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagMFADeviceRequest {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType,\n        TagKeys: tagKeyListType\n    ): UntagMFADeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagMFADeviceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagOpenIDConnectProviderRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagOpenIDConnectProviderRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType,\n        TagKeys: tagKeyListType\n    ): UntagOpenIDConnectProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagOpenIDConnectProviderRequest]\n    }\n  }\n\n  @js.native\n  trait UntagPolicyRequest extends js.Object {\n    var PolicyArn: arnType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagPolicyRequest {\n    @inline\n    def apply(\n        PolicyArn: arnType,\n        TagKeys: tagKeyListType\n    ): UntagPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UntagRoleRequest extends js.Object {\n    var RoleName: roleNameType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        TagKeys: tagKeyListType\n    ): UntagRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagRoleRequest]\n    }\n  }\n\n  @js.native\n  trait UntagSAMLProviderRequest extends js.Object {\n    var SAMLProviderArn: arnType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagSAMLProviderRequest {\n    @inline\n    def apply(\n        SAMLProviderArn: arnType,\n        TagKeys: tagKeyListType\n    ): UntagSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagSAMLProviderRequest]\n    }\n  }\n\n  @js.native\n  trait UntagServerCertificateRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n    var TagKeys: tagKeyListType\n  }\n\n  object UntagServerCertificateRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType,\n        TagKeys: tagKeyListType\n    ): UntagServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagServerCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait UntagUserRequest extends js.Object {\n    var TagKeys: tagKeyListType\n    var UserName: existingUserNameType\n  }\n\n  object UntagUserRequest {\n    @inline\n    def apply(\n        TagKeys: tagKeyListType,\n        UserName: existingUserNameType\n    ): UntagUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagUserRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccessKeyRequest extends js.Object {\n    var AccessKeyId: accessKeyIdType\n    var Status: statusType\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object UpdateAccessKeyRequest {\n    @inline\n    def apply(\n        AccessKeyId: accessKeyIdType,\n        Status: statusType,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): UpdateAccessKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccessKeyId\" -> AccessKeyId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccessKeyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountPasswordPolicyRequest extends js.Object {\n    var AllowUsersToChangePassword: js.UndefOr[booleanType]\n    var HardExpiry: js.UndefOr[booleanObjectType]\n    var MaxPasswordAge: js.UndefOr[maxPasswordAgeType]\n    var MinimumPasswordLength: js.UndefOr[minimumPasswordLengthType]\n    var PasswordReusePrevention: js.UndefOr[passwordReusePreventionType]\n    var RequireLowercaseCharacters: js.UndefOr[booleanType]\n    var RequireNumbers: js.UndefOr[booleanType]\n    var RequireSymbols: js.UndefOr[booleanType]\n    var RequireUppercaseCharacters: js.UndefOr[booleanType]\n  }\n\n  object UpdateAccountPasswordPolicyRequest {\n    @inline\n    def apply(\n        AllowUsersToChangePassword: js.UndefOr[booleanType] = js.undefined,\n        HardExpiry: js.UndefOr[booleanObjectType] = js.undefined,\n        MaxPasswordAge: js.UndefOr[maxPasswordAgeType] = js.undefined,\n        MinimumPasswordLength: js.UndefOr[minimumPasswordLengthType] = js.undefined,\n        PasswordReusePrevention: js.UndefOr[passwordReusePreventionType] = js.undefined,\n        RequireLowercaseCharacters: js.UndefOr[booleanType] = js.undefined,\n        RequireNumbers: js.UndefOr[booleanType] = js.undefined,\n        RequireSymbols: js.UndefOr[booleanType] = js.undefined,\n        RequireUppercaseCharacters: js.UndefOr[booleanType] = js.undefined\n    ): UpdateAccountPasswordPolicyRequest = {\n      val __obj = js.Dynamic.literal()\n      AllowUsersToChangePassword.foreach(__v => __obj.updateDynamic(\"AllowUsersToChangePassword\")(__v.asInstanceOf[js.Any]))\n      HardExpiry.foreach(__v => __obj.updateDynamic(\"HardExpiry\")(__v.asInstanceOf[js.Any]))\n      MaxPasswordAge.foreach(__v => __obj.updateDynamic(\"MaxPasswordAge\")(__v.asInstanceOf[js.Any]))\n      MinimumPasswordLength.foreach(__v => __obj.updateDynamic(\"MinimumPasswordLength\")(__v.asInstanceOf[js.Any]))\n      PasswordReusePrevention.foreach(__v => __obj.updateDynamic(\"PasswordReusePrevention\")(__v.asInstanceOf[js.Any]))\n      RequireLowercaseCharacters.foreach(__v => __obj.updateDynamic(\"RequireLowercaseCharacters\")(__v.asInstanceOf[js.Any]))\n      RequireNumbers.foreach(__v => __obj.updateDynamic(\"RequireNumbers\")(__v.asInstanceOf[js.Any]))\n      RequireSymbols.foreach(__v => __obj.updateDynamic(\"RequireSymbols\")(__v.asInstanceOf[js.Any]))\n      RequireUppercaseCharacters.foreach(__v => __obj.updateDynamic(\"RequireUppercaseCharacters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountPasswordPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAssumeRolePolicyRequest extends js.Object {\n    var PolicyDocument: policyDocumentType\n    var RoleName: roleNameType\n  }\n\n  object UpdateAssumeRolePolicyRequest {\n    @inline\n    def apply(\n        PolicyDocument: policyDocumentType,\n        RoleName: roleNameType\n    ): UpdateAssumeRolePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyDocument\" -> PolicyDocument.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAssumeRolePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupRequest extends js.Object {\n    var GroupName: groupNameType\n    var NewGroupName: js.UndefOr[groupNameType]\n    var NewPath: js.UndefOr[pathType]\n  }\n\n  object UpdateGroupRequest {\n    @inline\n    def apply(\n        GroupName: groupNameType,\n        NewGroupName: js.UndefOr[groupNameType] = js.undefined,\n        NewPath: js.UndefOr[pathType] = js.undefined\n    ): UpdateGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      NewGroupName.foreach(__v => __obj.updateDynamic(\"NewGroupName\")(__v.asInstanceOf[js.Any]))\n      NewPath.foreach(__v => __obj.updateDynamic(\"NewPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLoginProfileRequest extends js.Object {\n    var UserName: userNameType\n    var Password: js.UndefOr[passwordType]\n    var PasswordResetRequired: js.UndefOr[booleanObjectType]\n  }\n\n  object UpdateLoginProfileRequest {\n    @inline\n    def apply(\n        UserName: userNameType,\n        Password: js.UndefOr[passwordType] = js.undefined,\n        PasswordResetRequired: js.UndefOr[booleanObjectType] = js.undefined\n    ): UpdateLoginProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      PasswordResetRequired.foreach(__v => __obj.updateDynamic(\"PasswordResetRequired\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLoginProfileRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOpenIDConnectProviderThumbprintRequest extends js.Object {\n    var OpenIDConnectProviderArn: arnType\n    var ThumbprintList: thumbprintListType\n  }\n\n  object UpdateOpenIDConnectProviderThumbprintRequest {\n    @inline\n    def apply(\n        OpenIDConnectProviderArn: arnType,\n        ThumbprintList: thumbprintListType\n    ): UpdateOpenIDConnectProviderThumbprintRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpenIDConnectProviderArn\" -> OpenIDConnectProviderArn.asInstanceOf[js.Any],\n        \"ThumbprintList\" -> ThumbprintList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateOpenIDConnectProviderThumbprintRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRoleDescriptionRequest extends js.Object {\n    var Description: roleDescriptionType\n    var RoleName: roleNameType\n  }\n\n  object UpdateRoleDescriptionRequest {\n    @inline\n    def apply(\n        Description: roleDescriptionType,\n        RoleName: roleNameType\n    ): UpdateRoleDescriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRoleDescriptionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRoleDescriptionResponse extends js.Object {\n    var Role: js.UndefOr[Role]\n  }\n\n  object UpdateRoleDescriptionResponse {\n    @inline\n    def apply(\n        Role: js.UndefOr[Role] = js.undefined\n    ): UpdateRoleDescriptionResponse = {\n      val __obj = js.Dynamic.literal()\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoleDescriptionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateRoleRequest extends js.Object {\n    var RoleName: roleNameType\n    var Description: js.UndefOr[roleDescriptionType]\n    var MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType]\n  }\n\n  object UpdateRoleRequest {\n    @inline\n    def apply(\n        RoleName: roleNameType,\n        Description: js.UndefOr[roleDescriptionType] = js.undefined,\n        MaxSessionDuration: js.UndefOr[roleMaxSessionDurationType] = js.undefined\n    ): UpdateRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleName\" -> RoleName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MaxSessionDuration.foreach(__v => __obj.updateDynamic(\"MaxSessionDuration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRoleResponse extends js.Object\n\n  object UpdateRoleResponse {\n    @inline\n    def apply(): UpdateRoleResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateRoleResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSAMLProviderRequest extends js.Object {\n    var SAMLMetadataDocument: SAMLMetadataDocumentType\n    var SAMLProviderArn: arnType\n  }\n\n  object UpdateSAMLProviderRequest {\n    @inline\n    def apply(\n        SAMLMetadataDocument: SAMLMetadataDocumentType,\n        SAMLProviderArn: arnType\n    ): UpdateSAMLProviderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SAMLMetadataDocument\" -> SAMLMetadataDocument.asInstanceOf[js.Any],\n        \"SAMLProviderArn\" -> SAMLProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateSAMLProviderRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>UpdateSAMLProvider<\/a> request.\n    *\/\n  @js.native\n  trait UpdateSAMLProviderResponse extends js.Object {\n    var SAMLProviderArn: js.UndefOr[arnType]\n  }\n\n  object UpdateSAMLProviderResponse {\n    @inline\n    def apply(\n        SAMLProviderArn: js.UndefOr[arnType] = js.undefined\n    ): UpdateSAMLProviderResponse = {\n      val __obj = js.Dynamic.literal()\n      SAMLProviderArn.foreach(__v => __obj.updateDynamic(\"SAMLProviderArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSAMLProviderResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSSHPublicKeyRequest extends js.Object {\n    var SSHPublicKeyId: publicKeyIdType\n    var Status: statusType\n    var UserName: userNameType\n  }\n\n  object UpdateSSHPublicKeyRequest {\n    @inline\n    def apply(\n        SSHPublicKeyId: publicKeyIdType,\n        Status: statusType,\n        UserName: userNameType\n    ): UpdateSSHPublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SSHPublicKeyId\" -> SSHPublicKeyId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateSSHPublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateServerCertificateRequest extends js.Object {\n    var ServerCertificateName: serverCertificateNameType\n    var NewPath: js.UndefOr[pathType]\n    var NewServerCertificateName: js.UndefOr[serverCertificateNameType]\n  }\n\n  object UpdateServerCertificateRequest {\n    @inline\n    def apply(\n        ServerCertificateName: serverCertificateNameType,\n        NewPath: js.UndefOr[pathType] = js.undefined,\n        NewServerCertificateName: js.UndefOr[serverCertificateNameType] = js.undefined\n    ): UpdateServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n\n      NewPath.foreach(__v => __obj.updateDynamic(\"NewPath\")(__v.asInstanceOf[js.Any]))\n      NewServerCertificateName.foreach(__v => __obj.updateDynamic(\"NewServerCertificateName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServerCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateServiceSpecificCredentialRequest extends js.Object {\n    var ServiceSpecificCredentialId: serviceSpecificCredentialId\n    var Status: statusType\n    var UserName: js.UndefOr[userNameType]\n  }\n\n  object UpdateServiceSpecificCredentialRequest {\n    @inline\n    def apply(\n        ServiceSpecificCredentialId: serviceSpecificCredentialId,\n        Status: statusType,\n        UserName: js.UndefOr[userNameType] = js.undefined\n    ): UpdateServiceSpecificCredentialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceSpecificCredentialId\" -> ServiceSpecificCredentialId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateServiceSpecificCredentialRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSigningCertificateRequest extends js.Object {\n    var CertificateId: certificateIdType\n    var Status: statusType\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object UpdateSigningCertificateRequest {\n    @inline\n    def apply(\n        CertificateId: certificateIdType,\n        Status: statusType,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): UpdateSigningCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateId\" -> CertificateId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSigningCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateUserRequest extends js.Object {\n    var UserName: existingUserNameType\n    var NewPath: js.UndefOr[pathType]\n    var NewUserName: js.UndefOr[userNameType]\n  }\n\n  object UpdateUserRequest {\n    @inline\n    def apply(\n        UserName: existingUserNameType,\n        NewPath: js.UndefOr[pathType] = js.undefined,\n        NewUserName: js.UndefOr[userNameType] = js.undefined\n    ): UpdateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      NewPath.foreach(__v => __obj.updateDynamic(\"NewPath\")(__v.asInstanceOf[js.Any]))\n      NewUserName.foreach(__v => __obj.updateDynamic(\"NewUserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserRequest]\n    }\n  }\n\n  @js.native\n  trait UploadSSHPublicKeyRequest extends js.Object {\n    var SSHPublicKeyBody: publicKeyMaterialType\n    var UserName: userNameType\n  }\n\n  object UploadSSHPublicKeyRequest {\n    @inline\n    def apply(\n        SSHPublicKeyBody: publicKeyMaterialType,\n        UserName: userNameType\n    ): UploadSSHPublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SSHPublicKeyBody\" -> SSHPublicKeyBody.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UploadSSHPublicKeyRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>UploadSSHPublicKey<\/a> request.\n    *\/\n  @js.native\n  trait UploadSSHPublicKeyResponse extends js.Object {\n    var SSHPublicKey: js.UndefOr[SSHPublicKey]\n  }\n\n  object UploadSSHPublicKeyResponse {\n    @inline\n    def apply(\n        SSHPublicKey: js.UndefOr[SSHPublicKey] = js.undefined\n    ): UploadSSHPublicKeyResponse = {\n      val __obj = js.Dynamic.literal()\n      SSHPublicKey.foreach(__v => __obj.updateDynamic(\"SSHPublicKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadSSHPublicKeyResponse]\n    }\n  }\n\n  @js.native\n  trait UploadServerCertificateRequest extends js.Object {\n    var CertificateBody: certificateBodyType\n    var PrivateKey: privateKeyType\n    var ServerCertificateName: serverCertificateNameType\n    var CertificateChain: js.UndefOr[certificateChainType]\n    var Path: js.UndefOr[pathType]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object UploadServerCertificateRequest {\n    @inline\n    def apply(\n        CertificateBody: certificateBodyType,\n        PrivateKey: privateKeyType,\n        ServerCertificateName: serverCertificateNameType,\n        CertificateChain: js.UndefOr[certificateChainType] = js.undefined,\n        Path: js.UndefOr[pathType] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): UploadServerCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateBody\" -> CertificateBody.asInstanceOf[js.Any],\n        \"PrivateKey\" -> PrivateKey.asInstanceOf[js.Any],\n        \"ServerCertificateName\" -> ServerCertificateName.asInstanceOf[js.Any]\n      )\n\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadServerCertificateRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>UploadServerCertificate<\/a> request.\n    *\/\n  @js.native\n  trait UploadServerCertificateResponse extends js.Object {\n    var ServerCertificateMetadata: js.UndefOr[ServerCertificateMetadata]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object UploadServerCertificateResponse {\n    @inline\n    def apply(\n        ServerCertificateMetadata: js.UndefOr[ServerCertificateMetadata] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): UploadServerCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      ServerCertificateMetadata.foreach(__v => __obj.updateDynamic(\"ServerCertificateMetadata\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadServerCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait UploadSigningCertificateRequest extends js.Object {\n    var CertificateBody: certificateBodyType\n    var UserName: js.UndefOr[existingUserNameType]\n  }\n\n  object UploadSigningCertificateRequest {\n    @inline\n    def apply(\n        CertificateBody: certificateBodyType,\n        UserName: js.UndefOr[existingUserNameType] = js.undefined\n    ): UploadSigningCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateBody\" -> CertificateBody.asInstanceOf[js.Any]\n      )\n\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadSigningCertificateRequest]\n    }\n  }\n\n  \/** Contains the response to a successful <a>UploadSigningCertificate<\/a> request.\n    *\/\n  @js.native\n  trait UploadSigningCertificateResponse extends js.Object {\n    var Certificate: SigningCertificate\n  }\n\n  object UploadSigningCertificateResponse {\n    @inline\n    def apply(\n        Certificate: SigningCertificate\n    ): UploadSigningCertificateResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Certificate\" -> Certificate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UploadSigningCertificateResponse]\n    }\n  }\n\n  \/** Contains information about an IAM user entity. This data type is used as a response element in the following operations: * <a>CreateUser<\/a> * <a>GetUser<\/a> * <a>ListUsers<\/a>\n    *\/\n  @js.native\n  trait User extends js.Object {\n    var Arn: arnType\n    var CreateDate: dateType\n    var Path: pathType\n    var UserId: idType\n    var UserName: userNameType\n    var PasswordLastUsed: js.UndefOr[dateType]\n    var PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary]\n    var Tags: js.UndefOr[tagListType]\n  }\n\n  object User {\n    @inline\n    def apply(\n        Arn: arnType,\n        CreateDate: dateType,\n        Path: pathType,\n        UserId: idType,\n        UserName: userNameType,\n        PasswordLastUsed: js.UndefOr[dateType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined\n    ): User = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"CreateDate\" -> CreateDate.asInstanceOf[js.Any],\n        \"Path\" -> Path.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      PasswordLastUsed.foreach(__v => __obj.updateDynamic(\"PasswordLastUsed\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[User]\n    }\n  }\n\n  \/** Contains information about an IAM user, including all the user's policies and all the IAM groups the user is in. This data type is used as a response element in the <a>GetAccountAuthorizationDetails<\/a> operation.\n    *\/\n  @js.native\n  trait UserDetail extends js.Object {\n    var Arn: js.UndefOr[arnType]\n    var AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType]\n    var CreateDate: js.UndefOr[dateType]\n    var GroupList: js.UndefOr[groupNameListType]\n    var Path: js.UndefOr[pathType]\n    var PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary]\n    var Tags: js.UndefOr[tagListType]\n    var UserId: js.UndefOr[idType]\n    var UserName: js.UndefOr[userNameType]\n    var UserPolicyList: js.UndefOr[policyDetailListType]\n  }\n\n  object UserDetail {\n    @inline\n    def apply(\n        Arn: js.UndefOr[arnType] = js.undefined,\n        AttachedManagedPolicies: js.UndefOr[attachedPoliciesListType] = js.undefined,\n        CreateDate: js.UndefOr[dateType] = js.undefined,\n        GroupList: js.UndefOr[groupNameListType] = js.undefined,\n        Path: js.UndefOr[pathType] = js.undefined,\n        PermissionsBoundary: js.UndefOr[AttachedPermissionsBoundary] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined,\n        UserId: js.UndefOr[idType] = js.undefined,\n        UserName: js.UndefOr[userNameType] = js.undefined,\n        UserPolicyList: js.UndefOr[policyDetailListType] = js.undefined\n    ): UserDetail = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachedManagedPolicies.foreach(__v => __obj.updateDynamic(\"AttachedManagedPolicies\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      GroupList.foreach(__v => __obj.updateDynamic(\"GroupList\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      PermissionsBoundary.foreach(__v => __obj.updateDynamic(\"PermissionsBoundary\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      UserPolicyList.foreach(__v => __obj.updateDynamic(\"UserPolicyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserDetail]\n    }\n  }\n\n  \/** Contains information about a virtual MFA device.\n    *\/\n  @js.native\n  trait VirtualMFADevice extends js.Object {\n    var SerialNumber: serialNumberType\n    var Base32StringSeed: js.UndefOr[BootstrapDatum]\n    var EnableDate: js.UndefOr[dateType]\n    var QRCodePNG: js.UndefOr[BootstrapDatum]\n    var Tags: js.UndefOr[tagListType]\n    var User: js.UndefOr[User]\n  }\n\n  object VirtualMFADevice {\n    @inline\n    def apply(\n        SerialNumber: serialNumberType,\n        Base32StringSeed: js.UndefOr[BootstrapDatum] = js.undefined,\n        EnableDate: js.UndefOr[dateType] = js.undefined,\n        QRCodePNG: js.UndefOr[BootstrapDatum] = js.undefined,\n        Tags: js.UndefOr[tagListType] = js.undefined,\n        User: js.UndefOr[User] = js.undefined\n    ): VirtualMFADevice = {\n      val __obj = js.Dynamic.literal(\n        \"SerialNumber\" -> SerialNumber.asInstanceOf[js.Any]\n      )\n\n      Base32StringSeed.foreach(__v => __obj.updateDynamic(\"Base32StringSeed\")(__v.asInstanceOf[js.Any]))\n      EnableDate.foreach(__v => __obj.updateDynamic(\"EnableDate\")(__v.asInstanceOf[js.Any]))\n      QRCodePNG.foreach(__v => __obj.updateDynamic(\"QRCodePNG\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualMFADevice]\n    }\n  }\n\n  @js.native\n  sealed trait assignmentStatusType extends js.Any\n  object assignmentStatusType {\n    val Assigned = \"Assigned\".asInstanceOf[assignmentStatusType]\n    val Unassigned = \"Unassigned\".asInstanceOf[assignmentStatusType]\n    val Any = \"Any\".asInstanceOf[assignmentStatusType]\n\n    @inline def values = js.Array(Assigned, Unassigned, Any)\n  }\n\n  @js.native\n  sealed trait encodingType extends js.Any\n  object encodingType {\n    val SSH = \"SSH\".asInstanceOf[encodingType]\n    val PEM = \"PEM\".asInstanceOf[encodingType]\n\n    @inline def values = js.Array(SSH, PEM)\n  }\n\n  @js.native\n  sealed trait globalEndpointTokenVersion extends js.Any\n  object globalEndpointTokenVersion {\n    val v1Token = \"v1Token\".asInstanceOf[globalEndpointTokenVersion]\n    val v2Token = \"v2Token\".asInstanceOf[globalEndpointTokenVersion]\n\n    @inline def values = js.Array(v1Token, v2Token)\n  }\n\n  @js.native\n  sealed trait jobStatusType extends js.Any\n  object jobStatusType {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[jobStatusType]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[jobStatusType]\n    val FAILED = \"FAILED\".asInstanceOf[jobStatusType]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETED, FAILED)\n  }\n\n  @js.native\n  sealed trait policyOwnerEntityType extends js.Any\n  object policyOwnerEntityType {\n    val USER = \"USER\".asInstanceOf[policyOwnerEntityType]\n    val ROLE = \"ROLE\".asInstanceOf[policyOwnerEntityType]\n    val GROUP = \"GROUP\".asInstanceOf[policyOwnerEntityType]\n\n    @inline def values = js.Array(USER, ROLE, GROUP)\n  }\n\n  @js.native\n  sealed trait policyScopeType extends js.Any\n  object policyScopeType {\n    val All = \"All\".asInstanceOf[policyScopeType]\n    val AWS = \"AWS\".asInstanceOf[policyScopeType]\n    val Local = \"Local\".asInstanceOf[policyScopeType]\n\n    @inline def values = js.Array(All, AWS, Local)\n  }\n\n  @js.native\n  sealed trait policyType extends js.Any\n  object policyType {\n    val INLINE = \"INLINE\".asInstanceOf[policyType]\n    val MANAGED = \"MANAGED\".asInstanceOf[policyType]\n\n    @inline def values = js.Array(INLINE, MANAGED)\n  }\n\n  @js.native\n  sealed trait sortKeyType extends js.Any\n  object sortKeyType {\n    val SERVICE_NAMESPACE_ASCENDING = \"SERVICE_NAMESPACE_ASCENDING\".asInstanceOf[sortKeyType]\n    val SERVICE_NAMESPACE_DESCENDING = \"SERVICE_NAMESPACE_DESCENDING\".asInstanceOf[sortKeyType]\n    val LAST_AUTHENTICATED_TIME_ASCENDING = \"LAST_AUTHENTICATED_TIME_ASCENDING\".asInstanceOf[sortKeyType]\n    val LAST_AUTHENTICATED_TIME_DESCENDING = \"LAST_AUTHENTICATED_TIME_DESCENDING\".asInstanceOf[sortKeyType]\n\n    @inline def values = js.Array(SERVICE_NAMESPACE_ASCENDING, SERVICE_NAMESPACE_DESCENDING, LAST_AUTHENTICATED_TIME_ASCENDING, LAST_AUTHENTICATED_TIME_DESCENDING)\n  }\n\n  @js.native\n  sealed trait statusType extends js.Any\n  object statusType {\n    val Active = \"Active\".asInstanceOf[statusType]\n    val Inactive = \"Inactive\".asInstanceOf[statusType]\n\n    @inline def values = js.Array(Active, Inactive)\n  }\n\n  @js.native\n  sealed trait summaryKeyType extends js.Any\n  object summaryKeyType {\n    val Users = \"Users\".asInstanceOf[summaryKeyType]\n    val UsersQuota = \"UsersQuota\".asInstanceOf[summaryKeyType]\n    val Groups = \"Groups\".asInstanceOf[summaryKeyType]\n    val GroupsQuota = \"GroupsQuota\".asInstanceOf[summaryKeyType]\n    val ServerCertificates = \"ServerCertificates\".asInstanceOf[summaryKeyType]\n    val ServerCertificatesQuota = \"ServerCertificatesQuota\".asInstanceOf[summaryKeyType]\n    val UserPolicySizeQuota = \"UserPolicySizeQuota\".asInstanceOf[summaryKeyType]\n    val GroupPolicySizeQuota = \"GroupPolicySizeQuota\".asInstanceOf[summaryKeyType]\n    val GroupsPerUserQuota = \"GroupsPerUserQuota\".asInstanceOf[summaryKeyType]\n    val SigningCertificatesPerUserQuota = \"SigningCertificatesPerUserQuota\".asInstanceOf[summaryKeyType]\n    val AccessKeysPerUserQuota = \"AccessKeysPerUserQuota\".asInstanceOf[summaryKeyType]\n    val MFADevices = \"MFADevices\".asInstanceOf[summaryKeyType]\n    val MFADevicesInUse = \"MFADevicesInUse\".asInstanceOf[summaryKeyType]\n    val AccountMFAEnabled = \"AccountMFAEnabled\".asInstanceOf[summaryKeyType]\n    val AccountAccessKeysPresent = \"AccountAccessKeysPresent\".asInstanceOf[summaryKeyType]\n    val AccountSigningCertificatesPresent = \"AccountSigningCertificatesPresent\".asInstanceOf[summaryKeyType]\n    val AttachedPoliciesPerGroupQuota = \"AttachedPoliciesPerGroupQuota\".asInstanceOf[summaryKeyType]\n    val AttachedPoliciesPerRoleQuota = \"AttachedPoliciesPerRoleQuota\".asInstanceOf[summaryKeyType]\n    val AttachedPoliciesPerUserQuota = \"AttachedPoliciesPerUserQuota\".asInstanceOf[summaryKeyType]\n    val Policies = \"Policies\".asInstanceOf[summaryKeyType]\n    val PoliciesQuota = \"PoliciesQuota\".asInstanceOf[summaryKeyType]\n    val PolicySizeQuota = \"PolicySizeQuota\".asInstanceOf[summaryKeyType]\n    val PolicyVersionsInUse = \"PolicyVersionsInUse\".asInstanceOf[summaryKeyType]\n    val PolicyVersionsInUseQuota = \"PolicyVersionsInUseQuota\".asInstanceOf[summaryKeyType]\n    val VersionsPerPolicyQuota = \"VersionsPerPolicyQuota\".asInstanceOf[summaryKeyType]\n    val GlobalEndpointTokenVersion = \"GlobalEndpointTokenVersion\".asInstanceOf[summaryKeyType]\n\n    @inline def values = js.Array(\n      Users,\n      UsersQuota,\n      Groups,\n      GroupsQuota,\n      ServerCertificates,\n      ServerCertificatesQuota,\n      UserPolicySizeQuota,\n      GroupPolicySizeQuota,\n      GroupsPerUserQuota,\n      SigningCertificatesPerUserQuota,\n      AccessKeysPerUserQuota,\n      MFADevices,\n      MFADevicesInUse,\n      AccountMFAEnabled,\n      AccountAccessKeysPresent,\n      AccountSigningCertificatesPresent,\n      AttachedPoliciesPerGroupQuota,\n      AttachedPoliciesPerRoleQuota,\n      AttachedPoliciesPerUserQuota,\n      Policies,\n      PoliciesQuota,\n      PolicySizeQuota,\n      PolicyVersionsInUse,\n      PolicyVersionsInUseQuota,\n      VersionsPerPolicyQuota,\n      GlobalEndpointTokenVersion\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/appstream\/src\/main\/scala\/facade\/amazonaws\/services\/AppStream.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<filename>services\/appstream\/src\/main\/scala\/facade\/amazonaws\/services\/AppStream.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object appstream {\n  type AccessEndpointList = js.Array[AccessEndpoint]\n  type AccountName = String\n  type AccountPassword = <PASSWORD>\n  type Applications = js.Array[Application]\n  type AppstreamAgentVersion = String\n  type Arn = String\n  type ArnList = js.Array[Arn]\n  type AwsAccountId = String\n  type AwsAccountIdList = js.Array[AwsAccountId]\n  type BooleanObject = Boolean\n  type DescribeImagesMaxResults = Int\n  type Description = String\n  type DirectoryConfigList = js.Array[DirectoryConfig]\n  type DirectoryName = String\n  type DirectoryNameList = js.Array[DirectoryName]\n  type DisplayName = String\n  type Domain = String\n  type DomainList = js.Array[Domain]\n  type EmbedHostDomain = String\n  type EmbedHostDomains = js.Array[EmbedHostDomain]\n  type FeedbackURL = String\n  type FleetAttributes = js.Array[FleetAttribute]\n  type FleetErrors = js.Array[FleetError]\n  type FleetList = js.Array[Fleet]\n  type ImageBuilderList = js.Array[ImageBuilder]\n  type ImageList = js.Array[Image]\n  type LastReportGenerationExecutionErrors = js.Array[LastReportGenerationExecutionError]\n  type MaxResults = Int\n  type Metadata = js.Dictionary[String]\n  type Name = String\n  type OrganizationalUnitDistinguishedName = String\n  type OrganizationalUnitDistinguishedNamesList = js.Array[OrganizationalUnitDistinguishedName]\n  type RedirectURL = String\n  type RegionName = String\n  type ResourceErrors = js.Array[ResourceError]\n  type ResourceIdentifier = String\n  type SecurityGroupIdList = js.Array[String]\n  type SessionList = js.Array[Session]\n  type SettingsGroup = String\n  type SharedImagePermissionsList = js.Array[SharedImagePermissions]\n  type StackAttributes = js.Array[StackAttribute]\n  type StackErrors = js.Array[StackError]\n  type StackList = js.Array[Stack]\n  type StorageConnectorList = js.Array[StorageConnector]\n  type StreamingUrlUserId = String\n  type StringList = js.Array[String]\n  type SubnetIdList = js.Array[String]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n  type Timestamp = js.Date\n  type UsageReportSubscriptionList = js.Array[UsageReportSubscription]\n  type UserAttributeValue = String\n  type UserId = String\n  type UserList = js.Array[User]\n  type UserSettingList = js.Array[UserSetting]\n  type UserStackAssociationErrorList = js.Array[UserStackAssociationError]\n  type UserStackAssociationList = js.Array[UserStackAssociation]\n  type Username = String\n\n  implicit final class AppStreamOps(private val service: AppStream) extends AnyVal {\n\n    @inline def associateFleetFuture(params: AssociateFleetRequest): Future[AssociateFleetResult] = service.associateFleet(params).promise().toFuture\n    @inline def batchAssociateUserStackFuture(params: BatchAssociateUserStackRequest): Future[BatchAssociateUserStackResult] = service.batchAssociateUserStack(params).promise().toFuture\n    @inline def batchDisassociateUserStackFuture(params: BatchDisassociateUserStackRequest): Future[BatchDisassociateUserStackResult] = service.batchDisassociateUserStack(params).promise().toFuture\n    @inline def copyImageFuture(params: CopyImageRequest): Future[CopyImageResponse] = service.copyImage(params).promise().toFuture\n    @inline def createDirectoryConfigFuture(params: CreateDirectoryConfigRequest): Future[CreateDirectoryConfigResult] = service.createDirectoryConfig(params).promise().toFuture\n    @inline def createFleetFuture(params: CreateFleetRequest): Future[CreateFleetResult] = service.createFleet(params).promise().toFuture\n    @inline def createImageBuilderFuture(params: CreateImageBuilderRequest): Future[CreateImageBuilderResult] = service.createImageBuilder(params).promise().toFuture\n    @inline def createImageBuilderStreamingURLFuture(params: CreateImageBuilderStreamingURLRequest): Future[CreateImageBuilderStreamingURLResult] = service.createImageBuilderStreamingURL(params).promise().toFuture\n    @inline def createStackFuture(params: CreateStackRequest): Future[CreateStackResult] = service.createStack(params).promise().toFuture\n    @inline def createStreamingURLFuture(params: CreateStreamingURLRequest): Future[CreateStreamingURLResult] = service.createStreamingURL(params).promise().toFuture\n    @inline def createUpdatedImageFuture(params: CreateUpdatedImageRequest): Future[CreateUpdatedImageResult] = service.createUpdatedImage(params).promise().toFuture\n    @inline def createUsageReportSubscriptionFuture(params: CreateUsageReportSubscriptionRequest): Future[CreateUsageReportSubscriptionResult] = service.createUsageReportSubscription(params).promise().toFuture\n    @inline def createUserFuture(params: CreateUserRequest): Future[CreateUserResult] = service.createUser(params).promise().toFuture\n    @inline def deleteDirectoryConfigFuture(params: DeleteDirectoryConfigRequest): Future[DeleteDirectoryConfigResult] = service.deleteDirectoryConfig(params).promise().toFuture\n    @inline def deleteFleetFuture(params: DeleteFleetRequest): Future[DeleteFleetResult] = service.deleteFleet(params).promise().toFuture\n    @inline def deleteImageBuilderFuture(params: DeleteImageBuilderRequest): Future[DeleteImageBuilderResult] = service.deleteImageBuilder(params).promise().toFuture\n    @inline def deleteImageFuture(params: DeleteImageRequest): Future[DeleteImageResult] = service.deleteImage(params).promise().toFuture\n    @inline def deleteImagePermissionsFuture(params: DeleteImagePermissionsRequest): Future[DeleteImagePermissionsResult] = service.deleteImagePermissions(params).promise().toFuture\n    @inline def deleteStackFuture(params: DeleteStackRequest): Future[DeleteStackResult] = service.deleteStack(params).promise().toFuture\n    @inline def deleteUsageReportSubscriptionFuture(params: DeleteUsageReportSubscriptionRequest): Future[DeleteUsageReportSubscriptionResult] = service.deleteUsageReportSubscription(params).promise().toFuture\n    @inline def deleteUserFuture(params: DeleteUserRequest): Future[DeleteUserResult] = service.deleteUser(params).promise().toFuture\n    @inline def describeDirectoryConfigsFuture(params: DescribeDirectoryConfigsRequest): Future[DescribeDirectoryConfigsResult] = service.describeDirectoryConfigs(params).promise().toFuture\n    @inline def describeFleetsFuture(params: DescribeFleetsRequest): Future[DescribeFleetsResult] = service.describeFleets(params).promise().toFuture\n    @inline def describeImageBuildersFuture(params: DescribeImageBuildersRequest): Future[DescribeImageBuildersResult] = service.describeImageBuilders(params).promise().toFuture\n    @inline def describeImagePermissionsFuture(params: DescribeImagePermissionsRequest): Future[DescribeImagePermissionsResult] = service.describeImagePermissions(params).promise().toFuture\n    @inline def describeImagesFuture(params: DescribeImagesRequest): Future[DescribeImagesResult] = service.describeImages(params).promise().toFuture\n    @inline def describeSessionsFuture(params: DescribeSessionsRequest): Future[DescribeSessionsResult] = service.describeSessions(params).promise().toFuture\n    @inline def describeStacksFuture(params: DescribeStacksRequest): Future[DescribeStacksResult] = service.describeStacks(params).promise().toFuture\n    @inline def describeUsageReportSubscriptionsFuture(params: DescribeUsageReportSubscriptionsRequest): Future[DescribeUsageReportSubscriptionsResult] = service.describeUsageReportSubscriptions(params).promise().toFuture\n    @inline def describeUserStackAssociationsFuture(params: DescribeUserStackAssociationsRequest): Future[DescribeUserStackAssociationsResult] = service.describeUserStackAssociations(params).promise().toFuture\n    @inline def describeUsersFuture(params: DescribeUsersRequest): Future[DescribeUsersResult] = service.describeUsers(params).promise().toFuture\n    @inline def disableUserFuture(params: DisableUserRequest): Future[DisableUserResult] = service.disableUser(params).promise().toFuture\n    @inline def disassociateFleetFuture(params: DisassociateFleetRequest): Future[DisassociateFleetResult] = service.disassociateFleet(params).promise().toFuture\n    @inline def enableUserFuture(params: EnableUserRequest): Future[EnableUserResult] = service.enableUser(params).promise().toFuture\n    @inline def expireSessionFuture(params: ExpireSessionRequest): Future[ExpireSessionResult] = service.expireSession(params).promise().toFuture\n    @inline def listAssociatedFleetsFuture(params: ListAssociatedFleetsRequest): Future[ListAssociatedFleetsResult] = service.listAssociatedFleets(params).promise().toFuture\n    @inline def listAssociatedStacksFuture(params: ListAssociatedStacksRequest): Future[ListAssociatedStacksResult] = service.listAssociatedStacks(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def startFleetFuture(params: StartFleetRequest): Future[StartFleetResult] = service.startFleet(params).promise().toFuture\n    @inline def startImageBuilderFuture(params: StartImageBuilderRequest): Future[StartImageBuilderResult] = service.startImageBuilder(params).promise().toFuture\n    @inline def stopFleetFuture(params: StopFleetRequest): Future[StopFleetResult] = service.stopFleet(params).promise().toFuture\n    @inline def stopImageBuilderFuture(params: StopImageBuilderRequest): Future[StopImageBuilderResult] = service.stopImageBuilder(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateDirectoryConfigFuture(params: UpdateDirectoryConfigRequest): Future[UpdateDirectoryConfigResult] = service.updateDirectoryConfig(params).promise().toFuture\n    @inline def updateFleetFuture(params: UpdateFleetRequest): Future[UpdateFleetResult] = service.updateFleet(params).promise().toFuture\n    @inline def updateImagePermissionsFuture(params: UpdateImagePermissionsRequest): Future[UpdateImagePermissionsResult] = service.updateImagePermissions(params).promise().toFuture\n    @inline def updateStackFuture(params: UpdateStackRequest): Future[UpdateStackResult] = service.updateStack(params).promise().toFuture\n\n  }\n}\n\npackage appstream {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/appstream\", JSImport.Namespace, \"AWS.AppStream\")\n  class AppStream() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateFleet(params: AssociateFleetRequest): Request[AssociateFleetResult] = js.native\n    def batchAssociateUserStack(params: BatchAssociateUserStackRequest): Request[BatchAssociateUserStackResult] = js.native\n    def batchDisassociateUserStack(params: BatchDisassociateUserStackRequest): Request[BatchDisassociateUserStackResult] = js.native\n    def copyImage(params: CopyImageRequest): Request[CopyImageResponse] = js.native\n    def createDirectoryConfig(params: CreateDirectoryConfigRequest): Request[CreateDirectoryConfigResult] = js.native\n    def createFleet(params: CreateFleetRequest): Request[CreateFleetResult] = js.native\n    def createImageBuilder(params: CreateImageBuilderRequest): Request[CreateImageBuilderResult] = js.native\n    def createImageBuilderStreamingURL(params: CreateImageBuilderStreamingURLRequest): Request[CreateImageBuilderStreamingURLResult] = js.native\n    def createStack(params: CreateStackRequest): Request[CreateStackResult] = js.native\n    def createStreamingURL(params: CreateStreamingURLRequest): Request[CreateStreamingURLResult] = js.native\n    def createUpdatedImage(params: CreateUpdatedImageRequest): Request[CreateUpdatedImageResult] = js.native\n    def createUsageReportSubscription(params: CreateUsageReportSubscriptionRequest): Request[CreateUsageReportSubscriptionResult] = js.native\n    def createUser(params: CreateUserRequest): Request[CreateUserResult] = js.native\n    def deleteDirectoryConfig(params: DeleteDirectoryConfigRequest): Request[DeleteDirectoryConfigResult] = js.native\n    def deleteFleet(params: DeleteFleetRequest): Request[DeleteFleetResult] = js.native\n    def deleteImage(params: DeleteImageRequest): Request[DeleteImageResult] = js.native\n    def deleteImageBuilder(params: DeleteImageBuilderRequest): Request[DeleteImageBuilderResult] = js.native\n    def deleteImagePermissions(params: DeleteImagePermissionsRequest): Request[DeleteImagePermissionsResult] = js.native\n    def deleteStack(params: DeleteStackRequest): Request[DeleteStackResult] = js.native\n    def deleteUsageReportSubscription(params: DeleteUsageReportSubscriptionRequest): Request[DeleteUsageReportSubscriptionResult] = js.native\n    def deleteUser(params: DeleteUserRequest): Request[DeleteUserResult] = js.native\n    def describeDirectoryConfigs(params: DescribeDirectoryConfigsRequest): Request[DescribeDirectoryConfigsResult] = js.native\n    def describeFleets(params: DescribeFleetsRequest): Request[DescribeFleetsResult] = js.native\n    def describeImageBuilders(params: DescribeImageBuildersRequest): Request[DescribeImageBuildersResult] = js.native\n    def describeImagePermissions(params: DescribeImagePermissionsRequest): Request[DescribeImagePermissionsResult] = js.native\n    def describeImages(params: DescribeImagesRequest): Request[DescribeImagesResult] = js.native\n    def describeSessions(params: DescribeSessionsRequest): Request[DescribeSessionsResult] = js.native\n    def describeStacks(params: DescribeStacksRequest): Request[DescribeStacksResult] = js.native\n    def describeUsageReportSubscriptions(params: DescribeUsageReportSubscriptionsRequest): Request[DescribeUsageReportSubscriptionsResult] = js.native\n    def describeUserStackAssociations(params: DescribeUserStackAssociationsRequest): Request[DescribeUserStackAssociationsResult] = js.native\n    def describeUsers(params: DescribeUsersRequest): Request[DescribeUsersResult] = js.native\n    def disableUser(params: DisableUserRequest): Request[DisableUserResult] = js.native\n    def disassociateFleet(params: DisassociateFleetRequest): Request[DisassociateFleetResult] = js.native\n    def enableUser(params: EnableUserRequest): Request[EnableUserResult] = js.native\n    def expireSession(params: ExpireSessionRequest): Request[ExpireSessionResult] = js.native\n    def listAssociatedFleets(params: ListAssociatedFleetsRequest): Request[ListAssociatedFleetsResult] = js.native\n    def listAssociatedStacks(params: ListAssociatedStacksRequest): Request[ListAssociatedStacksResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def startFleet(params: StartFleetRequest): Request[StartFleetResult] = js.native\n    def startImageBuilder(params: StartImageBuilderRequest): Request[StartImageBuilderResult] = js.native\n    def stopFleet(params: StopFleetRequest): Request[StopFleetResult] = js.native\n    def stopImageBuilder(params: StopImageBuilderRequest): Request[StopImageBuilderResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateDirectoryConfig(params: UpdateDirectoryConfigRequest): Request[UpdateDirectoryConfigResult] = js.native\n    def updateFleet(params: UpdateFleetRequest): Request[UpdateFleetResult] = js.native\n    def updateImagePermissions(params: UpdateImagePermissionsRequest): Request[UpdateImagePermissionsResult] = js.native\n    def updateStack(params: UpdateStackRequest): Request[UpdateStackResult] = js.native\n  }\n\n  \/** Describes an interface VPC endpoint (interface endpoint) that lets you create a private connection between the virtual private cloud (VPC) that you specify and AppStream 2.0. When you specify an interface endpoint for a stack, users of the stack can connect to AppStream 2.0 only through that endpoint. When you specify an interface endpoint for an image builder, administrators can connect to the image builder only through that endpoint.\n    *\/\n  @js.native\n  trait AccessEndpoint extends js.Object {\n    var EndpointType: AccessEndpointType\n    var VpceId: js.UndefOr[String]\n  }\n\n  object AccessEndpoint {\n    @inline\n    def apply(\n        EndpointType: AccessEndpointType,\n        VpceId: js.UndefOr[String] = js.undefined\n    ): AccessEndpoint = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointType\" -> EndpointType.asInstanceOf[js.Any]\n      )\n\n      VpceId.foreach(__v => __obj.updateDynamic(\"VpceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessEndpoint]\n    }\n  }\n\n  @js.native\n  sealed trait AccessEndpointType extends js.Any\n  object AccessEndpointType {\n    val STREAMING = \"STREAMING\".asInstanceOf[AccessEndpointType]\n\n    @inline def values = js.Array(STREAMING)\n  }\n\n  @js.native\n  sealed trait Action extends js.Any\n  object Action {\n    val CLIPBOARD_COPY_FROM_LOCAL_DEVICE = \"CLIPBOARD_COPY_FROM_LOCAL_DEVICE\".asInstanceOf[Action]\n    val CLIPBOARD_COPY_TO_LOCAL_DEVICE = \"CLIPBOARD_COPY_TO_LOCAL_DEVICE\".asInstanceOf[Action]\n    val FILE_UPLOAD = \"FILE_UPLOAD\".asInstanceOf[Action]\n    val FILE_DOWNLOAD = \"FILE_DOWNLOAD\".asInstanceOf[Action]\n    val PRINTING_TO_LOCAL_DEVICE = \"PRINTING_TO_LOCAL_DEVICE\".asInstanceOf[Action]\n    val DOMAIN_PASSWORD_SIGNIN = \"DOMAIN_PASSWORD_SIGNIN\".asInstanceOf[Action]\n    val DOMAIN_SMART_CARD_SIGNIN = \"DOMAIN_SMART_CARD_SIGNIN\".asInstanceOf[Action]\n\n    @inline def values = js.Array(\n      CLIPBOARD_COPY_FROM_LOCAL_DEVICE,\n      CLIPBOARD_COPY_TO_LOCAL_DEVICE,\n      FILE_UPLOAD,\n      FILE_DOWNLOAD,\n      PRINTING_TO_LOCAL_DEVICE,\n      DOMAIN_PASSWORD_SIGNIN,\n      DOMAIN_SMART_CARD_SIGNIN\n    )\n  }\n\n  \/** Describes an application in the application catalog.\n    *\/\n  @js.native\n  trait Application extends js.Object {\n    var DisplayName: js.UndefOr[String]\n    var Enabled: js.UndefOr[Boolean]\n    var IconURL: js.UndefOr[String]\n    var LaunchParameters: js.UndefOr[String]\n    var LaunchPath: js.UndefOr[String]\n    var Metadata: js.UndefOr[Metadata]\n    var Name: js.UndefOr[String]\n  }\n\n  object Application {\n    @inline\n    def apply(\n        DisplayName: js.UndefOr[String] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        IconURL: js.UndefOr[String] = js.undefined,\n        LaunchParameters: js.UndefOr[String] = js.undefined,\n        LaunchPath: js.UndefOr[String] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): Application = {\n      val __obj = js.Dynamic.literal()\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      IconURL.foreach(__v => __obj.updateDynamic(\"IconURL\")(__v.asInstanceOf[js.Any]))\n      LaunchParameters.foreach(__v => __obj.updateDynamic(\"LaunchParameters\")(__v.asInstanceOf[js.Any]))\n      LaunchPath.foreach(__v => __obj.updateDynamic(\"LaunchPath\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Application]\n    }\n  }\n\n  \/** The persistent application settings for users of a stack.\n    *\/\n  @js.native\n  trait ApplicationSettings extends js.Object {\n    var Enabled: Boolean\n    var SettingsGroup: js.UndefOr[SettingsGroup]\n  }\n\n  object ApplicationSettings {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        SettingsGroup: js.UndefOr[SettingsGroup] = js.undefined\n    ): ApplicationSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n\n      SettingsGroup.foreach(__v => __obj.updateDynamic(\"SettingsGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSettings]\n    }\n  }\n\n  \/** Describes the persistent application settings for users of a stack.\n    *\/\n  @js.native\n  trait ApplicationSettingsResponse extends js.Object {\n    var Enabled: js.UndefOr[Boolean]\n    var S3BucketName: js.UndefOr[String]\n    var SettingsGroup: js.UndefOr[SettingsGroup]\n  }\n\n  object ApplicationSettingsResponse {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        S3BucketName: js.UndefOr[String] = js.undefined,\n        SettingsGroup: js.UndefOr[SettingsGroup] = js.undefined\n    ): ApplicationSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      SettingsGroup.foreach(__v => __obj.updateDynamic(\"SettingsGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateFleetRequest extends js.Object {\n    var FleetName: String\n    var StackName: String\n  }\n\n  object AssociateFleetRequest {\n    @inline\n    def apply(\n        FleetName: String,\n        StackName: String\n    ): AssociateFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateFleetRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateFleetResult extends js.Object\n\n  object AssociateFleetResult {\n    @inline\n    def apply(): AssociateFleetResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateFleetResult]\n    }\n  }\n\n  @js.native\n  sealed trait AuthenticationType extends js.Any\n  object AuthenticationType {\n    val API = \"API\".asInstanceOf[AuthenticationType]\n    val SAML = \"SAML\".asInstanceOf[AuthenticationType]\n    val USERPOOL = \"USERPOOL\".asInstanceOf[AuthenticationType]\n\n    @inline def values = js.Array(API, SAML, USERPOOL)\n  }\n\n  @js.native\n  trait BatchAssociateUserStackRequest extends js.Object {\n    var UserStackAssociations: UserStackAssociationList\n  }\n\n  object BatchAssociateUserStackRequest {\n    @inline\n    def apply(\n        UserStackAssociations: UserStackAssociationList\n    ): BatchAssociateUserStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserStackAssociations\" -> UserStackAssociations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAssociateUserStackRequest]\n    }\n  }\n\n  @js.native\n  trait BatchAssociateUserStackResult extends js.Object {\n    var errors: js.UndefOr[UserStackAssociationErrorList]\n  }\n\n  object BatchAssociateUserStackResult {\n    @inline\n    def apply(\n        errors: js.UndefOr[UserStackAssociationErrorList] = js.undefined\n    ): BatchAssociateUserStackResult = {\n      val __obj = js.Dynamic.literal()\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchAssociateUserStackResult]\n    }\n  }\n\n  @js.native\n  trait BatchDisassociateUserStackRequest extends js.Object {\n    var UserStackAssociations: UserStackAssociationList\n  }\n\n  object BatchDisassociateUserStackRequest {\n    @inline\n    def apply(\n        UserStackAssociations: UserStackAssociationList\n    ): BatchDisassociateUserStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UserStackAssociations\" -> UserStackAssociations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDisassociateUserStackRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDisassociateUserStackResult extends js.Object {\n    var errors: js.UndefOr[UserStackAssociationErrorList]\n  }\n\n  object BatchDisassociateUserStackResult {\n    @inline\n    def apply(\n        errors: js.UndefOr[UserStackAssociationErrorList] = js.undefined\n    ): BatchDisassociateUserStackResult = {\n      val __obj = js.Dynamic.literal()\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDisassociateUserStackResult]\n    }\n  }\n\n  \/** Describes the capacity for a fleet.\n    *\/\n  @js.native\n  trait ComputeCapacity extends js.Object {\n    var DesiredInstances: Int\n  }\n\n  object ComputeCapacity {\n    @inline\n    def apply(\n        DesiredInstances: Int\n    ): ComputeCapacity = {\n      val __obj = js.Dynamic.literal(\n        \"DesiredInstances\" -> DesiredInstances.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ComputeCapacity]\n    }\n  }\n\n  \/** Describes the capacity status for a fleet.\n    *\/\n  @js.native\n  trait ComputeCapacityStatus extends js.Object {\n    var Desired: Int\n    var Available: js.UndefOr[Int]\n    var InUse: js.UndefOr[Int]\n    var Running: js.UndefOr[Int]\n  }\n\n  object ComputeCapacityStatus {\n    @inline\n    def apply(\n        Desired: Int,\n        Available: js.UndefOr[Int] = js.undefined,\n        InUse: js.UndefOr[Int] = js.undefined,\n        Running: js.UndefOr[Int] = js.undefined\n    ): ComputeCapacityStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Desired\" -> Desired.asInstanceOf[js.Any]\n      )\n\n      Available.foreach(__v => __obj.updateDynamic(\"Available\")(__v.asInstanceOf[js.Any]))\n      InUse.foreach(__v => __obj.updateDynamic(\"InUse\")(__v.asInstanceOf[js.Any]))\n      Running.foreach(__v => __obj.updateDynamic(\"Running\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComputeCapacityStatus]\n    }\n  }\n\n  @js.native\n  trait CopyImageRequest extends js.Object {\n    var DestinationImageName: Name\n    var DestinationRegion: RegionName\n    var SourceImageName: Name\n    var DestinationImageDescription: js.UndefOr[Description]\n  }\n\n  object CopyImageRequest {\n    @inline\n    def apply(\n        DestinationImageName: Name,\n        DestinationRegion: RegionName,\n        SourceImageName: Name,\n        DestinationImageDescription: js.UndefOr[Description] = js.undefined\n    ): CopyImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationImageName\" -> DestinationImageName.asInstanceOf[js.Any],\n        \"DestinationRegion\" -> DestinationRegion.asInstanceOf[js.Any],\n        \"SourceImageName\" -> SourceImageName.asInstanceOf[js.Any]\n      )\n\n      DestinationImageDescription.foreach(__v => __obj.updateDynamic(\"DestinationImageDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyImageRequest]\n    }\n  }\n\n  @js.native\n  trait CopyImageResponse extends js.Object {\n    var DestinationImageName: js.UndefOr[Name]\n  }\n\n  object CopyImageResponse {\n    @inline\n    def apply(\n        DestinationImageName: js.UndefOr[Name] = js.undefined\n    ): CopyImageResponse = {\n      val __obj = js.Dynamic.literal()\n      DestinationImageName.foreach(__v => __obj.updateDynamic(\"DestinationImageName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyImageResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDirectoryConfigRequest extends js.Object {\n    var DirectoryName: DirectoryName\n    var OrganizationalUnitDistinguishedNames: OrganizationalUnitDistinguishedNamesList\n    var ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials]\n  }\n\n  object CreateDirectoryConfigRequest {\n    @inline\n    def apply(\n        DirectoryName: DirectoryName,\n        OrganizationalUnitDistinguishedNames: OrganizationalUnitDistinguishedNamesList,\n        ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials] = js.undefined\n    ): CreateDirectoryConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryName\" -> DirectoryName.asInstanceOf[js.Any],\n        \"OrganizationalUnitDistinguishedNames\" -> OrganizationalUnitDistinguishedNames.asInstanceOf[js.Any]\n      )\n\n      ServiceAccountCredentials.foreach(__v => __obj.updateDynamic(\"ServiceAccountCredentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDirectoryConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDirectoryConfigResult extends js.Object {\n    var DirectoryConfig: js.UndefOr[DirectoryConfig]\n  }\n\n  object CreateDirectoryConfigResult {\n    @inline\n    def apply(\n        DirectoryConfig: js.UndefOr[DirectoryConfig] = js.undefined\n    ): CreateDirectoryConfigResult = {\n      val __obj = js.Dynamic.literal()\n      DirectoryConfig.foreach(__v => __obj.updateDynamic(\"DirectoryConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDirectoryConfigResult]\n    }\n  }\n\n  @js.native\n  trait CreateFleetRequest extends js.Object {\n    var ComputeCapacity: ComputeCapacity\n    var InstanceType: String\n    var Name: Name\n    var Description: js.UndefOr[Description]\n    var DisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var DisplayName: js.UndefOr[DisplayName]\n    var DomainJoinInfo: js.UndefOr[DomainJoinInfo]\n    var EnableDefaultInternetAccess: js.UndefOr[BooleanObject]\n    var FleetType: js.UndefOr[FleetType]\n    var IamRoleArn: js.UndefOr[Arn]\n    var IdleDisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var ImageArn: js.UndefOr[Arn]\n    var ImageName: js.UndefOr[String]\n    var MaxUserDurationInSeconds: js.UndefOr[Int]\n    var StreamView: js.UndefOr[StreamView]\n    var Tags: js.UndefOr[Tags]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateFleetRequest {\n    @inline\n    def apply(\n        ComputeCapacity: ComputeCapacity,\n        InstanceType: String,\n        Name: Name,\n        Description: js.UndefOr[Description] = js.undefined,\n        DisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        DomainJoinInfo: js.UndefOr[DomainJoinInfo] = js.undefined,\n        EnableDefaultInternetAccess: js.UndefOr[BooleanObject] = js.undefined,\n        FleetType: js.UndefOr[FleetType] = js.undefined,\n        IamRoleArn: js.UndefOr[Arn] = js.undefined,\n        IdleDisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        ImageArn: js.UndefOr[Arn] = js.undefined,\n        ImageName: js.UndefOr[String] = js.undefined,\n        MaxUserDurationInSeconds: js.UndefOr[Int] = js.undefined,\n        StreamView: js.UndefOr[StreamView] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ComputeCapacity\" -> ComputeCapacity.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"DisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      DomainJoinInfo.foreach(__v => __obj.updateDynamic(\"DomainJoinInfo\")(__v.asInstanceOf[js.Any]))\n      EnableDefaultInternetAccess.foreach(__v => __obj.updateDynamic(\"EnableDefaultInternetAccess\")(__v.asInstanceOf[js.Any]))\n      FleetType.foreach(__v => __obj.updateDynamic(\"FleetType\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      IdleDisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"IdleDisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      MaxUserDurationInSeconds.foreach(__v => __obj.updateDynamic(\"MaxUserDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      StreamView.foreach(__v => __obj.updateDynamic(\"StreamView\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFleetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFleetResult extends js.Object {\n    var Fleet: js.UndefOr[Fleet]\n  }\n\n  object CreateFleetResult {\n    @inline\n    def apply(\n        Fleet: js.UndefOr[Fleet] = js.undefined\n    ): CreateFleetResult = {\n      val __obj = js.Dynamic.literal()\n      Fleet.foreach(__v => __obj.updateDynamic(\"Fleet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFleetResult]\n    }\n  }\n\n  @js.native\n  trait CreateImageBuilderRequest extends js.Object {\n    var InstanceType: String\n    var Name: Name\n    var AccessEndpoints: js.UndefOr[AccessEndpointList]\n    var AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion]\n    var Description: js.UndefOr[Description]\n    var DisplayName: js.UndefOr[DisplayName]\n    var DomainJoinInfo: js.UndefOr[DomainJoinInfo]\n    var EnableDefaultInternetAccess: js.UndefOr[BooleanObject]\n    var IamRoleArn: js.UndefOr[Arn]\n    var ImageArn: js.UndefOr[Arn]\n    var ImageName: js.UndefOr[String]\n    var Tags: js.UndefOr[Tags]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateImageBuilderRequest {\n    @inline\n    def apply(\n        InstanceType: String,\n        Name: Name,\n        AccessEndpoints: js.UndefOr[AccessEndpointList] = js.undefined,\n        AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        DomainJoinInfo: js.UndefOr[DomainJoinInfo] = js.undefined,\n        EnableDefaultInternetAccess: js.UndefOr[BooleanObject] = js.undefined,\n        IamRoleArn: js.UndefOr[Arn] = js.undefined,\n        ImageArn: js.UndefOr[Arn] = js.undefined,\n        ImageName: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateImageBuilderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccessEndpoints.foreach(__v => __obj.updateDynamic(\"AccessEndpoints\")(__v.asInstanceOf[js.Any]))\n      AppstreamAgentVersion.foreach(__v => __obj.updateDynamic(\"AppstreamAgentVersion\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      DomainJoinInfo.foreach(__v => __obj.updateDynamic(\"DomainJoinInfo\")(__v.asInstanceOf[js.Any]))\n      EnableDefaultInternetAccess.foreach(__v => __obj.updateDynamic(\"EnableDefaultInternetAccess\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageBuilderRequest]\n    }\n  }\n\n  @js.native\n  trait CreateImageBuilderResult extends js.Object {\n    var ImageBuilder: js.UndefOr[ImageBuilder]\n  }\n\n  object CreateImageBuilderResult {\n    @inline\n    def apply(\n        ImageBuilder: js.UndefOr[ImageBuilder] = js.undefined\n    ): CreateImageBuilderResult = {\n      val __obj = js.Dynamic.literal()\n      ImageBuilder.foreach(__v => __obj.updateDynamic(\"ImageBuilder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageBuilderResult]\n    }\n  }\n\n  @js.native\n  trait CreateImageBuilderStreamingURLRequest extends js.Object {\n    var Name: String\n    var Validity: js.UndefOr[Double]\n  }\n\n  object CreateImageBuilderStreamingURLRequest {\n    @inline\n    def apply(\n        Name: String,\n        Validity: js.UndefOr[Double] = js.undefined\n    ): CreateImageBuilderStreamingURLRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Validity.foreach(__v => __obj.updateDynamic(\"Validity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageBuilderStreamingURLRequest]\n    }\n  }\n\n  @js.native\n  trait CreateImageBuilderStreamingURLResult extends js.Object {\n    var Expires: js.UndefOr[Timestamp]\n    var StreamingURL: js.UndefOr[String]\n  }\n\n  object CreateImageBuilderStreamingURLResult {\n    @inline\n    def apply(\n        Expires: js.UndefOr[Timestamp] = js.undefined,\n        StreamingURL: js.UndefOr[String] = js.undefined\n    ): CreateImageBuilderStreamingURLResult = {\n      val __obj = js.Dynamic.literal()\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      StreamingURL.foreach(__v => __obj.updateDynamic(\"StreamingURL\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageBuilderStreamingURLResult]\n    }\n  }\n\n  @js.native\n  trait CreateStackRequest extends js.Object {\n    var Name: Name\n    var AccessEndpoints: js.UndefOr[AccessEndpointList]\n    var ApplicationSettings: js.UndefOr[ApplicationSettings]\n    var Description: js.UndefOr[Description]\n    var DisplayName: js.UndefOr[DisplayName]\n    var EmbedHostDomains: js.UndefOr[EmbedHostDomains]\n    var FeedbackURL: js.UndefOr[FeedbackURL]\n    var RedirectURL: js.UndefOr[RedirectURL]\n    var StorageConnectors: js.UndefOr[StorageConnectorList]\n    var Tags: js.UndefOr[Tags]\n    var UserSettings: js.UndefOr[UserSettingList]\n  }\n\n  object CreateStackRequest {\n    @inline\n    def apply(\n        Name: Name,\n        AccessEndpoints: js.UndefOr[AccessEndpointList] = js.undefined,\n        ApplicationSettings: js.UndefOr[ApplicationSettings] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        EmbedHostDomains: js.UndefOr[EmbedHostDomains] = js.undefined,\n        FeedbackURL: js.UndefOr[FeedbackURL] = js.undefined,\n        RedirectURL: js.UndefOr[RedirectURL] = js.undefined,\n        StorageConnectors: js.UndefOr[StorageConnectorList] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        UserSettings: js.UndefOr[UserSettingList] = js.undefined\n    ): CreateStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccessEndpoints.foreach(__v => __obj.updateDynamic(\"AccessEndpoints\")(__v.asInstanceOf[js.Any]))\n      ApplicationSettings.foreach(__v => __obj.updateDynamic(\"ApplicationSettings\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EmbedHostDomains.foreach(__v => __obj.updateDynamic(\"EmbedHostDomains\")(__v.asInstanceOf[js.Any]))\n      FeedbackURL.foreach(__v => __obj.updateDynamic(\"FeedbackURL\")(__v.asInstanceOf[js.Any]))\n      RedirectURL.foreach(__v => __obj.updateDynamic(\"RedirectURL\")(__v.asInstanceOf[js.Any]))\n      StorageConnectors.foreach(__v => __obj.updateDynamic(\"StorageConnectors\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStackRequest]\n    }\n  }\n\n  @js.native\n  trait CreateStackResult extends js.Object {\n    var Stack: js.UndefOr[Stack]\n  }\n\n  object CreateStackResult {\n    @inline\n    def apply(\n        Stack: js.UndefOr[Stack] = js.undefined\n    ): CreateStackResult = {\n      val __obj = js.Dynamic.literal()\n      Stack.foreach(__v => __obj.updateDynamic(\"Stack\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStackResult]\n    }\n  }\n\n  @js.native\n  trait CreateStreamingURLRequest extends js.Object {\n    var FleetName: String\n    var StackName: String\n    var UserId: StreamingUrlUserId\n    var ApplicationId: js.UndefOr[String]\n    var SessionContext: js.UndefOr[String]\n    var Validity: js.UndefOr[Double]\n  }\n\n  object CreateStreamingURLRequest {\n    @inline\n    def apply(\n        FleetName: String,\n        StackName: String,\n        UserId: StreamingUrlUserId,\n        ApplicationId: js.UndefOr[String] = js.undefined,\n        SessionContext: js.UndefOr[String] = js.undefined,\n        Validity: js.UndefOr[Double] = js.undefined\n    ): CreateStreamingURLRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      SessionContext.foreach(__v => __obj.updateDynamic(\"SessionContext\")(__v.asInstanceOf[js.Any]))\n      Validity.foreach(__v => __obj.updateDynamic(\"Validity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamingURLRequest]\n    }\n  }\n\n  @js.native\n  trait CreateStreamingURLResult extends js.Object {\n    var Expires: js.UndefOr[Timestamp]\n    var StreamingURL: js.UndefOr[String]\n  }\n\n  object CreateStreamingURLResult {\n    @inline\n    def apply(\n        Expires: js.UndefOr[Timestamp] = js.undefined,\n        StreamingURL: js.UndefOr[String] = js.undefined\n    ): CreateStreamingURLResult = {\n      val __obj = js.Dynamic.literal()\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      StreamingURL.foreach(__v => __obj.updateDynamic(\"StreamingURL\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamingURLResult]\n    }\n  }\n\n  @js.native\n  trait CreateUpdatedImageRequest extends js.Object {\n    var existingImageName: Name\n    var newImageName: Name\n    var dryRun: js.UndefOr[Boolean]\n    var newImageDescription: js.UndefOr[Description]\n    var newImageDisplayName: js.UndefOr[DisplayName]\n    var newImageTags: js.UndefOr[Tags]\n  }\n\n  object CreateUpdatedImageRequest {\n    @inline\n    def apply(\n        existingImageName: Name,\n        newImageName: Name,\n        dryRun: js.UndefOr[Boolean] = js.undefined,\n        newImageDescription: js.UndefOr[Description] = js.undefined,\n        newImageDisplayName: js.UndefOr[DisplayName] = js.undefined,\n        newImageTags: js.UndefOr[Tags] = js.undefined\n    ): CreateUpdatedImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"existingImageName\" -> existingImageName.asInstanceOf[js.Any],\n        \"newImageName\" -> newImageName.asInstanceOf[js.Any]\n      )\n\n      dryRun.foreach(__v => __obj.updateDynamic(\"dryRun\")(__v.asInstanceOf[js.Any]))\n      newImageDescription.foreach(__v => __obj.updateDynamic(\"newImageDescription\")(__v.asInstanceOf[js.Any]))\n      newImageDisplayName.foreach(__v => __obj.updateDynamic(\"newImageDisplayName\")(__v.asInstanceOf[js.Any]))\n      newImageTags.foreach(__v => __obj.updateDynamic(\"newImageTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUpdatedImageRequest]\n    }\n  }\n\n  @js.native\n  trait CreateUpdatedImageResult extends js.Object {\n    var canUpdateImage: js.UndefOr[Boolean]\n    var image: js.UndefOr[Image]\n  }\n\n  object CreateUpdatedImageResult {\n    @inline\n    def apply(\n        canUpdateImage: js.UndefOr[Boolean] = js.undefined,\n        image: js.UndefOr[Image] = js.undefined\n    ): CreateUpdatedImageResult = {\n      val __obj = js.Dynamic.literal()\n      canUpdateImage.foreach(__v => __obj.updateDynamic(\"canUpdateImage\")(__v.asInstanceOf[js.Any]))\n      image.foreach(__v => __obj.updateDynamic(\"image\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUpdatedImageResult]\n    }\n  }\n\n  @js.native\n  trait CreateUsageReportSubscriptionRequest extends js.Object\n\n  object CreateUsageReportSubscriptionRequest {\n    @inline\n    def apply(): CreateUsageReportSubscriptionRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateUsageReportSubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateUsageReportSubscriptionResult extends js.Object {\n    var S3BucketName: js.UndefOr[String]\n    var Schedule: js.UndefOr[UsageReportSchedule]\n  }\n\n  object CreateUsageReportSubscriptionResult {\n    @inline\n    def apply(\n        S3BucketName: js.UndefOr[String] = js.undefined,\n        Schedule: js.UndefOr[UsageReportSchedule] = js.undefined\n    ): CreateUsageReportSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUsageReportSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait CreateUserRequest extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var UserName: Username\n    var FirstName: js.UndefOr[UserAttributeValue]\n    var LastName: js.UndefOr[UserAttributeValue]\n    var MessageAction: js.UndefOr[MessageAction]\n  }\n\n  object CreateUserRequest {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        UserName: Username,\n        FirstName: js.UndefOr[UserAttributeValue] = js.undefined,\n        LastName: js.UndefOr[UserAttributeValue] = js.undefined,\n        MessageAction: js.UndefOr[MessageAction] = js.undefined\n    ): CreateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      FirstName.foreach(__v => __obj.updateDynamic(\"FirstName\")(__v.asInstanceOf[js.Any]))\n      LastName.foreach(__v => __obj.updateDynamic(\"LastName\")(__v.asInstanceOf[js.Any]))\n      MessageAction.foreach(__v => __obj.updateDynamic(\"MessageAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserRequest]\n    }\n  }\n\n  @js.native\n  trait CreateUserResult extends js.Object\n\n  object CreateUserResult {\n    @inline\n    def apply(): CreateUserResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateUserResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDirectoryConfigRequest extends js.Object {\n    var DirectoryName: DirectoryName\n  }\n\n  object DeleteDirectoryConfigRequest {\n    @inline\n    def apply(\n        DirectoryName: DirectoryName\n    ): DeleteDirectoryConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryName\" -> DirectoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDirectoryConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDirectoryConfigResult extends js.Object\n\n  object DeleteDirectoryConfigResult {\n    @inline\n    def apply(): DeleteDirectoryConfigResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDirectoryConfigResult]\n    }\n  }\n\n  @js.native\n  trait DeleteFleetRequest extends js.Object {\n    var Name: String\n  }\n\n  object DeleteFleetRequest {\n    @inline\n    def apply(\n        Name: String\n    ): DeleteFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFleetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFleetResult extends js.Object\n\n  object DeleteFleetResult {\n    @inline\n    def apply(): DeleteFleetResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteFleetResult]\n    }\n  }\n\n  @js.native\n  trait DeleteImageBuilderRequest extends js.Object {\n    var Name: Name\n  }\n\n  object DeleteImageBuilderRequest {\n    @inline\n    def apply(\n        Name: Name\n    ): DeleteImageBuilderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteImageBuilderRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteImageBuilderResult extends js.Object {\n    var ImageBuilder: js.UndefOr[ImageBuilder]\n  }\n\n  object DeleteImageBuilderResult {\n    @inline\n    def apply(\n        ImageBuilder: js.UndefOr[ImageBuilder] = js.undefined\n    ): DeleteImageBuilderResult = {\n      val __obj = js.Dynamic.literal()\n      ImageBuilder.foreach(__v => __obj.updateDynamic(\"ImageBuilder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteImageBuilderResult]\n    }\n  }\n\n  @js.native\n  trait DeleteImagePermissionsRequest extends js.Object {\n    var Name: Name\n    var SharedAccountId: AwsAccountId\n  }\n\n  object DeleteImagePermissionsRequest {\n    @inline\n    def apply(\n        Name: Name,\n        SharedAccountId: AwsAccountId\n    ): DeleteImagePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SharedAccountId\" -> SharedAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteImagePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteImagePermissionsResult extends js.Object\n\n  object DeleteImagePermissionsResult {\n    @inline\n    def apply(): DeleteImagePermissionsResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteImagePermissionsResult]\n    }\n  }\n\n  @js.native\n  trait DeleteImageRequest extends js.Object {\n    var Name: Name\n  }\n\n  object DeleteImageRequest {\n    @inline\n    def apply(\n        Name: Name\n    ): DeleteImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteImageRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteImageResult extends js.Object {\n    var Image: js.UndefOr[Image]\n  }\n\n  object DeleteImageResult {\n    @inline\n    def apply(\n        Image: js.UndefOr[Image] = js.undefined\n    ): DeleteImageResult = {\n      val __obj = js.Dynamic.literal()\n      Image.foreach(__v => __obj.updateDynamic(\"Image\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteImageResult]\n    }\n  }\n\n  @js.native\n  trait DeleteStackRequest extends js.Object {\n    var Name: String\n  }\n\n  object DeleteStackRequest {\n    @inline\n    def apply(\n        Name: String\n    ): DeleteStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteStackRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteStackResult extends js.Object\n\n  object DeleteStackResult {\n    @inline\n    def apply(): DeleteStackResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteStackResult]\n    }\n  }\n\n  @js.native\n  trait DeleteUsageReportSubscriptionRequest extends js.Object\n\n  object DeleteUsageReportSubscriptionRequest {\n    @inline\n    def apply(): DeleteUsageReportSubscriptionRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteUsageReportSubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUsageReportSubscriptionResult extends js.Object\n\n  object DeleteUsageReportSubscriptionResult {\n    @inline\n    def apply(): DeleteUsageReportSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteUsageReportSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait DeleteUserRequest extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var UserName: Username\n  }\n\n  object DeleteUserRequest {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        UserName: Username\n    ): DeleteUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserResult extends js.Object\n\n  object DeleteUserResult {\n    @inline\n    def apply(): DeleteUserResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteUserResult]\n    }\n  }\n\n  @js.native\n  trait DescribeDirectoryConfigsRequest extends js.Object {\n    var DirectoryNames: js.UndefOr[DirectoryNameList]\n    var MaxResults: js.UndefOr[Int]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeDirectoryConfigsRequest {\n    @inline\n    def apply(\n        DirectoryNames: js.UndefOr[DirectoryNameList] = js.undefined,\n        MaxResults: js.UndefOr[Int] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeDirectoryConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      DirectoryNames.foreach(__v => __obj.updateDynamic(\"DirectoryNames\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDirectoryConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDirectoryConfigsResult extends js.Object {\n    var DirectoryConfigs: js.UndefOr[DirectoryConfigList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeDirectoryConfigsResult {\n    @inline\n    def apply(\n        DirectoryConfigs: js.UndefOr[DirectoryConfigList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeDirectoryConfigsResult = {\n      val __obj = js.Dynamic.literal()\n      DirectoryConfigs.foreach(__v => __obj.updateDynamic(\"DirectoryConfigs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDirectoryConfigsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeFleetsRequest extends js.Object {\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeFleetsRequest {\n    @inline\n    def apply(\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeFleetsRequest = {\n      val __obj = js.Dynamic.literal()\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFleetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFleetsResult extends js.Object {\n    var Fleets: js.UndefOr[FleetList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeFleetsResult {\n    @inline\n    def apply(\n        Fleets: js.UndefOr[FleetList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeFleetsResult = {\n      val __obj = js.Dynamic.literal()\n      Fleets.foreach(__v => __obj.updateDynamic(\"Fleets\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFleetsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeImageBuildersRequest extends js.Object {\n    var MaxResults: js.UndefOr[Int]\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeImageBuildersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[Int] = js.undefined,\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeImageBuildersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageBuildersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImageBuildersResult extends js.Object {\n    var ImageBuilders: js.UndefOr[ImageBuilderList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeImageBuildersResult {\n    @inline\n    def apply(\n        ImageBuilders: js.UndefOr[ImageBuilderList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeImageBuildersResult = {\n      val __obj = js.Dynamic.literal()\n      ImageBuilders.foreach(__v => __obj.updateDynamic(\"ImageBuilders\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageBuildersResult]\n    }\n  }\n\n  @js.native\n  trait DescribeImagePermissionsRequest extends js.Object {\n    var Name: Name\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n    var SharedAwsAccountIds: js.UndefOr[AwsAccountIdList]\n  }\n\n  object DescribeImagePermissionsRequest {\n    @inline\n    def apply(\n        Name: Name,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SharedAwsAccountIds: js.UndefOr[AwsAccountIdList] = js.undefined\n    ): DescribeImagePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SharedAwsAccountIds.foreach(__v => __obj.updateDynamic(\"SharedAwsAccountIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImagePermissionsResult extends js.Object {\n    var Name: js.UndefOr[Name]\n    var NextToken: js.UndefOr[String]\n    var SharedImagePermissionsList: js.UndefOr[SharedImagePermissionsList]\n  }\n\n  object DescribeImagePermissionsResult {\n    @inline\n    def apply(\n        Name: js.UndefOr[Name] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SharedImagePermissionsList: js.UndefOr[SharedImagePermissionsList] = js.undefined\n    ): DescribeImagePermissionsResult = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SharedImagePermissionsList.foreach(__v => __obj.updateDynamic(\"SharedImagePermissionsList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagePermissionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeImagesRequest extends js.Object {\n    var Arns: js.UndefOr[ArnList]\n    var MaxResults: js.UndefOr[DescribeImagesMaxResults]\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n    var Type: js.UndefOr[VisibilityType]\n  }\n\n  object DescribeImagesRequest {\n    @inline\n    def apply(\n        Arns: js.UndefOr[ArnList] = js.undefined,\n        MaxResults: js.UndefOr[DescribeImagesMaxResults] = js.undefined,\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[VisibilityType] = js.undefined\n    ): DescribeImagesRequest = {\n      val __obj = js.Dynamic.literal()\n      Arns.foreach(__v => __obj.updateDynamic(\"Arns\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImagesResult extends js.Object {\n    var Images: js.UndefOr[ImageList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeImagesResult {\n    @inline\n    def apply(\n        Images: js.UndefOr[ImageList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeImagesResult = {\n      val __obj = js.Dynamic.literal()\n      Images.foreach(__v => __obj.updateDynamic(\"Images\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImagesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeSessionsRequest extends js.Object {\n    var FleetName: String\n    var StackName: String\n    var AuthenticationType: js.UndefOr[AuthenticationType]\n    var Limit: js.UndefOr[Int]\n    var NextToken: js.UndefOr[String]\n    var UserId: js.UndefOr[UserId]\n  }\n\n  object DescribeSessionsRequest {\n    @inline\n    def apply(\n        FleetName: String,\n        StackName: String,\n        AuthenticationType: js.UndefOr[AuthenticationType] = js.undefined,\n        Limit: js.UndefOr[Int] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        UserId: js.UndefOr[UserId] = js.undefined\n    ): DescribeSessionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any]\n      )\n\n      AuthenticationType.foreach(__v => __obj.updateDynamic(\"AuthenticationType\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSessionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSessionsResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Sessions: js.UndefOr[SessionList]\n  }\n\n  object DescribeSessionsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Sessions: js.UndefOr[SessionList] = js.undefined\n    ): DescribeSessionsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Sessions.foreach(__v => __obj.updateDynamic(\"Sessions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSessionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeStacksRequest extends js.Object {\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeStacksRequest {\n    @inline\n    def apply(\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeStacksRequest = {\n      val __obj = js.Dynamic.literal()\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStacksRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeStacksResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Stacks: js.UndefOr[StackList]\n  }\n\n  object DescribeStacksResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Stacks: js.UndefOr[StackList] = js.undefined\n    ): DescribeStacksResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Stacks.foreach(__v => __obj.updateDynamic(\"Stacks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStacksResult]\n    }\n  }\n\n  @js.native\n  trait DescribeUsageReportSubscriptionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[Int]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeUsageReportSubscriptionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[Int] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeUsageReportSubscriptionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsageReportSubscriptionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUsageReportSubscriptionsResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var UsageReportSubscriptions: js.UndefOr[UsageReportSubscriptionList]\n  }\n\n  object DescribeUsageReportSubscriptionsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        UsageReportSubscriptions: js.UndefOr[UsageReportSubscriptionList] = js.undefined\n    ): DescribeUsageReportSubscriptionsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UsageReportSubscriptions.foreach(__v => __obj.updateDynamic(\"UsageReportSubscriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsageReportSubscriptionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeUserStackAssociationsRequest extends js.Object {\n    var AuthenticationType: js.UndefOr[AuthenticationType]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n    var StackName: js.UndefOr[String]\n    var UserName: js.UndefOr[Username]\n  }\n\n  object DescribeUserStackAssociationsRequest {\n    @inline\n    def apply(\n        AuthenticationType: js.UndefOr[AuthenticationType] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        StackName: js.UndefOr[String] = js.undefined,\n        UserName: js.UndefOr[Username] = js.undefined\n    ): DescribeUserStackAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      AuthenticationType.foreach(__v => __obj.updateDynamic(\"AuthenticationType\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StackName.foreach(__v => __obj.updateDynamic(\"StackName\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserStackAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUserStackAssociationsResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var UserStackAssociations: js.UndefOr[UserStackAssociationList]\n  }\n\n  object DescribeUserStackAssociationsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        UserStackAssociations: js.UndefOr[UserStackAssociationList] = js.undefined\n    ): DescribeUserStackAssociationsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UserStackAssociations.foreach(__v => __obj.updateDynamic(\"UserStackAssociations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserStackAssociationsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeUsersRequest extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var MaxResults: js.UndefOr[Int]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeUsersRequest {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        MaxResults: js.UndefOr[Int] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUsersResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Users: js.UndefOr[UserList]\n  }\n\n  object DescribeUsersResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Users: js.UndefOr[UserList] = js.undefined\n    ): DescribeUsersResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Users.foreach(__v => __obj.updateDynamic(\"Users\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsersResult]\n    }\n  }\n\n  \/** Describes the configuration information required to join fleets and image builders to Microsoft Active Directory domains.\n    *\/\n  @js.native\n  trait DirectoryConfig extends js.Object {\n    var DirectoryName: DirectoryName\n    var CreatedTime: js.UndefOr[Timestamp]\n    var OrganizationalUnitDistinguishedNames: js.UndefOr[OrganizationalUnitDistinguishedNamesList]\n    var ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials]\n  }\n\n  object DirectoryConfig {\n    @inline\n    def apply(\n        DirectoryName: DirectoryName,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        OrganizationalUnitDistinguishedNames: js.UndefOr[OrganizationalUnitDistinguishedNamesList] = js.undefined,\n        ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials] = js.undefined\n    ): DirectoryConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryName\" -> DirectoryName.asInstanceOf[js.Any]\n      )\n\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnitDistinguishedNames.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitDistinguishedNames\")(__v.asInstanceOf[js.Any]))\n      ServiceAccountCredentials.foreach(__v => __obj.updateDynamic(\"ServiceAccountCredentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DirectoryConfig]\n    }\n  }\n\n  @js.native\n  trait DisableUserRequest extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var UserName: Username\n  }\n\n  object DisableUserRequest {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        UserName: Username\n    ): DisableUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableUserRequest]\n    }\n  }\n\n  @js.native\n  trait DisableUserResult extends js.Object\n\n  object DisableUserResult {\n    @inline\n    def apply(): DisableUserResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableUserResult]\n    }\n  }\n\n  @js.native\n  trait DisassociateFleetRequest extends js.Object {\n    var FleetName: String\n    var StackName: String\n  }\n\n  object DisassociateFleetRequest {\n    @inline\n    def apply(\n        FleetName: String,\n        StackName: String\n    ): DisassociateFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateFleetRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateFleetResult extends js.Object\n\n  object DisassociateFleetResult {\n    @inline\n    def apply(): DisassociateFleetResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateFleetResult]\n    }\n  }\n\n  \/** Describes the configuration information required to join fleets and image builders to Microsoft Active Directory domains.\n    *\/\n  @js.native\n  trait DomainJoinInfo extends js.Object {\n    var DirectoryName: js.UndefOr[DirectoryName]\n    var OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName]\n  }\n\n  object DomainJoinInfo {\n    @inline\n    def apply(\n        DirectoryName: js.UndefOr[DirectoryName] = js.undefined,\n        OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName] = js.undefined\n    ): DomainJoinInfo = {\n      val __obj = js.Dynamic.literal()\n      DirectoryName.foreach(__v => __obj.updateDynamic(\"DirectoryName\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnitDistinguishedName.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitDistinguishedName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainJoinInfo]\n    }\n  }\n\n  @js.native\n  trait EnableUserRequest extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var UserName: Username\n  }\n\n  object EnableUserRequest {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        UserName: Username\n    ): EnableUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableUserRequest]\n    }\n  }\n\n  @js.native\n  trait EnableUserResult extends js.Object\n\n  object EnableUserResult {\n    @inline\n    def apply(): EnableUserResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableUserResult]\n    }\n  }\n\n  @js.native\n  trait ExpireSessionRequest extends js.Object {\n    var SessionId: String\n  }\n\n  object ExpireSessionRequest {\n    @inline\n    def apply(\n        SessionId: String\n    ): ExpireSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SessionId\" -> SessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExpireSessionRequest]\n    }\n  }\n\n  @js.native\n  trait ExpireSessionResult extends js.Object\n\n  object ExpireSessionResult {\n    @inline\n    def apply(): ExpireSessionResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ExpireSessionResult]\n    }\n  }\n\n  \/** Describes a fleet.\n    *\/\n  @js.native\n  trait Fleet extends js.Object {\n    var Arn: Arn\n    var ComputeCapacityStatus: ComputeCapacityStatus\n    var InstanceType: String\n    var Name: String\n    var State: FleetState\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var DisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var DisplayName: js.UndefOr[String]\n    var DomainJoinInfo: js.UndefOr[DomainJoinInfo]\n    var EnableDefaultInternetAccess: js.UndefOr[BooleanObject]\n    var FleetErrors: js.UndefOr[FleetErrors]\n    var FleetType: js.UndefOr[FleetType]\n    var IamRoleArn: js.UndefOr[Arn]\n    var IdleDisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var ImageArn: js.UndefOr[Arn]\n    var ImageName: js.UndefOr[String]\n    var MaxUserDurationInSeconds: js.UndefOr[Int]\n    var StreamView: js.UndefOr[StreamView]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object Fleet {\n    @inline\n    def apply(\n        Arn: Arn,\n        ComputeCapacityStatus: ComputeCapacityStatus,\n        InstanceType: String,\n        Name: String,\n        State: FleetState,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        DisplayName: js.UndefOr[String] = js.undefined,\n        DomainJoinInfo: js.UndefOr[DomainJoinInfo] = js.undefined,\n        EnableDefaultInternetAccess: js.UndefOr[BooleanObject] = js.undefined,\n        FleetErrors: js.UndefOr[FleetErrors] = js.undefined,\n        FleetType: js.UndefOr[FleetType] = js.undefined,\n        IamRoleArn: js.UndefOr[Arn] = js.undefined,\n        IdleDisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        ImageArn: js.UndefOr[Arn] = js.undefined,\n        ImageName: js.UndefOr[String] = js.undefined,\n        MaxUserDurationInSeconds: js.UndefOr[Int] = js.undefined,\n        StreamView: js.UndefOr[StreamView] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): Fleet = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ComputeCapacityStatus\" -> ComputeCapacityStatus.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any]\n      )\n\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"DisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      DomainJoinInfo.foreach(__v => __obj.updateDynamic(\"DomainJoinInfo\")(__v.asInstanceOf[js.Any]))\n      EnableDefaultInternetAccess.foreach(__v => __obj.updateDynamic(\"EnableDefaultInternetAccess\")(__v.asInstanceOf[js.Any]))\n      FleetErrors.foreach(__v => __obj.updateDynamic(\"FleetErrors\")(__v.asInstanceOf[js.Any]))\n      FleetType.foreach(__v => __obj.updateDynamic(\"FleetType\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      IdleDisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"IdleDisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      MaxUserDurationInSeconds.foreach(__v => __obj.updateDynamic(\"MaxUserDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      StreamView.foreach(__v => __obj.updateDynamic(\"StreamView\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Fleet]\n    }\n  }\n\n  \/** The fleet attribute.\n    *\/\n  @js.native\n  sealed trait FleetAttribute extends js.Any\n  object FleetAttribute {\n    val VPC_CONFIGURATION = \"VPC_CONFIGURATION\".asInstanceOf[FleetAttribute]\n    val VPC_CONFIGURATION_SECURITY_GROUP_IDS = \"VPC_CONFIGURATION_SECURITY_GROUP_IDS\".asInstanceOf[FleetAttribute]\n    val DOMAIN_JOIN_INFO = \"DOMAIN_JOIN_INFO\".asInstanceOf[FleetAttribute]\n    val IAM_ROLE_ARN = \"IAM_ROLE_ARN\".asInstanceOf[FleetAttribute]\n\n    @inline def values = js.Array(VPC_CONFIGURATION, VPC_CONFIGURATION_SECURITY_GROUP_IDS, DOMAIN_JOIN_INFO, IAM_ROLE_ARN)\n  }\n\n  \/** Describes a fleet error.\n    *\/\n  @js.native\n  trait FleetError extends js.Object {\n    var ErrorCode: js.UndefOr[FleetErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n  }\n\n  object FleetError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[FleetErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined\n    ): FleetError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FleetError]\n    }\n  }\n\n  @js.native\n  sealed trait FleetErrorCode extends js.Any\n  object FleetErrorCode {\n    val IAM_SERVICE_ROLE_MISSING_ENI_DESCRIBE_ACTION = \"IAM_SERVICE_ROLE_MISSING_ENI_DESCRIBE_ACTION\".asInstanceOf[FleetErrorCode]\n    val IAM_SERVICE_ROLE_MISSING_ENI_CREATE_ACTION = \"IAM_SERVICE_ROLE_MISSING_ENI_CREATE_ACTION\".asInstanceOf[FleetErrorCode]\n    val IAM_SERVICE_ROLE_MISSING_ENI_DELETE_ACTION = \"IAM_SERVICE_ROLE_MISSING_ENI_DELETE_ACTION\".asInstanceOf[FleetErrorCode]\n    val NETWORK_INTERFACE_LIMIT_EXCEEDED = \"NETWORK_INTERFACE_LIMIT_EXCEEDED\".asInstanceOf[FleetErrorCode]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[FleetErrorCode]\n    val IAM_SERVICE_ROLE_IS_MISSING = \"IAM_SERVICE_ROLE_IS_MISSING\".asInstanceOf[FleetErrorCode]\n    val MACHINE_ROLE_IS_MISSING = \"MACHINE_ROLE_IS_MISSING\".asInstanceOf[FleetErrorCode]\n    val STS_DISABLED_IN_REGION = \"STS_DISABLED_IN_REGION\".asInstanceOf[FleetErrorCode]\n    val SUBNET_HAS_INSUFFICIENT_IP_ADDRESSES = \"SUBNET_HAS_INSUFFICIENT_IP_ADDRESSES\".asInstanceOf[FleetErrorCode]\n    val IAM_SERVICE_ROLE_MISSING_DESCRIBE_SUBNET_ACTION = \"IAM_SERVICE_ROLE_MISSING_DESCRIBE_SUBNET_ACTION\".asInstanceOf[FleetErrorCode]\n    val SUBNET_NOT_FOUND = \"SUBNET_NOT_FOUND\".asInstanceOf[FleetErrorCode]\n    val IMAGE_NOT_FOUND = \"IMAGE_NOT_FOUND\".asInstanceOf[FleetErrorCode]\n    val INVALID_SUBNET_CONFIGURATION = \"INVALID_SUBNET_CONFIGURATION\".asInstanceOf[FleetErrorCode]\n    val SECURITY_GROUPS_NOT_FOUND = \"SECURITY_GROUPS_NOT_FOUND\".asInstanceOf[FleetErrorCode]\n    val IGW_NOT_ATTACHED = \"IGW_NOT_ATTACHED\".asInstanceOf[FleetErrorCode]\n    val IAM_SERVICE_ROLE_MISSING_DESCRIBE_SECURITY_GROUPS_ACTION = \"IAM_SERVICE_ROLE_MISSING_DESCRIBE_SECURITY_GROUPS_ACTION\".asInstanceOf[FleetErrorCode]\n    val FLEET_STOPPED = \"FLEET_STOPPED\".asInstanceOf[FleetErrorCode]\n    val FLEET_INSTANCE_PROVISIONING_FAILURE = \"FLEET_INSTANCE_PROVISIONING_FAILURE\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_FILE_NOT_FOUND = \"DOMAIN_JOIN_ERROR_FILE_NOT_FOUND\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_ACCESS_DENIED = \"DOMAIN_JOIN_ERROR_ACCESS_DENIED\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_LOGON_FAILURE = \"DOMAIN_JOIN_ERROR_LOGON_FAILURE\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_INVALID_PARAMETER = \"DOMAIN_JOIN_ERROR_INVALID_PARAMETER\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_MORE_DATA = \"DOMAIN_JOIN_ERROR_MORE_DATA\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_NO_SUCH_DOMAIN = \"DOMAIN_JOIN_ERROR_NO_SUCH_DOMAIN\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_NOT_SUPPORTED = \"DOMAIN_JOIN_ERROR_NOT_SUPPORTED\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_NERR_INVALID_WORKGROUP_NAME = \"DOMAIN_JOIN_NERR_INVALID_WORKGROUP_NAME\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_NERR_WORKSTATION_NOT_STARTED = \"DOMAIN_JOIN_NERR_WORKSTATION_NOT_STARTED\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_ERROR_DS_MACHINE_ACCOUNT_QUOTA_EXCEEDED = \"DOMAIN_JOIN_ERROR_DS_MACHINE_ACCOUNT_QUOTA_EXCEEDED\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_NERR_PASSWORD_EXPIRED = \"DOMAIN_JOIN_NERR_PASSWORD_EXPIRED\".asInstanceOf[FleetErrorCode]\n    val DOMAIN_JOIN_INTERNAL_SERVICE_ERROR = \"DOMAIN_JOIN_INTERNAL_SERVICE_ERROR\".asInstanceOf[FleetErrorCode]\n\n    @inline def values = js.Array(\n      IAM_SERVICE_ROLE_MISSING_ENI_DESCRIBE_ACTION,\n      IAM_SERVICE_ROLE_MISSING_ENI_CREATE_ACTION,\n      IAM_SERVICE_ROLE_MISSING_ENI_DELETE_ACTION,\n      NETWORK_INTERFACE_LIMIT_EXCEEDED,\n      INTERNAL_SERVICE_ERROR,\n      IAM_SERVICE_ROLE_IS_MISSING,\n      MACHINE_ROLE_IS_MISSING,\n      STS_DISABLED_IN_REGION,\n      SUBNET_HAS_INSUFFICIENT_IP_ADDRESSES,\n      IAM_SERVICE_ROLE_MISSING_DESCRIBE_SUBNET_ACTION,\n      SUBNET_NOT_FOUND,\n      IMAGE_NOT_FOUND,\n      INVALID_SUBNET_CONFIGURATION,\n      SECURITY_GROUPS_NOT_FOUND,\n      IGW_NOT_ATTACHED,\n      IAM_SERVICE_ROLE_MISSING_DESCRIBE_SECURITY_GROUPS_ACTION,\n      FLEET_STOPPED,\n      FLEET_INSTANCE_PROVISIONING_FAILURE,\n      DOMAIN_JOIN_ERROR_FILE_NOT_FOUND,\n      DOMAIN_JOIN_ERROR_ACCESS_DENIED,\n      DOMAIN_JOIN_ERROR_LOGON_FAILURE,\n      DOMAIN_JOIN_ERROR_INVALID_PARAMETER,\n      DOMAIN_JOIN_ERROR_MORE_DATA,\n      DOMAIN_JOIN_ERROR_NO_SUCH_DOMAIN,\n      DOMAIN_JOIN_ERROR_NOT_SUPPORTED,\n      DOMAIN_JOIN_NERR_INVALID_WORKGROUP_NAME,\n      DOMAIN_JOIN_NERR_WORKSTATION_NOT_STARTED,\n      DOMAIN_JOIN_ERROR_DS_MACHINE_ACCOUNT_QUOTA_EXCEEDED,\n      DOMAIN_JOIN_NERR_PASSWORD_EXPIRED,\n      DOMAIN_JOIN_INTERNAL_SERVICE_ERROR\n    )\n  }\n\n  @js.native\n  sealed trait FleetState extends js.Any\n  object FleetState {\n    val STARTING = \"STARTING\".asInstanceOf[FleetState]\n    val RUNNING = \"RUNNING\".asInstanceOf[FleetState]\n    val STOPPING = \"STOPPING\".asInstanceOf[FleetState]\n    val STOPPED = \"STOPPED\".asInstanceOf[FleetState]\n\n    @inline def values = js.Array(STARTING, RUNNING, STOPPING, STOPPED)\n  }\n\n  @js.native\n  sealed trait FleetType extends js.Any\n  object FleetType {\n    val ALWAYS_ON = \"ALWAYS_ON\".asInstanceOf[FleetType]\n    val ON_DEMAND = \"ON_DEMAND\".asInstanceOf[FleetType]\n\n    @inline def values = js.Array(ALWAYS_ON, ON_DEMAND)\n  }\n\n  \/** Describes an image.\n    *\/\n  @js.native\n  trait Image extends js.Object {\n    var Name: String\n    var Applications: js.UndefOr[Applications]\n    var AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion]\n    var Arn: js.UndefOr[Arn]\n    var BaseImageArn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var DisplayName: js.UndefOr[String]\n    var ImageBuilderName: js.UndefOr[String]\n    var ImageBuilderSupported: js.UndefOr[Boolean]\n    var ImageErrors: js.UndefOr[ResourceErrors]\n    var ImagePermissions: js.UndefOr[ImagePermissions]\n    var Platform: js.UndefOr[PlatformType]\n    var PublicBaseImageReleasedDate: js.UndefOr[Timestamp]\n    var State: js.UndefOr[ImageState]\n    var StateChangeReason: js.UndefOr[ImageStateChangeReason]\n    var Visibility: js.UndefOr[VisibilityType]\n  }\n\n  object Image {\n    @inline\n    def apply(\n        Name: String,\n        Applications: js.UndefOr[Applications] = js.undefined,\n        AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        BaseImageArn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisplayName: js.UndefOr[String] = js.undefined,\n        ImageBuilderName: js.UndefOr[String] = js.undefined,\n        ImageBuilderSupported: js.UndefOr[Boolean] = js.undefined,\n        ImageErrors: js.UndefOr[ResourceErrors] = js.undefined,\n        ImagePermissions: js.UndefOr[ImagePermissions] = js.undefined,\n        Platform: js.UndefOr[PlatformType] = js.undefined,\n        PublicBaseImageReleasedDate: js.UndefOr[Timestamp] = js.undefined,\n        State: js.UndefOr[ImageState] = js.undefined,\n        StateChangeReason: js.UndefOr[ImageStateChangeReason] = js.undefined,\n        Visibility: js.UndefOr[VisibilityType] = js.undefined\n    ): Image = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Applications.foreach(__v => __obj.updateDynamic(\"Applications\")(__v.asInstanceOf[js.Any]))\n      AppstreamAgentVersion.foreach(__v => __obj.updateDynamic(\"AppstreamAgentVersion\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      BaseImageArn.foreach(__v => __obj.updateDynamic(\"BaseImageArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ImageBuilderName.foreach(__v => __obj.updateDynamic(\"ImageBuilderName\")(__v.asInstanceOf[js.Any]))\n      ImageBuilderSupported.foreach(__v => __obj.updateDynamic(\"ImageBuilderSupported\")(__v.asInstanceOf[js.Any]))\n      ImageErrors.foreach(__v => __obj.updateDynamic(\"ImageErrors\")(__v.asInstanceOf[js.Any]))\n      ImagePermissions.foreach(__v => __obj.updateDynamic(\"ImagePermissions\")(__v.asInstanceOf[js.Any]))\n      Platform.foreach(__v => __obj.updateDynamic(\"Platform\")(__v.asInstanceOf[js.Any]))\n      PublicBaseImageReleasedDate.foreach(__v => __obj.updateDynamic(\"PublicBaseImageReleasedDate\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateChangeReason.foreach(__v => __obj.updateDynamic(\"StateChangeReason\")(__v.asInstanceOf[js.Any]))\n      Visibility.foreach(__v => __obj.updateDynamic(\"Visibility\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Image]\n    }\n  }\n\n  \/** Describes a virtual machine that is used to create an image.\n    *\/\n  @js.native\n  trait ImageBuilder extends js.Object {\n    var Name: String\n    var AccessEndpoints: js.UndefOr[AccessEndpointList]\n    var AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion]\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var DisplayName: js.UndefOr[String]\n    var DomainJoinInfo: js.UndefOr[DomainJoinInfo]\n    var EnableDefaultInternetAccess: js.UndefOr[BooleanObject]\n    var IamRoleArn: js.UndefOr[Arn]\n    var ImageArn: js.UndefOr[Arn]\n    var ImageBuilderErrors: js.UndefOr[ResourceErrors]\n    var InstanceType: js.UndefOr[String]\n    var NetworkAccessConfiguration: js.UndefOr[NetworkAccessConfiguration]\n    var Platform: js.UndefOr[PlatformType]\n    var State: js.UndefOr[ImageBuilderState]\n    var StateChangeReason: js.UndefOr[ImageBuilderStateChangeReason]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object ImageBuilder {\n    @inline\n    def apply(\n        Name: String,\n        AccessEndpoints: js.UndefOr[AccessEndpointList] = js.undefined,\n        AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisplayName: js.UndefOr[String] = js.undefined,\n        DomainJoinInfo: js.UndefOr[DomainJoinInfo] = js.undefined,\n        EnableDefaultInternetAccess: js.UndefOr[BooleanObject] = js.undefined,\n        IamRoleArn: js.UndefOr[Arn] = js.undefined,\n        ImageArn: js.UndefOr[Arn] = js.undefined,\n        ImageBuilderErrors: js.UndefOr[ResourceErrors] = js.undefined,\n        InstanceType: js.UndefOr[String] = js.undefined,\n        NetworkAccessConfiguration: js.UndefOr[NetworkAccessConfiguration] = js.undefined,\n        Platform: js.UndefOr[PlatformType] = js.undefined,\n        State: js.UndefOr[ImageBuilderState] = js.undefined,\n        StateChangeReason: js.UndefOr[ImageBuilderStateChangeReason] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): ImageBuilder = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccessEndpoints.foreach(__v => __obj.updateDynamic(\"AccessEndpoints\")(__v.asInstanceOf[js.Any]))\n      AppstreamAgentVersion.foreach(__v => __obj.updateDynamic(\"AppstreamAgentVersion\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      DomainJoinInfo.foreach(__v => __obj.updateDynamic(\"DomainJoinInfo\")(__v.asInstanceOf[js.Any]))\n      EnableDefaultInternetAccess.foreach(__v => __obj.updateDynamic(\"EnableDefaultInternetAccess\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageBuilderErrors.foreach(__v => __obj.updateDynamic(\"ImageBuilderErrors\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      NetworkAccessConfiguration.foreach(__v => __obj.updateDynamic(\"NetworkAccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      Platform.foreach(__v => __obj.updateDynamic(\"Platform\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateChangeReason.foreach(__v => __obj.updateDynamic(\"StateChangeReason\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageBuilder]\n    }\n  }\n\n  @js.native\n  sealed trait ImageBuilderState extends js.Any\n  object ImageBuilderState {\n    val PENDING = \"PENDING\".asInstanceOf[ImageBuilderState]\n    val UPDATING_AGENT = \"UPDATING_AGENT\".asInstanceOf[ImageBuilderState]\n    val RUNNING = \"RUNNING\".asInstanceOf[ImageBuilderState]\n    val STOPPING = \"STOPPING\".asInstanceOf[ImageBuilderState]\n    val STOPPED = \"STOPPED\".asInstanceOf[ImageBuilderState]\n    val REBOOTING = \"REBOOTING\".asInstanceOf[ImageBuilderState]\n    val SNAPSHOTTING = \"SNAPSHOTTING\".asInstanceOf[ImageBuilderState]\n    val DELETING = \"DELETING\".asInstanceOf[ImageBuilderState]\n    val FAILED = \"FAILED\".asInstanceOf[ImageBuilderState]\n    val UPDATING = \"UPDATING\".asInstanceOf[ImageBuilderState]\n    val PENDING_QUALIFICATION = \"PENDING_QUALIFICATION\".asInstanceOf[ImageBuilderState]\n\n    @inline def values = js.Array(PENDING, UPDATING_AGENT, RUNNING, STOPPING, STOPPED, REBOOTING, SNAPSHOTTING, DELETING, FAILED, UPDATING, PENDING_QUALIFICATION)\n  }\n\n  \/** Describes the reason why the last image builder state change occurred.\n    *\/\n  @js.native\n  trait ImageBuilderStateChangeReason extends js.Object {\n    var Code: js.UndefOr[ImageBuilderStateChangeReasonCode]\n    var Message: js.UndefOr[String]\n  }\n\n  object ImageBuilderStateChangeReason {\n    @inline\n    def apply(\n        Code: js.UndefOr[ImageBuilderStateChangeReasonCode] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined\n    ): ImageBuilderStateChangeReason = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageBuilderStateChangeReason]\n    }\n  }\n\n  @js.native\n  sealed trait ImageBuilderStateChangeReasonCode extends js.Any\n  object ImageBuilderStateChangeReasonCode {\n    val INTERNAL_ERROR = \"INTERNAL_ERROR\".asInstanceOf[ImageBuilderStateChangeReasonCode]\n    val IMAGE_UNAVAILABLE = \"IMAGE_UNAVAILABLE\".asInstanceOf[ImageBuilderStateChangeReasonCode]\n\n    @inline def values = js.Array(INTERNAL_ERROR, IMAGE_UNAVAILABLE)\n  }\n\n  \/** Describes the permissions for an image.\n    *\/\n  @js.native\n  trait ImagePermissions extends js.Object {\n    var allowFleet: js.UndefOr[BooleanObject]\n    var allowImageBuilder: js.UndefOr[BooleanObject]\n  }\n\n  object ImagePermissions {\n    @inline\n    def apply(\n        allowFleet: js.UndefOr[BooleanObject] = js.undefined,\n        allowImageBuilder: js.UndefOr[BooleanObject] = js.undefined\n    ): ImagePermissions = {\n      val __obj = js.Dynamic.literal()\n      allowFleet.foreach(__v => __obj.updateDynamic(\"allowFleet\")(__v.asInstanceOf[js.Any]))\n      allowImageBuilder.foreach(__v => __obj.updateDynamic(\"allowImageBuilder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImagePermissions]\n    }\n  }\n\n  @js.native\n  sealed trait ImageState extends js.Any\n  object ImageState {\n    val PENDING = \"PENDING\".asInstanceOf[ImageState]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[ImageState]\n    val FAILED = \"FAILED\".asInstanceOf[ImageState]\n    val COPYING = \"COPYING\".asInstanceOf[ImageState]\n    val DELETING = \"DELETING\".asInstanceOf[ImageState]\n    val CREATING = \"CREATING\".asInstanceOf[ImageState]\n    val IMPORTING = \"IMPORTING\".asInstanceOf[ImageState]\n\n    @inline def values = js.Array(PENDING, AVAILABLE, FAILED, COPYING, DELETING, CREATING, IMPORTING)\n  }\n\n  \/** Describes the reason why the last image state change occurred.\n    *\/\n  @js.native\n  trait ImageStateChangeReason extends js.Object {\n    var Code: js.UndefOr[ImageStateChangeReasonCode]\n    var Message: js.UndefOr[String]\n  }\n\n  object ImageStateChangeReason {\n    @inline\n    def apply(\n        Code: js.UndefOr[ImageStateChangeReasonCode] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined\n    ): ImageStateChangeReason = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageStateChangeReason]\n    }\n  }\n\n  @js.native\n  sealed trait ImageStateChangeReasonCode extends js.Any\n  object ImageStateChangeReasonCode {\n    val INTERNAL_ERROR = \"INTERNAL_ERROR\".asInstanceOf[ImageStateChangeReasonCode]\n    val IMAGE_BUILDER_NOT_AVAILABLE = \"IMAGE_BUILDER_NOT_AVAILABLE\".asInstanceOf[ImageStateChangeReasonCode]\n    val IMAGE_COPY_FAILURE = \"IMAGE_COPY_FAILURE\".asInstanceOf[ImageStateChangeReasonCode]\n\n    @inline def values = js.Array(INTERNAL_ERROR, IMAGE_BUILDER_NOT_AVAILABLE, IMAGE_COPY_FAILURE)\n  }\n\n  \/** Describes the error that is returned when a usage report can't be generated.\n    *\/\n  @js.native\n  trait LastReportGenerationExecutionError extends js.Object {\n    var ErrorCode: js.UndefOr[UsageReportExecutionErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n  }\n\n  object LastReportGenerationExecutionError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[UsageReportExecutionErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined\n    ): LastReportGenerationExecutionError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LastReportGenerationExecutionError]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedFleetsRequest extends js.Object {\n    var StackName: String\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociatedFleetsRequest {\n    @inline\n    def apply(\n        StackName: String,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociatedFleetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StackName\" -> StackName.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedFleetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedFleetsResult extends js.Object {\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociatedFleetsResult {\n    @inline\n    def apply(\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociatedFleetsResult = {\n      val __obj = js.Dynamic.literal()\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedFleetsResult]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedStacksRequest extends js.Object {\n    var FleetName: String\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociatedStacksRequest {\n    @inline\n    def apply(\n        FleetName: String,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociatedStacksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedStacksRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedStacksResult extends js.Object {\n    var Names: js.UndefOr[StringList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAssociatedStacksResult {\n    @inline\n    def apply(\n        Names: js.UndefOr[StringList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAssociatedStacksResult = {\n      val __obj = js.Dynamic.literal()\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedStacksResult]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait MessageAction extends js.Any\n  object MessageAction {\n    val SUPPRESS = \"SUPPRESS\".asInstanceOf[MessageAction]\n    val RESEND = \"RESEND\".asInstanceOf[MessageAction]\n\n    @inline def values = js.Array(SUPPRESS, RESEND)\n  }\n\n  \/** Describes the network details of the fleet or image builder instance.\n    *\/\n  @js.native\n  trait NetworkAccessConfiguration extends js.Object {\n    var EniId: js.UndefOr[String]\n    var EniPrivateIpAddress: js.UndefOr[String]\n  }\n\n  object NetworkAccessConfiguration {\n    @inline\n    def apply(\n        EniId: js.UndefOr[String] = js.undefined,\n        EniPrivateIpAddress: js.UndefOr[String] = js.undefined\n    ): NetworkAccessConfiguration = {\n      val __obj = js.Dynamic.literal()\n      EniId.foreach(__v => __obj.updateDynamic(\"EniId\")(__v.asInstanceOf[js.Any]))\n      EniPrivateIpAddress.foreach(__v => __obj.updateDynamic(\"EniPrivateIpAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkAccessConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait Permission extends js.Any\n  object Permission {\n    val ENABLED = \"ENABLED\".asInstanceOf[Permission]\n    val DISABLED = \"DISABLED\".asInstanceOf[Permission]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait PlatformType extends js.Any\n  object PlatformType {\n    val WINDOWS = \"WINDOWS\".asInstanceOf[PlatformType]\n    val WINDOWS_SERVER_2016 = \"WINDOWS_SERVER_2016\".asInstanceOf[PlatformType]\n    val WINDOWS_SERVER_2019 = \"WINDOWS_SERVER_2019\".asInstanceOf[PlatformType]\n\n    @inline def values = js.Array(WINDOWS, WINDOWS_SERVER_2016, WINDOWS_SERVER_2019)\n  }\n\n  \/** Describes a resource error.\n    *\/\n  @js.native\n  trait ResourceError extends js.Object {\n    var ErrorCode: js.UndefOr[FleetErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n    var ErrorTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object ResourceError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[FleetErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        ErrorTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): ResourceError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ErrorTimestamp.foreach(__v => __obj.updateDynamic(\"ErrorTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceError]\n    }\n  }\n\n  \/** Describes the credentials for the service account used by the fleet or image builder to connect to the directory.\n    *\/\n  @js.native\n  trait ServiceAccountCredentials extends js.Object {\n    var AccountName: AccountName\n    var AccountPassword: <PASSWORD>\n  }\n\n  object ServiceAccountCredentials {\n    @inline\n    def apply(\n        AccountName: AccountName,\n        AccountPassword: <PASSWORD>\n    ): ServiceAccountCredentials = {\n      val __obj = js.Dynamic.literal(\n        \"AccountName\" -> AccountName.asInstanceOf[js.Any],\n        \"AccountPassword\" -> <PASSWORD>.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ServiceAccountCredentials]\n    }\n  }\n\n  \/** Describes a streaming session.\n    *\/\n  @js.native\n  trait Session extends js.Object {\n    var FleetName: String\n    var Id: String\n    var StackName: String\n    var State: SessionState\n    var UserId: UserId\n    var AuthenticationType: js.UndefOr[AuthenticationType]\n    var ConnectionState: js.UndefOr[SessionConnectionState]\n    var MaxExpirationTime: js.UndefOr[Timestamp]\n    var NetworkAccessConfiguration: js.UndefOr[NetworkAccessConfiguration]\n    var StartTime: js.UndefOr[Timestamp]\n  }\n\n  object Session {\n    @inline\n    def apply(\n        FleetName: String,\n        Id: String,\n        StackName: String,\n        State: SessionState,\n        UserId: UserId,\n        AuthenticationType: js.UndefOr[AuthenticationType] = js.undefined,\n        ConnectionState: js.UndefOr[SessionConnectionState] = js.undefined,\n        MaxExpirationTime: js.UndefOr[Timestamp] = js.undefined,\n        NetworkAccessConfiguration: js.UndefOr[NetworkAccessConfiguration] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined\n    ): Session = {\n      val __obj = js.Dynamic.literal(\n        \"FleetName\" -> FleetName.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      AuthenticationType.foreach(__v => __obj.updateDynamic(\"AuthenticationType\")(__v.asInstanceOf[js.Any]))\n      ConnectionState.foreach(__v => __obj.updateDynamic(\"ConnectionState\")(__v.asInstanceOf[js.Any]))\n      MaxExpirationTime.foreach(__v => __obj.updateDynamic(\"MaxExpirationTime\")(__v.asInstanceOf[js.Any]))\n      NetworkAccessConfiguration.foreach(__v => __obj.updateDynamic(\"NetworkAccessConfiguration\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Session]\n    }\n  }\n\n  @js.native\n  sealed trait SessionConnectionState extends js.Any\n  object SessionConnectionState {\n    val CONNECTED = \"CONNECTED\".asInstanceOf[SessionConnectionState]\n    val NOT_CONNECTED = \"NOT_CONNECTED\".asInstanceOf[SessionConnectionState]\n\n    @inline def values = js.Array(CONNECTED, NOT_CONNECTED)\n  }\n\n  \/** Possible values for the state of a streaming session.\n    *\/\n  @js.native\n  sealed trait SessionState extends js.Any\n  object SessionState {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[SessionState]\n    val PENDING = \"PENDING\".asInstanceOf[SessionState]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[SessionState]\n\n    @inline def values = js.Array(ACTIVE, PENDING, EXPIRED)\n  }\n\n  \/** Describes the permissions that are available to the specified AWS account for a shared image.\n    *\/\n  @js.native\n  trait SharedImagePermissions extends js.Object {\n    var imagePermissions: ImagePermissions\n    var sharedAccountId: AwsAccountId\n  }\n\n  object SharedImagePermissions {\n    @inline\n    def apply(\n        imagePermissions: ImagePermissions,\n        sharedAccountId: AwsAccountId\n    ): SharedImagePermissions = {\n      val __obj = js.Dynamic.literal(\n        \"imagePermissions\" -> imagePermissions.asInstanceOf[js.Any],\n        \"sharedAccountId\" -> sharedAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SharedImagePermissions]\n    }\n  }\n\n  \/** Describes a stack.\n    *\/\n  @js.native\n  trait Stack extends js.Object {\n    var Name: String\n    var AccessEndpoints: js.UndefOr[AccessEndpointList]\n    var ApplicationSettings: js.UndefOr[ApplicationSettingsResponse]\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var DisplayName: js.UndefOr[String]\n    var EmbedHostDomains: js.UndefOr[EmbedHostDomains]\n    var FeedbackURL: js.UndefOr[FeedbackURL]\n    var RedirectURL: js.UndefOr[RedirectURL]\n    var StackErrors: js.UndefOr[StackErrors]\n    var StorageConnectors: js.UndefOr[StorageConnectorList]\n    var UserSettings: js.UndefOr[UserSettingList]\n  }\n\n  object Stack {\n    @inline\n    def apply(\n        Name: String,\n        AccessEndpoints: js.UndefOr[AccessEndpointList] = js.undefined,\n        ApplicationSettings: js.UndefOr[ApplicationSettingsResponse] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        DisplayName: js.UndefOr[String] = js.undefined,\n        EmbedHostDomains: js.UndefOr[EmbedHostDomains] = js.undefined,\n        FeedbackURL: js.UndefOr[FeedbackURL] = js.undefined,\n        RedirectURL: js.UndefOr[RedirectURL] = js.undefined,\n        StackErrors: js.UndefOr[StackErrors] = js.undefined,\n        StorageConnectors: js.UndefOr[StorageConnectorList] = js.undefined,\n        UserSettings: js.UndefOr[UserSettingList] = js.undefined\n    ): Stack = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccessEndpoints.foreach(__v => __obj.updateDynamic(\"AccessEndpoints\")(__v.asInstanceOf[js.Any]))\n      ApplicationSettings.foreach(__v => __obj.updateDynamic(\"ApplicationSettings\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EmbedHostDomains.foreach(__v => __obj.updateDynamic(\"EmbedHostDomains\")(__v.asInstanceOf[js.Any]))\n      FeedbackURL.foreach(__v => __obj.updateDynamic(\"FeedbackURL\")(__v.asInstanceOf[js.Any]))\n      RedirectURL.foreach(__v => __obj.updateDynamic(\"RedirectURL\")(__v.asInstanceOf[js.Any]))\n      StackErrors.foreach(__v => __obj.updateDynamic(\"StackErrors\")(__v.asInstanceOf[js.Any]))\n      StorageConnectors.foreach(__v => __obj.updateDynamic(\"StorageConnectors\")(__v.asInstanceOf[js.Any]))\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Stack]\n    }\n  }\n\n  @js.native\n  sealed trait StackAttribute extends js.Any\n  object StackAttribute {\n    val STORAGE_CONNECTORS = \"STORAGE_CONNECTORS\".asInstanceOf[StackAttribute]\n    val STORAGE_CONNECTOR_HOMEFOLDERS = \"STORAGE_CONNECTOR_HOMEFOLDERS\".asInstanceOf[StackAttribute]\n    val STORAGE_CONNECTOR_GOOGLE_DRIVE = \"STORAGE_CONNECTOR_GOOGLE_DRIVE\".asInstanceOf[StackAttribute]\n    val STORAGE_CONNECTOR_ONE_DRIVE = \"STORAGE_CONNECTOR_ONE_DRIVE\".asInstanceOf[StackAttribute]\n    val REDIRECT_URL = \"REDIRECT_URL\".asInstanceOf[StackAttribute]\n    val FEEDBACK_URL = \"FEEDBACK_URL\".asInstanceOf[StackAttribute]\n    val THEME_NAME = \"THEME_NAME\".asInstanceOf[StackAttribute]\n    val USER_SETTINGS = \"USER_SETTINGS\".asInstanceOf[StackAttribute]\n    val EMBED_HOST_DOMAINS = \"EMBED_HOST_DOMAINS\".asInstanceOf[StackAttribute]\n    val IAM_ROLE_ARN = \"IAM_ROLE_ARN\".asInstanceOf[StackAttribute]\n    val ACCESS_ENDPOINTS = \"ACCESS_ENDPOINTS\".asInstanceOf[StackAttribute]\n\n    @inline def values = js.Array(\n      STORAGE_CONNECTORS,\n      STORAGE_CONNECTOR_HOMEFOLDERS,\n      STORAGE_CONNECTOR_GOOGLE_DRIVE,\n      STORAGE_CONNECTOR_ONE_DRIVE,\n      REDIRECT_URL,\n      FEEDBACK_URL,\n      THEME_NAME,\n      USER_SETTINGS,\n      EMBED_HOST_DOMAINS,\n      IAM_ROLE_ARN,\n      ACCESS_ENDPOINTS\n    )\n  }\n\n  \/** Describes a stack error.\n    *\/\n  @js.native\n  trait StackError extends js.Object {\n    var ErrorCode: js.UndefOr[StackErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n  }\n\n  object StackError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[StackErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined\n    ): StackError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StackError]\n    }\n  }\n\n  @js.native\n  sealed trait StackErrorCode extends js.Any\n  object StackErrorCode {\n    val STORAGE_CONNECTOR_ERROR = \"STORAGE_CONNECTOR_ERROR\".asInstanceOf[StackErrorCode]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[StackErrorCode]\n\n    @inline def values = js.Array(STORAGE_CONNECTOR_ERROR, INTERNAL_SERVICE_ERROR)\n  }\n\n  @js.native\n  trait StartFleetRequest extends js.Object {\n    var Name: String\n  }\n\n  object StartFleetRequest {\n    @inline\n    def apply(\n        Name: String\n    ): StartFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartFleetRequest]\n    }\n  }\n\n  @js.native\n  trait StartFleetResult extends js.Object\n\n  object StartFleetResult {\n    @inline\n    def apply(): StartFleetResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartFleetResult]\n    }\n  }\n\n  @js.native\n  trait StartImageBuilderRequest extends js.Object {\n    var Name: String\n    var AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion]\n  }\n\n  object StartImageBuilderRequest {\n    @inline\n    def apply(\n        Name: String,\n        AppstreamAgentVersion: js.UndefOr[AppstreamAgentVersion] = js.undefined\n    ): StartImageBuilderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AppstreamAgentVersion.foreach(__v => __obj.updateDynamic(\"AppstreamAgentVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImageBuilderRequest]\n    }\n  }\n\n  @js.native\n  trait StartImageBuilderResult extends js.Object {\n    var ImageBuilder: js.UndefOr[ImageBuilder]\n  }\n\n  object StartImageBuilderResult {\n    @inline\n    def apply(\n        ImageBuilder: js.UndefOr[ImageBuilder] = js.undefined\n    ): StartImageBuilderResult = {\n      val __obj = js.Dynamic.literal()\n      ImageBuilder.foreach(__v => __obj.updateDynamic(\"ImageBuilder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImageBuilderResult]\n    }\n  }\n\n  @js.native\n  trait StopFleetRequest extends js.Object {\n    var Name: String\n  }\n\n  object StopFleetRequest {\n    @inline\n    def apply(\n        Name: String\n    ): StopFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopFleetRequest]\n    }\n  }\n\n  @js.native\n  trait StopFleetResult extends js.Object\n\n  object StopFleetResult {\n    @inline\n    def apply(): StopFleetResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopFleetResult]\n    }\n  }\n\n  @js.native\n  trait StopImageBuilderRequest extends js.Object {\n    var Name: String\n  }\n\n  object StopImageBuilderRequest {\n    @inline\n    def apply(\n        Name: String\n    ): StopImageBuilderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopImageBuilderRequest]\n    }\n  }\n\n  @js.native\n  trait StopImageBuilderResult extends js.Object {\n    var ImageBuilder: js.UndefOr[ImageBuilder]\n  }\n\n  object StopImageBuilderResult {\n    @inline\n    def apply(\n        ImageBuilder: js.UndefOr[ImageBuilder] = js.undefined\n    ): StopImageBuilderResult = {\n      val __obj = js.Dynamic.literal()\n      ImageBuilder.foreach(__v => __obj.updateDynamic(\"ImageBuilder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopImageBuilderResult]\n    }\n  }\n\n  \/** Describes a connector that enables persistent storage for users.\n    *\/\n  @js.native\n  trait StorageConnector extends js.Object {\n    var ConnectorType: StorageConnectorType\n    var Domains: js.UndefOr[DomainList]\n    var ResourceIdentifier: js.UndefOr[ResourceIdentifier]\n  }\n\n  object StorageConnector {\n    @inline\n    def apply(\n        ConnectorType: StorageConnectorType,\n        Domains: js.UndefOr[DomainList] = js.undefined,\n        ResourceIdentifier: js.UndefOr[ResourceIdentifier] = js.undefined\n    ): StorageConnector = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectorType\" -> ConnectorType.asInstanceOf[js.Any]\n      )\n\n      Domains.foreach(__v => __obj.updateDynamic(\"Domains\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifier.foreach(__v => __obj.updateDynamic(\"ResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StorageConnector]\n    }\n  }\n\n  \/** The type of storage connector.\n    *\/\n  @js.native\n  sealed trait StorageConnectorType extends js.Any\n  object StorageConnectorType {\n    val HOMEFOLDERS = \"HOMEFOLDERS\".asInstanceOf[StorageConnectorType]\n    val GOOGLE_DRIVE = \"GOOGLE_DRIVE\".asInstanceOf[StorageConnectorType]\n    val ONE_DRIVE = \"ONE_DRIVE\".asInstanceOf[StorageConnectorType]\n\n    @inline def values = js.Array(HOMEFOLDERS, GOOGLE_DRIVE, ONE_DRIVE)\n  }\n\n  @js.native\n  sealed trait StreamView extends js.Any\n  object StreamView {\n    val APP = \"APP\".asInstanceOf[StreamView]\n    val DESKTOP = \"DESKTOP\".asInstanceOf[StreamView]\n\n    @inline def values = js.Array(APP, DESKTOP)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDirectoryConfigRequest extends js.Object {\n    var DirectoryName: DirectoryName\n    var OrganizationalUnitDistinguishedNames: js.UndefOr[OrganizationalUnitDistinguishedNamesList]\n    var ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials]\n  }\n\n  object UpdateDirectoryConfigRequest {\n    @inline\n    def apply(\n        DirectoryName: DirectoryName,\n        OrganizationalUnitDistinguishedNames: js.UndefOr[OrganizationalUnitDistinguishedNamesList] = js.undefined,\n        ServiceAccountCredentials: js.UndefOr[ServiceAccountCredentials] = js.undefined\n    ): UpdateDirectoryConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryName\" -> DirectoryName.asInstanceOf[js.Any]\n      )\n\n      OrganizationalUnitDistinguishedNames.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitDistinguishedNames\")(__v.asInstanceOf[js.Any]))\n      ServiceAccountCredentials.foreach(__v => __obj.updateDynamic(\"ServiceAccountCredentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDirectoryConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDirectoryConfigResult extends js.Object {\n    var DirectoryConfig: js.UndefOr[DirectoryConfig]\n  }\n\n  object UpdateDirectoryConfigResult {\n    @inline\n    def apply(\n        DirectoryConfig: js.UndefOr[DirectoryConfig] = js.undefined\n    ): UpdateDirectoryConfigResult = {\n      val __obj = js.Dynamic.literal()\n      DirectoryConfig.foreach(__v => __obj.updateDynamic(\"DirectoryConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDirectoryConfigResult]\n    }\n  }\n\n  @js.native\n  trait UpdateFleetRequest extends js.Object {\n    var AttributesToDelete: js.UndefOr[FleetAttributes]\n    var ComputeCapacity: js.UndefOr[ComputeCapacity]\n    var DeleteVpcConfig: js.UndefOr[Boolean]\n    var Description: js.UndefOr[Description]\n    var DisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var DisplayName: js.UndefOr[DisplayName]\n    var DomainJoinInfo: js.UndefOr[DomainJoinInfo]\n    var EnableDefaultInternetAccess: js.UndefOr[BooleanObject]\n    var IamRoleArn: js.UndefOr[Arn]\n    var IdleDisconnectTimeoutInSeconds: js.UndefOr[Int]\n    var ImageArn: js.UndefOr[Arn]\n    var ImageName: js.UndefOr[String]\n    var InstanceType: js.UndefOr[String]\n    var MaxUserDurationInSeconds: js.UndefOr[Int]\n    var Name: js.UndefOr[String]\n    var StreamView: js.UndefOr[StreamView]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object UpdateFleetRequest {\n    @inline\n    def apply(\n        AttributesToDelete: js.UndefOr[FleetAttributes] = js.undefined,\n        ComputeCapacity: js.UndefOr[ComputeCapacity] = js.undefined,\n        DeleteVpcConfig: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        DisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        DomainJoinInfo: js.UndefOr[DomainJoinInfo] = js.undefined,\n        EnableDefaultInternetAccess: js.UndefOr[BooleanObject] = js.undefined,\n        IamRoleArn: js.UndefOr[Arn] = js.undefined,\n        IdleDisconnectTimeoutInSeconds: js.UndefOr[Int] = js.undefined,\n        ImageArn: js.UndefOr[Arn] = js.undefined,\n        ImageName: js.UndefOr[String] = js.undefined,\n        InstanceType: js.UndefOr[String] = js.undefined,\n        MaxUserDurationInSeconds: js.UndefOr[Int] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        StreamView: js.UndefOr[StreamView] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): UpdateFleetRequest = {\n      val __obj = js.Dynamic.literal()\n      AttributesToDelete.foreach(__v => __obj.updateDynamic(\"AttributesToDelete\")(__v.asInstanceOf[js.Any]))\n      ComputeCapacity.foreach(__v => __obj.updateDynamic(\"ComputeCapacity\")(__v.asInstanceOf[js.Any]))\n      DeleteVpcConfig.foreach(__v => __obj.updateDynamic(\"DeleteVpcConfig\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"DisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      DomainJoinInfo.foreach(__v => __obj.updateDynamic(\"DomainJoinInfo\")(__v.asInstanceOf[js.Any]))\n      EnableDefaultInternetAccess.foreach(__v => __obj.updateDynamic(\"EnableDefaultInternetAccess\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      IdleDisconnectTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"IdleDisconnectTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      MaxUserDurationInSeconds.foreach(__v => __obj.updateDynamic(\"MaxUserDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      StreamView.foreach(__v => __obj.updateDynamic(\"StreamView\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFleetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFleetResult extends js.Object {\n    var Fleet: js.UndefOr[Fleet]\n  }\n\n  object UpdateFleetResult {\n    @inline\n    def apply(\n        Fleet: js.UndefOr[Fleet] = js.undefined\n    ): UpdateFleetResult = {\n      val __obj = js.Dynamic.literal()\n      Fleet.foreach(__v => __obj.updateDynamic(\"Fleet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFleetResult]\n    }\n  }\n\n  @js.native\n  trait UpdateImagePermissionsRequest extends js.Object {\n    var ImagePermissions: ImagePermissions\n    var Name: Name\n    var SharedAccountId: AwsAccountId\n  }\n\n  object UpdateImagePermissionsRequest {\n    @inline\n    def apply(\n        ImagePermissions: ImagePermissions,\n        Name: Name,\n        SharedAccountId: AwsAccountId\n    ): UpdateImagePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImagePermissions\" -> ImagePermissions.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SharedAccountId\" -> SharedAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateImagePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateImagePermissionsResult extends js.Object\n\n  object UpdateImagePermissionsResult {\n    @inline\n    def apply(): UpdateImagePermissionsResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateImagePermissionsResult]\n    }\n  }\n\n  @js.native\n  trait UpdateStackRequest extends js.Object {\n    var Name: String\n    var AccessEndpoints: js.UndefOr[AccessEndpointList]\n    var ApplicationSettings: js.UndefOr[ApplicationSettings]\n    var AttributesToDelete: js.UndefOr[StackAttributes]\n    var DeleteStorageConnectors: js.UndefOr[Boolean]\n    var Description: js.UndefOr[Description]\n    var DisplayName: js.UndefOr[DisplayName]\n    var EmbedHostDomains: js.UndefOr[EmbedHostDomains]\n    var FeedbackURL: js.UndefOr[FeedbackURL]\n    var RedirectURL: js.UndefOr[RedirectURL]\n    var StorageConnectors: js.UndefOr[StorageConnectorList]\n    var UserSettings: js.UndefOr[UserSettingList]\n  }\n\n  object UpdateStackRequest {\n    @inline\n    def apply(\n        Name: String,\n        AccessEndpoints: js.UndefOr[AccessEndpointList] = js.undefined,\n        ApplicationSettings: js.UndefOr[ApplicationSettings] = js.undefined,\n        AttributesToDelete: js.UndefOr[StackAttributes] = js.undefined,\n        DeleteStorageConnectors: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        EmbedHostDomains: js.UndefOr[EmbedHostDomains] = js.undefined,\n        FeedbackURL: js.UndefOr[FeedbackURL] = js.undefined,\n        RedirectURL: js.UndefOr[RedirectURL] = js.undefined,\n        StorageConnectors: js.UndefOr[StorageConnectorList] = js.undefined,\n        UserSettings: js.UndefOr[UserSettingList] = js.undefined\n    ): UpdateStackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccessEndpoints.foreach(__v => __obj.updateDynamic(\"AccessEndpoints\")(__v.asInstanceOf[js.Any]))\n      ApplicationSettings.foreach(__v => __obj.updateDynamic(\"ApplicationSettings\")(__v.asInstanceOf[js.Any]))\n      AttributesToDelete.foreach(__v => __obj.updateDynamic(\"AttributesToDelete\")(__v.asInstanceOf[js.Any]))\n      DeleteStorageConnectors.foreach(__v => __obj.updateDynamic(\"DeleteStorageConnectors\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EmbedHostDomains.foreach(__v => __obj.updateDynamic(\"EmbedHostDomains\")(__v.asInstanceOf[js.Any]))\n      FeedbackURL.foreach(__v => __obj.updateDynamic(\"FeedbackURL\")(__v.asInstanceOf[js.Any]))\n      RedirectURL.foreach(__v => __obj.updateDynamic(\"RedirectURL\")(__v.asInstanceOf[js.Any]))\n      StorageConnectors.foreach(__v => __obj.updateDynamic(\"StorageConnectors\")(__v.asInstanceOf[js.Any]))\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateStackRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateStackResult extends js.Object {\n    var Stack: js.UndefOr[Stack]\n  }\n\n  object UpdateStackResult {\n    @inline\n    def apply(\n        Stack: js.UndefOr[Stack] = js.undefined\n    ): UpdateStackResult = {\n      val __obj = js.Dynamic.literal()\n      Stack.foreach(__v => __obj.updateDynamic(\"Stack\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateStackResult]\n    }\n  }\n\n  @js.native\n  sealed trait UsageReportExecutionErrorCode extends js.Any\n  object UsageReportExecutionErrorCode {\n    val RESOURCE_NOT_FOUND = \"RESOURCE_NOT_FOUND\".asInstanceOf[UsageReportExecutionErrorCode]\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[UsageReportExecutionErrorCode]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[UsageReportExecutionErrorCode]\n\n    @inline def values = js.Array(RESOURCE_NOT_FOUND, ACCESS_DENIED, INTERNAL_SERVICE_ERROR)\n  }\n\n  @js.native\n  sealed trait UsageReportSchedule extends js.Any\n  object UsageReportSchedule {\n    val DAILY = \"DAILY\".asInstanceOf[UsageReportSchedule]\n\n    @inline def values = js.Array(DAILY)\n  }\n\n  \/** Describes information about the usage report subscription.\n    *\/\n  @js.native\n  trait UsageReportSubscription extends js.Object {\n    var LastGeneratedReportDate: js.UndefOr[Timestamp]\n    var S3BucketName: js.UndefOr[String]\n    var Schedule: js.UndefOr[UsageReportSchedule]\n    var SubscriptionErrors: js.UndefOr[LastReportGenerationExecutionErrors]\n  }\n\n  object UsageReportSubscription {\n    @inline\n    def apply(\n        LastGeneratedReportDate: js.UndefOr[Timestamp] = js.undefined,\n        S3BucketName: js.UndefOr[String] = js.undefined,\n        Schedule: js.UndefOr[UsageReportSchedule] = js.undefined,\n        SubscriptionErrors: js.UndefOr[LastReportGenerationExecutionErrors] = js.undefined\n    ): UsageReportSubscription = {\n      val __obj = js.Dynamic.literal()\n      LastGeneratedReportDate.foreach(__v => __obj.updateDynamic(\"LastGeneratedReportDate\")(__v.asInstanceOf[js.Any]))\n      S3BucketName.foreach(__v => __obj.updateDynamic(\"S3BucketName\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      SubscriptionErrors.foreach(__v => __obj.updateDynamic(\"SubscriptionErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UsageReportSubscription]\n    }\n  }\n\n  \/** Describes a user in the user pool.\n    *\/\n  @js.native\n  trait User extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Enabled: js.UndefOr[Boolean]\n    var FirstName: js.UndefOr[UserAttributeValue]\n    var LastName: js.UndefOr[UserAttributeValue]\n    var Status: js.UndefOr[String]\n    var UserName: js.UndefOr[Username]\n  }\n\n  object User {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        FirstName: js.UndefOr[UserAttributeValue] = js.undefined,\n        LastName: js.UndefOr[UserAttributeValue] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        UserName: js.UndefOr[Username] = js.undefined\n    ): User = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any]\n      )\n\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      FirstName.foreach(__v => __obj.updateDynamic(\"FirstName\")(__v.asInstanceOf[js.Any]))\n      LastName.foreach(__v => __obj.updateDynamic(\"LastName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[User]\n    }\n  }\n\n  \/** Describes an action and whether the action is enabled or disabled for users during their streaming sessions.\n    *\/\n  @js.native\n  trait UserSetting extends js.Object {\n    var Action: Action\n    var Permission: Permission\n  }\n\n  object UserSetting {\n    @inline\n    def apply(\n        Action: Action,\n        Permission: Permission\n    ): UserSetting = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"Permission\" -> Permission.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UserSetting]\n    }\n  }\n\n  \/** Describes a user in the user pool and the associated stack.\n    *\/\n  @js.native\n  trait UserStackAssociation extends js.Object {\n    var AuthenticationType: AuthenticationType\n    var StackName: String\n    var UserName: Username\n    var SendEmailNotification: js.UndefOr[Boolean]\n  }\n\n  object UserStackAssociation {\n    @inline\n    def apply(\n        AuthenticationType: AuthenticationType,\n        StackName: String,\n        UserName: Username,\n        SendEmailNotification: js.UndefOr[Boolean] = js.undefined\n    ): UserStackAssociation = {\n      val __obj = js.Dynamic.literal(\n        \"AuthenticationType\" -> AuthenticationType.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      SendEmailNotification.foreach(__v => __obj.updateDynamic(\"SendEmailNotification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserStackAssociation]\n    }\n  }\n\n  \/** Describes the error that is returned when a user can\u2019t be associated with or disassociated from a stack.\n    *\/\n  @js.native\n  trait UserStackAssociationError extends js.Object {\n    var ErrorCode: js.UndefOr[UserStackAssociationErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n    var UserStackAssociation: js.UndefOr[UserStackAssociation]\n  }\n\n  object UserStackAssociationError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[UserStackAssociationErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        UserStackAssociation: js.UndefOr[UserStackAssociation] = js.undefined\n    ): UserStackAssociationError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      UserStackAssociation.foreach(__v => __obj.updateDynamic(\"UserStackAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserStackAssociationError]\n    }\n  }\n\n  @js.native\n  sealed trait UserStackAssociationErrorCode extends js.Any\n  object UserStackAssociationErrorCode {\n    val STACK_NOT_FOUND = \"STACK_NOT_FOUND\".asInstanceOf[UserStackAssociationErrorCode]\n    val USER_NAME_NOT_FOUND = \"USER_NAME_NOT_FOUND\".asInstanceOf[UserStackAssociationErrorCode]\n    val DIRECTORY_NOT_FOUND = \"DIRECTORY_NOT_FOUND\".asInstanceOf[UserStackAssociationErrorCode]\n    val INTERNAL_ERROR = \"INTERNAL_ERROR\".asInstanceOf[UserStackAssociationErrorCode]\n\n    @inline def values = js.Array(STACK_NOT_FOUND, USER_NAME_NOT_FOUND, DIRECTORY_NOT_FOUND, INTERNAL_ERROR)\n  }\n\n  @js.native\n  sealed trait VisibilityType extends js.Any\n  object VisibilityType {\n    val PUBLIC = \"PUBLIC\".asInstanceOf[VisibilityType]\n    val PRIVATE = \"PRIVATE\".asInstanceOf[VisibilityType]\n    val SHARED = \"SHARED\".asInstanceOf[VisibilityType]\n\n    @inline def values = js.Array(PUBLIC, PRIVATE, SHARED)\n  }\n\n  \/** Describes VPC configuration information for fleets and image builders.\n    *\/\n  @js.native\n  trait VpcConfig extends js.Object {\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdList]\n    var SubnetIds: js.UndefOr[SubnetIdList]\n  }\n\n  object VpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdList] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIdList] = js.undefined\n    ): VpcConfig = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfig]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/honeycode\/src\/main\/scala\/facade\/amazonaws\/services\/Honeycode.scala","text":"<filename>services\/honeycode\/src\/main\/scala\/facade\/amazonaws\/services\/Honeycode.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object honeycode {\n  type AwsUserArn = String\n  type BatchErrorMessage = String\n  type BatchItemId = String\n  type Cells = js.Array[Cell]\n  type ClientRequestToken = String\n  type CreateRowDataList = js.Array[CreateRowData]\n  type CreatedRowsMap = js.Dictionary[RowId]\n  type DataItems = js.Array[DataItem]\n  type DelimitedTextDelimiter = String\n  type Email = String\n  type Fact = String\n  type FailedBatchItems = js.Array[FailedBatchItem]\n  type FormattedValue = String\n  type Formula = String\n  type HasHeaderRow = Boolean\n  type IgnoreEmptyRows = Boolean\n  type ImportColumnMap = js.Dictionary[SourceDataColumnProperties]\n  type JobId = String\n  type MaxResults = Int\n  type Name = String\n  type PaginationToken = String\n  type RawValue = String\n  type ResourceId = String\n  type ResourceIds = js.Array[ResourceId]\n  type ResultHeader = js.Array[ColumnMetadata]\n  type ResultRows = js.Array[ResultRow]\n  type ResultSetMap = js.Dictionary[ResultSet]\n  type RowDataInput = js.Dictionary[CellInput]\n  type RowId = String\n  type RowIdList = js.Array[RowId]\n  type SecureURL = String\n  type SourceDataColumnIndex = Int\n  type TableColumnName = String\n  type TableColumns = js.Array[TableColumn]\n  type TableDataImportJobMessage = String\n  type TableName = String\n  type TableRows = js.Array[TableRow]\n  type Tables = js.Array[Table]\n  type TimestampInMillis = js.Date\n  type UpdateRowDataList = js.Array[UpdateRowData]\n  type UpsertRowDataList = js.Array[UpsertRowData]\n  type UpsertRowsResultMap = js.Dictionary[UpsertRowsResult]\n  type VariableName = String\n  type VariableValueMap = js.Dictionary[VariableValue]\n  type WorkbookCursor = Double\n\n  implicit final class HoneycodeOps(private val service: Honeycode) extends AnyVal {\n\n    @inline def batchCreateTableRowsFuture(params: BatchCreateTableRowsRequest): Future[BatchCreateTableRowsResult] = service.batchCreateTableRows(params).promise().toFuture\n    @inline def batchDeleteTableRowsFuture(params: BatchDeleteTableRowsRequest): Future[BatchDeleteTableRowsResult] = service.batchDeleteTableRows(params).promise().toFuture\n    @inline def batchUpdateTableRowsFuture(params: BatchUpdateTableRowsRequest): Future[BatchUpdateTableRowsResult] = service.batchUpdateTableRows(params).promise().toFuture\n    @inline def batchUpsertTableRowsFuture(params: BatchUpsertTableRowsRequest): Future[BatchUpsertTableRowsResult] = service.batchUpsertTableRows(params).promise().toFuture\n    @inline def describeTableDataImportJobFuture(params: DescribeTableDataImportJobRequest): Future[DescribeTableDataImportJobResult] = service.describeTableDataImportJob(params).promise().toFuture\n    @inline def getScreenDataFuture(params: GetScreenDataRequest): Future[GetScreenDataResult] = service.getScreenData(params).promise().toFuture\n    @inline def invokeScreenAutomationFuture(params: InvokeScreenAutomationRequest): Future[InvokeScreenAutomationResult] = service.invokeScreenAutomation(params).promise().toFuture\n    @inline def listTableColumnsFuture(params: ListTableColumnsRequest): Future[ListTableColumnsResult] = service.listTableColumns(params).promise().toFuture\n    @inline def listTableRowsFuture(params: ListTableRowsRequest): Future[ListTableRowsResult] = service.listTableRows(params).promise().toFuture\n    @inline def listTablesFuture(params: ListTablesRequest): Future[ListTablesResult] = service.listTables(params).promise().toFuture\n    @inline def queryTableRowsFuture(params: QueryTableRowsRequest): Future[QueryTableRowsResult] = service.queryTableRows(params).promise().toFuture\n    @inline def startTableDataImportJobFuture(params: StartTableDataImportJobRequest): Future[StartTableDataImportJobResult] = service.startTableDataImportJob(params).promise().toFuture\n\n  }\n}\n\npackage honeycode {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/honeycode\", JSImport.Namespace, \"AWS.Honeycode\")\n  class Honeycode() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchCreateTableRows(params: BatchCreateTableRowsRequest): Request[BatchCreateTableRowsResult] = js.native\n    def batchDeleteTableRows(params: BatchDeleteTableRowsRequest): Request[BatchDeleteTableRowsResult] = js.native\n    def batchUpdateTableRows(params: BatchUpdateTableRowsRequest): Request[BatchUpdateTableRowsResult] = js.native\n    def batchUpsertTableRows(params: BatchUpsertTableRowsRequest): Request[BatchUpsertTableRowsResult] = js.native\n    def describeTableDataImportJob(params: DescribeTableDataImportJobRequest): Request[DescribeTableDataImportJobResult] = js.native\n    def getScreenData(params: GetScreenDataRequest): Request[GetScreenDataResult] = js.native\n    def invokeScreenAutomation(params: InvokeScreenAutomationRequest): Request[InvokeScreenAutomationResult] = js.native\n    def listTableColumns(params: ListTableColumnsRequest): Request[ListTableColumnsResult] = js.native\n    def listTableRows(params: ListTableRowsRequest): Request[ListTableRowsResult] = js.native\n    def listTables(params: ListTablesRequest): Request[ListTablesResult] = js.native\n    def queryTableRows(params: QueryTableRowsRequest): Request[QueryTableRowsResult] = js.native\n    def startTableDataImportJob(params: StartTableDataImportJobRequest): Request[StartTableDataImportJobResult] = js.native\n  }\n\n  @js.native\n  trait BatchCreateTableRowsRequest extends js.Object {\n    var rowsToCreate: CreateRowDataList\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object BatchCreateTableRowsRequest {\n    @inline\n    def apply(\n        rowsToCreate: CreateRowDataList,\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): BatchCreateTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"rowsToCreate\" -> rowsToCreate.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchCreateTableRowsResult extends js.Object {\n    var createdRows: CreatedRowsMap\n    var workbookCursor: WorkbookCursor\n    var failedBatchItems: js.UndefOr[FailedBatchItems]\n  }\n\n  object BatchCreateTableRowsResult {\n    @inline\n    def apply(\n        createdRows: CreatedRowsMap,\n        workbookCursor: WorkbookCursor,\n        failedBatchItems: js.UndefOr[FailedBatchItems] = js.undefined\n    ): BatchCreateTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"createdRows\" -> createdRows.asInstanceOf[js.Any],\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      failedBatchItems.foreach(__v => __obj.updateDynamic(\"failedBatchItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateTableRowsResult]\n    }\n  }\n\n  @js.native\n  trait BatchDeleteTableRowsRequest extends js.Object {\n    var rowIds: RowIdList\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object BatchDeleteTableRowsRequest {\n    @inline\n    def apply(\n        rowIds: RowIdList,\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): BatchDeleteTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"rowIds\" -> rowIds.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDeleteTableRowsResult extends js.Object {\n    var workbookCursor: WorkbookCursor\n    var failedBatchItems: js.UndefOr[FailedBatchItems]\n  }\n\n  object BatchDeleteTableRowsResult {\n    @inline\n    def apply(\n        workbookCursor: WorkbookCursor,\n        failedBatchItems: js.UndefOr[FailedBatchItems] = js.undefined\n    ): BatchDeleteTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      failedBatchItems.foreach(__v => __obj.updateDynamic(\"failedBatchItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteTableRowsResult]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateTableRowsRequest extends js.Object {\n    var rowsToUpdate: UpdateRowDataList\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object BatchUpdateTableRowsRequest {\n    @inline\n    def apply(\n        rowsToUpdate: UpdateRowDataList,\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): BatchUpdateTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"rowsToUpdate\" -> rowsToUpdate.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateTableRowsResult extends js.Object {\n    var workbookCursor: WorkbookCursor\n    var failedBatchItems: js.UndefOr[FailedBatchItems]\n  }\n\n  object BatchUpdateTableRowsResult {\n    @inline\n    def apply(\n        workbookCursor: WorkbookCursor,\n        failedBatchItems: js.UndefOr[FailedBatchItems] = js.undefined\n    ): BatchUpdateTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      failedBatchItems.foreach(__v => __obj.updateDynamic(\"failedBatchItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateTableRowsResult]\n    }\n  }\n\n  @js.native\n  trait BatchUpsertTableRowsRequest extends js.Object {\n    var rowsToUpsert: UpsertRowDataList\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object BatchUpsertTableRowsRequest {\n    @inline\n    def apply(\n        rowsToUpsert: UpsertRowDataList,\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): BatchUpsertTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"rowsToUpsert\" -> rowsToUpsert.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpsertTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUpsertTableRowsResult extends js.Object {\n    var rows: UpsertRowsResultMap\n    var workbookCursor: WorkbookCursor\n    var failedBatchItems: js.UndefOr[FailedBatchItems]\n  }\n\n  object BatchUpsertTableRowsResult {\n    @inline\n    def apply(\n        rows: UpsertRowsResultMap,\n        workbookCursor: WorkbookCursor,\n        failedBatchItems: js.UndefOr[FailedBatchItems] = js.undefined\n    ): BatchUpsertTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"rows\" -> rows.asInstanceOf[js.Any],\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      failedBatchItems.foreach(__v => __obj.updateDynamic(\"failedBatchItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpsertTableRowsResult]\n    }\n  }\n\n  \/** An object that represents a single cell in a table.\n    *\/\n  @js.native\n  trait Cell extends js.Object {\n    var format: js.UndefOr[Format]\n    var formattedValue: js.UndefOr[FormattedValue]\n    var formula: js.UndefOr[Formula]\n    var rawValue: js.UndefOr[RawValue]\n  }\n\n  object Cell {\n    @inline\n    def apply(\n        format: js.UndefOr[Format] = js.undefined,\n        formattedValue: js.UndefOr[FormattedValue] = js.undefined,\n        formula: js.UndefOr[Formula] = js.undefined,\n        rawValue: js.UndefOr[RawValue] = js.undefined\n    ): Cell = {\n      val __obj = js.Dynamic.literal()\n      format.foreach(__v => __obj.updateDynamic(\"format\")(__v.asInstanceOf[js.Any]))\n      formattedValue.foreach(__v => __obj.updateDynamic(\"formattedValue\")(__v.asInstanceOf[js.Any]))\n      formula.foreach(__v => __obj.updateDynamic(\"formula\")(__v.asInstanceOf[js.Any]))\n      rawValue.foreach(__v => __obj.updateDynamic(\"rawValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Cell]\n    }\n  }\n\n  \/** CellInput object contains the data needed to create or update cells in a table.\n    *\/\n  @js.native\n  trait CellInput extends js.Object {\n    var fact: js.UndefOr[Fact]\n  }\n\n  object CellInput {\n    @inline\n    def apply(\n        fact: js.UndefOr[Fact] = js.undefined\n    ): CellInput = {\n      val __obj = js.Dynamic.literal()\n      fact.foreach(__v => __obj.updateDynamic(\"fact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CellInput]\n    }\n  }\n\n  \/** Metadata for column in the table.\n    *\/\n  @js.native\n  trait ColumnMetadata extends js.Object {\n    var format: Format\n    var name: Name\n  }\n\n  object ColumnMetadata {\n    @inline\n    def apply(\n        format: Format,\n        name: Name\n    ): ColumnMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"format\" -> format.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ColumnMetadata]\n    }\n  }\n\n  \/** Data needed to create a single row in a table as part of the BatchCreateTableRows request.\n    *\/\n  @js.native\n  trait CreateRowData extends js.Object {\n    var batchItemId: BatchItemId\n    var cellsToCreate: RowDataInput\n  }\n\n  object CreateRowData {\n    @inline\n    def apply(\n        batchItemId: BatchItemId,\n        cellsToCreate: RowDataInput\n    ): CreateRowData = {\n      val __obj = js.Dynamic.literal(\n        \"batchItemId\" -> batchItemId.asInstanceOf[js.Any],\n        \"cellsToCreate\" -> cellsToCreate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRowData]\n    }\n  }\n\n  \/** The data in a particular data cell defined on the screen.\n    *\/\n  @js.native\n  trait DataItem extends js.Object {\n    var formattedValue: js.UndefOr[FormattedValue]\n    var overrideFormat: js.UndefOr[Format]\n    var rawValue: js.UndefOr[RawValue]\n  }\n\n  object DataItem {\n    @inline\n    def apply(\n        formattedValue: js.UndefOr[FormattedValue] = js.undefined,\n        overrideFormat: js.UndefOr[Format] = js.undefined,\n        rawValue: js.UndefOr[RawValue] = js.undefined\n    ): DataItem = {\n      val __obj = js.Dynamic.literal()\n      formattedValue.foreach(__v => __obj.updateDynamic(\"formattedValue\")(__v.asInstanceOf[js.Any]))\n      overrideFormat.foreach(__v => __obj.updateDynamic(\"overrideFormat\")(__v.asInstanceOf[js.Any]))\n      rawValue.foreach(__v => __obj.updateDynamic(\"rawValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataItem]\n    }\n  }\n\n  \/** An object that contains the options relating to parsing delimited text as part of an import request.\n    *\/\n  @js.native\n  trait DelimitedTextImportOptions extends js.Object {\n    var delimiter: DelimitedTextDelimiter\n    var dataCharacterEncoding: js.UndefOr[ImportDataCharacterEncoding]\n    var hasHeaderRow: js.UndefOr[HasHeaderRow]\n    var ignoreEmptyRows: js.UndefOr[IgnoreEmptyRows]\n  }\n\n  object DelimitedTextImportOptions {\n    @inline\n    def apply(\n        delimiter: DelimitedTextDelimiter,\n        dataCharacterEncoding: js.UndefOr[ImportDataCharacterEncoding] = js.undefined,\n        hasHeaderRow: js.UndefOr[HasHeaderRow] = js.undefined,\n        ignoreEmptyRows: js.UndefOr[IgnoreEmptyRows] = js.undefined\n    ): DelimitedTextImportOptions = {\n      val __obj = js.Dynamic.literal(\n        \"delimiter\" -> delimiter.asInstanceOf[js.Any]\n      )\n\n      dataCharacterEncoding.foreach(__v => __obj.updateDynamic(\"dataCharacterEncoding\")(__v.asInstanceOf[js.Any]))\n      hasHeaderRow.foreach(__v => __obj.updateDynamic(\"hasHeaderRow\")(__v.asInstanceOf[js.Any]))\n      ignoreEmptyRows.foreach(__v => __obj.updateDynamic(\"ignoreEmptyRows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DelimitedTextImportOptions]\n    }\n  }\n\n  @js.native\n  trait DescribeTableDataImportJobRequest extends js.Object {\n    var jobId: JobId\n    var tableId: ResourceId\n    var workbookId: ResourceId\n  }\n\n  object DescribeTableDataImportJobRequest {\n    @inline\n    def apply(\n        jobId: JobId,\n        tableId: ResourceId,\n        workbookId: ResourceId\n    ): DescribeTableDataImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTableDataImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTableDataImportJobResult extends js.Object {\n    var jobMetadata: TableDataImportJobMetadata\n    var jobStatus: TableDataImportJobStatus\n    var message: TableDataImportJobMessage\n  }\n\n  object DescribeTableDataImportJobResult {\n    @inline\n    def apply(\n        jobMetadata: TableDataImportJobMetadata,\n        jobStatus: TableDataImportJobStatus,\n        message: TableDataImportJobMessage\n    ): DescribeTableDataImportJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobMetadata\" -> jobMetadata.asInstanceOf[js.Any],\n        \"jobStatus\" -> jobStatus.asInstanceOf[js.Any],\n        \"message\" -> message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTableDataImportJobResult]\n    }\n  }\n\n  \/** An object that contains the options relating to the destination of the import request.\n    *\/\n  @js.native\n  trait DestinationOptions extends js.Object {\n    var columnMap: js.UndefOr[ImportColumnMap]\n  }\n\n  object DestinationOptions {\n    @inline\n    def apply(\n        columnMap: js.UndefOr[ImportColumnMap] = js.undefined\n    ): DestinationOptions = {\n      val __obj = js.Dynamic.literal()\n      columnMap.foreach(__v => __obj.updateDynamic(\"columnMap\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationOptions]\n    }\n  }\n\n  \/** A single item in a batch that failed to perform the intended action because of an error preventing it from succeeding.\n    *\/\n  @js.native\n  trait FailedBatchItem extends js.Object {\n    var errorMessage: BatchErrorMessage\n    var id: BatchItemId\n  }\n\n  object FailedBatchItem {\n    @inline\n    def apply(\n        errorMessage: BatchErrorMessage,\n        id: BatchItemId\n    ): FailedBatchItem = {\n      val __obj = js.Dynamic.literal(\n        \"errorMessage\" -> errorMessage.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FailedBatchItem]\n    }\n  }\n\n  \/** An object that represents a filter formula along with the id of the context row under which the filter function needs to evaluate.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var formula: Formula\n    var contextRowId: js.UndefOr[RowId]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        formula: Formula,\n        contextRowId: js.UndefOr[RowId] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"formula\" -> formula.asInstanceOf[js.Any]\n      )\n\n      contextRowId.foreach(__v => __obj.updateDynamic(\"contextRowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  @js.native\n  sealed trait Format extends js.Any\n  object Format {\n    val AUTO = \"AUTO\".asInstanceOf[Format]\n    val NUMBER = \"NUMBER\".asInstanceOf[Format]\n    val CURRENCY = \"CURRENCY\".asInstanceOf[Format]\n    val DATE = \"DATE\".asInstanceOf[Format]\n    val TIME = \"TIME\".asInstanceOf[Format]\n    val DATE_TIME = \"DATE_TIME\".asInstanceOf[Format]\n    val PERCENTAGE = \"PERCENTAGE\".asInstanceOf[Format]\n    val TEXT = \"TEXT\".asInstanceOf[Format]\n    val ACCOUNTING = \"ACCOUNTING\".asInstanceOf[Format]\n    val CONTACT = \"CONTACT\".asInstanceOf[Format]\n    val ROWLINK = \"ROWLINK\".asInstanceOf[Format]\n\n    @inline def values = js.Array(AUTO, NUMBER, CURRENCY, DATE, TIME, DATE_TIME, PERCENTAGE, TEXT, ACCOUNTING, CONTACT, ROWLINK)\n  }\n\n  @js.native\n  trait GetScreenDataRequest extends js.Object {\n    var appId: ResourceId\n    var screenId: ResourceId\n    var workbookId: ResourceId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n    var variables: js.UndefOr[VariableValueMap]\n  }\n\n  object GetScreenDataRequest {\n    @inline\n    def apply(\n        appId: ResourceId,\n        screenId: ResourceId,\n        workbookId: ResourceId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        variables: js.UndefOr[VariableValueMap] = js.undefined\n    ): GetScreenDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"screenId\" -> screenId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      variables.foreach(__v => __obj.updateDynamic(\"variables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetScreenDataRequest]\n    }\n  }\n\n  @js.native\n  trait GetScreenDataResult extends js.Object {\n    var results: ResultSetMap\n    var workbookCursor: WorkbookCursor\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetScreenDataResult {\n    @inline\n    def apply(\n        results: ResultSetMap,\n        workbookCursor: WorkbookCursor,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetScreenDataResult = {\n      val __obj = js.Dynamic.literal(\n        \"results\" -> results.asInstanceOf[js.Any],\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetScreenDataResult]\n    }\n  }\n\n  @js.native\n  sealed trait ImportDataCharacterEncoding extends js.Any\n  object ImportDataCharacterEncoding {\n    val `UTF-8` = \"UTF-8\".asInstanceOf[ImportDataCharacterEncoding]\n    val `US-ASCII` = \"US-ASCII\".asInstanceOf[ImportDataCharacterEncoding]\n    val `ISO-8859-1` = \"ISO-8859-1\".asInstanceOf[ImportDataCharacterEncoding]\n    val `UTF-16BE` = \"UTF-16BE\".asInstanceOf[ImportDataCharacterEncoding]\n    val `UTF-16LE` = \"UTF-16LE\".asInstanceOf[ImportDataCharacterEncoding]\n    val `UTF-16` = \"UTF-16\".asInstanceOf[ImportDataCharacterEncoding]\n\n    @inline def values = js.Array(`UTF-8`, `US-ASCII`, `ISO-8859-1`, `UTF-16BE`, `UTF-16LE`, `UTF-16`)\n  }\n\n  \/** An object that has details about the source of the data that was submitted for import.\n    *\/\n  @js.native\n  trait ImportDataSource extends js.Object {\n    var dataSourceConfig: ImportDataSourceConfig\n  }\n\n  object ImportDataSource {\n    @inline\n    def apply(\n        dataSourceConfig: ImportDataSourceConfig\n    ): ImportDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"dataSourceConfig\" -> dataSourceConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ImportDataSource]\n    }\n  }\n\n  \/** An object that contains the configuration parameters for the data source of an import request.\n    *\/\n  @js.native\n  trait ImportDataSourceConfig extends js.Object {\n    var dataSourceUrl: js.UndefOr[SecureURL]\n  }\n\n  object ImportDataSourceConfig {\n    @inline\n    def apply(\n        dataSourceUrl: js.UndefOr[SecureURL] = js.undefined\n    ): ImportDataSourceConfig = {\n      val __obj = js.Dynamic.literal()\n      dataSourceUrl.foreach(__v => __obj.updateDynamic(\"dataSourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportDataSourceConfig]\n    }\n  }\n\n  \/** An object that contains the attributes of the submitter of the import job.\n    *\/\n  @js.native\n  trait ImportJobSubmitter extends js.Object {\n    var email: js.UndefOr[Email]\n    var userArn: js.UndefOr[AwsUserArn]\n  }\n\n  object ImportJobSubmitter {\n    @inline\n    def apply(\n        email: js.UndefOr[Email] = js.undefined,\n        userArn: js.UndefOr[AwsUserArn] = js.undefined\n    ): ImportJobSubmitter = {\n      val __obj = js.Dynamic.literal()\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      userArn.foreach(__v => __obj.updateDynamic(\"userArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportJobSubmitter]\n    }\n  }\n\n  \/** An object that contains the options specified by the sumitter of the import request.\n    *\/\n  @js.native\n  trait ImportOptions extends js.Object {\n    var delimitedTextOptions: js.UndefOr[DelimitedTextImportOptions]\n    var destinationOptions: js.UndefOr[DestinationOptions]\n  }\n\n  object ImportOptions {\n    @inline\n    def apply(\n        delimitedTextOptions: js.UndefOr[DelimitedTextImportOptions] = js.undefined,\n        destinationOptions: js.UndefOr[DestinationOptions] = js.undefined\n    ): ImportOptions = {\n      val __obj = js.Dynamic.literal()\n      delimitedTextOptions.foreach(__v => __obj.updateDynamic(\"delimitedTextOptions\")(__v.asInstanceOf[js.Any]))\n      destinationOptions.foreach(__v => __obj.updateDynamic(\"destinationOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportOptions]\n    }\n  }\n\n  @js.native\n  sealed trait ImportSourceDataFormat extends js.Any\n  object ImportSourceDataFormat {\n    val DELIMITED_TEXT = \"DELIMITED_TEXT\".asInstanceOf[ImportSourceDataFormat]\n\n    @inline def values = js.Array(DELIMITED_TEXT)\n  }\n\n  @js.native\n  trait InvokeScreenAutomationRequest extends js.Object {\n    var appId: ResourceId\n    var screenAutomationId: ResourceId\n    var screenId: ResourceId\n    var workbookId: ResourceId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var rowId: js.UndefOr[RowId]\n    var variables: js.UndefOr[VariableValueMap]\n  }\n\n  object InvokeScreenAutomationRequest {\n    @inline\n    def apply(\n        appId: ResourceId,\n        screenAutomationId: ResourceId,\n        screenId: ResourceId,\n        workbookId: ResourceId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        rowId: js.UndefOr[RowId] = js.undefined,\n        variables: js.UndefOr[VariableValueMap] = js.undefined\n    ): InvokeScreenAutomationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"screenAutomationId\" -> screenAutomationId.asInstanceOf[js.Any],\n        \"screenId\" -> screenId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      rowId.foreach(__v => __obj.updateDynamic(\"rowId\")(__v.asInstanceOf[js.Any]))\n      variables.foreach(__v => __obj.updateDynamic(\"variables\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InvokeScreenAutomationRequest]\n    }\n  }\n\n  @js.native\n  trait InvokeScreenAutomationResult extends js.Object {\n    var workbookCursor: WorkbookCursor\n  }\n\n  object InvokeScreenAutomationResult {\n    @inline\n    def apply(\n        workbookCursor: WorkbookCursor\n    ): InvokeScreenAutomationResult = {\n      val __obj = js.Dynamic.literal(\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InvokeScreenAutomationResult]\n    }\n  }\n\n  @js.native\n  trait ListTableColumnsRequest extends js.Object {\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListTableColumnsRequest {\n    @inline\n    def apply(\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListTableColumnsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableColumnsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTableColumnsResult extends js.Object {\n    var tableColumns: TableColumns\n    var nextToken: js.UndefOr[PaginationToken]\n    var workbookCursor: js.UndefOr[WorkbookCursor]\n  }\n\n  object ListTableColumnsResult {\n    @inline\n    def apply(\n        tableColumns: TableColumns,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        workbookCursor: js.UndefOr[WorkbookCursor] = js.undefined\n    ): ListTableColumnsResult = {\n      val __obj = js.Dynamic.literal(\n        \"tableColumns\" -> tableColumns.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      workbookCursor.foreach(__v => __obj.updateDynamic(\"workbookCursor\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableColumnsResult]\n    }\n  }\n\n  @js.native\n  trait ListTableRowsRequest extends js.Object {\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n    var rowIds: js.UndefOr[RowIdList]\n  }\n\n  object ListTableRowsRequest {\n    @inline\n    def apply(\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        rowIds: js.UndefOr[RowIdList] = js.undefined\n    ): ListTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      rowIds.foreach(__v => __obj.updateDynamic(\"rowIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTableRowsResult extends js.Object {\n    var columnIds: ResourceIds\n    var rows: TableRows\n    var workbookCursor: WorkbookCursor\n    var nextToken: js.UndefOr[PaginationToken]\n    var rowIdsNotFound: js.UndefOr[RowIdList]\n  }\n\n  object ListTableRowsResult {\n    @inline\n    def apply(\n        columnIds: ResourceIds,\n        rows: TableRows,\n        workbookCursor: WorkbookCursor,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        rowIdsNotFound: js.UndefOr[RowIdList] = js.undefined\n    ): ListTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"columnIds\" -> columnIds.asInstanceOf[js.Any],\n        \"rows\" -> rows.asInstanceOf[js.Any],\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      rowIdsNotFound.foreach(__v => __obj.updateDynamic(\"rowIdsNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableRowsResult]\n    }\n  }\n\n  @js.native\n  trait ListTablesRequest extends js.Object {\n    var workbookId: ResourceId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListTablesRequest {\n    @inline\n    def apply(\n        workbookId: ResourceId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListTablesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTablesResult extends js.Object {\n    var tables: Tables\n    var nextToken: js.UndefOr[PaginationToken]\n    var workbookCursor: js.UndefOr[WorkbookCursor]\n  }\n\n  object ListTablesResult {\n    @inline\n    def apply(\n        tables: Tables,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        workbookCursor: js.UndefOr[WorkbookCursor] = js.undefined\n    ): ListTablesResult = {\n      val __obj = js.Dynamic.literal(\n        \"tables\" -> tables.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      workbookCursor.foreach(__v => __obj.updateDynamic(\"workbookCursor\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesResult]\n    }\n  }\n\n  @js.native\n  trait QueryTableRowsRequest extends js.Object {\n    var filterFormula: Filter\n    var tableId: ResourceId\n    var workbookId: ResourceId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object QueryTableRowsRequest {\n    @inline\n    def apply(\n        filterFormula: Filter,\n        tableId: ResourceId,\n        workbookId: ResourceId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): QueryTableRowsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filterFormula\" -> filterFormula.asInstanceOf[js.Any],\n        \"tableId\" -> tableId.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryTableRowsRequest]\n    }\n  }\n\n  @js.native\n  trait QueryTableRowsResult extends js.Object {\n    var columnIds: ResourceIds\n    var rows: TableRows\n    var workbookCursor: WorkbookCursor\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object QueryTableRowsResult {\n    @inline\n    def apply(\n        columnIds: ResourceIds,\n        rows: TableRows,\n        workbookCursor: WorkbookCursor,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): QueryTableRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"columnIds\" -> columnIds.asInstanceOf[js.Any],\n        \"rows\" -> rows.asInstanceOf[js.Any],\n        \"workbookCursor\" -> workbookCursor.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryTableRowsResult]\n    }\n  }\n\n  \/** A single row in the ResultSet.\n    *\/\n  @js.native\n  trait ResultRow extends js.Object {\n    var dataItems: DataItems\n    var rowId: js.UndefOr[RowId]\n  }\n\n  object ResultRow {\n    @inline\n    def apply(\n        dataItems: DataItems,\n        rowId: js.UndefOr[RowId] = js.undefined\n    ): ResultRow = {\n      val __obj = js.Dynamic.literal(\n        \"dataItems\" -> dataItems.asInstanceOf[js.Any]\n      )\n\n      rowId.foreach(__v => __obj.updateDynamic(\"rowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultRow]\n    }\n  }\n\n  \/** ResultSet contains the results of the request for a single block or list defined on the screen.\n    *\/\n  @js.native\n  trait ResultSet extends js.Object {\n    var headers: ResultHeader\n    var rows: ResultRows\n  }\n\n  object ResultSet {\n    @inline\n    def apply(\n        headers: ResultHeader,\n        rows: ResultRows\n    ): ResultSet = {\n      val __obj = js.Dynamic.literal(\n        \"headers\" -> headers.asInstanceOf[js.Any],\n        \"rows\" -> rows.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResultSet]\n    }\n  }\n\n  \/** An object that contains the properties for importing data to a specific column in a table.\n    *\/\n  @js.native\n  trait SourceDataColumnProperties extends js.Object {\n    var columnIndex: js.UndefOr[SourceDataColumnIndex]\n  }\n\n  object SourceDataColumnProperties {\n    @inline\n    def apply(\n        columnIndex: js.UndefOr[SourceDataColumnIndex] = js.undefined\n    ): SourceDataColumnProperties = {\n      val __obj = js.Dynamic.literal()\n      columnIndex.foreach(__v => __obj.updateDynamic(\"columnIndex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceDataColumnProperties]\n    }\n  }\n\n  @js.native\n  trait StartTableDataImportJobRequest extends js.Object {\n    var clientRequestToken: ClientRequestToken\n    var dataFormat: ImportSourceDataFormat\n    var dataSource: ImportDataSource\n    var destinationTableId: ResourceId\n    var importOptions: ImportOptions\n    var workbookId: ResourceId\n  }\n\n  object StartTableDataImportJobRequest {\n    @inline\n    def apply(\n        clientRequestToken: ClientRequestToken,\n        dataFormat: ImportSourceDataFormat,\n        dataSource: ImportDataSource,\n        destinationTableId: ResourceId,\n        importOptions: ImportOptions,\n        workbookId: ResourceId\n    ): StartTableDataImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientRequestToken\" -> clientRequestToken.asInstanceOf[js.Any],\n        \"dataFormat\" -> dataFormat.asInstanceOf[js.Any],\n        \"dataSource\" -> dataSource.asInstanceOf[js.Any],\n        \"destinationTableId\" -> destinationTableId.asInstanceOf[js.Any],\n        \"importOptions\" -> importOptions.asInstanceOf[js.Any],\n        \"workbookId\" -> workbookId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartTableDataImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartTableDataImportJobResult extends js.Object {\n    var jobId: JobId\n    var jobStatus: TableDataImportJobStatus\n  }\n\n  object StartTableDataImportJobResult {\n    @inline\n    def apply(\n        jobId: JobId,\n        jobStatus: TableDataImportJobStatus\n    ): StartTableDataImportJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"jobStatus\" -> jobStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartTableDataImportJobResult]\n    }\n  }\n\n  \/** An object representing the properties of a table in a workbook.\n    *\/\n  @js.native\n  trait Table extends js.Object {\n    var tableId: js.UndefOr[ResourceId]\n    var tableName: js.UndefOr[TableName]\n  }\n\n  object Table {\n    @inline\n    def apply(\n        tableId: js.UndefOr[ResourceId] = js.undefined,\n        tableName: js.UndefOr[TableName] = js.undefined\n    ): Table = {\n      val __obj = js.Dynamic.literal()\n      tableId.foreach(__v => __obj.updateDynamic(\"tableId\")(__v.asInstanceOf[js.Any]))\n      tableName.foreach(__v => __obj.updateDynamic(\"tableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Table]\n    }\n  }\n\n  \/** An object that contains attributes about a single column in a table\n    *\/\n  @js.native\n  trait TableColumn extends js.Object {\n    var format: js.UndefOr[Format]\n    var tableColumnId: js.UndefOr[ResourceId]\n    var tableColumnName: js.UndefOr[TableColumnName]\n  }\n\n  object TableColumn {\n    @inline\n    def apply(\n        format: js.UndefOr[Format] = js.undefined,\n        tableColumnId: js.UndefOr[ResourceId] = js.undefined,\n        tableColumnName: js.UndefOr[TableColumnName] = js.undefined\n    ): TableColumn = {\n      val __obj = js.Dynamic.literal()\n      format.foreach(__v => __obj.updateDynamic(\"format\")(__v.asInstanceOf[js.Any]))\n      tableColumnId.foreach(__v => __obj.updateDynamic(\"tableColumnId\")(__v.asInstanceOf[js.Any]))\n      tableColumnName.foreach(__v => __obj.updateDynamic(\"tableColumnName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableColumn]\n    }\n  }\n\n  \/** The metadata associated with the table data import job that was submitted.\n    *\/\n  @js.native\n  trait TableDataImportJobMetadata extends js.Object {\n    var dataSource: ImportDataSource\n    var importOptions: ImportOptions\n    var submitTime: TimestampInMillis\n    var submitter: ImportJobSubmitter\n  }\n\n  object TableDataImportJobMetadata {\n    @inline\n    def apply(\n        dataSource: ImportDataSource,\n        importOptions: ImportOptions,\n        submitTime: TimestampInMillis,\n        submitter: ImportJobSubmitter\n    ): TableDataImportJobMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"dataSource\" -> dataSource.asInstanceOf[js.Any],\n        \"importOptions\" -> importOptions.asInstanceOf[js.Any],\n        \"submitTime\" -> submitTime.asInstanceOf[js.Any],\n        \"submitter\" -> submitter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TableDataImportJobMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait TableDataImportJobStatus extends js.Any\n  object TableDataImportJobStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[TableDataImportJobStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[TableDataImportJobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[TableDataImportJobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[TableDataImportJobStatus]\n\n    @inline def values = js.Array(SUBMITTED, IN_PROGRESS, COMPLETED, FAILED)\n  }\n\n  \/** An object that contains attributes about a single row in a table\n    *\/\n  @js.native\n  trait TableRow extends js.Object {\n    var cells: Cells\n    var rowId: RowId\n  }\n\n  object TableRow {\n    @inline\n    def apply(\n        cells: Cells,\n        rowId: RowId\n    ): TableRow = {\n      val __obj = js.Dynamic.literal(\n        \"cells\" -> cells.asInstanceOf[js.Any],\n        \"rowId\" -> rowId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TableRow]\n    }\n  }\n\n  \/** Data needed to create a single row in a table as part of the BatchCreateTableRows request.\n    *\/\n  @js.native\n  trait UpdateRowData extends js.Object {\n    var cellsToUpdate: RowDataInput\n    var rowId: RowId\n  }\n\n  object UpdateRowData {\n    @inline\n    def apply(\n        cellsToUpdate: RowDataInput,\n        rowId: RowId\n    ): UpdateRowData = {\n      val __obj = js.Dynamic.literal(\n        \"cellsToUpdate\" -> cellsToUpdate.asInstanceOf[js.Any],\n        \"rowId\" -> rowId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRowData]\n    }\n  }\n\n  @js.native\n  sealed trait UpsertAction extends js.Any\n  object UpsertAction {\n    val UPDATED = \"UPDATED\".asInstanceOf[UpsertAction]\n    val APPENDED = \"APPENDED\".asInstanceOf[UpsertAction]\n\n    @inline def values = js.Array(UPDATED, APPENDED)\n  }\n\n  \/** Data needed to upsert rows in a table as part of a single item in the BatchUpsertTableRows request.\n    *\/\n  @js.native\n  trait UpsertRowData extends js.Object {\n    var batchItemId: BatchItemId\n    var cellsToUpdate: RowDataInput\n    var filter: Filter\n  }\n\n  object UpsertRowData {\n    @inline\n    def apply(\n        batchItemId: BatchItemId,\n        cellsToUpdate: RowDataInput,\n        filter: Filter\n    ): UpsertRowData = {\n      val __obj = js.Dynamic.literal(\n        \"batchItemId\" -> batchItemId.asInstanceOf[js.Any],\n        \"cellsToUpdate\" -> cellsToUpdate.asInstanceOf[js.Any],\n        \"filter\" -> filter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpsertRowData]\n    }\n  }\n\n  \/** An object that represents the result of a single upsert row request.\n    *\/\n  @js.native\n  trait UpsertRowsResult extends js.Object {\n    var rowIds: RowIdList\n    var upsertAction: UpsertAction\n  }\n\n  object UpsertRowsResult {\n    @inline\n    def apply(\n        rowIds: RowIdList,\n        upsertAction: UpsertAction\n    ): UpsertRowsResult = {\n      val __obj = js.Dynamic.literal(\n        \"rowIds\" -> rowIds.asInstanceOf[js.Any],\n        \"upsertAction\" -> upsertAction.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpsertRowsResult]\n    }\n  }\n\n  \/** The input variables to the app to be used by the InvokeScreenAutomation action request.\n    *\/\n  @js.native\n  trait VariableValue extends js.Object {\n    var rawValue: RawValue\n  }\n\n  object VariableValue {\n    @inline\n    def apply(\n        rawValue: RawValue\n    ): VariableValue = {\n      val __obj = js.Dynamic.literal(\n        \"rawValue\" -> rawValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VariableValue]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudhsm\/src\/main\/scala\/facade\/amazonaws\/services\/CloudHSM.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cloudhsm {\n  type AZ = String\n  type AZList = js.Array[AZ]\n  type Certificate = String\n  type CertificateFingerprint = String\n  type ClientArn = String\n  type ClientLabel = String\n  type ClientList = js.Array[ClientArn]\n  type ClientToken = String\n  type EniId = String\n  type ExternalId = String\n  type HapgArn = String\n  type HapgList = js.Array[HapgArn]\n  type HsmArn = String\n  type HsmList = js.Array[HsmArn]\n  type HsmSerialNumber = String\n  type IamRoleArn = String\n  type IpAddress = String\n  type Label = String\n  type PaginationToken = String\n  type PartitionArn = String\n  type PartitionList = js.Array[PartitionArn]\n  type PartitionSerial = String\n  type PartitionSerialList = js.Array[PartitionSerial]\n  type SshKey = String\n  type SubnetId = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = String\n  type VpcId = String\n\n  implicit final class CloudHSMOps(private val service: CloudHSM) extends AnyVal {\n\n    @inline def addTagsToResourceFuture(params: AddTagsToResourceRequest): Future[AddTagsToResourceResponse] = service.addTagsToResource(params).promise().toFuture\n    @inline def createHapgFuture(params: CreateHapgRequest): Future[CreateHapgResponse] = service.createHapg(params).promise().toFuture\n    @inline def createHsmFuture(params: CreateHsmRequest): Future[CreateHsmResponse] = service.createHsm(params).promise().toFuture\n    @inline def createLunaClientFuture(params: CreateLunaClientRequest): Future[CreateLunaClientResponse] = service.createLunaClient(params).promise().toFuture\n    @inline def deleteHapgFuture(params: DeleteHapgRequest): Future[DeleteHapgResponse] = service.deleteHapg(params).promise().toFuture\n    @inline def deleteHsmFuture(params: DeleteHsmRequest): Future[DeleteHsmResponse] = service.deleteHsm(params).promise().toFuture\n    @inline def deleteLunaClientFuture(params: DeleteLunaClientRequest): Future[DeleteLunaClientResponse] = service.deleteLunaClient(params).promise().toFuture\n    @inline def describeHapgFuture(params: DescribeHapgRequest): Future[DescribeHapgResponse] = service.describeHapg(params).promise().toFuture\n    @inline def describeHsmFuture(params: DescribeHsmRequest): Future[DescribeHsmResponse] = service.describeHsm(params).promise().toFuture\n    @inline def describeLunaClientFuture(params: DescribeLunaClientRequest): Future[DescribeLunaClientResponse] = service.describeLunaClient(params).promise().toFuture\n    @inline def getConfigFuture(params: GetConfigRequest): Future[GetConfigResponse] = service.getConfig(params).promise().toFuture\n    @inline def listAvailableZonesFuture(params: ListAvailableZonesRequest): Future[ListAvailableZonesResponse] = service.listAvailableZones(params).promise().toFuture\n    @inline def listHapgsFuture(params: ListHapgsRequest): Future[ListHapgsResponse] = service.listHapgs(params).promise().toFuture\n    @inline def listHsmsFuture(params: ListHsmsRequest): Future[ListHsmsResponse] = service.listHsms(params).promise().toFuture\n    @inline def listLunaClientsFuture(params: ListLunaClientsRequest): Future[ListLunaClientsResponse] = service.listLunaClients(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyHapgFuture(params: ModifyHapgRequest): Future[ModifyHapgResponse] = service.modifyHapg(params).promise().toFuture\n    @inline def modifyHsmFuture(params: ModifyHsmRequest): Future[ModifyHsmResponse] = service.modifyHsm(params).promise().toFuture\n    @inline def modifyLunaClientFuture(params: ModifyLunaClientRequest): Future[ModifyLunaClientResponse] = service.modifyLunaClient(params).promise().toFuture\n    @inline def removeTagsFromResourceFuture(params: RemoveTagsFromResourceRequest): Future[RemoveTagsFromResourceResponse] = service.removeTagsFromResource(params).promise().toFuture\n\n  }\n}\n\npackage cloudhsm {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cloudhsm\", JSImport.Namespace, \"AWS.CloudHSM\")\n  class CloudHSM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTagsToResource(params: AddTagsToResourceRequest): Request[AddTagsToResourceResponse] = js.native\n    def createHapg(params: CreateHapgRequest): Request[CreateHapgResponse] = js.native\n    def createHsm(params: CreateHsmRequest): Request[CreateHsmResponse] = js.native\n    def createLunaClient(params: CreateLunaClientRequest): Request[CreateLunaClientResponse] = js.native\n    def deleteHapg(params: DeleteHapgRequest): Request[DeleteHapgResponse] = js.native\n    def deleteHsm(params: DeleteHsmRequest): Request[DeleteHsmResponse] = js.native\n    def deleteLunaClient(params: DeleteLunaClientRequest): Request[DeleteLunaClientResponse] = js.native\n    def describeHapg(params: DescribeHapgRequest): Request[DescribeHapgResponse] = js.native\n    def describeHsm(params: DescribeHsmRequest): Request[DescribeHsmResponse] = js.native\n    def describeLunaClient(params: DescribeLunaClientRequest): Request[DescribeLunaClientResponse] = js.native\n    def getConfig(params: GetConfigRequest): Request[GetConfigResponse] = js.native\n    def listAvailableZones(params: ListAvailableZonesRequest): Request[ListAvailableZonesResponse] = js.native\n    def listHapgs(params: ListHapgsRequest): Request[ListHapgsResponse] = js.native\n    def listHsms(params: ListHsmsRequest): Request[ListHsmsResponse] = js.native\n    def listLunaClients(params: ListLunaClientsRequest): Request[ListLunaClientsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def modifyHapg(params: ModifyHapgRequest): Request[ModifyHapgResponse] = js.native\n    def modifyHsm(params: ModifyHsmRequest): Request[ModifyHsmResponse] = js.native\n    def modifyLunaClient(params: ModifyLunaClientRequest): Request[ModifyLunaClientResponse] = js.native\n    def removeTagsFromResource(params: RemoveTagsFromResourceRequest): Request[RemoveTagsFromResourceResponse] = js.native\n  }\n\n  @js.native\n  trait AddTagsToResourceRequest extends js.Object {\n    var ResourceArn: String\n    var TagList: TagList\n  }\n\n  object AddTagsToResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        TagList: TagList\n    ): AddTagsToResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagList\" -> TagList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceRequest]\n    }\n  }\n\n  @js.native\n  trait AddTagsToResourceResponse extends js.Object {\n    var Status: String\n  }\n\n  object AddTagsToResourceResponse {\n    @inline\n    def apply(\n        Status: String\n    ): AddTagsToResourceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ClientVersion extends js.Any\n  object ClientVersion {\n    val `5.1` = \"5.1\".asInstanceOf[ClientVersion]\n    val `5.3` = \"5.3\".asInstanceOf[ClientVersion]\n\n    @inline def values = js.Array(`5.1`, `5.3`)\n  }\n\n  @js.native\n  sealed trait CloudHsmObjectState extends js.Any\n  object CloudHsmObjectState {\n    val READY = \"READY\".asInstanceOf[CloudHsmObjectState]\n    val UPDATING = \"UPDATING\".asInstanceOf[CloudHsmObjectState]\n    val DEGRADED = \"DEGRADED\".asInstanceOf[CloudHsmObjectState]\n\n    @inline def values = js.Array(READY, UPDATING, DEGRADED)\n  }\n\n  \/** Contains the inputs for the <a>CreateHapgRequest<\/a> action.\n    *\/\n  @js.native\n  trait CreateHapgRequest extends js.Object {\n    var Label: Label\n  }\n\n  object CreateHapgRequest {\n    @inline\n    def apply(\n        Label: Label\n    ): CreateHapgRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Label\" -> Label.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateHapgRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>CreateHAPartitionGroup<\/a> action.\n    *\/\n  @js.native\n  trait CreateHapgResponse extends js.Object {\n    var HapgArn: js.UndefOr[HapgArn]\n  }\n\n  object CreateHapgResponse {\n    @inline\n    def apply(\n        HapgArn: js.UndefOr[HapgArn] = js.undefined\n    ): CreateHapgResponse = {\n      val __obj = js.Dynamic.literal()\n      HapgArn.foreach(__v => __obj.updateDynamic(\"HapgArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHapgResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <code>CreateHsm<\/code> operation.\n    *\/\n  @js.native\n  trait CreateHsmRequest extends js.Object {\n    var IamRoleArn: IamRoleArn\n    var SshKey: SshKey\n    var SubnetId: SubnetId\n    var SubscriptionType: SubscriptionType\n    var ClientToken: js.UndefOr[ClientToken]\n    var EniIp: js.UndefOr[IpAddress]\n    var ExternalId: js.UndefOr[ExternalId]\n    var SyslogIp: js.UndefOr[IpAddress]\n  }\n\n  object CreateHsmRequest {\n    @inline\n    def apply(\n        IamRoleArn: IamRoleArn,\n        SshKey: SshKey,\n        SubnetId: SubnetId,\n        SubscriptionType: SubscriptionType,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        EniIp: js.UndefOr[IpAddress] = js.undefined,\n        ExternalId: js.UndefOr[ExternalId] = js.undefined,\n        SyslogIp: js.UndefOr[IpAddress] = js.undefined\n    ): CreateHsmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IamRoleArn\" -> IamRoleArn.asInstanceOf[js.Any],\n        \"SshKey\" -> SshKey.asInstanceOf[js.Any],\n        \"SubnetId\" -> SubnetId.asInstanceOf[js.Any],\n        \"SubscriptionType\" -> SubscriptionType.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      EniIp.foreach(__v => __obj.updateDynamic(\"EniIp\")(__v.asInstanceOf[js.Any]))\n      ExternalId.foreach(__v => __obj.updateDynamic(\"ExternalId\")(__v.asInstanceOf[js.Any]))\n      SyslogIp.foreach(__v => __obj.updateDynamic(\"SyslogIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHsmRequest]\n    }\n  }\n\n  \/** Contains the output of the <code>CreateHsm<\/code> operation.\n    *\/\n  @js.native\n  trait CreateHsmResponse extends js.Object {\n    var HsmArn: js.UndefOr[HsmArn]\n  }\n\n  object CreateHsmResponse {\n    @inline\n    def apply(\n        HsmArn: js.UndefOr[HsmArn] = js.undefined\n    ): CreateHsmResponse = {\n      val __obj = js.Dynamic.literal()\n      HsmArn.foreach(__v => __obj.updateDynamic(\"HsmArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHsmResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>CreateLunaClient<\/a> action.\n    *\/\n  @js.native\n  trait CreateLunaClientRequest extends js.Object {\n    var Certificate: Certificate\n    var Label: js.UndefOr[ClientLabel]\n  }\n\n  object CreateLunaClientRequest {\n    @inline\n    def apply(\n        Certificate: Certificate,\n        Label: js.UndefOr[ClientLabel] = js.undefined\n    ): CreateLunaClientRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Certificate\" -> Certificate.asInstanceOf[js.Any]\n      )\n\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLunaClientRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>CreateLunaClient<\/a> action.\n    *\/\n  @js.native\n  trait CreateLunaClientResponse extends js.Object {\n    var ClientArn: js.UndefOr[ClientArn]\n  }\n\n  object CreateLunaClientResponse {\n    @inline\n    def apply(\n        ClientArn: js.UndefOr[ClientArn] = js.undefined\n    ): CreateLunaClientResponse = {\n      val __obj = js.Dynamic.literal()\n      ClientArn.foreach(__v => __obj.updateDynamic(\"ClientArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLunaClientResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>DeleteHapg<\/a> action.\n    *\/\n  @js.native\n  trait DeleteHapgRequest extends js.Object {\n    var HapgArn: HapgArn\n  }\n\n  object DeleteHapgRequest {\n    @inline\n    def apply(\n        HapgArn: HapgArn\n    ): DeleteHapgRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HapgArn\" -> HapgArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHapgRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>DeleteHapg<\/a> action.\n    *\/\n  @js.native\n  trait DeleteHapgResponse extends js.Object {\n    var Status: String\n  }\n\n  object DeleteHapgResponse {\n    @inline\n    def apply(\n        Status: String\n    ): DeleteHapgResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHapgResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>DeleteHsm<\/a> operation.\n    *\/\n  @js.native\n  trait DeleteHsmRequest extends js.Object {\n    var HsmArn: HsmArn\n  }\n\n  object DeleteHsmRequest {\n    @inline\n    def apply(\n        HsmArn: HsmArn\n    ): DeleteHsmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HsmArn\" -> HsmArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHsmRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>DeleteHsm<\/a> operation.\n    *\/\n  @js.native\n  trait DeleteHsmResponse extends js.Object {\n    var Status: String\n  }\n\n  object DeleteHsmResponse {\n    @inline\n    def apply(\n        Status: String\n    ): DeleteHsmResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHsmResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLunaClientRequest extends js.Object {\n    var ClientArn: ClientArn\n  }\n\n  object DeleteLunaClientRequest {\n    @inline\n    def apply(\n        ClientArn: ClientArn\n    ): DeleteLunaClientRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientArn\" -> ClientArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLunaClientRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteLunaClientResponse extends js.Object {\n    var Status: String\n  }\n\n  object DeleteLunaClientResponse {\n    @inline\n    def apply(\n        Status: String\n    ): DeleteLunaClientResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLunaClientResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>DescribeHapg<\/a> action.\n    *\/\n  @js.native\n  trait DescribeHapgRequest extends js.Object {\n    var HapgArn: HapgArn\n  }\n\n  object DescribeHapgRequest {\n    @inline\n    def apply(\n        HapgArn: HapgArn\n    ): DescribeHapgRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HapgArn\" -> HapgArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeHapgRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>DescribeHapg<\/a> action.\n    *\/\n  @js.native\n  trait DescribeHapgResponse extends js.Object {\n    var HapgArn: js.UndefOr[HapgArn]\n    var HapgSerial: js.UndefOr[String]\n    var HsmsLastActionFailed: js.UndefOr[HsmList]\n    var HsmsPendingDeletion: js.UndefOr[HsmList]\n    var HsmsPendingRegistration: js.UndefOr[HsmList]\n    var Label: js.UndefOr[Label]\n    var LastModifiedTimestamp: js.UndefOr[Timestamp]\n    var PartitionSerialList: js.UndefOr[PartitionSerialList]\n    var State: js.UndefOr[CloudHsmObjectState]\n  }\n\n  object DescribeHapgResponse {\n    @inline\n    def apply(\n        HapgArn: js.UndefOr[HapgArn] = js.undefined,\n        HapgSerial: js.UndefOr[String] = js.undefined,\n        HsmsLastActionFailed: js.UndefOr[HsmList] = js.undefined,\n        HsmsPendingDeletion: js.UndefOr[HsmList] = js.undefined,\n        HsmsPendingRegistration: js.UndefOr[HsmList] = js.undefined,\n        Label: js.UndefOr[Label] = js.undefined,\n        LastModifiedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        PartitionSerialList: js.UndefOr[PartitionSerialList] = js.undefined,\n        State: js.UndefOr[CloudHsmObjectState] = js.undefined\n    ): DescribeHapgResponse = {\n      val __obj = js.Dynamic.literal()\n      HapgArn.foreach(__v => __obj.updateDynamic(\"HapgArn\")(__v.asInstanceOf[js.Any]))\n      HapgSerial.foreach(__v => __obj.updateDynamic(\"HapgSerial\")(__v.asInstanceOf[js.Any]))\n      HsmsLastActionFailed.foreach(__v => __obj.updateDynamic(\"HsmsLastActionFailed\")(__v.asInstanceOf[js.Any]))\n      HsmsPendingDeletion.foreach(__v => __obj.updateDynamic(\"HsmsPendingDeletion\")(__v.asInstanceOf[js.Any]))\n      HsmsPendingRegistration.foreach(__v => __obj.updateDynamic(\"HsmsPendingRegistration\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimestamp.foreach(__v => __obj.updateDynamic(\"LastModifiedTimestamp\")(__v.asInstanceOf[js.Any]))\n      PartitionSerialList.foreach(__v => __obj.updateDynamic(\"PartitionSerialList\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHapgResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>DescribeHsm<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeHsmRequest extends js.Object {\n    var HsmArn: js.UndefOr[HsmArn]\n    var HsmSerialNumber: js.UndefOr[HsmSerialNumber]\n  }\n\n  object DescribeHsmRequest {\n    @inline\n    def apply(\n        HsmArn: js.UndefOr[HsmArn] = js.undefined,\n        HsmSerialNumber: js.UndefOr[HsmSerialNumber] = js.undefined\n    ): DescribeHsmRequest = {\n      val __obj = js.Dynamic.literal()\n      HsmArn.foreach(__v => __obj.updateDynamic(\"HsmArn\")(__v.asInstanceOf[js.Any]))\n      HsmSerialNumber.foreach(__v => __obj.updateDynamic(\"HsmSerialNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHsmRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>DescribeHsm<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeHsmResponse extends js.Object {\n    var AvailabilityZone: js.UndefOr[AZ]\n    var EniId: js.UndefOr[EniId]\n    var EniIp: js.UndefOr[IpAddress]\n    var HsmArn: js.UndefOr[HsmArn]\n    var HsmType: js.UndefOr[String]\n    var IamRoleArn: js.UndefOr[IamRoleArn]\n    var Partitions: js.UndefOr[PartitionList]\n    var SerialNumber: js.UndefOr[HsmSerialNumber]\n    var ServerCertLastUpdated: js.UndefOr[Timestamp]\n    var ServerCertUri: js.UndefOr[String]\n    var SoftwareVersion: js.UndefOr[String]\n    var SshKeyLastUpdated: js.UndefOr[Timestamp]\n    var SshPublicKey: js.UndefOr[SshKey]\n    var Status: js.UndefOr[HsmStatus]\n    var StatusDetails: js.UndefOr[String]\n    var SubnetId: js.UndefOr[SubnetId]\n    var SubscriptionEndDate: js.UndefOr[Timestamp]\n    var SubscriptionStartDate: js.UndefOr[Timestamp]\n    var SubscriptionType: js.UndefOr[SubscriptionType]\n    var VendorName: js.UndefOr[String]\n    var VpcId: js.UndefOr[VpcId]\n  }\n\n  object DescribeHsmResponse {\n    @inline\n    def apply(\n        AvailabilityZone: js.UndefOr[AZ] = js.undefined,\n        EniId: js.UndefOr[EniId] = js.undefined,\n        EniIp: js.UndefOr[IpAddress] = js.undefined,\n        HsmArn: js.UndefOr[HsmArn] = js.undefined,\n        HsmType: js.UndefOr[String] = js.undefined,\n        IamRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        Partitions: js.UndefOr[PartitionList] = js.undefined,\n        SerialNumber: js.UndefOr[HsmSerialNumber] = js.undefined,\n        ServerCertLastUpdated: js.UndefOr[Timestamp] = js.undefined,\n        ServerCertUri: js.UndefOr[String] = js.undefined,\n        SoftwareVersion: js.UndefOr[String] = js.undefined,\n        SshKeyLastUpdated: js.UndefOr[Timestamp] = js.undefined,\n        SshPublicKey: js.UndefOr[SshKey] = js.undefined,\n        Status: js.UndefOr[HsmStatus] = js.undefined,\n        StatusDetails: js.UndefOr[String] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined,\n        SubscriptionEndDate: js.UndefOr[Timestamp] = js.undefined,\n        SubscriptionStartDate: js.UndefOr[Timestamp] = js.undefined,\n        SubscriptionType: js.UndefOr[SubscriptionType] = js.undefined,\n        VendorName: js.UndefOr[String] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined\n    ): DescribeHsmResponse = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      EniId.foreach(__v => __obj.updateDynamic(\"EniId\")(__v.asInstanceOf[js.Any]))\n      EniIp.foreach(__v => __obj.updateDynamic(\"EniIp\")(__v.asInstanceOf[js.Any]))\n      HsmArn.foreach(__v => __obj.updateDynamic(\"HsmArn\")(__v.asInstanceOf[js.Any]))\n      HsmType.foreach(__v => __obj.updateDynamic(\"HsmType\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      Partitions.foreach(__v => __obj.updateDynamic(\"Partitions\")(__v.asInstanceOf[js.Any]))\n      SerialNumber.foreach(__v => __obj.updateDynamic(\"SerialNumber\")(__v.asInstanceOf[js.Any]))\n      ServerCertLastUpdated.foreach(__v => __obj.updateDynamic(\"ServerCertLastUpdated\")(__v.asInstanceOf[js.Any]))\n      ServerCertUri.foreach(__v => __obj.updateDynamic(\"ServerCertUri\")(__v.asInstanceOf[js.Any]))\n      SoftwareVersion.foreach(__v => __obj.updateDynamic(\"SoftwareVersion\")(__v.asInstanceOf[js.Any]))\n      SshKeyLastUpdated.foreach(__v => __obj.updateDynamic(\"SshKeyLastUpdated\")(__v.asInstanceOf[js.Any]))\n      SshPublicKey.foreach(__v => __obj.updateDynamic(\"SshPublicKey\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      SubscriptionEndDate.foreach(__v => __obj.updateDynamic(\"SubscriptionEndDate\")(__v.asInstanceOf[js.Any]))\n      SubscriptionStartDate.foreach(__v => __obj.updateDynamic(\"SubscriptionStartDate\")(__v.asInstanceOf[js.Any]))\n      SubscriptionType.foreach(__v => __obj.updateDynamic(\"SubscriptionType\")(__v.asInstanceOf[js.Any]))\n      VendorName.foreach(__v => __obj.updateDynamic(\"VendorName\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHsmResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLunaClientRequest extends js.Object {\n    var CertificateFingerprint: js.UndefOr[CertificateFingerprint]\n    var ClientArn: js.UndefOr[ClientArn]\n  }\n\n  object DescribeLunaClientRequest {\n    @inline\n    def apply(\n        CertificateFingerprint: js.UndefOr[CertificateFingerprint] = js.undefined,\n        ClientArn: js.UndefOr[ClientArn] = js.undefined\n    ): DescribeLunaClientRequest = {\n      val __obj = js.Dynamic.literal()\n      CertificateFingerprint.foreach(__v => __obj.updateDynamic(\"CertificateFingerprint\")(__v.asInstanceOf[js.Any]))\n      ClientArn.foreach(__v => __obj.updateDynamic(\"ClientArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLunaClientRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLunaClientResponse extends js.Object {\n    var Certificate: js.UndefOr[Certificate]\n    var CertificateFingerprint: js.UndefOr[CertificateFingerprint]\n    var ClientArn: js.UndefOr[ClientArn]\n    var Label: js.UndefOr[Label]\n    var LastModifiedTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object DescribeLunaClientResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[Certificate] = js.undefined,\n        CertificateFingerprint: js.UndefOr[CertificateFingerprint] = js.undefined,\n        ClientArn: js.UndefOr[ClientArn] = js.undefined,\n        Label: js.UndefOr[Label] = js.undefined,\n        LastModifiedTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): DescribeLunaClientResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateFingerprint.foreach(__v => __obj.updateDynamic(\"CertificateFingerprint\")(__v.asInstanceOf[js.Any]))\n      ClientArn.foreach(__v => __obj.updateDynamic(\"ClientArn\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimestamp.foreach(__v => __obj.updateDynamic(\"LastModifiedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLunaClientResponse]\n    }\n  }\n\n  @js.native\n  trait GetConfigRequest extends js.Object {\n    var ClientArn: ClientArn\n    var ClientVersion: ClientVersion\n    var HapgList: HapgList\n  }\n\n  object GetConfigRequest {\n    @inline\n    def apply(\n        ClientArn: ClientArn,\n        ClientVersion: ClientVersion,\n        HapgList: HapgList\n    ): GetConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientArn\" -> ClientArn.asInstanceOf[js.Any],\n        \"ClientVersion\" -> ClientVersion.asInstanceOf[js.Any],\n        \"HapgList\" -> HapgList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetConfigResponse extends js.Object {\n    var ConfigCred: js.UndefOr[String]\n    var ConfigFile: js.UndefOr[String]\n    var ConfigType: js.UndefOr[String]\n  }\n\n  object GetConfigResponse {\n    @inline\n    def apply(\n        ConfigCred: js.UndefOr[String] = js.undefined,\n        ConfigFile: js.UndefOr[String] = js.undefined,\n        ConfigType: js.UndefOr[String] = js.undefined\n    ): GetConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ConfigCred.foreach(__v => __obj.updateDynamic(\"ConfigCred\")(__v.asInstanceOf[js.Any]))\n      ConfigFile.foreach(__v => __obj.updateDynamic(\"ConfigFile\")(__v.asInstanceOf[js.Any]))\n      ConfigType.foreach(__v => __obj.updateDynamic(\"ConfigType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetConfigResponse]\n    }\n  }\n\n  @js.native\n  sealed trait HsmStatus extends js.Any\n  object HsmStatus {\n    val PENDING = \"PENDING\".asInstanceOf[HsmStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[HsmStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[HsmStatus]\n    val SUSPENDED = \"SUSPENDED\".asInstanceOf[HsmStatus]\n    val TERMINATING = \"TERMINATING\".asInstanceOf[HsmStatus]\n    val TERMINATED = \"TERMINATED\".asInstanceOf[HsmStatus]\n    val DEGRADED = \"DEGRADED\".asInstanceOf[HsmStatus]\n\n    @inline def values = js.Array(PENDING, RUNNING, UPDATING, SUSPENDED, TERMINATING, TERMINATED, DEGRADED)\n  }\n\n  \/** Contains the inputs for the <a>ListAvailableZones<\/a> action.\n    *\/\n  @js.native\n  trait ListAvailableZonesRequest extends js.Object\n\n  object ListAvailableZonesRequest {\n    @inline\n    def apply(): ListAvailableZonesRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListAvailableZonesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAvailableZonesResponse extends js.Object {\n    var AZList: js.UndefOr[AZList]\n  }\n\n  object ListAvailableZonesResponse {\n    @inline\n    def apply(\n        AZList: js.UndefOr[AZList] = js.undefined\n    ): ListAvailableZonesResponse = {\n      val __obj = js.Dynamic.literal()\n      AZList.foreach(__v => __obj.updateDynamic(\"AZList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAvailableZonesResponse]\n    }\n  }\n\n  @js.native\n  trait ListHapgsRequest extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHapgsRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHapgsRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHapgsRequest]\n    }\n  }\n\n  @js.native\n  trait ListHapgsResponse extends js.Object {\n    var HapgList: HapgList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHapgsResponse {\n    @inline\n    def apply(\n        HapgList: HapgList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHapgsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"HapgList\" -> HapgList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHapgsResponse]\n    }\n  }\n\n  @js.native\n  trait ListHsmsRequest extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHsmsRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHsmsRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHsmsRequest]\n    }\n  }\n\n  \/** Contains the output of the <code>ListHsms<\/code> operation.\n    *\/\n  @js.native\n  trait ListHsmsResponse extends js.Object {\n    var HsmList: js.UndefOr[HsmList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListHsmsResponse {\n    @inline\n    def apply(\n        HsmList: js.UndefOr[HsmList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListHsmsResponse = {\n      val __obj = js.Dynamic.literal()\n      HsmList.foreach(__v => __obj.updateDynamic(\"HsmList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHsmsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLunaClientsRequest extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListLunaClientsRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListLunaClientsRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLunaClientsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLunaClientsResponse extends js.Object {\n    var ClientList: ClientList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListLunaClientsResponse {\n    @inline\n    def apply(\n        ClientList: ClientList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListLunaClientsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ClientList\" -> ClientList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLunaClientsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var TagList: TagList\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        TagList: TagList\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TagList\" -> TagList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ModifyHapgRequest extends js.Object {\n    var HapgArn: HapgArn\n    var Label: js.UndefOr[Label]\n    var PartitionSerialList: js.UndefOr[PartitionSerialList]\n  }\n\n  object ModifyHapgRequest {\n    @inline\n    def apply(\n        HapgArn: HapgArn,\n        Label: js.UndefOr[Label] = js.undefined,\n        PartitionSerialList: js.UndefOr[PartitionSerialList] = js.undefined\n    ): ModifyHapgRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HapgArn\" -> HapgArn.asInstanceOf[js.Any]\n      )\n\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      PartitionSerialList.foreach(__v => __obj.updateDynamic(\"PartitionSerialList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyHapgRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyHapgResponse extends js.Object {\n    var HapgArn: js.UndefOr[HapgArn]\n  }\n\n  object ModifyHapgResponse {\n    @inline\n    def apply(\n        HapgArn: js.UndefOr[HapgArn] = js.undefined\n    ): ModifyHapgResponse = {\n      val __obj = js.Dynamic.literal()\n      HapgArn.foreach(__v => __obj.updateDynamic(\"HapgArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyHapgResponse]\n    }\n  }\n\n  \/** Contains the inputs for the <a>ModifyHsm<\/a> operation.\n    *\/\n  @js.native\n  trait ModifyHsmRequest extends js.Object {\n    var HsmArn: HsmArn\n    var EniIp: js.UndefOr[IpAddress]\n    var ExternalId: js.UndefOr[ExternalId]\n    var IamRoleArn: js.UndefOr[IamRoleArn]\n    var SubnetId: js.UndefOr[SubnetId]\n    var SyslogIp: js.UndefOr[IpAddress]\n  }\n\n  object ModifyHsmRequest {\n    @inline\n    def apply(\n        HsmArn: HsmArn,\n        EniIp: js.UndefOr[IpAddress] = js.undefined,\n        ExternalId: js.UndefOr[ExternalId] = js.undefined,\n        IamRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined,\n        SyslogIp: js.UndefOr[IpAddress] = js.undefined\n    ): ModifyHsmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HsmArn\" -> HsmArn.asInstanceOf[js.Any]\n      )\n\n      EniIp.foreach(__v => __obj.updateDynamic(\"EniIp\")(__v.asInstanceOf[js.Any]))\n      ExternalId.foreach(__v => __obj.updateDynamic(\"ExternalId\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      SyslogIp.foreach(__v => __obj.updateDynamic(\"SyslogIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyHsmRequest]\n    }\n  }\n\n  \/** Contains the output of the <a>ModifyHsm<\/a> operation.\n    *\/\n  @js.native\n  trait ModifyHsmResponse extends js.Object {\n    var HsmArn: js.UndefOr[HsmArn]\n  }\n\n  object ModifyHsmResponse {\n    @inline\n    def apply(\n        HsmArn: js.UndefOr[HsmArn] = js.undefined\n    ): ModifyHsmResponse = {\n      val __obj = js.Dynamic.literal()\n      HsmArn.foreach(__v => __obj.updateDynamic(\"HsmArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyHsmResponse]\n    }\n  }\n\n  @js.native\n  trait ModifyLunaClientRequest extends js.Object {\n    var Certificate: Certificate\n    var ClientArn: ClientArn\n  }\n\n  object ModifyLunaClientRequest {\n    @inline\n    def apply(\n        Certificate: Certificate,\n        ClientArn: ClientArn\n    ): ModifyLunaClientRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Certificate\" -> Certificate.asInstanceOf[js.Any],\n        \"ClientArn\" -> ClientArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyLunaClientRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyLunaClientResponse extends js.Object {\n    var ClientArn: js.UndefOr[ClientArn]\n  }\n\n  object ModifyLunaClientResponse {\n    @inline\n    def apply(\n        ClientArn: js.UndefOr[ClientArn] = js.undefined\n    ): ModifyLunaClientResponse = {\n      val __obj = js.Dynamic.literal()\n      ClientArn.foreach(__v => __obj.updateDynamic(\"ClientArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyLunaClientResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveTagsFromResourceRequest extends js.Object {\n    var ResourceArn: String\n    var TagKeyList: TagKeyList\n  }\n\n  object RemoveTagsFromResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        TagKeyList: TagKeyList\n    ): RemoveTagsFromResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeyList\" -> TagKeyList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveTagsFromResourceResponse extends js.Object {\n    var Status: String\n  }\n\n  object RemoveTagsFromResourceResponse {\n    @inline\n    def apply(\n        Status: String\n    ): RemoveTagsFromResourceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceResponse]\n    }\n  }\n\n  \/** Specifies the type of subscription for the HSM. * ```PRODUCTION``` - The HSM is being used in a production environment. * ```TRIAL``` - The HSM is being used in a product trial.\n    *\/\n  @js.native\n  sealed trait SubscriptionType extends js.Any\n  object SubscriptionType {\n    val PRODUCTION = \"PRODUCTION\".asInstanceOf[SubscriptionType]\n\n    @inline def values = js.Array(PRODUCTION)\n  }\n\n  \/** A key-value pair that identifies or specifies metadata about an AWS CloudHSM resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/synthetics\/src\/main\/scala\/facade\/amazonaws\/services\/Synthetics.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object synthetics {\n  type Blob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type Canaries = js.Array[Canary]\n  type CanariesLastRun = js.Array[CanaryLastRun]\n  type CanaryArn = String\n  type CanaryName = String\n  type CanaryRuns = js.Array[CanaryRun]\n  type EnvironmentVariableName = String\n  type EnvironmentVariableValue = String\n  type EnvironmentVariablesMap = js.Dictionary[EnvironmentVariableValue]\n  type FunctionArn = String\n  type MaxCanaryResults = Int\n  type MaxFifteenMinutesInSeconds = Int\n  type MaxOneYearInSeconds = Double\n  type MaxSize100 = Int\n  type MaxSize1024 = Int\n  type MaxSize3008 = Int\n  type NullableBoolean = Boolean\n  type RoleArn = String\n  type RuntimeVersionList = js.Array[RuntimeVersion]\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type SubnetId = String\n  type SubnetIds = js.Array[SubnetId]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n  type Token = String\n  type UUID = String\n  type VpcId = String\n\n  implicit final class SyntheticsOps(private val service: Synthetics) extends AnyVal {\n\n    @inline def createCanaryFuture(params: CreateCanaryRequest): Future[CreateCanaryResponse] = service.createCanary(params).promise().toFuture\n    @inline def deleteCanaryFuture(params: DeleteCanaryRequest): Future[DeleteCanaryResponse] = service.deleteCanary(params).promise().toFuture\n    @inline def describeCanariesFuture(params: DescribeCanariesRequest): Future[DescribeCanariesResponse] = service.describeCanaries(params).promise().toFuture\n    @inline def describeCanariesLastRunFuture(params: DescribeCanariesLastRunRequest): Future[DescribeCanariesLastRunResponse] = service.describeCanariesLastRun(params).promise().toFuture\n    @inline def describeRuntimeVersionsFuture(params: DescribeRuntimeVersionsRequest): Future[DescribeRuntimeVersionsResponse] = service.describeRuntimeVersions(params).promise().toFuture\n    @inline def getCanaryFuture(params: GetCanaryRequest): Future[GetCanaryResponse] = service.getCanary(params).promise().toFuture\n    @inline def getCanaryRunsFuture(params: GetCanaryRunsRequest): Future[GetCanaryRunsResponse] = service.getCanaryRuns(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def startCanaryFuture(params: StartCanaryRequest): Future[StartCanaryResponse] = service.startCanary(params).promise().toFuture\n    @inline def stopCanaryFuture(params: StopCanaryRequest): Future[StopCanaryResponse] = service.stopCanary(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateCanaryFuture(params: UpdateCanaryRequest): Future[UpdateCanaryResponse] = service.updateCanary(params).promise().toFuture\n\n  }\n}\n\npackage synthetics {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/synthetics\", JSImport.Namespace, \"AWS.Synthetics\")\n  class Synthetics() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createCanary(params: CreateCanaryRequest): Request[CreateCanaryResponse] = js.native\n    def deleteCanary(params: DeleteCanaryRequest): Request[DeleteCanaryResponse] = js.native\n    def describeCanaries(params: DescribeCanariesRequest): Request[DescribeCanariesResponse] = js.native\n    def describeCanariesLastRun(params: DescribeCanariesLastRunRequest): Request[DescribeCanariesLastRunResponse] = js.native\n    def describeRuntimeVersions(params: DescribeRuntimeVersionsRequest): Request[DescribeRuntimeVersionsResponse] = js.native\n    def getCanary(params: GetCanaryRequest): Request[GetCanaryResponse] = js.native\n    def getCanaryRuns(params: GetCanaryRunsRequest): Request[GetCanaryRunsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def startCanary(params: StartCanaryRequest): Request[StartCanaryResponse] = js.native\n    def stopCanary(params: StopCanaryRequest): Request[StopCanaryResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateCanary(params: UpdateCanaryRequest): Request[UpdateCanaryResponse] = js.native\n  }\n\n  \/** This structure contains all information about one canary in your account.\n    *\/\n  @js.native\n  trait Canary extends js.Object {\n    var ArtifactS3Location: js.UndefOr[String]\n    var Code: js.UndefOr[CanaryCodeOutput]\n    var EngineArn: js.UndefOr[FunctionArn]\n    var ExecutionRoleArn: js.UndefOr[RoleArn]\n    var FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var Id: js.UndefOr[UUID]\n    var Name: js.UndefOr[CanaryName]\n    var RunConfig: js.UndefOr[CanaryRunConfigOutput]\n    var RuntimeVersion: js.UndefOr[String]\n    var Schedule: js.UndefOr[CanaryScheduleOutput]\n    var Status: js.UndefOr[CanaryStatus]\n    var SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var Tags: js.UndefOr[TagMap]\n    var Timeline: js.UndefOr[CanaryTimeline]\n    var VpcConfig: js.UndefOr[VpcConfigOutput]\n  }\n\n  object Canary {\n    @inline\n    def apply(\n        ArtifactS3Location: js.UndefOr[String] = js.undefined,\n        Code: js.UndefOr[CanaryCodeOutput] = js.undefined,\n        EngineArn: js.UndefOr[FunctionArn] = js.undefined,\n        ExecutionRoleArn: js.UndefOr[RoleArn] = js.undefined,\n        FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        Id: js.UndefOr[UUID] = js.undefined,\n        Name: js.UndefOr[CanaryName] = js.undefined,\n        RunConfig: js.UndefOr[CanaryRunConfigOutput] = js.undefined,\n        RuntimeVersion: js.UndefOr[String] = js.undefined,\n        Schedule: js.UndefOr[CanaryScheduleOutput] = js.undefined,\n        Status: js.UndefOr[CanaryStatus] = js.undefined,\n        SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        Timeline: js.UndefOr[CanaryTimeline] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfigOutput] = js.undefined\n    ): Canary = {\n      val __obj = js.Dynamic.literal()\n      ArtifactS3Location.foreach(__v => __obj.updateDynamic(\"ArtifactS3Location\")(__v.asInstanceOf[js.Any]))\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      EngineArn.foreach(__v => __obj.updateDynamic(\"EngineArn\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"ExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      FailureRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"FailureRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RunConfig.foreach(__v => __obj.updateDynamic(\"RunConfig\")(__v.asInstanceOf[js.Any]))\n      RuntimeVersion.foreach(__v => __obj.updateDynamic(\"RuntimeVersion\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SuccessRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"SuccessRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeline.foreach(__v => __obj.updateDynamic(\"Timeline\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Canary]\n    }\n  }\n\n  \/** Use this structure to input your script code for the canary. This structure contains the Lambda handler with the location where the canary should start running the script. If the script is stored in an S3 bucket, the bucket name, key, and version are also included. If the script was passed into the canary directly, the script code is contained in the value of <code>Zipfile<\/code>.\n    *\/\n  @js.native\n  trait CanaryCodeInput extends js.Object {\n    var Handler: String\n    var S3Bucket: js.UndefOr[String]\n    var S3Key: js.UndefOr[String]\n    var S3Version: js.UndefOr[String]\n    var ZipFile: js.UndefOr[Blob]\n  }\n\n  object CanaryCodeInput {\n    @inline\n    def apply(\n        Handler: String,\n        S3Bucket: js.UndefOr[String] = js.undefined,\n        S3Key: js.UndefOr[String] = js.undefined,\n        S3Version: js.UndefOr[String] = js.undefined,\n        ZipFile: js.UndefOr[Blob] = js.undefined\n    ): CanaryCodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"Handler\" -> Handler.asInstanceOf[js.Any]\n      )\n\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Key.foreach(__v => __obj.updateDynamic(\"S3Key\")(__v.asInstanceOf[js.Any]))\n      S3Version.foreach(__v => __obj.updateDynamic(\"S3Version\")(__v.asInstanceOf[js.Any]))\n      ZipFile.foreach(__v => __obj.updateDynamic(\"ZipFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryCodeInput]\n    }\n  }\n\n  \/** This structure contains information about the canary's Lambda handler and where its code is stored by CloudWatch Synthetics.\n    *\/\n  @js.native\n  trait CanaryCodeOutput extends js.Object {\n    var Handler: js.UndefOr[String]\n    var SourceLocationArn: js.UndefOr[String]\n  }\n\n  object CanaryCodeOutput {\n    @inline\n    def apply(\n        Handler: js.UndefOr[String] = js.undefined,\n        SourceLocationArn: js.UndefOr[String] = js.undefined\n    ): CanaryCodeOutput = {\n      val __obj = js.Dynamic.literal()\n      Handler.foreach(__v => __obj.updateDynamic(\"Handler\")(__v.asInstanceOf[js.Any]))\n      SourceLocationArn.foreach(__v => __obj.updateDynamic(\"SourceLocationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryCodeOutput]\n    }\n  }\n\n  \/** This structure contains information about the most recent run of a single canary.\n    *\/\n  @js.native\n  trait CanaryLastRun extends js.Object {\n    var CanaryName: js.UndefOr[CanaryName]\n    var LastRun: js.UndefOr[CanaryRun]\n  }\n\n  object CanaryLastRun {\n    @inline\n    def apply(\n        CanaryName: js.UndefOr[CanaryName] = js.undefined,\n        LastRun: js.UndefOr[CanaryRun] = js.undefined\n    ): CanaryLastRun = {\n      val __obj = js.Dynamic.literal()\n      CanaryName.foreach(__v => __obj.updateDynamic(\"CanaryName\")(__v.asInstanceOf[js.Any]))\n      LastRun.foreach(__v => __obj.updateDynamic(\"LastRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryLastRun]\n    }\n  }\n\n  \/** This structure contains the details about one run of one canary.\n    *\/\n  @js.native\n  trait CanaryRun extends js.Object {\n    var ArtifactS3Location: js.UndefOr[String]\n    var Id: js.UndefOr[UUID]\n    var Name: js.UndefOr[CanaryName]\n    var Status: js.UndefOr[CanaryRunStatus]\n    var Timeline: js.UndefOr[CanaryRunTimeline]\n  }\n\n  object CanaryRun {\n    @inline\n    def apply(\n        ArtifactS3Location: js.UndefOr[String] = js.undefined,\n        Id: js.UndefOr[UUID] = js.undefined,\n        Name: js.UndefOr[CanaryName] = js.undefined,\n        Status: js.UndefOr[CanaryRunStatus] = js.undefined,\n        Timeline: js.UndefOr[CanaryRunTimeline] = js.undefined\n    ): CanaryRun = {\n      val __obj = js.Dynamic.literal()\n      ArtifactS3Location.foreach(__v => __obj.updateDynamic(\"ArtifactS3Location\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Timeline.foreach(__v => __obj.updateDynamic(\"Timeline\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryRun]\n    }\n  }\n\n  \/** A structure that contains input information for a canary run.\n    *\/\n  @js.native\n  trait CanaryRunConfigInput extends js.Object {\n    var ActiveTracing: js.UndefOr[NullableBoolean]\n    var EnvironmentVariables: js.UndefOr[EnvironmentVariablesMap]\n    var MemoryInMB: js.UndefOr[MaxSize3008]\n    var TimeoutInSeconds: js.UndefOr[MaxFifteenMinutesInSeconds]\n  }\n\n  object CanaryRunConfigInput {\n    @inline\n    def apply(\n        ActiveTracing: js.UndefOr[NullableBoolean] = js.undefined,\n        EnvironmentVariables: js.UndefOr[EnvironmentVariablesMap] = js.undefined,\n        MemoryInMB: js.UndefOr[MaxSize3008] = js.undefined,\n        TimeoutInSeconds: js.UndefOr[MaxFifteenMinutesInSeconds] = js.undefined\n    ): CanaryRunConfigInput = {\n      val __obj = js.Dynamic.literal()\n      ActiveTracing.foreach(__v => __obj.updateDynamic(\"ActiveTracing\")(__v.asInstanceOf[js.Any]))\n      EnvironmentVariables.foreach(__v => __obj.updateDynamic(\"EnvironmentVariables\")(__v.asInstanceOf[js.Any]))\n      MemoryInMB.foreach(__v => __obj.updateDynamic(\"MemoryInMB\")(__v.asInstanceOf[js.Any]))\n      TimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryRunConfigInput]\n    }\n  }\n\n  \/** A structure that contains information about a canary run.\n    *\/\n  @js.native\n  trait CanaryRunConfigOutput extends js.Object {\n    var ActiveTracing: js.UndefOr[NullableBoolean]\n    var MemoryInMB: js.UndefOr[MaxSize3008]\n    var TimeoutInSeconds: js.UndefOr[MaxFifteenMinutesInSeconds]\n  }\n\n  object CanaryRunConfigOutput {\n    @inline\n    def apply(\n        ActiveTracing: js.UndefOr[NullableBoolean] = js.undefined,\n        MemoryInMB: js.UndefOr[MaxSize3008] = js.undefined,\n        TimeoutInSeconds: js.UndefOr[MaxFifteenMinutesInSeconds] = js.undefined\n    ): CanaryRunConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      ActiveTracing.foreach(__v => __obj.updateDynamic(\"ActiveTracing\")(__v.asInstanceOf[js.Any]))\n      MemoryInMB.foreach(__v => __obj.updateDynamic(\"MemoryInMB\")(__v.asInstanceOf[js.Any]))\n      TimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryRunConfigOutput]\n    }\n  }\n\n  @js.native\n  sealed trait CanaryRunState extends js.Any\n  object CanaryRunState {\n    val RUNNING = \"RUNNING\".asInstanceOf[CanaryRunState]\n    val PASSED = \"PASSED\".asInstanceOf[CanaryRunState]\n    val FAILED = \"FAILED\".asInstanceOf[CanaryRunState]\n\n    @inline def values = js.Array(RUNNING, PASSED, FAILED)\n  }\n\n  @js.native\n  sealed trait CanaryRunStateReasonCode extends js.Any\n  object CanaryRunStateReasonCode {\n    val CANARY_FAILURE = \"CANARY_FAILURE\".asInstanceOf[CanaryRunStateReasonCode]\n    val EXECUTION_FAILURE = \"EXECUTION_FAILURE\".asInstanceOf[CanaryRunStateReasonCode]\n\n    @inline def values = js.Array(CANARY_FAILURE, EXECUTION_FAILURE)\n  }\n\n  \/** This structure contains the status information about a canary run.\n    *\/\n  @js.native\n  trait CanaryRunStatus extends js.Object {\n    var State: js.UndefOr[CanaryRunState]\n    var StateReason: js.UndefOr[String]\n    var StateReasonCode: js.UndefOr[CanaryRunStateReasonCode]\n  }\n\n  object CanaryRunStatus {\n    @inline\n    def apply(\n        State: js.UndefOr[CanaryRunState] = js.undefined,\n        StateReason: js.UndefOr[String] = js.undefined,\n        StateReasonCode: js.UndefOr[CanaryRunStateReasonCode] = js.undefined\n    ): CanaryRunStatus = {\n      val __obj = js.Dynamic.literal()\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      StateReasonCode.foreach(__v => __obj.updateDynamic(\"StateReasonCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryRunStatus]\n    }\n  }\n\n  \/** This structure contains the start and end times of a single canary run.\n    *\/\n  @js.native\n  trait CanaryRunTimeline extends js.Object {\n    var Completed: js.UndefOr[Timestamp]\n    var Started: js.UndefOr[Timestamp]\n  }\n\n  object CanaryRunTimeline {\n    @inline\n    def apply(\n        Completed: js.UndefOr[Timestamp] = js.undefined,\n        Started: js.UndefOr[Timestamp] = js.undefined\n    ): CanaryRunTimeline = {\n      val __obj = js.Dynamic.literal()\n      Completed.foreach(__v => __obj.updateDynamic(\"Completed\")(__v.asInstanceOf[js.Any]))\n      Started.foreach(__v => __obj.updateDynamic(\"Started\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryRunTimeline]\n    }\n  }\n\n  \/** This structure specifies how often a canary is to make runs and the date and time when it should stop making runs.\n    *\/\n  @js.native\n  trait CanaryScheduleInput extends js.Object {\n    var Expression: String\n    var DurationInSeconds: js.UndefOr[MaxOneYearInSeconds]\n  }\n\n  object CanaryScheduleInput {\n    @inline\n    def apply(\n        Expression: String,\n        DurationInSeconds: js.UndefOr[MaxOneYearInSeconds] = js.undefined\n    ): CanaryScheduleInput = {\n      val __obj = js.Dynamic.literal(\n        \"Expression\" -> Expression.asInstanceOf[js.Any]\n      )\n\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryScheduleInput]\n    }\n  }\n\n  \/** How long, in seconds, for the canary to continue making regular runs according to the schedule in the <code>Expression<\/code> value.\n    *\/\n  @js.native\n  trait CanaryScheduleOutput extends js.Object {\n    var DurationInSeconds: js.UndefOr[MaxOneYearInSeconds]\n    var Expression: js.UndefOr[String]\n  }\n\n  object CanaryScheduleOutput {\n    @inline\n    def apply(\n        DurationInSeconds: js.UndefOr[MaxOneYearInSeconds] = js.undefined,\n        Expression: js.UndefOr[String] = js.undefined\n    ): CanaryScheduleOutput = {\n      val __obj = js.Dynamic.literal()\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      Expression.foreach(__v => __obj.updateDynamic(\"Expression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryScheduleOutput]\n    }\n  }\n\n  @js.native\n  sealed trait CanaryState extends js.Any\n  object CanaryState {\n    val CREATING = \"CREATING\".asInstanceOf[CanaryState]\n    val READY = \"READY\".asInstanceOf[CanaryState]\n    val STARTING = \"STARTING\".asInstanceOf[CanaryState]\n    val RUNNING = \"RUNNING\".asInstanceOf[CanaryState]\n    val UPDATING = \"UPDATING\".asInstanceOf[CanaryState]\n    val STOPPING = \"STOPPING\".asInstanceOf[CanaryState]\n    val STOPPED = \"STOPPED\".asInstanceOf[CanaryState]\n    val ERROR = \"ERROR\".asInstanceOf[CanaryState]\n    val DELETING = \"DELETING\".asInstanceOf[CanaryState]\n\n    @inline def values = js.Array(CREATING, READY, STARTING, RUNNING, UPDATING, STOPPING, STOPPED, ERROR, DELETING)\n  }\n\n  @js.native\n  sealed trait CanaryStateReasonCode extends js.Any\n  object CanaryStateReasonCode {\n    val INVALID_PERMISSIONS = \"INVALID_PERMISSIONS\".asInstanceOf[CanaryStateReasonCode]\n\n    @inline def values = js.Array(INVALID_PERMISSIONS)\n  }\n\n  \/** A structure that contains the current state of the canary.\n    *\/\n  @js.native\n  trait CanaryStatus extends js.Object {\n    var State: js.UndefOr[CanaryState]\n    var StateReason: js.UndefOr[String]\n    var StateReasonCode: js.UndefOr[CanaryStateReasonCode]\n  }\n\n  object CanaryStatus {\n    @inline\n    def apply(\n        State: js.UndefOr[CanaryState] = js.undefined,\n        StateReason: js.UndefOr[String] = js.undefined,\n        StateReasonCode: js.UndefOr[CanaryStateReasonCode] = js.undefined\n    ): CanaryStatus = {\n      val __obj = js.Dynamic.literal()\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      StateReasonCode.foreach(__v => __obj.updateDynamic(\"StateReasonCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryStatus]\n    }\n  }\n\n  \/** This structure contains information about when the canary was created and modified.\n    *\/\n  @js.native\n  trait CanaryTimeline extends js.Object {\n    var Created: js.UndefOr[Timestamp]\n    var LastModified: js.UndefOr[Timestamp]\n    var LastStarted: js.UndefOr[Timestamp]\n    var LastStopped: js.UndefOr[Timestamp]\n  }\n\n  object CanaryTimeline {\n    @inline\n    def apply(\n        Created: js.UndefOr[Timestamp] = js.undefined,\n        LastModified: js.UndefOr[Timestamp] = js.undefined,\n        LastStarted: js.UndefOr[Timestamp] = js.undefined,\n        LastStopped: js.UndefOr[Timestamp] = js.undefined\n    ): CanaryTimeline = {\n      val __obj = js.Dynamic.literal()\n      Created.foreach(__v => __obj.updateDynamic(\"Created\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      LastStarted.foreach(__v => __obj.updateDynamic(\"LastStarted\")(__v.asInstanceOf[js.Any]))\n      LastStopped.foreach(__v => __obj.updateDynamic(\"LastStopped\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CanaryTimeline]\n    }\n  }\n\n  @js.native\n  trait CreateCanaryRequest extends js.Object {\n    var ArtifactS3Location: String\n    var Code: CanaryCodeInput\n    var ExecutionRoleArn: RoleArn\n    var Name: CanaryName\n    var RuntimeVersion: String\n    var Schedule: CanaryScheduleInput\n    var FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var RunConfig: js.UndefOr[CanaryRunConfigInput]\n    var SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var Tags: js.UndefOr[TagMap]\n    var VpcConfig: js.UndefOr[VpcConfigInput]\n  }\n\n  object CreateCanaryRequest {\n    @inline\n    def apply(\n        ArtifactS3Location: String,\n        Code: CanaryCodeInput,\n        ExecutionRoleArn: RoleArn,\n        Name: CanaryName,\n        RuntimeVersion: String,\n        Schedule: CanaryScheduleInput,\n        FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        RunConfig: js.UndefOr[CanaryRunConfigInput] = js.undefined,\n        SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfigInput] = js.undefined\n    ): CreateCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ArtifactS3Location\" -> ArtifactS3Location.asInstanceOf[js.Any],\n        \"Code\" -> Code.asInstanceOf[js.Any],\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RuntimeVersion\" -> RuntimeVersion.asInstanceOf[js.Any],\n        \"Schedule\" -> Schedule.asInstanceOf[js.Any]\n      )\n\n      FailureRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"FailureRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      RunConfig.foreach(__v => __obj.updateDynamic(\"RunConfig\")(__v.asInstanceOf[js.Any]))\n      SuccessRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"SuccessRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCanaryResponse extends js.Object {\n    var Canary: js.UndefOr[Canary]\n  }\n\n  object CreateCanaryResponse {\n    @inline\n    def apply(\n        Canary: js.UndefOr[Canary] = js.undefined\n    ): CreateCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      Canary.foreach(__v => __obj.updateDynamic(\"Canary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCanaryResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteCanaryRequest extends js.Object {\n    var Name: CanaryName\n  }\n\n  object DeleteCanaryRequest {\n    @inline\n    def apply(\n        Name: CanaryName\n    ): DeleteCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCanaryResponse extends js.Object\n\n  object DeleteCanaryResponse {\n    @inline\n    def apply(): DeleteCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteCanaryResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCanariesLastRunRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeCanariesLastRunRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeCanariesLastRunRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCanariesLastRunRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCanariesLastRunResponse extends js.Object {\n    var CanariesLastRun: js.UndefOr[CanariesLastRun]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeCanariesLastRunResponse {\n    @inline\n    def apply(\n        CanariesLastRun: js.UndefOr[CanariesLastRun] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeCanariesLastRunResponse = {\n      val __obj = js.Dynamic.literal()\n      CanariesLastRun.foreach(__v => __obj.updateDynamic(\"CanariesLastRun\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCanariesLastRunResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCanariesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxCanaryResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeCanariesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxCanaryResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeCanariesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCanariesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCanariesResponse extends js.Object {\n    var Canaries: js.UndefOr[Canaries]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeCanariesResponse {\n    @inline\n    def apply(\n        Canaries: js.UndefOr[Canaries] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeCanariesResponse = {\n      val __obj = js.Dynamic.literal()\n      Canaries.foreach(__v => __obj.updateDynamic(\"Canaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCanariesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRuntimeVersionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeRuntimeVersionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeRuntimeVersionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRuntimeVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRuntimeVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var RuntimeVersions: js.UndefOr[RuntimeVersionList]\n  }\n\n  object DescribeRuntimeVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        RuntimeVersions: js.UndefOr[RuntimeVersionList] = js.undefined\n    ): DescribeRuntimeVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RuntimeVersions.foreach(__v => __obj.updateDynamic(\"RuntimeVersions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRuntimeVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait GetCanaryRequest extends js.Object {\n    var Name: CanaryName\n  }\n\n  object GetCanaryRequest {\n    @inline\n    def apply(\n        Name: CanaryName\n    ): GetCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait GetCanaryResponse extends js.Object {\n    var Canary: js.UndefOr[Canary]\n  }\n\n  object GetCanaryResponse {\n    @inline\n    def apply(\n        Canary: js.UndefOr[Canary] = js.undefined\n    ): GetCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      Canary.foreach(__v => __obj.updateDynamic(\"Canary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCanaryResponse]\n    }\n  }\n\n  @js.native\n  trait GetCanaryRunsRequest extends js.Object {\n    var Name: CanaryName\n    var MaxResults: js.UndefOr[MaxSize100]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetCanaryRunsRequest {\n    @inline\n    def apply(\n        Name: CanaryName,\n        MaxResults: js.UndefOr[MaxSize100] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetCanaryRunsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCanaryRunsRequest]\n    }\n  }\n\n  @js.native\n  trait GetCanaryRunsResponse extends js.Object {\n    var CanaryRuns: js.UndefOr[CanaryRuns]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetCanaryRunsResponse {\n    @inline\n    def apply(\n        CanaryRuns: js.UndefOr[CanaryRuns] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetCanaryRunsResponse = {\n      val __obj = js.Dynamic.literal()\n      CanaryRuns.foreach(__v => __obj.updateDynamic(\"CanaryRuns\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCanaryRunsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: CanaryArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: CanaryArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** This structure contains information about one canary runtime version. For more information about runtime versions, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/CloudWatch_Synthetics_Canaries_Library.html| Canary Runtime Versions]].\n    *\/\n  @js.native\n  trait RuntimeVersion extends js.Object {\n    var DeprecationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[String]\n    var ReleaseDate: js.UndefOr[Timestamp]\n    var VersionName: js.UndefOr[String]\n  }\n\n  object RuntimeVersion {\n    @inline\n    def apply(\n        DeprecationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ReleaseDate: js.UndefOr[Timestamp] = js.undefined,\n        VersionName: js.UndefOr[String] = js.undefined\n    ): RuntimeVersion = {\n      val __obj = js.Dynamic.literal()\n      DeprecationDate.foreach(__v => __obj.updateDynamic(\"DeprecationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ReleaseDate.foreach(__v => __obj.updateDynamic(\"ReleaseDate\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RuntimeVersion]\n    }\n  }\n\n  @js.native\n  trait StartCanaryRequest extends js.Object {\n    var Name: CanaryName\n  }\n\n  object StartCanaryRequest {\n    @inline\n    def apply(\n        Name: CanaryName\n    ): StartCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait StartCanaryResponse extends js.Object\n\n  object StartCanaryResponse {\n    @inline\n    def apply(): StartCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartCanaryResponse]\n    }\n  }\n\n  @js.native\n  trait StopCanaryRequest extends js.Object {\n    var Name: CanaryName\n  }\n\n  object StopCanaryRequest {\n    @inline\n    def apply(\n        Name: CanaryName\n    ): StopCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait StopCanaryResponse extends js.Object\n\n  object StopCanaryResponse {\n    @inline\n    def apply(): StopCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopCanaryResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: CanaryArn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: CanaryArn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: CanaryArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: CanaryArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateCanaryRequest extends js.Object {\n    var Name: CanaryName\n    var Code: js.UndefOr[CanaryCodeInput]\n    var ExecutionRoleArn: js.UndefOr[RoleArn]\n    var FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var RunConfig: js.UndefOr[CanaryRunConfigInput]\n    var RuntimeVersion: js.UndefOr[String]\n    var Schedule: js.UndefOr[CanaryScheduleInput]\n    var SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024]\n    var VpcConfig: js.UndefOr[VpcConfigInput]\n  }\n\n  object UpdateCanaryRequest {\n    @inline\n    def apply(\n        Name: CanaryName,\n        Code: js.UndefOr[CanaryCodeInput] = js.undefined,\n        ExecutionRoleArn: js.UndefOr[RoleArn] = js.undefined,\n        FailureRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        RunConfig: js.UndefOr[CanaryRunConfigInput] = js.undefined,\n        RuntimeVersion: js.UndefOr[String] = js.undefined,\n        Schedule: js.UndefOr[CanaryScheduleInput] = js.undefined,\n        SuccessRetentionPeriodInDays: js.UndefOr[MaxSize1024] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfigInput] = js.undefined\n    ): UpdateCanaryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"ExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      FailureRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"FailureRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      RunConfig.foreach(__v => __obj.updateDynamic(\"RunConfig\")(__v.asInstanceOf[js.Any]))\n      RuntimeVersion.foreach(__v => __obj.updateDynamic(\"RuntimeVersion\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      SuccessRetentionPeriodInDays.foreach(__v => __obj.updateDynamic(\"SuccessRetentionPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCanaryRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCanaryResponse extends js.Object\n\n  object UpdateCanaryResponse {\n    @inline\n    def apply(): UpdateCanaryResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateCanaryResponse]\n    }\n  }\n\n  \/** If this canary is to test an endpoint in a VPC, this structure contains information about the subnets and security groups of the VPC endpoint. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/CloudWatch_Synthetics_Canaries_VPC.html| Running a Canary in a VPC]].\n    *\/\n  @js.native\n  trait VpcConfigInput extends js.Object {\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var SubnetIds: js.UndefOr[SubnetIds]\n  }\n\n  object VpcConfigInput {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIds] = js.undefined\n    ): VpcConfigInput = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfigInput]\n    }\n  }\n\n  \/** If this canary is to test an endpoint in a VPC, this structure contains information about the subnets and security groups of the VPC endpoint. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/CloudWatch_Synthetics_Canaries_VPC.html| Running a Canary in a VPC]].\n    *\/\n  @js.native\n  trait VpcConfigOutput extends js.Object {\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var SubnetIds: js.UndefOr[SubnetIds]\n    var VpcId: js.UndefOr[VpcId]\n  }\n\n  object VpcConfigOutput {\n    @inline\n    def apply(\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIds] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined\n    ): VpcConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfigOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/datapipeline\/src\/main\/scala\/facade\/amazonaws\/services\/DataPipeline.scala","text":"<filename>services\/datapipeline\/src\/main\/scala\/facade\/amazonaws\/services\/DataPipeline.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object datapipeline {\n  type ParameterAttributeList = js.Array[ParameterAttribute]\n  type ParameterObjectList = js.Array[ParameterObject]\n  type ParameterValueList = js.Array[ParameterValue]\n  type PipelineDescriptionList = js.Array[PipelineDescription]\n  type PipelineObjectList = js.Array[PipelineObject]\n  type PipelineObjectMap = js.Dictionary[PipelineObject]\n  type SelectorList = js.Array[Selector]\n  type ValidationErrors = js.Array[ValidationError]\n  type ValidationWarnings = js.Array[ValidationWarning]\n  type attributeNameString = String\n  type attributeValueString = String\n  type cancelActive = Boolean\n  type errorMessage = String\n  type fieldList = js.Array[Field]\n  type fieldNameString = String\n  type fieldStringValue = String\n  type id = String\n  type idList = js.Array[id]\n  type longString = String\n  type pipelineList = js.Array[PipelineIdName]\n  type stringList = js.Array[String]\n  type tagKey = String\n  type tagList = js.Array[Tag]\n  type tagValue = String\n  type taskId = String\n  type timestamp = js.Date\n  type validationMessage = String\n  type validationMessages = js.Array[validationMessage]\n\n  implicit final class DataPipelineOps(private val service: DataPipeline) extends AnyVal {\n\n    @inline def activatePipelineFuture(params: ActivatePipelineInput): Future[ActivatePipelineOutput] = service.activatePipeline(params).promise().toFuture\n    @inline def addTagsFuture(params: AddTagsInput): Future[AddTagsOutput] = service.addTags(params).promise().toFuture\n    @inline def createPipelineFuture(params: CreatePipelineInput): Future[CreatePipelineOutput] = service.createPipeline(params).promise().toFuture\n    @inline def deactivatePipelineFuture(params: DeactivatePipelineInput): Future[DeactivatePipelineOutput] = service.deactivatePipeline(params).promise().toFuture\n    @inline def deletePipelineFuture(params: DeletePipelineInput): Future[js.Object] = service.deletePipeline(params).promise().toFuture\n    @inline def describeObjectsFuture(params: DescribeObjectsInput): Future[DescribeObjectsOutput] = service.describeObjects(params).promise().toFuture\n    @inline def describePipelinesFuture(params: DescribePipelinesInput): Future[DescribePipelinesOutput] = service.describePipelines(params).promise().toFuture\n    @inline def evaluateExpressionFuture(params: EvaluateExpressionInput): Future[EvaluateExpressionOutput] = service.evaluateExpression(params).promise().toFuture\n    @inline def getPipelineDefinitionFuture(params: GetPipelineDefinitionInput): Future[GetPipelineDefinitionOutput] = service.getPipelineDefinition(params).promise().toFuture\n    @inline def listPipelinesFuture(params: ListPipelinesInput): Future[ListPipelinesOutput] = service.listPipelines(params).promise().toFuture\n    @inline def pollForTaskFuture(params: PollForTaskInput): Future[PollForTaskOutput] = service.pollForTask(params).promise().toFuture\n    @inline def putPipelineDefinitionFuture(params: PutPipelineDefinitionInput): Future[PutPipelineDefinitionOutput] = service.putPipelineDefinition(params).promise().toFuture\n    @inline def queryObjectsFuture(params: QueryObjectsInput): Future[QueryObjectsOutput] = service.queryObjects(params).promise().toFuture\n    @inline def removeTagsFuture(params: RemoveTagsInput): Future[RemoveTagsOutput] = service.removeTags(params).promise().toFuture\n    @inline def reportTaskProgressFuture(params: ReportTaskProgressInput): Future[ReportTaskProgressOutput] = service.reportTaskProgress(params).promise().toFuture\n    @inline def reportTaskRunnerHeartbeatFuture(params: ReportTaskRunnerHeartbeatInput): Future[ReportTaskRunnerHeartbeatOutput] = service.reportTaskRunnerHeartbeat(params).promise().toFuture\n    @inline def setStatusFuture(params: SetStatusInput): Future[js.Object] = service.setStatus(params).promise().toFuture\n    @inline def setTaskStatusFuture(params: SetTaskStatusInput): Future[SetTaskStatusOutput] = service.setTaskStatus(params).promise().toFuture\n    @inline def validatePipelineDefinitionFuture(params: ValidatePipelineDefinitionInput): Future[ValidatePipelineDefinitionOutput] = service.validatePipelineDefinition(params).promise().toFuture\n\n  }\n}\n\npackage datapipeline {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/datapipeline\", JSImport.Namespace, \"AWS.DataPipeline\")\n  class DataPipeline() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def activatePipeline(params: ActivatePipelineInput): Request[ActivatePipelineOutput] = js.native\n    def addTags(params: AddTagsInput): Request[AddTagsOutput] = js.native\n    def createPipeline(params: CreatePipelineInput): Request[CreatePipelineOutput] = js.native\n    def deactivatePipeline(params: DeactivatePipelineInput): Request[DeactivatePipelineOutput] = js.native\n    def deletePipeline(params: DeletePipelineInput): Request[js.Object] = js.native\n    def describeObjects(params: DescribeObjectsInput): Request[DescribeObjectsOutput] = js.native\n    def describePipelines(params: DescribePipelinesInput): Request[DescribePipelinesOutput] = js.native\n    def evaluateExpression(params: EvaluateExpressionInput): Request[EvaluateExpressionOutput] = js.native\n    def getPipelineDefinition(params: GetPipelineDefinitionInput): Request[GetPipelineDefinitionOutput] = js.native\n    def listPipelines(params: ListPipelinesInput): Request[ListPipelinesOutput] = js.native\n    def pollForTask(params: PollForTaskInput): Request[PollForTaskOutput] = js.native\n    def putPipelineDefinition(params: PutPipelineDefinitionInput): Request[PutPipelineDefinitionOutput] = js.native\n    def queryObjects(params: QueryObjectsInput): Request[QueryObjectsOutput] = js.native\n    def removeTags(params: RemoveTagsInput): Request[RemoveTagsOutput] = js.native\n    def reportTaskProgress(params: ReportTaskProgressInput): Request[ReportTaskProgressOutput] = js.native\n    def reportTaskRunnerHeartbeat(params: ReportTaskRunnerHeartbeatInput): Request[ReportTaskRunnerHeartbeatOutput] = js.native\n    def setStatus(params: SetStatusInput): Request[js.Object] = js.native\n    def setTaskStatus(params: SetTaskStatusInput): Request[SetTaskStatusOutput] = js.native\n    def validatePipelineDefinition(params: ValidatePipelineDefinitionInput): Request[ValidatePipelineDefinitionOutput] = js.native\n  }\n\n  \/** Contains the parameters for ActivatePipeline.\n    *\/\n  @js.native\n  trait ActivatePipelineInput extends js.Object {\n    var pipelineId: id\n    var parameterValues: js.UndefOr[ParameterValueList]\n    var startTimestamp: js.UndefOr[timestamp]\n  }\n\n  object ActivatePipelineInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        parameterValues: js.UndefOr[ParameterValueList] = js.undefined,\n        startTimestamp: js.UndefOr[timestamp] = js.undefined\n    ): ActivatePipelineInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n\n      parameterValues.foreach(__v => __obj.updateDynamic(\"parameterValues\")(__v.asInstanceOf[js.Any]))\n      startTimestamp.foreach(__v => __obj.updateDynamic(\"startTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActivatePipelineInput]\n    }\n  }\n\n  \/** Contains the output of ActivatePipeline.\n    *\/\n  @js.native\n  trait ActivatePipelineOutput extends js.Object\n\n  object ActivatePipelineOutput {\n    @inline\n    def apply(): ActivatePipelineOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ActivatePipelineOutput]\n    }\n  }\n\n  \/** Contains the parameters for AddTags.\n    *\/\n  @js.native\n  trait AddTagsInput extends js.Object {\n    var pipelineId: id\n    var tags: tagList\n  }\n\n  object AddTagsInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        tags: tagList\n    ): AddTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsInput]\n    }\n  }\n\n  \/** Contains the output of AddTags.\n    *\/\n  @js.native\n  trait AddTagsOutput extends js.Object\n\n  object AddTagsOutput {\n    @inline\n    def apply(): AddTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddTagsOutput]\n    }\n  }\n\n  \/** Contains the parameters for CreatePipeline.\n    *\/\n  @js.native\n  trait CreatePipelineInput extends js.Object {\n    var name: id\n    var uniqueId: id\n    var description: js.UndefOr[String]\n    var tags: js.UndefOr[tagList]\n  }\n\n  object CreatePipelineInput {\n    @inline\n    def apply(\n        name: id,\n        uniqueId: id,\n        description: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[tagList] = js.undefined\n    ): CreatePipelineInput = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"uniqueId\" -> uniqueId.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePipelineInput]\n    }\n  }\n\n  \/** Contains the output of CreatePipeline.\n    *\/\n  @js.native\n  trait CreatePipelineOutput extends js.Object {\n    var pipelineId: id\n  }\n\n  object CreatePipelineOutput {\n    @inline\n    def apply(\n        pipelineId: id\n    ): CreatePipelineOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePipelineOutput]\n    }\n  }\n\n  \/** Contains the parameters for DeactivatePipeline.\n    *\/\n  @js.native\n  trait DeactivatePipelineInput extends js.Object {\n    var pipelineId: id\n    var cancelActive: js.UndefOr[cancelActive]\n  }\n\n  object DeactivatePipelineInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        cancelActive: js.UndefOr[cancelActive] = js.undefined\n    ): DeactivatePipelineInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n\n      cancelActive.foreach(__v => __obj.updateDynamic(\"cancelActive\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeactivatePipelineInput]\n    }\n  }\n\n  \/** Contains the output of DeactivatePipeline.\n    *\/\n  @js.native\n  trait DeactivatePipelineOutput extends js.Object\n\n  object DeactivatePipelineOutput {\n    @inline\n    def apply(): DeactivatePipelineOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeactivatePipelineOutput]\n    }\n  }\n\n  \/** Contains the parameters for DeletePipeline.\n    *\/\n  @js.native\n  trait DeletePipelineInput extends js.Object {\n    var pipelineId: id\n  }\n\n  object DeletePipelineInput {\n    @inline\n    def apply(\n        pipelineId: id\n    ): DeletePipelineInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePipelineInput]\n    }\n  }\n\n  \/** Contains the parameters for DescribeObjects.\n    *\/\n  @js.native\n  trait DescribeObjectsInput extends js.Object {\n    var objectIds: idList\n    var pipelineId: id\n    var evaluateExpressions: js.UndefOr[Boolean]\n    var marker: js.UndefOr[String]\n  }\n\n  object DescribeObjectsInput {\n    @inline\n    def apply(\n        objectIds: idList,\n        pipelineId: id,\n        evaluateExpressions: js.UndefOr[Boolean] = js.undefined,\n        marker: js.UndefOr[String] = js.undefined\n    ): DescribeObjectsInput = {\n      val __obj = js.Dynamic.literal(\n        \"objectIds\" -> objectIds.asInstanceOf[js.Any],\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n\n      evaluateExpressions.foreach(__v => __obj.updateDynamic(\"evaluateExpressions\")(__v.asInstanceOf[js.Any]))\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeObjectsInput]\n    }\n  }\n\n  \/** Contains the output of DescribeObjects.\n    *\/\n  @js.native\n  trait DescribeObjectsOutput extends js.Object {\n    var pipelineObjects: PipelineObjectList\n    var hasMoreResults: js.UndefOr[Boolean]\n    var marker: js.UndefOr[String]\n  }\n\n  object DescribeObjectsOutput {\n    @inline\n    def apply(\n        pipelineObjects: PipelineObjectList,\n        hasMoreResults: js.UndefOr[Boolean] = js.undefined,\n        marker: js.UndefOr[String] = js.undefined\n    ): DescribeObjectsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineObjects\" -> pipelineObjects.asInstanceOf[js.Any]\n      )\n\n      hasMoreResults.foreach(__v => __obj.updateDynamic(\"hasMoreResults\")(__v.asInstanceOf[js.Any]))\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeObjectsOutput]\n    }\n  }\n\n  \/** Contains the parameters for DescribePipelines.\n    *\/\n  @js.native\n  trait DescribePipelinesInput extends js.Object {\n    var pipelineIds: idList\n  }\n\n  object DescribePipelinesInput {\n    @inline\n    def apply(\n        pipelineIds: idList\n    ): DescribePipelinesInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineIds\" -> pipelineIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePipelinesInput]\n    }\n  }\n\n  \/** Contains the output of DescribePipelines.\n    *\/\n  @js.native\n  trait DescribePipelinesOutput extends js.Object {\n    var pipelineDescriptionList: PipelineDescriptionList\n  }\n\n  object DescribePipelinesOutput {\n    @inline\n    def apply(\n        pipelineDescriptionList: PipelineDescriptionList\n    ): DescribePipelinesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineDescriptionList\" -> pipelineDescriptionList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePipelinesOutput]\n    }\n  }\n\n  \/** Contains the parameters for EvaluateExpression.\n    *\/\n  @js.native\n  trait EvaluateExpressionInput extends js.Object {\n    var expression: longString\n    var objectId: id\n    var pipelineId: id\n  }\n\n  object EvaluateExpressionInput {\n    @inline\n    def apply(\n        expression: longString,\n        objectId: id,\n        pipelineId: id\n    ): EvaluateExpressionInput = {\n      val __obj = js.Dynamic.literal(\n        \"expression\" -> expression.asInstanceOf[js.Any],\n        \"objectId\" -> objectId.asInstanceOf[js.Any],\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EvaluateExpressionInput]\n    }\n  }\n\n  \/** Contains the output of EvaluateExpression.\n    *\/\n  @js.native\n  trait EvaluateExpressionOutput extends js.Object {\n    var evaluatedExpression: longString\n  }\n\n  object EvaluateExpressionOutput {\n    @inline\n    def apply(\n        evaluatedExpression: longString\n    ): EvaluateExpressionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"evaluatedExpression\" -> evaluatedExpression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EvaluateExpressionOutput]\n    }\n  }\n\n  \/** A key-value pair that describes a property of a pipeline object. The value is specified as either a string value (<code>StringValue<\/code>) or a reference to another object (<code>RefValue<\/code>) but not as both.\n    *\/\n  @js.native\n  trait Field extends js.Object {\n    var key: fieldNameString\n    var refValue: js.UndefOr[fieldNameString]\n    var stringValue: js.UndefOr[fieldStringValue]\n  }\n\n  object Field {\n    @inline\n    def apply(\n        key: fieldNameString,\n        refValue: js.UndefOr[fieldNameString] = js.undefined,\n        stringValue: js.UndefOr[fieldStringValue] = js.undefined\n    ): Field = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any]\n      )\n\n      refValue.foreach(__v => __obj.updateDynamic(\"refValue\")(__v.asInstanceOf[js.Any]))\n      stringValue.foreach(__v => __obj.updateDynamic(\"stringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Field]\n    }\n  }\n\n  \/** Contains the parameters for GetPipelineDefinition.\n    *\/\n  @js.native\n  trait GetPipelineDefinitionInput extends js.Object {\n    var pipelineId: id\n    var version: js.UndefOr[String]\n  }\n\n  object GetPipelineDefinitionInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        version: js.UndefOr[String] = js.undefined\n    ): GetPipelineDefinitionInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPipelineDefinitionInput]\n    }\n  }\n\n  \/** Contains the output of GetPipelineDefinition.\n    *\/\n  @js.native\n  trait GetPipelineDefinitionOutput extends js.Object {\n    var parameterObjects: js.UndefOr[ParameterObjectList]\n    var parameterValues: js.UndefOr[ParameterValueList]\n    var pipelineObjects: js.UndefOr[PipelineObjectList]\n  }\n\n  object GetPipelineDefinitionOutput {\n    @inline\n    def apply(\n        parameterObjects: js.UndefOr[ParameterObjectList] = js.undefined,\n        parameterValues: js.UndefOr[ParameterValueList] = js.undefined,\n        pipelineObjects: js.UndefOr[PipelineObjectList] = js.undefined\n    ): GetPipelineDefinitionOutput = {\n      val __obj = js.Dynamic.literal()\n      parameterObjects.foreach(__v => __obj.updateDynamic(\"parameterObjects\")(__v.asInstanceOf[js.Any]))\n      parameterValues.foreach(__v => __obj.updateDynamic(\"parameterValues\")(__v.asInstanceOf[js.Any]))\n      pipelineObjects.foreach(__v => __obj.updateDynamic(\"pipelineObjects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPipelineDefinitionOutput]\n    }\n  }\n\n  \/** <p>Identity information for the EC2 instance that is hosting the task runner. You can get this value by calling a metadata URI from the EC2 instance. For more information, see [[http:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/UserGuide\/AESDG-chapter-instancedata.html|Instance Metadata]] in the <i>Amazon Elastic Compute Cloud User Guide.<\/i> Passing in this value proves that your task runner is running on an EC2 instance, and ensures the proper AWS Data Pipeline service charges are applied to your pipeline. <\/p>\n    *\/\n  @js.native\n  trait InstanceIdentity extends js.Object {\n    var document: js.UndefOr[String]\n    var signature: js.UndefOr[String]\n  }\n\n  object InstanceIdentity {\n    @inline\n    def apply(\n        document: js.UndefOr[String] = js.undefined,\n        signature: js.UndefOr[String] = js.undefined\n    ): InstanceIdentity = {\n      val __obj = js.Dynamic.literal()\n      document.foreach(__v => __obj.updateDynamic(\"document\")(__v.asInstanceOf[js.Any]))\n      signature.foreach(__v => __obj.updateDynamic(\"signature\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceIdentity]\n    }\n  }\n\n  \/** Contains the parameters for ListPipelines.\n    *\/\n  @js.native\n  trait ListPipelinesInput extends js.Object {\n    var marker: js.UndefOr[String]\n  }\n\n  object ListPipelinesInput {\n    @inline\n    def apply(\n        marker: js.UndefOr[String] = js.undefined\n    ): ListPipelinesInput = {\n      val __obj = js.Dynamic.literal()\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesInput]\n    }\n  }\n\n  \/** Contains the output of ListPipelines.\n    *\/\n  @js.native\n  trait ListPipelinesOutput extends js.Object {\n    var pipelineIdList: pipelineList\n    var hasMoreResults: js.UndefOr[Boolean]\n    var marker: js.UndefOr[String]\n  }\n\n  object ListPipelinesOutput {\n    @inline\n    def apply(\n        pipelineIdList: pipelineList,\n        hasMoreResults: js.UndefOr[Boolean] = js.undefined,\n        marker: js.UndefOr[String] = js.undefined\n    ): ListPipelinesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineIdList\" -> pipelineIdList.asInstanceOf[js.Any]\n      )\n\n      hasMoreResults.foreach(__v => __obj.updateDynamic(\"hasMoreResults\")(__v.asInstanceOf[js.Any]))\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesOutput]\n    }\n  }\n\n  \/** Contains a logical operation for comparing the value of a field with a specified value.\n    *\/\n  @js.native\n  trait Operator extends js.Object {\n    var `type`: js.UndefOr[OperatorType]\n    var values: js.UndefOr[stringList]\n  }\n\n  object Operator {\n    @inline\n    def apply(\n        `type`: js.UndefOr[OperatorType] = js.undefined,\n        values: js.UndefOr[stringList] = js.undefined\n    ): Operator = {\n      val __obj = js.Dynamic.literal()\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Operator]\n    }\n  }\n\n  @js.native\n  sealed trait OperatorType extends js.Any\n  object OperatorType {\n    val EQ = \"EQ\".asInstanceOf[OperatorType]\n    val REF_EQ = \"REF_EQ\".asInstanceOf[OperatorType]\n    val LE = \"LE\".asInstanceOf[OperatorType]\n    val GE = \"GE\".asInstanceOf[OperatorType]\n    val BETWEEN = \"BETWEEN\".asInstanceOf[OperatorType]\n\n    @inline def values = js.Array(EQ, REF_EQ, LE, GE, BETWEEN)\n  }\n\n  \/** The attributes allowed or specified with a parameter object.\n    *\/\n  @js.native\n  trait ParameterAttribute extends js.Object {\n    var key: attributeNameString\n    var stringValue: attributeValueString\n  }\n\n  object ParameterAttribute {\n    @inline\n    def apply(\n        key: attributeNameString,\n        stringValue: attributeValueString\n    ): ParameterAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"stringValue\" -> stringValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ParameterAttribute]\n    }\n  }\n\n  \/** Contains information about a parameter object.\n    *\/\n  @js.native\n  trait ParameterObject extends js.Object {\n    var attributes: ParameterAttributeList\n    var id: fieldNameString\n  }\n\n  object ParameterObject {\n    @inline\n    def apply(\n        attributes: ParameterAttributeList,\n        id: fieldNameString\n    ): ParameterObject = {\n      val __obj = js.Dynamic.literal(\n        \"attributes\" -> attributes.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ParameterObject]\n    }\n  }\n\n  \/** A value or list of parameter values.\n    *\/\n  @js.native\n  trait ParameterValue extends js.Object {\n    var id: fieldNameString\n    var stringValue: fieldStringValue\n  }\n\n  object ParameterValue {\n    @inline\n    def apply(\n        id: fieldNameString,\n        stringValue: fieldStringValue\n    ): ParameterValue = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"stringValue\" -> stringValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ParameterValue]\n    }\n  }\n\n  \/** Contains pipeline metadata.\n    *\/\n  @js.native\n  trait PipelineDescription extends js.Object {\n    var fields: fieldList\n    var name: id\n    var pipelineId: id\n    var description: js.UndefOr[String]\n    var tags: js.UndefOr[tagList]\n  }\n\n  object PipelineDescription {\n    @inline\n    def apply(\n        fields: fieldList,\n        name: id,\n        pipelineId: id,\n        description: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[tagList] = js.undefined\n    ): PipelineDescription = {\n      val __obj = js.Dynamic.literal(\n        \"fields\" -> fields.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineDescription]\n    }\n  }\n\n  \/** Contains the name and identifier of a pipeline.\n    *\/\n  @js.native\n  trait PipelineIdName extends js.Object {\n    var id: js.UndefOr[id]\n    var name: js.UndefOr[id]\n  }\n\n  object PipelineIdName {\n    @inline\n    def apply(\n        id: js.UndefOr[id] = js.undefined,\n        name: js.UndefOr[id] = js.undefined\n    ): PipelineIdName = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineIdName]\n    }\n  }\n\n  \/** Contains information about a pipeline object. This can be a logical, physical, or physical attempt pipeline object. The complete set of components of a pipeline defines the pipeline.\n    *\/\n  @js.native\n  trait PipelineObject extends js.Object {\n    var fields: fieldList\n    var id: id\n    var name: id\n  }\n\n  object PipelineObject {\n    @inline\n    def apply(\n        fields: fieldList,\n        id: id,\n        name: id\n    ): PipelineObject = {\n      val __obj = js.Dynamic.literal(\n        \"fields\" -> fields.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PipelineObject]\n    }\n  }\n\n  \/** Contains the parameters for PollForTask.\n    *\/\n  @js.native\n  trait PollForTaskInput extends js.Object {\n    var workerGroup: String\n    var hostname: js.UndefOr[id]\n    var instanceIdentity: js.UndefOr[InstanceIdentity]\n  }\n\n  object PollForTaskInput {\n    @inline\n    def apply(\n        workerGroup: String,\n        hostname: js.UndefOr[id] = js.undefined,\n        instanceIdentity: js.UndefOr[InstanceIdentity] = js.undefined\n    ): PollForTaskInput = {\n      val __obj = js.Dynamic.literal(\n        \"workerGroup\" -> workerGroup.asInstanceOf[js.Any]\n      )\n\n      hostname.foreach(__v => __obj.updateDynamic(\"hostname\")(__v.asInstanceOf[js.Any]))\n      instanceIdentity.foreach(__v => __obj.updateDynamic(\"instanceIdentity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PollForTaskInput]\n    }\n  }\n\n  \/** Contains the output of PollForTask.\n    *\/\n  @js.native\n  trait PollForTaskOutput extends js.Object {\n    var taskObject: js.UndefOr[TaskObject]\n  }\n\n  object PollForTaskOutput {\n    @inline\n    def apply(\n        taskObject: js.UndefOr[TaskObject] = js.undefined\n    ): PollForTaskOutput = {\n      val __obj = js.Dynamic.literal()\n      taskObject.foreach(__v => __obj.updateDynamic(\"taskObject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PollForTaskOutput]\n    }\n  }\n\n  \/** Contains the parameters for PutPipelineDefinition.\n    *\/\n  @js.native\n  trait PutPipelineDefinitionInput extends js.Object {\n    var pipelineId: id\n    var pipelineObjects: PipelineObjectList\n    var parameterObjects: js.UndefOr[ParameterObjectList]\n    var parameterValues: js.UndefOr[ParameterValueList]\n  }\n\n  object PutPipelineDefinitionInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        pipelineObjects: PipelineObjectList,\n        parameterObjects: js.UndefOr[ParameterObjectList] = js.undefined,\n        parameterValues: js.UndefOr[ParameterValueList] = js.undefined\n    ): PutPipelineDefinitionInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"pipelineObjects\" -> pipelineObjects.asInstanceOf[js.Any]\n      )\n\n      parameterObjects.foreach(__v => __obj.updateDynamic(\"parameterObjects\")(__v.asInstanceOf[js.Any]))\n      parameterValues.foreach(__v => __obj.updateDynamic(\"parameterValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPipelineDefinitionInput]\n    }\n  }\n\n  \/** Contains the output of PutPipelineDefinition.\n    *\/\n  @js.native\n  trait PutPipelineDefinitionOutput extends js.Object {\n    var errored: Boolean\n    var validationErrors: js.UndefOr[ValidationErrors]\n    var validationWarnings: js.UndefOr[ValidationWarnings]\n  }\n\n  object PutPipelineDefinitionOutput {\n    @inline\n    def apply(\n        errored: Boolean,\n        validationErrors: js.UndefOr[ValidationErrors] = js.undefined,\n        validationWarnings: js.UndefOr[ValidationWarnings] = js.undefined\n    ): PutPipelineDefinitionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"errored\" -> errored.asInstanceOf[js.Any]\n      )\n\n      validationErrors.foreach(__v => __obj.updateDynamic(\"validationErrors\")(__v.asInstanceOf[js.Any]))\n      validationWarnings.foreach(__v => __obj.updateDynamic(\"validationWarnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPipelineDefinitionOutput]\n    }\n  }\n\n  \/** Defines the query to run against an object.\n    *\/\n  @js.native\n  trait Query extends js.Object {\n    var selectors: js.UndefOr[SelectorList]\n  }\n\n  object Query {\n    @inline\n    def apply(\n        selectors: js.UndefOr[SelectorList] = js.undefined\n    ): Query = {\n      val __obj = js.Dynamic.literal()\n      selectors.foreach(__v => __obj.updateDynamic(\"selectors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Query]\n    }\n  }\n\n  \/** Contains the parameters for QueryObjects.\n    *\/\n  @js.native\n  trait QueryObjectsInput extends js.Object {\n    var pipelineId: id\n    var sphere: String\n    var limit: js.UndefOr[Int]\n    var marker: js.UndefOr[String]\n    var query: js.UndefOr[Query]\n  }\n\n  object QueryObjectsInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        sphere: String,\n        limit: js.UndefOr[Int] = js.undefined,\n        marker: js.UndefOr[String] = js.undefined,\n        query: js.UndefOr[Query] = js.undefined\n    ): QueryObjectsInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"sphere\" -> sphere.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      query.foreach(__v => __obj.updateDynamic(\"query\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryObjectsInput]\n    }\n  }\n\n  \/** Contains the output of QueryObjects.\n    *\/\n  @js.native\n  trait QueryObjectsOutput extends js.Object {\n    var hasMoreResults: js.UndefOr[Boolean]\n    var ids: js.UndefOr[idList]\n    var marker: js.UndefOr[String]\n  }\n\n  object QueryObjectsOutput {\n    @inline\n    def apply(\n        hasMoreResults: js.UndefOr[Boolean] = js.undefined,\n        ids: js.UndefOr[idList] = js.undefined,\n        marker: js.UndefOr[String] = js.undefined\n    ): QueryObjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      hasMoreResults.foreach(__v => __obj.updateDynamic(\"hasMoreResults\")(__v.asInstanceOf[js.Any]))\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      marker.foreach(__v => __obj.updateDynamic(\"marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryObjectsOutput]\n    }\n  }\n\n  \/** Contains the parameters for RemoveTags.\n    *\/\n  @js.native\n  trait RemoveTagsInput extends js.Object {\n    var pipelineId: id\n    var tagKeys: stringList\n  }\n\n  object RemoveTagsInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        tagKeys: stringList\n    ): RemoveTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsInput]\n    }\n  }\n\n  \/** Contains the output of RemoveTags.\n    *\/\n  @js.native\n  trait RemoveTagsOutput extends js.Object\n\n  object RemoveTagsOutput {\n    @inline\n    def apply(): RemoveTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RemoveTagsOutput]\n    }\n  }\n\n  \/** Contains the parameters for ReportTaskProgress.\n    *\/\n  @js.native\n  trait ReportTaskProgressInput extends js.Object {\n    var taskId: taskId\n    var fields: js.UndefOr[fieldList]\n  }\n\n  object ReportTaskProgressInput {\n    @inline\n    def apply(\n        taskId: taskId,\n        fields: js.UndefOr[fieldList] = js.undefined\n    ): ReportTaskProgressInput = {\n      val __obj = js.Dynamic.literal(\n        \"taskId\" -> taskId.asInstanceOf[js.Any]\n      )\n\n      fields.foreach(__v => __obj.updateDynamic(\"fields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportTaskProgressInput]\n    }\n  }\n\n  \/** Contains the output of ReportTaskProgress.\n    *\/\n  @js.native\n  trait ReportTaskProgressOutput extends js.Object {\n    var canceled: Boolean\n  }\n\n  object ReportTaskProgressOutput {\n    @inline\n    def apply(\n        canceled: Boolean\n    ): ReportTaskProgressOutput = {\n      val __obj = js.Dynamic.literal(\n        \"canceled\" -> canceled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReportTaskProgressOutput]\n    }\n  }\n\n  \/** Contains the parameters for ReportTaskRunnerHeartbeat.\n    *\/\n  @js.native\n  trait ReportTaskRunnerHeartbeatInput extends js.Object {\n    var taskrunnerId: id\n    var hostname: js.UndefOr[id]\n    var workerGroup: js.UndefOr[String]\n  }\n\n  object ReportTaskRunnerHeartbeatInput {\n    @inline\n    def apply(\n        taskrunnerId: id,\n        hostname: js.UndefOr[id] = js.undefined,\n        workerGroup: js.UndefOr[String] = js.undefined\n    ): ReportTaskRunnerHeartbeatInput = {\n      val __obj = js.Dynamic.literal(\n        \"taskrunnerId\" -> taskrunnerId.asInstanceOf[js.Any]\n      )\n\n      hostname.foreach(__v => __obj.updateDynamic(\"hostname\")(__v.asInstanceOf[js.Any]))\n      workerGroup.foreach(__v => __obj.updateDynamic(\"workerGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportTaskRunnerHeartbeatInput]\n    }\n  }\n\n  \/** Contains the output of ReportTaskRunnerHeartbeat.\n    *\/\n  @js.native\n  trait ReportTaskRunnerHeartbeatOutput extends js.Object {\n    var terminate: Boolean\n  }\n\n  object ReportTaskRunnerHeartbeatOutput {\n    @inline\n    def apply(\n        terminate: Boolean\n    ): ReportTaskRunnerHeartbeatOutput = {\n      val __obj = js.Dynamic.literal(\n        \"terminate\" -> terminate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReportTaskRunnerHeartbeatOutput]\n    }\n  }\n\n  \/** A comparision that is used to determine whether a query should return this object.\n    *\/\n  @js.native\n  trait Selector extends js.Object {\n    var fieldName: js.UndefOr[String]\n    var operator: js.UndefOr[Operator]\n  }\n\n  object Selector {\n    @inline\n    def apply(\n        fieldName: js.UndefOr[String] = js.undefined,\n        operator: js.UndefOr[Operator] = js.undefined\n    ): Selector = {\n      val __obj = js.Dynamic.literal()\n      fieldName.foreach(__v => __obj.updateDynamic(\"fieldName\")(__v.asInstanceOf[js.Any]))\n      operator.foreach(__v => __obj.updateDynamic(\"operator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Selector]\n    }\n  }\n\n  \/** Contains the parameters for SetStatus.\n    *\/\n  @js.native\n  trait SetStatusInput extends js.Object {\n    var objectIds: idList\n    var pipelineId: id\n    var status: String\n  }\n\n  object SetStatusInput {\n    @inline\n    def apply(\n        objectIds: idList,\n        pipelineId: id,\n        status: String\n    ): SetStatusInput = {\n      val __obj = js.Dynamic.literal(\n        \"objectIds\" -> objectIds.asInstanceOf[js.Any],\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetStatusInput]\n    }\n  }\n\n  \/** Contains the parameters for SetTaskStatus.\n    *\/\n  @js.native\n  trait SetTaskStatusInput extends js.Object {\n    var taskId: taskId\n    var taskStatus: TaskStatus\n    var errorId: js.UndefOr[String]\n    var errorMessage: js.UndefOr[errorMessage]\n    var errorStackTrace: js.UndefOr[String]\n  }\n\n  object SetTaskStatusInput {\n    @inline\n    def apply(\n        taskId: taskId,\n        taskStatus: TaskStatus,\n        errorId: js.UndefOr[String] = js.undefined,\n        errorMessage: js.UndefOr[errorMessage] = js.undefined,\n        errorStackTrace: js.UndefOr[String] = js.undefined\n    ): SetTaskStatusInput = {\n      val __obj = js.Dynamic.literal(\n        \"taskId\" -> taskId.asInstanceOf[js.Any],\n        \"taskStatus\" -> taskStatus.asInstanceOf[js.Any]\n      )\n\n      errorId.foreach(__v => __obj.updateDynamic(\"errorId\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      errorStackTrace.foreach(__v => __obj.updateDynamic(\"errorStackTrace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetTaskStatusInput]\n    }\n  }\n\n  \/** Contains the output of SetTaskStatus.\n    *\/\n  @js.native\n  trait SetTaskStatusOutput extends js.Object\n\n  object SetTaskStatusOutput {\n    @inline\n    def apply(): SetTaskStatusOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetTaskStatusOutput]\n    }\n  }\n\n  \/** Tags are key\/value pairs defined by a user and associated with a pipeline to control access. AWS Data Pipeline allows you to associate ten tags per pipeline. For more information, see [[http:\/\/docs.aws.amazon.com\/datapipeline\/latest\/DeveloperGuide\/dp-control-access.html|Controlling User Access to Pipelines]] in the <i>AWS Data Pipeline Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: tagKey\n    var value: tagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: tagKey,\n        value: tagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Contains information about a pipeline task that is assigned to a task runner.\n    *\/\n  @js.native\n  trait TaskObject extends js.Object {\n    var attemptId: js.UndefOr[id]\n    var objects: js.UndefOr[PipelineObjectMap]\n    var pipelineId: js.UndefOr[id]\n    var taskId: js.UndefOr[taskId]\n  }\n\n  object TaskObject {\n    @inline\n    def apply(\n        attemptId: js.UndefOr[id] = js.undefined,\n        objects: js.UndefOr[PipelineObjectMap] = js.undefined,\n        pipelineId: js.UndefOr[id] = js.undefined,\n        taskId: js.UndefOr[taskId] = js.undefined\n    ): TaskObject = {\n      val __obj = js.Dynamic.literal()\n      attemptId.foreach(__v => __obj.updateDynamic(\"attemptId\")(__v.asInstanceOf[js.Any]))\n      objects.foreach(__v => __obj.updateDynamic(\"objects\")(__v.asInstanceOf[js.Any]))\n      pipelineId.foreach(__v => __obj.updateDynamic(\"pipelineId\")(__v.asInstanceOf[js.Any]))\n      taskId.foreach(__v => __obj.updateDynamic(\"taskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TaskObject]\n    }\n  }\n\n  @js.native\n  sealed trait TaskStatus extends js.Any\n  object TaskStatus {\n    val FINISHED = \"FINISHED\".asInstanceOf[TaskStatus]\n    val FAILED = \"FAILED\".asInstanceOf[TaskStatus]\n    val FALSE = \"FALSE\".asInstanceOf[TaskStatus]\n\n    @inline def values = js.Array(FINISHED, FAILED, FALSE)\n  }\n\n  \/** Contains the parameters for ValidatePipelineDefinition.\n    *\/\n  @js.native\n  trait ValidatePipelineDefinitionInput extends js.Object {\n    var pipelineId: id\n    var pipelineObjects: PipelineObjectList\n    var parameterObjects: js.UndefOr[ParameterObjectList]\n    var parameterValues: js.UndefOr[ParameterValueList]\n  }\n\n  object ValidatePipelineDefinitionInput {\n    @inline\n    def apply(\n        pipelineId: id,\n        pipelineObjects: PipelineObjectList,\n        parameterObjects: js.UndefOr[ParameterObjectList] = js.undefined,\n        parameterValues: js.UndefOr[ParameterValueList] = js.undefined\n    ): ValidatePipelineDefinitionInput = {\n      val __obj = js.Dynamic.literal(\n        \"pipelineId\" -> pipelineId.asInstanceOf[js.Any],\n        \"pipelineObjects\" -> pipelineObjects.asInstanceOf[js.Any]\n      )\n\n      parameterObjects.foreach(__v => __obj.updateDynamic(\"parameterObjects\")(__v.asInstanceOf[js.Any]))\n      parameterValues.foreach(__v => __obj.updateDynamic(\"parameterValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidatePipelineDefinitionInput]\n    }\n  }\n\n  \/** Contains the output of ValidatePipelineDefinition.\n    *\/\n  @js.native\n  trait ValidatePipelineDefinitionOutput extends js.Object {\n    var errored: Boolean\n    var validationErrors: js.UndefOr[ValidationErrors]\n    var validationWarnings: js.UndefOr[ValidationWarnings]\n  }\n\n  object ValidatePipelineDefinitionOutput {\n    @inline\n    def apply(\n        errored: Boolean,\n        validationErrors: js.UndefOr[ValidationErrors] = js.undefined,\n        validationWarnings: js.UndefOr[ValidationWarnings] = js.undefined\n    ): ValidatePipelineDefinitionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"errored\" -> errored.asInstanceOf[js.Any]\n      )\n\n      validationErrors.foreach(__v => __obj.updateDynamic(\"validationErrors\")(__v.asInstanceOf[js.Any]))\n      validationWarnings.foreach(__v => __obj.updateDynamic(\"validationWarnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidatePipelineDefinitionOutput]\n    }\n  }\n\n  \/** Defines a validation error. Validation errors prevent pipeline activation. The set of validation errors that can be returned are defined by AWS Data Pipeline.\n    *\/\n  @js.native\n  trait ValidationError extends js.Object {\n    var errors: js.UndefOr[validationMessages]\n    var id: js.UndefOr[id]\n  }\n\n  object ValidationError {\n    @inline\n    def apply(\n        errors: js.UndefOr[validationMessages] = js.undefined,\n        id: js.UndefOr[id] = js.undefined\n    ): ValidationError = {\n      val __obj = js.Dynamic.literal()\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidationError]\n    }\n  }\n\n  \/** Defines a validation warning. Validation warnings do not prevent pipeline activation. The set of validation warnings that can be returned are defined by AWS Data Pipeline.\n    *\/\n  @js.native\n  trait ValidationWarning extends js.Object {\n    var id: js.UndefOr[id]\n    var warnings: js.UndefOr[validationMessages]\n  }\n\n  object ValidationWarning {\n    @inline\n    def apply(\n        id: js.UndefOr[id] = js.undefined,\n        warnings: js.UndefOr[validationMessages] = js.undefined\n    ): ValidationWarning = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      warnings.foreach(__v => __obj.updateDynamic(\"warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidationWarning]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/fsx\/src\/main\/scala\/facade\/amazonaws\/services\/FSx.scala","text":"<filename>services\/fsx\/src\/main\/scala\/facade\/amazonaws\/services\/FSx.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object fsx {\n  type AWSAccountId = String\n  type ActiveDirectoryFullyQualifiedName = String\n  type AdministrativeActions = js.Array[AdministrativeAction]\n  type Aliases = js.Array[Alias]\n  type AlternateDNSName = String\n  type AlternateDNSNames = js.Array[AlternateDNSName]\n  type ArchivePath = String\n  type AutomaticBackupRetentionDays = Int\n  type BackupId = String\n  type BackupIds = js.Array[BackupId]\n  type Backups = js.Array[Backup]\n  type ClientRequestToken = String\n  type CreationTime = js.Date\n  type DNSName = String\n  type DailyTime = String\n  type DataRepositoryTaskFilterValue = String\n  type DataRepositoryTaskFilterValues = js.Array[DataRepositoryTaskFilterValue]\n  type DataRepositoryTaskFilters = js.Array[DataRepositoryTaskFilter]\n  type DataRepositoryTaskPath = String\n  type DataRepositoryTaskPaths = js.Array[DataRepositoryTaskPath]\n  type DataRepositoryTasks = js.Array[DataRepositoryTask]\n  type DirectoryId = String\n  type DirectoryPassword = String\n  type DirectoryUserName = String\n  type DnsIps = js.Array[IpAddress]\n  type EndTime = js.Date\n  type ErrorMessage = String\n  type FailedCount = Double\n  type FileSystemAdministratorsGroupName = String\n  type FileSystemId = String\n  type FileSystemIds = js.Array[FileSystemId]\n  type FileSystemMaintenanceOperations = js.Array[FileSystemMaintenanceOperation]\n  type FileSystems = js.Array[FileSystem]\n  type FilterValue = String\n  type FilterValues = js.Array[FilterValue]\n  type Filters = js.Array[Filter]\n  type Flag = Boolean\n  type IpAddress = String\n  type KmsKeyId = String\n  type LastUpdatedTime = js.Date\n  type LustreFileSystemMountName = String\n  type MaxResults = Int\n  type Megabytes = Int\n  type MegabytesPerSecond = Int\n  type NetworkInterfaceId = String\n  type NetworkInterfaceIds = js.Array[NetworkInterfaceId]\n  type NextToken = String\n  type OrganizationalUnitDistinguishedName = String\n  type PerUnitStorageThroughput = Int\n  type ProgressPercent = Int\n  type Region = String\n  type RequestTime = js.Date\n  type ResourceARN = String\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type SourceBackupId = String\n  type StartTime = js.Date\n  type StorageCapacity = Int\n  type SubnetId = String\n  type SubnetIds = js.Array[SubnetId]\n  type SucceededCount = Double\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type TaskId = String\n  type TaskIds = js.Array[TaskId]\n  type TotalCount = Double\n  type VpcId = String\n  type WeeklyTime = String\n\n  implicit final class FSxOps(private val service: FSx) extends AnyVal {\n\n    @inline def associateFileSystemAliasesFuture(params: AssociateFileSystemAliasesRequest): Future[AssociateFileSystemAliasesResponse] = service.associateFileSystemAliases(params).promise().toFuture\n    @inline def cancelDataRepositoryTaskFuture(params: CancelDataRepositoryTaskRequest): Future[CancelDataRepositoryTaskResponse] = service.cancelDataRepositoryTask(params).promise().toFuture\n    @inline def copyBackupFuture(params: CopyBackupRequest): Future[CopyBackupResponse] = service.copyBackup(params).promise().toFuture\n    @inline def createBackupFuture(params: CreateBackupRequest): Future[CreateBackupResponse] = service.createBackup(params).promise().toFuture\n    @inline def createDataRepositoryTaskFuture(params: CreateDataRepositoryTaskRequest): Future[CreateDataRepositoryTaskResponse] = service.createDataRepositoryTask(params).promise().toFuture\n    @inline def createFileSystemFromBackupFuture(params: CreateFileSystemFromBackupRequest): Future[CreateFileSystemFromBackupResponse] = service.createFileSystemFromBackup(params).promise().toFuture\n    @inline def createFileSystemFuture(params: CreateFileSystemRequest): Future[CreateFileSystemResponse] = service.createFileSystem(params).promise().toFuture\n    @inline def deleteBackupFuture(params: DeleteBackupRequest): Future[DeleteBackupResponse] = service.deleteBackup(params).promise().toFuture\n    @inline def deleteFileSystemFuture(params: DeleteFileSystemRequest): Future[DeleteFileSystemResponse] = service.deleteFileSystem(params).promise().toFuture\n    @inline def describeBackupsFuture(params: DescribeBackupsRequest): Future[DescribeBackupsResponse] = service.describeBackups(params).promise().toFuture\n    @inline def describeDataRepositoryTasksFuture(params: DescribeDataRepositoryTasksRequest): Future[DescribeDataRepositoryTasksResponse] = service.describeDataRepositoryTasks(params).promise().toFuture\n    @inline def describeFileSystemAliasesFuture(params: DescribeFileSystemAliasesRequest): Future[DescribeFileSystemAliasesResponse] = service.describeFileSystemAliases(params).promise().toFuture\n    @inline def describeFileSystemsFuture(params: DescribeFileSystemsRequest): Future[DescribeFileSystemsResponse] = service.describeFileSystems(params).promise().toFuture\n    @inline def disassociateFileSystemAliasesFuture(params: DisassociateFileSystemAliasesRequest): Future[DisassociateFileSystemAliasesResponse] = service.disassociateFileSystemAliases(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateFileSystemFuture(params: UpdateFileSystemRequest): Future[UpdateFileSystemResponse] = service.updateFileSystem(params).promise().toFuture\n\n  }\n}\n\npackage fsx {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/fsx\", JSImport.Namespace, \"AWS.FSx\")\n  class FSx() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateFileSystemAliases(params: AssociateFileSystemAliasesRequest): Request[AssociateFileSystemAliasesResponse] = js.native\n    def cancelDataRepositoryTask(params: CancelDataRepositoryTaskRequest): Request[CancelDataRepositoryTaskResponse] = js.native\n    def copyBackup(params: CopyBackupRequest): Request[CopyBackupResponse] = js.native\n    def createBackup(params: CreateBackupRequest): Request[CreateBackupResponse] = js.native\n    def createDataRepositoryTask(params: CreateDataRepositoryTaskRequest): Request[CreateDataRepositoryTaskResponse] = js.native\n    def createFileSystem(params: CreateFileSystemRequest): Request[CreateFileSystemResponse] = js.native\n    def createFileSystemFromBackup(params: CreateFileSystemFromBackupRequest): Request[CreateFileSystemFromBackupResponse] = js.native\n    def deleteBackup(params: DeleteBackupRequest): Request[DeleteBackupResponse] = js.native\n    def deleteFileSystem(params: DeleteFileSystemRequest): Request[DeleteFileSystemResponse] = js.native\n    def describeBackups(params: DescribeBackupsRequest): Request[DescribeBackupsResponse] = js.native\n    def describeDataRepositoryTasks(params: DescribeDataRepositoryTasksRequest): Request[DescribeDataRepositoryTasksResponse] = js.native\n    def describeFileSystemAliases(params: DescribeFileSystemAliasesRequest): Request[DescribeFileSystemAliasesResponse] = js.native\n    def describeFileSystems(params: DescribeFileSystemsRequest): Request[DescribeFileSystemsResponse] = js.native\n    def disassociateFileSystemAliases(params: DisassociateFileSystemAliasesRequest): Request[DisassociateFileSystemAliasesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateFileSystem(params: UpdateFileSystemRequest): Request[UpdateFileSystemResponse] = js.native\n  }\n\n  \/** The Microsoft AD attributes of the Amazon FSx for Windows File Server file system.\n    *\/\n  @js.native\n  trait ActiveDirectoryBackupAttributes extends js.Object {\n    var ActiveDirectoryId: js.UndefOr[DirectoryId]\n    var DomainName: js.UndefOr[ActiveDirectoryFullyQualifiedName]\n    var ResourceARN: js.UndefOr[ResourceARN]\n  }\n\n  object ActiveDirectoryBackupAttributes {\n    @inline\n    def apply(\n        ActiveDirectoryId: js.UndefOr[DirectoryId] = js.undefined,\n        DomainName: js.UndefOr[ActiveDirectoryFullyQualifiedName] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined\n    ): ActiveDirectoryBackupAttributes = {\n      val __obj = js.Dynamic.literal()\n      ActiveDirectoryId.foreach(__v => __obj.updateDynamic(\"ActiveDirectoryId\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActiveDirectoryBackupAttributes]\n    }\n  }\n\n  \/** Describes a specific Amazon FSx administrative action for the current Windows or Lustre file system.\n    *\/\n  @js.native\n  trait AdministrativeAction extends js.Object {\n    var AdministrativeActionType: js.UndefOr[AdministrativeActionType]\n    var FailureDetails: js.UndefOr[AdministrativeActionFailureDetails]\n    var ProgressPercent: js.UndefOr[ProgressPercent]\n    var RequestTime: js.UndefOr[RequestTime]\n    var Status: js.UndefOr[Status]\n    var TargetFileSystemValues: js.UndefOr[FileSystem]\n  }\n\n  object AdministrativeAction {\n    @inline\n    def apply(\n        AdministrativeActionType: js.UndefOr[AdministrativeActionType] = js.undefined,\n        FailureDetails: js.UndefOr[AdministrativeActionFailureDetails] = js.undefined,\n        ProgressPercent: js.UndefOr[ProgressPercent] = js.undefined,\n        RequestTime: js.UndefOr[RequestTime] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TargetFileSystemValues: js.UndefOr[FileSystem] = js.undefined\n    ): AdministrativeAction = {\n      val __obj = js.Dynamic.literal()\n      AdministrativeActionType.foreach(__v => __obj.updateDynamic(\"AdministrativeActionType\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      ProgressPercent.foreach(__v => __obj.updateDynamic(\"ProgressPercent\")(__v.asInstanceOf[js.Any]))\n      RequestTime.foreach(__v => __obj.updateDynamic(\"RequestTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TargetFileSystemValues.foreach(__v => __obj.updateDynamic(\"TargetFileSystemValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdministrativeAction]\n    }\n  }\n\n  \/** Provides information about a failed administrative action.\n    *\/\n  @js.native\n  trait AdministrativeActionFailureDetails extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n  }\n\n  object AdministrativeActionFailureDetails {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined\n    ): AdministrativeActionFailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdministrativeActionFailureDetails]\n    }\n  }\n\n  \/** Describes the type of administrative action, as follows: * <code>FILE_SYSTEM_UPDATE<\/code> - A file system update administrative action initiated by the user from the Amazon FSx console, API (UpdateFileSystem), or CLI (update-file-system). * <code>STORAGE_OPTIMIZATION<\/code> - Once the <code>FILE_SYSTEM_UPDATE<\/code> task to increase a file system's storage capacity completes successfully, a <code>STORAGE_OPTIMIZATION<\/code> task starts. <li> For Windows, storage optimization is the process of migrating the file system data to the new, larger disks. * For Lustre, storage optimization consists of rebalancing the data across the existing and newly added file servers. You can track the storage optimization progress using the <code>ProgressPercent<\/code> property. When <code>STORAGE_OPTIMIZATION<\/code> completes successfully, the parent <code>FILE_SYSTEM_UPDATE<\/code> action status changes to <code>COMPLETED<\/code>. For more information, see\n    * [[https:\/\/docs.aws.amazon.com\/fsx\/latest\/WindowsGuide\/managing-storage-capacity.html|Managing storage capacity]] in the <i>Amazon FSx for Windows File Server User Guide<\/i> and [[https:\/\/docs.aws.amazon.com\/fsx\/latest\/LustreGuide\/managing-storage-capacity.html|Managing storage and throughput capacity]] in the <i>Amazon FSx for Lustre User Guide<\/i>. <\/li> * <code>FILE_SYSTEM_ALIAS_ASSOCIATION<\/code> - A file system update to associate a new DNS alias with the file system. For more information, see . * <code>FILE_SYSTEM_ALIAS_DISASSOCIATION<\/code> - A file system update to disassociate a DNS alias from the file system. For more information, see .\n    *\/\n  @js.native\n  sealed trait AdministrativeActionType extends js.Any\n  object AdministrativeActionType {\n    val FILE_SYSTEM_UPDATE = \"FILE_SYSTEM_UPDATE\".asInstanceOf[AdministrativeActionType]\n    val STORAGE_OPTIMIZATION = \"STORAGE_OPTIMIZATION\".asInstanceOf[AdministrativeActionType]\n    val FILE_SYSTEM_ALIAS_ASSOCIATION = \"FILE_SYSTEM_ALIAS_ASSOCIATION\".asInstanceOf[AdministrativeActionType]\n    val FILE_SYSTEM_ALIAS_DISASSOCIATION = \"FILE_SYSTEM_ALIAS_DISASSOCIATION\".asInstanceOf[AdministrativeActionType]\n\n    @inline def values = js.Array(FILE_SYSTEM_UPDATE, STORAGE_OPTIMIZATION, FILE_SYSTEM_ALIAS_ASSOCIATION, FILE_SYSTEM_ALIAS_DISASSOCIATION)\n  }\n\n  \/** A DNS alias that is associated with the file system. You can use a DNS alias to access a file system using user-defined DNS names, in addition to the default DNS name that Amazon FSx assigns to the file system. For more information, see [[https:\/\/docs.aws.amazon.com\/fsx\/latest\/WindowsGuide\/managing-dns-aliases.html|DNS aliases]] in the <i>FSx for Windows File Server User Guide<\/i>.\n    *\/\n  @js.native\n  trait Alias extends js.Object {\n    var Lifecycle: js.UndefOr[AliasLifecycle]\n    var Name: js.UndefOr[AlternateDNSName]\n  }\n\n  object Alias {\n    @inline\n    def apply(\n        Lifecycle: js.UndefOr[AliasLifecycle] = js.undefined,\n        Name: js.UndefOr[AlternateDNSName] = js.undefined\n    ): Alias = {\n      val __obj = js.Dynamic.literal()\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alias]\n    }\n  }\n\n  @js.native\n  sealed trait AliasLifecycle extends js.Any\n  object AliasLifecycle {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[AliasLifecycle]\n    val CREATING = \"CREATING\".asInstanceOf[AliasLifecycle]\n    val DELETING = \"DELETING\".asInstanceOf[AliasLifecycle]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[AliasLifecycle]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[AliasLifecycle]\n\n    @inline def values = js.Array(AVAILABLE, CREATING, DELETING, CREATE_FAILED, DELETE_FAILED)\n  }\n\n  \/** The request object specifying one or more DNS alias names to associate with an Amazon FSx for Windows File Server file system.\n    *\/\n  @js.native\n  trait AssociateFileSystemAliasesRequest extends js.Object {\n    var Aliases: AlternateDNSNames\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object AssociateFileSystemAliasesRequest {\n    @inline\n    def apply(\n        Aliases: AlternateDNSNames,\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): AssociateFileSystemAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Aliases\" -> Aliases.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateFileSystemAliasesRequest]\n    }\n  }\n\n  \/** The system generated response showing the DNS aliases that Amazon FSx is attempting to associate with the file system. Use the API operation to monitor the status of the aliases Amazon FSx is associating with the file system. It can take up to 2.5 minutes for the alias status to change from <code>CREATING<\/code> to <code>AVAILABLE<\/code>.\n    *\/\n  @js.native\n  trait AssociateFileSystemAliasesResponse extends js.Object {\n    var Aliases: js.UndefOr[Aliases]\n  }\n\n  object AssociateFileSystemAliasesResponse {\n    @inline\n    def apply(\n        Aliases: js.UndefOr[Aliases] = js.undefined\n    ): AssociateFileSystemAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateFileSystemAliasesResponse]\n    }\n  }\n\n  @js.native\n  sealed trait AutoImportPolicyType extends js.Any\n  object AutoImportPolicyType {\n    val NONE = \"NONE\".asInstanceOf[AutoImportPolicyType]\n    val NEW = \"NEW\".asInstanceOf[AutoImportPolicyType]\n    val NEW_CHANGED = \"NEW_CHANGED\".asInstanceOf[AutoImportPolicyType]\n\n    @inline def values = js.Array(NONE, NEW, NEW_CHANGED)\n  }\n\n  \/** A backup of an Amazon FSx file system.\n    *\/\n  @js.native\n  trait Backup extends js.Object {\n    var BackupId: BackupId\n    var CreationTime: CreationTime\n    var FileSystem: FileSystem\n    var Lifecycle: BackupLifecycle\n    var Type: BackupType\n    var DirectoryInformation: js.UndefOr[ActiveDirectoryBackupAttributes]\n    var FailureDetails: js.UndefOr[BackupFailureDetails]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var OwnerId: js.UndefOr[AWSAccountId]\n    var ProgressPercent: js.UndefOr[ProgressPercent]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var SourceBackupId: js.UndefOr[BackupId]\n    var SourceBackupRegion: js.UndefOr[Region]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object Backup {\n    @inline\n    def apply(\n        BackupId: BackupId,\n        CreationTime: CreationTime,\n        FileSystem: FileSystem,\n        Lifecycle: BackupLifecycle,\n        Type: BackupType,\n        DirectoryInformation: js.UndefOr[ActiveDirectoryBackupAttributes] = js.undefined,\n        FailureDetails: js.UndefOr[BackupFailureDetails] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        OwnerId: js.UndefOr[AWSAccountId] = js.undefined,\n        ProgressPercent: js.UndefOr[ProgressPercent] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        SourceBackupId: js.UndefOr[BackupId] = js.undefined,\n        SourceBackupRegion: js.UndefOr[Region] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): Backup = {\n      val __obj = js.Dynamic.literal(\n        \"BackupId\" -> BackupId.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FileSystem\" -> FileSystem.asInstanceOf[js.Any],\n        \"Lifecycle\" -> Lifecycle.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DirectoryInformation.foreach(__v => __obj.updateDynamic(\"DirectoryInformation\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ProgressPercent.foreach(__v => __obj.updateDynamic(\"ProgressPercent\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      SourceBackupId.foreach(__v => __obj.updateDynamic(\"SourceBackupId\")(__v.asInstanceOf[js.Any]))\n      SourceBackupRegion.foreach(__v => __obj.updateDynamic(\"SourceBackupRegion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Backup]\n    }\n  }\n\n  \/** If backup creation fails, this structure contains the details of that failure.\n    *\/\n  @js.native\n  trait BackupFailureDetails extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n  }\n\n  object BackupFailureDetails {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined\n    ): BackupFailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackupFailureDetails]\n    }\n  }\n\n  \/** The lifecycle status of the backup. * <code>AVAILABLE<\/code> - The backup is fully available. * <code>PENDING<\/code> - For user-initiated backups on Lustre file systems only; Amazon FSx has not started creating the backup. * <code>CREATING<\/code> - Amazon FSx is creating the new user-intiated backup * <code>TRANSFERRING<\/code> - For user-initiated backups on Lustre file systems only; Amazon FSx is backing up the file system. * <code>COPYING<\/code> - Amazon FSx is copying the backup. * <code>DELETED<\/code> - Amazon FSx deleted the backup and it is no longer available. * <code>FAILED<\/code> - Amazon FSx could not complete the backup.\n    *\/\n  @js.native\n  sealed trait BackupLifecycle extends js.Any\n  object BackupLifecycle {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[BackupLifecycle]\n    val CREATING = \"CREATING\".asInstanceOf[BackupLifecycle]\n    val TRANSFERRING = \"TRANSFERRING\".asInstanceOf[BackupLifecycle]\n    val DELETED = \"DELETED\".asInstanceOf[BackupLifecycle]\n    val FAILED = \"FAILED\".asInstanceOf[BackupLifecycle]\n    val PENDING = \"PENDING\".asInstanceOf[BackupLifecycle]\n    val COPYING = \"COPYING\".asInstanceOf[BackupLifecycle]\n\n    @inline def values = js.Array(AVAILABLE, CREATING, TRANSFERRING, DELETED, FAILED, PENDING, COPYING)\n  }\n\n  \/** The type of the backup.\n    *\/\n  @js.native\n  sealed trait BackupType extends js.Any\n  object BackupType {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[BackupType]\n    val USER_INITIATED = \"USER_INITIATED\".asInstanceOf[BackupType]\n    val AWS_BACKUP = \"AWS_BACKUP\".asInstanceOf[BackupType]\n\n    @inline def values = js.Array(AUTOMATIC, USER_INITIATED, AWS_BACKUP)\n  }\n\n  \/** Cancels a data repository task.\n    *\/\n  @js.native\n  trait CancelDataRepositoryTaskRequest extends js.Object {\n    var TaskId: TaskId\n  }\n\n  object CancelDataRepositoryTaskRequest {\n    @inline\n    def apply(\n        TaskId: TaskId\n    ): CancelDataRepositoryTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelDataRepositoryTaskRequest]\n    }\n  }\n\n  @js.native\n  trait CancelDataRepositoryTaskResponse extends js.Object {\n    var Lifecycle: js.UndefOr[DataRepositoryTaskLifecycle]\n    var TaskId: js.UndefOr[TaskId]\n  }\n\n  object CancelDataRepositoryTaskResponse {\n    @inline\n    def apply(\n        Lifecycle: js.UndefOr[DataRepositoryTaskLifecycle] = js.undefined,\n        TaskId: js.UndefOr[TaskId] = js.undefined\n    ): CancelDataRepositoryTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      TaskId.foreach(__v => __obj.updateDynamic(\"TaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelDataRepositoryTaskResponse]\n    }\n  }\n\n  \/** Provides a report detailing the data repository task results of the files processed that match the criteria specified in the report <code>Scope<\/code> parameter. FSx delivers the report to the file system's linked data repository in Amazon S3, using the path specified in the report <code>Path<\/code> parameter. You can specify whether or not a report gets generated for a task using the <code>Enabled<\/code> parameter.\n    *\/\n  @js.native\n  trait CompletionReport extends js.Object {\n    var Enabled: Flag\n    var Format: js.UndefOr[ReportFormat]\n    var Path: js.UndefOr[ArchivePath]\n    var Scope: js.UndefOr[ReportScope]\n  }\n\n  object CompletionReport {\n    @inline\n    def apply(\n        Enabled: Flag,\n        Format: js.UndefOr[ReportFormat] = js.undefined,\n        Path: js.UndefOr[ArchivePath] = js.undefined,\n        Scope: js.UndefOr[ReportScope] = js.undefined\n    ): CompletionReport = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      Scope.foreach(__v => __obj.updateDynamic(\"Scope\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompletionReport]\n    }\n  }\n\n  @js.native\n  trait CopyBackupRequest extends js.Object {\n    var SourceBackupId: SourceBackupId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var CopyTags: js.UndefOr[Flag]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var SourceRegion: js.UndefOr[Region]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CopyBackupRequest {\n    @inline\n    def apply(\n        SourceBackupId: SourceBackupId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        CopyTags: js.UndefOr[Flag] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        SourceRegion: js.UndefOr[Region] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CopyBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceBackupId\" -> SourceBackupId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyBackupRequest]\n    }\n  }\n\n  @js.native\n  trait CopyBackupResponse extends js.Object {\n    var Backup: js.UndefOr[Backup]\n  }\n\n  object CopyBackupResponse {\n    @inline\n    def apply(\n        Backup: js.UndefOr[Backup] = js.undefined\n    ): CopyBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      Backup.foreach(__v => __obj.updateDynamic(\"Backup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyBackupResponse]\n    }\n  }\n\n  \/** The request object for the <code>CreateBackup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateBackupRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateBackupRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackupRequest]\n    }\n  }\n\n  \/** The response object for the <code>CreateBackup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateBackupResponse extends js.Object {\n    var Backup: js.UndefOr[Backup]\n  }\n\n  object CreateBackupResponse {\n    @inline\n    def apply(\n        Backup: js.UndefOr[Backup] = js.undefined\n    ): CreateBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      Backup.foreach(__v => __obj.updateDynamic(\"Backup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDataRepositoryTaskRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var Report: CompletionReport\n    var Type: DataRepositoryTaskType\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var Paths: js.UndefOr[DataRepositoryTaskPaths]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateDataRepositoryTaskRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        Report: CompletionReport,\n        Type: DataRepositoryTaskType,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        Paths: js.UndefOr[DataRepositoryTaskPaths] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDataRepositoryTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"Report\" -> Report.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Paths.foreach(__v => __obj.updateDynamic(\"Paths\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataRepositoryTaskRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDataRepositoryTaskResponse extends js.Object {\n    var DataRepositoryTask: js.UndefOr[DataRepositoryTask]\n  }\n\n  object CreateDataRepositoryTaskResponse {\n    @inline\n    def apply(\n        DataRepositoryTask: js.UndefOr[DataRepositoryTask] = js.undefined\n    ): CreateDataRepositoryTaskResponse = {\n      val __obj = js.Dynamic.literal()\n      DataRepositoryTask.foreach(__v => __obj.updateDynamic(\"DataRepositoryTask\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataRepositoryTaskResponse]\n    }\n  }\n\n  \/** The request object for the <code>CreateFileSystemFromBackup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateFileSystemFromBackupRequest extends js.Object {\n    var BackupId: BackupId\n    var SubnetIds: SubnetIds\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var LustreConfiguration: js.UndefOr[CreateFileSystemLustreConfiguration]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var StorageType: js.UndefOr[StorageType]\n    var Tags: js.UndefOr[Tags]\n    var WindowsConfiguration: js.UndefOr[CreateFileSystemWindowsConfiguration]\n  }\n\n  object CreateFileSystemFromBackupRequest {\n    @inline\n    def apply(\n        BackupId: BackupId,\n        SubnetIds: SubnetIds,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        LustreConfiguration: js.UndefOr[CreateFileSystemLustreConfiguration] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        StorageType: js.UndefOr[StorageType] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WindowsConfiguration: js.UndefOr[CreateFileSystemWindowsConfiguration] = js.undefined\n    ): CreateFileSystemFromBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BackupId\" -> BackupId.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LustreConfiguration.foreach(__v => __obj.updateDynamic(\"LustreConfiguration\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WindowsConfiguration.foreach(__v => __obj.updateDynamic(\"WindowsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemFromBackupRequest]\n    }\n  }\n\n  \/** The response object for the <code>CreateFileSystemFromBackup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateFileSystemFromBackupResponse extends js.Object {\n    var FileSystem: js.UndefOr[FileSystem]\n  }\n\n  object CreateFileSystemFromBackupResponse {\n    @inline\n    def apply(\n        FileSystem: js.UndefOr[FileSystem] = js.undefined\n    ): CreateFileSystemFromBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystem.foreach(__v => __obj.updateDynamic(\"FileSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemFromBackupResponse]\n    }\n  }\n\n  \/** The Lustre configuration for the file system being created.\n    *\/\n  @js.native\n  trait CreateFileSystemLustreConfiguration extends js.Object {\n    var AutoImportPolicy: js.UndefOr[AutoImportPolicyType]\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var CopyTagsToBackups: js.UndefOr[Flag]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var DeploymentType: js.UndefOr[LustreDeploymentType]\n    var DriveCacheType: js.UndefOr[DriveCacheType]\n    var ExportPath: js.UndefOr[ArchivePath]\n    var ImportPath: js.UndefOr[ArchivePath]\n    var ImportedFileChunkSize: js.UndefOr[Megabytes]\n    var PerUnitStorageThroughput: js.UndefOr[PerUnitStorageThroughput]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object CreateFileSystemLustreConfiguration {\n    @inline\n    def apply(\n        AutoImportPolicy: js.UndefOr[AutoImportPolicyType] = js.undefined,\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        CopyTagsToBackups: js.UndefOr[Flag] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        DeploymentType: js.UndefOr[LustreDeploymentType] = js.undefined,\n        DriveCacheType: js.UndefOr[DriveCacheType] = js.undefined,\n        ExportPath: js.UndefOr[ArchivePath] = js.undefined,\n        ImportPath: js.UndefOr[ArchivePath] = js.undefined,\n        ImportedFileChunkSize: js.UndefOr[Megabytes] = js.undefined,\n        PerUnitStorageThroughput: js.UndefOr[PerUnitStorageThroughput] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): CreateFileSystemLustreConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutoImportPolicy.foreach(__v => __obj.updateDynamic(\"AutoImportPolicy\")(__v.asInstanceOf[js.Any]))\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToBackups.foreach(__v => __obj.updateDynamic(\"CopyTagsToBackups\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      DeploymentType.foreach(__v => __obj.updateDynamic(\"DeploymentType\")(__v.asInstanceOf[js.Any]))\n      DriveCacheType.foreach(__v => __obj.updateDynamic(\"DriveCacheType\")(__v.asInstanceOf[js.Any]))\n      ExportPath.foreach(__v => __obj.updateDynamic(\"ExportPath\")(__v.asInstanceOf[js.Any]))\n      ImportPath.foreach(__v => __obj.updateDynamic(\"ImportPath\")(__v.asInstanceOf[js.Any]))\n      ImportedFileChunkSize.foreach(__v => __obj.updateDynamic(\"ImportedFileChunkSize\")(__v.asInstanceOf[js.Any]))\n      PerUnitStorageThroughput.foreach(__v => __obj.updateDynamic(\"PerUnitStorageThroughput\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemLustreConfiguration]\n    }\n  }\n\n  \/** The request object used to create a new Amazon FSx file system.\n    *\/\n  @js.native\n  trait CreateFileSystemRequest extends js.Object {\n    var FileSystemType: FileSystemType\n    var StorageCapacity: StorageCapacity\n    var SubnetIds: SubnetIds\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var LustreConfiguration: js.UndefOr[CreateFileSystemLustreConfiguration]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var StorageType: js.UndefOr[StorageType]\n    var Tags: js.UndefOr[Tags]\n    var WindowsConfiguration: js.UndefOr[CreateFileSystemWindowsConfiguration]\n  }\n\n  object CreateFileSystemRequest {\n    @inline\n    def apply(\n        FileSystemType: FileSystemType,\n        StorageCapacity: StorageCapacity,\n        SubnetIds: SubnetIds,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        LustreConfiguration: js.UndefOr[CreateFileSystemLustreConfiguration] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        StorageType: js.UndefOr[StorageType] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WindowsConfiguration: js.UndefOr[CreateFileSystemWindowsConfiguration] = js.undefined\n    ): CreateFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemType\" -> FileSystemType.asInstanceOf[js.Any],\n        \"StorageCapacity\" -> StorageCapacity.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LustreConfiguration.foreach(__v => __obj.updateDynamic(\"LustreConfiguration\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WindowsConfiguration.foreach(__v => __obj.updateDynamic(\"WindowsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemRequest]\n    }\n  }\n\n  \/** The response object returned after the file system is created.\n    *\/\n  @js.native\n  trait CreateFileSystemResponse extends js.Object {\n    var FileSystem: js.UndefOr[FileSystem]\n  }\n\n  object CreateFileSystemResponse {\n    @inline\n    def apply(\n        FileSystem: js.UndefOr[FileSystem] = js.undefined\n    ): CreateFileSystemResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystem.foreach(__v => __obj.updateDynamic(\"FileSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemResponse]\n    }\n  }\n\n  \/** The configuration object for the Microsoft Windows file system used in <code>CreateFileSystem<\/code> and <code>CreateFileSystemFromBackup<\/code> operations.\n    *\/\n  @js.native\n  trait CreateFileSystemWindowsConfiguration extends js.Object {\n    var ThroughputCapacity: MegabytesPerSecond\n    var ActiveDirectoryId: js.UndefOr[DirectoryId]\n    var Aliases: js.UndefOr[AlternateDNSNames]\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var CopyTagsToBackups: js.UndefOr[Flag]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var DeploymentType: js.UndefOr[WindowsDeploymentType]\n    var PreferredSubnetId: js.UndefOr[SubnetId]\n    var SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryConfiguration]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object CreateFileSystemWindowsConfiguration {\n    @inline\n    def apply(\n        ThroughputCapacity: MegabytesPerSecond,\n        ActiveDirectoryId: js.UndefOr[DirectoryId] = js.undefined,\n        Aliases: js.UndefOr[AlternateDNSNames] = js.undefined,\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        CopyTagsToBackups: js.UndefOr[Flag] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        DeploymentType: js.UndefOr[WindowsDeploymentType] = js.undefined,\n        PreferredSubnetId: js.UndefOr[SubnetId] = js.undefined,\n        SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryConfiguration] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): CreateFileSystemWindowsConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"ThroughputCapacity\" -> ThroughputCapacity.asInstanceOf[js.Any]\n      )\n\n      ActiveDirectoryId.foreach(__v => __obj.updateDynamic(\"ActiveDirectoryId\")(__v.asInstanceOf[js.Any]))\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToBackups.foreach(__v => __obj.updateDynamic(\"CopyTagsToBackups\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      DeploymentType.foreach(__v => __obj.updateDynamic(\"DeploymentType\")(__v.asInstanceOf[js.Any]))\n      PreferredSubnetId.foreach(__v => __obj.updateDynamic(\"PreferredSubnetId\")(__v.asInstanceOf[js.Any]))\n      SelfManagedActiveDirectoryConfiguration.foreach(__v => __obj.updateDynamic(\"SelfManagedActiveDirectoryConfiguration\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemWindowsConfiguration]\n    }\n  }\n\n  \/** The data repository configuration object for Lustre file systems returned in the response of the <code>CreateFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DataRepositoryConfiguration extends js.Object {\n    var AutoImportPolicy: js.UndefOr[AutoImportPolicyType]\n    var ExportPath: js.UndefOr[ArchivePath]\n    var FailureDetails: js.UndefOr[DataRepositoryFailureDetails]\n    var ImportPath: js.UndefOr[ArchivePath]\n    var ImportedFileChunkSize: js.UndefOr[Megabytes]\n    var Lifecycle: js.UndefOr[DataRepositoryLifecycle]\n  }\n\n  object DataRepositoryConfiguration {\n    @inline\n    def apply(\n        AutoImportPolicy: js.UndefOr[AutoImportPolicyType] = js.undefined,\n        ExportPath: js.UndefOr[ArchivePath] = js.undefined,\n        FailureDetails: js.UndefOr[DataRepositoryFailureDetails] = js.undefined,\n        ImportPath: js.UndefOr[ArchivePath] = js.undefined,\n        ImportedFileChunkSize: js.UndefOr[Megabytes] = js.undefined,\n        Lifecycle: js.UndefOr[DataRepositoryLifecycle] = js.undefined\n    ): DataRepositoryConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutoImportPolicy.foreach(__v => __obj.updateDynamic(\"AutoImportPolicy\")(__v.asInstanceOf[js.Any]))\n      ExportPath.foreach(__v => __obj.updateDynamic(\"ExportPath\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      ImportPath.foreach(__v => __obj.updateDynamic(\"ImportPath\")(__v.asInstanceOf[js.Any]))\n      ImportedFileChunkSize.foreach(__v => __obj.updateDynamic(\"ImportedFileChunkSize\")(__v.asInstanceOf[js.Any]))\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryConfiguration]\n    }\n  }\n\n  \/** Provides detailed information about the data respository if its <code>Lifecycle<\/code> is set to <code>MISCONFIGURED<\/code>.\n    *\/\n  @js.native\n  trait DataRepositoryFailureDetails extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n  }\n\n  object DataRepositoryFailureDetails {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined\n    ): DataRepositoryFailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryFailureDetails]\n    }\n  }\n\n  @js.native\n  sealed trait DataRepositoryLifecycle extends js.Any\n  object DataRepositoryLifecycle {\n    val CREATING = \"CREATING\".asInstanceOf[DataRepositoryLifecycle]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[DataRepositoryLifecycle]\n    val MISCONFIGURED = \"MISCONFIGURED\".asInstanceOf[DataRepositoryLifecycle]\n    val UPDATING = \"UPDATING\".asInstanceOf[DataRepositoryLifecycle]\n    val DELETING = \"DELETING\".asInstanceOf[DataRepositoryLifecycle]\n\n    @inline def values = js.Array(CREATING, AVAILABLE, MISCONFIGURED, UPDATING, DELETING)\n  }\n\n  \/** A description of the data repository task. You use data repository tasks to perform bulk transfer operations between your Amazon FSx file system and its linked data repository.\n    *\/\n  @js.native\n  trait DataRepositoryTask extends js.Object {\n    var CreationTime: CreationTime\n    var FileSystemId: FileSystemId\n    var Lifecycle: DataRepositoryTaskLifecycle\n    var TaskId: TaskId\n    var Type: DataRepositoryTaskType\n    var EndTime: js.UndefOr[EndTime]\n    var FailureDetails: js.UndefOr[DataRepositoryTaskFailureDetails]\n    var Paths: js.UndefOr[DataRepositoryTaskPaths]\n    var Report: js.UndefOr[CompletionReport]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var StartTime: js.UndefOr[StartTime]\n    var Status: js.UndefOr[DataRepositoryTaskStatus]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DataRepositoryTask {\n    @inline\n    def apply(\n        CreationTime: CreationTime,\n        FileSystemId: FileSystemId,\n        Lifecycle: DataRepositoryTaskLifecycle,\n        TaskId: TaskId,\n        Type: DataRepositoryTaskType,\n        EndTime: js.UndefOr[EndTime] = js.undefined,\n        FailureDetails: js.UndefOr[DataRepositoryTaskFailureDetails] = js.undefined,\n        Paths: js.UndefOr[DataRepositoryTaskPaths] = js.undefined,\n        Report: js.UndefOr[CompletionReport] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        StartTime: js.UndefOr[StartTime] = js.undefined,\n        Status: js.UndefOr[DataRepositoryTaskStatus] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DataRepositoryTask = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"Lifecycle\" -> Lifecycle.asInstanceOf[js.Any],\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      Paths.foreach(__v => __obj.updateDynamic(\"Paths\")(__v.asInstanceOf[js.Any]))\n      Report.foreach(__v => __obj.updateDynamic(\"Report\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryTask]\n    }\n  }\n\n  \/** Provides information about why a data repository task failed. Only populated when the task <code>Lifecycle<\/code> is set to <code>FAILED<\/code>.\n    *\/\n  @js.native\n  trait DataRepositoryTaskFailureDetails extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n  }\n\n  object DataRepositoryTaskFailureDetails {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined\n    ): DataRepositoryTaskFailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryTaskFailureDetails]\n    }\n  }\n\n  \/** (Optional) An array of filter objects you can use to filter the response of data repository tasks you will see in the the response. You can filter the tasks returned in the response by one or more file system IDs, task lifecycles, and by task type. A filter object consists of a filter <code>Name<\/code>, and one or more <code>Values<\/code> for the filter.\n    *\/\n  @js.native\n  trait DataRepositoryTaskFilter extends js.Object {\n    var Name: js.UndefOr[DataRepositoryTaskFilterName]\n    var Values: js.UndefOr[DataRepositoryTaskFilterValues]\n  }\n\n  object DataRepositoryTaskFilter {\n    @inline\n    def apply(\n        Name: js.UndefOr[DataRepositoryTaskFilterName] = js.undefined,\n        Values: js.UndefOr[DataRepositoryTaskFilterValues] = js.undefined\n    ): DataRepositoryTaskFilter = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryTaskFilter]\n    }\n  }\n\n  @js.native\n  sealed trait DataRepositoryTaskFilterName extends js.Any\n  object DataRepositoryTaskFilterName {\n    val `file-system-id` = \"file-system-id\".asInstanceOf[DataRepositoryTaskFilterName]\n    val `task-lifecycle` = \"task-lifecycle\".asInstanceOf[DataRepositoryTaskFilterName]\n\n    @inline def values = js.Array(`file-system-id`, `task-lifecycle`)\n  }\n\n  @js.native\n  sealed trait DataRepositoryTaskLifecycle extends js.Any\n  object DataRepositoryTaskLifecycle {\n    val PENDING = \"PENDING\".asInstanceOf[DataRepositoryTaskLifecycle]\n    val EXECUTING = \"EXECUTING\".asInstanceOf[DataRepositoryTaskLifecycle]\n    val FAILED = \"FAILED\".asInstanceOf[DataRepositoryTaskLifecycle]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[DataRepositoryTaskLifecycle]\n    val CANCELED = \"CANCELED\".asInstanceOf[DataRepositoryTaskLifecycle]\n    val CANCELING = \"CANCELING\".asInstanceOf[DataRepositoryTaskLifecycle]\n\n    @inline def values = js.Array(PENDING, EXECUTING, FAILED, SUCCEEDED, CANCELED, CANCELING)\n  }\n\n  \/** Provides the task status showing a running total of the total number of files to be processed, the number successfully processed, and the number of files the task failed to process.\n    *\/\n  @js.native\n  trait DataRepositoryTaskStatus extends js.Object {\n    var FailedCount: js.UndefOr[FailedCount]\n    var LastUpdatedTime: js.UndefOr[LastUpdatedTime]\n    var SucceededCount: js.UndefOr[SucceededCount]\n    var TotalCount: js.UndefOr[TotalCount]\n  }\n\n  object DataRepositoryTaskStatus {\n    @inline\n    def apply(\n        FailedCount: js.UndefOr[FailedCount] = js.undefined,\n        LastUpdatedTime: js.UndefOr[LastUpdatedTime] = js.undefined,\n        SucceededCount: js.UndefOr[SucceededCount] = js.undefined,\n        TotalCount: js.UndefOr[TotalCount] = js.undefined\n    ): DataRepositoryTaskStatus = {\n      val __obj = js.Dynamic.literal()\n      FailedCount.foreach(__v => __obj.updateDynamic(\"FailedCount\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      SucceededCount.foreach(__v => __obj.updateDynamic(\"SucceededCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataRepositoryTaskStatus]\n    }\n  }\n\n  @js.native\n  sealed trait DataRepositoryTaskType extends js.Any\n  object DataRepositoryTaskType {\n    val EXPORT_TO_REPOSITORY = \"EXPORT_TO_REPOSITORY\".asInstanceOf[DataRepositoryTaskType]\n\n    @inline def values = js.Array(EXPORT_TO_REPOSITORY)\n  }\n\n  \/** The request object for <code>DeleteBackup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteBackupRequest extends js.Object {\n    var BackupId: BackupId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object DeleteBackupRequest {\n    @inline\n    def apply(\n        BackupId: BackupId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): DeleteBackupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BackupId\" -> BackupId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackupRequest]\n    }\n  }\n\n  \/** The response object for <code>DeleteBackup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteBackupResponse extends js.Object {\n    var BackupId: js.UndefOr[BackupId]\n    var Lifecycle: js.UndefOr[BackupLifecycle]\n  }\n\n  object DeleteBackupResponse {\n    @inline\n    def apply(\n        BackupId: js.UndefOr[BackupId] = js.undefined,\n        Lifecycle: js.UndefOr[BackupLifecycle] = js.undefined\n    ): DeleteBackupResponse = {\n      val __obj = js.Dynamic.literal()\n      BackupId.foreach(__v => __obj.updateDynamic(\"BackupId\")(__v.asInstanceOf[js.Any]))\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackupResponse]\n    }\n  }\n\n  \/** The configuration object for the Amazon FSx for Lustre file system being deleted in the <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemLustreConfiguration extends js.Object {\n    var FinalBackupTags: js.UndefOr[Tags]\n    var SkipFinalBackup: js.UndefOr[Flag]\n  }\n\n  object DeleteFileSystemLustreConfiguration {\n    @inline\n    def apply(\n        FinalBackupTags: js.UndefOr[Tags] = js.undefined,\n        SkipFinalBackup: js.UndefOr[Flag] = js.undefined\n    ): DeleteFileSystemLustreConfiguration = {\n      val __obj = js.Dynamic.literal()\n      FinalBackupTags.foreach(__v => __obj.updateDynamic(\"FinalBackupTags\")(__v.asInstanceOf[js.Any]))\n      SkipFinalBackup.foreach(__v => __obj.updateDynamic(\"SkipFinalBackup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemLustreConfiguration]\n    }\n  }\n\n  \/** The response object for the Amazon FSx for Lustre file system being deleted in the <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemLustreResponse extends js.Object {\n    var FinalBackupId: js.UndefOr[BackupId]\n    var FinalBackupTags: js.UndefOr[Tags]\n  }\n\n  object DeleteFileSystemLustreResponse {\n    @inline\n    def apply(\n        FinalBackupId: js.UndefOr[BackupId] = js.undefined,\n        FinalBackupTags: js.UndefOr[Tags] = js.undefined\n    ): DeleteFileSystemLustreResponse = {\n      val __obj = js.Dynamic.literal()\n      FinalBackupId.foreach(__v => __obj.updateDynamic(\"FinalBackupId\")(__v.asInstanceOf[js.Any]))\n      FinalBackupTags.foreach(__v => __obj.updateDynamic(\"FinalBackupTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemLustreResponse]\n    }\n  }\n\n  \/** The request object for <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var LustreConfiguration: js.UndefOr[DeleteFileSystemLustreConfiguration]\n    var WindowsConfiguration: js.UndefOr[DeleteFileSystemWindowsConfiguration]\n  }\n\n  object DeleteFileSystemRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        LustreConfiguration: js.UndefOr[DeleteFileSystemLustreConfiguration] = js.undefined,\n        WindowsConfiguration: js.UndefOr[DeleteFileSystemWindowsConfiguration] = js.undefined\n    ): DeleteFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      LustreConfiguration.foreach(__v => __obj.updateDynamic(\"LustreConfiguration\")(__v.asInstanceOf[js.Any]))\n      WindowsConfiguration.foreach(__v => __obj.updateDynamic(\"WindowsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemRequest]\n    }\n  }\n\n  \/** The response object for the <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemResponse extends js.Object {\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var Lifecycle: js.UndefOr[FileSystemLifecycle]\n    var LustreResponse: js.UndefOr[DeleteFileSystemLustreResponse]\n    var WindowsResponse: js.UndefOr[DeleteFileSystemWindowsResponse]\n  }\n\n  object DeleteFileSystemResponse {\n    @inline\n    def apply(\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        Lifecycle: js.UndefOr[FileSystemLifecycle] = js.undefined,\n        LustreResponse: js.UndefOr[DeleteFileSystemLustreResponse] = js.undefined,\n        WindowsResponse: js.UndefOr[DeleteFileSystemWindowsResponse] = js.undefined\n    ): DeleteFileSystemResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      LustreResponse.foreach(__v => __obj.updateDynamic(\"LustreResponse\")(__v.asInstanceOf[js.Any]))\n      WindowsResponse.foreach(__v => __obj.updateDynamic(\"WindowsResponse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemResponse]\n    }\n  }\n\n  \/** The configuration object for the Microsoft Windows file system used in the <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemWindowsConfiguration extends js.Object {\n    var FinalBackupTags: js.UndefOr[Tags]\n    var SkipFinalBackup: js.UndefOr[Flag]\n  }\n\n  object DeleteFileSystemWindowsConfiguration {\n    @inline\n    def apply(\n        FinalBackupTags: js.UndefOr[Tags] = js.undefined,\n        SkipFinalBackup: js.UndefOr[Flag] = js.undefined\n    ): DeleteFileSystemWindowsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      FinalBackupTags.foreach(__v => __obj.updateDynamic(\"FinalBackupTags\")(__v.asInstanceOf[js.Any]))\n      SkipFinalBackup.foreach(__v => __obj.updateDynamic(\"SkipFinalBackup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemWindowsConfiguration]\n    }\n  }\n\n  \/** The response object for the Microsoft Windows file system used in the <code>DeleteFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteFileSystemWindowsResponse extends js.Object {\n    var FinalBackupId: js.UndefOr[BackupId]\n    var FinalBackupTags: js.UndefOr[Tags]\n  }\n\n  object DeleteFileSystemWindowsResponse {\n    @inline\n    def apply(\n        FinalBackupId: js.UndefOr[BackupId] = js.undefined,\n        FinalBackupTags: js.UndefOr[Tags] = js.undefined\n    ): DeleteFileSystemWindowsResponse = {\n      val __obj = js.Dynamic.literal()\n      FinalBackupId.foreach(__v => __obj.updateDynamic(\"FinalBackupId\")(__v.asInstanceOf[js.Any]))\n      FinalBackupTags.foreach(__v => __obj.updateDynamic(\"FinalBackupTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileSystemWindowsResponse]\n    }\n  }\n\n  \/** The request object for <code>DescribeBackups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeBackupsRequest extends js.Object {\n    var BackupIds: js.UndefOr[BackupIds]\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeBackupsRequest {\n    @inline\n    def apply(\n        BackupIds: js.UndefOr[BackupIds] = js.undefined,\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeBackupsRequest = {\n      val __obj = js.Dynamic.literal()\n      BackupIds.foreach(__v => __obj.updateDynamic(\"BackupIds\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBackupsRequest]\n    }\n  }\n\n  \/** Response object for <code>DescribeBackups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeBackupsResponse extends js.Object {\n    var Backups: js.UndefOr[Backups]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeBackupsResponse {\n    @inline\n    def apply(\n        Backups: js.UndefOr[Backups] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeBackupsResponse = {\n      val __obj = js.Dynamic.literal()\n      Backups.foreach(__v => __obj.updateDynamic(\"Backups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBackupsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataRepositoryTasksRequest extends js.Object {\n    var Filters: js.UndefOr[DataRepositoryTaskFilters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var TaskIds: js.UndefOr[TaskIds]\n  }\n\n  object DescribeDataRepositoryTasksRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[DataRepositoryTaskFilters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TaskIds: js.UndefOr[TaskIds] = js.undefined\n    ): DescribeDataRepositoryTasksRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TaskIds.foreach(__v => __obj.updateDynamic(\"TaskIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataRepositoryTasksRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataRepositoryTasksResponse extends js.Object {\n    var DataRepositoryTasks: js.UndefOr[DataRepositoryTasks]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeDataRepositoryTasksResponse {\n    @inline\n    def apply(\n        DataRepositoryTasks: js.UndefOr[DataRepositoryTasks] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeDataRepositoryTasksResponse = {\n      val __obj = js.Dynamic.literal()\n      DataRepositoryTasks.foreach(__v => __obj.updateDynamic(\"DataRepositoryTasks\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataRepositoryTasksResponse]\n    }\n  }\n\n  \/** The request object for <code>DescribeFileSystemAliases<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeFileSystemAliasesRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeFileSystemAliasesRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeFileSystemAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemAliasesRequest]\n    }\n  }\n\n  \/** The response object for <code>DescribeFileSystemAliases<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeFileSystemAliasesResponse extends js.Object {\n    var Aliases: js.UndefOr[Aliases]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeFileSystemAliasesResponse {\n    @inline\n    def apply(\n        Aliases: js.UndefOr[Aliases] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeFileSystemAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemAliasesResponse]\n    }\n  }\n\n  \/** The request object for <code>DescribeFileSystems<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeFileSystemsRequest extends js.Object {\n    var FileSystemIds: js.UndefOr[FileSystemIds]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeFileSystemsRequest {\n    @inline\n    def apply(\n        FileSystemIds: js.UndefOr[FileSystemIds] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeFileSystemsRequest = {\n      val __obj = js.Dynamic.literal()\n      FileSystemIds.foreach(__v => __obj.updateDynamic(\"FileSystemIds\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemsRequest]\n    }\n  }\n\n  \/** The response object for <code>DescribeFileSystems<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeFileSystemsResponse extends js.Object {\n    var FileSystems: js.UndefOr[FileSystems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeFileSystemsResponse {\n    @inline\n    def apply(\n        FileSystems: js.UndefOr[FileSystems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeFileSystemsResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystems.foreach(__v => __obj.updateDynamic(\"FileSystems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemsResponse]\n    }\n  }\n\n  \/** The request object of DNS aliases to disassociate from an Amazon FSx for Windows File Server file system.\n    *\/\n  @js.native\n  trait DisassociateFileSystemAliasesRequest extends js.Object {\n    var Aliases: AlternateDNSNames\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object DisassociateFileSystemAliasesRequest {\n    @inline\n    def apply(\n        Aliases: AlternateDNSNames,\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): DisassociateFileSystemAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Aliases\" -> Aliases.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateFileSystemAliasesRequest]\n    }\n  }\n\n  \/** The system generated response showing the DNS aliases that Amazon FSx is attempting to disassociate from the file system. Use the API operation to monitor the status of the aliases Amazon FSx is removing from the file system.\n    *\/\n  @js.native\n  trait DisassociateFileSystemAliasesResponse extends js.Object {\n    var Aliases: js.UndefOr[Aliases]\n  }\n\n  object DisassociateFileSystemAliasesResponse {\n    @inline\n    def apply(\n        Aliases: js.UndefOr[Aliases] = js.undefined\n    ): DisassociateFileSystemAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateFileSystemAliasesResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DriveCacheType extends js.Any\n  object DriveCacheType {\n    val NONE = \"NONE\".asInstanceOf[DriveCacheType]\n    val READ = \"READ\".asInstanceOf[DriveCacheType]\n\n    @inline def values = js.Array(NONE, READ)\n  }\n\n  \/** A description of a specific Amazon FSx file system.\n    *\/\n  @js.native\n  trait FileSystem extends js.Object {\n    var AdministrativeActions: js.UndefOr[AdministrativeActions]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DNSName: js.UndefOr[DNSName]\n    var FailureDetails: js.UndefOr[FileSystemFailureDetails]\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var FileSystemType: js.UndefOr[FileSystemType]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var Lifecycle: js.UndefOr[FileSystemLifecycle]\n    var LustreConfiguration: js.UndefOr[LustreFileSystemConfiguration]\n    var NetworkInterfaceIds: js.UndefOr[NetworkInterfaceIds]\n    var OwnerId: js.UndefOr[AWSAccountId]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var StorageCapacity: js.UndefOr[StorageCapacity]\n    var StorageType: js.UndefOr[StorageType]\n    var SubnetIds: js.UndefOr[SubnetIds]\n    var Tags: js.UndefOr[Tags]\n    var VpcId: js.UndefOr[VpcId]\n    var WindowsConfiguration: js.UndefOr[WindowsFileSystemConfiguration]\n  }\n\n  object FileSystem {\n    @inline\n    def apply(\n        AdministrativeActions: js.UndefOr[AdministrativeActions] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DNSName: js.UndefOr[DNSName] = js.undefined,\n        FailureDetails: js.UndefOr[FileSystemFailureDetails] = js.undefined,\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        FileSystemType: js.UndefOr[FileSystemType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        Lifecycle: js.UndefOr[FileSystemLifecycle] = js.undefined,\n        LustreConfiguration: js.UndefOr[LustreFileSystemConfiguration] = js.undefined,\n        NetworkInterfaceIds: js.UndefOr[NetworkInterfaceIds] = js.undefined,\n        OwnerId: js.UndefOr[AWSAccountId] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        StorageCapacity: js.UndefOr[StorageCapacity] = js.undefined,\n        StorageType: js.UndefOr[StorageType] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIds] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined,\n        WindowsConfiguration: js.UndefOr[WindowsFileSystemConfiguration] = js.undefined\n    ): FileSystem = {\n      val __obj = js.Dynamic.literal()\n      AdministrativeActions.foreach(__v => __obj.updateDynamic(\"AdministrativeActions\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DNSName.foreach(__v => __obj.updateDynamic(\"DNSName\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      FileSystemType.foreach(__v => __obj.updateDynamic(\"FileSystemType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Lifecycle.foreach(__v => __obj.updateDynamic(\"Lifecycle\")(__v.asInstanceOf[js.Any]))\n      LustreConfiguration.foreach(__v => __obj.updateDynamic(\"LustreConfiguration\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceIds.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceIds\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      StorageCapacity.foreach(__v => __obj.updateDynamic(\"StorageCapacity\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      WindowsConfiguration.foreach(__v => __obj.updateDynamic(\"WindowsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystem]\n    }\n  }\n\n  \/** A structure providing details of any failures that occur when creating the file system has failed.\n    *\/\n  @js.native\n  trait FileSystemFailureDetails extends js.Object {\n    var Message: js.UndefOr[ErrorMessage]\n  }\n\n  object FileSystemFailureDetails {\n    @inline\n    def apply(\n        Message: js.UndefOr[ErrorMessage] = js.undefined\n    ): FileSystemFailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystemFailureDetails]\n    }\n  }\n\n  \/** The lifecycle status of the file system.\n    *\/\n  @js.native\n  sealed trait FileSystemLifecycle extends js.Any\n  object FileSystemLifecycle {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[FileSystemLifecycle]\n    val CREATING = \"CREATING\".asInstanceOf[FileSystemLifecycle]\n    val FAILED = \"FAILED\".asInstanceOf[FileSystemLifecycle]\n    val DELETING = \"DELETING\".asInstanceOf[FileSystemLifecycle]\n    val MISCONFIGURED = \"MISCONFIGURED\".asInstanceOf[FileSystemLifecycle]\n    val UPDATING = \"UPDATING\".asInstanceOf[FileSystemLifecycle]\n\n    @inline def values = js.Array(AVAILABLE, CREATING, FAILED, DELETING, MISCONFIGURED, UPDATING)\n  }\n\n  \/** An enumeration specifying the currently ongoing maintenance operation.\n    *\/\n  @js.native\n  sealed trait FileSystemMaintenanceOperation extends js.Any\n  object FileSystemMaintenanceOperation {\n    val PATCHING = \"PATCHING\".asInstanceOf[FileSystemMaintenanceOperation]\n    val BACKING_UP = \"BACKING_UP\".asInstanceOf[FileSystemMaintenanceOperation]\n\n    @inline def values = js.Array(PATCHING, BACKING_UP)\n  }\n\n  \/** The type of file system.\n    *\/\n  @js.native\n  sealed trait FileSystemType extends js.Any\n  object FileSystemType {\n    val WINDOWS = \"WINDOWS\".asInstanceOf[FileSystemType]\n    val LUSTRE = \"LUSTRE\".asInstanceOf[FileSystemType]\n\n    @inline def values = js.Array(WINDOWS, LUSTRE)\n  }\n\n  \/** A filter used to restrict the results of describe calls. You can use multiple filters to return results that meet all applied filter requirements.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: js.UndefOr[FilterName]\n    var Values: js.UndefOr[FilterValues]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: js.UndefOr[FilterName] = js.undefined,\n        Values: js.UndefOr[FilterValues] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** The name for a filter.\n    *\/\n  @js.native\n  sealed trait FilterName extends js.Any\n  object FilterName {\n    val `file-system-id` = \"file-system-id\".asInstanceOf[FilterName]\n    val `backup-type` = \"backup-type\".asInstanceOf[FilterName]\n    val `file-system-type` = \"file-system-type\".asInstanceOf[FilterName]\n\n    @inline def values = js.Array(`file-system-id`, `backup-type`, `file-system-type`)\n  }\n\n  \/** The request object for <code>ListTagsForResource<\/code> operation.\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: ResourceARN\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** The response object for <code>ListTagsForResource<\/code> operation.\n    *\/\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LustreDeploymentType extends js.Any\n  object LustreDeploymentType {\n    val SCRATCH_1 = \"SCRATCH_1\".asInstanceOf[LustreDeploymentType]\n    val SCRATCH_2 = \"SCRATCH_2\".asInstanceOf[LustreDeploymentType]\n    val PERSISTENT_1 = \"PERSISTENT_1\".asInstanceOf[LustreDeploymentType]\n\n    @inline def values = js.Array(SCRATCH_1, SCRATCH_2, PERSISTENT_1)\n  }\n\n  \/** The configuration for the Amazon FSx for Lustre file system.\n    *\/\n  @js.native\n  trait LustreFileSystemConfiguration extends js.Object {\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var CopyTagsToBackups: js.UndefOr[Flag]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var DataRepositoryConfiguration: js.UndefOr[DataRepositoryConfiguration]\n    var DeploymentType: js.UndefOr[LustreDeploymentType]\n    var DriveCacheType: js.UndefOr[DriveCacheType]\n    var MountName: js.UndefOr[LustreFileSystemMountName]\n    var PerUnitStorageThroughput: js.UndefOr[PerUnitStorageThroughput]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object LustreFileSystemConfiguration {\n    @inline\n    def apply(\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        CopyTagsToBackups: js.UndefOr[Flag] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        DataRepositoryConfiguration: js.UndefOr[DataRepositoryConfiguration] = js.undefined,\n        DeploymentType: js.UndefOr[LustreDeploymentType] = js.undefined,\n        DriveCacheType: js.UndefOr[DriveCacheType] = js.undefined,\n        MountName: js.UndefOr[LustreFileSystemMountName] = js.undefined,\n        PerUnitStorageThroughput: js.UndefOr[PerUnitStorageThroughput] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): LustreFileSystemConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToBackups.foreach(__v => __obj.updateDynamic(\"CopyTagsToBackups\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      DataRepositoryConfiguration.foreach(__v => __obj.updateDynamic(\"DataRepositoryConfiguration\")(__v.asInstanceOf[js.Any]))\n      DeploymentType.foreach(__v => __obj.updateDynamic(\"DeploymentType\")(__v.asInstanceOf[js.Any]))\n      DriveCacheType.foreach(__v => __obj.updateDynamic(\"DriveCacheType\")(__v.asInstanceOf[js.Any]))\n      MountName.foreach(__v => __obj.updateDynamic(\"MountName\")(__v.asInstanceOf[js.Any]))\n      PerUnitStorageThroughput.foreach(__v => __obj.updateDynamic(\"PerUnitStorageThroughput\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LustreFileSystemConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ReportFormat extends js.Any\n  object ReportFormat {\n    val REPORT_CSV_20191124 = \"REPORT_CSV_20191124\".asInstanceOf[ReportFormat]\n\n    @inline def values = js.Array(REPORT_CSV_20191124)\n  }\n\n  @js.native\n  sealed trait ReportScope extends js.Any\n  object ReportScope {\n    val FAILED_FILES_ONLY = \"FAILED_FILES_ONLY\".asInstanceOf[ReportScope]\n\n    @inline def values = js.Array(FAILED_FILES_ONLY)\n  }\n\n  \/** The configuration of the self-managed Microsoft Active Directory (AD) directory to which the Windows File Server instance is joined.\n    *\/\n  @js.native\n  trait SelfManagedActiveDirectoryAttributes extends js.Object {\n    var DnsIps: js.UndefOr[DnsIps]\n    var DomainName: js.UndefOr[ActiveDirectoryFullyQualifiedName]\n    var FileSystemAdministratorsGroup: js.UndefOr[FileSystemAdministratorsGroupName]\n    var OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName]\n    var UserName: js.UndefOr[DirectoryUserName]\n  }\n\n  object SelfManagedActiveDirectoryAttributes {\n    @inline\n    def apply(\n        DnsIps: js.UndefOr[DnsIps] = js.undefined,\n        DomainName: js.UndefOr[ActiveDirectoryFullyQualifiedName] = js.undefined,\n        FileSystemAdministratorsGroup: js.UndefOr[FileSystemAdministratorsGroupName] = js.undefined,\n        OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName] = js.undefined,\n        UserName: js.UndefOr[DirectoryUserName] = js.undefined\n    ): SelfManagedActiveDirectoryAttributes = {\n      val __obj = js.Dynamic.literal()\n      DnsIps.foreach(__v => __obj.updateDynamic(\"DnsIps\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      FileSystemAdministratorsGroup.foreach(__v => __obj.updateDynamic(\"FileSystemAdministratorsGroup\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnitDistinguishedName.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitDistinguishedName\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelfManagedActiveDirectoryAttributes]\n    }\n  }\n\n  \/** The configuration that Amazon FSx uses to join the Windows File Server instance to your self-managed (including on-premises) Microsoft Active Directory (AD) directory. For more information, see [[https:\/\/docs.aws.amazon.com\/fsx\/latest\/WindowsGuide\/self-managed-AD.html| Using Amazon FSx with your self-managed Microsoft Active Directory]].\n    *\/\n  @js.native\n  trait SelfManagedActiveDirectoryConfiguration extends js.Object {\n    var DnsIps: DnsIps\n    var DomainName: ActiveDirectoryFullyQualifiedName\n    var Password: <PASSWORD>\n    var UserName: DirectoryUserName\n    var FileSystemAdministratorsGroup: js.UndefOr[FileSystemAdministratorsGroupName]\n    var OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName]\n  }\n\n  object SelfManagedActiveDirectoryConfiguration {\n    @inline\n    def apply(\n        DnsIps: DnsIps,\n        DomainName: ActiveDirectoryFullyQualifiedName,\n        Password: <PASSWORD>,\n        UserName: DirectoryUserName,\n        FileSystemAdministratorsGroup: js.UndefOr[FileSystemAdministratorsGroupName] = js.undefined,\n        OrganizationalUnitDistinguishedName: js.UndefOr[OrganizationalUnitDistinguishedName] = js.undefined\n    ): SelfManagedActiveDirectoryConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"DnsIps\" -> DnsIps.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      FileSystemAdministratorsGroup.foreach(__v => __obj.updateDynamic(\"FileSystemAdministratorsGroup\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnitDistinguishedName.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitDistinguishedName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelfManagedActiveDirectoryConfiguration]\n    }\n  }\n\n  \/** The configuration that Amazon FSx uses to join the Windows File Server instance to a self-managed Microsoft Active Directory (AD) directory.\n    *\/\n  @js.native\n  trait SelfManagedActiveDirectoryConfigurationUpdates extends js.Object {\n    var DnsIps: js.UndefOr[DnsIps]\n    var Password: js.UndefOr[DirectoryPassword]\n    var UserName: js.UndefOr[DirectoryUserName]\n  }\n\n  object SelfManagedActiveDirectoryConfigurationUpdates {\n    @inline\n    def apply(\n        DnsIps: js.UndefOr[DnsIps] = js.undefined,\n        Password: js.UndefOr[DirectoryPassword] = js.undefined,\n        UserName: js.UndefOr[DirectoryUserName] = js.undefined\n    ): SelfManagedActiveDirectoryConfigurationUpdates = {\n      val __obj = js.Dynamic.literal()\n      DnsIps.foreach(__v => __obj.updateDynamic(\"DnsIps\")(__v.asInstanceOf[js.Any]))\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelfManagedActiveDirectoryConfigurationUpdates]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val FAILED = \"FAILED\".asInstanceOf[Status]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[Status]\n    val PENDING = \"PENDING\".asInstanceOf[Status]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[Status]\n    val UPDATED_OPTIMIZING = \"UPDATED_OPTIMIZING\".asInstanceOf[Status]\n\n    @inline def values = js.Array(FAILED, IN_PROGRESS, PENDING, COMPLETED, UPDATED_OPTIMIZING)\n  }\n\n  \/** The storage type for your Amazon FSx file system.\n    *\/\n  @js.native\n  sealed trait StorageType extends js.Any\n  object StorageType {\n    val SSD = \"SSD\".asInstanceOf[StorageType]\n    val HDD = \"HDD\".asInstanceOf[StorageType]\n\n    @inline def values = js.Array(SSD, HDD)\n  }\n\n  \/** Specifies a key-value pair for a resource tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** The request object for the <code>TagResource<\/code> operation.\n    *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: ResourceARN\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** The response object for the <code>TagResource<\/code> operation.\n    *\/\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** The request object for <code>UntagResource<\/code> action.\n    *\/\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: ResourceARN\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: ResourceARN,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  \/** The response object for <code>UntagResource<\/code> action.\n    *\/\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** The configuration object for Amazon FSx for Lustre file systems used in the <code>UpdateFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateFileSystemLustreConfiguration extends js.Object {\n    var AutoImportPolicy: js.UndefOr[AutoImportPolicyType]\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object UpdateFileSystemLustreConfiguration {\n    @inline\n    def apply(\n        AutoImportPolicy: js.UndefOr[AutoImportPolicyType] = js.undefined,\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): UpdateFileSystemLustreConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutoImportPolicy.foreach(__v => __obj.updateDynamic(\"AutoImportPolicy\")(__v.asInstanceOf[js.Any]))\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFileSystemLustreConfiguration]\n    }\n  }\n\n  \/** The request object for the <code>UpdateFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateFileSystemRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var LustreConfiguration: js.UndefOr[UpdateFileSystemLustreConfiguration]\n    var StorageCapacity: js.UndefOr[StorageCapacity]\n    var WindowsConfiguration: js.UndefOr[UpdateFileSystemWindowsConfiguration]\n  }\n\n  object UpdateFileSystemRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        LustreConfiguration: js.UndefOr[UpdateFileSystemLustreConfiguration] = js.undefined,\n        StorageCapacity: js.UndefOr[StorageCapacity] = js.undefined,\n        WindowsConfiguration: js.UndefOr[UpdateFileSystemWindowsConfiguration] = js.undefined\n    ): UpdateFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      LustreConfiguration.foreach(__v => __obj.updateDynamic(\"LustreConfiguration\")(__v.asInstanceOf[js.Any]))\n      StorageCapacity.foreach(__v => __obj.updateDynamic(\"StorageCapacity\")(__v.asInstanceOf[js.Any]))\n      WindowsConfiguration.foreach(__v => __obj.updateDynamic(\"WindowsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFileSystemRequest]\n    }\n  }\n\n  \/** The response object for the <code>UpdateFileSystem<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateFileSystemResponse extends js.Object {\n    var FileSystem: js.UndefOr[FileSystem]\n  }\n\n  object UpdateFileSystemResponse {\n    @inline\n    def apply(\n        FileSystem: js.UndefOr[FileSystem] = js.undefined\n    ): UpdateFileSystemResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystem.foreach(__v => __obj.updateDynamic(\"FileSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFileSystemResponse]\n    }\n  }\n\n  \/** Updates the configuration for an existing Amazon FSx for Windows File Server file system. Amazon FSx only overwrites existing properties with non-null values provided in the request.\n    *\/\n  @js.native\n  trait UpdateFileSystemWindowsConfiguration extends js.Object {\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryConfigurationUpdates]\n    var ThroughputCapacity: js.UndefOr[MegabytesPerSecond]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object UpdateFileSystemWindowsConfiguration {\n    @inline\n    def apply(\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryConfigurationUpdates] = js.undefined,\n        ThroughputCapacity: js.UndefOr[MegabytesPerSecond] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): UpdateFileSystemWindowsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      SelfManagedActiveDirectoryConfiguration.foreach(__v => __obj.updateDynamic(\"SelfManagedActiveDirectoryConfiguration\")(__v.asInstanceOf[js.Any]))\n      ThroughputCapacity.foreach(__v => __obj.updateDynamic(\"ThroughputCapacity\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFileSystemWindowsConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait WindowsDeploymentType extends js.Any\n  object WindowsDeploymentType {\n    val MULTI_AZ_1 = \"MULTI_AZ_1\".asInstanceOf[WindowsDeploymentType]\n    val SINGLE_AZ_1 = \"SINGLE_AZ_1\".asInstanceOf[WindowsDeploymentType]\n    val SINGLE_AZ_2 = \"SINGLE_AZ_2\".asInstanceOf[WindowsDeploymentType]\n\n    @inline def values = js.Array(MULTI_AZ_1, SINGLE_AZ_1, SINGLE_AZ_2)\n  }\n\n  \/** The configuration for this Microsoft Windows file system.\n    *\/\n  @js.native\n  trait WindowsFileSystemConfiguration extends js.Object {\n    var ActiveDirectoryId: js.UndefOr[DirectoryId]\n    var Aliases: js.UndefOr[Aliases]\n    var AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays]\n    var CopyTagsToBackups: js.UndefOr[Flag]\n    var DailyAutomaticBackupStartTime: js.UndefOr[DailyTime]\n    var DeploymentType: js.UndefOr[WindowsDeploymentType]\n    var MaintenanceOperationsInProgress: js.UndefOr[FileSystemMaintenanceOperations]\n    var PreferredFileServerIp: js.UndefOr[IpAddress]\n    var PreferredSubnetId: js.UndefOr[SubnetId]\n    var RemoteAdministrationEndpoint: js.UndefOr[DNSName]\n    var SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryAttributes]\n    var ThroughputCapacity: js.UndefOr[MegabytesPerSecond]\n    var WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime]\n  }\n\n  object WindowsFileSystemConfiguration {\n    @inline\n    def apply(\n        ActiveDirectoryId: js.UndefOr[DirectoryId] = js.undefined,\n        Aliases: js.UndefOr[Aliases] = js.undefined,\n        AutomaticBackupRetentionDays: js.UndefOr[AutomaticBackupRetentionDays] = js.undefined,\n        CopyTagsToBackups: js.UndefOr[Flag] = js.undefined,\n        DailyAutomaticBackupStartTime: js.UndefOr[DailyTime] = js.undefined,\n        DeploymentType: js.UndefOr[WindowsDeploymentType] = js.undefined,\n        MaintenanceOperationsInProgress: js.UndefOr[FileSystemMaintenanceOperations] = js.undefined,\n        PreferredFileServerIp: js.UndefOr[IpAddress] = js.undefined,\n        PreferredSubnetId: js.UndefOr[SubnetId] = js.undefined,\n        RemoteAdministrationEndpoint: js.UndefOr[DNSName] = js.undefined,\n        SelfManagedActiveDirectoryConfiguration: js.UndefOr[SelfManagedActiveDirectoryAttributes] = js.undefined,\n        ThroughputCapacity: js.UndefOr[MegabytesPerSecond] = js.undefined,\n        WeeklyMaintenanceStartTime: js.UndefOr[WeeklyTime] = js.undefined\n    ): WindowsFileSystemConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ActiveDirectoryId.foreach(__v => __obj.updateDynamic(\"ActiveDirectoryId\")(__v.asInstanceOf[js.Any]))\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      AutomaticBackupRetentionDays.foreach(__v => __obj.updateDynamic(\"AutomaticBackupRetentionDays\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToBackups.foreach(__v => __obj.updateDynamic(\"CopyTagsToBackups\")(__v.asInstanceOf[js.Any]))\n      DailyAutomaticBackupStartTime.foreach(__v => __obj.updateDynamic(\"DailyAutomaticBackupStartTime\")(__v.asInstanceOf[js.Any]))\n      DeploymentType.foreach(__v => __obj.updateDynamic(\"DeploymentType\")(__v.asInstanceOf[js.Any]))\n      MaintenanceOperationsInProgress.foreach(__v => __obj.updateDynamic(\"MaintenanceOperationsInProgress\")(__v.asInstanceOf[js.Any]))\n      PreferredFileServerIp.foreach(__v => __obj.updateDynamic(\"PreferredFileServerIp\")(__v.asInstanceOf[js.Any]))\n      PreferredSubnetId.foreach(__v => __obj.updateDynamic(\"PreferredSubnetId\")(__v.asInstanceOf[js.Any]))\n      RemoteAdministrationEndpoint.foreach(__v => __obj.updateDynamic(\"RemoteAdministrationEndpoint\")(__v.asInstanceOf[js.Any]))\n      SelfManagedActiveDirectoryConfiguration.foreach(__v => __obj.updateDynamic(\"SelfManagedActiveDirectoryConfiguration\")(__v.asInstanceOf[js.Any]))\n      ThroughputCapacity.foreach(__v => __obj.updateDynamic(\"ThroughputCapacity\")(__v.asInstanceOf[js.Any]))\n      WeeklyMaintenanceStartTime.foreach(__v => __obj.updateDynamic(\"WeeklyMaintenanceStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WindowsFileSystemConfiguration]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/sso\/src\/main\/scala\/facade\/amazonaws\/services\/SSO.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object sso {\n  type AccessKeyType = String\n  type AccessTokenType = String\n  type AccountIdType = String\n  type AccountListType = js.Array[AccountInfo]\n  type AccountNameType = String\n  type EmailAddressType = String\n  type ExpirationTimestampType = Double\n  type MaxResultType = Int\n  type NextTokenType = String\n  type RoleListType = js.Array[RoleInfo]\n  type RoleNameType = String\n  type SecretAccessKeyType = String\n  type SessionTokenType = String\n\n  implicit final class SSOOps(private val service: SSO) extends AnyVal {\n\n    @inline def getRoleCredentialsFuture(params: GetRoleCredentialsRequest): Future[GetRoleCredentialsResponse] = service.getRoleCredentials(params).promise().toFuture\n    @inline def listAccountRolesFuture(params: ListAccountRolesRequest): Future[ListAccountRolesResponse] = service.listAccountRoles(params).promise().toFuture\n    @inline def listAccountsFuture(params: ListAccountsRequest): Future[ListAccountsResponse] = service.listAccounts(params).promise().toFuture\n    @inline def logoutFuture(params: LogoutRequest): Future[js.Object] = service.logout(params).promise().toFuture\n\n  }\n}\n\npackage sso {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/sso\", JSImport.Namespace, \"AWS.SSO\")\n  class SSO() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def getRoleCredentials(params: GetRoleCredentialsRequest): Request[GetRoleCredentialsResponse] = js.native\n    def listAccountRoles(params: ListAccountRolesRequest): Request[ListAccountRolesResponse] = js.native\n    def listAccounts(params: ListAccountsRequest): Request[ListAccountsResponse] = js.native\n    def logout(params: LogoutRequest): Request[js.Object] = js.native\n  }\n\n  \/** Provides information about your AWS account.\n    *\/\n  @js.native\n  trait AccountInfo extends js.Object {\n    var accountId: js.UndefOr[AccountIdType]\n    var accountName: js.UndefOr[AccountNameType]\n    var emailAddress: js.UndefOr[EmailAddressType]\n  }\n\n  object AccountInfo {\n    @inline\n    def apply(\n        accountId: js.UndefOr[AccountIdType] = js.undefined,\n        accountName: js.UndefOr[AccountNameType] = js.undefined,\n        emailAddress: js.UndefOr[EmailAddressType] = js.undefined\n    ): AccountInfo = {\n      val __obj = js.Dynamic.literal()\n      accountId.foreach(__v => __obj.updateDynamic(\"accountId\")(__v.asInstanceOf[js.Any]))\n      accountName.foreach(__v => __obj.updateDynamic(\"accountName\")(__v.asInstanceOf[js.Any]))\n      emailAddress.foreach(__v => __obj.updateDynamic(\"emailAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountInfo]\n    }\n  }\n\n  @js.native\n  trait GetRoleCredentialsRequest extends js.Object {\n    var accessToken: AccessTokenType\n    var accountId: AccountIdType\n    var roleName: RoleNameType\n  }\n\n  object GetRoleCredentialsRequest {\n    @inline\n    def apply(\n        accessToken: AccessTokenType,\n        accountId: AccountIdType,\n        roleName: RoleNameType\n    ): GetRoleCredentialsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessToken\" -> accessToken.asInstanceOf[js.Any],\n        \"accountId\" -> accountId.asInstanceOf[js.Any],\n        \"roleName\" -> roleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRoleCredentialsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRoleCredentialsResponse extends js.Object {\n    var roleCredentials: js.UndefOr[RoleCredentials]\n  }\n\n  object GetRoleCredentialsResponse {\n    @inline\n    def apply(\n        roleCredentials: js.UndefOr[RoleCredentials] = js.undefined\n    ): GetRoleCredentialsResponse = {\n      val __obj = js.Dynamic.literal()\n      roleCredentials.foreach(__v => __obj.updateDynamic(\"roleCredentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRoleCredentialsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccountRolesRequest extends js.Object {\n    var accessToken: AccessTokenType\n    var accountId: AccountIdType\n    var maxResults: js.UndefOr[MaxResultType]\n    var nextToken: js.UndefOr[NextTokenType]\n  }\n\n  object ListAccountRolesRequest {\n    @inline\n    def apply(\n        accessToken: AccessTokenType,\n        accountId: AccountIdType,\n        maxResults: js.UndefOr[MaxResultType] = js.undefined,\n        nextToken: js.UndefOr[NextTokenType] = js.undefined\n    ): ListAccountRolesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessToken\" -> accessToken.asInstanceOf[js.Any],\n        \"accountId\" -> accountId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountRolesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccountRolesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextTokenType]\n    var roleList: js.UndefOr[RoleListType]\n  }\n\n  object ListAccountRolesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextTokenType] = js.undefined,\n        roleList: js.UndefOr[RoleListType] = js.undefined\n    ): ListAccountRolesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      roleList.foreach(__v => __obj.updateDynamic(\"roleList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountRolesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccountsRequest extends js.Object {\n    var accessToken: AccessTokenType\n    var maxResults: js.UndefOr[MaxResultType]\n    var nextToken: js.UndefOr[NextTokenType]\n  }\n\n  object ListAccountsRequest {\n    @inline\n    def apply(\n        accessToken: AccessTokenType,\n        maxResults: js.UndefOr[MaxResultType] = js.undefined,\n        nextToken: js.UndefOr[NextTokenType] = js.undefined\n    ): ListAccountsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessToken\" -> accessToken.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccountsResponse extends js.Object {\n    var accountList: js.UndefOr[AccountListType]\n    var nextToken: js.UndefOr[NextTokenType]\n  }\n\n  object ListAccountsResponse {\n    @inline\n    def apply(\n        accountList: js.UndefOr[AccountListType] = js.undefined,\n        nextToken: js.UndefOr[NextTokenType] = js.undefined\n    ): ListAccountsResponse = {\n      val __obj = js.Dynamic.literal()\n      accountList.foreach(__v => __obj.updateDynamic(\"accountList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsResponse]\n    }\n  }\n\n  @js.native\n  trait LogoutRequest extends js.Object {\n    var accessToken: AccessTokenType\n  }\n\n  object LogoutRequest {\n    @inline\n    def apply(\n        accessToken: AccessTokenType\n    ): LogoutRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessToken\" -> accessToken.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LogoutRequest]\n    }\n  }\n\n  \/** Provides information about the role credentials that are assigned to the user.\n    *\/\n  @js.native\n  trait RoleCredentials extends js.Object {\n    var accessKeyId: js.UndefOr[AccessKeyType]\n    var expiration: js.UndefOr[ExpirationTimestampType]\n    var secretAccessKey: js.UndefOr[SecretAccessKeyType]\n    var sessionToken: js.UndefOr[SessionTokenType]\n  }\n\n  object RoleCredentials {\n    @inline\n    def apply(\n        accessKeyId: js.UndefOr[AccessKeyType] = js.undefined,\n        expiration: js.UndefOr[ExpirationTimestampType] = js.undefined,\n        secretAccessKey: js.UndefOr[SecretAccessKeyType] = js.undefined,\n        sessionToken: js.UndefOr[SessionTokenType] = js.undefined\n    ): RoleCredentials = {\n      val __obj = js.Dynamic.literal()\n      accessKeyId.foreach(__v => __obj.updateDynamic(\"accessKeyId\")(__v.asInstanceOf[js.Any]))\n      expiration.foreach(__v => __obj.updateDynamic(\"expiration\")(__v.asInstanceOf[js.Any]))\n      secretAccessKey.foreach(__v => __obj.updateDynamic(\"secretAccessKey\")(__v.asInstanceOf[js.Any]))\n      sessionToken.foreach(__v => __obj.updateDynamic(\"sessionToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleCredentials]\n    }\n  }\n\n  \/** Provides information about the role that is assigned to the user.\n    *\/\n  @js.native\n  trait RoleInfo extends js.Object {\n    var accountId: js.UndefOr[AccountIdType]\n    var roleName: js.UndefOr[RoleNameType]\n  }\n\n  object RoleInfo {\n    @inline\n    def apply(\n        accountId: js.UndefOr[AccountIdType] = js.undefined,\n        roleName: js.UndefOr[RoleNameType] = js.undefined\n    ): RoleInfo = {\n      val __obj = js.Dynamic.literal()\n      accountId.foreach(__v => __obj.updateDynamic(\"accountId\")(__v.asInstanceOf[js.Any]))\n      roleName.foreach(__v => __obj.updateDynamic(\"roleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoleInfo]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/RemoteCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"RemoteCredentials\", \"AWS.RemoteCredentials\")\nclass RemoteCredentials() extends AWSCredentials {\n  def this(options: RemoteCredentialsOptions) = this()\n}\n\ntrait RemoteCredentialsOptions extends js.Object {\n  var httpOptions: js.UndefOr[RemoteCredentialsOptions.HttpOptions]\n  var maxRetries: js.UndefOr[Double]\n}\n\nobject RemoteCredentialsOptions {\n  def apply(\n      httpOptions: js.UndefOr[RemoteCredentialsOptions.HttpOptions] = js.undefined,\n      maxRetries: js.UndefOr[Double] = js.undefined\n  ): RemoteCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    httpOptions.foreach(_v => _obj$.updateDynamic(\"httpOptions\")(_v.asInstanceOf[js.Any]))\n    maxRetries.foreach(_v => _obj$.updateDynamic(\"maxRetries\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[RemoteCredentialsOptions]\n  }\n\n  trait HttpOptions extends js.Object {\n    var timeout: js.UndefOr[Double]\n  }\n\n  object HttpOptions {\n    def apply(\n        timeout: js.UndefOr[Double] = js.undefined\n    ): HttpOptions = {\n      val _obj$ = js.Dynamic.literal(\n      )\n      timeout.foreach(_v => _obj$.updateDynamic(\"timeout\")(_v.asInstanceOf[js.Any]))\n      _obj$.asInstanceOf[HttpOptions]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/wellarchitected\/src\/main\/scala\/facade\/amazonaws\/services\/WellArchitected.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object wellarchitected {\n  type AnswerSummaries = js.Array[AnswerSummary]\n  type AwsAccountId = String\n  type AwsRegion = String\n  type Base64String = String\n  type ChoiceDescription = String\n  type ChoiceId = String\n  type ChoiceTitle = String\n  type Choices = js.Array[Choice]\n  type ClientRequestToken = String\n  type Count = Int\n  type HelpfulResourceUrl = String\n  type ImprovementPlanUrl = String\n  type ImprovementSummaries = js.Array[ImprovementSummary]\n  type IsApplicable = Boolean\n  type IsReviewOwnerUpdateAcknowledged = Boolean\n  type LensAlias = String\n  type LensAliases = js.Array[LensAlias]\n  type LensDescription = String\n  type LensName = String\n  type LensReviewSummaries = js.Array[LensReviewSummary]\n  type LensSummaries = js.Array[LensSummary]\n  type LensVersion = String\n  type ListAnswersMaxResults = Int\n  type ListLensReviewImprovementsMaxResults = Int\n  type ListNotificationsMaxResults = Int\n  type ListShareInvitationsMaxResults = Int\n  type ListWorkloadSharesMaxResults = Int\n  type ListWorkloadsMaxResults = Int\n  type MaxResults = Int\n  type MilestoneName = String\n  type MilestoneNumber = Int\n  type MilestoneSummaries = js.Array[MilestoneSummary]\n  type NextToken = String\n  type Notes = String\n  type NotificationSummaries = js.Array[NotificationSummary]\n  type PillarDifferences = js.Array[PillarDifference]\n  type PillarId = String\n  type PillarName = String\n  type PillarNotes = js.Dictionary[Notes]\n  type PillarReviewSummaries = js.Array[PillarReviewSummary]\n  type QuestionDescription = String\n  type QuestionDifferences = js.Array[QuestionDifference]\n  type QuestionId = String\n  type QuestionTitle = String\n  type RiskCounts = js.Dictionary[Count]\n  type SelectedChoices = js.Array[ChoiceId]\n  type ShareId = String\n  type ShareInvitationId = String\n  type ShareInvitationSummaries = js.Array[ShareInvitationSummary]\n  type SharedWith = String\n  type SharedWithPrefix = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n  type WorkloadAccountIds = js.Array[AwsAccountId]\n  type WorkloadArchitecturalDesign = String\n  type WorkloadArn = String\n  type WorkloadAwsRegions = js.Array[AwsRegion]\n  type WorkloadDescription = String\n  type WorkloadId = String\n  type WorkloadIndustry = String\n  type WorkloadIndustryType = String\n  type WorkloadLenses = js.Array[LensAlias]\n  type WorkloadName = String\n  type WorkloadNamePrefix = String\n  type WorkloadNonAwsRegion = String\n  type WorkloadNonAwsRegions = js.Array[WorkloadNonAwsRegion]\n  type WorkloadPillarPriorities = js.Array[PillarId]\n  type WorkloadReviewOwner = String\n  type WorkloadShareSummaries = js.Array[WorkloadShareSummary]\n  type WorkloadSummaries = js.Array[WorkloadSummary]\n\n  implicit final class WellArchitectedOps(private val service: WellArchitected) extends AnyVal {\n\n    @inline def associateLensesFuture(params: AssociateLensesInput): Future[js.Object] = service.associateLenses(params).promise().toFuture\n    @inline def createMilestoneFuture(params: CreateMilestoneInput): Future[CreateMilestoneOutput] = service.createMilestone(params).promise().toFuture\n    @inline def createWorkloadFuture(params: CreateWorkloadInput): Future[CreateWorkloadOutput] = service.createWorkload(params).promise().toFuture\n    @inline def createWorkloadShareFuture(params: CreateWorkloadShareInput): Future[CreateWorkloadShareOutput] = service.createWorkloadShare(params).promise().toFuture\n    @inline def deleteWorkloadFuture(params: DeleteWorkloadInput): Future[js.Object] = service.deleteWorkload(params).promise().toFuture\n    @inline def deleteWorkloadShareFuture(params: DeleteWorkloadShareInput): Future[js.Object] = service.deleteWorkloadShare(params).promise().toFuture\n    @inline def disassociateLensesFuture(params: DisassociateLensesInput): Future[js.Object] = service.disassociateLenses(params).promise().toFuture\n    @inline def getAnswerFuture(params: GetAnswerInput): Future[GetAnswerOutput] = service.getAnswer(params).promise().toFuture\n    @inline def getLensReviewFuture(params: GetLensReviewInput): Future[GetLensReviewOutput] = service.getLensReview(params).promise().toFuture\n    @inline def getLensReviewReportFuture(params: GetLensReviewReportInput): Future[GetLensReviewReportOutput] = service.getLensReviewReport(params).promise().toFuture\n    @inline def getLensVersionDifferenceFuture(params: GetLensVersionDifferenceInput): Future[GetLensVersionDifferenceOutput] = service.getLensVersionDifference(params).promise().toFuture\n    @inline def getMilestoneFuture(params: GetMilestoneInput): Future[GetMilestoneOutput] = service.getMilestone(params).promise().toFuture\n    @inline def getWorkloadFuture(params: GetWorkloadInput): Future[GetWorkloadOutput] = service.getWorkload(params).promise().toFuture\n    @inline def listAnswersFuture(params: ListAnswersInput): Future[ListAnswersOutput] = service.listAnswers(params).promise().toFuture\n    @inline def listLensReviewImprovementsFuture(params: ListLensReviewImprovementsInput): Future[ListLensReviewImprovementsOutput] = service.listLensReviewImprovements(params).promise().toFuture\n    @inline def listLensReviewsFuture(params: ListLensReviewsInput): Future[ListLensReviewsOutput] = service.listLensReviews(params).promise().toFuture\n    @inline def listLensesFuture(params: ListLensesInput): Future[ListLensesOutput] = service.listLenses(params).promise().toFuture\n    @inline def listMilestonesFuture(params: ListMilestonesInput): Future[ListMilestonesOutput] = service.listMilestones(params).promise().toFuture\n    @inline def listNotificationsFuture(params: ListNotificationsInput): Future[ListNotificationsOutput] = service.listNotifications(params).promise().toFuture\n    @inline def listShareInvitationsFuture(params: ListShareInvitationsInput): Future[ListShareInvitationsOutput] = service.listShareInvitations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def listWorkloadSharesFuture(params: ListWorkloadSharesInput): Future[ListWorkloadSharesOutput] = service.listWorkloadShares(params).promise().toFuture\n    @inline def listWorkloadsFuture(params: ListWorkloadsInput): Future[ListWorkloadsOutput] = service.listWorkloads(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n    @inline def updateAnswerFuture(params: UpdateAnswerInput): Future[UpdateAnswerOutput] = service.updateAnswer(params).promise().toFuture\n    @inline def updateLensReviewFuture(params: UpdateLensReviewInput): Future[UpdateLensReviewOutput] = service.updateLensReview(params).promise().toFuture\n    @inline def updateShareInvitationFuture(params: UpdateShareInvitationInput): Future[UpdateShareInvitationOutput] = service.updateShareInvitation(params).promise().toFuture\n    @inline def updateWorkloadFuture(params: UpdateWorkloadInput): Future[UpdateWorkloadOutput] = service.updateWorkload(params).promise().toFuture\n    @inline def updateWorkloadShareFuture(params: UpdateWorkloadShareInput): Future[UpdateWorkloadShareOutput] = service.updateWorkloadShare(params).promise().toFuture\n    @inline def upgradeLensReviewFuture(params: UpgradeLensReviewInput): Future[js.Object] = service.upgradeLensReview(params).promise().toFuture\n\n  }\n}\n\npackage wellarchitected {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/wellarchitected\", JSImport.Namespace, \"AWS.WellArchitected\")\n  class WellArchitected() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateLenses(params: AssociateLensesInput): Request[js.Object] = js.native\n    def createMilestone(params: CreateMilestoneInput): Request[CreateMilestoneOutput] = js.native\n    def createWorkload(params: CreateWorkloadInput): Request[CreateWorkloadOutput] = js.native\n    def createWorkloadShare(params: CreateWorkloadShareInput): Request[CreateWorkloadShareOutput] = js.native\n    def deleteWorkload(params: DeleteWorkloadInput): Request[js.Object] = js.native\n    def deleteWorkloadShare(params: DeleteWorkloadShareInput): Request[js.Object] = js.native\n    def disassociateLenses(params: DisassociateLensesInput): Request[js.Object] = js.native\n    def getAnswer(params: GetAnswerInput): Request[GetAnswerOutput] = js.native\n    def getLensReview(params: GetLensReviewInput): Request[GetLensReviewOutput] = js.native\n    def getLensReviewReport(params: GetLensReviewReportInput): Request[GetLensReviewReportOutput] = js.native\n    def getLensVersionDifference(params: GetLensVersionDifferenceInput): Request[GetLensVersionDifferenceOutput] = js.native\n    def getMilestone(params: GetMilestoneInput): Request[GetMilestoneOutput] = js.native\n    def getWorkload(params: GetWorkloadInput): Request[GetWorkloadOutput] = js.native\n    def listAnswers(params: ListAnswersInput): Request[ListAnswersOutput] = js.native\n    def listLensReviewImprovements(params: ListLensReviewImprovementsInput): Request[ListLensReviewImprovementsOutput] = js.native\n    def listLensReviews(params: ListLensReviewsInput): Request[ListLensReviewsOutput] = js.native\n    def listLenses(params: ListLensesInput): Request[ListLensesOutput] = js.native\n    def listMilestones(params: ListMilestonesInput): Request[ListMilestonesOutput] = js.native\n    def listNotifications(params: ListNotificationsInput): Request[ListNotificationsOutput] = js.native\n    def listShareInvitations(params: ListShareInvitationsInput): Request[ListShareInvitationsOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def listWorkloadShares(params: ListWorkloadSharesInput): Request[ListWorkloadSharesOutput] = js.native\n    def listWorkloads(params: ListWorkloadsInput): Request[ListWorkloadsOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n    def updateAnswer(params: UpdateAnswerInput): Request[UpdateAnswerOutput] = js.native\n    def updateLensReview(params: UpdateLensReviewInput): Request[UpdateLensReviewOutput] = js.native\n    def updateShareInvitation(params: UpdateShareInvitationInput): Request[UpdateShareInvitationOutput] = js.native\n    def updateWorkload(params: UpdateWorkloadInput): Request[UpdateWorkloadOutput] = js.native\n    def updateWorkloadShare(params: UpdateWorkloadShareInput): Request[UpdateWorkloadShareOutput] = js.native\n    def upgradeLensReview(params: UpgradeLensReviewInput): Request[js.Object] = js.native\n  }\n\n  \/** An answer of the question.\n    *\/\n  @js.native\n  trait Answer extends js.Object {\n    var Choices: js.UndefOr[Choices]\n    var HelpfulResourceUrl: js.UndefOr[HelpfulResourceUrl]\n    var ImprovementPlanUrl: js.UndefOr[ImprovementPlanUrl]\n    var IsApplicable: js.UndefOr[IsApplicable]\n    var Notes: js.UndefOr[Notes]\n    var PillarId: js.UndefOr[PillarId]\n    var QuestionDescription: js.UndefOr[QuestionDescription]\n    var QuestionId: js.UndefOr[QuestionId]\n    var QuestionTitle: js.UndefOr[QuestionTitle]\n    var Risk: js.UndefOr[Risk]\n    var SelectedChoices: js.UndefOr[SelectedChoices]\n  }\n\n  object Answer {\n    @inline\n    def apply(\n        Choices: js.UndefOr[Choices] = js.undefined,\n        HelpfulResourceUrl: js.UndefOr[HelpfulResourceUrl] = js.undefined,\n        ImprovementPlanUrl: js.UndefOr[ImprovementPlanUrl] = js.undefined,\n        IsApplicable: js.UndefOr[IsApplicable] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined,\n        QuestionDescription: js.UndefOr[QuestionDescription] = js.undefined,\n        QuestionId: js.UndefOr[QuestionId] = js.undefined,\n        QuestionTitle: js.UndefOr[QuestionTitle] = js.undefined,\n        Risk: js.UndefOr[Risk] = js.undefined,\n        SelectedChoices: js.UndefOr[SelectedChoices] = js.undefined\n    ): Answer = {\n      val __obj = js.Dynamic.literal()\n      Choices.foreach(__v => __obj.updateDynamic(\"Choices\")(__v.asInstanceOf[js.Any]))\n      HelpfulResourceUrl.foreach(__v => __obj.updateDynamic(\"HelpfulResourceUrl\")(__v.asInstanceOf[js.Any]))\n      ImprovementPlanUrl.foreach(__v => __obj.updateDynamic(\"ImprovementPlanUrl\")(__v.asInstanceOf[js.Any]))\n      IsApplicable.foreach(__v => __obj.updateDynamic(\"IsApplicable\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      QuestionDescription.foreach(__v => __obj.updateDynamic(\"QuestionDescription\")(__v.asInstanceOf[js.Any]))\n      QuestionId.foreach(__v => __obj.updateDynamic(\"QuestionId\")(__v.asInstanceOf[js.Any]))\n      QuestionTitle.foreach(__v => __obj.updateDynamic(\"QuestionTitle\")(__v.asInstanceOf[js.Any]))\n      Risk.foreach(__v => __obj.updateDynamic(\"Risk\")(__v.asInstanceOf[js.Any]))\n      SelectedChoices.foreach(__v => __obj.updateDynamic(\"SelectedChoices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Answer]\n    }\n  }\n\n  \/** An answer summary of a lens review in a workload.\n    *\/\n  @js.native\n  trait AnswerSummary extends js.Object {\n    var Choices: js.UndefOr[Choices]\n    var IsApplicable: js.UndefOr[IsApplicable]\n    var PillarId: js.UndefOr[PillarId]\n    var QuestionId: js.UndefOr[QuestionId]\n    var QuestionTitle: js.UndefOr[QuestionTitle]\n    var Risk: js.UndefOr[Risk]\n    var SelectedChoices: js.UndefOr[SelectedChoices]\n  }\n\n  object AnswerSummary {\n    @inline\n    def apply(\n        Choices: js.UndefOr[Choices] = js.undefined,\n        IsApplicable: js.UndefOr[IsApplicable] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined,\n        QuestionId: js.UndefOr[QuestionId] = js.undefined,\n        QuestionTitle: js.UndefOr[QuestionTitle] = js.undefined,\n        Risk: js.UndefOr[Risk] = js.undefined,\n        SelectedChoices: js.UndefOr[SelectedChoices] = js.undefined\n    ): AnswerSummary = {\n      val __obj = js.Dynamic.literal()\n      Choices.foreach(__v => __obj.updateDynamic(\"Choices\")(__v.asInstanceOf[js.Any]))\n      IsApplicable.foreach(__v => __obj.updateDynamic(\"IsApplicable\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      QuestionId.foreach(__v => __obj.updateDynamic(\"QuestionId\")(__v.asInstanceOf[js.Any]))\n      QuestionTitle.foreach(__v => __obj.updateDynamic(\"QuestionTitle\")(__v.asInstanceOf[js.Any]))\n      Risk.foreach(__v => __obj.updateDynamic(\"Risk\")(__v.asInstanceOf[js.Any]))\n      SelectedChoices.foreach(__v => __obj.updateDynamic(\"SelectedChoices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnswerSummary]\n    }\n  }\n\n  \/** Input to associate lens reviews.\n    *\/\n  @js.native\n  trait AssociateLensesInput extends js.Object {\n    var LensAliases: LensAliases\n    var WorkloadId: WorkloadId\n  }\n\n  object AssociateLensesInput {\n    @inline\n    def apply(\n        LensAliases: LensAliases,\n        WorkloadId: WorkloadId\n    ): AssociateLensesInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAliases\" -> LensAliases.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateLensesInput]\n    }\n  }\n\n  \/** A choice available to answer question.\n    *\/\n  @js.native\n  trait Choice extends js.Object {\n    var ChoiceId: js.UndefOr[ChoiceId]\n    var Description: js.UndefOr[ChoiceDescription]\n    var Title: js.UndefOr[ChoiceTitle]\n  }\n\n  object Choice {\n    @inline\n    def apply(\n        ChoiceId: js.UndefOr[ChoiceId] = js.undefined,\n        Description: js.UndefOr[ChoiceDescription] = js.undefined,\n        Title: js.UndefOr[ChoiceTitle] = js.undefined\n    ): Choice = {\n      val __obj = js.Dynamic.literal()\n      ChoiceId.foreach(__v => __obj.updateDynamic(\"ChoiceId\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Choice]\n    }\n  }\n\n  \/** Input for milestone creation.\n    *\/\n  @js.native\n  trait CreateMilestoneInput extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var MilestoneName: MilestoneName\n    var WorkloadId: WorkloadId\n  }\n\n  object CreateMilestoneInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        MilestoneName: MilestoneName,\n        WorkloadId: WorkloadId\n    ): CreateMilestoneInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"MilestoneName\" -> MilestoneName.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMilestoneInput]\n    }\n  }\n\n  \/** Output of a create milestone call.\n    *\/\n  @js.native\n  trait CreateMilestoneOutput extends js.Object {\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object CreateMilestoneOutput {\n    @inline\n    def apply(\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): CreateMilestoneOutput = {\n      val __obj = js.Dynamic.literal()\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMilestoneOutput]\n    }\n  }\n\n  \/** Input for workload creation.\n    *\/\n  @js.native\n  trait CreateWorkloadInput extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var Description: WorkloadDescription\n    var Environment: WorkloadEnvironment\n    var Lenses: WorkloadLenses\n    var ReviewOwner: WorkloadReviewOwner\n    var WorkloadName: WorkloadName\n    var AccountIds: js.UndefOr[WorkloadAccountIds]\n    var ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign]\n    var AwsRegions: js.UndefOr[WorkloadAwsRegions]\n    var Industry: js.UndefOr[WorkloadIndustry]\n    var IndustryType: js.UndefOr[WorkloadIndustryType]\n    var NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions]\n    var Notes: js.UndefOr[Notes]\n    var PillarPriorities: js.UndefOr[WorkloadPillarPriorities]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateWorkloadInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        Description: WorkloadDescription,\n        Environment: WorkloadEnvironment,\n        Lenses: WorkloadLenses,\n        ReviewOwner: WorkloadReviewOwner,\n        WorkloadName: WorkloadName,\n        AccountIds: js.UndefOr[WorkloadAccountIds] = js.undefined,\n        ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign] = js.undefined,\n        AwsRegions: js.UndefOr[WorkloadAwsRegions] = js.undefined,\n        Industry: js.UndefOr[WorkloadIndustry] = js.undefined,\n        IndustryType: js.UndefOr[WorkloadIndustryType] = js.undefined,\n        NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        PillarPriorities: js.UndefOr[WorkloadPillarPriorities] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateWorkloadInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Environment\" -> Environment.asInstanceOf[js.Any],\n        \"Lenses\" -> Lenses.asInstanceOf[js.Any],\n        \"ReviewOwner\" -> ReviewOwner.asInstanceOf[js.Any],\n        \"WorkloadName\" -> WorkloadName.asInstanceOf[js.Any]\n      )\n\n      AccountIds.foreach(__v => __obj.updateDynamic(\"AccountIds\")(__v.asInstanceOf[js.Any]))\n      ArchitecturalDesign.foreach(__v => __obj.updateDynamic(\"ArchitecturalDesign\")(__v.asInstanceOf[js.Any]))\n      AwsRegions.foreach(__v => __obj.updateDynamic(\"AwsRegions\")(__v.asInstanceOf[js.Any]))\n      Industry.foreach(__v => __obj.updateDynamic(\"Industry\")(__v.asInstanceOf[js.Any]))\n      IndustryType.foreach(__v => __obj.updateDynamic(\"IndustryType\")(__v.asInstanceOf[js.Any]))\n      NonAwsRegions.foreach(__v => __obj.updateDynamic(\"NonAwsRegions\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      PillarPriorities.foreach(__v => __obj.updateDynamic(\"PillarPriorities\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkloadInput]\n    }\n  }\n\n  \/** Output of a create workload call.\n    *\/\n  @js.native\n  trait CreateWorkloadOutput extends js.Object {\n    var WorkloadArn: js.UndefOr[WorkloadArn]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object CreateWorkloadOutput {\n    @inline\n    def apply(\n        WorkloadArn: js.UndefOr[WorkloadArn] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): CreateWorkloadOutput = {\n      val __obj = js.Dynamic.literal()\n      WorkloadArn.foreach(__v => __obj.updateDynamic(\"WorkloadArn\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkloadOutput]\n    }\n  }\n\n  \/** Input for Create Workload Share\n    *\/\n  @js.native\n  trait CreateWorkloadShareInput extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var PermissionType: PermissionType\n    var SharedWith: SharedWith\n    var WorkloadId: WorkloadId\n  }\n\n  object CreateWorkloadShareInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        PermissionType: PermissionType,\n        SharedWith: SharedWith,\n        WorkloadId: WorkloadId\n    ): CreateWorkloadShareInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"PermissionType\" -> PermissionType.asInstanceOf[js.Any],\n        \"SharedWith\" -> SharedWith.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateWorkloadShareInput]\n    }\n  }\n\n  \/** Input for Create Workload Share\n    *\/\n  @js.native\n  trait CreateWorkloadShareOutput extends js.Object {\n    var ShareId: js.UndefOr[ShareId]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object CreateWorkloadShareOutput {\n    @inline\n    def apply(\n        ShareId: js.UndefOr[ShareId] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): CreateWorkloadShareOutput = {\n      val __obj = js.Dynamic.literal()\n      ShareId.foreach(__v => __obj.updateDynamic(\"ShareId\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkloadShareOutput]\n    }\n  }\n\n  \/** Input for workload deletion.\n    *\/\n  @js.native\n  trait DeleteWorkloadInput extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var WorkloadId: WorkloadId\n  }\n\n  object DeleteWorkloadInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        WorkloadId: WorkloadId\n    ): DeleteWorkloadInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWorkloadInput]\n    }\n  }\n\n  \/** Input for Delete Workload Share\n    *\/\n  @js.native\n  trait DeleteWorkloadShareInput extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var ShareId: ShareId\n    var WorkloadId: WorkloadId\n  }\n\n  object DeleteWorkloadShareInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        ShareId: ShareId,\n        WorkloadId: WorkloadId\n    ): DeleteWorkloadShareInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"ShareId\" -> ShareId.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWorkloadShareInput]\n    }\n  }\n\n  @js.native\n  sealed trait DifferenceStatus extends js.Any\n  object DifferenceStatus {\n    val UPDATED = \"UPDATED\".asInstanceOf[DifferenceStatus]\n    val NEW = \"NEW\".asInstanceOf[DifferenceStatus]\n    val DELETED = \"DELETED\".asInstanceOf[DifferenceStatus]\n\n    @inline def values = js.Array(UPDATED, NEW, DELETED)\n  }\n\n  \/** Input to disassociate lens reviews.\n    *\/\n  @js.native\n  trait DisassociateLensesInput extends js.Object {\n    var LensAliases: LensAliases\n    var WorkloadId: WorkloadId\n  }\n\n  object DisassociateLensesInput {\n    @inline\n    def apply(\n        LensAliases: LensAliases,\n        WorkloadId: WorkloadId\n    ): DisassociateLensesInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAliases\" -> LensAliases.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateLensesInput]\n    }\n  }\n\n  \/** Input to get answer.\n    *\/\n  @js.native\n  trait GetAnswerInput extends js.Object {\n    var LensAlias: LensAlias\n    var QuestionId: QuestionId\n    var WorkloadId: WorkloadId\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n  }\n\n  object GetAnswerInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        QuestionId: QuestionId,\n        WorkloadId: WorkloadId,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined\n    ): GetAnswerInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"QuestionId\" -> QuestionId.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnswerInput]\n    }\n  }\n\n  \/** Output of a get answer call.\n    *\/\n  @js.native\n  trait GetAnswerOutput extends js.Object {\n    var Answer: js.UndefOr[Answer]\n    var LensAlias: js.UndefOr[LensAlias]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object GetAnswerOutput {\n    @inline\n    def apply(\n        Answer: js.UndefOr[Answer] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): GetAnswerOutput = {\n      val __obj = js.Dynamic.literal()\n      Answer.foreach(__v => __obj.updateDynamic(\"Answer\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnswerOutput]\n    }\n  }\n\n  \/** Input to get lens review.\n    *\/\n  @js.native\n  trait GetLensReviewInput extends js.Object {\n    var LensAlias: LensAlias\n    var WorkloadId: WorkloadId\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n  }\n\n  object GetLensReviewInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        WorkloadId: WorkloadId,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined\n    ): GetLensReviewInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLensReviewInput]\n    }\n  }\n\n  \/** Output of a get lens review call.\n    *\/\n  @js.native\n  trait GetLensReviewOutput extends js.Object {\n    var LensReview: js.UndefOr[LensReview]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object GetLensReviewOutput {\n    @inline\n    def apply(\n        LensReview: js.UndefOr[LensReview] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): GetLensReviewOutput = {\n      val __obj = js.Dynamic.literal()\n      LensReview.foreach(__v => __obj.updateDynamic(\"LensReview\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLensReviewOutput]\n    }\n  }\n\n  \/** Input to get lens review report.\n    *\/\n  @js.native\n  trait GetLensReviewReportInput extends js.Object {\n    var LensAlias: LensAlias\n    var WorkloadId: WorkloadId\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n  }\n\n  object GetLensReviewReportInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        WorkloadId: WorkloadId,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined\n    ): GetLensReviewReportInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLensReviewReportInput]\n    }\n  }\n\n  \/** Output of a get lens review report call.\n    *\/\n  @js.native\n  trait GetLensReviewReportOutput extends js.Object {\n    var LensReviewReport: js.UndefOr[LensReviewReport]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object GetLensReviewReportOutput {\n    @inline\n    def apply(\n        LensReviewReport: js.UndefOr[LensReviewReport] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): GetLensReviewReportOutput = {\n      val __obj = js.Dynamic.literal()\n      LensReviewReport.foreach(__v => __obj.updateDynamic(\"LensReviewReport\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLensReviewReportOutput]\n    }\n  }\n\n  @js.native\n  trait GetLensVersionDifferenceInput extends js.Object {\n    var BaseLensVersion: LensVersion\n    var LensAlias: LensAlias\n  }\n\n  object GetLensVersionDifferenceInput {\n    @inline\n    def apply(\n        BaseLensVersion: LensVersion,\n        LensAlias: LensAlias\n    ): GetLensVersionDifferenceInput = {\n      val __obj = js.Dynamic.literal(\n        \"BaseLensVersion\" -> BaseLensVersion.asInstanceOf[js.Any],\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLensVersionDifferenceInput]\n    }\n  }\n\n  @js.native\n  trait GetLensVersionDifferenceOutput extends js.Object {\n    var BaseLensVersion: js.UndefOr[LensVersion]\n    var LatestLensVersion: js.UndefOr[LensVersion]\n    var LensAlias: js.UndefOr[LensAlias]\n    var VersionDifferences: js.UndefOr[VersionDifferences]\n  }\n\n  object GetLensVersionDifferenceOutput {\n    @inline\n    def apply(\n        BaseLensVersion: js.UndefOr[LensVersion] = js.undefined,\n        LatestLensVersion: js.UndefOr[LensVersion] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        VersionDifferences: js.UndefOr[VersionDifferences] = js.undefined\n    ): GetLensVersionDifferenceOutput = {\n      val __obj = js.Dynamic.literal()\n      BaseLensVersion.foreach(__v => __obj.updateDynamic(\"BaseLensVersion\")(__v.asInstanceOf[js.Any]))\n      LatestLensVersion.foreach(__v => __obj.updateDynamic(\"LatestLensVersion\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      VersionDifferences.foreach(__v => __obj.updateDynamic(\"VersionDifferences\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLensVersionDifferenceOutput]\n    }\n  }\n\n  \/** Input to get a milestone.\n    *\/\n  @js.native\n  trait GetMilestoneInput extends js.Object {\n    var MilestoneNumber: MilestoneNumber\n    var WorkloadId: WorkloadId\n  }\n\n  object GetMilestoneInput {\n    @inline\n    def apply(\n        MilestoneNumber: MilestoneNumber,\n        WorkloadId: WorkloadId\n    ): GetMilestoneInput = {\n      val __obj = js.Dynamic.literal(\n        \"MilestoneNumber\" -> MilestoneNumber.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMilestoneInput]\n    }\n  }\n\n  \/** Output of a get milestone call.\n    *\/\n  @js.native\n  trait GetMilestoneOutput extends js.Object {\n    var Milestone: js.UndefOr[Milestone]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object GetMilestoneOutput {\n    @inline\n    def apply(\n        Milestone: js.UndefOr[Milestone] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): GetMilestoneOutput = {\n      val __obj = js.Dynamic.literal()\n      Milestone.foreach(__v => __obj.updateDynamic(\"Milestone\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMilestoneOutput]\n    }\n  }\n\n  \/** Input to get a workload.\n    *\/\n  @js.native\n  trait GetWorkloadInput extends js.Object {\n    var WorkloadId: WorkloadId\n  }\n\n  object GetWorkloadInput {\n    @inline\n    def apply(\n        WorkloadId: WorkloadId\n    ): GetWorkloadInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetWorkloadInput]\n    }\n  }\n\n  \/** Output of a get workload call.\n    *\/\n  @js.native\n  trait GetWorkloadOutput extends js.Object {\n    var Workload: js.UndefOr[Workload]\n  }\n\n  object GetWorkloadOutput {\n    @inline\n    def apply(\n        Workload: js.UndefOr[Workload] = js.undefined\n    ): GetWorkloadOutput = {\n      val __obj = js.Dynamic.literal()\n      Workload.foreach(__v => __obj.updateDynamic(\"Workload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetWorkloadOutput]\n    }\n  }\n\n  \/** An improvement summary of a lens review in a workload.\n    *\/\n  @js.native\n  trait ImprovementSummary extends js.Object {\n    var ImprovementPlanUrl: js.UndefOr[ImprovementPlanUrl]\n    var PillarId: js.UndefOr[PillarId]\n    var QuestionId: js.UndefOr[QuestionId]\n    var QuestionTitle: js.UndefOr[QuestionTitle]\n    var Risk: js.UndefOr[Risk]\n  }\n\n  object ImprovementSummary {\n    @inline\n    def apply(\n        ImprovementPlanUrl: js.UndefOr[ImprovementPlanUrl] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined,\n        QuestionId: js.UndefOr[QuestionId] = js.undefined,\n        QuestionTitle: js.UndefOr[QuestionTitle] = js.undefined,\n        Risk: js.UndefOr[Risk] = js.undefined\n    ): ImprovementSummary = {\n      val __obj = js.Dynamic.literal()\n      ImprovementPlanUrl.foreach(__v => __obj.updateDynamic(\"ImprovementPlanUrl\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      QuestionId.foreach(__v => __obj.updateDynamic(\"QuestionId\")(__v.asInstanceOf[js.Any]))\n      QuestionTitle.foreach(__v => __obj.updateDynamic(\"QuestionTitle\")(__v.asInstanceOf[js.Any]))\n      Risk.foreach(__v => __obj.updateDynamic(\"Risk\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImprovementSummary]\n    }\n  }\n\n  \/** A lens review of a question.\n    *\/\n  @js.native\n  trait LensReview extends js.Object {\n    var LensAlias: js.UndefOr[LensAlias]\n    var LensName: js.UndefOr[LensName]\n    var LensStatus: js.UndefOr[LensStatus]\n    var LensVersion: js.UndefOr[LensVersion]\n    var NextToken: js.UndefOr[NextToken]\n    var Notes: js.UndefOr[Notes]\n    var PillarReviewSummaries: js.UndefOr[PillarReviewSummaries]\n    var RiskCounts: js.UndefOr[RiskCounts]\n    var UpdatedAt: js.UndefOr[Timestamp]\n  }\n\n  object LensReview {\n    @inline\n    def apply(\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        LensName: js.UndefOr[LensName] = js.undefined,\n        LensStatus: js.UndefOr[LensStatus] = js.undefined,\n        LensVersion: js.UndefOr[LensVersion] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        PillarReviewSummaries: js.UndefOr[PillarReviewSummaries] = js.undefined,\n        RiskCounts: js.UndefOr[RiskCounts] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): LensReview = {\n      val __obj = js.Dynamic.literal()\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      LensName.foreach(__v => __obj.updateDynamic(\"LensName\")(__v.asInstanceOf[js.Any]))\n      LensStatus.foreach(__v => __obj.updateDynamic(\"LensStatus\")(__v.asInstanceOf[js.Any]))\n      LensVersion.foreach(__v => __obj.updateDynamic(\"LensVersion\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      PillarReviewSummaries.foreach(__v => __obj.updateDynamic(\"PillarReviewSummaries\")(__v.asInstanceOf[js.Any]))\n      RiskCounts.foreach(__v => __obj.updateDynamic(\"RiskCounts\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LensReview]\n    }\n  }\n\n  \/** A report of a lens review.\n    *\/\n  @js.native\n  trait LensReviewReport extends js.Object {\n    var Base64String: js.UndefOr[Base64String]\n    var LensAlias: js.UndefOr[LensAlias]\n  }\n\n  object LensReviewReport {\n    @inline\n    def apply(\n        Base64String: js.UndefOr[Base64String] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined\n    ): LensReviewReport = {\n      val __obj = js.Dynamic.literal()\n      Base64String.foreach(__v => __obj.updateDynamic(\"Base64String\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LensReviewReport]\n    }\n  }\n\n  \/** A lens review summary of a workload.\n    *\/\n  @js.native\n  trait LensReviewSummary extends js.Object {\n    var LensAlias: js.UndefOr[LensAlias]\n    var LensName: js.UndefOr[LensName]\n    var LensStatus: js.UndefOr[LensStatus]\n    var LensVersion: js.UndefOr[LensVersion]\n    var RiskCounts: js.UndefOr[RiskCounts]\n    var UpdatedAt: js.UndefOr[Timestamp]\n  }\n\n  object LensReviewSummary {\n    @inline\n    def apply(\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        LensName: js.UndefOr[LensName] = js.undefined,\n        LensStatus: js.UndefOr[LensStatus] = js.undefined,\n        LensVersion: js.UndefOr[LensVersion] = js.undefined,\n        RiskCounts: js.UndefOr[RiskCounts] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): LensReviewSummary = {\n      val __obj = js.Dynamic.literal()\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      LensName.foreach(__v => __obj.updateDynamic(\"LensName\")(__v.asInstanceOf[js.Any]))\n      LensStatus.foreach(__v => __obj.updateDynamic(\"LensStatus\")(__v.asInstanceOf[js.Any]))\n      LensVersion.foreach(__v => __obj.updateDynamic(\"LensVersion\")(__v.asInstanceOf[js.Any]))\n      RiskCounts.foreach(__v => __obj.updateDynamic(\"RiskCounts\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LensReviewSummary]\n    }\n  }\n\n  @js.native\n  sealed trait LensStatus extends js.Any\n  object LensStatus {\n    val CURRENT = \"CURRENT\".asInstanceOf[LensStatus]\n    val NOT_CURRENT = \"NOT_CURRENT\".asInstanceOf[LensStatus]\n    val DEPRECATED = \"DEPRECATED\".asInstanceOf[LensStatus]\n\n    @inline def values = js.Array(CURRENT, NOT_CURRENT, DEPRECATED)\n  }\n\n  \/** A lens summary of a lens.\n    *\/\n  @js.native\n  trait LensSummary extends js.Object {\n    var Description: js.UndefOr[LensDescription]\n    var LensAlias: js.UndefOr[LensAlias]\n    var LensName: js.UndefOr[LensName]\n    var LensVersion: js.UndefOr[LensVersion]\n  }\n\n  object LensSummary {\n    @inline\n    def apply(\n        Description: js.UndefOr[LensDescription] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        LensName: js.UndefOr[LensName] = js.undefined,\n        LensVersion: js.UndefOr[LensVersion] = js.undefined\n    ): LensSummary = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      LensName.foreach(__v => __obj.updateDynamic(\"LensName\")(__v.asInstanceOf[js.Any]))\n      LensVersion.foreach(__v => __obj.updateDynamic(\"LensVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LensSummary]\n    }\n  }\n\n  \/** Lens upgrade summary return object.\n    *\/\n  @js.native\n  trait LensUpgradeSummary extends js.Object {\n    var CurrentLensVersion: js.UndefOr[LensVersion]\n    var LatestLensVersion: js.UndefOr[LensVersion]\n    var LensAlias: js.UndefOr[LensAlias]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object LensUpgradeSummary {\n    @inline\n    def apply(\n        CurrentLensVersion: js.UndefOr[LensVersion] = js.undefined,\n        LatestLensVersion: js.UndefOr[LensVersion] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): LensUpgradeSummary = {\n      val __obj = js.Dynamic.literal()\n      CurrentLensVersion.foreach(__v => __obj.updateDynamic(\"CurrentLensVersion\")(__v.asInstanceOf[js.Any]))\n      LatestLensVersion.foreach(__v => __obj.updateDynamic(\"LatestLensVersion\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LensUpgradeSummary]\n    }\n  }\n\n  \/** Input to list answers.\n    *\/\n  @js.native\n  trait ListAnswersInput extends js.Object {\n    var LensAlias: LensAlias\n    var WorkloadId: WorkloadId\n    var MaxResults: js.UndefOr[ListAnswersMaxResults]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n    var PillarId: js.UndefOr[PillarId]\n  }\n\n  object ListAnswersInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        WorkloadId: WorkloadId,\n        MaxResults: js.UndefOr[ListAnswersMaxResults] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined\n    ): ListAnswersInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnswersInput]\n    }\n  }\n\n  \/** Output of a list answers call.\n    *\/\n  @js.native\n  trait ListAnswersOutput extends js.Object {\n    var AnswerSummaries: js.UndefOr[AnswerSummaries]\n    var LensAlias: js.UndefOr[LensAlias]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ListAnswersOutput {\n    @inline\n    def apply(\n        AnswerSummaries: js.UndefOr[AnswerSummaries] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ListAnswersOutput = {\n      val __obj = js.Dynamic.literal()\n      AnswerSummaries.foreach(__v => __obj.updateDynamic(\"AnswerSummaries\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnswersOutput]\n    }\n  }\n\n  \/** Input to list lens review improvements.\n    *\/\n  @js.native\n  trait ListLensReviewImprovementsInput extends js.Object {\n    var LensAlias: LensAlias\n    var WorkloadId: WorkloadId\n    var MaxResults: js.UndefOr[ListLensReviewImprovementsMaxResults]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n    var PillarId: js.UndefOr[PillarId]\n  }\n\n  object ListLensReviewImprovementsInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        WorkloadId: WorkloadId,\n        MaxResults: js.UndefOr[ListLensReviewImprovementsMaxResults] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined\n    ): ListLensReviewImprovementsInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensReviewImprovementsInput]\n    }\n  }\n\n  \/** Output of a list lens review improvements call.\n    *\/\n  @js.native\n  trait ListLensReviewImprovementsOutput extends js.Object {\n    var ImprovementSummaries: js.UndefOr[ImprovementSummaries]\n    var LensAlias: js.UndefOr[LensAlias]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ListLensReviewImprovementsOutput {\n    @inline\n    def apply(\n        ImprovementSummaries: js.UndefOr[ImprovementSummaries] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ListLensReviewImprovementsOutput = {\n      val __obj = js.Dynamic.literal()\n      ImprovementSummaries.foreach(__v => __obj.updateDynamic(\"ImprovementSummaries\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensReviewImprovementsOutput]\n    }\n  }\n\n  \/** Input to list lens reviews.\n    *\/\n  @js.native\n  trait ListLensReviewsInput extends js.Object {\n    var WorkloadId: WorkloadId\n    var MaxResults: js.UndefOr[MaxResults]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLensReviewsInput {\n    @inline\n    def apply(\n        WorkloadId: WorkloadId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLensReviewsInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensReviewsInput]\n    }\n  }\n\n  \/** Output of a list lens reviews call.\n    *\/\n  @js.native\n  trait ListLensReviewsOutput extends js.Object {\n    var LensReviewSummaries: js.UndefOr[LensReviewSummaries]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ListLensReviewsOutput {\n    @inline\n    def apply(\n        LensReviewSummaries: js.UndefOr[LensReviewSummaries] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ListLensReviewsOutput = {\n      val __obj = js.Dynamic.literal()\n      LensReviewSummaries.foreach(__v => __obj.updateDynamic(\"LensReviewSummaries\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensReviewsOutput]\n    }\n  }\n\n  \/** Input to list lenses.\n    *\/\n  @js.native\n  trait ListLensesInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLensesInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLensesInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensesInput]\n    }\n  }\n\n  \/** Output of a list lenses call.\n    *\/\n  @js.native\n  trait ListLensesOutput extends js.Object {\n    var LensSummaries: js.UndefOr[LensSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLensesOutput {\n    @inline\n    def apply(\n        LensSummaries: js.UndefOr[LensSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLensesOutput = {\n      val __obj = js.Dynamic.literal()\n      LensSummaries.foreach(__v => __obj.updateDynamic(\"LensSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLensesOutput]\n    }\n  }\n\n  \/** Input to list all milestones for a workload.\n    *\/\n  @js.native\n  trait ListMilestonesInput extends js.Object {\n    var WorkloadId: WorkloadId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMilestonesInput {\n    @inline\n    def apply(\n        WorkloadId: WorkloadId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMilestonesInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMilestonesInput]\n    }\n  }\n\n  \/** Output of a list milestones call.\n    *\/\n  @js.native\n  trait ListMilestonesOutput extends js.Object {\n    var MilestoneSummaries: js.UndefOr[MilestoneSummaries]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ListMilestonesOutput {\n    @inline\n    def apply(\n        MilestoneSummaries: js.UndefOr[MilestoneSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ListMilestonesOutput = {\n      val __obj = js.Dynamic.literal()\n      MilestoneSummaries.foreach(__v => __obj.updateDynamic(\"MilestoneSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMilestonesOutput]\n    }\n  }\n\n  @js.native\n  trait ListNotificationsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListNotificationsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ListNotificationsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListNotificationsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ListNotificationsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotificationsInput]\n    }\n  }\n\n  @js.native\n  trait ListNotificationsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var NotificationSummaries: js.UndefOr[NotificationSummaries]\n  }\n\n  object ListNotificationsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        NotificationSummaries: js.UndefOr[NotificationSummaries] = js.undefined\n    ): ListNotificationsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NotificationSummaries.foreach(__v => __obj.updateDynamic(\"NotificationSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotificationsOutput]\n    }\n  }\n\n  \/** Input for List Share Invitations\n    *\/\n  @js.native\n  trait ListShareInvitationsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListShareInvitationsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadNamePrefix: js.UndefOr[WorkloadNamePrefix]\n  }\n\n  object ListShareInvitationsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListShareInvitationsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadNamePrefix: js.UndefOr[WorkloadNamePrefix] = js.undefined\n    ): ListShareInvitationsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadNamePrefix.foreach(__v => __obj.updateDynamic(\"WorkloadNamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListShareInvitationsInput]\n    }\n  }\n\n  \/** Input for List Share Invitations\n    *\/\n  @js.native\n  trait ListShareInvitationsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ShareInvitationSummaries: js.UndefOr[ShareInvitationSummaries]\n  }\n\n  object ListShareInvitationsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ShareInvitationSummaries: js.UndefOr[ShareInvitationSummaries] = js.undefined\n    ): ListShareInvitationsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ShareInvitationSummaries.foreach(__v => __obj.updateDynamic(\"ShareInvitationSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListShareInvitationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var WorkloadArn: WorkloadArn\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        WorkloadArn: WorkloadArn\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadArn\" -> WorkloadArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  \/** Input for List Workload Share\n    *\/\n  @js.native\n  trait ListWorkloadSharesInput extends js.Object {\n    var WorkloadId: WorkloadId\n    var MaxResults: js.UndefOr[ListWorkloadSharesMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SharedWithPrefix: js.UndefOr[SharedWithPrefix]\n  }\n\n  object ListWorkloadSharesInput {\n    @inline\n    def apply(\n        WorkloadId: WorkloadId,\n        MaxResults: js.UndefOr[ListWorkloadSharesMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SharedWithPrefix: js.UndefOr[SharedWithPrefix] = js.undefined\n    ): ListWorkloadSharesInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SharedWithPrefix.foreach(__v => __obj.updateDynamic(\"SharedWithPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkloadSharesInput]\n    }\n  }\n\n  \/** Input for List Workload Share\n    *\/\n  @js.native\n  trait ListWorkloadSharesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadShareSummaries: js.UndefOr[WorkloadShareSummaries]\n  }\n\n  object ListWorkloadSharesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadShareSummaries: js.UndefOr[WorkloadShareSummaries] = js.undefined\n    ): ListWorkloadSharesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadShareSummaries.foreach(__v => __obj.updateDynamic(\"WorkloadShareSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkloadSharesOutput]\n    }\n  }\n\n  \/** Input to list all workloads.\n    *\/\n  @js.native\n  trait ListWorkloadsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListWorkloadsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadNamePrefix: js.UndefOr[WorkloadNamePrefix]\n  }\n\n  object ListWorkloadsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListWorkloadsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadNamePrefix: js.UndefOr[WorkloadNamePrefix] = js.undefined\n    ): ListWorkloadsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadNamePrefix.foreach(__v => __obj.updateDynamic(\"WorkloadNamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkloadsInput]\n    }\n  }\n\n  \/** Output of a list workloads call.\n    *\/\n  @js.native\n  trait ListWorkloadsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WorkloadSummaries: js.UndefOr[WorkloadSummaries]\n  }\n\n  object ListWorkloadsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WorkloadSummaries: js.UndefOr[WorkloadSummaries] = js.undefined\n    ): ListWorkloadsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkloadSummaries.foreach(__v => __obj.updateDynamic(\"WorkloadSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkloadsOutput]\n    }\n  }\n\n  \/** A milestone return object.\n    *\/\n  @js.native\n  trait Milestone extends js.Object {\n    var MilestoneName: js.UndefOr[MilestoneName]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var RecordedAt: js.UndefOr[Timestamp]\n    var Workload: js.UndefOr[Workload]\n  }\n\n  object Milestone {\n    @inline\n    def apply(\n        MilestoneName: js.UndefOr[MilestoneName] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        RecordedAt: js.UndefOr[Timestamp] = js.undefined,\n        Workload: js.UndefOr[Workload] = js.undefined\n    ): Milestone = {\n      val __obj = js.Dynamic.literal()\n      MilestoneName.foreach(__v => __obj.updateDynamic(\"MilestoneName\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      RecordedAt.foreach(__v => __obj.updateDynamic(\"RecordedAt\")(__v.asInstanceOf[js.Any]))\n      Workload.foreach(__v => __obj.updateDynamic(\"Workload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Milestone]\n    }\n  }\n\n  \/** A milestone summary return object.\n    *\/\n  @js.native\n  trait MilestoneSummary extends js.Object {\n    var MilestoneName: js.UndefOr[MilestoneName]\n    var MilestoneNumber: js.UndefOr[MilestoneNumber]\n    var RecordedAt: js.UndefOr[Timestamp]\n    var WorkloadSummary: js.UndefOr[WorkloadSummary]\n  }\n\n  object MilestoneSummary {\n    @inline\n    def apply(\n        MilestoneName: js.UndefOr[MilestoneName] = js.undefined,\n        MilestoneNumber: js.UndefOr[MilestoneNumber] = js.undefined,\n        RecordedAt: js.UndefOr[Timestamp] = js.undefined,\n        WorkloadSummary: js.UndefOr[WorkloadSummary] = js.undefined\n    ): MilestoneSummary = {\n      val __obj = js.Dynamic.literal()\n      MilestoneName.foreach(__v => __obj.updateDynamic(\"MilestoneName\")(__v.asInstanceOf[js.Any]))\n      MilestoneNumber.foreach(__v => __obj.updateDynamic(\"MilestoneNumber\")(__v.asInstanceOf[js.Any]))\n      RecordedAt.foreach(__v => __obj.updateDynamic(\"RecordedAt\")(__v.asInstanceOf[js.Any]))\n      WorkloadSummary.foreach(__v => __obj.updateDynamic(\"WorkloadSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MilestoneSummary]\n    }\n  }\n\n  \/** A notification summary return object.\n    *\/\n  @js.native\n  trait NotificationSummary extends js.Object {\n    var LensUpgradeSummary: js.UndefOr[LensUpgradeSummary]\n    var Type: js.UndefOr[NotificationType]\n  }\n\n  object NotificationSummary {\n    @inline\n    def apply(\n        LensUpgradeSummary: js.UndefOr[LensUpgradeSummary] = js.undefined,\n        Type: js.UndefOr[NotificationType] = js.undefined\n    ): NotificationSummary = {\n      val __obj = js.Dynamic.literal()\n      LensUpgradeSummary.foreach(__v => __obj.updateDynamic(\"LensUpgradeSummary\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationSummary]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationType extends js.Any\n  object NotificationType {\n    val LENS_VERSION_UPGRADED = \"LENS_VERSION_UPGRADED\".asInstanceOf[NotificationType]\n    val LENS_VERSION_DEPRECATED = \"LENS_VERSION_DEPRECATED\".asInstanceOf[NotificationType]\n\n    @inline def values = js.Array(LENS_VERSION_UPGRADED, LENS_VERSION_DEPRECATED)\n  }\n\n  \/** Permission granted on a workload share.\n    *\/\n  @js.native\n  sealed trait PermissionType extends js.Any\n  object PermissionType {\n    val READONLY = \"READONLY\".asInstanceOf[PermissionType]\n    val CONTRIBUTOR = \"CONTRIBUTOR\".asInstanceOf[PermissionType]\n\n    @inline def values = js.Array(READONLY, CONTRIBUTOR)\n  }\n\n  \/** A pillar difference return object.\n    *\/\n  @js.native\n  trait PillarDifference extends js.Object {\n    var DifferenceStatus: js.UndefOr[DifferenceStatus]\n    var PillarId: js.UndefOr[PillarId]\n    var QuestionDifferences: js.UndefOr[QuestionDifferences]\n  }\n\n  object PillarDifference {\n    @inline\n    def apply(\n        DifferenceStatus: js.UndefOr[DifferenceStatus] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined,\n        QuestionDifferences: js.UndefOr[QuestionDifferences] = js.undefined\n    ): PillarDifference = {\n      val __obj = js.Dynamic.literal()\n      DifferenceStatus.foreach(__v => __obj.updateDynamic(\"DifferenceStatus\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      QuestionDifferences.foreach(__v => __obj.updateDynamic(\"QuestionDifferences\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PillarDifference]\n    }\n  }\n\n  \/** A pillar review summary of a lens review.\n    *\/\n  @js.native\n  trait PillarReviewSummary extends js.Object {\n    var Notes: js.UndefOr[Notes]\n    var PillarId: js.UndefOr[PillarId]\n    var PillarName: js.UndefOr[PillarName]\n    var RiskCounts: js.UndefOr[RiskCounts]\n  }\n\n  object PillarReviewSummary {\n    @inline\n    def apply(\n        Notes: js.UndefOr[Notes] = js.undefined,\n        PillarId: js.UndefOr[PillarId] = js.undefined,\n        PillarName: js.UndefOr[PillarName] = js.undefined,\n        RiskCounts: js.UndefOr[RiskCounts] = js.undefined\n    ): PillarReviewSummary = {\n      val __obj = js.Dynamic.literal()\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      PillarId.foreach(__v => __obj.updateDynamic(\"PillarId\")(__v.asInstanceOf[js.Any]))\n      PillarName.foreach(__v => __obj.updateDynamic(\"PillarName\")(__v.asInstanceOf[js.Any]))\n      RiskCounts.foreach(__v => __obj.updateDynamic(\"RiskCounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PillarReviewSummary]\n    }\n  }\n\n  \/** A question difference return object.\n    *\/\n  @js.native\n  trait QuestionDifference extends js.Object {\n    var DifferenceStatus: js.UndefOr[DifferenceStatus]\n    var QuestionId: js.UndefOr[QuestionId]\n    var QuestionTitle: js.UndefOr[QuestionTitle]\n  }\n\n  object QuestionDifference {\n    @inline\n    def apply(\n        DifferenceStatus: js.UndefOr[DifferenceStatus] = js.undefined,\n        QuestionId: js.UndefOr[QuestionId] = js.undefined,\n        QuestionTitle: js.UndefOr[QuestionTitle] = js.undefined\n    ): QuestionDifference = {\n      val __obj = js.Dynamic.literal()\n      DifferenceStatus.foreach(__v => __obj.updateDynamic(\"DifferenceStatus\")(__v.asInstanceOf[js.Any]))\n      QuestionId.foreach(__v => __obj.updateDynamic(\"QuestionId\")(__v.asInstanceOf[js.Any]))\n      QuestionTitle.foreach(__v => __obj.updateDynamic(\"QuestionTitle\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QuestionDifference]\n    }\n  }\n\n  \/** The risk for a given workload, lens review, pillar, or question.\n    *\/\n  @js.native\n  sealed trait Risk extends js.Any\n  object Risk {\n    val UNANSWERED = \"UNANSWERED\".asInstanceOf[Risk]\n    val HIGH = \"HIGH\".asInstanceOf[Risk]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[Risk]\n    val NONE = \"NONE\".asInstanceOf[Risk]\n    val NOT_APPLICABLE = \"NOT_APPLICABLE\".asInstanceOf[Risk]\n\n    @inline def values = js.Array(UNANSWERED, HIGH, MEDIUM, NONE, NOT_APPLICABLE)\n  }\n\n  \/** The share invitation.\n    *\/\n  @js.native\n  trait ShareInvitation extends js.Object {\n    var ShareInvitationId: js.UndefOr[ShareInvitationId]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object ShareInvitation {\n    @inline\n    def apply(\n        ShareInvitationId: js.UndefOr[ShareInvitationId] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): ShareInvitation = {\n      val __obj = js.Dynamic.literal()\n      ShareInvitationId.foreach(__v => __obj.updateDynamic(\"ShareInvitationId\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShareInvitation]\n    }\n  }\n\n  \/** Share invitation action taken by contributor.\n    *\/\n  @js.native\n  sealed trait ShareInvitationAction extends js.Any\n  object ShareInvitationAction {\n    val ACCEPT = \"ACCEPT\".asInstanceOf[ShareInvitationAction]\n    val REJECT = \"REJECT\".asInstanceOf[ShareInvitationAction]\n\n    @inline def values = js.Array(ACCEPT, REJECT)\n  }\n\n  \/** A share invitation summary return object.\n    *\/\n  @js.native\n  trait ShareInvitationSummary extends js.Object {\n    var PermissionType: js.UndefOr[PermissionType]\n    var ShareInvitationId: js.UndefOr[ShareInvitationId]\n    var SharedBy: js.UndefOr[AwsAccountId]\n    var SharedWith: js.UndefOr[SharedWith]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object ShareInvitationSummary {\n    @inline\n    def apply(\n        PermissionType: js.UndefOr[PermissionType] = js.undefined,\n        ShareInvitationId: js.UndefOr[ShareInvitationId] = js.undefined,\n        SharedBy: js.UndefOr[AwsAccountId] = js.undefined,\n        SharedWith: js.UndefOr[SharedWith] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): ShareInvitationSummary = {\n      val __obj = js.Dynamic.literal()\n      PermissionType.foreach(__v => __obj.updateDynamic(\"PermissionType\")(__v.asInstanceOf[js.Any]))\n      ShareInvitationId.foreach(__v => __obj.updateDynamic(\"ShareInvitationId\")(__v.asInstanceOf[js.Any]))\n      SharedBy.foreach(__v => __obj.updateDynamic(\"SharedBy\")(__v.asInstanceOf[js.Any]))\n      SharedWith.foreach(__v => __obj.updateDynamic(\"SharedWith\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShareInvitationSummary]\n    }\n  }\n\n  \/** The status of a workload share.\n    *\/\n  @js.native\n  sealed trait ShareStatus extends js.Any\n  object ShareStatus {\n    val ACCEPTED = \"ACCEPTED\".asInstanceOf[ShareStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[ShareStatus]\n    val PENDING = \"PENDING\".asInstanceOf[ShareStatus]\n    val REVOKED = \"REVOKED\".asInstanceOf[ShareStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[ShareStatus]\n\n    @inline def values = js.Array(ACCEPTED, REJECTED, PENDING, REVOKED, EXPIRED)\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var Tags: TagMap\n    var WorkloadArn: WorkloadArn\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        Tags: TagMap,\n        WorkloadArn: WorkloadArn\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any],\n        \"WorkloadArn\" -> WorkloadArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var TagKeys: TagKeyList\n    var WorkloadArn: WorkloadArn\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        TagKeys: TagKeyList,\n        WorkloadArn: WorkloadArn\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any],\n        \"WorkloadArn\" -> WorkloadArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n\n  \/** Input to update answer.\n    *\/\n  @js.native\n  trait UpdateAnswerInput extends js.Object {\n    var LensAlias: LensAlias\n    var QuestionId: QuestionId\n    var WorkloadId: WorkloadId\n    var IsApplicable: js.UndefOr[IsApplicable]\n    var Notes: js.UndefOr[Notes]\n    var SelectedChoices: js.UndefOr[SelectedChoices]\n  }\n\n  object UpdateAnswerInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        QuestionId: QuestionId,\n        WorkloadId: WorkloadId,\n        IsApplicable: js.UndefOr[IsApplicable] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        SelectedChoices: js.UndefOr[SelectedChoices] = js.undefined\n    ): UpdateAnswerInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"QuestionId\" -> QuestionId.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      IsApplicable.foreach(__v => __obj.updateDynamic(\"IsApplicable\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      SelectedChoices.foreach(__v => __obj.updateDynamic(\"SelectedChoices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnswerInput]\n    }\n  }\n\n  \/** Output of a update answer call.\n    *\/\n  @js.native\n  trait UpdateAnswerOutput extends js.Object {\n    var Answer: js.UndefOr[Answer]\n    var LensAlias: js.UndefOr[LensAlias]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object UpdateAnswerOutput {\n    @inline\n    def apply(\n        Answer: js.UndefOr[Answer] = js.undefined,\n        LensAlias: js.UndefOr[LensAlias] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): UpdateAnswerOutput = {\n      val __obj = js.Dynamic.literal()\n      Answer.foreach(__v => __obj.updateDynamic(\"Answer\")(__v.asInstanceOf[js.Any]))\n      LensAlias.foreach(__v => __obj.updateDynamic(\"LensAlias\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnswerOutput]\n    }\n  }\n\n  \/** Input for update lens review.\n    *\/\n  @js.native\n  trait UpdateLensReviewInput extends js.Object {\n    var LensAlias: LensAlias\n    var WorkloadId: WorkloadId\n    var LensNotes: js.UndefOr[Notes]\n    var PillarNotes: js.UndefOr[PillarNotes]\n  }\n\n  object UpdateLensReviewInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        WorkloadId: WorkloadId,\n        LensNotes: js.UndefOr[Notes] = js.undefined,\n        PillarNotes: js.UndefOr[PillarNotes] = js.undefined\n    ): UpdateLensReviewInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      LensNotes.foreach(__v => __obj.updateDynamic(\"LensNotes\")(__v.asInstanceOf[js.Any]))\n      PillarNotes.foreach(__v => __obj.updateDynamic(\"PillarNotes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLensReviewInput]\n    }\n  }\n\n  \/** Output of a update lens review call.\n    *\/\n  @js.native\n  trait UpdateLensReviewOutput extends js.Object {\n    var LensReview: js.UndefOr[LensReview]\n    var WorkloadId: js.UndefOr[WorkloadId]\n  }\n\n  object UpdateLensReviewOutput {\n    @inline\n    def apply(\n        LensReview: js.UndefOr[LensReview] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined\n    ): UpdateLensReviewOutput = {\n      val __obj = js.Dynamic.literal()\n      LensReview.foreach(__v => __obj.updateDynamic(\"LensReview\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLensReviewOutput]\n    }\n  }\n\n  \/** Input for Update Share Invitation\n    *\/\n  @js.native\n  trait UpdateShareInvitationInput extends js.Object {\n    var ShareInvitationAction: ShareInvitationAction\n    var ShareInvitationId: ShareInvitationId\n  }\n\n  object UpdateShareInvitationInput {\n    @inline\n    def apply(\n        ShareInvitationAction: ShareInvitationAction,\n        ShareInvitationId: ShareInvitationId\n    ): UpdateShareInvitationInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShareInvitationAction\" -> ShareInvitationAction.asInstanceOf[js.Any],\n        \"ShareInvitationId\" -> ShareInvitationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateShareInvitationInput]\n    }\n  }\n\n  @js.native\n  trait UpdateShareInvitationOutput extends js.Object {\n    var ShareInvitation: js.UndefOr[ShareInvitation]\n  }\n\n  object UpdateShareInvitationOutput {\n    @inline\n    def apply(\n        ShareInvitation: js.UndefOr[ShareInvitation] = js.undefined\n    ): UpdateShareInvitationOutput = {\n      val __obj = js.Dynamic.literal()\n      ShareInvitation.foreach(__v => __obj.updateDynamic(\"ShareInvitation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateShareInvitationOutput]\n    }\n  }\n\n  \/** Input to update a workload.\n    *\/\n  @js.native\n  trait UpdateWorkloadInput extends js.Object {\n    var WorkloadId: WorkloadId\n    var AccountIds: js.UndefOr[WorkloadAccountIds]\n    var ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign]\n    var AwsRegions: js.UndefOr[WorkloadAwsRegions]\n    var Description: js.UndefOr[WorkloadDescription]\n    var Environment: js.UndefOr[WorkloadEnvironment]\n    var ImprovementStatus: js.UndefOr[WorkloadImprovementStatus]\n    var Industry: js.UndefOr[WorkloadIndustry]\n    var IndustryType: js.UndefOr[WorkloadIndustryType]\n    var IsReviewOwnerUpdateAcknowledged: js.UndefOr[IsReviewOwnerUpdateAcknowledged]\n    var NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions]\n    var Notes: js.UndefOr[Notes]\n    var PillarPriorities: js.UndefOr[WorkloadPillarPriorities]\n    var ReviewOwner: js.UndefOr[WorkloadReviewOwner]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object UpdateWorkloadInput {\n    @inline\n    def apply(\n        WorkloadId: WorkloadId,\n        AccountIds: js.UndefOr[WorkloadAccountIds] = js.undefined,\n        ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign] = js.undefined,\n        AwsRegions: js.UndefOr[WorkloadAwsRegions] = js.undefined,\n        Description: js.UndefOr[WorkloadDescription] = js.undefined,\n        Environment: js.UndefOr[WorkloadEnvironment] = js.undefined,\n        ImprovementStatus: js.UndefOr[WorkloadImprovementStatus] = js.undefined,\n        Industry: js.UndefOr[WorkloadIndustry] = js.undefined,\n        IndustryType: js.UndefOr[WorkloadIndustryType] = js.undefined,\n        IsReviewOwnerUpdateAcknowledged: js.UndefOr[IsReviewOwnerUpdateAcknowledged] = js.undefined,\n        NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        PillarPriorities: js.UndefOr[WorkloadPillarPriorities] = js.undefined,\n        ReviewOwner: js.UndefOr[WorkloadReviewOwner] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): UpdateWorkloadInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      AccountIds.foreach(__v => __obj.updateDynamic(\"AccountIds\")(__v.asInstanceOf[js.Any]))\n      ArchitecturalDesign.foreach(__v => __obj.updateDynamic(\"ArchitecturalDesign\")(__v.asInstanceOf[js.Any]))\n      AwsRegions.foreach(__v => __obj.updateDynamic(\"AwsRegions\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ImprovementStatus.foreach(__v => __obj.updateDynamic(\"ImprovementStatus\")(__v.asInstanceOf[js.Any]))\n      Industry.foreach(__v => __obj.updateDynamic(\"Industry\")(__v.asInstanceOf[js.Any]))\n      IndustryType.foreach(__v => __obj.updateDynamic(\"IndustryType\")(__v.asInstanceOf[js.Any]))\n      IsReviewOwnerUpdateAcknowledged.foreach(__v => __obj.updateDynamic(\"IsReviewOwnerUpdateAcknowledged\")(__v.asInstanceOf[js.Any]))\n      NonAwsRegions.foreach(__v => __obj.updateDynamic(\"NonAwsRegions\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      PillarPriorities.foreach(__v => __obj.updateDynamic(\"PillarPriorities\")(__v.asInstanceOf[js.Any]))\n      ReviewOwner.foreach(__v => __obj.updateDynamic(\"ReviewOwner\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkloadInput]\n    }\n  }\n\n  \/** Output of an update workload call.\n    *\/\n  @js.native\n  trait UpdateWorkloadOutput extends js.Object {\n    var Workload: js.UndefOr[Workload]\n  }\n\n  object UpdateWorkloadOutput {\n    @inline\n    def apply(\n        Workload: js.UndefOr[Workload] = js.undefined\n    ): UpdateWorkloadOutput = {\n      val __obj = js.Dynamic.literal()\n      Workload.foreach(__v => __obj.updateDynamic(\"Workload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkloadOutput]\n    }\n  }\n\n  \/** Input for Update Workload Share\n    *\/\n  @js.native\n  trait UpdateWorkloadShareInput extends js.Object {\n    var PermissionType: PermissionType\n    var ShareId: ShareId\n    var WorkloadId: WorkloadId\n  }\n\n  object UpdateWorkloadShareInput {\n    @inline\n    def apply(\n        PermissionType: PermissionType,\n        ShareId: ShareId,\n        WorkloadId: WorkloadId\n    ): UpdateWorkloadShareInput = {\n      val __obj = js.Dynamic.literal(\n        \"PermissionType\" -> PermissionType.asInstanceOf[js.Any],\n        \"ShareId\" -> ShareId.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateWorkloadShareInput]\n    }\n  }\n\n  \/** Input for Update Workload Share\n    *\/\n  @js.native\n  trait UpdateWorkloadShareOutput extends js.Object {\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadShare: js.UndefOr[WorkloadShare]\n  }\n\n  object UpdateWorkloadShareOutput {\n    @inline\n    def apply(\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadShare: js.UndefOr[WorkloadShare] = js.undefined\n    ): UpdateWorkloadShareOutput = {\n      val __obj = js.Dynamic.literal()\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadShare.foreach(__v => __obj.updateDynamic(\"WorkloadShare\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkloadShareOutput]\n    }\n  }\n\n  @js.native\n  trait UpgradeLensReviewInput extends js.Object {\n    var LensAlias: LensAlias\n    var MilestoneName: MilestoneName\n    var WorkloadId: WorkloadId\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object UpgradeLensReviewInput {\n    @inline\n    def apply(\n        LensAlias: LensAlias,\n        MilestoneName: MilestoneName,\n        WorkloadId: WorkloadId,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): UpgradeLensReviewInput = {\n      val __obj = js.Dynamic.literal(\n        \"LensAlias\" -> LensAlias.asInstanceOf[js.Any],\n        \"MilestoneName\" -> MilestoneName.asInstanceOf[js.Any],\n        \"WorkloadId\" -> WorkloadId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradeLensReviewInput]\n    }\n  }\n\n  \/** The differences between the base and latest versions of the lens.\n    *\/\n  @js.native\n  trait VersionDifferences extends js.Object {\n    var PillarDifferences: js.UndefOr[PillarDifferences]\n  }\n\n  object VersionDifferences {\n    @inline\n    def apply(\n        PillarDifferences: js.UndefOr[PillarDifferences] = js.undefined\n    ): VersionDifferences = {\n      val __obj = js.Dynamic.literal()\n      PillarDifferences.foreach(__v => __obj.updateDynamic(\"PillarDifferences\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VersionDifferences]\n    }\n  }\n\n  \/** A workload return object.\n    *\/\n  @js.native\n  trait Workload extends js.Object {\n    var AccountIds: js.UndefOr[WorkloadAccountIds]\n    var ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign]\n    var AwsRegions: js.UndefOr[WorkloadAwsRegions]\n    var Description: js.UndefOr[WorkloadDescription]\n    var Environment: js.UndefOr[WorkloadEnvironment]\n    var ImprovementStatus: js.UndefOr[WorkloadImprovementStatus]\n    var Industry: js.UndefOr[WorkloadIndustry]\n    var IndustryType: js.UndefOr[WorkloadIndustryType]\n    var IsReviewOwnerUpdateAcknowledged: js.UndefOr[IsReviewOwnerUpdateAcknowledged]\n    var Lenses: js.UndefOr[WorkloadLenses]\n    var NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions]\n    var Notes: js.UndefOr[Notes]\n    var Owner: js.UndefOr[AwsAccountId]\n    var PillarPriorities: js.UndefOr[WorkloadPillarPriorities]\n    var ReviewOwner: js.UndefOr[WorkloadReviewOwner]\n    var ReviewRestrictionDate: js.UndefOr[Timestamp]\n    var RiskCounts: js.UndefOr[RiskCounts]\n    var ShareInvitationId: js.UndefOr[ShareInvitationId]\n    var Tags: js.UndefOr[TagMap]\n    var UpdatedAt: js.UndefOr[Timestamp]\n    var WorkloadArn: js.UndefOr[WorkloadArn]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object Workload {\n    @inline\n    def apply(\n        AccountIds: js.UndefOr[WorkloadAccountIds] = js.undefined,\n        ArchitecturalDesign: js.UndefOr[WorkloadArchitecturalDesign] = js.undefined,\n        AwsRegions: js.UndefOr[WorkloadAwsRegions] = js.undefined,\n        Description: js.UndefOr[WorkloadDescription] = js.undefined,\n        Environment: js.UndefOr[WorkloadEnvironment] = js.undefined,\n        ImprovementStatus: js.UndefOr[WorkloadImprovementStatus] = js.undefined,\n        Industry: js.UndefOr[WorkloadIndustry] = js.undefined,\n        IndustryType: js.UndefOr[WorkloadIndustryType] = js.undefined,\n        IsReviewOwnerUpdateAcknowledged: js.UndefOr[IsReviewOwnerUpdateAcknowledged] = js.undefined,\n        Lenses: js.UndefOr[WorkloadLenses] = js.undefined,\n        NonAwsRegions: js.UndefOr[WorkloadNonAwsRegions] = js.undefined,\n        Notes: js.UndefOr[Notes] = js.undefined,\n        Owner: js.UndefOr[AwsAccountId] = js.undefined,\n        PillarPriorities: js.UndefOr[WorkloadPillarPriorities] = js.undefined,\n        ReviewOwner: js.UndefOr[WorkloadReviewOwner] = js.undefined,\n        ReviewRestrictionDate: js.UndefOr[Timestamp] = js.undefined,\n        RiskCounts: js.UndefOr[RiskCounts] = js.undefined,\n        ShareInvitationId: js.UndefOr[ShareInvitationId] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined,\n        WorkloadArn: js.UndefOr[WorkloadArn] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): Workload = {\n      val __obj = js.Dynamic.literal()\n      AccountIds.foreach(__v => __obj.updateDynamic(\"AccountIds\")(__v.asInstanceOf[js.Any]))\n      ArchitecturalDesign.foreach(__v => __obj.updateDynamic(\"ArchitecturalDesign\")(__v.asInstanceOf[js.Any]))\n      AwsRegions.foreach(__v => __obj.updateDynamic(\"AwsRegions\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ImprovementStatus.foreach(__v => __obj.updateDynamic(\"ImprovementStatus\")(__v.asInstanceOf[js.Any]))\n      Industry.foreach(__v => __obj.updateDynamic(\"Industry\")(__v.asInstanceOf[js.Any]))\n      IndustryType.foreach(__v => __obj.updateDynamic(\"IndustryType\")(__v.asInstanceOf[js.Any]))\n      IsReviewOwnerUpdateAcknowledged.foreach(__v => __obj.updateDynamic(\"IsReviewOwnerUpdateAcknowledged\")(__v.asInstanceOf[js.Any]))\n      Lenses.foreach(__v => __obj.updateDynamic(\"Lenses\")(__v.asInstanceOf[js.Any]))\n      NonAwsRegions.foreach(__v => __obj.updateDynamic(\"NonAwsRegions\")(__v.asInstanceOf[js.Any]))\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      PillarPriorities.foreach(__v => __obj.updateDynamic(\"PillarPriorities\")(__v.asInstanceOf[js.Any]))\n      ReviewOwner.foreach(__v => __obj.updateDynamic(\"ReviewOwner\")(__v.asInstanceOf[js.Any]))\n      ReviewRestrictionDate.foreach(__v => __obj.updateDynamic(\"ReviewRestrictionDate\")(__v.asInstanceOf[js.Any]))\n      RiskCounts.foreach(__v => __obj.updateDynamic(\"RiskCounts\")(__v.asInstanceOf[js.Any]))\n      ShareInvitationId.foreach(__v => __obj.updateDynamic(\"ShareInvitationId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      WorkloadArn.foreach(__v => __obj.updateDynamic(\"WorkloadArn\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Workload]\n    }\n  }\n\n  \/** The environment for the workload.\n    *\/\n  @js.native\n  sealed trait WorkloadEnvironment extends js.Any\n  object WorkloadEnvironment {\n    val PRODUCTION = \"PRODUCTION\".asInstanceOf[WorkloadEnvironment]\n    val PREPRODUCTION = \"PREPRODUCTION\".asInstanceOf[WorkloadEnvironment]\n\n    @inline def values = js.Array(PRODUCTION, PREPRODUCTION)\n  }\n\n  \/** The improvement status for a workload.\n    *\/\n  @js.native\n  sealed trait WorkloadImprovementStatus extends js.Any\n  object WorkloadImprovementStatus {\n    val NOT_APPLICABLE = \"NOT_APPLICABLE\".asInstanceOf[WorkloadImprovementStatus]\n    val NOT_STARTED = \"NOT_STARTED\".asInstanceOf[WorkloadImprovementStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[WorkloadImprovementStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[WorkloadImprovementStatus]\n    val RISK_ACKNOWLEDGED = \"RISK_ACKNOWLEDGED\".asInstanceOf[WorkloadImprovementStatus]\n\n    @inline def values = js.Array(NOT_APPLICABLE, NOT_STARTED, IN_PROGRESS, COMPLETE, RISK_ACKNOWLEDGED)\n  }\n\n  \/** A workload share return object.\n    *\/\n  @js.native\n  trait WorkloadShare extends js.Object {\n    var PermissionType: js.UndefOr[PermissionType]\n    var ShareId: js.UndefOr[ShareId]\n    var SharedBy: js.UndefOr[AwsAccountId]\n    var SharedWith: js.UndefOr[SharedWith]\n    var Status: js.UndefOr[ShareStatus]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object WorkloadShare {\n    @inline\n    def apply(\n        PermissionType: js.UndefOr[PermissionType] = js.undefined,\n        ShareId: js.UndefOr[ShareId] = js.undefined,\n        SharedBy: js.UndefOr[AwsAccountId] = js.undefined,\n        SharedWith: js.UndefOr[SharedWith] = js.undefined,\n        Status: js.UndefOr[ShareStatus] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): WorkloadShare = {\n      val __obj = js.Dynamic.literal()\n      PermissionType.foreach(__v => __obj.updateDynamic(\"PermissionType\")(__v.asInstanceOf[js.Any]))\n      ShareId.foreach(__v => __obj.updateDynamic(\"ShareId\")(__v.asInstanceOf[js.Any]))\n      SharedBy.foreach(__v => __obj.updateDynamic(\"SharedBy\")(__v.asInstanceOf[js.Any]))\n      SharedWith.foreach(__v => __obj.updateDynamic(\"SharedWith\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkloadShare]\n    }\n  }\n\n  \/** A workload share summary return object.\n    *\/\n  @js.native\n  trait WorkloadShareSummary extends js.Object {\n    var PermissionType: js.UndefOr[PermissionType]\n    var ShareId: js.UndefOr[ShareId]\n    var SharedWith: js.UndefOr[SharedWith]\n    var Status: js.UndefOr[ShareStatus]\n  }\n\n  object WorkloadShareSummary {\n    @inline\n    def apply(\n        PermissionType: js.UndefOr[PermissionType] = js.undefined,\n        ShareId: js.UndefOr[ShareId] = js.undefined,\n        SharedWith: js.UndefOr[SharedWith] = js.undefined,\n        Status: js.UndefOr[ShareStatus] = js.undefined\n    ): WorkloadShareSummary = {\n      val __obj = js.Dynamic.literal()\n      PermissionType.foreach(__v => __obj.updateDynamic(\"PermissionType\")(__v.asInstanceOf[js.Any]))\n      ShareId.foreach(__v => __obj.updateDynamic(\"ShareId\")(__v.asInstanceOf[js.Any]))\n      SharedWith.foreach(__v => __obj.updateDynamic(\"SharedWith\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkloadShareSummary]\n    }\n  }\n\n  \/** A workload summary return object.\n    *\/\n  @js.native\n  trait WorkloadSummary extends js.Object {\n    var ImprovementStatus: js.UndefOr[WorkloadImprovementStatus]\n    var Lenses: js.UndefOr[WorkloadLenses]\n    var Owner: js.UndefOr[AwsAccountId]\n    var RiskCounts: js.UndefOr[RiskCounts]\n    var UpdatedAt: js.UndefOr[Timestamp]\n    var WorkloadArn: js.UndefOr[WorkloadArn]\n    var WorkloadId: js.UndefOr[WorkloadId]\n    var WorkloadName: js.UndefOr[WorkloadName]\n  }\n\n  object WorkloadSummary {\n    @inline\n    def apply(\n        ImprovementStatus: js.UndefOr[WorkloadImprovementStatus] = js.undefined,\n        Lenses: js.UndefOr[WorkloadLenses] = js.undefined,\n        Owner: js.UndefOr[AwsAccountId] = js.undefined,\n        RiskCounts: js.UndefOr[RiskCounts] = js.undefined,\n        UpdatedAt: js.UndefOr[Timestamp] = js.undefined,\n        WorkloadArn: js.UndefOr[WorkloadArn] = js.undefined,\n        WorkloadId: js.UndefOr[WorkloadId] = js.undefined,\n        WorkloadName: js.UndefOr[WorkloadName] = js.undefined\n    ): WorkloadSummary = {\n      val __obj = js.Dynamic.literal()\n      ImprovementStatus.foreach(__v => __obj.updateDynamic(\"ImprovementStatus\")(__v.asInstanceOf[js.Any]))\n      Lenses.foreach(__v => __obj.updateDynamic(\"Lenses\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      RiskCounts.foreach(__v => __obj.updateDynamic(\"RiskCounts\")(__v.asInstanceOf[js.Any]))\n      UpdatedAt.foreach(__v => __obj.updateDynamic(\"UpdatedAt\")(__v.asInstanceOf[js.Any]))\n      WorkloadArn.foreach(__v => __obj.updateDynamic(\"WorkloadArn\")(__v.asInstanceOf[js.Any]))\n      WorkloadId.foreach(__v => __obj.updateDynamic(\"WorkloadId\")(__v.asInstanceOf[js.Any]))\n      WorkloadName.foreach(__v => __obj.updateDynamic(\"WorkloadName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkloadSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/sagemakeredge\/src\/main\/scala\/facade\/amazonaws\/services\/SagemakerEdge.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object sagemakeredge {\n  type CacheTTLSeconds = String\n  type DeviceFleetName = String\n  type DeviceName = String\n  type DeviceRegistration = String\n  type Dimension = String\n  type EdgeMetrics = js.Array[EdgeMetric]\n  type Metric = String\n  type ModelName = String\n  type Models = js.Array[Model]\n  type Timestamp = js.Date\n  type Value = Double\n  type Version = String\n\n  implicit final class SagemakerEdgeOps(private val service: SagemakerEdge) extends AnyVal {\n\n    @inline def getDeviceRegistrationFuture(params: GetDeviceRegistrationRequest): Future[GetDeviceRegistrationResult] = service.getDeviceRegistration(params).promise().toFuture\n    @inline def sendHeartbeatFuture(params: SendHeartbeatRequest): Future[js.Object] = service.sendHeartbeat(params).promise().toFuture\n\n  }\n}\n\npackage sagemakeredge {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/sagemakeredge\", JSImport.Namespace, \"AWS.SagemakerEdge\")\n  class SagemakerEdge() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def getDeviceRegistration(params: GetDeviceRegistrationRequest): Request[GetDeviceRegistrationResult] = js.native\n    def sendHeartbeat(params: SendHeartbeatRequest): Request[js.Object] = js.native\n  }\n\n  \/** Information required for edge device metrics.\n    *\/\n  @js.native\n  trait EdgeMetric extends js.Object {\n    var Dimension: js.UndefOr[Dimension]\n    var MetricName: js.UndefOr[Metric]\n    var Timestamp: js.UndefOr[Timestamp]\n    var Value: js.UndefOr[Value]\n  }\n\n  object EdgeMetric {\n    @inline\n    def apply(\n        Dimension: js.UndefOr[Dimension] = js.undefined,\n        MetricName: js.UndefOr[Metric] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        Value: js.UndefOr[Value] = js.undefined\n    ): EdgeMetric = {\n      val __obj = js.Dynamic.literal()\n      Dimension.foreach(__v => __obj.updateDynamic(\"Dimension\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdgeMetric]\n    }\n  }\n\n  @js.native\n  trait GetDeviceRegistrationRequest extends js.Object {\n    var DeviceFleetName: DeviceFleetName\n    var DeviceName: DeviceName\n  }\n\n  object GetDeviceRegistrationRequest {\n    @inline\n    def apply(\n        DeviceFleetName: DeviceFleetName,\n        DeviceName: DeviceName\n    ): GetDeviceRegistrationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeviceRegistrationRequest]\n    }\n  }\n\n  @js.native\n  trait GetDeviceRegistrationResult extends js.Object {\n    var CacheTTL: js.UndefOr[CacheTTLSeconds]\n    var DeviceRegistration: js.UndefOr[DeviceRegistration]\n  }\n\n  object GetDeviceRegistrationResult {\n    @inline\n    def apply(\n        CacheTTL: js.UndefOr[CacheTTLSeconds] = js.undefined,\n        DeviceRegistration: js.UndefOr[DeviceRegistration] = js.undefined\n    ): GetDeviceRegistrationResult = {\n      val __obj = js.Dynamic.literal()\n      CacheTTL.foreach(__v => __obj.updateDynamic(\"CacheTTL\")(__v.asInstanceOf[js.Any]))\n      DeviceRegistration.foreach(__v => __obj.updateDynamic(\"DeviceRegistration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeviceRegistrationResult]\n    }\n  }\n\n  \/** Information about a model deployed on an edge device that is registered with SageMaker Edge Manager.\n    *\/\n  @js.native\n  trait Model extends js.Object {\n    var LatestInference: js.UndefOr[Timestamp]\n    var LatestSampleTime: js.UndefOr[Timestamp]\n    var ModelMetrics: js.UndefOr[EdgeMetrics]\n    var ModelName: js.UndefOr[ModelName]\n    var ModelVersion: js.UndefOr[Version]\n  }\n\n  object Model {\n    @inline\n    def apply(\n        LatestInference: js.UndefOr[Timestamp] = js.undefined,\n        LatestSampleTime: js.UndefOr[Timestamp] = js.undefined,\n        ModelMetrics: js.UndefOr[EdgeMetrics] = js.undefined,\n        ModelName: js.UndefOr[ModelName] = js.undefined,\n        ModelVersion: js.UndefOr[Version] = js.undefined\n    ): Model = {\n      val __obj = js.Dynamic.literal()\n      LatestInference.foreach(__v => __obj.updateDynamic(\"LatestInference\")(__v.asInstanceOf[js.Any]))\n      LatestSampleTime.foreach(__v => __obj.updateDynamic(\"LatestSampleTime\")(__v.asInstanceOf[js.Any]))\n      ModelMetrics.foreach(__v => __obj.updateDynamic(\"ModelMetrics\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Model]\n    }\n  }\n\n  @js.native\n  trait SendHeartbeatRequest extends js.Object {\n    var AgentVersion: Version\n    var DeviceFleetName: DeviceFleetName\n    var DeviceName: DeviceName\n    var AgentMetrics: js.UndefOr[EdgeMetrics]\n    var Models: js.UndefOr[Models]\n  }\n\n  object SendHeartbeatRequest {\n    @inline\n    def apply(\n        AgentVersion: Version,\n        DeviceFleetName: DeviceFleetName,\n        DeviceName: DeviceName,\n        AgentMetrics: js.UndefOr[EdgeMetrics] = js.undefined,\n        Models: js.UndefOr[Models] = js.undefined\n    ): SendHeartbeatRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AgentVersion\" -> AgentVersion.asInstanceOf[js.Any],\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any]\n      )\n\n      AgentMetrics.foreach(__v => __obj.updateDynamic(\"AgentMetrics\")(__v.asInstanceOf[js.Any]))\n      Models.foreach(__v => __obj.updateDynamic(\"Models\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendHeartbeatRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/quicksight\/src\/main\/scala\/facade\/amazonaws\/services\/QuickSight.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object quicksight {\n  type ActionList = js.Array[String]\n  type ActiveIAMPolicyAssignmentList = js.Array[ActiveIAMPolicyAssignment]\n  type AdditionalDashboardIdList = js.Array[RestrictiveResourceId]\n  type AliasName = String\n  type AnalysisErrorList = js.Array[AnalysisError]\n  type AnalysisName = String\n  type AnalysisSearchFilterList = js.Array[AnalysisSearchFilter]\n  type AnalysisSummaryList = js.Array[AnalysisSummary]\n  type Arn = String\n  type AwsAccountId = String\n  type AwsAndAccountId = String\n  type CalculatedColumnList = js.Array[CalculatedColumn]\n  type Catalog = String\n  type ClusterId = String\n  type ColorList = js.Array[HexColor]\n  type ColumnDescriptiveText = String\n  type ColumnGroupColumnSchemaList = js.Array[ColumnGroupColumnSchema]\n  type ColumnGroupList = js.Array[ColumnGroup]\n  type ColumnGroupName = String\n  type ColumnGroupSchemaList = js.Array[ColumnGroupSchema]\n  type ColumnId = String\n  type ColumnLevelPermissionRuleList = js.Array[ColumnLevelPermissionRule]\n  type ColumnList = js.Array[ColumnName]\n  type ColumnName = String\n  type ColumnNameList = js.Array[String]\n  type ColumnSchemaList = js.Array[ColumnSchema]\n  type ColumnTagList = js.Array[ColumnTag]\n  type CopySourceArn = String\n  type CustomSqlName = String\n  type DashboardErrorList = js.Array[DashboardError]\n  type DashboardName = String\n  type DashboardSearchFilterList = js.Array[DashboardSearchFilter]\n  type DashboardSummaryList = js.Array[DashboardSummary]\n  type DashboardVersionSummaryList = js.Array[DashboardVersionSummary]\n  type DataSetArnsList = js.Array[Arn]\n  type DataSetConfigurationList = js.Array[DataSetConfiguration]\n  type DataSetName = String\n  type DataSetReferenceList = js.Array[DataSetReference]\n  type DataSetSummaryList = js.Array[DataSetSummary]\n  type DataSourceList = js.Array[DataSource]\n  type DataSourceParametersList = js.Array[DataSourceParameters]\n  type Database = String\n  type DateTimeParameterList = js.Array[DateTimeParameter]\n  type DecimalParameterList = js.Array[DecimalParameter]\n  type Delimiter = String\n  type Domain = String\n  type DoubleList = js.Array[Double]\n  type EmbeddingUrl = String\n  type EntryPoint = String\n  type Expression = String\n  type FieldFolderDescription = String\n  type FieldFolderMap = js.Dictionary[FieldFolder]\n  type FieldFolderPath = String\n  type FolderColumnList = js.Array[String]\n  type GroupDescription = String\n  type GroupList = js.Array[Group]\n  type GroupMemberList = js.Array[GroupMember]\n  type GroupMemberName = String\n  type GroupName = String\n  type HexColor = String\n  type Host = String\n  type IAMPolicyAssignmentName = String\n  type IAMPolicyAssignmentSummaryList = js.Array[IAMPolicyAssignmentSummary]\n  type IdentityMap = js.Dictionary[IdentityNameList]\n  type IdentityName = String\n  type IdentityNameList = js.Array[IdentityName]\n  type IngestionId = String\n  type IngestionMaxResults = Int\n  type Ingestions = js.Array[Ingestion]\n  type InputColumnList = js.Array[InputColumn]\n  type InstanceId = String\n  type IntegerParameterList = js.Array[IntegerParameter]\n  type LogicalTableAlias = String\n  type LogicalTableId = String\n  type LogicalTableMap = js.Dictionary[LogicalTable]\n  type LongList = js.Array[Double]\n  type MaxResults = Int\n  type Namespace = String\n  type Namespaces = js.Array[NamespaceInfoV2]\n  type NonEmptyString = String\n  type OnClause = String\n  type OptionalPort = Int\n  type OutputColumnList = js.Array[OutputColumn]\n  type Password = String\n  type PhysicalTableId = String\n  type PhysicalTableMap = js.Dictionary[PhysicalTable]\n  type Port = Int\n  type PositiveInteger = Int\n  type Principal = String\n  type PrincipalList = js.Array[String]\n  type ProjectedColumnList = js.Array[String]\n  type Query = String\n  type RecoveryWindowInDays = Double\n  type RelationalTableCatalog = String\n  type RelationalTableName = String\n  type RelationalTableSchema = String\n  type ResourceId = String\n  type ResourceName = String\n  type ResourcePermissionList = js.Array[ResourcePermission]\n  type RestrictiveResourceId = String\n  type RoleName = String\n  type RoleSessionName = String\n  type S3Bucket = String\n  type S3Key = String\n  type SessionLifetimeInMinutes = Double\n  type SheetList = js.Array[Sheet]\n  type SiteBaseUrl = String\n  type SqlQuery = String\n  type StatusCode = Int\n  type StringList = js.Array[String]\n  type StringParameterList = js.Array[StringParameter]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TemplateAliasList = js.Array[TemplateAlias]\n  type TemplateErrorList = js.Array[TemplateError]\n  type TemplateName = String\n  type TemplateSummaryList = js.Array[TemplateSummary]\n  type TemplateVersionSummaryList = js.Array[TemplateVersionSummary]\n  type ThemeAliasList = js.Array[ThemeAlias]\n  type ThemeErrorList = js.Array[ThemeError]\n  type ThemeName = String\n  type ThemeSummaryList = js.Array[ThemeSummary]\n  type ThemeVersionSummaryList = js.Array[ThemeVersionSummary]\n  type Timestamp = js.Date\n  type TimestampList = js.Array[Timestamp]\n  type TransformOperationList = js.Array[TransformOperation]\n  type TypeCastFormat = String\n  type UpdateResourcePermissionList = js.Array[ResourcePermission]\n  type UserList = js.Array[User]\n  type UserName = String\n  type Username = String\n  type VersionDescription = String\n  type VersionNumber = Double\n  type Warehouse = String\n  type WorkGroup = String\n  type timestamp = js.Date\n\n  implicit final class QuickSightOps(private val service: QuickSight) extends AnyVal {\n\n    @inline def cancelIngestionFuture(params: CancelIngestionRequest): Future[CancelIngestionResponse] = service.cancelIngestion(params).promise().toFuture\n    @inline def createAccountCustomizationFuture(params: CreateAccountCustomizationRequest): Future[CreateAccountCustomizationResponse] = service.createAccountCustomization(params).promise().toFuture\n    @inline def createAnalysisFuture(params: CreateAnalysisRequest): Future[CreateAnalysisResponse] = service.createAnalysis(params).promise().toFuture\n    @inline def createDashboardFuture(params: CreateDashboardRequest): Future[CreateDashboardResponse] = service.createDashboard(params).promise().toFuture\n    @inline def createDataSetFuture(params: CreateDataSetRequest): Future[CreateDataSetResponse] = service.createDataSet(params).promise().toFuture\n    @inline def createDataSourceFuture(params: CreateDataSourceRequest): Future[CreateDataSourceResponse] = service.createDataSource(params).promise().toFuture\n    @inline def createGroupFuture(params: CreateGroupRequest): Future[CreateGroupResponse] = service.createGroup(params).promise().toFuture\n    @inline def createGroupMembershipFuture(params: CreateGroupMembershipRequest): Future[CreateGroupMembershipResponse] = service.createGroupMembership(params).promise().toFuture\n    @inline def createIAMPolicyAssignmentFuture(params: CreateIAMPolicyAssignmentRequest): Future[CreateIAMPolicyAssignmentResponse] = service.createIAMPolicyAssignment(params).promise().toFuture\n    @inline def createIngestionFuture(params: CreateIngestionRequest): Future[CreateIngestionResponse] = service.createIngestion(params).promise().toFuture\n    @inline def createNamespaceFuture(params: CreateNamespaceRequest): Future[CreateNamespaceResponse] = service.createNamespace(params).promise().toFuture\n    @inline def createTemplateAliasFuture(params: CreateTemplateAliasRequest): Future[CreateTemplateAliasResponse] = service.createTemplateAlias(params).promise().toFuture\n    @inline def createTemplateFuture(params: CreateTemplateRequest): Future[CreateTemplateResponse] = service.createTemplate(params).promise().toFuture\n    @inline def createThemeAliasFuture(params: CreateThemeAliasRequest): Future[CreateThemeAliasResponse] = service.createThemeAlias(params).promise().toFuture\n    @inline def createThemeFuture(params: CreateThemeRequest): Future[CreateThemeResponse] = service.createTheme(params).promise().toFuture\n    @inline def deleteAccountCustomizationFuture(params: DeleteAccountCustomizationRequest): Future[DeleteAccountCustomizationResponse] = service.deleteAccountCustomization(params).promise().toFuture\n    @inline def deleteAnalysisFuture(params: DeleteAnalysisRequest): Future[DeleteAnalysisResponse] = service.deleteAnalysis(params).promise().toFuture\n    @inline def deleteDashboardFuture(params: DeleteDashboardRequest): Future[DeleteDashboardResponse] = service.deleteDashboard(params).promise().toFuture\n    @inline def deleteDataSetFuture(params: DeleteDataSetRequest): Future[DeleteDataSetResponse] = service.deleteDataSet(params).promise().toFuture\n    @inline def deleteDataSourceFuture(params: DeleteDataSourceRequest): Future[DeleteDataSourceResponse] = service.deleteDataSource(params).promise().toFuture\n    @inline def deleteGroupFuture(params: DeleteGroupRequest): Future[DeleteGroupResponse] = service.deleteGroup(params).promise().toFuture\n    @inline def deleteGroupMembershipFuture(params: DeleteGroupMembershipRequest): Future[DeleteGroupMembershipResponse] = service.deleteGroupMembership(params).promise().toFuture\n    @inline def deleteIAMPolicyAssignmentFuture(params: DeleteIAMPolicyAssignmentRequest): Future[DeleteIAMPolicyAssignmentResponse] = service.deleteIAMPolicyAssignment(params).promise().toFuture\n    @inline def deleteNamespaceFuture(params: DeleteNamespaceRequest): Future[DeleteNamespaceResponse] = service.deleteNamespace(params).promise().toFuture\n    @inline def deleteTemplateAliasFuture(params: DeleteTemplateAliasRequest): Future[DeleteTemplateAliasResponse] = service.deleteTemplateAlias(params).promise().toFuture\n    @inline def deleteTemplateFuture(params: DeleteTemplateRequest): Future[DeleteTemplateResponse] = service.deleteTemplate(params).promise().toFuture\n    @inline def deleteThemeAliasFuture(params: DeleteThemeAliasRequest): Future[DeleteThemeAliasResponse] = service.deleteThemeAlias(params).promise().toFuture\n    @inline def deleteThemeFuture(params: DeleteThemeRequest): Future[DeleteThemeResponse] = service.deleteTheme(params).promise().toFuture\n    @inline def deleteUserByPrincipalIdFuture(params: DeleteUserByPrincipalIdRequest): Future[DeleteUserByPrincipalIdResponse] = service.deleteUserByPrincipalId(params).promise().toFuture\n    @inline def deleteUserFuture(params: DeleteUserRequest): Future[DeleteUserResponse] = service.deleteUser(params).promise().toFuture\n    @inline def describeAccountCustomizationFuture(params: DescribeAccountCustomizationRequest): Future[DescribeAccountCustomizationResponse] = service.describeAccountCustomization(params).promise().toFuture\n    @inline def describeAccountSettingsFuture(params: DescribeAccountSettingsRequest): Future[DescribeAccountSettingsResponse] = service.describeAccountSettings(params).promise().toFuture\n    @inline def describeAnalysisFuture(params: DescribeAnalysisRequest): Future[DescribeAnalysisResponse] = service.describeAnalysis(params).promise().toFuture\n    @inline def describeAnalysisPermissionsFuture(params: DescribeAnalysisPermissionsRequest): Future[DescribeAnalysisPermissionsResponse] = service.describeAnalysisPermissions(params).promise().toFuture\n    @inline def describeDashboardFuture(params: DescribeDashboardRequest): Future[DescribeDashboardResponse] = service.describeDashboard(params).promise().toFuture\n    @inline def describeDashboardPermissionsFuture(params: DescribeDashboardPermissionsRequest): Future[DescribeDashboardPermissionsResponse] = service.describeDashboardPermissions(params).promise().toFuture\n    @inline def describeDataSetFuture(params: DescribeDataSetRequest): Future[DescribeDataSetResponse] = service.describeDataSet(params).promise().toFuture\n    @inline def describeDataSetPermissionsFuture(params: DescribeDataSetPermissionsRequest): Future[DescribeDataSetPermissionsResponse] = service.describeDataSetPermissions(params).promise().toFuture\n    @inline def describeDataSourceFuture(params: DescribeDataSourceRequest): Future[DescribeDataSourceResponse] = service.describeDataSource(params).promise().toFuture\n    @inline def describeDataSourcePermissionsFuture(params: DescribeDataSourcePermissionsRequest): Future[DescribeDataSourcePermissionsResponse] = service.describeDataSourcePermissions(params).promise().toFuture\n    @inline def describeGroupFuture(params: DescribeGroupRequest): Future[DescribeGroupResponse] = service.describeGroup(params).promise().toFuture\n    @inline def describeIAMPolicyAssignmentFuture(params: DescribeIAMPolicyAssignmentRequest): Future[DescribeIAMPolicyAssignmentResponse] = service.describeIAMPolicyAssignment(params).promise().toFuture\n    @inline def describeIngestionFuture(params: DescribeIngestionRequest): Future[DescribeIngestionResponse] = service.describeIngestion(params).promise().toFuture\n    @inline def describeNamespaceFuture(params: DescribeNamespaceRequest): Future[DescribeNamespaceResponse] = service.describeNamespace(params).promise().toFuture\n    @inline def describeTemplateAliasFuture(params: DescribeTemplateAliasRequest): Future[DescribeTemplateAliasResponse] = service.describeTemplateAlias(params).promise().toFuture\n    @inline def describeTemplateFuture(params: DescribeTemplateRequest): Future[DescribeTemplateResponse] = service.describeTemplate(params).promise().toFuture\n    @inline def describeTemplatePermissionsFuture(params: DescribeTemplatePermissionsRequest): Future[DescribeTemplatePermissionsResponse] = service.describeTemplatePermissions(params).promise().toFuture\n    @inline def describeThemeAliasFuture(params: DescribeThemeAliasRequest): Future[DescribeThemeAliasResponse] = service.describeThemeAlias(params).promise().toFuture\n    @inline def describeThemeFuture(params: DescribeThemeRequest): Future[DescribeThemeResponse] = service.describeTheme(params).promise().toFuture\n    @inline def describeThemePermissionsFuture(params: DescribeThemePermissionsRequest): Future[DescribeThemePermissionsResponse] = service.describeThemePermissions(params).promise().toFuture\n    @inline def describeUserFuture(params: DescribeUserRequest): Future[DescribeUserResponse] = service.describeUser(params).promise().toFuture\n    @inline def getDashboardEmbedUrlFuture(params: GetDashboardEmbedUrlRequest): Future[GetDashboardEmbedUrlResponse] = service.getDashboardEmbedUrl(params).promise().toFuture\n    @inline def getSessionEmbedUrlFuture(params: GetSessionEmbedUrlRequest): Future[GetSessionEmbedUrlResponse] = service.getSessionEmbedUrl(params).promise().toFuture\n    @inline def listAnalysesFuture(params: ListAnalysesRequest): Future[ListAnalysesResponse] = service.listAnalyses(params).promise().toFuture\n    @inline def listDashboardVersionsFuture(params: ListDashboardVersionsRequest): Future[ListDashboardVersionsResponse] = service.listDashboardVersions(params).promise().toFuture\n    @inline def listDashboardsFuture(params: ListDashboardsRequest): Future[ListDashboardsResponse] = service.listDashboards(params).promise().toFuture\n    @inline def listDataSetsFuture(params: ListDataSetsRequest): Future[ListDataSetsResponse] = service.listDataSets(params).promise().toFuture\n    @inline def listDataSourcesFuture(params: ListDataSourcesRequest): Future[ListDataSourcesResponse] = service.listDataSources(params).promise().toFuture\n    @inline def listGroupMembershipsFuture(params: ListGroupMembershipsRequest): Future[ListGroupMembershipsResponse] = service.listGroupMemberships(params).promise().toFuture\n    @inline def listGroupsFuture(params: ListGroupsRequest): Future[ListGroupsResponse] = service.listGroups(params).promise().toFuture\n    @inline def listIAMPolicyAssignmentsForUserFuture(params: ListIAMPolicyAssignmentsForUserRequest): Future[ListIAMPolicyAssignmentsForUserResponse] = service.listIAMPolicyAssignmentsForUser(params).promise().toFuture\n    @inline def listIAMPolicyAssignmentsFuture(params: ListIAMPolicyAssignmentsRequest): Future[ListIAMPolicyAssignmentsResponse] = service.listIAMPolicyAssignments(params).promise().toFuture\n    @inline def listIngestionsFuture(params: ListIngestionsRequest): Future[ListIngestionsResponse] = service.listIngestions(params).promise().toFuture\n    @inline def listNamespacesFuture(params: ListNamespacesRequest): Future[ListNamespacesResponse] = service.listNamespaces(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTemplateAliasesFuture(params: ListTemplateAliasesRequest): Future[ListTemplateAliasesResponse] = service.listTemplateAliases(params).promise().toFuture\n    @inline def listTemplateVersionsFuture(params: ListTemplateVersionsRequest): Future[ListTemplateVersionsResponse] = service.listTemplateVersions(params).promise().toFuture\n    @inline def listTemplatesFuture(params: ListTemplatesRequest): Future[ListTemplatesResponse] = service.listTemplates(params).promise().toFuture\n    @inline def listThemeAliasesFuture(params: ListThemeAliasesRequest): Future[ListThemeAliasesResponse] = service.listThemeAliases(params).promise().toFuture\n    @inline def listThemeVersionsFuture(params: ListThemeVersionsRequest): Future[ListThemeVersionsResponse] = service.listThemeVersions(params).promise().toFuture\n    @inline def listThemesFuture(params: ListThemesRequest): Future[ListThemesResponse] = service.listThemes(params).promise().toFuture\n    @inline def listUserGroupsFuture(params: ListUserGroupsRequest): Future[ListUserGroupsResponse] = service.listUserGroups(params).promise().toFuture\n    @inline def listUsersFuture(params: ListUsersRequest): Future[ListUsersResponse] = service.listUsers(params).promise().toFuture\n    @inline def registerUserFuture(params: RegisterUserRequest): Future[RegisterUserResponse] = service.registerUser(params).promise().toFuture\n    @inline def restoreAnalysisFuture(params: RestoreAnalysisRequest): Future[RestoreAnalysisResponse] = service.restoreAnalysis(params).promise().toFuture\n    @inline def searchAnalysesFuture(params: SearchAnalysesRequest): Future[SearchAnalysesResponse] = service.searchAnalyses(params).promise().toFuture\n    @inline def searchDashboardsFuture(params: SearchDashboardsRequest): Future[SearchDashboardsResponse] = service.searchDashboards(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateAccountCustomizationFuture(params: UpdateAccountCustomizationRequest): Future[UpdateAccountCustomizationResponse] = service.updateAccountCustomization(params).promise().toFuture\n    @inline def updateAccountSettingsFuture(params: UpdateAccountSettingsRequest): Future[UpdateAccountSettingsResponse] = service.updateAccountSettings(params).promise().toFuture\n    @inline def updateAnalysisFuture(params: UpdateAnalysisRequest): Future[UpdateAnalysisResponse] = service.updateAnalysis(params).promise().toFuture\n    @inline def updateAnalysisPermissionsFuture(params: UpdateAnalysisPermissionsRequest): Future[UpdateAnalysisPermissionsResponse] = service.updateAnalysisPermissions(params).promise().toFuture\n    @inline def updateDashboardFuture(params: UpdateDashboardRequest): Future[UpdateDashboardResponse] = service.updateDashboard(params).promise().toFuture\n    @inline def updateDashboardPermissionsFuture(params: UpdateDashboardPermissionsRequest): Future[UpdateDashboardPermissionsResponse] = service.updateDashboardPermissions(params).promise().toFuture\n    @inline def updateDashboardPublishedVersionFuture(params: UpdateDashboardPublishedVersionRequest): Future[UpdateDashboardPublishedVersionResponse] = service.updateDashboardPublishedVersion(params).promise().toFuture\n    @inline def updateDataSetFuture(params: UpdateDataSetRequest): Future[UpdateDataSetResponse] = service.updateDataSet(params).promise().toFuture\n    @inline def updateDataSetPermissionsFuture(params: UpdateDataSetPermissionsRequest): Future[UpdateDataSetPermissionsResponse] = service.updateDataSetPermissions(params).promise().toFuture\n    @inline def updateDataSourceFuture(params: UpdateDataSourceRequest): Future[UpdateDataSourceResponse] = service.updateDataSource(params).promise().toFuture\n    @inline def updateDataSourcePermissionsFuture(params: UpdateDataSourcePermissionsRequest): Future[UpdateDataSourcePermissionsResponse] = service.updateDataSourcePermissions(params).promise().toFuture\n    @inline def updateGroupFuture(params: UpdateGroupRequest): Future[UpdateGroupResponse] = service.updateGroup(params).promise().toFuture\n    @inline def updateIAMPolicyAssignmentFuture(params: UpdateIAMPolicyAssignmentRequest): Future[UpdateIAMPolicyAssignmentResponse] = service.updateIAMPolicyAssignment(params).promise().toFuture\n    @inline def updateTemplateAliasFuture(params: UpdateTemplateAliasRequest): Future[UpdateTemplateAliasResponse] = service.updateTemplateAlias(params).promise().toFuture\n    @inline def updateTemplateFuture(params: UpdateTemplateRequest): Future[UpdateTemplateResponse] = service.updateTemplate(params).promise().toFuture\n    @inline def updateTemplatePermissionsFuture(params: UpdateTemplatePermissionsRequest): Future[UpdateTemplatePermissionsResponse] = service.updateTemplatePermissions(params).promise().toFuture\n    @inline def updateThemeAliasFuture(params: UpdateThemeAliasRequest): Future[UpdateThemeAliasResponse] = service.updateThemeAlias(params).promise().toFuture\n    @inline def updateThemeFuture(params: UpdateThemeRequest): Future[UpdateThemeResponse] = service.updateTheme(params).promise().toFuture\n    @inline def updateThemePermissionsFuture(params: UpdateThemePermissionsRequest): Future[UpdateThemePermissionsResponse] = service.updateThemePermissions(params).promise().toFuture\n    @inline def updateUserFuture(params: UpdateUserRequest): Future[UpdateUserResponse] = service.updateUser(params).promise().toFuture\n\n  }\n}\n\npackage quicksight {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/quicksight\", JSImport.Namespace, \"AWS.QuickSight\")\n  class QuickSight() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelIngestion(params: CancelIngestionRequest): Request[CancelIngestionResponse] = js.native\n    def createAccountCustomization(params: CreateAccountCustomizationRequest): Request[CreateAccountCustomizationResponse] = js.native\n    def createAnalysis(params: CreateAnalysisRequest): Request[CreateAnalysisResponse] = js.native\n    def createDashboard(params: CreateDashboardRequest): Request[CreateDashboardResponse] = js.native\n    def createDataSet(params: CreateDataSetRequest): Request[CreateDataSetResponse] = js.native\n    def createDataSource(params: CreateDataSourceRequest): Request[CreateDataSourceResponse] = js.native\n    def createGroup(params: CreateGroupRequest): Request[CreateGroupResponse] = js.native\n    def createGroupMembership(params: CreateGroupMembershipRequest): Request[CreateGroupMembershipResponse] = js.native\n    def createIAMPolicyAssignment(params: CreateIAMPolicyAssignmentRequest): Request[CreateIAMPolicyAssignmentResponse] = js.native\n    def createIngestion(params: CreateIngestionRequest): Request[CreateIngestionResponse] = js.native\n    def createNamespace(params: CreateNamespaceRequest): Request[CreateNamespaceResponse] = js.native\n    def createTemplate(params: CreateTemplateRequest): Request[CreateTemplateResponse] = js.native\n    def createTemplateAlias(params: CreateTemplateAliasRequest): Request[CreateTemplateAliasResponse] = js.native\n    def createTheme(params: CreateThemeRequest): Request[CreateThemeResponse] = js.native\n    def createThemeAlias(params: CreateThemeAliasRequest): Request[CreateThemeAliasResponse] = js.native\n    def deleteAccountCustomization(params: DeleteAccountCustomizationRequest): Request[DeleteAccountCustomizationResponse] = js.native\n    def deleteAnalysis(params: DeleteAnalysisRequest): Request[DeleteAnalysisResponse] = js.native\n    def deleteDashboard(params: DeleteDashboardRequest): Request[DeleteDashboardResponse] = js.native\n    def deleteDataSet(params: DeleteDataSetRequest): Request[DeleteDataSetResponse] = js.native\n    def deleteDataSource(params: DeleteDataSourceRequest): Request[DeleteDataSourceResponse] = js.native\n    def deleteGroup(params: DeleteGroupRequest): Request[DeleteGroupResponse] = js.native\n    def deleteGroupMembership(params: DeleteGroupMembershipRequest): Request[DeleteGroupMembershipResponse] = js.native\n    def deleteIAMPolicyAssignment(params: DeleteIAMPolicyAssignmentRequest): Request[DeleteIAMPolicyAssignmentResponse] = js.native\n    def deleteNamespace(params: DeleteNamespaceRequest): Request[DeleteNamespaceResponse] = js.native\n    def deleteTemplate(params: DeleteTemplateRequest): Request[DeleteTemplateResponse] = js.native\n    def deleteTemplateAlias(params: DeleteTemplateAliasRequest): Request[DeleteTemplateAliasResponse] = js.native\n    def deleteTheme(params: DeleteThemeRequest): Request[DeleteThemeResponse] = js.native\n    def deleteThemeAlias(params: DeleteThemeAliasRequest): Request[DeleteThemeAliasResponse] = js.native\n    def deleteUser(params: DeleteUserRequest): Request[DeleteUserResponse] = js.native\n    def deleteUserByPrincipalId(params: DeleteUserByPrincipalIdRequest): Request[DeleteUserByPrincipalIdResponse] = js.native\n    def describeAccountCustomization(params: DescribeAccountCustomizationRequest): Request[DescribeAccountCustomizationResponse] = js.native\n    def describeAccountSettings(params: DescribeAccountSettingsRequest): Request[DescribeAccountSettingsResponse] = js.native\n    def describeAnalysis(params: DescribeAnalysisRequest): Request[DescribeAnalysisResponse] = js.native\n    def describeAnalysisPermissions(params: DescribeAnalysisPermissionsRequest): Request[DescribeAnalysisPermissionsResponse] = js.native\n    def describeDashboard(params: DescribeDashboardRequest): Request[DescribeDashboardResponse] = js.native\n    def describeDashboardPermissions(params: DescribeDashboardPermissionsRequest): Request[DescribeDashboardPermissionsResponse] = js.native\n    def describeDataSet(params: DescribeDataSetRequest): Request[DescribeDataSetResponse] = js.native\n    def describeDataSetPermissions(params: DescribeDataSetPermissionsRequest): Request[DescribeDataSetPermissionsResponse] = js.native\n    def describeDataSource(params: DescribeDataSourceRequest): Request[DescribeDataSourceResponse] = js.native\n    def describeDataSourcePermissions(params: DescribeDataSourcePermissionsRequest): Request[DescribeDataSourcePermissionsResponse] = js.native\n    def describeGroup(params: DescribeGroupRequest): Request[DescribeGroupResponse] = js.native\n    def describeIAMPolicyAssignment(params: DescribeIAMPolicyAssignmentRequest): Request[DescribeIAMPolicyAssignmentResponse] = js.native\n    def describeIngestion(params: DescribeIngestionRequest): Request[DescribeIngestionResponse] = js.native\n    def describeNamespace(params: DescribeNamespaceRequest): Request[DescribeNamespaceResponse] = js.native\n    def describeTemplate(params: DescribeTemplateRequest): Request[DescribeTemplateResponse] = js.native\n    def describeTemplateAlias(params: DescribeTemplateAliasRequest): Request[DescribeTemplateAliasResponse] = js.native\n    def describeTemplatePermissions(params: DescribeTemplatePermissionsRequest): Request[DescribeTemplatePermissionsResponse] = js.native\n    def describeTheme(params: DescribeThemeRequest): Request[DescribeThemeResponse] = js.native\n    def describeThemeAlias(params: DescribeThemeAliasRequest): Request[DescribeThemeAliasResponse] = js.native\n    def describeThemePermissions(params: DescribeThemePermissionsRequest): Request[DescribeThemePermissionsResponse] = js.native\n    def describeUser(params: DescribeUserRequest): Request[DescribeUserResponse] = js.native\n    def getDashboardEmbedUrl(params: GetDashboardEmbedUrlRequest): Request[GetDashboardEmbedUrlResponse] = js.native\n    def getSessionEmbedUrl(params: GetSessionEmbedUrlRequest): Request[GetSessionEmbedUrlResponse] = js.native\n    def listAnalyses(params: ListAnalysesRequest): Request[ListAnalysesResponse] = js.native\n    def listDashboardVersions(params: ListDashboardVersionsRequest): Request[ListDashboardVersionsResponse] = js.native\n    def listDashboards(params: ListDashboardsRequest): Request[ListDashboardsResponse] = js.native\n    def listDataSets(params: ListDataSetsRequest): Request[ListDataSetsResponse] = js.native\n    def listDataSources(params: ListDataSourcesRequest): Request[ListDataSourcesResponse] = js.native\n    def listGroupMemberships(params: ListGroupMembershipsRequest): Request[ListGroupMembershipsResponse] = js.native\n    def listGroups(params: ListGroupsRequest): Request[ListGroupsResponse] = js.native\n    def listIAMPolicyAssignments(params: ListIAMPolicyAssignmentsRequest): Request[ListIAMPolicyAssignmentsResponse] = js.native\n    def listIAMPolicyAssignmentsForUser(params: ListIAMPolicyAssignmentsForUserRequest): Request[ListIAMPolicyAssignmentsForUserResponse] = js.native\n    def listIngestions(params: ListIngestionsRequest): Request[ListIngestionsResponse] = js.native\n    def listNamespaces(params: ListNamespacesRequest): Request[ListNamespacesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTemplateAliases(params: ListTemplateAliasesRequest): Request[ListTemplateAliasesResponse] = js.native\n    def listTemplateVersions(params: ListTemplateVersionsRequest): Request[ListTemplateVersionsResponse] = js.native\n    def listTemplates(params: ListTemplatesRequest): Request[ListTemplatesResponse] = js.native\n    def listThemeAliases(params: ListThemeAliasesRequest): Request[ListThemeAliasesResponse] = js.native\n    def listThemeVersions(params: ListThemeVersionsRequest): Request[ListThemeVersionsResponse] = js.native\n    def listThemes(params: ListThemesRequest): Request[ListThemesResponse] = js.native\n    def listUserGroups(params: ListUserGroupsRequest): Request[ListUserGroupsResponse] = js.native\n    def listUsers(params: ListUsersRequest): Request[ListUsersResponse] = js.native\n    def registerUser(params: RegisterUserRequest): Request[RegisterUserResponse] = js.native\n    def restoreAnalysis(params: RestoreAnalysisRequest): Request[RestoreAnalysisResponse] = js.native\n    def searchAnalyses(params: SearchAnalysesRequest): Request[SearchAnalysesResponse] = js.native\n    def searchDashboards(params: SearchDashboardsRequest): Request[SearchDashboardsResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateAccountCustomization(params: UpdateAccountCustomizationRequest): Request[UpdateAccountCustomizationResponse] = js.native\n    def updateAccountSettings(params: UpdateAccountSettingsRequest): Request[UpdateAccountSettingsResponse] = js.native\n    def updateAnalysis(params: UpdateAnalysisRequest): Request[UpdateAnalysisResponse] = js.native\n    def updateAnalysisPermissions(params: UpdateAnalysisPermissionsRequest): Request[UpdateAnalysisPermissionsResponse] = js.native\n    def updateDashboard(params: UpdateDashboardRequest): Request[UpdateDashboardResponse] = js.native\n    def updateDashboardPermissions(params: UpdateDashboardPermissionsRequest): Request[UpdateDashboardPermissionsResponse] = js.native\n    def updateDashboardPublishedVersion(params: UpdateDashboardPublishedVersionRequest): Request[UpdateDashboardPublishedVersionResponse] = js.native\n    def updateDataSet(params: UpdateDataSetRequest): Request[UpdateDataSetResponse] = js.native\n    def updateDataSetPermissions(params: UpdateDataSetPermissionsRequest): Request[UpdateDataSetPermissionsResponse] = js.native\n    def updateDataSource(params: UpdateDataSourceRequest): Request[UpdateDataSourceResponse] = js.native\n    def updateDataSourcePermissions(params: UpdateDataSourcePermissionsRequest): Request[UpdateDataSourcePermissionsResponse] = js.native\n    def updateGroup(params: UpdateGroupRequest): Request[UpdateGroupResponse] = js.native\n    def updateIAMPolicyAssignment(params: UpdateIAMPolicyAssignmentRequest): Request[UpdateIAMPolicyAssignmentResponse] = js.native\n    def updateTemplate(params: UpdateTemplateRequest): Request[UpdateTemplateResponse] = js.native\n    def updateTemplateAlias(params: UpdateTemplateAliasRequest): Request[UpdateTemplateAliasResponse] = js.native\n    def updateTemplatePermissions(params: UpdateTemplatePermissionsRequest): Request[UpdateTemplatePermissionsResponse] = js.native\n    def updateTheme(params: UpdateThemeRequest): Request[UpdateThemeResponse] = js.native\n    def updateThemeAlias(params: UpdateThemeAliasRequest): Request[UpdateThemeAliasResponse] = js.native\n    def updateThemePermissions(params: UpdateThemePermissionsRequest): Request[UpdateThemePermissionsResponse] = js.native\n    def updateUser(params: UpdateUserRequest): Request[UpdateUserResponse] = js.native\n  }\n\n  \/** The Amazon QuickSight customizations associated with your AWS account or a QuickSight namespace in a specific AWS Region.\n    *\/\n  @js.native\n  trait AccountCustomization extends js.Object {\n    var DefaultTheme: js.UndefOr[Arn]\n  }\n\n  object AccountCustomization {\n    @inline\n    def apply(\n        DefaultTheme: js.UndefOr[Arn] = js.undefined\n    ): AccountCustomization = {\n      val __obj = js.Dynamic.literal()\n      DefaultTheme.foreach(__v => __obj.updateDynamic(\"DefaultTheme\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountCustomization]\n    }\n  }\n\n  \/** The QuickSight settings associated with your AWS account.\n    *\/\n  @js.native\n  trait AccountSettings extends js.Object {\n    var AccountName: js.UndefOr[String]\n    var DefaultNamespace: js.UndefOr[Namespace]\n    var Edition: js.UndefOr[Edition]\n    var NotificationEmail: js.UndefOr[String]\n  }\n\n  object AccountSettings {\n    @inline\n    def apply(\n        AccountName: js.UndefOr[String] = js.undefined,\n        DefaultNamespace: js.UndefOr[Namespace] = js.undefined,\n        Edition: js.UndefOr[Edition] = js.undefined,\n        NotificationEmail: js.UndefOr[String] = js.undefined\n    ): AccountSettings = {\n      val __obj = js.Dynamic.literal()\n      AccountName.foreach(__v => __obj.updateDynamic(\"AccountName\")(__v.asInstanceOf[js.Any]))\n      DefaultNamespace.foreach(__v => __obj.updateDynamic(\"DefaultNamespace\")(__v.asInstanceOf[js.Any]))\n      Edition.foreach(__v => __obj.updateDynamic(\"Edition\")(__v.asInstanceOf[js.Any]))\n      NotificationEmail.foreach(__v => __obj.updateDynamic(\"NotificationEmail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountSettings]\n    }\n  }\n\n  \/** The active AWS Identity and Access Management (IAM) policy assignment.\n    *\/\n  @js.native\n  trait ActiveIAMPolicyAssignment extends js.Object {\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var PolicyArn: js.UndefOr[Arn]\n  }\n\n  object ActiveIAMPolicyAssignment {\n    @inline\n    def apply(\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined\n    ): ActiveIAMPolicyAssignment = {\n      val __obj = js.Dynamic.literal()\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActiveIAMPolicyAssignment]\n    }\n  }\n\n  \/** Ad hoc (one-time) filtering option.\n    *\/\n  @js.native\n  trait AdHocFilteringOption extends js.Object {\n    var AvailabilityStatus: js.UndefOr[DashboardBehavior]\n  }\n\n  object AdHocFilteringOption {\n    @inline\n    def apply(\n        AvailabilityStatus: js.UndefOr[DashboardBehavior] = js.undefined\n    ): AdHocFilteringOption = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityStatus.foreach(__v => __obj.updateDynamic(\"AvailabilityStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AdHocFilteringOption]\n    }\n  }\n\n  \/** Amazon Elasticsearch Service parameters.\n    *\/\n  @js.native\n  trait AmazonElasticsearchParameters extends js.Object {\n    var Domain: Domain\n  }\n\n  object AmazonElasticsearchParameters {\n    @inline\n    def apply(\n        Domain: Domain\n    ): AmazonElasticsearchParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Domain\" -> Domain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AmazonElasticsearchParameters]\n    }\n  }\n\n  \/** Metadata structure for an analysis in Amazon QuickSight\n    *\/\n  @js.native\n  trait Analysis extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSetArns: js.UndefOr[DataSetArnsList]\n    var Errors: js.UndefOr[AnalysisErrorList]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[AnalysisName]\n    var Sheets: js.UndefOr[SheetList]\n    var Status: js.UndefOr[ResourceStatus]\n    var ThemeArn: js.UndefOr[Arn]\n  }\n\n  object Analysis {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSetArns: js.UndefOr[DataSetArnsList] = js.undefined,\n        Errors: js.UndefOr[AnalysisErrorList] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[AnalysisName] = js.undefined,\n        Sheets: js.UndefOr[SheetList] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined\n    ): Analysis = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSetArns.foreach(__v => __obj.updateDynamic(\"DataSetArns\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Sheets.foreach(__v => __obj.updateDynamic(\"Sheets\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Analysis]\n    }\n  }\n\n  \/** A metadata error structure for an analysis.\n    *\/\n  @js.native\n  trait AnalysisError extends js.Object {\n    var Message: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[AnalysisErrorType]\n  }\n\n  object AnalysisError {\n    @inline\n    def apply(\n        Message: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[AnalysisErrorType] = js.undefined\n    ): AnalysisError = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisError]\n    }\n  }\n\n  @js.native\n  sealed trait AnalysisErrorType extends js.Any\n  object AnalysisErrorType {\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[AnalysisErrorType]\n    val SOURCE_NOT_FOUND = \"SOURCE_NOT_FOUND\".asInstanceOf[AnalysisErrorType]\n    val DATA_SET_NOT_FOUND = \"DATA_SET_NOT_FOUND\".asInstanceOf[AnalysisErrorType]\n    val INTERNAL_FAILURE = \"INTERNAL_FAILURE\".asInstanceOf[AnalysisErrorType]\n    val PARAMETER_VALUE_INCOMPATIBLE = \"PARAMETER_VALUE_INCOMPATIBLE\".asInstanceOf[AnalysisErrorType]\n    val PARAMETER_TYPE_INVALID = \"PARAMETER_TYPE_INVALID\".asInstanceOf[AnalysisErrorType]\n    val PARAMETER_NOT_FOUND = \"PARAMETER_NOT_FOUND\".asInstanceOf[AnalysisErrorType]\n    val COLUMN_TYPE_MISMATCH = \"COLUMN_TYPE_MISMATCH\".asInstanceOf[AnalysisErrorType]\n    val COLUMN_GEOGRAPHIC_ROLE_MISMATCH = \"COLUMN_GEOGRAPHIC_ROLE_MISMATCH\".asInstanceOf[AnalysisErrorType]\n    val COLUMN_REPLACEMENT_MISSING = \"COLUMN_REPLACEMENT_MISSING\".asInstanceOf[AnalysisErrorType]\n\n    @inline def values = js.Array(\n      ACCESS_DENIED,\n      SOURCE_NOT_FOUND,\n      DATA_SET_NOT_FOUND,\n      INTERNAL_FAILURE,\n      PARAMETER_VALUE_INCOMPATIBLE,\n      PARAMETER_TYPE_INVALID,\n      PARAMETER_NOT_FOUND,\n      COLUMN_TYPE_MISMATCH,\n      COLUMN_GEOGRAPHIC_ROLE_MISMATCH,\n      COLUMN_REPLACEMENT_MISSING\n    )\n  }\n\n  @js.native\n  sealed trait AnalysisFilterAttribute extends js.Any\n  object AnalysisFilterAttribute {\n    val QUICKSIGHT_USER = \"QUICKSIGHT_USER\".asInstanceOf[AnalysisFilterAttribute]\n\n    @inline def values = js.Array(QUICKSIGHT_USER)\n  }\n\n  \/** A filter that you apply when searching for one or more analyses.\n    *\/\n  @js.native\n  trait AnalysisSearchFilter extends js.Object {\n    var Name: js.UndefOr[AnalysisFilterAttribute]\n    var Operator: js.UndefOr[FilterOperator]\n    var Value: js.UndefOr[String]\n  }\n\n  object AnalysisSearchFilter {\n    @inline\n    def apply(\n        Name: js.UndefOr[AnalysisFilterAttribute] = js.undefined,\n        Operator: js.UndefOr[FilterOperator] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): AnalysisSearchFilter = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Operator.foreach(__v => __obj.updateDynamic(\"Operator\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisSearchFilter]\n    }\n  }\n\n  \/** The source entity of an analysis.\n    *\/\n  @js.native\n  trait AnalysisSourceEntity extends js.Object {\n    var SourceTemplate: js.UndefOr[AnalysisSourceTemplate]\n  }\n\n  object AnalysisSourceEntity {\n    @inline\n    def apply(\n        SourceTemplate: js.UndefOr[AnalysisSourceTemplate] = js.undefined\n    ): AnalysisSourceEntity = {\n      val __obj = js.Dynamic.literal()\n      SourceTemplate.foreach(__v => __obj.updateDynamic(\"SourceTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisSourceEntity]\n    }\n  }\n\n  \/** The source template of an analysis.\n    *\/\n  @js.native\n  trait AnalysisSourceTemplate extends js.Object {\n    var Arn: Arn\n    var DataSetReferences: DataSetReferenceList\n  }\n\n  object AnalysisSourceTemplate {\n    @inline\n    def apply(\n        Arn: Arn,\n        DataSetReferences: DataSetReferenceList\n    ): AnalysisSourceTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"DataSetReferences\" -> DataSetReferences.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnalysisSourceTemplate]\n    }\n  }\n\n  \/** The summary metadata that describes an analysis.\n    *\/\n  @js.native\n  trait AnalysisSummary extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[AnalysisName]\n    var Status: js.UndefOr[ResourceStatus]\n  }\n\n  object AnalysisSummary {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[AnalysisName] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined\n    ): AnalysisSummary = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AssignmentStatus extends js.Any\n  object AssignmentStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[AssignmentStatus]\n    val DRAFT = \"DRAFT\".asInstanceOf[AssignmentStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[AssignmentStatus]\n\n    @inline def values = js.Array(ENABLED, DRAFT, DISABLED)\n  }\n\n  \/** Amazon Athena parameters.\n    *\/\n  @js.native\n  trait AthenaParameters extends js.Object {\n    var WorkGroup: js.UndefOr[WorkGroup]\n  }\n\n  object AthenaParameters {\n    @inline\n    def apply(\n        WorkGroup: js.UndefOr[WorkGroup] = js.undefined\n    ): AthenaParameters = {\n      val __obj = js.Dynamic.literal()\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AthenaParameters]\n    }\n  }\n\n  \/** Amazon Aurora parameters.\n    *\/\n  @js.native\n  trait AuroraParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object AuroraParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): AuroraParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AuroraParameters]\n    }\n  }\n\n  \/** Amazon Aurora with PostgreSQL compatibility parameters.\n    *\/\n  @js.native\n  trait AuroraPostgreSqlParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object AuroraPostgreSqlParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): AuroraPostgreSqlParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AuroraPostgreSqlParameters]\n    }\n  }\n\n  \/** AWS IoT Analytics parameters.\n    *\/\n  @js.native\n  trait AwsIotAnalyticsParameters extends js.Object {\n    var DataSetName: DataSetName\n  }\n\n  object AwsIotAnalyticsParameters {\n    @inline\n    def apply(\n        DataSetName: DataSetName\n    ): AwsIotAnalyticsParameters = {\n      val __obj = js.Dynamic.literal(\n        \"DataSetName\" -> DataSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AwsIotAnalyticsParameters]\n    }\n  }\n\n  \/** The display options for tile borders for visuals.\n    *\/\n  @js.native\n  trait BorderStyle extends js.Object {\n    var Show: js.UndefOr[Boolean]\n  }\n\n  object BorderStyle {\n    @inline\n    def apply(\n        Show: js.UndefOr[Boolean] = js.undefined\n    ): BorderStyle = {\n      val __obj = js.Dynamic.literal()\n      Show.foreach(__v => __obj.updateDynamic(\"Show\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BorderStyle]\n    }\n  }\n\n  \/** A calculated column for a dataset.\n    *\/\n  @js.native\n  trait CalculatedColumn extends js.Object {\n    var ColumnId: ColumnId\n    var ColumnName: ColumnName\n    var Expression: Expression\n  }\n\n  object CalculatedColumn {\n    @inline\n    def apply(\n        ColumnId: ColumnId,\n        ColumnName: ColumnName,\n        Expression: Expression\n    ): CalculatedColumn = {\n      val __obj = js.Dynamic.literal(\n        \"ColumnId\" -> ColumnId.asInstanceOf[js.Any],\n        \"ColumnName\" -> ColumnName.asInstanceOf[js.Any],\n        \"Expression\" -> Expression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CalculatedColumn]\n    }\n  }\n\n  @js.native\n  trait CancelIngestionRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: String\n    var IngestionId: IngestionId\n  }\n\n  object CancelIngestionRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: String,\n        IngestionId: IngestionId\n    ): CancelIngestionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any],\n        \"IngestionId\" -> IngestionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelIngestionRequest]\n    }\n  }\n\n  @js.native\n  trait CancelIngestionResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var IngestionId: js.UndefOr[IngestionId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CancelIngestionResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        IngestionId: js.UndefOr[IngestionId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CancelIngestionResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      IngestionId.foreach(__v => __obj.updateDynamic(\"IngestionId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelIngestionResponse]\n    }\n  }\n\n  \/** A transform operation that casts a column to a different type.\n    *\/\n  @js.native\n  trait CastColumnTypeOperation extends js.Object {\n    var ColumnName: ColumnName\n    var NewColumnType: ColumnDataType\n    var Format: js.UndefOr[TypeCastFormat]\n  }\n\n  object CastColumnTypeOperation {\n    @inline\n    def apply(\n        ColumnName: ColumnName,\n        NewColumnType: ColumnDataType,\n        Format: js.UndefOr[TypeCastFormat] = js.undefined\n    ): CastColumnTypeOperation = {\n      val __obj = js.Dynamic.literal(\n        \"ColumnName\" -> ColumnName.asInstanceOf[js.Any],\n        \"NewColumnType\" -> NewColumnType.asInstanceOf[js.Any]\n      )\n\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CastColumnTypeOperation]\n    }\n  }\n\n  @js.native\n  sealed trait ColumnDataType extends js.Any\n  object ColumnDataType {\n    val STRING = \"STRING\".asInstanceOf[ColumnDataType]\n    val INTEGER = \"INTEGER\".asInstanceOf[ColumnDataType]\n    val DECIMAL = \"DECIMAL\".asInstanceOf[ColumnDataType]\n    val DATETIME = \"DATETIME\".asInstanceOf[ColumnDataType]\n\n    @inline def values = js.Array(STRING, INTEGER, DECIMAL, DATETIME)\n  }\n\n  \/** Metadata that contains a description for a column.\n    *\/\n  @js.native\n  trait ColumnDescription extends js.Object {\n    var Text: js.UndefOr[ColumnDescriptiveText]\n  }\n\n  object ColumnDescription {\n    @inline\n    def apply(\n        Text: js.UndefOr[ColumnDescriptiveText] = js.undefined\n    ): ColumnDescription = {\n      val __obj = js.Dynamic.literal()\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnDescription]\n    }\n  }\n\n  \/** Groupings of columns that work together in certain Amazon QuickSight features. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait ColumnGroup extends js.Object {\n    var GeoSpatialColumnGroup: js.UndefOr[GeoSpatialColumnGroup]\n  }\n\n  object ColumnGroup {\n    @inline\n    def apply(\n        GeoSpatialColumnGroup: js.UndefOr[GeoSpatialColumnGroup] = js.undefined\n    ): ColumnGroup = {\n      val __obj = js.Dynamic.literal()\n      GeoSpatialColumnGroup.foreach(__v => __obj.updateDynamic(\"GeoSpatialColumnGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnGroup]\n    }\n  }\n\n  \/** A structure describing the name, data type, and geographic role of the columns.\n    *\/\n  @js.native\n  trait ColumnGroupColumnSchema extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object ColumnGroupColumnSchema {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): ColumnGroupColumnSchema = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnGroupColumnSchema]\n    }\n  }\n\n  \/** The column group schema.\n    *\/\n  @js.native\n  trait ColumnGroupSchema extends js.Object {\n    var ColumnGroupColumnSchemaList: js.UndefOr[ColumnGroupColumnSchemaList]\n    var Name: js.UndefOr[String]\n  }\n\n  object ColumnGroupSchema {\n    @inline\n    def apply(\n        ColumnGroupColumnSchemaList: js.UndefOr[ColumnGroupColumnSchemaList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): ColumnGroupSchema = {\n      val __obj = js.Dynamic.literal()\n      ColumnGroupColumnSchemaList.foreach(__v => __obj.updateDynamic(\"ColumnGroupColumnSchemaList\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnGroupSchema]\n    }\n  }\n\n  \/** A rule defined to grant access on one or more restricted columns. Each dataset can have multiple rules. To create a restricted column, you add it to one or more rules. Each rule must contain at least one column and at least one user or group. To be able to see a restricted column, a user or group needs to be added to a rule for that column.\n    *\/\n  @js.native\n  trait ColumnLevelPermissionRule extends js.Object {\n    var ColumnNames: js.UndefOr[ColumnNameList]\n    var Principals: js.UndefOr[PrincipalList]\n  }\n\n  object ColumnLevelPermissionRule {\n    @inline\n    def apply(\n        ColumnNames: js.UndefOr[ColumnNameList] = js.undefined,\n        Principals: js.UndefOr[PrincipalList] = js.undefined\n    ): ColumnLevelPermissionRule = {\n      val __obj = js.Dynamic.literal()\n      ColumnNames.foreach(__v => __obj.updateDynamic(\"ColumnNames\")(__v.asInstanceOf[js.Any]))\n      Principals.foreach(__v => __obj.updateDynamic(\"Principals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnLevelPermissionRule]\n    }\n  }\n\n  \/** The column schema.\n    *\/\n  @js.native\n  trait ColumnSchema extends js.Object {\n    var DataType: js.UndefOr[String]\n    var GeographicRole: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object ColumnSchema {\n    @inline\n    def apply(\n        DataType: js.UndefOr[String] = js.undefined,\n        GeographicRole: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): ColumnSchema = {\n      val __obj = js.Dynamic.literal()\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      GeographicRole.foreach(__v => __obj.updateDynamic(\"GeographicRole\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnSchema]\n    }\n  }\n\n  \/** A tag for a column in a <a>TagColumnOperation<\/a> structure. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait ColumnTag extends js.Object {\n    var ColumnDescription: js.UndefOr[ColumnDescription]\n    var ColumnGeographicRole: js.UndefOr[GeoSpatialDataRole]\n  }\n\n  object ColumnTag {\n    @inline\n    def apply(\n        ColumnDescription: js.UndefOr[ColumnDescription] = js.undefined,\n        ColumnGeographicRole: js.UndefOr[GeoSpatialDataRole] = js.undefined\n    ): ColumnTag = {\n      val __obj = js.Dynamic.literal()\n      ColumnDescription.foreach(__v => __obj.updateDynamic(\"ColumnDescription\")(__v.asInstanceOf[js.Any]))\n      ColumnGeographicRole.foreach(__v => __obj.updateDynamic(\"ColumnGeographicRole\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnTag]\n    }\n  }\n\n  @js.native\n  trait CreateAccountCustomizationRequest extends js.Object {\n    var AccountCustomization: AccountCustomization\n    var AwsAccountId: AwsAccountId\n    var Namespace: js.UndefOr[Namespace]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAccountCustomizationRequest {\n    @inline\n    def apply(\n        AccountCustomization: AccountCustomization,\n        AwsAccountId: AwsAccountId,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAccountCustomizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountCustomization\" -> AccountCustomization.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountCustomizationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAccountCustomizationResponse extends js.Object {\n    var AccountCustomization: js.UndefOr[AccountCustomization]\n    var Arn: js.UndefOr[Arn]\n    var AwsAccountId: js.UndefOr[AwsAccountId]\n    var Namespace: js.UndefOr[Namespace]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateAccountCustomizationResponse {\n    @inline\n    def apply(\n        AccountCustomization: js.UndefOr[AccountCustomization] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        AwsAccountId: js.UndefOr[AwsAccountId] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateAccountCustomizationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountCustomization.foreach(__v => __obj.updateDynamic(\"AccountCustomization\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AwsAccountId.foreach(__v => __obj.updateDynamic(\"AwsAccountId\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountCustomizationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAnalysisRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n    var Name: AnalysisName\n    var SourceEntity: AnalysisSourceEntity\n    var Parameters: js.UndefOr[Parameters]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var Tags: js.UndefOr[TagList]\n    var ThemeArn: js.UndefOr[Arn]\n  }\n\n  object CreateAnalysisRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId,\n        Name: AnalysisName,\n        SourceEntity: AnalysisSourceEntity,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined\n    ): CreateAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAnalysisResponse extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateAnalysisResponse {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnalysisResponse]\n    }\n  }\n\n  \/** A transform operation that creates calculated columns. Columns created in one such operation form a lexical closure.\n    *\/\n  @js.native\n  trait CreateColumnsOperation extends js.Object {\n    var Columns: CalculatedColumnList\n  }\n\n  object CreateColumnsOperation {\n    @inline\n    def apply(\n        Columns: CalculatedColumnList\n    ): CreateColumnsOperation = {\n      val __obj = js.Dynamic.literal(\n        \"Columns\" -> Columns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateColumnsOperation]\n    }\n  }\n\n  @js.native\n  trait CreateDashboardRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var Name: DashboardName\n    var SourceEntity: DashboardSourceEntity\n    var DashboardPublishOptions: js.UndefOr[DashboardPublishOptions]\n    var Parameters: js.UndefOr[Parameters]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var Tags: js.UndefOr[TagList]\n    var ThemeArn: js.UndefOr[Arn]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object CreateDashboardRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        Name: DashboardName,\n        SourceEntity: DashboardSourceEntity,\n        DashboardPublishOptions: js.UndefOr[DashboardPublishOptions] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): CreateDashboardRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any]\n      )\n\n      DashboardPublishOptions.foreach(__v => __obj.updateDynamic(\"DashboardPublishOptions\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDashboardRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDashboardResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object CreateDashboardResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDashboardResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDashboardResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDataSetRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n    var ImportMode: DataSetImportMode\n    var Name: ResourceName\n    var PhysicalTableMap: PhysicalTableMap\n    var ColumnGroups: js.UndefOr[ColumnGroupList]\n    var ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList]\n    var FieldFolders: js.UndefOr[FieldFolderMap]\n    var LogicalTableMap: js.UndefOr[LogicalTableMap]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDataSetRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId,\n        ImportMode: DataSetImportMode,\n        Name: ResourceName,\n        PhysicalTableMap: PhysicalTableMap,\n        ColumnGroups: js.UndefOr[ColumnGroupList] = js.undefined,\n        ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList] = js.undefined,\n        FieldFolders: js.UndefOr[FieldFolderMap] = js.undefined,\n        LogicalTableMap: js.UndefOr[LogicalTableMap] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDataSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any],\n        \"ImportMode\" -> ImportMode.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"PhysicalTableMap\" -> PhysicalTableMap.asInstanceOf[js.Any]\n      )\n\n      ColumnGroups.foreach(__v => __obj.updateDynamic(\"ColumnGroups\")(__v.asInstanceOf[js.Any]))\n      ColumnLevelPermissionRules.foreach(__v => __obj.updateDynamic(\"ColumnLevelPermissionRules\")(__v.asInstanceOf[js.Any]))\n      FieldFolders.foreach(__v => __obj.updateDynamic(\"FieldFolders\")(__v.asInstanceOf[js.Any]))\n      LogicalTableMap.foreach(__v => __obj.updateDynamic(\"LogicalTableMap\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RowLevelPermissionDataSet.foreach(__v => __obj.updateDynamic(\"RowLevelPermissionDataSet\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDataSetResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DataSetId: js.UndefOr[ResourceId]\n    var IngestionArn: js.UndefOr[Arn]\n    var IngestionId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateDataSetResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        IngestionArn: js.UndefOr[Arn] = js.undefined,\n        IngestionId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateDataSetResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      IngestionArn.foreach(__v => __obj.updateDynamic(\"IngestionArn\")(__v.asInstanceOf[js.Any]))\n      IngestionId.foreach(__v => __obj.updateDynamic(\"IngestionId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDataSourceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n    var Name: ResourceName\n    var Type: DataSourceType\n    var Credentials: js.UndefOr[DataSourceCredentials]\n    var DataSourceParameters: js.UndefOr[DataSourceParameters]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var SslProperties: js.UndefOr[SslProperties]\n    var Tags: js.UndefOr[TagList]\n    var VpcConnectionProperties: js.UndefOr[VpcConnectionProperties]\n  }\n\n  object CreateDataSourceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId,\n        Name: ResourceName,\n        Type: DataSourceType,\n        Credentials: js.UndefOr[DataSourceCredentials] = js.undefined,\n        DataSourceParameters: js.UndefOr[DataSourceParameters] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        SslProperties: js.UndefOr[SslProperties] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcConnectionProperties: js.UndefOr[VpcConnectionProperties] = js.undefined\n    ): CreateDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Credentials.foreach(__v => __obj.updateDynamic(\"Credentials\")(__v.asInstanceOf[js.Any]))\n      DataSourceParameters.foreach(__v => __obj.updateDynamic(\"DataSourceParameters\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      SslProperties.foreach(__v => __obj.updateDynamic(\"SslProperties\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConnectionProperties.foreach(__v => __obj.updateDynamic(\"VpcConnectionProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDataSourceResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateDataSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataSourceResponse]\n    }\n  }\n\n  @js.native\n  trait CreateGroupMembershipRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var MemberName: GroupMemberName\n    var Namespace: Namespace\n  }\n\n  object CreateGroupMembershipRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        MemberName: GroupMemberName,\n        Namespace: Namespace\n    ): CreateGroupMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"MemberName\" -> MemberName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateGroupMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGroupMembershipResponse extends js.Object {\n    var GroupMember: js.UndefOr[GroupMember]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateGroupMembershipResponse {\n    @inline\n    def apply(\n        GroupMember: js.UndefOr[GroupMember] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateGroupMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      GroupMember.foreach(__v => __obj.updateDynamic(\"GroupMember\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupMembershipResponse]\n    }\n  }\n\n  \/** The request object for this operation.\n    *\/\n  @js.native\n  trait CreateGroupRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var Namespace: Namespace\n    var Description: js.UndefOr[GroupDescription]\n  }\n\n  object CreateGroupRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        Namespace: Namespace,\n        Description: js.UndefOr[GroupDescription] = js.undefined\n    ): CreateGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupRequest]\n    }\n  }\n\n  \/** The response object for this operation.\n    *\/\n  @js.native\n  trait CreateGroupResponse extends js.Object {\n    var Group: js.UndefOr[Group]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateGroupResponse {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateIAMPolicyAssignmentRequest extends js.Object {\n    var AssignmentName: IAMPolicyAssignmentName\n    var AssignmentStatus: AssignmentStatus\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var Identities: js.UndefOr[IdentityMap]\n    var PolicyArn: js.UndefOr[Arn]\n  }\n\n  object CreateIAMPolicyAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentName: IAMPolicyAssignmentName,\n        AssignmentStatus: AssignmentStatus,\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        Identities: js.UndefOr[IdentityMap] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined\n    ): CreateIAMPolicyAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentName\" -> AssignmentName.asInstanceOf[js.Any],\n        \"AssignmentStatus\" -> AssignmentStatus.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIAMPolicyAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateIAMPolicyAssignmentResponse extends js.Object {\n    var AssignmentId: js.UndefOr[String]\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var Identities: js.UndefOr[IdentityMap]\n    var PolicyArn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateIAMPolicyAssignmentResponse {\n    @inline\n    def apply(\n        AssignmentId: js.UndefOr[String] = js.undefined,\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        Identities: js.UndefOr[IdentityMap] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateIAMPolicyAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIAMPolicyAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait CreateIngestionRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: String\n    var IngestionId: IngestionId\n  }\n\n  object CreateIngestionRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: String,\n        IngestionId: IngestionId\n    ): CreateIngestionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any],\n        \"IngestionId\" -> IngestionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateIngestionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateIngestionResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var IngestionId: js.UndefOr[IngestionId]\n    var IngestionStatus: js.UndefOr[IngestionStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateIngestionResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        IngestionId: js.UndefOr[IngestionId] = js.undefined,\n        IngestionStatus: js.UndefOr[IngestionStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateIngestionResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      IngestionId.foreach(__v => __obj.updateDynamic(\"IngestionId\")(__v.asInstanceOf[js.Any]))\n      IngestionStatus.foreach(__v => __obj.updateDynamic(\"IngestionStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIngestionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateNamespaceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var IdentityStore: IdentityStore\n    var Namespace: Namespace\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateNamespaceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        IdentityStore: IdentityStore,\n        Namespace: Namespace,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateNamespaceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"IdentityStore\" -> IdentityStore.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNamespaceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateNamespaceResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CapacityRegion: js.UndefOr[String]\n    var CreationStatus: js.UndefOr[NamespaceStatus]\n    var IdentityStore: js.UndefOr[IdentityStore]\n    var Name: js.UndefOr[Namespace]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object CreateNamespaceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CapacityRegion: js.UndefOr[String] = js.undefined,\n        CreationStatus: js.UndefOr[NamespaceStatus] = js.undefined,\n        IdentityStore: js.UndefOr[IdentityStore] = js.undefined,\n        Name: js.UndefOr[Namespace] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): CreateNamespaceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CapacityRegion.foreach(__v => __obj.updateDynamic(\"CapacityRegion\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      IdentityStore.foreach(__v => __obj.updateDynamic(\"IdentityStore\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNamespaceResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTemplateAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var TemplateVersionNumber: VersionNumber\n  }\n\n  object CreateTemplateAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        TemplateVersionNumber: VersionNumber\n    ): CreateTemplateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any],\n        \"TemplateVersionNumber\" -> TemplateVersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTemplateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTemplateAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateAlias: js.UndefOr[TemplateAlias]\n  }\n\n  object CreateTemplateAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateAlias: js.UndefOr[TemplateAlias] = js.undefined\n    ): CreateTemplateAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateAlias.foreach(__v => __obj.updateDynamic(\"TemplateAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTemplateAliasResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTemplateRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var SourceEntity: TemplateSourceEntity\n    var TemplateId: RestrictiveResourceId\n    var Name: js.UndefOr[TemplateName]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var Tags: js.UndefOr[TagList]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object CreateTemplateRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        SourceEntity: TemplateSourceEntity,\n        TemplateId: RestrictiveResourceId,\n        Name: js.UndefOr[TemplateName] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): CreateTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTemplateResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object CreateTemplateResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): CreateTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait CreateThemeAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var ThemeVersionNumber: VersionNumber\n  }\n\n  object CreateThemeAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        ThemeVersionNumber: VersionNumber\n    ): CreateThemeAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any],\n        \"ThemeVersionNumber\" -> ThemeVersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateThemeAliasRequest]\n    }\n  }\n\n  @js.native\n  trait CreateThemeAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeAlias: js.UndefOr[ThemeAlias]\n  }\n\n  object CreateThemeAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeAlias: js.UndefOr[ThemeAlias] = js.undefined\n    ): CreateThemeAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeAlias.foreach(__v => __obj.updateDynamic(\"ThemeAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateThemeAliasResponse]\n    }\n  }\n\n  @js.native\n  trait CreateThemeRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var BaseThemeId: RestrictiveResourceId\n    var Configuration: ThemeConfiguration\n    var Name: ThemeName\n    var ThemeId: RestrictiveResourceId\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var Tags: js.UndefOr[TagList]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object CreateThemeRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        BaseThemeId: RestrictiveResourceId,\n        Configuration: ThemeConfiguration,\n        Name: ThemeName,\n        ThemeId: RestrictiveResourceId,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): CreateThemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"BaseThemeId\" -> BaseThemeId.asInstanceOf[js.Any],\n        \"Configuration\" -> Configuration.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateThemeRequest]\n    }\n  }\n\n  @js.native\n  trait CreateThemeResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object CreateThemeResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): CreateThemeResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateThemeResponse]\n    }\n  }\n\n  \/** The combination of user name and password that are used as credentials.\n    *\/\n  @js.native\n  trait CredentialPair extends js.Object {\n    var Password: Password\n    var Username: Username\n    var AlternateDataSourceParameters: js.UndefOr[DataSourceParametersList]\n  }\n\n  object CredentialPair {\n    @inline\n    def apply(\n        Password: Password,\n        Username: Username,\n        AlternateDataSourceParameters: js.UndefOr[DataSourceParametersList] = js.undefined\n    ): CredentialPair = {\n      val __obj = js.Dynamic.literal(\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"Username\" -> Username.asInstanceOf[js.Any]\n      )\n\n      AlternateDataSourceParameters.foreach(__v => __obj.updateDynamic(\"AlternateDataSourceParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CredentialPair]\n    }\n  }\n\n  \/** A physical table type built from the results of the custom SQL query.\n    *\/\n  @js.native\n  trait CustomSql extends js.Object {\n    var DataSourceArn: Arn\n    var Name: CustomSqlName\n    var SqlQuery: SqlQuery\n    var Columns: js.UndefOr[InputColumnList]\n  }\n\n  object CustomSql {\n    @inline\n    def apply(\n        DataSourceArn: Arn,\n        Name: CustomSqlName,\n        SqlQuery: SqlQuery,\n        Columns: js.UndefOr[InputColumnList] = js.undefined\n    ): CustomSql = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceArn\" -> DataSourceArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SqlQuery\" -> SqlQuery.asInstanceOf[js.Any]\n      )\n\n      Columns.foreach(__v => __obj.updateDynamic(\"Columns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomSql]\n    }\n  }\n\n  \/** Dashboard.\n    *\/\n  @js.native\n  trait Dashboard extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var LastPublishedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[DashboardName]\n    var Version: js.UndefOr[DashboardVersion]\n  }\n\n  object Dashboard {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        LastPublishedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[DashboardName] = js.undefined,\n        Version: js.UndefOr[DashboardVersion] = js.undefined\n    ): Dashboard = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      LastPublishedTime.foreach(__v => __obj.updateDynamic(\"LastPublishedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Dashboard]\n    }\n  }\n\n  @js.native\n  sealed trait DashboardBehavior extends js.Any\n  object DashboardBehavior {\n    val ENABLED = \"ENABLED\".asInstanceOf[DashboardBehavior]\n    val DISABLED = \"DISABLED\".asInstanceOf[DashboardBehavior]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Dashboard error.\n    *\/\n  @js.native\n  trait DashboardError extends js.Object {\n    var Message: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[DashboardErrorType]\n  }\n\n  object DashboardError {\n    @inline\n    def apply(\n        Message: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[DashboardErrorType] = js.undefined\n    ): DashboardError = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardError]\n    }\n  }\n\n  @js.native\n  sealed trait DashboardErrorType extends js.Any\n  object DashboardErrorType {\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[DashboardErrorType]\n    val SOURCE_NOT_FOUND = \"SOURCE_NOT_FOUND\".asInstanceOf[DashboardErrorType]\n    val DATA_SET_NOT_FOUND = \"DATA_SET_NOT_FOUND\".asInstanceOf[DashboardErrorType]\n    val INTERNAL_FAILURE = \"INTERNAL_FAILURE\".asInstanceOf[DashboardErrorType]\n    val PARAMETER_VALUE_INCOMPATIBLE = \"PARAMETER_VALUE_INCOMPATIBLE\".asInstanceOf[DashboardErrorType]\n    val PARAMETER_TYPE_INVALID = \"PARAMETER_TYPE_INVALID\".asInstanceOf[DashboardErrorType]\n    val PARAMETER_NOT_FOUND = \"PARAMETER_NOT_FOUND\".asInstanceOf[DashboardErrorType]\n    val COLUMN_TYPE_MISMATCH = \"COLUMN_TYPE_MISMATCH\".asInstanceOf[DashboardErrorType]\n    val COLUMN_GEOGRAPHIC_ROLE_MISMATCH = \"COLUMN_GEOGRAPHIC_ROLE_MISMATCH\".asInstanceOf[DashboardErrorType]\n    val COLUMN_REPLACEMENT_MISSING = \"COLUMN_REPLACEMENT_MISSING\".asInstanceOf[DashboardErrorType]\n\n    @inline def values = js.Array(\n      ACCESS_DENIED,\n      SOURCE_NOT_FOUND,\n      DATA_SET_NOT_FOUND,\n      INTERNAL_FAILURE,\n      PARAMETER_VALUE_INCOMPATIBLE,\n      PARAMETER_TYPE_INVALID,\n      PARAMETER_NOT_FOUND,\n      COLUMN_TYPE_MISMATCH,\n      COLUMN_GEOGRAPHIC_ROLE_MISMATCH,\n      COLUMN_REPLACEMENT_MISSING\n    )\n  }\n\n  @js.native\n  sealed trait DashboardFilterAttribute extends js.Any\n  object DashboardFilterAttribute {\n    val QUICKSIGHT_USER = \"QUICKSIGHT_USER\".asInstanceOf[DashboardFilterAttribute]\n\n    @inline def values = js.Array(QUICKSIGHT_USER)\n  }\n\n  \/** Dashboard publish options.\n    *\/\n  @js.native\n  trait DashboardPublishOptions extends js.Object {\n    var AdHocFilteringOption: js.UndefOr[AdHocFilteringOption]\n    var ExportToCSVOption: js.UndefOr[ExportToCSVOption]\n    var SheetControlsOption: js.UndefOr[SheetControlsOption]\n  }\n\n  object DashboardPublishOptions {\n    @inline\n    def apply(\n        AdHocFilteringOption: js.UndefOr[AdHocFilteringOption] = js.undefined,\n        ExportToCSVOption: js.UndefOr[ExportToCSVOption] = js.undefined,\n        SheetControlsOption: js.UndefOr[SheetControlsOption] = js.undefined\n    ): DashboardPublishOptions = {\n      val __obj = js.Dynamic.literal()\n      AdHocFilteringOption.foreach(__v => __obj.updateDynamic(\"AdHocFilteringOption\")(__v.asInstanceOf[js.Any]))\n      ExportToCSVOption.foreach(__v => __obj.updateDynamic(\"ExportToCSVOption\")(__v.asInstanceOf[js.Any]))\n      SheetControlsOption.foreach(__v => __obj.updateDynamic(\"SheetControlsOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardPublishOptions]\n    }\n  }\n\n  \/** A filter that you apply when searching for dashboards.\n    *\/\n  @js.native\n  trait DashboardSearchFilter extends js.Object {\n    var Operator: FilterOperator\n    var Name: js.UndefOr[DashboardFilterAttribute]\n    var Value: js.UndefOr[String]\n  }\n\n  object DashboardSearchFilter {\n    @inline\n    def apply(\n        Operator: FilterOperator,\n        Name: js.UndefOr[DashboardFilterAttribute] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): DashboardSearchFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Operator\" -> Operator.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardSearchFilter]\n    }\n  }\n\n  \/** Dashboard source entity.\n    *\/\n  @js.native\n  trait DashboardSourceEntity extends js.Object {\n    var SourceTemplate: js.UndefOr[DashboardSourceTemplate]\n  }\n\n  object DashboardSourceEntity {\n    @inline\n    def apply(\n        SourceTemplate: js.UndefOr[DashboardSourceTemplate] = js.undefined\n    ): DashboardSourceEntity = {\n      val __obj = js.Dynamic.literal()\n      SourceTemplate.foreach(__v => __obj.updateDynamic(\"SourceTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardSourceEntity]\n    }\n  }\n\n  \/** Dashboard source template.\n    *\/\n  @js.native\n  trait DashboardSourceTemplate extends js.Object {\n    var Arn: Arn\n    var DataSetReferences: DataSetReferenceList\n  }\n\n  object DashboardSourceTemplate {\n    @inline\n    def apply(\n        Arn: Arn,\n        DataSetReferences: DataSetReferenceList\n    ): DashboardSourceTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"DataSetReferences\" -> DataSetReferences.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DashboardSourceTemplate]\n    }\n  }\n\n  \/** Dashboard summary.\n    *\/\n  @js.native\n  trait DashboardSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var LastPublishedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[DashboardName]\n    var PublishedVersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DashboardSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        LastPublishedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[DashboardName] = js.undefined,\n        PublishedVersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DashboardSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      LastPublishedTime.foreach(__v => __obj.updateDynamic(\"LastPublishedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PublishedVersionNumber.foreach(__v => __obj.updateDynamic(\"PublishedVersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DashboardUIState extends js.Any\n  object DashboardUIState {\n    val EXPANDED = \"EXPANDED\".asInstanceOf[DashboardUIState]\n    val COLLAPSED = \"COLLAPSED\".asInstanceOf[DashboardUIState]\n\n    @inline def values = js.Array(EXPANDED, COLLAPSED)\n  }\n\n  \/** Dashboard version.\n    *\/\n  @js.native\n  trait DashboardVersion extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSetArns: js.UndefOr[DataSetArnsList]\n    var Description: js.UndefOr[VersionDescription]\n    var Errors: js.UndefOr[DashboardErrorList]\n    var Sheets: js.UndefOr[SheetList]\n    var SourceEntityArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[ResourceStatus]\n    var ThemeArn: js.UndefOr[Arn]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DashboardVersion {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSetArns: js.UndefOr[DataSetArnsList] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        Errors: js.UndefOr[DashboardErrorList] = js.undefined,\n        Sheets: js.UndefOr[SheetList] = js.undefined,\n        SourceEntityArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DashboardVersion = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSetArns.foreach(__v => __obj.updateDynamic(\"DataSetArns\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      Sheets.foreach(__v => __obj.updateDynamic(\"Sheets\")(__v.asInstanceOf[js.Any]))\n      SourceEntityArn.foreach(__v => __obj.updateDynamic(\"SourceEntityArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardVersion]\n    }\n  }\n\n  \/** Dashboard version summary.\n    *\/\n  @js.native\n  trait DashboardVersionSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[VersionDescription]\n    var SourceEntityArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[ResourceStatus]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DashboardVersionSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        SourceEntityArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DashboardVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      SourceEntityArn.foreach(__v => __obj.updateDynamic(\"SourceEntityArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DashboardVersionSummary]\n    }\n  }\n\n  \/** The theme colors that are used for data colors in charts. The colors description is a hexadecimal color code that consists of six alphanumerical characters, prefixed with <code>#<\/code>, for example #37BFF5.\n    *\/\n  @js.native\n  trait DataColorPalette extends js.Object {\n    var Colors: js.UndefOr[ColorList]\n    var EmptyFillColor: js.UndefOr[HexColor]\n    var MinMaxGradient: js.UndefOr[ColorList]\n  }\n\n  object DataColorPalette {\n    @inline\n    def apply(\n        Colors: js.UndefOr[ColorList] = js.undefined,\n        EmptyFillColor: js.UndefOr[HexColor] = js.undefined,\n        MinMaxGradient: js.UndefOr[ColorList] = js.undefined\n    ): DataColorPalette = {\n      val __obj = js.Dynamic.literal()\n      Colors.foreach(__v => __obj.updateDynamic(\"Colors\")(__v.asInstanceOf[js.Any]))\n      EmptyFillColor.foreach(__v => __obj.updateDynamic(\"EmptyFillColor\")(__v.asInstanceOf[js.Any]))\n      MinMaxGradient.foreach(__v => __obj.updateDynamic(\"MinMaxGradient\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataColorPalette]\n    }\n  }\n\n  \/** Dataset.\n    *\/\n  @js.native\n  trait DataSet extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var ColumnGroups: js.UndefOr[ColumnGroupList]\n    var ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList]\n    var ConsumedSpiceCapacityInBytes: js.UndefOr[Double]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSetId: js.UndefOr[ResourceId]\n    var FieldFolders: js.UndefOr[FieldFolderMap]\n    var ImportMode: js.UndefOr[DataSetImportMode]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var LogicalTableMap: js.UndefOr[LogicalTableMap]\n    var Name: js.UndefOr[ResourceName]\n    var OutputColumns: js.UndefOr[OutputColumnList]\n    var PhysicalTableMap: js.UndefOr[PhysicalTableMap]\n    var RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet]\n  }\n\n  object DataSet {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        ColumnGroups: js.UndefOr[ColumnGroupList] = js.undefined,\n        ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList] = js.undefined,\n        ConsumedSpiceCapacityInBytes: js.UndefOr[Double] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        FieldFolders: js.UndefOr[FieldFolderMap] = js.undefined,\n        ImportMode: js.UndefOr[DataSetImportMode] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LogicalTableMap: js.UndefOr[LogicalTableMap] = js.undefined,\n        Name: js.UndefOr[ResourceName] = js.undefined,\n        OutputColumns: js.UndefOr[OutputColumnList] = js.undefined,\n        PhysicalTableMap: js.UndefOr[PhysicalTableMap] = js.undefined,\n        RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet] = js.undefined\n    ): DataSet = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ColumnGroups.foreach(__v => __obj.updateDynamic(\"ColumnGroups\")(__v.asInstanceOf[js.Any]))\n      ColumnLevelPermissionRules.foreach(__v => __obj.updateDynamic(\"ColumnLevelPermissionRules\")(__v.asInstanceOf[js.Any]))\n      ConsumedSpiceCapacityInBytes.foreach(__v => __obj.updateDynamic(\"ConsumedSpiceCapacityInBytes\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      FieldFolders.foreach(__v => __obj.updateDynamic(\"FieldFolders\")(__v.asInstanceOf[js.Any]))\n      ImportMode.foreach(__v => __obj.updateDynamic(\"ImportMode\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      LogicalTableMap.foreach(__v => __obj.updateDynamic(\"LogicalTableMap\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputColumns.foreach(__v => __obj.updateDynamic(\"OutputColumns\")(__v.asInstanceOf[js.Any]))\n      PhysicalTableMap.foreach(__v => __obj.updateDynamic(\"PhysicalTableMap\")(__v.asInstanceOf[js.Any]))\n      RowLevelPermissionDataSet.foreach(__v => __obj.updateDynamic(\"RowLevelPermissionDataSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSet]\n    }\n  }\n\n  \/** Dataset configuration.\n    *\/\n  @js.native\n  trait DataSetConfiguration extends js.Object {\n    var ColumnGroupSchemaList: js.UndefOr[ColumnGroupSchemaList]\n    var DataSetSchema: js.UndefOr[DataSetSchema]\n    var Placeholder: js.UndefOr[String]\n  }\n\n  object DataSetConfiguration {\n    @inline\n    def apply(\n        ColumnGroupSchemaList: js.UndefOr[ColumnGroupSchemaList] = js.undefined,\n        DataSetSchema: js.UndefOr[DataSetSchema] = js.undefined,\n        Placeholder: js.UndefOr[String] = js.undefined\n    ): DataSetConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ColumnGroupSchemaList.foreach(__v => __obj.updateDynamic(\"ColumnGroupSchemaList\")(__v.asInstanceOf[js.Any]))\n      DataSetSchema.foreach(__v => __obj.updateDynamic(\"DataSetSchema\")(__v.asInstanceOf[js.Any]))\n      Placeholder.foreach(__v => __obj.updateDynamic(\"Placeholder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSetConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait DataSetImportMode extends js.Any\n  object DataSetImportMode {\n    val SPICE = \"SPICE\".asInstanceOf[DataSetImportMode]\n    val DIRECT_QUERY = \"DIRECT_QUERY\".asInstanceOf[DataSetImportMode]\n\n    @inline def values = js.Array(SPICE, DIRECT_QUERY)\n  }\n\n  \/** Dataset reference.\n    *\/\n  @js.native\n  trait DataSetReference extends js.Object {\n    var DataSetArn: Arn\n    var DataSetPlaceholder: NonEmptyString\n  }\n\n  object DataSetReference {\n    @inline\n    def apply(\n        DataSetArn: Arn,\n        DataSetPlaceholder: NonEmptyString\n    ): DataSetReference = {\n      val __obj = js.Dynamic.literal(\n        \"DataSetArn\" -> DataSetArn.asInstanceOf[js.Any],\n        \"DataSetPlaceholder\" -> DataSetPlaceholder.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataSetReference]\n    }\n  }\n\n  \/** Dataset schema.\n    *\/\n  @js.native\n  trait DataSetSchema extends js.Object {\n    var ColumnSchemaList: js.UndefOr[ColumnSchemaList]\n  }\n\n  object DataSetSchema {\n    @inline\n    def apply(\n        ColumnSchemaList: js.UndefOr[ColumnSchemaList] = js.undefined\n    ): DataSetSchema = {\n      val __obj = js.Dynamic.literal()\n      ColumnSchemaList.foreach(__v => __obj.updateDynamic(\"ColumnSchemaList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSetSchema]\n    }\n  }\n\n  \/** Dataset summary.\n    *\/\n  @js.native\n  trait DataSetSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var ColumnLevelPermissionRulesApplied: js.UndefOr[Boolean]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSetId: js.UndefOr[ResourceId]\n    var ImportMode: js.UndefOr[DataSetImportMode]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[ResourceName]\n    var RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet]\n  }\n\n  object DataSetSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        ColumnLevelPermissionRulesApplied: js.UndefOr[Boolean] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        ImportMode: js.UndefOr[DataSetImportMode] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[ResourceName] = js.undefined,\n        RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet] = js.undefined\n    ): DataSetSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ColumnLevelPermissionRulesApplied.foreach(__v => __obj.updateDynamic(\"ColumnLevelPermissionRulesApplied\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      ImportMode.foreach(__v => __obj.updateDynamic(\"ImportMode\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RowLevelPermissionDataSet.foreach(__v => __obj.updateDynamic(\"RowLevelPermissionDataSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSetSummary]\n    }\n  }\n\n  \/** The structure of a data source.\n    *\/\n  @js.native\n  trait DataSource extends js.Object {\n    var AlternateDataSourceParameters: js.UndefOr[DataSourceParametersList]\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var DataSourceParameters: js.UndefOr[DataSourceParameters]\n    var ErrorInfo: js.UndefOr[DataSourceErrorInfo]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[ResourceName]\n    var SslProperties: js.UndefOr[SslProperties]\n    var Status: js.UndefOr[ResourceStatus]\n    var Type: js.UndefOr[DataSourceType]\n    var VpcConnectionProperties: js.UndefOr[VpcConnectionProperties]\n  }\n\n  object DataSource {\n    @inline\n    def apply(\n        AlternateDataSourceParameters: js.UndefOr[DataSourceParametersList] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        DataSourceParameters: js.UndefOr[DataSourceParameters] = js.undefined,\n        ErrorInfo: js.UndefOr[DataSourceErrorInfo] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[ResourceName] = js.undefined,\n        SslProperties: js.UndefOr[SslProperties] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        Type: js.UndefOr[DataSourceType] = js.undefined,\n        VpcConnectionProperties: js.UndefOr[VpcConnectionProperties] = js.undefined\n    ): DataSource = {\n      val __obj = js.Dynamic.literal()\n      AlternateDataSourceParameters.foreach(__v => __obj.updateDynamic(\"AlternateDataSourceParameters\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      DataSourceParameters.foreach(__v => __obj.updateDynamic(\"DataSourceParameters\")(__v.asInstanceOf[js.Any]))\n      ErrorInfo.foreach(__v => __obj.updateDynamic(\"ErrorInfo\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SslProperties.foreach(__v => __obj.updateDynamic(\"SslProperties\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VpcConnectionProperties.foreach(__v => __obj.updateDynamic(\"VpcConnectionProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSource]\n    }\n  }\n\n  \/** Data source credentials. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait DataSourceCredentials extends js.Object {\n    var CopySourceArn: js.UndefOr[CopySourceArn]\n    var CredentialPair: js.UndefOr[CredentialPair]\n  }\n\n  object DataSourceCredentials {\n    @inline\n    def apply(\n        CopySourceArn: js.UndefOr[CopySourceArn] = js.undefined,\n        CredentialPair: js.UndefOr[CredentialPair] = js.undefined\n    ): DataSourceCredentials = {\n      val __obj = js.Dynamic.literal()\n      CopySourceArn.foreach(__v => __obj.updateDynamic(\"CopySourceArn\")(__v.asInstanceOf[js.Any]))\n      CredentialPair.foreach(__v => __obj.updateDynamic(\"CredentialPair\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSourceCredentials]\n    }\n  }\n\n  \/** Error information for the data source creation or update.\n    *\/\n  @js.native\n  trait DataSourceErrorInfo extends js.Object {\n    var Message: js.UndefOr[String]\n    var Type: js.UndefOr[DataSourceErrorInfoType]\n  }\n\n  object DataSourceErrorInfo {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[DataSourceErrorInfoType] = js.undefined\n    ): DataSourceErrorInfo = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSourceErrorInfo]\n    }\n  }\n\n  @js.native\n  sealed trait DataSourceErrorInfoType extends js.Any\n  object DataSourceErrorInfoType {\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[DataSourceErrorInfoType]\n    val COPY_SOURCE_NOT_FOUND = \"COPY_SOURCE_NOT_FOUND\".asInstanceOf[DataSourceErrorInfoType]\n    val TIMEOUT = \"TIMEOUT\".asInstanceOf[DataSourceErrorInfoType]\n    val ENGINE_VERSION_NOT_SUPPORTED = \"ENGINE_VERSION_NOT_SUPPORTED\".asInstanceOf[DataSourceErrorInfoType]\n    val UNKNOWN_HOST = \"UNKNOWN_HOST\".asInstanceOf[DataSourceErrorInfoType]\n    val GENERIC_SQL_FAILURE = \"GENERIC_SQL_FAILURE\".asInstanceOf[DataSourceErrorInfoType]\n    val CONFLICT = \"CONFLICT\".asInstanceOf[DataSourceErrorInfoType]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[DataSourceErrorInfoType]\n\n    @inline def values = js.Array(ACCESS_DENIED, COPY_SOURCE_NOT_FOUND, TIMEOUT, ENGINE_VERSION_NOT_SUPPORTED, UNKNOWN_HOST, GENERIC_SQL_FAILURE, CONFLICT, UNKNOWN)\n  }\n\n  \/** The parameters that Amazon QuickSight uses to connect to your underlying data source. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait DataSourceParameters extends js.Object {\n    var AmazonElasticsearchParameters: js.UndefOr[AmazonElasticsearchParameters]\n    var AthenaParameters: js.UndefOr[AthenaParameters]\n    var AuroraParameters: js.UndefOr[AuroraParameters]\n    var AuroraPostgreSqlParameters: js.UndefOr[AuroraPostgreSqlParameters]\n    var AwsIotAnalyticsParameters: js.UndefOr[AwsIotAnalyticsParameters]\n    var JiraParameters: js.UndefOr[JiraParameters]\n    var MariaDbParameters: js.UndefOr[MariaDbParameters]\n    var MySqlParameters: js.UndefOr[MySqlParameters]\n    var OracleParameters: js.UndefOr[OracleParameters]\n    var PostgreSqlParameters: js.UndefOr[PostgreSqlParameters]\n    var PrestoParameters: js.UndefOr[PrestoParameters]\n    var RdsParameters: js.UndefOr[RdsParameters]\n    var RedshiftParameters: js.UndefOr[RedshiftParameters]\n    var S3Parameters: js.UndefOr[S3Parameters]\n    var ServiceNowParameters: js.UndefOr[ServiceNowParameters]\n    var SnowflakeParameters: js.UndefOr[SnowflakeParameters]\n    var SparkParameters: js.UndefOr[SparkParameters]\n    var SqlServerParameters: js.UndefOr[SqlServerParameters]\n    var TeradataParameters: js.UndefOr[TeradataParameters]\n    var TwitterParameters: js.UndefOr[TwitterParameters]\n  }\n\n  object DataSourceParameters {\n    @inline\n    def apply(\n        AmazonElasticsearchParameters: js.UndefOr[AmazonElasticsearchParameters] = js.undefined,\n        AthenaParameters: js.UndefOr[AthenaParameters] = js.undefined,\n        AuroraParameters: js.UndefOr[AuroraParameters] = js.undefined,\n        AuroraPostgreSqlParameters: js.UndefOr[AuroraPostgreSqlParameters] = js.undefined,\n        AwsIotAnalyticsParameters: js.UndefOr[AwsIotAnalyticsParameters] = js.undefined,\n        JiraParameters: js.UndefOr[JiraParameters] = js.undefined,\n        MariaDbParameters: js.UndefOr[MariaDbParameters] = js.undefined,\n        MySqlParameters: js.UndefOr[MySqlParameters] = js.undefined,\n        OracleParameters: js.UndefOr[OracleParameters] = js.undefined,\n        PostgreSqlParameters: js.UndefOr[PostgreSqlParameters] = js.undefined,\n        PrestoParameters: js.UndefOr[PrestoParameters] = js.undefined,\n        RdsParameters: js.UndefOr[RdsParameters] = js.undefined,\n        RedshiftParameters: js.UndefOr[RedshiftParameters] = js.undefined,\n        S3Parameters: js.UndefOr[S3Parameters] = js.undefined,\n        ServiceNowParameters: js.UndefOr[ServiceNowParameters] = js.undefined,\n        SnowflakeParameters: js.UndefOr[SnowflakeParameters] = js.undefined,\n        SparkParameters: js.UndefOr[SparkParameters] = js.undefined,\n        SqlServerParameters: js.UndefOr[SqlServerParameters] = js.undefined,\n        TeradataParameters: js.UndefOr[TeradataParameters] = js.undefined,\n        TwitterParameters: js.UndefOr[TwitterParameters] = js.undefined\n    ): DataSourceParameters = {\n      val __obj = js.Dynamic.literal()\n      AmazonElasticsearchParameters.foreach(__v => __obj.updateDynamic(\"AmazonElasticsearchParameters\")(__v.asInstanceOf[js.Any]))\n      AthenaParameters.foreach(__v => __obj.updateDynamic(\"AthenaParameters\")(__v.asInstanceOf[js.Any]))\n      AuroraParameters.foreach(__v => __obj.updateDynamic(\"AuroraParameters\")(__v.asInstanceOf[js.Any]))\n      AuroraPostgreSqlParameters.foreach(__v => __obj.updateDynamic(\"AuroraPostgreSqlParameters\")(__v.asInstanceOf[js.Any]))\n      AwsIotAnalyticsParameters.foreach(__v => __obj.updateDynamic(\"AwsIotAnalyticsParameters\")(__v.asInstanceOf[js.Any]))\n      JiraParameters.foreach(__v => __obj.updateDynamic(\"JiraParameters\")(__v.asInstanceOf[js.Any]))\n      MariaDbParameters.foreach(__v => __obj.updateDynamic(\"MariaDbParameters\")(__v.asInstanceOf[js.Any]))\n      MySqlParameters.foreach(__v => __obj.updateDynamic(\"MySqlParameters\")(__v.asInstanceOf[js.Any]))\n      OracleParameters.foreach(__v => __obj.updateDynamic(\"OracleParameters\")(__v.asInstanceOf[js.Any]))\n      PostgreSqlParameters.foreach(__v => __obj.updateDynamic(\"PostgreSqlParameters\")(__v.asInstanceOf[js.Any]))\n      PrestoParameters.foreach(__v => __obj.updateDynamic(\"PrestoParameters\")(__v.asInstanceOf[js.Any]))\n      RdsParameters.foreach(__v => __obj.updateDynamic(\"RdsParameters\")(__v.asInstanceOf[js.Any]))\n      RedshiftParameters.foreach(__v => __obj.updateDynamic(\"RedshiftParameters\")(__v.asInstanceOf[js.Any]))\n      S3Parameters.foreach(__v => __obj.updateDynamic(\"S3Parameters\")(__v.asInstanceOf[js.Any]))\n      ServiceNowParameters.foreach(__v => __obj.updateDynamic(\"ServiceNowParameters\")(__v.asInstanceOf[js.Any]))\n      SnowflakeParameters.foreach(__v => __obj.updateDynamic(\"SnowflakeParameters\")(__v.asInstanceOf[js.Any]))\n      SparkParameters.foreach(__v => __obj.updateDynamic(\"SparkParameters\")(__v.asInstanceOf[js.Any]))\n      SqlServerParameters.foreach(__v => __obj.updateDynamic(\"SqlServerParameters\")(__v.asInstanceOf[js.Any]))\n      TeradataParameters.foreach(__v => __obj.updateDynamic(\"TeradataParameters\")(__v.asInstanceOf[js.Any]))\n      TwitterParameters.foreach(__v => __obj.updateDynamic(\"TwitterParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSourceParameters]\n    }\n  }\n\n  @js.native\n  sealed trait DataSourceType extends js.Any\n  object DataSourceType {\n    val ADOBE_ANALYTICS = \"ADOBE_ANALYTICS\".asInstanceOf[DataSourceType]\n    val AMAZON_ELASTICSEARCH = \"AMAZON_ELASTICSEARCH\".asInstanceOf[DataSourceType]\n    val ATHENA = \"ATHENA\".asInstanceOf[DataSourceType]\n    val AURORA = \"AURORA\".asInstanceOf[DataSourceType]\n    val AURORA_POSTGRESQL = \"AURORA_POSTGRESQL\".asInstanceOf[DataSourceType]\n    val AWS_IOT_ANALYTICS = \"AWS_IOT_ANALYTICS\".asInstanceOf[DataSourceType]\n    val GITHUB = \"GITHUB\".asInstanceOf[DataSourceType]\n    val JIRA = \"JIRA\".asInstanceOf[DataSourceType]\n    val MARIADB = \"MARIADB\".asInstanceOf[DataSourceType]\n    val MYSQL = \"MYSQL\".asInstanceOf[DataSourceType]\n    val ORACLE = \"ORACLE\".asInstanceOf[DataSourceType]\n    val POSTGRESQL = \"POSTGRESQL\".asInstanceOf[DataSourceType]\n    val PRESTO = \"PRESTO\".asInstanceOf[DataSourceType]\n    val REDSHIFT = \"REDSHIFT\".asInstanceOf[DataSourceType]\n    val S3 = \"S3\".asInstanceOf[DataSourceType]\n    val SALESFORCE = \"SALESFORCE\".asInstanceOf[DataSourceType]\n    val SERVICENOW = \"SERVICENOW\".asInstanceOf[DataSourceType]\n    val SNOWFLAKE = \"SNOWFLAKE\".asInstanceOf[DataSourceType]\n    val SPARK = \"SPARK\".asInstanceOf[DataSourceType]\n    val SQLSERVER = \"SQLSERVER\".asInstanceOf[DataSourceType]\n    val TERADATA = \"TERADATA\".asInstanceOf[DataSourceType]\n    val TWITTER = \"TWITTER\".asInstanceOf[DataSourceType]\n    val TIMESTREAM = \"TIMESTREAM\".asInstanceOf[DataSourceType]\n\n    @inline def values = js.Array(\n      ADOBE_ANALYTICS,\n      AMAZON_ELASTICSEARCH,\n      ATHENA,\n      AURORA,\n      AURORA_POSTGRESQL,\n      AWS_IOT_ANALYTICS,\n      GITHUB,\n      JIRA,\n      MARIADB,\n      MYSQL,\n      ORACLE,\n      POSTGRESQL,\n      PRESTO,\n      REDSHIFT,\n      S3,\n      SALESFORCE,\n      SERVICENOW,\n      SNOWFLAKE,\n      SPARK,\n      SQLSERVER,\n      TERADATA,\n      TWITTER,\n      TIMESTREAM\n    )\n  }\n\n  \/** A date-time parameter.\n    *\/\n  @js.native\n  trait DateTimeParameter extends js.Object {\n    var Name: NonEmptyString\n    var Values: TimestampList\n  }\n\n  object DateTimeParameter {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Values: TimestampList\n    ): DateTimeParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DateTimeParameter]\n    }\n  }\n\n  \/** A decimal parameter.\n    *\/\n  @js.native\n  trait DecimalParameter extends js.Object {\n    var Name: NonEmptyString\n    var Values: DoubleList\n  }\n\n  object DecimalParameter {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Values: DoubleList\n    ): DecimalParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DecimalParameter]\n    }\n  }\n\n  @js.native\n  trait DeleteAccountCustomizationRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object DeleteAccountCustomizationRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): DeleteAccountCustomizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAccountCustomizationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAccountCustomizationResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteAccountCustomizationResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteAccountCustomizationResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAccountCustomizationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAnalysisRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n    var ForceDeleteWithoutRecovery: js.UndefOr[Boolean]\n    var RecoveryWindowInDays: js.UndefOr[RecoveryWindowInDays]\n  }\n\n  object DeleteAnalysisRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId,\n        ForceDeleteWithoutRecovery: js.UndefOr[Boolean] = js.undefined,\n        RecoveryWindowInDays: js.UndefOr[RecoveryWindowInDays] = js.undefined\n    ): DeleteAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      ForceDeleteWithoutRecovery.foreach(__v => __obj.updateDynamic(\"ForceDeleteWithoutRecovery\")(__v.asInstanceOf[js.Any]))\n      RecoveryWindowInDays.foreach(__v => __obj.updateDynamic(\"RecoveryWindowInDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAnalysisResponse extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var DeletionTime: js.UndefOr[Timestamp]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteAnalysisResponse {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DeletionTime: js.UndefOr[Timestamp] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DeletionTime.foreach(__v => __obj.updateDynamic(\"DeletionTime\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDashboardRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DeleteDashboardRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DeleteDashboardRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any]\n      )\n\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDashboardRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDashboardResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteDashboardResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteDashboardResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDashboardResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDataSetRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n  }\n\n  object DeleteDataSetRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId\n    ): DeleteDataSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataSetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDataSetResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DataSetId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteDataSetResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteDataSetResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDataSetResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDataSourceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n  }\n\n  object DeleteDataSourceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId\n    ): DeleteDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataSourceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDataSourceResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteDataSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDataSourceResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupMembershipRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var MemberName: GroupMemberName\n    var Namespace: Namespace\n  }\n\n  object DeleteGroupMembershipRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        MemberName: GroupMemberName,\n        Namespace: Namespace\n    ): DeleteGroupMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"MemberName\" -> MemberName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGroupMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupMembershipResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteGroupMembershipResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteGroupMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGroupMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var Namespace: Namespace\n  }\n\n  object DeleteGroupRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        Namespace: Namespace\n    ): DeleteGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteGroupResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteIAMPolicyAssignmentRequest extends js.Object {\n    var AssignmentName: IAMPolicyAssignmentName\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n  }\n\n  object DeleteIAMPolicyAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentName: IAMPolicyAssignmentName,\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace\n    ): DeleteIAMPolicyAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentName\" -> AssignmentName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIAMPolicyAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteIAMPolicyAssignmentResponse extends js.Object {\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteIAMPolicyAssignmentResponse {\n    @inline\n    def apply(\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteIAMPolicyAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteIAMPolicyAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteNamespaceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n  }\n\n  object DeleteNamespaceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace\n    ): DeleteNamespaceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNamespaceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteNamespaceResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteNamespaceResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteNamespaceResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteNamespaceResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTemplateAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n  }\n\n  object DeleteTemplateAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId\n    ): DeleteTemplateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTemplateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTemplateAliasResponse extends js.Object {\n    var AliasName: js.UndefOr[AliasName]\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DeleteTemplateAliasResponse {\n    @inline\n    def apply(\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DeleteTemplateAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTemplateAliasResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTemplateRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DeleteTemplateRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DeleteTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTemplateResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DeleteTemplateResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DeleteTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteThemeAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n  }\n\n  object DeleteThemeAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId\n    ): DeleteThemeAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteThemeAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteThemeAliasResponse extends js.Object {\n    var AliasName: js.UndefOr[AliasName]\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DeleteThemeAliasResponse {\n    @inline\n    def apply(\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DeleteThemeAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteThemeAliasResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteThemeRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DeleteThemeRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DeleteThemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteThemeRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteThemeResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DeleteThemeResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DeleteThemeResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteThemeResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteUserByPrincipalIdRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var PrincipalId: String\n  }\n\n  object DeleteUserByPrincipalIdRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        PrincipalId: String\n    ): DeleteUserByPrincipalIdRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"PrincipalId\" -> PrincipalId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserByPrincipalIdRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserByPrincipalIdResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteUserByPrincipalIdResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteUserByPrincipalIdResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteUserByPrincipalIdResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteUserRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var UserName: UserName\n  }\n\n  object DeleteUserRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        UserName: UserName\n    ): DeleteUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUserResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DeleteUserResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DeleteUserResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteUserResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountCustomizationRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: js.UndefOr[Namespace]\n    var Resolved: js.UndefOr[Boolean]\n  }\n\n  object DescribeAccountCustomizationRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        Resolved: js.UndefOr[Boolean] = js.undefined\n    ): DescribeAccountCustomizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      Resolved.foreach(__v => __obj.updateDynamic(\"Resolved\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccountCustomizationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountCustomizationResponse extends js.Object {\n    var AccountCustomization: js.UndefOr[AccountCustomization]\n    var Arn: js.UndefOr[Arn]\n    var AwsAccountId: js.UndefOr[AwsAccountId]\n    var Namespace: js.UndefOr[Namespace]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeAccountCustomizationResponse {\n    @inline\n    def apply(\n        AccountCustomization: js.UndefOr[AccountCustomization] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        AwsAccountId: js.UndefOr[AwsAccountId] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeAccountCustomizationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountCustomization.foreach(__v => __obj.updateDynamic(\"AccountCustomization\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AwsAccountId.foreach(__v => __obj.updateDynamic(\"AwsAccountId\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccountCustomizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountSettingsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n  }\n\n  object DescribeAccountSettingsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId\n    ): DescribeAccountSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAccountSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountSettingsResponse extends js.Object {\n    var AccountSettings: js.UndefOr[AccountSettings]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeAccountSettingsResponse {\n    @inline\n    def apply(\n        AccountSettings: js.UndefOr[AccountSettings] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeAccountSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountSettings.foreach(__v => __obj.updateDynamic(\"AccountSettings\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccountSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAnalysisPermissionsRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n  }\n\n  object DescribeAnalysisPermissionsRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId\n    ): DescribeAnalysisPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAnalysisPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAnalysisPermissionsResponse extends js.Object {\n    var AnalysisArn: js.UndefOr[Arn]\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeAnalysisPermissionsResponse {\n    @inline\n    def apply(\n        AnalysisArn: js.UndefOr[Arn] = js.undefined,\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeAnalysisPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisArn.foreach(__v => __obj.updateDynamic(\"AnalysisArn\")(__v.asInstanceOf[js.Any]))\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnalysisPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAnalysisRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n  }\n\n  object DescribeAnalysisRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId\n    ): DescribeAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAnalysisResponse extends js.Object {\n    var Analysis: js.UndefOr[Analysis]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeAnalysisResponse {\n    @inline\n    def apply(\n        Analysis: js.UndefOr[Analysis] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      Analysis.foreach(__v => __obj.updateDynamic(\"Analysis\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDashboardPermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n  }\n\n  object DescribeDashboardPermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId\n    ): DescribeDashboardPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDashboardPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDashboardPermissionsResponse extends js.Object {\n    var DashboardArn: js.UndefOr[Arn]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDashboardPermissionsResponse {\n    @inline\n    def apply(\n        DashboardArn: js.UndefOr[Arn] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDashboardPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardArn.foreach(__v => __obj.updateDynamic(\"DashboardArn\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDashboardPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDashboardRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var AliasName: js.UndefOr[AliasName]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DescribeDashboardRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DescribeDashboardRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any]\n      )\n\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDashboardRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDashboardResponse extends js.Object {\n    var Dashboard: js.UndefOr[Dashboard]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDashboardResponse {\n    @inline\n    def apply(\n        Dashboard: js.UndefOr[Dashboard] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDashboardResponse = {\n      val __obj = js.Dynamic.literal()\n      Dashboard.foreach(__v => __obj.updateDynamic(\"Dashboard\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDashboardResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSetPermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n  }\n\n  object DescribeDataSetPermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId\n    ): DescribeDataSetPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDataSetPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSetPermissionsResponse extends js.Object {\n    var DataSetArn: js.UndefOr[Arn]\n    var DataSetId: js.UndefOr[ResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDataSetPermissionsResponse {\n    @inline\n    def apply(\n        DataSetArn: js.UndefOr[Arn] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDataSetPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSetArn.foreach(__v => __obj.updateDynamic(\"DataSetArn\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSetPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSetRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n  }\n\n  object DescribeDataSetRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId\n    ): DescribeDataSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDataSetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSetResponse extends js.Object {\n    var DataSet: js.UndefOr[DataSet]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDataSetResponse {\n    @inline\n    def apply(\n        DataSet: js.UndefOr[DataSet] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDataSetResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSet.foreach(__v => __obj.updateDynamic(\"DataSet\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSourcePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n  }\n\n  object DescribeDataSourcePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId\n    ): DescribeDataSourcePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDataSourcePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSourcePermissionsResponse extends js.Object {\n    var DataSourceArn: js.UndefOr[Arn]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDataSourcePermissionsResponse {\n    @inline\n    def apply(\n        DataSourceArn: js.UndefOr[Arn] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDataSourcePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSourceArn.foreach(__v => __obj.updateDynamic(\"DataSourceArn\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSourcePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSourceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n  }\n\n  object DescribeDataSourceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId\n    ): DescribeDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDataSourceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataSourceResponse extends js.Object {\n    var DataSource: js.UndefOr[DataSource]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeDataSourceResponse {\n    @inline\n    def apply(\n        DataSource: js.UndefOr[DataSource] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSource.foreach(__v => __obj.updateDynamic(\"DataSource\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataSourceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeGroupRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var Namespace: Namespace\n  }\n\n  object DescribeGroupRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        Namespace: Namespace\n    ): DescribeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeGroupResponse extends js.Object {\n    var Group: js.UndefOr[Group]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeGroupResponse {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeIAMPolicyAssignmentRequest extends js.Object {\n    var AssignmentName: IAMPolicyAssignmentName\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n  }\n\n  object DescribeIAMPolicyAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentName: IAMPolicyAssignmentName,\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace\n    ): DescribeIAMPolicyAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentName\" -> AssignmentName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIAMPolicyAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeIAMPolicyAssignmentResponse extends js.Object {\n    var IAMPolicyAssignment: js.UndefOr[IAMPolicyAssignment]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeIAMPolicyAssignmentResponse {\n    @inline\n    def apply(\n        IAMPolicyAssignment: js.UndefOr[IAMPolicyAssignment] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeIAMPolicyAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      IAMPolicyAssignment.foreach(__v => __obj.updateDynamic(\"IAMPolicyAssignment\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeIAMPolicyAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeIngestionRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: String\n    var IngestionId: IngestionId\n  }\n\n  object DescribeIngestionRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: String,\n        IngestionId: IngestionId\n    ): DescribeIngestionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any],\n        \"IngestionId\" -> IngestionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeIngestionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeIngestionResponse extends js.Object {\n    var Ingestion: js.UndefOr[Ingestion]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeIngestionResponse {\n    @inline\n    def apply(\n        Ingestion: js.UndefOr[Ingestion] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeIngestionResponse = {\n      val __obj = js.Dynamic.literal()\n      Ingestion.foreach(__v => __obj.updateDynamic(\"Ingestion\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeIngestionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeNamespaceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n  }\n\n  object DescribeNamespaceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace\n    ): DescribeNamespaceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeNamespaceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeNamespaceResponse extends js.Object {\n    var Namespace: js.UndefOr[NamespaceInfoV2]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object DescribeNamespaceResponse {\n    @inline\n    def apply(\n        Namespace: js.UndefOr[NamespaceInfoV2] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): DescribeNamespaceResponse = {\n      val __obj = js.Dynamic.literal()\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNamespaceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplateAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n  }\n\n  object DescribeTemplateAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId\n    ): DescribeTemplateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTemplateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplateAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateAlias: js.UndefOr[TemplateAlias]\n  }\n\n  object DescribeTemplateAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateAlias: js.UndefOr[TemplateAlias] = js.undefined\n    ): DescribeTemplateAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateAlias.foreach(__v => __obj.updateDynamic(\"TemplateAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTemplateAliasResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplatePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n  }\n\n  object DescribeTemplatePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId\n    ): DescribeTemplatePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTemplatePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplatePermissionsResponse extends js.Object {\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateArn: js.UndefOr[Arn]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DescribeTemplatePermissionsResponse {\n    @inline\n    def apply(\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateArn: js.UndefOr[Arn] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DescribeTemplatePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateArn.foreach(__v => __obj.updateDynamic(\"TemplateArn\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTemplatePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplateRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var AliasName: js.UndefOr[AliasName]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DescribeTemplateRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DescribeTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTemplateResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var Template: js.UndefOr[Template]\n  }\n\n  object DescribeTemplateResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        Template: js.UndefOr[Template] = js.undefined\n    ): DescribeTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Template.foreach(__v => __obj.updateDynamic(\"Template\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeThemeAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n  }\n\n  object DescribeThemeAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId\n    ): DescribeThemeAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeThemeAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeThemeAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeAlias: js.UndefOr[ThemeAlias]\n  }\n\n  object DescribeThemeAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeAlias: js.UndefOr[ThemeAlias] = js.undefined\n    ): DescribeThemeAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeAlias.foreach(__v => __obj.updateDynamic(\"ThemeAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeThemeAliasResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeThemePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n  }\n\n  object DescribeThemePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId\n    ): DescribeThemePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeThemePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeThemePermissionsResponse extends js.Object {\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeArn: js.UndefOr[Arn]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object DescribeThemePermissionsResponse {\n    @inline\n    def apply(\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): DescribeThemePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeThemePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeThemeRequest extends js.Object {\n    var AwsAccountId: AwsAndAccountId\n    var ThemeId: RestrictiveResourceId\n    var AliasName: js.UndefOr[AliasName]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object DescribeThemeRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAndAccountId,\n        ThemeId: RestrictiveResourceId,\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): DescribeThemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeThemeRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeThemeResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var Theme: js.UndefOr[Theme]\n  }\n\n  object DescribeThemeResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        Theme: js.UndefOr[Theme] = js.undefined\n    ): DescribeThemeResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Theme.foreach(__v => __obj.updateDynamic(\"Theme\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeThemeResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeUserRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var UserName: UserName\n  }\n\n  object DescribeUserRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        UserName: UserName\n    ): DescribeUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeUserRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUserResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var User: js.UndefOr[User]\n  }\n\n  object DescribeUserResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        User: js.UndefOr[User] = js.undefined\n    ): DescribeUserResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Edition extends js.Any\n  object Edition {\n    val STANDARD = \"STANDARD\".asInstanceOf[Edition]\n    val ENTERPRISE = \"ENTERPRISE\".asInstanceOf[Edition]\n\n    @inline def values = js.Array(STANDARD, ENTERPRISE)\n  }\n\n  @js.native\n  sealed trait EmbeddingIdentityType extends js.Any\n  object EmbeddingIdentityType {\n    val IAM = \"IAM\".asInstanceOf[EmbeddingIdentityType]\n    val QUICKSIGHT = \"QUICKSIGHT\".asInstanceOf[EmbeddingIdentityType]\n    val ANONYMOUS = \"ANONYMOUS\".asInstanceOf[EmbeddingIdentityType]\n\n    @inline def values = js.Array(IAM, QUICKSIGHT, ANONYMOUS)\n  }\n\n  \/** Error information for the SPICE ingestion of a dataset.\n    *\/\n  @js.native\n  trait ErrorInfo extends js.Object {\n    var Message: js.UndefOr[String]\n    var Type: js.UndefOr[IngestionErrorType]\n  }\n\n  object ErrorInfo {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[IngestionErrorType] = js.undefined\n    ): ErrorInfo = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorInfo]\n    }\n  }\n\n  \/** Export to .csv option.\n    *\/\n  @js.native\n  trait ExportToCSVOption extends js.Object {\n    var AvailabilityStatus: js.UndefOr[DashboardBehavior]\n  }\n\n  object ExportToCSVOption {\n    @inline\n    def apply(\n        AvailabilityStatus: js.UndefOr[DashboardBehavior] = js.undefined\n    ): ExportToCSVOption = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityStatus.foreach(__v => __obj.updateDynamic(\"AvailabilityStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportToCSVOption]\n    }\n  }\n\n  \/** A FieldFolder element is a folder that contains fields and nested subfolders.\n    *\/\n  @js.native\n  trait FieldFolder extends js.Object {\n    var columns: js.UndefOr[FolderColumnList]\n    var description: js.UndefOr[FieldFolderDescription]\n  }\n\n  object FieldFolder {\n    @inline\n    def apply(\n        columns: js.UndefOr[FolderColumnList] = js.undefined,\n        description: js.UndefOr[FieldFolderDescription] = js.undefined\n    ): FieldFolder = {\n      val __obj = js.Dynamic.literal()\n      columns.foreach(__v => __obj.updateDynamic(\"columns\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldFolder]\n    }\n  }\n\n  @js.native\n  sealed trait FileFormat extends js.Any\n  object FileFormat {\n    val CSV = \"CSV\".asInstanceOf[FileFormat]\n    val TSV = \"TSV\".asInstanceOf[FileFormat]\n    val CLF = \"CLF\".asInstanceOf[FileFormat]\n    val ELF = \"ELF\".asInstanceOf[FileFormat]\n    val XLSX = \"XLSX\".asInstanceOf[FileFormat]\n    val JSON = \"JSON\".asInstanceOf[FileFormat]\n\n    @inline def values = js.Array(CSV, TSV, CLF, ELF, XLSX, JSON)\n  }\n\n  \/** A transform operation that filters rows based on a condition.\n    *\/\n  @js.native\n  trait FilterOperation extends js.Object {\n    var ConditionExpression: Expression\n  }\n\n  object FilterOperation {\n    @inline\n    def apply(\n        ConditionExpression: Expression\n    ): FilterOperation = {\n      val __obj = js.Dynamic.literal(\n        \"ConditionExpression\" -> ConditionExpression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FilterOperation]\n    }\n  }\n\n  @js.native\n  sealed trait FilterOperator extends js.Any\n  object FilterOperator {\n    val StringEquals = \"StringEquals\".asInstanceOf[FilterOperator]\n\n    @inline def values = js.Array(StringEquals)\n  }\n\n  \/** Geospatial column group that denotes a hierarchy.\n    *\/\n  @js.native\n  trait GeoSpatialColumnGroup extends js.Object {\n    var Columns: ColumnList\n    var CountryCode: GeoSpatialCountryCode\n    var Name: ColumnGroupName\n  }\n\n  object GeoSpatialColumnGroup {\n    @inline\n    def apply(\n        Columns: ColumnList,\n        CountryCode: GeoSpatialCountryCode,\n        Name: ColumnGroupName\n    ): GeoSpatialColumnGroup = {\n      val __obj = js.Dynamic.literal(\n        \"Columns\" -> Columns.asInstanceOf[js.Any],\n        \"CountryCode\" -> CountryCode.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GeoSpatialColumnGroup]\n    }\n  }\n\n  @js.native\n  sealed trait GeoSpatialCountryCode extends js.Any\n  object GeoSpatialCountryCode {\n    val US = \"US\".asInstanceOf[GeoSpatialCountryCode]\n\n    @inline def values = js.Array(US)\n  }\n\n  @js.native\n  sealed trait GeoSpatialDataRole extends js.Any\n  object GeoSpatialDataRole {\n    val COUNTRY = \"COUNTRY\".asInstanceOf[GeoSpatialDataRole]\n    val STATE = \"STATE\".asInstanceOf[GeoSpatialDataRole]\n    val COUNTY = \"COUNTY\".asInstanceOf[GeoSpatialDataRole]\n    val CITY = \"CITY\".asInstanceOf[GeoSpatialDataRole]\n    val POSTCODE = \"POSTCODE\".asInstanceOf[GeoSpatialDataRole]\n    val LONGITUDE = \"LONGITUDE\".asInstanceOf[GeoSpatialDataRole]\n    val LATITUDE = \"LATITUDE\".asInstanceOf[GeoSpatialDataRole]\n\n    @inline def values = js.Array(COUNTRY, STATE, COUNTY, CITY, POSTCODE, LONGITUDE, LATITUDE)\n  }\n\n  @js.native\n  trait GetDashboardEmbedUrlRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var IdentityType: EmbeddingIdentityType\n    var AdditionalDashboardIds: js.UndefOr[AdditionalDashboardIdList]\n    var Namespace: js.UndefOr[Namespace]\n    var ResetDisabled: js.UndefOr[Boolean]\n    var SessionLifetimeInMinutes: js.UndefOr[SessionLifetimeInMinutes]\n    var StatePersistenceEnabled: js.UndefOr[Boolean]\n    var UndoRedoDisabled: js.UndefOr[Boolean]\n    var UserArn: js.UndefOr[Arn]\n  }\n\n  object GetDashboardEmbedUrlRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        IdentityType: EmbeddingIdentityType,\n        AdditionalDashboardIds: js.UndefOr[AdditionalDashboardIdList] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        ResetDisabled: js.UndefOr[Boolean] = js.undefined,\n        SessionLifetimeInMinutes: js.UndefOr[SessionLifetimeInMinutes] = js.undefined,\n        StatePersistenceEnabled: js.UndefOr[Boolean] = js.undefined,\n        UndoRedoDisabled: js.UndefOr[Boolean] = js.undefined,\n        UserArn: js.UndefOr[Arn] = js.undefined\n    ): GetDashboardEmbedUrlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any],\n        \"IdentityType\" -> IdentityType.asInstanceOf[js.Any]\n      )\n\n      AdditionalDashboardIds.foreach(__v => __obj.updateDynamic(\"AdditionalDashboardIds\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      ResetDisabled.foreach(__v => __obj.updateDynamic(\"ResetDisabled\")(__v.asInstanceOf[js.Any]))\n      SessionLifetimeInMinutes.foreach(__v => __obj.updateDynamic(\"SessionLifetimeInMinutes\")(__v.asInstanceOf[js.Any]))\n      StatePersistenceEnabled.foreach(__v => __obj.updateDynamic(\"StatePersistenceEnabled\")(__v.asInstanceOf[js.Any]))\n      UndoRedoDisabled.foreach(__v => __obj.updateDynamic(\"UndoRedoDisabled\")(__v.asInstanceOf[js.Any]))\n      UserArn.foreach(__v => __obj.updateDynamic(\"UserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDashboardEmbedUrlRequest]\n    }\n  }\n\n  \/** Output returned from the <code>GetDashboardEmbedUrl<\/code> operation.\n    *\/\n  @js.native\n  trait GetDashboardEmbedUrlResponse extends js.Object {\n    var EmbedUrl: js.UndefOr[EmbeddingUrl]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object GetDashboardEmbedUrlResponse {\n    @inline\n    def apply(\n        EmbedUrl: js.UndefOr[EmbeddingUrl] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): GetDashboardEmbedUrlResponse = {\n      val __obj = js.Dynamic.literal()\n      EmbedUrl.foreach(__v => __obj.updateDynamic(\"EmbedUrl\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDashboardEmbedUrlResponse]\n    }\n  }\n\n  @js.native\n  trait GetSessionEmbedUrlRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var EntryPoint: js.UndefOr[EntryPoint]\n    var SessionLifetimeInMinutes: js.UndefOr[SessionLifetimeInMinutes]\n    var UserArn: js.UndefOr[Arn]\n  }\n\n  object GetSessionEmbedUrlRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        EntryPoint: js.UndefOr[EntryPoint] = js.undefined,\n        SessionLifetimeInMinutes: js.UndefOr[SessionLifetimeInMinutes] = js.undefined,\n        UserArn: js.UndefOr[Arn] = js.undefined\n    ): GetSessionEmbedUrlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      EntryPoint.foreach(__v => __obj.updateDynamic(\"EntryPoint\")(__v.asInstanceOf[js.Any]))\n      SessionLifetimeInMinutes.foreach(__v => __obj.updateDynamic(\"SessionLifetimeInMinutes\")(__v.asInstanceOf[js.Any]))\n      UserArn.foreach(__v => __obj.updateDynamic(\"UserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSessionEmbedUrlRequest]\n    }\n  }\n\n  @js.native\n  trait GetSessionEmbedUrlResponse extends js.Object {\n    var EmbedUrl: js.UndefOr[EmbeddingUrl]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object GetSessionEmbedUrlResponse {\n    @inline\n    def apply(\n        EmbedUrl: js.UndefOr[EmbeddingUrl] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): GetSessionEmbedUrlResponse = {\n      val __obj = js.Dynamic.literal()\n      EmbedUrl.foreach(__v => __obj.updateDynamic(\"EmbedUrl\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSessionEmbedUrlResponse]\n    }\n  }\n\n  \/** A <i>group<\/i> in Amazon QuickSight consists of a set of users. You can use groups to make it easier to manage access and security.\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var Description: js.UndefOr[GroupDescription]\n    var GroupName: js.UndefOr[GroupName]\n    var PrincipalId: js.UndefOr[String]\n  }\n\n  object Group {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        Description: js.UndefOr[GroupDescription] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        PrincipalId: js.UndefOr[String] = js.undefined\n    ): Group = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      PrincipalId.foreach(__v => __obj.updateDynamic(\"PrincipalId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  \/** A member of an Amazon QuickSight group. Currently, group members must be users. Groups can't be members of another group. .\n    *\/\n  @js.native\n  trait GroupMember extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var MemberName: js.UndefOr[GroupMemberName]\n  }\n\n  object GroupMember {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        MemberName: js.UndefOr[GroupMemberName] = js.undefined\n    ): GroupMember = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      MemberName.foreach(__v => __obj.updateDynamic(\"MemberName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupMember]\n    }\n  }\n\n  \/** The display options for gutter spacing between tiles on a sheet.\n    *\/\n  @js.native\n  trait GutterStyle extends js.Object {\n    var Show: js.UndefOr[Boolean]\n  }\n\n  object GutterStyle {\n    @inline\n    def apply(\n        Show: js.UndefOr[Boolean] = js.undefined\n    ): GutterStyle = {\n      val __obj = js.Dynamic.literal()\n      Show.foreach(__v => __obj.updateDynamic(\"Show\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GutterStyle]\n    }\n  }\n\n  \/** An AWS Identity and Access Management (IAM) policy assignment.\n    *\/\n  @js.native\n  trait IAMPolicyAssignment extends js.Object {\n    var AssignmentId: js.UndefOr[String]\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var AwsAccountId: js.UndefOr[AwsAccountId]\n    var Identities: js.UndefOr[IdentityMap]\n    var PolicyArn: js.UndefOr[Arn]\n  }\n\n  object IAMPolicyAssignment {\n    @inline\n    def apply(\n        AssignmentId: js.UndefOr[String] = js.undefined,\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        AwsAccountId: js.UndefOr[AwsAccountId] = js.undefined,\n        Identities: js.UndefOr[IdentityMap] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined\n    ): IAMPolicyAssignment = {\n      val __obj = js.Dynamic.literal()\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      AwsAccountId.foreach(__v => __obj.updateDynamic(\"AwsAccountId\")(__v.asInstanceOf[js.Any]))\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IAMPolicyAssignment]\n    }\n  }\n\n  \/** IAM policy assignment summary.\n    *\/\n  @js.native\n  trait IAMPolicyAssignmentSummary extends js.Object {\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n  }\n\n  object IAMPolicyAssignmentSummary {\n    @inline\n    def apply(\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined\n    ): IAMPolicyAssignmentSummary = {\n      val __obj = js.Dynamic.literal()\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IAMPolicyAssignmentSummary]\n    }\n  }\n\n  @js.native\n  sealed trait IdentityStore extends js.Any\n  object IdentityStore {\n    val QUICKSIGHT = \"QUICKSIGHT\".asInstanceOf[IdentityStore]\n\n    @inline def values = js.Array(QUICKSIGHT)\n  }\n\n  @js.native\n  sealed trait IdentityType extends js.Any\n  object IdentityType {\n    val IAM = \"IAM\".asInstanceOf[IdentityType]\n    val QUICKSIGHT = \"QUICKSIGHT\".asInstanceOf[IdentityType]\n\n    @inline def values = js.Array(IAM, QUICKSIGHT)\n  }\n\n  \/** Information about the SPICE ingestion for a dataset.\n    *\/\n  @js.native\n  trait Ingestion extends js.Object {\n    var Arn: Arn\n    var CreatedTime: timestamp\n    var IngestionStatus: IngestionStatus\n    var ErrorInfo: js.UndefOr[ErrorInfo]\n    var IngestionId: js.UndefOr[IngestionId]\n    var IngestionSizeInBytes: js.UndefOr[Double]\n    var IngestionTimeInSeconds: js.UndefOr[Double]\n    var QueueInfo: js.UndefOr[QueueInfo]\n    var RequestSource: js.UndefOr[IngestionRequestSource]\n    var RequestType: js.UndefOr[IngestionRequestType]\n    var RowInfo: js.UndefOr[RowInfo]\n  }\n\n  object Ingestion {\n    @inline\n    def apply(\n        Arn: Arn,\n        CreatedTime: timestamp,\n        IngestionStatus: IngestionStatus,\n        ErrorInfo: js.UndefOr[ErrorInfo] = js.undefined,\n        IngestionId: js.UndefOr[IngestionId] = js.undefined,\n        IngestionSizeInBytes: js.UndefOr[Double] = js.undefined,\n        IngestionTimeInSeconds: js.UndefOr[Double] = js.undefined,\n        QueueInfo: js.UndefOr[QueueInfo] = js.undefined,\n        RequestSource: js.UndefOr[IngestionRequestSource] = js.undefined,\n        RequestType: js.UndefOr[IngestionRequestType] = js.undefined,\n        RowInfo: js.UndefOr[RowInfo] = js.undefined\n    ): Ingestion = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"CreatedTime\" -> CreatedTime.asInstanceOf[js.Any],\n        \"IngestionStatus\" -> IngestionStatus.asInstanceOf[js.Any]\n      )\n\n      ErrorInfo.foreach(__v => __obj.updateDynamic(\"ErrorInfo\")(__v.asInstanceOf[js.Any]))\n      IngestionId.foreach(__v => __obj.updateDynamic(\"IngestionId\")(__v.asInstanceOf[js.Any]))\n      IngestionSizeInBytes.foreach(__v => __obj.updateDynamic(\"IngestionSizeInBytes\")(__v.asInstanceOf[js.Any]))\n      IngestionTimeInSeconds.foreach(__v => __obj.updateDynamic(\"IngestionTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      QueueInfo.foreach(__v => __obj.updateDynamic(\"QueueInfo\")(__v.asInstanceOf[js.Any]))\n      RequestSource.foreach(__v => __obj.updateDynamic(\"RequestSource\")(__v.asInstanceOf[js.Any]))\n      RequestType.foreach(__v => __obj.updateDynamic(\"RequestType\")(__v.asInstanceOf[js.Any]))\n      RowInfo.foreach(__v => __obj.updateDynamic(\"RowInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ingestion]\n    }\n  }\n\n  @js.native\n  sealed trait IngestionErrorType extends js.Any\n  object IngestionErrorType {\n    val FAILURE_TO_ASSUME_ROLE = \"FAILURE_TO_ASSUME_ROLE\".asInstanceOf[IngestionErrorType]\n    val INGESTION_SUPERSEDED = \"INGESTION_SUPERSEDED\".asInstanceOf[IngestionErrorType]\n    val INGESTION_CANCELED = \"INGESTION_CANCELED\".asInstanceOf[IngestionErrorType]\n    val DATA_SET_DELETED = \"DATA_SET_DELETED\".asInstanceOf[IngestionErrorType]\n    val DATA_SET_NOT_SPICE = \"DATA_SET_NOT_SPICE\".asInstanceOf[IngestionErrorType]\n    val S3_UPLOADED_FILE_DELETED = \"S3_UPLOADED_FILE_DELETED\".asInstanceOf[IngestionErrorType]\n    val S3_MANIFEST_ERROR = \"S3_MANIFEST_ERROR\".asInstanceOf[IngestionErrorType]\n    val DATA_TOLERANCE_EXCEPTION = \"DATA_TOLERANCE_EXCEPTION\".asInstanceOf[IngestionErrorType]\n    val SPICE_TABLE_NOT_FOUND = \"SPICE_TABLE_NOT_FOUND\".asInstanceOf[IngestionErrorType]\n    val DATA_SET_SIZE_LIMIT_EXCEEDED = \"DATA_SET_SIZE_LIMIT_EXCEEDED\".asInstanceOf[IngestionErrorType]\n    val ROW_SIZE_LIMIT_EXCEEDED = \"ROW_SIZE_LIMIT_EXCEEDED\".asInstanceOf[IngestionErrorType]\n    val ACCOUNT_CAPACITY_LIMIT_EXCEEDED = \"ACCOUNT_CAPACITY_LIMIT_EXCEEDED\".asInstanceOf[IngestionErrorType]\n    val CUSTOMER_ERROR = \"CUSTOMER_ERROR\".asInstanceOf[IngestionErrorType]\n    val DATA_SOURCE_NOT_FOUND = \"DATA_SOURCE_NOT_FOUND\".asInstanceOf[IngestionErrorType]\n    val IAM_ROLE_NOT_AVAILABLE = \"IAM_ROLE_NOT_AVAILABLE\".asInstanceOf[IngestionErrorType]\n    val CONNECTION_FAILURE = \"CONNECTION_FAILURE\".asInstanceOf[IngestionErrorType]\n    val SQL_TABLE_NOT_FOUND = \"SQL_TABLE_NOT_FOUND\".asInstanceOf[IngestionErrorType]\n    val PERMISSION_DENIED = \"PERMISSION_DENIED\".asInstanceOf[IngestionErrorType]\n    val SSL_CERTIFICATE_VALIDATION_FAILURE = \"SSL_CERTIFICATE_VALIDATION_FAILURE\".asInstanceOf[IngestionErrorType]\n    val OAUTH_TOKEN_FAILURE = \"OAUTH_TOKEN_FAILURE\".asInstanceOf[IngestionErrorType]\n    val SOURCE_API_LIMIT_EXCEEDED_FAILURE = \"SOURCE_API_LIMIT_EXCEEDED_FAILURE\".asInstanceOf[IngestionErrorType]\n    val PASSWORD_AUTHENTICATION_FAILURE = \"PASSWORD_AUTHENTICATION_FAILURE\".asInstanceOf[IngestionErrorType]\n    val SQL_SCHEMA_MISMATCH_ERROR = \"SQL_SCHEMA_MISMATCH_ERROR\".asInstanceOf[IngestionErrorType]\n    val INVALID_DATE_FORMAT = \"INVALID_DATE_FORMAT\".asInstanceOf[IngestionErrorType]\n    val INVALID_DATAPREP_SYNTAX = \"INVALID_DATAPREP_SYNTAX\".asInstanceOf[IngestionErrorType]\n    val SOURCE_RESOURCE_LIMIT_EXCEEDED = \"SOURCE_RESOURCE_LIMIT_EXCEEDED\".asInstanceOf[IngestionErrorType]\n    val SQL_INVALID_PARAMETER_VALUE = \"SQL_INVALID_PARAMETER_VALUE\".asInstanceOf[IngestionErrorType]\n    val QUERY_TIMEOUT = \"QUERY_TIMEOUT\".asInstanceOf[IngestionErrorType]\n    val SQL_NUMERIC_OVERFLOW = \"SQL_NUMERIC_OVERFLOW\".asInstanceOf[IngestionErrorType]\n    val UNRESOLVABLE_HOST = \"UNRESOLVABLE_HOST\".asInstanceOf[IngestionErrorType]\n    val UNROUTABLE_HOST = \"UNROUTABLE_HOST\".asInstanceOf[IngestionErrorType]\n    val SQL_EXCEPTION = \"SQL_EXCEPTION\".asInstanceOf[IngestionErrorType]\n    val S3_FILE_INACCESSIBLE = \"S3_FILE_INACCESSIBLE\".asInstanceOf[IngestionErrorType]\n    val IOT_FILE_NOT_FOUND = \"IOT_FILE_NOT_FOUND\".asInstanceOf[IngestionErrorType]\n    val IOT_DATA_SET_FILE_EMPTY = \"IOT_DATA_SET_FILE_EMPTY\".asInstanceOf[IngestionErrorType]\n    val INVALID_DATA_SOURCE_CONFIG = \"INVALID_DATA_SOURCE_CONFIG\".asInstanceOf[IngestionErrorType]\n    val DATA_SOURCE_AUTH_FAILED = \"DATA_SOURCE_AUTH_FAILED\".asInstanceOf[IngestionErrorType]\n    val DATA_SOURCE_CONNECTION_FAILED = \"DATA_SOURCE_CONNECTION_FAILED\".asInstanceOf[IngestionErrorType]\n    val FAILURE_TO_PROCESS_JSON_FILE = \"FAILURE_TO_PROCESS_JSON_FILE\".asInstanceOf[IngestionErrorType]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[IngestionErrorType]\n\n    @inline def values = js.Array(\n      FAILURE_TO_ASSUME_ROLE,\n      INGESTION_SUPERSEDED,\n      INGESTION_CANCELED,\n      DATA_SET_DELETED,\n      DATA_SET_NOT_SPICE,\n      S3_UPLOADED_FILE_DELETED,\n      S3_MANIFEST_ERROR,\n      DATA_TOLERANCE_EXCEPTION,\n      SPICE_TABLE_NOT_FOUND,\n      DATA_SET_SIZE_LIMIT_EXCEEDED,\n      ROW_SIZE_LIMIT_EXCEEDED,\n      ACCOUNT_CAPACITY_LIMIT_EXCEEDED,\n      CUSTOMER_ERROR,\n      DATA_SOURCE_NOT_FOUND,\n      IAM_ROLE_NOT_AVAILABLE,\n      CONNECTION_FAILURE,\n      SQL_TABLE_NOT_FOUND,\n      PERMISSION_DENIED,\n      SSL_CERTIFICATE_VALIDATION_FAILURE,\n      OAUTH_TOKEN_FAILURE,\n      SOURCE_API_LIMIT_EXCEEDED_FAILURE,\n      PASSWORD_AUTHENTICATION_FAILURE,\n      SQL_SCHEMA_MISMATCH_ERROR,\n      INVALID_DATE_FORMAT,\n      INVALID_DATAPREP_SYNTAX,\n      SOURCE_RESOURCE_LIMIT_EXCEEDED,\n      SQL_INVALID_PARAMETER_VALUE,\n      QUERY_TIMEOUT,\n      SQL_NUMERIC_OVERFLOW,\n      UNRESOLVABLE_HOST,\n      UNROUTABLE_HOST,\n      SQL_EXCEPTION,\n      S3_FILE_INACCESSIBLE,\n      IOT_FILE_NOT_FOUND,\n      IOT_DATA_SET_FILE_EMPTY,\n      INVALID_DATA_SOURCE_CONFIG,\n      DATA_SOURCE_AUTH_FAILED,\n      DATA_SOURCE_CONNECTION_FAILED,\n      FAILURE_TO_PROCESS_JSON_FILE,\n      INTERNAL_SERVICE_ERROR\n    )\n  }\n\n  @js.native\n  sealed trait IngestionRequestSource extends js.Any\n  object IngestionRequestSource {\n    val MANUAL = \"MANUAL\".asInstanceOf[IngestionRequestSource]\n    val SCHEDULED = \"SCHEDULED\".asInstanceOf[IngestionRequestSource]\n\n    @inline def values = js.Array(MANUAL, SCHEDULED)\n  }\n\n  @js.native\n  sealed trait IngestionRequestType extends js.Any\n  object IngestionRequestType {\n    val INITIAL_INGESTION = \"INITIAL_INGESTION\".asInstanceOf[IngestionRequestType]\n    val EDIT = \"EDIT\".asInstanceOf[IngestionRequestType]\n    val INCREMENTAL_REFRESH = \"INCREMENTAL_REFRESH\".asInstanceOf[IngestionRequestType]\n    val FULL_REFRESH = \"FULL_REFRESH\".asInstanceOf[IngestionRequestType]\n\n    @inline def values = js.Array(INITIAL_INGESTION, EDIT, INCREMENTAL_REFRESH, FULL_REFRESH)\n  }\n\n  @js.native\n  sealed trait IngestionStatus extends js.Any\n  object IngestionStatus {\n    val INITIALIZED = \"INITIALIZED\".asInstanceOf[IngestionStatus]\n    val QUEUED = \"QUEUED\".asInstanceOf[IngestionStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[IngestionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[IngestionStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[IngestionStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[IngestionStatus]\n\n    @inline def values = js.Array(INITIALIZED, QUEUED, RUNNING, FAILED, COMPLETED, CANCELLED)\n  }\n\n  \/** Metadata for a column that is used as the input of a transform operation.\n    *\/\n  @js.native\n  trait InputColumn extends js.Object {\n    var Name: ColumnName\n    var Type: InputColumnDataType\n  }\n\n  object InputColumn {\n    @inline\n    def apply(\n        Name: ColumnName,\n        Type: InputColumnDataType\n    ): InputColumn = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputColumn]\n    }\n  }\n\n  @js.native\n  sealed trait InputColumnDataType extends js.Any\n  object InputColumnDataType {\n    val STRING = \"STRING\".asInstanceOf[InputColumnDataType]\n    val INTEGER = \"INTEGER\".asInstanceOf[InputColumnDataType]\n    val DECIMAL = \"DECIMAL\".asInstanceOf[InputColumnDataType]\n    val DATETIME = \"DATETIME\".asInstanceOf[InputColumnDataType]\n    val BIT = \"BIT\".asInstanceOf[InputColumnDataType]\n    val BOOLEAN = \"BOOLEAN\".asInstanceOf[InputColumnDataType]\n    val JSON = \"JSON\".asInstanceOf[InputColumnDataType]\n\n    @inline def values = js.Array(STRING, INTEGER, DECIMAL, DATETIME, BIT, BOOLEAN, JSON)\n  }\n\n  \/** An integer parameter.\n    *\/\n  @js.native\n  trait IntegerParameter extends js.Object {\n    var Name: NonEmptyString\n    var Values: LongList\n  }\n\n  object IntegerParameter {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Values: LongList\n    ): IntegerParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IntegerParameter]\n    }\n  }\n\n  \/** Jira parameters.\n    *\/\n  @js.native\n  trait JiraParameters extends js.Object {\n    var SiteBaseUrl: SiteBaseUrl\n  }\n\n  object JiraParameters {\n    @inline\n    def apply(\n        SiteBaseUrl: SiteBaseUrl\n    ): JiraParameters = {\n      val __obj = js.Dynamic.literal(\n        \"SiteBaseUrl\" -> SiteBaseUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[JiraParameters]\n    }\n  }\n\n  \/** The instructions associated with a join.\n    *\/\n  @js.native\n  trait JoinInstruction extends js.Object {\n    var LeftOperand: LogicalTableId\n    var OnClause: OnClause\n    var RightOperand: LogicalTableId\n    var Type: JoinType\n    var LeftJoinKeyProperties: js.UndefOr[JoinKeyProperties]\n    var RightJoinKeyProperties: js.UndefOr[JoinKeyProperties]\n  }\n\n  object JoinInstruction {\n    @inline\n    def apply(\n        LeftOperand: LogicalTableId,\n        OnClause: OnClause,\n        RightOperand: LogicalTableId,\n        Type: JoinType,\n        LeftJoinKeyProperties: js.UndefOr[JoinKeyProperties] = js.undefined,\n        RightJoinKeyProperties: js.UndefOr[JoinKeyProperties] = js.undefined\n    ): JoinInstruction = {\n      val __obj = js.Dynamic.literal(\n        \"LeftOperand\" -> LeftOperand.asInstanceOf[js.Any],\n        \"OnClause\" -> OnClause.asInstanceOf[js.Any],\n        \"RightOperand\" -> RightOperand.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      LeftJoinKeyProperties.foreach(__v => __obj.updateDynamic(\"LeftJoinKeyProperties\")(__v.asInstanceOf[js.Any]))\n      RightJoinKeyProperties.foreach(__v => __obj.updateDynamic(\"RightJoinKeyProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JoinInstruction]\n    }\n  }\n\n  \/** Properties associated with the columns participating in a join.\n    *\/\n  @js.native\n  trait JoinKeyProperties extends js.Object {\n    var UniqueKey: js.UndefOr[Boolean]\n  }\n\n  object JoinKeyProperties {\n    @inline\n    def apply(\n        UniqueKey: js.UndefOr[Boolean] = js.undefined\n    ): JoinKeyProperties = {\n      val __obj = js.Dynamic.literal()\n      UniqueKey.foreach(__v => __obj.updateDynamic(\"UniqueKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JoinKeyProperties]\n    }\n  }\n\n  @js.native\n  sealed trait JoinType extends js.Any\n  object JoinType {\n    val INNER = \"INNER\".asInstanceOf[JoinType]\n    val OUTER = \"OUTER\".asInstanceOf[JoinType]\n    val LEFT = \"LEFT\".asInstanceOf[JoinType]\n    val RIGHT = \"RIGHT\".asInstanceOf[JoinType]\n\n    @inline def values = js.Array(INNER, OUTER, LEFT, RIGHT)\n  }\n\n  @js.native\n  trait ListAnalysesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAnalysesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAnalysesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalysesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAnalysesResponse extends js.Object {\n    var AnalysisSummaryList: js.UndefOr[AnalysisSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListAnalysesResponse {\n    @inline\n    def apply(\n        AnalysisSummaryList: js.UndefOr[AnalysisSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListAnalysesResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisSummaryList.foreach(__v => __obj.updateDynamic(\"AnalysisSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalysesResponse]\n    }\n  }\n\n  @js.native\n  trait ListDashboardVersionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDashboardVersionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDashboardVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDashboardVersionsResponse extends js.Object {\n    var DashboardVersionSummaryList: js.UndefOr[DashboardVersionSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListDashboardVersionsResponse {\n    @inline\n    def apply(\n        DashboardVersionSummaryList: js.UndefOr[DashboardVersionSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListDashboardVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardVersionSummaryList.foreach(__v => __obj.updateDynamic(\"DashboardVersionSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDashboardsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDashboardsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDashboardsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDashboardsResponse extends js.Object {\n    var DashboardSummaryList: js.UndefOr[DashboardSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListDashboardsResponse {\n    @inline\n    def apply(\n        DashboardSummaryList: js.UndefOr[DashboardSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListDashboardsResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardSummaryList.foreach(__v => __obj.updateDynamic(\"DashboardSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDashboardsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDataSetsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDataSetsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDataSetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataSetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDataSetsResponse extends js.Object {\n    var DataSetSummaries: js.UndefOr[DataSetSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListDataSetsResponse {\n    @inline\n    def apply(\n        DataSetSummaries: js.UndefOr[DataSetSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListDataSetsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSetSummaries.foreach(__v => __obj.updateDynamic(\"DataSetSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataSetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDataSourcesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListDataSourcesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListDataSourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataSourcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDataSourcesResponse extends js.Object {\n    var DataSources: js.UndefOr[DataSourceList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListDataSourcesResponse {\n    @inline\n    def apply(\n        DataSources: js.UndefOr[DataSourceList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListDataSourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSources.foreach(__v => __obj.updateDynamic(\"DataSources\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataSourcesResponse]\n    }\n  }\n\n  @js.native\n  trait ListGroupMembershipsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var Namespace: Namespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListGroupMembershipsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        Namespace: Namespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListGroupMembershipsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupMembershipsRequest]\n    }\n  }\n\n  @js.native\n  trait ListGroupMembershipsResponse extends js.Object {\n    var GroupMemberList: js.UndefOr[GroupMemberList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListGroupMembershipsResponse {\n    @inline\n    def apply(\n        GroupMemberList: js.UndefOr[GroupMemberList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListGroupMembershipsResponse = {\n      val __obj = js.Dynamic.literal()\n      GroupMemberList.foreach(__v => __obj.updateDynamic(\"GroupMemberList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupMembershipsResponse]\n    }\n  }\n\n  @js.native\n  trait ListGroupsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListGroupsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListGroupsResponse extends js.Object {\n    var GroupList: js.UndefOr[GroupList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListGroupsResponse {\n    @inline\n    def apply(\n        GroupList: js.UndefOr[GroupList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      GroupList.foreach(__v => __obj.updateDynamic(\"GroupList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListIAMPolicyAssignmentsForUserRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var UserName: UserName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListIAMPolicyAssignmentsForUserRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        UserName: UserName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListIAMPolicyAssignmentsForUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIAMPolicyAssignmentsForUserRequest]\n    }\n  }\n\n  @js.native\n  trait ListIAMPolicyAssignmentsForUserResponse extends js.Object {\n    var ActiveAssignments: js.UndefOr[ActiveIAMPolicyAssignmentList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListIAMPolicyAssignmentsForUserResponse {\n    @inline\n    def apply(\n        ActiveAssignments: js.UndefOr[ActiveIAMPolicyAssignmentList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListIAMPolicyAssignmentsForUserResponse = {\n      val __obj = js.Dynamic.literal()\n      ActiveAssignments.foreach(__v => __obj.updateDynamic(\"ActiveAssignments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIAMPolicyAssignmentsForUserResponse]\n    }\n  }\n\n  @js.native\n  trait ListIAMPolicyAssignmentsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListIAMPolicyAssignmentsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListIAMPolicyAssignmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIAMPolicyAssignmentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListIAMPolicyAssignmentsResponse extends js.Object {\n    var IAMPolicyAssignments: js.UndefOr[IAMPolicyAssignmentSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListIAMPolicyAssignmentsResponse {\n    @inline\n    def apply(\n        IAMPolicyAssignments: js.UndefOr[IAMPolicyAssignmentSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListIAMPolicyAssignmentsResponse = {\n      val __obj = js.Dynamic.literal()\n      IAMPolicyAssignments.foreach(__v => __obj.updateDynamic(\"IAMPolicyAssignments\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIAMPolicyAssignmentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListIngestionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: String\n    var MaxResults: js.UndefOr[IngestionMaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListIngestionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: String,\n        MaxResults: js.UndefOr[IngestionMaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListIngestionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIngestionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListIngestionsResponse extends js.Object {\n    var Ingestions: js.UndefOr[Ingestions]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListIngestionsResponse {\n    @inline\n    def apply(\n        Ingestions: js.UndefOr[Ingestions] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListIngestionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Ingestions.foreach(__v => __obj.updateDynamic(\"Ingestions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIngestionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListNamespacesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListNamespacesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListNamespacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamespacesRequest]\n    }\n  }\n\n  @js.native\n  trait ListNamespacesResponse extends js.Object {\n    var Namespaces: js.UndefOr[Namespaces]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListNamespacesResponse {\n    @inline\n    def apply(\n        Namespaces: js.UndefOr[Namespaces] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListNamespacesResponse = {\n      val __obj = js.Dynamic.literal()\n      Namespaces.foreach(__v => __obj.updateDynamic(\"Namespaces\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamespacesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTemplateAliasesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTemplateAliasesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTemplateAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplateAliasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTemplateAliasesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateAliasList: js.UndefOr[TemplateAliasList]\n  }\n\n  object ListTemplateAliasesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateAliasList: js.UndefOr[TemplateAliasList] = js.undefined\n    ): ListTemplateAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateAliasList.foreach(__v => __obj.updateDynamic(\"TemplateAliasList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplateAliasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTemplateVersionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTemplateVersionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTemplateVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplateVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTemplateVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateVersionSummaryList: js.UndefOr[TemplateVersionSummaryList]\n  }\n\n  object ListTemplateVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateVersionSummaryList: js.UndefOr[TemplateVersionSummaryList] = js.undefined\n    ): ListTemplateVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateVersionSummaryList.foreach(__v => __obj.updateDynamic(\"TemplateVersionSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplateVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTemplatesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTemplatesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTemplatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTemplatesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateSummaryList: js.UndefOr[TemplateSummaryList]\n  }\n\n  object ListTemplatesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateSummaryList: js.UndefOr[TemplateSummaryList] = js.undefined\n    ): ListTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateSummaryList.foreach(__v => __obj.updateDynamic(\"TemplateSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListThemeAliasesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListThemeAliasesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListThemeAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemeAliasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListThemeAliasesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeAliasList: js.UndefOr[ThemeAliasList]\n  }\n\n  object ListThemeAliasesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeAliasList: js.UndefOr[ThemeAliasList] = js.undefined\n    ): ListThemeAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeAliasList.foreach(__v => __obj.updateDynamic(\"ThemeAliasList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemeAliasesResponse]\n    }\n  }\n\n  @js.native\n  trait ListThemeVersionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListThemeVersionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListThemeVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemeVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListThemeVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeVersionSummaryList: js.UndefOr[ThemeVersionSummaryList]\n  }\n\n  object ListThemeVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeVersionSummaryList: js.UndefOr[ThemeVersionSummaryList] = js.undefined\n    ): ListThemeVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeVersionSummaryList.foreach(__v => __obj.updateDynamic(\"ThemeVersionSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemeVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListThemesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n    var Type: js.UndefOr[ThemeType]\n  }\n\n  object ListThemesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[ThemeType] = js.undefined\n    ): ListThemesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemesRequest]\n    }\n  }\n\n  @js.native\n  trait ListThemesResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeSummaryList: js.UndefOr[ThemeSummaryList]\n  }\n\n  object ListThemesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeSummaryList: js.UndefOr[ThemeSummaryList] = js.undefined\n    ): ListThemesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeSummaryList.foreach(__v => __obj.updateDynamic(\"ThemeSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListThemesResponse]\n    }\n  }\n\n  @js.native\n  trait ListUserGroupsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var UserName: UserName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListUserGroupsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        UserName: UserName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListUserGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListUserGroupsResponse extends js.Object {\n    var GroupList: js.UndefOr[GroupList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object ListUserGroupsResponse {\n    @inline\n    def apply(\n        GroupList: js.UndefOr[GroupList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): ListUserGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      GroupList.foreach(__v => __obj.updateDynamic(\"GroupList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListUsersRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListUsersRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersRequest]\n    }\n  }\n\n  @js.native\n  trait ListUsersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var UserList: js.UndefOr[UserList]\n  }\n\n  object ListUsersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        UserList: js.UndefOr[UserList] = js.undefined\n    ): ListUsersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserList.foreach(__v => __obj.updateDynamic(\"UserList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersResponse]\n    }\n  }\n\n  \/** A <i>logical table<\/i> is a unit that joins and that data transformations operate on. A logical table has a source, which can be either a physical table or result of a join. When a logical table points to a physical table, the logical table acts as a mutable copy of that physical table through transform operations.\n    *\/\n  @js.native\n  trait LogicalTable extends js.Object {\n    var Alias: LogicalTableAlias\n    var Source: LogicalTableSource\n    var DataTransforms: js.UndefOr[TransformOperationList]\n  }\n\n  object LogicalTable {\n    @inline\n    def apply(\n        Alias: LogicalTableAlias,\n        Source: LogicalTableSource,\n        DataTransforms: js.UndefOr[TransformOperationList] = js.undefined\n    ): LogicalTable = {\n      val __obj = js.Dynamic.literal(\n        \"Alias\" -> Alias.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      DataTransforms.foreach(__v => __obj.updateDynamic(\"DataTransforms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogicalTable]\n    }\n  }\n\n  \/** Information about the source of a logical table. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait LogicalTableSource extends js.Object {\n    var JoinInstruction: js.UndefOr[JoinInstruction]\n    var PhysicalTableId: js.UndefOr[PhysicalTableId]\n  }\n\n  object LogicalTableSource {\n    @inline\n    def apply(\n        JoinInstruction: js.UndefOr[JoinInstruction] = js.undefined,\n        PhysicalTableId: js.UndefOr[PhysicalTableId] = js.undefined\n    ): LogicalTableSource = {\n      val __obj = js.Dynamic.literal()\n      JoinInstruction.foreach(__v => __obj.updateDynamic(\"JoinInstruction\")(__v.asInstanceOf[js.Any]))\n      PhysicalTableId.foreach(__v => __obj.updateDynamic(\"PhysicalTableId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogicalTableSource]\n    }\n  }\n\n  \/** Amazon S3 manifest file location.\n    *\/\n  @js.native\n  trait ManifestFileLocation extends js.Object {\n    var Bucket: S3Bucket\n    var Key: S3Key\n  }\n\n  object ManifestFileLocation {\n    @inline\n    def apply(\n        Bucket: S3Bucket,\n        Key: S3Key\n    ): ManifestFileLocation = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ManifestFileLocation]\n    }\n  }\n\n  \/** The display options for margins around the outside edge of sheets.\n    *\/\n  @js.native\n  trait MarginStyle extends js.Object {\n    var Show: js.UndefOr[Boolean]\n  }\n\n  object MarginStyle {\n    @inline\n    def apply(\n        Show: js.UndefOr[Boolean] = js.undefined\n    ): MarginStyle = {\n      val __obj = js.Dynamic.literal()\n      Show.foreach(__v => __obj.updateDynamic(\"Show\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MarginStyle]\n    }\n  }\n\n  \/** MariaDB parameters.\n    *\/\n  @js.native\n  trait MariaDbParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object MariaDbParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): MariaDbParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MariaDbParameters]\n    }\n  }\n\n  \/** MySQL parameters.\n    *\/\n  @js.native\n  trait MySqlParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object MySqlParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): MySqlParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MySqlParameters]\n    }\n  }\n\n  \/** Errors that occur during namespace creation.\n    *\/\n  @js.native\n  trait NamespaceError extends js.Object {\n    var Message: js.UndefOr[String]\n    var Type: js.UndefOr[NamespaceErrorType]\n  }\n\n  object NamespaceError {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[NamespaceErrorType] = js.undefined\n    ): NamespaceError = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NamespaceError]\n    }\n  }\n\n  @js.native\n  sealed trait NamespaceErrorType extends js.Any\n  object NamespaceErrorType {\n    val PERMISSION_DENIED = \"PERMISSION_DENIED\".asInstanceOf[NamespaceErrorType]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[NamespaceErrorType]\n\n    @inline def values = js.Array(PERMISSION_DENIED, INTERNAL_SERVICE_ERROR)\n  }\n\n  \/** The error type.\n    *\/\n  @js.native\n  trait NamespaceInfoV2 extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CapacityRegion: js.UndefOr[String]\n    var CreationStatus: js.UndefOr[NamespaceStatus]\n    var IdentityStore: js.UndefOr[IdentityStore]\n    var Name: js.UndefOr[Namespace]\n    var NamespaceError: js.UndefOr[NamespaceError]\n  }\n\n  object NamespaceInfoV2 {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CapacityRegion: js.UndefOr[String] = js.undefined,\n        CreationStatus: js.UndefOr[NamespaceStatus] = js.undefined,\n        IdentityStore: js.UndefOr[IdentityStore] = js.undefined,\n        Name: js.UndefOr[Namespace] = js.undefined,\n        NamespaceError: js.UndefOr[NamespaceError] = js.undefined\n    ): NamespaceInfoV2 = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CapacityRegion.foreach(__v => __obj.updateDynamic(\"CapacityRegion\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      IdentityStore.foreach(__v => __obj.updateDynamic(\"IdentityStore\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NamespaceError.foreach(__v => __obj.updateDynamic(\"NamespaceError\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NamespaceInfoV2]\n    }\n  }\n\n  @js.native\n  sealed trait NamespaceStatus extends js.Any\n  object NamespaceStatus {\n    val CREATED = \"CREATED\".asInstanceOf[NamespaceStatus]\n    val CREATING = \"CREATING\".asInstanceOf[NamespaceStatus]\n    val DELETING = \"DELETING\".asInstanceOf[NamespaceStatus]\n    val RETRYABLE_FAILURE = \"RETRYABLE_FAILURE\".asInstanceOf[NamespaceStatus]\n    val NON_RETRYABLE_FAILURE = \"NON_RETRYABLE_FAILURE\".asInstanceOf[NamespaceStatus]\n\n    @inline def values = js.Array(CREATED, CREATING, DELETING, RETRYABLE_FAILURE, NON_RETRYABLE_FAILURE)\n  }\n\n  \/** Oracle parameters.\n    *\/\n  @js.native\n  trait OracleParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object OracleParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): OracleParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OracleParameters]\n    }\n  }\n\n  \/** Output column.\n    *\/\n  @js.native\n  trait OutputColumn extends js.Object {\n    var Description: js.UndefOr[ColumnDescriptiveText]\n    var Name: js.UndefOr[ColumnName]\n    var Type: js.UndefOr[ColumnDataType]\n  }\n\n  object OutputColumn {\n    @inline\n    def apply(\n        Description: js.UndefOr[ColumnDescriptiveText] = js.undefined,\n        Name: js.UndefOr[ColumnName] = js.undefined,\n        Type: js.UndefOr[ColumnDataType] = js.undefined\n    ): OutputColumn = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputColumn]\n    }\n  }\n\n  \/** A list of QuickSight parameters and the list's override values.\n    *\/\n  @js.native\n  trait Parameters extends js.Object {\n    var DateTimeParameters: js.UndefOr[DateTimeParameterList]\n    var DecimalParameters: js.UndefOr[DecimalParameterList]\n    var IntegerParameters: js.UndefOr[IntegerParameterList]\n    var StringParameters: js.UndefOr[StringParameterList]\n  }\n\n  object Parameters {\n    @inline\n    def apply(\n        DateTimeParameters: js.UndefOr[DateTimeParameterList] = js.undefined,\n        DecimalParameters: js.UndefOr[DecimalParameterList] = js.undefined,\n        IntegerParameters: js.UndefOr[IntegerParameterList] = js.undefined,\n        StringParameters: js.UndefOr[StringParameterList] = js.undefined\n    ): Parameters = {\n      val __obj = js.Dynamic.literal()\n      DateTimeParameters.foreach(__v => __obj.updateDynamic(\"DateTimeParameters\")(__v.asInstanceOf[js.Any]))\n      DecimalParameters.foreach(__v => __obj.updateDynamic(\"DecimalParameters\")(__v.asInstanceOf[js.Any]))\n      IntegerParameters.foreach(__v => __obj.updateDynamic(\"IntegerParameters\")(__v.asInstanceOf[js.Any]))\n      StringParameters.foreach(__v => __obj.updateDynamic(\"StringParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameters]\n    }\n  }\n\n  \/** A view of a data source that contains information about the shape of the data in the underlying source. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait PhysicalTable extends js.Object {\n    var CustomSql: js.UndefOr[CustomSql]\n    var RelationalTable: js.UndefOr[RelationalTable]\n    var S3Source: js.UndefOr[S3Source]\n  }\n\n  object PhysicalTable {\n    @inline\n    def apply(\n        CustomSql: js.UndefOr[CustomSql] = js.undefined,\n        RelationalTable: js.UndefOr[RelationalTable] = js.undefined,\n        S3Source: js.UndefOr[S3Source] = js.undefined\n    ): PhysicalTable = {\n      val __obj = js.Dynamic.literal()\n      CustomSql.foreach(__v => __obj.updateDynamic(\"CustomSql\")(__v.asInstanceOf[js.Any]))\n      RelationalTable.foreach(__v => __obj.updateDynamic(\"RelationalTable\")(__v.asInstanceOf[js.Any]))\n      S3Source.foreach(__v => __obj.updateDynamic(\"S3Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhysicalTable]\n    }\n  }\n\n  \/** PostgreSQL parameters.\n    *\/\n  @js.native\n  trait PostgreSqlParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object PostgreSqlParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): PostgreSqlParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PostgreSqlParameters]\n    }\n  }\n\n  \/** Presto parameters.\n    *\/\n  @js.native\n  trait PrestoParameters extends js.Object {\n    var Catalog: Catalog\n    var Host: Host\n    var Port: Port\n  }\n\n  object PrestoParameters {\n    @inline\n    def apply(\n        Catalog: Catalog,\n        Host: Host,\n        Port: Port\n    ): PrestoParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Catalog\" -> Catalog.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PrestoParameters]\n    }\n  }\n\n  \/** A transform operation that projects columns. Operations that come after a projection can only refer to projected columns.\n    *\/\n  @js.native\n  trait ProjectOperation extends js.Object {\n    var ProjectedColumns: ProjectedColumnList\n  }\n\n  object ProjectOperation {\n    @inline\n    def apply(\n        ProjectedColumns: ProjectedColumnList\n    ): ProjectOperation = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectedColumns\" -> ProjectedColumns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProjectOperation]\n    }\n  }\n\n  \/** Information about a queued dataset SPICE ingestion.\n    *\/\n  @js.native\n  trait QueueInfo extends js.Object {\n    var QueuedIngestion: String\n    var WaitingOnIngestion: String\n  }\n\n  object QueueInfo {\n    @inline\n    def apply(\n        QueuedIngestion: String,\n        WaitingOnIngestion: String\n    ): QueueInfo = {\n      val __obj = js.Dynamic.literal(\n        \"QueuedIngestion\" -> QueuedIngestion.asInstanceOf[js.Any],\n        \"WaitingOnIngestion\" -> WaitingOnIngestion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[QueueInfo]\n    }\n  }\n\n  \/** Amazon RDS parameters.\n    *\/\n  @js.native\n  trait RdsParameters extends js.Object {\n    var Database: Database\n    var InstanceId: InstanceId\n  }\n\n  object RdsParameters {\n    @inline\n    def apply(\n        Database: Database,\n        InstanceId: InstanceId\n    ): RdsParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RdsParameters]\n    }\n  }\n\n  \/** Amazon Redshift parameters. The <code>ClusterId<\/code> field can be blank if <code>Host<\/code> and <code>Port<\/code> are both set. The <code>Host<\/code> and <code>Port<\/code> fields can be blank if the <code>ClusterId<\/code> field is set.\n    *\/\n  @js.native\n  trait RedshiftParameters extends js.Object {\n    var Database: Database\n    var ClusterId: js.UndefOr[ClusterId]\n    var Host: js.UndefOr[Host]\n    var Port: js.UndefOr[OptionalPort]\n  }\n\n  object RedshiftParameters {\n    @inline\n    def apply(\n        Database: Database,\n        ClusterId: js.UndefOr[ClusterId] = js.undefined,\n        Host: js.UndefOr[Host] = js.undefined,\n        Port: js.UndefOr[OptionalPort] = js.undefined\n    ): RedshiftParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any]\n      )\n\n      ClusterId.foreach(__v => __obj.updateDynamic(\"ClusterId\")(__v.asInstanceOf[js.Any]))\n      Host.foreach(__v => __obj.updateDynamic(\"Host\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftParameters]\n    }\n  }\n\n  @js.native\n  trait RegisterUserRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Email: String\n    var IdentityType: IdentityType\n    var Namespace: Namespace\n    var UserRole: UserRole\n    var CustomPermissionsName: js.UndefOr[RoleName]\n    var IamArn: js.UndefOr[String]\n    var SessionName: js.UndefOr[RoleSessionName]\n    var UserName: js.UndefOr[UserName]\n  }\n\n  object RegisterUserRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Email: String,\n        IdentityType: IdentityType,\n        Namespace: Namespace,\n        UserRole: UserRole,\n        CustomPermissionsName: js.UndefOr[RoleName] = js.undefined,\n        IamArn: js.UndefOr[String] = js.undefined,\n        SessionName: js.UndefOr[RoleSessionName] = js.undefined,\n        UserName: js.UndefOr[UserName] = js.undefined\n    ): RegisterUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Email\" -> Email.asInstanceOf[js.Any],\n        \"IdentityType\" -> IdentityType.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"UserRole\" -> UserRole.asInstanceOf[js.Any]\n      )\n\n      CustomPermissionsName.foreach(__v => __obj.updateDynamic(\"CustomPermissionsName\")(__v.asInstanceOf[js.Any]))\n      IamArn.foreach(__v => __obj.updateDynamic(\"IamArn\")(__v.asInstanceOf[js.Any]))\n      SessionName.foreach(__v => __obj.updateDynamic(\"SessionName\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterUserRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterUserResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var User: js.UndefOr[User]\n    var UserInvitationUrl: js.UndefOr[String]\n  }\n\n  object RegisterUserResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        User: js.UndefOr[User] = js.undefined,\n        UserInvitationUrl: js.UndefOr[String] = js.undefined\n    ): RegisterUserResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      UserInvitationUrl.foreach(__v => __obj.updateDynamic(\"UserInvitationUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterUserResponse]\n    }\n  }\n\n  \/** A physical table type for relational data sources.\n    *\/\n  @js.native\n  trait RelationalTable extends js.Object {\n    var DataSourceArn: Arn\n    var InputColumns: InputColumnList\n    var Name: RelationalTableName\n    var Catalog: js.UndefOr[RelationalTableCatalog]\n    var Schema: js.UndefOr[RelationalTableSchema]\n  }\n\n  object RelationalTable {\n    @inline\n    def apply(\n        DataSourceArn: Arn,\n        InputColumns: InputColumnList,\n        Name: RelationalTableName,\n        Catalog: js.UndefOr[RelationalTableCatalog] = js.undefined,\n        Schema: js.UndefOr[RelationalTableSchema] = js.undefined\n    ): RelationalTable = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceArn\" -> DataSourceArn.asInstanceOf[js.Any],\n        \"InputColumns\" -> InputColumns.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Catalog.foreach(__v => __obj.updateDynamic(\"Catalog\")(__v.asInstanceOf[js.Any]))\n      Schema.foreach(__v => __obj.updateDynamic(\"Schema\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelationalTable]\n    }\n  }\n\n  \/** A transform operation that renames a column.\n    *\/\n  @js.native\n  trait RenameColumnOperation extends js.Object {\n    var ColumnName: ColumnName\n    var NewColumnName: ColumnName\n  }\n\n  object RenameColumnOperation {\n    @inline\n    def apply(\n        ColumnName: ColumnName,\n        NewColumnName: ColumnName\n    ): RenameColumnOperation = {\n      val __obj = js.Dynamic.literal(\n        \"ColumnName\" -> ColumnName.asInstanceOf[js.Any],\n        \"NewColumnName\" -> NewColumnName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenameColumnOperation]\n    }\n  }\n\n  \/** Permission for the resource.\n    *\/\n  @js.native\n  trait ResourcePermission extends js.Object {\n    var Actions: ActionList\n    var Principal: Principal\n  }\n\n  object ResourcePermission {\n    @inline\n    def apply(\n        Actions: ActionList,\n        Principal: Principal\n    ): ResourcePermission = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any],\n        \"Principal\" -> Principal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourcePermission]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceStatus extends js.Any\n  object ResourceStatus {\n    val CREATION_IN_PROGRESS = \"CREATION_IN_PROGRESS\".asInstanceOf[ResourceStatus]\n    val CREATION_SUCCESSFUL = \"CREATION_SUCCESSFUL\".asInstanceOf[ResourceStatus]\n    val CREATION_FAILED = \"CREATION_FAILED\".asInstanceOf[ResourceStatus]\n    val UPDATE_IN_PROGRESS = \"UPDATE_IN_PROGRESS\".asInstanceOf[ResourceStatus]\n    val UPDATE_SUCCESSFUL = \"UPDATE_SUCCESSFUL\".asInstanceOf[ResourceStatus]\n    val UPDATE_FAILED = \"UPDATE_FAILED\".asInstanceOf[ResourceStatus]\n    val DELETED = \"DELETED\".asInstanceOf[ResourceStatus]\n\n    @inline def values = js.Array(CREATION_IN_PROGRESS, CREATION_SUCCESSFUL, CREATION_FAILED, UPDATE_IN_PROGRESS, UPDATE_SUCCESSFUL, UPDATE_FAILED, DELETED)\n  }\n\n  @js.native\n  trait RestoreAnalysisRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n  }\n\n  object RestoreAnalysisRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId\n    ): RestoreAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RestoreAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait RestoreAnalysisResponse extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object RestoreAnalysisResponse {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): RestoreAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreAnalysisResponse]\n    }\n  }\n\n  \/** Information about rows for a data set SPICE ingestion.\n    *\/\n  @js.native\n  trait RowInfo extends js.Object {\n    var RowsDropped: js.UndefOr[Double]\n    var RowsIngested: js.UndefOr[Double]\n  }\n\n  object RowInfo {\n    @inline\n    def apply(\n        RowsDropped: js.UndefOr[Double] = js.undefined,\n        RowsIngested: js.UndefOr[Double] = js.undefined\n    ): RowInfo = {\n      val __obj = js.Dynamic.literal()\n      RowsDropped.foreach(__v => __obj.updateDynamic(\"RowsDropped\")(__v.asInstanceOf[js.Any]))\n      RowsIngested.foreach(__v => __obj.updateDynamic(\"RowsIngested\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RowInfo]\n    }\n  }\n\n  \/** Information about a dataset that contains permissions for row-level security (RLS). The permissions dataset maps fields to users or groups. For more information, see [[https:\/\/docs.aws.amazon.com\/quicksight\/latest\/user\/restrict-access-to-a-data-set-using-row-level-security.html|Using Row-Level Security (RLS) to Restrict Access to a Dataset]] in the <i>Amazon QuickSight User Guide<\/i>. The option to deny permissions by setting <code>PermissionPolicy<\/code> to <code>DENY_ACCESS<\/code> is not supported for new RLS datasets.\n    *\/\n  @js.native\n  trait RowLevelPermissionDataSet extends js.Object {\n    var Arn: Arn\n    var PermissionPolicy: RowLevelPermissionPolicy\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object RowLevelPermissionDataSet {\n    @inline\n    def apply(\n        Arn: Arn,\n        PermissionPolicy: RowLevelPermissionPolicy,\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): RowLevelPermissionDataSet = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"PermissionPolicy\" -> PermissionPolicy.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RowLevelPermissionDataSet]\n    }\n  }\n\n  @js.native\n  sealed trait RowLevelPermissionPolicy extends js.Any\n  object RowLevelPermissionPolicy {\n    val GRANT_ACCESS = \"GRANT_ACCESS\".asInstanceOf[RowLevelPermissionPolicy]\n    val DENY_ACCESS = \"DENY_ACCESS\".asInstanceOf[RowLevelPermissionPolicy]\n\n    @inline def values = js.Array(GRANT_ACCESS, DENY_ACCESS)\n  }\n\n  \/** S3 parameters.\n    *\/\n  @js.native\n  trait S3Parameters extends js.Object {\n    var ManifestFileLocation: ManifestFileLocation\n  }\n\n  object S3Parameters {\n    @inline\n    def apply(\n        ManifestFileLocation: ManifestFileLocation\n    ): S3Parameters = {\n      val __obj = js.Dynamic.literal(\n        \"ManifestFileLocation\" -> ManifestFileLocation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3Parameters]\n    }\n  }\n\n  \/** A physical table type for as S3 data source.\n    *\/\n  @js.native\n  trait S3Source extends js.Object {\n    var DataSourceArn: Arn\n    var InputColumns: InputColumnList\n    var UploadSettings: js.UndefOr[UploadSettings]\n  }\n\n  object S3Source {\n    @inline\n    def apply(\n        DataSourceArn: Arn,\n        InputColumns: InputColumnList,\n        UploadSettings: js.UndefOr[UploadSettings] = js.undefined\n    ): S3Source = {\n      val __obj = js.Dynamic.literal(\n        \"DataSourceArn\" -> DataSourceArn.asInstanceOf[js.Any],\n        \"InputColumns\" -> InputColumns.asInstanceOf[js.Any]\n      )\n\n      UploadSettings.foreach(__v => __obj.updateDynamic(\"UploadSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Source]\n    }\n  }\n\n  @js.native\n  trait SearchAnalysesRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Filters: AnalysisSearchFilterList\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object SearchAnalysesRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Filters: AnalysisSearchFilterList,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): SearchAnalysesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Filters\" -> Filters.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchAnalysesRequest]\n    }\n  }\n\n  @js.native\n  trait SearchAnalysesResponse extends js.Object {\n    var AnalysisSummaryList: js.UndefOr[AnalysisSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object SearchAnalysesResponse {\n    @inline\n    def apply(\n        AnalysisSummaryList: js.UndefOr[AnalysisSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): SearchAnalysesResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisSummaryList.foreach(__v => __obj.updateDynamic(\"AnalysisSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchAnalysesResponse]\n    }\n  }\n\n  @js.native\n  trait SearchDashboardsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Filters: DashboardSearchFilterList\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object SearchDashboardsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Filters: DashboardSearchFilterList,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): SearchDashboardsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Filters\" -> Filters.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchDashboardsRequest]\n    }\n  }\n\n  @js.native\n  trait SearchDashboardsResponse extends js.Object {\n    var DashboardSummaryList: js.UndefOr[DashboardSummaryList]\n    var NextToken: js.UndefOr[String]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object SearchDashboardsResponse {\n    @inline\n    def apply(\n        DashboardSummaryList: js.UndefOr[DashboardSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): SearchDashboardsResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardSummaryList.foreach(__v => __obj.updateDynamic(\"DashboardSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchDashboardsResponse]\n    }\n  }\n\n  \/** ServiceNow parameters.\n    *\/\n  @js.native\n  trait ServiceNowParameters extends js.Object {\n    var SiteBaseUrl: SiteBaseUrl\n  }\n\n  object ServiceNowParameters {\n    @inline\n    def apply(\n        SiteBaseUrl: SiteBaseUrl\n    ): ServiceNowParameters = {\n      val __obj = js.Dynamic.literal(\n        \"SiteBaseUrl\" -> SiteBaseUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ServiceNowParameters]\n    }\n  }\n\n  \/** A <i>sheet<\/i>, which is an object that contains a set of visuals that are viewed together on one page in the Amazon QuickSight console. Every analysis and dashboard contains at least one sheet. Each sheet contains at least one visualization widget, for example a chart, pivot table, or narrative insight. Sheets can be associated with other components, such as controls, filters, and so on.\n    *\/\n  @js.native\n  trait Sheet extends js.Object {\n    var Name: js.UndefOr[NonEmptyString]\n    var SheetId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object Sheet {\n    @inline\n    def apply(\n        Name: js.UndefOr[NonEmptyString] = js.undefined,\n        SheetId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): Sheet = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SheetId.foreach(__v => __obj.updateDynamic(\"SheetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Sheet]\n    }\n  }\n\n  \/** Sheet controls option.\n    *\/\n  @js.native\n  trait SheetControlsOption extends js.Object {\n    var VisibilityState: js.UndefOr[DashboardUIState]\n  }\n\n  object SheetControlsOption {\n    @inline\n    def apply(\n        VisibilityState: js.UndefOr[DashboardUIState] = js.undefined\n    ): SheetControlsOption = {\n      val __obj = js.Dynamic.literal()\n      VisibilityState.foreach(__v => __obj.updateDynamic(\"VisibilityState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SheetControlsOption]\n    }\n  }\n\n  \/** The theme display options for sheets.\n    *\/\n  @js.native\n  trait SheetStyle extends js.Object {\n    var Tile: js.UndefOr[TileStyle]\n    var TileLayout: js.UndefOr[TileLayoutStyle]\n  }\n\n  object SheetStyle {\n    @inline\n    def apply(\n        Tile: js.UndefOr[TileStyle] = js.undefined,\n        TileLayout: js.UndefOr[TileLayoutStyle] = js.undefined\n    ): SheetStyle = {\n      val __obj = js.Dynamic.literal()\n      Tile.foreach(__v => __obj.updateDynamic(\"Tile\")(__v.asInstanceOf[js.Any]))\n      TileLayout.foreach(__v => __obj.updateDynamic(\"TileLayout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SheetStyle]\n    }\n  }\n\n  \/** Snowflake parameters.\n    *\/\n  @js.native\n  trait SnowflakeParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Warehouse: Warehouse\n  }\n\n  object SnowflakeParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Warehouse: Warehouse\n    ): SnowflakeParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Warehouse\" -> Warehouse.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SnowflakeParameters]\n    }\n  }\n\n  \/** Spark parameters.\n    *\/\n  @js.native\n  trait SparkParameters extends js.Object {\n    var Host: Host\n    var Port: Port\n  }\n\n  object SparkParameters {\n    @inline\n    def apply(\n        Host: Host,\n        Port: Port\n    ): SparkParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SparkParameters]\n    }\n  }\n\n  \/** SQL Server parameters.\n    *\/\n  @js.native\n  trait SqlServerParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object SqlServerParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): SqlServerParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SqlServerParameters]\n    }\n  }\n\n  \/** Secure Socket Layer (SSL) properties that apply when QuickSight connects to your underlying data source.\n    *\/\n  @js.native\n  trait SslProperties extends js.Object {\n    var DisableSsl: js.UndefOr[Boolean]\n  }\n\n  object SslProperties {\n    @inline\n    def apply(\n        DisableSsl: js.UndefOr[Boolean] = js.undefined\n    ): SslProperties = {\n      val __obj = js.Dynamic.literal()\n      DisableSsl.foreach(__v => __obj.updateDynamic(\"DisableSsl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SslProperties]\n    }\n  }\n\n  \/** A string parameter.\n    *\/\n  @js.native\n  trait StringParameter extends js.Object {\n    var Name: NonEmptyString\n    var Values: StringList\n  }\n\n  object StringParameter {\n    @inline\n    def apply(\n        Name: NonEmptyString,\n        Values: StringList\n    ): StringParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StringParameter]\n    }\n  }\n\n  \/** The key or keys of the key-value pairs for the resource tag or tags assigned to the resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** A transform operation that tags a column with additional information.\n    *\/\n  @js.native\n  trait TagColumnOperation extends js.Object {\n    var ColumnName: ColumnName\n    var Tags: ColumnTagList\n  }\n\n  object TagColumnOperation {\n    @inline\n    def apply(\n        ColumnName: ColumnName,\n        Tags: ColumnTagList\n    ): TagColumnOperation = {\n      val __obj = js.Dynamic.literal(\n        \"ColumnName\" -> ColumnName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagColumnOperation]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object TagResourceResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** A template object. A <i>template<\/i> is an entity in QuickSight that encapsulates the metadata required to create an analysis and that you can use to create a dashboard. A template adds a layer of abstraction by using placeholders to replace the dataset associated with an analysis. You can use templates to create dashboards by replacing dataset placeholders with datasets that follow the same schema that was used to create the source analysis and template. You can share templates across AWS accounts by allowing users in other AWS accounts to create a template or a dashboard from an existing template.\n    *\/\n  @js.native\n  trait Template extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[TemplateName]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n    var Version: js.UndefOr[TemplateVersion]\n  }\n\n  object Template {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[TemplateName] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Version: js.UndefOr[TemplateVersion] = js.undefined\n    ): Template = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Template]\n    }\n  }\n\n  \/** The template alias.\n    *\/\n  @js.native\n  trait TemplateAlias extends js.Object {\n    var AliasName: js.UndefOr[AliasName]\n    var Arn: js.UndefOr[Arn]\n    var TemplateVersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object TemplateAlias {\n    @inline\n    def apply(\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        TemplateVersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): TemplateAlias = {\n      val __obj = js.Dynamic.literal()\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      TemplateVersionNumber.foreach(__v => __obj.updateDynamic(\"TemplateVersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateAlias]\n    }\n  }\n\n  \/** List of errors that occurred when the template version creation failed.\n    *\/\n  @js.native\n  trait TemplateError extends js.Object {\n    var Message: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[TemplateErrorType]\n  }\n\n  object TemplateError {\n    @inline\n    def apply(\n        Message: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[TemplateErrorType] = js.undefined\n    ): TemplateError = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateError]\n    }\n  }\n\n  @js.native\n  sealed trait TemplateErrorType extends js.Any\n  object TemplateErrorType {\n    val SOURCE_NOT_FOUND = \"SOURCE_NOT_FOUND\".asInstanceOf[TemplateErrorType]\n    val DATA_SET_NOT_FOUND = \"DATA_SET_NOT_FOUND\".asInstanceOf[TemplateErrorType]\n    val INTERNAL_FAILURE = \"INTERNAL_FAILURE\".asInstanceOf[TemplateErrorType]\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[TemplateErrorType]\n\n    @inline def values = js.Array(SOURCE_NOT_FOUND, DATA_SET_NOT_FOUND, INTERNAL_FAILURE, ACCESS_DENIED)\n  }\n\n  \/** The source analysis of the template.\n    *\/\n  @js.native\n  trait TemplateSourceAnalysis extends js.Object {\n    var Arn: Arn\n    var DataSetReferences: DataSetReferenceList\n  }\n\n  object TemplateSourceAnalysis {\n    @inline\n    def apply(\n        Arn: Arn,\n        DataSetReferences: DataSetReferenceList\n    ): TemplateSourceAnalysis = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"DataSetReferences\" -> DataSetReferences.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TemplateSourceAnalysis]\n    }\n  }\n\n  \/** The source entity of the template.\n    *\/\n  @js.native\n  trait TemplateSourceEntity extends js.Object {\n    var SourceAnalysis: js.UndefOr[TemplateSourceAnalysis]\n    var SourceTemplate: js.UndefOr[TemplateSourceTemplate]\n  }\n\n  object TemplateSourceEntity {\n    @inline\n    def apply(\n        SourceAnalysis: js.UndefOr[TemplateSourceAnalysis] = js.undefined,\n        SourceTemplate: js.UndefOr[TemplateSourceTemplate] = js.undefined\n    ): TemplateSourceEntity = {\n      val __obj = js.Dynamic.literal()\n      SourceAnalysis.foreach(__v => __obj.updateDynamic(\"SourceAnalysis\")(__v.asInstanceOf[js.Any]))\n      SourceTemplate.foreach(__v => __obj.updateDynamic(\"SourceTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateSourceEntity]\n    }\n  }\n\n  \/** The source template of the template.\n    *\/\n  @js.native\n  trait TemplateSourceTemplate extends js.Object {\n    var Arn: Arn\n  }\n\n  object TemplateSourceTemplate {\n    @inline\n    def apply(\n        Arn: Arn\n    ): TemplateSourceTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TemplateSourceTemplate]\n    }\n  }\n\n  \/** The template summary.\n    *\/\n  @js.native\n  trait TemplateSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var LatestVersionNumber: js.UndefOr[VersionNumber]\n    var Name: js.UndefOr[TemplateName]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object TemplateSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LatestVersionNumber: js.UndefOr[VersionNumber] = js.undefined,\n        Name: js.UndefOr[TemplateName] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): TemplateSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      LatestVersionNumber.foreach(__v => __obj.updateDynamic(\"LatestVersionNumber\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateSummary]\n    }\n  }\n\n  \/** A version of a template.\n    *\/\n  @js.native\n  trait TemplateVersion extends js.Object {\n    var CreatedTime: js.UndefOr[Timestamp]\n    var DataSetConfigurations: js.UndefOr[DataSetConfigurationList]\n    var Description: js.UndefOr[VersionDescription]\n    var Errors: js.UndefOr[TemplateErrorList]\n    var Sheets: js.UndefOr[SheetList]\n    var SourceEntityArn: js.UndefOr[Arn]\n    var Status: js.UndefOr[ResourceStatus]\n    var ThemeArn: js.UndefOr[Arn]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object TemplateVersion {\n    @inline\n    def apply(\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        DataSetConfigurations: js.UndefOr[DataSetConfigurationList] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        Errors: js.UndefOr[TemplateErrorList] = js.undefined,\n        Sheets: js.UndefOr[SheetList] = js.undefined,\n        SourceEntityArn: js.UndefOr[Arn] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): TemplateVersion = {\n      val __obj = js.Dynamic.literal()\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DataSetConfigurations.foreach(__v => __obj.updateDynamic(\"DataSetConfigurations\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      Sheets.foreach(__v => __obj.updateDynamic(\"Sheets\")(__v.asInstanceOf[js.Any]))\n      SourceEntityArn.foreach(__v => __obj.updateDynamic(\"SourceEntityArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateVersion]\n    }\n  }\n\n  \/** The template version.\n    *\/\n  @js.native\n  trait TemplateVersionSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[VersionDescription]\n    var Status: js.UndefOr[ResourceStatus]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object TemplateVersionSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): TemplateVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateVersionSummary]\n    }\n  }\n\n  \/** Teradata parameters.\n    *\/\n  @js.native\n  trait TeradataParameters extends js.Object {\n    var Database: Database\n    var Host: Host\n    var Port: Port\n  }\n\n  object TeradataParameters {\n    @inline\n    def apply(\n        Database: Database,\n        Host: Host,\n        Port: Port\n    ): TeradataParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Port\" -> Port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TeradataParameters]\n    }\n  }\n\n  @js.native\n  sealed trait TextQualifier extends js.Any\n  object TextQualifier {\n    val DOUBLE_QUOTE = \"DOUBLE_QUOTE\".asInstanceOf[TextQualifier]\n    val SINGLE_QUOTE = \"SINGLE_QUOTE\".asInstanceOf[TextQualifier]\n\n    @inline def values = js.Array(DOUBLE_QUOTE, SINGLE_QUOTE)\n  }\n\n  \/** Summary information about a theme.\n    *\/\n  @js.native\n  trait Theme extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[ThemeName]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n    var Type: js.UndefOr[ThemeType]\n    var Version: js.UndefOr[ThemeVersion]\n  }\n\n  object Theme {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[ThemeName] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Type: js.UndefOr[ThemeType] = js.undefined,\n        Version: js.UndefOr[ThemeVersion] = js.undefined\n    ): Theme = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Theme]\n    }\n  }\n\n  \/** An alias for a theme.\n    *\/\n  @js.native\n  trait ThemeAlias extends js.Object {\n    var AliasName: js.UndefOr[AliasName]\n    var Arn: js.UndefOr[Arn]\n    var ThemeVersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object ThemeAlias {\n    @inline\n    def apply(\n        AliasName: js.UndefOr[AliasName] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        ThemeVersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): ThemeAlias = {\n      val __obj = js.Dynamic.literal()\n      AliasName.foreach(__v => __obj.updateDynamic(\"AliasName\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ThemeVersionNumber.foreach(__v => __obj.updateDynamic(\"ThemeVersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeAlias]\n    }\n  }\n\n  \/** The theme configuration. This configuration contains all of the display properties for a theme.\n    *\/\n  @js.native\n  trait ThemeConfiguration extends js.Object {\n    var DataColorPalette: js.UndefOr[DataColorPalette]\n    var Sheet: js.UndefOr[SheetStyle]\n    var UIColorPalette: js.UndefOr[UIColorPalette]\n  }\n\n  object ThemeConfiguration {\n    @inline\n    def apply(\n        DataColorPalette: js.UndefOr[DataColorPalette] = js.undefined,\n        Sheet: js.UndefOr[SheetStyle] = js.undefined,\n        UIColorPalette: js.UndefOr[UIColorPalette] = js.undefined\n    ): ThemeConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DataColorPalette.foreach(__v => __obj.updateDynamic(\"DataColorPalette\")(__v.asInstanceOf[js.Any]))\n      Sheet.foreach(__v => __obj.updateDynamic(\"Sheet\")(__v.asInstanceOf[js.Any]))\n      UIColorPalette.foreach(__v => __obj.updateDynamic(\"UIColorPalette\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeConfiguration]\n    }\n  }\n\n  \/** Theme error.\n    *\/\n  @js.native\n  trait ThemeError extends js.Object {\n    var Message: js.UndefOr[NonEmptyString]\n    var Type: js.UndefOr[ThemeErrorType]\n  }\n\n  object ThemeError {\n    @inline\n    def apply(\n        Message: js.UndefOr[NonEmptyString] = js.undefined,\n        Type: js.UndefOr[ThemeErrorType] = js.undefined\n    ): ThemeError = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeError]\n    }\n  }\n\n  @js.native\n  sealed trait ThemeErrorType extends js.Any\n  object ThemeErrorType {\n    val INTERNAL_FAILURE = \"INTERNAL_FAILURE\".asInstanceOf[ThemeErrorType]\n\n    @inline def values = js.Array(INTERNAL_FAILURE)\n  }\n\n  \/** The theme summary.\n    *\/\n  @js.native\n  trait ThemeSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var LastUpdatedTime: js.UndefOr[Timestamp]\n    var LatestVersionNumber: js.UndefOr[VersionNumber]\n    var Name: js.UndefOr[ThemeName]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object ThemeSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        LatestVersionNumber: js.UndefOr[VersionNumber] = js.undefined,\n        Name: js.UndefOr[ThemeName] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): ThemeSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      LatestVersionNumber.foreach(__v => __obj.updateDynamic(\"LatestVersionNumber\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ThemeType extends js.Any\n  object ThemeType {\n    val QUICKSIGHT = \"QUICKSIGHT\".asInstanceOf[ThemeType]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[ThemeType]\n    val ALL = \"ALL\".asInstanceOf[ThemeType]\n\n    @inline def values = js.Array(QUICKSIGHT, CUSTOM, ALL)\n  }\n\n  \/** A version of a theme.\n    *\/\n  @js.native\n  trait ThemeVersion extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var BaseThemeId: js.UndefOr[RestrictiveResourceId]\n    var Configuration: js.UndefOr[ThemeConfiguration]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[VersionDescription]\n    var Errors: js.UndefOr[ThemeErrorList]\n    var Status: js.UndefOr[ResourceStatus]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object ThemeVersion {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        BaseThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Configuration: js.UndefOr[ThemeConfiguration] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        Errors: js.UndefOr[ThemeErrorList] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): ThemeVersion = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      BaseThemeId.foreach(__v => __obj.updateDynamic(\"BaseThemeId\")(__v.asInstanceOf[js.Any]))\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeVersion]\n    }\n  }\n\n  \/** The theme version.\n    *\/\n  @js.native\n  trait ThemeVersionSummary extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatedTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[VersionDescription]\n    var Status: js.UndefOr[ResourceStatus]\n    var VersionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object ThemeVersionSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[VersionDescription] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined,\n        VersionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): ThemeVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionNumber.foreach(__v => __obj.updateDynamic(\"VersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ThemeVersionSummary]\n    }\n  }\n\n  \/** The display options for the layout of tiles on a sheet.\n    *\/\n  @js.native\n  trait TileLayoutStyle extends js.Object {\n    var Gutter: js.UndefOr[GutterStyle]\n    var Margin: js.UndefOr[MarginStyle]\n  }\n\n  object TileLayoutStyle {\n    @inline\n    def apply(\n        Gutter: js.UndefOr[GutterStyle] = js.undefined,\n        Margin: js.UndefOr[MarginStyle] = js.undefined\n    ): TileLayoutStyle = {\n      val __obj = js.Dynamic.literal()\n      Gutter.foreach(__v => __obj.updateDynamic(\"Gutter\")(__v.asInstanceOf[js.Any]))\n      Margin.foreach(__v => __obj.updateDynamic(\"Margin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TileLayoutStyle]\n    }\n  }\n\n  \/** Display options related to tiles on a sheet.\n    *\/\n  @js.native\n  trait TileStyle extends js.Object {\n    var Border: js.UndefOr[BorderStyle]\n  }\n\n  object TileStyle {\n    @inline\n    def apply(\n        Border: js.UndefOr[BorderStyle] = js.undefined\n    ): TileStyle = {\n      val __obj = js.Dynamic.literal()\n      Border.foreach(__v => __obj.updateDynamic(\"Border\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TileStyle]\n    }\n  }\n\n  \/** A data transformation on a logical table. This is a variant type structure. For this structure to be valid, only one of the attributes can be non-null.\n    *\/\n  @js.native\n  trait TransformOperation extends js.Object {\n    var CastColumnTypeOperation: js.UndefOr[CastColumnTypeOperation]\n    var CreateColumnsOperation: js.UndefOr[CreateColumnsOperation]\n    var FilterOperation: js.UndefOr[FilterOperation]\n    var ProjectOperation: js.UndefOr[ProjectOperation]\n    var RenameColumnOperation: js.UndefOr[RenameColumnOperation]\n    var TagColumnOperation: js.UndefOr[TagColumnOperation]\n  }\n\n  object TransformOperation {\n    @inline\n    def apply(\n        CastColumnTypeOperation: js.UndefOr[CastColumnTypeOperation] = js.undefined,\n        CreateColumnsOperation: js.UndefOr[CreateColumnsOperation] = js.undefined,\n        FilterOperation: js.UndefOr[FilterOperation] = js.undefined,\n        ProjectOperation: js.UndefOr[ProjectOperation] = js.undefined,\n        RenameColumnOperation: js.UndefOr[RenameColumnOperation] = js.undefined,\n        TagColumnOperation: js.UndefOr[TagColumnOperation] = js.undefined\n    ): TransformOperation = {\n      val __obj = js.Dynamic.literal()\n      CastColumnTypeOperation.foreach(__v => __obj.updateDynamic(\"CastColumnTypeOperation\")(__v.asInstanceOf[js.Any]))\n      CreateColumnsOperation.foreach(__v => __obj.updateDynamic(\"CreateColumnsOperation\")(__v.asInstanceOf[js.Any]))\n      FilterOperation.foreach(__v => __obj.updateDynamic(\"FilterOperation\")(__v.asInstanceOf[js.Any]))\n      ProjectOperation.foreach(__v => __obj.updateDynamic(\"ProjectOperation\")(__v.asInstanceOf[js.Any]))\n      RenameColumnOperation.foreach(__v => __obj.updateDynamic(\"RenameColumnOperation\")(__v.asInstanceOf[js.Any]))\n      TagColumnOperation.foreach(__v => __obj.updateDynamic(\"TagColumnOperation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformOperation]\n    }\n  }\n\n  \/** Twitter parameters.\n    *\/\n  @js.native\n  trait TwitterParameters extends js.Object {\n    var MaxRows: PositiveInteger\n    var Query: Query\n  }\n\n  object TwitterParameters {\n    @inline\n    def apply(\n        MaxRows: PositiveInteger,\n        Query: Query\n    ): TwitterParameters = {\n      val __obj = js.Dynamic.literal(\n        \"MaxRows\" -> MaxRows.asInstanceOf[js.Any],\n        \"Query\" -> Query.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TwitterParameters]\n    }\n  }\n\n  \/** The theme colors that apply to UI and to charts, excluding data colors. The colors description is a hexadecimal color code that consists of six alphanumerical characters, prefixed with <code>#<\/code>, for example #37BFF5. For more information, see [[https:\/\/docs.aws.amazon.com\/quicksight\/latest\/user\/themes-in-quicksight.html|Using Themes in Amazon QuickSight]] in the <i>Amazon QuickSight User Guide.<\/i>\n    *\/\n  @js.native\n  trait UIColorPalette extends js.Object {\n    var Accent: js.UndefOr[HexColor]\n    var AccentForeground: js.UndefOr[HexColor]\n    var Danger: js.UndefOr[HexColor]\n    var DangerForeground: js.UndefOr[HexColor]\n    var Dimension: js.UndefOr[HexColor]\n    var DimensionForeground: js.UndefOr[HexColor]\n    var Measure: js.UndefOr[HexColor]\n    var MeasureForeground: js.UndefOr[HexColor]\n    var PrimaryBackground: js.UndefOr[HexColor]\n    var PrimaryForeground: js.UndefOr[HexColor]\n    var SecondaryBackground: js.UndefOr[HexColor]\n    var SecondaryForeground: js.UndefOr[HexColor]\n    var Success: js.UndefOr[HexColor]\n    var SuccessForeground: js.UndefOr[HexColor]\n    var Warning: js.UndefOr[HexColor]\n    var WarningForeground: js.UndefOr[HexColor]\n  }\n\n  object UIColorPalette {\n    @inline\n    def apply(\n        Accent: js.UndefOr[HexColor] = js.undefined,\n        AccentForeground: js.UndefOr[HexColor] = js.undefined,\n        Danger: js.UndefOr[HexColor] = js.undefined,\n        DangerForeground: js.UndefOr[HexColor] = js.undefined,\n        Dimension: js.UndefOr[HexColor] = js.undefined,\n        DimensionForeground: js.UndefOr[HexColor] = js.undefined,\n        Measure: js.UndefOr[HexColor] = js.undefined,\n        MeasureForeground: js.UndefOr[HexColor] = js.undefined,\n        PrimaryBackground: js.UndefOr[HexColor] = js.undefined,\n        PrimaryForeground: js.UndefOr[HexColor] = js.undefined,\n        SecondaryBackground: js.UndefOr[HexColor] = js.undefined,\n        SecondaryForeground: js.UndefOr[HexColor] = js.undefined,\n        Success: js.UndefOr[HexColor] = js.undefined,\n        SuccessForeground: js.UndefOr[HexColor] = js.undefined,\n        Warning: js.UndefOr[HexColor] = js.undefined,\n        WarningForeground: js.UndefOr[HexColor] = js.undefined\n    ): UIColorPalette = {\n      val __obj = js.Dynamic.literal()\n      Accent.foreach(__v => __obj.updateDynamic(\"Accent\")(__v.asInstanceOf[js.Any]))\n      AccentForeground.foreach(__v => __obj.updateDynamic(\"AccentForeground\")(__v.asInstanceOf[js.Any]))\n      Danger.foreach(__v => __obj.updateDynamic(\"Danger\")(__v.asInstanceOf[js.Any]))\n      DangerForeground.foreach(__v => __obj.updateDynamic(\"DangerForeground\")(__v.asInstanceOf[js.Any]))\n      Dimension.foreach(__v => __obj.updateDynamic(\"Dimension\")(__v.asInstanceOf[js.Any]))\n      DimensionForeground.foreach(__v => __obj.updateDynamic(\"DimensionForeground\")(__v.asInstanceOf[js.Any]))\n      Measure.foreach(__v => __obj.updateDynamic(\"Measure\")(__v.asInstanceOf[js.Any]))\n      MeasureForeground.foreach(__v => __obj.updateDynamic(\"MeasureForeground\")(__v.asInstanceOf[js.Any]))\n      PrimaryBackground.foreach(__v => __obj.updateDynamic(\"PrimaryBackground\")(__v.asInstanceOf[js.Any]))\n      PrimaryForeground.foreach(__v => __obj.updateDynamic(\"PrimaryForeground\")(__v.asInstanceOf[js.Any]))\n      SecondaryBackground.foreach(__v => __obj.updateDynamic(\"SecondaryBackground\")(__v.asInstanceOf[js.Any]))\n      SecondaryForeground.foreach(__v => __obj.updateDynamic(\"SecondaryForeground\")(__v.asInstanceOf[js.Any]))\n      Success.foreach(__v => __obj.updateDynamic(\"Success\")(__v.asInstanceOf[js.Any]))\n      SuccessForeground.foreach(__v => __obj.updateDynamic(\"SuccessForeground\")(__v.asInstanceOf[js.Any]))\n      Warning.foreach(__v => __obj.updateDynamic(\"Warning\")(__v.asInstanceOf[js.Any]))\n      WarningForeground.foreach(__v => __obj.updateDynamic(\"WarningForeground\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UIColorPalette]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UntagResourceResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountCustomizationRequest extends js.Object {\n    var AccountCustomization: AccountCustomization\n    var AwsAccountId: AwsAccountId\n    var Namespace: js.UndefOr[Namespace]\n  }\n\n  object UpdateAccountCustomizationRequest {\n    @inline\n    def apply(\n        AccountCustomization: AccountCustomization,\n        AwsAccountId: AwsAccountId,\n        Namespace: js.UndefOr[Namespace] = js.undefined\n    ): UpdateAccountCustomizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountCustomization\" -> AccountCustomization.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountCustomizationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountCustomizationResponse extends js.Object {\n    var AccountCustomization: js.UndefOr[AccountCustomization]\n    var Arn: js.UndefOr[Arn]\n    var AwsAccountId: js.UndefOr[AwsAccountId]\n    var Namespace: js.UndefOr[Namespace]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateAccountCustomizationResponse {\n    @inline\n    def apply(\n        AccountCustomization: js.UndefOr[AccountCustomization] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        AwsAccountId: js.UndefOr[AwsAccountId] = js.undefined,\n        Namespace: js.UndefOr[Namespace] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateAccountCustomizationResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountCustomization.foreach(__v => __obj.updateDynamic(\"AccountCustomization\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AwsAccountId.foreach(__v => __obj.updateDynamic(\"AwsAccountId\")(__v.asInstanceOf[js.Any]))\n      Namespace.foreach(__v => __obj.updateDynamic(\"Namespace\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountCustomizationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountSettingsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DefaultNamespace: Namespace\n    var NotificationEmail: js.UndefOr[String]\n  }\n\n  object UpdateAccountSettingsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DefaultNamespace: Namespace,\n        NotificationEmail: js.UndefOr[String] = js.undefined\n    ): UpdateAccountSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DefaultNamespace\" -> DefaultNamespace.asInstanceOf[js.Any]\n      )\n\n      NotificationEmail.foreach(__v => __obj.updateDynamic(\"NotificationEmail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountSettingsResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateAccountSettingsResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateAccountSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAnalysisPermissionsRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n    var GrantPermissions: js.UndefOr[UpdateResourcePermissionList]\n    var RevokePermissions: js.UndefOr[UpdateResourcePermissionList]\n  }\n\n  object UpdateAnalysisPermissionsRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId,\n        GrantPermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined\n    ): UpdateAnalysisPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnalysisPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAnalysisPermissionsResponse extends js.Object {\n    var AnalysisArn: js.UndefOr[Arn]\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateAnalysisPermissionsResponse {\n    @inline\n    def apply(\n        AnalysisArn: js.UndefOr[Arn] = js.undefined,\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateAnalysisPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisArn.foreach(__v => __obj.updateDynamic(\"AnalysisArn\")(__v.asInstanceOf[js.Any]))\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnalysisPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAnalysisRequest extends js.Object {\n    var AnalysisId: RestrictiveResourceId\n    var AwsAccountId: AwsAccountId\n    var Name: AnalysisName\n    var SourceEntity: AnalysisSourceEntity\n    var Parameters: js.UndefOr[Parameters]\n    var ThemeArn: js.UndefOr[Arn]\n  }\n\n  object UpdateAnalysisRequest {\n    @inline\n    def apply(\n        AnalysisId: RestrictiveResourceId,\n        AwsAccountId: AwsAccountId,\n        Name: AnalysisName,\n        SourceEntity: AnalysisSourceEntity,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalysisId\" -> AnalysisId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAnalysisResponse extends js.Object {\n    var AnalysisId: js.UndefOr[RestrictiveResourceId]\n    var Arn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var UpdateStatus: js.UndefOr[ResourceStatus]\n  }\n\n  object UpdateAnalysisResponse {\n    @inline\n    def apply(\n        AnalysisId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        UpdateStatus: js.UndefOr[ResourceStatus] = js.undefined\n    ): UpdateAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      AnalysisId.foreach(__v => __obj.updateDynamic(\"AnalysisId\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdateStatus.foreach(__v => __obj.updateDynamic(\"UpdateStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardPermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var GrantPermissions: js.UndefOr[UpdateResourcePermissionList]\n    var RevokePermissions: js.UndefOr[UpdateResourcePermissionList]\n  }\n\n  object UpdateDashboardPermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        GrantPermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined\n    ): UpdateDashboardPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDashboardPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardPermissionsResponse extends js.Object {\n    var DashboardArn: js.UndefOr[Arn]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateDashboardPermissionsResponse {\n    @inline\n    def apply(\n        DashboardArn: js.UndefOr[Arn] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateDashboardPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardArn.foreach(__v => __obj.updateDynamic(\"DashboardArn\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDashboardPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardPublishedVersionRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var VersionNumber: VersionNumber\n  }\n\n  object UpdateDashboardPublishedVersionRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        VersionNumber: VersionNumber\n    ): UpdateDashboardPublishedVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any],\n        \"VersionNumber\" -> VersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDashboardPublishedVersionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardPublishedVersionResponse extends js.Object {\n    var DashboardArn: js.UndefOr[Arn]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateDashboardPublishedVersionResponse {\n    @inline\n    def apply(\n        DashboardArn: js.UndefOr[Arn] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateDashboardPublishedVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      DashboardArn.foreach(__v => __obj.updateDynamic(\"DashboardArn\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDashboardPublishedVersionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DashboardId: RestrictiveResourceId\n    var Name: DashboardName\n    var SourceEntity: DashboardSourceEntity\n    var DashboardPublishOptions: js.UndefOr[DashboardPublishOptions]\n    var Parameters: js.UndefOr[Parameters]\n    var ThemeArn: js.UndefOr[Arn]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object UpdateDashboardRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DashboardId: RestrictiveResourceId,\n        Name: DashboardName,\n        SourceEntity: DashboardSourceEntity,\n        DashboardPublishOptions: js.UndefOr[DashboardPublishOptions] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): UpdateDashboardRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DashboardId\" -> DashboardId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any]\n      )\n\n      DashboardPublishOptions.foreach(__v => __obj.updateDynamic(\"DashboardPublishOptions\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDashboardRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDashboardResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var DashboardId: js.UndefOr[RestrictiveResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object UpdateDashboardResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        DashboardId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateDashboardResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      DashboardId.foreach(__v => __obj.updateDynamic(\"DashboardId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDashboardResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSetPermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n    var GrantPermissions: js.UndefOr[ResourcePermissionList]\n    var RevokePermissions: js.UndefOr[ResourcePermissionList]\n  }\n\n  object UpdateDataSetPermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId,\n        GrantPermissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[ResourcePermissionList] = js.undefined\n    ): UpdateDataSetPermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSetPermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSetPermissionsResponse extends js.Object {\n    var DataSetArn: js.UndefOr[Arn]\n    var DataSetId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateDataSetPermissionsResponse {\n    @inline\n    def apply(\n        DataSetArn: js.UndefOr[Arn] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateDataSetPermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSetArn.foreach(__v => __obj.updateDynamic(\"DataSetArn\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSetPermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSetRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSetId: ResourceId\n    var ImportMode: DataSetImportMode\n    var Name: ResourceName\n    var PhysicalTableMap: PhysicalTableMap\n    var ColumnGroups: js.UndefOr[ColumnGroupList]\n    var ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList]\n    var FieldFolders: js.UndefOr[FieldFolderMap]\n    var LogicalTableMap: js.UndefOr[LogicalTableMap]\n    var RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet]\n  }\n\n  object UpdateDataSetRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSetId: ResourceId,\n        ImportMode: DataSetImportMode,\n        Name: ResourceName,\n        PhysicalTableMap: PhysicalTableMap,\n        ColumnGroups: js.UndefOr[ColumnGroupList] = js.undefined,\n        ColumnLevelPermissionRules: js.UndefOr[ColumnLevelPermissionRuleList] = js.undefined,\n        FieldFolders: js.UndefOr[FieldFolderMap] = js.undefined,\n        LogicalTableMap: js.UndefOr[LogicalTableMap] = js.undefined,\n        RowLevelPermissionDataSet: js.UndefOr[RowLevelPermissionDataSet] = js.undefined\n    ): UpdateDataSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSetId\" -> DataSetId.asInstanceOf[js.Any],\n        \"ImportMode\" -> ImportMode.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"PhysicalTableMap\" -> PhysicalTableMap.asInstanceOf[js.Any]\n      )\n\n      ColumnGroups.foreach(__v => __obj.updateDynamic(\"ColumnGroups\")(__v.asInstanceOf[js.Any]))\n      ColumnLevelPermissionRules.foreach(__v => __obj.updateDynamic(\"ColumnLevelPermissionRules\")(__v.asInstanceOf[js.Any]))\n      FieldFolders.foreach(__v => __obj.updateDynamic(\"FieldFolders\")(__v.asInstanceOf[js.Any]))\n      LogicalTableMap.foreach(__v => __obj.updateDynamic(\"LogicalTableMap\")(__v.asInstanceOf[js.Any]))\n      RowLevelPermissionDataSet.foreach(__v => __obj.updateDynamic(\"RowLevelPermissionDataSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSetResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DataSetId: js.UndefOr[ResourceId]\n    var IngestionArn: js.UndefOr[Arn]\n    var IngestionId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateDataSetResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DataSetId: js.UndefOr[ResourceId] = js.undefined,\n        IngestionArn: js.UndefOr[Arn] = js.undefined,\n        IngestionId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateDataSetResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DataSetId.foreach(__v => __obj.updateDynamic(\"DataSetId\")(__v.asInstanceOf[js.Any]))\n      IngestionArn.foreach(__v => __obj.updateDynamic(\"IngestionArn\")(__v.asInstanceOf[js.Any]))\n      IngestionId.foreach(__v => __obj.updateDynamic(\"IngestionId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSetResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSourcePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n    var GrantPermissions: js.UndefOr[ResourcePermissionList]\n    var RevokePermissions: js.UndefOr[ResourcePermissionList]\n  }\n\n  object UpdateDataSourcePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId,\n        GrantPermissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[ResourcePermissionList] = js.undefined\n    ): UpdateDataSourcePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSourcePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSourcePermissionsResponse extends js.Object {\n    var DataSourceArn: js.UndefOr[Arn]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateDataSourcePermissionsResponse {\n    @inline\n    def apply(\n        DataSourceArn: js.UndefOr[Arn] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateDataSourcePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      DataSourceArn.foreach(__v => __obj.updateDynamic(\"DataSourceArn\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSourcePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSourceRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var DataSourceId: ResourceId\n    var Name: ResourceName\n    var Credentials: js.UndefOr[DataSourceCredentials]\n    var DataSourceParameters: js.UndefOr[DataSourceParameters]\n    var SslProperties: js.UndefOr[SslProperties]\n    var VpcConnectionProperties: js.UndefOr[VpcConnectionProperties]\n  }\n\n  object UpdateDataSourceRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        DataSourceId: ResourceId,\n        Name: ResourceName,\n        Credentials: js.UndefOr[DataSourceCredentials] = js.undefined,\n        DataSourceParameters: js.UndefOr[DataSourceParameters] = js.undefined,\n        SslProperties: js.UndefOr[SslProperties] = js.undefined,\n        VpcConnectionProperties: js.UndefOr[VpcConnectionProperties] = js.undefined\n    ): UpdateDataSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"DataSourceId\" -> DataSourceId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Credentials.foreach(__v => __obj.updateDynamic(\"Credentials\")(__v.asInstanceOf[js.Any]))\n      DataSourceParameters.foreach(__v => __obj.updateDynamic(\"DataSourceParameters\")(__v.asInstanceOf[js.Any]))\n      SslProperties.foreach(__v => __obj.updateDynamic(\"SslProperties\")(__v.asInstanceOf[js.Any]))\n      VpcConnectionProperties.foreach(__v => __obj.updateDynamic(\"VpcConnectionProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDataSourceResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var DataSourceId: js.UndefOr[ResourceId]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var UpdateStatus: js.UndefOr[ResourceStatus]\n  }\n\n  object UpdateDataSourceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        DataSourceId: js.UndefOr[ResourceId] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        UpdateStatus: js.UndefOr[ResourceStatus] = js.undefined\n    ): UpdateDataSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DataSourceId.foreach(__v => __obj.updateDynamic(\"DataSourceId\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdateStatus.foreach(__v => __obj.updateDynamic(\"UpdateStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataSourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var GroupName: GroupName\n    var Namespace: Namespace\n    var Description: js.UndefOr[GroupDescription]\n  }\n\n  object UpdateGroupRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        GroupName: GroupName,\n        Namespace: Namespace,\n        Description: js.UndefOr[GroupDescription] = js.undefined\n    ): UpdateGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupResponse extends js.Object {\n    var Group: js.UndefOr[Group]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateGroupResponse {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateIAMPolicyAssignmentRequest extends js.Object {\n    var AssignmentName: IAMPolicyAssignmentName\n    var AwsAccountId: AwsAccountId\n    var Namespace: Namespace\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var Identities: js.UndefOr[IdentityMap]\n    var PolicyArn: js.UndefOr[Arn]\n  }\n\n  object UpdateIAMPolicyAssignmentRequest {\n    @inline\n    def apply(\n        AssignmentName: IAMPolicyAssignmentName,\n        AwsAccountId: AwsAccountId,\n        Namespace: Namespace,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        Identities: js.UndefOr[IdentityMap] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateIAMPolicyAssignmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssignmentName\" -> AssignmentName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any]\n      )\n\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateIAMPolicyAssignmentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateIAMPolicyAssignmentResponse extends js.Object {\n    var AssignmentId: js.UndefOr[String]\n    var AssignmentName: js.UndefOr[IAMPolicyAssignmentName]\n    var AssignmentStatus: js.UndefOr[AssignmentStatus]\n    var Identities: js.UndefOr[IdentityMap]\n    var PolicyArn: js.UndefOr[Arn]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n  }\n\n  object UpdateIAMPolicyAssignmentResponse {\n    @inline\n    def apply(\n        AssignmentId: js.UndefOr[String] = js.undefined,\n        AssignmentName: js.UndefOr[IAMPolicyAssignmentName] = js.undefined,\n        AssignmentStatus: js.UndefOr[AssignmentStatus] = js.undefined,\n        Identities: js.UndefOr[IdentityMap] = js.undefined,\n        PolicyArn: js.UndefOr[Arn] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined\n    ): UpdateIAMPolicyAssignmentResponse = {\n      val __obj = js.Dynamic.literal()\n      AssignmentId.foreach(__v => __obj.updateDynamic(\"AssignmentId\")(__v.asInstanceOf[js.Any]))\n      AssignmentName.foreach(__v => __obj.updateDynamic(\"AssignmentName\")(__v.asInstanceOf[js.Any]))\n      AssignmentStatus.foreach(__v => __obj.updateDynamic(\"AssignmentStatus\")(__v.asInstanceOf[js.Any]))\n      Identities.foreach(__v => __obj.updateDynamic(\"Identities\")(__v.asInstanceOf[js.Any]))\n      PolicyArn.foreach(__v => __obj.updateDynamic(\"PolicyArn\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateIAMPolicyAssignmentResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var TemplateVersionNumber: VersionNumber\n  }\n\n  object UpdateTemplateAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        TemplateVersionNumber: VersionNumber\n    ): UpdateTemplateAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any],\n        \"TemplateVersionNumber\" -> TemplateVersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTemplateAliasRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateAlias: js.UndefOr[TemplateAlias]\n  }\n\n  object UpdateTemplateAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateAlias: js.UndefOr[TemplateAlias] = js.undefined\n    ): UpdateTemplateAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateAlias.foreach(__v => __obj.updateDynamic(\"TemplateAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTemplateAliasResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplatePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var TemplateId: RestrictiveResourceId\n    var GrantPermissions: js.UndefOr[UpdateResourcePermissionList]\n    var RevokePermissions: js.UndefOr[UpdateResourcePermissionList]\n  }\n\n  object UpdateTemplatePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        TemplateId: RestrictiveResourceId,\n        GrantPermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined\n    ): UpdateTemplatePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTemplatePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplatePermissionsResponse extends js.Object {\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateArn: js.UndefOr[Arn]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object UpdateTemplatePermissionsResponse {\n    @inline\n    def apply(\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateArn: js.UndefOr[Arn] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): UpdateTemplatePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateArn.foreach(__v => __obj.updateDynamic(\"TemplateArn\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTemplatePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var SourceEntity: TemplateSourceEntity\n    var TemplateId: RestrictiveResourceId\n    var Name: js.UndefOr[TemplateName]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object UpdateTemplateRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        SourceEntity: TemplateSourceEntity,\n        TemplateId: RestrictiveResourceId,\n        Name: js.UndefOr[TemplateName] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): UpdateTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"SourceEntity\" -> SourceEntity.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var TemplateId: js.UndefOr[RestrictiveResourceId]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object UpdateTemplateResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        TemplateId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateThemeAliasRequest extends js.Object {\n    var AliasName: AliasName\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var ThemeVersionNumber: VersionNumber\n  }\n\n  object UpdateThemeAliasRequest {\n    @inline\n    def apply(\n        AliasName: AliasName,\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        ThemeVersionNumber: VersionNumber\n    ): UpdateThemeAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AliasName\" -> AliasName.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any],\n        \"ThemeVersionNumber\" -> ThemeVersionNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateThemeAliasRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateThemeAliasResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeAlias: js.UndefOr[ThemeAlias]\n  }\n\n  object UpdateThemeAliasResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeAlias: js.UndefOr[ThemeAlias] = js.undefined\n    ): UpdateThemeAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeAlias.foreach(__v => __obj.updateDynamic(\"ThemeAlias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThemeAliasResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateThemePermissionsRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var ThemeId: RestrictiveResourceId\n    var GrantPermissions: js.UndefOr[UpdateResourcePermissionList]\n    var RevokePermissions: js.UndefOr[UpdateResourcePermissionList]\n  }\n\n  object UpdateThemePermissionsRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        ThemeId: RestrictiveResourceId,\n        GrantPermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined,\n        RevokePermissions: js.UndefOr[UpdateResourcePermissionList] = js.undefined\n    ): UpdateThemePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      GrantPermissions.foreach(__v => __obj.updateDynamic(\"GrantPermissions\")(__v.asInstanceOf[js.Any]))\n      RevokePermissions.foreach(__v => __obj.updateDynamic(\"RevokePermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThemePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateThemePermissionsResponse extends js.Object {\n    var Permissions: js.UndefOr[ResourcePermissionList]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeArn: js.UndefOr[Arn]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n  }\n\n  object UpdateThemePermissionsResponse {\n    @inline\n    def apply(\n        Permissions: js.UndefOr[ResourcePermissionList] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeArn: js.UndefOr[Arn] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined\n    ): UpdateThemePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      Permissions.foreach(__v => __obj.updateDynamic(\"Permissions\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeArn.foreach(__v => __obj.updateDynamic(\"ThemeArn\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThemePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateThemeRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var BaseThemeId: RestrictiveResourceId\n    var ThemeId: RestrictiveResourceId\n    var Configuration: js.UndefOr[ThemeConfiguration]\n    var Name: js.UndefOr[ThemeName]\n    var VersionDescription: js.UndefOr[VersionDescription]\n  }\n\n  object UpdateThemeRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        BaseThemeId: RestrictiveResourceId,\n        ThemeId: RestrictiveResourceId,\n        Configuration: js.UndefOr[ThemeConfiguration] = js.undefined,\n        Name: js.UndefOr[ThemeName] = js.undefined,\n        VersionDescription: js.UndefOr[VersionDescription] = js.undefined\n    ): UpdateThemeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"BaseThemeId\" -> BaseThemeId.asInstanceOf[js.Any],\n        \"ThemeId\" -> ThemeId.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionDescription.foreach(__v => __obj.updateDynamic(\"VersionDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThemeRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateThemeResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationStatus: js.UndefOr[ResourceStatus]\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var ThemeId: js.UndefOr[RestrictiveResourceId]\n    var VersionArn: js.UndefOr[Arn]\n  }\n\n  object UpdateThemeResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationStatus: js.UndefOr[ResourceStatus] = js.undefined,\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        ThemeId: js.UndefOr[RestrictiveResourceId] = js.undefined,\n        VersionArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateThemeResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationStatus.foreach(__v => __obj.updateDynamic(\"CreationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ThemeId.foreach(__v => __obj.updateDynamic(\"ThemeId\")(__v.asInstanceOf[js.Any]))\n      VersionArn.foreach(__v => __obj.updateDynamic(\"VersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateThemeResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateUserRequest extends js.Object {\n    var AwsAccountId: AwsAccountId\n    var Email: String\n    var Namespace: Namespace\n    var Role: UserRole\n    var UserName: UserName\n    var CustomPermissionsName: js.UndefOr[RoleName]\n    var UnapplyCustomPermissions: js.UndefOr[Boolean]\n  }\n\n  object UpdateUserRequest {\n    @inline\n    def apply(\n        AwsAccountId: AwsAccountId,\n        Email: String,\n        Namespace: Namespace,\n        Role: UserRole,\n        UserName: UserName,\n        CustomPermissionsName: js.UndefOr[RoleName] = js.undefined,\n        UnapplyCustomPermissions: js.UndefOr[Boolean] = js.undefined\n    ): UpdateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Email\" -> Email.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Role\" -> Role.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      CustomPermissionsName.foreach(__v => __obj.updateDynamic(\"CustomPermissionsName\")(__v.asInstanceOf[js.Any]))\n      UnapplyCustomPermissions.foreach(__v => __obj.updateDynamic(\"UnapplyCustomPermissions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateUserResponse extends js.Object {\n    var RequestId: js.UndefOr[String]\n    var Status: js.UndefOr[StatusCode]\n    var User: js.UndefOr[User]\n  }\n\n  object UpdateUserResponse {\n    @inline\n    def apply(\n        RequestId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[StatusCode] = js.undefined,\n        User: js.UndefOr[User] = js.undefined\n    ): UpdateUserResponse = {\n      val __obj = js.Dynamic.literal()\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserResponse]\n    }\n  }\n\n  \/** Information about the format for a source file or files.\n    *\/\n  @js.native\n  trait UploadSettings extends js.Object {\n    var ContainsHeader: js.UndefOr[Boolean]\n    var Delimiter: js.UndefOr[Delimiter]\n    var Format: js.UndefOr[FileFormat]\n    var StartFromRow: js.UndefOr[PositiveInteger]\n    var TextQualifier: js.UndefOr[TextQualifier]\n  }\n\n  object UploadSettings {\n    @inline\n    def apply(\n        ContainsHeader: js.UndefOr[Boolean] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        Format: js.UndefOr[FileFormat] = js.undefined,\n        StartFromRow: js.UndefOr[PositiveInteger] = js.undefined,\n        TextQualifier: js.UndefOr[TextQualifier] = js.undefined\n    ): UploadSettings = {\n      val __obj = js.Dynamic.literal()\n      ContainsHeader.foreach(__v => __obj.updateDynamic(\"ContainsHeader\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      StartFromRow.foreach(__v => __obj.updateDynamic(\"StartFromRow\")(__v.asInstanceOf[js.Any]))\n      TextQualifier.foreach(__v => __obj.updateDynamic(\"TextQualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadSettings]\n    }\n  }\n\n  \/** A registered user of Amazon QuickSight.\n    *\/\n  @js.native\n  trait User extends js.Object {\n    var Active: js.UndefOr[Boolean]\n    var Arn: js.UndefOr[Arn]\n    var CustomPermissionsName: js.UndefOr[RoleName]\n    var Email: js.UndefOr[String]\n    var IdentityType: js.UndefOr[IdentityType]\n    var PrincipalId: js.UndefOr[String]\n    var Role: js.UndefOr[UserRole]\n    var UserName: js.UndefOr[UserName]\n  }\n\n  object User {\n    @inline\n    def apply(\n        Active: js.UndefOr[Boolean] = js.undefined,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CustomPermissionsName: js.UndefOr[RoleName] = js.undefined,\n        Email: js.UndefOr[String] = js.undefined,\n        IdentityType: js.UndefOr[IdentityType] = js.undefined,\n        PrincipalId: js.UndefOr[String] = js.undefined,\n        Role: js.UndefOr[UserRole] = js.undefined,\n        UserName: js.UndefOr[UserName] = js.undefined\n    ): User = {\n      val __obj = js.Dynamic.literal()\n      Active.foreach(__v => __obj.updateDynamic(\"Active\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CustomPermissionsName.foreach(__v => __obj.updateDynamic(\"CustomPermissionsName\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      IdentityType.foreach(__v => __obj.updateDynamic(\"IdentityType\")(__v.asInstanceOf[js.Any]))\n      PrincipalId.foreach(__v => __obj.updateDynamic(\"PrincipalId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[User]\n    }\n  }\n\n  @js.native\n  sealed trait UserRole extends js.Any\n  object UserRole {\n    val ADMIN = \"ADMIN\".asInstanceOf[UserRole]\n    val AUTHOR = \"AUTHOR\".asInstanceOf[UserRole]\n    val READER = \"READER\".asInstanceOf[UserRole]\n    val RESTRICTED_AUTHOR = \"RESTRICTED_AUTHOR\".asInstanceOf[UserRole]\n    val RESTRICTED_READER = \"RESTRICTED_READER\".asInstanceOf[UserRole]\n\n    @inline def values = js.Array(ADMIN, AUTHOR, READER, RESTRICTED_AUTHOR, RESTRICTED_READER)\n  }\n\n  \/** VPC connection properties.\n    *\/\n  @js.native\n  trait VpcConnectionProperties extends js.Object {\n    var VpcConnectionArn: Arn\n  }\n\n  object VpcConnectionProperties {\n    @inline\n    def apply(\n        VpcConnectionArn: Arn\n    ): VpcConnectionProperties = {\n      val __obj = js.Dynamic.literal(\n        \"VpcConnectionArn\" -> VpcConnectionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConnectionProperties]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/amp\/src\/main\/scala\/facade\/amazonaws\/services\/Amp.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object amp {\n  type IdempotencyToken = String\n  type ListWorkspacesRequestMaxResultsInteger = Int\n  type PaginationToken = String\n  type Timestamp = js.Date\n  type Uri = String\n  type WorkspaceAlias = String\n  type WorkspaceArn = String\n  type WorkspaceId = String\n  type WorkspaceSummaryList = js.Array[WorkspaceSummary]\n\n  implicit final class AmpOps(private val service: Amp) extends AnyVal {\n\n    @inline def createWorkspaceFuture(params: CreateWorkspaceRequest): Future[CreateWorkspaceResponse] = service.createWorkspace(params).promise().toFuture\n    @inline def deleteWorkspaceFuture(params: DeleteWorkspaceRequest): Future[js.Object] = service.deleteWorkspace(params).promise().toFuture\n    @inline def describeWorkspaceFuture(params: DescribeWorkspaceRequest): Future[DescribeWorkspaceResponse] = service.describeWorkspace(params).promise().toFuture\n    @inline def listWorkspacesFuture(params: ListWorkspacesRequest): Future[ListWorkspacesResponse] = service.listWorkspaces(params).promise().toFuture\n    @inline def updateWorkspaceAliasFuture(params: UpdateWorkspaceAliasRequest): Future[js.Object] = service.updateWorkspaceAlias(params).promise().toFuture\n\n  }\n}\n\npackage amp {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/amp\", JSImport.Namespace, \"AWS.Amp\")\n  class Amp() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createWorkspace(params: CreateWorkspaceRequest): Request[CreateWorkspaceResponse] = js.native\n    def deleteWorkspace(params: DeleteWorkspaceRequest): Request[js.Object] = js.native\n    def describeWorkspace(params: DescribeWorkspaceRequest): Request[DescribeWorkspaceResponse] = js.native\n    def listWorkspaces(params: ListWorkspacesRequest): Request[ListWorkspacesResponse] = js.native\n    def updateWorkspaceAlias(params: UpdateWorkspaceAliasRequest): Request[js.Object] = js.native\n  }\n\n  \/** Represents the input of a CreateWorkspace operation.\n    *\/\n  @js.native\n  trait CreateWorkspaceRequest extends js.Object {\n    var alias: js.UndefOr[WorkspaceAlias]\n    var clientToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object CreateWorkspaceRequest {\n    @inline\n    def apply(\n        alias: js.UndefOr[WorkspaceAlias] = js.undefined,\n        clientToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): CreateWorkspaceRequest = {\n      val __obj = js.Dynamic.literal()\n      alias.foreach(__v => __obj.updateDynamic(\"alias\")(__v.asInstanceOf[js.Any]))\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkspaceRequest]\n    }\n  }\n\n  \/** Represents the output of a CreateWorkspace operation.\n    *\/\n  @js.native\n  trait CreateWorkspaceResponse extends js.Object {\n    var arn: WorkspaceArn\n    var status: WorkspaceStatus\n    var workspaceId: WorkspaceId\n  }\n\n  object CreateWorkspaceResponse {\n    @inline\n    def apply(\n        arn: WorkspaceArn,\n        status: WorkspaceStatus,\n        workspaceId: WorkspaceId\n    ): CreateWorkspaceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateWorkspaceResponse]\n    }\n  }\n\n  \/** Represents the input of a DeleteWorkspace operation.\n    *\/\n  @js.native\n  trait DeleteWorkspaceRequest extends js.Object {\n    var workspaceId: WorkspaceId\n    var clientToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object DeleteWorkspaceRequest {\n    @inline\n    def apply(\n        workspaceId: WorkspaceId,\n        clientToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): DeleteWorkspaceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteWorkspaceRequest]\n    }\n  }\n\n  \/** Represents the input of a DescribeWorkspace operation.\n    *\/\n  @js.native\n  trait DescribeWorkspaceRequest extends js.Object {\n    var workspaceId: WorkspaceId\n  }\n\n  object DescribeWorkspaceRequest {\n    @inline\n    def apply(\n        workspaceId: WorkspaceId\n    ): DescribeWorkspaceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkspaceRequest]\n    }\n  }\n\n  \/** Represents the output of a DescribeWorkspace operation.\n    *\/\n  @js.native\n  trait DescribeWorkspaceResponse extends js.Object {\n    var workspace: WorkspaceDescription\n  }\n\n  object DescribeWorkspaceResponse {\n    @inline\n    def apply(\n        workspace: WorkspaceDescription\n    ): DescribeWorkspaceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"workspace\" -> workspace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkspaceResponse]\n    }\n  }\n\n  \/** Represents the input of a ListWorkspaces operation.\n    *\/\n  @js.native\n  trait ListWorkspacesRequest extends js.Object {\n    var alias: js.UndefOr[WorkspaceAlias]\n    var maxResults: js.UndefOr[ListWorkspacesRequestMaxResultsInteger]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListWorkspacesRequest {\n    @inline\n    def apply(\n        alias: js.UndefOr[WorkspaceAlias] = js.undefined,\n        maxResults: js.UndefOr[ListWorkspacesRequestMaxResultsInteger] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListWorkspacesRequest = {\n      val __obj = js.Dynamic.literal()\n      alias.foreach(__v => __obj.updateDynamic(\"alias\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkspacesRequest]\n    }\n  }\n\n  \/** Represents the output of a ListWorkspaces operation.\n    *\/\n  @js.native\n  trait ListWorkspacesResponse extends js.Object {\n    var workspaces: WorkspaceSummaryList\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListWorkspacesResponse {\n    @inline\n    def apply(\n        workspaces: WorkspaceSummaryList,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListWorkspacesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"workspaces\" -> workspaces.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkspacesResponse]\n    }\n  }\n\n  \/** Represents the input of an UpdateWorkspaceAlias operation.\n    *\/\n  @js.native\n  trait UpdateWorkspaceAliasRequest extends js.Object {\n    var workspaceId: WorkspaceId\n    var alias: js.UndefOr[WorkspaceAlias]\n    var clientToken: js.UndefOr[IdempotencyToken]\n  }\n\n  object UpdateWorkspaceAliasRequest {\n    @inline\n    def apply(\n        workspaceId: WorkspaceId,\n        alias: js.UndefOr[WorkspaceAlias] = js.undefined,\n        clientToken: js.UndefOr[IdempotencyToken] = js.undefined\n    ): UpdateWorkspaceAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n\n      alias.foreach(__v => __obj.updateDynamic(\"alias\")(__v.asInstanceOf[js.Any]))\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkspaceAliasRequest]\n    }\n  }\n\n  \/** Represents the properties of a workspace.\n    *\/\n  @js.native\n  trait WorkspaceDescription extends js.Object {\n    var arn: WorkspaceArn\n    var createdAt: Timestamp\n    var status: WorkspaceStatus\n    var workspaceId: WorkspaceId\n    var alias: js.UndefOr[WorkspaceAlias]\n    var prometheusEndpoint: js.UndefOr[Uri]\n  }\n\n  object WorkspaceDescription {\n    @inline\n    def apply(\n        arn: WorkspaceArn,\n        createdAt: Timestamp,\n        status: WorkspaceStatus,\n        workspaceId: WorkspaceId,\n        alias: js.UndefOr[WorkspaceAlias] = js.undefined,\n        prometheusEndpoint: js.UndefOr[Uri] = js.undefined\n    ): WorkspaceDescription = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n\n      alias.foreach(__v => __obj.updateDynamic(\"alias\")(__v.asInstanceOf[js.Any]))\n      prometheusEndpoint.foreach(__v => __obj.updateDynamic(\"prometheusEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkspaceDescription]\n    }\n  }\n\n  \/** Represents the status of a workspace.\n    *\/\n  @js.native\n  trait WorkspaceStatus extends js.Object {\n    var statusCode: WorkspaceStatusCode\n  }\n\n  object WorkspaceStatus {\n    @inline\n    def apply(\n        statusCode: WorkspaceStatusCode\n    ): WorkspaceStatus = {\n      val __obj = js.Dynamic.literal(\n        \"statusCode\" -> statusCode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[WorkspaceStatus]\n    }\n  }\n\n  \/** State of a workspace.\n    *\/\n  @js.native\n  sealed trait WorkspaceStatusCode extends js.Any\n  object WorkspaceStatusCode {\n    val CREATING = \"CREATING\".asInstanceOf[WorkspaceStatusCode]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[WorkspaceStatusCode]\n    val UPDATING = \"UPDATING\".asInstanceOf[WorkspaceStatusCode]\n    val DELETING = \"DELETING\".asInstanceOf[WorkspaceStatusCode]\n    val CREATION_FAILED = \"CREATION_FAILED\".asInstanceOf[WorkspaceStatusCode]\n\n    @inline def values = js.Array(CREATING, ACTIVE, UPDATING, DELETING, CREATION_FAILED)\n  }\n\n  \/** Represents a summary of the properties of a workspace.\n    *\/\n  @js.native\n  trait WorkspaceSummary extends js.Object {\n    var arn: WorkspaceArn\n    var createdAt: Timestamp\n    var status: WorkspaceStatus\n    var workspaceId: WorkspaceId\n    var alias: js.UndefOr[WorkspaceAlias]\n  }\n\n  object WorkspaceSummary {\n    @inline\n    def apply(\n        arn: WorkspaceArn,\n        createdAt: Timestamp,\n        status: WorkspaceStatus,\n        workspaceId: WorkspaceId,\n        alias: js.UndefOr[WorkspaceAlias] = js.undefined\n    ): WorkspaceSummary = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"workspaceId\" -> workspaceId.asInstanceOf[js.Any]\n      )\n\n      alias.foreach(__v => __obj.updateDynamic(\"alias\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkspaceSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/s3\/src\/main\/scala\/facade\/amazonaws\/services\/ManagedUpload.scala","text":"package facade.amazonaws.services.s3\n\nimport facade.amazonaws.{Error => AWSError}\n\nimport scala.concurrent.Future\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\npackage object managedupload {\n\n  \/** The managed uploader allows for easy and efficient uploading of buffers, blobs, or streams, using a configurable amount of concurrency to perform multipart uploads where possible. This abstraction also enables uploading streams of unknown size due to the use of multipart uploads.\n    *\/\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/s3\", \"ManagedUpload\", \"AWS.S3.ManagedUpload\")\n  class ManagedUpload(options: ManagedUploadOptions) extends js.Object {\n    def abort(): Unit = js.native\n    def promise(): js.Promise[SendData] = js.native\n    def send(): Unit = js.native\n    def send(callback: js.Function2[AWSError, SendData, Unit]): Unit = js.native\n    def on(event: String, listener: js.Function1[Progress, Unit]): js.Dynamic = js.native\n\n    var maxTotalParts: Double = js.native\n    var minPartSize: Double = js.native\n  }\n\n  implicit final class ManagedUploadOps(private val instance: ManagedUpload) extends AnyVal {\n    def sendFuture(): Future[SendData] = instance.promise().toFuture\n    def onUploadProgress(handler: js.Function1[Progress, Unit]): Unit = instance.on(\"httpUploadProgress\", handler)\n  }\n\n  @js.native\n  trait Progress extends js.Object {\n    var loaded: Double = js.native\n    var total: Double = js.native\n  }\n\n  object Progress {\n    def apply(\n        loaded: Double,\n        total: Double\n    ): Progress = {\n      val _obj$ = js.Dynamic.literal(\n        \"loaded\" -> loaded.asInstanceOf[js.Any],\n        \"total\" -> total.asInstanceOf[js.Any]\n      )\n      _obj$.asInstanceOf[Progress]\n    }\n  }\n\n  @js.native\n  trait SendData extends js.Object {\n    var Location: String = js.native\n    var ETag: String = js.native\n    var Bucket: String = js.native\n    var Key: String = js.native\n  }\n\n  object SendData {\n    def apply(\n        Location: String,\n        ETag: String,\n        Bucket: String,\n        Key: String\n    ): SendData = {\n      val _obj$ = js.Dynamic.literal(\n        \"Location\" -> Location.asInstanceOf[js.Any],\n        \"ETag\" -> ETag.asInstanceOf[js.Any],\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n      _obj$.asInstanceOf[SendData]\n    }\n  }\n\n  @js.native\n  trait ManagedUploadOptions extends js.Object {\n    var params: js.UndefOr[PutObjectRequest] = js.native\n    var queueSize: js.UndefOr[Double] = js.native\n    var partSize: js.UndefOr[Double] = js.native\n    var leavePartsOnError: js.UndefOr[Boolean] = js.native\n    var service: js.UndefOr[S3] = js.native\n    var tags: js.UndefOr[js.Array[Tag]] = js.native\n  }\n\n  object ManagedUploadOptions {\n    def apply(\n        params: js.UndefOr[PutObjectRequest] = js.undefined,\n        queueSize: js.UndefOr[Double] = js.undefined,\n        partSize: js.UndefOr[Double] = js.undefined,\n        leavePartsOnError: js.UndefOr[Boolean] = js.undefined,\n        service: js.UndefOr[S3] = js.undefined,\n        tags: js.UndefOr[js.Array[Tag]] = js.undefined\n    ): ManagedUploadOptions = {\n      val _obj$ = js.Dynamic.literal()\n      params.foreach(_v => _obj$.updateDynamic(\"params\")(_v.asInstanceOf[js.Any]))\n      queueSize.foreach(_v => _obj$.updateDynamic(\"queueSize\")(_v.asInstanceOf[js.Any]))\n      partSize.foreach(_v => _obj$.updateDynamic(\"partSize\")(_v.asInstanceOf[js.Any]))\n      leavePartsOnError.foreach(_v => _obj$.updateDynamic(\"leavePartsOnError\")(_v.asInstanceOf[js.Any]))\n      service.foreach(_v => _obj$.updateDynamic(\"service\")(_v.asInstanceOf[js.Any]))\n      tags.foreach(_v => _obj$.updateDynamic(\"tags\")(_v.asInstanceOf[js.Any]))\n      _obj$.asInstanceOf[ManagedUploadOptions]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lexmodelbuildingservice\/src\/main\/scala\/facade\/amazonaws\/services\/LexModelBuildingService.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lexmodelbuildingservice {\n  type AliasName = String\n  type AliasNameOrListAll = String\n  type AmazonResourceName = String\n  type Blob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BotAliasMetadataList = js.Array[BotAliasMetadata]\n  type BotChannelAssociationList = js.Array[BotChannelAssociation]\n  type BotChannelName = String\n  type BotMetadataList = js.Array[BotMetadata]\n  type BotName = String\n  type BotVersions = js.Array[Version]\n  type BuiltinIntentMetadataList = js.Array[BuiltinIntentMetadata]\n  type BuiltinIntentSignature = String\n  type BuiltinIntentSlotList = js.Array[BuiltinIntentSlot]\n  type BuiltinSlotTypeMetadataList = js.Array[BuiltinSlotTypeMetadata]\n  type BuiltinSlotTypeSignature = String\n  type ChannelConfigurationMap = js.Dictionary[String]\n  type ConfidenceThreshold = Double\n  type ContentString = String\n  type ContextTimeToLiveInSeconds = Int\n  type ContextTurnsToLive = Int\n  type Count = Int\n  type CustomOrBuiltinSlotTypeName = String\n  type Description = String\n  type EnumerationValues = js.Array[EnumerationValue]\n  type GroupNumber = Int\n  type IamRoleArn = String\n  type InputContextList = js.Array[InputContext]\n  type InputContextName = String\n  type IntentList = js.Array[Intent]\n  type IntentMetadataList = js.Array[IntentMetadata]\n  type IntentName = String\n  type IntentUtteranceList = js.Array[Utterance]\n  type KendraIndexArn = String\n  type KmsKeyArn = String\n  type LambdaARN = String\n  type ListOfUtterance = js.Array[UtteranceData]\n  type ListsOfUtterances = js.Array[UtteranceList]\n  type LocaleList = js.Array[Locale]\n  type LogSettingsRequestList = js.Array[LogSettingsRequest]\n  type LogSettingsResponseList = js.Array[LogSettingsResponse]\n  type MaxResults = Int\n  type MessageList = js.Array[Message]\n  type MessageVersion = String\n  type Name = String\n  type NextToken = String\n  type NumericalVersion = String\n  type OutputContextList = js.Array[OutputContext]\n  type OutputContextName = String\n  type Priority = Int\n  type PromptMaxAttempts = Int\n  type QueryFilterString = String\n  type RegexPattern = String\n  type ResourceArn = String\n  type ResourcePrefix = String\n  type ResponseCard = String\n  type SessionTTL = Int\n  type SlotDefaultValueList = js.Array[SlotDefaultValue]\n  type SlotDefaultValueString = String\n  type SlotList = js.Array[Slot]\n  type SlotName = String\n  type SlotTypeConfigurations = js.Array[SlotTypeConfiguration]\n  type SlotTypeMetadataList = js.Array[SlotTypeMetadata]\n  type SlotTypeName = String\n  type SlotUtteranceList = js.Array[Utterance]\n  type StringList = js.Array[String]\n  type SynonymList = js.Array[Value]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type UserId = String\n  type Utterance = String\n  type UtteranceString = String\n  type Value = String\n  type Version = String\n  type roleArn = String\n\n  implicit final class LexModelBuildingServiceOps(private val service: LexModelBuildingService) extends AnyVal {\n\n    @inline def createBotVersionFuture(params: CreateBotVersionRequest): Future[CreateBotVersionResponse] = service.createBotVersion(params).promise().toFuture\n    @inline def createIntentVersionFuture(params: CreateIntentVersionRequest): Future[CreateIntentVersionResponse] = service.createIntentVersion(params).promise().toFuture\n    @inline def createSlotTypeVersionFuture(params: CreateSlotTypeVersionRequest): Future[CreateSlotTypeVersionResponse] = service.createSlotTypeVersion(params).promise().toFuture\n    @inline def deleteBotAliasFuture(params: DeleteBotAliasRequest): Future[js.Object] = service.deleteBotAlias(params).promise().toFuture\n    @inline def deleteBotChannelAssociationFuture(params: DeleteBotChannelAssociationRequest): Future[js.Object] = service.deleteBotChannelAssociation(params).promise().toFuture\n    @inline def deleteBotFuture(params: DeleteBotRequest): Future[js.Object] = service.deleteBot(params).promise().toFuture\n    @inline def deleteBotVersionFuture(params: DeleteBotVersionRequest): Future[js.Object] = service.deleteBotVersion(params).promise().toFuture\n    @inline def deleteIntentFuture(params: DeleteIntentRequest): Future[js.Object] = service.deleteIntent(params).promise().toFuture\n    @inline def deleteIntentVersionFuture(params: DeleteIntentVersionRequest): Future[js.Object] = service.deleteIntentVersion(params).promise().toFuture\n    @inline def deleteSlotTypeFuture(params: DeleteSlotTypeRequest): Future[js.Object] = service.deleteSlotType(params).promise().toFuture\n    @inline def deleteSlotTypeVersionFuture(params: DeleteSlotTypeVersionRequest): Future[js.Object] = service.deleteSlotTypeVersion(params).promise().toFuture\n    @inline def deleteUtterancesFuture(params: DeleteUtterancesRequest): Future[js.Object] = service.deleteUtterances(params).promise().toFuture\n    @inline def getBotAliasFuture(params: GetBotAliasRequest): Future[GetBotAliasResponse] = service.getBotAlias(params).promise().toFuture\n    @inline def getBotAliasesFuture(params: GetBotAliasesRequest): Future[GetBotAliasesResponse] = service.getBotAliases(params).promise().toFuture\n    @inline def getBotChannelAssociationFuture(params: GetBotChannelAssociationRequest): Future[GetBotChannelAssociationResponse] = service.getBotChannelAssociation(params).promise().toFuture\n    @inline def getBotChannelAssociationsFuture(params: GetBotChannelAssociationsRequest): Future[GetBotChannelAssociationsResponse] = service.getBotChannelAssociations(params).promise().toFuture\n    @inline def getBotFuture(params: GetBotRequest): Future[GetBotResponse] = service.getBot(params).promise().toFuture\n    @inline def getBotVersionsFuture(params: GetBotVersionsRequest): Future[GetBotVersionsResponse] = service.getBotVersions(params).promise().toFuture\n    @inline def getBotsFuture(params: GetBotsRequest): Future[GetBotsResponse] = service.getBots(params).promise().toFuture\n    @inline def getBuiltinIntentFuture(params: GetBuiltinIntentRequest): Future[GetBuiltinIntentResponse] = service.getBuiltinIntent(params).promise().toFuture\n    @inline def getBuiltinIntentsFuture(params: GetBuiltinIntentsRequest): Future[GetBuiltinIntentsResponse] = service.getBuiltinIntents(params).promise().toFuture\n    @inline def getBuiltinSlotTypesFuture(params: GetBuiltinSlotTypesRequest): Future[GetBuiltinSlotTypesResponse] = service.getBuiltinSlotTypes(params).promise().toFuture\n    @inline def getExportFuture(params: GetExportRequest): Future[GetExportResponse] = service.getExport(params).promise().toFuture\n    @inline def getImportFuture(params: GetImportRequest): Future[GetImportResponse] = service.getImport(params).promise().toFuture\n    @inline def getIntentFuture(params: GetIntentRequest): Future[GetIntentResponse] = service.getIntent(params).promise().toFuture\n    @inline def getIntentVersionsFuture(params: GetIntentVersionsRequest): Future[GetIntentVersionsResponse] = service.getIntentVersions(params).promise().toFuture\n    @inline def getIntentsFuture(params: GetIntentsRequest): Future[GetIntentsResponse] = service.getIntents(params).promise().toFuture\n    @inline def getSlotTypeFuture(params: GetSlotTypeRequest): Future[GetSlotTypeResponse] = service.getSlotType(params).promise().toFuture\n    @inline def getSlotTypeVersionsFuture(params: GetSlotTypeVersionsRequest): Future[GetSlotTypeVersionsResponse] = service.getSlotTypeVersions(params).promise().toFuture\n    @inline def getSlotTypesFuture(params: GetSlotTypesRequest): Future[GetSlotTypesResponse] = service.getSlotTypes(params).promise().toFuture\n    @inline def getUtterancesViewFuture(params: GetUtterancesViewRequest): Future[GetUtterancesViewResponse] = service.getUtterancesView(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putBotAliasFuture(params: PutBotAliasRequest): Future[PutBotAliasResponse] = service.putBotAlias(params).promise().toFuture\n    @inline def putBotFuture(params: PutBotRequest): Future[PutBotResponse] = service.putBot(params).promise().toFuture\n    @inline def putIntentFuture(params: PutIntentRequest): Future[PutIntentResponse] = service.putIntent(params).promise().toFuture\n    @inline def putSlotTypeFuture(params: PutSlotTypeRequest): Future[PutSlotTypeResponse] = service.putSlotType(params).promise().toFuture\n    @inline def startImportFuture(params: StartImportRequest): Future[StartImportResponse] = service.startImport(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage lexmodelbuildingservice {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lexmodelbuildingservice\", JSImport.Namespace, \"AWS.LexModelBuildingService\")\n  class LexModelBuildingService() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createBotVersion(params: CreateBotVersionRequest): Request[CreateBotVersionResponse] = js.native\n    def createIntentVersion(params: CreateIntentVersionRequest): Request[CreateIntentVersionResponse] = js.native\n    def createSlotTypeVersion(params: CreateSlotTypeVersionRequest): Request[CreateSlotTypeVersionResponse] = js.native\n    def deleteBot(params: DeleteBotRequest): Request[js.Object] = js.native\n    def deleteBotAlias(params: DeleteBotAliasRequest): Request[js.Object] = js.native\n    def deleteBotChannelAssociation(params: DeleteBotChannelAssociationRequest): Request[js.Object] = js.native\n    def deleteBotVersion(params: DeleteBotVersionRequest): Request[js.Object] = js.native\n    def deleteIntent(params: DeleteIntentRequest): Request[js.Object] = js.native\n    def deleteIntentVersion(params: DeleteIntentVersionRequest): Request[js.Object] = js.native\n    def deleteSlotType(params: DeleteSlotTypeRequest): Request[js.Object] = js.native\n    def deleteSlotTypeVersion(params: DeleteSlotTypeVersionRequest): Request[js.Object] = js.native\n    def deleteUtterances(params: DeleteUtterancesRequest): Request[js.Object] = js.native\n    def getBot(params: GetBotRequest): Request[GetBotResponse] = js.native\n    def getBotAlias(params: GetBotAliasRequest): Request[GetBotAliasResponse] = js.native\n    def getBotAliases(params: GetBotAliasesRequest): Request[GetBotAliasesResponse] = js.native\n    def getBotChannelAssociation(params: GetBotChannelAssociationRequest): Request[GetBotChannelAssociationResponse] = js.native\n    def getBotChannelAssociations(params: GetBotChannelAssociationsRequest): Request[GetBotChannelAssociationsResponse] = js.native\n    def getBotVersions(params: GetBotVersionsRequest): Request[GetBotVersionsResponse] = js.native\n    def getBots(params: GetBotsRequest): Request[GetBotsResponse] = js.native\n    def getBuiltinIntent(params: GetBuiltinIntentRequest): Request[GetBuiltinIntentResponse] = js.native\n    def getBuiltinIntents(params: GetBuiltinIntentsRequest): Request[GetBuiltinIntentsResponse] = js.native\n    def getBuiltinSlotTypes(params: GetBuiltinSlotTypesRequest): Request[GetBuiltinSlotTypesResponse] = js.native\n    def getExport(params: GetExportRequest): Request[GetExportResponse] = js.native\n    def getImport(params: GetImportRequest): Request[GetImportResponse] = js.native\n    def getIntent(params: GetIntentRequest): Request[GetIntentResponse] = js.native\n    def getIntentVersions(params: GetIntentVersionsRequest): Request[GetIntentVersionsResponse] = js.native\n    def getIntents(params: GetIntentsRequest): Request[GetIntentsResponse] = js.native\n    def getSlotType(params: GetSlotTypeRequest): Request[GetSlotTypeResponse] = js.native\n    def getSlotTypeVersions(params: GetSlotTypeVersionsRequest): Request[GetSlotTypeVersionsResponse] = js.native\n    def getSlotTypes(params: GetSlotTypesRequest): Request[GetSlotTypesResponse] = js.native\n    def getUtterancesView(params: GetUtterancesViewRequest): Request[GetUtterancesViewResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putBot(params: PutBotRequest): Request[PutBotResponse] = js.native\n    def putBotAlias(params: PutBotAliasRequest): Request[PutBotAliasResponse] = js.native\n    def putIntent(params: PutIntentRequest): Request[PutIntentResponse] = js.native\n    def putSlotType(params: PutSlotTypeRequest): Request[PutSlotTypeResponse] = js.native\n    def startImport(params: StartImportRequest): Request[StartImportResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  \/** Provides information about a bot alias.\n    *\/\n  @js.native\n  trait BotAliasMetadata extends js.Object {\n    var botName: js.UndefOr[BotName]\n    var botVersion: js.UndefOr[Version]\n    var checksum: js.UndefOr[String]\n    var conversationLogs: js.UndefOr[ConversationLogsResponse]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[AliasName]\n  }\n\n  object BotAliasMetadata {\n    @inline\n    def apply(\n        botName: js.UndefOr[BotName] = js.undefined,\n        botVersion: js.UndefOr[Version] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        conversationLogs: js.UndefOr[ConversationLogsResponse] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[AliasName] = js.undefined\n    ): BotAliasMetadata = {\n      val __obj = js.Dynamic.literal()\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      botVersion.foreach(__v => __obj.updateDynamic(\"botVersion\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conversationLogs.foreach(__v => __obj.updateDynamic(\"conversationLogs\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BotAliasMetadata]\n    }\n  }\n\n  \/** Represents an association between an Amazon Lex bot and an external messaging platform.\n    *\/\n  @js.native\n  trait BotChannelAssociation extends js.Object {\n    var botAlias: js.UndefOr[AliasName]\n    var botConfiguration: js.UndefOr[ChannelConfigurationMap]\n    var botName: js.UndefOr[BotName]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var failureReason: js.UndefOr[String]\n    var name: js.UndefOr[BotChannelName]\n    var status: js.UndefOr[ChannelStatus]\n    var `type`: js.UndefOr[ChannelType]\n  }\n\n  object BotChannelAssociation {\n    @inline\n    def apply(\n        botAlias: js.UndefOr[AliasName] = js.undefined,\n        botConfiguration: js.UndefOr[ChannelConfigurationMap] = js.undefined,\n        botName: js.UndefOr[BotName] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[BotChannelName] = js.undefined,\n        status: js.UndefOr[ChannelStatus] = js.undefined,\n        `type`: js.UndefOr[ChannelType] = js.undefined\n    ): BotChannelAssociation = {\n      val __obj = js.Dynamic.literal()\n      botAlias.foreach(__v => __obj.updateDynamic(\"botAlias\")(__v.asInstanceOf[js.Any]))\n      botConfiguration.foreach(__v => __obj.updateDynamic(\"botConfiguration\")(__v.asInstanceOf[js.Any]))\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BotChannelAssociation]\n    }\n  }\n\n  \/** Provides information about a bot. .\n    *\/\n  @js.native\n  trait BotMetadata extends js.Object {\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[BotName]\n    var status: js.UndefOr[Status]\n    var version: js.UndefOr[Version]\n  }\n\n  object BotMetadata {\n    @inline\n    def apply(\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[BotName] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): BotMetadata = {\n      val __obj = js.Dynamic.literal()\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BotMetadata]\n    }\n  }\n\n  \/** Provides metadata for a built-in intent.\n    *\/\n  @js.native\n  trait BuiltinIntentMetadata extends js.Object {\n    var signature: js.UndefOr[BuiltinIntentSignature]\n    var supportedLocales: js.UndefOr[LocaleList]\n  }\n\n  object BuiltinIntentMetadata {\n    @inline\n    def apply(\n        signature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        supportedLocales: js.UndefOr[LocaleList] = js.undefined\n    ): BuiltinIntentMetadata = {\n      val __obj = js.Dynamic.literal()\n      signature.foreach(__v => __obj.updateDynamic(\"signature\")(__v.asInstanceOf[js.Any]))\n      supportedLocales.foreach(__v => __obj.updateDynamic(\"supportedLocales\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuiltinIntentMetadata]\n    }\n  }\n\n  \/** Provides information about a slot used in a built-in intent.\n    *\/\n  @js.native\n  trait BuiltinIntentSlot extends js.Object {\n    var name: js.UndefOr[String]\n  }\n\n  object BuiltinIntentSlot {\n    @inline\n    def apply(\n        name: js.UndefOr[String] = js.undefined\n    ): BuiltinIntentSlot = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuiltinIntentSlot]\n    }\n  }\n\n  \/** Provides information about a built in slot type.\n    *\/\n  @js.native\n  trait BuiltinSlotTypeMetadata extends js.Object {\n    var signature: js.UndefOr[BuiltinSlotTypeSignature]\n    var supportedLocales: js.UndefOr[LocaleList]\n  }\n\n  object BuiltinSlotTypeMetadata {\n    @inline\n    def apply(\n        signature: js.UndefOr[BuiltinSlotTypeSignature] = js.undefined,\n        supportedLocales: js.UndefOr[LocaleList] = js.undefined\n    ): BuiltinSlotTypeMetadata = {\n      val __obj = js.Dynamic.literal()\n      signature.foreach(__v => __obj.updateDynamic(\"signature\")(__v.asInstanceOf[js.Any]))\n      supportedLocales.foreach(__v => __obj.updateDynamic(\"supportedLocales\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuiltinSlotTypeMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelStatus extends js.Any\n  object ChannelStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ChannelStatus]\n    val CREATED = \"CREATED\".asInstanceOf[ChannelStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ChannelStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, CREATED, FAILED)\n  }\n\n  @js.native\n  sealed trait ChannelType extends js.Any\n  object ChannelType {\n    val Facebook = \"Facebook\".asInstanceOf[ChannelType]\n    val Slack = \"Slack\".asInstanceOf[ChannelType]\n    val `Twilio-Sms` = \"Twilio-Sms\".asInstanceOf[ChannelType]\n    val Kik = \"Kik\".asInstanceOf[ChannelType]\n\n    @inline def values = js.Array(Facebook, Slack, `Twilio-Sms`, Kik)\n  }\n\n  \/** Specifies a Lambda function that verifies requests to a bot or fulfills the user's request to a bot..\n    *\/\n  @js.native\n  trait CodeHook extends js.Object {\n    var messageVersion: MessageVersion\n    var uri: LambdaARN\n  }\n\n  object CodeHook {\n    @inline\n    def apply(\n        messageVersion: MessageVersion,\n        uri: LambdaARN\n    ): CodeHook = {\n      val __obj = js.Dynamic.literal(\n        \"messageVersion\" -> messageVersion.asInstanceOf[js.Any],\n        \"uri\" -> uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CodeHook]\n    }\n  }\n\n  @js.native\n  sealed trait ContentType extends js.Any\n  object ContentType {\n    val PlainText = \"PlainText\".asInstanceOf[ContentType]\n    val SSML = \"SSML\".asInstanceOf[ContentType]\n    val CustomPayload = \"CustomPayload\".asInstanceOf[ContentType]\n\n    @inline def values = js.Array(PlainText, SSML, CustomPayload)\n  }\n\n  \/** Provides the settings needed for conversation logs.\n    *\/\n  @js.native\n  trait ConversationLogsRequest extends js.Object {\n    var iamRoleArn: IamRoleArn\n    var logSettings: LogSettingsRequestList\n  }\n\n  object ConversationLogsRequest {\n    @inline\n    def apply(\n        iamRoleArn: IamRoleArn,\n        logSettings: LogSettingsRequestList\n    ): ConversationLogsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"iamRoleArn\" -> iamRoleArn.asInstanceOf[js.Any],\n        \"logSettings\" -> logSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ConversationLogsRequest]\n    }\n  }\n\n  \/** Contains information about conversation log settings.\n    *\/\n  @js.native\n  trait ConversationLogsResponse extends js.Object {\n    var iamRoleArn: js.UndefOr[IamRoleArn]\n    var logSettings: js.UndefOr[LogSettingsResponseList]\n  }\n\n  object ConversationLogsResponse {\n    @inline\n    def apply(\n        iamRoleArn: js.UndefOr[IamRoleArn] = js.undefined,\n        logSettings: js.UndefOr[LogSettingsResponseList] = js.undefined\n    ): ConversationLogsResponse = {\n      val __obj = js.Dynamic.literal()\n      iamRoleArn.foreach(__v => __obj.updateDynamic(\"iamRoleArn\")(__v.asInstanceOf[js.Any]))\n      logSettings.foreach(__v => __obj.updateDynamic(\"logSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConversationLogsResponse]\n    }\n  }\n\n  @js.native\n  trait CreateBotVersionRequest extends js.Object {\n    var name: BotName\n    var checksum: js.UndefOr[String]\n  }\n\n  object CreateBotVersionRequest {\n    @inline\n    def apply(\n        name: BotName,\n        checksum: js.UndefOr[String] = js.undefined\n    ): CreateBotVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBotVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBotVersionResponse extends js.Object {\n    var abortStatement: js.UndefOr[Statement]\n    var checksum: js.UndefOr[String]\n    var childDirected: js.UndefOr[Boolean]\n    var clarificationPrompt: js.UndefOr[Prompt]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var detectSentiment: js.UndefOr[Boolean]\n    var enableModelImprovements: js.UndefOr[Boolean]\n    var failureReason: js.UndefOr[String]\n    var idleSessionTTLInSeconds: js.UndefOr[SessionTTL]\n    var intents: js.UndefOr[IntentList]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var locale: js.UndefOr[Locale]\n    var name: js.UndefOr[BotName]\n    var status: js.UndefOr[Status]\n    var version: js.UndefOr[Version]\n    var voiceId: js.UndefOr[String]\n  }\n\n  object CreateBotVersionResponse {\n    @inline\n    def apply(\n        abortStatement: js.UndefOr[Statement] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        childDirected: js.UndefOr[Boolean] = js.undefined,\n        clarificationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        detectSentiment: js.UndefOr[Boolean] = js.undefined,\n        enableModelImprovements: js.UndefOr[Boolean] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        idleSessionTTLInSeconds: js.UndefOr[SessionTTL] = js.undefined,\n        intents: js.UndefOr[IntentList] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        locale: js.UndefOr[Locale] = js.undefined,\n        name: js.UndefOr[BotName] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined,\n        voiceId: js.UndefOr[String] = js.undefined\n    ): CreateBotVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      abortStatement.foreach(__v => __obj.updateDynamic(\"abortStatement\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      childDirected.foreach(__v => __obj.updateDynamic(\"childDirected\")(__v.asInstanceOf[js.Any]))\n      clarificationPrompt.foreach(__v => __obj.updateDynamic(\"clarificationPrompt\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      detectSentiment.foreach(__v => __obj.updateDynamic(\"detectSentiment\")(__v.asInstanceOf[js.Any]))\n      enableModelImprovements.foreach(__v => __obj.updateDynamic(\"enableModelImprovements\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      idleSessionTTLInSeconds.foreach(__v => __obj.updateDynamic(\"idleSessionTTLInSeconds\")(__v.asInstanceOf[js.Any]))\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      voiceId.foreach(__v => __obj.updateDynamic(\"voiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBotVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateIntentVersionRequest extends js.Object {\n    var name: IntentName\n    var checksum: js.UndefOr[String]\n  }\n\n  object CreateIntentVersionRequest {\n    @inline\n    def apply(\n        name: IntentName,\n        checksum: js.UndefOr[String] = js.undefined\n    ): CreateIntentVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIntentVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateIntentVersionResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var conclusionStatement: js.UndefOr[Statement]\n    var confirmationPrompt: js.UndefOr[Prompt]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var dialogCodeHook: js.UndefOr[CodeHook]\n    var followUpPrompt: js.UndefOr[FollowUpPrompt]\n    var fulfillmentActivity: js.UndefOr[FulfillmentActivity]\n    var inputContexts: js.UndefOr[InputContextList]\n    var kendraConfiguration: js.UndefOr[KendraConfiguration]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[IntentName]\n    var outputContexts: js.UndefOr[OutputContextList]\n    var parentIntentSignature: js.UndefOr[BuiltinIntentSignature]\n    var rejectionStatement: js.UndefOr[Statement]\n    var sampleUtterances: js.UndefOr[IntentUtteranceList]\n    var slots: js.UndefOr[SlotList]\n    var version: js.UndefOr[Version]\n  }\n\n  object CreateIntentVersionResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        conclusionStatement: js.UndefOr[Statement] = js.undefined,\n        confirmationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        dialogCodeHook: js.UndefOr[CodeHook] = js.undefined,\n        followUpPrompt: js.UndefOr[FollowUpPrompt] = js.undefined,\n        fulfillmentActivity: js.UndefOr[FulfillmentActivity] = js.undefined,\n        inputContexts: js.UndefOr[InputContextList] = js.undefined,\n        kendraConfiguration: js.UndefOr[KendraConfiguration] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[IntentName] = js.undefined,\n        outputContexts: js.UndefOr[OutputContextList] = js.undefined,\n        parentIntentSignature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        rejectionStatement: js.UndefOr[Statement] = js.undefined,\n        sampleUtterances: js.UndefOr[IntentUtteranceList] = js.undefined,\n        slots: js.UndefOr[SlotList] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): CreateIntentVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conclusionStatement.foreach(__v => __obj.updateDynamic(\"conclusionStatement\")(__v.asInstanceOf[js.Any]))\n      confirmationPrompt.foreach(__v => __obj.updateDynamic(\"confirmationPrompt\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      dialogCodeHook.foreach(__v => __obj.updateDynamic(\"dialogCodeHook\")(__v.asInstanceOf[js.Any]))\n      followUpPrompt.foreach(__v => __obj.updateDynamic(\"followUpPrompt\")(__v.asInstanceOf[js.Any]))\n      fulfillmentActivity.foreach(__v => __obj.updateDynamic(\"fulfillmentActivity\")(__v.asInstanceOf[js.Any]))\n      inputContexts.foreach(__v => __obj.updateDynamic(\"inputContexts\")(__v.asInstanceOf[js.Any]))\n      kendraConfiguration.foreach(__v => __obj.updateDynamic(\"kendraConfiguration\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      outputContexts.foreach(__v => __obj.updateDynamic(\"outputContexts\")(__v.asInstanceOf[js.Any]))\n      parentIntentSignature.foreach(__v => __obj.updateDynamic(\"parentIntentSignature\")(__v.asInstanceOf[js.Any]))\n      rejectionStatement.foreach(__v => __obj.updateDynamic(\"rejectionStatement\")(__v.asInstanceOf[js.Any]))\n      sampleUtterances.foreach(__v => __obj.updateDynamic(\"sampleUtterances\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateIntentVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSlotTypeVersionRequest extends js.Object {\n    var name: SlotTypeName\n    var checksum: js.UndefOr[String]\n  }\n\n  object CreateSlotTypeVersionRequest {\n    @inline\n    def apply(\n        name: SlotTypeName,\n        checksum: js.UndefOr[String] = js.undefined\n    ): CreateSlotTypeVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSlotTypeVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSlotTypeVersionResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var enumerationValues: js.UndefOr[EnumerationValues]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[SlotTypeName]\n    var parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName]\n    var slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations]\n    var valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy]\n    var version: js.UndefOr[Version]\n  }\n\n  object CreateSlotTypeVersionResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enumerationValues: js.UndefOr[EnumerationValues] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[SlotTypeName] = js.undefined,\n        parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName] = js.undefined,\n        slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations] = js.undefined,\n        valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): CreateSlotTypeVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enumerationValues.foreach(__v => __obj.updateDynamic(\"enumerationValues\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      parentSlotTypeSignature.foreach(__v => __obj.updateDynamic(\"parentSlotTypeSignature\")(__v.asInstanceOf[js.Any]))\n      slotTypeConfigurations.foreach(__v => __obj.updateDynamic(\"slotTypeConfigurations\")(__v.asInstanceOf[js.Any]))\n      valueSelectionStrategy.foreach(__v => __obj.updateDynamic(\"valueSelectionStrategy\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSlotTypeVersionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteBotAliasRequest extends js.Object {\n    var botName: BotName\n    var name: AliasName\n  }\n\n  object DeleteBotAliasRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        name: AliasName\n    ): DeleteBotAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBotAliasRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBotChannelAssociationRequest extends js.Object {\n    var botAlias: AliasName\n    var botName: BotName\n    var name: BotChannelName\n  }\n\n  object DeleteBotChannelAssociationRequest {\n    @inline\n    def apply(\n        botAlias: AliasName,\n        botName: BotName,\n        name: BotChannelName\n    ): DeleteBotChannelAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAlias\" -> botAlias.asInstanceOf[js.Any],\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBotChannelAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBotRequest extends js.Object {\n    var name: BotName\n  }\n\n  object DeleteBotRequest {\n    @inline\n    def apply(\n        name: BotName\n    ): DeleteBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBotRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBotVersionRequest extends js.Object {\n    var name: BotName\n    var version: NumericalVersion\n  }\n\n  object DeleteBotVersionRequest {\n    @inline\n    def apply(\n        name: BotName,\n        version: NumericalVersion\n    ): DeleteBotVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBotVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteIntentRequest extends js.Object {\n    var name: IntentName\n  }\n\n  object DeleteIntentRequest {\n    @inline\n    def apply(\n        name: IntentName\n    ): DeleteIntentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIntentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteIntentVersionRequest extends js.Object {\n    var name: IntentName\n    var version: NumericalVersion\n  }\n\n  object DeleteIntentVersionRequest {\n    @inline\n    def apply(\n        name: IntentName,\n        version: NumericalVersion\n    ): DeleteIntentVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIntentVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSlotTypeRequest extends js.Object {\n    var name: SlotTypeName\n  }\n\n  object DeleteSlotTypeRequest {\n    @inline\n    def apply(\n        name: SlotTypeName\n    ): DeleteSlotTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSlotTypeRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSlotTypeVersionRequest extends js.Object {\n    var name: SlotTypeName\n    var version: NumericalVersion\n  }\n\n  object DeleteSlotTypeVersionRequest {\n    @inline\n    def apply(\n        name: SlotTypeName,\n        version: NumericalVersion\n    ): DeleteSlotTypeVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSlotTypeVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteUtterancesRequest extends js.Object {\n    var botName: BotName\n    var userId: UserId\n  }\n\n  object DeleteUtterancesRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        userId: UserId\n    ): DeleteUtterancesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"userId\" -> userId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUtterancesRequest]\n    }\n  }\n\n  @js.native\n  sealed trait Destination extends js.Any\n  object Destination {\n    val CLOUDWATCH_LOGS = \"CLOUDWATCH_LOGS\".asInstanceOf[Destination]\n    val S3 = \"S3\".asInstanceOf[Destination]\n\n    @inline def values = js.Array(CLOUDWATCH_LOGS, S3)\n  }\n\n  \/** Each slot type can have a set of values. Each enumeration value represents a value the slot type can take. For example, a pizza ordering bot could have a slot type that specifies the type of crust that the pizza should have. The slot type could include the values * thick * thin * stuffed\n    *\/\n  @js.native\n  trait EnumerationValue extends js.Object {\n    var value: Value\n    var synonyms: js.UndefOr[SynonymList]\n  }\n\n  object EnumerationValue {\n    @inline\n    def apply(\n        value: Value,\n        synonyms: js.UndefOr[SynonymList] = js.undefined\n    ): EnumerationValue = {\n      val __obj = js.Dynamic.literal(\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n\n      synonyms.foreach(__v => __obj.updateDynamic(\"synonyms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnumerationValue]\n    }\n  }\n\n  @js.native\n  sealed trait ExportStatus extends js.Any\n  object ExportStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ExportStatus]\n    val READY = \"READY\".asInstanceOf[ExportStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ExportStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, READY, FAILED)\n  }\n\n  @js.native\n  sealed trait ExportType extends js.Any\n  object ExportType {\n    val ALEXA_SKILLS_KIT = \"ALEXA_SKILLS_KIT\".asInstanceOf[ExportType]\n    val LEX = \"LEX\".asInstanceOf[ExportType]\n\n    @inline def values = js.Array(ALEXA_SKILLS_KIT, LEX)\n  }\n\n  \/** A prompt for additional activity after an intent is fulfilled. For example, after the <code>OrderPizza<\/code> intent is fulfilled, you might prompt the user to find out whether the user wants to order drinks.\n    *\/\n  @js.native\n  trait FollowUpPrompt extends js.Object {\n    var prompt: Prompt\n    var rejectionStatement: Statement\n  }\n\n  object FollowUpPrompt {\n    @inline\n    def apply(\n        prompt: Prompt,\n        rejectionStatement: Statement\n    ): FollowUpPrompt = {\n      val __obj = js.Dynamic.literal(\n        \"prompt\" -> prompt.asInstanceOf[js.Any],\n        \"rejectionStatement\" -> rejectionStatement.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FollowUpPrompt]\n    }\n  }\n\n  \/** Describes how the intent is fulfilled after the user provides all of the information required for the intent. You can provide a Lambda function to process the intent, or you can return the intent information to the client application. We recommend that you use a Lambda function so that the relevant logic lives in the Cloud and limit the client-side code primarily to presentation. If you need to update the logic, you only update the Lambda function; you don't need to upgrade your client application. Consider the following examples: * In a pizza ordering application, after the user provides all of the information for placing an order, you use a Lambda function to place an order with a pizzeria. * In a gaming application, when a user says \"pick up a rock,\" this information must go back to the client application so that it can perform the operation and update the graphics. In this case, you want Amazon Lex to return the intent data to the client.\n    *\/\n  @js.native\n  trait FulfillmentActivity extends js.Object {\n    var `type`: FulfillmentActivityType\n    var codeHook: js.UndefOr[CodeHook]\n  }\n\n  object FulfillmentActivity {\n    @inline\n    def apply(\n        `type`: FulfillmentActivityType,\n        codeHook: js.UndefOr[CodeHook] = js.undefined\n    ): FulfillmentActivity = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      codeHook.foreach(__v => __obj.updateDynamic(\"codeHook\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FulfillmentActivity]\n    }\n  }\n\n  @js.native\n  sealed trait FulfillmentActivityType extends js.Any\n  object FulfillmentActivityType {\n    val ReturnIntent = \"ReturnIntent\".asInstanceOf[FulfillmentActivityType]\n    val CodeHook = \"CodeHook\".asInstanceOf[FulfillmentActivityType]\n\n    @inline def values = js.Array(ReturnIntent, CodeHook)\n  }\n\n  @js.native\n  trait GetBotAliasRequest extends js.Object {\n    var botName: BotName\n    var name: AliasName\n  }\n\n  object GetBotAliasRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        name: AliasName\n    ): GetBotAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBotAliasRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotAliasResponse extends js.Object {\n    var botName: js.UndefOr[BotName]\n    var botVersion: js.UndefOr[Version]\n    var checksum: js.UndefOr[String]\n    var conversationLogs: js.UndefOr[ConversationLogsResponse]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[AliasName]\n  }\n\n  object GetBotAliasResponse {\n    @inline\n    def apply(\n        botName: js.UndefOr[BotName] = js.undefined,\n        botVersion: js.UndefOr[Version] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        conversationLogs: js.UndefOr[ConversationLogsResponse] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[AliasName] = js.undefined\n    ): GetBotAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      botVersion.foreach(__v => __obj.updateDynamic(\"botVersion\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conversationLogs.foreach(__v => __obj.updateDynamic(\"conversationLogs\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotAliasResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotAliasesRequest extends js.Object {\n    var botName: BotName\n    var maxResults: js.UndefOr[MaxResults]\n    var nameContains: js.UndefOr[AliasName]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotAliasesRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nameContains: js.UndefOr[AliasName] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotAliasesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nameContains.foreach(__v => __obj.updateDynamic(\"nameContains\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotAliasesRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotAliasesResponse extends js.Object {\n    var BotAliases: js.UndefOr[BotAliasMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotAliasesResponse {\n    @inline\n    def apply(\n        BotAliases: js.UndefOr[BotAliasMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotAliasesResponse = {\n      val __obj = js.Dynamic.literal()\n      BotAliases.foreach(__v => __obj.updateDynamic(\"BotAliases\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotAliasesResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotChannelAssociationRequest extends js.Object {\n    var botAlias: AliasName\n    var botName: BotName\n    var name: BotChannelName\n  }\n\n  object GetBotChannelAssociationRequest {\n    @inline\n    def apply(\n        botAlias: AliasName,\n        botName: BotName,\n        name: BotChannelName\n    ): GetBotChannelAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAlias\" -> botAlias.asInstanceOf[js.Any],\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBotChannelAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotChannelAssociationResponse extends js.Object {\n    var botAlias: js.UndefOr[AliasName]\n    var botConfiguration: js.UndefOr[ChannelConfigurationMap]\n    var botName: js.UndefOr[BotName]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var failureReason: js.UndefOr[String]\n    var name: js.UndefOr[BotChannelName]\n    var status: js.UndefOr[ChannelStatus]\n    var `type`: js.UndefOr[ChannelType]\n  }\n\n  object GetBotChannelAssociationResponse {\n    @inline\n    def apply(\n        botAlias: js.UndefOr[AliasName] = js.undefined,\n        botConfiguration: js.UndefOr[ChannelConfigurationMap] = js.undefined,\n        botName: js.UndefOr[BotName] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[BotChannelName] = js.undefined,\n        status: js.UndefOr[ChannelStatus] = js.undefined,\n        `type`: js.UndefOr[ChannelType] = js.undefined\n    ): GetBotChannelAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      botAlias.foreach(__v => __obj.updateDynamic(\"botAlias\")(__v.asInstanceOf[js.Any]))\n      botConfiguration.foreach(__v => __obj.updateDynamic(\"botConfiguration\")(__v.asInstanceOf[js.Any]))\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotChannelAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotChannelAssociationsRequest extends js.Object {\n    var botAlias: AliasNameOrListAll\n    var botName: BotName\n    var maxResults: js.UndefOr[MaxResults]\n    var nameContains: js.UndefOr[BotChannelName]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotChannelAssociationsRequest {\n    @inline\n    def apply(\n        botAlias: AliasNameOrListAll,\n        botName: BotName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nameContains: js.UndefOr[BotChannelName] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotChannelAssociationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAlias\" -> botAlias.asInstanceOf[js.Any],\n        \"botName\" -> botName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nameContains.foreach(__v => __obj.updateDynamic(\"nameContains\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotChannelAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotChannelAssociationsResponse extends js.Object {\n    var botChannelAssociations: js.UndefOr[BotChannelAssociationList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotChannelAssociationsResponse {\n    @inline\n    def apply(\n        botChannelAssociations: js.UndefOr[BotChannelAssociationList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotChannelAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      botChannelAssociations.foreach(__v => __obj.updateDynamic(\"botChannelAssociations\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotChannelAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotRequest extends js.Object {\n    var name: BotName\n    var versionOrAlias: String\n  }\n\n  object GetBotRequest {\n    @inline\n    def apply(\n        name: BotName,\n        versionOrAlias: String\n    ): GetBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"versionOrAlias\" -> versionOrAlias.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBotRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotResponse extends js.Object {\n    var abortStatement: js.UndefOr[Statement]\n    var checksum: js.UndefOr[String]\n    var childDirected: js.UndefOr[Boolean]\n    var clarificationPrompt: js.UndefOr[Prompt]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var detectSentiment: js.UndefOr[Boolean]\n    var enableModelImprovements: js.UndefOr[Boolean]\n    var failureReason: js.UndefOr[String]\n    var idleSessionTTLInSeconds: js.UndefOr[SessionTTL]\n    var intents: js.UndefOr[IntentList]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var locale: js.UndefOr[Locale]\n    var name: js.UndefOr[BotName]\n    var nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold]\n    var status: js.UndefOr[Status]\n    var version: js.UndefOr[Version]\n    var voiceId: js.UndefOr[String]\n  }\n\n  object GetBotResponse {\n    @inline\n    def apply(\n        abortStatement: js.UndefOr[Statement] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        childDirected: js.UndefOr[Boolean] = js.undefined,\n        clarificationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        detectSentiment: js.UndefOr[Boolean] = js.undefined,\n        enableModelImprovements: js.UndefOr[Boolean] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        idleSessionTTLInSeconds: js.UndefOr[SessionTTL] = js.undefined,\n        intents: js.UndefOr[IntentList] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        locale: js.UndefOr[Locale] = js.undefined,\n        name: js.UndefOr[BotName] = js.undefined,\n        nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined,\n        voiceId: js.UndefOr[String] = js.undefined\n    ): GetBotResponse = {\n      val __obj = js.Dynamic.literal()\n      abortStatement.foreach(__v => __obj.updateDynamic(\"abortStatement\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      childDirected.foreach(__v => __obj.updateDynamic(\"childDirected\")(__v.asInstanceOf[js.Any]))\n      clarificationPrompt.foreach(__v => __obj.updateDynamic(\"clarificationPrompt\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      detectSentiment.foreach(__v => __obj.updateDynamic(\"detectSentiment\")(__v.asInstanceOf[js.Any]))\n      enableModelImprovements.foreach(__v => __obj.updateDynamic(\"enableModelImprovements\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      idleSessionTTLInSeconds.foreach(__v => __obj.updateDynamic(\"idleSessionTTLInSeconds\")(__v.asInstanceOf[js.Any]))\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      nluIntentConfidenceThreshold.foreach(__v => __obj.updateDynamic(\"nluIntentConfidenceThreshold\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      voiceId.foreach(__v => __obj.updateDynamic(\"voiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotVersionsRequest extends js.Object {\n    var name: BotName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotVersionsRequest {\n    @inline\n    def apply(\n        name: BotName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotVersionsResponse extends js.Object {\n    var bots: js.UndefOr[BotMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotVersionsResponse {\n    @inline\n    def apply(\n        bots: js.UndefOr[BotMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      bots.foreach(__v => __obj.updateDynamic(\"bots\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nameContains: js.UndefOr[BotName]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nameContains: js.UndefOr[BotName] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nameContains.foreach(__v => __obj.updateDynamic(\"nameContains\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotsResponse extends js.Object {\n    var bots: js.UndefOr[BotMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBotsResponse {\n    @inline\n    def apply(\n        bots: js.UndefOr[BotMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBotsResponse = {\n      val __obj = js.Dynamic.literal()\n      bots.foreach(__v => __obj.updateDynamic(\"bots\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotsResponse]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinIntentRequest extends js.Object {\n    var signature: BuiltinIntentSignature\n  }\n\n  object GetBuiltinIntentRequest {\n    @inline\n    def apply(\n        signature: BuiltinIntentSignature\n    ): GetBuiltinIntentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"signature\" -> signature.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBuiltinIntentRequest]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinIntentResponse extends js.Object {\n    var signature: js.UndefOr[BuiltinIntentSignature]\n    var slots: js.UndefOr[BuiltinIntentSlotList]\n    var supportedLocales: js.UndefOr[LocaleList]\n  }\n\n  object GetBuiltinIntentResponse {\n    @inline\n    def apply(\n        signature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        slots: js.UndefOr[BuiltinIntentSlotList] = js.undefined,\n        supportedLocales: js.UndefOr[LocaleList] = js.undefined\n    ): GetBuiltinIntentResponse = {\n      val __obj = js.Dynamic.literal()\n      signature.foreach(__v => __obj.updateDynamic(\"signature\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      supportedLocales.foreach(__v => __obj.updateDynamic(\"supportedLocales\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBuiltinIntentResponse]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinIntentsRequest extends js.Object {\n    var locale: js.UndefOr[Locale]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var signatureContains: js.UndefOr[String]\n  }\n\n  object GetBuiltinIntentsRequest {\n    @inline\n    def apply(\n        locale: js.UndefOr[Locale] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        signatureContains: js.UndefOr[String] = js.undefined\n    ): GetBuiltinIntentsRequest = {\n      val __obj = js.Dynamic.literal()\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      signatureContains.foreach(__v => __obj.updateDynamic(\"signatureContains\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBuiltinIntentsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinIntentsResponse extends js.Object {\n    var intents: js.UndefOr[BuiltinIntentMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetBuiltinIntentsResponse {\n    @inline\n    def apply(\n        intents: js.UndefOr[BuiltinIntentMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetBuiltinIntentsResponse = {\n      val __obj = js.Dynamic.literal()\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBuiltinIntentsResponse]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinSlotTypesRequest extends js.Object {\n    var locale: js.UndefOr[Locale]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var signatureContains: js.UndefOr[String]\n  }\n\n  object GetBuiltinSlotTypesRequest {\n    @inline\n    def apply(\n        locale: js.UndefOr[Locale] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        signatureContains: js.UndefOr[String] = js.undefined\n    ): GetBuiltinSlotTypesRequest = {\n      val __obj = js.Dynamic.literal()\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      signatureContains.foreach(__v => __obj.updateDynamic(\"signatureContains\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBuiltinSlotTypesRequest]\n    }\n  }\n\n  @js.native\n  trait GetBuiltinSlotTypesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var slotTypes: js.UndefOr[BuiltinSlotTypeMetadataList]\n  }\n\n  object GetBuiltinSlotTypesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        slotTypes: js.UndefOr[BuiltinSlotTypeMetadataList] = js.undefined\n    ): GetBuiltinSlotTypesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      slotTypes.foreach(__v => __obj.updateDynamic(\"slotTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBuiltinSlotTypesResponse]\n    }\n  }\n\n  @js.native\n  trait GetExportRequest extends js.Object {\n    var exportType: ExportType\n    var name: Name\n    var resourceType: ResourceType\n    var version: NumericalVersion\n  }\n\n  object GetExportRequest {\n    @inline\n    def apply(\n        exportType: ExportType,\n        name: Name,\n        resourceType: ResourceType,\n        version: NumericalVersion\n    ): GetExportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"exportType\" -> exportType.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetExportRequest]\n    }\n  }\n\n  @js.native\n  trait GetExportResponse extends js.Object {\n    var exportStatus: js.UndefOr[ExportStatus]\n    var exportType: js.UndefOr[ExportType]\n    var failureReason: js.UndefOr[String]\n    var name: js.UndefOr[Name]\n    var resourceType: js.UndefOr[ResourceType]\n    var url: js.UndefOr[String]\n    var version: js.UndefOr[NumericalVersion]\n  }\n\n  object GetExportResponse {\n    @inline\n    def apply(\n        exportStatus: js.UndefOr[ExportStatus] = js.undefined,\n        exportType: js.UndefOr[ExportType] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        url: js.UndefOr[String] = js.undefined,\n        version: js.UndefOr[NumericalVersion] = js.undefined\n    ): GetExportResponse = {\n      val __obj = js.Dynamic.literal()\n      exportStatus.foreach(__v => __obj.updateDynamic(\"exportStatus\")(__v.asInstanceOf[js.Any]))\n      exportType.foreach(__v => __obj.updateDynamic(\"exportType\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      url.foreach(__v => __obj.updateDynamic(\"url\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetExportResponse]\n    }\n  }\n\n  @js.native\n  trait GetImportRequest extends js.Object {\n    var importId: String\n  }\n\n  object GetImportRequest {\n    @inline\n    def apply(\n        importId: String\n    ): GetImportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"importId\" -> importId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetImportRequest]\n    }\n  }\n\n  @js.native\n  trait GetImportResponse extends js.Object {\n    var createdDate: js.UndefOr[Timestamp]\n    var failureReason: js.UndefOr[StringList]\n    var importId: js.UndefOr[String]\n    var importStatus: js.UndefOr[ImportStatus]\n    var mergeStrategy: js.UndefOr[MergeStrategy]\n    var name: js.UndefOr[Name]\n    var resourceType: js.UndefOr[ResourceType]\n  }\n\n  object GetImportResponse {\n    @inline\n    def apply(\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        failureReason: js.UndefOr[StringList] = js.undefined,\n        importId: js.UndefOr[String] = js.undefined,\n        importStatus: js.UndefOr[ImportStatus] = js.undefined,\n        mergeStrategy: js.UndefOr[MergeStrategy] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined\n    ): GetImportResponse = {\n      val __obj = js.Dynamic.literal()\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      importId.foreach(__v => __obj.updateDynamic(\"importId\")(__v.asInstanceOf[js.Any]))\n      importStatus.foreach(__v => __obj.updateDynamic(\"importStatus\")(__v.asInstanceOf[js.Any]))\n      mergeStrategy.foreach(__v => __obj.updateDynamic(\"mergeStrategy\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetImportResponse]\n    }\n  }\n\n  @js.native\n  trait GetIntentRequest extends js.Object {\n    var name: IntentName\n    var version: Version\n  }\n\n  object GetIntentRequest {\n    @inline\n    def apply(\n        name: IntentName,\n        version: Version\n    ): GetIntentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIntentRequest]\n    }\n  }\n\n  @js.native\n  trait GetIntentResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var conclusionStatement: js.UndefOr[Statement]\n    var confirmationPrompt: js.UndefOr[Prompt]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var dialogCodeHook: js.UndefOr[CodeHook]\n    var followUpPrompt: js.UndefOr[FollowUpPrompt]\n    var fulfillmentActivity: js.UndefOr[FulfillmentActivity]\n    var inputContexts: js.UndefOr[InputContextList]\n    var kendraConfiguration: js.UndefOr[KendraConfiguration]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[IntentName]\n    var outputContexts: js.UndefOr[OutputContextList]\n    var parentIntentSignature: js.UndefOr[BuiltinIntentSignature]\n    var rejectionStatement: js.UndefOr[Statement]\n    var sampleUtterances: js.UndefOr[IntentUtteranceList]\n    var slots: js.UndefOr[SlotList]\n    var version: js.UndefOr[Version]\n  }\n\n  object GetIntentResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        conclusionStatement: js.UndefOr[Statement] = js.undefined,\n        confirmationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        dialogCodeHook: js.UndefOr[CodeHook] = js.undefined,\n        followUpPrompt: js.UndefOr[FollowUpPrompt] = js.undefined,\n        fulfillmentActivity: js.UndefOr[FulfillmentActivity] = js.undefined,\n        inputContexts: js.UndefOr[InputContextList] = js.undefined,\n        kendraConfiguration: js.UndefOr[KendraConfiguration] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[IntentName] = js.undefined,\n        outputContexts: js.UndefOr[OutputContextList] = js.undefined,\n        parentIntentSignature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        rejectionStatement: js.UndefOr[Statement] = js.undefined,\n        sampleUtterances: js.UndefOr[IntentUtteranceList] = js.undefined,\n        slots: js.UndefOr[SlotList] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): GetIntentResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conclusionStatement.foreach(__v => __obj.updateDynamic(\"conclusionStatement\")(__v.asInstanceOf[js.Any]))\n      confirmationPrompt.foreach(__v => __obj.updateDynamic(\"confirmationPrompt\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      dialogCodeHook.foreach(__v => __obj.updateDynamic(\"dialogCodeHook\")(__v.asInstanceOf[js.Any]))\n      followUpPrompt.foreach(__v => __obj.updateDynamic(\"followUpPrompt\")(__v.asInstanceOf[js.Any]))\n      fulfillmentActivity.foreach(__v => __obj.updateDynamic(\"fulfillmentActivity\")(__v.asInstanceOf[js.Any]))\n      inputContexts.foreach(__v => __obj.updateDynamic(\"inputContexts\")(__v.asInstanceOf[js.Any]))\n      kendraConfiguration.foreach(__v => __obj.updateDynamic(\"kendraConfiguration\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      outputContexts.foreach(__v => __obj.updateDynamic(\"outputContexts\")(__v.asInstanceOf[js.Any]))\n      parentIntentSignature.foreach(__v => __obj.updateDynamic(\"parentIntentSignature\")(__v.asInstanceOf[js.Any]))\n      rejectionStatement.foreach(__v => __obj.updateDynamic(\"rejectionStatement\")(__v.asInstanceOf[js.Any]))\n      sampleUtterances.foreach(__v => __obj.updateDynamic(\"sampleUtterances\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIntentResponse]\n    }\n  }\n\n  @js.native\n  trait GetIntentVersionsRequest extends js.Object {\n    var name: IntentName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetIntentVersionsRequest {\n    @inline\n    def apply(\n        name: IntentName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetIntentVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIntentVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetIntentVersionsResponse extends js.Object {\n    var intents: js.UndefOr[IntentMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetIntentVersionsResponse {\n    @inline\n    def apply(\n        intents: js.UndefOr[IntentMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetIntentVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIntentVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait GetIntentsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nameContains: js.UndefOr[IntentName]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetIntentsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nameContains: js.UndefOr[IntentName] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetIntentsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nameContains.foreach(__v => __obj.updateDynamic(\"nameContains\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIntentsRequest]\n    }\n  }\n\n  @js.native\n  trait GetIntentsResponse extends js.Object {\n    var intents: js.UndefOr[IntentMetadataList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetIntentsResponse {\n    @inline\n    def apply(\n        intents: js.UndefOr[IntentMetadataList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetIntentsResponse = {\n      val __obj = js.Dynamic.literal()\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetIntentsResponse]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypeRequest extends js.Object {\n    var name: SlotTypeName\n    var version: Version\n  }\n\n  object GetSlotTypeRequest {\n    @inline\n    def apply(\n        name: SlotTypeName,\n        version: Version\n    ): GetSlotTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSlotTypeRequest]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypeResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var enumerationValues: js.UndefOr[EnumerationValues]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[SlotTypeName]\n    var parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName]\n    var slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations]\n    var valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy]\n    var version: js.UndefOr[Version]\n  }\n\n  object GetSlotTypeResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enumerationValues: js.UndefOr[EnumerationValues] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[SlotTypeName] = js.undefined,\n        parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName] = js.undefined,\n        slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations] = js.undefined,\n        valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): GetSlotTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enumerationValues.foreach(__v => __obj.updateDynamic(\"enumerationValues\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      parentSlotTypeSignature.foreach(__v => __obj.updateDynamic(\"parentSlotTypeSignature\")(__v.asInstanceOf[js.Any]))\n      slotTypeConfigurations.foreach(__v => __obj.updateDynamic(\"slotTypeConfigurations\")(__v.asInstanceOf[js.Any]))\n      valueSelectionStrategy.foreach(__v => __obj.updateDynamic(\"valueSelectionStrategy\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSlotTypeResponse]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypeVersionsRequest extends js.Object {\n    var name: SlotTypeName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetSlotTypeVersionsRequest {\n    @inline\n    def apply(\n        name: SlotTypeName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetSlotTypeVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSlotTypeVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypeVersionsResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var slotTypes: js.UndefOr[SlotTypeMetadataList]\n  }\n\n  object GetSlotTypeVersionsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        slotTypes: js.UndefOr[SlotTypeMetadataList] = js.undefined\n    ): GetSlotTypeVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      slotTypes.foreach(__v => __obj.updateDynamic(\"slotTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSlotTypeVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypesRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nameContains: js.UndefOr[SlotTypeName]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetSlotTypesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nameContains: js.UndefOr[SlotTypeName] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetSlotTypesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nameContains.foreach(__v => __obj.updateDynamic(\"nameContains\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSlotTypesRequest]\n    }\n  }\n\n  @js.native\n  trait GetSlotTypesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var slotTypes: js.UndefOr[SlotTypeMetadataList]\n  }\n\n  object GetSlotTypesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        slotTypes: js.UndefOr[SlotTypeMetadataList] = js.undefined\n    ): GetSlotTypesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      slotTypes.foreach(__v => __obj.updateDynamic(\"slotTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSlotTypesResponse]\n    }\n  }\n\n  @js.native\n  trait GetUtterancesViewRequest extends js.Object {\n    var botName: BotName\n    var botVersions: BotVersions\n    var statusType: StatusType\n  }\n\n  object GetUtterancesViewRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        botVersions: BotVersions,\n        statusType: StatusType\n    ): GetUtterancesViewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"botVersions\" -> botVersions.asInstanceOf[js.Any],\n        \"statusType\" -> statusType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUtterancesViewRequest]\n    }\n  }\n\n  @js.native\n  trait GetUtterancesViewResponse extends js.Object {\n    var botName: js.UndefOr[BotName]\n    var utterances: js.UndefOr[ListsOfUtterances]\n  }\n\n  object GetUtterancesViewResponse {\n    @inline\n    def apply(\n        botName: js.UndefOr[BotName] = js.undefined,\n        utterances: js.UndefOr[ListsOfUtterances] = js.undefined\n    ): GetUtterancesViewResponse = {\n      val __obj = js.Dynamic.literal()\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      utterances.foreach(__v => __obj.updateDynamic(\"utterances\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUtterancesViewResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ImportStatus extends js.Any\n  object ImportStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ImportStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ImportStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ImportStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETE, FAILED)\n  }\n\n  \/** The name of a context that must be active for an intent to be selected by Amazon Lex.\n    *\/\n  @js.native\n  trait InputContext extends js.Object {\n    var name: InputContextName\n  }\n\n  object InputContext {\n    @inline\n    def apply(\n        name: InputContextName\n    ): InputContext = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputContext]\n    }\n  }\n\n  \/** Identifies the specific version of an intent.\n    *\/\n  @js.native\n  trait Intent extends js.Object {\n    var intentName: IntentName\n    var intentVersion: Version\n  }\n\n  object Intent {\n    @inline\n    def apply(\n        intentName: IntentName,\n        intentVersion: Version\n    ): Intent = {\n      val __obj = js.Dynamic.literal(\n        \"intentName\" -> intentName.asInstanceOf[js.Any],\n        \"intentVersion\" -> intentVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Intent]\n    }\n  }\n\n  \/** Provides information about an intent.\n    *\/\n  @js.native\n  trait IntentMetadata extends js.Object {\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[IntentName]\n    var version: js.UndefOr[Version]\n  }\n\n  object IntentMetadata {\n    @inline\n    def apply(\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[IntentName] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): IntentMetadata = {\n      val __obj = js.Dynamic.literal()\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntentMetadata]\n    }\n  }\n\n  \/** Provides configuration information for the AMAZON.KendraSearchIntent intent. When you use this intent, Amazon Lex searches the specified Amazon Kendra index and returns documents from the index that match the user's utterance. For more information, see [[http:\/\/docs.aws.amazon.com\/lex\/latest\/dg\/built-in-intent-kendra-search.html| AMAZON.KendraSearchIntent]].\n    *\/\n  @js.native\n  trait KendraConfiguration extends js.Object {\n    var kendraIndex: KendraIndexArn\n    var role: roleArn\n    var queryFilterString: js.UndefOr[QueryFilterString]\n  }\n\n  object KendraConfiguration {\n    @inline\n    def apply(\n        kendraIndex: KendraIndexArn,\n        role: roleArn,\n        queryFilterString: js.UndefOr[QueryFilterString] = js.undefined\n    ): KendraConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"kendraIndex\" -> kendraIndex.asInstanceOf[js.Any],\n        \"role\" -> role.asInstanceOf[js.Any]\n      )\n\n      queryFilterString.foreach(__v => __obj.updateDynamic(\"queryFilterString\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KendraConfiguration]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Locale extends js.Any\n  object Locale {\n    val `de-DE` = \"de-DE\".asInstanceOf[Locale]\n    val `en-AU` = \"en-AU\".asInstanceOf[Locale]\n    val `en-GB` = \"en-GB\".asInstanceOf[Locale]\n    val `en-US` = \"en-US\".asInstanceOf[Locale]\n    val `es-419` = \"es-419\".asInstanceOf[Locale]\n    val `es-ES` = \"es-ES\".asInstanceOf[Locale]\n    val `es-US` = \"es-US\".asInstanceOf[Locale]\n    val `fr-FR` = \"fr-FR\".asInstanceOf[Locale]\n    val `fr-CA` = \"fr-CA\".asInstanceOf[Locale]\n    val `it-IT` = \"it-IT\".asInstanceOf[Locale]\n    val `ja-JP` = \"ja-JP\".asInstanceOf[Locale]\n\n    @inline def values = js.Array(`de-DE`, `en-AU`, `en-GB`, `en-US`, `es-419`, `es-ES`, `es-US`, `fr-FR`, `fr-CA`, `it-IT`, `ja-JP`)\n  }\n\n  \/** Settings used to configure delivery mode and destination for conversation logs.\n    *\/\n  @js.native\n  trait LogSettingsRequest extends js.Object {\n    var destination: Destination\n    var logType: LogType\n    var resourceArn: ResourceArn\n    var kmsKeyArn: js.UndefOr[KmsKeyArn]\n  }\n\n  object LogSettingsRequest {\n    @inline\n    def apply(\n        destination: Destination,\n        logType: LogType,\n        resourceArn: ResourceArn,\n        kmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined\n    ): LogSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"destination\" -> destination.asInstanceOf[js.Any],\n        \"logType\" -> logType.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n\n      kmsKeyArn.foreach(__v => __obj.updateDynamic(\"kmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogSettingsRequest]\n    }\n  }\n\n  \/** The settings for conversation logs.\n    *\/\n  @js.native\n  trait LogSettingsResponse extends js.Object {\n    var destination: js.UndefOr[Destination]\n    var kmsKeyArn: js.UndefOr[KmsKeyArn]\n    var logType: js.UndefOr[LogType]\n    var resourceArn: js.UndefOr[ResourceArn]\n    var resourcePrefix: js.UndefOr[ResourcePrefix]\n  }\n\n  object LogSettingsResponse {\n    @inline\n    def apply(\n        destination: js.UndefOr[Destination] = js.undefined,\n        kmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        logType: js.UndefOr[LogType] = js.undefined,\n        resourceArn: js.UndefOr[ResourceArn] = js.undefined,\n        resourcePrefix: js.UndefOr[ResourcePrefix] = js.undefined\n    ): LogSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      kmsKeyArn.foreach(__v => __obj.updateDynamic(\"kmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      logType.foreach(__v => __obj.updateDynamic(\"logType\")(__v.asInstanceOf[js.Any]))\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      resourcePrefix.foreach(__v => __obj.updateDynamic(\"resourcePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogSettingsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LogType extends js.Any\n  object LogType {\n    val AUDIO = \"AUDIO\".asInstanceOf[LogType]\n    val TEXT = \"TEXT\".asInstanceOf[LogType]\n\n    @inline def values = js.Array(AUDIO, TEXT)\n  }\n\n  @js.native\n  sealed trait MergeStrategy extends js.Any\n  object MergeStrategy {\n    val OVERWRITE_LATEST = \"OVERWRITE_LATEST\".asInstanceOf[MergeStrategy]\n    val FAIL_ON_CONFLICT = \"FAIL_ON_CONFLICT\".asInstanceOf[MergeStrategy]\n\n    @inline def values = js.Array(OVERWRITE_LATEST, FAIL_ON_CONFLICT)\n  }\n\n  \/** The message object that provides the message text and its type.\n    *\/\n  @js.native\n  trait Message extends js.Object {\n    var content: ContentString\n    var contentType: ContentType\n    var groupNumber: js.UndefOr[GroupNumber]\n  }\n\n  object Message {\n    @inline\n    def apply(\n        content: ContentString,\n        contentType: ContentType,\n        groupNumber: js.UndefOr[GroupNumber] = js.undefined\n    ): Message = {\n      val __obj = js.Dynamic.literal(\n        \"content\" -> content.asInstanceOf[js.Any],\n        \"contentType\" -> contentType.asInstanceOf[js.Any]\n      )\n\n      groupNumber.foreach(__v => __obj.updateDynamic(\"groupNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Message]\n    }\n  }\n\n  @js.native\n  sealed trait ObfuscationSetting extends js.Any\n  object ObfuscationSetting {\n    val NONE = \"NONE\".asInstanceOf[ObfuscationSetting]\n    val DEFAULT_OBFUSCATION = \"DEFAULT_OBFUSCATION\".asInstanceOf[ObfuscationSetting]\n\n    @inline def values = js.Array(NONE, DEFAULT_OBFUSCATION)\n  }\n\n  \/** The specification of an output context that is set when an intent is fulfilled.\n    *\/\n  @js.native\n  trait OutputContext extends js.Object {\n    var name: OutputContextName\n    var timeToLiveInSeconds: ContextTimeToLiveInSeconds\n    var turnsToLive: ContextTurnsToLive\n  }\n\n  object OutputContext {\n    @inline\n    def apply(\n        name: OutputContextName,\n        timeToLiveInSeconds: ContextTimeToLiveInSeconds,\n        turnsToLive: ContextTurnsToLive\n    ): OutputContext = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"timeToLiveInSeconds\" -> timeToLiveInSeconds.asInstanceOf[js.Any],\n        \"turnsToLive\" -> turnsToLive.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OutputContext]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessBehavior extends js.Any\n  object ProcessBehavior {\n    val SAVE = \"SAVE\".asInstanceOf[ProcessBehavior]\n    val BUILD = \"BUILD\".asInstanceOf[ProcessBehavior]\n\n    @inline def values = js.Array(SAVE, BUILD)\n  }\n\n  \/** Obtains information from the user. To define a prompt, provide one or more messages and specify the number of attempts to get information from the user. If you provide more than one message, Amazon Lex chooses one of the messages to use to prompt the user. For more information, see <a>how-it-works<\/a>.\n    *\/\n  @js.native\n  trait Prompt extends js.Object {\n    var maxAttempts: PromptMaxAttempts\n    var messages: MessageList\n    var responseCard: js.UndefOr[ResponseCard]\n  }\n\n  object Prompt {\n    @inline\n    def apply(\n        maxAttempts: PromptMaxAttempts,\n        messages: MessageList,\n        responseCard: js.UndefOr[ResponseCard] = js.undefined\n    ): Prompt = {\n      val __obj = js.Dynamic.literal(\n        \"maxAttempts\" -> maxAttempts.asInstanceOf[js.Any],\n        \"messages\" -> messages.asInstanceOf[js.Any]\n      )\n\n      responseCard.foreach(__v => __obj.updateDynamic(\"responseCard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Prompt]\n    }\n  }\n\n  @js.native\n  trait PutBotAliasRequest extends js.Object {\n    var botName: BotName\n    var botVersion: Version\n    var name: AliasName\n    var checksum: js.UndefOr[String]\n    var conversationLogs: js.UndefOr[ConversationLogsRequest]\n    var description: js.UndefOr[Description]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object PutBotAliasRequest {\n    @inline\n    def apply(\n        botName: BotName,\n        botVersion: Version,\n        name: AliasName,\n        checksum: js.UndefOr[String] = js.undefined,\n        conversationLogs: js.UndefOr[ConversationLogsRequest] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): PutBotAliasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botName\" -> botName.asInstanceOf[js.Any],\n        \"botVersion\" -> botVersion.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conversationLogs.foreach(__v => __obj.updateDynamic(\"conversationLogs\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBotAliasRequest]\n    }\n  }\n\n  @js.native\n  trait PutBotAliasResponse extends js.Object {\n    var botName: js.UndefOr[BotName]\n    var botVersion: js.UndefOr[Version]\n    var checksum: js.UndefOr[String]\n    var conversationLogs: js.UndefOr[ConversationLogsResponse]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[AliasName]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object PutBotAliasResponse {\n    @inline\n    def apply(\n        botName: js.UndefOr[BotName] = js.undefined,\n        botVersion: js.UndefOr[Version] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        conversationLogs: js.UndefOr[ConversationLogsResponse] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[AliasName] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): PutBotAliasResponse = {\n      val __obj = js.Dynamic.literal()\n      botName.foreach(__v => __obj.updateDynamic(\"botName\")(__v.asInstanceOf[js.Any]))\n      botVersion.foreach(__v => __obj.updateDynamic(\"botVersion\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conversationLogs.foreach(__v => __obj.updateDynamic(\"conversationLogs\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBotAliasResponse]\n    }\n  }\n\n  @js.native\n  trait PutBotRequest extends js.Object {\n    var childDirected: Boolean\n    var locale: Locale\n    var name: BotName\n    var abortStatement: js.UndefOr[Statement]\n    var checksum: js.UndefOr[String]\n    var clarificationPrompt: js.UndefOr[Prompt]\n    var createVersion: js.UndefOr[Boolean]\n    var description: js.UndefOr[Description]\n    var detectSentiment: js.UndefOr[Boolean]\n    var enableModelImprovements: js.UndefOr[Boolean]\n    var idleSessionTTLInSeconds: js.UndefOr[SessionTTL]\n    var intents: js.UndefOr[IntentList]\n    var nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold]\n    var processBehavior: js.UndefOr[ProcessBehavior]\n    var tags: js.UndefOr[TagList]\n    var voiceId: js.UndefOr[String]\n  }\n\n  object PutBotRequest {\n    @inline\n    def apply(\n        childDirected: Boolean,\n        locale: Locale,\n        name: BotName,\n        abortStatement: js.UndefOr[Statement] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        clarificationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        detectSentiment: js.UndefOr[Boolean] = js.undefined,\n        enableModelImprovements: js.UndefOr[Boolean] = js.undefined,\n        idleSessionTTLInSeconds: js.UndefOr[SessionTTL] = js.undefined,\n        intents: js.UndefOr[IntentList] = js.undefined,\n        nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold] = js.undefined,\n        processBehavior: js.UndefOr[ProcessBehavior] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        voiceId: js.UndefOr[String] = js.undefined\n    ): PutBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"childDirected\" -> childDirected.asInstanceOf[js.Any],\n        \"locale\" -> locale.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      abortStatement.foreach(__v => __obj.updateDynamic(\"abortStatement\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      clarificationPrompt.foreach(__v => __obj.updateDynamic(\"clarificationPrompt\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      detectSentiment.foreach(__v => __obj.updateDynamic(\"detectSentiment\")(__v.asInstanceOf[js.Any]))\n      enableModelImprovements.foreach(__v => __obj.updateDynamic(\"enableModelImprovements\")(__v.asInstanceOf[js.Any]))\n      idleSessionTTLInSeconds.foreach(__v => __obj.updateDynamic(\"idleSessionTTLInSeconds\")(__v.asInstanceOf[js.Any]))\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      nluIntentConfidenceThreshold.foreach(__v => __obj.updateDynamic(\"nluIntentConfidenceThreshold\")(__v.asInstanceOf[js.Any]))\n      processBehavior.foreach(__v => __obj.updateDynamic(\"processBehavior\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      voiceId.foreach(__v => __obj.updateDynamic(\"voiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBotRequest]\n    }\n  }\n\n  @js.native\n  trait PutBotResponse extends js.Object {\n    var abortStatement: js.UndefOr[Statement]\n    var checksum: js.UndefOr[String]\n    var childDirected: js.UndefOr[Boolean]\n    var clarificationPrompt: js.UndefOr[Prompt]\n    var createVersion: js.UndefOr[Boolean]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var detectSentiment: js.UndefOr[Boolean]\n    var enableModelImprovements: js.UndefOr[Boolean]\n    var failureReason: js.UndefOr[String]\n    var idleSessionTTLInSeconds: js.UndefOr[SessionTTL]\n    var intents: js.UndefOr[IntentList]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var locale: js.UndefOr[Locale]\n    var name: js.UndefOr[BotName]\n    var nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold]\n    var status: js.UndefOr[Status]\n    var tags: js.UndefOr[TagList]\n    var version: js.UndefOr[Version]\n    var voiceId: js.UndefOr[String]\n  }\n\n  object PutBotResponse {\n    @inline\n    def apply(\n        abortStatement: js.UndefOr[Statement] = js.undefined,\n        checksum: js.UndefOr[String] = js.undefined,\n        childDirected: js.UndefOr[Boolean] = js.undefined,\n        clarificationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        detectSentiment: js.UndefOr[Boolean] = js.undefined,\n        enableModelImprovements: js.UndefOr[Boolean] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        idleSessionTTLInSeconds: js.UndefOr[SessionTTL] = js.undefined,\n        intents: js.UndefOr[IntentList] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        locale: js.UndefOr[Locale] = js.undefined,\n        name: js.UndefOr[BotName] = js.undefined,\n        nluIntentConfidenceThreshold: js.UndefOr[ConfidenceThreshold] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined,\n        voiceId: js.UndefOr[String] = js.undefined\n    ): PutBotResponse = {\n      val __obj = js.Dynamic.literal()\n      abortStatement.foreach(__v => __obj.updateDynamic(\"abortStatement\")(__v.asInstanceOf[js.Any]))\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      childDirected.foreach(__v => __obj.updateDynamic(\"childDirected\")(__v.asInstanceOf[js.Any]))\n      clarificationPrompt.foreach(__v => __obj.updateDynamic(\"clarificationPrompt\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      detectSentiment.foreach(__v => __obj.updateDynamic(\"detectSentiment\")(__v.asInstanceOf[js.Any]))\n      enableModelImprovements.foreach(__v => __obj.updateDynamic(\"enableModelImprovements\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      idleSessionTTLInSeconds.foreach(__v => __obj.updateDynamic(\"idleSessionTTLInSeconds\")(__v.asInstanceOf[js.Any]))\n      intents.foreach(__v => __obj.updateDynamic(\"intents\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      nluIntentConfidenceThreshold.foreach(__v => __obj.updateDynamic(\"nluIntentConfidenceThreshold\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      voiceId.foreach(__v => __obj.updateDynamic(\"voiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBotResponse]\n    }\n  }\n\n  @js.native\n  trait PutIntentRequest extends js.Object {\n    var name: IntentName\n    var checksum: js.UndefOr[String]\n    var conclusionStatement: js.UndefOr[Statement]\n    var confirmationPrompt: js.UndefOr[Prompt]\n    var createVersion: js.UndefOr[Boolean]\n    var description: js.UndefOr[Description]\n    var dialogCodeHook: js.UndefOr[CodeHook]\n    var followUpPrompt: js.UndefOr[FollowUpPrompt]\n    var fulfillmentActivity: js.UndefOr[FulfillmentActivity]\n    var inputContexts: js.UndefOr[InputContextList]\n    var kendraConfiguration: js.UndefOr[KendraConfiguration]\n    var outputContexts: js.UndefOr[OutputContextList]\n    var parentIntentSignature: js.UndefOr[BuiltinIntentSignature]\n    var rejectionStatement: js.UndefOr[Statement]\n    var sampleUtterances: js.UndefOr[IntentUtteranceList]\n    var slots: js.UndefOr[SlotList]\n  }\n\n  object PutIntentRequest {\n    @inline\n    def apply(\n        name: IntentName,\n        checksum: js.UndefOr[String] = js.undefined,\n        conclusionStatement: js.UndefOr[Statement] = js.undefined,\n        confirmationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        dialogCodeHook: js.UndefOr[CodeHook] = js.undefined,\n        followUpPrompt: js.UndefOr[FollowUpPrompt] = js.undefined,\n        fulfillmentActivity: js.UndefOr[FulfillmentActivity] = js.undefined,\n        inputContexts: js.UndefOr[InputContextList] = js.undefined,\n        kendraConfiguration: js.UndefOr[KendraConfiguration] = js.undefined,\n        outputContexts: js.UndefOr[OutputContextList] = js.undefined,\n        parentIntentSignature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        rejectionStatement: js.UndefOr[Statement] = js.undefined,\n        sampleUtterances: js.UndefOr[IntentUtteranceList] = js.undefined,\n        slots: js.UndefOr[SlotList] = js.undefined\n    ): PutIntentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conclusionStatement.foreach(__v => __obj.updateDynamic(\"conclusionStatement\")(__v.asInstanceOf[js.Any]))\n      confirmationPrompt.foreach(__v => __obj.updateDynamic(\"confirmationPrompt\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      dialogCodeHook.foreach(__v => __obj.updateDynamic(\"dialogCodeHook\")(__v.asInstanceOf[js.Any]))\n      followUpPrompt.foreach(__v => __obj.updateDynamic(\"followUpPrompt\")(__v.asInstanceOf[js.Any]))\n      fulfillmentActivity.foreach(__v => __obj.updateDynamic(\"fulfillmentActivity\")(__v.asInstanceOf[js.Any]))\n      inputContexts.foreach(__v => __obj.updateDynamic(\"inputContexts\")(__v.asInstanceOf[js.Any]))\n      kendraConfiguration.foreach(__v => __obj.updateDynamic(\"kendraConfiguration\")(__v.asInstanceOf[js.Any]))\n      outputContexts.foreach(__v => __obj.updateDynamic(\"outputContexts\")(__v.asInstanceOf[js.Any]))\n      parentIntentSignature.foreach(__v => __obj.updateDynamic(\"parentIntentSignature\")(__v.asInstanceOf[js.Any]))\n      rejectionStatement.foreach(__v => __obj.updateDynamic(\"rejectionStatement\")(__v.asInstanceOf[js.Any]))\n      sampleUtterances.foreach(__v => __obj.updateDynamic(\"sampleUtterances\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutIntentRequest]\n    }\n  }\n\n  @js.native\n  trait PutIntentResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var conclusionStatement: js.UndefOr[Statement]\n    var confirmationPrompt: js.UndefOr[Prompt]\n    var createVersion: js.UndefOr[Boolean]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var dialogCodeHook: js.UndefOr[CodeHook]\n    var followUpPrompt: js.UndefOr[FollowUpPrompt]\n    var fulfillmentActivity: js.UndefOr[FulfillmentActivity]\n    var inputContexts: js.UndefOr[InputContextList]\n    var kendraConfiguration: js.UndefOr[KendraConfiguration]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[IntentName]\n    var outputContexts: js.UndefOr[OutputContextList]\n    var parentIntentSignature: js.UndefOr[BuiltinIntentSignature]\n    var rejectionStatement: js.UndefOr[Statement]\n    var sampleUtterances: js.UndefOr[IntentUtteranceList]\n    var slots: js.UndefOr[SlotList]\n    var version: js.UndefOr[Version]\n  }\n\n  object PutIntentResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        conclusionStatement: js.UndefOr[Statement] = js.undefined,\n        confirmationPrompt: js.UndefOr[Prompt] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        dialogCodeHook: js.UndefOr[CodeHook] = js.undefined,\n        followUpPrompt: js.UndefOr[FollowUpPrompt] = js.undefined,\n        fulfillmentActivity: js.UndefOr[FulfillmentActivity] = js.undefined,\n        inputContexts: js.UndefOr[InputContextList] = js.undefined,\n        kendraConfiguration: js.UndefOr[KendraConfiguration] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[IntentName] = js.undefined,\n        outputContexts: js.UndefOr[OutputContextList] = js.undefined,\n        parentIntentSignature: js.UndefOr[BuiltinIntentSignature] = js.undefined,\n        rejectionStatement: js.UndefOr[Statement] = js.undefined,\n        sampleUtterances: js.UndefOr[IntentUtteranceList] = js.undefined,\n        slots: js.UndefOr[SlotList] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): PutIntentResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      conclusionStatement.foreach(__v => __obj.updateDynamic(\"conclusionStatement\")(__v.asInstanceOf[js.Any]))\n      confirmationPrompt.foreach(__v => __obj.updateDynamic(\"confirmationPrompt\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      dialogCodeHook.foreach(__v => __obj.updateDynamic(\"dialogCodeHook\")(__v.asInstanceOf[js.Any]))\n      followUpPrompt.foreach(__v => __obj.updateDynamic(\"followUpPrompt\")(__v.asInstanceOf[js.Any]))\n      fulfillmentActivity.foreach(__v => __obj.updateDynamic(\"fulfillmentActivity\")(__v.asInstanceOf[js.Any]))\n      inputContexts.foreach(__v => __obj.updateDynamic(\"inputContexts\")(__v.asInstanceOf[js.Any]))\n      kendraConfiguration.foreach(__v => __obj.updateDynamic(\"kendraConfiguration\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      outputContexts.foreach(__v => __obj.updateDynamic(\"outputContexts\")(__v.asInstanceOf[js.Any]))\n      parentIntentSignature.foreach(__v => __obj.updateDynamic(\"parentIntentSignature\")(__v.asInstanceOf[js.Any]))\n      rejectionStatement.foreach(__v => __obj.updateDynamic(\"rejectionStatement\")(__v.asInstanceOf[js.Any]))\n      sampleUtterances.foreach(__v => __obj.updateDynamic(\"sampleUtterances\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutIntentResponse]\n    }\n  }\n\n  @js.native\n  trait PutSlotTypeRequest extends js.Object {\n    var name: SlotTypeName\n    var checksum: js.UndefOr[String]\n    var createVersion: js.UndefOr[Boolean]\n    var description: js.UndefOr[Description]\n    var enumerationValues: js.UndefOr[EnumerationValues]\n    var parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName]\n    var slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations]\n    var valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy]\n  }\n\n  object PutSlotTypeRequest {\n    @inline\n    def apply(\n        name: SlotTypeName,\n        checksum: js.UndefOr[String] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enumerationValues: js.UndefOr[EnumerationValues] = js.undefined,\n        parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName] = js.undefined,\n        slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations] = js.undefined,\n        valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy] = js.undefined\n    ): PutSlotTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enumerationValues.foreach(__v => __obj.updateDynamic(\"enumerationValues\")(__v.asInstanceOf[js.Any]))\n      parentSlotTypeSignature.foreach(__v => __obj.updateDynamic(\"parentSlotTypeSignature\")(__v.asInstanceOf[js.Any]))\n      slotTypeConfigurations.foreach(__v => __obj.updateDynamic(\"slotTypeConfigurations\")(__v.asInstanceOf[js.Any]))\n      valueSelectionStrategy.foreach(__v => __obj.updateDynamic(\"valueSelectionStrategy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSlotTypeRequest]\n    }\n  }\n\n  @js.native\n  trait PutSlotTypeResponse extends js.Object {\n    var checksum: js.UndefOr[String]\n    var createVersion: js.UndefOr[Boolean]\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var enumerationValues: js.UndefOr[EnumerationValues]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[SlotTypeName]\n    var parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName]\n    var slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations]\n    var valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy]\n    var version: js.UndefOr[Version]\n  }\n\n  object PutSlotTypeResponse {\n    @inline\n    def apply(\n        checksum: js.UndefOr[String] = js.undefined,\n        createVersion: js.UndefOr[Boolean] = js.undefined,\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enumerationValues: js.UndefOr[EnumerationValues] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[SlotTypeName] = js.undefined,\n        parentSlotTypeSignature: js.UndefOr[CustomOrBuiltinSlotTypeName] = js.undefined,\n        slotTypeConfigurations: js.UndefOr[SlotTypeConfigurations] = js.undefined,\n        valueSelectionStrategy: js.UndefOr[SlotValueSelectionStrategy] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): PutSlotTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      checksum.foreach(__v => __obj.updateDynamic(\"checksum\")(__v.asInstanceOf[js.Any]))\n      createVersion.foreach(__v => __obj.updateDynamic(\"createVersion\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enumerationValues.foreach(__v => __obj.updateDynamic(\"enumerationValues\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      parentSlotTypeSignature.foreach(__v => __obj.updateDynamic(\"parentSlotTypeSignature\")(__v.asInstanceOf[js.Any]))\n      slotTypeConfigurations.foreach(__v => __obj.updateDynamic(\"slotTypeConfigurations\")(__v.asInstanceOf[js.Any]))\n      valueSelectionStrategy.foreach(__v => __obj.updateDynamic(\"valueSelectionStrategy\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSlotTypeResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val BOT = \"BOT\".asInstanceOf[ResourceType]\n    val INTENT = \"INTENT\".asInstanceOf[ResourceType]\n    val SLOT_TYPE = \"SLOT_TYPE\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(BOT, INTENT, SLOT_TYPE)\n  }\n\n  \/** Identifies the version of a specific slot.\n    *\/\n  @js.native\n  trait Slot extends js.Object {\n    var name: SlotName\n    var slotConstraint: SlotConstraint\n    var defaultValueSpec: js.UndefOr[SlotDefaultValueSpec]\n    var description: js.UndefOr[Description]\n    var obfuscationSetting: js.UndefOr[ObfuscationSetting]\n    var priority: js.UndefOr[Priority]\n    var responseCard: js.UndefOr[ResponseCard]\n    var sampleUtterances: js.UndefOr[SlotUtteranceList]\n    var slotType: js.UndefOr[CustomOrBuiltinSlotTypeName]\n    var slotTypeVersion: js.UndefOr[Version]\n    var valueElicitationPrompt: js.UndefOr[Prompt]\n  }\n\n  object Slot {\n    @inline\n    def apply(\n        name: SlotName,\n        slotConstraint: SlotConstraint,\n        defaultValueSpec: js.UndefOr[SlotDefaultValueSpec] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        obfuscationSetting: js.UndefOr[ObfuscationSetting] = js.undefined,\n        priority: js.UndefOr[Priority] = js.undefined,\n        responseCard: js.UndefOr[ResponseCard] = js.undefined,\n        sampleUtterances: js.UndefOr[SlotUtteranceList] = js.undefined,\n        slotType: js.UndefOr[CustomOrBuiltinSlotTypeName] = js.undefined,\n        slotTypeVersion: js.UndefOr[Version] = js.undefined,\n        valueElicitationPrompt: js.UndefOr[Prompt] = js.undefined\n    ): Slot = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"slotConstraint\" -> slotConstraint.asInstanceOf[js.Any]\n      )\n\n      defaultValueSpec.foreach(__v => __obj.updateDynamic(\"defaultValueSpec\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      obfuscationSetting.foreach(__v => __obj.updateDynamic(\"obfuscationSetting\")(__v.asInstanceOf[js.Any]))\n      priority.foreach(__v => __obj.updateDynamic(\"priority\")(__v.asInstanceOf[js.Any]))\n      responseCard.foreach(__v => __obj.updateDynamic(\"responseCard\")(__v.asInstanceOf[js.Any]))\n      sampleUtterances.foreach(__v => __obj.updateDynamic(\"sampleUtterances\")(__v.asInstanceOf[js.Any]))\n      slotType.foreach(__v => __obj.updateDynamic(\"slotType\")(__v.asInstanceOf[js.Any]))\n      slotTypeVersion.foreach(__v => __obj.updateDynamic(\"slotTypeVersion\")(__v.asInstanceOf[js.Any]))\n      valueElicitationPrompt.foreach(__v => __obj.updateDynamic(\"valueElicitationPrompt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Slot]\n    }\n  }\n\n  @js.native\n  sealed trait SlotConstraint extends js.Any\n  object SlotConstraint {\n    val Required = \"Required\".asInstanceOf[SlotConstraint]\n    val Optional = \"Optional\".asInstanceOf[SlotConstraint]\n\n    @inline def values = js.Array(Required, Optional)\n  }\n\n  \/** A default value for a slot.\n    *\/\n  @js.native\n  trait SlotDefaultValue extends js.Object {\n    var defaultValue: SlotDefaultValueString\n  }\n\n  object SlotDefaultValue {\n    @inline\n    def apply(\n        defaultValue: SlotDefaultValueString\n    ): SlotDefaultValue = {\n      val __obj = js.Dynamic.literal(\n        \"defaultValue\" -> defaultValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SlotDefaultValue]\n    }\n  }\n\n  \/** Contains the default values for a slot. Default values are used when Amazon Lex hasn't determined a value for a slot.\n    *\/\n  @js.native\n  trait SlotDefaultValueSpec extends js.Object {\n    var defaultValueList: SlotDefaultValueList\n  }\n\n  object SlotDefaultValueSpec {\n    @inline\n    def apply(\n        defaultValueList: SlotDefaultValueList\n    ): SlotDefaultValueSpec = {\n      val __obj = js.Dynamic.literal(\n        \"defaultValueList\" -> defaultValueList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SlotDefaultValueSpec]\n    }\n  }\n\n  \/** Provides configuration information for a slot type.\n    *\/\n  @js.native\n  trait SlotTypeConfiguration extends js.Object {\n    var regexConfiguration: js.UndefOr[SlotTypeRegexConfiguration]\n  }\n\n  object SlotTypeConfiguration {\n    @inline\n    def apply(\n        regexConfiguration: js.UndefOr[SlotTypeRegexConfiguration] = js.undefined\n    ): SlotTypeConfiguration = {\n      val __obj = js.Dynamic.literal()\n      regexConfiguration.foreach(__v => __obj.updateDynamic(\"regexConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SlotTypeConfiguration]\n    }\n  }\n\n  \/** Provides information about a slot type..\n    *\/\n  @js.native\n  trait SlotTypeMetadata extends js.Object {\n    var createdDate: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var lastUpdatedDate: js.UndefOr[Timestamp]\n    var name: js.UndefOr[SlotTypeName]\n    var version: js.UndefOr[Version]\n  }\n\n  object SlotTypeMetadata {\n    @inline\n    def apply(\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[SlotTypeName] = js.undefined,\n        version: js.UndefOr[Version] = js.undefined\n    ): SlotTypeMetadata = {\n      val __obj = js.Dynamic.literal()\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SlotTypeMetadata]\n    }\n  }\n\n  \/** Provides a regular expression used to validate the value of a slot.\n    *\/\n  @js.native\n  trait SlotTypeRegexConfiguration extends js.Object {\n    var pattern: RegexPattern\n  }\n\n  object SlotTypeRegexConfiguration {\n    @inline\n    def apply(\n        pattern: RegexPattern\n    ): SlotTypeRegexConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"pattern\" -> pattern.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SlotTypeRegexConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait SlotValueSelectionStrategy extends js.Any\n  object SlotValueSelectionStrategy {\n    val ORIGINAL_VALUE = \"ORIGINAL_VALUE\".asInstanceOf[SlotValueSelectionStrategy]\n    val TOP_RESOLUTION = \"TOP_RESOLUTION\".asInstanceOf[SlotValueSelectionStrategy]\n\n    @inline def values = js.Array(ORIGINAL_VALUE, TOP_RESOLUTION)\n  }\n\n  @js.native\n  trait StartImportRequest extends js.Object {\n    var mergeStrategy: MergeStrategy\n    var payload: Blob\n    var resourceType: ResourceType\n    var tags: js.UndefOr[TagList]\n  }\n\n  object StartImportRequest {\n    @inline\n    def apply(\n        mergeStrategy: MergeStrategy,\n        payload: Blob,\n        resourceType: ResourceType,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): StartImportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"mergeStrategy\" -> mergeStrategy.asInstanceOf[js.Any],\n        \"payload\" -> payload.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImportRequest]\n    }\n  }\n\n  @js.native\n  trait StartImportResponse extends js.Object {\n    var createdDate: js.UndefOr[Timestamp]\n    var importId: js.UndefOr[String]\n    var importStatus: js.UndefOr[ImportStatus]\n    var mergeStrategy: js.UndefOr[MergeStrategy]\n    var name: js.UndefOr[Name]\n    var resourceType: js.UndefOr[ResourceType]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object StartImportResponse {\n    @inline\n    def apply(\n        createdDate: js.UndefOr[Timestamp] = js.undefined,\n        importId: js.UndefOr[String] = js.undefined,\n        importStatus: js.UndefOr[ImportStatus] = js.undefined,\n        mergeStrategy: js.UndefOr[MergeStrategy] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): StartImportResponse = {\n      val __obj = js.Dynamic.literal()\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      importId.foreach(__v => __obj.updateDynamic(\"importId\")(__v.asInstanceOf[js.Any]))\n      importStatus.foreach(__v => __obj.updateDynamic(\"importStatus\")(__v.asInstanceOf[js.Any]))\n      mergeStrategy.foreach(__v => __obj.updateDynamic(\"mergeStrategy\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartImportResponse]\n    }\n  }\n\n  \/** A collection of messages that convey information to the user. At runtime, Amazon Lex selects the message to convey.\n    *\/\n  @js.native\n  trait Statement extends js.Object {\n    var messages: MessageList\n    var responseCard: js.UndefOr[ResponseCard]\n  }\n\n  object Statement {\n    @inline\n    def apply(\n        messages: MessageList,\n        responseCard: js.UndefOr[ResponseCard] = js.undefined\n    ): Statement = {\n      val __obj = js.Dynamic.literal(\n        \"messages\" -> messages.asInstanceOf[js.Any]\n      )\n\n      responseCard.foreach(__v => __obj.updateDynamic(\"responseCard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Statement]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val BUILDING = \"BUILDING\".asInstanceOf[Status]\n    val READY = \"READY\".asInstanceOf[Status]\n    val READY_BASIC_TESTING = \"READY_BASIC_TESTING\".asInstanceOf[Status]\n    val FAILED = \"FAILED\".asInstanceOf[Status]\n    val NOT_BUILT = \"NOT_BUILT\".asInstanceOf[Status]\n\n    @inline def values = js.Array(BUILDING, READY, READY_BASIC_TESTING, FAILED, NOT_BUILT)\n  }\n\n  @js.native\n  sealed trait StatusType extends js.Any\n  object StatusType {\n    val Detected = \"Detected\".asInstanceOf[StatusType]\n    val Missed = \"Missed\".asInstanceOf[StatusType]\n\n    @inline def values = js.Array(Detected, Missed)\n  }\n\n  \/** A list of key\/value pairs that identify a bot, bot alias, or bot channel. Tag keys and values can consist of Unicode letters, digits, white space, and any of the following symbols: _ . : \/ = + - @.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: TagKey\n    var value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: TagKey,\n        value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** Provides information about a single utterance that was made to your bot.\n    *\/\n  @js.native\n  trait UtteranceData extends js.Object {\n    var count: js.UndefOr[Count]\n    var distinctUsers: js.UndefOr[Count]\n    var firstUtteredDate: js.UndefOr[Timestamp]\n    var lastUtteredDate: js.UndefOr[Timestamp]\n    var utteranceString: js.UndefOr[UtteranceString]\n  }\n\n  object UtteranceData {\n    @inline\n    def apply(\n        count: js.UndefOr[Count] = js.undefined,\n        distinctUsers: js.UndefOr[Count] = js.undefined,\n        firstUtteredDate: js.UndefOr[Timestamp] = js.undefined,\n        lastUtteredDate: js.UndefOr[Timestamp] = js.undefined,\n        utteranceString: js.UndefOr[UtteranceString] = js.undefined\n    ): UtteranceData = {\n      val __obj = js.Dynamic.literal()\n      count.foreach(__v => __obj.updateDynamic(\"count\")(__v.asInstanceOf[js.Any]))\n      distinctUsers.foreach(__v => __obj.updateDynamic(\"distinctUsers\")(__v.asInstanceOf[js.Any]))\n      firstUtteredDate.foreach(__v => __obj.updateDynamic(\"firstUtteredDate\")(__v.asInstanceOf[js.Any]))\n      lastUtteredDate.foreach(__v => __obj.updateDynamic(\"lastUtteredDate\")(__v.asInstanceOf[js.Any]))\n      utteranceString.foreach(__v => __obj.updateDynamic(\"utteranceString\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UtteranceData]\n    }\n  }\n\n  \/** Provides a list of utterances that have been made to a specific version of your bot. The list contains a maximum of 100 utterances.\n    *\/\n  @js.native\n  trait UtteranceList extends js.Object {\n    var botVersion: js.UndefOr[Version]\n    var utterances: js.UndefOr[ListOfUtterance]\n  }\n\n  object UtteranceList {\n    @inline\n    def apply(\n        botVersion: js.UndefOr[Version] = js.undefined,\n        utterances: js.UndefOr[ListOfUtterance] = js.undefined\n    ): UtteranceList = {\n      val __obj = js.Dynamic.literal()\n      botVersion.foreach(__v => __obj.updateDynamic(\"botVersion\")(__v.asInstanceOf[js.Any]))\n      utterances.foreach(__v => __obj.updateDynamic(\"utterances\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UtteranceList]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/test\/scala\/facade\/amazonaws\/credentials\/CredentialsTest.scala","text":"<filename>credentials\/src\/test\/scala\/facade\/amazonaws\/credentials\/CredentialsTest.scala\npackage facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\nimport facade.amazonaws.services.sts\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass CredentialsTest extends AnyFunSuite {\n  test(\"ChainableTemporaryCredentials\") {\n    val credentials: AWSCredentials = new ChainableTemporaryCredentials()\n  }\n\n  test(\"CognitoIdentityCredentials\") {\n    val credentials: AWSCredentials = new CognitoIdentityCredentials()\n  }\n\n  test(\"CredentialProviderChain\") {\n    val credentials: AWSCredentials = new CredentialProviderChain()\n  }\n\n  test(\"EC2MetadataCredentials\") {\n    val credentials: AWSCredentials = new EC2MetadataCredentials()\n  }\n\n  test(\"ECSCredentials\") {\n    val credentials: AWSCredentials = new ECSCredentials()\n  }\n\n  test(\"EnvironmentCredentials\") {\n    val credentials: AWSCredentials = new EnvironmentCredentials(\"local\")\n  }\n\n  test(\"FileSystemCredentials\") {\n    val credentials: AWSCredentials = new FileSystemCredentials(\"foo.txt\")\n  }\n\n  test(\"ProcessCredentials\") {\n    val credentials: AWSCredentials = new ProcessCredentials()\n  }\n\n  test(\"RemoteCredentials\") {\n    val credentials: AWSCredentials = new RemoteCredentials()\n  }\n\n  test(\"SAMLCredentials\") {\n    val credentials: AWSCredentials = new SAMLCredentials(SAMLCredentialsParams(\n      RoleArn = \"x\",\n      PrincipalArn = \"y\",\n      SAMLAssertion = \"z\"\n    ))\n  }\n\n  test(\"SharedIniFileCredentials\") {\n    val credentials: AWSCredentials = new SharedIniFileCredentials()\n  }\n\n  test(\"TemporaryCredentials\") {\n    val credentials: AWSCredentials = new TemporaryCredentials()\n  }\n\n  test(\"TokenFileWebIdentityCredentials\") {\n    val credentials: AWSCredentials = new TokenFileWebIdentityCredentials()\n  }\n\n  test(\"WebIdentityCredentials\") {\n    val credentials: AWSCredentials = new WebIdentityCredentials(sts.AssumeRoleWithWebIdentityRequest(\n      RoleArn = \"x\",\n      RoleSessionName = \"y\",\n      WebIdentityToken = \"z\"\n    ))\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/accessanalyzer\/src\/main\/scala\/facade\/amazonaws\/services\/AccessAnalyzer.scala","text":"<filename>services\/accessanalyzer\/src\/main\/scala\/facade\/amazonaws\/services\/AccessAnalyzer.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object accessanalyzer {\n  type AccessPointArn = String\n  type AccessPointPolicy = String\n  type AccessPreviewFindingId = String\n  type AccessPreviewFindingsList = js.Array[AccessPreviewFinding]\n  type AccessPreviewId = String\n  type AccessPreviewsList = js.Array[AccessPreviewSummary]\n  type AclCanonicalId = String\n  type AclUri = String\n  type ActionList = js.Array[String]\n  type AnalyzedResourcesList = js.Array[AnalyzedResourceSummary]\n  type AnalyzerArn = String\n  type AnalyzersList = js.Array[AnalyzerSummary]\n  type ArchiveRulesList = js.Array[ArchiveRuleSummary]\n  type CloudTrailArn = String\n  type ConditionKeyMap = js.Dictionary[String]\n  type ConfigurationsMap = js.Dictionary[Configuration]\n  type ConfigurationsMapKey = String\n  type FilterCriteriaMap = js.Dictionary[Criterion]\n  type FindingId = String\n  type FindingIdList = js.Array[FindingId]\n  type FindingSourceList = js.Array[FindingSource]\n  type FindingsList = js.Array[FindingSummary]\n  type GeneratedPolicyList = js.Array[GeneratedPolicy]\n  type GranteePrincipal = String\n  type IamTrustPolicy = String\n  type InlineArchiveRulesList = js.Array[InlineArchiveRule]\n  type IssueCode = String\n  type IssuingAccount = String\n  type JobId = String\n  type KmsConstraintsKey = String\n  type KmsConstraintsMap = js.Dictionary[KmsConstraintsValue]\n  type KmsConstraintsValue = String\n  type KmsGrantConfigurationsList = js.Array[KmsGrantConfiguration]\n  type KmsGrantOperationsList = js.Array[KmsGrantOperation]\n  type KmsKeyPoliciesMap = js.Dictionary[KmsKeyPolicy]\n  type KmsKeyPolicy = String\n  type LearnMoreLink = String\n  type ListPolicyGenerationsRequestMaxResultsInteger = Int\n  type LocationList = js.Array[Location]\n  type Name = String\n  type PathElementList = js.Array[PathElement]\n  type PolicyDocument = String\n  type PolicyGenerationList = js.Array[PolicyGeneration]\n  type PolicyName = String\n  type PrincipalArn = String\n  type PrincipalMap = js.Dictionary[String]\n  type RegionList = js.Array[String]\n  type ResourceArn = String\n  type RetiringPrincipal = String\n  type RoleArn = String\n  type S3AccessPointConfigurationsMap = js.Dictionary[S3AccessPointConfiguration]\n  type S3BucketAclGrantConfigurationsList = js.Array[S3BucketAclGrantConfiguration]\n  type S3BucketPolicy = String\n  type SecretsManagerSecretKmsId = String\n  type SecretsManagerSecretPolicy = String\n  type SharedViaList = js.Array[String]\n  type SqsQueuePolicy = String\n  type TagKeys = js.Array[String]\n  type TagsMap = js.Dictionary[String]\n  type Timestamp = js.Date\n  type Token = String\n  type TrailList = js.Array[Trail]\n  type TrailPropertiesList = js.Array[TrailProperties]\n  type ValidatePolicyFindingList = js.Array[ValidatePolicyFinding]\n  type ValueList = js.Array[String]\n  type VpcId = String\n\n  implicit final class AccessAnalyzerOps(private val service: AccessAnalyzer) extends AnyVal {\n\n    @inline def applyArchiveRuleFuture(params: ApplyArchiveRuleRequest): Future[js.Object] = service.applyArchiveRule(params).promise().toFuture\n    @inline def cancelPolicyGenerationFuture(params: CancelPolicyGenerationRequest): Future[CancelPolicyGenerationResponse] = service.cancelPolicyGeneration(params).promise().toFuture\n    @inline def createAccessPreviewFuture(params: CreateAccessPreviewRequest): Future[CreateAccessPreviewResponse] = service.createAccessPreview(params).promise().toFuture\n    @inline def createAnalyzerFuture(params: CreateAnalyzerRequest): Future[CreateAnalyzerResponse] = service.createAnalyzer(params).promise().toFuture\n    @inline def createArchiveRuleFuture(params: CreateArchiveRuleRequest): Future[js.Object] = service.createArchiveRule(params).promise().toFuture\n    @inline def deleteAnalyzerFuture(params: DeleteAnalyzerRequest): Future[js.Object] = service.deleteAnalyzer(params).promise().toFuture\n    @inline def deleteArchiveRuleFuture(params: DeleteArchiveRuleRequest): Future[js.Object] = service.deleteArchiveRule(params).promise().toFuture\n    @inline def getAccessPreviewFuture(params: GetAccessPreviewRequest): Future[GetAccessPreviewResponse] = service.getAccessPreview(params).promise().toFuture\n    @inline def getAnalyzedResourceFuture(params: GetAnalyzedResourceRequest): Future[GetAnalyzedResourceResponse] = service.getAnalyzedResource(params).promise().toFuture\n    @inline def getAnalyzerFuture(params: GetAnalyzerRequest): Future[GetAnalyzerResponse] = service.getAnalyzer(params).promise().toFuture\n    @inline def getArchiveRuleFuture(params: GetArchiveRuleRequest): Future[GetArchiveRuleResponse] = service.getArchiveRule(params).promise().toFuture\n    @inline def getFindingFuture(params: GetFindingRequest): Future[GetFindingResponse] = service.getFinding(params).promise().toFuture\n    @inline def getGeneratedPolicyFuture(params: GetGeneratedPolicyRequest): Future[GetGeneratedPolicyResponse] = service.getGeneratedPolicy(params).promise().toFuture\n    @inline def listAccessPreviewFindingsFuture(params: ListAccessPreviewFindingsRequest): Future[ListAccessPreviewFindingsResponse] = service.listAccessPreviewFindings(params).promise().toFuture\n    @inline def listAccessPreviewsFuture(params: ListAccessPreviewsRequest): Future[ListAccessPreviewsResponse] = service.listAccessPreviews(params).promise().toFuture\n    @inline def listAnalyzedResourcesFuture(params: ListAnalyzedResourcesRequest): Future[ListAnalyzedResourcesResponse] = service.listAnalyzedResources(params).promise().toFuture\n    @inline def listAnalyzersFuture(params: ListAnalyzersRequest): Future[ListAnalyzersResponse] = service.listAnalyzers(params).promise().toFuture\n    @inline def listArchiveRulesFuture(params: ListArchiveRulesRequest): Future[ListArchiveRulesResponse] = service.listArchiveRules(params).promise().toFuture\n    @inline def listFindingsFuture(params: ListFindingsRequest): Future[ListFindingsResponse] = service.listFindings(params).promise().toFuture\n    @inline def listPolicyGenerationsFuture(params: ListPolicyGenerationsRequest): Future[ListPolicyGenerationsResponse] = service.listPolicyGenerations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def startPolicyGenerationFuture(params: StartPolicyGenerationRequest): Future[StartPolicyGenerationResponse] = service.startPolicyGeneration(params).promise().toFuture\n    @inline def startResourceScanFuture(params: StartResourceScanRequest): Future[js.Object] = service.startResourceScan(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateArchiveRuleFuture(params: UpdateArchiveRuleRequest): Future[js.Object] = service.updateArchiveRule(params).promise().toFuture\n    @inline def updateFindingsFuture(params: UpdateFindingsRequest): Future[js.Object] = service.updateFindings(params).promise().toFuture\n    @inline def validatePolicyFuture(params: ValidatePolicyRequest): Future[ValidatePolicyResponse] = service.validatePolicy(params).promise().toFuture\n\n  }\n}\n\npackage accessanalyzer {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/accessanalyzer\", JSImport.Namespace, \"AWS.AccessAnalyzer\")\n  class AccessAnalyzer() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def applyArchiveRule(params: ApplyArchiveRuleRequest): Request[js.Object] = js.native\n    def cancelPolicyGeneration(params: CancelPolicyGenerationRequest): Request[CancelPolicyGenerationResponse] = js.native\n    def createAccessPreview(params: CreateAccessPreviewRequest): Request[CreateAccessPreviewResponse] = js.native\n    def createAnalyzer(params: CreateAnalyzerRequest): Request[CreateAnalyzerResponse] = js.native\n    def createArchiveRule(params: CreateArchiveRuleRequest): Request[js.Object] = js.native\n    def deleteAnalyzer(params: DeleteAnalyzerRequest): Request[js.Object] = js.native\n    def deleteArchiveRule(params: DeleteArchiveRuleRequest): Request[js.Object] = js.native\n    def getAccessPreview(params: GetAccessPreviewRequest): Request[GetAccessPreviewResponse] = js.native\n    def getAnalyzedResource(params: GetAnalyzedResourceRequest): Request[GetAnalyzedResourceResponse] = js.native\n    def getAnalyzer(params: GetAnalyzerRequest): Request[GetAnalyzerResponse] = js.native\n    def getArchiveRule(params: GetArchiveRuleRequest): Request[GetArchiveRuleResponse] = js.native\n    def getFinding(params: GetFindingRequest): Request[GetFindingResponse] = js.native\n    def getGeneratedPolicy(params: GetGeneratedPolicyRequest): Request[GetGeneratedPolicyResponse] = js.native\n    def listAccessPreviewFindings(params: ListAccessPreviewFindingsRequest): Request[ListAccessPreviewFindingsResponse] = js.native\n    def listAccessPreviews(params: ListAccessPreviewsRequest): Request[ListAccessPreviewsResponse] = js.native\n    def listAnalyzedResources(params: ListAnalyzedResourcesRequest): Request[ListAnalyzedResourcesResponse] = js.native\n    def listAnalyzers(params: ListAnalyzersRequest): Request[ListAnalyzersResponse] = js.native\n    def listArchiveRules(params: ListArchiveRulesRequest): Request[ListArchiveRulesResponse] = js.native\n    def listFindings(params: ListFindingsRequest): Request[ListFindingsResponse] = js.native\n    def listPolicyGenerations(params: ListPolicyGenerationsRequest): Request[ListPolicyGenerationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def startPolicyGeneration(params: StartPolicyGenerationRequest): Request[StartPolicyGenerationResponse] = js.native\n    def startResourceScan(params: StartResourceScanRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateArchiveRule(params: UpdateArchiveRuleRequest): Request[js.Object] = js.native\n    def updateFindings(params: UpdateFindingsRequest): Request[js.Object] = js.native\n    def validatePolicy(params: ValidatePolicyRequest): Request[ValidatePolicyResponse] = js.native\n  }\n\n  \/** Contains information about an access preview.\n    *\/\n  @js.native\n  trait AccessPreview extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var configurations: ConfigurationsMap\n    var createdAt: Timestamp\n    var id: AccessPreviewId\n    var status: AccessPreviewStatus\n    var statusReason: js.UndefOr[AccessPreviewStatusReason]\n  }\n\n  object AccessPreview {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        configurations: ConfigurationsMap,\n        createdAt: Timestamp,\n        id: AccessPreviewId,\n        status: AccessPreviewStatus,\n        statusReason: js.UndefOr[AccessPreviewStatusReason] = js.undefined\n    ): AccessPreview = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"configurations\" -> configurations.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessPreview]\n    }\n  }\n\n  \/** An access preview finding generated by the access preview.\n    *\/\n  @js.native\n  trait AccessPreviewFinding extends js.Object {\n    var changeType: FindingChangeType\n    var createdAt: Timestamp\n    var id: AccessPreviewFindingId\n    var resourceOwnerAccount: String\n    var resourceType: ResourceType\n    var status: FindingStatus\n    var action: js.UndefOr[ActionList]\n    var condition: js.UndefOr[ConditionKeyMap]\n    var error: js.UndefOr[String]\n    var existingFindingId: js.UndefOr[FindingId]\n    var existingFindingStatus: js.UndefOr[FindingStatus]\n    var isPublic: js.UndefOr[Boolean]\n    var principal: js.UndefOr[PrincipalMap]\n    var resource: js.UndefOr[String]\n    var sources: js.UndefOr[FindingSourceList]\n  }\n\n  object AccessPreviewFinding {\n    @inline\n    def apply(\n        changeType: FindingChangeType,\n        createdAt: Timestamp,\n        id: AccessPreviewFindingId,\n        resourceOwnerAccount: String,\n        resourceType: ResourceType,\n        status: FindingStatus,\n        action: js.UndefOr[ActionList] = js.undefined,\n        condition: js.UndefOr[ConditionKeyMap] = js.undefined,\n        error: js.UndefOr[String] = js.undefined,\n        existingFindingId: js.UndefOr[FindingId] = js.undefined,\n        existingFindingStatus: js.UndefOr[FindingStatus] = js.undefined,\n        isPublic: js.UndefOr[Boolean] = js.undefined,\n        principal: js.UndefOr[PrincipalMap] = js.undefined,\n        resource: js.UndefOr[String] = js.undefined,\n        sources: js.UndefOr[FindingSourceList] = js.undefined\n    ): AccessPreviewFinding = {\n      val __obj = js.Dynamic.literal(\n        \"changeType\" -> changeType.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"resourceOwnerAccount\" -> resourceOwnerAccount.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      condition.foreach(__v => __obj.updateDynamic(\"condition\")(__v.asInstanceOf[js.Any]))\n      error.foreach(__v => __obj.updateDynamic(\"error\")(__v.asInstanceOf[js.Any]))\n      existingFindingId.foreach(__v => __obj.updateDynamic(\"existingFindingId\")(__v.asInstanceOf[js.Any]))\n      existingFindingStatus.foreach(__v => __obj.updateDynamic(\"existingFindingStatus\")(__v.asInstanceOf[js.Any]))\n      isPublic.foreach(__v => __obj.updateDynamic(\"isPublic\")(__v.asInstanceOf[js.Any]))\n      principal.foreach(__v => __obj.updateDynamic(\"principal\")(__v.asInstanceOf[js.Any]))\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      sources.foreach(__v => __obj.updateDynamic(\"sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessPreviewFinding]\n    }\n  }\n\n  @js.native\n  sealed trait AccessPreviewStatus extends js.Any\n  object AccessPreviewStatus {\n    val COMPLETED = \"COMPLETED\".asInstanceOf[AccessPreviewStatus]\n    val CREATING = \"CREATING\".asInstanceOf[AccessPreviewStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AccessPreviewStatus]\n\n    @inline def values = js.Array(COMPLETED, CREATING, FAILED)\n  }\n\n  \/** Provides more details about the current status of the access preview. For example, if the creation of the access preview fails, a <code>Failed<\/code> status is returned. This failure can be due to an internal issue with the analysis or due to an invalid proposed resource configuration.\n    *\/\n  @js.native\n  trait AccessPreviewStatusReason extends js.Object {\n    var code: AccessPreviewStatusReasonCode\n  }\n\n  object AccessPreviewStatusReason {\n    @inline\n    def apply(\n        code: AccessPreviewStatusReasonCode\n    ): AccessPreviewStatusReason = {\n      val __obj = js.Dynamic.literal(\n        \"code\" -> code.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccessPreviewStatusReason]\n    }\n  }\n\n  @js.native\n  sealed trait AccessPreviewStatusReasonCode extends js.Any\n  object AccessPreviewStatusReasonCode {\n    val INTERNAL_ERROR = \"INTERNAL_ERROR\".asInstanceOf[AccessPreviewStatusReasonCode]\n    val INVALID_CONFIGURATION = \"INVALID_CONFIGURATION\".asInstanceOf[AccessPreviewStatusReasonCode]\n\n    @inline def values = js.Array(INTERNAL_ERROR, INVALID_CONFIGURATION)\n  }\n\n  \/** Contains a summary of information about an access preview.\n    *\/\n  @js.native\n  trait AccessPreviewSummary extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var createdAt: Timestamp\n    var id: AccessPreviewId\n    var status: AccessPreviewStatus\n    var statusReason: js.UndefOr[AccessPreviewStatusReason]\n  }\n\n  object AccessPreviewSummary {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        createdAt: Timestamp,\n        id: AccessPreviewId,\n        status: AccessPreviewStatus,\n        statusReason: js.UndefOr[AccessPreviewStatusReason] = js.undefined\n    ): AccessPreviewSummary = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessPreviewSummary]\n    }\n  }\n\n  \/** You specify each grantee as a type-value pair using one of these types. You can specify only one type of grantee. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/API_PutBucketAcl.html|PutBucketAcl]].\n    *\/\n  @js.native\n  trait AclGrantee extends js.Object {\n    var id: js.UndefOr[AclCanonicalId]\n    var uri: js.UndefOr[AclUri]\n  }\n\n  object AclGrantee {\n    @inline\n    def apply(\n        id: js.UndefOr[AclCanonicalId] = js.undefined,\n        uri: js.UndefOr[AclUri] = js.undefined\n    ): AclGrantee = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      uri.foreach(__v => __obj.updateDynamic(\"uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AclGrantee]\n    }\n  }\n\n  @js.native\n  sealed trait AclPermission extends js.Any\n  object AclPermission {\n    val READ = \"READ\".asInstanceOf[AclPermission]\n    val WRITE = \"WRITE\".asInstanceOf[AclPermission]\n    val READ_ACP = \"READ_ACP\".asInstanceOf[AclPermission]\n    val WRITE_ACP = \"WRITE_ACP\".asInstanceOf[AclPermission]\n    val FULL_CONTROL = \"FULL_CONTROL\".asInstanceOf[AclPermission]\n\n    @inline def values = js.Array(READ, WRITE, READ_ACP, WRITE_ACP, FULL_CONTROL)\n  }\n\n  \/** Contains details about the analyzed resource.\n    *\/\n  @js.native\n  trait AnalyzedResource extends js.Object {\n    var analyzedAt: Timestamp\n    var createdAt: Timestamp\n    var isPublic: Boolean\n    var resourceArn: ResourceArn\n    var resourceOwnerAccount: String\n    var resourceType: ResourceType\n    var updatedAt: Timestamp\n    var actions: js.UndefOr[ActionList]\n    var error: js.UndefOr[String]\n    var sharedVia: js.UndefOr[SharedViaList]\n    var status: js.UndefOr[FindingStatus]\n  }\n\n  object AnalyzedResource {\n    @inline\n    def apply(\n        analyzedAt: Timestamp,\n        createdAt: Timestamp,\n        isPublic: Boolean,\n        resourceArn: ResourceArn,\n        resourceOwnerAccount: String,\n        resourceType: ResourceType,\n        updatedAt: Timestamp,\n        actions: js.UndefOr[ActionList] = js.undefined,\n        error: js.UndefOr[String] = js.undefined,\n        sharedVia: js.UndefOr[SharedViaList] = js.undefined,\n        status: js.UndefOr[FindingStatus] = js.undefined\n    ): AnalyzedResource = {\n      val __obj = js.Dynamic.literal(\n        \"analyzedAt\" -> analyzedAt.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"isPublic\" -> isPublic.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"resourceOwnerAccount\" -> resourceOwnerAccount.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"updatedAt\" -> updatedAt.asInstanceOf[js.Any]\n      )\n\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      error.foreach(__v => __obj.updateDynamic(\"error\")(__v.asInstanceOf[js.Any]))\n      sharedVia.foreach(__v => __obj.updateDynamic(\"sharedVia\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyzedResource]\n    }\n  }\n\n  \/** Contains the ARN of the analyzed resource.\n    *\/\n  @js.native\n  trait AnalyzedResourceSummary extends js.Object {\n    var resourceArn: ResourceArn\n    var resourceOwnerAccount: String\n    var resourceType: ResourceType\n  }\n\n  object AnalyzedResourceSummary {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        resourceOwnerAccount: String,\n        resourceType: ResourceType\n    ): AnalyzedResourceSummary = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"resourceOwnerAccount\" -> resourceOwnerAccount.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnalyzedResourceSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AnalyzerStatus extends js.Any\n  object AnalyzerStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[AnalyzerStatus]\n    val CREATING = \"CREATING\".asInstanceOf[AnalyzerStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[AnalyzerStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AnalyzerStatus]\n\n    @inline def values = js.Array(ACTIVE, CREATING, DISABLED, FAILED)\n  }\n\n  \/** Contains information about the analyzer.\n    *\/\n  @js.native\n  trait AnalyzerSummary extends js.Object {\n    var arn: AnalyzerArn\n    var createdAt: Timestamp\n    var name: Name\n    var status: AnalyzerStatus\n    var `type`: Type\n    var lastResourceAnalyzed: js.UndefOr[String]\n    var lastResourceAnalyzedAt: js.UndefOr[Timestamp]\n    var statusReason: js.UndefOr[StatusReason]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object AnalyzerSummary {\n    @inline\n    def apply(\n        arn: AnalyzerArn,\n        createdAt: Timestamp,\n        name: Name,\n        status: AnalyzerStatus,\n        `type`: Type,\n        lastResourceAnalyzed: js.UndefOr[String] = js.undefined,\n        lastResourceAnalyzedAt: js.UndefOr[Timestamp] = js.undefined,\n        statusReason: js.UndefOr[StatusReason] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): AnalyzerSummary = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      lastResourceAnalyzed.foreach(__v => __obj.updateDynamic(\"lastResourceAnalyzed\")(__v.asInstanceOf[js.Any]))\n      lastResourceAnalyzedAt.foreach(__v => __obj.updateDynamic(\"lastResourceAnalyzedAt\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyzerSummary]\n    }\n  }\n\n  \/** Retroactively applies an archive rule.\n    *\/\n  @js.native\n  trait ApplyArchiveRuleRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var ruleName: Name\n    var clientToken: js.UndefOr[String]\n  }\n\n  object ApplyArchiveRuleRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        ruleName: Name,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): ApplyArchiveRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplyArchiveRuleRequest]\n    }\n  }\n\n  \/** Contains information about an archive rule.\n    *\/\n  @js.native\n  trait ArchiveRuleSummary extends js.Object {\n    var createdAt: Timestamp\n    var filter: FilterCriteriaMap\n    var ruleName: Name\n    var updatedAt: Timestamp\n  }\n\n  object ArchiveRuleSummary {\n    @inline\n    def apply(\n        createdAt: Timestamp,\n        filter: FilterCriteriaMap,\n        ruleName: Name,\n        updatedAt: Timestamp\n    ): ArchiveRuleSummary = {\n      val __obj = js.Dynamic.literal(\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"filter\" -> filter.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any],\n        \"updatedAt\" -> updatedAt.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ArchiveRuleSummary]\n    }\n  }\n\n  @js.native\n  trait CancelPolicyGenerationRequest extends js.Object {\n    var jobId: JobId\n  }\n\n  object CancelPolicyGenerationRequest {\n    @inline\n    def apply(\n        jobId: JobId\n    ): CancelPolicyGenerationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelPolicyGenerationRequest]\n    }\n  }\n\n  @js.native\n  trait CancelPolicyGenerationResponse extends js.Object\n\n  object CancelPolicyGenerationResponse {\n    @inline\n    def apply(): CancelPolicyGenerationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelPolicyGenerationResponse]\n    }\n  }\n\n  \/** Contains information about CloudTrail access.\n    *\/\n  @js.native\n  trait CloudTrailDetails extends js.Object {\n    var accessRole: RoleArn\n    var startTime: Timestamp\n    var trails: TrailList\n    var endTime: js.UndefOr[Timestamp]\n  }\n\n  object CloudTrailDetails {\n    @inline\n    def apply(\n        accessRole: RoleArn,\n        startTime: Timestamp,\n        trails: TrailList,\n        endTime: js.UndefOr[Timestamp] = js.undefined\n    ): CloudTrailDetails = {\n      val __obj = js.Dynamic.literal(\n        \"accessRole\" -> accessRole.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"trails\" -> trails.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudTrailDetails]\n    }\n  }\n\n  \/** Contains information about CloudTrail access.\n    *\/\n  @js.native\n  trait CloudTrailProperties extends js.Object {\n    var endTime: Timestamp\n    var startTime: Timestamp\n    var trailProperties: TrailPropertiesList\n  }\n\n  object CloudTrailProperties {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        startTime: Timestamp,\n        trailProperties: TrailPropertiesList\n    ): CloudTrailProperties = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"trailProperties\" -> trailProperties.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudTrailProperties]\n    }\n  }\n\n  \/** Access control configuration structures for your resource. You specify the configuration as a type-value pair. You can specify only one type of access control configuration.\n    *\/\n  @js.native\n  trait Configuration extends js.Object {\n    var iamRole: js.UndefOr[IamRoleConfiguration]\n    var kmsKey: js.UndefOr[KmsKeyConfiguration]\n    var s3Bucket: js.UndefOr[S3BucketConfiguration]\n    var secretsManagerSecret: js.UndefOr[SecretsManagerSecretConfiguration]\n    var sqsQueue: js.UndefOr[SqsQueueConfiguration]\n  }\n\n  object Configuration {\n    @inline\n    def apply(\n        iamRole: js.UndefOr[IamRoleConfiguration] = js.undefined,\n        kmsKey: js.UndefOr[KmsKeyConfiguration] = js.undefined,\n        s3Bucket: js.UndefOr[S3BucketConfiguration] = js.undefined,\n        secretsManagerSecret: js.UndefOr[SecretsManagerSecretConfiguration] = js.undefined,\n        sqsQueue: js.UndefOr[SqsQueueConfiguration] = js.undefined\n    ): Configuration = {\n      val __obj = js.Dynamic.literal()\n      iamRole.foreach(__v => __obj.updateDynamic(\"iamRole\")(__v.asInstanceOf[js.Any]))\n      kmsKey.foreach(__v => __obj.updateDynamic(\"kmsKey\")(__v.asInstanceOf[js.Any]))\n      s3Bucket.foreach(__v => __obj.updateDynamic(\"s3Bucket\")(__v.asInstanceOf[js.Any]))\n      secretsManagerSecret.foreach(__v => __obj.updateDynamic(\"secretsManagerSecret\")(__v.asInstanceOf[js.Any]))\n      sqsQueue.foreach(__v => __obj.updateDynamic(\"sqsQueue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Configuration]\n    }\n  }\n\n  @js.native\n  trait CreateAccessPreviewRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var configurations: ConfigurationsMap\n    var clientToken: js.UndefOr[String]\n  }\n\n  object CreateAccessPreviewRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        configurations: ConfigurationsMap,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): CreateAccessPreviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"configurations\" -> configurations.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccessPreviewRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAccessPreviewResponse extends js.Object {\n    var id: AccessPreviewId\n  }\n\n  object CreateAccessPreviewResponse {\n    @inline\n    def apply(\n        id: AccessPreviewId\n    ): CreateAccessPreviewResponse = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAccessPreviewResponse]\n    }\n  }\n\n  \/** Creates an analyzer.\n    *\/\n  @js.native\n  trait CreateAnalyzerRequest extends js.Object {\n    var analyzerName: Name\n    var `type`: Type\n    var archiveRules: js.UndefOr[InlineArchiveRulesList]\n    var clientToken: js.UndefOr[String]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateAnalyzerRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        `type`: Type,\n        archiveRules: js.UndefOr[InlineArchiveRulesList] = js.undefined,\n        clientToken: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateAnalyzerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      archiveRules.foreach(__v => __obj.updateDynamic(\"archiveRules\")(__v.asInstanceOf[js.Any]))\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnalyzerRequest]\n    }\n  }\n\n  \/** The response to the request to create an analyzer.\n    *\/\n  @js.native\n  trait CreateAnalyzerResponse extends js.Object {\n    var arn: js.UndefOr[AnalyzerArn]\n  }\n\n  object CreateAnalyzerResponse {\n    @inline\n    def apply(\n        arn: js.UndefOr[AnalyzerArn] = js.undefined\n    ): CreateAnalyzerResponse = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAnalyzerResponse]\n    }\n  }\n\n  \/** Creates an archive rule.\n    *\/\n  @js.native\n  trait CreateArchiveRuleRequest extends js.Object {\n    var analyzerName: Name\n    var filter: FilterCriteriaMap\n    var ruleName: Name\n    var clientToken: js.UndefOr[String]\n  }\n\n  object CreateArchiveRuleRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        filter: FilterCriteriaMap,\n        ruleName: Name,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): CreateArchiveRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any],\n        \"filter\" -> filter.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateArchiveRuleRequest]\n    }\n  }\n\n  \/** The criteria to use in the filter that defines the archive rule.\n    *\/\n  @js.native\n  trait Criterion extends js.Object {\n    var contains: js.UndefOr[ValueList]\n    var eq: js.UndefOr[ValueList]\n    var exists: js.UndefOr[Boolean]\n    var neq: js.UndefOr[ValueList]\n  }\n\n  object Criterion {\n    @inline\n    def apply(\n        contains: js.UndefOr[ValueList] = js.undefined,\n        eq: js.UndefOr[ValueList] = js.undefined,\n        exists: js.UndefOr[Boolean] = js.undefined,\n        neq: js.UndefOr[ValueList] = js.undefined\n    ): Criterion = {\n      val __obj = js.Dynamic.literal()\n      contains.foreach(__v => __obj.updateDynamic(\"contains\")(__v.asInstanceOf[js.Any]))\n      eq.foreach(__v => __obj.updateDynamic(\"eq\")(__v.asInstanceOf[js.Any]))\n      exists.foreach(__v => __obj.updateDynamic(\"exists\")(__v.asInstanceOf[js.Any]))\n      neq.foreach(__v => __obj.updateDynamic(\"neq\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Criterion]\n    }\n  }\n\n  \/** Deletes an analyzer.\n    *\/\n  @js.native\n  trait DeleteAnalyzerRequest extends js.Object {\n    var analyzerName: Name\n    var clientToken: js.UndefOr[String]\n  }\n\n  object DeleteAnalyzerRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): DeleteAnalyzerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAnalyzerRequest]\n    }\n  }\n\n  \/** Deletes an archive rule.\n    *\/\n  @js.native\n  trait DeleteArchiveRuleRequest extends js.Object {\n    var analyzerName: Name\n    var ruleName: Name\n    var clientToken: js.UndefOr[String]\n  }\n\n  object DeleteArchiveRuleRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        ruleName: Name,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): DeleteArchiveRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteArchiveRuleRequest]\n    }\n  }\n\n  \/** Contains information about a finding.\n    *\/\n  @js.native\n  trait Finding extends js.Object {\n    var analyzedAt: Timestamp\n    var condition: ConditionKeyMap\n    var createdAt: Timestamp\n    var id: FindingId\n    var resourceOwnerAccount: String\n    var resourceType: ResourceType\n    var status: FindingStatus\n    var updatedAt: Timestamp\n    var action: js.UndefOr[ActionList]\n    var error: js.UndefOr[String]\n    var isPublic: js.UndefOr[Boolean]\n    var principal: js.UndefOr[PrincipalMap]\n    var resource: js.UndefOr[String]\n    var sources: js.UndefOr[FindingSourceList]\n  }\n\n  object Finding {\n    @inline\n    def apply(\n        analyzedAt: Timestamp,\n        condition: ConditionKeyMap,\n        createdAt: Timestamp,\n        id: FindingId,\n        resourceOwnerAccount: String,\n        resourceType: ResourceType,\n        status: FindingStatus,\n        updatedAt: Timestamp,\n        action: js.UndefOr[ActionList] = js.undefined,\n        error: js.UndefOr[String] = js.undefined,\n        isPublic: js.UndefOr[Boolean] = js.undefined,\n        principal: js.UndefOr[PrincipalMap] = js.undefined,\n        resource: js.UndefOr[String] = js.undefined,\n        sources: js.UndefOr[FindingSourceList] = js.undefined\n    ): Finding = {\n      val __obj = js.Dynamic.literal(\n        \"analyzedAt\" -> analyzedAt.asInstanceOf[js.Any],\n        \"condition\" -> condition.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"resourceOwnerAccount\" -> resourceOwnerAccount.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"updatedAt\" -> updatedAt.asInstanceOf[js.Any]\n      )\n\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      error.foreach(__v => __obj.updateDynamic(\"error\")(__v.asInstanceOf[js.Any]))\n      isPublic.foreach(__v => __obj.updateDynamic(\"isPublic\")(__v.asInstanceOf[js.Any]))\n      principal.foreach(__v => __obj.updateDynamic(\"principal\")(__v.asInstanceOf[js.Any]))\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      sources.foreach(__v => __obj.updateDynamic(\"sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Finding]\n    }\n  }\n\n  @js.native\n  sealed trait FindingChangeType extends js.Any\n  object FindingChangeType {\n    val CHANGED = \"CHANGED\".asInstanceOf[FindingChangeType]\n    val NEW = \"NEW\".asInstanceOf[FindingChangeType]\n    val UNCHANGED = \"UNCHANGED\".asInstanceOf[FindingChangeType]\n\n    @inline def values = js.Array(CHANGED, NEW, UNCHANGED)\n  }\n\n  \/** The source of the finding. This indicates how the access that generated the finding is granted. It is populated for Amazon S3 bucket findings.\n    *\/\n  @js.native\n  trait FindingSource extends js.Object {\n    var `type`: FindingSourceType\n    var detail: js.UndefOr[FindingSourceDetail]\n  }\n\n  object FindingSource {\n    @inline\n    def apply(\n        `type`: FindingSourceType,\n        detail: js.UndefOr[FindingSourceDetail] = js.undefined\n    ): FindingSource = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      detail.foreach(__v => __obj.updateDynamic(\"detail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingSource]\n    }\n  }\n\n  \/** Includes details about how the access that generated the finding is granted. This is populated for Amazon S3 bucket findings.\n    *\/\n  @js.native\n  trait FindingSourceDetail extends js.Object {\n    var accessPointArn: js.UndefOr[String]\n  }\n\n  object FindingSourceDetail {\n    @inline\n    def apply(\n        accessPointArn: js.UndefOr[String] = js.undefined\n    ): FindingSourceDetail = {\n      val __obj = js.Dynamic.literal()\n      accessPointArn.foreach(__v => __obj.updateDynamic(\"accessPointArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingSourceDetail]\n    }\n  }\n\n  @js.native\n  sealed trait FindingSourceType extends js.Any\n  object FindingSourceType {\n    val POLICY = \"POLICY\".asInstanceOf[FindingSourceType]\n    val BUCKET_ACL = \"BUCKET_ACL\".asInstanceOf[FindingSourceType]\n    val S3_ACCESS_POINT = \"S3_ACCESS_POINT\".asInstanceOf[FindingSourceType]\n\n    @inline def values = js.Array(POLICY, BUCKET_ACL, S3_ACCESS_POINT)\n  }\n\n  @js.native\n  sealed trait FindingStatus extends js.Any\n  object FindingStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[FindingStatus]\n    val ARCHIVED = \"ARCHIVED\".asInstanceOf[FindingStatus]\n    val RESOLVED = \"RESOLVED\".asInstanceOf[FindingStatus]\n\n    @inline def values = js.Array(ACTIVE, ARCHIVED, RESOLVED)\n  }\n\n  @js.native\n  sealed trait FindingStatusUpdate extends js.Any\n  object FindingStatusUpdate {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[FindingStatusUpdate]\n    val ARCHIVED = \"ARCHIVED\".asInstanceOf[FindingStatusUpdate]\n\n    @inline def values = js.Array(ACTIVE, ARCHIVED)\n  }\n\n  \/** Contains information about a finding.\n    *\/\n  @js.native\n  trait FindingSummary extends js.Object {\n    var analyzedAt: Timestamp\n    var condition: ConditionKeyMap\n    var createdAt: Timestamp\n    var id: FindingId\n    var resourceOwnerAccount: String\n    var resourceType: ResourceType\n    var status: FindingStatus\n    var updatedAt: Timestamp\n    var action: js.UndefOr[ActionList]\n    var error: js.UndefOr[String]\n    var isPublic: js.UndefOr[Boolean]\n    var principal: js.UndefOr[PrincipalMap]\n    var resource: js.UndefOr[String]\n    var sources: js.UndefOr[FindingSourceList]\n  }\n\n  object FindingSummary {\n    @inline\n    def apply(\n        analyzedAt: Timestamp,\n        condition: ConditionKeyMap,\n        createdAt: Timestamp,\n        id: FindingId,\n        resourceOwnerAccount: String,\n        resourceType: ResourceType,\n        status: FindingStatus,\n        updatedAt: Timestamp,\n        action: js.UndefOr[ActionList] = js.undefined,\n        error: js.UndefOr[String] = js.undefined,\n        isPublic: js.UndefOr[Boolean] = js.undefined,\n        principal: js.UndefOr[PrincipalMap] = js.undefined,\n        resource: js.UndefOr[String] = js.undefined,\n        sources: js.UndefOr[FindingSourceList] = js.undefined\n    ): FindingSummary = {\n      val __obj = js.Dynamic.literal(\n        \"analyzedAt\" -> analyzedAt.asInstanceOf[js.Any],\n        \"condition\" -> condition.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"resourceOwnerAccount\" -> resourceOwnerAccount.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"updatedAt\" -> updatedAt.asInstanceOf[js.Any]\n      )\n\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      error.foreach(__v => __obj.updateDynamic(\"error\")(__v.asInstanceOf[js.Any]))\n      isPublic.foreach(__v => __obj.updateDynamic(\"isPublic\")(__v.asInstanceOf[js.Any]))\n      principal.foreach(__v => __obj.updateDynamic(\"principal\")(__v.asInstanceOf[js.Any]))\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      sources.foreach(__v => __obj.updateDynamic(\"sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingSummary]\n    }\n  }\n\n  \/** Contains the text for the generated policy.\n    *\/\n  @js.native\n  trait GeneratedPolicy extends js.Object {\n    var policy: String\n  }\n\n  object GeneratedPolicy {\n    @inline\n    def apply(\n        policy: String\n    ): GeneratedPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"policy\" -> policy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GeneratedPolicy]\n    }\n  }\n\n  \/** Contains the generated policy details.\n    *\/\n  @js.native\n  trait GeneratedPolicyProperties extends js.Object {\n    var principalArn: PrincipalArn\n    var cloudTrailProperties: js.UndefOr[CloudTrailProperties]\n    var isComplete: js.UndefOr[Boolean]\n  }\n\n  object GeneratedPolicyProperties {\n    @inline\n    def apply(\n        principalArn: PrincipalArn,\n        cloudTrailProperties: js.UndefOr[CloudTrailProperties] = js.undefined,\n        isComplete: js.UndefOr[Boolean] = js.undefined\n    ): GeneratedPolicyProperties = {\n      val __obj = js.Dynamic.literal(\n        \"principalArn\" -> principalArn.asInstanceOf[js.Any]\n      )\n\n      cloudTrailProperties.foreach(__v => __obj.updateDynamic(\"cloudTrailProperties\")(__v.asInstanceOf[js.Any]))\n      isComplete.foreach(__v => __obj.updateDynamic(\"isComplete\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GeneratedPolicyProperties]\n    }\n  }\n\n  \/** Contains the text for the generated policy and its details.\n    *\/\n  @js.native\n  trait GeneratedPolicyResult extends js.Object {\n    var properties: GeneratedPolicyProperties\n    var generatedPolicies: js.UndefOr[GeneratedPolicyList]\n  }\n\n  object GeneratedPolicyResult {\n    @inline\n    def apply(\n        properties: GeneratedPolicyProperties,\n        generatedPolicies: js.UndefOr[GeneratedPolicyList] = js.undefined\n    ): GeneratedPolicyResult = {\n      val __obj = js.Dynamic.literal(\n        \"properties\" -> properties.asInstanceOf[js.Any]\n      )\n\n      generatedPolicies.foreach(__v => __obj.updateDynamic(\"generatedPolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GeneratedPolicyResult]\n    }\n  }\n\n  @js.native\n  trait GetAccessPreviewRequest extends js.Object {\n    var accessPreviewId: AccessPreviewId\n    var analyzerArn: AnalyzerArn\n  }\n\n  object GetAccessPreviewRequest {\n    @inline\n    def apply(\n        accessPreviewId: AccessPreviewId,\n        analyzerArn: AnalyzerArn\n    ): GetAccessPreviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessPreviewId\" -> accessPreviewId.asInstanceOf[js.Any],\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccessPreviewRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccessPreviewResponse extends js.Object {\n    var accessPreview: AccessPreview\n  }\n\n  object GetAccessPreviewResponse {\n    @inline\n    def apply(\n        accessPreview: AccessPreview\n    ): GetAccessPreviewResponse = {\n      val __obj = js.Dynamic.literal(\n        \"accessPreview\" -> accessPreview.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccessPreviewResponse]\n    }\n  }\n\n  \/** Retrieves an analyzed resource.\n    *\/\n  @js.native\n  trait GetAnalyzedResourceRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var resourceArn: ResourceArn\n  }\n\n  object GetAnalyzedResourceRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        resourceArn: ResourceArn\n    ): GetAnalyzedResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAnalyzedResourceRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait GetAnalyzedResourceResponse extends js.Object {\n    var resource: js.UndefOr[AnalyzedResource]\n  }\n\n  object GetAnalyzedResourceResponse {\n    @inline\n    def apply(\n        resource: js.UndefOr[AnalyzedResource] = js.undefined\n    ): GetAnalyzedResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnalyzedResourceResponse]\n    }\n  }\n\n  \/** Retrieves an analyzer.\n    *\/\n  @js.native\n  trait GetAnalyzerRequest extends js.Object {\n    var analyzerName: Name\n  }\n\n  object GetAnalyzerRequest {\n    @inline\n    def apply(\n        analyzerName: Name\n    ): GetAnalyzerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAnalyzerRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait GetAnalyzerResponse extends js.Object {\n    var analyzer: AnalyzerSummary\n  }\n\n  object GetAnalyzerResponse {\n    @inline\n    def apply(\n        analyzer: AnalyzerSummary\n    ): GetAnalyzerResponse = {\n      val __obj = js.Dynamic.literal(\n        \"analyzer\" -> analyzer.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAnalyzerResponse]\n    }\n  }\n\n  \/** Retrieves an archive rule.\n    *\/\n  @js.native\n  trait GetArchiveRuleRequest extends js.Object {\n    var analyzerName: Name\n    var ruleName: Name\n  }\n\n  object GetArchiveRuleRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        ruleName: Name\n    ): GetArchiveRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetArchiveRuleRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait GetArchiveRuleResponse extends js.Object {\n    var archiveRule: ArchiveRuleSummary\n  }\n\n  object GetArchiveRuleResponse {\n    @inline\n    def apply(\n        archiveRule: ArchiveRuleSummary\n    ): GetArchiveRuleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"archiveRule\" -> archiveRule.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetArchiveRuleResponse]\n    }\n  }\n\n  \/** Retrieves a finding.\n    *\/\n  @js.native\n  trait GetFindingRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var id: FindingId\n  }\n\n  object GetFindingRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        id: FindingId\n    ): GetFindingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFindingRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait GetFindingResponse extends js.Object {\n    var finding: js.UndefOr[Finding]\n  }\n\n  object GetFindingResponse {\n    @inline\n    def apply(\n        finding: js.UndefOr[Finding] = js.undefined\n    ): GetFindingResponse = {\n      val __obj = js.Dynamic.literal()\n      finding.foreach(__v => __obj.updateDynamic(\"finding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFindingResponse]\n    }\n  }\n\n  @js.native\n  trait GetGeneratedPolicyRequest extends js.Object {\n    var jobId: JobId\n    var includeResourcePlaceholders: js.UndefOr[Boolean]\n    var includeServiceLevelTemplate: js.UndefOr[Boolean]\n  }\n\n  object GetGeneratedPolicyRequest {\n    @inline\n    def apply(\n        jobId: JobId,\n        includeResourcePlaceholders: js.UndefOr[Boolean] = js.undefined,\n        includeServiceLevelTemplate: js.UndefOr[Boolean] = js.undefined\n    ): GetGeneratedPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n\n      includeResourcePlaceholders.foreach(__v => __obj.updateDynamic(\"includeResourcePlaceholders\")(__v.asInstanceOf[js.Any]))\n      includeServiceLevelTemplate.foreach(__v => __obj.updateDynamic(\"includeServiceLevelTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGeneratedPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetGeneratedPolicyResponse extends js.Object {\n    var generatedPolicyResult: GeneratedPolicyResult\n    var jobDetails: JobDetails\n  }\n\n  object GetGeneratedPolicyResponse {\n    @inline\n    def apply(\n        generatedPolicyResult: GeneratedPolicyResult,\n        jobDetails: JobDetails\n    ): GetGeneratedPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"generatedPolicyResult\" -> generatedPolicyResult.asInstanceOf[js.Any],\n        \"jobDetails\" -> jobDetails.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetGeneratedPolicyResponse]\n    }\n  }\n\n  \/** The proposed access control configuration for an IAM role. You can propose a configuration for a new IAM role or an existing IAM role that you own by specifying the trust policy. If the configuration is for a new IAM role, you must specify the trust policy. If the configuration is for an existing IAM role that you own and you do not propose the trust policy, the access preview uses the existing trust policy for the role. The proposed trust policy cannot be an empty string. For more information about role trust policy limits, see [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/reference_iam-quotas.html|IAM and STS quotas]].\n    *\/\n  @js.native\n  trait IamRoleConfiguration extends js.Object {\n    var trustPolicy: js.UndefOr[IamTrustPolicy]\n  }\n\n  object IamRoleConfiguration {\n    @inline\n    def apply(\n        trustPolicy: js.UndefOr[IamTrustPolicy] = js.undefined\n    ): IamRoleConfiguration = {\n      val __obj = js.Dynamic.literal()\n      trustPolicy.foreach(__v => __obj.updateDynamic(\"trustPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IamRoleConfiguration]\n    }\n  }\n\n  \/** An criterion statement in an archive rule. Each archive rule may have multiple criteria.\n    *\/\n  @js.native\n  trait InlineArchiveRule extends js.Object {\n    var filter: FilterCriteriaMap\n    var ruleName: Name\n  }\n\n  object InlineArchiveRule {\n    @inline\n    def apply(\n        filter: FilterCriteriaMap,\n        ruleName: Name\n    ): InlineArchiveRule = {\n      val __obj = js.Dynamic.literal(\n        \"filter\" -> filter.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InlineArchiveRule]\n    }\n  }\n\n  \/** This configuration sets the Amazon S3 access point network origin to <code>Internet<\/code>.\n    *\/\n  @js.native\n  trait InternetConfiguration extends js.Object\n\n  object InternetConfiguration {\n    @inline\n    def apply(): InternetConfiguration = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[InternetConfiguration]\n    }\n  }\n\n  \/** Contains details about the policy generation request.\n    *\/\n  @js.native\n  trait JobDetails extends js.Object {\n    var jobId: JobId\n    var startedOn: Timestamp\n    var status: JobStatus\n    var completedOn: js.UndefOr[Timestamp]\n    var jobError: js.UndefOr[JobError]\n  }\n\n  object JobDetails {\n    @inline\n    def apply(\n        jobId: JobId,\n        startedOn: Timestamp,\n        status: JobStatus,\n        completedOn: js.UndefOr[Timestamp] = js.undefined,\n        jobError: js.UndefOr[JobError] = js.undefined\n    ): JobDetails = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"startedOn\" -> startedOn.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      completedOn.foreach(__v => __obj.updateDynamic(\"completedOn\")(__v.asInstanceOf[js.Any]))\n      jobError.foreach(__v => __obj.updateDynamic(\"jobError\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobDetails]\n    }\n  }\n\n  \/** Contains the details about the policy generation error.\n    *\/\n  @js.native\n  trait JobError extends js.Object {\n    var code: JobErrorCode\n    var message: String\n  }\n\n  object JobError {\n    @inline\n    def apply(\n        code: JobErrorCode,\n        message: String\n    ): JobError = {\n      val __obj = js.Dynamic.literal(\n        \"code\" -> code.asInstanceOf[js.Any],\n        \"message\" -> message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[JobError]\n    }\n  }\n\n  @js.native\n  sealed trait JobErrorCode extends js.Any\n  object JobErrorCode {\n    val AUTHORIZATION_ERROR = \"AUTHORIZATION_ERROR\".asInstanceOf[JobErrorCode]\n    val RESOURCE_NOT_FOUND_ERROR = \"RESOURCE_NOT_FOUND_ERROR\".asInstanceOf[JobErrorCode]\n    val SERVICE_QUOTA_EXCEEDED_ERROR = \"SERVICE_QUOTA_EXCEEDED_ERROR\".asInstanceOf[JobErrorCode]\n    val SERVICE_ERROR = \"SERVICE_ERROR\".asInstanceOf[JobErrorCode]\n\n    @inline def values = js.Array(AUTHORIZATION_ERROR, RESOURCE_NOT_FOUND_ERROR, SERVICE_QUOTA_EXCEEDED_ERROR, SERVICE_ERROR)\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[JobStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n    val CANCELED = \"CANCELED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, SUCCEEDED, FAILED, CANCELED)\n  }\n\n  \/** A proposed grant configuration for a KMS key. For more information, see [[https:\/\/docs.aws.amazon.com\/kms\/latest\/APIReference\/API_CreateGrant.html|CreateGrant]].\n    *\/\n  @js.native\n  trait KmsGrantConfiguration extends js.Object {\n    var granteePrincipal: GranteePrincipal\n    var issuingAccount: IssuingAccount\n    var operations: KmsGrantOperationsList\n    var constraints: js.UndefOr[KmsGrantConstraints]\n    var retiringPrincipal: js.UndefOr[RetiringPrincipal]\n  }\n\n  object KmsGrantConfiguration {\n    @inline\n    def apply(\n        granteePrincipal: GranteePrincipal,\n        issuingAccount: IssuingAccount,\n        operations: KmsGrantOperationsList,\n        constraints: js.UndefOr[KmsGrantConstraints] = js.undefined,\n        retiringPrincipal: js.UndefOr[RetiringPrincipal] = js.undefined\n    ): KmsGrantConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"granteePrincipal\" -> granteePrincipal.asInstanceOf[js.Any],\n        \"issuingAccount\" -> issuingAccount.asInstanceOf[js.Any],\n        \"operations\" -> operations.asInstanceOf[js.Any]\n      )\n\n      constraints.foreach(__v => __obj.updateDynamic(\"constraints\")(__v.asInstanceOf[js.Any]))\n      retiringPrincipal.foreach(__v => __obj.updateDynamic(\"retiringPrincipal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KmsGrantConfiguration]\n    }\n  }\n\n  \/** Use this structure to propose allowing [[https:\/\/docs.aws.amazon.com\/kms\/latest\/developerguide\/concepts.html#cryptographic-operations|cryptographic operations]] in the grant only when the operation request includes the specified [[https:\/\/docs.aws.amazon.com\/kms\/latest\/developerguide\/concepts.html#encrypt_context|encryption context]]. You can specify only one type of encryption context. An empty map is treated as not specified. For more information, see [[https:\/\/docs.aws.amazon.com\/kms\/latest\/APIReference\/API_GrantConstraints.html|GrantConstraints]].\n    *\/\n  @js.native\n  trait KmsGrantConstraints extends js.Object {\n    var encryptionContextEquals: js.UndefOr[KmsConstraintsMap]\n    var encryptionContextSubset: js.UndefOr[KmsConstraintsMap]\n  }\n\n  object KmsGrantConstraints {\n    @inline\n    def apply(\n        encryptionContextEquals: js.UndefOr[KmsConstraintsMap] = js.undefined,\n        encryptionContextSubset: js.UndefOr[KmsConstraintsMap] = js.undefined\n    ): KmsGrantConstraints = {\n      val __obj = js.Dynamic.literal()\n      encryptionContextEquals.foreach(__v => __obj.updateDynamic(\"encryptionContextEquals\")(__v.asInstanceOf[js.Any]))\n      encryptionContextSubset.foreach(__v => __obj.updateDynamic(\"encryptionContextSubset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KmsGrantConstraints]\n    }\n  }\n\n  @js.native\n  sealed trait KmsGrantOperation extends js.Any\n  object KmsGrantOperation {\n    val CreateGrant = \"CreateGrant\".asInstanceOf[KmsGrantOperation]\n    val Decrypt = \"Decrypt\".asInstanceOf[KmsGrantOperation]\n    val DescribeKey = \"DescribeKey\".asInstanceOf[KmsGrantOperation]\n    val Encrypt = \"Encrypt\".asInstanceOf[KmsGrantOperation]\n    val GenerateDataKey = \"GenerateDataKey\".asInstanceOf[KmsGrantOperation]\n    val GenerateDataKeyPair = \"GenerateDataKeyPair\".asInstanceOf[KmsGrantOperation]\n    val GenerateDataKeyPairWithoutPlaintext = \"GenerateDataKeyPairWithoutPlaintext\".asInstanceOf[KmsGrantOperation]\n    val GenerateDataKeyWithoutPlaintext = \"GenerateDataKeyWithoutPlaintext\".asInstanceOf[KmsGrantOperation]\n    val GetPublicKey = \"GetPublicKey\".asInstanceOf[KmsGrantOperation]\n    val ReEncryptFrom = \"ReEncryptFrom\".asInstanceOf[KmsGrantOperation]\n    val ReEncryptTo = \"ReEncryptTo\".asInstanceOf[KmsGrantOperation]\n    val RetireGrant = \"RetireGrant\".asInstanceOf[KmsGrantOperation]\n    val Sign = \"Sign\".asInstanceOf[KmsGrantOperation]\n    val Verify = \"Verify\".asInstanceOf[KmsGrantOperation]\n\n    @inline def values = js.Array(\n      CreateGrant,\n      Decrypt,\n      DescribeKey,\n      Encrypt,\n      GenerateDataKey,\n      GenerateDataKeyPair,\n      GenerateDataKeyPairWithoutPlaintext,\n      GenerateDataKeyWithoutPlaintext,\n      GetPublicKey,\n      ReEncryptFrom,\n      ReEncryptTo,\n      RetireGrant,\n      Sign,\n      Verify\n    )\n  }\n\n  \/** Proposed access control configuration for a KMS key. You can propose a configuration for a new KMS key or an existing KMS key that you own by specifying the key policy and KMS grant configuration. If the configuration is for an existing key and you do not specify the key policy, the access preview uses the existing policy for the key. If the access preview is for a new resource and you do not specify the key policy, then the access preview uses the default key policy. The proposed key policy cannot be an empty string. For more information, see [[https:\/\/docs.aws.amazon.com\/kms\/latest\/developerguide\/key-policies.html#key-policy-default|Default key policy]]. For more information about key policy limits, see [[https:\/\/docs.aws.amazon.com\/kms\/latest\/developerguide\/resource-limits.html|Resource quotas]]. <p\/>\n    *\/\n  @js.native\n  trait KmsKeyConfiguration extends js.Object {\n    var grants: js.UndefOr[KmsGrantConfigurationsList]\n    var keyPolicies: js.UndefOr[KmsKeyPoliciesMap]\n  }\n\n  object KmsKeyConfiguration {\n    @inline\n    def apply(\n        grants: js.UndefOr[KmsGrantConfigurationsList] = js.undefined,\n        keyPolicies: js.UndefOr[KmsKeyPoliciesMap] = js.undefined\n    ): KmsKeyConfiguration = {\n      val __obj = js.Dynamic.literal()\n      grants.foreach(__v => __obj.updateDynamic(\"grants\")(__v.asInstanceOf[js.Any]))\n      keyPolicies.foreach(__v => __obj.updateDynamic(\"keyPolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KmsKeyConfiguration]\n    }\n  }\n\n  @js.native\n  trait ListAccessPreviewFindingsRequest extends js.Object {\n    var accessPreviewId: AccessPreviewId\n    var analyzerArn: AnalyzerArn\n    var filter: js.UndefOr[FilterCriteriaMap]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAccessPreviewFindingsRequest {\n    @inline\n    def apply(\n        accessPreviewId: AccessPreviewId,\n        analyzerArn: AnalyzerArn,\n        filter: js.UndefOr[FilterCriteriaMap] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAccessPreviewFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"accessPreviewId\" -> accessPreviewId.asInstanceOf[js.Any],\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessPreviewFindingsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccessPreviewFindingsResponse extends js.Object {\n    var findings: AccessPreviewFindingsList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAccessPreviewFindingsResponse {\n    @inline\n    def apply(\n        findings: AccessPreviewFindingsList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAccessPreviewFindingsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"findings\" -> findings.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessPreviewFindingsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccessPreviewsRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAccessPreviewsRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAccessPreviewsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessPreviewsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccessPreviewsResponse extends js.Object {\n    var accessPreviews: AccessPreviewsList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAccessPreviewsResponse {\n    @inline\n    def apply(\n        accessPreviews: AccessPreviewsList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAccessPreviewsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"accessPreviews\" -> accessPreviews.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccessPreviewsResponse]\n    }\n  }\n\n  \/** Retrieves a list of resources that have been analyzed.\n    *\/\n  @js.native\n  trait ListAnalyzedResourcesRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n    var resourceType: js.UndefOr[ResourceType]\n  }\n\n  object ListAnalyzedResourcesRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined\n    ): ListAnalyzedResourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalyzedResourcesRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait ListAnalyzedResourcesResponse extends js.Object {\n    var analyzedResources: AnalyzedResourcesList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAnalyzedResourcesResponse {\n    @inline\n    def apply(\n        analyzedResources: AnalyzedResourcesList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAnalyzedResourcesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"analyzedResources\" -> analyzedResources.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalyzedResourcesResponse]\n    }\n  }\n\n  \/** Retrieves a list of analyzers.\n    *\/\n  @js.native\n  trait ListAnalyzersRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n    var `type`: js.UndefOr[Type]\n  }\n\n  object ListAnalyzersRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        `type`: js.UndefOr[Type] = js.undefined\n    ): ListAnalyzersRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalyzersRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait ListAnalyzersResponse extends js.Object {\n    var analyzers: AnalyzersList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListAnalyzersResponse {\n    @inline\n    def apply(\n        analyzers: AnalyzersList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListAnalyzersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"analyzers\" -> analyzers.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAnalyzersResponse]\n    }\n  }\n\n  \/** Retrieves a list of archive rules created for the specified analyzer.\n    *\/\n  @js.native\n  trait ListArchiveRulesRequest extends js.Object {\n    var analyzerName: Name\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListArchiveRulesRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListArchiveRulesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArchiveRulesRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait ListArchiveRulesResponse extends js.Object {\n    var archiveRules: ArchiveRulesList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListArchiveRulesResponse {\n    @inline\n    def apply(\n        archiveRules: ArchiveRulesList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListArchiveRulesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"archiveRules\" -> archiveRules.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArchiveRulesResponse]\n    }\n  }\n\n  \/** Retrieves a list of findings generated by the specified analyzer.\n    *\/\n  @js.native\n  trait ListFindingsRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var filter: js.UndefOr[FilterCriteriaMap]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n    var sort: js.UndefOr[SortCriteria]\n  }\n\n  object ListFindingsRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        filter: js.UndefOr[FilterCriteriaMap] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        sort: js.UndefOr[SortCriteria] = js.undefined\n    ): ListFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sort.foreach(__v => __obj.updateDynamic(\"sort\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFindingsRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait ListFindingsResponse extends js.Object {\n    var findings: FindingsList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListFindingsResponse {\n    @inline\n    def apply(\n        findings: FindingsList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListFindingsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"findings\" -> findings.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFindingsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPolicyGenerationsRequest extends js.Object {\n    var maxResults: js.UndefOr[ListPolicyGenerationsRequestMaxResultsInteger]\n    var nextToken: js.UndefOr[Token]\n    var principalArn: js.UndefOr[PrincipalArn]\n  }\n\n  object ListPolicyGenerationsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[ListPolicyGenerationsRequestMaxResultsInteger] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        principalArn: js.UndefOr[PrincipalArn] = js.undefined\n    ): ListPolicyGenerationsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      principalArn.foreach(__v => __obj.updateDynamic(\"principalArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyGenerationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPolicyGenerationsResponse extends js.Object {\n    var policyGenerations: PolicyGenerationList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListPolicyGenerationsResponse {\n    @inline\n    def apply(\n        policyGenerations: PolicyGenerationList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListPolicyGenerationsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"policyGenerations\" -> policyGenerations.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPolicyGenerationsResponse]\n    }\n  }\n\n  \/** Retrieves a list of tags applied to the specified resource.\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Locale extends js.Any\n  object Locale {\n    val DE = \"DE\".asInstanceOf[Locale]\n    val EN = \"EN\".asInstanceOf[Locale]\n    val ES = \"ES\".asInstanceOf[Locale]\n    val FR = \"FR\".asInstanceOf[Locale]\n    val IT = \"IT\".asInstanceOf[Locale]\n    val JA = \"JA\".asInstanceOf[Locale]\n    val KO = \"KO\".asInstanceOf[Locale]\n    val PT_BR = \"PT_BR\".asInstanceOf[Locale]\n    val ZH_CN = \"ZH_CN\".asInstanceOf[Locale]\n    val ZH_TW = \"ZH_TW\".asInstanceOf[Locale]\n\n    @inline def values = js.Array(DE, EN, ES, FR, IT, JA, KO, PT_BR, ZH_CN, ZH_TW)\n  }\n\n  \/** A location in a policy that is represented as a path through the JSON representation and a corresponding span.\n    *\/\n  @js.native\n  trait Location extends js.Object {\n    var path: PathElementList\n    var span: Span\n  }\n\n  object Location {\n    @inline\n    def apply(\n        path: PathElementList,\n        span: Span\n    ): Location = {\n      val __obj = js.Dynamic.literal(\n        \"path\" -> path.asInstanceOf[js.Any],\n        \"span\" -> span.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Location]\n    }\n  }\n\n  \/** The proposed <code>InternetConfiguration<\/code> or <code>VpcConfiguration<\/code> to apply to the Amazon S3 Access point. You can make the access point accessible from the internet, or you can specify that all requests made through that access point must originate from a specific virtual private cloud (VPC). You can specify only one type of network configuration. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/creating-access-points.html|Creating access points]].\n    *\/\n  @js.native\n  trait NetworkOriginConfiguration extends js.Object {\n    var internetConfiguration: js.UndefOr[InternetConfiguration]\n    var vpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object NetworkOriginConfiguration {\n    @inline\n    def apply(\n        internetConfiguration: js.UndefOr[InternetConfiguration] = js.undefined,\n        vpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): NetworkOriginConfiguration = {\n      val __obj = js.Dynamic.literal()\n      internetConfiguration.foreach(__v => __obj.updateDynamic(\"internetConfiguration\")(__v.asInstanceOf[js.Any]))\n      vpcConfiguration.foreach(__v => __obj.updateDynamic(\"vpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkOriginConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait OrderBy extends js.Any\n  object OrderBy {\n    val ASC = \"ASC\".asInstanceOf[OrderBy]\n    val DESC = \"DESC\".asInstanceOf[OrderBy]\n\n    @inline def values = js.Array(ASC, DESC)\n  }\n\n  \/** A single element in a path through the JSON representation of a policy.\n    *\/\n  @js.native\n  trait PathElement extends js.Object {\n    var index: js.UndefOr[Int]\n    var key: js.UndefOr[String]\n    var substring: js.UndefOr[Substring]\n    var value: js.UndefOr[String]\n  }\n\n  object PathElement {\n    @inline\n    def apply(\n        index: js.UndefOr[Int] = js.undefined,\n        key: js.UndefOr[String] = js.undefined,\n        substring: js.UndefOr[Substring] = js.undefined,\n        value: js.UndefOr[String] = js.undefined\n    ): PathElement = {\n      val __obj = js.Dynamic.literal()\n      index.foreach(__v => __obj.updateDynamic(\"index\")(__v.asInstanceOf[js.Any]))\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      substring.foreach(__v => __obj.updateDynamic(\"substring\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PathElement]\n    }\n  }\n\n  \/** Contains details about the policy generation status and properties.\n    *\/\n  @js.native\n  trait PolicyGeneration extends js.Object {\n    var jobId: JobId\n    var principalArn: PrincipalArn\n    var startedOn: Timestamp\n    var status: JobStatus\n    var completedOn: js.UndefOr[Timestamp]\n  }\n\n  object PolicyGeneration {\n    @inline\n    def apply(\n        jobId: JobId,\n        principalArn: PrincipalArn,\n        startedOn: Timestamp,\n        status: JobStatus,\n        completedOn: js.UndefOr[Timestamp] = js.undefined\n    ): PolicyGeneration = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"principalArn\" -> principalArn.asInstanceOf[js.Any],\n        \"startedOn\" -> startedOn.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      completedOn.foreach(__v => __obj.updateDynamic(\"completedOn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyGeneration]\n    }\n  }\n\n  \/** Contains the ARN details about the IAM entity for which the policy is generated.\n    *\/\n  @js.native\n  trait PolicyGenerationDetails extends js.Object {\n    var principalArn: PrincipalArn\n  }\n\n  object PolicyGenerationDetails {\n    @inline\n    def apply(\n        principalArn: PrincipalArn\n    ): PolicyGenerationDetails = {\n      val __obj = js.Dynamic.literal(\n        \"principalArn\" -> principalArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PolicyGenerationDetails]\n    }\n  }\n\n  @js.native\n  sealed trait PolicyType extends js.Any\n  object PolicyType {\n    val IDENTITY_POLICY = \"IDENTITY_POLICY\".asInstanceOf[PolicyType]\n    val RESOURCE_POLICY = \"RESOURCE_POLICY\".asInstanceOf[PolicyType]\n    val SERVICE_CONTROL_POLICY = \"SERVICE_CONTROL_POLICY\".asInstanceOf[PolicyType]\n\n    @inline def values = js.Array(IDENTITY_POLICY, RESOURCE_POLICY, SERVICE_CONTROL_POLICY)\n  }\n\n  \/** A position in a policy.\n    *\/\n  @js.native\n  trait Position extends js.Object {\n    var column: Int\n    var line: Int\n    var offset: Int\n  }\n\n  object Position {\n    @inline\n    def apply(\n        column: Int,\n        line: Int,\n        offset: Int\n    ): Position = {\n      val __obj = js.Dynamic.literal(\n        \"column\" -> column.asInstanceOf[js.Any],\n        \"line\" -> line.asInstanceOf[js.Any],\n        \"offset\" -> offset.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Position]\n    }\n  }\n\n  @js.native\n  sealed trait ReasonCode extends js.Any\n  object ReasonCode {\n    val AWS_SERVICE_ACCESS_DISABLED = \"AWS_SERVICE_ACCESS_DISABLED\".asInstanceOf[ReasonCode]\n    val DELEGATED_ADMINISTRATOR_DEREGISTERED = \"DELEGATED_ADMINISTRATOR_DEREGISTERED\".asInstanceOf[ReasonCode]\n    val ORGANIZATION_DELETED = \"ORGANIZATION_DELETED\".asInstanceOf[ReasonCode]\n    val SERVICE_LINKED_ROLE_CREATION_FAILED = \"SERVICE_LINKED_ROLE_CREATION_FAILED\".asInstanceOf[ReasonCode]\n\n    @inline def values = js.Array(AWS_SERVICE_ACCESS_DISABLED, DELEGATED_ADMINISTRATOR_DEREGISTERED, ORGANIZATION_DELETED, SERVICE_LINKED_ROLE_CREATION_FAILED)\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val `AWS::S3::Bucket` = \"AWS::S3::Bucket\".asInstanceOf[ResourceType]\n    val `AWS::IAM::Role` = \"AWS::IAM::Role\".asInstanceOf[ResourceType]\n    val `AWS::SQS::Queue` = \"AWS::SQS::Queue\".asInstanceOf[ResourceType]\n    val `AWS::Lambda::Function` = \"AWS::Lambda::Function\".asInstanceOf[ResourceType]\n    val `AWS::Lambda::LayerVersion` = \"AWS::Lambda::LayerVersion\".asInstanceOf[ResourceType]\n    val `AWS::KMS::Key` = \"AWS::KMS::Key\".asInstanceOf[ResourceType]\n    val `AWS::SecretsManager::Secret` = \"AWS::SecretsManager::Secret\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(\n      `AWS::S3::Bucket`,\n      `AWS::IAM::Role`,\n      `AWS::SQS::Queue`,\n      `AWS::Lambda::Function`,\n      `AWS::Lambda::LayerVersion`,\n      `AWS::KMS::Key`,\n      `AWS::SecretsManager::Secret`\n    )\n  }\n\n  \/** The configuration for an Amazon S3 access point for the bucket. You can propose up to 10 access points per bucket. If the proposed Amazon S3 access point configuration is for an existing bucket, the access preview uses the proposed access point configuration in place of the existing access points. To propose an access point without a policy, you can provide an empty string as the access point policy. For more information, see [[https:\/\/docs.aws.amazon.com\/https:\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/creating-access-points.html|Creating access points]]. For more information about access point policy limits, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/access-points-restrictions-limitations.html|Access points restrictions and limitations]].\n    *\/\n  @js.native\n  trait S3AccessPointConfiguration extends js.Object {\n    var accessPointPolicy: js.UndefOr[AccessPointPolicy]\n    var networkOrigin: js.UndefOr[NetworkOriginConfiguration]\n    var publicAccessBlock: js.UndefOr[S3PublicAccessBlockConfiguration]\n  }\n\n  object S3AccessPointConfiguration {\n    @inline\n    def apply(\n        accessPointPolicy: js.UndefOr[AccessPointPolicy] = js.undefined,\n        networkOrigin: js.UndefOr[NetworkOriginConfiguration] = js.undefined,\n        publicAccessBlock: js.UndefOr[S3PublicAccessBlockConfiguration] = js.undefined\n    ): S3AccessPointConfiguration = {\n      val __obj = js.Dynamic.literal()\n      accessPointPolicy.foreach(__v => __obj.updateDynamic(\"accessPointPolicy\")(__v.asInstanceOf[js.Any]))\n      networkOrigin.foreach(__v => __obj.updateDynamic(\"networkOrigin\")(__v.asInstanceOf[js.Any]))\n      publicAccessBlock.foreach(__v => __obj.updateDynamic(\"publicAccessBlock\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3AccessPointConfiguration]\n    }\n  }\n\n  \/** A proposed access control list grant configuration for an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/acl-overview.html#setting-acls|How to Specify an ACL]].\n    *\/\n  @js.native\n  trait S3BucketAclGrantConfiguration extends js.Object {\n    var grantee: AclGrantee\n    var permission: AclPermission\n  }\n\n  object S3BucketAclGrantConfiguration {\n    @inline\n    def apply(\n        grantee: AclGrantee,\n        permission: AclPermission\n    ): S3BucketAclGrantConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"grantee\" -> grantee.asInstanceOf[js.Any],\n        \"permission\" -> permission.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3BucketAclGrantConfiguration]\n    }\n  }\n\n  \/** Proposed access control configuration for an Amazon S3 bucket. You can propose a configuration for a new Amazon S3 bucket or an existing Amazon S3 bucket that you own by specifying the Amazon S3 bucket policy, bucket ACLs, bucket BPA settings, and Amazon S3 access points attached to the bucket. If the configuration is for an existing Amazon S3 bucket and you do not specify the Amazon S3 bucket policy, the access preview uses the existing policy attached to the bucket. If the access preview is for a new resource and you do not specify the Amazon S3 bucket policy, the access preview assumes a bucket without a policy. To propose deletion of an existing bucket policy, you can specify an empty string. For more information about bucket policy limits, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/example-bucket-policies.html|Bucket Policy Examples]].\n    *\/\n  @js.native\n  trait S3BucketConfiguration extends js.Object {\n    var accessPoints: js.UndefOr[S3AccessPointConfigurationsMap]\n    var bucketAclGrants: js.UndefOr[S3BucketAclGrantConfigurationsList]\n    var bucketPolicy: js.UndefOr[S3BucketPolicy]\n    var bucketPublicAccessBlock: js.UndefOr[S3PublicAccessBlockConfiguration]\n  }\n\n  object S3BucketConfiguration {\n    @inline\n    def apply(\n        accessPoints: js.UndefOr[S3AccessPointConfigurationsMap] = js.undefined,\n        bucketAclGrants: js.UndefOr[S3BucketAclGrantConfigurationsList] = js.undefined,\n        bucketPolicy: js.UndefOr[S3BucketPolicy] = js.undefined,\n        bucketPublicAccessBlock: js.UndefOr[S3PublicAccessBlockConfiguration] = js.undefined\n    ): S3BucketConfiguration = {\n      val __obj = js.Dynamic.literal()\n      accessPoints.foreach(__v => __obj.updateDynamic(\"accessPoints\")(__v.asInstanceOf[js.Any]))\n      bucketAclGrants.foreach(__v => __obj.updateDynamic(\"bucketAclGrants\")(__v.asInstanceOf[js.Any]))\n      bucketPolicy.foreach(__v => __obj.updateDynamic(\"bucketPolicy\")(__v.asInstanceOf[js.Any]))\n      bucketPublicAccessBlock.foreach(__v => __obj.updateDynamic(\"bucketPublicAccessBlock\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3BucketConfiguration]\n    }\n  }\n\n  \/** The <code>PublicAccessBlock<\/code> configuration to apply to this Amazon S3 bucket. If the proposed configuration is for an existing Amazon S3 bucket and the configuration is not specified, the access preview uses the existing setting. If the proposed configuration is for a new bucket and the configuration is not specified, the access preview uses <code>false<\/code>. If the proposed configuration is for a new access point and the access point BPA configuration is not specified, the access preview uses <code>true<\/code>. For more information, see [[https:\/\/docs.aws.amazon.com\/AWSCloudFormation\/latest\/UserGuide\/aws-properties-s3-bucket-publicaccessblockconfiguration.html|PublicAccessBlockConfiguration]].\n    *\/\n  @js.native\n  trait S3PublicAccessBlockConfiguration extends js.Object {\n    var ignorePublicAcls: Boolean\n    var restrictPublicBuckets: Boolean\n  }\n\n  object S3PublicAccessBlockConfiguration {\n    @inline\n    def apply(\n        ignorePublicAcls: Boolean,\n        restrictPublicBuckets: Boolean\n    ): S3PublicAccessBlockConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"ignorePublicAcls\" -> ignorePublicAcls.asInstanceOf[js.Any],\n        \"restrictPublicBuckets\" -> restrictPublicBuckets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3PublicAccessBlockConfiguration]\n    }\n  }\n\n  \/** The configuration for a Secrets Manager secret. For more information, see [[https:\/\/docs.aws.amazon.com\/secretsmanager\/latest\/apireference\/API_CreateSecret.html|CreateSecret]]. You can propose a configuration for a new secret or an existing secret that you own by specifying the secret policy and optional KMS encryption key. If the configuration is for an existing secret and you do not specify the secret policy, the access preview uses the existing policy for the secret. If the access preview is for a new resource and you do not specify the policy, the access preview assumes a secret without a policy. To propose deletion of an existing policy, you can specify an empty string. If the proposed configuration is for a new secret and you do not specify the KMS key ID, the access preview uses the default CMK of the AWS account. If you specify an empty string for the KMS key ID, the access preview uses the default CMK of the AWS account. For more information about secret policy limits,\n    * see [[https:\/\/docs.aws.amazon.com\/secretsmanager\/latest\/userguide\/reference_limits.html|Quotas for AWS Secrets Manager.]].\n    *\/\n  @js.native\n  trait SecretsManagerSecretConfiguration extends js.Object {\n    var kmsKeyId: js.UndefOr[SecretsManagerSecretKmsId]\n    var secretPolicy: js.UndefOr[SecretsManagerSecretPolicy]\n  }\n\n  object SecretsManagerSecretConfiguration {\n    @inline\n    def apply(\n        kmsKeyId: js.UndefOr[SecretsManagerSecretKmsId] = js.undefined,\n        secretPolicy: js.UndefOr[SecretsManagerSecretPolicy] = js.undefined\n    ): SecretsManagerSecretConfiguration = {\n      val __obj = js.Dynamic.literal()\n      kmsKeyId.foreach(__v => __obj.updateDynamic(\"kmsKeyId\")(__v.asInstanceOf[js.Any]))\n      secretPolicy.foreach(__v => __obj.updateDynamic(\"secretPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecretsManagerSecretConfiguration]\n    }\n  }\n\n  \/** The criteria used to sort.\n    *\/\n  @js.native\n  trait SortCriteria extends js.Object {\n    var attributeName: js.UndefOr[String]\n    var orderBy: js.UndefOr[OrderBy]\n  }\n\n  object SortCriteria {\n    @inline\n    def apply(\n        attributeName: js.UndefOr[String] = js.undefined,\n        orderBy: js.UndefOr[OrderBy] = js.undefined\n    ): SortCriteria = {\n      val __obj = js.Dynamic.literal()\n      attributeName.foreach(__v => __obj.updateDynamic(\"attributeName\")(__v.asInstanceOf[js.Any]))\n      orderBy.foreach(__v => __obj.updateDynamic(\"orderBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SortCriteria]\n    }\n  }\n\n  \/** A span in a policy. The span consists of a start position (inclusive) and end position (exclusive).\n    *\/\n  @js.native\n  trait Span extends js.Object {\n    var end: Position\n    var start: Position\n  }\n\n  object Span {\n    @inline\n    def apply(\n        end: Position,\n        start: Position\n    ): Span = {\n      val __obj = js.Dynamic.literal(\n        \"end\" -> end.asInstanceOf[js.Any],\n        \"start\" -> start.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Span]\n    }\n  }\n\n  \/** The proposed access control configuration for an SQS queue. You can propose a configuration for a new SQS queue or an existing SQS queue that you own by specifying the SQS policy. If the configuration is for an existing SQS queue and you do not specify the SQS policy, the access preview uses the existing SQS policy for the queue. If the access preview is for a new resource and you do not specify the policy, the access preview assumes an SQS queue without a policy. To propose deletion of an existing SQS queue policy, you can specify an empty string for the SQS policy. For more information about SQS policy limits, see [[https:\/\/docs.aws.amazon.com\/AWSSimpleQueueService\/latest\/SQSDeveloperGuide\/quotas-policies.html|Quotas related to policies]].\n    *\/\n  @js.native\n  trait SqsQueueConfiguration extends js.Object {\n    var queuePolicy: js.UndefOr[SqsQueuePolicy]\n  }\n\n  object SqsQueueConfiguration {\n    @inline\n    def apply(\n        queuePolicy: js.UndefOr[SqsQueuePolicy] = js.undefined\n    ): SqsQueueConfiguration = {\n      val __obj = js.Dynamic.literal()\n      queuePolicy.foreach(__v => __obj.updateDynamic(\"queuePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SqsQueueConfiguration]\n    }\n  }\n\n  @js.native\n  trait StartPolicyGenerationRequest extends js.Object {\n    var policyGenerationDetails: PolicyGenerationDetails\n    var clientToken: js.UndefOr[String]\n    var cloudTrailDetails: js.UndefOr[CloudTrailDetails]\n  }\n\n  object StartPolicyGenerationRequest {\n    @inline\n    def apply(\n        policyGenerationDetails: PolicyGenerationDetails,\n        clientToken: js.UndefOr[String] = js.undefined,\n        cloudTrailDetails: js.UndefOr[CloudTrailDetails] = js.undefined\n    ): StartPolicyGenerationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"policyGenerationDetails\" -> policyGenerationDetails.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      cloudTrailDetails.foreach(__v => __obj.updateDynamic(\"cloudTrailDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPolicyGenerationRequest]\n    }\n  }\n\n  @js.native\n  trait StartPolicyGenerationResponse extends js.Object {\n    var jobId: JobId\n  }\n\n  object StartPolicyGenerationResponse {\n    @inline\n    def apply(\n        jobId: JobId\n    ): StartPolicyGenerationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartPolicyGenerationResponse]\n    }\n  }\n\n  \/** Starts a scan of the policies applied to the specified resource.\n    *\/\n  @js.native\n  trait StartResourceScanRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var resourceArn: ResourceArn\n  }\n\n  object StartResourceScanRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        resourceArn: ResourceArn\n    ): StartResourceScanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartResourceScanRequest]\n    }\n  }\n\n  \/** Provides more details about the current status of the analyzer. For example, if the creation for the analyzer fails, a <code>Failed<\/code> status is returned. For an analyzer with organization as the type, this failure can be due to an issue with creating the service-linked roles required in the member accounts of the AWS organization.\n    *\/\n  @js.native\n  trait StatusReason extends js.Object {\n    var code: ReasonCode\n  }\n\n  object StatusReason {\n    @inline\n    def apply(\n        code: ReasonCode\n    ): StatusReason = {\n      val __obj = js.Dynamic.literal(\n        \"code\" -> code.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StatusReason]\n    }\n  }\n\n  \/** A reference to a substring of a literal string in a JSON document.\n    *\/\n  @js.native\n  trait Substring extends js.Object {\n    var length: Int\n    var start: Int\n  }\n\n  object Substring {\n    @inline\n    def apply(\n        length: Int,\n        start: Int\n    ): Substring = {\n      val __obj = js.Dynamic.literal(\n        \"length\" -> length.asInstanceOf[js.Any],\n        \"start\" -> start.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Substring]\n    }\n  }\n\n  \/** Adds a tag to the specified resource.\n    *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Contains details about the CloudTrail trail being analyzed to generate a policy.\n    *\/\n  @js.native\n  trait Trail extends js.Object {\n    var cloudTrailArn: CloudTrailArn\n    var allRegions: js.UndefOr[Boolean]\n    var regions: js.UndefOr[RegionList]\n  }\n\n  object Trail {\n    @inline\n    def apply(\n        cloudTrailArn: CloudTrailArn,\n        allRegions: js.UndefOr[Boolean] = js.undefined,\n        regions: js.UndefOr[RegionList] = js.undefined\n    ): Trail = {\n      val __obj = js.Dynamic.literal(\n        \"cloudTrailArn\" -> cloudTrailArn.asInstanceOf[js.Any]\n      )\n\n      allRegions.foreach(__v => __obj.updateDynamic(\"allRegions\")(__v.asInstanceOf[js.Any]))\n      regions.foreach(__v => __obj.updateDynamic(\"regions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Trail]\n    }\n  }\n\n  \/** Contains details about the CloudTrail trail being analyzed to generate a policy.\n    *\/\n  @js.native\n  trait TrailProperties extends js.Object {\n    var cloudTrailArn: CloudTrailArn\n    var allRegions: js.UndefOr[Boolean]\n    var regions: js.UndefOr[RegionList]\n  }\n\n  object TrailProperties {\n    @inline\n    def apply(\n        cloudTrailArn: CloudTrailArn,\n        allRegions: js.UndefOr[Boolean] = js.undefined,\n        regions: js.UndefOr[RegionList] = js.undefined\n    ): TrailProperties = {\n      val __obj = js.Dynamic.literal(\n        \"cloudTrailArn\" -> cloudTrailArn.asInstanceOf[js.Any]\n      )\n\n      allRegions.foreach(__v => __obj.updateDynamic(\"allRegions\")(__v.asInstanceOf[js.Any]))\n      regions.foreach(__v => __obj.updateDynamic(\"regions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrailProperties]\n    }\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[Type]\n    val ORGANIZATION = \"ORGANIZATION\".asInstanceOf[Type]\n\n    @inline def values = js.Array(ACCOUNT, ORGANIZATION)\n  }\n\n  \/** Removes a tag from the specified resource.\n    *\/\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  \/** The response to the request.\n    *\/\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** Updates the specified archive rule.\n    *\/\n  @js.native\n  trait UpdateArchiveRuleRequest extends js.Object {\n    var analyzerName: Name\n    var filter: FilterCriteriaMap\n    var ruleName: Name\n    var clientToken: js.UndefOr[String]\n  }\n\n  object UpdateArchiveRuleRequest {\n    @inline\n    def apply(\n        analyzerName: Name,\n        filter: FilterCriteriaMap,\n        ruleName: Name,\n        clientToken: js.UndefOr[String] = js.undefined\n    ): UpdateArchiveRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerName\" -> analyzerName.asInstanceOf[js.Any],\n        \"filter\" -> filter.asInstanceOf[js.Any],\n        \"ruleName\" -> ruleName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateArchiveRuleRequest]\n    }\n  }\n\n  \/** Updates findings with the new values provided in the request.\n    *\/\n  @js.native\n  trait UpdateFindingsRequest extends js.Object {\n    var analyzerArn: AnalyzerArn\n    var status: FindingStatusUpdate\n    var clientToken: js.UndefOr[String]\n    var ids: js.UndefOr[FindingIdList]\n    var resourceArn: js.UndefOr[ResourceArn]\n  }\n\n  object UpdateFindingsRequest {\n    @inline\n    def apply(\n        analyzerArn: AnalyzerArn,\n        status: FindingStatusUpdate,\n        clientToken: js.UndefOr[String] = js.undefined,\n        ids: js.UndefOr[FindingIdList] = js.undefined,\n        resourceArn: js.UndefOr[ResourceArn] = js.undefined\n    ): UpdateFindingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analyzerArn\" -> analyzerArn.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFindingsRequest]\n    }\n  }\n\n  \/** A finding in a policy. Each finding is an actionable recommendation that can be used to improve the policy.\n    *\/\n  @js.native\n  trait ValidatePolicyFinding extends js.Object {\n    var findingDetails: String\n    var findingType: ValidatePolicyFindingType\n    var issueCode: IssueCode\n    var learnMoreLink: LearnMoreLink\n    var locations: LocationList\n  }\n\n  object ValidatePolicyFinding {\n    @inline\n    def apply(\n        findingDetails: String,\n        findingType: ValidatePolicyFindingType,\n        issueCode: IssueCode,\n        learnMoreLink: LearnMoreLink,\n        locations: LocationList\n    ): ValidatePolicyFinding = {\n      val __obj = js.Dynamic.literal(\n        \"findingDetails\" -> findingDetails.asInstanceOf[js.Any],\n        \"findingType\" -> findingType.asInstanceOf[js.Any],\n        \"issueCode\" -> issueCode.asInstanceOf[js.Any],\n        \"learnMoreLink\" -> learnMoreLink.asInstanceOf[js.Any],\n        \"locations\" -> locations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ValidatePolicyFinding]\n    }\n  }\n\n  @js.native\n  sealed trait ValidatePolicyFindingType extends js.Any\n  object ValidatePolicyFindingType {\n    val ERROR = \"ERROR\".asInstanceOf[ValidatePolicyFindingType]\n    val SECURITY_WARNING = \"SECURITY_WARNING\".asInstanceOf[ValidatePolicyFindingType]\n    val SUGGESTION = \"SUGGESTION\".asInstanceOf[ValidatePolicyFindingType]\n    val WARNING = \"WARNING\".asInstanceOf[ValidatePolicyFindingType]\n\n    @inline def values = js.Array(ERROR, SECURITY_WARNING, SUGGESTION, WARNING)\n  }\n\n  @js.native\n  trait ValidatePolicyRequest extends js.Object {\n    var policyDocument: PolicyDocument\n    var policyType: PolicyType\n    var locale: js.UndefOr[Locale]\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ValidatePolicyRequest {\n    @inline\n    def apply(\n        policyDocument: PolicyDocument,\n        policyType: PolicyType,\n        locale: js.UndefOr[Locale] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ValidatePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"policyDocument\" -> policyDocument.asInstanceOf[js.Any],\n        \"policyType\" -> policyType.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidatePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait ValidatePolicyResponse extends js.Object {\n    var findings: ValidatePolicyFindingList\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ValidatePolicyResponse {\n    @inline\n    def apply(\n        findings: ValidatePolicyFindingList,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ValidatePolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"findings\" -> findings.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidatePolicyResponse]\n    }\n  }\n\n  \/** The proposed virtual private cloud (VPC) configuration for the Amazon S3 access point. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/API_control_VpcConfiguration.html|VpcConfiguration]].\n    *\/\n  @js.native\n  trait VpcConfiguration extends js.Object {\n    var vpcId: VpcId\n  }\n\n  object VpcConfiguration {\n    @inline\n    def apply(\n        vpcId: VpcId\n    ): VpcConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"vpcId\" -> vpcId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfiguration]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotdeviceadvisor\/src\/main\/scala\/facade\/amazonaws\/services\/IotDeviceAdvisor.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotdeviceadvisor {\n  type AmazonResourceName = String\n  type CategoryName = String\n  type ConfigString = String\n  type DeviceUnderTestList = js.Array[DeviceUnderTest]\n  type ErrorReason = String\n  type Failure = String\n  type GroupName = String\n  type GroupResultList = js.Array[GroupResult]\n  type IntendedForQualificationBoolean = Boolean\n  type LogUrl = String\n  type MaxResults = Int\n  type QualificationReportDownloadUrl = String\n  type RootGroup = String\n  type SelectedTestList = js.Array[UUID]\n  type String128 = String\n  type String256 = String\n  type SuiteDefinitionInformationList = js.Array[SuiteDefinitionInformation]\n  type SuiteDefinitionName = String\n  type SuiteDefinitionVersion = String\n  type SuiteRunResultCount = Int\n  type SuiteRunsList = js.Array[SuiteRunInformation]\n  type TagKeyList = js.Array[String128]\n  type TagMap = js.Dictionary[String256]\n  type TestCaseDefinitionName = String\n  type TestCaseList = js.Array[TestCase]\n  type TestCaseName = String\n  type TestCaseRuns = js.Array[TestCaseRun]\n  type TestCaseVersion = String\n  type TestCategory = js.Array[TestCaseCategory]\n  type TestConfiguration = js.Dictionary[ConfigString]\n  type Timestamp = js.Date\n  type Token = String\n  type UUID = String\n  type Warnings = String\n\n  implicit final class IotDeviceAdvisorOps(private val service: IotDeviceAdvisor) extends AnyVal {\n\n    @inline def createSuiteDefinitionFuture(params: CreateSuiteDefinitionRequest): Future[CreateSuiteDefinitionResponse] = service.createSuiteDefinition(params).promise().toFuture\n    @inline def deleteSuiteDefinitionFuture(params: DeleteSuiteDefinitionRequest): Future[DeleteSuiteDefinitionResponse] = service.deleteSuiteDefinition(params).promise().toFuture\n    @inline def getSuiteDefinitionFuture(params: GetSuiteDefinitionRequest): Future[GetSuiteDefinitionResponse] = service.getSuiteDefinition(params).promise().toFuture\n    @inline def getSuiteRunFuture(params: GetSuiteRunRequest): Future[GetSuiteRunResponse] = service.getSuiteRun(params).promise().toFuture\n    @inline def getSuiteRunReportFuture(params: GetSuiteRunReportRequest): Future[GetSuiteRunReportResponse] = service.getSuiteRunReport(params).promise().toFuture\n    @inline def listSuiteDefinitionsFuture(params: ListSuiteDefinitionsRequest): Future[ListSuiteDefinitionsResponse] = service.listSuiteDefinitions(params).promise().toFuture\n    @inline def listSuiteRunsFuture(params: ListSuiteRunsRequest): Future[ListSuiteRunsResponse] = service.listSuiteRuns(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTestCasesFuture(params: ListTestCasesRequest): Future[ListTestCasesResponse] = service.listTestCases(params).promise().toFuture\n    @inline def startSuiteRunFuture(params: StartSuiteRunRequest): Future[StartSuiteRunResponse] = service.startSuiteRun(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateSuiteDefinitionFuture(params: UpdateSuiteDefinitionRequest): Future[UpdateSuiteDefinitionResponse] = service.updateSuiteDefinition(params).promise().toFuture\n\n  }\n}\n\npackage iotdeviceadvisor {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotdeviceadvisor\", JSImport.Namespace, \"AWS.IotDeviceAdvisor\")\n  class IotDeviceAdvisor() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createSuiteDefinition(params: CreateSuiteDefinitionRequest): Request[CreateSuiteDefinitionResponse] = js.native\n    def deleteSuiteDefinition(params: DeleteSuiteDefinitionRequest): Request[DeleteSuiteDefinitionResponse] = js.native\n    def getSuiteDefinition(params: GetSuiteDefinitionRequest): Request[GetSuiteDefinitionResponse] = js.native\n    def getSuiteRun(params: GetSuiteRunRequest): Request[GetSuiteRunResponse] = js.native\n    def getSuiteRunReport(params: GetSuiteRunReportRequest): Request[GetSuiteRunReportResponse] = js.native\n    def listSuiteDefinitions(params: ListSuiteDefinitionsRequest): Request[ListSuiteDefinitionsResponse] = js.native\n    def listSuiteRuns(params: ListSuiteRunsRequest): Request[ListSuiteRunsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTestCases(params: ListTestCasesRequest): Request[ListTestCasesResponse] = js.native\n    def startSuiteRun(params: StartSuiteRunRequest): Request[StartSuiteRunResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateSuiteDefinition(params: UpdateSuiteDefinitionRequest): Request[UpdateSuiteDefinitionResponse] = js.native\n  }\n\n  @js.native\n  trait CreateSuiteDefinitionRequest extends js.Object {\n    var suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object CreateSuiteDefinitionRequest {\n    @inline\n    def apply(\n        suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateSuiteDefinitionRequest = {\n      val __obj = js.Dynamic.literal()\n      suiteDefinitionConfiguration.foreach(__v => __obj.updateDynamic(\"suiteDefinitionConfiguration\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSuiteDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSuiteDefinitionResponse extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var suiteDefinitionArn: js.UndefOr[AmazonResourceName]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionName: js.UndefOr[SuiteDefinitionName]\n  }\n\n  object CreateSuiteDefinitionResponse {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        suiteDefinitionArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionName: js.UndefOr[SuiteDefinitionName] = js.undefined\n    ): CreateSuiteDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionArn.foreach(__v => __obj.updateDynamic(\"suiteDefinitionArn\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionName.foreach(__v => __obj.updateDynamic(\"suiteDefinitionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSuiteDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSuiteDefinitionRequest extends js.Object {\n    var suiteDefinitionId: UUID\n  }\n\n  object DeleteSuiteDefinitionRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID\n    ): DeleteSuiteDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSuiteDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSuiteDefinitionResponse extends js.Object\n\n  object DeleteSuiteDefinitionResponse {\n    @inline\n    def apply(): DeleteSuiteDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteSuiteDefinitionResponse]\n    }\n  }\n\n  \/** Lists all the devices under test\n    *\/\n  @js.native\n  trait DeviceUnderTest extends js.Object {\n    var certificateArn: js.UndefOr[AmazonResourceName]\n    var thingArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object DeviceUnderTest {\n    @inline\n    def apply(\n        certificateArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        thingArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): DeviceUnderTest = {\n      val __obj = js.Dynamic.literal()\n      certificateArn.foreach(__v => __obj.updateDynamic(\"certificateArn\")(__v.asInstanceOf[js.Any]))\n      thingArn.foreach(__v => __obj.updateDynamic(\"thingArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeviceUnderTest]\n    }\n  }\n\n  @js.native\n  trait GetSuiteDefinitionRequest extends js.Object {\n    var suiteDefinitionId: UUID\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n  }\n\n  object GetSuiteDefinitionRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined\n    ): GetSuiteDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any]\n      )\n\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSuiteDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait GetSuiteDefinitionResponse extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var lastModifiedAt: js.UndefOr[Timestamp]\n    var latestVersion: js.UndefOr[SuiteDefinitionVersion]\n    var suiteDefinitionArn: js.UndefOr[AmazonResourceName]\n    var suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object GetSuiteDefinitionResponse {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        lastModifiedAt: js.UndefOr[Timestamp] = js.undefined,\n        latestVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined,\n        suiteDefinitionArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): GetSuiteDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      lastModifiedAt.foreach(__v => __obj.updateDynamic(\"lastModifiedAt\")(__v.asInstanceOf[js.Any]))\n      latestVersion.foreach(__v => __obj.updateDynamic(\"latestVersion\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionArn.foreach(__v => __obj.updateDynamic(\"suiteDefinitionArn\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionConfiguration.foreach(__v => __obj.updateDynamic(\"suiteDefinitionConfiguration\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSuiteDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait GetSuiteRunReportRequest extends js.Object {\n    var suiteDefinitionId: UUID\n    var suiteRunId: UUID\n  }\n\n  object GetSuiteRunReportRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID,\n        suiteRunId: UUID\n    ): GetSuiteRunReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any],\n        \"suiteRunId\" -> suiteRunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSuiteRunReportRequest]\n    }\n  }\n\n  @js.native\n  trait GetSuiteRunReportResponse extends js.Object {\n    var qualificationReportDownloadUrl: js.UndefOr[QualificationReportDownloadUrl]\n  }\n\n  object GetSuiteRunReportResponse {\n    @inline\n    def apply(\n        qualificationReportDownloadUrl: js.UndefOr[QualificationReportDownloadUrl] = js.undefined\n    ): GetSuiteRunReportResponse = {\n      val __obj = js.Dynamic.literal()\n      qualificationReportDownloadUrl.foreach(__v => __obj.updateDynamic(\"qualificationReportDownloadUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSuiteRunReportResponse]\n    }\n  }\n\n  @js.native\n  trait GetSuiteRunRequest extends js.Object {\n    var suiteDefinitionId: UUID\n    var suiteRunId: UUID\n  }\n\n  object GetSuiteRunRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID,\n        suiteRunId: UUID\n    ): GetSuiteRunRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any],\n        \"suiteRunId\" -> suiteRunId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSuiteRunRequest]\n    }\n  }\n\n  @js.native\n  trait GetSuiteRunResponse extends js.Object {\n    var endTime: js.UndefOr[Timestamp]\n    var errorReason: js.UndefOr[ErrorReason]\n    var startTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[SuiteRunStatus]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n    var suiteRunArn: js.UndefOr[AmazonResourceName]\n    var suiteRunConfiguration: js.UndefOr[SuiteRunConfiguration]\n    var suiteRunId: js.UndefOr[UUID]\n    var tags: js.UndefOr[TagMap]\n    var testResult: js.UndefOr[TestResult]\n  }\n\n  object GetSuiteRunResponse {\n    @inline\n    def apply(\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        errorReason: js.UndefOr[ErrorReason] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[SuiteRunStatus] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined,\n        suiteRunArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        suiteRunConfiguration: js.UndefOr[SuiteRunConfiguration] = js.undefined,\n        suiteRunId: js.UndefOr[UUID] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        testResult: js.UndefOr[TestResult] = js.undefined\n    ): GetSuiteRunResponse = {\n      val __obj = js.Dynamic.literal()\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      errorReason.foreach(__v => __obj.updateDynamic(\"errorReason\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      suiteRunArn.foreach(__v => __obj.updateDynamic(\"suiteRunArn\")(__v.asInstanceOf[js.Any]))\n      suiteRunConfiguration.foreach(__v => __obj.updateDynamic(\"suiteRunConfiguration\")(__v.asInstanceOf[js.Any]))\n      suiteRunId.foreach(__v => __obj.updateDynamic(\"suiteRunId\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      testResult.foreach(__v => __obj.updateDynamic(\"testResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSuiteRunResponse]\n    }\n  }\n\n  \/** Show Group Result.\n    *\/\n  @js.native\n  trait GroupResult extends js.Object {\n    var groupId: js.UndefOr[UUID]\n    var groupName: js.UndefOr[GroupName]\n    var tests: js.UndefOr[TestCaseRuns]\n  }\n\n  object GroupResult {\n    @inline\n    def apply(\n        groupId: js.UndefOr[UUID] = js.undefined,\n        groupName: js.UndefOr[GroupName] = js.undefined,\n        tests: js.UndefOr[TestCaseRuns] = js.undefined\n    ): GroupResult = {\n      val __obj = js.Dynamic.literal()\n      groupId.foreach(__v => __obj.updateDynamic(\"groupId\")(__v.asInstanceOf[js.Any]))\n      groupName.foreach(__v => __obj.updateDynamic(\"groupName\")(__v.asInstanceOf[js.Any]))\n      tests.foreach(__v => __obj.updateDynamic(\"tests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupResult]\n    }\n  }\n\n  @js.native\n  trait ListSuiteDefinitionsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListSuiteDefinitionsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListSuiteDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSuiteDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSuiteDefinitionsResponse extends js.Object {\n    var nextToken: js.UndefOr[Token]\n    var suiteDefinitionInformationList: js.UndefOr[SuiteDefinitionInformationList]\n  }\n\n  object ListSuiteDefinitionsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[Token] = js.undefined,\n        suiteDefinitionInformationList: js.UndefOr[SuiteDefinitionInformationList] = js.undefined\n    ): ListSuiteDefinitionsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionInformationList.foreach(__v => __obj.updateDynamic(\"suiteDefinitionInformationList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSuiteDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSuiteRunsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[Token]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n  }\n\n  object ListSuiteRunsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined\n    ): ListSuiteRunsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSuiteRunsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSuiteRunsResponse extends js.Object {\n    var nextToken: js.UndefOr[Token]\n    var suiteRunsList: js.UndefOr[SuiteRunsList]\n  }\n\n  object ListSuiteRunsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[Token] = js.undefined,\n        suiteRunsList: js.UndefOr[SuiteRunsList] = js.undefined\n    ): ListSuiteRunsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      suiteRunsList.foreach(__v => __obj.updateDynamic(\"suiteRunsList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSuiteRunsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTestCasesRequest extends js.Object {\n    var intendedForQualification: js.UndefOr[IntendedForQualificationBoolean]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[Token]\n  }\n\n  object ListTestCasesRequest {\n    @inline\n    def apply(\n        intendedForQualification: js.UndefOr[IntendedForQualificationBoolean] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined\n    ): ListTestCasesRequest = {\n      val __obj = js.Dynamic.literal()\n      intendedForQualification.foreach(__v => __obj.updateDynamic(\"intendedForQualification\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTestCasesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTestCasesResponse extends js.Object {\n    var categories: js.UndefOr[TestCategory]\n    var groupConfiguration: js.UndefOr[TestConfiguration]\n    var nextToken: js.UndefOr[Token]\n    var rootGroupConfiguration: js.UndefOr[TestConfiguration]\n  }\n\n  object ListTestCasesResponse {\n    @inline\n    def apply(\n        categories: js.UndefOr[TestCategory] = js.undefined,\n        groupConfiguration: js.UndefOr[TestConfiguration] = js.undefined,\n        nextToken: js.UndefOr[Token] = js.undefined,\n        rootGroupConfiguration: js.UndefOr[TestConfiguration] = js.undefined\n    ): ListTestCasesResponse = {\n      val __obj = js.Dynamic.literal()\n      categories.foreach(__v => __obj.updateDynamic(\"categories\")(__v.asInstanceOf[js.Any]))\n      groupConfiguration.foreach(__v => __obj.updateDynamic(\"groupConfiguration\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      rootGroupConfiguration.foreach(__v => __obj.updateDynamic(\"rootGroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTestCasesResponse]\n    }\n  }\n\n  @js.native\n  trait StartSuiteRunRequest extends js.Object {\n    var suiteDefinitionId: UUID\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n    var suiteRunConfiguration: js.UndefOr[SuiteRunConfiguration]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object StartSuiteRunRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined,\n        suiteRunConfiguration: js.UndefOr[SuiteRunConfiguration] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): StartSuiteRunRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any]\n      )\n\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      suiteRunConfiguration.foreach(__v => __obj.updateDynamic(\"suiteRunConfiguration\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSuiteRunRequest]\n    }\n  }\n\n  @js.native\n  trait StartSuiteRunResponse extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var suiteRunArn: js.UndefOr[AmazonResourceName]\n    var suiteRunId: js.UndefOr[UUID]\n  }\n\n  object StartSuiteRunResponse {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        suiteRunArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        suiteRunId: js.UndefOr[UUID] = js.undefined\n    ): StartSuiteRunResponse = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      suiteRunArn.foreach(__v => __obj.updateDynamic(\"suiteRunArn\")(__v.asInstanceOf[js.Any]))\n      suiteRunId.foreach(__v => __obj.updateDynamic(\"suiteRunId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSuiteRunResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val PASS = \"PASS\".asInstanceOf[Status]\n    val FAIL = \"FAIL\".asInstanceOf[Status]\n    val CANCELED = \"CANCELED\".asInstanceOf[Status]\n    val PENDING = \"PENDING\".asInstanceOf[Status]\n    val RUNNING = \"RUNNING\".asInstanceOf[Status]\n    val PASS_WITH_WARNINGS = \"PASS_WITH_WARNINGS\".asInstanceOf[Status]\n    val ERROR = \"ERROR\".asInstanceOf[Status]\n\n    @inline def values = js.Array(PASS, FAIL, CANCELED, PENDING, RUNNING, PASS_WITH_WARNINGS, ERROR)\n  }\n\n  \/** Gets Suite Definition Configuration.\n    *\/\n  @js.native\n  trait SuiteDefinitionConfiguration extends js.Object {\n    var devicePermissionRoleArn: js.UndefOr[AmazonResourceName]\n    var devices: js.UndefOr[DeviceUnderTestList]\n    var intendedForQualification: js.UndefOr[IntendedForQualificationBoolean]\n    var rootGroup: js.UndefOr[RootGroup]\n    var suiteDefinitionName: js.UndefOr[SuiteDefinitionName]\n  }\n\n  object SuiteDefinitionConfiguration {\n    @inline\n    def apply(\n        devicePermissionRoleArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        devices: js.UndefOr[DeviceUnderTestList] = js.undefined,\n        intendedForQualification: js.UndefOr[IntendedForQualificationBoolean] = js.undefined,\n        rootGroup: js.UndefOr[RootGroup] = js.undefined,\n        suiteDefinitionName: js.UndefOr[SuiteDefinitionName] = js.undefined\n    ): SuiteDefinitionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      devicePermissionRoleArn.foreach(__v => __obj.updateDynamic(\"devicePermissionRoleArn\")(__v.asInstanceOf[js.Any]))\n      devices.foreach(__v => __obj.updateDynamic(\"devices\")(__v.asInstanceOf[js.Any]))\n      intendedForQualification.foreach(__v => __obj.updateDynamic(\"intendedForQualification\")(__v.asInstanceOf[js.Any]))\n      rootGroup.foreach(__v => __obj.updateDynamic(\"rootGroup\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionName.foreach(__v => __obj.updateDynamic(\"suiteDefinitionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuiteDefinitionConfiguration]\n    }\n  }\n\n  \/** Get suite definition information.\n    *\/\n  @js.native\n  trait SuiteDefinitionInformation extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var defaultDevices: js.UndefOr[DeviceUnderTestList]\n    var intendedForQualification: js.UndefOr[IntendedForQualificationBoolean]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionName: js.UndefOr[SuiteDefinitionName]\n  }\n\n  object SuiteDefinitionInformation {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        defaultDevices: js.UndefOr[DeviceUnderTestList] = js.undefined,\n        intendedForQualification: js.UndefOr[IntendedForQualificationBoolean] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionName: js.UndefOr[SuiteDefinitionName] = js.undefined\n    ): SuiteDefinitionInformation = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      defaultDevices.foreach(__v => __obj.updateDynamic(\"defaultDevices\")(__v.asInstanceOf[js.Any]))\n      intendedForQualification.foreach(__v => __obj.updateDynamic(\"intendedForQualification\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionName.foreach(__v => __obj.updateDynamic(\"suiteDefinitionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuiteDefinitionInformation]\n    }\n  }\n\n  \/** Gets suite run configuration.\n    *\/\n  @js.native\n  trait SuiteRunConfiguration extends js.Object {\n    var primaryDevice: js.UndefOr[DeviceUnderTest]\n    var secondaryDevice: js.UndefOr[DeviceUnderTest]\n    var selectedTestList: js.UndefOr[SelectedTestList]\n  }\n\n  object SuiteRunConfiguration {\n    @inline\n    def apply(\n        primaryDevice: js.UndefOr[DeviceUnderTest] = js.undefined,\n        secondaryDevice: js.UndefOr[DeviceUnderTest] = js.undefined,\n        selectedTestList: js.UndefOr[SelectedTestList] = js.undefined\n    ): SuiteRunConfiguration = {\n      val __obj = js.Dynamic.literal()\n      primaryDevice.foreach(__v => __obj.updateDynamic(\"primaryDevice\")(__v.asInstanceOf[js.Any]))\n      secondaryDevice.foreach(__v => __obj.updateDynamic(\"secondaryDevice\")(__v.asInstanceOf[js.Any]))\n      selectedTestList.foreach(__v => __obj.updateDynamic(\"selectedTestList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuiteRunConfiguration]\n    }\n  }\n\n  \/** Get suite run information.\n    *\/\n  @js.native\n  trait SuiteRunInformation extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var endAt: js.UndefOr[Timestamp]\n    var failed: js.UndefOr[SuiteRunResultCount]\n    var passed: js.UndefOr[SuiteRunResultCount]\n    var startedAt: js.UndefOr[Timestamp]\n    var status: js.UndefOr[SuiteRunStatus]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionName: js.UndefOr[SuiteDefinitionName]\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n    var suiteRunId: js.UndefOr[UUID]\n  }\n\n  object SuiteRunInformation {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        endAt: js.UndefOr[Timestamp] = js.undefined,\n        failed: js.UndefOr[SuiteRunResultCount] = js.undefined,\n        passed: js.UndefOr[SuiteRunResultCount] = js.undefined,\n        startedAt: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[SuiteRunStatus] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionName: js.UndefOr[SuiteDefinitionName] = js.undefined,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined,\n        suiteRunId: js.UndefOr[UUID] = js.undefined\n    ): SuiteRunInformation = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      endAt.foreach(__v => __obj.updateDynamic(\"endAt\")(__v.asInstanceOf[js.Any]))\n      failed.foreach(__v => __obj.updateDynamic(\"failed\")(__v.asInstanceOf[js.Any]))\n      passed.foreach(__v => __obj.updateDynamic(\"passed\")(__v.asInstanceOf[js.Any]))\n      startedAt.foreach(__v => __obj.updateDynamic(\"startedAt\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionName.foreach(__v => __obj.updateDynamic(\"suiteDefinitionName\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      suiteRunId.foreach(__v => __obj.updateDynamic(\"suiteRunId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuiteRunInformation]\n    }\n  }\n\n  @js.native\n  sealed trait SuiteRunStatus extends js.Any\n  object SuiteRunStatus {\n    val PASS = \"PASS\".asInstanceOf[SuiteRunStatus]\n    val FAIL = \"FAIL\".asInstanceOf[SuiteRunStatus]\n    val CANCELED = \"CANCELED\".asInstanceOf[SuiteRunStatus]\n    val PENDING = \"PENDING\".asInstanceOf[SuiteRunStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[SuiteRunStatus]\n    val PASS_WITH_WARNINGS = \"PASS_WITH_WARNINGS\".asInstanceOf[SuiteRunStatus]\n    val ERROR = \"ERROR\".asInstanceOf[SuiteRunStatus]\n\n    @inline def values = js.Array(PASS, FAIL, CANCELED, PENDING, RUNNING, PASS_WITH_WARNINGS, ERROR)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Shows tests in a test group.\n    *\/\n  @js.native\n  trait TestCase extends js.Object {\n    var configuration: js.UndefOr[TestConfiguration]\n    var name: js.UndefOr[TestCaseName]\n    var test: js.UndefOr[TestCaseDefinition]\n  }\n\n  object TestCase {\n    @inline\n    def apply(\n        configuration: js.UndefOr[TestConfiguration] = js.undefined,\n        name: js.UndefOr[TestCaseName] = js.undefined,\n        test: js.UndefOr[TestCaseDefinition] = js.undefined\n    ): TestCase = {\n      val __obj = js.Dynamic.literal()\n      configuration.foreach(__v => __obj.updateDynamic(\"configuration\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      test.foreach(__v => __obj.updateDynamic(\"test\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCase]\n    }\n  }\n\n  \/** Gets the test case category.\n    *\/\n  @js.native\n  trait TestCaseCategory extends js.Object {\n    var name: js.UndefOr[CategoryName]\n    var tests: js.UndefOr[TestCaseList]\n  }\n\n  object TestCaseCategory {\n    @inline\n    def apply(\n        name: js.UndefOr[CategoryName] = js.undefined,\n        tests: js.UndefOr[TestCaseList] = js.undefined\n    ): TestCaseCategory = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tests.foreach(__v => __obj.updateDynamic(\"tests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCaseCategory]\n    }\n  }\n\n  \/** Provides test case definition.\n    *\/\n  @js.native\n  trait TestCaseDefinition extends js.Object {\n    var id: js.UndefOr[TestCaseName]\n    var testCaseVersion: js.UndefOr[TestCaseVersion]\n  }\n\n  object TestCaseDefinition {\n    @inline\n    def apply(\n        id: js.UndefOr[TestCaseName] = js.undefined,\n        testCaseVersion: js.UndefOr[TestCaseVersion] = js.undefined\n    ): TestCaseDefinition = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      testCaseVersion.foreach(__v => __obj.updateDynamic(\"testCaseVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCaseDefinition]\n    }\n  }\n\n  \/** Provides test case run.\n    *\/\n  @js.native\n  trait TestCaseRun extends js.Object {\n    var endTime: js.UndefOr[Timestamp]\n    var failure: js.UndefOr[Failure]\n    var logUrl: js.UndefOr[LogUrl]\n    var startTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[Status]\n    var testCaseDefinitionId: js.UndefOr[UUID]\n    var testCaseDefinitionName: js.UndefOr[TestCaseDefinitionName]\n    var testCaseRunId: js.UndefOr[UUID]\n    var warnings: js.UndefOr[Warnings]\n  }\n\n  object TestCaseRun {\n    @inline\n    def apply(\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        failure: js.UndefOr[Failure] = js.undefined,\n        logUrl: js.UndefOr[LogUrl] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        testCaseDefinitionId: js.UndefOr[UUID] = js.undefined,\n        testCaseDefinitionName: js.UndefOr[TestCaseDefinitionName] = js.undefined,\n        testCaseRunId: js.UndefOr[UUID] = js.undefined,\n        warnings: js.UndefOr[Warnings] = js.undefined\n    ): TestCaseRun = {\n      val __obj = js.Dynamic.literal()\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      failure.foreach(__v => __obj.updateDynamic(\"failure\")(__v.asInstanceOf[js.Any]))\n      logUrl.foreach(__v => __obj.updateDynamic(\"logUrl\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      testCaseDefinitionId.foreach(__v => __obj.updateDynamic(\"testCaseDefinitionId\")(__v.asInstanceOf[js.Any]))\n      testCaseDefinitionName.foreach(__v => __obj.updateDynamic(\"testCaseDefinitionName\")(__v.asInstanceOf[js.Any]))\n      testCaseRunId.foreach(__v => __obj.updateDynamic(\"testCaseRunId\")(__v.asInstanceOf[js.Any]))\n      warnings.foreach(__v => __obj.updateDynamic(\"warnings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCaseRun]\n    }\n  }\n\n  \/** Show each group result.\n    *\/\n  @js.native\n  trait TestResult extends js.Object {\n    var groups: js.UndefOr[GroupResultList]\n  }\n\n  object TestResult {\n    @inline\n    def apply(\n        groups: js.UndefOr[GroupResultList] = js.undefined\n    ): TestResult = {\n      val __obj = js.Dynamic.literal()\n      groups.foreach(__v => __obj.updateDynamic(\"groups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestResult]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSuiteDefinitionRequest extends js.Object {\n    var suiteDefinitionId: UUID\n    var suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration]\n  }\n\n  object UpdateSuiteDefinitionRequest {\n    @inline\n    def apply(\n        suiteDefinitionId: UUID,\n        suiteDefinitionConfiguration: js.UndefOr[SuiteDefinitionConfiguration] = js.undefined\n    ): UpdateSuiteDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"suiteDefinitionId\" -> suiteDefinitionId.asInstanceOf[js.Any]\n      )\n\n      suiteDefinitionConfiguration.foreach(__v => __obj.updateDynamic(\"suiteDefinitionConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSuiteDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSuiteDefinitionResponse extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var lastUpdatedAt: js.UndefOr[Timestamp]\n    var suiteDefinitionArn: js.UndefOr[AmazonResourceName]\n    var suiteDefinitionId: js.UndefOr[UUID]\n    var suiteDefinitionName: js.UndefOr[SuiteDefinitionName]\n    var suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion]\n  }\n\n  object UpdateSuiteDefinitionResponse {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Timestamp] = js.undefined,\n        suiteDefinitionArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        suiteDefinitionId: js.UndefOr[UUID] = js.undefined,\n        suiteDefinitionName: js.UndefOr[SuiteDefinitionName] = js.undefined,\n        suiteDefinitionVersion: js.UndefOr[SuiteDefinitionVersion] = js.undefined\n    ): UpdateSuiteDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionArn.foreach(__v => __obj.updateDynamic(\"suiteDefinitionArn\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionId.foreach(__v => __obj.updateDynamic(\"suiteDefinitionId\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionName.foreach(__v => __obj.updateDynamic(\"suiteDefinitionName\")(__v.asInstanceOf[js.Any]))\n      suiteDefinitionVersion.foreach(__v => __obj.updateDynamic(\"suiteDefinitionVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSuiteDefinitionResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/schemas\/src\/main\/scala\/facade\/amazonaws\/services\/Schemas.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object schemas {\n  type Body = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type GetDiscoveredSchemaVersionItemInput = String\n  type Tags = js.Dictionary[__string]\n  type __integer = Int\n  type __listOfDiscovererSummary = js.Array[DiscovererSummary]\n  type __listOfGetDiscoveredSchemaVersionItemInput = js.Array[GetDiscoveredSchemaVersionItemInput]\n  type __listOfRegistrySummary = js.Array[RegistrySummary]\n  type __listOfSchemaSummary = js.Array[SchemaSummary]\n  type __listOfSchemaVersionSummary = js.Array[SchemaVersionSummary]\n  type __listOfSearchSchemaSummary = js.Array[SearchSchemaSummary]\n  type __listOfSearchSchemaVersionSummary = js.Array[SearchSchemaVersionSummary]\n  type __listOf__string = js.Array[__string]\n  type __long = Double\n  type __string = String\n  type __stringMin0Max256 = String\n  type __stringMin0Max36 = String\n  type __stringMin1Max100000 = String\n  type __stringMin20Max1600 = String\n  type __timestampIso8601 = js.Date\n\n  implicit final class SchemasOps(private val service: Schemas) extends AnyVal {\n\n    @inline def createDiscovererFuture(params: CreateDiscovererRequest): Future[CreateDiscovererResponse] = service.createDiscoverer(params).promise().toFuture\n    @inline def createRegistryFuture(params: CreateRegistryRequest): Future[CreateRegistryResponse] = service.createRegistry(params).promise().toFuture\n    @inline def createSchemaFuture(params: CreateSchemaRequest): Future[CreateSchemaResponse] = service.createSchema(params).promise().toFuture\n    @inline def deleteDiscovererFuture(params: DeleteDiscovererRequest): Future[js.Object] = service.deleteDiscoverer(params).promise().toFuture\n    @inline def deleteRegistryFuture(params: DeleteRegistryRequest): Future[js.Object] = service.deleteRegistry(params).promise().toFuture\n    @inline def deleteResourcePolicyFuture(params: DeleteResourcePolicyRequest): Future[js.Object] = service.deleteResourcePolicy(params).promise().toFuture\n    @inline def deleteSchemaFuture(params: DeleteSchemaRequest): Future[js.Object] = service.deleteSchema(params).promise().toFuture\n    @inline def deleteSchemaVersionFuture(params: DeleteSchemaVersionRequest): Future[js.Object] = service.deleteSchemaVersion(params).promise().toFuture\n    @inline def describeCodeBindingFuture(params: DescribeCodeBindingRequest): Future[DescribeCodeBindingResponse] = service.describeCodeBinding(params).promise().toFuture\n    @inline def describeDiscovererFuture(params: DescribeDiscovererRequest): Future[DescribeDiscovererResponse] = service.describeDiscoverer(params).promise().toFuture\n    @inline def describeRegistryFuture(params: DescribeRegistryRequest): Future[DescribeRegistryResponse] = service.describeRegistry(params).promise().toFuture\n    @inline def describeSchemaFuture(params: DescribeSchemaRequest): Future[DescribeSchemaResponse] = service.describeSchema(params).promise().toFuture\n    @inline def exportSchemaFuture(params: ExportSchemaRequest): Future[ExportSchemaResponse] = service.exportSchema(params).promise().toFuture\n    @inline def getCodeBindingSourceFuture(params: GetCodeBindingSourceRequest): Future[GetCodeBindingSourceResponse] = service.getCodeBindingSource(params).promise().toFuture\n    @inline def getDiscoveredSchemaFuture(params: GetDiscoveredSchemaRequest): Future[GetDiscoveredSchemaResponse] = service.getDiscoveredSchema(params).promise().toFuture\n    @inline def getResourcePolicyFuture(params: GetResourcePolicyRequest): Future[GetResourcePolicyResponse] = service.getResourcePolicy(params).promise().toFuture\n    @inline def listDiscoverersFuture(params: ListDiscoverersRequest): Future[ListDiscoverersResponse] = service.listDiscoverers(params).promise().toFuture\n    @inline def listRegistriesFuture(params: ListRegistriesRequest): Future[ListRegistriesResponse] = service.listRegistries(params).promise().toFuture\n    @inline def listSchemaVersionsFuture(params: ListSchemaVersionsRequest): Future[ListSchemaVersionsResponse] = service.listSchemaVersions(params).promise().toFuture\n    @inline def listSchemasFuture(params: ListSchemasRequest): Future[ListSchemasResponse] = service.listSchemas(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putCodeBindingFuture(params: PutCodeBindingRequest): Future[PutCodeBindingResponse] = service.putCodeBinding(params).promise().toFuture\n    @inline def putResourcePolicyFuture(params: PutResourcePolicyRequest): Future[PutResourcePolicyResponse] = service.putResourcePolicy(params).promise().toFuture\n    @inline def searchSchemasFuture(params: SearchSchemasRequest): Future[SearchSchemasResponse] = service.searchSchemas(params).promise().toFuture\n    @inline def startDiscovererFuture(params: StartDiscovererRequest): Future[StartDiscovererResponse] = service.startDiscoverer(params).promise().toFuture\n    @inline def stopDiscovererFuture(params: StopDiscovererRequest): Future[StopDiscovererResponse] = service.stopDiscoverer(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateDiscovererFuture(params: UpdateDiscovererRequest): Future[UpdateDiscovererResponse] = service.updateDiscoverer(params).promise().toFuture\n    @inline def updateRegistryFuture(params: UpdateRegistryRequest): Future[UpdateRegistryResponse] = service.updateRegistry(params).promise().toFuture\n    @inline def updateSchemaFuture(params: UpdateSchemaRequest): Future[UpdateSchemaResponse] = service.updateSchema(params).promise().toFuture\n\n  }\n}\n\npackage schemas {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/schemas\", JSImport.Namespace, \"AWS.Schemas\")\n  class Schemas() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createDiscoverer(params: CreateDiscovererRequest): Request[CreateDiscovererResponse] = js.native\n    def createRegistry(params: CreateRegistryRequest): Request[CreateRegistryResponse] = js.native\n    def createSchema(params: CreateSchemaRequest): Request[CreateSchemaResponse] = js.native\n    def deleteDiscoverer(params: DeleteDiscovererRequest): Request[js.Object] = js.native\n    def deleteRegistry(params: DeleteRegistryRequest): Request[js.Object] = js.native\n    def deleteResourcePolicy(params: DeleteResourcePolicyRequest): Request[js.Object] = js.native\n    def deleteSchema(params: DeleteSchemaRequest): Request[js.Object] = js.native\n    def deleteSchemaVersion(params: DeleteSchemaVersionRequest): Request[js.Object] = js.native\n    def describeCodeBinding(params: DescribeCodeBindingRequest): Request[DescribeCodeBindingResponse] = js.native\n    def describeDiscoverer(params: DescribeDiscovererRequest): Request[DescribeDiscovererResponse] = js.native\n    def describeRegistry(params: DescribeRegistryRequest): Request[DescribeRegistryResponse] = js.native\n    def describeSchema(params: DescribeSchemaRequest): Request[DescribeSchemaResponse] = js.native\n    def exportSchema(params: ExportSchemaRequest): Request[ExportSchemaResponse] = js.native\n    def getCodeBindingSource(params: GetCodeBindingSourceRequest): Request[GetCodeBindingSourceResponse] = js.native\n    def getDiscoveredSchema(params: GetDiscoveredSchemaRequest): Request[GetDiscoveredSchemaResponse] = js.native\n    def getResourcePolicy(params: GetResourcePolicyRequest): Request[GetResourcePolicyResponse] = js.native\n    def listDiscoverers(params: ListDiscoverersRequest): Request[ListDiscoverersResponse] = js.native\n    def listRegistries(params: ListRegistriesRequest): Request[ListRegistriesResponse] = js.native\n    def listSchemaVersions(params: ListSchemaVersionsRequest): Request[ListSchemaVersionsResponse] = js.native\n    def listSchemas(params: ListSchemasRequest): Request[ListSchemasResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putCodeBinding(params: PutCodeBindingRequest): Request[PutCodeBindingResponse] = js.native\n    def putResourcePolicy(params: PutResourcePolicyRequest): Request[PutResourcePolicyResponse] = js.native\n    def searchSchemas(params: SearchSchemasRequest): Request[SearchSchemasResponse] = js.native\n    def startDiscoverer(params: StartDiscovererRequest): Request[StartDiscovererResponse] = js.native\n    def stopDiscoverer(params: StopDiscovererRequest): Request[StopDiscovererResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateDiscoverer(params: UpdateDiscovererRequest): Request[UpdateDiscovererResponse] = js.native\n    def updateRegistry(params: UpdateRegistryRequest): Request[UpdateRegistryResponse] = js.native\n    def updateSchema(params: UpdateSchemaRequest): Request[UpdateSchemaResponse] = js.native\n  }\n\n  @js.native\n  sealed trait CodeGenerationStatus extends js.Any\n  object CodeGenerationStatus {\n    val CREATE_IN_PROGRESS = \"CREATE_IN_PROGRESS\".asInstanceOf[CodeGenerationStatus]\n    val CREATE_COMPLETE = \"CREATE_COMPLETE\".asInstanceOf[CodeGenerationStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[CodeGenerationStatus]\n\n    @inline def values = js.Array(CREATE_IN_PROGRESS, CREATE_COMPLETE, CREATE_FAILED)\n  }\n\n  \/** *\/\n  @js.native\n  trait CreateDiscovererRequest extends js.Object {\n    var SourceArn: __stringMin20Max1600\n    var Description: js.UndefOr[__stringMin0Max256]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateDiscovererRequest {\n    @inline\n    def apply(\n        SourceArn: __stringMin20Max1600,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDiscovererResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var DiscovererArn: js.UndefOr[__string]\n    var DiscovererId: js.UndefOr[__string]\n    var SourceArn: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateDiscovererResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        DiscovererArn: js.UndefOr[__string] = js.undefined,\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        SourceArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDiscovererResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DiscovererArn.foreach(__v => __obj.updateDynamic(\"DiscovererArn\")(__v.asInstanceOf[js.Any]))\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDiscovererResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRegistryRequest extends js.Object {\n    var RegistryName: __string\n    var Description: js.UndefOr[__stringMin0Max256]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateRegistryRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateRegistryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRegistryRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRegistryResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var RegistryArn: js.UndefOr[__string]\n    var RegistryName: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateRegistryResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        RegistryArn: js.UndefOr[__string] = js.undefined,\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateRegistryResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RegistryArn.foreach(__v => __obj.updateDynamic(\"RegistryArn\")(__v.asInstanceOf[js.Any]))\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRegistryResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaRequest extends js.Object {\n    var Content: __stringMin1Max100000\n    var RegistryName: __string\n    var SchemaName: __string\n    var Type: Type\n    var Description: js.UndefOr[__stringMin0Max256]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateSchemaRequest {\n    @inline\n    def apply(\n        Content: __stringMin1Max100000,\n        RegistryName: __string,\n        SchemaName: __string,\n        Type: Type,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersion: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[__string]\n    var VersionCreatedDate: js.UndefOr[__timestampIso8601]\n  }\n\n  object CreateSchemaResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[__string] = js.undefined,\n        VersionCreatedDate: js.UndefOr[__timestampIso8601] = js.undefined\n    ): CreateSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VersionCreatedDate.foreach(__v => __obj.updateDynamic(\"VersionCreatedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDiscovererRequest extends js.Object {\n    var DiscovererId: __string\n  }\n\n  object DeleteDiscovererRequest {\n    @inline\n    def apply(\n        DiscovererId: __string\n    ): DeleteDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscovererId\" -> DiscovererId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRegistryRequest extends js.Object {\n    var RegistryName: __string\n  }\n\n  object DeleteRegistryRequest {\n    @inline\n    def apply(\n        RegistryName: __string\n    ): DeleteRegistryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRegistryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcePolicyRequest extends js.Object {\n    var RegistryName: js.UndefOr[__string]\n  }\n\n  object DeleteResourcePolicyRequest {\n    @inline\n    def apply(\n        RegistryName: js.UndefOr[__string] = js.undefined\n    ): DeleteResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal()\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSchemaRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n  }\n\n  object DeleteSchemaRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string\n    ): DeleteSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSchemaVersionRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n    var SchemaVersion: __string\n  }\n\n  object DeleteSchemaVersionRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string,\n        SchemaVersion: __string\n    ): DeleteSchemaVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any],\n        \"SchemaVersion\" -> SchemaVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSchemaVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeBindingRequest extends js.Object {\n    var Language: __string\n    var RegistryName: __string\n    var SchemaName: __string\n    var SchemaVersion: js.UndefOr[__string]\n  }\n\n  object DescribeCodeBindingRequest {\n    @inline\n    def apply(\n        Language: __string,\n        RegistryName: __string,\n        SchemaName: __string,\n        SchemaVersion: js.UndefOr[__string] = js.undefined\n    ): DescribeCodeBindingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Language\" -> Language.asInstanceOf[js.Any],\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeBindingRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeBindingResponse extends js.Object {\n    var CreationDate: js.UndefOr[__timestampIso8601]\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaVersion: js.UndefOr[__string]\n    var Status: js.UndefOr[CodeGenerationStatus]\n  }\n\n  object DescribeCodeBindingResponse {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[__timestampIso8601] = js.undefined,\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[CodeGenerationStatus] = js.undefined\n    ): DescribeCodeBindingResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeBindingResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDiscovererRequest extends js.Object {\n    var DiscovererId: __string\n  }\n\n  object DescribeDiscovererRequest {\n    @inline\n    def apply(\n        DiscovererId: __string\n    ): DescribeDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscovererId\" -> DiscovererId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDiscovererResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var DiscovererArn: js.UndefOr[__string]\n    var DiscovererId: js.UndefOr[__string]\n    var SourceArn: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DescribeDiscovererResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        DiscovererArn: js.UndefOr[__string] = js.undefined,\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        SourceArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DescribeDiscovererResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DiscovererArn.foreach(__v => __obj.updateDynamic(\"DiscovererArn\")(__v.asInstanceOf[js.Any]))\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDiscovererResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRegistryRequest extends js.Object {\n    var RegistryName: __string\n  }\n\n  object DescribeRegistryRequest {\n    @inline\n    def apply(\n        RegistryName: __string\n    ): DescribeRegistryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeRegistryRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRegistryResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var RegistryArn: js.UndefOr[__string]\n    var RegistryName: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DescribeRegistryResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        RegistryArn: js.UndefOr[__string] = js.undefined,\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DescribeRegistryResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RegistryArn.foreach(__v => __obj.updateDynamic(\"RegistryArn\")(__v.asInstanceOf[js.Any]))\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRegistryResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSchemaRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n    var SchemaVersion: js.UndefOr[__string]\n  }\n\n  object DescribeSchemaRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string,\n        SchemaVersion: js.UndefOr[__string] = js.undefined\n    ): DescribeSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSchemaResponse extends js.Object {\n    var Content: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersion: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[__string]\n    var VersionCreatedDate: js.UndefOr[__timestampIso8601]\n  }\n\n  object DescribeSchemaResponse {\n    @inline\n    def apply(\n        Content: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[__string] = js.undefined,\n        VersionCreatedDate: js.UndefOr[__timestampIso8601] = js.undefined\n    ): DescribeSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VersionCreatedDate.foreach(__v => __obj.updateDynamic(\"VersionCreatedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSchemaResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DiscovererState extends js.Any\n  object DiscovererState {\n    val STARTED = \"STARTED\".asInstanceOf[DiscovererState]\n    val STOPPED = \"STOPPED\".asInstanceOf[DiscovererState]\n\n    @inline def values = js.Array(STARTED, STOPPED)\n  }\n\n  @js.native\n  trait DiscovererSummary extends js.Object {\n    var DiscovererArn: js.UndefOr[__string]\n    var DiscovererId: js.UndefOr[__string]\n    var SourceArn: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DiscovererSummary {\n    @inline\n    def apply(\n        DiscovererArn: js.UndefOr[__string] = js.undefined,\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        SourceArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DiscovererSummary = {\n      val __obj = js.Dynamic.literal()\n      DiscovererArn.foreach(__v => __obj.updateDynamic(\"DiscovererArn\")(__v.asInstanceOf[js.Any]))\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiscovererSummary]\n    }\n  }\n\n  @js.native\n  trait ExportSchemaRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n    var Type: __string\n    var SchemaVersion: js.UndefOr[__string]\n  }\n\n  object ExportSchemaRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string,\n        Type: __string,\n        SchemaVersion: js.UndefOr[__string] = js.undefined\n    ): ExportSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait ExportSchemaResponse extends js.Object {\n    var Content: js.UndefOr[__string]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersion: js.UndefOr[__string]\n    var Type: js.UndefOr[__string]\n  }\n\n  object ExportSchemaResponse {\n    @inline\n    def apply(\n        Content: js.UndefOr[__string] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[__string] = js.undefined\n    ): ExportSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait GetCodeBindingSourceRequest extends js.Object {\n    var Language: __string\n    var RegistryName: __string\n    var SchemaName: __string\n    var SchemaVersion: js.UndefOr[__string]\n  }\n\n  object GetCodeBindingSourceRequest {\n    @inline\n    def apply(\n        Language: __string,\n        RegistryName: __string,\n        SchemaName: __string,\n        SchemaVersion: js.UndefOr[__string] = js.undefined\n    ): GetCodeBindingSourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Language\" -> Language.asInstanceOf[js.Any],\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCodeBindingSourceRequest]\n    }\n  }\n\n  @js.native\n  trait GetCodeBindingSourceResponse extends js.Object {\n    var Body: js.UndefOr[Body]\n  }\n\n  object GetCodeBindingSourceResponse {\n    @inline\n    def apply(\n        Body: js.UndefOr[Body] = js.undefined\n    ): GetCodeBindingSourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCodeBindingSourceResponse]\n    }\n  }\n\n  @js.native\n  trait GetDiscoveredSchemaRequest extends js.Object {\n    var Events: __listOfGetDiscoveredSchemaVersionItemInput\n    var Type: Type\n  }\n\n  object GetDiscoveredSchemaRequest {\n    @inline\n    def apply(\n        Events: __listOfGetDiscoveredSchemaVersionItemInput,\n        Type: Type\n    ): GetDiscoveredSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Events\" -> Events.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDiscoveredSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait GetDiscoveredSchemaResponse extends js.Object {\n    var Content: js.UndefOr[__string]\n  }\n\n  object GetDiscoveredSchemaResponse {\n    @inline\n    def apply(\n        Content: js.UndefOr[__string] = js.undefined\n    ): GetDiscoveredSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDiscoveredSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyRequest extends js.Object {\n    var RegistryName: js.UndefOr[__string]\n  }\n\n  object GetResourcePolicyRequest {\n    @inline\n    def apply(\n        RegistryName: js.UndefOr[__string] = js.undefined\n    ): GetResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal()\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[__string]\n    var RevisionId: js.UndefOr[__string]\n  }\n\n  object GetResourcePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[__string] = js.undefined,\n        RevisionId: js.UndefOr[__string] = js.undefined\n    ): GetResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait ListDiscoverersRequest extends js.Object {\n    var DiscovererIdPrefix: js.UndefOr[__string]\n    var Limit: js.UndefOr[__integer]\n    var NextToken: js.UndefOr[__string]\n    var SourceArnPrefix: js.UndefOr[__string]\n  }\n\n  object ListDiscoverersRequest {\n    @inline\n    def apply(\n        DiscovererIdPrefix: js.UndefOr[__string] = js.undefined,\n        Limit: js.UndefOr[__integer] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        SourceArnPrefix: js.UndefOr[__string] = js.undefined\n    ): ListDiscoverersRequest = {\n      val __obj = js.Dynamic.literal()\n      DiscovererIdPrefix.foreach(__v => __obj.updateDynamic(\"DiscovererIdPrefix\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SourceArnPrefix.foreach(__v => __obj.updateDynamic(\"SourceArnPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDiscoverersRequest]\n    }\n  }\n\n  @js.native\n  trait ListDiscoverersResponse extends js.Object {\n    var Discoverers: js.UndefOr[__listOfDiscovererSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListDiscoverersResponse {\n    @inline\n    def apply(\n        Discoverers: js.UndefOr[__listOfDiscovererSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListDiscoverersResponse = {\n      val __obj = js.Dynamic.literal()\n      Discoverers.foreach(__v => __obj.updateDynamic(\"Discoverers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDiscoverersResponse]\n    }\n  }\n\n  @js.native\n  trait ListRegistriesRequest extends js.Object {\n    var Limit: js.UndefOr[__integer]\n    var NextToken: js.UndefOr[__string]\n    var RegistryNamePrefix: js.UndefOr[__string]\n    var Scope: js.UndefOr[__string]\n  }\n\n  object ListRegistriesRequest {\n    @inline\n    def apply(\n        Limit: js.UndefOr[__integer] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        RegistryNamePrefix: js.UndefOr[__string] = js.undefined,\n        Scope: js.UndefOr[__string] = js.undefined\n    ): ListRegistriesRequest = {\n      val __obj = js.Dynamic.literal()\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RegistryNamePrefix.foreach(__v => __obj.updateDynamic(\"RegistryNamePrefix\")(__v.asInstanceOf[js.Any]))\n      Scope.foreach(__v => __obj.updateDynamic(\"Scope\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRegistriesRequest]\n    }\n  }\n\n  @js.native\n  trait ListRegistriesResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Registries: js.UndefOr[__listOfRegistrySummary]\n  }\n\n  object ListRegistriesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Registries: js.UndefOr[__listOfRegistrySummary] = js.undefined\n    ): ListRegistriesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Registries.foreach(__v => __obj.updateDynamic(\"Registries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRegistriesResponse]\n    }\n  }\n\n  @js.native\n  trait ListSchemaVersionsRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n    var Limit: js.UndefOr[__integer]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListSchemaVersionsRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string,\n        Limit: js.UndefOr[__integer] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListSchemaVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemaVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSchemaVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var SchemaVersions: js.UndefOr[__listOfSchemaVersionSummary]\n  }\n\n  object ListSchemaVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        SchemaVersions: js.UndefOr[__listOfSchemaVersionSummary] = js.undefined\n    ): ListSchemaVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaVersions.foreach(__v => __obj.updateDynamic(\"SchemaVersions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemaVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSchemasRequest extends js.Object {\n    var RegistryName: __string\n    var Limit: js.UndefOr[__integer]\n    var NextToken: js.UndefOr[__string]\n    var SchemaNamePrefix: js.UndefOr[__string]\n  }\n\n  object ListSchemasRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        Limit: js.UndefOr[__integer] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        SchemaNamePrefix: js.UndefOr[__string] = js.undefined\n    ): ListSchemasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaNamePrefix.foreach(__v => __obj.updateDynamic(\"SchemaNamePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasRequest]\n    }\n  }\n\n  @js.native\n  trait ListSchemasResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Schemas: js.UndefOr[__listOfSchemaSummary]\n  }\n\n  object ListSchemasResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Schemas: js.UndefOr[__listOfSchemaSummary] = js.undefined\n    ): ListSchemasResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Schemas.foreach(__v => __obj.updateDynamic(\"Schemas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: __string\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait PutCodeBindingRequest extends js.Object {\n    var Language: __string\n    var RegistryName: __string\n    var SchemaName: __string\n    var SchemaVersion: js.UndefOr[__string]\n  }\n\n  object PutCodeBindingRequest {\n    @inline\n    def apply(\n        Language: __string,\n        RegistryName: __string,\n        SchemaName: __string,\n        SchemaVersion: js.UndefOr[__string] = js.undefined\n    ): PutCodeBindingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Language\" -> Language.asInstanceOf[js.Any],\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutCodeBindingRequest]\n    }\n  }\n\n  @js.native\n  trait PutCodeBindingResponse extends js.Object {\n    var CreationDate: js.UndefOr[__timestampIso8601]\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaVersion: js.UndefOr[__string]\n    var Status: js.UndefOr[CodeGenerationStatus]\n  }\n\n  object PutCodeBindingResponse {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[__timestampIso8601] = js.undefined,\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[CodeGenerationStatus] = js.undefined\n    ): PutCodeBindingResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutCodeBindingResponse]\n    }\n  }\n\n  \/** The name of the policy.\n    *\/\n  @js.native\n  trait PutResourcePolicyRequest extends js.Object {\n    var Policy: __string\n    var RegistryName: js.UndefOr[__string]\n    var RevisionId: js.UndefOr[__string]\n  }\n\n  object PutResourcePolicyRequest {\n    @inline\n    def apply(\n        Policy: __string,\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        RevisionId: js.UndefOr[__string] = js.undefined\n    ): PutResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutResourcePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[__string]\n    var RevisionId: js.UndefOr[__string]\n  }\n\n  object PutResourcePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[__string] = js.undefined,\n        RevisionId: js.UndefOr[__string] = js.undefined\n    ): PutResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      RevisionId.foreach(__v => __obj.updateDynamic(\"RevisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourcePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait RegistrySummary extends js.Object {\n    var RegistryArn: js.UndefOr[__string]\n    var RegistryName: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object RegistrySummary {\n    @inline\n    def apply(\n        RegistryArn: js.UndefOr[__string] = js.undefined,\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): RegistrySummary = {\n      val __obj = js.Dynamic.literal()\n      RegistryArn.foreach(__v => __obj.updateDynamic(\"RegistryArn\")(__v.asInstanceOf[js.Any]))\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegistrySummary]\n    }\n  }\n\n  \/** A summary of schema details.\n    *\/\n  @js.native\n  trait SchemaSummary extends js.Object {\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n    var VersionCount: js.UndefOr[__long]\n  }\n\n  object SchemaSummary {\n    @inline\n    def apply(\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        VersionCount: js.UndefOr[__long] = js.undefined\n    ): SchemaSummary = {\n      val __obj = js.Dynamic.literal()\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VersionCount.foreach(__v => __obj.updateDynamic(\"VersionCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SchemaSummary]\n    }\n  }\n\n  @js.native\n  trait SchemaVersionSummary extends js.Object {\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersion: js.UndefOr[__string]\n    var Type: js.UndefOr[Type]\n  }\n\n  object SchemaVersionSummary {\n    @inline\n    def apply(\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): SchemaVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SchemaVersionSummary]\n    }\n  }\n\n  @js.native\n  trait SearchSchemaSummary extends js.Object {\n    var RegistryName: js.UndefOr[__string]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersions: js.UndefOr[__listOfSearchSchemaVersionSummary]\n  }\n\n  object SearchSchemaSummary {\n    @inline\n    def apply(\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersions: js.UndefOr[__listOfSearchSchemaVersionSummary] = js.undefined\n    ): SearchSchemaSummary = {\n      val __obj = js.Dynamic.literal()\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersions.foreach(__v => __obj.updateDynamic(\"SchemaVersions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchSchemaSummary]\n    }\n  }\n\n  @js.native\n  trait SearchSchemaVersionSummary extends js.Object {\n    var CreatedDate: js.UndefOr[__timestampIso8601]\n    var SchemaVersion: js.UndefOr[__string]\n    var Type: js.UndefOr[Type]\n  }\n\n  object SearchSchemaVersionSummary {\n    @inline\n    def apply(\n        CreatedDate: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): SearchSchemaVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchSchemaVersionSummary]\n    }\n  }\n\n  @js.native\n  trait SearchSchemasRequest extends js.Object {\n    var Keywords: __string\n    var RegistryName: __string\n    var Limit: js.UndefOr[__integer]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object SearchSchemasRequest {\n    @inline\n    def apply(\n        Keywords: __string,\n        RegistryName: __string,\n        Limit: js.UndefOr[__integer] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): SearchSchemasRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Keywords\" -> Keywords.asInstanceOf[js.Any],\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchSchemasRequest]\n    }\n  }\n\n  @js.native\n  trait SearchSchemasResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Schemas: js.UndefOr[__listOfSearchSchemaSummary]\n  }\n\n  object SearchSchemasResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Schemas: js.UndefOr[__listOfSearchSchemaSummary] = js.undefined\n    ): SearchSchemasResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Schemas.foreach(__v => __obj.updateDynamic(\"Schemas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchSchemasResponse]\n    }\n  }\n\n  @js.native\n  trait StartDiscovererRequest extends js.Object {\n    var DiscovererId: __string\n  }\n\n  object StartDiscovererRequest {\n    @inline\n    def apply(\n        DiscovererId: __string\n    ): StartDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscovererId\" -> DiscovererId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait StartDiscovererResponse extends js.Object {\n    var DiscovererId: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n  }\n\n  object StartDiscovererResponse {\n    @inline\n    def apply(\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined\n    ): StartDiscovererResponse = {\n      val __obj = js.Dynamic.literal()\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDiscovererResponse]\n    }\n  }\n\n  @js.native\n  trait StopDiscovererRequest extends js.Object {\n    var DiscovererId: __string\n  }\n\n  object StopDiscovererRequest {\n    @inline\n    def apply(\n        DiscovererId: __string\n    ): StopDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscovererId\" -> DiscovererId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait StopDiscovererResponse extends js.Object {\n    var DiscovererId: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n  }\n\n  object StopDiscovererResponse {\n    @inline\n    def apply(\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined\n    ): StopDiscovererResponse = {\n      val __obj = js.Dynamic.literal()\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDiscovererResponse]\n    }\n  }\n\n  \/** *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: __string\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val OpenApi3 = \"OpenApi3\".asInstanceOf[Type]\n    val JSONSchemaDraft4 = \"JSONSchemaDraft4\".asInstanceOf[Type]\n\n    @inline def values = js.Array(OpenApi3, JSONSchemaDraft4)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: __string\n    var TagKeys: __listOf__string\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        TagKeys: __listOf__string\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDiscovererRequest extends js.Object {\n    var DiscovererId: __string\n    var Description: js.UndefOr[__stringMin0Max256]\n  }\n\n  object UpdateDiscovererRequest {\n    @inline\n    def apply(\n        DiscovererId: __string,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined\n    ): UpdateDiscovererRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscovererId\" -> DiscovererId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDiscovererRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDiscovererResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var DiscovererArn: js.UndefOr[__string]\n    var DiscovererId: js.UndefOr[__string]\n    var SourceArn: js.UndefOr[__string]\n    var State: js.UndefOr[DiscovererState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object UpdateDiscovererResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        DiscovererArn: js.UndefOr[__string] = js.undefined,\n        DiscovererId: js.UndefOr[__string] = js.undefined,\n        SourceArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[DiscovererState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): UpdateDiscovererResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DiscovererArn.foreach(__v => __obj.updateDynamic(\"DiscovererArn\")(__v.asInstanceOf[js.Any]))\n      DiscovererId.foreach(__v => __obj.updateDynamic(\"DiscovererId\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDiscovererResponse]\n    }\n  }\n\n  \/** Updates the registry.\n    *\/\n  @js.native\n  trait UpdateRegistryRequest extends js.Object {\n    var RegistryName: __string\n    var Description: js.UndefOr[__stringMin0Max256]\n  }\n\n  object UpdateRegistryRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined\n    ): UpdateRegistryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRegistryRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRegistryResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var RegistryArn: js.UndefOr[__string]\n    var RegistryName: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object UpdateRegistryResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        RegistryArn: js.UndefOr[__string] = js.undefined,\n        RegistryName: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): UpdateRegistryResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RegistryArn.foreach(__v => __obj.updateDynamic(\"RegistryArn\")(__v.asInstanceOf[js.Any]))\n      RegistryName.foreach(__v => __obj.updateDynamic(\"RegistryName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRegistryResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSchemaRequest extends js.Object {\n    var RegistryName: __string\n    var SchemaName: __string\n    var ClientTokenId: js.UndefOr[__stringMin0Max36]\n    var Content: js.UndefOr[__stringMin1Max100000]\n    var Description: js.UndefOr[__stringMin0Max256]\n    var Type: js.UndefOr[Type]\n  }\n\n  object UpdateSchemaRequest {\n    @inline\n    def apply(\n        RegistryName: __string,\n        SchemaName: __string,\n        ClientTokenId: js.UndefOr[__stringMin0Max36] = js.undefined,\n        Content: js.UndefOr[__stringMin1Max100000] = js.undefined,\n        Description: js.UndefOr[__stringMin0Max256] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): UpdateSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistryName\" -> RegistryName.asInstanceOf[js.Any],\n        \"SchemaName\" -> SchemaName.asInstanceOf[js.Any]\n      )\n\n      ClientTokenId.foreach(__v => __obj.updateDynamic(\"ClientTokenId\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSchemaResponse extends js.Object {\n    var Description: js.UndefOr[__string]\n    var LastModified: js.UndefOr[__timestampIso8601]\n    var SchemaArn: js.UndefOr[__string]\n    var SchemaName: js.UndefOr[__string]\n    var SchemaVersion: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[__string]\n    var VersionCreatedDate: js.UndefOr[__timestampIso8601]\n  }\n\n  object UpdateSchemaResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[__string] = js.undefined,\n        LastModified: js.UndefOr[__timestampIso8601] = js.undefined,\n        SchemaArn: js.UndefOr[__string] = js.undefined,\n        SchemaName: js.UndefOr[__string] = js.undefined,\n        SchemaVersion: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[__string] = js.undefined,\n        VersionCreatedDate: js.UndefOr[__timestampIso8601] = js.undefined\n    ): UpdateSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      SchemaArn.foreach(__v => __obj.updateDynamic(\"SchemaArn\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      VersionCreatedDate.foreach(__v => __obj.updateDynamic(\"VersionCreatedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSchemaResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/marketplacemetering\/src\/main\/scala\/facade\/amazonaws\/services\/MarketplaceMetering.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object marketplacemetering {\n  type AllocatedUsageQuantity = Int\n  type CustomerIdentifier = String\n  type NonEmptyString = String\n  type Nonce = String\n  type ProductCode = String\n  type TagKey = String\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type UsageAllocations = js.Array[UsageAllocation]\n  type UsageDimension = String\n  type UsageQuantity = Int\n  type UsageRecordList = js.Array[UsageRecord]\n  type UsageRecordResultList = js.Array[UsageRecordResult]\n  type VersionInteger = Int\n\n  implicit final class MarketplaceMeteringOps(private val service: MarketplaceMetering) extends AnyVal {\n\n    @inline def batchMeterUsageFuture(params: BatchMeterUsageRequest): Future[BatchMeterUsageResult] = service.batchMeterUsage(params).promise().toFuture\n    @inline def meterUsageFuture(params: MeterUsageRequest): Future[MeterUsageResult] = service.meterUsage(params).promise().toFuture\n    @inline def registerUsageFuture(params: RegisterUsageRequest): Future[RegisterUsageResult] = service.registerUsage(params).promise().toFuture\n    @inline def resolveCustomerFuture(params: ResolveCustomerRequest): Future[ResolveCustomerResult] = service.resolveCustomer(params).promise().toFuture\n\n  }\n}\n\npackage marketplacemetering {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/marketplacemetering\", JSImport.Namespace, \"AWS.MarketplaceMetering\")\n  class MarketplaceMetering() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchMeterUsage(params: BatchMeterUsageRequest): Request[BatchMeterUsageResult] = js.native\n    def meterUsage(params: MeterUsageRequest): Request[MeterUsageResult] = js.native\n    def registerUsage(params: RegisterUsageRequest): Request[RegisterUsageResult] = js.native\n    def resolveCustomer(params: ResolveCustomerRequest): Request[ResolveCustomerResult] = js.native\n  }\n\n  \/** A BatchMeterUsageRequest contains UsageRecords, which indicate quantities of usage within your application.\n    *\/\n  @js.native\n  trait BatchMeterUsageRequest extends js.Object {\n    var ProductCode: ProductCode\n    var UsageRecords: UsageRecordList\n  }\n\n  object BatchMeterUsageRequest {\n    @inline\n    def apply(\n        ProductCode: ProductCode,\n        UsageRecords: UsageRecordList\n    ): BatchMeterUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductCode\" -> ProductCode.asInstanceOf[js.Any],\n        \"UsageRecords\" -> UsageRecords.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchMeterUsageRequest]\n    }\n  }\n\n  \/** Contains the UsageRecords processed by BatchMeterUsage and any records that have failed due to transient error.\n    *\/\n  @js.native\n  trait BatchMeterUsageResult extends js.Object {\n    var Results: js.UndefOr[UsageRecordResultList]\n    var UnprocessedRecords: js.UndefOr[UsageRecordList]\n  }\n\n  object BatchMeterUsageResult {\n    @inline\n    def apply(\n        Results: js.UndefOr[UsageRecordResultList] = js.undefined,\n        UnprocessedRecords: js.UndefOr[UsageRecordList] = js.undefined\n    ): BatchMeterUsageResult = {\n      val __obj = js.Dynamic.literal()\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      UnprocessedRecords.foreach(__v => __obj.updateDynamic(\"UnprocessedRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchMeterUsageResult]\n    }\n  }\n\n  @js.native\n  trait MeterUsageRequest extends js.Object {\n    var ProductCode: ProductCode\n    var Timestamp: Timestamp\n    var UsageDimension: UsageDimension\n    var DryRun: js.UndefOr[Boolean]\n    var UsageAllocations: js.UndefOr[UsageAllocations]\n    var UsageQuantity: js.UndefOr[UsageQuantity]\n  }\n\n  object MeterUsageRequest {\n    @inline\n    def apply(\n        ProductCode: ProductCode,\n        Timestamp: Timestamp,\n        UsageDimension: UsageDimension,\n        DryRun: js.UndefOr[Boolean] = js.undefined,\n        UsageAllocations: js.UndefOr[UsageAllocations] = js.undefined,\n        UsageQuantity: js.UndefOr[UsageQuantity] = js.undefined\n    ): MeterUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductCode\" -> ProductCode.asInstanceOf[js.Any],\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any],\n        \"UsageDimension\" -> UsageDimension.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      UsageAllocations.foreach(__v => __obj.updateDynamic(\"UsageAllocations\")(__v.asInstanceOf[js.Any]))\n      UsageQuantity.foreach(__v => __obj.updateDynamic(\"UsageQuantity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MeterUsageRequest]\n    }\n  }\n\n  @js.native\n  trait MeterUsageResult extends js.Object {\n    var MeteringRecordId: js.UndefOr[String]\n  }\n\n  object MeterUsageResult {\n    @inline\n    def apply(\n        MeteringRecordId: js.UndefOr[String] = js.undefined\n    ): MeterUsageResult = {\n      val __obj = js.Dynamic.literal()\n      MeteringRecordId.foreach(__v => __obj.updateDynamic(\"MeteringRecordId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MeterUsageResult]\n    }\n  }\n\n  @js.native\n  trait RegisterUsageRequest extends js.Object {\n    var ProductCode: ProductCode\n    var PublicKeyVersion: VersionInteger\n    var Nonce: js.UndefOr[Nonce]\n  }\n\n  object RegisterUsageRequest {\n    @inline\n    def apply(\n        ProductCode: ProductCode,\n        PublicKeyVersion: VersionInteger,\n        Nonce: js.UndefOr[Nonce] = js.undefined\n    ): RegisterUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductCode\" -> ProductCode.asInstanceOf[js.Any],\n        \"PublicKeyVersion\" -> PublicKeyVersion.asInstanceOf[js.Any]\n      )\n\n      Nonce.foreach(__v => __obj.updateDynamic(\"Nonce\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterUsageRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterUsageResult extends js.Object {\n    var PublicKeyRotationTimestamp: js.UndefOr[Timestamp]\n    var Signature: js.UndefOr[NonEmptyString]\n  }\n\n  object RegisterUsageResult {\n    @inline\n    def apply(\n        PublicKeyRotationTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Signature: js.UndefOr[NonEmptyString] = js.undefined\n    ): RegisterUsageResult = {\n      val __obj = js.Dynamic.literal()\n      PublicKeyRotationTimestamp.foreach(__v => __obj.updateDynamic(\"PublicKeyRotationTimestamp\")(__v.asInstanceOf[js.Any]))\n      Signature.foreach(__v => __obj.updateDynamic(\"Signature\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterUsageResult]\n    }\n  }\n\n  \/** Contains input to the ResolveCustomer operation.\n    *\/\n  @js.native\n  trait ResolveCustomerRequest extends js.Object {\n    var RegistrationToken: NonEmptyString\n  }\n\n  object ResolveCustomerRequest {\n    @inline\n    def apply(\n        RegistrationToken: NonEmptyString\n    ): ResolveCustomerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RegistrationToken\" -> RegistrationToken.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResolveCustomerRequest]\n    }\n  }\n\n  \/** The result of the ResolveCustomer operation. Contains the CustomerIdentifier and product code.\n    *\/\n  @js.native\n  trait ResolveCustomerResult extends js.Object {\n    var CustomerIdentifier: js.UndefOr[CustomerIdentifier]\n    var ProductCode: js.UndefOr[ProductCode]\n  }\n\n  object ResolveCustomerResult {\n    @inline\n    def apply(\n        CustomerIdentifier: js.UndefOr[CustomerIdentifier] = js.undefined,\n        ProductCode: js.UndefOr[ProductCode] = js.undefined\n    ): ResolveCustomerResult = {\n      val __obj = js.Dynamic.literal()\n      CustomerIdentifier.foreach(__v => __obj.updateDynamic(\"CustomerIdentifier\")(__v.asInstanceOf[js.Any]))\n      ProductCode.foreach(__v => __obj.updateDynamic(\"ProductCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolveCustomerResult]\n    }\n  }\n\n  \/** Metadata assigned to an allocation. Each tag is made up of a key and a value.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Usage allocations allow you to split usage into buckets by tags. Each UsageAllocation indicates the usage quantity for a specific set of tags.\n    *\/\n  @js.native\n  trait UsageAllocation extends js.Object {\n    var AllocatedUsageQuantity: AllocatedUsageQuantity\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object UsageAllocation {\n    @inline\n    def apply(\n        AllocatedUsageQuantity: AllocatedUsageQuantity,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): UsageAllocation = {\n      val __obj = js.Dynamic.literal(\n        \"AllocatedUsageQuantity\" -> AllocatedUsageQuantity.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UsageAllocation]\n    }\n  }\n\n  \/** A UsageRecord indicates a quantity of usage for a given product, customer, dimension and time. Multiple requests with the same UsageRecords as input will be deduplicated to prevent double charges.\n    *\/\n  @js.native\n  trait UsageRecord extends js.Object {\n    var CustomerIdentifier: CustomerIdentifier\n    var Dimension: UsageDimension\n    var Timestamp: Timestamp\n    var Quantity: js.UndefOr[UsageQuantity]\n    var UsageAllocations: js.UndefOr[UsageAllocations]\n  }\n\n  object UsageRecord {\n    @inline\n    def apply(\n        CustomerIdentifier: CustomerIdentifier,\n        Dimension: UsageDimension,\n        Timestamp: Timestamp,\n        Quantity: js.UndefOr[UsageQuantity] = js.undefined,\n        UsageAllocations: js.UndefOr[UsageAllocations] = js.undefined\n    ): UsageRecord = {\n      val __obj = js.Dynamic.literal(\n        \"CustomerIdentifier\" -> CustomerIdentifier.asInstanceOf[js.Any],\n        \"Dimension\" -> Dimension.asInstanceOf[js.Any],\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n\n      Quantity.foreach(__v => __obj.updateDynamic(\"Quantity\")(__v.asInstanceOf[js.Any]))\n      UsageAllocations.foreach(__v => __obj.updateDynamic(\"UsageAllocations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UsageRecord]\n    }\n  }\n\n  \/** A UsageRecordResult indicates the status of a given UsageRecord processed by BatchMeterUsage.\n    *\/\n  @js.native\n  trait UsageRecordResult extends js.Object {\n    var MeteringRecordId: js.UndefOr[String]\n    var Status: js.UndefOr[UsageRecordResultStatus]\n    var UsageRecord: js.UndefOr[UsageRecord]\n  }\n\n  object UsageRecordResult {\n    @inline\n    def apply(\n        MeteringRecordId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[UsageRecordResultStatus] = js.undefined,\n        UsageRecord: js.UndefOr[UsageRecord] = js.undefined\n    ): UsageRecordResult = {\n      val __obj = js.Dynamic.literal()\n      MeteringRecordId.foreach(__v => __obj.updateDynamic(\"MeteringRecordId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UsageRecord.foreach(__v => __obj.updateDynamic(\"UsageRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UsageRecordResult]\n    }\n  }\n\n  @js.native\n  sealed trait UsageRecordResultStatus extends js.Any\n  object UsageRecordResultStatus {\n    val Success = \"Success\".asInstanceOf[UsageRecordResultStatus]\n    val CustomerNotSubscribed = \"CustomerNotSubscribed\".asInstanceOf[UsageRecordResultStatus]\n    val DuplicateRecord = \"DuplicateRecord\".asInstanceOf[UsageRecordResultStatus]\n\n    @inline def values = js.Array(Success, CustomerNotSubscribed, DuplicateRecord)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/sagemaker\/src\/main\/scala\/facade\/amazonaws\/services\/SageMaker.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object sagemaker {\n  type Accept = String\n  type AccountId = String\n  type ActionArn = String\n  type ActionSummaries = js.Array[ActionSummary]\n  type AdditionalCodeRepositoryNamesOrUrls = js.Array[CodeRepositoryNameOrUrl]\n  type AgentVersions = js.Array[AgentVersion]\n  type AlarmList = js.Array[Alarm]\n  type AlarmName = String\n  type AlgorithmArn = String\n  type AlgorithmImage = String\n  type AlgorithmStatusItemList = js.Array[AlgorithmStatusItem]\n  type AlgorithmSummaryList = js.Array[AlgorithmSummary]\n  type AlgorithmValidationProfiles = js.Array[AlgorithmValidationProfile]\n  type AppArn = String\n  type AppImageConfigArn = String\n  type AppImageConfigList = js.Array[AppImageConfigDetails]\n  type AppImageConfigName = String\n  type AppList = js.Array[AppDetails]\n  type AppManaged = Boolean\n  type AppName = String\n  type ApprovalDescription = String\n  type ArnOrName = String\n  type ArtifactArn = String\n  type ArtifactDigest = String\n  type ArtifactSourceTypes = js.Array[ArtifactSourceType]\n  type ArtifactSummaries = js.Array[ArtifactSummary]\n  type AssociationEntityArn = String\n  type AssociationSummaries = js.Array[AssociationSummary]\n  type AthenaCatalog = String\n  type AthenaDatabase = String\n  type AthenaQueryString = String\n  type AthenaWorkGroup = String\n  type AttributeName = String\n  type AttributeNames = js.Array[AttributeName]\n  type AutoMLCandidates = js.Array[AutoMLCandidate]\n  type AutoMLContainerDefinitions = js.Array[AutoMLContainerDefinition]\n  type AutoMLFailureReason = String\n  type AutoMLInputDataConfig = js.Array[AutoMLChannel]\n  type AutoMLJobArn = String\n  type AutoMLJobName = String\n  type AutoMLJobSummaries = js.Array[AutoMLJobSummary]\n  type AutoMLMaxResults = Int\n  type AutoMLNameContains = String\n  type AutoMLPartialFailureReasons = js.Array[AutoMLPartialFailureReason]\n  type BillableTimeInSeconds = Int\n  type BlockedReason = String\n  type Branch = String\n  type CandidateDefinitionNotebookLocation = String\n  type CandidateName = String\n  type CandidateStepArn = String\n  type CandidateStepName = String\n  type CandidateSteps = js.Array[AutoMLCandidateStep]\n  type CapacitySizeValue = Int\n  type CaptureOptionList = js.Array[CaptureOption]\n  type Catalog = String\n  type CategoricalParameterRanges = js.Array[CategoricalParameterRange]\n  type Cents = Int\n  type CertifyForMarketplace = Boolean\n  type ChannelName = String\n  type ChannelSpecifications = js.Array[ChannelSpecification]\n  type Cidr = String\n  type Cidrs = js.Array[Cidr]\n  type ClientId = String\n  type ClientSecret = String\n  type ClientToken = String\n  type CodeRepositoryArn = String\n  type CodeRepositoryContains = String\n  type CodeRepositoryNameContains = String\n  type CodeRepositoryNameOrUrl = String\n  type CodeRepositorySummaryList = js.Array[CodeRepositorySummary]\n  type CognitoUserGroup = String\n  type CognitoUserPool = String\n  type CollectionConfigurations = js.Array[CollectionConfiguration]\n  type CollectionName = String\n  type CollectionParameters = js.Dictionary[ConfigValue]\n  type CompilationJobArn = String\n  type CompilationJobSummaries = js.Array[CompilationJobSummary]\n  type CompilerOptions = String\n  type CompressionTypes = js.Array[CompressionType]\n  type ConfigKey = String\n  type ConfigValue = String\n  type ContainerArgument = String\n  type ContainerArguments = js.Array[ContainerArgument]\n  type ContainerDefinitionList = js.Array[ContainerDefinition]\n  type ContainerEntrypoint = js.Array[ContainerEntrypointString]\n  type ContainerEntrypointString = String\n  type ContainerHostname = String\n  type ContainerImage = String\n  type ContentClassifiers = js.Array[ContentClassifier]\n  type ContentDigest = String\n  type ContentType = String\n  type ContentTypes = js.Array[ContentType]\n  type ContextArn = String\n  type ContextSummaries = js.Array[ContextSummary]\n  type ContinuousParameterRanges = js.Array[ContinuousParameterRange]\n  type CreationTime = js.Date\n  type CsvContentType = String\n  type CsvContentTypes = js.Array[CsvContentType]\n  type CustomImages = js.Array[CustomImage]\n  type DataExplorationNotebookLocation = String\n  type DataInputConfig = String\n  type Database = String\n  type DebugRuleConfigurations = js.Array[DebugRuleConfiguration]\n  type DebugRuleEvaluationStatuses = js.Array[DebugRuleEvaluationStatus]\n  type DefaultGid = Int\n  type DefaultUid = Int\n  type DeployedImages = js.Array[DeployedImage]\n  type Description = String\n  type DesiredWeightAndCapacityList = js.Array[DesiredWeightAndCapacity]\n  type DestinationS3Uri = String\n  type DeviceArn = String\n  type DeviceDescription = String\n  type DeviceFleetArn = String\n  type DeviceFleetDescription = String\n  type DeviceFleetSummaries = js.Array[DeviceFleetSummary]\n  type DeviceName = String\n  type DeviceNames = js.Array[DeviceName]\n  type DeviceSummaries = js.Array[DeviceSummary]\n  type Devices = js.Array[Device]\n  type DirectoryPath = String\n  type DisableProfiler = Boolean\n  type DisassociateAdditionalCodeRepositories = Boolean\n  type DisassociateDefaultCodeRepository = Boolean\n  type DisassociateNotebookInstanceAcceleratorTypes = Boolean\n  type DisassociateNotebookInstanceLifecycleConfig = Boolean\n  type Dollars = Int\n  type DomainArn = String\n  type DomainId = String\n  type DomainList = js.Array[DomainDetails]\n  type DomainName = String\n  type DoubleParameterValue = Double\n  type EdgeModelStats = js.Array[EdgeModelStat]\n  type EdgeModelSummaries = js.Array[EdgeModelSummary]\n  type EdgeModels = js.Array[EdgeModel]\n  type EdgePackagingJobArn = String\n  type EdgePackagingJobSummaries = js.Array[EdgePackagingJobSummary]\n  type EdgeVersion = String\n  type EfsUid = String\n  type EnableCapture = Boolean\n  type EndpointArn = String\n  type EndpointConfigArn = String\n  type EndpointConfigName = String\n  type EndpointConfigNameContains = String\n  type EndpointConfigSummaryList = js.Array[EndpointConfigSummary]\n  type EndpointName = String\n  type EndpointNameContains = String\n  type EndpointSummaryList = js.Array[EndpointSummary]\n  type EntityDescription = String\n  type EntityName = String\n  type EnvironmentKey = String\n  type EnvironmentMap = js.Dictionary[EnvironmentValue]\n  type EnvironmentValue = String\n  type ExitMessage = String\n  type ExperimentArn = String\n  type ExperimentDescription = String\n  type ExperimentEntityName = String\n  type ExperimentSourceArn = String\n  type ExperimentSummaries = js.Array[ExperimentSummary]\n  type ExpiresInSeconds = Int\n  type ExplainabilityLocation = String\n  type FailureReason = String\n  type FeatureDefinitions = js.Array[FeatureDefinition]\n  type FeatureGroupArn = String\n  type FeatureGroupMaxResults = Int\n  type FeatureGroupName = String\n  type FeatureGroupNameContains = String\n  type FeatureGroupSummaries = js.Array[FeatureGroupSummary]\n  type FeatureName = String\n  type FileSystemId = String\n  type FilterList = js.Array[Filter]\n  type FilterValue = String\n  type FinalMetricDataList = js.Array[MetricData]\n  type FlowDefinitionArn = String\n  type FlowDefinitionName = String\n  type FlowDefinitionSummaries = js.Array[FlowDefinitionSummary]\n  type FlowDefinitionTaskAvailabilityLifetimeInSeconds = Int\n  type FlowDefinitionTaskCount = Int\n  type FlowDefinitionTaskDescription = String\n  type FlowDefinitionTaskKeyword = String\n  type FlowDefinitionTaskKeywords = js.Array[FlowDefinitionTaskKeyword]\n  type FlowDefinitionTaskTimeLimitInSeconds = Int\n  type FlowDefinitionTaskTitle = String\n  type FrameworkVersion = String\n  type GenerateCandidateDefinitionsOnly = Boolean\n  type GitConfigUrl = String\n  type Group = String\n  type Groups = js.Array[Group]\n  type HookParameters = js.Dictionary[ConfigValue]\n  type HumanLoopActivationConditions = String\n  type HumanTaskUiArn = String\n  type HumanTaskUiName = String\n  type HumanTaskUiSummaries = js.Array[HumanTaskUiSummary]\n  type HyperParameterKey = String\n  type HyperParameterSpecifications = js.Array[HyperParameterSpecification]\n  type HyperParameterTrainingJobDefinitionName = String\n  type HyperParameterTrainingJobDefinitions = js.Array[HyperParameterTrainingJobDefinition]\n  type HyperParameterTrainingJobSummaries = js.Array[HyperParameterTrainingJobSummary]\n  type HyperParameterTuningJobArn = String\n  type HyperParameterTuningJobName = String\n  type HyperParameterTuningJobObjectives = js.Array[HyperParameterTuningJobObjective]\n  type HyperParameterTuningJobSummaries = js.Array[HyperParameterTuningJobSummary]\n  type HyperParameterValue = String\n  type HyperParameters = js.Dictionary[HyperParameterValue]\n  type IdempotencyToken = String\n  type ImageArn = String\n  type ImageBaseImage = String\n  type ImageContainerImage = String\n  type ImageDeleteProperty = String\n  type ImageDeletePropertyList = js.Array[ImageDeleteProperty]\n  type ImageDescription = String\n  type ImageDigest = String\n  type ImageDisplayName = String\n  type ImageName = String\n  type ImageNameContains = String\n  type ImageUri = String\n  type ImageVersionArn = String\n  type ImageVersionNumber = Int\n  type ImageVersions = js.Array[ImageVersion]\n  type Images = js.Array[Image]\n  type InputDataConfig = js.Array[Channel]\n  type InputModes = js.Array[TrainingInputMode]\n  type IntegerParameterRanges = js.Array[IntegerParameterRange]\n  type InvocationsMaxRetries = Int\n  type InvocationsTimeoutInSeconds = Int\n  type IotRoleAlias = String\n  type JobReferenceCode = String\n  type JobReferenceCodeContains = String\n  type JsonContentType = String\n  type JsonContentTypes = js.Array[JsonContentType]\n  type JsonPath = String\n  type KernelDisplayName = String\n  type KernelName = String\n  type KernelSpecs = js.Array[KernelSpec]\n  type KmsKeyId = String\n  type LabelAttributeName = String\n  type LabelCounter = Int\n  type LabelingJobAlgorithmSpecificationArn = String\n  type LabelingJobArn = String\n  type LabelingJobForWorkteamSummaryList = js.Array[LabelingJobForWorkteamSummary]\n  type LabelingJobName = String\n  type LabelingJobSummaryList = js.Array[LabelingJobSummary]\n  type LambdaFunctionArn = String\n  type LastModifiedTime = js.Date\n  type LineageEntityParameters = js.Dictionary[StringParameterValue]\n  type ListLineageEntityParameterKey = js.Array[StringParameterValue]\n  type ListMaxResults = Int\n  type ListTagsMaxResults = Int\n  type ListTrialComponentKey256 = js.Array[TrialComponentKey256]\n  type MaxAutoMLJobRuntimeInSeconds = Int\n  type MaxCandidates = Int\n  type MaxConcurrentTaskCount = Int\n  type MaxConcurrentTransforms = Int\n  type MaxHumanLabeledObjectCount = Int\n  type MaxNumberOfTrainingJobs = Int\n  type MaxParallelTrainingJobs = Int\n  type MaxPayloadInMB = Int\n  type MaxPercentageOfInputDatasetLabeled = Int\n  type MaxResults = Int\n  type MaxRuntimeInSeconds = Int\n  type MaxRuntimePerTrainingJobInSeconds = Int\n  type MaxWaitTimeInSeconds = Int\n  type MaximumExecutionTimeoutInSeconds = Int\n  type MediaType = String\n  type MemberDefinitions = js.Array[MemberDefinition]\n  type MetadataPropertyValue = String\n  type MetricDefinitionList = js.Array[MetricDefinition]\n  type MetricName = String\n  type MetricRegex = String\n  type MetricValue = Float\n  type ModelArn = String\n  type ModelName = String\n  type ModelNameContains = String\n  type ModelPackageArn = String\n  type ModelPackageContainerDefinitionList = js.Array[ModelPackageContainerDefinition]\n  type ModelPackageGroupArn = String\n  type ModelPackageGroupSummaryList = js.Array[ModelPackageGroupSummary]\n  type ModelPackageStatusItemList = js.Array[ModelPackageStatusItem]\n  type ModelPackageSummaryList = js.Array[ModelPackageSummary]\n  type ModelPackageValidationProfiles = js.Array[ModelPackageValidationProfile]\n  type ModelPackageVersion = Int\n  type ModelSummaryList = js.Array[ModelSummary]\n  type MonitoringContainerArguments = js.Array[ContainerArgument]\n  type MonitoringEnvironmentMap = js.Dictionary[ProcessingEnvironmentValue]\n  type MonitoringExecutionSummaryList = js.Array[MonitoringExecutionSummary]\n  type MonitoringInputs = js.Array[MonitoringInput]\n  type MonitoringJobDefinitionArn = String\n  type MonitoringJobDefinitionName = String\n  type MonitoringJobDefinitionSummaryList = js.Array[MonitoringJobDefinitionSummary]\n  type MonitoringMaxRuntimeInSeconds = Int\n  type MonitoringOutputs = js.Array[MonitoringOutput]\n  type MonitoringS3Uri = String\n  type MonitoringScheduleArn = String\n  type MonitoringScheduleList = js.Array[MonitoringSchedule]\n  type MonitoringScheduleName = String\n  type MonitoringScheduleSummaryList = js.Array[MonitoringScheduleSummary]\n  type MonitoringTimeOffsetString = String\n  type MountPath = String\n  type NameContains = String\n  type NestedFiltersList = js.Array[NestedFilters]\n  type NetworkInterfaceId = String\n  type NextToken = String\n  type NotebookInstanceAcceleratorTypes = js.Array[NotebookInstanceAcceleratorType]\n  type NotebookInstanceArn = String\n  type NotebookInstanceLifecycleConfigArn = String\n  type NotebookInstanceLifecycleConfigContent = String\n  type NotebookInstanceLifecycleConfigList = js.Array[NotebookInstanceLifecycleHook]\n  type NotebookInstanceLifecycleConfigName = String\n  type NotebookInstanceLifecycleConfigNameContains = String\n  type NotebookInstanceLifecycleConfigSummaryList = js.Array[NotebookInstanceLifecycleConfigSummary]\n  type NotebookInstanceName = String\n  type NotebookInstanceNameContains = String\n  type NotebookInstanceSummaryList = js.Array[NotebookInstanceSummary]\n  type NotebookInstanceUrl = String\n  type NotebookInstanceVolumeSizeInGB = Int\n  type NotificationTopicArn = String\n  type NumberOfHumanWorkersPerDataObject = Int\n  type ObjectiveStatusCounter = Int\n  type OidcEndpoint = String\n  type OptionalDouble = Double\n  type OptionalInteger = Int\n  type OptionalVolumeSizeInGB = Int\n  type PaginationToken = String\n  type ParameterKey = String\n  type ParameterList = js.Array[Parameter]\n  type ParameterName = String\n  type ParameterValue = String\n  type ParameterValues = js.Array[ParameterValue]\n  type ParentHyperParameterTuningJobs = js.Array[ParentHyperParameterTuningJob]\n  type Parents = js.Array[Parent]\n  type PipelineArn = String\n  type PipelineDefinition = String\n  type PipelineDescription = String\n  type PipelineExecutionArn = String\n  type PipelineExecutionDescription = String\n  type PipelineExecutionName = String\n  type PipelineExecutionStepList = js.Array[PipelineExecutionStep]\n  type PipelineExecutionSummaryList = js.Array[PipelineExecutionSummary]\n  type PipelineName = String\n  type PipelineParameterName = String\n  type PipelineSummaryList = js.Array[PipelineSummary]\n  type PolicyString = String\n  type PresignedDomainUrl = String\n  type ProbabilityThresholdAttribute = Double\n  type ProcessingEnvironmentKey = String\n  type ProcessingEnvironmentMap = js.Dictionary[ProcessingEnvironmentValue]\n  type ProcessingEnvironmentValue = String\n  type ProcessingInputs = js.Array[ProcessingInput]\n  type ProcessingInstanceCount = Int\n  type ProcessingJobArn = String\n  type ProcessingJobName = String\n  type ProcessingJobSummaries = js.Array[ProcessingJobSummary]\n  type ProcessingLocalPath = String\n  type ProcessingMaxRuntimeInSeconds = Int\n  type ProcessingOutputs = js.Array[ProcessingOutput]\n  type ProcessingVolumeSizeInGB = Int\n  type ProductId = String\n  type ProductListings = js.Array[String]\n  type ProductionVariantList = js.Array[ProductionVariant]\n  type ProductionVariantSummaryList = js.Array[ProductionVariantSummary]\n  type ProfilerRuleConfigurations = js.Array[ProfilerRuleConfiguration]\n  type ProfilerRuleEvaluationStatuses = js.Array[ProfilerRuleEvaluationStatus]\n  type ProfilingIntervalInMilliseconds = Double\n  type ProfilingParameters = js.Dictionary[ConfigValue]\n  type ProjectArn = String\n  type ProjectEntityName = String\n  type ProjectId = String\n  type ProjectSummaryList = js.Array[ProjectSummary]\n  type PropertyNameHint = String\n  type PropertyNameSuggestionList = js.Array[PropertyNameSuggestion]\n  type ProvisionedProductStatusMessage = String\n  type ProvisioningParameterKey = String\n  type ProvisioningParameterValue = String\n  type ProvisioningParameters = js.Array[ProvisioningParameter]\n  type RealtimeInferenceInstanceTypes = js.Array[ProductionVariantInstanceType]\n  type RedshiftClusterId = String\n  type RedshiftDatabase = String\n  type RedshiftQueryString = String\n  type RedshiftUserName = String\n  type RenderingErrorList = js.Array[RenderingError]\n  type RepositoryCredentialsProviderArn = String\n  type ResourceArn = String\n  type ResourceId = String\n  type ResourcePropertyName = String\n  type ResponseMIMEType = String\n  type ResponseMIMETypes = js.Array[ResponseMIMEType]\n  type RoleArn = String\n  type RuleConfigurationName = String\n  type RuleParameters = js.Dictionary[ConfigValue]\n  type S3Uri = String\n  type SamplingPercentage = Int\n  type ScheduleExpression = String\n  type SearchExpressionList = js.Array[SearchExpression]\n  type SearchResultsList = js.Array[SearchRecord]\n  type SecondaryStatusTransitions = js.Array[SecondaryStatusTransition]\n  type SecretArn = String\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type Seed = Double\n  type ServiceCatalogEntityId = String\n  type SessionExpirationDurationInSeconds = Int\n  type SingleSignOnUserIdentifier = String\n  type SnsTopicArn = String\n  type SourceAlgorithmList = js.Array[SourceAlgorithm]\n  type SourceType = String\n  type SourceUri = String\n  type StatusDetails = String\n  type StatusMessage = String\n  type StepName = String\n  type String1024 = String\n  type String200 = String\n  type String2048 = String\n  type String256 = String\n  type String64 = String\n  type StringParameterValue = String\n  type SubnetId = String\n  type Subnets = js.Array[SubnetId]\n  type SubscribedWorkteams = js.Array[SubscribedWorkteam]\n  type Success = Boolean\n  type TableName = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TargetAttributeName = String\n  type TargetObjectiveMetricValue = Float\n  type TaskAvailabilityLifetimeInSeconds = Int\n  type TaskCount = Int\n  type TaskDescription = String\n  type TaskInput = String\n  type TaskKeyword = String\n  type TaskKeywords = js.Array[TaskKeyword]\n  type TaskTimeLimitInSeconds = Int\n  type TaskTitle = String\n  type TemplateContent = String\n  type TemplateContentSha256 = String\n  type TemplateUrl = String\n  type TenthFractionsOfACent = Int\n  type TerminationWaitInSeconds = Int\n  type ThingName = String\n  type Timestamp = js.Date\n  type TrainingEnvironmentKey = String\n  type TrainingEnvironmentMap = js.Dictionary[TrainingEnvironmentValue]\n  type TrainingEnvironmentValue = String\n  type TrainingInstanceCount = Int\n  type TrainingInstanceTypes = js.Array[TrainingInstanceType]\n  type TrainingJobArn = String\n  type TrainingJobName = String\n  type TrainingJobStatusCounter = Int\n  type TrainingJobSummaries = js.Array[TrainingJobSummary]\n  type TrainingTimeInSeconds = Int\n  type TransformEnvironmentKey = String\n  type TransformEnvironmentMap = js.Dictionary[TransformEnvironmentValue]\n  type TransformEnvironmentValue = String\n  type TransformInstanceCount = Int\n  type TransformInstanceTypes = js.Array[TransformInstanceType]\n  type TransformJobArn = String\n  type TransformJobName = String\n  type TransformJobSummaries = js.Array[TransformJobSummary]\n  type TrialArn = String\n  type TrialComponentArn = String\n  type TrialComponentArtifactValue = String\n  type TrialComponentArtifacts = js.Dictionary[TrialComponentArtifact]\n  type TrialComponentKey256 = String\n  type TrialComponentKey64 = String\n  type TrialComponentMetricSummaries = js.Array[TrialComponentMetricSummary]\n  type TrialComponentParameters = js.Dictionary[TrialComponentParameterValue]\n  type TrialComponentSimpleSummaries = js.Array[TrialComponentSimpleSummary]\n  type TrialComponentSourceArn = String\n  type TrialComponentStatusMessage = String\n  type TrialComponentSummaries = js.Array[TrialComponentSummary]\n  type TrialSourceArn = String\n  type TrialSummaries = js.Array[TrialSummary]\n  type Url = String\n  type UserProfileArn = String\n  type UserProfileList = js.Array[UserProfileDetails]\n  type UserProfileName = String\n  type VariantName = String\n  type VariantPropertyList = js.Array[VariantProperty]\n  type VariantWeight = Float\n  type VersionedArnOrName = String\n  type VolumeSizeInGB = Int\n  type VpcId = String\n  type VpcSecurityGroupIds = js.Array[SecurityGroupId]\n  type WaitIntervalInSeconds = Int\n  type WorkforceArn = String\n  type WorkforceName = String\n  type Workforces = js.Array[Workforce]\n  type WorkteamArn = String\n  type WorkteamName = String\n  type Workteams = js.Array[Workteam]\n\n  implicit final class SageMakerOps(private val service: SageMaker) extends AnyVal {\n\n    @inline def addAssociationFuture(params: AddAssociationRequest): Future[AddAssociationResponse] = service.addAssociation(params).promise().toFuture\n    @inline def addTagsFuture(params: AddTagsInput): Future[AddTagsOutput] = service.addTags(params).promise().toFuture\n    @inline def associateTrialComponentFuture(params: AssociateTrialComponentRequest): Future[AssociateTrialComponentResponse] = service.associateTrialComponent(params).promise().toFuture\n    @inline def createActionFuture(params: CreateActionRequest): Future[CreateActionResponse] = service.createAction(params).promise().toFuture\n    @inline def createAlgorithmFuture(params: CreateAlgorithmInput): Future[CreateAlgorithmOutput] = service.createAlgorithm(params).promise().toFuture\n    @inline def createAppFuture(params: CreateAppRequest): Future[CreateAppResponse] = service.createApp(params).promise().toFuture\n    @inline def createAppImageConfigFuture(params: CreateAppImageConfigRequest): Future[CreateAppImageConfigResponse] = service.createAppImageConfig(params).promise().toFuture\n    @inline def createArtifactFuture(params: CreateArtifactRequest): Future[CreateArtifactResponse] = service.createArtifact(params).promise().toFuture\n    @inline def createAutoMLJobFuture(params: CreateAutoMLJobRequest): Future[CreateAutoMLJobResponse] = service.createAutoMLJob(params).promise().toFuture\n    @inline def createCodeRepositoryFuture(params: CreateCodeRepositoryInput): Future[CreateCodeRepositoryOutput] = service.createCodeRepository(params).promise().toFuture\n    @inline def createCompilationJobFuture(params: CreateCompilationJobRequest): Future[CreateCompilationJobResponse] = service.createCompilationJob(params).promise().toFuture\n    @inline def createContextFuture(params: CreateContextRequest): Future[CreateContextResponse] = service.createContext(params).promise().toFuture\n    @inline def createDataQualityJobDefinitionFuture(params: CreateDataQualityJobDefinitionRequest): Future[CreateDataQualityJobDefinitionResponse] = service.createDataQualityJobDefinition(params).promise().toFuture\n    @inline def createDeviceFleetFuture(params: CreateDeviceFleetRequest): Future[js.Object] = service.createDeviceFleet(params).promise().toFuture\n    @inline def createDomainFuture(params: CreateDomainRequest): Future[CreateDomainResponse] = service.createDomain(params).promise().toFuture\n    @inline def createEdgePackagingJobFuture(params: CreateEdgePackagingJobRequest): Future[js.Object] = service.createEdgePackagingJob(params).promise().toFuture\n    @inline def createEndpointConfigFuture(params: CreateEndpointConfigInput): Future[CreateEndpointConfigOutput] = service.createEndpointConfig(params).promise().toFuture\n    @inline def createEndpointFuture(params: CreateEndpointInput): Future[CreateEndpointOutput] = service.createEndpoint(params).promise().toFuture\n    @inline def createExperimentFuture(params: CreateExperimentRequest): Future[CreateExperimentResponse] = service.createExperiment(params).promise().toFuture\n    @inline def createFeatureGroupFuture(params: CreateFeatureGroupRequest): Future[CreateFeatureGroupResponse] = service.createFeatureGroup(params).promise().toFuture\n    @inline def createFlowDefinitionFuture(params: CreateFlowDefinitionRequest): Future[CreateFlowDefinitionResponse] = service.createFlowDefinition(params).promise().toFuture\n    @inline def createHumanTaskUiFuture(params: CreateHumanTaskUiRequest): Future[CreateHumanTaskUiResponse] = service.createHumanTaskUi(params).promise().toFuture\n    @inline def createHyperParameterTuningJobFuture(params: CreateHyperParameterTuningJobRequest): Future[CreateHyperParameterTuningJobResponse] = service.createHyperParameterTuningJob(params).promise().toFuture\n    @inline def createImageFuture(params: CreateImageRequest): Future[CreateImageResponse] = service.createImage(params).promise().toFuture\n    @inline def createImageVersionFuture(params: CreateImageVersionRequest): Future[CreateImageVersionResponse] = service.createImageVersion(params).promise().toFuture\n    @inline def createLabelingJobFuture(params: CreateLabelingJobRequest): Future[CreateLabelingJobResponse] = service.createLabelingJob(params).promise().toFuture\n    @inline def createModelBiasJobDefinitionFuture(params: CreateModelBiasJobDefinitionRequest): Future[CreateModelBiasJobDefinitionResponse] = service.createModelBiasJobDefinition(params).promise().toFuture\n    @inline def createModelExplainabilityJobDefinitionFuture(params: CreateModelExplainabilityJobDefinitionRequest): Future[CreateModelExplainabilityJobDefinitionResponse] = service.createModelExplainabilityJobDefinition(params).promise().toFuture\n    @inline def createModelFuture(params: CreateModelInput): Future[CreateModelOutput] = service.createModel(params).promise().toFuture\n    @inline def createModelPackageFuture(params: CreateModelPackageInput): Future[CreateModelPackageOutput] = service.createModelPackage(params).promise().toFuture\n    @inline def createModelPackageGroupFuture(params: CreateModelPackageGroupInput): Future[CreateModelPackageGroupOutput] = service.createModelPackageGroup(params).promise().toFuture\n    @inline def createModelQualityJobDefinitionFuture(params: CreateModelQualityJobDefinitionRequest): Future[CreateModelQualityJobDefinitionResponse] = service.createModelQualityJobDefinition(params).promise().toFuture\n    @inline def createMonitoringScheduleFuture(params: CreateMonitoringScheduleRequest): Future[CreateMonitoringScheduleResponse] = service.createMonitoringSchedule(params).promise().toFuture\n    @inline def createNotebookInstanceFuture(params: CreateNotebookInstanceInput): Future[CreateNotebookInstanceOutput] = service.createNotebookInstance(params).promise().toFuture\n    @inline def createNotebookInstanceLifecycleConfigFuture(params: CreateNotebookInstanceLifecycleConfigInput): Future[CreateNotebookInstanceLifecycleConfigOutput] = service.createNotebookInstanceLifecycleConfig(params).promise().toFuture\n    @inline def createPipelineFuture(params: CreatePipelineRequest): Future[CreatePipelineResponse] = service.createPipeline(params).promise().toFuture\n    @inline def createPresignedDomainUrlFuture(params: CreatePresignedDomainUrlRequest): Future[CreatePresignedDomainUrlResponse] = service.createPresignedDomainUrl(params).promise().toFuture\n    @inline def createPresignedNotebookInstanceUrlFuture(params: CreatePresignedNotebookInstanceUrlInput): Future[CreatePresignedNotebookInstanceUrlOutput] = service.createPresignedNotebookInstanceUrl(params).promise().toFuture\n    @inline def createProcessingJobFuture(params: CreateProcessingJobRequest): Future[CreateProcessingJobResponse] = service.createProcessingJob(params).promise().toFuture\n    @inline def createProjectFuture(params: CreateProjectInput): Future[CreateProjectOutput] = service.createProject(params).promise().toFuture\n    @inline def createTrainingJobFuture(params: CreateTrainingJobRequest): Future[CreateTrainingJobResponse] = service.createTrainingJob(params).promise().toFuture\n    @inline def createTransformJobFuture(params: CreateTransformJobRequest): Future[CreateTransformJobResponse] = service.createTransformJob(params).promise().toFuture\n    @inline def createTrialComponentFuture(params: CreateTrialComponentRequest): Future[CreateTrialComponentResponse] = service.createTrialComponent(params).promise().toFuture\n    @inline def createTrialFuture(params: CreateTrialRequest): Future[CreateTrialResponse] = service.createTrial(params).promise().toFuture\n    @inline def createUserProfileFuture(params: CreateUserProfileRequest): Future[CreateUserProfileResponse] = service.createUserProfile(params).promise().toFuture\n    @inline def createWorkforceFuture(params: CreateWorkforceRequest): Future[CreateWorkforceResponse] = service.createWorkforce(params).promise().toFuture\n    @inline def createWorkteamFuture(params: CreateWorkteamRequest): Future[CreateWorkteamResponse] = service.createWorkteam(params).promise().toFuture\n    @inline def deleteActionFuture(params: DeleteActionRequest): Future[DeleteActionResponse] = service.deleteAction(params).promise().toFuture\n    @inline def deleteAlgorithmFuture(params: DeleteAlgorithmInput): Future[js.Object] = service.deleteAlgorithm(params).promise().toFuture\n    @inline def deleteAppFuture(params: DeleteAppRequest): Future[js.Object] = service.deleteApp(params).promise().toFuture\n    @inline def deleteAppImageConfigFuture(params: DeleteAppImageConfigRequest): Future[js.Object] = service.deleteAppImageConfig(params).promise().toFuture\n    @inline def deleteArtifactFuture(params: DeleteArtifactRequest): Future[DeleteArtifactResponse] = service.deleteArtifact(params).promise().toFuture\n    @inline def deleteAssociationFuture(params: DeleteAssociationRequest): Future[DeleteAssociationResponse] = service.deleteAssociation(params).promise().toFuture\n    @inline def deleteCodeRepositoryFuture(params: DeleteCodeRepositoryInput): Future[js.Object] = service.deleteCodeRepository(params).promise().toFuture\n    @inline def deleteContextFuture(params: DeleteContextRequest): Future[DeleteContextResponse] = service.deleteContext(params).promise().toFuture\n    @inline def deleteDataQualityJobDefinitionFuture(params: DeleteDataQualityJobDefinitionRequest): Future[js.Object] = service.deleteDataQualityJobDefinition(params).promise().toFuture\n    @inline def deleteDeviceFleetFuture(params: DeleteDeviceFleetRequest): Future[js.Object] = service.deleteDeviceFleet(params).promise().toFuture\n    @inline def deleteDomainFuture(params: DeleteDomainRequest): Future[js.Object] = service.deleteDomain(params).promise().toFuture\n    @inline def deleteEndpointConfigFuture(params: DeleteEndpointConfigInput): Future[js.Object] = service.deleteEndpointConfig(params).promise().toFuture\n    @inline def deleteEndpointFuture(params: DeleteEndpointInput): Future[js.Object] = service.deleteEndpoint(params).promise().toFuture\n    @inline def deleteExperimentFuture(params: DeleteExperimentRequest): Future[DeleteExperimentResponse] = service.deleteExperiment(params).promise().toFuture\n    @inline def deleteFeatureGroupFuture(params: DeleteFeatureGroupRequest): Future[js.Object] = service.deleteFeatureGroup(params).promise().toFuture\n    @inline def deleteFlowDefinitionFuture(params: DeleteFlowDefinitionRequest): Future[DeleteFlowDefinitionResponse] = service.deleteFlowDefinition(params).promise().toFuture\n    @inline def deleteHumanTaskUiFuture(params: DeleteHumanTaskUiRequest): Future[DeleteHumanTaskUiResponse] = service.deleteHumanTaskUi(params).promise().toFuture\n    @inline def deleteImageFuture(params: DeleteImageRequest): Future[DeleteImageResponse] = service.deleteImage(params).promise().toFuture\n    @inline def deleteImageVersionFuture(params: DeleteImageVersionRequest): Future[DeleteImageVersionResponse] = service.deleteImageVersion(params).promise().toFuture\n    @inline def deleteModelBiasJobDefinitionFuture(params: DeleteModelBiasJobDefinitionRequest): Future[js.Object] = service.deleteModelBiasJobDefinition(params).promise().toFuture\n    @inline def deleteModelExplainabilityJobDefinitionFuture(params: DeleteModelExplainabilityJobDefinitionRequest): Future[js.Object] = service.deleteModelExplainabilityJobDefinition(params).promise().toFuture\n    @inline def deleteModelFuture(params: DeleteModelInput): Future[js.Object] = service.deleteModel(params).promise().toFuture\n    @inline def deleteModelPackageFuture(params: DeleteModelPackageInput): Future[js.Object] = service.deleteModelPackage(params).promise().toFuture\n    @inline def deleteModelPackageGroupFuture(params: DeleteModelPackageGroupInput): Future[js.Object] = service.deleteModelPackageGroup(params).promise().toFuture\n    @inline def deleteModelPackageGroupPolicyFuture(params: DeleteModelPackageGroupPolicyInput): Future[js.Object] = service.deleteModelPackageGroupPolicy(params).promise().toFuture\n    @inline def deleteModelQualityJobDefinitionFuture(params: DeleteModelQualityJobDefinitionRequest): Future[js.Object] = service.deleteModelQualityJobDefinition(params).promise().toFuture\n    @inline def deleteMonitoringScheduleFuture(params: DeleteMonitoringScheduleRequest): Future[js.Object] = service.deleteMonitoringSchedule(params).promise().toFuture\n    @inline def deleteNotebookInstanceFuture(params: DeleteNotebookInstanceInput): Future[js.Object] = service.deleteNotebookInstance(params).promise().toFuture\n    @inline def deleteNotebookInstanceLifecycleConfigFuture(params: DeleteNotebookInstanceLifecycleConfigInput): Future[js.Object] = service.deleteNotebookInstanceLifecycleConfig(params).promise().toFuture\n    @inline def deletePipelineFuture(params: DeletePipelineRequest): Future[DeletePipelineResponse] = service.deletePipeline(params).promise().toFuture\n    @inline def deleteProjectFuture(params: DeleteProjectInput): Future[js.Object] = service.deleteProject(params).promise().toFuture\n    @inline def deleteTagsFuture(params: DeleteTagsInput): Future[DeleteTagsOutput] = service.deleteTags(params).promise().toFuture\n    @inline def deleteTrialComponentFuture(params: DeleteTrialComponentRequest): Future[DeleteTrialComponentResponse] = service.deleteTrialComponent(params).promise().toFuture\n    @inline def deleteTrialFuture(params: DeleteTrialRequest): Future[DeleteTrialResponse] = service.deleteTrial(params).promise().toFuture\n    @inline def deleteUserProfileFuture(params: DeleteUserProfileRequest): Future[js.Object] = service.deleteUserProfile(params).promise().toFuture\n    @inline def deleteWorkforceFuture(params: DeleteWorkforceRequest): Future[DeleteWorkforceResponse] = service.deleteWorkforce(params).promise().toFuture\n    @inline def deleteWorkteamFuture(params: DeleteWorkteamRequest): Future[DeleteWorkteamResponse] = service.deleteWorkteam(params).promise().toFuture\n    @inline def deregisterDevicesFuture(params: DeregisterDevicesRequest): Future[js.Object] = service.deregisterDevices(params).promise().toFuture\n    @inline def describeActionFuture(params: DescribeActionRequest): Future[DescribeActionResponse] = service.describeAction(params).promise().toFuture\n    @inline def describeAlgorithmFuture(params: DescribeAlgorithmInput): Future[DescribeAlgorithmOutput] = service.describeAlgorithm(params).promise().toFuture\n    @inline def describeAppFuture(params: DescribeAppRequest): Future[DescribeAppResponse] = service.describeApp(params).promise().toFuture\n    @inline def describeAppImageConfigFuture(params: DescribeAppImageConfigRequest): Future[DescribeAppImageConfigResponse] = service.describeAppImageConfig(params).promise().toFuture\n    @inline def describeArtifactFuture(params: DescribeArtifactRequest): Future[DescribeArtifactResponse] = service.describeArtifact(params).promise().toFuture\n    @inline def describeAutoMLJobFuture(params: DescribeAutoMLJobRequest): Future[DescribeAutoMLJobResponse] = service.describeAutoMLJob(params).promise().toFuture\n    @inline def describeCodeRepositoryFuture(params: DescribeCodeRepositoryInput): Future[DescribeCodeRepositoryOutput] = service.describeCodeRepository(params).promise().toFuture\n    @inline def describeCompilationJobFuture(params: DescribeCompilationJobRequest): Future[DescribeCompilationJobResponse] = service.describeCompilationJob(params).promise().toFuture\n    @inline def describeContextFuture(params: DescribeContextRequest): Future[DescribeContextResponse] = service.describeContext(params).promise().toFuture\n    @inline def describeDataQualityJobDefinitionFuture(params: DescribeDataQualityJobDefinitionRequest): Future[DescribeDataQualityJobDefinitionResponse] = service.describeDataQualityJobDefinition(params).promise().toFuture\n    @inline def describeDeviceFleetFuture(params: DescribeDeviceFleetRequest): Future[DescribeDeviceFleetResponse] = service.describeDeviceFleet(params).promise().toFuture\n    @inline def describeDeviceFuture(params: DescribeDeviceRequest): Future[DescribeDeviceResponse] = service.describeDevice(params).promise().toFuture\n    @inline def describeDomainFuture(params: DescribeDomainRequest): Future[DescribeDomainResponse] = service.describeDomain(params).promise().toFuture\n    @inline def describeEdgePackagingJobFuture(params: DescribeEdgePackagingJobRequest): Future[DescribeEdgePackagingJobResponse] = service.describeEdgePackagingJob(params).promise().toFuture\n    @inline def describeEndpointConfigFuture(params: DescribeEndpointConfigInput): Future[DescribeEndpointConfigOutput] = service.describeEndpointConfig(params).promise().toFuture\n    @inline def describeEndpointFuture(params: DescribeEndpointInput): Future[DescribeEndpointOutput] = service.describeEndpoint(params).promise().toFuture\n    @inline def describeExperimentFuture(params: DescribeExperimentRequest): Future[DescribeExperimentResponse] = service.describeExperiment(params).promise().toFuture\n    @inline def describeFeatureGroupFuture(params: DescribeFeatureGroupRequest): Future[DescribeFeatureGroupResponse] = service.describeFeatureGroup(params).promise().toFuture\n    @inline def describeFlowDefinitionFuture(params: DescribeFlowDefinitionRequest): Future[DescribeFlowDefinitionResponse] = service.describeFlowDefinition(params).promise().toFuture\n    @inline def describeHumanTaskUiFuture(params: DescribeHumanTaskUiRequest): Future[DescribeHumanTaskUiResponse] = service.describeHumanTaskUi(params).promise().toFuture\n    @inline def describeHyperParameterTuningJobFuture(params: DescribeHyperParameterTuningJobRequest): Future[DescribeHyperParameterTuningJobResponse] = service.describeHyperParameterTuningJob(params).promise().toFuture\n    @inline def describeImageFuture(params: DescribeImageRequest): Future[DescribeImageResponse] = service.describeImage(params).promise().toFuture\n    @inline def describeImageVersionFuture(params: DescribeImageVersionRequest): Future[DescribeImageVersionResponse] = service.describeImageVersion(params).promise().toFuture\n    @inline def describeLabelingJobFuture(params: DescribeLabelingJobRequest): Future[DescribeLabelingJobResponse] = service.describeLabelingJob(params).promise().toFuture\n    @inline def describeModelBiasJobDefinitionFuture(params: DescribeModelBiasJobDefinitionRequest): Future[DescribeModelBiasJobDefinitionResponse] = service.describeModelBiasJobDefinition(params).promise().toFuture\n    @inline def describeModelExplainabilityJobDefinitionFuture(params: DescribeModelExplainabilityJobDefinitionRequest): Future[DescribeModelExplainabilityJobDefinitionResponse] = service.describeModelExplainabilityJobDefinition(params).promise().toFuture\n    @inline def describeModelFuture(params: DescribeModelInput): Future[DescribeModelOutput] = service.describeModel(params).promise().toFuture\n    @inline def describeModelPackageFuture(params: DescribeModelPackageInput): Future[DescribeModelPackageOutput] = service.describeModelPackage(params).promise().toFuture\n    @inline def describeModelPackageGroupFuture(params: DescribeModelPackageGroupInput): Future[DescribeModelPackageGroupOutput] = service.describeModelPackageGroup(params).promise().toFuture\n    @inline def describeModelQualityJobDefinitionFuture(params: DescribeModelQualityJobDefinitionRequest): Future[DescribeModelQualityJobDefinitionResponse] = service.describeModelQualityJobDefinition(params).promise().toFuture\n    @inline def describeMonitoringScheduleFuture(params: DescribeMonitoringScheduleRequest): Future[DescribeMonitoringScheduleResponse] = service.describeMonitoringSchedule(params).promise().toFuture\n    @inline def describeNotebookInstanceFuture(params: DescribeNotebookInstanceInput): Future[DescribeNotebookInstanceOutput] = service.describeNotebookInstance(params).promise().toFuture\n    @inline def describeNotebookInstanceLifecycleConfigFuture(params: DescribeNotebookInstanceLifecycleConfigInput): Future[DescribeNotebookInstanceLifecycleConfigOutput] = service.describeNotebookInstanceLifecycleConfig(params).promise().toFuture\n    @inline def describePipelineDefinitionForExecutionFuture(params: DescribePipelineDefinitionForExecutionRequest): Future[DescribePipelineDefinitionForExecutionResponse] = service.describePipelineDefinitionForExecution(params).promise().toFuture\n    @inline def describePipelineExecutionFuture(params: DescribePipelineExecutionRequest): Future[DescribePipelineExecutionResponse] = service.describePipelineExecution(params).promise().toFuture\n    @inline def describePipelineFuture(params: DescribePipelineRequest): Future[DescribePipelineResponse] = service.describePipeline(params).promise().toFuture\n    @inline def describeProcessingJobFuture(params: DescribeProcessingJobRequest): Future[DescribeProcessingJobResponse] = service.describeProcessingJob(params).promise().toFuture\n    @inline def describeProjectFuture(params: DescribeProjectInput): Future[DescribeProjectOutput] = service.describeProject(params).promise().toFuture\n    @inline def describeSubscribedWorkteamFuture(params: DescribeSubscribedWorkteamRequest): Future[DescribeSubscribedWorkteamResponse] = service.describeSubscribedWorkteam(params).promise().toFuture\n    @inline def describeTrainingJobFuture(params: DescribeTrainingJobRequest): Future[DescribeTrainingJobResponse] = service.describeTrainingJob(params).promise().toFuture\n    @inline def describeTransformJobFuture(params: DescribeTransformJobRequest): Future[DescribeTransformJobResponse] = service.describeTransformJob(params).promise().toFuture\n    @inline def describeTrialComponentFuture(params: DescribeTrialComponentRequest): Future[DescribeTrialComponentResponse] = service.describeTrialComponent(params).promise().toFuture\n    @inline def describeTrialFuture(params: DescribeTrialRequest): Future[DescribeTrialResponse] = service.describeTrial(params).promise().toFuture\n    @inline def describeUserProfileFuture(params: DescribeUserProfileRequest): Future[DescribeUserProfileResponse] = service.describeUserProfile(params).promise().toFuture\n    @inline def describeWorkforceFuture(params: DescribeWorkforceRequest): Future[DescribeWorkforceResponse] = service.describeWorkforce(params).promise().toFuture\n    @inline def describeWorkteamFuture(params: DescribeWorkteamRequest): Future[DescribeWorkteamResponse] = service.describeWorkteam(params).promise().toFuture\n    @inline def disableSagemakerServicecatalogPortfolioFuture(params: DisableSagemakerServicecatalogPortfolioInput): Future[DisableSagemakerServicecatalogPortfolioOutput] = service.disableSagemakerServicecatalogPortfolio(params).promise().toFuture\n    @inline def disassociateTrialComponentFuture(params: DisassociateTrialComponentRequest): Future[DisassociateTrialComponentResponse] = service.disassociateTrialComponent(params).promise().toFuture\n    @inline def enableSagemakerServicecatalogPortfolioFuture(params: EnableSagemakerServicecatalogPortfolioInput): Future[EnableSagemakerServicecatalogPortfolioOutput] = service.enableSagemakerServicecatalogPortfolio(params).promise().toFuture\n    @inline def getDeviceFleetReportFuture(params: GetDeviceFleetReportRequest): Future[GetDeviceFleetReportResponse] = service.getDeviceFleetReport(params).promise().toFuture\n    @inline def getModelPackageGroupPolicyFuture(params: GetModelPackageGroupPolicyInput): Future[GetModelPackageGroupPolicyOutput] = service.getModelPackageGroupPolicy(params).promise().toFuture\n    @inline def getSagemakerServicecatalogPortfolioStatusFuture(params: GetSagemakerServicecatalogPortfolioStatusInput): Future[GetSagemakerServicecatalogPortfolioStatusOutput] = service.getSagemakerServicecatalogPortfolioStatus(params).promise().toFuture\n    @inline def getSearchSuggestionsFuture(params: GetSearchSuggestionsRequest): Future[GetSearchSuggestionsResponse] = service.getSearchSuggestions(params).promise().toFuture\n    @inline def listActionsFuture(params: ListActionsRequest): Future[ListActionsResponse] = service.listActions(params).promise().toFuture\n    @inline def listAlgorithmsFuture(params: ListAlgorithmsInput): Future[ListAlgorithmsOutput] = service.listAlgorithms(params).promise().toFuture\n    @inline def listAppImageConfigsFuture(params: ListAppImageConfigsRequest): Future[ListAppImageConfigsResponse] = service.listAppImageConfigs(params).promise().toFuture\n    @inline def listAppsFuture(params: ListAppsRequest): Future[ListAppsResponse] = service.listApps(params).promise().toFuture\n    @inline def listArtifactsFuture(params: ListArtifactsRequest): Future[ListArtifactsResponse] = service.listArtifacts(params).promise().toFuture\n    @inline def listAssociationsFuture(params: ListAssociationsRequest): Future[ListAssociationsResponse] = service.listAssociations(params).promise().toFuture\n    @inline def listAutoMLJobsFuture(params: ListAutoMLJobsRequest): Future[ListAutoMLJobsResponse] = service.listAutoMLJobs(params).promise().toFuture\n    @inline def listCandidatesForAutoMLJobFuture(params: ListCandidatesForAutoMLJobRequest): Future[ListCandidatesForAutoMLJobResponse] = service.listCandidatesForAutoMLJob(params).promise().toFuture\n    @inline def listCodeRepositoriesFuture(params: ListCodeRepositoriesInput): Future[ListCodeRepositoriesOutput] = service.listCodeRepositories(params).promise().toFuture\n    @inline def listCompilationJobsFuture(params: ListCompilationJobsRequest): Future[ListCompilationJobsResponse] = service.listCompilationJobs(params).promise().toFuture\n    @inline def listContextsFuture(params: ListContextsRequest): Future[ListContextsResponse] = service.listContexts(params).promise().toFuture\n    @inline def listDataQualityJobDefinitionsFuture(params: ListDataQualityJobDefinitionsRequest): Future[ListDataQualityJobDefinitionsResponse] = service.listDataQualityJobDefinitions(params).promise().toFuture\n    @inline def listDeviceFleetsFuture(params: ListDeviceFleetsRequest): Future[ListDeviceFleetsResponse] = service.listDeviceFleets(params).promise().toFuture\n    @inline def listDevicesFuture(params: ListDevicesRequest): Future[ListDevicesResponse] = service.listDevices(params).promise().toFuture\n    @inline def listDomainsFuture(params: ListDomainsRequest): Future[ListDomainsResponse] = service.listDomains(params).promise().toFuture\n    @inline def listEdgePackagingJobsFuture(params: ListEdgePackagingJobsRequest): Future[ListEdgePackagingJobsResponse] = service.listEdgePackagingJobs(params).promise().toFuture\n    @inline def listEndpointConfigsFuture(params: ListEndpointConfigsInput): Future[ListEndpointConfigsOutput] = service.listEndpointConfigs(params).promise().toFuture\n    @inline def listEndpointsFuture(params: ListEndpointsInput): Future[ListEndpointsOutput] = service.listEndpoints(params).promise().toFuture\n    @inline def listExperimentsFuture(params: ListExperimentsRequest): Future[ListExperimentsResponse] = service.listExperiments(params).promise().toFuture\n    @inline def listFeatureGroupsFuture(params: ListFeatureGroupsRequest): Future[ListFeatureGroupsResponse] = service.listFeatureGroups(params).promise().toFuture\n    @inline def listFlowDefinitionsFuture(params: ListFlowDefinitionsRequest): Future[ListFlowDefinitionsResponse] = service.listFlowDefinitions(params).promise().toFuture\n    @inline def listHumanTaskUisFuture(params: ListHumanTaskUisRequest): Future[ListHumanTaskUisResponse] = service.listHumanTaskUis(params).promise().toFuture\n    @inline def listHyperParameterTuningJobsFuture(params: ListHyperParameterTuningJobsRequest): Future[ListHyperParameterTuningJobsResponse] = service.listHyperParameterTuningJobs(params).promise().toFuture\n    @inline def listImageVersionsFuture(params: ListImageVersionsRequest): Future[ListImageVersionsResponse] = service.listImageVersions(params).promise().toFuture\n    @inline def listImagesFuture(params: ListImagesRequest): Future[ListImagesResponse] = service.listImages(params).promise().toFuture\n    @inline def listLabelingJobsForWorkteamFuture(params: ListLabelingJobsForWorkteamRequest): Future[ListLabelingJobsForWorkteamResponse] = service.listLabelingJobsForWorkteam(params).promise().toFuture\n    @inline def listLabelingJobsFuture(params: ListLabelingJobsRequest): Future[ListLabelingJobsResponse] = service.listLabelingJobs(params).promise().toFuture\n    @inline def listModelBiasJobDefinitionsFuture(params: ListModelBiasJobDefinitionsRequest): Future[ListModelBiasJobDefinitionsResponse] = service.listModelBiasJobDefinitions(params).promise().toFuture\n    @inline def listModelExplainabilityJobDefinitionsFuture(params: ListModelExplainabilityJobDefinitionsRequest): Future[ListModelExplainabilityJobDefinitionsResponse] = service.listModelExplainabilityJobDefinitions(params).promise().toFuture\n    @inline def listModelPackageGroupsFuture(params: ListModelPackageGroupsInput): Future[ListModelPackageGroupsOutput] = service.listModelPackageGroups(params).promise().toFuture\n    @inline def listModelPackagesFuture(params: ListModelPackagesInput): Future[ListModelPackagesOutput] = service.listModelPackages(params).promise().toFuture\n    @inline def listModelQualityJobDefinitionsFuture(params: ListModelQualityJobDefinitionsRequest): Future[ListModelQualityJobDefinitionsResponse] = service.listModelQualityJobDefinitions(params).promise().toFuture\n    @inline def listModelsFuture(params: ListModelsInput): Future[ListModelsOutput] = service.listModels(params).promise().toFuture\n    @inline def listMonitoringExecutionsFuture(params: ListMonitoringExecutionsRequest): Future[ListMonitoringExecutionsResponse] = service.listMonitoringExecutions(params).promise().toFuture\n    @inline def listMonitoringSchedulesFuture(params: ListMonitoringSchedulesRequest): Future[ListMonitoringSchedulesResponse] = service.listMonitoringSchedules(params).promise().toFuture\n    @inline def listNotebookInstanceLifecycleConfigsFuture(params: ListNotebookInstanceLifecycleConfigsInput): Future[ListNotebookInstanceLifecycleConfigsOutput] = service.listNotebookInstanceLifecycleConfigs(params).promise().toFuture\n    @inline def listNotebookInstancesFuture(params: ListNotebookInstancesInput): Future[ListNotebookInstancesOutput] = service.listNotebookInstances(params).promise().toFuture\n    @inline def listPipelineExecutionStepsFuture(params: ListPipelineExecutionStepsRequest): Future[ListPipelineExecutionStepsResponse] = service.listPipelineExecutionSteps(params).promise().toFuture\n    @inline def listPipelineExecutionsFuture(params: ListPipelineExecutionsRequest): Future[ListPipelineExecutionsResponse] = service.listPipelineExecutions(params).promise().toFuture\n    @inline def listPipelineParametersForExecutionFuture(params: ListPipelineParametersForExecutionRequest): Future[ListPipelineParametersForExecutionResponse] = service.listPipelineParametersForExecution(params).promise().toFuture\n    @inline def listPipelinesFuture(params: ListPipelinesRequest): Future[ListPipelinesResponse] = service.listPipelines(params).promise().toFuture\n    @inline def listProcessingJobsFuture(params: ListProcessingJobsRequest): Future[ListProcessingJobsResponse] = service.listProcessingJobs(params).promise().toFuture\n    @inline def listProjectsFuture(params: ListProjectsInput): Future[ListProjectsOutput] = service.listProjects(params).promise().toFuture\n    @inline def listSubscribedWorkteamsFuture(params: ListSubscribedWorkteamsRequest): Future[ListSubscribedWorkteamsResponse] = service.listSubscribedWorkteams(params).promise().toFuture\n    @inline def listTagsFuture(params: ListTagsInput): Future[ListTagsOutput] = service.listTags(params).promise().toFuture\n    @inline def listTrainingJobsForHyperParameterTuningJobFuture(params: ListTrainingJobsForHyperParameterTuningJobRequest): Future[ListTrainingJobsForHyperParameterTuningJobResponse] = service.listTrainingJobsForHyperParameterTuningJob(params).promise().toFuture\n    @inline def listTrainingJobsFuture(params: ListTrainingJobsRequest): Future[ListTrainingJobsResponse] = service.listTrainingJobs(params).promise().toFuture\n    @inline def listTransformJobsFuture(params: ListTransformJobsRequest): Future[ListTransformJobsResponse] = service.listTransformJobs(params).promise().toFuture\n    @inline def listTrialComponentsFuture(params: ListTrialComponentsRequest): Future[ListTrialComponentsResponse] = service.listTrialComponents(params).promise().toFuture\n    @inline def listTrialsFuture(params: ListTrialsRequest): Future[ListTrialsResponse] = service.listTrials(params).promise().toFuture\n    @inline def listUserProfilesFuture(params: ListUserProfilesRequest): Future[ListUserProfilesResponse] = service.listUserProfiles(params).promise().toFuture\n    @inline def listWorkforcesFuture(params: ListWorkforcesRequest): Future[ListWorkforcesResponse] = service.listWorkforces(params).promise().toFuture\n    @inline def listWorkteamsFuture(params: ListWorkteamsRequest): Future[ListWorkteamsResponse] = service.listWorkteams(params).promise().toFuture\n    @inline def putModelPackageGroupPolicyFuture(params: PutModelPackageGroupPolicyInput): Future[PutModelPackageGroupPolicyOutput] = service.putModelPackageGroupPolicy(params).promise().toFuture\n    @inline def registerDevicesFuture(params: RegisterDevicesRequest): Future[js.Object] = service.registerDevices(params).promise().toFuture\n    @inline def renderUiTemplateFuture(params: RenderUiTemplateRequest): Future[RenderUiTemplateResponse] = service.renderUiTemplate(params).promise().toFuture\n    @inline def searchFuture(params: SearchRequest): Future[SearchResponse] = service.search(params).promise().toFuture\n    @inline def startMonitoringScheduleFuture(params: StartMonitoringScheduleRequest): Future[js.Object] = service.startMonitoringSchedule(params).promise().toFuture\n    @inline def startNotebookInstanceFuture(params: StartNotebookInstanceInput): Future[js.Object] = service.startNotebookInstance(params).promise().toFuture\n    @inline def startPipelineExecutionFuture(params: StartPipelineExecutionRequest): Future[StartPipelineExecutionResponse] = service.startPipelineExecution(params).promise().toFuture\n    @inline def stopAutoMLJobFuture(params: StopAutoMLJobRequest): Future[js.Object] = service.stopAutoMLJob(params).promise().toFuture\n    @inline def stopCompilationJobFuture(params: StopCompilationJobRequest): Future[js.Object] = service.stopCompilationJob(params).promise().toFuture\n    @inline def stopEdgePackagingJobFuture(params: StopEdgePackagingJobRequest): Future[js.Object] = service.stopEdgePackagingJob(params).promise().toFuture\n    @inline def stopHyperParameterTuningJobFuture(params: StopHyperParameterTuningJobRequest): Future[js.Object] = service.stopHyperParameterTuningJob(params).promise().toFuture\n    @inline def stopLabelingJobFuture(params: StopLabelingJobRequest): Future[js.Object] = service.stopLabelingJob(params).promise().toFuture\n    @inline def stopMonitoringScheduleFuture(params: StopMonitoringScheduleRequest): Future[js.Object] = service.stopMonitoringSchedule(params).promise().toFuture\n    @inline def stopNotebookInstanceFuture(params: StopNotebookInstanceInput): Future[js.Object] = service.stopNotebookInstance(params).promise().toFuture\n    @inline def stopPipelineExecutionFuture(params: StopPipelineExecutionRequest): Future[StopPipelineExecutionResponse] = service.stopPipelineExecution(params).promise().toFuture\n    @inline def stopProcessingJobFuture(params: StopProcessingJobRequest): Future[js.Object] = service.stopProcessingJob(params).promise().toFuture\n    @inline def stopTrainingJobFuture(params: StopTrainingJobRequest): Future[js.Object] = service.stopTrainingJob(params).promise().toFuture\n    @inline def stopTransformJobFuture(params: StopTransformJobRequest): Future[js.Object] = service.stopTransformJob(params).promise().toFuture\n    @inline def updateActionFuture(params: UpdateActionRequest): Future[UpdateActionResponse] = service.updateAction(params).promise().toFuture\n    @inline def updateAppImageConfigFuture(params: UpdateAppImageConfigRequest): Future[UpdateAppImageConfigResponse] = service.updateAppImageConfig(params).promise().toFuture\n    @inline def updateArtifactFuture(params: UpdateArtifactRequest): Future[UpdateArtifactResponse] = service.updateArtifact(params).promise().toFuture\n    @inline def updateCodeRepositoryFuture(params: UpdateCodeRepositoryInput): Future[UpdateCodeRepositoryOutput] = service.updateCodeRepository(params).promise().toFuture\n    @inline def updateContextFuture(params: UpdateContextRequest): Future[UpdateContextResponse] = service.updateContext(params).promise().toFuture\n    @inline def updateDeviceFleetFuture(params: UpdateDeviceFleetRequest): Future[js.Object] = service.updateDeviceFleet(params).promise().toFuture\n    @inline def updateDevicesFuture(params: UpdateDevicesRequest): Future[js.Object] = service.updateDevices(params).promise().toFuture\n    @inline def updateDomainFuture(params: UpdateDomainRequest): Future[UpdateDomainResponse] = service.updateDomain(params).promise().toFuture\n    @inline def updateEndpointFuture(params: UpdateEndpointInput): Future[UpdateEndpointOutput] = service.updateEndpoint(params).promise().toFuture\n    @inline def updateEndpointWeightsAndCapacitiesFuture(params: UpdateEndpointWeightsAndCapacitiesInput): Future[UpdateEndpointWeightsAndCapacitiesOutput] = service.updateEndpointWeightsAndCapacities(params).promise().toFuture\n    @inline def updateExperimentFuture(params: UpdateExperimentRequest): Future[UpdateExperimentResponse] = service.updateExperiment(params).promise().toFuture\n    @inline def updateImageFuture(params: UpdateImageRequest): Future[UpdateImageResponse] = service.updateImage(params).promise().toFuture\n    @inline def updateModelPackageFuture(params: UpdateModelPackageInput): Future[UpdateModelPackageOutput] = service.updateModelPackage(params).promise().toFuture\n    @inline def updateMonitoringScheduleFuture(params: UpdateMonitoringScheduleRequest): Future[UpdateMonitoringScheduleResponse] = service.updateMonitoringSchedule(params).promise().toFuture\n    @inline def updateNotebookInstanceFuture(params: UpdateNotebookInstanceInput): Future[UpdateNotebookInstanceOutput] = service.updateNotebookInstance(params).promise().toFuture\n    @inline def updateNotebookInstanceLifecycleConfigFuture(params: UpdateNotebookInstanceLifecycleConfigInput): Future[UpdateNotebookInstanceLifecycleConfigOutput] = service.updateNotebookInstanceLifecycleConfig(params).promise().toFuture\n    @inline def updatePipelineExecutionFuture(params: UpdatePipelineExecutionRequest): Future[UpdatePipelineExecutionResponse] = service.updatePipelineExecution(params).promise().toFuture\n    @inline def updatePipelineFuture(params: UpdatePipelineRequest): Future[UpdatePipelineResponse] = service.updatePipeline(params).promise().toFuture\n    @inline def updateTrainingJobFuture(params: UpdateTrainingJobRequest): Future[UpdateTrainingJobResponse] = service.updateTrainingJob(params).promise().toFuture\n    @inline def updateTrialComponentFuture(params: UpdateTrialComponentRequest): Future[UpdateTrialComponentResponse] = service.updateTrialComponent(params).promise().toFuture\n    @inline def updateTrialFuture(params: UpdateTrialRequest): Future[UpdateTrialResponse] = service.updateTrial(params).promise().toFuture\n    @inline def updateUserProfileFuture(params: UpdateUserProfileRequest): Future[UpdateUserProfileResponse] = service.updateUserProfile(params).promise().toFuture\n    @inline def updateWorkforceFuture(params: UpdateWorkforceRequest): Future[UpdateWorkforceResponse] = service.updateWorkforce(params).promise().toFuture\n    @inline def updateWorkteamFuture(params: UpdateWorkteamRequest): Future[UpdateWorkteamResponse] = service.updateWorkteam(params).promise().toFuture\n\n  }\n}\n\npackage sagemaker {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/sagemaker\", JSImport.Namespace, \"AWS.SageMaker\")\n  class SageMaker() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addAssociation(params: AddAssociationRequest): Request[AddAssociationResponse] = js.native\n    def addTags(params: AddTagsInput): Request[AddTagsOutput] = js.native\n    def associateTrialComponent(params: AssociateTrialComponentRequest): Request[AssociateTrialComponentResponse] = js.native\n    def createAction(params: CreateActionRequest): Request[CreateActionResponse] = js.native\n    def createAlgorithm(params: CreateAlgorithmInput): Request[CreateAlgorithmOutput] = js.native\n    def createApp(params: CreateAppRequest): Request[CreateAppResponse] = js.native\n    def createAppImageConfig(params: CreateAppImageConfigRequest): Request[CreateAppImageConfigResponse] = js.native\n    def createArtifact(params: CreateArtifactRequest): Request[CreateArtifactResponse] = js.native\n    def createAutoMLJob(params: CreateAutoMLJobRequest): Request[CreateAutoMLJobResponse] = js.native\n    def createCodeRepository(params: CreateCodeRepositoryInput): Request[CreateCodeRepositoryOutput] = js.native\n    def createCompilationJob(params: CreateCompilationJobRequest): Request[CreateCompilationJobResponse] = js.native\n    def createContext(params: CreateContextRequest): Request[CreateContextResponse] = js.native\n    def createDataQualityJobDefinition(params: CreateDataQualityJobDefinitionRequest): Request[CreateDataQualityJobDefinitionResponse] = js.native\n    def createDeviceFleet(params: CreateDeviceFleetRequest): Request[js.Object] = js.native\n    def createDomain(params: CreateDomainRequest): Request[CreateDomainResponse] = js.native\n    def createEdgePackagingJob(params: CreateEdgePackagingJobRequest): Request[js.Object] = js.native\n    def createEndpoint(params: CreateEndpointInput): Request[CreateEndpointOutput] = js.native\n    def createEndpointConfig(params: CreateEndpointConfigInput): Request[CreateEndpointConfigOutput] = js.native\n    def createExperiment(params: CreateExperimentRequest): Request[CreateExperimentResponse] = js.native\n    def createFeatureGroup(params: CreateFeatureGroupRequest): Request[CreateFeatureGroupResponse] = js.native\n    def createFlowDefinition(params: CreateFlowDefinitionRequest): Request[CreateFlowDefinitionResponse] = js.native\n    def createHumanTaskUi(params: CreateHumanTaskUiRequest): Request[CreateHumanTaskUiResponse] = js.native\n    def createHyperParameterTuningJob(params: CreateHyperParameterTuningJobRequest): Request[CreateHyperParameterTuningJobResponse] = js.native\n    def createImage(params: CreateImageRequest): Request[CreateImageResponse] = js.native\n    def createImageVersion(params: CreateImageVersionRequest): Request[CreateImageVersionResponse] = js.native\n    def createLabelingJob(params: CreateLabelingJobRequest): Request[CreateLabelingJobResponse] = js.native\n    def createModel(params: CreateModelInput): Request[CreateModelOutput] = js.native\n    def createModelBiasJobDefinition(params: CreateModelBiasJobDefinitionRequest): Request[CreateModelBiasJobDefinitionResponse] = js.native\n    def createModelExplainabilityJobDefinition(params: CreateModelExplainabilityJobDefinitionRequest): Request[CreateModelExplainabilityJobDefinitionResponse] = js.native\n    def createModelPackage(params: CreateModelPackageInput): Request[CreateModelPackageOutput] = js.native\n    def createModelPackageGroup(params: CreateModelPackageGroupInput): Request[CreateModelPackageGroupOutput] = js.native\n    def createModelQualityJobDefinition(params: CreateModelQualityJobDefinitionRequest): Request[CreateModelQualityJobDefinitionResponse] = js.native\n    def createMonitoringSchedule(params: CreateMonitoringScheduleRequest): Request[CreateMonitoringScheduleResponse] = js.native\n    def createNotebookInstance(params: CreateNotebookInstanceInput): Request[CreateNotebookInstanceOutput] = js.native\n    def createNotebookInstanceLifecycleConfig(params: CreateNotebookInstanceLifecycleConfigInput): Request[CreateNotebookInstanceLifecycleConfigOutput] = js.native\n    def createPipeline(params: CreatePipelineRequest): Request[CreatePipelineResponse] = js.native\n    def createPresignedDomainUrl(params: CreatePresignedDomainUrlRequest): Request[CreatePresignedDomainUrlResponse] = js.native\n    def createPresignedNotebookInstanceUrl(params: CreatePresignedNotebookInstanceUrlInput): Request[CreatePresignedNotebookInstanceUrlOutput] = js.native\n    def createProcessingJob(params: CreateProcessingJobRequest): Request[CreateProcessingJobResponse] = js.native\n    def createProject(params: CreateProjectInput): Request[CreateProjectOutput] = js.native\n    def createTrainingJob(params: CreateTrainingJobRequest): Request[CreateTrainingJobResponse] = js.native\n    def createTransformJob(params: CreateTransformJobRequest): Request[CreateTransformJobResponse] = js.native\n    def createTrial(params: CreateTrialRequest): Request[CreateTrialResponse] = js.native\n    def createTrialComponent(params: CreateTrialComponentRequest): Request[CreateTrialComponentResponse] = js.native\n    def createUserProfile(params: CreateUserProfileRequest): Request[CreateUserProfileResponse] = js.native\n    def createWorkforce(params: CreateWorkforceRequest): Request[CreateWorkforceResponse] = js.native\n    def createWorkteam(params: CreateWorkteamRequest): Request[CreateWorkteamResponse] = js.native\n    def deleteAction(params: DeleteActionRequest): Request[DeleteActionResponse] = js.native\n    def deleteAlgorithm(params: DeleteAlgorithmInput): Request[js.Object] = js.native\n    def deleteApp(params: DeleteAppRequest): Request[js.Object] = js.native\n    def deleteAppImageConfig(params: DeleteAppImageConfigRequest): Request[js.Object] = js.native\n    def deleteArtifact(params: DeleteArtifactRequest): Request[DeleteArtifactResponse] = js.native\n    def deleteAssociation(params: DeleteAssociationRequest): Request[DeleteAssociationResponse] = js.native\n    def deleteCodeRepository(params: DeleteCodeRepositoryInput): Request[js.Object] = js.native\n    def deleteContext(params: DeleteContextRequest): Request[DeleteContextResponse] = js.native\n    def deleteDataQualityJobDefinition(params: DeleteDataQualityJobDefinitionRequest): Request[js.Object] = js.native\n    def deleteDeviceFleet(params: DeleteDeviceFleetRequest): Request[js.Object] = js.native\n    def deleteDomain(params: DeleteDomainRequest): Request[js.Object] = js.native\n    def deleteEndpoint(params: DeleteEndpointInput): Request[js.Object] = js.native\n    def deleteEndpointConfig(params: DeleteEndpointConfigInput): Request[js.Object] = js.native\n    def deleteExperiment(params: DeleteExperimentRequest): Request[DeleteExperimentResponse] = js.native\n    def deleteFeatureGroup(params: DeleteFeatureGroupRequest): Request[js.Object] = js.native\n    def deleteFlowDefinition(params: DeleteFlowDefinitionRequest): Request[DeleteFlowDefinitionResponse] = js.native\n    def deleteHumanTaskUi(params: DeleteHumanTaskUiRequest): Request[DeleteHumanTaskUiResponse] = js.native\n    def deleteImage(params: DeleteImageRequest): Request[DeleteImageResponse] = js.native\n    def deleteImageVersion(params: DeleteImageVersionRequest): Request[DeleteImageVersionResponse] = js.native\n    def deleteModel(params: DeleteModelInput): Request[js.Object] = js.native\n    def deleteModelBiasJobDefinition(params: DeleteModelBiasJobDefinitionRequest): Request[js.Object] = js.native\n    def deleteModelExplainabilityJobDefinition(params: DeleteModelExplainabilityJobDefinitionRequest): Request[js.Object] = js.native\n    def deleteModelPackage(params: DeleteModelPackageInput): Request[js.Object] = js.native\n    def deleteModelPackageGroup(params: DeleteModelPackageGroupInput): Request[js.Object] = js.native\n    def deleteModelPackageGroupPolicy(params: DeleteModelPackageGroupPolicyInput): Request[js.Object] = js.native\n    def deleteModelQualityJobDefinition(params: DeleteModelQualityJobDefinitionRequest): Request[js.Object] = js.native\n    def deleteMonitoringSchedule(params: DeleteMonitoringScheduleRequest): Request[js.Object] = js.native\n    def deleteNotebookInstance(params: DeleteNotebookInstanceInput): Request[js.Object] = js.native\n    def deleteNotebookInstanceLifecycleConfig(params: DeleteNotebookInstanceLifecycleConfigInput): Request[js.Object] = js.native\n    def deletePipeline(params: DeletePipelineRequest): Request[DeletePipelineResponse] = js.native\n    def deleteProject(params: DeleteProjectInput): Request[js.Object] = js.native\n    def deleteTags(params: DeleteTagsInput): Request[DeleteTagsOutput] = js.native\n    def deleteTrial(params: DeleteTrialRequest): Request[DeleteTrialResponse] = js.native\n    def deleteTrialComponent(params: DeleteTrialComponentRequest): Request[DeleteTrialComponentResponse] = js.native\n    def deleteUserProfile(params: DeleteUserProfileRequest): Request[js.Object] = js.native\n    def deleteWorkforce(params: DeleteWorkforceRequest): Request[DeleteWorkforceResponse] = js.native\n    def deleteWorkteam(params: DeleteWorkteamRequest): Request[DeleteWorkteamResponse] = js.native\n    def deregisterDevices(params: DeregisterDevicesRequest): Request[js.Object] = js.native\n    def describeAction(params: DescribeActionRequest): Request[DescribeActionResponse] = js.native\n    def describeAlgorithm(params: DescribeAlgorithmInput): Request[DescribeAlgorithmOutput] = js.native\n    def describeApp(params: DescribeAppRequest): Request[DescribeAppResponse] = js.native\n    def describeAppImageConfig(params: DescribeAppImageConfigRequest): Request[DescribeAppImageConfigResponse] = js.native\n    def describeArtifact(params: DescribeArtifactRequest): Request[DescribeArtifactResponse] = js.native\n    def describeAutoMLJob(params: DescribeAutoMLJobRequest): Request[DescribeAutoMLJobResponse] = js.native\n    def describeCodeRepository(params: DescribeCodeRepositoryInput): Request[DescribeCodeRepositoryOutput] = js.native\n    def describeCompilationJob(params: DescribeCompilationJobRequest): Request[DescribeCompilationJobResponse] = js.native\n    def describeContext(params: DescribeContextRequest): Request[DescribeContextResponse] = js.native\n    def describeDataQualityJobDefinition(params: DescribeDataQualityJobDefinitionRequest): Request[DescribeDataQualityJobDefinitionResponse] = js.native\n    def describeDevice(params: DescribeDeviceRequest): Request[DescribeDeviceResponse] = js.native\n    def describeDeviceFleet(params: DescribeDeviceFleetRequest): Request[DescribeDeviceFleetResponse] = js.native\n    def describeDomain(params: DescribeDomainRequest): Request[DescribeDomainResponse] = js.native\n    def describeEdgePackagingJob(params: DescribeEdgePackagingJobRequest): Request[DescribeEdgePackagingJobResponse] = js.native\n    def describeEndpoint(params: DescribeEndpointInput): Request[DescribeEndpointOutput] = js.native\n    def describeEndpointConfig(params: DescribeEndpointConfigInput): Request[DescribeEndpointConfigOutput] = js.native\n    def describeExperiment(params: DescribeExperimentRequest): Request[DescribeExperimentResponse] = js.native\n    def describeFeatureGroup(params: DescribeFeatureGroupRequest): Request[DescribeFeatureGroupResponse] = js.native\n    def describeFlowDefinition(params: DescribeFlowDefinitionRequest): Request[DescribeFlowDefinitionResponse] = js.native\n    def describeHumanTaskUi(params: DescribeHumanTaskUiRequest): Request[DescribeHumanTaskUiResponse] = js.native\n    def describeHyperParameterTuningJob(params: DescribeHyperParameterTuningJobRequest): Request[DescribeHyperParameterTuningJobResponse] = js.native\n    def describeImage(params: DescribeImageRequest): Request[DescribeImageResponse] = js.native\n    def describeImageVersion(params: DescribeImageVersionRequest): Request[DescribeImageVersionResponse] = js.native\n    def describeLabelingJob(params: DescribeLabelingJobRequest): Request[DescribeLabelingJobResponse] = js.native\n    def describeModel(params: DescribeModelInput): Request[DescribeModelOutput] = js.native\n    def describeModelBiasJobDefinition(params: DescribeModelBiasJobDefinitionRequest): Request[DescribeModelBiasJobDefinitionResponse] = js.native\n    def describeModelExplainabilityJobDefinition(params: DescribeModelExplainabilityJobDefinitionRequest): Request[DescribeModelExplainabilityJobDefinitionResponse] = js.native\n    def describeModelPackage(params: DescribeModelPackageInput): Request[DescribeModelPackageOutput] = js.native\n    def describeModelPackageGroup(params: DescribeModelPackageGroupInput): Request[DescribeModelPackageGroupOutput] = js.native\n    def describeModelQualityJobDefinition(params: DescribeModelQualityJobDefinitionRequest): Request[DescribeModelQualityJobDefinitionResponse] = js.native\n    def describeMonitoringSchedule(params: DescribeMonitoringScheduleRequest): Request[DescribeMonitoringScheduleResponse] = js.native\n    def describeNotebookInstance(params: DescribeNotebookInstanceInput): Request[DescribeNotebookInstanceOutput] = js.native\n    def describeNotebookInstanceLifecycleConfig(params: DescribeNotebookInstanceLifecycleConfigInput): Request[DescribeNotebookInstanceLifecycleConfigOutput] = js.native\n    def describePipeline(params: DescribePipelineRequest): Request[DescribePipelineResponse] = js.native\n    def describePipelineDefinitionForExecution(params: DescribePipelineDefinitionForExecutionRequest): Request[DescribePipelineDefinitionForExecutionResponse] = js.native\n    def describePipelineExecution(params: DescribePipelineExecutionRequest): Request[DescribePipelineExecutionResponse] = js.native\n    def describeProcessingJob(params: DescribeProcessingJobRequest): Request[DescribeProcessingJobResponse] = js.native\n    def describeProject(params: DescribeProjectInput): Request[DescribeProjectOutput] = js.native\n    def describeSubscribedWorkteam(params: DescribeSubscribedWorkteamRequest): Request[DescribeSubscribedWorkteamResponse] = js.native\n    def describeTrainingJob(params: DescribeTrainingJobRequest): Request[DescribeTrainingJobResponse] = js.native\n    def describeTransformJob(params: DescribeTransformJobRequest): Request[DescribeTransformJobResponse] = js.native\n    def describeTrial(params: DescribeTrialRequest): Request[DescribeTrialResponse] = js.native\n    def describeTrialComponent(params: DescribeTrialComponentRequest): Request[DescribeTrialComponentResponse] = js.native\n    def describeUserProfile(params: DescribeUserProfileRequest): Request[DescribeUserProfileResponse] = js.native\n    def describeWorkforce(params: DescribeWorkforceRequest): Request[DescribeWorkforceResponse] = js.native\n    def describeWorkteam(params: DescribeWorkteamRequest): Request[DescribeWorkteamResponse] = js.native\n    def disableSagemakerServicecatalogPortfolio(params: DisableSagemakerServicecatalogPortfolioInput): Request[DisableSagemakerServicecatalogPortfolioOutput] = js.native\n    def disassociateTrialComponent(params: DisassociateTrialComponentRequest): Request[DisassociateTrialComponentResponse] = js.native\n    def enableSagemakerServicecatalogPortfolio(params: EnableSagemakerServicecatalogPortfolioInput): Request[EnableSagemakerServicecatalogPortfolioOutput] = js.native\n    def getDeviceFleetReport(params: GetDeviceFleetReportRequest): Request[GetDeviceFleetReportResponse] = js.native\n    def getModelPackageGroupPolicy(params: GetModelPackageGroupPolicyInput): Request[GetModelPackageGroupPolicyOutput] = js.native\n    def getSagemakerServicecatalogPortfolioStatus(params: GetSagemakerServicecatalogPortfolioStatusInput): Request[GetSagemakerServicecatalogPortfolioStatusOutput] = js.native\n    def getSearchSuggestions(params: GetSearchSuggestionsRequest): Request[GetSearchSuggestionsResponse] = js.native\n    def listActions(params: ListActionsRequest): Request[ListActionsResponse] = js.native\n    def listAlgorithms(params: ListAlgorithmsInput): Request[ListAlgorithmsOutput] = js.native\n    def listAppImageConfigs(params: ListAppImageConfigsRequest): Request[ListAppImageConfigsResponse] = js.native\n    def listApps(params: ListAppsRequest): Request[ListAppsResponse] = js.native\n    def listArtifacts(params: ListArtifactsRequest): Request[ListArtifactsResponse] = js.native\n    def listAssociations(params: ListAssociationsRequest): Request[ListAssociationsResponse] = js.native\n    def listAutoMLJobs(params: ListAutoMLJobsRequest): Request[ListAutoMLJobsResponse] = js.native\n    def listCandidatesForAutoMLJob(params: ListCandidatesForAutoMLJobRequest): Request[ListCandidatesForAutoMLJobResponse] = js.native\n    def listCodeRepositories(params: ListCodeRepositoriesInput): Request[ListCodeRepositoriesOutput] = js.native\n    def listCompilationJobs(params: ListCompilationJobsRequest): Request[ListCompilationJobsResponse] = js.native\n    def listContexts(params: ListContextsRequest): Request[ListContextsResponse] = js.native\n    def listDataQualityJobDefinitions(params: ListDataQualityJobDefinitionsRequest): Request[ListDataQualityJobDefinitionsResponse] = js.native\n    def listDeviceFleets(params: ListDeviceFleetsRequest): Request[ListDeviceFleetsResponse] = js.native\n    def listDevices(params: ListDevicesRequest): Request[ListDevicesResponse] = js.native\n    def listDomains(params: ListDomainsRequest): Request[ListDomainsResponse] = js.native\n    def listEdgePackagingJobs(params: ListEdgePackagingJobsRequest): Request[ListEdgePackagingJobsResponse] = js.native\n    def listEndpointConfigs(params: ListEndpointConfigsInput): Request[ListEndpointConfigsOutput] = js.native\n    def listEndpoints(params: ListEndpointsInput): Request[ListEndpointsOutput] = js.native\n    def listExperiments(params: ListExperimentsRequest): Request[ListExperimentsResponse] = js.native\n    def listFeatureGroups(params: ListFeatureGroupsRequest): Request[ListFeatureGroupsResponse] = js.native\n    def listFlowDefinitions(params: ListFlowDefinitionsRequest): Request[ListFlowDefinitionsResponse] = js.native\n    def listHumanTaskUis(params: ListHumanTaskUisRequest): Request[ListHumanTaskUisResponse] = js.native\n    def listHyperParameterTuningJobs(params: ListHyperParameterTuningJobsRequest): Request[ListHyperParameterTuningJobsResponse] = js.native\n    def listImageVersions(params: ListImageVersionsRequest): Request[ListImageVersionsResponse] = js.native\n    def listImages(params: ListImagesRequest): Request[ListImagesResponse] = js.native\n    def listLabelingJobs(params: ListLabelingJobsRequest): Request[ListLabelingJobsResponse] = js.native\n    def listLabelingJobsForWorkteam(params: ListLabelingJobsForWorkteamRequest): Request[ListLabelingJobsForWorkteamResponse] = js.native\n    def listModelBiasJobDefinitions(params: ListModelBiasJobDefinitionsRequest): Request[ListModelBiasJobDefinitionsResponse] = js.native\n    def listModelExplainabilityJobDefinitions(params: ListModelExplainabilityJobDefinitionsRequest): Request[ListModelExplainabilityJobDefinitionsResponse] = js.native\n    def listModelPackageGroups(params: ListModelPackageGroupsInput): Request[ListModelPackageGroupsOutput] = js.native\n    def listModelPackages(params: ListModelPackagesInput): Request[ListModelPackagesOutput] = js.native\n    def listModelQualityJobDefinitions(params: ListModelQualityJobDefinitionsRequest): Request[ListModelQualityJobDefinitionsResponse] = js.native\n    def listModels(params: ListModelsInput): Request[ListModelsOutput] = js.native\n    def listMonitoringExecutions(params: ListMonitoringExecutionsRequest): Request[ListMonitoringExecutionsResponse] = js.native\n    def listMonitoringSchedules(params: ListMonitoringSchedulesRequest): Request[ListMonitoringSchedulesResponse] = js.native\n    def listNotebookInstanceLifecycleConfigs(params: ListNotebookInstanceLifecycleConfigsInput): Request[ListNotebookInstanceLifecycleConfigsOutput] = js.native\n    def listNotebookInstances(params: ListNotebookInstancesInput): Request[ListNotebookInstancesOutput] = js.native\n    def listPipelineExecutionSteps(params: ListPipelineExecutionStepsRequest): Request[ListPipelineExecutionStepsResponse] = js.native\n    def listPipelineExecutions(params: ListPipelineExecutionsRequest): Request[ListPipelineExecutionsResponse] = js.native\n    def listPipelineParametersForExecution(params: ListPipelineParametersForExecutionRequest): Request[ListPipelineParametersForExecutionResponse] = js.native\n    def listPipelines(params: ListPipelinesRequest): Request[ListPipelinesResponse] = js.native\n    def listProcessingJobs(params: ListProcessingJobsRequest): Request[ListProcessingJobsResponse] = js.native\n    def listProjects(params: ListProjectsInput): Request[ListProjectsOutput] = js.native\n    def listSubscribedWorkteams(params: ListSubscribedWorkteamsRequest): Request[ListSubscribedWorkteamsResponse] = js.native\n    def listTags(params: ListTagsInput): Request[ListTagsOutput] = js.native\n    def listTrainingJobs(params: ListTrainingJobsRequest): Request[ListTrainingJobsResponse] = js.native\n    def listTrainingJobsForHyperParameterTuningJob(params: ListTrainingJobsForHyperParameterTuningJobRequest): Request[ListTrainingJobsForHyperParameterTuningJobResponse] = js.native\n    def listTransformJobs(params: ListTransformJobsRequest): Request[ListTransformJobsResponse] = js.native\n    def listTrialComponents(params: ListTrialComponentsRequest): Request[ListTrialComponentsResponse] = js.native\n    def listTrials(params: ListTrialsRequest): Request[ListTrialsResponse] = js.native\n    def listUserProfiles(params: ListUserProfilesRequest): Request[ListUserProfilesResponse] = js.native\n    def listWorkforces(params: ListWorkforcesRequest): Request[ListWorkforcesResponse] = js.native\n    def listWorkteams(params: ListWorkteamsRequest): Request[ListWorkteamsResponse] = js.native\n    def putModelPackageGroupPolicy(params: PutModelPackageGroupPolicyInput): Request[PutModelPackageGroupPolicyOutput] = js.native\n    def registerDevices(params: RegisterDevicesRequest): Request[js.Object] = js.native\n    def renderUiTemplate(params: RenderUiTemplateRequest): Request[RenderUiTemplateResponse] = js.native\n    def search(params: SearchRequest): Request[SearchResponse] = js.native\n    def startMonitoringSchedule(params: StartMonitoringScheduleRequest): Request[js.Object] = js.native\n    def startNotebookInstance(params: StartNotebookInstanceInput): Request[js.Object] = js.native\n    def startPipelineExecution(params: StartPipelineExecutionRequest): Request[StartPipelineExecutionResponse] = js.native\n    def stopAutoMLJob(params: StopAutoMLJobRequest): Request[js.Object] = js.native\n    def stopCompilationJob(params: StopCompilationJobRequest): Request[js.Object] = js.native\n    def stopEdgePackagingJob(params: StopEdgePackagingJobRequest): Request[js.Object] = js.native\n    def stopHyperParameterTuningJob(params: StopHyperParameterTuningJobRequest): Request[js.Object] = js.native\n    def stopLabelingJob(params: StopLabelingJobRequest): Request[js.Object] = js.native\n    def stopMonitoringSchedule(params: StopMonitoringScheduleRequest): Request[js.Object] = js.native\n    def stopNotebookInstance(params: StopNotebookInstanceInput): Request[js.Object] = js.native\n    def stopPipelineExecution(params: StopPipelineExecutionRequest): Request[StopPipelineExecutionResponse] = js.native\n    def stopProcessingJob(params: StopProcessingJobRequest): Request[js.Object] = js.native\n    def stopTrainingJob(params: StopTrainingJobRequest): Request[js.Object] = js.native\n    def stopTransformJob(params: StopTransformJobRequest): Request[js.Object] = js.native\n    def updateAction(params: UpdateActionRequest): Request[UpdateActionResponse] = js.native\n    def updateAppImageConfig(params: UpdateAppImageConfigRequest): Request[UpdateAppImageConfigResponse] = js.native\n    def updateArtifact(params: UpdateArtifactRequest): Request[UpdateArtifactResponse] = js.native\n    def updateCodeRepository(params: UpdateCodeRepositoryInput): Request[UpdateCodeRepositoryOutput] = js.native\n    def updateContext(params: UpdateContextRequest): Request[UpdateContextResponse] = js.native\n    def updateDeviceFleet(params: UpdateDeviceFleetRequest): Request[js.Object] = js.native\n    def updateDevices(params: UpdateDevicesRequest): Request[js.Object] = js.native\n    def updateDomain(params: UpdateDomainRequest): Request[UpdateDomainResponse] = js.native\n    def updateEndpoint(params: UpdateEndpointInput): Request[UpdateEndpointOutput] = js.native\n    def updateEndpointWeightsAndCapacities(params: UpdateEndpointWeightsAndCapacitiesInput): Request[UpdateEndpointWeightsAndCapacitiesOutput] = js.native\n    def updateExperiment(params: UpdateExperimentRequest): Request[UpdateExperimentResponse] = js.native\n    def updateImage(params: UpdateImageRequest): Request[UpdateImageResponse] = js.native\n    def updateModelPackage(params: UpdateModelPackageInput): Request[UpdateModelPackageOutput] = js.native\n    def updateMonitoringSchedule(params: UpdateMonitoringScheduleRequest): Request[UpdateMonitoringScheduleResponse] = js.native\n    def updateNotebookInstance(params: UpdateNotebookInstanceInput): Request[UpdateNotebookInstanceOutput] = js.native\n    def updateNotebookInstanceLifecycleConfig(params: UpdateNotebookInstanceLifecycleConfigInput): Request[UpdateNotebookInstanceLifecycleConfigOutput] = js.native\n    def updatePipeline(params: UpdatePipelineRequest): Request[UpdatePipelineResponse] = js.native\n    def updatePipelineExecution(params: UpdatePipelineExecutionRequest): Request[UpdatePipelineExecutionResponse] = js.native\n    def updateTrainingJob(params: UpdateTrainingJobRequest): Request[UpdateTrainingJobResponse] = js.native\n    def updateTrial(params: UpdateTrialRequest): Request[UpdateTrialResponse] = js.native\n    def updateTrialComponent(params: UpdateTrialComponentRequest): Request[UpdateTrialComponentResponse] = js.native\n    def updateUserProfile(params: UpdateUserProfileRequest): Request[UpdateUserProfileResponse] = js.native\n    def updateWorkforce(params: UpdateWorkforceRequest): Request[UpdateWorkforceResponse] = js.native\n    def updateWorkteam(params: UpdateWorkteamRequest): Request[UpdateWorkteamResponse] = js.native\n  }\n\n  \/** A structure describing the source of an action.\n    *\/\n  @js.native\n  trait ActionSource extends js.Object {\n    var SourceUri: String2048\n    var SourceId: js.UndefOr[String256]\n    var SourceType: js.UndefOr[String256]\n  }\n\n  object ActionSource {\n    @inline\n    def apply(\n        SourceUri: String2048,\n        SourceId: js.UndefOr[String256] = js.undefined,\n        SourceType: js.UndefOr[String256] = js.undefined\n    ): ActionSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceUri\" -> SourceUri.asInstanceOf[js.Any]\n      )\n\n      SourceId.foreach(__v => __obj.updateDynamic(\"SourceId\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionSource]\n    }\n  }\n\n  @js.native\n  sealed trait ActionStatus extends js.Any\n  object ActionStatus {\n    val Unknown = \"Unknown\".asInstanceOf[ActionStatus]\n    val InProgress = \"InProgress\".asInstanceOf[ActionStatus]\n    val Completed = \"Completed\".asInstanceOf[ActionStatus]\n    val Failed = \"Failed\".asInstanceOf[ActionStatus]\n    val Stopping = \"Stopping\".asInstanceOf[ActionStatus]\n    val Stopped = \"Stopped\".asInstanceOf[ActionStatus]\n\n    @inline def values = js.Array(Unknown, InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** Lists the properties of an <i>action<\/i>. An action represents an action or activity. Some examples are a workflow step and a model deployment. Generally, an action involves at least one input artifact or output artifact.\n    *\/\n  @js.native\n  trait ActionSummary extends js.Object {\n    var ActionArn: js.UndefOr[ActionArn]\n    var ActionName: js.UndefOr[ExperimentEntityName]\n    var ActionType: js.UndefOr[String64]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[ActionSource]\n    var Status: js.UndefOr[ActionStatus]\n  }\n\n  object ActionSummary {\n    @inline\n    def apply(\n        ActionArn: js.UndefOr[ActionArn] = js.undefined,\n        ActionName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ActionType: js.UndefOr[String64] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[ActionSource] = js.undefined,\n        Status: js.UndefOr[ActionStatus] = js.undefined\n    ): ActionSummary = {\n      val __obj = js.Dynamic.literal()\n      ActionArn.foreach(__v => __obj.updateDynamic(\"ActionArn\")(__v.asInstanceOf[js.Any]))\n      ActionName.foreach(__v => __obj.updateDynamic(\"ActionName\")(__v.asInstanceOf[js.Any]))\n      ActionType.foreach(__v => __obj.updateDynamic(\"ActionType\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionSummary]\n    }\n  }\n\n  @js.native\n  trait AddAssociationRequest extends js.Object {\n    var DestinationArn: AssociationEntityArn\n    var SourceArn: AssociationEntityArn\n    var AssociationType: js.UndefOr[AssociationEdgeType]\n  }\n\n  object AddAssociationRequest {\n    @inline\n    def apply(\n        DestinationArn: AssociationEntityArn,\n        SourceArn: AssociationEntityArn,\n        AssociationType: js.UndefOr[AssociationEdgeType] = js.undefined\n    ): AddAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationArn\" -> DestinationArn.asInstanceOf[js.Any],\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      AssociationType.foreach(__v => __obj.updateDynamic(\"AssociationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait AddAssociationResponse extends js.Object {\n    var DestinationArn: js.UndefOr[AssociationEntityArn]\n    var SourceArn: js.UndefOr[AssociationEntityArn]\n  }\n\n  object AddAssociationResponse {\n    @inline\n    def apply(\n        DestinationArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        SourceArn: js.UndefOr[AssociationEntityArn] = js.undefined\n    ): AddAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait AddTagsInput extends js.Object {\n    var ResourceArn: ResourceArn\n    var Tags: TagList\n  }\n\n  object AddTagsInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        Tags: TagList\n    ): AddTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsInput]\n    }\n  }\n\n  @js.native\n  trait AddTagsOutput extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object AddTagsOutput {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): AddTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddTagsOutput]\n    }\n  }\n\n  \/** Edge Manager agent version.\n    *\/\n  @js.native\n  trait AgentVersion extends js.Object {\n    var AgentCount: Double\n    var Version: EdgeVersion\n  }\n\n  object AgentVersion {\n    @inline\n    def apply(\n        AgentCount: Double,\n        Version: EdgeVersion\n    ): AgentVersion = {\n      val __obj = js.Dynamic.literal(\n        \"AgentCount\" -> AgentCount.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AgentVersion]\n    }\n  }\n\n  \/** This API is not supported.\n    *\/\n  @js.native\n  trait Alarm extends js.Object {\n    var AlarmName: js.UndefOr[AlarmName]\n  }\n\n  object Alarm {\n    @inline\n    def apply(\n        AlarmName: js.UndefOr[AlarmName] = js.undefined\n    ): Alarm = {\n      val __obj = js.Dynamic.literal()\n      AlarmName.foreach(__v => __obj.updateDynamic(\"AlarmName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alarm]\n    }\n  }\n\n  @js.native\n  sealed trait AlgorithmSortBy extends js.Any\n  object AlgorithmSortBy {\n    val Name = \"Name\".asInstanceOf[AlgorithmSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[AlgorithmSortBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  \/** Specifies the training algorithm to use in a <a>CreateTrainingJob<\/a> request. For more information about algorithms provided by Amazon SageMaker, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/algos.html|Algorithms]]. For information about using your own algorithms, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/your-algorithms.html|Using Your Own Algorithms with Amazon SageMaker]].\n    *\/\n  @js.native\n  trait AlgorithmSpecification extends js.Object {\n    var TrainingInputMode: TrainingInputMode\n    var AlgorithmName: js.UndefOr[ArnOrName]\n    var EnableSageMakerMetricsTimeSeries: js.UndefOr[Boolean]\n    var MetricDefinitions: js.UndefOr[MetricDefinitionList]\n    var TrainingImage: js.UndefOr[AlgorithmImage]\n  }\n\n  object AlgorithmSpecification {\n    @inline\n    def apply(\n        TrainingInputMode: TrainingInputMode,\n        AlgorithmName: js.UndefOr[ArnOrName] = js.undefined,\n        EnableSageMakerMetricsTimeSeries: js.UndefOr[Boolean] = js.undefined,\n        MetricDefinitions: js.UndefOr[MetricDefinitionList] = js.undefined,\n        TrainingImage: js.UndefOr[AlgorithmImage] = js.undefined\n    ): AlgorithmSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingInputMode\" -> TrainingInputMode.asInstanceOf[js.Any]\n      )\n\n      AlgorithmName.foreach(__v => __obj.updateDynamic(\"AlgorithmName\")(__v.asInstanceOf[js.Any]))\n      EnableSageMakerMetricsTimeSeries.foreach(__v => __obj.updateDynamic(\"EnableSageMakerMetricsTimeSeries\")(__v.asInstanceOf[js.Any]))\n      MetricDefinitions.foreach(__v => __obj.updateDynamic(\"MetricDefinitions\")(__v.asInstanceOf[js.Any]))\n      TrainingImage.foreach(__v => __obj.updateDynamic(\"TrainingImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait AlgorithmStatus extends js.Any\n  object AlgorithmStatus {\n    val Pending = \"Pending\".asInstanceOf[AlgorithmStatus]\n    val InProgress = \"InProgress\".asInstanceOf[AlgorithmStatus]\n    val Completed = \"Completed\".asInstanceOf[AlgorithmStatus]\n    val Failed = \"Failed\".asInstanceOf[AlgorithmStatus]\n    val Deleting = \"Deleting\".asInstanceOf[AlgorithmStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Completed, Failed, Deleting)\n  }\n\n  \/** Specifies the validation and image scan statuses of the algorithm.\n    *\/\n  @js.native\n  trait AlgorithmStatusDetails extends js.Object {\n    var ImageScanStatuses: js.UndefOr[AlgorithmStatusItemList]\n    var ValidationStatuses: js.UndefOr[AlgorithmStatusItemList]\n  }\n\n  object AlgorithmStatusDetails {\n    @inline\n    def apply(\n        ImageScanStatuses: js.UndefOr[AlgorithmStatusItemList] = js.undefined,\n        ValidationStatuses: js.UndefOr[AlgorithmStatusItemList] = js.undefined\n    ): AlgorithmStatusDetails = {\n      val __obj = js.Dynamic.literal()\n      ImageScanStatuses.foreach(__v => __obj.updateDynamic(\"ImageScanStatuses\")(__v.asInstanceOf[js.Any]))\n      ValidationStatuses.foreach(__v => __obj.updateDynamic(\"ValidationStatuses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmStatusDetails]\n    }\n  }\n\n  \/** Represents the overall status of an algorithm.\n    *\/\n  @js.native\n  trait AlgorithmStatusItem extends js.Object {\n    var Name: EntityName\n    var Status: DetailedAlgorithmStatus\n    var FailureReason: js.UndefOr[String]\n  }\n\n  object AlgorithmStatusItem {\n    @inline\n    def apply(\n        Name: EntityName,\n        Status: DetailedAlgorithmStatus,\n        FailureReason: js.UndefOr[String] = js.undefined\n    ): AlgorithmStatusItem = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmStatusItem]\n    }\n  }\n\n  \/** Provides summary information about an algorithm.\n    *\/\n  @js.native\n  trait AlgorithmSummary extends js.Object {\n    var AlgorithmArn: AlgorithmArn\n    var AlgorithmName: EntityName\n    var AlgorithmStatus: AlgorithmStatus\n    var CreationTime: CreationTime\n    var AlgorithmDescription: js.UndefOr[EntityDescription]\n  }\n\n  object AlgorithmSummary {\n    @inline\n    def apply(\n        AlgorithmArn: AlgorithmArn,\n        AlgorithmName: EntityName,\n        AlgorithmStatus: AlgorithmStatus,\n        CreationTime: CreationTime,\n        AlgorithmDescription: js.UndefOr[EntityDescription] = js.undefined\n    ): AlgorithmSummary = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmArn\" -> AlgorithmArn.asInstanceOf[js.Any],\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any],\n        \"AlgorithmStatus\" -> AlgorithmStatus.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any]\n      )\n\n      AlgorithmDescription.foreach(__v => __obj.updateDynamic(\"AlgorithmDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmSummary]\n    }\n  }\n\n  \/** Defines a training job and a batch transform job that Amazon SageMaker runs to validate your algorithm. The data provided in the validation profile is made available to your buyers on AWS Marketplace.\n    *\/\n  @js.native\n  trait AlgorithmValidationProfile extends js.Object {\n    var ProfileName: EntityName\n    var TrainingJobDefinition: TrainingJobDefinition\n    var TransformJobDefinition: js.UndefOr[TransformJobDefinition]\n  }\n\n  object AlgorithmValidationProfile {\n    @inline\n    def apply(\n        ProfileName: EntityName,\n        TrainingJobDefinition: TrainingJobDefinition,\n        TransformJobDefinition: js.UndefOr[TransformJobDefinition] = js.undefined\n    ): AlgorithmValidationProfile = {\n      val __obj = js.Dynamic.literal(\n        \"ProfileName\" -> ProfileName.asInstanceOf[js.Any],\n        \"TrainingJobDefinition\" -> TrainingJobDefinition.asInstanceOf[js.Any]\n      )\n\n      TransformJobDefinition.foreach(__v => __obj.updateDynamic(\"TransformJobDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmValidationProfile]\n    }\n  }\n\n  \/** Specifies configurations for one or more training jobs that Amazon SageMaker runs to test the algorithm.\n    *\/\n  @js.native\n  trait AlgorithmValidationSpecification extends js.Object {\n    var ValidationProfiles: AlgorithmValidationProfiles\n    var ValidationRole: RoleArn\n  }\n\n  object AlgorithmValidationSpecification {\n    @inline\n    def apply(\n        ValidationProfiles: AlgorithmValidationProfiles,\n        ValidationRole: RoleArn\n    ): AlgorithmValidationSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ValidationProfiles\" -> ValidationProfiles.asInstanceOf[js.Any],\n        \"ValidationRole\" -> ValidationRole.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AlgorithmValidationSpecification]\n    }\n  }\n\n  \/** Configures how labels are consolidated across human workers and processes output data.\n    *\/\n  @js.native\n  trait AnnotationConsolidationConfig extends js.Object {\n    var AnnotationConsolidationLambdaArn: LambdaFunctionArn\n  }\n\n  object AnnotationConsolidationConfig {\n    @inline\n    def apply(\n        AnnotationConsolidationLambdaArn: LambdaFunctionArn\n    ): AnnotationConsolidationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AnnotationConsolidationLambdaArn\" -> AnnotationConsolidationLambdaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnnotationConsolidationConfig]\n    }\n  }\n\n  \/** Details about an Amazon SageMaker app.\n    *\/\n  @js.native\n  trait AppDetails extends js.Object {\n    var AppName: js.UndefOr[AppName]\n    var AppType: js.UndefOr[AppType]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DomainId: js.UndefOr[DomainId]\n    var Status: js.UndefOr[AppStatus]\n    var UserProfileName: js.UndefOr[UserProfileName]\n  }\n\n  object AppDetails {\n    @inline\n    def apply(\n        AppName: js.UndefOr[AppName] = js.undefined,\n        AppType: js.UndefOr[AppType] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        Status: js.UndefOr[AppStatus] = js.undefined,\n        UserProfileName: js.UndefOr[UserProfileName] = js.undefined\n    ): AppDetails = {\n      val __obj = js.Dynamic.literal()\n      AppName.foreach(__v => __obj.updateDynamic(\"AppName\")(__v.asInstanceOf[js.Any]))\n      AppType.foreach(__v => __obj.updateDynamic(\"AppType\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserProfileName.foreach(__v => __obj.updateDynamic(\"UserProfileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppDetails]\n    }\n  }\n\n  \/** The configuration for running a SageMaker image as a KernelGateway app.\n    *\/\n  @js.native\n  trait AppImageConfigDetails extends js.Object {\n    var AppImageConfigArn: js.UndefOr[AppImageConfigArn]\n    var AppImageConfigName: js.UndefOr[AppImageConfigName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n  }\n\n  object AppImageConfigDetails {\n    @inline\n    def apply(\n        AppImageConfigArn: js.UndefOr[AppImageConfigArn] = js.undefined,\n        AppImageConfigName: js.UndefOr[AppImageConfigName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined\n    ): AppImageConfigDetails = {\n      val __obj = js.Dynamic.literal()\n      AppImageConfigArn.foreach(__v => __obj.updateDynamic(\"AppImageConfigArn\")(__v.asInstanceOf[js.Any]))\n      AppImageConfigName.foreach(__v => __obj.updateDynamic(\"AppImageConfigName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      KernelGatewayImageConfig.foreach(__v => __obj.updateDynamic(\"KernelGatewayImageConfig\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppImageConfigDetails]\n    }\n  }\n\n  @js.native\n  sealed trait AppImageConfigSortKey extends js.Any\n  object AppImageConfigSortKey {\n    val CreationTime = \"CreationTime\".asInstanceOf[AppImageConfigSortKey]\n    val LastModifiedTime = \"LastModifiedTime\".asInstanceOf[AppImageConfigSortKey]\n    val Name = \"Name\".asInstanceOf[AppImageConfigSortKey]\n\n    @inline def values = js.Array(CreationTime, LastModifiedTime, Name)\n  }\n\n  @js.native\n  sealed trait AppInstanceType extends js.Any\n  object AppInstanceType {\n    val system = \"system\".asInstanceOf[AppInstanceType]\n    val `ml.t3.micro` = \"ml.t3.micro\".asInstanceOf[AppInstanceType]\n    val `ml.t3.small` = \"ml.t3.small\".asInstanceOf[AppInstanceType]\n    val `ml.t3.medium` = \"ml.t3.medium\".asInstanceOf[AppInstanceType]\n    val `ml.t3.large` = \"ml.t3.large\".asInstanceOf[AppInstanceType]\n    val `ml.t3.xlarge` = \"ml.t3.xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.t3.2xlarge` = \"ml.t3.2xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.large` = \"ml.m5.large\".asInstanceOf[AppInstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.8xlarge` = \"ml.m5.8xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.16xlarge` = \"ml.m5.16xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.large` = \"ml.c5.large\".asInstanceOf[AppInstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.12xlarge` = \"ml.c5.12xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.c5.24xlarge` = \"ml.c5.24xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.xlarge` = \"ml.g4dn.xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.2xlarge` = \"ml.g4dn.2xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.4xlarge` = \"ml.g4dn.4xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.8xlarge` = \"ml.g4dn.8xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.12xlarge` = \"ml.g4dn.12xlarge\".asInstanceOf[AppInstanceType]\n    val `ml.g4dn.16xlarge` = \"ml.g4dn.16xlarge\".asInstanceOf[AppInstanceType]\n\n    @inline def values = js.Array(\n      system,\n      `ml.t3.micro`,\n      `ml.t3.small`,\n      `ml.t3.medium`,\n      `ml.t3.large`,\n      `ml.t3.xlarge`,\n      `ml.t3.2xlarge`,\n      `ml.m5.large`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.8xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.16xlarge`,\n      `ml.m5.24xlarge`,\n      `ml.c5.large`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.12xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.c5.24xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`,\n      `ml.g4dn.xlarge`,\n      `ml.g4dn.2xlarge`,\n      `ml.g4dn.4xlarge`,\n      `ml.g4dn.8xlarge`,\n      `ml.g4dn.12xlarge`,\n      `ml.g4dn.16xlarge`\n    )\n  }\n\n  @js.native\n  sealed trait AppNetworkAccessType extends js.Any\n  object AppNetworkAccessType {\n    val PublicInternetOnly = \"PublicInternetOnly\".asInstanceOf[AppNetworkAccessType]\n    val VpcOnly = \"VpcOnly\".asInstanceOf[AppNetworkAccessType]\n\n    @inline def values = js.Array(PublicInternetOnly, VpcOnly)\n  }\n\n  @js.native\n  sealed trait AppSortKey extends js.Any\n  object AppSortKey {\n    val CreationTime = \"CreationTime\".asInstanceOf[AppSortKey]\n\n    @inline def values = js.Array(CreationTime)\n  }\n\n  \/** Configuration to run a processing job in a specified container image.\n    *\/\n  @js.native\n  trait AppSpecification extends js.Object {\n    var ImageUri: ImageUri\n    var ContainerArguments: js.UndefOr[ContainerArguments]\n    var ContainerEntrypoint: js.UndefOr[ContainerEntrypoint]\n  }\n\n  object AppSpecification {\n    @inline\n    def apply(\n        ImageUri: ImageUri,\n        ContainerArguments: js.UndefOr[ContainerArguments] = js.undefined,\n        ContainerEntrypoint: js.UndefOr[ContainerEntrypoint] = js.undefined\n    ): AppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      ContainerArguments.foreach(__v => __obj.updateDynamic(\"ContainerArguments\")(__v.asInstanceOf[js.Any]))\n      ContainerEntrypoint.foreach(__v => __obj.updateDynamic(\"ContainerEntrypoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait AppStatus extends js.Any\n  object AppStatus {\n    val Deleted = \"Deleted\".asInstanceOf[AppStatus]\n    val Deleting = \"Deleting\".asInstanceOf[AppStatus]\n    val Failed = \"Failed\".asInstanceOf[AppStatus]\n    val InService = \"InService\".asInstanceOf[AppStatus]\n    val Pending = \"Pending\".asInstanceOf[AppStatus]\n\n    @inline def values = js.Array(Deleted, Deleting, Failed, InService, Pending)\n  }\n\n  @js.native\n  sealed trait AppType extends js.Any\n  object AppType {\n    val JupyterServer = \"JupyterServer\".asInstanceOf[AppType]\n    val KernelGateway = \"KernelGateway\".asInstanceOf[AppType]\n    val TensorBoard = \"TensorBoard\".asInstanceOf[AppType]\n\n    @inline def values = js.Array(JupyterServer, KernelGateway, TensorBoard)\n  }\n\n  \/** A structure describing the source of an artifact.\n    *\/\n  @js.native\n  trait ArtifactSource extends js.Object {\n    var SourceUri: String2048\n    var SourceTypes: js.UndefOr[ArtifactSourceTypes]\n  }\n\n  object ArtifactSource {\n    @inline\n    def apply(\n        SourceUri: String2048,\n        SourceTypes: js.UndefOr[ArtifactSourceTypes] = js.undefined\n    ): ArtifactSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceUri\" -> SourceUri.asInstanceOf[js.Any]\n      )\n\n      SourceTypes.foreach(__v => __obj.updateDynamic(\"SourceTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArtifactSource]\n    }\n  }\n\n  @js.native\n  sealed trait ArtifactSourceIdType extends js.Any\n  object ArtifactSourceIdType {\n    val MD5Hash = \"MD5Hash\".asInstanceOf[ArtifactSourceIdType]\n    val S3ETag = \"S3ETag\".asInstanceOf[ArtifactSourceIdType]\n    val S3Version = \"S3Version\".asInstanceOf[ArtifactSourceIdType]\n    val Custom = \"Custom\".asInstanceOf[ArtifactSourceIdType]\n\n    @inline def values = js.Array(MD5Hash, S3ETag, S3Version, Custom)\n  }\n\n  \/** The ID and ID type of an artifact source.\n    *\/\n  @js.native\n  trait ArtifactSourceType extends js.Object {\n    var SourceIdType: ArtifactSourceIdType\n    var Value: String256\n  }\n\n  object ArtifactSourceType {\n    @inline\n    def apply(\n        SourceIdType: ArtifactSourceIdType,\n        Value: String256\n    ): ArtifactSourceType = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIdType\" -> SourceIdType.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ArtifactSourceType]\n    }\n  }\n\n  \/** Lists a summary of the properties of an artifact. An artifact represents a URI addressable object or data. Some examples are a dataset and a model.\n    *\/\n  @js.native\n  trait ArtifactSummary extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n    var ArtifactName: js.UndefOr[ExperimentEntityName]\n    var ArtifactType: js.UndefOr[String256]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[ArtifactSource]\n  }\n\n  object ArtifactSummary {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined,\n        ArtifactName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ArtifactType: js.UndefOr[String256] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[ArtifactSource] = js.undefined\n    ): ArtifactSummary = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      ArtifactName.foreach(__v => __obj.updateDynamic(\"ArtifactName\")(__v.asInstanceOf[js.Any]))\n      ArtifactType.foreach(__v => __obj.updateDynamic(\"ArtifactType\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArtifactSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AssemblyType extends js.Any\n  object AssemblyType {\n    val None = \"None\".asInstanceOf[AssemblyType]\n    val Line = \"Line\".asInstanceOf[AssemblyType]\n\n    @inline def values = js.Array(None, Line)\n  }\n\n  @js.native\n  trait AssociateTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n    var TrialName: ExperimentEntityName\n  }\n\n  object AssociateTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName,\n        TrialName: ExperimentEntityName\n    ): AssociateTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any],\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateTrialComponentResponse extends js.Object {\n    var TrialArn: js.UndefOr[TrialArn]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n  }\n\n  object AssociateTrialComponentResponse {\n    @inline\n    def apply(\n        TrialArn: js.UndefOr[TrialArn] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined\n    ): AssociateTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateTrialComponentResponse]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationEdgeType extends js.Any\n  object AssociationEdgeType {\n    val ContributedTo = \"ContributedTo\".asInstanceOf[AssociationEdgeType]\n    val AssociatedWith = \"AssociatedWith\".asInstanceOf[AssociationEdgeType]\n    val DerivedFrom = \"DerivedFrom\".asInstanceOf[AssociationEdgeType]\n    val Produced = \"Produced\".asInstanceOf[AssociationEdgeType]\n\n    @inline def values = js.Array(ContributedTo, AssociatedWith, DerivedFrom, Produced)\n  }\n\n  \/** Lists a summary of the properties of an association. An association is an entity that links other lineage or experiment entities. An example would be an association between a training job and a model.\n    *\/\n  @js.native\n  trait AssociationSummary extends js.Object {\n    var AssociationType: js.UndefOr[AssociationEdgeType]\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DestinationArn: js.UndefOr[AssociationEntityArn]\n    var DestinationName: js.UndefOr[ExperimentEntityName]\n    var DestinationType: js.UndefOr[String256]\n    var SourceArn: js.UndefOr[AssociationEntityArn]\n    var SourceName: js.UndefOr[ExperimentEntityName]\n    var SourceType: js.UndefOr[String256]\n  }\n\n  object AssociationSummary {\n    @inline\n    def apply(\n        AssociationType: js.UndefOr[AssociationEdgeType] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DestinationArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        DestinationName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        DestinationType: js.UndefOr[String256] = js.undefined,\n        SourceArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        SourceName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        SourceType: js.UndefOr[String256] = js.undefined\n    ): AssociationSummary = {\n      val __obj = js.Dynamic.literal()\n      AssociationType.foreach(__v => __obj.updateDynamic(\"AssociationType\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      DestinationName.foreach(__v => __obj.updateDynamic(\"DestinationName\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      SourceName.foreach(__v => __obj.updateDynamic(\"SourceName\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationSummary]\n    }\n  }\n\n  \/** Configuration for Athena Dataset Definition input.\n    *\/\n  @js.native\n  trait AthenaDatasetDefinition extends js.Object {\n    var Catalog: AthenaCatalog\n    var Database: AthenaDatabase\n    var OutputFormat: AthenaResultFormat\n    var OutputS3Uri: S3Uri\n    var QueryString: AthenaQueryString\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var OutputCompression: js.UndefOr[AthenaResultCompressionType]\n    var WorkGroup: js.UndefOr[AthenaWorkGroup]\n  }\n\n  object AthenaDatasetDefinition {\n    @inline\n    def apply(\n        Catalog: AthenaCatalog,\n        Database: AthenaDatabase,\n        OutputFormat: AthenaResultFormat,\n        OutputS3Uri: S3Uri,\n        QueryString: AthenaQueryString,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        OutputCompression: js.UndefOr[AthenaResultCompressionType] = js.undefined,\n        WorkGroup: js.UndefOr[AthenaWorkGroup] = js.undefined\n    ): AthenaDatasetDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Catalog\" -> Catalog.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"OutputFormat\" -> OutputFormat.asInstanceOf[js.Any],\n        \"OutputS3Uri\" -> OutputS3Uri.asInstanceOf[js.Any],\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputCompression.foreach(__v => __obj.updateDynamic(\"OutputCompression\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AthenaDatasetDefinition]\n    }\n  }\n\n  \/** The compression used for Athena query results.\n    *\/\n  @js.native\n  sealed trait AthenaResultCompressionType extends js.Any\n  object AthenaResultCompressionType {\n    val GZIP = \"GZIP\".asInstanceOf[AthenaResultCompressionType]\n    val SNAPPY = \"SNAPPY\".asInstanceOf[AthenaResultCompressionType]\n    val ZLIB = \"ZLIB\".asInstanceOf[AthenaResultCompressionType]\n\n    @inline def values = js.Array(GZIP, SNAPPY, ZLIB)\n  }\n\n  \/** The data storage format for Athena query results.\n    *\/\n  @js.native\n  sealed trait AthenaResultFormat extends js.Any\n  object AthenaResultFormat {\n    val PARQUET = \"PARQUET\".asInstanceOf[AthenaResultFormat]\n    val ORC = \"ORC\".asInstanceOf[AthenaResultFormat]\n    val AVRO = \"AVRO\".asInstanceOf[AthenaResultFormat]\n    val JSON = \"JSON\".asInstanceOf[AthenaResultFormat]\n    val TEXTFILE = \"TEXTFILE\".asInstanceOf[AthenaResultFormat]\n\n    @inline def values = js.Array(PARQUET, ORC, AVRO, JSON, TEXTFILE)\n  }\n\n  @js.native\n  sealed trait AuthMode extends js.Any\n  object AuthMode {\n    val SSO = \"SSO\".asInstanceOf[AuthMode]\n    val IAM = \"IAM\".asInstanceOf[AuthMode]\n\n    @inline def values = js.Array(SSO, IAM)\n  }\n\n  \/** An Autopilot job returns recommendations, or candidates. Each candidate has futher details about the steps involed, and the status.\n    *\/\n  @js.native\n  trait AutoMLCandidate extends js.Object {\n    var CandidateName: CandidateName\n    var CandidateStatus: CandidateStatus\n    var CandidateSteps: CandidateSteps\n    var CreationTime: Timestamp\n    var LastModifiedTime: Timestamp\n    var ObjectiveStatus: ObjectiveStatus\n    var CandidateProperties: js.UndefOr[CandidateProperties]\n    var EndTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[AutoMLFailureReason]\n    var FinalAutoMLJobObjectiveMetric: js.UndefOr[FinalAutoMLJobObjectiveMetric]\n    var InferenceContainers: js.UndefOr[AutoMLContainerDefinitions]\n  }\n\n  object AutoMLCandidate {\n    @inline\n    def apply(\n        CandidateName: CandidateName,\n        CandidateStatus: CandidateStatus,\n        CandidateSteps: CandidateSteps,\n        CreationTime: Timestamp,\n        LastModifiedTime: Timestamp,\n        ObjectiveStatus: ObjectiveStatus,\n        CandidateProperties: js.UndefOr[CandidateProperties] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[AutoMLFailureReason] = js.undefined,\n        FinalAutoMLJobObjectiveMetric: js.UndefOr[FinalAutoMLJobObjectiveMetric] = js.undefined,\n        InferenceContainers: js.UndefOr[AutoMLContainerDefinitions] = js.undefined\n    ): AutoMLCandidate = {\n      val __obj = js.Dynamic.literal(\n        \"CandidateName\" -> CandidateName.asInstanceOf[js.Any],\n        \"CandidateStatus\" -> CandidateStatus.asInstanceOf[js.Any],\n        \"CandidateSteps\" -> CandidateSteps.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"ObjectiveStatus\" -> ObjectiveStatus.asInstanceOf[js.Any]\n      )\n\n      CandidateProperties.foreach(__v => __obj.updateDynamic(\"CandidateProperties\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FinalAutoMLJobObjectiveMetric.foreach(__v => __obj.updateDynamic(\"FinalAutoMLJobObjectiveMetric\")(__v.asInstanceOf[js.Any]))\n      InferenceContainers.foreach(__v => __obj.updateDynamic(\"InferenceContainers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLCandidate]\n    }\n  }\n\n  \/** Information about the steps for a Candidate, and what step it is working on.\n    *\/\n  @js.native\n  trait AutoMLCandidateStep extends js.Object {\n    var CandidateStepArn: CandidateStepArn\n    var CandidateStepName: CandidateStepName\n    var CandidateStepType: CandidateStepType\n  }\n\n  object AutoMLCandidateStep {\n    @inline\n    def apply(\n        CandidateStepArn: CandidateStepArn,\n        CandidateStepName: CandidateStepName,\n        CandidateStepType: CandidateStepType\n    ): AutoMLCandidateStep = {\n      val __obj = js.Dynamic.literal(\n        \"CandidateStepArn\" -> CandidateStepArn.asInstanceOf[js.Any],\n        \"CandidateStepName\" -> CandidateStepName.asInstanceOf[js.Any],\n        \"CandidateStepType\" -> CandidateStepType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AutoMLCandidateStep]\n    }\n  }\n\n  \/** A channel is a named input source that training algorithms can consume. For more information, see .\n    *\/\n  @js.native\n  trait AutoMLChannel extends js.Object {\n    var DataSource: AutoMLDataSource\n    var TargetAttributeName: TargetAttributeName\n    var CompressionType: js.UndefOr[CompressionType]\n  }\n\n  object AutoMLChannel {\n    @inline\n    def apply(\n        DataSource: AutoMLDataSource,\n        TargetAttributeName: TargetAttributeName,\n        CompressionType: js.UndefOr[CompressionType] = js.undefined\n    ): AutoMLChannel = {\n      val __obj = js.Dynamic.literal(\n        \"DataSource\" -> DataSource.asInstanceOf[js.Any],\n        \"TargetAttributeName\" -> TargetAttributeName.asInstanceOf[js.Any]\n      )\n\n      CompressionType.foreach(__v => __obj.updateDynamic(\"CompressionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLChannel]\n    }\n  }\n\n  \/** A list of container definitions that describe the different containers that make up an AutoML candidate. For more information, see .\n    *\/\n  @js.native\n  trait AutoMLContainerDefinition extends js.Object {\n    var Image: ContainerImage\n    var ModelDataUrl: Url\n    var Environment: js.UndefOr[EnvironmentMap]\n  }\n\n  object AutoMLContainerDefinition {\n    @inline\n    def apply(\n        Image: ContainerImage,\n        ModelDataUrl: Url,\n        Environment: js.UndefOr[EnvironmentMap] = js.undefined\n    ): AutoMLContainerDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any],\n        \"ModelDataUrl\" -> ModelDataUrl.asInstanceOf[js.Any]\n      )\n\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLContainerDefinition]\n    }\n  }\n\n  \/** The data source for the Autopilot job.\n    *\/\n  @js.native\n  trait AutoMLDataSource extends js.Object {\n    var S3DataSource: AutoMLS3DataSource\n  }\n\n  object AutoMLDataSource {\n    @inline\n    def apply(\n        S3DataSource: AutoMLS3DataSource\n    ): AutoMLDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataSource\" -> S3DataSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AutoMLDataSource]\n    }\n  }\n\n  \/** Artifacts that are generation during a job.\n    *\/\n  @js.native\n  trait AutoMLJobArtifacts extends js.Object {\n    var CandidateDefinitionNotebookLocation: js.UndefOr[CandidateDefinitionNotebookLocation]\n    var DataExplorationNotebookLocation: js.UndefOr[DataExplorationNotebookLocation]\n  }\n\n  object AutoMLJobArtifacts {\n    @inline\n    def apply(\n        CandidateDefinitionNotebookLocation: js.UndefOr[CandidateDefinitionNotebookLocation] = js.undefined,\n        DataExplorationNotebookLocation: js.UndefOr[DataExplorationNotebookLocation] = js.undefined\n    ): AutoMLJobArtifacts = {\n      val __obj = js.Dynamic.literal()\n      CandidateDefinitionNotebookLocation.foreach(__v => __obj.updateDynamic(\"CandidateDefinitionNotebookLocation\")(__v.asInstanceOf[js.Any]))\n      DataExplorationNotebookLocation.foreach(__v => __obj.updateDynamic(\"DataExplorationNotebookLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLJobArtifacts]\n    }\n  }\n\n  \/** How long a job is allowed to run, or how many candidates a job is allowed to generate.\n    *\/\n  @js.native\n  trait AutoMLJobCompletionCriteria extends js.Object {\n    var MaxAutoMLJobRuntimeInSeconds: js.UndefOr[MaxAutoMLJobRuntimeInSeconds]\n    var MaxCandidates: js.UndefOr[MaxCandidates]\n    var MaxRuntimePerTrainingJobInSeconds: js.UndefOr[MaxRuntimePerTrainingJobInSeconds]\n  }\n\n  object AutoMLJobCompletionCriteria {\n    @inline\n    def apply(\n        MaxAutoMLJobRuntimeInSeconds: js.UndefOr[MaxAutoMLJobRuntimeInSeconds] = js.undefined,\n        MaxCandidates: js.UndefOr[MaxCandidates] = js.undefined,\n        MaxRuntimePerTrainingJobInSeconds: js.UndefOr[MaxRuntimePerTrainingJobInSeconds] = js.undefined\n    ): AutoMLJobCompletionCriteria = {\n      val __obj = js.Dynamic.literal()\n      MaxAutoMLJobRuntimeInSeconds.foreach(__v => __obj.updateDynamic(\"MaxAutoMLJobRuntimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaxCandidates.foreach(__v => __obj.updateDynamic(\"MaxCandidates\")(__v.asInstanceOf[js.Any]))\n      MaxRuntimePerTrainingJobInSeconds.foreach(__v => __obj.updateDynamic(\"MaxRuntimePerTrainingJobInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLJobCompletionCriteria]\n    }\n  }\n\n  \/** A collection of settings used for an AutoML job.\n    *\/\n  @js.native\n  trait AutoMLJobConfig extends js.Object {\n    var CompletionCriteria: js.UndefOr[AutoMLJobCompletionCriteria]\n    var SecurityConfig: js.UndefOr[AutoMLSecurityConfig]\n  }\n\n  object AutoMLJobConfig {\n    @inline\n    def apply(\n        CompletionCriteria: js.UndefOr[AutoMLJobCompletionCriteria] = js.undefined,\n        SecurityConfig: js.UndefOr[AutoMLSecurityConfig] = js.undefined\n    ): AutoMLJobConfig = {\n      val __obj = js.Dynamic.literal()\n      CompletionCriteria.foreach(__v => __obj.updateDynamic(\"CompletionCriteria\")(__v.asInstanceOf[js.Any]))\n      SecurityConfig.foreach(__v => __obj.updateDynamic(\"SecurityConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLJobConfig]\n    }\n  }\n\n  \/** Specifies a metric to minimize or maximize as the objective of a job.\n    *\/\n  @js.native\n  trait AutoMLJobObjective extends js.Object {\n    var MetricName: AutoMLMetricEnum\n  }\n\n  object AutoMLJobObjective {\n    @inline\n    def apply(\n        MetricName: AutoMLMetricEnum\n    ): AutoMLJobObjective = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AutoMLJobObjective]\n    }\n  }\n\n  @js.native\n  sealed trait AutoMLJobObjectiveType extends js.Any\n  object AutoMLJobObjectiveType {\n    val Maximize = \"Maximize\".asInstanceOf[AutoMLJobObjectiveType]\n    val Minimize = \"Minimize\".asInstanceOf[AutoMLJobObjectiveType]\n\n    @inline def values = js.Array(Maximize, Minimize)\n  }\n\n  @js.native\n  sealed trait AutoMLJobSecondaryStatus extends js.Any\n  object AutoMLJobSecondaryStatus {\n    val Starting = \"Starting\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val AnalyzingData = \"AnalyzingData\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val FeatureEngineering = \"FeatureEngineering\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val ModelTuning = \"ModelTuning\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val MaxCandidatesReached = \"MaxCandidatesReached\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val Failed = \"Failed\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val Stopped = \"Stopped\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val MaxAutoMLJobRuntimeReached = \"MaxAutoMLJobRuntimeReached\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val Stopping = \"Stopping\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val CandidateDefinitionsGenerated = \"CandidateDefinitionsGenerated\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val GeneratingExplainabilityReport = \"GeneratingExplainabilityReport\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val Completed = \"Completed\".asInstanceOf[AutoMLJobSecondaryStatus]\n    val ExplainabilityError = \"ExplainabilityError\".asInstanceOf[AutoMLJobSecondaryStatus]\n\n    @inline def values = js.Array(\n      Starting,\n      AnalyzingData,\n      FeatureEngineering,\n      ModelTuning,\n      MaxCandidatesReached,\n      Failed,\n      Stopped,\n      MaxAutoMLJobRuntimeReached,\n      Stopping,\n      CandidateDefinitionsGenerated,\n      GeneratingExplainabilityReport,\n      Completed,\n      ExplainabilityError\n    )\n  }\n\n  @js.native\n  sealed trait AutoMLJobStatus extends js.Any\n  object AutoMLJobStatus {\n    val Completed = \"Completed\".asInstanceOf[AutoMLJobStatus]\n    val InProgress = \"InProgress\".asInstanceOf[AutoMLJobStatus]\n    val Failed = \"Failed\".asInstanceOf[AutoMLJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[AutoMLJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[AutoMLJobStatus]\n\n    @inline def values = js.Array(Completed, InProgress, Failed, Stopped, Stopping)\n  }\n\n  \/** Provides a summary about an AutoML job.\n    *\/\n  @js.native\n  trait AutoMLJobSummary extends js.Object {\n    var AutoMLJobArn: AutoMLJobArn\n    var AutoMLJobName: AutoMLJobName\n    var AutoMLJobSecondaryStatus: AutoMLJobSecondaryStatus\n    var AutoMLJobStatus: AutoMLJobStatus\n    var CreationTime: Timestamp\n    var LastModifiedTime: Timestamp\n    var EndTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[AutoMLFailureReason]\n    var PartialFailureReasons: js.UndefOr[AutoMLPartialFailureReasons]\n  }\n\n  object AutoMLJobSummary {\n    @inline\n    def apply(\n        AutoMLJobArn: AutoMLJobArn,\n        AutoMLJobName: AutoMLJobName,\n        AutoMLJobSecondaryStatus: AutoMLJobSecondaryStatus,\n        AutoMLJobStatus: AutoMLJobStatus,\n        CreationTime: Timestamp,\n        LastModifiedTime: Timestamp,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[AutoMLFailureReason] = js.undefined,\n        PartialFailureReasons: js.UndefOr[AutoMLPartialFailureReasons] = js.undefined\n    ): AutoMLJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobArn\" -> AutoMLJobArn.asInstanceOf[js.Any],\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any],\n        \"AutoMLJobSecondaryStatus\" -> AutoMLJobSecondaryStatus.asInstanceOf[js.Any],\n        \"AutoMLJobStatus\" -> AutoMLJobStatus.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      PartialFailureReasons.foreach(__v => __obj.updateDynamic(\"PartialFailureReasons\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLJobSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AutoMLMetricEnum extends js.Any\n  object AutoMLMetricEnum {\n    val Accuracy = \"Accuracy\".asInstanceOf[AutoMLMetricEnum]\n    val MSE = \"MSE\".asInstanceOf[AutoMLMetricEnum]\n    val F1 = \"F1\".asInstanceOf[AutoMLMetricEnum]\n    val F1macro = \"F1macro\".asInstanceOf[AutoMLMetricEnum]\n    val AUC = \"AUC\".asInstanceOf[AutoMLMetricEnum]\n\n    @inline def values = js.Array(Accuracy, MSE, F1, F1macro, AUC)\n  }\n\n  \/** The output data configuration.\n    *\/\n  @js.native\n  trait AutoMLOutputDataConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object AutoMLOutputDataConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): AutoMLOutputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLOutputDataConfig]\n    }\n  }\n\n  \/** The reason for a partial failure of an AutoML job.\n    *\/\n  @js.native\n  trait AutoMLPartialFailureReason extends js.Object {\n    var PartialFailureMessage: js.UndefOr[AutoMLFailureReason]\n  }\n\n  object AutoMLPartialFailureReason {\n    @inline\n    def apply(\n        PartialFailureMessage: js.UndefOr[AutoMLFailureReason] = js.undefined\n    ): AutoMLPartialFailureReason = {\n      val __obj = js.Dynamic.literal()\n      PartialFailureMessage.foreach(__v => __obj.updateDynamic(\"PartialFailureMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLPartialFailureReason]\n    }\n  }\n\n  \/** The Amazon S3 data source.\n    *\/\n  @js.native\n  trait AutoMLS3DataSource extends js.Object {\n    var S3DataType: AutoMLS3DataType\n    var S3Uri: S3Uri\n  }\n\n  object AutoMLS3DataSource {\n    @inline\n    def apply(\n        S3DataType: AutoMLS3DataType,\n        S3Uri: S3Uri\n    ): AutoMLS3DataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataType\" -> S3DataType.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AutoMLS3DataSource]\n    }\n  }\n\n  @js.native\n  sealed trait AutoMLS3DataType extends js.Any\n  object AutoMLS3DataType {\n    val ManifestFile = \"ManifestFile\".asInstanceOf[AutoMLS3DataType]\n    val S3Prefix = \"S3Prefix\".asInstanceOf[AutoMLS3DataType]\n\n    @inline def values = js.Array(ManifestFile, S3Prefix)\n  }\n\n  \/** Security options.\n    *\/\n  @js.native\n  trait AutoMLSecurityConfig extends js.Object {\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object AutoMLSecurityConfig {\n    @inline\n    def apply(\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): AutoMLSecurityConfig = {\n      val __obj = js.Dynamic.literal()\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLSecurityConfig]\n    }\n  }\n\n  @js.native\n  sealed trait AutoMLSortBy extends js.Any\n  object AutoMLSortBy {\n    val Name = \"Name\".asInstanceOf[AutoMLSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[AutoMLSortBy]\n    val Status = \"Status\".asInstanceOf[AutoMLSortBy]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  @js.native\n  sealed trait AutoMLSortOrder extends js.Any\n  object AutoMLSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[AutoMLSortOrder]\n    val Descending = \"Descending\".asInstanceOf[AutoMLSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  \/** Currently, the <code>AutoRollbackConfig<\/code> API is not supported.\n    *\/\n  @js.native\n  trait AutoRollbackConfig extends js.Object {\n    var Alarms: js.UndefOr[AlarmList]\n  }\n\n  object AutoRollbackConfig {\n    @inline\n    def apply(\n        Alarms: js.UndefOr[AlarmList] = js.undefined\n    ): AutoRollbackConfig = {\n      val __obj = js.Dynamic.literal()\n      Alarms.foreach(__v => __obj.updateDynamic(\"Alarms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoRollbackConfig]\n    }\n  }\n\n  @js.native\n  sealed trait AwsManagedHumanLoopRequestSource extends js.Any\n  object AwsManagedHumanLoopRequestSource {\n    val `AWS\/Rekognition\/DetectModerationLabels\/Image\/V3` = \"AWS\/Rekognition\/DetectModerationLabels\/Image\/V3\".asInstanceOf[AwsManagedHumanLoopRequestSource]\n    val `AWS\/Textract\/AnalyzeDocument\/Forms\/V1` = \"AWS\/Textract\/AnalyzeDocument\/Forms\/V1\".asInstanceOf[AwsManagedHumanLoopRequestSource]\n\n    @inline def values = js.Array(`AWS\/Rekognition\/DetectModerationLabels\/Image\/V3`, `AWS\/Textract\/AnalyzeDocument\/Forms\/V1`)\n  }\n\n  @js.native\n  sealed trait BatchStrategy extends js.Any\n  object BatchStrategy {\n    val MultiRecord = \"MultiRecord\".asInstanceOf[BatchStrategy]\n    val SingleRecord = \"SingleRecord\".asInstanceOf[BatchStrategy]\n\n    @inline def values = js.Array(MultiRecord, SingleRecord)\n  }\n\n  \/** Contains bias metrics for a model.\n    *\/\n  @js.native\n  trait Bias extends js.Object {\n    var Report: js.UndefOr[MetricsSource]\n  }\n\n  object Bias {\n    @inline\n    def apply(\n        Report: js.UndefOr[MetricsSource] = js.undefined\n    ): Bias = {\n      val __obj = js.Dynamic.literal()\n      Report.foreach(__v => __obj.updateDynamic(\"Report\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Bias]\n    }\n  }\n\n  \/** Currently, the <code>BlueGreenUpdatePolicy<\/code> API is not supported.\n    *\/\n  @js.native\n  trait BlueGreenUpdatePolicy extends js.Object {\n    var TrafficRoutingConfiguration: TrafficRoutingConfig\n    var MaximumExecutionTimeoutInSeconds: js.UndefOr[MaximumExecutionTimeoutInSeconds]\n    var TerminationWaitInSeconds: js.UndefOr[TerminationWaitInSeconds]\n  }\n\n  object BlueGreenUpdatePolicy {\n    @inline\n    def apply(\n        TrafficRoutingConfiguration: TrafficRoutingConfig,\n        MaximumExecutionTimeoutInSeconds: js.UndefOr[MaximumExecutionTimeoutInSeconds] = js.undefined,\n        TerminationWaitInSeconds: js.UndefOr[TerminationWaitInSeconds] = js.undefined\n    ): BlueGreenUpdatePolicy = {\n      val __obj = js.Dynamic.literal(\n        \"TrafficRoutingConfiguration\" -> TrafficRoutingConfiguration.asInstanceOf[js.Any]\n      )\n\n      MaximumExecutionTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"MaximumExecutionTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      TerminationWaitInSeconds.foreach(__v => __obj.updateDynamic(\"TerminationWaitInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BlueGreenUpdatePolicy]\n    }\n  }\n\n  @js.native\n  sealed trait BooleanOperator extends js.Any\n  object BooleanOperator {\n    val And = \"And\".asInstanceOf[BooleanOperator]\n    val Or = \"Or\".asInstanceOf[BooleanOperator]\n\n    @inline def values = js.Array(And, Or)\n  }\n\n  \/** Details on the cache hit of a pipeline execution step.\n    *\/\n  @js.native\n  trait CacheHitResult extends js.Object {\n    var SourcePipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n  }\n\n  object CacheHitResult {\n    @inline\n    def apply(\n        SourcePipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined\n    ): CacheHitResult = {\n      val __obj = js.Dynamic.literal()\n      SourcePipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"SourcePipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheHitResult]\n    }\n  }\n\n  \/** Location of artifacts for an AutoML candidate job.\n    *\/\n  @js.native\n  trait CandidateArtifactLocations extends js.Object {\n    var Explainability: ExplainabilityLocation\n  }\n\n  object CandidateArtifactLocations {\n    @inline\n    def apply(\n        Explainability: ExplainabilityLocation\n    ): CandidateArtifactLocations = {\n      val __obj = js.Dynamic.literal(\n        \"Explainability\" -> Explainability.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CandidateArtifactLocations]\n    }\n  }\n\n  \/** The properties of an AutoML candidate job.\n    *\/\n  @js.native\n  trait CandidateProperties extends js.Object {\n    var CandidateArtifactLocations: js.UndefOr[CandidateArtifactLocations]\n  }\n\n  object CandidateProperties {\n    @inline\n    def apply(\n        CandidateArtifactLocations: js.UndefOr[CandidateArtifactLocations] = js.undefined\n    ): CandidateProperties = {\n      val __obj = js.Dynamic.literal()\n      CandidateArtifactLocations.foreach(__v => __obj.updateDynamic(\"CandidateArtifactLocations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CandidateProperties]\n    }\n  }\n\n  @js.native\n  sealed trait CandidateSortBy extends js.Any\n  object CandidateSortBy {\n    val CreationTime = \"CreationTime\".asInstanceOf[CandidateSortBy]\n    val Status = \"Status\".asInstanceOf[CandidateSortBy]\n    val FinalObjectiveMetricValue = \"FinalObjectiveMetricValue\".asInstanceOf[CandidateSortBy]\n\n    @inline def values = js.Array(CreationTime, Status, FinalObjectiveMetricValue)\n  }\n\n  @js.native\n  sealed trait CandidateStatus extends js.Any\n  object CandidateStatus {\n    val Completed = \"Completed\".asInstanceOf[CandidateStatus]\n    val InProgress = \"InProgress\".asInstanceOf[CandidateStatus]\n    val Failed = \"Failed\".asInstanceOf[CandidateStatus]\n    val Stopped = \"Stopped\".asInstanceOf[CandidateStatus]\n    val Stopping = \"Stopping\".asInstanceOf[CandidateStatus]\n\n    @inline def values = js.Array(Completed, InProgress, Failed, Stopped, Stopping)\n  }\n\n  @js.native\n  sealed trait CandidateStepType extends js.Any\n  object CandidateStepType {\n    val `AWS::SageMaker::TrainingJob` = \"AWS::SageMaker::TrainingJob\".asInstanceOf[CandidateStepType]\n    val `AWS::SageMaker::TransformJob` = \"AWS::SageMaker::TransformJob\".asInstanceOf[CandidateStepType]\n    val `AWS::SageMaker::ProcessingJob` = \"AWS::SageMaker::ProcessingJob\".asInstanceOf[CandidateStepType]\n\n    @inline def values = js.Array(`AWS::SageMaker::TrainingJob`, `AWS::SageMaker::TransformJob`, `AWS::SageMaker::ProcessingJob`)\n  }\n\n  \/** Currently, the <code>CapacitySize<\/code> API is not supported.\n    *\/\n  @js.native\n  trait CapacitySize extends js.Object {\n    var Type: CapacitySizeType\n    var Value: CapacitySizeValue\n  }\n\n  object CapacitySize {\n    @inline\n    def apply(\n        Type: CapacitySizeType,\n        Value: CapacitySizeValue\n    ): CapacitySize = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CapacitySize]\n    }\n  }\n\n  @js.native\n  sealed trait CapacitySizeType extends js.Any\n  object CapacitySizeType {\n    val INSTANCE_COUNT = \"INSTANCE_COUNT\".asInstanceOf[CapacitySizeType]\n    val CAPACITY_PERCENT = \"CAPACITY_PERCENT\".asInstanceOf[CapacitySizeType]\n\n    @inline def values = js.Array(INSTANCE_COUNT, CAPACITY_PERCENT)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CaptureContentTypeHeader extends js.Object {\n    var CsvContentTypes: js.UndefOr[CsvContentTypes]\n    var JsonContentTypes: js.UndefOr[JsonContentTypes]\n  }\n\n  object CaptureContentTypeHeader {\n    @inline\n    def apply(\n        CsvContentTypes: js.UndefOr[CsvContentTypes] = js.undefined,\n        JsonContentTypes: js.UndefOr[JsonContentTypes] = js.undefined\n    ): CaptureContentTypeHeader = {\n      val __obj = js.Dynamic.literal()\n      CsvContentTypes.foreach(__v => __obj.updateDynamic(\"CsvContentTypes\")(__v.asInstanceOf[js.Any]))\n      JsonContentTypes.foreach(__v => __obj.updateDynamic(\"JsonContentTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptureContentTypeHeader]\n    }\n  }\n\n  @js.native\n  sealed trait CaptureMode extends js.Any\n  object CaptureMode {\n    val Input = \"Input\".asInstanceOf[CaptureMode]\n    val Output = \"Output\".asInstanceOf[CaptureMode]\n\n    @inline def values = js.Array(Input, Output)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CaptureOption extends js.Object {\n    var CaptureMode: CaptureMode\n  }\n\n  object CaptureOption {\n    @inline\n    def apply(\n        CaptureMode: CaptureMode\n    ): CaptureOption = {\n      val __obj = js.Dynamic.literal(\n        \"CaptureMode\" -> CaptureMode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CaptureOption]\n    }\n  }\n\n  @js.native\n  sealed trait CaptureStatus extends js.Any\n  object CaptureStatus {\n    val Started = \"Started\".asInstanceOf[CaptureStatus]\n    val Stopped = \"Stopped\".asInstanceOf[CaptureStatus]\n\n    @inline def values = js.Array(Started, Stopped)\n  }\n\n  \/** A list of categorical hyperparameters to tune.\n    *\/\n  @js.native\n  trait CategoricalParameterRange extends js.Object {\n    var Name: ParameterKey\n    var Values: ParameterValues\n  }\n\n  object CategoricalParameterRange {\n    @inline\n    def apply(\n        Name: ParameterKey,\n        Values: ParameterValues\n    ): CategoricalParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CategoricalParameterRange]\n    }\n  }\n\n  \/** Defines the possible values for a categorical hyperparameter.\n    *\/\n  @js.native\n  trait CategoricalParameterRangeSpecification extends js.Object {\n    var Values: ParameterValues\n  }\n\n  object CategoricalParameterRangeSpecification {\n    @inline\n    def apply(\n        Values: ParameterValues\n    ): CategoricalParameterRangeSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CategoricalParameterRangeSpecification]\n    }\n  }\n\n  \/** A channel is a named input source that training algorithms can consume.\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var ChannelName: ChannelName\n    var DataSource: DataSource\n    var CompressionType: js.UndefOr[CompressionType]\n    var ContentType: js.UndefOr[ContentType]\n    var InputMode: js.UndefOr[TrainingInputMode]\n    var RecordWrapperType: js.UndefOr[RecordWrapper]\n    var ShuffleConfig: js.UndefOr[ShuffleConfig]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        ChannelName: ChannelName,\n        DataSource: DataSource,\n        CompressionType: js.UndefOr[CompressionType] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        InputMode: js.UndefOr[TrainingInputMode] = js.undefined,\n        RecordWrapperType: js.UndefOr[RecordWrapper] = js.undefined,\n        ShuffleConfig: js.UndefOr[ShuffleConfig] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelName\" -> ChannelName.asInstanceOf[js.Any],\n        \"DataSource\" -> DataSource.asInstanceOf[js.Any]\n      )\n\n      CompressionType.foreach(__v => __obj.updateDynamic(\"CompressionType\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      InputMode.foreach(__v => __obj.updateDynamic(\"InputMode\")(__v.asInstanceOf[js.Any]))\n      RecordWrapperType.foreach(__v => __obj.updateDynamic(\"RecordWrapperType\")(__v.asInstanceOf[js.Any]))\n      ShuffleConfig.foreach(__v => __obj.updateDynamic(\"ShuffleConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  \/** Defines a named input source, called a channel, to be used by an algorithm.\n    *\/\n  @js.native\n  trait ChannelSpecification extends js.Object {\n    var Name: ChannelName\n    var SupportedContentTypes: ContentTypes\n    var SupportedInputModes: InputModes\n    var Description: js.UndefOr[EntityDescription]\n    var IsRequired: js.UndefOr[Boolean]\n    var SupportedCompressionTypes: js.UndefOr[CompressionTypes]\n  }\n\n  object ChannelSpecification {\n    @inline\n    def apply(\n        Name: ChannelName,\n        SupportedContentTypes: ContentTypes,\n        SupportedInputModes: InputModes,\n        Description: js.UndefOr[EntityDescription] = js.undefined,\n        IsRequired: js.UndefOr[Boolean] = js.undefined,\n        SupportedCompressionTypes: js.UndefOr[CompressionTypes] = js.undefined\n    ): ChannelSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SupportedContentTypes\" -> SupportedContentTypes.asInstanceOf[js.Any],\n        \"SupportedInputModes\" -> SupportedInputModes.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsRequired.foreach(__v => __obj.updateDynamic(\"IsRequired\")(__v.asInstanceOf[js.Any]))\n      SupportedCompressionTypes.foreach(__v => __obj.updateDynamic(\"SupportedCompressionTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelSpecification]\n    }\n  }\n\n  \/** Contains information about the output location for managed spot training checkpoint data.\n    *\/\n  @js.native\n  trait CheckpointConfig extends js.Object {\n    var S3Uri: S3Uri\n    var LocalPath: js.UndefOr[DirectoryPath]\n  }\n\n  object CheckpointConfig {\n    @inline\n    def apply(\n        S3Uri: S3Uri,\n        LocalPath: js.UndefOr[DirectoryPath] = js.undefined\n    ): CheckpointConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckpointConfig]\n    }\n  }\n\n  @js.native\n  sealed trait CodeRepositorySortBy extends js.Any\n  object CodeRepositorySortBy {\n    val Name = \"Name\".asInstanceOf[CodeRepositorySortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[CodeRepositorySortBy]\n    val LastModifiedTime = \"LastModifiedTime\".asInstanceOf[CodeRepositorySortBy]\n\n    @inline def values = js.Array(Name, CreationTime, LastModifiedTime)\n  }\n\n  @js.native\n  sealed trait CodeRepositorySortOrder extends js.Any\n  object CodeRepositorySortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[CodeRepositorySortOrder]\n    val Descending = \"Descending\".asInstanceOf[CodeRepositorySortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  \/** Specifies summary information about a Git repository.\n    *\/\n  @js.native\n  trait CodeRepositorySummary extends js.Object {\n    var CodeRepositoryArn: CodeRepositoryArn\n    var CodeRepositoryName: EntityName\n    var CreationTime: CreationTime\n    var LastModifiedTime: LastModifiedTime\n    var GitConfig: js.UndefOr[GitConfig]\n  }\n\n  object CodeRepositorySummary {\n    @inline\n    def apply(\n        CodeRepositoryArn: CodeRepositoryArn,\n        CodeRepositoryName: EntityName,\n        CreationTime: CreationTime,\n        LastModifiedTime: LastModifiedTime,\n        GitConfig: js.UndefOr[GitConfig] = js.undefined\n    ): CodeRepositorySummary = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryArn\" -> CodeRepositoryArn.asInstanceOf[js.Any],\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      GitConfig.foreach(__v => __obj.updateDynamic(\"GitConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeRepositorySummary]\n    }\n  }\n\n  \/** Use this parameter to configure your Amazon Cognito workforce. A single Cognito workforce is created using and corresponds to a single [[https:\/\/docs.aws.amazon.com\/cognito\/latest\/developerguide\/cognito-user-identity-pools.html| Amazon Cognito user pool]].\n    *\/\n  @js.native\n  trait CognitoConfig extends js.Object {\n    var ClientId: ClientId\n    var UserPool: CognitoUserPool\n  }\n\n  object CognitoConfig {\n    @inline\n    def apply(\n        ClientId: ClientId,\n        UserPool: CognitoUserPool\n    ): CognitoConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ClientId\" -> ClientId.asInstanceOf[js.Any],\n        \"UserPool\" -> UserPool.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CognitoConfig]\n    }\n  }\n\n  \/** Identifies a Amazon Cognito user group. A user group can be used in on or more work teams.\n    *\/\n  @js.native\n  trait CognitoMemberDefinition extends js.Object {\n    var ClientId: ClientId\n    var UserGroup: CognitoUserGroup\n    var UserPool: CognitoUserPool\n  }\n\n  object CognitoMemberDefinition {\n    @inline\n    def apply(\n        ClientId: ClientId,\n        UserGroup: CognitoUserGroup,\n        UserPool: CognitoUserPool\n    ): CognitoMemberDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"ClientId\" -> ClientId.asInstanceOf[js.Any],\n        \"UserGroup\" -> UserGroup.asInstanceOf[js.Any],\n        \"UserPool\" -> UserPool.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CognitoMemberDefinition]\n    }\n  }\n\n  \/** Configuration information for the Debugger output tensor collections.\n    *\/\n  @js.native\n  trait CollectionConfiguration extends js.Object {\n    var CollectionName: js.UndefOr[CollectionName]\n    var CollectionParameters: js.UndefOr[CollectionParameters]\n  }\n\n  object CollectionConfiguration {\n    @inline\n    def apply(\n        CollectionName: js.UndefOr[CollectionName] = js.undefined,\n        CollectionParameters: js.UndefOr[CollectionParameters] = js.undefined\n    ): CollectionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CollectionName.foreach(__v => __obj.updateDynamic(\"CollectionName\")(__v.asInstanceOf[js.Any]))\n      CollectionParameters.foreach(__v => __obj.updateDynamic(\"CollectionParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CollectionConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait CompilationJobStatus extends js.Any\n  object CompilationJobStatus {\n    val INPROGRESS = \"INPROGRESS\".asInstanceOf[CompilationJobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[CompilationJobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[CompilationJobStatus]\n    val STARTING = \"STARTING\".asInstanceOf[CompilationJobStatus]\n    val STOPPING = \"STOPPING\".asInstanceOf[CompilationJobStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[CompilationJobStatus]\n\n    @inline def values = js.Array(INPROGRESS, COMPLETED, FAILED, STARTING, STOPPING, STOPPED)\n  }\n\n  \/** A summary of a model compilation job.\n    *\/\n  @js.native\n  trait CompilationJobSummary extends js.Object {\n    var CompilationJobArn: CompilationJobArn\n    var CompilationJobName: EntityName\n    var CompilationJobStatus: CompilationJobStatus\n    var CreationTime: CreationTime\n    var CompilationEndTime: js.UndefOr[Timestamp]\n    var CompilationStartTime: js.UndefOr[Timestamp]\n    var CompilationTargetDevice: js.UndefOr[TargetDevice]\n    var CompilationTargetPlatformAccelerator: js.UndefOr[TargetPlatformAccelerator]\n    var CompilationTargetPlatformArch: js.UndefOr[TargetPlatformArch]\n    var CompilationTargetPlatformOs: js.UndefOr[TargetPlatformOs]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n  }\n\n  object CompilationJobSummary {\n    @inline\n    def apply(\n        CompilationJobArn: CompilationJobArn,\n        CompilationJobName: EntityName,\n        CompilationJobStatus: CompilationJobStatus,\n        CreationTime: CreationTime,\n        CompilationEndTime: js.UndefOr[Timestamp] = js.undefined,\n        CompilationStartTime: js.UndefOr[Timestamp] = js.undefined,\n        CompilationTargetDevice: js.UndefOr[TargetDevice] = js.undefined,\n        CompilationTargetPlatformAccelerator: js.UndefOr[TargetPlatformAccelerator] = js.undefined,\n        CompilationTargetPlatformArch: js.UndefOr[TargetPlatformArch] = js.undefined,\n        CompilationTargetPlatformOs: js.UndefOr[TargetPlatformOs] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined\n    ): CompilationJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobArn\" -> CompilationJobArn.asInstanceOf[js.Any],\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any],\n        \"CompilationJobStatus\" -> CompilationJobStatus.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any]\n      )\n\n      CompilationEndTime.foreach(__v => __obj.updateDynamic(\"CompilationEndTime\")(__v.asInstanceOf[js.Any]))\n      CompilationStartTime.foreach(__v => __obj.updateDynamic(\"CompilationStartTime\")(__v.asInstanceOf[js.Any]))\n      CompilationTargetDevice.foreach(__v => __obj.updateDynamic(\"CompilationTargetDevice\")(__v.asInstanceOf[js.Any]))\n      CompilationTargetPlatformAccelerator.foreach(__v => __obj.updateDynamic(\"CompilationTargetPlatformAccelerator\")(__v.asInstanceOf[js.Any]))\n      CompilationTargetPlatformArch.foreach(__v => __obj.updateDynamic(\"CompilationTargetPlatformArch\")(__v.asInstanceOf[js.Any]))\n      CompilationTargetPlatformOs.foreach(__v => __obj.updateDynamic(\"CompilationTargetPlatformOs\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompilationJobSummary]\n    }\n  }\n\n  @js.native\n  sealed trait CompressionType extends js.Any\n  object CompressionType {\n    val None = \"None\".asInstanceOf[CompressionType]\n    val Gzip = \"Gzip\".asInstanceOf[CompressionType]\n\n    @inline def values = js.Array(None, Gzip)\n  }\n\n  @js.native\n  sealed trait ConditionOutcome extends js.Any\n  object ConditionOutcome {\n    val True = \"True\".asInstanceOf[ConditionOutcome]\n    val False = \"False\".asInstanceOf[ConditionOutcome]\n\n    @inline def values = js.Array(True, False)\n  }\n\n  \/** Metadata for a Condition step.\n    *\/\n  @js.native\n  trait ConditionStepMetadata extends js.Object {\n    var Outcome: js.UndefOr[ConditionOutcome]\n  }\n\n  object ConditionStepMetadata {\n    @inline\n    def apply(\n        Outcome: js.UndefOr[ConditionOutcome] = js.undefined\n    ): ConditionStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Outcome.foreach(__v => __obj.updateDynamic(\"Outcome\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConditionStepMetadata]\n    }\n  }\n\n  \/** Describes the container, as part of model definition.\n    *\/\n  @js.native\n  trait ContainerDefinition extends js.Object {\n    var ContainerHostname: js.UndefOr[ContainerHostname]\n    var Environment: js.UndefOr[EnvironmentMap]\n    var Image: js.UndefOr[ContainerImage]\n    var ImageConfig: js.UndefOr[ImageConfig]\n    var Mode: js.UndefOr[ContainerMode]\n    var ModelDataUrl: js.UndefOr[Url]\n    var ModelPackageName: js.UndefOr[VersionedArnOrName]\n    var MultiModelConfig: js.UndefOr[MultiModelConfig]\n  }\n\n  object ContainerDefinition {\n    @inline\n    def apply(\n        ContainerHostname: js.UndefOr[ContainerHostname] = js.undefined,\n        Environment: js.UndefOr[EnvironmentMap] = js.undefined,\n        Image: js.UndefOr[ContainerImage] = js.undefined,\n        ImageConfig: js.UndefOr[ImageConfig] = js.undefined,\n        Mode: js.UndefOr[ContainerMode] = js.undefined,\n        ModelDataUrl: js.UndefOr[Url] = js.undefined,\n        ModelPackageName: js.UndefOr[VersionedArnOrName] = js.undefined,\n        MultiModelConfig: js.UndefOr[MultiModelConfig] = js.undefined\n    ): ContainerDefinition = {\n      val __obj = js.Dynamic.literal()\n      ContainerHostname.foreach(__v => __obj.updateDynamic(\"ContainerHostname\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      Image.foreach(__v => __obj.updateDynamic(\"Image\")(__v.asInstanceOf[js.Any]))\n      ImageConfig.foreach(__v => __obj.updateDynamic(\"ImageConfig\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      ModelDataUrl.foreach(__v => __obj.updateDynamic(\"ModelDataUrl\")(__v.asInstanceOf[js.Any]))\n      ModelPackageName.foreach(__v => __obj.updateDynamic(\"ModelPackageName\")(__v.asInstanceOf[js.Any]))\n      MultiModelConfig.foreach(__v => __obj.updateDynamic(\"MultiModelConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContainerDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerMode extends js.Any\n  object ContainerMode {\n    val SingleModel = \"SingleModel\".asInstanceOf[ContainerMode]\n    val MultiModel = \"MultiModel\".asInstanceOf[ContainerMode]\n\n    @inline def values = js.Array(SingleModel, MultiModel)\n  }\n\n  @js.native\n  sealed trait ContentClassifier extends js.Any\n  object ContentClassifier {\n    val FreeOfPersonallyIdentifiableInformation = \"FreeOfPersonallyIdentifiableInformation\".asInstanceOf[ContentClassifier]\n    val FreeOfAdultContent = \"FreeOfAdultContent\".asInstanceOf[ContentClassifier]\n\n    @inline def values = js.Array(FreeOfPersonallyIdentifiableInformation, FreeOfAdultContent)\n  }\n\n  \/** A structure describing the source of a context.\n    *\/\n  @js.native\n  trait ContextSource extends js.Object {\n    var SourceUri: String2048\n    var SourceId: js.UndefOr[String256]\n    var SourceType: js.UndefOr[String256]\n  }\n\n  object ContextSource {\n    @inline\n    def apply(\n        SourceUri: String2048,\n        SourceId: js.UndefOr[String256] = js.undefined,\n        SourceType: js.UndefOr[String256] = js.undefined\n    ): ContextSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceUri\" -> SourceUri.asInstanceOf[js.Any]\n      )\n\n      SourceId.foreach(__v => __obj.updateDynamic(\"SourceId\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContextSource]\n    }\n  }\n\n  \/** Lists a summary of the properties of a context. A context provides a logical grouping of other entities.\n    *\/\n  @js.native\n  trait ContextSummary extends js.Object {\n    var ContextArn: js.UndefOr[ContextArn]\n    var ContextName: js.UndefOr[ExperimentEntityName]\n    var ContextType: js.UndefOr[String256]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[ContextSource]\n  }\n\n  object ContextSummary {\n    @inline\n    def apply(\n        ContextArn: js.UndefOr[ContextArn] = js.undefined,\n        ContextName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ContextType: js.UndefOr[String256] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[ContextSource] = js.undefined\n    ): ContextSummary = {\n      val __obj = js.Dynamic.literal()\n      ContextArn.foreach(__v => __obj.updateDynamic(\"ContextArn\")(__v.asInstanceOf[js.Any]))\n      ContextName.foreach(__v => __obj.updateDynamic(\"ContextName\")(__v.asInstanceOf[js.Any]))\n      ContextType.foreach(__v => __obj.updateDynamic(\"ContextType\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContextSummary]\n    }\n  }\n\n  \/** A list of continuous hyperparameters to tune.\n    *\/\n  @js.native\n  trait ContinuousParameterRange extends js.Object {\n    var MaxValue: ParameterValue\n    var MinValue: ParameterValue\n    var Name: ParameterKey\n    var ScalingType: js.UndefOr[HyperParameterScalingType]\n  }\n\n  object ContinuousParameterRange {\n    @inline\n    def apply(\n        MaxValue: ParameterValue,\n        MinValue: ParameterValue,\n        Name: ParameterKey,\n        ScalingType: js.UndefOr[HyperParameterScalingType] = js.undefined\n    ): ContinuousParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ScalingType.foreach(__v => __obj.updateDynamic(\"ScalingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContinuousParameterRange]\n    }\n  }\n\n  \/** Defines the possible values for a continuous hyperparameter.\n    *\/\n  @js.native\n  trait ContinuousParameterRangeSpecification extends js.Object {\n    var MaxValue: ParameterValue\n    var MinValue: ParameterValue\n  }\n\n  object ContinuousParameterRangeSpecification {\n    @inline\n    def apply(\n        MaxValue: ParameterValue,\n        MinValue: ParameterValue\n    ): ContinuousParameterRangeSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ContinuousParameterRangeSpecification]\n    }\n  }\n\n  @js.native\n  trait CreateActionRequest extends js.Object {\n    var ActionName: ExperimentEntityName\n    var ActionType: String256\n    var Source: ActionSource\n    var Description: js.UndefOr[ExperimentDescription]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Status: js.UndefOr[ActionStatus]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateActionRequest {\n    @inline\n    def apply(\n        ActionName: ExperimentEntityName,\n        ActionType: String256,\n        Source: ActionSource,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Status: js.UndefOr[ActionStatus] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any],\n        \"ActionType\" -> ActionType.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateActionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateActionResponse extends js.Object {\n    var ActionArn: js.UndefOr[ActionArn]\n  }\n\n  object CreateActionResponse {\n    @inline\n    def apply(\n        ActionArn: js.UndefOr[ActionArn] = js.undefined\n    ): CreateActionResponse = {\n      val __obj = js.Dynamic.literal()\n      ActionArn.foreach(__v => __obj.updateDynamic(\"ActionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateActionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAlgorithmInput extends js.Object {\n    var AlgorithmName: EntityName\n    var TrainingSpecification: TrainingSpecification\n    var AlgorithmDescription: js.UndefOr[EntityDescription]\n    var CertifyForMarketplace: js.UndefOr[CertifyForMarketplace]\n    var InferenceSpecification: js.UndefOr[InferenceSpecification]\n    var Tags: js.UndefOr[TagList]\n    var ValidationSpecification: js.UndefOr[AlgorithmValidationSpecification]\n  }\n\n  object CreateAlgorithmInput {\n    @inline\n    def apply(\n        AlgorithmName: EntityName,\n        TrainingSpecification: TrainingSpecification,\n        AlgorithmDescription: js.UndefOr[EntityDescription] = js.undefined,\n        CertifyForMarketplace: js.UndefOr[CertifyForMarketplace] = js.undefined,\n        InferenceSpecification: js.UndefOr[InferenceSpecification] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ValidationSpecification: js.UndefOr[AlgorithmValidationSpecification] = js.undefined\n    ): CreateAlgorithmInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any],\n        \"TrainingSpecification\" -> TrainingSpecification.asInstanceOf[js.Any]\n      )\n\n      AlgorithmDescription.foreach(__v => __obj.updateDynamic(\"AlgorithmDescription\")(__v.asInstanceOf[js.Any]))\n      CertifyForMarketplace.foreach(__v => __obj.updateDynamic(\"CertifyForMarketplace\")(__v.asInstanceOf[js.Any]))\n      InferenceSpecification.foreach(__v => __obj.updateDynamic(\"InferenceSpecification\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ValidationSpecification.foreach(__v => __obj.updateDynamic(\"ValidationSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAlgorithmInput]\n    }\n  }\n\n  @js.native\n  trait CreateAlgorithmOutput extends js.Object {\n    var AlgorithmArn: AlgorithmArn\n  }\n\n  object CreateAlgorithmOutput {\n    @inline\n    def apply(\n        AlgorithmArn: AlgorithmArn\n    ): CreateAlgorithmOutput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmArn\" -> AlgorithmArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAlgorithmOutput]\n    }\n  }\n\n  @js.native\n  trait CreateAppImageConfigRequest extends js.Object {\n    var AppImageConfigName: AppImageConfigName\n    var KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAppImageConfigRequest {\n    @inline\n    def apply(\n        AppImageConfigName: AppImageConfigName,\n        KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAppImageConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppImageConfigName\" -> AppImageConfigName.asInstanceOf[js.Any]\n      )\n\n      KernelGatewayImageConfig.foreach(__v => __obj.updateDynamic(\"KernelGatewayImageConfig\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppImageConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppImageConfigResponse extends js.Object {\n    var AppImageConfigArn: js.UndefOr[AppImageConfigArn]\n  }\n\n  object CreateAppImageConfigResponse {\n    @inline\n    def apply(\n        AppImageConfigArn: js.UndefOr[AppImageConfigArn] = js.undefined\n    ): CreateAppImageConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AppImageConfigArn.foreach(__v => __obj.updateDynamic(\"AppImageConfigArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppImageConfigResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAppRequest extends js.Object {\n    var AppName: AppName\n    var AppType: AppType\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n    var ResourceSpec: js.UndefOr[ResourceSpec]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAppRequest {\n    @inline\n    def apply(\n        AppName: AppName,\n        AppType: AppType,\n        DomainId: DomainId,\n        UserProfileName: UserProfileName,\n        ResourceSpec: js.UndefOr[ResourceSpec] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppName\" -> AppName.asInstanceOf[js.Any],\n        \"AppType\" -> AppType.asInstanceOf[js.Any],\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n\n      ResourceSpec.foreach(__v => __obj.updateDynamic(\"ResourceSpec\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppResponse extends js.Object {\n    var AppArn: js.UndefOr[AppArn]\n  }\n\n  object CreateAppResponse {\n    @inline\n    def apply(\n        AppArn: js.UndefOr[AppArn] = js.undefined\n    ): CreateAppResponse = {\n      val __obj = js.Dynamic.literal()\n      AppArn.foreach(__v => __obj.updateDynamic(\"AppArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppResponse]\n    }\n  }\n\n  @js.native\n  trait CreateArtifactRequest extends js.Object {\n    var ArtifactType: String256\n    var Source: ArtifactSource\n    var ArtifactName: js.UndefOr[ExperimentEntityName]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateArtifactRequest {\n    @inline\n    def apply(\n        ArtifactType: String256,\n        Source: ArtifactSource,\n        ArtifactName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateArtifactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ArtifactType\" -> ArtifactType.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      ArtifactName.foreach(__v => __obj.updateDynamic(\"ArtifactName\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait CreateArtifactResponse extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n  }\n\n  object CreateArtifactResponse {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined\n    ): CreateArtifactResponse = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateArtifactResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAutoMLJobRequest extends js.Object {\n    var AutoMLJobName: AutoMLJobName\n    var InputDataConfig: AutoMLInputDataConfig\n    var OutputDataConfig: AutoMLOutputDataConfig\n    var RoleArn: RoleArn\n    var AutoMLJobConfig: js.UndefOr[AutoMLJobConfig]\n    var AutoMLJobObjective: js.UndefOr[AutoMLJobObjective]\n    var GenerateCandidateDefinitionsOnly: js.UndefOr[GenerateCandidateDefinitionsOnly]\n    var ProblemType: js.UndefOr[ProblemType]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAutoMLJobRequest {\n    @inline\n    def apply(\n        AutoMLJobName: AutoMLJobName,\n        InputDataConfig: AutoMLInputDataConfig,\n        OutputDataConfig: AutoMLOutputDataConfig,\n        RoleArn: RoleArn,\n        AutoMLJobConfig: js.UndefOr[AutoMLJobConfig] = js.undefined,\n        AutoMLJobObjective: js.UndefOr[AutoMLJobObjective] = js.undefined,\n        GenerateCandidateDefinitionsOnly: js.UndefOr[GenerateCandidateDefinitionsOnly] = js.undefined,\n        ProblemType: js.UndefOr[ProblemType] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAutoMLJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      AutoMLJobConfig.foreach(__v => __obj.updateDynamic(\"AutoMLJobConfig\")(__v.asInstanceOf[js.Any]))\n      AutoMLJobObjective.foreach(__v => __obj.updateDynamic(\"AutoMLJobObjective\")(__v.asInstanceOf[js.Any]))\n      GenerateCandidateDefinitionsOnly.foreach(__v => __obj.updateDynamic(\"GenerateCandidateDefinitionsOnly\")(__v.asInstanceOf[js.Any]))\n      ProblemType.foreach(__v => __obj.updateDynamic(\"ProblemType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAutoMLJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAutoMLJobResponse extends js.Object {\n    var AutoMLJobArn: AutoMLJobArn\n  }\n\n  object CreateAutoMLJobResponse {\n    @inline\n    def apply(\n        AutoMLJobArn: AutoMLJobArn\n    ): CreateAutoMLJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobArn\" -> AutoMLJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAutoMLJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCodeRepositoryInput extends js.Object {\n    var CodeRepositoryName: EntityName\n    var GitConfig: GitConfig\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCodeRepositoryInput {\n    @inline\n    def apply(\n        CodeRepositoryName: EntityName,\n        GitConfig: GitConfig,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCodeRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any],\n        \"GitConfig\" -> GitConfig.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCodeRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait CreateCodeRepositoryOutput extends js.Object {\n    var CodeRepositoryArn: CodeRepositoryArn\n  }\n\n  object CreateCodeRepositoryOutput {\n    @inline\n    def apply(\n        CodeRepositoryArn: CodeRepositoryArn\n    ): CreateCodeRepositoryOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryArn\" -> CodeRepositoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCodeRepositoryOutput]\n    }\n  }\n\n  @js.native\n  trait CreateCompilationJobRequest extends js.Object {\n    var CompilationJobName: EntityName\n    var InputConfig: InputConfig\n    var OutputConfig: OutputConfig\n    var RoleArn: RoleArn\n    var StoppingCondition: StoppingCondition\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCompilationJobRequest {\n    @inline\n    def apply(\n        CompilationJobName: EntityName,\n        InputConfig: InputConfig,\n        OutputConfig: OutputConfig,\n        RoleArn: RoleArn,\n        StoppingCondition: StoppingCondition,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCompilationJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any],\n        \"InputConfig\" -> InputConfig.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCompilationJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCompilationJobResponse extends js.Object {\n    var CompilationJobArn: CompilationJobArn\n  }\n\n  object CreateCompilationJobResponse {\n    @inline\n    def apply(\n        CompilationJobArn: CompilationJobArn\n    ): CreateCompilationJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobArn\" -> CompilationJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCompilationJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateContextRequest extends js.Object {\n    var ContextName: ExperimentEntityName\n    var ContextType: String256\n    var Source: ContextSource\n    var Description: js.UndefOr[ExperimentDescription]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateContextRequest {\n    @inline\n    def apply(\n        ContextName: ExperimentEntityName,\n        ContextType: String256,\n        Source: ContextSource,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateContextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ContextName\" -> ContextName.asInstanceOf[js.Any],\n        \"ContextType\" -> ContextType.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContextRequest]\n    }\n  }\n\n  @js.native\n  trait CreateContextResponse extends js.Object {\n    var ContextArn: js.UndefOr[ContextArn]\n  }\n\n  object CreateContextResponse {\n    @inline\n    def apply(\n        ContextArn: js.UndefOr[ContextArn] = js.undefined\n    ): CreateContextResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextArn.foreach(__v => __obj.updateDynamic(\"ContextArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContextResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDataQualityJobDefinitionRequest extends js.Object {\n    var DataQualityAppSpecification: DataQualityAppSpecification\n    var DataQualityJobInput: DataQualityJobInput\n    var DataQualityJobOutputConfig: MonitoringOutputConfig\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var RoleArn: RoleArn\n    var DataQualityBaselineConfig: js.UndefOr[DataQualityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDataQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        DataQualityAppSpecification: DataQualityAppSpecification,\n        DataQualityJobInput: DataQualityJobInput,\n        DataQualityJobOutputConfig: MonitoringOutputConfig,\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        RoleArn: RoleArn,\n        DataQualityBaselineConfig: js.UndefOr[DataQualityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDataQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DataQualityAppSpecification\" -> DataQualityAppSpecification.asInstanceOf[js.Any],\n        \"DataQualityJobInput\" -> DataQualityJobInput.asInstanceOf[js.Any],\n        \"DataQualityJobOutputConfig\" -> DataQualityJobOutputConfig.asInstanceOf[js.Any],\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      DataQualityBaselineConfig.foreach(__v => __obj.updateDynamic(\"DataQualityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDataQualityJobDefinitionResponse extends js.Object {\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n  }\n\n  object CreateDataQualityJobDefinitionResponse {\n    @inline\n    def apply(\n        JobDefinitionArn: MonitoringJobDefinitionArn\n    ): CreateDataQualityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDataQualityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDeviceFleetRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var OutputConfig: EdgeOutputConfig\n    var Description: js.UndefOr[DeviceFleetDescription]\n    var RoleArn: js.UndefOr[RoleArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDeviceFleetRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        OutputConfig: EdgeOutputConfig,\n        Description: js.UndefOr[DeviceFleetDescription] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDeviceFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeviceFleetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDomainRequest extends js.Object {\n    var AuthMode: AuthMode\n    var DefaultUserSettings: UserSettings\n    var DomainName: DomainName\n    var SubnetIds: Subnets\n    var VpcId: VpcId\n    var AppNetworkAccessType: js.UndefOr[AppNetworkAccessType]\n    var HomeEfsFileSystemKmsKeyId: js.UndefOr[KmsKeyId]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDomainRequest {\n    @inline\n    def apply(\n        AuthMode: AuthMode,\n        DefaultUserSettings: UserSettings,\n        DomainName: DomainName,\n        SubnetIds: Subnets,\n        VpcId: VpcId,\n        AppNetworkAccessType: js.UndefOr[AppNetworkAccessType] = js.undefined,\n        HomeEfsFileSystemKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AuthMode\" -> AuthMode.asInstanceOf[js.Any],\n        \"DefaultUserSettings\" -> DefaultUserSettings.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any],\n        \"VpcId\" -> VpcId.asInstanceOf[js.Any]\n      )\n\n      AppNetworkAccessType.foreach(__v => __obj.updateDynamic(\"AppNetworkAccessType\")(__v.asInstanceOf[js.Any]))\n      HomeEfsFileSystemKmsKeyId.foreach(__v => __obj.updateDynamic(\"HomeEfsFileSystemKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDomainResponse extends js.Object {\n    var DomainArn: js.UndefOr[DomainArn]\n    var Url: js.UndefOr[String1024]\n  }\n\n  object CreateDomainResponse {\n    @inline\n    def apply(\n        DomainArn: js.UndefOr[DomainArn] = js.undefined,\n        Url: js.UndefOr[String1024] = js.undefined\n    ): CreateDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainArn.foreach(__v => __obj.updateDynamic(\"DomainArn\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainResponse]\n    }\n  }\n\n  @js.native\n  trait CreateEdgePackagingJobRequest extends js.Object {\n    var CompilationJobName: EntityName\n    var EdgePackagingJobName: EntityName\n    var ModelName: EntityName\n    var ModelVersion: EdgeVersion\n    var OutputConfig: EdgeOutputConfig\n    var RoleArn: RoleArn\n    var ResourceKey: js.UndefOr[KmsKeyId]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEdgePackagingJobRequest {\n    @inline\n    def apply(\n        CompilationJobName: EntityName,\n        EdgePackagingJobName: EntityName,\n        ModelName: EntityName,\n        ModelVersion: EdgeVersion,\n        OutputConfig: EdgeOutputConfig,\n        RoleArn: RoleArn,\n        ResourceKey: js.UndefOr[KmsKeyId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEdgePackagingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any],\n        \"EdgePackagingJobName\" -> EdgePackagingJobName.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ResourceKey.foreach(__v => __obj.updateDynamic(\"ResourceKey\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEdgePackagingJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointConfigInput extends js.Object {\n    var EndpointConfigName: EndpointConfigName\n    var ProductionVariants: ProductionVariantList\n    var DataCaptureConfig: js.UndefOr[DataCaptureConfig]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEndpointConfigInput {\n    @inline\n    def apply(\n        EndpointConfigName: EndpointConfigName,\n        ProductionVariants: ProductionVariantList,\n        DataCaptureConfig: js.UndefOr[DataCaptureConfig] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEndpointConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"ProductionVariants\" -> ProductionVariants.asInstanceOf[js.Any]\n      )\n\n      DataCaptureConfig.foreach(__v => __obj.updateDynamic(\"DataCaptureConfig\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEndpointConfigInput]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointConfigOutput extends js.Object {\n    var EndpointConfigArn: EndpointConfigArn\n  }\n\n  object CreateEndpointConfigOutput {\n    @inline\n    def apply(\n        EndpointConfigArn: EndpointConfigArn\n    ): CreateEndpointConfigOutput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigArn\" -> EndpointConfigArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateEndpointConfigOutput]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointInput extends js.Object {\n    var EndpointConfigName: EndpointConfigName\n    var EndpointName: EndpointName\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEndpointInput {\n    @inline\n    def apply(\n        EndpointConfigName: EndpointConfigName,\n        EndpointName: EndpointName,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEndpointInput]\n    }\n  }\n\n  @js.native\n  trait CreateEndpointOutput extends js.Object {\n    var EndpointArn: EndpointArn\n  }\n\n  object CreateEndpointOutput {\n    @inline\n    def apply(\n        EndpointArn: EndpointArn\n    ): CreateEndpointOutput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateEndpointOutput]\n    }\n  }\n\n  @js.native\n  trait CreateExperimentRequest extends js.Object {\n    var ExperimentName: ExperimentEntityName\n    var Description: js.UndefOr[ExperimentDescription]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateExperimentRequest {\n    @inline\n    def apply(\n        ExperimentName: ExperimentEntityName,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExperimentName\" -> ExperimentName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateExperimentResponse extends js.Object {\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n  }\n\n  object CreateExperimentResponse {\n    @inline\n    def apply(\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined\n    ): CreateExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFeatureGroupRequest extends js.Object {\n    var EventTimeFeatureName: FeatureName\n    var FeatureDefinitions: FeatureDefinitions\n    var FeatureGroupName: FeatureGroupName\n    var RecordIdentifierFeatureName: FeatureName\n    var Description: js.UndefOr[Description]\n    var OfflineStoreConfig: js.UndefOr[OfflineStoreConfig]\n    var OnlineStoreConfig: js.UndefOr[OnlineStoreConfig]\n    var RoleArn: js.UndefOr[RoleArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateFeatureGroupRequest {\n    @inline\n    def apply(\n        EventTimeFeatureName: FeatureName,\n        FeatureDefinitions: FeatureDefinitions,\n        FeatureGroupName: FeatureGroupName,\n        RecordIdentifierFeatureName: FeatureName,\n        Description: js.UndefOr[Description] = js.undefined,\n        OfflineStoreConfig: js.UndefOr[OfflineStoreConfig] = js.undefined,\n        OnlineStoreConfig: js.UndefOr[OnlineStoreConfig] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateFeatureGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EventTimeFeatureName\" -> EventTimeFeatureName.asInstanceOf[js.Any],\n        \"FeatureDefinitions\" -> FeatureDefinitions.asInstanceOf[js.Any],\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any],\n        \"RecordIdentifierFeatureName\" -> RecordIdentifierFeatureName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreConfig.foreach(__v => __obj.updateDynamic(\"OfflineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      OnlineStoreConfig.foreach(__v => __obj.updateDynamic(\"OnlineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFeatureGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFeatureGroupResponse extends js.Object {\n    var FeatureGroupArn: FeatureGroupArn\n  }\n\n  object CreateFeatureGroupResponse {\n    @inline\n    def apply(\n        FeatureGroupArn: FeatureGroupArn\n    ): CreateFeatureGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupArn\" -> FeatureGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateFeatureGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFlowDefinitionRequest extends js.Object {\n    var FlowDefinitionName: FlowDefinitionName\n    var HumanLoopConfig: HumanLoopConfig\n    var OutputConfig: FlowDefinitionOutputConfig\n    var RoleArn: RoleArn\n    var HumanLoopActivationConfig: js.UndefOr[HumanLoopActivationConfig]\n    var HumanLoopRequestSource: js.UndefOr[HumanLoopRequestSource]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateFlowDefinitionRequest {\n    @inline\n    def apply(\n        FlowDefinitionName: FlowDefinitionName,\n        HumanLoopConfig: HumanLoopConfig,\n        OutputConfig: FlowDefinitionOutputConfig,\n        RoleArn: RoleArn,\n        HumanLoopActivationConfig: js.UndefOr[HumanLoopActivationConfig] = js.undefined,\n        HumanLoopRequestSource: js.UndefOr[HumanLoopRequestSource] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateFlowDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionName\" -> FlowDefinitionName.asInstanceOf[js.Any],\n        \"HumanLoopConfig\" -> HumanLoopConfig.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      HumanLoopActivationConfig.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationConfig\")(__v.asInstanceOf[js.Any]))\n      HumanLoopRequestSource.foreach(__v => __obj.updateDynamic(\"HumanLoopRequestSource\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFlowDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFlowDefinitionResponse extends js.Object {\n    var FlowDefinitionArn: FlowDefinitionArn\n  }\n\n  object CreateFlowDefinitionResponse {\n    @inline\n    def apply(\n        FlowDefinitionArn: FlowDefinitionArn\n    ): CreateFlowDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionArn\" -> FlowDefinitionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateFlowDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateHumanTaskUiRequest extends js.Object {\n    var HumanTaskUiName: HumanTaskUiName\n    var UiTemplate: UiTemplate\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateHumanTaskUiRequest {\n    @inline\n    def apply(\n        HumanTaskUiName: HumanTaskUiName,\n        UiTemplate: UiTemplate,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateHumanTaskUiRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiName\" -> HumanTaskUiName.asInstanceOf[js.Any],\n        \"UiTemplate\" -> UiTemplate.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHumanTaskUiRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHumanTaskUiResponse extends js.Object {\n    var HumanTaskUiArn: HumanTaskUiArn\n  }\n\n  object CreateHumanTaskUiResponse {\n    @inline\n    def apply(\n        HumanTaskUiArn: HumanTaskUiArn\n    ): CreateHumanTaskUiResponse = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiArn\" -> HumanTaskUiArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateHumanTaskUiResponse]\n    }\n  }\n\n  @js.native\n  trait CreateHyperParameterTuningJobRequest extends js.Object {\n    var HyperParameterTuningJobConfig: HyperParameterTuningJobConfig\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n    var Tags: js.UndefOr[TagList]\n    var TrainingJobDefinition: js.UndefOr[HyperParameterTrainingJobDefinition]\n    var TrainingJobDefinitions: js.UndefOr[HyperParameterTrainingJobDefinitions]\n    var WarmStartConfig: js.UndefOr[HyperParameterTuningJobWarmStartConfig]\n  }\n\n  object CreateHyperParameterTuningJobRequest {\n    @inline\n    def apply(\n        HyperParameterTuningJobConfig: HyperParameterTuningJobConfig,\n        HyperParameterTuningJobName: HyperParameterTuningJobName,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TrainingJobDefinition: js.UndefOr[HyperParameterTrainingJobDefinition] = js.undefined,\n        TrainingJobDefinitions: js.UndefOr[HyperParameterTrainingJobDefinitions] = js.undefined,\n        WarmStartConfig: js.UndefOr[HyperParameterTuningJobWarmStartConfig] = js.undefined\n    ): CreateHyperParameterTuningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobConfig\" -> HyperParameterTuningJobConfig.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TrainingJobDefinition.foreach(__v => __obj.updateDynamic(\"TrainingJobDefinition\")(__v.asInstanceOf[js.Any]))\n      TrainingJobDefinitions.foreach(__v => __obj.updateDynamic(\"TrainingJobDefinitions\")(__v.asInstanceOf[js.Any]))\n      WarmStartConfig.foreach(__v => __obj.updateDynamic(\"WarmStartConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHyperParameterTuningJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateHyperParameterTuningJobResponse extends js.Object {\n    var HyperParameterTuningJobArn: HyperParameterTuningJobArn\n  }\n\n  object CreateHyperParameterTuningJobResponse {\n    @inline\n    def apply(\n        HyperParameterTuningJobArn: HyperParameterTuningJobArn\n    ): CreateHyperParameterTuningJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobArn\" -> HyperParameterTuningJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateHyperParameterTuningJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateImageRequest extends js.Object {\n    var ImageName: ImageName\n    var RoleArn: RoleArn\n    var Description: js.UndefOr[ImageDescription]\n    var DisplayName: js.UndefOr[ImageDisplayName]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateImageRequest {\n    @inline\n    def apply(\n        ImageName: ImageName,\n        RoleArn: RoleArn,\n        Description: js.UndefOr[ImageDescription] = js.undefined,\n        DisplayName: js.UndefOr[ImageDisplayName] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageRequest]\n    }\n  }\n\n  @js.native\n  trait CreateImageResponse extends js.Object {\n    var ImageArn: js.UndefOr[ImageArn]\n  }\n\n  object CreateImageResponse {\n    @inline\n    def apply(\n        ImageArn: js.UndefOr[ImageArn] = js.undefined\n    ): CreateImageResponse = {\n      val __obj = js.Dynamic.literal()\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageResponse]\n    }\n  }\n\n  @js.native\n  trait CreateImageVersionRequest extends js.Object {\n    var BaseImage: ImageBaseImage\n    var ClientToken: ClientToken\n    var ImageName: ImageName\n  }\n\n  object CreateImageVersionRequest {\n    @inline\n    def apply(\n        BaseImage: ImageBaseImage,\n        ClientToken: ClientToken,\n        ImageName: ImageName\n    ): CreateImageVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaseImage\" -> BaseImage.asInstanceOf[js.Any],\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateImageVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateImageVersionResponse extends js.Object {\n    var ImageVersionArn: js.UndefOr[ImageVersionArn]\n  }\n\n  object CreateImageVersionResponse {\n    @inline\n    def apply(\n        ImageVersionArn: js.UndefOr[ImageVersionArn] = js.undefined\n    ): CreateImageVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      ImageVersionArn.foreach(__v => __obj.updateDynamic(\"ImageVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateImageVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLabelingJobRequest extends js.Object {\n    var HumanTaskConfig: HumanTaskConfig\n    var InputConfig: LabelingJobInputConfig\n    var LabelAttributeName: LabelAttributeName\n    var LabelingJobName: LabelingJobName\n    var OutputConfig: LabelingJobOutputConfig\n    var RoleArn: RoleArn\n    var LabelCategoryConfigS3Uri: js.UndefOr[S3Uri]\n    var LabelingJobAlgorithmsConfig: js.UndefOr[LabelingJobAlgorithmsConfig]\n    var StoppingConditions: js.UndefOr[LabelingJobStoppingConditions]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateLabelingJobRequest {\n    @inline\n    def apply(\n        HumanTaskConfig: HumanTaskConfig,\n        InputConfig: LabelingJobInputConfig,\n        LabelAttributeName: LabelAttributeName,\n        LabelingJobName: LabelingJobName,\n        OutputConfig: LabelingJobOutputConfig,\n        RoleArn: RoleArn,\n        LabelCategoryConfigS3Uri: js.UndefOr[S3Uri] = js.undefined,\n        LabelingJobAlgorithmsConfig: js.UndefOr[LabelingJobAlgorithmsConfig] = js.undefined,\n        StoppingConditions: js.UndefOr[LabelingJobStoppingConditions] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateLabelingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskConfig\" -> HumanTaskConfig.asInstanceOf[js.Any],\n        \"InputConfig\" -> InputConfig.asInstanceOf[js.Any],\n        \"LabelAttributeName\" -> LabelAttributeName.asInstanceOf[js.Any],\n        \"LabelingJobName\" -> LabelingJobName.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      LabelCategoryConfigS3Uri.foreach(__v => __obj.updateDynamic(\"LabelCategoryConfigS3Uri\")(__v.asInstanceOf[js.Any]))\n      LabelingJobAlgorithmsConfig.foreach(__v => __obj.updateDynamic(\"LabelingJobAlgorithmsConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingConditions.foreach(__v => __obj.updateDynamic(\"StoppingConditions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLabelingJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLabelingJobResponse extends js.Object {\n    var LabelingJobArn: LabelingJobArn\n  }\n\n  object CreateLabelingJobResponse {\n    @inline\n    def apply(\n        LabelingJobArn: LabelingJobArn\n    ): CreateLabelingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"LabelingJobArn\" -> LabelingJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateLabelingJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateModelBiasJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelBiasAppSpecification: ModelBiasAppSpecification\n    var ModelBiasJobInput: ModelBiasJobInput\n    var ModelBiasJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelBiasBaselineConfig: js.UndefOr[ModelBiasBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateModelBiasJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelBiasAppSpecification: ModelBiasAppSpecification,\n        ModelBiasJobInput: ModelBiasJobInput,\n        ModelBiasJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelBiasBaselineConfig: js.UndefOr[ModelBiasBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateModelBiasJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelBiasAppSpecification\" -> ModelBiasAppSpecification.asInstanceOf[js.Any],\n        \"ModelBiasJobInput\" -> ModelBiasJobInput.asInstanceOf[js.Any],\n        \"ModelBiasJobOutputConfig\" -> ModelBiasJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelBiasBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelBiasBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelBiasJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateModelBiasJobDefinitionResponse extends js.Object {\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n  }\n\n  object CreateModelBiasJobDefinitionResponse {\n    @inline\n    def apply(\n        JobDefinitionArn: MonitoringJobDefinitionArn\n    ): CreateModelBiasJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelBiasJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateModelExplainabilityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelExplainabilityAppSpecification: ModelExplainabilityAppSpecification\n    var ModelExplainabilityJobInput: ModelExplainabilityJobInput\n    var ModelExplainabilityJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelExplainabilityBaselineConfig: js.UndefOr[ModelExplainabilityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateModelExplainabilityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelExplainabilityAppSpecification: ModelExplainabilityAppSpecification,\n        ModelExplainabilityJobInput: ModelExplainabilityJobInput,\n        ModelExplainabilityJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelExplainabilityBaselineConfig: js.UndefOr[ModelExplainabilityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateModelExplainabilityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelExplainabilityAppSpecification\" -> ModelExplainabilityAppSpecification.asInstanceOf[js.Any],\n        \"ModelExplainabilityJobInput\" -> ModelExplainabilityJobInput.asInstanceOf[js.Any],\n        \"ModelExplainabilityJobOutputConfig\" -> ModelExplainabilityJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelExplainabilityBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelExplainabilityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelExplainabilityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateModelExplainabilityJobDefinitionResponse extends js.Object {\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n  }\n\n  object CreateModelExplainabilityJobDefinitionResponse {\n    @inline\n    def apply(\n        JobDefinitionArn: MonitoringJobDefinitionArn\n    ): CreateModelExplainabilityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelExplainabilityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateModelInput extends js.Object {\n    var ExecutionRoleArn: RoleArn\n    var ModelName: ModelName\n    var Containers: js.UndefOr[ContainerDefinitionList]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var InferenceExecutionConfig: js.UndefOr[InferenceExecutionConfig]\n    var PrimaryContainer: js.UndefOr[ContainerDefinition]\n    var Tags: js.UndefOr[TagList]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateModelInput {\n    @inline\n    def apply(\n        ExecutionRoleArn: RoleArn,\n        ModelName: ModelName,\n        Containers: js.UndefOr[ContainerDefinitionList] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        InferenceExecutionConfig: js.UndefOr[InferenceExecutionConfig] = js.undefined,\n        PrimaryContainer: js.UndefOr[ContainerDefinition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n\n      Containers.foreach(__v => __obj.updateDynamic(\"Containers\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      InferenceExecutionConfig.foreach(__v => __obj.updateDynamic(\"InferenceExecutionConfig\")(__v.asInstanceOf[js.Any]))\n      PrimaryContainer.foreach(__v => __obj.updateDynamic(\"PrimaryContainer\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelInput]\n    }\n  }\n\n  @js.native\n  trait CreateModelOutput extends js.Object {\n    var ModelArn: ModelArn\n  }\n\n  object CreateModelOutput {\n    @inline\n    def apply(\n        ModelArn: ModelArn\n    ): CreateModelOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelArn\" -> ModelArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelOutput]\n    }\n  }\n\n  @js.native\n  trait CreateModelPackageGroupInput extends js.Object {\n    var ModelPackageGroupName: EntityName\n    var ModelPackageGroupDescription: js.UndefOr[EntityDescription]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateModelPackageGroupInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: EntityName,\n        ModelPackageGroupDescription: js.UndefOr[EntityDescription] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateModelPackageGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any]\n      )\n\n      ModelPackageGroupDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupDescription\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelPackageGroupInput]\n    }\n  }\n\n  @js.native\n  trait CreateModelPackageGroupOutput extends js.Object {\n    var ModelPackageGroupArn: ModelPackageGroupArn\n  }\n\n  object CreateModelPackageGroupOutput {\n    @inline\n    def apply(\n        ModelPackageGroupArn: ModelPackageGroupArn\n    ): CreateModelPackageGroupOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupArn\" -> ModelPackageGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelPackageGroupOutput]\n    }\n  }\n\n  @js.native\n  trait CreateModelPackageInput extends js.Object {\n    var CertifyForMarketplace: js.UndefOr[CertifyForMarketplace]\n    var ClientToken: js.UndefOr[ClientToken]\n    var InferenceSpecification: js.UndefOr[InferenceSpecification]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var ModelApprovalStatus: js.UndefOr[ModelApprovalStatus]\n    var ModelMetrics: js.UndefOr[ModelMetrics]\n    var ModelPackageDescription: js.UndefOr[EntityDescription]\n    var ModelPackageGroupName: js.UndefOr[EntityName]\n    var ModelPackageName: js.UndefOr[EntityName]\n    var SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification]\n    var Tags: js.UndefOr[TagList]\n    var ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification]\n  }\n\n  object CreateModelPackageInput {\n    @inline\n    def apply(\n        CertifyForMarketplace: js.UndefOr[CertifyForMarketplace] = js.undefined,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        InferenceSpecification: js.UndefOr[InferenceSpecification] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        ModelApprovalStatus: js.UndefOr[ModelApprovalStatus] = js.undefined,\n        ModelMetrics: js.UndefOr[ModelMetrics] = js.undefined,\n        ModelPackageDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageName: js.UndefOr[EntityName] = js.undefined,\n        SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification] = js.undefined\n    ): CreateModelPackageInput = {\n      val __obj = js.Dynamic.literal()\n      CertifyForMarketplace.foreach(__v => __obj.updateDynamic(\"CertifyForMarketplace\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      InferenceSpecification.foreach(__v => __obj.updateDynamic(\"InferenceSpecification\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      ModelApprovalStatus.foreach(__v => __obj.updateDynamic(\"ModelApprovalStatus\")(__v.asInstanceOf[js.Any]))\n      ModelMetrics.foreach(__v => __obj.updateDynamic(\"ModelMetrics\")(__v.asInstanceOf[js.Any]))\n      ModelPackageDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageDescription\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageName.foreach(__v => __obj.updateDynamic(\"ModelPackageName\")(__v.asInstanceOf[js.Any]))\n      SourceAlgorithmSpecification.foreach(__v => __obj.updateDynamic(\"SourceAlgorithmSpecification\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ValidationSpecification.foreach(__v => __obj.updateDynamic(\"ValidationSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelPackageInput]\n    }\n  }\n\n  @js.native\n  trait CreateModelPackageOutput extends js.Object {\n    var ModelPackageArn: ModelPackageArn\n  }\n\n  object CreateModelPackageOutput {\n    @inline\n    def apply(\n        ModelPackageArn: ModelPackageArn\n    ): CreateModelPackageOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageArn\" -> ModelPackageArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelPackageOutput]\n    }\n  }\n\n  @js.native\n  trait CreateModelQualityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelQualityAppSpecification: ModelQualityAppSpecification\n    var ModelQualityJobInput: ModelQualityJobInput\n    var ModelQualityJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelQualityBaselineConfig: js.UndefOr[ModelQualityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateModelQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelQualityAppSpecification: ModelQualityAppSpecification,\n        ModelQualityJobInput: ModelQualityJobInput,\n        ModelQualityJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelQualityBaselineConfig: js.UndefOr[ModelQualityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateModelQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelQualityAppSpecification\" -> ModelQualityAppSpecification.asInstanceOf[js.Any],\n        \"ModelQualityJobInput\" -> ModelQualityJobInput.asInstanceOf[js.Any],\n        \"ModelQualityJobOutputConfig\" -> ModelQualityJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelQualityBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelQualityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateModelQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateModelQualityJobDefinitionResponse extends js.Object {\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n  }\n\n  object CreateModelQualityJobDefinitionResponse {\n    @inline\n    def apply(\n        JobDefinitionArn: MonitoringJobDefinitionArn\n    ): CreateModelQualityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateModelQualityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleConfig: MonitoringScheduleConfig\n    var MonitoringScheduleName: MonitoringScheduleName\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleConfig: MonitoringScheduleConfig,\n        MonitoringScheduleName: MonitoringScheduleName,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleConfig\" -> MonitoringScheduleConfig.asInstanceOf[js.Any],\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMonitoringScheduleResponse extends js.Object {\n    var MonitoringScheduleArn: MonitoringScheduleArn\n  }\n\n  object CreateMonitoringScheduleResponse {\n    @inline\n    def apply(\n        MonitoringScheduleArn: MonitoringScheduleArn\n    ): CreateMonitoringScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleArn\" -> MonitoringScheduleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMonitoringScheduleResponse]\n    }\n  }\n\n  @js.native\n  trait CreateNotebookInstanceInput extends js.Object {\n    var InstanceType: InstanceType\n    var NotebookInstanceName: NotebookInstanceName\n    var RoleArn: RoleArn\n    var AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes]\n    var AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls]\n    var DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl]\n    var DirectInternetAccess: js.UndefOr[DirectInternetAccess]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var LifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var RootAccess: js.UndefOr[RootAccess]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var SubnetId: js.UndefOr[SubnetId]\n    var Tags: js.UndefOr[TagList]\n    var VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB]\n  }\n\n  object CreateNotebookInstanceInput {\n    @inline\n    def apply(\n        InstanceType: InstanceType,\n        NotebookInstanceName: NotebookInstanceName,\n        RoleArn: RoleArn,\n        AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes] = js.undefined,\n        AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls] = js.undefined,\n        DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl] = js.undefined,\n        DirectInternetAccess: js.UndefOr[DirectInternetAccess] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        LifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        RootAccess: js.UndefOr[RootAccess] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB] = js.undefined\n    ): CreateNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      AcceleratorTypes.foreach(__v => __obj.updateDynamic(\"AcceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      AdditionalCodeRepositories.foreach(__v => __obj.updateDynamic(\"AdditionalCodeRepositories\")(__v.asInstanceOf[js.Any]))\n      DefaultCodeRepository.foreach(__v => __obj.updateDynamic(\"DefaultCodeRepository\")(__v.asInstanceOf[js.Any]))\n      DirectInternetAccess.foreach(__v => __obj.updateDynamic(\"DirectInternetAccess\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LifecycleConfigName.foreach(__v => __obj.updateDynamic(\"LifecycleConfigName\")(__v.asInstanceOf[js.Any]))\n      RootAccess.foreach(__v => __obj.updateDynamic(\"RootAccess\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VolumeSizeInGB.foreach(__v => __obj.updateDynamic(\"VolumeSizeInGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait CreateNotebookInstanceLifecycleConfigInput extends js.Object {\n    var NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n    var OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList]\n    var OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList]\n  }\n\n  object CreateNotebookInstanceLifecycleConfigInput {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName,\n        OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined,\n        OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined\n    ): CreateNotebookInstanceLifecycleConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceLifecycleConfigName\" -> NotebookInstanceLifecycleConfigName.asInstanceOf[js.Any]\n      )\n\n      OnCreate.foreach(__v => __obj.updateDynamic(\"OnCreate\")(__v.asInstanceOf[js.Any]))\n      OnStart.foreach(__v => __obj.updateDynamic(\"OnStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNotebookInstanceLifecycleConfigInput]\n    }\n  }\n\n  @js.native\n  trait CreateNotebookInstanceLifecycleConfigOutput extends js.Object {\n    var NotebookInstanceLifecycleConfigArn: js.UndefOr[NotebookInstanceLifecycleConfigArn]\n  }\n\n  object CreateNotebookInstanceLifecycleConfigOutput {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigArn: js.UndefOr[NotebookInstanceLifecycleConfigArn] = js.undefined\n    ): CreateNotebookInstanceLifecycleConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      NotebookInstanceLifecycleConfigArn.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNotebookInstanceLifecycleConfigOutput]\n    }\n  }\n\n  @js.native\n  trait CreateNotebookInstanceOutput extends js.Object {\n    var NotebookInstanceArn: js.UndefOr[NotebookInstanceArn]\n  }\n\n  object CreateNotebookInstanceOutput {\n    @inline\n    def apply(\n        NotebookInstanceArn: js.UndefOr[NotebookInstanceArn] = js.undefined\n    ): CreateNotebookInstanceOutput = {\n      val __obj = js.Dynamic.literal()\n      NotebookInstanceArn.foreach(__v => __obj.updateDynamic(\"NotebookInstanceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNotebookInstanceOutput]\n    }\n  }\n\n  @js.native\n  trait CreatePipelineRequest extends js.Object {\n    var ClientRequestToken: IdempotencyToken\n    var PipelineDefinition: PipelineDefinition\n    var PipelineName: PipelineName\n    var RoleArn: RoleArn\n    var PipelineDescription: js.UndefOr[PipelineDescription]\n    var PipelineDisplayName: js.UndefOr[PipelineName]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreatePipelineRequest {\n    @inline\n    def apply(\n        ClientRequestToken: IdempotencyToken,\n        PipelineDefinition: PipelineDefinition,\n        PipelineName: PipelineName,\n        RoleArn: RoleArn,\n        PipelineDescription: js.UndefOr[PipelineDescription] = js.undefined,\n        PipelineDisplayName: js.UndefOr[PipelineName] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreatePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"PipelineDefinition\" -> PipelineDefinition.asInstanceOf[js.Any],\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      PipelineDescription.foreach(__v => __obj.updateDynamic(\"PipelineDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineDisplayName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePipelineRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePipelineResponse extends js.Object {\n    var PipelineArn: js.UndefOr[PipelineArn]\n  }\n\n  object CreatePipelineResponse {\n    @inline\n    def apply(\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined\n    ): CreatePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePipelineResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePresignedDomainUrlRequest extends js.Object {\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n    var ExpiresInSeconds: js.UndefOr[ExpiresInSeconds]\n    var SessionExpirationDurationInSeconds: js.UndefOr[SessionExpirationDurationInSeconds]\n  }\n\n  object CreatePresignedDomainUrlRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        UserProfileName: UserProfileName,\n        ExpiresInSeconds: js.UndefOr[ExpiresInSeconds] = js.undefined,\n        SessionExpirationDurationInSeconds: js.UndefOr[SessionExpirationDurationInSeconds] = js.undefined\n    ): CreatePresignedDomainUrlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n\n      ExpiresInSeconds.foreach(__v => __obj.updateDynamic(\"ExpiresInSeconds\")(__v.asInstanceOf[js.Any]))\n      SessionExpirationDurationInSeconds.foreach(__v => __obj.updateDynamic(\"SessionExpirationDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresignedDomainUrlRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePresignedDomainUrlResponse extends js.Object {\n    var AuthorizedUrl: js.UndefOr[PresignedDomainUrl]\n  }\n\n  object CreatePresignedDomainUrlResponse {\n    @inline\n    def apply(\n        AuthorizedUrl: js.UndefOr[PresignedDomainUrl] = js.undefined\n    ): CreatePresignedDomainUrlResponse = {\n      val __obj = js.Dynamic.literal()\n      AuthorizedUrl.foreach(__v => __obj.updateDynamic(\"AuthorizedUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresignedDomainUrlResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePresignedNotebookInstanceUrlInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n    var SessionExpirationDurationInSeconds: js.UndefOr[SessionExpirationDurationInSeconds]\n  }\n\n  object CreatePresignedNotebookInstanceUrlInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName,\n        SessionExpirationDurationInSeconds: js.UndefOr[SessionExpirationDurationInSeconds] = js.undefined\n    ): CreatePresignedNotebookInstanceUrlInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n\n      SessionExpirationDurationInSeconds.foreach(__v => __obj.updateDynamic(\"SessionExpirationDurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresignedNotebookInstanceUrlInput]\n    }\n  }\n\n  @js.native\n  trait CreatePresignedNotebookInstanceUrlOutput extends js.Object {\n    var AuthorizedUrl: js.UndefOr[NotebookInstanceUrl]\n  }\n\n  object CreatePresignedNotebookInstanceUrlOutput {\n    @inline\n    def apply(\n        AuthorizedUrl: js.UndefOr[NotebookInstanceUrl] = js.undefined\n    ): CreatePresignedNotebookInstanceUrlOutput = {\n      val __obj = js.Dynamic.literal()\n      AuthorizedUrl.foreach(__v => __obj.updateDynamic(\"AuthorizedUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePresignedNotebookInstanceUrlOutput]\n    }\n  }\n\n  @js.native\n  trait CreateProcessingJobRequest extends js.Object {\n    var AppSpecification: AppSpecification\n    var ProcessingJobName: ProcessingJobName\n    var ProcessingResources: ProcessingResources\n    var RoleArn: RoleArn\n    var Environment: js.UndefOr[ProcessingEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var NetworkConfig: js.UndefOr[NetworkConfig]\n    var ProcessingInputs: js.UndefOr[ProcessingInputs]\n    var ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig]\n    var StoppingCondition: js.UndefOr[ProcessingStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateProcessingJobRequest {\n    @inline\n    def apply(\n        AppSpecification: AppSpecification,\n        ProcessingJobName: ProcessingJobName,\n        ProcessingResources: ProcessingResources,\n        RoleArn: RoleArn,\n        Environment: js.UndefOr[ProcessingEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[NetworkConfig] = js.undefined,\n        ProcessingInputs: js.UndefOr[ProcessingInputs] = js.undefined,\n        ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[ProcessingStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateProcessingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppSpecification\" -> AppSpecification.asInstanceOf[js.Any],\n        \"ProcessingJobName\" -> ProcessingJobName.asInstanceOf[js.Any],\n        \"ProcessingResources\" -> ProcessingResources.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      ProcessingInputs.foreach(__v => __obj.updateDynamic(\"ProcessingInputs\")(__v.asInstanceOf[js.Any]))\n      ProcessingOutputConfig.foreach(__v => __obj.updateDynamic(\"ProcessingOutputConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProcessingJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProcessingJobResponse extends js.Object {\n    var ProcessingJobArn: ProcessingJobArn\n  }\n\n  object CreateProcessingJobResponse {\n    @inline\n    def apply(\n        ProcessingJobArn: ProcessingJobArn\n    ): CreateProcessingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ProcessingJobArn\" -> ProcessingJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProcessingJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProjectInput extends js.Object {\n    var ProjectName: ProjectEntityName\n    var ServiceCatalogProvisioningDetails: ServiceCatalogProvisioningDetails\n    var ProjectDescription: js.UndefOr[EntityDescription]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateProjectInput {\n    @inline\n    def apply(\n        ProjectName: ProjectEntityName,\n        ServiceCatalogProvisioningDetails: ServiceCatalogProvisioningDetails,\n        ProjectDescription: js.UndefOr[EntityDescription] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any],\n        \"ServiceCatalogProvisioningDetails\" -> ServiceCatalogProvisioningDetails.asInstanceOf[js.Any]\n      )\n\n      ProjectDescription.foreach(__v => __obj.updateDynamic(\"ProjectDescription\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectInput]\n    }\n  }\n\n  @js.native\n  trait CreateProjectOutput extends js.Object {\n    var ProjectArn: ProjectArn\n    var ProjectId: ProjectId\n  }\n\n  object CreateProjectOutput {\n    @inline\n    def apply(\n        ProjectArn: ProjectArn,\n        ProjectId: ProjectId\n    ): CreateProjectOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any],\n        \"ProjectId\" -> ProjectId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProjectOutput]\n    }\n  }\n\n  @js.native\n  trait CreateTrainingJobRequest extends js.Object {\n    var AlgorithmSpecification: AlgorithmSpecification\n    var OutputDataConfig: OutputDataConfig\n    var ResourceConfig: ResourceConfig\n    var RoleArn: RoleArn\n    var StoppingCondition: StoppingCondition\n    var TrainingJobName: TrainingJobName\n    var CheckpointConfig: js.UndefOr[CheckpointConfig]\n    var DebugHookConfig: js.UndefOr[DebugHookConfig]\n    var DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations]\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableManagedSpotTraining: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var Environment: js.UndefOr[TrainingEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var HyperParameters: js.UndefOr[HyperParameters]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var ProfilerConfig: js.UndefOr[ProfilerConfig]\n    var ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations]\n    var Tags: js.UndefOr[TagList]\n    var TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateTrainingJobRequest {\n    @inline\n    def apply(\n        AlgorithmSpecification: AlgorithmSpecification,\n        OutputDataConfig: OutputDataConfig,\n        ResourceConfig: ResourceConfig,\n        RoleArn: RoleArn,\n        StoppingCondition: StoppingCondition,\n        TrainingJobName: TrainingJobName,\n        CheckpointConfig: js.UndefOr[CheckpointConfig] = js.undefined,\n        DebugHookConfig: js.UndefOr[DebugHookConfig] = js.undefined,\n        DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations] = js.undefined,\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableManagedSpotTraining: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        Environment: js.UndefOr[TrainingEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        HyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        ProfilerConfig: js.UndefOr[ProfilerConfig] = js.undefined,\n        ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateTrainingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmSpecification\" -> AlgorithmSpecification.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any],\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any]\n      )\n\n      CheckpointConfig.foreach(__v => __obj.updateDynamic(\"CheckpointConfig\")(__v.asInstanceOf[js.Any]))\n      DebugHookConfig.foreach(__v => __obj.updateDynamic(\"DebugHookConfig\")(__v.asInstanceOf[js.Any]))\n      DebugRuleConfigurations.foreach(__v => __obj.updateDynamic(\"DebugRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableManagedSpotTraining.foreach(__v => __obj.updateDynamic(\"EnableManagedSpotTraining\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      HyperParameters.foreach(__v => __obj.updateDynamic(\"HyperParameters\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      ProfilerConfig.foreach(__v => __obj.updateDynamic(\"ProfilerConfig\")(__v.asInstanceOf[js.Any]))\n      ProfilerRuleConfigurations.foreach(__v => __obj.updateDynamic(\"ProfilerRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TensorBoardOutputConfig.foreach(__v => __obj.updateDynamic(\"TensorBoardOutputConfig\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTrainingJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTrainingJobResponse extends js.Object {\n    var TrainingJobArn: TrainingJobArn\n  }\n\n  object CreateTrainingJobResponse {\n    @inline\n    def apply(\n        TrainingJobArn: TrainingJobArn\n    ): CreateTrainingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobArn\" -> TrainingJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTrainingJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTransformJobRequest extends js.Object {\n    var ModelName: ModelName\n    var TransformInput: TransformInput\n    var TransformJobName: TransformJobName\n    var TransformOutput: TransformOutput\n    var TransformResources: TransformResources\n    var BatchStrategy: js.UndefOr[BatchStrategy]\n    var DataProcessing: js.UndefOr[DataProcessing]\n    var Environment: js.UndefOr[TransformEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms]\n    var MaxPayloadInMB: js.UndefOr[MaxPayloadInMB]\n    var ModelClientConfig: js.UndefOr[ModelClientConfig]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTransformJobRequest {\n    @inline\n    def apply(\n        ModelName: ModelName,\n        TransformInput: TransformInput,\n        TransformJobName: TransformJobName,\n        TransformOutput: TransformOutput,\n        TransformResources: TransformResources,\n        BatchStrategy: js.UndefOr[BatchStrategy] = js.undefined,\n        DataProcessing: js.UndefOr[DataProcessing] = js.undefined,\n        Environment: js.UndefOr[TransformEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms] = js.undefined,\n        MaxPayloadInMB: js.UndefOr[MaxPayloadInMB] = js.undefined,\n        ModelClientConfig: js.UndefOr[ModelClientConfig] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTransformJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"TransformInput\" -> TransformInput.asInstanceOf[js.Any],\n        \"TransformJobName\" -> TransformJobName.asInstanceOf[js.Any],\n        \"TransformOutput\" -> TransformOutput.asInstanceOf[js.Any],\n        \"TransformResources\" -> TransformResources.asInstanceOf[js.Any]\n      )\n\n      BatchStrategy.foreach(__v => __obj.updateDynamic(\"BatchStrategy\")(__v.asInstanceOf[js.Any]))\n      DataProcessing.foreach(__v => __obj.updateDynamic(\"DataProcessing\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrentTransforms.foreach(__v => __obj.updateDynamic(\"MaxConcurrentTransforms\")(__v.asInstanceOf[js.Any]))\n      MaxPayloadInMB.foreach(__v => __obj.updateDynamic(\"MaxPayloadInMB\")(__v.asInstanceOf[js.Any]))\n      ModelClientConfig.foreach(__v => __obj.updateDynamic(\"ModelClientConfig\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTransformJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTransformJobResponse extends js.Object {\n    var TransformJobArn: TransformJobArn\n  }\n\n  object CreateTransformJobResponse {\n    @inline\n    def apply(\n        TransformJobArn: TransformJobArn\n    ): CreateTransformJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TransformJobArn\" -> TransformJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTransformJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var OutputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var Parameters: js.UndefOr[TrialComponentParameters]\n    var StartTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[TrialComponentStatus]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        OutputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        Parameters: js.UndefOr[TrialComponentParameters] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[TrialComponentStatus] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputArtifacts.foreach(__v => __obj.updateDynamic(\"InputArtifacts\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      OutputArtifacts.foreach(__v => __obj.updateDynamic(\"OutputArtifacts\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTrialComponentResponse extends js.Object {\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n  }\n\n  object CreateTrialComponentResponse {\n    @inline\n    def apply(\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined\n    ): CreateTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTrialComponentResponse]\n    }\n  }\n\n  @js.native\n  trait CreateTrialRequest extends js.Object {\n    var ExperimentName: ExperimentEntityName\n    var TrialName: ExperimentEntityName\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTrialRequest {\n    @inline\n    def apply(\n        ExperimentName: ExperimentEntityName,\n        TrialName: ExperimentEntityName,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTrialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExperimentName\" -> ExperimentName.asInstanceOf[js.Any],\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTrialRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTrialResponse extends js.Object {\n    var TrialArn: js.UndefOr[TrialArn]\n  }\n\n  object CreateTrialResponse {\n    @inline\n    def apply(\n        TrialArn: js.UndefOr[TrialArn] = js.undefined\n    ): CreateTrialResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTrialResponse]\n    }\n  }\n\n  @js.native\n  trait CreateUserProfileRequest extends js.Object {\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n    var SingleSignOnUserIdentifier: js.UndefOr[SingleSignOnUserIdentifier]\n    var SingleSignOnUserValue: js.UndefOr[String256]\n    var Tags: js.UndefOr[TagList]\n    var UserSettings: js.UndefOr[UserSettings]\n  }\n\n  object CreateUserProfileRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        UserProfileName: UserProfileName,\n        SingleSignOnUserIdentifier: js.UndefOr[SingleSignOnUserIdentifier] = js.undefined,\n        SingleSignOnUserValue: js.UndefOr[String256] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UserSettings: js.UndefOr[UserSettings] = js.undefined\n    ): CreateUserProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n\n      SingleSignOnUserIdentifier.foreach(__v => __obj.updateDynamic(\"SingleSignOnUserIdentifier\")(__v.asInstanceOf[js.Any]))\n      SingleSignOnUserValue.foreach(__v => __obj.updateDynamic(\"SingleSignOnUserValue\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserProfileRequest]\n    }\n  }\n\n  @js.native\n  trait CreateUserProfileResponse extends js.Object {\n    var UserProfileArn: js.UndefOr[UserProfileArn]\n  }\n\n  object CreateUserProfileResponse {\n    @inline\n    def apply(\n        UserProfileArn: js.UndefOr[UserProfileArn] = js.undefined\n    ): CreateUserProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      UserProfileArn.foreach(__v => __obj.updateDynamic(\"UserProfileArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserProfileResponse]\n    }\n  }\n\n  @js.native\n  trait CreateWorkforceRequest extends js.Object {\n    var WorkforceName: WorkforceName\n    var CognitoConfig: js.UndefOr[CognitoConfig]\n    var OidcConfig: js.UndefOr[OidcConfig]\n    var SourceIpConfig: js.UndefOr[SourceIpConfig]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateWorkforceRequest {\n    @inline\n    def apply(\n        WorkforceName: WorkforceName,\n        CognitoConfig: js.UndefOr[CognitoConfig] = js.undefined,\n        OidcConfig: js.UndefOr[OidcConfig] = js.undefined,\n        SourceIpConfig: js.UndefOr[SourceIpConfig] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateWorkforceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceName\" -> WorkforceName.asInstanceOf[js.Any]\n      )\n\n      CognitoConfig.foreach(__v => __obj.updateDynamic(\"CognitoConfig\")(__v.asInstanceOf[js.Any]))\n      OidcConfig.foreach(__v => __obj.updateDynamic(\"OidcConfig\")(__v.asInstanceOf[js.Any]))\n      SourceIpConfig.foreach(__v => __obj.updateDynamic(\"SourceIpConfig\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkforceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateWorkforceResponse extends js.Object {\n    var WorkforceArn: WorkforceArn\n  }\n\n  object CreateWorkforceResponse {\n    @inline\n    def apply(\n        WorkforceArn: WorkforceArn\n    ): CreateWorkforceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceArn\" -> WorkforceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateWorkforceResponse]\n    }\n  }\n\n  @js.native\n  trait CreateWorkteamRequest extends js.Object {\n    var Description: String200\n    var MemberDefinitions: MemberDefinitions\n    var WorkteamName: WorkteamName\n    var NotificationConfiguration: js.UndefOr[NotificationConfiguration]\n    var Tags: js.UndefOr[TagList]\n    var WorkforceName: js.UndefOr[WorkforceName]\n  }\n\n  object CreateWorkteamRequest {\n    @inline\n    def apply(\n        Description: String200,\n        MemberDefinitions: MemberDefinitions,\n        WorkteamName: WorkteamName,\n        NotificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        WorkforceName: js.UndefOr[WorkforceName] = js.undefined\n    ): CreateWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"MemberDefinitions\" -> MemberDefinitions.asInstanceOf[js.Any],\n        \"WorkteamName\" -> WorkteamName.asInstanceOf[js.Any]\n      )\n\n      NotificationConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WorkforceName.foreach(__v => __obj.updateDynamic(\"WorkforceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait CreateWorkteamResponse extends js.Object {\n    var WorkteamArn: js.UndefOr[WorkteamArn]\n  }\n\n  object CreateWorkteamResponse {\n    @inline\n    def apply(\n        WorkteamArn: js.UndefOr[WorkteamArn] = js.undefined\n    ): CreateWorkteamResponse = {\n      val __obj = js.Dynamic.literal()\n      WorkteamArn.foreach(__v => __obj.updateDynamic(\"WorkteamArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkteamResponse]\n    }\n  }\n\n  \/** A custom SageMaker image. For more information, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/studio-byoi.html|Bring your own SageMaker image]].\n    *\/\n  @js.native\n  trait CustomImage extends js.Object {\n    var AppImageConfigName: AppImageConfigName\n    var ImageName: ImageName\n    var ImageVersionNumber: js.UndefOr[ImageVersionNumber]\n  }\n\n  object CustomImage {\n    @inline\n    def apply(\n        AppImageConfigName: AppImageConfigName,\n        ImageName: ImageName,\n        ImageVersionNumber: js.UndefOr[ImageVersionNumber] = js.undefined\n    ): CustomImage = {\n      val __obj = js.Dynamic.literal(\n        \"AppImageConfigName\" -> AppImageConfigName.asInstanceOf[js.Any],\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n\n      ImageVersionNumber.foreach(__v => __obj.updateDynamic(\"ImageVersionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomImage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DataCaptureConfig extends js.Object {\n    var CaptureOptions: CaptureOptionList\n    var DestinationS3Uri: DestinationS3Uri\n    var InitialSamplingPercentage: SamplingPercentage\n    var CaptureContentTypeHeader: js.UndefOr[CaptureContentTypeHeader]\n    var EnableCapture: js.UndefOr[EnableCapture]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object DataCaptureConfig {\n    @inline\n    def apply(\n        CaptureOptions: CaptureOptionList,\n        DestinationS3Uri: DestinationS3Uri,\n        InitialSamplingPercentage: SamplingPercentage,\n        CaptureContentTypeHeader: js.UndefOr[CaptureContentTypeHeader] = js.undefined,\n        EnableCapture: js.UndefOr[EnableCapture] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): DataCaptureConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CaptureOptions\" -> CaptureOptions.asInstanceOf[js.Any],\n        \"DestinationS3Uri\" -> DestinationS3Uri.asInstanceOf[js.Any],\n        \"InitialSamplingPercentage\" -> InitialSamplingPercentage.asInstanceOf[js.Any]\n      )\n\n      CaptureContentTypeHeader.foreach(__v => __obj.updateDynamic(\"CaptureContentTypeHeader\")(__v.asInstanceOf[js.Any]))\n      EnableCapture.foreach(__v => __obj.updateDynamic(\"EnableCapture\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataCaptureConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DataCaptureConfigSummary extends js.Object {\n    var CaptureStatus: CaptureStatus\n    var CurrentSamplingPercentage: SamplingPercentage\n    var DestinationS3Uri: DestinationS3Uri\n    var EnableCapture: EnableCapture\n    var KmsKeyId: KmsKeyId\n  }\n\n  object DataCaptureConfigSummary {\n    @inline\n    def apply(\n        CaptureStatus: CaptureStatus,\n        CurrentSamplingPercentage: SamplingPercentage,\n        DestinationS3Uri: DestinationS3Uri,\n        EnableCapture: EnableCapture,\n        KmsKeyId: KmsKeyId\n    ): DataCaptureConfigSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CaptureStatus\" -> CaptureStatus.asInstanceOf[js.Any],\n        \"CurrentSamplingPercentage\" -> CurrentSamplingPercentage.asInstanceOf[js.Any],\n        \"DestinationS3Uri\" -> DestinationS3Uri.asInstanceOf[js.Any],\n        \"EnableCapture\" -> EnableCapture.asInstanceOf[js.Any],\n        \"KmsKeyId\" -> KmsKeyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataCaptureConfigSummary]\n    }\n  }\n\n  \/** The meta data of the Glue table which serves as data catalog for the <code>OfflineStore<\/code>.\n    *\/\n  @js.native\n  trait DataCatalogConfig extends js.Object {\n    var Catalog: Catalog\n    var Database: Database\n    var TableName: TableName\n  }\n\n  object DataCatalogConfig {\n    @inline\n    def apply(\n        Catalog: Catalog,\n        Database: Database,\n        TableName: TableName\n    ): DataCatalogConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Catalog\" -> Catalog.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataCatalogConfig]\n    }\n  }\n\n  @js.native\n  sealed trait DataDistributionType extends js.Any\n  object DataDistributionType {\n    val FullyReplicated = \"FullyReplicated\".asInstanceOf[DataDistributionType]\n    val ShardedByS3Key = \"ShardedByS3Key\".asInstanceOf[DataDistributionType]\n\n    @inline def values = js.Array(FullyReplicated, ShardedByS3Key)\n  }\n\n  \/** The data structure used to specify the data to be used for inference in a batch transform job and to associate the data that is relevant to the prediction results in the output. The input filter provided allows you to exclude input data that is not needed for inference in a batch transform job. The output filter provided allows you to include input data relevant to interpreting the predictions in the output from the job. For more information, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/batch-transform-data-processing.html|Associate Prediction Results with their Corresponding Input Records]].\n    *\/\n  @js.native\n  trait DataProcessing extends js.Object {\n    var InputFilter: js.UndefOr[JsonPath]\n    var JoinSource: js.UndefOr[JoinSource]\n    var OutputFilter: js.UndefOr[JsonPath]\n  }\n\n  object DataProcessing {\n    @inline\n    def apply(\n        InputFilter: js.UndefOr[JsonPath] = js.undefined,\n        JoinSource: js.UndefOr[JoinSource] = js.undefined,\n        OutputFilter: js.UndefOr[JsonPath] = js.undefined\n    ): DataProcessing = {\n      val __obj = js.Dynamic.literal()\n      InputFilter.foreach(__v => __obj.updateDynamic(\"InputFilter\")(__v.asInstanceOf[js.Any]))\n      JoinSource.foreach(__v => __obj.updateDynamic(\"JoinSource\")(__v.asInstanceOf[js.Any]))\n      OutputFilter.foreach(__v => __obj.updateDynamic(\"OutputFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataProcessing]\n    }\n  }\n\n  \/** Information about the container that a data quality monitoring job runs.\n    *\/\n  @js.native\n  trait DataQualityAppSpecification extends js.Object {\n    var ImageUri: ImageUri\n    var ContainerArguments: js.UndefOr[MonitoringContainerArguments]\n    var ContainerEntrypoint: js.UndefOr[ContainerEntrypoint]\n    var Environment: js.UndefOr[MonitoringEnvironmentMap]\n    var PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri]\n    var RecordPreprocessorSourceUri: js.UndefOr[S3Uri]\n  }\n\n  object DataQualityAppSpecification {\n    @inline\n    def apply(\n        ImageUri: ImageUri,\n        ContainerArguments: js.UndefOr[MonitoringContainerArguments] = js.undefined,\n        ContainerEntrypoint: js.UndefOr[ContainerEntrypoint] = js.undefined,\n        Environment: js.UndefOr[MonitoringEnvironmentMap] = js.undefined,\n        PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri] = js.undefined,\n        RecordPreprocessorSourceUri: js.UndefOr[S3Uri] = js.undefined\n    ): DataQualityAppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      ContainerArguments.foreach(__v => __obj.updateDynamic(\"ContainerArguments\")(__v.asInstanceOf[js.Any]))\n      ContainerEntrypoint.foreach(__v => __obj.updateDynamic(\"ContainerEntrypoint\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      PostAnalyticsProcessorSourceUri.foreach(__v => __obj.updateDynamic(\"PostAnalyticsProcessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      RecordPreprocessorSourceUri.foreach(__v => __obj.updateDynamic(\"RecordPreprocessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataQualityAppSpecification]\n    }\n  }\n\n  \/** Configuration for monitoring constraints and monitoring statistics. These baseline resources are compared against the results of the current job from the series of jobs scheduled to collect data periodically.\n    *\/\n  @js.native\n  trait DataQualityBaselineConfig extends js.Object {\n    var BaseliningJobName: js.UndefOr[ProcessingJobName]\n    var ConstraintsResource: js.UndefOr[MonitoringConstraintsResource]\n    var StatisticsResource: js.UndefOr[MonitoringStatisticsResource]\n  }\n\n  object DataQualityBaselineConfig {\n    @inline\n    def apply(\n        BaseliningJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ConstraintsResource: js.UndefOr[MonitoringConstraintsResource] = js.undefined,\n        StatisticsResource: js.UndefOr[MonitoringStatisticsResource] = js.undefined\n    ): DataQualityBaselineConfig = {\n      val __obj = js.Dynamic.literal()\n      BaseliningJobName.foreach(__v => __obj.updateDynamic(\"BaseliningJobName\")(__v.asInstanceOf[js.Any]))\n      ConstraintsResource.foreach(__v => __obj.updateDynamic(\"ConstraintsResource\")(__v.asInstanceOf[js.Any]))\n      StatisticsResource.foreach(__v => __obj.updateDynamic(\"StatisticsResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataQualityBaselineConfig]\n    }\n  }\n\n  \/** The input for the data quality monitoring job. Currently endpoints are supported for input.\n    *\/\n  @js.native\n  trait DataQualityJobInput extends js.Object {\n    var EndpointInput: EndpointInput\n  }\n\n  object DataQualityJobInput {\n    @inline\n    def apply(\n        EndpointInput: EndpointInput\n    ): DataQualityJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointInput\" -> EndpointInput.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataQualityJobInput]\n    }\n  }\n\n  \/** Describes the location of the channel data.\n    *\/\n  @js.native\n  trait DataSource extends js.Object {\n    var FileSystemDataSource: js.UndefOr[FileSystemDataSource]\n    var S3DataSource: js.UndefOr[S3DataSource]\n  }\n\n  object DataSource {\n    @inline\n    def apply(\n        FileSystemDataSource: js.UndefOr[FileSystemDataSource] = js.undefined,\n        S3DataSource: js.UndefOr[S3DataSource] = js.undefined\n    ): DataSource = {\n      val __obj = js.Dynamic.literal()\n      FileSystemDataSource.foreach(__v => __obj.updateDynamic(\"FileSystemDataSource\")(__v.asInstanceOf[js.Any]))\n      S3DataSource.foreach(__v => __obj.updateDynamic(\"S3DataSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSource]\n    }\n  }\n\n  \/** Configuration for Dataset Definition inputs. The Dataset Definition input must specify exactly one of either <code>AthenaDatasetDefinition<\/code> or <code>RedshiftDatasetDefinition<\/code> types.\n    *\/\n  @js.native\n  trait DatasetDefinition extends js.Object {\n    var AthenaDatasetDefinition: js.UndefOr[AthenaDatasetDefinition]\n    var DataDistributionType: js.UndefOr[DataDistributionType]\n    var InputMode: js.UndefOr[InputMode]\n    var LocalPath: js.UndefOr[ProcessingLocalPath]\n    var RedshiftDatasetDefinition: js.UndefOr[RedshiftDatasetDefinition]\n  }\n\n  object DatasetDefinition {\n    @inline\n    def apply(\n        AthenaDatasetDefinition: js.UndefOr[AthenaDatasetDefinition] = js.undefined,\n        DataDistributionType: js.UndefOr[DataDistributionType] = js.undefined,\n        InputMode: js.UndefOr[InputMode] = js.undefined,\n        LocalPath: js.UndefOr[ProcessingLocalPath] = js.undefined,\n        RedshiftDatasetDefinition: js.UndefOr[RedshiftDatasetDefinition] = js.undefined\n    ): DatasetDefinition = {\n      val __obj = js.Dynamic.literal()\n      AthenaDatasetDefinition.foreach(__v => __obj.updateDynamic(\"AthenaDatasetDefinition\")(__v.asInstanceOf[js.Any]))\n      DataDistributionType.foreach(__v => __obj.updateDynamic(\"DataDistributionType\")(__v.asInstanceOf[js.Any]))\n      InputMode.foreach(__v => __obj.updateDynamic(\"InputMode\")(__v.asInstanceOf[js.Any]))\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      RedshiftDatasetDefinition.foreach(__v => __obj.updateDynamic(\"RedshiftDatasetDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetDefinition]\n    }\n  }\n\n  \/** Configuration information for the Debugger hook parameters, metric and tensor collections, and storage paths. To learn more about how to configure the <code>DebugHookConfig<\/code> parameter, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/debugger-createtrainingjob-api.html|Use the SageMaker and Debugger Configuration API Operations to Create, Update, and Debug Your Training Job]].\n    *\/\n  @js.native\n  trait DebugHookConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var CollectionConfigurations: js.UndefOr[CollectionConfigurations]\n    var HookParameters: js.UndefOr[HookParameters]\n    var LocalPath: js.UndefOr[DirectoryPath]\n  }\n\n  object DebugHookConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        CollectionConfigurations: js.UndefOr[CollectionConfigurations] = js.undefined,\n        HookParameters: js.UndefOr[HookParameters] = js.undefined,\n        LocalPath: js.UndefOr[DirectoryPath] = js.undefined\n    ): DebugHookConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      CollectionConfigurations.foreach(__v => __obj.updateDynamic(\"CollectionConfigurations\")(__v.asInstanceOf[js.Any]))\n      HookParameters.foreach(__v => __obj.updateDynamic(\"HookParameters\")(__v.asInstanceOf[js.Any]))\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DebugHookConfig]\n    }\n  }\n\n  \/** Configuration information for SageMaker Debugger rules for debugging. To learn more about how to configure the <code>DebugRuleConfiguration<\/code> parameter, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/debugger-createtrainingjob-api.html|Use the SageMaker and Debugger Configuration API Operations to Create, Update, and Debug Your Training Job]].\n    *\/\n  @js.native\n  trait DebugRuleConfiguration extends js.Object {\n    var RuleConfigurationName: RuleConfigurationName\n    var RuleEvaluatorImage: AlgorithmImage\n    var InstanceType: js.UndefOr[ProcessingInstanceType]\n    var LocalPath: js.UndefOr[DirectoryPath]\n    var RuleParameters: js.UndefOr[RuleParameters]\n    var S3OutputPath: js.UndefOr[S3Uri]\n    var VolumeSizeInGB: js.UndefOr[OptionalVolumeSizeInGB]\n  }\n\n  object DebugRuleConfiguration {\n    @inline\n    def apply(\n        RuleConfigurationName: RuleConfigurationName,\n        RuleEvaluatorImage: AlgorithmImage,\n        InstanceType: js.UndefOr[ProcessingInstanceType] = js.undefined,\n        LocalPath: js.UndefOr[DirectoryPath] = js.undefined,\n        RuleParameters: js.UndefOr[RuleParameters] = js.undefined,\n        S3OutputPath: js.UndefOr[S3Uri] = js.undefined,\n        VolumeSizeInGB: js.UndefOr[OptionalVolumeSizeInGB] = js.undefined\n    ): DebugRuleConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"RuleConfigurationName\" -> RuleConfigurationName.asInstanceOf[js.Any],\n        \"RuleEvaluatorImage\" -> RuleEvaluatorImage.asInstanceOf[js.Any]\n      )\n\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      RuleParameters.foreach(__v => __obj.updateDynamic(\"RuleParameters\")(__v.asInstanceOf[js.Any]))\n      S3OutputPath.foreach(__v => __obj.updateDynamic(\"S3OutputPath\")(__v.asInstanceOf[js.Any]))\n      VolumeSizeInGB.foreach(__v => __obj.updateDynamic(\"VolumeSizeInGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DebugRuleConfiguration]\n    }\n  }\n\n  \/** Information about the status of the rule evaluation.\n    *\/\n  @js.native\n  trait DebugRuleEvaluationStatus extends js.Object {\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var RuleConfigurationName: js.UndefOr[RuleConfigurationName]\n    var RuleEvaluationJobArn: js.UndefOr[ProcessingJobArn]\n    var RuleEvaluationStatus: js.UndefOr[RuleEvaluationStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n  }\n\n  object DebugRuleEvaluationStatus {\n    @inline\n    def apply(\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        RuleConfigurationName: js.UndefOr[RuleConfigurationName] = js.undefined,\n        RuleEvaluationJobArn: js.UndefOr[ProcessingJobArn] = js.undefined,\n        RuleEvaluationStatus: js.UndefOr[RuleEvaluationStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined\n    ): DebugRuleEvaluationStatus = {\n      val __obj = js.Dynamic.literal()\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      RuleConfigurationName.foreach(__v => __obj.updateDynamic(\"RuleConfigurationName\")(__v.asInstanceOf[js.Any]))\n      RuleEvaluationJobArn.foreach(__v => __obj.updateDynamic(\"RuleEvaluationJobArn\")(__v.asInstanceOf[js.Any]))\n      RuleEvaluationStatus.foreach(__v => __obj.updateDynamic(\"RuleEvaluationStatus\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DebugRuleEvaluationStatus]\n    }\n  }\n\n  @js.native\n  trait DeleteActionRequest extends js.Object {\n    var ActionName: ExperimentEntityName\n  }\n\n  object DeleteActionRequest {\n    @inline\n    def apply(\n        ActionName: ExperimentEntityName\n    ): DeleteActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteActionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteActionResponse extends js.Object {\n    var ActionArn: js.UndefOr[ActionArn]\n  }\n\n  object DeleteActionResponse {\n    @inline\n    def apply(\n        ActionArn: js.UndefOr[ActionArn] = js.undefined\n    ): DeleteActionResponse = {\n      val __obj = js.Dynamic.literal()\n      ActionArn.foreach(__v => __obj.updateDynamic(\"ActionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteActionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAlgorithmInput extends js.Object {\n    var AlgorithmName: EntityName\n  }\n\n  object DeleteAlgorithmInput {\n    @inline\n    def apply(\n        AlgorithmName: EntityName\n    ): DeleteAlgorithmInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAlgorithmInput]\n    }\n  }\n\n  @js.native\n  trait DeleteAppImageConfigRequest extends js.Object {\n    var AppImageConfigName: AppImageConfigName\n  }\n\n  object DeleteAppImageConfigRequest {\n    @inline\n    def apply(\n        AppImageConfigName: AppImageConfigName\n    ): DeleteAppImageConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppImageConfigName\" -> AppImageConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppImageConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAppRequest extends js.Object {\n    var AppName: AppName\n    var AppType: AppType\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n  }\n\n  object DeleteAppRequest {\n    @inline\n    def apply(\n        AppName: AppName,\n        AppType: AppType,\n        DomainId: DomainId,\n        UserProfileName: UserProfileName\n    ): DeleteAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppName\" -> AppName.asInstanceOf[js.Any],\n        \"AppType\" -> AppType.asInstanceOf[js.Any],\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteArtifactRequest extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n    var Source: js.UndefOr[ArtifactSource]\n  }\n\n  object DeleteArtifactRequest {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined,\n        Source: js.UndefOr[ArtifactSource] = js.undefined\n    ): DeleteArtifactRequest = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteArtifactResponse extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n  }\n\n  object DeleteArtifactResponse {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined\n    ): DeleteArtifactResponse = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteArtifactResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAssociationRequest extends js.Object {\n    var DestinationArn: AssociationEntityArn\n    var SourceArn: AssociationEntityArn\n  }\n\n  object DeleteAssociationRequest {\n    @inline\n    def apply(\n        DestinationArn: AssociationEntityArn,\n        SourceArn: AssociationEntityArn\n    ): DeleteAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationArn\" -> DestinationArn.asInstanceOf[js.Any],\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAssociationResponse extends js.Object {\n    var DestinationArn: js.UndefOr[AssociationEntityArn]\n    var SourceArn: js.UndefOr[AssociationEntityArn]\n  }\n\n  object DeleteAssociationResponse {\n    @inline\n    def apply(\n        DestinationArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        SourceArn: js.UndefOr[AssociationEntityArn] = js.undefined\n    ): DeleteAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteCodeRepositoryInput extends js.Object {\n    var CodeRepositoryName: EntityName\n  }\n\n  object DeleteCodeRepositoryInput {\n    @inline\n    def apply(\n        CodeRepositoryName: EntityName\n    ): DeleteCodeRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCodeRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait DeleteContextRequest extends js.Object {\n    var ContextName: ExperimentEntityName\n  }\n\n  object DeleteContextRequest {\n    @inline\n    def apply(\n        ContextName: ExperimentEntityName\n    ): DeleteContextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ContextName\" -> ContextName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContextRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteContextResponse extends js.Object {\n    var ContextArn: js.UndefOr[ContextArn]\n  }\n\n  object DeleteContextResponse {\n    @inline\n    def apply(\n        ContextArn: js.UndefOr[ContextArn] = js.undefined\n    ): DeleteContextResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextArn.foreach(__v => __obj.updateDynamic(\"ContextArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteContextResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDataQualityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DeleteDataQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DeleteDataQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDeviceFleetRequest extends js.Object {\n    var DeviceFleetName: EntityName\n  }\n\n  object DeleteDeviceFleetRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName\n    ): DeleteDeviceFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDeviceFleetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainRequest extends js.Object {\n    var DomainId: DomainId\n    var RetentionPolicy: js.UndefOr[RetentionPolicy]\n  }\n\n  object DeleteDomainRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        RetentionPolicy: js.UndefOr[RetentionPolicy] = js.undefined\n    ): DeleteDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any]\n      )\n\n      RetentionPolicy.foreach(__v => __obj.updateDynamic(\"RetentionPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDomainRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEndpointConfigInput extends js.Object {\n    var EndpointConfigName: EndpointConfigName\n  }\n\n  object DeleteEndpointConfigInput {\n    @inline\n    def apply(\n        EndpointConfigName: EndpointConfigName\n    ): DeleteEndpointConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEndpointConfigInput]\n    }\n  }\n\n  @js.native\n  trait DeleteEndpointInput extends js.Object {\n    var EndpointName: EndpointName\n  }\n\n  object DeleteEndpointInput {\n    @inline\n    def apply(\n        EndpointName: EndpointName\n    ): DeleteEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEndpointInput]\n    }\n  }\n\n  @js.native\n  trait DeleteExperimentRequest extends js.Object {\n    var ExperimentName: ExperimentEntityName\n  }\n\n  object DeleteExperimentRequest {\n    @inline\n    def apply(\n        ExperimentName: ExperimentEntityName\n    ): DeleteExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExperimentName\" -> ExperimentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteExperimentResponse extends js.Object {\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n  }\n\n  object DeleteExperimentResponse {\n    @inline\n    def apply(\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined\n    ): DeleteExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFeatureGroupRequest extends js.Object {\n    var FeatureGroupName: FeatureGroupName\n  }\n\n  object DeleteFeatureGroupRequest {\n    @inline\n    def apply(\n        FeatureGroupName: FeatureGroupName\n    ): DeleteFeatureGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFeatureGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFlowDefinitionRequest extends js.Object {\n    var FlowDefinitionName: FlowDefinitionName\n  }\n\n  object DeleteFlowDefinitionRequest {\n    @inline\n    def apply(\n        FlowDefinitionName: FlowDefinitionName\n    ): DeleteFlowDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionName\" -> FlowDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFlowDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFlowDefinitionResponse extends js.Object\n\n  object DeleteFlowDefinitionResponse {\n    @inline\n    def apply(): DeleteFlowDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteFlowDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteHumanTaskUiRequest extends js.Object {\n    var HumanTaskUiName: HumanTaskUiName\n  }\n\n  object DeleteHumanTaskUiRequest {\n    @inline\n    def apply(\n        HumanTaskUiName: HumanTaskUiName\n    ): DeleteHumanTaskUiRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiName\" -> HumanTaskUiName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHumanTaskUiRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteHumanTaskUiResponse extends js.Object\n\n  object DeleteHumanTaskUiResponse {\n    @inline\n    def apply(): DeleteHumanTaskUiResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteHumanTaskUiResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteImageRequest extends js.Object {\n    var ImageName: ImageName\n  }\n\n  object DeleteImageRequest {\n    @inline\n    def apply(\n        ImageName: ImageName\n    ): DeleteImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteImageRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteImageResponse extends js.Object\n\n  object DeleteImageResponse {\n    @inline\n    def apply(): DeleteImageResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteImageResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteImageVersionRequest extends js.Object {\n    var ImageName: ImageName\n    var Version: ImageVersionNumber\n  }\n\n  object DeleteImageVersionRequest {\n    @inline\n    def apply(\n        ImageName: ImageName,\n        Version: ImageVersionNumber\n    ): DeleteImageVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteImageVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteImageVersionResponse extends js.Object\n\n  object DeleteImageVersionResponse {\n    @inline\n    def apply(): DeleteImageVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteImageVersionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteModelBiasJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DeleteModelBiasJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DeleteModelBiasJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelBiasJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteModelExplainabilityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DeleteModelExplainabilityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DeleteModelExplainabilityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelExplainabilityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteModelInput extends js.Object {\n    var ModelName: ModelName\n  }\n\n  object DeleteModelInput {\n    @inline\n    def apply(\n        ModelName: ModelName\n    ): DeleteModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelInput]\n    }\n  }\n\n  @js.native\n  trait DeleteModelPackageGroupInput extends js.Object {\n    var ModelPackageGroupName: ArnOrName\n  }\n\n  object DeleteModelPackageGroupInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: ArnOrName\n    ): DeleteModelPackageGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelPackageGroupInput]\n    }\n  }\n\n  @js.native\n  trait DeleteModelPackageGroupPolicyInput extends js.Object {\n    var ModelPackageGroupName: EntityName\n  }\n\n  object DeleteModelPackageGroupPolicyInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: EntityName\n    ): DeleteModelPackageGroupPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelPackageGroupPolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteModelPackageInput extends js.Object {\n    var ModelPackageName: VersionedArnOrName\n  }\n\n  object DeleteModelPackageInput {\n    @inline\n    def apply(\n        ModelPackageName: VersionedArnOrName\n    ): DeleteModelPackageInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageName\" -> ModelPackageName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelPackageInput]\n    }\n  }\n\n  @js.native\n  trait DeleteModelQualityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DeleteModelQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DeleteModelQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteModelQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleName: MonitoringScheduleName\n  }\n\n  object DeleteMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleName: MonitoringScheduleName\n    ): DeleteMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteNotebookInstanceInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n  }\n\n  object DeleteNotebookInstanceInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName\n    ): DeleteNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait DeleteNotebookInstanceLifecycleConfigInput extends js.Object {\n    var NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n  }\n\n  object DeleteNotebookInstanceLifecycleConfigInput {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n    ): DeleteNotebookInstanceLifecycleConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceLifecycleConfigName\" -> NotebookInstanceLifecycleConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNotebookInstanceLifecycleConfigInput]\n    }\n  }\n\n  @js.native\n  trait DeletePipelineRequest extends js.Object {\n    var ClientRequestToken: IdempotencyToken\n    var PipelineName: PipelineName\n  }\n\n  object DeletePipelineRequest {\n    @inline\n    def apply(\n        ClientRequestToken: IdempotencyToken,\n        PipelineName: PipelineName\n    ): DeletePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePipelineRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePipelineResponse extends js.Object {\n    var PipelineArn: js.UndefOr[PipelineArn]\n  }\n\n  object DeletePipelineResponse {\n    @inline\n    def apply(\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined\n    ): DeletePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletePipelineResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectInput extends js.Object {\n    var ProjectName: ProjectEntityName\n  }\n\n  object DeleteProjectInput {\n    @inline\n    def apply(\n        ProjectName: ProjectEntityName\n    ): DeleteProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectInput]\n    }\n  }\n\n  @js.native\n  trait DeleteTagsInput extends js.Object {\n    var ResourceArn: ResourceArn\n    var TagKeys: TagKeyList\n  }\n\n  object DeleteTagsInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        TagKeys: TagKeyList\n    ): DeleteTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTagsInput]\n    }\n  }\n\n  @js.native\n  trait DeleteTagsOutput extends js.Object\n\n  object DeleteTagsOutput {\n    @inline\n    def apply(): DeleteTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTagsOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n  }\n\n  object DeleteTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName\n    ): DeleteTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTrialComponentResponse extends js.Object {\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n  }\n\n  object DeleteTrialComponentResponse {\n    @inline\n    def apply(\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined\n    ): DeleteTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTrialComponentResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteTrialRequest extends js.Object {\n    var TrialName: ExperimentEntityName\n  }\n\n  object DeleteTrialRequest {\n    @inline\n    def apply(\n        TrialName: ExperimentEntityName\n    ): DeleteTrialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTrialRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTrialResponse extends js.Object {\n    var TrialArn: js.UndefOr[TrialArn]\n  }\n\n  object DeleteTrialResponse {\n    @inline\n    def apply(\n        TrialArn: js.UndefOr[TrialArn] = js.undefined\n    ): DeleteTrialResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTrialResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteUserProfileRequest extends js.Object {\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n  }\n\n  object DeleteUserProfileRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        UserProfileName: UserProfileName\n    ): DeleteUserProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkforceRequest extends js.Object {\n    var WorkforceName: WorkforceName\n  }\n\n  object DeleteWorkforceRequest {\n    @inline\n    def apply(\n        WorkforceName: WorkforceName\n    ): DeleteWorkforceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceName\" -> WorkforceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWorkforceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkforceResponse extends js.Object\n\n  object DeleteWorkforceResponse {\n    @inline\n    def apply(): DeleteWorkforceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteWorkforceResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkteamRequest extends js.Object {\n    var WorkteamName: WorkteamName\n  }\n\n  object DeleteWorkteamRequest {\n    @inline\n    def apply(\n        WorkteamName: WorkteamName\n    ): DeleteWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamName\" -> WorkteamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkteamResponse extends js.Object {\n    var Success: Success\n  }\n\n  object DeleteWorkteamResponse {\n    @inline\n    def apply(\n        Success: Success\n    ): DeleteWorkteamResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Success\" -> Success.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWorkteamResponse]\n    }\n  }\n\n  \/** Gets the Amazon EC2 Container Registry path of the docker image of the model that is hosted in this <a>ProductionVariant<\/a>. If you used the <code>registry\/repository[:tag]<\/code> form to specify the image path of the primary container when you created the model hosted in this <code>ProductionVariant<\/code>, the path resolves to a path of the form <code>registry\/repository[@digest]<\/code>. A digest is a hash value that identifies a specific version of an image. For information about Amazon ECR paths, see [[https:\/\/docs.aws.amazon.com\/AmazonECR\/latest\/userguide\/docker-pull-ecr-image.html|Pulling an Image]] in the <i>Amazon ECR User Guide<\/i>.\n    *\/\n  @js.native\n  trait DeployedImage extends js.Object {\n    var ResolutionTime: js.UndefOr[Timestamp]\n    var ResolvedImage: js.UndefOr[ContainerImage]\n    var SpecifiedImage: js.UndefOr[ContainerImage]\n  }\n\n  object DeployedImage {\n    @inline\n    def apply(\n        ResolutionTime: js.UndefOr[Timestamp] = js.undefined,\n        ResolvedImage: js.UndefOr[ContainerImage] = js.undefined,\n        SpecifiedImage: js.UndefOr[ContainerImage] = js.undefined\n    ): DeployedImage = {\n      val __obj = js.Dynamic.literal()\n      ResolutionTime.foreach(__v => __obj.updateDynamic(\"ResolutionTime\")(__v.asInstanceOf[js.Any]))\n      ResolvedImage.foreach(__v => __obj.updateDynamic(\"ResolvedImage\")(__v.asInstanceOf[js.Any]))\n      SpecifiedImage.foreach(__v => __obj.updateDynamic(\"SpecifiedImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeployedImage]\n    }\n  }\n\n  \/** Currently, the <code>DeploymentConfig<\/code> API is not supported.\n    *\/\n  @js.native\n  trait DeploymentConfig extends js.Object {\n    var BlueGreenUpdatePolicy: BlueGreenUpdatePolicy\n    var AutoRollbackConfiguration: js.UndefOr[AutoRollbackConfig]\n  }\n\n  object DeploymentConfig {\n    @inline\n    def apply(\n        BlueGreenUpdatePolicy: BlueGreenUpdatePolicy,\n        AutoRollbackConfiguration: js.UndefOr[AutoRollbackConfig] = js.undefined\n    ): DeploymentConfig = {\n      val __obj = js.Dynamic.literal(\n        \"BlueGreenUpdatePolicy\" -> BlueGreenUpdatePolicy.asInstanceOf[js.Any]\n      )\n\n      AutoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"AutoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentConfig]\n    }\n  }\n\n  @js.native\n  trait DeregisterDevicesRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var DeviceNames: DeviceNames\n  }\n\n  object DeregisterDevicesRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        DeviceNames: DeviceNames\n    ): DeregisterDevicesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"DeviceNames\" -> DeviceNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterDevicesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeActionRequest extends js.Object {\n    var ActionName: ExperimentEntityName\n  }\n\n  object DescribeActionRequest {\n    @inline\n    def apply(\n        ActionName: ExperimentEntityName\n    ): DescribeActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeActionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeActionResponse extends js.Object {\n    var ActionArn: js.UndefOr[ActionArn]\n    var ActionName: js.UndefOr[ExperimentEntityName]\n    var ActionType: js.UndefOr[String256]\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[ExperimentDescription]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Source: js.UndefOr[ActionSource]\n    var Status: js.UndefOr[ActionStatus]\n  }\n\n  object DescribeActionResponse {\n    @inline\n    def apply(\n        ActionArn: js.UndefOr[ActionArn] = js.undefined,\n        ActionName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ActionType: js.UndefOr[String256] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Source: js.UndefOr[ActionSource] = js.undefined,\n        Status: js.UndefOr[ActionStatus] = js.undefined\n    ): DescribeActionResponse = {\n      val __obj = js.Dynamic.literal()\n      ActionArn.foreach(__v => __obj.updateDynamic(\"ActionArn\")(__v.asInstanceOf[js.Any]))\n      ActionName.foreach(__v => __obj.updateDynamic(\"ActionName\")(__v.asInstanceOf[js.Any]))\n      ActionType.foreach(__v => __obj.updateDynamic(\"ActionType\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAlgorithmInput extends js.Object {\n    var AlgorithmName: ArnOrName\n  }\n\n  object DescribeAlgorithmInput {\n    @inline\n    def apply(\n        AlgorithmName: ArnOrName\n    ): DescribeAlgorithmInput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAlgorithmInput]\n    }\n  }\n\n  @js.native\n  trait DescribeAlgorithmOutput extends js.Object {\n    var AlgorithmArn: AlgorithmArn\n    var AlgorithmName: EntityName\n    var AlgorithmStatus: AlgorithmStatus\n    var AlgorithmStatusDetails: AlgorithmStatusDetails\n    var CreationTime: CreationTime\n    var TrainingSpecification: TrainingSpecification\n    var AlgorithmDescription: js.UndefOr[EntityDescription]\n    var CertifyForMarketplace: js.UndefOr[CertifyForMarketplace]\n    var InferenceSpecification: js.UndefOr[InferenceSpecification]\n    var ProductId: js.UndefOr[ProductId]\n    var ValidationSpecification: js.UndefOr[AlgorithmValidationSpecification]\n  }\n\n  object DescribeAlgorithmOutput {\n    @inline\n    def apply(\n        AlgorithmArn: AlgorithmArn,\n        AlgorithmName: EntityName,\n        AlgorithmStatus: AlgorithmStatus,\n        AlgorithmStatusDetails: AlgorithmStatusDetails,\n        CreationTime: CreationTime,\n        TrainingSpecification: TrainingSpecification,\n        AlgorithmDescription: js.UndefOr[EntityDescription] = js.undefined,\n        CertifyForMarketplace: js.UndefOr[CertifyForMarketplace] = js.undefined,\n        InferenceSpecification: js.UndefOr[InferenceSpecification] = js.undefined,\n        ProductId: js.UndefOr[ProductId] = js.undefined,\n        ValidationSpecification: js.UndefOr[AlgorithmValidationSpecification] = js.undefined\n    ): DescribeAlgorithmOutput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmArn\" -> AlgorithmArn.asInstanceOf[js.Any],\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any],\n        \"AlgorithmStatus\" -> AlgorithmStatus.asInstanceOf[js.Any],\n        \"AlgorithmStatusDetails\" -> AlgorithmStatusDetails.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"TrainingSpecification\" -> TrainingSpecification.asInstanceOf[js.Any]\n      )\n\n      AlgorithmDescription.foreach(__v => __obj.updateDynamic(\"AlgorithmDescription\")(__v.asInstanceOf[js.Any]))\n      CertifyForMarketplace.foreach(__v => __obj.updateDynamic(\"CertifyForMarketplace\")(__v.asInstanceOf[js.Any]))\n      InferenceSpecification.foreach(__v => __obj.updateDynamic(\"InferenceSpecification\")(__v.asInstanceOf[js.Any]))\n      ProductId.foreach(__v => __obj.updateDynamic(\"ProductId\")(__v.asInstanceOf[js.Any]))\n      ValidationSpecification.foreach(__v => __obj.updateDynamic(\"ValidationSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlgorithmOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeAppImageConfigRequest extends js.Object {\n    var AppImageConfigName: AppImageConfigName\n  }\n\n  object DescribeAppImageConfigRequest {\n    @inline\n    def apply(\n        AppImageConfigName: AppImageConfigName\n    ): DescribeAppImageConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppImageConfigName\" -> AppImageConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAppImageConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppImageConfigResponse extends js.Object {\n    var AppImageConfigArn: js.UndefOr[AppImageConfigArn]\n    var AppImageConfigName: js.UndefOr[AppImageConfigName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n  }\n\n  object DescribeAppImageConfigResponse {\n    @inline\n    def apply(\n        AppImageConfigArn: js.UndefOr[AppImageConfigArn] = js.undefined,\n        AppImageConfigName: js.UndefOr[AppImageConfigName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined\n    ): DescribeAppImageConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AppImageConfigArn.foreach(__v => __obj.updateDynamic(\"AppImageConfigArn\")(__v.asInstanceOf[js.Any]))\n      AppImageConfigName.foreach(__v => __obj.updateDynamic(\"AppImageConfigName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      KernelGatewayImageConfig.foreach(__v => __obj.updateDynamic(\"KernelGatewayImageConfig\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAppImageConfigResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAppRequest extends js.Object {\n    var AppName: AppName\n    var AppType: AppType\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n  }\n\n  object DescribeAppRequest {\n    @inline\n    def apply(\n        AppName: AppName,\n        AppType: AppType,\n        DomainId: DomainId,\n        UserProfileName: UserProfileName\n    ): DescribeAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppName\" -> AppName.asInstanceOf[js.Any],\n        \"AppType\" -> AppType.asInstanceOf[js.Any],\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAppRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppResponse extends js.Object {\n    var AppArn: js.UndefOr[AppArn]\n    var AppName: js.UndefOr[AppName]\n    var AppType: js.UndefOr[AppType]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DomainId: js.UndefOr[DomainId]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastHealthCheckTimestamp: js.UndefOr[Timestamp]\n    var LastUserActivityTimestamp: js.UndefOr[Timestamp]\n    var ResourceSpec: js.UndefOr[ResourceSpec]\n    var Status: js.UndefOr[AppStatus]\n    var UserProfileName: js.UndefOr[UserProfileName]\n  }\n\n  object DescribeAppResponse {\n    @inline\n    def apply(\n        AppArn: js.UndefOr[AppArn] = js.undefined,\n        AppName: js.UndefOr[AppName] = js.undefined,\n        AppType: js.UndefOr[AppType] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastHealthCheckTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUserActivityTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        ResourceSpec: js.UndefOr[ResourceSpec] = js.undefined,\n        Status: js.UndefOr[AppStatus] = js.undefined,\n        UserProfileName: js.UndefOr[UserProfileName] = js.undefined\n    ): DescribeAppResponse = {\n      val __obj = js.Dynamic.literal()\n      AppArn.foreach(__v => __obj.updateDynamic(\"AppArn\")(__v.asInstanceOf[js.Any]))\n      AppName.foreach(__v => __obj.updateDynamic(\"AppName\")(__v.asInstanceOf[js.Any]))\n      AppType.foreach(__v => __obj.updateDynamic(\"AppType\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastHealthCheckTimestamp.foreach(__v => __obj.updateDynamic(\"LastHealthCheckTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUserActivityTimestamp.foreach(__v => __obj.updateDynamic(\"LastUserActivityTimestamp\")(__v.asInstanceOf[js.Any]))\n      ResourceSpec.foreach(__v => __obj.updateDynamic(\"ResourceSpec\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserProfileName.foreach(__v => __obj.updateDynamic(\"UserProfileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAppResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeArtifactRequest extends js.Object {\n    var ArtifactArn: ArtifactArn\n  }\n\n  object DescribeArtifactRequest {\n    @inline\n    def apply(\n        ArtifactArn: ArtifactArn\n    ): DescribeArtifactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ArtifactArn\" -> ArtifactArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeArtifactResponse extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n    var ArtifactName: js.UndefOr[ExperimentEntityName]\n    var ArtifactType: js.UndefOr[String256]\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Source: js.UndefOr[ArtifactSource]\n  }\n\n  object DescribeArtifactResponse {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined,\n        ArtifactName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ArtifactType: js.UndefOr[String256] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Source: js.UndefOr[ArtifactSource] = js.undefined\n    ): DescribeArtifactResponse = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      ArtifactName.foreach(__v => __obj.updateDynamic(\"ArtifactName\")(__v.asInstanceOf[js.Any]))\n      ArtifactType.foreach(__v => __obj.updateDynamic(\"ArtifactType\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeArtifactResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAutoMLJobRequest extends js.Object {\n    var AutoMLJobName: AutoMLJobName\n  }\n\n  object DescribeAutoMLJobRequest {\n    @inline\n    def apply(\n        AutoMLJobName: AutoMLJobName\n    ): DescribeAutoMLJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAutoMLJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAutoMLJobResponse extends js.Object {\n    var AutoMLJobArn: AutoMLJobArn\n    var AutoMLJobName: AutoMLJobName\n    var AutoMLJobSecondaryStatus: AutoMLJobSecondaryStatus\n    var AutoMLJobStatus: AutoMLJobStatus\n    var CreationTime: Timestamp\n    var InputDataConfig: AutoMLInputDataConfig\n    var LastModifiedTime: Timestamp\n    var OutputDataConfig: AutoMLOutputDataConfig\n    var RoleArn: RoleArn\n    var AutoMLJobArtifacts: js.UndefOr[AutoMLJobArtifacts]\n    var AutoMLJobConfig: js.UndefOr[AutoMLJobConfig]\n    var AutoMLJobObjective: js.UndefOr[AutoMLJobObjective]\n    var BestCandidate: js.UndefOr[AutoMLCandidate]\n    var EndTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[AutoMLFailureReason]\n    var GenerateCandidateDefinitionsOnly: js.UndefOr[GenerateCandidateDefinitionsOnly]\n    var PartialFailureReasons: js.UndefOr[AutoMLPartialFailureReasons]\n    var ProblemType: js.UndefOr[ProblemType]\n    var ResolvedAttributes: js.UndefOr[ResolvedAttributes]\n  }\n\n  object DescribeAutoMLJobResponse {\n    @inline\n    def apply(\n        AutoMLJobArn: AutoMLJobArn,\n        AutoMLJobName: AutoMLJobName,\n        AutoMLJobSecondaryStatus: AutoMLJobSecondaryStatus,\n        AutoMLJobStatus: AutoMLJobStatus,\n        CreationTime: Timestamp,\n        InputDataConfig: AutoMLInputDataConfig,\n        LastModifiedTime: Timestamp,\n        OutputDataConfig: AutoMLOutputDataConfig,\n        RoleArn: RoleArn,\n        AutoMLJobArtifacts: js.UndefOr[AutoMLJobArtifacts] = js.undefined,\n        AutoMLJobConfig: js.UndefOr[AutoMLJobConfig] = js.undefined,\n        AutoMLJobObjective: js.UndefOr[AutoMLJobObjective] = js.undefined,\n        BestCandidate: js.UndefOr[AutoMLCandidate] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[AutoMLFailureReason] = js.undefined,\n        GenerateCandidateDefinitionsOnly: js.UndefOr[GenerateCandidateDefinitionsOnly] = js.undefined,\n        PartialFailureReasons: js.UndefOr[AutoMLPartialFailureReasons] = js.undefined,\n        ProblemType: js.UndefOr[ProblemType] = js.undefined,\n        ResolvedAttributes: js.UndefOr[ResolvedAttributes] = js.undefined\n    ): DescribeAutoMLJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobArn\" -> AutoMLJobArn.asInstanceOf[js.Any],\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any],\n        \"AutoMLJobSecondaryStatus\" -> AutoMLJobSecondaryStatus.asInstanceOf[js.Any],\n        \"AutoMLJobStatus\" -> AutoMLJobStatus.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      AutoMLJobArtifacts.foreach(__v => __obj.updateDynamic(\"AutoMLJobArtifacts\")(__v.asInstanceOf[js.Any]))\n      AutoMLJobConfig.foreach(__v => __obj.updateDynamic(\"AutoMLJobConfig\")(__v.asInstanceOf[js.Any]))\n      AutoMLJobObjective.foreach(__v => __obj.updateDynamic(\"AutoMLJobObjective\")(__v.asInstanceOf[js.Any]))\n      BestCandidate.foreach(__v => __obj.updateDynamic(\"BestCandidate\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      GenerateCandidateDefinitionsOnly.foreach(__v => __obj.updateDynamic(\"GenerateCandidateDefinitionsOnly\")(__v.asInstanceOf[js.Any]))\n      PartialFailureReasons.foreach(__v => __obj.updateDynamic(\"PartialFailureReasons\")(__v.asInstanceOf[js.Any]))\n      ProblemType.foreach(__v => __obj.updateDynamic(\"ProblemType\")(__v.asInstanceOf[js.Any]))\n      ResolvedAttributes.foreach(__v => __obj.updateDynamic(\"ResolvedAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAutoMLJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeRepositoryInput extends js.Object {\n    var CodeRepositoryName: EntityName\n  }\n\n  object DescribeCodeRepositoryInput {\n    @inline\n    def apply(\n        CodeRepositoryName: EntityName\n    ): DescribeCodeRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCodeRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeRepositoryOutput extends js.Object {\n    var CodeRepositoryArn: CodeRepositoryArn\n    var CodeRepositoryName: EntityName\n    var CreationTime: CreationTime\n    var LastModifiedTime: LastModifiedTime\n    var GitConfig: js.UndefOr[GitConfig]\n  }\n\n  object DescribeCodeRepositoryOutput {\n    @inline\n    def apply(\n        CodeRepositoryArn: CodeRepositoryArn,\n        CodeRepositoryName: EntityName,\n        CreationTime: CreationTime,\n        LastModifiedTime: LastModifiedTime,\n        GitConfig: js.UndefOr[GitConfig] = js.undefined\n    ): DescribeCodeRepositoryOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryArn\" -> CodeRepositoryArn.asInstanceOf[js.Any],\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      GitConfig.foreach(__v => __obj.updateDynamic(\"GitConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeRepositoryOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeCompilationJobRequest extends js.Object {\n    var CompilationJobName: EntityName\n  }\n\n  object DescribeCompilationJobRequest {\n    @inline\n    def apply(\n        CompilationJobName: EntityName\n    ): DescribeCompilationJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCompilationJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCompilationJobResponse extends js.Object {\n    var CompilationJobArn: CompilationJobArn\n    var CompilationJobName: EntityName\n    var CompilationJobStatus: CompilationJobStatus\n    var CreationTime: CreationTime\n    var FailureReason: FailureReason\n    var InputConfig: InputConfig\n    var LastModifiedTime: LastModifiedTime\n    var ModelArtifacts: ModelArtifacts\n    var OutputConfig: OutputConfig\n    var RoleArn: RoleArn\n    var StoppingCondition: StoppingCondition\n    var CompilationEndTime: js.UndefOr[Timestamp]\n    var CompilationStartTime: js.UndefOr[Timestamp]\n    var ModelDigests: js.UndefOr[ModelDigests]\n  }\n\n  object DescribeCompilationJobResponse {\n    @inline\n    def apply(\n        CompilationJobArn: CompilationJobArn,\n        CompilationJobName: EntityName,\n        CompilationJobStatus: CompilationJobStatus,\n        CreationTime: CreationTime,\n        FailureReason: FailureReason,\n        InputConfig: InputConfig,\n        LastModifiedTime: LastModifiedTime,\n        ModelArtifacts: ModelArtifacts,\n        OutputConfig: OutputConfig,\n        RoleArn: RoleArn,\n        StoppingCondition: StoppingCondition,\n        CompilationEndTime: js.UndefOr[Timestamp] = js.undefined,\n        CompilationStartTime: js.UndefOr[Timestamp] = js.undefined,\n        ModelDigests: js.UndefOr[ModelDigests] = js.undefined\n    ): DescribeCompilationJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobArn\" -> CompilationJobArn.asInstanceOf[js.Any],\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any],\n        \"CompilationJobStatus\" -> CompilationJobStatus.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FailureReason\" -> FailureReason.asInstanceOf[js.Any],\n        \"InputConfig\" -> InputConfig.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"ModelArtifacts\" -> ModelArtifacts.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any]\n      )\n\n      CompilationEndTime.foreach(__v => __obj.updateDynamic(\"CompilationEndTime\")(__v.asInstanceOf[js.Any]))\n      CompilationStartTime.foreach(__v => __obj.updateDynamic(\"CompilationStartTime\")(__v.asInstanceOf[js.Any]))\n      ModelDigests.foreach(__v => __obj.updateDynamic(\"ModelDigests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCompilationJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeContextRequest extends js.Object {\n    var ContextName: ExperimentEntityName\n  }\n\n  object DescribeContextRequest {\n    @inline\n    def apply(\n        ContextName: ExperimentEntityName\n    ): DescribeContextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ContextName\" -> ContextName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeContextRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeContextResponse extends js.Object {\n    var ContextArn: js.UndefOr[ContextArn]\n    var ContextName: js.UndefOr[ExperimentEntityName]\n    var ContextType: js.UndefOr[String256]\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[ExperimentDescription]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var Source: js.UndefOr[ContextSource]\n  }\n\n  object DescribeContextResponse {\n    @inline\n    def apply(\n        ContextArn: js.UndefOr[ContextArn] = js.undefined,\n        ContextName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ContextType: js.UndefOr[String256] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        Source: js.UndefOr[ContextSource] = js.undefined\n    ): DescribeContextResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextArn.foreach(__v => __obj.updateDynamic(\"ContextArn\")(__v.asInstanceOf[js.Any]))\n      ContextName.foreach(__v => __obj.updateDynamic(\"ContextName\")(__v.asInstanceOf[js.Any]))\n      ContextType.foreach(__v => __obj.updateDynamic(\"ContextType\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContextResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDataQualityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DescribeDataQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DescribeDataQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDataQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDataQualityJobDefinitionResponse extends js.Object {\n    var CreationTime: Timestamp\n    var DataQualityAppSpecification: DataQualityAppSpecification\n    var DataQualityJobInput: DataQualityJobInput\n    var DataQualityJobOutputConfig: MonitoringOutputConfig\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var RoleArn: RoleArn\n    var DataQualityBaselineConfig: js.UndefOr[DataQualityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n  }\n\n  object DescribeDataQualityJobDefinitionResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        DataQualityAppSpecification: DataQualityAppSpecification,\n        DataQualityJobInput: DataQualityJobInput,\n        DataQualityJobOutputConfig: MonitoringOutputConfig,\n        JobDefinitionArn: MonitoringJobDefinitionArn,\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        RoleArn: RoleArn,\n        DataQualityBaselineConfig: js.UndefOr[DataQualityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined\n    ): DescribeDataQualityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"DataQualityAppSpecification\" -> DataQualityAppSpecification.asInstanceOf[js.Any],\n        \"DataQualityJobInput\" -> DataQualityJobInput.asInstanceOf[js.Any],\n        \"DataQualityJobOutputConfig\" -> DataQualityJobOutputConfig.asInstanceOf[js.Any],\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any],\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      DataQualityBaselineConfig.foreach(__v => __obj.updateDynamic(\"DataQualityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDataQualityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDeviceFleetRequest extends js.Object {\n    var DeviceFleetName: EntityName\n  }\n\n  object DescribeDeviceFleetRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName\n    ): DescribeDeviceFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDeviceFleetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDeviceFleetResponse extends js.Object {\n    var CreationTime: Timestamp\n    var DeviceFleetArn: DeviceFleetArn\n    var DeviceFleetName: EntityName\n    var LastModifiedTime: Timestamp\n    var OutputConfig: EdgeOutputConfig\n    var Description: js.UndefOr[DeviceFleetDescription]\n    var IotRoleAlias: js.UndefOr[IotRoleAlias]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object DescribeDeviceFleetResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        DeviceFleetArn: DeviceFleetArn,\n        DeviceFleetName: EntityName,\n        LastModifiedTime: Timestamp,\n        OutputConfig: EdgeOutputConfig,\n        Description: js.UndefOr[DeviceFleetDescription] = js.undefined,\n        IotRoleAlias: js.UndefOr[IotRoleAlias] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): DescribeDeviceFleetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"DeviceFleetArn\" -> DeviceFleetArn.asInstanceOf[js.Any],\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IotRoleAlias.foreach(__v => __obj.updateDynamic(\"IotRoleAlias\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDeviceFleetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDeviceRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var DeviceName: EntityName\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeDeviceRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        DeviceName: EntityName,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeDeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDeviceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDeviceResponse extends js.Object {\n    var DeviceFleetName: EntityName\n    var DeviceName: EntityName\n    var RegistrationTime: Timestamp\n    var Description: js.UndefOr[DeviceDescription]\n    var DeviceArn: js.UndefOr[DeviceArn]\n    var IotThingName: js.UndefOr[ThingName]\n    var LatestHeartbeat: js.UndefOr[Timestamp]\n    var MaxModels: js.UndefOr[Int]\n    var Models: js.UndefOr[EdgeModels]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeDeviceResponse {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        DeviceName: EntityName,\n        RegistrationTime: Timestamp,\n        Description: js.UndefOr[DeviceDescription] = js.undefined,\n        DeviceArn: js.UndefOr[DeviceArn] = js.undefined,\n        IotThingName: js.UndefOr[ThingName] = js.undefined,\n        LatestHeartbeat: js.UndefOr[Timestamp] = js.undefined,\n        MaxModels: js.UndefOr[Int] = js.undefined,\n        Models: js.UndefOr[EdgeModels] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeDeviceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any],\n        \"RegistrationTime\" -> RegistrationTime.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DeviceArn.foreach(__v => __obj.updateDynamic(\"DeviceArn\")(__v.asInstanceOf[js.Any]))\n      IotThingName.foreach(__v => __obj.updateDynamic(\"IotThingName\")(__v.asInstanceOf[js.Any]))\n      LatestHeartbeat.foreach(__v => __obj.updateDynamic(\"LatestHeartbeat\")(__v.asInstanceOf[js.Any]))\n      MaxModels.foreach(__v => __obj.updateDynamic(\"MaxModels\")(__v.asInstanceOf[js.Any]))\n      Models.foreach(__v => __obj.updateDynamic(\"Models\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDeviceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDomainRequest extends js.Object {\n    var DomainId: DomainId\n  }\n\n  object DescribeDomainRequest {\n    @inline\n    def apply(\n        DomainId: DomainId\n    ): DescribeDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDomainRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDomainResponse extends js.Object {\n    var AppNetworkAccessType: js.UndefOr[AppNetworkAccessType]\n    var AuthMode: js.UndefOr[AuthMode]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DefaultUserSettings: js.UndefOr[UserSettings]\n    var DomainArn: js.UndefOr[DomainArn]\n    var DomainId: js.UndefOr[DomainId]\n    var DomainName: js.UndefOr[DomainName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var HomeEfsFileSystemId: js.UndefOr[ResourceId]\n    var HomeEfsFileSystemKmsKeyId: js.UndefOr[KmsKeyId]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var SingleSignOnManagedApplicationInstanceId: js.UndefOr[String256]\n    var Status: js.UndefOr[DomainStatus]\n    var SubnetIds: js.UndefOr[Subnets]\n    var Url: js.UndefOr[String1024]\n    var VpcId: js.UndefOr[VpcId]\n  }\n\n  object DescribeDomainResponse {\n    @inline\n    def apply(\n        AppNetworkAccessType: js.UndefOr[AppNetworkAccessType] = js.undefined,\n        AuthMode: js.UndefOr[AuthMode] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DefaultUserSettings: js.UndefOr[UserSettings] = js.undefined,\n        DomainArn: js.UndefOr[DomainArn] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        DomainName: js.UndefOr[DomainName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        HomeEfsFileSystemId: js.UndefOr[ResourceId] = js.undefined,\n        HomeEfsFileSystemKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        SingleSignOnManagedApplicationInstanceId: js.UndefOr[String256] = js.undefined,\n        Status: js.UndefOr[DomainStatus] = js.undefined,\n        SubnetIds: js.UndefOr[Subnets] = js.undefined,\n        Url: js.UndefOr[String1024] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined\n    ): DescribeDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      AppNetworkAccessType.foreach(__v => __obj.updateDynamic(\"AppNetworkAccessType\")(__v.asInstanceOf[js.Any]))\n      AuthMode.foreach(__v => __obj.updateDynamic(\"AuthMode\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultUserSettings.foreach(__v => __obj.updateDynamic(\"DefaultUserSettings\")(__v.asInstanceOf[js.Any]))\n      DomainArn.foreach(__v => __obj.updateDynamic(\"DomainArn\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      HomeEfsFileSystemId.foreach(__v => __obj.updateDynamic(\"HomeEfsFileSystemId\")(__v.asInstanceOf[js.Any]))\n      HomeEfsFileSystemKmsKeyId.foreach(__v => __obj.updateDynamic(\"HomeEfsFileSystemKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SingleSignOnManagedApplicationInstanceId.foreach(__v => __obj.updateDynamic(\"SingleSignOnManagedApplicationInstanceId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDomainResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEdgePackagingJobRequest extends js.Object {\n    var EdgePackagingJobName: EntityName\n  }\n\n  object DescribeEdgePackagingJobRequest {\n    @inline\n    def apply(\n        EdgePackagingJobName: EntityName\n    ): DescribeEdgePackagingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EdgePackagingJobName\" -> EdgePackagingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEdgePackagingJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEdgePackagingJobResponse extends js.Object {\n    var EdgePackagingJobArn: EdgePackagingJobArn\n    var EdgePackagingJobName: EntityName\n    var EdgePackagingJobStatus: EdgePackagingJobStatus\n    var CompilationJobName: js.UndefOr[EntityName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var EdgePackagingJobStatusMessage: js.UndefOr[String]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var ModelArtifact: js.UndefOr[S3Uri]\n    var ModelName: js.UndefOr[EntityName]\n    var ModelSignature: js.UndefOr[String]\n    var ModelVersion: js.UndefOr[EdgeVersion]\n    var OutputConfig: js.UndefOr[EdgeOutputConfig]\n    var ResourceKey: js.UndefOr[KmsKeyId]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object DescribeEdgePackagingJobResponse {\n    @inline\n    def apply(\n        EdgePackagingJobArn: EdgePackagingJobArn,\n        EdgePackagingJobName: EntityName,\n        EdgePackagingJobStatus: EdgePackagingJobStatus,\n        CompilationJobName: js.UndefOr[EntityName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        EdgePackagingJobStatusMessage: js.UndefOr[String] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        ModelArtifact: js.UndefOr[S3Uri] = js.undefined,\n        ModelName: js.UndefOr[EntityName] = js.undefined,\n        ModelSignature: js.UndefOr[String] = js.undefined,\n        ModelVersion: js.UndefOr[EdgeVersion] = js.undefined,\n        OutputConfig: js.UndefOr[EdgeOutputConfig] = js.undefined,\n        ResourceKey: js.UndefOr[KmsKeyId] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): DescribeEdgePackagingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"EdgePackagingJobArn\" -> EdgePackagingJobArn.asInstanceOf[js.Any],\n        \"EdgePackagingJobName\" -> EdgePackagingJobName.asInstanceOf[js.Any],\n        \"EdgePackagingJobStatus\" -> EdgePackagingJobStatus.asInstanceOf[js.Any]\n      )\n\n      CompilationJobName.foreach(__v => __obj.updateDynamic(\"CompilationJobName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      EdgePackagingJobStatusMessage.foreach(__v => __obj.updateDynamic(\"EdgePackagingJobStatusMessage\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ModelArtifact.foreach(__v => __obj.updateDynamic(\"ModelArtifact\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      ModelSignature.foreach(__v => __obj.updateDynamic(\"ModelSignature\")(__v.asInstanceOf[js.Any]))\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      OutputConfig.foreach(__v => __obj.updateDynamic(\"OutputConfig\")(__v.asInstanceOf[js.Any]))\n      ResourceKey.foreach(__v => __obj.updateDynamic(\"ResourceKey\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEdgePackagingJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointConfigInput extends js.Object {\n    var EndpointConfigName: EndpointConfigName\n  }\n\n  object DescribeEndpointConfigInput {\n    @inline\n    def apply(\n        EndpointConfigName: EndpointConfigName\n    ): DescribeEndpointConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEndpointConfigInput]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointConfigOutput extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointConfigArn: EndpointConfigArn\n    var EndpointConfigName: EndpointConfigName\n    var ProductionVariants: ProductionVariantList\n    var DataCaptureConfig: js.UndefOr[DataCaptureConfig]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object DescribeEndpointConfigOutput {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointConfigArn: EndpointConfigArn,\n        EndpointConfigName: EndpointConfigName,\n        ProductionVariants: ProductionVariantList,\n        DataCaptureConfig: js.UndefOr[DataCaptureConfig] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): DescribeEndpointConfigOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointConfigArn\" -> EndpointConfigArn.asInstanceOf[js.Any],\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"ProductionVariants\" -> ProductionVariants.asInstanceOf[js.Any]\n      )\n\n      DataCaptureConfig.foreach(__v => __obj.updateDynamic(\"DataCaptureConfig\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEndpointConfigOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointInput extends js.Object {\n    var EndpointName: EndpointName\n  }\n\n  object DescribeEndpointInput {\n    @inline\n    def apply(\n        EndpointName: EndpointName\n    ): DescribeEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEndpointInput]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointOutput extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointArn: EndpointArn\n    var EndpointConfigName: EndpointConfigName\n    var EndpointName: EndpointName\n    var EndpointStatus: EndpointStatus\n    var LastModifiedTime: Timestamp\n    var DataCaptureConfig: js.UndefOr[DataCaptureConfigSummary]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastDeploymentConfig: js.UndefOr[DeploymentConfig]\n    var ProductionVariants: js.UndefOr[ProductionVariantSummaryList]\n  }\n\n  object DescribeEndpointOutput {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointArn: EndpointArn,\n        EndpointConfigName: EndpointConfigName,\n        EndpointName: EndpointName,\n        EndpointStatus: EndpointStatus,\n        LastModifiedTime: Timestamp,\n        DataCaptureConfig: js.UndefOr[DataCaptureConfigSummary] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastDeploymentConfig: js.UndefOr[DeploymentConfig] = js.undefined,\n        ProductionVariants: js.UndefOr[ProductionVariantSummaryList] = js.undefined\n    ): DescribeEndpointOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any],\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"EndpointStatus\" -> EndpointStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      DataCaptureConfig.foreach(__v => __obj.updateDynamic(\"DataCaptureConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastDeploymentConfig.foreach(__v => __obj.updateDynamic(\"LastDeploymentConfig\")(__v.asInstanceOf[js.Any]))\n      ProductionVariants.foreach(__v => __obj.updateDynamic(\"ProductionVariants\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEndpointOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeExperimentRequest extends js.Object {\n    var ExperimentName: ExperimentEntityName\n  }\n\n  object DescribeExperimentRequest {\n    @inline\n    def apply(\n        ExperimentName: ExperimentEntityName\n    ): DescribeExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExperimentName\" -> ExperimentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeExperimentResponse extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[ExperimentDescription]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[ExperimentSource]\n  }\n\n  object DescribeExperimentResponse {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[ExperimentSource] = js.undefined\n    ): DescribeExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeFeatureGroupRequest extends js.Object {\n    var FeatureGroupName: FeatureGroupName\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeFeatureGroupRequest {\n    @inline\n    def apply(\n        FeatureGroupName: FeatureGroupName,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeFeatureGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFeatureGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFeatureGroupResponse extends js.Object {\n    var CreationTime: CreationTime\n    var EventTimeFeatureName: FeatureName\n    var FeatureDefinitions: FeatureDefinitions\n    var FeatureGroupArn: FeatureGroupArn\n    var FeatureGroupName: FeatureGroupName\n    var NextToken: NextToken\n    var RecordIdentifierFeatureName: FeatureName\n    var Description: js.UndefOr[Description]\n    var FailureReason: js.UndefOr[FailureReason]\n    var FeatureGroupStatus: js.UndefOr[FeatureGroupStatus]\n    var OfflineStoreConfig: js.UndefOr[OfflineStoreConfig]\n    var OfflineStoreStatus: js.UndefOr[OfflineStoreStatus]\n    var OnlineStoreConfig: js.UndefOr[OnlineStoreConfig]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object DescribeFeatureGroupResponse {\n    @inline\n    def apply(\n        CreationTime: CreationTime,\n        EventTimeFeatureName: FeatureName,\n        FeatureDefinitions: FeatureDefinitions,\n        FeatureGroupArn: FeatureGroupArn,\n        FeatureGroupName: FeatureGroupName,\n        NextToken: NextToken,\n        RecordIdentifierFeatureName: FeatureName,\n        Description: js.UndefOr[Description] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        FeatureGroupStatus: js.UndefOr[FeatureGroupStatus] = js.undefined,\n        OfflineStoreConfig: js.UndefOr[OfflineStoreConfig] = js.undefined,\n        OfflineStoreStatus: js.UndefOr[OfflineStoreStatus] = js.undefined,\n        OnlineStoreConfig: js.UndefOr[OnlineStoreConfig] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): DescribeFeatureGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EventTimeFeatureName\" -> EventTimeFeatureName.asInstanceOf[js.Any],\n        \"FeatureDefinitions\" -> FeatureDefinitions.asInstanceOf[js.Any],\n        \"FeatureGroupArn\" -> FeatureGroupArn.asInstanceOf[js.Any],\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any],\n        \"NextToken\" -> NextToken.asInstanceOf[js.Any],\n        \"RecordIdentifierFeatureName\" -> RecordIdentifierFeatureName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FeatureGroupStatus.foreach(__v => __obj.updateDynamic(\"FeatureGroupStatus\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreConfig.foreach(__v => __obj.updateDynamic(\"OfflineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreStatus.foreach(__v => __obj.updateDynamic(\"OfflineStoreStatus\")(__v.asInstanceOf[js.Any]))\n      OnlineStoreConfig.foreach(__v => __obj.updateDynamic(\"OnlineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFeatureGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeFlowDefinitionRequest extends js.Object {\n    var FlowDefinitionName: FlowDefinitionName\n  }\n\n  object DescribeFlowDefinitionRequest {\n    @inline\n    def apply(\n        FlowDefinitionName: FlowDefinitionName\n    ): DescribeFlowDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionName\" -> FlowDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeFlowDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFlowDefinitionResponse extends js.Object {\n    var CreationTime: Timestamp\n    var FlowDefinitionArn: FlowDefinitionArn\n    var FlowDefinitionName: FlowDefinitionName\n    var FlowDefinitionStatus: FlowDefinitionStatus\n    var HumanLoopConfig: HumanLoopConfig\n    var OutputConfig: FlowDefinitionOutputConfig\n    var RoleArn: RoleArn\n    var FailureReason: js.UndefOr[FailureReason]\n    var HumanLoopActivationConfig: js.UndefOr[HumanLoopActivationConfig]\n    var HumanLoopRequestSource: js.UndefOr[HumanLoopRequestSource]\n  }\n\n  object DescribeFlowDefinitionResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        FlowDefinitionArn: FlowDefinitionArn,\n        FlowDefinitionName: FlowDefinitionName,\n        FlowDefinitionStatus: FlowDefinitionStatus,\n        HumanLoopConfig: HumanLoopConfig,\n        OutputConfig: FlowDefinitionOutputConfig,\n        RoleArn: RoleArn,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        HumanLoopActivationConfig: js.UndefOr[HumanLoopActivationConfig] = js.undefined,\n        HumanLoopRequestSource: js.UndefOr[HumanLoopRequestSource] = js.undefined\n    ): DescribeFlowDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FlowDefinitionArn\" -> FlowDefinitionArn.asInstanceOf[js.Any],\n        \"FlowDefinitionName\" -> FlowDefinitionName.asInstanceOf[js.Any],\n        \"FlowDefinitionStatus\" -> FlowDefinitionStatus.asInstanceOf[js.Any],\n        \"HumanLoopConfig\" -> HumanLoopConfig.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      HumanLoopActivationConfig.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationConfig\")(__v.asInstanceOf[js.Any]))\n      HumanLoopRequestSource.foreach(__v => __obj.updateDynamic(\"HumanLoopRequestSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFlowDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeHumanTaskUiRequest extends js.Object {\n    var HumanTaskUiName: HumanTaskUiName\n  }\n\n  object DescribeHumanTaskUiRequest {\n    @inline\n    def apply(\n        HumanTaskUiName: HumanTaskUiName\n    ): DescribeHumanTaskUiRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiName\" -> HumanTaskUiName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeHumanTaskUiRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeHumanTaskUiResponse extends js.Object {\n    var CreationTime: Timestamp\n    var HumanTaskUiArn: HumanTaskUiArn\n    var HumanTaskUiName: HumanTaskUiName\n    var UiTemplate: UiTemplateInfo\n    var HumanTaskUiStatus: js.UndefOr[HumanTaskUiStatus]\n  }\n\n  object DescribeHumanTaskUiResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        HumanTaskUiArn: HumanTaskUiArn,\n        HumanTaskUiName: HumanTaskUiName,\n        UiTemplate: UiTemplateInfo,\n        HumanTaskUiStatus: js.UndefOr[HumanTaskUiStatus] = js.undefined\n    ): DescribeHumanTaskUiResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"HumanTaskUiArn\" -> HumanTaskUiArn.asInstanceOf[js.Any],\n        \"HumanTaskUiName\" -> HumanTaskUiName.asInstanceOf[js.Any],\n        \"UiTemplate\" -> UiTemplate.asInstanceOf[js.Any]\n      )\n\n      HumanTaskUiStatus.foreach(__v => __obj.updateDynamic(\"HumanTaskUiStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHumanTaskUiResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeHyperParameterTuningJobRequest extends js.Object {\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n  }\n\n  object DescribeHyperParameterTuningJobRequest {\n    @inline\n    def apply(\n        HyperParameterTuningJobName: HyperParameterTuningJobName\n    ): DescribeHyperParameterTuningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeHyperParameterTuningJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeHyperParameterTuningJobResponse extends js.Object {\n    var CreationTime: Timestamp\n    var HyperParameterTuningJobArn: HyperParameterTuningJobArn\n    var HyperParameterTuningJobConfig: HyperParameterTuningJobConfig\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n    var HyperParameterTuningJobStatus: HyperParameterTuningJobStatus\n    var ObjectiveStatusCounters: ObjectiveStatusCounters\n    var TrainingJobStatusCounters: TrainingJobStatusCounters\n    var BestTrainingJob: js.UndefOr[HyperParameterTrainingJobSummary]\n    var FailureReason: js.UndefOr[FailureReason]\n    var HyperParameterTuningEndTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var OverallBestTrainingJob: js.UndefOr[HyperParameterTrainingJobSummary]\n    var TrainingJobDefinition: js.UndefOr[HyperParameterTrainingJobDefinition]\n    var TrainingJobDefinitions: js.UndefOr[HyperParameterTrainingJobDefinitions]\n    var WarmStartConfig: js.UndefOr[HyperParameterTuningJobWarmStartConfig]\n  }\n\n  object DescribeHyperParameterTuningJobResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        HyperParameterTuningJobArn: HyperParameterTuningJobArn,\n        HyperParameterTuningJobConfig: HyperParameterTuningJobConfig,\n        HyperParameterTuningJobName: HyperParameterTuningJobName,\n        HyperParameterTuningJobStatus: HyperParameterTuningJobStatus,\n        ObjectiveStatusCounters: ObjectiveStatusCounters,\n        TrainingJobStatusCounters: TrainingJobStatusCounters,\n        BestTrainingJob: js.UndefOr[HyperParameterTrainingJobSummary] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        HyperParameterTuningEndTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        OverallBestTrainingJob: js.UndefOr[HyperParameterTrainingJobSummary] = js.undefined,\n        TrainingJobDefinition: js.UndefOr[HyperParameterTrainingJobDefinition] = js.undefined,\n        TrainingJobDefinitions: js.UndefOr[HyperParameterTrainingJobDefinitions] = js.undefined,\n        WarmStartConfig: js.UndefOr[HyperParameterTuningJobWarmStartConfig] = js.undefined\n    ): DescribeHyperParameterTuningJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobArn\" -> HyperParameterTuningJobArn.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobConfig\" -> HyperParameterTuningJobConfig.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobStatus\" -> HyperParameterTuningJobStatus.asInstanceOf[js.Any],\n        \"ObjectiveStatusCounters\" -> ObjectiveStatusCounters.asInstanceOf[js.Any],\n        \"TrainingJobStatusCounters\" -> TrainingJobStatusCounters.asInstanceOf[js.Any]\n      )\n\n      BestTrainingJob.foreach(__v => __obj.updateDynamic(\"BestTrainingJob\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      HyperParameterTuningEndTime.foreach(__v => __obj.updateDynamic(\"HyperParameterTuningEndTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      OverallBestTrainingJob.foreach(__v => __obj.updateDynamic(\"OverallBestTrainingJob\")(__v.asInstanceOf[js.Any]))\n      TrainingJobDefinition.foreach(__v => __obj.updateDynamic(\"TrainingJobDefinition\")(__v.asInstanceOf[js.Any]))\n      TrainingJobDefinitions.foreach(__v => __obj.updateDynamic(\"TrainingJobDefinitions\")(__v.asInstanceOf[js.Any]))\n      WarmStartConfig.foreach(__v => __obj.updateDynamic(\"WarmStartConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHyperParameterTuningJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeImageRequest extends js.Object {\n    var ImageName: ImageName\n  }\n\n  object DescribeImageRequest {\n    @inline\n    def apply(\n        ImageName: ImageName\n    ): DescribeImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeImageRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImageResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[ImageDescription]\n    var DisplayName: js.UndefOr[ImageDisplayName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var ImageArn: js.UndefOr[ImageArn]\n    var ImageName: js.UndefOr[ImageName]\n    var ImageStatus: js.UndefOr[ImageStatus]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object DescribeImageResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[ImageDescription] = js.undefined,\n        DisplayName: js.UndefOr[ImageDisplayName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        ImageArn: js.UndefOr[ImageArn] = js.undefined,\n        ImageName: js.UndefOr[ImageName] = js.undefined,\n        ImageStatus: js.UndefOr[ImageStatus] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): DescribeImageResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageName.foreach(__v => __obj.updateDynamic(\"ImageName\")(__v.asInstanceOf[js.Any]))\n      ImageStatus.foreach(__v => __obj.updateDynamic(\"ImageStatus\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeImageVersionRequest extends js.Object {\n    var ImageName: ImageName\n    var Version: js.UndefOr[ImageVersionNumber]\n  }\n\n  object DescribeImageVersionRequest {\n    @inline\n    def apply(\n        ImageName: ImageName,\n        Version: js.UndefOr[ImageVersionNumber] = js.undefined\n    ): DescribeImageVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeImageVersionResponse extends js.Object {\n    var BaseImage: js.UndefOr[ImageBaseImage]\n    var ContainerImage: js.UndefOr[ImageContainerImage]\n    var CreationTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[FailureReason]\n    var ImageArn: js.UndefOr[ImageArn]\n    var ImageVersionArn: js.UndefOr[ImageVersionArn]\n    var ImageVersionStatus: js.UndefOr[ImageVersionStatus]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Version: js.UndefOr[ImageVersionNumber]\n  }\n\n  object DescribeImageVersionResponse {\n    @inline\n    def apply(\n        BaseImage: js.UndefOr[ImageBaseImage] = js.undefined,\n        ContainerImage: js.UndefOr[ImageContainerImage] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        ImageArn: js.UndefOr[ImageArn] = js.undefined,\n        ImageVersionArn: js.UndefOr[ImageVersionArn] = js.undefined,\n        ImageVersionStatus: js.UndefOr[ImageVersionStatus] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Version: js.UndefOr[ImageVersionNumber] = js.undefined\n    ): DescribeImageVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      BaseImage.foreach(__v => __obj.updateDynamic(\"BaseImage\")(__v.asInstanceOf[js.Any]))\n      ContainerImage.foreach(__v => __obj.updateDynamic(\"ContainerImage\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      ImageVersionArn.foreach(__v => __obj.updateDynamic(\"ImageVersionArn\")(__v.asInstanceOf[js.Any]))\n      ImageVersionStatus.foreach(__v => __obj.updateDynamic(\"ImageVersionStatus\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeImageVersionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLabelingJobRequest extends js.Object {\n    var LabelingJobName: LabelingJobName\n  }\n\n  object DescribeLabelingJobRequest {\n    @inline\n    def apply(\n        LabelingJobName: LabelingJobName\n    ): DescribeLabelingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LabelingJobName\" -> LabelingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLabelingJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLabelingJobResponse extends js.Object {\n    var CreationTime: Timestamp\n    var HumanTaskConfig: HumanTaskConfig\n    var InputConfig: LabelingJobInputConfig\n    var JobReferenceCode: JobReferenceCode\n    var LabelCounters: LabelCounters\n    var LabelingJobArn: LabelingJobArn\n    var LabelingJobName: LabelingJobName\n    var LabelingJobStatus: LabelingJobStatus\n    var LastModifiedTime: Timestamp\n    var OutputConfig: LabelingJobOutputConfig\n    var RoleArn: RoleArn\n    var FailureReason: js.UndefOr[FailureReason]\n    var LabelAttributeName: js.UndefOr[LabelAttributeName]\n    var LabelCategoryConfigS3Uri: js.UndefOr[S3Uri]\n    var LabelingJobAlgorithmsConfig: js.UndefOr[LabelingJobAlgorithmsConfig]\n    var LabelingJobOutput: js.UndefOr[LabelingJobOutput]\n    var StoppingConditions: js.UndefOr[LabelingJobStoppingConditions]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object DescribeLabelingJobResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        HumanTaskConfig: HumanTaskConfig,\n        InputConfig: LabelingJobInputConfig,\n        JobReferenceCode: JobReferenceCode,\n        LabelCounters: LabelCounters,\n        LabelingJobArn: LabelingJobArn,\n        LabelingJobName: LabelingJobName,\n        LabelingJobStatus: LabelingJobStatus,\n        LastModifiedTime: Timestamp,\n        OutputConfig: LabelingJobOutputConfig,\n        RoleArn: RoleArn,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LabelAttributeName: js.UndefOr[LabelAttributeName] = js.undefined,\n        LabelCategoryConfigS3Uri: js.UndefOr[S3Uri] = js.undefined,\n        LabelingJobAlgorithmsConfig: js.UndefOr[LabelingJobAlgorithmsConfig] = js.undefined,\n        LabelingJobOutput: js.UndefOr[LabelingJobOutput] = js.undefined,\n        StoppingConditions: js.UndefOr[LabelingJobStoppingConditions] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): DescribeLabelingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"HumanTaskConfig\" -> HumanTaskConfig.asInstanceOf[js.Any],\n        \"InputConfig\" -> InputConfig.asInstanceOf[js.Any],\n        \"JobReferenceCode\" -> JobReferenceCode.asInstanceOf[js.Any],\n        \"LabelCounters\" -> LabelCounters.asInstanceOf[js.Any],\n        \"LabelingJobArn\" -> LabelingJobArn.asInstanceOf[js.Any],\n        \"LabelingJobName\" -> LabelingJobName.asInstanceOf[js.Any],\n        \"LabelingJobStatus\" -> LabelingJobStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LabelAttributeName.foreach(__v => __obj.updateDynamic(\"LabelAttributeName\")(__v.asInstanceOf[js.Any]))\n      LabelCategoryConfigS3Uri.foreach(__v => __obj.updateDynamic(\"LabelCategoryConfigS3Uri\")(__v.asInstanceOf[js.Any]))\n      LabelingJobAlgorithmsConfig.foreach(__v => __obj.updateDynamic(\"LabelingJobAlgorithmsConfig\")(__v.asInstanceOf[js.Any]))\n      LabelingJobOutput.foreach(__v => __obj.updateDynamic(\"LabelingJobOutput\")(__v.asInstanceOf[js.Any]))\n      StoppingConditions.foreach(__v => __obj.updateDynamic(\"StoppingConditions\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLabelingJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeModelBiasJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DescribeModelBiasJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DescribeModelBiasJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelBiasJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeModelBiasJobDefinitionResponse extends js.Object {\n    var CreationTime: Timestamp\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelBiasAppSpecification: ModelBiasAppSpecification\n    var ModelBiasJobInput: ModelBiasJobInput\n    var ModelBiasJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelBiasBaselineConfig: js.UndefOr[ModelBiasBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n  }\n\n  object DescribeModelBiasJobDefinitionResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        JobDefinitionArn: MonitoringJobDefinitionArn,\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelBiasAppSpecification: ModelBiasAppSpecification,\n        ModelBiasJobInput: ModelBiasJobInput,\n        ModelBiasJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelBiasBaselineConfig: js.UndefOr[ModelBiasBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined\n    ): DescribeModelBiasJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any],\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelBiasAppSpecification\" -> ModelBiasAppSpecification.asInstanceOf[js.Any],\n        \"ModelBiasJobInput\" -> ModelBiasJobInput.asInstanceOf[js.Any],\n        \"ModelBiasJobOutputConfig\" -> ModelBiasJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelBiasBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelBiasBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelBiasJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeModelExplainabilityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DescribeModelExplainabilityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DescribeModelExplainabilityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelExplainabilityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeModelExplainabilityJobDefinitionResponse extends js.Object {\n    var CreationTime: Timestamp\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelExplainabilityAppSpecification: ModelExplainabilityAppSpecification\n    var ModelExplainabilityJobInput: ModelExplainabilityJobInput\n    var ModelExplainabilityJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelExplainabilityBaselineConfig: js.UndefOr[ModelExplainabilityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n  }\n\n  object DescribeModelExplainabilityJobDefinitionResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        JobDefinitionArn: MonitoringJobDefinitionArn,\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelExplainabilityAppSpecification: ModelExplainabilityAppSpecification,\n        ModelExplainabilityJobInput: ModelExplainabilityJobInput,\n        ModelExplainabilityJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelExplainabilityBaselineConfig: js.UndefOr[ModelExplainabilityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined\n    ): DescribeModelExplainabilityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any],\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelExplainabilityAppSpecification\" -> ModelExplainabilityAppSpecification.asInstanceOf[js.Any],\n        \"ModelExplainabilityJobInput\" -> ModelExplainabilityJobInput.asInstanceOf[js.Any],\n        \"ModelExplainabilityJobOutputConfig\" -> ModelExplainabilityJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelExplainabilityBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelExplainabilityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelExplainabilityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeModelInput extends js.Object {\n    var ModelName: ModelName\n  }\n\n  object DescribeModelInput {\n    @inline\n    def apply(\n        ModelName: ModelName\n    ): DescribeModelInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelInput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelOutput extends js.Object {\n    var CreationTime: Timestamp\n    var ExecutionRoleArn: RoleArn\n    var ModelArn: ModelArn\n    var ModelName: ModelName\n    var Containers: js.UndefOr[ContainerDefinitionList]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var InferenceExecutionConfig: js.UndefOr[InferenceExecutionConfig]\n    var PrimaryContainer: js.UndefOr[ContainerDefinition]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object DescribeModelOutput {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ExecutionRoleArn: RoleArn,\n        ModelArn: ModelArn,\n        ModelName: ModelName,\n        Containers: js.UndefOr[ContainerDefinitionList] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        InferenceExecutionConfig: js.UndefOr[InferenceExecutionConfig] = js.undefined,\n        PrimaryContainer: js.UndefOr[ContainerDefinition] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): DescribeModelOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"ModelArn\" -> ModelArn.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n\n      Containers.foreach(__v => __obj.updateDynamic(\"Containers\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      InferenceExecutionConfig.foreach(__v => __obj.updateDynamic(\"InferenceExecutionConfig\")(__v.asInstanceOf[js.Any]))\n      PrimaryContainer.foreach(__v => __obj.updateDynamic(\"PrimaryContainer\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelPackageGroupInput extends js.Object {\n    var ModelPackageGroupName: ArnOrName\n  }\n\n  object DescribeModelPackageGroupInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: ArnOrName\n    ): DescribeModelPackageGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelPackageGroupInput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelPackageGroupOutput extends js.Object {\n    var CreatedBy: UserContext\n    var CreationTime: CreationTime\n    var ModelPackageGroupArn: ModelPackageGroupArn\n    var ModelPackageGroupName: EntityName\n    var ModelPackageGroupStatus: ModelPackageGroupStatus\n    var ModelPackageGroupDescription: js.UndefOr[EntityDescription]\n  }\n\n  object DescribeModelPackageGroupOutput {\n    @inline\n    def apply(\n        CreatedBy: UserContext,\n        CreationTime: CreationTime,\n        ModelPackageGroupArn: ModelPackageGroupArn,\n        ModelPackageGroupName: EntityName,\n        ModelPackageGroupStatus: ModelPackageGroupStatus,\n        ModelPackageGroupDescription: js.UndefOr[EntityDescription] = js.undefined\n    ): DescribeModelPackageGroupOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreatedBy\" -> CreatedBy.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelPackageGroupArn\" -> ModelPackageGroupArn.asInstanceOf[js.Any],\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any],\n        \"ModelPackageGroupStatus\" -> ModelPackageGroupStatus.asInstanceOf[js.Any]\n      )\n\n      ModelPackageGroupDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelPackageGroupOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelPackageInput extends js.Object {\n    var ModelPackageName: VersionedArnOrName\n  }\n\n  object DescribeModelPackageInput {\n    @inline\n    def apply(\n        ModelPackageName: VersionedArnOrName\n    ): DescribeModelPackageInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageName\" -> ModelPackageName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelPackageInput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelPackageOutput extends js.Object {\n    var CreationTime: CreationTime\n    var ModelPackageArn: ModelPackageArn\n    var ModelPackageName: EntityName\n    var ModelPackageStatus: ModelPackageStatus\n    var ModelPackageStatusDetails: ModelPackageStatusDetails\n    var ApprovalDescription: js.UndefOr[ApprovalDescription]\n    var CertifyForMarketplace: js.UndefOr[CertifyForMarketplace]\n    var CreatedBy: js.UndefOr[UserContext]\n    var InferenceSpecification: js.UndefOr[InferenceSpecification]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var ModelApprovalStatus: js.UndefOr[ModelApprovalStatus]\n    var ModelMetrics: js.UndefOr[ModelMetrics]\n    var ModelPackageDescription: js.UndefOr[EntityDescription]\n    var ModelPackageGroupName: js.UndefOr[EntityName]\n    var ModelPackageVersion: js.UndefOr[ModelPackageVersion]\n    var SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification]\n    var ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification]\n  }\n\n  object DescribeModelPackageOutput {\n    @inline\n    def apply(\n        CreationTime: CreationTime,\n        ModelPackageArn: ModelPackageArn,\n        ModelPackageName: EntityName,\n        ModelPackageStatus: ModelPackageStatus,\n        ModelPackageStatusDetails: ModelPackageStatusDetails,\n        ApprovalDescription: js.UndefOr[ApprovalDescription] = js.undefined,\n        CertifyForMarketplace: js.UndefOr[CertifyForMarketplace] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        InferenceSpecification: js.UndefOr[InferenceSpecification] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        ModelApprovalStatus: js.UndefOr[ModelApprovalStatus] = js.undefined,\n        ModelMetrics: js.UndefOr[ModelMetrics] = js.undefined,\n        ModelPackageDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageVersion: js.UndefOr[ModelPackageVersion] = js.undefined,\n        SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification] = js.undefined,\n        ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification] = js.undefined\n    ): DescribeModelPackageOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelPackageArn\" -> ModelPackageArn.asInstanceOf[js.Any],\n        \"ModelPackageName\" -> ModelPackageName.asInstanceOf[js.Any],\n        \"ModelPackageStatus\" -> ModelPackageStatus.asInstanceOf[js.Any],\n        \"ModelPackageStatusDetails\" -> ModelPackageStatusDetails.asInstanceOf[js.Any]\n      )\n\n      ApprovalDescription.foreach(__v => __obj.updateDynamic(\"ApprovalDescription\")(__v.asInstanceOf[js.Any]))\n      CertifyForMarketplace.foreach(__v => __obj.updateDynamic(\"CertifyForMarketplace\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      InferenceSpecification.foreach(__v => __obj.updateDynamic(\"InferenceSpecification\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      ModelApprovalStatus.foreach(__v => __obj.updateDynamic(\"ModelApprovalStatus\")(__v.asInstanceOf[js.Any]))\n      ModelMetrics.foreach(__v => __obj.updateDynamic(\"ModelMetrics\")(__v.asInstanceOf[js.Any]))\n      ModelPackageDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageDescription\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageVersion.foreach(__v => __obj.updateDynamic(\"ModelPackageVersion\")(__v.asInstanceOf[js.Any]))\n      SourceAlgorithmSpecification.foreach(__v => __obj.updateDynamic(\"SourceAlgorithmSpecification\")(__v.asInstanceOf[js.Any]))\n      ValidationSpecification.foreach(__v => __obj.updateDynamic(\"ValidationSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelPackageOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeModelQualityJobDefinitionRequest extends js.Object {\n    var JobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object DescribeModelQualityJobDefinitionRequest {\n    @inline\n    def apply(\n        JobDefinitionName: MonitoringJobDefinitionName\n    ): DescribeModelQualityJobDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeModelQualityJobDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeModelQualityJobDefinitionResponse extends js.Object {\n    var CreationTime: Timestamp\n    var JobDefinitionArn: MonitoringJobDefinitionArn\n    var JobDefinitionName: MonitoringJobDefinitionName\n    var JobResources: MonitoringResources\n    var ModelQualityAppSpecification: ModelQualityAppSpecification\n    var ModelQualityJobInput: ModelQualityJobInput\n    var ModelQualityJobOutputConfig: MonitoringOutputConfig\n    var RoleArn: RoleArn\n    var ModelQualityBaselineConfig: js.UndefOr[ModelQualityBaselineConfig]\n    var NetworkConfig: js.UndefOr[MonitoringNetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n  }\n\n  object DescribeModelQualityJobDefinitionResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        JobDefinitionArn: MonitoringJobDefinitionArn,\n        JobDefinitionName: MonitoringJobDefinitionName,\n        JobResources: MonitoringResources,\n        ModelQualityAppSpecification: ModelQualityAppSpecification,\n        ModelQualityJobInput: ModelQualityJobInput,\n        ModelQualityJobOutputConfig: MonitoringOutputConfig,\n        RoleArn: RoleArn,\n        ModelQualityBaselineConfig: js.UndefOr[ModelQualityBaselineConfig] = js.undefined,\n        NetworkConfig: js.UndefOr[MonitoringNetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined\n    ): DescribeModelQualityJobDefinitionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"JobDefinitionArn\" -> JobDefinitionArn.asInstanceOf[js.Any],\n        \"JobDefinitionName\" -> JobDefinitionName.asInstanceOf[js.Any],\n        \"JobResources\" -> JobResources.asInstanceOf[js.Any],\n        \"ModelQualityAppSpecification\" -> ModelQualityAppSpecification.asInstanceOf[js.Any],\n        \"ModelQualityJobInput\" -> ModelQualityJobInput.asInstanceOf[js.Any],\n        \"ModelQualityJobOutputConfig\" -> ModelQualityJobOutputConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      ModelQualityBaselineConfig.foreach(__v => __obj.updateDynamic(\"ModelQualityBaselineConfig\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeModelQualityJobDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleName: MonitoringScheduleName\n  }\n\n  object DescribeMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleName: MonitoringScheduleName\n    ): DescribeMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMonitoringScheduleResponse extends js.Object {\n    var CreationTime: Timestamp\n    var LastModifiedTime: Timestamp\n    var MonitoringScheduleArn: MonitoringScheduleArn\n    var MonitoringScheduleConfig: MonitoringScheduleConfig\n    var MonitoringScheduleName: MonitoringScheduleName\n    var MonitoringScheduleStatus: ScheduleStatus\n    var EndpointName: js.UndefOr[EndpointName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastMonitoringExecutionSummary: js.UndefOr[MonitoringExecutionSummary]\n    var MonitoringType: js.UndefOr[MonitoringType]\n  }\n\n  object DescribeMonitoringScheduleResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        LastModifiedTime: Timestamp,\n        MonitoringScheduleArn: MonitoringScheduleArn,\n        MonitoringScheduleConfig: MonitoringScheduleConfig,\n        MonitoringScheduleName: MonitoringScheduleName,\n        MonitoringScheduleStatus: ScheduleStatus,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastMonitoringExecutionSummary: js.UndefOr[MonitoringExecutionSummary] = js.undefined,\n        MonitoringType: js.UndefOr[MonitoringType] = js.undefined\n    ): DescribeMonitoringScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"MonitoringScheduleArn\" -> MonitoringScheduleArn.asInstanceOf[js.Any],\n        \"MonitoringScheduleConfig\" -> MonitoringScheduleConfig.asInstanceOf[js.Any],\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any],\n        \"MonitoringScheduleStatus\" -> MonitoringScheduleStatus.asInstanceOf[js.Any]\n      )\n\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastMonitoringExecutionSummary.foreach(__v => __obj.updateDynamic(\"LastMonitoringExecutionSummary\")(__v.asInstanceOf[js.Any]))\n      MonitoringType.foreach(__v => __obj.updateDynamic(\"MonitoringType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMonitoringScheduleResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeNotebookInstanceInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n  }\n\n  object DescribeNotebookInstanceInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName\n    ): DescribeNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait DescribeNotebookInstanceLifecycleConfigInput extends js.Object {\n    var NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n  }\n\n  object DescribeNotebookInstanceLifecycleConfigInput {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n    ): DescribeNotebookInstanceLifecycleConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceLifecycleConfigName\" -> NotebookInstanceLifecycleConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeNotebookInstanceLifecycleConfigInput]\n    }\n  }\n\n  @js.native\n  trait DescribeNotebookInstanceLifecycleConfigOutput extends js.Object {\n    var CreationTime: js.UndefOr[CreationTime]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var NotebookInstanceLifecycleConfigArn: js.UndefOr[NotebookInstanceLifecycleConfigArn]\n    var NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList]\n    var OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList]\n  }\n\n  object DescribeNotebookInstanceLifecycleConfigOutput {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        NotebookInstanceLifecycleConfigArn: js.UndefOr[NotebookInstanceLifecycleConfigArn] = js.undefined,\n        NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined,\n        OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined\n    ): DescribeNotebookInstanceLifecycleConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigArn.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigArn\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigName.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigName\")(__v.asInstanceOf[js.Any]))\n      OnCreate.foreach(__v => __obj.updateDynamic(\"OnCreate\")(__v.asInstanceOf[js.Any]))\n      OnStart.foreach(__v => __obj.updateDynamic(\"OnStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNotebookInstanceLifecycleConfigOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeNotebookInstanceOutput extends js.Object {\n    var AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes]\n    var AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl]\n    var DirectInternetAccess: js.UndefOr[DirectInternetAccess]\n    var FailureReason: js.UndefOr[FailureReason]\n    var InstanceType: js.UndefOr[InstanceType]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var NetworkInterfaceId: js.UndefOr[NetworkInterfaceId]\n    var NotebookInstanceArn: js.UndefOr[NotebookInstanceArn]\n    var NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var NotebookInstanceName: js.UndefOr[NotebookInstanceName]\n    var NotebookInstanceStatus: js.UndefOr[NotebookInstanceStatus]\n    var RoleArn: js.UndefOr[RoleArn]\n    var RootAccess: js.UndefOr[RootAccess]\n    var SecurityGroups: js.UndefOr[SecurityGroupIds]\n    var SubnetId: js.UndefOr[SubnetId]\n    var Url: js.UndefOr[NotebookInstanceUrl]\n    var VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB]\n  }\n\n  object DescribeNotebookInstanceOutput {\n    @inline\n    def apply(\n        AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes] = js.undefined,\n        AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl] = js.undefined,\n        DirectInternetAccess: js.UndefOr[DirectInternetAccess] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        InstanceType: js.UndefOr[InstanceType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        NetworkInterfaceId: js.UndefOr[NetworkInterfaceId] = js.undefined,\n        NotebookInstanceArn: js.UndefOr[NotebookInstanceArn] = js.undefined,\n        NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        NotebookInstanceName: js.UndefOr[NotebookInstanceName] = js.undefined,\n        NotebookInstanceStatus: js.UndefOr[NotebookInstanceStatus] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        RootAccess: js.UndefOr[RootAccess] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined,\n        Url: js.UndefOr[NotebookInstanceUrl] = js.undefined,\n        VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB] = js.undefined\n    ): DescribeNotebookInstanceOutput = {\n      val __obj = js.Dynamic.literal()\n      AcceleratorTypes.foreach(__v => __obj.updateDynamic(\"AcceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      AdditionalCodeRepositories.foreach(__v => __obj.updateDynamic(\"AdditionalCodeRepositories\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultCodeRepository.foreach(__v => __obj.updateDynamic(\"DefaultCodeRepository\")(__v.asInstanceOf[js.Any]))\n      DirectInternetAccess.foreach(__v => __obj.updateDynamic(\"DirectInternetAccess\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceArn.foreach(__v => __obj.updateDynamic(\"NotebookInstanceArn\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigName.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigName\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceName.foreach(__v => __obj.updateDynamic(\"NotebookInstanceName\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceStatus.foreach(__v => __obj.updateDynamic(\"NotebookInstanceStatus\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      RootAccess.foreach(__v => __obj.updateDynamic(\"RootAccess\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      VolumeSizeInGB.foreach(__v => __obj.updateDynamic(\"VolumeSizeInGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNotebookInstanceOutput]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineDefinitionForExecutionRequest extends js.Object {\n    var PipelineExecutionArn: PipelineExecutionArn\n  }\n\n  object DescribePipelineDefinitionForExecutionRequest {\n    @inline\n    def apply(\n        PipelineExecutionArn: PipelineExecutionArn\n    ): DescribePipelineDefinitionForExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineExecutionArn\" -> PipelineExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePipelineDefinitionForExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineDefinitionForExecutionResponse extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var PipelineDefinition: js.UndefOr[PipelineDefinition]\n  }\n\n  object DescribePipelineDefinitionForExecutionResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineDefinition: js.UndefOr[PipelineDefinition] = js.undefined\n    ): DescribePipelineDefinitionForExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      PipelineDefinition.foreach(__v => __obj.updateDynamic(\"PipelineDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePipelineDefinitionForExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineExecutionRequest extends js.Object {\n    var PipelineExecutionArn: PipelineExecutionArn\n  }\n\n  object DescribePipelineExecutionRequest {\n    @inline\n    def apply(\n        PipelineExecutionArn: PipelineExecutionArn\n    ): DescribePipelineExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineExecutionArn\" -> PipelineExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePipelineExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineExecutionResponse extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var PipelineArn: js.UndefOr[PipelineArn]\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n    var PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription]\n    var PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName]\n    var PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus]\n  }\n\n  object DescribePipelineExecutionResponse {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined,\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined,\n        PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription] = js.undefined,\n        PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName] = js.undefined,\n        PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus] = js.undefined\n    ): DescribePipelineExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDescription.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionStatus.foreach(__v => __obj.updateDynamic(\"PipelineExecutionStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePipelineExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineRequest extends js.Object {\n    var PipelineName: PipelineName\n  }\n\n  object DescribePipelineRequest {\n    @inline\n    def apply(\n        PipelineName: PipelineName\n    ): DescribePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePipelineRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePipelineResponse extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var LastRunTime: js.UndefOr[Timestamp]\n    var PipelineArn: js.UndefOr[PipelineArn]\n    var PipelineDefinition: js.UndefOr[PipelineDefinition]\n    var PipelineDescription: js.UndefOr[PipelineDescription]\n    var PipelineDisplayName: js.UndefOr[PipelineName]\n    var PipelineName: js.UndefOr[PipelineName]\n    var PipelineStatus: js.UndefOr[PipelineStatus]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object DescribePipelineResponse {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastRunTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined,\n        PipelineDefinition: js.UndefOr[PipelineDefinition] = js.undefined,\n        PipelineDescription: js.UndefOr[PipelineDescription] = js.undefined,\n        PipelineDisplayName: js.UndefOr[PipelineName] = js.undefined,\n        PipelineName: js.UndefOr[PipelineName] = js.undefined,\n        PipelineStatus: js.UndefOr[PipelineStatus] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): DescribePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      LastRunTime.foreach(__v => __obj.updateDynamic(\"LastRunTime\")(__v.asInstanceOf[js.Any]))\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      PipelineDefinition.foreach(__v => __obj.updateDynamic(\"PipelineDefinition\")(__v.asInstanceOf[js.Any]))\n      PipelineDescription.foreach(__v => __obj.updateDynamic(\"PipelineDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineName.foreach(__v => __obj.updateDynamic(\"PipelineName\")(__v.asInstanceOf[js.Any]))\n      PipelineStatus.foreach(__v => __obj.updateDynamic(\"PipelineStatus\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePipelineResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProcessingJobRequest extends js.Object {\n    var ProcessingJobName: ProcessingJobName\n  }\n\n  object DescribeProcessingJobRequest {\n    @inline\n    def apply(\n        ProcessingJobName: ProcessingJobName\n    ): DescribeProcessingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProcessingJobName\" -> ProcessingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProcessingJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProcessingJobResponse extends js.Object {\n    var AppSpecification: AppSpecification\n    var CreationTime: Timestamp\n    var ProcessingJobArn: ProcessingJobArn\n    var ProcessingJobName: ProcessingJobName\n    var ProcessingJobStatus: ProcessingJobStatus\n    var ProcessingResources: ProcessingResources\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var Environment: js.UndefOr[ProcessingEnvironmentMap]\n    var ExitMessage: js.UndefOr[ExitMessage]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn]\n    var NetworkConfig: js.UndefOr[NetworkConfig]\n    var ProcessingEndTime: js.UndefOr[Timestamp]\n    var ProcessingInputs: js.UndefOr[ProcessingInputs]\n    var ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig]\n    var ProcessingStartTime: js.UndefOr[Timestamp]\n    var RoleArn: js.UndefOr[RoleArn]\n    var StoppingCondition: js.UndefOr[ProcessingStoppingCondition]\n    var TrainingJobArn: js.UndefOr[TrainingJobArn]\n  }\n\n  object DescribeProcessingJobResponse {\n    @inline\n    def apply(\n        AppSpecification: AppSpecification,\n        CreationTime: Timestamp,\n        ProcessingJobArn: ProcessingJobArn,\n        ProcessingJobName: ProcessingJobName,\n        ProcessingJobStatus: ProcessingJobStatus,\n        ProcessingResources: ProcessingResources,\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        Environment: js.UndefOr[ProcessingEnvironmentMap] = js.undefined,\n        ExitMessage: js.UndefOr[ExitMessage] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn] = js.undefined,\n        NetworkConfig: js.UndefOr[NetworkConfig] = js.undefined,\n        ProcessingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        ProcessingInputs: js.UndefOr[ProcessingInputs] = js.undefined,\n        ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig] = js.undefined,\n        ProcessingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        StoppingCondition: js.UndefOr[ProcessingStoppingCondition] = js.undefined,\n        TrainingJobArn: js.UndefOr[TrainingJobArn] = js.undefined\n    ): DescribeProcessingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AppSpecification\" -> AppSpecification.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ProcessingJobArn\" -> ProcessingJobArn.asInstanceOf[js.Any],\n        \"ProcessingJobName\" -> ProcessingJobName.asInstanceOf[js.Any],\n        \"ProcessingJobStatus\" -> ProcessingJobStatus.asInstanceOf[js.Any],\n        \"ProcessingResources\" -> ProcessingResources.asInstanceOf[js.Any]\n      )\n\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExitMessage.foreach(__v => __obj.updateDynamic(\"ExitMessage\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleArn.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleArn\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      ProcessingEndTime.foreach(__v => __obj.updateDynamic(\"ProcessingEndTime\")(__v.asInstanceOf[js.Any]))\n      ProcessingInputs.foreach(__v => __obj.updateDynamic(\"ProcessingInputs\")(__v.asInstanceOf[js.Any]))\n      ProcessingOutputConfig.foreach(__v => __obj.updateDynamic(\"ProcessingOutputConfig\")(__v.asInstanceOf[js.Any]))\n      ProcessingStartTime.foreach(__v => __obj.updateDynamic(\"ProcessingStartTime\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      TrainingJobArn.foreach(__v => __obj.updateDynamic(\"TrainingJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProcessingJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectInput extends js.Object {\n    var ProjectName: ProjectEntityName\n  }\n\n  object DescribeProjectInput {\n    @inline\n    def apply(\n        ProjectName: ProjectEntityName\n    ): DescribeProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProjectInput]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectOutput extends js.Object {\n    var CreationTime: Timestamp\n    var ProjectArn: ProjectArn\n    var ProjectId: ProjectId\n    var ProjectName: ProjectEntityName\n    var ProjectStatus: ProjectStatus\n    var ServiceCatalogProvisioningDetails: ServiceCatalogProvisioningDetails\n    var CreatedBy: js.UndefOr[UserContext]\n    var ProjectDescription: js.UndefOr[EntityDescription]\n    var ServiceCatalogProvisionedProductDetails: js.UndefOr[ServiceCatalogProvisionedProductDetails]\n  }\n\n  object DescribeProjectOutput {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ProjectArn: ProjectArn,\n        ProjectId: ProjectId,\n        ProjectName: ProjectEntityName,\n        ProjectStatus: ProjectStatus,\n        ServiceCatalogProvisioningDetails: ServiceCatalogProvisioningDetails,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        ProjectDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ServiceCatalogProvisionedProductDetails: js.UndefOr[ServiceCatalogProvisionedProductDetails] = js.undefined\n    ): DescribeProjectOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any],\n        \"ProjectId\" -> ProjectId.asInstanceOf[js.Any],\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any],\n        \"ProjectStatus\" -> ProjectStatus.asInstanceOf[js.Any],\n        \"ServiceCatalogProvisioningDetails\" -> ServiceCatalogProvisioningDetails.asInstanceOf[js.Any]\n      )\n\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      ProjectDescription.foreach(__v => __obj.updateDynamic(\"ProjectDescription\")(__v.asInstanceOf[js.Any]))\n      ServiceCatalogProvisionedProductDetails.foreach(__v => __obj.updateDynamic(\"ServiceCatalogProvisionedProductDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeSubscribedWorkteamRequest extends js.Object {\n    var WorkteamArn: WorkteamArn\n  }\n\n  object DescribeSubscribedWorkteamRequest {\n    @inline\n    def apply(\n        WorkteamArn: WorkteamArn\n    ): DescribeSubscribedWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSubscribedWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSubscribedWorkteamResponse extends js.Object {\n    var SubscribedWorkteam: SubscribedWorkteam\n  }\n\n  object DescribeSubscribedWorkteamResponse {\n    @inline\n    def apply(\n        SubscribedWorkteam: SubscribedWorkteam\n    ): DescribeSubscribedWorkteamResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SubscribedWorkteam\" -> SubscribedWorkteam.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSubscribedWorkteamResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrainingJobRequest extends js.Object {\n    var TrainingJobName: TrainingJobName\n  }\n\n  object DescribeTrainingJobRequest {\n    @inline\n    def apply(\n        TrainingJobName: TrainingJobName\n    ): DescribeTrainingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrainingJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTrainingJobResponse extends js.Object {\n    var AlgorithmSpecification: AlgorithmSpecification\n    var CreationTime: Timestamp\n    var ModelArtifacts: ModelArtifacts\n    var ResourceConfig: ResourceConfig\n    var SecondaryStatus: SecondaryStatus\n    var StoppingCondition: StoppingCondition\n    var TrainingJobArn: TrainingJobArn\n    var TrainingJobName: TrainingJobName\n    var TrainingJobStatus: TrainingJobStatus\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var BillableTimeInSeconds: js.UndefOr[BillableTimeInSeconds]\n    var CheckpointConfig: js.UndefOr[CheckpointConfig]\n    var DebugHookConfig: js.UndefOr[DebugHookConfig]\n    var DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations]\n    var DebugRuleEvaluationStatuses: js.UndefOr[DebugRuleEvaluationStatuses]\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableManagedSpotTraining: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var Environment: js.UndefOr[TrainingEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var FinalMetricDataList: js.UndefOr[FinalMetricDataList]\n    var HyperParameters: js.UndefOr[HyperParameters]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var LabelingJobArn: js.UndefOr[LabelingJobArn]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var ProfilerConfig: js.UndefOr[ProfilerConfig]\n    var ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations]\n    var ProfilerRuleEvaluationStatuses: js.UndefOr[ProfilerRuleEvaluationStatuses]\n    var ProfilingStatus: js.UndefOr[ProfilingStatus]\n    var RoleArn: js.UndefOr[RoleArn]\n    var SecondaryStatusTransitions: js.UndefOr[SecondaryStatusTransitions]\n    var TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n    var TrainingStartTime: js.UndefOr[Timestamp]\n    var TrainingTimeInSeconds: js.UndefOr[TrainingTimeInSeconds]\n    var TuningJobArn: js.UndefOr[HyperParameterTuningJobArn]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object DescribeTrainingJobResponse {\n    @inline\n    def apply(\n        AlgorithmSpecification: AlgorithmSpecification,\n        CreationTime: Timestamp,\n        ModelArtifacts: ModelArtifacts,\n        ResourceConfig: ResourceConfig,\n        SecondaryStatus: SecondaryStatus,\n        StoppingCondition: StoppingCondition,\n        TrainingJobArn: TrainingJobArn,\n        TrainingJobName: TrainingJobName,\n        TrainingJobStatus: TrainingJobStatus,\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        BillableTimeInSeconds: js.UndefOr[BillableTimeInSeconds] = js.undefined,\n        CheckpointConfig: js.UndefOr[CheckpointConfig] = js.undefined,\n        DebugHookConfig: js.UndefOr[DebugHookConfig] = js.undefined,\n        DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations] = js.undefined,\n        DebugRuleEvaluationStatuses: js.UndefOr[DebugRuleEvaluationStatuses] = js.undefined,\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableManagedSpotTraining: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        Environment: js.UndefOr[TrainingEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        FinalMetricDataList: js.UndefOr[FinalMetricDataList] = js.undefined,\n        HyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        LabelingJobArn: js.UndefOr[LabelingJobArn] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        ProfilerConfig: js.UndefOr[ProfilerConfig] = js.undefined,\n        ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations] = js.undefined,\n        ProfilerRuleEvaluationStatuses: js.UndefOr[ProfilerRuleEvaluationStatuses] = js.undefined,\n        ProfilingStatus: js.UndefOr[ProfilingStatus] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        SecondaryStatusTransitions: js.UndefOr[SecondaryStatusTransitions] = js.undefined,\n        TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingTimeInSeconds: js.UndefOr[TrainingTimeInSeconds] = js.undefined,\n        TuningJobArn: js.UndefOr[HyperParameterTuningJobArn] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): DescribeTrainingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmSpecification\" -> AlgorithmSpecification.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelArtifacts\" -> ModelArtifacts.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"SecondaryStatus\" -> SecondaryStatus.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any],\n        \"TrainingJobArn\" -> TrainingJobArn.asInstanceOf[js.Any],\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any],\n        \"TrainingJobStatus\" -> TrainingJobStatus.asInstanceOf[js.Any]\n      )\n\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      BillableTimeInSeconds.foreach(__v => __obj.updateDynamic(\"BillableTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      CheckpointConfig.foreach(__v => __obj.updateDynamic(\"CheckpointConfig\")(__v.asInstanceOf[js.Any]))\n      DebugHookConfig.foreach(__v => __obj.updateDynamic(\"DebugHookConfig\")(__v.asInstanceOf[js.Any]))\n      DebugRuleConfigurations.foreach(__v => __obj.updateDynamic(\"DebugRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      DebugRuleEvaluationStatuses.foreach(__v => __obj.updateDynamic(\"DebugRuleEvaluationStatuses\")(__v.asInstanceOf[js.Any]))\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableManagedSpotTraining.foreach(__v => __obj.updateDynamic(\"EnableManagedSpotTraining\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FinalMetricDataList.foreach(__v => __obj.updateDynamic(\"FinalMetricDataList\")(__v.asInstanceOf[js.Any]))\n      HyperParameters.foreach(__v => __obj.updateDynamic(\"HyperParameters\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LabelingJobArn.foreach(__v => __obj.updateDynamic(\"LabelingJobArn\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      ProfilerConfig.foreach(__v => __obj.updateDynamic(\"ProfilerConfig\")(__v.asInstanceOf[js.Any]))\n      ProfilerRuleConfigurations.foreach(__v => __obj.updateDynamic(\"ProfilerRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      ProfilerRuleEvaluationStatuses.foreach(__v => __obj.updateDynamic(\"ProfilerRuleEvaluationStatuses\")(__v.asInstanceOf[js.Any]))\n      ProfilingStatus.foreach(__v => __obj.updateDynamic(\"ProfilingStatus\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      SecondaryStatusTransitions.foreach(__v => __obj.updateDynamic(\"SecondaryStatusTransitions\")(__v.asInstanceOf[js.Any]))\n      TensorBoardOutputConfig.foreach(__v => __obj.updateDynamic(\"TensorBoardOutputConfig\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      TrainingStartTime.foreach(__v => __obj.updateDynamic(\"TrainingStartTime\")(__v.asInstanceOf[js.Any]))\n      TrainingTimeInSeconds.foreach(__v => __obj.updateDynamic(\"TrainingTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      TuningJobArn.foreach(__v => __obj.updateDynamic(\"TuningJobArn\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTrainingJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTransformJobRequest extends js.Object {\n    var TransformJobName: TransformJobName\n  }\n\n  object DescribeTransformJobRequest {\n    @inline\n    def apply(\n        TransformJobName: TransformJobName\n    ): DescribeTransformJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TransformJobName\" -> TransformJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTransformJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTransformJobResponse extends js.Object {\n    var CreationTime: Timestamp\n    var ModelName: ModelName\n    var TransformInput: TransformInput\n    var TransformJobArn: TransformJobArn\n    var TransformJobName: TransformJobName\n    var TransformJobStatus: TransformJobStatus\n    var TransformResources: TransformResources\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var BatchStrategy: js.UndefOr[BatchStrategy]\n    var DataProcessing: js.UndefOr[DataProcessing]\n    var Environment: js.UndefOr[TransformEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LabelingJobArn: js.UndefOr[LabelingJobArn]\n    var MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms]\n    var MaxPayloadInMB: js.UndefOr[MaxPayloadInMB]\n    var ModelClientConfig: js.UndefOr[ModelClientConfig]\n    var TransformEndTime: js.UndefOr[Timestamp]\n    var TransformOutput: js.UndefOr[TransformOutput]\n    var TransformStartTime: js.UndefOr[Timestamp]\n  }\n\n  object DescribeTransformJobResponse {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ModelName: ModelName,\n        TransformInput: TransformInput,\n        TransformJobArn: TransformJobArn,\n        TransformJobName: TransformJobName,\n        TransformJobStatus: TransformJobStatus,\n        TransformResources: TransformResources,\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        BatchStrategy: js.UndefOr[BatchStrategy] = js.undefined,\n        DataProcessing: js.UndefOr[DataProcessing] = js.undefined,\n        Environment: js.UndefOr[TransformEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LabelingJobArn: js.UndefOr[LabelingJobArn] = js.undefined,\n        MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms] = js.undefined,\n        MaxPayloadInMB: js.UndefOr[MaxPayloadInMB] = js.undefined,\n        ModelClientConfig: js.UndefOr[ModelClientConfig] = js.undefined,\n        TransformEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TransformOutput: js.UndefOr[TransformOutput] = js.undefined,\n        TransformStartTime: js.UndefOr[Timestamp] = js.undefined\n    ): DescribeTransformJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"TransformInput\" -> TransformInput.asInstanceOf[js.Any],\n        \"TransformJobArn\" -> TransformJobArn.asInstanceOf[js.Any],\n        \"TransformJobName\" -> TransformJobName.asInstanceOf[js.Any],\n        \"TransformJobStatus\" -> TransformJobStatus.asInstanceOf[js.Any],\n        \"TransformResources\" -> TransformResources.asInstanceOf[js.Any]\n      )\n\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      BatchStrategy.foreach(__v => __obj.updateDynamic(\"BatchStrategy\")(__v.asInstanceOf[js.Any]))\n      DataProcessing.foreach(__v => __obj.updateDynamic(\"DataProcessing\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LabelingJobArn.foreach(__v => __obj.updateDynamic(\"LabelingJobArn\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrentTransforms.foreach(__v => __obj.updateDynamic(\"MaxConcurrentTransforms\")(__v.asInstanceOf[js.Any]))\n      MaxPayloadInMB.foreach(__v => __obj.updateDynamic(\"MaxPayloadInMB\")(__v.asInstanceOf[js.Any]))\n      ModelClientConfig.foreach(__v => __obj.updateDynamic(\"ModelClientConfig\")(__v.asInstanceOf[js.Any]))\n      TransformEndTime.foreach(__v => __obj.updateDynamic(\"TransformEndTime\")(__v.asInstanceOf[js.Any]))\n      TransformOutput.foreach(__v => __obj.updateDynamic(\"TransformOutput\")(__v.asInstanceOf[js.Any]))\n      TransformStartTime.foreach(__v => __obj.updateDynamic(\"TransformStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTransformJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n  }\n\n  object DescribeTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName\n    ): DescribeTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTrialComponentResponse extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Metrics: js.UndefOr[TrialComponentMetricSummaries]\n    var OutputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var Parameters: js.UndefOr[TrialComponentParameters]\n    var Source: js.UndefOr[TrialComponentSource]\n    var StartTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[TrialComponentStatus]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n    var TrialComponentName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object DescribeTrialComponentResponse {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Metrics: js.UndefOr[TrialComponentMetricSummaries] = js.undefined,\n        OutputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        Parameters: js.UndefOr[TrialComponentParameters] = js.undefined,\n        Source: js.UndefOr[TrialComponentSource] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[TrialComponentStatus] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined,\n        TrialComponentName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): DescribeTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputArtifacts.foreach(__v => __obj.updateDynamic(\"InputArtifacts\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      OutputArtifacts.foreach(__v => __obj.updateDynamic(\"OutputArtifacts\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentName.foreach(__v => __obj.updateDynamic(\"TrialComponentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTrialComponentResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrialRequest extends js.Object {\n    var TrialName: ExperimentEntityName\n  }\n\n  object DescribeTrialRequest {\n    @inline\n    def apply(\n        TrialName: ExperimentEntityName\n    ): DescribeTrialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrialRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTrialResponse extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Source: js.UndefOr[TrialSource]\n    var TrialArn: js.UndefOr[TrialArn]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object DescribeTrialResponse {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Source: js.UndefOr[TrialSource] = js.undefined,\n        TrialArn: js.UndefOr[TrialArn] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): DescribeTrialResponse = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTrialResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeUserProfileRequest extends js.Object {\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n  }\n\n  object DescribeUserProfileRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        UserProfileName: UserProfileName\n    ): DescribeUserProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeUserProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUserProfileResponse extends js.Object {\n    var CreationTime: js.UndefOr[CreationTime]\n    var DomainId: js.UndefOr[DomainId]\n    var FailureReason: js.UndefOr[FailureReason]\n    var HomeEfsFileSystemUid: js.UndefOr[EfsUid]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var SingleSignOnUserIdentifier: js.UndefOr[SingleSignOnUserIdentifier]\n    var SingleSignOnUserValue: js.UndefOr[String256]\n    var Status: js.UndefOr[UserProfileStatus]\n    var UserProfileArn: js.UndefOr[UserProfileArn]\n    var UserProfileName: js.UndefOr[UserProfileName]\n    var UserSettings: js.UndefOr[UserSettings]\n  }\n\n  object DescribeUserProfileResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        HomeEfsFileSystemUid: js.UndefOr[EfsUid] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        SingleSignOnUserIdentifier: js.UndefOr[SingleSignOnUserIdentifier] = js.undefined,\n        SingleSignOnUserValue: js.UndefOr[String256] = js.undefined,\n        Status: js.UndefOr[UserProfileStatus] = js.undefined,\n        UserProfileArn: js.UndefOr[UserProfileArn] = js.undefined,\n        UserProfileName: js.UndefOr[UserProfileName] = js.undefined,\n        UserSettings: js.UndefOr[UserSettings] = js.undefined\n    ): DescribeUserProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      HomeEfsFileSystemUid.foreach(__v => __obj.updateDynamic(\"HomeEfsFileSystemUid\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SingleSignOnUserIdentifier.foreach(__v => __obj.updateDynamic(\"SingleSignOnUserIdentifier\")(__v.asInstanceOf[js.Any]))\n      SingleSignOnUserValue.foreach(__v => __obj.updateDynamic(\"SingleSignOnUserValue\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserProfileArn.foreach(__v => __obj.updateDynamic(\"UserProfileArn\")(__v.asInstanceOf[js.Any]))\n      UserProfileName.foreach(__v => __obj.updateDynamic(\"UserProfileName\")(__v.asInstanceOf[js.Any]))\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserProfileResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeWorkforceRequest extends js.Object {\n    var WorkforceName: WorkforceName\n  }\n\n  object DescribeWorkforceRequest {\n    @inline\n    def apply(\n        WorkforceName: WorkforceName\n    ): DescribeWorkforceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceName\" -> WorkforceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkforceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeWorkforceResponse extends js.Object {\n    var Workforce: Workforce\n  }\n\n  object DescribeWorkforceResponse {\n    @inline\n    def apply(\n        Workforce: Workforce\n    ): DescribeWorkforceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workforce\" -> Workforce.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkforceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeWorkteamRequest extends js.Object {\n    var WorkteamName: WorkteamName\n  }\n\n  object DescribeWorkteamRequest {\n    @inline\n    def apply(\n        WorkteamName: WorkteamName\n    ): DescribeWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamName\" -> WorkteamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeWorkteamResponse extends js.Object {\n    var Workteam: Workteam\n  }\n\n  object DescribeWorkteamResponse {\n    @inline\n    def apply(\n        Workteam: Workteam\n    ): DescribeWorkteamResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workteam\" -> Workteam.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeWorkteamResponse]\n    }\n  }\n\n  \/** Specifies weight and capacity values for a production variant.\n    *\/\n  @js.native\n  trait DesiredWeightAndCapacity extends js.Object {\n    var VariantName: VariantName\n    var DesiredInstanceCount: js.UndefOr[TaskCount]\n    var DesiredWeight: js.UndefOr[VariantWeight]\n  }\n\n  object DesiredWeightAndCapacity {\n    @inline\n    def apply(\n        VariantName: VariantName,\n        DesiredInstanceCount: js.UndefOr[TaskCount] = js.undefined,\n        DesiredWeight: js.UndefOr[VariantWeight] = js.undefined\n    ): DesiredWeightAndCapacity = {\n      val __obj = js.Dynamic.literal(\n        \"VariantName\" -> VariantName.asInstanceOf[js.Any]\n      )\n\n      DesiredInstanceCount.foreach(__v => __obj.updateDynamic(\"DesiredInstanceCount\")(__v.asInstanceOf[js.Any]))\n      DesiredWeight.foreach(__v => __obj.updateDynamic(\"DesiredWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DesiredWeightAndCapacity]\n    }\n  }\n\n  @js.native\n  sealed trait DetailedAlgorithmStatus extends js.Any\n  object DetailedAlgorithmStatus {\n    val NotStarted = \"NotStarted\".asInstanceOf[DetailedAlgorithmStatus]\n    val InProgress = \"InProgress\".asInstanceOf[DetailedAlgorithmStatus]\n    val Completed = \"Completed\".asInstanceOf[DetailedAlgorithmStatus]\n    val Failed = \"Failed\".asInstanceOf[DetailedAlgorithmStatus]\n\n    @inline def values = js.Array(NotStarted, InProgress, Completed, Failed)\n  }\n\n  @js.native\n  sealed trait DetailedModelPackageStatus extends js.Any\n  object DetailedModelPackageStatus {\n    val NotStarted = \"NotStarted\".asInstanceOf[DetailedModelPackageStatus]\n    val InProgress = \"InProgress\".asInstanceOf[DetailedModelPackageStatus]\n    val Completed = \"Completed\".asInstanceOf[DetailedModelPackageStatus]\n    val Failed = \"Failed\".asInstanceOf[DetailedModelPackageStatus]\n\n    @inline def values = js.Array(NotStarted, InProgress, Completed, Failed)\n  }\n\n  \/** Information of a particular device.\n    *\/\n  @js.native\n  trait Device extends js.Object {\n    var DeviceName: DeviceName\n    var Description: js.UndefOr[DeviceDescription]\n    var IotThingName: js.UndefOr[ThingName]\n  }\n\n  object Device {\n    @inline\n    def apply(\n        DeviceName: DeviceName,\n        Description: js.UndefOr[DeviceDescription] = js.undefined,\n        IotThingName: js.UndefOr[ThingName] = js.undefined\n    ): Device = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IotThingName.foreach(__v => __obj.updateDynamic(\"IotThingName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Device]\n    }\n  }\n\n  \/** Summary of the device fleet.\n    *\/\n  @js.native\n  trait DeviceFleetSummary extends js.Object {\n    var DeviceFleetArn: DeviceFleetArn\n    var DeviceFleetName: EntityName\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n  }\n\n  object DeviceFleetSummary {\n    @inline\n    def apply(\n        DeviceFleetArn: DeviceFleetArn,\n        DeviceFleetName: EntityName,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined\n    ): DeviceFleetSummary = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetArn\" -> DeviceFleetArn.asInstanceOf[js.Any],\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeviceFleetSummary]\n    }\n  }\n\n  \/** Status of devices.\n    *\/\n  @js.native\n  trait DeviceStats extends js.Object {\n    var ConnectedDeviceCount: Double\n    var RegisteredDeviceCount: Double\n  }\n\n  object DeviceStats {\n    @inline\n    def apply(\n        ConnectedDeviceCount: Double,\n        RegisteredDeviceCount: Double\n    ): DeviceStats = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectedDeviceCount\" -> ConnectedDeviceCount.asInstanceOf[js.Any],\n        \"RegisteredDeviceCount\" -> RegisteredDeviceCount.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeviceStats]\n    }\n  }\n\n  \/** Summary of the device.\n    *\/\n  @js.native\n  trait DeviceSummary extends js.Object {\n    var DeviceArn: DeviceArn\n    var DeviceName: EntityName\n    var Description: js.UndefOr[DeviceDescription]\n    var DeviceFleetName: js.UndefOr[EntityName]\n    var IotThingName: js.UndefOr[ThingName]\n    var LatestHeartbeat: js.UndefOr[Timestamp]\n    var Models: js.UndefOr[EdgeModelSummaries]\n    var RegistrationTime: js.UndefOr[Timestamp]\n  }\n\n  object DeviceSummary {\n    @inline\n    def apply(\n        DeviceArn: DeviceArn,\n        DeviceName: EntityName,\n        Description: js.UndefOr[DeviceDescription] = js.undefined,\n        DeviceFleetName: js.UndefOr[EntityName] = js.undefined,\n        IotThingName: js.UndefOr[ThingName] = js.undefined,\n        LatestHeartbeat: js.UndefOr[Timestamp] = js.undefined,\n        Models: js.UndefOr[EdgeModelSummaries] = js.undefined,\n        RegistrationTime: js.UndefOr[Timestamp] = js.undefined\n    ): DeviceSummary = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceArn\" -> DeviceArn.asInstanceOf[js.Any],\n        \"DeviceName\" -> DeviceName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DeviceFleetName.foreach(__v => __obj.updateDynamic(\"DeviceFleetName\")(__v.asInstanceOf[js.Any]))\n      IotThingName.foreach(__v => __obj.updateDynamic(\"IotThingName\")(__v.asInstanceOf[js.Any]))\n      LatestHeartbeat.foreach(__v => __obj.updateDynamic(\"LatestHeartbeat\")(__v.asInstanceOf[js.Any]))\n      Models.foreach(__v => __obj.updateDynamic(\"Models\")(__v.asInstanceOf[js.Any]))\n      RegistrationTime.foreach(__v => __obj.updateDynamic(\"RegistrationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeviceSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DirectInternetAccess extends js.Any\n  object DirectInternetAccess {\n    val Enabled = \"Enabled\".asInstanceOf[DirectInternetAccess]\n    val Disabled = \"Disabled\".asInstanceOf[DirectInternetAccess]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  trait DisableSagemakerServicecatalogPortfolioInput extends js.Object\n\n  object DisableSagemakerServicecatalogPortfolioInput {\n    @inline\n    def apply(): DisableSagemakerServicecatalogPortfolioInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableSagemakerServicecatalogPortfolioInput]\n    }\n  }\n\n  @js.native\n  trait DisableSagemakerServicecatalogPortfolioOutput extends js.Object\n\n  object DisableSagemakerServicecatalogPortfolioOutput {\n    @inline\n    def apply(): DisableSagemakerServicecatalogPortfolioOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableSagemakerServicecatalogPortfolioOutput]\n    }\n  }\n\n  @js.native\n  trait DisassociateTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n    var TrialName: ExperimentEntityName\n  }\n\n  object DisassociateTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName,\n        TrialName: ExperimentEntityName\n    ): DisassociateTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any],\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateTrialComponentResponse extends js.Object {\n    var TrialArn: js.UndefOr[TrialArn]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n  }\n\n  object DisassociateTrialComponentResponse {\n    @inline\n    def apply(\n        TrialArn: js.UndefOr[TrialArn] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined\n    ): DisassociateTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateTrialComponentResponse]\n    }\n  }\n\n  \/** The domain's details.\n    *\/\n  @js.native\n  trait DomainDetails extends js.Object {\n    var CreationTime: js.UndefOr[CreationTime]\n    var DomainArn: js.UndefOr[DomainArn]\n    var DomainId: js.UndefOr[DomainId]\n    var DomainName: js.UndefOr[DomainName]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var Status: js.UndefOr[DomainStatus]\n    var Url: js.UndefOr[String1024]\n  }\n\n  object DomainDetails {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DomainArn: js.UndefOr[DomainArn] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        DomainName: js.UndefOr[DomainName] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        Status: js.UndefOr[DomainStatus] = js.undefined,\n        Url: js.UndefOr[String1024] = js.undefined\n    ): DomainDetails = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DomainArn.foreach(__v => __obj.updateDynamic(\"DomainArn\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainDetails]\n    }\n  }\n\n  @js.native\n  sealed trait DomainStatus extends js.Any\n  object DomainStatus {\n    val Deleting = \"Deleting\".asInstanceOf[DomainStatus]\n    val Failed = \"Failed\".asInstanceOf[DomainStatus]\n    val InService = \"InService\".asInstanceOf[DomainStatus]\n    val Pending = \"Pending\".asInstanceOf[DomainStatus]\n    val Updating = \"Updating\".asInstanceOf[DomainStatus]\n    val Update_Failed = \"Update_Failed\".asInstanceOf[DomainStatus]\n    val Delete_Failed = \"Delete_Failed\".asInstanceOf[DomainStatus]\n\n    @inline def values = js.Array(Deleting, Failed, InService, Pending, Updating, Update_Failed, Delete_Failed)\n  }\n\n  \/** The model on the edge device.\n    *\/\n  @js.native\n  trait EdgeModel extends js.Object {\n    var ModelName: EntityName\n    var ModelVersion: EdgeVersion\n    var LatestInference: js.UndefOr[Timestamp]\n    var LatestSampleTime: js.UndefOr[Timestamp]\n  }\n\n  object EdgeModel {\n    @inline\n    def apply(\n        ModelName: EntityName,\n        ModelVersion: EdgeVersion,\n        LatestInference: js.UndefOr[Timestamp] = js.undefined,\n        LatestSampleTime: js.UndefOr[Timestamp] = js.undefined\n    ): EdgeModel = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any]\n      )\n\n      LatestInference.foreach(__v => __obj.updateDynamic(\"LatestInference\")(__v.asInstanceOf[js.Any]))\n      LatestSampleTime.foreach(__v => __obj.updateDynamic(\"LatestSampleTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdgeModel]\n    }\n  }\n\n  \/** Status of edge devices with this model.\n    *\/\n  @js.native\n  trait EdgeModelStat extends js.Object {\n    var ActiveDeviceCount: Double\n    var ConnectedDeviceCount: Double\n    var ModelName: EntityName\n    var ModelVersion: EdgeVersion\n    var OfflineDeviceCount: Double\n    var SamplingDeviceCount: Double\n  }\n\n  object EdgeModelStat {\n    @inline\n    def apply(\n        ActiveDeviceCount: Double,\n        ConnectedDeviceCount: Double,\n        ModelName: EntityName,\n        ModelVersion: EdgeVersion,\n        OfflineDeviceCount: Double,\n        SamplingDeviceCount: Double\n    ): EdgeModelStat = {\n      val __obj = js.Dynamic.literal(\n        \"ActiveDeviceCount\" -> ActiveDeviceCount.asInstanceOf[js.Any],\n        \"ConnectedDeviceCount\" -> ConnectedDeviceCount.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any],\n        \"OfflineDeviceCount\" -> OfflineDeviceCount.asInstanceOf[js.Any],\n        \"SamplingDeviceCount\" -> SamplingDeviceCount.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EdgeModelStat]\n    }\n  }\n\n  \/** Summary of model on edge device.\n    *\/\n  @js.native\n  trait EdgeModelSummary extends js.Object {\n    var ModelName: EntityName\n    var ModelVersion: EdgeVersion\n  }\n\n  object EdgeModelSummary {\n    @inline\n    def apply(\n        ModelName: EntityName,\n        ModelVersion: EdgeVersion\n    ): EdgeModelSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"ModelVersion\" -> ModelVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EdgeModelSummary]\n    }\n  }\n\n  \/** The output configuration.\n    *\/\n  @js.native\n  trait EdgeOutputConfig extends js.Object {\n    var S3OutputLocation: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object EdgeOutputConfig {\n    @inline\n    def apply(\n        S3OutputLocation: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): EdgeOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputLocation\" -> S3OutputLocation.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdgeOutputConfig]\n    }\n  }\n\n  @js.native\n  sealed trait EdgePackagingJobStatus extends js.Any\n  object EdgePackagingJobStatus {\n    val STARTING = \"STARTING\".asInstanceOf[EdgePackagingJobStatus]\n    val INPROGRESS = \"INPROGRESS\".asInstanceOf[EdgePackagingJobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[EdgePackagingJobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[EdgePackagingJobStatus]\n    val STOPPING = \"STOPPING\".asInstanceOf[EdgePackagingJobStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[EdgePackagingJobStatus]\n\n    @inline def values = js.Array(STARTING, INPROGRESS, COMPLETED, FAILED, STOPPING, STOPPED)\n  }\n\n  \/** Summary of edge packaging job.\n    *\/\n  @js.native\n  trait EdgePackagingJobSummary extends js.Object {\n    var EdgePackagingJobArn: EdgePackagingJobArn\n    var EdgePackagingJobName: EntityName\n    var EdgePackagingJobStatus: EdgePackagingJobStatus\n    var CompilationJobName: js.UndefOr[EntityName]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var ModelName: js.UndefOr[EntityName]\n    var ModelVersion: js.UndefOr[EdgeVersion]\n  }\n\n  object EdgePackagingJobSummary {\n    @inline\n    def apply(\n        EdgePackagingJobArn: EdgePackagingJobArn,\n        EdgePackagingJobName: EntityName,\n        EdgePackagingJobStatus: EdgePackagingJobStatus,\n        CompilationJobName: js.UndefOr[EntityName] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        ModelName: js.UndefOr[EntityName] = js.undefined,\n        ModelVersion: js.UndefOr[EdgeVersion] = js.undefined\n    ): EdgePackagingJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"EdgePackagingJobArn\" -> EdgePackagingJobArn.asInstanceOf[js.Any],\n        \"EdgePackagingJobName\" -> EdgePackagingJobName.asInstanceOf[js.Any],\n        \"EdgePackagingJobStatus\" -> EdgePackagingJobStatus.asInstanceOf[js.Any]\n      )\n\n      CompilationJobName.foreach(__v => __obj.updateDynamic(\"CompilationJobName\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdgePackagingJobSummary]\n    }\n  }\n\n  @js.native\n  trait EnableSagemakerServicecatalogPortfolioInput extends js.Object\n\n  object EnableSagemakerServicecatalogPortfolioInput {\n    @inline\n    def apply(): EnableSagemakerServicecatalogPortfolioInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableSagemakerServicecatalogPortfolioInput]\n    }\n  }\n\n  @js.native\n  trait EnableSagemakerServicecatalogPortfolioOutput extends js.Object\n\n  object EnableSagemakerServicecatalogPortfolioOutput {\n    @inline\n    def apply(): EnableSagemakerServicecatalogPortfolioOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableSagemakerServicecatalogPortfolioOutput]\n    }\n  }\n\n  \/** A hosted endpoint for real-time inference.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointArn: EndpointArn\n    var EndpointConfigName: EndpointConfigName\n    var EndpointName: EndpointName\n    var EndpointStatus: EndpointStatus\n    var LastModifiedTime: Timestamp\n    var DataCaptureConfig: js.UndefOr[DataCaptureConfigSummary]\n    var FailureReason: js.UndefOr[FailureReason]\n    var MonitoringSchedules: js.UndefOr[MonitoringScheduleList]\n    var ProductionVariants: js.UndefOr[ProductionVariantSummaryList]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointArn: EndpointArn,\n        EndpointConfigName: EndpointConfigName,\n        EndpointName: EndpointName,\n        EndpointStatus: EndpointStatus,\n        LastModifiedTime: Timestamp,\n        DataCaptureConfig: js.UndefOr[DataCaptureConfigSummary] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        MonitoringSchedules: js.UndefOr[MonitoringScheduleList] = js.undefined,\n        ProductionVariants: js.UndefOr[ProductionVariantSummaryList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any],\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"EndpointStatus\" -> EndpointStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      DataCaptureConfig.foreach(__v => __obj.updateDynamic(\"DataCaptureConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      MonitoringSchedules.foreach(__v => __obj.updateDynamic(\"MonitoringSchedules\")(__v.asInstanceOf[js.Any]))\n      ProductionVariants.foreach(__v => __obj.updateDynamic(\"ProductionVariants\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  @js.native\n  sealed trait EndpointConfigSortKey extends js.Any\n  object EndpointConfigSortKey {\n    val Name = \"Name\".asInstanceOf[EndpointConfigSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[EndpointConfigSortKey]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  \/** Provides summary information for an endpoint configuration.\n    *\/\n  @js.native\n  trait EndpointConfigSummary extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointConfigArn: EndpointConfigArn\n    var EndpointConfigName: EndpointConfigName\n  }\n\n  object EndpointConfigSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointConfigArn: EndpointConfigArn,\n        EndpointConfigName: EndpointConfigName\n    ): EndpointConfigSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointConfigArn\" -> EndpointConfigArn.asInstanceOf[js.Any],\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EndpointConfigSummary]\n    }\n  }\n\n  \/** Input object for the endpoint\n    *\/\n  @js.native\n  trait EndpointInput extends js.Object {\n    var EndpointName: EndpointName\n    var LocalPath: ProcessingLocalPath\n    var EndTimeOffset: js.UndefOr[MonitoringTimeOffsetString]\n    var FeaturesAttribute: js.UndefOr[String]\n    var InferenceAttribute: js.UndefOr[String]\n    var ProbabilityAttribute: js.UndefOr[String]\n    var ProbabilityThresholdAttribute: js.UndefOr[ProbabilityThresholdAttribute]\n    var S3DataDistributionType: js.UndefOr[ProcessingS3DataDistributionType]\n    var S3InputMode: js.UndefOr[ProcessingS3InputMode]\n    var StartTimeOffset: js.UndefOr[MonitoringTimeOffsetString]\n  }\n\n  object EndpointInput {\n    @inline\n    def apply(\n        EndpointName: EndpointName,\n        LocalPath: ProcessingLocalPath,\n        EndTimeOffset: js.UndefOr[MonitoringTimeOffsetString] = js.undefined,\n        FeaturesAttribute: js.UndefOr[String] = js.undefined,\n        InferenceAttribute: js.UndefOr[String] = js.undefined,\n        ProbabilityAttribute: js.UndefOr[String] = js.undefined,\n        ProbabilityThresholdAttribute: js.UndefOr[ProbabilityThresholdAttribute] = js.undefined,\n        S3DataDistributionType: js.UndefOr[ProcessingS3DataDistributionType] = js.undefined,\n        S3InputMode: js.UndefOr[ProcessingS3InputMode] = js.undefined,\n        StartTimeOffset: js.UndefOr[MonitoringTimeOffsetString] = js.undefined\n    ): EndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"LocalPath\" -> LocalPath.asInstanceOf[js.Any]\n      )\n\n      EndTimeOffset.foreach(__v => __obj.updateDynamic(\"EndTimeOffset\")(__v.asInstanceOf[js.Any]))\n      FeaturesAttribute.foreach(__v => __obj.updateDynamic(\"FeaturesAttribute\")(__v.asInstanceOf[js.Any]))\n      InferenceAttribute.foreach(__v => __obj.updateDynamic(\"InferenceAttribute\")(__v.asInstanceOf[js.Any]))\n      ProbabilityAttribute.foreach(__v => __obj.updateDynamic(\"ProbabilityAttribute\")(__v.asInstanceOf[js.Any]))\n      ProbabilityThresholdAttribute.foreach(__v => __obj.updateDynamic(\"ProbabilityThresholdAttribute\")(__v.asInstanceOf[js.Any]))\n      S3DataDistributionType.foreach(__v => __obj.updateDynamic(\"S3DataDistributionType\")(__v.asInstanceOf[js.Any]))\n      S3InputMode.foreach(__v => __obj.updateDynamic(\"S3InputMode\")(__v.asInstanceOf[js.Any]))\n      StartTimeOffset.foreach(__v => __obj.updateDynamic(\"StartTimeOffset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndpointInput]\n    }\n  }\n\n  @js.native\n  sealed trait EndpointSortKey extends js.Any\n  object EndpointSortKey {\n    val Name = \"Name\".asInstanceOf[EndpointSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[EndpointSortKey]\n    val Status = \"Status\".asInstanceOf[EndpointSortKey]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  @js.native\n  sealed trait EndpointStatus extends js.Any\n  object EndpointStatus {\n    val OutOfService = \"OutOfService\".asInstanceOf[EndpointStatus]\n    val Creating = \"Creating\".asInstanceOf[EndpointStatus]\n    val Updating = \"Updating\".asInstanceOf[EndpointStatus]\n    val SystemUpdating = \"SystemUpdating\".asInstanceOf[EndpointStatus]\n    val RollingBack = \"RollingBack\".asInstanceOf[EndpointStatus]\n    val InService = \"InService\".asInstanceOf[EndpointStatus]\n    val Deleting = \"Deleting\".asInstanceOf[EndpointStatus]\n    val Failed = \"Failed\".asInstanceOf[EndpointStatus]\n\n    @inline def values = js.Array(OutOfService, Creating, Updating, SystemUpdating, RollingBack, InService, Deleting, Failed)\n  }\n\n  \/** Provides summary information for an endpoint.\n    *\/\n  @js.native\n  trait EndpointSummary extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointArn: EndpointArn\n    var EndpointName: EndpointName\n    var EndpointStatus: EndpointStatus\n    var LastModifiedTime: Timestamp\n  }\n\n  object EndpointSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointArn: EndpointArn,\n        EndpointName: EndpointName,\n        EndpointStatus: EndpointStatus,\n        LastModifiedTime: Timestamp\n    ): EndpointSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"EndpointStatus\" -> EndpointStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EndpointSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ExecutionStatus extends js.Any\n  object ExecutionStatus {\n    val Pending = \"Pending\".asInstanceOf[ExecutionStatus]\n    val Completed = \"Completed\".asInstanceOf[ExecutionStatus]\n    val CompletedWithViolations = \"CompletedWithViolations\".asInstanceOf[ExecutionStatus]\n    val InProgress = \"InProgress\".asInstanceOf[ExecutionStatus]\n    val Failed = \"Failed\".asInstanceOf[ExecutionStatus]\n    val Stopping = \"Stopping\".asInstanceOf[ExecutionStatus]\n    val Stopped = \"Stopped\".asInstanceOf[ExecutionStatus]\n\n    @inline def values = js.Array(Pending, Completed, CompletedWithViolations, InProgress, Failed, Stopping, Stopped)\n  }\n\n  \/** The properties of an experiment as returned by the <a>Search<\/a> API.\n    *\/\n  @js.native\n  trait Experiment extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[ExperimentDescription]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[ExperimentSource]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object Experiment {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[ExperimentSource] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): Experiment = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Experiment]\n    }\n  }\n\n  \/** Associates a SageMaker job as a trial component with an experiment and trial. Specified when you call the following APIs: * <a>CreateProcessingJob<\/a> * <a>CreateTrainingJob<\/a> * <a>CreateTransformJob<\/a>\n    *\/\n  @js.native\n  trait ExperimentConfig extends js.Object {\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var TrialComponentDisplayName: js.UndefOr[ExperimentEntityName]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object ExperimentConfig {\n    @inline\n    def apply(\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialComponentDisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): ExperimentConfig = {\n      val __obj = js.Dynamic.literal()\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      TrialComponentDisplayName.foreach(__v => __obj.updateDynamic(\"TrialComponentDisplayName\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentConfig]\n    }\n  }\n\n  \/** The source of the experiment.\n    *\/\n  @js.native\n  trait ExperimentSource extends js.Object {\n    var SourceArn: ExperimentSourceArn\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object ExperimentSource {\n    @inline\n    def apply(\n        SourceArn: ExperimentSourceArn,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): ExperimentSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentSource]\n    }\n  }\n\n  \/** A summary of the properties of an experiment. To get the complete set of properties, call the <a>DescribeExperiment<\/a> API and provide the <code>ExperimentName<\/code>.\n    *\/\n  @js.native\n  trait ExperimentSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var ExperimentSource: js.UndefOr[ExperimentSource]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n  }\n\n  object ExperimentSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentSource: js.UndefOr[ExperimentSource] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined\n    ): ExperimentSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      ExperimentSource.foreach(__v => __obj.updateDynamic(\"ExperimentSource\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentSummary]\n    }\n  }\n\n  \/** Contains explainability metrics for a model.\n    *\/\n  @js.native\n  trait Explainability extends js.Object {\n    var Report: js.UndefOr[MetricsSource]\n  }\n\n  object Explainability {\n    @inline\n    def apply(\n        Report: js.UndefOr[MetricsSource] = js.undefined\n    ): Explainability = {\n      val __obj = js.Dynamic.literal()\n      Report.foreach(__v => __obj.updateDynamic(\"Report\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Explainability]\n    }\n  }\n\n  \/** A list of features. You must include <code>FeatureName<\/code> and <code>FeatureType<\/code>. Valid feature <code>FeatureType<\/code>s are <code>Integral<\/code>, <code>Fractional<\/code> and <code>String<\/code>.\n    *\/\n  @js.native\n  trait FeatureDefinition extends js.Object {\n    var FeatureName: js.UndefOr[FeatureName]\n    var FeatureType: js.UndefOr[FeatureType]\n  }\n\n  object FeatureDefinition {\n    @inline\n    def apply(\n        FeatureName: js.UndefOr[FeatureName] = js.undefined,\n        FeatureType: js.UndefOr[FeatureType] = js.undefined\n    ): FeatureDefinition = {\n      val __obj = js.Dynamic.literal()\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      FeatureType.foreach(__v => __obj.updateDynamic(\"FeatureType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeatureDefinition]\n    }\n  }\n\n  \/** Amazon SageMaker Feature Store stores features in a collection called Feature Group. A Feature Group can be visualized as a table which has rows, with a unique identifier for each row where each column in the table is a feature. In principle, a Feature Group is composed of features and values per features.\n    *\/\n  @js.native\n  trait FeatureGroup extends js.Object {\n    var CreationTime: js.UndefOr[CreationTime]\n    var Description: js.UndefOr[Description]\n    var EventTimeFeatureName: js.UndefOr[FeatureName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var FeatureDefinitions: js.UndefOr[FeatureDefinitions]\n    var FeatureGroupArn: js.UndefOr[FeatureGroupArn]\n    var FeatureGroupName: js.UndefOr[FeatureGroupName]\n    var FeatureGroupStatus: js.UndefOr[FeatureGroupStatus]\n    var OfflineStoreConfig: js.UndefOr[OfflineStoreConfig]\n    var OfflineStoreStatus: js.UndefOr[OfflineStoreStatus]\n    var OnlineStoreConfig: js.UndefOr[OnlineStoreConfig]\n    var RecordIdentifierFeatureName: js.UndefOr[FeatureName]\n    var RoleArn: js.UndefOr[RoleArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object FeatureGroup {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        EventTimeFeatureName: js.UndefOr[FeatureName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        FeatureDefinitions: js.UndefOr[FeatureDefinitions] = js.undefined,\n        FeatureGroupArn: js.UndefOr[FeatureGroupArn] = js.undefined,\n        FeatureGroupName: js.UndefOr[FeatureGroupName] = js.undefined,\n        FeatureGroupStatus: js.UndefOr[FeatureGroupStatus] = js.undefined,\n        OfflineStoreConfig: js.UndefOr[OfflineStoreConfig] = js.undefined,\n        OfflineStoreStatus: js.UndefOr[OfflineStoreStatus] = js.undefined,\n        OnlineStoreConfig: js.UndefOr[OnlineStoreConfig] = js.undefined,\n        RecordIdentifierFeatureName: js.UndefOr[FeatureName] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): FeatureGroup = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EventTimeFeatureName.foreach(__v => __obj.updateDynamic(\"EventTimeFeatureName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FeatureDefinitions.foreach(__v => __obj.updateDynamic(\"FeatureDefinitions\")(__v.asInstanceOf[js.Any]))\n      FeatureGroupArn.foreach(__v => __obj.updateDynamic(\"FeatureGroupArn\")(__v.asInstanceOf[js.Any]))\n      FeatureGroupName.foreach(__v => __obj.updateDynamic(\"FeatureGroupName\")(__v.asInstanceOf[js.Any]))\n      FeatureGroupStatus.foreach(__v => __obj.updateDynamic(\"FeatureGroupStatus\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreConfig.foreach(__v => __obj.updateDynamic(\"OfflineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreStatus.foreach(__v => __obj.updateDynamic(\"OfflineStoreStatus\")(__v.asInstanceOf[js.Any]))\n      OnlineStoreConfig.foreach(__v => __obj.updateDynamic(\"OnlineStoreConfig\")(__v.asInstanceOf[js.Any]))\n      RecordIdentifierFeatureName.foreach(__v => __obj.updateDynamic(\"RecordIdentifierFeatureName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeatureGroup]\n    }\n  }\n\n  @js.native\n  sealed trait FeatureGroupSortBy extends js.Any\n  object FeatureGroupSortBy {\n    val Name = \"Name\".asInstanceOf[FeatureGroupSortBy]\n    val FeatureGroupStatus = \"FeatureGroupStatus\".asInstanceOf[FeatureGroupSortBy]\n    val OfflineStoreStatus = \"OfflineStoreStatus\".asInstanceOf[FeatureGroupSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[FeatureGroupSortBy]\n\n    @inline def values = js.Array(Name, FeatureGroupStatus, OfflineStoreStatus, CreationTime)\n  }\n\n  @js.native\n  sealed trait FeatureGroupSortOrder extends js.Any\n  object FeatureGroupSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[FeatureGroupSortOrder]\n    val Descending = \"Descending\".asInstanceOf[FeatureGroupSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  @js.native\n  sealed trait FeatureGroupStatus extends js.Any\n  object FeatureGroupStatus {\n    val Creating = \"Creating\".asInstanceOf[FeatureGroupStatus]\n    val Created = \"Created\".asInstanceOf[FeatureGroupStatus]\n    val CreateFailed = \"CreateFailed\".asInstanceOf[FeatureGroupStatus]\n    val Deleting = \"Deleting\".asInstanceOf[FeatureGroupStatus]\n    val DeleteFailed = \"DeleteFailed\".asInstanceOf[FeatureGroupStatus]\n\n    @inline def values = js.Array(Creating, Created, CreateFailed, Deleting, DeleteFailed)\n  }\n\n  \/** The name, Arn, <code>CreationTime<\/code>, <code>FeatureGroup<\/code> values, <code>LastUpdatedTime<\/code> and <code>EnableOnlineStorage<\/code> status of a <code>FeatureGroup<\/code>.\n    *\/\n  @js.native\n  trait FeatureGroupSummary extends js.Object {\n    var CreationTime: Timestamp\n    var FeatureGroupArn: FeatureGroupArn\n    var FeatureGroupName: FeatureGroupName\n    var FeatureGroupStatus: js.UndefOr[FeatureGroupStatus]\n    var OfflineStoreStatus: js.UndefOr[OfflineStoreStatus]\n  }\n\n  object FeatureGroupSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        FeatureGroupArn: FeatureGroupArn,\n        FeatureGroupName: FeatureGroupName,\n        FeatureGroupStatus: js.UndefOr[FeatureGroupStatus] = js.undefined,\n        OfflineStoreStatus: js.UndefOr[OfflineStoreStatus] = js.undefined\n    ): FeatureGroupSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FeatureGroupArn\" -> FeatureGroupArn.asInstanceOf[js.Any],\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any]\n      )\n\n      FeatureGroupStatus.foreach(__v => __obj.updateDynamic(\"FeatureGroupStatus\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreStatus.foreach(__v => __obj.updateDynamic(\"OfflineStoreStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeatureGroupSummary]\n    }\n  }\n\n  @js.native\n  sealed trait FeatureType extends js.Any\n  object FeatureType {\n    val Integral = \"Integral\".asInstanceOf[FeatureType]\n    val Fractional = \"Fractional\".asInstanceOf[FeatureType]\n    val String = \"String\".asInstanceOf[FeatureType]\n\n    @inline def values = js.Array(Integral, Fractional, String)\n  }\n\n  @js.native\n  sealed trait FileSystemAccessMode extends js.Any\n  object FileSystemAccessMode {\n    val rw = \"rw\".asInstanceOf[FileSystemAccessMode]\n    val ro = \"ro\".asInstanceOf[FileSystemAccessMode]\n\n    @inline def values = js.Array(rw, ro)\n  }\n\n  \/** The Amazon Elastic File System (EFS) storage configuration for a SageMaker image.\n    *\/\n  @js.native\n  trait FileSystemConfig extends js.Object {\n    var DefaultGid: js.UndefOr[DefaultGid]\n    var DefaultUid: js.UndefOr[DefaultUid]\n    var MountPath: js.UndefOr[MountPath]\n  }\n\n  object FileSystemConfig {\n    @inline\n    def apply(\n        DefaultGid: js.UndefOr[DefaultGid] = js.undefined,\n        DefaultUid: js.UndefOr[DefaultUid] = js.undefined,\n        MountPath: js.UndefOr[MountPath] = js.undefined\n    ): FileSystemConfig = {\n      val __obj = js.Dynamic.literal()\n      DefaultGid.foreach(__v => __obj.updateDynamic(\"DefaultGid\")(__v.asInstanceOf[js.Any]))\n      DefaultUid.foreach(__v => __obj.updateDynamic(\"DefaultUid\")(__v.asInstanceOf[js.Any]))\n      MountPath.foreach(__v => __obj.updateDynamic(\"MountPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystemConfig]\n    }\n  }\n\n  \/** Specifies a file system data source for a channel.\n    *\/\n  @js.native\n  trait FileSystemDataSource extends js.Object {\n    var DirectoryPath: DirectoryPath\n    var FileSystemAccessMode: FileSystemAccessMode\n    var FileSystemId: FileSystemId\n    var FileSystemType: FileSystemType\n  }\n\n  object FileSystemDataSource {\n    @inline\n    def apply(\n        DirectoryPath: DirectoryPath,\n        FileSystemAccessMode: FileSystemAccessMode,\n        FileSystemId: FileSystemId,\n        FileSystemType: FileSystemType\n    ): FileSystemDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"DirectoryPath\" -> DirectoryPath.asInstanceOf[js.Any],\n        \"FileSystemAccessMode\" -> FileSystemAccessMode.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"FileSystemType\" -> FileSystemType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FileSystemDataSource]\n    }\n  }\n\n  @js.native\n  sealed trait FileSystemType extends js.Any\n  object FileSystemType {\n    val EFS = \"EFS\".asInstanceOf[FileSystemType]\n    val FSxLustre = \"FSxLustre\".asInstanceOf[FileSystemType]\n\n    @inline def values = js.Array(EFS, FSxLustre)\n  }\n\n  \/** A conditional statement for a search expression that includes a resource property, a Boolean operator, and a value. Resources that match the statement are returned in the results from the <a>Search<\/a> API. If you specify a <code>Value<\/code>, but not an <code>Operator<\/code>, Amazon SageMaker uses the equals operator. In search, there are several property types: <dl> <dt>Metrics<\/dt> <dd> To define a metric filter, enter a value using the form <code>\"Metrics.&lt;name&gt;\"<\/code>, where <code>&lt;name&gt;<\/code> is a metric name. For example, the following filter searches for training jobs with an <code>\"accuracy\"<\/code> metric greater than <code>\"0.9\"<\/code>: <code>{<\/code> <code>\"Name\": \"Metrics.accuracy\",<\/code> <code>\"Operator\": \"GreaterThan\",<\/code> <code>\"Value\": \"0.9\"<\/code> <code>}<\/code> <\/dd> <dt>HyperParameters<\/dt> <dd> To define a hyperparameter filter, enter a value with the form <code>\"HyperParameters.&lt;name&gt;\"<\/code>. Decimal hyperparameter values are treated\n    * as a decimal in a comparison if the specified <code>Value<\/code> is also a decimal value. If the specified <code>Value<\/code> is an integer, the decimal hyperparameter values are treated as integers. For example, the following filter is satisfied by training jobs with a <code>\"learning_rate\"<\/code> hyperparameter that is less than <code>\"0.5\"<\/code>: <code> {<\/code> <code> \"Name\": \"HyperParameters.learning_rate\",<\/code> <code> \"Operator\": \"LessThan\",<\/code> <code> \"Value\": \"0.5\"<\/code> <code> }<\/code> <\/dd> <dt>Tags<\/dt> <dd> To define a tag filter, enter a value with the form <code>Tags.&lt;key&gt;<\/code>. <\/dd> <\/dl>\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: ResourcePropertyName\n    var Operator: js.UndefOr[Operator]\n    var Value: js.UndefOr[FilterValue]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: ResourcePropertyName,\n        Operator: js.UndefOr[Operator] = js.undefined,\n        Value: js.UndefOr[FilterValue] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Operator.foreach(__v => __obj.updateDynamic(\"Operator\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** The best candidate result from an AutoML training job.\n    *\/\n  @js.native\n  trait FinalAutoMLJobObjectiveMetric extends js.Object {\n    var MetricName: AutoMLMetricEnum\n    var Value: MetricValue\n    var Type: js.UndefOr[AutoMLJobObjectiveType]\n  }\n\n  object FinalAutoMLJobObjectiveMetric {\n    @inline\n    def apply(\n        MetricName: AutoMLMetricEnum,\n        Value: MetricValue,\n        Type: js.UndefOr[AutoMLJobObjectiveType] = js.undefined\n    ): FinalAutoMLJobObjectiveMetric = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FinalAutoMLJobObjectiveMetric]\n    }\n  }\n\n  \/** Shows the final value for the objective metric for a training job that was launched by a hyperparameter tuning job. You define the objective metric in the <code>HyperParameterTuningJobObjective<\/code> parameter of <a>HyperParameterTuningJobConfig<\/a>.\n    *\/\n  @js.native\n  trait FinalHyperParameterTuningJobObjectiveMetric extends js.Object {\n    var MetricName: MetricName\n    var Value: MetricValue\n    var Type: js.UndefOr[HyperParameterTuningJobObjectiveType]\n  }\n\n  object FinalHyperParameterTuningJobObjectiveMetric {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Value: MetricValue,\n        Type: js.UndefOr[HyperParameterTuningJobObjectiveType] = js.undefined\n    ): FinalHyperParameterTuningJobObjectiveMetric = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FinalHyperParameterTuningJobObjectiveMetric]\n    }\n  }\n\n  \/** Contains information about where human output will be stored.\n    *\/\n  @js.native\n  trait FlowDefinitionOutputConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object FlowDefinitionOutputConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): FlowDefinitionOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FlowDefinitionOutputConfig]\n    }\n  }\n\n  @js.native\n  sealed trait FlowDefinitionStatus extends js.Any\n  object FlowDefinitionStatus {\n    val Initializing = \"Initializing\".asInstanceOf[FlowDefinitionStatus]\n    val Active = \"Active\".asInstanceOf[FlowDefinitionStatus]\n    val Failed = \"Failed\".asInstanceOf[FlowDefinitionStatus]\n    val Deleting = \"Deleting\".asInstanceOf[FlowDefinitionStatus]\n\n    @inline def values = js.Array(Initializing, Active, Failed, Deleting)\n  }\n\n  \/** Contains summary information about the flow definition.\n    *\/\n  @js.native\n  trait FlowDefinitionSummary extends js.Object {\n    var CreationTime: Timestamp\n    var FlowDefinitionArn: FlowDefinitionArn\n    var FlowDefinitionName: FlowDefinitionName\n    var FlowDefinitionStatus: FlowDefinitionStatus\n    var FailureReason: js.UndefOr[FailureReason]\n  }\n\n  object FlowDefinitionSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        FlowDefinitionArn: FlowDefinitionArn,\n        FlowDefinitionName: FlowDefinitionName,\n        FlowDefinitionStatus: FlowDefinitionStatus,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined\n    ): FlowDefinitionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"FlowDefinitionArn\" -> FlowDefinitionArn.asInstanceOf[js.Any],\n        \"FlowDefinitionName\" -> FlowDefinitionName.asInstanceOf[js.Any],\n        \"FlowDefinitionStatus\" -> FlowDefinitionStatus.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FlowDefinitionSummary]\n    }\n  }\n\n  @js.native\n  sealed trait Framework extends js.Any\n  object Framework {\n    val TENSORFLOW = \"TENSORFLOW\".asInstanceOf[Framework]\n    val KERAS = \"KERAS\".asInstanceOf[Framework]\n    val MXNET = \"MXNET\".asInstanceOf[Framework]\n    val ONNX = \"ONNX\".asInstanceOf[Framework]\n    val PYTORCH = \"PYTORCH\".asInstanceOf[Framework]\n    val XGBOOST = \"XGBOOST\".asInstanceOf[Framework]\n    val TFLITE = \"TFLITE\".asInstanceOf[Framework]\n    val DARKNET = \"DARKNET\".asInstanceOf[Framework]\n    val SKLEARN = \"SKLEARN\".asInstanceOf[Framework]\n\n    @inline def values = js.Array(TENSORFLOW, KERAS, MXNET, ONNX, PYTORCH, XGBOOST, TFLITE, DARKNET, SKLEARN)\n  }\n\n  @js.native\n  trait GetDeviceFleetReportRequest extends js.Object {\n    var DeviceFleetName: EntityName\n  }\n\n  object GetDeviceFleetReportRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName\n    ): GetDeviceFleetReportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeviceFleetReportRequest]\n    }\n  }\n\n  @js.native\n  trait GetDeviceFleetReportResponse extends js.Object {\n    var DeviceFleetArn: DeviceFleetArn\n    var DeviceFleetName: EntityName\n    var AgentVersions: js.UndefOr[AgentVersions]\n    var Description: js.UndefOr[DeviceFleetDescription]\n    var DeviceStats: js.UndefOr[DeviceStats]\n    var ModelStats: js.UndefOr[EdgeModelStats]\n    var OutputConfig: js.UndefOr[EdgeOutputConfig]\n    var ReportGenerated: js.UndefOr[Timestamp]\n  }\n\n  object GetDeviceFleetReportResponse {\n    @inline\n    def apply(\n        DeviceFleetArn: DeviceFleetArn,\n        DeviceFleetName: EntityName,\n        AgentVersions: js.UndefOr[AgentVersions] = js.undefined,\n        Description: js.UndefOr[DeviceFleetDescription] = js.undefined,\n        DeviceStats: js.UndefOr[DeviceStats] = js.undefined,\n        ModelStats: js.UndefOr[EdgeModelStats] = js.undefined,\n        OutputConfig: js.UndefOr[EdgeOutputConfig] = js.undefined,\n        ReportGenerated: js.UndefOr[Timestamp] = js.undefined\n    ): GetDeviceFleetReportResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetArn\" -> DeviceFleetArn.asInstanceOf[js.Any],\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any]\n      )\n\n      AgentVersions.foreach(__v => __obj.updateDynamic(\"AgentVersions\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DeviceStats.foreach(__v => __obj.updateDynamic(\"DeviceStats\")(__v.asInstanceOf[js.Any]))\n      ModelStats.foreach(__v => __obj.updateDynamic(\"ModelStats\")(__v.asInstanceOf[js.Any]))\n      OutputConfig.foreach(__v => __obj.updateDynamic(\"OutputConfig\")(__v.asInstanceOf[js.Any]))\n      ReportGenerated.foreach(__v => __obj.updateDynamic(\"ReportGenerated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeviceFleetReportResponse]\n    }\n  }\n\n  @js.native\n  trait GetModelPackageGroupPolicyInput extends js.Object {\n    var ModelPackageGroupName: EntityName\n  }\n\n  object GetModelPackageGroupPolicyInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: EntityName\n    ): GetModelPackageGroupPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetModelPackageGroupPolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetModelPackageGroupPolicyOutput extends js.Object {\n    var ResourcePolicy: PolicyString\n  }\n\n  object GetModelPackageGroupPolicyOutput {\n    @inline\n    def apply(\n        ResourcePolicy: PolicyString\n    ): GetModelPackageGroupPolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourcePolicy\" -> ResourcePolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetModelPackageGroupPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait GetSagemakerServicecatalogPortfolioStatusInput extends js.Object\n\n  object GetSagemakerServicecatalogPortfolioStatusInput {\n    @inline\n    def apply(): GetSagemakerServicecatalogPortfolioStatusInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetSagemakerServicecatalogPortfolioStatusInput]\n    }\n  }\n\n  @js.native\n  trait GetSagemakerServicecatalogPortfolioStatusOutput extends js.Object {\n    var Status: js.UndefOr[SagemakerServicecatalogStatus]\n  }\n\n  object GetSagemakerServicecatalogPortfolioStatusOutput {\n    @inline\n    def apply(\n        Status: js.UndefOr[SagemakerServicecatalogStatus] = js.undefined\n    ): GetSagemakerServicecatalogPortfolioStatusOutput = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSagemakerServicecatalogPortfolioStatusOutput]\n    }\n  }\n\n  @js.native\n  trait GetSearchSuggestionsRequest extends js.Object {\n    var Resource: ResourceType\n    var SuggestionQuery: js.UndefOr[SuggestionQuery]\n  }\n\n  object GetSearchSuggestionsRequest {\n    @inline\n    def apply(\n        Resource: ResourceType,\n        SuggestionQuery: js.UndefOr[SuggestionQuery] = js.undefined\n    ): GetSearchSuggestionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n\n      SuggestionQuery.foreach(__v => __obj.updateDynamic(\"SuggestionQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSearchSuggestionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetSearchSuggestionsResponse extends js.Object {\n    var PropertyNameSuggestions: js.UndefOr[PropertyNameSuggestionList]\n  }\n\n  object GetSearchSuggestionsResponse {\n    @inline\n    def apply(\n        PropertyNameSuggestions: js.UndefOr[PropertyNameSuggestionList] = js.undefined\n    ): GetSearchSuggestionsResponse = {\n      val __obj = js.Dynamic.literal()\n      PropertyNameSuggestions.foreach(__v => __obj.updateDynamic(\"PropertyNameSuggestions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSearchSuggestionsResponse]\n    }\n  }\n\n  \/** Specifies configuration details for a Git repository in your AWS account.\n    *\/\n  @js.native\n  trait GitConfig extends js.Object {\n    var RepositoryUrl: GitConfigUrl\n    var Branch: js.UndefOr[Branch]\n    var SecretArn: js.UndefOr[SecretArn]\n  }\n\n  object GitConfig {\n    @inline\n    def apply(\n        RepositoryUrl: GitConfigUrl,\n        Branch: js.UndefOr[Branch] = js.undefined,\n        SecretArn: js.UndefOr[SecretArn] = js.undefined\n    ): GitConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RepositoryUrl\" -> RepositoryUrl.asInstanceOf[js.Any]\n      )\n\n      Branch.foreach(__v => __obj.updateDynamic(\"Branch\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GitConfig]\n    }\n  }\n\n  \/** Specifies configuration details for a Git repository when the repository is updated.\n    *\/\n  @js.native\n  trait GitConfigForUpdate extends js.Object {\n    var SecretArn: js.UndefOr[SecretArn]\n  }\n\n  object GitConfigForUpdate {\n    @inline\n    def apply(\n        SecretArn: js.UndefOr[SecretArn] = js.undefined\n    ): GitConfigForUpdate = {\n      val __obj = js.Dynamic.literal()\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GitConfigForUpdate]\n    }\n  }\n\n  \/** Defines under what conditions SageMaker creates a human loop. Used within . See for the required format of activation conditions.\n    *\/\n  @js.native\n  trait HumanLoopActivationConditionsConfig extends js.Object {\n    var HumanLoopActivationConditions: HumanLoopActivationConditions\n  }\n\n  object HumanLoopActivationConditionsConfig {\n    @inline\n    def apply(\n        HumanLoopActivationConditions: HumanLoopActivationConditions\n    ): HumanLoopActivationConditionsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HumanLoopActivationConditions\" -> HumanLoopActivationConditions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HumanLoopActivationConditionsConfig]\n    }\n  }\n\n  \/** Provides information about how and under what conditions SageMaker creates a human loop. If <code>HumanLoopActivationConfig<\/code> is not given, then all requests go to humans.\n    *\/\n  @js.native\n  trait HumanLoopActivationConfig extends js.Object {\n    var HumanLoopActivationConditionsConfig: HumanLoopActivationConditionsConfig\n  }\n\n  object HumanLoopActivationConfig {\n    @inline\n    def apply(\n        HumanLoopActivationConditionsConfig: HumanLoopActivationConditionsConfig\n    ): HumanLoopActivationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HumanLoopActivationConditionsConfig\" -> HumanLoopActivationConditionsConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HumanLoopActivationConfig]\n    }\n  }\n\n  \/** Describes the work to be performed by human workers.\n    *\/\n  @js.native\n  trait HumanLoopConfig extends js.Object {\n    var HumanTaskUiArn: HumanTaskUiArn\n    var TaskCount: FlowDefinitionTaskCount\n    var TaskDescription: FlowDefinitionTaskDescription\n    var TaskTitle: FlowDefinitionTaskTitle\n    var WorkteamArn: WorkteamArn\n    var PublicWorkforceTaskPrice: js.UndefOr[PublicWorkforceTaskPrice]\n    var TaskAvailabilityLifetimeInSeconds: js.UndefOr[FlowDefinitionTaskAvailabilityLifetimeInSeconds]\n    var TaskKeywords: js.UndefOr[FlowDefinitionTaskKeywords]\n    var TaskTimeLimitInSeconds: js.UndefOr[FlowDefinitionTaskTimeLimitInSeconds]\n  }\n\n  object HumanLoopConfig {\n    @inline\n    def apply(\n        HumanTaskUiArn: HumanTaskUiArn,\n        TaskCount: FlowDefinitionTaskCount,\n        TaskDescription: FlowDefinitionTaskDescription,\n        TaskTitle: FlowDefinitionTaskTitle,\n        WorkteamArn: WorkteamArn,\n        PublicWorkforceTaskPrice: js.UndefOr[PublicWorkforceTaskPrice] = js.undefined,\n        TaskAvailabilityLifetimeInSeconds: js.UndefOr[FlowDefinitionTaskAvailabilityLifetimeInSeconds] = js.undefined,\n        TaskKeywords: js.UndefOr[FlowDefinitionTaskKeywords] = js.undefined,\n        TaskTimeLimitInSeconds: js.UndefOr[FlowDefinitionTaskTimeLimitInSeconds] = js.undefined\n    ): HumanLoopConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiArn\" -> HumanTaskUiArn.asInstanceOf[js.Any],\n        \"TaskCount\" -> TaskCount.asInstanceOf[js.Any],\n        \"TaskDescription\" -> TaskDescription.asInstanceOf[js.Any],\n        \"TaskTitle\" -> TaskTitle.asInstanceOf[js.Any],\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n\n      PublicWorkforceTaskPrice.foreach(__v => __obj.updateDynamic(\"PublicWorkforceTaskPrice\")(__v.asInstanceOf[js.Any]))\n      TaskAvailabilityLifetimeInSeconds.foreach(__v => __obj.updateDynamic(\"TaskAvailabilityLifetimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      TaskKeywords.foreach(__v => __obj.updateDynamic(\"TaskKeywords\")(__v.asInstanceOf[js.Any]))\n      TaskTimeLimitInSeconds.foreach(__v => __obj.updateDynamic(\"TaskTimeLimitInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopConfig]\n    }\n  }\n\n  \/** Container for configuring the source of human task requests.\n    *\/\n  @js.native\n  trait HumanLoopRequestSource extends js.Object {\n    var AwsManagedHumanLoopRequestSource: AwsManagedHumanLoopRequestSource\n  }\n\n  object HumanLoopRequestSource {\n    @inline\n    def apply(\n        AwsManagedHumanLoopRequestSource: AwsManagedHumanLoopRequestSource\n    ): HumanLoopRequestSource = {\n      val __obj = js.Dynamic.literal(\n        \"AwsManagedHumanLoopRequestSource\" -> AwsManagedHumanLoopRequestSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HumanLoopRequestSource]\n    }\n  }\n\n  \/** Information required for human workers to complete a labeling task.\n    *\/\n  @js.native\n  trait HumanTaskConfig extends js.Object {\n    var AnnotationConsolidationConfig: AnnotationConsolidationConfig\n    var NumberOfHumanWorkersPerDataObject: NumberOfHumanWorkersPerDataObject\n    var PreHumanTaskLambdaArn: LambdaFunctionArn\n    var TaskDescription: TaskDescription\n    var TaskTimeLimitInSeconds: TaskTimeLimitInSeconds\n    var TaskTitle: TaskTitle\n    var UiConfig: UiConfig\n    var WorkteamArn: WorkteamArn\n    var MaxConcurrentTaskCount: js.UndefOr[MaxConcurrentTaskCount]\n    var PublicWorkforceTaskPrice: js.UndefOr[PublicWorkforceTaskPrice]\n    var TaskAvailabilityLifetimeInSeconds: js.UndefOr[TaskAvailabilityLifetimeInSeconds]\n    var TaskKeywords: js.UndefOr[TaskKeywords]\n  }\n\n  object HumanTaskConfig {\n    @inline\n    def apply(\n        AnnotationConsolidationConfig: AnnotationConsolidationConfig,\n        NumberOfHumanWorkersPerDataObject: NumberOfHumanWorkersPerDataObject,\n        PreHumanTaskLambdaArn: LambdaFunctionArn,\n        TaskDescription: TaskDescription,\n        TaskTimeLimitInSeconds: TaskTimeLimitInSeconds,\n        TaskTitle: TaskTitle,\n        UiConfig: UiConfig,\n        WorkteamArn: WorkteamArn,\n        MaxConcurrentTaskCount: js.UndefOr[MaxConcurrentTaskCount] = js.undefined,\n        PublicWorkforceTaskPrice: js.UndefOr[PublicWorkforceTaskPrice] = js.undefined,\n        TaskAvailabilityLifetimeInSeconds: js.UndefOr[TaskAvailabilityLifetimeInSeconds] = js.undefined,\n        TaskKeywords: js.UndefOr[TaskKeywords] = js.undefined\n    ): HumanTaskConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AnnotationConsolidationConfig\" -> AnnotationConsolidationConfig.asInstanceOf[js.Any],\n        \"NumberOfHumanWorkersPerDataObject\" -> NumberOfHumanWorkersPerDataObject.asInstanceOf[js.Any],\n        \"PreHumanTaskLambdaArn\" -> PreHumanTaskLambdaArn.asInstanceOf[js.Any],\n        \"TaskDescription\" -> TaskDescription.asInstanceOf[js.Any],\n        \"TaskTimeLimitInSeconds\" -> TaskTimeLimitInSeconds.asInstanceOf[js.Any],\n        \"TaskTitle\" -> TaskTitle.asInstanceOf[js.Any],\n        \"UiConfig\" -> UiConfig.asInstanceOf[js.Any],\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n\n      MaxConcurrentTaskCount.foreach(__v => __obj.updateDynamic(\"MaxConcurrentTaskCount\")(__v.asInstanceOf[js.Any]))\n      PublicWorkforceTaskPrice.foreach(__v => __obj.updateDynamic(\"PublicWorkforceTaskPrice\")(__v.asInstanceOf[js.Any]))\n      TaskAvailabilityLifetimeInSeconds.foreach(__v => __obj.updateDynamic(\"TaskAvailabilityLifetimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      TaskKeywords.foreach(__v => __obj.updateDynamic(\"TaskKeywords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanTaskConfig]\n    }\n  }\n\n  @js.native\n  sealed trait HumanTaskUiStatus extends js.Any\n  object HumanTaskUiStatus {\n    val Active = \"Active\".asInstanceOf[HumanTaskUiStatus]\n    val Deleting = \"Deleting\".asInstanceOf[HumanTaskUiStatus]\n\n    @inline def values = js.Array(Active, Deleting)\n  }\n\n  \/** Container for human task user interface information.\n    *\/\n  @js.native\n  trait HumanTaskUiSummary extends js.Object {\n    var CreationTime: Timestamp\n    var HumanTaskUiArn: HumanTaskUiArn\n    var HumanTaskUiName: HumanTaskUiName\n  }\n\n  object HumanTaskUiSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        HumanTaskUiArn: HumanTaskUiArn,\n        HumanTaskUiName: HumanTaskUiName\n    ): HumanTaskUiSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"HumanTaskUiArn\" -> HumanTaskUiArn.asInstanceOf[js.Any],\n        \"HumanTaskUiName\" -> HumanTaskUiName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HumanTaskUiSummary]\n    }\n  }\n\n  \/** Specifies which training algorithm to use for training jobs that a hyperparameter tuning job launches and the metrics to monitor.\n    *\/\n  @js.native\n  trait HyperParameterAlgorithmSpecification extends js.Object {\n    var TrainingInputMode: TrainingInputMode\n    var AlgorithmName: js.UndefOr[ArnOrName]\n    var MetricDefinitions: js.UndefOr[MetricDefinitionList]\n    var TrainingImage: js.UndefOr[AlgorithmImage]\n  }\n\n  object HyperParameterAlgorithmSpecification {\n    @inline\n    def apply(\n        TrainingInputMode: TrainingInputMode,\n        AlgorithmName: js.UndefOr[ArnOrName] = js.undefined,\n        MetricDefinitions: js.UndefOr[MetricDefinitionList] = js.undefined,\n        TrainingImage: js.UndefOr[AlgorithmImage] = js.undefined\n    ): HyperParameterAlgorithmSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingInputMode\" -> TrainingInputMode.asInstanceOf[js.Any]\n      )\n\n      AlgorithmName.foreach(__v => __obj.updateDynamic(\"AlgorithmName\")(__v.asInstanceOf[js.Any]))\n      MetricDefinitions.foreach(__v => __obj.updateDynamic(\"MetricDefinitions\")(__v.asInstanceOf[js.Any]))\n      TrainingImage.foreach(__v => __obj.updateDynamic(\"TrainingImage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterAlgorithmSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait HyperParameterScalingType extends js.Any\n  object HyperParameterScalingType {\n    val Auto = \"Auto\".asInstanceOf[HyperParameterScalingType]\n    val Linear = \"Linear\".asInstanceOf[HyperParameterScalingType]\n    val Logarithmic = \"Logarithmic\".asInstanceOf[HyperParameterScalingType]\n    val ReverseLogarithmic = \"ReverseLogarithmic\".asInstanceOf[HyperParameterScalingType]\n\n    @inline def values = js.Array(Auto, Linear, Logarithmic, ReverseLogarithmic)\n  }\n\n  \/** Defines a hyperparameter to be used by an algorithm.\n    *\/\n  @js.native\n  trait HyperParameterSpecification extends js.Object {\n    var Name: ParameterName\n    var Type: ParameterType\n    var DefaultValue: js.UndefOr[HyperParameterValue]\n    var Description: js.UndefOr[EntityDescription]\n    var IsRequired: js.UndefOr[Boolean]\n    var IsTunable: js.UndefOr[Boolean]\n    var Range: js.UndefOr[ParameterRange]\n  }\n\n  object HyperParameterSpecification {\n    @inline\n    def apply(\n        Name: ParameterName,\n        Type: ParameterType,\n        DefaultValue: js.UndefOr[HyperParameterValue] = js.undefined,\n        Description: js.UndefOr[EntityDescription] = js.undefined,\n        IsRequired: js.UndefOr[Boolean] = js.undefined,\n        IsTunable: js.UndefOr[Boolean] = js.undefined,\n        Range: js.UndefOr[ParameterRange] = js.undefined\n    ): HyperParameterSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsRequired.foreach(__v => __obj.updateDynamic(\"IsRequired\")(__v.asInstanceOf[js.Any]))\n      IsTunable.foreach(__v => __obj.updateDynamic(\"IsTunable\")(__v.asInstanceOf[js.Any]))\n      Range.foreach(__v => __obj.updateDynamic(\"Range\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterSpecification]\n    }\n  }\n\n  \/** Defines the training jobs launched by a hyperparameter tuning job.\n    *\/\n  @js.native\n  trait HyperParameterTrainingJobDefinition extends js.Object {\n    var AlgorithmSpecification: HyperParameterAlgorithmSpecification\n    var OutputDataConfig: OutputDataConfig\n    var ResourceConfig: ResourceConfig\n    var RoleArn: RoleArn\n    var StoppingCondition: StoppingCondition\n    var CheckpointConfig: js.UndefOr[CheckpointConfig]\n    var DefinitionName: js.UndefOr[HyperParameterTrainingJobDefinitionName]\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableManagedSpotTraining: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var HyperParameterRanges: js.UndefOr[ParameterRanges]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var StaticHyperParameters: js.UndefOr[HyperParameters]\n    var TuningObjective: js.UndefOr[HyperParameterTuningJobObjective]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object HyperParameterTrainingJobDefinition {\n    @inline\n    def apply(\n        AlgorithmSpecification: HyperParameterAlgorithmSpecification,\n        OutputDataConfig: OutputDataConfig,\n        ResourceConfig: ResourceConfig,\n        RoleArn: RoleArn,\n        StoppingCondition: StoppingCondition,\n        CheckpointConfig: js.UndefOr[CheckpointConfig] = js.undefined,\n        DefinitionName: js.UndefOr[HyperParameterTrainingJobDefinitionName] = js.undefined,\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableManagedSpotTraining: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        HyperParameterRanges: js.UndefOr[ParameterRanges] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        StaticHyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        TuningObjective: js.UndefOr[HyperParameterTuningJobObjective] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): HyperParameterTrainingJobDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmSpecification\" -> AlgorithmSpecification.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any]\n      )\n\n      CheckpointConfig.foreach(__v => __obj.updateDynamic(\"CheckpointConfig\")(__v.asInstanceOf[js.Any]))\n      DefinitionName.foreach(__v => __obj.updateDynamic(\"DefinitionName\")(__v.asInstanceOf[js.Any]))\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableManagedSpotTraining.foreach(__v => __obj.updateDynamic(\"EnableManagedSpotTraining\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      HyperParameterRanges.foreach(__v => __obj.updateDynamic(\"HyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      StaticHyperParameters.foreach(__v => __obj.updateDynamic(\"StaticHyperParameters\")(__v.asInstanceOf[js.Any]))\n      TuningObjective.foreach(__v => __obj.updateDynamic(\"TuningObjective\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterTrainingJobDefinition]\n    }\n  }\n\n  \/** Specifies summary information about a training job.\n    *\/\n  @js.native\n  trait HyperParameterTrainingJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var TrainingJobArn: TrainingJobArn\n    var TrainingJobName: TrainingJobName\n    var TrainingJobStatus: TrainingJobStatus\n    var TunedHyperParameters: HyperParameters\n    var FailureReason: js.UndefOr[FailureReason]\n    var FinalHyperParameterTuningJobObjectiveMetric: js.UndefOr[FinalHyperParameterTuningJobObjectiveMetric]\n    var ObjectiveStatus: js.UndefOr[ObjectiveStatus]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n    var TrainingJobDefinitionName: js.UndefOr[HyperParameterTrainingJobDefinitionName]\n    var TrainingStartTime: js.UndefOr[Timestamp]\n    var TuningJobName: js.UndefOr[HyperParameterTuningJobName]\n  }\n\n  object HyperParameterTrainingJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        TrainingJobArn: TrainingJobArn,\n        TrainingJobName: TrainingJobName,\n        TrainingJobStatus: TrainingJobStatus,\n        TunedHyperParameters: HyperParameters,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        FinalHyperParameterTuningJobObjectiveMetric: js.UndefOr[FinalHyperParameterTuningJobObjectiveMetric] = js.undefined,\n        ObjectiveStatus: js.UndefOr[ObjectiveStatus] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingJobDefinitionName: js.UndefOr[HyperParameterTrainingJobDefinitionName] = js.undefined,\n        TrainingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        TuningJobName: js.UndefOr[HyperParameterTuningJobName] = js.undefined\n    ): HyperParameterTrainingJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"TrainingJobArn\" -> TrainingJobArn.asInstanceOf[js.Any],\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any],\n        \"TrainingJobStatus\" -> TrainingJobStatus.asInstanceOf[js.Any],\n        \"TunedHyperParameters\" -> TunedHyperParameters.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FinalHyperParameterTuningJobObjectiveMetric.foreach(__v => __obj.updateDynamic(\"FinalHyperParameterTuningJobObjectiveMetric\")(__v.asInstanceOf[js.Any]))\n      ObjectiveStatus.foreach(__v => __obj.updateDynamic(\"ObjectiveStatus\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      TrainingJobDefinitionName.foreach(__v => __obj.updateDynamic(\"TrainingJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      TrainingStartTime.foreach(__v => __obj.updateDynamic(\"TrainingStartTime\")(__v.asInstanceOf[js.Any]))\n      TuningJobName.foreach(__v => __obj.updateDynamic(\"TuningJobName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterTrainingJobSummary]\n    }\n  }\n\n  \/** Configures a hyperparameter tuning job.\n    *\/\n  @js.native\n  trait HyperParameterTuningJobConfig extends js.Object {\n    var ResourceLimits: ResourceLimits\n    var Strategy: HyperParameterTuningJobStrategyType\n    var HyperParameterTuningJobObjective: js.UndefOr[HyperParameterTuningJobObjective]\n    var ParameterRanges: js.UndefOr[ParameterRanges]\n    var TrainingJobEarlyStoppingType: js.UndefOr[TrainingJobEarlyStoppingType]\n    var TuningJobCompletionCriteria: js.UndefOr[TuningJobCompletionCriteria]\n  }\n\n  object HyperParameterTuningJobConfig {\n    @inline\n    def apply(\n        ResourceLimits: ResourceLimits,\n        Strategy: HyperParameterTuningJobStrategyType,\n        HyperParameterTuningJobObjective: js.UndefOr[HyperParameterTuningJobObjective] = js.undefined,\n        ParameterRanges: js.UndefOr[ParameterRanges] = js.undefined,\n        TrainingJobEarlyStoppingType: js.UndefOr[TrainingJobEarlyStoppingType] = js.undefined,\n        TuningJobCompletionCriteria: js.UndefOr[TuningJobCompletionCriteria] = js.undefined\n    ): HyperParameterTuningJobConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceLimits\" -> ResourceLimits.asInstanceOf[js.Any],\n        \"Strategy\" -> Strategy.asInstanceOf[js.Any]\n      )\n\n      HyperParameterTuningJobObjective.foreach(__v => __obj.updateDynamic(\"HyperParameterTuningJobObjective\")(__v.asInstanceOf[js.Any]))\n      ParameterRanges.foreach(__v => __obj.updateDynamic(\"ParameterRanges\")(__v.asInstanceOf[js.Any]))\n      TrainingJobEarlyStoppingType.foreach(__v => __obj.updateDynamic(\"TrainingJobEarlyStoppingType\")(__v.asInstanceOf[js.Any]))\n      TuningJobCompletionCriteria.foreach(__v => __obj.updateDynamic(\"TuningJobCompletionCriteria\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterTuningJobConfig]\n    }\n  }\n\n  \/** Defines the objective metric for a hyperparameter tuning job. Hyperparameter tuning uses the value of this metric to evaluate the training jobs it launches, and returns the training job that results in either the highest or lowest value for this metric, depending on the value you specify for the <code>Type<\/code> parameter.\n    *\/\n  @js.native\n  trait HyperParameterTuningJobObjective extends js.Object {\n    var MetricName: MetricName\n    var Type: HyperParameterTuningJobObjectiveType\n  }\n\n  object HyperParameterTuningJobObjective {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Type: HyperParameterTuningJobObjectiveType\n    ): HyperParameterTuningJobObjective = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HyperParameterTuningJobObjective]\n    }\n  }\n\n  @js.native\n  sealed trait HyperParameterTuningJobObjectiveType extends js.Any\n  object HyperParameterTuningJobObjectiveType {\n    val Maximize = \"Maximize\".asInstanceOf[HyperParameterTuningJobObjectiveType]\n    val Minimize = \"Minimize\".asInstanceOf[HyperParameterTuningJobObjectiveType]\n\n    @inline def values = js.Array(Maximize, Minimize)\n  }\n\n  @js.native\n  sealed trait HyperParameterTuningJobSortByOptions extends js.Any\n  object HyperParameterTuningJobSortByOptions {\n    val Name = \"Name\".asInstanceOf[HyperParameterTuningJobSortByOptions]\n    val Status = \"Status\".asInstanceOf[HyperParameterTuningJobSortByOptions]\n    val CreationTime = \"CreationTime\".asInstanceOf[HyperParameterTuningJobSortByOptions]\n\n    @inline def values = js.Array(Name, Status, CreationTime)\n  }\n\n  @js.native\n  sealed trait HyperParameterTuningJobStatus extends js.Any\n  object HyperParameterTuningJobStatus {\n    val Completed = \"Completed\".asInstanceOf[HyperParameterTuningJobStatus]\n    val InProgress = \"InProgress\".asInstanceOf[HyperParameterTuningJobStatus]\n    val Failed = \"Failed\".asInstanceOf[HyperParameterTuningJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[HyperParameterTuningJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[HyperParameterTuningJobStatus]\n\n    @inline def values = js.Array(Completed, InProgress, Failed, Stopped, Stopping)\n  }\n\n  \/** The strategy hyperparameter tuning uses to find the best combination of hyperparameters for your model. Currently, the only supported value is <code>Bayesian<\/code>.\n    *\/\n  @js.native\n  sealed trait HyperParameterTuningJobStrategyType extends js.Any\n  object HyperParameterTuningJobStrategyType {\n    val Bayesian = \"Bayesian\".asInstanceOf[HyperParameterTuningJobStrategyType]\n    val Random = \"Random\".asInstanceOf[HyperParameterTuningJobStrategyType]\n\n    @inline def values = js.Array(Bayesian, Random)\n  }\n\n  \/** Provides summary information about a hyperparameter tuning job.\n    *\/\n  @js.native\n  trait HyperParameterTuningJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var HyperParameterTuningJobArn: HyperParameterTuningJobArn\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n    var HyperParameterTuningJobStatus: HyperParameterTuningJobStatus\n    var ObjectiveStatusCounters: ObjectiveStatusCounters\n    var Strategy: HyperParameterTuningJobStrategyType\n    var TrainingJobStatusCounters: TrainingJobStatusCounters\n    var HyperParameterTuningEndTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var ResourceLimits: js.UndefOr[ResourceLimits]\n  }\n\n  object HyperParameterTuningJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        HyperParameterTuningJobArn: HyperParameterTuningJobArn,\n        HyperParameterTuningJobName: HyperParameterTuningJobName,\n        HyperParameterTuningJobStatus: HyperParameterTuningJobStatus,\n        ObjectiveStatusCounters: ObjectiveStatusCounters,\n        Strategy: HyperParameterTuningJobStrategyType,\n        TrainingJobStatusCounters: TrainingJobStatusCounters,\n        HyperParameterTuningEndTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        ResourceLimits: js.UndefOr[ResourceLimits] = js.undefined\n    ): HyperParameterTuningJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobArn\" -> HyperParameterTuningJobArn.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any],\n        \"HyperParameterTuningJobStatus\" -> HyperParameterTuningJobStatus.asInstanceOf[js.Any],\n        \"ObjectiveStatusCounters\" -> ObjectiveStatusCounters.asInstanceOf[js.Any],\n        \"Strategy\" -> Strategy.asInstanceOf[js.Any],\n        \"TrainingJobStatusCounters\" -> TrainingJobStatusCounters.asInstanceOf[js.Any]\n      )\n\n      HyperParameterTuningEndTime.foreach(__v => __obj.updateDynamic(\"HyperParameterTuningEndTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ResourceLimits.foreach(__v => __obj.updateDynamic(\"ResourceLimits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterTuningJobSummary]\n    }\n  }\n\n  \/** Specifies the configuration for a hyperparameter tuning job that uses one or more previous hyperparameter tuning jobs as a starting point. The results of previous tuning jobs are used to inform which combinations of hyperparameters to search over in the new tuning job. All training jobs launched by the new hyperparameter tuning job are evaluated by using the objective metric, and the training job that performs the best is compared to the best training jobs from the parent tuning jobs. From these, the training job that performs the best as measured by the objective metric is returned as the overall best training job.\n    *\n    * '''Note:'''All training jobs launched by parent hyperparameter tuning jobs and the new hyperparameter tuning jobs count against the limit of training jobs for the tuning job.\n    *\/\n  @js.native\n  trait HyperParameterTuningJobWarmStartConfig extends js.Object {\n    var ParentHyperParameterTuningJobs: ParentHyperParameterTuningJobs\n    var WarmStartType: HyperParameterTuningJobWarmStartType\n  }\n\n  object HyperParameterTuningJobWarmStartConfig {\n    @inline\n    def apply(\n        ParentHyperParameterTuningJobs: ParentHyperParameterTuningJobs,\n        WarmStartType: HyperParameterTuningJobWarmStartType\n    ): HyperParameterTuningJobWarmStartConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ParentHyperParameterTuningJobs\" -> ParentHyperParameterTuningJobs.asInstanceOf[js.Any],\n        \"WarmStartType\" -> WarmStartType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HyperParameterTuningJobWarmStartConfig]\n    }\n  }\n\n  @js.native\n  sealed trait HyperParameterTuningJobWarmStartType extends js.Any\n  object HyperParameterTuningJobWarmStartType {\n    val IdenticalDataAndAlgorithm = \"IdenticalDataAndAlgorithm\".asInstanceOf[HyperParameterTuningJobWarmStartType]\n    val TransferLearning = \"TransferLearning\".asInstanceOf[HyperParameterTuningJobWarmStartType]\n\n    @inline def values = js.Array(IdenticalDataAndAlgorithm, TransferLearning)\n  }\n\n  \/** A SageMaker image. A SageMaker image represents a set of container images that are derived from a common base container image. Each of these container images is represented by a SageMaker <code>ImageVersion<\/code>.\n    *\/\n  @js.native\n  trait Image extends js.Object {\n    var CreationTime: Timestamp\n    var ImageArn: ImageArn\n    var ImageName: ImageName\n    var ImageStatus: ImageStatus\n    var LastModifiedTime: Timestamp\n    var Description: js.UndefOr[ImageDescription]\n    var DisplayName: js.UndefOr[ImageDisplayName]\n    var FailureReason: js.UndefOr[FailureReason]\n  }\n\n  object Image {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ImageArn: ImageArn,\n        ImageName: ImageName,\n        ImageStatus: ImageStatus,\n        LastModifiedTime: Timestamp,\n        Description: js.UndefOr[ImageDescription] = js.undefined,\n        DisplayName: js.UndefOr[ImageDisplayName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined\n    ): Image = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ImageArn\" -> ImageArn.asInstanceOf[js.Any],\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any],\n        \"ImageStatus\" -> ImageStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Image]\n    }\n  }\n\n  \/** Specifies whether the model container is in Amazon ECR or a private Docker registry accessible from your Amazon Virtual Private Cloud (VPC).\n    *\/\n  @js.native\n  trait ImageConfig extends js.Object {\n    var RepositoryAccessMode: RepositoryAccessMode\n    var RepositoryAuthConfig: js.UndefOr[RepositoryAuthConfig]\n  }\n\n  object ImageConfig {\n    @inline\n    def apply(\n        RepositoryAccessMode: RepositoryAccessMode,\n        RepositoryAuthConfig: js.UndefOr[RepositoryAuthConfig] = js.undefined\n    ): ImageConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RepositoryAccessMode\" -> RepositoryAccessMode.asInstanceOf[js.Any]\n      )\n\n      RepositoryAuthConfig.foreach(__v => __obj.updateDynamic(\"RepositoryAuthConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ImageSortBy extends js.Any\n  object ImageSortBy {\n    val CREATION_TIME = \"CREATION_TIME\".asInstanceOf[ImageSortBy]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ImageSortBy]\n    val IMAGE_NAME = \"IMAGE_NAME\".asInstanceOf[ImageSortBy]\n\n    @inline def values = js.Array(CREATION_TIME, LAST_MODIFIED_TIME, IMAGE_NAME)\n  }\n\n  @js.native\n  sealed trait ImageSortOrder extends js.Any\n  object ImageSortOrder {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[ImageSortOrder]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[ImageSortOrder]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  @js.native\n  sealed trait ImageStatus extends js.Any\n  object ImageStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ImageStatus]\n    val CREATED = \"CREATED\".asInstanceOf[ImageStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[ImageStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ImageStatus]\n    val UPDATE_FAILED = \"UPDATE_FAILED\".asInstanceOf[ImageStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ImageStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[ImageStatus]\n\n    @inline def values = js.Array(CREATING, CREATED, CREATE_FAILED, UPDATING, UPDATE_FAILED, DELETING, DELETE_FAILED)\n  }\n\n  \/** A version of a SageMaker <code>Image<\/code>. A version represents an existing container image.\n    *\/\n  @js.native\n  trait ImageVersion extends js.Object {\n    var CreationTime: Timestamp\n    var ImageArn: ImageArn\n    var ImageVersionArn: ImageVersionArn\n    var ImageVersionStatus: ImageVersionStatus\n    var LastModifiedTime: Timestamp\n    var Version: ImageVersionNumber\n    var FailureReason: js.UndefOr[FailureReason]\n  }\n\n  object ImageVersion {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ImageArn: ImageArn,\n        ImageVersionArn: ImageVersionArn,\n        ImageVersionStatus: ImageVersionStatus,\n        LastModifiedTime: Timestamp,\n        Version: ImageVersionNumber,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined\n    ): ImageVersion = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ImageArn\" -> ImageArn.asInstanceOf[js.Any],\n        \"ImageVersionArn\" -> ImageVersionArn.asInstanceOf[js.Any],\n        \"ImageVersionStatus\" -> ImageVersionStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageVersion]\n    }\n  }\n\n  @js.native\n  sealed trait ImageVersionSortBy extends js.Any\n  object ImageVersionSortBy {\n    val CREATION_TIME = \"CREATION_TIME\".asInstanceOf[ImageVersionSortBy]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ImageVersionSortBy]\n    val VERSION = \"VERSION\".asInstanceOf[ImageVersionSortBy]\n\n    @inline def values = js.Array(CREATION_TIME, LAST_MODIFIED_TIME, VERSION)\n  }\n\n  @js.native\n  sealed trait ImageVersionSortOrder extends js.Any\n  object ImageVersionSortOrder {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[ImageVersionSortOrder]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[ImageVersionSortOrder]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  @js.native\n  sealed trait ImageVersionStatus extends js.Any\n  object ImageVersionStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ImageVersionStatus]\n    val CREATED = \"CREATED\".asInstanceOf[ImageVersionStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[ImageVersionStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ImageVersionStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[ImageVersionStatus]\n\n    @inline def values = js.Array(CREATING, CREATED, CREATE_FAILED, DELETING, DELETE_FAILED)\n  }\n\n  \/** Specifies details about how containers in a multi-container endpoint are run.\n    *\/\n  @js.native\n  trait InferenceExecutionConfig extends js.Object {\n    var Mode: InferenceExecutionMode\n  }\n\n  object InferenceExecutionConfig {\n    @inline\n    def apply(\n        Mode: InferenceExecutionMode\n    ): InferenceExecutionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Mode\" -> Mode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InferenceExecutionConfig]\n    }\n  }\n\n  @js.native\n  sealed trait InferenceExecutionMode extends js.Any\n  object InferenceExecutionMode {\n    val Serial = \"Serial\".asInstanceOf[InferenceExecutionMode]\n    val Direct = \"Direct\".asInstanceOf[InferenceExecutionMode]\n\n    @inline def values = js.Array(Serial, Direct)\n  }\n\n  \/** Defines how to perform inference generation after a training job is run.\n    *\/\n  @js.native\n  trait InferenceSpecification extends js.Object {\n    var Containers: ModelPackageContainerDefinitionList\n    var SupportedContentTypes: ContentTypes\n    var SupportedResponseMIMETypes: ResponseMIMETypes\n    var SupportedRealtimeInferenceInstanceTypes: js.UndefOr[RealtimeInferenceInstanceTypes]\n    var SupportedTransformInstanceTypes: js.UndefOr[TransformInstanceTypes]\n  }\n\n  object InferenceSpecification {\n    @inline\n    def apply(\n        Containers: ModelPackageContainerDefinitionList,\n        SupportedContentTypes: ContentTypes,\n        SupportedResponseMIMETypes: ResponseMIMETypes,\n        SupportedRealtimeInferenceInstanceTypes: js.UndefOr[RealtimeInferenceInstanceTypes] = js.undefined,\n        SupportedTransformInstanceTypes: js.UndefOr[TransformInstanceTypes] = js.undefined\n    ): InferenceSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Containers\" -> Containers.asInstanceOf[js.Any],\n        \"SupportedContentTypes\" -> SupportedContentTypes.asInstanceOf[js.Any],\n        \"SupportedResponseMIMETypes\" -> SupportedResponseMIMETypes.asInstanceOf[js.Any]\n      )\n\n      SupportedRealtimeInferenceInstanceTypes.foreach(__v => __obj.updateDynamic(\"SupportedRealtimeInferenceInstanceTypes\")(__v.asInstanceOf[js.Any]))\n      SupportedTransformInstanceTypes.foreach(__v => __obj.updateDynamic(\"SupportedTransformInstanceTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InferenceSpecification]\n    }\n  }\n\n  \/** Contains information about the location of input model artifacts, the name and shape of the expected data inputs, and the framework in which the model was trained.\n    *\/\n  @js.native\n  trait InputConfig extends js.Object {\n    var DataInputConfig: DataInputConfig\n    var Framework: Framework\n    var S3Uri: S3Uri\n    var FrameworkVersion: js.UndefOr[FrameworkVersion]\n  }\n\n  object InputConfig {\n    @inline\n    def apply(\n        DataInputConfig: DataInputConfig,\n        Framework: Framework,\n        S3Uri: S3Uri,\n        FrameworkVersion: js.UndefOr[FrameworkVersion] = js.undefined\n    ): InputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DataInputConfig\" -> DataInputConfig.asInstanceOf[js.Any],\n        \"Framework\" -> Framework.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      FrameworkVersion.foreach(__v => __obj.updateDynamic(\"FrameworkVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputConfig]\n    }\n  }\n\n  @js.native\n  sealed trait InputMode extends js.Any\n  object InputMode {\n    val Pipe = \"Pipe\".asInstanceOf[InputMode]\n    val File = \"File\".asInstanceOf[InputMode]\n\n    @inline def values = js.Array(Pipe, File)\n  }\n\n  @js.native\n  sealed trait InstanceType extends js.Any\n  object InstanceType {\n    val `ml.t2.medium` = \"ml.t2.medium\".asInstanceOf[InstanceType]\n    val `ml.t2.large` = \"ml.t2.large\".asInstanceOf[InstanceType]\n    val `ml.t2.xlarge` = \"ml.t2.xlarge\".asInstanceOf[InstanceType]\n    val `ml.t2.2xlarge` = \"ml.t2.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.t3.medium` = \"ml.t3.medium\".asInstanceOf[InstanceType]\n    val `ml.t3.large` = \"ml.t3.large\".asInstanceOf[InstanceType]\n    val `ml.t3.xlarge` = \"ml.t3.xlarge\".asInstanceOf[InstanceType]\n    val `ml.t3.2xlarge` = \"ml.t3.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.m4.xlarge` = \"ml.m4.xlarge\".asInstanceOf[InstanceType]\n    val `ml.m4.2xlarge` = \"ml.m4.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.m4.4xlarge` = \"ml.m4.4xlarge\".asInstanceOf[InstanceType]\n    val `ml.m4.10xlarge` = \"ml.m4.10xlarge\".asInstanceOf[InstanceType]\n    val `ml.m4.16xlarge` = \"ml.m4.16xlarge\".asInstanceOf[InstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[InstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[InstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[InstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[InstanceType]\n    val `ml.c4.xlarge` = \"ml.c4.xlarge\".asInstanceOf[InstanceType]\n    val `ml.c4.2xlarge` = \"ml.c4.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.c4.4xlarge` = \"ml.c4.4xlarge\".asInstanceOf[InstanceType]\n    val `ml.c4.8xlarge` = \"ml.c4.8xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5d.xlarge` = \"ml.c5d.xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5d.2xlarge` = \"ml.c5d.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5d.4xlarge` = \"ml.c5d.4xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5d.9xlarge` = \"ml.c5d.9xlarge\".asInstanceOf[InstanceType]\n    val `ml.c5d.18xlarge` = \"ml.c5d.18xlarge\".asInstanceOf[InstanceType]\n    val `ml.p2.xlarge` = \"ml.p2.xlarge\".asInstanceOf[InstanceType]\n    val `ml.p2.8xlarge` = \"ml.p2.8xlarge\".asInstanceOf[InstanceType]\n    val `ml.p2.16xlarge` = \"ml.p2.16xlarge\".asInstanceOf[InstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[InstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[InstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[InstanceType]\n\n    @inline def values = js.Array(\n      `ml.t2.medium`,\n      `ml.t2.large`,\n      `ml.t2.xlarge`,\n      `ml.t2.2xlarge`,\n      `ml.t3.medium`,\n      `ml.t3.large`,\n      `ml.t3.xlarge`,\n      `ml.t3.2xlarge`,\n      `ml.m4.xlarge`,\n      `ml.m4.2xlarge`,\n      `ml.m4.4xlarge`,\n      `ml.m4.10xlarge`,\n      `ml.m4.16xlarge`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.24xlarge`,\n      `ml.c4.xlarge`,\n      `ml.c4.2xlarge`,\n      `ml.c4.4xlarge`,\n      `ml.c4.8xlarge`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.c5d.xlarge`,\n      `ml.c5d.2xlarge`,\n      `ml.c5d.4xlarge`,\n      `ml.c5d.9xlarge`,\n      `ml.c5d.18xlarge`,\n      `ml.p2.xlarge`,\n      `ml.p2.8xlarge`,\n      `ml.p2.16xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`\n    )\n  }\n\n  \/** For a hyperparameter of the integer type, specifies the range that a hyperparameter tuning job searches.\n    *\/\n  @js.native\n  trait IntegerParameterRange extends js.Object {\n    var MaxValue: ParameterValue\n    var MinValue: ParameterValue\n    var Name: ParameterKey\n    var ScalingType: js.UndefOr[HyperParameterScalingType]\n  }\n\n  object IntegerParameterRange {\n    @inline\n    def apply(\n        MaxValue: ParameterValue,\n        MinValue: ParameterValue,\n        Name: ParameterKey,\n        ScalingType: js.UndefOr[HyperParameterScalingType] = js.undefined\n    ): IntegerParameterRange = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ScalingType.foreach(__v => __obj.updateDynamic(\"ScalingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntegerParameterRange]\n    }\n  }\n\n  \/** Defines the possible values for an integer hyperparameter.\n    *\/\n  @js.native\n  trait IntegerParameterRangeSpecification extends js.Object {\n    var MaxValue: ParameterValue\n    var MinValue: ParameterValue\n  }\n\n  object IntegerParameterRangeSpecification {\n    @inline\n    def apply(\n        MaxValue: ParameterValue,\n        MinValue: ParameterValue\n    ): IntegerParameterRangeSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"MaxValue\" -> MaxValue.asInstanceOf[js.Any],\n        \"MinValue\" -> MinValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IntegerParameterRangeSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait JoinSource extends js.Any\n  object JoinSource {\n    val Input = \"Input\".asInstanceOf[JoinSource]\n    val None = \"None\".asInstanceOf[JoinSource]\n\n    @inline def values = js.Array(Input, None)\n  }\n\n  \/** The JupyterServer app settings.\n    *\/\n  @js.native\n  trait JupyterServerAppSettings extends js.Object {\n    var DefaultResourceSpec: js.UndefOr[ResourceSpec]\n  }\n\n  object JupyterServerAppSettings {\n    @inline\n    def apply(\n        DefaultResourceSpec: js.UndefOr[ResourceSpec] = js.undefined\n    ): JupyterServerAppSettings = {\n      val __obj = js.Dynamic.literal()\n      DefaultResourceSpec.foreach(__v => __obj.updateDynamic(\"DefaultResourceSpec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JupyterServerAppSettings]\n    }\n  }\n\n  \/** The KernelGateway app settings.\n    *\/\n  @js.native\n  trait KernelGatewayAppSettings extends js.Object {\n    var CustomImages: js.UndefOr[CustomImages]\n    var DefaultResourceSpec: js.UndefOr[ResourceSpec]\n  }\n\n  object KernelGatewayAppSettings {\n    @inline\n    def apply(\n        CustomImages: js.UndefOr[CustomImages] = js.undefined,\n        DefaultResourceSpec: js.UndefOr[ResourceSpec] = js.undefined\n    ): KernelGatewayAppSettings = {\n      val __obj = js.Dynamic.literal()\n      CustomImages.foreach(__v => __obj.updateDynamic(\"CustomImages\")(__v.asInstanceOf[js.Any]))\n      DefaultResourceSpec.foreach(__v => __obj.updateDynamic(\"DefaultResourceSpec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KernelGatewayAppSettings]\n    }\n  }\n\n  \/** The configuration for the file system and kernels in a SageMaker image running as a KernelGateway app.\n    *\/\n  @js.native\n  trait KernelGatewayImageConfig extends js.Object {\n    var KernelSpecs: KernelSpecs\n    var FileSystemConfig: js.UndefOr[FileSystemConfig]\n  }\n\n  object KernelGatewayImageConfig {\n    @inline\n    def apply(\n        KernelSpecs: KernelSpecs,\n        FileSystemConfig: js.UndefOr[FileSystemConfig] = js.undefined\n    ): KernelGatewayImageConfig = {\n      val __obj = js.Dynamic.literal(\n        \"KernelSpecs\" -> KernelSpecs.asInstanceOf[js.Any]\n      )\n\n      FileSystemConfig.foreach(__v => __obj.updateDynamic(\"FileSystemConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KernelGatewayImageConfig]\n    }\n  }\n\n  \/** The specification of a Jupyter kernel.\n    *\/\n  @js.native\n  trait KernelSpec extends js.Object {\n    var Name: KernelName\n    var DisplayName: js.UndefOr[KernelDisplayName]\n  }\n\n  object KernelSpec {\n    @inline\n    def apply(\n        Name: KernelName,\n        DisplayName: js.UndefOr[KernelDisplayName] = js.undefined\n    ): KernelSpec = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KernelSpec]\n    }\n  }\n\n  \/** Provides a breakdown of the number of objects labeled.\n    *\/\n  @js.native\n  trait LabelCounters extends js.Object {\n    var FailedNonRetryableError: js.UndefOr[LabelCounter]\n    var HumanLabeled: js.UndefOr[LabelCounter]\n    var MachineLabeled: js.UndefOr[LabelCounter]\n    var TotalLabeled: js.UndefOr[LabelCounter]\n    var Unlabeled: js.UndefOr[LabelCounter]\n  }\n\n  object LabelCounters {\n    @inline\n    def apply(\n        FailedNonRetryableError: js.UndefOr[LabelCounter] = js.undefined,\n        HumanLabeled: js.UndefOr[LabelCounter] = js.undefined,\n        MachineLabeled: js.UndefOr[LabelCounter] = js.undefined,\n        TotalLabeled: js.UndefOr[LabelCounter] = js.undefined,\n        Unlabeled: js.UndefOr[LabelCounter] = js.undefined\n    ): LabelCounters = {\n      val __obj = js.Dynamic.literal()\n      FailedNonRetryableError.foreach(__v => __obj.updateDynamic(\"FailedNonRetryableError\")(__v.asInstanceOf[js.Any]))\n      HumanLabeled.foreach(__v => __obj.updateDynamic(\"HumanLabeled\")(__v.asInstanceOf[js.Any]))\n      MachineLabeled.foreach(__v => __obj.updateDynamic(\"MachineLabeled\")(__v.asInstanceOf[js.Any]))\n      TotalLabeled.foreach(__v => __obj.updateDynamic(\"TotalLabeled\")(__v.asInstanceOf[js.Any]))\n      Unlabeled.foreach(__v => __obj.updateDynamic(\"Unlabeled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelCounters]\n    }\n  }\n\n  \/** Provides counts for human-labeled tasks in the labeling job.\n    *\/\n  @js.native\n  trait LabelCountersForWorkteam extends js.Object {\n    var HumanLabeled: js.UndefOr[LabelCounter]\n    var PendingHuman: js.UndefOr[LabelCounter]\n    var Total: js.UndefOr[LabelCounter]\n  }\n\n  object LabelCountersForWorkteam {\n    @inline\n    def apply(\n        HumanLabeled: js.UndefOr[LabelCounter] = js.undefined,\n        PendingHuman: js.UndefOr[LabelCounter] = js.undefined,\n        Total: js.UndefOr[LabelCounter] = js.undefined\n    ): LabelCountersForWorkteam = {\n      val __obj = js.Dynamic.literal()\n      HumanLabeled.foreach(__v => __obj.updateDynamic(\"HumanLabeled\")(__v.asInstanceOf[js.Any]))\n      PendingHuman.foreach(__v => __obj.updateDynamic(\"PendingHuman\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelCountersForWorkteam]\n    }\n  }\n\n  \/** Provides configuration information for auto-labeling of your data objects. A <code>LabelingJobAlgorithmsConfig<\/code> object must be supplied in order to use auto-labeling.\n    *\/\n  @js.native\n  trait LabelingJobAlgorithmsConfig extends js.Object {\n    var LabelingJobAlgorithmSpecificationArn: LabelingJobAlgorithmSpecificationArn\n    var InitialActiveLearningModelArn: js.UndefOr[ModelArn]\n    var LabelingJobResourceConfig: js.UndefOr[LabelingJobResourceConfig]\n  }\n\n  object LabelingJobAlgorithmsConfig {\n    @inline\n    def apply(\n        LabelingJobAlgorithmSpecificationArn: LabelingJobAlgorithmSpecificationArn,\n        InitialActiveLearningModelArn: js.UndefOr[ModelArn] = js.undefined,\n        LabelingJobResourceConfig: js.UndefOr[LabelingJobResourceConfig] = js.undefined\n    ): LabelingJobAlgorithmsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"LabelingJobAlgorithmSpecificationArn\" -> LabelingJobAlgorithmSpecificationArn.asInstanceOf[js.Any]\n      )\n\n      InitialActiveLearningModelArn.foreach(__v => __obj.updateDynamic(\"InitialActiveLearningModelArn\")(__v.asInstanceOf[js.Any]))\n      LabelingJobResourceConfig.foreach(__v => __obj.updateDynamic(\"LabelingJobResourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobAlgorithmsConfig]\n    }\n  }\n\n  \/** Attributes of the data specified by the customer. Use these to describe the data to be labeled.\n    *\/\n  @js.native\n  trait LabelingJobDataAttributes extends js.Object {\n    var ContentClassifiers: js.UndefOr[ContentClassifiers]\n  }\n\n  object LabelingJobDataAttributes {\n    @inline\n    def apply(\n        ContentClassifiers: js.UndefOr[ContentClassifiers] = js.undefined\n    ): LabelingJobDataAttributes = {\n      val __obj = js.Dynamic.literal()\n      ContentClassifiers.foreach(__v => __obj.updateDynamic(\"ContentClassifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobDataAttributes]\n    }\n  }\n\n  \/** Provides information about the location of input data. You must specify at least one of the following: <code>S3DataSource<\/code> or <code>SnsDataSource<\/code>. Use <code>SnsDataSource<\/code> to specify an SNS input topic for a streaming labeling job. If you do not specify and SNS input topic ARN, Ground Truth will create a one-time labeling job. Use <code>S3DataSource<\/code> to specify an input manifest file for both streaming and one-time labeling jobs. Adding an <code>S3DataSource<\/code> is optional if you use <code>SnsDataSource<\/code> to create a streaming labeling job.\n    *\/\n  @js.native\n  trait LabelingJobDataSource extends js.Object {\n    var S3DataSource: js.UndefOr[LabelingJobS3DataSource]\n    var SnsDataSource: js.UndefOr[LabelingJobSnsDataSource]\n  }\n\n  object LabelingJobDataSource {\n    @inline\n    def apply(\n        S3DataSource: js.UndefOr[LabelingJobS3DataSource] = js.undefined,\n        SnsDataSource: js.UndefOr[LabelingJobSnsDataSource] = js.undefined\n    ): LabelingJobDataSource = {\n      val __obj = js.Dynamic.literal()\n      S3DataSource.foreach(__v => __obj.updateDynamic(\"S3DataSource\")(__v.asInstanceOf[js.Any]))\n      SnsDataSource.foreach(__v => __obj.updateDynamic(\"SnsDataSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobDataSource]\n    }\n  }\n\n  \/** Provides summary information for a work team.\n    *\/\n  @js.native\n  trait LabelingJobForWorkteamSummary extends js.Object {\n    var CreationTime: Timestamp\n    var JobReferenceCode: JobReferenceCode\n    var WorkRequesterAccountId: AccountId\n    var LabelCounters: js.UndefOr[LabelCountersForWorkteam]\n    var LabelingJobName: js.UndefOr[LabelingJobName]\n    var NumberOfHumanWorkersPerDataObject: js.UndefOr[NumberOfHumanWorkersPerDataObject]\n  }\n\n  object LabelingJobForWorkteamSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        JobReferenceCode: JobReferenceCode,\n        WorkRequesterAccountId: AccountId,\n        LabelCounters: js.UndefOr[LabelCountersForWorkteam] = js.undefined,\n        LabelingJobName: js.UndefOr[LabelingJobName] = js.undefined,\n        NumberOfHumanWorkersPerDataObject: js.UndefOr[NumberOfHumanWorkersPerDataObject] = js.undefined\n    ): LabelingJobForWorkteamSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"JobReferenceCode\" -> JobReferenceCode.asInstanceOf[js.Any],\n        \"WorkRequesterAccountId\" -> WorkRequesterAccountId.asInstanceOf[js.Any]\n      )\n\n      LabelCounters.foreach(__v => __obj.updateDynamic(\"LabelCounters\")(__v.asInstanceOf[js.Any]))\n      LabelingJobName.foreach(__v => __obj.updateDynamic(\"LabelingJobName\")(__v.asInstanceOf[js.Any]))\n      NumberOfHumanWorkersPerDataObject.foreach(__v => __obj.updateDynamic(\"NumberOfHumanWorkersPerDataObject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobForWorkteamSummary]\n    }\n  }\n\n  \/** Input configuration information for a labeling job.\n    *\/\n  @js.native\n  trait LabelingJobInputConfig extends js.Object {\n    var DataSource: LabelingJobDataSource\n    var DataAttributes: js.UndefOr[LabelingJobDataAttributes]\n  }\n\n  object LabelingJobInputConfig {\n    @inline\n    def apply(\n        DataSource: LabelingJobDataSource,\n        DataAttributes: js.UndefOr[LabelingJobDataAttributes] = js.undefined\n    ): LabelingJobInputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DataSource\" -> DataSource.asInstanceOf[js.Any]\n      )\n\n      DataAttributes.foreach(__v => __obj.updateDynamic(\"DataAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobInputConfig]\n    }\n  }\n\n  \/** Specifies the location of the output produced by the labeling job.\n    *\/\n  @js.native\n  trait LabelingJobOutput extends js.Object {\n    var OutputDatasetS3Uri: S3Uri\n    var FinalActiveLearningModelArn: js.UndefOr[ModelArn]\n  }\n\n  object LabelingJobOutput {\n    @inline\n    def apply(\n        OutputDatasetS3Uri: S3Uri,\n        FinalActiveLearningModelArn: js.UndefOr[ModelArn] = js.undefined\n    ): LabelingJobOutput = {\n      val __obj = js.Dynamic.literal(\n        \"OutputDatasetS3Uri\" -> OutputDatasetS3Uri.asInstanceOf[js.Any]\n      )\n\n      FinalActiveLearningModelArn.foreach(__v => __obj.updateDynamic(\"FinalActiveLearningModelArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobOutput]\n    }\n  }\n\n  \/** Output configuration information for a labeling job.\n    *\/\n  @js.native\n  trait LabelingJobOutputConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var SnsTopicArn: js.UndefOr[SnsTopicArn]\n  }\n\n  object LabelingJobOutputConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        SnsTopicArn: js.UndefOr[SnsTopicArn] = js.undefined\n    ): LabelingJobOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobOutputConfig]\n    }\n  }\n\n  \/** Configure encryption on the storage volume attached to the ML compute instance used to run automated data labeling model training and inference.\n    *\/\n  @js.native\n  trait LabelingJobResourceConfig extends js.Object {\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object LabelingJobResourceConfig {\n    @inline\n    def apply(\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): LabelingJobResourceConfig = {\n      val __obj = js.Dynamic.literal()\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobResourceConfig]\n    }\n  }\n\n  \/** The Amazon S3 location of the input data objects.\n    *\/\n  @js.native\n  trait LabelingJobS3DataSource extends js.Object {\n    var ManifestS3Uri: S3Uri\n  }\n\n  object LabelingJobS3DataSource {\n    @inline\n    def apply(\n        ManifestS3Uri: S3Uri\n    ): LabelingJobS3DataSource = {\n      val __obj = js.Dynamic.literal(\n        \"ManifestS3Uri\" -> ManifestS3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LabelingJobS3DataSource]\n    }\n  }\n\n  \/** An Amazon SNS data source used for streaming labeling jobs.\n    *\/\n  @js.native\n  trait LabelingJobSnsDataSource extends js.Object {\n    var SnsTopicArn: SnsTopicArn\n  }\n\n  object LabelingJobSnsDataSource {\n    @inline\n    def apply(\n        SnsTopicArn: SnsTopicArn\n    ): LabelingJobSnsDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"SnsTopicArn\" -> SnsTopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LabelingJobSnsDataSource]\n    }\n  }\n\n  @js.native\n  sealed trait LabelingJobStatus extends js.Any\n  object LabelingJobStatus {\n    val Initializing = \"Initializing\".asInstanceOf[LabelingJobStatus]\n    val InProgress = \"InProgress\".asInstanceOf[LabelingJobStatus]\n    val Completed = \"Completed\".asInstanceOf[LabelingJobStatus]\n    val Failed = \"Failed\".asInstanceOf[LabelingJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[LabelingJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[LabelingJobStatus]\n\n    @inline def values = js.Array(Initializing, InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** A set of conditions for stopping a labeling job. If any of the conditions are met, the job is automatically stopped. You can use these conditions to control the cost of data labeling.\n    *\n    * '''Note:'''Labeling jobs fail after 30 days with an appropriate client error message.\n    *\/\n  @js.native\n  trait LabelingJobStoppingConditions extends js.Object {\n    var MaxHumanLabeledObjectCount: js.UndefOr[MaxHumanLabeledObjectCount]\n    var MaxPercentageOfInputDatasetLabeled: js.UndefOr[MaxPercentageOfInputDatasetLabeled]\n  }\n\n  object LabelingJobStoppingConditions {\n    @inline\n    def apply(\n        MaxHumanLabeledObjectCount: js.UndefOr[MaxHumanLabeledObjectCount] = js.undefined,\n        MaxPercentageOfInputDatasetLabeled: js.UndefOr[MaxPercentageOfInputDatasetLabeled] = js.undefined\n    ): LabelingJobStoppingConditions = {\n      val __obj = js.Dynamic.literal()\n      MaxHumanLabeledObjectCount.foreach(__v => __obj.updateDynamic(\"MaxHumanLabeledObjectCount\")(__v.asInstanceOf[js.Any]))\n      MaxPercentageOfInputDatasetLabeled.foreach(__v => __obj.updateDynamic(\"MaxPercentageOfInputDatasetLabeled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobStoppingConditions]\n    }\n  }\n\n  \/** Provides summary information about a labeling job.\n    *\/\n  @js.native\n  trait LabelingJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var LabelCounters: LabelCounters\n    var LabelingJobArn: LabelingJobArn\n    var LabelingJobName: LabelingJobName\n    var LabelingJobStatus: LabelingJobStatus\n    var LastModifiedTime: Timestamp\n    var PreHumanTaskLambdaArn: LambdaFunctionArn\n    var WorkteamArn: WorkteamArn\n    var AnnotationConsolidationLambdaArn: js.UndefOr[LambdaFunctionArn]\n    var FailureReason: js.UndefOr[FailureReason]\n    var InputConfig: js.UndefOr[LabelingJobInputConfig]\n    var LabelingJobOutput: js.UndefOr[LabelingJobOutput]\n  }\n\n  object LabelingJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        LabelCounters: LabelCounters,\n        LabelingJobArn: LabelingJobArn,\n        LabelingJobName: LabelingJobName,\n        LabelingJobStatus: LabelingJobStatus,\n        LastModifiedTime: Timestamp,\n        PreHumanTaskLambdaArn: LambdaFunctionArn,\n        WorkteamArn: WorkteamArn,\n        AnnotationConsolidationLambdaArn: js.UndefOr[LambdaFunctionArn] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        InputConfig: js.UndefOr[LabelingJobInputConfig] = js.undefined,\n        LabelingJobOutput: js.UndefOr[LabelingJobOutput] = js.undefined\n    ): LabelingJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LabelCounters\" -> LabelCounters.asInstanceOf[js.Any],\n        \"LabelingJobArn\" -> LabelingJobArn.asInstanceOf[js.Any],\n        \"LabelingJobName\" -> LabelingJobName.asInstanceOf[js.Any],\n        \"LabelingJobStatus\" -> LabelingJobStatus.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"PreHumanTaskLambdaArn\" -> PreHumanTaskLambdaArn.asInstanceOf[js.Any],\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n\n      AnnotationConsolidationLambdaArn.foreach(__v => __obj.updateDynamic(\"AnnotationConsolidationLambdaArn\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      InputConfig.foreach(__v => __obj.updateDynamic(\"InputConfig\")(__v.asInstanceOf[js.Any]))\n      LabelingJobOutput.foreach(__v => __obj.updateDynamic(\"LabelingJobOutput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelingJobSummary]\n    }\n  }\n\n  @js.native\n  trait ListActionsRequest extends js.Object {\n    var ActionType: js.UndefOr[String256]\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortActionsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var SourceUri: js.UndefOr[SourceUri]\n  }\n\n  object ListActionsRequest {\n    @inline\n    def apply(\n        ActionType: js.UndefOr[String256] = js.undefined,\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortActionsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        SourceUri: js.UndefOr[SourceUri] = js.undefined\n    ): ListActionsRequest = {\n      val __obj = js.Dynamic.literal()\n      ActionType.foreach(__v => __obj.updateDynamic(\"ActionType\")(__v.asInstanceOf[js.Any]))\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      SourceUri.foreach(__v => __obj.updateDynamic(\"SourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListActionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListActionsResponse extends js.Object {\n    var ActionSummaries: js.UndefOr[ActionSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListActionsResponse {\n    @inline\n    def apply(\n        ActionSummaries: js.UndefOr[ActionSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListActionsResponse = {\n      val __obj = js.Dynamic.literal()\n      ActionSummaries.foreach(__v => __obj.updateDynamic(\"ActionSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListActionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAlgorithmsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[AlgorithmSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListAlgorithmsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[AlgorithmSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListAlgorithmsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAlgorithmsInput]\n    }\n  }\n\n  @js.native\n  trait ListAlgorithmsOutput extends js.Object {\n    var AlgorithmSummaryList: AlgorithmSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAlgorithmsOutput {\n    @inline\n    def apply(\n        AlgorithmSummaryList: AlgorithmSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAlgorithmsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmSummaryList\" -> AlgorithmSummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAlgorithmsOutput]\n    }\n  }\n\n  @js.native\n  trait ListAppImageConfigsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var ModifiedTimeAfter: js.UndefOr[Timestamp]\n    var ModifiedTimeBefore: js.UndefOr[Timestamp]\n    var NameContains: js.UndefOr[AppImageConfigName]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[AppImageConfigSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListAppImageConfigsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        ModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        ModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        NameContains: js.UndefOr[AppImageConfigName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[AppImageConfigSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListAppImageConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      ModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"ModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      ModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"ModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppImageConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppImageConfigsResponse extends js.Object {\n    var AppImageConfigs: js.UndefOr[AppImageConfigList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppImageConfigsResponse {\n    @inline\n    def apply(\n        AppImageConfigs: js.UndefOr[AppImageConfigList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppImageConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppImageConfigs.foreach(__v => __obj.updateDynamic(\"AppImageConfigs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppImageConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAppsRequest extends js.Object {\n    var DomainIdEquals: js.UndefOr[DomainId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[AppSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n    var UserProfileNameEquals: js.UndefOr[UserProfileName]\n  }\n\n  object ListAppsRequest {\n    @inline\n    def apply(\n        DomainIdEquals: js.UndefOr[DomainId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[AppSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        UserProfileNameEquals: js.UndefOr[UserProfileName] = js.undefined\n    ): ListAppsRequest = {\n      val __obj = js.Dynamic.literal()\n      DomainIdEquals.foreach(__v => __obj.updateDynamic(\"DomainIdEquals\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      UserProfileNameEquals.foreach(__v => __obj.updateDynamic(\"UserProfileNameEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppsResponse extends js.Object {\n    var Apps: js.UndefOr[AppList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppsResponse {\n    @inline\n    def apply(\n        Apps: js.UndefOr[AppList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppsResponse = {\n      val __obj = js.Dynamic.literal()\n      Apps.foreach(__v => __obj.updateDynamic(\"Apps\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppsResponse]\n    }\n  }\n\n  @js.native\n  trait ListArtifactsRequest extends js.Object {\n    var ArtifactType: js.UndefOr[String256]\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortArtifactsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var SourceUri: js.UndefOr[SourceUri]\n  }\n\n  object ListArtifactsRequest {\n    @inline\n    def apply(\n        ArtifactType: js.UndefOr[String256] = js.undefined,\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortArtifactsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        SourceUri: js.UndefOr[SourceUri] = js.undefined\n    ): ListArtifactsRequest = {\n      val __obj = js.Dynamic.literal()\n      ArtifactType.foreach(__v => __obj.updateDynamic(\"ArtifactType\")(__v.asInstanceOf[js.Any]))\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      SourceUri.foreach(__v => __obj.updateDynamic(\"SourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArtifactsRequest]\n    }\n  }\n\n  @js.native\n  trait ListArtifactsResponse extends js.Object {\n    var ArtifactSummaries: js.UndefOr[ArtifactSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListArtifactsResponse {\n    @inline\n    def apply(\n        ArtifactSummaries: js.UndefOr[ArtifactSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListArtifactsResponse = {\n      val __obj = js.Dynamic.literal()\n      ArtifactSummaries.foreach(__v => __obj.updateDynamic(\"ArtifactSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArtifactsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsRequest extends js.Object {\n    var AssociationType: js.UndefOr[AssociationEdgeType]\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var DestinationArn: js.UndefOr[AssociationEntityArn]\n    var DestinationType: js.UndefOr[String256]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortAssociationsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var SourceArn: js.UndefOr[AssociationEntityArn]\n    var SourceType: js.UndefOr[String256]\n  }\n\n  object ListAssociationsRequest {\n    @inline\n    def apply(\n        AssociationType: js.UndefOr[AssociationEdgeType] = js.undefined,\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        DestinationArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        DestinationType: js.UndefOr[String256] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortAssociationsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        SourceArn: js.UndefOr[AssociationEntityArn] = js.undefined,\n        SourceType: js.UndefOr[String256] = js.undefined\n    ): ListAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      AssociationType.foreach(__v => __obj.updateDynamic(\"AssociationType\")(__v.asInstanceOf[js.Any]))\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsResponse extends js.Object {\n    var AssociationSummaries: js.UndefOr[AssociationSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociationsResponse {\n    @inline\n    def apply(\n        AssociationSummaries: js.UndefOr[AssociationSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      AssociationSummaries.foreach(__v => __obj.updateDynamic(\"AssociationSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAutoMLJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[AutoMLMaxResults]\n    var NameContains: js.UndefOr[AutoMLNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[AutoMLSortBy]\n    var SortOrder: js.UndefOr[AutoMLSortOrder]\n    var StatusEquals: js.UndefOr[AutoMLJobStatus]\n  }\n\n  object ListAutoMLJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[AutoMLMaxResults] = js.undefined,\n        NameContains: js.UndefOr[AutoMLNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[AutoMLSortBy] = js.undefined,\n        SortOrder: js.UndefOr[AutoMLSortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[AutoMLJobStatus] = js.undefined\n    ): ListAutoMLJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAutoMLJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAutoMLJobsResponse extends js.Object {\n    var AutoMLJobSummaries: AutoMLJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAutoMLJobsResponse {\n    @inline\n    def apply(\n        AutoMLJobSummaries: AutoMLJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAutoMLJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobSummaries\" -> AutoMLJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAutoMLJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListCandidatesForAutoMLJobRequest extends js.Object {\n    var AutoMLJobName: AutoMLJobName\n    var CandidateNameEquals: js.UndefOr[CandidateName]\n    var MaxResults: js.UndefOr[AutoMLMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[CandidateSortBy]\n    var SortOrder: js.UndefOr[AutoMLSortOrder]\n    var StatusEquals: js.UndefOr[CandidateStatus]\n  }\n\n  object ListCandidatesForAutoMLJobRequest {\n    @inline\n    def apply(\n        AutoMLJobName: AutoMLJobName,\n        CandidateNameEquals: js.UndefOr[CandidateName] = js.undefined,\n        MaxResults: js.UndefOr[AutoMLMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[CandidateSortBy] = js.undefined,\n        SortOrder: js.UndefOr[AutoMLSortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[CandidateStatus] = js.undefined\n    ): ListCandidatesForAutoMLJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any]\n      )\n\n      CandidateNameEquals.foreach(__v => __obj.updateDynamic(\"CandidateNameEquals\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCandidatesForAutoMLJobRequest]\n    }\n  }\n\n  @js.native\n  trait ListCandidatesForAutoMLJobResponse extends js.Object {\n    var Candidates: AutoMLCandidates\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCandidatesForAutoMLJobResponse {\n    @inline\n    def apply(\n        Candidates: AutoMLCandidates,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCandidatesForAutoMLJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Candidates\" -> Candidates.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCandidatesForAutoMLJobResponse]\n    }\n  }\n\n  @js.native\n  trait ListCodeRepositoriesInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[CodeRepositoryNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[CodeRepositorySortBy]\n    var SortOrder: js.UndefOr[CodeRepositorySortOrder]\n  }\n\n  object ListCodeRepositoriesInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[CodeRepositoryNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[CodeRepositorySortBy] = js.undefined,\n        SortOrder: js.UndefOr[CodeRepositorySortOrder] = js.undefined\n    ): ListCodeRepositoriesInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeRepositoriesInput]\n    }\n  }\n\n  @js.native\n  trait ListCodeRepositoriesOutput extends js.Object {\n    var CodeRepositorySummaryList: CodeRepositorySummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCodeRepositoriesOutput {\n    @inline\n    def apply(\n        CodeRepositorySummaryList: CodeRepositorySummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCodeRepositoriesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositorySummaryList\" -> CodeRepositorySummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeRepositoriesOutput]\n    }\n  }\n\n  @js.native\n  trait ListCompilationJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var LastModifiedTimeAfter: js.UndefOr[LastModifiedTime]\n    var LastModifiedTimeBefore: js.UndefOr[LastModifiedTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListCompilationJobsSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[CompilationJobStatus]\n  }\n\n  object ListCompilationJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[LastModifiedTime] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[LastModifiedTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListCompilationJobsSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[CompilationJobStatus] = js.undefined\n    ): ListCompilationJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCompilationJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCompilationJobsResponse extends js.Object {\n    var CompilationJobSummaries: CompilationJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCompilationJobsResponse {\n    @inline\n    def apply(\n        CompilationJobSummaries: CompilationJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCompilationJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobSummaries\" -> CompilationJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCompilationJobsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListCompilationJobsSortBy extends js.Any\n  object ListCompilationJobsSortBy {\n    val Name = \"Name\".asInstanceOf[ListCompilationJobsSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[ListCompilationJobsSortBy]\n    val Status = \"Status\".asInstanceOf[ListCompilationJobsSortBy]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  @js.native\n  trait ListContextsRequest extends js.Object {\n    var ContextType: js.UndefOr[String256]\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortContextsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var SourceUri: js.UndefOr[SourceUri]\n  }\n\n  object ListContextsRequest {\n    @inline\n    def apply(\n        ContextType: js.UndefOr[String256] = js.undefined,\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortContextsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        SourceUri: js.UndefOr[SourceUri] = js.undefined\n    ): ListContextsRequest = {\n      val __obj = js.Dynamic.literal()\n      ContextType.foreach(__v => __obj.updateDynamic(\"ContextType\")(__v.asInstanceOf[js.Any]))\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      SourceUri.foreach(__v => __obj.updateDynamic(\"SourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContextsRequest]\n    }\n  }\n\n  @js.native\n  trait ListContextsResponse extends js.Object {\n    var ContextSummaries: js.UndefOr[ContextSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListContextsResponse {\n    @inline\n    def apply(\n        ContextSummaries: js.UndefOr[ContextSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListContextsResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextSummaries.foreach(__v => __obj.updateDynamic(\"ContextSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContextsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDataQualityJobDefinitionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[MonitoringJobDefinitionSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListDataQualityJobDefinitionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[MonitoringJobDefinitionSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListDataQualityJobDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataQualityJobDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDataQualityJobDefinitionsResponse extends js.Object {\n    var JobDefinitionSummaries: MonitoringJobDefinitionSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDataQualityJobDefinitionsResponse {\n    @inline\n    def apply(\n        JobDefinitionSummaries: MonitoringJobDefinitionSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDataQualityJobDefinitionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionSummaries\" -> JobDefinitionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataQualityJobDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDeviceFleetsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[ListMaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListDeviceFleetsSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListDeviceFleetsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[ListMaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListDeviceFleetsSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListDeviceFleetsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeviceFleetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDeviceFleetsResponse extends js.Object {\n    var DeviceFleetSummaries: DeviceFleetSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeviceFleetsResponse {\n    @inline\n    def apply(\n        DeviceFleetSummaries: DeviceFleetSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeviceFleetsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetSummaries\" -> DeviceFleetSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeviceFleetsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListDeviceFleetsSortBy extends js.Any\n  object ListDeviceFleetsSortBy {\n    val NAME = \"NAME\".asInstanceOf[ListDeviceFleetsSortBy]\n    val CREATION_TIME = \"CREATION_TIME\".asInstanceOf[ListDeviceFleetsSortBy]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ListDeviceFleetsSortBy]\n\n    @inline def values = js.Array(NAME, CREATION_TIME, LAST_MODIFIED_TIME)\n  }\n\n  @js.native\n  trait ListDevicesRequest extends js.Object {\n    var DeviceFleetName: js.UndefOr[EntityName]\n    var LatestHeartbeatAfter: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[ListMaxResults]\n    var ModelName: js.UndefOr[EntityName]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDevicesRequest {\n    @inline\n    def apply(\n        DeviceFleetName: js.UndefOr[EntityName] = js.undefined,\n        LatestHeartbeatAfter: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[ListMaxResults] = js.undefined,\n        ModelName: js.UndefOr[EntityName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDevicesRequest = {\n      val __obj = js.Dynamic.literal()\n      DeviceFleetName.foreach(__v => __obj.updateDynamic(\"DeviceFleetName\")(__v.asInstanceOf[js.Any]))\n      LatestHeartbeatAfter.foreach(__v => __obj.updateDynamic(\"LatestHeartbeatAfter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDevicesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDevicesResponse extends js.Object {\n    var DeviceSummaries: DeviceSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDevicesResponse {\n    @inline\n    def apply(\n        DeviceSummaries: DeviceSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDevicesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceSummaries\" -> DeviceSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDevicesResponse]\n    }\n  }\n\n  @js.native\n  trait ListDomainsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDomainsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDomainsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDomainsResponse extends js.Object {\n    var Domains: js.UndefOr[DomainList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDomainsResponse {\n    @inline\n    def apply(\n        Domains: js.UndefOr[DomainList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDomainsResponse = {\n      val __obj = js.Dynamic.literal()\n      Domains.foreach(__v => __obj.updateDynamic(\"Domains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEdgePackagingJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[ListMaxResults]\n    var ModelNameContains: js.UndefOr[NameContains]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListEdgePackagingJobsSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[EdgePackagingJobStatus]\n  }\n\n  object ListEdgePackagingJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[ListMaxResults] = js.undefined,\n        ModelNameContains: js.UndefOr[NameContains] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListEdgePackagingJobsSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[EdgePackagingJobStatus] = js.undefined\n    ): ListEdgePackagingJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      ModelNameContains.foreach(__v => __obj.updateDynamic(\"ModelNameContains\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEdgePackagingJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEdgePackagingJobsResponse extends js.Object {\n    var EdgePackagingJobSummaries: EdgePackagingJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEdgePackagingJobsResponse {\n    @inline\n    def apply(\n        EdgePackagingJobSummaries: EdgePackagingJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEdgePackagingJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"EdgePackagingJobSummaries\" -> EdgePackagingJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEdgePackagingJobsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListEdgePackagingJobsSortBy extends js.Any\n  object ListEdgePackagingJobsSortBy {\n    val NAME = \"NAME\".asInstanceOf[ListEdgePackagingJobsSortBy]\n    val MODEL_NAME = \"MODEL_NAME\".asInstanceOf[ListEdgePackagingJobsSortBy]\n    val CREATION_TIME = \"CREATION_TIME\".asInstanceOf[ListEdgePackagingJobsSortBy]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ListEdgePackagingJobsSortBy]\n    val STATUS = \"STATUS\".asInstanceOf[ListEdgePackagingJobsSortBy]\n\n    @inline def values = js.Array(NAME, MODEL_NAME, CREATION_TIME, LAST_MODIFIED_TIME, STATUS)\n  }\n\n  @js.native\n  trait ListEndpointConfigsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[EndpointConfigNameContains]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[EndpointConfigSortKey]\n    var SortOrder: js.UndefOr[OrderKey]\n  }\n\n  object ListEndpointConfigsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[EndpointConfigNameContains] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[EndpointConfigSortKey] = js.undefined,\n        SortOrder: js.UndefOr[OrderKey] = js.undefined\n    ): ListEndpointConfigsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointConfigsInput]\n    }\n  }\n\n  @js.native\n  trait ListEndpointConfigsOutput extends js.Object {\n    var EndpointConfigs: EndpointConfigSummaryList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListEndpointConfigsOutput {\n    @inline\n    def apply(\n        EndpointConfigs: EndpointConfigSummaryList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListEndpointConfigsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigs\" -> EndpointConfigs.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointConfigsOutput]\n    }\n  }\n\n  @js.native\n  trait ListEndpointsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[EndpointNameContains]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[EndpointSortKey]\n    var SortOrder: js.UndefOr[OrderKey]\n    var StatusEquals: js.UndefOr[EndpointStatus]\n  }\n\n  object ListEndpointsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[EndpointNameContains] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[EndpointSortKey] = js.undefined,\n        SortOrder: js.UndefOr[OrderKey] = js.undefined,\n        StatusEquals: js.UndefOr[EndpointStatus] = js.undefined\n    ): ListEndpointsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsInput]\n    }\n  }\n\n  @js.native\n  trait ListEndpointsOutput extends js.Object {\n    var Endpoints: EndpointSummaryList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListEndpointsOutput {\n    @inline\n    def apply(\n        Endpoints: EndpointSummaryList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListEndpointsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Endpoints\" -> Endpoints.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEndpointsOutput]\n    }\n  }\n\n  @js.native\n  trait ListExperimentsRequest extends js.Object {\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortExperimentsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListExperimentsRequest {\n    @inline\n    def apply(\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortExperimentsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListExperimentsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListExperimentsResponse extends js.Object {\n    var ExperimentSummaries: js.UndefOr[ExperimentSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListExperimentsResponse {\n    @inline\n    def apply(\n        ExperimentSummaries: js.UndefOr[ExperimentSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListExperimentsResponse = {\n      val __obj = js.Dynamic.literal()\n      ExperimentSummaries.foreach(__v => __obj.updateDynamic(\"ExperimentSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFeatureGroupsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var FeatureGroupStatusEquals: js.UndefOr[FeatureGroupStatus]\n    var MaxResults: js.UndefOr[FeatureGroupMaxResults]\n    var NameContains: js.UndefOr[FeatureGroupNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var OfflineStoreStatusEquals: js.UndefOr[OfflineStoreStatusValue]\n    var SortBy: js.UndefOr[FeatureGroupSortBy]\n    var SortOrder: js.UndefOr[FeatureGroupSortOrder]\n  }\n\n  object ListFeatureGroupsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        FeatureGroupStatusEquals: js.UndefOr[FeatureGroupStatus] = js.undefined,\n        MaxResults: js.UndefOr[FeatureGroupMaxResults] = js.undefined,\n        NameContains: js.UndefOr[FeatureGroupNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        OfflineStoreStatusEquals: js.UndefOr[OfflineStoreStatusValue] = js.undefined,\n        SortBy: js.UndefOr[FeatureGroupSortBy] = js.undefined,\n        SortOrder: js.UndefOr[FeatureGroupSortOrder] = js.undefined\n    ): ListFeatureGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      FeatureGroupStatusEquals.foreach(__v => __obj.updateDynamic(\"FeatureGroupStatusEquals\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OfflineStoreStatusEquals.foreach(__v => __obj.updateDynamic(\"OfflineStoreStatusEquals\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFeatureGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFeatureGroupsResponse extends js.Object {\n    var FeatureGroupSummaries: FeatureGroupSummaries\n    var NextToken: NextToken\n  }\n\n  object ListFeatureGroupsResponse {\n    @inline\n    def apply(\n        FeatureGroupSummaries: FeatureGroupSummaries,\n        NextToken: NextToken\n    ): ListFeatureGroupsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupSummaries\" -> FeatureGroupSummaries.asInstanceOf[js.Any],\n        \"NextToken\" -> NextToken.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListFeatureGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFlowDefinitionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListFlowDefinitionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListFlowDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFlowDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFlowDefinitionsResponse extends js.Object {\n    var FlowDefinitionSummaries: FlowDefinitionSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFlowDefinitionsResponse {\n    @inline\n    def apply(\n        FlowDefinitionSummaries: FlowDefinitionSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFlowDefinitionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionSummaries\" -> FlowDefinitionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFlowDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListHumanTaskUisRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListHumanTaskUisRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListHumanTaskUisRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHumanTaskUisRequest]\n    }\n  }\n\n  @js.native\n  trait ListHumanTaskUisResponse extends js.Object {\n    var HumanTaskUiSummaries: HumanTaskUiSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHumanTaskUisResponse {\n    @inline\n    def apply(\n        HumanTaskUiSummaries: HumanTaskUiSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHumanTaskUisResponse = {\n      val __obj = js.Dynamic.literal(\n        \"HumanTaskUiSummaries\" -> HumanTaskUiSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHumanTaskUisResponse]\n    }\n  }\n\n  @js.native\n  trait ListHyperParameterTuningJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[HyperParameterTuningJobSortByOptions]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[HyperParameterTuningJobStatus]\n  }\n\n  object ListHyperParameterTuningJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[HyperParameterTuningJobSortByOptions] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[HyperParameterTuningJobStatus] = js.undefined\n    ): ListHyperParameterTuningJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHyperParameterTuningJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListHyperParameterTuningJobsResponse extends js.Object {\n    var HyperParameterTuningJobSummaries: HyperParameterTuningJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHyperParameterTuningJobsResponse {\n    @inline\n    def apply(\n        HyperParameterTuningJobSummaries: HyperParameterTuningJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHyperParameterTuningJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobSummaries\" -> HyperParameterTuningJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHyperParameterTuningJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListImageVersionsRequest extends js.Object {\n    var ImageName: ImageName\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ImageVersionSortBy]\n    var SortOrder: js.UndefOr[ImageVersionSortOrder]\n  }\n\n  object ListImageVersionsRequest {\n    @inline\n    def apply(\n        ImageName: ImageName,\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ImageVersionSortBy] = js.undefined,\n        SortOrder: js.UndefOr[ImageVersionSortOrder] = js.undefined\n    ): ListImageVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImageVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListImageVersionsResponse extends js.Object {\n    var ImageVersions: js.UndefOr[ImageVersions]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListImageVersionsResponse {\n    @inline\n    def apply(\n        ImageVersions: js.UndefOr[ImageVersions] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListImageVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      ImageVersions.foreach(__v => __obj.updateDynamic(\"ImageVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImageVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListImagesRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[ImageNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ImageSortBy]\n    var SortOrder: js.UndefOr[ImageSortOrder]\n  }\n\n  object ListImagesRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[ImageNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ImageSortBy] = js.undefined,\n        SortOrder: js.UndefOr[ImageSortOrder] = js.undefined\n    ): ListImagesRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImagesRequest]\n    }\n  }\n\n  @js.native\n  trait ListImagesResponse extends js.Object {\n    var Images: js.UndefOr[Images]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListImagesResponse {\n    @inline\n    def apply(\n        Images: js.UndefOr[Images] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListImagesResponse = {\n      val __obj = js.Dynamic.literal()\n      Images.foreach(__v => __obj.updateDynamic(\"Images\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListImagesResponse]\n    }\n  }\n\n  @js.native\n  trait ListLabelingJobsForWorkteamRequest extends js.Object {\n    var WorkteamArn: WorkteamArn\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var JobReferenceCodeContains: js.UndefOr[JobReferenceCodeContains]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListLabelingJobsForWorkteamSortByOptions]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListLabelingJobsForWorkteamRequest {\n    @inline\n    def apply(\n        WorkteamArn: WorkteamArn,\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        JobReferenceCodeContains: js.UndefOr[JobReferenceCodeContains] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListLabelingJobsForWorkteamSortByOptions] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListLabelingJobsForWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      JobReferenceCodeContains.foreach(__v => __obj.updateDynamic(\"JobReferenceCodeContains\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLabelingJobsForWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait ListLabelingJobsForWorkteamResponse extends js.Object {\n    var LabelingJobSummaryList: LabelingJobForWorkteamSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLabelingJobsForWorkteamResponse {\n    @inline\n    def apply(\n        LabelingJobSummaryList: LabelingJobForWorkteamSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLabelingJobsForWorkteamResponse = {\n      val __obj = js.Dynamic.literal(\n        \"LabelingJobSummaryList\" -> LabelingJobSummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLabelingJobsForWorkteamResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListLabelingJobsForWorkteamSortByOptions extends js.Any\n  object ListLabelingJobsForWorkteamSortByOptions {\n    val CreationTime = \"CreationTime\".asInstanceOf[ListLabelingJobsForWorkteamSortByOptions]\n\n    @inline def values = js.Array(CreationTime)\n  }\n\n  @js.native\n  trait ListLabelingJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[LabelingJobStatus]\n  }\n\n  object ListLabelingJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[LabelingJobStatus] = js.undefined\n    ): ListLabelingJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLabelingJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLabelingJobsResponse extends js.Object {\n    var LabelingJobSummaryList: js.UndefOr[LabelingJobSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLabelingJobsResponse {\n    @inline\n    def apply(\n        LabelingJobSummaryList: js.UndefOr[LabelingJobSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLabelingJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      LabelingJobSummaryList.foreach(__v => __obj.updateDynamic(\"LabelingJobSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLabelingJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListModelBiasJobDefinitionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[MonitoringJobDefinitionSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListModelBiasJobDefinitionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[MonitoringJobDefinitionSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListModelBiasJobDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelBiasJobDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListModelBiasJobDefinitionsResponse extends js.Object {\n    var JobDefinitionSummaries: MonitoringJobDefinitionSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListModelBiasJobDefinitionsResponse {\n    @inline\n    def apply(\n        JobDefinitionSummaries: MonitoringJobDefinitionSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListModelBiasJobDefinitionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionSummaries\" -> JobDefinitionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelBiasJobDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListModelExplainabilityJobDefinitionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[MonitoringJobDefinitionSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListModelExplainabilityJobDefinitionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[MonitoringJobDefinitionSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListModelExplainabilityJobDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelExplainabilityJobDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListModelExplainabilityJobDefinitionsResponse extends js.Object {\n    var JobDefinitionSummaries: MonitoringJobDefinitionSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListModelExplainabilityJobDefinitionsResponse {\n    @inline\n    def apply(\n        JobDefinitionSummaries: MonitoringJobDefinitionSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListModelExplainabilityJobDefinitionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionSummaries\" -> JobDefinitionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelExplainabilityJobDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListModelPackageGroupsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ModelPackageGroupSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListModelPackageGroupsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ModelPackageGroupSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListModelPackageGroupsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelPackageGroupsInput]\n    }\n  }\n\n  @js.native\n  trait ListModelPackageGroupsOutput extends js.Object {\n    var ModelPackageGroupSummaryList: ModelPackageGroupSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListModelPackageGroupsOutput {\n    @inline\n    def apply(\n        ModelPackageGroupSummaryList: ModelPackageGroupSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListModelPackageGroupsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupSummaryList\" -> ModelPackageGroupSummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelPackageGroupsOutput]\n    }\n  }\n\n  @js.native\n  trait ListModelPackagesInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var ModelApprovalStatus: js.UndefOr[ModelApprovalStatus]\n    var ModelPackageGroupName: js.UndefOr[ArnOrName]\n    var ModelPackageType: js.UndefOr[ModelPackageType]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ModelPackageSortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListModelPackagesInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        ModelApprovalStatus: js.UndefOr[ModelApprovalStatus] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[ArnOrName] = js.undefined,\n        ModelPackageType: js.UndefOr[ModelPackageType] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ModelPackageSortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListModelPackagesInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      ModelApprovalStatus.foreach(__v => __obj.updateDynamic(\"ModelApprovalStatus\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageType.foreach(__v => __obj.updateDynamic(\"ModelPackageType\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelPackagesInput]\n    }\n  }\n\n  @js.native\n  trait ListModelPackagesOutput extends js.Object {\n    var ModelPackageSummaryList: ModelPackageSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListModelPackagesOutput {\n    @inline\n    def apply(\n        ModelPackageSummaryList: ModelPackageSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListModelPackagesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageSummaryList\" -> ModelPackageSummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelPackagesOutput]\n    }\n  }\n\n  @js.native\n  trait ListModelQualityJobDefinitionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[MonitoringJobDefinitionSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListModelQualityJobDefinitionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[MonitoringJobDefinitionSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListModelQualityJobDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelQualityJobDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListModelQualityJobDefinitionsResponse extends js.Object {\n    var JobDefinitionSummaries: MonitoringJobDefinitionSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListModelQualityJobDefinitionsResponse {\n    @inline\n    def apply(\n        JobDefinitionSummaries: MonitoringJobDefinitionSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListModelQualityJobDefinitionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"JobDefinitionSummaries\" -> JobDefinitionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelQualityJobDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListModelsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[ModelNameContains]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[ModelSortKey]\n    var SortOrder: js.UndefOr[OrderKey]\n  }\n\n  object ListModelsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[ModelNameContains] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[ModelSortKey] = js.undefined,\n        SortOrder: js.UndefOr[OrderKey] = js.undefined\n    ): ListModelsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelsInput]\n    }\n  }\n\n  @js.native\n  trait ListModelsOutput extends js.Object {\n    var Models: ModelSummaryList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListModelsOutput {\n    @inline\n    def apply(\n        Models: ModelSummaryList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListModelsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Models\" -> Models.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListModelsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMonitoringExecutionsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName]\n    var MonitoringScheduleName: js.UndefOr[MonitoringScheduleName]\n    var MonitoringTypeEquals: js.UndefOr[MonitoringType]\n    var NextToken: js.UndefOr[NextToken]\n    var ScheduledTimeAfter: js.UndefOr[Timestamp]\n    var ScheduledTimeBefore: js.UndefOr[Timestamp]\n    var SortBy: js.UndefOr[MonitoringExecutionSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[ExecutionStatus]\n  }\n\n  object ListMonitoringExecutionsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName] = js.undefined,\n        MonitoringScheduleName: js.UndefOr[MonitoringScheduleName] = js.undefined,\n        MonitoringTypeEquals: js.UndefOr[MonitoringType] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScheduledTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        ScheduledTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        SortBy: js.UndefOr[MonitoringExecutionSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[ExecutionStatus] = js.undefined\n    ): ListMonitoringExecutionsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MonitoringJobDefinitionName.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleName.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleName\")(__v.asInstanceOf[js.Any]))\n      MonitoringTypeEquals.foreach(__v => __obj.updateDynamic(\"MonitoringTypeEquals\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScheduledTimeAfter.foreach(__v => __obj.updateDynamic(\"ScheduledTimeAfter\")(__v.asInstanceOf[js.Any]))\n      ScheduledTimeBefore.foreach(__v => __obj.updateDynamic(\"ScheduledTimeBefore\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMonitoringExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMonitoringExecutionsResponse extends js.Object {\n    var MonitoringExecutionSummaries: MonitoringExecutionSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMonitoringExecutionsResponse {\n    @inline\n    def apply(\n        MonitoringExecutionSummaries: MonitoringExecutionSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMonitoringExecutionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringExecutionSummaries\" -> MonitoringExecutionSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMonitoringExecutionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMonitoringSchedulesRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName]\n    var MonitoringTypeEquals: js.UndefOr[MonitoringType]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[MonitoringScheduleSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[ScheduleStatus]\n  }\n\n  object ListMonitoringSchedulesRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName] = js.undefined,\n        MonitoringTypeEquals: js.UndefOr[MonitoringType] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[MonitoringScheduleSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[ScheduleStatus] = js.undefined\n    ): ListMonitoringSchedulesRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MonitoringJobDefinitionName.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      MonitoringTypeEquals.foreach(__v => __obj.updateDynamic(\"MonitoringTypeEquals\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMonitoringSchedulesRequest]\n    }\n  }\n\n  @js.native\n  trait ListMonitoringSchedulesResponse extends js.Object {\n    var MonitoringScheduleSummaries: MonitoringScheduleSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListMonitoringSchedulesResponse {\n    @inline\n    def apply(\n        MonitoringScheduleSummaries: MonitoringScheduleSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListMonitoringSchedulesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleSummaries\" -> MonitoringScheduleSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMonitoringSchedulesResponse]\n    }\n  }\n\n  @js.native\n  trait ListNotebookInstanceLifecycleConfigsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var LastModifiedTimeAfter: js.UndefOr[LastModifiedTime]\n    var LastModifiedTimeBefore: js.UndefOr[LastModifiedTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NotebookInstanceLifecycleConfigNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[NotebookInstanceLifecycleConfigSortKey]\n    var SortOrder: js.UndefOr[NotebookInstanceLifecycleConfigSortOrder]\n  }\n\n  object ListNotebookInstanceLifecycleConfigsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[LastModifiedTime] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[LastModifiedTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NotebookInstanceLifecycleConfigNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[NotebookInstanceLifecycleConfigSortKey] = js.undefined,\n        SortOrder: js.UndefOr[NotebookInstanceLifecycleConfigSortOrder] = js.undefined\n    ): ListNotebookInstanceLifecycleConfigsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotebookInstanceLifecycleConfigsInput]\n    }\n  }\n\n  @js.native\n  trait ListNotebookInstanceLifecycleConfigsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var NotebookInstanceLifecycleConfigs: js.UndefOr[NotebookInstanceLifecycleConfigSummaryList]\n  }\n\n  object ListNotebookInstanceLifecycleConfigsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        NotebookInstanceLifecycleConfigs: js.UndefOr[NotebookInstanceLifecycleConfigSummaryList] = js.undefined\n    ): ListNotebookInstanceLifecycleConfigsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigs.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotebookInstanceLifecycleConfigsOutput]\n    }\n  }\n\n  @js.native\n  trait ListNotebookInstancesInput extends js.Object {\n    var AdditionalCodeRepositoryEquals: js.UndefOr[CodeRepositoryNameOrUrl]\n    var CreationTimeAfter: js.UndefOr[CreationTime]\n    var CreationTimeBefore: js.UndefOr[CreationTime]\n    var DefaultCodeRepositoryContains: js.UndefOr[CodeRepositoryContains]\n    var LastModifiedTimeAfter: js.UndefOr[LastModifiedTime]\n    var LastModifiedTimeBefore: js.UndefOr[LastModifiedTime]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NotebookInstanceNameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var NotebookInstanceLifecycleConfigNameContains: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var SortBy: js.UndefOr[NotebookInstanceSortKey]\n    var SortOrder: js.UndefOr[NotebookInstanceSortOrder]\n    var StatusEquals: js.UndefOr[NotebookInstanceStatus]\n  }\n\n  object ListNotebookInstancesInput {\n    @inline\n    def apply(\n        AdditionalCodeRepositoryEquals: js.UndefOr[CodeRepositoryNameOrUrl] = js.undefined,\n        CreationTimeAfter: js.UndefOr[CreationTime] = js.undefined,\n        CreationTimeBefore: js.UndefOr[CreationTime] = js.undefined,\n        DefaultCodeRepositoryContains: js.UndefOr[CodeRepositoryContains] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[LastModifiedTime] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[LastModifiedTime] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NotebookInstanceNameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        NotebookInstanceLifecycleConfigNameContains: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        SortBy: js.UndefOr[NotebookInstanceSortKey] = js.undefined,\n        SortOrder: js.UndefOr[NotebookInstanceSortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[NotebookInstanceStatus] = js.undefined\n    ): ListNotebookInstancesInput = {\n      val __obj = js.Dynamic.literal()\n      AdditionalCodeRepositoryEquals.foreach(__v => __obj.updateDynamic(\"AdditionalCodeRepositoryEquals\")(__v.asInstanceOf[js.Any]))\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      DefaultCodeRepositoryContains.foreach(__v => __obj.updateDynamic(\"DefaultCodeRepositoryContains\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigNameContains.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigNameContains\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotebookInstancesInput]\n    }\n  }\n\n  @js.native\n  trait ListNotebookInstancesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var NotebookInstances: js.UndefOr[NotebookInstanceSummaryList]\n  }\n\n  object ListNotebookInstancesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        NotebookInstances: js.UndefOr[NotebookInstanceSummaryList] = js.undefined\n    ): ListNotebookInstancesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NotebookInstances.foreach(__v => __obj.updateDynamic(\"NotebookInstances\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNotebookInstancesOutput]\n    }\n  }\n\n  @js.native\n  trait ListPipelineExecutionStepsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListPipelineExecutionStepsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListPipelineExecutionStepsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineExecutionStepsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPipelineExecutionStepsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineExecutionSteps: js.UndefOr[PipelineExecutionStepList]\n  }\n\n  object ListPipelineExecutionStepsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineExecutionSteps: js.UndefOr[PipelineExecutionStepList] = js.undefined\n    ): ListPipelineExecutionStepsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionSteps.foreach(__v => __obj.updateDynamic(\"PipelineExecutionSteps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineExecutionStepsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPipelineExecutionsRequest extends js.Object {\n    var PipelineName: PipelineName\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortPipelineExecutionsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListPipelineExecutionsRequest {\n    @inline\n    def apply(\n        PipelineName: PipelineName,\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortPipelineExecutionsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListPipelineExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any]\n      )\n\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListPipelineExecutionsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineExecutionSummaries: js.UndefOr[PipelineExecutionSummaryList]\n  }\n\n  object ListPipelineExecutionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineExecutionSummaries: js.UndefOr[PipelineExecutionSummaryList] = js.undefined\n    ): ListPipelineExecutionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionSummaries.foreach(__v => __obj.updateDynamic(\"PipelineExecutionSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineExecutionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPipelineParametersForExecutionRequest extends js.Object {\n    var PipelineExecutionArn: PipelineExecutionArn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPipelineParametersForExecutionRequest {\n    @inline\n    def apply(\n        PipelineExecutionArn: PipelineExecutionArn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPipelineParametersForExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineExecutionArn\" -> PipelineExecutionArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineParametersForExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait ListPipelineParametersForExecutionResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineParameters: js.UndefOr[ParameterList]\n  }\n\n  object ListPipelineParametersForExecutionResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineParameters: js.UndefOr[ParameterList] = js.undefined\n    ): ListPipelineParametersForExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineParameters.foreach(__v => __obj.updateDynamic(\"PipelineParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelineParametersForExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait ListPipelinesRequest extends js.Object {\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineNamePrefix: js.UndefOr[PipelineName]\n    var SortBy: js.UndefOr[SortPipelinesBy]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListPipelinesRequest {\n    @inline\n    def apply(\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineNamePrefix: js.UndefOr[PipelineName] = js.undefined,\n        SortBy: js.UndefOr[SortPipelinesBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListPipelinesRequest = {\n      val __obj = js.Dynamic.literal()\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineNamePrefix.foreach(__v => __obj.updateDynamic(\"PipelineNamePrefix\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesRequest]\n    }\n  }\n\n  @js.native\n  trait ListPipelinesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var PipelineSummaries: js.UndefOr[PipelineSummaryList]\n  }\n\n  object ListPipelinesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PipelineSummaries: js.UndefOr[PipelineSummaryList] = js.undefined\n    ): ListPipelinesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PipelineSummaries.foreach(__v => __obj.updateDynamic(\"PipelineSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPipelinesResponse]\n    }\n  }\n\n  @js.native\n  trait ListProcessingJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[String]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[ProcessingJobStatus]\n  }\n\n  object ListProcessingJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[String] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[ProcessingJobStatus] = js.undefined\n    ): ListProcessingJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProcessingJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProcessingJobsResponse extends js.Object {\n    var ProcessingJobSummaries: ProcessingJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListProcessingJobsResponse {\n    @inline\n    def apply(\n        ProcessingJobSummaries: ProcessingJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListProcessingJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ProcessingJobSummaries\" -> ProcessingJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProcessingJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListProjectsInput extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[ProjectEntityName]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ProjectSortBy]\n    var SortOrder: js.UndefOr[ProjectSortOrder]\n  }\n\n  object ListProjectsInput {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[ProjectEntityName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ProjectSortBy] = js.undefined,\n        SortOrder: js.UndefOr[ProjectSortOrder] = js.undefined\n    ): ListProjectsInput = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsInput]\n    }\n  }\n\n  @js.native\n  trait ListProjectsOutput extends js.Object {\n    var ProjectSummaryList: ProjectSummaryList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListProjectsOutput {\n    @inline\n    def apply(\n        ProjectSummaryList: ProjectSummaryList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListProjectsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectSummaryList\" -> ProjectSummaryList.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsOutput]\n    }\n  }\n\n  @js.native\n  trait ListSubscribedWorkteamsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[WorkteamName]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSubscribedWorkteamsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[WorkteamName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSubscribedWorkteamsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscribedWorkteamsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSubscribedWorkteamsResponse extends js.Object {\n    var SubscribedWorkteams: SubscribedWorkteams\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSubscribedWorkteamsResponse {\n    @inline\n    def apply(\n        SubscribedWorkteams: SubscribedWorkteams,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSubscribedWorkteamsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SubscribedWorkteams\" -> SubscribedWorkteams.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSubscribedWorkteamsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsInput extends js.Object {\n    var ResourceArn: ResourceArn\n    var MaxResults: js.UndefOr[ListTagsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        MaxResults: js.UndefOr[ListTagsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTrainingJobsForHyperParameterTuningJobRequest extends js.Object {\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[TrainingJobSortByOptions]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[TrainingJobStatus]\n  }\n\n  object ListTrainingJobsForHyperParameterTuningJobRequest {\n    @inline\n    def apply(\n        HyperParameterTuningJobName: HyperParameterTuningJobName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[TrainingJobSortByOptions] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[TrainingJobStatus] = js.undefined\n    ): ListTrainingJobsForHyperParameterTuningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrainingJobsForHyperParameterTuningJobRequest]\n    }\n  }\n\n  @js.native\n  trait ListTrainingJobsForHyperParameterTuningJobResponse extends js.Object {\n    var TrainingJobSummaries: HyperParameterTrainingJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTrainingJobsForHyperParameterTuningJobResponse {\n    @inline\n    def apply(\n        TrainingJobSummaries: HyperParameterTrainingJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTrainingJobsForHyperParameterTuningJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobSummaries\" -> TrainingJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrainingJobsForHyperParameterTuningJobResponse]\n    }\n  }\n\n  @js.native\n  trait ListTrainingJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[TrainingJobStatus]\n  }\n\n  object ListTrainingJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[TrainingJobStatus] = js.undefined\n    ): ListTrainingJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrainingJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTrainingJobsResponse extends js.Object {\n    var TrainingJobSummaries: TrainingJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTrainingJobsResponse {\n    @inline\n    def apply(\n        TrainingJobSummaries: TrainingJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTrainingJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobSummaries\" -> TrainingJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrainingJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTransformJobsRequest extends js.Object {\n    var CreationTimeAfter: js.UndefOr[Timestamp]\n    var CreationTimeBefore: js.UndefOr[Timestamp]\n    var LastModifiedTimeAfter: js.UndefOr[Timestamp]\n    var LastModifiedTimeBefore: js.UndefOr[Timestamp]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[NameContains]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var StatusEquals: js.UndefOr[TransformJobStatus]\n  }\n\n  object ListTransformJobsRequest {\n    @inline\n    def apply(\n        CreationTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreationTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeAfter: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTimeBefore: js.UndefOr[Timestamp] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[NameContains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        StatusEquals: js.UndefOr[TransformJobStatus] = js.undefined\n    ): ListTransformJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationTimeAfter.foreach(__v => __obj.updateDynamic(\"CreationTimeAfter\")(__v.asInstanceOf[js.Any]))\n      CreationTimeBefore.foreach(__v => __obj.updateDynamic(\"CreationTimeBefore\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeAfter.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeAfter\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTimeBefore.foreach(__v => __obj.updateDynamic(\"LastModifiedTimeBefore\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTransformJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTransformJobsResponse extends js.Object {\n    var TransformJobSummaries: TransformJobSummaries\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTransformJobsResponse {\n    @inline\n    def apply(\n        TransformJobSummaries: TransformJobSummaries,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTransformJobsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TransformJobSummaries\" -> TransformJobSummaries.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTransformJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTrialComponentsRequest extends js.Object {\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortTrialComponentsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var SourceArn: js.UndefOr[String256]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object ListTrialComponentsRequest {\n    @inline\n    def apply(\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortTrialComponentsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        SourceArn: js.UndefOr[String256] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): ListTrialComponentsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrialComponentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTrialComponentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TrialComponentSummaries: js.UndefOr[TrialComponentSummaries]\n  }\n\n  object ListTrialComponentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TrialComponentSummaries: js.UndefOr[TrialComponentSummaries] = js.undefined\n    ): ListTrialComponentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TrialComponentSummaries.foreach(__v => __obj.updateDynamic(\"TrialComponentSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrialComponentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTrialsRequest extends js.Object {\n    var CreatedAfter: js.UndefOr[Timestamp]\n    var CreatedBefore: js.UndefOr[Timestamp]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortTrialsBy]\n    var SortOrder: js.UndefOr[SortOrder]\n    var TrialComponentName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object ListTrialsRequest {\n    @inline\n    def apply(\n        CreatedAfter: js.UndefOr[Timestamp] = js.undefined,\n        CreatedBefore: js.UndefOr[Timestamp] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortTrialsBy] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        TrialComponentName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): ListTrialsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreatedAfter.foreach(__v => __obj.updateDynamic(\"CreatedAfter\")(__v.asInstanceOf[js.Any]))\n      CreatedBefore.foreach(__v => __obj.updateDynamic(\"CreatedBefore\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      TrialComponentName.foreach(__v => __obj.updateDynamic(\"TrialComponentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrialsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTrialsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TrialSummaries: js.UndefOr[TrialSummaries]\n  }\n\n  object ListTrialsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TrialSummaries: js.UndefOr[TrialSummaries] = js.undefined\n    ): ListTrialsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TrialSummaries.foreach(__v => __obj.updateDynamic(\"TrialSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTrialsResponse]\n    }\n  }\n\n  @js.native\n  trait ListUserProfilesRequest extends js.Object {\n    var DomainIdEquals: js.UndefOr[DomainId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[UserProfileSortKey]\n    var SortOrder: js.UndefOr[SortOrder]\n    var UserProfileNameContains: js.UndefOr[UserProfileName]\n  }\n\n  object ListUserProfilesRequest {\n    @inline\n    def apply(\n        DomainIdEquals: js.UndefOr[DomainId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[UserProfileSortKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined,\n        UserProfileNameContains: js.UndefOr[UserProfileName] = js.undefined\n    ): ListUserProfilesRequest = {\n      val __obj = js.Dynamic.literal()\n      DomainIdEquals.foreach(__v => __obj.updateDynamic(\"DomainIdEquals\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      UserProfileNameContains.foreach(__v => __obj.updateDynamic(\"UserProfileNameContains\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserProfilesRequest]\n    }\n  }\n\n  @js.native\n  trait ListUserProfilesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var UserProfiles: js.UndefOr[UserProfileList]\n  }\n\n  object ListUserProfilesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        UserProfiles: js.UndefOr[UserProfileList] = js.undefined\n    ): ListUserProfilesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UserProfiles.foreach(__v => __obj.updateDynamic(\"UserProfiles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUserProfilesResponse]\n    }\n  }\n\n  @js.native\n  trait ListWorkforcesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[WorkforceName]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListWorkforcesSortByOptions]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListWorkforcesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[WorkforceName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListWorkforcesSortByOptions] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListWorkforcesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkforcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListWorkforcesResponse extends js.Object {\n    var Workforces: Workforces\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListWorkforcesResponse {\n    @inline\n    def apply(\n        Workforces: Workforces,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListWorkforcesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workforces\" -> Workforces.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkforcesResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListWorkforcesSortByOptions extends js.Any\n  object ListWorkforcesSortByOptions {\n    val Name = \"Name\".asInstanceOf[ListWorkforcesSortByOptions]\n    val CreateDate = \"CreateDate\".asInstanceOf[ListWorkforcesSortByOptions]\n\n    @inline def values = js.Array(Name, CreateDate)\n  }\n\n  @js.native\n  trait ListWorkteamsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[WorkteamName]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[ListWorkteamsSortByOptions]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListWorkteamsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[WorkteamName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[ListWorkteamsSortByOptions] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListWorkteamsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkteamsRequest]\n    }\n  }\n\n  @js.native\n  trait ListWorkteamsResponse extends js.Object {\n    var Workteams: Workteams\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListWorkteamsResponse {\n    @inline\n    def apply(\n        Workteams: Workteams,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListWorkteamsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workteams\" -> Workteams.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkteamsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ListWorkteamsSortByOptions extends js.Any\n  object ListWorkteamsSortByOptions {\n    val Name = \"Name\".asInstanceOf[ListWorkteamsSortByOptions]\n    val CreateDate = \"CreateDate\".asInstanceOf[ListWorkteamsSortByOptions]\n\n    @inline def values = js.Array(Name, CreateDate)\n  }\n\n  \/** Defines an Amazon Cognito or your own OIDC IdP user group that is part of a work team.\n    *\/\n  @js.native\n  trait MemberDefinition extends js.Object {\n    var CognitoMemberDefinition: js.UndefOr[CognitoMemberDefinition]\n    var OidcMemberDefinition: js.UndefOr[OidcMemberDefinition]\n  }\n\n  object MemberDefinition {\n    @inline\n    def apply(\n        CognitoMemberDefinition: js.UndefOr[CognitoMemberDefinition] = js.undefined,\n        OidcMemberDefinition: js.UndefOr[OidcMemberDefinition] = js.undefined\n    ): MemberDefinition = {\n      val __obj = js.Dynamic.literal()\n      CognitoMemberDefinition.foreach(__v => __obj.updateDynamic(\"CognitoMemberDefinition\")(__v.asInstanceOf[js.Any]))\n      OidcMemberDefinition.foreach(__v => __obj.updateDynamic(\"OidcMemberDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberDefinition]\n    }\n  }\n\n  \/** Metadata properties of the tracking entity, trial, or trial component.\n    *\/\n  @js.native\n  trait MetadataProperties extends js.Object {\n    var CommitId: js.UndefOr[MetadataPropertyValue]\n    var GeneratedBy: js.UndefOr[MetadataPropertyValue]\n    var ProjectId: js.UndefOr[MetadataPropertyValue]\n    var Repository: js.UndefOr[MetadataPropertyValue]\n  }\n\n  object MetadataProperties {\n    @inline\n    def apply(\n        CommitId: js.UndefOr[MetadataPropertyValue] = js.undefined,\n        GeneratedBy: js.UndefOr[MetadataPropertyValue] = js.undefined,\n        ProjectId: js.UndefOr[MetadataPropertyValue] = js.undefined,\n        Repository: js.UndefOr[MetadataPropertyValue] = js.undefined\n    ): MetadataProperties = {\n      val __obj = js.Dynamic.literal()\n      CommitId.foreach(__v => __obj.updateDynamic(\"CommitId\")(__v.asInstanceOf[js.Any]))\n      GeneratedBy.foreach(__v => __obj.updateDynamic(\"GeneratedBy\")(__v.asInstanceOf[js.Any]))\n      ProjectId.foreach(__v => __obj.updateDynamic(\"ProjectId\")(__v.asInstanceOf[js.Any]))\n      Repository.foreach(__v => __obj.updateDynamic(\"Repository\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetadataProperties]\n    }\n  }\n\n  \/** The name, value, and date and time of a metric that was emitted to Amazon CloudWatch.\n    *\/\n  @js.native\n  trait MetricData extends js.Object {\n    var MetricName: js.UndefOr[MetricName]\n    var Timestamp: js.UndefOr[Timestamp]\n    var Value: js.UndefOr[Float]\n  }\n\n  object MetricData {\n    @inline\n    def apply(\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        Value: js.UndefOr[Float] = js.undefined\n    ): MetricData = {\n      val __obj = js.Dynamic.literal()\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricData]\n    }\n  }\n\n  \/** Specifies a metric that the training algorithm writes to <code>stderr<\/code> or <code>stdout<\/code> . Amazon SageMakerhyperparameter tuning captures all defined metrics. You specify one metric that a hyperparameter tuning job uses as its objective metric to choose the best training job.\n    *\/\n  @js.native\n  trait MetricDefinition extends js.Object {\n    var Name: MetricName\n    var Regex: MetricRegex\n  }\n\n  object MetricDefinition {\n    @inline\n    def apply(\n        Name: MetricName,\n        Regex: MetricRegex\n    ): MetricDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Regex\" -> Regex.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MetricDefinition]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait MetricsSource extends js.Object {\n    var ContentType: ContentType\n    var S3Uri: S3Uri\n    var ContentDigest: js.UndefOr[ContentDigest]\n  }\n\n  object MetricsSource {\n    @inline\n    def apply(\n        ContentType: ContentType,\n        S3Uri: S3Uri,\n        ContentDigest: js.UndefOr[ContentDigest] = js.undefined\n    ): MetricsSource = {\n      val __obj = js.Dynamic.literal(\n        \"ContentType\" -> ContentType.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      ContentDigest.foreach(__v => __obj.updateDynamic(\"ContentDigest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricsSource]\n    }\n  }\n\n  @js.native\n  sealed trait ModelApprovalStatus extends js.Any\n  object ModelApprovalStatus {\n    val Approved = \"Approved\".asInstanceOf[ModelApprovalStatus]\n    val Rejected = \"Rejected\".asInstanceOf[ModelApprovalStatus]\n    val PendingManualApproval = \"PendingManualApproval\".asInstanceOf[ModelApprovalStatus]\n\n    @inline def values = js.Array(Approved, Rejected, PendingManualApproval)\n  }\n\n  \/** Provides information about the location that is configured for storing model artifacts. Model artifacts are the output that results from training a model, and typically consist of trained parameters, a model defintion that desribes how to compute inferences, and other metadata.\n    *\/\n  @js.native\n  trait ModelArtifacts extends js.Object {\n    var S3ModelArtifacts: S3Uri\n  }\n\n  object ModelArtifacts {\n    @inline\n    def apply(\n        S3ModelArtifacts: S3Uri\n    ): ModelArtifacts = {\n      val __obj = js.Dynamic.literal(\n        \"S3ModelArtifacts\" -> S3ModelArtifacts.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelArtifacts]\n    }\n  }\n\n  \/** Docker container image configuration object for the model bias job.\n    *\/\n  @js.native\n  trait ModelBiasAppSpecification extends js.Object {\n    var ConfigUri: S3Uri\n    var ImageUri: ImageUri\n    var Environment: js.UndefOr[MonitoringEnvironmentMap]\n  }\n\n  object ModelBiasAppSpecification {\n    @inline\n    def apply(\n        ConfigUri: S3Uri,\n        ImageUri: ImageUri,\n        Environment: js.UndefOr[MonitoringEnvironmentMap] = js.undefined\n    ): ModelBiasAppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigUri\" -> ConfigUri.asInstanceOf[js.Any],\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelBiasAppSpecification]\n    }\n  }\n\n  \/** The configuration for a baseline model bias job.\n    *\/\n  @js.native\n  trait ModelBiasBaselineConfig extends js.Object {\n    var BaseliningJobName: js.UndefOr[ProcessingJobName]\n    var ConstraintsResource: js.UndefOr[MonitoringConstraintsResource]\n  }\n\n  object ModelBiasBaselineConfig {\n    @inline\n    def apply(\n        BaseliningJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ConstraintsResource: js.UndefOr[MonitoringConstraintsResource] = js.undefined\n    ): ModelBiasBaselineConfig = {\n      val __obj = js.Dynamic.literal()\n      BaseliningJobName.foreach(__v => __obj.updateDynamic(\"BaseliningJobName\")(__v.asInstanceOf[js.Any]))\n      ConstraintsResource.foreach(__v => __obj.updateDynamic(\"ConstraintsResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelBiasBaselineConfig]\n    }\n  }\n\n  \/** Inputs for the model bias job.\n    *\/\n  @js.native\n  trait ModelBiasJobInput extends js.Object {\n    var EndpointInput: EndpointInput\n    var GroundTruthS3Input: MonitoringGroundTruthS3Input\n  }\n\n  object ModelBiasJobInput {\n    @inline\n    def apply(\n        EndpointInput: EndpointInput,\n        GroundTruthS3Input: MonitoringGroundTruthS3Input\n    ): ModelBiasJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointInput\" -> EndpointInput.asInstanceOf[js.Any],\n        \"GroundTruthS3Input\" -> GroundTruthS3Input.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelBiasJobInput]\n    }\n  }\n\n  @js.native\n  sealed trait ModelCacheSetting extends js.Any\n  object ModelCacheSetting {\n    val Enabled = \"Enabled\".asInstanceOf[ModelCacheSetting]\n    val Disabled = \"Disabled\".asInstanceOf[ModelCacheSetting]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** Configures the timeout and maximum number of retries for processing a transform job invocation.\n    *\/\n  @js.native\n  trait ModelClientConfig extends js.Object {\n    var InvocationsMaxRetries: js.UndefOr[InvocationsMaxRetries]\n    var InvocationsTimeoutInSeconds: js.UndefOr[InvocationsTimeoutInSeconds]\n  }\n\n  object ModelClientConfig {\n    @inline\n    def apply(\n        InvocationsMaxRetries: js.UndefOr[InvocationsMaxRetries] = js.undefined,\n        InvocationsTimeoutInSeconds: js.UndefOr[InvocationsTimeoutInSeconds] = js.undefined\n    ): ModelClientConfig = {\n      val __obj = js.Dynamic.literal()\n      InvocationsMaxRetries.foreach(__v => __obj.updateDynamic(\"InvocationsMaxRetries\")(__v.asInstanceOf[js.Any]))\n      InvocationsTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"InvocationsTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelClientConfig]\n    }\n  }\n\n  \/** Data quality constraints and statistics for a model.\n    *\/\n  @js.native\n  trait ModelDataQuality extends js.Object {\n    var Constraints: js.UndefOr[MetricsSource]\n    var Statistics: js.UndefOr[MetricsSource]\n  }\n\n  object ModelDataQuality {\n    @inline\n    def apply(\n        Constraints: js.UndefOr[MetricsSource] = js.undefined,\n        Statistics: js.UndefOr[MetricsSource] = js.undefined\n    ): ModelDataQuality = {\n      val __obj = js.Dynamic.literal()\n      Constraints.foreach(__v => __obj.updateDynamic(\"Constraints\")(__v.asInstanceOf[js.Any]))\n      Statistics.foreach(__v => __obj.updateDynamic(\"Statistics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelDataQuality]\n    }\n  }\n\n  \/** Provides information to verify the integrity of stored model artifacts.\n    *\/\n  @js.native\n  trait ModelDigests extends js.Object {\n    var ArtifactDigest: js.UndefOr[ArtifactDigest]\n  }\n\n  object ModelDigests {\n    @inline\n    def apply(\n        ArtifactDigest: js.UndefOr[ArtifactDigest] = js.undefined\n    ): ModelDigests = {\n      val __obj = js.Dynamic.literal()\n      ArtifactDigest.foreach(__v => __obj.updateDynamic(\"ArtifactDigest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelDigests]\n    }\n  }\n\n  \/** Docker container image configuration object for the model explainability job.\n    *\/\n  @js.native\n  trait ModelExplainabilityAppSpecification extends js.Object {\n    var ConfigUri: S3Uri\n    var ImageUri: ImageUri\n    var Environment: js.UndefOr[MonitoringEnvironmentMap]\n  }\n\n  object ModelExplainabilityAppSpecification {\n    @inline\n    def apply(\n        ConfigUri: S3Uri,\n        ImageUri: ImageUri,\n        Environment: js.UndefOr[MonitoringEnvironmentMap] = js.undefined\n    ): ModelExplainabilityAppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigUri\" -> ConfigUri.asInstanceOf[js.Any],\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelExplainabilityAppSpecification]\n    }\n  }\n\n  \/** The configuration for a baseline model explainability job.\n    *\/\n  @js.native\n  trait ModelExplainabilityBaselineConfig extends js.Object {\n    var BaseliningJobName: js.UndefOr[ProcessingJobName]\n    var ConstraintsResource: js.UndefOr[MonitoringConstraintsResource]\n  }\n\n  object ModelExplainabilityBaselineConfig {\n    @inline\n    def apply(\n        BaseliningJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ConstraintsResource: js.UndefOr[MonitoringConstraintsResource] = js.undefined\n    ): ModelExplainabilityBaselineConfig = {\n      val __obj = js.Dynamic.literal()\n      BaseliningJobName.foreach(__v => __obj.updateDynamic(\"BaseliningJobName\")(__v.asInstanceOf[js.Any]))\n      ConstraintsResource.foreach(__v => __obj.updateDynamic(\"ConstraintsResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelExplainabilityBaselineConfig]\n    }\n  }\n\n  \/** Inputs for the model explainability job.\n    *\/\n  @js.native\n  trait ModelExplainabilityJobInput extends js.Object {\n    var EndpointInput: EndpointInput\n  }\n\n  object ModelExplainabilityJobInput {\n    @inline\n    def apply(\n        EndpointInput: EndpointInput\n    ): ModelExplainabilityJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointInput\" -> EndpointInput.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelExplainabilityJobInput]\n    }\n  }\n\n  \/** Contains metrics captured from a model.\n    *\/\n  @js.native\n  trait ModelMetrics extends js.Object {\n    var Bias: js.UndefOr[Bias]\n    var Explainability: js.UndefOr[Explainability]\n    var ModelDataQuality: js.UndefOr[ModelDataQuality]\n    var ModelQuality: js.UndefOr[ModelQuality]\n  }\n\n  object ModelMetrics {\n    @inline\n    def apply(\n        Bias: js.UndefOr[Bias] = js.undefined,\n        Explainability: js.UndefOr[Explainability] = js.undefined,\n        ModelDataQuality: js.UndefOr[ModelDataQuality] = js.undefined,\n        ModelQuality: js.UndefOr[ModelQuality] = js.undefined\n    ): ModelMetrics = {\n      val __obj = js.Dynamic.literal()\n      Bias.foreach(__v => __obj.updateDynamic(\"Bias\")(__v.asInstanceOf[js.Any]))\n      Explainability.foreach(__v => __obj.updateDynamic(\"Explainability\")(__v.asInstanceOf[js.Any]))\n      ModelDataQuality.foreach(__v => __obj.updateDynamic(\"ModelDataQuality\")(__v.asInstanceOf[js.Any]))\n      ModelQuality.foreach(__v => __obj.updateDynamic(\"ModelQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelMetrics]\n    }\n  }\n\n  \/** A versioned model that can be deployed for SageMaker inference.\n    *\/\n  @js.native\n  trait ModelPackage extends js.Object {\n    var ApprovalDescription: js.UndefOr[ApprovalDescription]\n    var CertifyForMarketplace: js.UndefOr[CertifyForMarketplace]\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[CreationTime]\n    var InferenceSpecification: js.UndefOr[InferenceSpecification]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var ModelApprovalStatus: js.UndefOr[ModelApprovalStatus]\n    var ModelMetrics: js.UndefOr[ModelMetrics]\n    var ModelPackageArn: js.UndefOr[ModelPackageArn]\n    var ModelPackageDescription: js.UndefOr[EntityDescription]\n    var ModelPackageGroupName: js.UndefOr[EntityName]\n    var ModelPackageName: js.UndefOr[EntityName]\n    var ModelPackageStatus: js.UndefOr[ModelPackageStatus]\n    var ModelPackageStatusDetails: js.UndefOr[ModelPackageStatusDetails]\n    var ModelPackageVersion: js.UndefOr[ModelPackageVersion]\n    var SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification]\n    var Tags: js.UndefOr[TagList]\n    var ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification]\n  }\n\n  object ModelPackage {\n    @inline\n    def apply(\n        ApprovalDescription: js.UndefOr[ApprovalDescription] = js.undefined,\n        CertifyForMarketplace: js.UndefOr[CertifyForMarketplace] = js.undefined,\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        InferenceSpecification: js.UndefOr[InferenceSpecification] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        ModelApprovalStatus: js.UndefOr[ModelApprovalStatus] = js.undefined,\n        ModelMetrics: js.UndefOr[ModelMetrics] = js.undefined,\n        ModelPackageArn: js.UndefOr[ModelPackageArn] = js.undefined,\n        ModelPackageDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageStatus: js.UndefOr[ModelPackageStatus] = js.undefined,\n        ModelPackageStatusDetails: js.UndefOr[ModelPackageStatusDetails] = js.undefined,\n        ModelPackageVersion: js.UndefOr[ModelPackageVersion] = js.undefined,\n        SourceAlgorithmSpecification: js.UndefOr[SourceAlgorithmSpecification] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ValidationSpecification: js.UndefOr[ModelPackageValidationSpecification] = js.undefined\n    ): ModelPackage = {\n      val __obj = js.Dynamic.literal()\n      ApprovalDescription.foreach(__v => __obj.updateDynamic(\"ApprovalDescription\")(__v.asInstanceOf[js.Any]))\n      CertifyForMarketplace.foreach(__v => __obj.updateDynamic(\"CertifyForMarketplace\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      InferenceSpecification.foreach(__v => __obj.updateDynamic(\"InferenceSpecification\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      ModelApprovalStatus.foreach(__v => __obj.updateDynamic(\"ModelApprovalStatus\")(__v.asInstanceOf[js.Any]))\n      ModelMetrics.foreach(__v => __obj.updateDynamic(\"ModelMetrics\")(__v.asInstanceOf[js.Any]))\n      ModelPackageArn.foreach(__v => __obj.updateDynamic(\"ModelPackageArn\")(__v.asInstanceOf[js.Any]))\n      ModelPackageDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageDescription\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageName.foreach(__v => __obj.updateDynamic(\"ModelPackageName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageStatus.foreach(__v => __obj.updateDynamic(\"ModelPackageStatus\")(__v.asInstanceOf[js.Any]))\n      ModelPackageStatusDetails.foreach(__v => __obj.updateDynamic(\"ModelPackageStatusDetails\")(__v.asInstanceOf[js.Any]))\n      ModelPackageVersion.foreach(__v => __obj.updateDynamic(\"ModelPackageVersion\")(__v.asInstanceOf[js.Any]))\n      SourceAlgorithmSpecification.foreach(__v => __obj.updateDynamic(\"SourceAlgorithmSpecification\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ValidationSpecification.foreach(__v => __obj.updateDynamic(\"ValidationSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackage]\n    }\n  }\n\n  \/** Describes the Docker container for the model package.\n    *\/\n  @js.native\n  trait ModelPackageContainerDefinition extends js.Object {\n    var Image: ContainerImage\n    var ContainerHostname: js.UndefOr[ContainerHostname]\n    var ImageDigest: js.UndefOr[ImageDigest]\n    var ModelDataUrl: js.UndefOr[Url]\n    var ProductId: js.UndefOr[ProductId]\n  }\n\n  object ModelPackageContainerDefinition {\n    @inline\n    def apply(\n        Image: ContainerImage,\n        ContainerHostname: js.UndefOr[ContainerHostname] = js.undefined,\n        ImageDigest: js.UndefOr[ImageDigest] = js.undefined,\n        ModelDataUrl: js.UndefOr[Url] = js.undefined,\n        ProductId: js.UndefOr[ProductId] = js.undefined\n    ): ModelPackageContainerDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      ContainerHostname.foreach(__v => __obj.updateDynamic(\"ContainerHostname\")(__v.asInstanceOf[js.Any]))\n      ImageDigest.foreach(__v => __obj.updateDynamic(\"ImageDigest\")(__v.asInstanceOf[js.Any]))\n      ModelDataUrl.foreach(__v => __obj.updateDynamic(\"ModelDataUrl\")(__v.asInstanceOf[js.Any]))\n      ProductId.foreach(__v => __obj.updateDynamic(\"ProductId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageContainerDefinition]\n    }\n  }\n\n  \/** A group of versioned models in the model registry.\n    *\/\n  @js.native\n  trait ModelPackageGroup extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[CreationTime]\n    var ModelPackageGroupArn: js.UndefOr[ModelPackageGroupArn]\n    var ModelPackageGroupDescription: js.UndefOr[EntityDescription]\n    var ModelPackageGroupName: js.UndefOr[EntityName]\n    var ModelPackageGroupStatus: js.UndefOr[ModelPackageGroupStatus]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ModelPackageGroup {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        ModelPackageGroupArn: js.UndefOr[ModelPackageGroupArn] = js.undefined,\n        ModelPackageGroupDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageGroupStatus: js.UndefOr[ModelPackageGroupStatus] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ModelPackageGroup = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupArn.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupArn\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupDescription\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupStatus.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupStatus\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageGroup]\n    }\n  }\n\n  @js.native\n  sealed trait ModelPackageGroupSortBy extends js.Any\n  object ModelPackageGroupSortBy {\n    val Name = \"Name\".asInstanceOf[ModelPackageGroupSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[ModelPackageGroupSortBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait ModelPackageGroupStatus extends js.Any\n  object ModelPackageGroupStatus {\n    val Pending = \"Pending\".asInstanceOf[ModelPackageGroupStatus]\n    val InProgress = \"InProgress\".asInstanceOf[ModelPackageGroupStatus]\n    val Completed = \"Completed\".asInstanceOf[ModelPackageGroupStatus]\n    val Failed = \"Failed\".asInstanceOf[ModelPackageGroupStatus]\n    val Deleting = \"Deleting\".asInstanceOf[ModelPackageGroupStatus]\n    val DeleteFailed = \"DeleteFailed\".asInstanceOf[ModelPackageGroupStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Completed, Failed, Deleting, DeleteFailed)\n  }\n\n  \/** Summary information about a model group.\n    *\/\n  @js.native\n  trait ModelPackageGroupSummary extends js.Object {\n    var CreationTime: CreationTime\n    var ModelPackageGroupArn: ModelPackageGroupArn\n    var ModelPackageGroupName: EntityName\n    var ModelPackageGroupStatus: ModelPackageGroupStatus\n    var ModelPackageGroupDescription: js.UndefOr[EntityDescription]\n  }\n\n  object ModelPackageGroupSummary {\n    @inline\n    def apply(\n        CreationTime: CreationTime,\n        ModelPackageGroupArn: ModelPackageGroupArn,\n        ModelPackageGroupName: EntityName,\n        ModelPackageGroupStatus: ModelPackageGroupStatus,\n        ModelPackageGroupDescription: js.UndefOr[EntityDescription] = js.undefined\n    ): ModelPackageGroupSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelPackageGroupArn\" -> ModelPackageGroupArn.asInstanceOf[js.Any],\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any],\n        \"ModelPackageGroupStatus\" -> ModelPackageGroupStatus.asInstanceOf[js.Any]\n      )\n\n      ModelPackageGroupDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageGroupSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ModelPackageSortBy extends js.Any\n  object ModelPackageSortBy {\n    val Name = \"Name\".asInstanceOf[ModelPackageSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[ModelPackageSortBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait ModelPackageStatus extends js.Any\n  object ModelPackageStatus {\n    val Pending = \"Pending\".asInstanceOf[ModelPackageStatus]\n    val InProgress = \"InProgress\".asInstanceOf[ModelPackageStatus]\n    val Completed = \"Completed\".asInstanceOf[ModelPackageStatus]\n    val Failed = \"Failed\".asInstanceOf[ModelPackageStatus]\n    val Deleting = \"Deleting\".asInstanceOf[ModelPackageStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Completed, Failed, Deleting)\n  }\n\n  \/** Specifies the validation and image scan statuses of the model package.\n    *\/\n  @js.native\n  trait ModelPackageStatusDetails extends js.Object {\n    var ValidationStatuses: ModelPackageStatusItemList\n    var ImageScanStatuses: js.UndefOr[ModelPackageStatusItemList]\n  }\n\n  object ModelPackageStatusDetails {\n    @inline\n    def apply(\n        ValidationStatuses: ModelPackageStatusItemList,\n        ImageScanStatuses: js.UndefOr[ModelPackageStatusItemList] = js.undefined\n    ): ModelPackageStatusDetails = {\n      val __obj = js.Dynamic.literal(\n        \"ValidationStatuses\" -> ValidationStatuses.asInstanceOf[js.Any]\n      )\n\n      ImageScanStatuses.foreach(__v => __obj.updateDynamic(\"ImageScanStatuses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageStatusDetails]\n    }\n  }\n\n  \/** Represents the overall status of a model package.\n    *\/\n  @js.native\n  trait ModelPackageStatusItem extends js.Object {\n    var Name: EntityName\n    var Status: DetailedModelPackageStatus\n    var FailureReason: js.UndefOr[String]\n  }\n\n  object ModelPackageStatusItem {\n    @inline\n    def apply(\n        Name: EntityName,\n        Status: DetailedModelPackageStatus,\n        FailureReason: js.UndefOr[String] = js.undefined\n    ): ModelPackageStatusItem = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageStatusItem]\n    }\n  }\n\n  \/** Provides summary information about a model package.\n    *\/\n  @js.native\n  trait ModelPackageSummary extends js.Object {\n    var CreationTime: CreationTime\n    var ModelPackageArn: ModelPackageArn\n    var ModelPackageName: EntityName\n    var ModelPackageStatus: ModelPackageStatus\n    var ModelApprovalStatus: js.UndefOr[ModelApprovalStatus]\n    var ModelPackageDescription: js.UndefOr[EntityDescription]\n    var ModelPackageGroupName: js.UndefOr[EntityName]\n    var ModelPackageVersion: js.UndefOr[ModelPackageVersion]\n  }\n\n  object ModelPackageSummary {\n    @inline\n    def apply(\n        CreationTime: CreationTime,\n        ModelPackageArn: ModelPackageArn,\n        ModelPackageName: EntityName,\n        ModelPackageStatus: ModelPackageStatus,\n        ModelApprovalStatus: js.UndefOr[ModelApprovalStatus] = js.undefined,\n        ModelPackageDescription: js.UndefOr[EntityDescription] = js.undefined,\n        ModelPackageGroupName: js.UndefOr[EntityName] = js.undefined,\n        ModelPackageVersion: js.UndefOr[ModelPackageVersion] = js.undefined\n    ): ModelPackageSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelPackageArn\" -> ModelPackageArn.asInstanceOf[js.Any],\n        \"ModelPackageName\" -> ModelPackageName.asInstanceOf[js.Any],\n        \"ModelPackageStatus\" -> ModelPackageStatus.asInstanceOf[js.Any]\n      )\n\n      ModelApprovalStatus.foreach(__v => __obj.updateDynamic(\"ModelApprovalStatus\")(__v.asInstanceOf[js.Any]))\n      ModelPackageDescription.foreach(__v => __obj.updateDynamic(\"ModelPackageDescription\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroupName.foreach(__v => __obj.updateDynamic(\"ModelPackageGroupName\")(__v.asInstanceOf[js.Any]))\n      ModelPackageVersion.foreach(__v => __obj.updateDynamic(\"ModelPackageVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelPackageSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ModelPackageType extends js.Any\n  object ModelPackageType {\n    val Versioned = \"Versioned\".asInstanceOf[ModelPackageType]\n    val Unversioned = \"Unversioned\".asInstanceOf[ModelPackageType]\n    val Both = \"Both\".asInstanceOf[ModelPackageType]\n\n    @inline def values = js.Array(Versioned, Unversioned, Both)\n  }\n\n  \/** Contains data, such as the inputs and targeted instance types that are used in the process of validating the model package. The data provided in the validation profile is made available to your buyers on AWS Marketplace.\n    *\/\n  @js.native\n  trait ModelPackageValidationProfile extends js.Object {\n    var ProfileName: EntityName\n    var TransformJobDefinition: TransformJobDefinition\n  }\n\n  object ModelPackageValidationProfile {\n    @inline\n    def apply(\n        ProfileName: EntityName,\n        TransformJobDefinition: TransformJobDefinition\n    ): ModelPackageValidationProfile = {\n      val __obj = js.Dynamic.literal(\n        \"ProfileName\" -> ProfileName.asInstanceOf[js.Any],\n        \"TransformJobDefinition\" -> TransformJobDefinition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelPackageValidationProfile]\n    }\n  }\n\n  \/** Specifies batch transform jobs that Amazon SageMaker runs to validate your model package.\n    *\/\n  @js.native\n  trait ModelPackageValidationSpecification extends js.Object {\n    var ValidationProfiles: ModelPackageValidationProfiles\n    var ValidationRole: RoleArn\n  }\n\n  object ModelPackageValidationSpecification {\n    @inline\n    def apply(\n        ValidationProfiles: ModelPackageValidationProfiles,\n        ValidationRole: RoleArn\n    ): ModelPackageValidationSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ValidationProfiles\" -> ValidationProfiles.asInstanceOf[js.Any],\n        \"ValidationRole\" -> ValidationRole.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelPackageValidationSpecification]\n    }\n  }\n\n  \/** Model quality statistics and constraints.\n    *\/\n  @js.native\n  trait ModelQuality extends js.Object {\n    var Constraints: js.UndefOr[MetricsSource]\n    var Statistics: js.UndefOr[MetricsSource]\n  }\n\n  object ModelQuality {\n    @inline\n    def apply(\n        Constraints: js.UndefOr[MetricsSource] = js.undefined,\n        Statistics: js.UndefOr[MetricsSource] = js.undefined\n    ): ModelQuality = {\n      val __obj = js.Dynamic.literal()\n      Constraints.foreach(__v => __obj.updateDynamic(\"Constraints\")(__v.asInstanceOf[js.Any]))\n      Statistics.foreach(__v => __obj.updateDynamic(\"Statistics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelQuality]\n    }\n  }\n\n  \/** Container image configuration object for the monitoring job.\n    *\/\n  @js.native\n  trait ModelQualityAppSpecification extends js.Object {\n    var ImageUri: ImageUri\n    var ContainerArguments: js.UndefOr[MonitoringContainerArguments]\n    var ContainerEntrypoint: js.UndefOr[ContainerEntrypoint]\n    var Environment: js.UndefOr[MonitoringEnvironmentMap]\n    var PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri]\n    var ProblemType: js.UndefOr[MonitoringProblemType]\n    var RecordPreprocessorSourceUri: js.UndefOr[S3Uri]\n  }\n\n  object ModelQualityAppSpecification {\n    @inline\n    def apply(\n        ImageUri: ImageUri,\n        ContainerArguments: js.UndefOr[MonitoringContainerArguments] = js.undefined,\n        ContainerEntrypoint: js.UndefOr[ContainerEntrypoint] = js.undefined,\n        Environment: js.UndefOr[MonitoringEnvironmentMap] = js.undefined,\n        PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri] = js.undefined,\n        ProblemType: js.UndefOr[MonitoringProblemType] = js.undefined,\n        RecordPreprocessorSourceUri: js.UndefOr[S3Uri] = js.undefined\n    ): ModelQualityAppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      ContainerArguments.foreach(__v => __obj.updateDynamic(\"ContainerArguments\")(__v.asInstanceOf[js.Any]))\n      ContainerEntrypoint.foreach(__v => __obj.updateDynamic(\"ContainerEntrypoint\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      PostAnalyticsProcessorSourceUri.foreach(__v => __obj.updateDynamic(\"PostAnalyticsProcessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      ProblemType.foreach(__v => __obj.updateDynamic(\"ProblemType\")(__v.asInstanceOf[js.Any]))\n      RecordPreprocessorSourceUri.foreach(__v => __obj.updateDynamic(\"RecordPreprocessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelQualityAppSpecification]\n    }\n  }\n\n  \/** Configuration for monitoring constraints and monitoring statistics. These baseline resources are compared against the results of the current job from the series of jobs scheduled to collect data periodically.\n    *\/\n  @js.native\n  trait ModelQualityBaselineConfig extends js.Object {\n    var BaseliningJobName: js.UndefOr[ProcessingJobName]\n    var ConstraintsResource: js.UndefOr[MonitoringConstraintsResource]\n  }\n\n  object ModelQualityBaselineConfig {\n    @inline\n    def apply(\n        BaseliningJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ConstraintsResource: js.UndefOr[MonitoringConstraintsResource] = js.undefined\n    ): ModelQualityBaselineConfig = {\n      val __obj = js.Dynamic.literal()\n      BaseliningJobName.foreach(__v => __obj.updateDynamic(\"BaseliningJobName\")(__v.asInstanceOf[js.Any]))\n      ConstraintsResource.foreach(__v => __obj.updateDynamic(\"ConstraintsResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelQualityBaselineConfig]\n    }\n  }\n\n  \/** The input for the model quality monitoring job. Currently endponts are supported for input for model quality monitoring jobs.\n    *\/\n  @js.native\n  trait ModelQualityJobInput extends js.Object {\n    var EndpointInput: EndpointInput\n    var GroundTruthS3Input: MonitoringGroundTruthS3Input\n  }\n\n  object ModelQualityJobInput {\n    @inline\n    def apply(\n        EndpointInput: EndpointInput,\n        GroundTruthS3Input: MonitoringGroundTruthS3Input\n    ): ModelQualityJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointInput\" -> EndpointInput.asInstanceOf[js.Any],\n        \"GroundTruthS3Input\" -> GroundTruthS3Input.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelQualityJobInput]\n    }\n  }\n\n  @js.native\n  sealed trait ModelSortKey extends js.Any\n  object ModelSortKey {\n    val Name = \"Name\".asInstanceOf[ModelSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[ModelSortKey]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  \/** Metadata for Model steps.\n    *\/\n  @js.native\n  trait ModelStepMetadata extends js.Object {\n    var Arn: js.UndefOr[String256]\n  }\n\n  object ModelStepMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String256] = js.undefined\n    ): ModelStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelStepMetadata]\n    }\n  }\n\n  \/** Provides summary information about a model.\n    *\/\n  @js.native\n  trait ModelSummary extends js.Object {\n    var CreationTime: Timestamp\n    var ModelArn: ModelArn\n    var ModelName: ModelName\n  }\n\n  object ModelSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ModelArn: ModelArn,\n        ModelName: ModelName\n    ): ModelSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ModelArn\" -> ModelArn.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModelSummary]\n    }\n  }\n\n  \/** Container image configuration object for the monitoring job.\n    *\/\n  @js.native\n  trait MonitoringAppSpecification extends js.Object {\n    var ImageUri: ImageUri\n    var ContainerArguments: js.UndefOr[MonitoringContainerArguments]\n    var ContainerEntrypoint: js.UndefOr[ContainerEntrypoint]\n    var PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri]\n    var RecordPreprocessorSourceUri: js.UndefOr[S3Uri]\n  }\n\n  object MonitoringAppSpecification {\n    @inline\n    def apply(\n        ImageUri: ImageUri,\n        ContainerArguments: js.UndefOr[MonitoringContainerArguments] = js.undefined,\n        ContainerEntrypoint: js.UndefOr[ContainerEntrypoint] = js.undefined,\n        PostAnalyticsProcessorSourceUri: js.UndefOr[S3Uri] = js.undefined,\n        RecordPreprocessorSourceUri: js.UndefOr[S3Uri] = js.undefined\n    ): MonitoringAppSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"ImageUri\" -> ImageUri.asInstanceOf[js.Any]\n      )\n\n      ContainerArguments.foreach(__v => __obj.updateDynamic(\"ContainerArguments\")(__v.asInstanceOf[js.Any]))\n      ContainerEntrypoint.foreach(__v => __obj.updateDynamic(\"ContainerEntrypoint\")(__v.asInstanceOf[js.Any]))\n      PostAnalyticsProcessorSourceUri.foreach(__v => __obj.updateDynamic(\"PostAnalyticsProcessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      RecordPreprocessorSourceUri.foreach(__v => __obj.updateDynamic(\"RecordPreprocessorSourceUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringAppSpecification]\n    }\n  }\n\n  \/** Configuration for monitoring constraints and monitoring statistics. These baseline resources are compared against the results of the current job from the series of jobs scheduled to collect data periodically.\n    *\/\n  @js.native\n  trait MonitoringBaselineConfig extends js.Object {\n    var BaseliningJobName: js.UndefOr[ProcessingJobName]\n    var ConstraintsResource: js.UndefOr[MonitoringConstraintsResource]\n    var StatisticsResource: js.UndefOr[MonitoringStatisticsResource]\n  }\n\n  object MonitoringBaselineConfig {\n    @inline\n    def apply(\n        BaseliningJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ConstraintsResource: js.UndefOr[MonitoringConstraintsResource] = js.undefined,\n        StatisticsResource: js.UndefOr[MonitoringStatisticsResource] = js.undefined\n    ): MonitoringBaselineConfig = {\n      val __obj = js.Dynamic.literal()\n      BaseliningJobName.foreach(__v => __obj.updateDynamic(\"BaseliningJobName\")(__v.asInstanceOf[js.Any]))\n      ConstraintsResource.foreach(__v => __obj.updateDynamic(\"ConstraintsResource\")(__v.asInstanceOf[js.Any]))\n      StatisticsResource.foreach(__v => __obj.updateDynamic(\"StatisticsResource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringBaselineConfig]\n    }\n  }\n\n  \/** Configuration for the cluster used to run model monitoring jobs.\n    *\/\n  @js.native\n  trait MonitoringClusterConfig extends js.Object {\n    var InstanceCount: ProcessingInstanceCount\n    var InstanceType: ProcessingInstanceType\n    var VolumeSizeInGB: ProcessingVolumeSizeInGB\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object MonitoringClusterConfig {\n    @inline\n    def apply(\n        InstanceCount: ProcessingInstanceCount,\n        InstanceType: ProcessingInstanceType,\n        VolumeSizeInGB: ProcessingVolumeSizeInGB,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): MonitoringClusterConfig = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceCount\" -> InstanceCount.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"VolumeSizeInGB\" -> VolumeSizeInGB.asInstanceOf[js.Any]\n      )\n\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringClusterConfig]\n    }\n  }\n\n  \/** The constraints resource for a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringConstraintsResource extends js.Object {\n    var S3Uri: js.UndefOr[S3Uri]\n  }\n\n  object MonitoringConstraintsResource {\n    @inline\n    def apply(\n        S3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): MonitoringConstraintsResource = {\n      val __obj = js.Dynamic.literal()\n      S3Uri.foreach(__v => __obj.updateDynamic(\"S3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringConstraintsResource]\n    }\n  }\n\n  @js.native\n  sealed trait MonitoringExecutionSortKey extends js.Any\n  object MonitoringExecutionSortKey {\n    val CreationTime = \"CreationTime\".asInstanceOf[MonitoringExecutionSortKey]\n    val ScheduledTime = \"ScheduledTime\".asInstanceOf[MonitoringExecutionSortKey]\n    val Status = \"Status\".asInstanceOf[MonitoringExecutionSortKey]\n\n    @inline def values = js.Array(CreationTime, ScheduledTime, Status)\n  }\n\n  \/** Summary of information about the last monitoring job to run.\n    *\/\n  @js.native\n  trait MonitoringExecutionSummary extends js.Object {\n    var CreationTime: Timestamp\n    var LastModifiedTime: Timestamp\n    var MonitoringExecutionStatus: ExecutionStatus\n    var MonitoringScheduleName: MonitoringScheduleName\n    var ScheduledTime: Timestamp\n    var EndpointName: js.UndefOr[EndpointName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName]\n    var MonitoringType: js.UndefOr[MonitoringType]\n    var ProcessingJobArn: js.UndefOr[ProcessingJobArn]\n  }\n\n  object MonitoringExecutionSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        LastModifiedTime: Timestamp,\n        MonitoringExecutionStatus: ExecutionStatus,\n        MonitoringScheduleName: MonitoringScheduleName,\n        ScheduledTime: Timestamp,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName] = js.undefined,\n        MonitoringType: js.UndefOr[MonitoringType] = js.undefined,\n        ProcessingJobArn: js.UndefOr[ProcessingJobArn] = js.undefined\n    ): MonitoringExecutionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"MonitoringExecutionStatus\" -> MonitoringExecutionStatus.asInstanceOf[js.Any],\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any],\n        \"ScheduledTime\" -> ScheduledTime.asInstanceOf[js.Any]\n      )\n\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      MonitoringJobDefinitionName.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      MonitoringType.foreach(__v => __obj.updateDynamic(\"MonitoringType\")(__v.asInstanceOf[js.Any]))\n      ProcessingJobArn.foreach(__v => __obj.updateDynamic(\"ProcessingJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringExecutionSummary]\n    }\n  }\n\n  \/** The ground truth labels for the dataset used for the monitoring job.\n    *\/\n  @js.native\n  trait MonitoringGroundTruthS3Input extends js.Object {\n    var S3Uri: js.UndefOr[MonitoringS3Uri]\n  }\n\n  object MonitoringGroundTruthS3Input {\n    @inline\n    def apply(\n        S3Uri: js.UndefOr[MonitoringS3Uri] = js.undefined\n    ): MonitoringGroundTruthS3Input = {\n      val __obj = js.Dynamic.literal()\n      S3Uri.foreach(__v => __obj.updateDynamic(\"S3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringGroundTruthS3Input]\n    }\n  }\n\n  \/** The inputs for a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringInput extends js.Object {\n    var EndpointInput: EndpointInput\n  }\n\n  object MonitoringInput {\n    @inline\n    def apply(\n        EndpointInput: EndpointInput\n    ): MonitoringInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointInput\" -> EndpointInput.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MonitoringInput]\n    }\n  }\n\n  \/** Defines the monitoring job.\n    *\/\n  @js.native\n  trait MonitoringJobDefinition extends js.Object {\n    var MonitoringAppSpecification: MonitoringAppSpecification\n    var MonitoringInputs: MonitoringInputs\n    var MonitoringOutputConfig: MonitoringOutputConfig\n    var MonitoringResources: MonitoringResources\n    var RoleArn: RoleArn\n    var BaselineConfig: js.UndefOr[MonitoringBaselineConfig]\n    var Environment: js.UndefOr[MonitoringEnvironmentMap]\n    var NetworkConfig: js.UndefOr[NetworkConfig]\n    var StoppingCondition: js.UndefOr[MonitoringStoppingCondition]\n  }\n\n  object MonitoringJobDefinition {\n    @inline\n    def apply(\n        MonitoringAppSpecification: MonitoringAppSpecification,\n        MonitoringInputs: MonitoringInputs,\n        MonitoringOutputConfig: MonitoringOutputConfig,\n        MonitoringResources: MonitoringResources,\n        RoleArn: RoleArn,\n        BaselineConfig: js.UndefOr[MonitoringBaselineConfig] = js.undefined,\n        Environment: js.UndefOr[MonitoringEnvironmentMap] = js.undefined,\n        NetworkConfig: js.UndefOr[NetworkConfig] = js.undefined,\n        StoppingCondition: js.UndefOr[MonitoringStoppingCondition] = js.undefined\n    ): MonitoringJobDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringAppSpecification\" -> MonitoringAppSpecification.asInstanceOf[js.Any],\n        \"MonitoringInputs\" -> MonitoringInputs.asInstanceOf[js.Any],\n        \"MonitoringOutputConfig\" -> MonitoringOutputConfig.asInstanceOf[js.Any],\n        \"MonitoringResources\" -> MonitoringResources.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      BaselineConfig.foreach(__v => __obj.updateDynamic(\"BaselineConfig\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringJobDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait MonitoringJobDefinitionSortKey extends js.Any\n  object MonitoringJobDefinitionSortKey {\n    val Name = \"Name\".asInstanceOf[MonitoringJobDefinitionSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[MonitoringJobDefinitionSortKey]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  \/** Summary information about a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringJobDefinitionSummary extends js.Object {\n    var CreationTime: Timestamp\n    var EndpointName: EndpointName\n    var MonitoringJobDefinitionArn: MonitoringJobDefinitionArn\n    var MonitoringJobDefinitionName: MonitoringJobDefinitionName\n  }\n\n  object MonitoringJobDefinitionSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        EndpointName: EndpointName,\n        MonitoringJobDefinitionArn: MonitoringJobDefinitionArn,\n        MonitoringJobDefinitionName: MonitoringJobDefinitionName\n    ): MonitoringJobDefinitionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any],\n        \"MonitoringJobDefinitionArn\" -> MonitoringJobDefinitionArn.asInstanceOf[js.Any],\n        \"MonitoringJobDefinitionName\" -> MonitoringJobDefinitionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MonitoringJobDefinitionSummary]\n    }\n  }\n\n  \/** The networking configuration for the monitoring job.\n    *\/\n  @js.native\n  trait MonitoringNetworkConfig extends js.Object {\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object MonitoringNetworkConfig {\n    @inline\n    def apply(\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): MonitoringNetworkConfig = {\n      val __obj = js.Dynamic.literal()\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringNetworkConfig]\n    }\n  }\n\n  \/** The output object for a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringOutput extends js.Object {\n    var S3Output: MonitoringS3Output\n  }\n\n  object MonitoringOutput {\n    @inline\n    def apply(\n        S3Output: MonitoringS3Output\n    ): MonitoringOutput = {\n      val __obj = js.Dynamic.literal(\n        \"S3Output\" -> S3Output.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MonitoringOutput]\n    }\n  }\n\n  \/** The output configuration for monitoring jobs.\n    *\/\n  @js.native\n  trait MonitoringOutputConfig extends js.Object {\n    var MonitoringOutputs: MonitoringOutputs\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object MonitoringOutputConfig {\n    @inline\n    def apply(\n        MonitoringOutputs: MonitoringOutputs,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): MonitoringOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringOutputs\" -> MonitoringOutputs.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringOutputConfig]\n    }\n  }\n\n  @js.native\n  sealed trait MonitoringProblemType extends js.Any\n  object MonitoringProblemType {\n    val BinaryClassification = \"BinaryClassification\".asInstanceOf[MonitoringProblemType]\n    val MulticlassClassification = \"MulticlassClassification\".asInstanceOf[MonitoringProblemType]\n    val Regression = \"Regression\".asInstanceOf[MonitoringProblemType]\n\n    @inline def values = js.Array(BinaryClassification, MulticlassClassification, Regression)\n  }\n\n  \/** Identifies the resources to deploy for a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringResources extends js.Object {\n    var ClusterConfig: MonitoringClusterConfig\n  }\n\n  object MonitoringResources {\n    @inline\n    def apply(\n        ClusterConfig: MonitoringClusterConfig\n    ): MonitoringResources = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterConfig\" -> ClusterConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MonitoringResources]\n    }\n  }\n\n  \/** Information about where and how you want to store the results of a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringS3Output extends js.Object {\n    var LocalPath: ProcessingLocalPath\n    var S3Uri: MonitoringS3Uri\n    var S3UploadMode: js.UndefOr[ProcessingS3UploadMode]\n  }\n\n  object MonitoringS3Output {\n    @inline\n    def apply(\n        LocalPath: ProcessingLocalPath,\n        S3Uri: MonitoringS3Uri,\n        S3UploadMode: js.UndefOr[ProcessingS3UploadMode] = js.undefined\n    ): MonitoringS3Output = {\n      val __obj = js.Dynamic.literal(\n        \"LocalPath\" -> LocalPath.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      S3UploadMode.foreach(__v => __obj.updateDynamic(\"S3UploadMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringS3Output]\n    }\n  }\n\n  \/** A schedule for a model monitoring job. For information about model monitor, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/model-monitor.html|Amazon SageMaker Model Monitor]].\n    *\/\n  @js.native\n  trait MonitoringSchedule extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var EndpointName: js.UndefOr[EndpointName]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var LastMonitoringExecutionSummary: js.UndefOr[MonitoringExecutionSummary]\n    var MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn]\n    var MonitoringScheduleConfig: js.UndefOr[MonitoringScheduleConfig]\n    var MonitoringScheduleName: js.UndefOr[MonitoringScheduleName]\n    var MonitoringScheduleStatus: js.UndefOr[ScheduleStatus]\n    var MonitoringType: js.UndefOr[MonitoringType]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object MonitoringSchedule {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastMonitoringExecutionSummary: js.UndefOr[MonitoringExecutionSummary] = js.undefined,\n        MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn] = js.undefined,\n        MonitoringScheduleConfig: js.UndefOr[MonitoringScheduleConfig] = js.undefined,\n        MonitoringScheduleName: js.UndefOr[MonitoringScheduleName] = js.undefined,\n        MonitoringScheduleStatus: js.UndefOr[ScheduleStatus] = js.undefined,\n        MonitoringType: js.UndefOr[MonitoringType] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): MonitoringSchedule = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      LastMonitoringExecutionSummary.foreach(__v => __obj.updateDynamic(\"LastMonitoringExecutionSummary\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleArn.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleArn\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleConfig.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleConfig\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleName.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleName\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleStatus.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleStatus\")(__v.asInstanceOf[js.Any]))\n      MonitoringType.foreach(__v => __obj.updateDynamic(\"MonitoringType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringSchedule]\n    }\n  }\n\n  \/** Configures the monitoring schedule and defines the monitoring job.\n    *\/\n  @js.native\n  trait MonitoringScheduleConfig extends js.Object {\n    var MonitoringJobDefinition: js.UndefOr[MonitoringJobDefinition]\n    var MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName]\n    var MonitoringType: js.UndefOr[MonitoringType]\n    var ScheduleConfig: js.UndefOr[ScheduleConfig]\n  }\n\n  object MonitoringScheduleConfig {\n    @inline\n    def apply(\n        MonitoringJobDefinition: js.UndefOr[MonitoringJobDefinition] = js.undefined,\n        MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName] = js.undefined,\n        MonitoringType: js.UndefOr[MonitoringType] = js.undefined,\n        ScheduleConfig: js.UndefOr[ScheduleConfig] = js.undefined\n    ): MonitoringScheduleConfig = {\n      val __obj = js.Dynamic.literal()\n      MonitoringJobDefinition.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinition\")(__v.asInstanceOf[js.Any]))\n      MonitoringJobDefinitionName.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      MonitoringType.foreach(__v => __obj.updateDynamic(\"MonitoringType\")(__v.asInstanceOf[js.Any]))\n      ScheduleConfig.foreach(__v => __obj.updateDynamic(\"ScheduleConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringScheduleConfig]\n    }\n  }\n\n  @js.native\n  sealed trait MonitoringScheduleSortKey extends js.Any\n  object MonitoringScheduleSortKey {\n    val Name = \"Name\".asInstanceOf[MonitoringScheduleSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[MonitoringScheduleSortKey]\n    val Status = \"Status\".asInstanceOf[MonitoringScheduleSortKey]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  \/** Summarizes the monitoring schedule.\n    *\/\n  @js.native\n  trait MonitoringScheduleSummary extends js.Object {\n    var CreationTime: Timestamp\n    var LastModifiedTime: Timestamp\n    var MonitoringScheduleArn: MonitoringScheduleArn\n    var MonitoringScheduleName: MonitoringScheduleName\n    var MonitoringScheduleStatus: ScheduleStatus\n    var EndpointName: js.UndefOr[EndpointName]\n    var MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName]\n    var MonitoringType: js.UndefOr[MonitoringType]\n  }\n\n  object MonitoringScheduleSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        LastModifiedTime: Timestamp,\n        MonitoringScheduleArn: MonitoringScheduleArn,\n        MonitoringScheduleName: MonitoringScheduleName,\n        MonitoringScheduleStatus: ScheduleStatus,\n        EndpointName: js.UndefOr[EndpointName] = js.undefined,\n        MonitoringJobDefinitionName: js.UndefOr[MonitoringJobDefinitionName] = js.undefined,\n        MonitoringType: js.UndefOr[MonitoringType] = js.undefined\n    ): MonitoringScheduleSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"MonitoringScheduleArn\" -> MonitoringScheduleArn.asInstanceOf[js.Any],\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any],\n        \"MonitoringScheduleStatus\" -> MonitoringScheduleStatus.asInstanceOf[js.Any]\n      )\n\n      EndpointName.foreach(__v => __obj.updateDynamic(\"EndpointName\")(__v.asInstanceOf[js.Any]))\n      MonitoringJobDefinitionName.foreach(__v => __obj.updateDynamic(\"MonitoringJobDefinitionName\")(__v.asInstanceOf[js.Any]))\n      MonitoringType.foreach(__v => __obj.updateDynamic(\"MonitoringType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringScheduleSummary]\n    }\n  }\n\n  \/** The statistics resource for a monitoring job.\n    *\/\n  @js.native\n  trait MonitoringStatisticsResource extends js.Object {\n    var S3Uri: js.UndefOr[S3Uri]\n  }\n\n  object MonitoringStatisticsResource {\n    @inline\n    def apply(\n        S3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): MonitoringStatisticsResource = {\n      val __obj = js.Dynamic.literal()\n      S3Uri.foreach(__v => __obj.updateDynamic(\"S3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringStatisticsResource]\n    }\n  }\n\n  \/** A time limit for how long the monitoring job is allowed to run before stopping.\n    *\/\n  @js.native\n  trait MonitoringStoppingCondition extends js.Object {\n    var MaxRuntimeInSeconds: MonitoringMaxRuntimeInSeconds\n  }\n\n  object MonitoringStoppingCondition {\n    @inline\n    def apply(\n        MaxRuntimeInSeconds: MonitoringMaxRuntimeInSeconds\n    ): MonitoringStoppingCondition = {\n      val __obj = js.Dynamic.literal(\n        \"MaxRuntimeInSeconds\" -> MaxRuntimeInSeconds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MonitoringStoppingCondition]\n    }\n  }\n\n  @js.native\n  sealed trait MonitoringType extends js.Any\n  object MonitoringType {\n    val DataQuality = \"DataQuality\".asInstanceOf[MonitoringType]\n    val ModelQuality = \"ModelQuality\".asInstanceOf[MonitoringType]\n    val ModelBias = \"ModelBias\".asInstanceOf[MonitoringType]\n    val ModelExplainability = \"ModelExplainability\".asInstanceOf[MonitoringType]\n\n    @inline def values = js.Array(DataQuality, ModelQuality, ModelBias, ModelExplainability)\n  }\n\n  \/** Specifies additional configuration for hosting multi-model endpoints.\n    *\/\n  @js.native\n  trait MultiModelConfig extends js.Object {\n    var ModelCacheSetting: js.UndefOr[ModelCacheSetting]\n  }\n\n  object MultiModelConfig {\n    @inline\n    def apply(\n        ModelCacheSetting: js.UndefOr[ModelCacheSetting] = js.undefined\n    ): MultiModelConfig = {\n      val __obj = js.Dynamic.literal()\n      ModelCacheSetting.foreach(__v => __obj.updateDynamic(\"ModelCacheSetting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiModelConfig]\n    }\n  }\n\n  \/** A list of nested <a>Filter<\/a> objects. A resource must satisfy the conditions of all filters to be included in the results returned from the <a>Search<\/a> API. For example, to filter on a training job's <code>InputDataConfig<\/code> property with a specific channel name and <code>S3Uri<\/code> prefix, define the following filters: * <code>'{Name:\"InputDataConfig.ChannelName\", \"Operator\":\"Equals\", \"Value\":\"train\"}',<\/code> * <code>'{Name:\"InputDataConfig.DataSource.S3DataSource.S3Uri\", \"Operator\":\"Contains\", \"Value\":\"mybucket\/catdata\"}'<\/code>\n    *\/\n  @js.native\n  trait NestedFilters extends js.Object {\n    var Filters: FilterList\n    var NestedPropertyName: ResourcePropertyName\n  }\n\n  object NestedFilters {\n    @inline\n    def apply(\n        Filters: FilterList,\n        NestedPropertyName: ResourcePropertyName\n    ): NestedFilters = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any],\n        \"NestedPropertyName\" -> NestedPropertyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NestedFilters]\n    }\n  }\n\n  \/** Networking options for a job, such as network traffic encryption between containers, whether to allow inbound and outbound network calls to and from containers, and the VPC subnets and security groups to use for VPC-enabled jobs.\n    *\/\n  @js.native\n  trait NetworkConfig extends js.Object {\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object NetworkConfig {\n    @inline\n    def apply(\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): NetworkConfig = {\n      val __obj = js.Dynamic.literal()\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkConfig]\n    }\n  }\n\n  @js.native\n  sealed trait NotebookInstanceAcceleratorType extends js.Any\n  object NotebookInstanceAcceleratorType {\n    val `ml.eia1.medium` = \"ml.eia1.medium\".asInstanceOf[NotebookInstanceAcceleratorType]\n    val `ml.eia1.large` = \"ml.eia1.large\".asInstanceOf[NotebookInstanceAcceleratorType]\n    val `ml.eia1.xlarge` = \"ml.eia1.xlarge\".asInstanceOf[NotebookInstanceAcceleratorType]\n    val `ml.eia2.medium` = \"ml.eia2.medium\".asInstanceOf[NotebookInstanceAcceleratorType]\n    val `ml.eia2.large` = \"ml.eia2.large\".asInstanceOf[NotebookInstanceAcceleratorType]\n    val `ml.eia2.xlarge` = \"ml.eia2.xlarge\".asInstanceOf[NotebookInstanceAcceleratorType]\n\n    @inline def values = js.Array(`ml.eia1.medium`, `ml.eia1.large`, `ml.eia1.xlarge`, `ml.eia2.medium`, `ml.eia2.large`, `ml.eia2.xlarge`)\n  }\n\n  @js.native\n  sealed trait NotebookInstanceLifecycleConfigSortKey extends js.Any\n  object NotebookInstanceLifecycleConfigSortKey {\n    val Name = \"Name\".asInstanceOf[NotebookInstanceLifecycleConfigSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[NotebookInstanceLifecycleConfigSortKey]\n    val LastModifiedTime = \"LastModifiedTime\".asInstanceOf[NotebookInstanceLifecycleConfigSortKey]\n\n    @inline def values = js.Array(Name, CreationTime, LastModifiedTime)\n  }\n\n  @js.native\n  sealed trait NotebookInstanceLifecycleConfigSortOrder extends js.Any\n  object NotebookInstanceLifecycleConfigSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[NotebookInstanceLifecycleConfigSortOrder]\n    val Descending = \"Descending\".asInstanceOf[NotebookInstanceLifecycleConfigSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  \/** Provides a summary of a notebook instance lifecycle configuration.\n    *\/\n  @js.native\n  trait NotebookInstanceLifecycleConfigSummary extends js.Object {\n    var NotebookInstanceLifecycleConfigArn: NotebookInstanceLifecycleConfigArn\n    var NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n    var CreationTime: js.UndefOr[CreationTime]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n  }\n\n  object NotebookInstanceLifecycleConfigSummary {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigArn: NotebookInstanceLifecycleConfigArn,\n        NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined\n    ): NotebookInstanceLifecycleConfigSummary = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceLifecycleConfigArn\" -> NotebookInstanceLifecycleConfigArn.asInstanceOf[js.Any],\n        \"NotebookInstanceLifecycleConfigName\" -> NotebookInstanceLifecycleConfigName.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotebookInstanceLifecycleConfigSummary]\n    }\n  }\n\n  \/** Contains the notebook instance lifecycle configuration script. Each lifecycle configuration script has a limit of 16384 characters. The value of the <code>PATH<\/code> environment variable that is available to both scripts is <code>\/sbin:bin:\/usr\/sbin:\/usr\/bin<\/code>. View CloudWatch Logs for notebook instance lifecycle configurations in log group <code>\/aws\/sagemaker\/NotebookInstances<\/code> in log stream <code>[notebook-instance-name]\/[LifecycleConfigHook]<\/code>. Lifecycle configuration scripts cannot run for longer than 5 minutes. If a script runs for longer than 5 minutes, it fails and the notebook instance is not created or started. For information about notebook instance lifestyle configurations, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/notebook-lifecycle-config.html|Step 2.1: (Optional) Customize a Notebook Instance]].\n    *\/\n  @js.native\n  trait NotebookInstanceLifecycleHook extends js.Object {\n    var Content: js.UndefOr[NotebookInstanceLifecycleConfigContent]\n  }\n\n  object NotebookInstanceLifecycleHook {\n    @inline\n    def apply(\n        Content: js.UndefOr[NotebookInstanceLifecycleConfigContent] = js.undefined\n    ): NotebookInstanceLifecycleHook = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotebookInstanceLifecycleHook]\n    }\n  }\n\n  @js.native\n  sealed trait NotebookInstanceSortKey extends js.Any\n  object NotebookInstanceSortKey {\n    val Name = \"Name\".asInstanceOf[NotebookInstanceSortKey]\n    val CreationTime = \"CreationTime\".asInstanceOf[NotebookInstanceSortKey]\n    val Status = \"Status\".asInstanceOf[NotebookInstanceSortKey]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  @js.native\n  sealed trait NotebookInstanceSortOrder extends js.Any\n  object NotebookInstanceSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[NotebookInstanceSortOrder]\n    val Descending = \"Descending\".asInstanceOf[NotebookInstanceSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  @js.native\n  sealed trait NotebookInstanceStatus extends js.Any\n  object NotebookInstanceStatus {\n    val Pending = \"Pending\".asInstanceOf[NotebookInstanceStatus]\n    val InService = \"InService\".asInstanceOf[NotebookInstanceStatus]\n    val Stopping = \"Stopping\".asInstanceOf[NotebookInstanceStatus]\n    val Stopped = \"Stopped\".asInstanceOf[NotebookInstanceStatus]\n    val Failed = \"Failed\".asInstanceOf[NotebookInstanceStatus]\n    val Deleting = \"Deleting\".asInstanceOf[NotebookInstanceStatus]\n    val Updating = \"Updating\".asInstanceOf[NotebookInstanceStatus]\n\n    @inline def values = js.Array(Pending, InService, Stopping, Stopped, Failed, Deleting, Updating)\n  }\n\n  \/** Provides summary information for an Amazon SageMaker notebook instance.\n    *\/\n  @js.native\n  trait NotebookInstanceSummary extends js.Object {\n    var NotebookInstanceArn: NotebookInstanceArn\n    var NotebookInstanceName: NotebookInstanceName\n    var AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls]\n    var CreationTime: js.UndefOr[CreationTime]\n    var DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl]\n    var InstanceType: js.UndefOr[InstanceType]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var NotebookInstanceStatus: js.UndefOr[NotebookInstanceStatus]\n    var Url: js.UndefOr[NotebookInstanceUrl]\n  }\n\n  object NotebookInstanceSummary {\n    @inline\n    def apply(\n        NotebookInstanceArn: NotebookInstanceArn,\n        NotebookInstanceName: NotebookInstanceName,\n        AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls] = js.undefined,\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl] = js.undefined,\n        InstanceType: js.UndefOr[InstanceType] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        NotebookInstanceLifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        NotebookInstanceStatus: js.UndefOr[NotebookInstanceStatus] = js.undefined,\n        Url: js.UndefOr[NotebookInstanceUrl] = js.undefined\n    ): NotebookInstanceSummary = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceArn\" -> NotebookInstanceArn.asInstanceOf[js.Any],\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n\n      AdditionalCodeRepositories.foreach(__v => __obj.updateDynamic(\"AdditionalCodeRepositories\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DefaultCodeRepository.foreach(__v => __obj.updateDynamic(\"DefaultCodeRepository\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceLifecycleConfigName.foreach(__v => __obj.updateDynamic(\"NotebookInstanceLifecycleConfigName\")(__v.asInstanceOf[js.Any]))\n      NotebookInstanceStatus.foreach(__v => __obj.updateDynamic(\"NotebookInstanceStatus\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotebookInstanceSummary]\n    }\n  }\n\n  @js.native\n  sealed trait NotebookOutputOption extends js.Any\n  object NotebookOutputOption {\n    val Allowed = \"Allowed\".asInstanceOf[NotebookOutputOption]\n    val Disabled = \"Disabled\".asInstanceOf[NotebookOutputOption]\n\n    @inline def values = js.Array(Allowed, Disabled)\n  }\n\n  \/** Configures SNS notifications of available or expiring work items for work teams.\n    *\/\n  @js.native\n  trait NotificationConfiguration extends js.Object {\n    var NotificationTopicArn: js.UndefOr[NotificationTopicArn]\n  }\n\n  object NotificationConfiguration {\n    @inline\n    def apply(\n        NotificationTopicArn: js.UndefOr[NotificationTopicArn] = js.undefined\n    ): NotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectiveStatus extends js.Any\n  object ObjectiveStatus {\n    val Succeeded = \"Succeeded\".asInstanceOf[ObjectiveStatus]\n    val Pending = \"Pending\".asInstanceOf[ObjectiveStatus]\n    val Failed = \"Failed\".asInstanceOf[ObjectiveStatus]\n\n    @inline def values = js.Array(Succeeded, Pending, Failed)\n  }\n\n  \/** Specifies the number of training jobs that this hyperparameter tuning job launched, categorized by the status of their objective metric. The objective metric status shows whether the final objective metric for the training job has been evaluated by the tuning job and used in the hyperparameter tuning process.\n    *\/\n  @js.native\n  trait ObjectiveStatusCounters extends js.Object {\n    var Failed: js.UndefOr[ObjectiveStatusCounter]\n    var Pending: js.UndefOr[ObjectiveStatusCounter]\n    var Succeeded: js.UndefOr[ObjectiveStatusCounter]\n  }\n\n  object ObjectiveStatusCounters {\n    @inline\n    def apply(\n        Failed: js.UndefOr[ObjectiveStatusCounter] = js.undefined,\n        Pending: js.UndefOr[ObjectiveStatusCounter] = js.undefined,\n        Succeeded: js.UndefOr[ObjectiveStatusCounter] = js.undefined\n    ): ObjectiveStatusCounters = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Pending.foreach(__v => __obj.updateDynamic(\"Pending\")(__v.asInstanceOf[js.Any]))\n      Succeeded.foreach(__v => __obj.updateDynamic(\"Succeeded\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectiveStatusCounters]\n    }\n  }\n\n  \/** The configuration of an <code>OfflineStore<\/code>. Provide an <code>OfflineStoreConfig<\/code> in a request to <code>CreateFeatureGroup<\/code> to create an <code>OfflineStore<\/code>. To encrypt an <code>OfflineStore<\/code> using at rest data encryption, specify AWS Key Management Service (KMS) key ID, or <code>KMSKeyId<\/code>, in <code>S3StorageConfig<\/code>.\n    *\/\n  @js.native\n  trait OfflineStoreConfig extends js.Object {\n    var S3StorageConfig: S3StorageConfig\n    var DataCatalogConfig: js.UndefOr[DataCatalogConfig]\n    var DisableGlueTableCreation: js.UndefOr[Boolean]\n  }\n\n  object OfflineStoreConfig {\n    @inline\n    def apply(\n        S3StorageConfig: S3StorageConfig,\n        DataCatalogConfig: js.UndefOr[DataCatalogConfig] = js.undefined,\n        DisableGlueTableCreation: js.UndefOr[Boolean] = js.undefined\n    ): OfflineStoreConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3StorageConfig\" -> S3StorageConfig.asInstanceOf[js.Any]\n      )\n\n      DataCatalogConfig.foreach(__v => __obj.updateDynamic(\"DataCatalogConfig\")(__v.asInstanceOf[js.Any]))\n      DisableGlueTableCreation.foreach(__v => __obj.updateDynamic(\"DisableGlueTableCreation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OfflineStoreConfig]\n    }\n  }\n\n  \/** The status of <code>OfflineStore<\/code>.\n    *\/\n  @js.native\n  trait OfflineStoreStatus extends js.Object {\n    var Status: OfflineStoreStatusValue\n    var BlockedReason: js.UndefOr[BlockedReason]\n  }\n\n  object OfflineStoreStatus {\n    @inline\n    def apply(\n        Status: OfflineStoreStatusValue,\n        BlockedReason: js.UndefOr[BlockedReason] = js.undefined\n    ): OfflineStoreStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      BlockedReason.foreach(__v => __obj.updateDynamic(\"BlockedReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OfflineStoreStatus]\n    }\n  }\n\n  @js.native\n  sealed trait OfflineStoreStatusValue extends js.Any\n  object OfflineStoreStatusValue {\n    val Active = \"Active\".asInstanceOf[OfflineStoreStatusValue]\n    val Blocked = \"Blocked\".asInstanceOf[OfflineStoreStatusValue]\n    val Disabled = \"Disabled\".asInstanceOf[OfflineStoreStatusValue]\n\n    @inline def values = js.Array(Active, Blocked, Disabled)\n  }\n\n  \/** Use this parameter to configure your OIDC Identity Provider (IdP).\n    *\/\n  @js.native\n  trait OidcConfig extends js.Object {\n    var AuthorizationEndpoint: OidcEndpoint\n    var ClientId: ClientId\n    var ClientSecret: ClientSecret\n    var Issuer: OidcEndpoint\n    var JwksUri: OidcEndpoint\n    var LogoutEndpoint: OidcEndpoint\n    var TokenEndpoint: OidcEndpoint\n    var UserInfoEndpoint: OidcEndpoint\n  }\n\n  object OidcConfig {\n    @inline\n    def apply(\n        AuthorizationEndpoint: OidcEndpoint,\n        ClientId: ClientId,\n        ClientSecret: ClientSecret,\n        Issuer: OidcEndpoint,\n        JwksUri: OidcEndpoint,\n        LogoutEndpoint: OidcEndpoint,\n        TokenEndpoint: OidcEndpoint,\n        UserInfoEndpoint: OidcEndpoint\n    ): OidcConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AuthorizationEndpoint\" -> AuthorizationEndpoint.asInstanceOf[js.Any],\n        \"ClientId\" -> ClientId.asInstanceOf[js.Any],\n        \"ClientSecret\" -> ClientSecret.asInstanceOf[js.Any],\n        \"Issuer\" -> Issuer.asInstanceOf[js.Any],\n        \"JwksUri\" -> JwksUri.asInstanceOf[js.Any],\n        \"LogoutEndpoint\" -> LogoutEndpoint.asInstanceOf[js.Any],\n        \"TokenEndpoint\" -> TokenEndpoint.asInstanceOf[js.Any],\n        \"UserInfoEndpoint\" -> UserInfoEndpoint.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OidcConfig]\n    }\n  }\n\n  \/** Your OIDC IdP workforce configuration.\n    *\/\n  @js.native\n  trait OidcConfigForResponse extends js.Object {\n    var AuthorizationEndpoint: js.UndefOr[OidcEndpoint]\n    var ClientId: js.UndefOr[ClientId]\n    var Issuer: js.UndefOr[OidcEndpoint]\n    var JwksUri: js.UndefOr[OidcEndpoint]\n    var LogoutEndpoint: js.UndefOr[OidcEndpoint]\n    var TokenEndpoint: js.UndefOr[OidcEndpoint]\n    var UserInfoEndpoint: js.UndefOr[OidcEndpoint]\n  }\n\n  object OidcConfigForResponse {\n    @inline\n    def apply(\n        AuthorizationEndpoint: js.UndefOr[OidcEndpoint] = js.undefined,\n        ClientId: js.UndefOr[ClientId] = js.undefined,\n        Issuer: js.UndefOr[OidcEndpoint] = js.undefined,\n        JwksUri: js.UndefOr[OidcEndpoint] = js.undefined,\n        LogoutEndpoint: js.UndefOr[OidcEndpoint] = js.undefined,\n        TokenEndpoint: js.UndefOr[OidcEndpoint] = js.undefined,\n        UserInfoEndpoint: js.UndefOr[OidcEndpoint] = js.undefined\n    ): OidcConfigForResponse = {\n      val __obj = js.Dynamic.literal()\n      AuthorizationEndpoint.foreach(__v => __obj.updateDynamic(\"AuthorizationEndpoint\")(__v.asInstanceOf[js.Any]))\n      ClientId.foreach(__v => __obj.updateDynamic(\"ClientId\")(__v.asInstanceOf[js.Any]))\n      Issuer.foreach(__v => __obj.updateDynamic(\"Issuer\")(__v.asInstanceOf[js.Any]))\n      JwksUri.foreach(__v => __obj.updateDynamic(\"JwksUri\")(__v.asInstanceOf[js.Any]))\n      LogoutEndpoint.foreach(__v => __obj.updateDynamic(\"LogoutEndpoint\")(__v.asInstanceOf[js.Any]))\n      TokenEndpoint.foreach(__v => __obj.updateDynamic(\"TokenEndpoint\")(__v.asInstanceOf[js.Any]))\n      UserInfoEndpoint.foreach(__v => __obj.updateDynamic(\"UserInfoEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OidcConfigForResponse]\n    }\n  }\n\n  \/** A list of user groups that exist in your OIDC Identity Provider (IdP). One to ten groups can be used to create a single private work team. When you add a user group to the list of <code>Groups<\/code>, you can add that user group to one or more private work teams. If you add a user group to a private work team, all workers in that user group are added to the work team.\n    *\/\n  @js.native\n  trait OidcMemberDefinition extends js.Object {\n    var Groups: Groups\n  }\n\n  object OidcMemberDefinition {\n    @inline\n    def apply(\n        Groups: Groups\n    ): OidcMemberDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Groups\" -> Groups.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OidcMemberDefinition]\n    }\n  }\n\n  \/** Use this to specify the AWS Key Management Service (KMS) Key ID, or <code>KMSKeyId<\/code>, for at rest data encryption. You can turn <code>OnlineStore<\/code> on or off by specifying the <code>EnableOnlineStore<\/code> flag at General Assembly; the default value is <code>False<\/code>.\n    *\/\n  @js.native\n  trait OnlineStoreConfig extends js.Object {\n    var EnableOnlineStore: js.UndefOr[Boolean]\n    var SecurityConfig: js.UndefOr[OnlineStoreSecurityConfig]\n  }\n\n  object OnlineStoreConfig {\n    @inline\n    def apply(\n        EnableOnlineStore: js.UndefOr[Boolean] = js.undefined,\n        SecurityConfig: js.UndefOr[OnlineStoreSecurityConfig] = js.undefined\n    ): OnlineStoreConfig = {\n      val __obj = js.Dynamic.literal()\n      EnableOnlineStore.foreach(__v => __obj.updateDynamic(\"EnableOnlineStore\")(__v.asInstanceOf[js.Any]))\n      SecurityConfig.foreach(__v => __obj.updateDynamic(\"SecurityConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnlineStoreConfig]\n    }\n  }\n\n  \/** The security configuration for <code>OnlineStore<\/code>.\n    *\/\n  @js.native\n  trait OnlineStoreSecurityConfig extends js.Object {\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object OnlineStoreSecurityConfig {\n    @inline\n    def apply(\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): OnlineStoreSecurityConfig = {\n      val __obj = js.Dynamic.literal()\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnlineStoreSecurityConfig]\n    }\n  }\n\n  @js.native\n  sealed trait Operator extends js.Any\n  object Operator {\n    val Equals = \"Equals\".asInstanceOf[Operator]\n    val NotEquals = \"NotEquals\".asInstanceOf[Operator]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[Operator]\n    val GreaterThanOrEqualTo = \"GreaterThanOrEqualTo\".asInstanceOf[Operator]\n    val LessThan = \"LessThan\".asInstanceOf[Operator]\n    val LessThanOrEqualTo = \"LessThanOrEqualTo\".asInstanceOf[Operator]\n    val Contains = \"Contains\".asInstanceOf[Operator]\n    val Exists = \"Exists\".asInstanceOf[Operator]\n    val NotExists = \"NotExists\".asInstanceOf[Operator]\n    val In = \"In\".asInstanceOf[Operator]\n\n    @inline def values = js.Array(Equals, NotEquals, GreaterThan, GreaterThanOrEqualTo, LessThan, LessThanOrEqualTo, Contains, Exists, NotExists, In)\n  }\n\n  @js.native\n  sealed trait OrderKey extends js.Any\n  object OrderKey {\n    val Ascending = \"Ascending\".asInstanceOf[OrderKey]\n    val Descending = \"Descending\".asInstanceOf[OrderKey]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  \/** Contains information about the output location for the compiled model and the target device that the model runs on. <code>TargetDevice<\/code> and <code>TargetPlatform<\/code> are mutually exclusive, so you need to choose one between the two to specify your target device or platform. If you cannot find your device you want to use from the <code>TargetDevice<\/code> list, use <code>TargetPlatform<\/code> to describe the platform of your edge device and <code>CompilerOptions<\/code> if there are specific settings that are required or recommended to use for particular TargetPlatform.\n    *\/\n  @js.native\n  trait OutputConfig extends js.Object {\n    var S3OutputLocation: S3Uri\n    var CompilerOptions: js.UndefOr[CompilerOptions]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var TargetDevice: js.UndefOr[TargetDevice]\n    var TargetPlatform: js.UndefOr[TargetPlatform]\n  }\n\n  object OutputConfig {\n    @inline\n    def apply(\n        S3OutputLocation: S3Uri,\n        CompilerOptions: js.UndefOr[CompilerOptions] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        TargetDevice: js.UndefOr[TargetDevice] = js.undefined,\n        TargetPlatform: js.UndefOr[TargetPlatform] = js.undefined\n    ): OutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputLocation\" -> S3OutputLocation.asInstanceOf[js.Any]\n      )\n\n      CompilerOptions.foreach(__v => __obj.updateDynamic(\"CompilerOptions\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      TargetDevice.foreach(__v => __obj.updateDynamic(\"TargetDevice\")(__v.asInstanceOf[js.Any]))\n      TargetPlatform.foreach(__v => __obj.updateDynamic(\"TargetPlatform\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputConfig]\n    }\n  }\n\n  \/** Provides information about how to store model training results (model artifacts).\n    *\/\n  @js.native\n  trait OutputDataConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object OutputDataConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): OutputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDataConfig]\n    }\n  }\n\n  \/** Assigns a value to a named Pipeline parameter.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var Name: PipelineParameterName\n    var Value: String1024\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        Name: PipelineParameterName,\n        Value: String1024\n    ): Parameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** Defines the possible values for categorical, continuous, and integer hyperparameters to be used by an algorithm.\n    *\/\n  @js.native\n  trait ParameterRange extends js.Object {\n    var CategoricalParameterRangeSpecification: js.UndefOr[CategoricalParameterRangeSpecification]\n    var ContinuousParameterRangeSpecification: js.UndefOr[ContinuousParameterRangeSpecification]\n    var IntegerParameterRangeSpecification: js.UndefOr[IntegerParameterRangeSpecification]\n  }\n\n  object ParameterRange {\n    @inline\n    def apply(\n        CategoricalParameterRangeSpecification: js.UndefOr[CategoricalParameterRangeSpecification] = js.undefined,\n        ContinuousParameterRangeSpecification: js.UndefOr[ContinuousParameterRangeSpecification] = js.undefined,\n        IntegerParameterRangeSpecification: js.UndefOr[IntegerParameterRangeSpecification] = js.undefined\n    ): ParameterRange = {\n      val __obj = js.Dynamic.literal()\n      CategoricalParameterRangeSpecification.foreach(__v => __obj.updateDynamic(\"CategoricalParameterRangeSpecification\")(__v.asInstanceOf[js.Any]))\n      ContinuousParameterRangeSpecification.foreach(__v => __obj.updateDynamic(\"ContinuousParameterRangeSpecification\")(__v.asInstanceOf[js.Any]))\n      IntegerParameterRangeSpecification.foreach(__v => __obj.updateDynamic(\"IntegerParameterRangeSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterRange]\n    }\n  }\n\n  \/** Specifies ranges of integer, continuous, and categorical hyperparameters that a hyperparameter tuning job searches. The hyperparameter tuning job launches training jobs with hyperparameter values within these ranges to find the combination of values that result in the training job with the best performance as measured by the objective metric of the hyperparameter tuning job.\n    *\n    * '''Note:'''You can specify a maximum of 20 hyperparameters that a hyperparameter tuning job can search over. Every possible value of a categorical parameter range counts against this limit.\n    *\/\n  @js.native\n  trait ParameterRanges extends js.Object {\n    var CategoricalParameterRanges: js.UndefOr[CategoricalParameterRanges]\n    var ContinuousParameterRanges: js.UndefOr[ContinuousParameterRanges]\n    var IntegerParameterRanges: js.UndefOr[IntegerParameterRanges]\n  }\n\n  object ParameterRanges {\n    @inline\n    def apply(\n        CategoricalParameterRanges: js.UndefOr[CategoricalParameterRanges] = js.undefined,\n        ContinuousParameterRanges: js.UndefOr[ContinuousParameterRanges] = js.undefined,\n        IntegerParameterRanges: js.UndefOr[IntegerParameterRanges] = js.undefined\n    ): ParameterRanges = {\n      val __obj = js.Dynamic.literal()\n      CategoricalParameterRanges.foreach(__v => __obj.updateDynamic(\"CategoricalParameterRanges\")(__v.asInstanceOf[js.Any]))\n      ContinuousParameterRanges.foreach(__v => __obj.updateDynamic(\"ContinuousParameterRanges\")(__v.asInstanceOf[js.Any]))\n      IntegerParameterRanges.foreach(__v => __obj.updateDynamic(\"IntegerParameterRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterRanges]\n    }\n  }\n\n  @js.native\n  sealed trait ParameterType extends js.Any\n  object ParameterType {\n    val Integer = \"Integer\".asInstanceOf[ParameterType]\n    val Continuous = \"Continuous\".asInstanceOf[ParameterType]\n    val Categorical = \"Categorical\".asInstanceOf[ParameterType]\n    val FreeText = \"FreeText\".asInstanceOf[ParameterType]\n\n    @inline def values = js.Array(Integer, Continuous, Categorical, FreeText)\n  }\n\n  \/** The trial that a trial component is associated with and the experiment the trial is part of. A component might not be associated with a trial. A component can be associated with multiple trials.\n    *\/\n  @js.native\n  trait Parent extends js.Object {\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object Parent {\n    @inline\n    def apply(\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): Parent = {\n      val __obj = js.Dynamic.literal()\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parent]\n    }\n  }\n\n  \/** A previously completed or stopped hyperparameter tuning job to be used as a starting point for a new hyperparameter tuning job.\n    *\/\n  @js.native\n  trait ParentHyperParameterTuningJob extends js.Object {\n    var HyperParameterTuningJobName: js.UndefOr[HyperParameterTuningJobName]\n  }\n\n  object ParentHyperParameterTuningJob {\n    @inline\n    def apply(\n        HyperParameterTuningJobName: js.UndefOr[HyperParameterTuningJobName] = js.undefined\n    ): ParentHyperParameterTuningJob = {\n      val __obj = js.Dynamic.literal()\n      HyperParameterTuningJobName.foreach(__v => __obj.updateDynamic(\"HyperParameterTuningJobName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParentHyperParameterTuningJob]\n    }\n  }\n\n  \/** A SageMaker Model Building Pipeline instance.\n    *\/\n  @js.native\n  trait Pipeline extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var LastRunTime: js.UndefOr[Timestamp]\n    var PipelineArn: js.UndefOr[PipelineArn]\n    var PipelineDescription: js.UndefOr[PipelineDescription]\n    var PipelineDisplayName: js.UndefOr[PipelineName]\n    var PipelineName: js.UndefOr[PipelineName]\n    var PipelineStatus: js.UndefOr[PipelineStatus]\n    var RoleArn: js.UndefOr[RoleArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object Pipeline {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        LastRunTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined,\n        PipelineDescription: js.UndefOr[PipelineDescription] = js.undefined,\n        PipelineDisplayName: js.UndefOr[PipelineName] = js.undefined,\n        PipelineName: js.UndefOr[PipelineName] = js.undefined,\n        PipelineStatus: js.UndefOr[PipelineStatus] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): Pipeline = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      LastRunTime.foreach(__v => __obj.updateDynamic(\"LastRunTime\")(__v.asInstanceOf[js.Any]))\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      PipelineDescription.foreach(__v => __obj.updateDynamic(\"PipelineDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineName.foreach(__v => __obj.updateDynamic(\"PipelineName\")(__v.asInstanceOf[js.Any]))\n      PipelineStatus.foreach(__v => __obj.updateDynamic(\"PipelineStatus\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Pipeline]\n    }\n  }\n\n  \/** An execution of a pipeline.\n    *\/\n  @js.native\n  trait PipelineExecution extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var PipelineArn: js.UndefOr[PipelineArn]\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n    var PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription]\n    var PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName]\n    var PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus]\n    var PipelineParameters: js.UndefOr[ParameterList]\n  }\n\n  object PipelineExecution {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined,\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined,\n        PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription] = js.undefined,\n        PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName] = js.undefined,\n        PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus] = js.undefined,\n        PipelineParameters: js.UndefOr[ParameterList] = js.undefined\n    ): PipelineExecution = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDescription.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionStatus.foreach(__v => __obj.updateDynamic(\"PipelineExecutionStatus\")(__v.asInstanceOf[js.Any]))\n      PipelineParameters.foreach(__v => __obj.updateDynamic(\"PipelineParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineExecution]\n    }\n  }\n\n  @js.native\n  sealed trait PipelineExecutionStatus extends js.Any\n  object PipelineExecutionStatus {\n    val Executing = \"Executing\".asInstanceOf[PipelineExecutionStatus]\n    val Stopping = \"Stopping\".asInstanceOf[PipelineExecutionStatus]\n    val Stopped = \"Stopped\".asInstanceOf[PipelineExecutionStatus]\n    val Failed = \"Failed\".asInstanceOf[PipelineExecutionStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[PipelineExecutionStatus]\n\n    @inline def values = js.Array(Executing, Stopping, Stopped, Failed, Succeeded)\n  }\n\n  \/** An execution of a step in a pipeline.\n    *\/\n  @js.native\n  trait PipelineExecutionStep extends js.Object {\n    var CacheHitResult: js.UndefOr[CacheHitResult]\n    var EndTime: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[FailureReason]\n    var Metadata: js.UndefOr[PipelineExecutionStepMetadata]\n    var StartTime: js.UndefOr[Timestamp]\n    var StepName: js.UndefOr[StepName]\n    var StepStatus: js.UndefOr[StepStatus]\n  }\n\n  object PipelineExecutionStep {\n    @inline\n    def apply(\n        CacheHitResult: js.UndefOr[CacheHitResult] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        Metadata: js.UndefOr[PipelineExecutionStepMetadata] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        StepName: js.UndefOr[StepName] = js.undefined,\n        StepStatus: js.UndefOr[StepStatus] = js.undefined\n    ): PipelineExecutionStep = {\n      val __obj = js.Dynamic.literal()\n      CacheHitResult.foreach(__v => __obj.updateDynamic(\"CacheHitResult\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      StepName.foreach(__v => __obj.updateDynamic(\"StepName\")(__v.asInstanceOf[js.Any]))\n      StepStatus.foreach(__v => __obj.updateDynamic(\"StepStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineExecutionStep]\n    }\n  }\n\n  \/** Metadata for a step execution.\n    *\/\n  @js.native\n  trait PipelineExecutionStepMetadata extends js.Object {\n    var Condition: js.UndefOr[ConditionStepMetadata]\n    var Model: js.UndefOr[ModelStepMetadata]\n    var ProcessingJob: js.UndefOr[ProcessingJobStepMetadata]\n    var RegisterModel: js.UndefOr[RegisterModelStepMetadata]\n    var TrainingJob: js.UndefOr[TrainingJobStepMetadata]\n    var TransformJob: js.UndefOr[TransformJobStepMetadata]\n  }\n\n  object PipelineExecutionStepMetadata {\n    @inline\n    def apply(\n        Condition: js.UndefOr[ConditionStepMetadata] = js.undefined,\n        Model: js.UndefOr[ModelStepMetadata] = js.undefined,\n        ProcessingJob: js.UndefOr[ProcessingJobStepMetadata] = js.undefined,\n        RegisterModel: js.UndefOr[RegisterModelStepMetadata] = js.undefined,\n        TrainingJob: js.UndefOr[TrainingJobStepMetadata] = js.undefined,\n        TransformJob: js.UndefOr[TransformJobStepMetadata] = js.undefined\n    ): PipelineExecutionStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Condition.foreach(__v => __obj.updateDynamic(\"Condition\")(__v.asInstanceOf[js.Any]))\n      Model.foreach(__v => __obj.updateDynamic(\"Model\")(__v.asInstanceOf[js.Any]))\n      ProcessingJob.foreach(__v => __obj.updateDynamic(\"ProcessingJob\")(__v.asInstanceOf[js.Any]))\n      RegisterModel.foreach(__v => __obj.updateDynamic(\"RegisterModel\")(__v.asInstanceOf[js.Any]))\n      TrainingJob.foreach(__v => __obj.updateDynamic(\"TrainingJob\")(__v.asInstanceOf[js.Any]))\n      TransformJob.foreach(__v => __obj.updateDynamic(\"TransformJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineExecutionStepMetadata]\n    }\n  }\n\n  \/** A pipeline execution summary.\n    *\/\n  @js.native\n  trait PipelineExecutionSummary extends js.Object {\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n    var PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription]\n    var PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName]\n    var PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus]\n    var StartTime: js.UndefOr[Timestamp]\n  }\n\n  object PipelineExecutionSummary {\n    @inline\n    def apply(\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined,\n        PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription] = js.undefined,\n        PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName] = js.undefined,\n        PipelineExecutionStatus: js.UndefOr[PipelineExecutionStatus] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined\n    ): PipelineExecutionSummary = {\n      val __obj = js.Dynamic.literal()\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDescription.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionStatus.foreach(__v => __obj.updateDynamic(\"PipelineExecutionStatus\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineExecutionSummary]\n    }\n  }\n\n  @js.native\n  sealed trait PipelineStatus extends js.Any\n  object PipelineStatus {\n    val Active = \"Active\".asInstanceOf[PipelineStatus]\n\n    @inline def values = js.Array(Active)\n  }\n\n  \/** A summary of a pipeline.\n    *\/\n  @js.native\n  trait PipelineSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var LastExecutionTime: js.UndefOr[Timestamp]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var PipelineArn: js.UndefOr[PipelineArn]\n    var PipelineDescription: js.UndefOr[PipelineDescription]\n    var PipelineDisplayName: js.UndefOr[PipelineName]\n    var PipelineName: js.UndefOr[PipelineName]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object PipelineSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        LastExecutionTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined,\n        PipelineDescription: js.UndefOr[PipelineDescription] = js.undefined,\n        PipelineDisplayName: js.UndefOr[PipelineName] = js.undefined,\n        PipelineName: js.UndefOr[PipelineName] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): PipelineSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      LastExecutionTime.foreach(__v => __obj.updateDynamic(\"LastExecutionTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      PipelineDescription.foreach(__v => __obj.updateDynamic(\"PipelineDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineName.foreach(__v => __obj.updateDynamic(\"PipelineName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ProblemType extends js.Any\n  object ProblemType {\n    val BinaryClassification = \"BinaryClassification\".asInstanceOf[ProblemType]\n    val MulticlassClassification = \"MulticlassClassification\".asInstanceOf[ProblemType]\n    val Regression = \"Regression\".asInstanceOf[ProblemType]\n\n    @inline def values = js.Array(BinaryClassification, MulticlassClassification, Regression)\n  }\n\n  \/** Configuration for the cluster used to run a processing job.\n    *\/\n  @js.native\n  trait ProcessingClusterConfig extends js.Object {\n    var InstanceCount: ProcessingInstanceCount\n    var InstanceType: ProcessingInstanceType\n    var VolumeSizeInGB: ProcessingVolumeSizeInGB\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object ProcessingClusterConfig {\n    @inline\n    def apply(\n        InstanceCount: ProcessingInstanceCount,\n        InstanceType: ProcessingInstanceType,\n        VolumeSizeInGB: ProcessingVolumeSizeInGB,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): ProcessingClusterConfig = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceCount\" -> InstanceCount.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"VolumeSizeInGB\" -> VolumeSizeInGB.asInstanceOf[js.Any]\n      )\n\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingClusterConfig]\n    }\n  }\n\n  \/** Configuration for processing job outputs in Amazon SageMaker Feature Store.\n    *\/\n  @js.native\n  trait ProcessingFeatureStoreOutput extends js.Object {\n    var FeatureGroupName: FeatureGroupName\n  }\n\n  object ProcessingFeatureStoreOutput {\n    @inline\n    def apply(\n        FeatureGroupName: FeatureGroupName\n    ): ProcessingFeatureStoreOutput = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProcessingFeatureStoreOutput]\n    }\n  }\n\n  \/** The inputs for a processing job. The processing input must specify exactly one of either <code>S3Input<\/code> or <code>DatasetDefinition<\/code> types.\n    *\/\n  @js.native\n  trait ProcessingInput extends js.Object {\n    var InputName: String\n    var AppManaged: js.UndefOr[AppManaged]\n    var DatasetDefinition: js.UndefOr[DatasetDefinition]\n    var S3Input: js.UndefOr[ProcessingS3Input]\n  }\n\n  object ProcessingInput {\n    @inline\n    def apply(\n        InputName: String,\n        AppManaged: js.UndefOr[AppManaged] = js.undefined,\n        DatasetDefinition: js.UndefOr[DatasetDefinition] = js.undefined,\n        S3Input: js.UndefOr[ProcessingS3Input] = js.undefined\n    ): ProcessingInput = {\n      val __obj = js.Dynamic.literal(\n        \"InputName\" -> InputName.asInstanceOf[js.Any]\n      )\n\n      AppManaged.foreach(__v => __obj.updateDynamic(\"AppManaged\")(__v.asInstanceOf[js.Any]))\n      DatasetDefinition.foreach(__v => __obj.updateDynamic(\"DatasetDefinition\")(__v.asInstanceOf[js.Any]))\n      S3Input.foreach(__v => __obj.updateDynamic(\"S3Input\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingInput]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessingInstanceType extends js.Any\n  object ProcessingInstanceType {\n    val `ml.t3.medium` = \"ml.t3.medium\".asInstanceOf[ProcessingInstanceType]\n    val `ml.t3.large` = \"ml.t3.large\".asInstanceOf[ProcessingInstanceType]\n    val `ml.t3.xlarge` = \"ml.t3.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.t3.2xlarge` = \"ml.t3.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m4.xlarge` = \"ml.m4.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m4.2xlarge` = \"ml.m4.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m4.4xlarge` = \"ml.m4.4xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m4.10xlarge` = \"ml.m4.10xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m4.16xlarge` = \"ml.m4.16xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c4.xlarge` = \"ml.c4.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c4.2xlarge` = \"ml.c4.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c4.4xlarge` = \"ml.c4.4xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c4.8xlarge` = \"ml.c4.8xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p2.xlarge` = \"ml.p2.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p2.8xlarge` = \"ml.p2.8xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p2.16xlarge` = \"ml.p2.16xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.large` = \"ml.m5.large\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.large` = \"ml.r5.large\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.xlarge` = \"ml.r5.xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.2xlarge` = \"ml.r5.2xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.4xlarge` = \"ml.r5.4xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.8xlarge` = \"ml.r5.8xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.12xlarge` = \"ml.r5.12xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.16xlarge` = \"ml.r5.16xlarge\".asInstanceOf[ProcessingInstanceType]\n    val `ml.r5.24xlarge` = \"ml.r5.24xlarge\".asInstanceOf[ProcessingInstanceType]\n\n    @inline def values = js.Array(\n      `ml.t3.medium`,\n      `ml.t3.large`,\n      `ml.t3.xlarge`,\n      `ml.t3.2xlarge`,\n      `ml.m4.xlarge`,\n      `ml.m4.2xlarge`,\n      `ml.m4.4xlarge`,\n      `ml.m4.10xlarge`,\n      `ml.m4.16xlarge`,\n      `ml.c4.xlarge`,\n      `ml.c4.2xlarge`,\n      `ml.c4.4xlarge`,\n      `ml.c4.8xlarge`,\n      `ml.p2.xlarge`,\n      `ml.p2.8xlarge`,\n      `ml.p2.16xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.m5.large`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.24xlarge`,\n      `ml.r5.large`,\n      `ml.r5.xlarge`,\n      `ml.r5.2xlarge`,\n      `ml.r5.4xlarge`,\n      `ml.r5.8xlarge`,\n      `ml.r5.12xlarge`,\n      `ml.r5.16xlarge`,\n      `ml.r5.24xlarge`\n    )\n  }\n\n  \/** An Amazon SageMaker processing job that is used to analyze data and evaluate models. For more information, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/processing-job.html|Process Data and Evaluate Models]].\n    *\/\n  @js.native\n  trait ProcessingJob extends js.Object {\n    var AppSpecification: js.UndefOr[AppSpecification]\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var Environment: js.UndefOr[ProcessingEnvironmentMap]\n    var ExitMessage: js.UndefOr[ExitMessage]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn]\n    var NetworkConfig: js.UndefOr[NetworkConfig]\n    var ProcessingEndTime: js.UndefOr[Timestamp]\n    var ProcessingInputs: js.UndefOr[ProcessingInputs]\n    var ProcessingJobArn: js.UndefOr[ProcessingJobArn]\n    var ProcessingJobName: js.UndefOr[ProcessingJobName]\n    var ProcessingJobStatus: js.UndefOr[ProcessingJobStatus]\n    var ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig]\n    var ProcessingResources: js.UndefOr[ProcessingResources]\n    var ProcessingStartTime: js.UndefOr[Timestamp]\n    var RoleArn: js.UndefOr[RoleArn]\n    var StoppingCondition: js.UndefOr[ProcessingStoppingCondition]\n    var Tags: js.UndefOr[TagList]\n    var TrainingJobArn: js.UndefOr[TrainingJobArn]\n  }\n\n  object ProcessingJob {\n    @inline\n    def apply(\n        AppSpecification: js.UndefOr[AppSpecification] = js.undefined,\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        Environment: js.UndefOr[ProcessingEnvironmentMap] = js.undefined,\n        ExitMessage: js.UndefOr[ExitMessage] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MonitoringScheduleArn: js.UndefOr[MonitoringScheduleArn] = js.undefined,\n        NetworkConfig: js.UndefOr[NetworkConfig] = js.undefined,\n        ProcessingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        ProcessingInputs: js.UndefOr[ProcessingInputs] = js.undefined,\n        ProcessingJobArn: js.UndefOr[ProcessingJobArn] = js.undefined,\n        ProcessingJobName: js.UndefOr[ProcessingJobName] = js.undefined,\n        ProcessingJobStatus: js.UndefOr[ProcessingJobStatus] = js.undefined,\n        ProcessingOutputConfig: js.UndefOr[ProcessingOutputConfig] = js.undefined,\n        ProcessingResources: js.UndefOr[ProcessingResources] = js.undefined,\n        ProcessingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        StoppingCondition: js.UndefOr[ProcessingStoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TrainingJobArn: js.UndefOr[TrainingJobArn] = js.undefined\n    ): ProcessingJob = {\n      val __obj = js.Dynamic.literal()\n      AppSpecification.foreach(__v => __obj.updateDynamic(\"AppSpecification\")(__v.asInstanceOf[js.Any]))\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExitMessage.foreach(__v => __obj.updateDynamic(\"ExitMessage\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MonitoringScheduleArn.foreach(__v => __obj.updateDynamic(\"MonitoringScheduleArn\")(__v.asInstanceOf[js.Any]))\n      NetworkConfig.foreach(__v => __obj.updateDynamic(\"NetworkConfig\")(__v.asInstanceOf[js.Any]))\n      ProcessingEndTime.foreach(__v => __obj.updateDynamic(\"ProcessingEndTime\")(__v.asInstanceOf[js.Any]))\n      ProcessingInputs.foreach(__v => __obj.updateDynamic(\"ProcessingInputs\")(__v.asInstanceOf[js.Any]))\n      ProcessingJobArn.foreach(__v => __obj.updateDynamic(\"ProcessingJobArn\")(__v.asInstanceOf[js.Any]))\n      ProcessingJobName.foreach(__v => __obj.updateDynamic(\"ProcessingJobName\")(__v.asInstanceOf[js.Any]))\n      ProcessingJobStatus.foreach(__v => __obj.updateDynamic(\"ProcessingJobStatus\")(__v.asInstanceOf[js.Any]))\n      ProcessingOutputConfig.foreach(__v => __obj.updateDynamic(\"ProcessingOutputConfig\")(__v.asInstanceOf[js.Any]))\n      ProcessingResources.foreach(__v => __obj.updateDynamic(\"ProcessingResources\")(__v.asInstanceOf[js.Any]))\n      ProcessingStartTime.foreach(__v => __obj.updateDynamic(\"ProcessingStartTime\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TrainingJobArn.foreach(__v => __obj.updateDynamic(\"TrainingJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingJob]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessingJobStatus extends js.Any\n  object ProcessingJobStatus {\n    val InProgress = \"InProgress\".asInstanceOf[ProcessingJobStatus]\n    val Completed = \"Completed\".asInstanceOf[ProcessingJobStatus]\n    val Failed = \"Failed\".asInstanceOf[ProcessingJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[ProcessingJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[ProcessingJobStatus]\n\n    @inline def values = js.Array(InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** Metadata for a processing job step.\n    *\/\n  @js.native\n  trait ProcessingJobStepMetadata extends js.Object {\n    var Arn: js.UndefOr[ProcessingJobArn]\n  }\n\n  object ProcessingJobStepMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ProcessingJobArn] = js.undefined\n    ): ProcessingJobStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingJobStepMetadata]\n    }\n  }\n\n  \/** Summary of information about a processing job.\n    *\/\n  @js.native\n  trait ProcessingJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var ProcessingJobArn: ProcessingJobArn\n    var ProcessingJobName: ProcessingJobName\n    var ProcessingJobStatus: ProcessingJobStatus\n    var ExitMessage: js.UndefOr[ExitMessage]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var ProcessingEndTime: js.UndefOr[Timestamp]\n  }\n\n  object ProcessingJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ProcessingJobArn: ProcessingJobArn,\n        ProcessingJobName: ProcessingJobName,\n        ProcessingJobStatus: ProcessingJobStatus,\n        ExitMessage: js.UndefOr[ExitMessage] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        ProcessingEndTime: js.UndefOr[Timestamp] = js.undefined\n    ): ProcessingJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ProcessingJobArn\" -> ProcessingJobArn.asInstanceOf[js.Any],\n        \"ProcessingJobName\" -> ProcessingJobName.asInstanceOf[js.Any],\n        \"ProcessingJobStatus\" -> ProcessingJobStatus.asInstanceOf[js.Any]\n      )\n\n      ExitMessage.foreach(__v => __obj.updateDynamic(\"ExitMessage\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ProcessingEndTime.foreach(__v => __obj.updateDynamic(\"ProcessingEndTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingJobSummary]\n    }\n  }\n\n  \/** Describes the results of a processing job. The processing output must specify exactly one of either <code>S3Output<\/code> or <code>FeatureStoreOutput<\/code> types.\n    *\/\n  @js.native\n  trait ProcessingOutput extends js.Object {\n    var OutputName: String\n    var AppManaged: js.UndefOr[AppManaged]\n    var FeatureStoreOutput: js.UndefOr[ProcessingFeatureStoreOutput]\n    var S3Output: js.UndefOr[ProcessingS3Output]\n  }\n\n  object ProcessingOutput {\n    @inline\n    def apply(\n        OutputName: String,\n        AppManaged: js.UndefOr[AppManaged] = js.undefined,\n        FeatureStoreOutput: js.UndefOr[ProcessingFeatureStoreOutput] = js.undefined,\n        S3Output: js.UndefOr[ProcessingS3Output] = js.undefined\n    ): ProcessingOutput = {\n      val __obj = js.Dynamic.literal(\n        \"OutputName\" -> OutputName.asInstanceOf[js.Any]\n      )\n\n      AppManaged.foreach(__v => __obj.updateDynamic(\"AppManaged\")(__v.asInstanceOf[js.Any]))\n      FeatureStoreOutput.foreach(__v => __obj.updateDynamic(\"FeatureStoreOutput\")(__v.asInstanceOf[js.Any]))\n      S3Output.foreach(__v => __obj.updateDynamic(\"S3Output\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingOutput]\n    }\n  }\n\n  \/** Configuration for uploading output from the processing container.\n    *\/\n  @js.native\n  trait ProcessingOutputConfig extends js.Object {\n    var Outputs: ProcessingOutputs\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object ProcessingOutputConfig {\n    @inline\n    def apply(\n        Outputs: ProcessingOutputs,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): ProcessingOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingOutputConfig]\n    }\n  }\n\n  \/** Identifies the resources, ML compute instances, and ML storage volumes to deploy for a processing job. In distributed training, you specify more than one instance.\n    *\/\n  @js.native\n  trait ProcessingResources extends js.Object {\n    var ClusterConfig: ProcessingClusterConfig\n  }\n\n  object ProcessingResources {\n    @inline\n    def apply(\n        ClusterConfig: ProcessingClusterConfig\n    ): ProcessingResources = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterConfig\" -> ClusterConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProcessingResources]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessingS3CompressionType extends js.Any\n  object ProcessingS3CompressionType {\n    val None = \"None\".asInstanceOf[ProcessingS3CompressionType]\n    val Gzip = \"Gzip\".asInstanceOf[ProcessingS3CompressionType]\n\n    @inline def values = js.Array(None, Gzip)\n  }\n\n  @js.native\n  sealed trait ProcessingS3DataDistributionType extends js.Any\n  object ProcessingS3DataDistributionType {\n    val FullyReplicated = \"FullyReplicated\".asInstanceOf[ProcessingS3DataDistributionType]\n    val ShardedByS3Key = \"ShardedByS3Key\".asInstanceOf[ProcessingS3DataDistributionType]\n\n    @inline def values = js.Array(FullyReplicated, ShardedByS3Key)\n  }\n\n  @js.native\n  sealed trait ProcessingS3DataType extends js.Any\n  object ProcessingS3DataType {\n    val ManifestFile = \"ManifestFile\".asInstanceOf[ProcessingS3DataType]\n    val S3Prefix = \"S3Prefix\".asInstanceOf[ProcessingS3DataType]\n\n    @inline def values = js.Array(ManifestFile, S3Prefix)\n  }\n\n  \/** Configuration for downloading input data from Amazon S3 into the processing container.\n    *\/\n  @js.native\n  trait ProcessingS3Input extends js.Object {\n    var S3DataType: ProcessingS3DataType\n    var S3Uri: S3Uri\n    var LocalPath: js.UndefOr[ProcessingLocalPath]\n    var S3CompressionType: js.UndefOr[ProcessingS3CompressionType]\n    var S3DataDistributionType: js.UndefOr[ProcessingS3DataDistributionType]\n    var S3InputMode: js.UndefOr[ProcessingS3InputMode]\n  }\n\n  object ProcessingS3Input {\n    @inline\n    def apply(\n        S3DataType: ProcessingS3DataType,\n        S3Uri: S3Uri,\n        LocalPath: js.UndefOr[ProcessingLocalPath] = js.undefined,\n        S3CompressionType: js.UndefOr[ProcessingS3CompressionType] = js.undefined,\n        S3DataDistributionType: js.UndefOr[ProcessingS3DataDistributionType] = js.undefined,\n        S3InputMode: js.UndefOr[ProcessingS3InputMode] = js.undefined\n    ): ProcessingS3Input = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataType\" -> S3DataType.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      S3CompressionType.foreach(__v => __obj.updateDynamic(\"S3CompressionType\")(__v.asInstanceOf[js.Any]))\n      S3DataDistributionType.foreach(__v => __obj.updateDynamic(\"S3DataDistributionType\")(__v.asInstanceOf[js.Any]))\n      S3InputMode.foreach(__v => __obj.updateDynamic(\"S3InputMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingS3Input]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessingS3InputMode extends js.Any\n  object ProcessingS3InputMode {\n    val Pipe = \"Pipe\".asInstanceOf[ProcessingS3InputMode]\n    val File = \"File\".asInstanceOf[ProcessingS3InputMode]\n\n    @inline def values = js.Array(Pipe, File)\n  }\n\n  \/** Configuration for uploading output data to Amazon S3 from the processing container.\n    *\/\n  @js.native\n  trait ProcessingS3Output extends js.Object {\n    var LocalPath: ProcessingLocalPath\n    var S3UploadMode: ProcessingS3UploadMode\n    var S3Uri: S3Uri\n  }\n\n  object ProcessingS3Output {\n    @inline\n    def apply(\n        LocalPath: ProcessingLocalPath,\n        S3UploadMode: ProcessingS3UploadMode,\n        S3Uri: S3Uri\n    ): ProcessingS3Output = {\n      val __obj = js.Dynamic.literal(\n        \"LocalPath\" -> LocalPath.asInstanceOf[js.Any],\n        \"S3UploadMode\" -> S3UploadMode.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProcessingS3Output]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessingS3UploadMode extends js.Any\n  object ProcessingS3UploadMode {\n    val Continuous = \"Continuous\".asInstanceOf[ProcessingS3UploadMode]\n    val EndOfJob = \"EndOfJob\".asInstanceOf[ProcessingS3UploadMode]\n\n    @inline def values = js.Array(Continuous, EndOfJob)\n  }\n\n  \/** Configures conditions under which the processing job should be stopped, such as how long the processing job has been running. After the condition is met, the processing job is stopped.\n    *\/\n  @js.native\n  trait ProcessingStoppingCondition extends js.Object {\n    var MaxRuntimeInSeconds: ProcessingMaxRuntimeInSeconds\n  }\n\n  object ProcessingStoppingCondition {\n    @inline\n    def apply(\n        MaxRuntimeInSeconds: ProcessingMaxRuntimeInSeconds\n    ): ProcessingStoppingCondition = {\n      val __obj = js.Dynamic.literal(\n        \"MaxRuntimeInSeconds\" -> MaxRuntimeInSeconds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProcessingStoppingCondition]\n    }\n  }\n\n  \/** Identifies a model that you want to host and the resources to deploy for hosting it. If you are deploying multiple models, tell Amazon SageMaker how to distribute traffic among the models by specifying variant weights.\n    *\/\n  @js.native\n  trait ProductionVariant extends js.Object {\n    var InitialInstanceCount: TaskCount\n    var InstanceType: ProductionVariantInstanceType\n    var ModelName: ModelName\n    var VariantName: VariantName\n    var AcceleratorType: js.UndefOr[ProductionVariantAcceleratorType]\n    var CoreDumpConfig: js.UndefOr[ProductionVariantCoreDumpConfig]\n    var InitialVariantWeight: js.UndefOr[VariantWeight]\n  }\n\n  object ProductionVariant {\n    @inline\n    def apply(\n        InitialInstanceCount: TaskCount,\n        InstanceType: ProductionVariantInstanceType,\n        ModelName: ModelName,\n        VariantName: VariantName,\n        AcceleratorType: js.UndefOr[ProductionVariantAcceleratorType] = js.undefined,\n        CoreDumpConfig: js.UndefOr[ProductionVariantCoreDumpConfig] = js.undefined,\n        InitialVariantWeight: js.UndefOr[VariantWeight] = js.undefined\n    ): ProductionVariant = {\n      val __obj = js.Dynamic.literal(\n        \"InitialInstanceCount\" -> InitialInstanceCount.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any],\n        \"VariantName\" -> VariantName.asInstanceOf[js.Any]\n      )\n\n      AcceleratorType.foreach(__v => __obj.updateDynamic(\"AcceleratorType\")(__v.asInstanceOf[js.Any]))\n      CoreDumpConfig.foreach(__v => __obj.updateDynamic(\"CoreDumpConfig\")(__v.asInstanceOf[js.Any]))\n      InitialVariantWeight.foreach(__v => __obj.updateDynamic(\"InitialVariantWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProductionVariant]\n    }\n  }\n\n  @js.native\n  sealed trait ProductionVariantAcceleratorType extends js.Any\n  object ProductionVariantAcceleratorType {\n    val `ml.eia1.medium` = \"ml.eia1.medium\".asInstanceOf[ProductionVariantAcceleratorType]\n    val `ml.eia1.large` = \"ml.eia1.large\".asInstanceOf[ProductionVariantAcceleratorType]\n    val `ml.eia1.xlarge` = \"ml.eia1.xlarge\".asInstanceOf[ProductionVariantAcceleratorType]\n    val `ml.eia2.medium` = \"ml.eia2.medium\".asInstanceOf[ProductionVariantAcceleratorType]\n    val `ml.eia2.large` = \"ml.eia2.large\".asInstanceOf[ProductionVariantAcceleratorType]\n    val `ml.eia2.xlarge` = \"ml.eia2.xlarge\".asInstanceOf[ProductionVariantAcceleratorType]\n\n    @inline def values = js.Array(`ml.eia1.medium`, `ml.eia1.large`, `ml.eia1.xlarge`, `ml.eia2.medium`, `ml.eia2.large`, `ml.eia2.xlarge`)\n  }\n\n  \/** Specifies configuration for a core dump from the model container when the process crashes.\n    *\/\n  @js.native\n  trait ProductionVariantCoreDumpConfig extends js.Object {\n    var DestinationS3Uri: DestinationS3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object ProductionVariantCoreDumpConfig {\n    @inline\n    def apply(\n        DestinationS3Uri: DestinationS3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): ProductionVariantCoreDumpConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationS3Uri\" -> DestinationS3Uri.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProductionVariantCoreDumpConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ProductionVariantInstanceType extends js.Any\n  object ProductionVariantInstanceType {\n    val `ml.t2.medium` = \"ml.t2.medium\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.t2.large` = \"ml.t2.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.t2.xlarge` = \"ml.t2.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.t2.2xlarge` = \"ml.t2.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m4.xlarge` = \"ml.m4.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m4.2xlarge` = \"ml.m4.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m4.4xlarge` = \"ml.m4.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m4.10xlarge` = \"ml.m4.10xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m4.16xlarge` = \"ml.m4.16xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.large` = \"ml.m5.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.large` = \"ml.m5d.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.xlarge` = \"ml.m5d.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.2xlarge` = \"ml.m5d.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.4xlarge` = \"ml.m5d.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.12xlarge` = \"ml.m5d.12xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.m5d.24xlarge` = \"ml.m5d.24xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c4.large` = \"ml.c4.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c4.xlarge` = \"ml.c4.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c4.2xlarge` = \"ml.c4.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c4.4xlarge` = \"ml.c4.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c4.8xlarge` = \"ml.c4.8xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p2.xlarge` = \"ml.p2.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p2.8xlarge` = \"ml.p2.8xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p2.16xlarge` = \"ml.p2.16xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.large` = \"ml.c5.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.large` = \"ml.c5d.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.xlarge` = \"ml.c5d.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.2xlarge` = \"ml.c5d.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.4xlarge` = \"ml.c5d.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.9xlarge` = \"ml.c5d.9xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.c5d.18xlarge` = \"ml.c5d.18xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.xlarge` = \"ml.g4dn.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.2xlarge` = \"ml.g4dn.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.4xlarge` = \"ml.g4dn.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.8xlarge` = \"ml.g4dn.8xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.12xlarge` = \"ml.g4dn.12xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.g4dn.16xlarge` = \"ml.g4dn.16xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.large` = \"ml.r5.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.xlarge` = \"ml.r5.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.2xlarge` = \"ml.r5.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.4xlarge` = \"ml.r5.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.12xlarge` = \"ml.r5.12xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5.24xlarge` = \"ml.r5.24xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.large` = \"ml.r5d.large\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.xlarge` = \"ml.r5d.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.2xlarge` = \"ml.r5d.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.4xlarge` = \"ml.r5d.4xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.12xlarge` = \"ml.r5d.12xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.r5d.24xlarge` = \"ml.r5d.24xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.inf1.xlarge` = \"ml.inf1.xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.inf1.2xlarge` = \"ml.inf1.2xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.inf1.6xlarge` = \"ml.inf1.6xlarge\".asInstanceOf[ProductionVariantInstanceType]\n    val `ml.inf1.24xlarge` = \"ml.inf1.24xlarge\".asInstanceOf[ProductionVariantInstanceType]\n\n    @inline def values = js.Array(\n      `ml.t2.medium`,\n      `ml.t2.large`,\n      `ml.t2.xlarge`,\n      `ml.t2.2xlarge`,\n      `ml.m4.xlarge`,\n      `ml.m4.2xlarge`,\n      `ml.m4.4xlarge`,\n      `ml.m4.10xlarge`,\n      `ml.m4.16xlarge`,\n      `ml.m5.large`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.24xlarge`,\n      `ml.m5d.large`,\n      `ml.m5d.xlarge`,\n      `ml.m5d.2xlarge`,\n      `ml.m5d.4xlarge`,\n      `ml.m5d.12xlarge`,\n      `ml.m5d.24xlarge`,\n      `ml.c4.large`,\n      `ml.c4.xlarge`,\n      `ml.c4.2xlarge`,\n      `ml.c4.4xlarge`,\n      `ml.c4.8xlarge`,\n      `ml.p2.xlarge`,\n      `ml.p2.8xlarge`,\n      `ml.p2.16xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`,\n      `ml.c5.large`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.c5d.large`,\n      `ml.c5d.xlarge`,\n      `ml.c5d.2xlarge`,\n      `ml.c5d.4xlarge`,\n      `ml.c5d.9xlarge`,\n      `ml.c5d.18xlarge`,\n      `ml.g4dn.xlarge`,\n      `ml.g4dn.2xlarge`,\n      `ml.g4dn.4xlarge`,\n      `ml.g4dn.8xlarge`,\n      `ml.g4dn.12xlarge`,\n      `ml.g4dn.16xlarge`,\n      `ml.r5.large`,\n      `ml.r5.xlarge`,\n      `ml.r5.2xlarge`,\n      `ml.r5.4xlarge`,\n      `ml.r5.12xlarge`,\n      `ml.r5.24xlarge`,\n      `ml.r5d.large`,\n      `ml.r5d.xlarge`,\n      `ml.r5d.2xlarge`,\n      `ml.r5d.4xlarge`,\n      `ml.r5d.12xlarge`,\n      `ml.r5d.24xlarge`,\n      `ml.inf1.xlarge`,\n      `ml.inf1.2xlarge`,\n      `ml.inf1.6xlarge`,\n      `ml.inf1.24xlarge`\n    )\n  }\n\n  \/** Describes weight and capacities for a production variant associated with an endpoint. If you sent a request to the <code>UpdateEndpointWeightsAndCapacities<\/code> API and the endpoint status is <code>Updating<\/code>, you get different desired and current values.\n    *\/\n  @js.native\n  trait ProductionVariantSummary extends js.Object {\n    var VariantName: VariantName\n    var CurrentInstanceCount: js.UndefOr[TaskCount]\n    var CurrentWeight: js.UndefOr[VariantWeight]\n    var DeployedImages: js.UndefOr[DeployedImages]\n    var DesiredInstanceCount: js.UndefOr[TaskCount]\n    var DesiredWeight: js.UndefOr[VariantWeight]\n  }\n\n  object ProductionVariantSummary {\n    @inline\n    def apply(\n        VariantName: VariantName,\n        CurrentInstanceCount: js.UndefOr[TaskCount] = js.undefined,\n        CurrentWeight: js.UndefOr[VariantWeight] = js.undefined,\n        DeployedImages: js.UndefOr[DeployedImages] = js.undefined,\n        DesiredInstanceCount: js.UndefOr[TaskCount] = js.undefined,\n        DesiredWeight: js.UndefOr[VariantWeight] = js.undefined\n    ): ProductionVariantSummary = {\n      val __obj = js.Dynamic.literal(\n        \"VariantName\" -> VariantName.asInstanceOf[js.Any]\n      )\n\n      CurrentInstanceCount.foreach(__v => __obj.updateDynamic(\"CurrentInstanceCount\")(__v.asInstanceOf[js.Any]))\n      CurrentWeight.foreach(__v => __obj.updateDynamic(\"CurrentWeight\")(__v.asInstanceOf[js.Any]))\n      DeployedImages.foreach(__v => __obj.updateDynamic(\"DeployedImages\")(__v.asInstanceOf[js.Any]))\n      DesiredInstanceCount.foreach(__v => __obj.updateDynamic(\"DesiredInstanceCount\")(__v.asInstanceOf[js.Any]))\n      DesiredWeight.foreach(__v => __obj.updateDynamic(\"DesiredWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProductionVariantSummary]\n    }\n  }\n\n  \/** Configuration information for Debugger system monitoring, framework profiling, and storage paths.\n    *\/\n  @js.native\n  trait ProfilerConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var ProfilingIntervalInMilliseconds: js.UndefOr[ProfilingIntervalInMilliseconds]\n    var ProfilingParameters: js.UndefOr[ProfilingParameters]\n  }\n\n  object ProfilerConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        ProfilingIntervalInMilliseconds: js.UndefOr[ProfilingIntervalInMilliseconds] = js.undefined,\n        ProfilingParameters: js.UndefOr[ProfilingParameters] = js.undefined\n    ): ProfilerConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      ProfilingIntervalInMilliseconds.foreach(__v => __obj.updateDynamic(\"ProfilingIntervalInMilliseconds\")(__v.asInstanceOf[js.Any]))\n      ProfilingParameters.foreach(__v => __obj.updateDynamic(\"ProfilingParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilerConfig]\n    }\n  }\n\n  \/** Configuration information for updating the Debugger profile parameters, system and framework metrics configurations, and storage paths.\n    *\/\n  @js.native\n  trait ProfilerConfigForUpdate extends js.Object {\n    var DisableProfiler: js.UndefOr[DisableProfiler]\n    var ProfilingIntervalInMilliseconds: js.UndefOr[ProfilingIntervalInMilliseconds]\n    var ProfilingParameters: js.UndefOr[ProfilingParameters]\n    var S3OutputPath: js.UndefOr[S3Uri]\n  }\n\n  object ProfilerConfigForUpdate {\n    @inline\n    def apply(\n        DisableProfiler: js.UndefOr[DisableProfiler] = js.undefined,\n        ProfilingIntervalInMilliseconds: js.UndefOr[ProfilingIntervalInMilliseconds] = js.undefined,\n        ProfilingParameters: js.UndefOr[ProfilingParameters] = js.undefined,\n        S3OutputPath: js.UndefOr[S3Uri] = js.undefined\n    ): ProfilerConfigForUpdate = {\n      val __obj = js.Dynamic.literal()\n      DisableProfiler.foreach(__v => __obj.updateDynamic(\"DisableProfiler\")(__v.asInstanceOf[js.Any]))\n      ProfilingIntervalInMilliseconds.foreach(__v => __obj.updateDynamic(\"ProfilingIntervalInMilliseconds\")(__v.asInstanceOf[js.Any]))\n      ProfilingParameters.foreach(__v => __obj.updateDynamic(\"ProfilingParameters\")(__v.asInstanceOf[js.Any]))\n      S3OutputPath.foreach(__v => __obj.updateDynamic(\"S3OutputPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilerConfigForUpdate]\n    }\n  }\n\n  \/** Configuration information for profiling rules.\n    *\/\n  @js.native\n  trait ProfilerRuleConfiguration extends js.Object {\n    var RuleConfigurationName: RuleConfigurationName\n    var RuleEvaluatorImage: AlgorithmImage\n    var InstanceType: js.UndefOr[ProcessingInstanceType]\n    var LocalPath: js.UndefOr[DirectoryPath]\n    var RuleParameters: js.UndefOr[RuleParameters]\n    var S3OutputPath: js.UndefOr[S3Uri]\n    var VolumeSizeInGB: js.UndefOr[OptionalVolumeSizeInGB]\n  }\n\n  object ProfilerRuleConfiguration {\n    @inline\n    def apply(\n        RuleConfigurationName: RuleConfigurationName,\n        RuleEvaluatorImage: AlgorithmImage,\n        InstanceType: js.UndefOr[ProcessingInstanceType] = js.undefined,\n        LocalPath: js.UndefOr[DirectoryPath] = js.undefined,\n        RuleParameters: js.UndefOr[RuleParameters] = js.undefined,\n        S3OutputPath: js.UndefOr[S3Uri] = js.undefined,\n        VolumeSizeInGB: js.UndefOr[OptionalVolumeSizeInGB] = js.undefined\n    ): ProfilerRuleConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"RuleConfigurationName\" -> RuleConfigurationName.asInstanceOf[js.Any],\n        \"RuleEvaluatorImage\" -> RuleEvaluatorImage.asInstanceOf[js.Any]\n      )\n\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      RuleParameters.foreach(__v => __obj.updateDynamic(\"RuleParameters\")(__v.asInstanceOf[js.Any]))\n      S3OutputPath.foreach(__v => __obj.updateDynamic(\"S3OutputPath\")(__v.asInstanceOf[js.Any]))\n      VolumeSizeInGB.foreach(__v => __obj.updateDynamic(\"VolumeSizeInGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilerRuleConfiguration]\n    }\n  }\n\n  \/** Information about the status of the rule evaluation.\n    *\/\n  @js.native\n  trait ProfilerRuleEvaluationStatus extends js.Object {\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var RuleConfigurationName: js.UndefOr[RuleConfigurationName]\n    var RuleEvaluationJobArn: js.UndefOr[ProcessingJobArn]\n    var RuleEvaluationStatus: js.UndefOr[RuleEvaluationStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n  }\n\n  object ProfilerRuleEvaluationStatus {\n    @inline\n    def apply(\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        RuleConfigurationName: js.UndefOr[RuleConfigurationName] = js.undefined,\n        RuleEvaluationJobArn: js.UndefOr[ProcessingJobArn] = js.undefined,\n        RuleEvaluationStatus: js.UndefOr[RuleEvaluationStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined\n    ): ProfilerRuleEvaluationStatus = {\n      val __obj = js.Dynamic.literal()\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      RuleConfigurationName.foreach(__v => __obj.updateDynamic(\"RuleConfigurationName\")(__v.asInstanceOf[js.Any]))\n      RuleEvaluationJobArn.foreach(__v => __obj.updateDynamic(\"RuleEvaluationJobArn\")(__v.asInstanceOf[js.Any]))\n      RuleEvaluationStatus.foreach(__v => __obj.updateDynamic(\"RuleEvaluationStatus\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilerRuleEvaluationStatus]\n    }\n  }\n\n  @js.native\n  sealed trait ProfilingStatus extends js.Any\n  object ProfilingStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ProfilingStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ProfilingStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait ProjectSortBy extends js.Any\n  object ProjectSortBy {\n    val Name = \"Name\".asInstanceOf[ProjectSortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[ProjectSortBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait ProjectSortOrder extends js.Any\n  object ProjectSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[ProjectSortOrder]\n    val Descending = \"Descending\".asInstanceOf[ProjectSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  @js.native\n  sealed trait ProjectStatus extends js.Any\n  object ProjectStatus {\n    val Pending = \"Pending\".asInstanceOf[ProjectStatus]\n    val CreateInProgress = \"CreateInProgress\".asInstanceOf[ProjectStatus]\n    val CreateCompleted = \"CreateCompleted\".asInstanceOf[ProjectStatus]\n    val CreateFailed = \"CreateFailed\".asInstanceOf[ProjectStatus]\n    val DeleteInProgress = \"DeleteInProgress\".asInstanceOf[ProjectStatus]\n    val DeleteFailed = \"DeleteFailed\".asInstanceOf[ProjectStatus]\n    val DeleteCompleted = \"DeleteCompleted\".asInstanceOf[ProjectStatus]\n\n    @inline def values = js.Array(Pending, CreateInProgress, CreateCompleted, CreateFailed, DeleteInProgress, DeleteFailed, DeleteCompleted)\n  }\n\n  \/** Information about a project.\n    *\/\n  @js.native\n  trait ProjectSummary extends js.Object {\n    var CreationTime: Timestamp\n    var ProjectArn: ProjectArn\n    var ProjectId: ProjectId\n    var ProjectName: ProjectEntityName\n    var ProjectStatus: ProjectStatus\n    var ProjectDescription: js.UndefOr[EntityDescription]\n  }\n\n  object ProjectSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        ProjectArn: ProjectArn,\n        ProjectId: ProjectId,\n        ProjectName: ProjectEntityName,\n        ProjectStatus: ProjectStatus,\n        ProjectDescription: js.UndefOr[EntityDescription] = js.undefined\n    ): ProjectSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any],\n        \"ProjectId\" -> ProjectId.asInstanceOf[js.Any],\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any],\n        \"ProjectStatus\" -> ProjectStatus.asInstanceOf[js.Any]\n      )\n\n      ProjectDescription.foreach(__v => __obj.updateDynamic(\"ProjectDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectSummary]\n    }\n  }\n\n  \/** Part of the <code>SuggestionQuery<\/code> type. Specifies a hint for retrieving property names that begin with the specified text.\n    *\/\n  @js.native\n  trait PropertyNameQuery extends js.Object {\n    var PropertyNameHint: PropertyNameHint\n  }\n\n  object PropertyNameQuery {\n    @inline\n    def apply(\n        PropertyNameHint: PropertyNameHint\n    ): PropertyNameQuery = {\n      val __obj = js.Dynamic.literal(\n        \"PropertyNameHint\" -> PropertyNameHint.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PropertyNameQuery]\n    }\n  }\n\n  \/** A property name returned from a <code>GetSearchSuggestions<\/code> call that specifies a value in the <code>PropertyNameQuery<\/code> field.\n    *\/\n  @js.native\n  trait PropertyNameSuggestion extends js.Object {\n    var PropertyName: js.UndefOr[ResourcePropertyName]\n  }\n\n  object PropertyNameSuggestion {\n    @inline\n    def apply(\n        PropertyName: js.UndefOr[ResourcePropertyName] = js.undefined\n    ): PropertyNameSuggestion = {\n      val __obj = js.Dynamic.literal()\n      PropertyName.foreach(__v => __obj.updateDynamic(\"PropertyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PropertyNameSuggestion]\n    }\n  }\n\n  \/** A key value pair used when you provision a project as a service catalog product. For information, see [[https:\/\/docs.aws.amazon.com\/servicecatalog\/latest\/adminguide\/introduction.html|What is AWS Service Catalog]].\n    *\/\n  @js.native\n  trait ProvisioningParameter extends js.Object {\n    var Key: js.UndefOr[ProvisioningParameterKey]\n    var Value: js.UndefOr[ProvisioningParameterValue]\n  }\n\n  object ProvisioningParameter {\n    @inline\n    def apply(\n        Key: js.UndefOr[ProvisioningParameterKey] = js.undefined,\n        Value: js.UndefOr[ProvisioningParameterValue] = js.undefined\n    ): ProvisioningParameter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProvisioningParameter]\n    }\n  }\n\n  \/** Defines the amount of money paid to an Amazon Mechanical Turk worker for each task performed. Use one of the following prices for bounding box tasks. Prices are in US dollars and should be based on the complexity of the task; the longer it takes in your initial testing, the more you should offer. * 0.036 * 0.048 * 0.060 * 0.072 * 0.120 * 0.240 * 0.360 * 0.480 * 0.600 * 0.720 * 0.840 * 0.960 * 1.080 * 1.200 Use one of the following prices for image classification, text classification, and custom tasks. Prices are in US dollars. * 0.012 * 0.024 * 0.036 * 0.048 * 0.060 * 0.072 * 0.120 * 0.240 * 0.360 * 0.480 * 0.600 * 0.720 * 0.840 * 0.960 * 1.080 * 1.200 Use one of the following prices for semantic segmentation tasks. Prices are in US dollars. * 0.840 * 0.960 * 1.080 * 1.200 Use one of the following prices for Textract AnalyzeDocument Important Form Key Amazon Augmented AI review tasks. Prices are in US dollars. * 2.400 * 2.280 * 2.160 * 2.040 * 1.920 * 1.800 * 1.680 * 1.560 *\n    * 1.440 * 1.320 * 1.200 * 1.080 * 0.960 * 0.840 * 0.720 * 0.600 * 0.480 * 0.360 * 0.240 * 0.120 * 0.072 * 0.060 * 0.048 * 0.036 * 0.024 * 0.012 Use one of the following prices for Rekognition DetectModerationLabels Amazon Augmented AI review tasks. Prices are in US dollars. * 1.200 * 1.080 * 0.960 * 0.840 * 0.720 * 0.600 * 0.480 * 0.360 * 0.240 * 0.120 * 0.072 * 0.060 * 0.048 * 0.036 * 0.024 * 0.012 Use one of the following prices for Amazon Augmented AI custom human review tasks. Prices are in US dollars. * 1.200 * 1.080 * 0.960 * 0.840 * 0.720 * 0.600 * 0.480 * 0.360 * 0.240 * 0.120 * 0.072 * 0.060 * 0.048 * 0.036 * 0.024 * 0.012\n    *\/\n  @js.native\n  trait PublicWorkforceTaskPrice extends js.Object {\n    var AmountInUsd: js.UndefOr[USD]\n  }\n\n  object PublicWorkforceTaskPrice {\n    @inline\n    def apply(\n        AmountInUsd: js.UndefOr[USD] = js.undefined\n    ): PublicWorkforceTaskPrice = {\n      val __obj = js.Dynamic.literal()\n      AmountInUsd.foreach(__v => __obj.updateDynamic(\"AmountInUsd\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublicWorkforceTaskPrice]\n    }\n  }\n\n  @js.native\n  trait PutModelPackageGroupPolicyInput extends js.Object {\n    var ModelPackageGroupName: EntityName\n    var ResourcePolicy: PolicyString\n  }\n\n  object PutModelPackageGroupPolicyInput {\n    @inline\n    def apply(\n        ModelPackageGroupName: EntityName,\n        ResourcePolicy: PolicyString\n    ): PutModelPackageGroupPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupName\" -> ModelPackageGroupName.asInstanceOf[js.Any],\n        \"ResourcePolicy\" -> ResourcePolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutModelPackageGroupPolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutModelPackageGroupPolicyOutput extends js.Object {\n    var ModelPackageGroupArn: ModelPackageGroupArn\n  }\n\n  object PutModelPackageGroupPolicyOutput {\n    @inline\n    def apply(\n        ModelPackageGroupArn: ModelPackageGroupArn\n    ): PutModelPackageGroupPolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageGroupArn\" -> ModelPackageGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutModelPackageGroupPolicyOutput]\n    }\n  }\n\n  @js.native\n  sealed trait RecordWrapper extends js.Any\n  object RecordWrapper {\n    val None = \"None\".asInstanceOf[RecordWrapper]\n    val RecordIO = \"RecordIO\".asInstanceOf[RecordWrapper]\n\n    @inline def values = js.Array(None, RecordIO)\n  }\n\n  \/** Configuration for Redshift Dataset Definition input.\n    *\/\n  @js.native\n  trait RedshiftDatasetDefinition extends js.Object {\n    var ClusterId: RedshiftClusterId\n    var ClusterRoleArn: RoleArn\n    var Database: RedshiftDatabase\n    var DbUser: RedshiftUserName\n    var OutputFormat: RedshiftResultFormat\n    var OutputS3Uri: S3Uri\n    var QueryString: RedshiftQueryString\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var OutputCompression: js.UndefOr[RedshiftResultCompressionType]\n  }\n\n  object RedshiftDatasetDefinition {\n    @inline\n    def apply(\n        ClusterId: RedshiftClusterId,\n        ClusterRoleArn: RoleArn,\n        Database: RedshiftDatabase,\n        DbUser: RedshiftUserName,\n        OutputFormat: RedshiftResultFormat,\n        OutputS3Uri: S3Uri,\n        QueryString: RedshiftQueryString,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        OutputCompression: js.UndefOr[RedshiftResultCompressionType] = js.undefined\n    ): RedshiftDatasetDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterId\" -> ClusterId.asInstanceOf[js.Any],\n        \"ClusterRoleArn\" -> ClusterRoleArn.asInstanceOf[js.Any],\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"DbUser\" -> DbUser.asInstanceOf[js.Any],\n        \"OutputFormat\" -> OutputFormat.asInstanceOf[js.Any],\n        \"OutputS3Uri\" -> OutputS3Uri.asInstanceOf[js.Any],\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputCompression.foreach(__v => __obj.updateDynamic(\"OutputCompression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftDatasetDefinition]\n    }\n  }\n\n  \/** The compression used for Redshift query results.\n    *\/\n  @js.native\n  sealed trait RedshiftResultCompressionType extends js.Any\n  object RedshiftResultCompressionType {\n    val None = \"None\".asInstanceOf[RedshiftResultCompressionType]\n    val GZIP = \"GZIP\".asInstanceOf[RedshiftResultCompressionType]\n    val BZIP2 = \"BZIP2\".asInstanceOf[RedshiftResultCompressionType]\n    val ZSTD = \"ZSTD\".asInstanceOf[RedshiftResultCompressionType]\n    val SNAPPY = \"SNAPPY\".asInstanceOf[RedshiftResultCompressionType]\n\n    @inline def values = js.Array(None, GZIP, BZIP2, ZSTD, SNAPPY)\n  }\n\n  \/** The data storage format for Redshift query results.\n    *\/\n  @js.native\n  sealed trait RedshiftResultFormat extends js.Any\n  object RedshiftResultFormat {\n    val PARQUET = \"PARQUET\".asInstanceOf[RedshiftResultFormat]\n    val CSV = \"CSV\".asInstanceOf[RedshiftResultFormat]\n\n    @inline def values = js.Array(PARQUET, CSV)\n  }\n\n  @js.native\n  trait RegisterDevicesRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var Devices: Devices\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object RegisterDevicesRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        Devices: Devices,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): RegisterDevicesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"Devices\" -> Devices.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterDevicesRequest]\n    }\n  }\n\n  \/** Metadata for a register model job step.\n    *\/\n  @js.native\n  trait RegisterModelStepMetadata extends js.Object {\n    var Arn: js.UndefOr[String256]\n  }\n\n  object RegisterModelStepMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String256] = js.undefined\n    ): RegisterModelStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterModelStepMetadata]\n    }\n  }\n\n  @js.native\n  trait RenderUiTemplateRequest extends js.Object {\n    var RoleArn: RoleArn\n    var Task: RenderableTask\n    var HumanTaskUiArn: js.UndefOr[HumanTaskUiArn]\n    var UiTemplate: js.UndefOr[UiTemplate]\n  }\n\n  object RenderUiTemplateRequest {\n    @inline\n    def apply(\n        RoleArn: RoleArn,\n        Task: RenderableTask,\n        HumanTaskUiArn: js.UndefOr[HumanTaskUiArn] = js.undefined,\n        UiTemplate: js.UndefOr[UiTemplate] = js.undefined\n    ): RenderUiTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"Task\" -> Task.asInstanceOf[js.Any]\n      )\n\n      HumanTaskUiArn.foreach(__v => __obj.updateDynamic(\"HumanTaskUiArn\")(__v.asInstanceOf[js.Any]))\n      UiTemplate.foreach(__v => __obj.updateDynamic(\"UiTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RenderUiTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait RenderUiTemplateResponse extends js.Object {\n    var Errors: RenderingErrorList\n    var RenderedContent: String\n  }\n\n  object RenderUiTemplateResponse {\n    @inline\n    def apply(\n        Errors: RenderingErrorList,\n        RenderedContent: String\n    ): RenderUiTemplateResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Errors\" -> Errors.asInstanceOf[js.Any],\n        \"RenderedContent\" -> RenderedContent.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenderUiTemplateResponse]\n    }\n  }\n\n  \/** Contains input values for a task.\n    *\/\n  @js.native\n  trait RenderableTask extends js.Object {\n    var Input: TaskInput\n  }\n\n  object RenderableTask {\n    @inline\n    def apply(\n        Input: TaskInput\n    ): RenderableTask = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenderableTask]\n    }\n  }\n\n  \/** A description of an error that occurred while rendering the template.\n    *\/\n  @js.native\n  trait RenderingError extends js.Object {\n    var Code: String\n    var Message: String\n  }\n\n  object RenderingError {\n    @inline\n    def apply(\n        Code: String,\n        Message: String\n    ): RenderingError = {\n      val __obj = js.Dynamic.literal(\n        \"Code\" -> Code.asInstanceOf[js.Any],\n        \"Message\" -> Message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenderingError]\n    }\n  }\n\n  @js.native\n  sealed trait RepositoryAccessMode extends js.Any\n  object RepositoryAccessMode {\n    val Platform = \"Platform\".asInstanceOf[RepositoryAccessMode]\n    val Vpc = \"Vpc\".asInstanceOf[RepositoryAccessMode]\n\n    @inline def values = js.Array(Platform, Vpc)\n  }\n\n  \/** Specifies an authentication configuration for the private docker registry where your model image is hosted. Specify a value for this property only if you specified <code>Vpc<\/code> as the value for the <code>RepositoryAccessMode<\/code> field of the <code>ImageConfig<\/code> object that you passed to a call to <a>CreateModel<\/a> and the private Docker registry where the model image is hosted requires authentication.\n    *\/\n  @js.native\n  trait RepositoryAuthConfig extends js.Object {\n    var RepositoryCredentialsProviderArn: RepositoryCredentialsProviderArn\n  }\n\n  object RepositoryAuthConfig {\n    @inline\n    def apply(\n        RepositoryCredentialsProviderArn: RepositoryCredentialsProviderArn\n    ): RepositoryAuthConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RepositoryCredentialsProviderArn\" -> RepositoryCredentialsProviderArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RepositoryAuthConfig]\n    }\n  }\n\n  \/** The resolved attributes.\n    *\/\n  @js.native\n  trait ResolvedAttributes extends js.Object {\n    var AutoMLJobObjective: js.UndefOr[AutoMLJobObjective]\n    var CompletionCriteria: js.UndefOr[AutoMLJobCompletionCriteria]\n    var ProblemType: js.UndefOr[ProblemType]\n  }\n\n  object ResolvedAttributes {\n    @inline\n    def apply(\n        AutoMLJobObjective: js.UndefOr[AutoMLJobObjective] = js.undefined,\n        CompletionCriteria: js.UndefOr[AutoMLJobCompletionCriteria] = js.undefined,\n        ProblemType: js.UndefOr[ProblemType] = js.undefined\n    ): ResolvedAttributes = {\n      val __obj = js.Dynamic.literal()\n      AutoMLJobObjective.foreach(__v => __obj.updateDynamic(\"AutoMLJobObjective\")(__v.asInstanceOf[js.Any]))\n      CompletionCriteria.foreach(__v => __obj.updateDynamic(\"CompletionCriteria\")(__v.asInstanceOf[js.Any]))\n      ProblemType.foreach(__v => __obj.updateDynamic(\"ProblemType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolvedAttributes]\n    }\n  }\n\n  \/** Describes the resources, including ML compute instances and ML storage volumes, to use for model training.\n    *\/\n  @js.native\n  trait ResourceConfig extends js.Object {\n    var InstanceCount: TrainingInstanceCount\n    var InstanceType: TrainingInstanceType\n    var VolumeSizeInGB: VolumeSizeInGB\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object ResourceConfig {\n    @inline\n    def apply(\n        InstanceCount: TrainingInstanceCount,\n        InstanceType: TrainingInstanceType,\n        VolumeSizeInGB: VolumeSizeInGB,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): ResourceConfig = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceCount\" -> InstanceCount.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any],\n        \"VolumeSizeInGB\" -> VolumeSizeInGB.asInstanceOf[js.Any]\n      )\n\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceConfig]\n    }\n  }\n\n  \/** Specifies the maximum number of training jobs and parallel training jobs that a hyperparameter tuning job can launch.\n    *\/\n  @js.native\n  trait ResourceLimits extends js.Object {\n    var MaxNumberOfTrainingJobs: MaxNumberOfTrainingJobs\n    var MaxParallelTrainingJobs: MaxParallelTrainingJobs\n  }\n\n  object ResourceLimits {\n    @inline\n    def apply(\n        MaxNumberOfTrainingJobs: MaxNumberOfTrainingJobs,\n        MaxParallelTrainingJobs: MaxParallelTrainingJobs\n    ): ResourceLimits = {\n      val __obj = js.Dynamic.literal(\n        \"MaxNumberOfTrainingJobs\" -> MaxNumberOfTrainingJobs.asInstanceOf[js.Any],\n        \"MaxParallelTrainingJobs\" -> MaxParallelTrainingJobs.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceLimits]\n    }\n  }\n\n  \/** Specifies the ARN's of a SageMaker image and SageMaker image version, and the instance type that the version runs on.\n    *\/\n  @js.native\n  trait ResourceSpec extends js.Object {\n    var InstanceType: js.UndefOr[AppInstanceType]\n    var SageMakerImageArn: js.UndefOr[ImageArn]\n    var SageMakerImageVersionArn: js.UndefOr[ImageVersionArn]\n  }\n\n  object ResourceSpec {\n    @inline\n    def apply(\n        InstanceType: js.UndefOr[AppInstanceType] = js.undefined,\n        SageMakerImageArn: js.UndefOr[ImageArn] = js.undefined,\n        SageMakerImageVersionArn: js.UndefOr[ImageVersionArn] = js.undefined\n    ): ResourceSpec = {\n      val __obj = js.Dynamic.literal()\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      SageMakerImageArn.foreach(__v => __obj.updateDynamic(\"SageMakerImageArn\")(__v.asInstanceOf[js.Any]))\n      SageMakerImageVersionArn.foreach(__v => __obj.updateDynamic(\"SageMakerImageVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceSpec]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val TrainingJob = \"TrainingJob\".asInstanceOf[ResourceType]\n    val Experiment = \"Experiment\".asInstanceOf[ResourceType]\n    val ExperimentTrial = \"ExperimentTrial\".asInstanceOf[ResourceType]\n    val ExperimentTrialComponent = \"ExperimentTrialComponent\".asInstanceOf[ResourceType]\n    val Endpoint = \"Endpoint\".asInstanceOf[ResourceType]\n    val ModelPackage = \"ModelPackage\".asInstanceOf[ResourceType]\n    val ModelPackageGroup = \"ModelPackageGroup\".asInstanceOf[ResourceType]\n    val Pipeline = \"Pipeline\".asInstanceOf[ResourceType]\n    val PipelineExecution = \"PipelineExecution\".asInstanceOf[ResourceType]\n    val FeatureGroup = \"FeatureGroup\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(TrainingJob, Experiment, ExperimentTrial, ExperimentTrialComponent, Endpoint, ModelPackage, ModelPackageGroup, Pipeline, PipelineExecution, FeatureGroup)\n  }\n\n  \/** The retention policy for data stored on an Amazon Elastic File System (EFS) volume.\n    *\/\n  @js.native\n  trait RetentionPolicy extends js.Object {\n    var HomeEfsFileSystem: js.UndefOr[RetentionType]\n  }\n\n  object RetentionPolicy {\n    @inline\n    def apply(\n        HomeEfsFileSystem: js.UndefOr[RetentionType] = js.undefined\n    ): RetentionPolicy = {\n      val __obj = js.Dynamic.literal()\n      HomeEfsFileSystem.foreach(__v => __obj.updateDynamic(\"HomeEfsFileSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetentionPolicy]\n    }\n  }\n\n  @js.native\n  sealed trait RetentionType extends js.Any\n  object RetentionType {\n    val Retain = \"Retain\".asInstanceOf[RetentionType]\n    val Delete = \"Delete\".asInstanceOf[RetentionType]\n\n    @inline def values = js.Array(Retain, Delete)\n  }\n\n  @js.native\n  sealed trait RootAccess extends js.Any\n  object RootAccess {\n    val Enabled = \"Enabled\".asInstanceOf[RootAccess]\n    val Disabled = \"Disabled\".asInstanceOf[RootAccess]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait RuleEvaluationStatus extends js.Any\n  object RuleEvaluationStatus {\n    val InProgress = \"InProgress\".asInstanceOf[RuleEvaluationStatus]\n    val NoIssuesFound = \"NoIssuesFound\".asInstanceOf[RuleEvaluationStatus]\n    val IssuesFound = \"IssuesFound\".asInstanceOf[RuleEvaluationStatus]\n    val Error = \"Error\".asInstanceOf[RuleEvaluationStatus]\n    val Stopping = \"Stopping\".asInstanceOf[RuleEvaluationStatus]\n    val Stopped = \"Stopped\".asInstanceOf[RuleEvaluationStatus]\n\n    @inline def values = js.Array(InProgress, NoIssuesFound, IssuesFound, Error, Stopping, Stopped)\n  }\n\n  @js.native\n  sealed trait S3DataDistribution extends js.Any\n  object S3DataDistribution {\n    val FullyReplicated = \"FullyReplicated\".asInstanceOf[S3DataDistribution]\n    val ShardedByS3Key = \"ShardedByS3Key\".asInstanceOf[S3DataDistribution]\n\n    @inline def values = js.Array(FullyReplicated, ShardedByS3Key)\n  }\n\n  \/** Describes the S3 data source.\n    *\/\n  @js.native\n  trait S3DataSource extends js.Object {\n    var S3DataType: S3DataType\n    var S3Uri: S3Uri\n    var AttributeNames: js.UndefOr[AttributeNames]\n    var S3DataDistributionType: js.UndefOr[S3DataDistribution]\n  }\n\n  object S3DataSource {\n    @inline\n    def apply(\n        S3DataType: S3DataType,\n        S3Uri: S3Uri,\n        AttributeNames: js.UndefOr[AttributeNames] = js.undefined,\n        S3DataDistributionType: js.UndefOr[S3DataDistribution] = js.undefined\n    ): S3DataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataType\" -> S3DataType.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      AttributeNames.foreach(__v => __obj.updateDynamic(\"AttributeNames\")(__v.asInstanceOf[js.Any]))\n      S3DataDistributionType.foreach(__v => __obj.updateDynamic(\"S3DataDistributionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DataSource]\n    }\n  }\n\n  @js.native\n  sealed trait S3DataType extends js.Any\n  object S3DataType {\n    val ManifestFile = \"ManifestFile\".asInstanceOf[S3DataType]\n    val S3Prefix = \"S3Prefix\".asInstanceOf[S3DataType]\n    val AugmentedManifestFile = \"AugmentedManifestFile\".asInstanceOf[S3DataType]\n\n    @inline def values = js.Array(ManifestFile, S3Prefix, AugmentedManifestFile)\n  }\n\n  \/** The Amazon Simple Storage (Amazon S3) location and and security configuration for <code>OfflineStore<\/code>.\n    *\/\n  @js.native\n  trait S3StorageConfig extends js.Object {\n    var S3Uri: S3Uri\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var ResolvedOutputS3Uri: js.UndefOr[S3Uri]\n  }\n\n  object S3StorageConfig {\n    @inline\n    def apply(\n        S3Uri: S3Uri,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        ResolvedOutputS3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): S3StorageConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      ResolvedOutputS3Uri.foreach(__v => __obj.updateDynamic(\"ResolvedOutputS3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3StorageConfig]\n    }\n  }\n\n  @js.native\n  sealed trait SagemakerServicecatalogStatus extends js.Any\n  object SagemakerServicecatalogStatus {\n    val Enabled = \"Enabled\".asInstanceOf[SagemakerServicecatalogStatus]\n    val Disabled = \"Disabled\".asInstanceOf[SagemakerServicecatalogStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** Configuration details about the monitoring schedule.\n    *\/\n  @js.native\n  trait ScheduleConfig extends js.Object {\n    var ScheduleExpression: ScheduleExpression\n  }\n\n  object ScheduleConfig {\n    @inline\n    def apply(\n        ScheduleExpression: ScheduleExpression\n    ): ScheduleConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ScheduleExpression\" -> ScheduleExpression.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ScheduleConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ScheduleStatus extends js.Any\n  object ScheduleStatus {\n    val Pending = \"Pending\".asInstanceOf[ScheduleStatus]\n    val Failed = \"Failed\".asInstanceOf[ScheduleStatus]\n    val Scheduled = \"Scheduled\".asInstanceOf[ScheduleStatus]\n    val Stopped = \"Stopped\".asInstanceOf[ScheduleStatus]\n\n    @inline def values = js.Array(Pending, Failed, Scheduled, Stopped)\n  }\n\n  \/** A multi-expression that searches for the specified resource or resources in a search. All resource objects that satisfy the expression's condition are included in the search results. You must specify at least one subexpression, filter, or nested filter. A <code>SearchExpression<\/code> can contain up to twenty elements. A <code>SearchExpression<\/code> contains the following components: * A list of <code>Filter<\/code> objects. Each filter defines a simple Boolean expression comprised of a resource property name, Boolean operator, and value. * A list of <code>NestedFilter<\/code> objects. Each nested filter defines a list of Boolean expressions using a list of resource properties. A nested filter is satisfied if a single object in the list satisfies all Boolean expressions. * A list of <code>SearchExpression<\/code> objects. A search expression object can be nested in a list of search expression objects. * A Boolean operator: <code>And<\/code> or <code>Or<\/code>.\n    *\/\n  @js.native\n  trait SearchExpression extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var NestedFilters: js.UndefOr[NestedFiltersList]\n    var Operator: js.UndefOr[BooleanOperator]\n    var SubExpressions: js.UndefOr[SearchExpressionList]\n  }\n\n  object SearchExpression {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        NestedFilters: js.UndefOr[NestedFiltersList] = js.undefined,\n        Operator: js.UndefOr[BooleanOperator] = js.undefined,\n        SubExpressions: js.UndefOr[SearchExpressionList] = js.undefined\n    ): SearchExpression = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      NestedFilters.foreach(__v => __obj.updateDynamic(\"NestedFilters\")(__v.asInstanceOf[js.Any]))\n      Operator.foreach(__v => __obj.updateDynamic(\"Operator\")(__v.asInstanceOf[js.Any]))\n      SubExpressions.foreach(__v => __obj.updateDynamic(\"SubExpressions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchExpression]\n    }\n  }\n\n  \/** A single resource returned as part of the <a>Search<\/a> API response.\n    *\/\n  @js.native\n  trait SearchRecord extends js.Object {\n    var Endpoint: js.UndefOr[Endpoint]\n    var Experiment: js.UndefOr[Experiment]\n    var FeatureGroup: js.UndefOr[FeatureGroup]\n    var ModelPackage: js.UndefOr[ModelPackage]\n    var ModelPackageGroup: js.UndefOr[ModelPackageGroup]\n    var Pipeline: js.UndefOr[Pipeline]\n    var PipelineExecution: js.UndefOr[PipelineExecution]\n    var TrainingJob: js.UndefOr[TrainingJob]\n    var Trial: js.UndefOr[Trial]\n    var TrialComponent: js.UndefOr[TrialComponent]\n  }\n\n  object SearchRecord {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        Experiment: js.UndefOr[Experiment] = js.undefined,\n        FeatureGroup: js.UndefOr[FeatureGroup] = js.undefined,\n        ModelPackage: js.UndefOr[ModelPackage] = js.undefined,\n        ModelPackageGroup: js.UndefOr[ModelPackageGroup] = js.undefined,\n        Pipeline: js.UndefOr[Pipeline] = js.undefined,\n        PipelineExecution: js.UndefOr[PipelineExecution] = js.undefined,\n        TrainingJob: js.UndefOr[TrainingJob] = js.undefined,\n        Trial: js.UndefOr[Trial] = js.undefined,\n        TrialComponent: js.UndefOr[TrialComponent] = js.undefined\n    ): SearchRecord = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Experiment.foreach(__v => __obj.updateDynamic(\"Experiment\")(__v.asInstanceOf[js.Any]))\n      FeatureGroup.foreach(__v => __obj.updateDynamic(\"FeatureGroup\")(__v.asInstanceOf[js.Any]))\n      ModelPackage.foreach(__v => __obj.updateDynamic(\"ModelPackage\")(__v.asInstanceOf[js.Any]))\n      ModelPackageGroup.foreach(__v => __obj.updateDynamic(\"ModelPackageGroup\")(__v.asInstanceOf[js.Any]))\n      Pipeline.foreach(__v => __obj.updateDynamic(\"Pipeline\")(__v.asInstanceOf[js.Any]))\n      PipelineExecution.foreach(__v => __obj.updateDynamic(\"PipelineExecution\")(__v.asInstanceOf[js.Any]))\n      TrainingJob.foreach(__v => __obj.updateDynamic(\"TrainingJob\")(__v.asInstanceOf[js.Any]))\n      Trial.foreach(__v => __obj.updateDynamic(\"Trial\")(__v.asInstanceOf[js.Any]))\n      TrialComponent.foreach(__v => __obj.updateDynamic(\"TrialComponent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchRecord]\n    }\n  }\n\n  @js.native\n  trait SearchRequest extends js.Object {\n    var Resource: ResourceType\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SearchExpression: js.UndefOr[SearchExpression]\n    var SortBy: js.UndefOr[ResourcePropertyName]\n    var SortOrder: js.UndefOr[SearchSortOrder]\n  }\n\n  object SearchRequest {\n    @inline\n    def apply(\n        Resource: ResourceType,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SearchExpression: js.UndefOr[SearchExpression] = js.undefined,\n        SortBy: js.UndefOr[ResourcePropertyName] = js.undefined,\n        SortOrder: js.UndefOr[SearchSortOrder] = js.undefined\n    ): SearchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SearchExpression.foreach(__v => __obj.updateDynamic(\"SearchExpression\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchRequest]\n    }\n  }\n\n  @js.native\n  trait SearchResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Results: js.UndefOr[SearchResultsList]\n  }\n\n  object SearchResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Results: js.UndefOr[SearchResultsList] = js.undefined\n    ): SearchResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Results.foreach(__v => __obj.updateDynamic(\"Results\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchResponse]\n    }\n  }\n\n  @js.native\n  sealed trait SearchSortOrder extends js.Any\n  object SearchSortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[SearchSortOrder]\n    val Descending = \"Descending\".asInstanceOf[SearchSortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  @js.native\n  sealed trait SecondaryStatus extends js.Any\n  object SecondaryStatus {\n    val Starting = \"Starting\".asInstanceOf[SecondaryStatus]\n    val LaunchingMLInstances = \"LaunchingMLInstances\".asInstanceOf[SecondaryStatus]\n    val PreparingTrainingStack = \"PreparingTrainingStack\".asInstanceOf[SecondaryStatus]\n    val Downloading = \"Downloading\".asInstanceOf[SecondaryStatus]\n    val DownloadingTrainingImage = \"DownloadingTrainingImage\".asInstanceOf[SecondaryStatus]\n    val Training = \"Training\".asInstanceOf[SecondaryStatus]\n    val Uploading = \"Uploading\".asInstanceOf[SecondaryStatus]\n    val Stopping = \"Stopping\".asInstanceOf[SecondaryStatus]\n    val Stopped = \"Stopped\".asInstanceOf[SecondaryStatus]\n    val MaxRuntimeExceeded = \"MaxRuntimeExceeded\".asInstanceOf[SecondaryStatus]\n    val Completed = \"Completed\".asInstanceOf[SecondaryStatus]\n    val Failed = \"Failed\".asInstanceOf[SecondaryStatus]\n    val Interrupted = \"Interrupted\".asInstanceOf[SecondaryStatus]\n    val MaxWaitTimeExceeded = \"MaxWaitTimeExceeded\".asInstanceOf[SecondaryStatus]\n    val Updating = \"Updating\".asInstanceOf[SecondaryStatus]\n\n    @inline def values = js.Array(\n      Starting,\n      LaunchingMLInstances,\n      PreparingTrainingStack,\n      Downloading,\n      DownloadingTrainingImage,\n      Training,\n      Uploading,\n      Stopping,\n      Stopped,\n      MaxRuntimeExceeded,\n      Completed,\n      Failed,\n      Interrupted,\n      MaxWaitTimeExceeded,\n      Updating\n    )\n  }\n\n  \/** An array element of [[DescribeTrainingJobResponse.SecondaryStatusTransitions]]. It provides additional details about a status that the training job has transitioned through. A training job can be in one of several states, for example, starting, downloading, training, or uploading. Within each state, there are a number of intermediate states. For example, within the starting state, Amazon SageMaker could be starting the training job or launching the ML instances. These transitional states are referred to as the job's secondary status. <p\/>\n    *\/\n  @js.native\n  trait SecondaryStatusTransition extends js.Object {\n    var StartTime: Timestamp\n    var Status: SecondaryStatus\n    var EndTime: js.UndefOr[Timestamp]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object SecondaryStatusTransition {\n    @inline\n    def apply(\n        StartTime: Timestamp,\n        Status: SecondaryStatus,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): SecondaryStatusTransition = {\n      val __obj = js.Dynamic.literal(\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecondaryStatusTransition]\n    }\n  }\n\n  \/** Details of a provisioned service catalog product. For information about service catalog, see [[https:\/\/docs.aws.amazon.com\/servicecatalog\/latest\/adminguide\/introduction.html|What is AWS Service Catalog]].\n    *\/\n  @js.native\n  trait ServiceCatalogProvisionedProductDetails extends js.Object {\n    var ProvisionedProductId: js.UndefOr[ServiceCatalogEntityId]\n    var ProvisionedProductStatusMessage: js.UndefOr[ProvisionedProductStatusMessage]\n  }\n\n  object ServiceCatalogProvisionedProductDetails {\n    @inline\n    def apply(\n        ProvisionedProductId: js.UndefOr[ServiceCatalogEntityId] = js.undefined,\n        ProvisionedProductStatusMessage: js.UndefOr[ProvisionedProductStatusMessage] = js.undefined\n    ): ServiceCatalogProvisionedProductDetails = {\n      val __obj = js.Dynamic.literal()\n      ProvisionedProductId.foreach(__v => __obj.updateDynamic(\"ProvisionedProductId\")(__v.asInstanceOf[js.Any]))\n      ProvisionedProductStatusMessage.foreach(__v => __obj.updateDynamic(\"ProvisionedProductStatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceCatalogProvisionedProductDetails]\n    }\n  }\n\n  \/** Details that you specify to provision a service catalog product. For information about service catalog, see .[[https:\/\/docs.aws.amazon.com\/servicecatalog\/latest\/adminguide\/introduction.html|What is AWS Service Catalog]].\n    *\/\n  @js.native\n  trait ServiceCatalogProvisioningDetails extends js.Object {\n    var ProductId: ServiceCatalogEntityId\n    var ProvisioningArtifactId: ServiceCatalogEntityId\n    var PathId: js.UndefOr[ServiceCatalogEntityId]\n    var ProvisioningParameters: js.UndefOr[ProvisioningParameters]\n  }\n\n  object ServiceCatalogProvisioningDetails {\n    @inline\n    def apply(\n        ProductId: ServiceCatalogEntityId,\n        ProvisioningArtifactId: ServiceCatalogEntityId,\n        PathId: js.UndefOr[ServiceCatalogEntityId] = js.undefined,\n        ProvisioningParameters: js.UndefOr[ProvisioningParameters] = js.undefined\n    ): ServiceCatalogProvisioningDetails = {\n      val __obj = js.Dynamic.literal(\n        \"ProductId\" -> ProductId.asInstanceOf[js.Any],\n        \"ProvisioningArtifactId\" -> ProvisioningArtifactId.asInstanceOf[js.Any]\n      )\n\n      PathId.foreach(__v => __obj.updateDynamic(\"PathId\")(__v.asInstanceOf[js.Any]))\n      ProvisioningParameters.foreach(__v => __obj.updateDynamic(\"ProvisioningParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceCatalogProvisioningDetails]\n    }\n  }\n\n  \/** Specifies options for sharing SageMaker Studio notebooks. These settings are specified as part of <code>DefaultUserSettings<\/code> when the <code>CreateDomain<\/code> API is called, and as part of <code>UserSettings<\/code> when the <code>CreateUserProfile<\/code> API is called. When <code>SharingSettings<\/code> is not specified, notebook sharing isn't allowed.\n    *\/\n  @js.native\n  trait SharingSettings extends js.Object {\n    var NotebookOutputOption: js.UndefOr[NotebookOutputOption]\n    var S3KmsKeyId: js.UndefOr[KmsKeyId]\n    var S3OutputPath: js.UndefOr[S3Uri]\n  }\n\n  object SharingSettings {\n    @inline\n    def apply(\n        NotebookOutputOption: js.UndefOr[NotebookOutputOption] = js.undefined,\n        S3KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        S3OutputPath: js.UndefOr[S3Uri] = js.undefined\n    ): SharingSettings = {\n      val __obj = js.Dynamic.literal()\n      NotebookOutputOption.foreach(__v => __obj.updateDynamic(\"NotebookOutputOption\")(__v.asInstanceOf[js.Any]))\n      S3KmsKeyId.foreach(__v => __obj.updateDynamic(\"S3KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      S3OutputPath.foreach(__v => __obj.updateDynamic(\"S3OutputPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SharingSettings]\n    }\n  }\n\n  \/** A configuration for a shuffle option for input data in a channel. If you use <code>S3Prefix<\/code> for <code>S3DataType<\/code>, the results of the S3 key prefix matches are shuffled. If you use <code>ManifestFile<\/code>, the order of the S3 object references in the <code>ManifestFile<\/code> is shuffled. If you use <code>AugmentedManifestFile<\/code>, the order of the JSON lines in the <code>AugmentedManifestFile<\/code> is shuffled. The shuffling order is determined using the <code>Seed<\/code> value. For Pipe input mode, when <code>ShuffleConfig<\/code> is specified shuffling is done at the start of every epoch. With large datasets, this ensures that the order of the training data is different for each epoch, and it helps reduce bias and possible overfitting. In a multi-node training job when <code>ShuffleConfig<\/code> is combined with <code>S3DataDistributionType<\/code> of <code>ShardedByS3Key<\/code>, the data is shuffled across nodes so that the content sent to a particular node\n    * on the first epoch might be sent to a different node on the second epoch.\n    *\/\n  @js.native\n  trait ShuffleConfig extends js.Object {\n    var Seed: Seed\n  }\n\n  object ShuffleConfig {\n    @inline\n    def apply(\n        Seed: Seed\n    ): ShuffleConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Seed\" -> Seed.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ShuffleConfig]\n    }\n  }\n\n  @js.native\n  sealed trait SortActionsBy extends js.Any\n  object SortActionsBy {\n    val Name = \"Name\".asInstanceOf[SortActionsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortActionsBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortArtifactsBy extends js.Any\n  object SortArtifactsBy {\n    val CreationTime = \"CreationTime\".asInstanceOf[SortArtifactsBy]\n\n    @inline def values = js.Array(CreationTime)\n  }\n\n  @js.native\n  sealed trait SortAssociationsBy extends js.Any\n  object SortAssociationsBy {\n    val SourceArn = \"SourceArn\".asInstanceOf[SortAssociationsBy]\n    val DestinationArn = \"DestinationArn\".asInstanceOf[SortAssociationsBy]\n    val SourceType = \"SourceType\".asInstanceOf[SortAssociationsBy]\n    val DestinationType = \"DestinationType\".asInstanceOf[SortAssociationsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortAssociationsBy]\n\n    @inline def values = js.Array(SourceArn, DestinationArn, SourceType, DestinationType, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortBy extends js.Any\n  object SortBy {\n    val Name = \"Name\".asInstanceOf[SortBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortBy]\n    val Status = \"Status\".asInstanceOf[SortBy]\n\n    @inline def values = js.Array(Name, CreationTime, Status)\n  }\n\n  @js.native\n  sealed trait SortContextsBy extends js.Any\n  object SortContextsBy {\n    val Name = \"Name\".asInstanceOf[SortContextsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortContextsBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortExperimentsBy extends js.Any\n  object SortExperimentsBy {\n    val Name = \"Name\".asInstanceOf[SortExperimentsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortExperimentsBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val Ascending = \"Ascending\".asInstanceOf[SortOrder]\n    val Descending = \"Descending\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(Ascending, Descending)\n  }\n\n  @js.native\n  sealed trait SortPipelineExecutionsBy extends js.Any\n  object SortPipelineExecutionsBy {\n    val CreationTime = \"CreationTime\".asInstanceOf[SortPipelineExecutionsBy]\n    val PipelineExecutionArn = \"PipelineExecutionArn\".asInstanceOf[SortPipelineExecutionsBy]\n\n    @inline def values = js.Array(CreationTime, PipelineExecutionArn)\n  }\n\n  @js.native\n  sealed trait SortPipelinesBy extends js.Any\n  object SortPipelinesBy {\n    val Name = \"Name\".asInstanceOf[SortPipelinesBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortPipelinesBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortTrialComponentsBy extends js.Any\n  object SortTrialComponentsBy {\n    val Name = \"Name\".asInstanceOf[SortTrialComponentsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortTrialComponentsBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  @js.native\n  sealed trait SortTrialsBy extends js.Any\n  object SortTrialsBy {\n    val Name = \"Name\".asInstanceOf[SortTrialsBy]\n    val CreationTime = \"CreationTime\".asInstanceOf[SortTrialsBy]\n\n    @inline def values = js.Array(Name, CreationTime)\n  }\n\n  \/** Specifies an algorithm that was used to create the model package. The algorithm must be either an algorithm resource in your Amazon SageMaker account or an algorithm in AWS Marketplace that you are subscribed to.\n    *\/\n  @js.native\n  trait SourceAlgorithm extends js.Object {\n    var AlgorithmName: ArnOrName\n    var ModelDataUrl: js.UndefOr[Url]\n  }\n\n  object SourceAlgorithm {\n    @inline\n    def apply(\n        AlgorithmName: ArnOrName,\n        ModelDataUrl: js.UndefOr[Url] = js.undefined\n    ): SourceAlgorithm = {\n      val __obj = js.Dynamic.literal(\n        \"AlgorithmName\" -> AlgorithmName.asInstanceOf[js.Any]\n      )\n\n      ModelDataUrl.foreach(__v => __obj.updateDynamic(\"ModelDataUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceAlgorithm]\n    }\n  }\n\n  \/** A list of algorithms that were used to create a model package.\n    *\/\n  @js.native\n  trait SourceAlgorithmSpecification extends js.Object {\n    var SourceAlgorithms: SourceAlgorithmList\n  }\n\n  object SourceAlgorithmSpecification {\n    @inline\n    def apply(\n        SourceAlgorithms: SourceAlgorithmList\n    ): SourceAlgorithmSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"SourceAlgorithms\" -> SourceAlgorithms.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SourceAlgorithmSpecification]\n    }\n  }\n\n  \/** A list of IP address ranges ([[https:\/\/docs.aws.amazon.com\/vpc\/latest\/userguide\/VPC_Subnets.html|CIDRs]]). Used to create an allow list of IP addresses for a private workforce. Workers will only be able to login to their worker portal from an IP address within this range. By default, a workforce isn't restricted to specific IP addresses.\n    *\/\n  @js.native\n  trait SourceIpConfig extends js.Object {\n    var Cidrs: Cidrs\n  }\n\n  object SourceIpConfig {\n    @inline\n    def apply(\n        Cidrs: Cidrs\n    ): SourceIpConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Cidrs\" -> Cidrs.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SourceIpConfig]\n    }\n  }\n\n  @js.native\n  sealed trait SplitType extends js.Any\n  object SplitType {\n    val None = \"None\".asInstanceOf[SplitType]\n    val Line = \"Line\".asInstanceOf[SplitType]\n    val RecordIO = \"RecordIO\".asInstanceOf[SplitType]\n    val TFRecord = \"TFRecord\".asInstanceOf[SplitType]\n\n    @inline def values = js.Array(None, Line, RecordIO, TFRecord)\n  }\n\n  @js.native\n  trait StartMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleName: MonitoringScheduleName\n  }\n\n  object StartMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleName: MonitoringScheduleName\n    ): StartMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait StartNotebookInstanceInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n  }\n\n  object StartNotebookInstanceInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName\n    ): StartNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait StartPipelineExecutionRequest extends js.Object {\n    var ClientRequestToken: IdempotencyToken\n    var PipelineName: PipelineName\n    var PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription]\n    var PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName]\n    var PipelineParameters: js.UndefOr[ParameterList]\n  }\n\n  object StartPipelineExecutionRequest {\n    @inline\n    def apply(\n        ClientRequestToken: IdempotencyToken,\n        PipelineName: PipelineName,\n        PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription] = js.undefined,\n        PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName] = js.undefined,\n        PipelineParameters: js.UndefOr[ParameterList] = js.undefined\n    ): StartPipelineExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any]\n      )\n\n      PipelineExecutionDescription.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDisplayName\")(__v.asInstanceOf[js.Any]))\n      PipelineParameters.foreach(__v => __obj.updateDynamic(\"PipelineParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPipelineExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StartPipelineExecutionResponse extends js.Object {\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n  }\n\n  object StartPipelineExecutionResponse {\n    @inline\n    def apply(\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined\n    ): StartPipelineExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPipelineExecutionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait StepStatus extends js.Any\n  object StepStatus {\n    val Starting = \"Starting\".asInstanceOf[StepStatus]\n    val Executing = \"Executing\".asInstanceOf[StepStatus]\n    val Stopping = \"Stopping\".asInstanceOf[StepStatus]\n    val Stopped = \"Stopped\".asInstanceOf[StepStatus]\n    val Failed = \"Failed\".asInstanceOf[StepStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[StepStatus]\n\n    @inline def values = js.Array(Starting, Executing, Stopping, Stopped, Failed, Succeeded)\n  }\n\n  @js.native\n  trait StopAutoMLJobRequest extends js.Object {\n    var AutoMLJobName: AutoMLJobName\n  }\n\n  object StopAutoMLJobRequest {\n    @inline\n    def apply(\n        AutoMLJobName: AutoMLJobName\n    ): StopAutoMLJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutoMLJobName\" -> AutoMLJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopAutoMLJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopCompilationJobRequest extends js.Object {\n    var CompilationJobName: EntityName\n  }\n\n  object StopCompilationJobRequest {\n    @inline\n    def apply(\n        CompilationJobName: EntityName\n    ): StopCompilationJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CompilationJobName\" -> CompilationJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopCompilationJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopEdgePackagingJobRequest extends js.Object {\n    var EdgePackagingJobName: EntityName\n  }\n\n  object StopEdgePackagingJobRequest {\n    @inline\n    def apply(\n        EdgePackagingJobName: EntityName\n    ): StopEdgePackagingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EdgePackagingJobName\" -> EdgePackagingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopEdgePackagingJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopHyperParameterTuningJobRequest extends js.Object {\n    var HyperParameterTuningJobName: HyperParameterTuningJobName\n  }\n\n  object StopHyperParameterTuningJobRequest {\n    @inline\n    def apply(\n        HyperParameterTuningJobName: HyperParameterTuningJobName\n    ): StopHyperParameterTuningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HyperParameterTuningJobName\" -> HyperParameterTuningJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopHyperParameterTuningJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopLabelingJobRequest extends js.Object {\n    var LabelingJobName: LabelingJobName\n  }\n\n  object StopLabelingJobRequest {\n    @inline\n    def apply(\n        LabelingJobName: LabelingJobName\n    ): StopLabelingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LabelingJobName\" -> LabelingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopLabelingJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleName: MonitoringScheduleName\n  }\n\n  object StopMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleName: MonitoringScheduleName\n    ): StopMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait StopNotebookInstanceInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n  }\n\n  object StopNotebookInstanceInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName\n    ): StopNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait StopPipelineExecutionRequest extends js.Object {\n    var ClientRequestToken: IdempotencyToken\n    var PipelineExecutionArn: PipelineExecutionArn\n  }\n\n  object StopPipelineExecutionRequest {\n    @inline\n    def apply(\n        ClientRequestToken: IdempotencyToken,\n        PipelineExecutionArn: PipelineExecutionArn\n    ): StopPipelineExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"PipelineExecutionArn\" -> PipelineExecutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopPipelineExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StopPipelineExecutionResponse extends js.Object {\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n  }\n\n  object StopPipelineExecutionResponse {\n    @inline\n    def apply(\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined\n    ): StopPipelineExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopPipelineExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait StopProcessingJobRequest extends js.Object {\n    var ProcessingJobName: ProcessingJobName\n  }\n\n  object StopProcessingJobRequest {\n    @inline\n    def apply(\n        ProcessingJobName: ProcessingJobName\n    ): StopProcessingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProcessingJobName\" -> ProcessingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopProcessingJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopTrainingJobRequest extends js.Object {\n    var TrainingJobName: TrainingJobName\n  }\n\n  object StopTrainingJobRequest {\n    @inline\n    def apply(\n        TrainingJobName: TrainingJobName\n    ): StopTrainingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopTrainingJobRequest]\n    }\n  }\n\n  @js.native\n  trait StopTransformJobRequest extends js.Object {\n    var TransformJobName: TransformJobName\n  }\n\n  object StopTransformJobRequest {\n    @inline\n    def apply(\n        TransformJobName: TransformJobName\n    ): StopTransformJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TransformJobName\" -> TransformJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopTransformJobRequest]\n    }\n  }\n\n  \/** Specifies a limit to how long a model training or compilation job can run. It also specifies how long you are willing to wait for a managed spot training job to complete. When the job reaches the time limit, Amazon SageMaker ends the training or compilation job. Use this API to cap model training costs. To stop a job, Amazon SageMaker sends the algorithm the <code>SIGTERM<\/code> signal, which delays job termination for 120 seconds. Algorithms can use this 120-second window to save the model artifacts, so the results of training are not lost. The training algorithms provided by Amazon SageMaker automatically save the intermediate results of a model training job when possible. This attempt to save artifacts is only a best effort case as model might not be in a state from which it can be saved. For example, if training has just started, the model might not be ready to save. When saved, this intermediate data is a valid model artifact. You can use it to create a model with\n    * <code>CreateModel<\/code>.\n    *\n    * '''Note:'''The Neural Topic Model (NTM) currently does not support saving intermediate model artifacts. When training NTMs, make sure that the maximum runtime is sufficient for the training job to complete.\n    *\/\n  @js.native\n  trait StoppingCondition extends js.Object {\n    var MaxRuntimeInSeconds: js.UndefOr[MaxRuntimeInSeconds]\n    var MaxWaitTimeInSeconds: js.UndefOr[MaxWaitTimeInSeconds]\n  }\n\n  object StoppingCondition {\n    @inline\n    def apply(\n        MaxRuntimeInSeconds: js.UndefOr[MaxRuntimeInSeconds] = js.undefined,\n        MaxWaitTimeInSeconds: js.UndefOr[MaxWaitTimeInSeconds] = js.undefined\n    ): StoppingCondition = {\n      val __obj = js.Dynamic.literal()\n      MaxRuntimeInSeconds.foreach(__v => __obj.updateDynamic(\"MaxRuntimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      MaxWaitTimeInSeconds.foreach(__v => __obj.updateDynamic(\"MaxWaitTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StoppingCondition]\n    }\n  }\n\n  \/** Describes a work team of a vendor that does the a labelling job.\n    *\/\n  @js.native\n  trait SubscribedWorkteam extends js.Object {\n    var WorkteamArn: WorkteamArn\n    var ListingId: js.UndefOr[String]\n    var MarketplaceDescription: js.UndefOr[String200]\n    var MarketplaceTitle: js.UndefOr[String200]\n    var SellerName: js.UndefOr[String]\n  }\n\n  object SubscribedWorkteam {\n    @inline\n    def apply(\n        WorkteamArn: WorkteamArn,\n        ListingId: js.UndefOr[String] = js.undefined,\n        MarketplaceDescription: js.UndefOr[String200] = js.undefined,\n        MarketplaceTitle: js.UndefOr[String200] = js.undefined,\n        SellerName: js.UndefOr[String] = js.undefined\n    ): SubscribedWorkteam = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any]\n      )\n\n      ListingId.foreach(__v => __obj.updateDynamic(\"ListingId\")(__v.asInstanceOf[js.Any]))\n      MarketplaceDescription.foreach(__v => __obj.updateDynamic(\"MarketplaceDescription\")(__v.asInstanceOf[js.Any]))\n      MarketplaceTitle.foreach(__v => __obj.updateDynamic(\"MarketplaceTitle\")(__v.asInstanceOf[js.Any]))\n      SellerName.foreach(__v => __obj.updateDynamic(\"SellerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubscribedWorkteam]\n    }\n  }\n\n  \/** Specified in the <a>GetSearchSuggestions<\/a> request. Limits the property names that are included in the response.\n    *\/\n  @js.native\n  trait SuggestionQuery extends js.Object {\n    var PropertyNameQuery: js.UndefOr[PropertyNameQuery]\n  }\n\n  object SuggestionQuery {\n    @inline\n    def apply(\n        PropertyNameQuery: js.UndefOr[PropertyNameQuery] = js.undefined\n    ): SuggestionQuery = {\n      val __obj = js.Dynamic.literal()\n      PropertyNameQuery.foreach(__v => __obj.updateDynamic(\"PropertyNameQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuggestionQuery]\n    }\n  }\n\n  \/** Describes a tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  sealed trait TargetDevice extends js.Any\n  object TargetDevice {\n    val lambda = \"lambda\".asInstanceOf[TargetDevice]\n    val ml_m4 = \"ml_m4\".asInstanceOf[TargetDevice]\n    val ml_m5 = \"ml_m5\".asInstanceOf[TargetDevice]\n    val ml_c4 = \"ml_c4\".asInstanceOf[TargetDevice]\n    val ml_c5 = \"ml_c5\".asInstanceOf[TargetDevice]\n    val ml_p2 = \"ml_p2\".asInstanceOf[TargetDevice]\n    val ml_p3 = \"ml_p3\".asInstanceOf[TargetDevice]\n    val ml_g4dn = \"ml_g4dn\".asInstanceOf[TargetDevice]\n    val ml_inf1 = \"ml_inf1\".asInstanceOf[TargetDevice]\n    val ml_eia2 = \"ml_eia2\".asInstanceOf[TargetDevice]\n    val jetson_tx1 = \"jetson_tx1\".asInstanceOf[TargetDevice]\n    val jetson_tx2 = \"jetson_tx2\".asInstanceOf[TargetDevice]\n    val jetson_nano = \"jetson_nano\".asInstanceOf[TargetDevice]\n    val jetson_xavier = \"jetson_xavier\".asInstanceOf[TargetDevice]\n    val rasp3b = \"rasp3b\".asInstanceOf[TargetDevice]\n    val imx8qm = \"imx8qm\".asInstanceOf[TargetDevice]\n    val deeplens = \"deeplens\".asInstanceOf[TargetDevice]\n    val rk3399 = \"rk3399\".asInstanceOf[TargetDevice]\n    val rk3288 = \"rk3288\".asInstanceOf[TargetDevice]\n    val aisage = \"aisage\".asInstanceOf[TargetDevice]\n    val sbe_c = \"sbe_c\".asInstanceOf[TargetDevice]\n    val qcs605 = \"qcs605\".asInstanceOf[TargetDevice]\n    val qcs603 = \"qcs603\".asInstanceOf[TargetDevice]\n    val sitara_am57x = \"sitara_am57x\".asInstanceOf[TargetDevice]\n    val amba_cv22 = \"amba_cv22\".asInstanceOf[TargetDevice]\n    val x86_win32 = \"x86_win32\".asInstanceOf[TargetDevice]\n    val x86_win64 = \"x86_win64\".asInstanceOf[TargetDevice]\n    val coreml = \"coreml\".asInstanceOf[TargetDevice]\n    val jacinto_tda4vm = \"jacinto_tda4vm\".asInstanceOf[TargetDevice]\n\n    @inline def values = js.Array(\n      lambda,\n      ml_m4,\n      ml_m5,\n      ml_c4,\n      ml_c5,\n      ml_p2,\n      ml_p3,\n      ml_g4dn,\n      ml_inf1,\n      ml_eia2,\n      jetson_tx1,\n      jetson_tx2,\n      jetson_nano,\n      jetson_xavier,\n      rasp3b,\n      imx8qm,\n      deeplens,\n      rk3399,\n      rk3288,\n      aisage,\n      sbe_c,\n      qcs605,\n      qcs603,\n      sitara_am57x,\n      amba_cv22,\n      x86_win32,\n      x86_win64,\n      coreml,\n      jacinto_tda4vm\n    )\n  }\n\n  \/** Contains information about a target platform that you want your model to run on, such as OS, architecture, and accelerators. It is an alternative of <code>TargetDevice<\/code>.\n    *\/\n  @js.native\n  trait TargetPlatform extends js.Object {\n    var Arch: TargetPlatformArch\n    var Os: TargetPlatformOs\n    var Accelerator: js.UndefOr[TargetPlatformAccelerator]\n  }\n\n  object TargetPlatform {\n    @inline\n    def apply(\n        Arch: TargetPlatformArch,\n        Os: TargetPlatformOs,\n        Accelerator: js.UndefOr[TargetPlatformAccelerator] = js.undefined\n    ): TargetPlatform = {\n      val __obj = js.Dynamic.literal(\n        \"Arch\" -> Arch.asInstanceOf[js.Any],\n        \"Os\" -> Os.asInstanceOf[js.Any]\n      )\n\n      Accelerator.foreach(__v => __obj.updateDynamic(\"Accelerator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetPlatform]\n    }\n  }\n\n  @js.native\n  sealed trait TargetPlatformAccelerator extends js.Any\n  object TargetPlatformAccelerator {\n    val INTEL_GRAPHICS = \"INTEL_GRAPHICS\".asInstanceOf[TargetPlatformAccelerator]\n    val MALI = \"MALI\".asInstanceOf[TargetPlatformAccelerator]\n    val NVIDIA = \"NVIDIA\".asInstanceOf[TargetPlatformAccelerator]\n\n    @inline def values = js.Array(INTEL_GRAPHICS, MALI, NVIDIA)\n  }\n\n  @js.native\n  sealed trait TargetPlatformArch extends js.Any\n  object TargetPlatformArch {\n    val X86_64 = \"X86_64\".asInstanceOf[TargetPlatformArch]\n    val X86 = \"X86\".asInstanceOf[TargetPlatformArch]\n    val ARM64 = \"ARM64\".asInstanceOf[TargetPlatformArch]\n    val ARM_EABI = \"ARM_EABI\".asInstanceOf[TargetPlatformArch]\n    val ARM_EABIHF = \"ARM_EABIHF\".asInstanceOf[TargetPlatformArch]\n\n    @inline def values = js.Array(X86_64, X86, ARM64, ARM_EABI, ARM_EABIHF)\n  }\n\n  @js.native\n  sealed trait TargetPlatformOs extends js.Any\n  object TargetPlatformOs {\n    val ANDROID = \"ANDROID\".asInstanceOf[TargetPlatformOs]\n    val LINUX = \"LINUX\".asInstanceOf[TargetPlatformOs]\n\n    @inline def values = js.Array(ANDROID, LINUX)\n  }\n\n  \/** The TensorBoard app settings.\n    *\/\n  @js.native\n  trait TensorBoardAppSettings extends js.Object {\n    var DefaultResourceSpec: js.UndefOr[ResourceSpec]\n  }\n\n  object TensorBoardAppSettings {\n    @inline\n    def apply(\n        DefaultResourceSpec: js.UndefOr[ResourceSpec] = js.undefined\n    ): TensorBoardAppSettings = {\n      val __obj = js.Dynamic.literal()\n      DefaultResourceSpec.foreach(__v => __obj.updateDynamic(\"DefaultResourceSpec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TensorBoardAppSettings]\n    }\n  }\n\n  \/** Configuration of storage locations for the Debugger TensorBoard output data.\n    *\/\n  @js.native\n  trait TensorBoardOutputConfig extends js.Object {\n    var S3OutputPath: S3Uri\n    var LocalPath: js.UndefOr[DirectoryPath]\n  }\n\n  object TensorBoardOutputConfig {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        LocalPath: js.UndefOr[DirectoryPath] = js.undefined\n    ): TensorBoardOutputConfig = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      LocalPath.foreach(__v => __obj.updateDynamic(\"LocalPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TensorBoardOutputConfig]\n    }\n  }\n\n  \/** Currently, the <code>TrafficRoutingConfig<\/code> API is not supported.\n    *\/\n  @js.native\n  trait TrafficRoutingConfig extends js.Object {\n    var Type: TrafficRoutingConfigType\n    var WaitIntervalInSeconds: WaitIntervalInSeconds\n    var CanarySize: js.UndefOr[CapacitySize]\n  }\n\n  object TrafficRoutingConfig {\n    @inline\n    def apply(\n        Type: TrafficRoutingConfigType,\n        WaitIntervalInSeconds: WaitIntervalInSeconds,\n        CanarySize: js.UndefOr[CapacitySize] = js.undefined\n    ): TrafficRoutingConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"WaitIntervalInSeconds\" -> WaitIntervalInSeconds.asInstanceOf[js.Any]\n      )\n\n      CanarySize.foreach(__v => __obj.updateDynamic(\"CanarySize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrafficRoutingConfig]\n    }\n  }\n\n  @js.native\n  sealed trait TrafficRoutingConfigType extends js.Any\n  object TrafficRoutingConfigType {\n    val ALL_AT_ONCE = \"ALL_AT_ONCE\".asInstanceOf[TrafficRoutingConfigType]\n    val CANARY = \"CANARY\".asInstanceOf[TrafficRoutingConfigType]\n\n    @inline def values = js.Array(ALL_AT_ONCE, CANARY)\n  }\n\n  @js.native\n  sealed trait TrainingInputMode extends js.Any\n  object TrainingInputMode {\n    val Pipe = \"Pipe\".asInstanceOf[TrainingInputMode]\n    val File = \"File\".asInstanceOf[TrainingInputMode]\n\n    @inline def values = js.Array(Pipe, File)\n  }\n\n  @js.native\n  sealed trait TrainingInstanceType extends js.Any\n  object TrainingInstanceType {\n    val `ml.m4.xlarge` = \"ml.m4.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m4.2xlarge` = \"ml.m4.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m4.4xlarge` = \"ml.m4.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m4.10xlarge` = \"ml.m4.10xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m4.16xlarge` = \"ml.m4.16xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.xlarge` = \"ml.g4dn.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.2xlarge` = \"ml.g4dn.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.4xlarge` = \"ml.g4dn.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.8xlarge` = \"ml.g4dn.8xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.12xlarge` = \"ml.g4dn.12xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.g4dn.16xlarge` = \"ml.g4dn.16xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.large` = \"ml.m5.large\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c4.xlarge` = \"ml.c4.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c4.2xlarge` = \"ml.c4.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c4.4xlarge` = \"ml.c4.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c4.8xlarge` = \"ml.c4.8xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p2.xlarge` = \"ml.p2.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p2.8xlarge` = \"ml.p2.8xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p2.16xlarge` = \"ml.p2.16xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p3dn.24xlarge` = \"ml.p3dn.24xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.p4d.24xlarge` = \"ml.p4d.24xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5n.xlarge` = \"ml.c5n.xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5n.2xlarge` = \"ml.c5n.2xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5n.4xlarge` = \"ml.c5n.4xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5n.9xlarge` = \"ml.c5n.9xlarge\".asInstanceOf[TrainingInstanceType]\n    val `ml.c5n.18xlarge` = \"ml.c5n.18xlarge\".asInstanceOf[TrainingInstanceType]\n\n    @inline def values = js.Array(\n      `ml.m4.xlarge`,\n      `ml.m4.2xlarge`,\n      `ml.m4.4xlarge`,\n      `ml.m4.10xlarge`,\n      `ml.m4.16xlarge`,\n      `ml.g4dn.xlarge`,\n      `ml.g4dn.2xlarge`,\n      `ml.g4dn.4xlarge`,\n      `ml.g4dn.8xlarge`,\n      `ml.g4dn.12xlarge`,\n      `ml.g4dn.16xlarge`,\n      `ml.m5.large`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.24xlarge`,\n      `ml.c4.xlarge`,\n      `ml.c4.2xlarge`,\n      `ml.c4.4xlarge`,\n      `ml.c4.8xlarge`,\n      `ml.p2.xlarge`,\n      `ml.p2.8xlarge`,\n      `ml.p2.16xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`,\n      `ml.p3dn.24xlarge`,\n      `ml.p4d.24xlarge`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.c5n.xlarge`,\n      `ml.c5n.2xlarge`,\n      `ml.c5n.4xlarge`,\n      `ml.c5n.9xlarge`,\n      `ml.c5n.18xlarge`\n    )\n  }\n\n  \/** Contains information about a training job.\n    *\/\n  @js.native\n  trait TrainingJob extends js.Object {\n    var AlgorithmSpecification: js.UndefOr[AlgorithmSpecification]\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var BillableTimeInSeconds: js.UndefOr[BillableTimeInSeconds]\n    var CheckpointConfig: js.UndefOr[CheckpointConfig]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DebugHookConfig: js.UndefOr[DebugHookConfig]\n    var DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations]\n    var DebugRuleEvaluationStatuses: js.UndefOr[DebugRuleEvaluationStatuses]\n    var EnableInterContainerTrafficEncryption: js.UndefOr[Boolean]\n    var EnableManagedSpotTraining: js.UndefOr[Boolean]\n    var EnableNetworkIsolation: js.UndefOr[Boolean]\n    var Environment: js.UndefOr[TrainingEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var FinalMetricDataList: js.UndefOr[FinalMetricDataList]\n    var HyperParameters: js.UndefOr[HyperParameters]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var LabelingJobArn: js.UndefOr[LabelingJobArn]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var ModelArtifacts: js.UndefOr[ModelArtifacts]\n    var OutputDataConfig: js.UndefOr[OutputDataConfig]\n    var ResourceConfig: js.UndefOr[ResourceConfig]\n    var RoleArn: js.UndefOr[RoleArn]\n    var SecondaryStatus: js.UndefOr[SecondaryStatus]\n    var SecondaryStatusTransitions: js.UndefOr[SecondaryStatusTransitions]\n    var StoppingCondition: js.UndefOr[StoppingCondition]\n    var Tags: js.UndefOr[TagList]\n    var TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n    var TrainingJobArn: js.UndefOr[TrainingJobArn]\n    var TrainingJobName: js.UndefOr[TrainingJobName]\n    var TrainingJobStatus: js.UndefOr[TrainingJobStatus]\n    var TrainingStartTime: js.UndefOr[Timestamp]\n    var TrainingTimeInSeconds: js.UndefOr[TrainingTimeInSeconds]\n    var TuningJobArn: js.UndefOr[HyperParameterTuningJobArn]\n    var VpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object TrainingJob {\n    @inline\n    def apply(\n        AlgorithmSpecification: js.UndefOr[AlgorithmSpecification] = js.undefined,\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        BillableTimeInSeconds: js.UndefOr[BillableTimeInSeconds] = js.undefined,\n        CheckpointConfig: js.UndefOr[CheckpointConfig] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DebugHookConfig: js.UndefOr[DebugHookConfig] = js.undefined,\n        DebugRuleConfigurations: js.UndefOr[DebugRuleConfigurations] = js.undefined,\n        DebugRuleEvaluationStatuses: js.UndefOr[DebugRuleEvaluationStatuses] = js.undefined,\n        EnableInterContainerTrafficEncryption: js.UndefOr[Boolean] = js.undefined,\n        EnableManagedSpotTraining: js.UndefOr[Boolean] = js.undefined,\n        EnableNetworkIsolation: js.UndefOr[Boolean] = js.undefined,\n        Environment: js.UndefOr[TrainingEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        FinalMetricDataList: js.UndefOr[FinalMetricDataList] = js.undefined,\n        HyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        LabelingJobArn: js.UndefOr[LabelingJobArn] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        ModelArtifacts: js.UndefOr[ModelArtifacts] = js.undefined,\n        OutputDataConfig: js.UndefOr[OutputDataConfig] = js.undefined,\n        ResourceConfig: js.UndefOr[ResourceConfig] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        SecondaryStatus: js.UndefOr[SecondaryStatus] = js.undefined,\n        SecondaryStatusTransitions: js.UndefOr[SecondaryStatusTransitions] = js.undefined,\n        StoppingCondition: js.UndefOr[StoppingCondition] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TensorBoardOutputConfig: js.UndefOr[TensorBoardOutputConfig] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingJobArn: js.UndefOr[TrainingJobArn] = js.undefined,\n        TrainingJobName: js.UndefOr[TrainingJobName] = js.undefined,\n        TrainingJobStatus: js.UndefOr[TrainingJobStatus] = js.undefined,\n        TrainingStartTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingTimeInSeconds: js.UndefOr[TrainingTimeInSeconds] = js.undefined,\n        TuningJobArn: js.UndefOr[HyperParameterTuningJobArn] = js.undefined,\n        VpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): TrainingJob = {\n      val __obj = js.Dynamic.literal()\n      AlgorithmSpecification.foreach(__v => __obj.updateDynamic(\"AlgorithmSpecification\")(__v.asInstanceOf[js.Any]))\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      BillableTimeInSeconds.foreach(__v => __obj.updateDynamic(\"BillableTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      CheckpointConfig.foreach(__v => __obj.updateDynamic(\"CheckpointConfig\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DebugHookConfig.foreach(__v => __obj.updateDynamic(\"DebugHookConfig\")(__v.asInstanceOf[js.Any]))\n      DebugRuleConfigurations.foreach(__v => __obj.updateDynamic(\"DebugRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      DebugRuleEvaluationStatuses.foreach(__v => __obj.updateDynamic(\"DebugRuleEvaluationStatuses\")(__v.asInstanceOf[js.Any]))\n      EnableInterContainerTrafficEncryption.foreach(__v => __obj.updateDynamic(\"EnableInterContainerTrafficEncryption\")(__v.asInstanceOf[js.Any]))\n      EnableManagedSpotTraining.foreach(__v => __obj.updateDynamic(\"EnableManagedSpotTraining\")(__v.asInstanceOf[js.Any]))\n      EnableNetworkIsolation.foreach(__v => __obj.updateDynamic(\"EnableNetworkIsolation\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      FinalMetricDataList.foreach(__v => __obj.updateDynamic(\"FinalMetricDataList\")(__v.asInstanceOf[js.Any]))\n      HyperParameters.foreach(__v => __obj.updateDynamic(\"HyperParameters\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LabelingJobArn.foreach(__v => __obj.updateDynamic(\"LabelingJobArn\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ModelArtifacts.foreach(__v => __obj.updateDynamic(\"ModelArtifacts\")(__v.asInstanceOf[js.Any]))\n      OutputDataConfig.foreach(__v => __obj.updateDynamic(\"OutputDataConfig\")(__v.asInstanceOf[js.Any]))\n      ResourceConfig.foreach(__v => __obj.updateDynamic(\"ResourceConfig\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      SecondaryStatus.foreach(__v => __obj.updateDynamic(\"SecondaryStatus\")(__v.asInstanceOf[js.Any]))\n      SecondaryStatusTransitions.foreach(__v => __obj.updateDynamic(\"SecondaryStatusTransitions\")(__v.asInstanceOf[js.Any]))\n      StoppingCondition.foreach(__v => __obj.updateDynamic(\"StoppingCondition\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TensorBoardOutputConfig.foreach(__v => __obj.updateDynamic(\"TensorBoardOutputConfig\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      TrainingJobArn.foreach(__v => __obj.updateDynamic(\"TrainingJobArn\")(__v.asInstanceOf[js.Any]))\n      TrainingJobName.foreach(__v => __obj.updateDynamic(\"TrainingJobName\")(__v.asInstanceOf[js.Any]))\n      TrainingJobStatus.foreach(__v => __obj.updateDynamic(\"TrainingJobStatus\")(__v.asInstanceOf[js.Any]))\n      TrainingStartTime.foreach(__v => __obj.updateDynamic(\"TrainingStartTime\")(__v.asInstanceOf[js.Any]))\n      TrainingTimeInSeconds.foreach(__v => __obj.updateDynamic(\"TrainingTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      TuningJobArn.foreach(__v => __obj.updateDynamic(\"TuningJobArn\")(__v.asInstanceOf[js.Any]))\n      VpcConfig.foreach(__v => __obj.updateDynamic(\"VpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingJob]\n    }\n  }\n\n  \/** Defines the input needed to run a training job using the algorithm.\n    *\/\n  @js.native\n  trait TrainingJobDefinition extends js.Object {\n    var InputDataConfig: InputDataConfig\n    var OutputDataConfig: OutputDataConfig\n    var ResourceConfig: ResourceConfig\n    var StoppingCondition: StoppingCondition\n    var TrainingInputMode: TrainingInputMode\n    var HyperParameters: js.UndefOr[HyperParameters]\n  }\n\n  object TrainingJobDefinition {\n    @inline\n    def apply(\n        InputDataConfig: InputDataConfig,\n        OutputDataConfig: OutputDataConfig,\n        ResourceConfig: ResourceConfig,\n        StoppingCondition: StoppingCondition,\n        TrainingInputMode: TrainingInputMode,\n        HyperParameters: js.UndefOr[HyperParameters] = js.undefined\n    ): TrainingJobDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"OutputDataConfig\" -> OutputDataConfig.asInstanceOf[js.Any],\n        \"ResourceConfig\" -> ResourceConfig.asInstanceOf[js.Any],\n        \"StoppingCondition\" -> StoppingCondition.asInstanceOf[js.Any],\n        \"TrainingInputMode\" -> TrainingInputMode.asInstanceOf[js.Any]\n      )\n\n      HyperParameters.foreach(__v => __obj.updateDynamic(\"HyperParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingJobDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait TrainingJobEarlyStoppingType extends js.Any\n  object TrainingJobEarlyStoppingType {\n    val Off = \"Off\".asInstanceOf[TrainingJobEarlyStoppingType]\n    val Auto = \"Auto\".asInstanceOf[TrainingJobEarlyStoppingType]\n\n    @inline def values = js.Array(Off, Auto)\n  }\n\n  @js.native\n  sealed trait TrainingJobSortByOptions extends js.Any\n  object TrainingJobSortByOptions {\n    val Name = \"Name\".asInstanceOf[TrainingJobSortByOptions]\n    val CreationTime = \"CreationTime\".asInstanceOf[TrainingJobSortByOptions]\n    val Status = \"Status\".asInstanceOf[TrainingJobSortByOptions]\n    val FinalObjectiveMetricValue = \"FinalObjectiveMetricValue\".asInstanceOf[TrainingJobSortByOptions]\n\n    @inline def values = js.Array(Name, CreationTime, Status, FinalObjectiveMetricValue)\n  }\n\n  @js.native\n  sealed trait TrainingJobStatus extends js.Any\n  object TrainingJobStatus {\n    val InProgress = \"InProgress\".asInstanceOf[TrainingJobStatus]\n    val Completed = \"Completed\".asInstanceOf[TrainingJobStatus]\n    val Failed = \"Failed\".asInstanceOf[TrainingJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[TrainingJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[TrainingJobStatus]\n\n    @inline def values = js.Array(InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** The numbers of training jobs launched by a hyperparameter tuning job, categorized by status.\n    *\/\n  @js.native\n  trait TrainingJobStatusCounters extends js.Object {\n    var Completed: js.UndefOr[TrainingJobStatusCounter]\n    var InProgress: js.UndefOr[TrainingJobStatusCounter]\n    var NonRetryableError: js.UndefOr[TrainingJobStatusCounter]\n    var RetryableError: js.UndefOr[TrainingJobStatusCounter]\n    var Stopped: js.UndefOr[TrainingJobStatusCounter]\n  }\n\n  object TrainingJobStatusCounters {\n    @inline\n    def apply(\n        Completed: js.UndefOr[TrainingJobStatusCounter] = js.undefined,\n        InProgress: js.UndefOr[TrainingJobStatusCounter] = js.undefined,\n        NonRetryableError: js.UndefOr[TrainingJobStatusCounter] = js.undefined,\n        RetryableError: js.UndefOr[TrainingJobStatusCounter] = js.undefined,\n        Stopped: js.UndefOr[TrainingJobStatusCounter] = js.undefined\n    ): TrainingJobStatusCounters = {\n      val __obj = js.Dynamic.literal()\n      Completed.foreach(__v => __obj.updateDynamic(\"Completed\")(__v.asInstanceOf[js.Any]))\n      InProgress.foreach(__v => __obj.updateDynamic(\"InProgress\")(__v.asInstanceOf[js.Any]))\n      NonRetryableError.foreach(__v => __obj.updateDynamic(\"NonRetryableError\")(__v.asInstanceOf[js.Any]))\n      RetryableError.foreach(__v => __obj.updateDynamic(\"RetryableError\")(__v.asInstanceOf[js.Any]))\n      Stopped.foreach(__v => __obj.updateDynamic(\"Stopped\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingJobStatusCounters]\n    }\n  }\n\n  \/** Metadata for a training job step.\n    *\/\n  @js.native\n  trait TrainingJobStepMetadata extends js.Object {\n    var Arn: js.UndefOr[TrainingJobArn]\n  }\n\n  object TrainingJobStepMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[TrainingJobArn] = js.undefined\n    ): TrainingJobStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingJobStepMetadata]\n    }\n  }\n\n  \/** Provides summary information about a training job.\n    *\/\n  @js.native\n  trait TrainingJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var TrainingJobArn: TrainingJobArn\n    var TrainingJobName: TrainingJobName\n    var TrainingJobStatus: TrainingJobStatus\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var TrainingEndTime: js.UndefOr[Timestamp]\n  }\n\n  object TrainingJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        TrainingJobArn: TrainingJobArn,\n        TrainingJobName: TrainingJobName,\n        TrainingJobStatus: TrainingJobStatus,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        TrainingEndTime: js.UndefOr[Timestamp] = js.undefined\n    ): TrainingJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"TrainingJobArn\" -> TrainingJobArn.asInstanceOf[js.Any],\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any],\n        \"TrainingJobStatus\" -> TrainingJobStatus.asInstanceOf[js.Any]\n      )\n\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTime.foreach(__v => __obj.updateDynamic(\"TrainingEndTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingJobSummary]\n    }\n  }\n\n  \/** Defines how the algorithm is used for a training job.\n    *\/\n  @js.native\n  trait TrainingSpecification extends js.Object {\n    var SupportedTrainingInstanceTypes: TrainingInstanceTypes\n    var TrainingChannels: ChannelSpecifications\n    var TrainingImage: ContainerImage\n    var MetricDefinitions: js.UndefOr[MetricDefinitionList]\n    var SupportedHyperParameters: js.UndefOr[HyperParameterSpecifications]\n    var SupportedTuningJobObjectiveMetrics: js.UndefOr[HyperParameterTuningJobObjectives]\n    var SupportsDistributedTraining: js.UndefOr[Boolean]\n    var TrainingImageDigest: js.UndefOr[ImageDigest]\n  }\n\n  object TrainingSpecification {\n    @inline\n    def apply(\n        SupportedTrainingInstanceTypes: TrainingInstanceTypes,\n        TrainingChannels: ChannelSpecifications,\n        TrainingImage: ContainerImage,\n        MetricDefinitions: js.UndefOr[MetricDefinitionList] = js.undefined,\n        SupportedHyperParameters: js.UndefOr[HyperParameterSpecifications] = js.undefined,\n        SupportedTuningJobObjectiveMetrics: js.UndefOr[HyperParameterTuningJobObjectives] = js.undefined,\n        SupportsDistributedTraining: js.UndefOr[Boolean] = js.undefined,\n        TrainingImageDigest: js.UndefOr[ImageDigest] = js.undefined\n    ): TrainingSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"SupportedTrainingInstanceTypes\" -> SupportedTrainingInstanceTypes.asInstanceOf[js.Any],\n        \"TrainingChannels\" -> TrainingChannels.asInstanceOf[js.Any],\n        \"TrainingImage\" -> TrainingImage.asInstanceOf[js.Any]\n      )\n\n      MetricDefinitions.foreach(__v => __obj.updateDynamic(\"MetricDefinitions\")(__v.asInstanceOf[js.Any]))\n      SupportedHyperParameters.foreach(__v => __obj.updateDynamic(\"SupportedHyperParameters\")(__v.asInstanceOf[js.Any]))\n      SupportedTuningJobObjectiveMetrics.foreach(__v => __obj.updateDynamic(\"SupportedTuningJobObjectiveMetrics\")(__v.asInstanceOf[js.Any]))\n      SupportsDistributedTraining.foreach(__v => __obj.updateDynamic(\"SupportsDistributedTraining\")(__v.asInstanceOf[js.Any]))\n      TrainingImageDigest.foreach(__v => __obj.updateDynamic(\"TrainingImageDigest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingSpecification]\n    }\n  }\n\n  \/** Describes the location of the channel data.\n    *\/\n  @js.native\n  trait TransformDataSource extends js.Object {\n    var S3DataSource: TransformS3DataSource\n  }\n\n  object TransformDataSource {\n    @inline\n    def apply(\n        S3DataSource: TransformS3DataSource\n    ): TransformDataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataSource\" -> S3DataSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TransformDataSource]\n    }\n  }\n\n  \/** Describes the input source of a transform job and the way the transform job consumes it.\n    *\/\n  @js.native\n  trait TransformInput extends js.Object {\n    var DataSource: TransformDataSource\n    var CompressionType: js.UndefOr[CompressionType]\n    var ContentType: js.UndefOr[ContentType]\n    var SplitType: js.UndefOr[SplitType]\n  }\n\n  object TransformInput {\n    @inline\n    def apply(\n        DataSource: TransformDataSource,\n        CompressionType: js.UndefOr[CompressionType] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        SplitType: js.UndefOr[SplitType] = js.undefined\n    ): TransformInput = {\n      val __obj = js.Dynamic.literal(\n        \"DataSource\" -> DataSource.asInstanceOf[js.Any]\n      )\n\n      CompressionType.foreach(__v => __obj.updateDynamic(\"CompressionType\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      SplitType.foreach(__v => __obj.updateDynamic(\"SplitType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformInput]\n    }\n  }\n\n  @js.native\n  sealed trait TransformInstanceType extends js.Any\n  object TransformInstanceType {\n    val `ml.m4.xlarge` = \"ml.m4.xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m4.2xlarge` = \"ml.m4.2xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m4.4xlarge` = \"ml.m4.4xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m4.10xlarge` = \"ml.m4.10xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m4.16xlarge` = \"ml.m4.16xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c4.xlarge` = \"ml.c4.xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c4.2xlarge` = \"ml.c4.2xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c4.4xlarge` = \"ml.c4.4xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c4.8xlarge` = \"ml.c4.8xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p2.xlarge` = \"ml.p2.xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p2.8xlarge` = \"ml.p2.8xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p2.16xlarge` = \"ml.p2.16xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p3.2xlarge` = \"ml.p3.2xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p3.8xlarge` = \"ml.p3.8xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.p3.16xlarge` = \"ml.p3.16xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c5.xlarge` = \"ml.c5.xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c5.2xlarge` = \"ml.c5.2xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c5.4xlarge` = \"ml.c5.4xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c5.9xlarge` = \"ml.c5.9xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.c5.18xlarge` = \"ml.c5.18xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.large` = \"ml.m5.large\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.xlarge` = \"ml.m5.xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.2xlarge` = \"ml.m5.2xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.4xlarge` = \"ml.m5.4xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.12xlarge` = \"ml.m5.12xlarge\".asInstanceOf[TransformInstanceType]\n    val `ml.m5.24xlarge` = \"ml.m5.24xlarge\".asInstanceOf[TransformInstanceType]\n\n    @inline def values = js.Array(\n      `ml.m4.xlarge`,\n      `ml.m4.2xlarge`,\n      `ml.m4.4xlarge`,\n      `ml.m4.10xlarge`,\n      `ml.m4.16xlarge`,\n      `ml.c4.xlarge`,\n      `ml.c4.2xlarge`,\n      `ml.c4.4xlarge`,\n      `ml.c4.8xlarge`,\n      `ml.p2.xlarge`,\n      `ml.p2.8xlarge`,\n      `ml.p2.16xlarge`,\n      `ml.p3.2xlarge`,\n      `ml.p3.8xlarge`,\n      `ml.p3.16xlarge`,\n      `ml.c5.xlarge`,\n      `ml.c5.2xlarge`,\n      `ml.c5.4xlarge`,\n      `ml.c5.9xlarge`,\n      `ml.c5.18xlarge`,\n      `ml.m5.large`,\n      `ml.m5.xlarge`,\n      `ml.m5.2xlarge`,\n      `ml.m5.4xlarge`,\n      `ml.m5.12xlarge`,\n      `ml.m5.24xlarge`\n    )\n  }\n\n  \/** A batch transform job. For information about SageMaker batch transform, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/batch-transform.html|Use Batch Transform]].\n    *\/\n  @js.native\n  trait TransformJob extends js.Object {\n    var AutoMLJobArn: js.UndefOr[AutoMLJobArn]\n    var BatchStrategy: js.UndefOr[BatchStrategy]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DataProcessing: js.UndefOr[DataProcessing]\n    var Environment: js.UndefOr[TransformEnvironmentMap]\n    var ExperimentConfig: js.UndefOr[ExperimentConfig]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LabelingJobArn: js.UndefOr[LabelingJobArn]\n    var MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms]\n    var MaxPayloadInMB: js.UndefOr[MaxPayloadInMB]\n    var ModelClientConfig: js.UndefOr[ModelClientConfig]\n    var ModelName: js.UndefOr[ModelName]\n    var Tags: js.UndefOr[TagList]\n    var TransformEndTime: js.UndefOr[Timestamp]\n    var TransformInput: js.UndefOr[TransformInput]\n    var TransformJobArn: js.UndefOr[TransformJobArn]\n    var TransformJobName: js.UndefOr[TransformJobName]\n    var TransformJobStatus: js.UndefOr[TransformJobStatus]\n    var TransformOutput: js.UndefOr[TransformOutput]\n    var TransformResources: js.UndefOr[TransformResources]\n    var TransformStartTime: js.UndefOr[Timestamp]\n  }\n\n  object TransformJob {\n    @inline\n    def apply(\n        AutoMLJobArn: js.UndefOr[AutoMLJobArn] = js.undefined,\n        BatchStrategy: js.UndefOr[BatchStrategy] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DataProcessing: js.UndefOr[DataProcessing] = js.undefined,\n        Environment: js.UndefOr[TransformEnvironmentMap] = js.undefined,\n        ExperimentConfig: js.UndefOr[ExperimentConfig] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LabelingJobArn: js.UndefOr[LabelingJobArn] = js.undefined,\n        MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms] = js.undefined,\n        MaxPayloadInMB: js.UndefOr[MaxPayloadInMB] = js.undefined,\n        ModelClientConfig: js.UndefOr[ModelClientConfig] = js.undefined,\n        ModelName: js.UndefOr[ModelName] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TransformEndTime: js.UndefOr[Timestamp] = js.undefined,\n        TransformInput: js.UndefOr[TransformInput] = js.undefined,\n        TransformJobArn: js.UndefOr[TransformJobArn] = js.undefined,\n        TransformJobName: js.UndefOr[TransformJobName] = js.undefined,\n        TransformJobStatus: js.UndefOr[TransformJobStatus] = js.undefined,\n        TransformOutput: js.UndefOr[TransformOutput] = js.undefined,\n        TransformResources: js.UndefOr[TransformResources] = js.undefined,\n        TransformStartTime: js.UndefOr[Timestamp] = js.undefined\n    ): TransformJob = {\n      val __obj = js.Dynamic.literal()\n      AutoMLJobArn.foreach(__v => __obj.updateDynamic(\"AutoMLJobArn\")(__v.asInstanceOf[js.Any]))\n      BatchStrategy.foreach(__v => __obj.updateDynamic(\"BatchStrategy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DataProcessing.foreach(__v => __obj.updateDynamic(\"DataProcessing\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      ExperimentConfig.foreach(__v => __obj.updateDynamic(\"ExperimentConfig\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LabelingJobArn.foreach(__v => __obj.updateDynamic(\"LabelingJobArn\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrentTransforms.foreach(__v => __obj.updateDynamic(\"MaxConcurrentTransforms\")(__v.asInstanceOf[js.Any]))\n      MaxPayloadInMB.foreach(__v => __obj.updateDynamic(\"MaxPayloadInMB\")(__v.asInstanceOf[js.Any]))\n      ModelClientConfig.foreach(__v => __obj.updateDynamic(\"ModelClientConfig\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TransformEndTime.foreach(__v => __obj.updateDynamic(\"TransformEndTime\")(__v.asInstanceOf[js.Any]))\n      TransformInput.foreach(__v => __obj.updateDynamic(\"TransformInput\")(__v.asInstanceOf[js.Any]))\n      TransformJobArn.foreach(__v => __obj.updateDynamic(\"TransformJobArn\")(__v.asInstanceOf[js.Any]))\n      TransformJobName.foreach(__v => __obj.updateDynamic(\"TransformJobName\")(__v.asInstanceOf[js.Any]))\n      TransformJobStatus.foreach(__v => __obj.updateDynamic(\"TransformJobStatus\")(__v.asInstanceOf[js.Any]))\n      TransformOutput.foreach(__v => __obj.updateDynamic(\"TransformOutput\")(__v.asInstanceOf[js.Any]))\n      TransformResources.foreach(__v => __obj.updateDynamic(\"TransformResources\")(__v.asInstanceOf[js.Any]))\n      TransformStartTime.foreach(__v => __obj.updateDynamic(\"TransformStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformJob]\n    }\n  }\n\n  \/** Defines the input needed to run a transform job using the inference specification specified in the algorithm.\n    *\/\n  @js.native\n  trait TransformJobDefinition extends js.Object {\n    var TransformInput: TransformInput\n    var TransformOutput: TransformOutput\n    var TransformResources: TransformResources\n    var BatchStrategy: js.UndefOr[BatchStrategy]\n    var Environment: js.UndefOr[TransformEnvironmentMap]\n    var MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms]\n    var MaxPayloadInMB: js.UndefOr[MaxPayloadInMB]\n  }\n\n  object TransformJobDefinition {\n    @inline\n    def apply(\n        TransformInput: TransformInput,\n        TransformOutput: TransformOutput,\n        TransformResources: TransformResources,\n        BatchStrategy: js.UndefOr[BatchStrategy] = js.undefined,\n        Environment: js.UndefOr[TransformEnvironmentMap] = js.undefined,\n        MaxConcurrentTransforms: js.UndefOr[MaxConcurrentTransforms] = js.undefined,\n        MaxPayloadInMB: js.UndefOr[MaxPayloadInMB] = js.undefined\n    ): TransformJobDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"TransformInput\" -> TransformInput.asInstanceOf[js.Any],\n        \"TransformOutput\" -> TransformOutput.asInstanceOf[js.Any],\n        \"TransformResources\" -> TransformResources.asInstanceOf[js.Any]\n      )\n\n      BatchStrategy.foreach(__v => __obj.updateDynamic(\"BatchStrategy\")(__v.asInstanceOf[js.Any]))\n      Environment.foreach(__v => __obj.updateDynamic(\"Environment\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrentTransforms.foreach(__v => __obj.updateDynamic(\"MaxConcurrentTransforms\")(__v.asInstanceOf[js.Any]))\n      MaxPayloadInMB.foreach(__v => __obj.updateDynamic(\"MaxPayloadInMB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformJobDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait TransformJobStatus extends js.Any\n  object TransformJobStatus {\n    val InProgress = \"InProgress\".asInstanceOf[TransformJobStatus]\n    val Completed = \"Completed\".asInstanceOf[TransformJobStatus]\n    val Failed = \"Failed\".asInstanceOf[TransformJobStatus]\n    val Stopping = \"Stopping\".asInstanceOf[TransformJobStatus]\n    val Stopped = \"Stopped\".asInstanceOf[TransformJobStatus]\n\n    @inline def values = js.Array(InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** Metadata for a transform job step.\n    *\/\n  @js.native\n  trait TransformJobStepMetadata extends js.Object {\n    var Arn: js.UndefOr[TransformJobArn]\n  }\n\n  object TransformJobStepMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[TransformJobArn] = js.undefined\n    ): TransformJobStepMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformJobStepMetadata]\n    }\n  }\n\n  \/** Provides a summary of a transform job. Multiple <code>TransformJobSummary<\/code> objects are returned as a list after in response to a <a>ListTransformJobs<\/a> call.\n    *\/\n  @js.native\n  trait TransformJobSummary extends js.Object {\n    var CreationTime: Timestamp\n    var TransformJobArn: TransformJobArn\n    var TransformJobName: TransformJobName\n    var TransformJobStatus: TransformJobStatus\n    var FailureReason: js.UndefOr[FailureReason]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var TransformEndTime: js.UndefOr[Timestamp]\n  }\n\n  object TransformJobSummary {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        TransformJobArn: TransformJobArn,\n        TransformJobName: TransformJobName,\n        TransformJobStatus: TransformJobStatus,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        TransformEndTime: js.UndefOr[Timestamp] = js.undefined\n    ): TransformJobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"TransformJobArn\" -> TransformJobArn.asInstanceOf[js.Any],\n        \"TransformJobName\" -> TransformJobName.asInstanceOf[js.Any],\n        \"TransformJobStatus\" -> TransformJobStatus.asInstanceOf[js.Any]\n      )\n\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      TransformEndTime.foreach(__v => __obj.updateDynamic(\"TransformEndTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformJobSummary]\n    }\n  }\n\n  \/** Describes the results of a transform job.\n    *\/\n  @js.native\n  trait TransformOutput extends js.Object {\n    var S3OutputPath: S3Uri\n    var Accept: js.UndefOr[Accept]\n    var AssembleWith: js.UndefOr[AssemblyType]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object TransformOutput {\n    @inline\n    def apply(\n        S3OutputPath: S3Uri,\n        Accept: js.UndefOr[Accept] = js.undefined,\n        AssembleWith: js.UndefOr[AssemblyType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): TransformOutput = {\n      val __obj = js.Dynamic.literal(\n        \"S3OutputPath\" -> S3OutputPath.asInstanceOf[js.Any]\n      )\n\n      Accept.foreach(__v => __obj.updateDynamic(\"Accept\")(__v.asInstanceOf[js.Any]))\n      AssembleWith.foreach(__v => __obj.updateDynamic(\"AssembleWith\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformOutput]\n    }\n  }\n\n  \/** Describes the resources, including ML instance types and ML instance count, to use for transform job.\n    *\/\n  @js.native\n  trait TransformResources extends js.Object {\n    var InstanceCount: TransformInstanceCount\n    var InstanceType: TransformInstanceType\n    var VolumeKmsKeyId: js.UndefOr[KmsKeyId]\n  }\n\n  object TransformResources {\n    @inline\n    def apply(\n        InstanceCount: TransformInstanceCount,\n        InstanceType: TransformInstanceType,\n        VolumeKmsKeyId: js.UndefOr[KmsKeyId] = js.undefined\n    ): TransformResources = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceCount\" -> InstanceCount.asInstanceOf[js.Any],\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any]\n      )\n\n      VolumeKmsKeyId.foreach(__v => __obj.updateDynamic(\"VolumeKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransformResources]\n    }\n  }\n\n  \/** Describes the S3 data source.\n    *\/\n  @js.native\n  trait TransformS3DataSource extends js.Object {\n    var S3DataType: S3DataType\n    var S3Uri: S3Uri\n  }\n\n  object TransformS3DataSource {\n    @inline\n    def apply(\n        S3DataType: S3DataType,\n        S3Uri: S3Uri\n    ): TransformS3DataSource = {\n      val __obj = js.Dynamic.literal(\n        \"S3DataType\" -> S3DataType.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TransformS3DataSource]\n    }\n  }\n\n  \/** The properties of a trial as returned by the <a>Search<\/a> API.\n    *\/\n  @js.native\n  trait Trial extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var ExperimentName: js.UndefOr[ExperimentEntityName]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Source: js.UndefOr[TrialSource]\n    var Tags: js.UndefOr[TagList]\n    var TrialArn: js.UndefOr[TrialArn]\n    var TrialComponentSummaries: js.UndefOr[TrialComponentSimpleSummaries]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object Trial {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        ExperimentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Source: js.UndefOr[TrialSource] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TrialArn: js.UndefOr[TrialArn] = js.undefined,\n        TrialComponentSummaries: js.UndefOr[TrialComponentSimpleSummaries] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): Trial = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ExperimentName.foreach(__v => __obj.updateDynamic(\"ExperimentName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentSummaries.foreach(__v => __obj.updateDynamic(\"TrialComponentSummaries\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Trial]\n    }\n  }\n\n  \/** The properties of a trial component as returned by the <a>Search<\/a> API.\n    *\/\n  @js.native\n  trait TrialComponent extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var MetadataProperties: js.UndefOr[MetadataProperties]\n    var Metrics: js.UndefOr[TrialComponentMetricSummaries]\n    var OutputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var Parameters: js.UndefOr[TrialComponentParameters]\n    var Parents: js.UndefOr[Parents]\n    var Source: js.UndefOr[TrialComponentSource]\n    var SourceDetail: js.UndefOr[TrialComponentSourceDetail]\n    var StartTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[TrialComponentStatus]\n    var Tags: js.UndefOr[TagList]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n    var TrialComponentName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object TrialComponent {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        MetadataProperties: js.UndefOr[MetadataProperties] = js.undefined,\n        Metrics: js.UndefOr[TrialComponentMetricSummaries] = js.undefined,\n        OutputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        Parameters: js.UndefOr[TrialComponentParameters] = js.undefined,\n        Parents: js.UndefOr[Parents] = js.undefined,\n        Source: js.UndefOr[TrialComponentSource] = js.undefined,\n        SourceDetail: js.UndefOr[TrialComponentSourceDetail] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[TrialComponentStatus] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined,\n        TrialComponentName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): TrialComponent = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputArtifacts.foreach(__v => __obj.updateDynamic(\"InputArtifacts\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      MetadataProperties.foreach(__v => __obj.updateDynamic(\"MetadataProperties\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      OutputArtifacts.foreach(__v => __obj.updateDynamic(\"OutputArtifacts\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Parents.foreach(__v => __obj.updateDynamic(\"Parents\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      SourceDetail.foreach(__v => __obj.updateDynamic(\"SourceDetail\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentName.foreach(__v => __obj.updateDynamic(\"TrialComponentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponent]\n    }\n  }\n\n  \/** Represents an input or output artifact of a trial component. You specify <code>TrialComponentArtifact<\/code> as part of the <code>InputArtifacts<\/code> and <code>OutputArtifacts<\/code> parameters in the <a>CreateTrialComponent<\/a> request. Examples of input artifacts are datasets, algorithms, hyperparameters, source code, and instance types. Examples of output artifacts are metrics, snapshots, logs, and images.\n    *\/\n  @js.native\n  trait TrialComponentArtifact extends js.Object {\n    var Value: TrialComponentArtifactValue\n    var MediaType: js.UndefOr[MediaType]\n  }\n\n  object TrialComponentArtifact {\n    @inline\n    def apply(\n        Value: TrialComponentArtifactValue,\n        MediaType: js.UndefOr[MediaType] = js.undefined\n    ): TrialComponentArtifact = {\n      val __obj = js.Dynamic.literal(\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      MediaType.foreach(__v => __obj.updateDynamic(\"MediaType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentArtifact]\n    }\n  }\n\n  \/** A summary of the metrics of a trial component.\n    *\/\n  @js.native\n  trait TrialComponentMetricSummary extends js.Object {\n    var Avg: js.UndefOr[OptionalDouble]\n    var Count: js.UndefOr[OptionalInteger]\n    var Last: js.UndefOr[OptionalDouble]\n    var Max: js.UndefOr[OptionalDouble]\n    var MetricName: js.UndefOr[MetricName]\n    var Min: js.UndefOr[OptionalDouble]\n    var SourceArn: js.UndefOr[TrialComponentSourceArn]\n    var StdDev: js.UndefOr[OptionalDouble]\n    var TimeStamp: js.UndefOr[Timestamp]\n  }\n\n  object TrialComponentMetricSummary {\n    @inline\n    def apply(\n        Avg: js.UndefOr[OptionalDouble] = js.undefined,\n        Count: js.UndefOr[OptionalInteger] = js.undefined,\n        Last: js.UndefOr[OptionalDouble] = js.undefined,\n        Max: js.UndefOr[OptionalDouble] = js.undefined,\n        MetricName: js.UndefOr[MetricName] = js.undefined,\n        Min: js.UndefOr[OptionalDouble] = js.undefined,\n        SourceArn: js.UndefOr[TrialComponentSourceArn] = js.undefined,\n        StdDev: js.UndefOr[OptionalDouble] = js.undefined,\n        TimeStamp: js.UndefOr[Timestamp] = js.undefined\n    ): TrialComponentMetricSummary = {\n      val __obj = js.Dynamic.literal()\n      Avg.foreach(__v => __obj.updateDynamic(\"Avg\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Last.foreach(__v => __obj.updateDynamic(\"Last\")(__v.asInstanceOf[js.Any]))\n      Max.foreach(__v => __obj.updateDynamic(\"Max\")(__v.asInstanceOf[js.Any]))\n      MetricName.foreach(__v => __obj.updateDynamic(\"MetricName\")(__v.asInstanceOf[js.Any]))\n      Min.foreach(__v => __obj.updateDynamic(\"Min\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      StdDev.foreach(__v => __obj.updateDynamic(\"StdDev\")(__v.asInstanceOf[js.Any]))\n      TimeStamp.foreach(__v => __obj.updateDynamic(\"TimeStamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentMetricSummary]\n    }\n  }\n\n  \/** The value of a hyperparameter. Only one of <code>NumberValue<\/code> or <code>StringValue<\/code> can be specified. This object is specified in the <a>CreateTrialComponent<\/a> request.\n    *\/\n  @js.native\n  trait TrialComponentParameterValue extends js.Object {\n    var NumberValue: js.UndefOr[DoubleParameterValue]\n    var StringValue: js.UndefOr[StringParameterValue]\n  }\n\n  object TrialComponentParameterValue {\n    @inline\n    def apply(\n        NumberValue: js.UndefOr[DoubleParameterValue] = js.undefined,\n        StringValue: js.UndefOr[StringParameterValue] = js.undefined\n    ): TrialComponentParameterValue = {\n      val __obj = js.Dynamic.literal()\n      NumberValue.foreach(__v => __obj.updateDynamic(\"NumberValue\")(__v.asInstanceOf[js.Any]))\n      StringValue.foreach(__v => __obj.updateDynamic(\"StringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentParameterValue]\n    }\n  }\n\n  @js.native\n  sealed trait TrialComponentPrimaryStatus extends js.Any\n  object TrialComponentPrimaryStatus {\n    val InProgress = \"InProgress\".asInstanceOf[TrialComponentPrimaryStatus]\n    val Completed = \"Completed\".asInstanceOf[TrialComponentPrimaryStatus]\n    val Failed = \"Failed\".asInstanceOf[TrialComponentPrimaryStatus]\n    val Stopping = \"Stopping\".asInstanceOf[TrialComponentPrimaryStatus]\n    val Stopped = \"Stopped\".asInstanceOf[TrialComponentPrimaryStatus]\n\n    @inline def values = js.Array(InProgress, Completed, Failed, Stopping, Stopped)\n  }\n\n  \/** A short summary of a trial component.\n    *\/\n  @js.native\n  trait TrialComponentSimpleSummary extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n    var TrialComponentName: js.UndefOr[ExperimentEntityName]\n    var TrialComponentSource: js.UndefOr[TrialComponentSource]\n  }\n\n  object TrialComponentSimpleSummary {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined,\n        TrialComponentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialComponentSource: js.UndefOr[TrialComponentSource] = js.undefined\n    ): TrialComponentSimpleSummary = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentName.foreach(__v => __obj.updateDynamic(\"TrialComponentName\")(__v.asInstanceOf[js.Any]))\n      TrialComponentSource.foreach(__v => __obj.updateDynamic(\"TrialComponentSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentSimpleSummary]\n    }\n  }\n\n  \/** The Amazon Resource Name (ARN) and job type of the source of a trial component.\n    *\/\n  @js.native\n  trait TrialComponentSource extends js.Object {\n    var SourceArn: TrialComponentSourceArn\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object TrialComponentSource {\n    @inline\n    def apply(\n        SourceArn: TrialComponentSourceArn,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): TrialComponentSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentSource]\n    }\n  }\n\n  \/** Detailed information about the source of a trial component. Either <code>ProcessingJob<\/code> or <code>TrainingJob<\/code> is returned.\n    *\/\n  @js.native\n  trait TrialComponentSourceDetail extends js.Object {\n    var ProcessingJob: js.UndefOr[ProcessingJob]\n    var SourceArn: js.UndefOr[TrialComponentSourceArn]\n    var TrainingJob: js.UndefOr[TrainingJob]\n    var TransformJob: js.UndefOr[TransformJob]\n  }\n\n  object TrialComponentSourceDetail {\n    @inline\n    def apply(\n        ProcessingJob: js.UndefOr[ProcessingJob] = js.undefined,\n        SourceArn: js.UndefOr[TrialComponentSourceArn] = js.undefined,\n        TrainingJob: js.UndefOr[TrainingJob] = js.undefined,\n        TransformJob: js.UndefOr[TransformJob] = js.undefined\n    ): TrialComponentSourceDetail = {\n      val __obj = js.Dynamic.literal()\n      ProcessingJob.foreach(__v => __obj.updateDynamic(\"ProcessingJob\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      TrainingJob.foreach(__v => __obj.updateDynamic(\"TrainingJob\")(__v.asInstanceOf[js.Any]))\n      TransformJob.foreach(__v => __obj.updateDynamic(\"TransformJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentSourceDetail]\n    }\n  }\n\n  \/** The status of the trial component.\n    *\/\n  @js.native\n  trait TrialComponentStatus extends js.Object {\n    var Message: js.UndefOr[TrialComponentStatusMessage]\n    var PrimaryStatus: js.UndefOr[TrialComponentPrimaryStatus]\n  }\n\n  object TrialComponentStatus {\n    @inline\n    def apply(\n        Message: js.UndefOr[TrialComponentStatusMessage] = js.undefined,\n        PrimaryStatus: js.UndefOr[TrialComponentPrimaryStatus] = js.undefined\n    ): TrialComponentStatus = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      PrimaryStatus.foreach(__v => __obj.updateDynamic(\"PrimaryStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentStatus]\n    }\n  }\n\n  \/** A summary of the properties of a trial component. To get all the properties, call the <a>DescribeTrialComponent<\/a> API and provide the <code>TrialComponentName<\/code>.\n    *\/\n  @js.native\n  trait TrialComponentSummary extends js.Object {\n    var CreatedBy: js.UndefOr[UserContext]\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var EndTime: js.UndefOr[Timestamp]\n    var LastModifiedBy: js.UndefOr[UserContext]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var StartTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[TrialComponentStatus]\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n    var TrialComponentName: js.UndefOr[ExperimentEntityName]\n    var TrialComponentSource: js.UndefOr[TrialComponentSource]\n  }\n\n  object TrialComponentSummary {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[UserContext] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        LastModifiedBy: js.UndefOr[UserContext] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[TrialComponentStatus] = js.undefined,\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined,\n        TrialComponentName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialComponentSource: js.UndefOr[TrialComponentSource] = js.undefined\n    ): TrialComponentSummary = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      TrialComponentName.foreach(__v => __obj.updateDynamic(\"TrialComponentName\")(__v.asInstanceOf[js.Any]))\n      TrialComponentSource.foreach(__v => __obj.updateDynamic(\"TrialComponentSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialComponentSummary]\n    }\n  }\n\n  \/** The source of the trial.\n    *\/\n  @js.native\n  trait TrialSource extends js.Object {\n    var SourceArn: TrialSourceArn\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object TrialSource {\n    @inline\n    def apply(\n        SourceArn: TrialSourceArn,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): TrialSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialSource]\n    }\n  }\n\n  \/** A summary of the properties of a trial. To get the complete set of properties, call the <a>DescribeTrial<\/a> API and provide the <code>TrialName<\/code>.\n    *\/\n  @js.native\n  trait TrialSummary extends js.Object {\n    var CreationTime: js.UndefOr[Timestamp]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var LastModifiedTime: js.UndefOr[Timestamp]\n    var TrialArn: js.UndefOr[TrialArn]\n    var TrialName: js.UndefOr[ExperimentEntityName]\n    var TrialSource: js.UndefOr[TrialSource]\n  }\n\n  object TrialSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        LastModifiedTime: js.UndefOr[Timestamp] = js.undefined,\n        TrialArn: js.UndefOr[TrialArn] = js.undefined,\n        TrialName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        TrialSource: js.UndefOr[TrialSource] = js.undefined\n    ): TrialSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      TrialName.foreach(__v => __obj.updateDynamic(\"TrialName\")(__v.asInstanceOf[js.Any]))\n      TrialSource.foreach(__v => __obj.updateDynamic(\"TrialSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrialSummary]\n    }\n  }\n\n  \/** The job completion criteria.\n    *\/\n  @js.native\n  trait TuningJobCompletionCriteria extends js.Object {\n    var TargetObjectiveMetricValue: TargetObjectiveMetricValue\n  }\n\n  object TuningJobCompletionCriteria {\n    @inline\n    def apply(\n        TargetObjectiveMetricValue: TargetObjectiveMetricValue\n    ): TuningJobCompletionCriteria = {\n      val __obj = js.Dynamic.literal(\n        \"TargetObjectiveMetricValue\" -> TargetObjectiveMetricValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TuningJobCompletionCriteria]\n    }\n  }\n\n  \/** Represents an amount of money in United States dollars\/\n    *\/\n  @js.native\n  trait USD extends js.Object {\n    var Cents: js.UndefOr[Cents]\n    var Dollars: js.UndefOr[Dollars]\n    var TenthFractionsOfACent: js.UndefOr[TenthFractionsOfACent]\n  }\n\n  object USD {\n    @inline\n    def apply(\n        Cents: js.UndefOr[Cents] = js.undefined,\n        Dollars: js.UndefOr[Dollars] = js.undefined,\n        TenthFractionsOfACent: js.UndefOr[TenthFractionsOfACent] = js.undefined\n    ): USD = {\n      val __obj = js.Dynamic.literal()\n      Cents.foreach(__v => __obj.updateDynamic(\"Cents\")(__v.asInstanceOf[js.Any]))\n      Dollars.foreach(__v => __obj.updateDynamic(\"Dollars\")(__v.asInstanceOf[js.Any]))\n      TenthFractionsOfACent.foreach(__v => __obj.updateDynamic(\"TenthFractionsOfACent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[USD]\n    }\n  }\n\n  \/** Provided configuration information for the worker UI for a labeling job.\n    *\/\n  @js.native\n  trait UiConfig extends js.Object {\n    var HumanTaskUiArn: js.UndefOr[HumanTaskUiArn]\n    var UiTemplateS3Uri: js.UndefOr[S3Uri]\n  }\n\n  object UiConfig {\n    @inline\n    def apply(\n        HumanTaskUiArn: js.UndefOr[HumanTaskUiArn] = js.undefined,\n        UiTemplateS3Uri: js.UndefOr[S3Uri] = js.undefined\n    ): UiConfig = {\n      val __obj = js.Dynamic.literal()\n      HumanTaskUiArn.foreach(__v => __obj.updateDynamic(\"HumanTaskUiArn\")(__v.asInstanceOf[js.Any]))\n      UiTemplateS3Uri.foreach(__v => __obj.updateDynamic(\"UiTemplateS3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UiConfig]\n    }\n  }\n\n  \/** The Liquid template for the worker user interface.\n    *\/\n  @js.native\n  trait UiTemplate extends js.Object {\n    var Content: TemplateContent\n  }\n\n  object UiTemplate {\n    @inline\n    def apply(\n        Content: TemplateContent\n    ): UiTemplate = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UiTemplate]\n    }\n  }\n\n  \/** Container for user interface template information.\n    *\/\n  @js.native\n  trait UiTemplateInfo extends js.Object {\n    var ContentSha256: js.UndefOr[TemplateContentSha256]\n    var Url: js.UndefOr[TemplateUrl]\n  }\n\n  object UiTemplateInfo {\n    @inline\n    def apply(\n        ContentSha256: js.UndefOr[TemplateContentSha256] = js.undefined,\n        Url: js.UndefOr[TemplateUrl] = js.undefined\n    ): UiTemplateInfo = {\n      val __obj = js.Dynamic.literal()\n      ContentSha256.foreach(__v => __obj.updateDynamic(\"ContentSha256\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UiTemplateInfo]\n    }\n  }\n\n  @js.native\n  trait UpdateActionRequest extends js.Object {\n    var ActionName: ExperimentEntityName\n    var Description: js.UndefOr[ExperimentDescription]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey]\n    var Status: js.UndefOr[ActionStatus]\n  }\n\n  object UpdateActionRequest {\n    @inline\n    def apply(\n        ActionName: ExperimentEntityName,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey] = js.undefined,\n        Status: js.UndefOr[ActionStatus] = js.undefined\n    ): UpdateActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      PropertiesToRemove.foreach(__v => __obj.updateDynamic(\"PropertiesToRemove\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateActionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateActionResponse extends js.Object {\n    var ActionArn: js.UndefOr[ActionArn]\n  }\n\n  object UpdateActionResponse {\n    @inline\n    def apply(\n        ActionArn: js.UndefOr[ActionArn] = js.undefined\n    ): UpdateActionResponse = {\n      val __obj = js.Dynamic.literal()\n      ActionArn.foreach(__v => __obj.updateDynamic(\"ActionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateActionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAppImageConfigRequest extends js.Object {\n    var AppImageConfigName: AppImageConfigName\n    var KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig]\n  }\n\n  object UpdateAppImageConfigRequest {\n    @inline\n    def apply(\n        AppImageConfigName: AppImageConfigName,\n        KernelGatewayImageConfig: js.UndefOr[KernelGatewayImageConfig] = js.undefined\n    ): UpdateAppImageConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppImageConfigName\" -> AppImageConfigName.asInstanceOf[js.Any]\n      )\n\n      KernelGatewayImageConfig.foreach(__v => __obj.updateDynamic(\"KernelGatewayImageConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppImageConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAppImageConfigResponse extends js.Object {\n    var AppImageConfigArn: js.UndefOr[AppImageConfigArn]\n  }\n\n  object UpdateAppImageConfigResponse {\n    @inline\n    def apply(\n        AppImageConfigArn: js.UndefOr[AppImageConfigArn] = js.undefined\n    ): UpdateAppImageConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      AppImageConfigArn.foreach(__v => __obj.updateDynamic(\"AppImageConfigArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppImageConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateArtifactRequest extends js.Object {\n    var ArtifactArn: ArtifactArn\n    var ArtifactName: js.UndefOr[ExperimentEntityName]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey]\n  }\n\n  object UpdateArtifactRequest {\n    @inline\n    def apply(\n        ArtifactArn: ArtifactArn,\n        ArtifactName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey] = js.undefined\n    ): UpdateArtifactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ArtifactArn\" -> ArtifactArn.asInstanceOf[js.Any]\n      )\n\n      ArtifactName.foreach(__v => __obj.updateDynamic(\"ArtifactName\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      PropertiesToRemove.foreach(__v => __obj.updateDynamic(\"PropertiesToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateArtifactResponse extends js.Object {\n    var ArtifactArn: js.UndefOr[ArtifactArn]\n  }\n\n  object UpdateArtifactResponse {\n    @inline\n    def apply(\n        ArtifactArn: js.UndefOr[ArtifactArn] = js.undefined\n    ): UpdateArtifactResponse = {\n      val __obj = js.Dynamic.literal()\n      ArtifactArn.foreach(__v => __obj.updateDynamic(\"ArtifactArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateArtifactResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateCodeRepositoryInput extends js.Object {\n    var CodeRepositoryName: EntityName\n    var GitConfig: js.UndefOr[GitConfigForUpdate]\n  }\n\n  object UpdateCodeRepositoryInput {\n    @inline\n    def apply(\n        CodeRepositoryName: EntityName,\n        GitConfig: js.UndefOr[GitConfigForUpdate] = js.undefined\n    ): UpdateCodeRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryName\" -> CodeRepositoryName.asInstanceOf[js.Any]\n      )\n\n      GitConfig.foreach(__v => __obj.updateDynamic(\"GitConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCodeRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait UpdateCodeRepositoryOutput extends js.Object {\n    var CodeRepositoryArn: CodeRepositoryArn\n  }\n\n  object UpdateCodeRepositoryOutput {\n    @inline\n    def apply(\n        CodeRepositoryArn: CodeRepositoryArn\n    ): UpdateCodeRepositoryOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CodeRepositoryArn\" -> CodeRepositoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateCodeRepositoryOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateContextRequest extends js.Object {\n    var ContextName: ExperimentEntityName\n    var Description: js.UndefOr[ExperimentDescription]\n    var Properties: js.UndefOr[LineageEntityParameters]\n    var PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey]\n  }\n\n  object UpdateContextRequest {\n    @inline\n    def apply(\n        ContextName: ExperimentEntityName,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        Properties: js.UndefOr[LineageEntityParameters] = js.undefined,\n        PropertiesToRemove: js.UndefOr[ListLineageEntityParameterKey] = js.undefined\n    ): UpdateContextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ContextName\" -> ContextName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      PropertiesToRemove.foreach(__v => __obj.updateDynamic(\"PropertiesToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContextRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateContextResponse extends js.Object {\n    var ContextArn: js.UndefOr[ContextArn]\n  }\n\n  object UpdateContextResponse {\n    @inline\n    def apply(\n        ContextArn: js.UndefOr[ContextArn] = js.undefined\n    ): UpdateContextResponse = {\n      val __obj = js.Dynamic.literal()\n      ContextArn.foreach(__v => __obj.updateDynamic(\"ContextArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContextResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDeviceFleetRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var OutputConfig: EdgeOutputConfig\n    var Description: js.UndefOr[DeviceFleetDescription]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object UpdateDeviceFleetRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        OutputConfig: EdgeOutputConfig,\n        Description: js.UndefOr[DeviceFleetDescription] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): UpdateDeviceFleetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDeviceFleetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDevicesRequest extends js.Object {\n    var DeviceFleetName: EntityName\n    var Devices: Devices\n  }\n\n  object UpdateDevicesRequest {\n    @inline\n    def apply(\n        DeviceFleetName: EntityName,\n        Devices: Devices\n    ): UpdateDevicesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DeviceFleetName\" -> DeviceFleetName.asInstanceOf[js.Any],\n        \"Devices\" -> Devices.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDevicesRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDomainRequest extends js.Object {\n    var DomainId: DomainId\n    var DefaultUserSettings: js.UndefOr[UserSettings]\n  }\n\n  object UpdateDomainRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        DefaultUserSettings: js.UndefOr[UserSettings] = js.undefined\n    ): UpdateDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any]\n      )\n\n      DefaultUserSettings.foreach(__v => __obj.updateDynamic(\"DefaultUserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDomainResponse extends js.Object {\n    var DomainArn: js.UndefOr[DomainArn]\n  }\n\n  object UpdateDomainResponse {\n    @inline\n    def apply(\n        DomainArn: js.UndefOr[DomainArn] = js.undefined\n    ): UpdateDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainArn.foreach(__v => __obj.updateDynamic(\"DomainArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointInput extends js.Object {\n    var EndpointConfigName: EndpointConfigName\n    var EndpointName: EndpointName\n    var DeploymentConfig: js.UndefOr[DeploymentConfig]\n    var ExcludeRetainedVariantProperties: js.UndefOr[VariantPropertyList]\n    var RetainAllVariantProperties: js.UndefOr[Boolean]\n  }\n\n  object UpdateEndpointInput {\n    @inline\n    def apply(\n        EndpointConfigName: EndpointConfigName,\n        EndpointName: EndpointName,\n        DeploymentConfig: js.UndefOr[DeploymentConfig] = js.undefined,\n        ExcludeRetainedVariantProperties: js.UndefOr[VariantPropertyList] = js.undefined,\n        RetainAllVariantProperties: js.UndefOr[Boolean] = js.undefined\n    ): UpdateEndpointInput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfigName\" -> EndpointConfigName.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any]\n      )\n\n      DeploymentConfig.foreach(__v => __obj.updateDynamic(\"DeploymentConfig\")(__v.asInstanceOf[js.Any]))\n      ExcludeRetainedVariantProperties.foreach(__v => __obj.updateDynamic(\"ExcludeRetainedVariantProperties\")(__v.asInstanceOf[js.Any]))\n      RetainAllVariantProperties.foreach(__v => __obj.updateDynamic(\"RetainAllVariantProperties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEndpointInput]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointOutput extends js.Object {\n    var EndpointArn: EndpointArn\n  }\n\n  object UpdateEndpointOutput {\n    @inline\n    def apply(\n        EndpointArn: EndpointArn\n    ): UpdateEndpointOutput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEndpointOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointWeightsAndCapacitiesInput extends js.Object {\n    var DesiredWeightsAndCapacities: DesiredWeightAndCapacityList\n    var EndpointName: EndpointName\n  }\n\n  object UpdateEndpointWeightsAndCapacitiesInput {\n    @inline\n    def apply(\n        DesiredWeightsAndCapacities: DesiredWeightAndCapacityList,\n        EndpointName: EndpointName\n    ): UpdateEndpointWeightsAndCapacitiesInput = {\n      val __obj = js.Dynamic.literal(\n        \"DesiredWeightsAndCapacities\" -> DesiredWeightsAndCapacities.asInstanceOf[js.Any],\n        \"EndpointName\" -> EndpointName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEndpointWeightsAndCapacitiesInput]\n    }\n  }\n\n  @js.native\n  trait UpdateEndpointWeightsAndCapacitiesOutput extends js.Object {\n    var EndpointArn: EndpointArn\n  }\n\n  object UpdateEndpointWeightsAndCapacitiesOutput {\n    @inline\n    def apply(\n        EndpointArn: EndpointArn\n    ): UpdateEndpointWeightsAndCapacitiesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointArn\" -> EndpointArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEndpointWeightsAndCapacitiesOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateExperimentRequest extends js.Object {\n    var ExperimentName: ExperimentEntityName\n    var Description: js.UndefOr[ExperimentDescription]\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object UpdateExperimentRequest {\n    @inline\n    def apply(\n        ExperimentName: ExperimentEntityName,\n        Description: js.UndefOr[ExperimentDescription] = js.undefined,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): UpdateExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExperimentName\" -> ExperimentName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateExperimentResponse extends js.Object {\n    var ExperimentArn: js.UndefOr[ExperimentArn]\n  }\n\n  object UpdateExperimentResponse {\n    @inline\n    def apply(\n        ExperimentArn: js.UndefOr[ExperimentArn] = js.undefined\n    ): UpdateExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      ExperimentArn.foreach(__v => __obj.updateDynamic(\"ExperimentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateImageRequest extends js.Object {\n    var ImageName: ImageName\n    var DeleteProperties: js.UndefOr[ImageDeletePropertyList]\n    var Description: js.UndefOr[ImageDescription]\n    var DisplayName: js.UndefOr[ImageDisplayName]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object UpdateImageRequest {\n    @inline\n    def apply(\n        ImageName: ImageName,\n        DeleteProperties: js.UndefOr[ImageDeletePropertyList] = js.undefined,\n        Description: js.UndefOr[ImageDescription] = js.undefined,\n        DisplayName: js.UndefOr[ImageDisplayName] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): UpdateImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ImageName\" -> ImageName.asInstanceOf[js.Any]\n      )\n\n      DeleteProperties.foreach(__v => __obj.updateDynamic(\"DeleteProperties\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateImageRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateImageResponse extends js.Object {\n    var ImageArn: js.UndefOr[ImageArn]\n  }\n\n  object UpdateImageResponse {\n    @inline\n    def apply(\n        ImageArn: js.UndefOr[ImageArn] = js.undefined\n    ): UpdateImageResponse = {\n      val __obj = js.Dynamic.literal()\n      ImageArn.foreach(__v => __obj.updateDynamic(\"ImageArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateImageResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateModelPackageInput extends js.Object {\n    var ModelApprovalStatus: ModelApprovalStatus\n    var ModelPackageArn: ModelPackageArn\n    var ApprovalDescription: js.UndefOr[ApprovalDescription]\n  }\n\n  object UpdateModelPackageInput {\n    @inline\n    def apply(\n        ModelApprovalStatus: ModelApprovalStatus,\n        ModelPackageArn: ModelPackageArn,\n        ApprovalDescription: js.UndefOr[ApprovalDescription] = js.undefined\n    ): UpdateModelPackageInput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelApprovalStatus\" -> ModelApprovalStatus.asInstanceOf[js.Any],\n        \"ModelPackageArn\" -> ModelPackageArn.asInstanceOf[js.Any]\n      )\n\n      ApprovalDescription.foreach(__v => __obj.updateDynamic(\"ApprovalDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateModelPackageInput]\n    }\n  }\n\n  @js.native\n  trait UpdateModelPackageOutput extends js.Object {\n    var ModelPackageArn: ModelPackageArn\n  }\n\n  object UpdateModelPackageOutput {\n    @inline\n    def apply(\n        ModelPackageArn: ModelPackageArn\n    ): UpdateModelPackageOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ModelPackageArn\" -> ModelPackageArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateModelPackageOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateMonitoringScheduleRequest extends js.Object {\n    var MonitoringScheduleConfig: MonitoringScheduleConfig\n    var MonitoringScheduleName: MonitoringScheduleName\n  }\n\n  object UpdateMonitoringScheduleRequest {\n    @inline\n    def apply(\n        MonitoringScheduleConfig: MonitoringScheduleConfig,\n        MonitoringScheduleName: MonitoringScheduleName\n    ): UpdateMonitoringScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleConfig\" -> MonitoringScheduleConfig.asInstanceOf[js.Any],\n        \"MonitoringScheduleName\" -> MonitoringScheduleName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateMonitoringScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMonitoringScheduleResponse extends js.Object {\n    var MonitoringScheduleArn: MonitoringScheduleArn\n  }\n\n  object UpdateMonitoringScheduleResponse {\n    @inline\n    def apply(\n        MonitoringScheduleArn: MonitoringScheduleArn\n    ): UpdateMonitoringScheduleResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitoringScheduleArn\" -> MonitoringScheduleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateMonitoringScheduleResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateNotebookInstanceInput extends js.Object {\n    var NotebookInstanceName: NotebookInstanceName\n    var AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes]\n    var AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls]\n    var DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl]\n    var DisassociateAcceleratorTypes: js.UndefOr[DisassociateNotebookInstanceAcceleratorTypes]\n    var DisassociateAdditionalCodeRepositories: js.UndefOr[DisassociateAdditionalCodeRepositories]\n    var DisassociateDefaultCodeRepository: js.UndefOr[DisassociateDefaultCodeRepository]\n    var DisassociateLifecycleConfig: js.UndefOr[DisassociateNotebookInstanceLifecycleConfig]\n    var InstanceType: js.UndefOr[InstanceType]\n    var LifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName]\n    var RoleArn: js.UndefOr[RoleArn]\n    var RootAccess: js.UndefOr[RootAccess]\n    var VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB]\n  }\n\n  object UpdateNotebookInstanceInput {\n    @inline\n    def apply(\n        NotebookInstanceName: NotebookInstanceName,\n        AcceleratorTypes: js.UndefOr[NotebookInstanceAcceleratorTypes] = js.undefined,\n        AdditionalCodeRepositories: js.UndefOr[AdditionalCodeRepositoryNamesOrUrls] = js.undefined,\n        DefaultCodeRepository: js.UndefOr[CodeRepositoryNameOrUrl] = js.undefined,\n        DisassociateAcceleratorTypes: js.UndefOr[DisassociateNotebookInstanceAcceleratorTypes] = js.undefined,\n        DisassociateAdditionalCodeRepositories: js.UndefOr[DisassociateAdditionalCodeRepositories] = js.undefined,\n        DisassociateDefaultCodeRepository: js.UndefOr[DisassociateDefaultCodeRepository] = js.undefined,\n        DisassociateLifecycleConfig: js.UndefOr[DisassociateNotebookInstanceLifecycleConfig] = js.undefined,\n        InstanceType: js.UndefOr[InstanceType] = js.undefined,\n        LifecycleConfigName: js.UndefOr[NotebookInstanceLifecycleConfigName] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        RootAccess: js.UndefOr[RootAccess] = js.undefined,\n        VolumeSizeInGB: js.UndefOr[NotebookInstanceVolumeSizeInGB] = js.undefined\n    ): UpdateNotebookInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceName\" -> NotebookInstanceName.asInstanceOf[js.Any]\n      )\n\n      AcceleratorTypes.foreach(__v => __obj.updateDynamic(\"AcceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      AdditionalCodeRepositories.foreach(__v => __obj.updateDynamic(\"AdditionalCodeRepositories\")(__v.asInstanceOf[js.Any]))\n      DefaultCodeRepository.foreach(__v => __obj.updateDynamic(\"DefaultCodeRepository\")(__v.asInstanceOf[js.Any]))\n      DisassociateAcceleratorTypes.foreach(__v => __obj.updateDynamic(\"DisassociateAcceleratorTypes\")(__v.asInstanceOf[js.Any]))\n      DisassociateAdditionalCodeRepositories.foreach(__v => __obj.updateDynamic(\"DisassociateAdditionalCodeRepositories\")(__v.asInstanceOf[js.Any]))\n      DisassociateDefaultCodeRepository.foreach(__v => __obj.updateDynamic(\"DisassociateDefaultCodeRepository\")(__v.asInstanceOf[js.Any]))\n      DisassociateLifecycleConfig.foreach(__v => __obj.updateDynamic(\"DisassociateLifecycleConfig\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LifecycleConfigName.foreach(__v => __obj.updateDynamic(\"LifecycleConfigName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      RootAccess.foreach(__v => __obj.updateDynamic(\"RootAccess\")(__v.asInstanceOf[js.Any]))\n      VolumeSizeInGB.foreach(__v => __obj.updateDynamic(\"VolumeSizeInGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNotebookInstanceInput]\n    }\n  }\n\n  @js.native\n  trait UpdateNotebookInstanceLifecycleConfigInput extends js.Object {\n    var NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName\n    var OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList]\n    var OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList]\n  }\n\n  object UpdateNotebookInstanceLifecycleConfigInput {\n    @inline\n    def apply(\n        NotebookInstanceLifecycleConfigName: NotebookInstanceLifecycleConfigName,\n        OnCreate: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined,\n        OnStart: js.UndefOr[NotebookInstanceLifecycleConfigList] = js.undefined\n    ): UpdateNotebookInstanceLifecycleConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"NotebookInstanceLifecycleConfigName\" -> NotebookInstanceLifecycleConfigName.asInstanceOf[js.Any]\n      )\n\n      OnCreate.foreach(__v => __obj.updateDynamic(\"OnCreate\")(__v.asInstanceOf[js.Any]))\n      OnStart.foreach(__v => __obj.updateDynamic(\"OnStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNotebookInstanceLifecycleConfigInput]\n    }\n  }\n\n  @js.native\n  trait UpdateNotebookInstanceLifecycleConfigOutput extends js.Object\n\n  object UpdateNotebookInstanceLifecycleConfigOutput {\n    @inline\n    def apply(): UpdateNotebookInstanceLifecycleConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateNotebookInstanceLifecycleConfigOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateNotebookInstanceOutput extends js.Object\n\n  object UpdateNotebookInstanceOutput {\n    @inline\n    def apply(): UpdateNotebookInstanceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateNotebookInstanceOutput]\n    }\n  }\n\n  @js.native\n  trait UpdatePipelineExecutionRequest extends js.Object {\n    var PipelineExecutionArn: PipelineExecutionArn\n    var PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription]\n    var PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName]\n  }\n\n  object UpdatePipelineExecutionRequest {\n    @inline\n    def apply(\n        PipelineExecutionArn: PipelineExecutionArn,\n        PipelineExecutionDescription: js.UndefOr[PipelineExecutionDescription] = js.undefined,\n        PipelineExecutionDisplayName: js.UndefOr[PipelineExecutionName] = js.undefined\n    ): UpdatePipelineExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineExecutionArn\" -> PipelineExecutionArn.asInstanceOf[js.Any]\n      )\n\n      PipelineExecutionDescription.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineExecutionDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineExecutionDisplayName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePipelineExecutionResponse extends js.Object {\n    var PipelineExecutionArn: js.UndefOr[PipelineExecutionArn]\n  }\n\n  object UpdatePipelineExecutionResponse {\n    @inline\n    def apply(\n        PipelineExecutionArn: js.UndefOr[PipelineExecutionArn] = js.undefined\n    ): UpdatePipelineExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineExecutionArn.foreach(__v => __obj.updateDynamic(\"PipelineExecutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdatePipelineRequest extends js.Object {\n    var PipelineName: PipelineName\n    var PipelineDefinition: js.UndefOr[PipelineDefinition]\n    var PipelineDescription: js.UndefOr[PipelineDescription]\n    var PipelineDisplayName: js.UndefOr[PipelineName]\n    var RoleArn: js.UndefOr[RoleArn]\n  }\n\n  object UpdatePipelineRequest {\n    @inline\n    def apply(\n        PipelineName: PipelineName,\n        PipelineDefinition: js.UndefOr[PipelineDefinition] = js.undefined,\n        PipelineDescription: js.UndefOr[PipelineDescription] = js.undefined,\n        PipelineDisplayName: js.UndefOr[PipelineName] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined\n    ): UpdatePipelineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineName\" -> PipelineName.asInstanceOf[js.Any]\n      )\n\n      PipelineDefinition.foreach(__v => __obj.updateDynamic(\"PipelineDefinition\")(__v.asInstanceOf[js.Any]))\n      PipelineDescription.foreach(__v => __obj.updateDynamic(\"PipelineDescription\")(__v.asInstanceOf[js.Any]))\n      PipelineDisplayName.foreach(__v => __obj.updateDynamic(\"PipelineDisplayName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePipelineResponse extends js.Object {\n    var PipelineArn: js.UndefOr[PipelineArn]\n  }\n\n  object UpdatePipelineResponse {\n    @inline\n    def apply(\n        PipelineArn: js.UndefOr[PipelineArn] = js.undefined\n    ): UpdatePipelineResponse = {\n      val __obj = js.Dynamic.literal()\n      PipelineArn.foreach(__v => __obj.updateDynamic(\"PipelineArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePipelineResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTrainingJobRequest extends js.Object {\n    var TrainingJobName: TrainingJobName\n    var ProfilerConfig: js.UndefOr[ProfilerConfigForUpdate]\n    var ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations]\n  }\n\n  object UpdateTrainingJobRequest {\n    @inline\n    def apply(\n        TrainingJobName: TrainingJobName,\n        ProfilerConfig: js.UndefOr[ProfilerConfigForUpdate] = js.undefined,\n        ProfilerRuleConfigurations: js.UndefOr[ProfilerRuleConfigurations] = js.undefined\n    ): UpdateTrainingJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobName\" -> TrainingJobName.asInstanceOf[js.Any]\n      )\n\n      ProfilerConfig.foreach(__v => __obj.updateDynamic(\"ProfilerConfig\")(__v.asInstanceOf[js.Any]))\n      ProfilerRuleConfigurations.foreach(__v => __obj.updateDynamic(\"ProfilerRuleConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTrainingJobRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTrainingJobResponse extends js.Object {\n    var TrainingJobArn: TrainingJobArn\n  }\n\n  object UpdateTrainingJobResponse {\n    @inline\n    def apply(\n        TrainingJobArn: TrainingJobArn\n    ): UpdateTrainingJobResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TrainingJobArn\" -> TrainingJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTrainingJobResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTrialComponentRequest extends js.Object {\n    var TrialComponentName: ExperimentEntityName\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n    var EndTime: js.UndefOr[Timestamp]\n    var InputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var InputArtifactsToRemove: js.UndefOr[ListTrialComponentKey256]\n    var OutputArtifacts: js.UndefOr[TrialComponentArtifacts]\n    var OutputArtifactsToRemove: js.UndefOr[ListTrialComponentKey256]\n    var Parameters: js.UndefOr[TrialComponentParameters]\n    var ParametersToRemove: js.UndefOr[ListTrialComponentKey256]\n    var StartTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[TrialComponentStatus]\n  }\n\n  object UpdateTrialComponentRequest {\n    @inline\n    def apply(\n        TrialComponentName: ExperimentEntityName,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        InputArtifactsToRemove: js.UndefOr[ListTrialComponentKey256] = js.undefined,\n        OutputArtifacts: js.UndefOr[TrialComponentArtifacts] = js.undefined,\n        OutputArtifactsToRemove: js.UndefOr[ListTrialComponentKey256] = js.undefined,\n        Parameters: js.UndefOr[TrialComponentParameters] = js.undefined,\n        ParametersToRemove: js.UndefOr[ListTrialComponentKey256] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[TrialComponentStatus] = js.undefined\n    ): UpdateTrialComponentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialComponentName\" -> TrialComponentName.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InputArtifacts.foreach(__v => __obj.updateDynamic(\"InputArtifacts\")(__v.asInstanceOf[js.Any]))\n      InputArtifactsToRemove.foreach(__v => __obj.updateDynamic(\"InputArtifactsToRemove\")(__v.asInstanceOf[js.Any]))\n      OutputArtifacts.foreach(__v => __obj.updateDynamic(\"OutputArtifacts\")(__v.asInstanceOf[js.Any]))\n      OutputArtifactsToRemove.foreach(__v => __obj.updateDynamic(\"OutputArtifactsToRemove\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ParametersToRemove.foreach(__v => __obj.updateDynamic(\"ParametersToRemove\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTrialComponentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTrialComponentResponse extends js.Object {\n    var TrialComponentArn: js.UndefOr[TrialComponentArn]\n  }\n\n  object UpdateTrialComponentResponse {\n    @inline\n    def apply(\n        TrialComponentArn: js.UndefOr[TrialComponentArn] = js.undefined\n    ): UpdateTrialComponentResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialComponentArn.foreach(__v => __obj.updateDynamic(\"TrialComponentArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTrialComponentResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTrialRequest extends js.Object {\n    var TrialName: ExperimentEntityName\n    var DisplayName: js.UndefOr[ExperimentEntityName]\n  }\n\n  object UpdateTrialRequest {\n    @inline\n    def apply(\n        TrialName: ExperimentEntityName,\n        DisplayName: js.UndefOr[ExperimentEntityName] = js.undefined\n    ): UpdateTrialRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TrialName\" -> TrialName.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTrialRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTrialResponse extends js.Object {\n    var TrialArn: js.UndefOr[TrialArn]\n  }\n\n  object UpdateTrialResponse {\n    @inline\n    def apply(\n        TrialArn: js.UndefOr[TrialArn] = js.undefined\n    ): UpdateTrialResponse = {\n      val __obj = js.Dynamic.literal()\n      TrialArn.foreach(__v => __obj.updateDynamic(\"TrialArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTrialResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateUserProfileRequest extends js.Object {\n    var DomainId: DomainId\n    var UserProfileName: UserProfileName\n    var UserSettings: js.UndefOr[UserSettings]\n  }\n\n  object UpdateUserProfileRequest {\n    @inline\n    def apply(\n        DomainId: DomainId,\n        UserProfileName: UserProfileName,\n        UserSettings: js.UndefOr[UserSettings] = js.undefined\n    ): UpdateUserProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainId\" -> DomainId.asInstanceOf[js.Any],\n        \"UserProfileName\" -> UserProfileName.asInstanceOf[js.Any]\n      )\n\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserProfileRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateUserProfileResponse extends js.Object {\n    var UserProfileArn: js.UndefOr[UserProfileArn]\n  }\n\n  object UpdateUserProfileResponse {\n    @inline\n    def apply(\n        UserProfileArn: js.UndefOr[UserProfileArn] = js.undefined\n    ): UpdateUserProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      UserProfileArn.foreach(__v => __obj.updateDynamic(\"UserProfileArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserProfileResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkforceRequest extends js.Object {\n    var WorkforceName: WorkforceName\n    var OidcConfig: js.UndefOr[OidcConfig]\n    var SourceIpConfig: js.UndefOr[SourceIpConfig]\n  }\n\n  object UpdateWorkforceRequest {\n    @inline\n    def apply(\n        WorkforceName: WorkforceName,\n        OidcConfig: js.UndefOr[OidcConfig] = js.undefined,\n        SourceIpConfig: js.UndefOr[SourceIpConfig] = js.undefined\n    ): UpdateWorkforceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceName\" -> WorkforceName.asInstanceOf[js.Any]\n      )\n\n      OidcConfig.foreach(__v => __obj.updateDynamic(\"OidcConfig\")(__v.asInstanceOf[js.Any]))\n      SourceIpConfig.foreach(__v => __obj.updateDynamic(\"SourceIpConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkforceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkforceResponse extends js.Object {\n    var Workforce: Workforce\n  }\n\n  object UpdateWorkforceResponse {\n    @inline\n    def apply(\n        Workforce: Workforce\n    ): UpdateWorkforceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workforce\" -> Workforce.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateWorkforceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkteamRequest extends js.Object {\n    var WorkteamName: WorkteamName\n    var Description: js.UndefOr[String200]\n    var MemberDefinitions: js.UndefOr[MemberDefinitions]\n    var NotificationConfiguration: js.UndefOr[NotificationConfiguration]\n  }\n\n  object UpdateWorkteamRequest {\n    @inline\n    def apply(\n        WorkteamName: WorkteamName,\n        Description: js.UndefOr[String200] = js.undefined,\n        MemberDefinitions: js.UndefOr[MemberDefinitions] = js.undefined,\n        NotificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined\n    ): UpdateWorkteamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WorkteamName\" -> WorkteamName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MemberDefinitions.foreach(__v => __obj.updateDynamic(\"MemberDefinitions\")(__v.asInstanceOf[js.Any]))\n      NotificationConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkteamRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkteamResponse extends js.Object {\n    var Workteam: Workteam\n  }\n\n  object UpdateWorkteamResponse {\n    @inline\n    def apply(\n        Workteam: Workteam\n    ): UpdateWorkteamResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Workteam\" -> Workteam.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateWorkteamResponse]\n    }\n  }\n\n  \/** Information about the user who created or modified an experiment, trial, or trial component.\n    *\/\n  @js.native\n  trait UserContext extends js.Object {\n    var DomainId: js.UndefOr[String]\n    var UserProfileArn: js.UndefOr[String]\n    var UserProfileName: js.UndefOr[String]\n  }\n\n  object UserContext {\n    @inline\n    def apply(\n        DomainId: js.UndefOr[String] = js.undefined,\n        UserProfileArn: js.UndefOr[String] = js.undefined,\n        UserProfileName: js.UndefOr[String] = js.undefined\n    ): UserContext = {\n      val __obj = js.Dynamic.literal()\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      UserProfileArn.foreach(__v => __obj.updateDynamic(\"UserProfileArn\")(__v.asInstanceOf[js.Any]))\n      UserProfileName.foreach(__v => __obj.updateDynamic(\"UserProfileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserContext]\n    }\n  }\n\n  \/** The user profile details.\n    *\/\n  @js.native\n  trait UserProfileDetails extends js.Object {\n    var CreationTime: js.UndefOr[CreationTime]\n    var DomainId: js.UndefOr[DomainId]\n    var LastModifiedTime: js.UndefOr[LastModifiedTime]\n    var Status: js.UndefOr[UserProfileStatus]\n    var UserProfileName: js.UndefOr[UserProfileName]\n  }\n\n  object UserProfileDetails {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[CreationTime] = js.undefined,\n        DomainId: js.UndefOr[DomainId] = js.undefined,\n        LastModifiedTime: js.UndefOr[LastModifiedTime] = js.undefined,\n        Status: js.UndefOr[UserProfileStatus] = js.undefined,\n        UserProfileName: js.UndefOr[UserProfileName] = js.undefined\n    ): UserProfileDetails = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      DomainId.foreach(__v => __obj.updateDynamic(\"DomainId\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserProfileName.foreach(__v => __obj.updateDynamic(\"UserProfileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserProfileDetails]\n    }\n  }\n\n  @js.native\n  sealed trait UserProfileSortKey extends js.Any\n  object UserProfileSortKey {\n    val CreationTime = \"CreationTime\".asInstanceOf[UserProfileSortKey]\n    val LastModifiedTime = \"LastModifiedTime\".asInstanceOf[UserProfileSortKey]\n\n    @inline def values = js.Array(CreationTime, LastModifiedTime)\n  }\n\n  @js.native\n  sealed trait UserProfileStatus extends js.Any\n  object UserProfileStatus {\n    val Deleting = \"Deleting\".asInstanceOf[UserProfileStatus]\n    val Failed = \"Failed\".asInstanceOf[UserProfileStatus]\n    val InService = \"InService\".asInstanceOf[UserProfileStatus]\n    val Pending = \"Pending\".asInstanceOf[UserProfileStatus]\n    val Updating = \"Updating\".asInstanceOf[UserProfileStatus]\n    val Update_Failed = \"Update_Failed\".asInstanceOf[UserProfileStatus]\n    val Delete_Failed = \"Delete_Failed\".asInstanceOf[UserProfileStatus]\n\n    @inline def values = js.Array(Deleting, Failed, InService, Pending, Updating, Update_Failed, Delete_Failed)\n  }\n\n  \/** A collection of settings that apply to users of Amazon SageMaker Studio. These settings are specified when the <code>CreateUserProfile<\/code> API is called, and as <code>DefaultUserSettings<\/code> when the <code>CreateDomain<\/code> API is called. <code>SecurityGroups<\/code> is aggregated when specified in both calls. For all other settings in <code>UserSettings<\/code>, the values specified in <code>CreateUserProfile<\/code> take precedence over those specified in <code>CreateDomain<\/code>.\n    *\/\n  @js.native\n  trait UserSettings extends js.Object {\n    var ExecutionRole: js.UndefOr[RoleArn]\n    var JupyterServerAppSettings: js.UndefOr[JupyterServerAppSettings]\n    var KernelGatewayAppSettings: js.UndefOr[KernelGatewayAppSettings]\n    var SecurityGroups: js.UndefOr[SecurityGroupIds]\n    var SharingSettings: js.UndefOr[SharingSettings]\n    var TensorBoardAppSettings: js.UndefOr[TensorBoardAppSettings]\n  }\n\n  object UserSettings {\n    @inline\n    def apply(\n        ExecutionRole: js.UndefOr[RoleArn] = js.undefined,\n        JupyterServerAppSettings: js.UndefOr[JupyterServerAppSettings] = js.undefined,\n        KernelGatewayAppSettings: js.UndefOr[KernelGatewayAppSettings] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroupIds] = js.undefined,\n        SharingSettings: js.UndefOr[SharingSettings] = js.undefined,\n        TensorBoardAppSettings: js.UndefOr[TensorBoardAppSettings] = js.undefined\n    ): UserSettings = {\n      val __obj = js.Dynamic.literal()\n      ExecutionRole.foreach(__v => __obj.updateDynamic(\"ExecutionRole\")(__v.asInstanceOf[js.Any]))\n      JupyterServerAppSettings.foreach(__v => __obj.updateDynamic(\"JupyterServerAppSettings\")(__v.asInstanceOf[js.Any]))\n      KernelGatewayAppSettings.foreach(__v => __obj.updateDynamic(\"KernelGatewayAppSettings\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      SharingSettings.foreach(__v => __obj.updateDynamic(\"SharingSettings\")(__v.asInstanceOf[js.Any]))\n      TensorBoardAppSettings.foreach(__v => __obj.updateDynamic(\"TensorBoardAppSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserSettings]\n    }\n  }\n\n  \/** Specifies a production variant property type for an Endpoint. If you are updating an endpoint with the [[UpdateEndpointInput.RetainAllVariantProperties]] option set to <code>true<\/code>, the <code>VariantProperty<\/code> objects listed in [[UpdateEndpointInput.ExcludeRetainedVariantProperties]] override the existing variant properties of the endpoint.\n    *\/\n  @js.native\n  trait VariantProperty extends js.Object {\n    var VariantPropertyType: VariantPropertyType\n  }\n\n  object VariantProperty {\n    @inline\n    def apply(\n        VariantPropertyType: VariantPropertyType\n    ): VariantProperty = {\n      val __obj = js.Dynamic.literal(\n        \"VariantPropertyType\" -> VariantPropertyType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VariantProperty]\n    }\n  }\n\n  @js.native\n  sealed trait VariantPropertyType extends js.Any\n  object VariantPropertyType {\n    val DesiredInstanceCount = \"DesiredInstanceCount\".asInstanceOf[VariantPropertyType]\n    val DesiredWeight = \"DesiredWeight\".asInstanceOf[VariantPropertyType]\n    val DataCaptureConfig = \"DataCaptureConfig\".asInstanceOf[VariantPropertyType]\n\n    @inline def values = js.Array(DesiredInstanceCount, DesiredWeight, DataCaptureConfig)\n  }\n\n  \/** Specifies a VPC that your training jobs and hosted models have access to. Control access to and from your training and model containers by configuring the VPC. For more information, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/host-vpc.html|Protect Endpoints by Using an Amazon Virtual Private Cloud]] and [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/train-vpc.html|Protect Training Jobs by Using an Amazon Virtual Private Cloud]].\n    *\/\n  @js.native\n  trait VpcConfig extends js.Object {\n    var SecurityGroupIds: VpcSecurityGroupIds\n    var Subnets: Subnets\n  }\n\n  object VpcConfig {\n    @inline\n    def apply(\n        SecurityGroupIds: VpcSecurityGroupIds,\n        Subnets: Subnets\n    ): VpcConfig = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"Subnets\" -> Subnets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfig]\n    }\n  }\n\n  \/** A single private workforce, which is automatically created when you create your first private work team. You can create one private work force in each AWS Region. By default, any workforce-related API operation used in a specific region will apply to the workforce created in that region. To learn how to create a private workforce, see [[https:\/\/docs.aws.amazon.com\/sagemaker\/latest\/dg\/sms-workforce-create-private.html|Create a Private Workforce]].\n    *\/\n  @js.native\n  trait Workforce extends js.Object {\n    var WorkforceArn: WorkforceArn\n    var WorkforceName: WorkforceName\n    var CognitoConfig: js.UndefOr[CognitoConfig]\n    var CreateDate: js.UndefOr[Timestamp]\n    var LastUpdatedDate: js.UndefOr[Timestamp]\n    var OidcConfig: js.UndefOr[OidcConfigForResponse]\n    var SourceIpConfig: js.UndefOr[SourceIpConfig]\n    var SubDomain: js.UndefOr[String]\n  }\n\n  object Workforce {\n    @inline\n    def apply(\n        WorkforceArn: WorkforceArn,\n        WorkforceName: WorkforceName,\n        CognitoConfig: js.UndefOr[CognitoConfig] = js.undefined,\n        CreateDate: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        OidcConfig: js.UndefOr[OidcConfigForResponse] = js.undefined,\n        SourceIpConfig: js.UndefOr[SourceIpConfig] = js.undefined,\n        SubDomain: js.UndefOr[String] = js.undefined\n    ): Workforce = {\n      val __obj = js.Dynamic.literal(\n        \"WorkforceArn\" -> WorkforceArn.asInstanceOf[js.Any],\n        \"WorkforceName\" -> WorkforceName.asInstanceOf[js.Any]\n      )\n\n      CognitoConfig.foreach(__v => __obj.updateDynamic(\"CognitoConfig\")(__v.asInstanceOf[js.Any]))\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedDate.foreach(__v => __obj.updateDynamic(\"LastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      OidcConfig.foreach(__v => __obj.updateDynamic(\"OidcConfig\")(__v.asInstanceOf[js.Any]))\n      SourceIpConfig.foreach(__v => __obj.updateDynamic(\"SourceIpConfig\")(__v.asInstanceOf[js.Any]))\n      SubDomain.foreach(__v => __obj.updateDynamic(\"SubDomain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Workforce]\n    }\n  }\n\n  \/** Provides details about a labeling work team.\n    *\/\n  @js.native\n  trait Workteam extends js.Object {\n    var Description: String200\n    var MemberDefinitions: MemberDefinitions\n    var WorkteamArn: WorkteamArn\n    var WorkteamName: WorkteamName\n    var CreateDate: js.UndefOr[Timestamp]\n    var LastUpdatedDate: js.UndefOr[Timestamp]\n    var NotificationConfiguration: js.UndefOr[NotificationConfiguration]\n    var ProductListingIds: js.UndefOr[ProductListings]\n    var SubDomain: js.UndefOr[String]\n    var WorkforceArn: js.UndefOr[WorkforceArn]\n  }\n\n  object Workteam {\n    @inline\n    def apply(\n        Description: String200,\n        MemberDefinitions: MemberDefinitions,\n        WorkteamArn: WorkteamArn,\n        WorkteamName: WorkteamName,\n        CreateDate: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        NotificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined,\n        ProductListingIds: js.UndefOr[ProductListings] = js.undefined,\n        SubDomain: js.UndefOr[String] = js.undefined,\n        WorkforceArn: js.UndefOr[WorkforceArn] = js.undefined\n    ): Workteam = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"MemberDefinitions\" -> MemberDefinitions.asInstanceOf[js.Any],\n        \"WorkteamArn\" -> WorkteamArn.asInstanceOf[js.Any],\n        \"WorkteamName\" -> WorkteamName.asInstanceOf[js.Any]\n      )\n\n      CreateDate.foreach(__v => __obj.updateDynamic(\"CreateDate\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedDate.foreach(__v => __obj.updateDynamic(\"LastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      NotificationConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      ProductListingIds.foreach(__v => __obj.updateDynamic(\"ProductListingIds\")(__v.asInstanceOf[js.Any]))\n      SubDomain.foreach(__v => __obj.updateDynamic(\"SubDomain\")(__v.asInstanceOf[js.Any]))\n      WorkforceArn.foreach(__v => __obj.updateDynamic(\"WorkforceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Workteam]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ssooidc\/src\/main\/scala\/facade\/amazonaws\/services\/SSOOIDC.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ssooidc {\n  type AccessToken = String\n  type AuthCode = String\n  type ClientId = String\n  type ClientName = String\n  type ClientSecret = String\n  type ClientType = String\n  type DeviceCode = String\n  type ExpirationInSeconds = Int\n  type GrantType = String\n  type IdToken = String\n  type IntervalInSeconds = Int\n  type LongTimeStampType = Double\n  type RefreshToken = String\n  type Scope = String\n  type Scopes = js.Array[Scope]\n  type TokenType = String\n  type URI = String\n  type UserCode = String\n\n  implicit final class SSOOIDCOps(private val service: SSOOIDC) extends AnyVal {\n\n    @inline def createTokenFuture(params: CreateTokenRequest): Future[CreateTokenResponse] = service.createToken(params).promise().toFuture\n    @inline def registerClientFuture(params: RegisterClientRequest): Future[RegisterClientResponse] = service.registerClient(params).promise().toFuture\n    @inline def startDeviceAuthorizationFuture(params: StartDeviceAuthorizationRequest): Future[StartDeviceAuthorizationResponse] = service.startDeviceAuthorization(params).promise().toFuture\n\n  }\n}\n\npackage ssooidc {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ssooidc\", JSImport.Namespace, \"AWS.SSOOIDC\")\n  class SSOOIDC() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createToken(params: CreateTokenRequest): Request[CreateTokenResponse] = js.native\n    def registerClient(params: RegisterClientRequest): Request[RegisterClientResponse] = js.native\n    def startDeviceAuthorization(params: StartDeviceAuthorizationRequest): Request[StartDeviceAuthorizationResponse] = js.native\n  }\n\n  @js.native\n  trait CreateTokenRequest extends js.Object {\n    var clientId: ClientId\n    var clientSecret: ClientSecret\n    var deviceCode: DeviceCode\n    var grantType: GrantType\n    var code: js.UndefOr[AuthCode]\n    var redirectUri: js.UndefOr[URI]\n    var refreshToken: js.UndefOr[RefreshToken]\n    var scope: js.UndefOr[Scopes]\n  }\n\n  object CreateTokenRequest {\n    @inline\n    def apply(\n        clientId: ClientId,\n        clientSecret: ClientSecret,\n        deviceCode: DeviceCode,\n        grantType: GrantType,\n        code: js.UndefOr[AuthCode] = js.undefined,\n        redirectUri: js.UndefOr[URI] = js.undefined,\n        refreshToken: js.UndefOr[RefreshToken] = js.undefined,\n        scope: js.UndefOr[Scopes] = js.undefined\n    ): CreateTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientId\" -> clientId.asInstanceOf[js.Any],\n        \"clientSecret\" -> clientSecret.asInstanceOf[js.Any],\n        \"deviceCode\" -> deviceCode.asInstanceOf[js.Any],\n        \"grantType\" -> grantType.asInstanceOf[js.Any]\n      )\n\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      redirectUri.foreach(__v => __obj.updateDynamic(\"redirectUri\")(__v.asInstanceOf[js.Any]))\n      refreshToken.foreach(__v => __obj.updateDynamic(\"refreshToken\")(__v.asInstanceOf[js.Any]))\n      scope.foreach(__v => __obj.updateDynamic(\"scope\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTokenRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTokenResponse extends js.Object {\n    var accessToken: js.UndefOr[AccessToken]\n    var expiresIn: js.UndefOr[ExpirationInSeconds]\n    var idToken: js.UndefOr[IdToken]\n    var refreshToken: js.UndefOr[RefreshToken]\n    var tokenType: js.UndefOr[TokenType]\n  }\n\n  object CreateTokenResponse {\n    @inline\n    def apply(\n        accessToken: js.UndefOr[AccessToken] = js.undefined,\n        expiresIn: js.UndefOr[ExpirationInSeconds] = js.undefined,\n        idToken: js.UndefOr[IdToken] = js.undefined,\n        refreshToken: js.UndefOr[RefreshToken] = js.undefined,\n        tokenType: js.UndefOr[TokenType] = js.undefined\n    ): CreateTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      accessToken.foreach(__v => __obj.updateDynamic(\"accessToken\")(__v.asInstanceOf[js.Any]))\n      expiresIn.foreach(__v => __obj.updateDynamic(\"expiresIn\")(__v.asInstanceOf[js.Any]))\n      idToken.foreach(__v => __obj.updateDynamic(\"idToken\")(__v.asInstanceOf[js.Any]))\n      refreshToken.foreach(__v => __obj.updateDynamic(\"refreshToken\")(__v.asInstanceOf[js.Any]))\n      tokenType.foreach(__v => __obj.updateDynamic(\"tokenType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTokenResponse]\n    }\n  }\n\n  @js.native\n  trait RegisterClientRequest extends js.Object {\n    var clientName: ClientName\n    var clientType: ClientType\n    var scopes: js.UndefOr[Scopes]\n  }\n\n  object RegisterClientRequest {\n    @inline\n    def apply(\n        clientName: ClientName,\n        clientType: ClientType,\n        scopes: js.UndefOr[Scopes] = js.undefined\n    ): RegisterClientRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientName\" -> clientName.asInstanceOf[js.Any],\n        \"clientType\" -> clientType.asInstanceOf[js.Any]\n      )\n\n      scopes.foreach(__v => __obj.updateDynamic(\"scopes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterClientRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterClientResponse extends js.Object {\n    var authorizationEndpoint: js.UndefOr[URI]\n    var clientId: js.UndefOr[ClientId]\n    var clientIdIssuedAt: js.UndefOr[LongTimeStampType]\n    var clientSecret: js.UndefOr[ClientSecret]\n    var clientSecretExpiresAt: js.UndefOr[LongTimeStampType]\n    var tokenEndpoint: js.UndefOr[URI]\n  }\n\n  object RegisterClientResponse {\n    @inline\n    def apply(\n        authorizationEndpoint: js.UndefOr[URI] = js.undefined,\n        clientId: js.UndefOr[ClientId] = js.undefined,\n        clientIdIssuedAt: js.UndefOr[LongTimeStampType] = js.undefined,\n        clientSecret: js.UndefOr[ClientSecret] = js.undefined,\n        clientSecretExpiresAt: js.UndefOr[LongTimeStampType] = js.undefined,\n        tokenEndpoint: js.UndefOr[URI] = js.undefined\n    ): RegisterClientResponse = {\n      val __obj = js.Dynamic.literal()\n      authorizationEndpoint.foreach(__v => __obj.updateDynamic(\"authorizationEndpoint\")(__v.asInstanceOf[js.Any]))\n      clientId.foreach(__v => __obj.updateDynamic(\"clientId\")(__v.asInstanceOf[js.Any]))\n      clientIdIssuedAt.foreach(__v => __obj.updateDynamic(\"clientIdIssuedAt\")(__v.asInstanceOf[js.Any]))\n      clientSecret.foreach(__v => __obj.updateDynamic(\"clientSecret\")(__v.asInstanceOf[js.Any]))\n      clientSecretExpiresAt.foreach(__v => __obj.updateDynamic(\"clientSecretExpiresAt\")(__v.asInstanceOf[js.Any]))\n      tokenEndpoint.foreach(__v => __obj.updateDynamic(\"tokenEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterClientResponse]\n    }\n  }\n\n  @js.native\n  trait StartDeviceAuthorizationRequest extends js.Object {\n    var clientId: ClientId\n    var clientSecret: ClientSecret\n    var startUrl: URI\n  }\n\n  object StartDeviceAuthorizationRequest {\n    @inline\n    def apply(\n        clientId: ClientId,\n        clientSecret: ClientSecret,\n        startUrl: URI\n    ): StartDeviceAuthorizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientId\" -> clientId.asInstanceOf[js.Any],\n        \"clientSecret\" -> clientSecret.asInstanceOf[js.Any],\n        \"startUrl\" -> startUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDeviceAuthorizationRequest]\n    }\n  }\n\n  @js.native\n  trait StartDeviceAuthorizationResponse extends js.Object {\n    var deviceCode: js.UndefOr[DeviceCode]\n    var expiresIn: js.UndefOr[ExpirationInSeconds]\n    var interval: js.UndefOr[IntervalInSeconds]\n    var userCode: js.UndefOr[UserCode]\n    var verificationUri: js.UndefOr[URI]\n    var verificationUriComplete: js.UndefOr[URI]\n  }\n\n  object StartDeviceAuthorizationResponse {\n    @inline\n    def apply(\n        deviceCode: js.UndefOr[DeviceCode] = js.undefined,\n        expiresIn: js.UndefOr[ExpirationInSeconds] = js.undefined,\n        interval: js.UndefOr[IntervalInSeconds] = js.undefined,\n        userCode: js.UndefOr[UserCode] = js.undefined,\n        verificationUri: js.UndefOr[URI] = js.undefined,\n        verificationUriComplete: js.UndefOr[URI] = js.undefined\n    ): StartDeviceAuthorizationResponse = {\n      val __obj = js.Dynamic.literal()\n      deviceCode.foreach(__v => __obj.updateDynamic(\"deviceCode\")(__v.asInstanceOf[js.Any]))\n      expiresIn.foreach(__v => __obj.updateDynamic(\"expiresIn\")(__v.asInstanceOf[js.Any]))\n      interval.foreach(__v => __obj.updateDynamic(\"interval\")(__v.asInstanceOf[js.Any]))\n      userCode.foreach(__v => __obj.updateDynamic(\"userCode\")(__v.asInstanceOf[js.Any]))\n      verificationUri.foreach(__v => __obj.updateDynamic(\"verificationUri\")(__v.asInstanceOf[js.Any]))\n      verificationUriComplete.foreach(__v => __obj.updateDynamic(\"verificationUriComplete\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDeviceAuthorizationResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/s3\/src\/main\/scala\/facade\/amazonaws\/services\/S3.scala","text":"<filename>services\/s3\/src\/main\/scala\/facade\/amazonaws\/services\/S3.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object s3 {\n  type AbortDate = js.Date\n  type AbortRuleId = String\n  type AcceptRanges = String\n  type AccountId = String\n  type AllowQuotedRecordDelimiter = Boolean\n  type AllowedHeader = String\n  type AllowedHeaders = js.Array[AllowedHeader]\n  type AllowedMethod = String\n  type AllowedMethods = js.Array[AllowedMethod]\n  type AllowedOrigin = String\n  type AllowedOrigins = js.Array[AllowedOrigin]\n  type AnalyticsConfigurationList = js.Array[AnalyticsConfiguration]\n  type AnalyticsId = String\n  type Body = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BucketKeyEnabled = Boolean\n  type BucketName = String\n  type Buckets = js.Array[Bucket]\n  type BypassGovernanceRetention = Boolean\n  type BytesProcessed = Double\n  type BytesReturned = Double\n  type BytesScanned = Double\n  type CORSRules = js.Array[CORSRule]\n  type CacheControl = String\n  type CloudFunction = String\n  type CloudFunctionInvocationRole = String\n  type Code = String\n  type Comments = String\n  type CommonPrefixList = js.Array[CommonPrefix]\n  type CompletedPartList = js.Array[CompletedPart]\n  type ConfirmRemoveSelfBucketAccess = Boolean\n  type ContentDisposition = String\n  type ContentEncoding = String\n  type ContentLanguage = String\n  type ContentLength = Double\n  type ContentMD5 = String\n  type ContentRange = String\n  type ContentType = String\n  type CopySource = String\n  type CopySourceIfMatch = String\n  type CopySourceIfModifiedSince = js.Date\n  type CopySourceIfNoneMatch = String\n  type CopySourceIfUnmodifiedSince = js.Date\n  type CopySourceRange = String\n  type CopySourceSSECustomerAlgorithm = String\n  type CopySourceSSECustomerKey = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CopySourceSSECustomerKeyMD5 = String\n  type CopySourceVersionId = String\n  type CreationDate = js.Date\n  type Date = js.Date\n  type Days = Int\n  type DaysAfterInitiation = Int\n  type DeleteMarker = Boolean\n  type DeleteMarkerVersionId = String\n  type DeleteMarkers = js.Array[DeleteMarkerEntry]\n  type DeletedObjects = js.Array[DeletedObject]\n  type Delimiter = String\n  type Description = String\n  type DisplayName = String\n  type ETag = String\n  type EmailAddress = String\n  type EnableRequestProgress = Boolean\n  type End = Double\n  type ErrorCode = String\n  type ErrorMessage = String\n  type Errors = js.Array[Error]\n  type EventList = js.Array[Event]\n  type Expiration = String\n  type ExpiredObjectDeleteMarker = Boolean\n  type Expires = js.Date\n  type ExposeHeader = String\n  type ExposeHeaders = js.Array[ExposeHeader]\n  type Expression = String\n  type FetchOwner = Boolean\n  type FieldDelimiter = String\n  type FilterRuleList = js.Array[FilterRule]\n  type FilterRuleValue = String\n  type GetObjectResponseStatusCode = Int\n  type GrantFullControl = String\n  type GrantRead = String\n  type GrantReadACP = String\n  type GrantWrite = String\n  type GrantWriteACP = String\n  type Grants = js.Array[Grant]\n  type HostName = String\n  type HttpErrorCodeReturnedEquals = String\n  type HttpRedirectCode = String\n  type ID = String\n  type IfMatch = String\n  type IfModifiedSince = js.Date\n  type IfNoneMatch = String\n  type IfUnmodifiedSince = js.Date\n  type Initiated = js.Date\n  type IntelligentTieringConfigurationList = js.Array[IntelligentTieringConfiguration]\n  type IntelligentTieringDays = Int\n  type IntelligentTieringId = String\n  type InventoryConfigurationList = js.Array[InventoryConfiguration]\n  type InventoryId = String\n  type InventoryOptionalFields = js.Array[InventoryOptionalField]\n  type IsEnabled = Boolean\n  type IsLatest = Boolean\n  type IsPublic = Boolean\n  type IsTruncated = Boolean\n  type KMSContext = String\n  type KeyCount = Int\n  type KeyMarker = String\n  type KeyPrefixEquals = String\n  type LambdaFunctionArn = String\n  type LambdaFunctionConfigurationList = js.Array[LambdaFunctionConfiguration]\n  type LastModified = js.Date\n  type LifecycleRules = js.Array[LifecycleRule]\n  type Location = String\n  type LocationPrefix = String\n  type MFA = String\n  type Marker = String\n  type MaxAgeSeconds = Int\n  type MaxKeys = Int\n  type MaxParts = Int\n  type MaxUploads = Int\n  type Message = String\n  type Metadata = js.Dictionary[MetadataValue]\n  type MetadataKey = String\n  type MetadataValue = String\n  type MetricsConfigurationList = js.Array[MetricsConfiguration]\n  type MetricsId = String\n  type Minutes = Int\n  type MissingMeta = Int\n  type MultipartUploadId = String\n  type MultipartUploadList = js.Array[MultipartUpload]\n  type NextKeyMarker = String\n  type NextMarker = String\n  type NextPartNumberMarker = Int\n  type NextToken = String\n  type NextUploadIdMarker = String\n  type NextVersionIdMarker = String\n  type NoncurrentVersionTransitionList = js.Array[NoncurrentVersionTransition]\n  type NotificationId = String\n  type ObjectIdentifierList = js.Array[ObjectIdentifier]\n  type ObjectKey = String\n  type ObjectList = js.Array[Object]\n  type ObjectLockEnabledForBucket = Boolean\n  type ObjectLockRetainUntilDate = js.Date\n  type ObjectLockToken = String\n  type ObjectVersionId = String\n  type ObjectVersionList = js.Array[ObjectVersion]\n  type OwnershipControlsRules = js.Array[OwnershipControlsRule]\n  type PartNumber = Int\n  type PartNumberMarker = Int\n  type Parts = js.Array[Part]\n  type PartsCount = Int\n  type Policy = String\n  type Prefix = String\n  type Priority = Int\n  type QueueArn = String\n  type QueueConfigurationList = js.Array[QueueConfiguration]\n  type Quiet = Boolean\n  type QuoteCharacter = String\n  type QuoteEscapeCharacter = String\n  type Range = String\n  type RecordDelimiter = String\n  type ReplaceKeyPrefixWith = String\n  type ReplaceKeyWith = String\n  type ReplicaKmsKeyID = String\n  type ReplicationRules = js.Array[ReplicationRule]\n  type RequestRoute = String\n  type RequestToken = String\n  type ResponseCacheControl = String\n  type ResponseContentDisposition = String\n  type ResponseContentEncoding = String\n  type ResponseContentLanguage = String\n  type ResponseContentType = String\n  type ResponseExpires = js.Date\n  type Restore = String\n  type RestoreOutputPath = String\n  type Role = String\n  type RoutingRules = js.Array[RoutingRule]\n  type Rules = js.Array[Rule]\n  type SSECustomerAlgorithm = String\n  type SSECustomerKey = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type SSECustomerKeyMD5 = String\n  type SSEKMSEncryptionContext = String\n  type SSEKMSKeyId = String\n  type ServerSideEncryptionRules = js.Array[ServerSideEncryptionRule]\n  type Setting = Boolean\n  type Size = Int\n  type Start = Double\n  type StartAfter = String\n  type Suffix = String\n  type TagCount = Int\n  type TagSet = js.Array[Tag]\n  type TaggingHeader = String\n  type TargetBucket = String\n  type TargetGrants = js.Array[TargetGrant]\n  type TargetPrefix = String\n  type TieringList = js.Array[Tiering]\n  type Token = String\n  type TopicArn = String\n  type TopicConfigurationList = js.Array[TopicConfiguration]\n  type TransitionList = js.Array[Transition]\n  type URI = String\n  type UploadIdMarker = String\n  type UserMetadata = js.Array[MetadataEntry]\n  type Value = String\n  type VersionIdMarker = String\n  type WebsiteRedirectLocation = String\n  type Years = Int\n\n  implicit final class S3Ops(private val service: S3) extends AnyVal {\n\n    @inline def abortMultipartUploadFuture(params: AbortMultipartUploadRequest): Future[AbortMultipartUploadOutput] = service.abortMultipartUpload(params).promise().toFuture\n    @inline def completeMultipartUploadFuture(params: CompleteMultipartUploadRequest): Future[CompleteMultipartUploadOutput] = service.completeMultipartUpload(params).promise().toFuture\n    @inline def copyObjectFuture(params: CopyObjectRequest): Future[CopyObjectOutput] = service.copyObject(params).promise().toFuture\n    @inline def createBucketFuture(params: CreateBucketRequest): Future[CreateBucketOutput] = service.createBucket(params).promise().toFuture\n    @inline def createMultipartUploadFuture(params: CreateMultipartUploadRequest): Future[CreateMultipartUploadOutput] = service.createMultipartUpload(params).promise().toFuture\n    @inline def deleteBucketAnalyticsConfigurationFuture(params: DeleteBucketAnalyticsConfigurationRequest): Future[js.Object] = service.deleteBucketAnalyticsConfiguration(params).promise().toFuture\n    @inline def deleteBucketCorsFuture(params: DeleteBucketCorsRequest): Future[js.Object] = service.deleteBucketCors(params).promise().toFuture\n    @inline def deleteBucketEncryptionFuture(params: DeleteBucketEncryptionRequest): Future[js.Object] = service.deleteBucketEncryption(params).promise().toFuture\n    @inline def deleteBucketFuture(params: DeleteBucketRequest): Future[js.Object] = service.deleteBucket(params).promise().toFuture\n    @inline def deleteBucketIntelligentTieringConfigurationFuture(params: DeleteBucketIntelligentTieringConfigurationRequest): Future[js.Object] = service.deleteBucketIntelligentTieringConfiguration(params).promise().toFuture\n    @inline def deleteBucketInventoryConfigurationFuture(params: DeleteBucketInventoryConfigurationRequest): Future[js.Object] = service.deleteBucketInventoryConfiguration(params).promise().toFuture\n    @inline def deleteBucketLifecycleFuture(params: DeleteBucketLifecycleRequest): Future[js.Object] = service.deleteBucketLifecycle(params).promise().toFuture\n    @inline def deleteBucketMetricsConfigurationFuture(params: DeleteBucketMetricsConfigurationRequest): Future[js.Object] = service.deleteBucketMetricsConfiguration(params).promise().toFuture\n    @inline def deleteBucketOwnershipControlsFuture(params: DeleteBucketOwnershipControlsRequest): Future[js.Object] = service.deleteBucketOwnershipControls(params).promise().toFuture\n    @inline def deleteBucketPolicyFuture(params: DeleteBucketPolicyRequest): Future[js.Object] = service.deleteBucketPolicy(params).promise().toFuture\n    @inline def deleteBucketReplicationFuture(params: DeleteBucketReplicationRequest): Future[js.Object] = service.deleteBucketReplication(params).promise().toFuture\n    @inline def deleteBucketTaggingFuture(params: DeleteBucketTaggingRequest): Future[js.Object] = service.deleteBucketTagging(params).promise().toFuture\n    @inline def deleteBucketWebsiteFuture(params: DeleteBucketWebsiteRequest): Future[js.Object] = service.deleteBucketWebsite(params).promise().toFuture\n    @inline def deleteObjectFuture(params: DeleteObjectRequest): Future[DeleteObjectOutput] = service.deleteObject(params).promise().toFuture\n    @inline def deleteObjectTaggingFuture(params: DeleteObjectTaggingRequest): Future[DeleteObjectTaggingOutput] = service.deleteObjectTagging(params).promise().toFuture\n    @inline def deleteObjectsFuture(params: DeleteObjectsRequest): Future[DeleteObjectsOutput] = service.deleteObjects(params).promise().toFuture\n    @inline def deletePublicAccessBlockFuture(params: DeletePublicAccessBlockRequest): Future[js.Object] = service.deletePublicAccessBlock(params).promise().toFuture\n    @inline def getBucketAccelerateConfigurationFuture(params: GetBucketAccelerateConfigurationRequest): Future[GetBucketAccelerateConfigurationOutput] = service.getBucketAccelerateConfiguration(params).promise().toFuture\n    @inline def getBucketAclFuture(params: GetBucketAclRequest): Future[GetBucketAclOutput] = service.getBucketAcl(params).promise().toFuture\n    @inline def getBucketAnalyticsConfigurationFuture(params: GetBucketAnalyticsConfigurationRequest): Future[GetBucketAnalyticsConfigurationOutput] = service.getBucketAnalyticsConfiguration(params).promise().toFuture\n    @inline def getBucketCorsFuture(params: GetBucketCorsRequest): Future[GetBucketCorsOutput] = service.getBucketCors(params).promise().toFuture\n    @inline def getBucketEncryptionFuture(params: GetBucketEncryptionRequest): Future[GetBucketEncryptionOutput] = service.getBucketEncryption(params).promise().toFuture\n    @inline def getBucketIntelligentTieringConfigurationFuture(params: GetBucketIntelligentTieringConfigurationRequest): Future[GetBucketIntelligentTieringConfigurationOutput] = service.getBucketIntelligentTieringConfiguration(params).promise().toFuture\n    @inline def getBucketInventoryConfigurationFuture(params: GetBucketInventoryConfigurationRequest): Future[GetBucketInventoryConfigurationOutput] = service.getBucketInventoryConfiguration(params).promise().toFuture\n    @inline def getBucketLifecycleConfigurationFuture(params: GetBucketLifecycleConfigurationRequest): Future[GetBucketLifecycleConfigurationOutput] = service.getBucketLifecycleConfiguration(params).promise().toFuture\n    @inline def getBucketLocationFuture(params: GetBucketLocationRequest): Future[GetBucketLocationOutput] = service.getBucketLocation(params).promise().toFuture\n    @inline def getBucketLoggingFuture(params: GetBucketLoggingRequest): Future[GetBucketLoggingOutput] = service.getBucketLogging(params).promise().toFuture\n    @inline def getBucketMetricsConfigurationFuture(params: GetBucketMetricsConfigurationRequest): Future[GetBucketMetricsConfigurationOutput] = service.getBucketMetricsConfiguration(params).promise().toFuture\n    @inline def getBucketNotificationConfigurationFuture(params: GetBucketNotificationConfigurationRequest): Future[NotificationConfiguration] = service.getBucketNotificationConfiguration(params).promise().toFuture\n    @inline def getBucketOwnershipControlsFuture(params: GetBucketOwnershipControlsRequest): Future[GetBucketOwnershipControlsOutput] = service.getBucketOwnershipControls(params).promise().toFuture\n    @inline def getBucketPolicyFuture(params: GetBucketPolicyRequest): Future[GetBucketPolicyOutput] = service.getBucketPolicy(params).promise().toFuture\n    @inline def getBucketPolicyStatusFuture(params: GetBucketPolicyStatusRequest): Future[GetBucketPolicyStatusOutput] = service.getBucketPolicyStatus(params).promise().toFuture\n    @inline def getBucketReplicationFuture(params: GetBucketReplicationRequest): Future[GetBucketReplicationOutput] = service.getBucketReplication(params).promise().toFuture\n    @inline def getBucketRequestPaymentFuture(params: GetBucketRequestPaymentRequest): Future[GetBucketRequestPaymentOutput] = service.getBucketRequestPayment(params).promise().toFuture\n    @inline def getBucketTaggingFuture(params: GetBucketTaggingRequest): Future[GetBucketTaggingOutput] = service.getBucketTagging(params).promise().toFuture\n    @inline def getBucketVersioningFuture(params: GetBucketVersioningRequest): Future[GetBucketVersioningOutput] = service.getBucketVersioning(params).promise().toFuture\n    @inline def getBucketWebsiteFuture(params: GetBucketWebsiteRequest): Future[GetBucketWebsiteOutput] = service.getBucketWebsite(params).promise().toFuture\n    @inline def getObjectAclFuture(params: GetObjectAclRequest): Future[GetObjectAclOutput] = service.getObjectAcl(params).promise().toFuture\n    @inline def getObjectFuture(params: GetObjectRequest): Future[GetObjectOutput] = service.getObject(params).promise().toFuture\n    @inline def getObjectLegalHoldFuture(params: GetObjectLegalHoldRequest): Future[GetObjectLegalHoldOutput] = service.getObjectLegalHold(params).promise().toFuture\n    @inline def getObjectLockConfigurationFuture(params: GetObjectLockConfigurationRequest): Future[GetObjectLockConfigurationOutput] = service.getObjectLockConfiguration(params).promise().toFuture\n    @inline def getObjectRetentionFuture(params: GetObjectRetentionRequest): Future[GetObjectRetentionOutput] = service.getObjectRetention(params).promise().toFuture\n    @inline def getObjectTaggingFuture(params: GetObjectTaggingRequest): Future[GetObjectTaggingOutput] = service.getObjectTagging(params).promise().toFuture\n    @inline def getObjectTorrentFuture(params: GetObjectTorrentRequest): Future[GetObjectTorrentOutput] = service.getObjectTorrent(params).promise().toFuture\n    @inline def getPublicAccessBlockFuture(params: GetPublicAccessBlockRequest): Future[GetPublicAccessBlockOutput] = service.getPublicAccessBlock(params).promise().toFuture\n    @inline def headBucketFuture(params: HeadBucketRequest): Future[js.Object] = service.headBucket(params).promise().toFuture\n    @inline def headObjectFuture(params: HeadObjectRequest): Future[HeadObjectOutput] = service.headObject(params).promise().toFuture\n    @inline def listBucketAnalyticsConfigurationsFuture(params: ListBucketAnalyticsConfigurationsRequest): Future[ListBucketAnalyticsConfigurationsOutput] = service.listBucketAnalyticsConfigurations(params).promise().toFuture\n    @inline def listBucketIntelligentTieringConfigurationsFuture(params: ListBucketIntelligentTieringConfigurationsRequest): Future[ListBucketIntelligentTieringConfigurationsOutput] = service.listBucketIntelligentTieringConfigurations(params).promise().toFuture\n    @inline def listBucketInventoryConfigurationsFuture(params: ListBucketInventoryConfigurationsRequest): Future[ListBucketInventoryConfigurationsOutput] = service.listBucketInventoryConfigurations(params).promise().toFuture\n    @inline def listBucketMetricsConfigurationsFuture(params: ListBucketMetricsConfigurationsRequest): Future[ListBucketMetricsConfigurationsOutput] = service.listBucketMetricsConfigurations(params).promise().toFuture\n    @inline def listBucketsFuture(): Future[ListBucketsOutput] = service.listBuckets().promise().toFuture\n    @inline def listMultipartUploadsFuture(params: ListMultipartUploadsRequest): Future[ListMultipartUploadsOutput] = service.listMultipartUploads(params).promise().toFuture\n    @inline def listObjectVersionsFuture(params: ListObjectVersionsRequest): Future[ListObjectVersionsOutput] = service.listObjectVersions(params).promise().toFuture\n    @inline def listObjectsFuture(params: ListObjectsRequest): Future[ListObjectsOutput] = service.listObjects(params).promise().toFuture\n    @inline def listObjectsV2Future(params: ListObjectsV2Request): Future[ListObjectsV2Output] = service.listObjectsV2(params).promise().toFuture\n    @inline def listPartsFuture(params: ListPartsRequest): Future[ListPartsOutput] = service.listParts(params).promise().toFuture\n    @inline def putBucketAccelerateConfigurationFuture(params: PutBucketAccelerateConfigurationRequest): Future[js.Object] = service.putBucketAccelerateConfiguration(params).promise().toFuture\n    @inline def putBucketAclFuture(params: PutBucketAclRequest): Future[js.Object] = service.putBucketAcl(params).promise().toFuture\n    @inline def putBucketAnalyticsConfigurationFuture(params: PutBucketAnalyticsConfigurationRequest): Future[js.Object] = service.putBucketAnalyticsConfiguration(params).promise().toFuture\n    @inline def putBucketCorsFuture(params: PutBucketCorsRequest): Future[js.Object] = service.putBucketCors(params).promise().toFuture\n    @inline def putBucketEncryptionFuture(params: PutBucketEncryptionRequest): Future[js.Object] = service.putBucketEncryption(params).promise().toFuture\n    @inline def putBucketIntelligentTieringConfigurationFuture(params: PutBucketIntelligentTieringConfigurationRequest): Future[js.Object] = service.putBucketIntelligentTieringConfiguration(params).promise().toFuture\n    @inline def putBucketInventoryConfigurationFuture(params: PutBucketInventoryConfigurationRequest): Future[js.Object] = service.putBucketInventoryConfiguration(params).promise().toFuture\n    @inline def putBucketLifecycleConfigurationFuture(params: PutBucketLifecycleConfigurationRequest): Future[js.Object] = service.putBucketLifecycleConfiguration(params).promise().toFuture\n    @inline def putBucketLoggingFuture(params: PutBucketLoggingRequest): Future[js.Object] = service.putBucketLogging(params).promise().toFuture\n    @inline def putBucketMetricsConfigurationFuture(params: PutBucketMetricsConfigurationRequest): Future[js.Object] = service.putBucketMetricsConfiguration(params).promise().toFuture\n    @inline def putBucketNotificationConfigurationFuture(params: PutBucketNotificationConfigurationRequest): Future[js.Object] = service.putBucketNotificationConfiguration(params).promise().toFuture\n    @inline def putBucketOwnershipControlsFuture(params: PutBucketOwnershipControlsRequest): Future[js.Object] = service.putBucketOwnershipControls(params).promise().toFuture\n    @inline def putBucketPolicyFuture(params: PutBucketPolicyRequest): Future[js.Object] = service.putBucketPolicy(params).promise().toFuture\n    @inline def putBucketReplicationFuture(params: PutBucketReplicationRequest): Future[js.Object] = service.putBucketReplication(params).promise().toFuture\n    @inline def putBucketRequestPaymentFuture(params: PutBucketRequestPaymentRequest): Future[js.Object] = service.putBucketRequestPayment(params).promise().toFuture\n    @inline def putBucketTaggingFuture(params: PutBucketTaggingRequest): Future[js.Object] = service.putBucketTagging(params).promise().toFuture\n    @inline def putBucketVersioningFuture(params: PutBucketVersioningRequest): Future[js.Object] = service.putBucketVersioning(params).promise().toFuture\n    @inline def putBucketWebsiteFuture(params: PutBucketWebsiteRequest): Future[js.Object] = service.putBucketWebsite(params).promise().toFuture\n    @inline def putObjectAclFuture(params: PutObjectAclRequest): Future[PutObjectAclOutput] = service.putObjectAcl(params).promise().toFuture\n    @inline def putObjectFuture(params: PutObjectRequest): Future[PutObjectOutput] = service.putObject(params).promise().toFuture\n    @inline def putObjectLegalHoldFuture(params: PutObjectLegalHoldRequest): Future[PutObjectLegalHoldOutput] = service.putObjectLegalHold(params).promise().toFuture\n    @inline def putObjectLockConfigurationFuture(params: PutObjectLockConfigurationRequest): Future[PutObjectLockConfigurationOutput] = service.putObjectLockConfiguration(params).promise().toFuture\n    @inline def putObjectRetentionFuture(params: PutObjectRetentionRequest): Future[PutObjectRetentionOutput] = service.putObjectRetention(params).promise().toFuture\n    @inline def putObjectTaggingFuture(params: PutObjectTaggingRequest): Future[PutObjectTaggingOutput] = service.putObjectTagging(params).promise().toFuture\n    @inline def putPublicAccessBlockFuture(params: PutPublicAccessBlockRequest): Future[js.Object] = service.putPublicAccessBlock(params).promise().toFuture\n    @inline def restoreObjectFuture(params: RestoreObjectRequest): Future[RestoreObjectOutput] = service.restoreObject(params).promise().toFuture\n    @inline def selectObjectContentFuture(params: SelectObjectContentRequest): Future[SelectObjectContentOutput] = service.selectObjectContent(params).promise().toFuture\n    @inline def uploadPartCopyFuture(params: UploadPartCopyRequest): Future[UploadPartCopyOutput] = service.uploadPartCopy(params).promise().toFuture\n    @inline def uploadPartFuture(params: UploadPartRequest): Future[UploadPartOutput] = service.uploadPart(params).promise().toFuture\n    @inline def writeGetObjectResponseFuture(params: WriteGetObjectResponseRequest): Future[js.Object] = service.writeGetObjectResponse(params).promise().toFuture\n    import scala.concurrent.Future\n\n    \/** Get a pre-signed URL for a given operation name.\n      *\n      * @see\n      *   https:\/\/docs.aws.amazon.com\/AWSJavaScriptSDK\/latest\/AWS\/S3.html#getSignedUrl-property\n      * @param operation\n      *   the name of the operation to call. E.g. `getObject`\n      * @param params\n      *   Parameters to pass to the operation. See the given operation for the expected operation parameters. In addition, you can also pass the \"Expires\" parameter to inform S3 how long the URL should work for.\n      * @param expires\n      *   The number of seconds to expire the pre-signed URL operation in. Defaults to 900 seconds (15 minutes).\n      * @return\n      *   Future of the signed URL\n      *\/\n    def getSignedUrlFuture(operation: Operation, params: js.Object, expires: Int = 900): Future[String] = {\n      val paramsWithExpires =\n        if (params.hasOwnProperty(\"Expires\") || expires == 900) {\n          params\n        } else {\n          val deepCloned = js.JSON.parse(js.JSON.stringify(params))\n          deepCloned.Expires = expires\n          deepCloned.asInstanceOf[js.Object]\n        }\n      service.asInstanceOf[js.Dynamic]\n        .getSignedUrlPromise(operation, paramsWithExpires)\n        .asInstanceOf[js.Promise[String]]\n        .toFuture\n    }\n\n    \/** Delete objects whose key name start with the given prefix.\n      *\n      * @see\n      *   https:\/\/docs.aws.amazon.com\/AWSJavaScriptSDK\/latest\/AWS\/S3.html#listObjectsV2-property\n      * @see\n      *   https:\/\/docs.aws.amazon.com\/AWSJavaScriptSDK\/latest\/AWS\/S3.html#deleteObjects-property\n      * @param bucket\n      *   The name of the bucket\n      * @param prefix\n      *   An object key name prefix. To include all objects in bucket, specify an empty string.\n      * @return\n      *   Future of unit (no value)\n      *\/\n    def deleteObjectsByPrefixFuture(bucket: String, prefix: String)(implicit executor: scala.concurrent.ExecutionContext): Future[Unit] = {\n      def deleteObjects(objects: ObjectIdentifierList): Future[Unit] = {\n        if (objects.nonEmpty) {\n          service.deleteObjectsFuture(\n            DeleteObjectsRequest(\n              Bucket = bucket,\n              Delete = Delete(Objects = objects)\n            )\n          ).map(_ => ())\n        } else {\n          Future.unit\n        }\n      }\n      def loop(): Future[Unit] = {\n        for {\n          listObjectsResult <- service.listObjectsV2Future(\n            ListObjectsV2Request(\n              Bucket = bucket,\n              Prefix = prefix,\n              MaxKeys = 1000 \/\/ 1000 is upper-limit of listObjectsV2 and deleteObjects\n            )\n          )\n          objectsToDelete = listObjectsResult.Contents.get.map(x => ObjectIdentifier(Key = x.Key.get))\n          _ <- deleteObjects(objectsToDelete)\n          _ <- listObjectsResult.NextContinuationToken.fold(Future.unit) { _ =>\n            \/\/ The value of NextContinuationToken is ignored here, since it was revoked by object deletion\n            loop()\n          }\n        } yield {}\n      }\n      loop()\n    }\n\n    \/** Uploads an arbitrarily sized buffer, blob, or stream, using intelligent concurrent handling of parts if the payload is large enough. Note that this is the only operation for which the SDK can retry requests with stream bodies.\n      * @return\n      *   The managed upload object that can call send() or track progress.\n      *\/\n    def upload(params: PutObjectRequest): managedupload.ManagedUpload = service.asInstanceOf[js.Dynamic].upload(params).asInstanceOf[managedupload.ManagedUpload]\n\n    \/** Uploads an arbitrarily sized buffer, blob, or stream, using intelligent concurrent handling of parts if the payload is large enough. You can configure the concurrent queue size by setting options. Note that this is the only operation for which the SDK can retry requests with stream bodies.\n      * @return\n      *   The managed upload object that can call send() or track progress.\n      *\/\n    def upload(params: PutObjectRequest, options: managedupload.ManagedUploadOptions): managedupload.ManagedUpload = service.asInstanceOf[js.Dynamic].upload(params, options).asInstanceOf[managedupload.ManagedUpload]\n\n    \/** Uploads an arbitrarily sized buffer, blob, or stream, using intelligent concurrent handling of parts if the payload is large enough. Note that this is the only operation for which the SDK can retry requests with stream bodies.\n      * @return\n      *   The response data from the successful upload\n      *\/\n    def uploadFuture(params: PutObjectRequest): Future[managedupload.SendData] = {\n      import facade.amazonaws.services.s3.managedupload.ManagedUploadOps\n      service.upload(params).sendFuture()\n    }\n\n    \/** Uploads an arbitrarily sized buffer, blob, or stream, using intelligent concurrent handling of parts if the payload is large enough. You can configure the concurrent queue size by setting options. Note that this is the only operation for which the SDK can retry requests with stream bodies.\n      * @return\n      *   The response data from the successful upload\n      *\/\n    def uploadFuture(params: PutObjectRequest, options: managedupload.ManagedUploadOptions): Future[managedupload.SendData] = {\n      import facade.amazonaws.services.s3.managedupload.ManagedUploadOps\n      service.upload(params, options).sendFuture()\n    }\n\n  }\n\n  @js.native\n  sealed trait Operation extends js.Any\n  object Operation {\n    \/\/ These are used for API request, not response, so unlikely to be used in pattern matching.\n    \/\/ So these can be safely `def` to be inlined.\n    @inline def abortMultipartUpload = \"abortMultipartUpload\".asInstanceOf[Operation]\n    @inline def completeMultipartUpload = \"completeMultipartUpload\".asInstanceOf[Operation]\n    @inline def copyObject = \"copyObject\".asInstanceOf[Operation]\n    @inline def createBucket = \"createBucket\".asInstanceOf[Operation]\n    @inline def createMultipartUpload = \"createMultipartUpload\".asInstanceOf[Operation]\n    @inline def deleteBucket = \"deleteBucket\".asInstanceOf[Operation]\n    @inline def deleteBucketAnalyticsConfiguration = \"deleteBucketAnalyticsConfiguration\".asInstanceOf[Operation]\n    @inline def deleteBucketCors = \"deleteBucketCors\".asInstanceOf[Operation]\n    @inline def deleteBucketEncryption = \"deleteBucketEncryption\".asInstanceOf[Operation]\n    @inline def deleteBucketIntelligentTieringConfiguration = \"deleteBucketIntelligentTieringConfiguration\".asInstanceOf[Operation]\n    @inline def deleteBucketInventoryConfiguration = \"deleteBucketInventoryConfiguration\".asInstanceOf[Operation]\n    @inline def deleteBucketLifecycle = \"deleteBucketLifecycle\".asInstanceOf[Operation]\n    @inline def deleteBucketMetricsConfiguration = \"deleteBucketMetricsConfiguration\".asInstanceOf[Operation]\n    @inline def deleteBucketOwnershipControls = \"deleteBucketOwnershipControls\".asInstanceOf[Operation]\n    @inline def deleteBucketPolicy = \"deleteBucketPolicy\".asInstanceOf[Operation]\n    @inline def deleteBucketReplication = \"deleteBucketReplication\".asInstanceOf[Operation]\n    @inline def deleteBucketTagging = \"deleteBucketTagging\".asInstanceOf[Operation]\n    @inline def deleteBucketWebsite = \"deleteBucketWebsite\".asInstanceOf[Operation]\n    @inline def deleteObject = \"deleteObject\".asInstanceOf[Operation]\n    @inline def deleteObjects = \"deleteObjects\".asInstanceOf[Operation]\n    @inline def deleteObjectTagging = \"deleteObjectTagging\".asInstanceOf[Operation]\n    @inline def deletePublicAccessBlock = \"deletePublicAccessBlock\".asInstanceOf[Operation]\n    @inline def getBucketAccelerateConfiguration = \"getBucketAccelerateConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketAcl = \"getBucketAcl\".asInstanceOf[Operation]\n    @inline def getBucketAnalyticsConfiguration = \"getBucketAnalyticsConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketCors = \"getBucketCors\".asInstanceOf[Operation]\n    @inline def getBucketEncryption = \"getBucketEncryption\".asInstanceOf[Operation]\n    @inline def getBucketIntelligentTieringConfiguration = \"getBucketIntelligentTieringConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketInventoryConfiguration = \"getBucketInventoryConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketLifecycleConfiguration = \"getBucketLifecycleConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketLocation = \"getBucketLocation\".asInstanceOf[Operation]\n    @inline def getBucketLogging = \"getBucketLogging\".asInstanceOf[Operation]\n    @inline def getBucketMetricsConfiguration = \"getBucketMetricsConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketNotificationConfiguration = \"getBucketNotificationConfiguration\".asInstanceOf[Operation]\n    @inline def getBucketOwnershipControls = \"getBucketOwnershipControls\".asInstanceOf[Operation]\n    @inline def getBucketPolicy = \"getBucketPolicy\".asInstanceOf[Operation]\n    @inline def getBucketPolicyStatus = \"getBucketPolicyStatus\".asInstanceOf[Operation]\n    @inline def getBucketReplication = \"getBucketReplication\".asInstanceOf[Operation]\n    @inline def getBucketRequestPayment = \"getBucketRequestPayment\".asInstanceOf[Operation]\n    @inline def getBucketTagging = \"getBucketTagging\".asInstanceOf[Operation]\n    @inline def getBucketVersioning = \"getBucketVersioning\".asInstanceOf[Operation]\n    @inline def getBucketWebsite = \"getBucketWebsite\".asInstanceOf[Operation]\n    @inline def getObject = \"getObject\".asInstanceOf[Operation]\n    @inline def getObjectAcl = \"getObjectAcl\".asInstanceOf[Operation]\n    @inline def getObjectLegalHold = \"getObjectLegalHold\".asInstanceOf[Operation]\n    @inline def getObjectLockConfiguration = \"getObjectLockConfiguration\".asInstanceOf[Operation]\n    @inline def getObjectRetention = \"getObjectRetention\".asInstanceOf[Operation]\n    @inline def getObjectTagging = \"getObjectTagging\".asInstanceOf[Operation]\n    @inline def getObjectTorrent = \"getObjectTorrent\".asInstanceOf[Operation]\n    @inline def getPublicAccessBlock = \"getPublicAccessBlock\".asInstanceOf[Operation]\n    @inline def headBucket = \"headBucket\".asInstanceOf[Operation]\n    @inline def headObject = \"headObject\".asInstanceOf[Operation]\n    @inline def listBucketAnalyticsConfigurations = \"listBucketAnalyticsConfigurations\".asInstanceOf[Operation]\n    @inline def listBucketIntelligentTieringConfigurations = \"listBucketIntelligentTieringConfigurations\".asInstanceOf[Operation]\n    @inline def listBucketInventoryConfigurations = \"listBucketInventoryConfigurations\".asInstanceOf[Operation]\n    @inline def listBucketMetricsConfigurations = \"listBucketMetricsConfigurations\".asInstanceOf[Operation]\n    @inline def listBuckets = \"listBuckets\".asInstanceOf[Operation]\n    @inline def listMultipartUploads = \"listMultipartUploads\".asInstanceOf[Operation]\n    @inline def listObjects = \"listObjects\".asInstanceOf[Operation]\n    @inline def listObjectsV2 = \"listObjectsV2\".asInstanceOf[Operation]\n    @inline def listObjectVersions = \"listObjectVersions\".asInstanceOf[Operation]\n    @inline def listParts = \"listParts\".asInstanceOf[Operation]\n    @inline def putBucketAccelerateConfiguration = \"putBucketAccelerateConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketAcl = \"putBucketAcl\".asInstanceOf[Operation]\n    @inline def putBucketAnalyticsConfiguration = \"putBucketAnalyticsConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketCors = \"putBucketCors\".asInstanceOf[Operation]\n    @inline def putBucketEncryption = \"putBucketEncryption\".asInstanceOf[Operation]\n    @inline def putBucketIntelligentTieringConfiguration = \"putBucketIntelligentTieringConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketInventoryConfiguration = \"putBucketInventoryConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketLifecycleConfiguration = \"putBucketLifecycleConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketLogging = \"putBucketLogging\".asInstanceOf[Operation]\n    @inline def putBucketMetricsConfiguration = \"putBucketMetricsConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketNotificationConfiguration = \"putBucketNotificationConfiguration\".asInstanceOf[Operation]\n    @inline def putBucketOwnershipControls = \"putBucketOwnershipControls\".asInstanceOf[Operation]\n    @inline def putBucketPolicy = \"putBucketPolicy\".asInstanceOf[Operation]\n    @inline def putBucketReplication = \"putBucketReplication\".asInstanceOf[Operation]\n    @inline def putBucketRequestPayment = \"putBucketRequestPayment\".asInstanceOf[Operation]\n    @inline def putBucketTagging = \"putBucketTagging\".asInstanceOf[Operation]\n    @inline def putBucketVersioning = \"putBucketVersioning\".asInstanceOf[Operation]\n    @inline def putBucketWebsite = \"putBucketWebsite\".asInstanceOf[Operation]\n    @inline def putObject = \"putObject\".asInstanceOf[Operation]\n    @inline def putObjectAcl = \"putObjectAcl\".asInstanceOf[Operation]\n    @inline def putObjectLegalHold = \"putObjectLegalHold\".asInstanceOf[Operation]\n    @inline def putObjectLockConfiguration = \"putObjectLockConfiguration\".asInstanceOf[Operation]\n    @inline def putObjectRetention = \"putObjectRetention\".asInstanceOf[Operation]\n    @inline def putObjectTagging = \"putObjectTagging\".asInstanceOf[Operation]\n    @inline def putPublicAccessBlock = \"putPublicAccessBlock\".asInstanceOf[Operation]\n    @inline def restoreObject = \"restoreObject\".asInstanceOf[Operation]\n    @inline def selectObjectContent = \"selectObjectContent\".asInstanceOf[Operation]\n    @inline def uploadPart = \"uploadPart\".asInstanceOf[Operation]\n    @inline def uploadPartCopy = \"uploadPartCopy\".asInstanceOf[Operation]\n  }\n}\n\npackage s3 {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/s3\", JSImport.Namespace, \"AWS.S3\")\n  class S3() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def getBucketLifecycle(params: GetBucketLifecycleRequest): Request[GetBucketLifecycleOutput] = js.native\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def getBucketNotification(params: GetBucketNotificationConfigurationRequest): Request[NotificationConfigurationDeprecated] = js.native\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def putBucketLifecycle(params: PutBucketLifecycleRequest): Request[js.Object] = js.native\n    @deprecated(\"Deprecated in AWS SDK\", \"forever\") def putBucketNotification(params: PutBucketNotificationRequest): Request[js.Object] = js.native\n    def abortMultipartUpload(params: AbortMultipartUploadRequest): Request[AbortMultipartUploadOutput] = js.native\n    def completeMultipartUpload(params: CompleteMultipartUploadRequest): Request[CompleteMultipartUploadOutput] = js.native\n    def copyObject(params: CopyObjectRequest): Request[CopyObjectOutput] = js.native\n    def createBucket(params: CreateBucketRequest): Request[CreateBucketOutput] = js.native\n    def createMultipartUpload(params: CreateMultipartUploadRequest): Request[CreateMultipartUploadOutput] = js.native\n    def deleteBucket(params: DeleteBucketRequest): Request[js.Object] = js.native\n    def deleteBucketAnalyticsConfiguration(params: DeleteBucketAnalyticsConfigurationRequest): Request[js.Object] = js.native\n    def deleteBucketCors(params: DeleteBucketCorsRequest): Request[js.Object] = js.native\n    def deleteBucketEncryption(params: DeleteBucketEncryptionRequest): Request[js.Object] = js.native\n    def deleteBucketIntelligentTieringConfiguration(params: DeleteBucketIntelligentTieringConfigurationRequest): Request[js.Object] = js.native\n    def deleteBucketInventoryConfiguration(params: DeleteBucketInventoryConfigurationRequest): Request[js.Object] = js.native\n    def deleteBucketLifecycle(params: DeleteBucketLifecycleRequest): Request[js.Object] = js.native\n    def deleteBucketMetricsConfiguration(params: DeleteBucketMetricsConfigurationRequest): Request[js.Object] = js.native\n    def deleteBucketOwnershipControls(params: DeleteBucketOwnershipControlsRequest): Request[js.Object] = js.native\n    def deleteBucketPolicy(params: DeleteBucketPolicyRequest): Request[js.Object] = js.native\n    def deleteBucketReplication(params: DeleteBucketReplicationRequest): Request[js.Object] = js.native\n    def deleteBucketTagging(params: DeleteBucketTaggingRequest): Request[js.Object] = js.native\n    def deleteBucketWebsite(params: DeleteBucketWebsiteRequest): Request[js.Object] = js.native\n    def deleteObject(params: DeleteObjectRequest): Request[DeleteObjectOutput] = js.native\n    def deleteObjectTagging(params: DeleteObjectTaggingRequest): Request[DeleteObjectTaggingOutput] = js.native\n    def deleteObjects(params: DeleteObjectsRequest): Request[DeleteObjectsOutput] = js.native\n    def deletePublicAccessBlock(params: DeletePublicAccessBlockRequest): Request[js.Object] = js.native\n    def getBucketAccelerateConfiguration(params: GetBucketAccelerateConfigurationRequest): Request[GetBucketAccelerateConfigurationOutput] = js.native\n    def getBucketAcl(params: GetBucketAclRequest): Request[GetBucketAclOutput] = js.native\n    def getBucketAnalyticsConfiguration(params: GetBucketAnalyticsConfigurationRequest): Request[GetBucketAnalyticsConfigurationOutput] = js.native\n    def getBucketCors(params: GetBucketCorsRequest): Request[GetBucketCorsOutput] = js.native\n    def getBucketEncryption(params: GetBucketEncryptionRequest): Request[GetBucketEncryptionOutput] = js.native\n    def getBucketIntelligentTieringConfiguration(params: GetBucketIntelligentTieringConfigurationRequest): Request[GetBucketIntelligentTieringConfigurationOutput] = js.native\n    def getBucketInventoryConfiguration(params: GetBucketInventoryConfigurationRequest): Request[GetBucketInventoryConfigurationOutput] = js.native\n    def getBucketLifecycleConfiguration(params: GetBucketLifecycleConfigurationRequest): Request[GetBucketLifecycleConfigurationOutput] = js.native\n    def getBucketLocation(params: GetBucketLocationRequest): Request[GetBucketLocationOutput] = js.native\n    def getBucketLogging(params: GetBucketLoggingRequest): Request[GetBucketLoggingOutput] = js.native\n    def getBucketMetricsConfiguration(params: GetBucketMetricsConfigurationRequest): Request[GetBucketMetricsConfigurationOutput] = js.native\n    def getBucketNotificationConfiguration(params: GetBucketNotificationConfigurationRequest): Request[NotificationConfiguration] = js.native\n    def getBucketOwnershipControls(params: GetBucketOwnershipControlsRequest): Request[GetBucketOwnershipControlsOutput] = js.native\n    def getBucketPolicy(params: GetBucketPolicyRequest): Request[GetBucketPolicyOutput] = js.native\n    def getBucketPolicyStatus(params: GetBucketPolicyStatusRequest): Request[GetBucketPolicyStatusOutput] = js.native\n    def getBucketReplication(params: GetBucketReplicationRequest): Request[GetBucketReplicationOutput] = js.native\n    def getBucketRequestPayment(params: GetBucketRequestPaymentRequest): Request[GetBucketRequestPaymentOutput] = js.native\n    def getBucketTagging(params: GetBucketTaggingRequest): Request[GetBucketTaggingOutput] = js.native\n    def getBucketVersioning(params: GetBucketVersioningRequest): Request[GetBucketVersioningOutput] = js.native\n    def getBucketWebsite(params: GetBucketWebsiteRequest): Request[GetBucketWebsiteOutput] = js.native\n    def getObject(params: GetObjectRequest): Request[GetObjectOutput] = js.native\n    def getObjectAcl(params: GetObjectAclRequest): Request[GetObjectAclOutput] = js.native\n    def getObjectLegalHold(params: GetObjectLegalHoldRequest): Request[GetObjectLegalHoldOutput] = js.native\n    def getObjectLockConfiguration(params: GetObjectLockConfigurationRequest): Request[GetObjectLockConfigurationOutput] = js.native\n    def getObjectRetention(params: GetObjectRetentionRequest): Request[GetObjectRetentionOutput] = js.native\n    def getObjectTagging(params: GetObjectTaggingRequest): Request[GetObjectTaggingOutput] = js.native\n    def getObjectTorrent(params: GetObjectTorrentRequest): Request[GetObjectTorrentOutput] = js.native\n    def getPublicAccessBlock(params: GetPublicAccessBlockRequest): Request[GetPublicAccessBlockOutput] = js.native\n    def headBucket(params: HeadBucketRequest): Request[js.Object] = js.native\n    def headObject(params: HeadObjectRequest): Request[HeadObjectOutput] = js.native\n    def listBucketAnalyticsConfigurations(params: ListBucketAnalyticsConfigurationsRequest): Request[ListBucketAnalyticsConfigurationsOutput] = js.native\n    def listBucketIntelligentTieringConfigurations(params: ListBucketIntelligentTieringConfigurationsRequest): Request[ListBucketIntelligentTieringConfigurationsOutput] = js.native\n    def listBucketInventoryConfigurations(params: ListBucketInventoryConfigurationsRequest): Request[ListBucketInventoryConfigurationsOutput] = js.native\n    def listBucketMetricsConfigurations(params: ListBucketMetricsConfigurationsRequest): Request[ListBucketMetricsConfigurationsOutput] = js.native\n    def listBuckets(): Request[ListBucketsOutput] = js.native\n    def listMultipartUploads(params: ListMultipartUploadsRequest): Request[ListMultipartUploadsOutput] = js.native\n    def listObjectVersions(params: ListObjectVersionsRequest): Request[ListObjectVersionsOutput] = js.native\n    def listObjects(params: ListObjectsRequest): Request[ListObjectsOutput] = js.native\n    def listObjectsV2(params: ListObjectsV2Request): Request[ListObjectsV2Output] = js.native\n    def listParts(params: ListPartsRequest): Request[ListPartsOutput] = js.native\n    def putBucketAccelerateConfiguration(params: PutBucketAccelerateConfigurationRequest): Request[js.Object] = js.native\n    def putBucketAcl(params: PutBucketAclRequest): Request[js.Object] = js.native\n    def putBucketAnalyticsConfiguration(params: PutBucketAnalyticsConfigurationRequest): Request[js.Object] = js.native\n    def putBucketCors(params: PutBucketCorsRequest): Request[js.Object] = js.native\n    def putBucketEncryption(params: PutBucketEncryptionRequest): Request[js.Object] = js.native\n    def putBucketIntelligentTieringConfiguration(params: PutBucketIntelligentTieringConfigurationRequest): Request[js.Object] = js.native\n    def putBucketInventoryConfiguration(params: PutBucketInventoryConfigurationRequest): Request[js.Object] = js.native\n    def putBucketLifecycleConfiguration(params: PutBucketLifecycleConfigurationRequest): Request[js.Object] = js.native\n    def putBucketLogging(params: PutBucketLoggingRequest): Request[js.Object] = js.native\n    def putBucketMetricsConfiguration(params: PutBucketMetricsConfigurationRequest): Request[js.Object] = js.native\n    def putBucketNotificationConfiguration(params: PutBucketNotificationConfigurationRequest): Request[js.Object] = js.native\n    def putBucketOwnershipControls(params: PutBucketOwnershipControlsRequest): Request[js.Object] = js.native\n    def putBucketPolicy(params: PutBucketPolicyRequest): Request[js.Object] = js.native\n    def putBucketReplication(params: PutBucketReplicationRequest): Request[js.Object] = js.native\n    def putBucketRequestPayment(params: PutBucketRequestPaymentRequest): Request[js.Object] = js.native\n    def putBucketTagging(params: PutBucketTaggingRequest): Request[js.Object] = js.native\n    def putBucketVersioning(params: PutBucketVersioningRequest): Request[js.Object] = js.native\n    def putBucketWebsite(params: PutBucketWebsiteRequest): Request[js.Object] = js.native\n    def putObject(params: PutObjectRequest): Request[PutObjectOutput] = js.native\n    def putObjectAcl(params: PutObjectAclRequest): Request[PutObjectAclOutput] = js.native\n    def putObjectLegalHold(params: PutObjectLegalHoldRequest): Request[PutObjectLegalHoldOutput] = js.native\n    def putObjectLockConfiguration(params: PutObjectLockConfigurationRequest): Request[PutObjectLockConfigurationOutput] = js.native\n    def putObjectRetention(params: PutObjectRetentionRequest): Request[PutObjectRetentionOutput] = js.native\n    def putObjectTagging(params: PutObjectTaggingRequest): Request[PutObjectTaggingOutput] = js.native\n    def putPublicAccessBlock(params: PutPublicAccessBlockRequest): Request[js.Object] = js.native\n    def restoreObject(params: RestoreObjectRequest): Request[RestoreObjectOutput] = js.native\n    def selectObjectContent(params: SelectObjectContentRequest): Request[SelectObjectContentOutput] = js.native\n    def uploadPart(params: UploadPartRequest): Request[UploadPartOutput] = js.native\n    def uploadPartCopy(params: UploadPartCopyRequest): Request[UploadPartCopyOutput] = js.native\n    def writeGetObjectResponse(params: WriteGetObjectResponseRequest): Request[js.Object] = js.native\n  }\n\n  \/** Specifies the days since the initiation of an incomplete multipart upload that Amazon S3 will wait before permanently removing all parts of the upload. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/mpuoverview.html#mpu-abort-incomplete-mpu-lifecycle-config| Aborting Incomplete Multipart Uploads Using a Bucket Lifecycle Policy]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait AbortIncompleteMultipartUpload extends js.Object {\n    var DaysAfterInitiation: js.UndefOr[DaysAfterInitiation]\n  }\n\n  object AbortIncompleteMultipartUpload {\n    @inline\n    def apply(\n        DaysAfterInitiation: js.UndefOr[DaysAfterInitiation] = js.undefined\n    ): AbortIncompleteMultipartUpload = {\n      val __obj = js.Dynamic.literal()\n      DaysAfterInitiation.foreach(__v => __obj.updateDynamic(\"DaysAfterInitiation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AbortIncompleteMultipartUpload]\n    }\n  }\n\n  @js.native\n  trait AbortMultipartUploadOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object AbortMultipartUploadOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): AbortMultipartUploadOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AbortMultipartUploadOutput]\n    }\n  }\n\n  @js.native\n  trait AbortMultipartUploadRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var UploadId: MultipartUploadId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object AbortMultipartUploadRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        UploadId: MultipartUploadId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): AbortMultipartUploadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"UploadId\" -> UploadId.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AbortMultipartUploadRequest]\n    }\n  }\n\n  \/** Configures the transfer acceleration state for an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/transfer-acceleration.html|Amazon S3 Transfer Acceleration]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait AccelerateConfiguration extends js.Object {\n    var Status: js.UndefOr[BucketAccelerateStatus]\n  }\n\n  object AccelerateConfiguration {\n    @inline\n    def apply(\n        Status: js.UndefOr[BucketAccelerateStatus] = js.undefined\n    ): AccelerateConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccelerateConfiguration]\n    }\n  }\n\n  \/** Contains the elements that set the ACL permissions for an object per grantee.\n    *\/\n  @js.native\n  trait AccessControlPolicy extends js.Object {\n    var Grants: js.UndefOr[Grants]\n    var Owner: js.UndefOr[Owner]\n  }\n\n  object AccessControlPolicy {\n    @inline\n    def apply(\n        Grants: js.UndefOr[Grants] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined\n    ): AccessControlPolicy = {\n      val __obj = js.Dynamic.literal()\n      Grants.foreach(__v => __obj.updateDynamic(\"Grants\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessControlPolicy]\n    }\n  }\n\n  \/** A container for information about access control for replicas.\n    *\/\n  @js.native\n  trait AccessControlTranslation extends js.Object {\n    var Owner: OwnerOverride\n  }\n\n  object AccessControlTranslation {\n    @inline\n    def apply(\n        Owner: OwnerOverride\n    ): AccessControlTranslation = {\n      val __obj = js.Dynamic.literal(\n        \"Owner\" -> Owner.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AccessControlTranslation]\n    }\n  }\n\n  \/** A conjunction (logical AND) of predicates, which is used in evaluating a metrics filter. The operator must have at least two predicates in any combination, and an object must match all of the predicates for the filter to apply.\n    *\/\n  @js.native\n  trait AnalyticsAndOperator extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n    var Tags: js.UndefOr[TagSet]\n  }\n\n  object AnalyticsAndOperator {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tags: js.UndefOr[TagSet] = js.undefined\n    ): AnalyticsAndOperator = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyticsAndOperator]\n    }\n  }\n\n  \/** Specifies the configuration and any analyses for the analytics filter of an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait AnalyticsConfiguration extends js.Object {\n    var Id: AnalyticsId\n    var StorageClassAnalysis: StorageClassAnalysis\n    var Filter: js.UndefOr[AnalyticsFilter]\n  }\n\n  object AnalyticsConfiguration {\n    @inline\n    def apply(\n        Id: AnalyticsId,\n        StorageClassAnalysis: StorageClassAnalysis,\n        Filter: js.UndefOr[AnalyticsFilter] = js.undefined\n    ): AnalyticsConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"StorageClassAnalysis\" -> StorageClassAnalysis.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyticsConfiguration]\n    }\n  }\n\n  \/** Where to publish the analytics results.\n    *\/\n  @js.native\n  trait AnalyticsExportDestination extends js.Object {\n    var S3BucketDestination: AnalyticsS3BucketDestination\n  }\n\n  object AnalyticsExportDestination {\n    @inline\n    def apply(\n        S3BucketDestination: AnalyticsS3BucketDestination\n    ): AnalyticsExportDestination = {\n      val __obj = js.Dynamic.literal(\n        \"S3BucketDestination\" -> S3BucketDestination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnalyticsExportDestination]\n    }\n  }\n\n  \/** The filter used to describe a set of objects for analyses. A filter must have exactly one prefix, one tag, or one conjunction (AnalyticsAndOperator). If no filter is provided, all objects will be considered in any analysis.\n    *\/\n  @js.native\n  trait AnalyticsFilter extends js.Object {\n    var And: js.UndefOr[AnalyticsAndOperator]\n    var Prefix: js.UndefOr[Prefix]\n    var Tag: js.UndefOr[Tag]\n  }\n\n  object AnalyticsFilter {\n    @inline\n    def apply(\n        And: js.UndefOr[AnalyticsAndOperator] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tag: js.UndefOr[Tag] = js.undefined\n    ): AnalyticsFilter = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyticsFilter]\n    }\n  }\n\n  \/** Contains information about where to publish the analytics results.\n    *\/\n  @js.native\n  trait AnalyticsS3BucketDestination extends js.Object {\n    var Bucket: BucketName\n    var Format: AnalyticsS3ExportFileFormat\n    var BucketAccountId: js.UndefOr[AccountId]\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object AnalyticsS3BucketDestination {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Format: AnalyticsS3ExportFileFormat,\n        BucketAccountId: js.UndefOr[AccountId] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): AnalyticsS3BucketDestination = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Format\" -> Format.asInstanceOf[js.Any]\n      )\n\n      BucketAccountId.foreach(__v => __obj.updateDynamic(\"BucketAccountId\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalyticsS3BucketDestination]\n    }\n  }\n\n  @js.native\n  sealed trait AnalyticsS3ExportFileFormat extends js.Any\n  object AnalyticsS3ExportFileFormat {\n    val CSV = \"CSV\".asInstanceOf[AnalyticsS3ExportFileFormat]\n\n    @inline def values = js.Array(CSV)\n  }\n\n  @js.native\n  sealed trait ArchiveStatus extends js.Any\n  object ArchiveStatus {\n    val ARCHIVE_ACCESS = \"ARCHIVE_ACCESS\".asInstanceOf[ArchiveStatus]\n    val DEEP_ARCHIVE_ACCESS = \"DEEP_ARCHIVE_ACCESS\".asInstanceOf[ArchiveStatus]\n\n    @inline def values = js.Array(ARCHIVE_ACCESS, DEEP_ARCHIVE_ACCESS)\n  }\n\n  \/** In terms of implementation, a Bucket is a resource. An Amazon S3 bucket name is globally unique, and the namespace is shared by all AWS accounts.\n    *\/\n  @js.native\n  trait Bucket extends js.Object {\n    var CreationDate: js.UndefOr[CreationDate]\n    var Name: js.UndefOr[BucketName]\n  }\n\n  object Bucket {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[CreationDate] = js.undefined,\n        Name: js.UndefOr[BucketName] = js.undefined\n    ): Bucket = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Bucket]\n    }\n  }\n\n  @js.native\n  sealed trait BucketAccelerateStatus extends js.Any\n  object BucketAccelerateStatus {\n    val Enabled = \"Enabled\".asInstanceOf[BucketAccelerateStatus]\n    val Suspended = \"Suspended\".asInstanceOf[BucketAccelerateStatus]\n\n    @inline def values = js.Array(Enabled, Suspended)\n  }\n\n  @js.native\n  sealed trait BucketCannedACL extends js.Any\n  object BucketCannedACL {\n    val `private` = \"private\".asInstanceOf[BucketCannedACL]\n    val `public-read` = \"public-read\".asInstanceOf[BucketCannedACL]\n    val `public-read-write` = \"public-read-write\".asInstanceOf[BucketCannedACL]\n    val `authenticated-read` = \"authenticated-read\".asInstanceOf[BucketCannedACL]\n\n    @inline def values = js.Array(`private`, `public-read`, `public-read-write`, `authenticated-read`)\n  }\n\n  \/** Specifies the lifecycle configuration for objects in an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/object-lifecycle-mgmt.html|Object Lifecycle Management]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait BucketLifecycleConfiguration extends js.Object {\n    var Rules: LifecycleRules\n  }\n\n  object BucketLifecycleConfiguration {\n    @inline\n    def apply(\n        Rules: LifecycleRules\n    ): BucketLifecycleConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BucketLifecycleConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait BucketLocationConstraint extends js.Any\n  object BucketLocationConstraint {\n    val `af-south-1` = \"af-south-1\".asInstanceOf[BucketLocationConstraint]\n    val `ap-east-1` = \"ap-east-1\".asInstanceOf[BucketLocationConstraint]\n    val `ap-northeast-1` = \"ap-northeast-1\".asInstanceOf[BucketLocationConstraint]\n    val `ap-northeast-2` = \"ap-northeast-2\".asInstanceOf[BucketLocationConstraint]\n    val `ap-northeast-3` = \"ap-northeast-3\".asInstanceOf[BucketLocationConstraint]\n    val `ap-south-1` = \"ap-south-1\".asInstanceOf[BucketLocationConstraint]\n    val `ap-southeast-1` = \"ap-southeast-1\".asInstanceOf[BucketLocationConstraint]\n    val `ap-southeast-2` = \"ap-southeast-2\".asInstanceOf[BucketLocationConstraint]\n    val `ca-central-1` = \"ca-central-1\".asInstanceOf[BucketLocationConstraint]\n    val `cn-north-1` = \"cn-north-1\".asInstanceOf[BucketLocationConstraint]\n    val `cn-northwest-1` = \"cn-northwest-1\".asInstanceOf[BucketLocationConstraint]\n    val EU = \"EU\".asInstanceOf[BucketLocationConstraint]\n    val `eu-central-1` = \"eu-central-1\".asInstanceOf[BucketLocationConstraint]\n    val `eu-north-1` = \"eu-north-1\".asInstanceOf[BucketLocationConstraint]\n    val `eu-south-1` = \"eu-south-1\".asInstanceOf[BucketLocationConstraint]\n    val `eu-west-1` = \"eu-west-1\".asInstanceOf[BucketLocationConstraint]\n    val `eu-west-2` = \"eu-west-2\".asInstanceOf[BucketLocationConstraint]\n    val `eu-west-3` = \"eu-west-3\".asInstanceOf[BucketLocationConstraint]\n    val `me-south-1` = \"me-south-1\".asInstanceOf[BucketLocationConstraint]\n    val `sa-east-1` = \"sa-east-1\".asInstanceOf[BucketLocationConstraint]\n    val `us-east-2` = \"us-east-2\".asInstanceOf[BucketLocationConstraint]\n    val `us-gov-east-1` = \"us-gov-east-1\".asInstanceOf[BucketLocationConstraint]\n    val `us-gov-west-1` = \"us-gov-west-1\".asInstanceOf[BucketLocationConstraint]\n    val `us-west-1` = \"us-west-1\".asInstanceOf[BucketLocationConstraint]\n    val `us-west-2` = \"us-west-2\".asInstanceOf[BucketLocationConstraint]\n\n    @inline def values = js.Array(\n      `af-south-1`,\n      `ap-east-1`,\n      `ap-northeast-1`,\n      `ap-northeast-2`,\n      `ap-northeast-3`,\n      `ap-south-1`,\n      `ap-southeast-1`,\n      `ap-southeast-2`,\n      `ca-central-1`,\n      `cn-north-1`,\n      `cn-northwest-1`,\n      EU,\n      `eu-central-1`,\n      `eu-north-1`,\n      `eu-south-1`,\n      `eu-west-1`,\n      `eu-west-2`,\n      `eu-west-3`,\n      `me-south-1`,\n      `sa-east-1`,\n      `us-east-2`,\n      `us-gov-east-1`,\n      `us-gov-west-1`,\n      `us-west-1`,\n      `us-west-2`\n    )\n  }\n\n  \/** Container for logging status information.\n    *\/\n  @js.native\n  trait BucketLoggingStatus extends js.Object {\n    var LoggingEnabled: js.UndefOr[LoggingEnabled]\n  }\n\n  object BucketLoggingStatus {\n    @inline\n    def apply(\n        LoggingEnabled: js.UndefOr[LoggingEnabled] = js.undefined\n    ): BucketLoggingStatus = {\n      val __obj = js.Dynamic.literal()\n      LoggingEnabled.foreach(__v => __obj.updateDynamic(\"LoggingEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BucketLoggingStatus]\n    }\n  }\n\n  @js.native\n  sealed trait BucketLogsPermission extends js.Any\n  object BucketLogsPermission {\n    val FULL_CONTROL = \"FULL_CONTROL\".asInstanceOf[BucketLogsPermission]\n    val READ = \"READ\".asInstanceOf[BucketLogsPermission]\n    val WRITE = \"WRITE\".asInstanceOf[BucketLogsPermission]\n\n    @inline def values = js.Array(FULL_CONTROL, READ, WRITE)\n  }\n\n  @js.native\n  sealed trait BucketVersioningStatus extends js.Any\n  object BucketVersioningStatus {\n    val Enabled = \"Enabled\".asInstanceOf[BucketVersioningStatus]\n    val Suspended = \"Suspended\".asInstanceOf[BucketVersioningStatus]\n\n    @inline def values = js.Array(Enabled, Suspended)\n  }\n\n  \/** Describes the cross-origin access configuration for objects in an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/cors.html|Enabling Cross-Origin Resource Sharing]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait CORSConfiguration extends js.Object {\n    var CORSRules: CORSRules\n  }\n\n  object CORSConfiguration {\n    @inline\n    def apply(\n        CORSRules: CORSRules\n    ): CORSConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"CORSRules\" -> CORSRules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CORSConfiguration]\n    }\n  }\n\n  \/** Specifies a cross-origin access rule for an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait CORSRule extends js.Object {\n    var AllowedMethods: AllowedMethods\n    var AllowedOrigins: AllowedOrigins\n    var AllowedHeaders: js.UndefOr[AllowedHeaders]\n    var ExposeHeaders: js.UndefOr[ExposeHeaders]\n    var ID: js.UndefOr[ID]\n    var MaxAgeSeconds: js.UndefOr[MaxAgeSeconds]\n  }\n\n  object CORSRule {\n    @inline\n    def apply(\n        AllowedMethods: AllowedMethods,\n        AllowedOrigins: AllowedOrigins,\n        AllowedHeaders: js.UndefOr[AllowedHeaders] = js.undefined,\n        ExposeHeaders: js.UndefOr[ExposeHeaders] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined,\n        MaxAgeSeconds: js.UndefOr[MaxAgeSeconds] = js.undefined\n    ): CORSRule = {\n      val __obj = js.Dynamic.literal(\n        \"AllowedMethods\" -> AllowedMethods.asInstanceOf[js.Any],\n        \"AllowedOrigins\" -> AllowedOrigins.asInstanceOf[js.Any]\n      )\n\n      AllowedHeaders.foreach(__v => __obj.updateDynamic(\"AllowedHeaders\")(__v.asInstanceOf[js.Any]))\n      ExposeHeaders.foreach(__v => __obj.updateDynamic(\"ExposeHeaders\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      MaxAgeSeconds.foreach(__v => __obj.updateDynamic(\"MaxAgeSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CORSRule]\n    }\n  }\n\n  \/** Describes how an uncompressed comma-separated values (CSV)-formatted input object is formatted.\n    *\/\n  @js.native\n  trait CSVInput extends js.Object {\n    var AllowQuotedRecordDelimiter: js.UndefOr[AllowQuotedRecordDelimiter]\n    var Comments: js.UndefOr[Comments]\n    var FieldDelimiter: js.UndefOr[FieldDelimiter]\n    var FileHeaderInfo: js.UndefOr[FileHeaderInfo]\n    var QuoteCharacter: js.UndefOr[QuoteCharacter]\n    var QuoteEscapeCharacter: js.UndefOr[QuoteEscapeCharacter]\n    var RecordDelimiter: js.UndefOr[RecordDelimiter]\n  }\n\n  object CSVInput {\n    @inline\n    def apply(\n        AllowQuotedRecordDelimiter: js.UndefOr[AllowQuotedRecordDelimiter] = js.undefined,\n        Comments: js.UndefOr[Comments] = js.undefined,\n        FieldDelimiter: js.UndefOr[FieldDelimiter] = js.undefined,\n        FileHeaderInfo: js.UndefOr[FileHeaderInfo] = js.undefined,\n        QuoteCharacter: js.UndefOr[QuoteCharacter] = js.undefined,\n        QuoteEscapeCharacter: js.UndefOr[QuoteEscapeCharacter] = js.undefined,\n        RecordDelimiter: js.UndefOr[RecordDelimiter] = js.undefined\n    ): CSVInput = {\n      val __obj = js.Dynamic.literal()\n      AllowQuotedRecordDelimiter.foreach(__v => __obj.updateDynamic(\"AllowQuotedRecordDelimiter\")(__v.asInstanceOf[js.Any]))\n      Comments.foreach(__v => __obj.updateDynamic(\"Comments\")(__v.asInstanceOf[js.Any]))\n      FieldDelimiter.foreach(__v => __obj.updateDynamic(\"FieldDelimiter\")(__v.asInstanceOf[js.Any]))\n      FileHeaderInfo.foreach(__v => __obj.updateDynamic(\"FileHeaderInfo\")(__v.asInstanceOf[js.Any]))\n      QuoteCharacter.foreach(__v => __obj.updateDynamic(\"QuoteCharacter\")(__v.asInstanceOf[js.Any]))\n      QuoteEscapeCharacter.foreach(__v => __obj.updateDynamic(\"QuoteEscapeCharacter\")(__v.asInstanceOf[js.Any]))\n      RecordDelimiter.foreach(__v => __obj.updateDynamic(\"RecordDelimiter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CSVInput]\n    }\n  }\n\n  \/** Describes how uncompressed comma-separated values (CSV)-formatted results are formatted.\n    *\/\n  @js.native\n  trait CSVOutput extends js.Object {\n    var FieldDelimiter: js.UndefOr[FieldDelimiter]\n    var QuoteCharacter: js.UndefOr[QuoteCharacter]\n    var QuoteEscapeCharacter: js.UndefOr[QuoteEscapeCharacter]\n    var QuoteFields: js.UndefOr[QuoteFields]\n    var RecordDelimiter: js.UndefOr[RecordDelimiter]\n  }\n\n  object CSVOutput {\n    @inline\n    def apply(\n        FieldDelimiter: js.UndefOr[FieldDelimiter] = js.undefined,\n        QuoteCharacter: js.UndefOr[QuoteCharacter] = js.undefined,\n        QuoteEscapeCharacter: js.UndefOr[QuoteEscapeCharacter] = js.undefined,\n        QuoteFields: js.UndefOr[QuoteFields] = js.undefined,\n        RecordDelimiter: js.UndefOr[RecordDelimiter] = js.undefined\n    ): CSVOutput = {\n      val __obj = js.Dynamic.literal()\n      FieldDelimiter.foreach(__v => __obj.updateDynamic(\"FieldDelimiter\")(__v.asInstanceOf[js.Any]))\n      QuoteCharacter.foreach(__v => __obj.updateDynamic(\"QuoteCharacter\")(__v.asInstanceOf[js.Any]))\n      QuoteEscapeCharacter.foreach(__v => __obj.updateDynamic(\"QuoteEscapeCharacter\")(__v.asInstanceOf[js.Any]))\n      QuoteFields.foreach(__v => __obj.updateDynamic(\"QuoteFields\")(__v.asInstanceOf[js.Any]))\n      RecordDelimiter.foreach(__v => __obj.updateDynamic(\"RecordDelimiter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CSVOutput]\n    }\n  }\n\n  \/** Container for specifying the AWS Lambda notification configuration.\n    *\/\n  @js.native\n  trait CloudFunctionConfiguration extends js.Object {\n    var CloudFunction: js.UndefOr[CloudFunction]\n    var Event: js.UndefOr[Event]\n    var Events: js.UndefOr[EventList]\n    var Id: js.UndefOr[NotificationId]\n    var InvocationRole: js.UndefOr[CloudFunctionInvocationRole]\n  }\n\n  object CloudFunctionConfiguration {\n    @inline\n    def apply(\n        CloudFunction: js.UndefOr[CloudFunction] = js.undefined,\n        Event: js.UndefOr[Event] = js.undefined,\n        Events: js.UndefOr[EventList] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined,\n        InvocationRole: js.UndefOr[CloudFunctionInvocationRole] = js.undefined\n    ): CloudFunctionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CloudFunction.foreach(__v => __obj.updateDynamic(\"CloudFunction\")(__v.asInstanceOf[js.Any]))\n      Event.foreach(__v => __obj.updateDynamic(\"Event\")(__v.asInstanceOf[js.Any]))\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InvocationRole.foreach(__v => __obj.updateDynamic(\"InvocationRole\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFunctionConfiguration]\n    }\n  }\n\n  \/** Container for all (if there are any) keys between Prefix and the next occurrence of the string specified by a delimiter. CommonPrefixes lists keys that act like subdirectories in the directory specified by Prefix. For example, if the prefix is notes\/ and the delimiter is a slash (\/) as in notes\/summer\/july, the common prefix is notes\/summer\/.\n    *\/\n  @js.native\n  trait CommonPrefix extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object CommonPrefix {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): CommonPrefix = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommonPrefix]\n    }\n  }\n\n  @js.native\n  trait CompleteMultipartUploadOutput extends js.Object {\n    var Bucket: js.UndefOr[BucketName]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var ETag: js.UndefOr[ETag]\n    var Expiration: js.UndefOr[Expiration]\n    var Key: js.UndefOr[ObjectKey]\n    var Location: js.UndefOr[Location]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object CompleteMultipartUploadOutput {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[BucketName] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        Location: js.UndefOr[Location] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): CompleteMultipartUploadOutput = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteMultipartUploadOutput]\n    }\n  }\n\n  @js.native\n  trait CompleteMultipartUploadRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var UploadId: MultipartUploadId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var MultipartUpload: js.UndefOr[CompletedMultipartUpload]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object CompleteMultipartUploadRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        UploadId: MultipartUploadId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        MultipartUpload: js.UndefOr[CompletedMultipartUpload] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): CompleteMultipartUploadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"UploadId\" -> UploadId.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      MultipartUpload.foreach(__v => __obj.updateDynamic(\"MultipartUpload\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteMultipartUploadRequest]\n    }\n  }\n\n  \/** The container for the completed multipart upload details.\n    *\/\n  @js.native\n  trait CompletedMultipartUpload extends js.Object {\n    var Parts: js.UndefOr[CompletedPartList]\n  }\n\n  object CompletedMultipartUpload {\n    @inline\n    def apply(\n        Parts: js.UndefOr[CompletedPartList] = js.undefined\n    ): CompletedMultipartUpload = {\n      val __obj = js.Dynamic.literal()\n      Parts.foreach(__v => __obj.updateDynamic(\"Parts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompletedMultipartUpload]\n    }\n  }\n\n  \/** Details of the parts that were uploaded.\n    *\/\n  @js.native\n  trait CompletedPart extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var PartNumber: js.UndefOr[PartNumber]\n  }\n\n  object CompletedPart {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        PartNumber: js.UndefOr[PartNumber] = js.undefined\n    ): CompletedPart = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      PartNumber.foreach(__v => __obj.updateDynamic(\"PartNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompletedPart]\n    }\n  }\n\n  @js.native\n  sealed trait CompressionType extends js.Any\n  object CompressionType {\n    val NONE = \"NONE\".asInstanceOf[CompressionType]\n    val GZIP = \"GZIP\".asInstanceOf[CompressionType]\n    val BZIP2 = \"BZIP2\".asInstanceOf[CompressionType]\n\n    @inline def values = js.Array(NONE, GZIP, BZIP2)\n  }\n\n  \/** A container for describing a condition that must be met for the specified redirect to apply. For example, 1. If request is for pages in the <code>\/docs<\/code> folder, redirect to the <code>\/documents<\/code> folder. 2. If request results in HTTP error 4xx, redirect request to another host where you might process the error.\n    *\/\n  @js.native\n  trait Condition extends js.Object {\n    var HttpErrorCodeReturnedEquals: js.UndefOr[HttpErrorCodeReturnedEquals]\n    var KeyPrefixEquals: js.UndefOr[KeyPrefixEquals]\n  }\n\n  object Condition {\n    @inline\n    def apply(\n        HttpErrorCodeReturnedEquals: js.UndefOr[HttpErrorCodeReturnedEquals] = js.undefined,\n        KeyPrefixEquals: js.UndefOr[KeyPrefixEquals] = js.undefined\n    ): Condition = {\n      val __obj = js.Dynamic.literal()\n      HttpErrorCodeReturnedEquals.foreach(__v => __obj.updateDynamic(\"HttpErrorCodeReturnedEquals\")(__v.asInstanceOf[js.Any]))\n      KeyPrefixEquals.foreach(__v => __obj.updateDynamic(\"KeyPrefixEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Condition]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ContinuationEvent extends js.Object\n\n  object ContinuationEvent {\n    @inline\n    def apply(): ContinuationEvent = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ContinuationEvent]\n    }\n  }\n\n  @js.native\n  trait CopyObjectOutput extends js.Object {\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CopyObjectResult: js.UndefOr[CopyObjectResult]\n    var CopySourceVersionId: js.UndefOr[CopySourceVersionId]\n    var Expiration: js.UndefOr[Expiration]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object CopyObjectOutput {\n    @inline\n    def apply(\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CopyObjectResult: js.UndefOr[CopyObjectResult] = js.undefined,\n        CopySourceVersionId: js.UndefOr[CopySourceVersionId] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): CopyObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CopyObjectResult.foreach(__v => __obj.updateDynamic(\"CopyObjectResult\")(__v.asInstanceOf[js.Any]))\n      CopySourceVersionId.foreach(__v => __obj.updateDynamic(\"CopySourceVersionId\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyObjectOutput]\n    }\n  }\n\n  @js.native\n  trait CopyObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var CopySource: CopySource\n    var Key: ObjectKey\n    var ACL: js.UndefOr[ObjectCannedACL]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentType: js.UndefOr[ContentType]\n    var CopySourceIfMatch: js.UndefOr[CopySourceIfMatch]\n    var CopySourceIfModifiedSince: js.UndefOr[CopySourceIfModifiedSince]\n    var CopySourceIfNoneMatch: js.UndefOr[CopySourceIfNoneMatch]\n    var CopySourceIfUnmodifiedSince: js.UndefOr[CopySourceIfUnmodifiedSince]\n    var CopySourceSSECustomerAlgorithm: js.UndefOr[CopySourceSSECustomerAlgorithm]\n    var CopySourceSSECustomerKey: js.UndefOr[CopySourceSSECustomerKey]\n    var CopySourceSSECustomerKeyMD5: js.UndefOr[CopySourceSSECustomerKeyMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var ExpectedSourceBucketOwner: js.UndefOr[AccountId]\n    var Expires: js.UndefOr[Expires]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n    var Metadata: js.UndefOr[Metadata]\n    var MetadataDirective: js.UndefOr[MetadataDirective]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var Tagging: js.UndefOr[TaggingHeader]\n    var TaggingDirective: js.UndefOr[TaggingDirective]\n    var WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation]\n  }\n\n  object CopyObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        CopySource: CopySource,\n        Key: ObjectKey,\n        ACL: js.UndefOr[ObjectCannedACL] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        CopySourceIfMatch: js.UndefOr[CopySourceIfMatch] = js.undefined,\n        CopySourceIfModifiedSince: js.UndefOr[CopySourceIfModifiedSince] = js.undefined,\n        CopySourceIfNoneMatch: js.UndefOr[CopySourceIfNoneMatch] = js.undefined,\n        CopySourceIfUnmodifiedSince: js.UndefOr[CopySourceIfUnmodifiedSince] = js.undefined,\n        CopySourceSSECustomerAlgorithm: js.UndefOr[CopySourceSSECustomerAlgorithm] = js.undefined,\n        CopySourceSSECustomerKey: js.UndefOr[CopySourceSSECustomerKey] = js.undefined,\n        CopySourceSSECustomerKeyMD5: js.UndefOr[CopySourceSSECustomerKeyMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        ExpectedSourceBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        MetadataDirective: js.UndefOr[MetadataDirective] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        Tagging: js.UndefOr[TaggingHeader] = js.undefined,\n        TaggingDirective: js.UndefOr[TaggingDirective] = js.undefined,\n        WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation] = js.undefined\n    ): CopyObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"CopySource\" -> CopySource.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfMatch.foreach(__v => __obj.updateDynamic(\"CopySourceIfMatch\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfModifiedSince.foreach(__v => __obj.updateDynamic(\"CopySourceIfModifiedSince\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfNoneMatch.foreach(__v => __obj.updateDynamic(\"CopySourceIfNoneMatch\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfUnmodifiedSince.foreach(__v => __obj.updateDynamic(\"CopySourceIfUnmodifiedSince\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerKey.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      ExpectedSourceBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedSourceBucketOwner\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      MetadataDirective.foreach(__v => __obj.updateDynamic(\"MetadataDirective\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      Tagging.foreach(__v => __obj.updateDynamic(\"Tagging\")(__v.asInstanceOf[js.Any]))\n      TaggingDirective.foreach(__v => __obj.updateDynamic(\"TaggingDirective\")(__v.asInstanceOf[js.Any]))\n      WebsiteRedirectLocation.foreach(__v => __obj.updateDynamic(\"WebsiteRedirectLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyObjectRequest]\n    }\n  }\n\n  \/** Container for all response elements.\n    *\/\n  @js.native\n  trait CopyObjectResult extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var LastModified: js.UndefOr[LastModified]\n  }\n\n  object CopyObjectResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined\n    ): CopyObjectResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyObjectResult]\n    }\n  }\n\n  \/** Container for all response elements.\n    *\/\n  @js.native\n  trait CopyPartResult extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var LastModified: js.UndefOr[LastModified]\n  }\n\n  object CopyPartResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined\n    ): CopyPartResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyPartResult]\n    }\n  }\n\n  \/** The configuration information for the bucket.\n    *\/\n  @js.native\n  trait CreateBucketConfiguration extends js.Object {\n    var LocationConstraint: js.UndefOr[BucketLocationConstraint]\n  }\n\n  object CreateBucketConfiguration {\n    @inline\n    def apply(\n        LocationConstraint: js.UndefOr[BucketLocationConstraint] = js.undefined\n    ): CreateBucketConfiguration = {\n      val __obj = js.Dynamic.literal()\n      LocationConstraint.foreach(__v => __obj.updateDynamic(\"LocationConstraint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBucketConfiguration]\n    }\n  }\n\n  @js.native\n  trait CreateBucketOutput extends js.Object {\n    var Location: js.UndefOr[Location]\n  }\n\n  object CreateBucketOutput {\n    @inline\n    def apply(\n        Location: js.UndefOr[Location] = js.undefined\n    ): CreateBucketOutput = {\n      val __obj = js.Dynamic.literal()\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBucketOutput]\n    }\n  }\n\n  @js.native\n  trait CreateBucketRequest extends js.Object {\n    var Bucket: BucketName\n    var ACL: js.UndefOr[BucketCannedACL]\n    var CreateBucketConfiguration: js.UndefOr[CreateBucketConfiguration]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWrite: js.UndefOr[GrantWrite]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n    var ObjectLockEnabledForBucket: js.UndefOr[ObjectLockEnabledForBucket]\n  }\n\n  object CreateBucketRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ACL: js.UndefOr[BucketCannedACL] = js.undefined,\n        CreateBucketConfiguration: js.UndefOr[CreateBucketConfiguration] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWrite: js.UndefOr[GrantWrite] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined,\n        ObjectLockEnabledForBucket: js.UndefOr[ObjectLockEnabledForBucket] = js.undefined\n    ): CreateBucketRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      CreateBucketConfiguration.foreach(__v => __obj.updateDynamic(\"CreateBucketConfiguration\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWrite.foreach(__v => __obj.updateDynamic(\"GrantWrite\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      ObjectLockEnabledForBucket.foreach(__v => __obj.updateDynamic(\"ObjectLockEnabledForBucket\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBucketRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMultipartUploadOutput extends js.Object {\n    var AbortDate: js.UndefOr[AbortDate]\n    var AbortRuleId: js.UndefOr[AbortRuleId]\n    var Bucket: js.UndefOr[BucketName]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var Key: js.UndefOr[ObjectKey]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var UploadId: js.UndefOr[MultipartUploadId]\n  }\n\n  object CreateMultipartUploadOutput {\n    @inline\n    def apply(\n        AbortDate: js.UndefOr[AbortDate] = js.undefined,\n        AbortRuleId: js.UndefOr[AbortRuleId] = js.undefined,\n        Bucket: js.UndefOr[BucketName] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        UploadId: js.UndefOr[MultipartUploadId] = js.undefined\n    ): CreateMultipartUploadOutput = {\n      val __obj = js.Dynamic.literal()\n      AbortDate.foreach(__v => __obj.updateDynamic(\"AbortDate\")(__v.asInstanceOf[js.Any]))\n      AbortRuleId.foreach(__v => __obj.updateDynamic(\"AbortRuleId\")(__v.asInstanceOf[js.Any]))\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      UploadId.foreach(__v => __obj.updateDynamic(\"UploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMultipartUploadOutput]\n    }\n  }\n\n  @js.native\n  trait CreateMultipartUploadRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ACL: js.UndefOr[ObjectCannedACL]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentType: js.UndefOr[ContentType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var Expires: js.UndefOr[Expires]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n    var Metadata: js.UndefOr[Metadata]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var Tagging: js.UndefOr[TaggingHeader]\n    var WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation]\n  }\n\n  object CreateMultipartUploadRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ACL: js.UndefOr[ObjectCannedACL] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        Tagging: js.UndefOr[TaggingHeader] = js.undefined,\n        WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation] = js.undefined\n    ): CreateMultipartUploadRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      Tagging.foreach(__v => __obj.updateDynamic(\"Tagging\")(__v.asInstanceOf[js.Any]))\n      WebsiteRedirectLocation.foreach(__v => __obj.updateDynamic(\"WebsiteRedirectLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMultipartUploadRequest]\n    }\n  }\n\n  \/** The container element for specifying the default Object Lock retention settings for new objects placed in the specified bucket.\n    *\n    * '''Note:'''* The <code>DefaultRetention<\/code> settings require both a mode and a period. * The <code>DefaultRetention<\/code> period can be either <code>Days<\/code> or <code>Years<\/code> but you must select one. You cannot specify <code>Days<\/code> and <code>Years<\/code> at the same time.\n    *\/\n  @js.native\n  trait DefaultRetention extends js.Object {\n    var Days: js.UndefOr[Days]\n    var Mode: js.UndefOr[ObjectLockRetentionMode]\n    var Years: js.UndefOr[Years]\n  }\n\n  object DefaultRetention {\n    @inline\n    def apply(\n        Days: js.UndefOr[Days] = js.undefined,\n        Mode: js.UndefOr[ObjectLockRetentionMode] = js.undefined,\n        Years: js.UndefOr[Years] = js.undefined\n    ): DefaultRetention = {\n      val __obj = js.Dynamic.literal()\n      Days.foreach(__v => __obj.updateDynamic(\"Days\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Years.foreach(__v => __obj.updateDynamic(\"Years\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultRetention]\n    }\n  }\n\n  \/** Container for the objects to delete.\n    *\/\n  @js.native\n  trait Delete extends js.Object {\n    var Objects: ObjectIdentifierList\n    var Quiet: js.UndefOr[Quiet]\n  }\n\n  object Delete {\n    @inline\n    def apply(\n        Objects: ObjectIdentifierList,\n        Quiet: js.UndefOr[Quiet] = js.undefined\n    ): Delete = {\n      val __obj = js.Dynamic.literal(\n        \"Objects\" -> Objects.asInstanceOf[js.Any]\n      )\n\n      Quiet.foreach(__v => __obj.updateDynamic(\"Quiet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Delete]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketAnalyticsConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: AnalyticsId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketAnalyticsConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: AnalyticsId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketAnalyticsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketAnalyticsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketCorsRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketCorsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketCorsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketCorsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketEncryptionRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketEncryptionRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketEncryptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketEncryptionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketIntelligentTieringConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: IntelligentTieringId\n  }\n\n  object DeleteBucketIntelligentTieringConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: IntelligentTieringId\n    ): DeleteBucketIntelligentTieringConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBucketIntelligentTieringConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketInventoryConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: InventoryId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketInventoryConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: InventoryId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketInventoryConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketInventoryConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketLifecycleRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketLifecycleRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketLifecycleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketLifecycleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketMetricsConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: MetricsId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketMetricsConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: MetricsId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketMetricsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketMetricsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketOwnershipControlsRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketOwnershipControlsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketOwnershipControlsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketOwnershipControlsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketPolicyRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketPolicyRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketReplicationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketReplicationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketReplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketReplicationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBucketWebsiteRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteBucketWebsiteRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteBucketWebsiteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBucketWebsiteRequest]\n    }\n  }\n\n  \/** Information about the delete marker.\n    *\/\n  @js.native\n  trait DeleteMarkerEntry extends js.Object {\n    var IsLatest: js.UndefOr[IsLatest]\n    var Key: js.UndefOr[ObjectKey]\n    var LastModified: js.UndefOr[LastModified]\n    var Owner: js.UndefOr[Owner]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeleteMarkerEntry {\n    @inline\n    def apply(\n        IsLatest: js.UndefOr[IsLatest] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeleteMarkerEntry = {\n      val __obj = js.Dynamic.literal()\n      IsLatest.foreach(__v => __obj.updateDynamic(\"IsLatest\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMarkerEntry]\n    }\n  }\n\n  \/** Specifies whether Amazon S3 replicates delete markers. If you specify a <code>Filter<\/code> in your replication configuration, you must also include a <code>DeleteMarkerReplication<\/code> element. If your <code>Filter<\/code> includes a <code>Tag<\/code> element, the <code>DeleteMarkerReplication<\/code> <code>Status<\/code> must be set to Disabled, because Amazon S3 does not support replicating delete markers for tag-based rules. For an example configuration, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/replication-add-config.html#replication-config-min-rule-config|Basic Rule Configuration]]. For more information about delete marker replication, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/delete-marker-replication.html|Basic Rule Configuration]].\n    *\n    * '''Note:'''If you are using an earlier version of the replication configuration, Amazon S3 handles replication of delete markers differently. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/replication-add-config.html#replication-backward-compat-considerations|Backward Compatibility]].\n    *\/\n  @js.native\n  trait DeleteMarkerReplication extends js.Object {\n    var Status: js.UndefOr[DeleteMarkerReplicationStatus]\n  }\n\n  object DeleteMarkerReplication {\n    @inline\n    def apply(\n        Status: js.UndefOr[DeleteMarkerReplicationStatus] = js.undefined\n    ): DeleteMarkerReplication = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMarkerReplication]\n    }\n  }\n\n  @js.native\n  sealed trait DeleteMarkerReplicationStatus extends js.Any\n  object DeleteMarkerReplicationStatus {\n    val Enabled = \"Enabled\".asInstanceOf[DeleteMarkerReplicationStatus]\n    val Disabled = \"Disabled\".asInstanceOf[DeleteMarkerReplicationStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  trait DeleteObjectOutput extends js.Object {\n    var DeleteMarker: js.UndefOr[DeleteMarker]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeleteObjectOutput {\n    @inline\n    def apply(\n        DeleteMarker: js.UndefOr[DeleteMarker] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeleteObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      DeleteMarker.foreach(__v => __obj.updateDynamic(\"DeleteMarker\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var MFA: js.UndefOr[MFA]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeleteObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        MFA: js.UndefOr[MFA] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeleteObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      BypassGovernanceRetention.foreach(__v => __obj.updateDynamic(\"BypassGovernanceRetention\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      MFA.foreach(__v => __obj.updateDynamic(\"MFA\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectTaggingOutput extends js.Object {\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeleteObjectTaggingOutput {\n    @inline\n    def apply(\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeleteObjectTaggingOutput = {\n      val __obj = js.Dynamic.literal()\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectTaggingOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeleteObjectTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeleteObjectTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectsOutput extends js.Object {\n    var Deleted: js.UndefOr[DeletedObjects]\n    var Errors: js.UndefOr[Errors]\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object DeleteObjectsOutput {\n    @inline\n    def apply(\n        Deleted: js.UndefOr[DeletedObjects] = js.undefined,\n        Errors: js.UndefOr[Errors] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): DeleteObjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      Deleted.foreach(__v => __obj.updateDynamic(\"Deleted\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectsOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteObjectsRequest extends js.Object {\n    var Bucket: BucketName\n    var Delete: Delete\n    var BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var MFA: js.UndefOr[MFA]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object DeleteObjectsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Delete: Delete,\n        BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        MFA: js.UndefOr[MFA] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): DeleteObjectsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Delete\" -> Delete.asInstanceOf[js.Any]\n      )\n\n      BypassGovernanceRetention.foreach(__v => __obj.updateDynamic(\"BypassGovernanceRetention\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      MFA.foreach(__v => __obj.updateDynamic(\"MFA\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteObjectsRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePublicAccessBlockRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object DeletePublicAccessBlockRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeletePublicAccessBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletePublicAccessBlockRequest]\n    }\n  }\n\n  \/** Information about the deleted object.\n    *\/\n  @js.native\n  trait DeletedObject extends js.Object {\n    var DeleteMarker: js.UndefOr[DeleteMarker]\n    var DeleteMarkerVersionId: js.UndefOr[DeleteMarkerVersionId]\n    var Key: js.UndefOr[ObjectKey]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object DeletedObject {\n    @inline\n    def apply(\n        DeleteMarker: js.UndefOr[DeleteMarker] = js.undefined,\n        DeleteMarkerVersionId: js.UndefOr[DeleteMarkerVersionId] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): DeletedObject = {\n      val __obj = js.Dynamic.literal()\n      DeleteMarker.foreach(__v => __obj.updateDynamic(\"DeleteMarker\")(__v.asInstanceOf[js.Any]))\n      DeleteMarkerVersionId.foreach(__v => __obj.updateDynamic(\"DeleteMarkerVersionId\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletedObject]\n    }\n  }\n\n  \/** Specifies information about where to publish analysis or configuration results for an Amazon S3 bucket and S3 Replication Time Control (S3 RTC).\n    *\/\n  @js.native\n  trait Destination extends js.Object {\n    var Bucket: BucketName\n    var AccessControlTranslation: js.UndefOr[AccessControlTranslation]\n    var Account: js.UndefOr[AccountId]\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var Metrics: js.UndefOr[Metrics]\n    var ReplicationTime: js.UndefOr[ReplicationTime]\n    var StorageClass: js.UndefOr[StorageClass]\n  }\n\n  object Destination {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        AccessControlTranslation: js.UndefOr[AccessControlTranslation] = js.undefined,\n        Account: js.UndefOr[AccountId] = js.undefined,\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        Metrics: js.UndefOr[Metrics] = js.undefined,\n        ReplicationTime: js.UndefOr[ReplicationTime] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined\n    ): Destination = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      AccessControlTranslation.foreach(__v => __obj.updateDynamic(\"AccessControlTranslation\")(__v.asInstanceOf[js.Any]))\n      Account.foreach(__v => __obj.updateDynamic(\"Account\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      ReplicationTime.foreach(__v => __obj.updateDynamic(\"ReplicationTime\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Destination]\n    }\n  }\n\n  \/** Requests Amazon S3 to encode the object keys in the response and specifies the encoding method to use. An object key may contain any Unicode character; however, XML 1.0 parser cannot parse some characters, such as characters with an ASCII value from 0 to 10. For characters that are not supported in XML 1.0, you can add this parameter to request that Amazon S3 encode the keys in the response.\n    *\/\n  @js.native\n  sealed trait EncodingType extends js.Any\n  object EncodingType {\n    val url = \"url\".asInstanceOf[EncodingType]\n\n    @inline def values = js.Array(url)\n  }\n\n  \/** Contains the type of server-side encryption used.\n    *\/\n  @js.native\n  trait Encryption extends js.Object {\n    var EncryptionType: ServerSideEncryption\n    var KMSContext: js.UndefOr[KMSContext]\n    var KMSKeyId: js.UndefOr[SSEKMSKeyId]\n  }\n\n  object Encryption {\n    @inline\n    def apply(\n        EncryptionType: ServerSideEncryption,\n        KMSContext: js.UndefOr[KMSContext] = js.undefined,\n        KMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined\n    ): Encryption = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionType\" -> EncryptionType.asInstanceOf[js.Any]\n      )\n\n      KMSContext.foreach(__v => __obj.updateDynamic(\"KMSContext\")(__v.asInstanceOf[js.Any]))\n      KMSKeyId.foreach(__v => __obj.updateDynamic(\"KMSKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Encryption]\n    }\n  }\n\n  \/** Specifies encryption-related information for an Amazon S3 bucket that is a destination for replicated objects.\n    *\/\n  @js.native\n  trait EncryptionConfiguration extends js.Object {\n    var ReplicaKmsKeyID: js.UndefOr[ReplicaKmsKeyID]\n  }\n\n  object EncryptionConfiguration {\n    @inline\n    def apply(\n        ReplicaKmsKeyID: js.UndefOr[ReplicaKmsKeyID] = js.undefined\n    ): EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ReplicaKmsKeyID.foreach(__v => __obj.updateDynamic(\"ReplicaKmsKeyID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfiguration]\n    }\n  }\n\n  \/** A message that indicates the request is complete and no more messages will be sent. You should not assume that the request is complete until the client receives an <code>EndEvent<\/code>.\n    *\/\n  @js.native\n  trait EndEvent extends js.Object\n\n  object EndEvent {\n    @inline\n    def apply(): EndEvent = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EndEvent]\n    }\n  }\n\n  \/** Container for all error elements.\n    *\/\n  @js.native\n  trait Error extends js.Object {\n    var Code: js.UndefOr[Code]\n    var Key: js.UndefOr[ObjectKey]\n    var Message: js.UndefOr[Message]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object Error {\n    @inline\n    def apply(\n        Code: js.UndefOr[Code] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        Message: js.UndefOr[Message] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): Error = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Error]\n    }\n  }\n\n  \/** The error information.\n    *\/\n  @js.native\n  trait ErrorDocument extends js.Object {\n    var Key: ObjectKey\n  }\n\n  object ErrorDocument {\n    @inline\n    def apply(\n        Key: ObjectKey\n    ): ErrorDocument = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ErrorDocument]\n    }\n  }\n\n  \/** The bucket event for which to send notifications.\n    *\/\n  @js.native\n  sealed trait Event extends js.Any\n  object Event {\n    val `s3:ReducedRedundancyLostObject` = \"s3:ReducedRedundancyLostObject\".asInstanceOf[Event]\n    val `s3:ObjectCreated:*` = \"s3:ObjectCreated:*\".asInstanceOf[Event]\n    val `s3:ObjectCreated:Put` = \"s3:ObjectCreated:Put\".asInstanceOf[Event]\n    val `s3:ObjectCreated:Post` = \"s3:ObjectCreated:Post\".asInstanceOf[Event]\n    val `s3:ObjectCreated:Copy` = \"s3:ObjectCreated:Copy\".asInstanceOf[Event]\n    val `s3:ObjectCreated:CompleteMultipartUpload` = \"s3:ObjectCreated:CompleteMultipartUpload\".asInstanceOf[Event]\n    val `s3:ObjectRemoved:*` = \"s3:ObjectRemoved:*\".asInstanceOf[Event]\n    val `s3:ObjectRemoved:Delete` = \"s3:ObjectRemoved:Delete\".asInstanceOf[Event]\n    val `s3:ObjectRemoved:DeleteMarkerCreated` = \"s3:ObjectRemoved:DeleteMarkerCreated\".asInstanceOf[Event]\n    val `s3:ObjectRestore:*` = \"s3:ObjectRestore:*\".asInstanceOf[Event]\n    val `s3:ObjectRestore:Post` = \"s3:ObjectRestore:Post\".asInstanceOf[Event]\n    val `s3:ObjectRestore:Completed` = \"s3:ObjectRestore:Completed\".asInstanceOf[Event]\n    val `s3:Replication:*` = \"s3:Replication:*\".asInstanceOf[Event]\n    val `s3:Replication:OperationFailedReplication` = \"s3:Replication:OperationFailedReplication\".asInstanceOf[Event]\n    val `s3:Replication:OperationNotTracked` = \"s3:Replication:OperationNotTracked\".asInstanceOf[Event]\n    val `s3:Replication:OperationMissedThreshold` = \"s3:Replication:OperationMissedThreshold\".asInstanceOf[Event]\n    val `s3:Replication:OperationReplicatedAfterThreshold` = \"s3:Replication:OperationReplicatedAfterThreshold\".asInstanceOf[Event]\n\n    @inline def values = js.Array(\n      `s3:ReducedRedundancyLostObject`,\n      `s3:ObjectCreated:*`,\n      `s3:ObjectCreated:Put`,\n      `s3:ObjectCreated:Post`,\n      `s3:ObjectCreated:Copy`,\n      `s3:ObjectCreated:CompleteMultipartUpload`,\n      `s3:ObjectRemoved:*`,\n      `s3:ObjectRemoved:Delete`,\n      `s3:ObjectRemoved:DeleteMarkerCreated`,\n      `s3:ObjectRestore:*`,\n      `s3:ObjectRestore:Post`,\n      `s3:ObjectRestore:Completed`,\n      `s3:Replication:*`,\n      `s3:Replication:OperationFailedReplication`,\n      `s3:Replication:OperationNotTracked`,\n      `s3:Replication:OperationMissedThreshold`,\n      `s3:Replication:OperationReplicatedAfterThreshold`\n    )\n  }\n\n  \/** Optional configuration to replicate existing source bucket objects. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/replication-what-is-isnot-replicated.html#existing-object-replication|Replicating Existing Objects]] in the <i>Amazon S3 Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait ExistingObjectReplication extends js.Object {\n    var Status: ExistingObjectReplicationStatus\n  }\n\n  object ExistingObjectReplication {\n    @inline\n    def apply(\n        Status: ExistingObjectReplicationStatus\n    ): ExistingObjectReplication = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExistingObjectReplication]\n    }\n  }\n\n  @js.native\n  sealed trait ExistingObjectReplicationStatus extends js.Any\n  object ExistingObjectReplicationStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ExistingObjectReplicationStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ExistingObjectReplicationStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait ExpirationStatus extends js.Any\n  object ExpirationStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ExpirationStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ExpirationStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait ExpressionType extends js.Any\n  object ExpressionType {\n    val SQL = \"SQL\".asInstanceOf[ExpressionType]\n\n    @inline def values = js.Array(SQL)\n  }\n\n  @js.native\n  sealed trait FileHeaderInfo extends js.Any\n  object FileHeaderInfo {\n    val USE = \"USE\".asInstanceOf[FileHeaderInfo]\n    val IGNORE = \"IGNORE\".asInstanceOf[FileHeaderInfo]\n    val NONE = \"NONE\".asInstanceOf[FileHeaderInfo]\n\n    @inline def values = js.Array(USE, IGNORE, NONE)\n  }\n\n  \/** Specifies the Amazon S3 object key name to filter on and whether to filter on the suffix or prefix of the key name.\n    *\/\n  @js.native\n  trait FilterRule extends js.Object {\n    var Name: js.UndefOr[FilterRuleName]\n    var Value: js.UndefOr[FilterRuleValue]\n  }\n\n  object FilterRule {\n    @inline\n    def apply(\n        Name: js.UndefOr[FilterRuleName] = js.undefined,\n        Value: js.UndefOr[FilterRuleValue] = js.undefined\n    ): FilterRule = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FilterRule]\n    }\n  }\n\n  @js.native\n  sealed trait FilterRuleName extends js.Any\n  object FilterRuleName {\n    val prefix = \"prefix\".asInstanceOf[FilterRuleName]\n    val suffix = \"suffix\".asInstanceOf[FilterRuleName]\n\n    @inline def values = js.Array(prefix, suffix)\n  }\n\n  @js.native\n  trait GetBucketAccelerateConfigurationOutput extends js.Object {\n    var Status: js.UndefOr[BucketAccelerateStatus]\n  }\n\n  object GetBucketAccelerateConfigurationOutput {\n    @inline\n    def apply(\n        Status: js.UndefOr[BucketAccelerateStatus] = js.undefined\n    ): GetBucketAccelerateConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAccelerateConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketAccelerateConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketAccelerateConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketAccelerateConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAccelerateConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketAclOutput extends js.Object {\n    var Grants: js.UndefOr[Grants]\n    var Owner: js.UndefOr[Owner]\n  }\n\n  object GetBucketAclOutput {\n    @inline\n    def apply(\n        Grants: js.UndefOr[Grants] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined\n    ): GetBucketAclOutput = {\n      val __obj = js.Dynamic.literal()\n      Grants.foreach(__v => __obj.updateDynamic(\"Grants\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAclOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketAclRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketAclRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketAclRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAclRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketAnalyticsConfigurationOutput extends js.Object {\n    var AnalyticsConfiguration: js.UndefOr[AnalyticsConfiguration]\n  }\n\n  object GetBucketAnalyticsConfigurationOutput {\n    @inline\n    def apply(\n        AnalyticsConfiguration: js.UndefOr[AnalyticsConfiguration] = js.undefined\n    ): GetBucketAnalyticsConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      AnalyticsConfiguration.foreach(__v => __obj.updateDynamic(\"AnalyticsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAnalyticsConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketAnalyticsConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: AnalyticsId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketAnalyticsConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: AnalyticsId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketAnalyticsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketAnalyticsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketCorsOutput extends js.Object {\n    var CORSRules: js.UndefOr[CORSRules]\n  }\n\n  object GetBucketCorsOutput {\n    @inline\n    def apply(\n        CORSRules: js.UndefOr[CORSRules] = js.undefined\n    ): GetBucketCorsOutput = {\n      val __obj = js.Dynamic.literal()\n      CORSRules.foreach(__v => __obj.updateDynamic(\"CORSRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketCorsOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketCorsRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketCorsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketCorsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketCorsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketEncryptionOutput extends js.Object {\n    var ServerSideEncryptionConfiguration: js.UndefOr[ServerSideEncryptionConfiguration]\n  }\n\n  object GetBucketEncryptionOutput {\n    @inline\n    def apply(\n        ServerSideEncryptionConfiguration: js.UndefOr[ServerSideEncryptionConfiguration] = js.undefined\n    ): GetBucketEncryptionOutput = {\n      val __obj = js.Dynamic.literal()\n      ServerSideEncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"ServerSideEncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketEncryptionOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketEncryptionRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketEncryptionRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketEncryptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketEncryptionRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketIntelligentTieringConfigurationOutput extends js.Object {\n    var IntelligentTieringConfiguration: js.UndefOr[IntelligentTieringConfiguration]\n  }\n\n  object GetBucketIntelligentTieringConfigurationOutput {\n    @inline\n    def apply(\n        IntelligentTieringConfiguration: js.UndefOr[IntelligentTieringConfiguration] = js.undefined\n    ): GetBucketIntelligentTieringConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      IntelligentTieringConfiguration.foreach(__v => __obj.updateDynamic(\"IntelligentTieringConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketIntelligentTieringConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketIntelligentTieringConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: IntelligentTieringId\n  }\n\n  object GetBucketIntelligentTieringConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: IntelligentTieringId\n    ): GetBucketIntelligentTieringConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBucketIntelligentTieringConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketInventoryConfigurationOutput extends js.Object {\n    var InventoryConfiguration: js.UndefOr[InventoryConfiguration]\n  }\n\n  object GetBucketInventoryConfigurationOutput {\n    @inline\n    def apply(\n        InventoryConfiguration: js.UndefOr[InventoryConfiguration] = js.undefined\n    ): GetBucketInventoryConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      InventoryConfiguration.foreach(__v => __obj.updateDynamic(\"InventoryConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketInventoryConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketInventoryConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: InventoryId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketInventoryConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: InventoryId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketInventoryConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketInventoryConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketLifecycleConfigurationOutput extends js.Object {\n    var Rules: js.UndefOr[LifecycleRules]\n  }\n\n  object GetBucketLifecycleConfigurationOutput {\n    @inline\n    def apply(\n        Rules: js.UndefOr[LifecycleRules] = js.undefined\n    ): GetBucketLifecycleConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLifecycleConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketLifecycleConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketLifecycleConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketLifecycleConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLifecycleConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketLifecycleOutput extends js.Object {\n    var Rules: js.UndefOr[Rules]\n  }\n\n  object GetBucketLifecycleOutput {\n    @inline\n    def apply(\n        Rules: js.UndefOr[Rules] = js.undefined\n    ): GetBucketLifecycleOutput = {\n      val __obj = js.Dynamic.literal()\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLifecycleOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketLifecycleRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketLifecycleRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketLifecycleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLifecycleRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketLocationOutput extends js.Object {\n    var LocationConstraint: js.UndefOr[BucketLocationConstraint]\n  }\n\n  object GetBucketLocationOutput {\n    @inline\n    def apply(\n        LocationConstraint: js.UndefOr[BucketLocationConstraint] = js.undefined\n    ): GetBucketLocationOutput = {\n      val __obj = js.Dynamic.literal()\n      LocationConstraint.foreach(__v => __obj.updateDynamic(\"LocationConstraint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLocationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketLocationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketLocationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketLocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLocationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketLoggingOutput extends js.Object {\n    var LoggingEnabled: js.UndefOr[LoggingEnabled]\n  }\n\n  object GetBucketLoggingOutput {\n    @inline\n    def apply(\n        LoggingEnabled: js.UndefOr[LoggingEnabled] = js.undefined\n    ): GetBucketLoggingOutput = {\n      val __obj = js.Dynamic.literal()\n      LoggingEnabled.foreach(__v => __obj.updateDynamic(\"LoggingEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLoggingOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketLoggingRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketLoggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketLoggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketLoggingRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketMetricsConfigurationOutput extends js.Object {\n    var MetricsConfiguration: js.UndefOr[MetricsConfiguration]\n  }\n\n  object GetBucketMetricsConfigurationOutput {\n    @inline\n    def apply(\n        MetricsConfiguration: js.UndefOr[MetricsConfiguration] = js.undefined\n    ): GetBucketMetricsConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      MetricsConfiguration.foreach(__v => __obj.updateDynamic(\"MetricsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketMetricsConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketMetricsConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: MetricsId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketMetricsConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: MetricsId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketMetricsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketMetricsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketNotificationConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketNotificationConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketNotificationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketNotificationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketOwnershipControlsOutput extends js.Object {\n    var OwnershipControls: js.UndefOr[OwnershipControls]\n  }\n\n  object GetBucketOwnershipControlsOutput {\n    @inline\n    def apply(\n        OwnershipControls: js.UndefOr[OwnershipControls] = js.undefined\n    ): GetBucketOwnershipControlsOutput = {\n      val __obj = js.Dynamic.literal()\n      OwnershipControls.foreach(__v => __obj.updateDynamic(\"OwnershipControls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketOwnershipControlsOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketOwnershipControlsRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketOwnershipControlsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketOwnershipControlsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketOwnershipControlsRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketPolicyOutput extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object GetBucketPolicyOutput {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): GetBucketPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketPolicyRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketPolicyRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketPolicyStatusOutput extends js.Object {\n    var PolicyStatus: js.UndefOr[PolicyStatus]\n  }\n\n  object GetBucketPolicyStatusOutput {\n    @inline\n    def apply(\n        PolicyStatus: js.UndefOr[PolicyStatus] = js.undefined\n    ): GetBucketPolicyStatusOutput = {\n      val __obj = js.Dynamic.literal()\n      PolicyStatus.foreach(__v => __obj.updateDynamic(\"PolicyStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketPolicyStatusOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketPolicyStatusRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketPolicyStatusRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketPolicyStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketPolicyStatusRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketReplicationOutput extends js.Object {\n    var ReplicationConfiguration: js.UndefOr[ReplicationConfiguration]\n  }\n\n  object GetBucketReplicationOutput {\n    @inline\n    def apply(\n        ReplicationConfiguration: js.UndefOr[ReplicationConfiguration] = js.undefined\n    ): GetBucketReplicationOutput = {\n      val __obj = js.Dynamic.literal()\n      ReplicationConfiguration.foreach(__v => __obj.updateDynamic(\"ReplicationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketReplicationOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketReplicationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketReplicationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketReplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketReplicationRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketRequestPaymentOutput extends js.Object {\n    var Payer: js.UndefOr[Payer]\n  }\n\n  object GetBucketRequestPaymentOutput {\n    @inline\n    def apply(\n        Payer: js.UndefOr[Payer] = js.undefined\n    ): GetBucketRequestPaymentOutput = {\n      val __obj = js.Dynamic.literal()\n      Payer.foreach(__v => __obj.updateDynamic(\"Payer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketRequestPaymentOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketRequestPaymentRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketRequestPaymentRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketRequestPaymentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketRequestPaymentRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketTaggingOutput extends js.Object {\n    var TagSet: TagSet\n  }\n\n  object GetBucketTaggingOutput {\n    @inline\n    def apply(\n        TagSet: TagSet\n    ): GetBucketTaggingOutput = {\n      val __obj = js.Dynamic.literal(\n        \"TagSet\" -> TagSet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBucketTaggingOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketVersioningOutput extends js.Object {\n    var MFADelete: js.UndefOr[MFADeleteStatus]\n    var Status: js.UndefOr[BucketVersioningStatus]\n  }\n\n  object GetBucketVersioningOutput {\n    @inline\n    def apply(\n        MFADelete: js.UndefOr[MFADeleteStatus] = js.undefined,\n        Status: js.UndefOr[BucketVersioningStatus] = js.undefined\n    ): GetBucketVersioningOutput = {\n      val __obj = js.Dynamic.literal()\n      MFADelete.foreach(__v => __obj.updateDynamic(\"MFADelete\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketVersioningOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketVersioningRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketVersioningRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketVersioningRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketVersioningRequest]\n    }\n  }\n\n  @js.native\n  trait GetBucketWebsiteOutput extends js.Object {\n    var ErrorDocument: js.UndefOr[ErrorDocument]\n    var IndexDocument: js.UndefOr[IndexDocument]\n    var RedirectAllRequestsTo: js.UndefOr[RedirectAllRequestsTo]\n    var RoutingRules: js.UndefOr[RoutingRules]\n  }\n\n  object GetBucketWebsiteOutput {\n    @inline\n    def apply(\n        ErrorDocument: js.UndefOr[ErrorDocument] = js.undefined,\n        IndexDocument: js.UndefOr[IndexDocument] = js.undefined,\n        RedirectAllRequestsTo: js.UndefOr[RedirectAllRequestsTo] = js.undefined,\n        RoutingRules: js.UndefOr[RoutingRules] = js.undefined\n    ): GetBucketWebsiteOutput = {\n      val __obj = js.Dynamic.literal()\n      ErrorDocument.foreach(__v => __obj.updateDynamic(\"ErrorDocument\")(__v.asInstanceOf[js.Any]))\n      IndexDocument.foreach(__v => __obj.updateDynamic(\"IndexDocument\")(__v.asInstanceOf[js.Any]))\n      RedirectAllRequestsTo.foreach(__v => __obj.updateDynamic(\"RedirectAllRequestsTo\")(__v.asInstanceOf[js.Any]))\n      RoutingRules.foreach(__v => __obj.updateDynamic(\"RoutingRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketWebsiteOutput]\n    }\n  }\n\n  @js.native\n  trait GetBucketWebsiteRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetBucketWebsiteRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetBucketWebsiteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBucketWebsiteRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectAclOutput extends js.Object {\n    var Grants: js.UndefOr[Grants]\n    var Owner: js.UndefOr[Owner]\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object GetObjectAclOutput {\n    @inline\n    def apply(\n        Grants: js.UndefOr[Grants] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): GetObjectAclOutput = {\n      val __obj = js.Dynamic.literal()\n      Grants.foreach(__v => __obj.updateDynamic(\"Grants\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectAclOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectAclRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectAclRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectAclRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectAclRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectLegalHoldOutput extends js.Object {\n    var LegalHold: js.UndefOr[ObjectLockLegalHold]\n  }\n\n  object GetObjectLegalHoldOutput {\n    @inline\n    def apply(\n        LegalHold: js.UndefOr[ObjectLockLegalHold] = js.undefined\n    ): GetObjectLegalHoldOutput = {\n      val __obj = js.Dynamic.literal()\n      LegalHold.foreach(__v => __obj.updateDynamic(\"LegalHold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectLegalHoldOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectLegalHoldRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectLegalHoldRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectLegalHoldRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectLegalHoldRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectLockConfigurationOutput extends js.Object {\n    var ObjectLockConfiguration: js.UndefOr[ObjectLockConfiguration]\n  }\n\n  object GetObjectLockConfigurationOutput {\n    @inline\n    def apply(\n        ObjectLockConfiguration: js.UndefOr[ObjectLockConfiguration] = js.undefined\n    ): GetObjectLockConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      ObjectLockConfiguration.foreach(__v => __obj.updateDynamic(\"ObjectLockConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectLockConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectLockConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetObjectLockConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetObjectLockConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectLockConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectOutput extends js.Object {\n    var AcceptRanges: js.UndefOr[AcceptRanges]\n    var Body: js.UndefOr[Body]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentLength: js.UndefOr[ContentLength]\n    var ContentRange: js.UndefOr[ContentRange]\n    var ContentType: js.UndefOr[ContentType]\n    var DeleteMarker: js.UndefOr[DeleteMarker]\n    var ETag: js.UndefOr[ETag]\n    var Expiration: js.UndefOr[Expiration]\n    var Expires: js.UndefOr[Expires]\n    var LastModified: js.UndefOr[LastModified]\n    var Metadata: js.UndefOr[Metadata]\n    var MissingMeta: js.UndefOr[MissingMeta]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var PartsCount: js.UndefOr[PartsCount]\n    var ReplicationStatus: js.UndefOr[ReplicationStatus]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var Restore: js.UndefOr[Restore]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var TagCount: js.UndefOr[TagCount]\n    var VersionId: js.UndefOr[ObjectVersionId]\n    var WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation]\n  }\n\n  object GetObjectOutput {\n    @inline\n    def apply(\n        AcceptRanges: js.UndefOr[AcceptRanges] = js.undefined,\n        Body: js.UndefOr[Body] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentLength: js.UndefOr[ContentLength] = js.undefined,\n        ContentRange: js.UndefOr[ContentRange] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        DeleteMarker: js.UndefOr[DeleteMarker] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        MissingMeta: js.UndefOr[MissingMeta] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        PartsCount: js.UndefOr[PartsCount] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatus] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        Restore: js.UndefOr[Restore] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        TagCount: js.UndefOr[TagCount] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined,\n        WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation] = js.undefined\n    ): GetObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      AcceptRanges.foreach(__v => __obj.updateDynamic(\"AcceptRanges\")(__v.asInstanceOf[js.Any]))\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentRange.foreach(__v => __obj.updateDynamic(\"ContentRange\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      DeleteMarker.foreach(__v => __obj.updateDynamic(\"DeleteMarker\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      MissingMeta.foreach(__v => __obj.updateDynamic(\"MissingMeta\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      PartsCount.foreach(__v => __obj.updateDynamic(\"PartsCount\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      Restore.foreach(__v => __obj.updateDynamic(\"Restore\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      TagCount.foreach(__v => __obj.updateDynamic(\"TagCount\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      WebsiteRedirectLocation.foreach(__v => __obj.updateDynamic(\"WebsiteRedirectLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var IfMatch: js.UndefOr[IfMatch]\n    var IfModifiedSince: js.UndefOr[IfModifiedSince]\n    var IfNoneMatch: js.UndefOr[IfNoneMatch]\n    var IfUnmodifiedSince: js.UndefOr[IfUnmodifiedSince]\n    var PartNumber: js.UndefOr[PartNumber]\n    var Range: js.UndefOr[Range]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var ResponseCacheControl: js.UndefOr[ResponseCacheControl]\n    var ResponseContentDisposition: js.UndefOr[ResponseContentDisposition]\n    var ResponseContentEncoding: js.UndefOr[ResponseContentEncoding]\n    var ResponseContentLanguage: js.UndefOr[ResponseContentLanguage]\n    var ResponseContentType: js.UndefOr[ResponseContentType]\n    var ResponseExpires: js.UndefOr[ResponseExpires]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        IfMatch: js.UndefOr[IfMatch] = js.undefined,\n        IfModifiedSince: js.UndefOr[IfModifiedSince] = js.undefined,\n        IfNoneMatch: js.UndefOr[IfNoneMatch] = js.undefined,\n        IfUnmodifiedSince: js.UndefOr[IfUnmodifiedSince] = js.undefined,\n        PartNumber: js.UndefOr[PartNumber] = js.undefined,\n        Range: js.UndefOr[Range] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        ResponseCacheControl: js.UndefOr[ResponseCacheControl] = js.undefined,\n        ResponseContentDisposition: js.UndefOr[ResponseContentDisposition] = js.undefined,\n        ResponseContentEncoding: js.UndefOr[ResponseContentEncoding] = js.undefined,\n        ResponseContentLanguage: js.UndefOr[ResponseContentLanguage] = js.undefined,\n        ResponseContentType: js.UndefOr[ResponseContentType] = js.undefined,\n        ResponseExpires: js.UndefOr[ResponseExpires] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      IfModifiedSince.foreach(__v => __obj.updateDynamic(\"IfModifiedSince\")(__v.asInstanceOf[js.Any]))\n      IfNoneMatch.foreach(__v => __obj.updateDynamic(\"IfNoneMatch\")(__v.asInstanceOf[js.Any]))\n      IfUnmodifiedSince.foreach(__v => __obj.updateDynamic(\"IfUnmodifiedSince\")(__v.asInstanceOf[js.Any]))\n      PartNumber.foreach(__v => __obj.updateDynamic(\"PartNumber\")(__v.asInstanceOf[js.Any]))\n      Range.foreach(__v => __obj.updateDynamic(\"Range\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      ResponseCacheControl.foreach(__v => __obj.updateDynamic(\"ResponseCacheControl\")(__v.asInstanceOf[js.Any]))\n      ResponseContentDisposition.foreach(__v => __obj.updateDynamic(\"ResponseContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ResponseContentEncoding.foreach(__v => __obj.updateDynamic(\"ResponseContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ResponseContentLanguage.foreach(__v => __obj.updateDynamic(\"ResponseContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ResponseContentType.foreach(__v => __obj.updateDynamic(\"ResponseContentType\")(__v.asInstanceOf[js.Any]))\n      ResponseExpires.foreach(__v => __obj.updateDynamic(\"ResponseExpires\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectRetentionOutput extends js.Object {\n    var Retention: js.UndefOr[ObjectLockRetention]\n  }\n\n  object GetObjectRetentionOutput {\n    @inline\n    def apply(\n        Retention: js.UndefOr[ObjectLockRetention] = js.undefined\n    ): GetObjectRetentionOutput = {\n      val __obj = js.Dynamic.literal()\n      Retention.foreach(__v => __obj.updateDynamic(\"Retention\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectRetentionOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectRetentionRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectRetentionRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectRetentionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectRetentionRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectTaggingOutput extends js.Object {\n    var TagSet: TagSet\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectTaggingOutput {\n    @inline\n    def apply(\n        TagSet: TagSet,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectTaggingOutput = {\n      val __obj = js.Dynamic.literal(\n        \"TagSet\" -> TagSet.asInstanceOf[js.Any]\n      )\n\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectTaggingOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object GetObjectTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): GetObjectTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait GetObjectTorrentOutput extends js.Object {\n    var Body: js.UndefOr[Body]\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object GetObjectTorrentOutput {\n    @inline\n    def apply(\n        Body: js.UndefOr[Body] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): GetObjectTorrentOutput = {\n      val __obj = js.Dynamic.literal()\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectTorrentOutput]\n    }\n  }\n\n  @js.native\n  trait GetObjectTorrentRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object GetObjectTorrentRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): GetObjectTorrentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetObjectTorrentRequest]\n    }\n  }\n\n  @js.native\n  trait GetPublicAccessBlockOutput extends js.Object {\n    var PublicAccessBlockConfiguration: js.UndefOr[PublicAccessBlockConfiguration]\n  }\n\n  object GetPublicAccessBlockOutput {\n    @inline\n    def apply(\n        PublicAccessBlockConfiguration: js.UndefOr[PublicAccessBlockConfiguration] = js.undefined\n    ): GetPublicAccessBlockOutput = {\n      val __obj = js.Dynamic.literal()\n      PublicAccessBlockConfiguration.foreach(__v => __obj.updateDynamic(\"PublicAccessBlockConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPublicAccessBlockOutput]\n    }\n  }\n\n  @js.native\n  trait GetPublicAccessBlockRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object GetPublicAccessBlockRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetPublicAccessBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPublicAccessBlockRequest]\n    }\n  }\n\n  \/** Container for S3 Glacier job parameters.\n    *\/\n  @js.native\n  trait GlacierJobParameters extends js.Object {\n    var Tier: Tier\n  }\n\n  object GlacierJobParameters {\n    @inline\n    def apply(\n        Tier: Tier\n    ): GlacierJobParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Tier\" -> Tier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GlacierJobParameters]\n    }\n  }\n\n  \/** Container for grant information.\n    *\/\n  @js.native\n  trait Grant extends js.Object {\n    var Grantee: js.UndefOr[Grantee]\n    var Permission: js.UndefOr[Permission]\n  }\n\n  object Grant {\n    @inline\n    def apply(\n        Grantee: js.UndefOr[Grantee] = js.undefined,\n        Permission: js.UndefOr[Permission] = js.undefined\n    ): Grant = {\n      val __obj = js.Dynamic.literal()\n      Grantee.foreach(__v => __obj.updateDynamic(\"Grantee\")(__v.asInstanceOf[js.Any]))\n      Permission.foreach(__v => __obj.updateDynamic(\"Permission\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Grant]\n    }\n  }\n\n  \/** Container for the person being granted permissions.\n    *\/\n  @js.native\n  trait Grantee extends js.Object {\n    var Type: Type\n    var DisplayName: js.UndefOr[DisplayName]\n    var EmailAddress: js.UndefOr[EmailAddress]\n    var ID: js.UndefOr[ID]\n    var URI: js.UndefOr[URI]\n  }\n\n  object Grantee {\n    @inline\n    def apply(\n        Type: Type,\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        EmailAddress: js.UndefOr[EmailAddress] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined,\n        URI: js.UndefOr[URI] = js.undefined\n    ): Grantee = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      EmailAddress.foreach(__v => __obj.updateDynamic(\"EmailAddress\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      URI.foreach(__v => __obj.updateDynamic(\"URI\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Grantee]\n    }\n  }\n\n  @js.native\n  trait HeadBucketRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object HeadBucketRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): HeadBucketRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HeadBucketRequest]\n    }\n  }\n\n  @js.native\n  trait HeadObjectOutput extends js.Object {\n    var AcceptRanges: js.UndefOr[AcceptRanges]\n    var ArchiveStatus: js.UndefOr[ArchiveStatus]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentLength: js.UndefOr[ContentLength]\n    var ContentType: js.UndefOr[ContentType]\n    var DeleteMarker: js.UndefOr[DeleteMarker]\n    var ETag: js.UndefOr[ETag]\n    var Expiration: js.UndefOr[Expiration]\n    var Expires: js.UndefOr[Expires]\n    var LastModified: js.UndefOr[LastModified]\n    var Metadata: js.UndefOr[Metadata]\n    var MissingMeta: js.UndefOr[MissingMeta]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var PartsCount: js.UndefOr[PartsCount]\n    var ReplicationStatus: js.UndefOr[ReplicationStatus]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var Restore: js.UndefOr[Restore]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var VersionId: js.UndefOr[ObjectVersionId]\n    var WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation]\n  }\n\n  object HeadObjectOutput {\n    @inline\n    def apply(\n        AcceptRanges: js.UndefOr[AcceptRanges] = js.undefined,\n        ArchiveStatus: js.UndefOr[ArchiveStatus] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentLength: js.UndefOr[ContentLength] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        DeleteMarker: js.UndefOr[DeleteMarker] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        MissingMeta: js.UndefOr[MissingMeta] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        PartsCount: js.UndefOr[PartsCount] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatus] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        Restore: js.UndefOr[Restore] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined,\n        WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation] = js.undefined\n    ): HeadObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      AcceptRanges.foreach(__v => __obj.updateDynamic(\"AcceptRanges\")(__v.asInstanceOf[js.Any]))\n      ArchiveStatus.foreach(__v => __obj.updateDynamic(\"ArchiveStatus\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      DeleteMarker.foreach(__v => __obj.updateDynamic(\"DeleteMarker\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      MissingMeta.foreach(__v => __obj.updateDynamic(\"MissingMeta\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      PartsCount.foreach(__v => __obj.updateDynamic(\"PartsCount\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      Restore.foreach(__v => __obj.updateDynamic(\"Restore\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      WebsiteRedirectLocation.foreach(__v => __obj.updateDynamic(\"WebsiteRedirectLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HeadObjectOutput]\n    }\n  }\n\n  @js.native\n  trait HeadObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var IfMatch: js.UndefOr[IfMatch]\n    var IfModifiedSince: js.UndefOr[IfModifiedSince]\n    var IfNoneMatch: js.UndefOr[IfNoneMatch]\n    var IfUnmodifiedSince: js.UndefOr[IfUnmodifiedSince]\n    var PartNumber: js.UndefOr[PartNumber]\n    var Range: js.UndefOr[Range]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object HeadObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        IfMatch: js.UndefOr[IfMatch] = js.undefined,\n        IfModifiedSince: js.UndefOr[IfModifiedSince] = js.undefined,\n        IfNoneMatch: js.UndefOr[IfNoneMatch] = js.undefined,\n        IfUnmodifiedSince: js.UndefOr[IfUnmodifiedSince] = js.undefined,\n        PartNumber: js.UndefOr[PartNumber] = js.undefined,\n        Range: js.UndefOr[Range] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): HeadObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      IfModifiedSince.foreach(__v => __obj.updateDynamic(\"IfModifiedSince\")(__v.asInstanceOf[js.Any]))\n      IfNoneMatch.foreach(__v => __obj.updateDynamic(\"IfNoneMatch\")(__v.asInstanceOf[js.Any]))\n      IfUnmodifiedSince.foreach(__v => __obj.updateDynamic(\"IfUnmodifiedSince\")(__v.asInstanceOf[js.Any]))\n      PartNumber.foreach(__v => __obj.updateDynamic(\"PartNumber\")(__v.asInstanceOf[js.Any]))\n      Range.foreach(__v => __obj.updateDynamic(\"Range\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HeadObjectRequest]\n    }\n  }\n\n  \/** Container for the <code>Suffix<\/code> element.\n    *\/\n  @js.native\n  trait IndexDocument extends js.Object {\n    var Suffix: Suffix\n  }\n\n  object IndexDocument {\n    @inline\n    def apply(\n        Suffix: Suffix\n    ): IndexDocument = {\n      val __obj = js.Dynamic.literal(\n        \"Suffix\" -> Suffix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IndexDocument]\n    }\n  }\n\n  \/** Container element that identifies who initiated the multipart upload.\n    *\/\n  @js.native\n  trait Initiator extends js.Object {\n    var DisplayName: js.UndefOr[DisplayName]\n    var ID: js.UndefOr[ID]\n  }\n\n  object Initiator {\n    @inline\n    def apply(\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined\n    ): Initiator = {\n      val __obj = js.Dynamic.literal()\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Initiator]\n    }\n  }\n\n  \/** Describes the serialization format of the object.\n    *\/\n  @js.native\n  trait InputSerialization extends js.Object {\n    var CSV: js.UndefOr[CSVInput]\n    var CompressionType: js.UndefOr[CompressionType]\n    var JSON: js.UndefOr[JSONInput]\n    var Parquet: js.UndefOr[ParquetInput]\n  }\n\n  object InputSerialization {\n    @inline\n    def apply(\n        CSV: js.UndefOr[CSVInput] = js.undefined,\n        CompressionType: js.UndefOr[CompressionType] = js.undefined,\n        JSON: js.UndefOr[JSONInput] = js.undefined,\n        Parquet: js.UndefOr[ParquetInput] = js.undefined\n    ): InputSerialization = {\n      val __obj = js.Dynamic.literal()\n      CSV.foreach(__v => __obj.updateDynamic(\"CSV\")(__v.asInstanceOf[js.Any]))\n      CompressionType.foreach(__v => __obj.updateDynamic(\"CompressionType\")(__v.asInstanceOf[js.Any]))\n      JSON.foreach(__v => __obj.updateDynamic(\"JSON\")(__v.asInstanceOf[js.Any]))\n      Parquet.foreach(__v => __obj.updateDynamic(\"Parquet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSerialization]\n    }\n  }\n\n  @js.native\n  sealed trait IntelligentTieringAccessTier extends js.Any\n  object IntelligentTieringAccessTier {\n    val ARCHIVE_ACCESS = \"ARCHIVE_ACCESS\".asInstanceOf[IntelligentTieringAccessTier]\n    val DEEP_ARCHIVE_ACCESS = \"DEEP_ARCHIVE_ACCESS\".asInstanceOf[IntelligentTieringAccessTier]\n\n    @inline def values = js.Array(ARCHIVE_ACCESS, DEEP_ARCHIVE_ACCESS)\n  }\n\n  \/** A container for specifying S3 Intelligent-Tiering filters. The filters determine the subset of objects to which the rule applies.\n    *\/\n  @js.native\n  trait IntelligentTieringAndOperator extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n    var Tags: js.UndefOr[TagSet]\n  }\n\n  object IntelligentTieringAndOperator {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tags: js.UndefOr[TagSet] = js.undefined\n    ): IntelligentTieringAndOperator = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntelligentTieringAndOperator]\n    }\n  }\n\n  \/** Specifies the S3 Intelligent-Tiering configuration for an Amazon S3 bucket. For information about the S3 Intelligent-Tiering storage class, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/storage-class-intro.html#sc-dynamic-data-access|Storage class for automatically optimizing frequently and infrequently accessed objects]].\n    *\/\n  @js.native\n  trait IntelligentTieringConfiguration extends js.Object {\n    var Id: IntelligentTieringId\n    var Status: IntelligentTieringStatus\n    var Tierings: TieringList\n    var Filter: js.UndefOr[IntelligentTieringFilter]\n  }\n\n  object IntelligentTieringConfiguration {\n    @inline\n    def apply(\n        Id: IntelligentTieringId,\n        Status: IntelligentTieringStatus,\n        Tierings: TieringList,\n        Filter: js.UndefOr[IntelligentTieringFilter] = js.undefined\n    ): IntelligentTieringConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"Tierings\" -> Tierings.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntelligentTieringConfiguration]\n    }\n  }\n\n  \/** The <code>Filter<\/code> is used to identify objects that the S3 Intelligent-Tiering configuration applies to.\n    *\/\n  @js.native\n  trait IntelligentTieringFilter extends js.Object {\n    var And: js.UndefOr[IntelligentTieringAndOperator]\n    var Prefix: js.UndefOr[Prefix]\n    var Tag: js.UndefOr[Tag]\n  }\n\n  object IntelligentTieringFilter {\n    @inline\n    def apply(\n        And: js.UndefOr[IntelligentTieringAndOperator] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tag: js.UndefOr[Tag] = js.undefined\n    ): IntelligentTieringFilter = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntelligentTieringFilter]\n    }\n  }\n\n  @js.native\n  sealed trait IntelligentTieringStatus extends js.Any\n  object IntelligentTieringStatus {\n    val Enabled = \"Enabled\".asInstanceOf[IntelligentTieringStatus]\n    val Disabled = \"Disabled\".asInstanceOf[IntelligentTieringStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** Specifies the inventory configuration for an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketGETInventoryConfig.html|GET Bucket inventory]] in the <i>Amazon Simple Storage Service API Reference<\/i>.\n    *\/\n  @js.native\n  trait InventoryConfiguration extends js.Object {\n    var Destination: InventoryDestination\n    var Id: InventoryId\n    var IncludedObjectVersions: InventoryIncludedObjectVersions\n    var IsEnabled: IsEnabled\n    var Schedule: InventorySchedule\n    var Filter: js.UndefOr[InventoryFilter]\n    var OptionalFields: js.UndefOr[InventoryOptionalFields]\n  }\n\n  object InventoryConfiguration {\n    @inline\n    def apply(\n        Destination: InventoryDestination,\n        Id: InventoryId,\n        IncludedObjectVersions: InventoryIncludedObjectVersions,\n        IsEnabled: IsEnabled,\n        Schedule: InventorySchedule,\n        Filter: js.UndefOr[InventoryFilter] = js.undefined,\n        OptionalFields: js.UndefOr[InventoryOptionalFields] = js.undefined\n    ): InventoryConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"IncludedObjectVersions\" -> IncludedObjectVersions.asInstanceOf[js.Any],\n        \"IsEnabled\" -> IsEnabled.asInstanceOf[js.Any],\n        \"Schedule\" -> Schedule.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      OptionalFields.foreach(__v => __obj.updateDynamic(\"OptionalFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryConfiguration]\n    }\n  }\n\n  \/** Specifies the inventory configuration for an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait InventoryDestination extends js.Object {\n    var S3BucketDestination: InventoryS3BucketDestination\n  }\n\n  object InventoryDestination {\n    @inline\n    def apply(\n        S3BucketDestination: InventoryS3BucketDestination\n    ): InventoryDestination = {\n      val __obj = js.Dynamic.literal(\n        \"S3BucketDestination\" -> S3BucketDestination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InventoryDestination]\n    }\n  }\n\n  \/** Contains the type of server-side encryption used to encrypt the inventory results.\n    *\/\n  @js.native\n  trait InventoryEncryption extends js.Object {\n    var SSEKMS: js.UndefOr[SSEKMS]\n    var SSES3: js.UndefOr[SSES3]\n  }\n\n  object InventoryEncryption {\n    @inline\n    def apply(\n        SSEKMS: js.UndefOr[SSEKMS] = js.undefined,\n        SSES3: js.UndefOr[SSES3] = js.undefined\n    ): InventoryEncryption = {\n      val __obj = js.Dynamic.literal()\n      SSEKMS.foreach(__v => __obj.updateDynamic(\"SSEKMS\")(__v.asInstanceOf[js.Any]))\n      SSES3.foreach(__v => __obj.updateDynamic(\"SSES3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryEncryption]\n    }\n  }\n\n  \/** Specifies an inventory filter. The inventory only includes objects that meet the filter's criteria.\n    *\/\n  @js.native\n  trait InventoryFilter extends js.Object {\n    var Prefix: Prefix\n  }\n\n  object InventoryFilter {\n    @inline\n    def apply(\n        Prefix: Prefix\n    ): InventoryFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InventoryFilter]\n    }\n  }\n\n  @js.native\n  sealed trait InventoryFormat extends js.Any\n  object InventoryFormat {\n    val CSV = \"CSV\".asInstanceOf[InventoryFormat]\n    val ORC = \"ORC\".asInstanceOf[InventoryFormat]\n    val Parquet = \"Parquet\".asInstanceOf[InventoryFormat]\n\n    @inline def values = js.Array(CSV, ORC, Parquet)\n  }\n\n  @js.native\n  sealed trait InventoryFrequency extends js.Any\n  object InventoryFrequency {\n    val Daily = \"Daily\".asInstanceOf[InventoryFrequency]\n    val Weekly = \"Weekly\".asInstanceOf[InventoryFrequency]\n\n    @inline def values = js.Array(Daily, Weekly)\n  }\n\n  @js.native\n  sealed trait InventoryIncludedObjectVersions extends js.Any\n  object InventoryIncludedObjectVersions {\n    val All = \"All\".asInstanceOf[InventoryIncludedObjectVersions]\n    val Current = \"Current\".asInstanceOf[InventoryIncludedObjectVersions]\n\n    @inline def values = js.Array(All, Current)\n  }\n\n  @js.native\n  sealed trait InventoryOptionalField extends js.Any\n  object InventoryOptionalField {\n    val Size = \"Size\".asInstanceOf[InventoryOptionalField]\n    val LastModifiedDate = \"LastModifiedDate\".asInstanceOf[InventoryOptionalField]\n    val StorageClass = \"StorageClass\".asInstanceOf[InventoryOptionalField]\n    val ETag = \"ETag\".asInstanceOf[InventoryOptionalField]\n    val IsMultipartUploaded = \"IsMultipartUploaded\".asInstanceOf[InventoryOptionalField]\n    val ReplicationStatus = \"ReplicationStatus\".asInstanceOf[InventoryOptionalField]\n    val EncryptionStatus = \"EncryptionStatus\".asInstanceOf[InventoryOptionalField]\n    val ObjectLockRetainUntilDate = \"ObjectLockRetainUntilDate\".asInstanceOf[InventoryOptionalField]\n    val ObjectLockMode = \"ObjectLockMode\".asInstanceOf[InventoryOptionalField]\n    val ObjectLockLegalHoldStatus = \"ObjectLockLegalHoldStatus\".asInstanceOf[InventoryOptionalField]\n    val IntelligentTieringAccessTier = \"IntelligentTieringAccessTier\".asInstanceOf[InventoryOptionalField]\n\n    @inline def values = js.Array(\n      Size,\n      LastModifiedDate,\n      StorageClass,\n      ETag,\n      IsMultipartUploaded,\n      ReplicationStatus,\n      EncryptionStatus,\n      ObjectLockRetainUntilDate,\n      ObjectLockMode,\n      ObjectLockLegalHoldStatus,\n      IntelligentTieringAccessTier\n    )\n  }\n\n  \/** Contains the bucket name, file format, bucket owner (optional), and prefix (optional) where inventory results are published.\n    *\/\n  @js.native\n  trait InventoryS3BucketDestination extends js.Object {\n    var Bucket: BucketName\n    var Format: InventoryFormat\n    var AccountId: js.UndefOr[AccountId]\n    var Encryption: js.UndefOr[InventoryEncryption]\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object InventoryS3BucketDestination {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Format: InventoryFormat,\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        Encryption: js.UndefOr[InventoryEncryption] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): InventoryS3BucketDestination = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Format\" -> Format.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryS3BucketDestination]\n    }\n  }\n\n  \/** Specifies the schedule for generating inventory results.\n    *\/\n  @js.native\n  trait InventorySchedule extends js.Object {\n    var Frequency: InventoryFrequency\n  }\n\n  object InventorySchedule {\n    @inline\n    def apply(\n        Frequency: InventoryFrequency\n    ): InventorySchedule = {\n      val __obj = js.Dynamic.literal(\n        \"Frequency\" -> Frequency.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InventorySchedule]\n    }\n  }\n\n  \/** Specifies JSON as object's input serialization format.\n    *\/\n  @js.native\n  trait JSONInput extends js.Object {\n    var Type: js.UndefOr[JSONType]\n  }\n\n  object JSONInput {\n    @inline\n    def apply(\n        Type: js.UndefOr[JSONType] = js.undefined\n    ): JSONInput = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JSONInput]\n    }\n  }\n\n  \/** Specifies JSON as request's output serialization format.\n    *\/\n  @js.native\n  trait JSONOutput extends js.Object {\n    var RecordDelimiter: js.UndefOr[RecordDelimiter]\n  }\n\n  object JSONOutput {\n    @inline\n    def apply(\n        RecordDelimiter: js.UndefOr[RecordDelimiter] = js.undefined\n    ): JSONOutput = {\n      val __obj = js.Dynamic.literal()\n      RecordDelimiter.foreach(__v => __obj.updateDynamic(\"RecordDelimiter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JSONOutput]\n    }\n  }\n\n  @js.native\n  sealed trait JSONType extends js.Any\n  object JSONType {\n    val DOCUMENT = \"DOCUMENT\".asInstanceOf[JSONType]\n    val LINES = \"LINES\".asInstanceOf[JSONType]\n\n    @inline def values = js.Array(DOCUMENT, LINES)\n  }\n\n  \/** A container for specifying the configuration for AWS Lambda notifications.\n    *\/\n  @js.native\n  trait LambdaFunctionConfiguration extends js.Object {\n    var Events: EventList\n    var LambdaFunctionArn: LambdaFunctionArn\n    var Filter: js.UndefOr[NotificationConfigurationFilter]\n    var Id: js.UndefOr[NotificationId]\n  }\n\n  object LambdaFunctionConfiguration {\n    @inline\n    def apply(\n        Events: EventList,\n        LambdaFunctionArn: LambdaFunctionArn,\n        Filter: js.UndefOr[NotificationConfigurationFilter] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined\n    ): LambdaFunctionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Events\" -> Events.asInstanceOf[js.Any],\n        \"LambdaFunctionArn\" -> LambdaFunctionArn.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaFunctionConfiguration]\n    }\n  }\n\n  \/** Container for lifecycle rules. You can add as many as 1000 rules.\n    *\/\n  @js.native\n  trait LifecycleConfiguration extends js.Object {\n    var Rules: Rules\n  }\n\n  object LifecycleConfiguration {\n    @inline\n    def apply(\n        Rules: Rules\n    ): LifecycleConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LifecycleConfiguration]\n    }\n  }\n\n  \/** Container for the expiration for the lifecycle of the object.\n    *\/\n  @js.native\n  trait LifecycleExpiration extends js.Object {\n    var Date: js.UndefOr[Date]\n    var Days: js.UndefOr[Days]\n    var ExpiredObjectDeleteMarker: js.UndefOr[ExpiredObjectDeleteMarker]\n  }\n\n  object LifecycleExpiration {\n    @inline\n    def apply(\n        Date: js.UndefOr[Date] = js.undefined,\n        Days: js.UndefOr[Days] = js.undefined,\n        ExpiredObjectDeleteMarker: js.UndefOr[ExpiredObjectDeleteMarker] = js.undefined\n    ): LifecycleExpiration = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      Days.foreach(__v => __obj.updateDynamic(\"Days\")(__v.asInstanceOf[js.Any]))\n      ExpiredObjectDeleteMarker.foreach(__v => __obj.updateDynamic(\"ExpiredObjectDeleteMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleExpiration]\n    }\n  }\n\n  \/** A lifecycle rule for individual objects in an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait LifecycleRule extends js.Object {\n    var Status: ExpirationStatus\n    var AbortIncompleteMultipartUpload: js.UndefOr[AbortIncompleteMultipartUpload]\n    var Expiration: js.UndefOr[LifecycleExpiration]\n    var Filter: js.UndefOr[LifecycleRuleFilter]\n    var ID: js.UndefOr[ID]\n    var NoncurrentVersionExpiration: js.UndefOr[NoncurrentVersionExpiration]\n    var NoncurrentVersionTransitions: js.UndefOr[NoncurrentVersionTransitionList]\n    var Prefix: js.UndefOr[Prefix]\n    var Transitions: js.UndefOr[TransitionList]\n  }\n\n  object LifecycleRule {\n    @inline\n    def apply(\n        Status: ExpirationStatus,\n        AbortIncompleteMultipartUpload: js.UndefOr[AbortIncompleteMultipartUpload] = js.undefined,\n        Expiration: js.UndefOr[LifecycleExpiration] = js.undefined,\n        Filter: js.UndefOr[LifecycleRuleFilter] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined,\n        NoncurrentVersionExpiration: js.UndefOr[NoncurrentVersionExpiration] = js.undefined,\n        NoncurrentVersionTransitions: js.UndefOr[NoncurrentVersionTransitionList] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Transitions: js.UndefOr[TransitionList] = js.undefined\n    ): LifecycleRule = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      AbortIncompleteMultipartUpload.foreach(__v => __obj.updateDynamic(\"AbortIncompleteMultipartUpload\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      NoncurrentVersionExpiration.foreach(__v => __obj.updateDynamic(\"NoncurrentVersionExpiration\")(__v.asInstanceOf[js.Any]))\n      NoncurrentVersionTransitions.foreach(__v => __obj.updateDynamic(\"NoncurrentVersionTransitions\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Transitions.foreach(__v => __obj.updateDynamic(\"Transitions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleRule]\n    }\n  }\n\n  \/** This is used in a Lifecycle Rule Filter to apply a logical AND to two or more predicates. The Lifecycle Rule will apply to any object matching all of the predicates configured inside the And operator.\n    *\/\n  @js.native\n  trait LifecycleRuleAndOperator extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n    var Tags: js.UndefOr[TagSet]\n  }\n\n  object LifecycleRuleAndOperator {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tags: js.UndefOr[TagSet] = js.undefined\n    ): LifecycleRuleAndOperator = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleRuleAndOperator]\n    }\n  }\n\n  \/** The <code>Filter<\/code> is used to identify objects that a Lifecycle Rule applies to. A <code>Filter<\/code> must have exactly one of <code>Prefix<\/code>, <code>Tag<\/code>, or <code>And<\/code> specified.\n    *\/\n  @js.native\n  trait LifecycleRuleFilter extends js.Object {\n    var And: js.UndefOr[LifecycleRuleAndOperator]\n    var Prefix: js.UndefOr[Prefix]\n    var Tag: js.UndefOr[Tag]\n  }\n\n  object LifecycleRuleFilter {\n    @inline\n    def apply(\n        And: js.UndefOr[LifecycleRuleAndOperator] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tag: js.UndefOr[Tag] = js.undefined\n    ): LifecycleRuleFilter = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleRuleFilter]\n    }\n  }\n\n  @js.native\n  trait ListBucketAnalyticsConfigurationsOutput extends js.Object {\n    var AnalyticsConfigurationList: js.UndefOr[AnalyticsConfigurationList]\n    var ContinuationToken: js.UndefOr[Token]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var NextContinuationToken: js.UndefOr[NextToken]\n  }\n\n  object ListBucketAnalyticsConfigurationsOutput {\n    @inline\n    def apply(\n        AnalyticsConfigurationList: js.UndefOr[AnalyticsConfigurationList] = js.undefined,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        NextContinuationToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBucketAnalyticsConfigurationsOutput = {\n      val __obj = js.Dynamic.literal()\n      AnalyticsConfigurationList.foreach(__v => __obj.updateDynamic(\"AnalyticsConfigurationList\")(__v.asInstanceOf[js.Any]))\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      NextContinuationToken.foreach(__v => __obj.updateDynamic(\"NextContinuationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketAnalyticsConfigurationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListBucketAnalyticsConfigurationsRequest extends js.Object {\n    var Bucket: BucketName\n    var ContinuationToken: js.UndefOr[Token]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object ListBucketAnalyticsConfigurationsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): ListBucketAnalyticsConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketAnalyticsConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBucketIntelligentTieringConfigurationsOutput extends js.Object {\n    var ContinuationToken: js.UndefOr[Token]\n    var IntelligentTieringConfigurationList: js.UndefOr[IntelligentTieringConfigurationList]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var NextContinuationToken: js.UndefOr[NextToken]\n  }\n\n  object ListBucketIntelligentTieringConfigurationsOutput {\n    @inline\n    def apply(\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        IntelligentTieringConfigurationList: js.UndefOr[IntelligentTieringConfigurationList] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        NextContinuationToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBucketIntelligentTieringConfigurationsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      IntelligentTieringConfigurationList.foreach(__v => __obj.updateDynamic(\"IntelligentTieringConfigurationList\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      NextContinuationToken.foreach(__v => __obj.updateDynamic(\"NextContinuationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketIntelligentTieringConfigurationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListBucketIntelligentTieringConfigurationsRequest extends js.Object {\n    var Bucket: BucketName\n    var ContinuationToken: js.UndefOr[Token]\n  }\n\n  object ListBucketIntelligentTieringConfigurationsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContinuationToken: js.UndefOr[Token] = js.undefined\n    ): ListBucketIntelligentTieringConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketIntelligentTieringConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBucketInventoryConfigurationsOutput extends js.Object {\n    var ContinuationToken: js.UndefOr[Token]\n    var InventoryConfigurationList: js.UndefOr[InventoryConfigurationList]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var NextContinuationToken: js.UndefOr[NextToken]\n  }\n\n  object ListBucketInventoryConfigurationsOutput {\n    @inline\n    def apply(\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        InventoryConfigurationList: js.UndefOr[InventoryConfigurationList] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        NextContinuationToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBucketInventoryConfigurationsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      InventoryConfigurationList.foreach(__v => __obj.updateDynamic(\"InventoryConfigurationList\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      NextContinuationToken.foreach(__v => __obj.updateDynamic(\"NextContinuationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketInventoryConfigurationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListBucketInventoryConfigurationsRequest extends js.Object {\n    var Bucket: BucketName\n    var ContinuationToken: js.UndefOr[Token]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object ListBucketInventoryConfigurationsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): ListBucketInventoryConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketInventoryConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBucketMetricsConfigurationsOutput extends js.Object {\n    var ContinuationToken: js.UndefOr[Token]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var MetricsConfigurationList: js.UndefOr[MetricsConfigurationList]\n    var NextContinuationToken: js.UndefOr[NextToken]\n  }\n\n  object ListBucketMetricsConfigurationsOutput {\n    @inline\n    def apply(\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        MetricsConfigurationList: js.UndefOr[MetricsConfigurationList] = js.undefined,\n        NextContinuationToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBucketMetricsConfigurationsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      MetricsConfigurationList.foreach(__v => __obj.updateDynamic(\"MetricsConfigurationList\")(__v.asInstanceOf[js.Any]))\n      NextContinuationToken.foreach(__v => __obj.updateDynamic(\"NextContinuationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketMetricsConfigurationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListBucketMetricsConfigurationsRequest extends js.Object {\n    var Bucket: BucketName\n    var ContinuationToken: js.UndefOr[Token]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object ListBucketMetricsConfigurationsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): ListBucketMetricsConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketMetricsConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBucketsOutput extends js.Object {\n    var Buckets: js.UndefOr[Buckets]\n    var Owner: js.UndefOr[Owner]\n  }\n\n  object ListBucketsOutput {\n    @inline\n    def apply(\n        Buckets: js.UndefOr[Buckets] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined\n    ): ListBucketsOutput = {\n      val __obj = js.Dynamic.literal()\n      Buckets.foreach(__v => __obj.updateDynamic(\"Buckets\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBucketsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMultipartUploadsOutput extends js.Object {\n    var Bucket: js.UndefOr[BucketName]\n    var CommonPrefixes: js.UndefOr[CommonPrefixList]\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var KeyMarker: js.UndefOr[KeyMarker]\n    var MaxUploads: js.UndefOr[MaxUploads]\n    var NextKeyMarker: js.UndefOr[NextKeyMarker]\n    var NextUploadIdMarker: js.UndefOr[NextUploadIdMarker]\n    var Prefix: js.UndefOr[Prefix]\n    var UploadIdMarker: js.UndefOr[UploadIdMarker]\n    var Uploads: js.UndefOr[MultipartUploadList]\n  }\n\n  object ListMultipartUploadsOutput {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[BucketName] = js.undefined,\n        CommonPrefixes: js.UndefOr[CommonPrefixList] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        KeyMarker: js.UndefOr[KeyMarker] = js.undefined,\n        MaxUploads: js.UndefOr[MaxUploads] = js.undefined,\n        NextKeyMarker: js.UndefOr[NextKeyMarker] = js.undefined,\n        NextUploadIdMarker: js.UndefOr[NextUploadIdMarker] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        UploadIdMarker: js.UndefOr[UploadIdMarker] = js.undefined,\n        Uploads: js.UndefOr[MultipartUploadList] = js.undefined\n    ): ListMultipartUploadsOutput = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      CommonPrefixes.foreach(__v => __obj.updateDynamic(\"CommonPrefixes\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      KeyMarker.foreach(__v => __obj.updateDynamic(\"KeyMarker\")(__v.asInstanceOf[js.Any]))\n      MaxUploads.foreach(__v => __obj.updateDynamic(\"MaxUploads\")(__v.asInstanceOf[js.Any]))\n      NextKeyMarker.foreach(__v => __obj.updateDynamic(\"NextKeyMarker\")(__v.asInstanceOf[js.Any]))\n      NextUploadIdMarker.foreach(__v => __obj.updateDynamic(\"NextUploadIdMarker\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      UploadIdMarker.foreach(__v => __obj.updateDynamic(\"UploadIdMarker\")(__v.asInstanceOf[js.Any]))\n      Uploads.foreach(__v => __obj.updateDynamic(\"Uploads\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultipartUploadsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMultipartUploadsRequest extends js.Object {\n    var Bucket: BucketName\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var KeyMarker: js.UndefOr[KeyMarker]\n    var MaxUploads: js.UndefOr[MaxUploads]\n    var Prefix: js.UndefOr[Prefix]\n    var UploadIdMarker: js.UndefOr[UploadIdMarker]\n  }\n\n  object ListMultipartUploadsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        KeyMarker: js.UndefOr[KeyMarker] = js.undefined,\n        MaxUploads: js.UndefOr[MaxUploads] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        UploadIdMarker: js.UndefOr[UploadIdMarker] = js.undefined\n    ): ListMultipartUploadsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      KeyMarker.foreach(__v => __obj.updateDynamic(\"KeyMarker\")(__v.asInstanceOf[js.Any]))\n      MaxUploads.foreach(__v => __obj.updateDynamic(\"MaxUploads\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      UploadIdMarker.foreach(__v => __obj.updateDynamic(\"UploadIdMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultipartUploadsRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectVersionsOutput extends js.Object {\n    var CommonPrefixes: js.UndefOr[CommonPrefixList]\n    var DeleteMarkers: js.UndefOr[DeleteMarkers]\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var KeyMarker: js.UndefOr[KeyMarker]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Name: js.UndefOr[BucketName]\n    var NextKeyMarker: js.UndefOr[NextKeyMarker]\n    var NextVersionIdMarker: js.UndefOr[NextVersionIdMarker]\n    var Prefix: js.UndefOr[Prefix]\n    var VersionIdMarker: js.UndefOr[VersionIdMarker]\n    var Versions: js.UndefOr[ObjectVersionList]\n  }\n\n  object ListObjectVersionsOutput {\n    @inline\n    def apply(\n        CommonPrefixes: js.UndefOr[CommonPrefixList] = js.undefined,\n        DeleteMarkers: js.UndefOr[DeleteMarkers] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        KeyMarker: js.UndefOr[KeyMarker] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Name: js.UndefOr[BucketName] = js.undefined,\n        NextKeyMarker: js.UndefOr[NextKeyMarker] = js.undefined,\n        NextVersionIdMarker: js.UndefOr[NextVersionIdMarker] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        VersionIdMarker: js.UndefOr[VersionIdMarker] = js.undefined,\n        Versions: js.UndefOr[ObjectVersionList] = js.undefined\n    ): ListObjectVersionsOutput = {\n      val __obj = js.Dynamic.literal()\n      CommonPrefixes.foreach(__v => __obj.updateDynamic(\"CommonPrefixes\")(__v.asInstanceOf[js.Any]))\n      DeleteMarkers.foreach(__v => __obj.updateDynamic(\"DeleteMarkers\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      KeyMarker.foreach(__v => __obj.updateDynamic(\"KeyMarker\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextKeyMarker.foreach(__v => __obj.updateDynamic(\"NextKeyMarker\")(__v.asInstanceOf[js.Any]))\n      NextVersionIdMarker.foreach(__v => __obj.updateDynamic(\"NextVersionIdMarker\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      VersionIdMarker.foreach(__v => __obj.updateDynamic(\"VersionIdMarker\")(__v.asInstanceOf[js.Any]))\n      Versions.foreach(__v => __obj.updateDynamic(\"Versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectVersionsOutput]\n    }\n  }\n\n  @js.native\n  trait ListObjectVersionsRequest extends js.Object {\n    var Bucket: BucketName\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var KeyMarker: js.UndefOr[KeyMarker]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Prefix: js.UndefOr[Prefix]\n    var VersionIdMarker: js.UndefOr[VersionIdMarker]\n  }\n\n  object ListObjectVersionsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        KeyMarker: js.UndefOr[KeyMarker] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        VersionIdMarker: js.UndefOr[VersionIdMarker] = js.undefined\n    ): ListObjectVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      KeyMarker.foreach(__v => __obj.updateDynamic(\"KeyMarker\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      VersionIdMarker.foreach(__v => __obj.updateDynamic(\"VersionIdMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectsOutput extends js.Object {\n    var CommonPrefixes: js.UndefOr[CommonPrefixList]\n    var Contents: js.UndefOr[ObjectList]\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var Marker: js.UndefOr[Marker]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Name: js.UndefOr[BucketName]\n    var NextMarker: js.UndefOr[NextMarker]\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object ListObjectsOutput {\n    @inline\n    def apply(\n        CommonPrefixes: js.UndefOr[CommonPrefixList] = js.undefined,\n        Contents: js.UndefOr[ObjectList] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Name: js.UndefOr[BucketName] = js.undefined,\n        NextMarker: js.UndefOr[NextMarker] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): ListObjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      CommonPrefixes.foreach(__v => __obj.updateDynamic(\"CommonPrefixes\")(__v.asInstanceOf[js.Any]))\n      Contents.foreach(__v => __obj.updateDynamic(\"Contents\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectsOutput]\n    }\n  }\n\n  @js.native\n  trait ListObjectsRequest extends js.Object {\n    var Bucket: BucketName\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var Marker: js.UndefOr[Marker]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Prefix: js.UndefOr[Prefix]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object ListObjectsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): ListObjectsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectsRequest]\n    }\n  }\n\n  @js.native\n  trait ListObjectsV2Output extends js.Object {\n    var CommonPrefixes: js.UndefOr[CommonPrefixList]\n    var Contents: js.UndefOr[ObjectList]\n    var ContinuationToken: js.UndefOr[Token]\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var KeyCount: js.UndefOr[KeyCount]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Name: js.UndefOr[BucketName]\n    var NextContinuationToken: js.UndefOr[NextToken]\n    var Prefix: js.UndefOr[Prefix]\n    var StartAfter: js.UndefOr[StartAfter]\n  }\n\n  object ListObjectsV2Output {\n    @inline\n    def apply(\n        CommonPrefixes: js.UndefOr[CommonPrefixList] = js.undefined,\n        Contents: js.UndefOr[ObjectList] = js.undefined,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        KeyCount: js.UndefOr[KeyCount] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Name: js.UndefOr[BucketName] = js.undefined,\n        NextContinuationToken: js.UndefOr[NextToken] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        StartAfter: js.UndefOr[StartAfter] = js.undefined\n    ): ListObjectsV2Output = {\n      val __obj = js.Dynamic.literal()\n      CommonPrefixes.foreach(__v => __obj.updateDynamic(\"CommonPrefixes\")(__v.asInstanceOf[js.Any]))\n      Contents.foreach(__v => __obj.updateDynamic(\"Contents\")(__v.asInstanceOf[js.Any]))\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      KeyCount.foreach(__v => __obj.updateDynamic(\"KeyCount\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextContinuationToken.foreach(__v => __obj.updateDynamic(\"NextContinuationToken\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      StartAfter.foreach(__v => __obj.updateDynamic(\"StartAfter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectsV2Output]\n    }\n  }\n\n  @js.native\n  trait ListObjectsV2Request extends js.Object {\n    var Bucket: BucketName\n    var ContinuationToken: js.UndefOr[Token]\n    var Delimiter: js.UndefOr[Delimiter]\n    var EncodingType: js.UndefOr[EncodingType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var FetchOwner: js.UndefOr[FetchOwner]\n    var MaxKeys: js.UndefOr[MaxKeys]\n    var Prefix: js.UndefOr[Prefix]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var StartAfter: js.UndefOr[StartAfter]\n  }\n\n  object ListObjectsV2Request {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContinuationToken: js.UndefOr[Token] = js.undefined,\n        Delimiter: js.UndefOr[Delimiter] = js.undefined,\n        EncodingType: js.UndefOr[EncodingType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        FetchOwner: js.UndefOr[FetchOwner] = js.undefined,\n        MaxKeys: js.UndefOr[MaxKeys] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        StartAfter: js.UndefOr[StartAfter] = js.undefined\n    ): ListObjectsV2Request = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContinuationToken.foreach(__v => __obj.updateDynamic(\"ContinuationToken\")(__v.asInstanceOf[js.Any]))\n      Delimiter.foreach(__v => __obj.updateDynamic(\"Delimiter\")(__v.asInstanceOf[js.Any]))\n      EncodingType.foreach(__v => __obj.updateDynamic(\"EncodingType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      FetchOwner.foreach(__v => __obj.updateDynamic(\"FetchOwner\")(__v.asInstanceOf[js.Any]))\n      MaxKeys.foreach(__v => __obj.updateDynamic(\"MaxKeys\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      StartAfter.foreach(__v => __obj.updateDynamic(\"StartAfter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListObjectsV2Request]\n    }\n  }\n\n  @js.native\n  trait ListPartsOutput extends js.Object {\n    var AbortDate: js.UndefOr[AbortDate]\n    var AbortRuleId: js.UndefOr[AbortRuleId]\n    var Bucket: js.UndefOr[BucketName]\n    var Initiator: js.UndefOr[Initiator]\n    var IsTruncated: js.UndefOr[IsTruncated]\n    var Key: js.UndefOr[ObjectKey]\n    var MaxParts: js.UndefOr[MaxParts]\n    var NextPartNumberMarker: js.UndefOr[NextPartNumberMarker]\n    var Owner: js.UndefOr[Owner]\n    var PartNumberMarker: js.UndefOr[PartNumberMarker]\n    var Parts: js.UndefOr[Parts]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var StorageClass: js.UndefOr[StorageClass]\n    var UploadId: js.UndefOr[MultipartUploadId]\n  }\n\n  object ListPartsOutput {\n    @inline\n    def apply(\n        AbortDate: js.UndefOr[AbortDate] = js.undefined,\n        AbortRuleId: js.UndefOr[AbortRuleId] = js.undefined,\n        Bucket: js.UndefOr[BucketName] = js.undefined,\n        Initiator: js.UndefOr[Initiator] = js.undefined,\n        IsTruncated: js.UndefOr[IsTruncated] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        MaxParts: js.UndefOr[MaxParts] = js.undefined,\n        NextPartNumberMarker: js.UndefOr[NextPartNumberMarker] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        PartNumberMarker: js.UndefOr[PartNumberMarker] = js.undefined,\n        Parts: js.UndefOr[Parts] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        UploadId: js.UndefOr[MultipartUploadId] = js.undefined\n    ): ListPartsOutput = {\n      val __obj = js.Dynamic.literal()\n      AbortDate.foreach(__v => __obj.updateDynamic(\"AbortDate\")(__v.asInstanceOf[js.Any]))\n      AbortRuleId.foreach(__v => __obj.updateDynamic(\"AbortRuleId\")(__v.asInstanceOf[js.Any]))\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      Initiator.foreach(__v => __obj.updateDynamic(\"Initiator\")(__v.asInstanceOf[js.Any]))\n      IsTruncated.foreach(__v => __obj.updateDynamic(\"IsTruncated\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      MaxParts.foreach(__v => __obj.updateDynamic(\"MaxParts\")(__v.asInstanceOf[js.Any]))\n      NextPartNumberMarker.foreach(__v => __obj.updateDynamic(\"NextPartNumberMarker\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      PartNumberMarker.foreach(__v => __obj.updateDynamic(\"PartNumberMarker\")(__v.asInstanceOf[js.Any]))\n      Parts.foreach(__v => __obj.updateDynamic(\"Parts\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      UploadId.foreach(__v => __obj.updateDynamic(\"UploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPartsOutput]\n    }\n  }\n\n  @js.native\n  trait ListPartsRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var UploadId: MultipartUploadId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var MaxParts: js.UndefOr[MaxParts]\n    var PartNumberMarker: js.UndefOr[PartNumberMarker]\n    var RequestPayer: js.UndefOr[RequestPayer]\n  }\n\n  object ListPartsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        UploadId: MultipartUploadId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        MaxParts: js.UndefOr[MaxParts] = js.undefined,\n        PartNumberMarker: js.UndefOr[PartNumberMarker] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined\n    ): ListPartsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"UploadId\" -> UploadId.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      MaxParts.foreach(__v => __obj.updateDynamic(\"MaxParts\")(__v.asInstanceOf[js.Any]))\n      PartNumberMarker.foreach(__v => __obj.updateDynamic(\"PartNumberMarker\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPartsRequest]\n    }\n  }\n\n  \/** Describes where logs are stored and the prefix that Amazon S3 assigns to all log object keys for a bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketPUTlogging.html|PUT Bucket logging]] in the <i>Amazon Simple Storage Service API Reference<\/i>.\n    *\/\n  @js.native\n  trait LoggingEnabled extends js.Object {\n    var TargetBucket: TargetBucket\n    var TargetPrefix: TargetPrefix\n    var TargetGrants: js.UndefOr[TargetGrants]\n  }\n\n  object LoggingEnabled {\n    @inline\n    def apply(\n        TargetBucket: TargetBucket,\n        TargetPrefix: TargetPrefix,\n        TargetGrants: js.UndefOr[TargetGrants] = js.undefined\n    ): LoggingEnabled = {\n      val __obj = js.Dynamic.literal(\n        \"TargetBucket\" -> TargetBucket.asInstanceOf[js.Any],\n        \"TargetPrefix\" -> TargetPrefix.asInstanceOf[js.Any]\n      )\n\n      TargetGrants.foreach(__v => __obj.updateDynamic(\"TargetGrants\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoggingEnabled]\n    }\n  }\n\n  @js.native\n  sealed trait MFADelete extends js.Any\n  object MFADelete {\n    val Enabled = \"Enabled\".asInstanceOf[MFADelete]\n    val Disabled = \"Disabled\".asInstanceOf[MFADelete]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait MFADeleteStatus extends js.Any\n  object MFADeleteStatus {\n    val Enabled = \"Enabled\".asInstanceOf[MFADeleteStatus]\n    val Disabled = \"Disabled\".asInstanceOf[MFADeleteStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait MetadataDirective extends js.Any\n  object MetadataDirective {\n    val COPY = \"COPY\".asInstanceOf[MetadataDirective]\n    val REPLACE = \"REPLACE\".asInstanceOf[MetadataDirective]\n\n    @inline def values = js.Array(COPY, REPLACE)\n  }\n\n  \/** A metadata key-value pair to store with an object.\n    *\/\n  @js.native\n  trait MetadataEntry extends js.Object {\n    var Name: js.UndefOr[MetadataKey]\n    var Value: js.UndefOr[MetadataValue]\n  }\n\n  object MetadataEntry {\n    @inline\n    def apply(\n        Name: js.UndefOr[MetadataKey] = js.undefined,\n        Value: js.UndefOr[MetadataValue] = js.undefined\n    ): MetadataEntry = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetadataEntry]\n    }\n  }\n\n  \/** A container specifying replication metrics-related settings enabling replication metrics and events.\n    *\/\n  @js.native\n  trait Metrics extends js.Object {\n    var Status: MetricsStatus\n    var EventThreshold: js.UndefOr[ReplicationTimeValue]\n  }\n\n  object Metrics {\n    @inline\n    def apply(\n        Status: MetricsStatus,\n        EventThreshold: js.UndefOr[ReplicationTimeValue] = js.undefined\n    ): Metrics = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      EventThreshold.foreach(__v => __obj.updateDynamic(\"EventThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metrics]\n    }\n  }\n\n  \/** A conjunction (logical AND) of predicates, which is used in evaluating a metrics filter. The operator must have at least two predicates, and an object must match all of the predicates in order for the filter to apply.\n    *\/\n  @js.native\n  trait MetricsAndOperator extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n    var Tags: js.UndefOr[TagSet]\n  }\n\n  object MetricsAndOperator {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tags: js.UndefOr[TagSet] = js.undefined\n    ): MetricsAndOperator = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricsAndOperator]\n    }\n  }\n\n  \/** Specifies a metrics configuration for the CloudWatch request metrics (specified by the metrics configuration ID) from an Amazon S3 bucket. If you're updating an existing metrics configuration, note that this is a full replacement of the existing metrics configuration. If you don't include the elements you want to keep, they are erased. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketPUTMetricConfiguration.html| PUT Bucket metrics]] in the <i>Amazon Simple Storage Service API Reference<\/i>.\n    *\/\n  @js.native\n  trait MetricsConfiguration extends js.Object {\n    var Id: MetricsId\n    var Filter: js.UndefOr[MetricsFilter]\n  }\n\n  object MetricsConfiguration {\n    @inline\n    def apply(\n        Id: MetricsId,\n        Filter: js.UndefOr[MetricsFilter] = js.undefined\n    ): MetricsConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricsConfiguration]\n    }\n  }\n\n  \/** Specifies a metrics configuration filter. The metrics configuration only includes objects that meet the filter's criteria. A filter must be a prefix, a tag, or a conjunction (MetricsAndOperator).\n    *\/\n  @js.native\n  trait MetricsFilter extends js.Object {\n    var And: js.UndefOr[MetricsAndOperator]\n    var Prefix: js.UndefOr[Prefix]\n    var Tag: js.UndefOr[Tag]\n  }\n\n  object MetricsFilter {\n    @inline\n    def apply(\n        And: js.UndefOr[MetricsAndOperator] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tag: js.UndefOr[Tag] = js.undefined\n    ): MetricsFilter = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricsFilter]\n    }\n  }\n\n  @js.native\n  sealed trait MetricsStatus extends js.Any\n  object MetricsStatus {\n    val Enabled = \"Enabled\".asInstanceOf[MetricsStatus]\n    val Disabled = \"Disabled\".asInstanceOf[MetricsStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** Container for the <code>MultipartUpload<\/code> for the Amazon S3 object.\n    *\/\n  @js.native\n  trait MultipartUpload extends js.Object {\n    var Initiated: js.UndefOr[Initiated]\n    var Initiator: js.UndefOr[Initiator]\n    var Key: js.UndefOr[ObjectKey]\n    var Owner: js.UndefOr[Owner]\n    var StorageClass: js.UndefOr[StorageClass]\n    var UploadId: js.UndefOr[MultipartUploadId]\n  }\n\n  object MultipartUpload {\n    @inline\n    def apply(\n        Initiated: js.UndefOr[Initiated] = js.undefined,\n        Initiator: js.UndefOr[Initiator] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        UploadId: js.UndefOr[MultipartUploadId] = js.undefined\n    ): MultipartUpload = {\n      val __obj = js.Dynamic.literal()\n      Initiated.foreach(__v => __obj.updateDynamic(\"Initiated\")(__v.asInstanceOf[js.Any]))\n      Initiator.foreach(__v => __obj.updateDynamic(\"Initiator\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      UploadId.foreach(__v => __obj.updateDynamic(\"UploadId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultipartUpload]\n    }\n  }\n\n  \/** Specifies when noncurrent object versions expire. Upon expiration, Amazon S3 permanently deletes the noncurrent object versions. You set this lifecycle configuration action on a bucket that has versioning enabled (or suspended) to request that Amazon S3 delete noncurrent object versions at a specific period in the object's lifetime.\n    *\/\n  @js.native\n  trait NoncurrentVersionExpiration extends js.Object {\n    var NoncurrentDays: js.UndefOr[Days]\n  }\n\n  object NoncurrentVersionExpiration {\n    @inline\n    def apply(\n        NoncurrentDays: js.UndefOr[Days] = js.undefined\n    ): NoncurrentVersionExpiration = {\n      val __obj = js.Dynamic.literal()\n      NoncurrentDays.foreach(__v => __obj.updateDynamic(\"NoncurrentDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoncurrentVersionExpiration]\n    }\n  }\n\n  \/** Container for the transition rule that describes when noncurrent objects transition to the <code>STANDARD_IA<\/code>, <code>ONEZONE_IA<\/code>, <code>INTELLIGENT_TIERING<\/code>, <code>GLACIER<\/code>, or <code>DEEP_ARCHIVE<\/code> storage class. If your bucket is versioning-enabled (or versioning is suspended), you can set this action to request that Amazon S3 transition noncurrent object versions to the <code>STANDARD_IA<\/code>, <code>ONEZONE_IA<\/code>, <code>INTELLIGENT_TIERING<\/code>, <code>GLACIER<\/code>, or <code>DEEP_ARCHIVE<\/code> storage class at a specific period in the object's lifetime.\n    *\/\n  @js.native\n  trait NoncurrentVersionTransition extends js.Object {\n    var NoncurrentDays: js.UndefOr[Days]\n    var StorageClass: js.UndefOr[TransitionStorageClass]\n  }\n\n  object NoncurrentVersionTransition {\n    @inline\n    def apply(\n        NoncurrentDays: js.UndefOr[Days] = js.undefined,\n        StorageClass: js.UndefOr[TransitionStorageClass] = js.undefined\n    ): NoncurrentVersionTransition = {\n      val __obj = js.Dynamic.literal()\n      NoncurrentDays.foreach(__v => __obj.updateDynamic(\"NoncurrentDays\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NoncurrentVersionTransition]\n    }\n  }\n\n  \/** A container for specifying the notification configuration of the bucket. If this element is empty, notifications are turned off for the bucket.\n    *\/\n  @js.native\n  trait NotificationConfiguration extends js.Object {\n    var LambdaFunctionConfigurations: js.UndefOr[LambdaFunctionConfigurationList]\n    var QueueConfigurations: js.UndefOr[QueueConfigurationList]\n    var TopicConfigurations: js.UndefOr[TopicConfigurationList]\n  }\n\n  object NotificationConfiguration {\n    @inline\n    def apply(\n        LambdaFunctionConfigurations: js.UndefOr[LambdaFunctionConfigurationList] = js.undefined,\n        QueueConfigurations: js.UndefOr[QueueConfigurationList] = js.undefined,\n        TopicConfigurations: js.UndefOr[TopicConfigurationList] = js.undefined\n    ): NotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      LambdaFunctionConfigurations.foreach(__v => __obj.updateDynamic(\"LambdaFunctionConfigurations\")(__v.asInstanceOf[js.Any]))\n      QueueConfigurations.foreach(__v => __obj.updateDynamic(\"QueueConfigurations\")(__v.asInstanceOf[js.Any]))\n      TopicConfigurations.foreach(__v => __obj.updateDynamic(\"TopicConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfiguration]\n    }\n  }\n\n  @js.native\n  trait NotificationConfigurationDeprecated extends js.Object {\n    var CloudFunctionConfiguration: js.UndefOr[CloudFunctionConfiguration]\n    var QueueConfiguration: js.UndefOr[QueueConfigurationDeprecated]\n    var TopicConfiguration: js.UndefOr[TopicConfigurationDeprecated]\n  }\n\n  object NotificationConfigurationDeprecated {\n    @inline\n    def apply(\n        CloudFunctionConfiguration: js.UndefOr[CloudFunctionConfiguration] = js.undefined,\n        QueueConfiguration: js.UndefOr[QueueConfigurationDeprecated] = js.undefined,\n        TopicConfiguration: js.UndefOr[TopicConfigurationDeprecated] = js.undefined\n    ): NotificationConfigurationDeprecated = {\n      val __obj = js.Dynamic.literal()\n      CloudFunctionConfiguration.foreach(__v => __obj.updateDynamic(\"CloudFunctionConfiguration\")(__v.asInstanceOf[js.Any]))\n      QueueConfiguration.foreach(__v => __obj.updateDynamic(\"QueueConfiguration\")(__v.asInstanceOf[js.Any]))\n      TopicConfiguration.foreach(__v => __obj.updateDynamic(\"TopicConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfigurationDeprecated]\n    }\n  }\n\n  \/** Specifies object key name filtering rules. For information about key name filtering, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/NotificationHowTo.html|Configuring Event Notifications]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait NotificationConfigurationFilter extends js.Object {\n    var Key: js.UndefOr[S3KeyFilter]\n  }\n\n  object NotificationConfigurationFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[S3KeyFilter] = js.undefined\n    ): NotificationConfigurationFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfigurationFilter]\n    }\n  }\n\n  \/** An object consists of data and its descriptive metadata.\n    *\/\n  @js.native\n  trait Object extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var Key: js.UndefOr[ObjectKey]\n    var LastModified: js.UndefOr[LastModified]\n    var Owner: js.UndefOr[Owner]\n    var Size: js.UndefOr[Size]\n    var StorageClass: js.UndefOr[ObjectStorageClass]\n  }\n\n  object Object {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        Size: js.UndefOr[Size] = js.undefined,\n        StorageClass: js.UndefOr[ObjectStorageClass] = js.undefined\n    ): Object = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Object]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectCannedACL extends js.Any\n  object ObjectCannedACL {\n    val `private` = \"private\".asInstanceOf[ObjectCannedACL]\n    val `public-read` = \"public-read\".asInstanceOf[ObjectCannedACL]\n    val `public-read-write` = \"public-read-write\".asInstanceOf[ObjectCannedACL]\n    val `authenticated-read` = \"authenticated-read\".asInstanceOf[ObjectCannedACL]\n    val `aws-exec-read` = \"aws-exec-read\".asInstanceOf[ObjectCannedACL]\n    val `bucket-owner-read` = \"bucket-owner-read\".asInstanceOf[ObjectCannedACL]\n    val `bucket-owner-full-control` = \"bucket-owner-full-control\".asInstanceOf[ObjectCannedACL]\n\n    @inline def values = js.Array(`private`, `public-read`, `public-read-write`, `authenticated-read`, `aws-exec-read`, `bucket-owner-read`, `bucket-owner-full-control`)\n  }\n\n  \/** Object Identifier is unique value to identify objects.\n    *\/\n  @js.native\n  trait ObjectIdentifier extends js.Object {\n    var Key: ObjectKey\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object ObjectIdentifier {\n    @inline\n    def apply(\n        Key: ObjectKey,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): ObjectIdentifier = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectIdentifier]\n    }\n  }\n\n  \/** The container element for Object Lock configuration parameters.\n    *\/\n  @js.native\n  trait ObjectLockConfiguration extends js.Object {\n    var ObjectLockEnabled: js.UndefOr[ObjectLockEnabled]\n    var Rule: js.UndefOr[ObjectLockRule]\n  }\n\n  object ObjectLockConfiguration {\n    @inline\n    def apply(\n        ObjectLockEnabled: js.UndefOr[ObjectLockEnabled] = js.undefined,\n        Rule: js.UndefOr[ObjectLockRule] = js.undefined\n    ): ObjectLockConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ObjectLockEnabled.foreach(__v => __obj.updateDynamic(\"ObjectLockEnabled\")(__v.asInstanceOf[js.Any]))\n      Rule.foreach(__v => __obj.updateDynamic(\"Rule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectLockConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectLockEnabled extends js.Any\n  object ObjectLockEnabled {\n    val Enabled = \"Enabled\".asInstanceOf[ObjectLockEnabled]\n\n    @inline def values = js.Array(Enabled)\n  }\n\n  \/** A Legal Hold configuration for an object.\n    *\/\n  @js.native\n  trait ObjectLockLegalHold extends js.Object {\n    var Status: js.UndefOr[ObjectLockLegalHoldStatus]\n  }\n\n  object ObjectLockLegalHold {\n    @inline\n    def apply(\n        Status: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined\n    ): ObjectLockLegalHold = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectLockLegalHold]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectLockLegalHoldStatus extends js.Any\n  object ObjectLockLegalHoldStatus {\n    val ON = \"ON\".asInstanceOf[ObjectLockLegalHoldStatus]\n    val OFF = \"OFF\".asInstanceOf[ObjectLockLegalHoldStatus]\n\n    @inline def values = js.Array(ON, OFF)\n  }\n\n  @js.native\n  sealed trait ObjectLockMode extends js.Any\n  object ObjectLockMode {\n    val GOVERNANCE = \"GOVERNANCE\".asInstanceOf[ObjectLockMode]\n    val COMPLIANCE = \"COMPLIANCE\".asInstanceOf[ObjectLockMode]\n\n    @inline def values = js.Array(GOVERNANCE, COMPLIANCE)\n  }\n\n  \/** A Retention configuration for an object.\n    *\/\n  @js.native\n  trait ObjectLockRetention extends js.Object {\n    var Mode: js.UndefOr[ObjectLockRetentionMode]\n    var RetainUntilDate: js.UndefOr[Date]\n  }\n\n  object ObjectLockRetention {\n    @inline\n    def apply(\n        Mode: js.UndefOr[ObjectLockRetentionMode] = js.undefined,\n        RetainUntilDate: js.UndefOr[Date] = js.undefined\n    ): ObjectLockRetention = {\n      val __obj = js.Dynamic.literal()\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      RetainUntilDate.foreach(__v => __obj.updateDynamic(\"RetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectLockRetention]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectLockRetentionMode extends js.Any\n  object ObjectLockRetentionMode {\n    val GOVERNANCE = \"GOVERNANCE\".asInstanceOf[ObjectLockRetentionMode]\n    val COMPLIANCE = \"COMPLIANCE\".asInstanceOf[ObjectLockRetentionMode]\n\n    @inline def values = js.Array(GOVERNANCE, COMPLIANCE)\n  }\n\n  \/** The container element for an Object Lock rule.\n    *\/\n  @js.native\n  trait ObjectLockRule extends js.Object {\n    var DefaultRetention: js.UndefOr[DefaultRetention]\n  }\n\n  object ObjectLockRule {\n    @inline\n    def apply(\n        DefaultRetention: js.UndefOr[DefaultRetention] = js.undefined\n    ): ObjectLockRule = {\n      val __obj = js.Dynamic.literal()\n      DefaultRetention.foreach(__v => __obj.updateDynamic(\"DefaultRetention\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectLockRule]\n    }\n  }\n\n  \/** The container element for object ownership for a bucket's ownership controls. BucketOwnerPreferred - Objects uploaded to the bucket change ownership to the bucket owner if the objects are uploaded with the <code>bucket-owner-full-control<\/code> canned ACL. ObjectWriter - The uploading account will own the object if the object is uploaded with the <code>bucket-owner-full-control<\/code> canned ACL.\n    *\/\n  @js.native\n  sealed trait ObjectOwnership extends js.Any\n  object ObjectOwnership {\n    val BucketOwnerPreferred = \"BucketOwnerPreferred\".asInstanceOf[ObjectOwnership]\n    val ObjectWriter = \"ObjectWriter\".asInstanceOf[ObjectOwnership]\n\n    @inline def values = js.Array(BucketOwnerPreferred, ObjectWriter)\n  }\n\n  @js.native\n  sealed trait ObjectStorageClass extends js.Any\n  object ObjectStorageClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[ObjectStorageClass]\n    val REDUCED_REDUNDANCY = \"REDUCED_REDUNDANCY\".asInstanceOf[ObjectStorageClass]\n    val GLACIER = \"GLACIER\".asInstanceOf[ObjectStorageClass]\n    val STANDARD_IA = \"STANDARD_IA\".asInstanceOf[ObjectStorageClass]\n    val ONEZONE_IA = \"ONEZONE_IA\".asInstanceOf[ObjectStorageClass]\n    val INTELLIGENT_TIERING = \"INTELLIGENT_TIERING\".asInstanceOf[ObjectStorageClass]\n    val DEEP_ARCHIVE = \"DEEP_ARCHIVE\".asInstanceOf[ObjectStorageClass]\n    val OUTPOSTS = \"OUTPOSTS\".asInstanceOf[ObjectStorageClass]\n\n    @inline def values = js.Array(STANDARD, REDUCED_REDUNDANCY, GLACIER, STANDARD_IA, ONEZONE_IA, INTELLIGENT_TIERING, DEEP_ARCHIVE, OUTPOSTS)\n  }\n\n  \/** The version of an object.\n    *\/\n  @js.native\n  trait ObjectVersion extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var IsLatest: js.UndefOr[IsLatest]\n    var Key: js.UndefOr[ObjectKey]\n    var LastModified: js.UndefOr[LastModified]\n    var Owner: js.UndefOr[Owner]\n    var Size: js.UndefOr[Size]\n    var StorageClass: js.UndefOr[ObjectVersionStorageClass]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object ObjectVersion {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        IsLatest: js.UndefOr[IsLatest] = js.undefined,\n        Key: js.UndefOr[ObjectKey] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        Size: js.UndefOr[Size] = js.undefined,\n        StorageClass: js.UndefOr[ObjectVersionStorageClass] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): ObjectVersion = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      IsLatest.foreach(__v => __obj.updateDynamic(\"IsLatest\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectVersion]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectVersionStorageClass extends js.Any\n  object ObjectVersionStorageClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[ObjectVersionStorageClass]\n\n    @inline def values = js.Array(STANDARD)\n  }\n\n  \/** Describes the location where the restore job's output is stored.\n    *\/\n  @js.native\n  trait OutputLocation extends js.Object {\n    var S3: js.UndefOr[S3Location]\n  }\n\n  object OutputLocation {\n    @inline\n    def apply(\n        S3: js.UndefOr[S3Location] = js.undefined\n    ): OutputLocation = {\n      val __obj = js.Dynamic.literal()\n      S3.foreach(__v => __obj.updateDynamic(\"S3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputLocation]\n    }\n  }\n\n  \/** Describes how results of the Select job are serialized.\n    *\/\n  @js.native\n  trait OutputSerialization extends js.Object {\n    var CSV: js.UndefOr[CSVOutput]\n    var JSON: js.UndefOr[JSONOutput]\n  }\n\n  object OutputSerialization {\n    @inline\n    def apply(\n        CSV: js.UndefOr[CSVOutput] = js.undefined,\n        JSON: js.UndefOr[JSONOutput] = js.undefined\n    ): OutputSerialization = {\n      val __obj = js.Dynamic.literal()\n      CSV.foreach(__v => __obj.updateDynamic(\"CSV\")(__v.asInstanceOf[js.Any]))\n      JSON.foreach(__v => __obj.updateDynamic(\"JSON\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputSerialization]\n    }\n  }\n\n  \/** Container for the owner's display name and ID.\n    *\/\n  @js.native\n  trait Owner extends js.Object {\n    var DisplayName: js.UndefOr[DisplayName]\n    var ID: js.UndefOr[ID]\n  }\n\n  object Owner {\n    @inline\n    def apply(\n        DisplayName: js.UndefOr[DisplayName] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined\n    ): Owner = {\n      val __obj = js.Dynamic.literal()\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Owner]\n    }\n  }\n\n  @js.native\n  sealed trait OwnerOverride extends js.Any\n  object OwnerOverride {\n    val Destination = \"Destination\".asInstanceOf[OwnerOverride]\n\n    @inline def values = js.Array(Destination)\n  }\n\n  \/** The container element for a bucket's ownership controls.\n    *\/\n  @js.native\n  trait OwnershipControls extends js.Object {\n    var Rules: OwnershipControlsRules\n  }\n\n  object OwnershipControls {\n    @inline\n    def apply(\n        Rules: OwnershipControlsRules\n    ): OwnershipControls = {\n      val __obj = js.Dynamic.literal(\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OwnershipControls]\n    }\n  }\n\n  \/** The container element for an ownership control rule.\n    *\/\n  @js.native\n  trait OwnershipControlsRule extends js.Object {\n    var ObjectOwnership: ObjectOwnership\n  }\n\n  object OwnershipControlsRule {\n    @inline\n    def apply(\n        ObjectOwnership: ObjectOwnership\n    ): OwnershipControlsRule = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectOwnership\" -> ObjectOwnership.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OwnershipControlsRule]\n    }\n  }\n\n  \/** Container for Parquet.\n    *\/\n  @js.native\n  trait ParquetInput extends js.Object\n\n  object ParquetInput {\n    @inline\n    def apply(): ParquetInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ParquetInput]\n    }\n  }\n\n  \/** Container for elements related to a part.\n    *\/\n  @js.native\n  trait Part extends js.Object {\n    var ETag: js.UndefOr[ETag]\n    var LastModified: js.UndefOr[LastModified]\n    var PartNumber: js.UndefOr[PartNumber]\n    var Size: js.UndefOr[Size]\n  }\n\n  object Part {\n    @inline\n    def apply(\n        ETag: js.UndefOr[ETag] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        PartNumber: js.UndefOr[PartNumber] = js.undefined,\n        Size: js.UndefOr[Size] = js.undefined\n    ): Part = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      PartNumber.foreach(__v => __obj.updateDynamic(\"PartNumber\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Part]\n    }\n  }\n\n  @js.native\n  sealed trait Payer extends js.Any\n  object Payer {\n    val Requester = \"Requester\".asInstanceOf[Payer]\n    val BucketOwner = \"BucketOwner\".asInstanceOf[Payer]\n\n    @inline def values = js.Array(Requester, BucketOwner)\n  }\n\n  @js.native\n  sealed trait Permission extends js.Any\n  object Permission {\n    val FULL_CONTROL = \"FULL_CONTROL\".asInstanceOf[Permission]\n    val WRITE = \"WRITE\".asInstanceOf[Permission]\n    val WRITE_ACP = \"WRITE_ACP\".asInstanceOf[Permission]\n    val READ = \"READ\".asInstanceOf[Permission]\n    val READ_ACP = \"READ_ACP\".asInstanceOf[Permission]\n\n    @inline def values = js.Array(FULL_CONTROL, WRITE, WRITE_ACP, READ, READ_ACP)\n  }\n\n  \/** The container element for a bucket's policy status.\n    *\/\n  @js.native\n  trait PolicyStatus extends js.Object {\n    var IsPublic: js.UndefOr[IsPublic]\n  }\n\n  object PolicyStatus {\n    @inline\n    def apply(\n        IsPublic: js.UndefOr[IsPublic] = js.undefined\n    ): PolicyStatus = {\n      val __obj = js.Dynamic.literal()\n      IsPublic.foreach(__v => __obj.updateDynamic(\"IsPublic\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyStatus]\n    }\n  }\n\n  \/** This data type contains information about progress of an operation.\n    *\/\n  @js.native\n  trait Progress extends js.Object {\n    var BytesProcessed: js.UndefOr[BytesProcessed]\n    var BytesReturned: js.UndefOr[BytesReturned]\n    var BytesScanned: js.UndefOr[BytesScanned]\n  }\n\n  object Progress {\n    @inline\n    def apply(\n        BytesProcessed: js.UndefOr[BytesProcessed] = js.undefined,\n        BytesReturned: js.UndefOr[BytesReturned] = js.undefined,\n        BytesScanned: js.UndefOr[BytesScanned] = js.undefined\n    ): Progress = {\n      val __obj = js.Dynamic.literal()\n      BytesProcessed.foreach(__v => __obj.updateDynamic(\"BytesProcessed\")(__v.asInstanceOf[js.Any]))\n      BytesReturned.foreach(__v => __obj.updateDynamic(\"BytesReturned\")(__v.asInstanceOf[js.Any]))\n      BytesScanned.foreach(__v => __obj.updateDynamic(\"BytesScanned\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Progress]\n    }\n  }\n\n  \/** This data type contains information about the progress event of an operation.\n    *\/\n  @js.native\n  trait ProgressEvent extends js.Object {\n    var Details: js.UndefOr[Progress]\n  }\n\n  object ProgressEvent {\n    @inline\n    def apply(\n        Details: js.UndefOr[Progress] = js.undefined\n    ): ProgressEvent = {\n      val __obj = js.Dynamic.literal()\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProgressEvent]\n    }\n  }\n\n  @js.native\n  sealed trait Protocol extends js.Any\n  object Protocol {\n    val http = \"http\".asInstanceOf[Protocol]\n    val https = \"https\".asInstanceOf[Protocol]\n\n    @inline def values = js.Array(http, https)\n  }\n\n  \/** The PublicAccessBlock configuration that you want to apply to this Amazon S3 bucket. You can enable the configuration options in any combination. For more information about when Amazon S3 considers a bucket or object public, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/access-control-block-public-access.html#access-control-block-public-access-policy-status|The Meaning of \"Public\"]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait PublicAccessBlockConfiguration extends js.Object {\n    var BlockPublicAcls: js.UndefOr[Setting]\n    var BlockPublicPolicy: js.UndefOr[Setting]\n    var IgnorePublicAcls: js.UndefOr[Setting]\n    var RestrictPublicBuckets: js.UndefOr[Setting]\n  }\n\n  object PublicAccessBlockConfiguration {\n    @inline\n    def apply(\n        BlockPublicAcls: js.UndefOr[Setting] = js.undefined,\n        BlockPublicPolicy: js.UndefOr[Setting] = js.undefined,\n        IgnorePublicAcls: js.UndefOr[Setting] = js.undefined,\n        RestrictPublicBuckets: js.UndefOr[Setting] = js.undefined\n    ): PublicAccessBlockConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BlockPublicAcls.foreach(__v => __obj.updateDynamic(\"BlockPublicAcls\")(__v.asInstanceOf[js.Any]))\n      BlockPublicPolicy.foreach(__v => __obj.updateDynamic(\"BlockPublicPolicy\")(__v.asInstanceOf[js.Any]))\n      IgnorePublicAcls.foreach(__v => __obj.updateDynamic(\"IgnorePublicAcls\")(__v.asInstanceOf[js.Any]))\n      RestrictPublicBuckets.foreach(__v => __obj.updateDynamic(\"RestrictPublicBuckets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublicAccessBlockConfiguration]\n    }\n  }\n\n  @js.native\n  trait PutBucketAccelerateConfigurationRequest extends js.Object {\n    var AccelerateConfiguration: AccelerateConfiguration\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketAccelerateConfigurationRequest {\n    @inline\n    def apply(\n        AccelerateConfiguration: AccelerateConfiguration,\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketAccelerateConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccelerateConfiguration\" -> AccelerateConfiguration.asInstanceOf[js.Any],\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketAccelerateConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketAclRequest extends js.Object {\n    var Bucket: BucketName\n    var ACL: js.UndefOr[BucketCannedACL]\n    var AccessControlPolicy: js.UndefOr[AccessControlPolicy]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWrite: js.UndefOr[GrantWrite]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n  }\n\n  object PutBucketAclRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ACL: js.UndefOr[BucketCannedACL] = js.undefined,\n        AccessControlPolicy: js.UndefOr[AccessControlPolicy] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWrite: js.UndefOr[GrantWrite] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined\n    ): PutBucketAclRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      AccessControlPolicy.foreach(__v => __obj.updateDynamic(\"AccessControlPolicy\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWrite.foreach(__v => __obj.updateDynamic(\"GrantWrite\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketAclRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketAnalyticsConfigurationRequest extends js.Object {\n    var AnalyticsConfiguration: AnalyticsConfiguration\n    var Bucket: BucketName\n    var Id: AnalyticsId\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketAnalyticsConfigurationRequest {\n    @inline\n    def apply(\n        AnalyticsConfiguration: AnalyticsConfiguration,\n        Bucket: BucketName,\n        Id: AnalyticsId,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketAnalyticsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnalyticsConfiguration\" -> AnalyticsConfiguration.asInstanceOf[js.Any],\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketAnalyticsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketCorsRequest extends js.Object {\n    var Bucket: BucketName\n    var CORSConfiguration: CORSConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketCorsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        CORSConfiguration: CORSConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketCorsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"CORSConfiguration\" -> CORSConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketCorsRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketEncryptionRequest extends js.Object {\n    var Bucket: BucketName\n    var ServerSideEncryptionConfiguration: ServerSideEncryptionConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketEncryptionRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ServerSideEncryptionConfiguration: ServerSideEncryptionConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketEncryptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"ServerSideEncryptionConfiguration\" -> ServerSideEncryptionConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketEncryptionRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketIntelligentTieringConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: IntelligentTieringId\n    var IntelligentTieringConfiguration: IntelligentTieringConfiguration\n  }\n\n  object PutBucketIntelligentTieringConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: IntelligentTieringId,\n        IntelligentTieringConfiguration: IntelligentTieringConfiguration\n    ): PutBucketIntelligentTieringConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"IntelligentTieringConfiguration\" -> IntelligentTieringConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutBucketIntelligentTieringConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketInventoryConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: InventoryId\n    var InventoryConfiguration: InventoryConfiguration\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketInventoryConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: InventoryId,\n        InventoryConfiguration: InventoryConfiguration,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketInventoryConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"InventoryConfiguration\" -> InventoryConfiguration.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketInventoryConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketLifecycleConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var LifecycleConfiguration: js.UndefOr[BucketLifecycleConfiguration]\n  }\n\n  object PutBucketLifecycleConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        LifecycleConfiguration: js.UndefOr[BucketLifecycleConfiguration] = js.undefined\n    ): PutBucketLifecycleConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      LifecycleConfiguration.foreach(__v => __obj.updateDynamic(\"LifecycleConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketLifecycleConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketLifecycleRequest extends js.Object {\n    var Bucket: BucketName\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var LifecycleConfiguration: js.UndefOr[LifecycleConfiguration]\n  }\n\n  object PutBucketLifecycleRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        LifecycleConfiguration: js.UndefOr[LifecycleConfiguration] = js.undefined\n    ): PutBucketLifecycleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      LifecycleConfiguration.foreach(__v => __obj.updateDynamic(\"LifecycleConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketLifecycleRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketLoggingRequest extends js.Object {\n    var Bucket: BucketName\n    var BucketLoggingStatus: BucketLoggingStatus\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketLoggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        BucketLoggingStatus: BucketLoggingStatus,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketLoggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"BucketLoggingStatus\" -> BucketLoggingStatus.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketLoggingRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketMetricsConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var Id: MetricsId\n    var MetricsConfiguration: MetricsConfiguration\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketMetricsConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Id: MetricsId,\n        MetricsConfiguration: MetricsConfiguration,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketMetricsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"MetricsConfiguration\" -> MetricsConfiguration.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketMetricsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketNotificationConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var NotificationConfiguration: NotificationConfiguration\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketNotificationConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        NotificationConfiguration: NotificationConfiguration,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketNotificationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"NotificationConfiguration\" -> NotificationConfiguration.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketNotificationConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketNotificationRequest extends js.Object {\n    var Bucket: BucketName\n    var NotificationConfiguration: NotificationConfigurationDeprecated\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketNotificationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        NotificationConfiguration: NotificationConfigurationDeprecated,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"NotificationConfiguration\" -> NotificationConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketNotificationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketOwnershipControlsRequest extends js.Object {\n    var Bucket: BucketName\n    var OwnershipControls: OwnershipControls\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketOwnershipControlsRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        OwnershipControls: OwnershipControls,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketOwnershipControlsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"OwnershipControls\" -> OwnershipControls.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketOwnershipControlsRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketPolicyRequest extends js.Object {\n    var Bucket: BucketName\n    var Policy: Policy\n    var ConfirmRemoveSelfBucketAccess: js.UndefOr[ConfirmRemoveSelfBucketAccess]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketPolicyRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Policy: Policy,\n        ConfirmRemoveSelfBucketAccess: js.UndefOr[ConfirmRemoveSelfBucketAccess] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n\n      ConfirmRemoveSelfBucketAccess.foreach(__v => __obj.updateDynamic(\"ConfirmRemoveSelfBucketAccess\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketReplicationRequest extends js.Object {\n    var Bucket: BucketName\n    var ReplicationConfiguration: ReplicationConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var Token: js.UndefOr[ObjectLockToken]\n  }\n\n  object PutBucketReplicationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ReplicationConfiguration: ReplicationConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        Token: js.UndefOr[ObjectLockToken] = js.undefined\n    ): PutBucketReplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"ReplicationConfiguration\" -> ReplicationConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketReplicationRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketRequestPaymentRequest extends js.Object {\n    var Bucket: BucketName\n    var RequestPaymentConfiguration: RequestPaymentConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketRequestPaymentRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        RequestPaymentConfiguration: RequestPaymentConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketRequestPaymentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"RequestPaymentConfiguration\" -> RequestPaymentConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketRequestPaymentRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var Tagging: Tagging\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Tagging: Tagging,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Tagging\" -> Tagging.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketVersioningRequest extends js.Object {\n    var Bucket: BucketName\n    var VersioningConfiguration: VersioningConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var MFA: js.UndefOr[MFA]\n  }\n\n  object PutBucketVersioningRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        VersioningConfiguration: VersioningConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        MFA: js.UndefOr[MFA] = js.undefined\n    ): PutBucketVersioningRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"VersioningConfiguration\" -> VersioningConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      MFA.foreach(__v => __obj.updateDynamic(\"MFA\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketVersioningRequest]\n    }\n  }\n\n  @js.native\n  trait PutBucketWebsiteRequest extends js.Object {\n    var Bucket: BucketName\n    var WebsiteConfiguration: WebsiteConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutBucketWebsiteRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        WebsiteConfiguration: WebsiteConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutBucketWebsiteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"WebsiteConfiguration\" -> WebsiteConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutBucketWebsiteRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectAclOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object PutObjectAclOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): PutObjectAclOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectAclOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectAclRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ACL: js.UndefOr[ObjectCannedACL]\n    var AccessControlPolicy: js.UndefOr[AccessControlPolicy]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWrite: js.UndefOr[GrantWrite]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectAclRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ACL: js.UndefOr[ObjectCannedACL] = js.undefined,\n        AccessControlPolicy: js.UndefOr[AccessControlPolicy] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWrite: js.UndefOr[GrantWrite] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectAclRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      AccessControlPolicy.foreach(__v => __obj.updateDynamic(\"AccessControlPolicy\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWrite.foreach(__v => __obj.updateDynamic(\"GrantWrite\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectAclRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectLegalHoldOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object PutObjectLegalHoldOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): PutObjectLegalHoldOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectLegalHoldOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectLegalHoldRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var LegalHold: js.UndefOr[ObjectLockLegalHold]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectLegalHoldRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        LegalHold: js.UndefOr[ObjectLockLegalHold] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectLegalHoldRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      LegalHold.foreach(__v => __obj.updateDynamic(\"LegalHold\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectLegalHoldRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectLockConfigurationOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object PutObjectLockConfigurationOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): PutObjectLockConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectLockConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectLockConfigurationRequest extends js.Object {\n    var Bucket: BucketName\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var ObjectLockConfiguration: js.UndefOr[ObjectLockConfiguration]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var Token: js.UndefOr[ObjectLockToken]\n  }\n\n  object PutObjectLockConfigurationRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        ObjectLockConfiguration: js.UndefOr[ObjectLockConfiguration] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        Token: js.UndefOr[ObjectLockToken] = js.undefined\n    ): PutObjectLockConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      ObjectLockConfiguration.foreach(__v => __obj.updateDynamic(\"ObjectLockConfiguration\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectLockConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectOutput extends js.Object {\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var ETag: js.UndefOr[ETag]\n    var Expiration: js.UndefOr[Expiration]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectOutput {\n    @inline\n    def apply(\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ACL: js.UndefOr[ObjectCannedACL]\n    var Body: js.UndefOr[Body]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentLength: js.UndefOr[ContentLength]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ContentType: js.UndefOr[ContentType]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var Expires: js.UndefOr[Expires]\n    var GrantFullControl: js.UndefOr[GrantFullControl]\n    var GrantRead: js.UndefOr[GrantRead]\n    var GrantReadACP: js.UndefOr[GrantReadACP]\n    var GrantWriteACP: js.UndefOr[GrantWriteACP]\n    var Metadata: js.UndefOr[Metadata]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var Tagging: js.UndefOr[TaggingHeader]\n    var WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation]\n  }\n\n  object PutObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ACL: js.UndefOr[ObjectCannedACL] = js.undefined,\n        Body: js.UndefOr[Body] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentLength: js.UndefOr[ContentLength] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        GrantFullControl: js.UndefOr[GrantFullControl] = js.undefined,\n        GrantRead: js.UndefOr[GrantRead] = js.undefined,\n        GrantReadACP: js.UndefOr[GrantReadACP] = js.undefined,\n        GrantWriteACP: js.UndefOr[GrantWriteACP] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSEncryptionContext: js.UndefOr[SSEKMSEncryptionContext] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        Tagging: js.UndefOr[TaggingHeader] = js.undefined,\n        WebsiteRedirectLocation: js.UndefOr[WebsiteRedirectLocation] = js.undefined\n    ): PutObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ACL.foreach(__v => __obj.updateDynamic(\"ACL\")(__v.asInstanceOf[js.Any]))\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      GrantFullControl.foreach(__v => __obj.updateDynamic(\"GrantFullControl\")(__v.asInstanceOf[js.Any]))\n      GrantRead.foreach(__v => __obj.updateDynamic(\"GrantRead\")(__v.asInstanceOf[js.Any]))\n      GrantReadACP.foreach(__v => __obj.updateDynamic(\"GrantReadACP\")(__v.asInstanceOf[js.Any]))\n      GrantWriteACP.foreach(__v => __obj.updateDynamic(\"GrantWriteACP\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSEncryptionContext.foreach(__v => __obj.updateDynamic(\"SSEKMSEncryptionContext\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      Tagging.foreach(__v => __obj.updateDynamic(\"Tagging\")(__v.asInstanceOf[js.Any]))\n      WebsiteRedirectLocation.foreach(__v => __obj.updateDynamic(\"WebsiteRedirectLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectRetentionOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n  }\n\n  object PutObjectRetentionOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined\n    ): PutObjectRetentionOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectRetentionOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectRetentionRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var Retention: js.UndefOr[ObjectLockRetention]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectRetentionRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        BypassGovernanceRetention: js.UndefOr[BypassGovernanceRetention] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        Retention: js.UndefOr[ObjectLockRetention] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectRetentionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      BypassGovernanceRetention.foreach(__v => __obj.updateDynamic(\"BypassGovernanceRetention\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      Retention.foreach(__v => __obj.updateDynamic(\"Retention\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectRetentionRequest]\n    }\n  }\n\n  @js.native\n  trait PutObjectTaggingOutput extends js.Object {\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectTaggingOutput {\n    @inline\n    def apply(\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectTaggingOutput = {\n      val __obj = js.Dynamic.literal()\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectTaggingOutput]\n    }\n  }\n\n  @js.native\n  trait PutObjectTaggingRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var Tagging: Tagging\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object PutObjectTaggingRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        Tagging: Tagging,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): PutObjectTaggingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Tagging\" -> Tagging.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutObjectTaggingRequest]\n    }\n  }\n\n  @js.native\n  trait PutPublicAccessBlockRequest extends js.Object {\n    var Bucket: BucketName\n    var PublicAccessBlockConfiguration: PublicAccessBlockConfiguration\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n  }\n\n  object PutPublicAccessBlockRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        PublicAccessBlockConfiguration: PublicAccessBlockConfiguration,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined\n    ): PutPublicAccessBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"PublicAccessBlockConfiguration\" -> PublicAccessBlockConfiguration.asInstanceOf[js.Any]\n      )\n\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPublicAccessBlockRequest]\n    }\n  }\n\n  \/** Specifies the configuration for publishing messages to an Amazon Simple Queue Service (Amazon SQS) queue when Amazon S3 detects specified events.\n    *\/\n  @js.native\n  trait QueueConfiguration extends js.Object {\n    var Events: EventList\n    var QueueArn: QueueArn\n    var Filter: js.UndefOr[NotificationConfigurationFilter]\n    var Id: js.UndefOr[NotificationId]\n  }\n\n  object QueueConfiguration {\n    @inline\n    def apply(\n        Events: EventList,\n        QueueArn: QueueArn,\n        Filter: js.UndefOr[NotificationConfigurationFilter] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined\n    ): QueueConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Events\" -> Events.asInstanceOf[js.Any],\n        \"QueueArn\" -> QueueArn.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueueConfiguration]\n    }\n  }\n\n  \/** This data type is deprecated. Use [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/API_QueueConfiguration.html|QueueConfiguration]] for the same purposes. This data type specifies the configuration for publishing messages to an Amazon Simple Queue Service (Amazon SQS) queue when Amazon S3 detects specified events.\n    *\/\n  @js.native\n  trait QueueConfigurationDeprecated extends js.Object {\n    var Event: js.UndefOr[Event]\n    var Events: js.UndefOr[EventList]\n    var Id: js.UndefOr[NotificationId]\n    var Queue: js.UndefOr[QueueArn]\n  }\n\n  object QueueConfigurationDeprecated {\n    @inline\n    def apply(\n        Event: js.UndefOr[Event] = js.undefined,\n        Events: js.UndefOr[EventList] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined,\n        Queue: js.UndefOr[QueueArn] = js.undefined\n    ): QueueConfigurationDeprecated = {\n      val __obj = js.Dynamic.literal()\n      Event.foreach(__v => __obj.updateDynamic(\"Event\")(__v.asInstanceOf[js.Any]))\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Queue.foreach(__v => __obj.updateDynamic(\"Queue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueueConfigurationDeprecated]\n    }\n  }\n\n  @js.native\n  sealed trait QuoteFields extends js.Any\n  object QuoteFields {\n    val ALWAYS = \"ALWAYS\".asInstanceOf[QuoteFields]\n    val ASNEEDED = \"ASNEEDED\".asInstanceOf[QuoteFields]\n\n    @inline def values = js.Array(ALWAYS, ASNEEDED)\n  }\n\n  \/** The container for the records event.\n    *\/\n  @js.native\n  trait RecordsEvent extends js.Object {\n    var Payload: js.UndefOr[Body]\n  }\n\n  object RecordsEvent {\n    @inline\n    def apply(\n        Payload: js.UndefOr[Body] = js.undefined\n    ): RecordsEvent = {\n      val __obj = js.Dynamic.literal()\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecordsEvent]\n    }\n  }\n\n  \/** Specifies how requests are redirected. In the event of an error, you can specify a different error code to return.\n    *\/\n  @js.native\n  trait Redirect extends js.Object {\n    var HostName: js.UndefOr[HostName]\n    var HttpRedirectCode: js.UndefOr[HttpRedirectCode]\n    var Protocol: js.UndefOr[Protocol]\n    var ReplaceKeyPrefixWith: js.UndefOr[ReplaceKeyPrefixWith]\n    var ReplaceKeyWith: js.UndefOr[ReplaceKeyWith]\n  }\n\n  object Redirect {\n    @inline\n    def apply(\n        HostName: js.UndefOr[HostName] = js.undefined,\n        HttpRedirectCode: js.UndefOr[HttpRedirectCode] = js.undefined,\n        Protocol: js.UndefOr[Protocol] = js.undefined,\n        ReplaceKeyPrefixWith: js.UndefOr[ReplaceKeyPrefixWith] = js.undefined,\n        ReplaceKeyWith: js.UndefOr[ReplaceKeyWith] = js.undefined\n    ): Redirect = {\n      val __obj = js.Dynamic.literal()\n      HostName.foreach(__v => __obj.updateDynamic(\"HostName\")(__v.asInstanceOf[js.Any]))\n      HttpRedirectCode.foreach(__v => __obj.updateDynamic(\"HttpRedirectCode\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      ReplaceKeyPrefixWith.foreach(__v => __obj.updateDynamic(\"ReplaceKeyPrefixWith\")(__v.asInstanceOf[js.Any]))\n      ReplaceKeyWith.foreach(__v => __obj.updateDynamic(\"ReplaceKeyWith\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Redirect]\n    }\n  }\n\n  \/** Specifies the redirect behavior of all requests to a website endpoint of an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait RedirectAllRequestsTo extends js.Object {\n    var HostName: HostName\n    var Protocol: js.UndefOr[Protocol]\n  }\n\n  object RedirectAllRequestsTo {\n    @inline\n    def apply(\n        HostName: HostName,\n        Protocol: js.UndefOr[Protocol] = js.undefined\n    ): RedirectAllRequestsTo = {\n      val __obj = js.Dynamic.literal(\n        \"HostName\" -> HostName.asInstanceOf[js.Any]\n      )\n\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedirectAllRequestsTo]\n    }\n  }\n\n  \/** A filter that you can specify for selection for modifications on replicas. Amazon S3 doesn't replicate replica modifications by default. In the latest version of replication configuration (when <code>Filter<\/code> is specified), you can specify this element and set the status to <code>Enabled<\/code> to replicate modifications on replicas.\n    *\n    * '''Note:'''If you don't specify the <code>Filter<\/code> element, Amazon S3 assumes that the replication configuration is the earlier version, V1. In the earlier version, this element is not allowed.\n    *\/\n  @js.native\n  trait ReplicaModifications extends js.Object {\n    var Status: ReplicaModificationsStatus\n  }\n\n  object ReplicaModifications {\n    @inline\n    def apply(\n        Status: ReplicaModificationsStatus\n    ): ReplicaModifications = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicaModifications]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicaModificationsStatus extends js.Any\n  object ReplicaModificationsStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ReplicaModificationsStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ReplicaModificationsStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** A container for replication rules. You can add up to 1,000 rules. The maximum size of a replication configuration is 2 MB.\n    *\/\n  @js.native\n  trait ReplicationConfiguration extends js.Object {\n    var Role: Role\n    var Rules: ReplicationRules\n  }\n\n  object ReplicationConfiguration {\n    @inline\n    def apply(\n        Role: Role,\n        Rules: ReplicationRules\n    ): ReplicationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Role\" -> Role.asInstanceOf[js.Any],\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicationConfiguration]\n    }\n  }\n\n  \/** Specifies which Amazon S3 objects to replicate and where to store the replicas.\n    *\/\n  @js.native\n  trait ReplicationRule extends js.Object {\n    var Destination: Destination\n    var Status: ReplicationRuleStatus\n    var DeleteMarkerReplication: js.UndefOr[DeleteMarkerReplication]\n    var ExistingObjectReplication: js.UndefOr[ExistingObjectReplication]\n    var Filter: js.UndefOr[ReplicationRuleFilter]\n    var ID: js.UndefOr[ID]\n    var Prefix: js.UndefOr[Prefix]\n    var Priority: js.UndefOr[Priority]\n    var SourceSelectionCriteria: js.UndefOr[SourceSelectionCriteria]\n  }\n\n  object ReplicationRule {\n    @inline\n    def apply(\n        Destination: Destination,\n        Status: ReplicationRuleStatus,\n        DeleteMarkerReplication: js.UndefOr[DeleteMarkerReplication] = js.undefined,\n        ExistingObjectReplication: js.UndefOr[ExistingObjectReplication] = js.undefined,\n        Filter: js.UndefOr[ReplicationRuleFilter] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined,\n        SourceSelectionCriteria: js.UndefOr[SourceSelectionCriteria] = js.undefined\n    ): ReplicationRule = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      DeleteMarkerReplication.foreach(__v => __obj.updateDynamic(\"DeleteMarkerReplication\")(__v.asInstanceOf[js.Any]))\n      ExistingObjectReplication.foreach(__v => __obj.updateDynamic(\"ExistingObjectReplication\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      SourceSelectionCriteria.foreach(__v => __obj.updateDynamic(\"SourceSelectionCriteria\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationRule]\n    }\n  }\n\n  \/** A container for specifying rule filters. The filters determine the subset of objects to which the rule applies. This element is required only if you specify more than one filter. For example: * If you specify both a <code>Prefix<\/code> and a <code>Tag<\/code> filter, wrap these filters in an <code>And<\/code> tag. * If you specify a filter based on multiple tags, wrap the <code>Tag<\/code> elements in an <code>And<\/code> tag.\n    *\/\n  @js.native\n  trait ReplicationRuleAndOperator extends js.Object {\n    var Prefix: js.UndefOr[Prefix]\n    var Tags: js.UndefOr[TagSet]\n  }\n\n  object ReplicationRuleAndOperator {\n    @inline\n    def apply(\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tags: js.UndefOr[TagSet] = js.undefined\n    ): ReplicationRuleAndOperator = {\n      val __obj = js.Dynamic.literal()\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationRuleAndOperator]\n    }\n  }\n\n  \/** A filter that identifies the subset of objects to which the replication rule applies. A <code>Filter<\/code> must specify exactly one <code>Prefix<\/code>, <code>Tag<\/code>, or an <code>And<\/code> child element.\n    *\/\n  @js.native\n  trait ReplicationRuleFilter extends js.Object {\n    var And: js.UndefOr[ReplicationRuleAndOperator]\n    var Prefix: js.UndefOr[Prefix]\n    var Tag: js.UndefOr[Tag]\n  }\n\n  object ReplicationRuleFilter {\n    @inline\n    def apply(\n        And: js.UndefOr[ReplicationRuleAndOperator] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        Tag: js.UndefOr[Tag] = js.undefined\n    ): ReplicationRuleFilter = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      Tag.foreach(__v => __obj.updateDynamic(\"Tag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationRuleFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicationRuleStatus extends js.Any\n  object ReplicationRuleStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ReplicationRuleStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ReplicationRuleStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  @js.native\n  sealed trait ReplicationStatus extends js.Any\n  object ReplicationStatus {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ReplicationStatus]\n    val PENDING = \"PENDING\".asInstanceOf[ReplicationStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ReplicationStatus]\n    val REPLICA = \"REPLICA\".asInstanceOf[ReplicationStatus]\n\n    @inline def values = js.Array(COMPLETE, PENDING, FAILED, REPLICA)\n  }\n\n  \/** A container specifying S3 Replication Time Control (S3 RTC) related information, including whether S3 RTC is enabled and the time when all objects and operations on objects must be replicated. Must be specified together with a <code>Metrics<\/code> block.\n    *\/\n  @js.native\n  trait ReplicationTime extends js.Object {\n    var Status: ReplicationTimeStatus\n    var Time: ReplicationTimeValue\n  }\n\n  object ReplicationTime {\n    @inline\n    def apply(\n        Status: ReplicationTimeStatus,\n        Time: ReplicationTimeValue\n    ): ReplicationTime = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"Time\" -> Time.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReplicationTime]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicationTimeStatus extends js.Any\n  object ReplicationTimeStatus {\n    val Enabled = \"Enabled\".asInstanceOf[ReplicationTimeStatus]\n    val Disabled = \"Disabled\".asInstanceOf[ReplicationTimeStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** A container specifying the time value for S3 Replication Time Control (S3 RTC) and replication metrics <code>EventThreshold<\/code>.\n    *\/\n  @js.native\n  trait ReplicationTimeValue extends js.Object {\n    var Minutes: js.UndefOr[Minutes]\n  }\n\n  object ReplicationTimeValue {\n    @inline\n    def apply(\n        Minutes: js.UndefOr[Minutes] = js.undefined\n    ): ReplicationTimeValue = {\n      val __obj = js.Dynamic.literal()\n      Minutes.foreach(__v => __obj.updateDynamic(\"Minutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationTimeValue]\n    }\n  }\n\n  \/** If present, indicates that the requester was successfully charged for the request.\n    *\/\n  @js.native\n  sealed trait RequestCharged extends js.Any\n  object RequestCharged {\n    val requester = \"requester\".asInstanceOf[RequestCharged]\n\n    @inline def values = js.Array(requester)\n  }\n\n  \/** Confirms that the requester knows that they will be charged for the request. Bucket owners need not specify this parameter in their requests. For information about downloading objects from requester pays buckets, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/ObjectsinRequesterPaysBuckets.html|Downloading Objects in Requestor Pays Buckets]] in the <i>Amazon S3 Developer Guide<\/i>.\n    *\/\n  @js.native\n  sealed trait RequestPayer extends js.Any\n  object RequestPayer {\n    val requester = \"requester\".asInstanceOf[RequestPayer]\n\n    @inline def values = js.Array(requester)\n  }\n\n  \/** Container for Payer.\n    *\/\n  @js.native\n  trait RequestPaymentConfiguration extends js.Object {\n    var Payer: Payer\n  }\n\n  object RequestPaymentConfiguration {\n    @inline\n    def apply(\n        Payer: Payer\n    ): RequestPaymentConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Payer\" -> Payer.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RequestPaymentConfiguration]\n    }\n  }\n\n  \/** Container for specifying if periodic <code>QueryProgress<\/code> messages should be sent.\n    *\/\n  @js.native\n  trait RequestProgress extends js.Object {\n    var Enabled: js.UndefOr[EnableRequestProgress]\n  }\n\n  object RequestProgress {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[EnableRequestProgress] = js.undefined\n    ): RequestProgress = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RequestProgress]\n    }\n  }\n\n  @js.native\n  trait RestoreObjectOutput extends js.Object {\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var RestoreOutputPath: js.UndefOr[RestoreOutputPath]\n  }\n\n  object RestoreObjectOutput {\n    @inline\n    def apply(\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        RestoreOutputPath: js.UndefOr[RestoreOutputPath] = js.undefined\n    ): RestoreObjectOutput = {\n      val __obj = js.Dynamic.literal()\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      RestoreOutputPath.foreach(__v => __obj.updateDynamic(\"RestoreOutputPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreObjectOutput]\n    }\n  }\n\n  @js.native\n  trait RestoreObjectRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var RestoreRequest: js.UndefOr[RestoreRequest]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object RestoreObjectRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        RestoreRequest: js.UndefOr[RestoreRequest] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): RestoreObjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      RestoreRequest.foreach(__v => __obj.updateDynamic(\"RestoreRequest\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreObjectRequest]\n    }\n  }\n\n  \/** Container for restore job parameters.\n    *\/\n  @js.native\n  trait RestoreRequest extends js.Object {\n    var Days: js.UndefOr[Days]\n    var Description: js.UndefOr[Description]\n    var GlacierJobParameters: js.UndefOr[GlacierJobParameters]\n    var OutputLocation: js.UndefOr[OutputLocation]\n    var SelectParameters: js.UndefOr[SelectParameters]\n    var Tier: js.UndefOr[Tier]\n    var Type: js.UndefOr[RestoreRequestType]\n  }\n\n  object RestoreRequest {\n    @inline\n    def apply(\n        Days: js.UndefOr[Days] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        GlacierJobParameters: js.UndefOr[GlacierJobParameters] = js.undefined,\n        OutputLocation: js.UndefOr[OutputLocation] = js.undefined,\n        SelectParameters: js.UndefOr[SelectParameters] = js.undefined,\n        Tier: js.UndefOr[Tier] = js.undefined,\n        Type: js.UndefOr[RestoreRequestType] = js.undefined\n    ): RestoreRequest = {\n      val __obj = js.Dynamic.literal()\n      Days.foreach(__v => __obj.updateDynamic(\"Days\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlacierJobParameters.foreach(__v => __obj.updateDynamic(\"GlacierJobParameters\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      SelectParameters.foreach(__v => __obj.updateDynamic(\"SelectParameters\")(__v.asInstanceOf[js.Any]))\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreRequest]\n    }\n  }\n\n  @js.native\n  sealed trait RestoreRequestType extends js.Any\n  object RestoreRequestType {\n    val SELECT = \"SELECT\".asInstanceOf[RestoreRequestType]\n\n    @inline def values = js.Array(SELECT)\n  }\n\n  \/** Specifies the redirect behavior and when a redirect is applied. For more information about routing rules, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/how-to-page-redirect.html#advanced-conditional-redirects|Configuring advanced conditional redirects]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait RoutingRule extends js.Object {\n    var Redirect: Redirect\n    var Condition: js.UndefOr[Condition]\n  }\n\n  object RoutingRule {\n    @inline\n    def apply(\n        Redirect: Redirect,\n        Condition: js.UndefOr[Condition] = js.undefined\n    ): RoutingRule = {\n      val __obj = js.Dynamic.literal(\n        \"Redirect\" -> Redirect.asInstanceOf[js.Any]\n      )\n\n      Condition.foreach(__v => __obj.updateDynamic(\"Condition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoutingRule]\n    }\n  }\n\n  \/** Specifies lifecycle rules for an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketPUTlifecycle.html|Put Bucket Lifecycle Configuration]] in the <i>Amazon Simple Storage Service API Reference<\/i>. For examples, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/API_PutBucketLifecycleConfiguration.html#API_PutBucketLifecycleConfiguration_Examples|Put Bucket Lifecycle Configuration Examples]].\n    *\/\n  @js.native\n  trait Rule extends js.Object {\n    var Prefix: Prefix\n    var Status: ExpirationStatus\n    var AbortIncompleteMultipartUpload: js.UndefOr[AbortIncompleteMultipartUpload]\n    var Expiration: js.UndefOr[LifecycleExpiration]\n    var ID: js.UndefOr[ID]\n    var NoncurrentVersionExpiration: js.UndefOr[NoncurrentVersionExpiration]\n    var NoncurrentVersionTransition: js.UndefOr[NoncurrentVersionTransition]\n    var Transition: js.UndefOr[Transition]\n  }\n\n  object Rule {\n    @inline\n    def apply(\n        Prefix: Prefix,\n        Status: ExpirationStatus,\n        AbortIncompleteMultipartUpload: js.UndefOr[AbortIncompleteMultipartUpload] = js.undefined,\n        Expiration: js.UndefOr[LifecycleExpiration] = js.undefined,\n        ID: js.UndefOr[ID] = js.undefined,\n        NoncurrentVersionExpiration: js.UndefOr[NoncurrentVersionExpiration] = js.undefined,\n        NoncurrentVersionTransition: js.UndefOr[NoncurrentVersionTransition] = js.undefined,\n        Transition: js.UndefOr[Transition] = js.undefined\n    ): Rule = {\n      val __obj = js.Dynamic.literal(\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      AbortIncompleteMultipartUpload.foreach(__v => __obj.updateDynamic(\"AbortIncompleteMultipartUpload\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      ID.foreach(__v => __obj.updateDynamic(\"ID\")(__v.asInstanceOf[js.Any]))\n      NoncurrentVersionExpiration.foreach(__v => __obj.updateDynamic(\"NoncurrentVersionExpiration\")(__v.asInstanceOf[js.Any]))\n      NoncurrentVersionTransition.foreach(__v => __obj.updateDynamic(\"NoncurrentVersionTransition\")(__v.asInstanceOf[js.Any]))\n      Transition.foreach(__v => __obj.updateDynamic(\"Transition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Rule]\n    }\n  }\n\n  \/** A container for object key name prefix and suffix filtering rules.\n    *\/\n  @js.native\n  trait S3KeyFilter extends js.Object {\n    var FilterRules: js.UndefOr[FilterRuleList]\n  }\n\n  object S3KeyFilter {\n    @inline\n    def apply(\n        FilterRules: js.UndefOr[FilterRuleList] = js.undefined\n    ): S3KeyFilter = {\n      val __obj = js.Dynamic.literal()\n      FilterRules.foreach(__v => __obj.updateDynamic(\"FilterRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3KeyFilter]\n    }\n  }\n\n  \/** Describes an Amazon S3 location that will receive the results of the restore request.\n    *\/\n  @js.native\n  trait S3Location extends js.Object {\n    var BucketName: BucketName\n    var Prefix: LocationPrefix\n    var AccessControlList: js.UndefOr[Grants]\n    var CannedACL: js.UndefOr[ObjectCannedACL]\n    var Encryption: js.UndefOr[Encryption]\n    var StorageClass: js.UndefOr[StorageClass]\n    var Tagging: js.UndefOr[Tagging]\n    var UserMetadata: js.UndefOr[UserMetadata]\n  }\n\n  object S3Location {\n    @inline\n    def apply(\n        BucketName: BucketName,\n        Prefix: LocationPrefix,\n        AccessControlList: js.UndefOr[Grants] = js.undefined,\n        CannedACL: js.UndefOr[ObjectCannedACL] = js.undefined,\n        Encryption: js.UndefOr[Encryption] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        Tagging: js.UndefOr[Tagging] = js.undefined,\n        UserMetadata: js.UndefOr[UserMetadata] = js.undefined\n    ): S3Location = {\n      val __obj = js.Dynamic.literal(\n        \"BucketName\" -> BucketName.asInstanceOf[js.Any],\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any]\n      )\n\n      AccessControlList.foreach(__v => __obj.updateDynamic(\"AccessControlList\")(__v.asInstanceOf[js.Any]))\n      CannedACL.foreach(__v => __obj.updateDynamic(\"CannedACL\")(__v.asInstanceOf[js.Any]))\n      Encryption.foreach(__v => __obj.updateDynamic(\"Encryption\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      Tagging.foreach(__v => __obj.updateDynamic(\"Tagging\")(__v.asInstanceOf[js.Any]))\n      UserMetadata.foreach(__v => __obj.updateDynamic(\"UserMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Location]\n    }\n  }\n\n  \/** Specifies the use of SSE-KMS to encrypt delivered inventory reports.\n    *\/\n  @js.native\n  trait SSEKMS extends js.Object {\n    var KeyId: SSEKMSKeyId\n  }\n\n  object SSEKMS {\n    @inline\n    def apply(\n        KeyId: SSEKMSKeyId\n    ): SSEKMS = {\n      val __obj = js.Dynamic.literal(\n        \"KeyId\" -> KeyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SSEKMS]\n    }\n  }\n\n  \/** Specifies the use of SSE-S3 to encrypt delivered inventory reports.\n    *\/\n  @js.native\n  trait SSES3 extends js.Object\n\n  object SSES3 {\n    @inline\n    def apply(): SSES3 = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SSES3]\n    }\n  }\n\n  \/** Specifies the byte range of the object to get the records from. A record is processed when its first byte is contained by the range. This parameter is optional, but when specified, it must not be empty. See RFC 2616, Section 14.35.1 about how to specify the start and end of the range.\n    *\/\n  @js.native\n  trait ScanRange extends js.Object {\n    var End: js.UndefOr[End]\n    var Start: js.UndefOr[Start]\n  }\n\n  object ScanRange {\n    @inline\n    def apply(\n        End: js.UndefOr[End] = js.undefined,\n        Start: js.UndefOr[Start] = js.undefined\n    ): ScanRange = {\n      val __obj = js.Dynamic.literal()\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScanRange]\n    }\n  }\n\n  \/** The container for selecting objects from a content event stream.\n    *\/\n  @js.native\n  trait SelectObjectContentEventStream extends js.Object {\n    var Cont: js.UndefOr[ContinuationEvent]\n    var End: js.UndefOr[EndEvent]\n    var Progress: js.UndefOr[ProgressEvent]\n    var Records: js.UndefOr[RecordsEvent]\n    var Stats: js.UndefOr[StatsEvent]\n  }\n\n  object SelectObjectContentEventStream {\n    @inline\n    def apply(\n        Cont: js.UndefOr[ContinuationEvent] = js.undefined,\n        End: js.UndefOr[EndEvent] = js.undefined,\n        Progress: js.UndefOr[ProgressEvent] = js.undefined,\n        Records: js.UndefOr[RecordsEvent] = js.undefined,\n        Stats: js.UndefOr[StatsEvent] = js.undefined\n    ): SelectObjectContentEventStream = {\n      val __obj = js.Dynamic.literal()\n      Cont.foreach(__v => __obj.updateDynamic(\"Cont\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Progress.foreach(__v => __obj.updateDynamic(\"Progress\")(__v.asInstanceOf[js.Any]))\n      Records.foreach(__v => __obj.updateDynamic(\"Records\")(__v.asInstanceOf[js.Any]))\n      Stats.foreach(__v => __obj.updateDynamic(\"Stats\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelectObjectContentEventStream]\n    }\n  }\n\n  @js.native\n  trait SelectObjectContentOutput extends js.Object {\n    var Payload: js.UndefOr[SelectObjectContentEventStream]\n  }\n\n  object SelectObjectContentOutput {\n    @inline\n    def apply(\n        Payload: js.UndefOr[SelectObjectContentEventStream] = js.undefined\n    ): SelectObjectContentOutput = {\n      val __obj = js.Dynamic.literal()\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelectObjectContentOutput]\n    }\n  }\n\n  \/** Request to filter the contents of an Amazon S3 object based on a simple Structured Query Language (SQL) statement. In the request, along with the SQL expression, you must specify a data serialization format (JSON or CSV) of the object. Amazon S3 uses this to parse object data into records. It returns only records that match the specified SQL expression. You must also specify the data serialization format for the response. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTObjectSELECTContent.html|S3Select API Documentation]].\n    *\/\n  @js.native\n  trait SelectObjectContentRequest extends js.Object {\n    var Bucket: BucketName\n    var Expression: Expression\n    var ExpressionType: ExpressionType\n    var InputSerialization: InputSerialization\n    var Key: ObjectKey\n    var OutputSerialization: OutputSerialization\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestProgress: js.UndefOr[RequestProgress]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var ScanRange: js.UndefOr[ScanRange]\n  }\n\n  object SelectObjectContentRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Expression: Expression,\n        ExpressionType: ExpressionType,\n        InputSerialization: InputSerialization,\n        Key: ObjectKey,\n        OutputSerialization: OutputSerialization,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestProgress: js.UndefOr[RequestProgress] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        ScanRange: js.UndefOr[ScanRange] = js.undefined\n    ): SelectObjectContentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Expression\" -> Expression.asInstanceOf[js.Any],\n        \"ExpressionType\" -> ExpressionType.asInstanceOf[js.Any],\n        \"InputSerialization\" -> InputSerialization.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"OutputSerialization\" -> OutputSerialization.asInstanceOf[js.Any]\n      )\n\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestProgress.foreach(__v => __obj.updateDynamic(\"RequestProgress\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      ScanRange.foreach(__v => __obj.updateDynamic(\"ScanRange\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SelectObjectContentRequest]\n    }\n  }\n\n  \/** Describes the parameters for Select job types.\n    *\/\n  @js.native\n  trait SelectParameters extends js.Object {\n    var Expression: Expression\n    var ExpressionType: ExpressionType\n    var InputSerialization: InputSerialization\n    var OutputSerialization: OutputSerialization\n  }\n\n  object SelectParameters {\n    @inline\n    def apply(\n        Expression: Expression,\n        ExpressionType: ExpressionType,\n        InputSerialization: InputSerialization,\n        OutputSerialization: OutputSerialization\n    ): SelectParameters = {\n      val __obj = js.Dynamic.literal(\n        \"Expression\" -> Expression.asInstanceOf[js.Any],\n        \"ExpressionType\" -> ExpressionType.asInstanceOf[js.Any],\n        \"InputSerialization\" -> InputSerialization.asInstanceOf[js.Any],\n        \"OutputSerialization\" -> OutputSerialization.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SelectParameters]\n    }\n  }\n\n  @js.native\n  sealed trait ServerSideEncryption extends js.Any\n  object ServerSideEncryption {\n    val AES256 = \"AES256\".asInstanceOf[ServerSideEncryption]\n    val `aws:kms` = \"aws:kms\".asInstanceOf[ServerSideEncryption]\n\n    @inline def values = js.Array(AES256, `aws:kms`)\n  }\n\n  \/** Describes the default server-side encryption to apply to new objects in the bucket. If a PUT Object request doesn't specify any server-side encryption, this default encryption will be applied. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketPUTencryption.html|PUT Bucket encryption]] in the <i>Amazon Simple Storage Service API Reference<\/i>.\n    *\/\n  @js.native\n  trait ServerSideEncryptionByDefault extends js.Object {\n    var SSEAlgorithm: ServerSideEncryption\n    var KMSMasterKeyID: js.UndefOr[SSEKMSKeyId]\n  }\n\n  object ServerSideEncryptionByDefault {\n    @inline\n    def apply(\n        SSEAlgorithm: ServerSideEncryption,\n        KMSMasterKeyID: js.UndefOr[SSEKMSKeyId] = js.undefined\n    ): ServerSideEncryptionByDefault = {\n      val __obj = js.Dynamic.literal(\n        \"SSEAlgorithm\" -> SSEAlgorithm.asInstanceOf[js.Any]\n      )\n\n      KMSMasterKeyID.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServerSideEncryptionByDefault]\n    }\n  }\n\n  \/** Specifies the default server-side-encryption configuration.\n    *\/\n  @js.native\n  trait ServerSideEncryptionConfiguration extends js.Object {\n    var Rules: ServerSideEncryptionRules\n  }\n\n  object ServerSideEncryptionConfiguration {\n    @inline\n    def apply(\n        Rules: ServerSideEncryptionRules\n    ): ServerSideEncryptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ServerSideEncryptionConfiguration]\n    }\n  }\n\n  \/** Specifies the default server-side encryption configuration.\n    *\/\n  @js.native\n  trait ServerSideEncryptionRule extends js.Object {\n    var ApplyServerSideEncryptionByDefault: js.UndefOr[ServerSideEncryptionByDefault]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n  }\n\n  object ServerSideEncryptionRule {\n    @inline\n    def apply(\n        ApplyServerSideEncryptionByDefault: js.UndefOr[ServerSideEncryptionByDefault] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined\n    ): ServerSideEncryptionRule = {\n      val __obj = js.Dynamic.literal()\n      ApplyServerSideEncryptionByDefault.foreach(__v => __obj.updateDynamic(\"ApplyServerSideEncryptionByDefault\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServerSideEncryptionRule]\n    }\n  }\n\n  \/** A container that describes additional filters for identifying the source objects that you want to replicate. You can choose to enable or disable the replication of these objects. Currently, Amazon S3 supports only the filter that you can specify for objects created with server-side encryption using a customer master key (CMK) stored in AWS Key Management Service (SSE-KMS).\n    *\/\n  @js.native\n  trait SourceSelectionCriteria extends js.Object {\n    var ReplicaModifications: js.UndefOr[ReplicaModifications]\n    var SseKmsEncryptedObjects: js.UndefOr[SseKmsEncryptedObjects]\n  }\n\n  object SourceSelectionCriteria {\n    @inline\n    def apply(\n        ReplicaModifications: js.UndefOr[ReplicaModifications] = js.undefined,\n        SseKmsEncryptedObjects: js.UndefOr[SseKmsEncryptedObjects] = js.undefined\n    ): SourceSelectionCriteria = {\n      val __obj = js.Dynamic.literal()\n      ReplicaModifications.foreach(__v => __obj.updateDynamic(\"ReplicaModifications\")(__v.asInstanceOf[js.Any]))\n      SseKmsEncryptedObjects.foreach(__v => __obj.updateDynamic(\"SseKmsEncryptedObjects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceSelectionCriteria]\n    }\n  }\n\n  \/** A container for filter information for the selection of S3 objects encrypted with AWS KMS.\n    *\/\n  @js.native\n  trait SseKmsEncryptedObjects extends js.Object {\n    var Status: SseKmsEncryptedObjectsStatus\n  }\n\n  object SseKmsEncryptedObjects {\n    @inline\n    def apply(\n        Status: SseKmsEncryptedObjectsStatus\n    ): SseKmsEncryptedObjects = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SseKmsEncryptedObjects]\n    }\n  }\n\n  @js.native\n  sealed trait SseKmsEncryptedObjectsStatus extends js.Any\n  object SseKmsEncryptedObjectsStatus {\n    val Enabled = \"Enabled\".asInstanceOf[SseKmsEncryptedObjectsStatus]\n    val Disabled = \"Disabled\".asInstanceOf[SseKmsEncryptedObjectsStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** Container for the stats details.\n    *\/\n  @js.native\n  trait Stats extends js.Object {\n    var BytesProcessed: js.UndefOr[BytesProcessed]\n    var BytesReturned: js.UndefOr[BytesReturned]\n    var BytesScanned: js.UndefOr[BytesScanned]\n  }\n\n  object Stats {\n    @inline\n    def apply(\n        BytesProcessed: js.UndefOr[BytesProcessed] = js.undefined,\n        BytesReturned: js.UndefOr[BytesReturned] = js.undefined,\n        BytesScanned: js.UndefOr[BytesScanned] = js.undefined\n    ): Stats = {\n      val __obj = js.Dynamic.literal()\n      BytesProcessed.foreach(__v => __obj.updateDynamic(\"BytesProcessed\")(__v.asInstanceOf[js.Any]))\n      BytesReturned.foreach(__v => __obj.updateDynamic(\"BytesReturned\")(__v.asInstanceOf[js.Any]))\n      BytesScanned.foreach(__v => __obj.updateDynamic(\"BytesScanned\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Stats]\n    }\n  }\n\n  \/** Container for the Stats Event.\n    *\/\n  @js.native\n  trait StatsEvent extends js.Object {\n    var Details: js.UndefOr[Stats]\n  }\n\n  object StatsEvent {\n    @inline\n    def apply(\n        Details: js.UndefOr[Stats] = js.undefined\n    ): StatsEvent = {\n      val __obj = js.Dynamic.literal()\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StatsEvent]\n    }\n  }\n\n  @js.native\n  sealed trait StorageClass extends js.Any\n  object StorageClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[StorageClass]\n    val REDUCED_REDUNDANCY = \"REDUCED_REDUNDANCY\".asInstanceOf[StorageClass]\n    val STANDARD_IA = \"STANDARD_IA\".asInstanceOf[StorageClass]\n    val ONEZONE_IA = \"ONEZONE_IA\".asInstanceOf[StorageClass]\n    val INTELLIGENT_TIERING = \"INTELLIGENT_TIERING\".asInstanceOf[StorageClass]\n    val GLACIER = \"GLACIER\".asInstanceOf[StorageClass]\n    val DEEP_ARCHIVE = \"DEEP_ARCHIVE\".asInstanceOf[StorageClass]\n    val OUTPOSTS = \"OUTPOSTS\".asInstanceOf[StorageClass]\n\n    @inline def values = js.Array(STANDARD, REDUCED_REDUNDANCY, STANDARD_IA, ONEZONE_IA, INTELLIGENT_TIERING, GLACIER, DEEP_ARCHIVE, OUTPOSTS)\n  }\n\n  \/** Specifies data related to access patterns to be collected and made available to analyze the tradeoffs between different storage classes for an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait StorageClassAnalysis extends js.Object {\n    var DataExport: js.UndefOr[StorageClassAnalysisDataExport]\n  }\n\n  object StorageClassAnalysis {\n    @inline\n    def apply(\n        DataExport: js.UndefOr[StorageClassAnalysisDataExport] = js.undefined\n    ): StorageClassAnalysis = {\n      val __obj = js.Dynamic.literal()\n      DataExport.foreach(__v => __obj.updateDynamic(\"DataExport\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StorageClassAnalysis]\n    }\n  }\n\n  \/** Container for data related to the storage class analysis for an Amazon S3 bucket for export.\n    *\/\n  @js.native\n  trait StorageClassAnalysisDataExport extends js.Object {\n    var Destination: AnalyticsExportDestination\n    var OutputSchemaVersion: StorageClassAnalysisSchemaVersion\n  }\n\n  object StorageClassAnalysisDataExport {\n    @inline\n    def apply(\n        Destination: AnalyticsExportDestination,\n        OutputSchemaVersion: StorageClassAnalysisSchemaVersion\n    ): StorageClassAnalysisDataExport = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"OutputSchemaVersion\" -> OutputSchemaVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StorageClassAnalysisDataExport]\n    }\n  }\n\n  @js.native\n  sealed trait StorageClassAnalysisSchemaVersion extends js.Any\n  object StorageClassAnalysisSchemaVersion {\n    val V_1 = \"V_1\".asInstanceOf[StorageClassAnalysisSchemaVersion]\n\n    @inline def values = js.Array(V_1)\n  }\n\n  \/** A container of a key value name pair.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: ObjectKey\n    var Value: Value\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: ObjectKey,\n        Value: Value\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Container for <code>TagSet<\/code> elements.\n    *\/\n  @js.native\n  trait Tagging extends js.Object {\n    var TagSet: TagSet\n  }\n\n  object Tagging {\n    @inline\n    def apply(\n        TagSet: TagSet\n    ): Tagging = {\n      val __obj = js.Dynamic.literal(\n        \"TagSet\" -> TagSet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tagging]\n    }\n  }\n\n  @js.native\n  sealed trait TaggingDirective extends js.Any\n  object TaggingDirective {\n    val COPY = \"COPY\".asInstanceOf[TaggingDirective]\n    val REPLACE = \"REPLACE\".asInstanceOf[TaggingDirective]\n\n    @inline def values = js.Array(COPY, REPLACE)\n  }\n\n  \/** Container for granting information.\n    *\/\n  @js.native\n  trait TargetGrant extends js.Object {\n    var Grantee: js.UndefOr[Grantee]\n    var Permission: js.UndefOr[BucketLogsPermission]\n  }\n\n  object TargetGrant {\n    @inline\n    def apply(\n        Grantee: js.UndefOr[Grantee] = js.undefined,\n        Permission: js.UndefOr[BucketLogsPermission] = js.undefined\n    ): TargetGrant = {\n      val __obj = js.Dynamic.literal()\n      Grantee.foreach(__v => __obj.updateDynamic(\"Grantee\")(__v.asInstanceOf[js.Any]))\n      Permission.foreach(__v => __obj.updateDynamic(\"Permission\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetGrant]\n    }\n  }\n\n  @js.native\n  sealed trait Tier extends js.Any\n  object Tier {\n    val Standard = \"Standard\".asInstanceOf[Tier]\n    val Bulk = \"Bulk\".asInstanceOf[Tier]\n    val Expedited = \"Expedited\".asInstanceOf[Tier]\n\n    @inline def values = js.Array(Standard, Bulk, Expedited)\n  }\n\n  \/** The S3 Intelligent-Tiering storage class is designed to optimize storage costs by automatically moving data to the most cost-effective storage access tier, without additional operational overhead.\n    *\/\n  @js.native\n  trait Tiering extends js.Object {\n    var AccessTier: IntelligentTieringAccessTier\n    var Days: IntelligentTieringDays\n  }\n\n  object Tiering {\n    @inline\n    def apply(\n        AccessTier: IntelligentTieringAccessTier,\n        Days: IntelligentTieringDays\n    ): Tiering = {\n      val __obj = js.Dynamic.literal(\n        \"AccessTier\" -> AccessTier.asInstanceOf[js.Any],\n        \"Days\" -> Days.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tiering]\n    }\n  }\n\n  \/** A container for specifying the configuration for publication of messages to an Amazon Simple Notification Service (Amazon SNS) topic when Amazon S3 detects specified events.\n    *\/\n  @js.native\n  trait TopicConfiguration extends js.Object {\n    var Events: EventList\n    var TopicArn: TopicArn\n    var Filter: js.UndefOr[NotificationConfigurationFilter]\n    var Id: js.UndefOr[NotificationId]\n  }\n\n  object TopicConfiguration {\n    @inline\n    def apply(\n        Events: EventList,\n        TopicArn: TopicArn,\n        Filter: js.UndefOr[NotificationConfigurationFilter] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined\n    ): TopicConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Events\" -> Events.asInstanceOf[js.Any],\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TopicConfiguration]\n    }\n  }\n\n  \/** A container for specifying the configuration for publication of messages to an Amazon Simple Notification Service (Amazon SNS) topic when Amazon S3 detects specified events. This data type is deprecated. Use [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/API_TopicConfiguration.html|TopicConfiguration]] instead.\n    *\/\n  @js.native\n  trait TopicConfigurationDeprecated extends js.Object {\n    var Event: js.UndefOr[Event]\n    var Events: js.UndefOr[EventList]\n    var Id: js.UndefOr[NotificationId]\n    var Topic: js.UndefOr[TopicArn]\n  }\n\n  object TopicConfigurationDeprecated {\n    @inline\n    def apply(\n        Event: js.UndefOr[Event] = js.undefined,\n        Events: js.UndefOr[EventList] = js.undefined,\n        Id: js.UndefOr[NotificationId] = js.undefined,\n        Topic: js.UndefOr[TopicArn] = js.undefined\n    ): TopicConfigurationDeprecated = {\n      val __obj = js.Dynamic.literal()\n      Event.foreach(__v => __obj.updateDynamic(\"Event\")(__v.asInstanceOf[js.Any]))\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Topic.foreach(__v => __obj.updateDynamic(\"Topic\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TopicConfigurationDeprecated]\n    }\n  }\n\n  \/** Specifies when an object transitions to a specified storage class. For more information about Amazon S3 lifecycle configuration rules, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/lifecycle-transition-general-considerations.html|Transitioning Objects Using Amazon S3 Lifecycle]] in the <i>Amazon S3 User Guide<\/i>.\n    *\/\n  @js.native\n  trait Transition extends js.Object {\n    var Date: js.UndefOr[Date]\n    var Days: js.UndefOr[Days]\n    var StorageClass: js.UndefOr[TransitionStorageClass]\n  }\n\n  object Transition {\n    @inline\n    def apply(\n        Date: js.UndefOr[Date] = js.undefined,\n        Days: js.UndefOr[Days] = js.undefined,\n        StorageClass: js.UndefOr[TransitionStorageClass] = js.undefined\n    ): Transition = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      Days.foreach(__v => __obj.updateDynamic(\"Days\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Transition]\n    }\n  }\n\n  @js.native\n  sealed trait TransitionStorageClass extends js.Any\n  object TransitionStorageClass {\n    val GLACIER = \"GLACIER\".asInstanceOf[TransitionStorageClass]\n    val STANDARD_IA = \"STANDARD_IA\".asInstanceOf[TransitionStorageClass]\n    val ONEZONE_IA = \"ONEZONE_IA\".asInstanceOf[TransitionStorageClass]\n    val INTELLIGENT_TIERING = \"INTELLIGENT_TIERING\".asInstanceOf[TransitionStorageClass]\n    val DEEP_ARCHIVE = \"DEEP_ARCHIVE\".asInstanceOf[TransitionStorageClass]\n\n    @inline def values = js.Array(GLACIER, STANDARD_IA, ONEZONE_IA, INTELLIGENT_TIERING, DEEP_ARCHIVE)\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val CanonicalUser = \"CanonicalUser\".asInstanceOf[Type]\n    val AmazonCustomerByEmail = \"AmazonCustomerByEmail\".asInstanceOf[Type]\n    val Group = \"Group\".asInstanceOf[Type]\n\n    @inline def values = js.Array(CanonicalUser, AmazonCustomerByEmail, Group)\n  }\n\n  @js.native\n  trait UploadPartCopyOutput extends js.Object {\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CopyPartResult: js.UndefOr[CopyPartResult]\n    var CopySourceVersionId: js.UndefOr[CopySourceVersionId]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n  }\n\n  object UploadPartCopyOutput {\n    @inline\n    def apply(\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CopyPartResult: js.UndefOr[CopyPartResult] = js.undefined,\n        CopySourceVersionId: js.UndefOr[CopySourceVersionId] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined\n    ): UploadPartCopyOutput = {\n      val __obj = js.Dynamic.literal()\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CopyPartResult.foreach(__v => __obj.updateDynamic(\"CopyPartResult\")(__v.asInstanceOf[js.Any]))\n      CopySourceVersionId.foreach(__v => __obj.updateDynamic(\"CopySourceVersionId\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadPartCopyOutput]\n    }\n  }\n\n  @js.native\n  trait UploadPartCopyRequest extends js.Object {\n    var Bucket: BucketName\n    var CopySource: CopySource\n    var Key: ObjectKey\n    var PartNumber: PartNumber\n    var UploadId: MultipartUploadId\n    var CopySourceIfMatch: js.UndefOr[CopySourceIfMatch]\n    var CopySourceIfModifiedSince: js.UndefOr[CopySourceIfModifiedSince]\n    var CopySourceIfNoneMatch: js.UndefOr[CopySourceIfNoneMatch]\n    var CopySourceIfUnmodifiedSince: js.UndefOr[CopySourceIfUnmodifiedSince]\n    var CopySourceRange: js.UndefOr[CopySourceRange]\n    var CopySourceSSECustomerAlgorithm: js.UndefOr[CopySourceSSECustomerAlgorithm]\n    var CopySourceSSECustomerKey: js.UndefOr[CopySourceSSECustomerKey]\n    var CopySourceSSECustomerKeyMD5: js.UndefOr[CopySourceSSECustomerKeyMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var ExpectedSourceBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n  }\n\n  object UploadPartCopyRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        CopySource: CopySource,\n        Key: ObjectKey,\n        PartNumber: PartNumber,\n        UploadId: MultipartUploadId,\n        CopySourceIfMatch: js.UndefOr[CopySourceIfMatch] = js.undefined,\n        CopySourceIfModifiedSince: js.UndefOr[CopySourceIfModifiedSince] = js.undefined,\n        CopySourceIfNoneMatch: js.UndefOr[CopySourceIfNoneMatch] = js.undefined,\n        CopySourceIfUnmodifiedSince: js.UndefOr[CopySourceIfUnmodifiedSince] = js.undefined,\n        CopySourceRange: js.UndefOr[CopySourceRange] = js.undefined,\n        CopySourceSSECustomerAlgorithm: js.UndefOr[CopySourceSSECustomerAlgorithm] = js.undefined,\n        CopySourceSSECustomerKey: js.UndefOr[CopySourceSSECustomerKey] = js.undefined,\n        CopySourceSSECustomerKeyMD5: js.UndefOr[CopySourceSSECustomerKeyMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        ExpectedSourceBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined\n    ): UploadPartCopyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"CopySource\" -> CopySource.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"PartNumber\" -> PartNumber.asInstanceOf[js.Any],\n        \"UploadId\" -> UploadId.asInstanceOf[js.Any]\n      )\n\n      CopySourceIfMatch.foreach(__v => __obj.updateDynamic(\"CopySourceIfMatch\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfModifiedSince.foreach(__v => __obj.updateDynamic(\"CopySourceIfModifiedSince\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfNoneMatch.foreach(__v => __obj.updateDynamic(\"CopySourceIfNoneMatch\")(__v.asInstanceOf[js.Any]))\n      CopySourceIfUnmodifiedSince.foreach(__v => __obj.updateDynamic(\"CopySourceIfUnmodifiedSince\")(__v.asInstanceOf[js.Any]))\n      CopySourceRange.foreach(__v => __obj.updateDynamic(\"CopySourceRange\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerKey.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      CopySourceSSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"CopySourceSSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      ExpectedSourceBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedSourceBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadPartCopyRequest]\n    }\n  }\n\n  @js.native\n  trait UploadPartOutput extends js.Object {\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var ETag: js.UndefOr[ETag]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n  }\n\n  object UploadPartOutput {\n    @inline\n    def apply(\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined\n    ): UploadPartOutput = {\n      val __obj = js.Dynamic.literal()\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadPartOutput]\n    }\n  }\n\n  @js.native\n  trait UploadPartRequest extends js.Object {\n    var Bucket: BucketName\n    var Key: ObjectKey\n    var PartNumber: PartNumber\n    var UploadId: MultipartUploadId\n    var Body: js.UndefOr[Body]\n    var ContentLength: js.UndefOr[ContentLength]\n    var ContentMD5: js.UndefOr[ContentMD5]\n    var ExpectedBucketOwner: js.UndefOr[AccountId]\n    var RequestPayer: js.UndefOr[RequestPayer]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKey: js.UndefOr[SSECustomerKey]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n  }\n\n  object UploadPartRequest {\n    @inline\n    def apply(\n        Bucket: BucketName,\n        Key: ObjectKey,\n        PartNumber: PartNumber,\n        UploadId: MultipartUploadId,\n        Body: js.UndefOr[Body] = js.undefined,\n        ContentLength: js.UndefOr[ContentLength] = js.undefined,\n        ContentMD5: js.UndefOr[ContentMD5] = js.undefined,\n        ExpectedBucketOwner: js.UndefOr[AccountId] = js.undefined,\n        RequestPayer: js.UndefOr[RequestPayer] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKey: js.UndefOr[SSECustomerKey] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined\n    ): UploadPartRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"PartNumber\" -> PartNumber.asInstanceOf[js.Any],\n        \"UploadId\" -> UploadId.asInstanceOf[js.Any]\n      )\n\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentMD5.foreach(__v => __obj.updateDynamic(\"ContentMD5\")(__v.asInstanceOf[js.Any]))\n      ExpectedBucketOwner.foreach(__v => __obj.updateDynamic(\"ExpectedBucketOwner\")(__v.asInstanceOf[js.Any]))\n      RequestPayer.foreach(__v => __obj.updateDynamic(\"RequestPayer\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKey.foreach(__v => __obj.updateDynamic(\"SSECustomerKey\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UploadPartRequest]\n    }\n  }\n\n  \/** Describes the versioning state of an Amazon S3 bucket. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/API\/RESTBucketPUTVersioningStatus.html|PUT Bucket versioning]] in the <i>Amazon Simple Storage Service API Reference<\/i>.\n    *\/\n  @js.native\n  trait VersioningConfiguration extends js.Object {\n    var MFADelete: js.UndefOr[MFADelete]\n    var Status: js.UndefOr[BucketVersioningStatus]\n  }\n\n  object VersioningConfiguration {\n    @inline\n    def apply(\n        MFADelete: js.UndefOr[MFADelete] = js.undefined,\n        Status: js.UndefOr[BucketVersioningStatus] = js.undefined\n    ): VersioningConfiguration = {\n      val __obj = js.Dynamic.literal()\n      MFADelete.foreach(__v => __obj.updateDynamic(\"MFADelete\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VersioningConfiguration]\n    }\n  }\n\n  \/** Specifies website configuration parameters for an Amazon S3 bucket.\n    *\/\n  @js.native\n  trait WebsiteConfiguration extends js.Object {\n    var ErrorDocument: js.UndefOr[ErrorDocument]\n    var IndexDocument: js.UndefOr[IndexDocument]\n    var RedirectAllRequestsTo: js.UndefOr[RedirectAllRequestsTo]\n    var RoutingRules: js.UndefOr[RoutingRules]\n  }\n\n  object WebsiteConfiguration {\n    @inline\n    def apply(\n        ErrorDocument: js.UndefOr[ErrorDocument] = js.undefined,\n        IndexDocument: js.UndefOr[IndexDocument] = js.undefined,\n        RedirectAllRequestsTo: js.UndefOr[RedirectAllRequestsTo] = js.undefined,\n        RoutingRules: js.UndefOr[RoutingRules] = js.undefined\n    ): WebsiteConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ErrorDocument.foreach(__v => __obj.updateDynamic(\"ErrorDocument\")(__v.asInstanceOf[js.Any]))\n      IndexDocument.foreach(__v => __obj.updateDynamic(\"IndexDocument\")(__v.asInstanceOf[js.Any]))\n      RedirectAllRequestsTo.foreach(__v => __obj.updateDynamic(\"RedirectAllRequestsTo\")(__v.asInstanceOf[js.Any]))\n      RoutingRules.foreach(__v => __obj.updateDynamic(\"RoutingRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WebsiteConfiguration]\n    }\n  }\n\n  @js.native\n  trait WriteGetObjectResponseRequest extends js.Object {\n    var RequestRoute: RequestRoute\n    var RequestToken: RequestToken\n    var AcceptRanges: js.UndefOr[AcceptRanges]\n    var Body: js.UndefOr[Body]\n    var BucketKeyEnabled: js.UndefOr[BucketKeyEnabled]\n    var CacheControl: js.UndefOr[CacheControl]\n    var ContentDisposition: js.UndefOr[ContentDisposition]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n    var ContentLanguage: js.UndefOr[ContentLanguage]\n    var ContentLength: js.UndefOr[ContentLength]\n    var ContentRange: js.UndefOr[ContentRange]\n    var ContentType: js.UndefOr[ContentType]\n    var DeleteMarker: js.UndefOr[DeleteMarker]\n    var ETag: js.UndefOr[ETag]\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var Expiration: js.UndefOr[Expiration]\n    var Expires: js.UndefOr[Expires]\n    var LastModified: js.UndefOr[LastModified]\n    var Metadata: js.UndefOr[Metadata]\n    var MissingMeta: js.UndefOr[MissingMeta]\n    var ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus]\n    var ObjectLockMode: js.UndefOr[ObjectLockMode]\n    var ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate]\n    var PartsCount: js.UndefOr[PartsCount]\n    var ReplicationStatus: js.UndefOr[ReplicationStatus]\n    var RequestCharged: js.UndefOr[RequestCharged]\n    var Restore: js.UndefOr[Restore]\n    var SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm]\n    var SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5]\n    var SSEKMSKeyId: js.UndefOr[SSEKMSKeyId]\n    var ServerSideEncryption: js.UndefOr[ServerSideEncryption]\n    var StatusCode: js.UndefOr[GetObjectResponseStatusCode]\n    var StorageClass: js.UndefOr[StorageClass]\n    var TagCount: js.UndefOr[TagCount]\n    var VersionId: js.UndefOr[ObjectVersionId]\n  }\n\n  object WriteGetObjectResponseRequest {\n    @inline\n    def apply(\n        RequestRoute: RequestRoute,\n        RequestToken: RequestToken,\n        AcceptRanges: js.UndefOr[AcceptRanges] = js.undefined,\n        Body: js.UndefOr[Body] = js.undefined,\n        BucketKeyEnabled: js.UndefOr[BucketKeyEnabled] = js.undefined,\n        CacheControl: js.UndefOr[CacheControl] = js.undefined,\n        ContentDisposition: js.UndefOr[ContentDisposition] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined,\n        ContentLanguage: js.UndefOr[ContentLanguage] = js.undefined,\n        ContentLength: js.UndefOr[ContentLength] = js.undefined,\n        ContentRange: js.UndefOr[ContentRange] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        DeleteMarker: js.UndefOr[DeleteMarker] = js.undefined,\n        ETag: js.UndefOr[ETag] = js.undefined,\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        Expiration: js.UndefOr[Expiration] = js.undefined,\n        Expires: js.UndefOr[Expires] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        MissingMeta: js.UndefOr[MissingMeta] = js.undefined,\n        ObjectLockLegalHoldStatus: js.UndefOr[ObjectLockLegalHoldStatus] = js.undefined,\n        ObjectLockMode: js.UndefOr[ObjectLockMode] = js.undefined,\n        ObjectLockRetainUntilDate: js.UndefOr[ObjectLockRetainUntilDate] = js.undefined,\n        PartsCount: js.UndefOr[PartsCount] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatus] = js.undefined,\n        RequestCharged: js.UndefOr[RequestCharged] = js.undefined,\n        Restore: js.UndefOr[Restore] = js.undefined,\n        SSECustomerAlgorithm: js.UndefOr[SSECustomerAlgorithm] = js.undefined,\n        SSECustomerKeyMD5: js.UndefOr[SSECustomerKeyMD5] = js.undefined,\n        SSEKMSKeyId: js.UndefOr[SSEKMSKeyId] = js.undefined,\n        ServerSideEncryption: js.UndefOr[ServerSideEncryption] = js.undefined,\n        StatusCode: js.UndefOr[GetObjectResponseStatusCode] = js.undefined,\n        StorageClass: js.UndefOr[StorageClass] = js.undefined,\n        TagCount: js.UndefOr[TagCount] = js.undefined,\n        VersionId: js.UndefOr[ObjectVersionId] = js.undefined\n    ): WriteGetObjectResponseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RequestRoute\" -> RequestRoute.asInstanceOf[js.Any],\n        \"RequestToken\" -> RequestToken.asInstanceOf[js.Any]\n      )\n\n      AcceptRanges.foreach(__v => __obj.updateDynamic(\"AcceptRanges\")(__v.asInstanceOf[js.Any]))\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      BucketKeyEnabled.foreach(__v => __obj.updateDynamic(\"BucketKeyEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheControl.foreach(__v => __obj.updateDynamic(\"CacheControl\")(__v.asInstanceOf[js.Any]))\n      ContentDisposition.foreach(__v => __obj.updateDynamic(\"ContentDisposition\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      ContentLanguage.foreach(__v => __obj.updateDynamic(\"ContentLanguage\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentRange.foreach(__v => __obj.updateDynamic(\"ContentRange\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      DeleteMarker.foreach(__v => __obj.updateDynamic(\"DeleteMarker\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      Expiration.foreach(__v => __obj.updateDynamic(\"Expiration\")(__v.asInstanceOf[js.Any]))\n      Expires.foreach(__v => __obj.updateDynamic(\"Expires\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      MissingMeta.foreach(__v => __obj.updateDynamic(\"MissingMeta\")(__v.asInstanceOf[js.Any]))\n      ObjectLockLegalHoldStatus.foreach(__v => __obj.updateDynamic(\"ObjectLockLegalHoldStatus\")(__v.asInstanceOf[js.Any]))\n      ObjectLockMode.foreach(__v => __obj.updateDynamic(\"ObjectLockMode\")(__v.asInstanceOf[js.Any]))\n      ObjectLockRetainUntilDate.foreach(__v => __obj.updateDynamic(\"ObjectLockRetainUntilDate\")(__v.asInstanceOf[js.Any]))\n      PartsCount.foreach(__v => __obj.updateDynamic(\"PartsCount\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      RequestCharged.foreach(__v => __obj.updateDynamic(\"RequestCharged\")(__v.asInstanceOf[js.Any]))\n      Restore.foreach(__v => __obj.updateDynamic(\"Restore\")(__v.asInstanceOf[js.Any]))\n      SSECustomerAlgorithm.foreach(__v => __obj.updateDynamic(\"SSECustomerAlgorithm\")(__v.asInstanceOf[js.Any]))\n      SSECustomerKeyMD5.foreach(__v => __obj.updateDynamic(\"SSECustomerKeyMD5\")(__v.asInstanceOf[js.Any]))\n      SSEKMSKeyId.foreach(__v => __obj.updateDynamic(\"SSEKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      ServerSideEncryption.foreach(__v => __obj.updateDynamic(\"ServerSideEncryption\")(__v.asInstanceOf[js.Any]))\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      StorageClass.foreach(__v => __obj.updateDynamic(\"StorageClass\")(__v.asInstanceOf[js.Any]))\n      TagCount.foreach(__v => __obj.updateDynamic(\"TagCount\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WriteGetObjectResponseRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/appintegrations\/src\/main\/scala\/facade\/amazonaws\/services\/AppIntegrations.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object appintegrations {\n  type Arn = String\n  type ClientAssociationMetadata = js.Dictionary[NonBlankString]\n  type ClientId = String\n  type Description = String\n  type EventBridgeBus = String\n  type EventBridgeRuleName = String\n  type EventIntegrationAssociationsList = js.Array[EventIntegrationAssociation]\n  type EventIntegrationsList = js.Array[EventIntegration]\n  type IdempotencyToken = String\n  type MaxResults = Int\n  type Name = String\n  type NextToken = String\n  type NonBlankString = String\n  type Source = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type UUID = String\n\n  implicit final class AppIntegrationsOps(private val service: AppIntegrations) extends AnyVal {\n\n    @inline def createEventIntegrationFuture(params: CreateEventIntegrationRequest): Future[CreateEventIntegrationResponse] = service.createEventIntegration(params).promise().toFuture\n    @inline def deleteEventIntegrationFuture(params: DeleteEventIntegrationRequest): Future[DeleteEventIntegrationResponse] = service.deleteEventIntegration(params).promise().toFuture\n    @inline def getEventIntegrationFuture(params: GetEventIntegrationRequest): Future[GetEventIntegrationResponse] = service.getEventIntegration(params).promise().toFuture\n    @inline def listEventIntegrationAssociationsFuture(params: ListEventIntegrationAssociationsRequest): Future[ListEventIntegrationAssociationsResponse] = service.listEventIntegrationAssociations(params).promise().toFuture\n    @inline def listEventIntegrationsFuture(params: ListEventIntegrationsRequest): Future[ListEventIntegrationsResponse] = service.listEventIntegrations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateEventIntegrationFuture(params: UpdateEventIntegrationRequest): Future[UpdateEventIntegrationResponse] = service.updateEventIntegration(params).promise().toFuture\n\n  }\n}\n\npackage appintegrations {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/appintegrations\", JSImport.Namespace, \"AWS.AppIntegrations\")\n  class AppIntegrations() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createEventIntegration(params: CreateEventIntegrationRequest): Request[CreateEventIntegrationResponse] = js.native\n    def deleteEventIntegration(params: DeleteEventIntegrationRequest): Request[DeleteEventIntegrationResponse] = js.native\n    def getEventIntegration(params: GetEventIntegrationRequest): Request[GetEventIntegrationResponse] = js.native\n    def listEventIntegrationAssociations(params: ListEventIntegrationAssociationsRequest): Request[ListEventIntegrationAssociationsResponse] = js.native\n    def listEventIntegrations(params: ListEventIntegrationsRequest): Request[ListEventIntegrationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateEventIntegration(params: UpdateEventIntegrationRequest): Request[UpdateEventIntegrationResponse] = js.native\n  }\n\n  @js.native\n  trait CreateEventIntegrationRequest extends js.Object {\n    var EventBridgeBus: EventBridgeBus\n    var EventFilter: EventFilter\n    var Name: Name\n    var ClientToken: js.UndefOr[IdempotencyToken]\n    var Description: js.UndefOr[Description]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateEventIntegrationRequest {\n    @inline\n    def apply(\n        EventBridgeBus: EventBridgeBus,\n        EventFilter: EventFilter,\n        Name: Name,\n        ClientToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateEventIntegrationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EventBridgeBus\" -> EventBridgeBus.asInstanceOf[js.Any],\n        \"EventFilter\" -> EventFilter.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventIntegrationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEventIntegrationResponse extends js.Object {\n    var EventIntegrationArn: js.UndefOr[Arn]\n  }\n\n  object CreateEventIntegrationResponse {\n    @inline\n    def apply(\n        EventIntegrationArn: js.UndefOr[Arn] = js.undefined\n    ): CreateEventIntegrationResponse = {\n      val __obj = js.Dynamic.literal()\n      EventIntegrationArn.foreach(__v => __obj.updateDynamic(\"EventIntegrationArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventIntegrationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteEventIntegrationRequest extends js.Object {\n    var Name: Name\n  }\n\n  object DeleteEventIntegrationRequest {\n    @inline\n    def apply(\n        Name: Name\n    ): DeleteEventIntegrationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventIntegrationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEventIntegrationResponse extends js.Object\n\n  object DeleteEventIntegrationResponse {\n    @inline\n    def apply(): DeleteEventIntegrationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteEventIntegrationResponse]\n    }\n  }\n\n  \/** The Amazon AppIntegrations APIs are in preview release and are subject to change. The event filter.\n    *\/\n  @js.native\n  trait EventFilter extends js.Object {\n    var Source: Source\n  }\n\n  object EventFilter {\n    @inline\n    def apply(\n        Source: Source\n    ): EventFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EventFilter]\n    }\n  }\n\n  \/** The Amazon AppIntegrations APIs are in preview release and are subject to change. The event integration.\n    *\/\n  @js.native\n  trait EventIntegration extends js.Object {\n    var Description: js.UndefOr[Description]\n    var EventBridgeBus: js.UndefOr[EventBridgeBus]\n    var EventFilter: js.UndefOr[EventFilter]\n    var EventIntegrationArn: js.UndefOr[Arn]\n    var Name: js.UndefOr[Name]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object EventIntegration {\n    @inline\n    def apply(\n        Description: js.UndefOr[Description] = js.undefined,\n        EventBridgeBus: js.UndefOr[EventBridgeBus] = js.undefined,\n        EventFilter: js.UndefOr[EventFilter] = js.undefined,\n        EventIntegrationArn: js.UndefOr[Arn] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): EventIntegration = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EventBridgeBus.foreach(__v => __obj.updateDynamic(\"EventBridgeBus\")(__v.asInstanceOf[js.Any]))\n      EventFilter.foreach(__v => __obj.updateDynamic(\"EventFilter\")(__v.asInstanceOf[js.Any]))\n      EventIntegrationArn.foreach(__v => __obj.updateDynamic(\"EventIntegrationArn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventIntegration]\n    }\n  }\n\n  \/** The Amazon AppIntegrations APIs are in preview release and are subject to change. The event integration association.\n    *\/\n  @js.native\n  trait EventIntegrationAssociation extends js.Object {\n    var ClientAssociationMetadata: js.UndefOr[ClientAssociationMetadata]\n    var ClientId: js.UndefOr[ClientId]\n    var EventBridgeRuleName: js.UndefOr[EventBridgeRuleName]\n    var EventIntegrationAssociationArn: js.UndefOr[Arn]\n    var EventIntegrationAssociationId: js.UndefOr[UUID]\n    var EventIntegrationName: js.UndefOr[Name]\n  }\n\n  object EventIntegrationAssociation {\n    @inline\n    def apply(\n        ClientAssociationMetadata: js.UndefOr[ClientAssociationMetadata] = js.undefined,\n        ClientId: js.UndefOr[ClientId] = js.undefined,\n        EventBridgeRuleName: js.UndefOr[EventBridgeRuleName] = js.undefined,\n        EventIntegrationAssociationArn: js.UndefOr[Arn] = js.undefined,\n        EventIntegrationAssociationId: js.UndefOr[UUID] = js.undefined,\n        EventIntegrationName: js.UndefOr[Name] = js.undefined\n    ): EventIntegrationAssociation = {\n      val __obj = js.Dynamic.literal()\n      ClientAssociationMetadata.foreach(__v => __obj.updateDynamic(\"ClientAssociationMetadata\")(__v.asInstanceOf[js.Any]))\n      ClientId.foreach(__v => __obj.updateDynamic(\"ClientId\")(__v.asInstanceOf[js.Any]))\n      EventBridgeRuleName.foreach(__v => __obj.updateDynamic(\"EventBridgeRuleName\")(__v.asInstanceOf[js.Any]))\n      EventIntegrationAssociationArn.foreach(__v => __obj.updateDynamic(\"EventIntegrationAssociationArn\")(__v.asInstanceOf[js.Any]))\n      EventIntegrationAssociationId.foreach(__v => __obj.updateDynamic(\"EventIntegrationAssociationId\")(__v.asInstanceOf[js.Any]))\n      EventIntegrationName.foreach(__v => __obj.updateDynamic(\"EventIntegrationName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventIntegrationAssociation]\n    }\n  }\n\n  @js.native\n  trait GetEventIntegrationRequest extends js.Object {\n    var Name: Name\n  }\n\n  object GetEventIntegrationRequest {\n    @inline\n    def apply(\n        Name: Name\n    ): GetEventIntegrationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetEventIntegrationRequest]\n    }\n  }\n\n  @js.native\n  trait GetEventIntegrationResponse extends js.Object {\n    var Description: js.UndefOr[Description]\n    var EventBridgeBus: js.UndefOr[EventBridgeBus]\n    var EventFilter: js.UndefOr[EventFilter]\n    var EventIntegrationArn: js.UndefOr[Arn]\n    var Name: js.UndefOr[Name]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object GetEventIntegrationResponse {\n    @inline\n    def apply(\n        Description: js.UndefOr[Description] = js.undefined,\n        EventBridgeBus: js.UndefOr[EventBridgeBus] = js.undefined,\n        EventFilter: js.UndefOr[EventFilter] = js.undefined,\n        EventIntegrationArn: js.UndefOr[Arn] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): GetEventIntegrationResponse = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EventBridgeBus.foreach(__v => __obj.updateDynamic(\"EventBridgeBus\")(__v.asInstanceOf[js.Any]))\n      EventFilter.foreach(__v => __obj.updateDynamic(\"EventFilter\")(__v.asInstanceOf[js.Any]))\n      EventIntegrationArn.foreach(__v => __obj.updateDynamic(\"EventIntegrationArn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEventIntegrationResponse]\n    }\n  }\n\n  @js.native\n  trait ListEventIntegrationAssociationsRequest extends js.Object {\n    var EventIntegrationName: Name\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventIntegrationAssociationsRequest {\n    @inline\n    def apply(\n        EventIntegrationName: Name,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventIntegrationAssociationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EventIntegrationName\" -> EventIntegrationName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventIntegrationAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEventIntegrationAssociationsResponse extends js.Object {\n    var EventIntegrationAssociations: js.UndefOr[EventIntegrationAssociationsList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventIntegrationAssociationsResponse {\n    @inline\n    def apply(\n        EventIntegrationAssociations: js.UndefOr[EventIntegrationAssociationsList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventIntegrationAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      EventIntegrationAssociations.foreach(__v => __obj.updateDynamic(\"EventIntegrationAssociations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventIntegrationAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEventIntegrationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventIntegrationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventIntegrationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventIntegrationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEventIntegrationsResponse extends js.Object {\n    var EventIntegrations: js.UndefOr[EventIntegrationsList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventIntegrationsResponse {\n    @inline\n    def apply(\n        EventIntegrations: js.UndefOr[EventIntegrationsList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventIntegrationsResponse = {\n      val __obj = js.Dynamic.literal()\n      EventIntegrations.foreach(__v => __obj.updateDynamic(\"EventIntegrations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventIntegrationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateEventIntegrationRequest extends js.Object {\n    var Name: Name\n    var Description: js.UndefOr[Description]\n  }\n\n  object UpdateEventIntegrationRequest {\n    @inline\n    def apply(\n        Name: Name,\n        Description: js.UndefOr[Description] = js.undefined\n    ): UpdateEventIntegrationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEventIntegrationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateEventIntegrationResponse extends js.Object\n\n  object UpdateEventIntegrationResponse {\n    @inline\n    def apply(): UpdateEventIntegrationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateEventIntegrationResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudfrontsigner\/src\/main\/scala\/facade\/amazonaws\/services\/Signer.scala","text":"package facade.amazonaws.services.cloudfront.signer\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/clients\/cloudfront\", \"Signer\", \"AWS.CloudFront.Signer\")\nclass CloudFrontSigner protected () extends js.Object {\n  def this(keyPairId: String, privateKey: String) = this()\n\n  def getSignedCookie(options: SignerOptionsWithPolicy): CustomPolicy = js.native\n\n  def getSignedCookie(options: SignerOptionsWithoutPolicy): CannedPolicy = js.native\n\n  def getSignedUrl(options: SignerOptionsWithPolicy): String = js.native\n\n  def getSignedUrl(options: SignerOptionsWithoutPolicy): String = js.native\n}\n\n@js.native\ntrait SignerOptionsWithPolicy extends js.Object {\n  var policy: String = js.native\n}\n\nobject SignerOptionsWithPolicy {\n  @inline def apply(\n      policy: String\n  ): SignerOptionsWithPolicy = {\n    val _fields = IndexedSeq[(String, js.Any)](\n      \"policy\" -> policy.asInstanceOf[js.Any]\n    ).filter(_._2 != (js.undefined: js.Any))\n\n    js.Dynamic.literal.applyDynamicNamed(\"apply\")(_fields: _*).asInstanceOf[SignerOptionsWithPolicy]\n  }\n\n  @inline def apply(\n      policy: PolicyStatements\n  ): SignerOptionsWithPolicy = {\n    apply(js.JSON.stringify(policy))\n  }\n\n  @inline def createPolicy(policyStatements: js.Array[PolicyStatement]): SignerOptionsWithPolicy = {\n    val tPolicy = PolicyStatements(policyStatements)\n    SignerOptionsWithPolicy(tPolicy)\n  }\n}\n\n@js.native\ntrait PolicyStatements extends js.Object {\n  var Statement: js.Array[PolicyStatement] = js.native\n}\n\nobject PolicyStatements {\n  @inline def apply(\n      Statement: js.Array[PolicyStatement]\n  ): PolicyStatements = {\n    val _obj$ = js.Dynamic.literal(\n      \"Statement\" -> Statement.asInstanceOf[js.Any]\n    )\n    _obj$.asInstanceOf[PolicyStatements]\n  }\n}\n\n@js.native\ntrait PolicyStatement extends js.Object {\n  var Resource: String\n  var Condition: PolicyStatementCondition\n}\n\nobject PolicyStatement {\n  @inline def apply(\n      Resource: String,\n      Condition: PolicyStatementCondition\n  ): PolicyStatement = {\n    val _obj$ = js.Dynamic.literal(\n      \"Resource\" -> Resource.asInstanceOf[js.Any],\n      \"Condition\" -> Condition.asInstanceOf[js.Any]\n    )\n    _obj$.asInstanceOf[PolicyStatement]\n  }\n}\n\n@js.native\ntrait PolicyStatementCondition extends js.Object {\n  var DateLessThan: js.UndefOr[DateConstraint] = js.native\n  var DateGreaterThan: js.UndefOr[DateConstraint] = js.native\n  var IpAddress: js.UndefOr[IpAddress] = js.native\n}\n\nobject PolicyStatementCondition {\n  @inline def apply(\n      DateLessThan: js.UndefOr[DateConstraint] = js.undefined,\n      DateGreaterThan: js.UndefOr[DateConstraint] = js.undefined,\n      IpAddress: js.UndefOr[IpAddress] = js.undefined\n  ): PolicyStatementCondition = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    DateLessThan.foreach(_v => _obj$.updateDynamic(\"DateLessThan\")(_v.asInstanceOf[js.Any]))\n    DateGreaterThan.foreach(_v => _obj$.updateDynamic(\"DateGreaterThan\")(_v.asInstanceOf[js.Any]))\n    IpAddress.foreach(_v => _obj$.updateDynamic(\"IpAddress\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[PolicyStatementCondition]\n  }\n}\n\n@js.native\ntrait DateConstraint extends js.Object {\n  var `AWS:EpochTime`: Int = js.native\n}\n\nobject DateConstraint {\n  @inline def apply(\n      `AWS:EpochTime`: Int\n  ): DateConstraint = {\n    val _obj$ = js.Dynamic.literal(\n      \"AWS:EpochTime\" -> `AWS:EpochTime`.asInstanceOf[js.Any]\n    )\n    _obj$.asInstanceOf[DateConstraint]\n  }\n}\n\n@js.native\ntrait IpAddress extends js.Object {\n  var `AWS:SourceIp`: String = js.native\n}\n\nobject IpAddress {\n  @inline def apply(\n      `AWS:SourceIp`: String\n  ): IpAddress = {\n    val _obj$ = js.Dynamic.literal(\n      \"AWS:SourceIp\" -> `AWS:SourceIp`.asInstanceOf[js.Any]\n    )\n    _obj$.asInstanceOf[IpAddress]\n  }\n}\n\n@js.native\ntrait SignerOptionsWithoutPolicy extends js.Object {\n  var url: String = js.native\n  var expires: Int = js.native\n}\n\nobject SignerOptionsWithoutPolicy {\n  @inline def apply(\n      url: String,\n      expires: Int\n  ): SignerOptionsWithoutPolicy = {\n    val _fields = IndexedSeq[(String, js.Any)](\n      \"url\" -> url.asInstanceOf[js.Any],\n      \"expires\" -> expires.asInstanceOf[js.Any]\n    ).filter(_._2 != (js.undefined: js.Any))\n\n    js.Dynamic.literal.applyDynamicNamed(\"apply\")(_fields: _*).asInstanceOf[SignerOptionsWithoutPolicy]\n  }\n}\n\n@js.native\ntrait CustomPolicy extends js.Object {\n  var `CloudFront-Policy`: String = js.native\n  var `CloudFront-Key-Pair-Id`: String = js.native\n  var `CloudFront-Signature`: String = js.native\n}\n\nobject CustomPolicy {\n  @inline def apply(\n      policy: String,\n      keyPairId: String,\n      signature: String\n  ): CustomPolicy = {\n    val _fields = IndexedSeq[(String, js.Any)](\n      \"CloudFront-Policy\" -> policy.asInstanceOf[js.Any],\n      \"CloudFront-Key-Pair-Id\" -> keyPairId.asInstanceOf[js.Any],\n      \"CloudFront-Signature\" -> signature.asInstanceOf[js.Any]\n    ).filter(_._2 != (js.undefined: js.Any))\n\n    js.Dynamic.literal.applyDynamicNamed(\"apply\")(_fields: _*).asInstanceOf[CustomPolicy]\n  }\n}\n\n@js.native\ntrait CannedPolicy extends js.Object {\n  var `CloudFront-Expires`: Int = js.native\n  var `CloudFront-Key-Pair-Id`: String = js.native\n  var `CloudFront-Signature`: String = js.native\n}\n\nobject CannedPolicy {\n  @inline def apply(\n      expires: Int,\n      keyPairId: String,\n      signature: String\n  ): CannedPolicy = {\n    val _fields = IndexedSeq[(String, js.Any)](\n      \"CloudFront-Expires\" -> expires.asInstanceOf[js.Any],\n      \"CloudFront-Key-Pair-Id\" -> keyPairId.asInstanceOf[js.Any],\n      \"CloudFront-Signature\" -> signature.asInstanceOf[js.Any]\n    ).filter(_._2 != (js.undefined: js.Any))\n\n    js.Dynamic.literal.applyDynamicNamed(\"apply\")(_fields: _*).asInstanceOf[CannedPolicy]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/s3\/src\/test\/scala\/facade\/amazonaws\/services\/s3\/S3Test.scala","text":"package facade.amazonaws.services.s3\n\nimport facade.amazonaws.AWSConfig\nimport org.scalatest.funsuite.AsyncFunSuite\n\nimport scala.concurrent.ExecutionContext\n\nclass S3Test extends AsyncFunSuite {\n  override implicit val executionContext = ExecutionContext.Implicits.global\n\n  val service = new S3(AWSConfig(endpoint = \"http:\/\/localhost\"))\n\n  test(\"upload\") {\n    val upload = service.upload(PutObjectRequest(\n      Bucket = \"test\",\n      Key = \"test\",\n      Body = \"\"\n    ))\n\n    assert(upload.maxTotalParts > 0)\n    assert(upload.minPartSize > 0)\n\n    upload.sendFuture().failed.map { e =>\n      succeed\n    }\n  }\n\n  test(\"uploadFuture\") {\n    val uploadFuture = service.uploadFuture(PutObjectRequest(\n      Bucket = \"test\",\n      Key = \"test\",\n      Body = \"\"\n    ))\n\n    uploadFuture.failed.map { e =>\n      succeed\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/health\/src\/main\/scala\/facade\/amazonaws\/services\/Health.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object health {\n  type DescribeAffectedEntitiesForOrganizationFailedSet = js.Array[OrganizationAffectedEntitiesErrorItem]\n  type DescribeEventDetailsFailedSet = js.Array[EventDetailsErrorItem]\n  type DescribeEventDetailsForOrganizationFailedSet = js.Array[OrganizationEventDetailsErrorItem]\n  type DescribeEventDetailsForOrganizationSuccessfulSet = js.Array[OrganizationEventDetails]\n  type DescribeEventDetailsSuccessfulSet = js.Array[EventDetails]\n  type EntityAggregateList = js.Array[EntityAggregate]\n  type EntityList = js.Array[AffectedEntity]\n  type EventAggregateList = js.Array[EventAggregate]\n  type EventArnsList = js.Array[eventArn]\n  type EventList = js.Array[Event]\n  type EventTypeCategoryList = js.Array[eventTypeCategory]\n  type EventTypeCodeList = js.Array[eventTypeCode]\n  type EventTypeList = js.Array[EventType]\n  type OrganizationEntityFiltersList = js.Array[EventAccountFilter]\n  type OrganizationEventDetailFiltersList = js.Array[EventAccountFilter]\n  type OrganizationEventList = js.Array[OrganizationEvent]\n  type accountId = String\n  type affectedAccountsList = js.Array[accountId]\n  type aggregateValue = String\n  type availabilityZone = String\n  type availabilityZones = js.Array[availabilityZone]\n  type awsAccountIdsList = js.Array[accountId]\n  type count = Int\n  type dateTimeRangeList = js.Array[DateTimeRange]\n  type entityArn = String\n  type entityArnList = js.Array[entityArn]\n  type entityStatusCodeList = js.Array[entityStatusCode]\n  type entityUrl = String\n  type entityValue = String\n  type entityValueList = js.Array[entityValue]\n  type eventArn = String\n  type eventArnList = js.Array[eventArn]\n  type eventDescription = String\n  type eventMetadata = js.Dictionary[metadataValue]\n  type eventStatusCodeList = js.Array[eventStatusCode]\n  type eventType = String\n  type eventTypeCategoryList = js.Array[eventTypeCategory]\n  type eventTypeCode = String\n  type eventTypeList = js.Array[eventType]\n  type healthServiceAccessStatusForOrganization = String\n  type locale = String\n  type maxResults = Int\n  type metadataKey = String\n  type metadataValue = String\n  type nextToken = String\n  type region = String\n  type regionList = js.Array[region]\n  type service = String\n  type serviceList = js.Array[service]\n  type tagFilter = js.Array[tagSet]\n  type tagKey = String\n  type tagSet = js.Dictionary[tagValue]\n  type tagValue = String\n  type timestamp = js.Date\n\n  implicit final class HealthOps(private val service: Health) extends AnyVal {\n\n    @inline def describeAffectedAccountsForOrganizationFuture(params: DescribeAffectedAccountsForOrganizationRequest): Future[DescribeAffectedAccountsForOrganizationResponse] = service.describeAffectedAccountsForOrganization(params).promise().toFuture\n    @inline def describeAffectedEntitiesForOrganizationFuture(params: DescribeAffectedEntitiesForOrganizationRequest): Future[DescribeAffectedEntitiesForOrganizationResponse] = service.describeAffectedEntitiesForOrganization(params).promise().toFuture\n    @inline def describeAffectedEntitiesFuture(params: DescribeAffectedEntitiesRequest): Future[DescribeAffectedEntitiesResponse] = service.describeAffectedEntities(params).promise().toFuture\n    @inline def describeEntityAggregatesFuture(params: DescribeEntityAggregatesRequest): Future[DescribeEntityAggregatesResponse] = service.describeEntityAggregates(params).promise().toFuture\n    @inline def describeEventAggregatesFuture(params: DescribeEventAggregatesRequest): Future[DescribeEventAggregatesResponse] = service.describeEventAggregates(params).promise().toFuture\n    @inline def describeEventDetailsForOrganizationFuture(params: DescribeEventDetailsForOrganizationRequest): Future[DescribeEventDetailsForOrganizationResponse] = service.describeEventDetailsForOrganization(params).promise().toFuture\n    @inline def describeEventDetailsFuture(params: DescribeEventDetailsRequest): Future[DescribeEventDetailsResponse] = service.describeEventDetails(params).promise().toFuture\n    @inline def describeEventTypesFuture(params: DescribeEventTypesRequest): Future[DescribeEventTypesResponse] = service.describeEventTypes(params).promise().toFuture\n    @inline def describeEventsForOrganizationFuture(params: DescribeEventsForOrganizationRequest): Future[DescribeEventsForOrganizationResponse] = service.describeEventsForOrganization(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsRequest): Future[DescribeEventsResponse] = service.describeEvents(params).promise().toFuture\n    @inline def describeHealthServiceStatusForOrganizationFuture(): Future[DescribeHealthServiceStatusForOrganizationResponse] = service.describeHealthServiceStatusForOrganization().promise().toFuture\n    @inline def disableHealthServiceAccessForOrganizationFuture(): Future[js.Object] = service.disableHealthServiceAccessForOrganization().promise().toFuture\n    @inline def enableHealthServiceAccessForOrganizationFuture(): Future[js.Object] = service.enableHealthServiceAccessForOrganization().promise().toFuture\n\n  }\n}\n\npackage health {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/health\", JSImport.Namespace, \"AWS.Health\")\n  class Health() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeAffectedAccountsForOrganization(params: DescribeAffectedAccountsForOrganizationRequest): Request[DescribeAffectedAccountsForOrganizationResponse] = js.native\n    def describeAffectedEntities(params: DescribeAffectedEntitiesRequest): Request[DescribeAffectedEntitiesResponse] = js.native\n    def describeAffectedEntitiesForOrganization(params: DescribeAffectedEntitiesForOrganizationRequest): Request[DescribeAffectedEntitiesForOrganizationResponse] = js.native\n    def describeEntityAggregates(params: DescribeEntityAggregatesRequest): Request[DescribeEntityAggregatesResponse] = js.native\n    def describeEventAggregates(params: DescribeEventAggregatesRequest): Request[DescribeEventAggregatesResponse] = js.native\n    def describeEventDetails(params: DescribeEventDetailsRequest): Request[DescribeEventDetailsResponse] = js.native\n    def describeEventDetailsForOrganization(params: DescribeEventDetailsForOrganizationRequest): Request[DescribeEventDetailsForOrganizationResponse] = js.native\n    def describeEventTypes(params: DescribeEventTypesRequest): Request[DescribeEventTypesResponse] = js.native\n    def describeEvents(params: DescribeEventsRequest): Request[DescribeEventsResponse] = js.native\n    def describeEventsForOrganization(params: DescribeEventsForOrganizationRequest): Request[DescribeEventsForOrganizationResponse] = js.native\n    def describeHealthServiceStatusForOrganization(): Request[DescribeHealthServiceStatusForOrganizationResponse] = js.native\n    def disableHealthServiceAccessForOrganization(): Request[js.Object] = js.native\n    def enableHealthServiceAccessForOrganization(): Request[js.Object] = js.native\n  }\n\n  \/** Information about an entity that is affected by a Health event.\n    *\/\n  @js.native\n  trait AffectedEntity extends js.Object {\n    var awsAccountId: js.UndefOr[accountId]\n    var entityArn: js.UndefOr[entityArn]\n    var entityUrl: js.UndefOr[entityUrl]\n    var entityValue: js.UndefOr[entityValue]\n    var eventArn: js.UndefOr[eventArn]\n    var lastUpdatedTime: js.UndefOr[timestamp]\n    var statusCode: js.UndefOr[entityStatusCode]\n    var tags: js.UndefOr[tagSet]\n  }\n\n  object AffectedEntity {\n    @inline\n    def apply(\n        awsAccountId: js.UndefOr[accountId] = js.undefined,\n        entityArn: js.UndefOr[entityArn] = js.undefined,\n        entityUrl: js.UndefOr[entityUrl] = js.undefined,\n        entityValue: js.UndefOr[entityValue] = js.undefined,\n        eventArn: js.UndefOr[eventArn] = js.undefined,\n        lastUpdatedTime: js.UndefOr[timestamp] = js.undefined,\n        statusCode: js.UndefOr[entityStatusCode] = js.undefined,\n        tags: js.UndefOr[tagSet] = js.undefined\n    ): AffectedEntity = {\n      val __obj = js.Dynamic.literal()\n      awsAccountId.foreach(__v => __obj.updateDynamic(\"awsAccountId\")(__v.asInstanceOf[js.Any]))\n      entityArn.foreach(__v => __obj.updateDynamic(\"entityArn\")(__v.asInstanceOf[js.Any]))\n      entityUrl.foreach(__v => __obj.updateDynamic(\"entityUrl\")(__v.asInstanceOf[js.Any]))\n      entityValue.foreach(__v => __obj.updateDynamic(\"entityValue\")(__v.asInstanceOf[js.Any]))\n      eventArn.foreach(__v => __obj.updateDynamic(\"eventArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AffectedEntity]\n    }\n  }\n\n  \/** A range of dates and times that is used by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_EventFilter.html|EventFilter]] and [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_EntityFilter.html|EntityFilter]] objects. If <code>from<\/code> is set and <code>to<\/code> is set: match items where the timestamp (<code>startTime<\/code>, <code>endTime<\/code>, or <code>lastUpdatedTime<\/code>) is between <code>from<\/code> and <code>to<\/code> inclusive. If <code>from<\/code> is set and <code>to<\/code> is not set: match items where the timestamp value is equal to or after <code>from<\/code>. If <code>from<\/code> is not set and <code>to<\/code> is set: match items where the timestamp value is equal to or before <code>to<\/code>.\n    *\/\n  @js.native\n  trait DateTimeRange extends js.Object {\n    var from: js.UndefOr[timestamp]\n    var to: js.UndefOr[timestamp]\n  }\n\n  object DateTimeRange {\n    @inline\n    def apply(\n        from: js.UndefOr[timestamp] = js.undefined,\n        to: js.UndefOr[timestamp] = js.undefined\n    ): DateTimeRange = {\n      val __obj = js.Dynamic.literal()\n      from.foreach(__v => __obj.updateDynamic(\"from\")(__v.asInstanceOf[js.Any]))\n      to.foreach(__v => __obj.updateDynamic(\"to\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DateTimeRange]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedAccountsForOrganizationRequest extends js.Object {\n    var eventArn: eventArn\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedAccountsForOrganizationRequest {\n    @inline\n    def apply(\n        eventArn: eventArn,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedAccountsForOrganizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"eventArn\" -> eventArn.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedAccountsForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedAccountsForOrganizationResponse extends js.Object {\n    var affectedAccounts: js.UndefOr[affectedAccountsList]\n    var eventScopeCode: js.UndefOr[eventScopeCode]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedAccountsForOrganizationResponse {\n    @inline\n    def apply(\n        affectedAccounts: js.UndefOr[affectedAccountsList] = js.undefined,\n        eventScopeCode: js.UndefOr[eventScopeCode] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedAccountsForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      affectedAccounts.foreach(__v => __obj.updateDynamic(\"affectedAccounts\")(__v.asInstanceOf[js.Any]))\n      eventScopeCode.foreach(__v => __obj.updateDynamic(\"eventScopeCode\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedAccountsForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedEntitiesForOrganizationRequest extends js.Object {\n    var organizationEntityFilters: OrganizationEntityFiltersList\n    var locale: js.UndefOr[locale]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedEntitiesForOrganizationRequest {\n    @inline\n    def apply(\n        organizationEntityFilters: OrganizationEntityFiltersList,\n        locale: js.UndefOr[locale] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedEntitiesForOrganizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"organizationEntityFilters\" -> organizationEntityFilters.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedEntitiesForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedEntitiesForOrganizationResponse extends js.Object {\n    var entities: js.UndefOr[EntityList]\n    var failedSet: js.UndefOr[DescribeAffectedEntitiesForOrganizationFailedSet]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedEntitiesForOrganizationResponse {\n    @inline\n    def apply(\n        entities: js.UndefOr[EntityList] = js.undefined,\n        failedSet: js.UndefOr[DescribeAffectedEntitiesForOrganizationFailedSet] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedEntitiesForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      entities.foreach(__v => __obj.updateDynamic(\"entities\")(__v.asInstanceOf[js.Any]))\n      failedSet.foreach(__v => __obj.updateDynamic(\"failedSet\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedEntitiesForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedEntitiesRequest extends js.Object {\n    var filter: EntityFilter\n    var locale: js.UndefOr[locale]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedEntitiesRequest {\n    @inline\n    def apply(\n        filter: EntityFilter,\n        locale: js.UndefOr[locale] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedEntitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filter\" -> filter.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedEntitiesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAffectedEntitiesResponse extends js.Object {\n    var entities: js.UndefOr[EntityList]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeAffectedEntitiesResponse {\n    @inline\n    def apply(\n        entities: js.UndefOr[EntityList] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeAffectedEntitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      entities.foreach(__v => __obj.updateDynamic(\"entities\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAffectedEntitiesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEntityAggregatesRequest extends js.Object {\n    var eventArns: js.UndefOr[EventArnsList]\n  }\n\n  object DescribeEntityAggregatesRequest {\n    @inline\n    def apply(\n        eventArns: js.UndefOr[EventArnsList] = js.undefined\n    ): DescribeEntityAggregatesRequest = {\n      val __obj = js.Dynamic.literal()\n      eventArns.foreach(__v => __obj.updateDynamic(\"eventArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEntityAggregatesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEntityAggregatesResponse extends js.Object {\n    var entityAggregates: js.UndefOr[EntityAggregateList]\n  }\n\n  object DescribeEntityAggregatesResponse {\n    @inline\n    def apply(\n        entityAggregates: js.UndefOr[EntityAggregateList] = js.undefined\n    ): DescribeEntityAggregatesResponse = {\n      val __obj = js.Dynamic.literal()\n      entityAggregates.foreach(__v => __obj.updateDynamic(\"entityAggregates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEntityAggregatesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventAggregatesRequest extends js.Object {\n    var aggregateField: eventAggregateField\n    var filter: js.UndefOr[EventFilter]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventAggregatesRequest {\n    @inline\n    def apply(\n        aggregateField: eventAggregateField,\n        filter: js.UndefOr[EventFilter] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventAggregatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"aggregateField\" -> aggregateField.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventAggregatesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventAggregatesResponse extends js.Object {\n    var eventAggregates: js.UndefOr[EventAggregateList]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventAggregatesResponse {\n    @inline\n    def apply(\n        eventAggregates: js.UndefOr[EventAggregateList] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventAggregatesResponse = {\n      val __obj = js.Dynamic.literal()\n      eventAggregates.foreach(__v => __obj.updateDynamic(\"eventAggregates\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventAggregatesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventDetailsForOrganizationRequest extends js.Object {\n    var organizationEventDetailFilters: OrganizationEventDetailFiltersList\n    var locale: js.UndefOr[locale]\n  }\n\n  object DescribeEventDetailsForOrganizationRequest {\n    @inline\n    def apply(\n        organizationEventDetailFilters: OrganizationEventDetailFiltersList,\n        locale: js.UndefOr[locale] = js.undefined\n    ): DescribeEventDetailsForOrganizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"organizationEventDetailFilters\" -> organizationEventDetailFilters.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventDetailsForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventDetailsForOrganizationResponse extends js.Object {\n    var failedSet: js.UndefOr[DescribeEventDetailsForOrganizationFailedSet]\n    var successfulSet: js.UndefOr[DescribeEventDetailsForOrganizationSuccessfulSet]\n  }\n\n  object DescribeEventDetailsForOrganizationResponse {\n    @inline\n    def apply(\n        failedSet: js.UndefOr[DescribeEventDetailsForOrganizationFailedSet] = js.undefined,\n        successfulSet: js.UndefOr[DescribeEventDetailsForOrganizationSuccessfulSet] = js.undefined\n    ): DescribeEventDetailsForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      failedSet.foreach(__v => __obj.updateDynamic(\"failedSet\")(__v.asInstanceOf[js.Any]))\n      successfulSet.foreach(__v => __obj.updateDynamic(\"successfulSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventDetailsForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventDetailsRequest extends js.Object {\n    var eventArns: eventArnList\n    var locale: js.UndefOr[locale]\n  }\n\n  object DescribeEventDetailsRequest {\n    @inline\n    def apply(\n        eventArns: eventArnList,\n        locale: js.UndefOr[locale] = js.undefined\n    ): DescribeEventDetailsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"eventArns\" -> eventArns.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventDetailsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventDetailsResponse extends js.Object {\n    var failedSet: js.UndefOr[DescribeEventDetailsFailedSet]\n    var successfulSet: js.UndefOr[DescribeEventDetailsSuccessfulSet]\n  }\n\n  object DescribeEventDetailsResponse {\n    @inline\n    def apply(\n        failedSet: js.UndefOr[DescribeEventDetailsFailedSet] = js.undefined,\n        successfulSet: js.UndefOr[DescribeEventDetailsSuccessfulSet] = js.undefined\n    ): DescribeEventDetailsResponse = {\n      val __obj = js.Dynamic.literal()\n      failedSet.foreach(__v => __obj.updateDynamic(\"failedSet\")(__v.asInstanceOf[js.Any]))\n      successfulSet.foreach(__v => __obj.updateDynamic(\"successfulSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventDetailsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventTypesRequest extends js.Object {\n    var filter: js.UndefOr[EventTypeFilter]\n    var locale: js.UndefOr[locale]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventTypesRequest {\n    @inline\n    def apply(\n        filter: js.UndefOr[EventTypeFilter] = js.undefined,\n        locale: js.UndefOr[locale] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventTypesRequest = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventTypesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventTypesResponse extends js.Object {\n    var eventTypes: js.UndefOr[EventTypeList]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventTypesResponse {\n    @inline\n    def apply(\n        eventTypes: js.UndefOr[EventTypeList] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventTypesResponse = {\n      val __obj = js.Dynamic.literal()\n      eventTypes.foreach(__v => __obj.updateDynamic(\"eventTypes\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventTypesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsForOrganizationRequest extends js.Object {\n    var filter: js.UndefOr[OrganizationEventFilter]\n    var locale: js.UndefOr[locale]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventsForOrganizationRequest {\n    @inline\n    def apply(\n        filter: js.UndefOr[OrganizationEventFilter] = js.undefined,\n        locale: js.UndefOr[locale] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventsForOrganizationRequest = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsForOrganizationResponse extends js.Object {\n    var events: js.UndefOr[OrganizationEventList]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventsForOrganizationResponse {\n    @inline\n    def apply(\n        events: js.UndefOr[OrganizationEventList] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventsForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsRequest extends js.Object {\n    var filter: js.UndefOr[EventFilter]\n    var locale: js.UndefOr[locale]\n    var maxResults: js.UndefOr[maxResults]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventsRequest {\n    @inline\n    def apply(\n        filter: js.UndefOr[EventFilter] = js.undefined,\n        locale: js.UndefOr[locale] = js.undefined,\n        maxResults: js.UndefOr[maxResults] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventsRequest = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsResponse extends js.Object {\n    var events: js.UndefOr[EventList]\n    var nextToken: js.UndefOr[nextToken]\n  }\n\n  object DescribeEventsResponse {\n    @inline\n    def apply(\n        events: js.UndefOr[EventList] = js.undefined,\n        nextToken: js.UndefOr[nextToken] = js.undefined\n    ): DescribeEventsResponse = {\n      val __obj = js.Dynamic.literal()\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeHealthServiceStatusForOrganizationResponse extends js.Object {\n    var healthServiceAccessStatusForOrganization: js.UndefOr[healthServiceAccessStatusForOrganization]\n  }\n\n  object DescribeHealthServiceStatusForOrganizationResponse {\n    @inline\n    def apply(\n        healthServiceAccessStatusForOrganization: js.UndefOr[healthServiceAccessStatusForOrganization] = js.undefined\n    ): DescribeHealthServiceStatusForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      healthServiceAccessStatusForOrganization.foreach(__v => __obj.updateDynamic(\"healthServiceAccessStatusForOrganization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHealthServiceStatusForOrganizationResponse]\n    }\n  }\n\n  \/** The number of entities that are affected by one or more events. Returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEntityAggregates.html|DescribeEntityAggregates]] operation.\n    *\/\n  @js.native\n  trait EntityAggregate extends js.Object {\n    var count: js.UndefOr[count]\n    var eventArn: js.UndefOr[eventArn]\n  }\n\n  object EntityAggregate {\n    @inline\n    def apply(\n        count: js.UndefOr[count] = js.undefined,\n        eventArn: js.UndefOr[eventArn] = js.undefined\n    ): EntityAggregate = {\n      val __obj = js.Dynamic.literal()\n      count.foreach(__v => __obj.updateDynamic(\"count\")(__v.asInstanceOf[js.Any]))\n      eventArn.foreach(__v => __obj.updateDynamic(\"eventArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityAggregate]\n    }\n  }\n\n  \/** The values to use to filter results from the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_EntityFilter.html|EntityFilter]] operation.\n    *\/\n  @js.native\n  trait EntityFilter extends js.Object {\n    var eventArns: eventArnList\n    var entityArns: js.UndefOr[entityArnList]\n    var entityValues: js.UndefOr[entityValueList]\n    var lastUpdatedTimes: js.UndefOr[dateTimeRangeList]\n    var statusCodes: js.UndefOr[entityStatusCodeList]\n    var tags: js.UndefOr[tagFilter]\n  }\n\n  object EntityFilter {\n    @inline\n    def apply(\n        eventArns: eventArnList,\n        entityArns: js.UndefOr[entityArnList] = js.undefined,\n        entityValues: js.UndefOr[entityValueList] = js.undefined,\n        lastUpdatedTimes: js.UndefOr[dateTimeRangeList] = js.undefined,\n        statusCodes: js.UndefOr[entityStatusCodeList] = js.undefined,\n        tags: js.UndefOr[tagFilter] = js.undefined\n    ): EntityFilter = {\n      val __obj = js.Dynamic.literal(\n        \"eventArns\" -> eventArns.asInstanceOf[js.Any]\n      )\n\n      entityArns.foreach(__v => __obj.updateDynamic(\"entityArns\")(__v.asInstanceOf[js.Any]))\n      entityValues.foreach(__v => __obj.updateDynamic(\"entityValues\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTimes.foreach(__v => __obj.updateDynamic(\"lastUpdatedTimes\")(__v.asInstanceOf[js.Any]))\n      statusCodes.foreach(__v => __obj.updateDynamic(\"statusCodes\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntityFilter]\n    }\n  }\n\n  \/** Summary information about an AWS Health event. AWS Health events can be public or account-specific: * <i>Public events<\/i> might be service events that are not specific to an AWS account. For example, if there is an issue with an AWS Region, AWS Health provides information about the event, even if you don't use services or resources in that Region. * <i>Account-specific<\/i> events are specific to either your AWS account or an account in your organization. For example, if there's an issue with Amazon Elastic Compute Cloud in a Region that you use, AWS Health provides information about the event and the affected resources in the account. You can determine if an event is public or account-specific by using the <code>eventScopeCode<\/code> parameter. For more information, see [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_Event.html#AWSHealth-Type-Event-eventScopeCode|eventScopeCode]].\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var arn: js.UndefOr[eventArn]\n    var availabilityZone: js.UndefOr[availabilityZone]\n    var endTime: js.UndefOr[timestamp]\n    var eventScopeCode: js.UndefOr[eventScopeCode]\n    var eventTypeCategory: js.UndefOr[eventTypeCategory]\n    var eventTypeCode: js.UndefOr[eventTypeCode]\n    var lastUpdatedTime: js.UndefOr[timestamp]\n    var region: js.UndefOr[region]\n    var service: js.UndefOr[service]\n    var startTime: js.UndefOr[timestamp]\n    var statusCode: js.UndefOr[eventStatusCode]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        arn: js.UndefOr[eventArn] = js.undefined,\n        availabilityZone: js.UndefOr[availabilityZone] = js.undefined,\n        endTime: js.UndefOr[timestamp] = js.undefined,\n        eventScopeCode: js.UndefOr[eventScopeCode] = js.undefined,\n        eventTypeCategory: js.UndefOr[eventTypeCategory] = js.undefined,\n        eventTypeCode: js.UndefOr[eventTypeCode] = js.undefined,\n        lastUpdatedTime: js.UndefOr[timestamp] = js.undefined,\n        region: js.UndefOr[region] = js.undefined,\n        service: js.UndefOr[service] = js.undefined,\n        startTime: js.UndefOr[timestamp] = js.undefined,\n        statusCode: js.UndefOr[eventStatusCode] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      availabilityZone.foreach(__v => __obj.updateDynamic(\"availabilityZone\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      eventScopeCode.foreach(__v => __obj.updateDynamic(\"eventScopeCode\")(__v.asInstanceOf[js.Any]))\n      eventTypeCategory.foreach(__v => __obj.updateDynamic(\"eventTypeCategory\")(__v.asInstanceOf[js.Any]))\n      eventTypeCode.foreach(__v => __obj.updateDynamic(\"eventTypeCode\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      service.foreach(__v => __obj.updateDynamic(\"service\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  \/** The values used to filter results from the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetailsForOrganization.html|DescribeEventDetailsForOrganization]] and [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeAffectedEntitiesForOrganization.html|DescribeAffectedEntitiesForOrganization]] operations.\n    *\/\n  @js.native\n  trait EventAccountFilter extends js.Object {\n    var eventArn: eventArn\n    var awsAccountId: js.UndefOr[accountId]\n  }\n\n  object EventAccountFilter {\n    @inline\n    def apply(\n        eventArn: eventArn,\n        awsAccountId: js.UndefOr[accountId] = js.undefined\n    ): EventAccountFilter = {\n      val __obj = js.Dynamic.literal(\n        \"eventArn\" -> eventArn.asInstanceOf[js.Any]\n      )\n\n      awsAccountId.foreach(__v => __obj.updateDynamic(\"awsAccountId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventAccountFilter]\n    }\n  }\n\n  \/** The number of events of each issue type. Returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventAggregates.html|DescribeEventAggregates]] operation.\n    *\/\n  @js.native\n  trait EventAggregate extends js.Object {\n    var aggregateValue: js.UndefOr[aggregateValue]\n    var count: js.UndefOr[count]\n  }\n\n  object EventAggregate {\n    @inline\n    def apply(\n        aggregateValue: js.UndefOr[aggregateValue] = js.undefined,\n        count: js.UndefOr[count] = js.undefined\n    ): EventAggregate = {\n      val __obj = js.Dynamic.literal()\n      aggregateValue.foreach(__v => __obj.updateDynamic(\"aggregateValue\")(__v.asInstanceOf[js.Any]))\n      count.foreach(__v => __obj.updateDynamic(\"count\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventAggregate]\n    }\n  }\n\n  \/** The detailed description of the event. Included in the information returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetails.html|DescribeEventDetails]] operation.\n    *\/\n  @js.native\n  trait EventDescription extends js.Object {\n    var latestDescription: js.UndefOr[eventDescription]\n  }\n\n  object EventDescription {\n    @inline\n    def apply(\n        latestDescription: js.UndefOr[eventDescription] = js.undefined\n    ): EventDescription = {\n      val __obj = js.Dynamic.literal()\n      latestDescription.foreach(__v => __obj.updateDynamic(\"latestDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventDescription]\n    }\n  }\n\n  \/** Detailed information about an event. A combination of an [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_Event.html|Event]] object, an [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_EventDescription.html|EventDescription]] object, and additional metadata about the event. Returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetails.html|DescribeEventDetails]] operation.\n    *\/\n  @js.native\n  trait EventDetails extends js.Object {\n    var event: js.UndefOr[Event]\n    var eventDescription: js.UndefOr[EventDescription]\n    var eventMetadata: js.UndefOr[eventMetadata]\n  }\n\n  object EventDetails {\n    @inline\n    def apply(\n        event: js.UndefOr[Event] = js.undefined,\n        eventDescription: js.UndefOr[EventDescription] = js.undefined,\n        eventMetadata: js.UndefOr[eventMetadata] = js.undefined\n    ): EventDetails = {\n      val __obj = js.Dynamic.literal()\n      event.foreach(__v => __obj.updateDynamic(\"event\")(__v.asInstanceOf[js.Any]))\n      eventDescription.foreach(__v => __obj.updateDynamic(\"eventDescription\")(__v.asInstanceOf[js.Any]))\n      eventMetadata.foreach(__v => __obj.updateDynamic(\"eventMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventDetails]\n    }\n  }\n\n  \/** Error information returned when a [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetails.html|DescribeEventDetails]] operation cannot find a specified event.\n    *\/\n  @js.native\n  trait EventDetailsErrorItem extends js.Object {\n    var errorMessage: js.UndefOr[String]\n    var errorName: js.UndefOr[String]\n    var eventArn: js.UndefOr[eventArn]\n  }\n\n  object EventDetailsErrorItem {\n    @inline\n    def apply(\n        errorMessage: js.UndefOr[String] = js.undefined,\n        errorName: js.UndefOr[String] = js.undefined,\n        eventArn: js.UndefOr[eventArn] = js.undefined\n    ): EventDetailsErrorItem = {\n      val __obj = js.Dynamic.literal()\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      errorName.foreach(__v => __obj.updateDynamic(\"errorName\")(__v.asInstanceOf[js.Any]))\n      eventArn.foreach(__v => __obj.updateDynamic(\"eventArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventDetailsErrorItem]\n    }\n  }\n\n  \/** The values to use to filter results from the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEvents.html|DescribeEvents]] and [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventAggregates.html|DescribeEventAggregates]] operations.\n    *\/\n  @js.native\n  trait EventFilter extends js.Object {\n    var availabilityZones: js.UndefOr[availabilityZones]\n    var endTimes: js.UndefOr[dateTimeRangeList]\n    var entityArns: js.UndefOr[entityArnList]\n    var entityValues: js.UndefOr[entityValueList]\n    var eventArns: js.UndefOr[eventArnList]\n    var eventStatusCodes: js.UndefOr[eventStatusCodeList]\n    var eventTypeCategories: js.UndefOr[eventTypeCategoryList]\n    var eventTypeCodes: js.UndefOr[eventTypeList]\n    var lastUpdatedTimes: js.UndefOr[dateTimeRangeList]\n    var regions: js.UndefOr[regionList]\n    var services: js.UndefOr[serviceList]\n    var startTimes: js.UndefOr[dateTimeRangeList]\n    var tags: js.UndefOr[tagFilter]\n  }\n\n  object EventFilter {\n    @inline\n    def apply(\n        availabilityZones: js.UndefOr[availabilityZones] = js.undefined,\n        endTimes: js.UndefOr[dateTimeRangeList] = js.undefined,\n        entityArns: js.UndefOr[entityArnList] = js.undefined,\n        entityValues: js.UndefOr[entityValueList] = js.undefined,\n        eventArns: js.UndefOr[eventArnList] = js.undefined,\n        eventStatusCodes: js.UndefOr[eventStatusCodeList] = js.undefined,\n        eventTypeCategories: js.UndefOr[eventTypeCategoryList] = js.undefined,\n        eventTypeCodes: js.UndefOr[eventTypeList] = js.undefined,\n        lastUpdatedTimes: js.UndefOr[dateTimeRangeList] = js.undefined,\n        regions: js.UndefOr[regionList] = js.undefined,\n        services: js.UndefOr[serviceList] = js.undefined,\n        startTimes: js.UndefOr[dateTimeRangeList] = js.undefined,\n        tags: js.UndefOr[tagFilter] = js.undefined\n    ): EventFilter = {\n      val __obj = js.Dynamic.literal()\n      availabilityZones.foreach(__v => __obj.updateDynamic(\"availabilityZones\")(__v.asInstanceOf[js.Any]))\n      endTimes.foreach(__v => __obj.updateDynamic(\"endTimes\")(__v.asInstanceOf[js.Any]))\n      entityArns.foreach(__v => __obj.updateDynamic(\"entityArns\")(__v.asInstanceOf[js.Any]))\n      entityValues.foreach(__v => __obj.updateDynamic(\"entityValues\")(__v.asInstanceOf[js.Any]))\n      eventArns.foreach(__v => __obj.updateDynamic(\"eventArns\")(__v.asInstanceOf[js.Any]))\n      eventStatusCodes.foreach(__v => __obj.updateDynamic(\"eventStatusCodes\")(__v.asInstanceOf[js.Any]))\n      eventTypeCategories.foreach(__v => __obj.updateDynamic(\"eventTypeCategories\")(__v.asInstanceOf[js.Any]))\n      eventTypeCodes.foreach(__v => __obj.updateDynamic(\"eventTypeCodes\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTimes.foreach(__v => __obj.updateDynamic(\"lastUpdatedTimes\")(__v.asInstanceOf[js.Any]))\n      regions.foreach(__v => __obj.updateDynamic(\"regions\")(__v.asInstanceOf[js.Any]))\n      services.foreach(__v => __obj.updateDynamic(\"services\")(__v.asInstanceOf[js.Any]))\n      startTimes.foreach(__v => __obj.updateDynamic(\"startTimes\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventFilter]\n    }\n  }\n\n  \/** Contains the metadata about a type of event that is reported by AWS Health. The <code>EventType<\/code> shows the category, service, and the event type code of the event. For example, an <code>issue<\/code> might be the category, <code>EC2<\/code> the service, and <code>AWS_EC2_SYSTEM_MAINTENANCE_EVENT<\/code> the event type code. You can use the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventTypes.html|DescribeEventTypes]] API operation to return this information about an event. You can also use the Amazon CloudWatch Events console to create a rule so that you can get notified or take action when AWS Health delivers a specific event to your AWS account. For more information, see [[https:\/\/docs.aws.amazon.com\/health\/latest\/ug\/cloudwatch-events-health.html|Monitor for AWS Health events with Amazon CloudWatch Events]] in the <i>AWS Health User Guide<\/i>.\n    *\/\n  @js.native\n  trait EventType extends js.Object {\n    var category: js.UndefOr[eventTypeCategory]\n    var code: js.UndefOr[eventTypeCode]\n    var service: js.UndefOr[service]\n  }\n\n  object EventType {\n    @inline\n    def apply(\n        category: js.UndefOr[eventTypeCategory] = js.undefined,\n        code: js.UndefOr[eventTypeCode] = js.undefined,\n        service: js.UndefOr[service] = js.undefined\n    ): EventType = {\n      val __obj = js.Dynamic.literal()\n      category.foreach(__v => __obj.updateDynamic(\"category\")(__v.asInstanceOf[js.Any]))\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      service.foreach(__v => __obj.updateDynamic(\"service\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventType]\n    }\n  }\n\n  \/** The values to use to filter results from the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventTypes.html|DescribeEventTypes]] operation.\n    *\/\n  @js.native\n  trait EventTypeFilter extends js.Object {\n    var eventTypeCategories: js.UndefOr[EventTypeCategoryList]\n    var eventTypeCodes: js.UndefOr[EventTypeCodeList]\n    var services: js.UndefOr[serviceList]\n  }\n\n  object EventTypeFilter {\n    @inline\n    def apply(\n        eventTypeCategories: js.UndefOr[EventTypeCategoryList] = js.undefined,\n        eventTypeCodes: js.UndefOr[EventTypeCodeList] = js.undefined,\n        services: js.UndefOr[serviceList] = js.undefined\n    ): EventTypeFilter = {\n      val __obj = js.Dynamic.literal()\n      eventTypeCategories.foreach(__v => __obj.updateDynamic(\"eventTypeCategories\")(__v.asInstanceOf[js.Any]))\n      eventTypeCodes.foreach(__v => __obj.updateDynamic(\"eventTypeCodes\")(__v.asInstanceOf[js.Any]))\n      services.foreach(__v => __obj.updateDynamic(\"services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventTypeFilter]\n    }\n  }\n\n  \/** Error information returned when a [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeAffectedEntitiesForOrganization.html|DescribeAffectedEntitiesForOrganization]] operation cannot find or process a specific entity.\n    *\/\n  @js.native\n  trait OrganizationAffectedEntitiesErrorItem extends js.Object {\n    var awsAccountId: js.UndefOr[accountId]\n    var errorMessage: js.UndefOr[String]\n    var errorName: js.UndefOr[String]\n    var eventArn: js.UndefOr[eventArn]\n  }\n\n  object OrganizationAffectedEntitiesErrorItem {\n    @inline\n    def apply(\n        awsAccountId: js.UndefOr[accountId] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        errorName: js.UndefOr[String] = js.undefined,\n        eventArn: js.UndefOr[eventArn] = js.undefined\n    ): OrganizationAffectedEntitiesErrorItem = {\n      val __obj = js.Dynamic.literal()\n      awsAccountId.foreach(__v => __obj.updateDynamic(\"awsAccountId\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      errorName.foreach(__v => __obj.updateDynamic(\"errorName\")(__v.asInstanceOf[js.Any]))\n      eventArn.foreach(__v => __obj.updateDynamic(\"eventArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationAffectedEntitiesErrorItem]\n    }\n  }\n\n  \/** Summary information about an event, returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventsForOrganization.html|DescribeEventsForOrganization]] operation.\n    *\/\n  @js.native\n  trait OrganizationEvent extends js.Object {\n    var arn: js.UndefOr[eventArn]\n    var endTime: js.UndefOr[timestamp]\n    var eventScopeCode: js.UndefOr[eventScopeCode]\n    var eventTypeCategory: js.UndefOr[eventTypeCategory]\n    var eventTypeCode: js.UndefOr[eventTypeCode]\n    var lastUpdatedTime: js.UndefOr[timestamp]\n    var region: js.UndefOr[region]\n    var service: js.UndefOr[service]\n    var startTime: js.UndefOr[timestamp]\n    var statusCode: js.UndefOr[eventStatusCode]\n  }\n\n  object OrganizationEvent {\n    @inline\n    def apply(\n        arn: js.UndefOr[eventArn] = js.undefined,\n        endTime: js.UndefOr[timestamp] = js.undefined,\n        eventScopeCode: js.UndefOr[eventScopeCode] = js.undefined,\n        eventTypeCategory: js.UndefOr[eventTypeCategory] = js.undefined,\n        eventTypeCode: js.UndefOr[eventTypeCode] = js.undefined,\n        lastUpdatedTime: js.UndefOr[timestamp] = js.undefined,\n        region: js.UndefOr[region] = js.undefined,\n        service: js.UndefOr[service] = js.undefined,\n        startTime: js.UndefOr[timestamp] = js.undefined,\n        statusCode: js.UndefOr[eventStatusCode] = js.undefined\n    ): OrganizationEvent = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      eventScopeCode.foreach(__v => __obj.updateDynamic(\"eventScopeCode\")(__v.asInstanceOf[js.Any]))\n      eventTypeCategory.foreach(__v => __obj.updateDynamic(\"eventTypeCategory\")(__v.asInstanceOf[js.Any]))\n      eventTypeCode.foreach(__v => __obj.updateDynamic(\"eventTypeCode\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      service.foreach(__v => __obj.updateDynamic(\"service\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationEvent]\n    }\n  }\n\n  \/** Detailed information about an event. A combination of an [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_Event.html|Event]] object, an [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_EventDescription.html|EventDescription]] object, and additional metadata about the event. Returned by the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetailsForOrganization.html|DescribeEventDetailsForOrganization]] operation.\n    *\/\n  @js.native\n  trait OrganizationEventDetails extends js.Object {\n    var awsAccountId: js.UndefOr[accountId]\n    var event: js.UndefOr[Event]\n    var eventDescription: js.UndefOr[EventDescription]\n    var eventMetadata: js.UndefOr[eventMetadata]\n  }\n\n  object OrganizationEventDetails {\n    @inline\n    def apply(\n        awsAccountId: js.UndefOr[accountId] = js.undefined,\n        event: js.UndefOr[Event] = js.undefined,\n        eventDescription: js.UndefOr[EventDescription] = js.undefined,\n        eventMetadata: js.UndefOr[eventMetadata] = js.undefined\n    ): OrganizationEventDetails = {\n      val __obj = js.Dynamic.literal()\n      awsAccountId.foreach(__v => __obj.updateDynamic(\"awsAccountId\")(__v.asInstanceOf[js.Any]))\n      event.foreach(__v => __obj.updateDynamic(\"event\")(__v.asInstanceOf[js.Any]))\n      eventDescription.foreach(__v => __obj.updateDynamic(\"eventDescription\")(__v.asInstanceOf[js.Any]))\n      eventMetadata.foreach(__v => __obj.updateDynamic(\"eventMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationEventDetails]\n    }\n  }\n\n  \/** Error information returned when a [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventDetailsForOrganization.html|DescribeEventDetailsForOrganization]] operation cannot find a specified event.\n    *\/\n  @js.native\n  trait OrganizationEventDetailsErrorItem extends js.Object {\n    var awsAccountId: js.UndefOr[accountId]\n    var errorMessage: js.UndefOr[String]\n    var errorName: js.UndefOr[String]\n    var eventArn: js.UndefOr[eventArn]\n  }\n\n  object OrganizationEventDetailsErrorItem {\n    @inline\n    def apply(\n        awsAccountId: js.UndefOr[accountId] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        errorName: js.UndefOr[String] = js.undefined,\n        eventArn: js.UndefOr[eventArn] = js.undefined\n    ): OrganizationEventDetailsErrorItem = {\n      val __obj = js.Dynamic.literal()\n      awsAccountId.foreach(__v => __obj.updateDynamic(\"awsAccountId\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      errorName.foreach(__v => __obj.updateDynamic(\"errorName\")(__v.asInstanceOf[js.Any]))\n      eventArn.foreach(__v => __obj.updateDynamic(\"eventArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationEventDetailsErrorItem]\n    }\n  }\n\n  \/** The values to filter results from the [[https:\/\/docs.aws.amazon.com\/health\/latest\/APIReference\/API_DescribeEventsForOrganization.html|DescribeEventsForOrganization]] operation.\n    *\/\n  @js.native\n  trait OrganizationEventFilter extends js.Object {\n    var awsAccountIds: js.UndefOr[awsAccountIdsList]\n    var endTime: js.UndefOr[DateTimeRange]\n    var entityArns: js.UndefOr[entityArnList]\n    var entityValues: js.UndefOr[entityValueList]\n    var eventStatusCodes: js.UndefOr[eventStatusCodeList]\n    var eventTypeCategories: js.UndefOr[eventTypeCategoryList]\n    var eventTypeCodes: js.UndefOr[eventTypeList]\n    var lastUpdatedTime: js.UndefOr[DateTimeRange]\n    var regions: js.UndefOr[regionList]\n    var services: js.UndefOr[serviceList]\n    var startTime: js.UndefOr[DateTimeRange]\n  }\n\n  object OrganizationEventFilter {\n    @inline\n    def apply(\n        awsAccountIds: js.UndefOr[awsAccountIdsList] = js.undefined,\n        endTime: js.UndefOr[DateTimeRange] = js.undefined,\n        entityArns: js.UndefOr[entityArnList] = js.undefined,\n        entityValues: js.UndefOr[entityValueList] = js.undefined,\n        eventStatusCodes: js.UndefOr[eventStatusCodeList] = js.undefined,\n        eventTypeCategories: js.UndefOr[eventTypeCategoryList] = js.undefined,\n        eventTypeCodes: js.UndefOr[eventTypeList] = js.undefined,\n        lastUpdatedTime: js.UndefOr[DateTimeRange] = js.undefined,\n        regions: js.UndefOr[regionList] = js.undefined,\n        services: js.UndefOr[serviceList] = js.undefined,\n        startTime: js.UndefOr[DateTimeRange] = js.undefined\n    ): OrganizationEventFilter = {\n      val __obj = js.Dynamic.literal()\n      awsAccountIds.foreach(__v => __obj.updateDynamic(\"awsAccountIds\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      entityArns.foreach(__v => __obj.updateDynamic(\"entityArns\")(__v.asInstanceOf[js.Any]))\n      entityValues.foreach(__v => __obj.updateDynamic(\"entityValues\")(__v.asInstanceOf[js.Any]))\n      eventStatusCodes.foreach(__v => __obj.updateDynamic(\"eventStatusCodes\")(__v.asInstanceOf[js.Any]))\n      eventTypeCategories.foreach(__v => __obj.updateDynamic(\"eventTypeCategories\")(__v.asInstanceOf[js.Any]))\n      eventTypeCodes.foreach(__v => __obj.updateDynamic(\"eventTypeCodes\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      regions.foreach(__v => __obj.updateDynamic(\"regions\")(__v.asInstanceOf[js.Any]))\n      services.foreach(__v => __obj.updateDynamic(\"services\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationEventFilter]\n    }\n  }\n\n  @js.native\n  sealed trait entityStatusCode extends js.Any\n  object entityStatusCode {\n    val IMPAIRED = \"IMPAIRED\".asInstanceOf[entityStatusCode]\n    val UNIMPAIRED = \"UNIMPAIRED\".asInstanceOf[entityStatusCode]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[entityStatusCode]\n\n    @inline def values = js.Array(IMPAIRED, UNIMPAIRED, UNKNOWN)\n  }\n\n  @js.native\n  sealed trait eventAggregateField extends js.Any\n  object eventAggregateField {\n    val eventTypeCategory = \"eventTypeCategory\".asInstanceOf[eventAggregateField]\n\n    @inline def values = js.Array(eventTypeCategory)\n  }\n\n  @js.native\n  sealed trait eventScopeCode extends js.Any\n  object eventScopeCode {\n    val PUBLIC = \"PUBLIC\".asInstanceOf[eventScopeCode]\n    val ACCOUNT_SPECIFIC = \"ACCOUNT_SPECIFIC\".asInstanceOf[eventScopeCode]\n    val NONE = \"NONE\".asInstanceOf[eventScopeCode]\n\n    @inline def values = js.Array(PUBLIC, ACCOUNT_SPECIFIC, NONE)\n  }\n\n  @js.native\n  sealed trait eventStatusCode extends js.Any\n  object eventStatusCode {\n    val open = \"open\".asInstanceOf[eventStatusCode]\n    val closed = \"closed\".asInstanceOf[eventStatusCode]\n    val upcoming = \"upcoming\".asInstanceOf[eventStatusCode]\n\n    @inline def values = js.Array(open, closed, upcoming)\n  }\n\n  @js.native\n  sealed trait eventTypeCategory extends js.Any\n  object eventTypeCategory {\n    val issue = \"issue\".asInstanceOf[eventTypeCategory]\n    val accountNotification = \"accountNotification\".asInstanceOf[eventTypeCategory]\n    val scheduledChange = \"scheduledChange\".asInstanceOf[eventTypeCategory]\n    val investigation = \"investigation\".asInstanceOf[eventTypeCategory]\n\n    @inline def values = js.Array(issue, accountNotification, scheduledChange, investigation)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/ECSCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"ECSCredentials\", \"AWS.ECSCredentials\")\nclass ECSCredentials() extends RemoteCredentials {\n  def this(options: ECSCredentialsOptions) = this()\n}\n\ntrait ECSCredentialsOptions extends js.Object {\n  var httpOptions: js.UndefOr[ECSCredentialsOptions.HttpOptions]\n  var maxRetries: js.UndefOr[Double]\n}\n\nobject ECSCredentialsOptions {\n  def apply(\n      httpOptions: js.UndefOr[ECSCredentialsOptions.HttpOptions] = js.undefined,\n      maxRetries: js.UndefOr[Double] = js.undefined\n  ): ECSCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    httpOptions.foreach(_v => _obj$.updateDynamic(\"httpOptions\")(_v.asInstanceOf[js.Any]))\n    maxRetries.foreach(_v => _obj$.updateDynamic(\"maxRetries\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[ECSCredentialsOptions]\n  }\n\n  trait HttpOptions extends js.Object {\n    var timeout: js.UndefOr[Double]\n  }\n\n  object HttpOptions {\n    def apply(\n        timeout: js.UndefOr[Double] = js.undefined\n    ): HttpOptions = {\n      val _obj$ = js.Dynamic.literal(\n      )\n      timeout.foreach(_v => _obj$.updateDynamic(\"timeout\")(_v.asInstanceOf[js.Any]))\n      _obj$.asInstanceOf[HttpOptions]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/package.scala","text":"package facade.amazonaws\n\nimport scala.scalajs.js\n\npackage object credentials {\n  type Provider = js.Function0[AWSCredentials]\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codeguruprofiler\/src\/main\/scala\/facade\/amazonaws\/services\/CodeGuruProfiler.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codeguruprofiler {\n  type AgentParameters = js.Dictionary[String]\n  type AgentProfile = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type AggregatedProfile = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type Anomalies = js.Array[Anomaly]\n  type AnomalyInstanceId = String\n  type AnomalyInstances = js.Array[AnomalyInstance]\n  type ChannelId = String\n  type ChannelUri = String\n  type Channels = js.Array[Channel]\n  type ClientToken = String\n  type EventPublishers = js.Array[EventPublisher]\n  type FindingsReportId = String\n  type FindingsReportSummaries = js.Array[FindingsReportSummary]\n  type FleetInstanceId = String\n  type FrameMetricData = js.Array[FrameMetricDatum]\n  type FrameMetricValue = Double\n  type FrameMetricValues = js.Array[FrameMetricValue]\n  type FrameMetrics = js.Array[FrameMetric]\n  type ListOfTimestamps = js.Array[TimestampStructure]\n  type Locale = String\n  type Matches = js.Array[Match]\n  type MaxDepth = Int\n  type MaxResults = Int\n  type Metadata = js.Dictionary[String]\n  type PaginationToken = String\n  type Percentage = Double\n  type Period = String\n  type Principal = String\n  type Principals = js.Array[Principal]\n  type ProfileTimes = js.Array[ProfileTime]\n  type ProfilingGroupArn = String\n  type ProfilingGroupDescriptions = js.Array[ProfilingGroupDescription]\n  type ProfilingGroupName = String\n  type ProfilingGroupNames = js.Array[ProfilingGroupName]\n  type Recommendations = js.Array[Recommendation]\n  type RevisionId = String\n  type Strings = js.Array[String]\n  type TagKeys = js.Array[String]\n  type TagsMap = js.Dictionary[String]\n  type TargetFrame = js.Array[String]\n  type TargetFrames = js.Array[TargetFrame]\n  type ThreadStates = js.Array[String]\n  type Timestamp = js.Date\n  type UnprocessedEndTimeMap = js.Dictionary[ListOfTimestamps]\n\n  implicit final class CodeGuruProfilerOps(private val service: CodeGuruProfiler) extends AnyVal {\n\n    @inline def addNotificationChannelsFuture(params: AddNotificationChannelsRequest): Future[AddNotificationChannelsResponse] = service.addNotificationChannels(params).promise().toFuture\n    @inline def batchGetFrameMetricDataFuture(params: BatchGetFrameMetricDataRequest): Future[BatchGetFrameMetricDataResponse] = service.batchGetFrameMetricData(params).promise().toFuture\n    @inline def configureAgentFuture(params: ConfigureAgentRequest): Future[ConfigureAgentResponse] = service.configureAgent(params).promise().toFuture\n    @inline def createProfilingGroupFuture(params: CreateProfilingGroupRequest): Future[CreateProfilingGroupResponse] = service.createProfilingGroup(params).promise().toFuture\n    @inline def deleteProfilingGroupFuture(params: DeleteProfilingGroupRequest): Future[DeleteProfilingGroupResponse] = service.deleteProfilingGroup(params).promise().toFuture\n    @inline def describeProfilingGroupFuture(params: DescribeProfilingGroupRequest): Future[DescribeProfilingGroupResponse] = service.describeProfilingGroup(params).promise().toFuture\n    @inline def getFindingsReportAccountSummaryFuture(params: GetFindingsReportAccountSummaryRequest): Future[GetFindingsReportAccountSummaryResponse] = service.getFindingsReportAccountSummary(params).promise().toFuture\n    @inline def getNotificationConfigurationFuture(params: GetNotificationConfigurationRequest): Future[GetNotificationConfigurationResponse] = service.getNotificationConfiguration(params).promise().toFuture\n    @inline def getPolicyFuture(params: GetPolicyRequest): Future[GetPolicyResponse] = service.getPolicy(params).promise().toFuture\n    @inline def getProfileFuture(params: GetProfileRequest): Future[GetProfileResponse] = service.getProfile(params).promise().toFuture\n    @inline def getRecommendationsFuture(params: GetRecommendationsRequest): Future[GetRecommendationsResponse] = service.getRecommendations(params).promise().toFuture\n    @inline def listFindingsReportsFuture(params: ListFindingsReportsRequest): Future[ListFindingsReportsResponse] = service.listFindingsReports(params).promise().toFuture\n    @inline def listProfileTimesFuture(params: ListProfileTimesRequest): Future[ListProfileTimesResponse] = service.listProfileTimes(params).promise().toFuture\n    @inline def listProfilingGroupsFuture(params: ListProfilingGroupsRequest): Future[ListProfilingGroupsResponse] = service.listProfilingGroups(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def postAgentProfileFuture(params: PostAgentProfileRequest): Future[PostAgentProfileResponse] = service.postAgentProfile(params).promise().toFuture\n    @inline def putPermissionFuture(params: PutPermissionRequest): Future[PutPermissionResponse] = service.putPermission(params).promise().toFuture\n    @inline def removeNotificationChannelFuture(params: RemoveNotificationChannelRequest): Future[RemoveNotificationChannelResponse] = service.removeNotificationChannel(params).promise().toFuture\n    @inline def removePermissionFuture(params: RemovePermissionRequest): Future[RemovePermissionResponse] = service.removePermission(params).promise().toFuture\n    @inline def submitFeedbackFuture(params: SubmitFeedbackRequest): Future[SubmitFeedbackResponse] = service.submitFeedback(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateProfilingGroupFuture(params: UpdateProfilingGroupRequest): Future[UpdateProfilingGroupResponse] = service.updateProfilingGroup(params).promise().toFuture\n\n  }\n}\n\npackage codeguruprofiler {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codeguruprofiler\", JSImport.Namespace, \"AWS.CodeGuruProfiler\")\n  class CodeGuruProfiler() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addNotificationChannels(params: AddNotificationChannelsRequest): Request[AddNotificationChannelsResponse] = js.native\n    def batchGetFrameMetricData(params: BatchGetFrameMetricDataRequest): Request[BatchGetFrameMetricDataResponse] = js.native\n    def configureAgent(params: ConfigureAgentRequest): Request[ConfigureAgentResponse] = js.native\n    def createProfilingGroup(params: CreateProfilingGroupRequest): Request[CreateProfilingGroupResponse] = js.native\n    def deleteProfilingGroup(params: DeleteProfilingGroupRequest): Request[DeleteProfilingGroupResponse] = js.native\n    def describeProfilingGroup(params: DescribeProfilingGroupRequest): Request[DescribeProfilingGroupResponse] = js.native\n    def getFindingsReportAccountSummary(params: GetFindingsReportAccountSummaryRequest): Request[GetFindingsReportAccountSummaryResponse] = js.native\n    def getNotificationConfiguration(params: GetNotificationConfigurationRequest): Request[GetNotificationConfigurationResponse] = js.native\n    def getPolicy(params: GetPolicyRequest): Request[GetPolicyResponse] = js.native\n    def getProfile(params: GetProfileRequest): Request[GetProfileResponse] = js.native\n    def getRecommendations(params: GetRecommendationsRequest): Request[GetRecommendationsResponse] = js.native\n    def listFindingsReports(params: ListFindingsReportsRequest): Request[ListFindingsReportsResponse] = js.native\n    def listProfileTimes(params: ListProfileTimesRequest): Request[ListProfileTimesResponse] = js.native\n    def listProfilingGroups(params: ListProfilingGroupsRequest): Request[ListProfilingGroupsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def postAgentProfile(params: PostAgentProfileRequest): Request[PostAgentProfileResponse] = js.native\n    def putPermission(params: PutPermissionRequest): Request[PutPermissionResponse] = js.native\n    def removeNotificationChannel(params: RemoveNotificationChannelRequest): Request[RemoveNotificationChannelResponse] = js.native\n    def removePermission(params: RemovePermissionRequest): Request[RemovePermissionResponse] = js.native\n    def submitFeedback(params: SubmitFeedbackRequest): Request[SubmitFeedbackResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateProfilingGroup(params: UpdateProfilingGroupRequest): Request[UpdateProfilingGroupResponse] = js.native\n  }\n\n  @js.native\n  sealed trait ActionGroup extends js.Any\n  object ActionGroup {\n    val agentPermissions = \"agentPermissions\".asInstanceOf[ActionGroup]\n\n    @inline def values = js.Array(agentPermissions)\n  }\n\n  \/** The structure representing the AddNotificationChannelsRequest.\n    *\/\n  @js.native\n  trait AddNotificationChannelsRequest extends js.Object {\n    var channels: Channels\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object AddNotificationChannelsRequest {\n    @inline\n    def apply(\n        channels: Channels,\n        profilingGroupName: ProfilingGroupName\n    ): AddNotificationChannelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channels\" -> channels.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddNotificationChannelsRequest]\n    }\n  }\n\n  \/** The structure representing the AddNotificationChannelsResponse.\n    *\/\n  @js.native\n  trait AddNotificationChannelsResponse extends js.Object {\n    var notificationConfiguration: js.UndefOr[NotificationConfiguration]\n  }\n\n  object AddNotificationChannelsResponse {\n    @inline\n    def apply(\n        notificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined\n    ): AddNotificationChannelsResponse = {\n      val __obj = js.Dynamic.literal()\n      notificationConfiguration.foreach(__v => __obj.updateDynamic(\"notificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddNotificationChannelsResponse]\n    }\n  }\n\n  \/** The response of <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/profiler-api\/API_ConfigureAgent.html\"> <code>ConfigureAgent<\/code> <\/a> that specifies if an agent profiles or not and for how long to return profiling data.\n    *\/\n  @js.native\n  trait AgentConfiguration extends js.Object {\n    var periodInSeconds: Int\n    var shouldProfile: Boolean\n    var agentParameters: js.UndefOr[AgentParameters]\n  }\n\n  object AgentConfiguration {\n    @inline\n    def apply(\n        periodInSeconds: Int,\n        shouldProfile: Boolean,\n        agentParameters: js.UndefOr[AgentParameters] = js.undefined\n    ): AgentConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"periodInSeconds\" -> periodInSeconds.asInstanceOf[js.Any],\n        \"shouldProfile\" -> shouldProfile.asInstanceOf[js.Any]\n      )\n\n      agentParameters.foreach(__v => __obj.updateDynamic(\"agentParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AgentConfiguration]\n    }\n  }\n\n  \/** Specifies whether profiling is enabled or disabled for a profiling group. It is used by <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/profiler-api\/API_ConfigureAgent.html\"> <code>ConfigureAgent<\/code> <\/a> to enable or disable profiling for a profiling group.\n    *\/\n  @js.native\n  trait AgentOrchestrationConfig extends js.Object {\n    var profilingEnabled: Boolean\n  }\n\n  object AgentOrchestrationConfig {\n    @inline\n    def apply(\n        profilingEnabled: Boolean\n    ): AgentOrchestrationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"profilingEnabled\" -> profilingEnabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AgentOrchestrationConfig]\n    }\n  }\n\n  @js.native\n  sealed trait AgentParameterField extends js.Any\n  object AgentParameterField {\n    val SamplingIntervalInMilliseconds = \"SamplingIntervalInMilliseconds\".asInstanceOf[AgentParameterField]\n    val ReportingIntervalInMilliseconds = \"ReportingIntervalInMilliseconds\".asInstanceOf[AgentParameterField]\n    val MinimumTimeForReportingInMilliseconds = \"MinimumTimeForReportingInMilliseconds\".asInstanceOf[AgentParameterField]\n    val MemoryUsageLimitPercent = \"MemoryUsageLimitPercent\".asInstanceOf[AgentParameterField]\n    val MaxStackDepth = \"MaxStackDepth\".asInstanceOf[AgentParameterField]\n\n    @inline def values = js.Array(SamplingIntervalInMilliseconds, ReportingIntervalInMilliseconds, MinimumTimeForReportingInMilliseconds, MemoryUsageLimitPercent, MaxStackDepth)\n  }\n\n  \/** Specifies the aggregation period and aggregation start time for an aggregated profile. An aggregated profile is used to collect posted agent profiles during an aggregation period. There are three possible aggregation periods (1 day, 1 hour, or 5 minutes).\n    *\/\n  @js.native\n  trait AggregatedProfileTime extends js.Object {\n    var period: js.UndefOr[AggregationPeriod]\n    var start: js.UndefOr[Timestamp]\n  }\n\n  object AggregatedProfileTime {\n    @inline\n    def apply(\n        period: js.UndefOr[AggregationPeriod] = js.undefined,\n        start: js.UndefOr[Timestamp] = js.undefined\n    ): AggregatedProfileTime = {\n      val __obj = js.Dynamic.literal()\n      period.foreach(__v => __obj.updateDynamic(\"period\")(__v.asInstanceOf[js.Any]))\n      start.foreach(__v => __obj.updateDynamic(\"start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AggregatedProfileTime]\n    }\n  }\n\n  @js.native\n  sealed trait AggregationPeriod extends js.Any\n  object AggregationPeriod {\n    val PT5M = \"PT5M\".asInstanceOf[AggregationPeriod]\n    val PT1H = \"PT1H\".asInstanceOf[AggregationPeriod]\n    val P1D = \"P1D\".asInstanceOf[AggregationPeriod]\n\n    @inline def values = js.Array(PT5M, PT1H, P1D)\n  }\n\n  \/** Details about an anomaly in a specific metric of application profile. The anomaly is detected using analysis of the metric data over a period of time.\n    *\/\n  @js.native\n  trait Anomaly extends js.Object {\n    var instances: AnomalyInstances\n    var metric: Metric\n    var reason: String\n  }\n\n  object Anomaly {\n    @inline\n    def apply(\n        instances: AnomalyInstances,\n        metric: Metric,\n        reason: String\n    ): Anomaly = {\n      val __obj = js.Dynamic.literal(\n        \"instances\" -> instances.asInstanceOf[js.Any],\n        \"metric\" -> metric.asInstanceOf[js.Any],\n        \"reason\" -> reason.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Anomaly]\n    }\n  }\n\n  \/** The specific duration in which the metric is flagged as anomalous.\n    *\/\n  @js.native\n  trait AnomalyInstance extends js.Object {\n    var id: String\n    var startTime: Timestamp\n    var endTime: js.UndefOr[Timestamp]\n    var userFeedback: js.UndefOr[UserFeedback]\n  }\n\n  object AnomalyInstance {\n    @inline\n    def apply(\n        id: String,\n        startTime: Timestamp,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        userFeedback: js.UndefOr[UserFeedback] = js.undefined\n    ): AnomalyInstance = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      userFeedback.foreach(__v => __obj.updateDynamic(\"userFeedback\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyInstance]\n    }\n  }\n\n  \/** The structure representing the BatchGetFrameMetricDataRequest.\n    *\/\n  @js.native\n  trait BatchGetFrameMetricDataRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n    var endTime: js.UndefOr[Timestamp]\n    var frameMetrics: js.UndefOr[FrameMetrics]\n    var period: js.UndefOr[Period]\n    var startTime: js.UndefOr[Timestamp]\n    var targetResolution: js.UndefOr[AggregationPeriod]\n  }\n\n  object BatchGetFrameMetricDataRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        frameMetrics: js.UndefOr[FrameMetrics] = js.undefined,\n        period: js.UndefOr[Period] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        targetResolution: js.UndefOr[AggregationPeriod] = js.undefined\n    ): BatchGetFrameMetricDataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      frameMetrics.foreach(__v => __obj.updateDynamic(\"frameMetrics\")(__v.asInstanceOf[js.Any]))\n      period.foreach(__v => __obj.updateDynamic(\"period\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      targetResolution.foreach(__v => __obj.updateDynamic(\"targetResolution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetFrameMetricDataRequest]\n    }\n  }\n\n  \/** The structure representing the BatchGetFrameMetricDataResponse.\n    *\/\n  @js.native\n  trait BatchGetFrameMetricDataResponse extends js.Object {\n    var endTime: Timestamp\n    var endTimes: ListOfTimestamps\n    var frameMetricData: FrameMetricData\n    var resolution: AggregationPeriod\n    var startTime: Timestamp\n    var unprocessedEndTimes: UnprocessedEndTimeMap\n  }\n\n  object BatchGetFrameMetricDataResponse {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        endTimes: ListOfTimestamps,\n        frameMetricData: FrameMetricData,\n        resolution: AggregationPeriod,\n        startTime: Timestamp,\n        unprocessedEndTimes: UnprocessedEndTimeMap\n    ): BatchGetFrameMetricDataResponse = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"endTimes\" -> endTimes.asInstanceOf[js.Any],\n        \"frameMetricData\" -> frameMetricData.asInstanceOf[js.Any],\n        \"resolution\" -> resolution.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"unprocessedEndTimes\" -> unprocessedEndTimes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetFrameMetricDataResponse]\n    }\n  }\n\n  \/** Notification medium for users to get alerted for events that occur in application profile. We support SNS topic as a notification channel.\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var eventPublishers: EventPublishers\n    var uri: ChannelUri\n    var id: js.UndefOr[ChannelId]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        eventPublishers: EventPublishers,\n        uri: ChannelUri,\n        id: js.UndefOr[ChannelId] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal(\n        \"eventPublishers\" -> eventPublishers.asInstanceOf[js.Any],\n        \"uri\" -> uri.asInstanceOf[js.Any]\n      )\n\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  @js.native\n  sealed trait ComputePlatform extends js.Any\n  object ComputePlatform {\n    val Default = \"Default\".asInstanceOf[ComputePlatform]\n    val AWSLambda = \"AWSLambda\".asInstanceOf[ComputePlatform]\n\n    @inline def values = js.Array(Default, AWSLambda)\n  }\n\n  \/** The structure representing the configureAgentRequest.\n    *\/\n  @js.native\n  trait ConfigureAgentRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n    var fleetInstanceId: js.UndefOr[FleetInstanceId]\n    var metadata: js.UndefOr[Metadata]\n  }\n\n  object ConfigureAgentRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName,\n        fleetInstanceId: js.UndefOr[FleetInstanceId] = js.undefined,\n        metadata: js.UndefOr[Metadata] = js.undefined\n    ): ConfigureAgentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      fleetInstanceId.foreach(__v => __obj.updateDynamic(\"fleetInstanceId\")(__v.asInstanceOf[js.Any]))\n      metadata.foreach(__v => __obj.updateDynamic(\"metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigureAgentRequest]\n    }\n  }\n\n  \/** The structure representing the configureAgentResponse.\n    *\/\n  @js.native\n  trait ConfigureAgentResponse extends js.Object {\n    var configuration: AgentConfiguration\n  }\n\n  object ConfigureAgentResponse {\n    @inline\n    def apply(\n        configuration: AgentConfiguration\n    ): ConfigureAgentResponse = {\n      val __obj = js.Dynamic.literal(\n        \"configuration\" -> configuration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ConfigureAgentResponse]\n    }\n  }\n\n  \/** The structure representing the createProfiliingGroupRequest.\n    *\/\n  @js.native\n  trait CreateProfilingGroupRequest extends js.Object {\n    var clientToken: ClientToken\n    var profilingGroupName: ProfilingGroupName\n    var agentOrchestrationConfig: js.UndefOr[AgentOrchestrationConfig]\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateProfilingGroupRequest {\n    @inline\n    def apply(\n        clientToken: ClientToken,\n        profilingGroupName: ProfilingGroupName,\n        agentOrchestrationConfig: js.UndefOr[AgentOrchestrationConfig] = js.undefined,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateProfilingGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      agentOrchestrationConfig.foreach(__v => __obj.updateDynamic(\"agentOrchestrationConfig\")(__v.asInstanceOf[js.Any]))\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProfilingGroupRequest]\n    }\n  }\n\n  \/** The structure representing the createProfilingGroupResponse.\n    *\/\n  @js.native\n  trait CreateProfilingGroupResponse extends js.Object {\n    var profilingGroup: ProfilingGroupDescription\n  }\n\n  object CreateProfilingGroupResponse {\n    @inline\n    def apply(\n        profilingGroup: ProfilingGroupDescription\n    ): CreateProfilingGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroup\" -> profilingGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProfilingGroupResponse]\n    }\n  }\n\n  \/** The structure representing the deleteProfilingGroupRequest.\n    *\/\n  @js.native\n  trait DeleteProfilingGroupRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object DeleteProfilingGroupRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName\n    ): DeleteProfilingGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProfilingGroupRequest]\n    }\n  }\n\n  \/** The structure representing the deleteProfilingGroupResponse.\n    *\/\n  @js.native\n  trait DeleteProfilingGroupResponse extends js.Object\n\n  object DeleteProfilingGroupResponse {\n    @inline\n    def apply(): DeleteProfilingGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteProfilingGroupResponse]\n    }\n  }\n\n  \/** The structure representing the describeProfilingGroupRequest.\n    *\/\n  @js.native\n  trait DescribeProfilingGroupRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object DescribeProfilingGroupRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName\n    ): DescribeProfilingGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProfilingGroupRequest]\n    }\n  }\n\n  \/** The structure representing the describeProfilingGroupResponse.\n    *\/\n  @js.native\n  trait DescribeProfilingGroupResponse extends js.Object {\n    var profilingGroup: ProfilingGroupDescription\n  }\n\n  object DescribeProfilingGroupResponse {\n    @inline\n    def apply(\n        profilingGroup: ProfilingGroupDescription\n    ): DescribeProfilingGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroup\" -> profilingGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeProfilingGroupResponse]\n    }\n  }\n\n  @js.native\n  sealed trait EventPublisher extends js.Any\n  object EventPublisher {\n    val AnomalyDetection = \"AnomalyDetection\".asInstanceOf[EventPublisher]\n\n    @inline def values = js.Array(AnomalyDetection)\n  }\n\n  @js.native\n  sealed trait FeedbackType extends js.Any\n  object FeedbackType {\n    val Positive = \"Positive\".asInstanceOf[FeedbackType]\n    val Negative = \"Negative\".asInstanceOf[FeedbackType]\n\n    @inline def values = js.Array(Positive, Negative)\n  }\n\n  \/** Information about potential recommendations that might be created from the analysis of profiling data.\n    *\/\n  @js.native\n  trait FindingsReportSummary extends js.Object {\n    var id: js.UndefOr[FindingsReportId]\n    var profileEndTime: js.UndefOr[Timestamp]\n    var profileStartTime: js.UndefOr[Timestamp]\n    var profilingGroupName: js.UndefOr[String]\n    var totalNumberOfFindings: js.UndefOr[Int]\n  }\n\n  object FindingsReportSummary {\n    @inline\n    def apply(\n        id: js.UndefOr[FindingsReportId] = js.undefined,\n        profileEndTime: js.UndefOr[Timestamp] = js.undefined,\n        profileStartTime: js.UndefOr[Timestamp] = js.undefined,\n        profilingGroupName: js.UndefOr[String] = js.undefined,\n        totalNumberOfFindings: js.UndefOr[Int] = js.undefined\n    ): FindingsReportSummary = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      profileEndTime.foreach(__v => __obj.updateDynamic(\"profileEndTime\")(__v.asInstanceOf[js.Any]))\n      profileStartTime.foreach(__v => __obj.updateDynamic(\"profileStartTime\")(__v.asInstanceOf[js.Any]))\n      profilingGroupName.foreach(__v => __obj.updateDynamic(\"profilingGroupName\")(__v.asInstanceOf[js.Any]))\n      totalNumberOfFindings.foreach(__v => __obj.updateDynamic(\"totalNumberOfFindings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FindingsReportSummary]\n    }\n  }\n\n  \/** The frame name, metric type, and thread states. These are used to derive the value of the metric for the frame.\n    *\/\n  @js.native\n  trait FrameMetric extends js.Object {\n    var frameName: String\n    var threadStates: ThreadStates\n    var `type`: MetricType\n  }\n\n  object FrameMetric {\n    @inline\n    def apply(\n        frameName: String,\n        threadStates: ThreadStates,\n        `type`: MetricType\n    ): FrameMetric = {\n      val __obj = js.Dynamic.literal(\n        \"frameName\" -> frameName.asInstanceOf[js.Any],\n        \"threadStates\" -> threadStates.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FrameMetric]\n    }\n  }\n\n  \/** Information about a frame metric and its values.\n    *\/\n  @js.native\n  trait FrameMetricDatum extends js.Object {\n    var frameMetric: FrameMetric\n    var values: FrameMetricValues\n  }\n\n  object FrameMetricDatum {\n    @inline\n    def apply(\n        frameMetric: FrameMetric,\n        values: FrameMetricValues\n    ): FrameMetricDatum = {\n      val __obj = js.Dynamic.literal(\n        \"frameMetric\" -> frameMetric.asInstanceOf[js.Any],\n        \"values\" -> values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FrameMetricDatum]\n    }\n  }\n\n  \/** The structure representing the GetFindingsReportAccountSummaryRequest.\n    *\/\n  @js.native\n  trait GetFindingsReportAccountSummaryRequest extends js.Object {\n    var dailyReportsOnly: js.UndefOr[Boolean]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetFindingsReportAccountSummaryRequest {\n    @inline\n    def apply(\n        dailyReportsOnly: js.UndefOr[Boolean] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetFindingsReportAccountSummaryRequest = {\n      val __obj = js.Dynamic.literal()\n      dailyReportsOnly.foreach(__v => __obj.updateDynamic(\"dailyReportsOnly\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFindingsReportAccountSummaryRequest]\n    }\n  }\n\n  \/** The structure representing the GetFindingsReportAccountSummaryResponse.\n    *\/\n  @js.native\n  trait GetFindingsReportAccountSummaryResponse extends js.Object {\n    var reportSummaries: FindingsReportSummaries\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetFindingsReportAccountSummaryResponse {\n    @inline\n    def apply(\n        reportSummaries: FindingsReportSummaries,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetFindingsReportAccountSummaryResponse = {\n      val __obj = js.Dynamic.literal(\n        \"reportSummaries\" -> reportSummaries.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFindingsReportAccountSummaryResponse]\n    }\n  }\n\n  \/** The structure representing the GetNotificationConfigurationRequest.\n    *\/\n  @js.native\n  trait GetNotificationConfigurationRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object GetNotificationConfigurationRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName\n    ): GetNotificationConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetNotificationConfigurationRequest]\n    }\n  }\n\n  \/** The structure representing the GetNotificationConfigurationResponse.\n    *\/\n  @js.native\n  trait GetNotificationConfigurationResponse extends js.Object {\n    var notificationConfiguration: NotificationConfiguration\n  }\n\n  object GetNotificationConfigurationResponse {\n    @inline\n    def apply(\n        notificationConfiguration: NotificationConfiguration\n    ): GetNotificationConfigurationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"notificationConfiguration\" -> notificationConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetNotificationConfigurationResponse]\n    }\n  }\n\n  \/** The structure representing the <code>getPolicyRequest<\/code>.\n    *\/\n  @js.native\n  trait GetPolicyRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object GetPolicyRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName\n    ): GetPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPolicyRequest]\n    }\n  }\n\n  \/** The structure representing the <code>getPolicyResponse<\/code>.\n    *\/\n  @js.native\n  trait GetPolicyResponse extends js.Object {\n    var policy: String\n    var revisionId: RevisionId\n  }\n\n  object GetPolicyResponse {\n    @inline\n    def apply(\n        policy: String,\n        revisionId: RevisionId\n    ): GetPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"policy\" -> policy.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPolicyResponse]\n    }\n  }\n\n  \/** The structure representing the getProfileRequest.\n    *\/\n  @js.native\n  trait GetProfileRequest extends js.Object {\n    var profilingGroupName: ProfilingGroupName\n    var accept: js.UndefOr[String]\n    var endTime: js.UndefOr[Timestamp]\n    var maxDepth: js.UndefOr[MaxDepth]\n    var period: js.UndefOr[Period]\n    var startTime: js.UndefOr[Timestamp]\n  }\n\n  object GetProfileRequest {\n    @inline\n    def apply(\n        profilingGroupName: ProfilingGroupName,\n        accept: js.UndefOr[String] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        maxDepth: js.UndefOr[MaxDepth] = js.undefined,\n        period: js.UndefOr[Period] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined\n    ): GetProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      accept.foreach(__v => __obj.updateDynamic(\"accept\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      maxDepth.foreach(__v => __obj.updateDynamic(\"maxDepth\")(__v.asInstanceOf[js.Any]))\n      period.foreach(__v => __obj.updateDynamic(\"period\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetProfileRequest]\n    }\n  }\n\n  \/** The structure representing the getProfileResponse.\n    *\/\n  @js.native\n  trait GetProfileResponse extends js.Object {\n    var contentType: String\n    var profile: AggregatedProfile\n    var contentEncoding: js.UndefOr[String]\n  }\n\n  object GetProfileResponse {\n    @inline\n    def apply(\n        contentType: String,\n        profile: AggregatedProfile,\n        contentEncoding: js.UndefOr[String] = js.undefined\n    ): GetProfileResponse = {\n      val __obj = js.Dynamic.literal(\n        \"contentType\" -> contentType.asInstanceOf[js.Any],\n        \"profile\" -> profile.asInstanceOf[js.Any]\n      )\n\n      contentEncoding.foreach(__v => __obj.updateDynamic(\"contentEncoding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetProfileResponse]\n    }\n  }\n\n  \/** The structure representing the GetRecommendationsRequest.\n    *\/\n  @js.native\n  trait GetRecommendationsRequest extends js.Object {\n    var endTime: Timestamp\n    var profilingGroupName: ProfilingGroupName\n    var startTime: Timestamp\n    var locale: js.UndefOr[Locale]\n  }\n\n  object GetRecommendationsRequest {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        profilingGroupName: ProfilingGroupName,\n        startTime: Timestamp,\n        locale: js.UndefOr[Locale] = js.undefined\n    ): GetRecommendationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any]\n      )\n\n      locale.foreach(__v => __obj.updateDynamic(\"locale\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecommendationsRequest]\n    }\n  }\n\n  \/** The structure representing the GetRecommendationsResponse.\n    *\/\n  @js.native\n  trait GetRecommendationsResponse extends js.Object {\n    var anomalies: Anomalies\n    var profileEndTime: Timestamp\n    var profileStartTime: Timestamp\n    var profilingGroupName: ProfilingGroupName\n    var recommendations: Recommendations\n  }\n\n  object GetRecommendationsResponse {\n    @inline\n    def apply(\n        anomalies: Anomalies,\n        profileEndTime: Timestamp,\n        profileStartTime: Timestamp,\n        profilingGroupName: ProfilingGroupName,\n        recommendations: Recommendations\n    ): GetRecommendationsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"anomalies\" -> anomalies.asInstanceOf[js.Any],\n        \"profileEndTime\" -> profileEndTime.asInstanceOf[js.Any],\n        \"profileStartTime\" -> profileStartTime.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"recommendations\" -> recommendations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRecommendationsResponse]\n    }\n  }\n\n  \/** The structure representing the ListFindingsReportsRequest.\n    *\/\n  @js.native\n  trait ListFindingsReportsRequest extends js.Object {\n    var endTime: Timestamp\n    var profilingGroupName: ProfilingGroupName\n    var startTime: Timestamp\n    var dailyReportsOnly: js.UndefOr[Boolean]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListFindingsReportsRequest {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        profilingGroupName: ProfilingGroupName,\n        startTime: Timestamp,\n        dailyReportsOnly: js.UndefOr[Boolean] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListFindingsReportsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any]\n      )\n\n      dailyReportsOnly.foreach(__v => __obj.updateDynamic(\"dailyReportsOnly\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFindingsReportsRequest]\n    }\n  }\n\n  \/** The structure representing the ListFindingsReportsResponse.\n    *\/\n  @js.native\n  trait ListFindingsReportsResponse extends js.Object {\n    var findingsReportSummaries: FindingsReportSummaries\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListFindingsReportsResponse {\n    @inline\n    def apply(\n        findingsReportSummaries: FindingsReportSummaries,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListFindingsReportsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"findingsReportSummaries\" -> findingsReportSummaries.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFindingsReportsResponse]\n    }\n  }\n\n  \/** The structure representing the listProfileTimesRequest.\n    *\/\n  @js.native\n  trait ListProfileTimesRequest extends js.Object {\n    var endTime: Timestamp\n    var period: AggregationPeriod\n    var profilingGroupName: ProfilingGroupName\n    var startTime: Timestamp\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n    var orderBy: js.UndefOr[OrderBy]\n  }\n\n  object ListProfileTimesRequest {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        period: AggregationPeriod,\n        profilingGroupName: ProfilingGroupName,\n        startTime: Timestamp,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        orderBy: js.UndefOr[OrderBy] = js.undefined\n    ): ListProfileTimesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"period\" -> period.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      orderBy.foreach(__v => __obj.updateDynamic(\"orderBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfileTimesRequest]\n    }\n  }\n\n  \/** The structure representing the listProfileTimesResponse.\n    *\/\n  @js.native\n  trait ListProfileTimesResponse extends js.Object {\n    var profileTimes: ProfileTimes\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListProfileTimesResponse {\n    @inline\n    def apply(\n        profileTimes: ProfileTimes,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListProfileTimesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"profileTimes\" -> profileTimes.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfileTimesResponse]\n    }\n  }\n\n  \/** The structure representing the listProfilingGroupsRequest.\n    *\/\n  @js.native\n  trait ListProfilingGroupsRequest extends js.Object {\n    var includeDescription: js.UndefOr[Boolean]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListProfilingGroupsRequest {\n    @inline\n    def apply(\n        includeDescription: js.UndefOr[Boolean] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListProfilingGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      includeDescription.foreach(__v => __obj.updateDynamic(\"includeDescription\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfilingGroupsRequest]\n    }\n  }\n\n  \/** The structure representing the listProfilingGroupsResponse.\n    *\/\n  @js.native\n  trait ListProfilingGroupsResponse extends js.Object {\n    var profilingGroupNames: ProfilingGroupNames\n    var nextToken: js.UndefOr[PaginationToken]\n    var profilingGroups: js.UndefOr[ProfilingGroupDescriptions]\n  }\n\n  object ListProfilingGroupsResponse {\n    @inline\n    def apply(\n        profilingGroupNames: ProfilingGroupNames,\n        nextToken: js.UndefOr[PaginationToken] = js.undefined,\n        profilingGroups: js.UndefOr[ProfilingGroupDescriptions] = js.undefined\n    ): ListProfilingGroupsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroupNames\" -> profilingGroupNames.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      profilingGroups.foreach(__v => __obj.updateDynamic(\"profilingGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfilingGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ProfilingGroupArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ProfilingGroupArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** The part of a profile that contains a recommendation found during analysis.\n    *\/\n  @js.native\n  trait Match extends js.Object {\n    var frameAddress: js.UndefOr[String]\n    var targetFramesIndex: js.UndefOr[Int]\n    var thresholdBreachValue: js.UndefOr[Double]\n  }\n\n  object Match {\n    @inline\n    def apply(\n        frameAddress: js.UndefOr[String] = js.undefined,\n        targetFramesIndex: js.UndefOr[Int] = js.undefined,\n        thresholdBreachValue: js.UndefOr[Double] = js.undefined\n    ): Match = {\n      val __obj = js.Dynamic.literal()\n      frameAddress.foreach(__v => __obj.updateDynamic(\"frameAddress\")(__v.asInstanceOf[js.Any]))\n      targetFramesIndex.foreach(__v => __obj.updateDynamic(\"targetFramesIndex\")(__v.asInstanceOf[js.Any]))\n      thresholdBreachValue.foreach(__v => __obj.updateDynamic(\"thresholdBreachValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Match]\n    }\n  }\n\n  @js.native\n  sealed trait MetadataField extends js.Any\n  object MetadataField {\n    val ComputePlatform = \"ComputePlatform\".asInstanceOf[MetadataField]\n    val AgentId = \"AgentId\".asInstanceOf[MetadataField]\n    val AwsRequestId = \"AwsRequestId\".asInstanceOf[MetadataField]\n    val ExecutionEnvironment = \"ExecutionEnvironment\".asInstanceOf[MetadataField]\n    val LambdaFunctionArn = \"LambdaFunctionArn\".asInstanceOf[MetadataField]\n    val LambdaMemoryLimitInMB = \"LambdaMemoryLimitInMB\".asInstanceOf[MetadataField]\n    val LambdaRemainingTimeInMilliseconds = \"LambdaRemainingTimeInMilliseconds\".asInstanceOf[MetadataField]\n    val LambdaTimeGapBetweenInvokesInMilliseconds = \"LambdaTimeGapBetweenInvokesInMilliseconds\".asInstanceOf[MetadataField]\n    val LambdaPreviousExecutionTimeInMilliseconds = \"LambdaPreviousExecutionTimeInMilliseconds\".asInstanceOf[MetadataField]\n\n    @inline def values = js.Array(\n      ComputePlatform,\n      AgentId,\n      AwsRequestId,\n      ExecutionEnvironment,\n      LambdaFunctionArn,\n      LambdaMemoryLimitInMB,\n      LambdaRemainingTimeInMilliseconds,\n      LambdaTimeGapBetweenInvokesInMilliseconds,\n      LambdaPreviousExecutionTimeInMilliseconds\n    )\n  }\n\n  \/** Details about the metric that the analysis used when it detected the anomaly. The metric what is analyzed to create recommendations. It includes the name of the frame that was analyzed and the type and thread states used to derive the metric value for that frame.\n    *\/\n  @js.native\n  trait Metric extends js.Object {\n    var frameName: String\n    var threadStates: Strings\n    var `type`: MetricType\n  }\n\n  object Metric {\n    @inline\n    def apply(\n        frameName: String,\n        threadStates: Strings,\n        `type`: MetricType\n    ): Metric = {\n      val __obj = js.Dynamic.literal(\n        \"frameName\" -> frameName.asInstanceOf[js.Any],\n        \"threadStates\" -> threadStates.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Metric]\n    }\n  }\n\n  @js.native\n  sealed trait MetricType extends js.Any\n  object MetricType {\n    val AggregatedRelativeTotalTime = \"AggregatedRelativeTotalTime\".asInstanceOf[MetricType]\n\n    @inline def values = js.Array(AggregatedRelativeTotalTime)\n  }\n\n  \/** The configuration for notifications stored for each profiling group. This includes up to to two channels and a list of event publishers associated with each channel.\n    *\/\n  @js.native\n  trait NotificationConfiguration extends js.Object {\n    var channels: js.UndefOr[Channels]\n  }\n\n  object NotificationConfiguration {\n    @inline\n    def apply(\n        channels: js.UndefOr[Channels] = js.undefined\n    ): NotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      channels.foreach(__v => __obj.updateDynamic(\"channels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait OrderBy extends js.Any\n  object OrderBy {\n    val TimestampDescending = \"TimestampDescending\".asInstanceOf[OrderBy]\n    val TimestampAscending = \"TimestampAscending\".asInstanceOf[OrderBy]\n\n    @inline def values = js.Array(TimestampDescending, TimestampAscending)\n  }\n\n  \/** A set of rules used to make a recommendation during an analysis.\n    *\/\n  @js.native\n  trait Pattern extends js.Object {\n    var countersToAggregate: js.UndefOr[Strings]\n    var description: js.UndefOr[String]\n    var id: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var resolutionSteps: js.UndefOr[String]\n    var targetFrames: js.UndefOr[TargetFrames]\n    var thresholdPercent: js.UndefOr[Percentage]\n  }\n\n  object Pattern {\n    @inline\n    def apply(\n        countersToAggregate: js.UndefOr[Strings] = js.undefined,\n        description: js.UndefOr[String] = js.undefined,\n        id: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        resolutionSteps: js.UndefOr[String] = js.undefined,\n        targetFrames: js.UndefOr[TargetFrames] = js.undefined,\n        thresholdPercent: js.UndefOr[Percentage] = js.undefined\n    ): Pattern = {\n      val __obj = js.Dynamic.literal()\n      countersToAggregate.foreach(__v => __obj.updateDynamic(\"countersToAggregate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      resolutionSteps.foreach(__v => __obj.updateDynamic(\"resolutionSteps\")(__v.asInstanceOf[js.Any]))\n      targetFrames.foreach(__v => __obj.updateDynamic(\"targetFrames\")(__v.asInstanceOf[js.Any]))\n      thresholdPercent.foreach(__v => __obj.updateDynamic(\"thresholdPercent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Pattern]\n    }\n  }\n\n  \/** The structure representing the postAgentProfileRequest.\n    *\/\n  @js.native\n  trait PostAgentProfileRequest extends js.Object {\n    var agentProfile: AgentProfile\n    var contentType: String\n    var profilingGroupName: ProfilingGroupName\n    var profileToken: js.UndefOr[ClientToken]\n  }\n\n  object PostAgentProfileRequest {\n    @inline\n    def apply(\n        agentProfile: AgentProfile,\n        contentType: String,\n        profilingGroupName: ProfilingGroupName,\n        profileToken: js.UndefOr[ClientToken] = js.undefined\n    ): PostAgentProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"agentProfile\" -> agentProfile.asInstanceOf[js.Any],\n        \"contentType\" -> contentType.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      profileToken.foreach(__v => __obj.updateDynamic(\"profileToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostAgentProfileRequest]\n    }\n  }\n\n  \/** The structure representing the postAgentProfileResponse.\n    *\/\n  @js.native\n  trait PostAgentProfileResponse extends js.Object\n\n  object PostAgentProfileResponse {\n    @inline\n    def apply(): PostAgentProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PostAgentProfileResponse]\n    }\n  }\n\n  \/** Contains the start time of a profile.\n    *\/\n  @js.native\n  trait ProfileTime extends js.Object {\n    var start: js.UndefOr[Timestamp]\n  }\n\n  object ProfileTime {\n    @inline\n    def apply(\n        start: js.UndefOr[Timestamp] = js.undefined\n    ): ProfileTime = {\n      val __obj = js.Dynamic.literal()\n      start.foreach(__v => __obj.updateDynamic(\"start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfileTime]\n    }\n  }\n\n  \/** Contains information about a profiling group.\n    *\/\n  @js.native\n  trait ProfilingGroupDescription extends js.Object {\n    var agentOrchestrationConfig: js.UndefOr[AgentOrchestrationConfig]\n    var arn: js.UndefOr[ProfilingGroupArn]\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var createdAt: js.UndefOr[Timestamp]\n    var name: js.UndefOr[ProfilingGroupName]\n    var profilingStatus: js.UndefOr[ProfilingStatus]\n    var tags: js.UndefOr[TagsMap]\n    var updatedAt: js.UndefOr[Timestamp]\n  }\n\n  object ProfilingGroupDescription {\n    @inline\n    def apply(\n        agentOrchestrationConfig: js.UndefOr[AgentOrchestrationConfig] = js.undefined,\n        arn: js.UndefOr[ProfilingGroupArn] = js.undefined,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[ProfilingGroupName] = js.undefined,\n        profilingStatus: js.UndefOr[ProfilingStatus] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined,\n        updatedAt: js.UndefOr[Timestamp] = js.undefined\n    ): ProfilingGroupDescription = {\n      val __obj = js.Dynamic.literal()\n      agentOrchestrationConfig.foreach(__v => __obj.updateDynamic(\"agentOrchestrationConfig\")(__v.asInstanceOf[js.Any]))\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      profilingStatus.foreach(__v => __obj.updateDynamic(\"profilingStatus\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      updatedAt.foreach(__v => __obj.updateDynamic(\"updatedAt\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilingGroupDescription]\n    }\n  }\n\n  \/** Profiling status includes information about the last time a profile agent pinged back, the last time a profile was received, and the aggregation period and start time for the most recent aggregated profile.\n    *\/\n  @js.native\n  trait ProfilingStatus extends js.Object {\n    var latestAgentOrchestratedAt: js.UndefOr[Timestamp]\n    var latestAgentProfileReportedAt: js.UndefOr[Timestamp]\n    var latestAggregatedProfile: js.UndefOr[AggregatedProfileTime]\n  }\n\n  object ProfilingStatus {\n    @inline\n    def apply(\n        latestAgentOrchestratedAt: js.UndefOr[Timestamp] = js.undefined,\n        latestAgentProfileReportedAt: js.UndefOr[Timestamp] = js.undefined,\n        latestAggregatedProfile: js.UndefOr[AggregatedProfileTime] = js.undefined\n    ): ProfilingStatus = {\n      val __obj = js.Dynamic.literal()\n      latestAgentOrchestratedAt.foreach(__v => __obj.updateDynamic(\"latestAgentOrchestratedAt\")(__v.asInstanceOf[js.Any]))\n      latestAgentProfileReportedAt.foreach(__v => __obj.updateDynamic(\"latestAgentProfileReportedAt\")(__v.asInstanceOf[js.Any]))\n      latestAggregatedProfile.foreach(__v => __obj.updateDynamic(\"latestAggregatedProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProfilingStatus]\n    }\n  }\n\n  \/** The structure representing the <code>putPermissionRequest<\/code>.\n    *\/\n  @js.native\n  trait PutPermissionRequest extends js.Object {\n    var actionGroup: ActionGroup\n    var principals: Principals\n    var profilingGroupName: ProfilingGroupName\n    var revisionId: js.UndefOr[RevisionId]\n  }\n\n  object PutPermissionRequest {\n    @inline\n    def apply(\n        actionGroup: ActionGroup,\n        principals: Principals,\n        profilingGroupName: ProfilingGroupName,\n        revisionId: js.UndefOr[RevisionId] = js.undefined\n    ): PutPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"actionGroup\" -> actionGroup.asInstanceOf[js.Any],\n        \"principals\" -> principals.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutPermissionRequest]\n    }\n  }\n\n  \/** The structure representing the <code>putPermissionResponse<\/code>.\n    *\/\n  @js.native\n  trait PutPermissionResponse extends js.Object {\n    var policy: String\n    var revisionId: RevisionId\n  }\n\n  object PutPermissionResponse {\n    @inline\n    def apply(\n        policy: String,\n        revisionId: RevisionId\n    ): PutPermissionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"policy\" -> policy.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutPermissionResponse]\n    }\n  }\n\n  \/** A potential improvement that was found from analyzing the profiling data.\n    *\/\n  @js.native\n  trait Recommendation extends js.Object {\n    var allMatchesCount: Int\n    var allMatchesSum: Double\n    var endTime: Timestamp\n    var pattern: Pattern\n    var startTime: Timestamp\n    var topMatches: Matches\n  }\n\n  object Recommendation {\n    @inline\n    def apply(\n        allMatchesCount: Int,\n        allMatchesSum: Double,\n        endTime: Timestamp,\n        pattern: Pattern,\n        startTime: Timestamp,\n        topMatches: Matches\n    ): Recommendation = {\n      val __obj = js.Dynamic.literal(\n        \"allMatchesCount\" -> allMatchesCount.asInstanceOf[js.Any],\n        \"allMatchesSum\" -> allMatchesSum.asInstanceOf[js.Any],\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"pattern\" -> pattern.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"topMatches\" -> topMatches.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Recommendation]\n    }\n  }\n\n  \/** The structure representing the RemoveNotificationChannelRequest.\n    *\/\n  @js.native\n  trait RemoveNotificationChannelRequest extends js.Object {\n    var channelId: ChannelId\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object RemoveNotificationChannelRequest {\n    @inline\n    def apply(\n        channelId: ChannelId,\n        profilingGroupName: ProfilingGroupName\n    ): RemoveNotificationChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"channelId\" -> channelId.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveNotificationChannelRequest]\n    }\n  }\n\n  \/** The structure representing the RemoveNotificationChannelResponse.\n    *\/\n  @js.native\n  trait RemoveNotificationChannelResponse extends js.Object {\n    var notificationConfiguration: js.UndefOr[NotificationConfiguration]\n  }\n\n  object RemoveNotificationChannelResponse {\n    @inline\n    def apply(\n        notificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined\n    ): RemoveNotificationChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      notificationConfiguration.foreach(__v => __obj.updateDynamic(\"notificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveNotificationChannelResponse]\n    }\n  }\n\n  \/** <p> {{{The structure representing the &lt;code&gt;removePermissionRequest&lt;\/code&gt;.&lt;\/p&gt;}}}\n    *\/\n  @js.native\n  trait RemovePermissionRequest extends js.Object {\n    var actionGroup: ActionGroup\n    var profilingGroupName: ProfilingGroupName\n    var revisionId: RevisionId\n  }\n\n  object RemovePermissionRequest {\n    @inline\n    def apply(\n        actionGroup: ActionGroup,\n        profilingGroupName: ProfilingGroupName,\n        revisionId: RevisionId\n    ): RemovePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"actionGroup\" -> actionGroup.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemovePermissionRequest]\n    }\n  }\n\n  \/** The structure representing the <code>removePermissionResponse<\/code>.\n    *\/\n  @js.native\n  trait RemovePermissionResponse extends js.Object {\n    var policy: String\n    var revisionId: RevisionId\n  }\n\n  object RemovePermissionResponse {\n    @inline\n    def apply(\n        policy: String,\n        revisionId: RevisionId\n    ): RemovePermissionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"policy\" -> policy.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemovePermissionResponse]\n    }\n  }\n\n  \/** The structure representing the SubmitFeedbackRequest.\n    *\/\n  @js.native\n  trait SubmitFeedbackRequest extends js.Object {\n    var anomalyInstanceId: AnomalyInstanceId\n    var profilingGroupName: ProfilingGroupName\n    var `type`: FeedbackType\n    var comment: js.UndefOr[String]\n  }\n\n  object SubmitFeedbackRequest {\n    @inline\n    def apply(\n        anomalyInstanceId: AnomalyInstanceId,\n        profilingGroupName: ProfilingGroupName,\n        `type`: FeedbackType,\n        comment: js.UndefOr[String] = js.undefined\n    ): SubmitFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"anomalyInstanceId\" -> anomalyInstanceId.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubmitFeedbackRequest]\n    }\n  }\n\n  \/** The structure representing the SubmitFeedbackResponse.\n    *\/\n  @js.native\n  trait SubmitFeedbackResponse extends js.Object\n\n  object SubmitFeedbackResponse {\n    @inline\n    def apply(): SubmitFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SubmitFeedbackResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ProfilingGroupArn\n    var tags: TagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ProfilingGroupArn,\n        tags: TagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** A data type that contains a <code>Timestamp<\/code> object. This is specified using the ISO 8601 format. For example, 2020-06-01T13:15:02.001Z represents 1 millisecond past June 1, 2020 1:15:02 PM UTC.\n    *\/\n  @js.native\n  trait TimestampStructure extends js.Object {\n    var value: Timestamp\n  }\n\n  object TimestampStructure {\n    @inline\n    def apply(\n        value: Timestamp\n    ): TimestampStructure = {\n      val __obj = js.Dynamic.literal(\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TimestampStructure]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ProfilingGroupArn\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ProfilingGroupArn,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** The structure representing the updateProfilingGroupRequest.\n    *\/\n  @js.native\n  trait UpdateProfilingGroupRequest extends js.Object {\n    var agentOrchestrationConfig: AgentOrchestrationConfig\n    var profilingGroupName: ProfilingGroupName\n  }\n\n  object UpdateProfilingGroupRequest {\n    @inline\n    def apply(\n        agentOrchestrationConfig: AgentOrchestrationConfig,\n        profilingGroupName: ProfilingGroupName\n    ): UpdateProfilingGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"agentOrchestrationConfig\" -> agentOrchestrationConfig.asInstanceOf[js.Any],\n        \"profilingGroupName\" -> profilingGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateProfilingGroupRequest]\n    }\n  }\n\n  \/** The structure representing the updateProfilingGroupResponse.\n    *\/\n  @js.native\n  trait UpdateProfilingGroupResponse extends js.Object {\n    var profilingGroup: ProfilingGroupDescription\n  }\n\n  object UpdateProfilingGroupResponse {\n    @inline\n    def apply(\n        profilingGroup: ProfilingGroupDescription\n    ): UpdateProfilingGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"profilingGroup\" -> profilingGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateProfilingGroupResponse]\n    }\n  }\n\n  \/** Feedback that can be submitted for each instance of an anomaly by the user. Feedback is be used for improvements in generating recommendations for the application.\n    *\/\n  @js.native\n  trait UserFeedback extends js.Object {\n    var `type`: FeedbackType\n  }\n\n  object UserFeedback {\n    @inline\n    def apply(\n        `type`: FeedbackType\n    ): UserFeedback = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UserFeedback]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/chime\/src\/main\/scala\/facade\/amazonaws\/services\/Chime.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object chime {\n  type AccountList = js.Array[Account]\n  type AccountName = String\n  type Alpha2CountryCode = String\n  type AppInstanceAdminList = js.Array[AppInstanceAdminSummary]\n  type AppInstanceList = js.Array[AppInstanceSummary]\n  type AppInstanceStreamingConfigurationList = js.Array[AppInstanceStreamingConfiguration]\n  type AppInstanceUserList = js.Array[AppInstanceUserSummary]\n  type AreaCode = String\n  type Arn = String\n  type AttendeeList = js.Array[Attendee]\n  type AttendeeTagKeyList = js.Array[TagKey]\n  type AttendeeTagList = js.Array[Tag]\n  type BatchCreateAttendeeErrorList = js.Array[CreateAttendeeError]\n  type BotList = js.Array[Bot]\n  type CallingName = String\n  type CallingRegion = String\n  type CallingRegionList = js.Array[CallingRegion]\n  type CapabilityList = js.Array[Capability]\n  type ChannelBanSummaryList = js.Array[ChannelBanSummary]\n  type ChannelMembershipForAppInstanceUserSummaryList = js.Array[ChannelMembershipForAppInstanceUserSummary]\n  type ChannelMembershipSummaryList = js.Array[ChannelMembershipSummary]\n  type ChannelMessageSummaryList = js.Array[ChannelMessageSummary]\n  type ChannelModeratedByAppInstanceUserSummaryList = js.Array[ChannelModeratedByAppInstanceUserSummary]\n  type ChannelModeratorSummaryList = js.Array[ChannelModeratorSummary]\n  type ChannelSummaryList = js.Array[ChannelSummary]\n  type ChimeArn = String\n  type ClientRequestToken = String\n  type Content = String\n  type Country = String\n  type CountryList = js.Array[Country]\n  type CpsLimit = Int\n  type CreateAttendeeRequestItemList = js.Array[CreateAttendeeRequestItem]\n  type CreateMeetingWithAttendeesRequestItemList = js.Array[CreateAttendeeRequestItem]\n  type CredentialList = js.Array[Credential]\n  type DNISEmergencyCallingConfigurationList = js.Array[DNISEmergencyCallingConfiguration]\n  type DataRetentionInHours = Int\n  type E164PhoneNumber = String\n  type E164PhoneNumberList = js.Array[E164PhoneNumber]\n  type EmailAddress = String\n  type ExternalMeetingIdType = String\n  type ExternalUserIdType = String\n  type FunctionArn = String\n  type GuidString = String\n  type InviteList = js.Array[Invite]\n  type Iso8601Timestamp = js.Date\n  type JoinTokenString = String\n  type LicenseList = js.Array[License]\n  type MaxResults = Int\n  type MeetingList = js.Array[Meeting]\n  type MeetingTagKeyList = js.Array[TagKey]\n  type MeetingTagList = js.Array[Tag]\n  type MemberErrorList = js.Array[MemberError]\n  type MembershipItemList = js.Array[MembershipItem]\n  type MessageId = String\n  type Metadata = String\n  type NextToken = String\n  type NextTokenString = String\n  type NonEmptyContent = String\n  type NonEmptyResourceName = String\n  type NonEmptyString = String\n  type NonEmptyString128 = String\n  type NonEmptyStringList = js.Array[String]\n  type NonNullableBoolean = Boolean\n  type NullableBoolean = Boolean\n  type OrderedPhoneNumberList = js.Array[OrderedPhoneNumber]\n  type OriginationRouteList = js.Array[OriginationRoute]\n  type OriginationRoutePriority = Int\n  type OriginationRouteWeight = Int\n  type ParticipantPhoneNumberList = js.Array[E164PhoneNumber]\n  type Participants = js.Array[Participant]\n  type PhoneNumberAssociationList = js.Array[PhoneNumberAssociation]\n  type PhoneNumberErrorList = js.Array[PhoneNumberError]\n  type PhoneNumberList = js.Array[PhoneNumber]\n  type PhoneNumberMaxResults = Int\n  type PhoneNumberOrderList = js.Array[PhoneNumberOrder]\n  type Port = Int\n  type PositiveInteger = Int\n  type ProfileServiceMaxResults = Int\n  type ProxySessionNameString = String\n  type ProxySessions = js.Array[ProxySession]\n  type ResourceName = String\n  type ResultMax = Int\n  type RetentionDays = Int\n  type RoomList = js.Array[Room]\n  type RoomMembershipList = js.Array[RoomMembership]\n  type SensitiveString = String\n  type SensitiveStringList = js.Array[SensitiveString]\n  type SigninDelegateGroupList = js.Array[SigninDelegateGroup]\n  type SipApplicationPriority = Int\n  type SipMediaApplicationEndpointList = js.Array[SipMediaApplicationEndpoint]\n  type SipMediaApplicationList = js.Array[SipMediaApplication]\n  type SipMediaApplicationName = String\n  type SipRuleList = js.Array[SipRule]\n  type SipRuleName = String\n  type SipRuleTargetApplicationList = js.Array[SipRuleTargetApplication]\n  type StreamingNotificationTargetList = js.Array[StreamingNotificationTarget]\n  type String128 = String\n  type StringList = js.Array[String]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type TollFreePrefix = String\n  type UpdatePhoneNumberRequestItemList = js.Array[UpdatePhoneNumberRequestItem]\n  type UpdateUserRequestItemList = js.Array[UpdateUserRequestItem]\n  type UriType = String\n  type UrlType = String\n  type UserEmailList = js.Array[EmailAddress]\n  type UserErrorList = js.Array[UserError]\n  type UserId = String\n  type UserIdList = js.Array[NonEmptyString]\n  type UserList = js.Array[User]\n  type UserName = String\n  type VoiceConnectorGroupList = js.Array[VoiceConnectorGroup]\n  type VoiceConnectorGroupName = String\n  type VoiceConnectorItemList = js.Array[VoiceConnectorItem]\n  type VoiceConnectorItemPriority = Int\n  type VoiceConnectorList = js.Array[VoiceConnector]\n  type VoiceConnectorName = String\n\n  implicit final class ChimeOps(private val service: Chime) extends AnyVal {\n\n    @inline def associatePhoneNumberWithUserFuture(params: AssociatePhoneNumberWithUserRequest): Future[AssociatePhoneNumberWithUserResponse] = service.associatePhoneNumberWithUser(params).promise().toFuture\n    @inline def associatePhoneNumbersWithVoiceConnectorFuture(params: AssociatePhoneNumbersWithVoiceConnectorRequest): Future[AssociatePhoneNumbersWithVoiceConnectorResponse] = service.associatePhoneNumbersWithVoiceConnector(params).promise().toFuture\n    @inline def associatePhoneNumbersWithVoiceConnectorGroupFuture(params: AssociatePhoneNumbersWithVoiceConnectorGroupRequest): Future[AssociatePhoneNumbersWithVoiceConnectorGroupResponse] = service.associatePhoneNumbersWithVoiceConnectorGroup(params).promise().toFuture\n    @inline def associateSigninDelegateGroupsWithAccountFuture(params: AssociateSigninDelegateGroupsWithAccountRequest): Future[AssociateSigninDelegateGroupsWithAccountResponse] = service.associateSigninDelegateGroupsWithAccount(params).promise().toFuture\n    @inline def batchCreateAttendeeFuture(params: BatchCreateAttendeeRequest): Future[BatchCreateAttendeeResponse] = service.batchCreateAttendee(params).promise().toFuture\n    @inline def batchCreateRoomMembershipFuture(params: BatchCreateRoomMembershipRequest): Future[BatchCreateRoomMembershipResponse] = service.batchCreateRoomMembership(params).promise().toFuture\n    @inline def batchDeletePhoneNumberFuture(params: BatchDeletePhoneNumberRequest): Future[BatchDeletePhoneNumberResponse] = service.batchDeletePhoneNumber(params).promise().toFuture\n    @inline def batchSuspendUserFuture(params: BatchSuspendUserRequest): Future[BatchSuspendUserResponse] = service.batchSuspendUser(params).promise().toFuture\n    @inline def batchUnsuspendUserFuture(params: BatchUnsuspendUserRequest): Future[BatchUnsuspendUserResponse] = service.batchUnsuspendUser(params).promise().toFuture\n    @inline def batchUpdatePhoneNumberFuture(params: BatchUpdatePhoneNumberRequest): Future[BatchUpdatePhoneNumberResponse] = service.batchUpdatePhoneNumber(params).promise().toFuture\n    @inline def batchUpdateUserFuture(params: BatchUpdateUserRequest): Future[BatchUpdateUserResponse] = service.batchUpdateUser(params).promise().toFuture\n    @inline def createAccountFuture(params: CreateAccountRequest): Future[CreateAccountResponse] = service.createAccount(params).promise().toFuture\n    @inline def createAppInstanceAdminFuture(params: CreateAppInstanceAdminRequest): Future[CreateAppInstanceAdminResponse] = service.createAppInstanceAdmin(params).promise().toFuture\n    @inline def createAppInstanceFuture(params: CreateAppInstanceRequest): Future[CreateAppInstanceResponse] = service.createAppInstance(params).promise().toFuture\n    @inline def createAppInstanceUserFuture(params: CreateAppInstanceUserRequest): Future[CreateAppInstanceUserResponse] = service.createAppInstanceUser(params).promise().toFuture\n    @inline def createAttendeeFuture(params: CreateAttendeeRequest): Future[CreateAttendeeResponse] = service.createAttendee(params).promise().toFuture\n    @inline def createBotFuture(params: CreateBotRequest): Future[CreateBotResponse] = service.createBot(params).promise().toFuture\n    @inline def createChannelBanFuture(params: CreateChannelBanRequest): Future[CreateChannelBanResponse] = service.createChannelBan(params).promise().toFuture\n    @inline def createChannelFuture(params: CreateChannelRequest): Future[CreateChannelResponse] = service.createChannel(params).promise().toFuture\n    @inline def createChannelMembershipFuture(params: CreateChannelMembershipRequest): Future[CreateChannelMembershipResponse] = service.createChannelMembership(params).promise().toFuture\n    @inline def createChannelModeratorFuture(params: CreateChannelModeratorRequest): Future[CreateChannelModeratorResponse] = service.createChannelModerator(params).promise().toFuture\n    @inline def createMeetingDialOutFuture(params: CreateMeetingDialOutRequest): Future[CreateMeetingDialOutResponse] = service.createMeetingDialOut(params).promise().toFuture\n    @inline def createMeetingFuture(params: CreateMeetingRequest): Future[CreateMeetingResponse] = service.createMeeting(params).promise().toFuture\n    @inline def createMeetingWithAttendeesFuture(params: CreateMeetingWithAttendeesRequest): Future[CreateMeetingWithAttendeesResponse] = service.createMeetingWithAttendees(params).promise().toFuture\n    @inline def createPhoneNumberOrderFuture(params: CreatePhoneNumberOrderRequest): Future[CreatePhoneNumberOrderResponse] = service.createPhoneNumberOrder(params).promise().toFuture\n    @inline def createProxySessionFuture(params: CreateProxySessionRequest): Future[CreateProxySessionResponse] = service.createProxySession(params).promise().toFuture\n    @inline def createRoomFuture(params: CreateRoomRequest): Future[CreateRoomResponse] = service.createRoom(params).promise().toFuture\n    @inline def createRoomMembershipFuture(params: CreateRoomMembershipRequest): Future[CreateRoomMembershipResponse] = service.createRoomMembership(params).promise().toFuture\n    @inline def createSipMediaApplicationCallFuture(params: CreateSipMediaApplicationCallRequest): Future[CreateSipMediaApplicationCallResponse] = service.createSipMediaApplicationCall(params).promise().toFuture\n    @inline def createSipMediaApplicationFuture(params: CreateSipMediaApplicationRequest): Future[CreateSipMediaApplicationResponse] = service.createSipMediaApplication(params).promise().toFuture\n    @inline def createSipRuleFuture(params: CreateSipRuleRequest): Future[CreateSipRuleResponse] = service.createSipRule(params).promise().toFuture\n    @inline def createUserFuture(params: CreateUserRequest): Future[CreateUserResponse] = service.createUser(params).promise().toFuture\n    @inline def createVoiceConnectorFuture(params: CreateVoiceConnectorRequest): Future[CreateVoiceConnectorResponse] = service.createVoiceConnector(params).promise().toFuture\n    @inline def createVoiceConnectorGroupFuture(params: CreateVoiceConnectorGroupRequest): Future[CreateVoiceConnectorGroupResponse] = service.createVoiceConnectorGroup(params).promise().toFuture\n    @inline def deleteAccountFuture(params: DeleteAccountRequest): Future[DeleteAccountResponse] = service.deleteAccount(params).promise().toFuture\n    @inline def deleteAppInstanceAdminFuture(params: DeleteAppInstanceAdminRequest): Future[js.Object] = service.deleteAppInstanceAdmin(params).promise().toFuture\n    @inline def deleteAppInstanceFuture(params: DeleteAppInstanceRequest): Future[js.Object] = service.deleteAppInstance(params).promise().toFuture\n    @inline def deleteAppInstanceStreamingConfigurationsFuture(params: DeleteAppInstanceStreamingConfigurationsRequest): Future[js.Object] = service.deleteAppInstanceStreamingConfigurations(params).promise().toFuture\n    @inline def deleteAppInstanceUserFuture(params: DeleteAppInstanceUserRequest): Future[js.Object] = service.deleteAppInstanceUser(params).promise().toFuture\n    @inline def deleteAttendeeFuture(params: DeleteAttendeeRequest): Future[js.Object] = service.deleteAttendee(params).promise().toFuture\n    @inline def deleteChannelBanFuture(params: DeleteChannelBanRequest): Future[js.Object] = service.deleteChannelBan(params).promise().toFuture\n    @inline def deleteChannelFuture(params: DeleteChannelRequest): Future[js.Object] = service.deleteChannel(params).promise().toFuture\n    @inline def deleteChannelMembershipFuture(params: DeleteChannelMembershipRequest): Future[js.Object] = service.deleteChannelMembership(params).promise().toFuture\n    @inline def deleteChannelMessageFuture(params: DeleteChannelMessageRequest): Future[js.Object] = service.deleteChannelMessage(params).promise().toFuture\n    @inline def deleteChannelModeratorFuture(params: DeleteChannelModeratorRequest): Future[js.Object] = service.deleteChannelModerator(params).promise().toFuture\n    @inline def deleteEventsConfigurationFuture(params: DeleteEventsConfigurationRequest): Future[js.Object] = service.deleteEventsConfiguration(params).promise().toFuture\n    @inline def deleteMeetingFuture(params: DeleteMeetingRequest): Future[js.Object] = service.deleteMeeting(params).promise().toFuture\n    @inline def deletePhoneNumberFuture(params: DeletePhoneNumberRequest): Future[js.Object] = service.deletePhoneNumber(params).promise().toFuture\n    @inline def deleteProxySessionFuture(params: DeleteProxySessionRequest): Future[js.Object] = service.deleteProxySession(params).promise().toFuture\n    @inline def deleteRoomFuture(params: DeleteRoomRequest): Future[js.Object] = service.deleteRoom(params).promise().toFuture\n    @inline def deleteRoomMembershipFuture(params: DeleteRoomMembershipRequest): Future[js.Object] = service.deleteRoomMembership(params).promise().toFuture\n    @inline def deleteSipMediaApplicationFuture(params: DeleteSipMediaApplicationRequest): Future[js.Object] = service.deleteSipMediaApplication(params).promise().toFuture\n    @inline def deleteSipRuleFuture(params: DeleteSipRuleRequest): Future[js.Object] = service.deleteSipRule(params).promise().toFuture\n    @inline def deleteVoiceConnectorEmergencyCallingConfigurationFuture(params: DeleteVoiceConnectorEmergencyCallingConfigurationRequest): Future[js.Object] = service.deleteVoiceConnectorEmergencyCallingConfiguration(params).promise().toFuture\n    @inline def deleteVoiceConnectorFuture(params: DeleteVoiceConnectorRequest): Future[js.Object] = service.deleteVoiceConnector(params).promise().toFuture\n    @inline def deleteVoiceConnectorGroupFuture(params: DeleteVoiceConnectorGroupRequest): Future[js.Object] = service.deleteVoiceConnectorGroup(params).promise().toFuture\n    @inline def deleteVoiceConnectorOriginationFuture(params: DeleteVoiceConnectorOriginationRequest): Future[js.Object] = service.deleteVoiceConnectorOrigination(params).promise().toFuture\n    @inline def deleteVoiceConnectorProxyFuture(params: DeleteVoiceConnectorProxyRequest): Future[js.Object] = service.deleteVoiceConnectorProxy(params).promise().toFuture\n    @inline def deleteVoiceConnectorStreamingConfigurationFuture(params: DeleteVoiceConnectorStreamingConfigurationRequest): Future[js.Object] = service.deleteVoiceConnectorStreamingConfiguration(params).promise().toFuture\n    @inline def deleteVoiceConnectorTerminationCredentialsFuture(params: DeleteVoiceConnectorTerminationCredentialsRequest): Future[js.Object] = service.deleteVoiceConnectorTerminationCredentials(params).promise().toFuture\n    @inline def deleteVoiceConnectorTerminationFuture(params: DeleteVoiceConnectorTerminationRequest): Future[js.Object] = service.deleteVoiceConnectorTermination(params).promise().toFuture\n    @inline def describeAppInstanceAdminFuture(params: DescribeAppInstanceAdminRequest): Future[DescribeAppInstanceAdminResponse] = service.describeAppInstanceAdmin(params).promise().toFuture\n    @inline def describeAppInstanceFuture(params: DescribeAppInstanceRequest): Future[DescribeAppInstanceResponse] = service.describeAppInstance(params).promise().toFuture\n    @inline def describeAppInstanceUserFuture(params: DescribeAppInstanceUserRequest): Future[DescribeAppInstanceUserResponse] = service.describeAppInstanceUser(params).promise().toFuture\n    @inline def describeChannelBanFuture(params: DescribeChannelBanRequest): Future[DescribeChannelBanResponse] = service.describeChannelBan(params).promise().toFuture\n    @inline def describeChannelFuture(params: DescribeChannelRequest): Future[DescribeChannelResponse] = service.describeChannel(params).promise().toFuture\n    @inline def describeChannelMembershipForAppInstanceUserFuture(params: DescribeChannelMembershipForAppInstanceUserRequest): Future[DescribeChannelMembershipForAppInstanceUserResponse] = service.describeChannelMembershipForAppInstanceUser(params).promise().toFuture\n    @inline def describeChannelMembershipFuture(params: DescribeChannelMembershipRequest): Future[DescribeChannelMembershipResponse] = service.describeChannelMembership(params).promise().toFuture\n    @inline def describeChannelModeratedByAppInstanceUserFuture(params: DescribeChannelModeratedByAppInstanceUserRequest): Future[DescribeChannelModeratedByAppInstanceUserResponse] = service.describeChannelModeratedByAppInstanceUser(params).promise().toFuture\n    @inline def describeChannelModeratorFuture(params: DescribeChannelModeratorRequest): Future[DescribeChannelModeratorResponse] = service.describeChannelModerator(params).promise().toFuture\n    @inline def disassociatePhoneNumberFromUserFuture(params: DisassociatePhoneNumberFromUserRequest): Future[DisassociatePhoneNumberFromUserResponse] = service.disassociatePhoneNumberFromUser(params).promise().toFuture\n    @inline def disassociatePhoneNumbersFromVoiceConnectorFuture(params: DisassociatePhoneNumbersFromVoiceConnectorRequest): Future[DisassociatePhoneNumbersFromVoiceConnectorResponse] = service.disassociatePhoneNumbersFromVoiceConnector(params).promise().toFuture\n    @inline def disassociatePhoneNumbersFromVoiceConnectorGroupFuture(params: DisassociatePhoneNumbersFromVoiceConnectorGroupRequest): Future[DisassociatePhoneNumbersFromVoiceConnectorGroupResponse] = service.disassociatePhoneNumbersFromVoiceConnectorGroup(params).promise().toFuture\n    @inline def disassociateSigninDelegateGroupsFromAccountFuture(params: DisassociateSigninDelegateGroupsFromAccountRequest): Future[DisassociateSigninDelegateGroupsFromAccountResponse] = service.disassociateSigninDelegateGroupsFromAccount(params).promise().toFuture\n    @inline def getAccountFuture(params: GetAccountRequest): Future[GetAccountResponse] = service.getAccount(params).promise().toFuture\n    @inline def getAccountSettingsFuture(params: GetAccountSettingsRequest): Future[GetAccountSettingsResponse] = service.getAccountSettings(params).promise().toFuture\n    @inline def getAppInstanceRetentionSettingsFuture(params: GetAppInstanceRetentionSettingsRequest): Future[GetAppInstanceRetentionSettingsResponse] = service.getAppInstanceRetentionSettings(params).promise().toFuture\n    @inline def getAppInstanceStreamingConfigurationsFuture(params: GetAppInstanceStreamingConfigurationsRequest): Future[GetAppInstanceStreamingConfigurationsResponse] = service.getAppInstanceStreamingConfigurations(params).promise().toFuture\n    @inline def getAttendeeFuture(params: GetAttendeeRequest): Future[GetAttendeeResponse] = service.getAttendee(params).promise().toFuture\n    @inline def getBotFuture(params: GetBotRequest): Future[GetBotResponse] = service.getBot(params).promise().toFuture\n    @inline def getChannelMessageFuture(params: GetChannelMessageRequest): Future[GetChannelMessageResponse] = service.getChannelMessage(params).promise().toFuture\n    @inline def getEventsConfigurationFuture(params: GetEventsConfigurationRequest): Future[GetEventsConfigurationResponse] = service.getEventsConfiguration(params).promise().toFuture\n    @inline def getGlobalSettingsFuture(): Future[GetGlobalSettingsResponse] = service.getGlobalSettings().promise().toFuture\n    @inline def getMeetingFuture(params: GetMeetingRequest): Future[GetMeetingResponse] = service.getMeeting(params).promise().toFuture\n    @inline def getMessagingSessionEndpointFuture(params: GetMessagingSessionEndpointRequest): Future[GetMessagingSessionEndpointResponse] = service.getMessagingSessionEndpoint(params).promise().toFuture\n    @inline def getPhoneNumberFuture(params: GetPhoneNumberRequest): Future[GetPhoneNumberResponse] = service.getPhoneNumber(params).promise().toFuture\n    @inline def getPhoneNumberOrderFuture(params: GetPhoneNumberOrderRequest): Future[GetPhoneNumberOrderResponse] = service.getPhoneNumberOrder(params).promise().toFuture\n    @inline def getPhoneNumberSettingsFuture(): Future[GetPhoneNumberSettingsResponse] = service.getPhoneNumberSettings().promise().toFuture\n    @inline def getProxySessionFuture(params: GetProxySessionRequest): Future[GetProxySessionResponse] = service.getProxySession(params).promise().toFuture\n    @inline def getRetentionSettingsFuture(params: GetRetentionSettingsRequest): Future[GetRetentionSettingsResponse] = service.getRetentionSettings(params).promise().toFuture\n    @inline def getRoomFuture(params: GetRoomRequest): Future[GetRoomResponse] = service.getRoom(params).promise().toFuture\n    @inline def getSipMediaApplicationFuture(params: GetSipMediaApplicationRequest): Future[GetSipMediaApplicationResponse] = service.getSipMediaApplication(params).promise().toFuture\n    @inline def getSipMediaApplicationLoggingConfigurationFuture(params: GetSipMediaApplicationLoggingConfigurationRequest): Future[GetSipMediaApplicationLoggingConfigurationResponse] = service.getSipMediaApplicationLoggingConfiguration(params).promise().toFuture\n    @inline def getSipRuleFuture(params: GetSipRuleRequest): Future[GetSipRuleResponse] = service.getSipRule(params).promise().toFuture\n    @inline def getUserFuture(params: GetUserRequest): Future[GetUserResponse] = service.getUser(params).promise().toFuture\n    @inline def getUserSettingsFuture(params: GetUserSettingsRequest): Future[GetUserSettingsResponse] = service.getUserSettings(params).promise().toFuture\n    @inline def getVoiceConnectorEmergencyCallingConfigurationFuture(params: GetVoiceConnectorEmergencyCallingConfigurationRequest): Future[GetVoiceConnectorEmergencyCallingConfigurationResponse] = service.getVoiceConnectorEmergencyCallingConfiguration(params).promise().toFuture\n    @inline def getVoiceConnectorFuture(params: GetVoiceConnectorRequest): Future[GetVoiceConnectorResponse] = service.getVoiceConnector(params).promise().toFuture\n    @inline def getVoiceConnectorGroupFuture(params: GetVoiceConnectorGroupRequest): Future[GetVoiceConnectorGroupResponse] = service.getVoiceConnectorGroup(params).promise().toFuture\n    @inline def getVoiceConnectorLoggingConfigurationFuture(params: GetVoiceConnectorLoggingConfigurationRequest): Future[GetVoiceConnectorLoggingConfigurationResponse] = service.getVoiceConnectorLoggingConfiguration(params).promise().toFuture\n    @inline def getVoiceConnectorOriginationFuture(params: GetVoiceConnectorOriginationRequest): Future[GetVoiceConnectorOriginationResponse] = service.getVoiceConnectorOrigination(params).promise().toFuture\n    @inline def getVoiceConnectorProxyFuture(params: GetVoiceConnectorProxyRequest): Future[GetVoiceConnectorProxyResponse] = service.getVoiceConnectorProxy(params).promise().toFuture\n    @inline def getVoiceConnectorStreamingConfigurationFuture(params: GetVoiceConnectorStreamingConfigurationRequest): Future[GetVoiceConnectorStreamingConfigurationResponse] = service.getVoiceConnectorStreamingConfiguration(params).promise().toFuture\n    @inline def getVoiceConnectorTerminationFuture(params: GetVoiceConnectorTerminationRequest): Future[GetVoiceConnectorTerminationResponse] = service.getVoiceConnectorTermination(params).promise().toFuture\n    @inline def getVoiceConnectorTerminationHealthFuture(params: GetVoiceConnectorTerminationHealthRequest): Future[GetVoiceConnectorTerminationHealthResponse] = service.getVoiceConnectorTerminationHealth(params).promise().toFuture\n    @inline def inviteUsersFuture(params: InviteUsersRequest): Future[InviteUsersResponse] = service.inviteUsers(params).promise().toFuture\n    @inline def listAccountsFuture(params: ListAccountsRequest): Future[ListAccountsResponse] = service.listAccounts(params).promise().toFuture\n    @inline def listAppInstanceAdminsFuture(params: ListAppInstanceAdminsRequest): Future[ListAppInstanceAdminsResponse] = service.listAppInstanceAdmins(params).promise().toFuture\n    @inline def listAppInstanceUsersFuture(params: ListAppInstanceUsersRequest): Future[ListAppInstanceUsersResponse] = service.listAppInstanceUsers(params).promise().toFuture\n    @inline def listAppInstancesFuture(params: ListAppInstancesRequest): Future[ListAppInstancesResponse] = service.listAppInstances(params).promise().toFuture\n    @inline def listAttendeeTagsFuture(params: ListAttendeeTagsRequest): Future[ListAttendeeTagsResponse] = service.listAttendeeTags(params).promise().toFuture\n    @inline def listAttendeesFuture(params: ListAttendeesRequest): Future[ListAttendeesResponse] = service.listAttendees(params).promise().toFuture\n    @inline def listBotsFuture(params: ListBotsRequest): Future[ListBotsResponse] = service.listBots(params).promise().toFuture\n    @inline def listChannelBansFuture(params: ListChannelBansRequest): Future[ListChannelBansResponse] = service.listChannelBans(params).promise().toFuture\n    @inline def listChannelMembershipsForAppInstanceUserFuture(params: ListChannelMembershipsForAppInstanceUserRequest): Future[ListChannelMembershipsForAppInstanceUserResponse] = service.listChannelMembershipsForAppInstanceUser(params).promise().toFuture\n    @inline def listChannelMembershipsFuture(params: ListChannelMembershipsRequest): Future[ListChannelMembershipsResponse] = service.listChannelMemberships(params).promise().toFuture\n    @inline def listChannelMessagesFuture(params: ListChannelMessagesRequest): Future[ListChannelMessagesResponse] = service.listChannelMessages(params).promise().toFuture\n    @inline def listChannelModeratorsFuture(params: ListChannelModeratorsRequest): Future[ListChannelModeratorsResponse] = service.listChannelModerators(params).promise().toFuture\n    @inline def listChannelsFuture(params: ListChannelsRequest): Future[ListChannelsResponse] = service.listChannels(params).promise().toFuture\n    @inline def listChannelsModeratedByAppInstanceUserFuture(params: ListChannelsModeratedByAppInstanceUserRequest): Future[ListChannelsModeratedByAppInstanceUserResponse] = service.listChannelsModeratedByAppInstanceUser(params).promise().toFuture\n    @inline def listMeetingTagsFuture(params: ListMeetingTagsRequest): Future[ListMeetingTagsResponse] = service.listMeetingTags(params).promise().toFuture\n    @inline def listMeetingsFuture(params: ListMeetingsRequest): Future[ListMeetingsResponse] = service.listMeetings(params).promise().toFuture\n    @inline def listPhoneNumberOrdersFuture(params: ListPhoneNumberOrdersRequest): Future[ListPhoneNumberOrdersResponse] = service.listPhoneNumberOrders(params).promise().toFuture\n    @inline def listPhoneNumbersFuture(params: ListPhoneNumbersRequest): Future[ListPhoneNumbersResponse] = service.listPhoneNumbers(params).promise().toFuture\n    @inline def listProxySessionsFuture(params: ListProxySessionsRequest): Future[ListProxySessionsResponse] = service.listProxySessions(params).promise().toFuture\n    @inline def listRoomMembershipsFuture(params: ListRoomMembershipsRequest): Future[ListRoomMembershipsResponse] = service.listRoomMemberships(params).promise().toFuture\n    @inline def listRoomsFuture(params: ListRoomsRequest): Future[ListRoomsResponse] = service.listRooms(params).promise().toFuture\n    @inline def listSipMediaApplicationsFuture(params: ListSipMediaApplicationsRequest): Future[ListSipMediaApplicationsResponse] = service.listSipMediaApplications(params).promise().toFuture\n    @inline def listSipRulesFuture(params: ListSipRulesRequest): Future[ListSipRulesResponse] = service.listSipRules(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listUsersFuture(params: ListUsersRequest): Future[ListUsersResponse] = service.listUsers(params).promise().toFuture\n    @inline def listVoiceConnectorGroupsFuture(params: ListVoiceConnectorGroupsRequest): Future[ListVoiceConnectorGroupsResponse] = service.listVoiceConnectorGroups(params).promise().toFuture\n    @inline def listVoiceConnectorTerminationCredentialsFuture(params: ListVoiceConnectorTerminationCredentialsRequest): Future[ListVoiceConnectorTerminationCredentialsResponse] = service.listVoiceConnectorTerminationCredentials(params).promise().toFuture\n    @inline def listVoiceConnectorsFuture(params: ListVoiceConnectorsRequest): Future[ListVoiceConnectorsResponse] = service.listVoiceConnectors(params).promise().toFuture\n    @inline def logoutUserFuture(params: LogoutUserRequest): Future[LogoutUserResponse] = service.logoutUser(params).promise().toFuture\n    @inline def putAppInstanceRetentionSettingsFuture(params: PutAppInstanceRetentionSettingsRequest): Future[PutAppInstanceRetentionSettingsResponse] = service.putAppInstanceRetentionSettings(params).promise().toFuture\n    @inline def putAppInstanceStreamingConfigurationsFuture(params: PutAppInstanceStreamingConfigurationsRequest): Future[PutAppInstanceStreamingConfigurationsResponse] = service.putAppInstanceStreamingConfigurations(params).promise().toFuture\n    @inline def putEventsConfigurationFuture(params: PutEventsConfigurationRequest): Future[PutEventsConfigurationResponse] = service.putEventsConfiguration(params).promise().toFuture\n    @inline def putRetentionSettingsFuture(params: PutRetentionSettingsRequest): Future[PutRetentionSettingsResponse] = service.putRetentionSettings(params).promise().toFuture\n    @inline def putSipMediaApplicationLoggingConfigurationFuture(params: PutSipMediaApplicationLoggingConfigurationRequest): Future[PutSipMediaApplicationLoggingConfigurationResponse] = service.putSipMediaApplicationLoggingConfiguration(params).promise().toFuture\n    @inline def putVoiceConnectorEmergencyCallingConfigurationFuture(params: PutVoiceConnectorEmergencyCallingConfigurationRequest): Future[PutVoiceConnectorEmergencyCallingConfigurationResponse] = service.putVoiceConnectorEmergencyCallingConfiguration(params).promise().toFuture\n    @inline def putVoiceConnectorLoggingConfigurationFuture(params: PutVoiceConnectorLoggingConfigurationRequest): Future[PutVoiceConnectorLoggingConfigurationResponse] = service.putVoiceConnectorLoggingConfiguration(params).promise().toFuture\n    @inline def putVoiceConnectorOriginationFuture(params: PutVoiceConnectorOriginationRequest): Future[PutVoiceConnectorOriginationResponse] = service.putVoiceConnectorOrigination(params).promise().toFuture\n    @inline def putVoiceConnectorProxyFuture(params: PutVoiceConnectorProxyRequest): Future[PutVoiceConnectorProxyResponse] = service.putVoiceConnectorProxy(params).promise().toFuture\n    @inline def putVoiceConnectorStreamingConfigurationFuture(params: PutVoiceConnectorStreamingConfigurationRequest): Future[PutVoiceConnectorStreamingConfigurationResponse] = service.putVoiceConnectorStreamingConfiguration(params).promise().toFuture\n    @inline def putVoiceConnectorTerminationCredentialsFuture(params: PutVoiceConnectorTerminationCredentialsRequest): Future[js.Object] = service.putVoiceConnectorTerminationCredentials(params).promise().toFuture\n    @inline def putVoiceConnectorTerminationFuture(params: PutVoiceConnectorTerminationRequest): Future[PutVoiceConnectorTerminationResponse] = service.putVoiceConnectorTermination(params).promise().toFuture\n    @inline def redactChannelMessageFuture(params: RedactChannelMessageRequest): Future[RedactChannelMessageResponse] = service.redactChannelMessage(params).promise().toFuture\n    @inline def redactConversationMessageFuture(params: RedactConversationMessageRequest): Future[RedactConversationMessageResponse] = service.redactConversationMessage(params).promise().toFuture\n    @inline def redactRoomMessageFuture(params: RedactRoomMessageRequest): Future[RedactRoomMessageResponse] = service.redactRoomMessage(params).promise().toFuture\n    @inline def regenerateSecurityTokenFuture(params: RegenerateSecurityTokenRequest): Future[RegenerateSecurityTokenResponse] = service.regenerateSecurityToken(params).promise().toFuture\n    @inline def resetPersonalPINFuture(params: ResetPersonalPINRequest): Future[ResetPersonalPINResponse] = service.resetPersonalPIN(params).promise().toFuture\n    @inline def restorePhoneNumberFuture(params: RestorePhoneNumberRequest): Future[RestorePhoneNumberResponse] = service.restorePhoneNumber(params).promise().toFuture\n    @inline def searchAvailablePhoneNumbersFuture(params: SearchAvailablePhoneNumbersRequest): Future[SearchAvailablePhoneNumbersResponse] = service.searchAvailablePhoneNumbers(params).promise().toFuture\n    @inline def sendChannelMessageFuture(params: SendChannelMessageRequest): Future[SendChannelMessageResponse] = service.sendChannelMessage(params).promise().toFuture\n    @inline def tagAttendeeFuture(params: TagAttendeeRequest): Future[js.Object] = service.tagAttendee(params).promise().toFuture\n    @inline def tagMeetingFuture(params: TagMeetingRequest): Future[js.Object] = service.tagMeeting(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagAttendeeFuture(params: UntagAttendeeRequest): Future[js.Object] = service.untagAttendee(params).promise().toFuture\n    @inline def untagMeetingFuture(params: UntagMeetingRequest): Future[js.Object] = service.untagMeeting(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateAccountFuture(params: UpdateAccountRequest): Future[UpdateAccountResponse] = service.updateAccount(params).promise().toFuture\n    @inline def updateAccountSettingsFuture(params: UpdateAccountSettingsRequest): Future[UpdateAccountSettingsResponse] = service.updateAccountSettings(params).promise().toFuture\n    @inline def updateAppInstanceFuture(params: UpdateAppInstanceRequest): Future[UpdateAppInstanceResponse] = service.updateAppInstance(params).promise().toFuture\n    @inline def updateAppInstanceUserFuture(params: UpdateAppInstanceUserRequest): Future[UpdateAppInstanceUserResponse] = service.updateAppInstanceUser(params).promise().toFuture\n    @inline def updateBotFuture(params: UpdateBotRequest): Future[UpdateBotResponse] = service.updateBot(params).promise().toFuture\n    @inline def updateChannelFuture(params: UpdateChannelRequest): Future[UpdateChannelResponse] = service.updateChannel(params).promise().toFuture\n    @inline def updateChannelMessageFuture(params: UpdateChannelMessageRequest): Future[UpdateChannelMessageResponse] = service.updateChannelMessage(params).promise().toFuture\n    @inline def updateChannelReadMarkerFuture(params: UpdateChannelReadMarkerRequest): Future[UpdateChannelReadMarkerResponse] = service.updateChannelReadMarker(params).promise().toFuture\n    @inline def updateGlobalSettingsFuture(params: UpdateGlobalSettingsRequest): Future[js.Object] = service.updateGlobalSettings(params).promise().toFuture\n    @inline def updatePhoneNumberFuture(params: UpdatePhoneNumberRequest): Future[UpdatePhoneNumberResponse] = service.updatePhoneNumber(params).promise().toFuture\n    @inline def updatePhoneNumberSettingsFuture(params: UpdatePhoneNumberSettingsRequest): Future[js.Object] = service.updatePhoneNumberSettings(params).promise().toFuture\n    @inline def updateProxySessionFuture(params: UpdateProxySessionRequest): Future[UpdateProxySessionResponse] = service.updateProxySession(params).promise().toFuture\n    @inline def updateRoomFuture(params: UpdateRoomRequest): Future[UpdateRoomResponse] = service.updateRoom(params).promise().toFuture\n    @inline def updateRoomMembershipFuture(params: UpdateRoomMembershipRequest): Future[UpdateRoomMembershipResponse] = service.updateRoomMembership(params).promise().toFuture\n    @inline def updateSipMediaApplicationFuture(params: UpdateSipMediaApplicationRequest): Future[UpdateSipMediaApplicationResponse] = service.updateSipMediaApplication(params).promise().toFuture\n    @inline def updateSipRuleFuture(params: UpdateSipRuleRequest): Future[UpdateSipRuleResponse] = service.updateSipRule(params).promise().toFuture\n    @inline def updateUserFuture(params: UpdateUserRequest): Future[UpdateUserResponse] = service.updateUser(params).promise().toFuture\n    @inline def updateUserSettingsFuture(params: UpdateUserSettingsRequest): Future[js.Object] = service.updateUserSettings(params).promise().toFuture\n    @inline def updateVoiceConnectorFuture(params: UpdateVoiceConnectorRequest): Future[UpdateVoiceConnectorResponse] = service.updateVoiceConnector(params).promise().toFuture\n    @inline def updateVoiceConnectorGroupFuture(params: UpdateVoiceConnectorGroupRequest): Future[UpdateVoiceConnectorGroupResponse] = service.updateVoiceConnectorGroup(params).promise().toFuture\n\n  }\n}\n\npackage chime {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/chime\", JSImport.Namespace, \"AWS.Chime\")\n  class Chime() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associatePhoneNumberWithUser(params: AssociatePhoneNumberWithUserRequest): Request[AssociatePhoneNumberWithUserResponse] = js.native\n    def associatePhoneNumbersWithVoiceConnector(params: AssociatePhoneNumbersWithVoiceConnectorRequest): Request[AssociatePhoneNumbersWithVoiceConnectorResponse] = js.native\n    def associatePhoneNumbersWithVoiceConnectorGroup(params: AssociatePhoneNumbersWithVoiceConnectorGroupRequest): Request[AssociatePhoneNumbersWithVoiceConnectorGroupResponse] = js.native\n    def associateSigninDelegateGroupsWithAccount(params: AssociateSigninDelegateGroupsWithAccountRequest): Request[AssociateSigninDelegateGroupsWithAccountResponse] = js.native\n    def batchCreateAttendee(params: BatchCreateAttendeeRequest): Request[BatchCreateAttendeeResponse] = js.native\n    def batchCreateRoomMembership(params: BatchCreateRoomMembershipRequest): Request[BatchCreateRoomMembershipResponse] = js.native\n    def batchDeletePhoneNumber(params: BatchDeletePhoneNumberRequest): Request[BatchDeletePhoneNumberResponse] = js.native\n    def batchSuspendUser(params: BatchSuspendUserRequest): Request[BatchSuspendUserResponse] = js.native\n    def batchUnsuspendUser(params: BatchUnsuspendUserRequest): Request[BatchUnsuspendUserResponse] = js.native\n    def batchUpdatePhoneNumber(params: BatchUpdatePhoneNumberRequest): Request[BatchUpdatePhoneNumberResponse] = js.native\n    def batchUpdateUser(params: BatchUpdateUserRequest): Request[BatchUpdateUserResponse] = js.native\n    def createAccount(params: CreateAccountRequest): Request[CreateAccountResponse] = js.native\n    def createAppInstance(params: CreateAppInstanceRequest): Request[CreateAppInstanceResponse] = js.native\n    def createAppInstanceAdmin(params: CreateAppInstanceAdminRequest): Request[CreateAppInstanceAdminResponse] = js.native\n    def createAppInstanceUser(params: CreateAppInstanceUserRequest): Request[CreateAppInstanceUserResponse] = js.native\n    def createAttendee(params: CreateAttendeeRequest): Request[CreateAttendeeResponse] = js.native\n    def createBot(params: CreateBotRequest): Request[CreateBotResponse] = js.native\n    def createChannel(params: CreateChannelRequest): Request[CreateChannelResponse] = js.native\n    def createChannelBan(params: CreateChannelBanRequest): Request[CreateChannelBanResponse] = js.native\n    def createChannelMembership(params: CreateChannelMembershipRequest): Request[CreateChannelMembershipResponse] = js.native\n    def createChannelModerator(params: CreateChannelModeratorRequest): Request[CreateChannelModeratorResponse] = js.native\n    def createMeeting(params: CreateMeetingRequest): Request[CreateMeetingResponse] = js.native\n    def createMeetingDialOut(params: CreateMeetingDialOutRequest): Request[CreateMeetingDialOutResponse] = js.native\n    def createMeetingWithAttendees(params: CreateMeetingWithAttendeesRequest): Request[CreateMeetingWithAttendeesResponse] = js.native\n    def createPhoneNumberOrder(params: CreatePhoneNumberOrderRequest): Request[CreatePhoneNumberOrderResponse] = js.native\n    def createProxySession(params: CreateProxySessionRequest): Request[CreateProxySessionResponse] = js.native\n    def createRoom(params: CreateRoomRequest): Request[CreateRoomResponse] = js.native\n    def createRoomMembership(params: CreateRoomMembershipRequest): Request[CreateRoomMembershipResponse] = js.native\n    def createSipMediaApplication(params: CreateSipMediaApplicationRequest): Request[CreateSipMediaApplicationResponse] = js.native\n    def createSipMediaApplicationCall(params: CreateSipMediaApplicationCallRequest): Request[CreateSipMediaApplicationCallResponse] = js.native\n    def createSipRule(params: CreateSipRuleRequest): Request[CreateSipRuleResponse] = js.native\n    def createUser(params: CreateUserRequest): Request[CreateUserResponse] = js.native\n    def createVoiceConnector(params: CreateVoiceConnectorRequest): Request[CreateVoiceConnectorResponse] = js.native\n    def createVoiceConnectorGroup(params: CreateVoiceConnectorGroupRequest): Request[CreateVoiceConnectorGroupResponse] = js.native\n    def deleteAccount(params: DeleteAccountRequest): Request[DeleteAccountResponse] = js.native\n    def deleteAppInstance(params: DeleteAppInstanceRequest): Request[js.Object] = js.native\n    def deleteAppInstanceAdmin(params: DeleteAppInstanceAdminRequest): Request[js.Object] = js.native\n    def deleteAppInstanceStreamingConfigurations(params: DeleteAppInstanceStreamingConfigurationsRequest): Request[js.Object] = js.native\n    def deleteAppInstanceUser(params: DeleteAppInstanceUserRequest): Request[js.Object] = js.native\n    def deleteAttendee(params: DeleteAttendeeRequest): Request[js.Object] = js.native\n    def deleteChannel(params: DeleteChannelRequest): Request[js.Object] = js.native\n    def deleteChannelBan(params: DeleteChannelBanRequest): Request[js.Object] = js.native\n    def deleteChannelMembership(params: DeleteChannelMembershipRequest): Request[js.Object] = js.native\n    def deleteChannelMessage(params: DeleteChannelMessageRequest): Request[js.Object] = js.native\n    def deleteChannelModerator(params: DeleteChannelModeratorRequest): Request[js.Object] = js.native\n    def deleteEventsConfiguration(params: DeleteEventsConfigurationRequest): Request[js.Object] = js.native\n    def deleteMeeting(params: DeleteMeetingRequest): Request[js.Object] = js.native\n    def deletePhoneNumber(params: DeletePhoneNumberRequest): Request[js.Object] = js.native\n    def deleteProxySession(params: DeleteProxySessionRequest): Request[js.Object] = js.native\n    def deleteRoom(params: DeleteRoomRequest): Request[js.Object] = js.native\n    def deleteRoomMembership(params: DeleteRoomMembershipRequest): Request[js.Object] = js.native\n    def deleteSipMediaApplication(params: DeleteSipMediaApplicationRequest): Request[js.Object] = js.native\n    def deleteSipRule(params: DeleteSipRuleRequest): Request[js.Object] = js.native\n    def deleteVoiceConnector(params: DeleteVoiceConnectorRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorEmergencyCallingConfiguration(params: DeleteVoiceConnectorEmergencyCallingConfigurationRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorGroup(params: DeleteVoiceConnectorGroupRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorOrigination(params: DeleteVoiceConnectorOriginationRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorProxy(params: DeleteVoiceConnectorProxyRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorStreamingConfiguration(params: DeleteVoiceConnectorStreamingConfigurationRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorTermination(params: DeleteVoiceConnectorTerminationRequest): Request[js.Object] = js.native\n    def deleteVoiceConnectorTerminationCredentials(params: DeleteVoiceConnectorTerminationCredentialsRequest): Request[js.Object] = js.native\n    def describeAppInstance(params: DescribeAppInstanceRequest): Request[DescribeAppInstanceResponse] = js.native\n    def describeAppInstanceAdmin(params: DescribeAppInstanceAdminRequest): Request[DescribeAppInstanceAdminResponse] = js.native\n    def describeAppInstanceUser(params: DescribeAppInstanceUserRequest): Request[DescribeAppInstanceUserResponse] = js.native\n    def describeChannel(params: DescribeChannelRequest): Request[DescribeChannelResponse] = js.native\n    def describeChannelBan(params: DescribeChannelBanRequest): Request[DescribeChannelBanResponse] = js.native\n    def describeChannelMembership(params: DescribeChannelMembershipRequest): Request[DescribeChannelMembershipResponse] = js.native\n    def describeChannelMembershipForAppInstanceUser(params: DescribeChannelMembershipForAppInstanceUserRequest): Request[DescribeChannelMembershipForAppInstanceUserResponse] = js.native\n    def describeChannelModeratedByAppInstanceUser(params: DescribeChannelModeratedByAppInstanceUserRequest): Request[DescribeChannelModeratedByAppInstanceUserResponse] = js.native\n    def describeChannelModerator(params: DescribeChannelModeratorRequest): Request[DescribeChannelModeratorResponse] = js.native\n    def disassociatePhoneNumberFromUser(params: DisassociatePhoneNumberFromUserRequest): Request[DisassociatePhoneNumberFromUserResponse] = js.native\n    def disassociatePhoneNumbersFromVoiceConnector(params: DisassociatePhoneNumbersFromVoiceConnectorRequest): Request[DisassociatePhoneNumbersFromVoiceConnectorResponse] = js.native\n    def disassociatePhoneNumbersFromVoiceConnectorGroup(params: DisassociatePhoneNumbersFromVoiceConnectorGroupRequest): Request[DisassociatePhoneNumbersFromVoiceConnectorGroupResponse] = js.native\n    def disassociateSigninDelegateGroupsFromAccount(params: DisassociateSigninDelegateGroupsFromAccountRequest): Request[DisassociateSigninDelegateGroupsFromAccountResponse] = js.native\n    def getAccount(params: GetAccountRequest): Request[GetAccountResponse] = js.native\n    def getAccountSettings(params: GetAccountSettingsRequest): Request[GetAccountSettingsResponse] = js.native\n    def getAppInstanceRetentionSettings(params: GetAppInstanceRetentionSettingsRequest): Request[GetAppInstanceRetentionSettingsResponse] = js.native\n    def getAppInstanceStreamingConfigurations(params: GetAppInstanceStreamingConfigurationsRequest): Request[GetAppInstanceStreamingConfigurationsResponse] = js.native\n    def getAttendee(params: GetAttendeeRequest): Request[GetAttendeeResponse] = js.native\n    def getBot(params: GetBotRequest): Request[GetBotResponse] = js.native\n    def getChannelMessage(params: GetChannelMessageRequest): Request[GetChannelMessageResponse] = js.native\n    def getEventsConfiguration(params: GetEventsConfigurationRequest): Request[GetEventsConfigurationResponse] = js.native\n    def getGlobalSettings(): Request[GetGlobalSettingsResponse] = js.native\n    def getMeeting(params: GetMeetingRequest): Request[GetMeetingResponse] = js.native\n    def getMessagingSessionEndpoint(params: GetMessagingSessionEndpointRequest): Request[GetMessagingSessionEndpointResponse] = js.native\n    def getPhoneNumber(params: GetPhoneNumberRequest): Request[GetPhoneNumberResponse] = js.native\n    def getPhoneNumberOrder(params: GetPhoneNumberOrderRequest): Request[GetPhoneNumberOrderResponse] = js.native\n    def getPhoneNumberSettings(): Request[GetPhoneNumberSettingsResponse] = js.native\n    def getProxySession(params: GetProxySessionRequest): Request[GetProxySessionResponse] = js.native\n    def getRetentionSettings(params: GetRetentionSettingsRequest): Request[GetRetentionSettingsResponse] = js.native\n    def getRoom(params: GetRoomRequest): Request[GetRoomResponse] = js.native\n    def getSipMediaApplication(params: GetSipMediaApplicationRequest): Request[GetSipMediaApplicationResponse] = js.native\n    def getSipMediaApplicationLoggingConfiguration(params: GetSipMediaApplicationLoggingConfigurationRequest): Request[GetSipMediaApplicationLoggingConfigurationResponse] = js.native\n    def getSipRule(params: GetSipRuleRequest): Request[GetSipRuleResponse] = js.native\n    def getUser(params: GetUserRequest): Request[GetUserResponse] = js.native\n    def getUserSettings(params: GetUserSettingsRequest): Request[GetUserSettingsResponse] = js.native\n    def getVoiceConnector(params: GetVoiceConnectorRequest): Request[GetVoiceConnectorResponse] = js.native\n    def getVoiceConnectorEmergencyCallingConfiguration(params: GetVoiceConnectorEmergencyCallingConfigurationRequest): Request[GetVoiceConnectorEmergencyCallingConfigurationResponse] = js.native\n    def getVoiceConnectorGroup(params: GetVoiceConnectorGroupRequest): Request[GetVoiceConnectorGroupResponse] = js.native\n    def getVoiceConnectorLoggingConfiguration(params: GetVoiceConnectorLoggingConfigurationRequest): Request[GetVoiceConnectorLoggingConfigurationResponse] = js.native\n    def getVoiceConnectorOrigination(params: GetVoiceConnectorOriginationRequest): Request[GetVoiceConnectorOriginationResponse] = js.native\n    def getVoiceConnectorProxy(params: GetVoiceConnectorProxyRequest): Request[GetVoiceConnectorProxyResponse] = js.native\n    def getVoiceConnectorStreamingConfiguration(params: GetVoiceConnectorStreamingConfigurationRequest): Request[GetVoiceConnectorStreamingConfigurationResponse] = js.native\n    def getVoiceConnectorTermination(params: GetVoiceConnectorTerminationRequest): Request[GetVoiceConnectorTerminationResponse] = js.native\n    def getVoiceConnectorTerminationHealth(params: GetVoiceConnectorTerminationHealthRequest): Request[GetVoiceConnectorTerminationHealthResponse] = js.native\n    def inviteUsers(params: InviteUsersRequest): Request[InviteUsersResponse] = js.native\n    def listAccounts(params: ListAccountsRequest): Request[ListAccountsResponse] = js.native\n    def listAppInstanceAdmins(params: ListAppInstanceAdminsRequest): Request[ListAppInstanceAdminsResponse] = js.native\n    def listAppInstanceUsers(params: ListAppInstanceUsersRequest): Request[ListAppInstanceUsersResponse] = js.native\n    def listAppInstances(params: ListAppInstancesRequest): Request[ListAppInstancesResponse] = js.native\n    def listAttendeeTags(params: ListAttendeeTagsRequest): Request[ListAttendeeTagsResponse] = js.native\n    def listAttendees(params: ListAttendeesRequest): Request[ListAttendeesResponse] = js.native\n    def listBots(params: ListBotsRequest): Request[ListBotsResponse] = js.native\n    def listChannelBans(params: ListChannelBansRequest): Request[ListChannelBansResponse] = js.native\n    def listChannelMemberships(params: ListChannelMembershipsRequest): Request[ListChannelMembershipsResponse] = js.native\n    def listChannelMembershipsForAppInstanceUser(params: ListChannelMembershipsForAppInstanceUserRequest): Request[ListChannelMembershipsForAppInstanceUserResponse] = js.native\n    def listChannelMessages(params: ListChannelMessagesRequest): Request[ListChannelMessagesResponse] = js.native\n    def listChannelModerators(params: ListChannelModeratorsRequest): Request[ListChannelModeratorsResponse] = js.native\n    def listChannels(params: ListChannelsRequest): Request[ListChannelsResponse] = js.native\n    def listChannelsModeratedByAppInstanceUser(params: ListChannelsModeratedByAppInstanceUserRequest): Request[ListChannelsModeratedByAppInstanceUserResponse] = js.native\n    def listMeetingTags(params: ListMeetingTagsRequest): Request[ListMeetingTagsResponse] = js.native\n    def listMeetings(params: ListMeetingsRequest): Request[ListMeetingsResponse] = js.native\n    def listPhoneNumberOrders(params: ListPhoneNumberOrdersRequest): Request[ListPhoneNumberOrdersResponse] = js.native\n    def listPhoneNumbers(params: ListPhoneNumbersRequest): Request[ListPhoneNumbersResponse] = js.native\n    def listProxySessions(params: ListProxySessionsRequest): Request[ListProxySessionsResponse] = js.native\n    def listRoomMemberships(params: ListRoomMembershipsRequest): Request[ListRoomMembershipsResponse] = js.native\n    def listRooms(params: ListRoomsRequest): Request[ListRoomsResponse] = js.native\n    def listSipMediaApplications(params: ListSipMediaApplicationsRequest): Request[ListSipMediaApplicationsResponse] = js.native\n    def listSipRules(params: ListSipRulesRequest): Request[ListSipRulesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listUsers(params: ListUsersRequest): Request[ListUsersResponse] = js.native\n    def listVoiceConnectorGroups(params: ListVoiceConnectorGroupsRequest): Request[ListVoiceConnectorGroupsResponse] = js.native\n    def listVoiceConnectorTerminationCredentials(params: ListVoiceConnectorTerminationCredentialsRequest): Request[ListVoiceConnectorTerminationCredentialsResponse] = js.native\n    def listVoiceConnectors(params: ListVoiceConnectorsRequest): Request[ListVoiceConnectorsResponse] = js.native\n    def logoutUser(params: LogoutUserRequest): Request[LogoutUserResponse] = js.native\n    def putAppInstanceRetentionSettings(params: PutAppInstanceRetentionSettingsRequest): Request[PutAppInstanceRetentionSettingsResponse] = js.native\n    def putAppInstanceStreamingConfigurations(params: PutAppInstanceStreamingConfigurationsRequest): Request[PutAppInstanceStreamingConfigurationsResponse] = js.native\n    def putEventsConfiguration(params: PutEventsConfigurationRequest): Request[PutEventsConfigurationResponse] = js.native\n    def putRetentionSettings(params: PutRetentionSettingsRequest): Request[PutRetentionSettingsResponse] = js.native\n    def putSipMediaApplicationLoggingConfiguration(params: PutSipMediaApplicationLoggingConfigurationRequest): Request[PutSipMediaApplicationLoggingConfigurationResponse] = js.native\n    def putVoiceConnectorEmergencyCallingConfiguration(params: PutVoiceConnectorEmergencyCallingConfigurationRequest): Request[PutVoiceConnectorEmergencyCallingConfigurationResponse] = js.native\n    def putVoiceConnectorLoggingConfiguration(params: PutVoiceConnectorLoggingConfigurationRequest): Request[PutVoiceConnectorLoggingConfigurationResponse] = js.native\n    def putVoiceConnectorOrigination(params: PutVoiceConnectorOriginationRequest): Request[PutVoiceConnectorOriginationResponse] = js.native\n    def putVoiceConnectorProxy(params: PutVoiceConnectorProxyRequest): Request[PutVoiceConnectorProxyResponse] = js.native\n    def putVoiceConnectorStreamingConfiguration(params: PutVoiceConnectorStreamingConfigurationRequest): Request[PutVoiceConnectorStreamingConfigurationResponse] = js.native\n    def putVoiceConnectorTermination(params: PutVoiceConnectorTerminationRequest): Request[PutVoiceConnectorTerminationResponse] = js.native\n    def putVoiceConnectorTerminationCredentials(params: PutVoiceConnectorTerminationCredentialsRequest): Request[js.Object] = js.native\n    def redactChannelMessage(params: RedactChannelMessageRequest): Request[RedactChannelMessageResponse] = js.native\n    def redactConversationMessage(params: RedactConversationMessageRequest): Request[RedactConversationMessageResponse] = js.native\n    def redactRoomMessage(params: RedactRoomMessageRequest): Request[RedactRoomMessageResponse] = js.native\n    def regenerateSecurityToken(params: RegenerateSecurityTokenRequest): Request[RegenerateSecurityTokenResponse] = js.native\n    def resetPersonalPIN(params: ResetPersonalPINRequest): Request[ResetPersonalPINResponse] = js.native\n    def restorePhoneNumber(params: RestorePhoneNumberRequest): Request[RestorePhoneNumberResponse] = js.native\n    def searchAvailablePhoneNumbers(params: SearchAvailablePhoneNumbersRequest): Request[SearchAvailablePhoneNumbersResponse] = js.native\n    def sendChannelMessage(params: SendChannelMessageRequest): Request[SendChannelMessageResponse] = js.native\n    def tagAttendee(params: TagAttendeeRequest): Request[js.Object] = js.native\n    def tagMeeting(params: TagMeetingRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagAttendee(params: UntagAttendeeRequest): Request[js.Object] = js.native\n    def untagMeeting(params: UntagMeetingRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateAccount(params: UpdateAccountRequest): Request[UpdateAccountResponse] = js.native\n    def updateAccountSettings(params: UpdateAccountSettingsRequest): Request[UpdateAccountSettingsResponse] = js.native\n    def updateAppInstance(params: UpdateAppInstanceRequest): Request[UpdateAppInstanceResponse] = js.native\n    def updateAppInstanceUser(params: UpdateAppInstanceUserRequest): Request[UpdateAppInstanceUserResponse] = js.native\n    def updateBot(params: UpdateBotRequest): Request[UpdateBotResponse] = js.native\n    def updateChannel(params: UpdateChannelRequest): Request[UpdateChannelResponse] = js.native\n    def updateChannelMessage(params: UpdateChannelMessageRequest): Request[UpdateChannelMessageResponse] = js.native\n    def updateChannelReadMarker(params: UpdateChannelReadMarkerRequest): Request[UpdateChannelReadMarkerResponse] = js.native\n    def updateGlobalSettings(params: UpdateGlobalSettingsRequest): Request[js.Object] = js.native\n    def updatePhoneNumber(params: UpdatePhoneNumberRequest): Request[UpdatePhoneNumberResponse] = js.native\n    def updatePhoneNumberSettings(params: UpdatePhoneNumberSettingsRequest): Request[js.Object] = js.native\n    def updateProxySession(params: UpdateProxySessionRequest): Request[UpdateProxySessionResponse] = js.native\n    def updateRoom(params: UpdateRoomRequest): Request[UpdateRoomResponse] = js.native\n    def updateRoomMembership(params: UpdateRoomMembershipRequest): Request[UpdateRoomMembershipResponse] = js.native\n    def updateSipMediaApplication(params: UpdateSipMediaApplicationRequest): Request[UpdateSipMediaApplicationResponse] = js.native\n    def updateSipRule(params: UpdateSipRuleRequest): Request[UpdateSipRuleResponse] = js.native\n    def updateUser(params: UpdateUserRequest): Request[UpdateUserResponse] = js.native\n    def updateUserSettings(params: UpdateUserSettingsRequest): Request[js.Object] = js.native\n    def updateVoiceConnector(params: UpdateVoiceConnectorRequest): Request[UpdateVoiceConnectorResponse] = js.native\n    def updateVoiceConnectorGroup(params: UpdateVoiceConnectorGroupRequest): Request[UpdateVoiceConnectorGroupResponse] = js.native\n  }\n\n  \/** The Amazon Chime account details. An AWS account can have multiple Amazon Chime accounts.\n    *\/\n  @js.native\n  trait Account extends js.Object {\n    var AccountId: String\n    var AwsAccountId: String\n    var Name: String\n    var AccountType: js.UndefOr[AccountType]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var DefaultLicense: js.UndefOr[License]\n    var SigninDelegateGroups: js.UndefOr[SigninDelegateGroupList]\n    var SupportedLicenses: js.UndefOr[LicenseList]\n  }\n\n  object Account {\n    @inline\n    def apply(\n        AccountId: String,\n        AwsAccountId: String,\n        Name: String,\n        AccountType: js.UndefOr[AccountType] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        DefaultLicense: js.UndefOr[License] = js.undefined,\n        SigninDelegateGroups: js.UndefOr[SigninDelegateGroupList] = js.undefined,\n        SupportedLicenses: js.UndefOr[LicenseList] = js.undefined\n    ): Account = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"AwsAccountId\" -> AwsAccountId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AccountType.foreach(__v => __obj.updateDynamic(\"AccountType\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      DefaultLicense.foreach(__v => __obj.updateDynamic(\"DefaultLicense\")(__v.asInstanceOf[js.Any]))\n      SigninDelegateGroups.foreach(__v => __obj.updateDynamic(\"SigninDelegateGroups\")(__v.asInstanceOf[js.Any]))\n      SupportedLicenses.foreach(__v => __obj.updateDynamic(\"SupportedLicenses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Account]\n    }\n  }\n\n  \/** Settings related to the Amazon Chime account. This includes settings that start or stop remote control of shared screens, or start or stop the dial-out option in the Amazon Chime web application. For more information about these settings, see [[https:\/\/docs.aws.amazon.com\/chime\/latest\/ag\/policies.html|Use the Policies Page]] in the <i>Amazon Chime Administration Guide<\/i>.\n    *\/\n  @js.native\n  trait AccountSettings extends js.Object {\n    var DisableRemoteControl: js.UndefOr[Boolean]\n    var EnableDialOut: js.UndefOr[Boolean]\n  }\n\n  object AccountSettings {\n    @inline\n    def apply(\n        DisableRemoteControl: js.UndefOr[Boolean] = js.undefined,\n        EnableDialOut: js.UndefOr[Boolean] = js.undefined\n    ): AccountSettings = {\n      val __obj = js.Dynamic.literal()\n      DisableRemoteControl.foreach(__v => __obj.updateDynamic(\"DisableRemoteControl\")(__v.asInstanceOf[js.Any]))\n      EnableDialOut.foreach(__v => __obj.updateDynamic(\"EnableDialOut\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountSettings]\n    }\n  }\n\n  @js.native\n  sealed trait AccountType extends js.Any\n  object AccountType {\n    val Team = \"Team\".asInstanceOf[AccountType]\n    val EnterpriseDirectory = \"EnterpriseDirectory\".asInstanceOf[AccountType]\n    val EnterpriseLWA = \"EnterpriseLWA\".asInstanceOf[AccountType]\n    val EnterpriseOIDC = \"EnterpriseOIDC\".asInstanceOf[AccountType]\n\n    @inline def values = js.Array(Team, EnterpriseDirectory, EnterpriseLWA, EnterpriseOIDC)\n  }\n\n  \/** The Alexa for Business metadata associated with an Amazon Chime user, used to integrate Alexa for Business with a device.\n    *\/\n  @js.native\n  trait AlexaForBusinessMetadata extends js.Object {\n    var AlexaForBusinessRoomArn: js.UndefOr[SensitiveString]\n    var IsAlexaForBusinessEnabled: js.UndefOr[Boolean]\n  }\n\n  object AlexaForBusinessMetadata {\n    @inline\n    def apply(\n        AlexaForBusinessRoomArn: js.UndefOr[SensitiveString] = js.undefined,\n        IsAlexaForBusinessEnabled: js.UndefOr[Boolean] = js.undefined\n    ): AlexaForBusinessMetadata = {\n      val __obj = js.Dynamic.literal()\n      AlexaForBusinessRoomArn.foreach(__v => __obj.updateDynamic(\"AlexaForBusinessRoomArn\")(__v.asInstanceOf[js.Any]))\n      IsAlexaForBusinessEnabled.foreach(__v => __obj.updateDynamic(\"IsAlexaForBusinessEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlexaForBusinessMetadata]\n    }\n  }\n\n  \/** The details of an <code>AppInstance<\/code>, an instance of an Amazon Chime SDK messaging application.\n    *\/\n  @js.native\n  trait AppInstance extends js.Object {\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var Metadata: js.UndefOr[Metadata]\n    var Name: js.UndefOr[NonEmptyResourceName]\n  }\n\n  object AppInstance {\n    @inline\n    def apply(\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Name: js.UndefOr[NonEmptyResourceName] = js.undefined\n    ): AppInstance = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstance]\n    }\n  }\n\n  \/** The details of an <code>AppInstanceAdmin<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceAdmin extends js.Object {\n    var Admin: js.UndefOr[Identity]\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object AppInstanceAdmin {\n    @inline\n    def apply(\n        Admin: js.UndefOr[Identity] = js.undefined,\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): AppInstanceAdmin = {\n      val __obj = js.Dynamic.literal()\n      Admin.foreach(__v => __obj.updateDynamic(\"Admin\")(__v.asInstanceOf[js.Any]))\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceAdmin]\n    }\n  }\n\n  \/** Summary of the details of an <code>AppInstanceAdmin<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceAdminSummary extends js.Object {\n    var Admin: js.UndefOr[Identity]\n  }\n\n  object AppInstanceAdminSummary {\n    @inline\n    def apply(\n        Admin: js.UndefOr[Identity] = js.undefined\n    ): AppInstanceAdminSummary = {\n      val __obj = js.Dynamic.literal()\n      Admin.foreach(__v => __obj.updateDynamic(\"Admin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceAdminSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AppInstanceDataType extends js.Any\n  object AppInstanceDataType {\n    val Channel = \"Channel\".asInstanceOf[AppInstanceDataType]\n    val ChannelMessage = \"ChannelMessage\".asInstanceOf[AppInstanceDataType]\n\n    @inline def values = js.Array(Channel, ChannelMessage)\n  }\n\n  \/** The details of the data-retention settings for an <code>AppInstance<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceRetentionSettings extends js.Object {\n    var ChannelRetentionSettings: js.UndefOr[ChannelRetentionSettings]\n  }\n\n  object AppInstanceRetentionSettings {\n    @inline\n    def apply(\n        ChannelRetentionSettings: js.UndefOr[ChannelRetentionSettings] = js.undefined\n    ): AppInstanceRetentionSettings = {\n      val __obj = js.Dynamic.literal()\n      ChannelRetentionSettings.foreach(__v => __obj.updateDynamic(\"ChannelRetentionSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceRetentionSettings]\n    }\n  }\n\n  \/** The details of the streaming configuration of an <code>AppInstance<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceStreamingConfiguration extends js.Object {\n    var AppInstanceDataType: AppInstanceDataType\n    var ResourceArn: Arn\n  }\n\n  object AppInstanceStreamingConfiguration {\n    @inline\n    def apply(\n        AppInstanceDataType: AppInstanceDataType,\n        ResourceArn: Arn\n    ): AppInstanceStreamingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceDataType\" -> AppInstanceDataType.asInstanceOf[js.Any],\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AppInstanceStreamingConfiguration]\n    }\n  }\n\n  \/** Summary of the data for an <code>AppInstance<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceSummary extends js.Object {\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n    var Metadata: js.UndefOr[Metadata]\n    var Name: js.UndefOr[NonEmptyResourceName]\n  }\n\n  object AppInstanceSummary {\n    @inline\n    def apply(\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Name: js.UndefOr[NonEmptyResourceName] = js.undefined\n    ): AppInstanceSummary = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceSummary]\n    }\n  }\n\n  \/** The details of an <code>AppInstanceUser<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceUser extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var Metadata: js.UndefOr[Metadata]\n    var Name: js.UndefOr[UserName]\n  }\n\n  object AppInstanceUser {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Name: js.UndefOr[UserName] = js.undefined\n    ): AppInstanceUser = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceUser]\n    }\n  }\n\n  \/** Summary of the membership details of an <code>AppInstanceUser<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceUserMembershipSummary extends js.Object {\n    var ReadMarkerTimestamp: js.UndefOr[Timestamp]\n    var Type: js.UndefOr[ChannelMembershipType]\n  }\n\n  object AppInstanceUserMembershipSummary {\n    @inline\n    def apply(\n        ReadMarkerTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Type: js.UndefOr[ChannelMembershipType] = js.undefined\n    ): AppInstanceUserMembershipSummary = {\n      val __obj = js.Dynamic.literal()\n      ReadMarkerTimestamp.foreach(__v => __obj.updateDynamic(\"ReadMarkerTimestamp\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceUserMembershipSummary]\n    }\n  }\n\n  \/** Summary of the details of an <code>AppInstanceUser<\/code>.\n    *\/\n  @js.native\n  trait AppInstanceUserSummary extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n    var Metadata: js.UndefOr[Metadata]\n    var Name: js.UndefOr[UserName]\n  }\n\n  object AppInstanceUserSummary {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Name: js.UndefOr[UserName] = js.undefined\n    ): AppInstanceUserSummary = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppInstanceUserSummary]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumberWithUserRequest extends js.Object {\n    var AccountId: String\n    var E164PhoneNumber: E164PhoneNumber\n    var UserId: String\n  }\n\n  object AssociatePhoneNumberWithUserRequest {\n    @inline\n    def apply(\n        AccountId: String,\n        E164PhoneNumber: E164PhoneNumber,\n        UserId: String\n    ): AssociatePhoneNumberWithUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"E164PhoneNumber\" -> E164PhoneNumber.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociatePhoneNumberWithUserRequest]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumberWithUserResponse extends js.Object\n\n  object AssociatePhoneNumberWithUserResponse {\n    @inline\n    def apply(): AssociatePhoneNumberWithUserResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociatePhoneNumberWithUserResponse]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumbersWithVoiceConnectorGroupRequest extends js.Object {\n    var E164PhoneNumbers: E164PhoneNumberList\n    var VoiceConnectorGroupId: NonEmptyString\n    var ForceAssociate: js.UndefOr[NullableBoolean]\n  }\n\n  object AssociatePhoneNumbersWithVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        E164PhoneNumbers: E164PhoneNumberList,\n        VoiceConnectorGroupId: NonEmptyString,\n        ForceAssociate: js.UndefOr[NullableBoolean] = js.undefined\n    ): AssociatePhoneNumbersWithVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"E164PhoneNumbers\" -> E164PhoneNumbers.asInstanceOf[js.Any],\n        \"VoiceConnectorGroupId\" -> VoiceConnectorGroupId.asInstanceOf[js.Any]\n      )\n\n      ForceAssociate.foreach(__v => __obj.updateDynamic(\"ForceAssociate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociatePhoneNumbersWithVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumbersWithVoiceConnectorGroupResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object AssociatePhoneNumbersWithVoiceConnectorGroupResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): AssociatePhoneNumbersWithVoiceConnectorGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociatePhoneNumbersWithVoiceConnectorGroupResponse]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumbersWithVoiceConnectorRequest extends js.Object {\n    var E164PhoneNumbers: E164PhoneNumberList\n    var VoiceConnectorId: NonEmptyString\n    var ForceAssociate: js.UndefOr[NullableBoolean]\n  }\n\n  object AssociatePhoneNumbersWithVoiceConnectorRequest {\n    @inline\n    def apply(\n        E164PhoneNumbers: E164PhoneNumberList,\n        VoiceConnectorId: NonEmptyString,\n        ForceAssociate: js.UndefOr[NullableBoolean] = js.undefined\n    ): AssociatePhoneNumbersWithVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"E164PhoneNumbers\" -> E164PhoneNumbers.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      ForceAssociate.foreach(__v => __obj.updateDynamic(\"ForceAssociate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociatePhoneNumbersWithVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait AssociatePhoneNumbersWithVoiceConnectorResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object AssociatePhoneNumbersWithVoiceConnectorResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): AssociatePhoneNumbersWithVoiceConnectorResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociatePhoneNumbersWithVoiceConnectorResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateSigninDelegateGroupsWithAccountRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var SigninDelegateGroups: SigninDelegateGroupList\n  }\n\n  object AssociateSigninDelegateGroupsWithAccountRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        SigninDelegateGroups: SigninDelegateGroupList\n    ): AssociateSigninDelegateGroupsWithAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"SigninDelegateGroups\" -> SigninDelegateGroups.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateSigninDelegateGroupsWithAccountRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateSigninDelegateGroupsWithAccountResponse extends js.Object\n\n  object AssociateSigninDelegateGroupsWithAccountResponse {\n    @inline\n    def apply(): AssociateSigninDelegateGroupsWithAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateSigninDelegateGroupsWithAccountResponse]\n    }\n  }\n\n  \/** An Amazon Chime SDK meeting attendee. Includes a unique <code>AttendeeId<\/code> and <code>JoinToken<\/code> . The <code>JoinToken<\/code> allows a client to authenticate and join as the specified attendee. The <code>JoinToken<\/code> expires when the meeting ends or when <a>DeleteAttendee<\/a> is called. After that, the attendee is unable to join the meeting. We recommend securely transferring each <code>JoinToken<\/code> from your server application to the client so that no other client has access to the token except for the one authorized to represent the attendee.\n    *\/\n  @js.native\n  trait Attendee extends js.Object {\n    var AttendeeId: js.UndefOr[GuidString]\n    var ExternalUserId: js.UndefOr[ExternalUserIdType]\n    var JoinToken: js.UndefOr[JoinTokenString]\n  }\n\n  object Attendee {\n    @inline\n    def apply(\n        AttendeeId: js.UndefOr[GuidString] = js.undefined,\n        ExternalUserId: js.UndefOr[ExternalUserIdType] = js.undefined,\n        JoinToken: js.UndefOr[JoinTokenString] = js.undefined\n    ): Attendee = {\n      val __obj = js.Dynamic.literal()\n      AttendeeId.foreach(__v => __obj.updateDynamic(\"AttendeeId\")(__v.asInstanceOf[js.Any]))\n      ExternalUserId.foreach(__v => __obj.updateDynamic(\"ExternalUserId\")(__v.asInstanceOf[js.Any]))\n      JoinToken.foreach(__v => __obj.updateDynamic(\"JoinToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Attendee]\n    }\n  }\n\n  @js.native\n  trait BatchCreateAttendeeRequest extends js.Object {\n    var Attendees: CreateAttendeeRequestItemList\n    var MeetingId: GuidString\n  }\n\n  object BatchCreateAttendeeRequest {\n    @inline\n    def apply(\n        Attendees: CreateAttendeeRequestItemList,\n        MeetingId: GuidString\n    ): BatchCreateAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Attendees\" -> Attendees.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchCreateAttendeeRequest]\n    }\n  }\n\n  @js.native\n  trait BatchCreateAttendeeResponse extends js.Object {\n    var Attendees: js.UndefOr[AttendeeList]\n    var Errors: js.UndefOr[BatchCreateAttendeeErrorList]\n  }\n\n  object BatchCreateAttendeeResponse {\n    @inline\n    def apply(\n        Attendees: js.UndefOr[AttendeeList] = js.undefined,\n        Errors: js.UndefOr[BatchCreateAttendeeErrorList] = js.undefined\n    ): BatchCreateAttendeeResponse = {\n      val __obj = js.Dynamic.literal()\n      Attendees.foreach(__v => __obj.updateDynamic(\"Attendees\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateAttendeeResponse]\n    }\n  }\n\n  @js.native\n  trait BatchCreateRoomMembershipRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MembershipItemList: MembershipItemList\n    var RoomId: NonEmptyString\n  }\n\n  object BatchCreateRoomMembershipRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MembershipItemList: MembershipItemList,\n        RoomId: NonEmptyString\n    ): BatchCreateRoomMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"MembershipItemList\" -> MembershipItemList.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchCreateRoomMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait BatchCreateRoomMembershipResponse extends js.Object {\n    var Errors: js.UndefOr[MemberErrorList]\n  }\n\n  object BatchCreateRoomMembershipResponse {\n    @inline\n    def apply(\n        Errors: js.UndefOr[MemberErrorList] = js.undefined\n    ): BatchCreateRoomMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchCreateRoomMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait BatchDeletePhoneNumberRequest extends js.Object {\n    var PhoneNumberIds: NonEmptyStringList\n  }\n\n  object BatchDeletePhoneNumberRequest {\n    @inline\n    def apply(\n        PhoneNumberIds: NonEmptyStringList\n    ): BatchDeletePhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberIds\" -> PhoneNumberIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDeletePhoneNumberRequest]\n    }\n  }\n\n  @js.native\n  trait BatchDeletePhoneNumberResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object BatchDeletePhoneNumberResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): BatchDeletePhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeletePhoneNumberResponse]\n    }\n  }\n\n  @js.native\n  trait BatchSuspendUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserIdList: UserIdList\n  }\n\n  object BatchSuspendUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserIdList: UserIdList\n    ): BatchSuspendUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserIdList\" -> UserIdList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchSuspendUserRequest]\n    }\n  }\n\n  @js.native\n  trait BatchSuspendUserResponse extends js.Object {\n    var UserErrors: js.UndefOr[UserErrorList]\n  }\n\n  object BatchSuspendUserResponse {\n    @inline\n    def apply(\n        UserErrors: js.UndefOr[UserErrorList] = js.undefined\n    ): BatchSuspendUserResponse = {\n      val __obj = js.Dynamic.literal()\n      UserErrors.foreach(__v => __obj.updateDynamic(\"UserErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchSuspendUserResponse]\n    }\n  }\n\n  @js.native\n  trait BatchUnsuspendUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserIdList: UserIdList\n  }\n\n  object BatchUnsuspendUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserIdList: UserIdList\n    ): BatchUnsuspendUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserIdList\" -> UserIdList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUnsuspendUserRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUnsuspendUserResponse extends js.Object {\n    var UserErrors: js.UndefOr[UserErrorList]\n  }\n\n  object BatchUnsuspendUserResponse {\n    @inline\n    def apply(\n        UserErrors: js.UndefOr[UserErrorList] = js.undefined\n    ): BatchUnsuspendUserResponse = {\n      val __obj = js.Dynamic.literal()\n      UserErrors.foreach(__v => __obj.updateDynamic(\"UserErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUnsuspendUserResponse]\n    }\n  }\n\n  @js.native\n  trait BatchUpdatePhoneNumberRequest extends js.Object {\n    var UpdatePhoneNumberRequestItems: UpdatePhoneNumberRequestItemList\n  }\n\n  object BatchUpdatePhoneNumberRequest {\n    @inline\n    def apply(\n        UpdatePhoneNumberRequestItems: UpdatePhoneNumberRequestItemList\n    ): BatchUpdatePhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"UpdatePhoneNumberRequestItems\" -> UpdatePhoneNumberRequestItems.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdatePhoneNumberRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUpdatePhoneNumberResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object BatchUpdatePhoneNumberResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): BatchUpdatePhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdatePhoneNumberResponse]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UpdateUserRequestItems: UpdateUserRequestItemList\n  }\n\n  object BatchUpdateUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UpdateUserRequestItems: UpdateUserRequestItemList\n    ): BatchUpdateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UpdateUserRequestItems\" -> UpdateUserRequestItems.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchUpdateUserRequest]\n    }\n  }\n\n  @js.native\n  trait BatchUpdateUserResponse extends js.Object {\n    var UserErrors: js.UndefOr[UserErrorList]\n  }\n\n  object BatchUpdateUserResponse {\n    @inline\n    def apply(\n        UserErrors: js.UndefOr[UserErrorList] = js.undefined\n    ): BatchUpdateUserResponse = {\n      val __obj = js.Dynamic.literal()\n      UserErrors.foreach(__v => __obj.updateDynamic(\"UserErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateUserResponse]\n    }\n  }\n\n  \/** A resource that allows Enterprise account administrators to configure an interface to receive events from Amazon Chime.\n    *\/\n  @js.native\n  trait Bot extends js.Object {\n    var BotEmail: js.UndefOr[SensitiveString]\n    var BotId: js.UndefOr[String]\n    var BotType: js.UndefOr[BotType]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Disabled: js.UndefOr[NullableBoolean]\n    var DisplayName: js.UndefOr[SensitiveString]\n    var SecurityToken: js.UndefOr[SensitiveString]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var UserId: js.UndefOr[String]\n  }\n\n  object Bot {\n    @inline\n    def apply(\n        BotEmail: js.UndefOr[SensitiveString] = js.undefined,\n        BotId: js.UndefOr[String] = js.undefined,\n        BotType: js.UndefOr[BotType] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Disabled: js.UndefOr[NullableBoolean] = js.undefined,\n        DisplayName: js.UndefOr[SensitiveString] = js.undefined,\n        SecurityToken: js.UndefOr[SensitiveString] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        UserId: js.UndefOr[String] = js.undefined\n    ): Bot = {\n      val __obj = js.Dynamic.literal()\n      BotEmail.foreach(__v => __obj.updateDynamic(\"BotEmail\")(__v.asInstanceOf[js.Any]))\n      BotId.foreach(__v => __obj.updateDynamic(\"BotId\")(__v.asInstanceOf[js.Any]))\n      BotType.foreach(__v => __obj.updateDynamic(\"BotType\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      SecurityToken.foreach(__v => __obj.updateDynamic(\"SecurityToken\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Bot]\n    }\n  }\n\n  @js.native\n  sealed trait BotType extends js.Any\n  object BotType {\n    val ChatBot = \"ChatBot\".asInstanceOf[BotType]\n\n    @inline def values = js.Array(ChatBot)\n  }\n\n  \/** The Amazon Chime Business Calling settings for the administrator's AWS account. Includes any Amazon S3 buckets designated for storing call detail records.\n    *\/\n  @js.native\n  trait BusinessCallingSettings extends js.Object {\n    var CdrBucket: js.UndefOr[String]\n  }\n\n  object BusinessCallingSettings {\n    @inline\n    def apply(\n        CdrBucket: js.UndefOr[String] = js.undefined\n    ): BusinessCallingSettings = {\n      val __obj = js.Dynamic.literal()\n      CdrBucket.foreach(__v => __obj.updateDynamic(\"CdrBucket\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BusinessCallingSettings]\n    }\n  }\n\n  @js.native\n  sealed trait CallingNameStatus extends js.Any\n  object CallingNameStatus {\n    val Unassigned = \"Unassigned\".asInstanceOf[CallingNameStatus]\n    val UpdateInProgress = \"UpdateInProgress\".asInstanceOf[CallingNameStatus]\n    val UpdateSucceeded = \"UpdateSucceeded\".asInstanceOf[CallingNameStatus]\n    val UpdateFailed = \"UpdateFailed\".asInstanceOf[CallingNameStatus]\n\n    @inline def values = js.Array(Unassigned, UpdateInProgress, UpdateSucceeded, UpdateFailed)\n  }\n\n  @js.native\n  sealed trait Capability extends js.Any\n  object Capability {\n    val Voice = \"Voice\".asInstanceOf[Capability]\n    val SMS = \"SMS\".asInstanceOf[Capability]\n\n    @inline def values = js.Array(Voice, SMS)\n  }\n\n  \/** The details of a channel.\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var CreatedBy: js.UndefOr[Identity]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var LastMessageTimestamp: js.UndefOr[Timestamp]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var Metadata: js.UndefOr[Metadata]\n    var Mode: js.UndefOr[ChannelMode]\n    var Name: js.UndefOr[NonEmptyResourceName]\n    var Privacy: js.UndefOr[ChannelPrivacy]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedBy: js.UndefOr[Identity] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastMessageTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Mode: js.UndefOr[ChannelMode] = js.undefined,\n        Name: js.UndefOr[NonEmptyResourceName] = js.undefined,\n        Privacy: js.UndefOr[ChannelPrivacy] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastMessageTimestamp.foreach(__v => __obj.updateDynamic(\"LastMessageTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Privacy.foreach(__v => __obj.updateDynamic(\"Privacy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  \/** The details of a channel ban.\n    *\/\n  @js.native\n  trait ChannelBan extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var CreatedBy: js.UndefOr[Identity]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var Member: js.UndefOr[Identity]\n  }\n\n  object ChannelBan {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedBy: js.UndefOr[Identity] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Member: js.UndefOr[Identity] = js.undefined\n    ): ChannelBan = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelBan]\n    }\n  }\n\n  \/** Summary of the details of a <code>ChannelBan<\/code>.\n    *\/\n  @js.native\n  trait ChannelBanSummary extends js.Object {\n    var Member: js.UndefOr[Identity]\n  }\n\n  object ChannelBanSummary {\n    @inline\n    def apply(\n        Member: js.UndefOr[Identity] = js.undefined\n    ): ChannelBanSummary = {\n      val __obj = js.Dynamic.literal()\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelBanSummary]\n    }\n  }\n\n  \/** The details of a channel member.\n    *\/\n  @js.native\n  trait ChannelMembership extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var InvitedBy: js.UndefOr[Identity]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var Member: js.UndefOr[Identity]\n    var Type: js.UndefOr[ChannelMembershipType]\n  }\n\n  object ChannelMembership {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        InvitedBy: js.UndefOr[Identity] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Member: js.UndefOr[Identity] = js.undefined,\n        Type: js.UndefOr[ChannelMembershipType] = js.undefined\n    ): ChannelMembership = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      InvitedBy.foreach(__v => __obj.updateDynamic(\"InvitedBy\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMembership]\n    }\n  }\n\n  \/** Summary of the channel membership details of an <code>AppInstanceUser<\/code>.\n    *\/\n  @js.native\n  trait ChannelMembershipForAppInstanceUserSummary extends js.Object {\n    var AppInstanceUserMembershipSummary: js.UndefOr[AppInstanceUserMembershipSummary]\n    var ChannelSummary: js.UndefOr[ChannelSummary]\n  }\n\n  object ChannelMembershipForAppInstanceUserSummary {\n    @inline\n    def apply(\n        AppInstanceUserMembershipSummary: js.UndefOr[AppInstanceUserMembershipSummary] = js.undefined,\n        ChannelSummary: js.UndefOr[ChannelSummary] = js.undefined\n    ): ChannelMembershipForAppInstanceUserSummary = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserMembershipSummary.foreach(__v => __obj.updateDynamic(\"AppInstanceUserMembershipSummary\")(__v.asInstanceOf[js.Any]))\n      ChannelSummary.foreach(__v => __obj.updateDynamic(\"ChannelSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMembershipForAppInstanceUserSummary]\n    }\n  }\n\n  \/** Summary of the details of a <code>ChannelMembership<\/code>.\n    *\/\n  @js.native\n  trait ChannelMembershipSummary extends js.Object {\n    var Member: js.UndefOr[Identity]\n  }\n\n  object ChannelMembershipSummary {\n    @inline\n    def apply(\n        Member: js.UndefOr[Identity] = js.undefined\n    ): ChannelMembershipSummary = {\n      val __obj = js.Dynamic.literal()\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMembershipSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelMembershipType extends js.Any\n  object ChannelMembershipType {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[ChannelMembershipType]\n    val HIDDEN = \"HIDDEN\".asInstanceOf[ChannelMembershipType]\n\n    @inline def values = js.Array(DEFAULT, HIDDEN)\n  }\n\n  \/** The details of a message in a channel.\n    *\/\n  @js.native\n  trait ChannelMessage extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var Content: js.UndefOr[Content]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var LastEditedTimestamp: js.UndefOr[Timestamp]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var MessageId: js.UndefOr[MessageId]\n    var Metadata: js.UndefOr[Metadata]\n    var Persistence: js.UndefOr[ChannelMessagePersistenceType]\n    var Redacted: js.UndefOr[NonNullableBoolean]\n    var Sender: js.UndefOr[Identity]\n    var Type: js.UndefOr[ChannelMessageType]\n  }\n\n  object ChannelMessage {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        Content: js.UndefOr[Content] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastEditedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Persistence: js.UndefOr[ChannelMessagePersistenceType] = js.undefined,\n        Redacted: js.UndefOr[NonNullableBoolean] = js.undefined,\n        Sender: js.UndefOr[Identity] = js.undefined,\n        Type: js.UndefOr[ChannelMessageType] = js.undefined\n    ): ChannelMessage = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastEditedTimestamp.foreach(__v => __obj.updateDynamic(\"LastEditedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Persistence.foreach(__v => __obj.updateDynamic(\"Persistence\")(__v.asInstanceOf[js.Any]))\n      Redacted.foreach(__v => __obj.updateDynamic(\"Redacted\")(__v.asInstanceOf[js.Any]))\n      Sender.foreach(__v => __obj.updateDynamic(\"Sender\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMessage]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelMessagePersistenceType extends js.Any\n  object ChannelMessagePersistenceType {\n    val PERSISTENT = \"PERSISTENT\".asInstanceOf[ChannelMessagePersistenceType]\n    val NON_PERSISTENT = \"NON_PERSISTENT\".asInstanceOf[ChannelMessagePersistenceType]\n\n    @inline def values = js.Array(PERSISTENT, NON_PERSISTENT)\n  }\n\n  \/** Summary of the messages in a <code>Channel<\/code>.\n    *\/\n  @js.native\n  trait ChannelMessageSummary extends js.Object {\n    var Content: js.UndefOr[Content]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var LastEditedTimestamp: js.UndefOr[Timestamp]\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var MessageId: js.UndefOr[MessageId]\n    var Metadata: js.UndefOr[Metadata]\n    var Redacted: js.UndefOr[NonNullableBoolean]\n    var Sender: js.UndefOr[Identity]\n    var Type: js.UndefOr[ChannelMessageType]\n  }\n\n  object ChannelMessageSummary {\n    @inline\n    def apply(\n        Content: js.UndefOr[Content] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastEditedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Redacted: js.UndefOr[NonNullableBoolean] = js.undefined,\n        Sender: js.UndefOr[Identity] = js.undefined,\n        Type: js.UndefOr[ChannelMessageType] = js.undefined\n    ): ChannelMessageSummary = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastEditedTimestamp.foreach(__v => __obj.updateDynamic(\"LastEditedTimestamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Redacted.foreach(__v => __obj.updateDynamic(\"Redacted\")(__v.asInstanceOf[js.Any]))\n      Sender.foreach(__v => __obj.updateDynamic(\"Sender\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelMessageSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelMessageType extends js.Any\n  object ChannelMessageType {\n    val STANDARD = \"STANDARD\".asInstanceOf[ChannelMessageType]\n    val CONTROL = \"CONTROL\".asInstanceOf[ChannelMessageType]\n\n    @inline def values = js.Array(STANDARD, CONTROL)\n  }\n\n  @js.native\n  sealed trait ChannelMode extends js.Any\n  object ChannelMode {\n    val UNRESTRICTED = \"UNRESTRICTED\".asInstanceOf[ChannelMode]\n    val RESTRICTED = \"RESTRICTED\".asInstanceOf[ChannelMode]\n\n    @inline def values = js.Array(UNRESTRICTED, RESTRICTED)\n  }\n\n  \/** Summary of the details of a moderated channel.\n    *\/\n  @js.native\n  trait ChannelModeratedByAppInstanceUserSummary extends js.Object {\n    var ChannelSummary: js.UndefOr[ChannelSummary]\n  }\n\n  object ChannelModeratedByAppInstanceUserSummary {\n    @inline\n    def apply(\n        ChannelSummary: js.UndefOr[ChannelSummary] = js.undefined\n    ): ChannelModeratedByAppInstanceUserSummary = {\n      val __obj = js.Dynamic.literal()\n      ChannelSummary.foreach(__v => __obj.updateDynamic(\"ChannelSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelModeratedByAppInstanceUserSummary]\n    }\n  }\n\n  \/** The details of a channel moderator.\n    *\/\n  @js.native\n  trait ChannelModerator extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var CreatedBy: js.UndefOr[Identity]\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var Moderator: js.UndefOr[Identity]\n  }\n\n  object ChannelModerator {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        CreatedBy: js.UndefOr[Identity] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Moderator: js.UndefOr[Identity] = js.undefined\n    ): ChannelModerator = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Moderator.foreach(__v => __obj.updateDynamic(\"Moderator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelModerator]\n    }\n  }\n\n  \/** Summary of the details of a <code>ChannelModerator<\/code>.\n    *\/\n  @js.native\n  trait ChannelModeratorSummary extends js.Object {\n    var Moderator: js.UndefOr[Identity]\n  }\n\n  object ChannelModeratorSummary {\n    @inline\n    def apply(\n        Moderator: js.UndefOr[Identity] = js.undefined\n    ): ChannelModeratorSummary = {\n      val __obj = js.Dynamic.literal()\n      Moderator.foreach(__v => __obj.updateDynamic(\"Moderator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelModeratorSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ChannelPrivacy extends js.Any\n  object ChannelPrivacy {\n    val PUBLIC = \"PUBLIC\".asInstanceOf[ChannelPrivacy]\n    val PRIVATE = \"PRIVATE\".asInstanceOf[ChannelPrivacy]\n\n    @inline def values = js.Array(PUBLIC, PRIVATE)\n  }\n\n  \/** The details of the retention settings for a channel.\n    *\/\n  @js.native\n  trait ChannelRetentionSettings extends js.Object {\n    var RetentionDays: js.UndefOr[RetentionDays]\n  }\n\n  object ChannelRetentionSettings {\n    @inline\n    def apply(\n        RetentionDays: js.UndefOr[RetentionDays] = js.undefined\n    ): ChannelRetentionSettings = {\n      val __obj = js.Dynamic.literal()\n      RetentionDays.foreach(__v => __obj.updateDynamic(\"RetentionDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelRetentionSettings]\n    }\n  }\n\n  \/** Summary of the details of a <code>Channel<\/code>.\n    *\/\n  @js.native\n  trait ChannelSummary extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var LastMessageTimestamp: js.UndefOr[Timestamp]\n    var Metadata: js.UndefOr[Metadata]\n    var Mode: js.UndefOr[ChannelMode]\n    var Name: js.UndefOr[NonEmptyResourceName]\n    var Privacy: js.UndefOr[ChannelPrivacy]\n  }\n\n  object ChannelSummary {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        LastMessageTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Mode: js.UndefOr[ChannelMode] = js.undefined,\n        Name: js.UndefOr[NonEmptyResourceName] = js.undefined,\n        Privacy: js.UndefOr[ChannelPrivacy] = js.undefined\n    ): ChannelSummary = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      LastMessageTimestamp.foreach(__v => __obj.updateDynamic(\"LastMessageTimestamp\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Privacy.foreach(__v => __obj.updateDynamic(\"Privacy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelSummary]\n    }\n  }\n\n  \/** The retention settings that determine how long to retain conversation messages for an Amazon Chime Enterprise account.\n    *\/\n  @js.native\n  trait ConversationRetentionSettings extends js.Object {\n    var RetentionDays: js.UndefOr[RetentionDays]\n  }\n\n  object ConversationRetentionSettings {\n    @inline\n    def apply(\n        RetentionDays: js.UndefOr[RetentionDays] = js.undefined\n    ): ConversationRetentionSettings = {\n      val __obj = js.Dynamic.literal()\n      RetentionDays.foreach(__v => __obj.updateDynamic(\"RetentionDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConversationRetentionSettings]\n    }\n  }\n\n  @js.native\n  trait CreateAccountRequest extends js.Object {\n    var Name: AccountName\n  }\n\n  object CreateAccountRequest {\n    @inline\n    def apply(\n        Name: AccountName\n    ): CreateAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAccountRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAccountResponse extends js.Object {\n    var Account: js.UndefOr[Account]\n  }\n\n  object CreateAccountResponse {\n    @inline\n    def apply(\n        Account: js.UndefOr[Account] = js.undefined\n    ): CreateAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Account.foreach(__v => __obj.updateDynamic(\"Account\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceAdminRequest extends js.Object {\n    var AppInstanceAdminArn: ChimeArn\n    var AppInstanceArn: ChimeArn\n  }\n\n  object CreateAppInstanceAdminRequest {\n    @inline\n    def apply(\n        AppInstanceAdminArn: ChimeArn,\n        AppInstanceArn: ChimeArn\n    ): CreateAppInstanceAdminRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceAdminArn\" -> AppInstanceAdminArn.asInstanceOf[js.Any],\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAppInstanceAdminRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceAdminResponse extends js.Object {\n    var AppInstanceAdmin: js.UndefOr[Identity]\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n  }\n\n  object CreateAppInstanceAdminResponse {\n    @inline\n    def apply(\n        AppInstanceAdmin: js.UndefOr[Identity] = js.undefined,\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateAppInstanceAdminResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceAdmin.foreach(__v => __obj.updateDynamic(\"AppInstanceAdmin\")(__v.asInstanceOf[js.Any]))\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppInstanceAdminResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceRequest extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var Name: NonEmptyResourceName\n    var Metadata: js.UndefOr[Metadata]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAppInstanceRequest {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        Name: NonEmptyResourceName,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAppInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceResponse extends js.Object {\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n  }\n\n  object CreateAppInstanceResponse {\n    @inline\n    def apply(\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateAppInstanceResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppInstanceResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceUserRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var AppInstanceUserId: UserId\n    var ClientRequestToken: ClientRequestToken\n    var Name: UserName\n    var Metadata: js.UndefOr[Metadata]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        AppInstanceUserId: UserId,\n        ClientRequestToken: ClientRequestToken,\n        Name: UserName,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any],\n        \"AppInstanceUserId\" -> AppInstanceUserId.asInstanceOf[js.Any],\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppInstanceUserResponse extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n  }\n\n  object CreateAppInstanceUserResponse {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppInstanceUserResponse]\n    }\n  }\n\n  \/** The list of errors returned when errors are encountered during the BatchCreateAttendee and CreateAttendee actions. This includes external user IDs, error codes, and error messages.\n    *\/\n  @js.native\n  trait CreateAttendeeError extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var ErrorMessage: js.UndefOr[String]\n    var ExternalUserId: js.UndefOr[ExternalUserIdType]\n  }\n\n  object CreateAttendeeError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        ExternalUserId: js.UndefOr[ExternalUserIdType] = js.undefined\n    ): CreateAttendeeError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ExternalUserId.foreach(__v => __obj.updateDynamic(\"ExternalUserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttendeeError]\n    }\n  }\n\n  @js.native\n  trait CreateAttendeeRequest extends js.Object {\n    var ExternalUserId: ExternalUserIdType\n    var MeetingId: GuidString\n    var Tags: js.UndefOr[AttendeeTagList]\n  }\n\n  object CreateAttendeeRequest {\n    @inline\n    def apply(\n        ExternalUserId: ExternalUserIdType,\n        MeetingId: GuidString,\n        Tags: js.UndefOr[AttendeeTagList] = js.undefined\n    ): CreateAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExternalUserId\" -> ExternalUserId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttendeeRequest]\n    }\n  }\n\n  \/** The Amazon Chime SDK attendee fields to create, used with the BatchCreateAttendee action.\n    *\/\n  @js.native\n  trait CreateAttendeeRequestItem extends js.Object {\n    var ExternalUserId: ExternalUserIdType\n    var Tags: js.UndefOr[AttendeeTagList]\n  }\n\n  object CreateAttendeeRequestItem {\n    @inline\n    def apply(\n        ExternalUserId: ExternalUserIdType,\n        Tags: js.UndefOr[AttendeeTagList] = js.undefined\n    ): CreateAttendeeRequestItem = {\n      val __obj = js.Dynamic.literal(\n        \"ExternalUserId\" -> ExternalUserId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttendeeRequestItem]\n    }\n  }\n\n  @js.native\n  trait CreateAttendeeResponse extends js.Object {\n    var Attendee: js.UndefOr[Attendee]\n  }\n\n  object CreateAttendeeResponse {\n    @inline\n    def apply(\n        Attendee: js.UndefOr[Attendee] = js.undefined\n    ): CreateAttendeeResponse = {\n      val __obj = js.Dynamic.literal()\n      Attendee.foreach(__v => __obj.updateDynamic(\"Attendee\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttendeeResponse]\n    }\n  }\n\n  @js.native\n  trait CreateBotRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var DisplayName: SensitiveString\n    var Domain: js.UndefOr[NonEmptyString]\n  }\n\n  object CreateBotRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        DisplayName: SensitiveString,\n        Domain: js.UndefOr[NonEmptyString] = js.undefined\n    ): CreateBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"DisplayName\" -> DisplayName.asInstanceOf[js.Any]\n      )\n\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBotRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBotResponse extends js.Object {\n    var Bot: js.UndefOr[Bot]\n  }\n\n  object CreateBotResponse {\n    @inline\n    def apply(\n        Bot: js.UndefOr[Bot] = js.undefined\n    ): CreateBotResponse = {\n      val __obj = js.Dynamic.literal()\n      Bot.foreach(__v => __obj.updateDynamic(\"Bot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBotResponse]\n    }\n  }\n\n  @js.native\n  trait CreateChannelBanRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object CreateChannelBanRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateChannelBanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelBanRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelBanResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var Member: js.UndefOr[Identity]\n  }\n\n  object CreateChannelBanResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        Member: js.UndefOr[Identity] = js.undefined\n    ): CreateChannelBanResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelBanResponse]\n    }\n  }\n\n  @js.native\n  trait CreateChannelMembershipRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var Type: ChannelMembershipType\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object CreateChannelMembershipRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        Type: ChannelMembershipType,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateChannelMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelMembershipResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var Member: js.UndefOr[Identity]\n  }\n\n  object CreateChannelMembershipResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        Member: js.UndefOr[Identity] = js.undefined\n    ): CreateChannelMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait CreateChannelModeratorRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChannelModeratorArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object CreateChannelModeratorRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChannelModeratorArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateChannelModeratorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"ChannelModeratorArn\" -> ChannelModeratorArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelModeratorRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelModeratorResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var ChannelModerator: js.UndefOr[Identity]\n  }\n\n  object CreateChannelModeratorResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChannelModerator: js.UndefOr[Identity] = js.undefined\n    ): CreateChannelModeratorResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      ChannelModerator.foreach(__v => __obj.updateDynamic(\"ChannelModerator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelModeratorResponse]\n    }\n  }\n\n  @js.native\n  trait CreateChannelRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var ClientRequestToken: ClientRequestToken\n    var Name: NonEmptyResourceName\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var Metadata: js.UndefOr[Metadata]\n    var Mode: js.UndefOr[ChannelMode]\n    var Privacy: js.UndefOr[ChannelPrivacy]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateChannelRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        ClientRequestToken: ClientRequestToken,\n        Name: NonEmptyResourceName,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined,\n        Mode: js.UndefOr[ChannelMode] = js.undefined,\n        Privacy: js.UndefOr[ChannelPrivacy] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any],\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Privacy.foreach(__v => __obj.updateDynamic(\"Privacy\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateChannelResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n  }\n\n  object CreateChannelResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined\n    ): CreateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingDialOutRequest extends js.Object {\n    var FromPhoneNumber: E164PhoneNumber\n    var JoinToken: JoinTokenString\n    var MeetingId: GuidString\n    var ToPhoneNumber: E164PhoneNumber\n  }\n\n  object CreateMeetingDialOutRequest {\n    @inline\n    def apply(\n        FromPhoneNumber: E164PhoneNumber,\n        JoinToken: JoinTokenString,\n        MeetingId: GuidString,\n        ToPhoneNumber: E164PhoneNumber\n    ): CreateMeetingDialOutRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FromPhoneNumber\" -> FromPhoneNumber.asInstanceOf[js.Any],\n        \"JoinToken\" -> JoinToken.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any],\n        \"ToPhoneNumber\" -> ToPhoneNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMeetingDialOutRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingDialOutResponse extends js.Object {\n    var TransactionId: js.UndefOr[GuidString]\n  }\n\n  object CreateMeetingDialOutResponse {\n    @inline\n    def apply(\n        TransactionId: js.UndefOr[GuidString] = js.undefined\n    ): CreateMeetingDialOutResponse = {\n      val __obj = js.Dynamic.literal()\n      TransactionId.foreach(__v => __obj.updateDynamic(\"TransactionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeetingDialOutResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingRequest extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var ExternalMeetingId: js.UndefOr[ExternalMeetingIdType]\n    var MediaRegion: js.UndefOr[String]\n    var MeetingHostId: js.UndefOr[ExternalUserIdType]\n    var NotificationsConfiguration: js.UndefOr[MeetingNotificationConfiguration]\n    var Tags: js.UndefOr[MeetingTagList]\n  }\n\n  object CreateMeetingRequest {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        ExternalMeetingId: js.UndefOr[ExternalMeetingIdType] = js.undefined,\n        MediaRegion: js.UndefOr[String] = js.undefined,\n        MeetingHostId: js.UndefOr[ExternalUserIdType] = js.undefined,\n        NotificationsConfiguration: js.UndefOr[MeetingNotificationConfiguration] = js.undefined,\n        Tags: js.UndefOr[MeetingTagList] = js.undefined\n    ): CreateMeetingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any]\n      )\n\n      ExternalMeetingId.foreach(__v => __obj.updateDynamic(\"ExternalMeetingId\")(__v.asInstanceOf[js.Any]))\n      MediaRegion.foreach(__v => __obj.updateDynamic(\"MediaRegion\")(__v.asInstanceOf[js.Any]))\n      MeetingHostId.foreach(__v => __obj.updateDynamic(\"MeetingHostId\")(__v.asInstanceOf[js.Any]))\n      NotificationsConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationsConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeetingRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingResponse extends js.Object {\n    var Meeting: js.UndefOr[Meeting]\n  }\n\n  object CreateMeetingResponse {\n    @inline\n    def apply(\n        Meeting: js.UndefOr[Meeting] = js.undefined\n    ): CreateMeetingResponse = {\n      val __obj = js.Dynamic.literal()\n      Meeting.foreach(__v => __obj.updateDynamic(\"Meeting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeetingResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingWithAttendeesRequest extends js.Object {\n    var ClientRequestToken: ClientRequestToken\n    var Attendees: js.UndefOr[CreateMeetingWithAttendeesRequestItemList]\n    var ExternalMeetingId: js.UndefOr[ExternalMeetingIdType]\n    var MediaRegion: js.UndefOr[String]\n    var MeetingHostId: js.UndefOr[ExternalUserIdType]\n    var NotificationsConfiguration: js.UndefOr[MeetingNotificationConfiguration]\n    var Tags: js.UndefOr[MeetingTagList]\n  }\n\n  object CreateMeetingWithAttendeesRequest {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestToken,\n        Attendees: js.UndefOr[CreateMeetingWithAttendeesRequestItemList] = js.undefined,\n        ExternalMeetingId: js.UndefOr[ExternalMeetingIdType] = js.undefined,\n        MediaRegion: js.UndefOr[String] = js.undefined,\n        MeetingHostId: js.UndefOr[ExternalUserIdType] = js.undefined,\n        NotificationsConfiguration: js.UndefOr[MeetingNotificationConfiguration] = js.undefined,\n        Tags: js.UndefOr[MeetingTagList] = js.undefined\n    ): CreateMeetingWithAttendeesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any]\n      )\n\n      Attendees.foreach(__v => __obj.updateDynamic(\"Attendees\")(__v.asInstanceOf[js.Any]))\n      ExternalMeetingId.foreach(__v => __obj.updateDynamic(\"ExternalMeetingId\")(__v.asInstanceOf[js.Any]))\n      MediaRegion.foreach(__v => __obj.updateDynamic(\"MediaRegion\")(__v.asInstanceOf[js.Any]))\n      MeetingHostId.foreach(__v => __obj.updateDynamic(\"MeetingHostId\")(__v.asInstanceOf[js.Any]))\n      NotificationsConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationsConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeetingWithAttendeesRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMeetingWithAttendeesResponse extends js.Object {\n    var Attendees: js.UndefOr[AttendeeList]\n    var Errors: js.UndefOr[BatchCreateAttendeeErrorList]\n    var Meeting: js.UndefOr[Meeting]\n  }\n\n  object CreateMeetingWithAttendeesResponse {\n    @inline\n    def apply(\n        Attendees: js.UndefOr[AttendeeList] = js.undefined,\n        Errors: js.UndefOr[BatchCreateAttendeeErrorList] = js.undefined,\n        Meeting: js.UndefOr[Meeting] = js.undefined\n    ): CreateMeetingWithAttendeesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attendees.foreach(__v => __obj.updateDynamic(\"Attendees\")(__v.asInstanceOf[js.Any]))\n      Errors.foreach(__v => __obj.updateDynamic(\"Errors\")(__v.asInstanceOf[js.Any]))\n      Meeting.foreach(__v => __obj.updateDynamic(\"Meeting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeetingWithAttendeesResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePhoneNumberOrderRequest extends js.Object {\n    var E164PhoneNumbers: E164PhoneNumberList\n    var ProductType: PhoneNumberProductType\n  }\n\n  object CreatePhoneNumberOrderRequest {\n    @inline\n    def apply(\n        E164PhoneNumbers: E164PhoneNumberList,\n        ProductType: PhoneNumberProductType\n    ): CreatePhoneNumberOrderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"E164PhoneNumbers\" -> E164PhoneNumbers.asInstanceOf[js.Any],\n        \"ProductType\" -> ProductType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePhoneNumberOrderRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePhoneNumberOrderResponse extends js.Object {\n    var PhoneNumberOrder: js.UndefOr[PhoneNumberOrder]\n  }\n\n  object CreatePhoneNumberOrderResponse {\n    @inline\n    def apply(\n        PhoneNumberOrder: js.UndefOr[PhoneNumberOrder] = js.undefined\n    ): CreatePhoneNumberOrderResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberOrder.foreach(__v => __obj.updateDynamic(\"PhoneNumberOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePhoneNumberOrderResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProxySessionRequest extends js.Object {\n    var Capabilities: CapabilityList\n    var ParticipantPhoneNumbers: ParticipantPhoneNumberList\n    var VoiceConnectorId: NonEmptyString128\n    var ExpiryMinutes: js.UndefOr[PositiveInteger]\n    var GeoMatchLevel: js.UndefOr[GeoMatchLevel]\n    var GeoMatchParams: js.UndefOr[GeoMatchParams]\n    var Name: js.UndefOr[ProxySessionNameString]\n    var NumberSelectionBehavior: js.UndefOr[NumberSelectionBehavior]\n  }\n\n  object CreateProxySessionRequest {\n    @inline\n    def apply(\n        Capabilities: CapabilityList,\n        ParticipantPhoneNumbers: ParticipantPhoneNumberList,\n        VoiceConnectorId: NonEmptyString128,\n        ExpiryMinutes: js.UndefOr[PositiveInteger] = js.undefined,\n        GeoMatchLevel: js.UndefOr[GeoMatchLevel] = js.undefined,\n        GeoMatchParams: js.UndefOr[GeoMatchParams] = js.undefined,\n        Name: js.UndefOr[ProxySessionNameString] = js.undefined,\n        NumberSelectionBehavior: js.UndefOr[NumberSelectionBehavior] = js.undefined\n    ): CreateProxySessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Capabilities\" -> Capabilities.asInstanceOf[js.Any],\n        \"ParticipantPhoneNumbers\" -> ParticipantPhoneNumbers.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      ExpiryMinutes.foreach(__v => __obj.updateDynamic(\"ExpiryMinutes\")(__v.asInstanceOf[js.Any]))\n      GeoMatchLevel.foreach(__v => __obj.updateDynamic(\"GeoMatchLevel\")(__v.asInstanceOf[js.Any]))\n      GeoMatchParams.foreach(__v => __obj.updateDynamic(\"GeoMatchParams\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NumberSelectionBehavior.foreach(__v => __obj.updateDynamic(\"NumberSelectionBehavior\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProxySessionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProxySessionResponse extends js.Object {\n    var ProxySession: js.UndefOr[ProxySession]\n  }\n\n  object CreateProxySessionResponse {\n    @inline\n    def apply(\n        ProxySession: js.UndefOr[ProxySession] = js.undefined\n    ): CreateProxySessionResponse = {\n      val __obj = js.Dynamic.literal()\n      ProxySession.foreach(__v => __obj.updateDynamic(\"ProxySession\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProxySessionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRoomMembershipRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MemberId: NonEmptyString\n    var RoomId: NonEmptyString\n    var Role: js.UndefOr[RoomMembershipRole]\n  }\n\n  object CreateRoomMembershipRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MemberId: NonEmptyString,\n        RoomId: NonEmptyString,\n        Role: js.UndefOr[RoomMembershipRole] = js.undefined\n    ): CreateRoomMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRoomMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRoomMembershipResponse extends js.Object {\n    var RoomMembership: js.UndefOr[RoomMembership]\n  }\n\n  object CreateRoomMembershipResponse {\n    @inline\n    def apply(\n        RoomMembership: js.UndefOr[RoomMembership] = js.undefined\n    ): CreateRoomMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      RoomMembership.foreach(__v => __obj.updateDynamic(\"RoomMembership\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRoomMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait CreateRoomRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var Name: SensitiveString\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object CreateRoomRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        Name: SensitiveString,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): CreateRoomRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRoomRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRoomResponse extends js.Object {\n    var Room: js.UndefOr[Room]\n  }\n\n  object CreateRoomResponse {\n    @inline\n    def apply(\n        Room: js.UndefOr[Room] = js.undefined\n    ): CreateRoomResponse = {\n      val __obj = js.Dynamic.literal()\n      Room.foreach(__v => __obj.updateDynamic(\"Room\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRoomResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSipMediaApplicationCallRequest extends js.Object {\n    var FromPhoneNumber: E164PhoneNumber\n    var SipMediaApplicationId: NonEmptyString\n    var ToPhoneNumber: E164PhoneNumber\n  }\n\n  object CreateSipMediaApplicationCallRequest {\n    @inline\n    def apply(\n        FromPhoneNumber: E164PhoneNumber,\n        SipMediaApplicationId: NonEmptyString,\n        ToPhoneNumber: E164PhoneNumber\n    ): CreateSipMediaApplicationCallRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FromPhoneNumber\" -> FromPhoneNumber.asInstanceOf[js.Any],\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any],\n        \"ToPhoneNumber\" -> ToPhoneNumber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateSipMediaApplicationCallRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSipMediaApplicationCallResponse extends js.Object {\n    var SipMediaApplicationCall: js.UndefOr[SipMediaApplicationCall]\n  }\n\n  object CreateSipMediaApplicationCallResponse {\n    @inline\n    def apply(\n        SipMediaApplicationCall: js.UndefOr[SipMediaApplicationCall] = js.undefined\n    ): CreateSipMediaApplicationCallResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplicationCall.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationCall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSipMediaApplicationCallResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSipMediaApplicationRequest extends js.Object {\n    var AwsRegion: String\n    var Endpoints: SipMediaApplicationEndpointList\n    var Name: SipMediaApplicationName\n  }\n\n  object CreateSipMediaApplicationRequest {\n    @inline\n    def apply(\n        AwsRegion: String,\n        Endpoints: SipMediaApplicationEndpointList,\n        Name: SipMediaApplicationName\n    ): CreateSipMediaApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AwsRegion\" -> AwsRegion.asInstanceOf[js.Any],\n        \"Endpoints\" -> Endpoints.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateSipMediaApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSipMediaApplicationResponse extends js.Object {\n    var SipMediaApplication: js.UndefOr[SipMediaApplication]\n  }\n\n  object CreateSipMediaApplicationResponse {\n    @inline\n    def apply(\n        SipMediaApplication: js.UndefOr[SipMediaApplication] = js.undefined\n    ): CreateSipMediaApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplication.foreach(__v => __obj.updateDynamic(\"SipMediaApplication\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSipMediaApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSipRuleRequest extends js.Object {\n    var Name: SipRuleName\n    var TargetApplications: SipRuleTargetApplicationList\n    var TriggerType: SipRuleTriggerType\n    var TriggerValue: NonEmptyString\n    var Disabled: js.UndefOr[NullableBoolean]\n  }\n\n  object CreateSipRuleRequest {\n    @inline\n    def apply(\n        Name: SipRuleName,\n        TargetApplications: SipRuleTargetApplicationList,\n        TriggerType: SipRuleTriggerType,\n        TriggerValue: NonEmptyString,\n        Disabled: js.UndefOr[NullableBoolean] = js.undefined\n    ): CreateSipRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"TargetApplications\" -> TargetApplications.asInstanceOf[js.Any],\n        \"TriggerType\" -> TriggerType.asInstanceOf[js.Any],\n        \"TriggerValue\" -> TriggerValue.asInstanceOf[js.Any]\n      )\n\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSipRuleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSipRuleResponse extends js.Object {\n    var SipRule: js.UndefOr[SipRule]\n  }\n\n  object CreateSipRuleResponse {\n    @inline\n    def apply(\n        SipRule: js.UndefOr[SipRule] = js.undefined\n    ): CreateSipRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      SipRule.foreach(__v => __obj.updateDynamic(\"SipRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSipRuleResponse]\n    }\n  }\n\n  @js.native\n  trait CreateUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var Email: js.UndefOr[EmailAddress]\n    var UserType: js.UndefOr[UserType]\n    var Username: js.UndefOr[String]\n  }\n\n  object CreateUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        Email: js.UndefOr[EmailAddress] = js.undefined,\n        UserType: js.UndefOr[UserType] = js.undefined,\n        Username: js.UndefOr[String] = js.undefined\n    ): CreateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserRequest]\n    }\n  }\n\n  @js.native\n  trait CreateUserResponse extends js.Object {\n    var User: js.UndefOr[User]\n  }\n\n  object CreateUserResponse {\n    @inline\n    def apply(\n        User: js.UndefOr[User] = js.undefined\n    ): CreateUserResponse = {\n      val __obj = js.Dynamic.literal()\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVoiceConnectorGroupRequest extends js.Object {\n    var Name: VoiceConnectorGroupName\n    var VoiceConnectorItems: js.UndefOr[VoiceConnectorItemList]\n  }\n\n  object CreateVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        Name: VoiceConnectorGroupName,\n        VoiceConnectorItems: js.UndefOr[VoiceConnectorItemList] = js.undefined\n    ): CreateVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      VoiceConnectorItems.foreach(__v => __obj.updateDynamic(\"VoiceConnectorItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateVoiceConnectorGroupResponse extends js.Object {\n    var VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup]\n  }\n\n  object CreateVoiceConnectorGroupResponse {\n    @inline\n    def apply(\n        VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup] = js.undefined\n    ): CreateVoiceConnectorGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnectorGroup.foreach(__v => __obj.updateDynamic(\"VoiceConnectorGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVoiceConnectorGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVoiceConnectorRequest extends js.Object {\n    var Name: VoiceConnectorName\n    var RequireEncryption: Boolean\n    var AwsRegion: js.UndefOr[VoiceConnectorAwsRegion]\n  }\n\n  object CreateVoiceConnectorRequest {\n    @inline\n    def apply(\n        Name: VoiceConnectorName,\n        RequireEncryption: Boolean,\n        AwsRegion: js.UndefOr[VoiceConnectorAwsRegion] = js.undefined\n    ): CreateVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RequireEncryption\" -> RequireEncryption.asInstanceOf[js.Any]\n      )\n\n      AwsRegion.foreach(__v => __obj.updateDynamic(\"AwsRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait CreateVoiceConnectorResponse extends js.Object {\n    var VoiceConnector: js.UndefOr[VoiceConnector]\n  }\n\n  object CreateVoiceConnectorResponse {\n    @inline\n    def apply(\n        VoiceConnector: js.UndefOr[VoiceConnector] = js.undefined\n    ): CreateVoiceConnectorResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnector.foreach(__v => __obj.updateDynamic(\"VoiceConnector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVoiceConnectorResponse]\n    }\n  }\n\n  \/** The SIP credentials used to authenticate requests to your Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait Credential extends js.Object {\n    var Password: js.UndefOr[SensitiveString]\n    var Username: js.UndefOr[SensitiveString]\n  }\n\n  object Credential {\n    @inline\n    def apply(\n        Password: js.UndefOr[SensitiveString] = js.undefined,\n        Username: js.UndefOr[SensitiveString] = js.undefined\n    ): Credential = {\n      val __obj = js.Dynamic.literal()\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Credential]\n    }\n  }\n\n  \/** The Dialed Number Identification Service (DNIS) emergency calling configuration details associated with an Amazon Chime Voice Connector's emergency calling configuration.\n    *\/\n  @js.native\n  trait DNISEmergencyCallingConfiguration extends js.Object {\n    var CallingCountry: Alpha2CountryCode\n    var EmergencyPhoneNumber: E164PhoneNumber\n    var TestPhoneNumber: js.UndefOr[E164PhoneNumber]\n  }\n\n  object DNISEmergencyCallingConfiguration {\n    @inline\n    def apply(\n        CallingCountry: Alpha2CountryCode,\n        EmergencyPhoneNumber: E164PhoneNumber,\n        TestPhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined\n    ): DNISEmergencyCallingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"CallingCountry\" -> CallingCountry.asInstanceOf[js.Any],\n        \"EmergencyPhoneNumber\" -> EmergencyPhoneNumber.asInstanceOf[js.Any]\n      )\n\n      TestPhoneNumber.foreach(__v => __obj.updateDynamic(\"TestPhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DNISEmergencyCallingConfiguration]\n    }\n  }\n\n  @js.native\n  trait DeleteAccountRequest extends js.Object {\n    var AccountId: NonEmptyString\n  }\n\n  object DeleteAccountRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString\n    ): DeleteAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAccountResponse extends js.Object\n\n  object DeleteAccountResponse {\n    @inline\n    def apply(): DeleteAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAppInstanceAdminRequest extends js.Object {\n    var AppInstanceAdminArn: ChimeArn\n    var AppInstanceArn: ChimeArn\n  }\n\n  object DeleteAppInstanceAdminRequest {\n    @inline\n    def apply(\n        AppInstanceAdminArn: ChimeArn,\n        AppInstanceArn: ChimeArn\n    ): DeleteAppInstanceAdminRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceAdminArn\" -> AppInstanceAdminArn.asInstanceOf[js.Any],\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppInstanceAdminRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAppInstanceRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n  }\n\n  object DeleteAppInstanceRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn\n    ): DeleteAppInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAppInstanceStreamingConfigurationsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n  }\n\n  object DeleteAppInstanceStreamingConfigurationsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn\n    ): DeleteAppInstanceStreamingConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppInstanceStreamingConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: ChimeArn\n  }\n\n  object DeleteAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: ChimeArn\n    ): DeleteAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceUserArn\" -> AppInstanceUserArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAttendeeRequest extends js.Object {\n    var AttendeeId: GuidString\n    var MeetingId: GuidString\n  }\n\n  object DeleteAttendeeRequest {\n    @inline\n    def apply(\n        AttendeeId: GuidString,\n        MeetingId: GuidString\n    ): DeleteAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttendeeId\" -> AttendeeId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAttendeeRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelBanRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DeleteChannelBanRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DeleteChannelBanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelBanRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelMembershipRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DeleteChannelMembershipRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DeleteChannelMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelMessageRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MessageId: MessageId\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DeleteChannelMessageRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MessageId: MessageId,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DeleteChannelMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelMessageRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelModeratorRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChannelModeratorArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DeleteChannelModeratorRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChannelModeratorArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DeleteChannelModeratorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"ChannelModeratorArn\" -> ChannelModeratorArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelModeratorRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteChannelRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DeleteChannelRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DeleteChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEventsConfigurationRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n  }\n\n  object DeleteEventsConfigurationRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString\n    ): DeleteEventsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMeetingRequest extends js.Object {\n    var MeetingId: GuidString\n  }\n\n  object DeleteMeetingRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString\n    ): DeleteMeetingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMeetingRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePhoneNumberRequest extends js.Object {\n    var PhoneNumberId: String\n  }\n\n  object DeletePhoneNumberRequest {\n    @inline\n    def apply(\n        PhoneNumberId: String\n    ): DeletePhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberId\" -> PhoneNumberId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePhoneNumberRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProxySessionRequest extends js.Object {\n    var ProxySessionId: NonEmptyString128\n    var VoiceConnectorId: NonEmptyString128\n  }\n\n  object DeleteProxySessionRequest {\n    @inline\n    def apply(\n        ProxySessionId: NonEmptyString128,\n        VoiceConnectorId: NonEmptyString128\n    ): DeleteProxySessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProxySessionId\" -> ProxySessionId.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProxySessionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRoomMembershipRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MemberId: NonEmptyString\n    var RoomId: NonEmptyString\n  }\n\n  object DeleteRoomMembershipRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MemberId: NonEmptyString,\n        RoomId: NonEmptyString\n    ): DeleteRoomMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRoomMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRoomRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var RoomId: NonEmptyString\n  }\n\n  object DeleteRoomRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        RoomId: NonEmptyString\n    ): DeleteRoomRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRoomRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSipMediaApplicationRequest extends js.Object {\n    var SipMediaApplicationId: NonEmptyString\n  }\n\n  object DeleteSipMediaApplicationRequest {\n    @inline\n    def apply(\n        SipMediaApplicationId: NonEmptyString\n    ): DeleteSipMediaApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSipMediaApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSipRuleRequest extends js.Object {\n    var SipRuleId: NonEmptyString\n  }\n\n  object DeleteSipRuleRequest {\n    @inline\n    def apply(\n        SipRuleId: NonEmptyString\n    ): DeleteSipRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipRuleId\" -> SipRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSipRuleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorEmergencyCallingConfigurationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorEmergencyCallingConfigurationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorEmergencyCallingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorEmergencyCallingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorGroupRequest extends js.Object {\n    var VoiceConnectorGroupId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        VoiceConnectorGroupId: NonEmptyString\n    ): DeleteVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorGroupId\" -> VoiceConnectorGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorOriginationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorOriginationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorOriginationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorOriginationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorProxyRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString128\n  }\n\n  object DeleteVoiceConnectorProxyRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString128\n    ): DeleteVoiceConnectorProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorProxyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorStreamingConfigurationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorStreamingConfigurationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorStreamingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorStreamingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorTerminationCredentialsRequest extends js.Object {\n    var Usernames: SensitiveStringList\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorTerminationCredentialsRequest {\n    @inline\n    def apply(\n        Usernames: SensitiveStringList,\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorTerminationCredentialsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Usernames\" -> Usernames.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorTerminationCredentialsRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVoiceConnectorTerminationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DeleteVoiceConnectorTerminationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): DeleteVoiceConnectorTerminationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVoiceConnectorTerminationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceAdminRequest extends js.Object {\n    var AppInstanceAdminArn: ChimeArn\n    var AppInstanceArn: ChimeArn\n  }\n\n  object DescribeAppInstanceAdminRequest {\n    @inline\n    def apply(\n        AppInstanceAdminArn: ChimeArn,\n        AppInstanceArn: ChimeArn\n    ): DescribeAppInstanceAdminRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceAdminArn\" -> AppInstanceAdminArn.asInstanceOf[js.Any],\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAppInstanceAdminRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceAdminResponse extends js.Object {\n    var AppInstanceAdmin: js.UndefOr[AppInstanceAdmin]\n  }\n\n  object DescribeAppInstanceAdminResponse {\n    @inline\n    def apply(\n        AppInstanceAdmin: js.UndefOr[AppInstanceAdmin] = js.undefined\n    ): DescribeAppInstanceAdminResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceAdmin.foreach(__v => __obj.updateDynamic(\"AppInstanceAdmin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAppInstanceAdminResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n  }\n\n  object DescribeAppInstanceRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn\n    ): DescribeAppInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAppInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceResponse extends js.Object {\n    var AppInstance: js.UndefOr[AppInstance]\n  }\n\n  object DescribeAppInstanceResponse {\n    @inline\n    def apply(\n        AppInstance: js.UndefOr[AppInstance] = js.undefined\n    ): DescribeAppInstanceResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstance.foreach(__v => __obj.updateDynamic(\"AppInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAppInstanceResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: ChimeArn\n  }\n\n  object DescribeAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: ChimeArn\n    ): DescribeAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceUserArn\" -> AppInstanceUserArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAppInstanceUserResponse extends js.Object {\n    var AppInstanceUser: js.UndefOr[AppInstanceUser]\n  }\n\n  object DescribeAppInstanceUserResponse {\n    @inline\n    def apply(\n        AppInstanceUser: js.UndefOr[AppInstanceUser] = js.undefined\n    ): DescribeAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUser.foreach(__v => __obj.updateDynamic(\"AppInstanceUser\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelBanRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelBanRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelBanRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelBanRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelBanResponse extends js.Object {\n    var ChannelBan: js.UndefOr[ChannelBan]\n  }\n\n  object DescribeChannelBanResponse {\n    @inline\n    def apply(\n        ChannelBan: js.UndefOr[ChannelBan] = js.undefined\n    ): DescribeChannelBanResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelBan.foreach(__v => __obj.updateDynamic(\"ChannelBan\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelBanResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelMembershipForAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: ChimeArn\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelMembershipForAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: ChimeArn,\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelMembershipForAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceUserArn\" -> AppInstanceUserArn.asInstanceOf[js.Any],\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelMembershipForAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelMembershipForAppInstanceUserResponse extends js.Object {\n    var ChannelMembership: js.UndefOr[ChannelMembershipForAppInstanceUserSummary]\n  }\n\n  object DescribeChannelMembershipForAppInstanceUserResponse {\n    @inline\n    def apply(\n        ChannelMembership: js.UndefOr[ChannelMembershipForAppInstanceUserSummary] = js.undefined\n    ): DescribeChannelMembershipForAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelMembership.foreach(__v => __obj.updateDynamic(\"ChannelMembership\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelMembershipForAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelMembershipRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MemberArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelMembershipRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MemberArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MemberArn\" -> MemberArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelMembershipResponse extends js.Object {\n    var ChannelMembership: js.UndefOr[ChannelMembership]\n  }\n\n  object DescribeChannelMembershipResponse {\n    @inline\n    def apply(\n        ChannelMembership: js.UndefOr[ChannelMembership] = js.undefined\n    ): DescribeChannelMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelMembership.foreach(__v => __obj.updateDynamic(\"ChannelMembership\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelModeratedByAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: ChimeArn\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelModeratedByAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: ChimeArn,\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelModeratedByAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceUserArn\" -> AppInstanceUserArn.asInstanceOf[js.Any],\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelModeratedByAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelModeratedByAppInstanceUserResponse extends js.Object {\n    var Channel: js.UndefOr[ChannelModeratedByAppInstanceUserSummary]\n  }\n\n  object DescribeChannelModeratedByAppInstanceUserResponse {\n    @inline\n    def apply(\n        Channel: js.UndefOr[ChannelModeratedByAppInstanceUserSummary] = js.undefined\n    ): DescribeChannelModeratedByAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      Channel.foreach(__v => __obj.updateDynamic(\"Channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelModeratedByAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelModeratorRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChannelModeratorArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelModeratorRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChannelModeratorArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelModeratorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"ChannelModeratorArn\" -> ChannelModeratorArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelModeratorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelModeratorResponse extends js.Object {\n    var ChannelModerator: js.UndefOr[ChannelModerator]\n  }\n\n  object DescribeChannelModeratorResponse {\n    @inline\n    def apply(\n        ChannelModerator: js.UndefOr[ChannelModerator] = js.undefined\n    ): DescribeChannelModeratorResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelModerator.foreach(__v => __obj.updateDynamic(\"ChannelModerator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelModeratorResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object DescribeChannelRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): DescribeChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeChannelResponse extends js.Object {\n    var Channel: js.UndefOr[Channel]\n  }\n\n  object DescribeChannelResponse {\n    @inline\n    def apply(\n        Channel: js.UndefOr[Channel] = js.undefined\n    ): DescribeChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Channel.foreach(__v => __obj.updateDynamic(\"Channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumberFromUserRequest extends js.Object {\n    var AccountId: String\n    var UserId: String\n  }\n\n  object DisassociatePhoneNumberFromUserRequest {\n    @inline\n    def apply(\n        AccountId: String,\n        UserId: String\n    ): DisassociatePhoneNumberFromUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociatePhoneNumberFromUserRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumberFromUserResponse extends js.Object\n\n  object DisassociatePhoneNumberFromUserResponse {\n    @inline\n    def apply(): DisassociatePhoneNumberFromUserResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociatePhoneNumberFromUserResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumbersFromVoiceConnectorGroupRequest extends js.Object {\n    var E164PhoneNumbers: E164PhoneNumberList\n    var VoiceConnectorGroupId: NonEmptyString\n  }\n\n  object DisassociatePhoneNumbersFromVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        E164PhoneNumbers: E164PhoneNumberList,\n        VoiceConnectorGroupId: NonEmptyString\n    ): DisassociatePhoneNumbersFromVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"E164PhoneNumbers\" -> E164PhoneNumbers.asInstanceOf[js.Any],\n        \"VoiceConnectorGroupId\" -> VoiceConnectorGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociatePhoneNumbersFromVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumbersFromVoiceConnectorGroupResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object DisassociatePhoneNumbersFromVoiceConnectorGroupResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): DisassociatePhoneNumbersFromVoiceConnectorGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociatePhoneNumbersFromVoiceConnectorGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumbersFromVoiceConnectorRequest extends js.Object {\n    var E164PhoneNumbers: E164PhoneNumberList\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object DisassociatePhoneNumbersFromVoiceConnectorRequest {\n    @inline\n    def apply(\n        E164PhoneNumbers: E164PhoneNumberList,\n        VoiceConnectorId: NonEmptyString\n    ): DisassociatePhoneNumbersFromVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"E164PhoneNumbers\" -> E164PhoneNumbers.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociatePhoneNumbersFromVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociatePhoneNumbersFromVoiceConnectorResponse extends js.Object {\n    var PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList]\n  }\n\n  object DisassociatePhoneNumbersFromVoiceConnectorResponse {\n    @inline\n    def apply(\n        PhoneNumberErrors: js.UndefOr[PhoneNumberErrorList] = js.undefined\n    ): DisassociatePhoneNumbersFromVoiceConnectorResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberErrors.foreach(__v => __obj.updateDynamic(\"PhoneNumberErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociatePhoneNumbersFromVoiceConnectorResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateSigninDelegateGroupsFromAccountRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var GroupNames: NonEmptyStringList\n  }\n\n  object DisassociateSigninDelegateGroupsFromAccountRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        GroupNames: NonEmptyStringList\n    ): DisassociateSigninDelegateGroupsFromAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"GroupNames\" -> GroupNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateSigninDelegateGroupsFromAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateSigninDelegateGroupsFromAccountResponse extends js.Object\n\n  object DisassociateSigninDelegateGroupsFromAccountResponse {\n    @inline\n    def apply(): DisassociateSigninDelegateGroupsFromAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateSigninDelegateGroupsFromAccountResponse]\n    }\n  }\n\n  @js.native\n  sealed trait EmailStatus extends js.Any\n  object EmailStatus {\n    val NotSent = \"NotSent\".asInstanceOf[EmailStatus]\n    val Sent = \"Sent\".asInstanceOf[EmailStatus]\n    val Failed = \"Failed\".asInstanceOf[EmailStatus]\n\n    @inline def values = js.Array(NotSent, Sent, Failed)\n  }\n\n  \/** The emergency calling configuration details associated with an Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait EmergencyCallingConfiguration extends js.Object {\n    var DNIS: js.UndefOr[DNISEmergencyCallingConfigurationList]\n  }\n\n  object EmergencyCallingConfiguration {\n    @inline\n    def apply(\n        DNIS: js.UndefOr[DNISEmergencyCallingConfigurationList] = js.undefined\n    ): EmergencyCallingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DNIS.foreach(__v => __obj.updateDynamic(\"DNIS\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EmergencyCallingConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCode extends js.Any\n  object ErrorCode {\n    val BadRequest = \"BadRequest\".asInstanceOf[ErrorCode]\n    val Conflict = \"Conflict\".asInstanceOf[ErrorCode]\n    val Forbidden = \"Forbidden\".asInstanceOf[ErrorCode]\n    val NotFound = \"NotFound\".asInstanceOf[ErrorCode]\n    val PreconditionFailed = \"PreconditionFailed\".asInstanceOf[ErrorCode]\n    val ResourceLimitExceeded = \"ResourceLimitExceeded\".asInstanceOf[ErrorCode]\n    val ServiceFailure = \"ServiceFailure\".asInstanceOf[ErrorCode]\n    val AccessDenied = \"AccessDenied\".asInstanceOf[ErrorCode]\n    val ServiceUnavailable = \"ServiceUnavailable\".asInstanceOf[ErrorCode]\n    val Throttled = \"Throttled\".asInstanceOf[ErrorCode]\n    val Throttling = \"Throttling\".asInstanceOf[ErrorCode]\n    val Unauthorized = \"Unauthorized\".asInstanceOf[ErrorCode]\n    val Unprocessable = \"Unprocessable\".asInstanceOf[ErrorCode]\n    val VoiceConnectorGroupAssociationsExist = \"VoiceConnectorGroupAssociationsExist\".asInstanceOf[ErrorCode]\n    val PhoneNumberAssociationsExist = \"PhoneNumberAssociationsExist\".asInstanceOf[ErrorCode]\n\n    @inline def values = js.Array(\n      BadRequest,\n      Conflict,\n      Forbidden,\n      NotFound,\n      PreconditionFailed,\n      ResourceLimitExceeded,\n      ServiceFailure,\n      AccessDenied,\n      ServiceUnavailable,\n      Throttled,\n      Throttling,\n      Unauthorized,\n      Unprocessable,\n      VoiceConnectorGroupAssociationsExist,\n      PhoneNumberAssociationsExist\n    )\n  }\n\n  \/** The configuration that allows a bot to receive outgoing events. Can be either an HTTPS endpoint or a Lambda function ARN.\n    *\/\n  @js.native\n  trait EventsConfiguration extends js.Object {\n    var BotId: js.UndefOr[String]\n    var LambdaFunctionArn: js.UndefOr[SensitiveString]\n    var OutboundEventsHTTPSEndpoint: js.UndefOr[SensitiveString]\n  }\n\n  object EventsConfiguration {\n    @inline\n    def apply(\n        BotId: js.UndefOr[String] = js.undefined,\n        LambdaFunctionArn: js.UndefOr[SensitiveString] = js.undefined,\n        OutboundEventsHTTPSEndpoint: js.UndefOr[SensitiveString] = js.undefined\n    ): EventsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BotId.foreach(__v => __obj.updateDynamic(\"BotId\")(__v.asInstanceOf[js.Any]))\n      LambdaFunctionArn.foreach(__v => __obj.updateDynamic(\"LambdaFunctionArn\")(__v.asInstanceOf[js.Any]))\n      OutboundEventsHTTPSEndpoint.foreach(__v => __obj.updateDynamic(\"OutboundEventsHTTPSEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait GeoMatchLevel extends js.Any\n  object GeoMatchLevel {\n    val Country = \"Country\".asInstanceOf[GeoMatchLevel]\n    val AreaCode = \"AreaCode\".asInstanceOf[GeoMatchLevel]\n\n    @inline def values = js.Array(Country, AreaCode)\n  }\n\n  \/** The country and area code for a proxy phone number in a proxy phone session.\n    *\/\n  @js.native\n  trait GeoMatchParams extends js.Object {\n    var AreaCode: AreaCode\n    var Country: Country\n  }\n\n  object GeoMatchParams {\n    @inline\n    def apply(\n        AreaCode: AreaCode,\n        Country: Country\n    ): GeoMatchParams = {\n      val __obj = js.Dynamic.literal(\n        \"AreaCode\" -> AreaCode.asInstanceOf[js.Any],\n        \"Country\" -> Country.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GeoMatchParams]\n    }\n  }\n\n  @js.native\n  trait GetAccountRequest extends js.Object {\n    var AccountId: NonEmptyString\n  }\n\n  object GetAccountRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString\n    ): GetAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccountRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccountResponse extends js.Object {\n    var Account: js.UndefOr[Account]\n  }\n\n  object GetAccountResponse {\n    @inline\n    def apply(\n        Account: js.UndefOr[Account] = js.undefined\n    ): GetAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Account.foreach(__v => __obj.updateDynamic(\"Account\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountResponse]\n    }\n  }\n\n  @js.native\n  trait GetAccountSettingsRequest extends js.Object {\n    var AccountId: NonEmptyString\n  }\n\n  object GetAccountSettingsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString\n    ): GetAccountSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAccountSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAccountSettingsResponse extends js.Object {\n    var AccountSettings: js.UndefOr[AccountSettings]\n  }\n\n  object GetAccountSettingsResponse {\n    @inline\n    def apply(\n        AccountSettings: js.UndefOr[AccountSettings] = js.undefined\n    ): GetAccountSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountSettings.foreach(__v => __obj.updateDynamic(\"AccountSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAppInstanceRetentionSettingsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n  }\n\n  object GetAppInstanceRetentionSettingsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn\n    ): GetAppInstanceRetentionSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAppInstanceRetentionSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAppInstanceRetentionSettingsResponse extends js.Object {\n    var AppInstanceRetentionSettings: js.UndefOr[AppInstanceRetentionSettings]\n    var InitiateDeletionTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object GetAppInstanceRetentionSettingsResponse {\n    @inline\n    def apply(\n        AppInstanceRetentionSettings: js.UndefOr[AppInstanceRetentionSettings] = js.undefined,\n        InitiateDeletionTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): GetAppInstanceRetentionSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceRetentionSettings.foreach(__v => __obj.updateDynamic(\"AppInstanceRetentionSettings\")(__v.asInstanceOf[js.Any]))\n      InitiateDeletionTimestamp.foreach(__v => __obj.updateDynamic(\"InitiateDeletionTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAppInstanceRetentionSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAppInstanceStreamingConfigurationsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n  }\n\n  object GetAppInstanceStreamingConfigurationsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn\n    ): GetAppInstanceStreamingConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAppInstanceStreamingConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAppInstanceStreamingConfigurationsResponse extends js.Object {\n    var AppInstanceStreamingConfigurations: js.UndefOr[AppInstanceStreamingConfigurationList]\n  }\n\n  object GetAppInstanceStreamingConfigurationsResponse {\n    @inline\n    def apply(\n        AppInstanceStreamingConfigurations: js.UndefOr[AppInstanceStreamingConfigurationList] = js.undefined\n    ): GetAppInstanceStreamingConfigurationsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceStreamingConfigurations.foreach(__v => __obj.updateDynamic(\"AppInstanceStreamingConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAppInstanceStreamingConfigurationsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAttendeeRequest extends js.Object {\n    var AttendeeId: GuidString\n    var MeetingId: GuidString\n  }\n\n  object GetAttendeeRequest {\n    @inline\n    def apply(\n        AttendeeId: GuidString,\n        MeetingId: GuidString\n    ): GetAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttendeeId\" -> AttendeeId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAttendeeRequest]\n    }\n  }\n\n  @js.native\n  trait GetAttendeeResponse extends js.Object {\n    var Attendee: js.UndefOr[Attendee]\n  }\n\n  object GetAttendeeResponse {\n    @inline\n    def apply(\n        Attendee: js.UndefOr[Attendee] = js.undefined\n    ): GetAttendeeResponse = {\n      val __obj = js.Dynamic.literal()\n      Attendee.foreach(__v => __obj.updateDynamic(\"Attendee\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAttendeeResponse]\n    }\n  }\n\n  @js.native\n  trait GetBotRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n  }\n\n  object GetBotRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString\n    ): GetBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBotRequest]\n    }\n  }\n\n  @js.native\n  trait GetBotResponse extends js.Object {\n    var Bot: js.UndefOr[Bot]\n  }\n\n  object GetBotResponse {\n    @inline\n    def apply(\n        Bot: js.UndefOr[Bot] = js.undefined\n    ): GetBotResponse = {\n      val __obj = js.Dynamic.literal()\n      Bot.foreach(__v => __obj.updateDynamic(\"Bot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBotResponse]\n    }\n  }\n\n  @js.native\n  trait GetChannelMessageRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MessageId: MessageId\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object GetChannelMessageRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MessageId: MessageId,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): GetChannelMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelMessageRequest]\n    }\n  }\n\n  @js.native\n  trait GetChannelMessageResponse extends js.Object {\n    var ChannelMessage: js.UndefOr[ChannelMessage]\n  }\n\n  object GetChannelMessageResponse {\n    @inline\n    def apply(\n        ChannelMessage: js.UndefOr[ChannelMessage] = js.undefined\n    ): GetChannelMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelMessage.foreach(__v => __obj.updateDynamic(\"ChannelMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetChannelMessageResponse]\n    }\n  }\n\n  @js.native\n  trait GetEventsConfigurationRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n  }\n\n  object GetEventsConfigurationRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString\n    ): GetEventsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetEventsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetEventsConfigurationResponse extends js.Object {\n    var EventsConfiguration: js.UndefOr[EventsConfiguration]\n  }\n\n  object GetEventsConfigurationResponse {\n    @inline\n    def apply(\n        EventsConfiguration: js.UndefOr[EventsConfiguration] = js.undefined\n    ): GetEventsConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      EventsConfiguration.foreach(__v => __obj.updateDynamic(\"EventsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEventsConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetGlobalSettingsResponse extends js.Object {\n    var BusinessCalling: js.UndefOr[BusinessCallingSettings]\n    var VoiceConnector: js.UndefOr[VoiceConnectorSettings]\n  }\n\n  object GetGlobalSettingsResponse {\n    @inline\n    def apply(\n        BusinessCalling: js.UndefOr[BusinessCallingSettings] = js.undefined,\n        VoiceConnector: js.UndefOr[VoiceConnectorSettings] = js.undefined\n    ): GetGlobalSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      BusinessCalling.foreach(__v => __obj.updateDynamic(\"BusinessCalling\")(__v.asInstanceOf[js.Any]))\n      VoiceConnector.foreach(__v => __obj.updateDynamic(\"VoiceConnector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGlobalSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetMeetingRequest extends js.Object {\n    var MeetingId: GuidString\n  }\n\n  object GetMeetingRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString\n    ): GetMeetingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMeetingRequest]\n    }\n  }\n\n  @js.native\n  trait GetMeetingResponse extends js.Object {\n    var Meeting: js.UndefOr[Meeting]\n  }\n\n  object GetMeetingResponse {\n    @inline\n    def apply(\n        Meeting: js.UndefOr[Meeting] = js.undefined\n    ): GetMeetingResponse = {\n      val __obj = js.Dynamic.literal()\n      Meeting.foreach(__v => __obj.updateDynamic(\"Meeting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMeetingResponse]\n    }\n  }\n\n  @js.native\n  trait GetMessagingSessionEndpointRequest extends js.Object\n\n  object GetMessagingSessionEndpointRequest {\n    @inline\n    def apply(): GetMessagingSessionEndpointRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetMessagingSessionEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait GetMessagingSessionEndpointResponse extends js.Object {\n    var Endpoint: js.UndefOr[MessagingSessionEndpoint]\n  }\n\n  object GetMessagingSessionEndpointResponse {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[MessagingSessionEndpoint] = js.undefined\n    ): GetMessagingSessionEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMessagingSessionEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait GetPhoneNumberOrderRequest extends js.Object {\n    var PhoneNumberOrderId: GuidString\n  }\n\n  object GetPhoneNumberOrderRequest {\n    @inline\n    def apply(\n        PhoneNumberOrderId: GuidString\n    ): GetPhoneNumberOrderRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberOrderId\" -> PhoneNumberOrderId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPhoneNumberOrderRequest]\n    }\n  }\n\n  @js.native\n  trait GetPhoneNumberOrderResponse extends js.Object {\n    var PhoneNumberOrder: js.UndefOr[PhoneNumberOrder]\n  }\n\n  object GetPhoneNumberOrderResponse {\n    @inline\n    def apply(\n        PhoneNumberOrder: js.UndefOr[PhoneNumberOrder] = js.undefined\n    ): GetPhoneNumberOrderResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumberOrder.foreach(__v => __obj.updateDynamic(\"PhoneNumberOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPhoneNumberOrderResponse]\n    }\n  }\n\n  @js.native\n  trait GetPhoneNumberRequest extends js.Object {\n    var PhoneNumberId: String\n  }\n\n  object GetPhoneNumberRequest {\n    @inline\n    def apply(\n        PhoneNumberId: String\n    ): GetPhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberId\" -> PhoneNumberId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPhoneNumberRequest]\n    }\n  }\n\n  @js.native\n  trait GetPhoneNumberResponse extends js.Object {\n    var PhoneNumber: js.UndefOr[PhoneNumber]\n  }\n\n  object GetPhoneNumberResponse {\n    @inline\n    def apply(\n        PhoneNumber: js.UndefOr[PhoneNumber] = js.undefined\n    ): GetPhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPhoneNumberResponse]\n    }\n  }\n\n  @js.native\n  trait GetPhoneNumberSettingsResponse extends js.Object {\n    var CallingName: js.UndefOr[CallingName]\n    var CallingNameUpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object GetPhoneNumberSettingsResponse {\n    @inline\n    def apply(\n        CallingName: js.UndefOr[CallingName] = js.undefined,\n        CallingNameUpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): GetPhoneNumberSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      CallingName.foreach(__v => __obj.updateDynamic(\"CallingName\")(__v.asInstanceOf[js.Any]))\n      CallingNameUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"CallingNameUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPhoneNumberSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetProxySessionRequest extends js.Object {\n    var ProxySessionId: NonEmptyString128\n    var VoiceConnectorId: NonEmptyString128\n  }\n\n  object GetProxySessionRequest {\n    @inline\n    def apply(\n        ProxySessionId: NonEmptyString128,\n        VoiceConnectorId: NonEmptyString128\n    ): GetProxySessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProxySessionId\" -> ProxySessionId.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetProxySessionRequest]\n    }\n  }\n\n  @js.native\n  trait GetProxySessionResponse extends js.Object {\n    var ProxySession: js.UndefOr[ProxySession]\n  }\n\n  object GetProxySessionResponse {\n    @inline\n    def apply(\n        ProxySession: js.UndefOr[ProxySession] = js.undefined\n    ): GetProxySessionResponse = {\n      val __obj = js.Dynamic.literal()\n      ProxySession.foreach(__v => __obj.updateDynamic(\"ProxySession\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetProxySessionResponse]\n    }\n  }\n\n  @js.native\n  trait GetRetentionSettingsRequest extends js.Object {\n    var AccountId: NonEmptyString\n  }\n\n  object GetRetentionSettingsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString\n    ): GetRetentionSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRetentionSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRetentionSettingsResponse extends js.Object {\n    var InitiateDeletionTimestamp: js.UndefOr[Iso8601Timestamp]\n    var RetentionSettings: js.UndefOr[RetentionSettings]\n  }\n\n  object GetRetentionSettingsResponse {\n    @inline\n    def apply(\n        InitiateDeletionTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        RetentionSettings: js.UndefOr[RetentionSettings] = js.undefined\n    ): GetRetentionSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      InitiateDeletionTimestamp.foreach(__v => __obj.updateDynamic(\"InitiateDeletionTimestamp\")(__v.asInstanceOf[js.Any]))\n      RetentionSettings.foreach(__v => __obj.updateDynamic(\"RetentionSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRetentionSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetRoomRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var RoomId: NonEmptyString\n  }\n\n  object GetRoomRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        RoomId: NonEmptyString\n    ): GetRoomRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRoomRequest]\n    }\n  }\n\n  @js.native\n  trait GetRoomResponse extends js.Object {\n    var Room: js.UndefOr[Room]\n  }\n\n  object GetRoomResponse {\n    @inline\n    def apply(\n        Room: js.UndefOr[Room] = js.undefined\n    ): GetRoomResponse = {\n      val __obj = js.Dynamic.literal()\n      Room.foreach(__v => __obj.updateDynamic(\"Room\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRoomResponse]\n    }\n  }\n\n  @js.native\n  trait GetSipMediaApplicationLoggingConfigurationRequest extends js.Object {\n    var SipMediaApplicationId: NonEmptyString\n  }\n\n  object GetSipMediaApplicationLoggingConfigurationRequest {\n    @inline\n    def apply(\n        SipMediaApplicationId: NonEmptyString\n    ): GetSipMediaApplicationLoggingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSipMediaApplicationLoggingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetSipMediaApplicationLoggingConfigurationResponse extends js.Object {\n    var SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration]\n  }\n\n  object GetSipMediaApplicationLoggingConfigurationResponse {\n    @inline\n    def apply(\n        SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration] = js.undefined\n    ): GetSipMediaApplicationLoggingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplicationLoggingConfiguration.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationLoggingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSipMediaApplicationLoggingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetSipMediaApplicationRequest extends js.Object {\n    var SipMediaApplicationId: NonEmptyString\n  }\n\n  object GetSipMediaApplicationRequest {\n    @inline\n    def apply(\n        SipMediaApplicationId: NonEmptyString\n    ): GetSipMediaApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSipMediaApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait GetSipMediaApplicationResponse extends js.Object {\n    var SipMediaApplication: js.UndefOr[SipMediaApplication]\n  }\n\n  object GetSipMediaApplicationResponse {\n    @inline\n    def apply(\n        SipMediaApplication: js.UndefOr[SipMediaApplication] = js.undefined\n    ): GetSipMediaApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplication.foreach(__v => __obj.updateDynamic(\"SipMediaApplication\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSipMediaApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait GetSipRuleRequest extends js.Object {\n    var SipRuleId: NonEmptyString\n  }\n\n  object GetSipRuleRequest {\n    @inline\n    def apply(\n        SipRuleId: NonEmptyString\n    ): GetSipRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipRuleId\" -> SipRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSipRuleRequest]\n    }\n  }\n\n  @js.native\n  trait GetSipRuleResponse extends js.Object {\n    var SipRule: js.UndefOr[SipRule]\n  }\n\n  object GetSipRuleResponse {\n    @inline\n    def apply(\n        SipRule: js.UndefOr[SipRule] = js.undefined\n    ): GetSipRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      SipRule.foreach(__v => __obj.updateDynamic(\"SipRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSipRuleResponse]\n    }\n  }\n\n  @js.native\n  trait GetUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserId: NonEmptyString\n  }\n\n  object GetUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserId: NonEmptyString\n    ): GetUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUserRequest]\n    }\n  }\n\n  @js.native\n  trait GetUserResponse extends js.Object {\n    var User: js.UndefOr[User]\n  }\n\n  object GetUserResponse {\n    @inline\n    def apply(\n        User: js.UndefOr[User] = js.undefined\n    ): GetUserResponse = {\n      val __obj = js.Dynamic.literal()\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUserResponse]\n    }\n  }\n\n  @js.native\n  trait GetUserSettingsRequest extends js.Object {\n    var AccountId: String\n    var UserId: String\n  }\n\n  object GetUserSettingsRequest {\n    @inline\n    def apply(\n        AccountId: String,\n        UserId: String\n    ): GetUserSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetUserSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait GetUserSettingsResponse extends js.Object {\n    var UserSettings: js.UndefOr[UserSettings]\n  }\n\n  object GetUserSettingsResponse {\n    @inline\n    def apply(\n        UserSettings: js.UndefOr[UserSettings] = js.undefined\n    ): GetUserSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      UserSettings.foreach(__v => __obj.updateDynamic(\"UserSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUserSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorEmergencyCallingConfigurationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorEmergencyCallingConfigurationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorEmergencyCallingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorEmergencyCallingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorEmergencyCallingConfigurationResponse extends js.Object {\n    var EmergencyCallingConfiguration: js.UndefOr[EmergencyCallingConfiguration]\n  }\n\n  object GetVoiceConnectorEmergencyCallingConfigurationResponse {\n    @inline\n    def apply(\n        EmergencyCallingConfiguration: js.UndefOr[EmergencyCallingConfiguration] = js.undefined\n    ): GetVoiceConnectorEmergencyCallingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      EmergencyCallingConfiguration.foreach(__v => __obj.updateDynamic(\"EmergencyCallingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorEmergencyCallingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorGroupRequest extends js.Object {\n    var VoiceConnectorGroupId: NonEmptyString\n  }\n\n  object GetVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        VoiceConnectorGroupId: NonEmptyString\n    ): GetVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorGroupId\" -> VoiceConnectorGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorGroupResponse extends js.Object {\n    var VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup]\n  }\n\n  object GetVoiceConnectorGroupResponse {\n    @inline\n    def apply(\n        VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup] = js.undefined\n    ): GetVoiceConnectorGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnectorGroup.foreach(__v => __obj.updateDynamic(\"VoiceConnectorGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorGroupResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorLoggingConfigurationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorLoggingConfigurationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorLoggingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorLoggingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorLoggingConfigurationResponse extends js.Object {\n    var LoggingConfiguration: js.UndefOr[LoggingConfiguration]\n  }\n\n  object GetVoiceConnectorLoggingConfigurationResponse {\n    @inline\n    def apply(\n        LoggingConfiguration: js.UndefOr[LoggingConfiguration] = js.undefined\n    ): GetVoiceConnectorLoggingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      LoggingConfiguration.foreach(__v => __obj.updateDynamic(\"LoggingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorLoggingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorOriginationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorOriginationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorOriginationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorOriginationRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorOriginationResponse extends js.Object {\n    var Origination: js.UndefOr[Origination]\n  }\n\n  object GetVoiceConnectorOriginationResponse {\n    @inline\n    def apply(\n        Origination: js.UndefOr[Origination] = js.undefined\n    ): GetVoiceConnectorOriginationResponse = {\n      val __obj = js.Dynamic.literal()\n      Origination.foreach(__v => __obj.updateDynamic(\"Origination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorOriginationResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorProxyRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString128\n  }\n\n  object GetVoiceConnectorProxyRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString128\n    ): GetVoiceConnectorProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorProxyRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorProxyResponse extends js.Object {\n    var Proxy: js.UndefOr[Proxy]\n  }\n\n  object GetVoiceConnectorProxyResponse {\n    @inline\n    def apply(\n        Proxy: js.UndefOr[Proxy] = js.undefined\n    ): GetVoiceConnectorProxyResponse = {\n      val __obj = js.Dynamic.literal()\n      Proxy.foreach(__v => __obj.updateDynamic(\"Proxy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorProxyResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorResponse extends js.Object {\n    var VoiceConnector: js.UndefOr[VoiceConnector]\n  }\n\n  object GetVoiceConnectorResponse {\n    @inline\n    def apply(\n        VoiceConnector: js.UndefOr[VoiceConnector] = js.undefined\n    ): GetVoiceConnectorResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnector.foreach(__v => __obj.updateDynamic(\"VoiceConnector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorStreamingConfigurationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorStreamingConfigurationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorStreamingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorStreamingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorStreamingConfigurationResponse extends js.Object {\n    var StreamingConfiguration: js.UndefOr[StreamingConfiguration]\n  }\n\n  object GetVoiceConnectorStreamingConfigurationResponse {\n    @inline\n    def apply(\n        StreamingConfiguration: js.UndefOr[StreamingConfiguration] = js.undefined\n    ): GetVoiceConnectorStreamingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      StreamingConfiguration.foreach(__v => __obj.updateDynamic(\"StreamingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorStreamingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorTerminationHealthRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorTerminationHealthRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorTerminationHealthRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorTerminationHealthRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorTerminationHealthResponse extends js.Object {\n    var TerminationHealth: js.UndefOr[TerminationHealth]\n  }\n\n  object GetVoiceConnectorTerminationHealthResponse {\n    @inline\n    def apply(\n        TerminationHealth: js.UndefOr[TerminationHealth] = js.undefined\n    ): GetVoiceConnectorTerminationHealthResponse = {\n      val __obj = js.Dynamic.literal()\n      TerminationHealth.foreach(__v => __obj.updateDynamic(\"TerminationHealth\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorTerminationHealthResponse]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorTerminationRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object GetVoiceConnectorTerminationRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): GetVoiceConnectorTerminationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVoiceConnectorTerminationRequest]\n    }\n  }\n\n  @js.native\n  trait GetVoiceConnectorTerminationResponse extends js.Object {\n    var Termination: js.UndefOr[Termination]\n  }\n\n  object GetVoiceConnectorTerminationResponse {\n    @inline\n    def apply(\n        Termination: js.UndefOr[Termination] = js.undefined\n    ): GetVoiceConnectorTerminationResponse = {\n      val __obj = js.Dynamic.literal()\n      Termination.foreach(__v => __obj.updateDynamic(\"Termination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVoiceConnectorTerminationResponse]\n    }\n  }\n\n  \/** The details of a user.\n    *\/\n  @js.native\n  trait Identity extends js.Object {\n    var Arn: js.UndefOr[ChimeArn]\n    var Name: js.UndefOr[ResourceName]\n  }\n\n  object Identity {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ChimeArn] = js.undefined,\n        Name: js.UndefOr[ResourceName] = js.undefined\n    ): Identity = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Identity]\n    }\n  }\n\n  \/** Invitation object returned after emailing users to invite them to join the Amazon Chime <code>Team<\/code> account.\n    *\/\n  @js.native\n  trait Invite extends js.Object {\n    var EmailAddress: js.UndefOr[EmailAddress]\n    var EmailStatus: js.UndefOr[EmailStatus]\n    var InviteId: js.UndefOr[String]\n    var Status: js.UndefOr[InviteStatus]\n  }\n\n  object Invite {\n    @inline\n    def apply(\n        EmailAddress: js.UndefOr[EmailAddress] = js.undefined,\n        EmailStatus: js.UndefOr[EmailStatus] = js.undefined,\n        InviteId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[InviteStatus] = js.undefined\n    ): Invite = {\n      val __obj = js.Dynamic.literal()\n      EmailAddress.foreach(__v => __obj.updateDynamic(\"EmailAddress\")(__v.asInstanceOf[js.Any]))\n      EmailStatus.foreach(__v => __obj.updateDynamic(\"EmailStatus\")(__v.asInstanceOf[js.Any]))\n      InviteId.foreach(__v => __obj.updateDynamic(\"InviteId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Invite]\n    }\n  }\n\n  @js.native\n  sealed trait InviteStatus extends js.Any\n  object InviteStatus {\n    val Pending = \"Pending\".asInstanceOf[InviteStatus]\n    val Accepted = \"Accepted\".asInstanceOf[InviteStatus]\n    val Failed = \"Failed\".asInstanceOf[InviteStatus]\n\n    @inline def values = js.Array(Pending, Accepted, Failed)\n  }\n\n  @js.native\n  trait InviteUsersRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserEmailList: UserEmailList\n    var UserType: js.UndefOr[UserType]\n  }\n\n  object InviteUsersRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserEmailList: UserEmailList,\n        UserType: js.UndefOr[UserType] = js.undefined\n    ): InviteUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserEmailList\" -> UserEmailList.asInstanceOf[js.Any]\n      )\n\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InviteUsersRequest]\n    }\n  }\n\n  @js.native\n  trait InviteUsersResponse extends js.Object {\n    var Invites: js.UndefOr[InviteList]\n  }\n\n  object InviteUsersResponse {\n    @inline\n    def apply(\n        Invites: js.UndefOr[InviteList] = js.undefined\n    ): InviteUsersResponse = {\n      val __obj = js.Dynamic.literal()\n      Invites.foreach(__v => __obj.updateDynamic(\"Invites\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InviteUsersResponse]\n    }\n  }\n\n  @js.native\n  sealed trait License extends js.Any\n  object License {\n    val Basic = \"Basic\".asInstanceOf[License]\n    val Plus = \"Plus\".asInstanceOf[License]\n    val Pro = \"Pro\".asInstanceOf[License]\n    val ProTrial = \"ProTrial\".asInstanceOf[License]\n\n    @inline def values = js.Array(Basic, Plus, Pro, ProTrial)\n  }\n\n  @js.native\n  trait ListAccountsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ProfileServiceMaxResults]\n    var Name: js.UndefOr[AccountName]\n    var NextToken: js.UndefOr[String]\n    var UserEmail: js.UndefOr[EmailAddress]\n  }\n\n  object ListAccountsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ProfileServiceMaxResults] = js.undefined,\n        Name: js.UndefOr[AccountName] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        UserEmail: js.UndefOr[EmailAddress] = js.undefined\n    ): ListAccountsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UserEmail.foreach(__v => __obj.updateDynamic(\"UserEmail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccountsResponse extends js.Object {\n    var Accounts: js.UndefOr[AccountList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAccountsResponse {\n    @inline\n    def apply(\n        Accounts: js.UndefOr[AccountList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAccountsResponse = {\n      val __obj = js.Dynamic.literal()\n      Accounts.foreach(__v => __obj.updateDynamic(\"Accounts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAppInstanceAdminsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstanceAdminsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstanceAdminsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstanceAdminsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppInstanceAdminsResponse extends js.Object {\n    var AppInstanceAdmins: js.UndefOr[AppInstanceAdminList]\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstanceAdminsResponse {\n    @inline\n    def apply(\n        AppInstanceAdmins: js.UndefOr[AppInstanceAdminList] = js.undefined,\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstanceAdminsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceAdmins.foreach(__v => __obj.updateDynamic(\"AppInstanceAdmins\")(__v.asInstanceOf[js.Any]))\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstanceAdminsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAppInstanceUsersRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstanceUsersRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstanceUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstanceUsersRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppInstanceUsersResponse extends js.Object {\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n    var AppInstanceUsers: js.UndefOr[AppInstanceUserList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstanceUsersResponse {\n    @inline\n    def apply(\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined,\n        AppInstanceUsers: js.UndefOr[AppInstanceUserList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstanceUsersResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      AppInstanceUsers.foreach(__v => __obj.updateDynamic(\"AppInstanceUsers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstanceUsersResponse]\n    }\n  }\n\n  @js.native\n  trait ListAppInstancesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstancesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstancesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstancesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAppInstancesResponse extends js.Object {\n    var AppInstances: js.UndefOr[AppInstanceList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppInstancesResponse {\n    @inline\n    def apply(\n        AppInstances: js.UndefOr[AppInstanceList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppInstancesResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstances.foreach(__v => __obj.updateDynamic(\"AppInstances\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppInstancesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttendeeTagsRequest extends js.Object {\n    var AttendeeId: GuidString\n    var MeetingId: GuidString\n  }\n\n  object ListAttendeeTagsRequest {\n    @inline\n    def apply(\n        AttendeeId: GuidString,\n        MeetingId: GuidString\n    ): ListAttendeeTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttendeeId\" -> AttendeeId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListAttendeeTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAttendeeTagsResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListAttendeeTagsResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListAttendeeTagsResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttendeeTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttendeesRequest extends js.Object {\n    var MeetingId: GuidString\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAttendeesRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAttendeesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttendeesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAttendeesResponse extends js.Object {\n    var Attendees: js.UndefOr[AttendeeList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListAttendeesResponse {\n    @inline\n    def apply(\n        Attendees: js.UndefOr[AttendeeList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListAttendeesResponse = {\n      val __obj = js.Dynamic.literal()\n      Attendees.foreach(__v => __obj.updateDynamic(\"Attendees\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttendeesResponse]\n    }\n  }\n\n  @js.native\n  trait ListBotsRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListBotsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListBotsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBotsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBotsResponse extends js.Object {\n    var Bots: js.UndefOr[BotList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListBotsResponse {\n    @inline\n    def apply(\n        Bots: js.UndefOr[BotList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListBotsResponse = {\n      val __obj = js.Dynamic.literal()\n      Bots.foreach(__v => __obj.updateDynamic(\"Bots\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBotsResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelBansRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelBansRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelBansRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelBansRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelBansResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var ChannelBans: js.UndefOr[ChannelBanSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelBansResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChannelBans: js.UndefOr[ChannelBanSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelBansResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      ChannelBans.foreach(__v => __obj.updateDynamic(\"ChannelBans\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelBansResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelMembershipsForAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelMembershipsForAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelMembershipsForAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMembershipsForAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelMembershipsForAppInstanceUserResponse extends js.Object {\n    var ChannelMemberships: js.UndefOr[ChannelMembershipForAppInstanceUserSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelMembershipsForAppInstanceUserResponse {\n    @inline\n    def apply(\n        ChannelMemberships: js.UndefOr[ChannelMembershipForAppInstanceUserSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelMembershipsForAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelMemberships.foreach(__v => __obj.updateDynamic(\"ChannelMemberships\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMembershipsForAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelMembershipsRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Type: js.UndefOr[ChannelMembershipType]\n  }\n\n  object ListChannelMembershipsRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Type: js.UndefOr[ChannelMembershipType] = js.undefined\n    ): ListChannelMembershipsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMembershipsRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelMembershipsResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var ChannelMemberships: js.UndefOr[ChannelMembershipSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelMembershipsResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChannelMemberships: js.UndefOr[ChannelMembershipSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelMembershipsResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      ChannelMemberships.foreach(__v => __obj.updateDynamic(\"ChannelMemberships\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMembershipsResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelMessagesRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var NotAfter: js.UndefOr[Timestamp]\n    var NotBefore: js.UndefOr[Timestamp]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListChannelMessagesRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        NotAfter: js.UndefOr[Timestamp] = js.undefined,\n        NotBefore: js.UndefOr[Timestamp] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListChannelMessagesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      NotAfter.foreach(__v => __obj.updateDynamic(\"NotAfter\")(__v.asInstanceOf[js.Any]))\n      NotBefore.foreach(__v => __obj.updateDynamic(\"NotBefore\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMessagesRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelMessagesResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var ChannelMessages: js.UndefOr[ChannelMessageSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelMessagesResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChannelMessages: js.UndefOr[ChannelMessageSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelMessagesResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      ChannelMessages.foreach(__v => __obj.updateDynamic(\"ChannelMessages\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelMessagesResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelModeratorsRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelModeratorsRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelModeratorsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelModeratorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelModeratorsResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var ChannelModerators: js.UndefOr[ChannelModeratorSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelModeratorsResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChannelModerators: js.UndefOr[ChannelModeratorSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelModeratorsResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      ChannelModerators.foreach(__v => __obj.updateDynamic(\"ChannelModerators\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelModeratorsResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelsModeratedByAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelsModeratedByAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelsModeratedByAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsModeratedByAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelsModeratedByAppInstanceUserResponse extends js.Object {\n    var Channels: js.UndefOr[ChannelModeratedByAppInstanceUserSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelsModeratedByAppInstanceUserResponse {\n    @inline\n    def apply(\n        Channels: js.UndefOr[ChannelModeratedByAppInstanceUserSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelsModeratedByAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsModeratedByAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait ListChannelsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Privacy: js.UndefOr[ChannelPrivacy]\n  }\n\n  object ListChannelsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Privacy: js.UndefOr[ChannelPrivacy] = js.undefined\n    ): ListChannelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Privacy.foreach(__v => __obj.updateDynamic(\"Privacy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListChannelsResponse extends js.Object {\n    var Channels: js.UndefOr[ChannelSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChannelsResponse {\n    @inline\n    def apply(\n        Channels: js.UndefOr[ChannelSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChannelsResponse = {\n      val __obj = js.Dynamic.literal()\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMeetingTagsRequest extends js.Object {\n    var MeetingId: GuidString\n  }\n\n  object ListMeetingTagsRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString\n    ): ListMeetingTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListMeetingTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMeetingTagsResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListMeetingTagsResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListMeetingTagsResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMeetingTagsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMeetingsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListMeetingsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListMeetingsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMeetingsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMeetingsResponse extends js.Object {\n    var Meetings: js.UndefOr[MeetingList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListMeetingsResponse {\n    @inline\n    def apply(\n        Meetings: js.UndefOr[MeetingList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListMeetingsResponse = {\n      val __obj = js.Dynamic.literal()\n      Meetings.foreach(__v => __obj.updateDynamic(\"Meetings\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMeetingsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPhoneNumberOrdersRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListPhoneNumberOrdersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListPhoneNumberOrdersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumberOrdersRequest]\n    }\n  }\n\n  @js.native\n  trait ListPhoneNumberOrdersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var PhoneNumberOrders: js.UndefOr[PhoneNumberOrderList]\n  }\n\n  object ListPhoneNumberOrdersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        PhoneNumberOrders: js.UndefOr[PhoneNumberOrderList] = js.undefined\n    ): ListPhoneNumberOrdersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PhoneNumberOrders.foreach(__v => __obj.updateDynamic(\"PhoneNumberOrders\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumberOrdersResponse]\n    }\n  }\n\n  @js.native\n  trait ListPhoneNumbersRequest extends js.Object {\n    var FilterName: js.UndefOr[PhoneNumberAssociationName]\n    var FilterValue: js.UndefOr[String]\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n    var ProductType: js.UndefOr[PhoneNumberProductType]\n    var Status: js.UndefOr[PhoneNumberStatus]\n  }\n\n  object ListPhoneNumbersRequest {\n    @inline\n    def apply(\n        FilterName: js.UndefOr[PhoneNumberAssociationName] = js.undefined,\n        FilterValue: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        ProductType: js.UndefOr[PhoneNumberProductType] = js.undefined,\n        Status: js.UndefOr[PhoneNumberStatus] = js.undefined\n    ): ListPhoneNumbersRequest = {\n      val __obj = js.Dynamic.literal()\n      FilterName.foreach(__v => __obj.updateDynamic(\"FilterName\")(__v.asInstanceOf[js.Any]))\n      FilterValue.foreach(__v => __obj.updateDynamic(\"FilterValue\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProductType.foreach(__v => __obj.updateDynamic(\"ProductType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumbersRequest]\n    }\n  }\n\n  @js.native\n  trait ListPhoneNumbersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var PhoneNumbers: js.UndefOr[PhoneNumberList]\n  }\n\n  object ListPhoneNumbersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        PhoneNumbers: js.UndefOr[PhoneNumberList] = js.undefined\n    ): ListPhoneNumbersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PhoneNumbers.foreach(__v => __obj.updateDynamic(\"PhoneNumbers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPhoneNumbersResponse]\n    }\n  }\n\n  @js.native\n  trait ListProxySessionsRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString128\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[NextTokenString]\n    var Status: js.UndefOr[ProxySessionStatus]\n  }\n\n  object ListProxySessionsRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString128,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        Status: js.UndefOr[ProxySessionStatus] = js.undefined\n    ): ListProxySessionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProxySessionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProxySessionsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextTokenString]\n    var ProxySessions: js.UndefOr[ProxySessions]\n  }\n\n  object ListProxySessionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        ProxySessions: js.UndefOr[ProxySessions] = js.undefined\n    ): ListProxySessionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProxySessions.foreach(__v => __obj.updateDynamic(\"ProxySessions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProxySessionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRoomMembershipsRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var RoomId: NonEmptyString\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListRoomMembershipsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        RoomId: NonEmptyString,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListRoomMembershipsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoomMembershipsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRoomMembershipsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var RoomMemberships: js.UndefOr[RoomMembershipList]\n  }\n\n  object ListRoomMembershipsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        RoomMemberships: js.UndefOr[RoomMembershipList] = js.undefined\n    ): ListRoomMembershipsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RoomMemberships.foreach(__v => __obj.updateDynamic(\"RoomMemberships\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoomMembershipsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRoomsRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MaxResults: js.UndefOr[ResultMax]\n    var MemberId: js.UndefOr[String]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListRoomsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        MemberId: js.UndefOr[String] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListRoomsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoomsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRoomsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Rooms: js.UndefOr[RoomList]\n  }\n\n  object ListRoomsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Rooms: js.UndefOr[RoomList] = js.undefined\n    ): ListRoomsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Rooms.foreach(__v => __obj.updateDynamic(\"Rooms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoomsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSipMediaApplicationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[NextTokenString]\n  }\n\n  object ListSipMediaApplicationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined\n    ): ListSipMediaApplicationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSipMediaApplicationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSipMediaApplicationsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextTokenString]\n    var SipMediaApplications: js.UndefOr[SipMediaApplicationList]\n  }\n\n  object ListSipMediaApplicationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        SipMediaApplications: js.UndefOr[SipMediaApplicationList] = js.undefined\n    ): ListSipMediaApplicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SipMediaApplications.foreach(__v => __obj.updateDynamic(\"SipMediaApplications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSipMediaApplicationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSipRulesRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[NextTokenString]\n    var SipMediaApplicationId: js.UndefOr[NonEmptyString]\n  }\n\n  object ListSipRulesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        SipMediaApplicationId: js.UndefOr[NonEmptyString] = js.undefined\n    ): ListSipRulesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SipMediaApplicationId.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSipRulesRequest]\n    }\n  }\n\n  @js.native\n  trait ListSipRulesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextTokenString]\n    var SipRules: js.UndefOr[SipRuleList]\n  }\n\n  object ListSipRulesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        SipRules: js.UndefOr[SipRuleList] = js.undefined\n    ): ListSipRulesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SipRules.foreach(__v => __obj.updateDynamic(\"SipRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSipRulesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListUsersRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MaxResults: js.UndefOr[ProfileServiceMaxResults]\n    var NextToken: js.UndefOr[String]\n    var UserEmail: js.UndefOr[EmailAddress]\n    var UserType: js.UndefOr[UserType]\n  }\n\n  object ListUsersRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MaxResults: js.UndefOr[ProfileServiceMaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        UserEmail: js.UndefOr[EmailAddress] = js.undefined,\n        UserType: js.UndefOr[UserType] = js.undefined\n    ): ListUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      UserEmail.foreach(__v => __obj.updateDynamic(\"UserEmail\")(__v.asInstanceOf[js.Any]))\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersRequest]\n    }\n  }\n\n  @js.native\n  trait ListUsersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Users: js.UndefOr[UserList]\n  }\n\n  object ListUsersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Users: js.UndefOr[UserList] = js.undefined\n    ): ListUsersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Users.foreach(__v => __obj.updateDynamic(\"Users\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersResponse]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListVoiceConnectorGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListVoiceConnectorGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVoiceConnectorGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorGroupsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var VoiceConnectorGroups: js.UndefOr[VoiceConnectorGroupList]\n  }\n\n  object ListVoiceConnectorGroupsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        VoiceConnectorGroups: js.UndefOr[VoiceConnectorGroupList] = js.undefined\n    ): ListVoiceConnectorGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectorGroups.foreach(__v => __obj.updateDynamic(\"VoiceConnectorGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVoiceConnectorGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorTerminationCredentialsRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object ListVoiceConnectorTerminationCredentialsRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString\n    ): ListVoiceConnectorTerminationCredentialsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListVoiceConnectorTerminationCredentialsRequest]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorTerminationCredentialsResponse extends js.Object {\n    var Usernames: js.UndefOr[SensitiveStringList]\n  }\n\n  object ListVoiceConnectorTerminationCredentialsResponse {\n    @inline\n    def apply(\n        Usernames: js.UndefOr[SensitiveStringList] = js.undefined\n    ): ListVoiceConnectorTerminationCredentialsResponse = {\n      val __obj = js.Dynamic.literal()\n      Usernames.foreach(__v => __obj.updateDynamic(\"Usernames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVoiceConnectorTerminationCredentialsResponse]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ResultMax]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListVoiceConnectorsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ResultMax] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListVoiceConnectorsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVoiceConnectorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListVoiceConnectorsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var VoiceConnectors: js.UndefOr[VoiceConnectorList]\n  }\n\n  object ListVoiceConnectorsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        VoiceConnectors: js.UndefOr[VoiceConnectorList] = js.undefined\n    ): ListVoiceConnectorsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectors.foreach(__v => __obj.updateDynamic(\"VoiceConnectors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVoiceConnectorsResponse]\n    }\n  }\n\n  \/** The logging configuration associated with an Amazon Chime Voice Connector. Specifies whether SIP message logs are enabled for sending to Amazon CloudWatch Logs.\n    *\/\n  @js.native\n  trait LoggingConfiguration extends js.Object {\n    var EnableSIPLogs: js.UndefOr[Boolean]\n  }\n\n  object LoggingConfiguration {\n    @inline\n    def apply(\n        EnableSIPLogs: js.UndefOr[Boolean] = js.undefined\n    ): LoggingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      EnableSIPLogs.foreach(__v => __obj.updateDynamic(\"EnableSIPLogs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoggingConfiguration]\n    }\n  }\n\n  @js.native\n  trait LogoutUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserId: NonEmptyString\n  }\n\n  object LogoutUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserId: NonEmptyString\n    ): LogoutUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LogoutUserRequest]\n    }\n  }\n\n  @js.native\n  trait LogoutUserResponse extends js.Object\n\n  object LogoutUserResponse {\n    @inline\n    def apply(): LogoutUserResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[LogoutUserResponse]\n    }\n  }\n\n  \/** A set of endpoints used by clients to connect to the media service group for a Amazon Chime SDK meeting.\n    *\/\n  @js.native\n  trait MediaPlacement extends js.Object {\n    var AudioFallbackUrl: js.UndefOr[UriType]\n    var AudioHostUrl: js.UndefOr[UriType]\n    var ScreenDataUrl: js.UndefOr[UriType]\n    var ScreenSharingUrl: js.UndefOr[UriType]\n    var ScreenViewingUrl: js.UndefOr[UriType]\n    var SignalingUrl: js.UndefOr[UriType]\n    var TurnControlUrl: js.UndefOr[UriType]\n  }\n\n  object MediaPlacement {\n    @inline\n    def apply(\n        AudioFallbackUrl: js.UndefOr[UriType] = js.undefined,\n        AudioHostUrl: js.UndefOr[UriType] = js.undefined,\n        ScreenDataUrl: js.UndefOr[UriType] = js.undefined,\n        ScreenSharingUrl: js.UndefOr[UriType] = js.undefined,\n        ScreenViewingUrl: js.UndefOr[UriType] = js.undefined,\n        SignalingUrl: js.UndefOr[UriType] = js.undefined,\n        TurnControlUrl: js.UndefOr[UriType] = js.undefined\n    ): MediaPlacement = {\n      val __obj = js.Dynamic.literal()\n      AudioFallbackUrl.foreach(__v => __obj.updateDynamic(\"AudioFallbackUrl\")(__v.asInstanceOf[js.Any]))\n      AudioHostUrl.foreach(__v => __obj.updateDynamic(\"AudioHostUrl\")(__v.asInstanceOf[js.Any]))\n      ScreenDataUrl.foreach(__v => __obj.updateDynamic(\"ScreenDataUrl\")(__v.asInstanceOf[js.Any]))\n      ScreenSharingUrl.foreach(__v => __obj.updateDynamic(\"ScreenSharingUrl\")(__v.asInstanceOf[js.Any]))\n      ScreenViewingUrl.foreach(__v => __obj.updateDynamic(\"ScreenViewingUrl\")(__v.asInstanceOf[js.Any]))\n      SignalingUrl.foreach(__v => __obj.updateDynamic(\"SignalingUrl\")(__v.asInstanceOf[js.Any]))\n      TurnControlUrl.foreach(__v => __obj.updateDynamic(\"TurnControlUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MediaPlacement]\n    }\n  }\n\n  \/** A meeting created using the Amazon Chime SDK.\n    *\/\n  @js.native\n  trait Meeting extends js.Object {\n    var ExternalMeetingId: js.UndefOr[ExternalMeetingIdType]\n    var MediaPlacement: js.UndefOr[MediaPlacement]\n    var MediaRegion: js.UndefOr[String]\n    var MeetingId: js.UndefOr[GuidString]\n  }\n\n  object Meeting {\n    @inline\n    def apply(\n        ExternalMeetingId: js.UndefOr[ExternalMeetingIdType] = js.undefined,\n        MediaPlacement: js.UndefOr[MediaPlacement] = js.undefined,\n        MediaRegion: js.UndefOr[String] = js.undefined,\n        MeetingId: js.UndefOr[GuidString] = js.undefined\n    ): Meeting = {\n      val __obj = js.Dynamic.literal()\n      ExternalMeetingId.foreach(__v => __obj.updateDynamic(\"ExternalMeetingId\")(__v.asInstanceOf[js.Any]))\n      MediaPlacement.foreach(__v => __obj.updateDynamic(\"MediaPlacement\")(__v.asInstanceOf[js.Any]))\n      MediaRegion.foreach(__v => __obj.updateDynamic(\"MediaRegion\")(__v.asInstanceOf[js.Any]))\n      MeetingId.foreach(__v => __obj.updateDynamic(\"MeetingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Meeting]\n    }\n  }\n\n  \/** The resource target configurations for receiving Amazon Chime SDK meeting and attendee event notifications. The Amazon Chime SDK supports resource targets located in the US East (N. Virginia) AWS Region (<code>us-east-1<\/code>).\n    *\/\n  @js.native\n  trait MeetingNotificationConfiguration extends js.Object {\n    var SnsTopicArn: js.UndefOr[Arn]\n    var SqsQueueArn: js.UndefOr[Arn]\n  }\n\n  object MeetingNotificationConfiguration {\n    @inline\n    def apply(\n        SnsTopicArn: js.UndefOr[Arn] = js.undefined,\n        SqsQueueArn: js.UndefOr[Arn] = js.undefined\n    ): MeetingNotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SqsQueueArn.foreach(__v => __obj.updateDynamic(\"SqsQueueArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MeetingNotificationConfiguration]\n    }\n  }\n\n  \/** The member details, such as email address, name, member ID, and member type.\n    *\/\n  @js.native\n  trait Member extends js.Object {\n    var AccountId: js.UndefOr[NonEmptyString]\n    var Email: js.UndefOr[SensitiveString]\n    var FullName: js.UndefOr[SensitiveString]\n    var MemberId: js.UndefOr[NonEmptyString]\n    var MemberType: js.UndefOr[MemberType]\n  }\n\n  object Member {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        Email: js.UndefOr[SensitiveString] = js.undefined,\n        FullName: js.UndefOr[SensitiveString] = js.undefined,\n        MemberId: js.UndefOr[NonEmptyString] = js.undefined,\n        MemberType: js.UndefOr[MemberType] = js.undefined\n    ): Member = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      FullName.foreach(__v => __obj.updateDynamic(\"FullName\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      MemberType.foreach(__v => __obj.updateDynamic(\"MemberType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Member]\n    }\n  }\n\n  \/** The list of errors returned when a member action results in an error.\n    *\/\n  @js.native\n  trait MemberError extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n    var MemberId: js.UndefOr[NonEmptyString]\n  }\n\n  object MemberError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        MemberId: js.UndefOr[NonEmptyString] = js.undefined\n    ): MemberError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberError]\n    }\n  }\n\n  @js.native\n  sealed trait MemberType extends js.Any\n  object MemberType {\n    val User = \"User\".asInstanceOf[MemberType]\n    val Bot = \"Bot\".asInstanceOf[MemberType]\n    val Webhook = \"Webhook\".asInstanceOf[MemberType]\n\n    @inline def values = js.Array(User, Bot, Webhook)\n  }\n\n  \/** Membership details, such as member ID and member role.\n    *\/\n  @js.native\n  trait MembershipItem extends js.Object {\n    var MemberId: js.UndefOr[NonEmptyString]\n    var Role: js.UndefOr[RoomMembershipRole]\n  }\n\n  object MembershipItem {\n    @inline\n    def apply(\n        MemberId: js.UndefOr[NonEmptyString] = js.undefined,\n        Role: js.UndefOr[RoomMembershipRole] = js.undefined\n    ): MembershipItem = {\n      val __obj = js.Dynamic.literal()\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MembershipItem]\n    }\n  }\n\n  \/** The websocket endpoint used to connect to Amazon Chime SDK messaging.\n    *\/\n  @js.native\n  trait MessagingSessionEndpoint extends js.Object {\n    var Url: js.UndefOr[UrlType]\n  }\n\n  object MessagingSessionEndpoint {\n    @inline\n    def apply(\n        Url: js.UndefOr[UrlType] = js.undefined\n    ): MessagingSessionEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MessagingSessionEndpoint]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationTarget extends js.Any\n  object NotificationTarget {\n    val EventBridge = \"EventBridge\".asInstanceOf[NotificationTarget]\n    val SNS = \"SNS\".asInstanceOf[NotificationTarget]\n    val SQS = \"SQS\".asInstanceOf[NotificationTarget]\n\n    @inline def values = js.Array(EventBridge, SNS, SQS)\n  }\n\n  @js.native\n  sealed trait NumberSelectionBehavior extends js.Any\n  object NumberSelectionBehavior {\n    val PreferSticky = \"PreferSticky\".asInstanceOf[NumberSelectionBehavior]\n    val AvoidSticky = \"AvoidSticky\".asInstanceOf[NumberSelectionBehavior]\n\n    @inline def values = js.Array(PreferSticky, AvoidSticky)\n  }\n\n  \/** A phone number for which an order has been placed.\n    *\/\n  @js.native\n  trait OrderedPhoneNumber extends js.Object {\n    var E164PhoneNumber: js.UndefOr[E164PhoneNumber]\n    var Status: js.UndefOr[OrderedPhoneNumberStatus]\n  }\n\n  object OrderedPhoneNumber {\n    @inline\n    def apply(\n        E164PhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined,\n        Status: js.UndefOr[OrderedPhoneNumberStatus] = js.undefined\n    ): OrderedPhoneNumber = {\n      val __obj = js.Dynamic.literal()\n      E164PhoneNumber.foreach(__v => __obj.updateDynamic(\"E164PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrderedPhoneNumber]\n    }\n  }\n\n  @js.native\n  sealed trait OrderedPhoneNumberStatus extends js.Any\n  object OrderedPhoneNumberStatus {\n    val Processing = \"Processing\".asInstanceOf[OrderedPhoneNumberStatus]\n    val Acquired = \"Acquired\".asInstanceOf[OrderedPhoneNumberStatus]\n    val Failed = \"Failed\".asInstanceOf[OrderedPhoneNumberStatus]\n\n    @inline def values = js.Array(Processing, Acquired, Failed)\n  }\n\n  \/** Origination settings enable your SIP hosts to receive inbound calls using your Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait Origination extends js.Object {\n    var Disabled: js.UndefOr[Boolean]\n    var Routes: js.UndefOr[OriginationRouteList]\n  }\n\n  object Origination {\n    @inline\n    def apply(\n        Disabled: js.UndefOr[Boolean] = js.undefined,\n        Routes: js.UndefOr[OriginationRouteList] = js.undefined\n    ): Origination = {\n      val __obj = js.Dynamic.literal()\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      Routes.foreach(__v => __obj.updateDynamic(\"Routes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Origination]\n    }\n  }\n\n  \/** Origination routes define call distribution properties for your SIP hosts to receive inbound calls using your Amazon Chime Voice Connector. Limit: Ten origination routes for each Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait OriginationRoute extends js.Object {\n    var Host: js.UndefOr[String]\n    var Port: js.UndefOr[Port]\n    var Priority: js.UndefOr[OriginationRoutePriority]\n    var Protocol: js.UndefOr[OriginationRouteProtocol]\n    var Weight: js.UndefOr[OriginationRouteWeight]\n  }\n\n  object OriginationRoute {\n    @inline\n    def apply(\n        Host: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Port] = js.undefined,\n        Priority: js.UndefOr[OriginationRoutePriority] = js.undefined,\n        Protocol: js.UndefOr[OriginationRouteProtocol] = js.undefined,\n        Weight: js.UndefOr[OriginationRouteWeight] = js.undefined\n    ): OriginationRoute = {\n      val __obj = js.Dynamic.literal()\n      Host.foreach(__v => __obj.updateDynamic(\"Host\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Protocol.foreach(__v => __obj.updateDynamic(\"Protocol\")(__v.asInstanceOf[js.Any]))\n      Weight.foreach(__v => __obj.updateDynamic(\"Weight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginationRoute]\n    }\n  }\n\n  @js.native\n  sealed trait OriginationRouteProtocol extends js.Any\n  object OriginationRouteProtocol {\n    val TCP = \"TCP\".asInstanceOf[OriginationRouteProtocol]\n    val UDP = \"UDP\".asInstanceOf[OriginationRouteProtocol]\n\n    @inline def values = js.Array(TCP, UDP)\n  }\n\n  \/** The phone number and proxy phone number for a participant in an Amazon Chime Voice Connector proxy session.\n    *\/\n  @js.native\n  trait Participant extends js.Object {\n    var PhoneNumber: js.UndefOr[E164PhoneNumber]\n    var ProxyPhoneNumber: js.UndefOr[E164PhoneNumber]\n  }\n\n  object Participant {\n    @inline\n    def apply(\n        PhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined,\n        ProxyPhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined\n    ): Participant = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      ProxyPhoneNumber.foreach(__v => __obj.updateDynamic(\"ProxyPhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Participant]\n    }\n  }\n\n  \/** A phone number used for Amazon Chime Business Calling or an Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait PhoneNumber extends js.Object {\n    var Associations: js.UndefOr[PhoneNumberAssociationList]\n    var CallingName: js.UndefOr[CallingName]\n    var CallingNameStatus: js.UndefOr[CallingNameStatus]\n    var Capabilities: js.UndefOr[PhoneNumberCapabilities]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var DeletionTimestamp: js.UndefOr[Iso8601Timestamp]\n    var E164PhoneNumber: js.UndefOr[E164PhoneNumber]\n    var PhoneNumberId: js.UndefOr[String]\n    var ProductType: js.UndefOr[PhoneNumberProductType]\n    var Status: js.UndefOr[PhoneNumberStatus]\n    var Type: js.UndefOr[PhoneNumberType]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object PhoneNumber {\n    @inline\n    def apply(\n        Associations: js.UndefOr[PhoneNumberAssociationList] = js.undefined,\n        CallingName: js.UndefOr[CallingName] = js.undefined,\n        CallingNameStatus: js.UndefOr[CallingNameStatus] = js.undefined,\n        Capabilities: js.UndefOr[PhoneNumberCapabilities] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        DeletionTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        E164PhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined,\n        PhoneNumberId: js.UndefOr[String] = js.undefined,\n        ProductType: js.UndefOr[PhoneNumberProductType] = js.undefined,\n        Status: js.UndefOr[PhoneNumberStatus] = js.undefined,\n        Type: js.UndefOr[PhoneNumberType] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): PhoneNumber = {\n      val __obj = js.Dynamic.literal()\n      Associations.foreach(__v => __obj.updateDynamic(\"Associations\")(__v.asInstanceOf[js.Any]))\n      CallingName.foreach(__v => __obj.updateDynamic(\"CallingName\")(__v.asInstanceOf[js.Any]))\n      CallingNameStatus.foreach(__v => __obj.updateDynamic(\"CallingNameStatus\")(__v.asInstanceOf[js.Any]))\n      Capabilities.foreach(__v => __obj.updateDynamic(\"Capabilities\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      DeletionTimestamp.foreach(__v => __obj.updateDynamic(\"DeletionTimestamp\")(__v.asInstanceOf[js.Any]))\n      E164PhoneNumber.foreach(__v => __obj.updateDynamic(\"E164PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      PhoneNumberId.foreach(__v => __obj.updateDynamic(\"PhoneNumberId\")(__v.asInstanceOf[js.Any]))\n      ProductType.foreach(__v => __obj.updateDynamic(\"ProductType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhoneNumber]\n    }\n  }\n\n  \/** The phone number associations, such as Amazon Chime account ID, Amazon Chime user ID, Amazon Chime Voice Connector ID, or Amazon Chime Voice Connector group ID.\n    *\/\n  @js.native\n  trait PhoneNumberAssociation extends js.Object {\n    var AssociatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Name: js.UndefOr[PhoneNumberAssociationName]\n    var Value: js.UndefOr[String]\n  }\n\n  object PhoneNumberAssociation {\n    @inline\n    def apply(\n        AssociatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Name: js.UndefOr[PhoneNumberAssociationName] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): PhoneNumberAssociation = {\n      val __obj = js.Dynamic.literal()\n      AssociatedTimestamp.foreach(__v => __obj.updateDynamic(\"AssociatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhoneNumberAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait PhoneNumberAssociationName extends js.Any\n  object PhoneNumberAssociationName {\n    val AccountId = \"AccountId\".asInstanceOf[PhoneNumberAssociationName]\n    val UserId = \"UserId\".asInstanceOf[PhoneNumberAssociationName]\n    val VoiceConnectorId = \"VoiceConnectorId\".asInstanceOf[PhoneNumberAssociationName]\n    val VoiceConnectorGroupId = \"VoiceConnectorGroupId\".asInstanceOf[PhoneNumberAssociationName]\n    val SipRuleId = \"SipRuleId\".asInstanceOf[PhoneNumberAssociationName]\n\n    @inline def values = js.Array(AccountId, UserId, VoiceConnectorId, VoiceConnectorGroupId, SipRuleId)\n  }\n\n  \/** The phone number capabilities for Amazon Chime Business Calling phone numbers, such as enabled inbound and outbound calling and text messaging.\n    *\/\n  @js.native\n  trait PhoneNumberCapabilities extends js.Object {\n    var InboundCall: js.UndefOr[NullableBoolean]\n    var InboundMMS: js.UndefOr[NullableBoolean]\n    var InboundSMS: js.UndefOr[NullableBoolean]\n    var OutboundCall: js.UndefOr[NullableBoolean]\n    var OutboundMMS: js.UndefOr[NullableBoolean]\n    var OutboundSMS: js.UndefOr[NullableBoolean]\n  }\n\n  object PhoneNumberCapabilities {\n    @inline\n    def apply(\n        InboundCall: js.UndefOr[NullableBoolean] = js.undefined,\n        InboundMMS: js.UndefOr[NullableBoolean] = js.undefined,\n        InboundSMS: js.UndefOr[NullableBoolean] = js.undefined,\n        OutboundCall: js.UndefOr[NullableBoolean] = js.undefined,\n        OutboundMMS: js.UndefOr[NullableBoolean] = js.undefined,\n        OutboundSMS: js.UndefOr[NullableBoolean] = js.undefined\n    ): PhoneNumberCapabilities = {\n      val __obj = js.Dynamic.literal()\n      InboundCall.foreach(__v => __obj.updateDynamic(\"InboundCall\")(__v.asInstanceOf[js.Any]))\n      InboundMMS.foreach(__v => __obj.updateDynamic(\"InboundMMS\")(__v.asInstanceOf[js.Any]))\n      InboundSMS.foreach(__v => __obj.updateDynamic(\"InboundSMS\")(__v.asInstanceOf[js.Any]))\n      OutboundCall.foreach(__v => __obj.updateDynamic(\"OutboundCall\")(__v.asInstanceOf[js.Any]))\n      OutboundMMS.foreach(__v => __obj.updateDynamic(\"OutboundMMS\")(__v.asInstanceOf[js.Any]))\n      OutboundSMS.foreach(__v => __obj.updateDynamic(\"OutboundSMS\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhoneNumberCapabilities]\n    }\n  }\n\n  \/** If the phone number action fails for one or more of the phone numbers in the request, a list of the phone numbers is returned, along with error codes and error messages.\n    *\/\n  @js.native\n  trait PhoneNumberError extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n    var PhoneNumberId: js.UndefOr[NonEmptyString]\n  }\n\n  object PhoneNumberError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        PhoneNumberId: js.UndefOr[NonEmptyString] = js.undefined\n    ): PhoneNumberError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      PhoneNumberId.foreach(__v => __obj.updateDynamic(\"PhoneNumberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhoneNumberError]\n    }\n  }\n\n  \/** The details of a phone number order created for Amazon Chime.\n    *\/\n  @js.native\n  trait PhoneNumberOrder extends js.Object {\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var OrderedPhoneNumbers: js.UndefOr[OrderedPhoneNumberList]\n    var PhoneNumberOrderId: js.UndefOr[GuidString]\n    var ProductType: js.UndefOr[PhoneNumberProductType]\n    var Status: js.UndefOr[PhoneNumberOrderStatus]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object PhoneNumberOrder {\n    @inline\n    def apply(\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        OrderedPhoneNumbers: js.UndefOr[OrderedPhoneNumberList] = js.undefined,\n        PhoneNumberOrderId: js.UndefOr[GuidString] = js.undefined,\n        ProductType: js.UndefOr[PhoneNumberProductType] = js.undefined,\n        Status: js.UndefOr[PhoneNumberOrderStatus] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): PhoneNumberOrder = {\n      val __obj = js.Dynamic.literal()\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      OrderedPhoneNumbers.foreach(__v => __obj.updateDynamic(\"OrderedPhoneNumbers\")(__v.asInstanceOf[js.Any]))\n      PhoneNumberOrderId.foreach(__v => __obj.updateDynamic(\"PhoneNumberOrderId\")(__v.asInstanceOf[js.Any]))\n      ProductType.foreach(__v => __obj.updateDynamic(\"ProductType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhoneNumberOrder]\n    }\n  }\n\n  @js.native\n  sealed trait PhoneNumberOrderStatus extends js.Any\n  object PhoneNumberOrderStatus {\n    val Processing = \"Processing\".asInstanceOf[PhoneNumberOrderStatus]\n    val Successful = \"Successful\".asInstanceOf[PhoneNumberOrderStatus]\n    val Failed = \"Failed\".asInstanceOf[PhoneNumberOrderStatus]\n    val Partial = \"Partial\".asInstanceOf[PhoneNumberOrderStatus]\n\n    @inline def values = js.Array(Processing, Successful, Failed, Partial)\n  }\n\n  @js.native\n  sealed trait PhoneNumberProductType extends js.Any\n  object PhoneNumberProductType {\n    val BusinessCalling = \"BusinessCalling\".asInstanceOf[PhoneNumberProductType]\n    val VoiceConnector = \"VoiceConnector\".asInstanceOf[PhoneNumberProductType]\n\n    @inline def values = js.Array(BusinessCalling, VoiceConnector)\n  }\n\n  @js.native\n  sealed trait PhoneNumberStatus extends js.Any\n  object PhoneNumberStatus {\n    val AcquireInProgress = \"AcquireInProgress\".asInstanceOf[PhoneNumberStatus]\n    val AcquireFailed = \"AcquireFailed\".asInstanceOf[PhoneNumberStatus]\n    val Unassigned = \"Unassigned\".asInstanceOf[PhoneNumberStatus]\n    val Assigned = \"Assigned\".asInstanceOf[PhoneNumberStatus]\n    val ReleaseInProgress = \"ReleaseInProgress\".asInstanceOf[PhoneNumberStatus]\n    val DeleteInProgress = \"DeleteInProgress\".asInstanceOf[PhoneNumberStatus]\n    val ReleaseFailed = \"ReleaseFailed\".asInstanceOf[PhoneNumberStatus]\n    val DeleteFailed = \"DeleteFailed\".asInstanceOf[PhoneNumberStatus]\n\n    @inline def values = js.Array(AcquireInProgress, AcquireFailed, Unassigned, Assigned, ReleaseInProgress, DeleteInProgress, ReleaseFailed, DeleteFailed)\n  }\n\n  @js.native\n  sealed trait PhoneNumberType extends js.Any\n  object PhoneNumberType {\n    val Local = \"Local\".asInstanceOf[PhoneNumberType]\n    val TollFree = \"TollFree\".asInstanceOf[PhoneNumberType]\n\n    @inline def values = js.Array(Local, TollFree)\n  }\n\n  \/** The proxy configuration for an Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait Proxy extends js.Object {\n    var DefaultSessionExpiryMinutes: js.UndefOr[Int]\n    var Disabled: js.UndefOr[Boolean]\n    var FallBackPhoneNumber: js.UndefOr[E164PhoneNumber]\n    var PhoneNumberCountries: js.UndefOr[StringList]\n  }\n\n  object Proxy {\n    @inline\n    def apply(\n        DefaultSessionExpiryMinutes: js.UndefOr[Int] = js.undefined,\n        Disabled: js.UndefOr[Boolean] = js.undefined,\n        FallBackPhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined,\n        PhoneNumberCountries: js.UndefOr[StringList] = js.undefined\n    ): Proxy = {\n      val __obj = js.Dynamic.literal()\n      DefaultSessionExpiryMinutes.foreach(__v => __obj.updateDynamic(\"DefaultSessionExpiryMinutes\")(__v.asInstanceOf[js.Any]))\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      FallBackPhoneNumber.foreach(__v => __obj.updateDynamic(\"FallBackPhoneNumber\")(__v.asInstanceOf[js.Any]))\n      PhoneNumberCountries.foreach(__v => __obj.updateDynamic(\"PhoneNumberCountries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Proxy]\n    }\n  }\n\n  \/** The proxy session for an Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait ProxySession extends js.Object {\n    var Capabilities: js.UndefOr[CapabilityList]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var EndedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var ExpiryMinutes: js.UndefOr[PositiveInteger]\n    var GeoMatchLevel: js.UndefOr[GeoMatchLevel]\n    var GeoMatchParams: js.UndefOr[GeoMatchParams]\n    var Name: js.UndefOr[String128]\n    var NumberSelectionBehavior: js.UndefOr[NumberSelectionBehavior]\n    var Participants: js.UndefOr[Participants]\n    var ProxySessionId: js.UndefOr[NonEmptyString128]\n    var Status: js.UndefOr[ProxySessionStatus]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var VoiceConnectorId: js.UndefOr[NonEmptyString128]\n  }\n\n  object ProxySession {\n    @inline\n    def apply(\n        Capabilities: js.UndefOr[CapabilityList] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        EndedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        ExpiryMinutes: js.UndefOr[PositiveInteger] = js.undefined,\n        GeoMatchLevel: js.UndefOr[GeoMatchLevel] = js.undefined,\n        GeoMatchParams: js.UndefOr[GeoMatchParams] = js.undefined,\n        Name: js.UndefOr[String128] = js.undefined,\n        NumberSelectionBehavior: js.UndefOr[NumberSelectionBehavior] = js.undefined,\n        Participants: js.UndefOr[Participants] = js.undefined,\n        ProxySessionId: js.UndefOr[NonEmptyString128] = js.undefined,\n        Status: js.UndefOr[ProxySessionStatus] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        VoiceConnectorId: js.UndefOr[NonEmptyString128] = js.undefined\n    ): ProxySession = {\n      val __obj = js.Dynamic.literal()\n      Capabilities.foreach(__v => __obj.updateDynamic(\"Capabilities\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      EndedTimestamp.foreach(__v => __obj.updateDynamic(\"EndedTimestamp\")(__v.asInstanceOf[js.Any]))\n      ExpiryMinutes.foreach(__v => __obj.updateDynamic(\"ExpiryMinutes\")(__v.asInstanceOf[js.Any]))\n      GeoMatchLevel.foreach(__v => __obj.updateDynamic(\"GeoMatchLevel\")(__v.asInstanceOf[js.Any]))\n      GeoMatchParams.foreach(__v => __obj.updateDynamic(\"GeoMatchParams\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NumberSelectionBehavior.foreach(__v => __obj.updateDynamic(\"NumberSelectionBehavior\")(__v.asInstanceOf[js.Any]))\n      Participants.foreach(__v => __obj.updateDynamic(\"Participants\")(__v.asInstanceOf[js.Any]))\n      ProxySessionId.foreach(__v => __obj.updateDynamic(\"ProxySessionId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectorId.foreach(__v => __obj.updateDynamic(\"VoiceConnectorId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProxySession]\n    }\n  }\n\n  @js.native\n  sealed trait ProxySessionStatus extends js.Any\n  object ProxySessionStatus {\n    val Open = \"Open\".asInstanceOf[ProxySessionStatus]\n    val InProgress = \"InProgress\".asInstanceOf[ProxySessionStatus]\n    val Closed = \"Closed\".asInstanceOf[ProxySessionStatus]\n\n    @inline def values = js.Array(Open, InProgress, Closed)\n  }\n\n  @js.native\n  trait PutAppInstanceRetentionSettingsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var AppInstanceRetentionSettings: AppInstanceRetentionSettings\n  }\n\n  object PutAppInstanceRetentionSettingsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        AppInstanceRetentionSettings: AppInstanceRetentionSettings\n    ): PutAppInstanceRetentionSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any],\n        \"AppInstanceRetentionSettings\" -> AppInstanceRetentionSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutAppInstanceRetentionSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait PutAppInstanceRetentionSettingsResponse extends js.Object {\n    var AppInstanceRetentionSettings: js.UndefOr[AppInstanceRetentionSettings]\n    var InitiateDeletionTimestamp: js.UndefOr[Timestamp]\n  }\n\n  object PutAppInstanceRetentionSettingsResponse {\n    @inline\n    def apply(\n        AppInstanceRetentionSettings: js.UndefOr[AppInstanceRetentionSettings] = js.undefined,\n        InitiateDeletionTimestamp: js.UndefOr[Timestamp] = js.undefined\n    ): PutAppInstanceRetentionSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceRetentionSettings.foreach(__v => __obj.updateDynamic(\"AppInstanceRetentionSettings\")(__v.asInstanceOf[js.Any]))\n      InitiateDeletionTimestamp.foreach(__v => __obj.updateDynamic(\"InitiateDeletionTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAppInstanceRetentionSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait PutAppInstanceStreamingConfigurationsRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var AppInstanceStreamingConfigurations: AppInstanceStreamingConfigurationList\n  }\n\n  object PutAppInstanceStreamingConfigurationsRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        AppInstanceStreamingConfigurations: AppInstanceStreamingConfigurationList\n    ): PutAppInstanceStreamingConfigurationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any],\n        \"AppInstanceStreamingConfigurations\" -> AppInstanceStreamingConfigurations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutAppInstanceStreamingConfigurationsRequest]\n    }\n  }\n\n  @js.native\n  trait PutAppInstanceStreamingConfigurationsResponse extends js.Object {\n    var AppInstanceStreamingConfigurations: js.UndefOr[AppInstanceStreamingConfigurationList]\n  }\n\n  object PutAppInstanceStreamingConfigurationsResponse {\n    @inline\n    def apply(\n        AppInstanceStreamingConfigurations: js.UndefOr[AppInstanceStreamingConfigurationList] = js.undefined\n    ): PutAppInstanceStreamingConfigurationsResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceStreamingConfigurations.foreach(__v => __obj.updateDynamic(\"AppInstanceStreamingConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAppInstanceStreamingConfigurationsResponse]\n    }\n  }\n\n  @js.native\n  trait PutEventsConfigurationRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n    var LambdaFunctionArn: js.UndefOr[SensitiveString]\n    var OutboundEventsHTTPSEndpoint: js.UndefOr[SensitiveString]\n  }\n\n  object PutEventsConfigurationRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString,\n        LambdaFunctionArn: js.UndefOr[SensitiveString] = js.undefined,\n        OutboundEventsHTTPSEndpoint: js.UndefOr[SensitiveString] = js.undefined\n    ): PutEventsConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n\n      LambdaFunctionArn.foreach(__v => __obj.updateDynamic(\"LambdaFunctionArn\")(__v.asInstanceOf[js.Any]))\n      OutboundEventsHTTPSEndpoint.foreach(__v => __obj.updateDynamic(\"OutboundEventsHTTPSEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutEventsConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutEventsConfigurationResponse extends js.Object {\n    var EventsConfiguration: js.UndefOr[EventsConfiguration]\n  }\n\n  object PutEventsConfigurationResponse {\n    @inline\n    def apply(\n        EventsConfiguration: js.UndefOr[EventsConfiguration] = js.undefined\n    ): PutEventsConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      EventsConfiguration.foreach(__v => __obj.updateDynamic(\"EventsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutEventsConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutRetentionSettingsRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var RetentionSettings: RetentionSettings\n  }\n\n  object PutRetentionSettingsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        RetentionSettings: RetentionSettings\n    ): PutRetentionSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"RetentionSettings\" -> RetentionSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRetentionSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait PutRetentionSettingsResponse extends js.Object {\n    var InitiateDeletionTimestamp: js.UndefOr[Iso8601Timestamp]\n    var RetentionSettings: js.UndefOr[RetentionSettings]\n  }\n\n  object PutRetentionSettingsResponse {\n    @inline\n    def apply(\n        InitiateDeletionTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        RetentionSettings: js.UndefOr[RetentionSettings] = js.undefined\n    ): PutRetentionSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      InitiateDeletionTimestamp.foreach(__v => __obj.updateDynamic(\"InitiateDeletionTimestamp\")(__v.asInstanceOf[js.Any]))\n      RetentionSettings.foreach(__v => __obj.updateDynamic(\"RetentionSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRetentionSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait PutSipMediaApplicationLoggingConfigurationRequest extends js.Object {\n    var SipMediaApplicationId: NonEmptyString\n    var SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration]\n  }\n\n  object PutSipMediaApplicationLoggingConfigurationRequest {\n    @inline\n    def apply(\n        SipMediaApplicationId: NonEmptyString,\n        SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration] = js.undefined\n    ): PutSipMediaApplicationLoggingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any]\n      )\n\n      SipMediaApplicationLoggingConfiguration.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationLoggingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSipMediaApplicationLoggingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutSipMediaApplicationLoggingConfigurationResponse extends js.Object {\n    var SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration]\n  }\n\n  object PutSipMediaApplicationLoggingConfigurationResponse {\n    @inline\n    def apply(\n        SipMediaApplicationLoggingConfiguration: js.UndefOr[SipMediaApplicationLoggingConfiguration] = js.undefined\n    ): PutSipMediaApplicationLoggingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplicationLoggingConfiguration.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationLoggingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSipMediaApplicationLoggingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorEmergencyCallingConfigurationRequest extends js.Object {\n    var EmergencyCallingConfiguration: EmergencyCallingConfiguration\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object PutVoiceConnectorEmergencyCallingConfigurationRequest {\n    @inline\n    def apply(\n        EmergencyCallingConfiguration: EmergencyCallingConfiguration,\n        VoiceConnectorId: NonEmptyString\n    ): PutVoiceConnectorEmergencyCallingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EmergencyCallingConfiguration\" -> EmergencyCallingConfiguration.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutVoiceConnectorEmergencyCallingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorEmergencyCallingConfigurationResponse extends js.Object {\n    var EmergencyCallingConfiguration: js.UndefOr[EmergencyCallingConfiguration]\n  }\n\n  object PutVoiceConnectorEmergencyCallingConfigurationResponse {\n    @inline\n    def apply(\n        EmergencyCallingConfiguration: js.UndefOr[EmergencyCallingConfiguration] = js.undefined\n    ): PutVoiceConnectorEmergencyCallingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      EmergencyCallingConfiguration.foreach(__v => __obj.updateDynamic(\"EmergencyCallingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorEmergencyCallingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorLoggingConfigurationRequest extends js.Object {\n    var LoggingConfiguration: LoggingConfiguration\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object PutVoiceConnectorLoggingConfigurationRequest {\n    @inline\n    def apply(\n        LoggingConfiguration: LoggingConfiguration,\n        VoiceConnectorId: NonEmptyString\n    ): PutVoiceConnectorLoggingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LoggingConfiguration\" -> LoggingConfiguration.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutVoiceConnectorLoggingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorLoggingConfigurationResponse extends js.Object {\n    var LoggingConfiguration: js.UndefOr[LoggingConfiguration]\n  }\n\n  object PutVoiceConnectorLoggingConfigurationResponse {\n    @inline\n    def apply(\n        LoggingConfiguration: js.UndefOr[LoggingConfiguration] = js.undefined\n    ): PutVoiceConnectorLoggingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      LoggingConfiguration.foreach(__v => __obj.updateDynamic(\"LoggingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorLoggingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorOriginationRequest extends js.Object {\n    var Origination: Origination\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object PutVoiceConnectorOriginationRequest {\n    @inline\n    def apply(\n        Origination: Origination,\n        VoiceConnectorId: NonEmptyString\n    ): PutVoiceConnectorOriginationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Origination\" -> Origination.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutVoiceConnectorOriginationRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorOriginationResponse extends js.Object {\n    var Origination: js.UndefOr[Origination]\n  }\n\n  object PutVoiceConnectorOriginationResponse {\n    @inline\n    def apply(\n        Origination: js.UndefOr[Origination] = js.undefined\n    ): PutVoiceConnectorOriginationResponse = {\n      val __obj = js.Dynamic.literal()\n      Origination.foreach(__v => __obj.updateDynamic(\"Origination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorOriginationResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorProxyRequest extends js.Object {\n    var DefaultSessionExpiryMinutes: Int\n    var PhoneNumberPoolCountries: CountryList\n    var VoiceConnectorId: NonEmptyString128\n    var Disabled: js.UndefOr[Boolean]\n    var FallBackPhoneNumber: js.UndefOr[E164PhoneNumber]\n  }\n\n  object PutVoiceConnectorProxyRequest {\n    @inline\n    def apply(\n        DefaultSessionExpiryMinutes: Int,\n        PhoneNumberPoolCountries: CountryList,\n        VoiceConnectorId: NonEmptyString128,\n        Disabled: js.UndefOr[Boolean] = js.undefined,\n        FallBackPhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined\n    ): PutVoiceConnectorProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DefaultSessionExpiryMinutes\" -> DefaultSessionExpiryMinutes.asInstanceOf[js.Any],\n        \"PhoneNumberPoolCountries\" -> PhoneNumberPoolCountries.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      FallBackPhoneNumber.foreach(__v => __obj.updateDynamic(\"FallBackPhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorProxyRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorProxyResponse extends js.Object {\n    var Proxy: js.UndefOr[Proxy]\n  }\n\n  object PutVoiceConnectorProxyResponse {\n    @inline\n    def apply(\n        Proxy: js.UndefOr[Proxy] = js.undefined\n    ): PutVoiceConnectorProxyResponse = {\n      val __obj = js.Dynamic.literal()\n      Proxy.foreach(__v => __obj.updateDynamic(\"Proxy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorProxyResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorStreamingConfigurationRequest extends js.Object {\n    var StreamingConfiguration: StreamingConfiguration\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object PutVoiceConnectorStreamingConfigurationRequest {\n    @inline\n    def apply(\n        StreamingConfiguration: StreamingConfiguration,\n        VoiceConnectorId: NonEmptyString\n    ): PutVoiceConnectorStreamingConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StreamingConfiguration\" -> StreamingConfiguration.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutVoiceConnectorStreamingConfigurationRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorStreamingConfigurationResponse extends js.Object {\n    var StreamingConfiguration: js.UndefOr[StreamingConfiguration]\n  }\n\n  object PutVoiceConnectorStreamingConfigurationResponse {\n    @inline\n    def apply(\n        StreamingConfiguration: js.UndefOr[StreamingConfiguration] = js.undefined\n    ): PutVoiceConnectorStreamingConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      StreamingConfiguration.foreach(__v => __obj.updateDynamic(\"StreamingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorStreamingConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorTerminationCredentialsRequest extends js.Object {\n    var VoiceConnectorId: NonEmptyString\n    var Credentials: js.UndefOr[CredentialList]\n  }\n\n  object PutVoiceConnectorTerminationCredentialsRequest {\n    @inline\n    def apply(\n        VoiceConnectorId: NonEmptyString,\n        Credentials: js.UndefOr[CredentialList] = js.undefined\n    ): PutVoiceConnectorTerminationCredentialsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      Credentials.foreach(__v => __obj.updateDynamic(\"Credentials\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorTerminationCredentialsRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorTerminationRequest extends js.Object {\n    var Termination: Termination\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object PutVoiceConnectorTerminationRequest {\n    @inline\n    def apply(\n        Termination: Termination,\n        VoiceConnectorId: NonEmptyString\n    ): PutVoiceConnectorTerminationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Termination\" -> Termination.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutVoiceConnectorTerminationRequest]\n    }\n  }\n\n  @js.native\n  trait PutVoiceConnectorTerminationResponse extends js.Object {\n    var Termination: js.UndefOr[Termination]\n  }\n\n  object PutVoiceConnectorTerminationResponse {\n    @inline\n    def apply(\n        Termination: js.UndefOr[Termination] = js.undefined\n    ): PutVoiceConnectorTerminationResponse = {\n      val __obj = js.Dynamic.literal()\n      Termination.foreach(__v => __obj.updateDynamic(\"Termination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutVoiceConnectorTerminationResponse]\n    }\n  }\n\n  @js.native\n  trait RedactChannelMessageRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MessageId: MessageId\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object RedactChannelMessageRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MessageId: MessageId,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): RedactChannelMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedactChannelMessageRequest]\n    }\n  }\n\n  @js.native\n  trait RedactChannelMessageResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var MessageId: js.UndefOr[MessageId]\n  }\n\n  object RedactChannelMessageResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined\n    ): RedactChannelMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedactChannelMessageResponse]\n    }\n  }\n\n  @js.native\n  trait RedactConversationMessageRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var ConversationId: NonEmptyString\n    var MessageId: NonEmptyString\n  }\n\n  object RedactConversationMessageRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        ConversationId: NonEmptyString,\n        MessageId: NonEmptyString\n    ): RedactConversationMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ConversationId\" -> ConversationId.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RedactConversationMessageRequest]\n    }\n  }\n\n  @js.native\n  trait RedactConversationMessageResponse extends js.Object\n\n  object RedactConversationMessageResponse {\n    @inline\n    def apply(): RedactConversationMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RedactConversationMessageResponse]\n    }\n  }\n\n  @js.native\n  trait RedactRoomMessageRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MessageId: NonEmptyString\n    var RoomId: NonEmptyString\n  }\n\n  object RedactRoomMessageRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MessageId: NonEmptyString,\n        RoomId: NonEmptyString\n    ): RedactRoomMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RedactRoomMessageRequest]\n    }\n  }\n\n  @js.native\n  trait RedactRoomMessageResponse extends js.Object\n\n  object RedactRoomMessageResponse {\n    @inline\n    def apply(): RedactRoomMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RedactRoomMessageResponse]\n    }\n  }\n\n  @js.native\n  trait RegenerateSecurityTokenRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n  }\n\n  object RegenerateSecurityTokenRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString\n    ): RegenerateSecurityTokenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegenerateSecurityTokenRequest]\n    }\n  }\n\n  @js.native\n  trait RegenerateSecurityTokenResponse extends js.Object {\n    var Bot: js.UndefOr[Bot]\n  }\n\n  object RegenerateSecurityTokenResponse {\n    @inline\n    def apply(\n        Bot: js.UndefOr[Bot] = js.undefined\n    ): RegenerateSecurityTokenResponse = {\n      val __obj = js.Dynamic.literal()\n      Bot.foreach(__v => __obj.updateDynamic(\"Bot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegenerateSecurityTokenResponse]\n    }\n  }\n\n  @js.native\n  sealed trait RegistrationStatus extends js.Any\n  object RegistrationStatus {\n    val Unregistered = \"Unregistered\".asInstanceOf[RegistrationStatus]\n    val Registered = \"Registered\".asInstanceOf[RegistrationStatus]\n    val Suspended = \"Suspended\".asInstanceOf[RegistrationStatus]\n\n    @inline def values = js.Array(Unregistered, Registered, Suspended)\n  }\n\n  @js.native\n  trait ResetPersonalPINRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserId: NonEmptyString\n  }\n\n  object ResetPersonalPINRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserId: NonEmptyString\n    ): ResetPersonalPINRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResetPersonalPINRequest]\n    }\n  }\n\n  @js.native\n  trait ResetPersonalPINResponse extends js.Object {\n    var User: js.UndefOr[User]\n  }\n\n  object ResetPersonalPINResponse {\n    @inline\n    def apply(\n        User: js.UndefOr[User] = js.undefined\n    ): ResetPersonalPINResponse = {\n      val __obj = js.Dynamic.literal()\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetPersonalPINResponse]\n    }\n  }\n\n  @js.native\n  trait RestorePhoneNumberRequest extends js.Object {\n    var PhoneNumberId: NonEmptyString\n  }\n\n  object RestorePhoneNumberRequest {\n    @inline\n    def apply(\n        PhoneNumberId: NonEmptyString\n    ): RestorePhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberId\" -> PhoneNumberId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RestorePhoneNumberRequest]\n    }\n  }\n\n  @js.native\n  trait RestorePhoneNumberResponse extends js.Object {\n    var PhoneNumber: js.UndefOr[PhoneNumber]\n  }\n\n  object RestorePhoneNumberResponse {\n    @inline\n    def apply(\n        PhoneNumber: js.UndefOr[PhoneNumber] = js.undefined\n    ): RestorePhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestorePhoneNumberResponse]\n    }\n  }\n\n  \/** The retention settings for an Amazon Chime Enterprise account that determine how long to retain items such as chat-room messages and chat-conversation messages.\n    *\/\n  @js.native\n  trait RetentionSettings extends js.Object {\n    var ConversationRetentionSettings: js.UndefOr[ConversationRetentionSettings]\n    var RoomRetentionSettings: js.UndefOr[RoomRetentionSettings]\n  }\n\n  object RetentionSettings {\n    @inline\n    def apply(\n        ConversationRetentionSettings: js.UndefOr[ConversationRetentionSettings] = js.undefined,\n        RoomRetentionSettings: js.UndefOr[RoomRetentionSettings] = js.undefined\n    ): RetentionSettings = {\n      val __obj = js.Dynamic.literal()\n      ConversationRetentionSettings.foreach(__v => __obj.updateDynamic(\"ConversationRetentionSettings\")(__v.asInstanceOf[js.Any]))\n      RoomRetentionSettings.foreach(__v => __obj.updateDynamic(\"RoomRetentionSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetentionSettings]\n    }\n  }\n\n  \/** The Amazon Chime chat room details.\n    *\/\n  @js.native\n  trait Room extends js.Object {\n    var AccountId: js.UndefOr[NonEmptyString]\n    var CreatedBy: js.UndefOr[NonEmptyString]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Name: js.UndefOr[SensitiveString]\n    var RoomId: js.UndefOr[NonEmptyString]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object Room {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedBy: js.UndefOr[NonEmptyString] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Name: js.UndefOr[SensitiveString] = js.undefined,\n        RoomId: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): Room = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RoomId.foreach(__v => __obj.updateDynamic(\"RoomId\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Room]\n    }\n  }\n\n  \/** The room membership details.\n    *\/\n  @js.native\n  trait RoomMembership extends js.Object {\n    var InvitedBy: js.UndefOr[NonEmptyString]\n    var Member: js.UndefOr[Member]\n    var Role: js.UndefOr[RoomMembershipRole]\n    var RoomId: js.UndefOr[NonEmptyString]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object RoomMembership {\n    @inline\n    def apply(\n        InvitedBy: js.UndefOr[NonEmptyString] = js.undefined,\n        Member: js.UndefOr[Member] = js.undefined,\n        Role: js.UndefOr[RoomMembershipRole] = js.undefined,\n        RoomId: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): RoomMembership = {\n      val __obj = js.Dynamic.literal()\n      InvitedBy.foreach(__v => __obj.updateDynamic(\"InvitedBy\")(__v.asInstanceOf[js.Any]))\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      RoomId.foreach(__v => __obj.updateDynamic(\"RoomId\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoomMembership]\n    }\n  }\n\n  @js.native\n  sealed trait RoomMembershipRole extends js.Any\n  object RoomMembershipRole {\n    val Administrator = \"Administrator\".asInstanceOf[RoomMembershipRole]\n    val Member = \"Member\".asInstanceOf[RoomMembershipRole]\n\n    @inline def values = js.Array(Administrator, Member)\n  }\n\n  \/** The retention settings that determine how long to retain chat-room messages for an Amazon Chime Enterprise account.\n    *\/\n  @js.native\n  trait RoomRetentionSettings extends js.Object {\n    var RetentionDays: js.UndefOr[RetentionDays]\n  }\n\n  object RoomRetentionSettings {\n    @inline\n    def apply(\n        RetentionDays: js.UndefOr[RetentionDays] = js.undefined\n    ): RoomRetentionSettings = {\n      val __obj = js.Dynamic.literal()\n      RetentionDays.foreach(__v => __obj.updateDynamic(\"RetentionDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RoomRetentionSettings]\n    }\n  }\n\n  @js.native\n  trait SearchAvailablePhoneNumbersRequest extends js.Object {\n    var AreaCode: js.UndefOr[String]\n    var City: js.UndefOr[String]\n    var Country: js.UndefOr[String]\n    var MaxResults: js.UndefOr[PhoneNumberMaxResults]\n    var NextToken: js.UndefOr[String]\n    var State: js.UndefOr[String]\n    var TollFreePrefix: js.UndefOr[TollFreePrefix]\n  }\n\n  object SearchAvailablePhoneNumbersRequest {\n    @inline\n    def apply(\n        AreaCode: js.UndefOr[String] = js.undefined,\n        City: js.UndefOr[String] = js.undefined,\n        Country: js.UndefOr[String] = js.undefined,\n        MaxResults: js.UndefOr[PhoneNumberMaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        State: js.UndefOr[String] = js.undefined,\n        TollFreePrefix: js.UndefOr[TollFreePrefix] = js.undefined\n    ): SearchAvailablePhoneNumbersRequest = {\n      val __obj = js.Dynamic.literal()\n      AreaCode.foreach(__v => __obj.updateDynamic(\"AreaCode\")(__v.asInstanceOf[js.Any]))\n      City.foreach(__v => __obj.updateDynamic(\"City\")(__v.asInstanceOf[js.Any]))\n      Country.foreach(__v => __obj.updateDynamic(\"Country\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      TollFreePrefix.foreach(__v => __obj.updateDynamic(\"TollFreePrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchAvailablePhoneNumbersRequest]\n    }\n  }\n\n  @js.native\n  trait SearchAvailablePhoneNumbersResponse extends js.Object {\n    var E164PhoneNumbers: js.UndefOr[E164PhoneNumberList]\n  }\n\n  object SearchAvailablePhoneNumbersResponse {\n    @inline\n    def apply(\n        E164PhoneNumbers: js.UndefOr[E164PhoneNumberList] = js.undefined\n    ): SearchAvailablePhoneNumbersResponse = {\n      val __obj = js.Dynamic.literal()\n      E164PhoneNumbers.foreach(__v => __obj.updateDynamic(\"E164PhoneNumbers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchAvailablePhoneNumbersResponse]\n    }\n  }\n\n  @js.native\n  trait SendChannelMessageRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ClientRequestToken: ClientRequestToken\n    var Content: NonEmptyContent\n    var Persistence: ChannelMessagePersistenceType\n    var Type: ChannelMessageType\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var Metadata: js.UndefOr[Metadata]\n  }\n\n  object SendChannelMessageRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ClientRequestToken: ClientRequestToken,\n        Content: NonEmptyContent,\n        Persistence: ChannelMessagePersistenceType,\n        Type: ChannelMessageType,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined\n    ): SendChannelMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"Persistence\" -> Persistence.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendChannelMessageRequest]\n    }\n  }\n\n  @js.native\n  trait SendChannelMessageResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var MessageId: js.UndefOr[MessageId]\n  }\n\n  object SendChannelMessageResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined\n    ): SendChannelMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendChannelMessageResponse]\n    }\n  }\n\n  \/** An Active Directory (AD) group whose members are granted permission to act as delegates.\n    *\/\n  @js.native\n  trait SigninDelegateGroup extends js.Object {\n    var GroupName: js.UndefOr[NonEmptyString]\n  }\n\n  object SigninDelegateGroup {\n    @inline\n    def apply(\n        GroupName: js.UndefOr[NonEmptyString] = js.undefined\n    ): SigninDelegateGroup = {\n      val __obj = js.Dynamic.literal()\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigninDelegateGroup]\n    }\n  }\n\n  \/** The details of the SIP media application, including name and endpoints. An AWS account can have multiple SIP media applications.\n    *\/\n  @js.native\n  trait SipMediaApplication extends js.Object {\n    var AwsRegion: js.UndefOr[String]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Endpoints: js.UndefOr[SipMediaApplicationEndpointList]\n    var Name: js.UndefOr[SipMediaApplicationName]\n    var SipMediaApplicationId: js.UndefOr[NonEmptyString]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object SipMediaApplication {\n    @inline\n    def apply(\n        AwsRegion: js.UndefOr[String] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Endpoints: js.UndefOr[SipMediaApplicationEndpointList] = js.undefined,\n        Name: js.UndefOr[SipMediaApplicationName] = js.undefined,\n        SipMediaApplicationId: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): SipMediaApplication = {\n      val __obj = js.Dynamic.literal()\n      AwsRegion.foreach(__v => __obj.updateDynamic(\"AwsRegion\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SipMediaApplicationId.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationId\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipMediaApplication]\n    }\n  }\n\n  \/** A <code>Call<\/code> instance for a SIP media application.\n    *\/\n  @js.native\n  trait SipMediaApplicationCall extends js.Object {\n    var TransactionId: js.UndefOr[GuidString]\n  }\n\n  object SipMediaApplicationCall {\n    @inline\n    def apply(\n        TransactionId: js.UndefOr[GuidString] = js.undefined\n    ): SipMediaApplicationCall = {\n      val __obj = js.Dynamic.literal()\n      TransactionId.foreach(__v => __obj.updateDynamic(\"TransactionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipMediaApplicationCall]\n    }\n  }\n\n  \/** The endpoint assigned to the SIP media application.\n    *\/\n  @js.native\n  trait SipMediaApplicationEndpoint extends js.Object {\n    var LambdaArn: js.UndefOr[FunctionArn]\n  }\n\n  object SipMediaApplicationEndpoint {\n    @inline\n    def apply(\n        LambdaArn: js.UndefOr[FunctionArn] = js.undefined\n    ): SipMediaApplicationEndpoint = {\n      val __obj = js.Dynamic.literal()\n      LambdaArn.foreach(__v => __obj.updateDynamic(\"LambdaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipMediaApplicationEndpoint]\n    }\n  }\n\n  \/** Logging configuration of the SIP media application.\n    *\/\n  @js.native\n  trait SipMediaApplicationLoggingConfiguration extends js.Object {\n    var EnableSipMediaApplicationMessageLogs: js.UndefOr[Boolean]\n  }\n\n  object SipMediaApplicationLoggingConfiguration {\n    @inline\n    def apply(\n        EnableSipMediaApplicationMessageLogs: js.UndefOr[Boolean] = js.undefined\n    ): SipMediaApplicationLoggingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      EnableSipMediaApplicationMessageLogs.foreach(__v => __obj.updateDynamic(\"EnableSipMediaApplicationMessageLogs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipMediaApplicationLoggingConfiguration]\n    }\n  }\n\n  \/** The SIP rule details, including name, triggers, and target applications. An AWS account can have multiple SIP rules.\n    *\/\n  @js.native\n  trait SipRule extends js.Object {\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Disabled: js.UndefOr[Boolean]\n    var Name: js.UndefOr[SipRuleName]\n    var SipRuleId: js.UndefOr[NonEmptyString]\n    var TargetApplications: js.UndefOr[SipRuleTargetApplicationList]\n    var TriggerType: js.UndefOr[SipRuleTriggerType]\n    var TriggerValue: js.UndefOr[NonEmptyString]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object SipRule {\n    @inline\n    def apply(\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Disabled: js.UndefOr[Boolean] = js.undefined,\n        Name: js.UndefOr[SipRuleName] = js.undefined,\n        SipRuleId: js.UndefOr[NonEmptyString] = js.undefined,\n        TargetApplications: js.UndefOr[SipRuleTargetApplicationList] = js.undefined,\n        TriggerType: js.UndefOr[SipRuleTriggerType] = js.undefined,\n        TriggerValue: js.UndefOr[NonEmptyString] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): SipRule = {\n      val __obj = js.Dynamic.literal()\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SipRuleId.foreach(__v => __obj.updateDynamic(\"SipRuleId\")(__v.asInstanceOf[js.Any]))\n      TargetApplications.foreach(__v => __obj.updateDynamic(\"TargetApplications\")(__v.asInstanceOf[js.Any]))\n      TriggerType.foreach(__v => __obj.updateDynamic(\"TriggerType\")(__v.asInstanceOf[js.Any]))\n      TriggerValue.foreach(__v => __obj.updateDynamic(\"TriggerValue\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipRule]\n    }\n  }\n\n  \/** Target SIP media application and other details, such as priority and AWS Region, to be specified in the SIP rule. Only one SIP rule per AWS Region can be provided.\n    *\/\n  @js.native\n  trait SipRuleTargetApplication extends js.Object {\n    var AwsRegion: js.UndefOr[String]\n    var Priority: js.UndefOr[SipApplicationPriority]\n    var SipMediaApplicationId: js.UndefOr[NonEmptyString]\n  }\n\n  object SipRuleTargetApplication {\n    @inline\n    def apply(\n        AwsRegion: js.UndefOr[String] = js.undefined,\n        Priority: js.UndefOr[SipApplicationPriority] = js.undefined,\n        SipMediaApplicationId: js.UndefOr[NonEmptyString] = js.undefined\n    ): SipRuleTargetApplication = {\n      val __obj = js.Dynamic.literal()\n      AwsRegion.foreach(__v => __obj.updateDynamic(\"AwsRegion\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      SipMediaApplicationId.foreach(__v => __obj.updateDynamic(\"SipMediaApplicationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SipRuleTargetApplication]\n    }\n  }\n\n  @js.native\n  sealed trait SipRuleTriggerType extends js.Any\n  object SipRuleTriggerType {\n    val ToPhoneNumber = \"ToPhoneNumber\".asInstanceOf[SipRuleTriggerType]\n    val RequestUriHostname = \"RequestUriHostname\".asInstanceOf[SipRuleTriggerType]\n\n    @inline def values = js.Array(ToPhoneNumber, RequestUriHostname)\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[SortOrder]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  \/** The streaming configuration associated with an Amazon Chime Voice Connector. Specifies whether media streaming is enabled for sending to Amazon Kinesis, and shows the retention period for the Amazon Kinesis data, in hours.\n    *\/\n  @js.native\n  trait StreamingConfiguration extends js.Object {\n    var DataRetentionInHours: DataRetentionInHours\n    var Disabled: js.UndefOr[Boolean]\n    var StreamingNotificationTargets: js.UndefOr[StreamingNotificationTargetList]\n  }\n\n  object StreamingConfiguration {\n    @inline\n    def apply(\n        DataRetentionInHours: DataRetentionInHours,\n        Disabled: js.UndefOr[Boolean] = js.undefined,\n        StreamingNotificationTargets: js.UndefOr[StreamingNotificationTargetList] = js.undefined\n    ): StreamingConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"DataRetentionInHours\" -> DataRetentionInHours.asInstanceOf[js.Any]\n      )\n\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      StreamingNotificationTargets.foreach(__v => __obj.updateDynamic(\"StreamingNotificationTargets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamingConfiguration]\n    }\n  }\n\n  \/** The targeted recipient for a streaming configuration notification.\n    *\/\n  @js.native\n  trait StreamingNotificationTarget extends js.Object {\n    var NotificationTarget: NotificationTarget\n  }\n\n  object StreamingNotificationTarget {\n    @inline\n    def apply(\n        NotificationTarget: NotificationTarget\n    ): StreamingNotificationTarget = {\n      val __obj = js.Dynamic.literal(\n        \"NotificationTarget\" -> NotificationTarget.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StreamingNotificationTarget]\n    }\n  }\n\n  \/** Describes a tag applied to a resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagAttendeeRequest extends js.Object {\n    var AttendeeId: GuidString\n    var MeetingId: GuidString\n    var Tags: AttendeeTagList\n  }\n\n  object TagAttendeeRequest {\n    @inline\n    def apply(\n        AttendeeId: GuidString,\n        MeetingId: GuidString,\n        Tags: AttendeeTagList\n    ): TagAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttendeeId\" -> AttendeeId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagAttendeeRequest]\n    }\n  }\n\n  @js.native\n  trait TagMeetingRequest extends js.Object {\n    var MeetingId: GuidString\n    var Tags: MeetingTagList\n  }\n\n  object TagMeetingRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString,\n        Tags: MeetingTagList\n    ): TagMeetingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagMeetingRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: Arn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: Arn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** Settings that allow management of telephony permissions for an Amazon Chime user, such as inbound and outbound calling and text messaging.\n    *\/\n  @js.native\n  trait TelephonySettings extends js.Object {\n    var InboundCalling: Boolean\n    var OutboundCalling: Boolean\n    var SMS: Boolean\n  }\n\n  object TelephonySettings {\n    @inline\n    def apply(\n        InboundCalling: Boolean,\n        OutboundCalling: Boolean,\n        SMS: Boolean\n    ): TelephonySettings = {\n      val __obj = js.Dynamic.literal(\n        \"InboundCalling\" -> InboundCalling.asInstanceOf[js.Any],\n        \"OutboundCalling\" -> OutboundCalling.asInstanceOf[js.Any],\n        \"SMS\" -> SMS.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TelephonySettings]\n    }\n  }\n\n  \/** Termination settings enable your SIP hosts to make outbound calls using your Amazon Chime Voice Connector.\n    *\/\n  @js.native\n  trait Termination extends js.Object {\n    var CallingRegions: js.UndefOr[CallingRegionList]\n    var CidrAllowedList: js.UndefOr[StringList]\n    var CpsLimit: js.UndefOr[CpsLimit]\n    var DefaultPhoneNumber: js.UndefOr[E164PhoneNumber]\n    var Disabled: js.UndefOr[Boolean]\n  }\n\n  object Termination {\n    @inline\n    def apply(\n        CallingRegions: js.UndefOr[CallingRegionList] = js.undefined,\n        CidrAllowedList: js.UndefOr[StringList] = js.undefined,\n        CpsLimit: js.UndefOr[CpsLimit] = js.undefined,\n        DefaultPhoneNumber: js.UndefOr[E164PhoneNumber] = js.undefined,\n        Disabled: js.UndefOr[Boolean] = js.undefined\n    ): Termination = {\n      val __obj = js.Dynamic.literal()\n      CallingRegions.foreach(__v => __obj.updateDynamic(\"CallingRegions\")(__v.asInstanceOf[js.Any]))\n      CidrAllowedList.foreach(__v => __obj.updateDynamic(\"CidrAllowedList\")(__v.asInstanceOf[js.Any]))\n      CpsLimit.foreach(__v => __obj.updateDynamic(\"CpsLimit\")(__v.asInstanceOf[js.Any]))\n      DefaultPhoneNumber.foreach(__v => __obj.updateDynamic(\"DefaultPhoneNumber\")(__v.asInstanceOf[js.Any]))\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Termination]\n    }\n  }\n\n  \/** The termination health details, including the source IP address and timestamp of the last successful SIP <code>OPTIONS<\/code> message from your SIP infrastructure.\n    *\/\n  @js.native\n  trait TerminationHealth extends js.Object {\n    var Source: js.UndefOr[String]\n    var Timestamp: js.UndefOr[Iso8601Timestamp]\n  }\n\n  object TerminationHealth {\n    @inline\n    def apply(\n        Source: js.UndefOr[String] = js.undefined,\n        Timestamp: js.UndefOr[Iso8601Timestamp] = js.undefined\n    ): TerminationHealth = {\n      val __obj = js.Dynamic.literal()\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TerminationHealth]\n    }\n  }\n\n  @js.native\n  trait UntagAttendeeRequest extends js.Object {\n    var AttendeeId: GuidString\n    var MeetingId: GuidString\n    var TagKeys: AttendeeTagKeyList\n  }\n\n  object UntagAttendeeRequest {\n    @inline\n    def apply(\n        AttendeeId: GuidString,\n        MeetingId: GuidString,\n        TagKeys: AttendeeTagKeyList\n    ): UntagAttendeeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AttendeeId\" -> AttendeeId.asInstanceOf[js.Any],\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagAttendeeRequest]\n    }\n  }\n\n  @js.native\n  trait UntagMeetingRequest extends js.Object {\n    var MeetingId: GuidString\n    var TagKeys: MeetingTagKeyList\n  }\n\n  object UntagMeetingRequest {\n    @inline\n    def apply(\n        MeetingId: GuidString,\n        TagKeys: MeetingTagKeyList\n    ): UntagMeetingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MeetingId\" -> MeetingId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagMeetingRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var Name: js.UndefOr[AccountName]\n  }\n\n  object UpdateAccountRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        Name: js.UndefOr[AccountName] = js.undefined\n    ): UpdateAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountResponse extends js.Object {\n    var Account: js.UndefOr[Account]\n  }\n\n  object UpdateAccountResponse {\n    @inline\n    def apply(\n        Account: js.UndefOr[Account] = js.undefined\n    ): UpdateAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Account.foreach(__v => __obj.updateDynamic(\"Account\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountSettingsRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var AccountSettings: AccountSettings\n  }\n\n  object UpdateAccountSettingsRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        AccountSettings: AccountSettings\n    ): UpdateAccountSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"AccountSettings\" -> AccountSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAccountSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAccountSettingsResponse extends js.Object\n\n  object UpdateAccountSettingsResponse {\n    @inline\n    def apply(): UpdateAccountSettingsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateAccountSettingsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAppInstanceRequest extends js.Object {\n    var AppInstanceArn: ChimeArn\n    var Name: NonEmptyResourceName\n    var Metadata: js.UndefOr[Metadata]\n  }\n\n  object UpdateAppInstanceRequest {\n    @inline\n    def apply(\n        AppInstanceArn: ChimeArn,\n        Name: NonEmptyResourceName,\n        Metadata: js.UndefOr[Metadata] = js.undefined\n    ): UpdateAppInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceArn\" -> AppInstanceArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAppInstanceResponse extends js.Object {\n    var AppInstanceArn: js.UndefOr[ChimeArn]\n  }\n\n  object UpdateAppInstanceResponse {\n    @inline\n    def apply(\n        AppInstanceArn: js.UndefOr[ChimeArn] = js.undefined\n    ): UpdateAppInstanceResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceArn.foreach(__v => __obj.updateDynamic(\"AppInstanceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppInstanceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAppInstanceUserRequest extends js.Object {\n    var AppInstanceUserArn: ChimeArn\n    var Name: UserName\n    var Metadata: js.UndefOr[Metadata]\n  }\n\n  object UpdateAppInstanceUserRequest {\n    @inline\n    def apply(\n        AppInstanceUserArn: ChimeArn,\n        Name: UserName,\n        Metadata: js.UndefOr[Metadata] = js.undefined\n    ): UpdateAppInstanceUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AppInstanceUserArn\" -> AppInstanceUserArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppInstanceUserRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAppInstanceUserResponse extends js.Object {\n    var AppInstanceUserArn: js.UndefOr[ChimeArn]\n  }\n\n  object UpdateAppInstanceUserResponse {\n    @inline\n    def apply(\n        AppInstanceUserArn: js.UndefOr[ChimeArn] = js.undefined\n    ): UpdateAppInstanceUserResponse = {\n      val __obj = js.Dynamic.literal()\n      AppInstanceUserArn.foreach(__v => __obj.updateDynamic(\"AppInstanceUserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppInstanceUserResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateBotRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var BotId: NonEmptyString\n    var Disabled: js.UndefOr[NullableBoolean]\n  }\n\n  object UpdateBotRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        BotId: NonEmptyString,\n        Disabled: js.UndefOr[NullableBoolean] = js.undefined\n    ): UpdateBotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BotId\" -> BotId.asInstanceOf[js.Any]\n      )\n\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBotRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateBotResponse extends js.Object {\n    var Bot: js.UndefOr[Bot]\n  }\n\n  object UpdateBotResponse {\n    @inline\n    def apply(\n        Bot: js.UndefOr[Bot] = js.undefined\n    ): UpdateBotResponse = {\n      val __obj = js.Dynamic.literal()\n      Bot.foreach(__v => __obj.updateDynamic(\"Bot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBotResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelMessageRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var MessageId: MessageId\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var Content: js.UndefOr[Content]\n    var Metadata: js.UndefOr[Metadata]\n  }\n\n  object UpdateChannelMessageRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        MessageId: MessageId,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        Content: js.UndefOr[Content] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined\n    ): UpdateChannelMessageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelMessageRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelMessageResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n    var MessageId: js.UndefOr[MessageId]\n  }\n\n  object UpdateChannelMessageResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined\n    ): UpdateChannelMessageResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelMessageResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelReadMarkerRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var ChimeBearer: js.UndefOr[ChimeArn]\n  }\n\n  object UpdateChannelReadMarkerRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined\n    ): UpdateChannelReadMarkerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelReadMarkerRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelReadMarkerResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n  }\n\n  object UpdateChannelReadMarkerResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined\n    ): UpdateChannelReadMarkerResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelReadMarkerResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelRequest extends js.Object {\n    var ChannelArn: ChimeArn\n    var Mode: ChannelMode\n    var Name: NonEmptyResourceName\n    var ChimeBearer: js.UndefOr[ChimeArn]\n    var Metadata: js.UndefOr[Metadata]\n  }\n\n  object UpdateChannelRequest {\n    @inline\n    def apply(\n        ChannelArn: ChimeArn,\n        Mode: ChannelMode,\n        Name: NonEmptyResourceName,\n        ChimeBearer: js.UndefOr[ChimeArn] = js.undefined,\n        Metadata: js.UndefOr[Metadata] = js.undefined\n    ): UpdateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelArn\" -> ChannelArn.asInstanceOf[js.Any],\n        \"Mode\" -> Mode.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ChimeBearer.foreach(__v => __obj.updateDynamic(\"ChimeBearer\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateChannelResponse extends js.Object {\n    var ChannelArn: js.UndefOr[ChimeArn]\n  }\n\n  object UpdateChannelResponse {\n    @inline\n    def apply(\n        ChannelArn: js.UndefOr[ChimeArn] = js.undefined\n    ): UpdateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelArn.foreach(__v => __obj.updateDynamic(\"ChannelArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateGlobalSettingsRequest extends js.Object {\n    var BusinessCalling: BusinessCallingSettings\n    var VoiceConnector: VoiceConnectorSettings\n  }\n\n  object UpdateGlobalSettingsRequest {\n    @inline\n    def apply(\n        BusinessCalling: BusinessCallingSettings,\n        VoiceConnector: VoiceConnectorSettings\n    ): UpdateGlobalSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BusinessCalling\" -> BusinessCalling.asInstanceOf[js.Any],\n        \"VoiceConnector\" -> VoiceConnector.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateGlobalSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePhoneNumberRequest extends js.Object {\n    var PhoneNumberId: String\n    var CallingName: js.UndefOr[CallingName]\n    var ProductType: js.UndefOr[PhoneNumberProductType]\n  }\n\n  object UpdatePhoneNumberRequest {\n    @inline\n    def apply(\n        PhoneNumberId: String,\n        CallingName: js.UndefOr[CallingName] = js.undefined,\n        ProductType: js.UndefOr[PhoneNumberProductType] = js.undefined\n    ): UpdatePhoneNumberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberId\" -> PhoneNumberId.asInstanceOf[js.Any]\n      )\n\n      CallingName.foreach(__v => __obj.updateDynamic(\"CallingName\")(__v.asInstanceOf[js.Any]))\n      ProductType.foreach(__v => __obj.updateDynamic(\"ProductType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePhoneNumberRequest]\n    }\n  }\n\n  \/** The phone number ID, product type, or calling name fields to update, used with the <a>BatchUpdatePhoneNumber<\/a> and <a>UpdatePhoneNumber<\/a> actions.\n    *\/\n  @js.native\n  trait UpdatePhoneNumberRequestItem extends js.Object {\n    var PhoneNumberId: NonEmptyString\n    var CallingName: js.UndefOr[CallingName]\n    var ProductType: js.UndefOr[PhoneNumberProductType]\n  }\n\n  object UpdatePhoneNumberRequestItem {\n    @inline\n    def apply(\n        PhoneNumberId: NonEmptyString,\n        CallingName: js.UndefOr[CallingName] = js.undefined,\n        ProductType: js.UndefOr[PhoneNumberProductType] = js.undefined\n    ): UpdatePhoneNumberRequestItem = {\n      val __obj = js.Dynamic.literal(\n        \"PhoneNumberId\" -> PhoneNumberId.asInstanceOf[js.Any]\n      )\n\n      CallingName.foreach(__v => __obj.updateDynamic(\"CallingName\")(__v.asInstanceOf[js.Any]))\n      ProductType.foreach(__v => __obj.updateDynamic(\"ProductType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePhoneNumberRequestItem]\n    }\n  }\n\n  @js.native\n  trait UpdatePhoneNumberResponse extends js.Object {\n    var PhoneNumber: js.UndefOr[PhoneNumber]\n  }\n\n  object UpdatePhoneNumberResponse {\n    @inline\n    def apply(\n        PhoneNumber: js.UndefOr[PhoneNumber] = js.undefined\n    ): UpdatePhoneNumberResponse = {\n      val __obj = js.Dynamic.literal()\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePhoneNumberResponse]\n    }\n  }\n\n  @js.native\n  trait UpdatePhoneNumberSettingsRequest extends js.Object {\n    var CallingName: CallingName\n  }\n\n  object UpdatePhoneNumberSettingsRequest {\n    @inline\n    def apply(\n        CallingName: CallingName\n    ): UpdatePhoneNumberSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CallingName\" -> CallingName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePhoneNumberSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateProxySessionRequest extends js.Object {\n    var Capabilities: CapabilityList\n    var ProxySessionId: NonEmptyString128\n    var VoiceConnectorId: NonEmptyString128\n    var ExpiryMinutes: js.UndefOr[PositiveInteger]\n  }\n\n  object UpdateProxySessionRequest {\n    @inline\n    def apply(\n        Capabilities: CapabilityList,\n        ProxySessionId: NonEmptyString128,\n        VoiceConnectorId: NonEmptyString128,\n        ExpiryMinutes: js.UndefOr[PositiveInteger] = js.undefined\n    ): UpdateProxySessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Capabilities\" -> Capabilities.asInstanceOf[js.Any],\n        \"ProxySessionId\" -> ProxySessionId.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n\n      ExpiryMinutes.foreach(__v => __obj.updateDynamic(\"ExpiryMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProxySessionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateProxySessionResponse extends js.Object {\n    var ProxySession: js.UndefOr[ProxySession]\n  }\n\n  object UpdateProxySessionResponse {\n    @inline\n    def apply(\n        ProxySession: js.UndefOr[ProxySession] = js.undefined\n    ): UpdateProxySessionResponse = {\n      val __obj = js.Dynamic.literal()\n      ProxySession.foreach(__v => __obj.updateDynamic(\"ProxySession\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProxySessionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateRoomMembershipRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var MemberId: NonEmptyString\n    var RoomId: NonEmptyString\n    var Role: js.UndefOr[RoomMembershipRole]\n  }\n\n  object UpdateRoomMembershipRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        MemberId: NonEmptyString,\n        RoomId: NonEmptyString,\n        Role: js.UndefOr[RoomMembershipRole] = js.undefined\n    ): UpdateRoomMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoomMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRoomMembershipResponse extends js.Object {\n    var RoomMembership: js.UndefOr[RoomMembership]\n  }\n\n  object UpdateRoomMembershipResponse {\n    @inline\n    def apply(\n        RoomMembership: js.UndefOr[RoomMembership] = js.undefined\n    ): UpdateRoomMembershipResponse = {\n      val __obj = js.Dynamic.literal()\n      RoomMembership.foreach(__v => __obj.updateDynamic(\"RoomMembership\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoomMembershipResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateRoomRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var RoomId: NonEmptyString\n    var Name: js.UndefOr[SensitiveString]\n  }\n\n  object UpdateRoomRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        RoomId: NonEmptyString,\n        Name: js.UndefOr[SensitiveString] = js.undefined\n    ): UpdateRoomRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"RoomId\" -> RoomId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoomRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRoomResponse extends js.Object {\n    var Room: js.UndefOr[Room]\n  }\n\n  object UpdateRoomResponse {\n    @inline\n    def apply(\n        Room: js.UndefOr[Room] = js.undefined\n    ): UpdateRoomResponse = {\n      val __obj = js.Dynamic.literal()\n      Room.foreach(__v => __obj.updateDynamic(\"Room\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRoomResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSipMediaApplicationRequest extends js.Object {\n    var SipMediaApplicationId: NonEmptyString\n    var Endpoints: js.UndefOr[SipMediaApplicationEndpointList]\n    var Name: js.UndefOr[SipMediaApplicationName]\n  }\n\n  object UpdateSipMediaApplicationRequest {\n    @inline\n    def apply(\n        SipMediaApplicationId: NonEmptyString,\n        Endpoints: js.UndefOr[SipMediaApplicationEndpointList] = js.undefined,\n        Name: js.UndefOr[SipMediaApplicationName] = js.undefined\n    ): UpdateSipMediaApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SipMediaApplicationId\" -> SipMediaApplicationId.asInstanceOf[js.Any]\n      )\n\n      Endpoints.foreach(__v => __obj.updateDynamic(\"Endpoints\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSipMediaApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSipMediaApplicationResponse extends js.Object {\n    var SipMediaApplication: js.UndefOr[SipMediaApplication]\n  }\n\n  object UpdateSipMediaApplicationResponse {\n    @inline\n    def apply(\n        SipMediaApplication: js.UndefOr[SipMediaApplication] = js.undefined\n    ): UpdateSipMediaApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      SipMediaApplication.foreach(__v => __obj.updateDynamic(\"SipMediaApplication\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSipMediaApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSipRuleRequest extends js.Object {\n    var Name: SipRuleName\n    var SipRuleId: NonEmptyString\n    var Disabled: js.UndefOr[NullableBoolean]\n    var TargetApplications: js.UndefOr[SipRuleTargetApplicationList]\n  }\n\n  object UpdateSipRuleRequest {\n    @inline\n    def apply(\n        Name: SipRuleName,\n        SipRuleId: NonEmptyString,\n        Disabled: js.UndefOr[NullableBoolean] = js.undefined,\n        TargetApplications: js.UndefOr[SipRuleTargetApplicationList] = js.undefined\n    ): UpdateSipRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SipRuleId\" -> SipRuleId.asInstanceOf[js.Any]\n      )\n\n      Disabled.foreach(__v => __obj.updateDynamic(\"Disabled\")(__v.asInstanceOf[js.Any]))\n      TargetApplications.foreach(__v => __obj.updateDynamic(\"TargetApplications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSipRuleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSipRuleResponse extends js.Object {\n    var SipRule: js.UndefOr[SipRule]\n  }\n\n  object UpdateSipRuleResponse {\n    @inline\n    def apply(\n        SipRule: js.UndefOr[SipRule] = js.undefined\n    ): UpdateSipRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      SipRule.foreach(__v => __obj.updateDynamic(\"SipRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSipRuleResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateUserRequest extends js.Object {\n    var AccountId: NonEmptyString\n    var UserId: NonEmptyString\n    var AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata]\n    var LicenseType: js.UndefOr[License]\n    var UserType: js.UndefOr[UserType]\n  }\n\n  object UpdateUserRequest {\n    @inline\n    def apply(\n        AccountId: NonEmptyString,\n        UserId: NonEmptyString,\n        AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata] = js.undefined,\n        LicenseType: js.UndefOr[License] = js.undefined,\n        UserType: js.UndefOr[UserType] = js.undefined\n    ): UpdateUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      AlexaForBusinessMetadata.foreach(__v => __obj.updateDynamic(\"AlexaForBusinessMetadata\")(__v.asInstanceOf[js.Any]))\n      LicenseType.foreach(__v => __obj.updateDynamic(\"LicenseType\")(__v.asInstanceOf[js.Any]))\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserRequest]\n    }\n  }\n\n  \/** The user ID and user fields to update, used with the <a>BatchUpdateUser<\/a> action.\n    *\/\n  @js.native\n  trait UpdateUserRequestItem extends js.Object {\n    var UserId: NonEmptyString\n    var AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata]\n    var LicenseType: js.UndefOr[License]\n    var UserType: js.UndefOr[UserType]\n  }\n\n  object UpdateUserRequestItem {\n    @inline\n    def apply(\n        UserId: NonEmptyString,\n        AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata] = js.undefined,\n        LicenseType: js.UndefOr[License] = js.undefined,\n        UserType: js.UndefOr[UserType] = js.undefined\n    ): UpdateUserRequestItem = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      AlexaForBusinessMetadata.foreach(__v => __obj.updateDynamic(\"AlexaForBusinessMetadata\")(__v.asInstanceOf[js.Any]))\n      LicenseType.foreach(__v => __obj.updateDynamic(\"LicenseType\")(__v.asInstanceOf[js.Any]))\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserRequestItem]\n    }\n  }\n\n  @js.native\n  trait UpdateUserResponse extends js.Object {\n    var User: js.UndefOr[User]\n  }\n\n  object UpdateUserResponse {\n    @inline\n    def apply(\n        User: js.UndefOr[User] = js.undefined\n    ): UpdateUserResponse = {\n      val __obj = js.Dynamic.literal()\n      User.foreach(__v => __obj.updateDynamic(\"User\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateUserResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateUserSettingsRequest extends js.Object {\n    var AccountId: String\n    var UserId: String\n    var UserSettings: UserSettings\n  }\n\n  object UpdateUserSettingsRequest {\n    @inline\n    def apply(\n        AccountId: String,\n        UserId: String,\n        UserSettings: UserSettings\n    ): UpdateUserSettingsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any],\n        \"UserSettings\" -> UserSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateUserSettingsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVoiceConnectorGroupRequest extends js.Object {\n    var Name: VoiceConnectorGroupName\n    var VoiceConnectorGroupId: NonEmptyString\n    var VoiceConnectorItems: VoiceConnectorItemList\n  }\n\n  object UpdateVoiceConnectorGroupRequest {\n    @inline\n    def apply(\n        Name: VoiceConnectorGroupName,\n        VoiceConnectorGroupId: NonEmptyString,\n        VoiceConnectorItems: VoiceConnectorItemList\n    ): UpdateVoiceConnectorGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"VoiceConnectorGroupId\" -> VoiceConnectorGroupId.asInstanceOf[js.Any],\n        \"VoiceConnectorItems\" -> VoiceConnectorItems.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVoiceConnectorGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVoiceConnectorGroupResponse extends js.Object {\n    var VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup]\n  }\n\n  object UpdateVoiceConnectorGroupResponse {\n    @inline\n    def apply(\n        VoiceConnectorGroup: js.UndefOr[VoiceConnectorGroup] = js.undefined\n    ): UpdateVoiceConnectorGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnectorGroup.foreach(__v => __obj.updateDynamic(\"VoiceConnectorGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVoiceConnectorGroupResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateVoiceConnectorRequest extends js.Object {\n    var Name: VoiceConnectorName\n    var RequireEncryption: Boolean\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object UpdateVoiceConnectorRequest {\n    @inline\n    def apply(\n        Name: VoiceConnectorName,\n        RequireEncryption: Boolean,\n        VoiceConnectorId: NonEmptyString\n    ): UpdateVoiceConnectorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RequireEncryption\" -> RequireEncryption.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVoiceConnectorRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVoiceConnectorResponse extends js.Object {\n    var VoiceConnector: js.UndefOr[VoiceConnector]\n  }\n\n  object UpdateVoiceConnectorResponse {\n    @inline\n    def apply(\n        VoiceConnector: js.UndefOr[VoiceConnector] = js.undefined\n    ): UpdateVoiceConnectorResponse = {\n      val __obj = js.Dynamic.literal()\n      VoiceConnector.foreach(__v => __obj.updateDynamic(\"VoiceConnector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVoiceConnectorResponse]\n    }\n  }\n\n  \/** The user on the Amazon Chime account.\n    *\/\n  @js.native\n  trait User extends js.Object {\n    var UserId: String\n    var AccountId: js.UndefOr[String]\n    var AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata]\n    var DisplayName: js.UndefOr[SensitiveString]\n    var InvitedOn: js.UndefOr[Iso8601Timestamp]\n    var LicenseType: js.UndefOr[License]\n    var PersonalPIN: js.UndefOr[String]\n    var PrimaryEmail: js.UndefOr[EmailAddress]\n    var PrimaryProvisionedNumber: js.UndefOr[SensitiveString]\n    var RegisteredOn: js.UndefOr[Iso8601Timestamp]\n    var UserInvitationStatus: js.UndefOr[InviteStatus]\n    var UserRegistrationStatus: js.UndefOr[RegistrationStatus]\n    var UserType: js.UndefOr[UserType]\n  }\n\n  object User {\n    @inline\n    def apply(\n        UserId: String,\n        AccountId: js.UndefOr[String] = js.undefined,\n        AlexaForBusinessMetadata: js.UndefOr[AlexaForBusinessMetadata] = js.undefined,\n        DisplayName: js.UndefOr[SensitiveString] = js.undefined,\n        InvitedOn: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        LicenseType: js.UndefOr[License] = js.undefined,\n        PersonalPIN: js.UndefOr[String] = js.undefined,\n        PrimaryEmail: js.UndefOr[EmailAddress] = js.undefined,\n        PrimaryProvisionedNumber: js.UndefOr[SensitiveString] = js.undefined,\n        RegisteredOn: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        UserInvitationStatus: js.UndefOr[InviteStatus] = js.undefined,\n        UserRegistrationStatus: js.UndefOr[RegistrationStatus] = js.undefined,\n        UserType: js.UndefOr[UserType] = js.undefined\n    ): User = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AlexaForBusinessMetadata.foreach(__v => __obj.updateDynamic(\"AlexaForBusinessMetadata\")(__v.asInstanceOf[js.Any]))\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      InvitedOn.foreach(__v => __obj.updateDynamic(\"InvitedOn\")(__v.asInstanceOf[js.Any]))\n      LicenseType.foreach(__v => __obj.updateDynamic(\"LicenseType\")(__v.asInstanceOf[js.Any]))\n      PersonalPIN.foreach(__v => __obj.updateDynamic(\"PersonalPIN\")(__v.asInstanceOf[js.Any]))\n      PrimaryEmail.foreach(__v => __obj.updateDynamic(\"PrimaryEmail\")(__v.asInstanceOf[js.Any]))\n      PrimaryProvisionedNumber.foreach(__v => __obj.updateDynamic(\"PrimaryProvisionedNumber\")(__v.asInstanceOf[js.Any]))\n      RegisteredOn.foreach(__v => __obj.updateDynamic(\"RegisteredOn\")(__v.asInstanceOf[js.Any]))\n      UserInvitationStatus.foreach(__v => __obj.updateDynamic(\"UserInvitationStatus\")(__v.asInstanceOf[js.Any]))\n      UserRegistrationStatus.foreach(__v => __obj.updateDynamic(\"UserRegistrationStatus\")(__v.asInstanceOf[js.Any]))\n      UserType.foreach(__v => __obj.updateDynamic(\"UserType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[User]\n    }\n  }\n\n  \/** The list of errors returned when errors are encountered during the <a>BatchSuspendUser<\/a>, <a>BatchUnsuspendUser<\/a>, or <a>BatchUpdateUser<\/a> actions. This includes user IDs, error codes, and error messages.\n    *\/\n  @js.native\n  trait UserError extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[String]\n    var UserId: js.UndefOr[NonEmptyString]\n  }\n\n  object UserError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        UserId: js.UndefOr[NonEmptyString] = js.undefined\n    ): UserError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserError]\n    }\n  }\n\n  \/** Settings associated with an Amazon Chime user, including inbound and outbound calling and text messaging.\n    *\/\n  @js.native\n  trait UserSettings extends js.Object {\n    var Telephony: TelephonySettings\n  }\n\n  object UserSettings {\n    @inline\n    def apply(\n        Telephony: TelephonySettings\n    ): UserSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Telephony\" -> Telephony.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UserSettings]\n    }\n  }\n\n  @js.native\n  sealed trait UserType extends js.Any\n  object UserType {\n    val PrivateUser = \"PrivateUser\".asInstanceOf[UserType]\n    val SharedDevice = \"SharedDevice\".asInstanceOf[UserType]\n\n    @inline def values = js.Array(PrivateUser, SharedDevice)\n  }\n\n  \/** The Amazon Chime Voice Connector configuration, including outbound host name and encryption settings.\n    *\/\n  @js.native\n  trait VoiceConnector extends js.Object {\n    var AwsRegion: js.UndefOr[VoiceConnectorAwsRegion]\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Name: js.UndefOr[VoiceConnectorName]\n    var OutboundHostName: js.UndefOr[String]\n    var RequireEncryption: js.UndefOr[Boolean]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var VoiceConnectorId: js.UndefOr[NonEmptyString]\n  }\n\n  object VoiceConnector {\n    @inline\n    def apply(\n        AwsRegion: js.UndefOr[VoiceConnectorAwsRegion] = js.undefined,\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Name: js.UndefOr[VoiceConnectorName] = js.undefined,\n        OutboundHostName: js.UndefOr[String] = js.undefined,\n        RequireEncryption: js.UndefOr[Boolean] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        VoiceConnectorId: js.UndefOr[NonEmptyString] = js.undefined\n    ): VoiceConnector = {\n      val __obj = js.Dynamic.literal()\n      AwsRegion.foreach(__v => __obj.updateDynamic(\"AwsRegion\")(__v.asInstanceOf[js.Any]))\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutboundHostName.foreach(__v => __obj.updateDynamic(\"OutboundHostName\")(__v.asInstanceOf[js.Any]))\n      RequireEncryption.foreach(__v => __obj.updateDynamic(\"RequireEncryption\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectorId.foreach(__v => __obj.updateDynamic(\"VoiceConnectorId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VoiceConnector]\n    }\n  }\n\n  @js.native\n  sealed trait VoiceConnectorAwsRegion extends js.Any\n  object VoiceConnectorAwsRegion {\n    val `us-east-1` = \"us-east-1\".asInstanceOf[VoiceConnectorAwsRegion]\n    val `us-west-2` = \"us-west-2\".asInstanceOf[VoiceConnectorAwsRegion]\n\n    @inline def values = js.Array(`us-east-1`, `us-west-2`)\n  }\n\n  \/** The Amazon Chime Voice Connector group configuration, including associated Amazon Chime Voice Connectors. You can include Amazon Chime Voice Connectors from different AWS Regions in your group. This creates a fault tolerant mechanism for fallback in case of availability events.\n    *\/\n  @js.native\n  trait VoiceConnectorGroup extends js.Object {\n    var CreatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var Name: js.UndefOr[VoiceConnectorGroupName]\n    var UpdatedTimestamp: js.UndefOr[Iso8601Timestamp]\n    var VoiceConnectorGroupId: js.UndefOr[NonEmptyString]\n    var VoiceConnectorItems: js.UndefOr[VoiceConnectorItemList]\n  }\n\n  object VoiceConnectorGroup {\n    @inline\n    def apply(\n        CreatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        Name: js.UndefOr[VoiceConnectorGroupName] = js.undefined,\n        UpdatedTimestamp: js.UndefOr[Iso8601Timestamp] = js.undefined,\n        VoiceConnectorGroupId: js.UndefOr[NonEmptyString] = js.undefined,\n        VoiceConnectorItems: js.UndefOr[VoiceConnectorItemList] = js.undefined\n    ): VoiceConnectorGroup = {\n      val __obj = js.Dynamic.literal()\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      UpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"UpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectorGroupId.foreach(__v => __obj.updateDynamic(\"VoiceConnectorGroupId\")(__v.asInstanceOf[js.Any]))\n      VoiceConnectorItems.foreach(__v => __obj.updateDynamic(\"VoiceConnectorItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VoiceConnectorGroup]\n    }\n  }\n\n  \/** For Amazon Chime Voice Connector groups, the Amazon Chime Voice Connectors to which to route inbound calls. Includes priority configuration settings. Limit: 3 <code>VoiceConnectorItems<\/code> per Amazon Chime Voice Connector group.\n    *\/\n  @js.native\n  trait VoiceConnectorItem extends js.Object {\n    var Priority: VoiceConnectorItemPriority\n    var VoiceConnectorId: NonEmptyString\n  }\n\n  object VoiceConnectorItem {\n    @inline\n    def apply(\n        Priority: VoiceConnectorItemPriority,\n        VoiceConnectorId: NonEmptyString\n    ): VoiceConnectorItem = {\n      val __obj = js.Dynamic.literal(\n        \"Priority\" -> Priority.asInstanceOf[js.Any],\n        \"VoiceConnectorId\" -> VoiceConnectorId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VoiceConnectorItem]\n    }\n  }\n\n  \/** The Amazon Chime Voice Connector settings. Includes any Amazon S3 buckets designated for storing call detail records.\n    *\/\n  @js.native\n  trait VoiceConnectorSettings extends js.Object {\n    var CdrBucket: js.UndefOr[String]\n  }\n\n  object VoiceConnectorSettings {\n    @inline\n    def apply(\n        CdrBucket: js.UndefOr[String] = js.undefined\n    ): VoiceConnectorSettings = {\n      val __obj = js.Dynamic.literal()\n      CdrBucket.foreach(__v => __obj.updateDynamic(\"CdrBucket\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VoiceConnectorSettings]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/lexruntimev2\/src\/main\/scala\/facade\/amazonaws\/services\/LexRuntimeV2.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object lexruntimev2 {\n  type ActiveContextName = String\n  type ActiveContextParametersMap = js.Dictionary[Text]\n  type ActiveContextTimeToLiveInSeconds = Int\n  type ActiveContextTurnsToLive = Int\n  type ActiveContextsList = js.Array[ActiveContext]\n  type AttachmentTitle = String\n  type AttachmentUrl = String\n  type BlobStream = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BotAliasIdentifier = String\n  type BotIdentifier = String\n  type ButtonText = String\n  type ButtonValue = String\n  type ButtonsList = js.Array[Button]\n  type Interpretations = js.Array[Interpretation]\n  type LocaleId = String\n  type Messages = js.Array[Message]\n  type NonEmptyString = String\n  type ParameterName = String\n  type SensitiveNonEmptyString = String\n  type SessionId = String\n  type Slots = js.Dictionary[Slot]\n  type StringList = js.Array[NonEmptyString]\n  type StringMap = js.Dictionary[String]\n  type Text = String\n\n  implicit final class LexRuntimeV2Ops(private val service: LexRuntimeV2) extends AnyVal {\n\n    @inline def deleteSessionFuture(params: DeleteSessionRequest): Future[DeleteSessionResponse] = service.deleteSession(params).promise().toFuture\n    @inline def getSessionFuture(params: GetSessionRequest): Future[GetSessionResponse] = service.getSession(params).promise().toFuture\n    @inline def putSessionFuture(params: PutSessionRequest): Future[PutSessionResponse] = service.putSession(params).promise().toFuture\n    @inline def recognizeTextFuture(params: RecognizeTextRequest): Future[RecognizeTextResponse] = service.recognizeText(params).promise().toFuture\n    @inline def recognizeUtteranceFuture(params: RecognizeUtteranceRequest): Future[RecognizeUtteranceResponse] = service.recognizeUtterance(params).promise().toFuture\n\n  }\n}\n\npackage lexruntimev2 {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/lexruntimev2\", JSImport.Namespace, \"AWS.LexRuntimeV2\")\n  class LexRuntimeV2() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteSession(params: DeleteSessionRequest): Request[DeleteSessionResponse] = js.native\n    def getSession(params: GetSessionRequest): Request[GetSessionResponse] = js.native\n    def putSession(params: PutSessionRequest): Request[PutSessionResponse] = js.native\n    def recognizeText(params: RecognizeTextRequest): Request[RecognizeTextResponse] = js.native\n    def recognizeUtterance(params: RecognizeUtteranceRequest): Request[RecognizeUtteranceResponse] = js.native\n  }\n\n  \/** Contains information about the contexts that a user is using in a session. You can configure Amazon Lex to set a context when an intent is fulfilled, or you can set a context using the , , or operations. Use a context to indicate to Amazon Lex intents that should be used as follow-up intents. For example, if the active context is <code>order-fulfilled<\/code>, only intents that have <code>order-fulfilled<\/code> configured as a trigger are considered for follow up.\n    *\/\n  @js.native\n  trait ActiveContext extends js.Object {\n    var name: ActiveContextName\n    var timeToLive: ActiveContextTimeToLive\n    var contextAttributes: js.UndefOr[ActiveContextParametersMap]\n  }\n\n  object ActiveContext {\n    @inline\n    def apply(\n        name: ActiveContextName,\n        timeToLive: ActiveContextTimeToLive,\n        contextAttributes: js.UndefOr[ActiveContextParametersMap] = js.undefined\n    ): ActiveContext = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"timeToLive\" -> timeToLive.asInstanceOf[js.Any]\n      )\n\n      contextAttributes.foreach(__v => __obj.updateDynamic(\"contextAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActiveContext]\n    }\n  }\n\n  \/** The time that a context is active. You can specify the time to live in seconds or in conversation turns.\n    *\/\n  @js.native\n  trait ActiveContextTimeToLive extends js.Object {\n    var timeToLiveInSeconds: ActiveContextTimeToLiveInSeconds\n    var turnsToLive: ActiveContextTurnsToLive\n  }\n\n  object ActiveContextTimeToLive {\n    @inline\n    def apply(\n        timeToLiveInSeconds: ActiveContextTimeToLiveInSeconds,\n        turnsToLive: ActiveContextTurnsToLive\n    ): ActiveContextTimeToLive = {\n      val __obj = js.Dynamic.literal(\n        \"timeToLiveInSeconds\" -> timeToLiveInSeconds.asInstanceOf[js.Any],\n        \"turnsToLive\" -> turnsToLive.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActiveContextTimeToLive]\n    }\n  }\n\n  \/** A button that appears on a response card show to the user.\n    *\/\n  @js.native\n  trait Button extends js.Object {\n    var text: ButtonText\n    var value: ButtonValue\n  }\n\n  object Button {\n    @inline\n    def apply(\n        text: ButtonText,\n        value: ButtonValue\n    ): Button = {\n      val __obj = js.Dynamic.literal(\n        \"text\" -> text.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Button]\n    }\n  }\n\n  \/** Provides a score that indicates the confidence that Amazon Lex has that an intent is the one that satisfies the user's intent.\n    *\/\n  @js.native\n  trait ConfidenceScore extends js.Object {\n    var score: js.UndefOr[Double]\n  }\n\n  object ConfidenceScore {\n    @inline\n    def apply(\n        score: js.UndefOr[Double] = js.undefined\n    ): ConfidenceScore = {\n      val __obj = js.Dynamic.literal()\n      score.foreach(__v => __obj.updateDynamic(\"score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfidenceScore]\n    }\n  }\n\n  @js.native\n  sealed trait ConfirmationState extends js.Any\n  object ConfirmationState {\n    val Confirmed = \"Confirmed\".asInstanceOf[ConfirmationState]\n    val Denied = \"Denied\".asInstanceOf[ConfirmationState]\n    val None = \"None\".asInstanceOf[ConfirmationState]\n\n    @inline def values = js.Array(Confirmed, Denied, None)\n  }\n\n  @js.native\n  trait DeleteSessionRequest extends js.Object {\n    var botAliasId: BotAliasIdentifier\n    var botId: BotIdentifier\n    var localeId: LocaleId\n    var sessionId: SessionId\n  }\n\n  object DeleteSessionRequest {\n    @inline\n    def apply(\n        botAliasId: BotAliasIdentifier,\n        botId: BotIdentifier,\n        localeId: LocaleId,\n        sessionId: SessionId\n    ): DeleteSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAliasId\" -> botAliasId.asInstanceOf[js.Any],\n        \"botId\" -> botId.asInstanceOf[js.Any],\n        \"localeId\" -> localeId.asInstanceOf[js.Any],\n        \"sessionId\" -> sessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSessionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSessionResponse extends js.Object {\n    var botAliasId: js.UndefOr[BotAliasIdentifier]\n    var botId: js.UndefOr[BotIdentifier]\n    var localeId: js.UndefOr[LocaleId]\n    var sessionId: js.UndefOr[SessionId]\n  }\n\n  object DeleteSessionResponse {\n    @inline\n    def apply(\n        botAliasId: js.UndefOr[BotAliasIdentifier] = js.undefined,\n        botId: js.UndefOr[BotIdentifier] = js.undefined,\n        localeId: js.UndefOr[LocaleId] = js.undefined,\n        sessionId: js.UndefOr[SessionId] = js.undefined\n    ): DeleteSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      botAliasId.foreach(__v => __obj.updateDynamic(\"botAliasId\")(__v.asInstanceOf[js.Any]))\n      botId.foreach(__v => __obj.updateDynamic(\"botId\")(__v.asInstanceOf[js.Any]))\n      localeId.foreach(__v => __obj.updateDynamic(\"localeId\")(__v.asInstanceOf[js.Any]))\n      sessionId.foreach(__v => __obj.updateDynamic(\"sessionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSessionResponse]\n    }\n  }\n\n  \/** The next action that Amazon Lex should take.\n    *\/\n  @js.native\n  trait DialogAction extends js.Object {\n    var `type`: DialogActionType\n    var slotToElicit: js.UndefOr[NonEmptyString]\n  }\n\n  object DialogAction {\n    @inline\n    def apply(\n        `type`: DialogActionType,\n        slotToElicit: js.UndefOr[NonEmptyString] = js.undefined\n    ): DialogAction = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      slotToElicit.foreach(__v => __obj.updateDynamic(\"slotToElicit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DialogAction]\n    }\n  }\n\n  @js.native\n  sealed trait DialogActionType extends js.Any\n  object DialogActionType {\n    val Close = \"Close\".asInstanceOf[DialogActionType]\n    val ConfirmIntent = \"ConfirmIntent\".asInstanceOf[DialogActionType]\n    val Delegate = \"Delegate\".asInstanceOf[DialogActionType]\n    val ElicitIntent = \"ElicitIntent\".asInstanceOf[DialogActionType]\n    val ElicitSlot = \"ElicitSlot\".asInstanceOf[DialogActionType]\n\n    @inline def values = js.Array(Close, ConfirmIntent, Delegate, ElicitIntent, ElicitSlot)\n  }\n\n  @js.native\n  trait GetSessionRequest extends js.Object {\n    var botAliasId: BotAliasIdentifier\n    var botId: BotIdentifier\n    var localeId: LocaleId\n    var sessionId: SessionId\n  }\n\n  object GetSessionRequest {\n    @inline\n    def apply(\n        botAliasId: BotAliasIdentifier,\n        botId: BotIdentifier,\n        localeId: LocaleId,\n        sessionId: SessionId\n    ): GetSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAliasId\" -> botAliasId.asInstanceOf[js.Any],\n        \"botId\" -> botId.asInstanceOf[js.Any],\n        \"localeId\" -> localeId.asInstanceOf[js.Any],\n        \"sessionId\" -> sessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSessionRequest]\n    }\n  }\n\n  @js.native\n  trait GetSessionResponse extends js.Object {\n    var interpretations: js.UndefOr[Interpretations]\n    var messages: js.UndefOr[Messages]\n    var sessionId: js.UndefOr[NonEmptyString]\n    var sessionState: js.UndefOr[SessionState]\n  }\n\n  object GetSessionResponse {\n    @inline\n    def apply(\n        interpretations: js.UndefOr[Interpretations] = js.undefined,\n        messages: js.UndefOr[Messages] = js.undefined,\n        sessionId: js.UndefOr[NonEmptyString] = js.undefined,\n        sessionState: js.UndefOr[SessionState] = js.undefined\n    ): GetSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      interpretations.foreach(__v => __obj.updateDynamic(\"interpretations\")(__v.asInstanceOf[js.Any]))\n      messages.foreach(__v => __obj.updateDynamic(\"messages\")(__v.asInstanceOf[js.Any]))\n      sessionId.foreach(__v => __obj.updateDynamic(\"sessionId\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSessionResponse]\n    }\n  }\n\n  \/** A card that is shown to the user by a messaging platform. You define the contents of the card, the card is displayed by the platform. When you use a response card, the response from the user is constrained to the text associated with a button on the card.\n    *\/\n  @js.native\n  trait ImageResponseCard extends js.Object {\n    var title: AttachmentTitle\n    var buttons: js.UndefOr[ButtonsList]\n    var imageUrl: js.UndefOr[AttachmentUrl]\n    var subtitle: js.UndefOr[AttachmentTitle]\n  }\n\n  object ImageResponseCard {\n    @inline\n    def apply(\n        title: AttachmentTitle,\n        buttons: js.UndefOr[ButtonsList] = js.undefined,\n        imageUrl: js.UndefOr[AttachmentUrl] = js.undefined,\n        subtitle: js.UndefOr[AttachmentTitle] = js.undefined\n    ): ImageResponseCard = {\n      val __obj = js.Dynamic.literal(\n        \"title\" -> title.asInstanceOf[js.Any]\n      )\n\n      buttons.foreach(__v => __obj.updateDynamic(\"buttons\")(__v.asInstanceOf[js.Any]))\n      imageUrl.foreach(__v => __obj.updateDynamic(\"imageUrl\")(__v.asInstanceOf[js.Any]))\n      subtitle.foreach(__v => __obj.updateDynamic(\"subtitle\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageResponseCard]\n    }\n  }\n\n  \/** The current intent that Amazon Lex is attempting to fulfill.\n    *\/\n  @js.native\n  trait Intent extends js.Object {\n    var name: NonEmptyString\n    var confirmationState: js.UndefOr[ConfirmationState]\n    var slots: js.UndefOr[Slots]\n    var state: js.UndefOr[IntentState]\n  }\n\n  object Intent {\n    @inline\n    def apply(\n        name: NonEmptyString,\n        confirmationState: js.UndefOr[ConfirmationState] = js.undefined,\n        slots: js.UndefOr[Slots] = js.undefined,\n        state: js.UndefOr[IntentState] = js.undefined\n    ): Intent = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      confirmationState.foreach(__v => __obj.updateDynamic(\"confirmationState\")(__v.asInstanceOf[js.Any]))\n      slots.foreach(__v => __obj.updateDynamic(\"slots\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Intent]\n    }\n  }\n\n  @js.native\n  sealed trait IntentState extends js.Any\n  object IntentState {\n    val Failed = \"Failed\".asInstanceOf[IntentState]\n    val Fulfilled = \"Fulfilled\".asInstanceOf[IntentState]\n    val InProgress = \"InProgress\".asInstanceOf[IntentState]\n    val ReadyForFulfillment = \"ReadyForFulfillment\".asInstanceOf[IntentState]\n    val Waiting = \"Waiting\".asInstanceOf[IntentState]\n\n    @inline def values = js.Array(Failed, Fulfilled, InProgress, ReadyForFulfillment, Waiting)\n  }\n\n  \/** An intent that Amazon Lex determined might satisfy the user's utterance. The intents are ordered by the confidence score.\n    *\/\n  @js.native\n  trait Interpretation extends js.Object {\n    var intent: js.UndefOr[Intent]\n    var nluConfidence: js.UndefOr[ConfidenceScore]\n    var sentimentResponse: js.UndefOr[SentimentResponse]\n  }\n\n  object Interpretation {\n    @inline\n    def apply(\n        intent: js.UndefOr[Intent] = js.undefined,\n        nluConfidence: js.UndefOr[ConfidenceScore] = js.undefined,\n        sentimentResponse: js.UndefOr[SentimentResponse] = js.undefined\n    ): Interpretation = {\n      val __obj = js.Dynamic.literal()\n      intent.foreach(__v => __obj.updateDynamic(\"intent\")(__v.asInstanceOf[js.Any]))\n      nluConfidence.foreach(__v => __obj.updateDynamic(\"nluConfidence\")(__v.asInstanceOf[js.Any]))\n      sentimentResponse.foreach(__v => __obj.updateDynamic(\"sentimentResponse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Interpretation]\n    }\n  }\n\n  \/** Container for text that is returned to the customer..\n    *\/\n  @js.native\n  trait Message extends js.Object {\n    var content: js.UndefOr[Text]\n    var contentType: js.UndefOr[MessageContentType]\n    var imageResponseCard: js.UndefOr[ImageResponseCard]\n  }\n\n  object Message {\n    @inline\n    def apply(\n        content: js.UndefOr[Text] = js.undefined,\n        contentType: js.UndefOr[MessageContentType] = js.undefined,\n        imageResponseCard: js.UndefOr[ImageResponseCard] = js.undefined\n    ): Message = {\n      val __obj = js.Dynamic.literal()\n      content.foreach(__v => __obj.updateDynamic(\"content\")(__v.asInstanceOf[js.Any]))\n      contentType.foreach(__v => __obj.updateDynamic(\"contentType\")(__v.asInstanceOf[js.Any]))\n      imageResponseCard.foreach(__v => __obj.updateDynamic(\"imageResponseCard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Message]\n    }\n  }\n\n  @js.native\n  sealed trait MessageContentType extends js.Any\n  object MessageContentType {\n    val CustomPayload = \"CustomPayload\".asInstanceOf[MessageContentType]\n    val ImageResponseCard = \"ImageResponseCard\".asInstanceOf[MessageContentType]\n    val PlainText = \"PlainText\".asInstanceOf[MessageContentType]\n    val SSML = \"SSML\".asInstanceOf[MessageContentType]\n\n    @inline def values = js.Array(CustomPayload, ImageResponseCard, PlainText, SSML)\n  }\n\n  @js.native\n  trait PutSessionRequest extends js.Object {\n    var botAliasId: BotAliasIdentifier\n    var botId: BotIdentifier\n    var localeId: LocaleId\n    var sessionId: SessionId\n    var sessionState: SessionState\n    var messages: js.UndefOr[Messages]\n    var requestAttributes: js.UndefOr[StringMap]\n    var responseContentType: js.UndefOr[NonEmptyString]\n  }\n\n  object PutSessionRequest {\n    @inline\n    def apply(\n        botAliasId: BotAliasIdentifier,\n        botId: BotIdentifier,\n        localeId: LocaleId,\n        sessionId: SessionId,\n        sessionState: SessionState,\n        messages: js.UndefOr[Messages] = js.undefined,\n        requestAttributes: js.UndefOr[StringMap] = js.undefined,\n        responseContentType: js.UndefOr[NonEmptyString] = js.undefined\n    ): PutSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAliasId\" -> botAliasId.asInstanceOf[js.Any],\n        \"botId\" -> botId.asInstanceOf[js.Any],\n        \"localeId\" -> localeId.asInstanceOf[js.Any],\n        \"sessionId\" -> sessionId.asInstanceOf[js.Any],\n        \"sessionState\" -> sessionState.asInstanceOf[js.Any]\n      )\n\n      messages.foreach(__v => __obj.updateDynamic(\"messages\")(__v.asInstanceOf[js.Any]))\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      responseContentType.foreach(__v => __obj.updateDynamic(\"responseContentType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSessionRequest]\n    }\n  }\n\n  @js.native\n  trait PutSessionResponse extends js.Object {\n    var audioStream: js.UndefOr[BlobStream]\n    var contentType: js.UndefOr[NonEmptyString]\n    var messages: js.UndefOr[NonEmptyString]\n    var requestAttributes: js.UndefOr[NonEmptyString]\n    var sessionId: js.UndefOr[SessionId]\n    var sessionState: js.UndefOr[NonEmptyString]\n  }\n\n  object PutSessionResponse {\n    @inline\n    def apply(\n        audioStream: js.UndefOr[BlobStream] = js.undefined,\n        contentType: js.UndefOr[NonEmptyString] = js.undefined,\n        messages: js.UndefOr[NonEmptyString] = js.undefined,\n        requestAttributes: js.UndefOr[NonEmptyString] = js.undefined,\n        sessionId: js.UndefOr[SessionId] = js.undefined,\n        sessionState: js.UndefOr[NonEmptyString] = js.undefined\n    ): PutSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      audioStream.foreach(__v => __obj.updateDynamic(\"audioStream\")(__v.asInstanceOf[js.Any]))\n      contentType.foreach(__v => __obj.updateDynamic(\"contentType\")(__v.asInstanceOf[js.Any]))\n      messages.foreach(__v => __obj.updateDynamic(\"messages\")(__v.asInstanceOf[js.Any]))\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      sessionId.foreach(__v => __obj.updateDynamic(\"sessionId\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSessionResponse]\n    }\n  }\n\n  @js.native\n  trait RecognizeTextRequest extends js.Object {\n    var botAliasId: BotAliasIdentifier\n    var botId: BotIdentifier\n    var localeId: LocaleId\n    var sessionId: SessionId\n    var text: Text\n    var requestAttributes: js.UndefOr[StringMap]\n    var sessionState: js.UndefOr[SessionState]\n  }\n\n  object RecognizeTextRequest {\n    @inline\n    def apply(\n        botAliasId: BotAliasIdentifier,\n        botId: BotIdentifier,\n        localeId: LocaleId,\n        sessionId: SessionId,\n        text: Text,\n        requestAttributes: js.UndefOr[StringMap] = js.undefined,\n        sessionState: js.UndefOr[SessionState] = js.undefined\n    ): RecognizeTextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAliasId\" -> botAliasId.asInstanceOf[js.Any],\n        \"botId\" -> botId.asInstanceOf[js.Any],\n        \"localeId\" -> localeId.asInstanceOf[js.Any],\n        \"sessionId\" -> sessionId.asInstanceOf[js.Any],\n        \"text\" -> text.asInstanceOf[js.Any]\n      )\n\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecognizeTextRequest]\n    }\n  }\n\n  @js.native\n  trait RecognizeTextResponse extends js.Object {\n    var interpretations: js.UndefOr[Interpretations]\n    var messages: js.UndefOr[Messages]\n    var requestAttributes: js.UndefOr[StringMap]\n    var sessionId: js.UndefOr[SessionId]\n    var sessionState: js.UndefOr[SessionState]\n  }\n\n  object RecognizeTextResponse {\n    @inline\n    def apply(\n        interpretations: js.UndefOr[Interpretations] = js.undefined,\n        messages: js.UndefOr[Messages] = js.undefined,\n        requestAttributes: js.UndefOr[StringMap] = js.undefined,\n        sessionId: js.UndefOr[SessionId] = js.undefined,\n        sessionState: js.UndefOr[SessionState] = js.undefined\n    ): RecognizeTextResponse = {\n      val __obj = js.Dynamic.literal()\n      interpretations.foreach(__v => __obj.updateDynamic(\"interpretations\")(__v.asInstanceOf[js.Any]))\n      messages.foreach(__v => __obj.updateDynamic(\"messages\")(__v.asInstanceOf[js.Any]))\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      sessionId.foreach(__v => __obj.updateDynamic(\"sessionId\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecognizeTextResponse]\n    }\n  }\n\n  @js.native\n  trait RecognizeUtteranceRequest extends js.Object {\n    var botAliasId: BotAliasIdentifier\n    var botId: BotIdentifier\n    var localeId: LocaleId\n    var requestContentType: NonEmptyString\n    var sessionId: SessionId\n    var inputStream: js.UndefOr[BlobStream]\n    var requestAttributes: js.UndefOr[SensitiveNonEmptyString]\n    var responseContentType: js.UndefOr[NonEmptyString]\n    var sessionState: js.UndefOr[SensitiveNonEmptyString]\n  }\n\n  object RecognizeUtteranceRequest {\n    @inline\n    def apply(\n        botAliasId: BotAliasIdentifier,\n        botId: BotIdentifier,\n        localeId: LocaleId,\n        requestContentType: NonEmptyString,\n        sessionId: SessionId,\n        inputStream: js.UndefOr[BlobStream] = js.undefined,\n        requestAttributes: js.UndefOr[SensitiveNonEmptyString] = js.undefined,\n        responseContentType: js.UndefOr[NonEmptyString] = js.undefined,\n        sessionState: js.UndefOr[SensitiveNonEmptyString] = js.undefined\n    ): RecognizeUtteranceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"botAliasId\" -> botAliasId.asInstanceOf[js.Any],\n        \"botId\" -> botId.asInstanceOf[js.Any],\n        \"localeId\" -> localeId.asInstanceOf[js.Any],\n        \"requestContentType\" -> requestContentType.asInstanceOf[js.Any],\n        \"sessionId\" -> sessionId.asInstanceOf[js.Any]\n      )\n\n      inputStream.foreach(__v => __obj.updateDynamic(\"inputStream\")(__v.asInstanceOf[js.Any]))\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      responseContentType.foreach(__v => __obj.updateDynamic(\"responseContentType\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecognizeUtteranceRequest]\n    }\n  }\n\n  @js.native\n  trait RecognizeUtteranceResponse extends js.Object {\n    var audioStream: js.UndefOr[BlobStream]\n    var contentType: js.UndefOr[NonEmptyString]\n    var inputMode: js.UndefOr[NonEmptyString]\n    var inputTranscript: js.UndefOr[NonEmptyString]\n    var interpretations: js.UndefOr[NonEmptyString]\n    var messages: js.UndefOr[NonEmptyString]\n    var requestAttributes: js.UndefOr[NonEmptyString]\n    var sessionId: js.UndefOr[SessionId]\n    var sessionState: js.UndefOr[NonEmptyString]\n  }\n\n  object RecognizeUtteranceResponse {\n    @inline\n    def apply(\n        audioStream: js.UndefOr[BlobStream] = js.undefined,\n        contentType: js.UndefOr[NonEmptyString] = js.undefined,\n        inputMode: js.UndefOr[NonEmptyString] = js.undefined,\n        inputTranscript: js.UndefOr[NonEmptyString] = js.undefined,\n        interpretations: js.UndefOr[NonEmptyString] = js.undefined,\n        messages: js.UndefOr[NonEmptyString] = js.undefined,\n        requestAttributes: js.UndefOr[NonEmptyString] = js.undefined,\n        sessionId: js.UndefOr[SessionId] = js.undefined,\n        sessionState: js.UndefOr[NonEmptyString] = js.undefined\n    ): RecognizeUtteranceResponse = {\n      val __obj = js.Dynamic.literal()\n      audioStream.foreach(__v => __obj.updateDynamic(\"audioStream\")(__v.asInstanceOf[js.Any]))\n      contentType.foreach(__v => __obj.updateDynamic(\"contentType\")(__v.asInstanceOf[js.Any]))\n      inputMode.foreach(__v => __obj.updateDynamic(\"inputMode\")(__v.asInstanceOf[js.Any]))\n      inputTranscript.foreach(__v => __obj.updateDynamic(\"inputTranscript\")(__v.asInstanceOf[js.Any]))\n      interpretations.foreach(__v => __obj.updateDynamic(\"interpretations\")(__v.asInstanceOf[js.Any]))\n      messages.foreach(__v => __obj.updateDynamic(\"messages\")(__v.asInstanceOf[js.Any]))\n      requestAttributes.foreach(__v => __obj.updateDynamic(\"requestAttributes\")(__v.asInstanceOf[js.Any]))\n      sessionId.foreach(__v => __obj.updateDynamic(\"sessionId\")(__v.asInstanceOf[js.Any]))\n      sessionState.foreach(__v => __obj.updateDynamic(\"sessionState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecognizeUtteranceResponse]\n    }\n  }\n\n  \/** Provides information about the sentiment expressed in a user's response in a conversation. Sentiments are determined using Amazon Comprehend. Sentiments are only returned if they are enabled for the bot. For more information, see [[https:\/\/docs.aws.amazon.com\/comprehend\/latest\/dg\/how-sentiment.html| Determine Sentiment]] in the <i>Amazon Comprehend developer guide<\/i>.\n    *\/\n  @js.native\n  trait SentimentResponse extends js.Object {\n    var sentiment: js.UndefOr[SentimentType]\n    var sentimentScore: js.UndefOr[SentimentScore]\n  }\n\n  object SentimentResponse {\n    @inline\n    def apply(\n        sentiment: js.UndefOr[SentimentType] = js.undefined,\n        sentimentScore: js.UndefOr[SentimentScore] = js.undefined\n    ): SentimentResponse = {\n      val __obj = js.Dynamic.literal()\n      sentiment.foreach(__v => __obj.updateDynamic(\"sentiment\")(__v.asInstanceOf[js.Any]))\n      sentimentScore.foreach(__v => __obj.updateDynamic(\"sentimentScore\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SentimentResponse]\n    }\n  }\n\n  \/** The individual sentiment responses for the utterance.\n    *\/\n  @js.native\n  trait SentimentScore extends js.Object {\n    var mixed: js.UndefOr[Double]\n    var negative: js.UndefOr[Double]\n    var neutral: js.UndefOr[Double]\n    var positive: js.UndefOr[Double]\n  }\n\n  object SentimentScore {\n    @inline\n    def apply(\n        mixed: js.UndefOr[Double] = js.undefined,\n        negative: js.UndefOr[Double] = js.undefined,\n        neutral: js.UndefOr[Double] = js.undefined,\n        positive: js.UndefOr[Double] = js.undefined\n    ): SentimentScore = {\n      val __obj = js.Dynamic.literal()\n      mixed.foreach(__v => __obj.updateDynamic(\"mixed\")(__v.asInstanceOf[js.Any]))\n      negative.foreach(__v => __obj.updateDynamic(\"negative\")(__v.asInstanceOf[js.Any]))\n      neutral.foreach(__v => __obj.updateDynamic(\"neutral\")(__v.asInstanceOf[js.Any]))\n      positive.foreach(__v => __obj.updateDynamic(\"positive\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SentimentScore]\n    }\n  }\n\n  @js.native\n  sealed trait SentimentType extends js.Any\n  object SentimentType {\n    val MIXED = \"MIXED\".asInstanceOf[SentimentType]\n    val NEGATIVE = \"NEGATIVE\".asInstanceOf[SentimentType]\n    val NEUTRAL = \"NEUTRAL\".asInstanceOf[SentimentType]\n    val POSITIVE = \"POSITIVE\".asInstanceOf[SentimentType]\n\n    @inline def values = js.Array(MIXED, NEGATIVE, NEUTRAL, POSITIVE)\n  }\n\n  \/** The state of the user's session with Amazon Lex.\n    *\/\n  @js.native\n  trait SessionState extends js.Object {\n    var activeContexts: js.UndefOr[ActiveContextsList]\n    var dialogAction: js.UndefOr[DialogAction]\n    var intent: js.UndefOr[Intent]\n    var originatingRequestId: js.UndefOr[NonEmptyString]\n    var sessionAttributes: js.UndefOr[StringMap]\n  }\n\n  object SessionState {\n    @inline\n    def apply(\n        activeContexts: js.UndefOr[ActiveContextsList] = js.undefined,\n        dialogAction: js.UndefOr[DialogAction] = js.undefined,\n        intent: js.UndefOr[Intent] = js.undefined,\n        originatingRequestId: js.UndefOr[NonEmptyString] = js.undefined,\n        sessionAttributes: js.UndefOr[StringMap] = js.undefined\n    ): SessionState = {\n      val __obj = js.Dynamic.literal()\n      activeContexts.foreach(__v => __obj.updateDynamic(\"activeContexts\")(__v.asInstanceOf[js.Any]))\n      dialogAction.foreach(__v => __obj.updateDynamic(\"dialogAction\")(__v.asInstanceOf[js.Any]))\n      intent.foreach(__v => __obj.updateDynamic(\"intent\")(__v.asInstanceOf[js.Any]))\n      originatingRequestId.foreach(__v => __obj.updateDynamic(\"originatingRequestId\")(__v.asInstanceOf[js.Any]))\n      sessionAttributes.foreach(__v => __obj.updateDynamic(\"sessionAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SessionState]\n    }\n  }\n\n  \/** A value that Amazon Lex uses to fulfill an intent.\n    *\/\n  @js.native\n  trait Slot extends js.Object {\n    var value: js.UndefOr[Value]\n  }\n\n  object Slot {\n    @inline\n    def apply(\n        value: js.UndefOr[Value] = js.undefined\n    ): Slot = {\n      val __obj = js.Dynamic.literal()\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Slot]\n    }\n  }\n\n  \/** The value of a slot.\n    *\/\n  @js.native\n  trait Value extends js.Object {\n    var interpretedValue: NonEmptyString\n    var originalValue: js.UndefOr[NonEmptyString]\n    var resolvedValues: js.UndefOr[StringList]\n  }\n\n  object Value {\n    @inline\n    def apply(\n        interpretedValue: NonEmptyString,\n        originalValue: js.UndefOr[NonEmptyString] = js.undefined,\n        resolvedValues: js.UndefOr[StringList] = js.undefined\n    ): Value = {\n      val __obj = js.Dynamic.literal(\n        \"interpretedValue\" -> interpretedValue.asInstanceOf[js.Any]\n      )\n\n      originalValue.foreach(__v => __obj.updateDynamic(\"originalValue\")(__v.asInstanceOf[js.Any]))\n      resolvedValues.foreach(__v => __obj.updateDynamic(\"resolvedValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Value]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/detective\/src\/main\/scala\/facade\/amazonaws\/services\/Detective.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object detective {\n  type AccountId = String\n  type AccountIdList = js.Array[AccountId]\n  type AccountList = js.Array[Account]\n  type ByteValue = Double\n  type EmailAddress = String\n  type EmailMessage = String\n  type GraphArn = String\n  type GraphList = js.Array[Graph]\n  type MemberDetailList = js.Array[MemberDetail]\n  type MemberResultsLimit = Int\n  type PaginationToken = String\n  type Percentage = Double\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n  type UnprocessedAccountList = js.Array[UnprocessedAccount]\n  type UnprocessedReason = String\n\n  implicit final class DetectiveOps(private val service: Detective) extends AnyVal {\n\n    @inline def acceptInvitationFuture(params: AcceptInvitationRequest): Future[js.Object] = service.acceptInvitation(params).promise().toFuture\n    @inline def createGraphFuture(params: CreateGraphRequest): Future[CreateGraphResponse] = service.createGraph(params).promise().toFuture\n    @inline def createMembersFuture(params: CreateMembersRequest): Future[CreateMembersResponse] = service.createMembers(params).promise().toFuture\n    @inline def deleteGraphFuture(params: DeleteGraphRequest): Future[js.Object] = service.deleteGraph(params).promise().toFuture\n    @inline def deleteMembersFuture(params: DeleteMembersRequest): Future[DeleteMembersResponse] = service.deleteMembers(params).promise().toFuture\n    @inline def disassociateMembershipFuture(params: DisassociateMembershipRequest): Future[js.Object] = service.disassociateMembership(params).promise().toFuture\n    @inline def getMembersFuture(params: GetMembersRequest): Future[GetMembersResponse] = service.getMembers(params).promise().toFuture\n    @inline def listGraphsFuture(params: ListGraphsRequest): Future[ListGraphsResponse] = service.listGraphs(params).promise().toFuture\n    @inline def listInvitationsFuture(params: ListInvitationsRequest): Future[ListInvitationsResponse] = service.listInvitations(params).promise().toFuture\n    @inline def listMembersFuture(params: ListMembersRequest): Future[ListMembersResponse] = service.listMembers(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def rejectInvitationFuture(params: RejectInvitationRequest): Future[js.Object] = service.rejectInvitation(params).promise().toFuture\n    @inline def startMonitoringMemberFuture(params: StartMonitoringMemberRequest): Future[js.Object] = service.startMonitoringMember(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage detective {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/detective\", JSImport.Namespace, \"AWS.Detective\")\n  class Detective() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptInvitation(params: AcceptInvitationRequest): Request[js.Object] = js.native\n    def createGraph(params: CreateGraphRequest): Request[CreateGraphResponse] = js.native\n    def createMembers(params: CreateMembersRequest): Request[CreateMembersResponse] = js.native\n    def deleteGraph(params: DeleteGraphRequest): Request[js.Object] = js.native\n    def deleteMembers(params: DeleteMembersRequest): Request[DeleteMembersResponse] = js.native\n    def disassociateMembership(params: DisassociateMembershipRequest): Request[js.Object] = js.native\n    def getMembers(params: GetMembersRequest): Request[GetMembersResponse] = js.native\n    def listGraphs(params: ListGraphsRequest): Request[ListGraphsResponse] = js.native\n    def listInvitations(params: ListInvitationsRequest): Request[ListInvitationsResponse] = js.native\n    def listMembers(params: ListMembersRequest): Request[ListMembersResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def rejectInvitation(params: RejectInvitationRequest): Request[js.Object] = js.native\n    def startMonitoringMember(params: StartMonitoringMemberRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait AcceptInvitationRequest extends js.Object {\n    var GraphArn: GraphArn\n  }\n\n  object AcceptInvitationRequest {\n    @inline\n    def apply(\n        GraphArn: GraphArn\n    ): AcceptInvitationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptInvitationRequest]\n    }\n  }\n\n  \/** An AWS account that is the administrator account of or a member of a behavior graph.\n    *\/\n  @js.native\n  trait Account extends js.Object {\n    var AccountId: AccountId\n    var EmailAddress: EmailAddress\n  }\n\n  object Account {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        EmailAddress: EmailAddress\n    ): Account = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"EmailAddress\" -> EmailAddress.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Account]\n    }\n  }\n\n  @js.native\n  trait CreateGraphRequest extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateGraphRequest {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateGraphRequest = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGraphRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGraphResponse extends js.Object {\n    var GraphArn: js.UndefOr[GraphArn]\n  }\n\n  object CreateGraphResponse {\n    @inline\n    def apply(\n        GraphArn: js.UndefOr[GraphArn] = js.undefined\n    ): CreateGraphResponse = {\n      val __obj = js.Dynamic.literal()\n      GraphArn.foreach(__v => __obj.updateDynamic(\"GraphArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGraphResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMembersRequest extends js.Object {\n    var Accounts: AccountList\n    var GraphArn: GraphArn\n    var DisableEmailNotification: js.UndefOr[Boolean]\n    var Message: js.UndefOr[EmailMessage]\n  }\n\n  object CreateMembersRequest {\n    @inline\n    def apply(\n        Accounts: AccountList,\n        GraphArn: GraphArn,\n        DisableEmailNotification: js.UndefOr[Boolean] = js.undefined,\n        Message: js.UndefOr[EmailMessage] = js.undefined\n    ): CreateMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Accounts\" -> Accounts.asInstanceOf[js.Any],\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n\n      DisableEmailNotification.foreach(__v => __obj.updateDynamic(\"DisableEmailNotification\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMembersRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMembersResponse extends js.Object {\n    var Members: js.UndefOr[MemberDetailList]\n    var UnprocessedAccounts: js.UndefOr[UnprocessedAccountList]\n  }\n\n  object CreateMembersResponse {\n    @inline\n    def apply(\n        Members: js.UndefOr[MemberDetailList] = js.undefined,\n        UnprocessedAccounts: js.UndefOr[UnprocessedAccountList] = js.undefined\n    ): CreateMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      Members.foreach(__v => __obj.updateDynamic(\"Members\")(__v.asInstanceOf[js.Any]))\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMembersResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteGraphRequest extends js.Object {\n    var GraphArn: GraphArn\n  }\n\n  object DeleteGraphRequest {\n    @inline\n    def apply(\n        GraphArn: GraphArn\n    ): DeleteGraphRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGraphRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n    var GraphArn: GraphArn\n  }\n\n  object DeleteMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList,\n        GraphArn: GraphArn\n    ): DeleteMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any],\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMembersRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMembersResponse extends js.Object {\n    var AccountIds: js.UndefOr[AccountIdList]\n    var UnprocessedAccounts: js.UndefOr[UnprocessedAccountList]\n  }\n\n  object DeleteMembersResponse {\n    @inline\n    def apply(\n        AccountIds: js.UndefOr[AccountIdList] = js.undefined,\n        UnprocessedAccounts: js.UndefOr[UnprocessedAccountList] = js.undefined\n    ): DeleteMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountIds.foreach(__v => __obj.updateDynamic(\"AccountIds\")(__v.asInstanceOf[js.Any]))\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMembersResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateMembershipRequest extends js.Object {\n    var GraphArn: GraphArn\n  }\n\n  object DisassociateMembershipRequest {\n    @inline\n    def apply(\n        GraphArn: GraphArn\n    ): DisassociateMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait GetMembersRequest extends js.Object {\n    var AccountIds: AccountIdList\n    var GraphArn: GraphArn\n  }\n\n  object GetMembersRequest {\n    @inline\n    def apply(\n        AccountIds: AccountIdList,\n        GraphArn: GraphArn\n    ): GetMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountIds\" -> AccountIds.asInstanceOf[js.Any],\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMembersRequest]\n    }\n  }\n\n  @js.native\n  trait GetMembersResponse extends js.Object {\n    var MemberDetails: js.UndefOr[MemberDetailList]\n    var UnprocessedAccounts: js.UndefOr[UnprocessedAccountList]\n  }\n\n  object GetMembersResponse {\n    @inline\n    def apply(\n        MemberDetails: js.UndefOr[MemberDetailList] = js.undefined,\n        UnprocessedAccounts: js.UndefOr[UnprocessedAccountList] = js.undefined\n    ): GetMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      MemberDetails.foreach(__v => __obj.updateDynamic(\"MemberDetails\")(__v.asInstanceOf[js.Any]))\n      UnprocessedAccounts.foreach(__v => __obj.updateDynamic(\"UnprocessedAccounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMembersResponse]\n    }\n  }\n\n  \/** A behavior graph in Detective.\n    *\/\n  @js.native\n  trait Graph extends js.Object {\n    var Arn: js.UndefOr[GraphArn]\n    var CreatedTime: js.UndefOr[Timestamp]\n  }\n\n  object Graph {\n    @inline\n    def apply(\n        Arn: js.UndefOr[GraphArn] = js.undefined,\n        CreatedTime: js.UndefOr[Timestamp] = js.undefined\n    ): Graph = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Graph]\n    }\n  }\n\n  @js.native\n  trait ListGraphsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MemberResultsLimit]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListGraphsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MemberResultsLimit] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListGraphsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGraphsRequest]\n    }\n  }\n\n  @js.native\n  trait ListGraphsResponse extends js.Object {\n    var GraphList: js.UndefOr[GraphList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListGraphsResponse {\n    @inline\n    def apply(\n        GraphList: js.UndefOr[GraphList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListGraphsResponse = {\n      val __obj = js.Dynamic.literal()\n      GraphList.foreach(__v => __obj.updateDynamic(\"GraphList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGraphsResponse]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MemberResultsLimit]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListInvitationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MemberResultsLimit] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListInvitationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsResponse extends js.Object {\n    var Invitations: js.UndefOr[MemberDetailList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListInvitationsResponse {\n    @inline\n    def apply(\n        Invitations: js.UndefOr[MemberDetailList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListInvitationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Invitations.foreach(__v => __obj.updateDynamic(\"Invitations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMembersRequest extends js.Object {\n    var GraphArn: GraphArn\n    var MaxResults: js.UndefOr[MemberResultsLimit]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListMembersRequest {\n    @inline\n    def apply(\n        GraphArn: GraphArn,\n        MaxResults: js.UndefOr[MemberResultsLimit] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListMembersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersRequest]\n    }\n  }\n\n  @js.native\n  trait ListMembersResponse extends js.Object {\n    var MemberDetails: js.UndefOr[MemberDetailList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListMembersResponse {\n    @inline\n    def apply(\n        MemberDetails: js.UndefOr[MemberDetailList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListMembersResponse = {\n      val __obj = js.Dynamic.literal()\n      MemberDetails.foreach(__v => __obj.updateDynamic(\"MemberDetails\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: GraphArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: GraphArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Details about a member account that was invited to contribute to a behavior graph.\n    *\/\n  @js.native\n  trait MemberDetail extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var AdministratorId: js.UndefOr[AccountId]\n    var DisabledReason: js.UndefOr[MemberDisabledReason]\n    var EmailAddress: js.UndefOr[EmailAddress]\n    var GraphArn: js.UndefOr[GraphArn]\n    var InvitedTime: js.UndefOr[Timestamp]\n    var MasterId: js.UndefOr[AccountId]\n    var PercentOfGraphUtilization: js.UndefOr[Percentage]\n    var PercentOfGraphUtilizationUpdatedTime: js.UndefOr[Timestamp]\n    var Status: js.UndefOr[MemberStatus]\n    var UpdatedTime: js.UndefOr[Timestamp]\n    var VolumeUsageInBytes: js.UndefOr[ByteValue]\n    var VolumeUsageUpdatedTime: js.UndefOr[Timestamp]\n  }\n\n  object MemberDetail {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        AdministratorId: js.UndefOr[AccountId] = js.undefined,\n        DisabledReason: js.UndefOr[MemberDisabledReason] = js.undefined,\n        EmailAddress: js.UndefOr[EmailAddress] = js.undefined,\n        GraphArn: js.UndefOr[GraphArn] = js.undefined,\n        InvitedTime: js.UndefOr[Timestamp] = js.undefined,\n        MasterId: js.UndefOr[AccountId] = js.undefined,\n        PercentOfGraphUtilization: js.UndefOr[Percentage] = js.undefined,\n        PercentOfGraphUtilizationUpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        Status: js.UndefOr[MemberStatus] = js.undefined,\n        UpdatedTime: js.UndefOr[Timestamp] = js.undefined,\n        VolumeUsageInBytes: js.UndefOr[ByteValue] = js.undefined,\n        VolumeUsageUpdatedTime: js.UndefOr[Timestamp] = js.undefined\n    ): MemberDetail = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AdministratorId.foreach(__v => __obj.updateDynamic(\"AdministratorId\")(__v.asInstanceOf[js.Any]))\n      DisabledReason.foreach(__v => __obj.updateDynamic(\"DisabledReason\")(__v.asInstanceOf[js.Any]))\n      EmailAddress.foreach(__v => __obj.updateDynamic(\"EmailAddress\")(__v.asInstanceOf[js.Any]))\n      GraphArn.foreach(__v => __obj.updateDynamic(\"GraphArn\")(__v.asInstanceOf[js.Any]))\n      InvitedTime.foreach(__v => __obj.updateDynamic(\"InvitedTime\")(__v.asInstanceOf[js.Any]))\n      MasterId.foreach(__v => __obj.updateDynamic(\"MasterId\")(__v.asInstanceOf[js.Any]))\n      PercentOfGraphUtilization.foreach(__v => __obj.updateDynamic(\"PercentOfGraphUtilization\")(__v.asInstanceOf[js.Any]))\n      PercentOfGraphUtilizationUpdatedTime.foreach(__v => __obj.updateDynamic(\"PercentOfGraphUtilizationUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedTime.foreach(__v => __obj.updateDynamic(\"UpdatedTime\")(__v.asInstanceOf[js.Any]))\n      VolumeUsageInBytes.foreach(__v => __obj.updateDynamic(\"VolumeUsageInBytes\")(__v.asInstanceOf[js.Any]))\n      VolumeUsageUpdatedTime.foreach(__v => __obj.updateDynamic(\"VolumeUsageUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberDetail]\n    }\n  }\n\n  @js.native\n  sealed trait MemberDisabledReason extends js.Any\n  object MemberDisabledReason {\n    val VOLUME_TOO_HIGH = \"VOLUME_TOO_HIGH\".asInstanceOf[MemberDisabledReason]\n    val VOLUME_UNKNOWN = \"VOLUME_UNKNOWN\".asInstanceOf[MemberDisabledReason]\n\n    @inline def values = js.Array(VOLUME_TOO_HIGH, VOLUME_UNKNOWN)\n  }\n\n  @js.native\n  sealed trait MemberStatus extends js.Any\n  object MemberStatus {\n    val INVITED = \"INVITED\".asInstanceOf[MemberStatus]\n    val VERIFICATION_IN_PROGRESS = \"VERIFICATION_IN_PROGRESS\".asInstanceOf[MemberStatus]\n    val VERIFICATION_FAILED = \"VERIFICATION_FAILED\".asInstanceOf[MemberStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[MemberStatus]\n    val ACCEPTED_BUT_DISABLED = \"ACCEPTED_BUT_DISABLED\".asInstanceOf[MemberStatus]\n\n    @inline def values = js.Array(INVITED, VERIFICATION_IN_PROGRESS, VERIFICATION_FAILED, ENABLED, ACCEPTED_BUT_DISABLED)\n  }\n\n  @js.native\n  trait RejectInvitationRequest extends js.Object {\n    var GraphArn: GraphArn\n  }\n\n  object RejectInvitationRequest {\n    @inline\n    def apply(\n        GraphArn: GraphArn\n    ): RejectInvitationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectInvitationRequest]\n    }\n  }\n\n  @js.native\n  trait StartMonitoringMemberRequest extends js.Object {\n    var AccountId: AccountId\n    var GraphArn: GraphArn\n  }\n\n  object StartMonitoringMemberRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        GraphArn: GraphArn\n    ): StartMonitoringMemberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"GraphArn\" -> GraphArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartMonitoringMemberRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: GraphArn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: GraphArn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** A member account that was included in a request but for which the request could not be processed.\n    *\/\n  @js.native\n  trait UnprocessedAccount extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var Reason: js.UndefOr[UnprocessedReason]\n  }\n\n  object UnprocessedAccount {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        Reason: js.UndefOr[UnprocessedReason] = js.undefined\n    ): UnprocessedAccount = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedAccount]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: GraphArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: GraphArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/qldb\/src\/main\/scala\/facade\/amazonaws\/services\/QLDB.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object qldb {\n  type Arn = String\n  type DeletionProtection = Boolean\n  type Digest = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type IonText = String\n  type JournalKinesisStreamDescriptionList = js.Array[JournalKinesisStreamDescription]\n  type JournalS3ExportList = js.Array[JournalS3ExportDescription]\n  type LedgerList = js.Array[LedgerSummary]\n  type LedgerName = String\n  type MaxResults = Int\n  type NextToken = String\n  type S3Bucket = String\n  type S3Prefix = String\n  type StreamName = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n  type Timestamp = js.Date\n  type UniqueId = String\n\n  implicit final class QLDBOps(private val service: QLDB) extends AnyVal {\n\n    @inline def cancelJournalKinesisStreamFuture(params: CancelJournalKinesisStreamRequest): Future[CancelJournalKinesisStreamResponse] = service.cancelJournalKinesisStream(params).promise().toFuture\n    @inline def createLedgerFuture(params: CreateLedgerRequest): Future[CreateLedgerResponse] = service.createLedger(params).promise().toFuture\n    @inline def deleteLedgerFuture(params: DeleteLedgerRequest): Future[js.Object] = service.deleteLedger(params).promise().toFuture\n    @inline def describeJournalKinesisStreamFuture(params: DescribeJournalKinesisStreamRequest): Future[DescribeJournalKinesisStreamResponse] = service.describeJournalKinesisStream(params).promise().toFuture\n    @inline def describeJournalS3ExportFuture(params: DescribeJournalS3ExportRequest): Future[DescribeJournalS3ExportResponse] = service.describeJournalS3Export(params).promise().toFuture\n    @inline def describeLedgerFuture(params: DescribeLedgerRequest): Future[DescribeLedgerResponse] = service.describeLedger(params).promise().toFuture\n    @inline def exportJournalToS3Future(params: ExportJournalToS3Request): Future[ExportJournalToS3Response] = service.exportJournalToS3(params).promise().toFuture\n    @inline def getBlockFuture(params: GetBlockRequest): Future[GetBlockResponse] = service.getBlock(params).promise().toFuture\n    @inline def getDigestFuture(params: GetDigestRequest): Future[GetDigestResponse] = service.getDigest(params).promise().toFuture\n    @inline def getRevisionFuture(params: GetRevisionRequest): Future[GetRevisionResponse] = service.getRevision(params).promise().toFuture\n    @inline def listJournalKinesisStreamsForLedgerFuture(params: ListJournalKinesisStreamsForLedgerRequest): Future[ListJournalKinesisStreamsForLedgerResponse] = service.listJournalKinesisStreamsForLedger(params).promise().toFuture\n    @inline def listJournalS3ExportsForLedgerFuture(params: ListJournalS3ExportsForLedgerRequest): Future[ListJournalS3ExportsForLedgerResponse] = service.listJournalS3ExportsForLedger(params).promise().toFuture\n    @inline def listJournalS3ExportsFuture(params: ListJournalS3ExportsRequest): Future[ListJournalS3ExportsResponse] = service.listJournalS3Exports(params).promise().toFuture\n    @inline def listLedgersFuture(params: ListLedgersRequest): Future[ListLedgersResponse] = service.listLedgers(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def streamJournalToKinesisFuture(params: StreamJournalToKinesisRequest): Future[StreamJournalToKinesisResponse] = service.streamJournalToKinesis(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateLedgerFuture(params: UpdateLedgerRequest): Future[UpdateLedgerResponse] = service.updateLedger(params).promise().toFuture\n\n  }\n}\n\npackage qldb {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/qldb\", JSImport.Namespace, \"AWS.QLDB\")\n  class QLDB() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelJournalKinesisStream(params: CancelJournalKinesisStreamRequest): Request[CancelJournalKinesisStreamResponse] = js.native\n    def createLedger(params: CreateLedgerRequest): Request[CreateLedgerResponse] = js.native\n    def deleteLedger(params: DeleteLedgerRequest): Request[js.Object] = js.native\n    def describeJournalKinesisStream(params: DescribeJournalKinesisStreamRequest): Request[DescribeJournalKinesisStreamResponse] = js.native\n    def describeJournalS3Export(params: DescribeJournalS3ExportRequest): Request[DescribeJournalS3ExportResponse] = js.native\n    def describeLedger(params: DescribeLedgerRequest): Request[DescribeLedgerResponse] = js.native\n    def exportJournalToS3(params: ExportJournalToS3Request): Request[ExportJournalToS3Response] = js.native\n    def getBlock(params: GetBlockRequest): Request[GetBlockResponse] = js.native\n    def getDigest(params: GetDigestRequest): Request[GetDigestResponse] = js.native\n    def getRevision(params: GetRevisionRequest): Request[GetRevisionResponse] = js.native\n    def listJournalKinesisStreamsForLedger(params: ListJournalKinesisStreamsForLedgerRequest): Request[ListJournalKinesisStreamsForLedgerResponse] = js.native\n    def listJournalS3Exports(params: ListJournalS3ExportsRequest): Request[ListJournalS3ExportsResponse] = js.native\n    def listJournalS3ExportsForLedger(params: ListJournalS3ExportsForLedgerRequest): Request[ListJournalS3ExportsForLedgerResponse] = js.native\n    def listLedgers(params: ListLedgersRequest): Request[ListLedgersResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def streamJournalToKinesis(params: StreamJournalToKinesisRequest): Request[StreamJournalToKinesisResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateLedger(params: UpdateLedgerRequest): Request[UpdateLedgerResponse] = js.native\n  }\n\n  @js.native\n  trait CancelJournalKinesisStreamRequest extends js.Object {\n    var LedgerName: LedgerName\n    var StreamId: UniqueId\n  }\n\n  object CancelJournalKinesisStreamRequest {\n    @inline\n    def apply(\n        LedgerName: LedgerName,\n        StreamId: UniqueId\n    ): CancelJournalKinesisStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any],\n        \"StreamId\" -> StreamId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelJournalKinesisStreamRequest]\n    }\n  }\n\n  @js.native\n  trait CancelJournalKinesisStreamResponse extends js.Object {\n    var StreamId: js.UndefOr[UniqueId]\n  }\n\n  object CancelJournalKinesisStreamResponse {\n    @inline\n    def apply(\n        StreamId: js.UndefOr[UniqueId] = js.undefined\n    ): CancelJournalKinesisStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      StreamId.foreach(__v => __obj.updateDynamic(\"StreamId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelJournalKinesisStreamResponse]\n    }\n  }\n\n  @js.native\n  trait CreateLedgerRequest extends js.Object {\n    var Name: LedgerName\n    var PermissionsMode: PermissionsMode\n    var DeletionProtection: js.UndefOr[DeletionProtection]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateLedgerRequest {\n    @inline\n    def apply(\n        Name: LedgerName,\n        PermissionsMode: PermissionsMode,\n        DeletionProtection: js.UndefOr[DeletionProtection] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"PermissionsMode\" -> PermissionsMode.asInstanceOf[js.Any]\n      )\n\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLedgerResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationDateTime: js.UndefOr[Timestamp]\n    var DeletionProtection: js.UndefOr[DeletionProtection]\n    var Name: js.UndefOr[LedgerName]\n    var State: js.UndefOr[LedgerState]\n  }\n\n  object CreateLedgerResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationDateTime: js.UndefOr[Timestamp] = js.undefined,\n        DeletionProtection: js.UndefOr[DeletionProtection] = js.undefined,\n        Name: js.UndefOr[LedgerName] = js.undefined,\n        State: js.UndefOr[LedgerState] = js.undefined\n    ): CreateLedgerResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLedgerResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLedgerRequest extends js.Object {\n    var Name: LedgerName\n  }\n\n  object DeleteLedgerRequest {\n    @inline\n    def apply(\n        Name: LedgerName\n    ): DeleteLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJournalKinesisStreamRequest extends js.Object {\n    var LedgerName: LedgerName\n    var StreamId: UniqueId\n  }\n\n  object DescribeJournalKinesisStreamRequest {\n    @inline\n    def apply(\n        LedgerName: LedgerName,\n        StreamId: UniqueId\n    ): DescribeJournalKinesisStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any],\n        \"StreamId\" -> StreamId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJournalKinesisStreamRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJournalKinesisStreamResponse extends js.Object {\n    var Stream: js.UndefOr[JournalKinesisStreamDescription]\n  }\n\n  object DescribeJournalKinesisStreamResponse {\n    @inline\n    def apply(\n        Stream: js.UndefOr[JournalKinesisStreamDescription] = js.undefined\n    ): DescribeJournalKinesisStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      Stream.foreach(__v => __obj.updateDynamic(\"Stream\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJournalKinesisStreamResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeJournalS3ExportRequest extends js.Object {\n    var ExportId: UniqueId\n    var Name: LedgerName\n  }\n\n  object DescribeJournalS3ExportRequest {\n    @inline\n    def apply(\n        ExportId: UniqueId,\n        Name: LedgerName\n    ): DescribeJournalS3ExportRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ExportId\" -> ExportId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJournalS3ExportRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJournalS3ExportResponse extends js.Object {\n    var ExportDescription: JournalS3ExportDescription\n  }\n\n  object DescribeJournalS3ExportResponse {\n    @inline\n    def apply(\n        ExportDescription: JournalS3ExportDescription\n    ): DescribeJournalS3ExportResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ExportDescription\" -> ExportDescription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeJournalS3ExportResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLedgerRequest extends js.Object {\n    var Name: LedgerName\n  }\n\n  object DescribeLedgerRequest {\n    @inline\n    def apply(\n        Name: LedgerName\n    ): DescribeLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLedgerResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationDateTime: js.UndefOr[Timestamp]\n    var DeletionProtection: js.UndefOr[DeletionProtection]\n    var Name: js.UndefOr[LedgerName]\n    var State: js.UndefOr[LedgerState]\n  }\n\n  object DescribeLedgerResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationDateTime: js.UndefOr[Timestamp] = js.undefined,\n        DeletionProtection: js.UndefOr[DeletionProtection] = js.undefined,\n        Name: js.UndefOr[LedgerName] = js.undefined,\n        State: js.UndefOr[LedgerState] = js.undefined\n    ): DescribeLedgerResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLedgerResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCause extends js.Any\n  object ErrorCause {\n    val KINESIS_STREAM_NOT_FOUND = \"KINESIS_STREAM_NOT_FOUND\".asInstanceOf[ErrorCause]\n    val IAM_PERMISSION_REVOKED = \"IAM_PERMISSION_REVOKED\".asInstanceOf[ErrorCause]\n\n    @inline def values = js.Array(KINESIS_STREAM_NOT_FOUND, IAM_PERMISSION_REVOKED)\n  }\n\n  @js.native\n  trait ExportJournalToS3Request extends js.Object {\n    var ExclusiveEndTime: Timestamp\n    var InclusiveStartTime: Timestamp\n    var Name: LedgerName\n    var RoleArn: Arn\n    var S3ExportConfiguration: S3ExportConfiguration\n  }\n\n  object ExportJournalToS3Request {\n    @inline\n    def apply(\n        ExclusiveEndTime: Timestamp,\n        InclusiveStartTime: Timestamp,\n        Name: LedgerName,\n        RoleArn: Arn,\n        S3ExportConfiguration: S3ExportConfiguration\n    ): ExportJournalToS3Request = {\n      val __obj = js.Dynamic.literal(\n        \"ExclusiveEndTime\" -> ExclusiveEndTime.asInstanceOf[js.Any],\n        \"InclusiveStartTime\" -> InclusiveStartTime.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"S3ExportConfiguration\" -> S3ExportConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExportJournalToS3Request]\n    }\n  }\n\n  @js.native\n  trait ExportJournalToS3Response extends js.Object {\n    var ExportId: UniqueId\n  }\n\n  object ExportJournalToS3Response {\n    @inline\n    def apply(\n        ExportId: UniqueId\n    ): ExportJournalToS3Response = {\n      val __obj = js.Dynamic.literal(\n        \"ExportId\" -> ExportId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExportJournalToS3Response]\n    }\n  }\n\n  @js.native\n  sealed trait ExportStatus extends js.Any\n  object ExportStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ExportStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[ExportStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[ExportStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETED, CANCELLED)\n  }\n\n  @js.native\n  trait GetBlockRequest extends js.Object {\n    var BlockAddress: ValueHolder\n    var Name: LedgerName\n    var DigestTipAddress: js.UndefOr[ValueHolder]\n  }\n\n  object GetBlockRequest {\n    @inline\n    def apply(\n        BlockAddress: ValueHolder,\n        Name: LedgerName,\n        DigestTipAddress: js.UndefOr[ValueHolder] = js.undefined\n    ): GetBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BlockAddress\" -> BlockAddress.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DigestTipAddress.foreach(__v => __obj.updateDynamic(\"DigestTipAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBlockRequest]\n    }\n  }\n\n  @js.native\n  trait GetBlockResponse extends js.Object {\n    var Block: ValueHolder\n    var Proof: js.UndefOr[ValueHolder]\n  }\n\n  object GetBlockResponse {\n    @inline\n    def apply(\n        Block: ValueHolder,\n        Proof: js.UndefOr[ValueHolder] = js.undefined\n    ): GetBlockResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Block\" -> Block.asInstanceOf[js.Any]\n      )\n\n      Proof.foreach(__v => __obj.updateDynamic(\"Proof\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBlockResponse]\n    }\n  }\n\n  @js.native\n  trait GetDigestRequest extends js.Object {\n    var Name: LedgerName\n  }\n\n  object GetDigestRequest {\n    @inline\n    def apply(\n        Name: LedgerName\n    ): GetDigestRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDigestRequest]\n    }\n  }\n\n  @js.native\n  trait GetDigestResponse extends js.Object {\n    var Digest: Digest\n    var DigestTipAddress: ValueHolder\n  }\n\n  object GetDigestResponse {\n    @inline\n    def apply(\n        Digest: Digest,\n        DigestTipAddress: ValueHolder\n    ): GetDigestResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Digest\" -> Digest.asInstanceOf[js.Any],\n        \"DigestTipAddress\" -> DigestTipAddress.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDigestResponse]\n    }\n  }\n\n  @js.native\n  trait GetRevisionRequest extends js.Object {\n    var BlockAddress: ValueHolder\n    var DocumentId: UniqueId\n    var Name: LedgerName\n    var DigestTipAddress: js.UndefOr[ValueHolder]\n  }\n\n  object GetRevisionRequest {\n    @inline\n    def apply(\n        BlockAddress: ValueHolder,\n        DocumentId: UniqueId,\n        Name: LedgerName,\n        DigestTipAddress: js.UndefOr[ValueHolder] = js.undefined\n    ): GetRevisionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BlockAddress\" -> BlockAddress.asInstanceOf[js.Any],\n        \"DocumentId\" -> DocumentId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DigestTipAddress.foreach(__v => __obj.updateDynamic(\"DigestTipAddress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRevisionRequest]\n    }\n  }\n\n  @js.native\n  trait GetRevisionResponse extends js.Object {\n    var Revision: ValueHolder\n    var Proof: js.UndefOr[ValueHolder]\n  }\n\n  object GetRevisionResponse {\n    @inline\n    def apply(\n        Revision: ValueHolder,\n        Proof: js.UndefOr[ValueHolder] = js.undefined\n    ): GetRevisionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Revision\" -> Revision.asInstanceOf[js.Any]\n      )\n\n      Proof.foreach(__v => __obj.updateDynamic(\"Proof\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRevisionResponse]\n    }\n  }\n\n  \/** The information about an Amazon QLDB journal stream, including the Amazon Resource Name (ARN), stream name, creation time, current status, and the parameters of your original stream creation request.\n    *\/\n  @js.native\n  trait JournalKinesisStreamDescription extends js.Object {\n    var KinesisConfiguration: KinesisConfiguration\n    var LedgerName: LedgerName\n    var RoleArn: Arn\n    var Status: StreamStatus\n    var StreamId: UniqueId\n    var StreamName: StreamName\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Timestamp]\n    var ErrorCause: js.UndefOr[ErrorCause]\n    var ExclusiveEndTime: js.UndefOr[Timestamp]\n    var InclusiveStartTime: js.UndefOr[Timestamp]\n  }\n\n  object JournalKinesisStreamDescription {\n    @inline\n    def apply(\n        KinesisConfiguration: KinesisConfiguration,\n        LedgerName: LedgerName,\n        RoleArn: Arn,\n        Status: StreamStatus,\n        StreamId: UniqueId,\n        StreamName: StreamName,\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Timestamp] = js.undefined,\n        ErrorCause: js.UndefOr[ErrorCause] = js.undefined,\n        ExclusiveEndTime: js.UndefOr[Timestamp] = js.undefined,\n        InclusiveStartTime: js.UndefOr[Timestamp] = js.undefined\n    ): JournalKinesisStreamDescription = {\n      val __obj = js.Dynamic.literal(\n        \"KinesisConfiguration\" -> KinesisConfiguration.asInstanceOf[js.Any],\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"StreamId\" -> StreamId.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ErrorCause.foreach(__v => __obj.updateDynamic(\"ErrorCause\")(__v.asInstanceOf[js.Any]))\n      ExclusiveEndTime.foreach(__v => __obj.updateDynamic(\"ExclusiveEndTime\")(__v.asInstanceOf[js.Any]))\n      InclusiveStartTime.foreach(__v => __obj.updateDynamic(\"InclusiveStartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JournalKinesisStreamDescription]\n    }\n  }\n\n  \/** The information about a journal export job, including the ledger name, export ID, when it was created, current status, and its start and end time export parameters.\n    *\/\n  @js.native\n  trait JournalS3ExportDescription extends js.Object {\n    var ExclusiveEndTime: Timestamp\n    var ExportCreationTime: Timestamp\n    var ExportId: UniqueId\n    var InclusiveStartTime: Timestamp\n    var LedgerName: LedgerName\n    var RoleArn: Arn\n    var S3ExportConfiguration: S3ExportConfiguration\n    var Status: ExportStatus\n  }\n\n  object JournalS3ExportDescription {\n    @inline\n    def apply(\n        ExclusiveEndTime: Timestamp,\n        ExportCreationTime: Timestamp,\n        ExportId: UniqueId,\n        InclusiveStartTime: Timestamp,\n        LedgerName: LedgerName,\n        RoleArn: Arn,\n        S3ExportConfiguration: S3ExportConfiguration,\n        Status: ExportStatus\n    ): JournalS3ExportDescription = {\n      val __obj = js.Dynamic.literal(\n        \"ExclusiveEndTime\" -> ExclusiveEndTime.asInstanceOf[js.Any],\n        \"ExportCreationTime\" -> ExportCreationTime.asInstanceOf[js.Any],\n        \"ExportId\" -> ExportId.asInstanceOf[js.Any],\n        \"InclusiveStartTime\" -> InclusiveStartTime.asInstanceOf[js.Any],\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"S3ExportConfiguration\" -> S3ExportConfiguration.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[JournalS3ExportDescription]\n    }\n  }\n\n  \/** The configuration settings of the Amazon Kinesis Data Streams destination for your Amazon QLDB journal stream.\n    *\/\n  @js.native\n  trait KinesisConfiguration extends js.Object {\n    var StreamArn: Arn\n    var AggregationEnabled: js.UndefOr[Boolean]\n  }\n\n  object KinesisConfiguration {\n    @inline\n    def apply(\n        StreamArn: Arn,\n        AggregationEnabled: js.UndefOr[Boolean] = js.undefined\n    ): KinesisConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"StreamArn\" -> StreamArn.asInstanceOf[js.Any]\n      )\n\n      AggregationEnabled.foreach(__v => __obj.updateDynamic(\"AggregationEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait LedgerState extends js.Any\n  object LedgerState {\n    val CREATING = \"CREATING\".asInstanceOf[LedgerState]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[LedgerState]\n    val DELETING = \"DELETING\".asInstanceOf[LedgerState]\n    val DELETED = \"DELETED\".asInstanceOf[LedgerState]\n\n    @inline def values = js.Array(CREATING, ACTIVE, DELETING, DELETED)\n  }\n\n  \/** Information about a ledger, including its name, state, and when it was created.\n    *\/\n  @js.native\n  trait LedgerSummary extends js.Object {\n    var CreationDateTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[LedgerName]\n    var State: js.UndefOr[LedgerState]\n  }\n\n  object LedgerSummary {\n    @inline\n    def apply(\n        CreationDateTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[LedgerName] = js.undefined,\n        State: js.UndefOr[LedgerState] = js.undefined\n    ): LedgerSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LedgerSummary]\n    }\n  }\n\n  @js.native\n  trait ListJournalKinesisStreamsForLedgerRequest extends js.Object {\n    var LedgerName: LedgerName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJournalKinesisStreamsForLedgerRequest {\n    @inline\n    def apply(\n        LedgerName: LedgerName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJournalKinesisStreamsForLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalKinesisStreamsForLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait ListJournalKinesisStreamsForLedgerResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Streams: js.UndefOr[JournalKinesisStreamDescriptionList]\n  }\n\n  object ListJournalKinesisStreamsForLedgerResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Streams: js.UndefOr[JournalKinesisStreamDescriptionList] = js.undefined\n    ): ListJournalKinesisStreamsForLedgerResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Streams.foreach(__v => __obj.updateDynamic(\"Streams\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalKinesisStreamsForLedgerResponse]\n    }\n  }\n\n  @js.native\n  trait ListJournalS3ExportsForLedgerRequest extends js.Object {\n    var Name: LedgerName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJournalS3ExportsForLedgerRequest {\n    @inline\n    def apply(\n        Name: LedgerName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJournalS3ExportsForLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalS3ExportsForLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait ListJournalS3ExportsForLedgerResponse extends js.Object {\n    var JournalS3Exports: js.UndefOr[JournalS3ExportList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJournalS3ExportsForLedgerResponse {\n    @inline\n    def apply(\n        JournalS3Exports: js.UndefOr[JournalS3ExportList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJournalS3ExportsForLedgerResponse = {\n      val __obj = js.Dynamic.literal()\n      JournalS3Exports.foreach(__v => __obj.updateDynamic(\"JournalS3Exports\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalS3ExportsForLedgerResponse]\n    }\n  }\n\n  @js.native\n  trait ListJournalS3ExportsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJournalS3ExportsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJournalS3ExportsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalS3ExportsRequest]\n    }\n  }\n\n  @js.native\n  trait ListJournalS3ExportsResponse extends js.Object {\n    var JournalS3Exports: js.UndefOr[JournalS3ExportList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJournalS3ExportsResponse {\n    @inline\n    def apply(\n        JournalS3Exports: js.UndefOr[JournalS3ExportList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJournalS3ExportsResponse = {\n      val __obj = js.Dynamic.literal()\n      JournalS3Exports.foreach(__v => __obj.updateDynamic(\"JournalS3Exports\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJournalS3ExportsResponse]\n    }\n  }\n\n  @js.native\n  trait ListLedgersRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLedgersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLedgersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLedgersRequest]\n    }\n  }\n\n  @js.native\n  trait ListLedgersResponse extends js.Object {\n    var Ledgers: js.UndefOr[LedgerList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLedgersResponse {\n    @inline\n    def apply(\n        Ledgers: js.UndefOr[LedgerList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLedgersResponse = {\n      val __obj = js.Dynamic.literal()\n      Ledgers.foreach(__v => __obj.updateDynamic(\"Ledgers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLedgersResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait PermissionsMode extends js.Any\n  object PermissionsMode {\n    val ALLOW_ALL = \"ALLOW_ALL\".asInstanceOf[PermissionsMode]\n\n    @inline def values = js.Array(ALLOW_ALL)\n  }\n\n  \/** The encryption settings that are used by a journal export job to write data in an Amazon Simple Storage Service (Amazon S3) bucket.\n    *\/\n  @js.native\n  trait S3EncryptionConfiguration extends js.Object {\n    var ObjectEncryptionType: S3ObjectEncryptionType\n    var KmsKeyArn: js.UndefOr[Arn]\n  }\n\n  object S3EncryptionConfiguration {\n    @inline\n    def apply(\n        ObjectEncryptionType: S3ObjectEncryptionType,\n        KmsKeyArn: js.UndefOr[Arn] = js.undefined\n    ): S3EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectEncryptionType\" -> ObjectEncryptionType.asInstanceOf[js.Any]\n      )\n\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3EncryptionConfiguration]\n    }\n  }\n\n  \/** The Amazon Simple Storage Service (Amazon S3) bucket location in which a journal export job writes the journal contents.\n    *\/\n  @js.native\n  trait S3ExportConfiguration extends js.Object {\n    var Bucket: S3Bucket\n    var EncryptionConfiguration: S3EncryptionConfiguration\n    var Prefix: S3Prefix\n  }\n\n  object S3ExportConfiguration {\n    @inline\n    def apply(\n        Bucket: S3Bucket,\n        EncryptionConfiguration: S3EncryptionConfiguration,\n        Prefix: S3Prefix\n    ): S3ExportConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"EncryptionConfiguration\" -> EncryptionConfiguration.asInstanceOf[js.Any],\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3ExportConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait S3ObjectEncryptionType extends js.Any\n  object S3ObjectEncryptionType {\n    val SSE_KMS = \"SSE_KMS\".asInstanceOf[S3ObjectEncryptionType]\n    val SSE_S3 = \"SSE_S3\".asInstanceOf[S3ObjectEncryptionType]\n    val NO_ENCRYPTION = \"NO_ENCRYPTION\".asInstanceOf[S3ObjectEncryptionType]\n\n    @inline def values = js.Array(SSE_KMS, SSE_S3, NO_ENCRYPTION)\n  }\n\n  @js.native\n  trait StreamJournalToKinesisRequest extends js.Object {\n    var InclusiveStartTime: Timestamp\n    var KinesisConfiguration: KinesisConfiguration\n    var LedgerName: LedgerName\n    var RoleArn: Arn\n    var StreamName: StreamName\n    var ExclusiveEndTime: js.UndefOr[Timestamp]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object StreamJournalToKinesisRequest {\n    @inline\n    def apply(\n        InclusiveStartTime: Timestamp,\n        KinesisConfiguration: KinesisConfiguration,\n        LedgerName: LedgerName,\n        RoleArn: Arn,\n        StreamName: StreamName,\n        ExclusiveEndTime: js.UndefOr[Timestamp] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): StreamJournalToKinesisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InclusiveStartTime\" -> InclusiveStartTime.asInstanceOf[js.Any],\n        \"KinesisConfiguration\" -> KinesisConfiguration.asInstanceOf[js.Any],\n        \"LedgerName\" -> LedgerName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"StreamName\" -> StreamName.asInstanceOf[js.Any]\n      )\n\n      ExclusiveEndTime.foreach(__v => __obj.updateDynamic(\"ExclusiveEndTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamJournalToKinesisRequest]\n    }\n  }\n\n  @js.native\n  trait StreamJournalToKinesisResponse extends js.Object {\n    var StreamId: js.UndefOr[UniqueId]\n  }\n\n  object StreamJournalToKinesisResponse {\n    @inline\n    def apply(\n        StreamId: js.UndefOr[UniqueId] = js.undefined\n    ): StreamJournalToKinesisResponse = {\n      val __obj = js.Dynamic.literal()\n      StreamId.foreach(__v => __obj.updateDynamic(\"StreamId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamJournalToKinesisResponse]\n    }\n  }\n\n  @js.native\n  sealed trait StreamStatus extends js.Any\n  object StreamStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[StreamStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[StreamStatus]\n    val CANCELED = \"CANCELED\".asInstanceOf[StreamStatus]\n    val FAILED = \"FAILED\".asInstanceOf[StreamStatus]\n    val IMPAIRED = \"IMPAIRED\".asInstanceOf[StreamStatus]\n\n    @inline def values = js.Array(ACTIVE, COMPLETED, CANCELED, FAILED, IMPAIRED)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateLedgerRequest extends js.Object {\n    var Name: LedgerName\n    var DeletionProtection: js.UndefOr[DeletionProtection]\n  }\n\n  object UpdateLedgerRequest {\n    @inline\n    def apply(\n        Name: LedgerName,\n        DeletionProtection: js.UndefOr[DeletionProtection] = js.undefined\n    ): UpdateLedgerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLedgerRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateLedgerResponse extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationDateTime: js.UndefOr[Timestamp]\n    var DeletionProtection: js.UndefOr[DeletionProtection]\n    var Name: js.UndefOr[LedgerName]\n    var State: js.UndefOr[LedgerState]\n  }\n\n  object UpdateLedgerResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationDateTime: js.UndefOr[Timestamp] = js.undefined,\n        DeletionProtection: js.UndefOr[DeletionProtection] = js.undefined,\n        Name: js.UndefOr[LedgerName] = js.undefined,\n        State: js.UndefOr[LedgerState] = js.undefined\n    ): UpdateLedgerResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateLedgerResponse]\n    }\n  }\n\n  \/** A structure that can contain a value in multiple encoding formats.\n    *\/\n  @js.native\n  trait ValueHolder extends js.Object {\n    var IonText: js.UndefOr[IonText]\n  }\n\n  object ValueHolder {\n    @inline\n    def apply(\n        IonText: js.UndefOr[IonText] = js.undefined\n    ): ValueHolder = {\n      val __obj = js.Dynamic.literal()\n      IonText.foreach(__v => __obj.updateDynamic(\"IonText\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValueHolder]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/budgetsservice\/src\/main\/scala\/facade\/amazonaws\/services\/BudgetsService.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object budgetsservice {\n  type AccountId = String\n  type ActionHistories = js.Array[ActionHistory]\n  type ActionId = String\n  type Actions = js.Array[Action]\n  type BudgetName = String\n  type BudgetedAndActualAmountsList = js.Array[BudgetedAndActualAmounts]\n  type Budgets = js.Array[Budget]\n  type CostFilters = js.Dictionary[DimensionValues]\n  type DimensionValues = js.Array[GenericString]\n  type GenericString = String\n  type GenericTimestamp = js.Date\n  type Group = String\n  type Groups = js.Array[Group]\n  type InstanceId = String\n  type InstanceIds = js.Array[InstanceId]\n  type MaxResults = Int\n  type NotificationThreshold = Double\n  type NotificationWithSubscribersList = js.Array[NotificationWithSubscribers]\n  type Notifications = js.Array[Notification]\n  type NullableBoolean = Boolean\n  type NumericValue = String\n  type PlannedBudgetLimits = js.Dictionary[Spend]\n  type PolicyArn = String\n  type PolicyId = String\n  type Region = String\n  type Role = String\n  type RoleArn = String\n  type Roles = js.Array[Role]\n  type SubscriberAddress = String\n  type Subscribers = js.Array[Subscriber]\n  type TargetId = String\n  type TargetIds = js.Array[TargetId]\n  type UnitValue = String\n  type User = String\n  type Users = js.Array[User]\n\n  implicit final class BudgetsServiceOps(private val service: BudgetsService) extends AnyVal {\n\n    @inline def createBudgetActionFuture(params: CreateBudgetActionRequest): Future[CreateBudgetActionResponse] = service.createBudgetAction(params).promise().toFuture\n    @inline def createBudgetFuture(params: CreateBudgetRequest): Future[CreateBudgetResponse] = service.createBudget(params).promise().toFuture\n    @inline def createNotificationFuture(params: CreateNotificationRequest): Future[CreateNotificationResponse] = service.createNotification(params).promise().toFuture\n    @inline def createSubscriberFuture(params: CreateSubscriberRequest): Future[CreateSubscriberResponse] = service.createSubscriber(params).promise().toFuture\n    @inline def deleteBudgetActionFuture(params: DeleteBudgetActionRequest): Future[DeleteBudgetActionResponse] = service.deleteBudgetAction(params).promise().toFuture\n    @inline def deleteBudgetFuture(params: DeleteBudgetRequest): Future[DeleteBudgetResponse] = service.deleteBudget(params).promise().toFuture\n    @inline def deleteNotificationFuture(params: DeleteNotificationRequest): Future[DeleteNotificationResponse] = service.deleteNotification(params).promise().toFuture\n    @inline def deleteSubscriberFuture(params: DeleteSubscriberRequest): Future[DeleteSubscriberResponse] = service.deleteSubscriber(params).promise().toFuture\n    @inline def describeBudgetActionFuture(params: DescribeBudgetActionRequest): Future[DescribeBudgetActionResponse] = service.describeBudgetAction(params).promise().toFuture\n    @inline def describeBudgetActionHistoriesFuture(params: DescribeBudgetActionHistoriesRequest): Future[DescribeBudgetActionHistoriesResponse] = service.describeBudgetActionHistories(params).promise().toFuture\n    @inline def describeBudgetActionsForAccountFuture(params: DescribeBudgetActionsForAccountRequest): Future[DescribeBudgetActionsForAccountResponse] = service.describeBudgetActionsForAccount(params).promise().toFuture\n    @inline def describeBudgetActionsForBudgetFuture(params: DescribeBudgetActionsForBudgetRequest): Future[DescribeBudgetActionsForBudgetResponse] = service.describeBudgetActionsForBudget(params).promise().toFuture\n    @inline def describeBudgetFuture(params: DescribeBudgetRequest): Future[DescribeBudgetResponse] = service.describeBudget(params).promise().toFuture\n    @inline def describeBudgetPerformanceHistoryFuture(params: DescribeBudgetPerformanceHistoryRequest): Future[DescribeBudgetPerformanceHistoryResponse] = service.describeBudgetPerformanceHistory(params).promise().toFuture\n    @inline def describeBudgetsFuture(params: DescribeBudgetsRequest): Future[DescribeBudgetsResponse] = service.describeBudgets(params).promise().toFuture\n    @inline def describeNotificationsForBudgetFuture(params: DescribeNotificationsForBudgetRequest): Future[DescribeNotificationsForBudgetResponse] = service.describeNotificationsForBudget(params).promise().toFuture\n    @inline def describeSubscribersForNotificationFuture(params: DescribeSubscribersForNotificationRequest): Future[DescribeSubscribersForNotificationResponse] = service.describeSubscribersForNotification(params).promise().toFuture\n    @inline def executeBudgetActionFuture(params: ExecuteBudgetActionRequest): Future[ExecuteBudgetActionResponse] = service.executeBudgetAction(params).promise().toFuture\n    @inline def updateBudgetActionFuture(params: UpdateBudgetActionRequest): Future[UpdateBudgetActionResponse] = service.updateBudgetAction(params).promise().toFuture\n    @inline def updateBudgetFuture(params: UpdateBudgetRequest): Future[UpdateBudgetResponse] = service.updateBudget(params).promise().toFuture\n    @inline def updateNotificationFuture(params: UpdateNotificationRequest): Future[UpdateNotificationResponse] = service.updateNotification(params).promise().toFuture\n    @inline def updateSubscriberFuture(params: UpdateSubscriberRequest): Future[UpdateSubscriberResponse] = service.updateSubscriber(params).promise().toFuture\n\n  }\n}\n\npackage budgetsservice {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/budgets\", JSImport.Namespace, \"AWS.Budgets\")\n  class BudgetsService() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createBudget(params: CreateBudgetRequest): Request[CreateBudgetResponse] = js.native\n    def createBudgetAction(params: CreateBudgetActionRequest): Request[CreateBudgetActionResponse] = js.native\n    def createNotification(params: CreateNotificationRequest): Request[CreateNotificationResponse] = js.native\n    def createSubscriber(params: CreateSubscriberRequest): Request[CreateSubscriberResponse] = js.native\n    def deleteBudget(params: DeleteBudgetRequest): Request[DeleteBudgetResponse] = js.native\n    def deleteBudgetAction(params: DeleteBudgetActionRequest): Request[DeleteBudgetActionResponse] = js.native\n    def deleteNotification(params: DeleteNotificationRequest): Request[DeleteNotificationResponse] = js.native\n    def deleteSubscriber(params: DeleteSubscriberRequest): Request[DeleteSubscriberResponse] = js.native\n    def describeBudget(params: DescribeBudgetRequest): Request[DescribeBudgetResponse] = js.native\n    def describeBudgetAction(params: DescribeBudgetActionRequest): Request[DescribeBudgetActionResponse] = js.native\n    def describeBudgetActionHistories(params: DescribeBudgetActionHistoriesRequest): Request[DescribeBudgetActionHistoriesResponse] = js.native\n    def describeBudgetActionsForAccount(params: DescribeBudgetActionsForAccountRequest): Request[DescribeBudgetActionsForAccountResponse] = js.native\n    def describeBudgetActionsForBudget(params: DescribeBudgetActionsForBudgetRequest): Request[DescribeBudgetActionsForBudgetResponse] = js.native\n    def describeBudgetPerformanceHistory(params: DescribeBudgetPerformanceHistoryRequest): Request[DescribeBudgetPerformanceHistoryResponse] = js.native\n    def describeBudgets(params: DescribeBudgetsRequest): Request[DescribeBudgetsResponse] = js.native\n    def describeNotificationsForBudget(params: DescribeNotificationsForBudgetRequest): Request[DescribeNotificationsForBudgetResponse] = js.native\n    def describeSubscribersForNotification(params: DescribeSubscribersForNotificationRequest): Request[DescribeSubscribersForNotificationResponse] = js.native\n    def executeBudgetAction(params: ExecuteBudgetActionRequest): Request[ExecuteBudgetActionResponse] = js.native\n    def updateBudget(params: UpdateBudgetRequest): Request[UpdateBudgetResponse] = js.native\n    def updateBudgetAction(params: UpdateBudgetActionRequest): Request[UpdateBudgetActionResponse] = js.native\n    def updateNotification(params: UpdateNotificationRequest): Request[UpdateNotificationResponse] = js.native\n    def updateSubscriber(params: UpdateSubscriberRequest): Request[UpdateSubscriberResponse] = js.native\n  }\n\n  \/** A budget action resource.\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var ActionId: ActionId\n    var ActionThreshold: ActionThreshold\n    var ActionType: ActionType\n    var ApprovalModel: ApprovalModel\n    var BudgetName: BudgetName\n    var Definition: Definition\n    var ExecutionRoleArn: RoleArn\n    var NotificationType: NotificationType\n    var Status: ActionStatus\n    var Subscribers: Subscribers\n  }\n\n  object Action {\n    @inline\n    def apply(\n        ActionId: ActionId,\n        ActionThreshold: ActionThreshold,\n        ActionType: ActionType,\n        ApprovalModel: ApprovalModel,\n        BudgetName: BudgetName,\n        Definition: Definition,\n        ExecutionRoleArn: RoleArn,\n        NotificationType: NotificationType,\n        Status: ActionStatus,\n        Subscribers: Subscribers\n    ): Action = {\n      val __obj = js.Dynamic.literal(\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"ActionThreshold\" -> ActionThreshold.asInstanceOf[js.Any],\n        \"ActionType\" -> ActionType.asInstanceOf[js.Any],\n        \"ApprovalModel\" -> ApprovalModel.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Definition\" -> Definition.asInstanceOf[js.Any],\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"NotificationType\" -> NotificationType.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"Subscribers\" -> Subscribers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  \/** The historical records for a budget action.\n    *\/\n  @js.native\n  trait ActionHistory extends js.Object {\n    var ActionHistoryDetails: ActionHistoryDetails\n    var EventType: EventType\n    var Status: ActionStatus\n    var Timestamp: GenericTimestamp\n  }\n\n  object ActionHistory {\n    @inline\n    def apply(\n        ActionHistoryDetails: ActionHistoryDetails,\n        EventType: EventType,\n        Status: ActionStatus,\n        Timestamp: GenericTimestamp\n    ): ActionHistory = {\n      val __obj = js.Dynamic.literal(\n        \"ActionHistoryDetails\" -> ActionHistoryDetails.asInstanceOf[js.Any],\n        \"EventType\" -> EventType.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActionHistory]\n    }\n  }\n\n  \/** The description of details of the event.\n    *\/\n  @js.native\n  trait ActionHistoryDetails extends js.Object {\n    var Action: Action\n    var Message: GenericString\n  }\n\n  object ActionHistoryDetails {\n    @inline\n    def apply(\n        Action: Action,\n        Message: GenericString\n    ): ActionHistoryDetails = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"Message\" -> Message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActionHistoryDetails]\n    }\n  }\n\n  @js.native\n  sealed trait ActionStatus extends js.Any\n  object ActionStatus {\n    val STANDBY = \"STANDBY\".asInstanceOf[ActionStatus]\n    val PENDING = \"PENDING\".asInstanceOf[ActionStatus]\n    val EXECUTION_IN_PROGRESS = \"EXECUTION_IN_PROGRESS\".asInstanceOf[ActionStatus]\n    val EXECUTION_SUCCESS = \"EXECUTION_SUCCESS\".asInstanceOf[ActionStatus]\n    val EXECUTION_FAILURE = \"EXECUTION_FAILURE\".asInstanceOf[ActionStatus]\n    val REVERSE_IN_PROGRESS = \"REVERSE_IN_PROGRESS\".asInstanceOf[ActionStatus]\n    val REVERSE_SUCCESS = \"REVERSE_SUCCESS\".asInstanceOf[ActionStatus]\n    val REVERSE_FAILURE = \"REVERSE_FAILURE\".asInstanceOf[ActionStatus]\n    val RESET_IN_PROGRESS = \"RESET_IN_PROGRESS\".asInstanceOf[ActionStatus]\n    val RESET_FAILURE = \"RESET_FAILURE\".asInstanceOf[ActionStatus]\n\n    @inline def values = js.Array(\n      STANDBY,\n      PENDING,\n      EXECUTION_IN_PROGRESS,\n      EXECUTION_SUCCESS,\n      EXECUTION_FAILURE,\n      REVERSE_IN_PROGRESS,\n      REVERSE_SUCCESS,\n      REVERSE_FAILURE,\n      RESET_IN_PROGRESS,\n      RESET_FAILURE\n    )\n  }\n\n  @js.native\n  sealed trait ActionSubType extends js.Any\n  object ActionSubType {\n    val STOP_EC2_INSTANCES = \"STOP_EC2_INSTANCES\".asInstanceOf[ActionSubType]\n    val STOP_RDS_INSTANCES = \"STOP_RDS_INSTANCES\".asInstanceOf[ActionSubType]\n\n    @inline def values = js.Array(STOP_EC2_INSTANCES, STOP_RDS_INSTANCES)\n  }\n\n  \/** The trigger threshold of the action.\n    *\/\n  @js.native\n  trait ActionThreshold extends js.Object {\n    var ActionThresholdType: ThresholdType\n    var ActionThresholdValue: NotificationThreshold\n  }\n\n  object ActionThreshold {\n    @inline\n    def apply(\n        ActionThresholdType: ThresholdType,\n        ActionThresholdValue: NotificationThreshold\n    ): ActionThreshold = {\n      val __obj = js.Dynamic.literal(\n        \"ActionThresholdType\" -> ActionThresholdType.asInstanceOf[js.Any],\n        \"ActionThresholdValue\" -> ActionThresholdValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ActionThreshold]\n    }\n  }\n\n  @js.native\n  sealed trait ActionType extends js.Any\n  object ActionType {\n    val APPLY_IAM_POLICY = \"APPLY_IAM_POLICY\".asInstanceOf[ActionType]\n    val APPLY_SCP_POLICY = \"APPLY_SCP_POLICY\".asInstanceOf[ActionType]\n    val RUN_SSM_DOCUMENTS = \"RUN_SSM_DOCUMENTS\".asInstanceOf[ActionType]\n\n    @inline def values = js.Array(APPLY_IAM_POLICY, APPLY_SCP_POLICY, RUN_SSM_DOCUMENTS)\n  }\n\n  @js.native\n  sealed trait ApprovalModel extends js.Any\n  object ApprovalModel {\n    val AUTOMATIC = \"AUTOMATIC\".asInstanceOf[ApprovalModel]\n    val MANUAL = \"MANUAL\".asInstanceOf[ApprovalModel]\n\n    @inline def values = js.Array(AUTOMATIC, MANUAL)\n  }\n\n  \/** Represents the output of the <code>CreateBudget<\/code> operation. The content consists of the detailed metadata and data file information, and the current status of the <code>budget<\/code> object. This is the ARN pattern for a budget: <code>arn:aws:budgets::AccountId:budget\/budgetName<\/code>\n    *\/\n  @js.native\n  trait Budget extends js.Object {\n    var BudgetName: BudgetName\n    var BudgetType: BudgetType\n    var TimeUnit: TimeUnit\n    var BudgetLimit: js.UndefOr[Spend]\n    var CalculatedSpend: js.UndefOr[CalculatedSpend]\n    var CostFilters: js.UndefOr[CostFilters]\n    var CostTypes: js.UndefOr[CostTypes]\n    var LastUpdatedTime: js.UndefOr[GenericTimestamp]\n    var PlannedBudgetLimits: js.UndefOr[PlannedBudgetLimits]\n    var TimePeriod: js.UndefOr[TimePeriod]\n  }\n\n  object Budget {\n    @inline\n    def apply(\n        BudgetName: BudgetName,\n        BudgetType: BudgetType,\n        TimeUnit: TimeUnit,\n        BudgetLimit: js.UndefOr[Spend] = js.undefined,\n        CalculatedSpend: js.UndefOr[CalculatedSpend] = js.undefined,\n        CostFilters: js.UndefOr[CostFilters] = js.undefined,\n        CostTypes: js.UndefOr[CostTypes] = js.undefined,\n        LastUpdatedTime: js.UndefOr[GenericTimestamp] = js.undefined,\n        PlannedBudgetLimits: js.UndefOr[PlannedBudgetLimits] = js.undefined,\n        TimePeriod: js.UndefOr[TimePeriod] = js.undefined\n    ): Budget = {\n      val __obj = js.Dynamic.literal(\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"BudgetType\" -> BudgetType.asInstanceOf[js.Any],\n        \"TimeUnit\" -> TimeUnit.asInstanceOf[js.Any]\n      )\n\n      BudgetLimit.foreach(__v => __obj.updateDynamic(\"BudgetLimit\")(__v.asInstanceOf[js.Any]))\n      CalculatedSpend.foreach(__v => __obj.updateDynamic(\"CalculatedSpend\")(__v.asInstanceOf[js.Any]))\n      CostFilters.foreach(__v => __obj.updateDynamic(\"CostFilters\")(__v.asInstanceOf[js.Any]))\n      CostTypes.foreach(__v => __obj.updateDynamic(\"CostTypes\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      PlannedBudgetLimits.foreach(__v => __obj.updateDynamic(\"PlannedBudgetLimits\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Budget]\n    }\n  }\n\n  \/** A history of the state of a budget at the end of the budget's specified time period.\n    *\/\n  @js.native\n  trait BudgetPerformanceHistory extends js.Object {\n    var BudgetName: js.UndefOr[BudgetName]\n    var BudgetType: js.UndefOr[BudgetType]\n    var BudgetedAndActualAmountsList: js.UndefOr[BudgetedAndActualAmountsList]\n    var CostFilters: js.UndefOr[CostFilters]\n    var CostTypes: js.UndefOr[CostTypes]\n    var TimeUnit: js.UndefOr[TimeUnit]\n  }\n\n  object BudgetPerformanceHistory {\n    @inline\n    def apply(\n        BudgetName: js.UndefOr[BudgetName] = js.undefined,\n        BudgetType: js.UndefOr[BudgetType] = js.undefined,\n        BudgetedAndActualAmountsList: js.UndefOr[BudgetedAndActualAmountsList] = js.undefined,\n        CostFilters: js.UndefOr[CostFilters] = js.undefined,\n        CostTypes: js.UndefOr[CostTypes] = js.undefined,\n        TimeUnit: js.UndefOr[TimeUnit] = js.undefined\n    ): BudgetPerformanceHistory = {\n      val __obj = js.Dynamic.literal()\n      BudgetName.foreach(__v => __obj.updateDynamic(\"BudgetName\")(__v.asInstanceOf[js.Any]))\n      BudgetType.foreach(__v => __obj.updateDynamic(\"BudgetType\")(__v.asInstanceOf[js.Any]))\n      BudgetedAndActualAmountsList.foreach(__v => __obj.updateDynamic(\"BudgetedAndActualAmountsList\")(__v.asInstanceOf[js.Any]))\n      CostFilters.foreach(__v => __obj.updateDynamic(\"CostFilters\")(__v.asInstanceOf[js.Any]))\n      CostTypes.foreach(__v => __obj.updateDynamic(\"CostTypes\")(__v.asInstanceOf[js.Any]))\n      TimeUnit.foreach(__v => __obj.updateDynamic(\"TimeUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BudgetPerformanceHistory]\n    }\n  }\n\n  \/** The type of a budget. It must be one of the following types: <code>COST<\/code>, <code>USAGE<\/code>, <code>RI_UTILIZATION<\/code>, <code>RI_COVERAGE<\/code>, <code>SAVINGS_PLANS_UTILIZATION<\/code>, or <code>SAVINGS_PLANS_COVERAGE<\/code>.\n    *\/\n  @js.native\n  sealed trait BudgetType extends js.Any\n  object BudgetType {\n    val USAGE = \"USAGE\".asInstanceOf[BudgetType]\n    val COST = \"COST\".asInstanceOf[BudgetType]\n    val RI_UTILIZATION = \"RI_UTILIZATION\".asInstanceOf[BudgetType]\n    val RI_COVERAGE = \"RI_COVERAGE\".asInstanceOf[BudgetType]\n    val SAVINGS_PLANS_UTILIZATION = \"SAVINGS_PLANS_UTILIZATION\".asInstanceOf[BudgetType]\n    val SAVINGS_PLANS_COVERAGE = \"SAVINGS_PLANS_COVERAGE\".asInstanceOf[BudgetType]\n\n    @inline def values = js.Array(USAGE, COST, RI_UTILIZATION, RI_COVERAGE, SAVINGS_PLANS_UTILIZATION, SAVINGS_PLANS_COVERAGE)\n  }\n\n  \/** The amount of cost or usage that you created the budget for, compared to your actual costs or usage.\n    *\/\n  @js.native\n  trait BudgetedAndActualAmounts extends js.Object {\n    var ActualAmount: js.UndefOr[Spend]\n    var BudgetedAmount: js.UndefOr[Spend]\n    var TimePeriod: js.UndefOr[TimePeriod]\n  }\n\n  object BudgetedAndActualAmounts {\n    @inline\n    def apply(\n        ActualAmount: js.UndefOr[Spend] = js.undefined,\n        BudgetedAmount: js.UndefOr[Spend] = js.undefined,\n        TimePeriod: js.UndefOr[TimePeriod] = js.undefined\n    ): BudgetedAndActualAmounts = {\n      val __obj = js.Dynamic.literal()\n      ActualAmount.foreach(__v => __obj.updateDynamic(\"ActualAmount\")(__v.asInstanceOf[js.Any]))\n      BudgetedAmount.foreach(__v => __obj.updateDynamic(\"BudgetedAmount\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BudgetedAndActualAmounts]\n    }\n  }\n\n  \/** The spend objects that are associated with this budget. The <code>actualSpend<\/code> tracks how much you've used, cost, usage, RI units, or Savings Plans units and the <code>forecastedSpend<\/code> tracks how much you are predicted to spend based on your historical usage profile. For example, if it is the 20th of the month and you have spent <code>50<\/code> dollars on Amazon EC2, your <code>actualSpend<\/code> is <code>50 USD<\/code>, and your <code>forecastedSpend<\/code> is <code>75 USD<\/code>.\n    *\/\n  @js.native\n  trait CalculatedSpend extends js.Object {\n    var ActualSpend: Spend\n    var ForecastedSpend: js.UndefOr[Spend]\n  }\n\n  object CalculatedSpend {\n    @inline\n    def apply(\n        ActualSpend: Spend,\n        ForecastedSpend: js.UndefOr[Spend] = js.undefined\n    ): CalculatedSpend = {\n      val __obj = js.Dynamic.literal(\n        \"ActualSpend\" -> ActualSpend.asInstanceOf[js.Any]\n      )\n\n      ForecastedSpend.foreach(__v => __obj.updateDynamic(\"ForecastedSpend\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CalculatedSpend]\n    }\n  }\n\n  \/** The comparison operator of a notification. Currently the service supports the following operators: <code>GREATER_THAN<\/code>, <code>LESS_THAN<\/code>, <code>EQUAL_TO<\/code>\n    *\/\n  @js.native\n  sealed trait ComparisonOperator extends js.Any\n  object ComparisonOperator {\n    val GREATER_THAN = \"GREATER_THAN\".asInstanceOf[ComparisonOperator]\n    val LESS_THAN = \"LESS_THAN\".asInstanceOf[ComparisonOperator]\n    val EQUAL_TO = \"EQUAL_TO\".asInstanceOf[ComparisonOperator]\n\n    @inline def values = js.Array(GREATER_THAN, LESS_THAN, EQUAL_TO)\n  }\n\n  \/** The types of cost that are included in a <code>COST<\/code> budget, such as tax and subscriptions. <code>USAGE<\/code>, <code>RI_UTILIZATION<\/code>, <code>RI_COVERAGE<\/code>, <code>SAVINGS_PLANS_UTILIZATION<\/code>, and <code>SAVINGS_PLANS_COVERAGE<\/code> budgets do not have <code>CostTypes<\/code>.\n    *\/\n  @js.native\n  trait CostTypes extends js.Object {\n    var IncludeCredit: js.UndefOr[NullableBoolean]\n    var IncludeDiscount: js.UndefOr[NullableBoolean]\n    var IncludeOtherSubscription: js.UndefOr[NullableBoolean]\n    var IncludeRecurring: js.UndefOr[NullableBoolean]\n    var IncludeRefund: js.UndefOr[NullableBoolean]\n    var IncludeSubscription: js.UndefOr[NullableBoolean]\n    var IncludeSupport: js.UndefOr[NullableBoolean]\n    var IncludeTax: js.UndefOr[NullableBoolean]\n    var IncludeUpfront: js.UndefOr[NullableBoolean]\n    var UseAmortized: js.UndefOr[NullableBoolean]\n    var UseBlended: js.UndefOr[NullableBoolean]\n  }\n\n  object CostTypes {\n    @inline\n    def apply(\n        IncludeCredit: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeDiscount: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeOtherSubscription: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeRecurring: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeRefund: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeSubscription: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeSupport: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeTax: js.UndefOr[NullableBoolean] = js.undefined,\n        IncludeUpfront: js.UndefOr[NullableBoolean] = js.undefined,\n        UseAmortized: js.UndefOr[NullableBoolean] = js.undefined,\n        UseBlended: js.UndefOr[NullableBoolean] = js.undefined\n    ): CostTypes = {\n      val __obj = js.Dynamic.literal()\n      IncludeCredit.foreach(__v => __obj.updateDynamic(\"IncludeCredit\")(__v.asInstanceOf[js.Any]))\n      IncludeDiscount.foreach(__v => __obj.updateDynamic(\"IncludeDiscount\")(__v.asInstanceOf[js.Any]))\n      IncludeOtherSubscription.foreach(__v => __obj.updateDynamic(\"IncludeOtherSubscription\")(__v.asInstanceOf[js.Any]))\n      IncludeRecurring.foreach(__v => __obj.updateDynamic(\"IncludeRecurring\")(__v.asInstanceOf[js.Any]))\n      IncludeRefund.foreach(__v => __obj.updateDynamic(\"IncludeRefund\")(__v.asInstanceOf[js.Any]))\n      IncludeSubscription.foreach(__v => __obj.updateDynamic(\"IncludeSubscription\")(__v.asInstanceOf[js.Any]))\n      IncludeSupport.foreach(__v => __obj.updateDynamic(\"IncludeSupport\")(__v.asInstanceOf[js.Any]))\n      IncludeTax.foreach(__v => __obj.updateDynamic(\"IncludeTax\")(__v.asInstanceOf[js.Any]))\n      IncludeUpfront.foreach(__v => __obj.updateDynamic(\"IncludeUpfront\")(__v.asInstanceOf[js.Any]))\n      UseAmortized.foreach(__v => __obj.updateDynamic(\"UseAmortized\")(__v.asInstanceOf[js.Any]))\n      UseBlended.foreach(__v => __obj.updateDynamic(\"UseBlended\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostTypes]\n    }\n  }\n\n  @js.native\n  trait CreateBudgetActionRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionThreshold: ActionThreshold\n    var ActionType: ActionType\n    var ApprovalModel: ApprovalModel\n    var BudgetName: BudgetName\n    var Definition: Definition\n    var ExecutionRoleArn: RoleArn\n    var NotificationType: NotificationType\n    var Subscribers: Subscribers\n  }\n\n  object CreateBudgetActionRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionThreshold: ActionThreshold,\n        ActionType: ActionType,\n        ApprovalModel: ApprovalModel,\n        BudgetName: BudgetName,\n        Definition: Definition,\n        ExecutionRoleArn: RoleArn,\n        NotificationType: NotificationType,\n        Subscribers: Subscribers\n    ): CreateBudgetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionThreshold\" -> ActionThreshold.asInstanceOf[js.Any],\n        \"ActionType\" -> ActionType.asInstanceOf[js.Any],\n        \"ApprovalModel\" -> ApprovalModel.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Definition\" -> Definition.asInstanceOf[js.Any],\n        \"ExecutionRoleArn\" -> ExecutionRoleArn.asInstanceOf[js.Any],\n        \"NotificationType\" -> NotificationType.asInstanceOf[js.Any],\n        \"Subscribers\" -> Subscribers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBudgetActionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBudgetActionResponse extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n  }\n\n  object CreateBudgetActionResponse {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName\n    ): CreateBudgetActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBudgetActionResponse]\n    }\n  }\n\n  \/** Request of CreateBudget\n    *\/\n  @js.native\n  trait CreateBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var Budget: Budget\n    var NotificationsWithSubscribers: js.UndefOr[NotificationWithSubscribersList]\n  }\n\n  object CreateBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        Budget: Budget,\n        NotificationsWithSubscribers: js.UndefOr[NotificationWithSubscribersList] = js.undefined\n    ): CreateBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"Budget\" -> Budget.asInstanceOf[js.Any]\n      )\n\n      NotificationsWithSubscribers.foreach(__v => __obj.updateDynamic(\"NotificationsWithSubscribers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBudgetRequest]\n    }\n  }\n\n  \/** Response of CreateBudget\n    *\/\n  @js.native\n  trait CreateBudgetResponse extends js.Object\n\n  object CreateBudgetResponse {\n    @inline\n    def apply(): CreateBudgetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateBudgetResponse]\n    }\n  }\n\n  \/** Request of CreateNotification\n    *\/\n  @js.native\n  trait CreateNotificationRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var Notification: Notification\n    var Subscribers: Subscribers\n  }\n\n  object CreateNotificationRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        Notification: Notification,\n        Subscribers: Subscribers\n    ): CreateNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"Subscribers\" -> Subscribers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateNotificationRequest]\n    }\n  }\n\n  \/** Response of CreateNotification\n    *\/\n  @js.native\n  trait CreateNotificationResponse extends js.Object\n\n  object CreateNotificationResponse {\n    @inline\n    def apply(): CreateNotificationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateNotificationResponse]\n    }\n  }\n\n  \/** Request of CreateSubscriber\n    *\/\n  @js.native\n  trait CreateSubscriberRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var Notification: Notification\n    var Subscriber: Subscriber\n  }\n\n  object CreateSubscriberRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        Notification: Notification,\n        Subscriber: Subscriber\n    ): CreateSubscriberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"Subscriber\" -> Subscriber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateSubscriberRequest]\n    }\n  }\n\n  \/** Response of CreateSubscriber\n    *\/\n  @js.native\n  trait CreateSubscriberResponse extends js.Object\n\n  object CreateSubscriberResponse {\n    @inline\n    def apply(): CreateSubscriberResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateSubscriberResponse]\n    }\n  }\n\n  \/** Specifies all of the type-specific parameters.\n    *\/\n  @js.native\n  trait Definition extends js.Object {\n    var IamActionDefinition: js.UndefOr[IamActionDefinition]\n    var ScpActionDefinition: js.UndefOr[ScpActionDefinition]\n    var SsmActionDefinition: js.UndefOr[SsmActionDefinition]\n  }\n\n  object Definition {\n    @inline\n    def apply(\n        IamActionDefinition: js.UndefOr[IamActionDefinition] = js.undefined,\n        ScpActionDefinition: js.UndefOr[ScpActionDefinition] = js.undefined,\n        SsmActionDefinition: js.UndefOr[SsmActionDefinition] = js.undefined\n    ): Definition = {\n      val __obj = js.Dynamic.literal()\n      IamActionDefinition.foreach(__v => __obj.updateDynamic(\"IamActionDefinition\")(__v.asInstanceOf[js.Any]))\n      ScpActionDefinition.foreach(__v => __obj.updateDynamic(\"ScpActionDefinition\")(__v.asInstanceOf[js.Any]))\n      SsmActionDefinition.foreach(__v => __obj.updateDynamic(\"SsmActionDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Definition]\n    }\n  }\n\n  @js.native\n  trait DeleteBudgetActionRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n  }\n\n  object DeleteBudgetActionRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName\n    ): DeleteBudgetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBudgetActionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteBudgetActionResponse extends js.Object {\n    var AccountId: AccountId\n    var Action: Action\n    var BudgetName: BudgetName\n  }\n\n  object DeleteBudgetActionResponse {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        Action: Action,\n        BudgetName: BudgetName\n    ): DeleteBudgetActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBudgetActionResponse]\n    }\n  }\n\n  \/** Request of DeleteBudget\n    *\/\n  @js.native\n  trait DeleteBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n  }\n\n  object DeleteBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName\n    ): DeleteBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBudgetRequest]\n    }\n  }\n\n  \/** Response of DeleteBudget\n    *\/\n  @js.native\n  trait DeleteBudgetResponse extends js.Object\n\n  object DeleteBudgetResponse {\n    @inline\n    def apply(): DeleteBudgetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteBudgetResponse]\n    }\n  }\n\n  \/** Request of DeleteNotification\n    *\/\n  @js.native\n  trait DeleteNotificationRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var Notification: Notification\n  }\n\n  object DeleteNotificationRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        Notification: Notification\n    ): DeleteNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNotificationRequest]\n    }\n  }\n\n  \/** Response of DeleteNotification\n    *\/\n  @js.native\n  trait DeleteNotificationResponse extends js.Object\n\n  object DeleteNotificationResponse {\n    @inline\n    def apply(): DeleteNotificationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteNotificationResponse]\n    }\n  }\n\n  \/** Request of DeleteSubscriber\n    *\/\n  @js.native\n  trait DeleteSubscriberRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var Notification: Notification\n    var Subscriber: Subscriber\n  }\n\n  object DeleteSubscriberRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        Notification: Notification,\n        Subscriber: Subscriber\n    ): DeleteSubscriberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"Subscriber\" -> Subscriber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSubscriberRequest]\n    }\n  }\n\n  \/** Response of DeleteSubscriber\n    *\/\n  @js.native\n  trait DeleteSubscriberResponse extends js.Object\n\n  object DeleteSubscriberResponse {\n    @inline\n    def apply(): DeleteSubscriberResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteSubscriberResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionHistoriesRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n    var TimePeriod: js.UndefOr[TimePeriod]\n  }\n\n  object DescribeBudgetActionHistoriesRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined,\n        TimePeriod: js.UndefOr[TimePeriod] = js.undefined\n    ): DescribeBudgetActionHistoriesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionHistoriesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionHistoriesResponse extends js.Object {\n    var ActionHistories: ActionHistories\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetActionHistoriesResponse {\n    @inline\n    def apply(\n        ActionHistories: ActionHistories,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetActionHistoriesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ActionHistories\" -> ActionHistories.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionHistoriesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n  }\n\n  object DescribeBudgetActionRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName\n    ): DescribeBudgetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBudgetActionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionResponse extends js.Object {\n    var AccountId: AccountId\n    var Action: Action\n    var BudgetName: BudgetName\n  }\n\n  object DescribeBudgetActionResponse {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        Action: Action,\n        BudgetName: BudgetName\n    ): DescribeBudgetActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBudgetActionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionsForAccountRequest extends js.Object {\n    var AccountId: AccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetActionsForAccountRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetActionsForAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionsForAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionsForAccountResponse extends js.Object {\n    var Actions: Actions\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetActionsForAccountResponse {\n    @inline\n    def apply(\n        Actions: Actions,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetActionsForAccountResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionsForAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionsForBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetActionsForBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetActionsForBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionsForBudgetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetActionsForBudgetResponse extends js.Object {\n    var Actions: Actions\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetActionsForBudgetResponse {\n    @inline\n    def apply(\n        Actions: Actions,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetActionsForBudgetResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetActionsForBudgetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetPerformanceHistoryRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n    var TimePeriod: js.UndefOr[TimePeriod]\n  }\n\n  object DescribeBudgetPerformanceHistoryRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined,\n        TimePeriod: js.UndefOr[TimePeriod] = js.undefined\n    ): DescribeBudgetPerformanceHistoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetPerformanceHistoryRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBudgetPerformanceHistoryResponse extends js.Object {\n    var BudgetPerformanceHistory: js.UndefOr[BudgetPerformanceHistory]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetPerformanceHistoryResponse {\n    @inline\n    def apply(\n        BudgetPerformanceHistory: js.UndefOr[BudgetPerformanceHistory] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetPerformanceHistoryResponse = {\n      val __obj = js.Dynamic.literal()\n      BudgetPerformanceHistory.foreach(__v => __obj.updateDynamic(\"BudgetPerformanceHistory\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetPerformanceHistoryResponse]\n    }\n  }\n\n  \/** Request of DescribeBudget\n    *\/\n  @js.native\n  trait DescribeBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n  }\n\n  object DescribeBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName\n    ): DescribeBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBudgetRequest]\n    }\n  }\n\n  \/** Response of DescribeBudget\n    *\/\n  @js.native\n  trait DescribeBudgetResponse extends js.Object {\n    var Budget: js.UndefOr[Budget]\n  }\n\n  object DescribeBudgetResponse {\n    @inline\n    def apply(\n        Budget: js.UndefOr[Budget] = js.undefined\n    ): DescribeBudgetResponse = {\n      val __obj = js.Dynamic.literal()\n      Budget.foreach(__v => __obj.updateDynamic(\"Budget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetResponse]\n    }\n  }\n\n  \/** Request of DescribeBudgets\n    *\/\n  @js.native\n  trait DescribeBudgetsRequest extends js.Object {\n    var AccountId: AccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetsRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetsRequest]\n    }\n  }\n\n  \/** Response of DescribeBudgets\n    *\/\n  @js.native\n  trait DescribeBudgetsResponse extends js.Object {\n    var Budgets: js.UndefOr[Budgets]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeBudgetsResponse {\n    @inline\n    def apply(\n        Budgets: js.UndefOr[Budgets] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeBudgetsResponse = {\n      val __obj = js.Dynamic.literal()\n      Budgets.foreach(__v => __obj.updateDynamic(\"Budgets\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBudgetsResponse]\n    }\n  }\n\n  \/** Request of DescribeNotificationsForBudget\n    *\/\n  @js.native\n  trait DescribeNotificationsForBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeNotificationsForBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeNotificationsForBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNotificationsForBudgetRequest]\n    }\n  }\n\n  \/** Response of GetNotificationsForBudget\n    *\/\n  @js.native\n  trait DescribeNotificationsForBudgetResponse extends js.Object {\n    var NextToken: js.UndefOr[GenericString]\n    var Notifications: js.UndefOr[Notifications]\n  }\n\n  object DescribeNotificationsForBudgetResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[GenericString] = js.undefined,\n        Notifications: js.UndefOr[Notifications] = js.undefined\n    ): DescribeNotificationsForBudgetResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeNotificationsForBudgetResponse]\n    }\n  }\n\n  \/** Request of DescribeSubscribersForNotification\n    *\/\n  @js.native\n  trait DescribeSubscribersForNotificationRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var Notification: Notification\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[GenericString]\n  }\n\n  object DescribeSubscribersForNotificationRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        Notification: Notification,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[GenericString] = js.undefined\n    ): DescribeSubscribersForNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSubscribersForNotificationRequest]\n    }\n  }\n\n  \/** Response of DescribeSubscribersForNotification\n    *\/\n  @js.native\n  trait DescribeSubscribersForNotificationResponse extends js.Object {\n    var NextToken: js.UndefOr[GenericString]\n    var Subscribers: js.UndefOr[Subscribers]\n  }\n\n  object DescribeSubscribersForNotificationResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[GenericString] = js.undefined,\n        Subscribers: js.UndefOr[Subscribers] = js.undefined\n    ): DescribeSubscribersForNotificationResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Subscribers.foreach(__v => __obj.updateDynamic(\"Subscribers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSubscribersForNotificationResponse]\n    }\n  }\n\n  @js.native\n  sealed trait EventType extends js.Any\n  object EventType {\n    val SYSTEM = \"SYSTEM\".asInstanceOf[EventType]\n    val CREATE_ACTION = \"CREATE_ACTION\".asInstanceOf[EventType]\n    val DELETE_ACTION = \"DELETE_ACTION\".asInstanceOf[EventType]\n    val UPDATE_ACTION = \"UPDATE_ACTION\".asInstanceOf[EventType]\n    val EXECUTE_ACTION = \"EXECUTE_ACTION\".asInstanceOf[EventType]\n\n    @inline def values = js.Array(SYSTEM, CREATE_ACTION, DELETE_ACTION, UPDATE_ACTION, EXECUTE_ACTION)\n  }\n\n  @js.native\n  trait ExecuteBudgetActionRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n    var ExecutionType: ExecutionType\n  }\n\n  object ExecuteBudgetActionRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName,\n        ExecutionType: ExecutionType\n    ): ExecuteBudgetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"ExecutionType\" -> ExecutionType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExecuteBudgetActionRequest]\n    }\n  }\n\n  @js.native\n  trait ExecuteBudgetActionResponse extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n    var ExecutionType: ExecutionType\n  }\n\n  object ExecuteBudgetActionResponse {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName,\n        ExecutionType: ExecutionType\n    ): ExecuteBudgetActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"ExecutionType\" -> ExecutionType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExecuteBudgetActionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ExecutionType extends js.Any\n  object ExecutionType {\n    val APPROVE_BUDGET_ACTION = \"APPROVE_BUDGET_ACTION\".asInstanceOf[ExecutionType]\n    val RETRY_BUDGET_ACTION = \"RETRY_BUDGET_ACTION\".asInstanceOf[ExecutionType]\n    val REVERSE_BUDGET_ACTION = \"REVERSE_BUDGET_ACTION\".asInstanceOf[ExecutionType]\n    val RESET_BUDGET_ACTION = \"RESET_BUDGET_ACTION\".asInstanceOf[ExecutionType]\n\n    @inline def values = js.Array(APPROVE_BUDGET_ACTION, RETRY_BUDGET_ACTION, REVERSE_BUDGET_ACTION, RESET_BUDGET_ACTION)\n  }\n\n  \/** The AWS Identity and Access Management (IAM) action definition details.\n    *\/\n  @js.native\n  trait IamActionDefinition extends js.Object {\n    var PolicyArn: PolicyArn\n    var Groups: js.UndefOr[Groups]\n    var Roles: js.UndefOr[Roles]\n    var Users: js.UndefOr[Users]\n  }\n\n  object IamActionDefinition {\n    @inline\n    def apply(\n        PolicyArn: PolicyArn,\n        Groups: js.UndefOr[Groups] = js.undefined,\n        Roles: js.UndefOr[Roles] = js.undefined,\n        Users: js.UndefOr[Users] = js.undefined\n    ): IamActionDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyArn\" -> PolicyArn.asInstanceOf[js.Any]\n      )\n\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      Roles.foreach(__v => __obj.updateDynamic(\"Roles\")(__v.asInstanceOf[js.Any]))\n      Users.foreach(__v => __obj.updateDynamic(\"Users\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IamActionDefinition]\n    }\n  }\n\n  \/** A notification that is associated with a budget. A budget can have up to ten notifications. Each notification must have at least one subscriber. A notification can have one SNS subscriber and up to 10 email subscribers, for a total of 11 subscribers. For example, if you have a budget for 200 dollars and you want to be notified when you go over 160 dollars, create a notification with the following parameters: * A notificationType of <code>ACTUAL<\/code> * A <code>thresholdType<\/code> of <code>PERCENTAGE<\/code> * A <code>comparisonOperator<\/code> of <code>GREATER_THAN<\/code> * A notification <code>threshold<\/code> of <code>80<\/code>\n    *\/\n  @js.native\n  trait Notification extends js.Object {\n    var ComparisonOperator: ComparisonOperator\n    var NotificationType: NotificationType\n    var Threshold: NotificationThreshold\n    var NotificationState: js.UndefOr[NotificationState]\n    var ThresholdType: js.UndefOr[ThresholdType]\n  }\n\n  object Notification {\n    @inline\n    def apply(\n        ComparisonOperator: ComparisonOperator,\n        NotificationType: NotificationType,\n        Threshold: NotificationThreshold,\n        NotificationState: js.UndefOr[NotificationState] = js.undefined,\n        ThresholdType: js.UndefOr[ThresholdType] = js.undefined\n    ): Notification = {\n      val __obj = js.Dynamic.literal(\n        \"ComparisonOperator\" -> ComparisonOperator.asInstanceOf[js.Any],\n        \"NotificationType\" -> NotificationType.asInstanceOf[js.Any],\n        \"Threshold\" -> Threshold.asInstanceOf[js.Any]\n      )\n\n      NotificationState.foreach(__v => __obj.updateDynamic(\"NotificationState\")(__v.asInstanceOf[js.Any]))\n      ThresholdType.foreach(__v => __obj.updateDynamic(\"ThresholdType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Notification]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationState extends js.Any\n  object NotificationState {\n    val OK = \"OK\".asInstanceOf[NotificationState]\n    val ALARM = \"ALARM\".asInstanceOf[NotificationState]\n\n    @inline def values = js.Array(OK, ALARM)\n  }\n\n  \/** The type of a notification. It must be ACTUAL or FORECASTED.\n    *\/\n  @js.native\n  sealed trait NotificationType extends js.Any\n  object NotificationType {\n    val ACTUAL = \"ACTUAL\".asInstanceOf[NotificationType]\n    val FORECASTED = \"FORECASTED\".asInstanceOf[NotificationType]\n\n    @inline def values = js.Array(ACTUAL, FORECASTED)\n  }\n\n  \/** A notification with subscribers. A notification can have one SNS subscriber and up to 10 email subscribers, for a total of 11 subscribers.\n    *\/\n  @js.native\n  trait NotificationWithSubscribers extends js.Object {\n    var Notification: Notification\n    var Subscribers: Subscribers\n  }\n\n  object NotificationWithSubscribers {\n    @inline\n    def apply(\n        Notification: Notification,\n        Subscribers: Subscribers\n    ): NotificationWithSubscribers = {\n      val __obj = js.Dynamic.literal(\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"Subscribers\" -> Subscribers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NotificationWithSubscribers]\n    }\n  }\n\n  \/** The service control policies (SCP) action definition details.\n    *\/\n  @js.native\n  trait ScpActionDefinition extends js.Object {\n    var PolicyId: PolicyId\n    var TargetIds: TargetIds\n  }\n\n  object ScpActionDefinition {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        TargetIds: TargetIds\n    ): ScpActionDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any],\n        \"TargetIds\" -> TargetIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ScpActionDefinition]\n    }\n  }\n\n  \/** The amount of cost or usage that is measured for a budget. For example, a <code>Spend<\/code> for <code>3 GB<\/code> of S3 usage would have the following parameters: * An <code>Amount<\/code> of <code>3<\/code> * A <code>unit<\/code> of <code>GB<\/code>\n    *\/\n  @js.native\n  trait Spend extends js.Object {\n    var Amount: NumericValue\n    var Unit: UnitValue\n  }\n\n  object Spend {\n    @inline\n    def apply(\n        Amount: NumericValue,\n        Unit: UnitValue\n    ): Spend = {\n      val __obj = js.Dynamic.literal(\n        \"Amount\" -> Amount.asInstanceOf[js.Any],\n        \"Unit\" -> Unit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Spend]\n    }\n  }\n\n  \/** The AWS Systems Manager (SSM) action definition details.\n    *\/\n  @js.native\n  trait SsmActionDefinition extends js.Object {\n    var ActionSubType: ActionSubType\n    var InstanceIds: InstanceIds\n    var Region: Region\n  }\n\n  object SsmActionDefinition {\n    @inline\n    def apply(\n        ActionSubType: ActionSubType,\n        InstanceIds: InstanceIds,\n        Region: Region\n    ): SsmActionDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"ActionSubType\" -> ActionSubType.asInstanceOf[js.Any],\n        \"InstanceIds\" -> InstanceIds.asInstanceOf[js.Any],\n        \"Region\" -> Region.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SsmActionDefinition]\n    }\n  }\n\n  \/** The subscriber to a budget notification. The subscriber consists of a subscription type and either an Amazon SNS topic or an email address. For example, an email subscriber would have the following parameters: * A <code>subscriptionType<\/code> of <code>EMAIL<\/code> * An <code>address<\/code> of <code><EMAIL><\/code>\n    *\/\n  @js.native\n  trait Subscriber extends js.Object {\n    var Address: SubscriberAddress\n    var SubscriptionType: SubscriptionType\n  }\n\n  object Subscriber {\n    @inline\n    def apply(\n        Address: SubscriberAddress,\n        SubscriptionType: SubscriptionType\n    ): Subscriber = {\n      val __obj = js.Dynamic.literal(\n        \"Address\" -> Address.asInstanceOf[js.Any],\n        \"SubscriptionType\" -> SubscriptionType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Subscriber]\n    }\n  }\n\n  \/** The subscription type of the subscriber. It can be SMS or EMAIL.\n    *\/\n  @js.native\n  sealed trait SubscriptionType extends js.Any\n  object SubscriptionType {\n    val SNS = \"SNS\".asInstanceOf[SubscriptionType]\n    val EMAIL = \"EMAIL\".asInstanceOf[SubscriptionType]\n\n    @inline def values = js.Array(SNS, EMAIL)\n  }\n\n  \/** The type of threshold for a notification.\n    *\/\n  @js.native\n  sealed trait ThresholdType extends js.Any\n  object ThresholdType {\n    val PERCENTAGE = \"PERCENTAGE\".asInstanceOf[ThresholdType]\n    val ABSOLUTE_VALUE = \"ABSOLUTE_VALUE\".asInstanceOf[ThresholdType]\n\n    @inline def values = js.Array(PERCENTAGE, ABSOLUTE_VALUE)\n  }\n\n  \/** The period of time that is covered by a budget. The period has a start date and an end date. The start date must come before the end date. There are no restrictions on the end date.\n    *\/\n  @js.native\n  trait TimePeriod extends js.Object {\n    var End: js.UndefOr[GenericTimestamp]\n    var Start: js.UndefOr[GenericTimestamp]\n  }\n\n  object TimePeriod {\n    @inline\n    def apply(\n        End: js.UndefOr[GenericTimestamp] = js.undefined,\n        Start: js.UndefOr[GenericTimestamp] = js.undefined\n    ): TimePeriod = {\n      val __obj = js.Dynamic.literal()\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimePeriod]\n    }\n  }\n\n  \/** The time unit of the budget, such as MONTHLY or QUARTERLY.\n    *\/\n  @js.native\n  sealed trait TimeUnit extends js.Any\n  object TimeUnit {\n    val DAILY = \"DAILY\".asInstanceOf[TimeUnit]\n    val MONTHLY = \"MONTHLY\".asInstanceOf[TimeUnit]\n    val QUARTERLY = \"QUARTERLY\".asInstanceOf[TimeUnit]\n    val ANNUALLY = \"ANNUALLY\".asInstanceOf[TimeUnit]\n\n    @inline def values = js.Array(DAILY, MONTHLY, QUARTERLY, ANNUALLY)\n  }\n\n  @js.native\n  trait UpdateBudgetActionRequest extends js.Object {\n    var AccountId: AccountId\n    var ActionId: ActionId\n    var BudgetName: BudgetName\n    var ActionThreshold: js.UndefOr[ActionThreshold]\n    var ApprovalModel: js.UndefOr[ApprovalModel]\n    var Definition: js.UndefOr[Definition]\n    var ExecutionRoleArn: js.UndefOr[RoleArn]\n    var NotificationType: js.UndefOr[NotificationType]\n    var Subscribers: js.UndefOr[Subscribers]\n  }\n\n  object UpdateBudgetActionRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ActionId: ActionId,\n        BudgetName: BudgetName,\n        ActionThreshold: js.UndefOr[ActionThreshold] = js.undefined,\n        ApprovalModel: js.UndefOr[ApprovalModel] = js.undefined,\n        Definition: js.UndefOr[Definition] = js.undefined,\n        ExecutionRoleArn: js.UndefOr[RoleArn] = js.undefined,\n        NotificationType: js.UndefOr[NotificationType] = js.undefined,\n        Subscribers: js.UndefOr[Subscribers] = js.undefined\n    ): UpdateBudgetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ActionId\" -> ActionId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any]\n      )\n\n      ActionThreshold.foreach(__v => __obj.updateDynamic(\"ActionThreshold\")(__v.asInstanceOf[js.Any]))\n      ApprovalModel.foreach(__v => __obj.updateDynamic(\"ApprovalModel\")(__v.asInstanceOf[js.Any]))\n      Definition.foreach(__v => __obj.updateDynamic(\"Definition\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleArn.foreach(__v => __obj.updateDynamic(\"ExecutionRoleArn\")(__v.asInstanceOf[js.Any]))\n      NotificationType.foreach(__v => __obj.updateDynamic(\"NotificationType\")(__v.asInstanceOf[js.Any]))\n      Subscribers.foreach(__v => __obj.updateDynamic(\"Subscribers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBudgetActionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateBudgetActionResponse extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var NewAction: Action\n    var OldAction: Action\n  }\n\n  object UpdateBudgetActionResponse {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        NewAction: Action,\n        OldAction: Action\n    ): UpdateBudgetActionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"NewAction\" -> NewAction.asInstanceOf[js.Any],\n        \"OldAction\" -> OldAction.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateBudgetActionResponse]\n    }\n  }\n\n  \/** Request of UpdateBudget\n    *\/\n  @js.native\n  trait UpdateBudgetRequest extends js.Object {\n    var AccountId: AccountId\n    var NewBudget: Budget\n  }\n\n  object UpdateBudgetRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        NewBudget: Budget\n    ): UpdateBudgetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"NewBudget\" -> NewBudget.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateBudgetRequest]\n    }\n  }\n\n  \/** Response of UpdateBudget\n    *\/\n  @js.native\n  trait UpdateBudgetResponse extends js.Object\n\n  object UpdateBudgetResponse {\n    @inline\n    def apply(): UpdateBudgetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateBudgetResponse]\n    }\n  }\n\n  \/** Request of UpdateNotification\n    *\/\n  @js.native\n  trait UpdateNotificationRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var NewNotification: Notification\n    var OldNotification: Notification\n  }\n\n  object UpdateNotificationRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        NewNotification: Notification,\n        OldNotification: Notification\n    ): UpdateNotificationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"NewNotification\" -> NewNotification.asInstanceOf[js.Any],\n        \"OldNotification\" -> OldNotification.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateNotificationRequest]\n    }\n  }\n\n  \/** Response of UpdateNotification\n    *\/\n  @js.native\n  trait UpdateNotificationResponse extends js.Object\n\n  object UpdateNotificationResponse {\n    @inline\n    def apply(): UpdateNotificationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateNotificationResponse]\n    }\n  }\n\n  \/** Request of UpdateSubscriber\n    *\/\n  @js.native\n  trait UpdateSubscriberRequest extends js.Object {\n    var AccountId: AccountId\n    var BudgetName: BudgetName\n    var NewSubscriber: Subscriber\n    var Notification: Notification\n    var OldSubscriber: Subscriber\n  }\n\n  object UpdateSubscriberRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        BudgetName: BudgetName,\n        NewSubscriber: Subscriber,\n        Notification: Notification,\n        OldSubscriber: Subscriber\n    ): UpdateSubscriberRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"BudgetName\" -> BudgetName.asInstanceOf[js.Any],\n        \"NewSubscriber\" -> NewSubscriber.asInstanceOf[js.Any],\n        \"Notification\" -> Notification.asInstanceOf[js.Any],\n        \"OldSubscriber\" -> OldSubscriber.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateSubscriberRequest]\n    }\n  }\n\n  \/** Response of UpdateSubscriber\n    *\/\n  @js.native\n  trait UpdateSubscriberResponse extends js.Object\n\n  object UpdateSubscriberResponse {\n    @inline\n    def apply(): UpdateSubscriberResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateSubscriberResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codestarconnections\/src\/main\/scala\/facade\/amazonaws\/services\/CodeStarconnections.scala","text":"<filename>services\/codestarconnections\/src\/main\/scala\/facade\/amazonaws\/services\/CodeStarconnections.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codestarconnections {\n  type AccountId = String\n  type AmazonResourceName = String\n  type ConnectionArn = String\n  type ConnectionList = js.Array[Connection]\n  type ConnectionName = String\n  type HostArn = String\n  type HostList = js.Array[Host]\n  type HostName = String\n  type HostStatus = String\n  type HostStatusMessage = String\n  type MaxResults = Int\n  type NextToken = String\n  type SecurityGroupId = String\n  type SecurityGroupIds = js.Array[SecurityGroupId]\n  type SubnetId = String\n  type SubnetIds = js.Array[SubnetId]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TlsCertificate = String\n  type Url = String\n  type VpcId = String\n\n  implicit final class CodeStarconnectionsOps(private val service: CodeStarconnections) extends AnyVal {\n\n    @inline def createConnectionFuture(params: CreateConnectionInput): Future[CreateConnectionOutput] = service.createConnection(params).promise().toFuture\n    @inline def createHostFuture(params: CreateHostInput): Future[CreateHostOutput] = service.createHost(params).promise().toFuture\n    @inline def deleteConnectionFuture(params: DeleteConnectionInput): Future[DeleteConnectionOutput] = service.deleteConnection(params).promise().toFuture\n    @inline def deleteHostFuture(params: DeleteHostInput): Future[DeleteHostOutput] = service.deleteHost(params).promise().toFuture\n    @inline def getConnectionFuture(params: GetConnectionInput): Future[GetConnectionOutput] = service.getConnection(params).promise().toFuture\n    @inline def getHostFuture(params: GetHostInput): Future[GetHostOutput] = service.getHost(params).promise().toFuture\n    @inline def listConnectionsFuture(params: ListConnectionsInput): Future[ListConnectionsOutput] = service.listConnections(params).promise().toFuture\n    @inline def listHostsFuture(params: ListHostsInput): Future[ListHostsOutput] = service.listHosts(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n    @inline def updateHostFuture(params: UpdateHostInput): Future[UpdateHostOutput] = service.updateHost(params).promise().toFuture\n\n  }\n}\n\npackage codestarconnections {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codestarconnections\", JSImport.Namespace, \"AWS.CodeStarconnections\")\n  class CodeStarconnections() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createConnection(params: CreateConnectionInput): Request[CreateConnectionOutput] = js.native\n    def createHost(params: CreateHostInput): Request[CreateHostOutput] = js.native\n    def deleteConnection(params: DeleteConnectionInput): Request[DeleteConnectionOutput] = js.native\n    def deleteHost(params: DeleteHostInput): Request[DeleteHostOutput] = js.native\n    def getConnection(params: GetConnectionInput): Request[GetConnectionOutput] = js.native\n    def getHost(params: GetHostInput): Request[GetHostOutput] = js.native\n    def listConnections(params: ListConnectionsInput): Request[ListConnectionsOutput] = js.native\n    def listHosts(params: ListHostsInput): Request[ListHostsOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n    def updateHost(params: UpdateHostInput): Request[UpdateHostOutput] = js.native\n  }\n\n  \/** A resource that is used to connect third-party source providers with services like AWS CodePipeline. Note: A connection created through CloudFormation, the CLI, or the SDK is in `PENDING` status by default. You can make its status `AVAILABLE` by updating the connection in the console.\n    *\/\n  @js.native\n  trait Connection extends js.Object {\n    var ConnectionArn: js.UndefOr[ConnectionArn]\n    var ConnectionName: js.UndefOr[ConnectionName]\n    var ConnectionStatus: js.UndefOr[ConnectionStatus]\n    var HostArn: js.UndefOr[HostArn]\n    var OwnerAccountId: js.UndefOr[AccountId]\n    var ProviderType: js.UndefOr[ProviderType]\n  }\n\n  object Connection {\n    @inline\n    def apply(\n        ConnectionArn: js.UndefOr[ConnectionArn] = js.undefined,\n        ConnectionName: js.UndefOr[ConnectionName] = js.undefined,\n        ConnectionStatus: js.UndefOr[ConnectionStatus] = js.undefined,\n        HostArn: js.UndefOr[HostArn] = js.undefined,\n        OwnerAccountId: js.UndefOr[AccountId] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined\n    ): Connection = {\n      val __obj = js.Dynamic.literal()\n      ConnectionArn.foreach(__v => __obj.updateDynamic(\"ConnectionArn\")(__v.asInstanceOf[js.Any]))\n      ConnectionName.foreach(__v => __obj.updateDynamic(\"ConnectionName\")(__v.asInstanceOf[js.Any]))\n      ConnectionStatus.foreach(__v => __obj.updateDynamic(\"ConnectionStatus\")(__v.asInstanceOf[js.Any]))\n      HostArn.foreach(__v => __obj.updateDynamic(\"HostArn\")(__v.asInstanceOf[js.Any]))\n      OwnerAccountId.foreach(__v => __obj.updateDynamic(\"OwnerAccountId\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Connection]\n    }\n  }\n\n  @js.native\n  sealed trait ConnectionStatus extends js.Any\n  object ConnectionStatus {\n    val PENDING = \"PENDING\".asInstanceOf[ConnectionStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[ConnectionStatus]\n    val ERROR = \"ERROR\".asInstanceOf[ConnectionStatus]\n\n    @inline def values = js.Array(PENDING, AVAILABLE, ERROR)\n  }\n\n  @js.native\n  trait CreateConnectionInput extends js.Object {\n    var ConnectionName: ConnectionName\n    var HostArn: js.UndefOr[HostArn]\n    var ProviderType: js.UndefOr[ProviderType]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateConnectionInput {\n    @inline\n    def apply(\n        ConnectionName: ConnectionName,\n        HostArn: js.UndefOr[HostArn] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateConnectionInput = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionName\" -> ConnectionName.asInstanceOf[js.Any]\n      )\n\n      HostArn.foreach(__v => __obj.updateDynamic(\"HostArn\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateConnectionInput]\n    }\n  }\n\n  @js.native\n  trait CreateConnectionOutput extends js.Object {\n    var ConnectionArn: ConnectionArn\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateConnectionOutput {\n    @inline\n    def apply(\n        ConnectionArn: ConnectionArn,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateConnectionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionArn\" -> ConnectionArn.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateConnectionOutput]\n    }\n  }\n\n  @js.native\n  trait CreateHostInput extends js.Object {\n    var Name: HostName\n    var ProviderEndpoint: Url\n    var ProviderType: ProviderType\n    var Tags: js.UndefOr[TagList]\n    var VpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object CreateHostInput {\n    @inline\n    def apply(\n        Name: HostName,\n        ProviderEndpoint: Url,\n        ProviderType: ProviderType,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): CreateHostInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ProviderEndpoint\" -> ProviderEndpoint.asInstanceOf[js.Any],\n        \"ProviderType\" -> ProviderType.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcConfiguration.foreach(__v => __obj.updateDynamic(\"VpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHostInput]\n    }\n  }\n\n  @js.native\n  trait CreateHostOutput extends js.Object {\n    var HostArn: js.UndefOr[HostArn]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateHostOutput {\n    @inline\n    def apply(\n        HostArn: js.UndefOr[HostArn] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateHostOutput = {\n      val __obj = js.Dynamic.literal()\n      HostArn.foreach(__v => __obj.updateDynamic(\"HostArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateHostOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteConnectionInput extends js.Object {\n    var ConnectionArn: ConnectionArn\n  }\n\n  object DeleteConnectionInput {\n    @inline\n    def apply(\n        ConnectionArn: ConnectionArn\n    ): DeleteConnectionInput = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionArn\" -> ConnectionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConnectionInput]\n    }\n  }\n\n  @js.native\n  trait DeleteConnectionOutput extends js.Object\n\n  object DeleteConnectionOutput {\n    @inline\n    def apply(): DeleteConnectionOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteConnectionOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteHostInput extends js.Object {\n    var HostArn: HostArn\n  }\n\n  object DeleteHostInput {\n    @inline\n    def apply(\n        HostArn: HostArn\n    ): DeleteHostInput = {\n      val __obj = js.Dynamic.literal(\n        \"HostArn\" -> HostArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteHostInput]\n    }\n  }\n\n  @js.native\n  trait DeleteHostOutput extends js.Object\n\n  object DeleteHostOutput {\n    @inline\n    def apply(): DeleteHostOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteHostOutput]\n    }\n  }\n\n  @js.native\n  trait GetConnectionInput extends js.Object {\n    var ConnectionArn: ConnectionArn\n  }\n\n  object GetConnectionInput {\n    @inline\n    def apply(\n        ConnectionArn: ConnectionArn\n    ): GetConnectionInput = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionArn\" -> ConnectionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetConnectionInput]\n    }\n  }\n\n  @js.native\n  trait GetConnectionOutput extends js.Object {\n    var Connection: js.UndefOr[Connection]\n  }\n\n  object GetConnectionOutput {\n    @inline\n    def apply(\n        Connection: js.UndefOr[Connection] = js.undefined\n    ): GetConnectionOutput = {\n      val __obj = js.Dynamic.literal()\n      Connection.foreach(__v => __obj.updateDynamic(\"Connection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetConnectionOutput]\n    }\n  }\n\n  @js.native\n  trait GetHostInput extends js.Object {\n    var HostArn: HostArn\n  }\n\n  object GetHostInput {\n    @inline\n    def apply(\n        HostArn: HostArn\n    ): GetHostInput = {\n      val __obj = js.Dynamic.literal(\n        \"HostArn\" -> HostArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetHostInput]\n    }\n  }\n\n  @js.native\n  trait GetHostOutput extends js.Object {\n    var Name: js.UndefOr[HostName]\n    var ProviderEndpoint: js.UndefOr[Url]\n    var ProviderType: js.UndefOr[ProviderType]\n    var Status: js.UndefOr[HostStatus]\n    var VpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object GetHostOutput {\n    @inline\n    def apply(\n        Name: js.UndefOr[HostName] = js.undefined,\n        ProviderEndpoint: js.UndefOr[Url] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        Status: js.UndefOr[HostStatus] = js.undefined,\n        VpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): GetHostOutput = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ProviderEndpoint.foreach(__v => __obj.updateDynamic(\"ProviderEndpoint\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcConfiguration.foreach(__v => __obj.updateDynamic(\"VpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetHostOutput]\n    }\n  }\n\n  \/** A resource that represents the infrastructure where a third-party provider is installed. The host is used when you create connections to an installed third-party provider type, such as GitHub Enterprise Server. You create one host for all connections to that provider.\n    *\n    * '''Note:'''A host created through the CLI or the SDK is in `PENDING` status by default. You can make its status `AVAILABLE` by setting up the host in the console.\n    *\/\n  @js.native\n  trait Host extends js.Object {\n    var HostArn: js.UndefOr[HostArn]\n    var Name: js.UndefOr[HostName]\n    var ProviderEndpoint: js.UndefOr[Url]\n    var ProviderType: js.UndefOr[ProviderType]\n    var Status: js.UndefOr[HostStatus]\n    var StatusMessage: js.UndefOr[HostStatusMessage]\n    var VpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object Host {\n    @inline\n    def apply(\n        HostArn: js.UndefOr[HostArn] = js.undefined,\n        Name: js.UndefOr[HostName] = js.undefined,\n        ProviderEndpoint: js.UndefOr[Url] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        Status: js.UndefOr[HostStatus] = js.undefined,\n        StatusMessage: js.UndefOr[HostStatusMessage] = js.undefined,\n        VpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): Host = {\n      val __obj = js.Dynamic.literal()\n      HostArn.foreach(__v => __obj.updateDynamic(\"HostArn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ProviderEndpoint.foreach(__v => __obj.updateDynamic(\"ProviderEndpoint\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VpcConfiguration.foreach(__v => __obj.updateDynamic(\"VpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Host]\n    }\n  }\n\n  @js.native\n  trait ListConnectionsInput extends js.Object {\n    var HostArnFilter: js.UndefOr[HostArn]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ProviderTypeFilter: js.UndefOr[ProviderType]\n  }\n\n  object ListConnectionsInput {\n    @inline\n    def apply(\n        HostArnFilter: js.UndefOr[HostArn] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ProviderTypeFilter: js.UndefOr[ProviderType] = js.undefined\n    ): ListConnectionsInput = {\n      val __obj = js.Dynamic.literal()\n      HostArnFilter.foreach(__v => __obj.updateDynamic(\"HostArnFilter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProviderTypeFilter.foreach(__v => __obj.updateDynamic(\"ProviderTypeFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConnectionsInput]\n    }\n  }\n\n  @js.native\n  trait ListConnectionsOutput extends js.Object {\n    var Connections: js.UndefOr[ConnectionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListConnectionsOutput {\n    @inline\n    def apply(\n        Connections: js.UndefOr[ConnectionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListConnectionsOutput = {\n      val __obj = js.Dynamic.literal()\n      Connections.foreach(__v => __obj.updateDynamic(\"Connections\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConnectionsOutput]\n    }\n  }\n\n  @js.native\n  trait ListHostsInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHostsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHostsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHostsInput]\n    }\n  }\n\n  @js.native\n  trait ListHostsOutput extends js.Object {\n    var Hosts: js.UndefOr[HostList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHostsOutput {\n    @inline\n    def apply(\n        Hosts: js.UndefOr[HostList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHostsOutput = {\n      val __obj = js.Dynamic.literal()\n      Hosts.foreach(__v => __obj.updateDynamic(\"Hosts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHostsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var ResourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  @js.native\n  sealed trait ProviderType extends js.Any\n  object ProviderType {\n    val Bitbucket = \"Bitbucket\".asInstanceOf[ProviderType]\n    val GitHub = \"GitHub\".asInstanceOf[ProviderType]\n    val GitHubEnterpriseServer = \"GitHubEnterpriseServer\".asInstanceOf[ProviderType]\n\n    @inline def values = js.Array(Bitbucket, GitHub, GitHubEnterpriseServer)\n  }\n\n  \/** A tag is a key-value pair that is used to manage the resource. This tag is available for use by AWS services that support tags.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceArn: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceArn: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateHostInput extends js.Object {\n    var HostArn: HostArn\n    var ProviderEndpoint: js.UndefOr[Url]\n    var VpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object UpdateHostInput {\n    @inline\n    def apply(\n        HostArn: HostArn,\n        ProviderEndpoint: js.UndefOr[Url] = js.undefined,\n        VpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): UpdateHostInput = {\n      val __obj = js.Dynamic.literal(\n        \"HostArn\" -> HostArn.asInstanceOf[js.Any]\n      )\n\n      ProviderEndpoint.foreach(__v => __obj.updateDynamic(\"ProviderEndpoint\")(__v.asInstanceOf[js.Any]))\n      VpcConfiguration.foreach(__v => __obj.updateDynamic(\"VpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateHostInput]\n    }\n  }\n\n  @js.native\n  trait UpdateHostOutput extends js.Object\n\n  object UpdateHostOutput {\n    @inline\n    def apply(): UpdateHostOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateHostOutput]\n    }\n  }\n\n  \/** The VPC configuration provisioned for the host.\n    *\/\n  @js.native\n  trait VpcConfiguration extends js.Object {\n    var SecurityGroupIds: SecurityGroupIds\n    var SubnetIds: SubnetIds\n    var VpcId: VpcId\n    var TlsCertificate: js.UndefOr[TlsCertificate]\n  }\n\n  object VpcConfiguration {\n    @inline\n    def apply(\n        SecurityGroupIds: SecurityGroupIds,\n        SubnetIds: SubnetIds,\n        VpcId: VpcId,\n        TlsCertificate: js.UndefOr[TlsCertificate] = js.undefined\n    ): VpcConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any],\n        \"VpcId\" -> VpcId.asInstanceOf[js.Any]\n      )\n\n      TlsCertificate.foreach(__v => __obj.updateDynamic(\"TlsCertificate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfiguration]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codecommit\/src\/main\/scala\/facade\/amazonaws\/services\/CodeCommit.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codecommit {\n  type AccountId = String\n  type AdditionalData = String\n  type ApprovalList = js.Array[Approval]\n  type ApprovalRuleContent = String\n  type ApprovalRuleId = String\n  type ApprovalRuleName = String\n  type ApprovalRuleTemplateContent = String\n  type ApprovalRuleTemplateDescription = String\n  type ApprovalRuleTemplateId = String\n  type ApprovalRuleTemplateName = String\n  type ApprovalRuleTemplateNameList = js.Array[ApprovalRuleTemplateName]\n  type ApprovalRulesList = js.Array[ApprovalRule]\n  type ApprovalRulesNotSatisfiedList = js.Array[ApprovalRuleName]\n  type ApprovalRulesSatisfiedList = js.Array[ApprovalRuleName]\n  type Approved = Boolean\n  type Arn = String\n  type BatchAssociateApprovalRuleTemplateWithRepositoriesErrorsList = js.Array[BatchAssociateApprovalRuleTemplateWithRepositoriesError]\n  type BatchDescribeMergeConflictsErrors = js.Array[BatchDescribeMergeConflictsError]\n  type BatchDisassociateApprovalRuleTemplateFromRepositoriesErrorsList = js.Array[BatchDisassociateApprovalRuleTemplateFromRepositoriesError]\n  type BatchGetCommitsErrorsList = js.Array[BatchGetCommitsError]\n  type BranchName = String\n  type BranchNameList = js.Array[BranchName]\n  type CallerReactions = js.Array[ReactionValue]\n  type CapitalBoolean = Boolean\n  type ClientRequestToken = String\n  type CloneUrlHttp = String\n  type CloneUrlSsh = String\n  type CommentId = String\n  type Comments = js.Array[Comment]\n  type CommentsForComparedCommitData = js.Array[CommentsForComparedCommit]\n  type CommentsForPullRequestData = js.Array[CommentsForPullRequest]\n  type CommitId = String\n  type CommitIdsInputList = js.Array[ObjectId]\n  type CommitName = String\n  type CommitObjectsList = js.Array[Commit]\n  type ConflictMetadataList = js.Array[ConflictMetadata]\n  type Conflicts = js.Array[Conflict]\n  type Content = String\n  type Count = Int\n  type CreationDate = js.Date\n  type Date = String\n  type DeleteFileEntries = js.Array[DeleteFileEntry]\n  type Description = String\n  type DifferenceList = js.Array[Difference]\n  type Email = String\n  type ErrorCode = String\n  type ErrorMessage = String\n  type EventDate = js.Date\n  type ExceptionName = String\n  type FileContent = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type FileList = js.Array[File]\n  type FilePaths = js.Array[Path]\n  type FileSize = Double\n  type FilesMetadata = js.Array[FileMetadata]\n  type FolderList = js.Array[Folder]\n  type HunkContent = String\n  type IsCommentDeleted = Boolean\n  type IsContentConflict = Boolean\n  type IsFileModeConflict = Boolean\n  type IsHunkConflict = Boolean\n  type IsMergeable = Boolean\n  type IsMerged = Boolean\n  type IsMove = Boolean\n  type IsObjectTypeConflict = Boolean\n  type KeepEmptyFolders = Boolean\n  type LastModifiedDate = js.Date\n  type Limit = Int\n  type LineNumber = Int\n  type MaxResults = Int\n  type MergeHunks = js.Array[MergeHunk]\n  type MergeOptions = js.Array[MergeOptionTypeEnum]\n  type Message = String\n  type Mode = String\n  type Name = String\n  type NextToken = String\n  type NumberOfConflicts = Int\n  type ObjectId = String\n  type ObjectSize = Double\n  type Overridden = Boolean\n  type ParentList = js.Array[ObjectId]\n  type Path = String\n  type Position = Double\n  type PullRequestEventList = js.Array[PullRequestEvent]\n  type PullRequestId = String\n  type PullRequestIdList = js.Array[PullRequestId]\n  type PullRequestTargetList = js.Array[PullRequestTarget]\n  type PutFileEntries = js.Array[PutFileEntry]\n  type ReactionCountsMap = js.Dictionary[Count]\n  type ReactionEmoji = String\n  type ReactionShortCode = String\n  type ReactionUnicode = String\n  type ReactionUsersList = js.Array[Arn]\n  type ReactionValue = String\n  type ReactionsForCommentList = js.Array[ReactionForComment]\n  type ReferenceName = String\n  type ReplaceContentEntries = js.Array[ReplaceContentEntry]\n  type RepositoryDescription = String\n  type RepositoryId = String\n  type RepositoryMetadataList = js.Array[RepositoryMetadata]\n  type RepositoryName = String\n  type RepositoryNameIdPairList = js.Array[RepositoryNameIdPair]\n  type RepositoryNameList = js.Array[RepositoryName]\n  type RepositoryNotFoundList = js.Array[RepositoryName]\n  type RepositoryTriggerCustomData = String\n  type RepositoryTriggerEventList = js.Array[RepositoryTriggerEventEnum]\n  type RepositoryTriggerExecutionFailureList = js.Array[RepositoryTriggerExecutionFailure]\n  type RepositoryTriggerExecutionFailureMessage = String\n  type RepositoryTriggerName = String\n  type RepositoryTriggerNameList = js.Array[RepositoryTriggerName]\n  type RepositoryTriggersConfigurationId = String\n  type RepositoryTriggersList = js.Array[RepositoryTrigger]\n  type ResourceArn = String\n  type RevisionId = String\n  type RuleContentSha256 = String\n  type SetFileModeEntries = js.Array[SetFileModeEntry]\n  type SubModuleList = js.Array[SubModule]\n  type SymbolicLinkList = js.Array[SymbolicLink]\n  type TagKey = String\n  type TagKeysList = js.Array[TagKey]\n  type TagValue = String\n  type TagsMap = js.Dictionary[TagValue]\n  type TargetList = js.Array[Target]\n  type Title = String\n  type blob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n\n  implicit final class CodeCommitOps(private val service: CodeCommit) extends AnyVal {\n\n    @inline def associateApprovalRuleTemplateWithRepositoryFuture(params: AssociateApprovalRuleTemplateWithRepositoryInput): Future[js.Object] = service.associateApprovalRuleTemplateWithRepository(params).promise().toFuture\n    @inline def batchAssociateApprovalRuleTemplateWithRepositoriesFuture(params: BatchAssociateApprovalRuleTemplateWithRepositoriesInput): Future[BatchAssociateApprovalRuleTemplateWithRepositoriesOutput] = service.batchAssociateApprovalRuleTemplateWithRepositories(params).promise().toFuture\n    @inline def batchDescribeMergeConflictsFuture(params: BatchDescribeMergeConflictsInput): Future[BatchDescribeMergeConflictsOutput] = service.batchDescribeMergeConflicts(params).promise().toFuture\n    @inline def batchDisassociateApprovalRuleTemplateFromRepositoriesFuture(params: BatchDisassociateApprovalRuleTemplateFromRepositoriesInput): Future[BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput] = service.batchDisassociateApprovalRuleTemplateFromRepositories(params).promise().toFuture\n    @inline def batchGetCommitsFuture(params: BatchGetCommitsInput): Future[BatchGetCommitsOutput] = service.batchGetCommits(params).promise().toFuture\n    @inline def batchGetRepositoriesFuture(params: BatchGetRepositoriesInput): Future[BatchGetRepositoriesOutput] = service.batchGetRepositories(params).promise().toFuture\n    @inline def createApprovalRuleTemplateFuture(params: CreateApprovalRuleTemplateInput): Future[CreateApprovalRuleTemplateOutput] = service.createApprovalRuleTemplate(params).promise().toFuture\n    @inline def createBranchFuture(params: CreateBranchInput): Future[js.Object] = service.createBranch(params).promise().toFuture\n    @inline def createCommitFuture(params: CreateCommitInput): Future[CreateCommitOutput] = service.createCommit(params).promise().toFuture\n    @inline def createPullRequestApprovalRuleFuture(params: CreatePullRequestApprovalRuleInput): Future[CreatePullRequestApprovalRuleOutput] = service.createPullRequestApprovalRule(params).promise().toFuture\n    @inline def createPullRequestFuture(params: CreatePullRequestInput): Future[CreatePullRequestOutput] = service.createPullRequest(params).promise().toFuture\n    @inline def createRepositoryFuture(params: CreateRepositoryInput): Future[CreateRepositoryOutput] = service.createRepository(params).promise().toFuture\n    @inline def createUnreferencedMergeCommitFuture(params: CreateUnreferencedMergeCommitInput): Future[CreateUnreferencedMergeCommitOutput] = service.createUnreferencedMergeCommit(params).promise().toFuture\n    @inline def deleteApprovalRuleTemplateFuture(params: DeleteApprovalRuleTemplateInput): Future[DeleteApprovalRuleTemplateOutput] = service.deleteApprovalRuleTemplate(params).promise().toFuture\n    @inline def deleteBranchFuture(params: DeleteBranchInput): Future[DeleteBranchOutput] = service.deleteBranch(params).promise().toFuture\n    @inline def deleteCommentContentFuture(params: DeleteCommentContentInput): Future[DeleteCommentContentOutput] = service.deleteCommentContent(params).promise().toFuture\n    @inline def deleteFileFuture(params: DeleteFileInput): Future[DeleteFileOutput] = service.deleteFile(params).promise().toFuture\n    @inline def deletePullRequestApprovalRuleFuture(params: DeletePullRequestApprovalRuleInput): Future[DeletePullRequestApprovalRuleOutput] = service.deletePullRequestApprovalRule(params).promise().toFuture\n    @inline def deleteRepositoryFuture(params: DeleteRepositoryInput): Future[DeleteRepositoryOutput] = service.deleteRepository(params).promise().toFuture\n    @inline def describeMergeConflictsFuture(params: DescribeMergeConflictsInput): Future[DescribeMergeConflictsOutput] = service.describeMergeConflicts(params).promise().toFuture\n    @inline def describePullRequestEventsFuture(params: DescribePullRequestEventsInput): Future[DescribePullRequestEventsOutput] = service.describePullRequestEvents(params).promise().toFuture\n    @inline def disassociateApprovalRuleTemplateFromRepositoryFuture(params: DisassociateApprovalRuleTemplateFromRepositoryInput): Future[js.Object] = service.disassociateApprovalRuleTemplateFromRepository(params).promise().toFuture\n    @inline def evaluatePullRequestApprovalRulesFuture(params: EvaluatePullRequestApprovalRulesInput): Future[EvaluatePullRequestApprovalRulesOutput] = service.evaluatePullRequestApprovalRules(params).promise().toFuture\n    @inline def getApprovalRuleTemplateFuture(params: GetApprovalRuleTemplateInput): Future[GetApprovalRuleTemplateOutput] = service.getApprovalRuleTemplate(params).promise().toFuture\n    @inline def getBlobFuture(params: GetBlobInput): Future[GetBlobOutput] = service.getBlob(params).promise().toFuture\n    @inline def getBranchFuture(params: GetBranchInput): Future[GetBranchOutput] = service.getBranch(params).promise().toFuture\n    @inline def getCommentFuture(params: GetCommentInput): Future[GetCommentOutput] = service.getComment(params).promise().toFuture\n    @inline def getCommentReactionsFuture(params: GetCommentReactionsInput): Future[GetCommentReactionsOutput] = service.getCommentReactions(params).promise().toFuture\n    @inline def getCommentsForComparedCommitFuture(params: GetCommentsForComparedCommitInput): Future[GetCommentsForComparedCommitOutput] = service.getCommentsForComparedCommit(params).promise().toFuture\n    @inline def getCommentsForPullRequestFuture(params: GetCommentsForPullRequestInput): Future[GetCommentsForPullRequestOutput] = service.getCommentsForPullRequest(params).promise().toFuture\n    @inline def getCommitFuture(params: GetCommitInput): Future[GetCommitOutput] = service.getCommit(params).promise().toFuture\n    @inline def getDifferencesFuture(params: GetDifferencesInput): Future[GetDifferencesOutput] = service.getDifferences(params).promise().toFuture\n    @inline def getFileFuture(params: GetFileInput): Future[GetFileOutput] = service.getFile(params).promise().toFuture\n    @inline def getFolderFuture(params: GetFolderInput): Future[GetFolderOutput] = service.getFolder(params).promise().toFuture\n    @inline def getMergeCommitFuture(params: GetMergeCommitInput): Future[GetMergeCommitOutput] = service.getMergeCommit(params).promise().toFuture\n    @inline def getMergeConflictsFuture(params: GetMergeConflictsInput): Future[GetMergeConflictsOutput] = service.getMergeConflicts(params).promise().toFuture\n    @inline def getMergeOptionsFuture(params: GetMergeOptionsInput): Future[GetMergeOptionsOutput] = service.getMergeOptions(params).promise().toFuture\n    @inline def getPullRequestApprovalStatesFuture(params: GetPullRequestApprovalStatesInput): Future[GetPullRequestApprovalStatesOutput] = service.getPullRequestApprovalStates(params).promise().toFuture\n    @inline def getPullRequestFuture(params: GetPullRequestInput): Future[GetPullRequestOutput] = service.getPullRequest(params).promise().toFuture\n    @inline def getPullRequestOverrideStateFuture(params: GetPullRequestOverrideStateInput): Future[GetPullRequestOverrideStateOutput] = service.getPullRequestOverrideState(params).promise().toFuture\n    @inline def getRepositoryFuture(params: GetRepositoryInput): Future[GetRepositoryOutput] = service.getRepository(params).promise().toFuture\n    @inline def getRepositoryTriggersFuture(params: GetRepositoryTriggersInput): Future[GetRepositoryTriggersOutput] = service.getRepositoryTriggers(params).promise().toFuture\n    @inline def listApprovalRuleTemplatesFuture(params: ListApprovalRuleTemplatesInput): Future[ListApprovalRuleTemplatesOutput] = service.listApprovalRuleTemplates(params).promise().toFuture\n    @inline def listAssociatedApprovalRuleTemplatesForRepositoryFuture(params: ListAssociatedApprovalRuleTemplatesForRepositoryInput): Future[ListAssociatedApprovalRuleTemplatesForRepositoryOutput] = service.listAssociatedApprovalRuleTemplatesForRepository(params).promise().toFuture\n    @inline def listBranchesFuture(params: ListBranchesInput): Future[ListBranchesOutput] = service.listBranches(params).promise().toFuture\n    @inline def listPullRequestsFuture(params: ListPullRequestsInput): Future[ListPullRequestsOutput] = service.listPullRequests(params).promise().toFuture\n    @inline def listRepositoriesForApprovalRuleTemplateFuture(params: ListRepositoriesForApprovalRuleTemplateInput): Future[ListRepositoriesForApprovalRuleTemplateOutput] = service.listRepositoriesForApprovalRuleTemplate(params).promise().toFuture\n    @inline def listRepositoriesFuture(params: ListRepositoriesInput): Future[ListRepositoriesOutput] = service.listRepositories(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def mergeBranchesByFastForwardFuture(params: MergeBranchesByFastForwardInput): Future[MergeBranchesByFastForwardOutput] = service.mergeBranchesByFastForward(params).promise().toFuture\n    @inline def mergeBranchesBySquashFuture(params: MergeBranchesBySquashInput): Future[MergeBranchesBySquashOutput] = service.mergeBranchesBySquash(params).promise().toFuture\n    @inline def mergeBranchesByThreeWayFuture(params: MergeBranchesByThreeWayInput): Future[MergeBranchesByThreeWayOutput] = service.mergeBranchesByThreeWay(params).promise().toFuture\n    @inline def mergePullRequestByFastForwardFuture(params: MergePullRequestByFastForwardInput): Future[MergePullRequestByFastForwardOutput] = service.mergePullRequestByFastForward(params).promise().toFuture\n    @inline def mergePullRequestBySquashFuture(params: MergePullRequestBySquashInput): Future[MergePullRequestBySquashOutput] = service.mergePullRequestBySquash(params).promise().toFuture\n    @inline def mergePullRequestByThreeWayFuture(params: MergePullRequestByThreeWayInput): Future[MergePullRequestByThreeWayOutput] = service.mergePullRequestByThreeWay(params).promise().toFuture\n    @inline def overridePullRequestApprovalRulesFuture(params: OverridePullRequestApprovalRulesInput): Future[js.Object] = service.overridePullRequestApprovalRules(params).promise().toFuture\n    @inline def postCommentForComparedCommitFuture(params: PostCommentForComparedCommitInput): Future[PostCommentForComparedCommitOutput] = service.postCommentForComparedCommit(params).promise().toFuture\n    @inline def postCommentForPullRequestFuture(params: PostCommentForPullRequestInput): Future[PostCommentForPullRequestOutput] = service.postCommentForPullRequest(params).promise().toFuture\n    @inline def postCommentReplyFuture(params: PostCommentReplyInput): Future[PostCommentReplyOutput] = service.postCommentReply(params).promise().toFuture\n    @inline def putCommentReactionFuture(params: PutCommentReactionInput): Future[js.Object] = service.putCommentReaction(params).promise().toFuture\n    @inline def putFileFuture(params: PutFileInput): Future[PutFileOutput] = service.putFile(params).promise().toFuture\n    @inline def putRepositoryTriggersFuture(params: PutRepositoryTriggersInput): Future[PutRepositoryTriggersOutput] = service.putRepositoryTriggers(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def testRepositoryTriggersFuture(params: TestRepositoryTriggersInput): Future[TestRepositoryTriggersOutput] = service.testRepositoryTriggers(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateApprovalRuleTemplateContentFuture(params: UpdateApprovalRuleTemplateContentInput): Future[UpdateApprovalRuleTemplateContentOutput] = service.updateApprovalRuleTemplateContent(params).promise().toFuture\n    @inline def updateApprovalRuleTemplateDescriptionFuture(params: UpdateApprovalRuleTemplateDescriptionInput): Future[UpdateApprovalRuleTemplateDescriptionOutput] = service.updateApprovalRuleTemplateDescription(params).promise().toFuture\n    @inline def updateApprovalRuleTemplateNameFuture(params: UpdateApprovalRuleTemplateNameInput): Future[UpdateApprovalRuleTemplateNameOutput] = service.updateApprovalRuleTemplateName(params).promise().toFuture\n    @inline def updateCommentFuture(params: UpdateCommentInput): Future[UpdateCommentOutput] = service.updateComment(params).promise().toFuture\n    @inline def updateDefaultBranchFuture(params: UpdateDefaultBranchInput): Future[js.Object] = service.updateDefaultBranch(params).promise().toFuture\n    @inline def updatePullRequestApprovalRuleContentFuture(params: UpdatePullRequestApprovalRuleContentInput): Future[UpdatePullRequestApprovalRuleContentOutput] = service.updatePullRequestApprovalRuleContent(params).promise().toFuture\n    @inline def updatePullRequestApprovalStateFuture(params: UpdatePullRequestApprovalStateInput): Future[js.Object] = service.updatePullRequestApprovalState(params).promise().toFuture\n    @inline def updatePullRequestDescriptionFuture(params: UpdatePullRequestDescriptionInput): Future[UpdatePullRequestDescriptionOutput] = service.updatePullRequestDescription(params).promise().toFuture\n    @inline def updatePullRequestStatusFuture(params: UpdatePullRequestStatusInput): Future[UpdatePullRequestStatusOutput] = service.updatePullRequestStatus(params).promise().toFuture\n    @inline def updatePullRequestTitleFuture(params: UpdatePullRequestTitleInput): Future[UpdatePullRequestTitleOutput] = service.updatePullRequestTitle(params).promise().toFuture\n    @inline def updateRepositoryDescriptionFuture(params: UpdateRepositoryDescriptionInput): Future[js.Object] = service.updateRepositoryDescription(params).promise().toFuture\n    @inline def updateRepositoryNameFuture(params: UpdateRepositoryNameInput): Future[js.Object] = service.updateRepositoryName(params).promise().toFuture\n\n  }\n}\n\npackage codecommit {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codecommit\", JSImport.Namespace, \"AWS.CodeCommit\")\n  class CodeCommit() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateApprovalRuleTemplateWithRepository(params: AssociateApprovalRuleTemplateWithRepositoryInput): Request[js.Object] = js.native\n    def batchAssociateApprovalRuleTemplateWithRepositories(params: BatchAssociateApprovalRuleTemplateWithRepositoriesInput): Request[BatchAssociateApprovalRuleTemplateWithRepositoriesOutput] = js.native\n    def batchDescribeMergeConflicts(params: BatchDescribeMergeConflictsInput): Request[BatchDescribeMergeConflictsOutput] = js.native\n    def batchDisassociateApprovalRuleTemplateFromRepositories(params: BatchDisassociateApprovalRuleTemplateFromRepositoriesInput): Request[BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput] = js.native\n    def batchGetCommits(params: BatchGetCommitsInput): Request[BatchGetCommitsOutput] = js.native\n    def batchGetRepositories(params: BatchGetRepositoriesInput): Request[BatchGetRepositoriesOutput] = js.native\n    def createApprovalRuleTemplate(params: CreateApprovalRuleTemplateInput): Request[CreateApprovalRuleTemplateOutput] = js.native\n    def createBranch(params: CreateBranchInput): Request[js.Object] = js.native\n    def createCommit(params: CreateCommitInput): Request[CreateCommitOutput] = js.native\n    def createPullRequest(params: CreatePullRequestInput): Request[CreatePullRequestOutput] = js.native\n    def createPullRequestApprovalRule(params: CreatePullRequestApprovalRuleInput): Request[CreatePullRequestApprovalRuleOutput] = js.native\n    def createRepository(params: CreateRepositoryInput): Request[CreateRepositoryOutput] = js.native\n    def createUnreferencedMergeCommit(params: CreateUnreferencedMergeCommitInput): Request[CreateUnreferencedMergeCommitOutput] = js.native\n    def deleteApprovalRuleTemplate(params: DeleteApprovalRuleTemplateInput): Request[DeleteApprovalRuleTemplateOutput] = js.native\n    def deleteBranch(params: DeleteBranchInput): Request[DeleteBranchOutput] = js.native\n    def deleteCommentContent(params: DeleteCommentContentInput): Request[DeleteCommentContentOutput] = js.native\n    def deleteFile(params: DeleteFileInput): Request[DeleteFileOutput] = js.native\n    def deletePullRequestApprovalRule(params: DeletePullRequestApprovalRuleInput): Request[DeletePullRequestApprovalRuleOutput] = js.native\n    def deleteRepository(params: DeleteRepositoryInput): Request[DeleteRepositoryOutput] = js.native\n    def describeMergeConflicts(params: DescribeMergeConflictsInput): Request[DescribeMergeConflictsOutput] = js.native\n    def describePullRequestEvents(params: DescribePullRequestEventsInput): Request[DescribePullRequestEventsOutput] = js.native\n    def disassociateApprovalRuleTemplateFromRepository(params: DisassociateApprovalRuleTemplateFromRepositoryInput): Request[js.Object] = js.native\n    def evaluatePullRequestApprovalRules(params: EvaluatePullRequestApprovalRulesInput): Request[EvaluatePullRequestApprovalRulesOutput] = js.native\n    def getApprovalRuleTemplate(params: GetApprovalRuleTemplateInput): Request[GetApprovalRuleTemplateOutput] = js.native\n    def getBlob(params: GetBlobInput): Request[GetBlobOutput] = js.native\n    def getBranch(params: GetBranchInput): Request[GetBranchOutput] = js.native\n    def getComment(params: GetCommentInput): Request[GetCommentOutput] = js.native\n    def getCommentReactions(params: GetCommentReactionsInput): Request[GetCommentReactionsOutput] = js.native\n    def getCommentsForComparedCommit(params: GetCommentsForComparedCommitInput): Request[GetCommentsForComparedCommitOutput] = js.native\n    def getCommentsForPullRequest(params: GetCommentsForPullRequestInput): Request[GetCommentsForPullRequestOutput] = js.native\n    def getCommit(params: GetCommitInput): Request[GetCommitOutput] = js.native\n    def getDifferences(params: GetDifferencesInput): Request[GetDifferencesOutput] = js.native\n    def getFile(params: GetFileInput): Request[GetFileOutput] = js.native\n    def getFolder(params: GetFolderInput): Request[GetFolderOutput] = js.native\n    def getMergeCommit(params: GetMergeCommitInput): Request[GetMergeCommitOutput] = js.native\n    def getMergeConflicts(params: GetMergeConflictsInput): Request[GetMergeConflictsOutput] = js.native\n    def getMergeOptions(params: GetMergeOptionsInput): Request[GetMergeOptionsOutput] = js.native\n    def getPullRequest(params: GetPullRequestInput): Request[GetPullRequestOutput] = js.native\n    def getPullRequestApprovalStates(params: GetPullRequestApprovalStatesInput): Request[GetPullRequestApprovalStatesOutput] = js.native\n    def getPullRequestOverrideState(params: GetPullRequestOverrideStateInput): Request[GetPullRequestOverrideStateOutput] = js.native\n    def getRepository(params: GetRepositoryInput): Request[GetRepositoryOutput] = js.native\n    def getRepositoryTriggers(params: GetRepositoryTriggersInput): Request[GetRepositoryTriggersOutput] = js.native\n    def listApprovalRuleTemplates(params: ListApprovalRuleTemplatesInput): Request[ListApprovalRuleTemplatesOutput] = js.native\n    def listAssociatedApprovalRuleTemplatesForRepository(params: ListAssociatedApprovalRuleTemplatesForRepositoryInput): Request[ListAssociatedApprovalRuleTemplatesForRepositoryOutput] = js.native\n    def listBranches(params: ListBranchesInput): Request[ListBranchesOutput] = js.native\n    def listPullRequests(params: ListPullRequestsInput): Request[ListPullRequestsOutput] = js.native\n    def listRepositories(params: ListRepositoriesInput): Request[ListRepositoriesOutput] = js.native\n    def listRepositoriesForApprovalRuleTemplate(params: ListRepositoriesForApprovalRuleTemplateInput): Request[ListRepositoriesForApprovalRuleTemplateOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def mergeBranchesByFastForward(params: MergeBranchesByFastForwardInput): Request[MergeBranchesByFastForwardOutput] = js.native\n    def mergeBranchesBySquash(params: MergeBranchesBySquashInput): Request[MergeBranchesBySquashOutput] = js.native\n    def mergeBranchesByThreeWay(params: MergeBranchesByThreeWayInput): Request[MergeBranchesByThreeWayOutput] = js.native\n    def mergePullRequestByFastForward(params: MergePullRequestByFastForwardInput): Request[MergePullRequestByFastForwardOutput] = js.native\n    def mergePullRequestBySquash(params: MergePullRequestBySquashInput): Request[MergePullRequestBySquashOutput] = js.native\n    def mergePullRequestByThreeWay(params: MergePullRequestByThreeWayInput): Request[MergePullRequestByThreeWayOutput] = js.native\n    def overridePullRequestApprovalRules(params: OverridePullRequestApprovalRulesInput): Request[js.Object] = js.native\n    def postCommentForComparedCommit(params: PostCommentForComparedCommitInput): Request[PostCommentForComparedCommitOutput] = js.native\n    def postCommentForPullRequest(params: PostCommentForPullRequestInput): Request[PostCommentForPullRequestOutput] = js.native\n    def postCommentReply(params: PostCommentReplyInput): Request[PostCommentReplyOutput] = js.native\n    def putCommentReaction(params: PutCommentReactionInput): Request[js.Object] = js.native\n    def putFile(params: PutFileInput): Request[PutFileOutput] = js.native\n    def putRepositoryTriggers(params: PutRepositoryTriggersInput): Request[PutRepositoryTriggersOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[js.Object] = js.native\n    def testRepositoryTriggers(params: TestRepositoryTriggersInput): Request[TestRepositoryTriggersOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[js.Object] = js.native\n    def updateApprovalRuleTemplateContent(params: UpdateApprovalRuleTemplateContentInput): Request[UpdateApprovalRuleTemplateContentOutput] = js.native\n    def updateApprovalRuleTemplateDescription(params: UpdateApprovalRuleTemplateDescriptionInput): Request[UpdateApprovalRuleTemplateDescriptionOutput] = js.native\n    def updateApprovalRuleTemplateName(params: UpdateApprovalRuleTemplateNameInput): Request[UpdateApprovalRuleTemplateNameOutput] = js.native\n    def updateComment(params: UpdateCommentInput): Request[UpdateCommentOutput] = js.native\n    def updateDefaultBranch(params: UpdateDefaultBranchInput): Request[js.Object] = js.native\n    def updatePullRequestApprovalRuleContent(params: UpdatePullRequestApprovalRuleContentInput): Request[UpdatePullRequestApprovalRuleContentOutput] = js.native\n    def updatePullRequestApprovalState(params: UpdatePullRequestApprovalStateInput): Request[js.Object] = js.native\n    def updatePullRequestDescription(params: UpdatePullRequestDescriptionInput): Request[UpdatePullRequestDescriptionOutput] = js.native\n    def updatePullRequestStatus(params: UpdatePullRequestStatusInput): Request[UpdatePullRequestStatusOutput] = js.native\n    def updatePullRequestTitle(params: UpdatePullRequestTitleInput): Request[UpdatePullRequestTitleOutput] = js.native\n    def updateRepositoryDescription(params: UpdateRepositoryDescriptionInput): Request[js.Object] = js.native\n    def updateRepositoryName(params: UpdateRepositoryNameInput): Request[js.Object] = js.native\n  }\n\n  \/** Returns information about a specific approval on a pull request.\n    *\/\n  @js.native\n  trait Approval extends js.Object {\n    var approvalState: js.UndefOr[ApprovalState]\n    var userArn: js.UndefOr[Arn]\n  }\n\n  object Approval {\n    @inline\n    def apply(\n        approvalState: js.UndefOr[ApprovalState] = js.undefined,\n        userArn: js.UndefOr[Arn] = js.undefined\n    ): Approval = {\n      val __obj = js.Dynamic.literal()\n      approvalState.foreach(__v => __obj.updateDynamic(\"approvalState\")(__v.asInstanceOf[js.Any]))\n      userArn.foreach(__v => __obj.updateDynamic(\"userArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Approval]\n    }\n  }\n\n  \/** Returns information about an approval rule.\n    *\/\n  @js.native\n  trait ApprovalRule extends js.Object {\n    var approvalRuleContent: js.UndefOr[ApprovalRuleContent]\n    var approvalRuleId: js.UndefOr[ApprovalRuleId]\n    var approvalRuleName: js.UndefOr[ApprovalRuleName]\n    var creationDate: js.UndefOr[CreationDate]\n    var lastModifiedDate: js.UndefOr[LastModifiedDate]\n    var lastModifiedUser: js.UndefOr[Arn]\n    var originApprovalRuleTemplate: js.UndefOr[OriginApprovalRuleTemplate]\n    var ruleContentSha256: js.UndefOr[RuleContentSha256]\n  }\n\n  object ApprovalRule {\n    @inline\n    def apply(\n        approvalRuleContent: js.UndefOr[ApprovalRuleContent] = js.undefined,\n        approvalRuleId: js.UndefOr[ApprovalRuleId] = js.undefined,\n        approvalRuleName: js.UndefOr[ApprovalRuleName] = js.undefined,\n        creationDate: js.UndefOr[CreationDate] = js.undefined,\n        lastModifiedDate: js.UndefOr[LastModifiedDate] = js.undefined,\n        lastModifiedUser: js.UndefOr[Arn] = js.undefined,\n        originApprovalRuleTemplate: js.UndefOr[OriginApprovalRuleTemplate] = js.undefined,\n        ruleContentSha256: js.UndefOr[RuleContentSha256] = js.undefined\n    ): ApprovalRule = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleContent.foreach(__v => __obj.updateDynamic(\"approvalRuleContent\")(__v.asInstanceOf[js.Any]))\n      approvalRuleId.foreach(__v => __obj.updateDynamic(\"approvalRuleId\")(__v.asInstanceOf[js.Any]))\n      approvalRuleName.foreach(__v => __obj.updateDynamic(\"approvalRuleName\")(__v.asInstanceOf[js.Any]))\n      creationDate.foreach(__v => __obj.updateDynamic(\"creationDate\")(__v.asInstanceOf[js.Any]))\n      lastModifiedDate.foreach(__v => __obj.updateDynamic(\"lastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      lastModifiedUser.foreach(__v => __obj.updateDynamic(\"lastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      originApprovalRuleTemplate.foreach(__v => __obj.updateDynamic(\"originApprovalRuleTemplate\")(__v.asInstanceOf[js.Any]))\n      ruleContentSha256.foreach(__v => __obj.updateDynamic(\"ruleContentSha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalRule]\n    }\n  }\n\n  \/** Returns information about an event for an approval rule.\n    *\/\n  @js.native\n  trait ApprovalRuleEventMetadata extends js.Object {\n    var approvalRuleContent: js.UndefOr[ApprovalRuleContent]\n    var approvalRuleId: js.UndefOr[ApprovalRuleId]\n    var approvalRuleName: js.UndefOr[ApprovalRuleName]\n  }\n\n  object ApprovalRuleEventMetadata {\n    @inline\n    def apply(\n        approvalRuleContent: js.UndefOr[ApprovalRuleContent] = js.undefined,\n        approvalRuleId: js.UndefOr[ApprovalRuleId] = js.undefined,\n        approvalRuleName: js.UndefOr[ApprovalRuleName] = js.undefined\n    ): ApprovalRuleEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleContent.foreach(__v => __obj.updateDynamic(\"approvalRuleContent\")(__v.asInstanceOf[js.Any]))\n      approvalRuleId.foreach(__v => __obj.updateDynamic(\"approvalRuleId\")(__v.asInstanceOf[js.Any]))\n      approvalRuleName.foreach(__v => __obj.updateDynamic(\"approvalRuleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalRuleEventMetadata]\n    }\n  }\n\n  \/** Returns information about an override event for approval rules for a pull request.\n    *\/\n  @js.native\n  trait ApprovalRuleOverriddenEventMetadata extends js.Object {\n    var overrideStatus: js.UndefOr[OverrideStatus]\n    var revisionId: js.UndefOr[RevisionId]\n  }\n\n  object ApprovalRuleOverriddenEventMetadata {\n    @inline\n    def apply(\n        overrideStatus: js.UndefOr[OverrideStatus] = js.undefined,\n        revisionId: js.UndefOr[RevisionId] = js.undefined\n    ): ApprovalRuleOverriddenEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      overrideStatus.foreach(__v => __obj.updateDynamic(\"overrideStatus\")(__v.asInstanceOf[js.Any]))\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalRuleOverriddenEventMetadata]\n    }\n  }\n\n  \/** Returns information about an approval rule template.\n    *\/\n  @js.native\n  trait ApprovalRuleTemplate extends js.Object {\n    var approvalRuleTemplateContent: js.UndefOr[ApprovalRuleTemplateContent]\n    var approvalRuleTemplateDescription: js.UndefOr[ApprovalRuleTemplateDescription]\n    var approvalRuleTemplateId: js.UndefOr[ApprovalRuleTemplateId]\n    var approvalRuleTemplateName: js.UndefOr[ApprovalRuleTemplateName]\n    var creationDate: js.UndefOr[CreationDate]\n    var lastModifiedDate: js.UndefOr[LastModifiedDate]\n    var lastModifiedUser: js.UndefOr[Arn]\n    var ruleContentSha256: js.UndefOr[RuleContentSha256]\n  }\n\n  object ApprovalRuleTemplate {\n    @inline\n    def apply(\n        approvalRuleTemplateContent: js.UndefOr[ApprovalRuleTemplateContent] = js.undefined,\n        approvalRuleTemplateDescription: js.UndefOr[ApprovalRuleTemplateDescription] = js.undefined,\n        approvalRuleTemplateId: js.UndefOr[ApprovalRuleTemplateId] = js.undefined,\n        approvalRuleTemplateName: js.UndefOr[ApprovalRuleTemplateName] = js.undefined,\n        creationDate: js.UndefOr[CreationDate] = js.undefined,\n        lastModifiedDate: js.UndefOr[LastModifiedDate] = js.undefined,\n        lastModifiedUser: js.UndefOr[Arn] = js.undefined,\n        ruleContentSha256: js.UndefOr[RuleContentSha256] = js.undefined\n    ): ApprovalRuleTemplate = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleTemplateContent.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateContent\")(__v.asInstanceOf[js.Any]))\n      approvalRuleTemplateDescription.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateDescription\")(__v.asInstanceOf[js.Any]))\n      approvalRuleTemplateId.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateId\")(__v.asInstanceOf[js.Any]))\n      approvalRuleTemplateName.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateName\")(__v.asInstanceOf[js.Any]))\n      creationDate.foreach(__v => __obj.updateDynamic(\"creationDate\")(__v.asInstanceOf[js.Any]))\n      lastModifiedDate.foreach(__v => __obj.updateDynamic(\"lastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      lastModifiedUser.foreach(__v => __obj.updateDynamic(\"lastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      ruleContentSha256.foreach(__v => __obj.updateDynamic(\"ruleContentSha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalRuleTemplate]\n    }\n  }\n\n  @js.native\n  sealed trait ApprovalState extends js.Any\n  object ApprovalState {\n    val APPROVE = \"APPROVE\".asInstanceOf[ApprovalState]\n    val REVOKE = \"REVOKE\".asInstanceOf[ApprovalState]\n\n    @inline def values = js.Array(APPROVE, REVOKE)\n  }\n\n  \/** Returns information about a change in the approval state for a pull request.\n    *\/\n  @js.native\n  trait ApprovalStateChangedEventMetadata extends js.Object {\n    var approvalStatus: js.UndefOr[ApprovalState]\n    var revisionId: js.UndefOr[RevisionId]\n  }\n\n  object ApprovalStateChangedEventMetadata {\n    @inline\n    def apply(\n        approvalStatus: js.UndefOr[ApprovalState] = js.undefined,\n        revisionId: js.UndefOr[RevisionId] = js.undefined\n    ): ApprovalStateChangedEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      approvalStatus.foreach(__v => __obj.updateDynamic(\"approvalStatus\")(__v.asInstanceOf[js.Any]))\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalStateChangedEventMetadata]\n    }\n  }\n\n  @js.native\n  trait AssociateApprovalRuleTemplateWithRepositoryInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var repositoryName: RepositoryName\n  }\n\n  object AssociateApprovalRuleTemplateWithRepositoryInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        repositoryName: RepositoryName\n    ): AssociateApprovalRuleTemplateWithRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateApprovalRuleTemplateWithRepositoryInput]\n    }\n  }\n\n  \/** Returns information about errors in a BatchAssociateApprovalRuleTemplateWithRepositories operation.\n    *\/\n  @js.native\n  trait BatchAssociateApprovalRuleTemplateWithRepositoriesError extends js.Object {\n    var errorCode: js.UndefOr[ErrorCode]\n    var errorMessage: js.UndefOr[ErrorMessage]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object BatchAssociateApprovalRuleTemplateWithRepositoriesError {\n    @inline\n    def apply(\n        errorCode: js.UndefOr[ErrorCode] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): BatchAssociateApprovalRuleTemplateWithRepositoriesError = {\n      val __obj = js.Dynamic.literal()\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchAssociateApprovalRuleTemplateWithRepositoriesError]\n    }\n  }\n\n  @js.native\n  trait BatchAssociateApprovalRuleTemplateWithRepositoriesInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var repositoryNames: RepositoryNameList\n  }\n\n  object BatchAssociateApprovalRuleTemplateWithRepositoriesInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        repositoryNames: RepositoryNameList\n    ): BatchAssociateApprovalRuleTemplateWithRepositoriesInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any],\n        \"repositoryNames\" -> repositoryNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAssociateApprovalRuleTemplateWithRepositoriesInput]\n    }\n  }\n\n  @js.native\n  trait BatchAssociateApprovalRuleTemplateWithRepositoriesOutput extends js.Object {\n    var associatedRepositoryNames: RepositoryNameList\n    var errors: BatchAssociateApprovalRuleTemplateWithRepositoriesErrorsList\n  }\n\n  object BatchAssociateApprovalRuleTemplateWithRepositoriesOutput {\n    @inline\n    def apply(\n        associatedRepositoryNames: RepositoryNameList,\n        errors: BatchAssociateApprovalRuleTemplateWithRepositoriesErrorsList\n    ): BatchAssociateApprovalRuleTemplateWithRepositoriesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"associatedRepositoryNames\" -> associatedRepositoryNames.asInstanceOf[js.Any],\n        \"errors\" -> errors.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchAssociateApprovalRuleTemplateWithRepositoriesOutput]\n    }\n  }\n\n  \/** Returns information about errors in a BatchDescribeMergeConflicts operation.\n    *\/\n  @js.native\n  trait BatchDescribeMergeConflictsError extends js.Object {\n    var exceptionName: ExceptionName\n    var filePath: Path\n    var message: Message\n  }\n\n  object BatchDescribeMergeConflictsError {\n    @inline\n    def apply(\n        exceptionName: ExceptionName,\n        filePath: Path,\n        message: Message\n    ): BatchDescribeMergeConflictsError = {\n      val __obj = js.Dynamic.literal(\n        \"exceptionName\" -> exceptionName.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"message\" -> message.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDescribeMergeConflictsError]\n    }\n  }\n\n  @js.native\n  trait BatchDescribeMergeConflictsInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var mergeOption: MergeOptionTypeEnum\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var filePaths: js.UndefOr[FilePaths]\n    var maxConflictFiles: js.UndefOr[MaxResults]\n    var maxMergeHunks: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchDescribeMergeConflictsInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        mergeOption: MergeOptionTypeEnum,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        filePaths: js.UndefOr[FilePaths] = js.undefined,\n        maxConflictFiles: js.UndefOr[MaxResults] = js.undefined,\n        maxMergeHunks: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchDescribeMergeConflictsInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"mergeOption\" -> mergeOption.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      filePaths.foreach(__v => __obj.updateDynamic(\"filePaths\")(__v.asInstanceOf[js.Any]))\n      maxConflictFiles.foreach(__v => __obj.updateDynamic(\"maxConflictFiles\")(__v.asInstanceOf[js.Any]))\n      maxMergeHunks.foreach(__v => __obj.updateDynamic(\"maxMergeHunks\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDescribeMergeConflictsInput]\n    }\n  }\n\n  @js.native\n  trait BatchDescribeMergeConflictsOutput extends js.Object {\n    var conflicts: Conflicts\n    var destinationCommitId: ObjectId\n    var sourceCommitId: ObjectId\n    var baseCommitId: js.UndefOr[ObjectId]\n    var errors: js.UndefOr[BatchDescribeMergeConflictsErrors]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object BatchDescribeMergeConflictsOutput {\n    @inline\n    def apply(\n        conflicts: Conflicts,\n        destinationCommitId: ObjectId,\n        sourceCommitId: ObjectId,\n        baseCommitId: js.UndefOr[ObjectId] = js.undefined,\n        errors: js.UndefOr[BatchDescribeMergeConflictsErrors] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): BatchDescribeMergeConflictsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"conflicts\" -> conflicts.asInstanceOf[js.Any],\n        \"destinationCommitId\" -> destinationCommitId.asInstanceOf[js.Any],\n        \"sourceCommitId\" -> sourceCommitId.asInstanceOf[js.Any]\n      )\n\n      baseCommitId.foreach(__v => __obj.updateDynamic(\"baseCommitId\")(__v.asInstanceOf[js.Any]))\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDescribeMergeConflictsOutput]\n    }\n  }\n\n  \/** Returns information about errors in a BatchDisassociateApprovalRuleTemplateFromRepositories operation.\n    *\/\n  @js.native\n  trait BatchDisassociateApprovalRuleTemplateFromRepositoriesError extends js.Object {\n    var errorCode: js.UndefOr[ErrorCode]\n    var errorMessage: js.UndefOr[ErrorMessage]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object BatchDisassociateApprovalRuleTemplateFromRepositoriesError {\n    @inline\n    def apply(\n        errorCode: js.UndefOr[ErrorCode] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): BatchDisassociateApprovalRuleTemplateFromRepositoriesError = {\n      val __obj = js.Dynamic.literal()\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDisassociateApprovalRuleTemplateFromRepositoriesError]\n    }\n  }\n\n  @js.native\n  trait BatchDisassociateApprovalRuleTemplateFromRepositoriesInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var repositoryNames: RepositoryNameList\n  }\n\n  object BatchDisassociateApprovalRuleTemplateFromRepositoriesInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        repositoryNames: RepositoryNameList\n    ): BatchDisassociateApprovalRuleTemplateFromRepositoriesInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any],\n        \"repositoryNames\" -> repositoryNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDisassociateApprovalRuleTemplateFromRepositoriesInput]\n    }\n  }\n\n  @js.native\n  trait BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput extends js.Object {\n    var disassociatedRepositoryNames: RepositoryNameList\n    var errors: BatchDisassociateApprovalRuleTemplateFromRepositoriesErrorsList\n  }\n\n  object BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput {\n    @inline\n    def apply(\n        disassociatedRepositoryNames: RepositoryNameList,\n        errors: BatchDisassociateApprovalRuleTemplateFromRepositoriesErrorsList\n    ): BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"disassociatedRepositoryNames\" -> disassociatedRepositoryNames.asInstanceOf[js.Any],\n        \"errors\" -> errors.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDisassociateApprovalRuleTemplateFromRepositoriesOutput]\n    }\n  }\n\n  \/** Returns information about errors in a BatchGetCommits operation.\n    *\/\n  @js.native\n  trait BatchGetCommitsError extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var errorCode: js.UndefOr[ErrorCode]\n    var errorMessage: js.UndefOr[ErrorMessage]\n  }\n\n  object BatchGetCommitsError {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        errorCode: js.UndefOr[ErrorCode] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined\n    ): BatchGetCommitsError = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetCommitsError]\n    }\n  }\n\n  @js.native\n  trait BatchGetCommitsInput extends js.Object {\n    var commitIds: CommitIdsInputList\n    var repositoryName: RepositoryName\n  }\n\n  object BatchGetCommitsInput {\n    @inline\n    def apply(\n        commitIds: CommitIdsInputList,\n        repositoryName: RepositoryName\n    ): BatchGetCommitsInput = {\n      val __obj = js.Dynamic.literal(\n        \"commitIds\" -> commitIds.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetCommitsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetCommitsOutput extends js.Object {\n    var commits: js.UndefOr[CommitObjectsList]\n    var errors: js.UndefOr[BatchGetCommitsErrorsList]\n  }\n\n  object BatchGetCommitsOutput {\n    @inline\n    def apply(\n        commits: js.UndefOr[CommitObjectsList] = js.undefined,\n        errors: js.UndefOr[BatchGetCommitsErrorsList] = js.undefined\n    ): BatchGetCommitsOutput = {\n      val __obj = js.Dynamic.literal()\n      commits.foreach(__v => __obj.updateDynamic(\"commits\")(__v.asInstanceOf[js.Any]))\n      errors.foreach(__v => __obj.updateDynamic(\"errors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetCommitsOutput]\n    }\n  }\n\n  \/** Represents the input of a batch get repositories operation.\n    *\/\n  @js.native\n  trait BatchGetRepositoriesInput extends js.Object {\n    var repositoryNames: RepositoryNameList\n  }\n\n  object BatchGetRepositoriesInput {\n    @inline\n    def apply(\n        repositoryNames: RepositoryNameList\n    ): BatchGetRepositoriesInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryNames\" -> repositoryNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetRepositoriesInput]\n    }\n  }\n\n  \/** Represents the output of a batch get repositories operation.\n    *\/\n  @js.native\n  trait BatchGetRepositoriesOutput extends js.Object {\n    var repositories: js.UndefOr[RepositoryMetadataList]\n    var repositoriesNotFound: js.UndefOr[RepositoryNotFoundList]\n  }\n\n  object BatchGetRepositoriesOutput {\n    @inline\n    def apply(\n        repositories: js.UndefOr[RepositoryMetadataList] = js.undefined,\n        repositoriesNotFound: js.UndefOr[RepositoryNotFoundList] = js.undefined\n    ): BatchGetRepositoriesOutput = {\n      val __obj = js.Dynamic.literal()\n      repositories.foreach(__v => __obj.updateDynamic(\"repositories\")(__v.asInstanceOf[js.Any]))\n      repositoriesNotFound.foreach(__v => __obj.updateDynamic(\"repositoriesNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetRepositoriesOutput]\n    }\n  }\n\n  \/** Returns information about a specific Git blob object.\n    *\/\n  @js.native\n  trait BlobMetadata extends js.Object {\n    var blobId: js.UndefOr[ObjectId]\n    var mode: js.UndefOr[Mode]\n    var path: js.UndefOr[Path]\n  }\n\n  object BlobMetadata {\n    @inline\n    def apply(\n        blobId: js.UndefOr[ObjectId] = js.undefined,\n        mode: js.UndefOr[Mode] = js.undefined,\n        path: js.UndefOr[Path] = js.undefined\n    ): BlobMetadata = {\n      val __obj = js.Dynamic.literal()\n      blobId.foreach(__v => __obj.updateDynamic(\"blobId\")(__v.asInstanceOf[js.Any]))\n      mode.foreach(__v => __obj.updateDynamic(\"mode\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BlobMetadata]\n    }\n  }\n\n  \/** Returns information about a branch.\n    *\/\n  @js.native\n  trait BranchInfo extends js.Object {\n    var branchName: js.UndefOr[BranchName]\n    var commitId: js.UndefOr[CommitId]\n  }\n\n  object BranchInfo {\n    @inline\n    def apply(\n        branchName: js.UndefOr[BranchName] = js.undefined,\n        commitId: js.UndefOr[CommitId] = js.undefined\n    ): BranchInfo = {\n      val __obj = js.Dynamic.literal()\n      branchName.foreach(__v => __obj.updateDynamic(\"branchName\")(__v.asInstanceOf[js.Any]))\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BranchInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ChangeTypeEnum extends js.Any\n  object ChangeTypeEnum {\n    val A = \"A\".asInstanceOf[ChangeTypeEnum]\n    val M = \"M\".asInstanceOf[ChangeTypeEnum]\n    val D = \"D\".asInstanceOf[ChangeTypeEnum]\n\n    @inline def values = js.Array(A, M, D)\n  }\n\n  \/** Returns information about a specific comment.\n    *\/\n  @js.native\n  trait Comment extends js.Object {\n    var authorArn: js.UndefOr[Arn]\n    var callerReactions: js.UndefOr[CallerReactions]\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var commentId: js.UndefOr[CommentId]\n    var content: js.UndefOr[Content]\n    var creationDate: js.UndefOr[CreationDate]\n    var deleted: js.UndefOr[IsCommentDeleted]\n    var inReplyTo: js.UndefOr[CommentId]\n    var lastModifiedDate: js.UndefOr[LastModifiedDate]\n    var reactionCounts: js.UndefOr[ReactionCountsMap]\n  }\n\n  object Comment {\n    @inline\n    def apply(\n        authorArn: js.UndefOr[Arn] = js.undefined,\n        callerReactions: js.UndefOr[CallerReactions] = js.undefined,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        commentId: js.UndefOr[CommentId] = js.undefined,\n        content: js.UndefOr[Content] = js.undefined,\n        creationDate: js.UndefOr[CreationDate] = js.undefined,\n        deleted: js.UndefOr[IsCommentDeleted] = js.undefined,\n        inReplyTo: js.UndefOr[CommentId] = js.undefined,\n        lastModifiedDate: js.UndefOr[LastModifiedDate] = js.undefined,\n        reactionCounts: js.UndefOr[ReactionCountsMap] = js.undefined\n    ): Comment = {\n      val __obj = js.Dynamic.literal()\n      authorArn.foreach(__v => __obj.updateDynamic(\"authorArn\")(__v.asInstanceOf[js.Any]))\n      callerReactions.foreach(__v => __obj.updateDynamic(\"callerReactions\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      commentId.foreach(__v => __obj.updateDynamic(\"commentId\")(__v.asInstanceOf[js.Any]))\n      content.foreach(__v => __obj.updateDynamic(\"content\")(__v.asInstanceOf[js.Any]))\n      creationDate.foreach(__v => __obj.updateDynamic(\"creationDate\")(__v.asInstanceOf[js.Any]))\n      deleted.foreach(__v => __obj.updateDynamic(\"deleted\")(__v.asInstanceOf[js.Any]))\n      inReplyTo.foreach(__v => __obj.updateDynamic(\"inReplyTo\")(__v.asInstanceOf[js.Any]))\n      lastModifiedDate.foreach(__v => __obj.updateDynamic(\"lastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      reactionCounts.foreach(__v => __obj.updateDynamic(\"reactionCounts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Comment]\n    }\n  }\n\n  \/** Returns information about comments on the comparison between two commits.\n    *\/\n  @js.native\n  trait CommentsForComparedCommit extends js.Object {\n    var afterBlobId: js.UndefOr[ObjectId]\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeBlobId: js.UndefOr[ObjectId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var comments: js.UndefOr[Comments]\n    var location: js.UndefOr[Location]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object CommentsForComparedCommit {\n    @inline\n    def apply(\n        afterBlobId: js.UndefOr[ObjectId] = js.undefined,\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeBlobId: js.UndefOr[ObjectId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        comments: js.UndefOr[Comments] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): CommentsForComparedCommit = {\n      val __obj = js.Dynamic.literal()\n      afterBlobId.foreach(__v => __obj.updateDynamic(\"afterBlobId\")(__v.asInstanceOf[js.Any]))\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeBlobId.foreach(__v => __obj.updateDynamic(\"beforeBlobId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      comments.foreach(__v => __obj.updateDynamic(\"comments\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommentsForComparedCommit]\n    }\n  }\n\n  \/** Returns information about comments on a pull request.\n    *\/\n  @js.native\n  trait CommentsForPullRequest extends js.Object {\n    var afterBlobId: js.UndefOr[ObjectId]\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeBlobId: js.UndefOr[ObjectId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var comments: js.UndefOr[Comments]\n    var location: js.UndefOr[Location]\n    var pullRequestId: js.UndefOr[PullRequestId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object CommentsForPullRequest {\n    @inline\n    def apply(\n        afterBlobId: js.UndefOr[ObjectId] = js.undefined,\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeBlobId: js.UndefOr[ObjectId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        comments: js.UndefOr[Comments] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined,\n        pullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): CommentsForPullRequest = {\n      val __obj = js.Dynamic.literal()\n      afterBlobId.foreach(__v => __obj.updateDynamic(\"afterBlobId\")(__v.asInstanceOf[js.Any]))\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeBlobId.foreach(__v => __obj.updateDynamic(\"beforeBlobId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      comments.foreach(__v => __obj.updateDynamic(\"comments\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      pullRequestId.foreach(__v => __obj.updateDynamic(\"pullRequestId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommentsForPullRequest]\n    }\n  }\n\n  \/** Returns information about a specific commit.\n    *\/\n  @js.native\n  trait Commit extends js.Object {\n    var additionalData: js.UndefOr[AdditionalData]\n    var author: js.UndefOr[UserInfo]\n    var commitId: js.UndefOr[ObjectId]\n    var committer: js.UndefOr[UserInfo]\n    var message: js.UndefOr[Message]\n    var parents: js.UndefOr[ParentList]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object Commit {\n    @inline\n    def apply(\n        additionalData: js.UndefOr[AdditionalData] = js.undefined,\n        author: js.UndefOr[UserInfo] = js.undefined,\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        committer: js.UndefOr[UserInfo] = js.undefined,\n        message: js.UndefOr[Message] = js.undefined,\n        parents: js.UndefOr[ParentList] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): Commit = {\n      val __obj = js.Dynamic.literal()\n      additionalData.foreach(__v => __obj.updateDynamic(\"additionalData\")(__v.asInstanceOf[js.Any]))\n      author.foreach(__v => __obj.updateDynamic(\"author\")(__v.asInstanceOf[js.Any]))\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      committer.foreach(__v => __obj.updateDynamic(\"committer\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      parents.foreach(__v => __obj.updateDynamic(\"parents\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Commit]\n    }\n  }\n\n  \/** Information about conflicts in a merge operation.\n    *\/\n  @js.native\n  trait Conflict extends js.Object {\n    var conflictMetadata: js.UndefOr[ConflictMetadata]\n    var mergeHunks: js.UndefOr[MergeHunks]\n  }\n\n  object Conflict {\n    @inline\n    def apply(\n        conflictMetadata: js.UndefOr[ConflictMetadata] = js.undefined,\n        mergeHunks: js.UndefOr[MergeHunks] = js.undefined\n    ): Conflict = {\n      val __obj = js.Dynamic.literal()\n      conflictMetadata.foreach(__v => __obj.updateDynamic(\"conflictMetadata\")(__v.asInstanceOf[js.Any]))\n      mergeHunks.foreach(__v => __obj.updateDynamic(\"mergeHunks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Conflict]\n    }\n  }\n\n  @js.native\n  sealed trait ConflictDetailLevelTypeEnum extends js.Any\n  object ConflictDetailLevelTypeEnum {\n    val FILE_LEVEL = \"FILE_LEVEL\".asInstanceOf[ConflictDetailLevelTypeEnum]\n    val LINE_LEVEL = \"LINE_LEVEL\".asInstanceOf[ConflictDetailLevelTypeEnum]\n\n    @inline def values = js.Array(FILE_LEVEL, LINE_LEVEL)\n  }\n\n  \/** Information about the metadata for a conflict in a merge operation.\n    *\/\n  @js.native\n  trait ConflictMetadata extends js.Object {\n    var contentConflict: js.UndefOr[IsContentConflict]\n    var fileModeConflict: js.UndefOr[IsFileModeConflict]\n    var fileModes: js.UndefOr[FileModes]\n    var filePath: js.UndefOr[Path]\n    var fileSizes: js.UndefOr[FileSizes]\n    var isBinaryFile: js.UndefOr[IsBinaryFile]\n    var mergeOperations: js.UndefOr[MergeOperations]\n    var numberOfConflicts: js.UndefOr[NumberOfConflicts]\n    var objectTypeConflict: js.UndefOr[IsObjectTypeConflict]\n    var objectTypes: js.UndefOr[ObjectTypes]\n  }\n\n  object ConflictMetadata {\n    @inline\n    def apply(\n        contentConflict: js.UndefOr[IsContentConflict] = js.undefined,\n        fileModeConflict: js.UndefOr[IsFileModeConflict] = js.undefined,\n        fileModes: js.UndefOr[FileModes] = js.undefined,\n        filePath: js.UndefOr[Path] = js.undefined,\n        fileSizes: js.UndefOr[FileSizes] = js.undefined,\n        isBinaryFile: js.UndefOr[IsBinaryFile] = js.undefined,\n        mergeOperations: js.UndefOr[MergeOperations] = js.undefined,\n        numberOfConflicts: js.UndefOr[NumberOfConflicts] = js.undefined,\n        objectTypeConflict: js.UndefOr[IsObjectTypeConflict] = js.undefined,\n        objectTypes: js.UndefOr[ObjectTypes] = js.undefined\n    ): ConflictMetadata = {\n      val __obj = js.Dynamic.literal()\n      contentConflict.foreach(__v => __obj.updateDynamic(\"contentConflict\")(__v.asInstanceOf[js.Any]))\n      fileModeConflict.foreach(__v => __obj.updateDynamic(\"fileModeConflict\")(__v.asInstanceOf[js.Any]))\n      fileModes.foreach(__v => __obj.updateDynamic(\"fileModes\")(__v.asInstanceOf[js.Any]))\n      filePath.foreach(__v => __obj.updateDynamic(\"filePath\")(__v.asInstanceOf[js.Any]))\n      fileSizes.foreach(__v => __obj.updateDynamic(\"fileSizes\")(__v.asInstanceOf[js.Any]))\n      isBinaryFile.foreach(__v => __obj.updateDynamic(\"isBinaryFile\")(__v.asInstanceOf[js.Any]))\n      mergeOperations.foreach(__v => __obj.updateDynamic(\"mergeOperations\")(__v.asInstanceOf[js.Any]))\n      numberOfConflicts.foreach(__v => __obj.updateDynamic(\"numberOfConflicts\")(__v.asInstanceOf[js.Any]))\n      objectTypeConflict.foreach(__v => __obj.updateDynamic(\"objectTypeConflict\")(__v.asInstanceOf[js.Any]))\n      objectTypes.foreach(__v => __obj.updateDynamic(\"objectTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConflictMetadata]\n    }\n  }\n\n  \/** If AUTOMERGE is the conflict resolution strategy, a list of inputs to use when resolving conflicts during a merge.\n    *\/\n  @js.native\n  trait ConflictResolution extends js.Object {\n    var deleteFiles: js.UndefOr[DeleteFileEntries]\n    var replaceContents: js.UndefOr[ReplaceContentEntries]\n    var setFileModes: js.UndefOr[SetFileModeEntries]\n  }\n\n  object ConflictResolution {\n    @inline\n    def apply(\n        deleteFiles: js.UndefOr[DeleteFileEntries] = js.undefined,\n        replaceContents: js.UndefOr[ReplaceContentEntries] = js.undefined,\n        setFileModes: js.UndefOr[SetFileModeEntries] = js.undefined\n    ): ConflictResolution = {\n      val __obj = js.Dynamic.literal()\n      deleteFiles.foreach(__v => __obj.updateDynamic(\"deleteFiles\")(__v.asInstanceOf[js.Any]))\n      replaceContents.foreach(__v => __obj.updateDynamic(\"replaceContents\")(__v.asInstanceOf[js.Any]))\n      setFileModes.foreach(__v => __obj.updateDynamic(\"setFileModes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConflictResolution]\n    }\n  }\n\n  @js.native\n  sealed trait ConflictResolutionStrategyTypeEnum extends js.Any\n  object ConflictResolutionStrategyTypeEnum {\n    val NONE = \"NONE\".asInstanceOf[ConflictResolutionStrategyTypeEnum]\n    val ACCEPT_SOURCE = \"ACCEPT_SOURCE\".asInstanceOf[ConflictResolutionStrategyTypeEnum]\n    val ACCEPT_DESTINATION = \"ACCEPT_DESTINATION\".asInstanceOf[ConflictResolutionStrategyTypeEnum]\n    val AUTOMERGE = \"AUTOMERGE\".asInstanceOf[ConflictResolutionStrategyTypeEnum]\n\n    @inline def values = js.Array(NONE, ACCEPT_SOURCE, ACCEPT_DESTINATION, AUTOMERGE)\n  }\n\n  @js.native\n  trait CreateApprovalRuleTemplateInput extends js.Object {\n    var approvalRuleTemplateContent: ApprovalRuleTemplateContent\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var approvalRuleTemplateDescription: js.UndefOr[ApprovalRuleTemplateDescription]\n  }\n\n  object CreateApprovalRuleTemplateInput {\n    @inline\n    def apply(\n        approvalRuleTemplateContent: ApprovalRuleTemplateContent,\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        approvalRuleTemplateDescription: js.UndefOr[ApprovalRuleTemplateDescription] = js.undefined\n    ): CreateApprovalRuleTemplateInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateContent\" -> approvalRuleTemplateContent.asInstanceOf[js.Any],\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any]\n      )\n\n      approvalRuleTemplateDescription.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApprovalRuleTemplateInput]\n    }\n  }\n\n  @js.native\n  trait CreateApprovalRuleTemplateOutput extends js.Object {\n    var approvalRuleTemplate: ApprovalRuleTemplate\n  }\n\n  object CreateApprovalRuleTemplateOutput {\n    @inline\n    def apply(\n        approvalRuleTemplate: ApprovalRuleTemplate\n    ): CreateApprovalRuleTemplateOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplate\" -> approvalRuleTemplate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateApprovalRuleTemplateOutput]\n    }\n  }\n\n  \/** Represents the input of a create branch operation.\n    *\/\n  @js.native\n  trait CreateBranchInput extends js.Object {\n    var branchName: BranchName\n    var commitId: CommitId\n    var repositoryName: RepositoryName\n  }\n\n  object CreateBranchInput {\n    @inline\n    def apply(\n        branchName: BranchName,\n        commitId: CommitId,\n        repositoryName: RepositoryName\n    ): CreateBranchInput = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBranchInput]\n    }\n  }\n\n  @js.native\n  trait CreateCommitInput extends js.Object {\n    var branchName: BranchName\n    var repositoryName: RepositoryName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var deleteFiles: js.UndefOr[DeleteFileEntries]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var parentCommitId: js.UndefOr[CommitId]\n    var putFiles: js.UndefOr[PutFileEntries]\n    var setFileModes: js.UndefOr[SetFileModeEntries]\n  }\n\n  object CreateCommitInput {\n    @inline\n    def apply(\n        branchName: BranchName,\n        repositoryName: RepositoryName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        deleteFiles: js.UndefOr[DeleteFileEntries] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        parentCommitId: js.UndefOr[CommitId] = js.undefined,\n        putFiles: js.UndefOr[PutFileEntries] = js.undefined,\n        setFileModes: js.UndefOr[SetFileModeEntries] = js.undefined\n    ): CreateCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      deleteFiles.foreach(__v => __obj.updateDynamic(\"deleteFiles\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      parentCommitId.foreach(__v => __obj.updateDynamic(\"parentCommitId\")(__v.asInstanceOf[js.Any]))\n      putFiles.foreach(__v => __obj.updateDynamic(\"putFiles\")(__v.asInstanceOf[js.Any]))\n      setFileModes.foreach(__v => __obj.updateDynamic(\"setFileModes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCommitInput]\n    }\n  }\n\n  @js.native\n  trait CreateCommitOutput extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var filesAdded: js.UndefOr[FilesMetadata]\n    var filesDeleted: js.UndefOr[FilesMetadata]\n    var filesUpdated: js.UndefOr[FilesMetadata]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object CreateCommitOutput {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        filesAdded: js.UndefOr[FilesMetadata] = js.undefined,\n        filesDeleted: js.UndefOr[FilesMetadata] = js.undefined,\n        filesUpdated: js.UndefOr[FilesMetadata] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): CreateCommitOutput = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      filesAdded.foreach(__v => __obj.updateDynamic(\"filesAdded\")(__v.asInstanceOf[js.Any]))\n      filesDeleted.foreach(__v => __obj.updateDynamic(\"filesDeleted\")(__v.asInstanceOf[js.Any]))\n      filesUpdated.foreach(__v => __obj.updateDynamic(\"filesUpdated\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCommitOutput]\n    }\n  }\n\n  @js.native\n  trait CreatePullRequestApprovalRuleInput extends js.Object {\n    var approvalRuleContent: ApprovalRuleContent\n    var approvalRuleName: ApprovalRuleName\n    var pullRequestId: PullRequestId\n  }\n\n  object CreatePullRequestApprovalRuleInput {\n    @inline\n    def apply(\n        approvalRuleContent: ApprovalRuleContent,\n        approvalRuleName: ApprovalRuleName,\n        pullRequestId: PullRequestId\n    ): CreatePullRequestApprovalRuleInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleContent\" -> approvalRuleContent.asInstanceOf[js.Any],\n        \"approvalRuleName\" -> approvalRuleName.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePullRequestApprovalRuleInput]\n    }\n  }\n\n  @js.native\n  trait CreatePullRequestApprovalRuleOutput extends js.Object {\n    var approvalRule: ApprovalRule\n  }\n\n  object CreatePullRequestApprovalRuleOutput {\n    @inline\n    def apply(\n        approvalRule: ApprovalRule\n    ): CreatePullRequestApprovalRuleOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRule\" -> approvalRule.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePullRequestApprovalRuleOutput]\n    }\n  }\n\n  @js.native\n  trait CreatePullRequestInput extends js.Object {\n    var targets: TargetList\n    var title: Title\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var description: js.UndefOr[Description]\n  }\n\n  object CreatePullRequestInput {\n    @inline\n    def apply(\n        targets: TargetList,\n        title: Title,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined\n    ): CreatePullRequestInput = {\n      val __obj = js.Dynamic.literal(\n        \"targets\" -> targets.asInstanceOf[js.Any],\n        \"title\" -> title.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePullRequestInput]\n    }\n  }\n\n  @js.native\n  trait CreatePullRequestOutput extends js.Object {\n    var pullRequest: PullRequest\n  }\n\n  object CreatePullRequestOutput {\n    @inline\n    def apply(\n        pullRequest: PullRequest\n    ): CreatePullRequestOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequest\" -> pullRequest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePullRequestOutput]\n    }\n  }\n\n  \/** Represents the input of a create repository operation.\n    *\/\n  @js.native\n  trait CreateRepositoryInput extends js.Object {\n    var repositoryName: RepositoryName\n    var repositoryDescription: js.UndefOr[RepositoryDescription]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateRepositoryInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        repositoryDescription: js.UndefOr[RepositoryDescription] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      repositoryDescription.foreach(__v => __obj.updateDynamic(\"repositoryDescription\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRepositoryInput]\n    }\n  }\n\n  \/** Represents the output of a create repository operation.\n    *\/\n  @js.native\n  trait CreateRepositoryOutput extends js.Object {\n    var repositoryMetadata: js.UndefOr[RepositoryMetadata]\n  }\n\n  object CreateRepositoryOutput {\n    @inline\n    def apply(\n        repositoryMetadata: js.UndefOr[RepositoryMetadata] = js.undefined\n    ): CreateRepositoryOutput = {\n      val __obj = js.Dynamic.literal()\n      repositoryMetadata.foreach(__v => __obj.updateDynamic(\"repositoryMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRepositoryOutput]\n    }\n  }\n\n  @js.native\n  trait CreateUnreferencedMergeCommitInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var mergeOption: MergeOptionTypeEnum\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolution: js.UndefOr[ConflictResolution]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n  }\n\n  object CreateUnreferencedMergeCommitInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        mergeOption: MergeOptionTypeEnum,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolution: js.UndefOr[ConflictResolution] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined\n    ): CreateUnreferencedMergeCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"mergeOption\" -> mergeOption.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolution.foreach(__v => __obj.updateDynamic(\"conflictResolution\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUnreferencedMergeCommitInput]\n    }\n  }\n\n  @js.native\n  trait CreateUnreferencedMergeCommitOutput extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object CreateUnreferencedMergeCommitOutput {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): CreateUnreferencedMergeCommitOutput = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUnreferencedMergeCommitOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteApprovalRuleTemplateInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n  }\n\n  object DeleteApprovalRuleTemplateInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName\n    ): DeleteApprovalRuleTemplateInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApprovalRuleTemplateInput]\n    }\n  }\n\n  @js.native\n  trait DeleteApprovalRuleTemplateOutput extends js.Object {\n    var approvalRuleTemplateId: ApprovalRuleTemplateId\n  }\n\n  object DeleteApprovalRuleTemplateOutput {\n    @inline\n    def apply(\n        approvalRuleTemplateId: ApprovalRuleTemplateId\n    ): DeleteApprovalRuleTemplateOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateId\" -> approvalRuleTemplateId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApprovalRuleTemplateOutput]\n    }\n  }\n\n  \/** Represents the input of a delete branch operation.\n    *\/\n  @js.native\n  trait DeleteBranchInput extends js.Object {\n    var branchName: BranchName\n    var repositoryName: RepositoryName\n  }\n\n  object DeleteBranchInput {\n    @inline\n    def apply(\n        branchName: BranchName,\n        repositoryName: RepositoryName\n    ): DeleteBranchInput = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBranchInput]\n    }\n  }\n\n  \/** Represents the output of a delete branch operation.\n    *\/\n  @js.native\n  trait DeleteBranchOutput extends js.Object {\n    var deletedBranch: js.UndefOr[BranchInfo]\n  }\n\n  object DeleteBranchOutput {\n    @inline\n    def apply(\n        deletedBranch: js.UndefOr[BranchInfo] = js.undefined\n    ): DeleteBranchOutput = {\n      val __obj = js.Dynamic.literal()\n      deletedBranch.foreach(__v => __obj.updateDynamic(\"deletedBranch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBranchOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteCommentContentInput extends js.Object {\n    var commentId: CommentId\n  }\n\n  object DeleteCommentContentInput {\n    @inline\n    def apply(\n        commentId: CommentId\n    ): DeleteCommentContentInput = {\n      val __obj = js.Dynamic.literal(\n        \"commentId\" -> commentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCommentContentInput]\n    }\n  }\n\n  @js.native\n  trait DeleteCommentContentOutput extends js.Object {\n    var comment: js.UndefOr[Comment]\n  }\n\n  object DeleteCommentContentOutput {\n    @inline\n    def apply(\n        comment: js.UndefOr[Comment] = js.undefined\n    ): DeleteCommentContentOutput = {\n      val __obj = js.Dynamic.literal()\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCommentContentOutput]\n    }\n  }\n\n  \/** A file that is deleted as part of a commit.\n    *\/\n  @js.native\n  trait DeleteFileEntry extends js.Object {\n    var filePath: Path\n  }\n\n  object DeleteFileEntry {\n    @inline\n    def apply(\n        filePath: Path\n    ): DeleteFileEntry = {\n      val __obj = js.Dynamic.literal(\n        \"filePath\" -> filePath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFileEntry]\n    }\n  }\n\n  @js.native\n  trait DeleteFileInput extends js.Object {\n    var branchName: BranchName\n    var filePath: Path\n    var parentCommitId: CommitId\n    var repositoryName: RepositoryName\n    var commitMessage: js.UndefOr[Message]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var name: js.UndefOr[Name]\n  }\n\n  object DeleteFileInput {\n    @inline\n    def apply(\n        branchName: BranchName,\n        filePath: Path,\n        parentCommitId: CommitId,\n        repositoryName: RepositoryName,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): DeleteFileInput = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"parentCommitId\" -> parentCommitId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFileInput]\n    }\n  }\n\n  @js.native\n  trait DeleteFileOutput extends js.Object {\n    var blobId: ObjectId\n    var commitId: ObjectId\n    var filePath: Path\n    var treeId: ObjectId\n  }\n\n  object DeleteFileOutput {\n    @inline\n    def apply(\n        blobId: ObjectId,\n        commitId: ObjectId,\n        filePath: Path,\n        treeId: ObjectId\n    ): DeleteFileOutput = {\n      val __obj = js.Dynamic.literal(\n        \"blobId\" -> blobId.asInstanceOf[js.Any],\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"treeId\" -> treeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFileOutput]\n    }\n  }\n\n  @js.native\n  trait DeletePullRequestApprovalRuleInput extends js.Object {\n    var approvalRuleName: ApprovalRuleName\n    var pullRequestId: PullRequestId\n  }\n\n  object DeletePullRequestApprovalRuleInput {\n    @inline\n    def apply(\n        approvalRuleName: ApprovalRuleName,\n        pullRequestId: PullRequestId\n    ): DeletePullRequestApprovalRuleInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleName\" -> approvalRuleName.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePullRequestApprovalRuleInput]\n    }\n  }\n\n  @js.native\n  trait DeletePullRequestApprovalRuleOutput extends js.Object {\n    var approvalRuleId: ApprovalRuleId\n  }\n\n  object DeletePullRequestApprovalRuleOutput {\n    @inline\n    def apply(\n        approvalRuleId: ApprovalRuleId\n    ): DeletePullRequestApprovalRuleOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleId\" -> approvalRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePullRequestApprovalRuleOutput]\n    }\n  }\n\n  \/** Represents the input of a delete repository operation.\n    *\/\n  @js.native\n  trait DeleteRepositoryInput extends js.Object {\n    var repositoryName: RepositoryName\n  }\n\n  object DeleteRepositoryInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName\n    ): DeleteRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRepositoryInput]\n    }\n  }\n\n  \/** Represents the output of a delete repository operation.\n    *\/\n  @js.native\n  trait DeleteRepositoryOutput extends js.Object {\n    var repositoryId: js.UndefOr[RepositoryId]\n  }\n\n  object DeleteRepositoryOutput {\n    @inline\n    def apply(\n        repositoryId: js.UndefOr[RepositoryId] = js.undefined\n    ): DeleteRepositoryOutput = {\n      val __obj = js.Dynamic.literal()\n      repositoryId.foreach(__v => __obj.updateDynamic(\"repositoryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRepositoryOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeMergeConflictsInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var filePath: Path\n    var mergeOption: MergeOptionTypeEnum\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var maxMergeHunks: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMergeConflictsInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        filePath: Path,\n        mergeOption: MergeOptionTypeEnum,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        maxMergeHunks: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMergeConflictsInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"mergeOption\" -> mergeOption.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      maxMergeHunks.foreach(__v => __obj.updateDynamic(\"maxMergeHunks\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMergeConflictsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeMergeConflictsOutput extends js.Object {\n    var conflictMetadata: ConflictMetadata\n    var destinationCommitId: ObjectId\n    var mergeHunks: MergeHunks\n    var sourceCommitId: ObjectId\n    var baseCommitId: js.UndefOr[ObjectId]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMergeConflictsOutput {\n    @inline\n    def apply(\n        conflictMetadata: ConflictMetadata,\n        destinationCommitId: ObjectId,\n        mergeHunks: MergeHunks,\n        sourceCommitId: ObjectId,\n        baseCommitId: js.UndefOr[ObjectId] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMergeConflictsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"conflictMetadata\" -> conflictMetadata.asInstanceOf[js.Any],\n        \"destinationCommitId\" -> destinationCommitId.asInstanceOf[js.Any],\n        \"mergeHunks\" -> mergeHunks.asInstanceOf[js.Any],\n        \"sourceCommitId\" -> sourceCommitId.asInstanceOf[js.Any]\n      )\n\n      baseCommitId.foreach(__v => __obj.updateDynamic(\"baseCommitId\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMergeConflictsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribePullRequestEventsInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var actorArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var pullRequestEventType: js.UndefOr[PullRequestEventType]\n  }\n\n  object DescribePullRequestEventsInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        actorArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        pullRequestEventType: js.UndefOr[PullRequestEventType] = js.undefined\n    ): DescribePullRequestEventsInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n\n      actorArn.foreach(__v => __obj.updateDynamic(\"actorArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      pullRequestEventType.foreach(__v => __obj.updateDynamic(\"pullRequestEventType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePullRequestEventsInput]\n    }\n  }\n\n  @js.native\n  trait DescribePullRequestEventsOutput extends js.Object {\n    var pullRequestEvents: PullRequestEventList\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribePullRequestEventsOutput {\n    @inline\n    def apply(\n        pullRequestEvents: PullRequestEventList,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribePullRequestEventsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestEvents\" -> pullRequestEvents.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePullRequestEventsOutput]\n    }\n  }\n\n  \/** Returns information about a set of differences for a commit specifier.\n    *\/\n  @js.native\n  trait Difference extends js.Object {\n    var afterBlob: js.UndefOr[BlobMetadata]\n    var beforeBlob: js.UndefOr[BlobMetadata]\n    var changeType: js.UndefOr[ChangeTypeEnum]\n  }\n\n  object Difference {\n    @inline\n    def apply(\n        afterBlob: js.UndefOr[BlobMetadata] = js.undefined,\n        beforeBlob: js.UndefOr[BlobMetadata] = js.undefined,\n        changeType: js.UndefOr[ChangeTypeEnum] = js.undefined\n    ): Difference = {\n      val __obj = js.Dynamic.literal()\n      afterBlob.foreach(__v => __obj.updateDynamic(\"afterBlob\")(__v.asInstanceOf[js.Any]))\n      beforeBlob.foreach(__v => __obj.updateDynamic(\"beforeBlob\")(__v.asInstanceOf[js.Any]))\n      changeType.foreach(__v => __obj.updateDynamic(\"changeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Difference]\n    }\n  }\n\n  @js.native\n  trait DisassociateApprovalRuleTemplateFromRepositoryInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var repositoryName: RepositoryName\n  }\n\n  object DisassociateApprovalRuleTemplateFromRepositoryInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        repositoryName: RepositoryName\n    ): DisassociateApprovalRuleTemplateFromRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateApprovalRuleTemplateFromRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait EvaluatePullRequestApprovalRulesInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var revisionId: RevisionId\n  }\n\n  object EvaluatePullRequestApprovalRulesInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        revisionId: RevisionId\n    ): EvaluatePullRequestApprovalRulesInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EvaluatePullRequestApprovalRulesInput]\n    }\n  }\n\n  @js.native\n  trait EvaluatePullRequestApprovalRulesOutput extends js.Object {\n    var evaluation: Evaluation\n  }\n\n  object EvaluatePullRequestApprovalRulesOutput {\n    @inline\n    def apply(\n        evaluation: Evaluation\n    ): EvaluatePullRequestApprovalRulesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"evaluation\" -> evaluation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EvaluatePullRequestApprovalRulesOutput]\n    }\n  }\n\n  \/** Returns information about the approval rules applied to a pull request and whether conditions have been met.\n    *\/\n  @js.native\n  trait Evaluation extends js.Object {\n    var approvalRulesNotSatisfied: js.UndefOr[ApprovalRulesNotSatisfiedList]\n    var approvalRulesSatisfied: js.UndefOr[ApprovalRulesSatisfiedList]\n    var approved: js.UndefOr[Approved]\n    var overridden: js.UndefOr[Overridden]\n  }\n\n  object Evaluation {\n    @inline\n    def apply(\n        approvalRulesNotSatisfied: js.UndefOr[ApprovalRulesNotSatisfiedList] = js.undefined,\n        approvalRulesSatisfied: js.UndefOr[ApprovalRulesSatisfiedList] = js.undefined,\n        approved: js.UndefOr[Approved] = js.undefined,\n        overridden: js.UndefOr[Overridden] = js.undefined\n    ): Evaluation = {\n      val __obj = js.Dynamic.literal()\n      approvalRulesNotSatisfied.foreach(__v => __obj.updateDynamic(\"approvalRulesNotSatisfied\")(__v.asInstanceOf[js.Any]))\n      approvalRulesSatisfied.foreach(__v => __obj.updateDynamic(\"approvalRulesSatisfied\")(__v.asInstanceOf[js.Any]))\n      approved.foreach(__v => __obj.updateDynamic(\"approved\")(__v.asInstanceOf[js.Any]))\n      overridden.foreach(__v => __obj.updateDynamic(\"overridden\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Evaluation]\n    }\n  }\n\n  \/** Returns information about a file in a repository.\n    *\/\n  @js.native\n  trait File extends js.Object {\n    var absolutePath: js.UndefOr[Path]\n    var blobId: js.UndefOr[ObjectId]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n    var relativePath: js.UndefOr[Path]\n  }\n\n  object File {\n    @inline\n    def apply(\n        absolutePath: js.UndefOr[Path] = js.undefined,\n        blobId: js.UndefOr[ObjectId] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        relativePath: js.UndefOr[Path] = js.undefined\n    ): File = {\n      val __obj = js.Dynamic.literal()\n      absolutePath.foreach(__v => __obj.updateDynamic(\"absolutePath\")(__v.asInstanceOf[js.Any]))\n      blobId.foreach(__v => __obj.updateDynamic(\"blobId\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      relativePath.foreach(__v => __obj.updateDynamic(\"relativePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[File]\n    }\n  }\n\n  \/** A file to be added, updated, or deleted as part of a commit.\n    *\/\n  @js.native\n  trait FileMetadata extends js.Object {\n    var absolutePath: js.UndefOr[Path]\n    var blobId: js.UndefOr[ObjectId]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n  }\n\n  object FileMetadata {\n    @inline\n    def apply(\n        absolutePath: js.UndefOr[Path] = js.undefined,\n        blobId: js.UndefOr[ObjectId] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined\n    ): FileMetadata = {\n      val __obj = js.Dynamic.literal()\n      absolutePath.foreach(__v => __obj.updateDynamic(\"absolutePath\")(__v.asInstanceOf[js.Any]))\n      blobId.foreach(__v => __obj.updateDynamic(\"blobId\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait FileModeTypeEnum extends js.Any\n  object FileModeTypeEnum {\n    val EXECUTABLE = \"EXECUTABLE\".asInstanceOf[FileModeTypeEnum]\n    val NORMAL = \"NORMAL\".asInstanceOf[FileModeTypeEnum]\n    val SYMLINK = \"SYMLINK\".asInstanceOf[FileModeTypeEnum]\n\n    @inline def values = js.Array(EXECUTABLE, NORMAL, SYMLINK)\n  }\n\n  \/** Information about file modes in a merge or pull request.\n    *\/\n  @js.native\n  trait FileModes extends js.Object {\n    var base: js.UndefOr[FileModeTypeEnum]\n    var destination: js.UndefOr[FileModeTypeEnum]\n    var source: js.UndefOr[FileModeTypeEnum]\n  }\n\n  object FileModes {\n    @inline\n    def apply(\n        base: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        destination: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        source: js.UndefOr[FileModeTypeEnum] = js.undefined\n    ): FileModes = {\n      val __obj = js.Dynamic.literal()\n      base.foreach(__v => __obj.updateDynamic(\"base\")(__v.asInstanceOf[js.Any]))\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileModes]\n    }\n  }\n\n  \/** Information about the size of files in a merge or pull request.\n    *\/\n  @js.native\n  trait FileSizes extends js.Object {\n    var base: js.UndefOr[FileSize]\n    var destination: js.UndefOr[FileSize]\n    var source: js.UndefOr[FileSize]\n  }\n\n  object FileSizes {\n    @inline\n    def apply(\n        base: js.UndefOr[FileSize] = js.undefined,\n        destination: js.UndefOr[FileSize] = js.undefined,\n        source: js.UndefOr[FileSize] = js.undefined\n    ): FileSizes = {\n      val __obj = js.Dynamic.literal()\n      base.foreach(__v => __obj.updateDynamic(\"base\")(__v.asInstanceOf[js.Any]))\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSizes]\n    }\n  }\n\n  \/** Returns information about a folder in a repository.\n    *\/\n  @js.native\n  trait Folder extends js.Object {\n    var absolutePath: js.UndefOr[Path]\n    var relativePath: js.UndefOr[Path]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object Folder {\n    @inline\n    def apply(\n        absolutePath: js.UndefOr[Path] = js.undefined,\n        relativePath: js.UndefOr[Path] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): Folder = {\n      val __obj = js.Dynamic.literal()\n      absolutePath.foreach(__v => __obj.updateDynamic(\"absolutePath\")(__v.asInstanceOf[js.Any]))\n      relativePath.foreach(__v => __obj.updateDynamic(\"relativePath\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Folder]\n    }\n  }\n\n  @js.native\n  trait GetApprovalRuleTemplateInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n  }\n\n  object GetApprovalRuleTemplateInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName\n    ): GetApprovalRuleTemplateInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApprovalRuleTemplateInput]\n    }\n  }\n\n  @js.native\n  trait GetApprovalRuleTemplateOutput extends js.Object {\n    var approvalRuleTemplate: ApprovalRuleTemplate\n  }\n\n  object GetApprovalRuleTemplateOutput {\n    @inline\n    def apply(\n        approvalRuleTemplate: ApprovalRuleTemplate\n    ): GetApprovalRuleTemplateOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplate\" -> approvalRuleTemplate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApprovalRuleTemplateOutput]\n    }\n  }\n\n  \/** Represents the input of a get blob operation.\n    *\/\n  @js.native\n  trait GetBlobInput extends js.Object {\n    var blobId: ObjectId\n    var repositoryName: RepositoryName\n  }\n\n  object GetBlobInput {\n    @inline\n    def apply(\n        blobId: ObjectId,\n        repositoryName: RepositoryName\n    ): GetBlobInput = {\n      val __obj = js.Dynamic.literal(\n        \"blobId\" -> blobId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBlobInput]\n    }\n  }\n\n  \/** Represents the output of a get blob operation.\n    *\/\n  @js.native\n  trait GetBlobOutput extends js.Object {\n    var content: blob\n  }\n\n  object GetBlobOutput {\n    @inline\n    def apply(\n        content: blob\n    ): GetBlobOutput = {\n      val __obj = js.Dynamic.literal(\n        \"content\" -> content.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBlobOutput]\n    }\n  }\n\n  \/** Represents the input of a get branch operation.\n    *\/\n  @js.native\n  trait GetBranchInput extends js.Object {\n    var branchName: js.UndefOr[BranchName]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object GetBranchInput {\n    @inline\n    def apply(\n        branchName: js.UndefOr[BranchName] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): GetBranchInput = {\n      val __obj = js.Dynamic.literal()\n      branchName.foreach(__v => __obj.updateDynamic(\"branchName\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBranchInput]\n    }\n  }\n\n  \/** Represents the output of a get branch operation.\n    *\/\n  @js.native\n  trait GetBranchOutput extends js.Object {\n    var branch: js.UndefOr[BranchInfo]\n  }\n\n  object GetBranchOutput {\n    @inline\n    def apply(\n        branch: js.UndefOr[BranchInfo] = js.undefined\n    ): GetBranchOutput = {\n      val __obj = js.Dynamic.literal()\n      branch.foreach(__v => __obj.updateDynamic(\"branch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetBranchOutput]\n    }\n  }\n\n  @js.native\n  trait GetCommentInput extends js.Object {\n    var commentId: CommentId\n  }\n\n  object GetCommentInput {\n    @inline\n    def apply(\n        commentId: CommentId\n    ): GetCommentInput = {\n      val __obj = js.Dynamic.literal(\n        \"commentId\" -> commentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCommentInput]\n    }\n  }\n\n  @js.native\n  trait GetCommentOutput extends js.Object {\n    var comment: js.UndefOr[Comment]\n  }\n\n  object GetCommentOutput {\n    @inline\n    def apply(\n        comment: js.UndefOr[Comment] = js.undefined\n    ): GetCommentOutput = {\n      val __obj = js.Dynamic.literal()\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentOutput]\n    }\n  }\n\n  @js.native\n  trait GetCommentReactionsInput extends js.Object {\n    var commentId: CommentId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var reactionUserArn: js.UndefOr[Arn]\n  }\n\n  object GetCommentReactionsInput {\n    @inline\n    def apply(\n        commentId: CommentId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        reactionUserArn: js.UndefOr[Arn] = js.undefined\n    ): GetCommentReactionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"commentId\" -> commentId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      reactionUserArn.foreach(__v => __obj.updateDynamic(\"reactionUserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentReactionsInput]\n    }\n  }\n\n  @js.native\n  trait GetCommentReactionsOutput extends js.Object {\n    var reactionsForComment: ReactionsForCommentList\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetCommentReactionsOutput {\n    @inline\n    def apply(\n        reactionsForComment: ReactionsForCommentList,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetCommentReactionsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"reactionsForComment\" -> reactionsForComment.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentReactionsOutput]\n    }\n  }\n\n  @js.native\n  trait GetCommentsForComparedCommitInput extends js.Object {\n    var afterCommitId: CommitId\n    var repositoryName: RepositoryName\n    var beforeCommitId: js.UndefOr[CommitId]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetCommentsForComparedCommitInput {\n    @inline\n    def apply(\n        afterCommitId: CommitId,\n        repositoryName: RepositoryName,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetCommentsForComparedCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"afterCommitId\" -> afterCommitId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentsForComparedCommitInput]\n    }\n  }\n\n  @js.native\n  trait GetCommentsForComparedCommitOutput extends js.Object {\n    var commentsForComparedCommitData: js.UndefOr[CommentsForComparedCommitData]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetCommentsForComparedCommitOutput {\n    @inline\n    def apply(\n        commentsForComparedCommitData: js.UndefOr[CommentsForComparedCommitData] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetCommentsForComparedCommitOutput = {\n      val __obj = js.Dynamic.literal()\n      commentsForComparedCommitData.foreach(__v => __obj.updateDynamic(\"commentsForComparedCommitData\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentsForComparedCommitOutput]\n    }\n  }\n\n  @js.native\n  trait GetCommentsForPullRequestInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object GetCommentsForPullRequestInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): GetCommentsForPullRequestInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentsForPullRequestInput]\n    }\n  }\n\n  @js.native\n  trait GetCommentsForPullRequestOutput extends js.Object {\n    var commentsForPullRequestData: js.UndefOr[CommentsForPullRequestData]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetCommentsForPullRequestOutput {\n    @inline\n    def apply(\n        commentsForPullRequestData: js.UndefOr[CommentsForPullRequestData] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetCommentsForPullRequestOutput = {\n      val __obj = js.Dynamic.literal()\n      commentsForPullRequestData.foreach(__v => __obj.updateDynamic(\"commentsForPullRequestData\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommentsForPullRequestOutput]\n    }\n  }\n\n  \/** Represents the input of a get commit operation.\n    *\/\n  @js.native\n  trait GetCommitInput extends js.Object {\n    var commitId: ObjectId\n    var repositoryName: RepositoryName\n  }\n\n  object GetCommitInput {\n    @inline\n    def apply(\n        commitId: ObjectId,\n        repositoryName: RepositoryName\n    ): GetCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCommitInput]\n    }\n  }\n\n  \/** Represents the output of a get commit operation.\n    *\/\n  @js.native\n  trait GetCommitOutput extends js.Object {\n    var commit: Commit\n  }\n\n  object GetCommitOutput {\n    @inline\n    def apply(\n        commit: Commit\n    ): GetCommitOutput = {\n      val __obj = js.Dynamic.literal(\n        \"commit\" -> commit.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCommitOutput]\n    }\n  }\n\n  @js.native\n  trait GetDifferencesInput extends js.Object {\n    var afterCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var MaxResults: js.UndefOr[Limit]\n    var NextToken: js.UndefOr[NextToken]\n    var afterPath: js.UndefOr[Path]\n    var beforeCommitSpecifier: js.UndefOr[CommitName]\n    var beforePath: js.UndefOr[Path]\n  }\n\n  object GetDifferencesInput {\n    @inline\n    def apply(\n        afterCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        MaxResults: js.UndefOr[Limit] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        afterPath: js.UndefOr[Path] = js.undefined,\n        beforeCommitSpecifier: js.UndefOr[CommitName] = js.undefined,\n        beforePath: js.UndefOr[Path] = js.undefined\n    ): GetDifferencesInput = {\n      val __obj = js.Dynamic.literal(\n        \"afterCommitSpecifier\" -> afterCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      afterPath.foreach(__v => __obj.updateDynamic(\"afterPath\")(__v.asInstanceOf[js.Any]))\n      beforeCommitSpecifier.foreach(__v => __obj.updateDynamic(\"beforeCommitSpecifier\")(__v.asInstanceOf[js.Any]))\n      beforePath.foreach(__v => __obj.updateDynamic(\"beforePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDifferencesInput]\n    }\n  }\n\n  @js.native\n  trait GetDifferencesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var differences: js.UndefOr[DifferenceList]\n  }\n\n  object GetDifferencesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        differences: js.UndefOr[DifferenceList] = js.undefined\n    ): GetDifferencesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      differences.foreach(__v => __obj.updateDynamic(\"differences\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDifferencesOutput]\n    }\n  }\n\n  @js.native\n  trait GetFileInput extends js.Object {\n    var filePath: Path\n    var repositoryName: RepositoryName\n    var commitSpecifier: js.UndefOr[CommitName]\n  }\n\n  object GetFileInput {\n    @inline\n    def apply(\n        filePath: Path,\n        repositoryName: RepositoryName,\n        commitSpecifier: js.UndefOr[CommitName] = js.undefined\n    ): GetFileInput = {\n      val __obj = js.Dynamic.literal(\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      commitSpecifier.foreach(__v => __obj.updateDynamic(\"commitSpecifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFileInput]\n    }\n  }\n\n  @js.native\n  trait GetFileOutput extends js.Object {\n    var blobId: ObjectId\n    var commitId: ObjectId\n    var fileContent: FileContent\n    var fileMode: FileModeTypeEnum\n    var filePath: Path\n    var fileSize: ObjectSize\n  }\n\n  object GetFileOutput {\n    @inline\n    def apply(\n        blobId: ObjectId,\n        commitId: ObjectId,\n        fileContent: FileContent,\n        fileMode: FileModeTypeEnum,\n        filePath: Path,\n        fileSize: ObjectSize\n    ): GetFileOutput = {\n      val __obj = js.Dynamic.literal(\n        \"blobId\" -> blobId.asInstanceOf[js.Any],\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"fileContent\" -> fileContent.asInstanceOf[js.Any],\n        \"fileMode\" -> fileMode.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"fileSize\" -> fileSize.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFileOutput]\n    }\n  }\n\n  @js.native\n  trait GetFolderInput extends js.Object {\n    var folderPath: Path\n    var repositoryName: RepositoryName\n    var commitSpecifier: js.UndefOr[CommitName]\n  }\n\n  object GetFolderInput {\n    @inline\n    def apply(\n        folderPath: Path,\n        repositoryName: RepositoryName,\n        commitSpecifier: js.UndefOr[CommitName] = js.undefined\n    ): GetFolderInput = {\n      val __obj = js.Dynamic.literal(\n        \"folderPath\" -> folderPath.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      commitSpecifier.foreach(__v => __obj.updateDynamic(\"commitSpecifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFolderInput]\n    }\n  }\n\n  @js.native\n  trait GetFolderOutput extends js.Object {\n    var commitId: ObjectId\n    var folderPath: Path\n    var files: js.UndefOr[FileList]\n    var subFolders: js.UndefOr[FolderList]\n    var subModules: js.UndefOr[SubModuleList]\n    var symbolicLinks: js.UndefOr[SymbolicLinkList]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object GetFolderOutput {\n    @inline\n    def apply(\n        commitId: ObjectId,\n        folderPath: Path,\n        files: js.UndefOr[FileList] = js.undefined,\n        subFolders: js.UndefOr[FolderList] = js.undefined,\n        subModules: js.UndefOr[SubModuleList] = js.undefined,\n        symbolicLinks: js.UndefOr[SymbolicLinkList] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): GetFolderOutput = {\n      val __obj = js.Dynamic.literal(\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"folderPath\" -> folderPath.asInstanceOf[js.Any]\n      )\n\n      files.foreach(__v => __obj.updateDynamic(\"files\")(__v.asInstanceOf[js.Any]))\n      subFolders.foreach(__v => __obj.updateDynamic(\"subFolders\")(__v.asInstanceOf[js.Any]))\n      subModules.foreach(__v => __obj.updateDynamic(\"subModules\")(__v.asInstanceOf[js.Any]))\n      symbolicLinks.foreach(__v => __obj.updateDynamic(\"symbolicLinks\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFolderOutput]\n    }\n  }\n\n  @js.native\n  trait GetMergeCommitInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n  }\n\n  object GetMergeCommitInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined\n    ): GetMergeCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMergeCommitInput]\n    }\n  }\n\n  @js.native\n  trait GetMergeCommitOutput extends js.Object {\n    var baseCommitId: js.UndefOr[ObjectId]\n    var destinationCommitId: js.UndefOr[ObjectId]\n    var mergedCommitId: js.UndefOr[ObjectId]\n    var sourceCommitId: js.UndefOr[ObjectId]\n  }\n\n  object GetMergeCommitOutput {\n    @inline\n    def apply(\n        baseCommitId: js.UndefOr[ObjectId] = js.undefined,\n        destinationCommitId: js.UndefOr[ObjectId] = js.undefined,\n        mergedCommitId: js.UndefOr[ObjectId] = js.undefined,\n        sourceCommitId: js.UndefOr[ObjectId] = js.undefined\n    ): GetMergeCommitOutput = {\n      val __obj = js.Dynamic.literal()\n      baseCommitId.foreach(__v => __obj.updateDynamic(\"baseCommitId\")(__v.asInstanceOf[js.Any]))\n      destinationCommitId.foreach(__v => __obj.updateDynamic(\"destinationCommitId\")(__v.asInstanceOf[js.Any]))\n      mergedCommitId.foreach(__v => __obj.updateDynamic(\"mergedCommitId\")(__v.asInstanceOf[js.Any]))\n      sourceCommitId.foreach(__v => __obj.updateDynamic(\"sourceCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMergeCommitOutput]\n    }\n  }\n\n  @js.native\n  trait GetMergeConflictsInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var mergeOption: MergeOptionTypeEnum\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var maxConflictFiles: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetMergeConflictsInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        mergeOption: MergeOptionTypeEnum,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        maxConflictFiles: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetMergeConflictsInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"mergeOption\" -> mergeOption.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      maxConflictFiles.foreach(__v => __obj.updateDynamic(\"maxConflictFiles\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMergeConflictsInput]\n    }\n  }\n\n  @js.native\n  trait GetMergeConflictsOutput extends js.Object {\n    var conflictMetadataList: ConflictMetadataList\n    var destinationCommitId: ObjectId\n    var mergeable: IsMergeable\n    var sourceCommitId: ObjectId\n    var baseCommitId: js.UndefOr[ObjectId]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetMergeConflictsOutput {\n    @inline\n    def apply(\n        conflictMetadataList: ConflictMetadataList,\n        destinationCommitId: ObjectId,\n        mergeable: IsMergeable,\n        sourceCommitId: ObjectId,\n        baseCommitId: js.UndefOr[ObjectId] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetMergeConflictsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"conflictMetadataList\" -> conflictMetadataList.asInstanceOf[js.Any],\n        \"destinationCommitId\" -> destinationCommitId.asInstanceOf[js.Any],\n        \"mergeable\" -> mergeable.asInstanceOf[js.Any],\n        \"sourceCommitId\" -> sourceCommitId.asInstanceOf[js.Any]\n      )\n\n      baseCommitId.foreach(__v => __obj.updateDynamic(\"baseCommitId\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMergeConflictsOutput]\n    }\n  }\n\n  @js.native\n  trait GetMergeOptionsInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n  }\n\n  object GetMergeOptionsInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined\n    ): GetMergeOptionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMergeOptionsInput]\n    }\n  }\n\n  @js.native\n  trait GetMergeOptionsOutput extends js.Object {\n    var baseCommitId: ObjectId\n    var destinationCommitId: ObjectId\n    var mergeOptions: MergeOptions\n    var sourceCommitId: ObjectId\n  }\n\n  object GetMergeOptionsOutput {\n    @inline\n    def apply(\n        baseCommitId: ObjectId,\n        destinationCommitId: ObjectId,\n        mergeOptions: MergeOptions,\n        sourceCommitId: ObjectId\n    ): GetMergeOptionsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"baseCommitId\" -> baseCommitId.asInstanceOf[js.Any],\n        \"destinationCommitId\" -> destinationCommitId.asInstanceOf[js.Any],\n        \"mergeOptions\" -> mergeOptions.asInstanceOf[js.Any],\n        \"sourceCommitId\" -> sourceCommitId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMergeOptionsOutput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestApprovalStatesInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var revisionId: RevisionId\n  }\n\n  object GetPullRequestApprovalStatesInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        revisionId: RevisionId\n    ): GetPullRequestApprovalStatesInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPullRequestApprovalStatesInput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestApprovalStatesOutput extends js.Object {\n    var approvals: js.UndefOr[ApprovalList]\n  }\n\n  object GetPullRequestApprovalStatesOutput {\n    @inline\n    def apply(\n        approvals: js.UndefOr[ApprovalList] = js.undefined\n    ): GetPullRequestApprovalStatesOutput = {\n      val __obj = js.Dynamic.literal()\n      approvals.foreach(__v => __obj.updateDynamic(\"approvals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPullRequestApprovalStatesOutput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestInput extends js.Object {\n    var pullRequestId: PullRequestId\n  }\n\n  object GetPullRequestInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId\n    ): GetPullRequestInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPullRequestInput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestOutput extends js.Object {\n    var pullRequest: PullRequest\n  }\n\n  object GetPullRequestOutput {\n    @inline\n    def apply(\n        pullRequest: PullRequest\n    ): GetPullRequestOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequest\" -> pullRequest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPullRequestOutput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestOverrideStateInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var revisionId: RevisionId\n  }\n\n  object GetPullRequestOverrideStateInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        revisionId: RevisionId\n    ): GetPullRequestOverrideStateInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPullRequestOverrideStateInput]\n    }\n  }\n\n  @js.native\n  trait GetPullRequestOverrideStateOutput extends js.Object {\n    var overridden: js.UndefOr[Overridden]\n    var overrider: js.UndefOr[Arn]\n  }\n\n  object GetPullRequestOverrideStateOutput {\n    @inline\n    def apply(\n        overridden: js.UndefOr[Overridden] = js.undefined,\n        overrider: js.UndefOr[Arn] = js.undefined\n    ): GetPullRequestOverrideStateOutput = {\n      val __obj = js.Dynamic.literal()\n      overridden.foreach(__v => __obj.updateDynamic(\"overridden\")(__v.asInstanceOf[js.Any]))\n      overrider.foreach(__v => __obj.updateDynamic(\"overrider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPullRequestOverrideStateOutput]\n    }\n  }\n\n  \/** Represents the input of a get repository operation.\n    *\/\n  @js.native\n  trait GetRepositoryInput extends js.Object {\n    var repositoryName: RepositoryName\n  }\n\n  object GetRepositoryInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName\n    ): GetRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRepositoryInput]\n    }\n  }\n\n  \/** Represents the output of a get repository operation.\n    *\/\n  @js.native\n  trait GetRepositoryOutput extends js.Object {\n    var repositoryMetadata: js.UndefOr[RepositoryMetadata]\n  }\n\n  object GetRepositoryOutput {\n    @inline\n    def apply(\n        repositoryMetadata: js.UndefOr[RepositoryMetadata] = js.undefined\n    ): GetRepositoryOutput = {\n      val __obj = js.Dynamic.literal()\n      repositoryMetadata.foreach(__v => __obj.updateDynamic(\"repositoryMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRepositoryOutput]\n    }\n  }\n\n  \/** Represents the input of a get repository triggers operation.\n    *\/\n  @js.native\n  trait GetRepositoryTriggersInput extends js.Object {\n    var repositoryName: RepositoryName\n  }\n\n  object GetRepositoryTriggersInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName\n    ): GetRepositoryTriggersInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetRepositoryTriggersInput]\n    }\n  }\n\n  \/** Represents the output of a get repository triggers operation.\n    *\/\n  @js.native\n  trait GetRepositoryTriggersOutput extends js.Object {\n    var configurationId: js.UndefOr[RepositoryTriggersConfigurationId]\n    var triggers: js.UndefOr[RepositoryTriggersList]\n  }\n\n  object GetRepositoryTriggersOutput {\n    @inline\n    def apply(\n        configurationId: js.UndefOr[RepositoryTriggersConfigurationId] = js.undefined,\n        triggers: js.UndefOr[RepositoryTriggersList] = js.undefined\n    ): GetRepositoryTriggersOutput = {\n      val __obj = js.Dynamic.literal()\n      configurationId.foreach(__v => __obj.updateDynamic(\"configurationId\")(__v.asInstanceOf[js.Any]))\n      triggers.foreach(__v => __obj.updateDynamic(\"triggers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRepositoryTriggersOutput]\n    }\n  }\n\n  \/** Information about whether a file is binary or textual in a merge or pull request operation.\n    *\/\n  @js.native\n  trait IsBinaryFile extends js.Object {\n    var base: js.UndefOr[CapitalBoolean]\n    var destination: js.UndefOr[CapitalBoolean]\n    var source: js.UndefOr[CapitalBoolean]\n  }\n\n  object IsBinaryFile {\n    @inline\n    def apply(\n        base: js.UndefOr[CapitalBoolean] = js.undefined,\n        destination: js.UndefOr[CapitalBoolean] = js.undefined,\n        source: js.UndefOr[CapitalBoolean] = js.undefined\n    ): IsBinaryFile = {\n      val __obj = js.Dynamic.literal()\n      base.foreach(__v => __obj.updateDynamic(\"base\")(__v.asInstanceOf[js.Any]))\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IsBinaryFile]\n    }\n  }\n\n  @js.native\n  trait ListApprovalRuleTemplatesInput extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApprovalRuleTemplatesInput {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApprovalRuleTemplatesInput = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApprovalRuleTemplatesInput]\n    }\n  }\n\n  @js.native\n  trait ListApprovalRuleTemplatesOutput extends js.Object {\n    var approvalRuleTemplateNames: js.UndefOr[ApprovalRuleTemplateNameList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApprovalRuleTemplatesOutput {\n    @inline\n    def apply(\n        approvalRuleTemplateNames: js.UndefOr[ApprovalRuleTemplateNameList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApprovalRuleTemplatesOutput = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleTemplateNames.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateNames\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApprovalRuleTemplatesOutput]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedApprovalRuleTemplatesForRepositoryInput extends js.Object {\n    var repositoryName: RepositoryName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociatedApprovalRuleTemplatesForRepositoryInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociatedApprovalRuleTemplatesForRepositoryInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedApprovalRuleTemplatesForRepositoryInput]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedApprovalRuleTemplatesForRepositoryOutput extends js.Object {\n    var approvalRuleTemplateNames: js.UndefOr[ApprovalRuleTemplateNameList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociatedApprovalRuleTemplatesForRepositoryOutput {\n    @inline\n    def apply(\n        approvalRuleTemplateNames: js.UndefOr[ApprovalRuleTemplateNameList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociatedApprovalRuleTemplatesForRepositoryOutput = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleTemplateNames.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateNames\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedApprovalRuleTemplatesForRepositoryOutput]\n    }\n  }\n\n  \/** Represents the input of a list branches operation.\n    *\/\n  @js.native\n  trait ListBranchesInput extends js.Object {\n    var repositoryName: RepositoryName\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBranchesInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBranchesInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBranchesInput]\n    }\n  }\n\n  \/** Represents the output of a list branches operation.\n    *\/\n  @js.native\n  trait ListBranchesOutput extends js.Object {\n    var branches: js.UndefOr[BranchNameList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBranchesOutput {\n    @inline\n    def apply(\n        branches: js.UndefOr[BranchNameList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBranchesOutput = {\n      val __obj = js.Dynamic.literal()\n      branches.foreach(__v => __obj.updateDynamic(\"branches\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBranchesOutput]\n    }\n  }\n\n  @js.native\n  trait ListPullRequestsInput extends js.Object {\n    var repositoryName: RepositoryName\n    var authorArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var pullRequestStatus: js.UndefOr[PullRequestStatusEnum]\n  }\n\n  object ListPullRequestsInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        authorArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        pullRequestStatus: js.UndefOr[PullRequestStatusEnum] = js.undefined\n    ): ListPullRequestsInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      authorArn.foreach(__v => __obj.updateDynamic(\"authorArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      pullRequestStatus.foreach(__v => __obj.updateDynamic(\"pullRequestStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPullRequestsInput]\n    }\n  }\n\n  @js.native\n  trait ListPullRequestsOutput extends js.Object {\n    var pullRequestIds: PullRequestIdList\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPullRequestsOutput {\n    @inline\n    def apply(\n        pullRequestIds: PullRequestIdList,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPullRequestsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestIds\" -> pullRequestIds.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPullRequestsOutput]\n    }\n  }\n\n  @js.native\n  trait ListRepositoriesForApprovalRuleTemplateInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRepositoriesForApprovalRuleTemplateInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRepositoriesForApprovalRuleTemplateInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoriesForApprovalRuleTemplateInput]\n    }\n  }\n\n  @js.native\n  trait ListRepositoriesForApprovalRuleTemplateOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var repositoryNames: js.UndefOr[RepositoryNameList]\n  }\n\n  object ListRepositoriesForApprovalRuleTemplateOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        repositoryNames: js.UndefOr[RepositoryNameList] = js.undefined\n    ): ListRepositoriesForApprovalRuleTemplateOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      repositoryNames.foreach(__v => __obj.updateDynamic(\"repositoryNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoriesForApprovalRuleTemplateOutput]\n    }\n  }\n\n  \/** Represents the input of a list repositories operation.\n    *\/\n  @js.native\n  trait ListRepositoriesInput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var order: js.UndefOr[OrderEnum]\n    var sortBy: js.UndefOr[SortByEnum]\n  }\n\n  object ListRepositoriesInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        order: js.UndefOr[OrderEnum] = js.undefined,\n        sortBy: js.UndefOr[SortByEnum] = js.undefined\n    ): ListRepositoriesInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      order.foreach(__v => __obj.updateDynamic(\"order\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoriesInput]\n    }\n  }\n\n  \/** Represents the output of a list repositories operation.\n    *\/\n  @js.native\n  trait ListRepositoriesOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var repositories: js.UndefOr[RepositoryNameIdPairList]\n  }\n\n  object ListRepositoriesOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        repositories: js.UndefOr[RepositoryNameIdPairList] = js.undefined\n    ): ListRepositoriesOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      repositories.foreach(__v => __obj.updateDynamic(\"repositories\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoriesOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var resourceArn: ResourceArn\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  \/** Returns information about the location of a change or comment in the comparison between two commits or a pull request.\n    *\/\n  @js.native\n  trait Location extends js.Object {\n    var filePath: js.UndefOr[Path]\n    var filePosition: js.UndefOr[Position]\n    var relativeFileVersion: js.UndefOr[RelativeFileVersionEnum]\n  }\n\n  object Location {\n    @inline\n    def apply(\n        filePath: js.UndefOr[Path] = js.undefined,\n        filePosition: js.UndefOr[Position] = js.undefined,\n        relativeFileVersion: js.UndefOr[RelativeFileVersionEnum] = js.undefined\n    ): Location = {\n      val __obj = js.Dynamic.literal()\n      filePath.foreach(__v => __obj.updateDynamic(\"filePath\")(__v.asInstanceOf[js.Any]))\n      filePosition.foreach(__v => __obj.updateDynamic(\"filePosition\")(__v.asInstanceOf[js.Any]))\n      relativeFileVersion.foreach(__v => __obj.updateDynamic(\"relativeFileVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Location]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesByFastForwardInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var targetBranch: js.UndefOr[BranchName]\n  }\n\n  object MergeBranchesByFastForwardInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        targetBranch: js.UndefOr[BranchName] = js.undefined\n    ): MergeBranchesByFastForwardInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      targetBranch.foreach(__v => __obj.updateDynamic(\"targetBranch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesByFastForwardInput]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesByFastForwardOutput extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object MergeBranchesByFastForwardOutput {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): MergeBranchesByFastForwardOutput = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesByFastForwardOutput]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesBySquashInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolution: js.UndefOr[ConflictResolution]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var targetBranch: js.UndefOr[BranchName]\n  }\n\n  object MergeBranchesBySquashInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolution: js.UndefOr[ConflictResolution] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        targetBranch: js.UndefOr[BranchName] = js.undefined\n    ): MergeBranchesBySquashInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolution.foreach(__v => __obj.updateDynamic(\"conflictResolution\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      targetBranch.foreach(__v => __obj.updateDynamic(\"targetBranch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesBySquashInput]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesBySquashOutput extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object MergeBranchesBySquashOutput {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): MergeBranchesBySquashOutput = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesBySquashOutput]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesByThreeWayInput extends js.Object {\n    var destinationCommitSpecifier: CommitName\n    var repositoryName: RepositoryName\n    var sourceCommitSpecifier: CommitName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolution: js.UndefOr[ConflictResolution]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var targetBranch: js.UndefOr[BranchName]\n  }\n\n  object MergeBranchesByThreeWayInput {\n    @inline\n    def apply(\n        destinationCommitSpecifier: CommitName,\n        repositoryName: RepositoryName,\n        sourceCommitSpecifier: CommitName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolution: js.UndefOr[ConflictResolution] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        targetBranch: js.UndefOr[BranchName] = js.undefined\n    ): MergeBranchesByThreeWayInput = {\n      val __obj = js.Dynamic.literal(\n        \"destinationCommitSpecifier\" -> destinationCommitSpecifier.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceCommitSpecifier\" -> sourceCommitSpecifier.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolution.foreach(__v => __obj.updateDynamic(\"conflictResolution\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      targetBranch.foreach(__v => __obj.updateDynamic(\"targetBranch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesByThreeWayInput]\n    }\n  }\n\n  @js.native\n  trait MergeBranchesByThreeWayOutput extends js.Object {\n    var commitId: js.UndefOr[ObjectId]\n    var treeId: js.UndefOr[ObjectId]\n  }\n\n  object MergeBranchesByThreeWayOutput {\n    @inline\n    def apply(\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        treeId: js.UndefOr[ObjectId] = js.undefined\n    ): MergeBranchesByThreeWayOutput = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      treeId.foreach(__v => __obj.updateDynamic(\"treeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeBranchesByThreeWayOutput]\n    }\n  }\n\n  \/** Information about merge hunks in a merge or pull request operation.\n    *\/\n  @js.native\n  trait MergeHunk extends js.Object {\n    var base: js.UndefOr[MergeHunkDetail]\n    var destination: js.UndefOr[MergeHunkDetail]\n    var isConflict: js.UndefOr[IsHunkConflict]\n    var source: js.UndefOr[MergeHunkDetail]\n  }\n\n  object MergeHunk {\n    @inline\n    def apply(\n        base: js.UndefOr[MergeHunkDetail] = js.undefined,\n        destination: js.UndefOr[MergeHunkDetail] = js.undefined,\n        isConflict: js.UndefOr[IsHunkConflict] = js.undefined,\n        source: js.UndefOr[MergeHunkDetail] = js.undefined\n    ): MergeHunk = {\n      val __obj = js.Dynamic.literal()\n      base.foreach(__v => __obj.updateDynamic(\"base\")(__v.asInstanceOf[js.Any]))\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      isConflict.foreach(__v => __obj.updateDynamic(\"isConflict\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeHunk]\n    }\n  }\n\n  \/** Information about the details of a merge hunk that contains a conflict in a merge or pull request operation.\n    *\/\n  @js.native\n  trait MergeHunkDetail extends js.Object {\n    var endLine: js.UndefOr[LineNumber]\n    var hunkContent: js.UndefOr[HunkContent]\n    var startLine: js.UndefOr[LineNumber]\n  }\n\n  object MergeHunkDetail {\n    @inline\n    def apply(\n        endLine: js.UndefOr[LineNumber] = js.undefined,\n        hunkContent: js.UndefOr[HunkContent] = js.undefined,\n        startLine: js.UndefOr[LineNumber] = js.undefined\n    ): MergeHunkDetail = {\n      val __obj = js.Dynamic.literal()\n      endLine.foreach(__v => __obj.updateDynamic(\"endLine\")(__v.asInstanceOf[js.Any]))\n      hunkContent.foreach(__v => __obj.updateDynamic(\"hunkContent\")(__v.asInstanceOf[js.Any]))\n      startLine.foreach(__v => __obj.updateDynamic(\"startLine\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeHunkDetail]\n    }\n  }\n\n  \/** Returns information about a merge or potential merge between a source reference and a destination reference in a pull request.\n    *\/\n  @js.native\n  trait MergeMetadata extends js.Object {\n    var isMerged: js.UndefOr[IsMerged]\n    var mergeCommitId: js.UndefOr[CommitId]\n    var mergeOption: js.UndefOr[MergeOptionTypeEnum]\n    var mergedBy: js.UndefOr[Arn]\n  }\n\n  object MergeMetadata {\n    @inline\n    def apply(\n        isMerged: js.UndefOr[IsMerged] = js.undefined,\n        mergeCommitId: js.UndefOr[CommitId] = js.undefined,\n        mergeOption: js.UndefOr[MergeOptionTypeEnum] = js.undefined,\n        mergedBy: js.UndefOr[Arn] = js.undefined\n    ): MergeMetadata = {\n      val __obj = js.Dynamic.literal()\n      isMerged.foreach(__v => __obj.updateDynamic(\"isMerged\")(__v.asInstanceOf[js.Any]))\n      mergeCommitId.foreach(__v => __obj.updateDynamic(\"mergeCommitId\")(__v.asInstanceOf[js.Any]))\n      mergeOption.foreach(__v => __obj.updateDynamic(\"mergeOption\")(__v.asInstanceOf[js.Any]))\n      mergedBy.foreach(__v => __obj.updateDynamic(\"mergedBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeMetadata]\n    }\n  }\n\n  \/** Information about the file operation conflicts in a merge operation.\n    *\/\n  @js.native\n  trait MergeOperations extends js.Object {\n    var destination: js.UndefOr[ChangeTypeEnum]\n    var source: js.UndefOr[ChangeTypeEnum]\n  }\n\n  object MergeOperations {\n    @inline\n    def apply(\n        destination: js.UndefOr[ChangeTypeEnum] = js.undefined,\n        source: js.UndefOr[ChangeTypeEnum] = js.undefined\n    ): MergeOperations = {\n      val __obj = js.Dynamic.literal()\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergeOperations]\n    }\n  }\n\n  @js.native\n  sealed trait MergeOptionTypeEnum extends js.Any\n  object MergeOptionTypeEnum {\n    val FAST_FORWARD_MERGE = \"FAST_FORWARD_MERGE\".asInstanceOf[MergeOptionTypeEnum]\n    val SQUASH_MERGE = \"SQUASH_MERGE\".asInstanceOf[MergeOptionTypeEnum]\n    val THREE_WAY_MERGE = \"THREE_WAY_MERGE\".asInstanceOf[MergeOptionTypeEnum]\n\n    @inline def values = js.Array(FAST_FORWARD_MERGE, SQUASH_MERGE, THREE_WAY_MERGE)\n  }\n\n  @js.native\n  trait MergePullRequestByFastForwardInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var repositoryName: RepositoryName\n    var sourceCommitId: js.UndefOr[ObjectId]\n  }\n\n  object MergePullRequestByFastForwardInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        repositoryName: RepositoryName,\n        sourceCommitId: js.UndefOr[ObjectId] = js.undefined\n    ): MergePullRequestByFastForwardInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      sourceCommitId.foreach(__v => __obj.updateDynamic(\"sourceCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestByFastForwardInput]\n    }\n  }\n\n  @js.native\n  trait MergePullRequestByFastForwardOutput extends js.Object {\n    var pullRequest: js.UndefOr[PullRequest]\n  }\n\n  object MergePullRequestByFastForwardOutput {\n    @inline\n    def apply(\n        pullRequest: js.UndefOr[PullRequest] = js.undefined\n    ): MergePullRequestByFastForwardOutput = {\n      val __obj = js.Dynamic.literal()\n      pullRequest.foreach(__v => __obj.updateDynamic(\"pullRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestByFastForwardOutput]\n    }\n  }\n\n  @js.native\n  trait MergePullRequestBySquashInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var repositoryName: RepositoryName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolution: js.UndefOr[ConflictResolution]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var sourceCommitId: js.UndefOr[ObjectId]\n  }\n\n  object MergePullRequestBySquashInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        repositoryName: RepositoryName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolution: js.UndefOr[ConflictResolution] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        sourceCommitId: js.UndefOr[ObjectId] = js.undefined\n    ): MergePullRequestBySquashInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolution.foreach(__v => __obj.updateDynamic(\"conflictResolution\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      sourceCommitId.foreach(__v => __obj.updateDynamic(\"sourceCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestBySquashInput]\n    }\n  }\n\n  @js.native\n  trait MergePullRequestBySquashOutput extends js.Object {\n    var pullRequest: js.UndefOr[PullRequest]\n  }\n\n  object MergePullRequestBySquashOutput {\n    @inline\n    def apply(\n        pullRequest: js.UndefOr[PullRequest] = js.undefined\n    ): MergePullRequestBySquashOutput = {\n      val __obj = js.Dynamic.literal()\n      pullRequest.foreach(__v => __obj.updateDynamic(\"pullRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestBySquashOutput]\n    }\n  }\n\n  @js.native\n  trait MergePullRequestByThreeWayInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var repositoryName: RepositoryName\n    var authorName: js.UndefOr[Name]\n    var commitMessage: js.UndefOr[Message]\n    var conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum]\n    var conflictResolution: js.UndefOr[ConflictResolution]\n    var conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum]\n    var email: js.UndefOr[Email]\n    var keepEmptyFolders: js.UndefOr[KeepEmptyFolders]\n    var sourceCommitId: js.UndefOr[ObjectId]\n  }\n\n  object MergePullRequestByThreeWayInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        repositoryName: RepositoryName,\n        authorName: js.UndefOr[Name] = js.undefined,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        conflictDetailLevel: js.UndefOr[ConflictDetailLevelTypeEnum] = js.undefined,\n        conflictResolution: js.UndefOr[ConflictResolution] = js.undefined,\n        conflictResolutionStrategy: js.UndefOr[ConflictResolutionStrategyTypeEnum] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        keepEmptyFolders: js.UndefOr[KeepEmptyFolders] = js.undefined,\n        sourceCommitId: js.UndefOr[ObjectId] = js.undefined\n    ): MergePullRequestByThreeWayInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      authorName.foreach(__v => __obj.updateDynamic(\"authorName\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      conflictDetailLevel.foreach(__v => __obj.updateDynamic(\"conflictDetailLevel\")(__v.asInstanceOf[js.Any]))\n      conflictResolution.foreach(__v => __obj.updateDynamic(\"conflictResolution\")(__v.asInstanceOf[js.Any]))\n      conflictResolutionStrategy.foreach(__v => __obj.updateDynamic(\"conflictResolutionStrategy\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      keepEmptyFolders.foreach(__v => __obj.updateDynamic(\"keepEmptyFolders\")(__v.asInstanceOf[js.Any]))\n      sourceCommitId.foreach(__v => __obj.updateDynamic(\"sourceCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestByThreeWayInput]\n    }\n  }\n\n  @js.native\n  trait MergePullRequestByThreeWayOutput extends js.Object {\n    var pullRequest: js.UndefOr[PullRequest]\n  }\n\n  object MergePullRequestByThreeWayOutput {\n    @inline\n    def apply(\n        pullRequest: js.UndefOr[PullRequest] = js.undefined\n    ): MergePullRequestByThreeWayOutput = {\n      val __obj = js.Dynamic.literal()\n      pullRequest.foreach(__v => __obj.updateDynamic(\"pullRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MergePullRequestByThreeWayOutput]\n    }\n  }\n\n  @js.native\n  sealed trait ObjectTypeEnum extends js.Any\n  object ObjectTypeEnum {\n    val FILE = \"FILE\".asInstanceOf[ObjectTypeEnum]\n    val DIRECTORY = \"DIRECTORY\".asInstanceOf[ObjectTypeEnum]\n    val GIT_LINK = \"GIT_LINK\".asInstanceOf[ObjectTypeEnum]\n    val SYMBOLIC_LINK = \"SYMBOLIC_LINK\".asInstanceOf[ObjectTypeEnum]\n\n    @inline def values = js.Array(FILE, DIRECTORY, GIT_LINK, SYMBOLIC_LINK)\n  }\n\n  \/** Information about the type of an object in a merge operation.\n    *\/\n  @js.native\n  trait ObjectTypes extends js.Object {\n    var base: js.UndefOr[ObjectTypeEnum]\n    var destination: js.UndefOr[ObjectTypeEnum]\n    var source: js.UndefOr[ObjectTypeEnum]\n  }\n\n  object ObjectTypes {\n    @inline\n    def apply(\n        base: js.UndefOr[ObjectTypeEnum] = js.undefined,\n        destination: js.UndefOr[ObjectTypeEnum] = js.undefined,\n        source: js.UndefOr[ObjectTypeEnum] = js.undefined\n    ): ObjectTypes = {\n      val __obj = js.Dynamic.literal()\n      base.foreach(__v => __obj.updateDynamic(\"base\")(__v.asInstanceOf[js.Any]))\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ObjectTypes]\n    }\n  }\n\n  @js.native\n  sealed trait OrderEnum extends js.Any\n  object OrderEnum {\n    val ascending = \"ascending\".asInstanceOf[OrderEnum]\n    val descending = \"descending\".asInstanceOf[OrderEnum]\n\n    @inline def values = js.Array(ascending, descending)\n  }\n\n  \/** Returns information about the template that created the approval rule for a pull request.\n    *\/\n  @js.native\n  trait OriginApprovalRuleTemplate extends js.Object {\n    var approvalRuleTemplateId: js.UndefOr[ApprovalRuleTemplateId]\n    var approvalRuleTemplateName: js.UndefOr[ApprovalRuleTemplateName]\n  }\n\n  object OriginApprovalRuleTemplate {\n    @inline\n    def apply(\n        approvalRuleTemplateId: js.UndefOr[ApprovalRuleTemplateId] = js.undefined,\n        approvalRuleTemplateName: js.UndefOr[ApprovalRuleTemplateName] = js.undefined\n    ): OriginApprovalRuleTemplate = {\n      val __obj = js.Dynamic.literal()\n      approvalRuleTemplateId.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateId\")(__v.asInstanceOf[js.Any]))\n      approvalRuleTemplateName.foreach(__v => __obj.updateDynamic(\"approvalRuleTemplateName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginApprovalRuleTemplate]\n    }\n  }\n\n  @js.native\n  trait OverridePullRequestApprovalRulesInput extends js.Object {\n    var overrideStatus: OverrideStatus\n    var pullRequestId: PullRequestId\n    var revisionId: RevisionId\n  }\n\n  object OverridePullRequestApprovalRulesInput {\n    @inline\n    def apply(\n        overrideStatus: OverrideStatus,\n        pullRequestId: PullRequestId,\n        revisionId: RevisionId\n    ): OverridePullRequestApprovalRulesInput = {\n      val __obj = js.Dynamic.literal(\n        \"overrideStatus\" -> overrideStatus.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OverridePullRequestApprovalRulesInput]\n    }\n  }\n\n  @js.native\n  sealed trait OverrideStatus extends js.Any\n  object OverrideStatus {\n    val OVERRIDE = \"OVERRIDE\".asInstanceOf[OverrideStatus]\n    val REVOKE = \"REVOKE\".asInstanceOf[OverrideStatus]\n\n    @inline def values = js.Array(OVERRIDE, REVOKE)\n  }\n\n  @js.native\n  trait PostCommentForComparedCommitInput extends js.Object {\n    var afterCommitId: CommitId\n    var content: Content\n    var repositoryName: RepositoryName\n    var beforeCommitId: js.UndefOr[CommitId]\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var location: js.UndefOr[Location]\n  }\n\n  object PostCommentForComparedCommitInput {\n    @inline\n    def apply(\n        afterCommitId: CommitId,\n        content: Content,\n        repositoryName: RepositoryName,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined\n    ): PostCommentForComparedCommitInput = {\n      val __obj = js.Dynamic.literal(\n        \"afterCommitId\" -> afterCommitId.asInstanceOf[js.Any],\n        \"content\" -> content.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentForComparedCommitInput]\n    }\n  }\n\n  @js.native\n  trait PostCommentForComparedCommitOutput extends js.Object {\n    var afterBlobId: js.UndefOr[ObjectId]\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeBlobId: js.UndefOr[ObjectId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var comment: js.UndefOr[Comment]\n    var location: js.UndefOr[Location]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PostCommentForComparedCommitOutput {\n    @inline\n    def apply(\n        afterBlobId: js.UndefOr[ObjectId] = js.undefined,\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeBlobId: js.UndefOr[ObjectId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        comment: js.UndefOr[Comment] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PostCommentForComparedCommitOutput = {\n      val __obj = js.Dynamic.literal()\n      afterBlobId.foreach(__v => __obj.updateDynamic(\"afterBlobId\")(__v.asInstanceOf[js.Any]))\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeBlobId.foreach(__v => __obj.updateDynamic(\"beforeBlobId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentForComparedCommitOutput]\n    }\n  }\n\n  @js.native\n  trait PostCommentForPullRequestInput extends js.Object {\n    var afterCommitId: CommitId\n    var beforeCommitId: CommitId\n    var content: Content\n    var pullRequestId: PullRequestId\n    var repositoryName: RepositoryName\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var location: js.UndefOr[Location]\n  }\n\n  object PostCommentForPullRequestInput {\n    @inline\n    def apply(\n        afterCommitId: CommitId,\n        beforeCommitId: CommitId,\n        content: Content,\n        pullRequestId: PullRequestId,\n        repositoryName: RepositoryName,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined\n    ): PostCommentForPullRequestInput = {\n      val __obj = js.Dynamic.literal(\n        \"afterCommitId\" -> afterCommitId.asInstanceOf[js.Any],\n        \"beforeCommitId\" -> beforeCommitId.asInstanceOf[js.Any],\n        \"content\" -> content.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentForPullRequestInput]\n    }\n  }\n\n  @js.native\n  trait PostCommentForPullRequestOutput extends js.Object {\n    var afterBlobId: js.UndefOr[ObjectId]\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeBlobId: js.UndefOr[ObjectId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var comment: js.UndefOr[Comment]\n    var location: js.UndefOr[Location]\n    var pullRequestId: js.UndefOr[PullRequestId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PostCommentForPullRequestOutput {\n    @inline\n    def apply(\n        afterBlobId: js.UndefOr[ObjectId] = js.undefined,\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeBlobId: js.UndefOr[ObjectId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        comment: js.UndefOr[Comment] = js.undefined,\n        location: js.UndefOr[Location] = js.undefined,\n        pullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PostCommentForPullRequestOutput = {\n      val __obj = js.Dynamic.literal()\n      afterBlobId.foreach(__v => __obj.updateDynamic(\"afterBlobId\")(__v.asInstanceOf[js.Any]))\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeBlobId.foreach(__v => __obj.updateDynamic(\"beforeBlobId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      pullRequestId.foreach(__v => __obj.updateDynamic(\"pullRequestId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentForPullRequestOutput]\n    }\n  }\n\n  @js.native\n  trait PostCommentReplyInput extends js.Object {\n    var content: Content\n    var inReplyTo: CommentId\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object PostCommentReplyInput {\n    @inline\n    def apply(\n        content: Content,\n        inReplyTo: CommentId,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): PostCommentReplyInput = {\n      val __obj = js.Dynamic.literal(\n        \"content\" -> content.asInstanceOf[js.Any],\n        \"inReplyTo\" -> inReplyTo.asInstanceOf[js.Any]\n      )\n\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentReplyInput]\n    }\n  }\n\n  @js.native\n  trait PostCommentReplyOutput extends js.Object {\n    var comment: js.UndefOr[Comment]\n  }\n\n  object PostCommentReplyOutput {\n    @inline\n    def apply(\n        comment: js.UndefOr[Comment] = js.undefined\n    ): PostCommentReplyOutput = {\n      val __obj = js.Dynamic.literal()\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PostCommentReplyOutput]\n    }\n  }\n\n  \/** Returns information about a pull request.\n    *\/\n  @js.native\n  trait PullRequest extends js.Object {\n    var approvalRules: js.UndefOr[ApprovalRulesList]\n    var authorArn: js.UndefOr[Arn]\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var creationDate: js.UndefOr[CreationDate]\n    var description: js.UndefOr[Description]\n    var lastActivityDate: js.UndefOr[LastModifiedDate]\n    var pullRequestId: js.UndefOr[PullRequestId]\n    var pullRequestStatus: js.UndefOr[PullRequestStatusEnum]\n    var pullRequestTargets: js.UndefOr[PullRequestTargetList]\n    var revisionId: js.UndefOr[RevisionId]\n    var title: js.UndefOr[Title]\n  }\n\n  object PullRequest {\n    @inline\n    def apply(\n        approvalRules: js.UndefOr[ApprovalRulesList] = js.undefined,\n        authorArn: js.UndefOr[Arn] = js.undefined,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        creationDate: js.UndefOr[CreationDate] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastActivityDate: js.UndefOr[LastModifiedDate] = js.undefined,\n        pullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        pullRequestStatus: js.UndefOr[PullRequestStatusEnum] = js.undefined,\n        pullRequestTargets: js.UndefOr[PullRequestTargetList] = js.undefined,\n        revisionId: js.UndefOr[RevisionId] = js.undefined,\n        title: js.UndefOr[Title] = js.undefined\n    ): PullRequest = {\n      val __obj = js.Dynamic.literal()\n      approvalRules.foreach(__v => __obj.updateDynamic(\"approvalRules\")(__v.asInstanceOf[js.Any]))\n      authorArn.foreach(__v => __obj.updateDynamic(\"authorArn\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      creationDate.foreach(__v => __obj.updateDynamic(\"creationDate\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastActivityDate.foreach(__v => __obj.updateDynamic(\"lastActivityDate\")(__v.asInstanceOf[js.Any]))\n      pullRequestId.foreach(__v => __obj.updateDynamic(\"pullRequestId\")(__v.asInstanceOf[js.Any]))\n      pullRequestStatus.foreach(__v => __obj.updateDynamic(\"pullRequestStatus\")(__v.asInstanceOf[js.Any]))\n      pullRequestTargets.foreach(__v => __obj.updateDynamic(\"pullRequestTargets\")(__v.asInstanceOf[js.Any]))\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      title.foreach(__v => __obj.updateDynamic(\"title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequest]\n    }\n  }\n\n  \/** Metadata about the pull request that is used when comparing the pull request source with its destination.\n    *\/\n  @js.native\n  trait PullRequestCreatedEventMetadata extends js.Object {\n    var destinationCommitId: js.UndefOr[CommitId]\n    var mergeBase: js.UndefOr[CommitId]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var sourceCommitId: js.UndefOr[CommitId]\n  }\n\n  object PullRequestCreatedEventMetadata {\n    @inline\n    def apply(\n        destinationCommitId: js.UndefOr[CommitId] = js.undefined,\n        mergeBase: js.UndefOr[CommitId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        sourceCommitId: js.UndefOr[CommitId] = js.undefined\n    ): PullRequestCreatedEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      destinationCommitId.foreach(__v => __obj.updateDynamic(\"destinationCommitId\")(__v.asInstanceOf[js.Any]))\n      mergeBase.foreach(__v => __obj.updateDynamic(\"mergeBase\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      sourceCommitId.foreach(__v => __obj.updateDynamic(\"sourceCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestCreatedEventMetadata]\n    }\n  }\n\n  \/** Returns information about a pull request event.\n    *\/\n  @js.native\n  trait PullRequestEvent extends js.Object {\n    var actorArn: js.UndefOr[Arn]\n    var approvalRuleEventMetadata: js.UndefOr[ApprovalRuleEventMetadata]\n    var approvalRuleOverriddenEventMetadata: js.UndefOr[ApprovalRuleOverriddenEventMetadata]\n    var approvalStateChangedEventMetadata: js.UndefOr[ApprovalStateChangedEventMetadata]\n    var eventDate: js.UndefOr[EventDate]\n    var pullRequestCreatedEventMetadata: js.UndefOr[PullRequestCreatedEventMetadata]\n    var pullRequestEventType: js.UndefOr[PullRequestEventType]\n    var pullRequestId: js.UndefOr[PullRequestId]\n    var pullRequestMergedStateChangedEventMetadata: js.UndefOr[PullRequestMergedStateChangedEventMetadata]\n    var pullRequestSourceReferenceUpdatedEventMetadata: js.UndefOr[PullRequestSourceReferenceUpdatedEventMetadata]\n    var pullRequestStatusChangedEventMetadata: js.UndefOr[PullRequestStatusChangedEventMetadata]\n  }\n\n  object PullRequestEvent {\n    @inline\n    def apply(\n        actorArn: js.UndefOr[Arn] = js.undefined,\n        approvalRuleEventMetadata: js.UndefOr[ApprovalRuleEventMetadata] = js.undefined,\n        approvalRuleOverriddenEventMetadata: js.UndefOr[ApprovalRuleOverriddenEventMetadata] = js.undefined,\n        approvalStateChangedEventMetadata: js.UndefOr[ApprovalStateChangedEventMetadata] = js.undefined,\n        eventDate: js.UndefOr[EventDate] = js.undefined,\n        pullRequestCreatedEventMetadata: js.UndefOr[PullRequestCreatedEventMetadata] = js.undefined,\n        pullRequestEventType: js.UndefOr[PullRequestEventType] = js.undefined,\n        pullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        pullRequestMergedStateChangedEventMetadata: js.UndefOr[PullRequestMergedStateChangedEventMetadata] = js.undefined,\n        pullRequestSourceReferenceUpdatedEventMetadata: js.UndefOr[PullRequestSourceReferenceUpdatedEventMetadata] = js.undefined,\n        pullRequestStatusChangedEventMetadata: js.UndefOr[PullRequestStatusChangedEventMetadata] = js.undefined\n    ): PullRequestEvent = {\n      val __obj = js.Dynamic.literal()\n      actorArn.foreach(__v => __obj.updateDynamic(\"actorArn\")(__v.asInstanceOf[js.Any]))\n      approvalRuleEventMetadata.foreach(__v => __obj.updateDynamic(\"approvalRuleEventMetadata\")(__v.asInstanceOf[js.Any]))\n      approvalRuleOverriddenEventMetadata.foreach(__v => __obj.updateDynamic(\"approvalRuleOverriddenEventMetadata\")(__v.asInstanceOf[js.Any]))\n      approvalStateChangedEventMetadata.foreach(__v => __obj.updateDynamic(\"approvalStateChangedEventMetadata\")(__v.asInstanceOf[js.Any]))\n      eventDate.foreach(__v => __obj.updateDynamic(\"eventDate\")(__v.asInstanceOf[js.Any]))\n      pullRequestCreatedEventMetadata.foreach(__v => __obj.updateDynamic(\"pullRequestCreatedEventMetadata\")(__v.asInstanceOf[js.Any]))\n      pullRequestEventType.foreach(__v => __obj.updateDynamic(\"pullRequestEventType\")(__v.asInstanceOf[js.Any]))\n      pullRequestId.foreach(__v => __obj.updateDynamic(\"pullRequestId\")(__v.asInstanceOf[js.Any]))\n      pullRequestMergedStateChangedEventMetadata.foreach(__v => __obj.updateDynamic(\"pullRequestMergedStateChangedEventMetadata\")(__v.asInstanceOf[js.Any]))\n      pullRequestSourceReferenceUpdatedEventMetadata.foreach(__v => __obj.updateDynamic(\"pullRequestSourceReferenceUpdatedEventMetadata\")(__v.asInstanceOf[js.Any]))\n      pullRequestStatusChangedEventMetadata.foreach(__v => __obj.updateDynamic(\"pullRequestStatusChangedEventMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestEvent]\n    }\n  }\n\n  @js.native\n  sealed trait PullRequestEventType extends js.Any\n  object PullRequestEventType {\n    val PULL_REQUEST_CREATED = \"PULL_REQUEST_CREATED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_STATUS_CHANGED = \"PULL_REQUEST_STATUS_CHANGED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_SOURCE_REFERENCE_UPDATED = \"PULL_REQUEST_SOURCE_REFERENCE_UPDATED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_MERGE_STATE_CHANGED = \"PULL_REQUEST_MERGE_STATE_CHANGED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_APPROVAL_RULE_CREATED = \"PULL_REQUEST_APPROVAL_RULE_CREATED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_APPROVAL_RULE_UPDATED = \"PULL_REQUEST_APPROVAL_RULE_UPDATED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_APPROVAL_RULE_DELETED = \"PULL_REQUEST_APPROVAL_RULE_DELETED\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_APPROVAL_RULE_OVERRIDDEN = \"PULL_REQUEST_APPROVAL_RULE_OVERRIDDEN\".asInstanceOf[PullRequestEventType]\n    val PULL_REQUEST_APPROVAL_STATE_CHANGED = \"PULL_REQUEST_APPROVAL_STATE_CHANGED\".asInstanceOf[PullRequestEventType]\n\n    @inline def values = js.Array(\n      PULL_REQUEST_CREATED,\n      PULL_REQUEST_STATUS_CHANGED,\n      PULL_REQUEST_SOURCE_REFERENCE_UPDATED,\n      PULL_REQUEST_MERGE_STATE_CHANGED,\n      PULL_REQUEST_APPROVAL_RULE_CREATED,\n      PULL_REQUEST_APPROVAL_RULE_UPDATED,\n      PULL_REQUEST_APPROVAL_RULE_DELETED,\n      PULL_REQUEST_APPROVAL_RULE_OVERRIDDEN,\n      PULL_REQUEST_APPROVAL_STATE_CHANGED\n    )\n  }\n\n  \/** Returns information about the change in the merge state for a pull request event.\n    *\/\n  @js.native\n  trait PullRequestMergedStateChangedEventMetadata extends js.Object {\n    var destinationReference: js.UndefOr[ReferenceName]\n    var mergeMetadata: js.UndefOr[MergeMetadata]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PullRequestMergedStateChangedEventMetadata {\n    @inline\n    def apply(\n        destinationReference: js.UndefOr[ReferenceName] = js.undefined,\n        mergeMetadata: js.UndefOr[MergeMetadata] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PullRequestMergedStateChangedEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      destinationReference.foreach(__v => __obj.updateDynamic(\"destinationReference\")(__v.asInstanceOf[js.Any]))\n      mergeMetadata.foreach(__v => __obj.updateDynamic(\"mergeMetadata\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestMergedStateChangedEventMetadata]\n    }\n  }\n\n  \/** Information about an update to the source branch of a pull request.\n    *\/\n  @js.native\n  trait PullRequestSourceReferenceUpdatedEventMetadata extends js.Object {\n    var afterCommitId: js.UndefOr[CommitId]\n    var beforeCommitId: js.UndefOr[CommitId]\n    var mergeBase: js.UndefOr[CommitId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object PullRequestSourceReferenceUpdatedEventMetadata {\n    @inline\n    def apply(\n        afterCommitId: js.UndefOr[CommitId] = js.undefined,\n        beforeCommitId: js.UndefOr[CommitId] = js.undefined,\n        mergeBase: js.UndefOr[CommitId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): PullRequestSourceReferenceUpdatedEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      afterCommitId.foreach(__v => __obj.updateDynamic(\"afterCommitId\")(__v.asInstanceOf[js.Any]))\n      beforeCommitId.foreach(__v => __obj.updateDynamic(\"beforeCommitId\")(__v.asInstanceOf[js.Any]))\n      mergeBase.foreach(__v => __obj.updateDynamic(\"mergeBase\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestSourceReferenceUpdatedEventMetadata]\n    }\n  }\n\n  \/** Information about a change to the status of a pull request.\n    *\/\n  @js.native\n  trait PullRequestStatusChangedEventMetadata extends js.Object {\n    var pullRequestStatus: js.UndefOr[PullRequestStatusEnum]\n  }\n\n  object PullRequestStatusChangedEventMetadata {\n    @inline\n    def apply(\n        pullRequestStatus: js.UndefOr[PullRequestStatusEnum] = js.undefined\n    ): PullRequestStatusChangedEventMetadata = {\n      val __obj = js.Dynamic.literal()\n      pullRequestStatus.foreach(__v => __obj.updateDynamic(\"pullRequestStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestStatusChangedEventMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait PullRequestStatusEnum extends js.Any\n  object PullRequestStatusEnum {\n    val OPEN = \"OPEN\".asInstanceOf[PullRequestStatusEnum]\n    val CLOSED = \"CLOSED\".asInstanceOf[PullRequestStatusEnum]\n\n    @inline def values = js.Array(OPEN, CLOSED)\n  }\n\n  \/** Returns information about a pull request target.\n    *\/\n  @js.native\n  trait PullRequestTarget extends js.Object {\n    var destinationCommit: js.UndefOr[CommitId]\n    var destinationReference: js.UndefOr[ReferenceName]\n    var mergeBase: js.UndefOr[CommitId]\n    var mergeMetadata: js.UndefOr[MergeMetadata]\n    var repositoryName: js.UndefOr[RepositoryName]\n    var sourceCommit: js.UndefOr[CommitId]\n    var sourceReference: js.UndefOr[ReferenceName]\n  }\n\n  object PullRequestTarget {\n    @inline\n    def apply(\n        destinationCommit: js.UndefOr[CommitId] = js.undefined,\n        destinationReference: js.UndefOr[ReferenceName] = js.undefined,\n        mergeBase: js.UndefOr[CommitId] = js.undefined,\n        mergeMetadata: js.UndefOr[MergeMetadata] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined,\n        sourceCommit: js.UndefOr[CommitId] = js.undefined,\n        sourceReference: js.UndefOr[ReferenceName] = js.undefined\n    ): PullRequestTarget = {\n      val __obj = js.Dynamic.literal()\n      destinationCommit.foreach(__v => __obj.updateDynamic(\"destinationCommit\")(__v.asInstanceOf[js.Any]))\n      destinationReference.foreach(__v => __obj.updateDynamic(\"destinationReference\")(__v.asInstanceOf[js.Any]))\n      mergeBase.foreach(__v => __obj.updateDynamic(\"mergeBase\")(__v.asInstanceOf[js.Any]))\n      mergeMetadata.foreach(__v => __obj.updateDynamic(\"mergeMetadata\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      sourceCommit.foreach(__v => __obj.updateDynamic(\"sourceCommit\")(__v.asInstanceOf[js.Any]))\n      sourceReference.foreach(__v => __obj.updateDynamic(\"sourceReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PullRequestTarget]\n    }\n  }\n\n  @js.native\n  trait PutCommentReactionInput extends js.Object {\n    var commentId: CommentId\n    var reactionValue: ReactionValue\n  }\n\n  object PutCommentReactionInput {\n    @inline\n    def apply(\n        commentId: CommentId,\n        reactionValue: ReactionValue\n    ): PutCommentReactionInput = {\n      val __obj = js.Dynamic.literal(\n        \"commentId\" -> commentId.asInstanceOf[js.Any],\n        \"reactionValue\" -> reactionValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutCommentReactionInput]\n    }\n  }\n\n  \/** Information about a file added or updated as part of a commit.\n    *\/\n  @js.native\n  trait PutFileEntry extends js.Object {\n    var filePath: Path\n    var fileContent: js.UndefOr[FileContent]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n    var sourceFile: js.UndefOr[SourceFileSpecifier]\n  }\n\n  object PutFileEntry {\n    @inline\n    def apply(\n        filePath: Path,\n        fileContent: js.UndefOr[FileContent] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        sourceFile: js.UndefOr[SourceFileSpecifier] = js.undefined\n    ): PutFileEntry = {\n      val __obj = js.Dynamic.literal(\n        \"filePath\" -> filePath.asInstanceOf[js.Any]\n      )\n\n      fileContent.foreach(__v => __obj.updateDynamic(\"fileContent\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      sourceFile.foreach(__v => __obj.updateDynamic(\"sourceFile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutFileEntry]\n    }\n  }\n\n  @js.native\n  trait PutFileInput extends js.Object {\n    var branchName: BranchName\n    var fileContent: FileContent\n    var filePath: Path\n    var repositoryName: RepositoryName\n    var commitMessage: js.UndefOr[Message]\n    var email: js.UndefOr[Email]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n    var name: js.UndefOr[Name]\n    var parentCommitId: js.UndefOr[CommitId]\n  }\n\n  object PutFileInput {\n    @inline\n    def apply(\n        branchName: BranchName,\n        fileContent: FileContent,\n        filePath: Path,\n        repositoryName: RepositoryName,\n        commitMessage: js.UndefOr[Message] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        parentCommitId: js.UndefOr[CommitId] = js.undefined\n    ): PutFileInput = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"fileContent\" -> fileContent.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      parentCommitId.foreach(__v => __obj.updateDynamic(\"parentCommitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutFileInput]\n    }\n  }\n\n  @js.native\n  trait PutFileOutput extends js.Object {\n    var blobId: ObjectId\n    var commitId: ObjectId\n    var treeId: ObjectId\n  }\n\n  object PutFileOutput {\n    @inline\n    def apply(\n        blobId: ObjectId,\n        commitId: ObjectId,\n        treeId: ObjectId\n    ): PutFileOutput = {\n      val __obj = js.Dynamic.literal(\n        \"blobId\" -> blobId.asInstanceOf[js.Any],\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"treeId\" -> treeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFileOutput]\n    }\n  }\n\n  \/** Represents the input of a put repository triggers operation.\n    *\/\n  @js.native\n  trait PutRepositoryTriggersInput extends js.Object {\n    var repositoryName: RepositoryName\n    var triggers: RepositoryTriggersList\n  }\n\n  object PutRepositoryTriggersInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        triggers: RepositoryTriggersList\n    ): PutRepositoryTriggersInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"triggers\" -> triggers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRepositoryTriggersInput]\n    }\n  }\n\n  \/** Represents the output of a put repository triggers operation.\n    *\/\n  @js.native\n  trait PutRepositoryTriggersOutput extends js.Object {\n    var configurationId: js.UndefOr[RepositoryTriggersConfigurationId]\n  }\n\n  object PutRepositoryTriggersOutput {\n    @inline\n    def apply(\n        configurationId: js.UndefOr[RepositoryTriggersConfigurationId] = js.undefined\n    ): PutRepositoryTriggersOutput = {\n      val __obj = js.Dynamic.literal()\n      configurationId.foreach(__v => __obj.updateDynamic(\"configurationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRepositoryTriggersOutput]\n    }\n  }\n\n  \/** Information about the reaction values provided by users on a comment.\n    *\/\n  @js.native\n  trait ReactionForComment extends js.Object {\n    var reaction: js.UndefOr[ReactionValueFormats]\n    var reactionUsers: js.UndefOr[ReactionUsersList]\n    var reactionsFromDeletedUsersCount: js.UndefOr[Count]\n  }\n\n  object ReactionForComment {\n    @inline\n    def apply(\n        reaction: js.UndefOr[ReactionValueFormats] = js.undefined,\n        reactionUsers: js.UndefOr[ReactionUsersList] = js.undefined,\n        reactionsFromDeletedUsersCount: js.UndefOr[Count] = js.undefined\n    ): ReactionForComment = {\n      val __obj = js.Dynamic.literal()\n      reaction.foreach(__v => __obj.updateDynamic(\"reaction\")(__v.asInstanceOf[js.Any]))\n      reactionUsers.foreach(__v => __obj.updateDynamic(\"reactionUsers\")(__v.asInstanceOf[js.Any]))\n      reactionsFromDeletedUsersCount.foreach(__v => __obj.updateDynamic(\"reactionsFromDeletedUsersCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReactionForComment]\n    }\n  }\n\n  \/** Information about the values for reactions to a comment. AWS CodeCommit supports a limited set of reactions.\n    *\/\n  @js.native\n  trait ReactionValueFormats extends js.Object {\n    var emoji: js.UndefOr[ReactionEmoji]\n    var shortCode: js.UndefOr[ReactionShortCode]\n    var unicode: js.UndefOr[ReactionUnicode]\n  }\n\n  object ReactionValueFormats {\n    @inline\n    def apply(\n        emoji: js.UndefOr[ReactionEmoji] = js.undefined,\n        shortCode: js.UndefOr[ReactionShortCode] = js.undefined,\n        unicode: js.UndefOr[ReactionUnicode] = js.undefined\n    ): ReactionValueFormats = {\n      val __obj = js.Dynamic.literal()\n      emoji.foreach(__v => __obj.updateDynamic(\"emoji\")(__v.asInstanceOf[js.Any]))\n      shortCode.foreach(__v => __obj.updateDynamic(\"shortCode\")(__v.asInstanceOf[js.Any]))\n      unicode.foreach(__v => __obj.updateDynamic(\"unicode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReactionValueFormats]\n    }\n  }\n\n  @js.native\n  sealed trait RelativeFileVersionEnum extends js.Any\n  object RelativeFileVersionEnum {\n    val BEFORE = \"BEFORE\".asInstanceOf[RelativeFileVersionEnum]\n    val AFTER = \"AFTER\".asInstanceOf[RelativeFileVersionEnum]\n\n    @inline def values = js.Array(BEFORE, AFTER)\n  }\n\n  \/** Information about a replacement content entry in the conflict of a merge or pull request operation.\n    *\/\n  @js.native\n  trait ReplaceContentEntry extends js.Object {\n    var filePath: Path\n    var replacementType: ReplacementTypeEnum\n    var content: js.UndefOr[FileContent]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n  }\n\n  object ReplaceContentEntry {\n    @inline\n    def apply(\n        filePath: Path,\n        replacementType: ReplacementTypeEnum,\n        content: js.UndefOr[FileContent] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined\n    ): ReplaceContentEntry = {\n      val __obj = js.Dynamic.literal(\n        \"filePath\" -> filePath.asInstanceOf[js.Any],\n        \"replacementType\" -> replacementType.asInstanceOf[js.Any]\n      )\n\n      content.foreach(__v => __obj.updateDynamic(\"content\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplaceContentEntry]\n    }\n  }\n\n  @js.native\n  sealed trait ReplacementTypeEnum extends js.Any\n  object ReplacementTypeEnum {\n    val KEEP_BASE = \"KEEP_BASE\".asInstanceOf[ReplacementTypeEnum]\n    val KEEP_SOURCE = \"KEEP_SOURCE\".asInstanceOf[ReplacementTypeEnum]\n    val KEEP_DESTINATION = \"KEEP_DESTINATION\".asInstanceOf[ReplacementTypeEnum]\n    val USE_NEW_CONTENT = \"USE_NEW_CONTENT\".asInstanceOf[ReplacementTypeEnum]\n\n    @inline def values = js.Array(KEEP_BASE, KEEP_SOURCE, KEEP_DESTINATION, USE_NEW_CONTENT)\n  }\n\n  \/** Information about a repository.\n    *\/\n  @js.native\n  trait RepositoryMetadata extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var accountId: js.UndefOr[AccountId]\n    var cloneUrlHttp: js.UndefOr[CloneUrlHttp]\n    var cloneUrlSsh: js.UndefOr[CloneUrlSsh]\n    var creationDate: js.UndefOr[CreationDate]\n    var defaultBranch: js.UndefOr[BranchName]\n    var lastModifiedDate: js.UndefOr[LastModifiedDate]\n    var repositoryDescription: js.UndefOr[RepositoryDescription]\n    var repositoryId: js.UndefOr[RepositoryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object RepositoryMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        accountId: js.UndefOr[AccountId] = js.undefined,\n        cloneUrlHttp: js.UndefOr[CloneUrlHttp] = js.undefined,\n        cloneUrlSsh: js.UndefOr[CloneUrlSsh] = js.undefined,\n        creationDate: js.UndefOr[CreationDate] = js.undefined,\n        defaultBranch: js.UndefOr[BranchName] = js.undefined,\n        lastModifiedDate: js.UndefOr[LastModifiedDate] = js.undefined,\n        repositoryDescription: js.UndefOr[RepositoryDescription] = js.undefined,\n        repositoryId: js.UndefOr[RepositoryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): RepositoryMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      accountId.foreach(__v => __obj.updateDynamic(\"accountId\")(__v.asInstanceOf[js.Any]))\n      cloneUrlHttp.foreach(__v => __obj.updateDynamic(\"cloneUrlHttp\")(__v.asInstanceOf[js.Any]))\n      cloneUrlSsh.foreach(__v => __obj.updateDynamic(\"cloneUrlSsh\")(__v.asInstanceOf[js.Any]))\n      creationDate.foreach(__v => __obj.updateDynamic(\"creationDate\")(__v.asInstanceOf[js.Any]))\n      defaultBranch.foreach(__v => __obj.updateDynamic(\"defaultBranch\")(__v.asInstanceOf[js.Any]))\n      lastModifiedDate.foreach(__v => __obj.updateDynamic(\"lastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      repositoryDescription.foreach(__v => __obj.updateDynamic(\"repositoryDescription\")(__v.asInstanceOf[js.Any]))\n      repositoryId.foreach(__v => __obj.updateDynamic(\"repositoryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryMetadata]\n    }\n  }\n\n  \/** Information about a repository name and ID.\n    *\/\n  @js.native\n  trait RepositoryNameIdPair extends js.Object {\n    var repositoryId: js.UndefOr[RepositoryId]\n    var repositoryName: js.UndefOr[RepositoryName]\n  }\n\n  object RepositoryNameIdPair {\n    @inline\n    def apply(\n        repositoryId: js.UndefOr[RepositoryId] = js.undefined,\n        repositoryName: js.UndefOr[RepositoryName] = js.undefined\n    ): RepositoryNameIdPair = {\n      val __obj = js.Dynamic.literal()\n      repositoryId.foreach(__v => __obj.updateDynamic(\"repositoryId\")(__v.asInstanceOf[js.Any]))\n      repositoryName.foreach(__v => __obj.updateDynamic(\"repositoryName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryNameIdPair]\n    }\n  }\n\n  \/** Information about a trigger for a repository.\n    *\/\n  @js.native\n  trait RepositoryTrigger extends js.Object {\n    var destinationArn: Arn\n    var events: RepositoryTriggerEventList\n    var name: RepositoryTriggerName\n    var branches: js.UndefOr[BranchNameList]\n    var customData: js.UndefOr[RepositoryTriggerCustomData]\n  }\n\n  object RepositoryTrigger {\n    @inline\n    def apply(\n        destinationArn: Arn,\n        events: RepositoryTriggerEventList,\n        name: RepositoryTriggerName,\n        branches: js.UndefOr[BranchNameList] = js.undefined,\n        customData: js.UndefOr[RepositoryTriggerCustomData] = js.undefined\n    ): RepositoryTrigger = {\n      val __obj = js.Dynamic.literal(\n        \"destinationArn\" -> destinationArn.asInstanceOf[js.Any],\n        \"events\" -> events.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      branches.foreach(__v => __obj.updateDynamic(\"branches\")(__v.asInstanceOf[js.Any]))\n      customData.foreach(__v => __obj.updateDynamic(\"customData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryTrigger]\n    }\n  }\n\n  @js.native\n  sealed trait RepositoryTriggerEventEnum extends js.Any\n  object RepositoryTriggerEventEnum {\n    val all = \"all\".asInstanceOf[RepositoryTriggerEventEnum]\n    val updateReference = \"updateReference\".asInstanceOf[RepositoryTriggerEventEnum]\n    val createReference = \"createReference\".asInstanceOf[RepositoryTriggerEventEnum]\n    val deleteReference = \"deleteReference\".asInstanceOf[RepositoryTriggerEventEnum]\n\n    @inline def values = js.Array(all, updateReference, createReference, deleteReference)\n  }\n\n  \/** A trigger failed to run.\n    *\/\n  @js.native\n  trait RepositoryTriggerExecutionFailure extends js.Object {\n    var failureMessage: js.UndefOr[RepositoryTriggerExecutionFailureMessage]\n    var trigger: js.UndefOr[RepositoryTriggerName]\n  }\n\n  object RepositoryTriggerExecutionFailure {\n    @inline\n    def apply(\n        failureMessage: js.UndefOr[RepositoryTriggerExecutionFailureMessage] = js.undefined,\n        trigger: js.UndefOr[RepositoryTriggerName] = js.undefined\n    ): RepositoryTriggerExecutionFailure = {\n      val __obj = js.Dynamic.literal()\n      failureMessage.foreach(__v => __obj.updateDynamic(\"failureMessage\")(__v.asInstanceOf[js.Any]))\n      trigger.foreach(__v => __obj.updateDynamic(\"trigger\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryTriggerExecutionFailure]\n    }\n  }\n\n  \/** Information about the file mode changes.\n    *\/\n  @js.native\n  trait SetFileModeEntry extends js.Object {\n    var fileMode: FileModeTypeEnum\n    var filePath: Path\n  }\n\n  object SetFileModeEntry {\n    @inline\n    def apply(\n        fileMode: FileModeTypeEnum,\n        filePath: Path\n    ): SetFileModeEntry = {\n      val __obj = js.Dynamic.literal(\n        \"fileMode\" -> fileMode.asInstanceOf[js.Any],\n        \"filePath\" -> filePath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetFileModeEntry]\n    }\n  }\n\n  @js.native\n  sealed trait SortByEnum extends js.Any\n  object SortByEnum {\n    val repositoryName = \"repositoryName\".asInstanceOf[SortByEnum]\n    val lastModifiedDate = \"lastModifiedDate\".asInstanceOf[SortByEnum]\n\n    @inline def values = js.Array(repositoryName, lastModifiedDate)\n  }\n\n  \/** Information about a source file that is part of changes made in a commit.\n    *\/\n  @js.native\n  trait SourceFileSpecifier extends js.Object {\n    var filePath: Path\n    var isMove: js.UndefOr[IsMove]\n  }\n\n  object SourceFileSpecifier {\n    @inline\n    def apply(\n        filePath: Path,\n        isMove: js.UndefOr[IsMove] = js.undefined\n    ): SourceFileSpecifier = {\n      val __obj = js.Dynamic.literal(\n        \"filePath\" -> filePath.asInstanceOf[js.Any]\n      )\n\n      isMove.foreach(__v => __obj.updateDynamic(\"isMove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceFileSpecifier]\n    }\n  }\n\n  \/** Returns information about a submodule reference in a repository folder.\n    *\/\n  @js.native\n  trait SubModule extends js.Object {\n    var absolutePath: js.UndefOr[Path]\n    var commitId: js.UndefOr[ObjectId]\n    var relativePath: js.UndefOr[Path]\n  }\n\n  object SubModule {\n    @inline\n    def apply(\n        absolutePath: js.UndefOr[Path] = js.undefined,\n        commitId: js.UndefOr[ObjectId] = js.undefined,\n        relativePath: js.UndefOr[Path] = js.undefined\n    ): SubModule = {\n      val __obj = js.Dynamic.literal()\n      absolutePath.foreach(__v => __obj.updateDynamic(\"absolutePath\")(__v.asInstanceOf[js.Any]))\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      relativePath.foreach(__v => __obj.updateDynamic(\"relativePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubModule]\n    }\n  }\n\n  \/** Returns information about a symbolic link in a repository folder.\n    *\/\n  @js.native\n  trait SymbolicLink extends js.Object {\n    var absolutePath: js.UndefOr[Path]\n    var blobId: js.UndefOr[ObjectId]\n    var fileMode: js.UndefOr[FileModeTypeEnum]\n    var relativePath: js.UndefOr[Path]\n  }\n\n  object SymbolicLink {\n    @inline\n    def apply(\n        absolutePath: js.UndefOr[Path] = js.undefined,\n        blobId: js.UndefOr[ObjectId] = js.undefined,\n        fileMode: js.UndefOr[FileModeTypeEnum] = js.undefined,\n        relativePath: js.UndefOr[Path] = js.undefined\n    ): SymbolicLink = {\n      val __obj = js.Dynamic.literal()\n      absolutePath.foreach(__v => __obj.updateDynamic(\"absolutePath\")(__v.asInstanceOf[js.Any]))\n      blobId.foreach(__v => __obj.updateDynamic(\"blobId\")(__v.asInstanceOf[js.Any]))\n      fileMode.foreach(__v => __obj.updateDynamic(\"fileMode\")(__v.asInstanceOf[js.Any]))\n      relativePath.foreach(__v => __obj.updateDynamic(\"relativePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SymbolicLink]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var resourceArn: ResourceArn\n    var tags: TagsMap\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tags: TagsMap\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  \/** Returns information about a target for a pull request.\n    *\/\n  @js.native\n  trait Target extends js.Object {\n    var repositoryName: RepositoryName\n    var sourceReference: ReferenceName\n    var destinationReference: js.UndefOr[ReferenceName]\n  }\n\n  object Target {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        sourceReference: ReferenceName,\n        destinationReference: js.UndefOr[ReferenceName] = js.undefined\n    ): Target = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"sourceReference\" -> sourceReference.asInstanceOf[js.Any]\n      )\n\n      destinationReference.foreach(__v => __obj.updateDynamic(\"destinationReference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Target]\n    }\n  }\n\n  \/** Represents the input of a test repository triggers operation.\n    *\/\n  @js.native\n  trait TestRepositoryTriggersInput extends js.Object {\n    var repositoryName: RepositoryName\n    var triggers: RepositoryTriggersList\n  }\n\n  object TestRepositoryTriggersInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        triggers: RepositoryTriggersList\n    ): TestRepositoryTriggersInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any],\n        \"triggers\" -> triggers.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestRepositoryTriggersInput]\n    }\n  }\n\n  \/** Represents the output of a test repository triggers operation.\n    *\/\n  @js.native\n  trait TestRepositoryTriggersOutput extends js.Object {\n    var failedExecutions: js.UndefOr[RepositoryTriggerExecutionFailureList]\n    var successfulExecutions: js.UndefOr[RepositoryTriggerNameList]\n  }\n\n  object TestRepositoryTriggersOutput {\n    @inline\n    def apply(\n        failedExecutions: js.UndefOr[RepositoryTriggerExecutionFailureList] = js.undefined,\n        successfulExecutions: js.UndefOr[RepositoryTriggerNameList] = js.undefined\n    ): TestRepositoryTriggersOutput = {\n      val __obj = js.Dynamic.literal()\n      failedExecutions.foreach(__v => __obj.updateDynamic(\"failedExecutions\")(__v.asInstanceOf[js.Any]))\n      successfulExecutions.foreach(__v => __obj.updateDynamic(\"successfulExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestRepositoryTriggersOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var resourceArn: ResourceArn\n    var tagKeys: TagKeysList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tagKeys: TagKeysList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateContentInput extends js.Object {\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n    var newRuleContent: ApprovalRuleTemplateContent\n    var existingRuleContentSha256: js.UndefOr[RuleContentSha256]\n  }\n\n  object UpdateApprovalRuleTemplateContentInput {\n    @inline\n    def apply(\n        approvalRuleTemplateName: ApprovalRuleTemplateName,\n        newRuleContent: ApprovalRuleTemplateContent,\n        existingRuleContentSha256: js.UndefOr[RuleContentSha256] = js.undefined\n    ): UpdateApprovalRuleTemplateContentInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any],\n        \"newRuleContent\" -> newRuleContent.asInstanceOf[js.Any]\n      )\n\n      existingRuleContentSha256.foreach(__v => __obj.updateDynamic(\"existingRuleContentSha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateContentInput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateContentOutput extends js.Object {\n    var approvalRuleTemplate: ApprovalRuleTemplate\n  }\n\n  object UpdateApprovalRuleTemplateContentOutput {\n    @inline\n    def apply(\n        approvalRuleTemplate: ApprovalRuleTemplate\n    ): UpdateApprovalRuleTemplateContentOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplate\" -> approvalRuleTemplate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateContentOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateDescriptionInput extends js.Object {\n    var approvalRuleTemplateDescription: ApprovalRuleTemplateDescription\n    var approvalRuleTemplateName: ApprovalRuleTemplateName\n  }\n\n  object UpdateApprovalRuleTemplateDescriptionInput {\n    @inline\n    def apply(\n        approvalRuleTemplateDescription: ApprovalRuleTemplateDescription,\n        approvalRuleTemplateName: ApprovalRuleTemplateName\n    ): UpdateApprovalRuleTemplateDescriptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplateDescription\" -> approvalRuleTemplateDescription.asInstanceOf[js.Any],\n        \"approvalRuleTemplateName\" -> approvalRuleTemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateDescriptionInput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateDescriptionOutput extends js.Object {\n    var approvalRuleTemplate: ApprovalRuleTemplate\n  }\n\n  object UpdateApprovalRuleTemplateDescriptionOutput {\n    @inline\n    def apply(\n        approvalRuleTemplate: ApprovalRuleTemplate\n    ): UpdateApprovalRuleTemplateDescriptionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplate\" -> approvalRuleTemplate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateDescriptionOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateNameInput extends js.Object {\n    var newApprovalRuleTemplateName: ApprovalRuleTemplateName\n    var oldApprovalRuleTemplateName: ApprovalRuleTemplateName\n  }\n\n  object UpdateApprovalRuleTemplateNameInput {\n    @inline\n    def apply(\n        newApprovalRuleTemplateName: ApprovalRuleTemplateName,\n        oldApprovalRuleTemplateName: ApprovalRuleTemplateName\n    ): UpdateApprovalRuleTemplateNameInput = {\n      val __obj = js.Dynamic.literal(\n        \"newApprovalRuleTemplateName\" -> newApprovalRuleTemplateName.asInstanceOf[js.Any],\n        \"oldApprovalRuleTemplateName\" -> oldApprovalRuleTemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateNameInput]\n    }\n  }\n\n  @js.native\n  trait UpdateApprovalRuleTemplateNameOutput extends js.Object {\n    var approvalRuleTemplate: ApprovalRuleTemplate\n  }\n\n  object UpdateApprovalRuleTemplateNameOutput {\n    @inline\n    def apply(\n        approvalRuleTemplate: ApprovalRuleTemplate\n    ): UpdateApprovalRuleTemplateNameOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleTemplate\" -> approvalRuleTemplate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateApprovalRuleTemplateNameOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateCommentInput extends js.Object {\n    var commentId: CommentId\n    var content: Content\n  }\n\n  object UpdateCommentInput {\n    @inline\n    def apply(\n        commentId: CommentId,\n        content: Content\n    ): UpdateCommentInput = {\n      val __obj = js.Dynamic.literal(\n        \"commentId\" -> commentId.asInstanceOf[js.Any],\n        \"content\" -> content.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateCommentInput]\n    }\n  }\n\n  @js.native\n  trait UpdateCommentOutput extends js.Object {\n    var comment: js.UndefOr[Comment]\n  }\n\n  object UpdateCommentOutput {\n    @inline\n    def apply(\n        comment: js.UndefOr[Comment] = js.undefined\n    ): UpdateCommentOutput = {\n      val __obj = js.Dynamic.literal()\n      comment.foreach(__v => __obj.updateDynamic(\"comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCommentOutput]\n    }\n  }\n\n  \/** Represents the input of an update default branch operation.\n    *\/\n  @js.native\n  trait UpdateDefaultBranchInput extends js.Object {\n    var defaultBranchName: BranchName\n    var repositoryName: RepositoryName\n  }\n\n  object UpdateDefaultBranchInput {\n    @inline\n    def apply(\n        defaultBranchName: BranchName,\n        repositoryName: RepositoryName\n    ): UpdateDefaultBranchInput = {\n      val __obj = js.Dynamic.literal(\n        \"defaultBranchName\" -> defaultBranchName.asInstanceOf[js.Any],\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDefaultBranchInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestApprovalRuleContentInput extends js.Object {\n    var approvalRuleName: ApprovalRuleName\n    var newRuleContent: ApprovalRuleContent\n    var pullRequestId: PullRequestId\n    var existingRuleContentSha256: js.UndefOr[RuleContentSha256]\n  }\n\n  object UpdatePullRequestApprovalRuleContentInput {\n    @inline\n    def apply(\n        approvalRuleName: ApprovalRuleName,\n        newRuleContent: ApprovalRuleContent,\n        pullRequestId: PullRequestId,\n        existingRuleContentSha256: js.UndefOr[RuleContentSha256] = js.undefined\n    ): UpdatePullRequestApprovalRuleContentInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRuleName\" -> approvalRuleName.asInstanceOf[js.Any],\n        \"newRuleContent\" -> newRuleContent.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n\n      existingRuleContentSha256.foreach(__v => __obj.updateDynamic(\"existingRuleContentSha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePullRequestApprovalRuleContentInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestApprovalRuleContentOutput extends js.Object {\n    var approvalRule: ApprovalRule\n  }\n\n  object UpdatePullRequestApprovalRuleContentOutput {\n    @inline\n    def apply(\n        approvalRule: ApprovalRule\n    ): UpdatePullRequestApprovalRuleContentOutput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalRule\" -> approvalRule.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestApprovalRuleContentOutput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestApprovalStateInput extends js.Object {\n    var approvalState: ApprovalState\n    var pullRequestId: PullRequestId\n    var revisionId: RevisionId\n  }\n\n  object UpdatePullRequestApprovalStateInput {\n    @inline\n    def apply(\n        approvalState: ApprovalState,\n        pullRequestId: PullRequestId,\n        revisionId: RevisionId\n    ): UpdatePullRequestApprovalStateInput = {\n      val __obj = js.Dynamic.literal(\n        \"approvalState\" -> approvalState.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestApprovalStateInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestDescriptionInput extends js.Object {\n    var description: Description\n    var pullRequestId: PullRequestId\n  }\n\n  object UpdatePullRequestDescriptionInput {\n    @inline\n    def apply(\n        description: Description,\n        pullRequestId: PullRequestId\n    ): UpdatePullRequestDescriptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestDescriptionInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestDescriptionOutput extends js.Object {\n    var pullRequest: PullRequest\n  }\n\n  object UpdatePullRequestDescriptionOutput {\n    @inline\n    def apply(\n        pullRequest: PullRequest\n    ): UpdatePullRequestDescriptionOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequest\" -> pullRequest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestDescriptionOutput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestStatusInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var pullRequestStatus: PullRequestStatusEnum\n  }\n\n  object UpdatePullRequestStatusInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        pullRequestStatus: PullRequestStatusEnum\n    ): UpdatePullRequestStatusInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"pullRequestStatus\" -> pullRequestStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestStatusInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestStatusOutput extends js.Object {\n    var pullRequest: PullRequest\n  }\n\n  object UpdatePullRequestStatusOutput {\n    @inline\n    def apply(\n        pullRequest: PullRequest\n    ): UpdatePullRequestStatusOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequest\" -> pullRequest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestStatusOutput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestTitleInput extends js.Object {\n    var pullRequestId: PullRequestId\n    var title: Title\n  }\n\n  object UpdatePullRequestTitleInput {\n    @inline\n    def apply(\n        pullRequestId: PullRequestId,\n        title: Title\n    ): UpdatePullRequestTitleInput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequestId\" -> pullRequestId.asInstanceOf[js.Any],\n        \"title\" -> title.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestTitleInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePullRequestTitleOutput extends js.Object {\n    var pullRequest: PullRequest\n  }\n\n  object UpdatePullRequestTitleOutput {\n    @inline\n    def apply(\n        pullRequest: PullRequest\n    ): UpdatePullRequestTitleOutput = {\n      val __obj = js.Dynamic.literal(\n        \"pullRequest\" -> pullRequest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdatePullRequestTitleOutput]\n    }\n  }\n\n  \/** Represents the input of an update repository description operation.\n    *\/\n  @js.native\n  trait UpdateRepositoryDescriptionInput extends js.Object {\n    var repositoryName: RepositoryName\n    var repositoryDescription: js.UndefOr[RepositoryDescription]\n  }\n\n  object UpdateRepositoryDescriptionInput {\n    @inline\n    def apply(\n        repositoryName: RepositoryName,\n        repositoryDescription: js.UndefOr[RepositoryDescription] = js.undefined\n    ): UpdateRepositoryDescriptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"repositoryName\" -> repositoryName.asInstanceOf[js.Any]\n      )\n\n      repositoryDescription.foreach(__v => __obj.updateDynamic(\"repositoryDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRepositoryDescriptionInput]\n    }\n  }\n\n  \/** Represents the input of an update repository description operation.\n    *\/\n  @js.native\n  trait UpdateRepositoryNameInput extends js.Object {\n    var newName: RepositoryName\n    var oldName: RepositoryName\n  }\n\n  object UpdateRepositoryNameInput {\n    @inline\n    def apply(\n        newName: RepositoryName,\n        oldName: RepositoryName\n    ): UpdateRepositoryNameInput = {\n      val __obj = js.Dynamic.literal(\n        \"newName\" -> newName.asInstanceOf[js.Any],\n        \"oldName\" -> oldName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRepositoryNameInput]\n    }\n  }\n\n  \/** Information about the user who made a specified commit.\n    *\/\n  @js.native\n  trait UserInfo extends js.Object {\n    var date: js.UndefOr[Date]\n    var email: js.UndefOr[Email]\n    var name: js.UndefOr[Name]\n  }\n\n  object UserInfo {\n    @inline\n    def apply(\n        date: js.UndefOr[Date] = js.undefined,\n        email: js.UndefOr[Email] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): UserInfo = {\n      val __obj = js.Dynamic.literal()\n      date.foreach(__v => __obj.updateDynamic(\"date\")(__v.asInstanceOf[js.Any]))\n      email.foreach(__v => __obj.updateDynamic(\"email\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserInfo]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"all\/src\/test\/scala\/net\/exoego\/AllServicesTest.scala","text":"<filename>all\/src\/test\/scala\/net\/exoego\/AllServicesTest.scala\npackage net.exoego\n\nimport facade.amazonaws.{AWSConfig, services}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass AllServicesTest extends AnyFunSuite {\n  val config = AWSConfig(\n    endpoint = \"http:\/\/localhost\"\n  )\n\n  test(\"ACM\") {\n    val instance = new services.acm.ACM(config)\n  }\n\n  test(\"ACMPCA\") {\n    val instance = new services.acmpca.ACMPCA(config)\n  }\n\n  test(\"APIGateway\") {\n    val instance = new services.apigateway.APIGateway(config)\n  }\n\n  test(\"AccessAnalyzer\") {\n    val instance = new services.accessanalyzer.AccessAnalyzer(config)\n  }\n\n  test(\"AlexaForBusiness\") {\n    val instance = new services.alexaforbusiness.AlexaForBusiness(config)\n  }\n\n  test(\"Amp\") {\n    val instance = new services.amp.Amp(config)\n  }\n\n  test(\"Amplify\") {\n    val instance = new services.amplify.Amplify(config)\n  }\n\n  test(\"AmplifyBackend\") {\n    val instance = new services.amplifybackend.AmplifyBackend(config)\n  }\n\n  test(\"ApiGatewayManagementApi\") {\n    val instance = new services.apigatewaymanagementapi.ApiGatewayManagementApi(config)\n  }\n\n  test(\"ApiGatewayV2\") {\n    val instance = new services.apigatewayv2.ApiGatewayV2(config)\n  }\n\n  test(\"AppConfig\") {\n    val instance = new services.appconfig.AppConfig(config)\n  }\n\n  test(\"AppIntegrations\") {\n    val instance = new services.appintegrations.AppIntegrations(config)\n  }\n\n  test(\"AppMesh\") {\n    val instance = new services.appmesh.AppMesh(config)\n  }\n\n  test(\"AppStream\") {\n    val instance = new services.appstream.AppStream(config)\n  }\n\n  test(\"AppSync\") {\n    val instance = new services.appsync.AppSync(config)\n  }\n\n  test(\"Appflow\") {\n    val instance = new services.appflow.Appflow(config)\n  }\n\n  test(\"ApplicationAutoScaling\") {\n    val instance = new services.applicationautoscaling.ApplicationAutoScaling(config)\n  }\n\n  test(\"ApplicationDiscovery\") {\n    val instance = new services.applicationdiscovery.ApplicationDiscovery(config)\n  }\n\n  test(\"ApplicationInsights\") {\n    val instance = new services.applicationinsights.ApplicationInsights(config)\n  }\n\n  test(\"Athena\") {\n    val instance = new services.athena.Athena(config)\n  }\n\n  test(\"AuditManager\") {\n    val instance = new services.auditmanager.AuditManager(config)\n  }\n\n  test(\"AugmentedAIRuntime\") {\n    val instance = new services.augmentedairuntime.AugmentedAIRuntime(config)\n  }\n\n  test(\"AutoScaling\") {\n    val instance = new services.autoscaling.AutoScaling(config)\n  }\n\n  test(\"AutoScalingPlans\") {\n    val instance = new services.autoscalingplans.AutoScalingPlans(config)\n  }\n\n  test(\"Backup\") {\n    val instance = new services.backup.Backup(config)\n  }\n\n  test(\"Batch\") {\n    val instance = new services.batch.Batch(config)\n  }\n\n  test(\"Braket\") {\n    val instance = new services.braket.Braket(config)\n  }\n\n  test(\"BudgetsService\") {\n    val instance = new services.budgetsservice.BudgetsService(config)\n  }\n\n  test(\"CUR\") {\n    val instance = new services.cur.CUR(config)\n  }\n\n  test(\"Chime\") {\n    val instance = new services.chime.Chime(config)\n  }\n\n  test(\"Cloud9\") {\n    val instance = new services.cloud9.Cloud9(config)\n  }\n\n  test(\"CloudDirectory\") {\n    val instance = new services.clouddirectory.CloudDirectory(config)\n  }\n\n  test(\"CloudFormation\") {\n    val instance = new services.cloudformation.CloudFormation(config)\n  }\n\n  test(\"CloudFront\") {\n    val instance = new services.cloudfront.CloudFront(config)\n  }\n\n  test(\"CloudHSM\") {\n    val instance = new services.cloudhsm.CloudHSM(config)\n  }\n\n  test(\"CloudHSMV2\") {\n    val instance = new services.cloudhsmv2.CloudHSMV2(config)\n  }\n\n  test(\"CloudSearch\") {\n    val instance = new services.cloudsearch.CloudSearch(config)\n  }\n\n  test(\"CloudSearchDomain\") {\n    val instance = new services.cloudsearchdomain.CloudSearchDomain(config)\n  }\n\n  test(\"CloudTrail\") {\n    val instance = new services.cloudtrail.CloudTrail(config)\n  }\n\n  test(\"CloudWatch\") {\n    val instance = new services.cloudwatch.CloudWatch(config)\n  }\n\n  test(\"CloudWatchEvents\") {\n    val instance = new services.cloudwatchevents.CloudWatchEvents(config)\n  }\n\n  test(\"CloudWatchLogs\") {\n    val instance = new services.cloudwatchlogs.CloudWatchLogs(config)\n  }\n\n  test(\"CodeArtifact\") {\n    val instance = new services.codeartifact.CodeArtifact(config)\n  }\n\n  test(\"CodeBuild\") {\n    val instance = new services.codebuild.CodeBuild(config)\n  }\n\n  test(\"CodeCommit\") {\n    val instance = new services.codecommit.CodeCommit(config)\n  }\n\n  test(\"CodeDeploy\") {\n    val instance = new services.codedeploy.CodeDeploy(config)\n  }\n\n  test(\"CodeGuruProfiler\") {\n    val instance = new services.codeguruprofiler.CodeGuruProfiler(config)\n  }\n\n  test(\"CodeGuruReviewer\") {\n    val instance = new services.codegurureviewer.CodeGuruReviewer(config)\n  }\n\n  test(\"CodePipeline\") {\n    val instance = new services.codepipeline.CodePipeline(config)\n  }\n\n  test(\"CodeStar\") {\n    val instance = new services.codestar.CodeStar(config)\n  }\n\n  test(\"CodeStarNotifications\") {\n    val instance = new services.codestarnotifications.CodeStarNotifications(config)\n  }\n\n  test(\"CodeStarconnections\") {\n    val instance = new services.codestarconnections.CodeStarconnections(config)\n  }\n\n  test(\"CognitoIdentity\") {\n    val instance = new services.cognitoidentity.CognitoIdentity(config)\n  }\n\n  test(\"CognitoIdentityProvider\") {\n    val instance = new services.cognitoidentityprovider.CognitoIdentityProvider(config)\n  }\n\n  test(\"CognitoSync\") {\n    val instance = new services.cognitosync.CognitoSync(config)\n  }\n\n  test(\"Comprehend\") {\n    val instance = new services.comprehend.Comprehend(config)\n  }\n\n  test(\"ComprehendMedical\") {\n    val instance = new services.comprehendmedical.ComprehendMedical(config)\n  }\n\n  test(\"ComputeOptimizer\") {\n    val instance = new services.computeoptimizer.ComputeOptimizer(config)\n  }\n\n  test(\"ConfigService\") {\n    val instance = new services.configservice.ConfigService(config)\n  }\n\n  test(\"Connect\") {\n    val instance = new services.connect.Connect(config)\n  }\n\n  test(\"ConnectContactLens\") {\n    val instance = new services.connectcontactlens.ConnectContactLens(config)\n  }\n\n  test(\"ConnectParticipant\") {\n    val instance = new services.connectparticipant.ConnectParticipant(config)\n  }\n\n  test(\"CostExplorer\") {\n    val instance = new services.costexplorer.CostExplorer(config)\n  }\n\n  test(\"CustomerProfiles\") {\n    val instance = new services.customerprofiles.CustomerProfiles(config)\n  }\n\n  test(\"DAX\") {\n    val instance = new services.dax.DAX(config)\n  }\n\n  test(\"DLM\") {\n    val instance = new services.dlm.DLM(config)\n  }\n\n  test(\"DMS\") {\n    val instance = new services.dms.DMS(config)\n  }\n\n  test(\"DataBrew\") {\n    val instance = new services.databrew.DataBrew(config)\n  }\n\n  test(\"DataExchange\") {\n    val instance = new services.dataexchange.DataExchange(config)\n  }\n\n  test(\"DataPipeline\") {\n    val instance = new services.datapipeline.DataPipeline(config)\n  }\n\n  test(\"DataSync\") {\n    val instance = new services.datasync.DataSync(config)\n  }\n\n  test(\"Detective\") {\n    val instance = new services.detective.Detective(config)\n  }\n\n  test(\"DevOpsGuru\") {\n    val instance = new services.devopsguru.DevOpsGuru(config)\n  }\n\n  test(\"DeviceFarm\") {\n    val instance = new services.devicefarm.DeviceFarm(config)\n  }\n\n  test(\"DirectConnect\") {\n    val instance = new services.directconnect.DirectConnect(config)\n  }\n\n  test(\"DirectoryService\") {\n    val instance = new services.directoryservice.DirectoryService(config)\n  }\n\n  test(\"DocDB\") {\n    val instance = new services.docdb.DocDB(config)\n  }\n\n  test(\"DynamoDB\") {\n    val instance = new services.dynamodb.DynamoDB(config)\n  }\n\n  test(\"DynamoDBStreams\") {\n    val instance = new services.dynamodbstreams.DynamoDBStreams(config)\n  }\n\n  test(\"EBS\") {\n    val instance = new services.ebs.EBS(config)\n  }\n\n  test(\"EC2\") {\n    val instance = new services.ec2.EC2(config)\n  }\n\n  test(\"EC2InstanceConnect\") {\n    val instance = new services.ec2instanceconnect.EC2InstanceConnect(config)\n  }\n\n  test(\"ECR\") {\n    val instance = new services.ecr.ECR(config)\n  }\n\n  test(\"ECRPUBLIC\") {\n    val instance = new services.ecrpublic.ECRPUBLIC(config)\n  }\n\n  test(\"ECS\") {\n    val instance = new services.ecs.ECS(config)\n  }\n\n  test(\"EFS\") {\n    val instance = new services.efs.EFS(config)\n  }\n\n  test(\"EKS\") {\n    val instance = new services.eks.EKS(config)\n  }\n\n  test(\"ELB\") {\n    val instance = new services.elb.ELB(config)\n  }\n\n  test(\"ELBv2\") {\n    val instance = new services.elbv2.ELBv2(config)\n  }\n\n  test(\"EMR\") {\n    val instance = new services.emr.EMR(config)\n  }\n\n  test(\"EMRcontainers\") {\n    val instance = new services.emrcontainers.EMRcontainers(config)\n  }\n\n  test(\"ES\") {\n    val instance = new services.es.ES(config)\n  }\n\n  test(\"ElastiCache\") {\n    val instance = new services.elasticache.ElastiCache(config)\n  }\n\n  test(\"ElasticBeanstalk\") {\n    val instance = new services.elasticbeanstalk.ElasticBeanstalk(config)\n  }\n\n  test(\"ElasticInference\") {\n    val instance = new services.elasticinference.ElasticInference(config)\n  }\n\n  test(\"ElasticTranscoder\") {\n    val instance = new services.elastictranscoder.ElasticTranscoder(config)\n  }\n\n  test(\"EventBridge\") {\n    val instance = new services.eventbridge.EventBridge(config)\n  }\n\n  test(\"FMS\") {\n    val instance = new services.fms.FMS(config)\n  }\n\n  test(\"FSx\") {\n    val instance = new services.fsx.FSx(config)\n  }\n\n  test(\"Firehose\") {\n    val instance = new services.firehose.Firehose(config)\n  }\n\n  test(\"Fis\") {\n    val instance = new services.fis.Fis(config)\n  }\n\n  test(\"Forecast\") {\n    val instance = new services.forecast.Forecast(config)\n  }\n\n  test(\"ForecastQuery\") {\n    val instance = new services.forecastquery.ForecastQuery(config)\n  }\n\n  test(\"FraudDetector\") {\n    val instance = new services.frauddetector.FraudDetector(config)\n  }\n\n  test(\"GameLift\") {\n    val instance = new services.gamelift.GameLift(config)\n  }\n\n  test(\"Glacier\") {\n    val instance = new services.glacier.Glacier(config)\n  }\n\n  test(\"GlobalAccelerator\") {\n    val instance = new services.globalaccelerator.GlobalAccelerator(config)\n  }\n\n  test(\"Glue\") {\n    val instance = new services.glue.Glue(config)\n  }\n\n  test(\"Greengrass\") {\n    val instance = new services.greengrass.Greengrass(config)\n  }\n\n  test(\"GreengrassV2\") {\n    val instance = new services.greengrassv2.GreengrassV2(config)\n  }\n\n  test(\"GroundStation\") {\n    val instance = new services.groundstation.GroundStation(config)\n  }\n\n  test(\"GuardDuty\") {\n    val instance = new services.guardduty.GuardDuty(config)\n  }\n\n  test(\"Health\") {\n    val instance = new services.health.Health(config)\n  }\n\n  test(\"HealthLake\") {\n    val instance = new services.healthlake.HealthLake(config)\n  }\n\n  test(\"Honeycode\") {\n    val instance = new services.honeycode.Honeycode(config)\n  }\n\n  test(\"IAM\") {\n    val instance = new services.iam.IAM(config)\n  }\n\n  test(\"IVS\") {\n    val instance = new services.ivs.IVS(config)\n  }\n\n  test(\"IdentityStore\") {\n    val instance = new services.identitystore.IdentityStore(config)\n  }\n\n  test(\"Imagebuilder\") {\n    val instance = new services.imagebuilder.Imagebuilder(config)\n  }\n\n  test(\"ImportExport\") {\n    val instance = new services.importexport.ImportExport(config)\n  }\n\n  test(\"Inspector\") {\n    val instance = new services.inspector.Inspector(config)\n  }\n\n  test(\"IoT1ClickDevicesService\") {\n    val instance = new services.iot1clickdevicesservice.IoT1ClickDevicesService(config)\n  }\n\n  test(\"IoT1ClickProjects\") {\n    val instance = new services.iot1clickprojects.IoT1ClickProjects(config)\n  }\n\n  test(\"IoTAnalytics\") {\n    val instance = new services.iotanalytics.IoTAnalytics(config)\n  }\n\n  test(\"IoTEvents\") {\n    val instance = new services.iotevents.IoTEvents(config)\n  }\n\n  test(\"IoTEventsData\") {\n    val instance = new services.ioteventsdata.IoTEventsData(config)\n  }\n\n  test(\"IoTFleetHub\") {\n    val instance = new services.iotfleethub.IoTFleetHub(config)\n  }\n\n  test(\"IoTJobsDataPlane\") {\n    val instance = new services.iotjobsdataplane.IoTJobsDataPlane(config)\n  }\n\n  test(\"IoTSecureTunneling\") {\n    val instance = new services.iotsecuretunneling.IoTSecureTunneling(config)\n  }\n\n  test(\"IoTSiteWise\") {\n    val instance = new services.iotsitewise.IoTSiteWise(config)\n  }\n\n  test(\"IoTThingsGraph\") {\n    val instance = new services.iotthingsgraph.IoTThingsGraph(config)\n  }\n\n  test(\"IoTWireless\") {\n    val instance = new services.iotwireless.IoTWireless(config)\n  }\n\n  test(\"Iot\") {\n    val instance = new services.iot.Iot(config)\n  }\n\n  test(\"IotData\") {\n    val instance = new services.iotdata.IotData(config)\n  }\n\n  test(\"IotDeviceAdvisor\") {\n    val instance = new services.iotdeviceadvisor.IotDeviceAdvisor(config)\n  }\n\n  test(\"KMS\") {\n    val instance = new services.kms.KMS(config)\n  }\n\n  test(\"Kafka\") {\n    val instance = new services.kafka.Kafka(config)\n  }\n\n  test(\"Kendra\") {\n    val instance = new services.kendra.Kendra(config)\n  }\n\n  test(\"Kinesis\") {\n    val instance = new services.kinesis.Kinesis(config)\n  }\n\n  test(\"KinesisAnalytics\") {\n    val instance = new services.kinesisanalytics.KinesisAnalytics(config)\n  }\n\n  test(\"KinesisAnalyticsV2\") {\n    val instance = new services.kinesisanalyticsv2.KinesisAnalyticsV2(config)\n  }\n\n  test(\"KinesisVideo\") {\n    val instance = new services.kinesisvideo.KinesisVideo(config)\n  }\n\n  test(\"KinesisVideoArchivedMedia\") {\n    val instance = new services.kinesisvideoarchivedmedia.KinesisVideoArchivedMedia(config)\n  }\n\n  test(\"KinesisVideoMedia\") {\n    val instance = new services.kinesisvideomedia.KinesisVideoMedia(config)\n  }\n\n  test(\"KinesisVideoSignaling\") {\n    val instance = new services.kinesisvideosignaling.KinesisVideoSignaling(config)\n  }\n\n  test(\"LakeFormation\") {\n    val instance = new services.lakeformation.LakeFormation(config)\n  }\n\n  test(\"Lambda\") {\n    val instance = new services.lambda.Lambda(config)\n  }\n\n  test(\"LexModelBuildingService\") {\n    val instance = new services.lexmodelbuildingservice.LexModelBuildingService(config)\n  }\n\n  test(\"LexModelsV2\") {\n    val instance = new services.lexmodelsv2.LexModelsV2(config)\n  }\n\n  test(\"LexRuntime\") {\n    val instance = new services.lexruntime.LexRuntime(config)\n  }\n\n  test(\"LexRuntimeV2\") {\n    val instance = new services.lexruntimev2.LexRuntimeV2(config)\n  }\n\n  test(\"LicenseManager\") {\n    val instance = new services.licensemanager.LicenseManager(config)\n  }\n\n  test(\"Lightsail\") {\n    val instance = new services.lightsail.Lightsail(config)\n  }\n\n  test(\"Location\") {\n    val instance = new services.location.Location(config)\n  }\n\n  test(\"LookoutEquipment\") {\n    val instance = new services.lookoutequipment.LookoutEquipment(config)\n  }\n\n  test(\"LookoutMetrics\") {\n    val instance = new services.lookoutmetrics.LookoutMetrics(config)\n  }\n\n  test(\"LookoutVision\") {\n    val instance = new services.lookoutvision.LookoutVision(config)\n  }\n\n  test(\"MQ\") {\n    val instance = new services.mq.MQ(config)\n  }\n\n  test(\"MTurk\") {\n    val instance = new services.mturk.MTurk(config)\n  }\n\n  test(\"MWAA\") {\n    val instance = new services.mwaa.MWAA(config)\n  }\n\n  test(\"MachineLearning\") {\n    val instance = new services.machinelearning.MachineLearning(config)\n  }\n\n  test(\"Macie\") {\n    val instance = new services.macie.Macie(config)\n  }\n\n  test(\"Macie2\") {\n    val instance = new services.macie2.Macie2(config)\n  }\n\n  test(\"ManagedBlockchain\") {\n    val instance = new services.managedblockchain.ManagedBlockchain(config)\n  }\n\n  test(\"MarketplaceCatalog\") {\n    val instance = new services.marketplacecatalog.MarketplaceCatalog(config)\n  }\n\n  test(\"MarketplaceCommerceAnalytics\") {\n    val instance = new services.marketplacecommerceanalytics.MarketplaceCommerceAnalytics(config)\n  }\n\n  test(\"MarketplaceEntitlementService\") {\n    val instance = new services.marketplaceentitlementservice.MarketplaceEntitlementService(config)\n  }\n\n  test(\"MarketplaceMetering\") {\n    val instance = new services.marketplacemetering.MarketplaceMetering(config)\n  }\n\n  test(\"MediaConnect\") {\n    val instance = new services.mediaconnect.MediaConnect(config)\n  }\n\n  test(\"MediaConvert\") {\n    val instance = new services.mediaconvert.MediaConvert(config)\n  }\n\n  test(\"MediaLive\") {\n    val instance = new services.medialive.MediaLive(config)\n  }\n\n  test(\"MediaPackage\") {\n    val instance = new services.mediapackage.MediaPackage(config)\n  }\n\n  test(\"MediaPackageVod\") {\n    val instance = new services.mediapackagevod.MediaPackageVod(config)\n  }\n\n  test(\"MediaStore\") {\n    val instance = new services.mediastore.MediaStore(config)\n  }\n\n  test(\"MediaStoreData\") {\n    val instance = new services.mediastoredata.MediaStoreData(config)\n  }\n\n  test(\"MediaTailor\") {\n    val instance = new services.mediatailor.MediaTailor(config)\n  }\n\n  test(\"Mgn\") {\n    val instance = new services.mgn.Mgn(config)\n  }\n\n  test(\"MigrationHub\") {\n    val instance = new services.migrationhub.MigrationHub(config)\n  }\n\n  test(\"MigrationHubConfig\") {\n    val instance = new services.migrationhubconfig.MigrationHubConfig(config)\n  }\n\n  test(\"Mobile\") {\n    val instance = new services.mobile.Mobile(config)\n  }\n\n  test(\"MobileAnalytics\") {\n    val instance = new services.mobileanalytics.MobileAnalytics(config)\n  }\n\n  test(\"Neptune\") {\n    val instance = new services.neptune.Neptune(config)\n  }\n\n  test(\"NetworkFirewall\") {\n    val instance = new services.networkfirewall.NetworkFirewall(config)\n  }\n\n  test(\"NetworkManager\") {\n    val instance = new services.networkmanager.NetworkManager(config)\n  }\n\n  test(\"OpsWorks\") {\n    val instance = new services.opsworks.OpsWorks(config)\n  }\n\n  test(\"OpsWorksCM\") {\n    val instance = new services.opsworkscm.OpsWorksCM(config)\n  }\n\n  test(\"Organizations\") {\n    val instance = new services.organizations.Organizations(config)\n  }\n\n  test(\"Outposts\") {\n    val instance = new services.outposts.Outposts(config)\n  }\n\n  test(\"PI\") {\n    val instance = new services.pi.PI(config)\n  }\n\n  test(\"Personalize\") {\n    val instance = new services.personalize.Personalize(config)\n  }\n\n  test(\"PersonalizeEvents\") {\n    val instance = new services.personalizeevents.PersonalizeEvents(config)\n  }\n\n  test(\"PersonalizeRuntime\") {\n    val instance = new services.personalizeruntime.PersonalizeRuntime(config)\n  }\n\n  test(\"Pinpoint\") {\n    val instance = new services.pinpoint.Pinpoint(config)\n  }\n\n  test(\"PinpointEmail\") {\n    val instance = new services.pinpointemail.PinpointEmail(config)\n  }\n\n  test(\"PinpointSMSVoice\") {\n    val instance = new services.pinpointsmsvoice.PinpointSMSVoice(config)\n  }\n\n  test(\"Polly\") {\n    val instance = new services.polly.Polly(config)\n  }\n\n  test(\"Pricing\") {\n    val instance = new services.pricing.Pricing(config)\n  }\n\n  test(\"QLDB\") {\n    val instance = new services.qldb.QLDB(config)\n  }\n\n  test(\"QLDBSession\") {\n    val instance = new services.qldbsession.QLDBSession(config)\n  }\n\n  test(\"QuickSight\") {\n    val instance = new services.quicksight.QuickSight(config)\n  }\n\n  test(\"RAM\") {\n    val instance = new services.ram.RAM(config)\n  }\n\n  test(\"RDS\") {\n    val instance = new services.rds.RDS(config)\n  }\n\n  test(\"RDSDataService\") {\n    val instance = new services.rdsdataservice.RDSDataService(config)\n  }\n\n  test(\"Redshift\") {\n    val instance = new services.redshift.Redshift(config)\n  }\n\n  test(\"RedshiftData\") {\n    val instance = new services.redshiftdata.RedshiftData(config)\n  }\n\n  test(\"Rekognition\") {\n    val instance = new services.rekognition.Rekognition(config)\n  }\n\n  test(\"ResourceGroups\") {\n    val instance = new services.resourcegroups.ResourceGroups(config)\n  }\n\n  test(\"ResourceGroupsTaggingAPI\") {\n    val instance = new services.resourcegroupstaggingapi.ResourceGroupsTaggingAPI(config)\n  }\n\n  test(\"RoboMaker\") {\n    val instance = new services.robomaker.RoboMaker(config)\n  }\n\n  test(\"Route53\") {\n    val instance = new services.route53.Route53(config)\n  }\n\n  test(\"Route53Domains\") {\n    val instance = new services.route53domains.Route53Domains(config)\n  }\n\n  test(\"Route53Resolver\") {\n    val instance = new services.route53resolver.Route53Resolver(config)\n  }\n\n  test(\"S3\") {\n    val instance = new services.s3.S3(config)\n  }\n\n  test(\"S3Control\") {\n    val instance = new services.s3control.S3Control(config)\n  }\n\n  test(\"S3Outposts\") {\n    val instance = new services.s3outposts.S3Outposts(config)\n  }\n\n  test(\"SES\") {\n    val instance = new services.ses.SES(config)\n  }\n\n  test(\"SESv2\") {\n    val instance = new services.sesv2.SESv2(config)\n  }\n\n  test(\"SMS\") {\n    val instance = new services.sms.SMS(config)\n  }\n\n  test(\"SNS\") {\n    val instance = new services.sns.SNS(config)\n  }\n\n  test(\"SQS\") {\n    val instance = new services.sqs.SQS(config)\n  }\n\n  test(\"SSM\") {\n    val instance = new services.ssm.SSM(config)\n  }\n\n  test(\"SSO\") {\n    val instance = new services.sso.SSO(config)\n  }\n\n  test(\"SSOAdmin\") {\n    val instance = new services.ssoadmin.SSOAdmin(config)\n  }\n\n  test(\"SSOOIDC\") {\n    val instance = new services.ssooidc.SSOOIDC(config)\n  }\n\n  test(\"STS\") {\n    val instance = new services.sts.STS(config)\n  }\n\n  test(\"SWF\") {\n    val instance = new services.swf.SWF(config)\n  }\n\n  test(\"SageMaker\") {\n    val instance = new services.sagemaker.SageMaker(config)\n  }\n\n  test(\"SageMakerFeatureStoreRuntime\") {\n    val instance = new services.sagemakerfeaturestoreruntime.SageMakerFeatureStoreRuntime(config)\n  }\n\n  test(\"SageMakerRuntime\") {\n    val instance = new services.sagemakerruntime.SageMakerRuntime(config)\n  }\n\n  test(\"SagemakerEdge\") {\n    val instance = new services.sagemakeredge.SagemakerEdge(config)\n  }\n\n  test(\"SavingsPlans\") {\n    val instance = new services.savingsplans.SavingsPlans(config)\n  }\n\n  test(\"Schemas\") {\n    val instance = new services.schemas.Schemas(config)\n  }\n\n  test(\"SecretsManager\") {\n    val instance = new services.secretsmanager.SecretsManager(config)\n  }\n\n  test(\"SecurityHub\") {\n    val instance = new services.securityhub.SecurityHub(config)\n  }\n\n  test(\"ServerlessApplicationRepository\") {\n    val instance = new services.serverlessapplicationrepository.ServerlessApplicationRepository(config)\n  }\n\n  test(\"ServiceCatalog\") {\n    val instance = new services.servicecatalog.ServiceCatalog(config)\n  }\n\n  test(\"ServiceCatalogAppRegistry\") {\n    val instance = new services.servicecatalogappregistry.ServiceCatalogAppRegistry(config)\n  }\n\n  test(\"ServiceDiscovery\") {\n    val instance = new services.servicediscovery.ServiceDiscovery(config)\n  }\n\n  test(\"ServiceQuotas\") {\n    val instance = new services.servicequotas.ServiceQuotas(config)\n  }\n\n  test(\"Shield\") {\n    val instance = new services.shield.Shield(config)\n  }\n\n  test(\"Signer\") {\n    val instance = new services.signer.Signer(config)\n  }\n\n  test(\"SimpleDB\") {\n    val instance = new services.simpledb.SimpleDB(config)\n  }\n\n  test(\"Snowball\") {\n    val instance = new services.snowball.Snowball(config)\n  }\n\n  test(\"StepFunctions\") {\n    val instance = new services.stepfunctions.StepFunctions(config)\n  }\n\n  test(\"StorageGateway\") {\n    val instance = new services.storagegateway.StorageGateway(config)\n  }\n\n  test(\"Support\") {\n    val instance = new services.support.Support(config)\n  }\n\n  test(\"Synthetics\") {\n    val instance = new services.synthetics.Synthetics(config)\n  }\n\n  test(\"Textract\") {\n    val instance = new services.textract.Textract(config)\n  }\n\n  test(\"TimestreamQuery\") {\n    val instance = new services.timestreamquery.TimestreamQuery(config)\n  }\n\n  test(\"TimestreamWrite\") {\n    val instance = new services.timestreamwrite.TimestreamWrite(config)\n  }\n\n  test(\"TranscribeService\") {\n    val instance = new services.transcribeservice.TranscribeService(config)\n  }\n\n  test(\"Transfer\") {\n    val instance = new services.transfer.Transfer(config)\n  }\n\n  test(\"Translate\") {\n    val instance = new services.translate.Translate(config)\n  }\n\n  test(\"WAF\") {\n    val instance = new services.waf.WAF(config)\n  }\n\n  test(\"WAFRegional\") {\n    val instance = new services.wafregional.WAFRegional(config)\n  }\n\n  test(\"WAFv2\") {\n    val instance = new services.wafv2.WAFv2(config)\n  }\n\n  test(\"WellArchitected\") {\n    val instance = new services.wellarchitected.WellArchitected(config)\n  }\n\n  test(\"WorkDocs\") {\n    val instance = new services.workdocs.WorkDocs(config)\n  }\n\n  test(\"WorkLink\") {\n    val instance = new services.worklink.WorkLink(config)\n  }\n\n  test(\"WorkMail\") {\n    val instance = new services.workmail.WorkMail(config)\n  }\n\n  test(\"WorkMailMessageFlow\") {\n    val instance = new services.workmailmessageflow.WorkMailMessageFlow(config)\n  }\n\n  test(\"WorkSpaces\") {\n    val instance = new services.workspaces.WorkSpaces(config)\n  }\n\n  test(\"XRay\") {\n    val instance = new services.xray.XRay(config)\n  }\n\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codebuild\/src\/main\/scala\/facade\/amazonaws\/services\/CodeBuild.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codebuild {\n  type BuildArtifactsList = js.Array[BuildArtifacts]\n  type BuildBatchIds = js.Array[NonEmptyString]\n  type BuildBatchPhases = js.Array[BuildBatchPhase]\n  type BuildBatches = js.Array[BuildBatch]\n  type BuildGroups = js.Array[BuildGroup]\n  type BuildIds = js.Array[NonEmptyString]\n  type BuildPhases = js.Array[BuildPhase]\n  type BuildReportArns = js.Array[String]\n  type BuildSummaries = js.Array[BuildSummary]\n  type Builds = js.Array[Build]\n  type BuildsNotDeleted = js.Array[BuildNotDeleted]\n  type CodeCoverages = js.Array[CodeCoverage]\n  type ComputeTypesAllowed = js.Array[NonEmptyString]\n  type EnvironmentImages = js.Array[EnvironmentImage]\n  type EnvironmentLanguages = js.Array[EnvironmentLanguage]\n  type EnvironmentPlatforms = js.Array[EnvironmentPlatform]\n  type EnvironmentVariables = js.Array[EnvironmentVariable]\n  type ExportedEnvironmentVariables = js.Array[ExportedEnvironmentVariable]\n  type FilterGroup = js.Array[WebhookFilter]\n  type FilterGroups = js.Array[FilterGroup]\n  type GitCloneDepth = Int\n  type Identifiers = js.Array[NonEmptyString]\n  type ImageVersions = js.Array[String]\n  type KeyInput = String\n  type NonEmptyString = String\n  type NonNegativeInt = Int\n  type PageSize = Int\n  type Percentage = Double\n  type PhaseContexts = js.Array[PhaseContext]\n  type ProjectArns = js.Array[NonEmptyString]\n  type ProjectArtifactsList = js.Array[ProjectArtifacts]\n  type ProjectCacheModes = js.Array[CacheMode]\n  type ProjectDescription = String\n  type ProjectFileSystemLocations = js.Array[ProjectFileSystemLocation]\n  type ProjectName = String\n  type ProjectNames = js.Array[NonEmptyString]\n  type ProjectSecondarySourceVersions = js.Array[ProjectSourceVersion]\n  type ProjectSources = js.Array[ProjectSource]\n  type Projects = js.Array[Project]\n  type ReportArns = js.Array[NonEmptyString]\n  type ReportGroupArns = js.Array[NonEmptyString]\n  type ReportGroupName = String\n  type ReportGroupTrendRawDataList = js.Array[ReportWithRawData]\n  type ReportGroups = js.Array[ReportGroup]\n  type ReportStatusCounts = js.Dictionary[WrapperInt]\n  type Reports = js.Array[Report]\n  type ResolvedSecondaryArtifacts = js.Array[ResolvedArtifact]\n  type SecurityGroupIds = js.Array[NonEmptyString]\n  type SensitiveNonEmptyString = String\n  type SourceCredentialsInfos = js.Array[SourceCredentialsInfo]\n  type Subnets = js.Array[NonEmptyString]\n  type TagList = js.Array[Tag]\n  type TestCases = js.Array[TestCase]\n  type TimeOut = Int\n  type Timestamp = js.Date\n  type ValueInput = String\n  type WrapperBoolean = Boolean\n  type WrapperInt = Int\n  type WrapperLong = Double\n\n  implicit final class CodeBuildOps(private val service: CodeBuild) extends AnyVal {\n\n    @inline def batchDeleteBuildsFuture(params: BatchDeleteBuildsInput): Future[BatchDeleteBuildsOutput] = service.batchDeleteBuilds(params).promise().toFuture\n    @inline def batchGetBuildBatchesFuture(params: BatchGetBuildBatchesInput): Future[BatchGetBuildBatchesOutput] = service.batchGetBuildBatches(params).promise().toFuture\n    @inline def batchGetBuildsFuture(params: BatchGetBuildsInput): Future[BatchGetBuildsOutput] = service.batchGetBuilds(params).promise().toFuture\n    @inline def batchGetProjectsFuture(params: BatchGetProjectsInput): Future[BatchGetProjectsOutput] = service.batchGetProjects(params).promise().toFuture\n    @inline def batchGetReportGroupsFuture(params: BatchGetReportGroupsInput): Future[BatchGetReportGroupsOutput] = service.batchGetReportGroups(params).promise().toFuture\n    @inline def batchGetReportsFuture(params: BatchGetReportsInput): Future[BatchGetReportsOutput] = service.batchGetReports(params).promise().toFuture\n    @inline def createProjectFuture(params: CreateProjectInput): Future[CreateProjectOutput] = service.createProject(params).promise().toFuture\n    @inline def createReportGroupFuture(params: CreateReportGroupInput): Future[CreateReportGroupOutput] = service.createReportGroup(params).promise().toFuture\n    @inline def createWebhookFuture(params: CreateWebhookInput): Future[CreateWebhookOutput] = service.createWebhook(params).promise().toFuture\n    @inline def deleteBuildBatchFuture(params: DeleteBuildBatchInput): Future[DeleteBuildBatchOutput] = service.deleteBuildBatch(params).promise().toFuture\n    @inline def deleteProjectFuture(params: DeleteProjectInput): Future[DeleteProjectOutput] = service.deleteProject(params).promise().toFuture\n    @inline def deleteReportFuture(params: DeleteReportInput): Future[DeleteReportOutput] = service.deleteReport(params).promise().toFuture\n    @inline def deleteReportGroupFuture(params: DeleteReportGroupInput): Future[DeleteReportGroupOutput] = service.deleteReportGroup(params).promise().toFuture\n    @inline def deleteResourcePolicyFuture(params: DeleteResourcePolicyInput): Future[DeleteResourcePolicyOutput] = service.deleteResourcePolicy(params).promise().toFuture\n    @inline def deleteSourceCredentialsFuture(params: DeleteSourceCredentialsInput): Future[DeleteSourceCredentialsOutput] = service.deleteSourceCredentials(params).promise().toFuture\n    @inline def deleteWebhookFuture(params: DeleteWebhookInput): Future[DeleteWebhookOutput] = service.deleteWebhook(params).promise().toFuture\n    @inline def describeCodeCoveragesFuture(params: DescribeCodeCoveragesInput): Future[DescribeCodeCoveragesOutput] = service.describeCodeCoverages(params).promise().toFuture\n    @inline def describeTestCasesFuture(params: DescribeTestCasesInput): Future[DescribeTestCasesOutput] = service.describeTestCases(params).promise().toFuture\n    @inline def getReportGroupTrendFuture(params: GetReportGroupTrendInput): Future[GetReportGroupTrendOutput] = service.getReportGroupTrend(params).promise().toFuture\n    @inline def getResourcePolicyFuture(params: GetResourcePolicyInput): Future[GetResourcePolicyOutput] = service.getResourcePolicy(params).promise().toFuture\n    @inline def importSourceCredentialsFuture(params: ImportSourceCredentialsInput): Future[ImportSourceCredentialsOutput] = service.importSourceCredentials(params).promise().toFuture\n    @inline def invalidateProjectCacheFuture(params: InvalidateProjectCacheInput): Future[InvalidateProjectCacheOutput] = service.invalidateProjectCache(params).promise().toFuture\n    @inline def listBuildBatchesForProjectFuture(params: ListBuildBatchesForProjectInput): Future[ListBuildBatchesForProjectOutput] = service.listBuildBatchesForProject(params).promise().toFuture\n    @inline def listBuildBatchesFuture(params: ListBuildBatchesInput): Future[ListBuildBatchesOutput] = service.listBuildBatches(params).promise().toFuture\n    @inline def listBuildsForProjectFuture(params: ListBuildsForProjectInput): Future[ListBuildsForProjectOutput] = service.listBuildsForProject(params).promise().toFuture\n    @inline def listBuildsFuture(params: ListBuildsInput): Future[ListBuildsOutput] = service.listBuilds(params).promise().toFuture\n    @inline def listCuratedEnvironmentImagesFuture(params: ListCuratedEnvironmentImagesInput): Future[ListCuratedEnvironmentImagesOutput] = service.listCuratedEnvironmentImages(params).promise().toFuture\n    @inline def listProjectsFuture(params: ListProjectsInput): Future[ListProjectsOutput] = service.listProjects(params).promise().toFuture\n    @inline def listReportGroupsFuture(params: ListReportGroupsInput): Future[ListReportGroupsOutput] = service.listReportGroups(params).promise().toFuture\n    @inline def listReportsForReportGroupFuture(params: ListReportsForReportGroupInput): Future[ListReportsForReportGroupOutput] = service.listReportsForReportGroup(params).promise().toFuture\n    @inline def listReportsFuture(params: ListReportsInput): Future[ListReportsOutput] = service.listReports(params).promise().toFuture\n    @inline def listSharedProjectsFuture(params: ListSharedProjectsInput): Future[ListSharedProjectsOutput] = service.listSharedProjects(params).promise().toFuture\n    @inline def listSharedReportGroupsFuture(params: ListSharedReportGroupsInput): Future[ListSharedReportGroupsOutput] = service.listSharedReportGroups(params).promise().toFuture\n    @inline def listSourceCredentialsFuture(params: ListSourceCredentialsInput): Future[ListSourceCredentialsOutput] = service.listSourceCredentials(params).promise().toFuture\n    @inline def putResourcePolicyFuture(params: PutResourcePolicyInput): Future[PutResourcePolicyOutput] = service.putResourcePolicy(params).promise().toFuture\n    @inline def retryBuildBatchFuture(params: RetryBuildBatchInput): Future[RetryBuildBatchOutput] = service.retryBuildBatch(params).promise().toFuture\n    @inline def retryBuildFuture(params: RetryBuildInput): Future[RetryBuildOutput] = service.retryBuild(params).promise().toFuture\n    @inline def startBuildBatchFuture(params: StartBuildBatchInput): Future[StartBuildBatchOutput] = service.startBuildBatch(params).promise().toFuture\n    @inline def startBuildFuture(params: StartBuildInput): Future[StartBuildOutput] = service.startBuild(params).promise().toFuture\n    @inline def stopBuildBatchFuture(params: StopBuildBatchInput): Future[StopBuildBatchOutput] = service.stopBuildBatch(params).promise().toFuture\n    @inline def stopBuildFuture(params: StopBuildInput): Future[StopBuildOutput] = service.stopBuild(params).promise().toFuture\n    @inline def updateProjectFuture(params: UpdateProjectInput): Future[UpdateProjectOutput] = service.updateProject(params).promise().toFuture\n    @inline def updateReportGroupFuture(params: UpdateReportGroupInput): Future[UpdateReportGroupOutput] = service.updateReportGroup(params).promise().toFuture\n    @inline def updateWebhookFuture(params: UpdateWebhookInput): Future[UpdateWebhookOutput] = service.updateWebhook(params).promise().toFuture\n\n  }\n}\n\npackage codebuild {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codebuild\", JSImport.Namespace, \"AWS.CodeBuild\")\n  class CodeBuild() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchDeleteBuilds(params: BatchDeleteBuildsInput): Request[BatchDeleteBuildsOutput] = js.native\n    def batchGetBuildBatches(params: BatchGetBuildBatchesInput): Request[BatchGetBuildBatchesOutput] = js.native\n    def batchGetBuilds(params: BatchGetBuildsInput): Request[BatchGetBuildsOutput] = js.native\n    def batchGetProjects(params: BatchGetProjectsInput): Request[BatchGetProjectsOutput] = js.native\n    def batchGetReportGroups(params: BatchGetReportGroupsInput): Request[BatchGetReportGroupsOutput] = js.native\n    def batchGetReports(params: BatchGetReportsInput): Request[BatchGetReportsOutput] = js.native\n    def createProject(params: CreateProjectInput): Request[CreateProjectOutput] = js.native\n    def createReportGroup(params: CreateReportGroupInput): Request[CreateReportGroupOutput] = js.native\n    def createWebhook(params: CreateWebhookInput): Request[CreateWebhookOutput] = js.native\n    def deleteBuildBatch(params: DeleteBuildBatchInput): Request[DeleteBuildBatchOutput] = js.native\n    def deleteProject(params: DeleteProjectInput): Request[DeleteProjectOutput] = js.native\n    def deleteReport(params: DeleteReportInput): Request[DeleteReportOutput] = js.native\n    def deleteReportGroup(params: DeleteReportGroupInput): Request[DeleteReportGroupOutput] = js.native\n    def deleteResourcePolicy(params: DeleteResourcePolicyInput): Request[DeleteResourcePolicyOutput] = js.native\n    def deleteSourceCredentials(params: DeleteSourceCredentialsInput): Request[DeleteSourceCredentialsOutput] = js.native\n    def deleteWebhook(params: DeleteWebhookInput): Request[DeleteWebhookOutput] = js.native\n    def describeCodeCoverages(params: DescribeCodeCoveragesInput): Request[DescribeCodeCoveragesOutput] = js.native\n    def describeTestCases(params: DescribeTestCasesInput): Request[DescribeTestCasesOutput] = js.native\n    def getReportGroupTrend(params: GetReportGroupTrendInput): Request[GetReportGroupTrendOutput] = js.native\n    def getResourcePolicy(params: GetResourcePolicyInput): Request[GetResourcePolicyOutput] = js.native\n    def importSourceCredentials(params: ImportSourceCredentialsInput): Request[ImportSourceCredentialsOutput] = js.native\n    def invalidateProjectCache(params: InvalidateProjectCacheInput): Request[InvalidateProjectCacheOutput] = js.native\n    def listBuildBatches(params: ListBuildBatchesInput): Request[ListBuildBatchesOutput] = js.native\n    def listBuildBatchesForProject(params: ListBuildBatchesForProjectInput): Request[ListBuildBatchesForProjectOutput] = js.native\n    def listBuilds(params: ListBuildsInput): Request[ListBuildsOutput] = js.native\n    def listBuildsForProject(params: ListBuildsForProjectInput): Request[ListBuildsForProjectOutput] = js.native\n    def listCuratedEnvironmentImages(params: ListCuratedEnvironmentImagesInput): Request[ListCuratedEnvironmentImagesOutput] = js.native\n    def listProjects(params: ListProjectsInput): Request[ListProjectsOutput] = js.native\n    def listReportGroups(params: ListReportGroupsInput): Request[ListReportGroupsOutput] = js.native\n    def listReports(params: ListReportsInput): Request[ListReportsOutput] = js.native\n    def listReportsForReportGroup(params: ListReportsForReportGroupInput): Request[ListReportsForReportGroupOutput] = js.native\n    def listSharedProjects(params: ListSharedProjectsInput): Request[ListSharedProjectsOutput] = js.native\n    def listSharedReportGroups(params: ListSharedReportGroupsInput): Request[ListSharedReportGroupsOutput] = js.native\n    def listSourceCredentials(params: ListSourceCredentialsInput): Request[ListSourceCredentialsOutput] = js.native\n    def putResourcePolicy(params: PutResourcePolicyInput): Request[PutResourcePolicyOutput] = js.native\n    def retryBuild(params: RetryBuildInput): Request[RetryBuildOutput] = js.native\n    def retryBuildBatch(params: RetryBuildBatchInput): Request[RetryBuildBatchOutput] = js.native\n    def startBuild(params: StartBuildInput): Request[StartBuildOutput] = js.native\n    def startBuildBatch(params: StartBuildBatchInput): Request[StartBuildBatchOutput] = js.native\n    def stopBuild(params: StopBuildInput): Request[StopBuildOutput] = js.native\n    def stopBuildBatch(params: StopBuildBatchInput): Request[StopBuildBatchOutput] = js.native\n    def updateProject(params: UpdateProjectInput): Request[UpdateProjectOutput] = js.native\n    def updateReportGroup(params: UpdateReportGroupInput): Request[UpdateReportGroupOutput] = js.native\n    def updateWebhook(params: UpdateWebhookInput): Request[UpdateWebhookOutput] = js.native\n  }\n\n  @js.native\n  sealed trait ArtifactNamespace extends js.Any\n  object ArtifactNamespace {\n    val NONE = \"NONE\".asInstanceOf[ArtifactNamespace]\n    val BUILD_ID = \"BUILD_ID\".asInstanceOf[ArtifactNamespace]\n\n    @inline def values = js.Array(NONE, BUILD_ID)\n  }\n\n  @js.native\n  sealed trait ArtifactPackaging extends js.Any\n  object ArtifactPackaging {\n    val NONE = \"NONE\".asInstanceOf[ArtifactPackaging]\n    val ZIP = \"ZIP\".asInstanceOf[ArtifactPackaging]\n\n    @inline def values = js.Array(NONE, ZIP)\n  }\n\n  @js.native\n  sealed trait ArtifactsType extends js.Any\n  object ArtifactsType {\n    val CODEPIPELINE = \"CODEPIPELINE\".asInstanceOf[ArtifactsType]\n    val S3 = \"S3\".asInstanceOf[ArtifactsType]\n    val NO_ARTIFACTS = \"NO_ARTIFACTS\".asInstanceOf[ArtifactsType]\n\n    @inline def values = js.Array(CODEPIPELINE, S3, NO_ARTIFACTS)\n  }\n\n  @js.native\n  sealed trait AuthType extends js.Any\n  object AuthType {\n    val OAUTH = \"OAUTH\".asInstanceOf[AuthType]\n    val BASIC_AUTH = \"BASIC_AUTH\".asInstanceOf[AuthType]\n    val PERSONAL_ACCESS_TOKEN = \"PERSONAL_ACCESS_TOKEN\".asInstanceOf[AuthType]\n\n    @inline def values = js.Array(OAUTH, BASIC_AUTH, PERSONAL_ACCESS_TOKEN)\n  }\n\n  @js.native\n  trait BatchDeleteBuildsInput extends js.Object {\n    var ids: BuildIds\n  }\n\n  object BatchDeleteBuildsInput {\n    @inline\n    def apply(\n        ids: BuildIds\n    ): BatchDeleteBuildsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ids\" -> ids.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchDeleteBuildsInput]\n    }\n  }\n\n  @js.native\n  trait BatchDeleteBuildsOutput extends js.Object {\n    var buildsDeleted: js.UndefOr[BuildIds]\n    var buildsNotDeleted: js.UndefOr[BuildsNotDeleted]\n  }\n\n  object BatchDeleteBuildsOutput {\n    @inline\n    def apply(\n        buildsDeleted: js.UndefOr[BuildIds] = js.undefined,\n        buildsNotDeleted: js.UndefOr[BuildsNotDeleted] = js.undefined\n    ): BatchDeleteBuildsOutput = {\n      val __obj = js.Dynamic.literal()\n      buildsDeleted.foreach(__v => __obj.updateDynamic(\"buildsDeleted\")(__v.asInstanceOf[js.Any]))\n      buildsNotDeleted.foreach(__v => __obj.updateDynamic(\"buildsNotDeleted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteBuildsOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetBuildBatchesInput extends js.Object {\n    var ids: BuildBatchIds\n  }\n\n  object BatchGetBuildBatchesInput {\n    @inline\n    def apply(\n        ids: BuildBatchIds\n    ): BatchGetBuildBatchesInput = {\n      val __obj = js.Dynamic.literal(\n        \"ids\" -> ids.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetBuildBatchesInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetBuildBatchesOutput extends js.Object {\n    var buildBatches: js.UndefOr[BuildBatches]\n    var buildBatchesNotFound: js.UndefOr[BuildBatchIds]\n  }\n\n  object BatchGetBuildBatchesOutput {\n    @inline\n    def apply(\n        buildBatches: js.UndefOr[BuildBatches] = js.undefined,\n        buildBatchesNotFound: js.UndefOr[BuildBatchIds] = js.undefined\n    ): BatchGetBuildBatchesOutput = {\n      val __obj = js.Dynamic.literal()\n      buildBatches.foreach(__v => __obj.updateDynamic(\"buildBatches\")(__v.asInstanceOf[js.Any]))\n      buildBatchesNotFound.foreach(__v => __obj.updateDynamic(\"buildBatchesNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetBuildBatchesOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetBuildsInput extends js.Object {\n    var ids: BuildIds\n  }\n\n  object BatchGetBuildsInput {\n    @inline\n    def apply(\n        ids: BuildIds\n    ): BatchGetBuildsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ids\" -> ids.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetBuildsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetBuildsOutput extends js.Object {\n    var builds: js.UndefOr[Builds]\n    var buildsNotFound: js.UndefOr[BuildIds]\n  }\n\n  object BatchGetBuildsOutput {\n    @inline\n    def apply(\n        builds: js.UndefOr[Builds] = js.undefined,\n        buildsNotFound: js.UndefOr[BuildIds] = js.undefined\n    ): BatchGetBuildsOutput = {\n      val __obj = js.Dynamic.literal()\n      builds.foreach(__v => __obj.updateDynamic(\"builds\")(__v.asInstanceOf[js.Any]))\n      buildsNotFound.foreach(__v => __obj.updateDynamic(\"buildsNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetBuildsOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetProjectsInput extends js.Object {\n    var names: ProjectNames\n  }\n\n  object BatchGetProjectsInput {\n    @inline\n    def apply(\n        names: ProjectNames\n    ): BatchGetProjectsInput = {\n      val __obj = js.Dynamic.literal(\n        \"names\" -> names.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetProjectsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetProjectsOutput extends js.Object {\n    var projects: js.UndefOr[Projects]\n    var projectsNotFound: js.UndefOr[ProjectNames]\n  }\n\n  object BatchGetProjectsOutput {\n    @inline\n    def apply(\n        projects: js.UndefOr[Projects] = js.undefined,\n        projectsNotFound: js.UndefOr[ProjectNames] = js.undefined\n    ): BatchGetProjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      projects.foreach(__v => __obj.updateDynamic(\"projects\")(__v.asInstanceOf[js.Any]))\n      projectsNotFound.foreach(__v => __obj.updateDynamic(\"projectsNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetProjectsOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetReportGroupsInput extends js.Object {\n    var reportGroupArns: ReportGroupArns\n  }\n\n  object BatchGetReportGroupsInput {\n    @inline\n    def apply(\n        reportGroupArns: ReportGroupArns\n    ): BatchGetReportGroupsInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportGroupArns\" -> reportGroupArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetReportGroupsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetReportGroupsOutput extends js.Object {\n    var reportGroups: js.UndefOr[ReportGroups]\n    var reportGroupsNotFound: js.UndefOr[ReportGroupArns]\n  }\n\n  object BatchGetReportGroupsOutput {\n    @inline\n    def apply(\n        reportGroups: js.UndefOr[ReportGroups] = js.undefined,\n        reportGroupsNotFound: js.UndefOr[ReportGroupArns] = js.undefined\n    ): BatchGetReportGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      reportGroups.foreach(__v => __obj.updateDynamic(\"reportGroups\")(__v.asInstanceOf[js.Any]))\n      reportGroupsNotFound.foreach(__v => __obj.updateDynamic(\"reportGroupsNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetReportGroupsOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetReportsInput extends js.Object {\n    var reportArns: ReportArns\n  }\n\n  object BatchGetReportsInput {\n    @inline\n    def apply(\n        reportArns: ReportArns\n    ): BatchGetReportsInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportArns\" -> reportArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetReportsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetReportsOutput extends js.Object {\n    var reports: js.UndefOr[Reports]\n    var reportsNotFound: js.UndefOr[ReportArns]\n  }\n\n  object BatchGetReportsOutput {\n    @inline\n    def apply(\n        reports: js.UndefOr[Reports] = js.undefined,\n        reportsNotFound: js.UndefOr[ReportArns] = js.undefined\n    ): BatchGetReportsOutput = {\n      val __obj = js.Dynamic.literal()\n      reports.foreach(__v => __obj.updateDynamic(\"reports\")(__v.asInstanceOf[js.Any]))\n      reportsNotFound.foreach(__v => __obj.updateDynamic(\"reportsNotFound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetReportsOutput]\n    }\n  }\n\n  \/** Specifies restrictions for the batch build.\n    *\/\n  @js.native\n  trait BatchRestrictions extends js.Object {\n    var computeTypesAllowed: js.UndefOr[ComputeTypesAllowed]\n    var maximumBuildsAllowed: js.UndefOr[WrapperInt]\n  }\n\n  object BatchRestrictions {\n    @inline\n    def apply(\n        computeTypesAllowed: js.UndefOr[ComputeTypesAllowed] = js.undefined,\n        maximumBuildsAllowed: js.UndefOr[WrapperInt] = js.undefined\n    ): BatchRestrictions = {\n      val __obj = js.Dynamic.literal()\n      computeTypesAllowed.foreach(__v => __obj.updateDynamic(\"computeTypesAllowed\")(__v.asInstanceOf[js.Any]))\n      maximumBuildsAllowed.foreach(__v => __obj.updateDynamic(\"maximumBuildsAllowed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchRestrictions]\n    }\n  }\n\n  \/** Specifies the access for objects that are uploaded to an Amazon S3 bucket that is owned by another account. By default, only the account that uploads the objects to the bucket has access to these objects. This property allows you to give the bucket owner access to these objects. <dl> <dt>NONE<\/dt> <dd> The bucket owner does not have access to the objects. This is the default. <\/dd> <dt>READ_ONLY<\/dt> <dd> The bucket owner has read only access to the objects. The uploading account retains ownership of the objects. <\/dd> <dt>FULL<\/dt> <dd> The bucket owner has full access to the objects. Object ownership is determined by the following criteria: * If the bucket is configured with the ```Bucket owner preferred``` setting, the bucket owner owns the objects. The uploading account will have object access as specified by the bucket's policy. * Otherwise, the uploading account retains ownership of the objects. For more information about Amazon S3 object ownership, see\n    * [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/userguide\/about-object-ownership.html|Controlling ownership of uploaded objects using S3 Object Ownership]] in the <i>Amazon Simple Storage Service User Guide<\/i>. <\/dd> <\/dl>\n    *\/\n  @js.native\n  sealed trait BucketOwnerAccess extends js.Any\n  object BucketOwnerAccess {\n    val NONE = \"NONE\".asInstanceOf[BucketOwnerAccess]\n    val READ_ONLY = \"READ_ONLY\".asInstanceOf[BucketOwnerAccess]\n    val FULL = \"FULL\".asInstanceOf[BucketOwnerAccess]\n\n    @inline def values = js.Array(NONE, READ_ONLY, FULL)\n  }\n\n  \/** Information about a build.\n    *\/\n  @js.native\n  trait Build extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var artifacts: js.UndefOr[BuildArtifacts]\n    var buildBatchArn: js.UndefOr[String]\n    var buildComplete: js.UndefOr[Boolean]\n    var buildNumber: js.UndefOr[WrapperLong]\n    var buildStatus: js.UndefOr[StatusType]\n    var cache: js.UndefOr[ProjectCache]\n    var currentPhase: js.UndefOr[String]\n    var debugSession: js.UndefOr[DebugSession]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var endTime: js.UndefOr[Timestamp]\n    var environment: js.UndefOr[ProjectEnvironment]\n    var exportedEnvironmentVariables: js.UndefOr[ExportedEnvironmentVariables]\n    var fileSystemLocations: js.UndefOr[ProjectFileSystemLocations]\n    var id: js.UndefOr[NonEmptyString]\n    var initiator: js.UndefOr[String]\n    var logs: js.UndefOr[LogsLocation]\n    var networkInterface: js.UndefOr[NetworkInterface]\n    var phases: js.UndefOr[BuildPhases]\n    var projectName: js.UndefOr[NonEmptyString]\n    var queuedTimeoutInMinutes: js.UndefOr[WrapperInt]\n    var reportArns: js.UndefOr[BuildReportArns]\n    var resolvedSourceVersion: js.UndefOr[NonEmptyString]\n    var secondaryArtifacts: js.UndefOr[BuildArtifactsList]\n    var secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions]\n    var secondarySources: js.UndefOr[ProjectSources]\n    var serviceRole: js.UndefOr[NonEmptyString]\n    var source: js.UndefOr[ProjectSource]\n    var sourceVersion: js.UndefOr[NonEmptyString]\n    var startTime: js.UndefOr[Timestamp]\n    var timeoutInMinutes: js.UndefOr[WrapperInt]\n    var vpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object Build {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        artifacts: js.UndefOr[BuildArtifacts] = js.undefined,\n        buildBatchArn: js.UndefOr[String] = js.undefined,\n        buildComplete: js.UndefOr[Boolean] = js.undefined,\n        buildNumber: js.UndefOr[WrapperLong] = js.undefined,\n        buildStatus: js.UndefOr[StatusType] = js.undefined,\n        cache: js.UndefOr[ProjectCache] = js.undefined,\n        currentPhase: js.UndefOr[String] = js.undefined,\n        debugSession: js.UndefOr[DebugSession] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        environment: js.UndefOr[ProjectEnvironment] = js.undefined,\n        exportedEnvironmentVariables: js.UndefOr[ExportedEnvironmentVariables] = js.undefined,\n        fileSystemLocations: js.UndefOr[ProjectFileSystemLocations] = js.undefined,\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        initiator: js.UndefOr[String] = js.undefined,\n        logs: js.UndefOr[LogsLocation] = js.undefined,\n        networkInterface: js.UndefOr[NetworkInterface] = js.undefined,\n        phases: js.UndefOr[BuildPhases] = js.undefined,\n        projectName: js.UndefOr[NonEmptyString] = js.undefined,\n        queuedTimeoutInMinutes: js.UndefOr[WrapperInt] = js.undefined,\n        reportArns: js.UndefOr[BuildReportArns] = js.undefined,\n        resolvedSourceVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        secondaryArtifacts: js.UndefOr[BuildArtifactsList] = js.undefined,\n        secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        secondarySources: js.UndefOr[ProjectSources] = js.undefined,\n        serviceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        source: js.UndefOr[ProjectSource] = js.undefined,\n        sourceVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        timeoutInMinutes: js.UndefOr[WrapperInt] = js.undefined,\n        vpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): Build = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      artifacts.foreach(__v => __obj.updateDynamic(\"artifacts\")(__v.asInstanceOf[js.Any]))\n      buildBatchArn.foreach(__v => __obj.updateDynamic(\"buildBatchArn\")(__v.asInstanceOf[js.Any]))\n      buildComplete.foreach(__v => __obj.updateDynamic(\"buildComplete\")(__v.asInstanceOf[js.Any]))\n      buildNumber.foreach(__v => __obj.updateDynamic(\"buildNumber\")(__v.asInstanceOf[js.Any]))\n      buildStatus.foreach(__v => __obj.updateDynamic(\"buildStatus\")(__v.asInstanceOf[js.Any]))\n      cache.foreach(__v => __obj.updateDynamic(\"cache\")(__v.asInstanceOf[js.Any]))\n      currentPhase.foreach(__v => __obj.updateDynamic(\"currentPhase\")(__v.asInstanceOf[js.Any]))\n      debugSession.foreach(__v => __obj.updateDynamic(\"debugSession\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      exportedEnvironmentVariables.foreach(__v => __obj.updateDynamic(\"exportedEnvironmentVariables\")(__v.asInstanceOf[js.Any]))\n      fileSystemLocations.foreach(__v => __obj.updateDynamic(\"fileSystemLocations\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      initiator.foreach(__v => __obj.updateDynamic(\"initiator\")(__v.asInstanceOf[js.Any]))\n      logs.foreach(__v => __obj.updateDynamic(\"logs\")(__v.asInstanceOf[js.Any]))\n      networkInterface.foreach(__v => __obj.updateDynamic(\"networkInterface\")(__v.asInstanceOf[js.Any]))\n      phases.foreach(__v => __obj.updateDynamic(\"phases\")(__v.asInstanceOf[js.Any]))\n      projectName.foreach(__v => __obj.updateDynamic(\"projectName\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      reportArns.foreach(__v => __obj.updateDynamic(\"reportArns\")(__v.asInstanceOf[js.Any]))\n      resolvedSourceVersion.foreach(__v => __obj.updateDynamic(\"resolvedSourceVersion\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      secondarySourceVersions.foreach(__v => __obj.updateDynamic(\"secondarySourceVersions\")(__v.asInstanceOf[js.Any]))\n      secondarySources.foreach(__v => __obj.updateDynamic(\"secondarySources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      timeoutInMinutes.foreach(__v => __obj.updateDynamic(\"timeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      vpcConfig.foreach(__v => __obj.updateDynamic(\"vpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Build]\n    }\n  }\n\n  \/** Information about build output artifacts.\n    *\/\n  @js.native\n  trait BuildArtifacts extends js.Object {\n    var artifactIdentifier: js.UndefOr[String]\n    var bucketOwnerAccess: js.UndefOr[BucketOwnerAccess]\n    var encryptionDisabled: js.UndefOr[WrapperBoolean]\n    var location: js.UndefOr[String]\n    var md5sum: js.UndefOr[String]\n    var overrideArtifactName: js.UndefOr[WrapperBoolean]\n    var sha256sum: js.UndefOr[String]\n  }\n\n  object BuildArtifacts {\n    @inline\n    def apply(\n        artifactIdentifier: js.UndefOr[String] = js.undefined,\n        bucketOwnerAccess: js.UndefOr[BucketOwnerAccess] = js.undefined,\n        encryptionDisabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        location: js.UndefOr[String] = js.undefined,\n        md5sum: js.UndefOr[String] = js.undefined,\n        overrideArtifactName: js.UndefOr[WrapperBoolean] = js.undefined,\n        sha256sum: js.UndefOr[String] = js.undefined\n    ): BuildArtifacts = {\n      val __obj = js.Dynamic.literal()\n      artifactIdentifier.foreach(__v => __obj.updateDynamic(\"artifactIdentifier\")(__v.asInstanceOf[js.Any]))\n      bucketOwnerAccess.foreach(__v => __obj.updateDynamic(\"bucketOwnerAccess\")(__v.asInstanceOf[js.Any]))\n      encryptionDisabled.foreach(__v => __obj.updateDynamic(\"encryptionDisabled\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      md5sum.foreach(__v => __obj.updateDynamic(\"md5sum\")(__v.asInstanceOf[js.Any]))\n      overrideArtifactName.foreach(__v => __obj.updateDynamic(\"overrideArtifactName\")(__v.asInstanceOf[js.Any]))\n      sha256sum.foreach(__v => __obj.updateDynamic(\"sha256sum\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildArtifacts]\n    }\n  }\n\n  \/** Contains information about a batch build.\n    *\/\n  @js.native\n  trait BuildBatch extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var artifacts: js.UndefOr[BuildArtifacts]\n    var buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig]\n    var buildBatchNumber: js.UndefOr[WrapperLong]\n    var buildBatchStatus: js.UndefOr[StatusType]\n    var buildGroups: js.UndefOr[BuildGroups]\n    var buildTimeoutInMinutes: js.UndefOr[WrapperInt]\n    var cache: js.UndefOr[ProjectCache]\n    var complete: js.UndefOr[Boolean]\n    var currentPhase: js.UndefOr[String]\n    var debugSessionEnabled: js.UndefOr[WrapperBoolean]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var endTime: js.UndefOr[Timestamp]\n    var environment: js.UndefOr[ProjectEnvironment]\n    var fileSystemLocations: js.UndefOr[ProjectFileSystemLocations]\n    var id: js.UndefOr[NonEmptyString]\n    var initiator: js.UndefOr[String]\n    var logConfig: js.UndefOr[LogsConfig]\n    var phases: js.UndefOr[BuildBatchPhases]\n    var projectName: js.UndefOr[NonEmptyString]\n    var queuedTimeoutInMinutes: js.UndefOr[WrapperInt]\n    var resolvedSourceVersion: js.UndefOr[NonEmptyString]\n    var secondaryArtifacts: js.UndefOr[BuildArtifactsList]\n    var secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions]\n    var secondarySources: js.UndefOr[ProjectSources]\n    var serviceRole: js.UndefOr[NonEmptyString]\n    var source: js.UndefOr[ProjectSource]\n    var sourceVersion: js.UndefOr[NonEmptyString]\n    var startTime: js.UndefOr[Timestamp]\n    var vpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object BuildBatch {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        artifacts: js.UndefOr[BuildArtifacts] = js.undefined,\n        buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig] = js.undefined,\n        buildBatchNumber: js.UndefOr[WrapperLong] = js.undefined,\n        buildBatchStatus: js.UndefOr[StatusType] = js.undefined,\n        buildGroups: js.UndefOr[BuildGroups] = js.undefined,\n        buildTimeoutInMinutes: js.UndefOr[WrapperInt] = js.undefined,\n        cache: js.UndefOr[ProjectCache] = js.undefined,\n        complete: js.UndefOr[Boolean] = js.undefined,\n        currentPhase: js.UndefOr[String] = js.undefined,\n        debugSessionEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        environment: js.UndefOr[ProjectEnvironment] = js.undefined,\n        fileSystemLocations: js.UndefOr[ProjectFileSystemLocations] = js.undefined,\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        initiator: js.UndefOr[String] = js.undefined,\n        logConfig: js.UndefOr[LogsConfig] = js.undefined,\n        phases: js.UndefOr[BuildBatchPhases] = js.undefined,\n        projectName: js.UndefOr[NonEmptyString] = js.undefined,\n        queuedTimeoutInMinutes: js.UndefOr[WrapperInt] = js.undefined,\n        resolvedSourceVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        secondaryArtifacts: js.UndefOr[BuildArtifactsList] = js.undefined,\n        secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        secondarySources: js.UndefOr[ProjectSources] = js.undefined,\n        serviceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        source: js.UndefOr[ProjectSource] = js.undefined,\n        sourceVersion: js.UndefOr[NonEmptyString] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        vpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): BuildBatch = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      artifacts.foreach(__v => __obj.updateDynamic(\"artifacts\")(__v.asInstanceOf[js.Any]))\n      buildBatchConfig.foreach(__v => __obj.updateDynamic(\"buildBatchConfig\")(__v.asInstanceOf[js.Any]))\n      buildBatchNumber.foreach(__v => __obj.updateDynamic(\"buildBatchNumber\")(__v.asInstanceOf[js.Any]))\n      buildBatchStatus.foreach(__v => __obj.updateDynamic(\"buildBatchStatus\")(__v.asInstanceOf[js.Any]))\n      buildGroups.foreach(__v => __obj.updateDynamic(\"buildGroups\")(__v.asInstanceOf[js.Any]))\n      buildTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"buildTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      cache.foreach(__v => __obj.updateDynamic(\"cache\")(__v.asInstanceOf[js.Any]))\n      complete.foreach(__v => __obj.updateDynamic(\"complete\")(__v.asInstanceOf[js.Any]))\n      currentPhase.foreach(__v => __obj.updateDynamic(\"currentPhase\")(__v.asInstanceOf[js.Any]))\n      debugSessionEnabled.foreach(__v => __obj.updateDynamic(\"debugSessionEnabled\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      fileSystemLocations.foreach(__v => __obj.updateDynamic(\"fileSystemLocations\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      initiator.foreach(__v => __obj.updateDynamic(\"initiator\")(__v.asInstanceOf[js.Any]))\n      logConfig.foreach(__v => __obj.updateDynamic(\"logConfig\")(__v.asInstanceOf[js.Any]))\n      phases.foreach(__v => __obj.updateDynamic(\"phases\")(__v.asInstanceOf[js.Any]))\n      projectName.foreach(__v => __obj.updateDynamic(\"projectName\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      resolvedSourceVersion.foreach(__v => __obj.updateDynamic(\"resolvedSourceVersion\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      secondarySourceVersions.foreach(__v => __obj.updateDynamic(\"secondarySourceVersions\")(__v.asInstanceOf[js.Any]))\n      secondarySources.foreach(__v => __obj.updateDynamic(\"secondarySources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      vpcConfig.foreach(__v => __obj.updateDynamic(\"vpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildBatch]\n    }\n  }\n\n  \/** Specifies filters when retrieving batch builds.\n    *\/\n  @js.native\n  trait BuildBatchFilter extends js.Object {\n    var status: js.UndefOr[StatusType]\n  }\n\n  object BuildBatchFilter {\n    @inline\n    def apply(\n        status: js.UndefOr[StatusType] = js.undefined\n    ): BuildBatchFilter = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildBatchFilter]\n    }\n  }\n\n  \/** Contains information about a stage for a batch build.\n    *\/\n  @js.native\n  trait BuildBatchPhase extends js.Object {\n    var contexts: js.UndefOr[PhaseContexts]\n    var durationInSeconds: js.UndefOr[WrapperLong]\n    var endTime: js.UndefOr[Timestamp]\n    var phaseStatus: js.UndefOr[StatusType]\n    var phaseType: js.UndefOr[BuildBatchPhaseType]\n    var startTime: js.UndefOr[Timestamp]\n  }\n\n  object BuildBatchPhase {\n    @inline\n    def apply(\n        contexts: js.UndefOr[PhaseContexts] = js.undefined,\n        durationInSeconds: js.UndefOr[WrapperLong] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        phaseStatus: js.UndefOr[StatusType] = js.undefined,\n        phaseType: js.UndefOr[BuildBatchPhaseType] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined\n    ): BuildBatchPhase = {\n      val __obj = js.Dynamic.literal()\n      contexts.foreach(__v => __obj.updateDynamic(\"contexts\")(__v.asInstanceOf[js.Any]))\n      durationInSeconds.foreach(__v => __obj.updateDynamic(\"durationInSeconds\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      phaseStatus.foreach(__v => __obj.updateDynamic(\"phaseStatus\")(__v.asInstanceOf[js.Any]))\n      phaseType.foreach(__v => __obj.updateDynamic(\"phaseType\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildBatchPhase]\n    }\n  }\n\n  @js.native\n  sealed trait BuildBatchPhaseType extends js.Any\n  object BuildBatchPhaseType {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[BuildBatchPhaseType]\n    val DOWNLOAD_BATCHSPEC = \"DOWNLOAD_BATCHSPEC\".asInstanceOf[BuildBatchPhaseType]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[BuildBatchPhaseType]\n    val COMBINE_ARTIFACTS = \"COMBINE_ARTIFACTS\".asInstanceOf[BuildBatchPhaseType]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[BuildBatchPhaseType]\n    val FAILED = \"FAILED\".asInstanceOf[BuildBatchPhaseType]\n    val STOPPED = \"STOPPED\".asInstanceOf[BuildBatchPhaseType]\n\n    @inline def values = js.Array(SUBMITTED, DOWNLOAD_BATCHSPEC, IN_PROGRESS, COMBINE_ARTIFACTS, SUCCEEDED, FAILED, STOPPED)\n  }\n\n  \/** Contains information about a batch build build group. Build groups are used to combine builds that can run in parallel, while still being able to set dependencies on other build groups.\n    *\/\n  @js.native\n  trait BuildGroup extends js.Object {\n    var currentBuildSummary: js.UndefOr[BuildSummary]\n    var dependsOn: js.UndefOr[Identifiers]\n    var identifier: js.UndefOr[String]\n    var ignoreFailure: js.UndefOr[Boolean]\n    var priorBuildSummaryList: js.UndefOr[BuildSummaries]\n  }\n\n  object BuildGroup {\n    @inline\n    def apply(\n        currentBuildSummary: js.UndefOr[BuildSummary] = js.undefined,\n        dependsOn: js.UndefOr[Identifiers] = js.undefined,\n        identifier: js.UndefOr[String] = js.undefined,\n        ignoreFailure: js.UndefOr[Boolean] = js.undefined,\n        priorBuildSummaryList: js.UndefOr[BuildSummaries] = js.undefined\n    ): BuildGroup = {\n      val __obj = js.Dynamic.literal()\n      currentBuildSummary.foreach(__v => __obj.updateDynamic(\"currentBuildSummary\")(__v.asInstanceOf[js.Any]))\n      dependsOn.foreach(__v => __obj.updateDynamic(\"dependsOn\")(__v.asInstanceOf[js.Any]))\n      identifier.foreach(__v => __obj.updateDynamic(\"identifier\")(__v.asInstanceOf[js.Any]))\n      ignoreFailure.foreach(__v => __obj.updateDynamic(\"ignoreFailure\")(__v.asInstanceOf[js.Any]))\n      priorBuildSummaryList.foreach(__v => __obj.updateDynamic(\"priorBuildSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildGroup]\n    }\n  }\n\n  \/** Information about a build that could not be successfully deleted.\n    *\/\n  @js.native\n  trait BuildNotDeleted extends js.Object {\n    var id: js.UndefOr[NonEmptyString]\n    var statusCode: js.UndefOr[String]\n  }\n\n  object BuildNotDeleted {\n    @inline\n    def apply(\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        statusCode: js.UndefOr[String] = js.undefined\n    ): BuildNotDeleted = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildNotDeleted]\n    }\n  }\n\n  \/** Information about a stage for a build.\n    *\/\n  @js.native\n  trait BuildPhase extends js.Object {\n    var contexts: js.UndefOr[PhaseContexts]\n    var durationInSeconds: js.UndefOr[WrapperLong]\n    var endTime: js.UndefOr[Timestamp]\n    var phaseStatus: js.UndefOr[StatusType]\n    var phaseType: js.UndefOr[BuildPhaseType]\n    var startTime: js.UndefOr[Timestamp]\n  }\n\n  object BuildPhase {\n    @inline\n    def apply(\n        contexts: js.UndefOr[PhaseContexts] = js.undefined,\n        durationInSeconds: js.UndefOr[WrapperLong] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        phaseStatus: js.UndefOr[StatusType] = js.undefined,\n        phaseType: js.UndefOr[BuildPhaseType] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined\n    ): BuildPhase = {\n      val __obj = js.Dynamic.literal()\n      contexts.foreach(__v => __obj.updateDynamic(\"contexts\")(__v.asInstanceOf[js.Any]))\n      durationInSeconds.foreach(__v => __obj.updateDynamic(\"durationInSeconds\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      phaseStatus.foreach(__v => __obj.updateDynamic(\"phaseStatus\")(__v.asInstanceOf[js.Any]))\n      phaseType.foreach(__v => __obj.updateDynamic(\"phaseType\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildPhase]\n    }\n  }\n\n  @js.native\n  sealed trait BuildPhaseType extends js.Any\n  object BuildPhaseType {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[BuildPhaseType]\n    val QUEUED = \"QUEUED\".asInstanceOf[BuildPhaseType]\n    val PROVISIONING = \"PROVISIONING\".asInstanceOf[BuildPhaseType]\n    val DOWNLOAD_SOURCE = \"DOWNLOAD_SOURCE\".asInstanceOf[BuildPhaseType]\n    val INSTALL = \"INSTALL\".asInstanceOf[BuildPhaseType]\n    val PRE_BUILD = \"PRE_BUILD\".asInstanceOf[BuildPhaseType]\n    val BUILD = \"BUILD\".asInstanceOf[BuildPhaseType]\n    val POST_BUILD = \"POST_BUILD\".asInstanceOf[BuildPhaseType]\n    val UPLOAD_ARTIFACTS = \"UPLOAD_ARTIFACTS\".asInstanceOf[BuildPhaseType]\n    val FINALIZING = \"FINALIZING\".asInstanceOf[BuildPhaseType]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[BuildPhaseType]\n\n    @inline def values = js.Array(SUBMITTED, QUEUED, PROVISIONING, DOWNLOAD_SOURCE, INSTALL, PRE_BUILD, BUILD, POST_BUILD, UPLOAD_ARTIFACTS, FINALIZING, COMPLETED)\n  }\n\n  \/** Contains information that defines how the AWS CodeBuild build project reports the build status to the source provider.\n    *\/\n  @js.native\n  trait BuildStatusConfig extends js.Object {\n    var context: js.UndefOr[String]\n    var targetUrl: js.UndefOr[String]\n  }\n\n  object BuildStatusConfig {\n    @inline\n    def apply(\n        context: js.UndefOr[String] = js.undefined,\n        targetUrl: js.UndefOr[String] = js.undefined\n    ): BuildStatusConfig = {\n      val __obj = js.Dynamic.literal()\n      context.foreach(__v => __obj.updateDynamic(\"context\")(__v.asInstanceOf[js.Any]))\n      targetUrl.foreach(__v => __obj.updateDynamic(\"targetUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildStatusConfig]\n    }\n  }\n\n  \/** Contains summary information about a batch build group.\n    *\/\n  @js.native\n  trait BuildSummary extends js.Object {\n    var arn: js.UndefOr[String]\n    var buildStatus: js.UndefOr[StatusType]\n    var primaryArtifact: js.UndefOr[ResolvedArtifact]\n    var requestedOn: js.UndefOr[Timestamp]\n    var secondaryArtifacts: js.UndefOr[ResolvedSecondaryArtifacts]\n  }\n\n  object BuildSummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        buildStatus: js.UndefOr[StatusType] = js.undefined,\n        primaryArtifact: js.UndefOr[ResolvedArtifact] = js.undefined,\n        requestedOn: js.UndefOr[Timestamp] = js.undefined,\n        secondaryArtifacts: js.UndefOr[ResolvedSecondaryArtifacts] = js.undefined\n    ): BuildSummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      buildStatus.foreach(__v => __obj.updateDynamic(\"buildStatus\")(__v.asInstanceOf[js.Any]))\n      primaryArtifact.foreach(__v => __obj.updateDynamic(\"primaryArtifact\")(__v.asInstanceOf[js.Any]))\n      requestedOn.foreach(__v => __obj.updateDynamic(\"requestedOn\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BuildSummary]\n    }\n  }\n\n  @js.native\n  sealed trait CacheMode extends js.Any\n  object CacheMode {\n    val LOCAL_DOCKER_LAYER_CACHE = \"LOCAL_DOCKER_LAYER_CACHE\".asInstanceOf[CacheMode]\n    val LOCAL_SOURCE_CACHE = \"LOCAL_SOURCE_CACHE\".asInstanceOf[CacheMode]\n    val LOCAL_CUSTOM_CACHE = \"LOCAL_CUSTOM_CACHE\".asInstanceOf[CacheMode]\n\n    @inline def values = js.Array(LOCAL_DOCKER_LAYER_CACHE, LOCAL_SOURCE_CACHE, LOCAL_CUSTOM_CACHE)\n  }\n\n  @js.native\n  sealed trait CacheType extends js.Any\n  object CacheType {\n    val NO_CACHE = \"NO_CACHE\".asInstanceOf[CacheType]\n    val S3 = \"S3\".asInstanceOf[CacheType]\n    val LOCAL = \"LOCAL\".asInstanceOf[CacheType]\n\n    @inline def values = js.Array(NO_CACHE, S3, LOCAL)\n  }\n\n  \/** Information about Amazon CloudWatch Logs for a build project.\n    *\/\n  @js.native\n  trait CloudWatchLogsConfig extends js.Object {\n    var status: LogsConfigStatusType\n    var groupName: js.UndefOr[String]\n    var streamName: js.UndefOr[String]\n  }\n\n  object CloudWatchLogsConfig {\n    @inline\n    def apply(\n        status: LogsConfigStatusType,\n        groupName: js.UndefOr[String] = js.undefined,\n        streamName: js.UndefOr[String] = js.undefined\n    ): CloudWatchLogsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      groupName.foreach(__v => __obj.updateDynamic(\"groupName\")(__v.asInstanceOf[js.Any]))\n      streamName.foreach(__v => __obj.updateDynamic(\"streamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchLogsConfig]\n    }\n  }\n\n  \/** Contains code coverage report information. Line coverage measures how many statements your tests cover. A statement is a single instruction, not including comments, conditionals, etc. Branch coverage determines if your tests cover every possible branch of a control structure, such as an <code>if<\/code> or <code>case<\/code> statement.\n    *\/\n  @js.native\n  trait CodeCoverage extends js.Object {\n    var branchCoveragePercentage: js.UndefOr[Percentage]\n    var branchesCovered: js.UndefOr[NonNegativeInt]\n    var branchesMissed: js.UndefOr[NonNegativeInt]\n    var expired: js.UndefOr[Timestamp]\n    var filePath: js.UndefOr[NonEmptyString]\n    var id: js.UndefOr[NonEmptyString]\n    var lineCoveragePercentage: js.UndefOr[Percentage]\n    var linesCovered: js.UndefOr[NonNegativeInt]\n    var linesMissed: js.UndefOr[NonNegativeInt]\n    var reportARN: js.UndefOr[NonEmptyString]\n  }\n\n  object CodeCoverage {\n    @inline\n    def apply(\n        branchCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        branchesCovered: js.UndefOr[NonNegativeInt] = js.undefined,\n        branchesMissed: js.UndefOr[NonNegativeInt] = js.undefined,\n        expired: js.UndefOr[Timestamp] = js.undefined,\n        filePath: js.UndefOr[NonEmptyString] = js.undefined,\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        lineCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        linesCovered: js.UndefOr[NonNegativeInt] = js.undefined,\n        linesMissed: js.UndefOr[NonNegativeInt] = js.undefined,\n        reportARN: js.UndefOr[NonEmptyString] = js.undefined\n    ): CodeCoverage = {\n      val __obj = js.Dynamic.literal()\n      branchCoveragePercentage.foreach(__v => __obj.updateDynamic(\"branchCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      branchesCovered.foreach(__v => __obj.updateDynamic(\"branchesCovered\")(__v.asInstanceOf[js.Any]))\n      branchesMissed.foreach(__v => __obj.updateDynamic(\"branchesMissed\")(__v.asInstanceOf[js.Any]))\n      expired.foreach(__v => __obj.updateDynamic(\"expired\")(__v.asInstanceOf[js.Any]))\n      filePath.foreach(__v => __obj.updateDynamic(\"filePath\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lineCoveragePercentage.foreach(__v => __obj.updateDynamic(\"lineCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      linesCovered.foreach(__v => __obj.updateDynamic(\"linesCovered\")(__v.asInstanceOf[js.Any]))\n      linesMissed.foreach(__v => __obj.updateDynamic(\"linesMissed\")(__v.asInstanceOf[js.Any]))\n      reportARN.foreach(__v => __obj.updateDynamic(\"reportARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeCoverage]\n    }\n  }\n\n  \/** Contains a summary of a code coverage report. Line coverage measures how many statements your tests cover. A statement is a single instruction, not including comments, conditionals, etc. Branch coverage determines if your tests cover every possible branch of a control structure, such as an <code>if<\/code> or <code>case<\/code> statement.\n    *\/\n  @js.native\n  trait CodeCoverageReportSummary extends js.Object {\n    var branchCoveragePercentage: js.UndefOr[Percentage]\n    var branchesCovered: js.UndefOr[NonNegativeInt]\n    var branchesMissed: js.UndefOr[NonNegativeInt]\n    var lineCoveragePercentage: js.UndefOr[Percentage]\n    var linesCovered: js.UndefOr[NonNegativeInt]\n    var linesMissed: js.UndefOr[NonNegativeInt]\n  }\n\n  object CodeCoverageReportSummary {\n    @inline\n    def apply(\n        branchCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        branchesCovered: js.UndefOr[NonNegativeInt] = js.undefined,\n        branchesMissed: js.UndefOr[NonNegativeInt] = js.undefined,\n        lineCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        linesCovered: js.UndefOr[NonNegativeInt] = js.undefined,\n        linesMissed: js.UndefOr[NonNegativeInt] = js.undefined\n    ): CodeCoverageReportSummary = {\n      val __obj = js.Dynamic.literal()\n      branchCoveragePercentage.foreach(__v => __obj.updateDynamic(\"branchCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      branchesCovered.foreach(__v => __obj.updateDynamic(\"branchesCovered\")(__v.asInstanceOf[js.Any]))\n      branchesMissed.foreach(__v => __obj.updateDynamic(\"branchesMissed\")(__v.asInstanceOf[js.Any]))\n      lineCoveragePercentage.foreach(__v => __obj.updateDynamic(\"lineCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      linesCovered.foreach(__v => __obj.updateDynamic(\"linesCovered\")(__v.asInstanceOf[js.Any]))\n      linesMissed.foreach(__v => __obj.updateDynamic(\"linesMissed\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeCoverageReportSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ComputeType extends js.Any\n  object ComputeType {\n    val BUILD_GENERAL1_SMALL = \"BUILD_GENERAL1_SMALL\".asInstanceOf[ComputeType]\n    val BUILD_GENERAL1_MEDIUM = \"BUILD_GENERAL1_MEDIUM\".asInstanceOf[ComputeType]\n    val BUILD_GENERAL1_LARGE = \"BUILD_GENERAL1_LARGE\".asInstanceOf[ComputeType]\n    val BUILD_GENERAL1_2XLARGE = \"BUILD_GENERAL1_2XLARGE\".asInstanceOf[ComputeType]\n\n    @inline def values = js.Array(BUILD_GENERAL1_SMALL, BUILD_GENERAL1_MEDIUM, BUILD_GENERAL1_LARGE, BUILD_GENERAL1_2XLARGE)\n  }\n\n  @js.native\n  trait CreateProjectInput extends js.Object {\n    var artifacts: ProjectArtifacts\n    var environment: ProjectEnvironment\n    var name: ProjectName\n    var serviceRole: NonEmptyString\n    var source: ProjectSource\n    var badgeEnabled: js.UndefOr[WrapperBoolean]\n    var buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig]\n    var cache: js.UndefOr[ProjectCache]\n    var concurrentBuildLimit: js.UndefOr[WrapperInt]\n    var description: js.UndefOr[ProjectDescription]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var fileSystemLocations: js.UndefOr[ProjectFileSystemLocations]\n    var logsConfig: js.UndefOr[LogsConfig]\n    var queuedTimeoutInMinutes: js.UndefOr[TimeOut]\n    var secondaryArtifacts: js.UndefOr[ProjectArtifactsList]\n    var secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions]\n    var secondarySources: js.UndefOr[ProjectSources]\n    var sourceVersion: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var timeoutInMinutes: js.UndefOr[TimeOut]\n    var vpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object CreateProjectInput {\n    @inline\n    def apply(\n        artifacts: ProjectArtifacts,\n        environment: ProjectEnvironment,\n        name: ProjectName,\n        serviceRole: NonEmptyString,\n        source: ProjectSource,\n        badgeEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig] = js.undefined,\n        cache: js.UndefOr[ProjectCache] = js.undefined,\n        concurrentBuildLimit: js.UndefOr[WrapperInt] = js.undefined,\n        description: js.UndefOr[ProjectDescription] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        fileSystemLocations: js.UndefOr[ProjectFileSystemLocations] = js.undefined,\n        logsConfig: js.UndefOr[LogsConfig] = js.undefined,\n        queuedTimeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        secondaryArtifacts: js.UndefOr[ProjectArtifactsList] = js.undefined,\n        secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        secondarySources: js.UndefOr[ProjectSources] = js.undefined,\n        sourceVersion: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        timeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        vpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): CreateProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"artifacts\" -> artifacts.asInstanceOf[js.Any],\n        \"environment\" -> environment.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"serviceRole\" -> serviceRole.asInstanceOf[js.Any],\n        \"source\" -> source.asInstanceOf[js.Any]\n      )\n\n      badgeEnabled.foreach(__v => __obj.updateDynamic(\"badgeEnabled\")(__v.asInstanceOf[js.Any]))\n      buildBatchConfig.foreach(__v => __obj.updateDynamic(\"buildBatchConfig\")(__v.asInstanceOf[js.Any]))\n      cache.foreach(__v => __obj.updateDynamic(\"cache\")(__v.asInstanceOf[js.Any]))\n      concurrentBuildLimit.foreach(__v => __obj.updateDynamic(\"concurrentBuildLimit\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      fileSystemLocations.foreach(__v => __obj.updateDynamic(\"fileSystemLocations\")(__v.asInstanceOf[js.Any]))\n      logsConfig.foreach(__v => __obj.updateDynamic(\"logsConfig\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      secondarySourceVersions.foreach(__v => __obj.updateDynamic(\"secondarySourceVersions\")(__v.asInstanceOf[js.Any]))\n      secondarySources.foreach(__v => __obj.updateDynamic(\"secondarySources\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeoutInMinutes.foreach(__v => __obj.updateDynamic(\"timeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      vpcConfig.foreach(__v => __obj.updateDynamic(\"vpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectInput]\n    }\n  }\n\n  @js.native\n  trait CreateProjectOutput extends js.Object {\n    var project: js.UndefOr[Project]\n  }\n\n  object CreateProjectOutput {\n    @inline\n    def apply(\n        project: js.UndefOr[Project] = js.undefined\n    ): CreateProjectOutput = {\n      val __obj = js.Dynamic.literal()\n      project.foreach(__v => __obj.updateDynamic(\"project\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectOutput]\n    }\n  }\n\n  @js.native\n  trait CreateReportGroupInput extends js.Object {\n    var exportConfig: ReportExportConfig\n    var name: ReportGroupName\n    var `type`: ReportType\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateReportGroupInput {\n    @inline\n    def apply(\n        exportConfig: ReportExportConfig,\n        name: ReportGroupName,\n        `type`: ReportType,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateReportGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"exportConfig\" -> exportConfig.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReportGroupInput]\n    }\n  }\n\n  @js.native\n  trait CreateReportGroupOutput extends js.Object {\n    var reportGroup: js.UndefOr[ReportGroup]\n  }\n\n  object CreateReportGroupOutput {\n    @inline\n    def apply(\n        reportGroup: js.UndefOr[ReportGroup] = js.undefined\n    ): CreateReportGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      reportGroup.foreach(__v => __obj.updateDynamic(\"reportGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReportGroupOutput]\n    }\n  }\n\n  @js.native\n  trait CreateWebhookInput extends js.Object {\n    var projectName: ProjectName\n    var branchFilter: js.UndefOr[String]\n    var buildType: js.UndefOr[WebhookBuildType]\n    var filterGroups: js.UndefOr[FilterGroups]\n  }\n\n  object CreateWebhookInput {\n    @inline\n    def apply(\n        projectName: ProjectName,\n        branchFilter: js.UndefOr[String] = js.undefined,\n        buildType: js.UndefOr[WebhookBuildType] = js.undefined,\n        filterGroups: js.UndefOr[FilterGroups] = js.undefined\n    ): CreateWebhookInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n\n      branchFilter.foreach(__v => __obj.updateDynamic(\"branchFilter\")(__v.asInstanceOf[js.Any]))\n      buildType.foreach(__v => __obj.updateDynamic(\"buildType\")(__v.asInstanceOf[js.Any]))\n      filterGroups.foreach(__v => __obj.updateDynamic(\"filterGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWebhookInput]\n    }\n  }\n\n  @js.native\n  trait CreateWebhookOutput extends js.Object {\n    var webhook: js.UndefOr[Webhook]\n  }\n\n  object CreateWebhookOutput {\n    @inline\n    def apply(\n        webhook: js.UndefOr[Webhook] = js.undefined\n    ): CreateWebhookOutput = {\n      val __obj = js.Dynamic.literal()\n      webhook.foreach(__v => __obj.updateDynamic(\"webhook\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWebhookOutput]\n    }\n  }\n\n  @js.native\n  sealed trait CredentialProviderType extends js.Any\n  object CredentialProviderType {\n    val SECRETS_MANAGER = \"SECRETS_MANAGER\".asInstanceOf[CredentialProviderType]\n\n    @inline def values = js.Array(SECRETS_MANAGER)\n  }\n\n  \/** Contains information about the debug session for a build. For more information, see [[https:\/\/docs.aws.amazon.com\/codebuild\/latest\/userguide\/session-manager.html|Viewing a running build in Session Manager]].\n    *\/\n  @js.native\n  trait DebugSession extends js.Object {\n    var sessionEnabled: js.UndefOr[WrapperBoolean]\n    var sessionTarget: js.UndefOr[NonEmptyString]\n  }\n\n  object DebugSession {\n    @inline\n    def apply(\n        sessionEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        sessionTarget: js.UndefOr[NonEmptyString] = js.undefined\n    ): DebugSession = {\n      val __obj = js.Dynamic.literal()\n      sessionEnabled.foreach(__v => __obj.updateDynamic(\"sessionEnabled\")(__v.asInstanceOf[js.Any]))\n      sessionTarget.foreach(__v => __obj.updateDynamic(\"sessionTarget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DebugSession]\n    }\n  }\n\n  @js.native\n  trait DeleteBuildBatchInput extends js.Object {\n    var id: NonEmptyString\n  }\n\n  object DeleteBuildBatchInput {\n    @inline\n    def apply(\n        id: NonEmptyString\n    ): DeleteBuildBatchInput = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBuildBatchInput]\n    }\n  }\n\n  @js.native\n  trait DeleteBuildBatchOutput extends js.Object {\n    var buildsDeleted: js.UndefOr[BuildIds]\n    var buildsNotDeleted: js.UndefOr[BuildsNotDeleted]\n    var statusCode: js.UndefOr[String]\n  }\n\n  object DeleteBuildBatchOutput {\n    @inline\n    def apply(\n        buildsDeleted: js.UndefOr[BuildIds] = js.undefined,\n        buildsNotDeleted: js.UndefOr[BuildsNotDeleted] = js.undefined,\n        statusCode: js.UndefOr[String] = js.undefined\n    ): DeleteBuildBatchOutput = {\n      val __obj = js.Dynamic.literal()\n      buildsDeleted.foreach(__v => __obj.updateDynamic(\"buildsDeleted\")(__v.asInstanceOf[js.Any]))\n      buildsNotDeleted.foreach(__v => __obj.updateDynamic(\"buildsNotDeleted\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBuildBatchOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectInput extends js.Object {\n    var name: NonEmptyString\n  }\n\n  object DeleteProjectInput {\n    @inline\n    def apply(\n        name: NonEmptyString\n    ): DeleteProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectInput]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectOutput extends js.Object\n\n  object DeleteProjectOutput {\n    @inline\n    def apply(): DeleteProjectOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteProjectOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteReportGroupInput extends js.Object {\n    var arn: NonEmptyString\n    var deleteReports: js.UndefOr[Boolean]\n  }\n\n  object DeleteReportGroupInput {\n    @inline\n    def apply(\n        arn: NonEmptyString,\n        deleteReports: js.UndefOr[Boolean] = js.undefined\n    ): DeleteReportGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n\n      deleteReports.foreach(__v => __obj.updateDynamic(\"deleteReports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReportGroupInput]\n    }\n  }\n\n  @js.native\n  trait DeleteReportGroupOutput extends js.Object\n\n  object DeleteReportGroupOutput {\n    @inline\n    def apply(): DeleteReportGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReportGroupOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteReportInput extends js.Object {\n    var arn: NonEmptyString\n  }\n\n  object DeleteReportInput {\n    @inline\n    def apply(\n        arn: NonEmptyString\n    ): DeleteReportInput = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReportInput]\n    }\n  }\n\n  @js.native\n  trait DeleteReportOutput extends js.Object\n\n  object DeleteReportOutput {\n    @inline\n    def apply(): DeleteReportOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReportOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcePolicyInput extends js.Object {\n    var resourceArn: NonEmptyString\n  }\n\n  object DeleteResourcePolicyInput {\n    @inline\n    def apply(\n        resourceArn: NonEmptyString\n    ): DeleteResourcePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteResourcePolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcePolicyOutput extends js.Object\n\n  object DeleteResourcePolicyOutput {\n    @inline\n    def apply(): DeleteResourcePolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteResourcePolicyOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceCredentialsInput extends js.Object {\n    var arn: NonEmptyString\n  }\n\n  object DeleteSourceCredentialsInput {\n    @inline\n    def apply(\n        arn: NonEmptyString\n    ): DeleteSourceCredentialsInput = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSourceCredentialsInput]\n    }\n  }\n\n  @js.native\n  trait DeleteSourceCredentialsOutput extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n  }\n\n  object DeleteSourceCredentialsOutput {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined\n    ): DeleteSourceCredentialsOutput = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSourceCredentialsOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteWebhookInput extends js.Object {\n    var projectName: ProjectName\n  }\n\n  object DeleteWebhookInput {\n    @inline\n    def apply(\n        projectName: ProjectName\n    ): DeleteWebhookInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWebhookInput]\n    }\n  }\n\n  @js.native\n  trait DeleteWebhookOutput extends js.Object\n\n  object DeleteWebhookOutput {\n    @inline\n    def apply(): DeleteWebhookOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteWebhookOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeCoveragesInput extends js.Object {\n    var reportArn: NonEmptyString\n    var maxLineCoveragePercentage: js.UndefOr[Percentage]\n    var maxResults: js.UndefOr[PageSize]\n    var minLineCoveragePercentage: js.UndefOr[Percentage]\n    var nextToken: js.UndefOr[String]\n    var sortBy: js.UndefOr[ReportCodeCoverageSortByType]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object DescribeCodeCoveragesInput {\n    @inline\n    def apply(\n        reportArn: NonEmptyString,\n        maxLineCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        minLineCoveragePercentage: js.UndefOr[Percentage] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortBy: js.UndefOr[ReportCodeCoverageSortByType] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): DescribeCodeCoveragesInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportArn\" -> reportArn.asInstanceOf[js.Any]\n      )\n\n      maxLineCoveragePercentage.foreach(__v => __obj.updateDynamic(\"maxLineCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      minLineCoveragePercentage.foreach(__v => __obj.updateDynamic(\"minLineCoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeCoveragesInput]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeCoveragesOutput extends js.Object {\n    var codeCoverages: js.UndefOr[CodeCoverages]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeCodeCoveragesOutput {\n    @inline\n    def apply(\n        codeCoverages: js.UndefOr[CodeCoverages] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeCodeCoveragesOutput = {\n      val __obj = js.Dynamic.literal()\n      codeCoverages.foreach(__v => __obj.updateDynamic(\"codeCoverages\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeCoveragesOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeTestCasesInput extends js.Object {\n    var reportArn: String\n    var filter: js.UndefOr[TestCaseFilter]\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeTestCasesInput {\n    @inline\n    def apply(\n        reportArn: String,\n        filter: js.UndefOr[TestCaseFilter] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeTestCasesInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportArn\" -> reportArn.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTestCasesInput]\n    }\n  }\n\n  @js.native\n  trait DescribeTestCasesOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var testCases: js.UndefOr[TestCases]\n  }\n\n  object DescribeTestCasesOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        testCases: js.UndefOr[TestCases] = js.undefined\n    ): DescribeTestCasesOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      testCases.foreach(__v => __obj.updateDynamic(\"testCases\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTestCasesOutput]\n    }\n  }\n\n  \/** Information about a Docker image that is managed by AWS CodeBuild.\n    *\/\n  @js.native\n  trait EnvironmentImage extends js.Object {\n    var description: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var versions: js.UndefOr[ImageVersions]\n  }\n\n  object EnvironmentImage {\n    @inline\n    def apply(\n        description: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        versions: js.UndefOr[ImageVersions] = js.undefined\n    ): EnvironmentImage = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      versions.foreach(__v => __obj.updateDynamic(\"versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentImage]\n    }\n  }\n\n  \/** A set of Docker images that are related by programming language and are managed by AWS CodeBuild.\n    *\/\n  @js.native\n  trait EnvironmentLanguage extends js.Object {\n    var images: js.UndefOr[EnvironmentImages]\n    var language: js.UndefOr[LanguageType]\n  }\n\n  object EnvironmentLanguage {\n    @inline\n    def apply(\n        images: js.UndefOr[EnvironmentImages] = js.undefined,\n        language: js.UndefOr[LanguageType] = js.undefined\n    ): EnvironmentLanguage = {\n      val __obj = js.Dynamic.literal()\n      images.foreach(__v => __obj.updateDynamic(\"images\")(__v.asInstanceOf[js.Any]))\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentLanguage]\n    }\n  }\n\n  \/** A set of Docker images that are related by platform and are managed by AWS CodeBuild.\n    *\/\n  @js.native\n  trait EnvironmentPlatform extends js.Object {\n    var languages: js.UndefOr[EnvironmentLanguages]\n    var platform: js.UndefOr[PlatformType]\n  }\n\n  object EnvironmentPlatform {\n    @inline\n    def apply(\n        languages: js.UndefOr[EnvironmentLanguages] = js.undefined,\n        platform: js.UndefOr[PlatformType] = js.undefined\n    ): EnvironmentPlatform = {\n      val __obj = js.Dynamic.literal()\n      languages.foreach(__v => __obj.updateDynamic(\"languages\")(__v.asInstanceOf[js.Any]))\n      platform.foreach(__v => __obj.updateDynamic(\"platform\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentPlatform]\n    }\n  }\n\n  @js.native\n  sealed trait EnvironmentType extends js.Any\n  object EnvironmentType {\n    val WINDOWS_CONTAINER = \"WINDOWS_CONTAINER\".asInstanceOf[EnvironmentType]\n    val LINUX_CONTAINER = \"LINUX_CONTAINER\".asInstanceOf[EnvironmentType]\n    val LINUX_GPU_CONTAINER = \"LINUX_GPU_CONTAINER\".asInstanceOf[EnvironmentType]\n    val ARM_CONTAINER = \"ARM_CONTAINER\".asInstanceOf[EnvironmentType]\n    val WINDOWS_SERVER_2019_CONTAINER = \"WINDOWS_SERVER_2019_CONTAINER\".asInstanceOf[EnvironmentType]\n\n    @inline def values = js.Array(WINDOWS_CONTAINER, LINUX_CONTAINER, LINUX_GPU_CONTAINER, ARM_CONTAINER, WINDOWS_SERVER_2019_CONTAINER)\n  }\n\n  \/** Information about an environment variable for a build project or a build.\n    *\/\n  @js.native\n  trait EnvironmentVariable extends js.Object {\n    var name: NonEmptyString\n    var value: String\n    var `type`: js.UndefOr[EnvironmentVariableType]\n  }\n\n  object EnvironmentVariable {\n    @inline\n    def apply(\n        name: NonEmptyString,\n        value: String,\n        `type`: js.UndefOr[EnvironmentVariableType] = js.undefined\n    ): EnvironmentVariable = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentVariable]\n    }\n  }\n\n  @js.native\n  sealed trait EnvironmentVariableType extends js.Any\n  object EnvironmentVariableType {\n    val PLAINTEXT = \"PLAINTEXT\".asInstanceOf[EnvironmentVariableType]\n    val PARAMETER_STORE = \"PARAMETER_STORE\".asInstanceOf[EnvironmentVariableType]\n    val SECRETS_MANAGER = \"SECRETS_MANAGER\".asInstanceOf[EnvironmentVariableType]\n\n    @inline def values = js.Array(PLAINTEXT, PARAMETER_STORE, SECRETS_MANAGER)\n  }\n\n  \/** Contains information about an exported environment variable. Exported environment variables are used in conjunction with AWS CodePipeline to export environment variables from the current build stage to subsequent stages in the pipeline. For more information, see [[https:\/\/docs.aws.amazon.com\/codepipeline\/latest\/userguide\/actions-variables.html|Working with variables]] in the <i>AWS CodePipeline User Guide<\/i>.\n    *\n    * '''Note:'''During a build, the value of a variable is available starting with the <code>install<\/code> phase. It can be updated between the start of the <code>install<\/code> phase and the end of the <code>post_build<\/code> phase. After the <code>post_build<\/code> phase ends, the value of exported variables cannot change.\n    *\/\n  @js.native\n  trait ExportedEnvironmentVariable extends js.Object {\n    var name: js.UndefOr[NonEmptyString]\n    var value: js.UndefOr[String]\n  }\n\n  object ExportedEnvironmentVariable {\n    @inline\n    def apply(\n        name: js.UndefOr[NonEmptyString] = js.undefined,\n        value: js.UndefOr[String] = js.undefined\n    ): ExportedEnvironmentVariable = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportedEnvironmentVariable]\n    }\n  }\n\n  @js.native\n  sealed trait FileSystemType extends js.Any\n  object FileSystemType {\n    val EFS = \"EFS\".asInstanceOf[FileSystemType]\n\n    @inline def values = js.Array(EFS)\n  }\n\n  @js.native\n  trait GetReportGroupTrendInput extends js.Object {\n    var reportGroupArn: NonEmptyString\n    var trendField: ReportGroupTrendFieldType\n    var numOfReports: js.UndefOr[PageSize]\n  }\n\n  object GetReportGroupTrendInput {\n    @inline\n    def apply(\n        reportGroupArn: NonEmptyString,\n        trendField: ReportGroupTrendFieldType,\n        numOfReports: js.UndefOr[PageSize] = js.undefined\n    ): GetReportGroupTrendInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportGroupArn\" -> reportGroupArn.asInstanceOf[js.Any],\n        \"trendField\" -> trendField.asInstanceOf[js.Any]\n      )\n\n      numOfReports.foreach(__v => __obj.updateDynamic(\"numOfReports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReportGroupTrendInput]\n    }\n  }\n\n  @js.native\n  trait GetReportGroupTrendOutput extends js.Object {\n    var rawData: js.UndefOr[ReportGroupTrendRawDataList]\n    var stats: js.UndefOr[ReportGroupTrendStats]\n  }\n\n  object GetReportGroupTrendOutput {\n    @inline\n    def apply(\n        rawData: js.UndefOr[ReportGroupTrendRawDataList] = js.undefined,\n        stats: js.UndefOr[ReportGroupTrendStats] = js.undefined\n    ): GetReportGroupTrendOutput = {\n      val __obj = js.Dynamic.literal()\n      rawData.foreach(__v => __obj.updateDynamic(\"rawData\")(__v.asInstanceOf[js.Any]))\n      stats.foreach(__v => __obj.updateDynamic(\"stats\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReportGroupTrendOutput]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyInput extends js.Object {\n    var resourceArn: NonEmptyString\n  }\n\n  object GetResourcePolicyInput {\n    @inline\n    def apply(\n        resourceArn: NonEmptyString\n    ): GetResourcePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResourcePolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyOutput extends js.Object {\n    var policy: js.UndefOr[NonEmptyString]\n  }\n\n  object GetResourcePolicyOutput {\n    @inline\n    def apply(\n        policy: js.UndefOr[NonEmptyString] = js.undefined\n    ): GetResourcePolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      policy.foreach(__v => __obj.updateDynamic(\"policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcePolicyOutput]\n    }\n  }\n\n  \/** Information about the Git submodules configuration for an AWS CodeBuild build project.\n    *\/\n  @js.native\n  trait GitSubmodulesConfig extends js.Object {\n    var fetchSubmodules: WrapperBoolean\n  }\n\n  object GitSubmodulesConfig {\n    @inline\n    def apply(\n        fetchSubmodules: WrapperBoolean\n    ): GitSubmodulesConfig = {\n      val __obj = js.Dynamic.literal(\n        \"fetchSubmodules\" -> fetchSubmodules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GitSubmodulesConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ImagePullCredentialsType extends js.Any\n  object ImagePullCredentialsType {\n    val CODEBUILD = \"CODEBUILD\".asInstanceOf[ImagePullCredentialsType]\n    val SERVICE_ROLE = \"SERVICE_ROLE\".asInstanceOf[ImagePullCredentialsType]\n\n    @inline def values = js.Array(CODEBUILD, SERVICE_ROLE)\n  }\n\n  @js.native\n  trait ImportSourceCredentialsInput extends js.Object {\n    var authType: AuthType\n    var serverType: ServerType\n    var token: SensitiveNonEmptyString\n    var shouldOverwrite: js.UndefOr[WrapperBoolean]\n    var username: js.UndefOr[NonEmptyString]\n  }\n\n  object ImportSourceCredentialsInput {\n    @inline\n    def apply(\n        authType: AuthType,\n        serverType: ServerType,\n        token: SensitiveNonEmptyString,\n        shouldOverwrite: js.UndefOr[WrapperBoolean] = js.undefined,\n        username: js.UndefOr[NonEmptyString] = js.undefined\n    ): ImportSourceCredentialsInput = {\n      val __obj = js.Dynamic.literal(\n        \"authType\" -> authType.asInstanceOf[js.Any],\n        \"serverType\" -> serverType.asInstanceOf[js.Any],\n        \"token\" -> token.asInstanceOf[js.Any]\n      )\n\n      shouldOverwrite.foreach(__v => __obj.updateDynamic(\"shouldOverwrite\")(__v.asInstanceOf[js.Any]))\n      username.foreach(__v => __obj.updateDynamic(\"username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportSourceCredentialsInput]\n    }\n  }\n\n  @js.native\n  trait ImportSourceCredentialsOutput extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n  }\n\n  object ImportSourceCredentialsOutput {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined\n    ): ImportSourceCredentialsOutput = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportSourceCredentialsOutput]\n    }\n  }\n\n  @js.native\n  trait InvalidateProjectCacheInput extends js.Object {\n    var projectName: NonEmptyString\n  }\n\n  object InvalidateProjectCacheInput {\n    @inline\n    def apply(\n        projectName: NonEmptyString\n    ): InvalidateProjectCacheInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InvalidateProjectCacheInput]\n    }\n  }\n\n  @js.native\n  trait InvalidateProjectCacheOutput extends js.Object\n\n  object InvalidateProjectCacheOutput {\n    @inline\n    def apply(): InvalidateProjectCacheOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[InvalidateProjectCacheOutput]\n    }\n  }\n\n  @js.native\n  sealed trait LanguageType extends js.Any\n  object LanguageType {\n    val JAVA = \"JAVA\".asInstanceOf[LanguageType]\n    val PYTHON = \"PYTHON\".asInstanceOf[LanguageType]\n    val NODE_JS = \"NODE_JS\".asInstanceOf[LanguageType]\n    val RUBY = \"RUBY\".asInstanceOf[LanguageType]\n    val GOLANG = \"GOLANG\".asInstanceOf[LanguageType]\n    val DOCKER = \"DOCKER\".asInstanceOf[LanguageType]\n    val ANDROID = \"ANDROID\".asInstanceOf[LanguageType]\n    val DOTNET = \"DOTNET\".asInstanceOf[LanguageType]\n    val BASE = \"BASE\".asInstanceOf[LanguageType]\n    val PHP = \"PHP\".asInstanceOf[LanguageType]\n\n    @inline def values = js.Array(JAVA, PYTHON, NODE_JS, RUBY, GOLANG, DOCKER, ANDROID, DOTNET, BASE, PHP)\n  }\n\n  @js.native\n  trait ListBuildBatchesForProjectInput extends js.Object {\n    var filter: js.UndefOr[BuildBatchFilter]\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var projectName: js.UndefOr[NonEmptyString]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListBuildBatchesForProjectInput {\n    @inline\n    def apply(\n        filter: js.UndefOr[BuildBatchFilter] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        projectName: js.UndefOr[NonEmptyString] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListBuildBatchesForProjectInput = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      projectName.foreach(__v => __obj.updateDynamic(\"projectName\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildBatchesForProjectInput]\n    }\n  }\n\n  @js.native\n  trait ListBuildBatchesForProjectOutput extends js.Object {\n    var ids: js.UndefOr[BuildBatchIds]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListBuildBatchesForProjectOutput {\n    @inline\n    def apply(\n        ids: js.UndefOr[BuildBatchIds] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListBuildBatchesForProjectOutput = {\n      val __obj = js.Dynamic.literal()\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildBatchesForProjectOutput]\n    }\n  }\n\n  @js.native\n  trait ListBuildBatchesInput extends js.Object {\n    var filter: js.UndefOr[BuildBatchFilter]\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListBuildBatchesInput {\n    @inline\n    def apply(\n        filter: js.UndefOr[BuildBatchFilter] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListBuildBatchesInput = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildBatchesInput]\n    }\n  }\n\n  @js.native\n  trait ListBuildBatchesOutput extends js.Object {\n    var ids: js.UndefOr[BuildBatchIds]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListBuildBatchesOutput {\n    @inline\n    def apply(\n        ids: js.UndefOr[BuildBatchIds] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListBuildBatchesOutput = {\n      val __obj = js.Dynamic.literal()\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildBatchesOutput]\n    }\n  }\n\n  @js.native\n  trait ListBuildsForProjectInput extends js.Object {\n    var projectName: NonEmptyString\n    var nextToken: js.UndefOr[String]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListBuildsForProjectInput {\n    @inline\n    def apply(\n        projectName: NonEmptyString,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListBuildsForProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildsForProjectInput]\n    }\n  }\n\n  @js.native\n  trait ListBuildsForProjectOutput extends js.Object {\n    var ids: js.UndefOr[BuildIds]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListBuildsForProjectOutput {\n    @inline\n    def apply(\n        ids: js.UndefOr[BuildIds] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListBuildsForProjectOutput = {\n      val __obj = js.Dynamic.literal()\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildsForProjectOutput]\n    }\n  }\n\n  @js.native\n  trait ListBuildsInput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListBuildsInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListBuildsInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildsInput]\n    }\n  }\n\n  @js.native\n  trait ListBuildsOutput extends js.Object {\n    var ids: js.UndefOr[BuildIds]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListBuildsOutput {\n    @inline\n    def apply(\n        ids: js.UndefOr[BuildIds] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListBuildsOutput = {\n      val __obj = js.Dynamic.literal()\n      ids.foreach(__v => __obj.updateDynamic(\"ids\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBuildsOutput]\n    }\n  }\n\n  @js.native\n  trait ListCuratedEnvironmentImagesInput extends js.Object\n\n  object ListCuratedEnvironmentImagesInput {\n    @inline\n    def apply(): ListCuratedEnvironmentImagesInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListCuratedEnvironmentImagesInput]\n    }\n  }\n\n  @js.native\n  trait ListCuratedEnvironmentImagesOutput extends js.Object {\n    var platforms: js.UndefOr[EnvironmentPlatforms]\n  }\n\n  object ListCuratedEnvironmentImagesOutput {\n    @inline\n    def apply(\n        platforms: js.UndefOr[EnvironmentPlatforms] = js.undefined\n    ): ListCuratedEnvironmentImagesOutput = {\n      val __obj = js.Dynamic.literal()\n      platforms.foreach(__v => __obj.updateDynamic(\"platforms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCuratedEnvironmentImagesOutput]\n    }\n  }\n\n  @js.native\n  trait ListProjectsInput extends js.Object {\n    var nextToken: js.UndefOr[NonEmptyString]\n    var sortBy: js.UndefOr[ProjectSortByType]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListProjectsInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NonEmptyString] = js.undefined,\n        sortBy: js.UndefOr[ProjectSortByType] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListProjectsInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsInput]\n    }\n  }\n\n  @js.native\n  trait ListProjectsOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var projects: js.UndefOr[ProjectNames]\n  }\n\n  object ListProjectsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        projects: js.UndefOr[ProjectNames] = js.undefined\n    ): ListProjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      projects.foreach(__v => __obj.updateDynamic(\"projects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsOutput]\n    }\n  }\n\n  @js.native\n  trait ListReportGroupsInput extends js.Object {\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var sortBy: js.UndefOr[ReportGroupSortByType]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListReportGroupsInput {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortBy: js.UndefOr[ReportGroupSortByType] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListReportGroupsInput = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportGroupsInput]\n    }\n  }\n\n  @js.native\n  trait ListReportGroupsOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var reportGroups: js.UndefOr[ReportGroupArns]\n  }\n\n  object ListReportGroupsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        reportGroups: js.UndefOr[ReportGroupArns] = js.undefined\n    ): ListReportGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      reportGroups.foreach(__v => __obj.updateDynamic(\"reportGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportGroupsOutput]\n    }\n  }\n\n  @js.native\n  trait ListReportsForReportGroupInput extends js.Object {\n    var reportGroupArn: String\n    var filter: js.UndefOr[ReportFilter]\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListReportsForReportGroupInput {\n    @inline\n    def apply(\n        reportGroupArn: String,\n        filter: js.UndefOr[ReportFilter] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListReportsForReportGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"reportGroupArn\" -> reportGroupArn.asInstanceOf[js.Any]\n      )\n\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportsForReportGroupInput]\n    }\n  }\n\n  @js.native\n  trait ListReportsForReportGroupOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var reports: js.UndefOr[ReportArns]\n  }\n\n  object ListReportsForReportGroupOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        reports: js.UndefOr[ReportArns] = js.undefined\n    ): ListReportsForReportGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      reports.foreach(__v => __obj.updateDynamic(\"reports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportsForReportGroupOutput]\n    }\n  }\n\n  @js.native\n  trait ListReportsInput extends js.Object {\n    var filter: js.UndefOr[ReportFilter]\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListReportsInput {\n    @inline\n    def apply(\n        filter: js.UndefOr[ReportFilter] = js.undefined,\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListReportsInput = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportsInput]\n    }\n  }\n\n  @js.native\n  trait ListReportsOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var reports: js.UndefOr[ReportArns]\n  }\n\n  object ListReportsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        reports: js.UndefOr[ReportArns] = js.undefined\n    ): ListReportsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      reports.foreach(__v => __obj.updateDynamic(\"reports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReportsOutput]\n    }\n  }\n\n  @js.native\n  trait ListSharedProjectsInput extends js.Object {\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[NonEmptyString]\n    var sortBy: js.UndefOr[SharedResourceSortByType]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListSharedProjectsInput {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[NonEmptyString] = js.undefined,\n        sortBy: js.UndefOr[SharedResourceSortByType] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListSharedProjectsInput = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSharedProjectsInput]\n    }\n  }\n\n  @js.native\n  trait ListSharedProjectsOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var projects: js.UndefOr[ProjectArns]\n  }\n\n  object ListSharedProjectsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        projects: js.UndefOr[ProjectArns] = js.undefined\n    ): ListSharedProjectsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      projects.foreach(__v => __obj.updateDynamic(\"projects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSharedProjectsOutput]\n    }\n  }\n\n  @js.native\n  trait ListSharedReportGroupsInput extends js.Object {\n    var maxResults: js.UndefOr[PageSize]\n    var nextToken: js.UndefOr[String]\n    var sortBy: js.UndefOr[SharedResourceSortByType]\n    var sortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListSharedReportGroupsInput {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[PageSize] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        sortBy: js.UndefOr[SharedResourceSortByType] = js.undefined,\n        sortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListSharedReportGroupsInput = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSharedReportGroupsInput]\n    }\n  }\n\n  @js.native\n  trait ListSharedReportGroupsOutput extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var reportGroups: js.UndefOr[ReportGroupArns]\n  }\n\n  object ListSharedReportGroupsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        reportGroups: js.UndefOr[ReportGroupArns] = js.undefined\n    ): ListSharedReportGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      reportGroups.foreach(__v => __obj.updateDynamic(\"reportGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSharedReportGroupsOutput]\n    }\n  }\n\n  @js.native\n  trait ListSourceCredentialsInput extends js.Object\n\n  object ListSourceCredentialsInput {\n    @inline\n    def apply(): ListSourceCredentialsInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListSourceCredentialsInput]\n    }\n  }\n\n  @js.native\n  trait ListSourceCredentialsOutput extends js.Object {\n    var sourceCredentialsInfos: js.UndefOr[SourceCredentialsInfos]\n  }\n\n  object ListSourceCredentialsOutput {\n    @inline\n    def apply(\n        sourceCredentialsInfos: js.UndefOr[SourceCredentialsInfos] = js.undefined\n    ): ListSourceCredentialsOutput = {\n      val __obj = js.Dynamic.literal()\n      sourceCredentialsInfos.foreach(__v => __obj.updateDynamic(\"sourceCredentialsInfos\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSourceCredentialsOutput]\n    }\n  }\n\n  \/** Information about logs for a build project. These can be logs in Amazon CloudWatch Logs, built in a specified S3 bucket, or both.\n    *\/\n  @js.native\n  trait LogsConfig extends js.Object {\n    var cloudWatchLogs: js.UndefOr[CloudWatchLogsConfig]\n    var s3Logs: js.UndefOr[S3LogsConfig]\n  }\n\n  object LogsConfig {\n    @inline\n    def apply(\n        cloudWatchLogs: js.UndefOr[CloudWatchLogsConfig] = js.undefined,\n        s3Logs: js.UndefOr[S3LogsConfig] = js.undefined\n    ): LogsConfig = {\n      val __obj = js.Dynamic.literal()\n      cloudWatchLogs.foreach(__v => __obj.updateDynamic(\"cloudWatchLogs\")(__v.asInstanceOf[js.Any]))\n      s3Logs.foreach(__v => __obj.updateDynamic(\"s3Logs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogsConfig]\n    }\n  }\n\n  @js.native\n  sealed trait LogsConfigStatusType extends js.Any\n  object LogsConfigStatusType {\n    val ENABLED = \"ENABLED\".asInstanceOf[LogsConfigStatusType]\n    val DISABLED = \"DISABLED\".asInstanceOf[LogsConfigStatusType]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Information about build logs in Amazon CloudWatch Logs.\n    *\/\n  @js.native\n  trait LogsLocation extends js.Object {\n    var cloudWatchLogs: js.UndefOr[CloudWatchLogsConfig]\n    var cloudWatchLogsArn: js.UndefOr[String]\n    var deepLink: js.UndefOr[String]\n    var groupName: js.UndefOr[String]\n    var s3DeepLink: js.UndefOr[String]\n    var s3Logs: js.UndefOr[S3LogsConfig]\n    var s3LogsArn: js.UndefOr[String]\n    var streamName: js.UndefOr[String]\n  }\n\n  object LogsLocation {\n    @inline\n    def apply(\n        cloudWatchLogs: js.UndefOr[CloudWatchLogsConfig] = js.undefined,\n        cloudWatchLogsArn: js.UndefOr[String] = js.undefined,\n        deepLink: js.UndefOr[String] = js.undefined,\n        groupName: js.UndefOr[String] = js.undefined,\n        s3DeepLink: js.UndefOr[String] = js.undefined,\n        s3Logs: js.UndefOr[S3LogsConfig] = js.undefined,\n        s3LogsArn: js.UndefOr[String] = js.undefined,\n        streamName: js.UndefOr[String] = js.undefined\n    ): LogsLocation = {\n      val __obj = js.Dynamic.literal()\n      cloudWatchLogs.foreach(__v => __obj.updateDynamic(\"cloudWatchLogs\")(__v.asInstanceOf[js.Any]))\n      cloudWatchLogsArn.foreach(__v => __obj.updateDynamic(\"cloudWatchLogsArn\")(__v.asInstanceOf[js.Any]))\n      deepLink.foreach(__v => __obj.updateDynamic(\"deepLink\")(__v.asInstanceOf[js.Any]))\n      groupName.foreach(__v => __obj.updateDynamic(\"groupName\")(__v.asInstanceOf[js.Any]))\n      s3DeepLink.foreach(__v => __obj.updateDynamic(\"s3DeepLink\")(__v.asInstanceOf[js.Any]))\n      s3Logs.foreach(__v => __obj.updateDynamic(\"s3Logs\")(__v.asInstanceOf[js.Any]))\n      s3LogsArn.foreach(__v => __obj.updateDynamic(\"s3LogsArn\")(__v.asInstanceOf[js.Any]))\n      streamName.foreach(__v => __obj.updateDynamic(\"streamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogsLocation]\n    }\n  }\n\n  \/** Describes a network interface.\n    *\/\n  @js.native\n  trait NetworkInterface extends js.Object {\n    var networkInterfaceId: js.UndefOr[NonEmptyString]\n    var subnetId: js.UndefOr[NonEmptyString]\n  }\n\n  object NetworkInterface {\n    @inline\n    def apply(\n        networkInterfaceId: js.UndefOr[NonEmptyString] = js.undefined,\n        subnetId: js.UndefOr[NonEmptyString] = js.undefined\n    ): NetworkInterface = {\n      val __obj = js.Dynamic.literal()\n      networkInterfaceId.foreach(__v => __obj.updateDynamic(\"networkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      subnetId.foreach(__v => __obj.updateDynamic(\"subnetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkInterface]\n    }\n  }\n\n  \/** Additional information about a build phase that has an error. You can use this information for troubleshooting.\n    *\/\n  @js.native\n  trait PhaseContext extends js.Object {\n    var message: js.UndefOr[String]\n    var statusCode: js.UndefOr[String]\n  }\n\n  object PhaseContext {\n    @inline\n    def apply(\n        message: js.UndefOr[String] = js.undefined,\n        statusCode: js.UndefOr[String] = js.undefined\n    ): PhaseContext = {\n      val __obj = js.Dynamic.literal()\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      statusCode.foreach(__v => __obj.updateDynamic(\"statusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PhaseContext]\n    }\n  }\n\n  @js.native\n  sealed trait PlatformType extends js.Any\n  object PlatformType {\n    val DEBIAN = \"DEBIAN\".asInstanceOf[PlatformType]\n    val AMAZON_LINUX = \"AMAZON_LINUX\".asInstanceOf[PlatformType]\n    val UBUNTU = \"UBUNTU\".asInstanceOf[PlatformType]\n    val WINDOWS_SERVER = \"WINDOWS_SERVER\".asInstanceOf[PlatformType]\n\n    @inline def values = js.Array(DEBIAN, AMAZON_LINUX, UBUNTU, WINDOWS_SERVER)\n  }\n\n  \/** Information about a build project.\n    *\/\n  @js.native\n  trait Project extends js.Object {\n    var arn: js.UndefOr[String]\n    var artifacts: js.UndefOr[ProjectArtifacts]\n    var badge: js.UndefOr[ProjectBadge]\n    var buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig]\n    var cache: js.UndefOr[ProjectCache]\n    var concurrentBuildLimit: js.UndefOr[WrapperInt]\n    var created: js.UndefOr[Timestamp]\n    var description: js.UndefOr[ProjectDescription]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var environment: js.UndefOr[ProjectEnvironment]\n    var fileSystemLocations: js.UndefOr[ProjectFileSystemLocations]\n    var lastModified: js.UndefOr[Timestamp]\n    var logsConfig: js.UndefOr[LogsConfig]\n    var name: js.UndefOr[ProjectName]\n    var queuedTimeoutInMinutes: js.UndefOr[TimeOut]\n    var secondaryArtifacts: js.UndefOr[ProjectArtifactsList]\n    var secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions]\n    var secondarySources: js.UndefOr[ProjectSources]\n    var serviceRole: js.UndefOr[NonEmptyString]\n    var source: js.UndefOr[ProjectSource]\n    var sourceVersion: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var timeoutInMinutes: js.UndefOr[TimeOut]\n    var vpcConfig: js.UndefOr[VpcConfig]\n    var webhook: js.UndefOr[Webhook]\n  }\n\n  object Project {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        artifacts: js.UndefOr[ProjectArtifacts] = js.undefined,\n        badge: js.UndefOr[ProjectBadge] = js.undefined,\n        buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig] = js.undefined,\n        cache: js.UndefOr[ProjectCache] = js.undefined,\n        concurrentBuildLimit: js.UndefOr[WrapperInt] = js.undefined,\n        created: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[ProjectDescription] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        environment: js.UndefOr[ProjectEnvironment] = js.undefined,\n        fileSystemLocations: js.UndefOr[ProjectFileSystemLocations] = js.undefined,\n        lastModified: js.UndefOr[Timestamp] = js.undefined,\n        logsConfig: js.UndefOr[LogsConfig] = js.undefined,\n        name: js.UndefOr[ProjectName] = js.undefined,\n        queuedTimeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        secondaryArtifacts: js.UndefOr[ProjectArtifactsList] = js.undefined,\n        secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        secondarySources: js.UndefOr[ProjectSources] = js.undefined,\n        serviceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        source: js.UndefOr[ProjectSource] = js.undefined,\n        sourceVersion: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        timeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        vpcConfig: js.UndefOr[VpcConfig] = js.undefined,\n        webhook: js.UndefOr[Webhook] = js.undefined\n    ): Project = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      artifacts.foreach(__v => __obj.updateDynamic(\"artifacts\")(__v.asInstanceOf[js.Any]))\n      badge.foreach(__v => __obj.updateDynamic(\"badge\")(__v.asInstanceOf[js.Any]))\n      buildBatchConfig.foreach(__v => __obj.updateDynamic(\"buildBatchConfig\")(__v.asInstanceOf[js.Any]))\n      cache.foreach(__v => __obj.updateDynamic(\"cache\")(__v.asInstanceOf[js.Any]))\n      concurrentBuildLimit.foreach(__v => __obj.updateDynamic(\"concurrentBuildLimit\")(__v.asInstanceOf[js.Any]))\n      created.foreach(__v => __obj.updateDynamic(\"created\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      fileSystemLocations.foreach(__v => __obj.updateDynamic(\"fileSystemLocations\")(__v.asInstanceOf[js.Any]))\n      lastModified.foreach(__v => __obj.updateDynamic(\"lastModified\")(__v.asInstanceOf[js.Any]))\n      logsConfig.foreach(__v => __obj.updateDynamic(\"logsConfig\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      secondarySourceVersions.foreach(__v => __obj.updateDynamic(\"secondarySourceVersions\")(__v.asInstanceOf[js.Any]))\n      secondarySources.foreach(__v => __obj.updateDynamic(\"secondarySources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeoutInMinutes.foreach(__v => __obj.updateDynamic(\"timeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      vpcConfig.foreach(__v => __obj.updateDynamic(\"vpcConfig\")(__v.asInstanceOf[js.Any]))\n      webhook.foreach(__v => __obj.updateDynamic(\"webhook\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Project]\n    }\n  }\n\n  \/** Information about the build output artifacts for the build project.\n    *\/\n  @js.native\n  trait ProjectArtifacts extends js.Object {\n    var `type`: ArtifactsType\n    var artifactIdentifier: js.UndefOr[String]\n    var bucketOwnerAccess: js.UndefOr[BucketOwnerAccess]\n    var encryptionDisabled: js.UndefOr[WrapperBoolean]\n    var location: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var namespaceType: js.UndefOr[ArtifactNamespace]\n    var overrideArtifactName: js.UndefOr[WrapperBoolean]\n    var packaging: js.UndefOr[ArtifactPackaging]\n    var path: js.UndefOr[String]\n  }\n\n  object ProjectArtifacts {\n    @inline\n    def apply(\n        `type`: ArtifactsType,\n        artifactIdentifier: js.UndefOr[String] = js.undefined,\n        bucketOwnerAccess: js.UndefOr[BucketOwnerAccess] = js.undefined,\n        encryptionDisabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        location: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        namespaceType: js.UndefOr[ArtifactNamespace] = js.undefined,\n        overrideArtifactName: js.UndefOr[WrapperBoolean] = js.undefined,\n        packaging: js.UndefOr[ArtifactPackaging] = js.undefined,\n        path: js.UndefOr[String] = js.undefined\n    ): ProjectArtifacts = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      artifactIdentifier.foreach(__v => __obj.updateDynamic(\"artifactIdentifier\")(__v.asInstanceOf[js.Any]))\n      bucketOwnerAccess.foreach(__v => __obj.updateDynamic(\"bucketOwnerAccess\")(__v.asInstanceOf[js.Any]))\n      encryptionDisabled.foreach(__v => __obj.updateDynamic(\"encryptionDisabled\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      namespaceType.foreach(__v => __obj.updateDynamic(\"namespaceType\")(__v.asInstanceOf[js.Any]))\n      overrideArtifactName.foreach(__v => __obj.updateDynamic(\"overrideArtifactName\")(__v.asInstanceOf[js.Any]))\n      packaging.foreach(__v => __obj.updateDynamic(\"packaging\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectArtifacts]\n    }\n  }\n\n  \/** Information about the build badge for the build project.\n    *\/\n  @js.native\n  trait ProjectBadge extends js.Object {\n    var badgeEnabled: js.UndefOr[Boolean]\n    var badgeRequestUrl: js.UndefOr[String]\n  }\n\n  object ProjectBadge {\n    @inline\n    def apply(\n        badgeEnabled: js.UndefOr[Boolean] = js.undefined,\n        badgeRequestUrl: js.UndefOr[String] = js.undefined\n    ): ProjectBadge = {\n      val __obj = js.Dynamic.literal()\n      badgeEnabled.foreach(__v => __obj.updateDynamic(\"badgeEnabled\")(__v.asInstanceOf[js.Any]))\n      badgeRequestUrl.foreach(__v => __obj.updateDynamic(\"badgeRequestUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectBadge]\n    }\n  }\n\n  \/** Contains configuration information about a batch build project.\n    *\/\n  @js.native\n  trait ProjectBuildBatchConfig extends js.Object {\n    var combineArtifacts: js.UndefOr[WrapperBoolean]\n    var restrictions: js.UndefOr[BatchRestrictions]\n    var serviceRole: js.UndefOr[NonEmptyString]\n    var timeoutInMins: js.UndefOr[WrapperInt]\n  }\n\n  object ProjectBuildBatchConfig {\n    @inline\n    def apply(\n        combineArtifacts: js.UndefOr[WrapperBoolean] = js.undefined,\n        restrictions: js.UndefOr[BatchRestrictions] = js.undefined,\n        serviceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        timeoutInMins: js.UndefOr[WrapperInt] = js.undefined\n    ): ProjectBuildBatchConfig = {\n      val __obj = js.Dynamic.literal()\n      combineArtifacts.foreach(__v => __obj.updateDynamic(\"combineArtifacts\")(__v.asInstanceOf[js.Any]))\n      restrictions.foreach(__v => __obj.updateDynamic(\"restrictions\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      timeoutInMins.foreach(__v => __obj.updateDynamic(\"timeoutInMins\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectBuildBatchConfig]\n    }\n  }\n\n  \/** Information about the cache for the build project.\n    *\/\n  @js.native\n  trait ProjectCache extends js.Object {\n    var `type`: CacheType\n    var location: js.UndefOr[String]\n    var modes: js.UndefOr[ProjectCacheModes]\n  }\n\n  object ProjectCache {\n    @inline\n    def apply(\n        `type`: CacheType,\n        location: js.UndefOr[String] = js.undefined,\n        modes: js.UndefOr[ProjectCacheModes] = js.undefined\n    ): ProjectCache = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      modes.foreach(__v => __obj.updateDynamic(\"modes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectCache]\n    }\n  }\n\n  \/** Information about the build environment of the build project.\n    *\/\n  @js.native\n  trait ProjectEnvironment extends js.Object {\n    var computeType: ComputeType\n    var image: NonEmptyString\n    var `type`: EnvironmentType\n    var certificate: js.UndefOr[String]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var imagePullCredentialsType: js.UndefOr[ImagePullCredentialsType]\n    var privilegedMode: js.UndefOr[WrapperBoolean]\n    var registryCredential: js.UndefOr[RegistryCredential]\n  }\n\n  object ProjectEnvironment {\n    @inline\n    def apply(\n        computeType: ComputeType,\n        image: NonEmptyString,\n        `type`: EnvironmentType,\n        certificate: js.UndefOr[String] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        imagePullCredentialsType: js.UndefOr[ImagePullCredentialsType] = js.undefined,\n        privilegedMode: js.UndefOr[WrapperBoolean] = js.undefined,\n        registryCredential: js.UndefOr[RegistryCredential] = js.undefined\n    ): ProjectEnvironment = {\n      val __obj = js.Dynamic.literal(\n        \"computeType\" -> computeType.asInstanceOf[js.Any],\n        \"image\" -> image.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      certificate.foreach(__v => __obj.updateDynamic(\"certificate\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      imagePullCredentialsType.foreach(__v => __obj.updateDynamic(\"imagePullCredentialsType\")(__v.asInstanceOf[js.Any]))\n      privilegedMode.foreach(__v => __obj.updateDynamic(\"privilegedMode\")(__v.asInstanceOf[js.Any]))\n      registryCredential.foreach(__v => __obj.updateDynamic(\"registryCredential\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectEnvironment]\n    }\n  }\n\n  \/** Information about a file system created by Amazon Elastic File System (EFS). For more information, see [[https:\/\/docs.aws.amazon.com\/efs\/latest\/ug\/whatisefs.html|What Is Amazon Elastic File System?]]\n    *\/\n  @js.native\n  trait ProjectFileSystemLocation extends js.Object {\n    var identifier: js.UndefOr[String]\n    var location: js.UndefOr[String]\n    var mountOptions: js.UndefOr[String]\n    var mountPoint: js.UndefOr[String]\n    var `type`: js.UndefOr[FileSystemType]\n  }\n\n  object ProjectFileSystemLocation {\n    @inline\n    def apply(\n        identifier: js.UndefOr[String] = js.undefined,\n        location: js.UndefOr[String] = js.undefined,\n        mountOptions: js.UndefOr[String] = js.undefined,\n        mountPoint: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[FileSystemType] = js.undefined\n    ): ProjectFileSystemLocation = {\n      val __obj = js.Dynamic.literal()\n      identifier.foreach(__v => __obj.updateDynamic(\"identifier\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      mountOptions.foreach(__v => __obj.updateDynamic(\"mountOptions\")(__v.asInstanceOf[js.Any]))\n      mountPoint.foreach(__v => __obj.updateDynamic(\"mountPoint\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectFileSystemLocation]\n    }\n  }\n\n  @js.native\n  sealed trait ProjectSortByType extends js.Any\n  object ProjectSortByType {\n    val NAME = \"NAME\".asInstanceOf[ProjectSortByType]\n    val CREATED_TIME = \"CREATED_TIME\".asInstanceOf[ProjectSortByType]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ProjectSortByType]\n\n    @inline def values = js.Array(NAME, CREATED_TIME, LAST_MODIFIED_TIME)\n  }\n\n  \/** Information about the build input source code for the build project.\n    *\/\n  @js.native\n  trait ProjectSource extends js.Object {\n    var `type`: SourceType\n    var auth: js.UndefOr[SourceAuth]\n    var buildStatusConfig: js.UndefOr[BuildStatusConfig]\n    var buildspec: js.UndefOr[String]\n    var gitCloneDepth: js.UndefOr[GitCloneDepth]\n    var gitSubmodulesConfig: js.UndefOr[GitSubmodulesConfig]\n    var insecureSsl: js.UndefOr[WrapperBoolean]\n    var location: js.UndefOr[String]\n    var reportBuildStatus: js.UndefOr[WrapperBoolean]\n    var sourceIdentifier: js.UndefOr[String]\n  }\n\n  object ProjectSource {\n    @inline\n    def apply(\n        `type`: SourceType,\n        auth: js.UndefOr[SourceAuth] = js.undefined,\n        buildStatusConfig: js.UndefOr[BuildStatusConfig] = js.undefined,\n        buildspec: js.UndefOr[String] = js.undefined,\n        gitCloneDepth: js.UndefOr[GitCloneDepth] = js.undefined,\n        gitSubmodulesConfig: js.UndefOr[GitSubmodulesConfig] = js.undefined,\n        insecureSsl: js.UndefOr[WrapperBoolean] = js.undefined,\n        location: js.UndefOr[String] = js.undefined,\n        reportBuildStatus: js.UndefOr[WrapperBoolean] = js.undefined,\n        sourceIdentifier: js.UndefOr[String] = js.undefined\n    ): ProjectSource = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      auth.foreach(__v => __obj.updateDynamic(\"auth\")(__v.asInstanceOf[js.Any]))\n      buildStatusConfig.foreach(__v => __obj.updateDynamic(\"buildStatusConfig\")(__v.asInstanceOf[js.Any]))\n      buildspec.foreach(__v => __obj.updateDynamic(\"buildspec\")(__v.asInstanceOf[js.Any]))\n      gitCloneDepth.foreach(__v => __obj.updateDynamic(\"gitCloneDepth\")(__v.asInstanceOf[js.Any]))\n      gitSubmodulesConfig.foreach(__v => __obj.updateDynamic(\"gitSubmodulesConfig\")(__v.asInstanceOf[js.Any]))\n      insecureSsl.foreach(__v => __obj.updateDynamic(\"insecureSsl\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      reportBuildStatus.foreach(__v => __obj.updateDynamic(\"reportBuildStatus\")(__v.asInstanceOf[js.Any]))\n      sourceIdentifier.foreach(__v => __obj.updateDynamic(\"sourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectSource]\n    }\n  }\n\n  \/** A source identifier and its corresponding version.\n    *\/\n  @js.native\n  trait ProjectSourceVersion extends js.Object {\n    var sourceIdentifier: String\n    var sourceVersion: String\n  }\n\n  object ProjectSourceVersion {\n    @inline\n    def apply(\n        sourceIdentifier: String,\n        sourceVersion: String\n    ): ProjectSourceVersion = {\n      val __obj = js.Dynamic.literal(\n        \"sourceIdentifier\" -> sourceIdentifier.asInstanceOf[js.Any],\n        \"sourceVersion\" -> sourceVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProjectSourceVersion]\n    }\n  }\n\n  @js.native\n  trait PutResourcePolicyInput extends js.Object {\n    var policy: NonEmptyString\n    var resourceArn: NonEmptyString\n  }\n\n  object PutResourcePolicyInput {\n    @inline\n    def apply(\n        policy: NonEmptyString,\n        resourceArn: NonEmptyString\n    ): PutResourcePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"policy\" -> policy.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutResourcePolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutResourcePolicyOutput extends js.Object {\n    var resourceArn: js.UndefOr[NonEmptyString]\n  }\n\n  object PutResourcePolicyOutput {\n    @inline\n    def apply(\n        resourceArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): PutResourcePolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourcePolicyOutput]\n    }\n  }\n\n  \/** Information about credentials that provide access to a private Docker registry. When this is set: * <code>imagePullCredentialsType<\/code> must be set to <code>SERVICE_ROLE<\/code>. * images cannot be curated or an Amazon ECR image. For more information, see [[https:\/\/docs.aws.amazon.com\/codebuild\/latest\/userguide\/sample-private-registry.html|Private Registry with AWS Secrets Manager Sample for AWS CodeBuild]].\n    *\/\n  @js.native\n  trait RegistryCredential extends js.Object {\n    var credential: NonEmptyString\n    var credentialProvider: CredentialProviderType\n  }\n\n  object RegistryCredential {\n    @inline\n    def apply(\n        credential: NonEmptyString,\n        credentialProvider: CredentialProviderType\n    ): RegistryCredential = {\n      val __obj = js.Dynamic.literal(\n        \"credential\" -> credential.asInstanceOf[js.Any],\n        \"credentialProvider\" -> credentialProvider.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegistryCredential]\n    }\n  }\n\n  \/** Information about the results from running a series of test cases during the run of a build project. The test cases are specified in the buildspec for the build project using one or more paths to the test case files. You can specify any type of tests you want, such as unit tests, integration tests, and functional tests.\n    *\/\n  @js.native\n  trait Report extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var codeCoverageSummary: js.UndefOr[CodeCoverageReportSummary]\n    var created: js.UndefOr[Timestamp]\n    var executionId: js.UndefOr[String]\n    var expired: js.UndefOr[Timestamp]\n    var exportConfig: js.UndefOr[ReportExportConfig]\n    var name: js.UndefOr[String]\n    var reportGroupArn: js.UndefOr[NonEmptyString]\n    var status: js.UndefOr[ReportStatusType]\n    var testSummary: js.UndefOr[TestReportSummary]\n    var truncated: js.UndefOr[WrapperBoolean]\n    var `type`: js.UndefOr[ReportType]\n  }\n\n  object Report {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        codeCoverageSummary: js.UndefOr[CodeCoverageReportSummary] = js.undefined,\n        created: js.UndefOr[Timestamp] = js.undefined,\n        executionId: js.UndefOr[String] = js.undefined,\n        expired: js.UndefOr[Timestamp] = js.undefined,\n        exportConfig: js.UndefOr[ReportExportConfig] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        reportGroupArn: js.UndefOr[NonEmptyString] = js.undefined,\n        status: js.UndefOr[ReportStatusType] = js.undefined,\n        testSummary: js.UndefOr[TestReportSummary] = js.undefined,\n        truncated: js.UndefOr[WrapperBoolean] = js.undefined,\n        `type`: js.UndefOr[ReportType] = js.undefined\n    ): Report = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      codeCoverageSummary.foreach(__v => __obj.updateDynamic(\"codeCoverageSummary\")(__v.asInstanceOf[js.Any]))\n      created.foreach(__v => __obj.updateDynamic(\"created\")(__v.asInstanceOf[js.Any]))\n      executionId.foreach(__v => __obj.updateDynamic(\"executionId\")(__v.asInstanceOf[js.Any]))\n      expired.foreach(__v => __obj.updateDynamic(\"expired\")(__v.asInstanceOf[js.Any]))\n      exportConfig.foreach(__v => __obj.updateDynamic(\"exportConfig\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      reportGroupArn.foreach(__v => __obj.updateDynamic(\"reportGroupArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      testSummary.foreach(__v => __obj.updateDynamic(\"testSummary\")(__v.asInstanceOf[js.Any]))\n      truncated.foreach(__v => __obj.updateDynamic(\"truncated\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Report]\n    }\n  }\n\n  @js.native\n  sealed trait ReportCodeCoverageSortByType extends js.Any\n  object ReportCodeCoverageSortByType {\n    val LINE_COVERAGE_PERCENTAGE = \"LINE_COVERAGE_PERCENTAGE\".asInstanceOf[ReportCodeCoverageSortByType]\n    val FILE_PATH = \"FILE_PATH\".asInstanceOf[ReportCodeCoverageSortByType]\n\n    @inline def values = js.Array(LINE_COVERAGE_PERCENTAGE, FILE_PATH)\n  }\n\n  \/** Information about the location where the run of a report is exported.\n    *\/\n  @js.native\n  trait ReportExportConfig extends js.Object {\n    var exportConfigType: js.UndefOr[ReportExportConfigType]\n    var s3Destination: js.UndefOr[S3ReportExportConfig]\n  }\n\n  object ReportExportConfig {\n    @inline\n    def apply(\n        exportConfigType: js.UndefOr[ReportExportConfigType] = js.undefined,\n        s3Destination: js.UndefOr[S3ReportExportConfig] = js.undefined\n    ): ReportExportConfig = {\n      val __obj = js.Dynamic.literal()\n      exportConfigType.foreach(__v => __obj.updateDynamic(\"exportConfigType\")(__v.asInstanceOf[js.Any]))\n      s3Destination.foreach(__v => __obj.updateDynamic(\"s3Destination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportExportConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ReportExportConfigType extends js.Any\n  object ReportExportConfigType {\n    val S3 = \"S3\".asInstanceOf[ReportExportConfigType]\n    val NO_EXPORT = \"NO_EXPORT\".asInstanceOf[ReportExportConfigType]\n\n    @inline def values = js.Array(S3, NO_EXPORT)\n  }\n\n  \/** A filter used to return reports with the status specified by the input <code>status<\/code> parameter.\n    *\/\n  @js.native\n  trait ReportFilter extends js.Object {\n    var status: js.UndefOr[ReportStatusType]\n  }\n\n  object ReportFilter {\n    @inline\n    def apply(\n        status: js.UndefOr[ReportStatusType] = js.undefined\n    ): ReportFilter = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportFilter]\n    }\n  }\n\n  \/** A series of reports. Each report contains information about the results from running a series of test cases. You specify the test cases for a report group in the buildspec for a build project using one or more paths to the test case files.\n    *\/\n  @js.native\n  trait ReportGroup extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var created: js.UndefOr[Timestamp]\n    var exportConfig: js.UndefOr[ReportExportConfig]\n    var lastModified: js.UndefOr[Timestamp]\n    var name: js.UndefOr[ReportGroupName]\n    var status: js.UndefOr[ReportGroupStatusType]\n    var tags: js.UndefOr[TagList]\n    var `type`: js.UndefOr[ReportType]\n  }\n\n  object ReportGroup {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        created: js.UndefOr[Timestamp] = js.undefined,\n        exportConfig: js.UndefOr[ReportExportConfig] = js.undefined,\n        lastModified: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[ReportGroupName] = js.undefined,\n        status: js.UndefOr[ReportGroupStatusType] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        `type`: js.UndefOr[ReportType] = js.undefined\n    ): ReportGroup = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      created.foreach(__v => __obj.updateDynamic(\"created\")(__v.asInstanceOf[js.Any]))\n      exportConfig.foreach(__v => __obj.updateDynamic(\"exportConfig\")(__v.asInstanceOf[js.Any]))\n      lastModified.foreach(__v => __obj.updateDynamic(\"lastModified\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportGroup]\n    }\n  }\n\n  @js.native\n  sealed trait ReportGroupSortByType extends js.Any\n  object ReportGroupSortByType {\n    val NAME = \"NAME\".asInstanceOf[ReportGroupSortByType]\n    val CREATED_TIME = \"CREATED_TIME\".asInstanceOf[ReportGroupSortByType]\n    val LAST_MODIFIED_TIME = \"LAST_MODIFIED_TIME\".asInstanceOf[ReportGroupSortByType]\n\n    @inline def values = js.Array(NAME, CREATED_TIME, LAST_MODIFIED_TIME)\n  }\n\n  @js.native\n  sealed trait ReportGroupStatusType extends js.Any\n  object ReportGroupStatusType {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ReportGroupStatusType]\n    val DELETING = \"DELETING\".asInstanceOf[ReportGroupStatusType]\n\n    @inline def values = js.Array(ACTIVE, DELETING)\n  }\n\n  @js.native\n  sealed trait ReportGroupTrendFieldType extends js.Any\n  object ReportGroupTrendFieldType {\n    val PASS_RATE = \"PASS_RATE\".asInstanceOf[ReportGroupTrendFieldType]\n    val DURATION = \"DURATION\".asInstanceOf[ReportGroupTrendFieldType]\n    val TOTAL = \"TOTAL\".asInstanceOf[ReportGroupTrendFieldType]\n    val LINE_COVERAGE = \"LINE_COVERAGE\".asInstanceOf[ReportGroupTrendFieldType]\n    val LINES_COVERED = \"LINES_COVERED\".asInstanceOf[ReportGroupTrendFieldType]\n    val LINES_MISSED = \"LINES_MISSED\".asInstanceOf[ReportGroupTrendFieldType]\n    val BRANCH_COVERAGE = \"BRANCH_COVERAGE\".asInstanceOf[ReportGroupTrendFieldType]\n    val BRANCHES_COVERED = \"BRANCHES_COVERED\".asInstanceOf[ReportGroupTrendFieldType]\n    val BRANCHES_MISSED = \"BRANCHES_MISSED\".asInstanceOf[ReportGroupTrendFieldType]\n\n    @inline def values = js.Array(PASS_RATE, DURATION, TOTAL, LINE_COVERAGE, LINES_COVERED, LINES_MISSED, BRANCH_COVERAGE, BRANCHES_COVERED, BRANCHES_MISSED)\n  }\n\n  \/** Contains trend statistics for a set of reports. The actual values depend on the type of trend being collected. For more information, see .\n    *\/\n  @js.native\n  trait ReportGroupTrendStats extends js.Object {\n    var average: js.UndefOr[String]\n    var max: js.UndefOr[String]\n    var min: js.UndefOr[String]\n  }\n\n  object ReportGroupTrendStats {\n    @inline\n    def apply(\n        average: js.UndefOr[String] = js.undefined,\n        max: js.UndefOr[String] = js.undefined,\n        min: js.UndefOr[String] = js.undefined\n    ): ReportGroupTrendStats = {\n      val __obj = js.Dynamic.literal()\n      average.foreach(__v => __obj.updateDynamic(\"average\")(__v.asInstanceOf[js.Any]))\n      max.foreach(__v => __obj.updateDynamic(\"max\")(__v.asInstanceOf[js.Any]))\n      min.foreach(__v => __obj.updateDynamic(\"min\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportGroupTrendStats]\n    }\n  }\n\n  @js.native\n  sealed trait ReportPackagingType extends js.Any\n  object ReportPackagingType {\n    val ZIP = \"ZIP\".asInstanceOf[ReportPackagingType]\n    val NONE = \"NONE\".asInstanceOf[ReportPackagingType]\n\n    @inline def values = js.Array(ZIP, NONE)\n  }\n\n  @js.native\n  sealed trait ReportStatusType extends js.Any\n  object ReportStatusType {\n    val GENERATING = \"GENERATING\".asInstanceOf[ReportStatusType]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[ReportStatusType]\n    val FAILED = \"FAILED\".asInstanceOf[ReportStatusType]\n    val INCOMPLETE = \"INCOMPLETE\".asInstanceOf[ReportStatusType]\n    val DELETING = \"DELETING\".asInstanceOf[ReportStatusType]\n\n    @inline def values = js.Array(GENERATING, SUCCEEDED, FAILED, INCOMPLETE, DELETING)\n  }\n\n  @js.native\n  sealed trait ReportType extends js.Any\n  object ReportType {\n    val TEST = \"TEST\".asInstanceOf[ReportType]\n    val CODE_COVERAGE = \"CODE_COVERAGE\".asInstanceOf[ReportType]\n\n    @inline def values = js.Array(TEST, CODE_COVERAGE)\n  }\n\n  \/** Contains the unmodified data for the report. For more information, see .\n    *\/\n  @js.native\n  trait ReportWithRawData extends js.Object {\n    var data: js.UndefOr[String]\n    var reportArn: js.UndefOr[NonEmptyString]\n  }\n\n  object ReportWithRawData {\n    @inline\n    def apply(\n        data: js.UndefOr[String] = js.undefined,\n        reportArn: js.UndefOr[NonEmptyString] = js.undefined\n    ): ReportWithRawData = {\n      val __obj = js.Dynamic.literal()\n      data.foreach(__v => __obj.updateDynamic(\"data\")(__v.asInstanceOf[js.Any]))\n      reportArn.foreach(__v => __obj.updateDynamic(\"reportArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReportWithRawData]\n    }\n  }\n\n  \/** Represents a resolved build artifact. A resolve artifact is an artifact that is built and deployed to the destination, such as Amazon S3.\n    *\/\n  @js.native\n  trait ResolvedArtifact extends js.Object {\n    var identifier: js.UndefOr[String]\n    var location: js.UndefOr[String]\n    var `type`: js.UndefOr[ArtifactsType]\n  }\n\n  object ResolvedArtifact {\n    @inline\n    def apply(\n        identifier: js.UndefOr[String] = js.undefined,\n        location: js.UndefOr[String] = js.undefined,\n        `type`: js.UndefOr[ArtifactsType] = js.undefined\n    ): ResolvedArtifact = {\n      val __obj = js.Dynamic.literal()\n      identifier.foreach(__v => __obj.updateDynamic(\"identifier\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolvedArtifact]\n    }\n  }\n\n  @js.native\n  trait RetryBuildBatchInput extends js.Object {\n    var id: js.UndefOr[NonEmptyString]\n    var idempotencyToken: js.UndefOr[String]\n    var retryType: js.UndefOr[RetryBuildBatchType]\n  }\n\n  object RetryBuildBatchInput {\n    @inline\n    def apply(\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        idempotencyToken: js.UndefOr[String] = js.undefined,\n        retryType: js.UndefOr[RetryBuildBatchType] = js.undefined\n    ): RetryBuildBatchInput = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      idempotencyToken.foreach(__v => __obj.updateDynamic(\"idempotencyToken\")(__v.asInstanceOf[js.Any]))\n      retryType.foreach(__v => __obj.updateDynamic(\"retryType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetryBuildBatchInput]\n    }\n  }\n\n  @js.native\n  trait RetryBuildBatchOutput extends js.Object {\n    var buildBatch: js.UndefOr[BuildBatch]\n  }\n\n  object RetryBuildBatchOutput {\n    @inline\n    def apply(\n        buildBatch: js.UndefOr[BuildBatch] = js.undefined\n    ): RetryBuildBatchOutput = {\n      val __obj = js.Dynamic.literal()\n      buildBatch.foreach(__v => __obj.updateDynamic(\"buildBatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetryBuildBatchOutput]\n    }\n  }\n\n  @js.native\n  sealed trait RetryBuildBatchType extends js.Any\n  object RetryBuildBatchType {\n    val RETRY_ALL_BUILDS = \"RETRY_ALL_BUILDS\".asInstanceOf[RetryBuildBatchType]\n    val RETRY_FAILED_BUILDS = \"RETRY_FAILED_BUILDS\".asInstanceOf[RetryBuildBatchType]\n\n    @inline def values = js.Array(RETRY_ALL_BUILDS, RETRY_FAILED_BUILDS)\n  }\n\n  @js.native\n  trait RetryBuildInput extends js.Object {\n    var id: js.UndefOr[NonEmptyString]\n    var idempotencyToken: js.UndefOr[String]\n  }\n\n  object RetryBuildInput {\n    @inline\n    def apply(\n        id: js.UndefOr[NonEmptyString] = js.undefined,\n        idempotencyToken: js.UndefOr[String] = js.undefined\n    ): RetryBuildInput = {\n      val __obj = js.Dynamic.literal()\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      idempotencyToken.foreach(__v => __obj.updateDynamic(\"idempotencyToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetryBuildInput]\n    }\n  }\n\n  @js.native\n  trait RetryBuildOutput extends js.Object {\n    var build: js.UndefOr[Build]\n  }\n\n  object RetryBuildOutput {\n    @inline\n    def apply(\n        build: js.UndefOr[Build] = js.undefined\n    ): RetryBuildOutput = {\n      val __obj = js.Dynamic.literal()\n      build.foreach(__v => __obj.updateDynamic(\"build\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RetryBuildOutput]\n    }\n  }\n\n  \/** Information about S3 logs for a build project.\n    *\/\n  @js.native\n  trait S3LogsConfig extends js.Object {\n    var status: LogsConfigStatusType\n    var bucketOwnerAccess: js.UndefOr[BucketOwnerAccess]\n    var encryptionDisabled: js.UndefOr[WrapperBoolean]\n    var location: js.UndefOr[String]\n  }\n\n  object S3LogsConfig {\n    @inline\n    def apply(\n        status: LogsConfigStatusType,\n        bucketOwnerAccess: js.UndefOr[BucketOwnerAccess] = js.undefined,\n        encryptionDisabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        location: js.UndefOr[String] = js.undefined\n    ): S3LogsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      bucketOwnerAccess.foreach(__v => __obj.updateDynamic(\"bucketOwnerAccess\")(__v.asInstanceOf[js.Any]))\n      encryptionDisabled.foreach(__v => __obj.updateDynamic(\"encryptionDisabled\")(__v.asInstanceOf[js.Any]))\n      location.foreach(__v => __obj.updateDynamic(\"location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3LogsConfig]\n    }\n  }\n\n  \/** Information about the S3 bucket where the raw data of a report are exported.\n    *\/\n  @js.native\n  trait S3ReportExportConfig extends js.Object {\n    var bucket: js.UndefOr[NonEmptyString]\n    var bucketOwner: js.UndefOr[String]\n    var encryptionDisabled: js.UndefOr[WrapperBoolean]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var packaging: js.UndefOr[ReportPackagingType]\n    var path: js.UndefOr[String]\n  }\n\n  object S3ReportExportConfig {\n    @inline\n    def apply(\n        bucket: js.UndefOr[NonEmptyString] = js.undefined,\n        bucketOwner: js.UndefOr[String] = js.undefined,\n        encryptionDisabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        packaging: js.UndefOr[ReportPackagingType] = js.undefined,\n        path: js.UndefOr[String] = js.undefined\n    ): S3ReportExportConfig = {\n      val __obj = js.Dynamic.literal()\n      bucket.foreach(__v => __obj.updateDynamic(\"bucket\")(__v.asInstanceOf[js.Any]))\n      bucketOwner.foreach(__v => __obj.updateDynamic(\"bucketOwner\")(__v.asInstanceOf[js.Any]))\n      encryptionDisabled.foreach(__v => __obj.updateDynamic(\"encryptionDisabled\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      packaging.foreach(__v => __obj.updateDynamic(\"packaging\")(__v.asInstanceOf[js.Any]))\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3ReportExportConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ServerType extends js.Any\n  object ServerType {\n    val GITHUB = \"GITHUB\".asInstanceOf[ServerType]\n    val BITBUCKET = \"BITBUCKET\".asInstanceOf[ServerType]\n    val GITHUB_ENTERPRISE = \"GITHUB_ENTERPRISE\".asInstanceOf[ServerType]\n\n    @inline def values = js.Array(GITHUB, BITBUCKET, GITHUB_ENTERPRISE)\n  }\n\n  @js.native\n  sealed trait SharedResourceSortByType extends js.Any\n  object SharedResourceSortByType {\n    val ARN = \"ARN\".asInstanceOf[SharedResourceSortByType]\n    val MODIFIED_TIME = \"MODIFIED_TIME\".asInstanceOf[SharedResourceSortByType]\n\n    @inline def values = js.Array(ARN, MODIFIED_TIME)\n  }\n\n  @js.native\n  sealed trait SortOrderType extends js.Any\n  object SortOrderType {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[SortOrderType]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[SortOrderType]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  \/** Information about the authorization settings for AWS CodeBuild to access the source code to be built. This information is for the AWS CodeBuild console's use only. Your code should not get or set this information directly.\n    *\/\n  @js.native\n  trait SourceAuth extends js.Object {\n    var `type`: SourceAuthType\n    var resource: js.UndefOr[String]\n  }\n\n  object SourceAuth {\n    @inline\n    def apply(\n        `type`: SourceAuthType,\n        resource: js.UndefOr[String] = js.undefined\n    ): SourceAuth = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      resource.foreach(__v => __obj.updateDynamic(\"resource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceAuth]\n    }\n  }\n\n  @js.native\n  sealed trait SourceAuthType extends js.Any\n  object SourceAuthType {\n    val OAUTH = \"OAUTH\".asInstanceOf[SourceAuthType]\n\n    @inline def values = js.Array(OAUTH)\n  }\n\n  \/** Information about the credentials for a GitHub, GitHub Enterprise, or Bitbucket repository.\n    *\/\n  @js.native\n  trait SourceCredentialsInfo extends js.Object {\n    var arn: js.UndefOr[NonEmptyString]\n    var authType: js.UndefOr[AuthType]\n    var serverType: js.UndefOr[ServerType]\n  }\n\n  object SourceCredentialsInfo {\n    @inline\n    def apply(\n        arn: js.UndefOr[NonEmptyString] = js.undefined,\n        authType: js.UndefOr[AuthType] = js.undefined,\n        serverType: js.UndefOr[ServerType] = js.undefined\n    ): SourceCredentialsInfo = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      authType.foreach(__v => __obj.updateDynamic(\"authType\")(__v.asInstanceOf[js.Any]))\n      serverType.foreach(__v => __obj.updateDynamic(\"serverType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceCredentialsInfo]\n    }\n  }\n\n  @js.native\n  sealed trait SourceType extends js.Any\n  object SourceType {\n    val CODECOMMIT = \"CODECOMMIT\".asInstanceOf[SourceType]\n    val CODEPIPELINE = \"CODEPIPELINE\".asInstanceOf[SourceType]\n    val GITHUB = \"GITHUB\".asInstanceOf[SourceType]\n    val S3 = \"S3\".asInstanceOf[SourceType]\n    val BITBUCKET = \"BITBUCKET\".asInstanceOf[SourceType]\n    val GITHUB_ENTERPRISE = \"GITHUB_ENTERPRISE\".asInstanceOf[SourceType]\n    val NO_SOURCE = \"NO_SOURCE\".asInstanceOf[SourceType]\n\n    @inline def values = js.Array(CODECOMMIT, CODEPIPELINE, GITHUB, S3, BITBUCKET, GITHUB_ENTERPRISE, NO_SOURCE)\n  }\n\n  @js.native\n  trait StartBuildBatchInput extends js.Object {\n    var projectName: NonEmptyString\n    var artifactsOverride: js.UndefOr[ProjectArtifacts]\n    var buildBatchConfigOverride: js.UndefOr[ProjectBuildBatchConfig]\n    var buildTimeoutInMinutesOverride: js.UndefOr[TimeOut]\n    var buildspecOverride: js.UndefOr[String]\n    var cacheOverride: js.UndefOr[ProjectCache]\n    var certificateOverride: js.UndefOr[String]\n    var computeTypeOverride: js.UndefOr[ComputeType]\n    var debugSessionEnabled: js.UndefOr[WrapperBoolean]\n    var encryptionKeyOverride: js.UndefOr[NonEmptyString]\n    var environmentTypeOverride: js.UndefOr[EnvironmentType]\n    var environmentVariablesOverride: js.UndefOr[EnvironmentVariables]\n    var gitCloneDepthOverride: js.UndefOr[GitCloneDepth]\n    var gitSubmodulesConfigOverride: js.UndefOr[GitSubmodulesConfig]\n    var idempotencyToken: js.UndefOr[String]\n    var imageOverride: js.UndefOr[NonEmptyString]\n    var imagePullCredentialsTypeOverride: js.UndefOr[ImagePullCredentialsType]\n    var insecureSslOverride: js.UndefOr[WrapperBoolean]\n    var logsConfigOverride: js.UndefOr[LogsConfig]\n    var privilegedModeOverride: js.UndefOr[WrapperBoolean]\n    var queuedTimeoutInMinutesOverride: js.UndefOr[TimeOut]\n    var registryCredentialOverride: js.UndefOr[RegistryCredential]\n    var reportBuildBatchStatusOverride: js.UndefOr[WrapperBoolean]\n    var secondaryArtifactsOverride: js.UndefOr[ProjectArtifactsList]\n    var secondarySourcesOverride: js.UndefOr[ProjectSources]\n    var secondarySourcesVersionOverride: js.UndefOr[ProjectSecondarySourceVersions]\n    var serviceRoleOverride: js.UndefOr[NonEmptyString]\n    var sourceAuthOverride: js.UndefOr[SourceAuth]\n    var sourceLocationOverride: js.UndefOr[String]\n    var sourceTypeOverride: js.UndefOr[SourceType]\n    var sourceVersion: js.UndefOr[String]\n  }\n\n  object StartBuildBatchInput {\n    @inline\n    def apply(\n        projectName: NonEmptyString,\n        artifactsOverride: js.UndefOr[ProjectArtifacts] = js.undefined,\n        buildBatchConfigOverride: js.UndefOr[ProjectBuildBatchConfig] = js.undefined,\n        buildTimeoutInMinutesOverride: js.UndefOr[TimeOut] = js.undefined,\n        buildspecOverride: js.UndefOr[String] = js.undefined,\n        cacheOverride: js.UndefOr[ProjectCache] = js.undefined,\n        certificateOverride: js.UndefOr[String] = js.undefined,\n        computeTypeOverride: js.UndefOr[ComputeType] = js.undefined,\n        debugSessionEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        encryptionKeyOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        environmentTypeOverride: js.UndefOr[EnvironmentType] = js.undefined,\n        environmentVariablesOverride: js.UndefOr[EnvironmentVariables] = js.undefined,\n        gitCloneDepthOverride: js.UndefOr[GitCloneDepth] = js.undefined,\n        gitSubmodulesConfigOverride: js.UndefOr[GitSubmodulesConfig] = js.undefined,\n        idempotencyToken: js.UndefOr[String] = js.undefined,\n        imageOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        imagePullCredentialsTypeOverride: js.UndefOr[ImagePullCredentialsType] = js.undefined,\n        insecureSslOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        logsConfigOverride: js.UndefOr[LogsConfig] = js.undefined,\n        privilegedModeOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        queuedTimeoutInMinutesOverride: js.UndefOr[TimeOut] = js.undefined,\n        registryCredentialOverride: js.UndefOr[RegistryCredential] = js.undefined,\n        reportBuildBatchStatusOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        secondaryArtifactsOverride: js.UndefOr[ProjectArtifactsList] = js.undefined,\n        secondarySourcesOverride: js.UndefOr[ProjectSources] = js.undefined,\n        secondarySourcesVersionOverride: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        serviceRoleOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        sourceAuthOverride: js.UndefOr[SourceAuth] = js.undefined,\n        sourceLocationOverride: js.UndefOr[String] = js.undefined,\n        sourceTypeOverride: js.UndefOr[SourceType] = js.undefined,\n        sourceVersion: js.UndefOr[String] = js.undefined\n    ): StartBuildBatchInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n\n      artifactsOverride.foreach(__v => __obj.updateDynamic(\"artifactsOverride\")(__v.asInstanceOf[js.Any]))\n      buildBatchConfigOverride.foreach(__v => __obj.updateDynamic(\"buildBatchConfigOverride\")(__v.asInstanceOf[js.Any]))\n      buildTimeoutInMinutesOverride.foreach(__v => __obj.updateDynamic(\"buildTimeoutInMinutesOverride\")(__v.asInstanceOf[js.Any]))\n      buildspecOverride.foreach(__v => __obj.updateDynamic(\"buildspecOverride\")(__v.asInstanceOf[js.Any]))\n      cacheOverride.foreach(__v => __obj.updateDynamic(\"cacheOverride\")(__v.asInstanceOf[js.Any]))\n      certificateOverride.foreach(__v => __obj.updateDynamic(\"certificateOverride\")(__v.asInstanceOf[js.Any]))\n      computeTypeOverride.foreach(__v => __obj.updateDynamic(\"computeTypeOverride\")(__v.asInstanceOf[js.Any]))\n      debugSessionEnabled.foreach(__v => __obj.updateDynamic(\"debugSessionEnabled\")(__v.asInstanceOf[js.Any]))\n      encryptionKeyOverride.foreach(__v => __obj.updateDynamic(\"encryptionKeyOverride\")(__v.asInstanceOf[js.Any]))\n      environmentTypeOverride.foreach(__v => __obj.updateDynamic(\"environmentTypeOverride\")(__v.asInstanceOf[js.Any]))\n      environmentVariablesOverride.foreach(__v => __obj.updateDynamic(\"environmentVariablesOverride\")(__v.asInstanceOf[js.Any]))\n      gitCloneDepthOverride.foreach(__v => __obj.updateDynamic(\"gitCloneDepthOverride\")(__v.asInstanceOf[js.Any]))\n      gitSubmodulesConfigOverride.foreach(__v => __obj.updateDynamic(\"gitSubmodulesConfigOverride\")(__v.asInstanceOf[js.Any]))\n      idempotencyToken.foreach(__v => __obj.updateDynamic(\"idempotencyToken\")(__v.asInstanceOf[js.Any]))\n      imageOverride.foreach(__v => __obj.updateDynamic(\"imageOverride\")(__v.asInstanceOf[js.Any]))\n      imagePullCredentialsTypeOverride.foreach(__v => __obj.updateDynamic(\"imagePullCredentialsTypeOverride\")(__v.asInstanceOf[js.Any]))\n      insecureSslOverride.foreach(__v => __obj.updateDynamic(\"insecureSslOverride\")(__v.asInstanceOf[js.Any]))\n      logsConfigOverride.foreach(__v => __obj.updateDynamic(\"logsConfigOverride\")(__v.asInstanceOf[js.Any]))\n      privilegedModeOverride.foreach(__v => __obj.updateDynamic(\"privilegedModeOverride\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutesOverride.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutesOverride\")(__v.asInstanceOf[js.Any]))\n      registryCredentialOverride.foreach(__v => __obj.updateDynamic(\"registryCredentialOverride\")(__v.asInstanceOf[js.Any]))\n      reportBuildBatchStatusOverride.foreach(__v => __obj.updateDynamic(\"reportBuildBatchStatusOverride\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifactsOverride.foreach(__v => __obj.updateDynamic(\"secondaryArtifactsOverride\")(__v.asInstanceOf[js.Any]))\n      secondarySourcesOverride.foreach(__v => __obj.updateDynamic(\"secondarySourcesOverride\")(__v.asInstanceOf[js.Any]))\n      secondarySourcesVersionOverride.foreach(__v => __obj.updateDynamic(\"secondarySourcesVersionOverride\")(__v.asInstanceOf[js.Any]))\n      serviceRoleOverride.foreach(__v => __obj.updateDynamic(\"serviceRoleOverride\")(__v.asInstanceOf[js.Any]))\n      sourceAuthOverride.foreach(__v => __obj.updateDynamic(\"sourceAuthOverride\")(__v.asInstanceOf[js.Any]))\n      sourceLocationOverride.foreach(__v => __obj.updateDynamic(\"sourceLocationOverride\")(__v.asInstanceOf[js.Any]))\n      sourceTypeOverride.foreach(__v => __obj.updateDynamic(\"sourceTypeOverride\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartBuildBatchInput]\n    }\n  }\n\n  @js.native\n  trait StartBuildBatchOutput extends js.Object {\n    var buildBatch: js.UndefOr[BuildBatch]\n  }\n\n  object StartBuildBatchOutput {\n    @inline\n    def apply(\n        buildBatch: js.UndefOr[BuildBatch] = js.undefined\n    ): StartBuildBatchOutput = {\n      val __obj = js.Dynamic.literal()\n      buildBatch.foreach(__v => __obj.updateDynamic(\"buildBatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartBuildBatchOutput]\n    }\n  }\n\n  @js.native\n  trait StartBuildInput extends js.Object {\n    var projectName: NonEmptyString\n    var artifactsOverride: js.UndefOr[ProjectArtifacts]\n    var buildStatusConfigOverride: js.UndefOr[BuildStatusConfig]\n    var buildspecOverride: js.UndefOr[String]\n    var cacheOverride: js.UndefOr[ProjectCache]\n    var certificateOverride: js.UndefOr[String]\n    var computeTypeOverride: js.UndefOr[ComputeType]\n    var debugSessionEnabled: js.UndefOr[WrapperBoolean]\n    var encryptionKeyOverride: js.UndefOr[NonEmptyString]\n    var environmentTypeOverride: js.UndefOr[EnvironmentType]\n    var environmentVariablesOverride: js.UndefOr[EnvironmentVariables]\n    var gitCloneDepthOverride: js.UndefOr[GitCloneDepth]\n    var gitSubmodulesConfigOverride: js.UndefOr[GitSubmodulesConfig]\n    var idempotencyToken: js.UndefOr[String]\n    var imageOverride: js.UndefOr[NonEmptyString]\n    var imagePullCredentialsTypeOverride: js.UndefOr[ImagePullCredentialsType]\n    var insecureSslOverride: js.UndefOr[WrapperBoolean]\n    var logsConfigOverride: js.UndefOr[LogsConfig]\n    var privilegedModeOverride: js.UndefOr[WrapperBoolean]\n    var queuedTimeoutInMinutesOverride: js.UndefOr[TimeOut]\n    var registryCredentialOverride: js.UndefOr[RegistryCredential]\n    var reportBuildStatusOverride: js.UndefOr[WrapperBoolean]\n    var secondaryArtifactsOverride: js.UndefOr[ProjectArtifactsList]\n    var secondarySourcesOverride: js.UndefOr[ProjectSources]\n    var secondarySourcesVersionOverride: js.UndefOr[ProjectSecondarySourceVersions]\n    var serviceRoleOverride: js.UndefOr[NonEmptyString]\n    var sourceAuthOverride: js.UndefOr[SourceAuth]\n    var sourceLocationOverride: js.UndefOr[String]\n    var sourceTypeOverride: js.UndefOr[SourceType]\n    var sourceVersion: js.UndefOr[String]\n    var timeoutInMinutesOverride: js.UndefOr[TimeOut]\n  }\n\n  object StartBuildInput {\n    @inline\n    def apply(\n        projectName: NonEmptyString,\n        artifactsOverride: js.UndefOr[ProjectArtifacts] = js.undefined,\n        buildStatusConfigOverride: js.UndefOr[BuildStatusConfig] = js.undefined,\n        buildspecOverride: js.UndefOr[String] = js.undefined,\n        cacheOverride: js.UndefOr[ProjectCache] = js.undefined,\n        certificateOverride: js.UndefOr[String] = js.undefined,\n        computeTypeOverride: js.UndefOr[ComputeType] = js.undefined,\n        debugSessionEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        encryptionKeyOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        environmentTypeOverride: js.UndefOr[EnvironmentType] = js.undefined,\n        environmentVariablesOverride: js.UndefOr[EnvironmentVariables] = js.undefined,\n        gitCloneDepthOverride: js.UndefOr[GitCloneDepth] = js.undefined,\n        gitSubmodulesConfigOverride: js.UndefOr[GitSubmodulesConfig] = js.undefined,\n        idempotencyToken: js.UndefOr[String] = js.undefined,\n        imageOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        imagePullCredentialsTypeOverride: js.UndefOr[ImagePullCredentialsType] = js.undefined,\n        insecureSslOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        logsConfigOverride: js.UndefOr[LogsConfig] = js.undefined,\n        privilegedModeOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        queuedTimeoutInMinutesOverride: js.UndefOr[TimeOut] = js.undefined,\n        registryCredentialOverride: js.UndefOr[RegistryCredential] = js.undefined,\n        reportBuildStatusOverride: js.UndefOr[WrapperBoolean] = js.undefined,\n        secondaryArtifactsOverride: js.UndefOr[ProjectArtifactsList] = js.undefined,\n        secondarySourcesOverride: js.UndefOr[ProjectSources] = js.undefined,\n        secondarySourcesVersionOverride: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        serviceRoleOverride: js.UndefOr[NonEmptyString] = js.undefined,\n        sourceAuthOverride: js.UndefOr[SourceAuth] = js.undefined,\n        sourceLocationOverride: js.UndefOr[String] = js.undefined,\n        sourceTypeOverride: js.UndefOr[SourceType] = js.undefined,\n        sourceVersion: js.UndefOr[String] = js.undefined,\n        timeoutInMinutesOverride: js.UndefOr[TimeOut] = js.undefined\n    ): StartBuildInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n\n      artifactsOverride.foreach(__v => __obj.updateDynamic(\"artifactsOverride\")(__v.asInstanceOf[js.Any]))\n      buildStatusConfigOverride.foreach(__v => __obj.updateDynamic(\"buildStatusConfigOverride\")(__v.asInstanceOf[js.Any]))\n      buildspecOverride.foreach(__v => __obj.updateDynamic(\"buildspecOverride\")(__v.asInstanceOf[js.Any]))\n      cacheOverride.foreach(__v => __obj.updateDynamic(\"cacheOverride\")(__v.asInstanceOf[js.Any]))\n      certificateOverride.foreach(__v => __obj.updateDynamic(\"certificateOverride\")(__v.asInstanceOf[js.Any]))\n      computeTypeOverride.foreach(__v => __obj.updateDynamic(\"computeTypeOverride\")(__v.asInstanceOf[js.Any]))\n      debugSessionEnabled.foreach(__v => __obj.updateDynamic(\"debugSessionEnabled\")(__v.asInstanceOf[js.Any]))\n      encryptionKeyOverride.foreach(__v => __obj.updateDynamic(\"encryptionKeyOverride\")(__v.asInstanceOf[js.Any]))\n      environmentTypeOverride.foreach(__v => __obj.updateDynamic(\"environmentTypeOverride\")(__v.asInstanceOf[js.Any]))\n      environmentVariablesOverride.foreach(__v => __obj.updateDynamic(\"environmentVariablesOverride\")(__v.asInstanceOf[js.Any]))\n      gitCloneDepthOverride.foreach(__v => __obj.updateDynamic(\"gitCloneDepthOverride\")(__v.asInstanceOf[js.Any]))\n      gitSubmodulesConfigOverride.foreach(__v => __obj.updateDynamic(\"gitSubmodulesConfigOverride\")(__v.asInstanceOf[js.Any]))\n      idempotencyToken.foreach(__v => __obj.updateDynamic(\"idempotencyToken\")(__v.asInstanceOf[js.Any]))\n      imageOverride.foreach(__v => __obj.updateDynamic(\"imageOverride\")(__v.asInstanceOf[js.Any]))\n      imagePullCredentialsTypeOverride.foreach(__v => __obj.updateDynamic(\"imagePullCredentialsTypeOverride\")(__v.asInstanceOf[js.Any]))\n      insecureSslOverride.foreach(__v => __obj.updateDynamic(\"insecureSslOverride\")(__v.asInstanceOf[js.Any]))\n      logsConfigOverride.foreach(__v => __obj.updateDynamic(\"logsConfigOverride\")(__v.asInstanceOf[js.Any]))\n      privilegedModeOverride.foreach(__v => __obj.updateDynamic(\"privilegedModeOverride\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutesOverride.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutesOverride\")(__v.asInstanceOf[js.Any]))\n      registryCredentialOverride.foreach(__v => __obj.updateDynamic(\"registryCredentialOverride\")(__v.asInstanceOf[js.Any]))\n      reportBuildStatusOverride.foreach(__v => __obj.updateDynamic(\"reportBuildStatusOverride\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifactsOverride.foreach(__v => __obj.updateDynamic(\"secondaryArtifactsOverride\")(__v.asInstanceOf[js.Any]))\n      secondarySourcesOverride.foreach(__v => __obj.updateDynamic(\"secondarySourcesOverride\")(__v.asInstanceOf[js.Any]))\n      secondarySourcesVersionOverride.foreach(__v => __obj.updateDynamic(\"secondarySourcesVersionOverride\")(__v.asInstanceOf[js.Any]))\n      serviceRoleOverride.foreach(__v => __obj.updateDynamic(\"serviceRoleOverride\")(__v.asInstanceOf[js.Any]))\n      sourceAuthOverride.foreach(__v => __obj.updateDynamic(\"sourceAuthOverride\")(__v.asInstanceOf[js.Any]))\n      sourceLocationOverride.foreach(__v => __obj.updateDynamic(\"sourceLocationOverride\")(__v.asInstanceOf[js.Any]))\n      sourceTypeOverride.foreach(__v => __obj.updateDynamic(\"sourceTypeOverride\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      timeoutInMinutesOverride.foreach(__v => __obj.updateDynamic(\"timeoutInMinutesOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartBuildInput]\n    }\n  }\n\n  @js.native\n  trait StartBuildOutput extends js.Object {\n    var build: js.UndefOr[Build]\n  }\n\n  object StartBuildOutput {\n    @inline\n    def apply(\n        build: js.UndefOr[Build] = js.undefined\n    ): StartBuildOutput = {\n      val __obj = js.Dynamic.literal()\n      build.foreach(__v => __obj.updateDynamic(\"build\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartBuildOutput]\n    }\n  }\n\n  @js.native\n  sealed trait StatusType extends js.Any\n  object StatusType {\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[StatusType]\n    val FAILED = \"FAILED\".asInstanceOf[StatusType]\n    val FAULT = \"FAULT\".asInstanceOf[StatusType]\n    val TIMED_OUT = \"TIMED_OUT\".asInstanceOf[StatusType]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[StatusType]\n    val STOPPED = \"STOPPED\".asInstanceOf[StatusType]\n\n    @inline def values = js.Array(SUCCEEDED, FAILED, FAULT, TIMED_OUT, IN_PROGRESS, STOPPED)\n  }\n\n  @js.native\n  trait StopBuildBatchInput extends js.Object {\n    var id: NonEmptyString\n  }\n\n  object StopBuildBatchInput {\n    @inline\n    def apply(\n        id: NonEmptyString\n    ): StopBuildBatchInput = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopBuildBatchInput]\n    }\n  }\n\n  @js.native\n  trait StopBuildBatchOutput extends js.Object {\n    var buildBatch: js.UndefOr[BuildBatch]\n  }\n\n  object StopBuildBatchOutput {\n    @inline\n    def apply(\n        buildBatch: js.UndefOr[BuildBatch] = js.undefined\n    ): StopBuildBatchOutput = {\n      val __obj = js.Dynamic.literal()\n      buildBatch.foreach(__v => __obj.updateDynamic(\"buildBatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopBuildBatchOutput]\n    }\n  }\n\n  @js.native\n  trait StopBuildInput extends js.Object {\n    var id: NonEmptyString\n  }\n\n  object StopBuildInput {\n    @inline\n    def apply(\n        id: NonEmptyString\n    ): StopBuildInput = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopBuildInput]\n    }\n  }\n\n  @js.native\n  trait StopBuildOutput extends js.Object {\n    var build: js.UndefOr[Build]\n  }\n\n  object StopBuildOutput {\n    @inline\n    def apply(\n        build: js.UndefOr[Build] = js.undefined\n    ): StopBuildOutput = {\n      val __obj = js.Dynamic.literal()\n      build.foreach(__v => __obj.updateDynamic(\"build\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopBuildOutput]\n    }\n  }\n\n  \/** A tag, consisting of a key and a value. This tag is available for use by AWS services that support tags in AWS CodeBuild.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: js.UndefOr[KeyInput]\n    var value: js.UndefOr[ValueInput]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: js.UndefOr[KeyInput] = js.undefined,\n        value: js.UndefOr[ValueInput] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Information about a test case created using a framework such as NUnit or Cucumber. A test case might be a unit test or a configuration test.\n    *\/\n  @js.native\n  trait TestCase extends js.Object {\n    var durationInNanoSeconds: js.UndefOr[WrapperLong]\n    var expired: js.UndefOr[Timestamp]\n    var message: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var prefix: js.UndefOr[String]\n    var reportArn: js.UndefOr[NonEmptyString]\n    var status: js.UndefOr[String]\n    var testRawDataPath: js.UndefOr[String]\n  }\n\n  object TestCase {\n    @inline\n    def apply(\n        durationInNanoSeconds: js.UndefOr[WrapperLong] = js.undefined,\n        expired: js.UndefOr[Timestamp] = js.undefined,\n        message: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        prefix: js.UndefOr[String] = js.undefined,\n        reportArn: js.UndefOr[NonEmptyString] = js.undefined,\n        status: js.UndefOr[String] = js.undefined,\n        testRawDataPath: js.UndefOr[String] = js.undefined\n    ): TestCase = {\n      val __obj = js.Dynamic.literal()\n      durationInNanoSeconds.foreach(__v => __obj.updateDynamic(\"durationInNanoSeconds\")(__v.asInstanceOf[js.Any]))\n      expired.foreach(__v => __obj.updateDynamic(\"expired\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      prefix.foreach(__v => __obj.updateDynamic(\"prefix\")(__v.asInstanceOf[js.Any]))\n      reportArn.foreach(__v => __obj.updateDynamic(\"reportArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      testRawDataPath.foreach(__v => __obj.updateDynamic(\"testRawDataPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCase]\n    }\n  }\n\n  \/** A filter used to return specific types of test cases. In order to pass the filter, the report must meet all of the filter properties.\n    *\/\n  @js.native\n  trait TestCaseFilter extends js.Object {\n    var keyword: js.UndefOr[String]\n    var status: js.UndefOr[String]\n  }\n\n  object TestCaseFilter {\n    @inline\n    def apply(\n        keyword: js.UndefOr[String] = js.undefined,\n        status: js.UndefOr[String] = js.undefined\n    ): TestCaseFilter = {\n      val __obj = js.Dynamic.literal()\n      keyword.foreach(__v => __obj.updateDynamic(\"keyword\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestCaseFilter]\n    }\n  }\n\n  \/** Information about a test report.\n    *\/\n  @js.native\n  trait TestReportSummary extends js.Object {\n    var durationInNanoSeconds: WrapperLong\n    var statusCounts: ReportStatusCounts\n    var total: WrapperInt\n  }\n\n  object TestReportSummary {\n    @inline\n    def apply(\n        durationInNanoSeconds: WrapperLong,\n        statusCounts: ReportStatusCounts,\n        total: WrapperInt\n    ): TestReportSummary = {\n      val __obj = js.Dynamic.literal(\n        \"durationInNanoSeconds\" -> durationInNanoSeconds.asInstanceOf[js.Any],\n        \"statusCounts\" -> statusCounts.asInstanceOf[js.Any],\n        \"total\" -> total.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestReportSummary]\n    }\n  }\n\n  @js.native\n  trait UpdateProjectInput extends js.Object {\n    var name: NonEmptyString\n    var artifacts: js.UndefOr[ProjectArtifacts]\n    var badgeEnabled: js.UndefOr[WrapperBoolean]\n    var buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig]\n    var cache: js.UndefOr[ProjectCache]\n    var concurrentBuildLimit: js.UndefOr[WrapperInt]\n    var description: js.UndefOr[ProjectDescription]\n    var encryptionKey: js.UndefOr[NonEmptyString]\n    var environment: js.UndefOr[ProjectEnvironment]\n    var fileSystemLocations: js.UndefOr[ProjectFileSystemLocations]\n    var logsConfig: js.UndefOr[LogsConfig]\n    var queuedTimeoutInMinutes: js.UndefOr[TimeOut]\n    var secondaryArtifacts: js.UndefOr[ProjectArtifactsList]\n    var secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions]\n    var secondarySources: js.UndefOr[ProjectSources]\n    var serviceRole: js.UndefOr[NonEmptyString]\n    var source: js.UndefOr[ProjectSource]\n    var sourceVersion: js.UndefOr[String]\n    var tags: js.UndefOr[TagList]\n    var timeoutInMinutes: js.UndefOr[TimeOut]\n    var vpcConfig: js.UndefOr[VpcConfig]\n  }\n\n  object UpdateProjectInput {\n    @inline\n    def apply(\n        name: NonEmptyString,\n        artifacts: js.UndefOr[ProjectArtifacts] = js.undefined,\n        badgeEnabled: js.UndefOr[WrapperBoolean] = js.undefined,\n        buildBatchConfig: js.UndefOr[ProjectBuildBatchConfig] = js.undefined,\n        cache: js.UndefOr[ProjectCache] = js.undefined,\n        concurrentBuildLimit: js.UndefOr[WrapperInt] = js.undefined,\n        description: js.UndefOr[ProjectDescription] = js.undefined,\n        encryptionKey: js.UndefOr[NonEmptyString] = js.undefined,\n        environment: js.UndefOr[ProjectEnvironment] = js.undefined,\n        fileSystemLocations: js.UndefOr[ProjectFileSystemLocations] = js.undefined,\n        logsConfig: js.UndefOr[LogsConfig] = js.undefined,\n        queuedTimeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        secondaryArtifacts: js.UndefOr[ProjectArtifactsList] = js.undefined,\n        secondarySourceVersions: js.UndefOr[ProjectSecondarySourceVersions] = js.undefined,\n        secondarySources: js.UndefOr[ProjectSources] = js.undefined,\n        serviceRole: js.UndefOr[NonEmptyString] = js.undefined,\n        source: js.UndefOr[ProjectSource] = js.undefined,\n        sourceVersion: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        timeoutInMinutes: js.UndefOr[TimeOut] = js.undefined,\n        vpcConfig: js.UndefOr[VpcConfig] = js.undefined\n    ): UpdateProjectInput = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      artifacts.foreach(__v => __obj.updateDynamic(\"artifacts\")(__v.asInstanceOf[js.Any]))\n      badgeEnabled.foreach(__v => __obj.updateDynamic(\"badgeEnabled\")(__v.asInstanceOf[js.Any]))\n      buildBatchConfig.foreach(__v => __obj.updateDynamic(\"buildBatchConfig\")(__v.asInstanceOf[js.Any]))\n      cache.foreach(__v => __obj.updateDynamic(\"cache\")(__v.asInstanceOf[js.Any]))\n      concurrentBuildLimit.foreach(__v => __obj.updateDynamic(\"concurrentBuildLimit\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      encryptionKey.foreach(__v => __obj.updateDynamic(\"encryptionKey\")(__v.asInstanceOf[js.Any]))\n      environment.foreach(__v => __obj.updateDynamic(\"environment\")(__v.asInstanceOf[js.Any]))\n      fileSystemLocations.foreach(__v => __obj.updateDynamic(\"fileSystemLocations\")(__v.asInstanceOf[js.Any]))\n      logsConfig.foreach(__v => __obj.updateDynamic(\"logsConfig\")(__v.asInstanceOf[js.Any]))\n      queuedTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"queuedTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      secondaryArtifacts.foreach(__v => __obj.updateDynamic(\"secondaryArtifacts\")(__v.asInstanceOf[js.Any]))\n      secondarySourceVersions.foreach(__v => __obj.updateDynamic(\"secondarySourceVersions\")(__v.asInstanceOf[js.Any]))\n      secondarySources.foreach(__v => __obj.updateDynamic(\"secondarySources\")(__v.asInstanceOf[js.Any]))\n      serviceRole.foreach(__v => __obj.updateDynamic(\"serviceRole\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      sourceVersion.foreach(__v => __obj.updateDynamic(\"sourceVersion\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeoutInMinutes.foreach(__v => __obj.updateDynamic(\"timeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      vpcConfig.foreach(__v => __obj.updateDynamic(\"vpcConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectInput]\n    }\n  }\n\n  @js.native\n  trait UpdateProjectOutput extends js.Object {\n    var project: js.UndefOr[Project]\n  }\n\n  object UpdateProjectOutput {\n    @inline\n    def apply(\n        project: js.UndefOr[Project] = js.undefined\n    ): UpdateProjectOutput = {\n      val __obj = js.Dynamic.literal()\n      project.foreach(__v => __obj.updateDynamic(\"project\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateReportGroupInput extends js.Object {\n    var arn: NonEmptyString\n    var exportConfig: js.UndefOr[ReportExportConfig]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object UpdateReportGroupInput {\n    @inline\n    def apply(\n        arn: NonEmptyString,\n        exportConfig: js.UndefOr[ReportExportConfig] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): UpdateReportGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any]\n      )\n\n      exportConfig.foreach(__v => __obj.updateDynamic(\"exportConfig\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReportGroupInput]\n    }\n  }\n\n  @js.native\n  trait UpdateReportGroupOutput extends js.Object {\n    var reportGroup: js.UndefOr[ReportGroup]\n  }\n\n  object UpdateReportGroupOutput {\n    @inline\n    def apply(\n        reportGroup: js.UndefOr[ReportGroup] = js.undefined\n    ): UpdateReportGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      reportGroup.foreach(__v => __obj.updateDynamic(\"reportGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReportGroupOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateWebhookInput extends js.Object {\n    var projectName: ProjectName\n    var branchFilter: js.UndefOr[String]\n    var buildType: js.UndefOr[WebhookBuildType]\n    var filterGroups: js.UndefOr[FilterGroups]\n    var rotateSecret: js.UndefOr[Boolean]\n  }\n\n  object UpdateWebhookInput {\n    @inline\n    def apply(\n        projectName: ProjectName,\n        branchFilter: js.UndefOr[String] = js.undefined,\n        buildType: js.UndefOr[WebhookBuildType] = js.undefined,\n        filterGroups: js.UndefOr[FilterGroups] = js.undefined,\n        rotateSecret: js.UndefOr[Boolean] = js.undefined\n    ): UpdateWebhookInput = {\n      val __obj = js.Dynamic.literal(\n        \"projectName\" -> projectName.asInstanceOf[js.Any]\n      )\n\n      branchFilter.foreach(__v => __obj.updateDynamic(\"branchFilter\")(__v.asInstanceOf[js.Any]))\n      buildType.foreach(__v => __obj.updateDynamic(\"buildType\")(__v.asInstanceOf[js.Any]))\n      filterGroups.foreach(__v => __obj.updateDynamic(\"filterGroups\")(__v.asInstanceOf[js.Any]))\n      rotateSecret.foreach(__v => __obj.updateDynamic(\"rotateSecret\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWebhookInput]\n    }\n  }\n\n  @js.native\n  trait UpdateWebhookOutput extends js.Object {\n    var webhook: js.UndefOr[Webhook]\n  }\n\n  object UpdateWebhookOutput {\n    @inline\n    def apply(\n        webhook: js.UndefOr[Webhook] = js.undefined\n    ): UpdateWebhookOutput = {\n      val __obj = js.Dynamic.literal()\n      webhook.foreach(__v => __obj.updateDynamic(\"webhook\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWebhookOutput]\n    }\n  }\n\n  \/** Information about the VPC configuration that AWS CodeBuild accesses.\n    *\/\n  @js.native\n  trait VpcConfig extends js.Object {\n    var securityGroupIds: js.UndefOr[SecurityGroupIds]\n    var subnets: js.UndefOr[Subnets]\n    var vpcId: js.UndefOr[NonEmptyString]\n  }\n\n  object VpcConfig {\n    @inline\n    def apply(\n        securityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        subnets: js.UndefOr[Subnets] = js.undefined,\n        vpcId: js.UndefOr[NonEmptyString] = js.undefined\n    ): VpcConfig = {\n      val __obj = js.Dynamic.literal()\n      securityGroupIds.foreach(__v => __obj.updateDynamic(\"securityGroupIds\")(__v.asInstanceOf[js.Any]))\n      subnets.foreach(__v => __obj.updateDynamic(\"subnets\")(__v.asInstanceOf[js.Any]))\n      vpcId.foreach(__v => __obj.updateDynamic(\"vpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcConfig]\n    }\n  }\n\n  \/** Information about a webhook that connects repository events to a build project in AWS CodeBuild.\n    *\/\n  @js.native\n  trait Webhook extends js.Object {\n    var branchFilter: js.UndefOr[String]\n    var buildType: js.UndefOr[WebhookBuildType]\n    var filterGroups: js.UndefOr[FilterGroups]\n    var lastModifiedSecret: js.UndefOr[Timestamp]\n    var payloadUrl: js.UndefOr[NonEmptyString]\n    var secret: js.UndefOr[NonEmptyString]\n    var url: js.UndefOr[NonEmptyString]\n  }\n\n  object Webhook {\n    @inline\n    def apply(\n        branchFilter: js.UndefOr[String] = js.undefined,\n        buildType: js.UndefOr[WebhookBuildType] = js.undefined,\n        filterGroups: js.UndefOr[FilterGroups] = js.undefined,\n        lastModifiedSecret: js.UndefOr[Timestamp] = js.undefined,\n        payloadUrl: js.UndefOr[NonEmptyString] = js.undefined,\n        secret: js.UndefOr[NonEmptyString] = js.undefined,\n        url: js.UndefOr[NonEmptyString] = js.undefined\n    ): Webhook = {\n      val __obj = js.Dynamic.literal()\n      branchFilter.foreach(__v => __obj.updateDynamic(\"branchFilter\")(__v.asInstanceOf[js.Any]))\n      buildType.foreach(__v => __obj.updateDynamic(\"buildType\")(__v.asInstanceOf[js.Any]))\n      filterGroups.foreach(__v => __obj.updateDynamic(\"filterGroups\")(__v.asInstanceOf[js.Any]))\n      lastModifiedSecret.foreach(__v => __obj.updateDynamic(\"lastModifiedSecret\")(__v.asInstanceOf[js.Any]))\n      payloadUrl.foreach(__v => __obj.updateDynamic(\"payloadUrl\")(__v.asInstanceOf[js.Any]))\n      secret.foreach(__v => __obj.updateDynamic(\"secret\")(__v.asInstanceOf[js.Any]))\n      url.foreach(__v => __obj.updateDynamic(\"url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Webhook]\n    }\n  }\n\n  @js.native\n  sealed trait WebhookBuildType extends js.Any\n  object WebhookBuildType {\n    val BUILD = \"BUILD\".asInstanceOf[WebhookBuildType]\n    val BUILD_BATCH = \"BUILD_BATCH\".asInstanceOf[WebhookBuildType]\n\n    @inline def values = js.Array(BUILD, BUILD_BATCH)\n  }\n\n  \/** A filter used to determine which webhooks trigger a build.\n    *\/\n  @js.native\n  trait WebhookFilter extends js.Object {\n    var pattern: String\n    var `type`: WebhookFilterType\n    var excludeMatchedPattern: js.UndefOr[WrapperBoolean]\n  }\n\n  object WebhookFilter {\n    @inline\n    def apply(\n        pattern: String,\n        `type`: WebhookFilterType,\n        excludeMatchedPattern: js.UndefOr[WrapperBoolean] = js.undefined\n    ): WebhookFilter = {\n      val __obj = js.Dynamic.literal(\n        \"pattern\" -> pattern.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      excludeMatchedPattern.foreach(__v => __obj.updateDynamic(\"excludeMatchedPattern\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WebhookFilter]\n    }\n  }\n\n  @js.native\n  sealed trait WebhookFilterType extends js.Any\n  object WebhookFilterType {\n    val EVENT = \"EVENT\".asInstanceOf[WebhookFilterType]\n    val BASE_REF = \"BASE_REF\".asInstanceOf[WebhookFilterType]\n    val HEAD_REF = \"HEAD_REF\".asInstanceOf[WebhookFilterType]\n    val ACTOR_ACCOUNT_ID = \"ACTOR_ACCOUNT_ID\".asInstanceOf[WebhookFilterType]\n    val FILE_PATH = \"FILE_PATH\".asInstanceOf[WebhookFilterType]\n    val COMMIT_MESSAGE = \"COMMIT_MESSAGE\".asInstanceOf[WebhookFilterType]\n\n    @inline def values = js.Array(EVENT, BASE_REF, HEAD_REF, ACTOR_ACCOUNT_ID, FILE_PATH, COMMIT_MESSAGE)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mediastore\/src\/main\/scala\/facade\/amazonaws\/services\/MediaStore.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mediastore {\n  type AllowedHeaders = js.Array[Header]\n  type AllowedMethods = js.Array[MethodName]\n  type AllowedOrigins = js.Array[Origin]\n  type ContainerARN = String\n  type ContainerAccessLoggingEnabled = Boolean\n  type ContainerList = js.Array[Container]\n  type ContainerListLimit = Int\n  type ContainerName = String\n  type ContainerPolicy = String\n  type CorsPolicy = js.Array[CorsRule]\n  type Endpoint = String\n  type ExposeHeaders = js.Array[Header]\n  type Header = String\n  type LifecyclePolicy = String\n  type MaxAgeSeconds = Int\n  type MetricPolicyRules = js.Array[MetricPolicyRule]\n  type ObjectGroup = String\n  type ObjectGroupName = String\n  type Origin = String\n  type PaginationToken = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TimeStamp = js.Date\n\n  implicit final class MediaStoreOps(private val service: MediaStore) extends AnyVal {\n\n    @inline def createContainerFuture(params: CreateContainerInput): Future[CreateContainerOutput] = service.createContainer(params).promise().toFuture\n    @inline def deleteContainerFuture(params: DeleteContainerInput): Future[DeleteContainerOutput] = service.deleteContainer(params).promise().toFuture\n    @inline def deleteContainerPolicyFuture(params: DeleteContainerPolicyInput): Future[DeleteContainerPolicyOutput] = service.deleteContainerPolicy(params).promise().toFuture\n    @inline def deleteCorsPolicyFuture(params: DeleteCorsPolicyInput): Future[DeleteCorsPolicyOutput] = service.deleteCorsPolicy(params).promise().toFuture\n    @inline def deleteLifecyclePolicyFuture(params: DeleteLifecyclePolicyInput): Future[DeleteLifecyclePolicyOutput] = service.deleteLifecyclePolicy(params).promise().toFuture\n    @inline def deleteMetricPolicyFuture(params: DeleteMetricPolicyInput): Future[DeleteMetricPolicyOutput] = service.deleteMetricPolicy(params).promise().toFuture\n    @inline def describeContainerFuture(params: DescribeContainerInput): Future[DescribeContainerOutput] = service.describeContainer(params).promise().toFuture\n    @inline def getContainerPolicyFuture(params: GetContainerPolicyInput): Future[GetContainerPolicyOutput] = service.getContainerPolicy(params).promise().toFuture\n    @inline def getCorsPolicyFuture(params: GetCorsPolicyInput): Future[GetCorsPolicyOutput] = service.getCorsPolicy(params).promise().toFuture\n    @inline def getLifecyclePolicyFuture(params: GetLifecyclePolicyInput): Future[GetLifecyclePolicyOutput] = service.getLifecyclePolicy(params).promise().toFuture\n    @inline def getMetricPolicyFuture(params: GetMetricPolicyInput): Future[GetMetricPolicyOutput] = service.getMetricPolicy(params).promise().toFuture\n    @inline def listContainersFuture(params: ListContainersInput): Future[ListContainersOutput] = service.listContainers(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def putContainerPolicyFuture(params: PutContainerPolicyInput): Future[PutContainerPolicyOutput] = service.putContainerPolicy(params).promise().toFuture\n    @inline def putCorsPolicyFuture(params: PutCorsPolicyInput): Future[PutCorsPolicyOutput] = service.putCorsPolicy(params).promise().toFuture\n    @inline def putLifecyclePolicyFuture(params: PutLifecyclePolicyInput): Future[PutLifecyclePolicyOutput] = service.putLifecyclePolicy(params).promise().toFuture\n    @inline def putMetricPolicyFuture(params: PutMetricPolicyInput): Future[PutMetricPolicyOutput] = service.putMetricPolicy(params).promise().toFuture\n    @inline def startAccessLoggingFuture(params: StartAccessLoggingInput): Future[StartAccessLoggingOutput] = service.startAccessLogging(params).promise().toFuture\n    @inline def stopAccessLoggingFuture(params: StopAccessLoggingInput): Future[StopAccessLoggingOutput] = service.stopAccessLogging(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage mediastore {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mediastore\", JSImport.Namespace, \"AWS.MediaStore\")\n  class MediaStore() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createContainer(params: CreateContainerInput): Request[CreateContainerOutput] = js.native\n    def deleteContainer(params: DeleteContainerInput): Request[DeleteContainerOutput] = js.native\n    def deleteContainerPolicy(params: DeleteContainerPolicyInput): Request[DeleteContainerPolicyOutput] = js.native\n    def deleteCorsPolicy(params: DeleteCorsPolicyInput): Request[DeleteCorsPolicyOutput] = js.native\n    def deleteLifecyclePolicy(params: DeleteLifecyclePolicyInput): Request[DeleteLifecyclePolicyOutput] = js.native\n    def deleteMetricPolicy(params: DeleteMetricPolicyInput): Request[DeleteMetricPolicyOutput] = js.native\n    def describeContainer(params: DescribeContainerInput): Request[DescribeContainerOutput] = js.native\n    def getContainerPolicy(params: GetContainerPolicyInput): Request[GetContainerPolicyOutput] = js.native\n    def getCorsPolicy(params: GetCorsPolicyInput): Request[GetCorsPolicyOutput] = js.native\n    def getLifecyclePolicy(params: GetLifecyclePolicyInput): Request[GetLifecyclePolicyOutput] = js.native\n    def getMetricPolicy(params: GetMetricPolicyInput): Request[GetMetricPolicyOutput] = js.native\n    def listContainers(params: ListContainersInput): Request[ListContainersOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def putContainerPolicy(params: PutContainerPolicyInput): Request[PutContainerPolicyOutput] = js.native\n    def putCorsPolicy(params: PutCorsPolicyInput): Request[PutCorsPolicyOutput] = js.native\n    def putLifecyclePolicy(params: PutLifecyclePolicyInput): Request[PutLifecyclePolicyOutput] = js.native\n    def putMetricPolicy(params: PutMetricPolicyInput): Request[PutMetricPolicyOutput] = js.native\n    def startAccessLogging(params: StartAccessLoggingInput): Request[StartAccessLoggingOutput] = js.native\n    def stopAccessLogging(params: StopAccessLoggingInput): Request[StopAccessLoggingOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n  }\n\n  \/** This section describes operations that you can perform on an AWS Elemental MediaStore container.\n    *\/\n  @js.native\n  trait Container extends js.Object {\n    var ARN: js.UndefOr[ContainerARN]\n    var AccessLoggingEnabled: js.UndefOr[ContainerAccessLoggingEnabled]\n    var CreationTime: js.UndefOr[TimeStamp]\n    var Endpoint: js.UndefOr[Endpoint]\n    var Name: js.UndefOr[ContainerName]\n    var Status: js.UndefOr[ContainerStatus]\n  }\n\n  object Container {\n    @inline\n    def apply(\n        ARN: js.UndefOr[ContainerARN] = js.undefined,\n        AccessLoggingEnabled: js.UndefOr[ContainerAccessLoggingEnabled] = js.undefined,\n        CreationTime: js.UndefOr[TimeStamp] = js.undefined,\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        Name: js.UndefOr[ContainerName] = js.undefined,\n        Status: js.UndefOr[ContainerStatus] = js.undefined\n    ): Container = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AccessLoggingEnabled.foreach(__v => __obj.updateDynamic(\"AccessLoggingEnabled\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Container]\n    }\n  }\n\n  @js.native\n  sealed trait ContainerLevelMetrics extends js.Any\n  object ContainerLevelMetrics {\n    val ENABLED = \"ENABLED\".asInstanceOf[ContainerLevelMetrics]\n    val DISABLED = \"DISABLED\".asInstanceOf[ContainerLevelMetrics]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait ContainerStatus extends js.Any\n  object ContainerStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ContainerStatus]\n    val CREATING = \"CREATING\".asInstanceOf[ContainerStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ContainerStatus]\n\n    @inline def values = js.Array(ACTIVE, CREATING, DELETING)\n  }\n\n  \/** A rule for a CORS policy. You can add up to 100 rules to a CORS policy. If more than one rule applies, the service uses the first applicable rule listed.\n    *\/\n  @js.native\n  trait CorsRule extends js.Object {\n    var AllowedHeaders: AllowedHeaders\n    var AllowedOrigins: AllowedOrigins\n    var AllowedMethods: js.UndefOr[AllowedMethods]\n    var ExposeHeaders: js.UndefOr[ExposeHeaders]\n    var MaxAgeSeconds: js.UndefOr[MaxAgeSeconds]\n  }\n\n  object CorsRule {\n    @inline\n    def apply(\n        AllowedHeaders: AllowedHeaders,\n        AllowedOrigins: AllowedOrigins,\n        AllowedMethods: js.UndefOr[AllowedMethods] = js.undefined,\n        ExposeHeaders: js.UndefOr[ExposeHeaders] = js.undefined,\n        MaxAgeSeconds: js.UndefOr[MaxAgeSeconds] = js.undefined\n    ): CorsRule = {\n      val __obj = js.Dynamic.literal(\n        \"AllowedHeaders\" -> AllowedHeaders.asInstanceOf[js.Any],\n        \"AllowedOrigins\" -> AllowedOrigins.asInstanceOf[js.Any]\n      )\n\n      AllowedMethods.foreach(__v => __obj.updateDynamic(\"AllowedMethods\")(__v.asInstanceOf[js.Any]))\n      ExposeHeaders.foreach(__v => __obj.updateDynamic(\"ExposeHeaders\")(__v.asInstanceOf[js.Any]))\n      MaxAgeSeconds.foreach(__v => __obj.updateDynamic(\"MaxAgeSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CorsRule]\n    }\n  }\n\n  @js.native\n  trait CreateContainerInput extends js.Object {\n    var ContainerName: ContainerName\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateContainerInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateContainerInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateContainerInput]\n    }\n  }\n\n  @js.native\n  trait CreateContainerOutput extends js.Object {\n    var Container: Container\n  }\n\n  object CreateContainerOutput {\n    @inline\n    def apply(\n        Container: Container\n    ): CreateContainerOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Container\" -> Container.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateContainerOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object DeleteContainerInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): DeleteContainerInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContainerInput]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerOutput extends js.Object\n\n  object DeleteContainerOutput {\n    @inline\n    def apply(): DeleteContainerOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteContainerOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object DeleteContainerPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): DeleteContainerPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteContainerPolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteContainerPolicyOutput extends js.Object\n\n  object DeleteContainerPolicyOutput {\n    @inline\n    def apply(): DeleteContainerPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteContainerPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteCorsPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object DeleteCorsPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): DeleteCorsPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCorsPolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteCorsPolicyOutput extends js.Object\n\n  object DeleteCorsPolicyOutput {\n    @inline\n    def apply(): DeleteCorsPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteCorsPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object DeleteLifecyclePolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): DeleteLifecyclePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLifecyclePolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteLifecyclePolicyOutput extends js.Object\n\n  object DeleteLifecyclePolicyOutput {\n    @inline\n    def apply(): DeleteLifecyclePolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteLifecyclePolicyOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteMetricPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object DeleteMetricPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): DeleteMetricPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMetricPolicyInput]\n    }\n  }\n\n  @js.native\n  trait DeleteMetricPolicyOutput extends js.Object\n\n  object DeleteMetricPolicyOutput {\n    @inline\n    def apply(): DeleteMetricPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteMetricPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeContainerInput extends js.Object {\n    var ContainerName: js.UndefOr[ContainerName]\n  }\n\n  object DescribeContainerInput {\n    @inline\n    def apply(\n        ContainerName: js.UndefOr[ContainerName] = js.undefined\n    ): DescribeContainerInput = {\n      val __obj = js.Dynamic.literal()\n      ContainerName.foreach(__v => __obj.updateDynamic(\"ContainerName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContainerInput]\n    }\n  }\n\n  @js.native\n  trait DescribeContainerOutput extends js.Object {\n    var Container: js.UndefOr[Container]\n  }\n\n  object DescribeContainerOutput {\n    @inline\n    def apply(\n        Container: js.UndefOr[Container] = js.undefined\n    ): DescribeContainerOutput = {\n      val __obj = js.Dynamic.literal()\n      Container.foreach(__v => __obj.updateDynamic(\"Container\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContainerOutput]\n    }\n  }\n\n  @js.native\n  trait GetContainerPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object GetContainerPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): GetContainerPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContainerPolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetContainerPolicyOutput extends js.Object {\n    var Policy: ContainerPolicy\n  }\n\n  object GetContainerPolicyOutput {\n    @inline\n    def apply(\n        Policy: ContainerPolicy\n    ): GetContainerPolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetContainerPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait GetCorsPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object GetCorsPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): GetCorsPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCorsPolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetCorsPolicyOutput extends js.Object {\n    var CorsPolicy: CorsPolicy\n  }\n\n  object GetCorsPolicyOutput {\n    @inline\n    def apply(\n        CorsPolicy: CorsPolicy\n    ): GetCorsPolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"CorsPolicy\" -> CorsPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCorsPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object GetLifecyclePolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): GetLifecyclePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLifecyclePolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetLifecyclePolicyOutput extends js.Object {\n    var LifecyclePolicy: LifecyclePolicy\n  }\n\n  object GetLifecyclePolicyOutput {\n    @inline\n    def apply(\n        LifecyclePolicy: LifecyclePolicy\n    ): GetLifecyclePolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"LifecyclePolicy\" -> LifecyclePolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLifecyclePolicyOutput]\n    }\n  }\n\n  @js.native\n  trait GetMetricPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object GetMetricPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): GetMetricPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMetricPolicyInput]\n    }\n  }\n\n  @js.native\n  trait GetMetricPolicyOutput extends js.Object {\n    var MetricPolicy: MetricPolicy\n  }\n\n  object GetMetricPolicyOutput {\n    @inline\n    def apply(\n        MetricPolicy: MetricPolicy\n    ): GetMetricPolicyOutput = {\n      val __obj = js.Dynamic.literal(\n        \"MetricPolicy\" -> MetricPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMetricPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait ListContainersInput extends js.Object {\n    var MaxResults: js.UndefOr[ContainerListLimit]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListContainersInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ContainerListLimit] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListContainersInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContainersInput]\n    }\n  }\n\n  @js.native\n  trait ListContainersOutput extends js.Object {\n    var Containers: ContainerList\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListContainersOutput {\n    @inline\n    def apply(\n        Containers: ContainerList,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListContainersOutput = {\n      val __obj = js.Dynamic.literal(\n        \"Containers\" -> Containers.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContainersOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var Resource: ContainerARN\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        Resource: ContainerARN\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  @js.native\n  sealed trait MethodName extends js.Any\n  object MethodName {\n    val PUT = \"PUT\".asInstanceOf[MethodName]\n    val GET = \"GET\".asInstanceOf[MethodName]\n    val DELETE = \"DELETE\".asInstanceOf[MethodName]\n    val HEAD = \"HEAD\".asInstanceOf[MethodName]\n\n    @inline def values = js.Array(PUT, GET, DELETE, HEAD)\n  }\n\n  \/** The metric policy that is associated with the container. A metric policy allows AWS Elemental MediaStore to send metrics to Amazon CloudWatch. In the policy, you must indicate whether you want MediaStore to send container-level metrics. You can also include rules to define groups of objects that you want MediaStore to send object-level metrics for. To view examples of how to construct a metric policy for your use case, see [[https:\/\/docs.aws.amazon.com\/mediastore\/latest\/ug\/policies-metric-examples.html|Example Metric Policies]].\n    *\/\n  @js.native\n  trait MetricPolicy extends js.Object {\n    var ContainerLevelMetrics: ContainerLevelMetrics\n    var MetricPolicyRules: js.UndefOr[MetricPolicyRules]\n  }\n\n  object MetricPolicy {\n    @inline\n    def apply(\n        ContainerLevelMetrics: ContainerLevelMetrics,\n        MetricPolicyRules: js.UndefOr[MetricPolicyRules] = js.undefined\n    ): MetricPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerLevelMetrics\" -> ContainerLevelMetrics.asInstanceOf[js.Any]\n      )\n\n      MetricPolicyRules.foreach(__v => __obj.updateDynamic(\"MetricPolicyRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricPolicy]\n    }\n  }\n\n  \/** A setting that enables metrics at the object level. Each rule contains an object group and an object group name. If the policy includes the MetricPolicyRules parameter, you must include at least one rule. Each metric policy can include up to five rules by default. You can also [[https:\/\/console.aws.amazon.com\/servicequotas\/home?region=us-east-1#!\/services\/mediastore\/quotas|request a quota increase]] to allow up to 300 rules per policy.\n    *\/\n  @js.native\n  trait MetricPolicyRule extends js.Object {\n    var ObjectGroup: ObjectGroup\n    var ObjectGroupName: ObjectGroupName\n  }\n\n  object MetricPolicyRule {\n    @inline\n    def apply(\n        ObjectGroup: ObjectGroup,\n        ObjectGroupName: ObjectGroupName\n    ): MetricPolicyRule = {\n      val __obj = js.Dynamic.literal(\n        \"ObjectGroup\" -> ObjectGroup.asInstanceOf[js.Any],\n        \"ObjectGroupName\" -> ObjectGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MetricPolicyRule]\n    }\n  }\n\n  @js.native\n  trait PutContainerPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n    var Policy: ContainerPolicy\n  }\n\n  object PutContainerPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName,\n        Policy: ContainerPolicy\n    ): PutContainerPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutContainerPolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutContainerPolicyOutput extends js.Object\n\n  object PutContainerPolicyOutput {\n    @inline\n    def apply(): PutContainerPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutContainerPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait PutCorsPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n    var CorsPolicy: CorsPolicy\n  }\n\n  object PutCorsPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName,\n        CorsPolicy: CorsPolicy\n    ): PutCorsPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any],\n        \"CorsPolicy\" -> CorsPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutCorsPolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutCorsPolicyOutput extends js.Object\n\n  object PutCorsPolicyOutput {\n    @inline\n    def apply(): PutCorsPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutCorsPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait PutLifecyclePolicyInput extends js.Object {\n    var ContainerName: ContainerName\n    var LifecyclePolicy: LifecyclePolicy\n  }\n\n  object PutLifecyclePolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName,\n        LifecyclePolicy: LifecyclePolicy\n    ): PutLifecyclePolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any],\n        \"LifecyclePolicy\" -> LifecyclePolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutLifecyclePolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutLifecyclePolicyOutput extends js.Object\n\n  object PutLifecyclePolicyOutput {\n    @inline\n    def apply(): PutLifecyclePolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutLifecyclePolicyOutput]\n    }\n  }\n\n  @js.native\n  trait PutMetricPolicyInput extends js.Object {\n    var ContainerName: ContainerName\n    var MetricPolicy: MetricPolicy\n  }\n\n  object PutMetricPolicyInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName,\n        MetricPolicy: MetricPolicy\n    ): PutMetricPolicyInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any],\n        \"MetricPolicy\" -> MetricPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutMetricPolicyInput]\n    }\n  }\n\n  @js.native\n  trait PutMetricPolicyOutput extends js.Object\n\n  object PutMetricPolicyOutput {\n    @inline\n    def apply(): PutMetricPolicyOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutMetricPolicyOutput]\n    }\n  }\n\n  @js.native\n  trait StartAccessLoggingInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object StartAccessLoggingInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): StartAccessLoggingInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartAccessLoggingInput]\n    }\n  }\n\n  @js.native\n  trait StartAccessLoggingOutput extends js.Object\n\n  object StartAccessLoggingOutput {\n    @inline\n    def apply(): StartAccessLoggingOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartAccessLoggingOutput]\n    }\n  }\n\n  @js.native\n  trait StopAccessLoggingInput extends js.Object {\n    var ContainerName: ContainerName\n  }\n\n  object StopAccessLoggingInput {\n    @inline\n    def apply(\n        ContainerName: ContainerName\n    ): StopAccessLoggingInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerName\" -> ContainerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopAccessLoggingInput]\n    }\n  }\n\n  @js.native\n  trait StopAccessLoggingOutput extends js.Object\n\n  object StopAccessLoggingOutput {\n    @inline\n    def apply(): StopAccessLoggingOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopAccessLoggingOutput]\n    }\n  }\n\n  \/** A collection of tags associated with a container. Each tag consists of a key:value pair, which can be anything you define. Typically, the tag key represents a category (such as \"environment\") and the tag value represents a specific value within that category (such as \"test,\" \"development,\" or \"production\"). You can add up to 50 tags to each container. For more information about tagging, including naming and usage conventions, see [[https:\/\/docs.aws.amazon.com\/mediastore\/latest\/ug\/tagging.html|Tagging Resources in MediaStore]].\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var Resource: ContainerARN\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        Resource: ContainerARN,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var Resource: ContainerARN\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        Resource: ContainerARN,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/route53resolver\/src\/main\/scala\/facade\/amazonaws\/services\/Route53Resolver.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object route53resolver {\n  type AccountId = String\n  type Arn = String\n  type BlockOverrideDomain = String\n  type BlockOverrideTtl = Int\n  type Count = Int\n  type CreatorRequestId = String\n  type DestinationArn = String\n  type DomainListFileUrl = String\n  type DomainName = String\n  type FilterName = String\n  type FilterValue = String\n  type FilterValues = js.Array[FilterValue]\n  type Filters = js.Array[Filter]\n  type FirewallConfigList = js.Array[FirewallConfig]\n  type FirewallDomainListMetadataList = js.Array[FirewallDomainListMetadata]\n  type FirewallDomainName = String\n  type FirewallDomains = js.Array[FirewallDomainName]\n  type FirewallRuleGroupAssociations = js.Array[FirewallRuleGroupAssociation]\n  type FirewallRuleGroupMetadataList = js.Array[FirewallRuleGroupMetadata]\n  type FirewallRuleGroupPolicy = String\n  type FirewallRules = js.Array[FirewallRule]\n  type Ip = String\n  type IpAddressCount = Int\n  type IpAddressesRequest = js.Array[IpAddressRequest]\n  type IpAddressesResponse = js.Array[IpAddressResponse]\n  type ListDomainMaxResults = Int\n  type ListFirewallConfigsMaxResult = Int\n  type MaxResults = Int\n  type Name = String\n  type NextToken = String\n  type Port = Int\n  type Priority = Int\n  type ResolverDnssecConfigList = js.Array[ResolverDnssecConfig]\n  type ResolverEndpoints = js.Array[ResolverEndpoint]\n  type ResolverQueryLogConfigAssociationErrorMessage = String\n  type ResolverQueryLogConfigAssociationList = js.Array[ResolverQueryLogConfigAssociation]\n  type ResolverQueryLogConfigList = js.Array[ResolverQueryLogConfig]\n  type ResolverQueryLogConfigName = String\n  type ResolverQueryLogConfigPolicy = String\n  type ResolverRuleAssociations = js.Array[ResolverRuleAssociation]\n  type ResolverRulePolicy = String\n  type ResolverRules = js.Array[ResolverRule]\n  type ResourceId = String\n  type Rfc3339TimeString = String\n  type SecurityGroupIds = js.Array[ResourceId]\n  type ServicePrinciple = String\n  type SortByKey = String\n  type StatusMessage = String\n  type SubnetId = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TargetList = js.Array[TargetAddress]\n  type Unsigned = Int\n\n  implicit final class Route53ResolverOps(private val service: Route53Resolver) extends AnyVal {\n\n    @inline def associateFirewallRuleGroupFuture(params: AssociateFirewallRuleGroupRequest): Future[AssociateFirewallRuleGroupResponse] = service.associateFirewallRuleGroup(params).promise().toFuture\n    @inline def associateResolverEndpointIpAddressFuture(params: AssociateResolverEndpointIpAddressRequest): Future[AssociateResolverEndpointIpAddressResponse] = service.associateResolverEndpointIpAddress(params).promise().toFuture\n    @inline def associateResolverQueryLogConfigFuture(params: AssociateResolverQueryLogConfigRequest): Future[AssociateResolverQueryLogConfigResponse] = service.associateResolverQueryLogConfig(params).promise().toFuture\n    @inline def associateResolverRuleFuture(params: AssociateResolverRuleRequest): Future[AssociateResolverRuleResponse] = service.associateResolverRule(params).promise().toFuture\n    @inline def createFirewallDomainListFuture(params: CreateFirewallDomainListRequest): Future[CreateFirewallDomainListResponse] = service.createFirewallDomainList(params).promise().toFuture\n    @inline def createFirewallRuleFuture(params: CreateFirewallRuleRequest): Future[CreateFirewallRuleResponse] = service.createFirewallRule(params).promise().toFuture\n    @inline def createFirewallRuleGroupFuture(params: CreateFirewallRuleGroupRequest): Future[CreateFirewallRuleGroupResponse] = service.createFirewallRuleGroup(params).promise().toFuture\n    @inline def createResolverEndpointFuture(params: CreateResolverEndpointRequest): Future[CreateResolverEndpointResponse] = service.createResolverEndpoint(params).promise().toFuture\n    @inline def createResolverQueryLogConfigFuture(params: CreateResolverQueryLogConfigRequest): Future[CreateResolverQueryLogConfigResponse] = service.createResolverQueryLogConfig(params).promise().toFuture\n    @inline def createResolverRuleFuture(params: CreateResolverRuleRequest): Future[CreateResolverRuleResponse] = service.createResolverRule(params).promise().toFuture\n    @inline def deleteFirewallDomainListFuture(params: DeleteFirewallDomainListRequest): Future[DeleteFirewallDomainListResponse] = service.deleteFirewallDomainList(params).promise().toFuture\n    @inline def deleteFirewallRuleFuture(params: DeleteFirewallRuleRequest): Future[DeleteFirewallRuleResponse] = service.deleteFirewallRule(params).promise().toFuture\n    @inline def deleteFirewallRuleGroupFuture(params: DeleteFirewallRuleGroupRequest): Future[DeleteFirewallRuleGroupResponse] = service.deleteFirewallRuleGroup(params).promise().toFuture\n    @inline def deleteResolverEndpointFuture(params: DeleteResolverEndpointRequest): Future[DeleteResolverEndpointResponse] = service.deleteResolverEndpoint(params).promise().toFuture\n    @inline def deleteResolverQueryLogConfigFuture(params: DeleteResolverQueryLogConfigRequest): Future[DeleteResolverQueryLogConfigResponse] = service.deleteResolverQueryLogConfig(params).promise().toFuture\n    @inline def deleteResolverRuleFuture(params: DeleteResolverRuleRequest): Future[DeleteResolverRuleResponse] = service.deleteResolverRule(params).promise().toFuture\n    @inline def disassociateFirewallRuleGroupFuture(params: DisassociateFirewallRuleGroupRequest): Future[DisassociateFirewallRuleGroupResponse] = service.disassociateFirewallRuleGroup(params).promise().toFuture\n    @inline def disassociateResolverEndpointIpAddressFuture(params: DisassociateResolverEndpointIpAddressRequest): Future[DisassociateResolverEndpointIpAddressResponse] = service.disassociateResolverEndpointIpAddress(params).promise().toFuture\n    @inline def disassociateResolverQueryLogConfigFuture(params: DisassociateResolverQueryLogConfigRequest): Future[DisassociateResolverQueryLogConfigResponse] = service.disassociateResolverQueryLogConfig(params).promise().toFuture\n    @inline def disassociateResolverRuleFuture(params: DisassociateResolverRuleRequest): Future[DisassociateResolverRuleResponse] = service.disassociateResolverRule(params).promise().toFuture\n    @inline def getFirewallConfigFuture(params: GetFirewallConfigRequest): Future[GetFirewallConfigResponse] = service.getFirewallConfig(params).promise().toFuture\n    @inline def getFirewallDomainListFuture(params: GetFirewallDomainListRequest): Future[GetFirewallDomainListResponse] = service.getFirewallDomainList(params).promise().toFuture\n    @inline def getFirewallRuleGroupAssociationFuture(params: GetFirewallRuleGroupAssociationRequest): Future[GetFirewallRuleGroupAssociationResponse] = service.getFirewallRuleGroupAssociation(params).promise().toFuture\n    @inline def getFirewallRuleGroupFuture(params: GetFirewallRuleGroupRequest): Future[GetFirewallRuleGroupResponse] = service.getFirewallRuleGroup(params).promise().toFuture\n    @inline def getFirewallRuleGroupPolicyFuture(params: GetFirewallRuleGroupPolicyRequest): Future[GetFirewallRuleGroupPolicyResponse] = service.getFirewallRuleGroupPolicy(params).promise().toFuture\n    @inline def getResolverDnssecConfigFuture(params: GetResolverDnssecConfigRequest): Future[GetResolverDnssecConfigResponse] = service.getResolverDnssecConfig(params).promise().toFuture\n    @inline def getResolverEndpointFuture(params: GetResolverEndpointRequest): Future[GetResolverEndpointResponse] = service.getResolverEndpoint(params).promise().toFuture\n    @inline def getResolverQueryLogConfigAssociationFuture(params: GetResolverQueryLogConfigAssociationRequest): Future[GetResolverQueryLogConfigAssociationResponse] = service.getResolverQueryLogConfigAssociation(params).promise().toFuture\n    @inline def getResolverQueryLogConfigFuture(params: GetResolverQueryLogConfigRequest): Future[GetResolverQueryLogConfigResponse] = service.getResolverQueryLogConfig(params).promise().toFuture\n    @inline def getResolverQueryLogConfigPolicyFuture(params: GetResolverQueryLogConfigPolicyRequest): Future[GetResolverQueryLogConfigPolicyResponse] = service.getResolverQueryLogConfigPolicy(params).promise().toFuture\n    @inline def getResolverRuleAssociationFuture(params: GetResolverRuleAssociationRequest): Future[GetResolverRuleAssociationResponse] = service.getResolverRuleAssociation(params).promise().toFuture\n    @inline def getResolverRuleFuture(params: GetResolverRuleRequest): Future[GetResolverRuleResponse] = service.getResolverRule(params).promise().toFuture\n    @inline def getResolverRulePolicyFuture(params: GetResolverRulePolicyRequest): Future[GetResolverRulePolicyResponse] = service.getResolverRulePolicy(params).promise().toFuture\n    @inline def importFirewallDomainsFuture(params: ImportFirewallDomainsRequest): Future[ImportFirewallDomainsResponse] = service.importFirewallDomains(params).promise().toFuture\n    @inline def listFirewallConfigsFuture(params: ListFirewallConfigsRequest): Future[ListFirewallConfigsResponse] = service.listFirewallConfigs(params).promise().toFuture\n    @inline def listFirewallDomainListsFuture(params: ListFirewallDomainListsRequest): Future[ListFirewallDomainListsResponse] = service.listFirewallDomainLists(params).promise().toFuture\n    @inline def listFirewallDomainsFuture(params: ListFirewallDomainsRequest): Future[ListFirewallDomainsResponse] = service.listFirewallDomains(params).promise().toFuture\n    @inline def listFirewallRuleGroupAssociationsFuture(params: ListFirewallRuleGroupAssociationsRequest): Future[ListFirewallRuleGroupAssociationsResponse] = service.listFirewallRuleGroupAssociations(params).promise().toFuture\n    @inline def listFirewallRuleGroupsFuture(params: ListFirewallRuleGroupsRequest): Future[ListFirewallRuleGroupsResponse] = service.listFirewallRuleGroups(params).promise().toFuture\n    @inline def listFirewallRulesFuture(params: ListFirewallRulesRequest): Future[ListFirewallRulesResponse] = service.listFirewallRules(params).promise().toFuture\n    @inline def listResolverDnssecConfigsFuture(params: ListResolverDnssecConfigsRequest): Future[ListResolverDnssecConfigsResponse] = service.listResolverDnssecConfigs(params).promise().toFuture\n    @inline def listResolverEndpointIpAddressesFuture(params: ListResolverEndpointIpAddressesRequest): Future[ListResolverEndpointIpAddressesResponse] = service.listResolverEndpointIpAddresses(params).promise().toFuture\n    @inline def listResolverEndpointsFuture(params: ListResolverEndpointsRequest): Future[ListResolverEndpointsResponse] = service.listResolverEndpoints(params).promise().toFuture\n    @inline def listResolverQueryLogConfigAssociationsFuture(params: ListResolverQueryLogConfigAssociationsRequest): Future[ListResolverQueryLogConfigAssociationsResponse] = service.listResolverQueryLogConfigAssociations(params).promise().toFuture\n    @inline def listResolverQueryLogConfigsFuture(params: ListResolverQueryLogConfigsRequest): Future[ListResolverQueryLogConfigsResponse] = service.listResolverQueryLogConfigs(params).promise().toFuture\n    @inline def listResolverRuleAssociationsFuture(params: ListResolverRuleAssociationsRequest): Future[ListResolverRuleAssociationsResponse] = service.listResolverRuleAssociations(params).promise().toFuture\n    @inline def listResolverRulesFuture(params: ListResolverRulesRequest): Future[ListResolverRulesResponse] = service.listResolverRules(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putFirewallRuleGroupPolicyFuture(params: PutFirewallRuleGroupPolicyRequest): Future[PutFirewallRuleGroupPolicyResponse] = service.putFirewallRuleGroupPolicy(params).promise().toFuture\n    @inline def putResolverQueryLogConfigPolicyFuture(params: PutResolverQueryLogConfigPolicyRequest): Future[PutResolverQueryLogConfigPolicyResponse] = service.putResolverQueryLogConfigPolicy(params).promise().toFuture\n    @inline def putResolverRulePolicyFuture(params: PutResolverRulePolicyRequest): Future[PutResolverRulePolicyResponse] = service.putResolverRulePolicy(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateFirewallConfigFuture(params: UpdateFirewallConfigRequest): Future[UpdateFirewallConfigResponse] = service.updateFirewallConfig(params).promise().toFuture\n    @inline def updateFirewallDomainsFuture(params: UpdateFirewallDomainsRequest): Future[UpdateFirewallDomainsResponse] = service.updateFirewallDomains(params).promise().toFuture\n    @inline def updateFirewallRuleFuture(params: UpdateFirewallRuleRequest): Future[UpdateFirewallRuleResponse] = service.updateFirewallRule(params).promise().toFuture\n    @inline def updateFirewallRuleGroupAssociationFuture(params: UpdateFirewallRuleGroupAssociationRequest): Future[UpdateFirewallRuleGroupAssociationResponse] = service.updateFirewallRuleGroupAssociation(params).promise().toFuture\n    @inline def updateResolverDnssecConfigFuture(params: UpdateResolverDnssecConfigRequest): Future[UpdateResolverDnssecConfigResponse] = service.updateResolverDnssecConfig(params).promise().toFuture\n    @inline def updateResolverEndpointFuture(params: UpdateResolverEndpointRequest): Future[UpdateResolverEndpointResponse] = service.updateResolverEndpoint(params).promise().toFuture\n    @inline def updateResolverRuleFuture(params: UpdateResolverRuleRequest): Future[UpdateResolverRuleResponse] = service.updateResolverRule(params).promise().toFuture\n\n  }\n}\n\npackage route53resolver {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/route53resolver\", JSImport.Namespace, \"AWS.Route53Resolver\")\n  class Route53Resolver() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateFirewallRuleGroup(params: AssociateFirewallRuleGroupRequest): Request[AssociateFirewallRuleGroupResponse] = js.native\n    def associateResolverEndpointIpAddress(params: AssociateResolverEndpointIpAddressRequest): Request[AssociateResolverEndpointIpAddressResponse] = js.native\n    def associateResolverQueryLogConfig(params: AssociateResolverQueryLogConfigRequest): Request[AssociateResolverQueryLogConfigResponse] = js.native\n    def associateResolverRule(params: AssociateResolverRuleRequest): Request[AssociateResolverRuleResponse] = js.native\n    def createFirewallDomainList(params: CreateFirewallDomainListRequest): Request[CreateFirewallDomainListResponse] = js.native\n    def createFirewallRule(params: CreateFirewallRuleRequest): Request[CreateFirewallRuleResponse] = js.native\n    def createFirewallRuleGroup(params: CreateFirewallRuleGroupRequest): Request[CreateFirewallRuleGroupResponse] = js.native\n    def createResolverEndpoint(params: CreateResolverEndpointRequest): Request[CreateResolverEndpointResponse] = js.native\n    def createResolverQueryLogConfig(params: CreateResolverQueryLogConfigRequest): Request[CreateResolverQueryLogConfigResponse] = js.native\n    def createResolverRule(params: CreateResolverRuleRequest): Request[CreateResolverRuleResponse] = js.native\n    def deleteFirewallDomainList(params: DeleteFirewallDomainListRequest): Request[DeleteFirewallDomainListResponse] = js.native\n    def deleteFirewallRule(params: DeleteFirewallRuleRequest): Request[DeleteFirewallRuleResponse] = js.native\n    def deleteFirewallRuleGroup(params: DeleteFirewallRuleGroupRequest): Request[DeleteFirewallRuleGroupResponse] = js.native\n    def deleteResolverEndpoint(params: DeleteResolverEndpointRequest): Request[DeleteResolverEndpointResponse] = js.native\n    def deleteResolverQueryLogConfig(params: DeleteResolverQueryLogConfigRequest): Request[DeleteResolverQueryLogConfigResponse] = js.native\n    def deleteResolverRule(params: DeleteResolverRuleRequest): Request[DeleteResolverRuleResponse] = js.native\n    def disassociateFirewallRuleGroup(params: DisassociateFirewallRuleGroupRequest): Request[DisassociateFirewallRuleGroupResponse] = js.native\n    def disassociateResolverEndpointIpAddress(params: DisassociateResolverEndpointIpAddressRequest): Request[DisassociateResolverEndpointIpAddressResponse] = js.native\n    def disassociateResolverQueryLogConfig(params: DisassociateResolverQueryLogConfigRequest): Request[DisassociateResolverQueryLogConfigResponse] = js.native\n    def disassociateResolverRule(params: DisassociateResolverRuleRequest): Request[DisassociateResolverRuleResponse] = js.native\n    def getFirewallConfig(params: GetFirewallConfigRequest): Request[GetFirewallConfigResponse] = js.native\n    def getFirewallDomainList(params: GetFirewallDomainListRequest): Request[GetFirewallDomainListResponse] = js.native\n    def getFirewallRuleGroup(params: GetFirewallRuleGroupRequest): Request[GetFirewallRuleGroupResponse] = js.native\n    def getFirewallRuleGroupAssociation(params: GetFirewallRuleGroupAssociationRequest): Request[GetFirewallRuleGroupAssociationResponse] = js.native\n    def getFirewallRuleGroupPolicy(params: GetFirewallRuleGroupPolicyRequest): Request[GetFirewallRuleGroupPolicyResponse] = js.native\n    def getResolverDnssecConfig(params: GetResolverDnssecConfigRequest): Request[GetResolverDnssecConfigResponse] = js.native\n    def getResolverEndpoint(params: GetResolverEndpointRequest): Request[GetResolverEndpointResponse] = js.native\n    def getResolverQueryLogConfig(params: GetResolverQueryLogConfigRequest): Request[GetResolverQueryLogConfigResponse] = js.native\n    def getResolverQueryLogConfigAssociation(params: GetResolverQueryLogConfigAssociationRequest): Request[GetResolverQueryLogConfigAssociationResponse] = js.native\n    def getResolverQueryLogConfigPolicy(params: GetResolverQueryLogConfigPolicyRequest): Request[GetResolverQueryLogConfigPolicyResponse] = js.native\n    def getResolverRule(params: GetResolverRuleRequest): Request[GetResolverRuleResponse] = js.native\n    def getResolverRuleAssociation(params: GetResolverRuleAssociationRequest): Request[GetResolverRuleAssociationResponse] = js.native\n    def getResolverRulePolicy(params: GetResolverRulePolicyRequest): Request[GetResolverRulePolicyResponse] = js.native\n    def importFirewallDomains(params: ImportFirewallDomainsRequest): Request[ImportFirewallDomainsResponse] = js.native\n    def listFirewallConfigs(params: ListFirewallConfigsRequest): Request[ListFirewallConfigsResponse] = js.native\n    def listFirewallDomainLists(params: ListFirewallDomainListsRequest): Request[ListFirewallDomainListsResponse] = js.native\n    def listFirewallDomains(params: ListFirewallDomainsRequest): Request[ListFirewallDomainsResponse] = js.native\n    def listFirewallRuleGroupAssociations(params: ListFirewallRuleGroupAssociationsRequest): Request[ListFirewallRuleGroupAssociationsResponse] = js.native\n    def listFirewallRuleGroups(params: ListFirewallRuleGroupsRequest): Request[ListFirewallRuleGroupsResponse] = js.native\n    def listFirewallRules(params: ListFirewallRulesRequest): Request[ListFirewallRulesResponse] = js.native\n    def listResolverDnssecConfigs(params: ListResolverDnssecConfigsRequest): Request[ListResolverDnssecConfigsResponse] = js.native\n    def listResolverEndpointIpAddresses(params: ListResolverEndpointIpAddressesRequest): Request[ListResolverEndpointIpAddressesResponse] = js.native\n    def listResolverEndpoints(params: ListResolverEndpointsRequest): Request[ListResolverEndpointsResponse] = js.native\n    def listResolverQueryLogConfigAssociations(params: ListResolverQueryLogConfigAssociationsRequest): Request[ListResolverQueryLogConfigAssociationsResponse] = js.native\n    def listResolverQueryLogConfigs(params: ListResolverQueryLogConfigsRequest): Request[ListResolverQueryLogConfigsResponse] = js.native\n    def listResolverRuleAssociations(params: ListResolverRuleAssociationsRequest): Request[ListResolverRuleAssociationsResponse] = js.native\n    def listResolverRules(params: ListResolverRulesRequest): Request[ListResolverRulesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putFirewallRuleGroupPolicy(params: PutFirewallRuleGroupPolicyRequest): Request[PutFirewallRuleGroupPolicyResponse] = js.native\n    def putResolverQueryLogConfigPolicy(params: PutResolverQueryLogConfigPolicyRequest): Request[PutResolverQueryLogConfigPolicyResponse] = js.native\n    def putResolverRulePolicy(params: PutResolverRulePolicyRequest): Request[PutResolverRulePolicyResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateFirewallConfig(params: UpdateFirewallConfigRequest): Request[UpdateFirewallConfigResponse] = js.native\n    def updateFirewallDomains(params: UpdateFirewallDomainsRequest): Request[UpdateFirewallDomainsResponse] = js.native\n    def updateFirewallRule(params: UpdateFirewallRuleRequest): Request[UpdateFirewallRuleResponse] = js.native\n    def updateFirewallRuleGroupAssociation(params: UpdateFirewallRuleGroupAssociationRequest): Request[UpdateFirewallRuleGroupAssociationResponse] = js.native\n    def updateResolverDnssecConfig(params: UpdateResolverDnssecConfigRequest): Request[UpdateResolverDnssecConfigResponse] = js.native\n    def updateResolverEndpoint(params: UpdateResolverEndpointRequest): Request[UpdateResolverEndpointResponse] = js.native\n    def updateResolverRule(params: UpdateResolverRuleRequest): Request[UpdateResolverRuleResponse] = js.native\n  }\n\n  @js.native\n  sealed trait Action extends js.Any\n  object Action {\n    val ALLOW = \"ALLOW\".asInstanceOf[Action]\n    val BLOCK = \"BLOCK\".asInstanceOf[Action]\n    val ALERT = \"ALERT\".asInstanceOf[Action]\n\n    @inline def values = js.Array(ALLOW, BLOCK, ALERT)\n  }\n\n  @js.native\n  trait AssociateFirewallRuleGroupRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var FirewallRuleGroupId: ResourceId\n    var Name: Name\n    var Priority: Priority\n    var VpcId: ResourceId\n    var MutationProtection: js.UndefOr[MutationProtectionStatus]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object AssociateFirewallRuleGroupRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        FirewallRuleGroupId: ResourceId,\n        Name: Name,\n        Priority: Priority,\n        VpcId: ResourceId,\n        MutationProtection: js.UndefOr[MutationProtectionStatus] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): AssociateFirewallRuleGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Priority\" -> Priority.asInstanceOf[js.Any],\n        \"VpcId\" -> VpcId.asInstanceOf[js.Any]\n      )\n\n      MutationProtection.foreach(__v => __obj.updateDynamic(\"MutationProtection\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateFirewallRuleGroupRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateFirewallRuleGroupResponse extends js.Object {\n    var FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation]\n  }\n\n  object AssociateFirewallRuleGroupResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation] = js.undefined\n    ): AssociateFirewallRuleGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupAssociation.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateFirewallRuleGroupResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverEndpointIpAddressRequest extends js.Object {\n    var IpAddress: IpAddressUpdate\n    var ResolverEndpointId: ResourceId\n  }\n\n  object AssociateResolverEndpointIpAddressRequest {\n    @inline\n    def apply(\n        IpAddress: IpAddressUpdate,\n        ResolverEndpointId: ResourceId\n    ): AssociateResolverEndpointIpAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IpAddress\" -> IpAddress.asInstanceOf[js.Any],\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateResolverEndpointIpAddressRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverEndpointIpAddressResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object AssociateResolverEndpointIpAddressResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): AssociateResolverEndpointIpAddressResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateResolverEndpointIpAddressResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverQueryLogConfigRequest extends js.Object {\n    var ResolverQueryLogConfigId: ResourceId\n    var ResourceId: ResourceId\n  }\n\n  object AssociateResolverQueryLogConfigRequest {\n    @inline\n    def apply(\n        ResolverQueryLogConfigId: ResourceId,\n        ResourceId: ResourceId\n    ): AssociateResolverQueryLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverQueryLogConfigId\" -> ResolverQueryLogConfigId.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateResolverQueryLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverQueryLogConfigResponse extends js.Object {\n    var ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation]\n  }\n\n  object AssociateResolverQueryLogConfigResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation] = js.undefined\n    ): AssociateResolverQueryLogConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfigAssociation.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateResolverQueryLogConfigResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverRuleRequest extends js.Object {\n    var ResolverRuleId: ResourceId\n    var VPCId: ResourceId\n    var Name: js.UndefOr[Name]\n  }\n\n  object AssociateResolverRuleRequest {\n    @inline\n    def apply(\n        ResolverRuleId: ResourceId,\n        VPCId: ResourceId,\n        Name: js.UndefOr[Name] = js.undefined\n    ): AssociateResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverRuleId\" -> ResolverRuleId.asInstanceOf[js.Any],\n        \"VPCId\" -> VPCId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateResolverRuleResponse extends js.Object {\n    var ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation]\n  }\n\n  object AssociateResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation] = js.undefined\n    ): AssociateResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRuleAssociation.foreach(__v => __obj.updateDynamic(\"ResolverRuleAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateResolverRuleResponse]\n    }\n  }\n\n  @js.native\n  sealed trait BlockOverrideDnsType extends js.Any\n  object BlockOverrideDnsType {\n    val CNAME = \"CNAME\".asInstanceOf[BlockOverrideDnsType]\n\n    @inline def values = js.Array(CNAME)\n  }\n\n  @js.native\n  sealed trait BlockResponse extends js.Any\n  object BlockResponse {\n    val NODATA = \"NODATA\".asInstanceOf[BlockResponse]\n    val NXDOMAIN = \"NXDOMAIN\".asInstanceOf[BlockResponse]\n    val OVERRIDE = \"OVERRIDE\".asInstanceOf[BlockResponse]\n\n    @inline def values = js.Array(NODATA, NXDOMAIN, OVERRIDE)\n  }\n\n  @js.native\n  trait CreateFirewallDomainListRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var Name: Name\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateFirewallDomainListRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        Name: Name,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateFirewallDomainListRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallDomainListRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFirewallDomainListResponse extends js.Object {\n    var FirewallDomainList: js.UndefOr[FirewallDomainList]\n  }\n\n  object CreateFirewallDomainListResponse {\n    @inline\n    def apply(\n        FirewallDomainList: js.UndefOr[FirewallDomainList] = js.undefined\n    ): CreateFirewallDomainListResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallDomainList.foreach(__v => __obj.updateDynamic(\"FirewallDomainList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallDomainListResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFirewallRuleGroupRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var Name: Name\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateFirewallRuleGroupRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        Name: Name,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateFirewallRuleGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallRuleGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFirewallRuleGroupResponse extends js.Object {\n    var FirewallRuleGroup: js.UndefOr[FirewallRuleGroup]\n  }\n\n  object CreateFirewallRuleGroupResponse {\n    @inline\n    def apply(\n        FirewallRuleGroup: js.UndefOr[FirewallRuleGroup] = js.undefined\n    ): CreateFirewallRuleGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroup.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallRuleGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFirewallRuleRequest extends js.Object {\n    var Action: Action\n    var CreatorRequestId: CreatorRequestId\n    var FirewallDomainListId: ResourceId\n    var FirewallRuleGroupId: ResourceId\n    var Name: Name\n    var Priority: Priority\n    var BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType]\n    var BlockOverrideDomain: js.UndefOr[BlockOverrideDomain]\n    var BlockOverrideTtl: js.UndefOr[BlockOverrideTtl]\n    var BlockResponse: js.UndefOr[BlockResponse]\n  }\n\n  object CreateFirewallRuleRequest {\n    @inline\n    def apply(\n        Action: Action,\n        CreatorRequestId: CreatorRequestId,\n        FirewallDomainListId: ResourceId,\n        FirewallRuleGroupId: ResourceId,\n        Name: Name,\n        Priority: Priority,\n        BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType] = js.undefined,\n        BlockOverrideDomain: js.UndefOr[BlockOverrideDomain] = js.undefined,\n        BlockOverrideTtl: js.UndefOr[BlockOverrideTtl] = js.undefined,\n        BlockResponse: js.UndefOr[BlockResponse] = js.undefined\n    ): CreateFirewallRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any],\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Priority\" -> Priority.asInstanceOf[js.Any]\n      )\n\n      BlockOverrideDnsType.foreach(__v => __obj.updateDynamic(\"BlockOverrideDnsType\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideDomain.foreach(__v => __obj.updateDynamic(\"BlockOverrideDomain\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideTtl.foreach(__v => __obj.updateDynamic(\"BlockOverrideTtl\")(__v.asInstanceOf[js.Any]))\n      BlockResponse.foreach(__v => __obj.updateDynamic(\"BlockResponse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallRuleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFirewallRuleResponse extends js.Object {\n    var FirewallRule: js.UndefOr[FirewallRule]\n  }\n\n  object CreateFirewallRuleResponse {\n    @inline\n    def apply(\n        FirewallRule: js.UndefOr[FirewallRule] = js.undefined\n    ): CreateFirewallRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRule.foreach(__v => __obj.updateDynamic(\"FirewallRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFirewallRuleResponse]\n    }\n  }\n\n  @js.native\n  trait CreateResolverEndpointRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var Direction: ResolverEndpointDirection\n    var IpAddresses: IpAddressesRequest\n    var SecurityGroupIds: SecurityGroupIds\n    var Name: js.UndefOr[Name]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateResolverEndpointRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        Direction: ResolverEndpointDirection,\n        IpAddresses: IpAddressesRequest,\n        SecurityGroupIds: SecurityGroupIds,\n        Name: js.UndefOr[Name] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateResolverEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"Direction\" -> Direction.asInstanceOf[js.Any],\n        \"IpAddresses\" -> IpAddresses.asInstanceOf[js.Any],\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait CreateResolverEndpointResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object CreateResolverEndpointResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): CreateResolverEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait CreateResolverQueryLogConfigRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var DestinationArn: DestinationArn\n    var Name: ResolverQueryLogConfigName\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateResolverQueryLogConfigRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        DestinationArn: DestinationArn,\n        Name: ResolverQueryLogConfigName,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateResolverQueryLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"DestinationArn\" -> DestinationArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverQueryLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateResolverQueryLogConfigResponse extends js.Object {\n    var ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig]\n  }\n\n  object CreateResolverQueryLogConfigResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig] = js.undefined\n    ): CreateResolverQueryLogConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfig.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverQueryLogConfigResponse]\n    }\n  }\n\n  @js.native\n  trait CreateResolverRuleRequest extends js.Object {\n    var CreatorRequestId: CreatorRequestId\n    var DomainName: DomainName\n    var RuleType: RuleTypeOption\n    var Name: js.UndefOr[Name]\n    var ResolverEndpointId: js.UndefOr[ResourceId]\n    var Tags: js.UndefOr[TagList]\n    var TargetIps: js.UndefOr[TargetList]\n  }\n\n  object CreateResolverRuleRequest {\n    @inline\n    def apply(\n        CreatorRequestId: CreatorRequestId,\n        DomainName: DomainName,\n        RuleType: RuleTypeOption,\n        Name: js.UndefOr[Name] = js.undefined,\n        ResolverEndpointId: js.UndefOr[ResourceId] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetIps: js.UndefOr[TargetList] = js.undefined\n    ): CreateResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatorRequestId\" -> CreatorRequestId.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"RuleType\" -> RuleType.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ResolverEndpointId.foreach(__v => __obj.updateDynamic(\"ResolverEndpointId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetIps.foreach(__v => __obj.updateDynamic(\"TargetIps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateResolverRuleResponse extends js.Object {\n    var ResolverRule: js.UndefOr[ResolverRule]\n  }\n\n  object CreateResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRule: js.UndefOr[ResolverRule] = js.undefined\n    ): CreateResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRule.foreach(__v => __obj.updateDynamic(\"ResolverRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResolverRuleResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallDomainListRequest extends js.Object {\n    var FirewallDomainListId: ResourceId\n  }\n\n  object DeleteFirewallDomainListRequest {\n    @inline\n    def apply(\n        FirewallDomainListId: ResourceId\n    ): DeleteFirewallDomainListRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFirewallDomainListRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallDomainListResponse extends js.Object {\n    var FirewallDomainList: js.UndefOr[FirewallDomainList]\n  }\n\n  object DeleteFirewallDomainListResponse {\n    @inline\n    def apply(\n        FirewallDomainList: js.UndefOr[FirewallDomainList] = js.undefined\n    ): DeleteFirewallDomainListResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallDomainList.foreach(__v => __obj.updateDynamic(\"FirewallDomainList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFirewallDomainListResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallRuleGroupRequest extends js.Object {\n    var FirewallRuleGroupId: ResourceId\n  }\n\n  object DeleteFirewallRuleGroupRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupId: ResourceId\n    ): DeleteFirewallRuleGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFirewallRuleGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallRuleGroupResponse extends js.Object {\n    var FirewallRuleGroup: js.UndefOr[FirewallRuleGroup]\n  }\n\n  object DeleteFirewallRuleGroupResponse {\n    @inline\n    def apply(\n        FirewallRuleGroup: js.UndefOr[FirewallRuleGroup] = js.undefined\n    ): DeleteFirewallRuleGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroup.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFirewallRuleGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallRuleRequest extends js.Object {\n    var FirewallDomainListId: ResourceId\n    var FirewallRuleGroupId: ResourceId\n  }\n\n  object DeleteFirewallRuleRequest {\n    @inline\n    def apply(\n        FirewallDomainListId: ResourceId,\n        FirewallRuleGroupId: ResourceId\n    ): DeleteFirewallRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any],\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFirewallRuleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFirewallRuleResponse extends js.Object {\n    var FirewallRule: js.UndefOr[FirewallRule]\n  }\n\n  object DeleteFirewallRuleResponse {\n    @inline\n    def apply(\n        FirewallRule: js.UndefOr[FirewallRule] = js.undefined\n    ): DeleteFirewallRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRule.foreach(__v => __obj.updateDynamic(\"FirewallRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFirewallRuleResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverEndpointRequest extends js.Object {\n    var ResolverEndpointId: ResourceId\n  }\n\n  object DeleteResolverEndpointRequest {\n    @inline\n    def apply(\n        ResolverEndpointId: ResourceId\n    ): DeleteResolverEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteResolverEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverEndpointResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object DeleteResolverEndpointResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): DeleteResolverEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResolverEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverQueryLogConfigRequest extends js.Object {\n    var ResolverQueryLogConfigId: ResourceId\n  }\n\n  object DeleteResolverQueryLogConfigRequest {\n    @inline\n    def apply(\n        ResolverQueryLogConfigId: ResourceId\n    ): DeleteResolverQueryLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverQueryLogConfigId\" -> ResolverQueryLogConfigId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteResolverQueryLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverQueryLogConfigResponse extends js.Object {\n    var ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig]\n  }\n\n  object DeleteResolverQueryLogConfigResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig] = js.undefined\n    ): DeleteResolverQueryLogConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfig.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResolverQueryLogConfigResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverRuleRequest extends js.Object {\n    var ResolverRuleId: ResourceId\n  }\n\n  object DeleteResolverRuleRequest {\n    @inline\n    def apply(\n        ResolverRuleId: ResourceId\n    ): DeleteResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverRuleId\" -> ResolverRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResolverRuleResponse extends js.Object {\n    var ResolverRule: js.UndefOr[ResolverRule]\n  }\n\n  object DeleteResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRule: js.UndefOr[ResolverRule] = js.undefined\n    ): DeleteResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRule.foreach(__v => __obj.updateDynamic(\"ResolverRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResolverRuleResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateFirewallRuleGroupRequest extends js.Object {\n    var FirewallRuleGroupAssociationId: ResourceId\n  }\n\n  object DisassociateFirewallRuleGroupRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociationId: ResourceId\n    ): DisassociateFirewallRuleGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupAssociationId\" -> FirewallRuleGroupAssociationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateFirewallRuleGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateFirewallRuleGroupResponse extends js.Object {\n    var FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation]\n  }\n\n  object DisassociateFirewallRuleGroupResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation] = js.undefined\n    ): DisassociateFirewallRuleGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupAssociation.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateFirewallRuleGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverEndpointIpAddressRequest extends js.Object {\n    var IpAddress: IpAddressUpdate\n    var ResolverEndpointId: ResourceId\n  }\n\n  object DisassociateResolverEndpointIpAddressRequest {\n    @inline\n    def apply(\n        IpAddress: IpAddressUpdate,\n        ResolverEndpointId: ResourceId\n    ): DisassociateResolverEndpointIpAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IpAddress\" -> IpAddress.asInstanceOf[js.Any],\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateResolverEndpointIpAddressRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverEndpointIpAddressResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object DisassociateResolverEndpointIpAddressResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): DisassociateResolverEndpointIpAddressResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateResolverEndpointIpAddressResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverQueryLogConfigRequest extends js.Object {\n    var ResolverQueryLogConfigId: ResourceId\n    var ResourceId: ResourceId\n  }\n\n  object DisassociateResolverQueryLogConfigRequest {\n    @inline\n    def apply(\n        ResolverQueryLogConfigId: ResourceId,\n        ResourceId: ResourceId\n    ): DisassociateResolverQueryLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverQueryLogConfigId\" -> ResolverQueryLogConfigId.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateResolverQueryLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverQueryLogConfigResponse extends js.Object {\n    var ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation]\n  }\n\n  object DisassociateResolverQueryLogConfigResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation] = js.undefined\n    ): DisassociateResolverQueryLogConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfigAssociation.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateResolverQueryLogConfigResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverRuleRequest extends js.Object {\n    var ResolverRuleId: ResourceId\n    var VPCId: ResourceId\n  }\n\n  object DisassociateResolverRuleRequest {\n    @inline\n    def apply(\n        ResolverRuleId: ResourceId,\n        VPCId: ResourceId\n    ): DisassociateResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverRuleId\" -> ResolverRuleId.asInstanceOf[js.Any],\n        \"VPCId\" -> VPCId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateResolverRuleResponse extends js.Object {\n    var ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation]\n  }\n\n  object DisassociateResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation] = js.undefined\n    ): DisassociateResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRuleAssociation.foreach(__v => __obj.updateDynamic(\"ResolverRuleAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateResolverRuleResponse]\n    }\n  }\n\n  \/** For Resolver list operations ([[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverEndpoints.html|ListResolverEndpoints]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverRules.html|ListResolverRules]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverRuleAssociations.html|ListResolverRuleAssociations]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverQueryLogConfigs.html|ListResolverQueryLogConfigs]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverQueryLogConfigAssociations.html|ListResolverQueryLogConfigAssociations]]), and [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverDnssecConfigs.html|ListResolverDnssecConfigs]]), an optional specification to return a subset of objects. To filter objects, such as Resolver endpoints or Resolver\n    * rules, you specify <code>Name<\/code> and <code>Values<\/code>. For example, to list only inbound Resolver endpoints, specify <code>Direction<\/code> for <code>Name<\/code> and specify <code>INBOUND<\/code> for <code>Values<\/code>.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: js.UndefOr[FilterName]\n    var Values: js.UndefOr[FilterValues]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: js.UndefOr[FilterName] = js.undefined,\n        Values: js.UndefOr[FilterValues] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** Configuration of the firewall behavior provided by DNS Firewall for a single Amazon virtual private cloud (VPC).\n    *\/\n  @js.native\n  trait FirewallConfig extends js.Object {\n    var FirewallFailOpen: js.UndefOr[FirewallFailOpenStatus]\n    var Id: js.UndefOr[ResourceId]\n    var OwnerId: js.UndefOr[AccountId]\n    var ResourceId: js.UndefOr[ResourceId]\n  }\n\n  object FirewallConfig {\n    @inline\n    def apply(\n        FirewallFailOpen: js.UndefOr[FirewallFailOpenStatus] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        ResourceId: js.UndefOr[ResourceId] = js.undefined\n    ): FirewallConfig = {\n      val __obj = js.Dynamic.literal()\n      FirewallFailOpen.foreach(__v => __obj.updateDynamic(\"FirewallFailOpen\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallConfig]\n    }\n  }\n\n  @js.native\n  sealed trait FirewallDomainImportOperation extends js.Any\n  object FirewallDomainImportOperation {\n    val REPLACE = \"REPLACE\".asInstanceOf[FirewallDomainImportOperation]\n\n    @inline def values = js.Array(REPLACE)\n  }\n\n  \/** High level information about a list of firewall domains for use in a <a>FirewallRule<\/a>. This is returned by <a>GetFirewallDomainList<\/a>. To retrieve the domains that are defined for this domain list, call <a>ListFirewallDomains<\/a>.\n    *\/\n  @js.native\n  trait FirewallDomainList extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var DomainCount: js.UndefOr[Unsigned]\n    var Id: js.UndefOr[ResourceId]\n    var ManagedOwnerName: js.UndefOr[ServicePrinciple]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Name: js.UndefOr[Name]\n    var Status: js.UndefOr[FirewallDomainListStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object FirewallDomainList {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        DomainCount: js.UndefOr[Unsigned] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ManagedOwnerName: js.UndefOr[ServicePrinciple] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[FirewallDomainListStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): FirewallDomainList = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      DomainCount.foreach(__v => __obj.updateDynamic(\"DomainCount\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ManagedOwnerName.foreach(__v => __obj.updateDynamic(\"ManagedOwnerName\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallDomainList]\n    }\n  }\n\n  \/** Minimal high-level information for a firewall domain list. The action <a>ListFirewallDomainLists<\/a> returns an array of these objects. To retrieve full information for a firewall domain list, call <a>GetFirewallDomainList<\/a> and <a>ListFirewallDomains<\/a>.\n    *\/\n  @js.native\n  trait FirewallDomainListMetadata extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var Id: js.UndefOr[ResourceId]\n    var ManagedOwnerName: js.UndefOr[ServicePrinciple]\n    var Name: js.UndefOr[Name]\n  }\n\n  object FirewallDomainListMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ManagedOwnerName: js.UndefOr[ServicePrinciple] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined\n    ): FirewallDomainListMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ManagedOwnerName.foreach(__v => __obj.updateDynamic(\"ManagedOwnerName\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallDomainListMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait FirewallDomainListStatus extends js.Any\n  object FirewallDomainListStatus {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[FirewallDomainListStatus]\n    val COMPLETE_IMPORT_FAILED = \"COMPLETE_IMPORT_FAILED\".asInstanceOf[FirewallDomainListStatus]\n    val IMPORTING = \"IMPORTING\".asInstanceOf[FirewallDomainListStatus]\n    val DELETING = \"DELETING\".asInstanceOf[FirewallDomainListStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[FirewallDomainListStatus]\n\n    @inline def values = js.Array(COMPLETE, COMPLETE_IMPORT_FAILED, IMPORTING, DELETING, UPDATING)\n  }\n\n  @js.native\n  sealed trait FirewallDomainUpdateOperation extends js.Any\n  object FirewallDomainUpdateOperation {\n    val ADD = \"ADD\".asInstanceOf[FirewallDomainUpdateOperation]\n    val REMOVE = \"REMOVE\".asInstanceOf[FirewallDomainUpdateOperation]\n    val REPLACE = \"REPLACE\".asInstanceOf[FirewallDomainUpdateOperation]\n\n    @inline def values = js.Array(ADD, REMOVE, REPLACE)\n  }\n\n  @js.native\n  sealed trait FirewallFailOpenStatus extends js.Any\n  object FirewallFailOpenStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[FirewallFailOpenStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[FirewallFailOpenStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** A single firewall rule in a rule group.\n    *\/\n  @js.native\n  trait FirewallRule extends js.Object {\n    var Action: js.UndefOr[Action]\n    var BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType]\n    var BlockOverrideDomain: js.UndefOr[BlockOverrideDomain]\n    var BlockOverrideTtl: js.UndefOr[Unsigned]\n    var BlockResponse: js.UndefOr[BlockResponse]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var FirewallDomainListId: js.UndefOr[ResourceId]\n    var FirewallRuleGroupId: js.UndefOr[ResourceId]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Name: js.UndefOr[Name]\n    var Priority: js.UndefOr[Priority]\n  }\n\n  object FirewallRule {\n    @inline\n    def apply(\n        Action: js.UndefOr[Action] = js.undefined,\n        BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType] = js.undefined,\n        BlockOverrideDomain: js.UndefOr[BlockOverrideDomain] = js.undefined,\n        BlockOverrideTtl: js.UndefOr[Unsigned] = js.undefined,\n        BlockResponse: js.UndefOr[BlockResponse] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        FirewallDomainListId: js.UndefOr[ResourceId] = js.undefined,\n        FirewallRuleGroupId: js.UndefOr[ResourceId] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined\n    ): FirewallRule = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideDnsType.foreach(__v => __obj.updateDynamic(\"BlockOverrideDnsType\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideDomain.foreach(__v => __obj.updateDynamic(\"BlockOverrideDomain\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideTtl.foreach(__v => __obj.updateDynamic(\"BlockOverrideTtl\")(__v.asInstanceOf[js.Any]))\n      BlockResponse.foreach(__v => __obj.updateDynamic(\"BlockResponse\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      FirewallDomainListId.foreach(__v => __obj.updateDynamic(\"FirewallDomainListId\")(__v.asInstanceOf[js.Any]))\n      FirewallRuleGroupId.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupId\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallRule]\n    }\n  }\n\n  \/** High-level information for a firewall rule group. A firewall rule group is a collection of rules that DNS Firewall uses to filter DNS network traffic for a VPC. To retrieve the rules for the rule group, call <a>ListFirewallRules<\/a>.\n    *\/\n  @js.native\n  trait FirewallRuleGroup extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var Id: js.UndefOr[ResourceId]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Name: js.UndefOr[Name]\n    var OwnerId: js.UndefOr[AccountId]\n    var RuleCount: js.UndefOr[Unsigned]\n    var ShareStatus: js.UndefOr[ShareStatus]\n    var Status: js.UndefOr[FirewallRuleGroupStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object FirewallRuleGroup {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        RuleCount: js.UndefOr[Unsigned] = js.undefined,\n        ShareStatus: js.UndefOr[ShareStatus] = js.undefined,\n        Status: js.UndefOr[FirewallRuleGroupStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): FirewallRuleGroup = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      RuleCount.foreach(__v => __obj.updateDynamic(\"RuleCount\")(__v.asInstanceOf[js.Any]))\n      ShareStatus.foreach(__v => __obj.updateDynamic(\"ShareStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallRuleGroup]\n    }\n  }\n\n  \/** An association between a firewall rul group and a VPC, which enables DNS filtering for the VPC.\n    *\/\n  @js.native\n  trait FirewallRuleGroupAssociation extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var FirewallRuleGroupId: js.UndefOr[ResourceId]\n    var Id: js.UndefOr[ResourceId]\n    var ManagedOwnerName: js.UndefOr[ServicePrinciple]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var MutationProtection: js.UndefOr[MutationProtectionStatus]\n    var Name: js.UndefOr[Name]\n    var Priority: js.UndefOr[Priority]\n    var Status: js.UndefOr[FirewallRuleGroupAssociationStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VpcId: js.UndefOr[ResourceId]\n  }\n\n  object FirewallRuleGroupAssociation {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        FirewallRuleGroupId: js.UndefOr[ResourceId] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ManagedOwnerName: js.UndefOr[ServicePrinciple] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        MutationProtection: js.UndefOr[MutationProtectionStatus] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined,\n        Status: js.UndefOr[FirewallRuleGroupAssociationStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VpcId: js.UndefOr[ResourceId] = js.undefined\n    ): FirewallRuleGroupAssociation = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      FirewallRuleGroupId.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ManagedOwnerName.foreach(__v => __obj.updateDynamic(\"ManagedOwnerName\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      MutationProtection.foreach(__v => __obj.updateDynamic(\"MutationProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallRuleGroupAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait FirewallRuleGroupAssociationStatus extends js.Any\n  object FirewallRuleGroupAssociationStatus {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[FirewallRuleGroupAssociationStatus]\n    val DELETING = \"DELETING\".asInstanceOf[FirewallRuleGroupAssociationStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[FirewallRuleGroupAssociationStatus]\n\n    @inline def values = js.Array(COMPLETE, DELETING, UPDATING)\n  }\n\n  \/** Minimal high-level information for a firewall rule group. The action <a>ListFirewallRuleGroups<\/a> returns an array of these objects. To retrieve full information for a firewall rule group, call <a>GetFirewallRuleGroup<\/a> and <a>ListFirewallRules<\/a>.\n    *\/\n  @js.native\n  trait FirewallRuleGroupMetadata extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var Id: js.UndefOr[ResourceId]\n    var Name: js.UndefOr[Name]\n    var OwnerId: js.UndefOr[AccountId]\n    var ShareStatus: js.UndefOr[ShareStatus]\n  }\n\n  object FirewallRuleGroupMetadata {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        ShareStatus: js.UndefOr[ShareStatus] = js.undefined\n    ): FirewallRuleGroupMetadata = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ShareStatus.foreach(__v => __obj.updateDynamic(\"ShareStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirewallRuleGroupMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait FirewallRuleGroupStatus extends js.Any\n  object FirewallRuleGroupStatus {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[FirewallRuleGroupStatus]\n    val DELETING = \"DELETING\".asInstanceOf[FirewallRuleGroupStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[FirewallRuleGroupStatus]\n\n    @inline def values = js.Array(COMPLETE, DELETING, UPDATING)\n  }\n\n  @js.native\n  trait GetFirewallConfigRequest extends js.Object {\n    var ResourceId: ResourceId\n  }\n\n  object GetFirewallConfigRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId\n    ): GetFirewallConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFirewallConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetFirewallConfigResponse extends js.Object {\n    var FirewallConfig: js.UndefOr[FirewallConfig]\n  }\n\n  object GetFirewallConfigResponse {\n    @inline\n    def apply(\n        FirewallConfig: js.UndefOr[FirewallConfig] = js.undefined\n    ): GetFirewallConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallConfig.foreach(__v => __obj.updateDynamic(\"FirewallConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFirewallConfigResponse]\n    }\n  }\n\n  @js.native\n  trait GetFirewallDomainListRequest extends js.Object {\n    var FirewallDomainListId: ResourceId\n  }\n\n  object GetFirewallDomainListRequest {\n    @inline\n    def apply(\n        FirewallDomainListId: ResourceId\n    ): GetFirewallDomainListRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFirewallDomainListRequest]\n    }\n  }\n\n  @js.native\n  trait GetFirewallDomainListResponse extends js.Object {\n    var FirewallDomainList: js.UndefOr[FirewallDomainList]\n  }\n\n  object GetFirewallDomainListResponse {\n    @inline\n    def apply(\n        FirewallDomainList: js.UndefOr[FirewallDomainList] = js.undefined\n    ): GetFirewallDomainListResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallDomainList.foreach(__v => __obj.updateDynamic(\"FirewallDomainList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFirewallDomainListResponse]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupAssociationRequest extends js.Object {\n    var FirewallRuleGroupAssociationId: ResourceId\n  }\n\n  object GetFirewallRuleGroupAssociationRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociationId: ResourceId\n    ): GetFirewallRuleGroupAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupAssociationId\" -> FirewallRuleGroupAssociationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFirewallRuleGroupAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupAssociationResponse extends js.Object {\n    var FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation]\n  }\n\n  object GetFirewallRuleGroupAssociationResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation] = js.undefined\n    ): GetFirewallRuleGroupAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupAssociation.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFirewallRuleGroupAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupPolicyRequest extends js.Object {\n    var Arn: Arn\n  }\n\n  object GetFirewallRuleGroupPolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn\n    ): GetFirewallRuleGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFirewallRuleGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupPolicyResponse extends js.Object {\n    var FirewallRuleGroupPolicy: js.UndefOr[FirewallRuleGroupPolicy]\n  }\n\n  object GetFirewallRuleGroupPolicyResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupPolicy: js.UndefOr[FirewallRuleGroupPolicy] = js.undefined\n    ): GetFirewallRuleGroupPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupPolicy.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFirewallRuleGroupPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupRequest extends js.Object {\n    var FirewallRuleGroupId: ResourceId\n  }\n\n  object GetFirewallRuleGroupRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupId: ResourceId\n    ): GetFirewallRuleGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFirewallRuleGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetFirewallRuleGroupResponse extends js.Object {\n    var FirewallRuleGroup: js.UndefOr[FirewallRuleGroup]\n  }\n\n  object GetFirewallRuleGroupResponse {\n    @inline\n    def apply(\n        FirewallRuleGroup: js.UndefOr[FirewallRuleGroup] = js.undefined\n    ): GetFirewallRuleGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroup.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFirewallRuleGroupResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverDnssecConfigRequest extends js.Object {\n    var ResourceId: ResourceId\n  }\n\n  object GetResolverDnssecConfigRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId\n    ): GetResolverDnssecConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverDnssecConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverDnssecConfigResponse extends js.Object {\n    var ResolverDNSSECConfig: js.UndefOr[ResolverDnssecConfig]\n  }\n\n  object GetResolverDnssecConfigResponse {\n    @inline\n    def apply(\n        ResolverDNSSECConfig: js.UndefOr[ResolverDnssecConfig] = js.undefined\n    ): GetResolverDnssecConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverDNSSECConfig.foreach(__v => __obj.updateDynamic(\"ResolverDNSSECConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverDnssecConfigResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverEndpointRequest extends js.Object {\n    var ResolverEndpointId: ResourceId\n  }\n\n  object GetResolverEndpointRequest {\n    @inline\n    def apply(\n        ResolverEndpointId: ResourceId\n    ): GetResolverEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverEndpointResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object GetResolverEndpointResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): GetResolverEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigAssociationRequest extends js.Object {\n    var ResolverQueryLogConfigAssociationId: ResourceId\n  }\n\n  object GetResolverQueryLogConfigAssociationRequest {\n    @inline\n    def apply(\n        ResolverQueryLogConfigAssociationId: ResourceId\n    ): GetResolverQueryLogConfigAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverQueryLogConfigAssociationId\" -> ResolverQueryLogConfigAssociationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverQueryLogConfigAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigAssociationResponse extends js.Object {\n    var ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation]\n  }\n\n  object GetResolverQueryLogConfigAssociationResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfigAssociation: js.UndefOr[ResolverQueryLogConfigAssociation] = js.undefined\n    ): GetResolverQueryLogConfigAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfigAssociation.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverQueryLogConfigAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigPolicyRequest extends js.Object {\n    var Arn: Arn\n  }\n\n  object GetResolverQueryLogConfigPolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn\n    ): GetResolverQueryLogConfigPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverQueryLogConfigPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigPolicyResponse extends js.Object {\n    var ResolverQueryLogConfigPolicy: js.UndefOr[ResolverQueryLogConfigPolicy]\n  }\n\n  object GetResolverQueryLogConfigPolicyResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfigPolicy: js.UndefOr[ResolverQueryLogConfigPolicy] = js.undefined\n    ): GetResolverQueryLogConfigPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfigPolicy.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverQueryLogConfigPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigRequest extends js.Object {\n    var ResolverQueryLogConfigId: ResourceId\n  }\n\n  object GetResolverQueryLogConfigRequest {\n    @inline\n    def apply(\n        ResolverQueryLogConfigId: ResourceId\n    ): GetResolverQueryLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverQueryLogConfigId\" -> ResolverQueryLogConfigId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverQueryLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverQueryLogConfigResponse extends js.Object {\n    var ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig]\n  }\n\n  object GetResolverQueryLogConfigResponse {\n    @inline\n    def apply(\n        ResolverQueryLogConfig: js.UndefOr[ResolverQueryLogConfig] = js.undefined\n    ): GetResolverQueryLogConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverQueryLogConfig.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverQueryLogConfigResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverRuleAssociationRequest extends js.Object {\n    var ResolverRuleAssociationId: ResourceId\n  }\n\n  object GetResolverRuleAssociationRequest {\n    @inline\n    def apply(\n        ResolverRuleAssociationId: ResourceId\n    ): GetResolverRuleAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverRuleAssociationId\" -> ResolverRuleAssociationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverRuleAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverRuleAssociationResponse extends js.Object {\n    var ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation]\n  }\n\n  object GetResolverRuleAssociationResponse {\n    @inline\n    def apply(\n        ResolverRuleAssociation: js.UndefOr[ResolverRuleAssociation] = js.undefined\n    ): GetResolverRuleAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRuleAssociation.foreach(__v => __obj.updateDynamic(\"ResolverRuleAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverRuleAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverRulePolicyRequest extends js.Object {\n    var Arn: Arn\n  }\n\n  object GetResolverRulePolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn\n    ): GetResolverRulePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverRulePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverRulePolicyResponse extends js.Object {\n    var ResolverRulePolicy: js.UndefOr[ResolverRulePolicy]\n  }\n\n  object GetResolverRulePolicyResponse {\n    @inline\n    def apply(\n        ResolverRulePolicy: js.UndefOr[ResolverRulePolicy] = js.undefined\n    ): GetResolverRulePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRulePolicy.foreach(__v => __obj.updateDynamic(\"ResolverRulePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverRulePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetResolverRuleRequest extends js.Object {\n    var ResolverRuleId: ResourceId\n  }\n\n  object GetResolverRuleRequest {\n    @inline\n    def apply(\n        ResolverRuleId: ResourceId\n    ): GetResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverRuleId\" -> ResolverRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait GetResolverRuleResponse extends js.Object {\n    var ResolverRule: js.UndefOr[ResolverRule]\n  }\n\n  object GetResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRule: js.UndefOr[ResolverRule] = js.undefined\n    ): GetResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRule.foreach(__v => __obj.updateDynamic(\"ResolverRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResolverRuleResponse]\n    }\n  }\n\n  @js.native\n  trait ImportFirewallDomainsRequest extends js.Object {\n    var DomainFileUrl: DomainListFileUrl\n    var FirewallDomainListId: ResourceId\n    var Operation: FirewallDomainImportOperation\n  }\n\n  object ImportFirewallDomainsRequest {\n    @inline\n    def apply(\n        DomainFileUrl: DomainListFileUrl,\n        FirewallDomainListId: ResourceId,\n        Operation: FirewallDomainImportOperation\n    ): ImportFirewallDomainsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainFileUrl\" -> DomainFileUrl.asInstanceOf[js.Any],\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any],\n        \"Operation\" -> Operation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ImportFirewallDomainsRequest]\n    }\n  }\n\n  @js.native\n  trait ImportFirewallDomainsResponse extends js.Object {\n    var Id: js.UndefOr[ResourceId]\n    var Name: js.UndefOr[Name]\n    var Status: js.UndefOr[FirewallDomainListStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object ImportFirewallDomainsResponse {\n    @inline\n    def apply(\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[FirewallDomainListStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): ImportFirewallDomainsResponse = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportFirewallDomainsResponse]\n    }\n  }\n\n  \/** In a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_CreateResolverEndpoint.html|CreateResolverEndpoint]] request, the IP address that DNS queries originate from (for outbound endpoints) or that you forward DNS queries to (for inbound endpoints). <code>IpAddressRequest<\/code> also includes the ID of the subnet that contains the IP address.\n    *\/\n  @js.native\n  trait IpAddressRequest extends js.Object {\n    var SubnetId: SubnetId\n    var Ip: js.UndefOr[Ip]\n  }\n\n  object IpAddressRequest {\n    @inline\n    def apply(\n        SubnetId: SubnetId,\n        Ip: js.UndefOr[Ip] = js.undefined\n    ): IpAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetId\" -> SubnetId.asInstanceOf[js.Any]\n      )\n\n      Ip.foreach(__v => __obj.updateDynamic(\"Ip\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IpAddressRequest]\n    }\n  }\n\n  \/** In the response to a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_GetResolverEndpoint.html|GetResolverEndpoint]] request, information about the IP addresses that the Resolver endpoint uses for DNS queries.\n    *\/\n  @js.native\n  trait IpAddressResponse extends js.Object {\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var Ip: js.UndefOr[Ip]\n    var IpId: js.UndefOr[ResourceId]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Status: js.UndefOr[IpAddressStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var SubnetId: js.UndefOr[SubnetId]\n  }\n\n  object IpAddressResponse {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Ip: js.UndefOr[Ip] = js.undefined,\n        IpId: js.UndefOr[ResourceId] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Status: js.UndefOr[IpAddressStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined\n    ): IpAddressResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Ip.foreach(__v => __obj.updateDynamic(\"Ip\")(__v.asInstanceOf[js.Any]))\n      IpId.foreach(__v => __obj.updateDynamic(\"IpId\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IpAddressResponse]\n    }\n  }\n\n  @js.native\n  sealed trait IpAddressStatus extends js.Any\n  object IpAddressStatus {\n    val CREATING = \"CREATING\".asInstanceOf[IpAddressStatus]\n    val FAILED_CREATION = \"FAILED_CREATION\".asInstanceOf[IpAddressStatus]\n    val ATTACHING = \"ATTACHING\".asInstanceOf[IpAddressStatus]\n    val ATTACHED = \"ATTACHED\".asInstanceOf[IpAddressStatus]\n    val REMAP_DETACHING = \"REMAP_DETACHING\".asInstanceOf[IpAddressStatus]\n    val REMAP_ATTACHING = \"REMAP_ATTACHING\".asInstanceOf[IpAddressStatus]\n    val DETACHING = \"DETACHING\".asInstanceOf[IpAddressStatus]\n    val FAILED_RESOURCE_GONE = \"FAILED_RESOURCE_GONE\".asInstanceOf[IpAddressStatus]\n    val DELETING = \"DELETING\".asInstanceOf[IpAddressStatus]\n    val DELETE_FAILED_FAS_EXPIRED = \"DELETE_FAILED_FAS_EXPIRED\".asInstanceOf[IpAddressStatus]\n\n    @inline def values = js.Array(CREATING, FAILED_CREATION, ATTACHING, ATTACHED, REMAP_DETACHING, REMAP_ATTACHING, DETACHING, FAILED_RESOURCE_GONE, DELETING, DELETE_FAILED_FAS_EXPIRED)\n  }\n\n  \/** In an [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_UpdateResolverEndpoint.html|UpdateResolverEndpoint]] request, information about an IP address to update.\n    *\/\n  @js.native\n  trait IpAddressUpdate extends js.Object {\n    var Ip: js.UndefOr[Ip]\n    var IpId: js.UndefOr[ResourceId]\n    var SubnetId: js.UndefOr[SubnetId]\n  }\n\n  object IpAddressUpdate {\n    @inline\n    def apply(\n        Ip: js.UndefOr[Ip] = js.undefined,\n        IpId: js.UndefOr[ResourceId] = js.undefined,\n        SubnetId: js.UndefOr[SubnetId] = js.undefined\n    ): IpAddressUpdate = {\n      val __obj = js.Dynamic.literal()\n      Ip.foreach(__v => __obj.updateDynamic(\"Ip\")(__v.asInstanceOf[js.Any]))\n      IpId.foreach(__v => __obj.updateDynamic(\"IpId\")(__v.asInstanceOf[js.Any]))\n      SubnetId.foreach(__v => __obj.updateDynamic(\"SubnetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IpAddressUpdate]\n    }\n  }\n\n  @js.native\n  trait ListFirewallConfigsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ListFirewallConfigsMaxResult]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallConfigsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListFirewallConfigsMaxResult] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallConfigsResponse extends js.Object {\n    var FirewallConfigs: js.UndefOr[FirewallConfigList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallConfigsResponse {\n    @inline\n    def apply(\n        FirewallConfigs: js.UndefOr[FirewallConfigList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallConfigs.foreach(__v => __obj.updateDynamic(\"FirewallConfigs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFirewallDomainListsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallDomainListsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallDomainListsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallDomainListsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallDomainListsResponse extends js.Object {\n    var FirewallDomainLists: js.UndefOr[FirewallDomainListMetadataList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallDomainListsResponse {\n    @inline\n    def apply(\n        FirewallDomainLists: js.UndefOr[FirewallDomainListMetadataList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallDomainListsResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallDomainLists.foreach(__v => __obj.updateDynamic(\"FirewallDomainLists\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallDomainListsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFirewallDomainsRequest extends js.Object {\n    var FirewallDomainListId: ResourceId\n    var MaxResults: js.UndefOr[ListDomainMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallDomainsRequest {\n    @inline\n    def apply(\n        FirewallDomainListId: ResourceId,\n        MaxResults: js.UndefOr[ListDomainMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallDomainsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallDomainsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallDomainsResponse extends js.Object {\n    var Domains: js.UndefOr[FirewallDomains]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallDomainsResponse {\n    @inline\n    def apply(\n        Domains: js.UndefOr[FirewallDomains] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallDomainsResponse = {\n      val __obj = js.Dynamic.literal()\n      Domains.foreach(__v => __obj.updateDynamic(\"Domains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallDomainsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRuleGroupAssociationsRequest extends js.Object {\n    var FirewallRuleGroupId: js.UndefOr[ResourceId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Priority: js.UndefOr[Priority]\n    var Status: js.UndefOr[FirewallRuleGroupAssociationStatus]\n    var VpcId: js.UndefOr[ResourceId]\n  }\n\n  object ListFirewallRuleGroupAssociationsRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupId: js.UndefOr[ResourceId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined,\n        Status: js.UndefOr[FirewallRuleGroupAssociationStatus] = js.undefined,\n        VpcId: js.UndefOr[ResourceId] = js.undefined\n    ): ListFirewallRuleGroupAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupId.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRuleGroupAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRuleGroupAssociationsResponse extends js.Object {\n    var FirewallRuleGroupAssociations: js.UndefOr[FirewallRuleGroupAssociations]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallRuleGroupAssociationsResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociations: js.UndefOr[FirewallRuleGroupAssociations] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallRuleGroupAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupAssociations.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupAssociations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRuleGroupAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRuleGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallRuleGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallRuleGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRuleGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRuleGroupsResponse extends js.Object {\n    var FirewallRuleGroups: js.UndefOr[FirewallRuleGroupMetadataList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallRuleGroupsResponse {\n    @inline\n    def apply(\n        FirewallRuleGroups: js.UndefOr[FirewallRuleGroupMetadataList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallRuleGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroups.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRuleGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRulesRequest extends js.Object {\n    var FirewallRuleGroupId: ResourceId\n    var Action: js.UndefOr[Action]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Priority: js.UndefOr[Priority]\n  }\n\n  object ListFirewallRulesRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupId: ResourceId,\n        Action: js.UndefOr[Action] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined\n    ): ListFirewallRulesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any]\n      )\n\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRulesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFirewallRulesResponse extends js.Object {\n    var FirewallRules: js.UndefOr[FirewallRules]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFirewallRulesResponse {\n    @inline\n    def apply(\n        FirewallRules: js.UndefOr[FirewallRules] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFirewallRulesResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRules.foreach(__v => __obj.updateDynamic(\"FirewallRules\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFirewallRulesResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverDnssecConfigsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverDnssecConfigsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverDnssecConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverDnssecConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverDnssecConfigsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverDnssecConfigs: js.UndefOr[ResolverDnssecConfigList]\n  }\n\n  object ListResolverDnssecConfigsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverDnssecConfigs: js.UndefOr[ResolverDnssecConfigList] = js.undefined\n    ): ListResolverDnssecConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverDnssecConfigs.foreach(__v => __obj.updateDynamic(\"ResolverDnssecConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverDnssecConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverEndpointIpAddressesRequest extends js.Object {\n    var ResolverEndpointId: ResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverEndpointIpAddressesRequest {\n    @inline\n    def apply(\n        ResolverEndpointId: ResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverEndpointIpAddressesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverEndpointIpAddressesRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverEndpointIpAddressesResponse extends js.Object {\n    var IpAddresses: js.UndefOr[IpAddressesResponse]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverEndpointIpAddressesResponse {\n    @inline\n    def apply(\n        IpAddresses: js.UndefOr[IpAddressesResponse] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverEndpointIpAddressesResponse = {\n      val __obj = js.Dynamic.literal()\n      IpAddresses.foreach(__v => __obj.updateDynamic(\"IpAddresses\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverEndpointIpAddressesResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverEndpointsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverEndpointsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverEndpointsResponse extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverEndpoints: js.UndefOr[ResolverEndpoints]\n  }\n\n  object ListResolverEndpointsResponse {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverEndpoints: js.UndefOr[ResolverEndpoints] = js.undefined\n    ): ListResolverEndpointsResponse = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverEndpoints.foreach(__v => __obj.updateDynamic(\"ResolverEndpoints\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverEndpointsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverQueryLogConfigAssociationsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortByKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListResolverQueryLogConfigAssociationsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortByKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListResolverQueryLogConfigAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverQueryLogConfigAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverQueryLogConfigAssociationsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverQueryLogConfigAssociations: js.UndefOr[ResolverQueryLogConfigAssociationList]\n    var TotalCount: js.UndefOr[Count]\n    var TotalFilteredCount: js.UndefOr[Count]\n  }\n\n  object ListResolverQueryLogConfigAssociationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverQueryLogConfigAssociations: js.UndefOr[ResolverQueryLogConfigAssociationList] = js.undefined,\n        TotalCount: js.UndefOr[Count] = js.undefined,\n        TotalFilteredCount: js.UndefOr[Count] = js.undefined\n    ): ListResolverQueryLogConfigAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverQueryLogConfigAssociations.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigAssociations\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      TotalFilteredCount.foreach(__v => __obj.updateDynamic(\"TotalFilteredCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverQueryLogConfigAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverQueryLogConfigsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SortBy: js.UndefOr[SortByKey]\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListResolverQueryLogConfigsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SortBy: js.UndefOr[SortByKey] = js.undefined,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListResolverQueryLogConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverQueryLogConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverQueryLogConfigsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverQueryLogConfigs: js.UndefOr[ResolverQueryLogConfigList]\n    var TotalCount: js.UndefOr[Count]\n    var TotalFilteredCount: js.UndefOr[Count]\n  }\n\n  object ListResolverQueryLogConfigsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverQueryLogConfigs: js.UndefOr[ResolverQueryLogConfigList] = js.undefined,\n        TotalCount: js.UndefOr[Count] = js.undefined,\n        TotalFilteredCount: js.UndefOr[Count] = js.undefined\n    ): ListResolverQueryLogConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverQueryLogConfigs.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigs\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      TotalFilteredCount.foreach(__v => __obj.updateDynamic(\"TotalFilteredCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverQueryLogConfigsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverRuleAssociationsRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverRuleAssociationsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverRuleAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverRuleAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverRuleAssociationsResponse extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverRuleAssociations: js.UndefOr[ResolverRuleAssociations]\n  }\n\n  object ListResolverRuleAssociationsResponse {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverRuleAssociations: js.UndefOr[ResolverRuleAssociations] = js.undefined\n    ): ListResolverRuleAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverRuleAssociations.foreach(__v => __obj.updateDynamic(\"ResolverRuleAssociations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverRuleAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListResolverRulesRequest extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResolverRulesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResolverRulesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverRulesRequest]\n    }\n  }\n\n  @js.native\n  trait ListResolverRulesResponse extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResolverRules: js.UndefOr[ResolverRules]\n  }\n\n  object ListResolverRulesResponse {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResolverRules: js.UndefOr[ResolverRules] = js.undefined\n    ): ListResolverRulesResponse = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResolverRules.foreach(__v => __obj.updateDynamic(\"ResolverRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResolverRulesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait MutationProtectionStatus extends js.Any\n  object MutationProtectionStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[MutationProtectionStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[MutationProtectionStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  trait PutFirewallRuleGroupPolicyRequest extends js.Object {\n    var Arn: Arn\n    var FirewallRuleGroupPolicy: FirewallRuleGroupPolicy\n  }\n\n  object PutFirewallRuleGroupPolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn,\n        FirewallRuleGroupPolicy: FirewallRuleGroupPolicy\n    ): PutFirewallRuleGroupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"FirewallRuleGroupPolicy\" -> FirewallRuleGroupPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutFirewallRuleGroupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutFirewallRuleGroupPolicyResponse extends js.Object {\n    var ReturnValue: js.UndefOr[Boolean]\n  }\n\n  object PutFirewallRuleGroupPolicyResponse {\n    @inline\n    def apply(\n        ReturnValue: js.UndefOr[Boolean] = js.undefined\n    ): PutFirewallRuleGroupPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ReturnValue.foreach(__v => __obj.updateDynamic(\"ReturnValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutFirewallRuleGroupPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutResolverQueryLogConfigPolicyRequest extends js.Object {\n    var Arn: Arn\n    var ResolverQueryLogConfigPolicy: ResolverQueryLogConfigPolicy\n  }\n\n  object PutResolverQueryLogConfigPolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn,\n        ResolverQueryLogConfigPolicy: ResolverQueryLogConfigPolicy\n    ): PutResolverQueryLogConfigPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ResolverQueryLogConfigPolicy\" -> ResolverQueryLogConfigPolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutResolverQueryLogConfigPolicyRequest]\n    }\n  }\n\n  \/** The response to a <code>PutResolverQueryLogConfigPolicy<\/code> request.\n    *\/\n  @js.native\n  trait PutResolverQueryLogConfigPolicyResponse extends js.Object {\n    var ReturnValue: js.UndefOr[Boolean]\n  }\n\n  object PutResolverQueryLogConfigPolicyResponse {\n    @inline\n    def apply(\n        ReturnValue: js.UndefOr[Boolean] = js.undefined\n    ): PutResolverQueryLogConfigPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ReturnValue.foreach(__v => __obj.updateDynamic(\"ReturnValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResolverQueryLogConfigPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutResolverRulePolicyRequest extends js.Object {\n    var Arn: Arn\n    var ResolverRulePolicy: ResolverRulePolicy\n  }\n\n  object PutResolverRulePolicyRequest {\n    @inline\n    def apply(\n        Arn: Arn,\n        ResolverRulePolicy: ResolverRulePolicy\n    ): PutResolverRulePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"ResolverRulePolicy\" -> ResolverRulePolicy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutResolverRulePolicyRequest]\n    }\n  }\n\n  \/** The response to a <code>PutResolverRulePolicy<\/code> request.\n    *\/\n  @js.native\n  trait PutResolverRulePolicyResponse extends js.Object {\n    var ReturnValue: js.UndefOr[Boolean]\n  }\n\n  object PutResolverRulePolicyResponse {\n    @inline\n    def apply(\n        ReturnValue: js.UndefOr[Boolean] = js.undefined\n    ): PutResolverRulePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ReturnValue.foreach(__v => __obj.updateDynamic(\"ReturnValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResolverRulePolicyResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ResolverDNSSECValidationStatus extends js.Any\n  object ResolverDNSSECValidationStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[ResolverDNSSECValidationStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[ResolverDNSSECValidationStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[ResolverDNSSECValidationStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[ResolverDNSSECValidationStatus]\n\n    @inline def values = js.Array(ENABLING, ENABLED, DISABLING, DISABLED)\n  }\n\n  \/** A complex type that contains information about a configuration for DNSSEC validation.\n    *\/\n  @js.native\n  trait ResolverDnssecConfig extends js.Object {\n    var Id: js.UndefOr[ResourceId]\n    var OwnerId: js.UndefOr[AccountId]\n    var ResourceId: js.UndefOr[ResourceId]\n    var ValidationStatus: js.UndefOr[ResolverDNSSECValidationStatus]\n  }\n\n  object ResolverDnssecConfig {\n    @inline\n    def apply(\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        ResourceId: js.UndefOr[ResourceId] = js.undefined,\n        ValidationStatus: js.UndefOr[ResolverDNSSECValidationStatus] = js.undefined\n    ): ResolverDnssecConfig = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ValidationStatus.foreach(__v => __obj.updateDynamic(\"ValidationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverDnssecConfig]\n    }\n  }\n\n  \/** In the response to a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_CreateResolverEndpoint.html|CreateResolverEndpoint]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_DeleteResolverEndpoint.html|DeleteResolverEndpoint]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_GetResolverEndpoint.html|GetResolverEndpoint]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverEndpoints.html|ListResolverEndpoints]], or [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_UpdateResolverEndpoint.html|UpdateResolverEndpoint]] request, a complex type that contains settings for an existing inbound or outbound Resolver endpoint.\n    *\/\n  @js.native\n  trait ResolverEndpoint extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var Direction: js.UndefOr[ResolverEndpointDirection]\n    var HostVPCId: js.UndefOr[ResourceId]\n    var Id: js.UndefOr[ResourceId]\n    var IpAddressCount: js.UndefOr[IpAddressCount]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Name: js.UndefOr[Name]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIds]\n    var Status: js.UndefOr[ResolverEndpointStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object ResolverEndpoint {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        Direction: js.UndefOr[ResolverEndpointDirection] = js.undefined,\n        HostVPCId: js.UndefOr[ResourceId] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        IpAddressCount: js.UndefOr[IpAddressCount] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIds] = js.undefined,\n        Status: js.UndefOr[ResolverEndpointStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): ResolverEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      Direction.foreach(__v => __obj.updateDynamic(\"Direction\")(__v.asInstanceOf[js.Any]))\n      HostVPCId.foreach(__v => __obj.updateDynamic(\"HostVPCId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      IpAddressCount.foreach(__v => __obj.updateDynamic(\"IpAddressCount\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverEndpoint]\n    }\n  }\n\n  @js.native\n  sealed trait ResolverEndpointDirection extends js.Any\n  object ResolverEndpointDirection {\n    val INBOUND = \"INBOUND\".asInstanceOf[ResolverEndpointDirection]\n    val OUTBOUND = \"OUTBOUND\".asInstanceOf[ResolverEndpointDirection]\n\n    @inline def values = js.Array(INBOUND, OUTBOUND)\n  }\n\n  @js.native\n  sealed trait ResolverEndpointStatus extends js.Any\n  object ResolverEndpointStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ResolverEndpointStatus]\n    val OPERATIONAL = \"OPERATIONAL\".asInstanceOf[ResolverEndpointStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ResolverEndpointStatus]\n    val AUTO_RECOVERING = \"AUTO_RECOVERING\".asInstanceOf[ResolverEndpointStatus]\n    val ACTION_NEEDED = \"ACTION_NEEDED\".asInstanceOf[ResolverEndpointStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ResolverEndpointStatus]\n\n    @inline def values = js.Array(CREATING, OPERATIONAL, UPDATING, AUTO_RECOVERING, ACTION_NEEDED, DELETING)\n  }\n\n  \/** In the response to a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_CreateResolverQueryLogConfig.html|CreateResolverQueryLogConfig]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_DeleteResolverQueryLogConfig.html|DeleteResolverQueryLogConfig]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_GetResolverQueryLogConfig.html|GetResolverQueryLogConfig]], or [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverQueryLogConfigs.html|ListResolverQueryLogConfigs]] request, a complex type that contains settings for one query logging configuration.\n    *\/\n  @js.native\n  trait ResolverQueryLogConfig extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var AssociationCount: js.UndefOr[Count]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var DestinationArn: js.UndefOr[DestinationArn]\n    var Id: js.UndefOr[ResourceId]\n    var Name: js.UndefOr[ResolverQueryLogConfigName]\n    var OwnerId: js.UndefOr[AccountId]\n    var ShareStatus: js.UndefOr[ShareStatus]\n    var Status: js.UndefOr[ResolverQueryLogConfigStatus]\n  }\n\n  object ResolverQueryLogConfig {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        AssociationCount: js.UndefOr[Count] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        DestinationArn: js.UndefOr[DestinationArn] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        Name: js.UndefOr[ResolverQueryLogConfigName] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        ShareStatus: js.UndefOr[ShareStatus] = js.undefined,\n        Status: js.UndefOr[ResolverQueryLogConfigStatus] = js.undefined\n    ): ResolverQueryLogConfig = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AssociationCount.foreach(__v => __obj.updateDynamic(\"AssociationCount\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      DestinationArn.foreach(__v => __obj.updateDynamic(\"DestinationArn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ShareStatus.foreach(__v => __obj.updateDynamic(\"ShareStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverQueryLogConfig]\n    }\n  }\n\n  \/** In the response to an [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_AssociateResolverQueryLogConfig.html|AssociateResolverQueryLogConfig]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_DisassociateResolverQueryLogConfig.html|DisassociateResolverQueryLogConfig]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_GetResolverQueryLogConfigAssociation.html|GetResolverQueryLogConfigAssociation]], or [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverQueryLogConfigAssociations.html|ListResolverQueryLogConfigAssociations]], request, a complex type that contains settings for a specified association between an Amazon VPC and a query logging configuration.\n    *\/\n  @js.native\n  trait ResolverQueryLogConfigAssociation extends js.Object {\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var Error: js.UndefOr[ResolverQueryLogConfigAssociationError]\n    var ErrorMessage: js.UndefOr[ResolverQueryLogConfigAssociationErrorMessage]\n    var Id: js.UndefOr[ResourceId]\n    var ResolverQueryLogConfigId: js.UndefOr[ResourceId]\n    var ResourceId: js.UndefOr[ResourceId]\n    var Status: js.UndefOr[ResolverQueryLogConfigAssociationStatus]\n  }\n\n  object ResolverQueryLogConfigAssociation {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Error: js.UndefOr[ResolverQueryLogConfigAssociationError] = js.undefined,\n        ErrorMessage: js.UndefOr[ResolverQueryLogConfigAssociationErrorMessage] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ResolverQueryLogConfigId: js.UndefOr[ResourceId] = js.undefined,\n        ResourceId: js.UndefOr[ResourceId] = js.undefined,\n        Status: js.UndefOr[ResolverQueryLogConfigAssociationStatus] = js.undefined\n    ): ResolverQueryLogConfigAssociation = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ResolverQueryLogConfigId.foreach(__v => __obj.updateDynamic(\"ResolverQueryLogConfigId\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverQueryLogConfigAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait ResolverQueryLogConfigAssociationError extends js.Any\n  object ResolverQueryLogConfigAssociationError {\n    val NONE = \"NONE\".asInstanceOf[ResolverQueryLogConfigAssociationError]\n    val DESTINATION_NOT_FOUND = \"DESTINATION_NOT_FOUND\".asInstanceOf[ResolverQueryLogConfigAssociationError]\n    val ACCESS_DENIED = \"ACCESS_DENIED\".asInstanceOf[ResolverQueryLogConfigAssociationError]\n    val INTERNAL_SERVICE_ERROR = \"INTERNAL_SERVICE_ERROR\".asInstanceOf[ResolverQueryLogConfigAssociationError]\n\n    @inline def values = js.Array(NONE, DESTINATION_NOT_FOUND, ACCESS_DENIED, INTERNAL_SERVICE_ERROR)\n  }\n\n  @js.native\n  sealed trait ResolverQueryLogConfigAssociationStatus extends js.Any\n  object ResolverQueryLogConfigAssociationStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ResolverQueryLogConfigAssociationStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ResolverQueryLogConfigAssociationStatus]\n    val ACTION_NEEDED = \"ACTION_NEEDED\".asInstanceOf[ResolverQueryLogConfigAssociationStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ResolverQueryLogConfigAssociationStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ResolverQueryLogConfigAssociationStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, ACTION_NEEDED, DELETING, FAILED)\n  }\n\n  @js.native\n  sealed trait ResolverQueryLogConfigStatus extends js.Any\n  object ResolverQueryLogConfigStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ResolverQueryLogConfigStatus]\n    val CREATED = \"CREATED\".asInstanceOf[ResolverQueryLogConfigStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ResolverQueryLogConfigStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ResolverQueryLogConfigStatus]\n\n    @inline def values = js.Array(CREATING, CREATED, DELETING, FAILED)\n  }\n\n  \/** For queries that originate in your VPC, detailed information about a Resolver rule, which specifies how to route DNS queries out of the VPC. The <code>ResolverRule<\/code> parameter appears in the response to a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_CreateResolverRule.html|CreateResolverRule]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_DeleteResolverRule.html|DeleteResolverRule]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_GetResolverRule.html|GetResolverRule]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverRules.html|ListResolverRules]], or [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_UpdateResolverRule.html|UpdateResolverRule]] request.\n    *\/\n  @js.native\n  trait ResolverRule extends js.Object {\n    var Arn: js.UndefOr[Arn]\n    var CreationTime: js.UndefOr[Rfc3339TimeString]\n    var CreatorRequestId: js.UndefOr[CreatorRequestId]\n    var DomainName: js.UndefOr[DomainName]\n    var Id: js.UndefOr[ResourceId]\n    var ModificationTime: js.UndefOr[Rfc3339TimeString]\n    var Name: js.UndefOr[Name]\n    var OwnerId: js.UndefOr[AccountId]\n    var ResolverEndpointId: js.UndefOr[ResourceId]\n    var RuleType: js.UndefOr[RuleTypeOption]\n    var ShareStatus: js.UndefOr[ShareStatus]\n    var Status: js.UndefOr[ResolverRuleStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var TargetIps: js.UndefOr[TargetList]\n  }\n\n  object ResolverRule {\n    @inline\n    def apply(\n        Arn: js.UndefOr[Arn] = js.undefined,\n        CreationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        CreatorRequestId: js.UndefOr[CreatorRequestId] = js.undefined,\n        DomainName: js.UndefOr[DomainName] = js.undefined,\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        ModificationTime: js.UndefOr[Rfc3339TimeString] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        OwnerId: js.UndefOr[AccountId] = js.undefined,\n        ResolverEndpointId: js.UndefOr[ResourceId] = js.undefined,\n        RuleType: js.UndefOr[RuleTypeOption] = js.undefined,\n        ShareStatus: js.UndefOr[ShareStatus] = js.undefined,\n        Status: js.UndefOr[ResolverRuleStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        TargetIps: js.UndefOr[TargetList] = js.undefined\n    ): ResolverRule = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      CreatorRequestId.foreach(__v => __obj.updateDynamic(\"CreatorRequestId\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ModificationTime.foreach(__v => __obj.updateDynamic(\"ModificationTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ResolverEndpointId.foreach(__v => __obj.updateDynamic(\"ResolverEndpointId\")(__v.asInstanceOf[js.Any]))\n      RuleType.foreach(__v => __obj.updateDynamic(\"RuleType\")(__v.asInstanceOf[js.Any]))\n      ShareStatus.foreach(__v => __obj.updateDynamic(\"ShareStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      TargetIps.foreach(__v => __obj.updateDynamic(\"TargetIps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverRule]\n    }\n  }\n\n  \/** In the response to an [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_AssociateResolverRule.html|AssociateResolverRule]], [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_DisassociateResolverRule.html|DisassociateResolverRule]], or [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_ListResolverRuleAssociations.html|ListResolverRuleAssociations]] request, provides information about an association between a Resolver rule and a VPC. The association determines which DNS queries that originate in the VPC are forwarded to your network.\n    *\/\n  @js.native\n  trait ResolverRuleAssociation extends js.Object {\n    var Id: js.UndefOr[ResourceId]\n    var Name: js.UndefOr[Name]\n    var ResolverRuleId: js.UndefOr[ResourceId]\n    var Status: js.UndefOr[ResolverRuleAssociationStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VPCId: js.UndefOr[ResourceId]\n  }\n\n  object ResolverRuleAssociation {\n    @inline\n    def apply(\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        ResolverRuleId: js.UndefOr[ResourceId] = js.undefined,\n        Status: js.UndefOr[ResolverRuleAssociationStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VPCId: js.UndefOr[ResourceId] = js.undefined\n    ): ResolverRuleAssociation = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ResolverRuleId.foreach(__v => __obj.updateDynamic(\"ResolverRuleId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VPCId.foreach(__v => __obj.updateDynamic(\"VPCId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverRuleAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait ResolverRuleAssociationStatus extends js.Any\n  object ResolverRuleAssociationStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ResolverRuleAssociationStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ResolverRuleAssociationStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ResolverRuleAssociationStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ResolverRuleAssociationStatus]\n    val OVERRIDDEN = \"OVERRIDDEN\".asInstanceOf[ResolverRuleAssociationStatus]\n\n    @inline def values = js.Array(CREATING, COMPLETE, DELETING, FAILED, OVERRIDDEN)\n  }\n\n  \/** In an [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_UpdateResolverRule.html|UpdateResolverRule]] request, information about the changes that you want to make.\n    *\/\n  @js.native\n  trait ResolverRuleConfig extends js.Object {\n    var Name: js.UndefOr[Name]\n    var ResolverEndpointId: js.UndefOr[ResourceId]\n    var TargetIps: js.UndefOr[TargetList]\n  }\n\n  object ResolverRuleConfig {\n    @inline\n    def apply(\n        Name: js.UndefOr[Name] = js.undefined,\n        ResolverEndpointId: js.UndefOr[ResourceId] = js.undefined,\n        TargetIps: js.UndefOr[TargetList] = js.undefined\n    ): ResolverRuleConfig = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ResolverEndpointId.foreach(__v => __obj.updateDynamic(\"ResolverEndpointId\")(__v.asInstanceOf[js.Any]))\n      TargetIps.foreach(__v => __obj.updateDynamic(\"TargetIps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolverRuleConfig]\n    }\n  }\n\n  @js.native\n  sealed trait ResolverRuleStatus extends js.Any\n  object ResolverRuleStatus {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ResolverRuleStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ResolverRuleStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ResolverRuleStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ResolverRuleStatus]\n\n    @inline def values = js.Array(COMPLETE, DELETING, UPDATING, FAILED)\n  }\n\n  @js.native\n  sealed trait RuleTypeOption extends js.Any\n  object RuleTypeOption {\n    val FORWARD = \"FORWARD\".asInstanceOf[RuleTypeOption]\n    val SYSTEM = \"SYSTEM\".asInstanceOf[RuleTypeOption]\n    val RECURSIVE = \"RECURSIVE\".asInstanceOf[RuleTypeOption]\n\n    @inline def values = js.Array(FORWARD, SYSTEM, RECURSIVE)\n  }\n\n  @js.native\n  sealed trait ShareStatus extends js.Any\n  object ShareStatus {\n    val NOT_SHARED = \"NOT_SHARED\".asInstanceOf[ShareStatus]\n    val SHARED_WITH_ME = \"SHARED_WITH_ME\".asInstanceOf[ShareStatus]\n    val SHARED_BY_ME = \"SHARED_BY_ME\".asInstanceOf[ShareStatus]\n\n    @inline def values = js.Array(NOT_SHARED, SHARED_WITH_ME, SHARED_BY_ME)\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[SortOrder]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  \/** One tag that you want to add to the specified resource. A tag consists of a <code>Key<\/code> (a name for the tag) and a <code>Value<\/code>.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** In a [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_route53resolver_CreateResolverRule.html|CreateResolverRule]] request, an array of the IPs that you want to forward DNS queries to.\n    *\/\n  @js.native\n  trait TargetAddress extends js.Object {\n    var Ip: Ip\n    var Port: js.UndefOr[Port]\n  }\n\n  object TargetAddress {\n    @inline\n    def apply(\n        Ip: Ip,\n        Port: js.UndefOr[Port] = js.undefined\n    ): TargetAddress = {\n      val __obj = js.Dynamic.literal(\n        \"Ip\" -> Ip.asInstanceOf[js.Any]\n      )\n\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetAddress]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallConfigRequest extends js.Object {\n    var FirewallFailOpen: FirewallFailOpenStatus\n    var ResourceId: ResourceId\n  }\n\n  object UpdateFirewallConfigRequest {\n    @inline\n    def apply(\n        FirewallFailOpen: FirewallFailOpenStatus,\n        ResourceId: ResourceId\n    ): UpdateFirewallConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallFailOpen\" -> FirewallFailOpen.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateFirewallConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallConfigResponse extends js.Object {\n    var FirewallConfig: js.UndefOr[FirewallConfig]\n  }\n\n  object UpdateFirewallConfigResponse {\n    @inline\n    def apply(\n        FirewallConfig: js.UndefOr[FirewallConfig] = js.undefined\n    ): UpdateFirewallConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallConfig.foreach(__v => __obj.updateDynamic(\"FirewallConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallDomainsRequest extends js.Object {\n    var Domains: FirewallDomains\n    var FirewallDomainListId: ResourceId\n    var Operation: FirewallDomainUpdateOperation\n  }\n\n  object UpdateFirewallDomainsRequest {\n    @inline\n    def apply(\n        Domains: FirewallDomains,\n        FirewallDomainListId: ResourceId,\n        Operation: FirewallDomainUpdateOperation\n    ): UpdateFirewallDomainsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Domains\" -> Domains.asInstanceOf[js.Any],\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any],\n        \"Operation\" -> Operation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateFirewallDomainsRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallDomainsResponse extends js.Object {\n    var Id: js.UndefOr[ResourceId]\n    var Name: js.UndefOr[Name]\n    var Status: js.UndefOr[FirewallDomainListStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n  }\n\n  object UpdateFirewallDomainsResponse {\n    @inline\n    def apply(\n        Id: js.UndefOr[ResourceId] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Status: js.UndefOr[FirewallDomainListStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined\n    ): UpdateFirewallDomainsResponse = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallDomainsResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallRuleGroupAssociationRequest extends js.Object {\n    var FirewallRuleGroupAssociationId: ResourceId\n    var MutationProtection: js.UndefOr[MutationProtectionStatus]\n    var Name: js.UndefOr[Name]\n    var Priority: js.UndefOr[Priority]\n  }\n\n  object UpdateFirewallRuleGroupAssociationRequest {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociationId: ResourceId,\n        MutationProtection: js.UndefOr[MutationProtectionStatus] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined\n    ): UpdateFirewallRuleGroupAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallRuleGroupAssociationId\" -> FirewallRuleGroupAssociationId.asInstanceOf[js.Any]\n      )\n\n      MutationProtection.foreach(__v => __obj.updateDynamic(\"MutationProtection\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallRuleGroupAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallRuleGroupAssociationResponse extends js.Object {\n    var FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation]\n  }\n\n  object UpdateFirewallRuleGroupAssociationResponse {\n    @inline\n    def apply(\n        FirewallRuleGroupAssociation: js.UndefOr[FirewallRuleGroupAssociation] = js.undefined\n    ): UpdateFirewallRuleGroupAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRuleGroupAssociation.foreach(__v => __obj.updateDynamic(\"FirewallRuleGroupAssociation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallRuleGroupAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallRuleRequest extends js.Object {\n    var FirewallDomainListId: ResourceId\n    var FirewallRuleGroupId: ResourceId\n    var Action: js.UndefOr[Action]\n    var BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType]\n    var BlockOverrideDomain: js.UndefOr[BlockOverrideDomain]\n    var BlockOverrideTtl: js.UndefOr[BlockOverrideTtl]\n    var BlockResponse: js.UndefOr[BlockResponse]\n    var Name: js.UndefOr[Name]\n    var Priority: js.UndefOr[Priority]\n  }\n\n  object UpdateFirewallRuleRequest {\n    @inline\n    def apply(\n        FirewallDomainListId: ResourceId,\n        FirewallRuleGroupId: ResourceId,\n        Action: js.UndefOr[Action] = js.undefined,\n        BlockOverrideDnsType: js.UndefOr[BlockOverrideDnsType] = js.undefined,\n        BlockOverrideDomain: js.UndefOr[BlockOverrideDomain] = js.undefined,\n        BlockOverrideTtl: js.UndefOr[BlockOverrideTtl] = js.undefined,\n        BlockResponse: js.UndefOr[BlockResponse] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Priority: js.UndefOr[Priority] = js.undefined\n    ): UpdateFirewallRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FirewallDomainListId\" -> FirewallDomainListId.asInstanceOf[js.Any],\n        \"FirewallRuleGroupId\" -> FirewallRuleGroupId.asInstanceOf[js.Any]\n      )\n\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideDnsType.foreach(__v => __obj.updateDynamic(\"BlockOverrideDnsType\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideDomain.foreach(__v => __obj.updateDynamic(\"BlockOverrideDomain\")(__v.asInstanceOf[js.Any]))\n      BlockOverrideTtl.foreach(__v => __obj.updateDynamic(\"BlockOverrideTtl\")(__v.asInstanceOf[js.Any]))\n      BlockResponse.foreach(__v => __obj.updateDynamic(\"BlockResponse\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallRuleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFirewallRuleResponse extends js.Object {\n    var FirewallRule: js.UndefOr[FirewallRule]\n  }\n\n  object UpdateFirewallRuleResponse {\n    @inline\n    def apply(\n        FirewallRule: js.UndefOr[FirewallRule] = js.undefined\n    ): UpdateFirewallRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      FirewallRule.foreach(__v => __obj.updateDynamic(\"FirewallRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFirewallRuleResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverDnssecConfigRequest extends js.Object {\n    var ResourceId: ResourceId\n    var Validation: Validation\n  }\n\n  object UpdateResolverDnssecConfigRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        Validation: Validation\n    ): UpdateResolverDnssecConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"Validation\" -> Validation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateResolverDnssecConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverDnssecConfigResponse extends js.Object {\n    var ResolverDNSSECConfig: js.UndefOr[ResolverDnssecConfig]\n  }\n\n  object UpdateResolverDnssecConfigResponse {\n    @inline\n    def apply(\n        ResolverDNSSECConfig: js.UndefOr[ResolverDnssecConfig] = js.undefined\n    ): UpdateResolverDnssecConfigResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverDNSSECConfig.foreach(__v => __obj.updateDynamic(\"ResolverDNSSECConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateResolverDnssecConfigResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverEndpointRequest extends js.Object {\n    var ResolverEndpointId: ResourceId\n    var Name: js.UndefOr[Name]\n  }\n\n  object UpdateResolverEndpointRequest {\n    @inline\n    def apply(\n        ResolverEndpointId: ResourceId,\n        Name: js.UndefOr[Name] = js.undefined\n    ): UpdateResolverEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResolverEndpointId\" -> ResolverEndpointId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateResolverEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverEndpointResponse extends js.Object {\n    var ResolverEndpoint: js.UndefOr[ResolverEndpoint]\n  }\n\n  object UpdateResolverEndpointResponse {\n    @inline\n    def apply(\n        ResolverEndpoint: js.UndefOr[ResolverEndpoint] = js.undefined\n    ): UpdateResolverEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverEndpoint.foreach(__v => __obj.updateDynamic(\"ResolverEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateResolverEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverRuleRequest extends js.Object {\n    var Config: ResolverRuleConfig\n    var ResolverRuleId: ResourceId\n  }\n\n  object UpdateResolverRuleRequest {\n    @inline\n    def apply(\n        Config: ResolverRuleConfig,\n        ResolverRuleId: ResourceId\n    ): UpdateResolverRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Config\" -> Config.asInstanceOf[js.Any],\n        \"ResolverRuleId\" -> ResolverRuleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateResolverRuleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateResolverRuleResponse extends js.Object {\n    var ResolverRule: js.UndefOr[ResolverRule]\n  }\n\n  object UpdateResolverRuleResponse {\n    @inline\n    def apply(\n        ResolverRule: js.UndefOr[ResolverRule] = js.undefined\n    ): UpdateResolverRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      ResolverRule.foreach(__v => __obj.updateDynamic(\"ResolverRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateResolverRuleResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Validation extends js.Any\n  object Validation {\n    val ENABLE = \"ENABLE\".asInstanceOf[Validation]\n    val DISABLE = \"DISABLE\".asInstanceOf[Validation]\n\n    @inline def values = js.Array(ENABLE, DISABLE)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dynamodb\/src\/main\/scala\/facade\/amazonaws\/services\/DynamoDB.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object dynamodb {\n  type ArchivalReason = String\n  type AttributeDefinitions = js.Array[AttributeDefinition]\n  type AttributeMap = js.Dictionary[AttributeValue]\n  type AttributeName = String\n  type AttributeNameList = js.Array[AttributeName]\n  type AttributeUpdates = js.Dictionary[AttributeValueUpdate]\n  type AttributeValueList = js.Array[AttributeValue]\n  type AutoScalingPolicyDescriptionList = js.Array[AutoScalingPolicyDescription]\n  type AutoScalingPolicyName = String\n  type AutoScalingRoleArn = String\n  type Backfilling = Boolean\n  type BackupArn = String\n  type BackupCreationDateTime = js.Date\n  type BackupName = String\n  type BackupSizeBytes = Double\n  type BackupSummaries = js.Array[BackupSummary]\n  type BackupsInputLimit = Int\n  type BatchGetRequestMap = js.Dictionary[KeysAndAttributes]\n  type BatchGetResponseMap = js.Dictionary[ItemList]\n  type BatchWriteItemRequestMap = js.Dictionary[WriteRequests]\n  type BilledSizeBytes = Double\n  type BinaryAttributeValue = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BinarySetAttributeValue = js.Array[BinaryAttributeValue]\n  type BooleanAttributeValue = Boolean\n  type BooleanObject = Boolean\n  type ClientRequestToken = String\n  type ClientToken = String\n  type ConditionExpression = String\n  type ConsistentRead = Boolean\n  type ConsumedCapacityMultiple = js.Array[ConsumedCapacity]\n  type ConsumedCapacityUnits = Double\n  type ContributorInsightsRule = String\n  type ContributorInsightsRuleList = js.Array[ContributorInsightsRule]\n  type ContributorInsightsSummaries = js.Array[ContributorInsightsSummary]\n  type Date = js.Date\n  type Endpoints = js.Array[Endpoint]\n  type ExceptionDescription = String\n  type ExceptionName = String\n  type ExpectedAttributeMap = js.Dictionary[ExpectedAttributeValue]\n  type ExportArn = String\n  type ExportEndTime = js.Date\n  type ExportManifest = String\n  type ExportNextToken = String\n  type ExportStartTime = js.Date\n  type ExportSummaries = js.Array[ExportSummary]\n  type ExportTime = js.Date\n  type ExpressionAttributeNameMap = js.Dictionary[AttributeName]\n  type ExpressionAttributeNameVariable = String\n  type ExpressionAttributeValueMap = js.Dictionary[AttributeValue]\n  type ExpressionAttributeValueVariable = String\n  type FailureCode = String\n  type FailureMessage = String\n  type FilterConditionMap = js.Dictionary[Condition]\n  type GlobalSecondaryIndexAutoScalingUpdateList = js.Array[GlobalSecondaryIndexAutoScalingUpdate]\n  type GlobalSecondaryIndexDescriptionList = js.Array[GlobalSecondaryIndexDescription]\n  type GlobalSecondaryIndexList = js.Array[GlobalSecondaryIndex]\n  type GlobalSecondaryIndexUpdateList = js.Array[GlobalSecondaryIndexUpdate]\n  type GlobalSecondaryIndexes = js.Array[GlobalSecondaryIndexInfo]\n  type GlobalTableArnString = String\n  type GlobalTableGlobalSecondaryIndexSettingsUpdateList = js.Array[GlobalTableGlobalSecondaryIndexSettingsUpdate]\n  type GlobalTableList = js.Array[GlobalTable]\n  type IndexName = String\n  type IntegerObject = Int\n  type ItemCollectionKeyAttributeMap = js.Dictionary[AttributeValue]\n  type ItemCollectionMetricsMultiple = js.Array[ItemCollectionMetrics]\n  type ItemCollectionMetricsPerTable = js.Dictionary[ItemCollectionMetricsMultiple]\n  type ItemCollectionSizeEstimateBound = Double\n  type ItemCollectionSizeEstimateRange = js.Array[ItemCollectionSizeEstimateBound]\n  type ItemCount = Double\n  type ItemList = js.Array[AttributeMap]\n  type ItemResponseList = js.Array[ItemResponse]\n  type KMSMasterKeyArn = String\n  type KMSMasterKeyId = String\n  type Key = js.Dictionary[AttributeValue]\n  type KeyConditions = js.Dictionary[Condition]\n  type KeyExpression = String\n  type KeyList = js.Array[Key]\n  type KeySchema = js.Array[KeySchemaElement]\n  type KeySchemaAttributeName = String\n  type KinesisDataStreamDestinations = js.Array[KinesisDataStreamDestination]\n  type LastUpdateDateTime = js.Date\n  type ListAttributeValue = js.Array[AttributeValue]\n  type ListContributorInsightsLimit = Int\n  type ListExportsMaxLimit = Int\n  type ListTablesInputLimit = Int\n  type LocalSecondaryIndexDescriptionList = js.Array[LocalSecondaryIndexDescription]\n  type LocalSecondaryIndexList = js.Array[LocalSecondaryIndex]\n  type LocalSecondaryIndexes = js.Array[LocalSecondaryIndexInfo]\n  type MapAttributeValue = js.Dictionary[AttributeValue]\n  type NextTokenString = String\n  type NonKeyAttributeName = String\n  type NonKeyAttributeNameList = js.Array[NonKeyAttributeName]\n  type NonNegativeLongObject = Double\n  type NullAttributeValue = Boolean\n  type NumberAttributeValue = String\n  type NumberSetAttributeValue = js.Array[NumberAttributeValue]\n  type ParameterizedStatements = js.Array[ParameterizedStatement]\n  type PartiQLBatchRequest = js.Array[BatchStatementRequest]\n  type PartiQLBatchResponse = js.Array[BatchStatementResponse]\n  type PartiQLNextToken = String\n  type PartiQLStatement = String\n  type PositiveIntegerObject = Int\n  type PositiveLongObject = Double\n  type PreparedStatementParameters = js.Array[AttributeValue]\n  type ProjectionExpression = String\n  type PutItemInputAttributeMap = js.Dictionary[AttributeValue]\n  type RegionName = String\n  type ReplicaAutoScalingDescriptionList = js.Array[ReplicaAutoScalingDescription]\n  type ReplicaAutoScalingUpdateList = js.Array[ReplicaAutoScalingUpdate]\n  type ReplicaDescriptionList = js.Array[ReplicaDescription]\n  type ReplicaGlobalSecondaryIndexAutoScalingDescriptionList = js.Array[ReplicaGlobalSecondaryIndexAutoScalingDescription]\n  type ReplicaGlobalSecondaryIndexAutoScalingUpdateList = js.Array[ReplicaGlobalSecondaryIndexAutoScalingUpdate]\n  type ReplicaGlobalSecondaryIndexDescriptionList = js.Array[ReplicaGlobalSecondaryIndexDescription]\n  type ReplicaGlobalSecondaryIndexList = js.Array[ReplicaGlobalSecondaryIndex]\n  type ReplicaGlobalSecondaryIndexSettingsDescriptionList = js.Array[ReplicaGlobalSecondaryIndexSettingsDescription]\n  type ReplicaGlobalSecondaryIndexSettingsUpdateList = js.Array[ReplicaGlobalSecondaryIndexSettingsUpdate]\n  type ReplicaList = js.Array[Replica]\n  type ReplicaSettingsDescriptionList = js.Array[ReplicaSettingsDescription]\n  type ReplicaSettingsUpdateList = js.Array[ReplicaSettingsUpdate]\n  type ReplicaStatusDescription = String\n  type ReplicaStatusPercentProgress = String\n  type ReplicaUpdateList = js.Array[ReplicaUpdate]\n  type ReplicationGroupUpdateList = js.Array[ReplicationGroupUpdate]\n  type ResourceArnString = String\n  type RestoreInProgress = Boolean\n  type S3Bucket = String\n  type S3BucketOwner = String\n  type S3Prefix = String\n  type S3SseKmsKeyId = String\n  type SSEEnabled = Boolean\n  type ScanSegment = Int\n  type ScanTotalSegments = Int\n  type SecondaryIndexesCapacityMap = js.Dictionary[Capacity]\n  type StreamArn = String\n  type StreamEnabled = Boolean\n  type StringAttributeValue = String\n  type StringSetAttributeValue = js.Array[StringAttributeValue]\n  type TableArn = String\n  type TableCreationDateTime = js.Date\n  type TableId = String\n  type TableName = String\n  type TableNameList = js.Array[TableName]\n  type TagKeyList = js.Array[TagKeyString]\n  type TagKeyString = String\n  type TagList = js.Array[Tag]\n  type TagValueString = String\n  type TimeRangeLowerBound = js.Date\n  type TimeRangeUpperBound = js.Date\n  type TimeToLiveAttributeName = String\n  type TimeToLiveEnabled = Boolean\n  type TransactGetItemList = js.Array[TransactGetItem]\n  type TransactWriteItemList = js.Array[TransactWriteItem]\n  type UpdateExpression = String\n  type WriteRequests = js.Array[WriteRequest]\n\n  implicit final class DynamoDBOps(private val service: DynamoDB) extends AnyVal {\n\n    @inline def batchExecuteStatementFuture(params: BatchExecuteStatementInput): Future[BatchExecuteStatementOutput] = service.batchExecuteStatement(params).promise().toFuture\n    @inline def batchGetItemFuture(params: BatchGetItemInput): Future[BatchGetItemOutput] = service.batchGetItem(params).promise().toFuture\n    @inline def batchWriteItemFuture(params: BatchWriteItemInput): Future[BatchWriteItemOutput] = service.batchWriteItem(params).promise().toFuture\n    @inline def createBackupFuture(params: CreateBackupInput): Future[CreateBackupOutput] = service.createBackup(params).promise().toFuture\n    @inline def createGlobalTableFuture(params: CreateGlobalTableInput): Future[CreateGlobalTableOutput] = service.createGlobalTable(params).promise().toFuture\n    @inline def createTableFuture(params: CreateTableInput): Future[CreateTableOutput] = service.createTable(params).promise().toFuture\n    @inline def deleteBackupFuture(params: DeleteBackupInput): Future[DeleteBackupOutput] = service.deleteBackup(params).promise().toFuture\n    @inline def deleteItemFuture(params: DeleteItemInput): Future[DeleteItemOutput] = service.deleteItem(params).promise().toFuture\n    @inline def deleteTableFuture(params: DeleteTableInput): Future[DeleteTableOutput] = service.deleteTable(params).promise().toFuture\n    @inline def describeBackupFuture(params: DescribeBackupInput): Future[DescribeBackupOutput] = service.describeBackup(params).promise().toFuture\n    @inline def describeContinuousBackupsFuture(params: DescribeContinuousBackupsInput): Future[DescribeContinuousBackupsOutput] = service.describeContinuousBackups(params).promise().toFuture\n    @inline def describeContributorInsightsFuture(params: DescribeContributorInsightsInput): Future[DescribeContributorInsightsOutput] = service.describeContributorInsights(params).promise().toFuture\n    @inline def describeEndpointsFuture(params: DescribeEndpointsRequest): Future[DescribeEndpointsResponse] = service.describeEndpoints(params).promise().toFuture\n    @inline def describeExportFuture(params: DescribeExportInput): Future[DescribeExportOutput] = service.describeExport(params).promise().toFuture\n    @inline def describeGlobalTableFuture(params: DescribeGlobalTableInput): Future[DescribeGlobalTableOutput] = service.describeGlobalTable(params).promise().toFuture\n    @inline def describeGlobalTableSettingsFuture(params: DescribeGlobalTableSettingsInput): Future[DescribeGlobalTableSettingsOutput] = service.describeGlobalTableSettings(params).promise().toFuture\n    @inline def describeKinesisStreamingDestinationFuture(params: DescribeKinesisStreamingDestinationInput): Future[DescribeKinesisStreamingDestinationOutput] = service.describeKinesisStreamingDestination(params).promise().toFuture\n    @inline def describeLimitsFuture(params: DescribeLimitsInput): Future[DescribeLimitsOutput] = service.describeLimits(params).promise().toFuture\n    @inline def describeTableFuture(params: DescribeTableInput): Future[DescribeTableOutput] = service.describeTable(params).promise().toFuture\n    @inline def describeTableReplicaAutoScalingFuture(params: DescribeTableReplicaAutoScalingInput): Future[DescribeTableReplicaAutoScalingOutput] = service.describeTableReplicaAutoScaling(params).promise().toFuture\n    @inline def describeTimeToLiveFuture(params: DescribeTimeToLiveInput): Future[DescribeTimeToLiveOutput] = service.describeTimeToLive(params).promise().toFuture\n    @inline def disableKinesisStreamingDestinationFuture(params: KinesisStreamingDestinationInput): Future[KinesisStreamingDestinationOutput] = service.disableKinesisStreamingDestination(params).promise().toFuture\n    @inline def enableKinesisStreamingDestinationFuture(params: KinesisStreamingDestinationInput): Future[KinesisStreamingDestinationOutput] = service.enableKinesisStreamingDestination(params).promise().toFuture\n    @inline def executeStatementFuture(params: ExecuteStatementInput): Future[ExecuteStatementOutput] = service.executeStatement(params).promise().toFuture\n    @inline def executeTransactionFuture(params: ExecuteTransactionInput): Future[ExecuteTransactionOutput] = service.executeTransaction(params).promise().toFuture\n    @inline def exportTableToPointInTimeFuture(params: ExportTableToPointInTimeInput): Future[ExportTableToPointInTimeOutput] = service.exportTableToPointInTime(params).promise().toFuture\n    @inline def getItemFuture(params: GetItemInput): Future[GetItemOutput] = service.getItem(params).promise().toFuture\n    @inline def listBackupsFuture(params: ListBackupsInput): Future[ListBackupsOutput] = service.listBackups(params).promise().toFuture\n    @inline def listContributorInsightsFuture(params: ListContributorInsightsInput): Future[ListContributorInsightsOutput] = service.listContributorInsights(params).promise().toFuture\n    @inline def listExportsFuture(params: ListExportsInput): Future[ListExportsOutput] = service.listExports(params).promise().toFuture\n    @inline def listGlobalTablesFuture(params: ListGlobalTablesInput): Future[ListGlobalTablesOutput] = service.listGlobalTables(params).promise().toFuture\n    @inline def listTablesFuture(params: ListTablesInput): Future[ListTablesOutput] = service.listTables(params).promise().toFuture\n    @inline def listTagsOfResourceFuture(params: ListTagsOfResourceInput): Future[ListTagsOfResourceOutput] = service.listTagsOfResource(params).promise().toFuture\n    @inline def putItemFuture(params: PutItemInput): Future[PutItemOutput] = service.putItem(params).promise().toFuture\n    @inline def queryFuture(params: QueryInput): Future[QueryOutput] = service.query(params).promise().toFuture\n    @inline def restoreTableFromBackupFuture(params: RestoreTableFromBackupInput): Future[RestoreTableFromBackupOutput] = service.restoreTableFromBackup(params).promise().toFuture\n    @inline def restoreTableToPointInTimeFuture(params: RestoreTableToPointInTimeInput): Future[RestoreTableToPointInTimeOutput] = service.restoreTableToPointInTime(params).promise().toFuture\n    @inline def scanFuture(params: ScanInput): Future[ScanOutput] = service.scan(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def transactGetItemsFuture(params: TransactGetItemsInput): Future[TransactGetItemsOutput] = service.transactGetItems(params).promise().toFuture\n    @inline def transactWriteItemsFuture(params: TransactWriteItemsInput): Future[TransactWriteItemsOutput] = service.transactWriteItems(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateContinuousBackupsFuture(params: UpdateContinuousBackupsInput): Future[UpdateContinuousBackupsOutput] = service.updateContinuousBackups(params).promise().toFuture\n    @inline def updateContributorInsightsFuture(params: UpdateContributorInsightsInput): Future[UpdateContributorInsightsOutput] = service.updateContributorInsights(params).promise().toFuture\n    @inline def updateGlobalTableFuture(params: UpdateGlobalTableInput): Future[UpdateGlobalTableOutput] = service.updateGlobalTable(params).promise().toFuture\n    @inline def updateGlobalTableSettingsFuture(params: UpdateGlobalTableSettingsInput): Future[UpdateGlobalTableSettingsOutput] = service.updateGlobalTableSettings(params).promise().toFuture\n    @inline def updateItemFuture(params: UpdateItemInput): Future[UpdateItemOutput] = service.updateItem(params).promise().toFuture\n    @inline def updateTableFuture(params: UpdateTableInput): Future[UpdateTableOutput] = service.updateTable(params).promise().toFuture\n    @inline def updateTableReplicaAutoScalingFuture(params: UpdateTableReplicaAutoScalingInput): Future[UpdateTableReplicaAutoScalingOutput] = service.updateTableReplicaAutoScaling(params).promise().toFuture\n    @inline def updateTimeToLiveFuture(params: UpdateTimeToLiveInput): Future[UpdateTimeToLiveOutput] = service.updateTimeToLive(params).promise().toFuture\n\n  }\n\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/dynamodb\", \"Converter\", \"AWS.DynamoDB.Converter\")\n  object DynamoDBConverter extends js.Object {\n    def input(data: js.Any, options: DynamoDBConverterOptions = js.native): AttributeValue = js.native\n    def output(data: AttributeValue, options: DynamoDBConverterOptions = js.native): js.Any = js.native\n\n    def marshall(data: js.Object, options: DynamoDBConverterOptions = js.native): AttributeMap = js.native\n    def unmarshall(data: AttributeMap, options: DynamoDBConverterOptions = js.native): js.Object = js.native\n  }\n\n  trait DynamoDBSetWrapper[V] extends js.Object {\n    @js.annotation.JSName(\"type\")\n    def typeName: String\n    def wrapperName: String\n    def values: js.Array[V]\n  }\n\n  trait DynamoDBNumberSet extends DynamoDBSetWrapper[Double]\n  trait DynamoDBStringSet extends DynamoDBSetWrapper[String]\n  trait DynamoDBBinarySet extends DynamoDBSetWrapper[js.Any]\n\n  trait DynamoDBConverterOptions extends js.Object {\n    var convertEmptyValues: js.UndefOr[Boolean] = js.undefined\n    var wrapNumbers: js.UndefOr[Boolean] = js.undefined\n  }\n\n  object DynamoDBConverterOptions {\n    @inline def apply(\n        convertEmptyValues: js.UndefOr[Boolean] = js.undefined,\n        wrapNumbers: js.UndefOr[Boolean] = js.undefined\n    ): DynamoDBConverterOptions = {\n      val __obj = js.Dynamic.literal()\n      convertEmptyValues.foreach(__v => __obj.updateDynamic(\"convertEmptyValues\")(__v.asInstanceOf[js.Any]))\n      wrapNumbers.foreach(__v => __obj.updateDynamic(\"wrapNumbers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DynamoDBConverterOptions]\n    }\n  }\n}\n\npackage dynamodb {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/dynamodb\", JSImport.Namespace, \"AWS.DynamoDB\")\n  class DynamoDB() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchExecuteStatement(params: BatchExecuteStatementInput): Request[BatchExecuteStatementOutput] = js.native\n    def batchGetItem(params: BatchGetItemInput): Request[BatchGetItemOutput] = js.native\n    def batchWriteItem(params: BatchWriteItemInput): Request[BatchWriteItemOutput] = js.native\n    def createBackup(params: CreateBackupInput): Request[CreateBackupOutput] = js.native\n    def createGlobalTable(params: CreateGlobalTableInput): Request[CreateGlobalTableOutput] = js.native\n    def createTable(params: CreateTableInput): Request[CreateTableOutput] = js.native\n    def deleteBackup(params: DeleteBackupInput): Request[DeleteBackupOutput] = js.native\n    def deleteItem(params: DeleteItemInput): Request[DeleteItemOutput] = js.native\n    def deleteTable(params: DeleteTableInput): Request[DeleteTableOutput] = js.native\n    def describeBackup(params: DescribeBackupInput): Request[DescribeBackupOutput] = js.native\n    def describeContinuousBackups(params: DescribeContinuousBackupsInput): Request[DescribeContinuousBackupsOutput] = js.native\n    def describeContributorInsights(params: DescribeContributorInsightsInput): Request[DescribeContributorInsightsOutput] = js.native\n    def describeEndpoints(params: DescribeEndpointsRequest): Request[DescribeEndpointsResponse] = js.native\n    def describeExport(params: DescribeExportInput): Request[DescribeExportOutput] = js.native\n    def describeGlobalTable(params: DescribeGlobalTableInput): Request[DescribeGlobalTableOutput] = js.native\n    def describeGlobalTableSettings(params: DescribeGlobalTableSettingsInput): Request[DescribeGlobalTableSettingsOutput] = js.native\n    def describeKinesisStreamingDestination(params: DescribeKinesisStreamingDestinationInput): Request[DescribeKinesisStreamingDestinationOutput] = js.native\n    def describeLimits(params: DescribeLimitsInput): Request[DescribeLimitsOutput] = js.native\n    def describeTable(params: DescribeTableInput): Request[DescribeTableOutput] = js.native\n    def describeTableReplicaAutoScaling(params: DescribeTableReplicaAutoScalingInput): Request[DescribeTableReplicaAutoScalingOutput] = js.native\n    def describeTimeToLive(params: DescribeTimeToLiveInput): Request[DescribeTimeToLiveOutput] = js.native\n    def disableKinesisStreamingDestination(params: KinesisStreamingDestinationInput): Request[KinesisStreamingDestinationOutput] = js.native\n    def enableKinesisStreamingDestination(params: KinesisStreamingDestinationInput): Request[KinesisStreamingDestinationOutput] = js.native\n    def executeStatement(params: ExecuteStatementInput): Request[ExecuteStatementOutput] = js.native\n    def executeTransaction(params: ExecuteTransactionInput): Request[ExecuteTransactionOutput] = js.native\n    def exportTableToPointInTime(params: ExportTableToPointInTimeInput): Request[ExportTableToPointInTimeOutput] = js.native\n    def getItem(params: GetItemInput): Request[GetItemOutput] = js.native\n    def listBackups(params: ListBackupsInput): Request[ListBackupsOutput] = js.native\n    def listContributorInsights(params: ListContributorInsightsInput): Request[ListContributorInsightsOutput] = js.native\n    def listExports(params: ListExportsInput): Request[ListExportsOutput] = js.native\n    def listGlobalTables(params: ListGlobalTablesInput): Request[ListGlobalTablesOutput] = js.native\n    def listTables(params: ListTablesInput): Request[ListTablesOutput] = js.native\n    def listTagsOfResource(params: ListTagsOfResourceInput): Request[ListTagsOfResourceOutput] = js.native\n    def putItem(params: PutItemInput): Request[PutItemOutput] = js.native\n    def query(params: QueryInput): Request[QueryOutput] = js.native\n    def restoreTableFromBackup(params: RestoreTableFromBackupInput): Request[RestoreTableFromBackupOutput] = js.native\n    def restoreTableToPointInTime(params: RestoreTableToPointInTimeInput): Request[RestoreTableToPointInTimeOutput] = js.native\n    def scan(params: ScanInput): Request[ScanOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[js.Object] = js.native\n    def transactGetItems(params: TransactGetItemsInput): Request[TransactGetItemsOutput] = js.native\n    def transactWriteItems(params: TransactWriteItemsInput): Request[TransactWriteItemsOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[js.Object] = js.native\n    def updateContinuousBackups(params: UpdateContinuousBackupsInput): Request[UpdateContinuousBackupsOutput] = js.native\n    def updateContributorInsights(params: UpdateContributorInsightsInput): Request[UpdateContributorInsightsOutput] = js.native\n    def updateGlobalTable(params: UpdateGlobalTableInput): Request[UpdateGlobalTableOutput] = js.native\n    def updateGlobalTableSettings(params: UpdateGlobalTableSettingsInput): Request[UpdateGlobalTableSettingsOutput] = js.native\n    def updateItem(params: UpdateItemInput): Request[UpdateItemOutput] = js.native\n    def updateTable(params: UpdateTableInput): Request[UpdateTableOutput] = js.native\n    def updateTableReplicaAutoScaling(params: UpdateTableReplicaAutoScalingInput): Request[UpdateTableReplicaAutoScalingOutput] = js.native\n    def updateTimeToLive(params: UpdateTimeToLiveInput): Request[UpdateTimeToLiveOutput] = js.native\n  }\n\n  \/** Contains details of a table archival operation.\n    *\/\n  @js.native\n  trait ArchivalSummary extends js.Object {\n    var ArchivalBackupArn: js.UndefOr[BackupArn]\n    var ArchivalDateTime: js.UndefOr[Date]\n    var ArchivalReason: js.UndefOr[ArchivalReason]\n  }\n\n  object ArchivalSummary {\n    @inline\n    def apply(\n        ArchivalBackupArn: js.UndefOr[BackupArn] = js.undefined,\n        ArchivalDateTime: js.UndefOr[Date] = js.undefined,\n        ArchivalReason: js.UndefOr[ArchivalReason] = js.undefined\n    ): ArchivalSummary = {\n      val __obj = js.Dynamic.literal()\n      ArchivalBackupArn.foreach(__v => __obj.updateDynamic(\"ArchivalBackupArn\")(__v.asInstanceOf[js.Any]))\n      ArchivalDateTime.foreach(__v => __obj.updateDynamic(\"ArchivalDateTime\")(__v.asInstanceOf[js.Any]))\n      ArchivalReason.foreach(__v => __obj.updateDynamic(\"ArchivalReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchivalSummary]\n    }\n  }\n\n  @js.native\n  sealed trait AttributeAction extends js.Any\n  object AttributeAction {\n    val ADD = \"ADD\".asInstanceOf[AttributeAction]\n    val PUT = \"PUT\".asInstanceOf[AttributeAction]\n    val DELETE = \"DELETE\".asInstanceOf[AttributeAction]\n\n    @inline def values = js.Array(ADD, PUT, DELETE)\n  }\n\n  \/** Represents an attribute for describing the key schema for the table and indexes.\n    *\/\n  @js.native\n  trait AttributeDefinition extends js.Object {\n    var AttributeName: KeySchemaAttributeName\n    var AttributeType: ScalarAttributeType\n  }\n\n  object AttributeDefinition {\n    @inline\n    def apply(\n        AttributeName: KeySchemaAttributeName,\n        AttributeType: ScalarAttributeType\n    ): AttributeDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"AttributeType\" -> AttributeType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttributeDefinition]\n    }\n  }\n\n  \/** Represents the data for an attribute. Each attribute value is described as a name-value pair. The name is the data type, and the value is the data itself. For more information, see [[https:\/\/docs.aws.amazon.com\/amazondynamodb\/latest\/developerguide\/HowItWorks.NamingRulesDataTypes.html#HowItWorks.DataTypes|Data Types]] in the <i>Amazon DynamoDB Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait AttributeValue extends js.Object {\n    var B: js.UndefOr[BinaryAttributeValue]\n    var BOOL: js.UndefOr[BooleanAttributeValue]\n    var BS: js.UndefOr[BinarySetAttributeValue]\n    var L: js.UndefOr[ListAttributeValue]\n    var M: js.UndefOr[MapAttributeValue]\n    var N: js.UndefOr[NumberAttributeValue]\n    var NS: js.UndefOr[NumberSetAttributeValue]\n    var NULL: js.UndefOr[NullAttributeValue]\n    var S: js.UndefOr[StringAttributeValue]\n    var SS: js.UndefOr[StringSetAttributeValue]\n  }\n\n  object AttributeValue {\n    @inline\n    def apply(\n        B: js.UndefOr[BinaryAttributeValue] = js.undefined,\n        BOOL: js.UndefOr[BooleanAttributeValue] = js.undefined,\n        BS: js.UndefOr[BinarySetAttributeValue] = js.undefined,\n        L: js.UndefOr[ListAttributeValue] = js.undefined,\n        M: js.UndefOr[MapAttributeValue] = js.undefined,\n        N: js.UndefOr[NumberAttributeValue] = js.undefined,\n        NS: js.UndefOr[NumberSetAttributeValue] = js.undefined,\n        NULL: js.UndefOr[NullAttributeValue] = js.undefined,\n        S: js.UndefOr[StringAttributeValue] = js.undefined,\n        SS: js.UndefOr[StringSetAttributeValue] = js.undefined\n    ): AttributeValue = {\n      val __obj = js.Dynamic.literal()\n      B.foreach(__v => __obj.updateDynamic(\"B\")(__v.asInstanceOf[js.Any]))\n      BOOL.foreach(__v => __obj.updateDynamic(\"BOOL\")(__v.asInstanceOf[js.Any]))\n      BS.foreach(__v => __obj.updateDynamic(\"BS\")(__v.asInstanceOf[js.Any]))\n      L.foreach(__v => __obj.updateDynamic(\"L\")(__v.asInstanceOf[js.Any]))\n      M.foreach(__v => __obj.updateDynamic(\"M\")(__v.asInstanceOf[js.Any]))\n      N.foreach(__v => __obj.updateDynamic(\"N\")(__v.asInstanceOf[js.Any]))\n      NS.foreach(__v => __obj.updateDynamic(\"NS\")(__v.asInstanceOf[js.Any]))\n      NULL.foreach(__v => __obj.updateDynamic(\"NULL\")(__v.asInstanceOf[js.Any]))\n      S.foreach(__v => __obj.updateDynamic(\"S\")(__v.asInstanceOf[js.Any]))\n      SS.foreach(__v => __obj.updateDynamic(\"SS\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttributeValue]\n    }\n    def S(value: StringAttributeValue): AttributeValue = js.Dynamic.literal(\"S\" -> value).asInstanceOf[AttributeValue]\n    def NFromInt(value: Int): AttributeValue = js.Dynamic.literal(\"N\" -> value.toString).asInstanceOf[AttributeValue]\n    def NFromLong(value: Long): AttributeValue = js.Dynamic.literal(\"N\" -> value.toString).asInstanceOf[AttributeValue]\n    def NFromDouble(value: Double): AttributeValue = js.Dynamic.literal(\"N\" -> value.toString).asInstanceOf[AttributeValue]\n    def NFromBigInt(value: BigInt): AttributeValue = js.Dynamic.literal(\"N\" -> value.toString).asInstanceOf[AttributeValue]\n    def NFromBigDecimal(value: BigDecimal): AttributeValue = js.Dynamic.literal(\"N\" -> value.toString).asInstanceOf[AttributeValue]\n    def BOOL(value: BooleanAttributeValue): AttributeValue = js.Dynamic.literal(\"BOOL\" -> value).asInstanceOf[AttributeValue]\n    def M(value: js.UndefOr[MapAttributeValue]): AttributeValue = if (value.isEmpty) AttributeValue.NULL(true) else js.Dynamic.literal(\"M\" -> value).asInstanceOf[AttributeValue]\n    def M(value: Option[MapAttributeValue]): AttributeValue = if (value.isEmpty) AttributeValue.NULL(true) else js.Dynamic.literal(\"M\" -> value.get).asInstanceOf[AttributeValue]\n    def MFromMap[T](value: Map[String, T])(implicit valueType: AttributeValueMapper[T]): AttributeValue = AttributeValueMapper.AttributeValueTypeMapT[T].apply(value)\n    def L(value: ListAttributeValue): AttributeValue = js.Dynamic.literal(\"L\" -> value).asInstanceOf[AttributeValue]\n    def LFromSeq[T](value: Seq[T])(implicit valueType: AttributeValueMapper[T]): AttributeValue = AttributeValueMapper.AttributeValueTypeSeqT[T].apply(value)\n    def NULL(value: NullAttributeValue): AttributeValue = js.Dynamic.literal(\"NULL\" -> value).asInstanceOf[AttributeValue]\n    def B(value: BinaryAttributeValue): AttributeValue = js.Dynamic.literal(\"B\" -> value.asInstanceOf[js.Any]).asInstanceOf[AttributeValue]\n    def NS(value: NumberSetAttributeValue): AttributeValue = js.Dynamic.literal(\"NS\" -> value).asInstanceOf[AttributeValue]\n    def BS(value: BinarySetAttributeValue): AttributeValue = js.Dynamic.literal(\"BS\" -> value).asInstanceOf[AttributeValue]\n    def SS(value: StringSetAttributeValue): AttributeValue = js.Dynamic.literal(\"SS\" -> value).asInstanceOf[AttributeValue]\n\n    def OptionAsValueOrNull[T](opt: Option[T])(implicit valueType: AttributeValueMapper[T]): AttributeValue = {\n      opt match {\n        case None    => NULL(true)\n        case Some(s) => valueType(s)\n      }\n    }\n    def OptionAsList[T](opt: Option[T])(implicit valueType: AttributeValueMapper[T]): AttributeValue = {\n      opt match {\n        case None    => js.Dynamic.literal(\"L\" -> js.Array()).asInstanceOf[AttributeValue]\n        case Some(s) => js.Dynamic.literal(\"L\" -> js.Array(valueType(s))).asInstanceOf[AttributeValue]\n      }\n    }\n  }\n\n  \/** For the <code>UpdateItem<\/code> operation, represents the attributes to be modified, the action to perform on each, and the new value for each.\n    *\n    * '''Note:'''You cannot use <code>UpdateItem<\/code> to update any primary key attributes. Instead, you will need to delete the item, and then use <code>PutItem<\/code> to create a new item with new attributes. Attribute values cannot be null; string and binary type attributes must have lengths greater than zero; and set type attributes must not be empty. Requests with empty values will be rejected with a <code>ValidationException<\/code> exception.\n    *\/\n  @js.native\n  trait AttributeValueUpdate extends js.Object {\n    var Action: js.UndefOr[AttributeAction]\n    var Value: js.UndefOr[AttributeValue]\n  }\n\n  object AttributeValueUpdate {\n    @inline\n    def apply(\n        Action: js.UndefOr[AttributeAction] = js.undefined,\n        Value: js.UndefOr[AttributeValue] = js.undefined\n    ): AttributeValueUpdate = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttributeValueUpdate]\n    }\n  }\n\n  \/** Represents the properties of the scaling policy.\n    *\/\n  @js.native\n  trait AutoScalingPolicyDescription extends js.Object {\n    var PolicyName: js.UndefOr[AutoScalingPolicyName]\n    var TargetTrackingScalingPolicyConfiguration: js.UndefOr[AutoScalingTargetTrackingScalingPolicyConfigurationDescription]\n  }\n\n  object AutoScalingPolicyDescription {\n    @inline\n    def apply(\n        PolicyName: js.UndefOr[AutoScalingPolicyName] = js.undefined,\n        TargetTrackingScalingPolicyConfiguration: js.UndefOr[AutoScalingTargetTrackingScalingPolicyConfigurationDescription] = js.undefined\n    ): AutoScalingPolicyDescription = {\n      val __obj = js.Dynamic.literal()\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      TargetTrackingScalingPolicyConfiguration.foreach(__v => __obj.updateDynamic(\"TargetTrackingScalingPolicyConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingPolicyDescription]\n    }\n  }\n\n  \/** Represents the auto scaling policy to be modified.\n    *\/\n  @js.native\n  trait AutoScalingPolicyUpdate extends js.Object {\n    var TargetTrackingScalingPolicyConfiguration: AutoScalingTargetTrackingScalingPolicyConfigurationUpdate\n    var PolicyName: js.UndefOr[AutoScalingPolicyName]\n  }\n\n  object AutoScalingPolicyUpdate {\n    @inline\n    def apply(\n        TargetTrackingScalingPolicyConfiguration: AutoScalingTargetTrackingScalingPolicyConfigurationUpdate,\n        PolicyName: js.UndefOr[AutoScalingPolicyName] = js.undefined\n    ): AutoScalingPolicyUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"TargetTrackingScalingPolicyConfiguration\" -> TargetTrackingScalingPolicyConfiguration.asInstanceOf[js.Any]\n      )\n\n      PolicyName.foreach(__v => __obj.updateDynamic(\"PolicyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingPolicyUpdate]\n    }\n  }\n\n  \/** Represents the auto scaling settings for a global table or global secondary index.\n    *\/\n  @js.native\n  trait AutoScalingSettingsDescription extends js.Object {\n    var AutoScalingDisabled: js.UndefOr[BooleanObject]\n    var AutoScalingRoleArn: js.UndefOr[String]\n    var MaximumUnits: js.UndefOr[PositiveLongObject]\n    var MinimumUnits: js.UndefOr[PositiveLongObject]\n    var ScalingPolicies: js.UndefOr[AutoScalingPolicyDescriptionList]\n  }\n\n  object AutoScalingSettingsDescription {\n    @inline\n    def apply(\n        AutoScalingDisabled: js.UndefOr[BooleanObject] = js.undefined,\n        AutoScalingRoleArn: js.UndefOr[String] = js.undefined,\n        MaximumUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        MinimumUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        ScalingPolicies: js.UndefOr[AutoScalingPolicyDescriptionList] = js.undefined\n    ): AutoScalingSettingsDescription = {\n      val __obj = js.Dynamic.literal()\n      AutoScalingDisabled.foreach(__v => __obj.updateDynamic(\"AutoScalingDisabled\")(__v.asInstanceOf[js.Any]))\n      AutoScalingRoleArn.foreach(__v => __obj.updateDynamic(\"AutoScalingRoleArn\")(__v.asInstanceOf[js.Any]))\n      MaximumUnits.foreach(__v => __obj.updateDynamic(\"MaximumUnits\")(__v.asInstanceOf[js.Any]))\n      MinimumUnits.foreach(__v => __obj.updateDynamic(\"MinimumUnits\")(__v.asInstanceOf[js.Any]))\n      ScalingPolicies.foreach(__v => __obj.updateDynamic(\"ScalingPolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingSettingsDescription]\n    }\n  }\n\n  \/** Represents the auto scaling settings to be modified for a global table or global secondary index.\n    *\/\n  @js.native\n  trait AutoScalingSettingsUpdate extends js.Object {\n    var AutoScalingDisabled: js.UndefOr[BooleanObject]\n    var AutoScalingRoleArn: js.UndefOr[AutoScalingRoleArn]\n    var MaximumUnits: js.UndefOr[PositiveLongObject]\n    var MinimumUnits: js.UndefOr[PositiveLongObject]\n    var ScalingPolicyUpdate: js.UndefOr[AutoScalingPolicyUpdate]\n  }\n\n  object AutoScalingSettingsUpdate {\n    @inline\n    def apply(\n        AutoScalingDisabled: js.UndefOr[BooleanObject] = js.undefined,\n        AutoScalingRoleArn: js.UndefOr[AutoScalingRoleArn] = js.undefined,\n        MaximumUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        MinimumUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        ScalingPolicyUpdate: js.UndefOr[AutoScalingPolicyUpdate] = js.undefined\n    ): AutoScalingSettingsUpdate = {\n      val __obj = js.Dynamic.literal()\n      AutoScalingDisabled.foreach(__v => __obj.updateDynamic(\"AutoScalingDisabled\")(__v.asInstanceOf[js.Any]))\n      AutoScalingRoleArn.foreach(__v => __obj.updateDynamic(\"AutoScalingRoleArn\")(__v.asInstanceOf[js.Any]))\n      MaximumUnits.foreach(__v => __obj.updateDynamic(\"MaximumUnits\")(__v.asInstanceOf[js.Any]))\n      MinimumUnits.foreach(__v => __obj.updateDynamic(\"MinimumUnits\")(__v.asInstanceOf[js.Any]))\n      ScalingPolicyUpdate.foreach(__v => __obj.updateDynamic(\"ScalingPolicyUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingSettingsUpdate]\n    }\n  }\n\n  \/** Represents the properties of a target tracking scaling policy.\n    *\/\n  @js.native\n  trait AutoScalingTargetTrackingScalingPolicyConfigurationDescription extends js.Object {\n    var TargetValue: Double\n    var DisableScaleIn: js.UndefOr[BooleanObject]\n    var ScaleInCooldown: js.UndefOr[IntegerObject]\n    var ScaleOutCooldown: js.UndefOr[IntegerObject]\n  }\n\n  object AutoScalingTargetTrackingScalingPolicyConfigurationDescription {\n    @inline\n    def apply(\n        TargetValue: Double,\n        DisableScaleIn: js.UndefOr[BooleanObject] = js.undefined,\n        ScaleInCooldown: js.UndefOr[IntegerObject] = js.undefined,\n        ScaleOutCooldown: js.UndefOr[IntegerObject] = js.undefined\n    ): AutoScalingTargetTrackingScalingPolicyConfigurationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"TargetValue\" -> TargetValue.asInstanceOf[js.Any]\n      )\n\n      DisableScaleIn.foreach(__v => __obj.updateDynamic(\"DisableScaleIn\")(__v.asInstanceOf[js.Any]))\n      ScaleInCooldown.foreach(__v => __obj.updateDynamic(\"ScaleInCooldown\")(__v.asInstanceOf[js.Any]))\n      ScaleOutCooldown.foreach(__v => __obj.updateDynamic(\"ScaleOutCooldown\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingTargetTrackingScalingPolicyConfigurationDescription]\n    }\n  }\n\n  \/** Represents the settings of a target tracking scaling policy that will be modified.\n    *\/\n  @js.native\n  trait AutoScalingTargetTrackingScalingPolicyConfigurationUpdate extends js.Object {\n    var TargetValue: Double\n    var DisableScaleIn: js.UndefOr[BooleanObject]\n    var ScaleInCooldown: js.UndefOr[IntegerObject]\n    var ScaleOutCooldown: js.UndefOr[IntegerObject]\n  }\n\n  object AutoScalingTargetTrackingScalingPolicyConfigurationUpdate {\n    @inline\n    def apply(\n        TargetValue: Double,\n        DisableScaleIn: js.UndefOr[BooleanObject] = js.undefined,\n        ScaleInCooldown: js.UndefOr[IntegerObject] = js.undefined,\n        ScaleOutCooldown: js.UndefOr[IntegerObject] = js.undefined\n    ): AutoScalingTargetTrackingScalingPolicyConfigurationUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"TargetValue\" -> TargetValue.asInstanceOf[js.Any]\n      )\n\n      DisableScaleIn.foreach(__v => __obj.updateDynamic(\"DisableScaleIn\")(__v.asInstanceOf[js.Any]))\n      ScaleInCooldown.foreach(__v => __obj.updateDynamic(\"ScaleInCooldown\")(__v.asInstanceOf[js.Any]))\n      ScaleOutCooldown.foreach(__v => __obj.updateDynamic(\"ScaleOutCooldown\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingTargetTrackingScalingPolicyConfigurationUpdate]\n    }\n  }\n\n  \/** Contains the description of the backup created for the table.\n    *\/\n  @js.native\n  trait BackupDescription extends js.Object {\n    var BackupDetails: js.UndefOr[BackupDetails]\n    var SourceTableDetails: js.UndefOr[SourceTableDetails]\n    var SourceTableFeatureDetails: js.UndefOr[SourceTableFeatureDetails]\n  }\n\n  object BackupDescription {\n    @inline\n    def apply(\n        BackupDetails: js.UndefOr[BackupDetails] = js.undefined,\n        SourceTableDetails: js.UndefOr[SourceTableDetails] = js.undefined,\n        SourceTableFeatureDetails: js.UndefOr[SourceTableFeatureDetails] = js.undefined\n    ): BackupDescription = {\n      val __obj = js.Dynamic.literal()\n      BackupDetails.foreach(__v => __obj.updateDynamic(\"BackupDetails\")(__v.asInstanceOf[js.Any]))\n      SourceTableDetails.foreach(__v => __obj.updateDynamic(\"SourceTableDetails\")(__v.asInstanceOf[js.Any]))\n      SourceTableFeatureDetails.foreach(__v => __obj.updateDynamic(\"SourceTableFeatureDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackupDescription]\n    }\n  }\n\n  \/** Contains the details of the backup created for the table.\n    *\/\n  @js.native\n  trait BackupDetails extends js.Object {\n    var BackupArn: BackupArn\n    var BackupCreationDateTime: BackupCreationDateTime\n    var BackupName: BackupName\n    var BackupStatus: BackupStatus\n    var BackupType: BackupType\n    var BackupExpiryDateTime: js.UndefOr[Date]\n    var BackupSizeBytes: js.UndefOr[BackupSizeBytes]\n  }\n\n  object BackupDetails {\n    @inline\n    def apply(\n        BackupArn: BackupArn,\n        BackupCreationDateTime: BackupCreationDateTime,\n        BackupName: BackupName,\n        BackupStatus: BackupStatus,\n        BackupType: BackupType,\n        BackupExpiryDateTime: js.UndefOr[Date] = js.undefined,\n        BackupSizeBytes: js.UndefOr[BackupSizeBytes] = js.undefined\n    ): BackupDetails = {\n      val __obj = js.Dynamic.literal(\n        \"BackupArn\" -> BackupArn.asInstanceOf[js.Any],\n        \"BackupCreationDateTime\" -> BackupCreationDateTime.asInstanceOf[js.Any],\n        \"BackupName\" -> BackupName.asInstanceOf[js.Any],\n        \"BackupStatus\" -> BackupStatus.asInstanceOf[js.Any],\n        \"BackupType\" -> BackupType.asInstanceOf[js.Any]\n      )\n\n      BackupExpiryDateTime.foreach(__v => __obj.updateDynamic(\"BackupExpiryDateTime\")(__v.asInstanceOf[js.Any]))\n      BackupSizeBytes.foreach(__v => __obj.updateDynamic(\"BackupSizeBytes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackupDetails]\n    }\n  }\n\n  @js.native\n  sealed trait BackupStatus extends js.Any\n  object BackupStatus {\n    val CREATING = \"CREATING\".asInstanceOf[BackupStatus]\n    val DELETED = \"DELETED\".asInstanceOf[BackupStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[BackupStatus]\n\n    @inline def values = js.Array(CREATING, DELETED, AVAILABLE)\n  }\n\n  \/** Contains details for the backup.\n    *\/\n  @js.native\n  trait BackupSummary extends js.Object {\n    var BackupArn: js.UndefOr[BackupArn]\n    var BackupCreationDateTime: js.UndefOr[BackupCreationDateTime]\n    var BackupExpiryDateTime: js.UndefOr[Date]\n    var BackupName: js.UndefOr[BackupName]\n    var BackupSizeBytes: js.UndefOr[BackupSizeBytes]\n    var BackupStatus: js.UndefOr[BackupStatus]\n    var BackupType: js.UndefOr[BackupType]\n    var TableArn: js.UndefOr[TableArn]\n    var TableId: js.UndefOr[TableId]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object BackupSummary {\n    @inline\n    def apply(\n        BackupArn: js.UndefOr[BackupArn] = js.undefined,\n        BackupCreationDateTime: js.UndefOr[BackupCreationDateTime] = js.undefined,\n        BackupExpiryDateTime: js.UndefOr[Date] = js.undefined,\n        BackupName: js.UndefOr[BackupName] = js.undefined,\n        BackupSizeBytes: js.UndefOr[BackupSizeBytes] = js.undefined,\n        BackupStatus: js.UndefOr[BackupStatus] = js.undefined,\n        BackupType: js.UndefOr[BackupType] = js.undefined,\n        TableArn: js.UndefOr[TableArn] = js.undefined,\n        TableId: js.UndefOr[TableId] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): BackupSummary = {\n      val __obj = js.Dynamic.literal()\n      BackupArn.foreach(__v => __obj.updateDynamic(\"BackupArn\")(__v.asInstanceOf[js.Any]))\n      BackupCreationDateTime.foreach(__v => __obj.updateDynamic(\"BackupCreationDateTime\")(__v.asInstanceOf[js.Any]))\n      BackupExpiryDateTime.foreach(__v => __obj.updateDynamic(\"BackupExpiryDateTime\")(__v.asInstanceOf[js.Any]))\n      BackupName.foreach(__v => __obj.updateDynamic(\"BackupName\")(__v.asInstanceOf[js.Any]))\n      BackupSizeBytes.foreach(__v => __obj.updateDynamic(\"BackupSizeBytes\")(__v.asInstanceOf[js.Any]))\n      BackupStatus.foreach(__v => __obj.updateDynamic(\"BackupStatus\")(__v.asInstanceOf[js.Any]))\n      BackupType.foreach(__v => __obj.updateDynamic(\"BackupType\")(__v.asInstanceOf[js.Any]))\n      TableArn.foreach(__v => __obj.updateDynamic(\"TableArn\")(__v.asInstanceOf[js.Any]))\n      TableId.foreach(__v => __obj.updateDynamic(\"TableId\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackupSummary]\n    }\n  }\n\n  @js.native\n  sealed trait BackupType extends js.Any\n  object BackupType {\n    val USER = \"USER\".asInstanceOf[BackupType]\n    val SYSTEM = \"SYSTEM\".asInstanceOf[BackupType]\n    val AWS_BACKUP = \"AWS_BACKUP\".asInstanceOf[BackupType]\n\n    @inline def values = js.Array(USER, SYSTEM, AWS_BACKUP)\n  }\n\n  @js.native\n  sealed trait BackupTypeFilter extends js.Any\n  object BackupTypeFilter {\n    val USER = \"USER\".asInstanceOf[BackupTypeFilter]\n    val SYSTEM = \"SYSTEM\".asInstanceOf[BackupTypeFilter]\n    val AWS_BACKUP = \"AWS_BACKUP\".asInstanceOf[BackupTypeFilter]\n    val ALL = \"ALL\".asInstanceOf[BackupTypeFilter]\n\n    @inline def values = js.Array(USER, SYSTEM, AWS_BACKUP, ALL)\n  }\n\n  @js.native\n  trait BatchExecuteStatementInput extends js.Object {\n    var Statements: PartiQLBatchRequest\n  }\n\n  object BatchExecuteStatementInput {\n    @inline\n    def apply(\n        Statements: PartiQLBatchRequest\n    ): BatchExecuteStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"Statements\" -> Statements.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchExecuteStatementInput]\n    }\n  }\n\n  @js.native\n  trait BatchExecuteStatementOutput extends js.Object {\n    var Responses: js.UndefOr[PartiQLBatchResponse]\n  }\n\n  object BatchExecuteStatementOutput {\n    @inline\n    def apply(\n        Responses: js.UndefOr[PartiQLBatchResponse] = js.undefined\n    ): BatchExecuteStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchExecuteStatementOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetItem<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetItemInput extends js.Object {\n    var RequestItems: BatchGetRequestMap\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n  }\n\n  object BatchGetItemInput {\n    @inline\n    def apply(\n        RequestItems: BatchGetRequestMap,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined\n    ): BatchGetItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"RequestItems\" -> RequestItems.asInstanceOf[js.Any]\n      )\n\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetItemInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetItem<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetItemOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple]\n    var Responses: js.UndefOr[BatchGetResponseMap]\n    var UnprocessedKeys: js.UndefOr[BatchGetRequestMap]\n  }\n\n  object BatchGetItemOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple] = js.undefined,\n        Responses: js.UndefOr[BatchGetResponseMap] = js.undefined,\n        UnprocessedKeys: js.UndefOr[BatchGetRequestMap] = js.undefined\n    ): BatchGetItemOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      UnprocessedKeys.foreach(__v => __obj.updateDynamic(\"UnprocessedKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetItemOutput]\n    }\n  }\n\n  \/** An error associated with a statement in a PartiQL batch that was run.\n    *\/\n  @js.native\n  trait BatchStatementError extends js.Object {\n    var Code: js.UndefOr[BatchStatementErrorCodeEnum]\n    var Message: js.UndefOr[String]\n  }\n\n  object BatchStatementError {\n    @inline\n    def apply(\n        Code: js.UndefOr[BatchStatementErrorCodeEnum] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined\n    ): BatchStatementError = {\n      val __obj = js.Dynamic.literal()\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStatementError]\n    }\n  }\n\n  @js.native\n  sealed trait BatchStatementErrorCodeEnum extends js.Any\n  object BatchStatementErrorCodeEnum {\n    val ConditionalCheckFailed = \"ConditionalCheckFailed\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val ItemCollectionSizeLimitExceeded = \"ItemCollectionSizeLimitExceeded\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val RequestLimitExceeded = \"RequestLimitExceeded\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val ValidationError = \"ValidationError\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val ProvisionedThroughputExceeded = \"ProvisionedThroughputExceeded\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val TransactionConflict = \"TransactionConflict\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val ThrottlingError = \"ThrottlingError\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val InternalServerError = \"InternalServerError\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val ResourceNotFound = \"ResourceNotFound\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val AccessDenied = \"AccessDenied\".asInstanceOf[BatchStatementErrorCodeEnum]\n    val DuplicateItem = \"DuplicateItem\".asInstanceOf[BatchStatementErrorCodeEnum]\n\n    @inline def values = js.Array(\n      ConditionalCheckFailed,\n      ItemCollectionSizeLimitExceeded,\n      RequestLimitExceeded,\n      ValidationError,\n      ProvisionedThroughputExceeded,\n      TransactionConflict,\n      ThrottlingError,\n      InternalServerError,\n      ResourceNotFound,\n      AccessDenied,\n      DuplicateItem\n    )\n  }\n\n  \/** A PartiQL batch statement request.\n    *\/\n  @js.native\n  trait BatchStatementRequest extends js.Object {\n    var Statement: PartiQLStatement\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var Parameters: js.UndefOr[PreparedStatementParameters]\n  }\n\n  object BatchStatementRequest {\n    @inline\n    def apply(\n        Statement: PartiQLStatement,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        Parameters: js.UndefOr[PreparedStatementParameters] = js.undefined\n    ): BatchStatementRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Statement\" -> Statement.asInstanceOf[js.Any]\n      )\n\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStatementRequest]\n    }\n  }\n\n  \/** A PartiQL batch statement response..\n    *\/\n  @js.native\n  trait BatchStatementResponse extends js.Object {\n    var Error: js.UndefOr[BatchStatementError]\n    var Item: js.UndefOr[AttributeMap]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object BatchStatementResponse {\n    @inline\n    def apply(\n        Error: js.UndefOr[BatchStatementError] = js.undefined,\n        Item: js.UndefOr[AttributeMap] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): BatchStatementResponse = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      Item.foreach(__v => __obj.updateDynamic(\"Item\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStatementResponse]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchWriteItem<\/code> operation.\n    *\/\n  @js.native\n  trait BatchWriteItemInput extends js.Object {\n    var RequestItems: BatchWriteItemRequestMap\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics]\n  }\n\n  object BatchWriteItemInput {\n    @inline\n    def apply(\n        RequestItems: BatchWriteItemRequestMap,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics] = js.undefined\n    ): BatchWriteItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"RequestItems\" -> RequestItems.asInstanceOf[js.Any]\n      )\n\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ReturnItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ReturnItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchWriteItemInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchWriteItem<\/code> operation.\n    *\/\n  @js.native\n  trait BatchWriteItemOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple]\n    var ItemCollectionMetrics: js.UndefOr[ItemCollectionMetricsPerTable]\n    var UnprocessedItems: js.UndefOr[BatchWriteItemRequestMap]\n  }\n\n  object BatchWriteItemOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple] = js.undefined,\n        ItemCollectionMetrics: js.UndefOr[ItemCollectionMetricsPerTable] = js.undefined,\n        UnprocessedItems: js.UndefOr[BatchWriteItemRequestMap] = js.undefined\n    ): BatchWriteItemOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      UnprocessedItems.foreach(__v => __obj.updateDynamic(\"UnprocessedItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchWriteItemOutput]\n    }\n  }\n\n  @js.native\n  sealed trait BillingMode extends js.Any\n  object BillingMode {\n    val PROVISIONED = \"PROVISIONED\".asInstanceOf[BillingMode]\n    val PAY_PER_REQUEST = \"PAY_PER_REQUEST\".asInstanceOf[BillingMode]\n\n    @inline def values = js.Array(PROVISIONED, PAY_PER_REQUEST)\n  }\n\n  \/** Contains the details for the read\/write capacity mode.\n    *\/\n  @js.native\n  trait BillingModeSummary extends js.Object {\n    var BillingMode: js.UndefOr[BillingMode]\n    var LastUpdateToPayPerRequestDateTime: js.UndefOr[Date]\n  }\n\n  object BillingModeSummary {\n    @inline\n    def apply(\n        BillingMode: js.UndefOr[BillingMode] = js.undefined,\n        LastUpdateToPayPerRequestDateTime: js.UndefOr[Date] = js.undefined\n    ): BillingModeSummary = {\n      val __obj = js.Dynamic.literal()\n      BillingMode.foreach(__v => __obj.updateDynamic(\"BillingMode\")(__v.asInstanceOf[js.Any]))\n      LastUpdateToPayPerRequestDateTime.foreach(__v => __obj.updateDynamic(\"LastUpdateToPayPerRequestDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BillingModeSummary]\n    }\n  }\n\n  \/** Represents the amount of provisioned throughput capacity consumed on a table or an index.\n    *\/\n  @js.native\n  trait Capacity extends js.Object {\n    var CapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n    var ReadCapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n    var WriteCapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n  }\n\n  object Capacity {\n    @inline\n    def apply(\n        CapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined,\n        ReadCapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined,\n        WriteCapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined\n    ): Capacity = {\n      val __obj = js.Dynamic.literal()\n      CapacityUnits.foreach(__v => __obj.updateDynamic(\"CapacityUnits\")(__v.asInstanceOf[js.Any]))\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      WriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"WriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Capacity]\n    }\n  }\n\n  @js.native\n  sealed trait ComparisonOperator extends js.Any\n  object ComparisonOperator {\n    val EQ = \"EQ\".asInstanceOf[ComparisonOperator]\n    val NE = \"NE\".asInstanceOf[ComparisonOperator]\n    val IN = \"IN\".asInstanceOf[ComparisonOperator]\n    val LE = \"LE\".asInstanceOf[ComparisonOperator]\n    val LT = \"LT\".asInstanceOf[ComparisonOperator]\n    val GE = \"GE\".asInstanceOf[ComparisonOperator]\n    val GT = \"GT\".asInstanceOf[ComparisonOperator]\n    val BETWEEN = \"BETWEEN\".asInstanceOf[ComparisonOperator]\n    val NOT_NULL = \"NOT_NULL\".asInstanceOf[ComparisonOperator]\n    val NULL = \"NULL\".asInstanceOf[ComparisonOperator]\n    val CONTAINS = \"CONTAINS\".asInstanceOf[ComparisonOperator]\n    val NOT_CONTAINS = \"NOT_CONTAINS\".asInstanceOf[ComparisonOperator]\n    val BEGINS_WITH = \"BEGINS_WITH\".asInstanceOf[ComparisonOperator]\n\n    @inline def values = js.Array(EQ, NE, IN, LE, LT, GE, GT, BETWEEN, NOT_NULL, NULL, CONTAINS, NOT_CONTAINS, BEGINS_WITH)\n  }\n\n  \/** Represents the selection criteria for a <code>Query<\/code> or <code>Scan<\/code> operation: * For a <code>Query<\/code> operation, <code>Condition<\/code> is used for specifying the <code>KeyConditions<\/code> to use when querying a table or an index. For <code>KeyConditions<\/code>, only the following comparison operators are supported: <code>EQ | LE | LT | GE | GT | BEGINS_WITH | BETWEEN<\/code> <code>Condition<\/code> is also used in a <code>QueryFilter<\/code>, which evaluates the query results and returns only the desired values. * For a <code>Scan<\/code> operation, <code>Condition<\/code> is used in a <code>ScanFilter<\/code>, which evaluates the scan results and returns only the desired values.\n    *\/\n  @js.native\n  trait Condition extends js.Object {\n    var ComparisonOperator: ComparisonOperator\n    var AttributeValueList: js.UndefOr[AttributeValueList]\n  }\n\n  object Condition {\n    @inline\n    def apply(\n        ComparisonOperator: ComparisonOperator,\n        AttributeValueList: js.UndefOr[AttributeValueList] = js.undefined\n    ): Condition = {\n      val __obj = js.Dynamic.literal(\n        \"ComparisonOperator\" -> ComparisonOperator.asInstanceOf[js.Any]\n      )\n\n      AttributeValueList.foreach(__v => __obj.updateDynamic(\"AttributeValueList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Condition]\n    }\n  }\n\n  \/** Represents a request to perform a check that an item exists or to check the condition of specific attributes of the item.\n    *\/\n  @js.native\n  trait ConditionCheck extends js.Object {\n    var ConditionExpression: ConditionExpression\n    var Key: Key\n    var TableName: TableName\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure]\n  }\n\n  object ConditionCheck {\n    @inline\n    def apply(\n        ConditionExpression: ConditionExpression,\n        Key: Key,\n        TableName: TableName,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure] = js.undefined\n    ): ConditionCheck = {\n      val __obj = js.Dynamic.literal(\n        \"ConditionExpression\" -> ConditionExpression.asInstanceOf[js.Any],\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnValuesOnConditionCheckFailure.foreach(__v => __obj.updateDynamic(\"ReturnValuesOnConditionCheckFailure\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConditionCheck]\n    }\n  }\n\n  @js.native\n  sealed trait ConditionalOperator extends js.Any\n  object ConditionalOperator {\n    val AND = \"AND\".asInstanceOf[ConditionalOperator]\n    val OR = \"OR\".asInstanceOf[ConditionalOperator]\n\n    @inline def values = js.Array(AND, OR)\n  }\n\n  \/** The capacity units consumed by an operation. The data returned includes the total provisioned throughput consumed, along with statistics for the table and any indexes involved in the operation. <code>ConsumedCapacity<\/code> is only returned if the request asked for it. For more information, see [[https:\/\/docs.aws.amazon.com\/amazondynamodb\/latest\/developerguide\/ProvisionedThroughputIntro.html|Provisioned Throughput]] in the <i>Amazon DynamoDB Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait ConsumedCapacity extends js.Object {\n    var CapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n    var GlobalSecondaryIndexes: js.UndefOr[SecondaryIndexesCapacityMap]\n    var LocalSecondaryIndexes: js.UndefOr[SecondaryIndexesCapacityMap]\n    var ReadCapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n    var Table: js.UndefOr[Capacity]\n    var TableName: js.UndefOr[TableName]\n    var WriteCapacityUnits: js.UndefOr[ConsumedCapacityUnits]\n  }\n\n  object ConsumedCapacity {\n    @inline\n    def apply(\n        CapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined,\n        GlobalSecondaryIndexes: js.UndefOr[SecondaryIndexesCapacityMap] = js.undefined,\n        LocalSecondaryIndexes: js.UndefOr[SecondaryIndexesCapacityMap] = js.undefined,\n        ReadCapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined,\n        Table: js.UndefOr[Capacity] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined,\n        WriteCapacityUnits: js.UndefOr[ConsumedCapacityUnits] = js.undefined\n    ): ConsumedCapacity = {\n      val __obj = js.Dynamic.literal()\n      CapacityUnits.foreach(__v => __obj.updateDynamic(\"CapacityUnits\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      WriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"WriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConsumedCapacity]\n    }\n  }\n\n  \/** Represents the continuous backups and point in time recovery settings on the table.\n    *\/\n  @js.native\n  trait ContinuousBackupsDescription extends js.Object {\n    var ContinuousBackupsStatus: ContinuousBackupsStatus\n    var PointInTimeRecoveryDescription: js.UndefOr[PointInTimeRecoveryDescription]\n  }\n\n  object ContinuousBackupsDescription {\n    @inline\n    def apply(\n        ContinuousBackupsStatus: ContinuousBackupsStatus,\n        PointInTimeRecoveryDescription: js.UndefOr[PointInTimeRecoveryDescription] = js.undefined\n    ): ContinuousBackupsDescription = {\n      val __obj = js.Dynamic.literal(\n        \"ContinuousBackupsStatus\" -> ContinuousBackupsStatus.asInstanceOf[js.Any]\n      )\n\n      PointInTimeRecoveryDescription.foreach(__v => __obj.updateDynamic(\"PointInTimeRecoveryDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContinuousBackupsDescription]\n    }\n  }\n\n  @js.native\n  sealed trait ContinuousBackupsStatus extends js.Any\n  object ContinuousBackupsStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[ContinuousBackupsStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[ContinuousBackupsStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait ContributorInsightsAction extends js.Any\n  object ContributorInsightsAction {\n    val ENABLE = \"ENABLE\".asInstanceOf[ContributorInsightsAction]\n    val DISABLE = \"DISABLE\".asInstanceOf[ContributorInsightsAction]\n\n    @inline def values = js.Array(ENABLE, DISABLE)\n  }\n\n  @js.native\n  sealed trait ContributorInsightsStatus extends js.Any\n  object ContributorInsightsStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[ContributorInsightsStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[ContributorInsightsStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[ContributorInsightsStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[ContributorInsightsStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ContributorInsightsStatus]\n\n    @inline def values = js.Array(ENABLING, ENABLED, DISABLING, DISABLED, FAILED)\n  }\n\n  \/** Represents a Contributor Insights summary entry.\n    *\/\n  @js.native\n  trait ContributorInsightsSummary extends js.Object {\n    var ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus]\n    var IndexName: js.UndefOr[IndexName]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object ContributorInsightsSummary {\n    @inline\n    def apply(\n        ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): ContributorInsightsSummary = {\n      val __obj = js.Dynamic.literal()\n      ContributorInsightsStatus.foreach(__v => __obj.updateDynamic(\"ContributorInsightsStatus\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContributorInsightsSummary]\n    }\n  }\n\n  @js.native\n  trait CreateBackupInput extends js.Object {\n    var BackupName: BackupName\n    var TableName: TableName\n  }\n\n  object CreateBackupInput {\n    @inline\n    def apply(\n        BackupName: BackupName,\n        TableName: TableName\n    ): CreateBackupInput = {\n      val __obj = js.Dynamic.literal(\n        \"BackupName\" -> BackupName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBackupInput]\n    }\n  }\n\n  @js.native\n  trait CreateBackupOutput extends js.Object {\n    var BackupDetails: js.UndefOr[BackupDetails]\n  }\n\n  object CreateBackupOutput {\n    @inline\n    def apply(\n        BackupDetails: js.UndefOr[BackupDetails] = js.undefined\n    ): CreateBackupOutput = {\n      val __obj = js.Dynamic.literal()\n      BackupDetails.foreach(__v => __obj.updateDynamic(\"BackupDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackupOutput]\n    }\n  }\n\n  \/** Represents a new global secondary index to be added to an existing table.\n    *\/\n  @js.native\n  trait CreateGlobalSecondaryIndexAction extends js.Object {\n    var IndexName: IndexName\n    var KeySchema: KeySchema\n    var Projection: Projection\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughput]\n  }\n\n  object CreateGlobalSecondaryIndexAction {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        KeySchema: KeySchema,\n        Projection: Projection,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughput] = js.undefined\n    ): CreateGlobalSecondaryIndexAction = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any],\n        \"KeySchema\" -> KeySchema.asInstanceOf[js.Any],\n        \"Projection\" -> Projection.asInstanceOf[js.Any]\n      )\n\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalSecondaryIndexAction]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalTableInput extends js.Object {\n    var GlobalTableName: TableName\n    var ReplicationGroup: ReplicaList\n  }\n\n  object CreateGlobalTableInput {\n    @inline\n    def apply(\n        GlobalTableName: TableName,\n        ReplicationGroup: ReplicaList\n    ): CreateGlobalTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalTableName\" -> GlobalTableName.asInstanceOf[js.Any],\n        \"ReplicationGroup\" -> ReplicationGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateGlobalTableInput]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalTableOutput extends js.Object {\n    var GlobalTableDescription: js.UndefOr[GlobalTableDescription]\n  }\n\n  object CreateGlobalTableOutput {\n    @inline\n    def apply(\n        GlobalTableDescription: js.UndefOr[GlobalTableDescription] = js.undefined\n    ): CreateGlobalTableOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableDescription.foreach(__v => __obj.updateDynamic(\"GlobalTableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalTableOutput]\n    }\n  }\n\n  \/** Represents a replica to be added.\n    *\/\n  @js.native\n  trait CreateReplicaAction extends js.Object {\n    var RegionName: RegionName\n  }\n\n  object CreateReplicaAction {\n    @inline\n    def apply(\n        RegionName: RegionName\n    ): CreateReplicaAction = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateReplicaAction]\n    }\n  }\n\n  \/** Represents a replica to be created.\n    *\/\n  @js.native\n  trait CreateReplicationGroupMemberAction extends js.Object {\n    var RegionName: RegionName\n    var GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexList]\n    var KMSMasterKeyId: js.UndefOr[KMSMasterKeyId]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride]\n  }\n\n  object CreateReplicationGroupMemberAction {\n    @inline\n    def apply(\n        RegionName: RegionName,\n        GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexList] = js.undefined,\n        KMSMasterKeyId: js.UndefOr[KMSMasterKeyId] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride] = js.undefined\n    ): CreateReplicationGroupMemberAction = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      KMSMasterKeyId.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReplicationGroupMemberAction]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateTable<\/code> operation.\n    *\/\n  @js.native\n  trait CreateTableInput extends js.Object {\n    var AttributeDefinitions: AttributeDefinitions\n    var KeySchema: KeySchema\n    var TableName: TableName\n    var BillingMode: js.UndefOr[BillingMode]\n    var GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexList]\n    var LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexList]\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughput]\n    var SSESpecification: js.UndefOr[SSESpecification]\n    var StreamSpecification: js.UndefOr[StreamSpecification]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateTableInput {\n    @inline\n    def apply(\n        AttributeDefinitions: AttributeDefinitions,\n        KeySchema: KeySchema,\n        TableName: TableName,\n        BillingMode: js.UndefOr[BillingMode] = js.undefined,\n        GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexList] = js.undefined,\n        LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexList] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughput] = js.undefined,\n        SSESpecification: js.UndefOr[SSESpecification] = js.undefined,\n        StreamSpecification: js.UndefOr[StreamSpecification] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeDefinitions\" -> AttributeDefinitions.asInstanceOf[js.Any],\n        \"KeySchema\" -> KeySchema.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      BillingMode.foreach(__v => __obj.updateDynamic(\"BillingMode\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      SSESpecification.foreach(__v => __obj.updateDynamic(\"SSESpecification\")(__v.asInstanceOf[js.Any]))\n      StreamSpecification.foreach(__v => __obj.updateDynamic(\"StreamSpecification\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTableInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateTable<\/code> operation.\n    *\/\n  @js.native\n  trait CreateTableOutput extends js.Object {\n    var TableDescription: js.UndefOr[TableDescription]\n  }\n\n  object CreateTableOutput {\n    @inline\n    def apply(\n        TableDescription: js.UndefOr[TableDescription] = js.undefined\n    ): CreateTableOutput = {\n      val __obj = js.Dynamic.literal()\n      TableDescription.foreach(__v => __obj.updateDynamic(\"TableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTableOutput]\n    }\n  }\n\n  \/** Represents a request to perform a <code>DeleteItem<\/code> operation.\n    *\/\n  @js.native\n  trait Delete extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure]\n  }\n\n  object Delete {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure] = js.undefined\n    ): Delete = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnValuesOnConditionCheckFailure.foreach(__v => __obj.updateDynamic(\"ReturnValuesOnConditionCheckFailure\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Delete]\n    }\n  }\n\n  @js.native\n  trait DeleteBackupInput extends js.Object {\n    var BackupArn: BackupArn\n  }\n\n  object DeleteBackupInput {\n    @inline\n    def apply(\n        BackupArn: BackupArn\n    ): DeleteBackupInput = {\n      val __obj = js.Dynamic.literal(\n        \"BackupArn\" -> BackupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackupInput]\n    }\n  }\n\n  @js.native\n  trait DeleteBackupOutput extends js.Object {\n    var BackupDescription: js.UndefOr[BackupDescription]\n  }\n\n  object DeleteBackupOutput {\n    @inline\n    def apply(\n        BackupDescription: js.UndefOr[BackupDescription] = js.undefined\n    ): DeleteBackupOutput = {\n      val __obj = js.Dynamic.literal()\n      BackupDescription.foreach(__v => __obj.updateDynamic(\"BackupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteBackupOutput]\n    }\n  }\n\n  \/** Represents a global secondary index to be deleted from an existing table.\n    *\/\n  @js.native\n  trait DeleteGlobalSecondaryIndexAction extends js.Object {\n    var IndexName: IndexName\n  }\n\n  object DeleteGlobalSecondaryIndexAction {\n    @inline\n    def apply(\n        IndexName: IndexName\n    ): DeleteGlobalSecondaryIndexAction = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGlobalSecondaryIndexAction]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteItem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteItemInput extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ConditionalOperator: js.UndefOr[ConditionalOperator]\n    var Expected: js.UndefOr[ExpectedAttributeMap]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics]\n    var ReturnValues: js.UndefOr[ReturnValue]\n  }\n\n  object DeleteItemInput {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ConditionalOperator: js.UndefOr[ConditionalOperator] = js.undefined,\n        Expected: js.UndefOr[ExpectedAttributeMap] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics] = js.undefined,\n        ReturnValues: js.UndefOr[ReturnValue] = js.undefined\n    ): DeleteItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ConditionalOperator.foreach(__v => __obj.updateDynamic(\"ConditionalOperator\")(__v.asInstanceOf[js.Any]))\n      Expected.foreach(__v => __obj.updateDynamic(\"Expected\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ReturnItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ReturnItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      ReturnValues.foreach(__v => __obj.updateDynamic(\"ReturnValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteItemInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteItem<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteItemOutput extends js.Object {\n    var Attributes: js.UndefOr[AttributeMap]\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics]\n  }\n\n  object DeleteItemOutput {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeMap] = js.undefined,\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics] = js.undefined\n    ): DeleteItemOutput = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteItemOutput]\n    }\n  }\n\n  \/** Represents a replica to be removed.\n    *\/\n  @js.native\n  trait DeleteReplicaAction extends js.Object {\n    var RegionName: RegionName\n  }\n\n  object DeleteReplicaAction {\n    @inline\n    def apply(\n        RegionName: RegionName\n    ): DeleteReplicaAction = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReplicaAction]\n    }\n  }\n\n  \/** Represents a replica to be deleted.\n    *\/\n  @js.native\n  trait DeleteReplicationGroupMemberAction extends js.Object {\n    var RegionName: RegionName\n  }\n\n  object DeleteReplicationGroupMemberAction {\n    @inline\n    def apply(\n        RegionName: RegionName\n    ): DeleteReplicationGroupMemberAction = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReplicationGroupMemberAction]\n    }\n  }\n\n  \/** Represents a request to perform a <code>DeleteItem<\/code> operation on an item.\n    *\/\n  @js.native\n  trait DeleteRequest extends js.Object {\n    var Key: Key\n  }\n\n  object DeleteRequest {\n    @inline\n    def apply(\n        Key: Key\n    ): DeleteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRequest]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteTable<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteTableInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DeleteTableInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DeleteTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTableInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteTable<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteTableOutput extends js.Object {\n    var TableDescription: js.UndefOr[TableDescription]\n  }\n\n  object DeleteTableOutput {\n    @inline\n    def apply(\n        TableDescription: js.UndefOr[TableDescription] = js.undefined\n    ): DeleteTableOutput = {\n      val __obj = js.Dynamic.literal()\n      TableDescription.foreach(__v => __obj.updateDynamic(\"TableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteTableOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeBackupInput extends js.Object {\n    var BackupArn: BackupArn\n  }\n\n  object DescribeBackupInput {\n    @inline\n    def apply(\n        BackupArn: BackupArn\n    ): DescribeBackupInput = {\n      val __obj = js.Dynamic.literal(\n        \"BackupArn\" -> BackupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBackupInput]\n    }\n  }\n\n  @js.native\n  trait DescribeBackupOutput extends js.Object {\n    var BackupDescription: js.UndefOr[BackupDescription]\n  }\n\n  object DescribeBackupOutput {\n    @inline\n    def apply(\n        BackupDescription: js.UndefOr[BackupDescription] = js.undefined\n    ): DescribeBackupOutput = {\n      val __obj = js.Dynamic.literal()\n      BackupDescription.foreach(__v => __obj.updateDynamic(\"BackupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBackupOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeContinuousBackupsInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DescribeContinuousBackupsInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DescribeContinuousBackupsInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeContinuousBackupsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeContinuousBackupsOutput extends js.Object {\n    var ContinuousBackupsDescription: js.UndefOr[ContinuousBackupsDescription]\n  }\n\n  object DescribeContinuousBackupsOutput {\n    @inline\n    def apply(\n        ContinuousBackupsDescription: js.UndefOr[ContinuousBackupsDescription] = js.undefined\n    ): DescribeContinuousBackupsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContinuousBackupsDescription.foreach(__v => __obj.updateDynamic(\"ContinuousBackupsDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContinuousBackupsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeContributorInsightsInput extends js.Object {\n    var TableName: TableName\n    var IndexName: js.UndefOr[IndexName]\n  }\n\n  object DescribeContributorInsightsInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        IndexName: js.UndefOr[IndexName] = js.undefined\n    ): DescribeContributorInsightsInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContributorInsightsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeContributorInsightsOutput extends js.Object {\n    var ContributorInsightsRuleList: js.UndefOr[ContributorInsightsRuleList]\n    var ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus]\n    var FailureException: js.UndefOr[FailureException]\n    var IndexName: js.UndefOr[IndexName]\n    var LastUpdateDateTime: js.UndefOr[LastUpdateDateTime]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object DescribeContributorInsightsOutput {\n    @inline\n    def apply(\n        ContributorInsightsRuleList: js.UndefOr[ContributorInsightsRuleList] = js.undefined,\n        ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus] = js.undefined,\n        FailureException: js.UndefOr[FailureException] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        LastUpdateDateTime: js.UndefOr[LastUpdateDateTime] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): DescribeContributorInsightsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContributorInsightsRuleList.foreach(__v => __obj.updateDynamic(\"ContributorInsightsRuleList\")(__v.asInstanceOf[js.Any]))\n      ContributorInsightsStatus.foreach(__v => __obj.updateDynamic(\"ContributorInsightsStatus\")(__v.asInstanceOf[js.Any]))\n      FailureException.foreach(__v => __obj.updateDynamic(\"FailureException\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      LastUpdateDateTime.foreach(__v => __obj.updateDynamic(\"LastUpdateDateTime\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContributorInsightsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointsRequest extends js.Object\n\n  object DescribeEndpointsRequest {\n    @inline\n    def apply(): DescribeEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEndpointsResponse extends js.Object {\n    var Endpoints: Endpoints\n  }\n\n  object DescribeEndpointsResponse {\n    @inline\n    def apply(\n        Endpoints: Endpoints\n    ): DescribeEndpointsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Endpoints\" -> Endpoints.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEndpointsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeExportInput extends js.Object {\n    var ExportArn: ExportArn\n  }\n\n  object DescribeExportInput {\n    @inline\n    def apply(\n        ExportArn: ExportArn\n    ): DescribeExportInput = {\n      val __obj = js.Dynamic.literal(\n        \"ExportArn\" -> ExportArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeExportInput]\n    }\n  }\n\n  @js.native\n  trait DescribeExportOutput extends js.Object {\n    var ExportDescription: js.UndefOr[ExportDescription]\n  }\n\n  object DescribeExportOutput {\n    @inline\n    def apply(\n        ExportDescription: js.UndefOr[ExportDescription] = js.undefined\n    ): DescribeExportOutput = {\n      val __obj = js.Dynamic.literal()\n      ExportDescription.foreach(__v => __obj.updateDynamic(\"ExportDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeExportOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalTableInput extends js.Object {\n    var GlobalTableName: TableName\n  }\n\n  object DescribeGlobalTableInput {\n    @inline\n    def apply(\n        GlobalTableName: TableName\n    ): DescribeGlobalTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalTableName\" -> GlobalTableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGlobalTableInput]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalTableOutput extends js.Object {\n    var GlobalTableDescription: js.UndefOr[GlobalTableDescription]\n  }\n\n  object DescribeGlobalTableOutput {\n    @inline\n    def apply(\n        GlobalTableDescription: js.UndefOr[GlobalTableDescription] = js.undefined\n    ): DescribeGlobalTableOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableDescription.foreach(__v => __obj.updateDynamic(\"GlobalTableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGlobalTableOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalTableSettingsInput extends js.Object {\n    var GlobalTableName: TableName\n  }\n\n  object DescribeGlobalTableSettingsInput {\n    @inline\n    def apply(\n        GlobalTableName: TableName\n    ): DescribeGlobalTableSettingsInput = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalTableName\" -> GlobalTableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGlobalTableSettingsInput]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalTableSettingsOutput extends js.Object {\n    var GlobalTableName: js.UndefOr[TableName]\n    var ReplicaSettings: js.UndefOr[ReplicaSettingsDescriptionList]\n  }\n\n  object DescribeGlobalTableSettingsOutput {\n    @inline\n    def apply(\n        GlobalTableName: js.UndefOr[TableName] = js.undefined,\n        ReplicaSettings: js.UndefOr[ReplicaSettingsDescriptionList] = js.undefined\n    ): DescribeGlobalTableSettingsOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableName.foreach(__v => __obj.updateDynamic(\"GlobalTableName\")(__v.asInstanceOf[js.Any]))\n      ReplicaSettings.foreach(__v => __obj.updateDynamic(\"ReplicaSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGlobalTableSettingsOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeKinesisStreamingDestinationInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DescribeKinesisStreamingDestinationInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DescribeKinesisStreamingDestinationInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeKinesisStreamingDestinationInput]\n    }\n  }\n\n  @js.native\n  trait DescribeKinesisStreamingDestinationOutput extends js.Object {\n    var KinesisDataStreamDestinations: js.UndefOr[KinesisDataStreamDestinations]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object DescribeKinesisStreamingDestinationOutput {\n    @inline\n    def apply(\n        KinesisDataStreamDestinations: js.UndefOr[KinesisDataStreamDestinations] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): DescribeKinesisStreamingDestinationOutput = {\n      val __obj = js.Dynamic.literal()\n      KinesisDataStreamDestinations.foreach(__v => __obj.updateDynamic(\"KinesisDataStreamDestinations\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeKinesisStreamingDestinationOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeLimits<\/code> operation. Has no content.\n    *\/\n  @js.native\n  trait DescribeLimitsInput extends js.Object\n\n  object DescribeLimitsInput {\n    @inline\n    def apply(): DescribeLimitsInput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeLimitsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeLimits<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeLimitsOutput extends js.Object {\n    var AccountMaxReadCapacityUnits: js.UndefOr[PositiveLongObject]\n    var AccountMaxWriteCapacityUnits: js.UndefOr[PositiveLongObject]\n    var TableMaxReadCapacityUnits: js.UndefOr[PositiveLongObject]\n    var TableMaxWriteCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object DescribeLimitsOutput {\n    @inline\n    def apply(\n        AccountMaxReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        AccountMaxWriteCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        TableMaxReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        TableMaxWriteCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): DescribeLimitsOutput = {\n      val __obj = js.Dynamic.literal()\n      AccountMaxReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"AccountMaxReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      AccountMaxWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"AccountMaxWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      TableMaxReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"TableMaxReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      TableMaxWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"TableMaxWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLimitsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeTable<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeTableInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DescribeTableInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DescribeTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTableInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeTable<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeTableOutput extends js.Object {\n    var Table: js.UndefOr[TableDescription]\n  }\n\n  object DescribeTableOutput {\n    @inline\n    def apply(\n        Table: js.UndefOr[TableDescription] = js.undefined\n    ): DescribeTableOutput = {\n      val __obj = js.Dynamic.literal()\n      Table.foreach(__v => __obj.updateDynamic(\"Table\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTableOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeTableReplicaAutoScalingInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DescribeTableReplicaAutoScalingInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DescribeTableReplicaAutoScalingInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTableReplicaAutoScalingInput]\n    }\n  }\n\n  @js.native\n  trait DescribeTableReplicaAutoScalingOutput extends js.Object {\n    var TableAutoScalingDescription: js.UndefOr[TableAutoScalingDescription]\n  }\n\n  object DescribeTableReplicaAutoScalingOutput {\n    @inline\n    def apply(\n        TableAutoScalingDescription: js.UndefOr[TableAutoScalingDescription] = js.undefined\n    ): DescribeTableReplicaAutoScalingOutput = {\n      val __obj = js.Dynamic.literal()\n      TableAutoScalingDescription.foreach(__v => __obj.updateDynamic(\"TableAutoScalingDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTableReplicaAutoScalingOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeTimeToLiveInput extends js.Object {\n    var TableName: TableName\n  }\n\n  object DescribeTimeToLiveInput {\n    @inline\n    def apply(\n        TableName: TableName\n    ): DescribeTimeToLiveInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTimeToLiveInput]\n    }\n  }\n\n  @js.native\n  trait DescribeTimeToLiveOutput extends js.Object {\n    var TimeToLiveDescription: js.UndefOr[TimeToLiveDescription]\n  }\n\n  object DescribeTimeToLiveOutput {\n    @inline\n    def apply(\n        TimeToLiveDescription: js.UndefOr[TimeToLiveDescription] = js.undefined\n    ): DescribeTimeToLiveOutput = {\n      val __obj = js.Dynamic.literal()\n      TimeToLiveDescription.foreach(__v => __obj.updateDynamic(\"TimeToLiveDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTimeToLiveOutput]\n    }\n  }\n\n  @js.native\n  sealed trait DestinationStatus extends js.Any\n  object DestinationStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[DestinationStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[DestinationStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[DestinationStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[DestinationStatus]\n    val ENABLE_FAILED = \"ENABLE_FAILED\".asInstanceOf[DestinationStatus]\n\n    @inline def values = js.Array(ENABLING, ACTIVE, DISABLING, DISABLED, ENABLE_FAILED)\n  }\n\n  \/** An endpoint information details.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: String\n    var CachePeriodInMinutes: Double\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: String,\n        CachePeriodInMinutes: Double\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal(\n        \"Address\" -> Address.asInstanceOf[js.Any],\n        \"CachePeriodInMinutes\" -> CachePeriodInMinutes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  @js.native\n  trait ExecuteStatementInput extends js.Object {\n    var Statement: PartiQLStatement\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var NextToken: js.UndefOr[PartiQLNextToken]\n    var Parameters: js.UndefOr[PreparedStatementParameters]\n  }\n\n  object ExecuteStatementInput {\n    @inline\n    def apply(\n        Statement: PartiQLStatement,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        NextToken: js.UndefOr[PartiQLNextToken] = js.undefined,\n        Parameters: js.UndefOr[PreparedStatementParameters] = js.undefined\n    ): ExecuteStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"Statement\" -> Statement.asInstanceOf[js.Any]\n      )\n\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteStatementInput]\n    }\n  }\n\n  @js.native\n  trait ExecuteStatementOutput extends js.Object {\n    var Items: js.UndefOr[ItemList]\n    var NextToken: js.UndefOr[PartiQLNextToken]\n  }\n\n  object ExecuteStatementOutput {\n    @inline\n    def apply(\n        Items: js.UndefOr[ItemList] = js.undefined,\n        NextToken: js.UndefOr[PartiQLNextToken] = js.undefined\n    ): ExecuteStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteStatementOutput]\n    }\n  }\n\n  @js.native\n  trait ExecuteTransactionInput extends js.Object {\n    var TransactStatements: ParameterizedStatements\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object ExecuteTransactionInput {\n    @inline\n    def apply(\n        TransactStatements: ParameterizedStatements,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): ExecuteTransactionInput = {\n      val __obj = js.Dynamic.literal(\n        \"TransactStatements\" -> TransactStatements.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteTransactionInput]\n    }\n  }\n\n  @js.native\n  trait ExecuteTransactionOutput extends js.Object {\n    var Responses: js.UndefOr[ItemResponseList]\n  }\n\n  object ExecuteTransactionOutput {\n    @inline\n    def apply(\n        Responses: js.UndefOr[ItemResponseList] = js.undefined\n    ): ExecuteTransactionOutput = {\n      val __obj = js.Dynamic.literal()\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExecuteTransactionOutput]\n    }\n  }\n\n  \/** Represents a condition to be compared with an attribute value. This condition can be used with <code>DeleteItem<\/code>, <code>PutItem<\/code>, or <code>UpdateItem<\/code> operations; if the comparison evaluates to true, the operation succeeds; if not, the operation fails. You can use <code>ExpectedAttributeValue<\/code> in one of two different ways: * Use <code>AttributeValueList<\/code> to specify one or more values to compare against an attribute. Use <code>ComparisonOperator<\/code> to specify how you want to perform the comparison. If the comparison evaluates to true, then the conditional operation succeeds. * Use <code>Value<\/code> to specify a value that DynamoDB will compare against an attribute. If the values match, then <code>ExpectedAttributeValue<\/code> evaluates to true and the conditional operation succeeds. Optionally, you can also set <code>Exists<\/code> to false, indicating that you <i>do not<\/i> expect to find the attribute value in the table. In this case, the\n    * conditional operation succeeds only if the comparison evaluates to false. <code>Value<\/code> and <code>Exists<\/code> are incompatible with <code>AttributeValueList<\/code> and <code>ComparisonOperator<\/code>. Note that if you use both sets of parameters at once, DynamoDB will return a <code>ValidationException<\/code> exception.\n    *\/\n  @js.native\n  trait ExpectedAttributeValue extends js.Object {\n    var AttributeValueList: js.UndefOr[AttributeValueList]\n    var ComparisonOperator: js.UndefOr[ComparisonOperator]\n    var Exists: js.UndefOr[BooleanObject]\n    var Value: js.UndefOr[AttributeValue]\n  }\n\n  object ExpectedAttributeValue {\n    @inline\n    def apply(\n        AttributeValueList: js.UndefOr[AttributeValueList] = js.undefined,\n        ComparisonOperator: js.UndefOr[ComparisonOperator] = js.undefined,\n        Exists: js.UndefOr[BooleanObject] = js.undefined,\n        Value: js.UndefOr[AttributeValue] = js.undefined\n    ): ExpectedAttributeValue = {\n      val __obj = js.Dynamic.literal()\n      AttributeValueList.foreach(__v => __obj.updateDynamic(\"AttributeValueList\")(__v.asInstanceOf[js.Any]))\n      ComparisonOperator.foreach(__v => __obj.updateDynamic(\"ComparisonOperator\")(__v.asInstanceOf[js.Any]))\n      Exists.foreach(__v => __obj.updateDynamic(\"Exists\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExpectedAttributeValue]\n    }\n  }\n\n  \/** Represents the properties of the exported table.\n    *\/\n  @js.native\n  trait ExportDescription extends js.Object {\n    var BilledSizeBytes: js.UndefOr[BilledSizeBytes]\n    var ClientToken: js.UndefOr[ClientToken]\n    var EndTime: js.UndefOr[ExportEndTime]\n    var ExportArn: js.UndefOr[ExportArn]\n    var ExportFormat: js.UndefOr[ExportFormat]\n    var ExportManifest: js.UndefOr[ExportManifest]\n    var ExportStatus: js.UndefOr[ExportStatus]\n    var ExportTime: js.UndefOr[ExportTime]\n    var FailureCode: js.UndefOr[FailureCode]\n    var FailureMessage: js.UndefOr[FailureMessage]\n    var ItemCount: js.UndefOr[ItemCount]\n    var S3Bucket: js.UndefOr[S3Bucket]\n    var S3BucketOwner: js.UndefOr[S3BucketOwner]\n    var S3Prefix: js.UndefOr[S3Prefix]\n    var S3SseAlgorithm: js.UndefOr[S3SseAlgorithm]\n    var S3SseKmsKeyId: js.UndefOr[S3SseKmsKeyId]\n    var StartTime: js.UndefOr[ExportStartTime]\n    var TableArn: js.UndefOr[TableArn]\n    var TableId: js.UndefOr[TableId]\n  }\n\n  object ExportDescription {\n    @inline\n    def apply(\n        BilledSizeBytes: js.UndefOr[BilledSizeBytes] = js.undefined,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        EndTime: js.UndefOr[ExportEndTime] = js.undefined,\n        ExportArn: js.UndefOr[ExportArn] = js.undefined,\n        ExportFormat: js.UndefOr[ExportFormat] = js.undefined,\n        ExportManifest: js.UndefOr[ExportManifest] = js.undefined,\n        ExportStatus: js.UndefOr[ExportStatus] = js.undefined,\n        ExportTime: js.UndefOr[ExportTime] = js.undefined,\n        FailureCode: js.UndefOr[FailureCode] = js.undefined,\n        FailureMessage: js.UndefOr[FailureMessage] = js.undefined,\n        ItemCount: js.UndefOr[ItemCount] = js.undefined,\n        S3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        S3BucketOwner: js.UndefOr[S3BucketOwner] = js.undefined,\n        S3Prefix: js.UndefOr[S3Prefix] = js.undefined,\n        S3SseAlgorithm: js.UndefOr[S3SseAlgorithm] = js.undefined,\n        S3SseKmsKeyId: js.UndefOr[S3SseKmsKeyId] = js.undefined,\n        StartTime: js.UndefOr[ExportStartTime] = js.undefined,\n        TableArn: js.UndefOr[TableArn] = js.undefined,\n        TableId: js.UndefOr[TableId] = js.undefined\n    ): ExportDescription = {\n      val __obj = js.Dynamic.literal()\n      BilledSizeBytes.foreach(__v => __obj.updateDynamic(\"BilledSizeBytes\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ExportArn.foreach(__v => __obj.updateDynamic(\"ExportArn\")(__v.asInstanceOf[js.Any]))\n      ExportFormat.foreach(__v => __obj.updateDynamic(\"ExportFormat\")(__v.asInstanceOf[js.Any]))\n      ExportManifest.foreach(__v => __obj.updateDynamic(\"ExportManifest\")(__v.asInstanceOf[js.Any]))\n      ExportStatus.foreach(__v => __obj.updateDynamic(\"ExportStatus\")(__v.asInstanceOf[js.Any]))\n      ExportTime.foreach(__v => __obj.updateDynamic(\"ExportTime\")(__v.asInstanceOf[js.Any]))\n      FailureCode.foreach(__v => __obj.updateDynamic(\"FailureCode\")(__v.asInstanceOf[js.Any]))\n      FailureMessage.foreach(__v => __obj.updateDynamic(\"FailureMessage\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3BucketOwner.foreach(__v => __obj.updateDynamic(\"S3BucketOwner\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      S3SseAlgorithm.foreach(__v => __obj.updateDynamic(\"S3SseAlgorithm\")(__v.asInstanceOf[js.Any]))\n      S3SseKmsKeyId.foreach(__v => __obj.updateDynamic(\"S3SseKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      TableArn.foreach(__v => __obj.updateDynamic(\"TableArn\")(__v.asInstanceOf[js.Any]))\n      TableId.foreach(__v => __obj.updateDynamic(\"TableId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportDescription]\n    }\n  }\n\n  @js.native\n  sealed trait ExportFormat extends js.Any\n  object ExportFormat {\n    val DYNAMODB_JSON = \"DYNAMODB_JSON\".asInstanceOf[ExportFormat]\n    val ION = \"ION\".asInstanceOf[ExportFormat]\n\n    @inline def values = js.Array(DYNAMODB_JSON, ION)\n  }\n\n  @js.native\n  sealed trait ExportStatus extends js.Any\n  object ExportStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ExportStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[ExportStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ExportStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, COMPLETED, FAILED)\n  }\n\n  \/** Summary information about an export task.\n    *\/\n  @js.native\n  trait ExportSummary extends js.Object {\n    var ExportArn: js.UndefOr[ExportArn]\n    var ExportStatus: js.UndefOr[ExportStatus]\n  }\n\n  object ExportSummary {\n    @inline\n    def apply(\n        ExportArn: js.UndefOr[ExportArn] = js.undefined,\n        ExportStatus: js.UndefOr[ExportStatus] = js.undefined\n    ): ExportSummary = {\n      val __obj = js.Dynamic.literal()\n      ExportArn.foreach(__v => __obj.updateDynamic(\"ExportArn\")(__v.asInstanceOf[js.Any]))\n      ExportStatus.foreach(__v => __obj.updateDynamic(\"ExportStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportSummary]\n    }\n  }\n\n  @js.native\n  trait ExportTableToPointInTimeInput extends js.Object {\n    var S3Bucket: S3Bucket\n    var TableArn: TableArn\n    var ClientToken: js.UndefOr[ClientToken]\n    var ExportFormat: js.UndefOr[ExportFormat]\n    var ExportTime: js.UndefOr[ExportTime]\n    var S3BucketOwner: js.UndefOr[S3BucketOwner]\n    var S3Prefix: js.UndefOr[S3Prefix]\n    var S3SseAlgorithm: js.UndefOr[S3SseAlgorithm]\n    var S3SseKmsKeyId: js.UndefOr[S3SseKmsKeyId]\n  }\n\n  object ExportTableToPointInTimeInput {\n    @inline\n    def apply(\n        S3Bucket: S3Bucket,\n        TableArn: TableArn,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        ExportFormat: js.UndefOr[ExportFormat] = js.undefined,\n        ExportTime: js.UndefOr[ExportTime] = js.undefined,\n        S3BucketOwner: js.UndefOr[S3BucketOwner] = js.undefined,\n        S3Prefix: js.UndefOr[S3Prefix] = js.undefined,\n        S3SseAlgorithm: js.UndefOr[S3SseAlgorithm] = js.undefined,\n        S3SseKmsKeyId: js.UndefOr[S3SseKmsKeyId] = js.undefined\n    ): ExportTableToPointInTimeInput = {\n      val __obj = js.Dynamic.literal(\n        \"S3Bucket\" -> S3Bucket.asInstanceOf[js.Any],\n        \"TableArn\" -> TableArn.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      ExportFormat.foreach(__v => __obj.updateDynamic(\"ExportFormat\")(__v.asInstanceOf[js.Any]))\n      ExportTime.foreach(__v => __obj.updateDynamic(\"ExportTime\")(__v.asInstanceOf[js.Any]))\n      S3BucketOwner.foreach(__v => __obj.updateDynamic(\"S3BucketOwner\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      S3SseAlgorithm.foreach(__v => __obj.updateDynamic(\"S3SseAlgorithm\")(__v.asInstanceOf[js.Any]))\n      S3SseKmsKeyId.foreach(__v => __obj.updateDynamic(\"S3SseKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportTableToPointInTimeInput]\n    }\n  }\n\n  @js.native\n  trait ExportTableToPointInTimeOutput extends js.Object {\n    var ExportDescription: js.UndefOr[ExportDescription]\n  }\n\n  object ExportTableToPointInTimeOutput {\n    @inline\n    def apply(\n        ExportDescription: js.UndefOr[ExportDescription] = js.undefined\n    ): ExportTableToPointInTimeOutput = {\n      val __obj = js.Dynamic.literal()\n      ExportDescription.foreach(__v => __obj.updateDynamic(\"ExportDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportTableToPointInTimeOutput]\n    }\n  }\n\n  \/** Represents a failure a contributor insights operation.\n    *\/\n  @js.native\n  trait FailureException extends js.Object {\n    var ExceptionDescription: js.UndefOr[ExceptionDescription]\n    var ExceptionName: js.UndefOr[ExceptionName]\n  }\n\n  object FailureException {\n    @inline\n    def apply(\n        ExceptionDescription: js.UndefOr[ExceptionDescription] = js.undefined,\n        ExceptionName: js.UndefOr[ExceptionName] = js.undefined\n    ): FailureException = {\n      val __obj = js.Dynamic.literal()\n      ExceptionDescription.foreach(__v => __obj.updateDynamic(\"ExceptionDescription\")(__v.asInstanceOf[js.Any]))\n      ExceptionName.foreach(__v => __obj.updateDynamic(\"ExceptionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailureException]\n    }\n  }\n\n  \/** Specifies an item and related attribute values to retrieve in a <code>TransactGetItem<\/code> object.\n    *\/\n  @js.native\n  trait Get extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ProjectionExpression: js.UndefOr[ProjectionExpression]\n  }\n\n  object Get {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ProjectionExpression: js.UndefOr[ProjectionExpression] = js.undefined\n    ): Get = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ProjectionExpression.foreach(__v => __obj.updateDynamic(\"ProjectionExpression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Get]\n    }\n  }\n\n  \/** Represents the input of a <code>GetItem<\/code> operation.\n    *\/\n  @js.native\n  trait GetItemInput extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var AttributesToGet: js.UndefOr[AttributeNameList]\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ProjectionExpression: js.UndefOr[ProjectionExpression]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n  }\n\n  object GetItemInput {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        AttributesToGet: js.UndefOr[AttributeNameList] = js.undefined,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ProjectionExpression: js.UndefOr[ProjectionExpression] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined\n    ): GetItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      AttributesToGet.foreach(__v => __obj.updateDynamic(\"AttributesToGet\")(__v.asInstanceOf[js.Any]))\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ProjectionExpression.foreach(__v => __obj.updateDynamic(\"ProjectionExpression\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetItemInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetItem<\/code> operation.\n    *\/\n  @js.native\n  trait GetItemOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var Item: js.UndefOr[AttributeMap]\n  }\n\n  object GetItemOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        Item: js.UndefOr[AttributeMap] = js.undefined\n    ): GetItemOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      Item.foreach(__v => __obj.updateDynamic(\"Item\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetItemOutput]\n    }\n  }\n\n  \/** Represents the properties of a global secondary index.\n    *\/\n  @js.native\n  trait GlobalSecondaryIndex extends js.Object {\n    var IndexName: IndexName\n    var KeySchema: KeySchema\n    var Projection: Projection\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughput]\n  }\n\n  object GlobalSecondaryIndex {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        KeySchema: KeySchema,\n        Projection: Projection,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughput] = js.undefined\n    ): GlobalSecondaryIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any],\n        \"KeySchema\" -> KeySchema.asInstanceOf[js.Any],\n        \"Projection\" -> Projection.asInstanceOf[js.Any]\n      )\n\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalSecondaryIndex]\n    }\n  }\n\n  \/** Represents the auto scaling settings of a global secondary index for a global table that will be modified.\n    *\/\n  @js.native\n  trait GlobalSecondaryIndexAutoScalingUpdate extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var ProvisionedWriteCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n  }\n\n  object GlobalSecondaryIndexAutoScalingUpdate {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        ProvisionedWriteCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined\n    ): GlobalSecondaryIndexAutoScalingUpdate = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityAutoScalingUpdate.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityAutoScalingUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalSecondaryIndexAutoScalingUpdate]\n    }\n  }\n\n  \/** Represents the properties of a global secondary index.\n    *\/\n  @js.native\n  trait GlobalSecondaryIndexDescription extends js.Object {\n    var Backfilling: js.UndefOr[Backfilling]\n    var IndexArn: js.UndefOr[String]\n    var IndexName: js.UndefOr[IndexName]\n    var IndexSizeBytes: js.UndefOr[Double]\n    var IndexStatus: js.UndefOr[IndexStatus]\n    var ItemCount: js.UndefOr[Double]\n    var KeySchema: js.UndefOr[KeySchema]\n    var Projection: js.UndefOr[Projection]\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughputDescription]\n  }\n\n  object GlobalSecondaryIndexDescription {\n    @inline\n    def apply(\n        Backfilling: js.UndefOr[Backfilling] = js.undefined,\n        IndexArn: js.UndefOr[String] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        IndexSizeBytes: js.UndefOr[Double] = js.undefined,\n        IndexStatus: js.UndefOr[IndexStatus] = js.undefined,\n        ItemCount: js.UndefOr[Double] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        Projection: js.UndefOr[Projection] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughputDescription] = js.undefined\n    ): GlobalSecondaryIndexDescription = {\n      val __obj = js.Dynamic.literal()\n      Backfilling.foreach(__v => __obj.updateDynamic(\"Backfilling\")(__v.asInstanceOf[js.Any]))\n      IndexArn.foreach(__v => __obj.updateDynamic(\"IndexArn\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexSizeBytes.foreach(__v => __obj.updateDynamic(\"IndexSizeBytes\")(__v.asInstanceOf[js.Any]))\n      IndexStatus.foreach(__v => __obj.updateDynamic(\"IndexStatus\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalSecondaryIndexDescription]\n    }\n  }\n\n  \/** Represents the properties of a global secondary index for the table when the backup was created.\n    *\/\n  @js.native\n  trait GlobalSecondaryIndexInfo extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var KeySchema: js.UndefOr[KeySchema]\n    var Projection: js.UndefOr[Projection]\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughput]\n  }\n\n  object GlobalSecondaryIndexInfo {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        Projection: js.UndefOr[Projection] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughput] = js.undefined\n    ): GlobalSecondaryIndexInfo = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalSecondaryIndexInfo]\n    }\n  }\n\n  \/** Represents one of the following: * A new global secondary index to be added to an existing table. * New provisioned throughput parameters for an existing global secondary index. * An existing global secondary index to be removed from an existing table.\n    *\/\n  @js.native\n  trait GlobalSecondaryIndexUpdate extends js.Object {\n    var Create: js.UndefOr[CreateGlobalSecondaryIndexAction]\n    var Delete: js.UndefOr[DeleteGlobalSecondaryIndexAction]\n    var Update: js.UndefOr[UpdateGlobalSecondaryIndexAction]\n  }\n\n  object GlobalSecondaryIndexUpdate {\n    @inline\n    def apply(\n        Create: js.UndefOr[CreateGlobalSecondaryIndexAction] = js.undefined,\n        Delete: js.UndefOr[DeleteGlobalSecondaryIndexAction] = js.undefined,\n        Update: js.UndefOr[UpdateGlobalSecondaryIndexAction] = js.undefined\n    ): GlobalSecondaryIndexUpdate = {\n      val __obj = js.Dynamic.literal()\n      Create.foreach(__v => __obj.updateDynamic(\"Create\")(__v.asInstanceOf[js.Any]))\n      Delete.foreach(__v => __obj.updateDynamic(\"Delete\")(__v.asInstanceOf[js.Any]))\n      Update.foreach(__v => __obj.updateDynamic(\"Update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalSecondaryIndexUpdate]\n    }\n  }\n\n  \/** Represents the properties of a global table.\n    *\/\n  @js.native\n  trait GlobalTable extends js.Object {\n    var GlobalTableName: js.UndefOr[TableName]\n    var ReplicationGroup: js.UndefOr[ReplicaList]\n  }\n\n  object GlobalTable {\n    @inline\n    def apply(\n        GlobalTableName: js.UndefOr[TableName] = js.undefined,\n        ReplicationGroup: js.UndefOr[ReplicaList] = js.undefined\n    ): GlobalTable = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableName.foreach(__v => __obj.updateDynamic(\"GlobalTableName\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalTable]\n    }\n  }\n\n  \/** Contains details about the global table.\n    *\/\n  @js.native\n  trait GlobalTableDescription extends js.Object {\n    var CreationDateTime: js.UndefOr[Date]\n    var GlobalTableArn: js.UndefOr[GlobalTableArnString]\n    var GlobalTableName: js.UndefOr[TableName]\n    var GlobalTableStatus: js.UndefOr[GlobalTableStatus]\n    var ReplicationGroup: js.UndefOr[ReplicaDescriptionList]\n  }\n\n  object GlobalTableDescription {\n    @inline\n    def apply(\n        CreationDateTime: js.UndefOr[Date] = js.undefined,\n        GlobalTableArn: js.UndefOr[GlobalTableArnString] = js.undefined,\n        GlobalTableName: js.UndefOr[TableName] = js.undefined,\n        GlobalTableStatus: js.UndefOr[GlobalTableStatus] = js.undefined,\n        ReplicationGroup: js.UndefOr[ReplicaDescriptionList] = js.undefined\n    ): GlobalTableDescription = {\n      val __obj = js.Dynamic.literal()\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      GlobalTableArn.foreach(__v => __obj.updateDynamic(\"GlobalTableArn\")(__v.asInstanceOf[js.Any]))\n      GlobalTableName.foreach(__v => __obj.updateDynamic(\"GlobalTableName\")(__v.asInstanceOf[js.Any]))\n      GlobalTableStatus.foreach(__v => __obj.updateDynamic(\"GlobalTableStatus\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalTableDescription]\n    }\n  }\n\n  \/** Represents the settings of a global secondary index for a global table that will be modified.\n    *\/\n  @js.native\n  trait GlobalTableGlobalSecondaryIndexSettingsUpdate extends js.Object {\n    var IndexName: IndexName\n    var ProvisionedWriteCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n    var ProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object GlobalTableGlobalSecondaryIndexSettingsUpdate {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        ProvisionedWriteCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined,\n        ProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): GlobalTableGlobalSecondaryIndexSettingsUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any]\n      )\n\n      ProvisionedWriteCapacityAutoScalingSettingsUpdate.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityAutoScalingSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalTableGlobalSecondaryIndexSettingsUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait GlobalTableStatus extends js.Any\n  object GlobalTableStatus {\n    val CREATING = \"CREATING\".asInstanceOf[GlobalTableStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[GlobalTableStatus]\n    val DELETING = \"DELETING\".asInstanceOf[GlobalTableStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[GlobalTableStatus]\n\n    @inline def values = js.Array(CREATING, ACTIVE, DELETING, UPDATING)\n  }\n\n  @js.native\n  sealed trait IndexStatus extends js.Any\n  object IndexStatus {\n    val CREATING = \"CREATING\".asInstanceOf[IndexStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[IndexStatus]\n    val DELETING = \"DELETING\".asInstanceOf[IndexStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[IndexStatus]\n\n    @inline def values = js.Array(CREATING, UPDATING, DELETING, ACTIVE)\n  }\n\n  \/** Information about item collections, if any, that were affected by the operation. <code>ItemCollectionMetrics<\/code> is only returned if the request asked for it. If the table does not have any local secondary indexes, this information is not returned in the response.\n    *\/\n  @js.native\n  trait ItemCollectionMetrics extends js.Object {\n    var ItemCollectionKey: js.UndefOr[ItemCollectionKeyAttributeMap]\n    var SizeEstimateRangeGB: js.UndefOr[ItemCollectionSizeEstimateRange]\n  }\n\n  object ItemCollectionMetrics {\n    @inline\n    def apply(\n        ItemCollectionKey: js.UndefOr[ItemCollectionKeyAttributeMap] = js.undefined,\n        SizeEstimateRangeGB: js.UndefOr[ItemCollectionSizeEstimateRange] = js.undefined\n    ): ItemCollectionMetrics = {\n      val __obj = js.Dynamic.literal()\n      ItemCollectionKey.foreach(__v => __obj.updateDynamic(\"ItemCollectionKey\")(__v.asInstanceOf[js.Any]))\n      SizeEstimateRangeGB.foreach(__v => __obj.updateDynamic(\"SizeEstimateRangeGB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ItemCollectionMetrics]\n    }\n  }\n\n  \/** Details for the requested item.\n    *\/\n  @js.native\n  trait ItemResponse extends js.Object {\n    var Item: js.UndefOr[AttributeMap]\n  }\n\n  object ItemResponse {\n    @inline\n    def apply(\n        Item: js.UndefOr[AttributeMap] = js.undefined\n    ): ItemResponse = {\n      val __obj = js.Dynamic.literal()\n      Item.foreach(__v => __obj.updateDynamic(\"Item\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ItemResponse]\n    }\n  }\n\n  \/** Represents <i>a single element<\/i> of a key schema. A key schema specifies the attributes that make up the primary key of a table, or the key attributes of an index. A <code>KeySchemaElement<\/code> represents exactly one attribute of the primary key. For example, a simple primary key would be represented by one <code>KeySchemaElement<\/code> (for the partition key). A composite primary key would require one <code>KeySchemaElement<\/code> for the partition key, and another <code>KeySchemaElement<\/code> for the sort key. A <code>KeySchemaElement<\/code> must be a scalar, top-level attribute (not a nested attribute). The data type must be one of String, Number, or Binary. The attribute cannot be nested within a List or a Map.\n    *\/\n  @js.native\n  trait KeySchemaElement extends js.Object {\n    var AttributeName: KeySchemaAttributeName\n    var KeyType: KeyType\n  }\n\n  object KeySchemaElement {\n    @inline\n    def apply(\n        AttributeName: KeySchemaAttributeName,\n        KeyType: KeyType\n    ): KeySchemaElement = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"KeyType\" -> KeyType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KeySchemaElement]\n    }\n  }\n\n  @js.native\n  sealed trait KeyType extends js.Any\n  object KeyType {\n    val HASH = \"HASH\".asInstanceOf[KeyType]\n    val RANGE = \"RANGE\".asInstanceOf[KeyType]\n\n    @inline def values = js.Array(HASH, RANGE)\n  }\n\n  \/** Represents a set of primary keys and, for each key, the attributes to retrieve from the table. For each primary key, you must provide <i>all<\/i> of the key attributes. For example, with a simple primary key, you only need to provide the partition key. For a composite primary key, you must provide <i>both<\/i> the partition key and the sort key.\n    *\/\n  @js.native\n  trait KeysAndAttributes extends js.Object {\n    var Keys: KeyList\n    var AttributesToGet: js.UndefOr[AttributeNameList]\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ProjectionExpression: js.UndefOr[ProjectionExpression]\n  }\n\n  object KeysAndAttributes {\n    @inline\n    def apply(\n        Keys: KeyList,\n        AttributesToGet: js.UndefOr[AttributeNameList] = js.undefined,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ProjectionExpression: js.UndefOr[ProjectionExpression] = js.undefined\n    ): KeysAndAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"Keys\" -> Keys.asInstanceOf[js.Any]\n      )\n\n      AttributesToGet.foreach(__v => __obj.updateDynamic(\"AttributesToGet\")(__v.asInstanceOf[js.Any]))\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ProjectionExpression.foreach(__v => __obj.updateDynamic(\"ProjectionExpression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeysAndAttributes]\n    }\n  }\n\n  \/** Describes a Kinesis data stream destination.\n    *\/\n  @js.native\n  trait KinesisDataStreamDestination extends js.Object {\n    var DestinationStatus: js.UndefOr[DestinationStatus]\n    var DestinationStatusDescription: js.UndefOr[String]\n    var StreamArn: js.UndefOr[StreamArn]\n  }\n\n  object KinesisDataStreamDestination {\n    @inline\n    def apply(\n        DestinationStatus: js.UndefOr[DestinationStatus] = js.undefined,\n        DestinationStatusDescription: js.UndefOr[String] = js.undefined,\n        StreamArn: js.UndefOr[StreamArn] = js.undefined\n    ): KinesisDataStreamDestination = {\n      val __obj = js.Dynamic.literal()\n      DestinationStatus.foreach(__v => __obj.updateDynamic(\"DestinationStatus\")(__v.asInstanceOf[js.Any]))\n      DestinationStatusDescription.foreach(__v => __obj.updateDynamic(\"DestinationStatusDescription\")(__v.asInstanceOf[js.Any]))\n      StreamArn.foreach(__v => __obj.updateDynamic(\"StreamArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisDataStreamDestination]\n    }\n  }\n\n  @js.native\n  trait KinesisStreamingDestinationInput extends js.Object {\n    var StreamArn: StreamArn\n    var TableName: TableName\n  }\n\n  object KinesisStreamingDestinationInput {\n    @inline\n    def apply(\n        StreamArn: StreamArn,\n        TableName: TableName\n    ): KinesisStreamingDestinationInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamArn\" -> StreamArn.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisStreamingDestinationInput]\n    }\n  }\n\n  @js.native\n  trait KinesisStreamingDestinationOutput extends js.Object {\n    var DestinationStatus: js.UndefOr[DestinationStatus]\n    var StreamArn: js.UndefOr[StreamArn]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object KinesisStreamingDestinationOutput {\n    @inline\n    def apply(\n        DestinationStatus: js.UndefOr[DestinationStatus] = js.undefined,\n        StreamArn: js.UndefOr[StreamArn] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): KinesisStreamingDestinationOutput = {\n      val __obj = js.Dynamic.literal()\n      DestinationStatus.foreach(__v => __obj.updateDynamic(\"DestinationStatus\")(__v.asInstanceOf[js.Any]))\n      StreamArn.foreach(__v => __obj.updateDynamic(\"StreamArn\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamingDestinationOutput]\n    }\n  }\n\n  @js.native\n  trait ListBackupsInput extends js.Object {\n    var BackupType: js.UndefOr[BackupTypeFilter]\n    var ExclusiveStartBackupArn: js.UndefOr[BackupArn]\n    var Limit: js.UndefOr[BackupsInputLimit]\n    var TableName: js.UndefOr[TableName]\n    var TimeRangeLowerBound: js.UndefOr[TimeRangeLowerBound]\n    var TimeRangeUpperBound: js.UndefOr[TimeRangeUpperBound]\n  }\n\n  object ListBackupsInput {\n    @inline\n    def apply(\n        BackupType: js.UndefOr[BackupTypeFilter] = js.undefined,\n        ExclusiveStartBackupArn: js.UndefOr[BackupArn] = js.undefined,\n        Limit: js.UndefOr[BackupsInputLimit] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined,\n        TimeRangeLowerBound: js.UndefOr[TimeRangeLowerBound] = js.undefined,\n        TimeRangeUpperBound: js.UndefOr[TimeRangeUpperBound] = js.undefined\n    ): ListBackupsInput = {\n      val __obj = js.Dynamic.literal()\n      BackupType.foreach(__v => __obj.updateDynamic(\"BackupType\")(__v.asInstanceOf[js.Any]))\n      ExclusiveStartBackupArn.foreach(__v => __obj.updateDynamic(\"ExclusiveStartBackupArn\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      TimeRangeLowerBound.foreach(__v => __obj.updateDynamic(\"TimeRangeLowerBound\")(__v.asInstanceOf[js.Any]))\n      TimeRangeUpperBound.foreach(__v => __obj.updateDynamic(\"TimeRangeUpperBound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackupsInput]\n    }\n  }\n\n  @js.native\n  trait ListBackupsOutput extends js.Object {\n    var BackupSummaries: js.UndefOr[BackupSummaries]\n    var LastEvaluatedBackupArn: js.UndefOr[BackupArn]\n  }\n\n  object ListBackupsOutput {\n    @inline\n    def apply(\n        BackupSummaries: js.UndefOr[BackupSummaries] = js.undefined,\n        LastEvaluatedBackupArn: js.UndefOr[BackupArn] = js.undefined\n    ): ListBackupsOutput = {\n      val __obj = js.Dynamic.literal()\n      BackupSummaries.foreach(__v => __obj.updateDynamic(\"BackupSummaries\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedBackupArn.foreach(__v => __obj.updateDynamic(\"LastEvaluatedBackupArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackupsOutput]\n    }\n  }\n\n  @js.native\n  trait ListContributorInsightsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListContributorInsightsLimit]\n    var NextToken: js.UndefOr[NextTokenString]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object ListContributorInsightsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListContributorInsightsLimit] = js.undefined,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): ListContributorInsightsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContributorInsightsInput]\n    }\n  }\n\n  @js.native\n  trait ListContributorInsightsOutput extends js.Object {\n    var ContributorInsightsSummaries: js.UndefOr[ContributorInsightsSummaries]\n    var NextToken: js.UndefOr[NextTokenString]\n  }\n\n  object ListContributorInsightsOutput {\n    @inline\n    def apply(\n        ContributorInsightsSummaries: js.UndefOr[ContributorInsightsSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined\n    ): ListContributorInsightsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContributorInsightsSummaries.foreach(__v => __obj.updateDynamic(\"ContributorInsightsSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContributorInsightsOutput]\n    }\n  }\n\n  @js.native\n  trait ListExportsInput extends js.Object {\n    var MaxResults: js.UndefOr[ListExportsMaxLimit]\n    var NextToken: js.UndefOr[ExportNextToken]\n    var TableArn: js.UndefOr[TableArn]\n  }\n\n  object ListExportsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ListExportsMaxLimit] = js.undefined,\n        NextToken: js.UndefOr[ExportNextToken] = js.undefined,\n        TableArn: js.UndefOr[TableArn] = js.undefined\n    ): ListExportsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TableArn.foreach(__v => __obj.updateDynamic(\"TableArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExportsInput]\n    }\n  }\n\n  @js.native\n  trait ListExportsOutput extends js.Object {\n    var ExportSummaries: js.UndefOr[ExportSummaries]\n    var NextToken: js.UndefOr[ExportNextToken]\n  }\n\n  object ListExportsOutput {\n    @inline\n    def apply(\n        ExportSummaries: js.UndefOr[ExportSummaries] = js.undefined,\n        NextToken: js.UndefOr[ExportNextToken] = js.undefined\n    ): ListExportsOutput = {\n      val __obj = js.Dynamic.literal()\n      ExportSummaries.foreach(__v => __obj.updateDynamic(\"ExportSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExportsOutput]\n    }\n  }\n\n  @js.native\n  trait ListGlobalTablesInput extends js.Object {\n    var ExclusiveStartGlobalTableName: js.UndefOr[TableName]\n    var Limit: js.UndefOr[PositiveIntegerObject]\n    var RegionName: js.UndefOr[RegionName]\n  }\n\n  object ListGlobalTablesInput {\n    @inline\n    def apply(\n        ExclusiveStartGlobalTableName: js.UndefOr[TableName] = js.undefined,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined,\n        RegionName: js.UndefOr[RegionName] = js.undefined\n    ): ListGlobalTablesInput = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartGlobalTableName.foreach(__v => __obj.updateDynamic(\"ExclusiveStartGlobalTableName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGlobalTablesInput]\n    }\n  }\n\n  @js.native\n  trait ListGlobalTablesOutput extends js.Object {\n    var GlobalTables: js.UndefOr[GlobalTableList]\n    var LastEvaluatedGlobalTableName: js.UndefOr[TableName]\n  }\n\n  object ListGlobalTablesOutput {\n    @inline\n    def apply(\n        GlobalTables: js.UndefOr[GlobalTableList] = js.undefined,\n        LastEvaluatedGlobalTableName: js.UndefOr[TableName] = js.undefined\n    ): ListGlobalTablesOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTables.foreach(__v => __obj.updateDynamic(\"GlobalTables\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedGlobalTableName.foreach(__v => __obj.updateDynamic(\"LastEvaluatedGlobalTableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGlobalTablesOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListTables<\/code> operation.\n    *\/\n  @js.native\n  trait ListTablesInput extends js.Object {\n    var ExclusiveStartTableName: js.UndefOr[TableName]\n    var Limit: js.UndefOr[ListTablesInputLimit]\n  }\n\n  object ListTablesInput {\n    @inline\n    def apply(\n        ExclusiveStartTableName: js.UndefOr[TableName] = js.undefined,\n        Limit: js.UndefOr[ListTablesInputLimit] = js.undefined\n    ): ListTablesInput = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartTableName.foreach(__v => __obj.updateDynamic(\"ExclusiveStartTableName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListTables<\/code> operation.\n    *\/\n  @js.native\n  trait ListTablesOutput extends js.Object {\n    var LastEvaluatedTableName: js.UndefOr[TableName]\n    var TableNames: js.UndefOr[TableNameList]\n  }\n\n  object ListTablesOutput {\n    @inline\n    def apply(\n        LastEvaluatedTableName: js.UndefOr[TableName] = js.undefined,\n        TableNames: js.UndefOr[TableNameList] = js.undefined\n    ): ListTablesOutput = {\n      val __obj = js.Dynamic.literal()\n      LastEvaluatedTableName.foreach(__v => __obj.updateDynamic(\"LastEvaluatedTableName\")(__v.asInstanceOf[js.Any]))\n      TableNames.foreach(__v => __obj.updateDynamic(\"TableNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTablesOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsOfResourceInput extends js.Object {\n    var ResourceArn: ResourceArnString\n    var NextToken: js.UndefOr[NextTokenString]\n  }\n\n  object ListTagsOfResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        NextToken: js.UndefOr[NextTokenString] = js.undefined\n    ): ListTagsOfResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsOfResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsOfResourceOutput extends js.Object {\n    var NextToken: js.UndefOr[NextTokenString]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsOfResourceOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextTokenString] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsOfResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsOfResourceOutput]\n    }\n  }\n\n  \/** Represents the properties of a local secondary index.\n    *\/\n  @js.native\n  trait LocalSecondaryIndex extends js.Object {\n    var IndexName: IndexName\n    var KeySchema: KeySchema\n    var Projection: Projection\n  }\n\n  object LocalSecondaryIndex {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        KeySchema: KeySchema,\n        Projection: Projection\n    ): LocalSecondaryIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any],\n        \"KeySchema\" -> KeySchema.asInstanceOf[js.Any],\n        \"Projection\" -> Projection.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LocalSecondaryIndex]\n    }\n  }\n\n  \/** Represents the properties of a local secondary index.\n    *\/\n  @js.native\n  trait LocalSecondaryIndexDescription extends js.Object {\n    var IndexArn: js.UndefOr[String]\n    var IndexName: js.UndefOr[IndexName]\n    var IndexSizeBytes: js.UndefOr[Double]\n    var ItemCount: js.UndefOr[Double]\n    var KeySchema: js.UndefOr[KeySchema]\n    var Projection: js.UndefOr[Projection]\n  }\n\n  object LocalSecondaryIndexDescription {\n    @inline\n    def apply(\n        IndexArn: js.UndefOr[String] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        IndexSizeBytes: js.UndefOr[Double] = js.undefined,\n        ItemCount: js.UndefOr[Double] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        Projection: js.UndefOr[Projection] = js.undefined\n    ): LocalSecondaryIndexDescription = {\n      val __obj = js.Dynamic.literal()\n      IndexArn.foreach(__v => __obj.updateDynamic(\"IndexArn\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexSizeBytes.foreach(__v => __obj.updateDynamic(\"IndexSizeBytes\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LocalSecondaryIndexDescription]\n    }\n  }\n\n  \/** Represents the properties of a local secondary index for the table when the backup was created.\n    *\/\n  @js.native\n  trait LocalSecondaryIndexInfo extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var KeySchema: js.UndefOr[KeySchema]\n    var Projection: js.UndefOr[Projection]\n  }\n\n  object LocalSecondaryIndexInfo {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        Projection: js.UndefOr[Projection] = js.undefined\n    ): LocalSecondaryIndexInfo = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      Projection.foreach(__v => __obj.updateDynamic(\"Projection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LocalSecondaryIndexInfo]\n    }\n  }\n\n  \/** Represents a PartiQL statment that uses parameters.\n    *\/\n  @js.native\n  trait ParameterizedStatement extends js.Object {\n    var Statement: PartiQLStatement\n    var Parameters: js.UndefOr[PreparedStatementParameters]\n  }\n\n  object ParameterizedStatement {\n    @inline\n    def apply(\n        Statement: PartiQLStatement,\n        Parameters: js.UndefOr[PreparedStatementParameters] = js.undefined\n    ): ParameterizedStatement = {\n      val __obj = js.Dynamic.literal(\n        \"Statement\" -> Statement.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterizedStatement]\n    }\n  }\n\n  \/** The description of the point in time settings applied to the table.\n    *\/\n  @js.native\n  trait PointInTimeRecoveryDescription extends js.Object {\n    var EarliestRestorableDateTime: js.UndefOr[Date]\n    var LatestRestorableDateTime: js.UndefOr[Date]\n    var PointInTimeRecoveryStatus: js.UndefOr[PointInTimeRecoveryStatus]\n  }\n\n  object PointInTimeRecoveryDescription {\n    @inline\n    def apply(\n        EarliestRestorableDateTime: js.UndefOr[Date] = js.undefined,\n        LatestRestorableDateTime: js.UndefOr[Date] = js.undefined,\n        PointInTimeRecoveryStatus: js.UndefOr[PointInTimeRecoveryStatus] = js.undefined\n    ): PointInTimeRecoveryDescription = {\n      val __obj = js.Dynamic.literal()\n      EarliestRestorableDateTime.foreach(__v => __obj.updateDynamic(\"EarliestRestorableDateTime\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableDateTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableDateTime\")(__v.asInstanceOf[js.Any]))\n      PointInTimeRecoveryStatus.foreach(__v => __obj.updateDynamic(\"PointInTimeRecoveryStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PointInTimeRecoveryDescription]\n    }\n  }\n\n  \/** Represents the settings used to enable point in time recovery.\n    *\/\n  @js.native\n  trait PointInTimeRecoverySpecification extends js.Object {\n    var PointInTimeRecoveryEnabled: BooleanObject\n  }\n\n  object PointInTimeRecoverySpecification {\n    @inline\n    def apply(\n        PointInTimeRecoveryEnabled: BooleanObject\n    ): PointInTimeRecoverySpecification = {\n      val __obj = js.Dynamic.literal(\n        \"PointInTimeRecoveryEnabled\" -> PointInTimeRecoveryEnabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PointInTimeRecoverySpecification]\n    }\n  }\n\n  @js.native\n  sealed trait PointInTimeRecoveryStatus extends js.Any\n  object PointInTimeRecoveryStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[PointInTimeRecoveryStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[PointInTimeRecoveryStatus]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** Represents attributes that are copied (projected) from the table into an index. These are in addition to the primary key attributes and index key attributes, which are automatically projected.\n    *\/\n  @js.native\n  trait Projection extends js.Object {\n    var NonKeyAttributes: js.UndefOr[NonKeyAttributeNameList]\n    var ProjectionType: js.UndefOr[ProjectionType]\n  }\n\n  object Projection {\n    @inline\n    def apply(\n        NonKeyAttributes: js.UndefOr[NonKeyAttributeNameList] = js.undefined,\n        ProjectionType: js.UndefOr[ProjectionType] = js.undefined\n    ): Projection = {\n      val __obj = js.Dynamic.literal()\n      NonKeyAttributes.foreach(__v => __obj.updateDynamic(\"NonKeyAttributes\")(__v.asInstanceOf[js.Any]))\n      ProjectionType.foreach(__v => __obj.updateDynamic(\"ProjectionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Projection]\n    }\n  }\n\n  @js.native\n  sealed trait ProjectionType extends js.Any\n  object ProjectionType {\n    val ALL = \"ALL\".asInstanceOf[ProjectionType]\n    val KEYS_ONLY = \"KEYS_ONLY\".asInstanceOf[ProjectionType]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[ProjectionType]\n\n    @inline def values = js.Array(ALL, KEYS_ONLY, INCLUDE)\n  }\n\n  \/** Represents the provisioned throughput settings for a specified table or index. The settings can be modified using the <code>UpdateTable<\/code> operation. For current minimum and maximum provisioned throughput values, see [[https:\/\/docs.aws.amazon.com\/amazondynamodb\/latest\/developerguide\/Limits.html|Service, Account, and Table Quotas]] in the <i>Amazon DynamoDB Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait ProvisionedThroughput extends js.Object {\n    var ReadCapacityUnits: PositiveLongObject\n    var WriteCapacityUnits: PositiveLongObject\n  }\n\n  object ProvisionedThroughput {\n    @inline\n    def apply(\n        ReadCapacityUnits: PositiveLongObject,\n        WriteCapacityUnits: PositiveLongObject\n    ): ProvisionedThroughput = {\n      val __obj = js.Dynamic.literal(\n        \"ReadCapacityUnits\" -> ReadCapacityUnits.asInstanceOf[js.Any],\n        \"WriteCapacityUnits\" -> WriteCapacityUnits.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProvisionedThroughput]\n    }\n  }\n\n  \/** Represents the provisioned throughput settings for the table, consisting of read and write capacity units, along with data about increases and decreases.\n    *\/\n  @js.native\n  trait ProvisionedThroughputDescription extends js.Object {\n    var LastDecreaseDateTime: js.UndefOr[Date]\n    var LastIncreaseDateTime: js.UndefOr[Date]\n    var NumberOfDecreasesToday: js.UndefOr[PositiveLongObject]\n    var ReadCapacityUnits: js.UndefOr[NonNegativeLongObject]\n    var WriteCapacityUnits: js.UndefOr[NonNegativeLongObject]\n  }\n\n  object ProvisionedThroughputDescription {\n    @inline\n    def apply(\n        LastDecreaseDateTime: js.UndefOr[Date] = js.undefined,\n        LastIncreaseDateTime: js.UndefOr[Date] = js.undefined,\n        NumberOfDecreasesToday: js.UndefOr[PositiveLongObject] = js.undefined,\n        ReadCapacityUnits: js.UndefOr[NonNegativeLongObject] = js.undefined,\n        WriteCapacityUnits: js.UndefOr[NonNegativeLongObject] = js.undefined\n    ): ProvisionedThroughputDescription = {\n      val __obj = js.Dynamic.literal()\n      LastDecreaseDateTime.foreach(__v => __obj.updateDynamic(\"LastDecreaseDateTime\")(__v.asInstanceOf[js.Any]))\n      LastIncreaseDateTime.foreach(__v => __obj.updateDynamic(\"LastIncreaseDateTime\")(__v.asInstanceOf[js.Any]))\n      NumberOfDecreasesToday.foreach(__v => __obj.updateDynamic(\"NumberOfDecreasesToday\")(__v.asInstanceOf[js.Any]))\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      WriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"WriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProvisionedThroughputDescription]\n    }\n  }\n\n  \/** Replica-specific provisioned throughput settings. If not specified, uses the source table's provisioned throughput settings.\n    *\/\n  @js.native\n  trait ProvisionedThroughputOverride extends js.Object {\n    var ReadCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object ProvisionedThroughputOverride {\n    @inline\n    def apply(\n        ReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): ProvisionedThroughputOverride = {\n      val __obj = js.Dynamic.literal()\n      ReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProvisionedThroughputOverride]\n    }\n  }\n\n  \/** Represents a request to perform a <code>PutItem<\/code> operation.\n    *\/\n  @js.native\n  trait Put extends js.Object {\n    var Item: PutItemInputAttributeMap\n    var TableName: TableName\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure]\n  }\n\n  object Put {\n    @inline\n    def apply(\n        Item: PutItemInputAttributeMap,\n        TableName: TableName,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure] = js.undefined\n    ): Put = {\n      val __obj = js.Dynamic.literal(\n        \"Item\" -> Item.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnValuesOnConditionCheckFailure.foreach(__v => __obj.updateDynamic(\"ReturnValuesOnConditionCheckFailure\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Put]\n    }\n  }\n\n  \/** Represents the input of a <code>PutItem<\/code> operation.\n    *\/\n  @js.native\n  trait PutItemInput extends js.Object {\n    var Item: PutItemInputAttributeMap\n    var TableName: TableName\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ConditionalOperator: js.UndefOr[ConditionalOperator]\n    var Expected: js.UndefOr[ExpectedAttributeMap]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics]\n    var ReturnValues: js.UndefOr[ReturnValue]\n  }\n\n  object PutItemInput {\n    @inline\n    def apply(\n        Item: PutItemInputAttributeMap,\n        TableName: TableName,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ConditionalOperator: js.UndefOr[ConditionalOperator] = js.undefined,\n        Expected: js.UndefOr[ExpectedAttributeMap] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics] = js.undefined,\n        ReturnValues: js.UndefOr[ReturnValue] = js.undefined\n    ): PutItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"Item\" -> Item.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ConditionalOperator.foreach(__v => __obj.updateDynamic(\"ConditionalOperator\")(__v.asInstanceOf[js.Any]))\n      Expected.foreach(__v => __obj.updateDynamic(\"Expected\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ReturnItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ReturnItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      ReturnValues.foreach(__v => __obj.updateDynamic(\"ReturnValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutItemInput]\n    }\n  }\n\n  \/** Represents the output of a <code>PutItem<\/code> operation.\n    *\/\n  @js.native\n  trait PutItemOutput extends js.Object {\n    var Attributes: js.UndefOr[AttributeMap]\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics]\n  }\n\n  object PutItemOutput {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeMap] = js.undefined,\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics] = js.undefined\n    ): PutItemOutput = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutItemOutput]\n    }\n  }\n\n  \/** Represents a request to perform a <code>PutItem<\/code> operation on an item.\n    *\/\n  @js.native\n  trait PutRequest extends js.Object {\n    var Item: PutItemInputAttributeMap\n  }\n\n  object PutRequest {\n    @inline\n    def apply(\n        Item: PutItemInputAttributeMap\n    ): PutRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Item\" -> Item.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRequest]\n    }\n  }\n\n  \/** Represents the input of a <code>Query<\/code> operation.\n    *\/\n  @js.native\n  trait QueryInput extends js.Object {\n    var TableName: TableName\n    var AttributesToGet: js.UndefOr[AttributeNameList]\n    var ConditionalOperator: js.UndefOr[ConditionalOperator]\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var ExclusiveStartKey: js.UndefOr[Key]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var FilterExpression: js.UndefOr[ConditionExpression]\n    var IndexName: js.UndefOr[IndexName]\n    var KeyConditionExpression: js.UndefOr[KeyExpression]\n    var KeyConditions: js.UndefOr[KeyConditions]\n    var Limit: js.UndefOr[PositiveIntegerObject]\n    var ProjectionExpression: js.UndefOr[ProjectionExpression]\n    var QueryFilter: js.UndefOr[FilterConditionMap]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ScanIndexForward: js.UndefOr[BooleanObject]\n    var Select: js.UndefOr[Select]\n  }\n\n  object QueryInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        AttributesToGet: js.UndefOr[AttributeNameList] = js.undefined,\n        ConditionalOperator: js.UndefOr[ConditionalOperator] = js.undefined,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        ExclusiveStartKey: js.UndefOr[Key] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        FilterExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        KeyConditionExpression: js.UndefOr[KeyExpression] = js.undefined,\n        KeyConditions: js.UndefOr[KeyConditions] = js.undefined,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined,\n        ProjectionExpression: js.UndefOr[ProjectionExpression] = js.undefined,\n        QueryFilter: js.UndefOr[FilterConditionMap] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ScanIndexForward: js.UndefOr[BooleanObject] = js.undefined,\n        Select: js.UndefOr[Select] = js.undefined\n    ): QueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      AttributesToGet.foreach(__v => __obj.updateDynamic(\"AttributesToGet\")(__v.asInstanceOf[js.Any]))\n      ConditionalOperator.foreach(__v => __obj.updateDynamic(\"ConditionalOperator\")(__v.asInstanceOf[js.Any]))\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      ExclusiveStartKey.foreach(__v => __obj.updateDynamic(\"ExclusiveStartKey\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      KeyConditionExpression.foreach(__v => __obj.updateDynamic(\"KeyConditionExpression\")(__v.asInstanceOf[js.Any]))\n      KeyConditions.foreach(__v => __obj.updateDynamic(\"KeyConditions\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      ProjectionExpression.foreach(__v => __obj.updateDynamic(\"ProjectionExpression\")(__v.asInstanceOf[js.Any]))\n      QueryFilter.foreach(__v => __obj.updateDynamic(\"QueryFilter\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ScanIndexForward.foreach(__v => __obj.updateDynamic(\"ScanIndexForward\")(__v.asInstanceOf[js.Any]))\n      Select.foreach(__v => __obj.updateDynamic(\"Select\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryInput]\n    }\n  }\n\n  \/** Represents the output of a <code>Query<\/code> operation.\n    *\/\n  @js.native\n  trait QueryOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var Count: js.UndefOr[Int]\n    var Items: js.UndefOr[ItemList]\n    var LastEvaluatedKey: js.UndefOr[Key]\n    var ScannedCount: js.UndefOr[Int]\n  }\n\n  object QueryOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        Count: js.UndefOr[Int] = js.undefined,\n        Items: js.UndefOr[ItemList] = js.undefined,\n        LastEvaluatedKey: js.UndefOr[Key] = js.undefined,\n        ScannedCount: js.UndefOr[Int] = js.undefined\n    ): QueryOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedKey.foreach(__v => __obj.updateDynamic(\"LastEvaluatedKey\")(__v.asInstanceOf[js.Any]))\n      ScannedCount.foreach(__v => __obj.updateDynamic(\"ScannedCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryOutput]\n    }\n  }\n\n  \/** Represents the properties of a replica.\n    *\/\n  @js.native\n  trait Replica extends js.Object {\n    var RegionName: js.UndefOr[RegionName]\n  }\n\n  object Replica {\n    @inline\n    def apply(\n        RegionName: js.UndefOr[RegionName] = js.undefined\n    ): Replica = {\n      val __obj = js.Dynamic.literal()\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Replica]\n    }\n  }\n\n  \/** Represents the auto scaling settings of the replica.\n    *\/\n  @js.native\n  trait ReplicaAutoScalingDescription extends js.Object {\n    var GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexAutoScalingDescriptionList]\n    var RegionName: js.UndefOr[RegionName]\n    var ReplicaProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ReplicaProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ReplicaStatus: js.UndefOr[ReplicaStatus]\n  }\n\n  object ReplicaAutoScalingDescription {\n    @inline\n    def apply(\n        GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexAutoScalingDescriptionList] = js.undefined,\n        RegionName: js.UndefOr[RegionName] = js.undefined,\n        ReplicaProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ReplicaProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ReplicaStatus: js.UndefOr[ReplicaStatus] = js.undefined\n    ): ReplicaAutoScalingDescription = {\n      val __obj = js.Dynamic.literal()\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedWriteCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedWriteCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatus.foreach(__v => __obj.updateDynamic(\"ReplicaStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaAutoScalingDescription]\n    }\n  }\n\n  \/** Represents the auto scaling settings of a replica that will be modified.\n    *\/\n  @js.native\n  trait ReplicaAutoScalingUpdate extends js.Object {\n    var RegionName: RegionName\n    var ReplicaGlobalSecondaryIndexUpdates: js.UndefOr[ReplicaGlobalSecondaryIndexAutoScalingUpdateList]\n    var ReplicaProvisionedReadCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n  }\n\n  object ReplicaAutoScalingUpdate {\n    @inline\n    def apply(\n        RegionName: RegionName,\n        ReplicaGlobalSecondaryIndexUpdates: js.UndefOr[ReplicaGlobalSecondaryIndexAutoScalingUpdateList] = js.undefined,\n        ReplicaProvisionedReadCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined\n    ): ReplicaAutoScalingUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n\n      ReplicaGlobalSecondaryIndexUpdates.foreach(__v => __obj.updateDynamic(\"ReplicaGlobalSecondaryIndexUpdates\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityAutoScalingUpdate.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityAutoScalingUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaAutoScalingUpdate]\n    }\n  }\n\n  \/** Contains the details of the replica.\n    *\/\n  @js.native\n  trait ReplicaDescription extends js.Object {\n    var GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexDescriptionList]\n    var KMSMasterKeyId: js.UndefOr[KMSMasterKeyId]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride]\n    var RegionName: js.UndefOr[RegionName]\n    var ReplicaInaccessibleDateTime: js.UndefOr[Date]\n    var ReplicaStatus: js.UndefOr[ReplicaStatus]\n    var ReplicaStatusDescription: js.UndefOr[ReplicaStatusDescription]\n    var ReplicaStatusPercentProgress: js.UndefOr[ReplicaStatusPercentProgress]\n  }\n\n  object ReplicaDescription {\n    @inline\n    def apply(\n        GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexDescriptionList] = js.undefined,\n        KMSMasterKeyId: js.UndefOr[KMSMasterKeyId] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride] = js.undefined,\n        RegionName: js.UndefOr[RegionName] = js.undefined,\n        ReplicaInaccessibleDateTime: js.UndefOr[Date] = js.undefined,\n        ReplicaStatus: js.UndefOr[ReplicaStatus] = js.undefined,\n        ReplicaStatusDescription: js.UndefOr[ReplicaStatusDescription] = js.undefined,\n        ReplicaStatusPercentProgress: js.UndefOr[ReplicaStatusPercentProgress] = js.undefined\n    ): ReplicaDescription = {\n      val __obj = js.Dynamic.literal()\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      KMSMasterKeyId.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      ReplicaInaccessibleDateTime.foreach(__v => __obj.updateDynamic(\"ReplicaInaccessibleDateTime\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatus.foreach(__v => __obj.updateDynamic(\"ReplicaStatus\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatusDescription.foreach(__v => __obj.updateDynamic(\"ReplicaStatusDescription\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatusPercentProgress.foreach(__v => __obj.updateDynamic(\"ReplicaStatusPercentProgress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaDescription]\n    }\n  }\n\n  \/** Represents the properties of a replica global secondary index.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndex extends js.Object {\n    var IndexName: IndexName\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride]\n  }\n\n  object ReplicaGlobalSecondaryIndex {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride] = js.undefined\n    ): ReplicaGlobalSecondaryIndex = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any]\n      )\n\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndex]\n    }\n  }\n\n  \/** Represents the auto scaling configuration for a replica global secondary index.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndexAutoScalingDescription extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var IndexStatus: js.UndefOr[IndexStatus]\n    var ProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n  }\n\n  object ReplicaGlobalSecondaryIndexAutoScalingDescription {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        IndexStatus: js.UndefOr[IndexStatus] = js.undefined,\n        ProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined\n    ): ReplicaGlobalSecondaryIndexAutoScalingDescription = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexStatus.foreach(__v => __obj.updateDynamic(\"IndexStatus\")(__v.asInstanceOf[js.Any]))\n      ProvisionedReadCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndexAutoScalingDescription]\n    }\n  }\n\n  \/** Represents the auto scaling settings of a global secondary index for a replica that will be modified.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndexAutoScalingUpdate extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var ProvisionedReadCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n  }\n\n  object ReplicaGlobalSecondaryIndexAutoScalingUpdate {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        ProvisionedReadCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined\n    ): ReplicaGlobalSecondaryIndexAutoScalingUpdate = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      ProvisionedReadCapacityAutoScalingUpdate.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityAutoScalingUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndexAutoScalingUpdate]\n    }\n  }\n\n  \/** Represents the properties of a replica global secondary index.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndexDescription extends js.Object {\n    var IndexName: js.UndefOr[IndexName]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride]\n  }\n\n  object ReplicaGlobalSecondaryIndexDescription {\n    @inline\n    def apply(\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride] = js.undefined\n    ): ReplicaGlobalSecondaryIndexDescription = {\n      val __obj = js.Dynamic.literal()\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndexDescription]\n    }\n  }\n\n  \/** Represents the properties of a global secondary index.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndexSettingsDescription extends js.Object {\n    var IndexName: IndexName\n    var IndexStatus: js.UndefOr[IndexStatus]\n    var ProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject]\n    var ProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object ReplicaGlobalSecondaryIndexSettingsDescription {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        IndexStatus: js.UndefOr[IndexStatus] = js.undefined,\n        ProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        ProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): ReplicaGlobalSecondaryIndexSettingsDescription = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any]\n      )\n\n      IndexStatus.foreach(__v => __obj.updateDynamic(\"IndexStatus\")(__v.asInstanceOf[js.Any]))\n      ProvisionedReadCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ProvisionedReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndexSettingsDescription]\n    }\n  }\n\n  \/** Represents the settings of a global secondary index for a global table that will be modified.\n    *\/\n  @js.native\n  trait ReplicaGlobalSecondaryIndexSettingsUpdate extends js.Object {\n    var IndexName: IndexName\n    var ProvisionedReadCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n    var ProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object ReplicaGlobalSecondaryIndexSettingsUpdate {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        ProvisionedReadCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined,\n        ProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): ReplicaGlobalSecondaryIndexSettingsUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any]\n      )\n\n      ProvisionedReadCapacityAutoScalingSettingsUpdate.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityAutoScalingSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      ProvisionedReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ProvisionedReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaGlobalSecondaryIndexSettingsUpdate]\n    }\n  }\n\n  \/** Represents the properties of a replica.\n    *\/\n  @js.native\n  trait ReplicaSettingsDescription extends js.Object {\n    var RegionName: RegionName\n    var ReplicaBillingModeSummary: js.UndefOr[BillingModeSummary]\n    var ReplicaGlobalSecondaryIndexSettings: js.UndefOr[ReplicaGlobalSecondaryIndexSettingsDescriptionList]\n    var ReplicaProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ReplicaProvisionedReadCapacityUnits: js.UndefOr[NonNegativeLongObject]\n    var ReplicaProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription]\n    var ReplicaProvisionedWriteCapacityUnits: js.UndefOr[NonNegativeLongObject]\n    var ReplicaStatus: js.UndefOr[ReplicaStatus]\n  }\n\n  object ReplicaSettingsDescription {\n    @inline\n    def apply(\n        RegionName: RegionName,\n        ReplicaBillingModeSummary: js.UndefOr[BillingModeSummary] = js.undefined,\n        ReplicaGlobalSecondaryIndexSettings: js.UndefOr[ReplicaGlobalSecondaryIndexSettingsDescriptionList] = js.undefined,\n        ReplicaProvisionedReadCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ReplicaProvisionedReadCapacityUnits: js.UndefOr[NonNegativeLongObject] = js.undefined,\n        ReplicaProvisionedWriteCapacityAutoScalingSettings: js.UndefOr[AutoScalingSettingsDescription] = js.undefined,\n        ReplicaProvisionedWriteCapacityUnits: js.UndefOr[NonNegativeLongObject] = js.undefined,\n        ReplicaStatus: js.UndefOr[ReplicaStatus] = js.undefined\n    ): ReplicaSettingsDescription = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n\n      ReplicaBillingModeSummary.foreach(__v => __obj.updateDynamic(\"ReplicaBillingModeSummary\")(__v.asInstanceOf[js.Any]))\n      ReplicaGlobalSecondaryIndexSettings.foreach(__v => __obj.updateDynamic(\"ReplicaGlobalSecondaryIndexSettings\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedWriteCapacityAutoScalingSettings.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedWriteCapacityAutoScalingSettings\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      ReplicaStatus.foreach(__v => __obj.updateDynamic(\"ReplicaStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaSettingsDescription]\n    }\n  }\n\n  \/** Represents the settings for a global table in a Region that will be modified.\n    *\/\n  @js.native\n  trait ReplicaSettingsUpdate extends js.Object {\n    var RegionName: RegionName\n    var ReplicaGlobalSecondaryIndexSettingsUpdate: js.UndefOr[ReplicaGlobalSecondaryIndexSettingsUpdateList]\n    var ReplicaProvisionedReadCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n    var ReplicaProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject]\n  }\n\n  object ReplicaSettingsUpdate {\n    @inline\n    def apply(\n        RegionName: RegionName,\n        ReplicaGlobalSecondaryIndexSettingsUpdate: js.UndefOr[ReplicaGlobalSecondaryIndexSettingsUpdateList] = js.undefined,\n        ReplicaProvisionedReadCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined,\n        ReplicaProvisionedReadCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined\n    ): ReplicaSettingsUpdate = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n\n      ReplicaGlobalSecondaryIndexSettingsUpdate.foreach(__v => __obj.updateDynamic(\"ReplicaGlobalSecondaryIndexSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityAutoScalingSettingsUpdate.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityAutoScalingSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      ReplicaProvisionedReadCapacityUnits.foreach(__v => __obj.updateDynamic(\"ReplicaProvisionedReadCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaSettingsUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicaStatus extends js.Any\n  object ReplicaStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ReplicaStatus]\n    val CREATION_FAILED = \"CREATION_FAILED\".asInstanceOf[ReplicaStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[ReplicaStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ReplicaStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ReplicaStatus]\n    val REGION_DISABLED = \"REGION_DISABLED\".asInstanceOf[ReplicaStatus]\n    val INACCESSIBLE_ENCRYPTION_CREDENTIALS = \"INACCESSIBLE_ENCRYPTION_CREDENTIALS\".asInstanceOf[ReplicaStatus]\n\n    @inline def values = js.Array(CREATING, CREATION_FAILED, UPDATING, DELETING, ACTIVE, REGION_DISABLED, INACCESSIBLE_ENCRYPTION_CREDENTIALS)\n  }\n\n  \/** Represents one of the following: * A new replica to be added to an existing global table. * New parameters for an existing replica. * An existing replica to be removed from an existing global table.\n    *\/\n  @js.native\n  trait ReplicaUpdate extends js.Object {\n    var Create: js.UndefOr[CreateReplicaAction]\n    var Delete: js.UndefOr[DeleteReplicaAction]\n  }\n\n  object ReplicaUpdate {\n    @inline\n    def apply(\n        Create: js.UndefOr[CreateReplicaAction] = js.undefined,\n        Delete: js.UndefOr[DeleteReplicaAction] = js.undefined\n    ): ReplicaUpdate = {\n      val __obj = js.Dynamic.literal()\n      Create.foreach(__v => __obj.updateDynamic(\"Create\")(__v.asInstanceOf[js.Any]))\n      Delete.foreach(__v => __obj.updateDynamic(\"Delete\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaUpdate]\n    }\n  }\n\n  \/** Represents one of the following: * A new replica to be added to an existing regional table or global table. This request invokes the <code>CreateTableReplica<\/code> action in the destination Region. * New parameters for an existing replica. This request invokes the <code>UpdateTable<\/code> action in the destination Region. * An existing replica to be deleted. The request invokes the <code>DeleteTableReplica<\/code> action in the destination Region, deleting the replica and all if its items in the destination Region.\n    *\/\n  @js.native\n  trait ReplicationGroupUpdate extends js.Object {\n    var Create: js.UndefOr[CreateReplicationGroupMemberAction]\n    var Delete: js.UndefOr[DeleteReplicationGroupMemberAction]\n    var Update: js.UndefOr[UpdateReplicationGroupMemberAction]\n  }\n\n  object ReplicationGroupUpdate {\n    @inline\n    def apply(\n        Create: js.UndefOr[CreateReplicationGroupMemberAction] = js.undefined,\n        Delete: js.UndefOr[DeleteReplicationGroupMemberAction] = js.undefined,\n        Update: js.UndefOr[UpdateReplicationGroupMemberAction] = js.undefined\n    ): ReplicationGroupUpdate = {\n      val __obj = js.Dynamic.literal()\n      Create.foreach(__v => __obj.updateDynamic(\"Create\")(__v.asInstanceOf[js.Any]))\n      Delete.foreach(__v => __obj.updateDynamic(\"Delete\")(__v.asInstanceOf[js.Any]))\n      Update.foreach(__v => __obj.updateDynamic(\"Update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationGroupUpdate]\n    }\n  }\n\n  \/** Contains details for the restore.\n    *\/\n  @js.native\n  trait RestoreSummary extends js.Object {\n    var RestoreDateTime: Date\n    var RestoreInProgress: RestoreInProgress\n    var SourceBackupArn: js.UndefOr[BackupArn]\n    var SourceTableArn: js.UndefOr[TableArn]\n  }\n\n  object RestoreSummary {\n    @inline\n    def apply(\n        RestoreDateTime: Date,\n        RestoreInProgress: RestoreInProgress,\n        SourceBackupArn: js.UndefOr[BackupArn] = js.undefined,\n        SourceTableArn: js.UndefOr[TableArn] = js.undefined\n    ): RestoreSummary = {\n      val __obj = js.Dynamic.literal(\n        \"RestoreDateTime\" -> RestoreDateTime.asInstanceOf[js.Any],\n        \"RestoreInProgress\" -> RestoreInProgress.asInstanceOf[js.Any]\n      )\n\n      SourceBackupArn.foreach(__v => __obj.updateDynamic(\"SourceBackupArn\")(__v.asInstanceOf[js.Any]))\n      SourceTableArn.foreach(__v => __obj.updateDynamic(\"SourceTableArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreSummary]\n    }\n  }\n\n  @js.native\n  trait RestoreTableFromBackupInput extends js.Object {\n    var BackupArn: BackupArn\n    var TargetTableName: TableName\n    var BillingModeOverride: js.UndefOr[BillingMode]\n    var GlobalSecondaryIndexOverride: js.UndefOr[GlobalSecondaryIndexList]\n    var LocalSecondaryIndexOverride: js.UndefOr[LocalSecondaryIndexList]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughput]\n    var SSESpecificationOverride: js.UndefOr[SSESpecification]\n  }\n\n  object RestoreTableFromBackupInput {\n    @inline\n    def apply(\n        BackupArn: BackupArn,\n        TargetTableName: TableName,\n        BillingModeOverride: js.UndefOr[BillingMode] = js.undefined,\n        GlobalSecondaryIndexOverride: js.UndefOr[GlobalSecondaryIndexList] = js.undefined,\n        LocalSecondaryIndexOverride: js.UndefOr[LocalSecondaryIndexList] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughput] = js.undefined,\n        SSESpecificationOverride: js.UndefOr[SSESpecification] = js.undefined\n    ): RestoreTableFromBackupInput = {\n      val __obj = js.Dynamic.literal(\n        \"BackupArn\" -> BackupArn.asInstanceOf[js.Any],\n        \"TargetTableName\" -> TargetTableName.asInstanceOf[js.Any]\n      )\n\n      BillingModeOverride.foreach(__v => __obj.updateDynamic(\"BillingModeOverride\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexOverride.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexOverride\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexOverride.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexOverride\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      SSESpecificationOverride.foreach(__v => __obj.updateDynamic(\"SSESpecificationOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreTableFromBackupInput]\n    }\n  }\n\n  @js.native\n  trait RestoreTableFromBackupOutput extends js.Object {\n    var TableDescription: js.UndefOr[TableDescription]\n  }\n\n  object RestoreTableFromBackupOutput {\n    @inline\n    def apply(\n        TableDescription: js.UndefOr[TableDescription] = js.undefined\n    ): RestoreTableFromBackupOutput = {\n      val __obj = js.Dynamic.literal()\n      TableDescription.foreach(__v => __obj.updateDynamic(\"TableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreTableFromBackupOutput]\n    }\n  }\n\n  @js.native\n  trait RestoreTableToPointInTimeInput extends js.Object {\n    var TargetTableName: TableName\n    var BillingModeOverride: js.UndefOr[BillingMode]\n    var GlobalSecondaryIndexOverride: js.UndefOr[GlobalSecondaryIndexList]\n    var LocalSecondaryIndexOverride: js.UndefOr[LocalSecondaryIndexList]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughput]\n    var RestoreDateTime: js.UndefOr[Date]\n    var SSESpecificationOverride: js.UndefOr[SSESpecification]\n    var SourceTableArn: js.UndefOr[TableArn]\n    var SourceTableName: js.UndefOr[TableName]\n    var UseLatestRestorableTime: js.UndefOr[BooleanObject]\n  }\n\n  object RestoreTableToPointInTimeInput {\n    @inline\n    def apply(\n        TargetTableName: TableName,\n        BillingModeOverride: js.UndefOr[BillingMode] = js.undefined,\n        GlobalSecondaryIndexOverride: js.UndefOr[GlobalSecondaryIndexList] = js.undefined,\n        LocalSecondaryIndexOverride: js.UndefOr[LocalSecondaryIndexList] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughput] = js.undefined,\n        RestoreDateTime: js.UndefOr[Date] = js.undefined,\n        SSESpecificationOverride: js.UndefOr[SSESpecification] = js.undefined,\n        SourceTableArn: js.UndefOr[TableArn] = js.undefined,\n        SourceTableName: js.UndefOr[TableName] = js.undefined,\n        UseLatestRestorableTime: js.UndefOr[BooleanObject] = js.undefined\n    ): RestoreTableToPointInTimeInput = {\n      val __obj = js.Dynamic.literal(\n        \"TargetTableName\" -> TargetTableName.asInstanceOf[js.Any]\n      )\n\n      BillingModeOverride.foreach(__v => __obj.updateDynamic(\"BillingModeOverride\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexOverride.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexOverride\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexOverride.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexOverride\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      RestoreDateTime.foreach(__v => __obj.updateDynamic(\"RestoreDateTime\")(__v.asInstanceOf[js.Any]))\n      SSESpecificationOverride.foreach(__v => __obj.updateDynamic(\"SSESpecificationOverride\")(__v.asInstanceOf[js.Any]))\n      SourceTableArn.foreach(__v => __obj.updateDynamic(\"SourceTableArn\")(__v.asInstanceOf[js.Any]))\n      SourceTableName.foreach(__v => __obj.updateDynamic(\"SourceTableName\")(__v.asInstanceOf[js.Any]))\n      UseLatestRestorableTime.foreach(__v => __obj.updateDynamic(\"UseLatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreTableToPointInTimeInput]\n    }\n  }\n\n  @js.native\n  trait RestoreTableToPointInTimeOutput extends js.Object {\n    var TableDescription: js.UndefOr[TableDescription]\n  }\n\n  object RestoreTableToPointInTimeOutput {\n    @inline\n    def apply(\n        TableDescription: js.UndefOr[TableDescription] = js.undefined\n    ): RestoreTableToPointInTimeOutput = {\n      val __obj = js.Dynamic.literal()\n      TableDescription.foreach(__v => __obj.updateDynamic(\"TableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreTableToPointInTimeOutput]\n    }\n  }\n\n  \/** Determines the level of detail about provisioned throughput consumption that is returned in the response: * <code>INDEXES<\/code> - The response includes the aggregate <code>ConsumedCapacity<\/code> for the operation, together with <code>ConsumedCapacity<\/code> for each table and secondary index that was accessed. Note that some operations, such as <code>GetItem<\/code> and <code>BatchGetItem<\/code>, do not access any indexes at all. In these cases, specifying <code>INDEXES<\/code> will only return <code>ConsumedCapacity<\/code> information for table(s). * <code>TOTAL<\/code> - The response includes only the aggregate <code>ConsumedCapacity<\/code> for the operation. * <code>NONE<\/code> - No <code>ConsumedCapacity<\/code> details are included in the response.\n    *\/\n  @js.native\n  sealed trait ReturnConsumedCapacity extends js.Any\n  object ReturnConsumedCapacity {\n    val INDEXES = \"INDEXES\".asInstanceOf[ReturnConsumedCapacity]\n    val TOTAL = \"TOTAL\".asInstanceOf[ReturnConsumedCapacity]\n    val NONE = \"NONE\".asInstanceOf[ReturnConsumedCapacity]\n\n    @inline def values = js.Array(INDEXES, TOTAL, NONE)\n  }\n\n  @js.native\n  sealed trait ReturnItemCollectionMetrics extends js.Any\n  object ReturnItemCollectionMetrics {\n    val SIZE = \"SIZE\".asInstanceOf[ReturnItemCollectionMetrics]\n    val NONE = \"NONE\".asInstanceOf[ReturnItemCollectionMetrics]\n\n    @inline def values = js.Array(SIZE, NONE)\n  }\n\n  @js.native\n  sealed trait ReturnValue extends js.Any\n  object ReturnValue {\n    val NONE = \"NONE\".asInstanceOf[ReturnValue]\n    val ALL_OLD = \"ALL_OLD\".asInstanceOf[ReturnValue]\n    val UPDATED_OLD = \"UPDATED_OLD\".asInstanceOf[ReturnValue]\n    val ALL_NEW = \"ALL_NEW\".asInstanceOf[ReturnValue]\n    val UPDATED_NEW = \"UPDATED_NEW\".asInstanceOf[ReturnValue]\n\n    @inline def values = js.Array(NONE, ALL_OLD, UPDATED_OLD, ALL_NEW, UPDATED_NEW)\n  }\n\n  @js.native\n  sealed trait ReturnValuesOnConditionCheckFailure extends js.Any\n  object ReturnValuesOnConditionCheckFailure {\n    val ALL_OLD = \"ALL_OLD\".asInstanceOf[ReturnValuesOnConditionCheckFailure]\n    val NONE = \"NONE\".asInstanceOf[ReturnValuesOnConditionCheckFailure]\n\n    @inline def values = js.Array(ALL_OLD, NONE)\n  }\n\n  @js.native\n  sealed trait S3SseAlgorithm extends js.Any\n  object S3SseAlgorithm {\n    val AES256 = \"AES256\".asInstanceOf[S3SseAlgorithm]\n    val KMS = \"KMS\".asInstanceOf[S3SseAlgorithm]\n\n    @inline def values = js.Array(AES256, KMS)\n  }\n\n  \/** The description of the server-side encryption status on the specified table.\n    *\/\n  @js.native\n  trait SSEDescription extends js.Object {\n    var InaccessibleEncryptionDateTime: js.UndefOr[Date]\n    var KMSMasterKeyArn: js.UndefOr[KMSMasterKeyArn]\n    var SSEType: js.UndefOr[SSEType]\n    var Status: js.UndefOr[SSEStatus]\n  }\n\n  object SSEDescription {\n    @inline\n    def apply(\n        InaccessibleEncryptionDateTime: js.UndefOr[Date] = js.undefined,\n        KMSMasterKeyArn: js.UndefOr[KMSMasterKeyArn] = js.undefined,\n        SSEType: js.UndefOr[SSEType] = js.undefined,\n        Status: js.UndefOr[SSEStatus] = js.undefined\n    ): SSEDescription = {\n      val __obj = js.Dynamic.literal()\n      InaccessibleEncryptionDateTime.foreach(__v => __obj.updateDynamic(\"InaccessibleEncryptionDateTime\")(__v.asInstanceOf[js.Any]))\n      KMSMasterKeyArn.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyArn\")(__v.asInstanceOf[js.Any]))\n      SSEType.foreach(__v => __obj.updateDynamic(\"SSEType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SSEDescription]\n    }\n  }\n\n  \/** Represents the settings used to enable server-side encryption.\n    *\/\n  @js.native\n  trait SSESpecification extends js.Object {\n    var Enabled: js.UndefOr[SSEEnabled]\n    var KMSMasterKeyId: js.UndefOr[KMSMasterKeyId]\n    var SSEType: js.UndefOr[SSEType]\n  }\n\n  object SSESpecification {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[SSEEnabled] = js.undefined,\n        KMSMasterKeyId: js.UndefOr[KMSMasterKeyId] = js.undefined,\n        SSEType: js.UndefOr[SSEType] = js.undefined\n    ): SSESpecification = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      KMSMasterKeyId.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      SSEType.foreach(__v => __obj.updateDynamic(\"SSEType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SSESpecification]\n    }\n  }\n\n  @js.native\n  sealed trait SSEStatus extends js.Any\n  object SSEStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[SSEStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[SSEStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[SSEStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[SSEStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[SSEStatus]\n\n    @inline def values = js.Array(ENABLING, ENABLED, DISABLING, DISABLED, UPDATING)\n  }\n\n  @js.native\n  sealed trait SSEType extends js.Any\n  object SSEType {\n    val AES256 = \"AES256\".asInstanceOf[SSEType]\n    val KMS = \"KMS\".asInstanceOf[SSEType]\n\n    @inline def values = js.Array(AES256, KMS)\n  }\n\n  @js.native\n  sealed trait ScalarAttributeType extends js.Any\n  object ScalarAttributeType {\n    val S = \"S\".asInstanceOf[ScalarAttributeType]\n    val N = \"N\".asInstanceOf[ScalarAttributeType]\n    val B = \"B\".asInstanceOf[ScalarAttributeType]\n\n    @inline def values = js.Array(S, N, B)\n  }\n\n  \/** Represents the input of a <code>Scan<\/code> operation.\n    *\/\n  @js.native\n  trait ScanInput extends js.Object {\n    var TableName: TableName\n    var AttributesToGet: js.UndefOr[AttributeNameList]\n    var ConditionalOperator: js.UndefOr[ConditionalOperator]\n    var ConsistentRead: js.UndefOr[ConsistentRead]\n    var ExclusiveStartKey: js.UndefOr[Key]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var FilterExpression: js.UndefOr[ConditionExpression]\n    var IndexName: js.UndefOr[IndexName]\n    var Limit: js.UndefOr[PositiveIntegerObject]\n    var ProjectionExpression: js.UndefOr[ProjectionExpression]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ScanFilter: js.UndefOr[FilterConditionMap]\n    var Segment: js.UndefOr[ScanSegment]\n    var Select: js.UndefOr[Select]\n    var TotalSegments: js.UndefOr[ScanTotalSegments]\n  }\n\n  object ScanInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        AttributesToGet: js.UndefOr[AttributeNameList] = js.undefined,\n        ConditionalOperator: js.UndefOr[ConditionalOperator] = js.undefined,\n        ConsistentRead: js.UndefOr[ConsistentRead] = js.undefined,\n        ExclusiveStartKey: js.UndefOr[Key] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        FilterExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined,\n        ProjectionExpression: js.UndefOr[ProjectionExpression] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ScanFilter: js.UndefOr[FilterConditionMap] = js.undefined,\n        Segment: js.UndefOr[ScanSegment] = js.undefined,\n        Select: js.UndefOr[Select] = js.undefined,\n        TotalSegments: js.UndefOr[ScanTotalSegments] = js.undefined\n    ): ScanInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      AttributesToGet.foreach(__v => __obj.updateDynamic(\"AttributesToGet\")(__v.asInstanceOf[js.Any]))\n      ConditionalOperator.foreach(__v => __obj.updateDynamic(\"ConditionalOperator\")(__v.asInstanceOf[js.Any]))\n      ConsistentRead.foreach(__v => __obj.updateDynamic(\"ConsistentRead\")(__v.asInstanceOf[js.Any]))\n      ExclusiveStartKey.foreach(__v => __obj.updateDynamic(\"ExclusiveStartKey\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      ProjectionExpression.foreach(__v => __obj.updateDynamic(\"ProjectionExpression\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ScanFilter.foreach(__v => __obj.updateDynamic(\"ScanFilter\")(__v.asInstanceOf[js.Any]))\n      Segment.foreach(__v => __obj.updateDynamic(\"Segment\")(__v.asInstanceOf[js.Any]))\n      Select.foreach(__v => __obj.updateDynamic(\"Select\")(__v.asInstanceOf[js.Any]))\n      TotalSegments.foreach(__v => __obj.updateDynamic(\"TotalSegments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScanInput]\n    }\n  }\n\n  \/** Represents the output of a <code>Scan<\/code> operation.\n    *\/\n  @js.native\n  trait ScanOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var Count: js.UndefOr[Int]\n    var Items: js.UndefOr[ItemList]\n    var LastEvaluatedKey: js.UndefOr[Key]\n    var ScannedCount: js.UndefOr[Int]\n  }\n\n  object ScanOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        Count: js.UndefOr[Int] = js.undefined,\n        Items: js.UndefOr[ItemList] = js.undefined,\n        LastEvaluatedKey: js.UndefOr[Key] = js.undefined,\n        ScannedCount: js.UndefOr[Int] = js.undefined\n    ): ScanOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedKey.foreach(__v => __obj.updateDynamic(\"LastEvaluatedKey\")(__v.asInstanceOf[js.Any]))\n      ScannedCount.foreach(__v => __obj.updateDynamic(\"ScannedCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScanOutput]\n    }\n  }\n\n  @js.native\n  sealed trait Select extends js.Any\n  object Select {\n    val ALL_ATTRIBUTES = \"ALL_ATTRIBUTES\".asInstanceOf[Select]\n    val ALL_PROJECTED_ATTRIBUTES = \"ALL_PROJECTED_ATTRIBUTES\".asInstanceOf[Select]\n    val SPECIFIC_ATTRIBUTES = \"SPECIFIC_ATTRIBUTES\".asInstanceOf[Select]\n    val COUNT = \"COUNT\".asInstanceOf[Select]\n\n    @inline def values = js.Array(ALL_ATTRIBUTES, ALL_PROJECTED_ATTRIBUTES, SPECIFIC_ATTRIBUTES, COUNT)\n  }\n\n  \/** Contains the details of the table when the backup was created.\n    *\/\n  @js.native\n  trait SourceTableDetails extends js.Object {\n    var KeySchema: KeySchema\n    var ProvisionedThroughput: ProvisionedThroughput\n    var TableCreationDateTime: TableCreationDateTime\n    var TableId: TableId\n    var TableName: TableName\n    var BillingMode: js.UndefOr[BillingMode]\n    var ItemCount: js.UndefOr[ItemCount]\n    var TableArn: js.UndefOr[TableArn]\n    var TableSizeBytes: js.UndefOr[Double]\n  }\n\n  object SourceTableDetails {\n    @inline\n    def apply(\n        KeySchema: KeySchema,\n        ProvisionedThroughput: ProvisionedThroughput,\n        TableCreationDateTime: TableCreationDateTime,\n        TableId: TableId,\n        TableName: TableName,\n        BillingMode: js.UndefOr[BillingMode] = js.undefined,\n        ItemCount: js.UndefOr[ItemCount] = js.undefined,\n        TableArn: js.UndefOr[TableArn] = js.undefined,\n        TableSizeBytes: js.UndefOr[Double] = js.undefined\n    ): SourceTableDetails = {\n      val __obj = js.Dynamic.literal(\n        \"KeySchema\" -> KeySchema.asInstanceOf[js.Any],\n        \"ProvisionedThroughput\" -> ProvisionedThroughput.asInstanceOf[js.Any],\n        \"TableCreationDateTime\" -> TableCreationDateTime.asInstanceOf[js.Any],\n        \"TableId\" -> TableId.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      BillingMode.foreach(__v => __obj.updateDynamic(\"BillingMode\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      TableArn.foreach(__v => __obj.updateDynamic(\"TableArn\")(__v.asInstanceOf[js.Any]))\n      TableSizeBytes.foreach(__v => __obj.updateDynamic(\"TableSizeBytes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceTableDetails]\n    }\n  }\n\n  \/** Contains the details of the features enabled on the table when the backup was created. For example, LSIs, GSIs, streams, TTL.\n    *\/\n  @js.native\n  trait SourceTableFeatureDetails extends js.Object {\n    var GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexes]\n    var LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexes]\n    var SSEDescription: js.UndefOr[SSEDescription]\n    var StreamDescription: js.UndefOr[StreamSpecification]\n    var TimeToLiveDescription: js.UndefOr[TimeToLiveDescription]\n  }\n\n  object SourceTableFeatureDetails {\n    @inline\n    def apply(\n        GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexes] = js.undefined,\n        LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexes] = js.undefined,\n        SSEDescription: js.UndefOr[SSEDescription] = js.undefined,\n        StreamDescription: js.UndefOr[StreamSpecification] = js.undefined,\n        TimeToLiveDescription: js.UndefOr[TimeToLiveDescription] = js.undefined\n    ): SourceTableFeatureDetails = {\n      val __obj = js.Dynamic.literal()\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      SSEDescription.foreach(__v => __obj.updateDynamic(\"SSEDescription\")(__v.asInstanceOf[js.Any]))\n      StreamDescription.foreach(__v => __obj.updateDynamic(\"StreamDescription\")(__v.asInstanceOf[js.Any]))\n      TimeToLiveDescription.foreach(__v => __obj.updateDynamic(\"TimeToLiveDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceTableFeatureDetails]\n    }\n  }\n\n  \/** Represents the DynamoDB Streams configuration for a table in DynamoDB.\n    *\/\n  @js.native\n  trait StreamSpecification extends js.Object {\n    var StreamEnabled: StreamEnabled\n    var StreamViewType: js.UndefOr[StreamViewType]\n  }\n\n  object StreamSpecification {\n    @inline\n    def apply(\n        StreamEnabled: StreamEnabled,\n        StreamViewType: js.UndefOr[StreamViewType] = js.undefined\n    ): StreamSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"StreamEnabled\" -> StreamEnabled.asInstanceOf[js.Any]\n      )\n\n      StreamViewType.foreach(__v => __obj.updateDynamic(\"StreamViewType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait StreamViewType extends js.Any\n  object StreamViewType {\n    val NEW_IMAGE = \"NEW_IMAGE\".asInstanceOf[StreamViewType]\n    val OLD_IMAGE = \"OLD_IMAGE\".asInstanceOf[StreamViewType]\n    val NEW_AND_OLD_IMAGES = \"NEW_AND_OLD_IMAGES\".asInstanceOf[StreamViewType]\n    val KEYS_ONLY = \"KEYS_ONLY\".asInstanceOf[StreamViewType]\n\n    @inline def values = js.Array(NEW_IMAGE, OLD_IMAGE, NEW_AND_OLD_IMAGES, KEYS_ONLY)\n  }\n\n  \/** Represents the auto scaling configuration for a global table.\n    *\/\n  @js.native\n  trait TableAutoScalingDescription extends js.Object {\n    var Replicas: js.UndefOr[ReplicaAutoScalingDescriptionList]\n    var TableName: js.UndefOr[TableName]\n    var TableStatus: js.UndefOr[TableStatus]\n  }\n\n  object TableAutoScalingDescription {\n    @inline\n    def apply(\n        Replicas: js.UndefOr[ReplicaAutoScalingDescriptionList] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined,\n        TableStatus: js.UndefOr[TableStatus] = js.undefined\n    ): TableAutoScalingDescription = {\n      val __obj = js.Dynamic.literal()\n      Replicas.foreach(__v => __obj.updateDynamic(\"Replicas\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      TableStatus.foreach(__v => __obj.updateDynamic(\"TableStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableAutoScalingDescription]\n    }\n  }\n\n  \/** Represents the properties of a table.\n    *\/\n  @js.native\n  trait TableDescription extends js.Object {\n    var ArchivalSummary: js.UndefOr[ArchivalSummary]\n    var AttributeDefinitions: js.UndefOr[AttributeDefinitions]\n    var BillingModeSummary: js.UndefOr[BillingModeSummary]\n    var CreationDateTime: js.UndefOr[Date]\n    var GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexDescriptionList]\n    var GlobalTableVersion: js.UndefOr[String]\n    var ItemCount: js.UndefOr[Double]\n    var KeySchema: js.UndefOr[KeySchema]\n    var LatestStreamArn: js.UndefOr[StreamArn]\n    var LatestStreamLabel: js.UndefOr[String]\n    var LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexDescriptionList]\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughputDescription]\n    var Replicas: js.UndefOr[ReplicaDescriptionList]\n    var RestoreSummary: js.UndefOr[RestoreSummary]\n    var SSEDescription: js.UndefOr[SSEDescription]\n    var StreamSpecification: js.UndefOr[StreamSpecification]\n    var TableArn: js.UndefOr[String]\n    var TableId: js.UndefOr[TableId]\n    var TableName: js.UndefOr[TableName]\n    var TableSizeBytes: js.UndefOr[Double]\n    var TableStatus: js.UndefOr[TableStatus]\n  }\n\n  object TableDescription {\n    @inline\n    def apply(\n        ArchivalSummary: js.UndefOr[ArchivalSummary] = js.undefined,\n        AttributeDefinitions: js.UndefOr[AttributeDefinitions] = js.undefined,\n        BillingModeSummary: js.UndefOr[BillingModeSummary] = js.undefined,\n        CreationDateTime: js.UndefOr[Date] = js.undefined,\n        GlobalSecondaryIndexes: js.UndefOr[GlobalSecondaryIndexDescriptionList] = js.undefined,\n        GlobalTableVersion: js.UndefOr[String] = js.undefined,\n        ItemCount: js.UndefOr[Double] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        LatestStreamArn: js.UndefOr[StreamArn] = js.undefined,\n        LatestStreamLabel: js.UndefOr[String] = js.undefined,\n        LocalSecondaryIndexes: js.UndefOr[LocalSecondaryIndexDescriptionList] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughputDescription] = js.undefined,\n        Replicas: js.UndefOr[ReplicaDescriptionList] = js.undefined,\n        RestoreSummary: js.UndefOr[RestoreSummary] = js.undefined,\n        SSEDescription: js.UndefOr[SSEDescription] = js.undefined,\n        StreamSpecification: js.UndefOr[StreamSpecification] = js.undefined,\n        TableArn: js.UndefOr[String] = js.undefined,\n        TableId: js.UndefOr[TableId] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined,\n        TableSizeBytes: js.UndefOr[Double] = js.undefined,\n        TableStatus: js.UndefOr[TableStatus] = js.undefined\n    ): TableDescription = {\n      val __obj = js.Dynamic.literal()\n      ArchivalSummary.foreach(__v => __obj.updateDynamic(\"ArchivalSummary\")(__v.asInstanceOf[js.Any]))\n      AttributeDefinitions.foreach(__v => __obj.updateDynamic(\"AttributeDefinitions\")(__v.asInstanceOf[js.Any]))\n      BillingModeSummary.foreach(__v => __obj.updateDynamic(\"BillingModeSummary\")(__v.asInstanceOf[js.Any]))\n      CreationDateTime.foreach(__v => __obj.updateDynamic(\"CreationDateTime\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      GlobalTableVersion.foreach(__v => __obj.updateDynamic(\"GlobalTableVersion\")(__v.asInstanceOf[js.Any]))\n      ItemCount.foreach(__v => __obj.updateDynamic(\"ItemCount\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      LatestStreamArn.foreach(__v => __obj.updateDynamic(\"LatestStreamArn\")(__v.asInstanceOf[js.Any]))\n      LatestStreamLabel.foreach(__v => __obj.updateDynamic(\"LatestStreamLabel\")(__v.asInstanceOf[js.Any]))\n      LocalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"LocalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      Replicas.foreach(__v => __obj.updateDynamic(\"Replicas\")(__v.asInstanceOf[js.Any]))\n      RestoreSummary.foreach(__v => __obj.updateDynamic(\"RestoreSummary\")(__v.asInstanceOf[js.Any]))\n      SSEDescription.foreach(__v => __obj.updateDynamic(\"SSEDescription\")(__v.asInstanceOf[js.Any]))\n      StreamSpecification.foreach(__v => __obj.updateDynamic(\"StreamSpecification\")(__v.asInstanceOf[js.Any]))\n      TableArn.foreach(__v => __obj.updateDynamic(\"TableArn\")(__v.asInstanceOf[js.Any]))\n      TableId.foreach(__v => __obj.updateDynamic(\"TableId\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      TableSizeBytes.foreach(__v => __obj.updateDynamic(\"TableSizeBytes\")(__v.asInstanceOf[js.Any]))\n      TableStatus.foreach(__v => __obj.updateDynamic(\"TableStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableDescription]\n    }\n  }\n\n  @js.native\n  sealed trait TableStatus extends js.Any\n  object TableStatus {\n    val CREATING = \"CREATING\".asInstanceOf[TableStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[TableStatus]\n    val DELETING = \"DELETING\".asInstanceOf[TableStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[TableStatus]\n    val INACCESSIBLE_ENCRYPTION_CREDENTIALS = \"INACCESSIBLE_ENCRYPTION_CREDENTIALS\".asInstanceOf[TableStatus]\n    val ARCHIVING = \"ARCHIVING\".asInstanceOf[TableStatus]\n    val ARCHIVED = \"ARCHIVED\".asInstanceOf[TableStatus]\n\n    @inline def values = js.Array(CREATING, UPDATING, DELETING, ACTIVE, INACCESSIBLE_ENCRYPTION_CREDENTIALS, ARCHIVING, ARCHIVED)\n  }\n\n  \/** Describes a tag. A tag is a key-value pair. You can add up to 50 tags to a single DynamoDB table. AWS-assigned tag names and values are automatically assigned the <code>aws:<\/code> prefix, which the user cannot assign. AWS-assigned tag names do not count towards the tag limit of 50. User-assigned tag names have the prefix <code>user:<\/code> in the Cost Allocation Report. You cannot backdate the application of a tag. For an overview on tagging DynamoDB resources, see [[https:\/\/docs.aws.amazon.com\/amazondynamodb\/latest\/developerguide\/Tagging.html|Tagging for DynamoDB]] in the <i>Amazon DynamoDB Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKeyString\n    var Value: TagValueString\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKeyString,\n        Value: TagValueString\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceArn: ResourceArnString\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  \/** The description of the Time to Live (TTL) status on the specified table.\n    *\/\n  @js.native\n  trait TimeToLiveDescription extends js.Object {\n    var AttributeName: js.UndefOr[TimeToLiveAttributeName]\n    var TimeToLiveStatus: js.UndefOr[TimeToLiveStatus]\n  }\n\n  object TimeToLiveDescription {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[TimeToLiveAttributeName] = js.undefined,\n        TimeToLiveStatus: js.UndefOr[TimeToLiveStatus] = js.undefined\n    ): TimeToLiveDescription = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      TimeToLiveStatus.foreach(__v => __obj.updateDynamic(\"TimeToLiveStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeToLiveDescription]\n    }\n  }\n\n  \/** Represents the settings used to enable or disable Time to Live (TTL) for the specified table.\n    *\/\n  @js.native\n  trait TimeToLiveSpecification extends js.Object {\n    var AttributeName: TimeToLiveAttributeName\n    var Enabled: TimeToLiveEnabled\n  }\n\n  object TimeToLiveSpecification {\n    @inline\n    def apply(\n        AttributeName: TimeToLiveAttributeName,\n        Enabled: TimeToLiveEnabled\n    ): TimeToLiveSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TimeToLiveSpecification]\n    }\n  }\n\n  @js.native\n  sealed trait TimeToLiveStatus extends js.Any\n  object TimeToLiveStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[TimeToLiveStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[TimeToLiveStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[TimeToLiveStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[TimeToLiveStatus]\n\n    @inline def values = js.Array(ENABLING, DISABLING, ENABLED, DISABLED)\n  }\n\n  \/** Specifies an item to be retrieved as part of the transaction.\n    *\/\n  @js.native\n  trait TransactGetItem extends js.Object {\n    var Get: Get\n  }\n\n  object TransactGetItem {\n    @inline\n    def apply(\n        Get: Get\n    ): TransactGetItem = {\n      val __obj = js.Dynamic.literal(\n        \"Get\" -> Get.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TransactGetItem]\n    }\n  }\n\n  @js.native\n  trait TransactGetItemsInput extends js.Object {\n    var TransactItems: TransactGetItemList\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n  }\n\n  object TransactGetItemsInput {\n    @inline\n    def apply(\n        TransactItems: TransactGetItemList,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined\n    ): TransactGetItemsInput = {\n      val __obj = js.Dynamic.literal(\n        \"TransactItems\" -> TransactItems.asInstanceOf[js.Any]\n      )\n\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransactGetItemsInput]\n    }\n  }\n\n  @js.native\n  trait TransactGetItemsOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple]\n    var Responses: js.UndefOr[ItemResponseList]\n  }\n\n  object TransactGetItemsOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple] = js.undefined,\n        Responses: js.UndefOr[ItemResponseList] = js.undefined\n    ): TransactGetItemsOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      Responses.foreach(__v => __obj.updateDynamic(\"Responses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransactGetItemsOutput]\n    }\n  }\n\n  \/** A list of requests that can perform update, put, delete, or check operations on multiple items in one or more tables atomically.\n    *\/\n  @js.native\n  trait TransactWriteItem extends js.Object {\n    var ConditionCheck: js.UndefOr[ConditionCheck]\n    var Delete: js.UndefOr[Delete]\n    var Put: js.UndefOr[Put]\n    var Update: js.UndefOr[Update]\n  }\n\n  object TransactWriteItem {\n    @inline\n    def apply(\n        ConditionCheck: js.UndefOr[ConditionCheck] = js.undefined,\n        Delete: js.UndefOr[Delete] = js.undefined,\n        Put: js.UndefOr[Put] = js.undefined,\n        Update: js.UndefOr[Update] = js.undefined\n    ): TransactWriteItem = {\n      val __obj = js.Dynamic.literal()\n      ConditionCheck.foreach(__v => __obj.updateDynamic(\"ConditionCheck\")(__v.asInstanceOf[js.Any]))\n      Delete.foreach(__v => __obj.updateDynamic(\"Delete\")(__v.asInstanceOf[js.Any]))\n      Put.foreach(__v => __obj.updateDynamic(\"Put\")(__v.asInstanceOf[js.Any]))\n      Update.foreach(__v => __obj.updateDynamic(\"Update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransactWriteItem]\n    }\n  }\n\n  @js.native\n  trait TransactWriteItemsInput extends js.Object {\n    var TransactItems: TransactWriteItemList\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics]\n  }\n\n  object TransactWriteItemsInput {\n    @inline\n    def apply(\n        TransactItems: TransactWriteItemList,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics] = js.undefined\n    ): TransactWriteItemsInput = {\n      val __obj = js.Dynamic.literal(\n        \"TransactItems\" -> TransactItems.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ReturnItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ReturnItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransactWriteItemsInput]\n    }\n  }\n\n  @js.native\n  trait TransactWriteItemsOutput extends js.Object {\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple]\n    var ItemCollectionMetrics: js.UndefOr[ItemCollectionMetricsPerTable]\n  }\n\n  object TransactWriteItemsOutput {\n    @inline\n    def apply(\n        ConsumedCapacity: js.UndefOr[ConsumedCapacityMultiple] = js.undefined,\n        ItemCollectionMetrics: js.UndefOr[ItemCollectionMetricsPerTable] = js.undefined\n    ): TransactWriteItemsOutput = {\n      val __obj = js.Dynamic.literal()\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransactWriteItemsOutput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceArn: ResourceArnString\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: ResourceArnString,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  \/** Represents a request to perform an <code>UpdateItem<\/code> operation.\n    *\/\n  @js.native\n  trait Update extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var UpdateExpression: UpdateExpression\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure]\n  }\n\n  object Update {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        UpdateExpression: UpdateExpression,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnValuesOnConditionCheckFailure: js.UndefOr[ReturnValuesOnConditionCheckFailure] = js.undefined\n    ): Update = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any],\n        \"UpdateExpression\" -> UpdateExpression.asInstanceOf[js.Any]\n      )\n\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnValuesOnConditionCheckFailure.foreach(__v => __obj.updateDynamic(\"ReturnValuesOnConditionCheckFailure\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Update]\n    }\n  }\n\n  @js.native\n  trait UpdateContinuousBackupsInput extends js.Object {\n    var PointInTimeRecoverySpecification: PointInTimeRecoverySpecification\n    var TableName: TableName\n  }\n\n  object UpdateContinuousBackupsInput {\n    @inline\n    def apply(\n        PointInTimeRecoverySpecification: PointInTimeRecoverySpecification,\n        TableName: TableName\n    ): UpdateContinuousBackupsInput = {\n      val __obj = js.Dynamic.literal(\n        \"PointInTimeRecoverySpecification\" -> PointInTimeRecoverySpecification.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateContinuousBackupsInput]\n    }\n  }\n\n  @js.native\n  trait UpdateContinuousBackupsOutput extends js.Object {\n    var ContinuousBackupsDescription: js.UndefOr[ContinuousBackupsDescription]\n  }\n\n  object UpdateContinuousBackupsOutput {\n    @inline\n    def apply(\n        ContinuousBackupsDescription: js.UndefOr[ContinuousBackupsDescription] = js.undefined\n    ): UpdateContinuousBackupsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContinuousBackupsDescription.foreach(__v => __obj.updateDynamic(\"ContinuousBackupsDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContinuousBackupsOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateContributorInsightsInput extends js.Object {\n    var ContributorInsightsAction: ContributorInsightsAction\n    var TableName: TableName\n    var IndexName: js.UndefOr[IndexName]\n  }\n\n  object UpdateContributorInsightsInput {\n    @inline\n    def apply(\n        ContributorInsightsAction: ContributorInsightsAction,\n        TableName: TableName,\n        IndexName: js.UndefOr[IndexName] = js.undefined\n    ): UpdateContributorInsightsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ContributorInsightsAction\" -> ContributorInsightsAction.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContributorInsightsInput]\n    }\n  }\n\n  @js.native\n  trait UpdateContributorInsightsOutput extends js.Object {\n    var ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus]\n    var IndexName: js.UndefOr[IndexName]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object UpdateContributorInsightsOutput {\n    @inline\n    def apply(\n        ContributorInsightsStatus: js.UndefOr[ContributorInsightsStatus] = js.undefined,\n        IndexName: js.UndefOr[IndexName] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): UpdateContributorInsightsOutput = {\n      val __obj = js.Dynamic.literal()\n      ContributorInsightsStatus.foreach(__v => __obj.updateDynamic(\"ContributorInsightsStatus\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateContributorInsightsOutput]\n    }\n  }\n\n  \/** Represents the new provisioned throughput settings to be applied to a global secondary index.\n    *\/\n  @js.native\n  trait UpdateGlobalSecondaryIndexAction extends js.Object {\n    var IndexName: IndexName\n    var ProvisionedThroughput: ProvisionedThroughput\n  }\n\n  object UpdateGlobalSecondaryIndexAction {\n    @inline\n    def apply(\n        IndexName: IndexName,\n        ProvisionedThroughput: ProvisionedThroughput\n    ): UpdateGlobalSecondaryIndexAction = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any],\n        \"ProvisionedThroughput\" -> ProvisionedThroughput.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateGlobalSecondaryIndexAction]\n    }\n  }\n\n  @js.native\n  trait UpdateGlobalTableInput extends js.Object {\n    var GlobalTableName: TableName\n    var ReplicaUpdates: ReplicaUpdateList\n  }\n\n  object UpdateGlobalTableInput {\n    @inline\n    def apply(\n        GlobalTableName: TableName,\n        ReplicaUpdates: ReplicaUpdateList\n    ): UpdateGlobalTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalTableName\" -> GlobalTableName.asInstanceOf[js.Any],\n        \"ReplicaUpdates\" -> ReplicaUpdates.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateGlobalTableInput]\n    }\n  }\n\n  @js.native\n  trait UpdateGlobalTableOutput extends js.Object {\n    var GlobalTableDescription: js.UndefOr[GlobalTableDescription]\n  }\n\n  object UpdateGlobalTableOutput {\n    @inline\n    def apply(\n        GlobalTableDescription: js.UndefOr[GlobalTableDescription] = js.undefined\n    ): UpdateGlobalTableOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableDescription.foreach(__v => __obj.updateDynamic(\"GlobalTableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGlobalTableOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateGlobalTableSettingsInput extends js.Object {\n    var GlobalTableName: TableName\n    var GlobalTableBillingMode: js.UndefOr[BillingMode]\n    var GlobalTableGlobalSecondaryIndexSettingsUpdate: js.UndefOr[GlobalTableGlobalSecondaryIndexSettingsUpdateList]\n    var GlobalTableProvisionedWriteCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n    var GlobalTableProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject]\n    var ReplicaSettingsUpdate: js.UndefOr[ReplicaSettingsUpdateList]\n  }\n\n  object UpdateGlobalTableSettingsInput {\n    @inline\n    def apply(\n        GlobalTableName: TableName,\n        GlobalTableBillingMode: js.UndefOr[BillingMode] = js.undefined,\n        GlobalTableGlobalSecondaryIndexSettingsUpdate: js.UndefOr[GlobalTableGlobalSecondaryIndexSettingsUpdateList] = js.undefined,\n        GlobalTableProvisionedWriteCapacityAutoScalingSettingsUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined,\n        GlobalTableProvisionedWriteCapacityUnits: js.UndefOr[PositiveLongObject] = js.undefined,\n        ReplicaSettingsUpdate: js.UndefOr[ReplicaSettingsUpdateList] = js.undefined\n    ): UpdateGlobalTableSettingsInput = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalTableName\" -> GlobalTableName.asInstanceOf[js.Any]\n      )\n\n      GlobalTableBillingMode.foreach(__v => __obj.updateDynamic(\"GlobalTableBillingMode\")(__v.asInstanceOf[js.Any]))\n      GlobalTableGlobalSecondaryIndexSettingsUpdate.foreach(__v => __obj.updateDynamic(\"GlobalTableGlobalSecondaryIndexSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      GlobalTableProvisionedWriteCapacityAutoScalingSettingsUpdate.foreach(__v => __obj.updateDynamic(\"GlobalTableProvisionedWriteCapacityAutoScalingSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      GlobalTableProvisionedWriteCapacityUnits.foreach(__v => __obj.updateDynamic(\"GlobalTableProvisionedWriteCapacityUnits\")(__v.asInstanceOf[js.Any]))\n      ReplicaSettingsUpdate.foreach(__v => __obj.updateDynamic(\"ReplicaSettingsUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGlobalTableSettingsInput]\n    }\n  }\n\n  @js.native\n  trait UpdateGlobalTableSettingsOutput extends js.Object {\n    var GlobalTableName: js.UndefOr[TableName]\n    var ReplicaSettings: js.UndefOr[ReplicaSettingsDescriptionList]\n  }\n\n  object UpdateGlobalTableSettingsOutput {\n    @inline\n    def apply(\n        GlobalTableName: js.UndefOr[TableName] = js.undefined,\n        ReplicaSettings: js.UndefOr[ReplicaSettingsDescriptionList] = js.undefined\n    ): UpdateGlobalTableSettingsOutput = {\n      val __obj = js.Dynamic.literal()\n      GlobalTableName.foreach(__v => __obj.updateDynamic(\"GlobalTableName\")(__v.asInstanceOf[js.Any]))\n      ReplicaSettings.foreach(__v => __obj.updateDynamic(\"ReplicaSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGlobalTableSettingsOutput]\n    }\n  }\n\n  \/** Represents the input of an <code>UpdateItem<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateItemInput extends js.Object {\n    var Key: Key\n    var TableName: TableName\n    var AttributeUpdates: js.UndefOr[AttributeUpdates]\n    var ConditionExpression: js.UndefOr[ConditionExpression]\n    var ConditionalOperator: js.UndefOr[ConditionalOperator]\n    var Expected: js.UndefOr[ExpectedAttributeMap]\n    var ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap]\n    var ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap]\n    var ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity]\n    var ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics]\n    var ReturnValues: js.UndefOr[ReturnValue]\n    var UpdateExpression: js.UndefOr[UpdateExpression]\n  }\n\n  object UpdateItemInput {\n    @inline\n    def apply(\n        Key: Key,\n        TableName: TableName,\n        AttributeUpdates: js.UndefOr[AttributeUpdates] = js.undefined,\n        ConditionExpression: js.UndefOr[ConditionExpression] = js.undefined,\n        ConditionalOperator: js.UndefOr[ConditionalOperator] = js.undefined,\n        Expected: js.UndefOr[ExpectedAttributeMap] = js.undefined,\n        ExpressionAttributeNames: js.UndefOr[ExpressionAttributeNameMap] = js.undefined,\n        ExpressionAttributeValues: js.UndefOr[ExpressionAttributeValueMap] = js.undefined,\n        ReturnConsumedCapacity: js.UndefOr[ReturnConsumedCapacity] = js.undefined,\n        ReturnItemCollectionMetrics: js.UndefOr[ReturnItemCollectionMetrics] = js.undefined,\n        ReturnValues: js.UndefOr[ReturnValue] = js.undefined,\n        UpdateExpression: js.UndefOr[UpdateExpression] = js.undefined\n    ): UpdateItemInput = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      AttributeUpdates.foreach(__v => __obj.updateDynamic(\"AttributeUpdates\")(__v.asInstanceOf[js.Any]))\n      ConditionExpression.foreach(__v => __obj.updateDynamic(\"ConditionExpression\")(__v.asInstanceOf[js.Any]))\n      ConditionalOperator.foreach(__v => __obj.updateDynamic(\"ConditionalOperator\")(__v.asInstanceOf[js.Any]))\n      Expected.foreach(__v => __obj.updateDynamic(\"Expected\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeNames.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeNames\")(__v.asInstanceOf[js.Any]))\n      ExpressionAttributeValues.foreach(__v => __obj.updateDynamic(\"ExpressionAttributeValues\")(__v.asInstanceOf[js.Any]))\n      ReturnConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ReturnConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ReturnItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ReturnItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      ReturnValues.foreach(__v => __obj.updateDynamic(\"ReturnValues\")(__v.asInstanceOf[js.Any]))\n      UpdateExpression.foreach(__v => __obj.updateDynamic(\"UpdateExpression\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateItemInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateItem<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateItemOutput extends js.Object {\n    var Attributes: js.UndefOr[AttributeMap]\n    var ConsumedCapacity: js.UndefOr[ConsumedCapacity]\n    var ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics]\n  }\n\n  object UpdateItemOutput {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeMap] = js.undefined,\n        ConsumedCapacity: js.UndefOr[ConsumedCapacity] = js.undefined,\n        ItemCollectionMetrics: js.UndefOr[ItemCollectionMetrics] = js.undefined\n    ): UpdateItemOutput = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      ConsumedCapacity.foreach(__v => __obj.updateDynamic(\"ConsumedCapacity\")(__v.asInstanceOf[js.Any]))\n      ItemCollectionMetrics.foreach(__v => __obj.updateDynamic(\"ItemCollectionMetrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateItemOutput]\n    }\n  }\n\n  \/** Represents a replica to be modified.\n    *\/\n  @js.native\n  trait UpdateReplicationGroupMemberAction extends js.Object {\n    var RegionName: RegionName\n    var GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexList]\n    var KMSMasterKeyId: js.UndefOr[KMSMasterKeyId]\n    var ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride]\n  }\n\n  object UpdateReplicationGroupMemberAction {\n    @inline\n    def apply(\n        RegionName: RegionName,\n        GlobalSecondaryIndexes: js.UndefOr[ReplicaGlobalSecondaryIndexList] = js.undefined,\n        KMSMasterKeyId: js.UndefOr[KMSMasterKeyId] = js.undefined,\n        ProvisionedThroughputOverride: js.UndefOr[ProvisionedThroughputOverride] = js.undefined\n    ): UpdateReplicationGroupMemberAction = {\n      val __obj = js.Dynamic.literal(\n        \"RegionName\" -> RegionName.asInstanceOf[js.Any]\n      )\n\n      GlobalSecondaryIndexes.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexes\")(__v.asInstanceOf[js.Any]))\n      KMSMasterKeyId.foreach(__v => __obj.updateDynamic(\"KMSMasterKeyId\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputOverride.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReplicationGroupMemberAction]\n    }\n  }\n\n  \/** Represents the input of an <code>UpdateTable<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateTableInput extends js.Object {\n    var TableName: TableName\n    var AttributeDefinitions: js.UndefOr[AttributeDefinitions]\n    var BillingMode: js.UndefOr[BillingMode]\n    var GlobalSecondaryIndexUpdates: js.UndefOr[GlobalSecondaryIndexUpdateList]\n    var ProvisionedThroughput: js.UndefOr[ProvisionedThroughput]\n    var ReplicaUpdates: js.UndefOr[ReplicationGroupUpdateList]\n    var SSESpecification: js.UndefOr[SSESpecification]\n    var StreamSpecification: js.UndefOr[StreamSpecification]\n  }\n\n  object UpdateTableInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        AttributeDefinitions: js.UndefOr[AttributeDefinitions] = js.undefined,\n        BillingMode: js.UndefOr[BillingMode] = js.undefined,\n        GlobalSecondaryIndexUpdates: js.UndefOr[GlobalSecondaryIndexUpdateList] = js.undefined,\n        ProvisionedThroughput: js.UndefOr[ProvisionedThroughput] = js.undefined,\n        ReplicaUpdates: js.UndefOr[ReplicationGroupUpdateList] = js.undefined,\n        SSESpecification: js.UndefOr[SSESpecification] = js.undefined,\n        StreamSpecification: js.UndefOr[StreamSpecification] = js.undefined\n    ): UpdateTableInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      AttributeDefinitions.foreach(__v => __obj.updateDynamic(\"AttributeDefinitions\")(__v.asInstanceOf[js.Any]))\n      BillingMode.foreach(__v => __obj.updateDynamic(\"BillingMode\")(__v.asInstanceOf[js.Any]))\n      GlobalSecondaryIndexUpdates.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexUpdates\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughput.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughput\")(__v.asInstanceOf[js.Any]))\n      ReplicaUpdates.foreach(__v => __obj.updateDynamic(\"ReplicaUpdates\")(__v.asInstanceOf[js.Any]))\n      SSESpecification.foreach(__v => __obj.updateDynamic(\"SSESpecification\")(__v.asInstanceOf[js.Any]))\n      StreamSpecification.foreach(__v => __obj.updateDynamic(\"StreamSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTableInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateTable<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateTableOutput extends js.Object {\n    var TableDescription: js.UndefOr[TableDescription]\n  }\n\n  object UpdateTableOutput {\n    @inline\n    def apply(\n        TableDescription: js.UndefOr[TableDescription] = js.undefined\n    ): UpdateTableOutput = {\n      val __obj = js.Dynamic.literal()\n      TableDescription.foreach(__v => __obj.updateDynamic(\"TableDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTableOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateTableReplicaAutoScalingInput extends js.Object {\n    var TableName: TableName\n    var GlobalSecondaryIndexUpdates: js.UndefOr[GlobalSecondaryIndexAutoScalingUpdateList]\n    var ProvisionedWriteCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate]\n    var ReplicaUpdates: js.UndefOr[ReplicaAutoScalingUpdateList]\n  }\n\n  object UpdateTableReplicaAutoScalingInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        GlobalSecondaryIndexUpdates: js.UndefOr[GlobalSecondaryIndexAutoScalingUpdateList] = js.undefined,\n        ProvisionedWriteCapacityAutoScalingUpdate: js.UndefOr[AutoScalingSettingsUpdate] = js.undefined,\n        ReplicaUpdates: js.UndefOr[ReplicaAutoScalingUpdateList] = js.undefined\n    ): UpdateTableReplicaAutoScalingInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n\n      GlobalSecondaryIndexUpdates.foreach(__v => __obj.updateDynamic(\"GlobalSecondaryIndexUpdates\")(__v.asInstanceOf[js.Any]))\n      ProvisionedWriteCapacityAutoScalingUpdate.foreach(__v => __obj.updateDynamic(\"ProvisionedWriteCapacityAutoScalingUpdate\")(__v.asInstanceOf[js.Any]))\n      ReplicaUpdates.foreach(__v => __obj.updateDynamic(\"ReplicaUpdates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTableReplicaAutoScalingInput]\n    }\n  }\n\n  @js.native\n  trait UpdateTableReplicaAutoScalingOutput extends js.Object {\n    var TableAutoScalingDescription: js.UndefOr[TableAutoScalingDescription]\n  }\n\n  object UpdateTableReplicaAutoScalingOutput {\n    @inline\n    def apply(\n        TableAutoScalingDescription: js.UndefOr[TableAutoScalingDescription] = js.undefined\n    ): UpdateTableReplicaAutoScalingOutput = {\n      val __obj = js.Dynamic.literal()\n      TableAutoScalingDescription.foreach(__v => __obj.updateDynamic(\"TableAutoScalingDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTableReplicaAutoScalingOutput]\n    }\n  }\n\n  \/** Represents the input of an <code>UpdateTimeToLive<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateTimeToLiveInput extends js.Object {\n    var TableName: TableName\n    var TimeToLiveSpecification: TimeToLiveSpecification\n  }\n\n  object UpdateTimeToLiveInput {\n    @inline\n    def apply(\n        TableName: TableName,\n        TimeToLiveSpecification: TimeToLiveSpecification\n    ): UpdateTimeToLiveInput = {\n      val __obj = js.Dynamic.literal(\n        \"TableName\" -> TableName.asInstanceOf[js.Any],\n        \"TimeToLiveSpecification\" -> TimeToLiveSpecification.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTimeToLiveInput]\n    }\n  }\n\n  @js.native\n  trait UpdateTimeToLiveOutput extends js.Object {\n    var TimeToLiveSpecification: js.UndefOr[TimeToLiveSpecification]\n  }\n\n  object UpdateTimeToLiveOutput {\n    @inline\n    def apply(\n        TimeToLiveSpecification: js.UndefOr[TimeToLiveSpecification] = js.undefined\n    ): UpdateTimeToLiveOutput = {\n      val __obj = js.Dynamic.literal()\n      TimeToLiveSpecification.foreach(__v => __obj.updateDynamic(\"TimeToLiveSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTimeToLiveOutput]\n    }\n  }\n\n  \/** Represents an operation to perform - either <code>DeleteItem<\/code> or <code>PutItem<\/code>. You can only request one of these operations, not both, in a single <code>WriteRequest<\/code>. If you do need to perform both of these operations, you need to provide two separate <code>WriteRequest<\/code> objects.\n    *\/\n  @js.native\n  trait WriteRequest extends js.Object {\n    var DeleteRequest: js.UndefOr[DeleteRequest]\n    var PutRequest: js.UndefOr[PutRequest]\n  }\n\n  object WriteRequest {\n    @inline\n    def apply(\n        DeleteRequest: js.UndefOr[DeleteRequest] = js.undefined,\n        PutRequest: js.UndefOr[PutRequest] = js.undefined\n    ): WriteRequest = {\n      val __obj = js.Dynamic.literal()\n      DeleteRequest.foreach(__v => __obj.updateDynamic(\"DeleteRequest\")(__v.asInstanceOf[js.Any]))\n      PutRequest.foreach(__v => __obj.updateDynamic(\"PutRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WriteRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/secretsmanager\/src\/main\/scala\/facade\/amazonaws\/services\/SecretsManager.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object secretsmanager {\n  type AddReplicaRegionListType = js.Array[ReplicaRegionType]\n  type AutomaticallyRotateAfterDaysType = Double\n  type BooleanType = Boolean\n  type ClientRequestTokenType = String\n  type CreatedDateType = js.Date\n  type DeletedDateType = js.Date\n  type DeletionDateType = js.Date\n  type DescriptionType = String\n  type ErrorMessage = String\n  type ExcludeCharactersType = String\n  type ExcludeLowercaseType = Boolean\n  type ExcludeNumbersType = Boolean\n  type ExcludePunctuationType = Boolean\n  type ExcludeUppercaseType = Boolean\n  type FilterValueStringType = String\n  type FilterValuesStringList = js.Array[FilterValueStringType]\n  type FiltersListType = js.Array[Filter]\n  type IncludeSpaceType = Boolean\n  type KmsKeyIdType = String\n  type LastAccessedDateType = js.Date\n  type LastChangedDateType = js.Date\n  type LastRotatedDateType = js.Date\n  type MaxResultsType = Int\n  type NameType = String\n  type NextTokenType = String\n  type NonEmptyResourcePolicyType = String\n  type OwningServiceType = String\n  type PasswordLengthType = Double\n  type RandomPasswordType = String\n  type RecoveryWindowInDaysType = Double\n  type RegionType = String\n  type RemoveReplicaRegionListType = js.Array[RegionType]\n  type ReplicationStatusListType = js.Array[ReplicationStatusType]\n  type RequireEachIncludedTypeType = Boolean\n  type RotationEnabledType = Boolean\n  type RotationLambdaARNType = String\n  type SecretARNType = String\n  type SecretBinaryType = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type SecretIdType = String\n  type SecretListType = js.Array[SecretListEntry]\n  type SecretNameType = String\n  type SecretStringType = String\n  type SecretVersionIdType = String\n  type SecretVersionStageType = String\n  type SecretVersionStagesType = js.Array[SecretVersionStageType]\n  type SecretVersionsListType = js.Array[SecretVersionsListEntry]\n  type SecretVersionsToStagesMapType = js.Dictionary[SecretVersionStagesType]\n  type StatusMessageType = String\n  type TagKeyListType = js.Array[TagKeyType]\n  type TagKeyType = String\n  type TagListType = js.Array[Tag]\n  type TagValueType = String\n  type TimestampType = js.Date\n  type ValidationErrorsType = js.Array[ValidationErrorsEntry]\n\n  implicit final class SecretsManagerOps(private val service: SecretsManager) extends AnyVal {\n\n    @inline def cancelRotateSecretFuture(params: CancelRotateSecretRequest): Future[CancelRotateSecretResponse] = service.cancelRotateSecret(params).promise().toFuture\n    @inline def createSecretFuture(params: CreateSecretRequest): Future[CreateSecretResponse] = service.createSecret(params).promise().toFuture\n    @inline def deleteResourcePolicyFuture(params: DeleteResourcePolicyRequest): Future[DeleteResourcePolicyResponse] = service.deleteResourcePolicy(params).promise().toFuture\n    @inline def deleteSecretFuture(params: DeleteSecretRequest): Future[DeleteSecretResponse] = service.deleteSecret(params).promise().toFuture\n    @inline def describeSecretFuture(params: DescribeSecretRequest): Future[DescribeSecretResponse] = service.describeSecret(params).promise().toFuture\n    @inline def getRandomPasswordFuture(params: GetRandomPasswordRequest): Future[GetRandomPasswordResponse] = service.getRandomPassword(params).promise().toFuture\n    @inline def getResourcePolicyFuture(params: GetResourcePolicyRequest): Future[GetResourcePolicyResponse] = service.getResourcePolicy(params).promise().toFuture\n    @inline def getSecretValueFuture(params: GetSecretValueRequest): Future[GetSecretValueResponse] = service.getSecretValue(params).promise().toFuture\n    @inline def listSecretVersionIdsFuture(params: ListSecretVersionIdsRequest): Future[ListSecretVersionIdsResponse] = service.listSecretVersionIds(params).promise().toFuture\n    @inline def listSecretsFuture(params: ListSecretsRequest): Future[ListSecretsResponse] = service.listSecrets(params).promise().toFuture\n    @inline def putResourcePolicyFuture(params: PutResourcePolicyRequest): Future[PutResourcePolicyResponse] = service.putResourcePolicy(params).promise().toFuture\n    @inline def putSecretValueFuture(params: PutSecretValueRequest): Future[PutSecretValueResponse] = service.putSecretValue(params).promise().toFuture\n    @inline def removeRegionsFromReplicationFuture(params: RemoveRegionsFromReplicationRequest): Future[RemoveRegionsFromReplicationResponse] = service.removeRegionsFromReplication(params).promise().toFuture\n    @inline def replicateSecretToRegionsFuture(params: ReplicateSecretToRegionsRequest): Future[ReplicateSecretToRegionsResponse] = service.replicateSecretToRegions(params).promise().toFuture\n    @inline def restoreSecretFuture(params: RestoreSecretRequest): Future[RestoreSecretResponse] = service.restoreSecret(params).promise().toFuture\n    @inline def rotateSecretFuture(params: RotateSecretRequest): Future[RotateSecretResponse] = service.rotateSecret(params).promise().toFuture\n    @inline def stopReplicationToReplicaFuture(params: StopReplicationToReplicaRequest): Future[StopReplicationToReplicaResponse] = service.stopReplicationToReplica(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateSecretFuture(params: UpdateSecretRequest): Future[UpdateSecretResponse] = service.updateSecret(params).promise().toFuture\n    @inline def updateSecretVersionStageFuture(params: UpdateSecretVersionStageRequest): Future[UpdateSecretVersionStageResponse] = service.updateSecretVersionStage(params).promise().toFuture\n    @inline def validateResourcePolicyFuture(params: ValidateResourcePolicyRequest): Future[ValidateResourcePolicyResponse] = service.validateResourcePolicy(params).promise().toFuture\n\n  }\n}\n\npackage secretsmanager {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/secretsmanager\", JSImport.Namespace, \"AWS.SecretsManager\")\n  class SecretsManager() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelRotateSecret(params: CancelRotateSecretRequest): Request[CancelRotateSecretResponse] = js.native\n    def createSecret(params: CreateSecretRequest): Request[CreateSecretResponse] = js.native\n    def deleteResourcePolicy(params: DeleteResourcePolicyRequest): Request[DeleteResourcePolicyResponse] = js.native\n    def deleteSecret(params: DeleteSecretRequest): Request[DeleteSecretResponse] = js.native\n    def describeSecret(params: DescribeSecretRequest): Request[DescribeSecretResponse] = js.native\n    def getRandomPassword(params: GetRandomPasswordRequest): Request[GetRandomPasswordResponse] = js.native\n    def getResourcePolicy(params: GetResourcePolicyRequest): Request[GetResourcePolicyResponse] = js.native\n    def getSecretValue(params: GetSecretValueRequest): Request[GetSecretValueResponse] = js.native\n    def listSecretVersionIds(params: ListSecretVersionIdsRequest): Request[ListSecretVersionIdsResponse] = js.native\n    def listSecrets(params: ListSecretsRequest): Request[ListSecretsResponse] = js.native\n    def putResourcePolicy(params: PutResourcePolicyRequest): Request[PutResourcePolicyResponse] = js.native\n    def putSecretValue(params: PutSecretValueRequest): Request[PutSecretValueResponse] = js.native\n    def removeRegionsFromReplication(params: RemoveRegionsFromReplicationRequest): Request[RemoveRegionsFromReplicationResponse] = js.native\n    def replicateSecretToRegions(params: ReplicateSecretToRegionsRequest): Request[ReplicateSecretToRegionsResponse] = js.native\n    def restoreSecret(params: RestoreSecretRequest): Request[RestoreSecretResponse] = js.native\n    def rotateSecret(params: RotateSecretRequest): Request[RotateSecretResponse] = js.native\n    def stopReplicationToReplica(params: StopReplicationToReplicaRequest): Request[StopReplicationToReplicaResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateSecret(params: UpdateSecretRequest): Request[UpdateSecretResponse] = js.native\n    def updateSecretVersionStage(params: UpdateSecretVersionStageRequest): Request[UpdateSecretVersionStageResponse] = js.native\n    def validateResourcePolicy(params: ValidateResourcePolicyRequest): Request[ValidateResourcePolicyResponse] = js.native\n  }\n\n  @js.native\n  trait CancelRotateSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object CancelRotateSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): CancelRotateSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelRotateSecretRequest]\n    }\n  }\n\n  @js.native\n  trait CancelRotateSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n  }\n\n  object CancelRotateSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined\n    ): CancelRotateSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelRotateSecretResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSecretRequest extends js.Object {\n    var Name: NameType\n    var AddReplicaRegions: js.UndefOr[AddReplicaRegionListType]\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenType]\n    var Description: js.UndefOr[DescriptionType]\n    var ForceOverwriteReplicaSecret: js.UndefOr[BooleanType]\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var SecretBinary: js.UndefOr[SecretBinaryType]\n    var SecretString: js.UndefOr[SecretStringType]\n    var Tags: js.UndefOr[TagListType]\n  }\n\n  object CreateSecretRequest {\n    @inline\n    def apply(\n        Name: NameType,\n        AddReplicaRegions: js.UndefOr[AddReplicaRegionListType] = js.undefined,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenType] = js.undefined,\n        Description: js.UndefOr[DescriptionType] = js.undefined,\n        ForceOverwriteReplicaSecret: js.UndefOr[BooleanType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        SecretBinary: js.UndefOr[SecretBinaryType] = js.undefined,\n        SecretString: js.UndefOr[SecretStringType] = js.undefined,\n        Tags: js.UndefOr[TagListType] = js.undefined\n    ): CreateSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AddReplicaRegions.foreach(__v => __obj.updateDynamic(\"AddReplicaRegions\")(__v.asInstanceOf[js.Any]))\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForceOverwriteReplicaSecret.foreach(__v => __obj.updateDynamic(\"ForceOverwriteReplicaSecret\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      SecretBinary.foreach(__v => __obj.updateDynamic(\"SecretBinary\")(__v.asInstanceOf[js.Any]))\n      SecretString.foreach(__v => __obj.updateDynamic(\"SecretString\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSecretRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var ReplicationStatus: js.UndefOr[ReplicationStatusListType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n  }\n\n  object CreateSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatusListType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined\n    ): CreateSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSecretResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcePolicyRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object DeleteResourcePolicyRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): DeleteResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcePolicyResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[NameType]\n  }\n\n  object DeleteResourcePolicyResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[NameType] = js.undefined\n    ): DeleteResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResourcePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n    var ForceDeleteWithoutRecovery: js.UndefOr[BooleanType]\n    var RecoveryWindowInDays: js.UndefOr[RecoveryWindowInDaysType]\n  }\n\n  object DeleteSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        ForceDeleteWithoutRecovery: js.UndefOr[BooleanType] = js.undefined,\n        RecoveryWindowInDays: js.UndefOr[RecoveryWindowInDaysType] = js.undefined\n    ): DeleteSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      ForceDeleteWithoutRecovery.foreach(__v => __obj.updateDynamic(\"ForceDeleteWithoutRecovery\")(__v.asInstanceOf[js.Any]))\n      RecoveryWindowInDays.foreach(__v => __obj.updateDynamic(\"RecoveryWindowInDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSecretRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var DeletionDate: js.UndefOr[DeletionDateType]\n    var Name: js.UndefOr[SecretNameType]\n  }\n\n  object DeleteSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        DeletionDate: js.UndefOr[DeletionDateType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined\n    ): DeleteSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      DeletionDate.foreach(__v => __obj.updateDynamic(\"DeletionDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSecretResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object DescribeSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): DescribeSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSecretRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var CreatedDate: js.UndefOr[TimestampType]\n    var DeletedDate: js.UndefOr[DeletedDateType]\n    var Description: js.UndefOr[DescriptionType]\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var LastAccessedDate: js.UndefOr[LastAccessedDateType]\n    var LastChangedDate: js.UndefOr[LastChangedDateType]\n    var LastRotatedDate: js.UndefOr[LastRotatedDateType]\n    var Name: js.UndefOr[SecretNameType]\n    var OwningService: js.UndefOr[OwningServiceType]\n    var PrimaryRegion: js.UndefOr[RegionType]\n    var ReplicationStatus: js.UndefOr[ReplicationStatusListType]\n    var RotationEnabled: js.UndefOr[RotationEnabledType]\n    var RotationLambdaARN: js.UndefOr[RotationLambdaARNType]\n    var RotationRules: js.UndefOr[RotationRulesType]\n    var Tags: js.UndefOr[TagListType]\n    var VersionIdsToStages: js.UndefOr[SecretVersionsToStagesMapType]\n  }\n\n  object DescribeSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        CreatedDate: js.UndefOr[TimestampType] = js.undefined,\n        DeletedDate: js.UndefOr[DeletedDateType] = js.undefined,\n        Description: js.UndefOr[DescriptionType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        LastAccessedDate: js.UndefOr[LastAccessedDateType] = js.undefined,\n        LastChangedDate: js.UndefOr[LastChangedDateType] = js.undefined,\n        LastRotatedDate: js.UndefOr[LastRotatedDateType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        OwningService: js.UndefOr[OwningServiceType] = js.undefined,\n        PrimaryRegion: js.UndefOr[RegionType] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatusListType] = js.undefined,\n        RotationEnabled: js.UndefOr[RotationEnabledType] = js.undefined,\n        RotationLambdaARN: js.UndefOr[RotationLambdaARNType] = js.undefined,\n        RotationRules: js.UndefOr[RotationRulesType] = js.undefined,\n        Tags: js.UndefOr[TagListType] = js.undefined,\n        VersionIdsToStages: js.UndefOr[SecretVersionsToStagesMapType] = js.undefined\n    ): DescribeSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DeletedDate.foreach(__v => __obj.updateDynamic(\"DeletedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastAccessedDate.foreach(__v => __obj.updateDynamic(\"LastAccessedDate\")(__v.asInstanceOf[js.Any]))\n      LastChangedDate.foreach(__v => __obj.updateDynamic(\"LastChangedDate\")(__v.asInstanceOf[js.Any]))\n      LastRotatedDate.foreach(__v => __obj.updateDynamic(\"LastRotatedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwningService.foreach(__v => __obj.updateDynamic(\"OwningService\")(__v.asInstanceOf[js.Any]))\n      PrimaryRegion.foreach(__v => __obj.updateDynamic(\"PrimaryRegion\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      RotationEnabled.foreach(__v => __obj.updateDynamic(\"RotationEnabled\")(__v.asInstanceOf[js.Any]))\n      RotationLambdaARN.foreach(__v => __obj.updateDynamic(\"RotationLambdaARN\")(__v.asInstanceOf[js.Any]))\n      RotationRules.foreach(__v => __obj.updateDynamic(\"RotationRules\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VersionIdsToStages.foreach(__v => __obj.updateDynamic(\"VersionIdsToStages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSecretResponse]\n    }\n  }\n\n  \/** Allows you to add filters when you use the search function in Secrets Manager.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Key: js.UndefOr[FilterNameStringType]\n    var Values: js.UndefOr[FilterValuesStringList]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Key: js.UndefOr[FilterNameStringType] = js.undefined,\n        Values: js.UndefOr[FilterValuesStringList] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  @js.native\n  sealed trait FilterNameStringType extends js.Any\n  object FilterNameStringType {\n    val description = \"description\".asInstanceOf[FilterNameStringType]\n    val name = \"name\".asInstanceOf[FilterNameStringType]\n    val `tag-key` = \"tag-key\".asInstanceOf[FilterNameStringType]\n    val `tag-value` = \"tag-value\".asInstanceOf[FilterNameStringType]\n    val `primary-region` = \"primary-region\".asInstanceOf[FilterNameStringType]\n    val all = \"all\".asInstanceOf[FilterNameStringType]\n\n    @inline def values = js.Array(description, name, `tag-key`, `tag-value`, `primary-region`, all)\n  }\n\n  @js.native\n  trait GetRandomPasswordRequest extends js.Object {\n    var ExcludeCharacters: js.UndefOr[ExcludeCharactersType]\n    var ExcludeLowercase: js.UndefOr[ExcludeLowercaseType]\n    var ExcludeNumbers: js.UndefOr[ExcludeNumbersType]\n    var ExcludePunctuation: js.UndefOr[ExcludePunctuationType]\n    var ExcludeUppercase: js.UndefOr[ExcludeUppercaseType]\n    var IncludeSpace: js.UndefOr[IncludeSpaceType]\n    var PasswordLength: js.UndefOr[PasswordLengthType]\n    var RequireEachIncludedType: js.UndefOr[RequireEachIncludedTypeType]\n  }\n\n  object GetRandomPasswordRequest {\n    @inline\n    def apply(\n        ExcludeCharacters: js.UndefOr[ExcludeCharactersType] = js.undefined,\n        ExcludeLowercase: js.UndefOr[ExcludeLowercaseType] = js.undefined,\n        ExcludeNumbers: js.UndefOr[ExcludeNumbersType] = js.undefined,\n        ExcludePunctuation: js.UndefOr[ExcludePunctuationType] = js.undefined,\n        ExcludeUppercase: js.UndefOr[ExcludeUppercaseType] = js.undefined,\n        IncludeSpace: js.UndefOr[IncludeSpaceType] = js.undefined,\n        PasswordLength: js.UndefOr[PasswordLengthType] = js.undefined,\n        RequireEachIncludedType: js.UndefOr[RequireEachIncludedTypeType] = js.undefined\n    ): GetRandomPasswordRequest = {\n      val __obj = js.Dynamic.literal()\n      ExcludeCharacters.foreach(__v => __obj.updateDynamic(\"ExcludeCharacters\")(__v.asInstanceOf[js.Any]))\n      ExcludeLowercase.foreach(__v => __obj.updateDynamic(\"ExcludeLowercase\")(__v.asInstanceOf[js.Any]))\n      ExcludeNumbers.foreach(__v => __obj.updateDynamic(\"ExcludeNumbers\")(__v.asInstanceOf[js.Any]))\n      ExcludePunctuation.foreach(__v => __obj.updateDynamic(\"ExcludePunctuation\")(__v.asInstanceOf[js.Any]))\n      ExcludeUppercase.foreach(__v => __obj.updateDynamic(\"ExcludeUppercase\")(__v.asInstanceOf[js.Any]))\n      IncludeSpace.foreach(__v => __obj.updateDynamic(\"IncludeSpace\")(__v.asInstanceOf[js.Any]))\n      PasswordLength.foreach(__v => __obj.updateDynamic(\"PasswordLength\")(__v.asInstanceOf[js.Any]))\n      RequireEachIncludedType.foreach(__v => __obj.updateDynamic(\"RequireEachIncludedType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRandomPasswordRequest]\n    }\n  }\n\n  @js.native\n  trait GetRandomPasswordResponse extends js.Object {\n    var RandomPassword: js.UndefOr[RandomPasswordType]\n  }\n\n  object GetRandomPasswordResponse {\n    @inline\n    def apply(\n        RandomPassword: js.UndefOr[RandomPasswordType] = js.undefined\n    ): GetRandomPasswordResponse = {\n      val __obj = js.Dynamic.literal()\n      RandomPassword.foreach(__v => __obj.updateDynamic(\"RandomPassword\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRandomPasswordResponse]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object GetResourcePolicyRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): GetResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetResourcePolicyResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[NameType]\n    var ResourcePolicy: js.UndefOr[NonEmptyResourcePolicyType]\n  }\n\n  object GetResourcePolicyResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[NameType] = js.undefined,\n        ResourcePolicy: js.UndefOr[NonEmptyResourcePolicyType] = js.undefined\n    ): GetResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ResourcePolicy.foreach(__v => __obj.updateDynamic(\"ResourcePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourcePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetSecretValueRequest extends js.Object {\n    var SecretId: SecretIdType\n    var VersionId: js.UndefOr[SecretVersionIdType]\n    var VersionStage: js.UndefOr[SecretVersionStageType]\n  }\n\n  object GetSecretValueRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined,\n        VersionStage: js.UndefOr[SecretVersionStageType] = js.undefined\n    ): GetSecretValueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      VersionStage.foreach(__v => __obj.updateDynamic(\"VersionStage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSecretValueRequest]\n    }\n  }\n\n  @js.native\n  trait GetSecretValueResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var CreatedDate: js.UndefOr[CreatedDateType]\n    var Name: js.UndefOr[SecretNameType]\n    var SecretBinary: js.UndefOr[SecretBinaryType]\n    var SecretString: js.UndefOr[SecretStringType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n    var VersionStages: js.UndefOr[SecretVersionStagesType]\n  }\n\n  object GetSecretValueResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        CreatedDate: js.UndefOr[CreatedDateType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        SecretBinary: js.UndefOr[SecretBinaryType] = js.undefined,\n        SecretString: js.UndefOr[SecretStringType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined,\n        VersionStages: js.UndefOr[SecretVersionStagesType] = js.undefined\n    ): GetSecretValueResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SecretBinary.foreach(__v => __obj.updateDynamic(\"SecretBinary\")(__v.asInstanceOf[js.Any]))\n      SecretString.foreach(__v => __obj.updateDynamic(\"SecretString\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      VersionStages.foreach(__v => __obj.updateDynamic(\"VersionStages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSecretValueResponse]\n    }\n  }\n\n  @js.native\n  trait ListSecretVersionIdsRequest extends js.Object {\n    var SecretId: SecretIdType\n    var IncludeDeprecated: js.UndefOr[BooleanType]\n    var MaxResults: js.UndefOr[MaxResultsType]\n    var NextToken: js.UndefOr[NextTokenType]\n  }\n\n  object ListSecretVersionIdsRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        IncludeDeprecated: js.UndefOr[BooleanType] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsType] = js.undefined,\n        NextToken: js.UndefOr[NextTokenType] = js.undefined\n    ): ListSecretVersionIdsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      IncludeDeprecated.foreach(__v => __obj.updateDynamic(\"IncludeDeprecated\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSecretVersionIdsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSecretVersionIdsResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var NextToken: js.UndefOr[NextTokenType]\n    var Versions: js.UndefOr[SecretVersionsListType]\n  }\n\n  object ListSecretVersionIdsResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        NextToken: js.UndefOr[NextTokenType] = js.undefined,\n        Versions: js.UndefOr[SecretVersionsListType] = js.undefined\n    ): ListSecretVersionIdsResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Versions.foreach(__v => __obj.updateDynamic(\"Versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSecretVersionIdsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSecretsRequest extends js.Object {\n    var Filters: js.UndefOr[FiltersListType]\n    var MaxResults: js.UndefOr[MaxResultsType]\n    var NextToken: js.UndefOr[NextTokenType]\n    var SortOrder: js.UndefOr[SortOrderType]\n  }\n\n  object ListSecretsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FiltersListType] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsType] = js.undefined,\n        NextToken: js.UndefOr[NextTokenType] = js.undefined,\n        SortOrder: js.UndefOr[SortOrderType] = js.undefined\n    ): ListSecretsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSecretsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSecretsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextTokenType]\n    var SecretList: js.UndefOr[SecretListType]\n  }\n\n  object ListSecretsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextTokenType] = js.undefined,\n        SecretList: js.UndefOr[SecretListType] = js.undefined\n    ): ListSecretsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SecretList.foreach(__v => __obj.updateDynamic(\"SecretList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSecretsResponse]\n    }\n  }\n\n  @js.native\n  trait PutResourcePolicyRequest extends js.Object {\n    var ResourcePolicy: NonEmptyResourcePolicyType\n    var SecretId: SecretIdType\n    var BlockPublicPolicy: js.UndefOr[BooleanType]\n  }\n\n  object PutResourcePolicyRequest {\n    @inline\n    def apply(\n        ResourcePolicy: NonEmptyResourcePolicyType,\n        SecretId: SecretIdType,\n        BlockPublicPolicy: js.UndefOr[BooleanType] = js.undefined\n    ): PutResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourcePolicy\" -> ResourcePolicy.asInstanceOf[js.Any],\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      BlockPublicPolicy.foreach(__v => __obj.updateDynamic(\"BlockPublicPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutResourcePolicyResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[NameType]\n  }\n\n  object PutResourcePolicyResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[NameType] = js.undefined\n    ): PutResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourcePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutSecretValueRequest extends js.Object {\n    var SecretId: SecretIdType\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenType]\n    var SecretBinary: js.UndefOr[SecretBinaryType]\n    var SecretString: js.UndefOr[SecretStringType]\n    var VersionStages: js.UndefOr[SecretVersionStagesType]\n  }\n\n  object PutSecretValueRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenType] = js.undefined,\n        SecretBinary: js.UndefOr[SecretBinaryType] = js.undefined,\n        SecretString: js.UndefOr[SecretStringType] = js.undefined,\n        VersionStages: js.UndefOr[SecretVersionStagesType] = js.undefined\n    ): PutSecretValueRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      SecretBinary.foreach(__v => __obj.updateDynamic(\"SecretBinary\")(__v.asInstanceOf[js.Any]))\n      SecretString.foreach(__v => __obj.updateDynamic(\"SecretString\")(__v.asInstanceOf[js.Any]))\n      VersionStages.foreach(__v => __obj.updateDynamic(\"VersionStages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSecretValueRequest]\n    }\n  }\n\n  @js.native\n  trait PutSecretValueResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n    var VersionStages: js.UndefOr[SecretVersionStagesType]\n  }\n\n  object PutSecretValueResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined,\n        VersionStages: js.UndefOr[SecretVersionStagesType] = js.undefined\n    ): PutSecretValueResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      VersionStages.foreach(__v => __obj.updateDynamic(\"VersionStages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSecretValueResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveRegionsFromReplicationRequest extends js.Object {\n    var RemoveReplicaRegions: RemoveReplicaRegionListType\n    var SecretId: SecretIdType\n  }\n\n  object RemoveRegionsFromReplicationRequest {\n    @inline\n    def apply(\n        RemoveReplicaRegions: RemoveReplicaRegionListType,\n        SecretId: SecretIdType\n    ): RemoveRegionsFromReplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RemoveReplicaRegions\" -> RemoveReplicaRegions.asInstanceOf[js.Any],\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveRegionsFromReplicationRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveRegionsFromReplicationResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var ReplicationStatus: js.UndefOr[ReplicationStatusListType]\n  }\n\n  object RemoveRegionsFromReplicationResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatusListType] = js.undefined\n    ): RemoveRegionsFromReplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveRegionsFromReplicationResponse]\n    }\n  }\n\n  \/** (Optional) Custom type consisting of a <code>Region<\/code> (required) and the <code>KmsKeyId<\/code> which can be an <code>ARN<\/code>, <code>Key ID<\/code>, or <code>Alias<\/code>.\n    *\/\n  @js.native\n  trait ReplicaRegionType extends js.Object {\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var Region: js.UndefOr[RegionType]\n  }\n\n  object ReplicaRegionType {\n    @inline\n    def apply(\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        Region: js.UndefOr[RegionType] = js.undefined\n    ): ReplicaRegionType = {\n      val __obj = js.Dynamic.literal()\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicaRegionType]\n    }\n  }\n\n  @js.native\n  trait ReplicateSecretToRegionsRequest extends js.Object {\n    var AddReplicaRegions: AddReplicaRegionListType\n    var SecretId: SecretIdType\n    var ForceOverwriteReplicaSecret: js.UndefOr[BooleanType]\n  }\n\n  object ReplicateSecretToRegionsRequest {\n    @inline\n    def apply(\n        AddReplicaRegions: AddReplicaRegionListType,\n        SecretId: SecretIdType,\n        ForceOverwriteReplicaSecret: js.UndefOr[BooleanType] = js.undefined\n    ): ReplicateSecretToRegionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AddReplicaRegions\" -> AddReplicaRegions.asInstanceOf[js.Any],\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      ForceOverwriteReplicaSecret.foreach(__v => __obj.updateDynamic(\"ForceOverwriteReplicaSecret\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicateSecretToRegionsRequest]\n    }\n  }\n\n  @js.native\n  trait ReplicateSecretToRegionsResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var ReplicationStatus: js.UndefOr[ReplicationStatusListType]\n  }\n\n  object ReplicateSecretToRegionsResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        ReplicationStatus: js.UndefOr[ReplicationStatusListType] = js.undefined\n    ): ReplicateSecretToRegionsResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      ReplicationStatus.foreach(__v => __obj.updateDynamic(\"ReplicationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicateSecretToRegionsResponse]\n    }\n  }\n\n  \/** A replication object consisting of a <code>RegionReplicationStatus<\/code> object and includes a Region, KMSKeyId, status, and status message.\n    *\/\n  @js.native\n  trait ReplicationStatusType extends js.Object {\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var LastAccessedDate: js.UndefOr[LastAccessedDateType]\n    var Region: js.UndefOr[RegionType]\n    var Status: js.UndefOr[StatusType]\n    var StatusMessage: js.UndefOr[StatusMessageType]\n  }\n\n  object ReplicationStatusType {\n    @inline\n    def apply(\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        LastAccessedDate: js.UndefOr[LastAccessedDateType] = js.undefined,\n        Region: js.UndefOr[RegionType] = js.undefined,\n        Status: js.UndefOr[StatusType] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessageType] = js.undefined\n    ): ReplicationStatusType = {\n      val __obj = js.Dynamic.literal()\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastAccessedDate.foreach(__v => __obj.updateDynamic(\"LastAccessedDate\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationStatusType]\n    }\n  }\n\n  @js.native\n  trait RestoreSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object RestoreSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): RestoreSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RestoreSecretRequest]\n    }\n  }\n\n  @js.native\n  trait RestoreSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n  }\n\n  object RestoreSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined\n    ): RestoreSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreSecretResponse]\n    }\n  }\n\n  @js.native\n  trait RotateSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenType]\n    var RotationLambdaARN: js.UndefOr[RotationLambdaARNType]\n    var RotationRules: js.UndefOr[RotationRulesType]\n  }\n\n  object RotateSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenType] = js.undefined,\n        RotationLambdaARN: js.UndefOr[RotationLambdaARNType] = js.undefined,\n        RotationRules: js.UndefOr[RotationRulesType] = js.undefined\n    ): RotateSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      RotationLambdaARN.foreach(__v => __obj.updateDynamic(\"RotationLambdaARN\")(__v.asInstanceOf[js.Any]))\n      RotationRules.foreach(__v => __obj.updateDynamic(\"RotationRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RotateSecretRequest]\n    }\n  }\n\n  @js.native\n  trait RotateSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n  }\n\n  object RotateSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined\n    ): RotateSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RotateSecretResponse]\n    }\n  }\n\n  \/** A structure that defines the rotation configuration for the secret.\n    *\/\n  @js.native\n  trait RotationRulesType extends js.Object {\n    var AutomaticallyAfterDays: js.UndefOr[AutomaticallyRotateAfterDaysType]\n  }\n\n  object RotationRulesType {\n    @inline\n    def apply(\n        AutomaticallyAfterDays: js.UndefOr[AutomaticallyRotateAfterDaysType] = js.undefined\n    ): RotationRulesType = {\n      val __obj = js.Dynamic.literal()\n      AutomaticallyAfterDays.foreach(__v => __obj.updateDynamic(\"AutomaticallyAfterDays\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RotationRulesType]\n    }\n  }\n\n  \/** A structure that contains the details about a secret. It does not include the encrypted <code>SecretString<\/code> and <code>SecretBinary<\/code> values. To get those values, use the <a>GetSecretValue<\/a> operation.\n    *\/\n  @js.native\n  trait SecretListEntry extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var CreatedDate: js.UndefOr[TimestampType]\n    var DeletedDate: js.UndefOr[DeletedDateType]\n    var Description: js.UndefOr[DescriptionType]\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var LastAccessedDate: js.UndefOr[LastAccessedDateType]\n    var LastChangedDate: js.UndefOr[LastChangedDateType]\n    var LastRotatedDate: js.UndefOr[LastRotatedDateType]\n    var Name: js.UndefOr[SecretNameType]\n    var OwningService: js.UndefOr[OwningServiceType]\n    var PrimaryRegion: js.UndefOr[RegionType]\n    var RotationEnabled: js.UndefOr[RotationEnabledType]\n    var RotationLambdaARN: js.UndefOr[RotationLambdaARNType]\n    var RotationRules: js.UndefOr[RotationRulesType]\n    var SecretVersionsToStages: js.UndefOr[SecretVersionsToStagesMapType]\n    var Tags: js.UndefOr[TagListType]\n  }\n\n  object SecretListEntry {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        CreatedDate: js.UndefOr[TimestampType] = js.undefined,\n        DeletedDate: js.UndefOr[DeletedDateType] = js.undefined,\n        Description: js.UndefOr[DescriptionType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        LastAccessedDate: js.UndefOr[LastAccessedDateType] = js.undefined,\n        LastChangedDate: js.UndefOr[LastChangedDateType] = js.undefined,\n        LastRotatedDate: js.UndefOr[LastRotatedDateType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        OwningService: js.UndefOr[OwningServiceType] = js.undefined,\n        PrimaryRegion: js.UndefOr[RegionType] = js.undefined,\n        RotationEnabled: js.UndefOr[RotationEnabledType] = js.undefined,\n        RotationLambdaARN: js.UndefOr[RotationLambdaARNType] = js.undefined,\n        RotationRules: js.UndefOr[RotationRulesType] = js.undefined,\n        SecretVersionsToStages: js.UndefOr[SecretVersionsToStagesMapType] = js.undefined,\n        Tags: js.UndefOr[TagListType] = js.undefined\n    ): SecretListEntry = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DeletedDate.foreach(__v => __obj.updateDynamic(\"DeletedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LastAccessedDate.foreach(__v => __obj.updateDynamic(\"LastAccessedDate\")(__v.asInstanceOf[js.Any]))\n      LastChangedDate.foreach(__v => __obj.updateDynamic(\"LastChangedDate\")(__v.asInstanceOf[js.Any]))\n      LastRotatedDate.foreach(__v => __obj.updateDynamic(\"LastRotatedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwningService.foreach(__v => __obj.updateDynamic(\"OwningService\")(__v.asInstanceOf[js.Any]))\n      PrimaryRegion.foreach(__v => __obj.updateDynamic(\"PrimaryRegion\")(__v.asInstanceOf[js.Any]))\n      RotationEnabled.foreach(__v => __obj.updateDynamic(\"RotationEnabled\")(__v.asInstanceOf[js.Any]))\n      RotationLambdaARN.foreach(__v => __obj.updateDynamic(\"RotationLambdaARN\")(__v.asInstanceOf[js.Any]))\n      RotationRules.foreach(__v => __obj.updateDynamic(\"RotationRules\")(__v.asInstanceOf[js.Any]))\n      SecretVersionsToStages.foreach(__v => __obj.updateDynamic(\"SecretVersionsToStages\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecretListEntry]\n    }\n  }\n\n  \/** A structure that contains information about one version of a secret.\n    *\/\n  @js.native\n  trait SecretVersionsListEntry extends js.Object {\n    var CreatedDate: js.UndefOr[CreatedDateType]\n    var LastAccessedDate: js.UndefOr[LastAccessedDateType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n    var VersionStages: js.UndefOr[SecretVersionStagesType]\n  }\n\n  object SecretVersionsListEntry {\n    @inline\n    def apply(\n        CreatedDate: js.UndefOr[CreatedDateType] = js.undefined,\n        LastAccessedDate: js.UndefOr[LastAccessedDateType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined,\n        VersionStages: js.UndefOr[SecretVersionStagesType] = js.undefined\n    ): SecretVersionsListEntry = {\n      val __obj = js.Dynamic.literal()\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      LastAccessedDate.foreach(__v => __obj.updateDynamic(\"LastAccessedDate\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      VersionStages.foreach(__v => __obj.updateDynamic(\"VersionStages\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecretVersionsListEntry]\n    }\n  }\n\n  @js.native\n  sealed trait SortOrderType extends js.Any\n  object SortOrderType {\n    val asc = \"asc\".asInstanceOf[SortOrderType]\n    val desc = \"desc\".asInstanceOf[SortOrderType]\n\n    @inline def values = js.Array(asc, desc)\n  }\n\n  @js.native\n  sealed trait StatusType extends js.Any\n  object StatusType {\n    val InSync = \"InSync\".asInstanceOf[StatusType]\n    val Failed = \"Failed\".asInstanceOf[StatusType]\n    val InProgress = \"InProgress\".asInstanceOf[StatusType]\n\n    @inline def values = js.Array(InSync, Failed, InProgress)\n  }\n\n  @js.native\n  trait StopReplicationToReplicaRequest extends js.Object {\n    var SecretId: SecretIdType\n  }\n\n  object StopReplicationToReplicaRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType\n    ): StopReplicationToReplicaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopReplicationToReplicaRequest]\n    }\n  }\n\n  @js.native\n  trait StopReplicationToReplicaResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n  }\n\n  object StopReplicationToReplicaResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined\n    ): StopReplicationToReplicaResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopReplicationToReplicaResponse]\n    }\n  }\n\n  \/** A structure that contains information about a tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKeyType]\n    var Value: js.UndefOr[TagValueType]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKeyType] = js.undefined,\n        Value: js.UndefOr[TagValueType] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var SecretId: SecretIdType\n    var Tags: TagListType\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        Tags: TagListType\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var SecretId: SecretIdType\n    var TagKeys: TagKeyListType\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        TagKeys: TagKeyListType\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSecretRequest extends js.Object {\n    var SecretId: SecretIdType\n    var ClientRequestToken: js.UndefOr[ClientRequestTokenType]\n    var Description: js.UndefOr[DescriptionType]\n    var KmsKeyId: js.UndefOr[KmsKeyIdType]\n    var SecretBinary: js.UndefOr[SecretBinaryType]\n    var SecretString: js.UndefOr[SecretStringType]\n  }\n\n  object UpdateSecretRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        ClientRequestToken: js.UndefOr[ClientRequestTokenType] = js.undefined,\n        Description: js.UndefOr[DescriptionType] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyIdType] = js.undefined,\n        SecretBinary: js.UndefOr[SecretBinaryType] = js.undefined,\n        SecretString: js.UndefOr[SecretStringType] = js.undefined\n    ): UpdateSecretRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      SecretBinary.foreach(__v => __obj.updateDynamic(\"SecretBinary\")(__v.asInstanceOf[js.Any]))\n      SecretString.foreach(__v => __obj.updateDynamic(\"SecretString\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSecretRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSecretResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n    var VersionId: js.UndefOr[SecretVersionIdType]\n  }\n\n  object UpdateSecretResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined,\n        VersionId: js.UndefOr[SecretVersionIdType] = js.undefined\n    ): UpdateSecretResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSecretResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSecretVersionStageRequest extends js.Object {\n    var SecretId: SecretIdType\n    var VersionStage: SecretVersionStageType\n    var MoveToVersionId: js.UndefOr[SecretVersionIdType]\n    var RemoveFromVersionId: js.UndefOr[SecretVersionIdType]\n  }\n\n  object UpdateSecretVersionStageRequest {\n    @inline\n    def apply(\n        SecretId: SecretIdType,\n        VersionStage: SecretVersionStageType,\n        MoveToVersionId: js.UndefOr[SecretVersionIdType] = js.undefined,\n        RemoveFromVersionId: js.UndefOr[SecretVersionIdType] = js.undefined\n    ): UpdateSecretVersionStageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecretId\" -> SecretId.asInstanceOf[js.Any],\n        \"VersionStage\" -> VersionStage.asInstanceOf[js.Any]\n      )\n\n      MoveToVersionId.foreach(__v => __obj.updateDynamic(\"MoveToVersionId\")(__v.asInstanceOf[js.Any]))\n      RemoveFromVersionId.foreach(__v => __obj.updateDynamic(\"RemoveFromVersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSecretVersionStageRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSecretVersionStageResponse extends js.Object {\n    var ARN: js.UndefOr[SecretARNType]\n    var Name: js.UndefOr[SecretNameType]\n  }\n\n  object UpdateSecretVersionStageResponse {\n    @inline\n    def apply(\n        ARN: js.UndefOr[SecretARNType] = js.undefined,\n        Name: js.UndefOr[SecretNameType] = js.undefined\n    ): UpdateSecretVersionStageResponse = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSecretVersionStageResponse]\n    }\n  }\n\n  @js.native\n  trait ValidateResourcePolicyRequest extends js.Object {\n    var ResourcePolicy: NonEmptyResourcePolicyType\n    var SecretId: js.UndefOr[SecretIdType]\n  }\n\n  object ValidateResourcePolicyRequest {\n    @inline\n    def apply(\n        ResourcePolicy: NonEmptyResourcePolicyType,\n        SecretId: js.UndefOr[SecretIdType] = js.undefined\n    ): ValidateResourcePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourcePolicy\" -> ResourcePolicy.asInstanceOf[js.Any]\n      )\n\n      SecretId.foreach(__v => __obj.updateDynamic(\"SecretId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidateResourcePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait ValidateResourcePolicyResponse extends js.Object {\n    var PolicyValidationPassed: js.UndefOr[BooleanType]\n    var ValidationErrors: js.UndefOr[ValidationErrorsType]\n  }\n\n  object ValidateResourcePolicyResponse {\n    @inline\n    def apply(\n        PolicyValidationPassed: js.UndefOr[BooleanType] = js.undefined,\n        ValidationErrors: js.UndefOr[ValidationErrorsType] = js.undefined\n    ): ValidateResourcePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      PolicyValidationPassed.foreach(__v => __obj.updateDynamic(\"PolicyValidationPassed\")(__v.asInstanceOf[js.Any]))\n      ValidationErrors.foreach(__v => __obj.updateDynamic(\"ValidationErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidateResourcePolicyResponse]\n    }\n  }\n\n  \/** Displays errors that occurred during validation of the resource policy.\n    *\/\n  @js.native\n  trait ValidationErrorsEntry extends js.Object {\n    var CheckName: js.UndefOr[NameType]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n  }\n\n  object ValidationErrorsEntry {\n    @inline\n    def apply(\n        CheckName: js.UndefOr[NameType] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined\n    ): ValidationErrorsEntry = {\n      val __obj = js.Dynamic.literal()\n      CheckName.foreach(__v => __obj.updateDynamic(\"CheckName\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidationErrorsEntry]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/route53domains\/src\/main\/scala\/facade\/amazonaws\/services\/Route53Domains.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object route53domains {\n  type AccountId = String\n  type AddressLine = String\n  type BillingRecords = js.Array[BillingRecord]\n  type City = String\n  type ContactName = String\n  type ContactNumber = String\n  type CurrentExpiryYear = Int\n  type DNSSec = String\n  type DomainAuthCode = String\n  type DomainName = String\n  type DomainStatus = String\n  type DomainStatusList = js.Array[DomainStatus]\n  type DomainSuggestionsList = js.Array[DomainSuggestion]\n  type DomainSummaryList = js.Array[DomainSummary]\n  type DurationInYears = Int\n  type Email = String\n  type ErrorMessage = String\n  type ExtraParamList = js.Array[ExtraParam]\n  type ExtraParamValue = String\n  type FIAuthKey = String\n  type GlueIp = String\n  type GlueIpList = js.Array[GlueIp]\n  type HostName = String\n  type InvoiceId = String\n  type LangCode = String\n  type NameserverList = js.Array[Nameserver]\n  type OperationId = String\n  type OperationSummaryList = js.Array[OperationSummary]\n  type PageMarker = String\n  type PageMaxItems = Int\n  type Price = Double\n  type RegistrarName = String\n  type RegistrarUrl = String\n  type RegistrarWhoIsServer = String\n  type RegistryDomainId = String\n  type Reseller = String\n  type State = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type ZipCode = String\n\n  implicit final class Route53DomainsOps(private val service: Route53Domains) extends AnyVal {\n\n    @inline def acceptDomainTransferFromAnotherAwsAccountFuture(params: AcceptDomainTransferFromAnotherAwsAccountRequest): Future[AcceptDomainTransferFromAnotherAwsAccountResponse] = service.acceptDomainTransferFromAnotherAwsAccount(params).promise().toFuture\n    @inline def cancelDomainTransferToAnotherAwsAccountFuture(params: CancelDomainTransferToAnotherAwsAccountRequest): Future[CancelDomainTransferToAnotherAwsAccountResponse] = service.cancelDomainTransferToAnotherAwsAccount(params).promise().toFuture\n    @inline def checkDomainAvailabilityFuture(params: CheckDomainAvailabilityRequest): Future[CheckDomainAvailabilityResponse] = service.checkDomainAvailability(params).promise().toFuture\n    @inline def checkDomainTransferabilityFuture(params: CheckDomainTransferabilityRequest): Future[CheckDomainTransferabilityResponse] = service.checkDomainTransferability(params).promise().toFuture\n    @inline def deleteTagsForDomainFuture(params: DeleteTagsForDomainRequest): Future[DeleteTagsForDomainResponse] = service.deleteTagsForDomain(params).promise().toFuture\n    @inline def disableDomainAutoRenewFuture(params: DisableDomainAutoRenewRequest): Future[DisableDomainAutoRenewResponse] = service.disableDomainAutoRenew(params).promise().toFuture\n    @inline def disableDomainTransferLockFuture(params: DisableDomainTransferLockRequest): Future[DisableDomainTransferLockResponse] = service.disableDomainTransferLock(params).promise().toFuture\n    @inline def enableDomainAutoRenewFuture(params: EnableDomainAutoRenewRequest): Future[EnableDomainAutoRenewResponse] = service.enableDomainAutoRenew(params).promise().toFuture\n    @inline def enableDomainTransferLockFuture(params: EnableDomainTransferLockRequest): Future[EnableDomainTransferLockResponse] = service.enableDomainTransferLock(params).promise().toFuture\n    @inline def getContactReachabilityStatusFuture(params: GetContactReachabilityStatusRequest): Future[GetContactReachabilityStatusResponse] = service.getContactReachabilityStatus(params).promise().toFuture\n    @inline def getDomainDetailFuture(params: GetDomainDetailRequest): Future[GetDomainDetailResponse] = service.getDomainDetail(params).promise().toFuture\n    @inline def getDomainSuggestionsFuture(params: GetDomainSuggestionsRequest): Future[GetDomainSuggestionsResponse] = service.getDomainSuggestions(params).promise().toFuture\n    @inline def getOperationDetailFuture(params: GetOperationDetailRequest): Future[GetOperationDetailResponse] = service.getOperationDetail(params).promise().toFuture\n    @inline def listDomainsFuture(params: ListDomainsRequest): Future[ListDomainsResponse] = service.listDomains(params).promise().toFuture\n    @inline def listOperationsFuture(params: ListOperationsRequest): Future[ListOperationsResponse] = service.listOperations(params).promise().toFuture\n    @inline def listTagsForDomainFuture(params: ListTagsForDomainRequest): Future[ListTagsForDomainResponse] = service.listTagsForDomain(params).promise().toFuture\n    @inline def registerDomainFuture(params: RegisterDomainRequest): Future[RegisterDomainResponse] = service.registerDomain(params).promise().toFuture\n    @inline def rejectDomainTransferFromAnotherAwsAccountFuture(params: RejectDomainTransferFromAnotherAwsAccountRequest): Future[RejectDomainTransferFromAnotherAwsAccountResponse] = service.rejectDomainTransferFromAnotherAwsAccount(params).promise().toFuture\n    @inline def renewDomainFuture(params: RenewDomainRequest): Future[RenewDomainResponse] = service.renewDomain(params).promise().toFuture\n    @inline def resendContactReachabilityEmailFuture(params: ResendContactReachabilityEmailRequest): Future[ResendContactReachabilityEmailResponse] = service.resendContactReachabilityEmail(params).promise().toFuture\n    @inline def retrieveDomainAuthCodeFuture(params: RetrieveDomainAuthCodeRequest): Future[RetrieveDomainAuthCodeResponse] = service.retrieveDomainAuthCode(params).promise().toFuture\n    @inline def transferDomainFuture(params: TransferDomainRequest): Future[TransferDomainResponse] = service.transferDomain(params).promise().toFuture\n    @inline def transferDomainToAnotherAwsAccountFuture(params: TransferDomainToAnotherAwsAccountRequest): Future[TransferDomainToAnotherAwsAccountResponse] = service.transferDomainToAnotherAwsAccount(params).promise().toFuture\n    @inline def updateDomainContactFuture(params: UpdateDomainContactRequest): Future[UpdateDomainContactResponse] = service.updateDomainContact(params).promise().toFuture\n    @inline def updateDomainContactPrivacyFuture(params: UpdateDomainContactPrivacyRequest): Future[UpdateDomainContactPrivacyResponse] = service.updateDomainContactPrivacy(params).promise().toFuture\n    @inline def updateDomainNameserversFuture(params: UpdateDomainNameserversRequest): Future[UpdateDomainNameserversResponse] = service.updateDomainNameservers(params).promise().toFuture\n    @inline def updateTagsForDomainFuture(params: UpdateTagsForDomainRequest): Future[UpdateTagsForDomainResponse] = service.updateTagsForDomain(params).promise().toFuture\n    @inline def viewBillingFuture(params: ViewBillingRequest): Future[ViewBillingResponse] = service.viewBilling(params).promise().toFuture\n\n  }\n}\n\npackage route53domains {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/route53domains\", JSImport.Namespace, \"AWS.Route53Domains\")\n  class Route53Domains() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptDomainTransferFromAnotherAwsAccount(params: AcceptDomainTransferFromAnotherAwsAccountRequest): Request[AcceptDomainTransferFromAnotherAwsAccountResponse] = js.native\n    def cancelDomainTransferToAnotherAwsAccount(params: CancelDomainTransferToAnotherAwsAccountRequest): Request[CancelDomainTransferToAnotherAwsAccountResponse] = js.native\n    def checkDomainAvailability(params: CheckDomainAvailabilityRequest): Request[CheckDomainAvailabilityResponse] = js.native\n    def checkDomainTransferability(params: CheckDomainTransferabilityRequest): Request[CheckDomainTransferabilityResponse] = js.native\n    def deleteTagsForDomain(params: DeleteTagsForDomainRequest): Request[DeleteTagsForDomainResponse] = js.native\n    def disableDomainAutoRenew(params: DisableDomainAutoRenewRequest): Request[DisableDomainAutoRenewResponse] = js.native\n    def disableDomainTransferLock(params: DisableDomainTransferLockRequest): Request[DisableDomainTransferLockResponse] = js.native\n    def enableDomainAutoRenew(params: EnableDomainAutoRenewRequest): Request[EnableDomainAutoRenewResponse] = js.native\n    def enableDomainTransferLock(params: EnableDomainTransferLockRequest): Request[EnableDomainTransferLockResponse] = js.native\n    def getContactReachabilityStatus(params: GetContactReachabilityStatusRequest): Request[GetContactReachabilityStatusResponse] = js.native\n    def getDomainDetail(params: GetDomainDetailRequest): Request[GetDomainDetailResponse] = js.native\n    def getDomainSuggestions(params: GetDomainSuggestionsRequest): Request[GetDomainSuggestionsResponse] = js.native\n    def getOperationDetail(params: GetOperationDetailRequest): Request[GetOperationDetailResponse] = js.native\n    def listDomains(params: ListDomainsRequest): Request[ListDomainsResponse] = js.native\n    def listOperations(params: ListOperationsRequest): Request[ListOperationsResponse] = js.native\n    def listTagsForDomain(params: ListTagsForDomainRequest): Request[ListTagsForDomainResponse] = js.native\n    def registerDomain(params: RegisterDomainRequest): Request[RegisterDomainResponse] = js.native\n    def rejectDomainTransferFromAnotherAwsAccount(params: RejectDomainTransferFromAnotherAwsAccountRequest): Request[RejectDomainTransferFromAnotherAwsAccountResponse] = js.native\n    def renewDomain(params: RenewDomainRequest): Request[RenewDomainResponse] = js.native\n    def resendContactReachabilityEmail(params: ResendContactReachabilityEmailRequest): Request[ResendContactReachabilityEmailResponse] = js.native\n    def retrieveDomainAuthCode(params: RetrieveDomainAuthCodeRequest): Request[RetrieveDomainAuthCodeResponse] = js.native\n    def transferDomain(params: TransferDomainRequest): Request[TransferDomainResponse] = js.native\n    def transferDomainToAnotherAwsAccount(params: TransferDomainToAnotherAwsAccountRequest): Request[TransferDomainToAnotherAwsAccountResponse] = js.native\n    def updateDomainContact(params: UpdateDomainContactRequest): Request[UpdateDomainContactResponse] = js.native\n    def updateDomainContactPrivacy(params: UpdateDomainContactPrivacyRequest): Request[UpdateDomainContactPrivacyResponse] = js.native\n    def updateDomainNameservers(params: UpdateDomainNameserversRequest): Request[UpdateDomainNameserversResponse] = js.native\n    def updateTagsForDomain(params: UpdateTagsForDomainRequest): Request[UpdateTagsForDomainResponse] = js.native\n    def viewBilling(params: ViewBillingRequest): Request[ViewBillingResponse] = js.native\n  }\n\n  \/** The AcceptDomainTransferFromAnotherAwsAccount request includes the following elements.\n    *\/\n  @js.native\n  trait AcceptDomainTransferFromAnotherAwsAccountRequest extends js.Object {\n    var DomainName: DomainName\n    var Password: String\n  }\n\n  object AcceptDomainTransferFromAnotherAwsAccountRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Password: String\n    ): AcceptDomainTransferFromAnotherAwsAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Password\" -> Password.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptDomainTransferFromAnotherAwsAccountRequest]\n    }\n  }\n\n  \/** The AcceptDomainTransferFromAnotherAwsAccount response includes the following element.\n    *\/\n  @js.native\n  trait AcceptDomainTransferFromAnotherAwsAccountResponse extends js.Object {\n    var OperationId: js.UndefOr[OperationId]\n  }\n\n  object AcceptDomainTransferFromAnotherAwsAccountResponse {\n    @inline\n    def apply(\n        OperationId: js.UndefOr[OperationId] = js.undefined\n    ): AcceptDomainTransferFromAnotherAwsAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      OperationId.foreach(__v => __obj.updateDynamic(\"OperationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceptDomainTransferFromAnotherAwsAccountResponse]\n    }\n  }\n\n  \/** Information for one billing record.\n    *\/\n  @js.native\n  trait BillingRecord extends js.Object {\n    var BillDate: js.UndefOr[Timestamp]\n    var DomainName: js.UndefOr[DomainName]\n    var InvoiceId: js.UndefOr[InvoiceId]\n    var Operation: js.UndefOr[OperationType]\n    var Price: js.UndefOr[Price]\n  }\n\n  object BillingRecord {\n    @inline\n    def apply(\n        BillDate: js.UndefOr[Timestamp] = js.undefined,\n        DomainName: js.UndefOr[DomainName] = js.undefined,\n        InvoiceId: js.UndefOr[InvoiceId] = js.undefined,\n        Operation: js.UndefOr[OperationType] = js.undefined,\n        Price: js.UndefOr[Price] = js.undefined\n    ): BillingRecord = {\n      val __obj = js.Dynamic.literal()\n      BillDate.foreach(__v => __obj.updateDynamic(\"BillDate\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      InvoiceId.foreach(__v => __obj.updateDynamic(\"InvoiceId\")(__v.asInstanceOf[js.Any]))\n      Operation.foreach(__v => __obj.updateDynamic(\"Operation\")(__v.asInstanceOf[js.Any]))\n      Price.foreach(__v => __obj.updateDynamic(\"Price\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BillingRecord]\n    }\n  }\n\n  \/** The CancelDomainTransferToAnotherAwsAccount request includes the following element.\n    *\/\n  @js.native\n  trait CancelDomainTransferToAnotherAwsAccountRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object CancelDomainTransferToAnotherAwsAccountRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): CancelDomainTransferToAnotherAwsAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelDomainTransferToAnotherAwsAccountRequest]\n    }\n  }\n\n  \/** The <code>CancelDomainTransferToAnotherAwsAccount<\/code> response includes the following element.\n    *\/\n  @js.native\n  trait CancelDomainTransferToAnotherAwsAccountResponse extends js.Object {\n    var OperationId: js.UndefOr[OperationId]\n  }\n\n  object CancelDomainTransferToAnotherAwsAccountResponse {\n    @inline\n    def apply(\n        OperationId: js.UndefOr[OperationId] = js.undefined\n    ): CancelDomainTransferToAnotherAwsAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      OperationId.foreach(__v => __obj.updateDynamic(\"OperationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelDomainTransferToAnotherAwsAccountResponse]\n    }\n  }\n\n  \/** The CheckDomainAvailability request contains the following elements.\n    *\/\n  @js.native\n  trait CheckDomainAvailabilityRequest extends js.Object {\n    var DomainName: DomainName\n    var IdnLangCode: js.UndefOr[LangCode]\n  }\n\n  object CheckDomainAvailabilityRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        IdnLangCode: js.UndefOr[LangCode] = js.undefined\n    ): CheckDomainAvailabilityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      IdnLangCode.foreach(__v => __obj.updateDynamic(\"IdnLangCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckDomainAvailabilityRequest]\n    }\n  }\n\n  \/** The CheckDomainAvailability response includes the following elements.\n    *\/\n  @js.native\n  trait CheckDomainAvailabilityResponse extends js.Object {\n    var Availability: DomainAvailability\n  }\n\n  object CheckDomainAvailabilityResponse {\n    @inline\n    def apply(\n        Availability: DomainAvailability\n    ): CheckDomainAvailabilityResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Availability\" -> Availability.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CheckDomainAvailabilityResponse]\n    }\n  }\n\n  \/** The CheckDomainTransferability request contains the following elements.\n    *\/\n  @js.native\n  trait CheckDomainTransferabilityRequest extends js.Object {\n    var DomainName: DomainName\n    var AuthCode: js.UndefOr[DomainAuthCode]\n  }\n\n  object CheckDomainTransferabilityRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        AuthCode: js.UndefOr[DomainAuthCode] = js.undefined\n    ): CheckDomainTransferabilityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      AuthCode.foreach(__v => __obj.updateDynamic(\"AuthCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CheckDomainTransferabilityRequest]\n    }\n  }\n\n  \/** The CheckDomainTransferability response includes the following elements.\n    *\/\n  @js.native\n  trait CheckDomainTransferabilityResponse extends js.Object {\n    var Transferability: DomainTransferability\n  }\n\n  object CheckDomainTransferabilityResponse {\n    @inline\n    def apply(\n        Transferability: DomainTransferability\n    ): CheckDomainTransferabilityResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Transferability\" -> Transferability.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CheckDomainTransferabilityResponse]\n    }\n  }\n\n  \/** ContactDetail includes the following elements.\n    *\/\n  @js.native\n  trait ContactDetail extends js.Object {\n    var AddressLine1: js.UndefOr[AddressLine]\n    var AddressLine2: js.UndefOr[AddressLine]\n    var City: js.UndefOr[City]\n    var ContactType: js.UndefOr[ContactType]\n    var CountryCode: js.UndefOr[CountryCode]\n    var Email: js.UndefOr[Email]\n    var ExtraParams: js.UndefOr[ExtraParamList]\n    var Fax: js.UndefOr[ContactNumber]\n    var FirstName: js.UndefOr[ContactName]\n    var LastName: js.UndefOr[ContactName]\n    var OrganizationName: js.UndefOr[ContactName]\n    var PhoneNumber: js.UndefOr[ContactNumber]\n    var State: js.UndefOr[State]\n    var ZipCode: js.UndefOr[ZipCode]\n  }\n\n  object ContactDetail {\n    @inline\n    def apply(\n        AddressLine1: js.UndefOr[AddressLine] = js.undefined,\n        AddressLine2: js.UndefOr[AddressLine] = js.undefined,\n        City: js.UndefOr[City] = js.undefined,\n        ContactType: js.UndefOr[ContactType] = js.undefined,\n        CountryCode: js.UndefOr[CountryCode] = js.undefined,\n        Email: js.UndefOr[Email] = js.undefined,\n        ExtraParams: js.UndefOr[ExtraParamList] = js.undefined,\n        Fax: js.UndefOr[ContactNumber] = js.undefined,\n        FirstName: js.UndefOr[ContactName] = js.undefined,\n        LastName: js.UndefOr[ContactName] = js.undefined,\n        OrganizationName: js.UndefOr[ContactName] = js.undefined,\n        PhoneNumber: js.UndefOr[ContactNumber] = js.undefined,\n        State: js.UndefOr[State] = js.undefined,\n        ZipCode: js.UndefOr[ZipCode] = js.undefined\n    ): ContactDetail = {\n      val __obj = js.Dynamic.literal()\n      AddressLine1.foreach(__v => __obj.updateDynamic(\"AddressLine1\")(__v.asInstanceOf[js.Any]))\n      AddressLine2.foreach(__v => __obj.updateDynamic(\"AddressLine2\")(__v.asInstanceOf[js.Any]))\n      City.foreach(__v => __obj.updateDynamic(\"City\")(__v.asInstanceOf[js.Any]))\n      ContactType.foreach(__v => __obj.updateDynamic(\"ContactType\")(__v.asInstanceOf[js.Any]))\n      CountryCode.foreach(__v => __obj.updateDynamic(\"CountryCode\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      ExtraParams.foreach(__v => __obj.updateDynamic(\"ExtraParams\")(__v.asInstanceOf[js.Any]))\n      Fax.foreach(__v => __obj.updateDynamic(\"Fax\")(__v.asInstanceOf[js.Any]))\n      FirstName.foreach(__v => __obj.updateDynamic(\"FirstName\")(__v.asInstanceOf[js.Any]))\n      LastName.foreach(__v => __obj.updateDynamic(\"LastName\")(__v.asInstanceOf[js.Any]))\n      OrganizationName.foreach(__v => __obj.updateDynamic(\"OrganizationName\")(__v.asInstanceOf[js.Any]))\n      PhoneNumber.foreach(__v => __obj.updateDynamic(\"PhoneNumber\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      ZipCode.foreach(__v => __obj.updateDynamic(\"ZipCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContactDetail]\n    }\n  }\n\n  @js.native\n  sealed trait ContactType extends js.Any\n  object ContactType {\n    val PERSON = \"PERSON\".asInstanceOf[ContactType]\n    val COMPANY = \"COMPANY\".asInstanceOf[ContactType]\n    val ASSOCIATION = \"ASSOCIATION\".asInstanceOf[ContactType]\n    val PUBLIC_BODY = \"PUBLIC_BODY\".asInstanceOf[ContactType]\n    val RESELLER = \"RESELLER\".asInstanceOf[ContactType]\n\n    @inline def values = js.Array(PERSON, COMPANY, ASSOCIATION, PUBLIC_BODY, RESELLER)\n  }\n\n  @js.native\n  sealed trait CountryCode extends js.Any\n  object CountryCode {\n    val AD = \"AD\".asInstanceOf[CountryCode]\n    val AE = \"AE\".asInstanceOf[CountryCode]\n    val AF = \"AF\".asInstanceOf[CountryCode]\n    val AG = \"AG\".asInstanceOf[CountryCode]\n    val AI = \"AI\".asInstanceOf[CountryCode]\n    val AL = \"AL\".asInstanceOf[CountryCode]\n    val AM = \"AM\".asInstanceOf[CountryCode]\n    val AN = \"AN\".asInstanceOf[CountryCode]\n    val AO = \"AO\".asInstanceOf[CountryCode]\n    val AQ = \"AQ\".asInstanceOf[CountryCode]\n    val AR = \"AR\".asInstanceOf[CountryCode]\n    val AS = \"AS\".asInstanceOf[CountryCode]\n    val AT = \"AT\".asInstanceOf[CountryCode]\n    val AU = \"AU\".asInstanceOf[CountryCode]\n    val AW = \"AW\".asInstanceOf[CountryCode]\n    val AZ = \"AZ\".asInstanceOf[CountryCode]\n    val BA = \"BA\".asInstanceOf[CountryCode]\n    val BB = \"BB\".asInstanceOf[CountryCode]\n    val BD = \"BD\".asInstanceOf[CountryCode]\n    val BE = \"BE\".asInstanceOf[CountryCode]\n    val BF = \"BF\".asInstanceOf[CountryCode]\n    val BG = \"BG\".asInstanceOf[CountryCode]\n    val BH = \"BH\".asInstanceOf[CountryCode]\n    val BI = \"BI\".asInstanceOf[CountryCode]\n    val BJ = \"BJ\".asInstanceOf[CountryCode]\n    val BL = \"BL\".asInstanceOf[CountryCode]\n    val BM = \"BM\".asInstanceOf[CountryCode]\n    val BN = \"BN\".asInstanceOf[CountryCode]\n    val BO = \"BO\".asInstanceOf[CountryCode]\n    val BR = \"BR\".asInstanceOf[CountryCode]\n    val BS = \"BS\".asInstanceOf[CountryCode]\n    val BT = \"BT\".asInstanceOf[CountryCode]\n    val BW = \"BW\".asInstanceOf[CountryCode]\n    val BY = \"BY\".asInstanceOf[CountryCode]\n    val BZ = \"BZ\".asInstanceOf[CountryCode]\n    val CA = \"CA\".asInstanceOf[CountryCode]\n    val CC = \"CC\".asInstanceOf[CountryCode]\n    val CD = \"CD\".asInstanceOf[CountryCode]\n    val CF = \"CF\".asInstanceOf[CountryCode]\n    val CG = \"CG\".asInstanceOf[CountryCode]\n    val CH = \"CH\".asInstanceOf[CountryCode]\n    val CI = \"CI\".asInstanceOf[CountryCode]\n    val CK = \"CK\".asInstanceOf[CountryCode]\n    val CL = \"CL\".asInstanceOf[CountryCode]\n    val CM = \"CM\".asInstanceOf[CountryCode]\n    val CN = \"CN\".asInstanceOf[CountryCode]\n    val CO = \"CO\".asInstanceOf[CountryCode]\n    val CR = \"CR\".asInstanceOf[CountryCode]\n    val CU = \"CU\".asInstanceOf[CountryCode]\n    val CV = \"CV\".asInstanceOf[CountryCode]\n    val CX = \"CX\".asInstanceOf[CountryCode]\n    val CY = \"CY\".asInstanceOf[CountryCode]\n    val CZ = \"CZ\".asInstanceOf[CountryCode]\n    val DE = \"DE\".asInstanceOf[CountryCode]\n    val DJ = \"DJ\".asInstanceOf[CountryCode]\n    val DK = \"DK\".asInstanceOf[CountryCode]\n    val DM = \"DM\".asInstanceOf[CountryCode]\n    val DO = \"DO\".asInstanceOf[CountryCode]\n    val DZ = \"DZ\".asInstanceOf[CountryCode]\n    val EC = \"EC\".asInstanceOf[CountryCode]\n    val EE = \"EE\".asInstanceOf[CountryCode]\n    val EG = \"EG\".asInstanceOf[CountryCode]\n    val ER = \"ER\".asInstanceOf[CountryCode]\n    val ES = \"ES\".asInstanceOf[CountryCode]\n    val ET = \"ET\".asInstanceOf[CountryCode]\n    val FI = \"FI\".asInstanceOf[CountryCode]\n    val FJ = \"FJ\".asInstanceOf[CountryCode]\n    val FK = \"FK\".asInstanceOf[CountryCode]\n    val FM = \"FM\".asInstanceOf[CountryCode]\n    val FO = \"FO\".asInstanceOf[CountryCode]\n    val FR = \"FR\".asInstanceOf[CountryCode]\n    val GA = \"GA\".asInstanceOf[CountryCode]\n    val GB = \"GB\".asInstanceOf[CountryCode]\n    val GD = \"GD\".asInstanceOf[CountryCode]\n    val GE = \"GE\".asInstanceOf[CountryCode]\n    val GH = \"GH\".asInstanceOf[CountryCode]\n    val GI = \"GI\".asInstanceOf[CountryCode]\n    val GL = \"GL\".asInstanceOf[CountryCode]\n    val GM = \"GM\".asInstanceOf[CountryCode]\n    val GN = \"GN\".asInstanceOf[CountryCode]\n    val GQ = \"GQ\".asInstanceOf[CountryCode]\n    val GR = \"GR\".asInstanceOf[CountryCode]\n    val GT = \"GT\".asInstanceOf[CountryCode]\n    val GU = \"GU\".asInstanceOf[CountryCode]\n    val GW = \"GW\".asInstanceOf[CountryCode]\n    val GY = \"GY\".asInstanceOf[CountryCode]\n    val HK = \"HK\".asInstanceOf[CountryCode]\n    val HN = \"HN\".asInstanceOf[CountryCode]\n    val HR = \"HR\".asInstanceOf[CountryCode]\n    val HT = \"HT\".asInstanceOf[CountryCode]\n    val HU = \"HU\".asInstanceOf[CountryCode]\n    val ID = \"ID\".asInstanceOf[CountryCode]\n    val IE = \"IE\".asInstanceOf[CountryCode]\n    val IL = \"IL\".asInstanceOf[CountryCode]\n    val IM = \"IM\".asInstanceOf[CountryCode]\n    val IN = \"IN\".asInstanceOf[CountryCode]\n    val IQ = \"IQ\".asInstanceOf[CountryCode]\n    val IR = \"IR\".asInstanceOf[CountryCode]\n    val IS = \"IS\".asInstanceOf[CountryCode]\n    val IT = \"IT\".asInstanceOf[CountryCode]\n    val JM = \"JM\".asInstanceOf[CountryCode]\n    val JO = \"JO\".asInstanceOf[CountryCode]\n    val JP = \"JP\".asInstanceOf[CountryCode]\n    val KE = \"KE\".asInstanceOf[CountryCode]\n    val KG = \"KG\".asInstanceOf[CountryCode]\n    val KH = \"KH\".asInstanceOf[CountryCode]\n    val KI = \"KI\".asInstanceOf[CountryCode]\n    val KM = \"KM\".asInstanceOf[CountryCode]\n    val KN = \"KN\".asInstanceOf[CountryCode]\n    val KP = \"KP\".asInstanceOf[CountryCode]\n    val KR = \"KR\".asInstanceOf[CountryCode]\n    val KW = \"KW\".asInstanceOf[CountryCode]\n    val KY = \"KY\".asInstanceOf[CountryCode]\n    val KZ = \"KZ\".asInstanceOf[CountryCode]\n    val LA = \"LA\".asInstanceOf[CountryCode]\n    val LB = \"LB\".asInstanceOf[CountryCode]\n    val LC = \"LC\".asInstanceOf[CountryCode]\n    val LI = \"LI\".asInstanceOf[CountryCode]\n    val LK = \"LK\".asInstanceOf[CountryCode]\n    val LR = \"LR\".asInstanceOf[CountryCode]\n    val LS = \"LS\".asInstanceOf[CountryCode]\n    val LT = \"LT\".asInstanceOf[CountryCode]\n    val LU = \"LU\".asInstanceOf[CountryCode]\n    val LV = \"LV\".asInstanceOf[CountryCode]\n    val LY = \"LY\".asInstanceOf[CountryCode]\n    val MA = \"MA\".asInstanceOf[CountryCode]\n    val MC = \"MC\".asInstanceOf[CountryCode]\n    val MD = \"MD\".asInstanceOf[CountryCode]\n    val ME = \"ME\".asInstanceOf[CountryCode]\n    val MF = \"MF\".asInstanceOf[CountryCode]\n    val MG = \"MG\".asInstanceOf[CountryCode]\n    val MH = \"MH\".asInstanceOf[CountryCode]\n    val MK = \"MK\".asInstanceOf[CountryCode]\n    val ML = \"ML\".asInstanceOf[CountryCode]\n    val MM = \"MM\".asInstanceOf[CountryCode]\n    val MN = \"MN\".asInstanceOf[CountryCode]\n    val MO = \"MO\".asInstanceOf[CountryCode]\n    val MP = \"MP\".asInstanceOf[CountryCode]\n    val MR = \"MR\".asInstanceOf[CountryCode]\n    val MS = \"MS\".asInstanceOf[CountryCode]\n    val MT = \"MT\".asInstanceOf[CountryCode]\n    val MU = \"MU\".asInstanceOf[CountryCode]\n    val MV = \"MV\".asInstanceOf[CountryCode]\n    val MW = \"MW\".asInstanceOf[CountryCode]\n    val MX = \"MX\".asInstanceOf[CountryCode]\n    val MY = \"MY\".asInstanceOf[CountryCode]\n    val MZ = \"MZ\".asInstanceOf[CountryCode]\n    val NA = \"NA\".asInstanceOf[CountryCode]\n    val NC = \"NC\".asInstanceOf[CountryCode]\n    val NE = \"NE\".asInstanceOf[CountryCode]\n    val NG = \"NG\".asInstanceOf[CountryCode]\n    val NI = \"NI\".asInstanceOf[CountryCode]\n    val NL = \"NL\".asInstanceOf[CountryCode]\n    val NO = \"NO\".asInstanceOf[CountryCode]\n    val NP = \"NP\".asInstanceOf[CountryCode]\n    val NR = \"NR\".asInstanceOf[CountryCode]\n    val NU = \"NU\".asInstanceOf[CountryCode]\n    val NZ = \"NZ\".asInstanceOf[CountryCode]\n    val OM = \"OM\".asInstanceOf[CountryCode]\n    val PA = \"PA\".asInstanceOf[CountryCode]\n    val PE = \"PE\".asInstanceOf[CountryCode]\n    val PF = \"PF\".asInstanceOf[CountryCode]\n    val PG = \"PG\".asInstanceOf[CountryCode]\n    val PH = \"PH\".asInstanceOf[CountryCode]\n    val PK = \"PK\".asInstanceOf[CountryCode]\n    val PL = \"PL\".asInstanceOf[CountryCode]\n    val PM = \"PM\".asInstanceOf[CountryCode]\n    val PN = \"PN\".asInstanceOf[CountryCode]\n    val PR = \"PR\".asInstanceOf[CountryCode]\n    val PT = \"PT\".asInstanceOf[CountryCode]\n    val PW = \"PW\".asInstanceOf[CountryCode]\n    val PY = \"PY\".asInstanceOf[CountryCode]\n    val QA = \"QA\".asInstanceOf[CountryCode]\n    val RO = \"RO\".asInstanceOf[CountryCode]\n    val RS = \"RS\".asInstanceOf[CountryCode]\n    val RU = \"RU\".asInstanceOf[CountryCode]\n    val RW = \"RW\".asInstanceOf[CountryCode]\n    val SA = \"SA\".asInstanceOf[CountryCode]\n    val SB = \"SB\".asInstanceOf[CountryCode]\n    val SC = \"SC\".asInstanceOf[CountryCode]\n    val SD = \"SD\".asInstanceOf[CountryCode]\n    val SE = \"SE\".asInstanceOf[CountryCode]\n    val SG = \"SG\".asInstanceOf[CountryCode]\n    val SH = \"SH\".asInstanceOf[CountryCode]\n    val SI = \"SI\".asInstanceOf[CountryCode]\n    val SK = \"SK\".asInstanceOf[CountryCode]\n    val SL = \"SL\".asInstanceOf[CountryCode]\n    val SM = \"SM\".asInstanceOf[CountryCode]\n    val SN = \"SN\".asInstanceOf[CountryCode]\n    val SO = \"SO\".asInstanceOf[CountryCode]\n    val SR = \"SR\".asInstanceOf[CountryCode]\n    val ST = \"ST\".asInstanceOf[CountryCode]\n    val SV = \"SV\".asInstanceOf[CountryCode]\n    val SY = \"SY\".asInstanceOf[CountryCode]\n    val SZ = \"SZ\".asInstanceOf[CountryCode]\n    val TC = \"TC\".asInstanceOf[CountryCode]\n    val TD = \"TD\".asInstanceOf[CountryCode]\n    val TG = \"TG\".asInstanceOf[CountryCode]\n    val TH = \"TH\".asInstanceOf[CountryCode]\n    val TJ = \"TJ\".asInstanceOf[CountryCode]\n    val TK = \"TK\".asInstanceOf[CountryCode]\n    val TL = \"TL\".asInstanceOf[CountryCode]\n    val TM = \"TM\".asInstanceOf[CountryCode]\n    val TN = \"TN\".asInstanceOf[CountryCode]\n    val TO = \"TO\".asInstanceOf[CountryCode]\n    val TR = \"TR\".asInstanceOf[CountryCode]\n    val TT = \"TT\".asInstanceOf[CountryCode]\n    val TV = \"TV\".asInstanceOf[CountryCode]\n    val TW = \"TW\".asInstanceOf[CountryCode]\n    val TZ = \"TZ\".asInstanceOf[CountryCode]\n    val UA = \"UA\".asInstanceOf[CountryCode]\n    val UG = \"UG\".asInstanceOf[CountryCode]\n    val US = \"US\".asInstanceOf[CountryCode]\n    val UY = \"UY\".asInstanceOf[CountryCode]\n    val UZ = \"UZ\".asInstanceOf[CountryCode]\n    val VA = \"VA\".asInstanceOf[CountryCode]\n    val VC = \"VC\".asInstanceOf[CountryCode]\n    val VE = \"VE\".asInstanceOf[CountryCode]\n    val VG = \"VG\".asInstanceOf[CountryCode]\n    val VI = \"VI\".asInstanceOf[CountryCode]\n    val VN = \"VN\".asInstanceOf[CountryCode]\n    val VU = \"VU\".asInstanceOf[CountryCode]\n    val WF = \"WF\".asInstanceOf[CountryCode]\n    val WS = \"WS\".asInstanceOf[CountryCode]\n    val YE = \"YE\".asInstanceOf[CountryCode]\n    val YT = \"YT\".asInstanceOf[CountryCode]\n    val ZA = \"ZA\".asInstanceOf[CountryCode]\n    val ZM = \"ZM\".asInstanceOf[CountryCode]\n    val ZW = \"ZW\".asInstanceOf[CountryCode]\n\n    @inline def values = js.Array(\n      AD,\n      AE,\n      AF,\n      AG,\n      AI,\n      AL,\n      AM,\n      AN,\n      AO,\n      AQ,\n      AR,\n      AS,\n      AT,\n      AU,\n      AW,\n      AZ,\n      BA,\n      BB,\n      BD,\n      BE,\n      BF,\n      BG,\n      BH,\n      BI,\n      BJ,\n      BL,\n      BM,\n      BN,\n      BO,\n      BR,\n      BS,\n      BT,\n      BW,\n      BY,\n      BZ,\n      CA,\n      CC,\n      CD,\n      CF,\n      CG,\n      CH,\n      CI,\n      CK,\n      CL,\n      CM,\n      CN,\n      CO,\n      CR,\n      CU,\n      CV,\n      CX,\n      CY,\n      CZ,\n      DE,\n      DJ,\n      DK,\n      DM,\n      DO,\n      DZ,\n      EC,\n      EE,\n      EG,\n      ER,\n      ES,\n      ET,\n      FI,\n      FJ,\n      FK,\n      FM,\n      FO,\n      FR,\n      GA,\n      GB,\n      GD,\n      GE,\n      GH,\n      GI,\n      GL,\n      GM,\n      GN,\n      GQ,\n      GR,\n      GT,\n      GU,\n      GW,\n      GY,\n      HK,\n      HN,\n      HR,\n      HT,\n      HU,\n      ID,\n      IE,\n      IL,\n      IM,\n      IN,\n      IQ,\n      IR,\n      IS,\n      IT,\n      JM,\n      JO,\n      JP,\n      KE,\n      KG,\n      KH,\n      KI,\n      KM,\n      KN,\n      KP,\n      KR,\n      KW,\n      KY,\n      KZ,\n      LA,\n      LB,\n      LC,\n      LI,\n      LK,\n      LR,\n      LS,\n      LT,\n      LU,\n      LV,\n      LY,\n      MA,\n      MC,\n      MD,\n      ME,\n      MF,\n      MG,\n      MH,\n      MK,\n      ML,\n      MM,\n      MN,\n      MO,\n      MP,\n      MR,\n      MS,\n      MT,\n      MU,\n      MV,\n      MW,\n      MX,\n      MY,\n      MZ,\n      NA,\n      NC,\n      NE,\n      NG,\n      NI,\n      NL,\n      NO,\n      NP,\n      NR,\n      NU,\n      NZ,\n      OM,\n      PA,\n      PE,\n      PF,\n      PG,\n      PH,\n      PK,\n      PL,\n      PM,\n      PN,\n      PR,\n      PT,\n      PW,\n      PY,\n      QA,\n      RO,\n      RS,\n      RU,\n      RW,\n      SA,\n      SB,\n      SC,\n      SD,\n      SE,\n      SG,\n      SH,\n      SI,\n      SK,\n      SL,\n      SM,\n      SN,\n      SO,\n      SR,\n      ST,\n      SV,\n      SY,\n      SZ,\n      TC,\n      TD,\n      TG,\n      TH,\n      TJ,\n      TK,\n      TL,\n      TM,\n      TN,\n      TO,\n      TR,\n      TT,\n      TV,\n      TW,\n      TZ,\n      UA,\n      UG,\n      US,\n      UY,\n      UZ,\n      VA,\n      VC,\n      VE,\n      VG,\n      VI,\n      VN,\n      VU,\n      WF,\n      WS,\n      YE,\n      YT,\n      ZA,\n      ZM,\n      ZW\n    )\n  }\n\n  \/** The DeleteTagsForDomainRequest includes the following elements.\n    *\/\n  @js.native\n  trait DeleteTagsForDomainRequest extends js.Object {\n    var DomainName: DomainName\n    var TagsToDelete: TagKeyList\n  }\n\n  object DeleteTagsForDomainRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        TagsToDelete: TagKeyList\n    ): DeleteTagsForDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"TagsToDelete\" -> TagsToDelete.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTagsForDomainRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTagsForDomainResponse extends js.Object\n\n  object DeleteTagsForDomainResponse {\n    @inline\n    def apply(): DeleteTagsForDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTagsForDomainResponse]\n    }\n  }\n\n  @js.native\n  trait DisableDomainAutoRenewRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object DisableDomainAutoRenewRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): DisableDomainAutoRenewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableDomainAutoRenewRequest]\n    }\n  }\n\n  @js.native\n  trait DisableDomainAutoRenewResponse extends js.Object\n\n  object DisableDomainAutoRenewResponse {\n    @inline\n    def apply(): DisableDomainAutoRenewResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisableDomainAutoRenewResponse]\n    }\n  }\n\n  \/** The DisableDomainTransferLock request includes the following element.\n    *\/\n  @js.native\n  trait DisableDomainTransferLockRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object DisableDomainTransferLockRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): DisableDomainTransferLockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableDomainTransferLockRequest]\n    }\n  }\n\n  \/** The DisableDomainTransferLock response includes the following element.\n    *\/\n  @js.native\n  trait DisableDomainTransferLockResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object DisableDomainTransferLockResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): DisableDomainTransferLockResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableDomainTransferLockResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DomainAvailability extends js.Any\n  object DomainAvailability {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[DomainAvailability]\n    val AVAILABLE_RESERVED = \"AVAILABLE_RESERVED\".asInstanceOf[DomainAvailability]\n    val AVAILABLE_PREORDER = \"AVAILABLE_PREORDER\".asInstanceOf[DomainAvailability]\n    val UNAVAILABLE = \"UNAVAILABLE\".asInstanceOf[DomainAvailability]\n    val UNAVAILABLE_PREMIUM = \"UNAVAILABLE_PREMIUM\".asInstanceOf[DomainAvailability]\n    val UNAVAILABLE_RESTRICTED = \"UNAVAILABLE_RESTRICTED\".asInstanceOf[DomainAvailability]\n    val RESERVED = \"RESERVED\".asInstanceOf[DomainAvailability]\n    val DONT_KNOW = \"DONT_KNOW\".asInstanceOf[DomainAvailability]\n\n    @inline def values = js.Array(AVAILABLE, AVAILABLE_RESERVED, AVAILABLE_PREORDER, UNAVAILABLE, UNAVAILABLE_PREMIUM, UNAVAILABLE_RESTRICTED, RESERVED, DONT_KNOW)\n  }\n\n  \/** Information about one suggested domain name.\n    *\/\n  @js.native\n  trait DomainSuggestion extends js.Object {\n    var Availability: js.UndefOr[String]\n    var DomainName: js.UndefOr[DomainName]\n  }\n\n  object DomainSuggestion {\n    @inline\n    def apply(\n        Availability: js.UndefOr[String] = js.undefined,\n        DomainName: js.UndefOr[DomainName] = js.undefined\n    ): DomainSuggestion = {\n      val __obj = js.Dynamic.literal()\n      Availability.foreach(__v => __obj.updateDynamic(\"Availability\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainSuggestion]\n    }\n  }\n\n  \/** Summary information about one domain.\n    *\/\n  @js.native\n  trait DomainSummary extends js.Object {\n    var DomainName: DomainName\n    var AutoRenew: js.UndefOr[Boolean]\n    var Expiry: js.UndefOr[Timestamp]\n    var TransferLock: js.UndefOr[Boolean]\n  }\n\n  object DomainSummary {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        AutoRenew: js.UndefOr[Boolean] = js.undefined,\n        Expiry: js.UndefOr[Timestamp] = js.undefined,\n        TransferLock: js.UndefOr[Boolean] = js.undefined\n    ): DomainSummary = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      AutoRenew.foreach(__v => __obj.updateDynamic(\"AutoRenew\")(__v.asInstanceOf[js.Any]))\n      Expiry.foreach(__v => __obj.updateDynamic(\"Expiry\")(__v.asInstanceOf[js.Any]))\n      TransferLock.foreach(__v => __obj.updateDynamic(\"TransferLock\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainSummary]\n    }\n  }\n\n  \/** A complex type that contains information about whether the specified domain can be transferred to Route 53.\n    *\/\n  @js.native\n  trait DomainTransferability extends js.Object {\n    var Transferable: js.UndefOr[Transferable]\n  }\n\n  object DomainTransferability {\n    @inline\n    def apply(\n        Transferable: js.UndefOr[Transferable] = js.undefined\n    ): DomainTransferability = {\n      val __obj = js.Dynamic.literal()\n      Transferable.foreach(__v => __obj.updateDynamic(\"Transferable\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainTransferability]\n    }\n  }\n\n  @js.native\n  trait EnableDomainAutoRenewRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object EnableDomainAutoRenewRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): EnableDomainAutoRenewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableDomainAutoRenewRequest]\n    }\n  }\n\n  @js.native\n  trait EnableDomainAutoRenewResponse extends js.Object\n\n  object EnableDomainAutoRenewResponse {\n    @inline\n    def apply(): EnableDomainAutoRenewResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableDomainAutoRenewResponse]\n    }\n  }\n\n  \/** A request to set the transfer lock for the specified domain.\n    *\/\n  @js.native\n  trait EnableDomainTransferLockRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object EnableDomainTransferLockRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): EnableDomainTransferLockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableDomainTransferLockRequest]\n    }\n  }\n\n  \/** The EnableDomainTransferLock response includes the following elements.\n    *\/\n  @js.native\n  trait EnableDomainTransferLockResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object EnableDomainTransferLockResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): EnableDomainTransferLockResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableDomainTransferLockResponse]\n    }\n  }\n\n  \/** ExtraParam includes the following elements.\n    *\/\n  @js.native\n  trait ExtraParam extends js.Object {\n    var Name: ExtraParamName\n    var Value: ExtraParamValue\n  }\n\n  object ExtraParam {\n    @inline\n    def apply(\n        Name: ExtraParamName,\n        Value: ExtraParamValue\n    ): ExtraParam = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExtraParam]\n    }\n  }\n\n  @js.native\n  sealed trait ExtraParamName extends js.Any\n  object ExtraParamName {\n    val DUNS_NUMBER = \"DUNS_NUMBER\".asInstanceOf[ExtraParamName]\n    val BRAND_NUMBER = \"BRAND_NUMBER\".asInstanceOf[ExtraParamName]\n    val BIRTH_DEPARTMENT = \"BIRTH_DEPARTMENT\".asInstanceOf[ExtraParamName]\n    val BIRTH_DATE_IN_YYYY_MM_DD = \"BIRTH_DATE_IN_YYYY_MM_DD\".asInstanceOf[ExtraParamName]\n    val BIRTH_COUNTRY = \"BIRTH_COUNTRY\".asInstanceOf[ExtraParamName]\n    val BIRTH_CITY = \"BIRTH_CITY\".asInstanceOf[ExtraParamName]\n    val DOCUMENT_NUMBER = \"DOCUMENT_NUMBER\".asInstanceOf[ExtraParamName]\n    val AU_ID_NUMBER = \"AU_ID_NUMBER\".asInstanceOf[ExtraParamName]\n    val AU_ID_TYPE = \"AU_ID_TYPE\".asInstanceOf[ExtraParamName]\n    val CA_LEGAL_TYPE = \"CA_LEGAL_TYPE\".asInstanceOf[ExtraParamName]\n    val CA_BUSINESS_ENTITY_TYPE = \"CA_BUSINESS_ENTITY_TYPE\".asInstanceOf[ExtraParamName]\n    val CA_LEGAL_REPRESENTATIVE = \"CA_LEGAL_REPRESENTATIVE\".asInstanceOf[ExtraParamName]\n    val CA_LEGAL_REPRESENTATIVE_CAPACITY = \"CA_LEGAL_REPRESENTATIVE_CAPACITY\".asInstanceOf[ExtraParamName]\n    val ES_IDENTIFICATION = \"ES_IDENTIFICATION\".asInstanceOf[ExtraParamName]\n    val ES_IDENTIFICATION_TYPE = \"ES_IDENTIFICATION_TYPE\".asInstanceOf[ExtraParamName]\n    val ES_LEGAL_FORM = \"ES_LEGAL_FORM\".asInstanceOf[ExtraParamName]\n    val FI_BUSINESS_NUMBER = \"FI_BUSINESS_NUMBER\".asInstanceOf[ExtraParamName]\n    val FI_ID_NUMBER = \"FI_ID_NUMBER\".asInstanceOf[ExtraParamName]\n    val FI_NATIONALITY = \"FI_NATIONALITY\".asInstanceOf[ExtraParamName]\n    val FI_ORGANIZATION_TYPE = \"FI_ORGANIZATION_TYPE\".asInstanceOf[ExtraParamName]\n    val IT_NATIONALITY = \"IT_NATIONALITY\".asInstanceOf[ExtraParamName]\n    val IT_PIN = \"IT_PIN\".asInstanceOf[ExtraParamName]\n    val IT_REGISTRANT_ENTITY_TYPE = \"IT_REGISTRANT_ENTITY_TYPE\".asInstanceOf[ExtraParamName]\n    val RU_PASSPORT_DATA = \"RU_PASSPORT_DATA\".asInstanceOf[ExtraParamName]\n    val SE_ID_NUMBER = \"SE_ID_NUMBER\".asInstanceOf[ExtraParamName]\n    val SG_ID_NUMBER = \"SG_ID_NUMBER\".asInstanceOf[ExtraParamName]\n    val VAT_NUMBER = \"VAT_NUMBER\".asInstanceOf[ExtraParamName]\n    val UK_CONTACT_TYPE = \"UK_CONTACT_TYPE\".asInstanceOf[ExtraParamName]\n    val UK_COMPANY_NUMBER = \"UK_COMPANY_NUMBER\".asInstanceOf[ExtraParamName]\n\n    @inline def values = js.Array(\n      DUNS_NUMBER,\n      BRAND_NUMBER,\n      BIRTH_DEPARTMENT,\n      BIRTH_DATE_IN_YYYY_MM_DD,\n      BIRTH_COUNTRY,\n      BIRTH_CITY,\n      DOCUMENT_NUMBER,\n      AU_ID_NUMBER,\n      AU_ID_TYPE,\n      CA_LEGAL_TYPE,\n      CA_BUSINESS_ENTITY_TYPE,\n      CA_LEGAL_REPRESENTATIVE,\n      CA_LEGAL_REPRESENTATIVE_CAPACITY,\n      ES_IDENTIFICATION,\n      ES_IDENTIFICATION_TYPE,\n      ES_LEGAL_FORM,\n      FI_BUSINESS_NUMBER,\n      FI_ID_NUMBER,\n      FI_NATIONALITY,\n      FI_ORGANIZATION_TYPE,\n      IT_NATIONALITY,\n      IT_PIN,\n      IT_REGISTRANT_ENTITY_TYPE,\n      RU_PASSPORT_DATA,\n      SE_ID_NUMBER,\n      SG_ID_NUMBER,\n      VAT_NUMBER,\n      UK_CONTACT_TYPE,\n      UK_COMPANY_NUMBER\n    )\n  }\n\n  @js.native\n  trait GetContactReachabilityStatusRequest extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n  }\n\n  object GetContactReachabilityStatusRequest {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined\n    ): GetContactReachabilityStatusRequest = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContactReachabilityStatusRequest]\n    }\n  }\n\n  @js.native\n  trait GetContactReachabilityStatusResponse extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n    var status: js.UndefOr[ReachabilityStatus]\n  }\n\n  object GetContactReachabilityStatusResponse {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        status: js.UndefOr[ReachabilityStatus] = js.undefined\n    ): GetContactReachabilityStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContactReachabilityStatusResponse]\n    }\n  }\n\n  \/** The GetDomainDetail request includes the following element.\n    *\/\n  @js.native\n  trait GetDomainDetailRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object GetDomainDetailRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): GetDomainDetailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDomainDetailRequest]\n    }\n  }\n\n  \/** The GetDomainDetail response includes the following elements.\n    *\/\n  @js.native\n  trait GetDomainDetailResponse extends js.Object {\n    var AdminContact: ContactDetail\n    var DomainName: DomainName\n    var Nameservers: NameserverList\n    var RegistrantContact: ContactDetail\n    var TechContact: ContactDetail\n    var AbuseContactEmail: js.UndefOr[Email]\n    var AbuseContactPhone: js.UndefOr[ContactNumber]\n    var AdminPrivacy: js.UndefOr[Boolean]\n    var AutoRenew: js.UndefOr[Boolean]\n    var CreationDate: js.UndefOr[Timestamp]\n    var DnsSec: js.UndefOr[DNSSec]\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var RegistrantPrivacy: js.UndefOr[Boolean]\n    var RegistrarName: js.UndefOr[RegistrarName]\n    var RegistrarUrl: js.UndefOr[RegistrarUrl]\n    var RegistryDomainId: js.UndefOr[RegistryDomainId]\n    var Reseller: js.UndefOr[Reseller]\n    var StatusList: js.UndefOr[DomainStatusList]\n    var TechPrivacy: js.UndefOr[Boolean]\n    var UpdatedDate: js.UndefOr[Timestamp]\n    var WhoIsServer: js.UndefOr[RegistrarWhoIsServer]\n  }\n\n  object GetDomainDetailResponse {\n    @inline\n    def apply(\n        AdminContact: ContactDetail,\n        DomainName: DomainName,\n        Nameservers: NameserverList,\n        RegistrantContact: ContactDetail,\n        TechContact: ContactDetail,\n        AbuseContactEmail: js.UndefOr[Email] = js.undefined,\n        AbuseContactPhone: js.UndefOr[ContactNumber] = js.undefined,\n        AdminPrivacy: js.UndefOr[Boolean] = js.undefined,\n        AutoRenew: js.UndefOr[Boolean] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        DnsSec: js.UndefOr[DNSSec] = js.undefined,\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        RegistrantPrivacy: js.UndefOr[Boolean] = js.undefined,\n        RegistrarName: js.UndefOr[RegistrarName] = js.undefined,\n        RegistrarUrl: js.UndefOr[RegistrarUrl] = js.undefined,\n        RegistryDomainId: js.UndefOr[RegistryDomainId] = js.undefined,\n        Reseller: js.UndefOr[Reseller] = js.undefined,\n        StatusList: js.UndefOr[DomainStatusList] = js.undefined,\n        TechPrivacy: js.UndefOr[Boolean] = js.undefined,\n        UpdatedDate: js.UndefOr[Timestamp] = js.undefined,\n        WhoIsServer: js.UndefOr[RegistrarWhoIsServer] = js.undefined\n    ): GetDomainDetailResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AdminContact\" -> AdminContact.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Nameservers\" -> Nameservers.asInstanceOf[js.Any],\n        \"RegistrantContact\" -> RegistrantContact.asInstanceOf[js.Any],\n        \"TechContact\" -> TechContact.asInstanceOf[js.Any]\n      )\n\n      AbuseContactEmail.foreach(__v => __obj.updateDynamic(\"AbuseContactEmail\")(__v.asInstanceOf[js.Any]))\n      AbuseContactPhone.foreach(__v => __obj.updateDynamic(\"AbuseContactPhone\")(__v.asInstanceOf[js.Any]))\n      AdminPrivacy.foreach(__v => __obj.updateDynamic(\"AdminPrivacy\")(__v.asInstanceOf[js.Any]))\n      AutoRenew.foreach(__v => __obj.updateDynamic(\"AutoRenew\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      DnsSec.foreach(__v => __obj.updateDynamic(\"DnsSec\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      RegistrantPrivacy.foreach(__v => __obj.updateDynamic(\"RegistrantPrivacy\")(__v.asInstanceOf[js.Any]))\n      RegistrarName.foreach(__v => __obj.updateDynamic(\"RegistrarName\")(__v.asInstanceOf[js.Any]))\n      RegistrarUrl.foreach(__v => __obj.updateDynamic(\"RegistrarUrl\")(__v.asInstanceOf[js.Any]))\n      RegistryDomainId.foreach(__v => __obj.updateDynamic(\"RegistryDomainId\")(__v.asInstanceOf[js.Any]))\n      Reseller.foreach(__v => __obj.updateDynamic(\"Reseller\")(__v.asInstanceOf[js.Any]))\n      StatusList.foreach(__v => __obj.updateDynamic(\"StatusList\")(__v.asInstanceOf[js.Any]))\n      TechPrivacy.foreach(__v => __obj.updateDynamic(\"TechPrivacy\")(__v.asInstanceOf[js.Any]))\n      UpdatedDate.foreach(__v => __obj.updateDynamic(\"UpdatedDate\")(__v.asInstanceOf[js.Any]))\n      WhoIsServer.foreach(__v => __obj.updateDynamic(\"WhoIsServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDomainDetailResponse]\n    }\n  }\n\n  @js.native\n  trait GetDomainSuggestionsRequest extends js.Object {\n    var DomainName: DomainName\n    var OnlyAvailable: Boolean\n    var SuggestionCount: Int\n  }\n\n  object GetDomainSuggestionsRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        OnlyAvailable: Boolean,\n        SuggestionCount: Int\n    ): GetDomainSuggestionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"OnlyAvailable\" -> OnlyAvailable.asInstanceOf[js.Any],\n        \"SuggestionCount\" -> SuggestionCount.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDomainSuggestionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDomainSuggestionsResponse extends js.Object {\n    var SuggestionsList: js.UndefOr[DomainSuggestionsList]\n  }\n\n  object GetDomainSuggestionsResponse {\n    @inline\n    def apply(\n        SuggestionsList: js.UndefOr[DomainSuggestionsList] = js.undefined\n    ): GetDomainSuggestionsResponse = {\n      val __obj = js.Dynamic.literal()\n      SuggestionsList.foreach(__v => __obj.updateDynamic(\"SuggestionsList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDomainSuggestionsResponse]\n    }\n  }\n\n  \/** The [[https:\/\/docs.aws.amazon.com\/Route53\/latest\/APIReference\/API_domains_GetOperationDetail.html|GetOperationDetail]] request includes the following element.\n    *\/\n  @js.native\n  trait GetOperationDetailRequest extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object GetOperationDetailRequest {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): GetOperationDetailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOperationDetailRequest]\n    }\n  }\n\n  \/** The GetOperationDetail response includes the following elements.\n    *\/\n  @js.native\n  trait GetOperationDetailResponse extends js.Object {\n    var DomainName: js.UndefOr[DomainName]\n    var Message: js.UndefOr[ErrorMessage]\n    var OperationId: js.UndefOr[OperationId]\n    var Status: js.UndefOr[OperationStatus]\n    var SubmittedDate: js.UndefOr[Timestamp]\n    var Type: js.UndefOr[OperationType]\n  }\n\n  object GetOperationDetailResponse {\n    @inline\n    def apply(\n        DomainName: js.UndefOr[DomainName] = js.undefined,\n        Message: js.UndefOr[ErrorMessage] = js.undefined,\n        OperationId: js.UndefOr[OperationId] = js.undefined,\n        Status: js.UndefOr[OperationStatus] = js.undefined,\n        SubmittedDate: js.UndefOr[Timestamp] = js.undefined,\n        Type: js.UndefOr[OperationType] = js.undefined\n    ): GetOperationDetailResponse = {\n      val __obj = js.Dynamic.literal()\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      OperationId.foreach(__v => __obj.updateDynamic(\"OperationId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubmittedDate.foreach(__v => __obj.updateDynamic(\"SubmittedDate\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOperationDetailResponse]\n    }\n  }\n\n  \/** The ListDomains request includes the following elements.\n    *\/\n  @js.native\n  trait ListDomainsRequest extends js.Object {\n    var Marker: js.UndefOr[PageMarker]\n    var MaxItems: js.UndefOr[PageMaxItems]\n  }\n\n  object ListDomainsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[PageMarker] = js.undefined,\n        MaxItems: js.UndefOr[PageMaxItems] = js.undefined\n    ): ListDomainsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainsRequest]\n    }\n  }\n\n  \/** The ListDomains response includes the following elements.\n    *\/\n  @js.native\n  trait ListDomainsResponse extends js.Object {\n    var Domains: DomainSummaryList\n    var NextPageMarker: js.UndefOr[PageMarker]\n  }\n\n  object ListDomainsResponse {\n    @inline\n    def apply(\n        Domains: DomainSummaryList,\n        NextPageMarker: js.UndefOr[PageMarker] = js.undefined\n    ): ListDomainsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Domains\" -> Domains.asInstanceOf[js.Any]\n      )\n\n      NextPageMarker.foreach(__v => __obj.updateDynamic(\"NextPageMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainsResponse]\n    }\n  }\n\n  \/** The ListOperations request includes the following elements.\n    *\/\n  @js.native\n  trait ListOperationsRequest extends js.Object {\n    var Marker: js.UndefOr[PageMarker]\n    var MaxItems: js.UndefOr[PageMaxItems]\n    var SubmittedSince: js.UndefOr[Timestamp]\n  }\n\n  object ListOperationsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[PageMarker] = js.undefined,\n        MaxItems: js.UndefOr[PageMaxItems] = js.undefined,\n        SubmittedSince: js.UndefOr[Timestamp] = js.undefined\n    ): ListOperationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      SubmittedSince.foreach(__v => __obj.updateDynamic(\"SubmittedSince\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOperationsRequest]\n    }\n  }\n\n  \/** The ListOperations response includes the following elements.\n    *\/\n  @js.native\n  trait ListOperationsResponse extends js.Object {\n    var Operations: OperationSummaryList\n    var NextPageMarker: js.UndefOr[PageMarker]\n  }\n\n  object ListOperationsResponse {\n    @inline\n    def apply(\n        Operations: OperationSummaryList,\n        NextPageMarker: js.UndefOr[PageMarker] = js.undefined\n    ): ListOperationsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Operations\" -> Operations.asInstanceOf[js.Any]\n      )\n\n      NextPageMarker.foreach(__v => __obj.updateDynamic(\"NextPageMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOperationsResponse]\n    }\n  }\n\n  \/** The ListTagsForDomainRequest includes the following elements.\n    *\/\n  @js.native\n  trait ListTagsForDomainRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object ListTagsForDomainRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): ListTagsForDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForDomainRequest]\n    }\n  }\n\n  \/** The ListTagsForDomain response includes the following elements.\n    *\/\n  @js.native\n  trait ListTagsForDomainResponse extends js.Object {\n    var TagList: TagList\n  }\n\n  object ListTagsForDomainResponse {\n    @inline\n    def apply(\n        TagList: TagList\n    ): ListTagsForDomainResponse = {\n      val __obj = js.Dynamic.literal(\n        \"TagList\" -> TagList.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForDomainResponse]\n    }\n  }\n\n  \/** Nameserver includes the following elements.\n    *\/\n  @js.native\n  trait Nameserver extends js.Object {\n    var Name: HostName\n    var GlueIps: js.UndefOr[GlueIpList]\n  }\n\n  object Nameserver {\n    @inline\n    def apply(\n        Name: HostName,\n        GlueIps: js.UndefOr[GlueIpList] = js.undefined\n    ): Nameserver = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      GlueIps.foreach(__v => __obj.updateDynamic(\"GlueIps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Nameserver]\n    }\n  }\n\n  @js.native\n  sealed trait OperationStatus extends js.Any\n  object OperationStatus {\n    val SUBMITTED = \"SUBMITTED\".asInstanceOf[OperationStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[OperationStatus]\n    val ERROR = \"ERROR\".asInstanceOf[OperationStatus]\n    val SUCCESSFUL = \"SUCCESSFUL\".asInstanceOf[OperationStatus]\n    val FAILED = \"FAILED\".asInstanceOf[OperationStatus]\n\n    @inline def values = js.Array(SUBMITTED, IN_PROGRESS, ERROR, SUCCESSFUL, FAILED)\n  }\n\n  \/** OperationSummary includes the following elements.\n    *\/\n  @js.native\n  trait OperationSummary extends js.Object {\n    var OperationId: OperationId\n    var Status: OperationStatus\n    var SubmittedDate: Timestamp\n    var Type: OperationType\n  }\n\n  object OperationSummary {\n    @inline\n    def apply(\n        OperationId: OperationId,\n        Status: OperationStatus,\n        SubmittedDate: Timestamp,\n        Type: OperationType\n    ): OperationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"SubmittedDate\" -> SubmittedDate.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OperationSummary]\n    }\n  }\n\n  @js.native\n  sealed trait OperationType extends js.Any\n  object OperationType {\n    val REGISTER_DOMAIN = \"REGISTER_DOMAIN\".asInstanceOf[OperationType]\n    val DELETE_DOMAIN = \"DELETE_DOMAIN\".asInstanceOf[OperationType]\n    val TRANSFER_IN_DOMAIN = \"TRANSFER_IN_DOMAIN\".asInstanceOf[OperationType]\n    val UPDATE_DOMAIN_CONTACT = \"UPDATE_DOMAIN_CONTACT\".asInstanceOf[OperationType]\n    val UPDATE_NAMESERVER = \"UPDATE_NAMESERVER\".asInstanceOf[OperationType]\n    val CHANGE_PRIVACY_PROTECTION = \"CHANGE_PRIVACY_PROTECTION\".asInstanceOf[OperationType]\n    val DOMAIN_LOCK = \"DOMAIN_LOCK\".asInstanceOf[OperationType]\n    val ENABLE_AUTORENEW = \"ENABLE_AUTORENEW\".asInstanceOf[OperationType]\n    val DISABLE_AUTORENEW = \"DISABLE_AUTORENEW\".asInstanceOf[OperationType]\n    val ADD_DNSSEC = \"ADD_DNSSEC\".asInstanceOf[OperationType]\n    val REMOVE_DNSSEC = \"REMOVE_DNSSEC\".asInstanceOf[OperationType]\n    val EXPIRE_DOMAIN = \"EXPIRE_DOMAIN\".asInstanceOf[OperationType]\n    val TRANSFER_OUT_DOMAIN = \"TRANSFER_OUT_DOMAIN\".asInstanceOf[OperationType]\n    val CHANGE_DOMAIN_OWNER = \"CHANGE_DOMAIN_OWNER\".asInstanceOf[OperationType]\n    val RENEW_DOMAIN = \"RENEW_DOMAIN\".asInstanceOf[OperationType]\n    val PUSH_DOMAIN = \"PUSH_DOMAIN\".asInstanceOf[OperationType]\n    val INTERNAL_TRANSFER_OUT_DOMAIN = \"INTERNAL_TRANSFER_OUT_DOMAIN\".asInstanceOf[OperationType]\n    val INTERNAL_TRANSFER_IN_DOMAIN = \"INTERNAL_TRANSFER_IN_DOMAIN\".asInstanceOf[OperationType]\n\n    @inline def values = js.Array(\n      REGISTER_DOMAIN,\n      DELETE_DOMAIN,\n      TRANSFER_IN_DOMAIN,\n      UPDATE_DOMAIN_CONTACT,\n      UPDATE_NAMESERVER,\n      CHANGE_PRIVACY_PROTECTION,\n      DOMAIN_LOCK,\n      ENABLE_AUTORENEW,\n      DISABLE_AUTORENEW,\n      ADD_DNSSEC,\n      REMOVE_DNSSEC,\n      EXPIRE_DOMAIN,\n      TRANSFER_OUT_DOMAIN,\n      CHANGE_DOMAIN_OWNER,\n      RENEW_DOMAIN,\n      PUSH_DOMAIN,\n      INTERNAL_TRANSFER_OUT_DOMAIN,\n      INTERNAL_TRANSFER_IN_DOMAIN\n    )\n  }\n\n  @js.native\n  sealed trait ReachabilityStatus extends js.Any\n  object ReachabilityStatus {\n    val PENDING = \"PENDING\".asInstanceOf[ReachabilityStatus]\n    val DONE = \"DONE\".asInstanceOf[ReachabilityStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[ReachabilityStatus]\n\n    @inline def values = js.Array(PENDING, DONE, EXPIRED)\n  }\n\n  \/** The RegisterDomain request includes the following elements.\n    *\/\n  @js.native\n  trait RegisterDomainRequest extends js.Object {\n    var AdminContact: ContactDetail\n    var DomainName: DomainName\n    var DurationInYears: DurationInYears\n    var RegistrantContact: ContactDetail\n    var TechContact: ContactDetail\n    var AutoRenew: js.UndefOr[Boolean]\n    var IdnLangCode: js.UndefOr[LangCode]\n    var PrivacyProtectAdminContact: js.UndefOr[Boolean]\n    var PrivacyProtectRegistrantContact: js.UndefOr[Boolean]\n    var PrivacyProtectTechContact: js.UndefOr[Boolean]\n  }\n\n  object RegisterDomainRequest {\n    @inline\n    def apply(\n        AdminContact: ContactDetail,\n        DomainName: DomainName,\n        DurationInYears: DurationInYears,\n        RegistrantContact: ContactDetail,\n        TechContact: ContactDetail,\n        AutoRenew: js.UndefOr[Boolean] = js.undefined,\n        IdnLangCode: js.UndefOr[LangCode] = js.undefined,\n        PrivacyProtectAdminContact: js.UndefOr[Boolean] = js.undefined,\n        PrivacyProtectRegistrantContact: js.UndefOr[Boolean] = js.undefined,\n        PrivacyProtectTechContact: js.UndefOr[Boolean] = js.undefined\n    ): RegisterDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AdminContact\" -> AdminContact.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"DurationInYears\" -> DurationInYears.asInstanceOf[js.Any],\n        \"RegistrantContact\" -> RegistrantContact.asInstanceOf[js.Any],\n        \"TechContact\" -> TechContact.asInstanceOf[js.Any]\n      )\n\n      AutoRenew.foreach(__v => __obj.updateDynamic(\"AutoRenew\")(__v.asInstanceOf[js.Any]))\n      IdnLangCode.foreach(__v => __obj.updateDynamic(\"IdnLangCode\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectAdminContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectAdminContact\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectRegistrantContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectRegistrantContact\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectTechContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectTechContact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterDomainRequest]\n    }\n  }\n\n  \/** The RegisterDomain response includes the following element.\n    *\/\n  @js.native\n  trait RegisterDomainResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object RegisterDomainResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): RegisterDomainResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterDomainResponse]\n    }\n  }\n\n  \/** The RejectDomainTransferFromAnotherAwsAccount request includes the following element.\n    *\/\n  @js.native\n  trait RejectDomainTransferFromAnotherAwsAccountRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object RejectDomainTransferFromAnotherAwsAccountRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): RejectDomainTransferFromAnotherAwsAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectDomainTransferFromAnotherAwsAccountRequest]\n    }\n  }\n\n  \/** The RejectDomainTransferFromAnotherAwsAccount response includes the following element.\n    *\/\n  @js.native\n  trait RejectDomainTransferFromAnotherAwsAccountResponse extends js.Object {\n    var OperationId: js.UndefOr[OperationId]\n  }\n\n  object RejectDomainTransferFromAnotherAwsAccountResponse {\n    @inline\n    def apply(\n        OperationId: js.UndefOr[OperationId] = js.undefined\n    ): RejectDomainTransferFromAnotherAwsAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      OperationId.foreach(__v => __obj.updateDynamic(\"OperationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RejectDomainTransferFromAnotherAwsAccountResponse]\n    }\n  }\n\n  \/** A <code>RenewDomain<\/code> request includes the number of years that you want to renew for and the current expiration year.\n    *\/\n  @js.native\n  trait RenewDomainRequest extends js.Object {\n    var CurrentExpiryYear: CurrentExpiryYear\n    var DomainName: DomainName\n    var DurationInYears: js.UndefOr[DurationInYears]\n  }\n\n  object RenewDomainRequest {\n    @inline\n    def apply(\n        CurrentExpiryYear: CurrentExpiryYear,\n        DomainName: DomainName,\n        DurationInYears: js.UndefOr[DurationInYears] = js.undefined\n    ): RenewDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CurrentExpiryYear\" -> CurrentExpiryYear.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      DurationInYears.foreach(__v => __obj.updateDynamic(\"DurationInYears\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RenewDomainRequest]\n    }\n  }\n\n  @js.native\n  trait RenewDomainResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object RenewDomainResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): RenewDomainResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenewDomainResponse]\n    }\n  }\n\n  @js.native\n  trait ResendContactReachabilityEmailRequest extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n  }\n\n  object ResendContactReachabilityEmailRequest {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined\n    ): ResendContactReachabilityEmailRequest = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResendContactReachabilityEmailRequest]\n    }\n  }\n\n  @js.native\n  trait ResendContactReachabilityEmailResponse extends js.Object {\n    var domainName: js.UndefOr[DomainName]\n    var emailAddress: js.UndefOr[Email]\n    var isAlreadyVerified: js.UndefOr[Boolean]\n  }\n\n  object ResendContactReachabilityEmailResponse {\n    @inline\n    def apply(\n        domainName: js.UndefOr[DomainName] = js.undefined,\n        emailAddress: js.UndefOr[Email] = js.undefined,\n        isAlreadyVerified: js.UndefOr[Boolean] = js.undefined\n    ): ResendContactReachabilityEmailResponse = {\n      val __obj = js.Dynamic.literal()\n      domainName.foreach(__v => __obj.updateDynamic(\"domainName\")(__v.asInstanceOf[js.Any]))\n      emailAddress.foreach(__v => __obj.updateDynamic(\"emailAddress\")(__v.asInstanceOf[js.Any]))\n      isAlreadyVerified.foreach(__v => __obj.updateDynamic(\"isAlreadyVerified\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResendContactReachabilityEmailResponse]\n    }\n  }\n\n  \/** A request for the authorization code for the specified domain. To transfer a domain to another registrar, you provide this value to the new registrar.\n    *\/\n  @js.native\n  trait RetrieveDomainAuthCodeRequest extends js.Object {\n    var DomainName: DomainName\n  }\n\n  object RetrieveDomainAuthCodeRequest {\n    @inline\n    def apply(\n        DomainName: DomainName\n    ): RetrieveDomainAuthCodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RetrieveDomainAuthCodeRequest]\n    }\n  }\n\n  \/** The RetrieveDomainAuthCode response includes the following element.\n    *\/\n  @js.native\n  trait RetrieveDomainAuthCodeResponse extends js.Object {\n    var AuthCode: DomainAuthCode\n  }\n\n  object RetrieveDomainAuthCodeResponse {\n    @inline\n    def apply(\n        AuthCode: DomainAuthCode\n    ): RetrieveDomainAuthCodeResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AuthCode\" -> AuthCode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RetrieveDomainAuthCodeResponse]\n    }\n  }\n\n  \/** Each tag includes the following elements.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** The TransferDomain request includes the following elements.\n    *\/\n  @js.native\n  trait TransferDomainRequest extends js.Object {\n    var AdminContact: ContactDetail\n    var DomainName: DomainName\n    var DurationInYears: DurationInYears\n    var RegistrantContact: ContactDetail\n    var TechContact: ContactDetail\n    var AuthCode: js.UndefOr[DomainAuthCode]\n    var AutoRenew: js.UndefOr[Boolean]\n    var IdnLangCode: js.UndefOr[LangCode]\n    var Nameservers: js.UndefOr[NameserverList]\n    var PrivacyProtectAdminContact: js.UndefOr[Boolean]\n    var PrivacyProtectRegistrantContact: js.UndefOr[Boolean]\n    var PrivacyProtectTechContact: js.UndefOr[Boolean]\n  }\n\n  object TransferDomainRequest {\n    @inline\n    def apply(\n        AdminContact: ContactDetail,\n        DomainName: DomainName,\n        DurationInYears: DurationInYears,\n        RegistrantContact: ContactDetail,\n        TechContact: ContactDetail,\n        AuthCode: js.UndefOr[DomainAuthCode] = js.undefined,\n        AutoRenew: js.UndefOr[Boolean] = js.undefined,\n        IdnLangCode: js.UndefOr[LangCode] = js.undefined,\n        Nameservers: js.UndefOr[NameserverList] = js.undefined,\n        PrivacyProtectAdminContact: js.UndefOr[Boolean] = js.undefined,\n        PrivacyProtectRegistrantContact: js.UndefOr[Boolean] = js.undefined,\n        PrivacyProtectTechContact: js.UndefOr[Boolean] = js.undefined\n    ): TransferDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AdminContact\" -> AdminContact.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"DurationInYears\" -> DurationInYears.asInstanceOf[js.Any],\n        \"RegistrantContact\" -> RegistrantContact.asInstanceOf[js.Any],\n        \"TechContact\" -> TechContact.asInstanceOf[js.Any]\n      )\n\n      AuthCode.foreach(__v => __obj.updateDynamic(\"AuthCode\")(__v.asInstanceOf[js.Any]))\n      AutoRenew.foreach(__v => __obj.updateDynamic(\"AutoRenew\")(__v.asInstanceOf[js.Any]))\n      IdnLangCode.foreach(__v => __obj.updateDynamic(\"IdnLangCode\")(__v.asInstanceOf[js.Any]))\n      Nameservers.foreach(__v => __obj.updateDynamic(\"Nameservers\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectAdminContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectAdminContact\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectRegistrantContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectRegistrantContact\")(__v.asInstanceOf[js.Any]))\n      PrivacyProtectTechContact.foreach(__v => __obj.updateDynamic(\"PrivacyProtectTechContact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransferDomainRequest]\n    }\n  }\n\n  \/** The TransferDomain response includes the following element.\n    *\/\n  @js.native\n  trait TransferDomainResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object TransferDomainResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): TransferDomainResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TransferDomainResponse]\n    }\n  }\n\n  \/** The TransferDomainToAnotherAwsAccount request includes the following elements.\n    *\/\n  @js.native\n  trait TransferDomainToAnotherAwsAccountRequest extends js.Object {\n    var AccountId: AccountId\n    var DomainName: DomainName\n  }\n\n  object TransferDomainToAnotherAwsAccountRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        DomainName: DomainName\n    ): TransferDomainToAnotherAwsAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TransferDomainToAnotherAwsAccountRequest]\n    }\n  }\n\n  \/** The <code>TransferDomainToAnotherAwsAccount<\/code> response includes the following elements.\n    *\/\n  @js.native\n  trait TransferDomainToAnotherAwsAccountResponse extends js.Object {\n    var OperationId: js.UndefOr[OperationId]\n    var Password: js.UndefOr[String]\n  }\n\n  object TransferDomainToAnotherAwsAccountResponse {\n    @inline\n    def apply(\n        OperationId: js.UndefOr[OperationId] = js.undefined,\n        Password: js.UndefOr[String] = js.undefined\n    ): TransferDomainToAnotherAwsAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      OperationId.foreach(__v => __obj.updateDynamic(\"OperationId\")(__v.asInstanceOf[js.Any]))\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransferDomainToAnotherAwsAccountResponse]\n    }\n  }\n\n  \/** Whether the domain name can be transferred to Route 53.\n    *\n    * '''Note:'''You can transfer only domains that have a value of <code>TRANSFERABLE<\/code> for <code>Transferable<\/code>. Valid values: <dl> <dt>TRANSFERABLE<\/dt> <dd> The domain name can be transferred to Route 53. <\/dd> <dt>UNTRANSFERRABLE<\/dt> <dd> The domain name can't be transferred to Route 53. <\/dd> <dt>DONT_KNOW<\/dt> <dd> Reserved for future use. <\/dd> <\/dl>\n    *\/\n  @js.native\n  sealed trait Transferable extends js.Any\n  object Transferable {\n    val TRANSFERABLE = \"TRANSFERABLE\".asInstanceOf[Transferable]\n    val UNTRANSFERABLE = \"UNTRANSFERABLE\".asInstanceOf[Transferable]\n    val DONT_KNOW = \"DONT_KNOW\".asInstanceOf[Transferable]\n\n    @inline def values = js.Array(TRANSFERABLE, UNTRANSFERABLE, DONT_KNOW)\n  }\n\n  \/** The UpdateDomainContactPrivacy request includes the following elements.\n    *\/\n  @js.native\n  trait UpdateDomainContactPrivacyRequest extends js.Object {\n    var DomainName: DomainName\n    var AdminPrivacy: js.UndefOr[Boolean]\n    var RegistrantPrivacy: js.UndefOr[Boolean]\n    var TechPrivacy: js.UndefOr[Boolean]\n  }\n\n  object UpdateDomainContactPrivacyRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        AdminPrivacy: js.UndefOr[Boolean] = js.undefined,\n        RegistrantPrivacy: js.UndefOr[Boolean] = js.undefined,\n        TechPrivacy: js.UndefOr[Boolean] = js.undefined\n    ): UpdateDomainContactPrivacyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      AdminPrivacy.foreach(__v => __obj.updateDynamic(\"AdminPrivacy\")(__v.asInstanceOf[js.Any]))\n      RegistrantPrivacy.foreach(__v => __obj.updateDynamic(\"RegistrantPrivacy\")(__v.asInstanceOf[js.Any]))\n      TechPrivacy.foreach(__v => __obj.updateDynamic(\"TechPrivacy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainContactPrivacyRequest]\n    }\n  }\n\n  \/** The UpdateDomainContactPrivacy response includes the following element.\n    *\/\n  @js.native\n  trait UpdateDomainContactPrivacyResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object UpdateDomainContactPrivacyResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): UpdateDomainContactPrivacyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainContactPrivacyResponse]\n    }\n  }\n\n  \/** The UpdateDomainContact request includes the following elements.\n    *\/\n  @js.native\n  trait UpdateDomainContactRequest extends js.Object {\n    var DomainName: DomainName\n    var AdminContact: js.UndefOr[ContactDetail]\n    var RegistrantContact: js.UndefOr[ContactDetail]\n    var TechContact: js.UndefOr[ContactDetail]\n  }\n\n  object UpdateDomainContactRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        AdminContact: js.UndefOr[ContactDetail] = js.undefined,\n        RegistrantContact: js.UndefOr[ContactDetail] = js.undefined,\n        TechContact: js.UndefOr[ContactDetail] = js.undefined\n    ): UpdateDomainContactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      AdminContact.foreach(__v => __obj.updateDynamic(\"AdminContact\")(__v.asInstanceOf[js.Any]))\n      RegistrantContact.foreach(__v => __obj.updateDynamic(\"RegistrantContact\")(__v.asInstanceOf[js.Any]))\n      TechContact.foreach(__v => __obj.updateDynamic(\"TechContact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainContactRequest]\n    }\n  }\n\n  \/** The UpdateDomainContact response includes the following element.\n    *\/\n  @js.native\n  trait UpdateDomainContactResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object UpdateDomainContactResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): UpdateDomainContactResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainContactResponse]\n    }\n  }\n\n  \/** Replaces the current set of name servers for the domain with the specified set of name servers. If you use Amazon Route 53 as your DNS service, specify the four name servers in the delegation set for the hosted zone for the domain. If successful, this operation returns an operation ID that you can use to track the progress and completion of the action. If the request is not completed successfully, the domain registrant will be notified by email.\n    *\/\n  @js.native\n  trait UpdateDomainNameserversRequest extends js.Object {\n    var DomainName: DomainName\n    var Nameservers: NameserverList\n    var FIAuthKey: js.UndefOr[FIAuthKey]\n  }\n\n  object UpdateDomainNameserversRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        Nameservers: NameserverList,\n        FIAuthKey: js.UndefOr[FIAuthKey] = js.undefined\n    ): UpdateDomainNameserversRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Nameservers\" -> Nameservers.asInstanceOf[js.Any]\n      )\n\n      FIAuthKey.foreach(__v => __obj.updateDynamic(\"FIAuthKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainNameserversRequest]\n    }\n  }\n\n  \/** The UpdateDomainNameservers response includes the following element.\n    *\/\n  @js.native\n  trait UpdateDomainNameserversResponse extends js.Object {\n    var OperationId: OperationId\n  }\n\n  object UpdateDomainNameserversResponse {\n    @inline\n    def apply(\n        OperationId: OperationId\n    ): UpdateDomainNameserversResponse = {\n      val __obj = js.Dynamic.literal(\n        \"OperationId\" -> OperationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainNameserversResponse]\n    }\n  }\n\n  \/** The UpdateTagsForDomainRequest includes the following elements.\n    *\/\n  @js.native\n  trait UpdateTagsForDomainRequest extends js.Object {\n    var DomainName: DomainName\n    var TagsToUpdate: js.UndefOr[TagList]\n  }\n\n  object UpdateTagsForDomainRequest {\n    @inline\n    def apply(\n        DomainName: DomainName,\n        TagsToUpdate: js.UndefOr[TagList] = js.undefined\n    ): UpdateTagsForDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      TagsToUpdate.foreach(__v => __obj.updateDynamic(\"TagsToUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateTagsForDomainRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTagsForDomainResponse extends js.Object\n\n  object UpdateTagsForDomainResponse {\n    @inline\n    def apply(): UpdateTagsForDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateTagsForDomainResponse]\n    }\n  }\n\n  \/** The ViewBilling request includes the following elements.\n    *\/\n  @js.native\n  trait ViewBillingRequest extends js.Object {\n    var End: js.UndefOr[Timestamp]\n    var Marker: js.UndefOr[PageMarker]\n    var MaxItems: js.UndefOr[PageMaxItems]\n    var Start: js.UndefOr[Timestamp]\n  }\n\n  object ViewBillingRequest {\n    @inline\n    def apply(\n        End: js.UndefOr[Timestamp] = js.undefined,\n        Marker: js.UndefOr[PageMarker] = js.undefined,\n        MaxItems: js.UndefOr[PageMaxItems] = js.undefined,\n        Start: js.UndefOr[Timestamp] = js.undefined\n    ): ViewBillingRequest = {\n      val __obj = js.Dynamic.literal()\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ViewBillingRequest]\n    }\n  }\n\n  \/** The ViewBilling response includes the following elements.\n    *\/\n  @js.native\n  trait ViewBillingResponse extends js.Object {\n    var BillingRecords: js.UndefOr[BillingRecords]\n    var NextPageMarker: js.UndefOr[PageMarker]\n  }\n\n  object ViewBillingResponse {\n    @inline\n    def apply(\n        BillingRecords: js.UndefOr[BillingRecords] = js.undefined,\n        NextPageMarker: js.UndefOr[PageMarker] = js.undefined\n    ): ViewBillingResponse = {\n      val __obj = js.Dynamic.literal()\n      BillingRecords.foreach(__v => __obj.updateDynamic(\"BillingRecords\")(__v.asInstanceOf[js.Any]))\n      NextPageMarker.foreach(__v => __obj.updateDynamic(\"NextPageMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ViewBillingResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"all\/src\/test\/scala\/net\/exoego\/ExtensionTest.scala","text":"package net.exoego\n\nimport facade.amazonaws.AWS\nimport facade.amazonaws.services.s3\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass ExtensionTest extends AnyFunSuite {\n  ignore(\"offer extension method\") {\n    AWS\n      .S3()\n      .getObjectFuture(\n        s3.GetObjectRequest(\n          Bucket = \"test\",\n          Key = \"<KEY>\"\n        )\n      )\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/groundstation\/src\/main\/scala\/facade\/amazonaws\/services\/GroundStation.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object groundstation {\n  type BucketArn = String\n  type ConfigArn = String\n  type ConfigList = js.Array[ConfigListItem]\n  type ContactList = js.Array[ContactData]\n  type DataflowEdge = js.Array[ConfigArn]\n  type DataflowEdgeList = js.Array[DataflowEdge]\n  type DataflowEndpointGroupArn = String\n  type DataflowEndpointGroupList = js.Array[DataflowEndpointListItem]\n  type DataflowEndpointMtuInteger = Int\n  type DataflowList = js.Array[DataflowDetail]\n  type DurationInSeconds = Int\n  type EndpointDetailsList = js.Array[EndpointDetails]\n  type GroundStationIdList = js.Array[String]\n  type GroundStationList = js.Array[GroundStationData]\n  type JsonString = String\n  type MissionProfileArn = String\n  type MissionProfileList = js.Array[MissionProfileListItem]\n  type RoleArn = String\n  type S3KeyPrefix = String\n  type SafeName = String\n  type SatelliteList = js.Array[SatelliteListItem]\n  type SecurityGroupIdList = js.Array[String]\n  type StatusList = js.Array[ContactStatus]\n  type SubnetList = js.Array[String]\n  type TagKeys = js.Array[String]\n  type TagsMap = js.Dictionary[String]\n  type Timestamp = js.Date\n  type Uuid = String\n  type noradSatelliteID = Int\n  type satelliteArn = String\n\n  implicit final class GroundStationOps(private val service: GroundStation) extends AnyVal {\n\n    @inline def cancelContactFuture(params: CancelContactRequest): Future[ContactIdResponse] = service.cancelContact(params).promise().toFuture\n    @inline def createConfigFuture(params: CreateConfigRequest): Future[ConfigIdResponse] = service.createConfig(params).promise().toFuture\n    @inline def createDataflowEndpointGroupFuture(params: CreateDataflowEndpointGroupRequest): Future[DataflowEndpointGroupIdResponse] = service.createDataflowEndpointGroup(params).promise().toFuture\n    @inline def createMissionProfileFuture(params: CreateMissionProfileRequest): Future[MissionProfileIdResponse] = service.createMissionProfile(params).promise().toFuture\n    @inline def deleteConfigFuture(params: DeleteConfigRequest): Future[ConfigIdResponse] = service.deleteConfig(params).promise().toFuture\n    @inline def deleteDataflowEndpointGroupFuture(params: DeleteDataflowEndpointGroupRequest): Future[DataflowEndpointGroupIdResponse] = service.deleteDataflowEndpointGroup(params).promise().toFuture\n    @inline def deleteMissionProfileFuture(params: DeleteMissionProfileRequest): Future[MissionProfileIdResponse] = service.deleteMissionProfile(params).promise().toFuture\n    @inline def describeContactFuture(params: DescribeContactRequest): Future[DescribeContactResponse] = service.describeContact(params).promise().toFuture\n    @inline def getConfigFuture(params: GetConfigRequest): Future[GetConfigResponse] = service.getConfig(params).promise().toFuture\n    @inline def getDataflowEndpointGroupFuture(params: GetDataflowEndpointGroupRequest): Future[GetDataflowEndpointGroupResponse] = service.getDataflowEndpointGroup(params).promise().toFuture\n    @inline def getMinuteUsageFuture(params: GetMinuteUsageRequest): Future[GetMinuteUsageResponse] = service.getMinuteUsage(params).promise().toFuture\n    @inline def getMissionProfileFuture(params: GetMissionProfileRequest): Future[GetMissionProfileResponse] = service.getMissionProfile(params).promise().toFuture\n    @inline def getSatelliteFuture(params: GetSatelliteRequest): Future[GetSatelliteResponse] = service.getSatellite(params).promise().toFuture\n    @inline def listConfigsFuture(params: ListConfigsRequest): Future[ListConfigsResponse] = service.listConfigs(params).promise().toFuture\n    @inline def listContactsFuture(params: ListContactsRequest): Future[ListContactsResponse] = service.listContacts(params).promise().toFuture\n    @inline def listDataflowEndpointGroupsFuture(params: ListDataflowEndpointGroupsRequest): Future[ListDataflowEndpointGroupsResponse] = service.listDataflowEndpointGroups(params).promise().toFuture\n    @inline def listGroundStationsFuture(params: ListGroundStationsRequest): Future[ListGroundStationsResponse] = service.listGroundStations(params).promise().toFuture\n    @inline def listMissionProfilesFuture(params: ListMissionProfilesRequest): Future[ListMissionProfilesResponse] = service.listMissionProfiles(params).promise().toFuture\n    @inline def listSatellitesFuture(params: ListSatellitesRequest): Future[ListSatellitesResponse] = service.listSatellites(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def reserveContactFuture(params: ReserveContactRequest): Future[ContactIdResponse] = service.reserveContact(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateConfigFuture(params: UpdateConfigRequest): Future[ConfigIdResponse] = service.updateConfig(params).promise().toFuture\n    @inline def updateMissionProfileFuture(params: UpdateMissionProfileRequest): Future[MissionProfileIdResponse] = service.updateMissionProfile(params).promise().toFuture\n\n  }\n}\n\npackage groundstation {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/groundstation\", JSImport.Namespace, \"AWS.GroundStation\")\n  class GroundStation() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelContact(params: CancelContactRequest): Request[ContactIdResponse] = js.native\n    def createConfig(params: CreateConfigRequest): Request[ConfigIdResponse] = js.native\n    def createDataflowEndpointGroup(params: CreateDataflowEndpointGroupRequest): Request[DataflowEndpointGroupIdResponse] = js.native\n    def createMissionProfile(params: CreateMissionProfileRequest): Request[MissionProfileIdResponse] = js.native\n    def deleteConfig(params: DeleteConfigRequest): Request[ConfigIdResponse] = js.native\n    def deleteDataflowEndpointGroup(params: DeleteDataflowEndpointGroupRequest): Request[DataflowEndpointGroupIdResponse] = js.native\n    def deleteMissionProfile(params: DeleteMissionProfileRequest): Request[MissionProfileIdResponse] = js.native\n    def describeContact(params: DescribeContactRequest): Request[DescribeContactResponse] = js.native\n    def getConfig(params: GetConfigRequest): Request[GetConfigResponse] = js.native\n    def getDataflowEndpointGroup(params: GetDataflowEndpointGroupRequest): Request[GetDataflowEndpointGroupResponse] = js.native\n    def getMinuteUsage(params: GetMinuteUsageRequest): Request[GetMinuteUsageResponse] = js.native\n    def getMissionProfile(params: GetMissionProfileRequest): Request[GetMissionProfileResponse] = js.native\n    def getSatellite(params: GetSatelliteRequest): Request[GetSatelliteResponse] = js.native\n    def listConfigs(params: ListConfigsRequest): Request[ListConfigsResponse] = js.native\n    def listContacts(params: ListContactsRequest): Request[ListContactsResponse] = js.native\n    def listDataflowEndpointGroups(params: ListDataflowEndpointGroupsRequest): Request[ListDataflowEndpointGroupsResponse] = js.native\n    def listGroundStations(params: ListGroundStationsRequest): Request[ListGroundStationsResponse] = js.native\n    def listMissionProfiles(params: ListMissionProfilesRequest): Request[ListMissionProfilesResponse] = js.native\n    def listSatellites(params: ListSatellitesRequest): Request[ListSatellitesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def reserveContact(params: ReserveContactRequest): Request[ContactIdResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateConfig(params: UpdateConfigRequest): Request[ConfigIdResponse] = js.native\n    def updateMissionProfile(params: UpdateMissionProfileRequest): Request[MissionProfileIdResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AngleUnits extends js.Any\n  object AngleUnits {\n    val DEGREE_ANGLE = \"DEGREE_ANGLE\".asInstanceOf[AngleUnits]\n    val RADIAN = \"RADIAN\".asInstanceOf[AngleUnits]\n\n    @inline def values = js.Array(DEGREE_ANGLE, RADIAN)\n  }\n\n  \/** Details about an antenna demod decode <code>Config<\/code> used in a contact.\n    *\/\n  @js.native\n  trait AntennaDemodDecodeDetails extends js.Object {\n    var outputNode: js.UndefOr[String]\n  }\n\n  object AntennaDemodDecodeDetails {\n    @inline\n    def apply(\n        outputNode: js.UndefOr[String] = js.undefined\n    ): AntennaDemodDecodeDetails = {\n      val __obj = js.Dynamic.literal()\n      outputNode.foreach(__v => __obj.updateDynamic(\"outputNode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AntennaDemodDecodeDetails]\n    }\n  }\n\n  \/** Information about how AWS Ground Station should configure an antenna for downlink during a contact.\n    *\/\n  @js.native\n  trait AntennaDownlinkConfig extends js.Object {\n    var spectrumConfig: SpectrumConfig\n  }\n\n  object AntennaDownlinkConfig {\n    @inline\n    def apply(\n        spectrumConfig: SpectrumConfig\n    ): AntennaDownlinkConfig = {\n      val __obj = js.Dynamic.literal(\n        \"spectrumConfig\" -> spectrumConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AntennaDownlinkConfig]\n    }\n  }\n\n  \/** Information about how AWS Ground Station should con\ufb01gure an antenna for downlink demod decode during a contact.\n    *\/\n  @js.native\n  trait AntennaDownlinkDemodDecodeConfig extends js.Object {\n    var decodeConfig: DecodeConfig\n    var demodulationConfig: DemodulationConfig\n    var spectrumConfig: SpectrumConfig\n  }\n\n  object AntennaDownlinkDemodDecodeConfig {\n    @inline\n    def apply(\n        decodeConfig: DecodeConfig,\n        demodulationConfig: DemodulationConfig,\n        spectrumConfig: SpectrumConfig\n    ): AntennaDownlinkDemodDecodeConfig = {\n      val __obj = js.Dynamic.literal(\n        \"decodeConfig\" -> decodeConfig.asInstanceOf[js.Any],\n        \"demodulationConfig\" -> demodulationConfig.asInstanceOf[js.Any],\n        \"spectrumConfig\" -> spectrumConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AntennaDownlinkDemodDecodeConfig]\n    }\n  }\n\n  \/** Information about the uplink <code>Config<\/code> of an antenna.\n    *\/\n  @js.native\n  trait AntennaUplinkConfig extends js.Object {\n    var spectrumConfig: UplinkSpectrumConfig\n    var targetEirp: Eirp\n    var transmitDisabled: js.UndefOr[Boolean]\n  }\n\n  object AntennaUplinkConfig {\n    @inline\n    def apply(\n        spectrumConfig: UplinkSpectrumConfig,\n        targetEirp: Eirp,\n        transmitDisabled: js.UndefOr[Boolean] = js.undefined\n    ): AntennaUplinkConfig = {\n      val __obj = js.Dynamic.literal(\n        \"spectrumConfig\" -> spectrumConfig.asInstanceOf[js.Any],\n        \"targetEirp\" -> targetEirp.asInstanceOf[js.Any]\n      )\n\n      transmitDisabled.foreach(__v => __obj.updateDynamic(\"transmitDisabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AntennaUplinkConfig]\n    }\n  }\n\n  @js.native\n  sealed trait BandwidthUnits extends js.Any\n  object BandwidthUnits {\n    val GHz = \"GHz\".asInstanceOf[BandwidthUnits]\n    val MHz = \"MHz\".asInstanceOf[BandwidthUnits]\n    val kHz = \"kHz\".asInstanceOf[BandwidthUnits]\n\n    @inline def values = js.Array(GHz, MHz, kHz)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CancelContactRequest extends js.Object {\n    var contactId: String\n  }\n\n  object CancelContactRequest {\n    @inline\n    def apply(\n        contactId: String\n    ): CancelContactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"contactId\" -> contactId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelContactRequest]\n    }\n  }\n\n  @js.native\n  sealed trait ConfigCapabilityType extends js.Any\n  object ConfigCapabilityType {\n    val `antenna-downlink` = \"antenna-downlink\".asInstanceOf[ConfigCapabilityType]\n    val `antenna-downlink-demod-decode` = \"antenna-downlink-demod-decode\".asInstanceOf[ConfigCapabilityType]\n    val `antenna-uplink` = \"antenna-uplink\".asInstanceOf[ConfigCapabilityType]\n    val `dataflow-endpoint` = \"dataflow-endpoint\".asInstanceOf[ConfigCapabilityType]\n    val tracking = \"tracking\".asInstanceOf[ConfigCapabilityType]\n    val `uplink-echo` = \"uplink-echo\".asInstanceOf[ConfigCapabilityType]\n    val `s3-recording` = \"s3-recording\".asInstanceOf[ConfigCapabilityType]\n\n    @inline def values = js.Array(`antenna-downlink`, `antenna-downlink-demod-decode`, `antenna-uplink`, `dataflow-endpoint`, tracking, `uplink-echo`, `s3-recording`)\n  }\n\n  \/** Details for certain <code>Config<\/code> object types in a contact.\n    *\/\n  @js.native\n  trait ConfigDetails extends js.Object {\n    var antennaDemodDecodeDetails: js.UndefOr[AntennaDemodDecodeDetails]\n    var endpointDetails: js.UndefOr[EndpointDetails]\n    var s3RecordingDetails: js.UndefOr[S3RecordingDetails]\n  }\n\n  object ConfigDetails {\n    @inline\n    def apply(\n        antennaDemodDecodeDetails: js.UndefOr[AntennaDemodDecodeDetails] = js.undefined,\n        endpointDetails: js.UndefOr[EndpointDetails] = js.undefined,\n        s3RecordingDetails: js.UndefOr[S3RecordingDetails] = js.undefined\n    ): ConfigDetails = {\n      val __obj = js.Dynamic.literal()\n      antennaDemodDecodeDetails.foreach(__v => __obj.updateDynamic(\"antennaDemodDecodeDetails\")(__v.asInstanceOf[js.Any]))\n      endpointDetails.foreach(__v => __obj.updateDynamic(\"endpointDetails\")(__v.asInstanceOf[js.Any]))\n      s3RecordingDetails.foreach(__v => __obj.updateDynamic(\"s3RecordingDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigDetails]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ConfigIdResponse extends js.Object {\n    var configArn: js.UndefOr[ConfigArn]\n    var configId: js.UndefOr[String]\n    var configType: js.UndefOr[ConfigCapabilityType]\n  }\n\n  object ConfigIdResponse {\n    @inline\n    def apply(\n        configArn: js.UndefOr[ConfigArn] = js.undefined,\n        configId: js.UndefOr[String] = js.undefined,\n        configType: js.UndefOr[ConfigCapabilityType] = js.undefined\n    ): ConfigIdResponse = {\n      val __obj = js.Dynamic.literal()\n      configArn.foreach(__v => __obj.updateDynamic(\"configArn\")(__v.asInstanceOf[js.Any]))\n      configId.foreach(__v => __obj.updateDynamic(\"configId\")(__v.asInstanceOf[js.Any]))\n      configType.foreach(__v => __obj.updateDynamic(\"configType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigIdResponse]\n    }\n  }\n\n  \/** An item in a list of <code>Config<\/code> objects.\n    *\/\n  @js.native\n  trait ConfigListItem extends js.Object {\n    var configArn: js.UndefOr[ConfigArn]\n    var configId: js.UndefOr[String]\n    var configType: js.UndefOr[ConfigCapabilityType]\n    var name: js.UndefOr[String]\n  }\n\n  object ConfigListItem {\n    @inline\n    def apply(\n        configArn: js.UndefOr[ConfigArn] = js.undefined,\n        configId: js.UndefOr[String] = js.undefined,\n        configType: js.UndefOr[ConfigCapabilityType] = js.undefined,\n        name: js.UndefOr[String] = js.undefined\n    ): ConfigListItem = {\n      val __obj = js.Dynamic.literal()\n      configArn.foreach(__v => __obj.updateDynamic(\"configArn\")(__v.asInstanceOf[js.Any]))\n      configId.foreach(__v => __obj.updateDynamic(\"configId\")(__v.asInstanceOf[js.Any]))\n      configType.foreach(__v => __obj.updateDynamic(\"configType\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigListItem]\n    }\n  }\n\n  \/** Object containing the parameters of a <code>Config<\/code>. See the subtype definitions for what each type of <code>Config<\/code> contains.\n    *\/\n  @js.native\n  trait ConfigTypeData extends js.Object {\n    var antennaDownlinkConfig: js.UndefOr[AntennaDownlinkConfig]\n    var antennaDownlinkDemodDecodeConfig: js.UndefOr[AntennaDownlinkDemodDecodeConfig]\n    var antennaUplinkConfig: js.UndefOr[AntennaUplinkConfig]\n    var dataflowEndpointConfig: js.UndefOr[DataflowEndpointConfig]\n    var s3RecordingConfig: js.UndefOr[S3RecordingConfig]\n    var trackingConfig: js.UndefOr[TrackingConfig]\n    var uplinkEchoConfig: js.UndefOr[UplinkEchoConfig]\n  }\n\n  object ConfigTypeData {\n    @inline\n    def apply(\n        antennaDownlinkConfig: js.UndefOr[AntennaDownlinkConfig] = js.undefined,\n        antennaDownlinkDemodDecodeConfig: js.UndefOr[AntennaDownlinkDemodDecodeConfig] = js.undefined,\n        antennaUplinkConfig: js.UndefOr[AntennaUplinkConfig] = js.undefined,\n        dataflowEndpointConfig: js.UndefOr[DataflowEndpointConfig] = js.undefined,\n        s3RecordingConfig: js.UndefOr[S3RecordingConfig] = js.undefined,\n        trackingConfig: js.UndefOr[TrackingConfig] = js.undefined,\n        uplinkEchoConfig: js.UndefOr[UplinkEchoConfig] = js.undefined\n    ): ConfigTypeData = {\n      val __obj = js.Dynamic.literal()\n      antennaDownlinkConfig.foreach(__v => __obj.updateDynamic(\"antennaDownlinkConfig\")(__v.asInstanceOf[js.Any]))\n      antennaDownlinkDemodDecodeConfig.foreach(__v => __obj.updateDynamic(\"antennaDownlinkDemodDecodeConfig\")(__v.asInstanceOf[js.Any]))\n      antennaUplinkConfig.foreach(__v => __obj.updateDynamic(\"antennaUplinkConfig\")(__v.asInstanceOf[js.Any]))\n      dataflowEndpointConfig.foreach(__v => __obj.updateDynamic(\"dataflowEndpointConfig\")(__v.asInstanceOf[js.Any]))\n      s3RecordingConfig.foreach(__v => __obj.updateDynamic(\"s3RecordingConfig\")(__v.asInstanceOf[js.Any]))\n      trackingConfig.foreach(__v => __obj.updateDynamic(\"trackingConfig\")(__v.asInstanceOf[js.Any]))\n      uplinkEchoConfig.foreach(__v => __obj.updateDynamic(\"uplinkEchoConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigTypeData]\n    }\n  }\n\n  \/** Data describing a contact.\n    *\/\n  @js.native\n  trait ContactData extends js.Object {\n    var contactId: js.UndefOr[String]\n    var contactStatus: js.UndefOr[ContactStatus]\n    var endTime: js.UndefOr[Timestamp]\n    var errorMessage: js.UndefOr[String]\n    var groundStation: js.UndefOr[String]\n    var maximumElevation: js.UndefOr[Elevation]\n    var missionProfileArn: js.UndefOr[MissionProfileArn]\n    var postPassEndTime: js.UndefOr[Timestamp]\n    var prePassStartTime: js.UndefOr[Timestamp]\n    var region: js.UndefOr[String]\n    var satelliteArn: js.UndefOr[satelliteArn]\n    var startTime: js.UndefOr[Timestamp]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ContactData {\n    @inline\n    def apply(\n        contactId: js.UndefOr[String] = js.undefined,\n        contactStatus: js.UndefOr[ContactStatus] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        groundStation: js.UndefOr[String] = js.undefined,\n        maximumElevation: js.UndefOr[Elevation] = js.undefined,\n        missionProfileArn: js.UndefOr[MissionProfileArn] = js.undefined,\n        postPassEndTime: js.UndefOr[Timestamp] = js.undefined,\n        prePassStartTime: js.UndefOr[Timestamp] = js.undefined,\n        region: js.UndefOr[String] = js.undefined,\n        satelliteArn: js.UndefOr[satelliteArn] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ContactData = {\n      val __obj = js.Dynamic.literal()\n      contactId.foreach(__v => __obj.updateDynamic(\"contactId\")(__v.asInstanceOf[js.Any]))\n      contactStatus.foreach(__v => __obj.updateDynamic(\"contactStatus\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      groundStation.foreach(__v => __obj.updateDynamic(\"groundStation\")(__v.asInstanceOf[js.Any]))\n      maximumElevation.foreach(__v => __obj.updateDynamic(\"maximumElevation\")(__v.asInstanceOf[js.Any]))\n      missionProfileArn.foreach(__v => __obj.updateDynamic(\"missionProfileArn\")(__v.asInstanceOf[js.Any]))\n      postPassEndTime.foreach(__v => __obj.updateDynamic(\"postPassEndTime\")(__v.asInstanceOf[js.Any]))\n      prePassStartTime.foreach(__v => __obj.updateDynamic(\"prePassStartTime\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      satelliteArn.foreach(__v => __obj.updateDynamic(\"satelliteArn\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContactData]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ContactIdResponse extends js.Object {\n    var contactId: js.UndefOr[String]\n  }\n\n  object ContactIdResponse {\n    @inline\n    def apply(\n        contactId: js.UndefOr[String] = js.undefined\n    ): ContactIdResponse = {\n      val __obj = js.Dynamic.literal()\n      contactId.foreach(__v => __obj.updateDynamic(\"contactId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContactIdResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ContactStatus extends js.Any\n  object ContactStatus {\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[ContactStatus]\n    val AWS_CANCELLED = \"AWS_CANCELLED\".asInstanceOf[ContactStatus]\n    val AWS_FAILED = \"AWS_FAILED\".asInstanceOf[ContactStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[ContactStatus]\n    val CANCELLING = \"CANCELLING\".asInstanceOf[ContactStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[ContactStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ContactStatus]\n    val FAILED_TO_SCHEDULE = \"FAILED_TO_SCHEDULE\".asInstanceOf[ContactStatus]\n    val PASS = \"PASS\".asInstanceOf[ContactStatus]\n    val POSTPASS = \"POSTPASS\".asInstanceOf[ContactStatus]\n    val PREPASS = \"PREPASS\".asInstanceOf[ContactStatus]\n    val SCHEDULED = \"SCHEDULED\".asInstanceOf[ContactStatus]\n    val SCHEDULING = \"SCHEDULING\".asInstanceOf[ContactStatus]\n\n    @inline def values = js.Array(AVAILABLE, AWS_CANCELLED, AWS_FAILED, CANCELLED, CANCELLING, COMPLETED, FAILED, FAILED_TO_SCHEDULE, PASS, POSTPASS, PREPASS, SCHEDULED, SCHEDULING)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateConfigRequest extends js.Object {\n    var configData: ConfigTypeData\n    var name: SafeName\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateConfigRequest {\n    @inline\n    def apply(\n        configData: ConfigTypeData,\n        name: SafeName,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"configData\" -> configData.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateConfigRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDataflowEndpointGroupRequest extends js.Object {\n    var endpointDetails: EndpointDetailsList\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateDataflowEndpointGroupRequest {\n    @inline\n    def apply(\n        endpointDetails: EndpointDetailsList,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateDataflowEndpointGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endpointDetails\" -> endpointDetails.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataflowEndpointGroupRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateMissionProfileRequest extends js.Object {\n    var dataflowEdges: DataflowEdgeList\n    var minimumViableContactDurationSeconds: DurationInSeconds\n    var name: SafeName\n    var trackingConfigArn: ConfigArn\n    var contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateMissionProfileRequest {\n    @inline\n    def apply(\n        dataflowEdges: DataflowEdgeList,\n        minimumViableContactDurationSeconds: DurationInSeconds,\n        name: SafeName,\n        trackingConfigArn: ConfigArn,\n        contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateMissionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataflowEdges\" -> dataflowEdges.asInstanceOf[js.Any],\n        \"minimumViableContactDurationSeconds\" -> minimumViableContactDurationSeconds.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"trackingConfigArn\" -> trackingConfigArn.asInstanceOf[js.Any]\n      )\n\n      contactPostPassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPostPassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      contactPrePassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPrePassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMissionProfileRequest]\n    }\n  }\n\n  @js.native\n  sealed trait Criticality extends js.Any\n  object Criticality {\n    val PREFERRED = \"PREFERRED\".asInstanceOf[Criticality]\n    val REMOVED = \"REMOVED\".asInstanceOf[Criticality]\n    val REQUIRED = \"REQUIRED\".asInstanceOf[Criticality]\n\n    @inline def values = js.Array(PREFERRED, REMOVED, REQUIRED)\n  }\n\n  \/** Information about a dataflow edge used in a contact.\n    *\/\n  @js.native\n  trait DataflowDetail extends js.Object {\n    var destination: js.UndefOr[Destination]\n    var errorMessage: js.UndefOr[String]\n    var source: js.UndefOr[Source]\n  }\n\n  object DataflowDetail {\n    @inline\n    def apply(\n        destination: js.UndefOr[Destination] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        source: js.UndefOr[Source] = js.undefined\n    ): DataflowDetail = {\n      val __obj = js.Dynamic.literal()\n      destination.foreach(__v => __obj.updateDynamic(\"destination\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataflowDetail]\n    }\n  }\n\n  \/** Information about a dataflow endpoint.\n    *\/\n  @js.native\n  trait DataflowEndpoint extends js.Object {\n    var address: js.UndefOr[SocketAddress]\n    var mtu: js.UndefOr[DataflowEndpointMtuInteger]\n    var name: js.UndefOr[SafeName]\n    var status: js.UndefOr[EndpointStatus]\n  }\n\n  object DataflowEndpoint {\n    @inline\n    def apply(\n        address: js.UndefOr[SocketAddress] = js.undefined,\n        mtu: js.UndefOr[DataflowEndpointMtuInteger] = js.undefined,\n        name: js.UndefOr[SafeName] = js.undefined,\n        status: js.UndefOr[EndpointStatus] = js.undefined\n    ): DataflowEndpoint = {\n      val __obj = js.Dynamic.literal()\n      address.foreach(__v => __obj.updateDynamic(\"address\")(__v.asInstanceOf[js.Any]))\n      mtu.foreach(__v => __obj.updateDynamic(\"mtu\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataflowEndpoint]\n    }\n  }\n\n  \/** Information about the dataflow endpoint <code>Config<\/code>.\n    *\/\n  @js.native\n  trait DataflowEndpointConfig extends js.Object {\n    var dataflowEndpointName: String\n    var dataflowEndpointRegion: js.UndefOr[String]\n  }\n\n  object DataflowEndpointConfig {\n    @inline\n    def apply(\n        dataflowEndpointName: String,\n        dataflowEndpointRegion: js.UndefOr[String] = js.undefined\n    ): DataflowEndpointConfig = {\n      val __obj = js.Dynamic.literal(\n        \"dataflowEndpointName\" -> dataflowEndpointName.asInstanceOf[js.Any]\n      )\n\n      dataflowEndpointRegion.foreach(__v => __obj.updateDynamic(\"dataflowEndpointRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataflowEndpointConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DataflowEndpointGroupIdResponse extends js.Object {\n    var dataflowEndpointGroupId: js.UndefOr[String]\n  }\n\n  object DataflowEndpointGroupIdResponse {\n    @inline\n    def apply(\n        dataflowEndpointGroupId: js.UndefOr[String] = js.undefined\n    ): DataflowEndpointGroupIdResponse = {\n      val __obj = js.Dynamic.literal()\n      dataflowEndpointGroupId.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataflowEndpointGroupIdResponse]\n    }\n  }\n\n  \/** Item in a list of <code>DataflowEndpoint<\/code> groups.\n    *\/\n  @js.native\n  trait DataflowEndpointListItem extends js.Object {\n    var dataflowEndpointGroupArn: js.UndefOr[DataflowEndpointGroupArn]\n    var dataflowEndpointGroupId: js.UndefOr[String]\n  }\n\n  object DataflowEndpointListItem {\n    @inline\n    def apply(\n        dataflowEndpointGroupArn: js.UndefOr[DataflowEndpointGroupArn] = js.undefined,\n        dataflowEndpointGroupId: js.UndefOr[String] = js.undefined\n    ): DataflowEndpointListItem = {\n      val __obj = js.Dynamic.literal()\n      dataflowEndpointGroupArn.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupArn\")(__v.asInstanceOf[js.Any]))\n      dataflowEndpointGroupId.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataflowEndpointListItem]\n    }\n  }\n\n  \/** Information about the decode <code>Config<\/code>.\n    *\/\n  @js.native\n  trait DecodeConfig extends js.Object {\n    var unvalidatedJSON: JsonString\n  }\n\n  object DecodeConfig {\n    @inline\n    def apply(\n        unvalidatedJSON: JsonString\n    ): DecodeConfig = {\n      val __obj = js.Dynamic.literal(\n        \"unvalidatedJSON\" -> unvalidatedJSON.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DecodeConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteConfigRequest extends js.Object {\n    var configId: String\n    var configType: ConfigCapabilityType\n  }\n\n  object DeleteConfigRequest {\n    @inline\n    def apply(\n        configId: String,\n        configType: ConfigCapabilityType\n    ): DeleteConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"configId\" -> configId.asInstanceOf[js.Any],\n        \"configType\" -> configType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConfigRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDataflowEndpointGroupRequest extends js.Object {\n    var dataflowEndpointGroupId: String\n  }\n\n  object DeleteDataflowEndpointGroupRequest {\n    @inline\n    def apply(\n        dataflowEndpointGroupId: String\n    ): DeleteDataflowEndpointGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataflowEndpointGroupId\" -> dataflowEndpointGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataflowEndpointGroupRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteMissionProfileRequest extends js.Object {\n    var missionProfileId: String\n  }\n\n  object DeleteMissionProfileRequest {\n    @inline\n    def apply(\n        missionProfileId: String\n    ): DeleteMissionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"missionProfileId\" -> missionProfileId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMissionProfileRequest]\n    }\n  }\n\n  \/** Information about the demodulation <code>Config<\/code>.\n    *\/\n  @js.native\n  trait DemodulationConfig extends js.Object {\n    var unvalidatedJSON: JsonString\n  }\n\n  object DemodulationConfig {\n    @inline\n    def apply(\n        unvalidatedJSON: JsonString\n    ): DemodulationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"unvalidatedJSON\" -> unvalidatedJSON.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DemodulationConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeContactRequest extends js.Object {\n    var contactId: String\n  }\n\n  object DescribeContactRequest {\n    @inline\n    def apply(\n        contactId: String\n    ): DescribeContactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"contactId\" -> contactId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeContactRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeContactResponse extends js.Object {\n    var contactId: js.UndefOr[String]\n    var contactStatus: js.UndefOr[ContactStatus]\n    var dataflowList: js.UndefOr[DataflowList]\n    var endTime: js.UndefOr[Timestamp]\n    var errorMessage: js.UndefOr[String]\n    var groundStation: js.UndefOr[String]\n    var maximumElevation: js.UndefOr[Elevation]\n    var missionProfileArn: js.UndefOr[MissionProfileArn]\n    var postPassEndTime: js.UndefOr[Timestamp]\n    var prePassStartTime: js.UndefOr[Timestamp]\n    var region: js.UndefOr[String]\n    var satelliteArn: js.UndefOr[satelliteArn]\n    var startTime: js.UndefOr[Timestamp]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object DescribeContactResponse {\n    @inline\n    def apply(\n        contactId: js.UndefOr[String] = js.undefined,\n        contactStatus: js.UndefOr[ContactStatus] = js.undefined,\n        dataflowList: js.UndefOr[DataflowList] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        errorMessage: js.UndefOr[String] = js.undefined,\n        groundStation: js.UndefOr[String] = js.undefined,\n        maximumElevation: js.UndefOr[Elevation] = js.undefined,\n        missionProfileArn: js.UndefOr[MissionProfileArn] = js.undefined,\n        postPassEndTime: js.UndefOr[Timestamp] = js.undefined,\n        prePassStartTime: js.UndefOr[Timestamp] = js.undefined,\n        region: js.UndefOr[String] = js.undefined,\n        satelliteArn: js.UndefOr[satelliteArn] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): DescribeContactResponse = {\n      val __obj = js.Dynamic.literal()\n      contactId.foreach(__v => __obj.updateDynamic(\"contactId\")(__v.asInstanceOf[js.Any]))\n      contactStatus.foreach(__v => __obj.updateDynamic(\"contactStatus\")(__v.asInstanceOf[js.Any]))\n      dataflowList.foreach(__v => __obj.updateDynamic(\"dataflowList\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      groundStation.foreach(__v => __obj.updateDynamic(\"groundStation\")(__v.asInstanceOf[js.Any]))\n      maximumElevation.foreach(__v => __obj.updateDynamic(\"maximumElevation\")(__v.asInstanceOf[js.Any]))\n      missionProfileArn.foreach(__v => __obj.updateDynamic(\"missionProfileArn\")(__v.asInstanceOf[js.Any]))\n      postPassEndTime.foreach(__v => __obj.updateDynamic(\"postPassEndTime\")(__v.asInstanceOf[js.Any]))\n      prePassStartTime.foreach(__v => __obj.updateDynamic(\"prePassStartTime\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      satelliteArn.foreach(__v => __obj.updateDynamic(\"satelliteArn\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeContactResponse]\n    }\n  }\n\n  \/** Dataflow details for the destination side.\n    *\/\n  @js.native\n  trait Destination extends js.Object {\n    var configDetails: js.UndefOr[ConfigDetails]\n    var configId: js.UndefOr[String]\n    var configType: js.UndefOr[ConfigCapabilityType]\n    var dataflowDestinationRegion: js.UndefOr[String]\n  }\n\n  object Destination {\n    @inline\n    def apply(\n        configDetails: js.UndefOr[ConfigDetails] = js.undefined,\n        configId: js.UndefOr[String] = js.undefined,\n        configType: js.UndefOr[ConfigCapabilityType] = js.undefined,\n        dataflowDestinationRegion: js.UndefOr[String] = js.undefined\n    ): Destination = {\n      val __obj = js.Dynamic.literal()\n      configDetails.foreach(__v => __obj.updateDynamic(\"configDetails\")(__v.asInstanceOf[js.Any]))\n      configId.foreach(__v => __obj.updateDynamic(\"configId\")(__v.asInstanceOf[js.Any]))\n      configType.foreach(__v => __obj.updateDynamic(\"configType\")(__v.asInstanceOf[js.Any]))\n      dataflowDestinationRegion.foreach(__v => __obj.updateDynamic(\"dataflowDestinationRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Destination]\n    }\n  }\n\n  \/** Object that represents EIRP.\n    *\/\n  @js.native\n  trait Eirp extends js.Object {\n    var units: EirpUnits\n    var value: Double\n  }\n\n  object Eirp {\n    @inline\n    def apply(\n        units: EirpUnits,\n        value: Double\n    ): Eirp = {\n      val __obj = js.Dynamic.literal(\n        \"units\" -> units.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Eirp]\n    }\n  }\n\n  @js.native\n  sealed trait EirpUnits extends js.Any\n  object EirpUnits {\n    val dBW = \"dBW\".asInstanceOf[EirpUnits]\n\n    @inline def values = js.Array(dBW)\n  }\n\n  \/** Elevation angle of the satellite in the sky during a contact.\n    *\/\n  @js.native\n  trait Elevation extends js.Object {\n    var unit: AngleUnits\n    var value: Double\n  }\n\n  object Elevation {\n    @inline\n    def apply(\n        unit: AngleUnits,\n        value: Double\n    ): Elevation = {\n      val __obj = js.Dynamic.literal(\n        \"unit\" -> unit.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Elevation]\n    }\n  }\n\n  \/** Information about the endpoint details.\n    *\/\n  @js.native\n  trait EndpointDetails extends js.Object {\n    var endpoint: js.UndefOr[DataflowEndpoint]\n    var securityDetails: js.UndefOr[SecurityDetails]\n  }\n\n  object EndpointDetails {\n    @inline\n    def apply(\n        endpoint: js.UndefOr[DataflowEndpoint] = js.undefined,\n        securityDetails: js.UndefOr[SecurityDetails] = js.undefined\n    ): EndpointDetails = {\n      val __obj = js.Dynamic.literal()\n      endpoint.foreach(__v => __obj.updateDynamic(\"endpoint\")(__v.asInstanceOf[js.Any]))\n      securityDetails.foreach(__v => __obj.updateDynamic(\"securityDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndpointDetails]\n    }\n  }\n\n  @js.native\n  sealed trait EndpointStatus extends js.Any\n  object EndpointStatus {\n    val created = \"created\".asInstanceOf[EndpointStatus]\n    val creating = \"creating\".asInstanceOf[EndpointStatus]\n    val deleted = \"deleted\".asInstanceOf[EndpointStatus]\n    val deleting = \"deleting\".asInstanceOf[EndpointStatus]\n    val failed = \"failed\".asInstanceOf[EndpointStatus]\n\n    @inline def values = js.Array(created, creating, deleted, deleting, failed)\n  }\n\n  \/** Object that describes the frequency.\n    *\/\n  @js.native\n  trait Frequency extends js.Object {\n    var units: FrequencyUnits\n    var value: Double\n  }\n\n  object Frequency {\n    @inline\n    def apply(\n        units: FrequencyUnits,\n        value: Double\n    ): Frequency = {\n      val __obj = js.Dynamic.literal(\n        \"units\" -> units.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Frequency]\n    }\n  }\n\n  \/** Object that describes the frequency bandwidth.\n    *\/\n  @js.native\n  trait FrequencyBandwidth extends js.Object {\n    var units: BandwidthUnits\n    var value: Double\n  }\n\n  object FrequencyBandwidth {\n    @inline\n    def apply(\n        units: BandwidthUnits,\n        value: Double\n    ): FrequencyBandwidth = {\n      val __obj = js.Dynamic.literal(\n        \"units\" -> units.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FrequencyBandwidth]\n    }\n  }\n\n  @js.native\n  sealed trait FrequencyUnits extends js.Any\n  object FrequencyUnits {\n    val GHz = \"GHz\".asInstanceOf[FrequencyUnits]\n    val MHz = \"MHz\".asInstanceOf[FrequencyUnits]\n    val kHz = \"kHz\".asInstanceOf[FrequencyUnits]\n\n    @inline def values = js.Array(GHz, MHz, kHz)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetConfigRequest extends js.Object {\n    var configId: String\n    var configType: ConfigCapabilityType\n  }\n\n  object GetConfigRequest {\n    @inline\n    def apply(\n        configId: String,\n        configType: ConfigCapabilityType\n    ): GetConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"configId\" -> configId.asInstanceOf[js.Any],\n        \"configType\" -> configType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetConfigRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetConfigResponse extends js.Object {\n    var configArn: ConfigArn\n    var configData: ConfigTypeData\n    var configId: String\n    var name: String\n    var configType: js.UndefOr[ConfigCapabilityType]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object GetConfigResponse {\n    @inline\n    def apply(\n        configArn: ConfigArn,\n        configData: ConfigTypeData,\n        configId: String,\n        name: String,\n        configType: js.UndefOr[ConfigCapabilityType] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): GetConfigResponse = {\n      val __obj = js.Dynamic.literal(\n        \"configArn\" -> configArn.asInstanceOf[js.Any],\n        \"configData\" -> configData.asInstanceOf[js.Any],\n        \"configId\" -> configId.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      configType.foreach(__v => __obj.updateDynamic(\"configType\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetConfigResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetDataflowEndpointGroupRequest extends js.Object {\n    var dataflowEndpointGroupId: String\n  }\n\n  object GetDataflowEndpointGroupRequest {\n    @inline\n    def apply(\n        dataflowEndpointGroupId: String\n    ): GetDataflowEndpointGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataflowEndpointGroupId\" -> dataflowEndpointGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDataflowEndpointGroupRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetDataflowEndpointGroupResponse extends js.Object {\n    var dataflowEndpointGroupArn: js.UndefOr[DataflowEndpointGroupArn]\n    var dataflowEndpointGroupId: js.UndefOr[String]\n    var endpointsDetails: js.UndefOr[EndpointDetailsList]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object GetDataflowEndpointGroupResponse {\n    @inline\n    def apply(\n        dataflowEndpointGroupArn: js.UndefOr[DataflowEndpointGroupArn] = js.undefined,\n        dataflowEndpointGroupId: js.UndefOr[String] = js.undefined,\n        endpointsDetails: js.UndefOr[EndpointDetailsList] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): GetDataflowEndpointGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      dataflowEndpointGroupArn.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupArn\")(__v.asInstanceOf[js.Any]))\n      dataflowEndpointGroupId.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupId\")(__v.asInstanceOf[js.Any]))\n      endpointsDetails.foreach(__v => __obj.updateDynamic(\"endpointsDetails\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataflowEndpointGroupResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetMinuteUsageRequest extends js.Object {\n    var month: Int\n    var year: Int\n  }\n\n  object GetMinuteUsageRequest {\n    @inline\n    def apply(\n        month: Int,\n        year: Int\n    ): GetMinuteUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"month\" -> month.asInstanceOf[js.Any],\n        \"year\" -> year.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMinuteUsageRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetMinuteUsageResponse extends js.Object {\n    var estimatedMinutesRemaining: js.UndefOr[Int]\n    var isReservedMinutesCustomer: js.UndefOr[Boolean]\n    var totalReservedMinuteAllocation: js.UndefOr[Int]\n    var totalScheduledMinutes: js.UndefOr[Int]\n    var upcomingMinutesScheduled: js.UndefOr[Int]\n  }\n\n  object GetMinuteUsageResponse {\n    @inline\n    def apply(\n        estimatedMinutesRemaining: js.UndefOr[Int] = js.undefined,\n        isReservedMinutesCustomer: js.UndefOr[Boolean] = js.undefined,\n        totalReservedMinuteAllocation: js.UndefOr[Int] = js.undefined,\n        totalScheduledMinutes: js.UndefOr[Int] = js.undefined,\n        upcomingMinutesScheduled: js.UndefOr[Int] = js.undefined\n    ): GetMinuteUsageResponse = {\n      val __obj = js.Dynamic.literal()\n      estimatedMinutesRemaining.foreach(__v => __obj.updateDynamic(\"estimatedMinutesRemaining\")(__v.asInstanceOf[js.Any]))\n      isReservedMinutesCustomer.foreach(__v => __obj.updateDynamic(\"isReservedMinutesCustomer\")(__v.asInstanceOf[js.Any]))\n      totalReservedMinuteAllocation.foreach(__v => __obj.updateDynamic(\"totalReservedMinuteAllocation\")(__v.asInstanceOf[js.Any]))\n      totalScheduledMinutes.foreach(__v => __obj.updateDynamic(\"totalScheduledMinutes\")(__v.asInstanceOf[js.Any]))\n      upcomingMinutesScheduled.foreach(__v => __obj.updateDynamic(\"upcomingMinutesScheduled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMinuteUsageResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetMissionProfileRequest extends js.Object {\n    var missionProfileId: String\n  }\n\n  object GetMissionProfileRequest {\n    @inline\n    def apply(\n        missionProfileId: String\n    ): GetMissionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"missionProfileId\" -> missionProfileId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMissionProfileRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetMissionProfileResponse extends js.Object {\n    var contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var dataflowEdges: js.UndefOr[DataflowEdgeList]\n    var minimumViableContactDurationSeconds: js.UndefOr[DurationInSeconds]\n    var missionProfileArn: js.UndefOr[MissionProfileArn]\n    var missionProfileId: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var region: js.UndefOr[String]\n    var tags: js.UndefOr[TagsMap]\n    var trackingConfigArn: js.UndefOr[ConfigArn]\n  }\n\n  object GetMissionProfileResponse {\n    @inline\n    def apply(\n        contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        dataflowEdges: js.UndefOr[DataflowEdgeList] = js.undefined,\n        minimumViableContactDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        missionProfileArn: js.UndefOr[MissionProfileArn] = js.undefined,\n        missionProfileId: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        region: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined,\n        trackingConfigArn: js.UndefOr[ConfigArn] = js.undefined\n    ): GetMissionProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      contactPostPassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPostPassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      contactPrePassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPrePassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      dataflowEdges.foreach(__v => __obj.updateDynamic(\"dataflowEdges\")(__v.asInstanceOf[js.Any]))\n      minimumViableContactDurationSeconds.foreach(__v => __obj.updateDynamic(\"minimumViableContactDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      missionProfileArn.foreach(__v => __obj.updateDynamic(\"missionProfileArn\")(__v.asInstanceOf[js.Any]))\n      missionProfileId.foreach(__v => __obj.updateDynamic(\"missionProfileId\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      trackingConfigArn.foreach(__v => __obj.updateDynamic(\"trackingConfigArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMissionProfileResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetSatelliteRequest extends js.Object {\n    var satelliteId: String\n  }\n\n  object GetSatelliteRequest {\n    @inline\n    def apply(\n        satelliteId: String\n    ): GetSatelliteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"satelliteId\" -> satelliteId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSatelliteRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait GetSatelliteResponse extends js.Object {\n    var groundStations: js.UndefOr[GroundStationIdList]\n    var noradSatelliteID: js.UndefOr[noradSatelliteID]\n    var satelliteArn: js.UndefOr[satelliteArn]\n    var satelliteId: js.UndefOr[Uuid]\n  }\n\n  object GetSatelliteResponse {\n    @inline\n    def apply(\n        groundStations: js.UndefOr[GroundStationIdList] = js.undefined,\n        noradSatelliteID: js.UndefOr[noradSatelliteID] = js.undefined,\n        satelliteArn: js.UndefOr[satelliteArn] = js.undefined,\n        satelliteId: js.UndefOr[Uuid] = js.undefined\n    ): GetSatelliteResponse = {\n      val __obj = js.Dynamic.literal()\n      groundStations.foreach(__v => __obj.updateDynamic(\"groundStations\")(__v.asInstanceOf[js.Any]))\n      noradSatelliteID.foreach(__v => __obj.updateDynamic(\"noradSatelliteID\")(__v.asInstanceOf[js.Any]))\n      satelliteArn.foreach(__v => __obj.updateDynamic(\"satelliteArn\")(__v.asInstanceOf[js.Any]))\n      satelliteId.foreach(__v => __obj.updateDynamic(\"satelliteId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSatelliteResponse]\n    }\n  }\n\n  \/** Information about the ground station data.\n    *\/\n  @js.native\n  trait GroundStationData extends js.Object {\n    var groundStationId: js.UndefOr[String]\n    var groundStationName: js.UndefOr[String]\n    var region: js.UndefOr[String]\n  }\n\n  object GroundStationData {\n    @inline\n    def apply(\n        groundStationId: js.UndefOr[String] = js.undefined,\n        groundStationName: js.UndefOr[String] = js.undefined,\n        region: js.UndefOr[String] = js.undefined\n    ): GroundStationData = {\n      val __obj = js.Dynamic.literal()\n      groundStationId.foreach(__v => __obj.updateDynamic(\"groundStationId\")(__v.asInstanceOf[js.Any]))\n      groundStationName.foreach(__v => __obj.updateDynamic(\"groundStationName\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroundStationData]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListConfigsRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListConfigsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConfigsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListConfigsResponse extends js.Object {\n    var configList: js.UndefOr[ConfigList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListConfigsResponse {\n    @inline\n    def apply(\n        configList: js.UndefOr[ConfigList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListConfigsResponse = {\n      val __obj = js.Dynamic.literal()\n      configList.foreach(__v => __obj.updateDynamic(\"configList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConfigsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListContactsRequest extends js.Object {\n    var endTime: Timestamp\n    var startTime: Timestamp\n    var statusList: StatusList\n    var groundStation: js.UndefOr[String]\n    var maxResults: js.UndefOr[Int]\n    var missionProfileArn: js.UndefOr[MissionProfileArn]\n    var nextToken: js.UndefOr[String]\n    var satelliteArn: js.UndefOr[satelliteArn]\n  }\n\n  object ListContactsRequest {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        startTime: Timestamp,\n        statusList: StatusList,\n        groundStation: js.UndefOr[String] = js.undefined,\n        maxResults: js.UndefOr[Int] = js.undefined,\n        missionProfileArn: js.UndefOr[MissionProfileArn] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        satelliteArn: js.UndefOr[satelliteArn] = js.undefined\n    ): ListContactsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"statusList\" -> statusList.asInstanceOf[js.Any]\n      )\n\n      groundStation.foreach(__v => __obj.updateDynamic(\"groundStation\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      missionProfileArn.foreach(__v => __obj.updateDynamic(\"missionProfileArn\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      satelliteArn.foreach(__v => __obj.updateDynamic(\"satelliteArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContactsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListContactsResponse extends js.Object {\n    var contactList: js.UndefOr[ContactList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListContactsResponse {\n    @inline\n    def apply(\n        contactList: js.UndefOr[ContactList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListContactsResponse = {\n      val __obj = js.Dynamic.literal()\n      contactList.foreach(__v => __obj.updateDynamic(\"contactList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListContactsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListDataflowEndpointGroupsRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListDataflowEndpointGroupsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListDataflowEndpointGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataflowEndpointGroupsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListDataflowEndpointGroupsResponse extends js.Object {\n    var dataflowEndpointGroupList: js.UndefOr[DataflowEndpointGroupList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListDataflowEndpointGroupsResponse {\n    @inline\n    def apply(\n        dataflowEndpointGroupList: js.UndefOr[DataflowEndpointGroupList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListDataflowEndpointGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      dataflowEndpointGroupList.foreach(__v => __obj.updateDynamic(\"dataflowEndpointGroupList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataflowEndpointGroupsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListGroundStationsRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n    var satelliteId: js.UndefOr[String]\n  }\n\n  object ListGroundStationsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        satelliteId: js.UndefOr[String] = js.undefined\n    ): ListGroundStationsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      satelliteId.foreach(__v => __obj.updateDynamic(\"satelliteId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroundStationsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListGroundStationsResponse extends js.Object {\n    var groundStationList: js.UndefOr[GroundStationList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListGroundStationsResponse {\n    @inline\n    def apply(\n        groundStationList: js.UndefOr[GroundStationList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListGroundStationsResponse = {\n      val __obj = js.Dynamic.literal()\n      groundStationList.foreach(__v => __obj.updateDynamic(\"groundStationList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroundStationsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListMissionProfilesRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListMissionProfilesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListMissionProfilesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMissionProfilesRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListMissionProfilesResponse extends js.Object {\n    var missionProfileList: js.UndefOr[MissionProfileList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListMissionProfilesResponse {\n    @inline\n    def apply(\n        missionProfileList: js.UndefOr[MissionProfileList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListMissionProfilesResponse = {\n      val __obj = js.Dynamic.literal()\n      missionProfileList.foreach(__v => __obj.updateDynamic(\"missionProfileList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMissionProfilesResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListSatellitesRequest extends js.Object {\n    var maxResults: js.UndefOr[Int]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListSatellitesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[Int] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListSatellitesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSatellitesRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListSatellitesResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var satellites: js.UndefOr[SatelliteList]\n  }\n\n  object ListSatellitesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        satellites: js.UndefOr[SatelliteList] = js.undefined\n    ): ListSatellitesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      satellites.foreach(__v => __obj.updateDynamic(\"satellites\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSatellitesResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait MissionProfileIdResponse extends js.Object {\n    var missionProfileId: js.UndefOr[String]\n  }\n\n  object MissionProfileIdResponse {\n    @inline\n    def apply(\n        missionProfileId: js.UndefOr[String] = js.undefined\n    ): MissionProfileIdResponse = {\n      val __obj = js.Dynamic.literal()\n      missionProfileId.foreach(__v => __obj.updateDynamic(\"missionProfileId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MissionProfileIdResponse]\n    }\n  }\n\n  \/** Item in a list of mission profiles.\n    *\/\n  @js.native\n  trait MissionProfileListItem extends js.Object {\n    var missionProfileArn: js.UndefOr[MissionProfileArn]\n    var missionProfileId: js.UndefOr[String]\n    var name: js.UndefOr[String]\n    var region: js.UndefOr[String]\n  }\n\n  object MissionProfileListItem {\n    @inline\n    def apply(\n        missionProfileArn: js.UndefOr[MissionProfileArn] = js.undefined,\n        missionProfileId: js.UndefOr[String] = js.undefined,\n        name: js.UndefOr[String] = js.undefined,\n        region: js.UndefOr[String] = js.undefined\n    ): MissionProfileListItem = {\n      val __obj = js.Dynamic.literal()\n      missionProfileArn.foreach(__v => __obj.updateDynamic(\"missionProfileArn\")(__v.asInstanceOf[js.Any]))\n      missionProfileId.foreach(__v => __obj.updateDynamic(\"missionProfileId\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MissionProfileListItem]\n    }\n  }\n\n  @js.native\n  sealed trait Polarization extends js.Any\n  object Polarization {\n    val LEFT_HAND = \"LEFT_HAND\".asInstanceOf[Polarization]\n    val NONE = \"NONE\".asInstanceOf[Polarization]\n    val RIGHT_HAND = \"RIGHT_HAND\".asInstanceOf[Polarization]\n\n    @inline def values = js.Array(LEFT_HAND, NONE, RIGHT_HAND)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ReserveContactRequest extends js.Object {\n    var endTime: Timestamp\n    var groundStation: String\n    var missionProfileArn: MissionProfileArn\n    var satelliteArn: satelliteArn\n    var startTime: Timestamp\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ReserveContactRequest {\n    @inline\n    def apply(\n        endTime: Timestamp,\n        groundStation: String,\n        missionProfileArn: MissionProfileArn,\n        satelliteArn: satelliteArn,\n        startTime: Timestamp,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ReserveContactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"groundStation\" -> groundStation.asInstanceOf[js.Any],\n        \"missionProfileArn\" -> missionProfileArn.asInstanceOf[js.Any],\n        \"satelliteArn\" -> satelliteArn.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReserveContactRequest]\n    }\n  }\n\n  \/** Information about an S3 recording <code>Config<\/code>.\n    *\/\n  @js.native\n  trait S3RecordingConfig extends js.Object {\n    var bucketArn: BucketArn\n    var roleArn: RoleArn\n    var prefix: js.UndefOr[S3KeyPrefix]\n  }\n\n  object S3RecordingConfig {\n    @inline\n    def apply(\n        bucketArn: BucketArn,\n        roleArn: RoleArn,\n        prefix: js.UndefOr[S3KeyPrefix] = js.undefined\n    ): S3RecordingConfig = {\n      val __obj = js.Dynamic.literal(\n        \"bucketArn\" -> bucketArn.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      prefix.foreach(__v => __obj.updateDynamic(\"prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3RecordingConfig]\n    }\n  }\n\n  \/** Details about an S3 recording <code>Config<\/code> used in a contact.\n    *\/\n  @js.native\n  trait S3RecordingDetails extends js.Object {\n    var bucketArn: js.UndefOr[BucketArn]\n    var keyTemplate: js.UndefOr[String]\n  }\n\n  object S3RecordingDetails {\n    @inline\n    def apply(\n        bucketArn: js.UndefOr[BucketArn] = js.undefined,\n        keyTemplate: js.UndefOr[String] = js.undefined\n    ): S3RecordingDetails = {\n      val __obj = js.Dynamic.literal()\n      bucketArn.foreach(__v => __obj.updateDynamic(\"bucketArn\")(__v.asInstanceOf[js.Any]))\n      keyTemplate.foreach(__v => __obj.updateDynamic(\"keyTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3RecordingDetails]\n    }\n  }\n\n  \/** Item in a list of satellites.\n    *\/\n  @js.native\n  trait SatelliteListItem extends js.Object {\n    var groundStations: js.UndefOr[GroundStationIdList]\n    var noradSatelliteID: js.UndefOr[noradSatelliteID]\n    var satelliteArn: js.UndefOr[satelliteArn]\n    var satelliteId: js.UndefOr[Uuid]\n  }\n\n  object SatelliteListItem {\n    @inline\n    def apply(\n        groundStations: js.UndefOr[GroundStationIdList] = js.undefined,\n        noradSatelliteID: js.UndefOr[noradSatelliteID] = js.undefined,\n        satelliteArn: js.UndefOr[satelliteArn] = js.undefined,\n        satelliteId: js.UndefOr[Uuid] = js.undefined\n    ): SatelliteListItem = {\n      val __obj = js.Dynamic.literal()\n      groundStations.foreach(__v => __obj.updateDynamic(\"groundStations\")(__v.asInstanceOf[js.Any]))\n      noradSatelliteID.foreach(__v => __obj.updateDynamic(\"noradSatelliteID\")(__v.asInstanceOf[js.Any]))\n      satelliteArn.foreach(__v => __obj.updateDynamic(\"satelliteArn\")(__v.asInstanceOf[js.Any]))\n      satelliteId.foreach(__v => __obj.updateDynamic(\"satelliteId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SatelliteListItem]\n    }\n  }\n\n  \/** Information about endpoints.\n    *\/\n  @js.native\n  trait SecurityDetails extends js.Object {\n    var roleArn: RoleArn\n    var securityGroupIds: SecurityGroupIdList\n    var subnetIds: SubnetList\n  }\n\n  object SecurityDetails {\n    @inline\n    def apply(\n        roleArn: RoleArn,\n        securityGroupIds: SecurityGroupIdList,\n        subnetIds: SubnetList\n    ): SecurityDetails = {\n      val __obj = js.Dynamic.literal(\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any],\n        \"securityGroupIds\" -> securityGroupIds.asInstanceOf[js.Any],\n        \"subnetIds\" -> subnetIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SecurityDetails]\n    }\n  }\n\n  \/** Information about the socket address.\n    *\/\n  @js.native\n  trait SocketAddress extends js.Object {\n    var name: String\n    var port: Int\n  }\n\n  object SocketAddress {\n    @inline\n    def apply(\n        name: String,\n        port: Int\n    ): SocketAddress = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"port\" -> port.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SocketAddress]\n    }\n  }\n\n  \/** Dataflow details for the source side.\n    *\/\n  @js.native\n  trait Source extends js.Object {\n    var configDetails: js.UndefOr[ConfigDetails]\n    var configId: js.UndefOr[String]\n    var configType: js.UndefOr[ConfigCapabilityType]\n    var dataflowSourceRegion: js.UndefOr[String]\n  }\n\n  object Source {\n    @inline\n    def apply(\n        configDetails: js.UndefOr[ConfigDetails] = js.undefined,\n        configId: js.UndefOr[String] = js.undefined,\n        configType: js.UndefOr[ConfigCapabilityType] = js.undefined,\n        dataflowSourceRegion: js.UndefOr[String] = js.undefined\n    ): Source = {\n      val __obj = js.Dynamic.literal()\n      configDetails.foreach(__v => __obj.updateDynamic(\"configDetails\")(__v.asInstanceOf[js.Any]))\n      configId.foreach(__v => __obj.updateDynamic(\"configId\")(__v.asInstanceOf[js.Any]))\n      configType.foreach(__v => __obj.updateDynamic(\"configType\")(__v.asInstanceOf[js.Any]))\n      dataflowSourceRegion.foreach(__v => __obj.updateDynamic(\"dataflowSourceRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Source]\n    }\n  }\n\n  \/** Object that describes a spectral <code>Config<\/code>.\n    *\/\n  @js.native\n  trait SpectrumConfig extends js.Object {\n    var bandwidth: FrequencyBandwidth\n    var centerFrequency: Frequency\n    var polarization: js.UndefOr[Polarization]\n  }\n\n  object SpectrumConfig {\n    @inline\n    def apply(\n        bandwidth: FrequencyBandwidth,\n        centerFrequency: Frequency,\n        polarization: js.UndefOr[Polarization] = js.undefined\n    ): SpectrumConfig = {\n      val __obj = js.Dynamic.literal(\n        \"bandwidth\" -> bandwidth.asInstanceOf[js.Any],\n        \"centerFrequency\" -> centerFrequency.asInstanceOf[js.Any]\n      )\n\n      polarization.foreach(__v => __obj.updateDynamic(\"polarization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SpectrumConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Object that determines whether tracking should be used during a contact executed with this <code>Config<\/code> in the mission profile.\n    *\/\n  @js.native\n  trait TrackingConfig extends js.Object {\n    var autotrack: Criticality\n  }\n\n  object TrackingConfig {\n    @inline\n    def apply(\n        autotrack: Criticality\n    ): TrackingConfig = {\n      val __obj = js.Dynamic.literal(\n        \"autotrack\" -> autotrack.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrackingConfig]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait UpdateConfigRequest extends js.Object {\n    var configData: ConfigTypeData\n    var configId: String\n    var configType: ConfigCapabilityType\n    var name: SafeName\n  }\n\n  object UpdateConfigRequest {\n    @inline\n    def apply(\n        configData: ConfigTypeData,\n        configId: String,\n        configType: ConfigCapabilityType,\n        name: SafeName\n    ): UpdateConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"configData\" -> configData.asInstanceOf[js.Any],\n        \"configId\" -> configId.asInstanceOf[js.Any],\n        \"configType\" -> configType.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateConfigRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait UpdateMissionProfileRequest extends js.Object {\n    var missionProfileId: String\n    var contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds]\n    var dataflowEdges: js.UndefOr[DataflowEdgeList]\n    var minimumViableContactDurationSeconds: js.UndefOr[DurationInSeconds]\n    var name: js.UndefOr[SafeName]\n    var trackingConfigArn: js.UndefOr[ConfigArn]\n  }\n\n  object UpdateMissionProfileRequest {\n    @inline\n    def apply(\n        missionProfileId: String,\n        contactPostPassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        contactPrePassDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        dataflowEdges: js.UndefOr[DataflowEdgeList] = js.undefined,\n        minimumViableContactDurationSeconds: js.UndefOr[DurationInSeconds] = js.undefined,\n        name: js.UndefOr[SafeName] = js.undefined,\n        trackingConfigArn: js.UndefOr[ConfigArn] = js.undefined\n    ): UpdateMissionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"missionProfileId\" -> missionProfileId.asInstanceOf[js.Any]\n      )\n\n      contactPostPassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPostPassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      contactPrePassDurationSeconds.foreach(__v => __obj.updateDynamic(\"contactPrePassDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      dataflowEdges.foreach(__v => __obj.updateDynamic(\"dataflowEdges\")(__v.asInstanceOf[js.Any]))\n      minimumViableContactDurationSeconds.foreach(__v => __obj.updateDynamic(\"minimumViableContactDurationSeconds\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      trackingConfigArn.foreach(__v => __obj.updateDynamic(\"trackingConfigArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMissionProfileRequest]\n    }\n  }\n\n  \/** Information about an uplink echo <code>Config<\/code>. Parameters from the <code>AntennaUplinkConfig<\/code>, corresponding to the specified <code>AntennaUplinkConfigArn<\/code>, are used when this <code>UplinkEchoConfig<\/code> is used in a contact.\n    *\/\n  @js.native\n  trait UplinkEchoConfig extends js.Object {\n    var antennaUplinkConfigArn: ConfigArn\n    var enabled: Boolean\n  }\n\n  object UplinkEchoConfig {\n    @inline\n    def apply(\n        antennaUplinkConfigArn: ConfigArn,\n        enabled: Boolean\n    ): UplinkEchoConfig = {\n      val __obj = js.Dynamic.literal(\n        \"antennaUplinkConfigArn\" -> antennaUplinkConfigArn.asInstanceOf[js.Any],\n        \"enabled\" -> enabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UplinkEchoConfig]\n    }\n  }\n\n  \/** Information about the uplink spectral <code>Config<\/code>.\n    *\/\n  @js.native\n  trait UplinkSpectrumConfig extends js.Object {\n    var centerFrequency: Frequency\n    var polarization: js.UndefOr[Polarization]\n  }\n\n  object UplinkSpectrumConfig {\n    @inline\n    def apply(\n        centerFrequency: Frequency,\n        polarization: js.UndefOr[Polarization] = js.undefined\n    ): UplinkSpectrumConfig = {\n      val __obj = js.Dynamic.literal(\n        \"centerFrequency\" -> centerFrequency.asInstanceOf[js.Any]\n      )\n\n      polarization.foreach(__v => __obj.updateDynamic(\"polarization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UplinkSpectrumConfig]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/xray\/src\/main\/scala\/facade\/amazonaws\/services\/XRay.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<filename>services\/xray\/src\/main\/scala\/facade\/amazonaws\/services\/XRay.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object xray {\n  type AliasList = js.Array[Alias]\n  type AliasNames = js.Array[String]\n  type AmazonResourceName = String\n  type AnnotationKey = String\n  type Annotations = js.Dictionary[ValuesWithServiceIds]\n  type AnomalousServiceList = js.Array[AnomalousService]\n  type AttributeKey = String\n  type AttributeMap = js.Dictionary[AttributeValue]\n  type AttributeValue = String\n  type BorrowCount = Int\n  type ClientID = String\n  type EC2InstanceId = String\n  type EdgeList = js.Array[Edge]\n  type EncryptionKeyId = String\n  type EntitySelectorExpression = String\n  type ErrorRootCauseEntityPath = js.Array[ErrorRootCauseEntity]\n  type ErrorRootCauseServices = js.Array[ErrorRootCauseService]\n  type ErrorRootCauses = js.Array[ErrorRootCause]\n  type EventSummaryText = String\n  type FaultRootCauseEntityPath = js.Array[FaultRootCauseEntity]\n  type FaultRootCauseServices = js.Array[FaultRootCauseService]\n  type FaultRootCauses = js.Array[FaultRootCause]\n  type FilterExpression = String\n  type FixedRate = Double\n  type GetGroupsNextToken = String\n  type GetInsightEventsMaxResults = Int\n  type GetInsightSummariesMaxResults = Int\n  type GroupARN = String\n  type GroupName = String\n  type GroupSummaryList = js.Array[GroupSummary]\n  type HTTPMethod = String\n  type Histogram = js.Array[HistogramEntry]\n  type Host = String\n  type Hostname = String\n  type InsightCategoryList = js.Array[InsightCategory]\n  type InsightEventList = js.Array[InsightEvent]\n  type InsightId = String\n  type InsightImpactGraphEdgeList = js.Array[InsightImpactGraphEdge]\n  type InsightImpactGraphServiceList = js.Array[InsightImpactGraphService]\n  type InsightStateList = js.Array[InsightState]\n  type InsightSummaryList = js.Array[InsightSummary]\n  type InsightSummaryText = String\n  type NullableBoolean = Boolean\n  type NullableDouble = Double\n  type NullableInteger = Int\n  type NullableLong = Double\n  type Priority = Int\n  type RequestCount = Int\n  type ReservoirSize = Int\n  type ResourceARN = String\n  type ResponseTimeRootCauseEntityPath = js.Array[ResponseTimeRootCauseEntity]\n  type ResponseTimeRootCauseServices = js.Array[ResponseTimeRootCauseService]\n  type ResponseTimeRootCauses = js.Array[ResponseTimeRootCause]\n  type RootCauseExceptions = js.Array[RootCauseException]\n  type RuleName = String\n  type SampledCount = Int\n  type SamplingRuleRecordList = js.Array[SamplingRuleRecord]\n  type SamplingStatisticSummaryList = js.Array[SamplingStatisticSummary]\n  type SamplingStatisticsDocumentList = js.Array[SamplingStatisticsDocument]\n  type SamplingTargetDocumentList = js.Array[SamplingTargetDocument]\n  type SegmentDocument = String\n  type SegmentId = String\n  type SegmentList = js.Array[Segment]\n  type ServiceIds = js.Array[ServiceId]\n  type ServiceList = js.Array[Service]\n  type ServiceName = String\n  type ServiceNames = js.Array[String]\n  type ServiceType = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TelemetryRecordList = js.Array[TelemetryRecord]\n  type TimeSeriesServiceStatisticsList = js.Array[TimeSeriesServiceStatistics]\n  type Timestamp = js.Date\n  type Token = String\n  type TraceAvailabilityZones = js.Array[AvailabilityZoneDetail]\n  type TraceId = String\n  type TraceIdList = js.Array[TraceId]\n  type TraceInstanceIds = js.Array[InstanceIdDetail]\n  type TraceList = js.Array[Trace]\n  type TraceResourceARNs = js.Array[ResourceARNDetail]\n  type TraceSegmentDocument = String\n  type TraceSegmentDocumentList = js.Array[TraceSegmentDocument]\n  type TraceSummaryList = js.Array[TraceSummary]\n  type TraceUsers = js.Array[TraceUser]\n  type URLPath = String\n  type UnprocessedStatisticsList = js.Array[UnprocessedStatistics]\n  type UnprocessedTraceIdList = js.Array[TraceId]\n  type UnprocessedTraceSegmentList = js.Array[UnprocessedTraceSegment]\n  type ValuesWithServiceIds = js.Array[ValueWithServiceIds]\n  type Version = Int\n\n  implicit final class XRayOps(private val service: XRay) extends AnyVal {\n\n    @inline def batchGetTracesFuture(params: BatchGetTracesRequest): Future[BatchGetTracesResult] = service.batchGetTraces(params).promise().toFuture\n    @inline def createGroupFuture(params: CreateGroupRequest): Future[CreateGroupResult] = service.createGroup(params).promise().toFuture\n    @inline def createSamplingRuleFuture(params: CreateSamplingRuleRequest): Future[CreateSamplingRuleResult] = service.createSamplingRule(params).promise().toFuture\n    @inline def deleteGroupFuture(params: DeleteGroupRequest): Future[DeleteGroupResult] = service.deleteGroup(params).promise().toFuture\n    @inline def deleteSamplingRuleFuture(params: DeleteSamplingRuleRequest): Future[DeleteSamplingRuleResult] = service.deleteSamplingRule(params).promise().toFuture\n    @inline def getEncryptionConfigFuture(params: GetEncryptionConfigRequest): Future[GetEncryptionConfigResult] = service.getEncryptionConfig(params).promise().toFuture\n    @inline def getGroupFuture(params: GetGroupRequest): Future[GetGroupResult] = service.getGroup(params).promise().toFuture\n    @inline def getGroupsFuture(params: GetGroupsRequest): Future[GetGroupsResult] = service.getGroups(params).promise().toFuture\n    @inline def getInsightEventsFuture(params: GetInsightEventsRequest): Future[GetInsightEventsResult] = service.getInsightEvents(params).promise().toFuture\n    @inline def getInsightFuture(params: GetInsightRequest): Future[GetInsightResult] = service.getInsight(params).promise().toFuture\n    @inline def getInsightImpactGraphFuture(params: GetInsightImpactGraphRequest): Future[GetInsightImpactGraphResult] = service.getInsightImpactGraph(params).promise().toFuture\n    @inline def getInsightSummariesFuture(params: GetInsightSummariesRequest): Future[GetInsightSummariesResult] = service.getInsightSummaries(params).promise().toFuture\n    @inline def getSamplingRulesFuture(params: GetSamplingRulesRequest): Future[GetSamplingRulesResult] = service.getSamplingRules(params).promise().toFuture\n    @inline def getSamplingStatisticSummariesFuture(params: GetSamplingStatisticSummariesRequest): Future[GetSamplingStatisticSummariesResult] = service.getSamplingStatisticSummaries(params).promise().toFuture\n    @inline def getSamplingTargetsFuture(params: GetSamplingTargetsRequest): Future[GetSamplingTargetsResult] = service.getSamplingTargets(params).promise().toFuture\n    @inline def getServiceGraphFuture(params: GetServiceGraphRequest): Future[GetServiceGraphResult] = service.getServiceGraph(params).promise().toFuture\n    @inline def getTimeSeriesServiceStatisticsFuture(params: GetTimeSeriesServiceStatisticsRequest): Future[GetTimeSeriesServiceStatisticsResult] = service.getTimeSeriesServiceStatistics(params).promise().toFuture\n    @inline def getTraceGraphFuture(params: GetTraceGraphRequest): Future[GetTraceGraphResult] = service.getTraceGraph(params).promise().toFuture\n    @inline def getTraceSummariesFuture(params: GetTraceSummariesRequest): Future[GetTraceSummariesResult] = service.getTraceSummaries(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putEncryptionConfigFuture(params: PutEncryptionConfigRequest): Future[PutEncryptionConfigResult] = service.putEncryptionConfig(params).promise().toFuture\n    @inline def putTelemetryRecordsFuture(params: PutTelemetryRecordsRequest): Future[PutTelemetryRecordsResult] = service.putTelemetryRecords(params).promise().toFuture\n    @inline def putTraceSegmentsFuture(params: PutTraceSegmentsRequest): Future[PutTraceSegmentsResult] = service.putTraceSegments(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateGroupFuture(params: UpdateGroupRequest): Future[UpdateGroupResult] = service.updateGroup(params).promise().toFuture\n    @inline def updateSamplingRuleFuture(params: UpdateSamplingRuleRequest): Future[UpdateSamplingRuleResult] = service.updateSamplingRule(params).promise().toFuture\n\n  }\n}\n\npackage xray {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/xray\", JSImport.Namespace, \"AWS.XRay\")\n  class XRay() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchGetTraces(params: BatchGetTracesRequest): Request[BatchGetTracesResult] = js.native\n    def createGroup(params: CreateGroupRequest): Request[CreateGroupResult] = js.native\n    def createSamplingRule(params: CreateSamplingRuleRequest): Request[CreateSamplingRuleResult] = js.native\n    def deleteGroup(params: DeleteGroupRequest): Request[DeleteGroupResult] = js.native\n    def deleteSamplingRule(params: DeleteSamplingRuleRequest): Request[DeleteSamplingRuleResult] = js.native\n    def getEncryptionConfig(params: GetEncryptionConfigRequest): Request[GetEncryptionConfigResult] = js.native\n    def getGroup(params: GetGroupRequest): Request[GetGroupResult] = js.native\n    def getGroups(params: GetGroupsRequest): Request[GetGroupsResult] = js.native\n    def getInsight(params: GetInsightRequest): Request[GetInsightResult] = js.native\n    def getInsightEvents(params: GetInsightEventsRequest): Request[GetInsightEventsResult] = js.native\n    def getInsightImpactGraph(params: GetInsightImpactGraphRequest): Request[GetInsightImpactGraphResult] = js.native\n    def getInsightSummaries(params: GetInsightSummariesRequest): Request[GetInsightSummariesResult] = js.native\n    def getSamplingRules(params: GetSamplingRulesRequest): Request[GetSamplingRulesResult] = js.native\n    def getSamplingStatisticSummaries(params: GetSamplingStatisticSummariesRequest): Request[GetSamplingStatisticSummariesResult] = js.native\n    def getSamplingTargets(params: GetSamplingTargetsRequest): Request[GetSamplingTargetsResult] = js.native\n    def getServiceGraph(params: GetServiceGraphRequest): Request[GetServiceGraphResult] = js.native\n    def getTimeSeriesServiceStatistics(params: GetTimeSeriesServiceStatisticsRequest): Request[GetTimeSeriesServiceStatisticsResult] = js.native\n    def getTraceGraph(params: GetTraceGraphRequest): Request[GetTraceGraphResult] = js.native\n    def getTraceSummaries(params: GetTraceSummariesRequest): Request[GetTraceSummariesResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putEncryptionConfig(params: PutEncryptionConfigRequest): Request[PutEncryptionConfigResult] = js.native\n    def putTelemetryRecords(params: PutTelemetryRecordsRequest): Request[PutTelemetryRecordsResult] = js.native\n    def putTraceSegments(params: PutTraceSegmentsRequest): Request[PutTraceSegmentsResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateGroup(params: UpdateGroupRequest): Request[UpdateGroupResult] = js.native\n    def updateSamplingRule(params: UpdateSamplingRuleRequest): Request[UpdateSamplingRuleResult] = js.native\n  }\n\n  \/** An alias for an edge.\n    *\/\n  @js.native\n  trait Alias extends js.Object {\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[AliasNames]\n    var Type: js.UndefOr[String]\n  }\n\n  object Alias {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[AliasNames] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): Alias = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alias]\n    }\n  }\n\n  \/** Value of a segment annotation. Has one of three value types: Number, Boolean, or String.\n    *\/\n  @js.native\n  trait AnnotationValue extends js.Object {\n    var BooleanValue: js.UndefOr[NullableBoolean]\n    var NumberValue: js.UndefOr[NullableDouble]\n    var StringValue: js.UndefOr[String]\n  }\n\n  object AnnotationValue {\n    @inline\n    def apply(\n        BooleanValue: js.UndefOr[NullableBoolean] = js.undefined,\n        NumberValue: js.UndefOr[NullableDouble] = js.undefined,\n        StringValue: js.UndefOr[String] = js.undefined\n    ): AnnotationValue = {\n      val __obj = js.Dynamic.literal()\n      BooleanValue.foreach(__v => __obj.updateDynamic(\"BooleanValue\")(__v.asInstanceOf[js.Any]))\n      NumberValue.foreach(__v => __obj.updateDynamic(\"NumberValue\")(__v.asInstanceOf[js.Any]))\n      StringValue.foreach(__v => __obj.updateDynamic(\"StringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnnotationValue]\n    }\n  }\n\n  \/** The service within the service graph that has anomalously high fault rates.\n    *\/\n  @js.native\n  trait AnomalousService extends js.Object {\n    var ServiceId: js.UndefOr[ServiceId]\n  }\n\n  object AnomalousService {\n    @inline\n    def apply(\n        ServiceId: js.UndefOr[ServiceId] = js.undefined\n    ): AnomalousService = {\n      val __obj = js.Dynamic.literal()\n      ServiceId.foreach(__v => __obj.updateDynamic(\"ServiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalousService]\n    }\n  }\n\n  \/** A list of Availability Zones corresponding to the segments in a trace.\n    *\/\n  @js.native\n  trait AvailabilityZoneDetail extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object AvailabilityZoneDetail {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): AvailabilityZoneDetail = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZoneDetail]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait BackendConnectionErrors extends js.Object {\n    var ConnectionRefusedCount: js.UndefOr[NullableInteger]\n    var HTTPCode4XXCount: js.UndefOr[NullableInteger]\n    var HTTPCode5XXCount: js.UndefOr[NullableInteger]\n    var OtherCount: js.UndefOr[NullableInteger]\n    var TimeoutCount: js.UndefOr[NullableInteger]\n    var UnknownHostCount: js.UndefOr[NullableInteger]\n  }\n\n  object BackendConnectionErrors {\n    @inline\n    def apply(\n        ConnectionRefusedCount: js.UndefOr[NullableInteger] = js.undefined,\n        HTTPCode4XXCount: js.UndefOr[NullableInteger] = js.undefined,\n        HTTPCode5XXCount: js.UndefOr[NullableInteger] = js.undefined,\n        OtherCount: js.UndefOr[NullableInteger] = js.undefined,\n        TimeoutCount: js.UndefOr[NullableInteger] = js.undefined,\n        UnknownHostCount: js.UndefOr[NullableInteger] = js.undefined\n    ): BackendConnectionErrors = {\n      val __obj = js.Dynamic.literal()\n      ConnectionRefusedCount.foreach(__v => __obj.updateDynamic(\"ConnectionRefusedCount\")(__v.asInstanceOf[js.Any]))\n      HTTPCode4XXCount.foreach(__v => __obj.updateDynamic(\"HTTPCode4XXCount\")(__v.asInstanceOf[js.Any]))\n      HTTPCode5XXCount.foreach(__v => __obj.updateDynamic(\"HTTPCode5XXCount\")(__v.asInstanceOf[js.Any]))\n      OtherCount.foreach(__v => __obj.updateDynamic(\"OtherCount\")(__v.asInstanceOf[js.Any]))\n      TimeoutCount.foreach(__v => __obj.updateDynamic(\"TimeoutCount\")(__v.asInstanceOf[js.Any]))\n      UnknownHostCount.foreach(__v => __obj.updateDynamic(\"UnknownHostCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendConnectionErrors]\n    }\n  }\n\n  @js.native\n  trait BatchGetTracesRequest extends js.Object {\n    var TraceIds: TraceIdList\n    var NextToken: js.UndefOr[String]\n  }\n\n  object BatchGetTracesRequest {\n    @inline\n    def apply(\n        TraceIds: TraceIdList,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): BatchGetTracesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TraceIds\" -> TraceIds.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetTracesRequest]\n    }\n  }\n\n  @js.native\n  trait BatchGetTracesResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Traces: js.UndefOr[TraceList]\n    var UnprocessedTraceIds: js.UndefOr[UnprocessedTraceIdList]\n  }\n\n  object BatchGetTracesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Traces: js.UndefOr[TraceList] = js.undefined,\n        UnprocessedTraceIds: js.UndefOr[UnprocessedTraceIdList] = js.undefined\n    ): BatchGetTracesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Traces.foreach(__v => __obj.updateDynamic(\"Traces\")(__v.asInstanceOf[js.Any]))\n      UnprocessedTraceIds.foreach(__v => __obj.updateDynamic(\"UnprocessedTraceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetTracesResult]\n    }\n  }\n\n  @js.native\n  trait CreateGroupRequest extends js.Object {\n    var GroupName: GroupName\n    var FilterExpression: js.UndefOr[FilterExpression]\n    var InsightsConfiguration: js.UndefOr[InsightsConfiguration]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateGroupRequest {\n    @inline\n    def apply(\n        GroupName: GroupName,\n        FilterExpression: js.UndefOr[FilterExpression] = js.undefined,\n        InsightsConfiguration: js.UndefOr[InsightsConfiguration] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any]\n      )\n\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      InsightsConfiguration.foreach(__v => __obj.updateDynamic(\"InsightsConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGroupResult extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object CreateGroupResult {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): CreateGroupResult = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateSamplingRuleRequest extends js.Object {\n    var SamplingRule: SamplingRule\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateSamplingRuleRequest {\n    @inline\n    def apply(\n        SamplingRule: SamplingRule,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateSamplingRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SamplingRule\" -> SamplingRule.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSamplingRuleRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSamplingRuleResult extends js.Object {\n    var SamplingRuleRecord: js.UndefOr[SamplingRuleRecord]\n  }\n\n  object CreateSamplingRuleResult {\n    @inline\n    def apply(\n        SamplingRuleRecord: js.UndefOr[SamplingRuleRecord] = js.undefined\n    ): CreateSamplingRuleResult = {\n      val __obj = js.Dynamic.literal()\n      SamplingRuleRecord.foreach(__v => __obj.updateDynamic(\"SamplingRuleRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSamplingRuleResult]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupRequest extends js.Object {\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object DeleteGroupRequest {\n    @inline\n    def apply(\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): DeleteGroupRequest = {\n      val __obj = js.Dynamic.literal()\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupResult extends js.Object\n\n  object DeleteGroupResult {\n    @inline\n    def apply(): DeleteGroupResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteGroupResult]\n    }\n  }\n\n  @js.native\n  trait DeleteSamplingRuleRequest extends js.Object {\n    var RuleARN: js.UndefOr[String]\n    var RuleName: js.UndefOr[String]\n  }\n\n  object DeleteSamplingRuleRequest {\n    @inline\n    def apply(\n        RuleARN: js.UndefOr[String] = js.undefined,\n        RuleName: js.UndefOr[String] = js.undefined\n    ): DeleteSamplingRuleRequest = {\n      val __obj = js.Dynamic.literal()\n      RuleARN.foreach(__v => __obj.updateDynamic(\"RuleARN\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSamplingRuleRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSamplingRuleResult extends js.Object {\n    var SamplingRuleRecord: js.UndefOr[SamplingRuleRecord]\n  }\n\n  object DeleteSamplingRuleResult {\n    @inline\n    def apply(\n        SamplingRuleRecord: js.UndefOr[SamplingRuleRecord] = js.undefined\n    ): DeleteSamplingRuleResult = {\n      val __obj = js.Dynamic.literal()\n      SamplingRuleRecord.foreach(__v => __obj.updateDynamic(\"SamplingRuleRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSamplingRuleResult]\n    }\n  }\n\n  \/** Information about a connection between two services.\n    *\/\n  @js.native\n  trait Edge extends js.Object {\n    var Aliases: js.UndefOr[AliasList]\n    var EndTime: js.UndefOr[Timestamp]\n    var ReferenceId: js.UndefOr[NullableInteger]\n    var ResponseTimeHistogram: js.UndefOr[Histogram]\n    var StartTime: js.UndefOr[Timestamp]\n    var SummaryStatistics: js.UndefOr[EdgeStatistics]\n  }\n\n  object Edge {\n    @inline\n    def apply(\n        Aliases: js.UndefOr[AliasList] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        ReferenceId: js.UndefOr[NullableInteger] = js.undefined,\n        ResponseTimeHistogram: js.UndefOr[Histogram] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        SummaryStatistics: js.UndefOr[EdgeStatistics] = js.undefined\n    ): Edge = {\n      val __obj = js.Dynamic.literal()\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ReferenceId.foreach(__v => __obj.updateDynamic(\"ReferenceId\")(__v.asInstanceOf[js.Any]))\n      ResponseTimeHistogram.foreach(__v => __obj.updateDynamic(\"ResponseTimeHistogram\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      SummaryStatistics.foreach(__v => __obj.updateDynamic(\"SummaryStatistics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Edge]\n    }\n  }\n\n  \/** Response statistics for an edge.\n    *\/\n  @js.native\n  trait EdgeStatistics extends js.Object {\n    var ErrorStatistics: js.UndefOr[ErrorStatistics]\n    var FaultStatistics: js.UndefOr[FaultStatistics]\n    var OkCount: js.UndefOr[NullableLong]\n    var TotalCount: js.UndefOr[NullableLong]\n    var TotalResponseTime: js.UndefOr[NullableDouble]\n  }\n\n  object EdgeStatistics {\n    @inline\n    def apply(\n        ErrorStatistics: js.UndefOr[ErrorStatistics] = js.undefined,\n        FaultStatistics: js.UndefOr[FaultStatistics] = js.undefined,\n        OkCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalResponseTime: js.UndefOr[NullableDouble] = js.undefined\n    ): EdgeStatistics = {\n      val __obj = js.Dynamic.literal()\n      ErrorStatistics.foreach(__v => __obj.updateDynamic(\"ErrorStatistics\")(__v.asInstanceOf[js.Any]))\n      FaultStatistics.foreach(__v => __obj.updateDynamic(\"FaultStatistics\")(__v.asInstanceOf[js.Any]))\n      OkCount.foreach(__v => __obj.updateDynamic(\"OkCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      TotalResponseTime.foreach(__v => __obj.updateDynamic(\"TotalResponseTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EdgeStatistics]\n    }\n  }\n\n  \/** A configuration document that specifies encryption configuration settings.\n    *\/\n  @js.native\n  trait EncryptionConfig extends js.Object {\n    var KeyId: js.UndefOr[String]\n    var Status: js.UndefOr[EncryptionStatus]\n    var Type: js.UndefOr[EncryptionType]\n  }\n\n  object EncryptionConfig {\n    @inline\n    def apply(\n        KeyId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[EncryptionStatus] = js.undefined,\n        Type: js.UndefOr[EncryptionType] = js.undefined\n    ): EncryptionConfig = {\n      val __obj = js.Dynamic.literal()\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfig]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionStatus extends js.Any\n  object EncryptionStatus {\n    val UPDATING = \"UPDATING\".asInstanceOf[EncryptionStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[EncryptionStatus]\n\n    @inline def values = js.Array(UPDATING, ACTIVE)\n  }\n\n  @js.native\n  sealed trait EncryptionType extends js.Any\n  object EncryptionType {\n    val NONE = \"NONE\".asInstanceOf[EncryptionType]\n    val KMS = \"KMS\".asInstanceOf[EncryptionType]\n\n    @inline def values = js.Array(NONE, KMS)\n  }\n\n  \/** The root cause of a trace summary error.\n    *\/\n  @js.native\n  trait ErrorRootCause extends js.Object {\n    var ClientImpacting: js.UndefOr[NullableBoolean]\n    var Services: js.UndefOr[ErrorRootCauseServices]\n  }\n\n  object ErrorRootCause {\n    @inline\n    def apply(\n        ClientImpacting: js.UndefOr[NullableBoolean] = js.undefined,\n        Services: js.UndefOr[ErrorRootCauseServices] = js.undefined\n    ): ErrorRootCause = {\n      val __obj = js.Dynamic.literal()\n      ClientImpacting.foreach(__v => __obj.updateDynamic(\"ClientImpacting\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorRootCause]\n    }\n  }\n\n  \/** A collection of segments and corresponding subsegments associated to a trace summary error.\n    *\/\n  @js.native\n  trait ErrorRootCauseEntity extends js.Object {\n    var Exceptions: js.UndefOr[RootCauseExceptions]\n    var Name: js.UndefOr[String]\n    var Remote: js.UndefOr[NullableBoolean]\n  }\n\n  object ErrorRootCauseEntity {\n    @inline\n    def apply(\n        Exceptions: js.UndefOr[RootCauseExceptions] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Remote: js.UndefOr[NullableBoolean] = js.undefined\n    ): ErrorRootCauseEntity = {\n      val __obj = js.Dynamic.literal()\n      Exceptions.foreach(__v => __obj.updateDynamic(\"Exceptions\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Remote.foreach(__v => __obj.updateDynamic(\"Remote\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorRootCauseEntity]\n    }\n  }\n\n  \/** A collection of fields identifying the services in a trace summary error.\n    *\/\n  @js.native\n  trait ErrorRootCauseService extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var EntityPath: js.UndefOr[ErrorRootCauseEntityPath]\n    var Inferred: js.UndefOr[NullableBoolean]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var Type: js.UndefOr[String]\n  }\n\n  object ErrorRootCauseService {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        EntityPath: js.UndefOr[ErrorRootCauseEntityPath] = js.undefined,\n        Inferred: js.UndefOr[NullableBoolean] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): ErrorRootCauseService = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      EntityPath.foreach(__v => __obj.updateDynamic(\"EntityPath\")(__v.asInstanceOf[js.Any]))\n      Inferred.foreach(__v => __obj.updateDynamic(\"Inferred\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorRootCauseService]\n    }\n  }\n\n  \/** Information about requests that failed with a 4xx Client Error status code.\n    *\/\n  @js.native\n  trait ErrorStatistics extends js.Object {\n    var OtherCount: js.UndefOr[NullableLong]\n    var ThrottleCount: js.UndefOr[NullableLong]\n    var TotalCount: js.UndefOr[NullableLong]\n  }\n\n  object ErrorStatistics {\n    @inline\n    def apply(\n        OtherCount: js.UndefOr[NullableLong] = js.undefined,\n        ThrottleCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalCount: js.UndefOr[NullableLong] = js.undefined\n    ): ErrorStatistics = {\n      val __obj = js.Dynamic.literal()\n      OtherCount.foreach(__v => __obj.updateDynamic(\"OtherCount\")(__v.asInstanceOf[js.Any]))\n      ThrottleCount.foreach(__v => __obj.updateDynamic(\"ThrottleCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorStatistics]\n    }\n  }\n\n  \/** The root cause information for a trace summary fault.\n    *\/\n  @js.native\n  trait FaultRootCause extends js.Object {\n    var ClientImpacting: js.UndefOr[NullableBoolean]\n    var Services: js.UndefOr[FaultRootCauseServices]\n  }\n\n  object FaultRootCause {\n    @inline\n    def apply(\n        ClientImpacting: js.UndefOr[NullableBoolean] = js.undefined,\n        Services: js.UndefOr[FaultRootCauseServices] = js.undefined\n    ): FaultRootCause = {\n      val __obj = js.Dynamic.literal()\n      ClientImpacting.foreach(__v => __obj.updateDynamic(\"ClientImpacting\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaultRootCause]\n    }\n  }\n\n  \/** A collection of segments and corresponding subsegments associated to a trace summary fault error.\n    *\/\n  @js.native\n  trait FaultRootCauseEntity extends js.Object {\n    var Exceptions: js.UndefOr[RootCauseExceptions]\n    var Name: js.UndefOr[String]\n    var Remote: js.UndefOr[NullableBoolean]\n  }\n\n  object FaultRootCauseEntity {\n    @inline\n    def apply(\n        Exceptions: js.UndefOr[RootCauseExceptions] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Remote: js.UndefOr[NullableBoolean] = js.undefined\n    ): FaultRootCauseEntity = {\n      val __obj = js.Dynamic.literal()\n      Exceptions.foreach(__v => __obj.updateDynamic(\"Exceptions\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Remote.foreach(__v => __obj.updateDynamic(\"Remote\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaultRootCauseEntity]\n    }\n  }\n\n  \/** A collection of fields identifying the services in a trace summary fault.\n    *\/\n  @js.native\n  trait FaultRootCauseService extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var EntityPath: js.UndefOr[FaultRootCauseEntityPath]\n    var Inferred: js.UndefOr[NullableBoolean]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var Type: js.UndefOr[String]\n  }\n\n  object FaultRootCauseService {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        EntityPath: js.UndefOr[FaultRootCauseEntityPath] = js.undefined,\n        Inferred: js.UndefOr[NullableBoolean] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): FaultRootCauseService = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      EntityPath.foreach(__v => __obj.updateDynamic(\"EntityPath\")(__v.asInstanceOf[js.Any]))\n      Inferred.foreach(__v => __obj.updateDynamic(\"Inferred\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaultRootCauseService]\n    }\n  }\n\n  \/** Information about requests that failed with a 5xx Server Error status code.\n    *\/\n  @js.native\n  trait FaultStatistics extends js.Object {\n    var OtherCount: js.UndefOr[NullableLong]\n    var TotalCount: js.UndefOr[NullableLong]\n  }\n\n  object FaultStatistics {\n    @inline\n    def apply(\n        OtherCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalCount: js.UndefOr[NullableLong] = js.undefined\n    ): FaultStatistics = {\n      val __obj = js.Dynamic.literal()\n      OtherCount.foreach(__v => __obj.updateDynamic(\"OtherCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaultStatistics]\n    }\n  }\n\n  \/** The predicted high and low fault count. This is used to determine if a service has become anomalous and if an insight should be created.\n    *\/\n  @js.native\n  trait ForecastStatistics extends js.Object {\n    var FaultCountHigh: js.UndefOr[NullableLong]\n    var FaultCountLow: js.UndefOr[NullableLong]\n  }\n\n  object ForecastStatistics {\n    @inline\n    def apply(\n        FaultCountHigh: js.UndefOr[NullableLong] = js.undefined,\n        FaultCountLow: js.UndefOr[NullableLong] = js.undefined\n    ): ForecastStatistics = {\n      val __obj = js.Dynamic.literal()\n      FaultCountHigh.foreach(__v => __obj.updateDynamic(\"FaultCountHigh\")(__v.asInstanceOf[js.Any]))\n      FaultCountLow.foreach(__v => __obj.updateDynamic(\"FaultCountLow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ForecastStatistics]\n    }\n  }\n\n  @js.native\n  trait GetEncryptionConfigRequest extends js.Object\n\n  object GetEncryptionConfigRequest {\n    @inline\n    def apply(): GetEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[GetEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetEncryptionConfigResult extends js.Object {\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n  }\n\n  object GetEncryptionConfigResult {\n    @inline\n    def apply(\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined\n    ): GetEncryptionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEncryptionConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetGroupRequest extends js.Object {\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object GetGroupRequest {\n    @inline\n    def apply(\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): GetGroupRequest = {\n      val __obj = js.Dynamic.literal()\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetGroupResult extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object GetGroupResult {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): GetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupResult]\n    }\n  }\n\n  @js.native\n  trait GetGroupsRequest extends js.Object {\n    var NextToken: js.UndefOr[GetGroupsNextToken]\n  }\n\n  object GetGroupsRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[GetGroupsNextToken] = js.undefined\n    ): GetGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait GetGroupsResult extends js.Object {\n    var Groups: js.UndefOr[GroupSummaryList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetGroupsResult {\n    @inline\n    def apply(\n        Groups: js.UndefOr[GroupSummaryList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetGroupsResult = {\n      val __obj = js.Dynamic.literal()\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupsResult]\n    }\n  }\n\n  @js.native\n  trait GetInsightEventsRequest extends js.Object {\n    var InsightId: InsightId\n    var MaxResults: js.UndefOr[GetInsightEventsMaxResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetInsightEventsRequest {\n    @inline\n    def apply(\n        InsightId: InsightId,\n        MaxResults: js.UndefOr[GetInsightEventsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetInsightEventsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InsightId\" -> InsightId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightEventsRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightEventsResult extends js.Object {\n    var InsightEvents: js.UndefOr[InsightEventList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetInsightEventsResult {\n    @inline\n    def apply(\n        InsightEvents: js.UndefOr[InsightEventList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetInsightEventsResult = {\n      val __obj = js.Dynamic.literal()\n      InsightEvents.foreach(__v => __obj.updateDynamic(\"InsightEvents\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightEventsResult]\n    }\n  }\n\n  @js.native\n  trait GetInsightImpactGraphRequest extends js.Object {\n    var EndTime: Timestamp\n    var InsightId: InsightId\n    var StartTime: Timestamp\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetInsightImpactGraphRequest {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        InsightId: InsightId,\n        StartTime: Timestamp,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetInsightImpactGraphRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"InsightId\" -> InsightId.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightImpactGraphRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightImpactGraphResult extends js.Object {\n    var EndTime: js.UndefOr[Timestamp]\n    var InsightId: js.UndefOr[InsightId]\n    var NextToken: js.UndefOr[Token]\n    var ServiceGraphEndTime: js.UndefOr[Timestamp]\n    var ServiceGraphStartTime: js.UndefOr[Timestamp]\n    var Services: js.UndefOr[InsightImpactGraphServiceList]\n    var StartTime: js.UndefOr[Timestamp]\n  }\n\n  object GetInsightImpactGraphResult {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        InsightId: js.UndefOr[InsightId] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        ServiceGraphEndTime: js.UndefOr[Timestamp] = js.undefined,\n        ServiceGraphStartTime: js.UndefOr[Timestamp] = js.undefined,\n        Services: js.UndefOr[InsightImpactGraphServiceList] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined\n    ): GetInsightImpactGraphResult = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      InsightId.foreach(__v => __obj.updateDynamic(\"InsightId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ServiceGraphEndTime.foreach(__v => __obj.updateDynamic(\"ServiceGraphEndTime\")(__v.asInstanceOf[js.Any]))\n      ServiceGraphStartTime.foreach(__v => __obj.updateDynamic(\"ServiceGraphStartTime\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightImpactGraphResult]\n    }\n  }\n\n  @js.native\n  trait GetInsightRequest extends js.Object {\n    var InsightId: InsightId\n  }\n\n  object GetInsightRequest {\n    @inline\n    def apply(\n        InsightId: InsightId\n    ): GetInsightRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InsightId\" -> InsightId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInsightRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightResult extends js.Object {\n    var Insight: js.UndefOr[Insight]\n  }\n\n  object GetInsightResult {\n    @inline\n    def apply(\n        Insight: js.UndefOr[Insight] = js.undefined\n    ): GetInsightResult = {\n      val __obj = js.Dynamic.literal()\n      Insight.foreach(__v => __obj.updateDynamic(\"Insight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightResult]\n    }\n  }\n\n  @js.native\n  trait GetInsightSummariesRequest extends js.Object {\n    var EndTime: Timestamp\n    var StartTime: Timestamp\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var MaxResults: js.UndefOr[GetInsightSummariesMaxResults]\n    var NextToken: js.UndefOr[Token]\n    var States: js.UndefOr[InsightStateList]\n  }\n\n  object GetInsightSummariesRequest {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        StartTime: Timestamp,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        MaxResults: js.UndefOr[GetInsightSummariesMaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        States: js.UndefOr[InsightStateList] = js.undefined\n    ): GetInsightSummariesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      States.foreach(__v => __obj.updateDynamic(\"States\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait GetInsightSummariesResult extends js.Object {\n    var InsightSummaries: js.UndefOr[InsightSummaryList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetInsightSummariesResult {\n    @inline\n    def apply(\n        InsightSummaries: js.UndefOr[InsightSummaryList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetInsightSummariesResult = {\n      val __obj = js.Dynamic.literal()\n      InsightSummaries.foreach(__v => __obj.updateDynamic(\"InsightSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInsightSummariesResult]\n    }\n  }\n\n  @js.native\n  trait GetSamplingRulesRequest extends js.Object {\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetSamplingRulesRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetSamplingRulesRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSamplingRulesRequest]\n    }\n  }\n\n  @js.native\n  trait GetSamplingRulesResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var SamplingRuleRecords: js.UndefOr[SamplingRuleRecordList]\n  }\n\n  object GetSamplingRulesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        SamplingRuleRecords: js.UndefOr[SamplingRuleRecordList] = js.undefined\n    ): GetSamplingRulesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SamplingRuleRecords.foreach(__v => __obj.updateDynamic(\"SamplingRuleRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSamplingRulesResult]\n    }\n  }\n\n  @js.native\n  trait GetSamplingStatisticSummariesRequest extends js.Object {\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetSamplingStatisticSummariesRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetSamplingStatisticSummariesRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSamplingStatisticSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait GetSamplingStatisticSummariesResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var SamplingStatisticSummaries: js.UndefOr[SamplingStatisticSummaryList]\n  }\n\n  object GetSamplingStatisticSummariesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        SamplingStatisticSummaries: js.UndefOr[SamplingStatisticSummaryList] = js.undefined\n    ): GetSamplingStatisticSummariesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SamplingStatisticSummaries.foreach(__v => __obj.updateDynamic(\"SamplingStatisticSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSamplingStatisticSummariesResult]\n    }\n  }\n\n  @js.native\n  trait GetSamplingTargetsRequest extends js.Object {\n    var SamplingStatisticsDocuments: SamplingStatisticsDocumentList\n  }\n\n  object GetSamplingTargetsRequest {\n    @inline\n    def apply(\n        SamplingStatisticsDocuments: SamplingStatisticsDocumentList\n    ): GetSamplingTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SamplingStatisticsDocuments\" -> SamplingStatisticsDocuments.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSamplingTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait GetSamplingTargetsResult extends js.Object {\n    var LastRuleModification: js.UndefOr[Timestamp]\n    var SamplingTargetDocuments: js.UndefOr[SamplingTargetDocumentList]\n    var UnprocessedStatistics: js.UndefOr[UnprocessedStatisticsList]\n  }\n\n  object GetSamplingTargetsResult {\n    @inline\n    def apply(\n        LastRuleModification: js.UndefOr[Timestamp] = js.undefined,\n        SamplingTargetDocuments: js.UndefOr[SamplingTargetDocumentList] = js.undefined,\n        UnprocessedStatistics: js.UndefOr[UnprocessedStatisticsList] = js.undefined\n    ): GetSamplingTargetsResult = {\n      val __obj = js.Dynamic.literal()\n      LastRuleModification.foreach(__v => __obj.updateDynamic(\"LastRuleModification\")(__v.asInstanceOf[js.Any]))\n      SamplingTargetDocuments.foreach(__v => __obj.updateDynamic(\"SamplingTargetDocuments\")(__v.asInstanceOf[js.Any]))\n      UnprocessedStatistics.foreach(__v => __obj.updateDynamic(\"UnprocessedStatistics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSamplingTargetsResult]\n    }\n  }\n\n  @js.native\n  trait GetServiceGraphRequest extends js.Object {\n    var EndTime: Timestamp\n    var StartTime: Timestamp\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetServiceGraphRequest {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        StartTime: Timestamp,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetServiceGraphRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceGraphRequest]\n    }\n  }\n\n  @js.native\n  trait GetServiceGraphResult extends js.Object {\n    var ContainsOldGroupVersions: js.UndefOr[Boolean]\n    var EndTime: js.UndefOr[Timestamp]\n    var NextToken: js.UndefOr[String]\n    var Services: js.UndefOr[ServiceList]\n    var StartTime: js.UndefOr[Timestamp]\n  }\n\n  object GetServiceGraphResult {\n    @inline\n    def apply(\n        ContainsOldGroupVersions: js.UndefOr[Boolean] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Services: js.UndefOr[ServiceList] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined\n    ): GetServiceGraphResult = {\n      val __obj = js.Dynamic.literal()\n      ContainsOldGroupVersions.foreach(__v => __obj.updateDynamic(\"ContainsOldGroupVersions\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceGraphResult]\n    }\n  }\n\n  @js.native\n  trait GetTimeSeriesServiceStatisticsRequest extends js.Object {\n    var EndTime: Timestamp\n    var StartTime: Timestamp\n    var EntitySelectorExpression: js.UndefOr[EntitySelectorExpression]\n    var ForecastStatistics: js.UndefOr[NullableBoolean]\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var NextToken: js.UndefOr[String]\n    var Period: js.UndefOr[NullableInteger]\n  }\n\n  object GetTimeSeriesServiceStatisticsRequest {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        StartTime: Timestamp,\n        EntitySelectorExpression: js.UndefOr[EntitySelectorExpression] = js.undefined,\n        ForecastStatistics: js.UndefOr[NullableBoolean] = js.undefined,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Period: js.UndefOr[NullableInteger] = js.undefined\n    ): GetTimeSeriesServiceStatisticsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      EntitySelectorExpression.foreach(__v => __obj.updateDynamic(\"EntitySelectorExpression\")(__v.asInstanceOf[js.Any]))\n      ForecastStatistics.foreach(__v => __obj.updateDynamic(\"ForecastStatistics\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Period.foreach(__v => __obj.updateDynamic(\"Period\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTimeSeriesServiceStatisticsRequest]\n    }\n  }\n\n  @js.native\n  trait GetTimeSeriesServiceStatisticsResult extends js.Object {\n    var ContainsOldGroupVersions: js.UndefOr[Boolean]\n    var NextToken: js.UndefOr[String]\n    var TimeSeriesServiceStatistics: js.UndefOr[TimeSeriesServiceStatisticsList]\n  }\n\n  object GetTimeSeriesServiceStatisticsResult {\n    @inline\n    def apply(\n        ContainsOldGroupVersions: js.UndefOr[Boolean] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        TimeSeriesServiceStatistics: js.UndefOr[TimeSeriesServiceStatisticsList] = js.undefined\n    ): GetTimeSeriesServiceStatisticsResult = {\n      val __obj = js.Dynamic.literal()\n      ContainsOldGroupVersions.foreach(__v => __obj.updateDynamic(\"ContainsOldGroupVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TimeSeriesServiceStatistics.foreach(__v => __obj.updateDynamic(\"TimeSeriesServiceStatistics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTimeSeriesServiceStatisticsResult]\n    }\n  }\n\n  @js.native\n  trait GetTraceGraphRequest extends js.Object {\n    var TraceIds: TraceIdList\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetTraceGraphRequest {\n    @inline\n    def apply(\n        TraceIds: TraceIdList,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetTraceGraphRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TraceIds\" -> TraceIds.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTraceGraphRequest]\n    }\n  }\n\n  @js.native\n  trait GetTraceGraphResult extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Services: js.UndefOr[ServiceList]\n  }\n\n  object GetTraceGraphResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Services: js.UndefOr[ServiceList] = js.undefined\n    ): GetTraceGraphResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTraceGraphResult]\n    }\n  }\n\n  @js.native\n  trait GetTraceSummariesRequest extends js.Object {\n    var EndTime: Timestamp\n    var StartTime: Timestamp\n    var FilterExpression: js.UndefOr[FilterExpression]\n    var NextToken: js.UndefOr[String]\n    var Sampling: js.UndefOr[NullableBoolean]\n    var SamplingStrategy: js.UndefOr[SamplingStrategy]\n    var TimeRangeType: js.UndefOr[TimeRangeType]\n  }\n\n  object GetTraceSummariesRequest {\n    @inline\n    def apply(\n        EndTime: Timestamp,\n        StartTime: Timestamp,\n        FilterExpression: js.UndefOr[FilterExpression] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Sampling: js.UndefOr[NullableBoolean] = js.undefined,\n        SamplingStrategy: js.UndefOr[SamplingStrategy] = js.undefined,\n        TimeRangeType: js.UndefOr[TimeRangeType] = js.undefined\n    ): GetTraceSummariesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Sampling.foreach(__v => __obj.updateDynamic(\"Sampling\")(__v.asInstanceOf[js.Any]))\n      SamplingStrategy.foreach(__v => __obj.updateDynamic(\"SamplingStrategy\")(__v.asInstanceOf[js.Any]))\n      TimeRangeType.foreach(__v => __obj.updateDynamic(\"TimeRangeType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTraceSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait GetTraceSummariesResult extends js.Object {\n    var ApproximateTime: js.UndefOr[Timestamp]\n    var NextToken: js.UndefOr[String]\n    var TraceSummaries: js.UndefOr[TraceSummaryList]\n    var TracesProcessedCount: js.UndefOr[NullableLong]\n  }\n\n  object GetTraceSummariesResult {\n    @inline\n    def apply(\n        ApproximateTime: js.UndefOr[Timestamp] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        TraceSummaries: js.UndefOr[TraceSummaryList] = js.undefined,\n        TracesProcessedCount: js.UndefOr[NullableLong] = js.undefined\n    ): GetTraceSummariesResult = {\n      val __obj = js.Dynamic.literal()\n      ApproximateTime.foreach(__v => __obj.updateDynamic(\"ApproximateTime\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TraceSummaries.foreach(__v => __obj.updateDynamic(\"TraceSummaries\")(__v.asInstanceOf[js.Any]))\n      TracesProcessedCount.foreach(__v => __obj.updateDynamic(\"TracesProcessedCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTraceSummariesResult]\n    }\n  }\n\n  \/** Details and metadata for a group.\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var FilterExpression: js.UndefOr[String]\n    var GroupARN: js.UndefOr[String]\n    var GroupName: js.UndefOr[String]\n    var InsightsConfiguration: js.UndefOr[InsightsConfiguration]\n  }\n\n  object Group {\n    @inline\n    def apply(\n        FilterExpression: js.UndefOr[String] = js.undefined,\n        GroupARN: js.UndefOr[String] = js.undefined,\n        GroupName: js.UndefOr[String] = js.undefined,\n        InsightsConfiguration: js.UndefOr[InsightsConfiguration] = js.undefined\n    ): Group = {\n      val __obj = js.Dynamic.literal()\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      InsightsConfiguration.foreach(__v => __obj.updateDynamic(\"InsightsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  \/** Details for a group without metadata.\n    *\/\n  @js.native\n  trait GroupSummary extends js.Object {\n    var FilterExpression: js.UndefOr[String]\n    var GroupARN: js.UndefOr[String]\n    var GroupName: js.UndefOr[String]\n    var InsightsConfiguration: js.UndefOr[InsightsConfiguration]\n  }\n\n  object GroupSummary {\n    @inline\n    def apply(\n        FilterExpression: js.UndefOr[String] = js.undefined,\n        GroupARN: js.UndefOr[String] = js.undefined,\n        GroupName: js.UndefOr[String] = js.undefined,\n        InsightsConfiguration: js.UndefOr[InsightsConfiguration] = js.undefined\n    ): GroupSummary = {\n      val __obj = js.Dynamic.literal()\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      InsightsConfiguration.foreach(__v => __obj.updateDynamic(\"InsightsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupSummary]\n    }\n  }\n\n  \/** An entry in a histogram for a statistic. A histogram maps the range of observed values on the X axis, and the prevalence of each value on the Y axis.\n    *\/\n  @js.native\n  trait HistogramEntry extends js.Object {\n    var Count: js.UndefOr[Int]\n    var Value: js.UndefOr[Double]\n  }\n\n  object HistogramEntry {\n    @inline\n    def apply(\n        Count: js.UndefOr[Int] = js.undefined,\n        Value: js.UndefOr[Double] = js.undefined\n    ): HistogramEntry = {\n      val __obj = js.Dynamic.literal()\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HistogramEntry]\n    }\n  }\n\n  \/** Information about an HTTP request.\n    *\/\n  @js.native\n  trait Http extends js.Object {\n    var ClientIp: js.UndefOr[String]\n    var HttpMethod: js.UndefOr[String]\n    var HttpStatus: js.UndefOr[NullableInteger]\n    var HttpURL: js.UndefOr[String]\n    var UserAgent: js.UndefOr[String]\n  }\n\n  object Http {\n    @inline\n    def apply(\n        ClientIp: js.UndefOr[String] = js.undefined,\n        HttpMethod: js.UndefOr[String] = js.undefined,\n        HttpStatus: js.UndefOr[NullableInteger] = js.undefined,\n        HttpURL: js.UndefOr[String] = js.undefined,\n        UserAgent: js.UndefOr[String] = js.undefined\n    ): Http = {\n      val __obj = js.Dynamic.literal()\n      ClientIp.foreach(__v => __obj.updateDynamic(\"ClientIp\")(__v.asInstanceOf[js.Any]))\n      HttpMethod.foreach(__v => __obj.updateDynamic(\"HttpMethod\")(__v.asInstanceOf[js.Any]))\n      HttpStatus.foreach(__v => __obj.updateDynamic(\"HttpStatus\")(__v.asInstanceOf[js.Any]))\n      HttpURL.foreach(__v => __obj.updateDynamic(\"HttpURL\")(__v.asInstanceOf[js.Any]))\n      UserAgent.foreach(__v => __obj.updateDynamic(\"UserAgent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Http]\n    }\n  }\n\n  \/** When fault rates go outside of the expected range, X-Ray creates an insight. Insights tracks emergent issues within your applications.\n    *\/\n  @js.native\n  trait Insight extends js.Object {\n    var Categories: js.UndefOr[InsightCategoryList]\n    var ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var EndTime: js.UndefOr[Timestamp]\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var InsightId: js.UndefOr[InsightId]\n    var RootCauseServiceId: js.UndefOr[ServiceId]\n    var RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var StartTime: js.UndefOr[Timestamp]\n    var State: js.UndefOr[InsightState]\n    var Summary: js.UndefOr[InsightSummaryText]\n    var TopAnomalousServices: js.UndefOr[AnomalousServiceList]\n  }\n\n  object Insight {\n    @inline\n    def apply(\n        Categories: js.UndefOr[InsightCategoryList] = js.undefined,\n        ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        InsightId: js.UndefOr[InsightId] = js.undefined,\n        RootCauseServiceId: js.UndefOr[ServiceId] = js.undefined,\n        RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        State: js.UndefOr[InsightState] = js.undefined,\n        Summary: js.UndefOr[InsightSummaryText] = js.undefined,\n        TopAnomalousServices: js.UndefOr[AnomalousServiceList] = js.undefined\n    ): Insight = {\n      val __obj = js.Dynamic.literal()\n      Categories.foreach(__v => __obj.updateDynamic(\"Categories\")(__v.asInstanceOf[js.Any]))\n      ClientRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"ClientRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      InsightId.foreach(__v => __obj.updateDynamic(\"InsightId\")(__v.asInstanceOf[js.Any]))\n      RootCauseServiceId.foreach(__v => __obj.updateDynamic(\"RootCauseServiceId\")(__v.asInstanceOf[js.Any]))\n      RootCauseServiceRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"RootCauseServiceRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      TopAnomalousServices.foreach(__v => __obj.updateDynamic(\"TopAnomalousServices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Insight]\n    }\n  }\n\n  @js.native\n  sealed trait InsightCategory extends js.Any\n  object InsightCategory {\n    val FAULT = \"FAULT\".asInstanceOf[InsightCategory]\n\n    @inline def values = js.Array(FAULT)\n  }\n\n  \/** X-Ray reevaluates insights periodically until they are resolved, and records each intermediate state in an event. You can review incident events in the Impact Timeline on the Inspect page in the X-Ray console.\n    *\/\n  @js.native\n  trait InsightEvent extends js.Object {\n    var ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var EventTime: js.UndefOr[Timestamp]\n    var RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var Summary: js.UndefOr[EventSummaryText]\n    var TopAnomalousServices: js.UndefOr[AnomalousServiceList]\n  }\n\n  object InsightEvent {\n    @inline\n    def apply(\n        ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        EventTime: js.UndefOr[Timestamp] = js.undefined,\n        RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        Summary: js.UndefOr[EventSummaryText] = js.undefined,\n        TopAnomalousServices: js.UndefOr[AnomalousServiceList] = js.undefined\n    ): InsightEvent = {\n      val __obj = js.Dynamic.literal()\n      ClientRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"ClientRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      EventTime.foreach(__v => __obj.updateDynamic(\"EventTime\")(__v.asInstanceOf[js.Any]))\n      RootCauseServiceRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"RootCauseServiceRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      TopAnomalousServices.foreach(__v => __obj.updateDynamic(\"TopAnomalousServices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightEvent]\n    }\n  }\n\n  \/** The connection between two service in an insight impact graph.\n    *\/\n  @js.native\n  trait InsightImpactGraphEdge extends js.Object {\n    var ReferenceId: js.UndefOr[NullableInteger]\n  }\n\n  object InsightImpactGraphEdge {\n    @inline\n    def apply(\n        ReferenceId: js.UndefOr[NullableInteger] = js.undefined\n    ): InsightImpactGraphEdge = {\n      val __obj = js.Dynamic.literal()\n      ReferenceId.foreach(__v => __obj.updateDynamic(\"ReferenceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightImpactGraphEdge]\n    }\n  }\n\n  \/** Information about an application that processed requests, users that made requests, or downstream services, resources, and applications that an application used.\n    *\/\n  @js.native\n  trait InsightImpactGraphService extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var Edges: js.UndefOr[InsightImpactGraphEdgeList]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var ReferenceId: js.UndefOr[NullableInteger]\n    var Type: js.UndefOr[String]\n  }\n\n  object InsightImpactGraphService {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        Edges: js.UndefOr[InsightImpactGraphEdgeList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        ReferenceId: js.UndefOr[NullableInteger] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): InsightImpactGraphService = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Edges.foreach(__v => __obj.updateDynamic(\"Edges\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      ReferenceId.foreach(__v => __obj.updateDynamic(\"ReferenceId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightImpactGraphService]\n    }\n  }\n\n  @js.native\n  sealed trait InsightState extends js.Any\n  object InsightState {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[InsightState]\n    val CLOSED = \"CLOSED\".asInstanceOf[InsightState]\n\n    @inline def values = js.Array(ACTIVE, CLOSED)\n  }\n\n  \/** Information that describes an insight.\n    *\/\n  @js.native\n  trait InsightSummary extends js.Object {\n    var Categories: js.UndefOr[InsightCategoryList]\n    var ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var EndTime: js.UndefOr[Timestamp]\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var InsightId: js.UndefOr[InsightId]\n    var LastUpdateTime: js.UndefOr[Timestamp]\n    var RootCauseServiceId: js.UndefOr[ServiceId]\n    var RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics]\n    var StartTime: js.UndefOr[Timestamp]\n    var State: js.UndefOr[InsightState]\n    var Summary: js.UndefOr[InsightSummaryText]\n    var TopAnomalousServices: js.UndefOr[AnomalousServiceList]\n  }\n\n  object InsightSummary {\n    @inline\n    def apply(\n        Categories: js.UndefOr[InsightCategoryList] = js.undefined,\n        ClientRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        InsightId: js.UndefOr[InsightId] = js.undefined,\n        LastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        RootCauseServiceId: js.UndefOr[ServiceId] = js.undefined,\n        RootCauseServiceRequestImpactStatistics: js.UndefOr[RequestImpactStatistics] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        State: js.UndefOr[InsightState] = js.undefined,\n        Summary: js.UndefOr[InsightSummaryText] = js.undefined,\n        TopAnomalousServices: js.UndefOr[AnomalousServiceList] = js.undefined\n    ): InsightSummary = {\n      val __obj = js.Dynamic.literal()\n      Categories.foreach(__v => __obj.updateDynamic(\"Categories\")(__v.asInstanceOf[js.Any]))\n      ClientRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"ClientRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      InsightId.foreach(__v => __obj.updateDynamic(\"InsightId\")(__v.asInstanceOf[js.Any]))\n      LastUpdateTime.foreach(__v => __obj.updateDynamic(\"LastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      RootCauseServiceId.foreach(__v => __obj.updateDynamic(\"RootCauseServiceId\")(__v.asInstanceOf[js.Any]))\n      RootCauseServiceRequestImpactStatistics.foreach(__v => __obj.updateDynamic(\"RootCauseServiceRequestImpactStatistics\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      TopAnomalousServices.foreach(__v => __obj.updateDynamic(\"TopAnomalousServices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightSummary]\n    }\n  }\n\n  \/** The structure containing configurations related to insights.\n    *\/\n  @js.native\n  trait InsightsConfiguration extends js.Object {\n    var InsightsEnabled: js.UndefOr[NullableBoolean]\n    var NotificationsEnabled: js.UndefOr[NullableBoolean]\n  }\n\n  object InsightsConfiguration {\n    @inline\n    def apply(\n        InsightsEnabled: js.UndefOr[NullableBoolean] = js.undefined,\n        NotificationsEnabled: js.UndefOr[NullableBoolean] = js.undefined\n    ): InsightsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      InsightsEnabled.foreach(__v => __obj.updateDynamic(\"InsightsEnabled\")(__v.asInstanceOf[js.Any]))\n      NotificationsEnabled.foreach(__v => __obj.updateDynamic(\"NotificationsEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InsightsConfiguration]\n    }\n  }\n\n  \/** A list of EC2 instance IDs corresponding to the segments in a trace.\n    *\/\n  @js.native\n  trait InstanceIdDetail extends js.Object {\n    var Id: js.UndefOr[String]\n  }\n\n  object InstanceIdDetail {\n    @inline\n    def apply(\n        Id: js.UndefOr[String] = js.undefined\n    ): InstanceIdDetail = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceIdDetail]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait PutEncryptionConfigRequest extends js.Object {\n    var Type: EncryptionType\n    var KeyId: js.UndefOr[EncryptionKeyId]\n  }\n\n  object PutEncryptionConfigRequest {\n    @inline\n    def apply(\n        Type: EncryptionType,\n        KeyId: js.UndefOr[EncryptionKeyId] = js.undefined\n    ): PutEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait PutEncryptionConfigResult extends js.Object {\n    var EncryptionConfig: js.UndefOr[EncryptionConfig]\n  }\n\n  object PutEncryptionConfigResult {\n    @inline\n    def apply(\n        EncryptionConfig: js.UndefOr[EncryptionConfig] = js.undefined\n    ): PutEncryptionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      EncryptionConfig.foreach(__v => __obj.updateDynamic(\"EncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutEncryptionConfigResult]\n    }\n  }\n\n  @js.native\n  trait PutTelemetryRecordsRequest extends js.Object {\n    var TelemetryRecords: TelemetryRecordList\n    var EC2InstanceId: js.UndefOr[EC2InstanceId]\n    var Hostname: js.UndefOr[Hostname]\n    var ResourceARN: js.UndefOr[ResourceARN]\n  }\n\n  object PutTelemetryRecordsRequest {\n    @inline\n    def apply(\n        TelemetryRecords: TelemetryRecordList,\n        EC2InstanceId: js.UndefOr[EC2InstanceId] = js.undefined,\n        Hostname: js.UndefOr[Hostname] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined\n    ): PutTelemetryRecordsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TelemetryRecords\" -> TelemetryRecords.asInstanceOf[js.Any]\n      )\n\n      EC2InstanceId.foreach(__v => __obj.updateDynamic(\"EC2InstanceId\")(__v.asInstanceOf[js.Any]))\n      Hostname.foreach(__v => __obj.updateDynamic(\"Hostname\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutTelemetryRecordsRequest]\n    }\n  }\n\n  @js.native\n  trait PutTelemetryRecordsResult extends js.Object\n\n  object PutTelemetryRecordsResult {\n    @inline\n    def apply(): PutTelemetryRecordsResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutTelemetryRecordsResult]\n    }\n  }\n\n  @js.native\n  trait PutTraceSegmentsRequest extends js.Object {\n    var TraceSegmentDocuments: TraceSegmentDocumentList\n  }\n\n  object PutTraceSegmentsRequest {\n    @inline\n    def apply(\n        TraceSegmentDocuments: TraceSegmentDocumentList\n    ): PutTraceSegmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TraceSegmentDocuments\" -> TraceSegmentDocuments.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutTraceSegmentsRequest]\n    }\n  }\n\n  @js.native\n  trait PutTraceSegmentsResult extends js.Object {\n    var UnprocessedTraceSegments: js.UndefOr[UnprocessedTraceSegmentList]\n  }\n\n  object PutTraceSegmentsResult {\n    @inline\n    def apply(\n        UnprocessedTraceSegments: js.UndefOr[UnprocessedTraceSegmentList] = js.undefined\n    ): PutTraceSegmentsResult = {\n      val __obj = js.Dynamic.literal()\n      UnprocessedTraceSegments.foreach(__v => __obj.updateDynamic(\"UnprocessedTraceSegments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutTraceSegmentsResult]\n    }\n  }\n\n  \/** Statistics that describe how the incident has impacted a service.\n    *\/\n  @js.native\n  trait RequestImpactStatistics extends js.Object {\n    var FaultCount: js.UndefOr[NullableLong]\n    var OkCount: js.UndefOr[NullableLong]\n    var TotalCount: js.UndefOr[NullableLong]\n  }\n\n  object RequestImpactStatistics {\n    @inline\n    def apply(\n        FaultCount: js.UndefOr[NullableLong] = js.undefined,\n        OkCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalCount: js.UndefOr[NullableLong] = js.undefined\n    ): RequestImpactStatistics = {\n      val __obj = js.Dynamic.literal()\n      FaultCount.foreach(__v => __obj.updateDynamic(\"FaultCount\")(__v.asInstanceOf[js.Any]))\n      OkCount.foreach(__v => __obj.updateDynamic(\"OkCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RequestImpactStatistics]\n    }\n  }\n\n  \/** A list of resources ARNs corresponding to the segments in a trace.\n    *\/\n  @js.native\n  trait ResourceARNDetail extends js.Object {\n    var ARN: js.UndefOr[String]\n  }\n\n  object ResourceARNDetail {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined\n    ): ResourceARNDetail = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceARNDetail]\n    }\n  }\n\n  \/** The root cause information for a response time warning.\n    *\/\n  @js.native\n  trait ResponseTimeRootCause extends js.Object {\n    var ClientImpacting: js.UndefOr[NullableBoolean]\n    var Services: js.UndefOr[ResponseTimeRootCauseServices]\n  }\n\n  object ResponseTimeRootCause {\n    @inline\n    def apply(\n        ClientImpacting: js.UndefOr[NullableBoolean] = js.undefined,\n        Services: js.UndefOr[ResponseTimeRootCauseServices] = js.undefined\n    ): ResponseTimeRootCause = {\n      val __obj = js.Dynamic.literal()\n      ClientImpacting.foreach(__v => __obj.updateDynamic(\"ClientImpacting\")(__v.asInstanceOf[js.Any]))\n      Services.foreach(__v => __obj.updateDynamic(\"Services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResponseTimeRootCause]\n    }\n  }\n\n  \/** A collection of segments and corresponding subsegments associated to a response time warning.\n    *\/\n  @js.native\n  trait ResponseTimeRootCauseEntity extends js.Object {\n    var Coverage: js.UndefOr[NullableDouble]\n    var Name: js.UndefOr[String]\n    var Remote: js.UndefOr[NullableBoolean]\n  }\n\n  object ResponseTimeRootCauseEntity {\n    @inline\n    def apply(\n        Coverage: js.UndefOr[NullableDouble] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Remote: js.UndefOr[NullableBoolean] = js.undefined\n    ): ResponseTimeRootCauseEntity = {\n      val __obj = js.Dynamic.literal()\n      Coverage.foreach(__v => __obj.updateDynamic(\"Coverage\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Remote.foreach(__v => __obj.updateDynamic(\"Remote\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResponseTimeRootCauseEntity]\n    }\n  }\n\n  \/** A collection of fields identifying the service in a response time warning.\n    *\/\n  @js.native\n  trait ResponseTimeRootCauseService extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var EntityPath: js.UndefOr[ResponseTimeRootCauseEntityPath]\n    var Inferred: js.UndefOr[NullableBoolean]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var Type: js.UndefOr[String]\n  }\n\n  object ResponseTimeRootCauseService {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        EntityPath: js.UndefOr[ResponseTimeRootCauseEntityPath] = js.undefined,\n        Inferred: js.UndefOr[NullableBoolean] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): ResponseTimeRootCauseService = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      EntityPath.foreach(__v => __obj.updateDynamic(\"EntityPath\")(__v.asInstanceOf[js.Any]))\n      Inferred.foreach(__v => __obj.updateDynamic(\"Inferred\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResponseTimeRootCauseService]\n    }\n  }\n\n  \/** The exception associated with a root cause.\n    *\/\n  @js.native\n  trait RootCauseException extends js.Object {\n    var Message: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object RootCauseException {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): RootCauseException = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RootCauseException]\n    }\n  }\n\n  \/** A sampling rule that services use to decide whether to instrument a request. Rule fields can match properties of the service, or properties of a request. The service can ignore rules that don't match its properties.\n    *\/\n  @js.native\n  trait SamplingRule extends js.Object {\n    var FixedRate: FixedRate\n    var HTTPMethod: HTTPMethod\n    var Host: Host\n    var Priority: Priority\n    var ReservoirSize: ReservoirSize\n    var ResourceARN: ResourceARN\n    var ServiceName: ServiceName\n    var ServiceType: ServiceType\n    var URLPath: URLPath\n    var Version: Version\n    var Attributes: js.UndefOr[AttributeMap]\n    var RuleARN: js.UndefOr[String]\n    var RuleName: js.UndefOr[RuleName]\n  }\n\n  object SamplingRule {\n    @inline\n    def apply(\n        FixedRate: FixedRate,\n        HTTPMethod: HTTPMethod,\n        Host: Host,\n        Priority: Priority,\n        ReservoirSize: ReservoirSize,\n        ResourceARN: ResourceARN,\n        ServiceName: ServiceName,\n        ServiceType: ServiceType,\n        URLPath: URLPath,\n        Version: Version,\n        Attributes: js.UndefOr[AttributeMap] = js.undefined,\n        RuleARN: js.UndefOr[String] = js.undefined,\n        RuleName: js.UndefOr[RuleName] = js.undefined\n    ): SamplingRule = {\n      val __obj = js.Dynamic.literal(\n        \"FixedRate\" -> FixedRate.asInstanceOf[js.Any],\n        \"HTTPMethod\" -> HTTPMethod.asInstanceOf[js.Any],\n        \"Host\" -> Host.asInstanceOf[js.Any],\n        \"Priority\" -> Priority.asInstanceOf[js.Any],\n        \"ReservoirSize\" -> ReservoirSize.asInstanceOf[js.Any],\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any],\n        \"ServiceType\" -> ServiceType.asInstanceOf[js.Any],\n        \"URLPath\" -> URLPath.asInstanceOf[js.Any],\n        \"Version\" -> Version.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      RuleARN.foreach(__v => __obj.updateDynamic(\"RuleARN\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingRule]\n    }\n  }\n\n  \/** A <a>SamplingRule<\/a> and its metadata.\n    *\/\n  @js.native\n  trait SamplingRuleRecord extends js.Object {\n    var CreatedAt: js.UndefOr[Timestamp]\n    var ModifiedAt: js.UndefOr[Timestamp]\n    var SamplingRule: js.UndefOr[SamplingRule]\n  }\n\n  object SamplingRuleRecord {\n    @inline\n    def apply(\n        CreatedAt: js.UndefOr[Timestamp] = js.undefined,\n        ModifiedAt: js.UndefOr[Timestamp] = js.undefined,\n        SamplingRule: js.UndefOr[SamplingRule] = js.undefined\n    ): SamplingRuleRecord = {\n      val __obj = js.Dynamic.literal()\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      ModifiedAt.foreach(__v => __obj.updateDynamic(\"ModifiedAt\")(__v.asInstanceOf[js.Any]))\n      SamplingRule.foreach(__v => __obj.updateDynamic(\"SamplingRule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingRuleRecord]\n    }\n  }\n\n  \/** A document specifying changes to a sampling rule's configuration.\n    *\/\n  @js.native\n  trait SamplingRuleUpdate extends js.Object {\n    var Attributes: js.UndefOr[AttributeMap]\n    var FixedRate: js.UndefOr[NullableDouble]\n    var HTTPMethod: js.UndefOr[HTTPMethod]\n    var Host: js.UndefOr[Host]\n    var Priority: js.UndefOr[NullableInteger]\n    var ReservoirSize: js.UndefOr[NullableInteger]\n    var ResourceARN: js.UndefOr[ResourceARN]\n    var RuleARN: js.UndefOr[String]\n    var RuleName: js.UndefOr[RuleName]\n    var ServiceName: js.UndefOr[ServiceName]\n    var ServiceType: js.UndefOr[ServiceType]\n    var URLPath: js.UndefOr[URLPath]\n  }\n\n  object SamplingRuleUpdate {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[AttributeMap] = js.undefined,\n        FixedRate: js.UndefOr[NullableDouble] = js.undefined,\n        HTTPMethod: js.UndefOr[HTTPMethod] = js.undefined,\n        Host: js.UndefOr[Host] = js.undefined,\n        Priority: js.UndefOr[NullableInteger] = js.undefined,\n        ReservoirSize: js.UndefOr[NullableInteger] = js.undefined,\n        ResourceARN: js.UndefOr[ResourceARN] = js.undefined,\n        RuleARN: js.UndefOr[String] = js.undefined,\n        RuleName: js.UndefOr[RuleName] = js.undefined,\n        ServiceName: js.UndefOr[ServiceName] = js.undefined,\n        ServiceType: js.UndefOr[ServiceType] = js.undefined,\n        URLPath: js.UndefOr[URLPath] = js.undefined\n    ): SamplingRuleUpdate = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      FixedRate.foreach(__v => __obj.updateDynamic(\"FixedRate\")(__v.asInstanceOf[js.Any]))\n      HTTPMethod.foreach(__v => __obj.updateDynamic(\"HTTPMethod\")(__v.asInstanceOf[js.Any]))\n      Host.foreach(__v => __obj.updateDynamic(\"Host\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ReservoirSize.foreach(__v => __obj.updateDynamic(\"ReservoirSize\")(__v.asInstanceOf[js.Any]))\n      ResourceARN.foreach(__v => __obj.updateDynamic(\"ResourceARN\")(__v.asInstanceOf[js.Any]))\n      RuleARN.foreach(__v => __obj.updateDynamic(\"RuleARN\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      ServiceName.foreach(__v => __obj.updateDynamic(\"ServiceName\")(__v.asInstanceOf[js.Any]))\n      ServiceType.foreach(__v => __obj.updateDynamic(\"ServiceType\")(__v.asInstanceOf[js.Any]))\n      URLPath.foreach(__v => __obj.updateDynamic(\"URLPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingRuleUpdate]\n    }\n  }\n\n  \/** Aggregated request sampling data for a sampling rule across all services for a 10-second window.\n    *\/\n  @js.native\n  trait SamplingStatisticSummary extends js.Object {\n    var BorrowCount: js.UndefOr[Int]\n    var RequestCount: js.UndefOr[Int]\n    var RuleName: js.UndefOr[String]\n    var SampledCount: js.UndefOr[Int]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object SamplingStatisticSummary {\n    @inline\n    def apply(\n        BorrowCount: js.UndefOr[Int] = js.undefined,\n        RequestCount: js.UndefOr[Int] = js.undefined,\n        RuleName: js.UndefOr[String] = js.undefined,\n        SampledCount: js.UndefOr[Int] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): SamplingStatisticSummary = {\n      val __obj = js.Dynamic.literal()\n      BorrowCount.foreach(__v => __obj.updateDynamic(\"BorrowCount\")(__v.asInstanceOf[js.Any]))\n      RequestCount.foreach(__v => __obj.updateDynamic(\"RequestCount\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      SampledCount.foreach(__v => __obj.updateDynamic(\"SampledCount\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingStatisticSummary]\n    }\n  }\n\n  \/** Request sampling results for a single rule from a service. Results are for the last 10 seconds unless the service has been assigned a longer reporting interval after a previous call to <a>GetSamplingTargets<\/a>.\n    *\/\n  @js.native\n  trait SamplingStatisticsDocument extends js.Object {\n    var ClientID: ClientID\n    var RequestCount: RequestCount\n    var RuleName: RuleName\n    var SampledCount: SampledCount\n    var Timestamp: Timestamp\n    var BorrowCount: js.UndefOr[BorrowCount]\n  }\n\n  object SamplingStatisticsDocument {\n    @inline\n    def apply(\n        ClientID: ClientID,\n        RequestCount: RequestCount,\n        RuleName: RuleName,\n        SampledCount: SampledCount,\n        Timestamp: Timestamp,\n        BorrowCount: js.UndefOr[BorrowCount] = js.undefined\n    ): SamplingStatisticsDocument = {\n      val __obj = js.Dynamic.literal(\n        \"ClientID\" -> ClientID.asInstanceOf[js.Any],\n        \"RequestCount\" -> RequestCount.asInstanceOf[js.Any],\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any],\n        \"SampledCount\" -> SampledCount.asInstanceOf[js.Any],\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n\n      BorrowCount.foreach(__v => __obj.updateDynamic(\"BorrowCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingStatisticsDocument]\n    }\n  }\n\n  \/** The name and value of a sampling rule to apply to a trace summary.\n    *\/\n  @js.native\n  trait SamplingStrategy extends js.Object {\n    var Name: js.UndefOr[SamplingStrategyName]\n    var Value: js.UndefOr[NullableDouble]\n  }\n\n  object SamplingStrategy {\n    @inline\n    def apply(\n        Name: js.UndefOr[SamplingStrategyName] = js.undefined,\n        Value: js.UndefOr[NullableDouble] = js.undefined\n    ): SamplingStrategy = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingStrategy]\n    }\n  }\n\n  @js.native\n  sealed trait SamplingStrategyName extends js.Any\n  object SamplingStrategyName {\n    val PartialScan = \"PartialScan\".asInstanceOf[SamplingStrategyName]\n    val FixedRate = \"FixedRate\".asInstanceOf[SamplingStrategyName]\n\n    @inline def values = js.Array(PartialScan, FixedRate)\n  }\n\n  \/** Temporary changes to a sampling rule configuration. To meet the global sampling target for a rule, X-Ray calculates a new reservoir for each service based on the recent sampling results of all services that called <a>GetSamplingTargets<\/a>.\n    *\/\n  @js.native\n  trait SamplingTargetDocument extends js.Object {\n    var FixedRate: js.UndefOr[Double]\n    var Interval: js.UndefOr[NullableInteger]\n    var ReservoirQuota: js.UndefOr[NullableInteger]\n    var ReservoirQuotaTTL: js.UndefOr[Timestamp]\n    var RuleName: js.UndefOr[String]\n  }\n\n  object SamplingTargetDocument {\n    @inline\n    def apply(\n        FixedRate: js.UndefOr[Double] = js.undefined,\n        Interval: js.UndefOr[NullableInteger] = js.undefined,\n        ReservoirQuota: js.UndefOr[NullableInteger] = js.undefined,\n        ReservoirQuotaTTL: js.UndefOr[Timestamp] = js.undefined,\n        RuleName: js.UndefOr[String] = js.undefined\n    ): SamplingTargetDocument = {\n      val __obj = js.Dynamic.literal()\n      FixedRate.foreach(__v => __obj.updateDynamic(\"FixedRate\")(__v.asInstanceOf[js.Any]))\n      Interval.foreach(__v => __obj.updateDynamic(\"Interval\")(__v.asInstanceOf[js.Any]))\n      ReservoirQuota.foreach(__v => __obj.updateDynamic(\"ReservoirQuota\")(__v.asInstanceOf[js.Any]))\n      ReservoirQuotaTTL.foreach(__v => __obj.updateDynamic(\"ReservoirQuotaTTL\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SamplingTargetDocument]\n    }\n  }\n\n  \/** A segment from a trace that has been ingested by the X-Ray service. The segment can be compiled from documents uploaded with <a>PutTraceSegments<\/a>, or an <code>inferred<\/code> segment for a downstream service, generated from a subsegment sent by the service that called it. For the full segment document schema, see [[https:\/\/docs.aws.amazon.com\/xray\/latest\/devguide\/xray-api-segmentdocuments.html|AWS X-Ray Segment Documents]] in the <i>AWS X-Ray Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait Segment extends js.Object {\n    var Document: js.UndefOr[SegmentDocument]\n    var Id: js.UndefOr[SegmentId]\n  }\n\n  object Segment {\n    @inline\n    def apply(\n        Document: js.UndefOr[SegmentDocument] = js.undefined,\n        Id: js.UndefOr[SegmentId] = js.undefined\n    ): Segment = {\n      val __obj = js.Dynamic.literal()\n      Document.foreach(__v => __obj.updateDynamic(\"Document\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Segment]\n    }\n  }\n\n  \/** Information about an application that processed requests, users that made requests, or downstream services, resources, and applications that an application used.\n    *\/\n  @js.native\n  trait Service extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var DurationHistogram: js.UndefOr[Histogram]\n    var Edges: js.UndefOr[EdgeList]\n    var EndTime: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var ReferenceId: js.UndefOr[NullableInteger]\n    var ResponseTimeHistogram: js.UndefOr[Histogram]\n    var Root: js.UndefOr[NullableBoolean]\n    var StartTime: js.UndefOr[Timestamp]\n    var State: js.UndefOr[String]\n    var SummaryStatistics: js.UndefOr[ServiceStatistics]\n    var Type: js.UndefOr[String]\n  }\n\n  object Service {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        DurationHistogram: js.UndefOr[Histogram] = js.undefined,\n        Edges: js.UndefOr[EdgeList] = js.undefined,\n        EndTime: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        ReferenceId: js.UndefOr[NullableInteger] = js.undefined,\n        ResponseTimeHistogram: js.UndefOr[Histogram] = js.undefined,\n        Root: js.UndefOr[NullableBoolean] = js.undefined,\n        StartTime: js.UndefOr[Timestamp] = js.undefined,\n        State: js.UndefOr[String] = js.undefined,\n        SummaryStatistics: js.UndefOr[ServiceStatistics] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): Service = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      DurationHistogram.foreach(__v => __obj.updateDynamic(\"DurationHistogram\")(__v.asInstanceOf[js.Any]))\n      Edges.foreach(__v => __obj.updateDynamic(\"Edges\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      ReferenceId.foreach(__v => __obj.updateDynamic(\"ReferenceId\")(__v.asInstanceOf[js.Any]))\n      ResponseTimeHistogram.foreach(__v => __obj.updateDynamic(\"ResponseTimeHistogram\")(__v.asInstanceOf[js.Any]))\n      Root.foreach(__v => __obj.updateDynamic(\"Root\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      SummaryStatistics.foreach(__v => __obj.updateDynamic(\"SummaryStatistics\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Service]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ServiceId extends js.Object {\n    var AccountId: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n    var Names: js.UndefOr[ServiceNames]\n    var Type: js.UndefOr[String]\n  }\n\n  object ServiceId {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Names: js.UndefOr[ServiceNames] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): ServiceId = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceId]\n    }\n  }\n\n  \/** Response statistics for a service.\n    *\/\n  @js.native\n  trait ServiceStatistics extends js.Object {\n    var ErrorStatistics: js.UndefOr[ErrorStatistics]\n    var FaultStatistics: js.UndefOr[FaultStatistics]\n    var OkCount: js.UndefOr[NullableLong]\n    var TotalCount: js.UndefOr[NullableLong]\n    var TotalResponseTime: js.UndefOr[NullableDouble]\n  }\n\n  object ServiceStatistics {\n    @inline\n    def apply(\n        ErrorStatistics: js.UndefOr[ErrorStatistics] = js.undefined,\n        FaultStatistics: js.UndefOr[FaultStatistics] = js.undefined,\n        OkCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalCount: js.UndefOr[NullableLong] = js.undefined,\n        TotalResponseTime: js.UndefOr[NullableDouble] = js.undefined\n    ): ServiceStatistics = {\n      val __obj = js.Dynamic.literal()\n      ErrorStatistics.foreach(__v => __obj.updateDynamic(\"ErrorStatistics\")(__v.asInstanceOf[js.Any]))\n      FaultStatistics.foreach(__v => __obj.updateDynamic(\"FaultStatistics\")(__v.asInstanceOf[js.Any]))\n      OkCount.foreach(__v => __obj.updateDynamic(\"OkCount\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      TotalResponseTime.foreach(__v => __obj.updateDynamic(\"TotalResponseTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceStatistics]\n    }\n  }\n\n  \/** A map that contains tag keys and tag values to attach to an AWS X-Ray group or sampling rule. For more information about ways to use tags, see [[https:\/\/docs.aws.amazon.com\/general\/latest\/gr\/aws_tagging.html|Tagging AWS resources]] in the <i>AWS General Reference<\/i>. The following restrictions apply to tags: * Maximum number of user-applied tags per resource: 50 * Tag keys and values are case sensitive. * Don't use <code>aws:<\/code> as a prefix for keys; it's reserved for AWS use. You cannot edit or delete system tags.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait TelemetryRecord extends js.Object {\n    var Timestamp: Timestamp\n    var BackendConnectionErrors: js.UndefOr[BackendConnectionErrors]\n    var SegmentsReceivedCount: js.UndefOr[NullableInteger]\n    var SegmentsRejectedCount: js.UndefOr[NullableInteger]\n    var SegmentsSentCount: js.UndefOr[NullableInteger]\n    var SegmentsSpilloverCount: js.UndefOr[NullableInteger]\n  }\n\n  object TelemetryRecord {\n    @inline\n    def apply(\n        Timestamp: Timestamp,\n        BackendConnectionErrors: js.UndefOr[BackendConnectionErrors] = js.undefined,\n        SegmentsReceivedCount: js.UndefOr[NullableInteger] = js.undefined,\n        SegmentsRejectedCount: js.UndefOr[NullableInteger] = js.undefined,\n        SegmentsSentCount: js.UndefOr[NullableInteger] = js.undefined,\n        SegmentsSpilloverCount: js.UndefOr[NullableInteger] = js.undefined\n    ): TelemetryRecord = {\n      val __obj = js.Dynamic.literal(\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any]\n      )\n\n      BackendConnectionErrors.foreach(__v => __obj.updateDynamic(\"BackendConnectionErrors\")(__v.asInstanceOf[js.Any]))\n      SegmentsReceivedCount.foreach(__v => __obj.updateDynamic(\"SegmentsReceivedCount\")(__v.asInstanceOf[js.Any]))\n      SegmentsRejectedCount.foreach(__v => __obj.updateDynamic(\"SegmentsRejectedCount\")(__v.asInstanceOf[js.Any]))\n      SegmentsSentCount.foreach(__v => __obj.updateDynamic(\"SegmentsSentCount\")(__v.asInstanceOf[js.Any]))\n      SegmentsSpilloverCount.foreach(__v => __obj.updateDynamic(\"SegmentsSpilloverCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TelemetryRecord]\n    }\n  }\n\n  @js.native\n  sealed trait TimeRangeType extends js.Any\n  object TimeRangeType {\n    val TraceId = \"TraceId\".asInstanceOf[TimeRangeType]\n    val Event = \"Event\".asInstanceOf[TimeRangeType]\n\n    @inline def values = js.Array(TraceId, Event)\n  }\n\n  \/** A list of TimeSeriesStatistic structures.\n    *\/\n  @js.native\n  trait TimeSeriesServiceStatistics extends js.Object {\n    var EdgeSummaryStatistics: js.UndefOr[EdgeStatistics]\n    var ResponseTimeHistogram: js.UndefOr[Histogram]\n    var ServiceForecastStatistics: js.UndefOr[ForecastStatistics]\n    var ServiceSummaryStatistics: js.UndefOr[ServiceStatistics]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object TimeSeriesServiceStatistics {\n    @inline\n    def apply(\n        EdgeSummaryStatistics: js.UndefOr[EdgeStatistics] = js.undefined,\n        ResponseTimeHistogram: js.UndefOr[Histogram] = js.undefined,\n        ServiceForecastStatistics: js.UndefOr[ForecastStatistics] = js.undefined,\n        ServiceSummaryStatistics: js.UndefOr[ServiceStatistics] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): TimeSeriesServiceStatistics = {\n      val __obj = js.Dynamic.literal()\n      EdgeSummaryStatistics.foreach(__v => __obj.updateDynamic(\"EdgeSummaryStatistics\")(__v.asInstanceOf[js.Any]))\n      ResponseTimeHistogram.foreach(__v => __obj.updateDynamic(\"ResponseTimeHistogram\")(__v.asInstanceOf[js.Any]))\n      ServiceForecastStatistics.foreach(__v => __obj.updateDynamic(\"ServiceForecastStatistics\")(__v.asInstanceOf[js.Any]))\n      ServiceSummaryStatistics.foreach(__v => __obj.updateDynamic(\"ServiceSummaryStatistics\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeSeriesServiceStatistics]\n    }\n  }\n\n  \/** A collection of segment documents with matching trace IDs.\n    *\/\n  @js.native\n  trait Trace extends js.Object {\n    var Duration: js.UndefOr[NullableDouble]\n    var Id: js.UndefOr[TraceId]\n    var LimitExceeded: js.UndefOr[NullableBoolean]\n    var Segments: js.UndefOr[SegmentList]\n  }\n\n  object Trace {\n    @inline\n    def apply(\n        Duration: js.UndefOr[NullableDouble] = js.undefined,\n        Id: js.UndefOr[TraceId] = js.undefined,\n        LimitExceeded: js.UndefOr[NullableBoolean] = js.undefined,\n        Segments: js.UndefOr[SegmentList] = js.undefined\n    ): Trace = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      LimitExceeded.foreach(__v => __obj.updateDynamic(\"LimitExceeded\")(__v.asInstanceOf[js.Any]))\n      Segments.foreach(__v => __obj.updateDynamic(\"Segments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Trace]\n    }\n  }\n\n  \/** Metadata generated from the segment documents in a trace.\n    *\/\n  @js.native\n  trait TraceSummary extends js.Object {\n    var Annotations: js.UndefOr[Annotations]\n    var AvailabilityZones: js.UndefOr[TraceAvailabilityZones]\n    var Duration: js.UndefOr[NullableDouble]\n    var EntryPoint: js.UndefOr[ServiceId]\n    var ErrorRootCauses: js.UndefOr[ErrorRootCauses]\n    var FaultRootCauses: js.UndefOr[FaultRootCauses]\n    var HasError: js.UndefOr[NullableBoolean]\n    var HasFault: js.UndefOr[NullableBoolean]\n    var HasThrottle: js.UndefOr[NullableBoolean]\n    var Http: js.UndefOr[Http]\n    var Id: js.UndefOr[TraceId]\n    var InstanceIds: js.UndefOr[TraceInstanceIds]\n    var IsPartial: js.UndefOr[NullableBoolean]\n    var MatchedEventTime: js.UndefOr[Timestamp]\n    var ResourceARNs: js.UndefOr[TraceResourceARNs]\n    var ResponseTime: js.UndefOr[NullableDouble]\n    var ResponseTimeRootCauses: js.UndefOr[ResponseTimeRootCauses]\n    var Revision: js.UndefOr[Int]\n    var ServiceIds: js.UndefOr[ServiceIds]\n    var Users: js.UndefOr[TraceUsers]\n  }\n\n  object TraceSummary {\n    @inline\n    def apply(\n        Annotations: js.UndefOr[Annotations] = js.undefined,\n        AvailabilityZones: js.UndefOr[TraceAvailabilityZones] = js.undefined,\n        Duration: js.UndefOr[NullableDouble] = js.undefined,\n        EntryPoint: js.UndefOr[ServiceId] = js.undefined,\n        ErrorRootCauses: js.UndefOr[ErrorRootCauses] = js.undefined,\n        FaultRootCauses: js.UndefOr[FaultRootCauses] = js.undefined,\n        HasError: js.UndefOr[NullableBoolean] = js.undefined,\n        HasFault: js.UndefOr[NullableBoolean] = js.undefined,\n        HasThrottle: js.UndefOr[NullableBoolean] = js.undefined,\n        Http: js.UndefOr[Http] = js.undefined,\n        Id: js.UndefOr[TraceId] = js.undefined,\n        InstanceIds: js.UndefOr[TraceInstanceIds] = js.undefined,\n        IsPartial: js.UndefOr[NullableBoolean] = js.undefined,\n        MatchedEventTime: js.UndefOr[Timestamp] = js.undefined,\n        ResourceARNs: js.UndefOr[TraceResourceARNs] = js.undefined,\n        ResponseTime: js.UndefOr[NullableDouble] = js.undefined,\n        ResponseTimeRootCauses: js.UndefOr[ResponseTimeRootCauses] = js.undefined,\n        Revision: js.UndefOr[Int] = js.undefined,\n        ServiceIds: js.UndefOr[ServiceIds] = js.undefined,\n        Users: js.UndefOr[TraceUsers] = js.undefined\n    ): TraceSummary = {\n      val __obj = js.Dynamic.literal()\n      Annotations.foreach(__v => __obj.updateDynamic(\"Annotations\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      EntryPoint.foreach(__v => __obj.updateDynamic(\"EntryPoint\")(__v.asInstanceOf[js.Any]))\n      ErrorRootCauses.foreach(__v => __obj.updateDynamic(\"ErrorRootCauses\")(__v.asInstanceOf[js.Any]))\n      FaultRootCauses.foreach(__v => __obj.updateDynamic(\"FaultRootCauses\")(__v.asInstanceOf[js.Any]))\n      HasError.foreach(__v => __obj.updateDynamic(\"HasError\")(__v.asInstanceOf[js.Any]))\n      HasFault.foreach(__v => __obj.updateDynamic(\"HasFault\")(__v.asInstanceOf[js.Any]))\n      HasThrottle.foreach(__v => __obj.updateDynamic(\"HasThrottle\")(__v.asInstanceOf[js.Any]))\n      Http.foreach(__v => __obj.updateDynamic(\"Http\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InstanceIds.foreach(__v => __obj.updateDynamic(\"InstanceIds\")(__v.asInstanceOf[js.Any]))\n      IsPartial.foreach(__v => __obj.updateDynamic(\"IsPartial\")(__v.asInstanceOf[js.Any]))\n      MatchedEventTime.foreach(__v => __obj.updateDynamic(\"MatchedEventTime\")(__v.asInstanceOf[js.Any]))\n      ResourceARNs.foreach(__v => __obj.updateDynamic(\"ResourceARNs\")(__v.asInstanceOf[js.Any]))\n      ResponseTime.foreach(__v => __obj.updateDynamic(\"ResponseTime\")(__v.asInstanceOf[js.Any]))\n      ResponseTimeRootCauses.foreach(__v => __obj.updateDynamic(\"ResponseTimeRootCauses\")(__v.asInstanceOf[js.Any]))\n      Revision.foreach(__v => __obj.updateDynamic(\"Revision\")(__v.asInstanceOf[js.Any]))\n      ServiceIds.foreach(__v => __obj.updateDynamic(\"ServiceIds\")(__v.asInstanceOf[js.Any]))\n      Users.foreach(__v => __obj.updateDynamic(\"Users\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TraceSummary]\n    }\n  }\n\n  \/** Information about a user recorded in segment documents.\n    *\/\n  @js.native\n  trait TraceUser extends js.Object {\n    var ServiceIds: js.UndefOr[ServiceIds]\n    var UserName: js.UndefOr[String]\n  }\n\n  object TraceUser {\n    @inline\n    def apply(\n        ServiceIds: js.UndefOr[ServiceIds] = js.undefined,\n        UserName: js.UndefOr[String] = js.undefined\n    ): TraceUser = {\n      val __obj = js.Dynamic.literal()\n      ServiceIds.foreach(__v => __obj.updateDynamic(\"ServiceIds\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TraceUser]\n    }\n  }\n\n  \/** Sampling statistics from a call to <a>GetSamplingTargets<\/a> that X-Ray could not process.\n    *\/\n  @js.native\n  trait UnprocessedStatistics extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var Message: js.UndefOr[String]\n    var RuleName: js.UndefOr[String]\n  }\n\n  object UnprocessedStatistics {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        RuleName: js.UndefOr[String] = js.undefined\n    ): UnprocessedStatistics = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      RuleName.foreach(__v => __obj.updateDynamic(\"RuleName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedStatistics]\n    }\n  }\n\n  \/** Information about a segment that failed processing.\n    *\/\n  @js.native\n  trait UnprocessedTraceSegment extends js.Object {\n    var ErrorCode: js.UndefOr[String]\n    var Id: js.UndefOr[String]\n    var Message: js.UndefOr[String]\n  }\n\n  object UnprocessedTraceSegment {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[String] = js.undefined,\n        Id: js.UndefOr[String] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined\n    ): UnprocessedTraceSegment = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedTraceSegment]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupRequest extends js.Object {\n    var FilterExpression: js.UndefOr[FilterExpression]\n    var GroupARN: js.UndefOr[GroupARN]\n    var GroupName: js.UndefOr[GroupName]\n    var InsightsConfiguration: js.UndefOr[InsightsConfiguration]\n  }\n\n  object UpdateGroupRequest {\n    @inline\n    def apply(\n        FilterExpression: js.UndefOr[FilterExpression] = js.undefined,\n        GroupARN: js.UndefOr[GroupARN] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        InsightsConfiguration: js.UndefOr[InsightsConfiguration] = js.undefined\n    ): UpdateGroupRequest = {\n      val __obj = js.Dynamic.literal()\n      FilterExpression.foreach(__v => __obj.updateDynamic(\"FilterExpression\")(__v.asInstanceOf[js.Any]))\n      GroupARN.foreach(__v => __obj.updateDynamic(\"GroupARN\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      InsightsConfiguration.foreach(__v => __obj.updateDynamic(\"InsightsConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupResult extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object UpdateGroupResult {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): UpdateGroupResult = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupResult]\n    }\n  }\n\n  @js.native\n  trait UpdateSamplingRuleRequest extends js.Object {\n    var SamplingRuleUpdate: SamplingRuleUpdate\n  }\n\n  object UpdateSamplingRuleRequest {\n    @inline\n    def apply(\n        SamplingRuleUpdate: SamplingRuleUpdate\n    ): UpdateSamplingRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SamplingRuleUpdate\" -> SamplingRuleUpdate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateSamplingRuleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSamplingRuleResult extends js.Object {\n    var SamplingRuleRecord: js.UndefOr[SamplingRuleRecord]\n  }\n\n  object UpdateSamplingRuleResult {\n    @inline\n    def apply(\n        SamplingRuleRecord: js.UndefOr[SamplingRuleRecord] = js.undefined\n    ): UpdateSamplingRuleResult = {\n      val __obj = js.Dynamic.literal()\n      SamplingRuleRecord.foreach(__v => __obj.updateDynamic(\"SamplingRuleRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSamplingRuleResult]\n    }\n  }\n\n  \/** Information about a segment annotation.\n    *\/\n  @js.native\n  trait ValueWithServiceIds extends js.Object {\n    var AnnotationValue: js.UndefOr[AnnotationValue]\n    var ServiceIds: js.UndefOr[ServiceIds]\n  }\n\n  object ValueWithServiceIds {\n    @inline\n    def apply(\n        AnnotationValue: js.UndefOr[AnnotationValue] = js.undefined,\n        ServiceIds: js.UndefOr[ServiceIds] = js.undefined\n    ): ValueWithServiceIds = {\n      val __obj = js.Dynamic.literal()\n      AnnotationValue.foreach(__v => __obj.updateDynamic(\"AnnotationValue\")(__v.asInstanceOf[js.Any]))\n      ServiceIds.foreach(__v => __obj.updateDynamic(\"ServiceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValueWithServiceIds]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/rekognition\/src\/main\/scala\/facade\/amazonaws\/services\/Rekognition.scala","text":"<filename>services\/rekognition\/src\/main\/scala\/facade\/amazonaws\/services\/Rekognition.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object rekognition {\n  type Assets = js.Array[Asset]\n  type Attributes = js.Array[Attribute]\n  type AudioMetadataList = js.Array[AudioMetadata]\n  type BodyParts = js.Array[ProtectiveEquipmentBodyPart]\n  type BoundingBoxHeight = Float\n  type BoundingBoxWidth = Float\n  type CelebrityList = js.Array[Celebrity]\n  type CelebrityRecognitions = js.Array[CelebrityRecognition]\n  type ClientRequestToken = String\n  type CollectionId = String\n  type CollectionIdList = js.Array[CollectionId]\n  type CompareFacesMatchList = js.Array[CompareFacesMatch]\n  type CompareFacesUnmatchList = js.Array[ComparedFace]\n  type ComparedFaceList = js.Array[ComparedFace]\n  type ContentClassifiers = js.Array[ContentClassifier]\n  type ContentModerationDetections = js.Array[ContentModerationDetection]\n  type CustomLabels = js.Array[CustomLabel]\n  type DateTime = js.Date\n  type Degree = Float\n  type Emotions = js.Array[Emotion]\n  type EquipmentDetections = js.Array[EquipmentDetection]\n  type ExtendedPaginationToken = String\n  type ExternalImageId = String\n  type FaceDetailList = js.Array[FaceDetail]\n  type FaceDetections = js.Array[FaceDetection]\n  type FaceId = String\n  type FaceIdList = js.Array[FaceId]\n  type FaceList = js.Array[Face]\n  type FaceMatchList = js.Array[FaceMatch]\n  type FaceModelVersionList = js.Array[String]\n  type FaceRecordList = js.Array[FaceRecord]\n  type FlowDefinitionArn = String\n  type HumanLoopActivationConditionsEvaluationResults = String\n  type HumanLoopActivationReason = String\n  type HumanLoopActivationReasons = js.Array[HumanLoopActivationReason]\n  type HumanLoopArn = String\n  type HumanLoopName = String\n  type ImageBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type ImageId = String\n  type InferenceUnits = Int\n  type Instances = js.Array[Instance]\n  type JobId = String\n  type JobTag = String\n  type KinesisDataArn = String\n  type KinesisVideoArn = String\n  type LabelDetections = js.Array[LabelDetection]\n  type Labels = js.Array[Label]\n  type Landmarks = js.Array[Landmark]\n  type MaxFaces = Int\n  type MaxFacesToIndex = Int\n  type MaxResults = Int\n  type ModerationLabels = js.Array[ModerationLabel]\n  type PageSize = Int\n  type PaginationToken = String\n  type Parents = js.Array[Parent]\n  type Percent = Float\n  type PersonDetections = js.Array[PersonDetection]\n  type PersonIndex = Double\n  type PersonMatches = js.Array[PersonMatch]\n  type Polygon = js.Array[Point]\n  type ProjectArn = String\n  type ProjectDescriptions = js.Array[ProjectDescription]\n  type ProjectName = String\n  type ProjectVersionArn = String\n  type ProjectVersionDescriptions = js.Array[ProjectVersionDescription]\n  type ProjectVersionsPageSize = Int\n  type ProjectsPageSize = Int\n  type ProtectiveEquipmentPersonIds = js.Array[UInteger]\n  type ProtectiveEquipmentPersons = js.Array[ProtectiveEquipmentPerson]\n  type ProtectiveEquipmentTypes = js.Array[ProtectiveEquipmentType]\n  type Reasons = js.Array[Reason]\n  type RegionsOfInterest = js.Array[RegionOfInterest]\n  type RekognitionUniqueId = String\n  type ResourceArn = String\n  type RoleArn = String\n  type S3Bucket = String\n  type S3KeyPrefix = String\n  type S3ObjectName = String\n  type S3ObjectVersion = String\n  type SNSTopicArn = String\n  type SegmentConfidence = Float\n  type SegmentDetections = js.Array[SegmentDetection]\n  type SegmentTypes = js.Array[SegmentType]\n  type SegmentTypesInfo = js.Array[SegmentTypeInfo]\n  type StatusMessage = String\n  type StreamProcessorArn = String\n  type StreamProcessorList = js.Array[StreamProcessor]\n  type StreamProcessorName = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TextDetectionList = js.Array[TextDetection]\n  type TextDetectionResults = js.Array[TextDetectionResult]\n  type Timecode = String\n  type Timestamp = Double\n  type UInteger = Int\n  type ULong = Double\n  type UnindexedFaces = js.Array[UnindexedFace]\n  type Url = String\n  type Urls = js.Array[Url]\n  type VersionName = String\n  type VersionNames = js.Array[VersionName]\n  type VideoMetadataList = js.Array[VideoMetadata]\n\n  implicit final class RekognitionOps(private val service: Rekognition) extends AnyVal {\n\n    @inline def compareFacesFuture(params: CompareFacesRequest): Future[CompareFacesResponse] = service.compareFaces(params).promise().toFuture\n    @inline def createCollectionFuture(params: CreateCollectionRequest): Future[CreateCollectionResponse] = service.createCollection(params).promise().toFuture\n    @inline def createProjectFuture(params: CreateProjectRequest): Future[CreateProjectResponse] = service.createProject(params).promise().toFuture\n    @inline def createProjectVersionFuture(params: CreateProjectVersionRequest): Future[CreateProjectVersionResponse] = service.createProjectVersion(params).promise().toFuture\n    @inline def createStreamProcessorFuture(params: CreateStreamProcessorRequest): Future[CreateStreamProcessorResponse] = service.createStreamProcessor(params).promise().toFuture\n    @inline def deleteCollectionFuture(params: DeleteCollectionRequest): Future[DeleteCollectionResponse] = service.deleteCollection(params).promise().toFuture\n    @inline def deleteFacesFuture(params: DeleteFacesRequest): Future[DeleteFacesResponse] = service.deleteFaces(params).promise().toFuture\n    @inline def deleteProjectFuture(params: DeleteProjectRequest): Future[DeleteProjectResponse] = service.deleteProject(params).promise().toFuture\n    @inline def deleteProjectVersionFuture(params: DeleteProjectVersionRequest): Future[DeleteProjectVersionResponse] = service.deleteProjectVersion(params).promise().toFuture\n    @inline def deleteStreamProcessorFuture(params: DeleteStreamProcessorRequest): Future[DeleteStreamProcessorResponse] = service.deleteStreamProcessor(params).promise().toFuture\n    @inline def describeCollectionFuture(params: DescribeCollectionRequest): Future[DescribeCollectionResponse] = service.describeCollection(params).promise().toFuture\n    @inline def describeProjectVersionsFuture(params: DescribeProjectVersionsRequest): Future[DescribeProjectVersionsResponse] = service.describeProjectVersions(params).promise().toFuture\n    @inline def describeProjectsFuture(params: DescribeProjectsRequest): Future[DescribeProjectsResponse] = service.describeProjects(params).promise().toFuture\n    @inline def describeStreamProcessorFuture(params: DescribeStreamProcessorRequest): Future[DescribeStreamProcessorResponse] = service.describeStreamProcessor(params).promise().toFuture\n    @inline def detectCustomLabelsFuture(params: DetectCustomLabelsRequest): Future[DetectCustomLabelsResponse] = service.detectCustomLabels(params).promise().toFuture\n    @inline def detectFacesFuture(params: DetectFacesRequest): Future[DetectFacesResponse] = service.detectFaces(params).promise().toFuture\n    @inline def detectLabelsFuture(params: DetectLabelsRequest): Future[DetectLabelsResponse] = service.detectLabels(params).promise().toFuture\n    @inline def detectModerationLabelsFuture(params: DetectModerationLabelsRequest): Future[DetectModerationLabelsResponse] = service.detectModerationLabels(params).promise().toFuture\n    @inline def detectProtectiveEquipmentFuture(params: DetectProtectiveEquipmentRequest): Future[DetectProtectiveEquipmentResponse] = service.detectProtectiveEquipment(params).promise().toFuture\n    @inline def detectTextFuture(params: DetectTextRequest): Future[DetectTextResponse] = service.detectText(params).promise().toFuture\n    @inline def getCelebrityInfoFuture(params: GetCelebrityInfoRequest): Future[GetCelebrityInfoResponse] = service.getCelebrityInfo(params).promise().toFuture\n    @inline def getCelebrityRecognitionFuture(params: GetCelebrityRecognitionRequest): Future[GetCelebrityRecognitionResponse] = service.getCelebrityRecognition(params).promise().toFuture\n    @inline def getContentModerationFuture(params: GetContentModerationRequest): Future[GetContentModerationResponse] = service.getContentModeration(params).promise().toFuture\n    @inline def getFaceDetectionFuture(params: GetFaceDetectionRequest): Future[GetFaceDetectionResponse] = service.getFaceDetection(params).promise().toFuture\n    @inline def getFaceSearchFuture(params: GetFaceSearchRequest): Future[GetFaceSearchResponse] = service.getFaceSearch(params).promise().toFuture\n    @inline def getLabelDetectionFuture(params: GetLabelDetectionRequest): Future[GetLabelDetectionResponse] = service.getLabelDetection(params).promise().toFuture\n    @inline def getPersonTrackingFuture(params: GetPersonTrackingRequest): Future[GetPersonTrackingResponse] = service.getPersonTracking(params).promise().toFuture\n    @inline def getSegmentDetectionFuture(params: GetSegmentDetectionRequest): Future[GetSegmentDetectionResponse] = service.getSegmentDetection(params).promise().toFuture\n    @inline def getTextDetectionFuture(params: GetTextDetectionRequest): Future[GetTextDetectionResponse] = service.getTextDetection(params).promise().toFuture\n    @inline def indexFacesFuture(params: IndexFacesRequest): Future[IndexFacesResponse] = service.indexFaces(params).promise().toFuture\n    @inline def listCollectionsFuture(params: ListCollectionsRequest): Future[ListCollectionsResponse] = service.listCollections(params).promise().toFuture\n    @inline def listFacesFuture(params: ListFacesRequest): Future[ListFacesResponse] = service.listFaces(params).promise().toFuture\n    @inline def listStreamProcessorsFuture(params: ListStreamProcessorsRequest): Future[ListStreamProcessorsResponse] = service.listStreamProcessors(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def recognizeCelebritiesFuture(params: RecognizeCelebritiesRequest): Future[RecognizeCelebritiesResponse] = service.recognizeCelebrities(params).promise().toFuture\n    @inline def searchFacesByImageFuture(params: SearchFacesByImageRequest): Future[SearchFacesByImageResponse] = service.searchFacesByImage(params).promise().toFuture\n    @inline def searchFacesFuture(params: SearchFacesRequest): Future[SearchFacesResponse] = service.searchFaces(params).promise().toFuture\n    @inline def startCelebrityRecognitionFuture(params: StartCelebrityRecognitionRequest): Future[StartCelebrityRecognitionResponse] = service.startCelebrityRecognition(params).promise().toFuture\n    @inline def startContentModerationFuture(params: StartContentModerationRequest): Future[StartContentModerationResponse] = service.startContentModeration(params).promise().toFuture\n    @inline def startFaceDetectionFuture(params: StartFaceDetectionRequest): Future[StartFaceDetectionResponse] = service.startFaceDetection(params).promise().toFuture\n    @inline def startFaceSearchFuture(params: StartFaceSearchRequest): Future[StartFaceSearchResponse] = service.startFaceSearch(params).promise().toFuture\n    @inline def startLabelDetectionFuture(params: StartLabelDetectionRequest): Future[StartLabelDetectionResponse] = service.startLabelDetection(params).promise().toFuture\n    @inline def startPersonTrackingFuture(params: StartPersonTrackingRequest): Future[StartPersonTrackingResponse] = service.startPersonTracking(params).promise().toFuture\n    @inline def startProjectVersionFuture(params: StartProjectVersionRequest): Future[StartProjectVersionResponse] = service.startProjectVersion(params).promise().toFuture\n    @inline def startSegmentDetectionFuture(params: StartSegmentDetectionRequest): Future[StartSegmentDetectionResponse] = service.startSegmentDetection(params).promise().toFuture\n    @inline def startStreamProcessorFuture(params: StartStreamProcessorRequest): Future[StartStreamProcessorResponse] = service.startStreamProcessor(params).promise().toFuture\n    @inline def startTextDetectionFuture(params: StartTextDetectionRequest): Future[StartTextDetectionResponse] = service.startTextDetection(params).promise().toFuture\n    @inline def stopProjectVersionFuture(params: StopProjectVersionRequest): Future[StopProjectVersionResponse] = service.stopProjectVersion(params).promise().toFuture\n    @inline def stopStreamProcessorFuture(params: StopStreamProcessorRequest): Future[StopStreamProcessorResponse] = service.stopStreamProcessor(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage rekognition {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/rekognition\", JSImport.Namespace, \"AWS.Rekognition\")\n  class Rekognition() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def compareFaces(params: CompareFacesRequest): Request[CompareFacesResponse] = js.native\n    def createCollection(params: CreateCollectionRequest): Request[CreateCollectionResponse] = js.native\n    def createProject(params: CreateProjectRequest): Request[CreateProjectResponse] = js.native\n    def createProjectVersion(params: CreateProjectVersionRequest): Request[CreateProjectVersionResponse] = js.native\n    def createStreamProcessor(params: CreateStreamProcessorRequest): Request[CreateStreamProcessorResponse] = js.native\n    def deleteCollection(params: DeleteCollectionRequest): Request[DeleteCollectionResponse] = js.native\n    def deleteFaces(params: DeleteFacesRequest): Request[DeleteFacesResponse] = js.native\n    def deleteProject(params: DeleteProjectRequest): Request[DeleteProjectResponse] = js.native\n    def deleteProjectVersion(params: DeleteProjectVersionRequest): Request[DeleteProjectVersionResponse] = js.native\n    def deleteStreamProcessor(params: DeleteStreamProcessorRequest): Request[DeleteStreamProcessorResponse] = js.native\n    def describeCollection(params: DescribeCollectionRequest): Request[DescribeCollectionResponse] = js.native\n    def describeProjectVersions(params: DescribeProjectVersionsRequest): Request[DescribeProjectVersionsResponse] = js.native\n    def describeProjects(params: DescribeProjectsRequest): Request[DescribeProjectsResponse] = js.native\n    def describeStreamProcessor(params: DescribeStreamProcessorRequest): Request[DescribeStreamProcessorResponse] = js.native\n    def detectCustomLabels(params: DetectCustomLabelsRequest): Request[DetectCustomLabelsResponse] = js.native\n    def detectFaces(params: DetectFacesRequest): Request[DetectFacesResponse] = js.native\n    def detectLabels(params: DetectLabelsRequest): Request[DetectLabelsResponse] = js.native\n    def detectModerationLabels(params: DetectModerationLabelsRequest): Request[DetectModerationLabelsResponse] = js.native\n    def detectProtectiveEquipment(params: DetectProtectiveEquipmentRequest): Request[DetectProtectiveEquipmentResponse] = js.native\n    def detectText(params: DetectTextRequest): Request[DetectTextResponse] = js.native\n    def getCelebrityInfo(params: GetCelebrityInfoRequest): Request[GetCelebrityInfoResponse] = js.native\n    def getCelebrityRecognition(params: GetCelebrityRecognitionRequest): Request[GetCelebrityRecognitionResponse] = js.native\n    def getContentModeration(params: GetContentModerationRequest): Request[GetContentModerationResponse] = js.native\n    def getFaceDetection(params: GetFaceDetectionRequest): Request[GetFaceDetectionResponse] = js.native\n    def getFaceSearch(params: GetFaceSearchRequest): Request[GetFaceSearchResponse] = js.native\n    def getLabelDetection(params: GetLabelDetectionRequest): Request[GetLabelDetectionResponse] = js.native\n    def getPersonTracking(params: GetPersonTrackingRequest): Request[GetPersonTrackingResponse] = js.native\n    def getSegmentDetection(params: GetSegmentDetectionRequest): Request[GetSegmentDetectionResponse] = js.native\n    def getTextDetection(params: GetTextDetectionRequest): Request[GetTextDetectionResponse] = js.native\n    def indexFaces(params: IndexFacesRequest): Request[IndexFacesResponse] = js.native\n    def listCollections(params: ListCollectionsRequest): Request[ListCollectionsResponse] = js.native\n    def listFaces(params: ListFacesRequest): Request[ListFacesResponse] = js.native\n    def listStreamProcessors(params: ListStreamProcessorsRequest): Request[ListStreamProcessorsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def recognizeCelebrities(params: RecognizeCelebritiesRequest): Request[RecognizeCelebritiesResponse] = js.native\n    def searchFaces(params: SearchFacesRequest): Request[SearchFacesResponse] = js.native\n    def searchFacesByImage(params: SearchFacesByImageRequest): Request[SearchFacesByImageResponse] = js.native\n    def startCelebrityRecognition(params: StartCelebrityRecognitionRequest): Request[StartCelebrityRecognitionResponse] = js.native\n    def startContentModeration(params: StartContentModerationRequest): Request[StartContentModerationResponse] = js.native\n    def startFaceDetection(params: StartFaceDetectionRequest): Request[StartFaceDetectionResponse] = js.native\n    def startFaceSearch(params: StartFaceSearchRequest): Request[StartFaceSearchResponse] = js.native\n    def startLabelDetection(params: StartLabelDetectionRequest): Request[StartLabelDetectionResponse] = js.native\n    def startPersonTracking(params: StartPersonTrackingRequest): Request[StartPersonTrackingResponse] = js.native\n    def startProjectVersion(params: StartProjectVersionRequest): Request[StartProjectVersionResponse] = js.native\n    def startSegmentDetection(params: StartSegmentDetectionRequest): Request[StartSegmentDetectionResponse] = js.native\n    def startStreamProcessor(params: StartStreamProcessorRequest): Request[StartStreamProcessorResponse] = js.native\n    def startTextDetection(params: StartTextDetectionRequest): Request[StartTextDetectionResponse] = js.native\n    def stopProjectVersion(params: StopProjectVersionRequest): Request[StopProjectVersionResponse] = js.native\n    def stopStreamProcessor(params: StopStreamProcessorRequest): Request[StopStreamProcessorResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  \/** Structure containing the estimated age range, in years, for a face. Amazon Rekognition estimates an age range for faces detected in the input image. Estimated age ranges can overlap. A face of a 5-year-old might have an estimated range of 4-6, while the face of a 6-year-old might have an estimated range of 4-8.\n    *\/\n  @js.native\n  trait AgeRange extends js.Object {\n    var High: js.UndefOr[UInteger]\n    var Low: js.UndefOr[UInteger]\n  }\n\n  object AgeRange {\n    @inline\n    def apply(\n        High: js.UndefOr[UInteger] = js.undefined,\n        Low: js.UndefOr[UInteger] = js.undefined\n    ): AgeRange = {\n      val __obj = js.Dynamic.literal()\n      High.foreach(__v => __obj.updateDynamic(\"High\")(__v.asInstanceOf[js.Any]))\n      Low.foreach(__v => __obj.updateDynamic(\"Low\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AgeRange]\n    }\n  }\n\n  \/** Assets are the images that you use to train and evaluate a model version. Assets can also contain validation information that you use to debug a failed model training.\n    *\/\n  @js.native\n  trait Asset extends js.Object {\n    var GroundTruthManifest: js.UndefOr[GroundTruthManifest]\n  }\n\n  object Asset {\n    @inline\n    def apply(\n        GroundTruthManifest: js.UndefOr[GroundTruthManifest] = js.undefined\n    ): Asset = {\n      val __obj = js.Dynamic.literal()\n      GroundTruthManifest.foreach(__v => __obj.updateDynamic(\"GroundTruthManifest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Asset]\n    }\n  }\n\n  @js.native\n  sealed trait Attribute extends js.Any\n  object Attribute {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[Attribute]\n    val ALL = \"ALL\".asInstanceOf[Attribute]\n\n    @inline def values = js.Array(DEFAULT, ALL)\n  }\n\n  \/** Metadata information about an audio stream. An array of <code>AudioMetadata<\/code> objects for the audio streams found in a stored video is returned by <a>GetSegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait AudioMetadata extends js.Object {\n    var Codec: js.UndefOr[String]\n    var DurationMillis: js.UndefOr[ULong]\n    var NumberOfChannels: js.UndefOr[ULong]\n    var SampleRate: js.UndefOr[ULong]\n  }\n\n  object AudioMetadata {\n    @inline\n    def apply(\n        Codec: js.UndefOr[String] = js.undefined,\n        DurationMillis: js.UndefOr[ULong] = js.undefined,\n        NumberOfChannels: js.UndefOr[ULong] = js.undefined,\n        SampleRate: js.UndefOr[ULong] = js.undefined\n    ): AudioMetadata = {\n      val __obj = js.Dynamic.literal()\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      DurationMillis.foreach(__v => __obj.updateDynamic(\"DurationMillis\")(__v.asInstanceOf[js.Any]))\n      NumberOfChannels.foreach(__v => __obj.updateDynamic(\"NumberOfChannels\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioMetadata]\n    }\n  }\n\n  \/** Indicates whether or not the face has a beard, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait Beard extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object Beard {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): Beard = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Beard]\n    }\n  }\n\n  @js.native\n  sealed trait BodyPart extends js.Any\n  object BodyPart {\n    val FACE = \"FACE\".asInstanceOf[BodyPart]\n    val HEAD = \"HEAD\".asInstanceOf[BodyPart]\n    val LEFT_HAND = \"LEFT_HAND\".asInstanceOf[BodyPart]\n    val RIGHT_HAND = \"RIGHT_HAND\".asInstanceOf[BodyPart]\n\n    @inline def values = js.Array(FACE, HEAD, LEFT_HAND, RIGHT_HAND)\n  }\n\n  \/** Identifies the bounding box around the label, face, text or personal protective equipment. The <code>left<\/code> (x-coordinate) and <code>top<\/code> (y-coordinate) are coordinates representing the top and left sides of the bounding box. Note that the upper-left corner of the image is the origin (0,0). The <code>top<\/code> and <code>left<\/code> values returned are ratios of the overall image size. For example, if the input image is 700x200 pixels, and the top-left coordinate of the bounding box is 350x50 pixels, the API returns a <code>left<\/code> value of 0.5 (350\/700) and a <code>top<\/code> value of 0.25 (50\/200). The <code>width<\/code> and <code>height<\/code> values represent the dimensions of the bounding box as a ratio of the overall image dimension. For example, if the input image is 700x200 pixels, and the bounding box width is 70 pixels, the width returned is 0.1.\n    *\n    * '''Note:'''The bounding box coordinates can have negative values. For example, if Amazon Rekognition is able to detect a face that is at the image edge and is only partially visible, the service can return coordinates that are outside the image bounds and, depending on the image edge, you might get negative values or values greater than 1 for the <code>left<\/code> or <code>top<\/code> values.\n    *\/\n  @js.native\n  trait BoundingBox extends js.Object {\n    var Height: js.UndefOr[Float]\n    var Left: js.UndefOr[Float]\n    var Top: js.UndefOr[Float]\n    var Width: js.UndefOr[Float]\n  }\n\n  object BoundingBox {\n    @inline\n    def apply(\n        Height: js.UndefOr[Float] = js.undefined,\n        Left: js.UndefOr[Float] = js.undefined,\n        Top: js.UndefOr[Float] = js.undefined,\n        Width: js.UndefOr[Float] = js.undefined\n    ): BoundingBox = {\n      val __obj = js.Dynamic.literal()\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      Left.foreach(__v => __obj.updateDynamic(\"Left\")(__v.asInstanceOf[js.Any]))\n      Top.foreach(__v => __obj.updateDynamic(\"Top\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BoundingBox]\n    }\n  }\n\n  \/** Provides information about a celebrity recognized by the <a>RecognizeCelebrities<\/a> operation.\n    *\/\n  @js.native\n  trait Celebrity extends js.Object {\n    var Face: js.UndefOr[ComparedFace]\n    var Id: js.UndefOr[RekognitionUniqueId]\n    var MatchConfidence: js.UndefOr[Percent]\n    var Name: js.UndefOr[String]\n    var Urls: js.UndefOr[Urls]\n  }\n\n  object Celebrity {\n    @inline\n    def apply(\n        Face: js.UndefOr[ComparedFace] = js.undefined,\n        Id: js.UndefOr[RekognitionUniqueId] = js.undefined,\n        MatchConfidence: js.UndefOr[Percent] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Urls: js.UndefOr[Urls] = js.undefined\n    ): Celebrity = {\n      val __obj = js.Dynamic.literal()\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MatchConfidence.foreach(__v => __obj.updateDynamic(\"MatchConfidence\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Urls.foreach(__v => __obj.updateDynamic(\"Urls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Celebrity]\n    }\n  }\n\n  \/** Information about a recognized celebrity.\n    *\/\n  @js.native\n  trait CelebrityDetail extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var Face: js.UndefOr[FaceDetail]\n    var Id: js.UndefOr[RekognitionUniqueId]\n    var Name: js.UndefOr[String]\n    var Urls: js.UndefOr[Urls]\n  }\n\n  object CelebrityDetail {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Face: js.UndefOr[FaceDetail] = js.undefined,\n        Id: js.UndefOr[RekognitionUniqueId] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Urls: js.UndefOr[Urls] = js.undefined\n    ): CelebrityDetail = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Urls.foreach(__v => __obj.updateDynamic(\"Urls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CelebrityDetail]\n    }\n  }\n\n  \/** Information about a detected celebrity and the time the celebrity was detected in a stored video. For more information, see GetCelebrityRecognition in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait CelebrityRecognition extends js.Object {\n    var Celebrity: js.UndefOr[CelebrityDetail]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object CelebrityRecognition {\n    @inline\n    def apply(\n        Celebrity: js.UndefOr[CelebrityDetail] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): CelebrityRecognition = {\n      val __obj = js.Dynamic.literal()\n      Celebrity.foreach(__v => __obj.updateDynamic(\"Celebrity\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CelebrityRecognition]\n    }\n  }\n\n  @js.native\n  sealed trait CelebrityRecognitionSortBy extends js.Any\n  object CelebrityRecognitionSortBy {\n    val ID = \"ID\".asInstanceOf[CelebrityRecognitionSortBy]\n    val TIMESTAMP = \"TIMESTAMP\".asInstanceOf[CelebrityRecognitionSortBy]\n\n    @inline def values = js.Array(ID, TIMESTAMP)\n  }\n\n  \/** Provides information about a face in a target image that matches the source image face analyzed by <code>CompareFaces<\/code>. The <code>Face<\/code> property contains the bounding box of the face in the target image. The <code>Similarity<\/code> property is the confidence that the source image face matches the face in the bounding box.\n    *\/\n  @js.native\n  trait CompareFacesMatch extends js.Object {\n    var Face: js.UndefOr[ComparedFace]\n    var Similarity: js.UndefOr[Percent]\n  }\n\n  object CompareFacesMatch {\n    @inline\n    def apply(\n        Face: js.UndefOr[ComparedFace] = js.undefined,\n        Similarity: js.UndefOr[Percent] = js.undefined\n    ): CompareFacesMatch = {\n      val __obj = js.Dynamic.literal()\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Similarity.foreach(__v => __obj.updateDynamic(\"Similarity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompareFacesMatch]\n    }\n  }\n\n  @js.native\n  trait CompareFacesRequest extends js.Object {\n    var SourceImage: Image\n    var TargetImage: Image\n    var QualityFilter: js.UndefOr[QualityFilter]\n    var SimilarityThreshold: js.UndefOr[Percent]\n  }\n\n  object CompareFacesRequest {\n    @inline\n    def apply(\n        SourceImage: Image,\n        TargetImage: Image,\n        QualityFilter: js.UndefOr[QualityFilter] = js.undefined,\n        SimilarityThreshold: js.UndefOr[Percent] = js.undefined\n    ): CompareFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SourceImage\" -> SourceImage.asInstanceOf[js.Any],\n        \"TargetImage\" -> TargetImage.asInstanceOf[js.Any]\n      )\n\n      QualityFilter.foreach(__v => __obj.updateDynamic(\"QualityFilter\")(__v.asInstanceOf[js.Any]))\n      SimilarityThreshold.foreach(__v => __obj.updateDynamic(\"SimilarityThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompareFacesRequest]\n    }\n  }\n\n  @js.native\n  trait CompareFacesResponse extends js.Object {\n    var FaceMatches: js.UndefOr[CompareFacesMatchList]\n    var SourceImageFace: js.UndefOr[ComparedSourceImageFace]\n    var SourceImageOrientationCorrection: js.UndefOr[OrientationCorrection]\n    var TargetImageOrientationCorrection: js.UndefOr[OrientationCorrection]\n    var UnmatchedFaces: js.UndefOr[CompareFacesUnmatchList]\n  }\n\n  object CompareFacesResponse {\n    @inline\n    def apply(\n        FaceMatches: js.UndefOr[CompareFacesMatchList] = js.undefined,\n        SourceImageFace: js.UndefOr[ComparedSourceImageFace] = js.undefined,\n        SourceImageOrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined,\n        TargetImageOrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined,\n        UnmatchedFaces: js.UndefOr[CompareFacesUnmatchList] = js.undefined\n    ): CompareFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceMatches.foreach(__v => __obj.updateDynamic(\"FaceMatches\")(__v.asInstanceOf[js.Any]))\n      SourceImageFace.foreach(__v => __obj.updateDynamic(\"SourceImageFace\")(__v.asInstanceOf[js.Any]))\n      SourceImageOrientationCorrection.foreach(__v => __obj.updateDynamic(\"SourceImageOrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      TargetImageOrientationCorrection.foreach(__v => __obj.updateDynamic(\"TargetImageOrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      UnmatchedFaces.foreach(__v => __obj.updateDynamic(\"UnmatchedFaces\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompareFacesResponse]\n    }\n  }\n\n  \/** Provides face metadata for target image faces that are analyzed by <code>CompareFaces<\/code> and <code>RecognizeCelebrities<\/code>.\n    *\/\n  @js.native\n  trait ComparedFace extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var Landmarks: js.UndefOr[Landmarks]\n    var Pose: js.UndefOr[Pose]\n    var Quality: js.UndefOr[ImageQuality]\n  }\n\n  object ComparedFace {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Landmarks: js.UndefOr[Landmarks] = js.undefined,\n        Pose: js.UndefOr[Pose] = js.undefined,\n        Quality: js.UndefOr[ImageQuality] = js.undefined\n    ): ComparedFace = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Landmarks.foreach(__v => __obj.updateDynamic(\"Landmarks\")(__v.asInstanceOf[js.Any]))\n      Pose.foreach(__v => __obj.updateDynamic(\"Pose\")(__v.asInstanceOf[js.Any]))\n      Quality.foreach(__v => __obj.updateDynamic(\"Quality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComparedFace]\n    }\n  }\n\n  \/** Type that describes the face Amazon Rekognition chose to compare with the faces in the target. This contains a bounding box for the selected face and confidence level that the bounding box contains a face. Note that Amazon Rekognition selects the largest face in the source image for this comparison.\n    *\/\n  @js.native\n  trait ComparedSourceImageFace extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n  }\n\n  object ComparedSourceImageFace {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined\n    ): ComparedSourceImageFace = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComparedSourceImageFace]\n    }\n  }\n\n  @js.native\n  sealed trait ContentClassifier extends js.Any\n  object ContentClassifier {\n    val FreeOfPersonallyIdentifiableInformation = \"FreeOfPersonallyIdentifiableInformation\".asInstanceOf[ContentClassifier]\n    val FreeOfAdultContent = \"FreeOfAdultContent\".asInstanceOf[ContentClassifier]\n\n    @inline def values = js.Array(FreeOfPersonallyIdentifiableInformation, FreeOfAdultContent)\n  }\n\n  \/** Information about an unsafe content label detection in a stored video.\n    *\/\n  @js.native\n  trait ContentModerationDetection extends js.Object {\n    var ModerationLabel: js.UndefOr[ModerationLabel]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object ContentModerationDetection {\n    @inline\n    def apply(\n        ModerationLabel: js.UndefOr[ModerationLabel] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): ContentModerationDetection = {\n      val __obj = js.Dynamic.literal()\n      ModerationLabel.foreach(__v => __obj.updateDynamic(\"ModerationLabel\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContentModerationDetection]\n    }\n  }\n\n  @js.native\n  sealed trait ContentModerationSortBy extends js.Any\n  object ContentModerationSortBy {\n    val NAME = \"NAME\".asInstanceOf[ContentModerationSortBy]\n    val TIMESTAMP = \"TIMESTAMP\".asInstanceOf[ContentModerationSortBy]\n\n    @inline def values = js.Array(NAME, TIMESTAMP)\n  }\n\n  \/** Information about an item of Personal Protective Equipment covering a corresponding body part. For more information, see <a>DetectProtectiveEquipment<\/a>.\n    *\/\n  @js.native\n  trait CoversBodyPart extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object CoversBodyPart {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): CoversBodyPart = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CoversBodyPart]\n    }\n  }\n\n  @js.native\n  trait CreateCollectionRequest extends js.Object {\n    var CollectionId: CollectionId\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateCollectionRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateCollectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCollectionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCollectionResponse extends js.Object {\n    var CollectionArn: js.UndefOr[String]\n    var FaceModelVersion: js.UndefOr[String]\n    var StatusCode: js.UndefOr[UInteger]\n  }\n\n  object CreateCollectionResponse {\n    @inline\n    def apply(\n        CollectionArn: js.UndefOr[String] = js.undefined,\n        FaceModelVersion: js.UndefOr[String] = js.undefined,\n        StatusCode: js.UndefOr[UInteger] = js.undefined\n    ): CreateCollectionResponse = {\n      val __obj = js.Dynamic.literal()\n      CollectionArn.foreach(__v => __obj.updateDynamic(\"CollectionArn\")(__v.asInstanceOf[js.Any]))\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCollectionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProjectRequest extends js.Object {\n    var ProjectName: ProjectName\n  }\n\n  object CreateProjectRequest {\n    @inline\n    def apply(\n        ProjectName: ProjectName\n    ): CreateProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectName\" -> ProjectName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateProjectRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProjectResponse extends js.Object {\n    var ProjectArn: js.UndefOr[ProjectArn]\n  }\n\n  object CreateProjectResponse {\n    @inline\n    def apply(\n        ProjectArn: js.UndefOr[ProjectArn] = js.undefined\n    ): CreateProjectResponse = {\n      val __obj = js.Dynamic.literal()\n      ProjectArn.foreach(__v => __obj.updateDynamic(\"ProjectArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectResponse]\n    }\n  }\n\n  @js.native\n  trait CreateProjectVersionRequest extends js.Object {\n    var OutputConfig: OutputConfig\n    var ProjectArn: ProjectArn\n    var TestingData: TestingData\n    var TrainingData: TrainingData\n    var VersionName: VersionName\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateProjectVersionRequest {\n    @inline\n    def apply(\n        OutputConfig: OutputConfig,\n        ProjectArn: ProjectArn,\n        TestingData: TestingData,\n        TrainingData: TrainingData,\n        VersionName: VersionName,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateProjectVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OutputConfig\" -> OutputConfig.asInstanceOf[js.Any],\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any],\n        \"TestingData\" -> TestingData.asInstanceOf[js.Any],\n        \"TrainingData\" -> TrainingData.asInstanceOf[js.Any],\n        \"VersionName\" -> VersionName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProjectVersionResponse extends js.Object {\n    var ProjectVersionArn: js.UndefOr[ProjectVersionArn]\n  }\n\n  object CreateProjectVersionResponse {\n    @inline\n    def apply(\n        ProjectVersionArn: js.UndefOr[ProjectVersionArn] = js.undefined\n    ): CreateProjectVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      ProjectVersionArn.foreach(__v => __obj.updateDynamic(\"ProjectVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateStreamProcessorRequest extends js.Object {\n    var Input: StreamProcessorInput\n    var Name: StreamProcessorName\n    var Output: StreamProcessorOutput\n    var RoleArn: RoleArn\n    var Settings: StreamProcessorSettings\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object CreateStreamProcessorRequest {\n    @inline\n    def apply(\n        Input: StreamProcessorInput,\n        Name: StreamProcessorName,\n        Output: StreamProcessorOutput,\n        RoleArn: RoleArn,\n        Settings: StreamProcessorSettings,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateStreamProcessorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Input\" -> Input.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Output\" -> Output.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"Settings\" -> Settings.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamProcessorRequest]\n    }\n  }\n\n  @js.native\n  trait CreateStreamProcessorResponse extends js.Object {\n    var StreamProcessorArn: js.UndefOr[StreamProcessorArn]\n  }\n\n  object CreateStreamProcessorResponse {\n    @inline\n    def apply(\n        StreamProcessorArn: js.UndefOr[StreamProcessorArn] = js.undefined\n    ): CreateStreamProcessorResponse = {\n      val __obj = js.Dynamic.literal()\n      StreamProcessorArn.foreach(__v => __obj.updateDynamic(\"StreamProcessorArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamProcessorResponse]\n    }\n  }\n\n  \/** A custom label detected in an image by a call to <a>DetectCustomLabels<\/a>.\n    *\/\n  @js.native\n  trait CustomLabel extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Geometry: js.UndefOr[Geometry]\n    var Name: js.UndefOr[String]\n  }\n\n  object CustomLabel {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Geometry: js.UndefOr[Geometry] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): CustomLabel = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Geometry.foreach(__v => __obj.updateDynamic(\"Geometry\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomLabel]\n    }\n  }\n\n  @js.native\n  trait DeleteCollectionRequest extends js.Object {\n    var CollectionId: CollectionId\n  }\n\n  object DeleteCollectionRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId\n    ): DeleteCollectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCollectionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCollectionResponse extends js.Object {\n    var StatusCode: js.UndefOr[UInteger]\n  }\n\n  object DeleteCollectionResponse {\n    @inline\n    def apply(\n        StatusCode: js.UndefOr[UInteger] = js.undefined\n    ): DeleteCollectionResponse = {\n      val __obj = js.Dynamic.literal()\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCollectionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteFacesRequest extends js.Object {\n    var CollectionId: CollectionId\n    var FaceIds: FaceIdList\n  }\n\n  object DeleteFacesRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        FaceIds: FaceIdList\n    ): DeleteFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any],\n        \"FaceIds\" -> FaceIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFacesRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFacesResponse extends js.Object {\n    var DeletedFaces: js.UndefOr[FaceIdList]\n  }\n\n  object DeleteFacesResponse {\n    @inline\n    def apply(\n        DeletedFaces: js.UndefOr[FaceIdList] = js.undefined\n    ): DeleteFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      DeletedFaces.foreach(__v => __obj.updateDynamic(\"DeletedFaces\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFacesResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectRequest extends js.Object {\n    var ProjectArn: ProjectArn\n  }\n\n  object DeleteProjectRequest {\n    @inline\n    def apply(\n        ProjectArn: ProjectArn\n    ): DeleteProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectResponse extends js.Object {\n    var Status: js.UndefOr[ProjectStatus]\n  }\n\n  object DeleteProjectResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[ProjectStatus] = js.undefined\n    ): DeleteProjectResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteProjectResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectVersionRequest extends js.Object {\n    var ProjectVersionArn: ProjectVersionArn\n  }\n\n  object DeleteProjectVersionRequest {\n    @inline\n    def apply(\n        ProjectVersionArn: ProjectVersionArn\n    ): DeleteProjectVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectVersionArn\" -> ProjectVersionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProjectVersionResponse extends js.Object {\n    var Status: js.UndefOr[ProjectVersionStatus]\n  }\n\n  object DeleteProjectVersionResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[ProjectVersionStatus] = js.undefined\n    ): DeleteProjectVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteProjectVersionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteStreamProcessorRequest extends js.Object {\n    var Name: StreamProcessorName\n  }\n\n  object DeleteStreamProcessorRequest {\n    @inline\n    def apply(\n        Name: StreamProcessorName\n    ): DeleteStreamProcessorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteStreamProcessorRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteStreamProcessorResponse extends js.Object\n\n  object DeleteStreamProcessorResponse {\n    @inline\n    def apply(): DeleteStreamProcessorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteStreamProcessorResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCollectionRequest extends js.Object {\n    var CollectionId: CollectionId\n  }\n\n  object DescribeCollectionRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId\n    ): DescribeCollectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCollectionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCollectionResponse extends js.Object {\n    var CollectionARN: js.UndefOr[String]\n    var CreationTimestamp: js.UndefOr[DateTime]\n    var FaceCount: js.UndefOr[ULong]\n    var FaceModelVersion: js.UndefOr[String]\n  }\n\n  object DescribeCollectionResponse {\n    @inline\n    def apply(\n        CollectionARN: js.UndefOr[String] = js.undefined,\n        CreationTimestamp: js.UndefOr[DateTime] = js.undefined,\n        FaceCount: js.UndefOr[ULong] = js.undefined,\n        FaceModelVersion: js.UndefOr[String] = js.undefined\n    ): DescribeCollectionResponse = {\n      val __obj = js.Dynamic.literal()\n      CollectionARN.foreach(__v => __obj.updateDynamic(\"CollectionARN\")(__v.asInstanceOf[js.Any]))\n      CreationTimestamp.foreach(__v => __obj.updateDynamic(\"CreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      FaceCount.foreach(__v => __obj.updateDynamic(\"FaceCount\")(__v.asInstanceOf[js.Any]))\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCollectionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectVersionsRequest extends js.Object {\n    var ProjectArn: ProjectArn\n    var MaxResults: js.UndefOr[ProjectVersionsPageSize]\n    var NextToken: js.UndefOr[ExtendedPaginationToken]\n    var VersionNames: js.UndefOr[VersionNames]\n  }\n\n  object DescribeProjectVersionsRequest {\n    @inline\n    def apply(\n        ProjectArn: ProjectArn,\n        MaxResults: js.UndefOr[ProjectVersionsPageSize] = js.undefined,\n        NextToken: js.UndefOr[ExtendedPaginationToken] = js.undefined,\n        VersionNames: js.UndefOr[VersionNames] = js.undefined\n    ): DescribeProjectVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectArn\" -> ProjectArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VersionNames.foreach(__v => __obj.updateDynamic(\"VersionNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[ExtendedPaginationToken]\n    var ProjectVersionDescriptions: js.UndefOr[ProjectVersionDescriptions]\n  }\n\n  object DescribeProjectVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[ExtendedPaginationToken] = js.undefined,\n        ProjectVersionDescriptions: js.UndefOr[ProjectVersionDescriptions] = js.undefined\n    ): DescribeProjectVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProjectVersionDescriptions.foreach(__v => __obj.updateDynamic(\"ProjectVersionDescriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectsRequest extends js.Object {\n    var MaxResults: js.UndefOr[ProjectsPageSize]\n    var NextToken: js.UndefOr[ExtendedPaginationToken]\n  }\n\n  object DescribeProjectsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ProjectsPageSize] = js.undefined,\n        NextToken: js.UndefOr[ExtendedPaginationToken] = js.undefined\n    ): DescribeProjectsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeProjectsResponse extends js.Object {\n    var NextToken: js.UndefOr[ExtendedPaginationToken]\n    var ProjectDescriptions: js.UndefOr[ProjectDescriptions]\n  }\n\n  object DescribeProjectsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[ExtendedPaginationToken] = js.undefined,\n        ProjectDescriptions: js.UndefOr[ProjectDescriptions] = js.undefined\n    ): DescribeProjectsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProjectDescriptions.foreach(__v => __obj.updateDynamic(\"ProjectDescriptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamProcessorRequest extends js.Object {\n    var Name: StreamProcessorName\n  }\n\n  object DescribeStreamProcessorRequest {\n    @inline\n    def apply(\n        Name: StreamProcessorName\n    ): DescribeStreamProcessorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeStreamProcessorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeStreamProcessorResponse extends js.Object {\n    var CreationTimestamp: js.UndefOr[DateTime]\n    var Input: js.UndefOr[StreamProcessorInput]\n    var LastUpdateTimestamp: js.UndefOr[DateTime]\n    var Name: js.UndefOr[StreamProcessorName]\n    var Output: js.UndefOr[StreamProcessorOutput]\n    var RoleArn: js.UndefOr[RoleArn]\n    var Settings: js.UndefOr[StreamProcessorSettings]\n    var Status: js.UndefOr[StreamProcessorStatus]\n    var StatusMessage: js.UndefOr[String]\n    var StreamProcessorArn: js.UndefOr[StreamProcessorArn]\n  }\n\n  object DescribeStreamProcessorResponse {\n    @inline\n    def apply(\n        CreationTimestamp: js.UndefOr[DateTime] = js.undefined,\n        Input: js.UndefOr[StreamProcessorInput] = js.undefined,\n        LastUpdateTimestamp: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[StreamProcessorName] = js.undefined,\n        Output: js.UndefOr[StreamProcessorOutput] = js.undefined,\n        RoleArn: js.UndefOr[RoleArn] = js.undefined,\n        Settings: js.UndefOr[StreamProcessorSettings] = js.undefined,\n        Status: js.UndefOr[StreamProcessorStatus] = js.undefined,\n        StatusMessage: js.UndefOr[String] = js.undefined,\n        StreamProcessorArn: js.UndefOr[StreamProcessorArn] = js.undefined\n    ): DescribeStreamProcessorResponse = {\n      val __obj = js.Dynamic.literal()\n      CreationTimestamp.foreach(__v => __obj.updateDynamic(\"CreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      LastUpdateTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdateTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      StreamProcessorArn.foreach(__v => __obj.updateDynamic(\"StreamProcessorArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStreamProcessorResponse]\n    }\n  }\n\n  @js.native\n  trait DetectCustomLabelsRequest extends js.Object {\n    var Image: Image\n    var ProjectVersionArn: ProjectVersionArn\n    var MaxResults: js.UndefOr[UInteger]\n    var MinConfidence: js.UndefOr[Percent]\n  }\n\n  object DetectCustomLabelsRequest {\n    @inline\n    def apply(\n        Image: Image,\n        ProjectVersionArn: ProjectVersionArn,\n        MaxResults: js.UndefOr[UInteger] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined\n    ): DetectCustomLabelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any],\n        \"ProjectVersionArn\" -> ProjectVersionArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectCustomLabelsRequest]\n    }\n  }\n\n  @js.native\n  trait DetectCustomLabelsResponse extends js.Object {\n    var CustomLabels: js.UndefOr[CustomLabels]\n  }\n\n  object DetectCustomLabelsResponse {\n    @inline\n    def apply(\n        CustomLabels: js.UndefOr[CustomLabels] = js.undefined\n    ): DetectCustomLabelsResponse = {\n      val __obj = js.Dynamic.literal()\n      CustomLabels.foreach(__v => __obj.updateDynamic(\"CustomLabels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectCustomLabelsResponse]\n    }\n  }\n\n  @js.native\n  trait DetectFacesRequest extends js.Object {\n    var Image: Image\n    var Attributes: js.UndefOr[Attributes]\n  }\n\n  object DetectFacesRequest {\n    @inline\n    def apply(\n        Image: Image,\n        Attributes: js.UndefOr[Attributes] = js.undefined\n    ): DetectFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectFacesRequest]\n    }\n  }\n\n  @js.native\n  trait DetectFacesResponse extends js.Object {\n    var FaceDetails: js.UndefOr[FaceDetailList]\n    var OrientationCorrection: js.UndefOr[OrientationCorrection]\n  }\n\n  object DetectFacesResponse {\n    @inline\n    def apply(\n        FaceDetails: js.UndefOr[FaceDetailList] = js.undefined,\n        OrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined\n    ): DetectFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceDetails.foreach(__v => __obj.updateDynamic(\"FaceDetails\")(__v.asInstanceOf[js.Any]))\n      OrientationCorrection.foreach(__v => __obj.updateDynamic(\"OrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectFacesResponse]\n    }\n  }\n\n  @js.native\n  trait DetectLabelsRequest extends js.Object {\n    var Image: Image\n    var MaxLabels: js.UndefOr[UInteger]\n    var MinConfidence: js.UndefOr[Percent]\n  }\n\n  object DetectLabelsRequest {\n    @inline\n    def apply(\n        Image: Image,\n        MaxLabels: js.UndefOr[UInteger] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined\n    ): DetectLabelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      MaxLabels.foreach(__v => __obj.updateDynamic(\"MaxLabels\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectLabelsRequest]\n    }\n  }\n\n  @js.native\n  trait DetectLabelsResponse extends js.Object {\n    var LabelModelVersion: js.UndefOr[String]\n    var Labels: js.UndefOr[Labels]\n    var OrientationCorrection: js.UndefOr[OrientationCorrection]\n  }\n\n  object DetectLabelsResponse {\n    @inline\n    def apply(\n        LabelModelVersion: js.UndefOr[String] = js.undefined,\n        Labels: js.UndefOr[Labels] = js.undefined,\n        OrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined\n    ): DetectLabelsResponse = {\n      val __obj = js.Dynamic.literal()\n      LabelModelVersion.foreach(__v => __obj.updateDynamic(\"LabelModelVersion\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      OrientationCorrection.foreach(__v => __obj.updateDynamic(\"OrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectLabelsResponse]\n    }\n  }\n\n  @js.native\n  trait DetectModerationLabelsRequest extends js.Object {\n    var Image: Image\n    var HumanLoopConfig: js.UndefOr[HumanLoopConfig]\n    var MinConfidence: js.UndefOr[Percent]\n  }\n\n  object DetectModerationLabelsRequest {\n    @inline\n    def apply(\n        Image: Image,\n        HumanLoopConfig: js.UndefOr[HumanLoopConfig] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined\n    ): DetectModerationLabelsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      HumanLoopConfig.foreach(__v => __obj.updateDynamic(\"HumanLoopConfig\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectModerationLabelsRequest]\n    }\n  }\n\n  @js.native\n  trait DetectModerationLabelsResponse extends js.Object {\n    var HumanLoopActivationOutput: js.UndefOr[HumanLoopActivationOutput]\n    var ModerationLabels: js.UndefOr[ModerationLabels]\n    var ModerationModelVersion: js.UndefOr[String]\n  }\n\n  object DetectModerationLabelsResponse {\n    @inline\n    def apply(\n        HumanLoopActivationOutput: js.UndefOr[HumanLoopActivationOutput] = js.undefined,\n        ModerationLabels: js.UndefOr[ModerationLabels] = js.undefined,\n        ModerationModelVersion: js.UndefOr[String] = js.undefined\n    ): DetectModerationLabelsResponse = {\n      val __obj = js.Dynamic.literal()\n      HumanLoopActivationOutput.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationOutput\")(__v.asInstanceOf[js.Any]))\n      ModerationLabels.foreach(__v => __obj.updateDynamic(\"ModerationLabels\")(__v.asInstanceOf[js.Any]))\n      ModerationModelVersion.foreach(__v => __obj.updateDynamic(\"ModerationModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectModerationLabelsResponse]\n    }\n  }\n\n  @js.native\n  trait DetectProtectiveEquipmentRequest extends js.Object {\n    var Image: Image\n    var SummarizationAttributes: js.UndefOr[ProtectiveEquipmentSummarizationAttributes]\n  }\n\n  object DetectProtectiveEquipmentRequest {\n    @inline\n    def apply(\n        Image: Image,\n        SummarizationAttributes: js.UndefOr[ProtectiveEquipmentSummarizationAttributes] = js.undefined\n    ): DetectProtectiveEquipmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      SummarizationAttributes.foreach(__v => __obj.updateDynamic(\"SummarizationAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectProtectiveEquipmentRequest]\n    }\n  }\n\n  @js.native\n  trait DetectProtectiveEquipmentResponse extends js.Object {\n    var Persons: js.UndefOr[ProtectiveEquipmentPersons]\n    var ProtectiveEquipmentModelVersion: js.UndefOr[String]\n    var Summary: js.UndefOr[ProtectiveEquipmentSummary]\n  }\n\n  object DetectProtectiveEquipmentResponse {\n    @inline\n    def apply(\n        Persons: js.UndefOr[ProtectiveEquipmentPersons] = js.undefined,\n        ProtectiveEquipmentModelVersion: js.UndefOr[String] = js.undefined,\n        Summary: js.UndefOr[ProtectiveEquipmentSummary] = js.undefined\n    ): DetectProtectiveEquipmentResponse = {\n      val __obj = js.Dynamic.literal()\n      Persons.foreach(__v => __obj.updateDynamic(\"Persons\")(__v.asInstanceOf[js.Any]))\n      ProtectiveEquipmentModelVersion.foreach(__v => __obj.updateDynamic(\"ProtectiveEquipmentModelVersion\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectProtectiveEquipmentResponse]\n    }\n  }\n\n  \/** A set of optional parameters that you can use to set the criteria that the text must meet to be included in your response. <code>WordFilter<\/code> looks at a word\u2019s height, width, and minimum confidence. <code>RegionOfInterest<\/code> lets you set a specific region of the image to look for text in.\n    *\/\n  @js.native\n  trait DetectTextFilters extends js.Object {\n    var RegionsOfInterest: js.UndefOr[RegionsOfInterest]\n    var WordFilter: js.UndefOr[DetectionFilter]\n  }\n\n  object DetectTextFilters {\n    @inline\n    def apply(\n        RegionsOfInterest: js.UndefOr[RegionsOfInterest] = js.undefined,\n        WordFilter: js.UndefOr[DetectionFilter] = js.undefined\n    ): DetectTextFilters = {\n      val __obj = js.Dynamic.literal()\n      RegionsOfInterest.foreach(__v => __obj.updateDynamic(\"RegionsOfInterest\")(__v.asInstanceOf[js.Any]))\n      WordFilter.foreach(__v => __obj.updateDynamic(\"WordFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectTextFilters]\n    }\n  }\n\n  @js.native\n  trait DetectTextRequest extends js.Object {\n    var Image: Image\n    var Filters: js.UndefOr[DetectTextFilters]\n  }\n\n  object DetectTextRequest {\n    @inline\n    def apply(\n        Image: Image,\n        Filters: js.UndefOr[DetectTextFilters] = js.undefined\n    ): DetectTextRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectTextRequest]\n    }\n  }\n\n  @js.native\n  trait DetectTextResponse extends js.Object {\n    var TextDetections: js.UndefOr[TextDetectionList]\n    var TextModelVersion: js.UndefOr[String]\n  }\n\n  object DetectTextResponse {\n    @inline\n    def apply(\n        TextDetections: js.UndefOr[TextDetectionList] = js.undefined,\n        TextModelVersion: js.UndefOr[String] = js.undefined\n    ): DetectTextResponse = {\n      val __obj = js.Dynamic.literal()\n      TextDetections.foreach(__v => __obj.updateDynamic(\"TextDetections\")(__v.asInstanceOf[js.Any]))\n      TextModelVersion.foreach(__v => __obj.updateDynamic(\"TextModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectTextResponse]\n    }\n  }\n\n  \/** A set of parameters that allow you to filter out certain results from your returned results.\n    *\/\n  @js.native\n  trait DetectionFilter extends js.Object {\n    var MinBoundingBoxHeight: js.UndefOr[BoundingBoxHeight]\n    var MinBoundingBoxWidth: js.UndefOr[BoundingBoxWidth]\n    var MinConfidence: js.UndefOr[Percent]\n  }\n\n  object DetectionFilter {\n    @inline\n    def apply(\n        MinBoundingBoxHeight: js.UndefOr[BoundingBoxHeight] = js.undefined,\n        MinBoundingBoxWidth: js.UndefOr[BoundingBoxWidth] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined\n    ): DetectionFilter = {\n      val __obj = js.Dynamic.literal()\n      MinBoundingBoxHeight.foreach(__v => __obj.updateDynamic(\"MinBoundingBoxHeight\")(__v.asInstanceOf[js.Any]))\n      MinBoundingBoxWidth.foreach(__v => __obj.updateDynamic(\"MinBoundingBoxWidth\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectionFilter]\n    }\n  }\n\n  \/** The emotions that appear to be expressed on the face, and the confidence level in the determination. The API is only making a determination of the physical appearance of a person's face. It is not a determination of the person\u2019s internal emotional state and should not be used in such a way. For example, a person pretending to have a sad face might not be sad emotionally.\n    *\/\n  @js.native\n  trait Emotion extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Type: js.UndefOr[EmotionName]\n  }\n\n  object Emotion {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Type: js.UndefOr[EmotionName] = js.undefined\n    ): Emotion = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Emotion]\n    }\n  }\n\n  @js.native\n  sealed trait EmotionName extends js.Any\n  object EmotionName {\n    val HAPPY = \"HAPPY\".asInstanceOf[EmotionName]\n    val SAD = \"SAD\".asInstanceOf[EmotionName]\n    val ANGRY = \"ANGRY\".asInstanceOf[EmotionName]\n    val CONFUSED = \"CONFUSED\".asInstanceOf[EmotionName]\n    val DISGUSTED = \"DISGUSTED\".asInstanceOf[EmotionName]\n    val SURPRISED = \"SURPRISED\".asInstanceOf[EmotionName]\n    val CALM = \"CALM\".asInstanceOf[EmotionName]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[EmotionName]\n    val FEAR = \"FEAR\".asInstanceOf[EmotionName]\n\n    @inline def values = js.Array(HAPPY, SAD, ANGRY, CONFUSED, DISGUSTED, SURPRISED, CALM, UNKNOWN, FEAR)\n  }\n\n  \/** Information about an item of Personal Protective Equipment (PPE) detected by <a>DetectProtectiveEquipment<\/a>. For more information, see <a>DetectProtectiveEquipment<\/a>.\n    *\/\n  @js.native\n  trait EquipmentDetection extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var CoversBodyPart: js.UndefOr[CoversBodyPart]\n    var Type: js.UndefOr[ProtectiveEquipmentType]\n  }\n\n  object EquipmentDetection {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        CoversBodyPart: js.UndefOr[CoversBodyPart] = js.undefined,\n        Type: js.UndefOr[ProtectiveEquipmentType] = js.undefined\n    ): EquipmentDetection = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      CoversBodyPart.foreach(__v => __obj.updateDynamic(\"CoversBodyPart\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EquipmentDetection]\n    }\n  }\n\n  \/** The evaluation results for the training of a model.\n    *\/\n  @js.native\n  trait EvaluationResult extends js.Object {\n    var F1Score: js.UndefOr[Float]\n    var Summary: js.UndefOr[Summary]\n  }\n\n  object EvaluationResult {\n    @inline\n    def apply(\n        F1Score: js.UndefOr[Float] = js.undefined,\n        Summary: js.UndefOr[Summary] = js.undefined\n    ): EvaluationResult = {\n      val __obj = js.Dynamic.literal()\n      F1Score.foreach(__v => __obj.updateDynamic(\"F1Score\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EvaluationResult]\n    }\n  }\n\n  \/** Indicates whether or not the eyes on the face are open, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait EyeOpen extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object EyeOpen {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): EyeOpen = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EyeOpen]\n    }\n  }\n\n  \/** Indicates whether or not the face is wearing eye glasses, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait Eyeglasses extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object Eyeglasses {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): Eyeglasses = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Eyeglasses]\n    }\n  }\n\n  \/** Describes the face properties such as the bounding box, face ID, image ID of the input image, and external image ID that you assigned.\n    *\/\n  @js.native\n  trait Face extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var ExternalImageId: js.UndefOr[ExternalImageId]\n    var FaceId: js.UndefOr[FaceId]\n    var ImageId: js.UndefOr[ImageId]\n  }\n\n  object Face {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        ExternalImageId: js.UndefOr[ExternalImageId] = js.undefined,\n        FaceId: js.UndefOr[FaceId] = js.undefined,\n        ImageId: js.UndefOr[ImageId] = js.undefined\n    ): Face = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      ExternalImageId.foreach(__v => __obj.updateDynamic(\"ExternalImageId\")(__v.asInstanceOf[js.Any]))\n      FaceId.foreach(__v => __obj.updateDynamic(\"FaceId\")(__v.asInstanceOf[js.Any]))\n      ImageId.foreach(__v => __obj.updateDynamic(\"ImageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Face]\n    }\n  }\n\n  @js.native\n  sealed trait FaceAttributes extends js.Any\n  object FaceAttributes {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[FaceAttributes]\n    val ALL = \"ALL\".asInstanceOf[FaceAttributes]\n\n    @inline def values = js.Array(DEFAULT, ALL)\n  }\n\n  \/** Structure containing attributes of the face that the algorithm detected. A <code>FaceDetail<\/code> object contains either the default facial attributes or all facial attributes. The default attributes are <code>BoundingBox<\/code>, <code>Confidence<\/code>, <code>Landmarks<\/code>, <code>Pose<\/code>, and <code>Quality<\/code>. <a>GetFaceDetection<\/a> is the only Amazon Rekognition Video stored video operation that can return a <code>FaceDetail<\/code> object with all attributes. To specify which attributes to return, use the <code>FaceAttributes<\/code> input parameter for <a>StartFaceDetection<\/a>. The following Amazon Rekognition Video operations return only the default attributes. The corresponding Start operations don't have a <code>FaceAttributes<\/code> input parameter. * GetCelebrityRecognition * GetPersonTracking * GetFaceSearch The Amazon Rekognition Image <a>DetectFaces<\/a> and <a>IndexFaces<\/a> operations can return all facial attributes. To specify which attributes to\n    * return, use the <code>Attributes<\/code> input parameter for <code>DetectFaces<\/code>. For <code>IndexFaces<\/code>, use the <code>DetectAttributes<\/code> input parameter.\n    *\/\n  @js.native\n  trait FaceDetail extends js.Object {\n    var AgeRange: js.UndefOr[AgeRange]\n    var Beard: js.UndefOr[Beard]\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var Emotions: js.UndefOr[Emotions]\n    var Eyeglasses: js.UndefOr[Eyeglasses]\n    var EyesOpen: js.UndefOr[EyeOpen]\n    var Gender: js.UndefOr[Gender]\n    var Landmarks: js.UndefOr[Landmarks]\n    var MouthOpen: js.UndefOr[MouthOpen]\n    var Mustache: js.UndefOr[Mustache]\n    var Pose: js.UndefOr[Pose]\n    var Quality: js.UndefOr[ImageQuality]\n    var Smile: js.UndefOr[Smile]\n    var Sunglasses: js.UndefOr[Sunglasses]\n  }\n\n  object FaceDetail {\n    @inline\n    def apply(\n        AgeRange: js.UndefOr[AgeRange] = js.undefined,\n        Beard: js.UndefOr[Beard] = js.undefined,\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Emotions: js.UndefOr[Emotions] = js.undefined,\n        Eyeglasses: js.UndefOr[Eyeglasses] = js.undefined,\n        EyesOpen: js.UndefOr[EyeOpen] = js.undefined,\n        Gender: js.UndefOr[Gender] = js.undefined,\n        Landmarks: js.UndefOr[Landmarks] = js.undefined,\n        MouthOpen: js.UndefOr[MouthOpen] = js.undefined,\n        Mustache: js.UndefOr[Mustache] = js.undefined,\n        Pose: js.UndefOr[Pose] = js.undefined,\n        Quality: js.UndefOr[ImageQuality] = js.undefined,\n        Smile: js.UndefOr[Smile] = js.undefined,\n        Sunglasses: js.UndefOr[Sunglasses] = js.undefined\n    ): FaceDetail = {\n      val __obj = js.Dynamic.literal()\n      AgeRange.foreach(__v => __obj.updateDynamic(\"AgeRange\")(__v.asInstanceOf[js.Any]))\n      Beard.foreach(__v => __obj.updateDynamic(\"Beard\")(__v.asInstanceOf[js.Any]))\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Emotions.foreach(__v => __obj.updateDynamic(\"Emotions\")(__v.asInstanceOf[js.Any]))\n      Eyeglasses.foreach(__v => __obj.updateDynamic(\"Eyeglasses\")(__v.asInstanceOf[js.Any]))\n      EyesOpen.foreach(__v => __obj.updateDynamic(\"EyesOpen\")(__v.asInstanceOf[js.Any]))\n      Gender.foreach(__v => __obj.updateDynamic(\"Gender\")(__v.asInstanceOf[js.Any]))\n      Landmarks.foreach(__v => __obj.updateDynamic(\"Landmarks\")(__v.asInstanceOf[js.Any]))\n      MouthOpen.foreach(__v => __obj.updateDynamic(\"MouthOpen\")(__v.asInstanceOf[js.Any]))\n      Mustache.foreach(__v => __obj.updateDynamic(\"Mustache\")(__v.asInstanceOf[js.Any]))\n      Pose.foreach(__v => __obj.updateDynamic(\"Pose\")(__v.asInstanceOf[js.Any]))\n      Quality.foreach(__v => __obj.updateDynamic(\"Quality\")(__v.asInstanceOf[js.Any]))\n      Smile.foreach(__v => __obj.updateDynamic(\"Smile\")(__v.asInstanceOf[js.Any]))\n      Sunglasses.foreach(__v => __obj.updateDynamic(\"Sunglasses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaceDetail]\n    }\n  }\n\n  \/** Information about a face detected in a video analysis request and the time the face was detected in the video.\n    *\/\n  @js.native\n  trait FaceDetection extends js.Object {\n    var Face: js.UndefOr[FaceDetail]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object FaceDetection {\n    @inline\n    def apply(\n        Face: js.UndefOr[FaceDetail] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): FaceDetection = {\n      val __obj = js.Dynamic.literal()\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaceDetection]\n    }\n  }\n\n  \/** Provides face metadata. In addition, it also provides the confidence in the match of this face with the input face.\n    *\/\n  @js.native\n  trait FaceMatch extends js.Object {\n    var Face: js.UndefOr[Face]\n    var Similarity: js.UndefOr[Percent]\n  }\n\n  object FaceMatch {\n    @inline\n    def apply(\n        Face: js.UndefOr[Face] = js.undefined,\n        Similarity: js.UndefOr[Percent] = js.undefined\n    ): FaceMatch = {\n      val __obj = js.Dynamic.literal()\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Similarity.foreach(__v => __obj.updateDynamic(\"Similarity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaceMatch]\n    }\n  }\n\n  \/** Object containing both the face metadata (stored in the backend database), and facial attributes that are detected but aren't stored in the database.\n    *\/\n  @js.native\n  trait FaceRecord extends js.Object {\n    var Face: js.UndefOr[Face]\n    var FaceDetail: js.UndefOr[FaceDetail]\n  }\n\n  object FaceRecord {\n    @inline\n    def apply(\n        Face: js.UndefOr[Face] = js.undefined,\n        FaceDetail: js.UndefOr[FaceDetail] = js.undefined\n    ): FaceRecord = {\n      val __obj = js.Dynamic.literal()\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      FaceDetail.foreach(__v => __obj.updateDynamic(\"FaceDetail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaceRecord]\n    }\n  }\n\n  \/** Input face recognition parameters for an Amazon Rekognition stream processor. <code>FaceRecognitionSettings<\/code> is a request parameter for <a>CreateStreamProcessor<\/a>.\n    *\/\n  @js.native\n  trait FaceSearchSettings extends js.Object {\n    var CollectionId: js.UndefOr[CollectionId]\n    var FaceMatchThreshold: js.UndefOr[Percent]\n  }\n\n  object FaceSearchSettings {\n    @inline\n    def apply(\n        CollectionId: js.UndefOr[CollectionId] = js.undefined,\n        FaceMatchThreshold: js.UndefOr[Percent] = js.undefined\n    ): FaceSearchSettings = {\n      val __obj = js.Dynamic.literal()\n      CollectionId.foreach(__v => __obj.updateDynamic(\"CollectionId\")(__v.asInstanceOf[js.Any]))\n      FaceMatchThreshold.foreach(__v => __obj.updateDynamic(\"FaceMatchThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FaceSearchSettings]\n    }\n  }\n\n  @js.native\n  sealed trait FaceSearchSortBy extends js.Any\n  object FaceSearchSortBy {\n    val INDEX = \"INDEX\".asInstanceOf[FaceSearchSortBy]\n    val TIMESTAMP = \"TIMESTAMP\".asInstanceOf[FaceSearchSortBy]\n\n    @inline def values = js.Array(INDEX, TIMESTAMP)\n  }\n\n  \/** The predicted gender of a detected face. Amazon Rekognition makes gender binary (male\/female) predictions based on the physical appearance of a face in a particular image. This kind of prediction is not designed to categorize a person\u2019s gender identity, and you shouldn't use Amazon Rekognition to make such a determination. For example, a male actor wearing a long-haired wig and earrings for a role might be predicted as female. Using Amazon Rekognition to make gender binary predictions is best suited for use cases where aggregate gender distribution statistics need to be analyzed without identifying specific users. For example, the percentage of female users compared to male users on a social media platform. We don't recommend using gender binary predictions to make decisions that impact&#x2028; an individual's rights, privacy, or access to services.\n    *\/\n  @js.native\n  trait Gender extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[GenderType]\n  }\n\n  object Gender {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[GenderType] = js.undefined\n    ): Gender = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Gender]\n    }\n  }\n\n  @js.native\n  sealed trait GenderType extends js.Any\n  object GenderType {\n    val Male = \"Male\".asInstanceOf[GenderType]\n    val Female = \"Female\".asInstanceOf[GenderType]\n\n    @inline def values = js.Array(Male, Female)\n  }\n\n  \/** Information about where an object (<a>DetectCustomLabels<\/a>) or text (<a>DetectText<\/a>) is located on an image.\n    *\/\n  @js.native\n  trait Geometry extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Polygon: js.UndefOr[Polygon]\n  }\n\n  object Geometry {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Polygon: js.UndefOr[Polygon] = js.undefined\n    ): Geometry = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Polygon.foreach(__v => __obj.updateDynamic(\"Polygon\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Geometry]\n    }\n  }\n\n  @js.native\n  trait GetCelebrityInfoRequest extends js.Object {\n    var Id: RekognitionUniqueId\n  }\n\n  object GetCelebrityInfoRequest {\n    @inline\n    def apply(\n        Id: RekognitionUniqueId\n    ): GetCelebrityInfoRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCelebrityInfoRequest]\n    }\n  }\n\n  @js.native\n  trait GetCelebrityInfoResponse extends js.Object {\n    var Name: js.UndefOr[String]\n    var Urls: js.UndefOr[Urls]\n  }\n\n  object GetCelebrityInfoResponse {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Urls: js.UndefOr[Urls] = js.undefined\n    ): GetCelebrityInfoResponse = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Urls.foreach(__v => __obj.updateDynamic(\"Urls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCelebrityInfoResponse]\n    }\n  }\n\n  @js.native\n  trait GetCelebrityRecognitionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[CelebrityRecognitionSortBy]\n  }\n\n  object GetCelebrityRecognitionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[CelebrityRecognitionSortBy] = js.undefined\n    ): GetCelebrityRecognitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCelebrityRecognitionRequest]\n    }\n  }\n\n  @js.native\n  trait GetCelebrityRecognitionResponse extends js.Object {\n    var Celebrities: js.UndefOr[CelebrityRecognitions]\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetCelebrityRecognitionResponse {\n    @inline\n    def apply(\n        Celebrities: js.UndefOr[CelebrityRecognitions] = js.undefined,\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetCelebrityRecognitionResponse = {\n      val __obj = js.Dynamic.literal()\n      Celebrities.foreach(__v => __obj.updateDynamic(\"Celebrities\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCelebrityRecognitionResponse]\n    }\n  }\n\n  @js.native\n  trait GetContentModerationRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[ContentModerationSortBy]\n  }\n\n  object GetContentModerationRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[ContentModerationSortBy] = js.undefined\n    ): GetContentModerationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContentModerationRequest]\n    }\n  }\n\n  @js.native\n  trait GetContentModerationResponse extends js.Object {\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var ModerationLabels: js.UndefOr[ContentModerationDetections]\n    var ModerationModelVersion: js.UndefOr[String]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetContentModerationResponse {\n    @inline\n    def apply(\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        ModerationLabels: js.UndefOr[ContentModerationDetections] = js.undefined,\n        ModerationModelVersion: js.UndefOr[String] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetContentModerationResponse = {\n      val __obj = js.Dynamic.literal()\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      ModerationLabels.foreach(__v => __obj.updateDynamic(\"ModerationLabels\")(__v.asInstanceOf[js.Any]))\n      ModerationModelVersion.foreach(__v => __obj.updateDynamic(\"ModerationModelVersion\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetContentModerationResponse]\n    }\n  }\n\n  @js.native\n  trait GetFaceDetectionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetFaceDetectionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetFaceDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFaceDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetFaceDetectionResponse extends js.Object {\n    var Faces: js.UndefOr[FaceDetections]\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetFaceDetectionResponse {\n    @inline\n    def apply(\n        Faces: js.UndefOr[FaceDetections] = js.undefined,\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetFaceDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      Faces.foreach(__v => __obj.updateDynamic(\"Faces\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFaceDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait GetFaceSearchRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[FaceSearchSortBy]\n  }\n\n  object GetFaceSearchRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[FaceSearchSortBy] = js.undefined\n    ): GetFaceSearchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFaceSearchRequest]\n    }\n  }\n\n  @js.native\n  trait GetFaceSearchResponse extends js.Object {\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Persons: js.UndefOr[PersonMatches]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetFaceSearchResponse {\n    @inline\n    def apply(\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Persons: js.UndefOr[PersonMatches] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetFaceSearchResponse = {\n      val __obj = js.Dynamic.literal()\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Persons.foreach(__v => __obj.updateDynamic(\"Persons\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFaceSearchResponse]\n    }\n  }\n\n  @js.native\n  trait GetLabelDetectionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[LabelDetectionSortBy]\n  }\n\n  object GetLabelDetectionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[LabelDetectionSortBy] = js.undefined\n    ): GetLabelDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLabelDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetLabelDetectionResponse extends js.Object {\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var LabelModelVersion: js.UndefOr[String]\n    var Labels: js.UndefOr[LabelDetections]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetLabelDetectionResponse {\n    @inline\n    def apply(\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        LabelModelVersion: js.UndefOr[String] = js.undefined,\n        Labels: js.UndefOr[LabelDetections] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetLabelDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      LabelModelVersion.foreach(__v => __obj.updateDynamic(\"LabelModelVersion\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLabelDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait GetPersonTrackingRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n    var SortBy: js.UndefOr[PersonTrackingSortBy]\n  }\n\n  object GetPersonTrackingRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        SortBy: js.UndefOr[PersonTrackingSortBy] = js.undefined\n    ): GetPersonTrackingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPersonTrackingRequest]\n    }\n  }\n\n  @js.native\n  trait GetPersonTrackingResponse extends js.Object {\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Persons: js.UndefOr[PersonDetections]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetPersonTrackingResponse {\n    @inline\n    def apply(\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Persons: js.UndefOr[PersonDetections] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetPersonTrackingResponse = {\n      val __obj = js.Dynamic.literal()\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Persons.foreach(__v => __obj.updateDynamic(\"Persons\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPersonTrackingResponse]\n    }\n  }\n\n  @js.native\n  trait GetSegmentDetectionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetSegmentDetectionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetSegmentDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSegmentDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetSegmentDetectionResponse extends js.Object {\n    var AudioMetadata: js.UndefOr[AudioMetadataList]\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Segments: js.UndefOr[SegmentDetections]\n    var SelectedSegmentTypes: js.UndefOr[SegmentTypesInfo]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var VideoMetadata: js.UndefOr[VideoMetadataList]\n  }\n\n  object GetSegmentDetectionResponse {\n    @inline\n    def apply(\n        AudioMetadata: js.UndefOr[AudioMetadataList] = js.undefined,\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Segments: js.UndefOr[SegmentDetections] = js.undefined,\n        SelectedSegmentTypes: js.UndefOr[SegmentTypesInfo] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadataList] = js.undefined\n    ): GetSegmentDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      AudioMetadata.foreach(__v => __obj.updateDynamic(\"AudioMetadata\")(__v.asInstanceOf[js.Any]))\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Segments.foreach(__v => __obj.updateDynamic(\"Segments\")(__v.asInstanceOf[js.Any]))\n      SelectedSegmentTypes.foreach(__v => __obj.updateDynamic(\"SelectedSegmentTypes\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSegmentDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait GetTextDetectionRequest extends js.Object {\n    var JobId: JobId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object GetTextDetectionRequest {\n    @inline\n    def apply(\n        JobId: JobId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): GetTextDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"JobId\" -> JobId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTextDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait GetTextDetectionResponse extends js.Object {\n    var JobStatus: js.UndefOr[VideoJobStatus]\n    var NextToken: js.UndefOr[PaginationToken]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var TextDetections: js.UndefOr[TextDetectionResults]\n    var TextModelVersion: js.UndefOr[String]\n    var VideoMetadata: js.UndefOr[VideoMetadata]\n  }\n\n  object GetTextDetectionResponse {\n    @inline\n    def apply(\n        JobStatus: js.UndefOr[VideoJobStatus] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        TextDetections: js.UndefOr[TextDetectionResults] = js.undefined,\n        TextModelVersion: js.UndefOr[String] = js.undefined,\n        VideoMetadata: js.UndefOr[VideoMetadata] = js.undefined\n    ): GetTextDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobStatus.foreach(__v => __obj.updateDynamic(\"JobStatus\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      TextDetections.foreach(__v => __obj.updateDynamic(\"TextDetections\")(__v.asInstanceOf[js.Any]))\n      TextModelVersion.foreach(__v => __obj.updateDynamic(\"TextModelVersion\")(__v.asInstanceOf[js.Any]))\n      VideoMetadata.foreach(__v => __obj.updateDynamic(\"VideoMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTextDetectionResponse]\n    }\n  }\n\n  \/** The S3 bucket that contains an Amazon Sagemaker Ground Truth format manifest file.\n    *\/\n  @js.native\n  trait GroundTruthManifest extends js.Object {\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object GroundTruthManifest {\n    @inline\n    def apply(\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): GroundTruthManifest = {\n      val __obj = js.Dynamic.literal()\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroundTruthManifest]\n    }\n  }\n\n  \/** Shows the results of the human in the loop evaluation. If there is no HumanLoopArn, the input did not trigger human review.\n    *\/\n  @js.native\n  trait HumanLoopActivationOutput extends js.Object {\n    var HumanLoopActivationConditionsEvaluationResults: js.UndefOr[HumanLoopActivationConditionsEvaluationResults]\n    var HumanLoopActivationReasons: js.UndefOr[HumanLoopActivationReasons]\n    var HumanLoopArn: js.UndefOr[HumanLoopArn]\n  }\n\n  object HumanLoopActivationOutput {\n    @inline\n    def apply(\n        HumanLoopActivationConditionsEvaluationResults: js.UndefOr[HumanLoopActivationConditionsEvaluationResults] = js.undefined,\n        HumanLoopActivationReasons: js.UndefOr[HumanLoopActivationReasons] = js.undefined,\n        HumanLoopArn: js.UndefOr[HumanLoopArn] = js.undefined\n    ): HumanLoopActivationOutput = {\n      val __obj = js.Dynamic.literal()\n      HumanLoopActivationConditionsEvaluationResults.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationConditionsEvaluationResults\")(__v.asInstanceOf[js.Any]))\n      HumanLoopActivationReasons.foreach(__v => __obj.updateDynamic(\"HumanLoopActivationReasons\")(__v.asInstanceOf[js.Any]))\n      HumanLoopArn.foreach(__v => __obj.updateDynamic(\"HumanLoopArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopActivationOutput]\n    }\n  }\n\n  \/** Sets up the flow definition the image will be sent to if one of the conditions is met. You can also set certain attributes of the image before review.\n    *\/\n  @js.native\n  trait HumanLoopConfig extends js.Object {\n    var FlowDefinitionArn: FlowDefinitionArn\n    var HumanLoopName: HumanLoopName\n    var DataAttributes: js.UndefOr[HumanLoopDataAttributes]\n  }\n\n  object HumanLoopConfig {\n    @inline\n    def apply(\n        FlowDefinitionArn: FlowDefinitionArn,\n        HumanLoopName: HumanLoopName,\n        DataAttributes: js.UndefOr[HumanLoopDataAttributes] = js.undefined\n    ): HumanLoopConfig = {\n      val __obj = js.Dynamic.literal(\n        \"FlowDefinitionArn\" -> FlowDefinitionArn.asInstanceOf[js.Any],\n        \"HumanLoopName\" -> HumanLoopName.asInstanceOf[js.Any]\n      )\n\n      DataAttributes.foreach(__v => __obj.updateDynamic(\"DataAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopConfig]\n    }\n  }\n\n  \/** Allows you to set attributes of the image. Currently, you can declare an image as free of personally identifiable information.\n    *\/\n  @js.native\n  trait HumanLoopDataAttributes extends js.Object {\n    var ContentClassifiers: js.UndefOr[ContentClassifiers]\n  }\n\n  object HumanLoopDataAttributes {\n    @inline\n    def apply(\n        ContentClassifiers: js.UndefOr[ContentClassifiers] = js.undefined\n    ): HumanLoopDataAttributes = {\n      val __obj = js.Dynamic.literal()\n      ContentClassifiers.foreach(__v => __obj.updateDynamic(\"ContentClassifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HumanLoopDataAttributes]\n    }\n  }\n\n  \/** Provides the input image either as bytes or an S3 object. You pass image bytes to an Amazon Rekognition API operation by using the <code>Bytes<\/code> property. For example, you would use the <code>Bytes<\/code> property to pass an image loaded from a local file system. Image bytes passed by using the <code>Bytes<\/code> property must be base64-encoded. Your code may not need to encode image bytes if you are using an AWS SDK to call Amazon Rekognition API operations. For more information, see Analyzing an Image Loaded from a Local File System in the Amazon Rekognition Developer Guide. You pass images stored in an S3 bucket to an Amazon Rekognition API operation by using the <code>S3Object<\/code> property. Images stored in an S3 bucket do not need to be base64-encoded. The region for the S3 bucket containing the S3 object must match the region you use for Amazon Rekognition operations. If you use the AWS CLI to call Amazon Rekognition operations, passing image bytes using the Bytes\n    * property is not supported. You must first upload the image to an Amazon S3 bucket and then call the operation using the S3Object property. For Amazon Rekognition to process an S3 object, the user must have permission to access the S3 object. For more information, see Resource Based Policies in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait Image extends js.Object {\n    var Bytes: js.UndefOr[ImageBlob]\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object Image {\n    @inline\n    def apply(\n        Bytes: js.UndefOr[ImageBlob] = js.undefined,\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): Image = {\n      val __obj = js.Dynamic.literal()\n      Bytes.foreach(__v => __obj.updateDynamic(\"Bytes\")(__v.asInstanceOf[js.Any]))\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Image]\n    }\n  }\n\n  \/** Identifies face image brightness and sharpness.\n    *\/\n  @js.native\n  trait ImageQuality extends js.Object {\n    var Brightness: js.UndefOr[Float]\n    var Sharpness: js.UndefOr[Float]\n  }\n\n  object ImageQuality {\n    @inline\n    def apply(\n        Brightness: js.UndefOr[Float] = js.undefined,\n        Sharpness: js.UndefOr[Float] = js.undefined\n    ): ImageQuality = {\n      val __obj = js.Dynamic.literal()\n      Brightness.foreach(__v => __obj.updateDynamic(\"Brightness\")(__v.asInstanceOf[js.Any]))\n      Sharpness.foreach(__v => __obj.updateDynamic(\"Sharpness\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImageQuality]\n    }\n  }\n\n  @js.native\n  trait IndexFacesRequest extends js.Object {\n    var CollectionId: CollectionId\n    var Image: Image\n    var DetectionAttributes: js.UndefOr[Attributes]\n    var ExternalImageId: js.UndefOr[ExternalImageId]\n    var MaxFaces: js.UndefOr[MaxFacesToIndex]\n    var QualityFilter: js.UndefOr[QualityFilter]\n  }\n\n  object IndexFacesRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        Image: Image,\n        DetectionAttributes: js.UndefOr[Attributes] = js.undefined,\n        ExternalImageId: js.UndefOr[ExternalImageId] = js.undefined,\n        MaxFaces: js.UndefOr[MaxFacesToIndex] = js.undefined,\n        QualityFilter: js.UndefOr[QualityFilter] = js.undefined\n    ): IndexFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any],\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      DetectionAttributes.foreach(__v => __obj.updateDynamic(\"DetectionAttributes\")(__v.asInstanceOf[js.Any]))\n      ExternalImageId.foreach(__v => __obj.updateDynamic(\"ExternalImageId\")(__v.asInstanceOf[js.Any]))\n      MaxFaces.foreach(__v => __obj.updateDynamic(\"MaxFaces\")(__v.asInstanceOf[js.Any]))\n      QualityFilter.foreach(__v => __obj.updateDynamic(\"QualityFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IndexFacesRequest]\n    }\n  }\n\n  @js.native\n  trait IndexFacesResponse extends js.Object {\n    var FaceModelVersion: js.UndefOr[String]\n    var FaceRecords: js.UndefOr[FaceRecordList]\n    var OrientationCorrection: js.UndefOr[OrientationCorrection]\n    var UnindexedFaces: js.UndefOr[UnindexedFaces]\n  }\n\n  object IndexFacesResponse {\n    @inline\n    def apply(\n        FaceModelVersion: js.UndefOr[String] = js.undefined,\n        FaceRecords: js.UndefOr[FaceRecordList] = js.undefined,\n        OrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined,\n        UnindexedFaces: js.UndefOr[UnindexedFaces] = js.undefined\n    ): IndexFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      FaceRecords.foreach(__v => __obj.updateDynamic(\"FaceRecords\")(__v.asInstanceOf[js.Any]))\n      OrientationCorrection.foreach(__v => __obj.updateDynamic(\"OrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      UnindexedFaces.foreach(__v => __obj.updateDynamic(\"UnindexedFaces\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IndexFacesResponse]\n    }\n  }\n\n  \/** An instance of a label returned by Amazon Rekognition Image (<a>DetectLabels<\/a>) or by Amazon Rekognition Video (<a>GetLabelDetection<\/a>).\n    *\/\n  @js.native\n  trait Instance extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n  }\n\n  object Instance {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined\n    ): Instance = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Instance]\n    }\n  }\n\n  \/** The Kinesis data stream Amazon Rekognition to which the analysis results of a Amazon Rekognition stream processor are streamed. For more information, see CreateStreamProcessor in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait KinesisDataStream extends js.Object {\n    var Arn: js.UndefOr[KinesisDataArn]\n  }\n\n  object KinesisDataStream {\n    @inline\n    def apply(\n        Arn: js.UndefOr[KinesisDataArn] = js.undefined\n    ): KinesisDataStream = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisDataStream]\n    }\n  }\n\n  \/** Kinesis video stream stream that provides the source streaming video for a Amazon Rekognition Video stream processor. For more information, see CreateStreamProcessor in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait KinesisVideoStream extends js.Object {\n    var Arn: js.UndefOr[KinesisVideoArn]\n  }\n\n  object KinesisVideoStream {\n    @inline\n    def apply(\n        Arn: js.UndefOr[KinesisVideoArn] = js.undefined\n    ): KinesisVideoStream = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisVideoStream]\n    }\n  }\n\n  \/** Structure containing details about the detected label, including the name, detected instances, parent labels, and level of confidence.\n    *\/\n  @js.native\n  trait Label extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Instances: js.UndefOr[Instances]\n    var Name: js.UndefOr[String]\n    var Parents: js.UndefOr[Parents]\n  }\n\n  object Label {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Instances: js.UndefOr[Instances] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Parents: js.UndefOr[Parents] = js.undefined\n    ): Label = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Instances.foreach(__v => __obj.updateDynamic(\"Instances\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Parents.foreach(__v => __obj.updateDynamic(\"Parents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Label]\n    }\n  }\n\n  \/** Information about a label detected in a video analysis request and the time the label was detected in the video.\n    *\/\n  @js.native\n  trait LabelDetection extends js.Object {\n    var Label: js.UndefOr[Label]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object LabelDetection {\n    @inline\n    def apply(\n        Label: js.UndefOr[Label] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): LabelDetection = {\n      val __obj = js.Dynamic.literal()\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelDetection]\n    }\n  }\n\n  @js.native\n  sealed trait LabelDetectionSortBy extends js.Any\n  object LabelDetectionSortBy {\n    val NAME = \"NAME\".asInstanceOf[LabelDetectionSortBy]\n    val TIMESTAMP = \"TIMESTAMP\".asInstanceOf[LabelDetectionSortBy]\n\n    @inline def values = js.Array(NAME, TIMESTAMP)\n  }\n\n  \/** Indicates the location of the landmark on the face.\n    *\/\n  @js.native\n  trait Landmark extends js.Object {\n    var Type: js.UndefOr[LandmarkType]\n    var X: js.UndefOr[Float]\n    var Y: js.UndefOr[Float]\n  }\n\n  object Landmark {\n    @inline\n    def apply(\n        Type: js.UndefOr[LandmarkType] = js.undefined,\n        X: js.UndefOr[Float] = js.undefined,\n        Y: js.UndefOr[Float] = js.undefined\n    ): Landmark = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      X.foreach(__v => __obj.updateDynamic(\"X\")(__v.asInstanceOf[js.Any]))\n      Y.foreach(__v => __obj.updateDynamic(\"Y\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Landmark]\n    }\n  }\n\n  @js.native\n  sealed trait LandmarkType extends js.Any\n  object LandmarkType {\n    val eyeLeft = \"eyeLeft\".asInstanceOf[LandmarkType]\n    val eyeRight = \"eyeRight\".asInstanceOf[LandmarkType]\n    val nose = \"nose\".asInstanceOf[LandmarkType]\n    val mouthLeft = \"mouthLeft\".asInstanceOf[LandmarkType]\n    val mouthRight = \"mouthRight\".asInstanceOf[LandmarkType]\n    val leftEyeBrowLeft = \"leftEyeBrowLeft\".asInstanceOf[LandmarkType]\n    val leftEyeBrowRight = \"leftEyeBrowRight\".asInstanceOf[LandmarkType]\n    val leftEyeBrowUp = \"leftEyeBrowUp\".asInstanceOf[LandmarkType]\n    val rightEyeBrowLeft = \"rightEyeBrowLeft\".asInstanceOf[LandmarkType]\n    val rightEyeBrowRight = \"rightEyeBrowRight\".asInstanceOf[LandmarkType]\n    val rightEyeBrowUp = \"rightEyeBrowUp\".asInstanceOf[LandmarkType]\n    val leftEyeLeft = \"leftEyeLeft\".asInstanceOf[LandmarkType]\n    val leftEyeRight = \"leftEyeRight\".asInstanceOf[LandmarkType]\n    val leftEyeUp = \"leftEyeUp\".asInstanceOf[LandmarkType]\n    val leftEyeDown = \"leftEyeDown\".asInstanceOf[LandmarkType]\n    val rightEyeLeft = \"rightEyeLeft\".asInstanceOf[LandmarkType]\n    val rightEyeRight = \"rightEyeRight\".asInstanceOf[LandmarkType]\n    val rightEyeUp = \"rightEyeUp\".asInstanceOf[LandmarkType]\n    val rightEyeDown = \"rightEyeDown\".asInstanceOf[LandmarkType]\n    val noseLeft = \"noseLeft\".asInstanceOf[LandmarkType]\n    val noseRight = \"noseRight\".asInstanceOf[LandmarkType]\n    val mouthUp = \"mouthUp\".asInstanceOf[LandmarkType]\n    val mouthDown = \"mouthDown\".asInstanceOf[LandmarkType]\n    val leftPupil = \"leftPupil\".asInstanceOf[LandmarkType]\n    val rightPupil = \"rightPupil\".asInstanceOf[LandmarkType]\n    val upperJawlineLeft = \"upperJawlineLeft\".asInstanceOf[LandmarkType]\n    val midJawlineLeft = \"midJawlineLeft\".asInstanceOf[LandmarkType]\n    val chinBottom = \"chinBottom\".asInstanceOf[LandmarkType]\n    val midJawlineRight = \"midJawlineRight\".asInstanceOf[LandmarkType]\n    val upperJawlineRight = \"upperJawlineRight\".asInstanceOf[LandmarkType]\n\n    @inline def values = js.Array(\n      eyeLeft,\n      eyeRight,\n      nose,\n      mouthLeft,\n      mouthRight,\n      leftEyeBrowLeft,\n      leftEyeBrowRight,\n      leftEyeBrowUp,\n      rightEyeBrowLeft,\n      rightEyeBrowRight,\n      rightEyeBrowUp,\n      leftEyeLeft,\n      leftEyeRight,\n      leftEyeUp,\n      leftEyeDown,\n      rightEyeLeft,\n      rightEyeRight,\n      rightEyeUp,\n      rightEyeDown,\n      noseLeft,\n      noseRight,\n      mouthUp,\n      mouthDown,\n      leftPupil,\n      rightPupil,\n      upperJawlineLeft,\n      midJawlineLeft,\n      chinBottom,\n      midJawlineRight,\n      upperJawlineRight\n    )\n  }\n\n  @js.native\n  trait ListCollectionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListCollectionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListCollectionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCollectionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCollectionsResponse extends js.Object {\n    var CollectionIds: js.UndefOr[CollectionIdList]\n    var FaceModelVersions: js.UndefOr[FaceModelVersionList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListCollectionsResponse {\n    @inline\n    def apply(\n        CollectionIds: js.UndefOr[CollectionIdList] = js.undefined,\n        FaceModelVersions: js.UndefOr[FaceModelVersionList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListCollectionsResponse = {\n      val __obj = js.Dynamic.literal()\n      CollectionIds.foreach(__v => __obj.updateDynamic(\"CollectionIds\")(__v.asInstanceOf[js.Any]))\n      FaceModelVersions.foreach(__v => __obj.updateDynamic(\"FaceModelVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCollectionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListFacesRequest extends js.Object {\n    var CollectionId: CollectionId\n    var MaxResults: js.UndefOr[PageSize]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListFacesRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFacesResponse extends js.Object {\n    var FaceModelVersion: js.UndefOr[String]\n    var Faces: js.UndefOr[FaceList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListFacesResponse {\n    @inline\n    def apply(\n        FaceModelVersion: js.UndefOr[String] = js.undefined,\n        Faces: js.UndefOr[FaceList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      Faces.foreach(__v => __obj.updateDynamic(\"Faces\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFacesResponse]\n    }\n  }\n\n  @js.native\n  trait ListStreamProcessorsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListStreamProcessorsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListStreamProcessorsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamProcessorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListStreamProcessorsResponse extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var StreamProcessors: js.UndefOr[StreamProcessorList]\n  }\n\n  object ListStreamProcessorsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        StreamProcessors: js.UndefOr[StreamProcessorList] = js.undefined\n    ): ListStreamProcessorsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StreamProcessors.foreach(__v => __obj.updateDynamic(\"StreamProcessors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamProcessorsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Provides information about a single type of unsafe content found in an image or video. Each type of moderated content has a label within a hierarchical taxonomy. For more information, see Detecting Unsafe Content in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait ModerationLabel extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Name: js.UndefOr[String]\n    var ParentName: js.UndefOr[String]\n  }\n\n  object ModerationLabel {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        ParentName: js.UndefOr[String] = js.undefined\n    ): ModerationLabel = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ParentName.foreach(__v => __obj.updateDynamic(\"ParentName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModerationLabel]\n    }\n  }\n\n  \/** Indicates whether or not the mouth on the face is open, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait MouthOpen extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object MouthOpen {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): MouthOpen = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MouthOpen]\n    }\n  }\n\n  \/** Indicates whether or not the face has a mustache, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait Mustache extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object Mustache {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): Mustache = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mustache]\n    }\n  }\n\n  \/** The Amazon Simple Notification Service topic to which Amazon Rekognition publishes the completion status of a video analysis operation. For more information, see <a>api-video<\/a>.\n    *\/\n  @js.native\n  trait NotificationChannel extends js.Object {\n    var RoleArn: RoleArn\n    var SNSTopicArn: SNSTopicArn\n  }\n\n  object NotificationChannel {\n    @inline\n    def apply(\n        RoleArn: RoleArn,\n        SNSTopicArn: SNSTopicArn\n    ): NotificationChannel = {\n      val __obj = js.Dynamic.literal(\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"SNSTopicArn\" -> SNSTopicArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NotificationChannel]\n    }\n  }\n\n  @js.native\n  sealed trait OrientationCorrection extends js.Any\n  object OrientationCorrection {\n    val ROTATE_0 = \"ROTATE_0\".asInstanceOf[OrientationCorrection]\n    val ROTATE_90 = \"ROTATE_90\".asInstanceOf[OrientationCorrection]\n    val ROTATE_180 = \"ROTATE_180\".asInstanceOf[OrientationCorrection]\n    val ROTATE_270 = \"ROTATE_270\".asInstanceOf[OrientationCorrection]\n\n    @inline def values = js.Array(ROTATE_0, ROTATE_90, ROTATE_180, ROTATE_270)\n  }\n\n  \/** The S3 bucket and folder location where training output is placed.\n    *\/\n  @js.native\n  trait OutputConfig extends js.Object {\n    var S3Bucket: js.UndefOr[S3Bucket]\n    var S3KeyPrefix: js.UndefOr[S3KeyPrefix]\n  }\n\n  object OutputConfig {\n    @inline\n    def apply(\n        S3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        S3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined\n    ): OutputConfig = {\n      val __obj = js.Dynamic.literal()\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3KeyPrefix.foreach(__v => __obj.updateDynamic(\"S3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputConfig]\n    }\n  }\n\n  \/** A parent label for a label. A label can have 0, 1, or more parents.\n    *\/\n  @js.native\n  trait Parent extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object Parent {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): Parent = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parent]\n    }\n  }\n\n  \/** Details about a person detected in a video analysis request.\n    *\/\n  @js.native\n  trait PersonDetail extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Face: js.UndefOr[FaceDetail]\n    var Index: js.UndefOr[PersonIndex]\n  }\n\n  object PersonDetail {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Face: js.UndefOr[FaceDetail] = js.undefined,\n        Index: js.UndefOr[PersonIndex] = js.undefined\n    ): PersonDetail = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Face.foreach(__v => __obj.updateDynamic(\"Face\")(__v.asInstanceOf[js.Any]))\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PersonDetail]\n    }\n  }\n\n  \/** Details and path tracking information for a single time a person's path is tracked in a video. Amazon Rekognition operations that track people's paths return an array of <code>PersonDetection<\/code> objects with elements for each time a person's path is tracked in a video. For more information, see GetPersonTracking in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait PersonDetection extends js.Object {\n    var Person: js.UndefOr[PersonDetail]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object PersonDetection {\n    @inline\n    def apply(\n        Person: js.UndefOr[PersonDetail] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): PersonDetection = {\n      val __obj = js.Dynamic.literal()\n      Person.foreach(__v => __obj.updateDynamic(\"Person\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PersonDetection]\n    }\n  }\n\n  \/** Information about a person whose face matches a face(s) in an Amazon Rekognition collection. Includes information about the faces in the Amazon Rekognition collection (<a>FaceMatch<\/a>), information about the person (<a>PersonDetail<\/a>), and the time stamp for when the person was detected in a video. An array of <code>PersonMatch<\/code> objects is returned by <a>GetFaceSearch<\/a>.\n    *\/\n  @js.native\n  trait PersonMatch extends js.Object {\n    var FaceMatches: js.UndefOr[FaceMatchList]\n    var Person: js.UndefOr[PersonDetail]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object PersonMatch {\n    @inline\n    def apply(\n        FaceMatches: js.UndefOr[FaceMatchList] = js.undefined,\n        Person: js.UndefOr[PersonDetail] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): PersonMatch = {\n      val __obj = js.Dynamic.literal()\n      FaceMatches.foreach(__v => __obj.updateDynamic(\"FaceMatches\")(__v.asInstanceOf[js.Any]))\n      Person.foreach(__v => __obj.updateDynamic(\"Person\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PersonMatch]\n    }\n  }\n\n  @js.native\n  sealed trait PersonTrackingSortBy extends js.Any\n  object PersonTrackingSortBy {\n    val INDEX = \"INDEX\".asInstanceOf[PersonTrackingSortBy]\n    val TIMESTAMP = \"TIMESTAMP\".asInstanceOf[PersonTrackingSortBy]\n\n    @inline def values = js.Array(INDEX, TIMESTAMP)\n  }\n\n  \/** The X and Y coordinates of a point on an image. The X and Y values returned are ratios of the overall image size. For example, if the input image is 700x200 and the operation returns X=0.5 and Y=0.25, then the point is at the (350,50) pixel coordinate on the image. An array of <code>Point<\/code> objects, <code>Polygon<\/code>, is returned by <a>DetectText<\/a> and by <a>DetectCustomLabels<\/a>. <code>Polygon<\/code> represents a fine-grained polygon around a detected item. For more information, see Geometry in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait Point extends js.Object {\n    var X: js.UndefOr[Float]\n    var Y: js.UndefOr[Float]\n  }\n\n  object Point {\n    @inline\n    def apply(\n        X: js.UndefOr[Float] = js.undefined,\n        Y: js.UndefOr[Float] = js.undefined\n    ): Point = {\n      val __obj = js.Dynamic.literal()\n      X.foreach(__v => __obj.updateDynamic(\"X\")(__v.asInstanceOf[js.Any]))\n      Y.foreach(__v => __obj.updateDynamic(\"Y\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Point]\n    }\n  }\n\n  \/** Indicates the pose of the face as determined by its pitch, roll, and yaw.\n    *\/\n  @js.native\n  trait Pose extends js.Object {\n    var Pitch: js.UndefOr[Degree]\n    var Roll: js.UndefOr[Degree]\n    var Yaw: js.UndefOr[Degree]\n  }\n\n  object Pose {\n    @inline\n    def apply(\n        Pitch: js.UndefOr[Degree] = js.undefined,\n        Roll: js.UndefOr[Degree] = js.undefined,\n        Yaw: js.UndefOr[Degree] = js.undefined\n    ): Pose = {\n      val __obj = js.Dynamic.literal()\n      Pitch.foreach(__v => __obj.updateDynamic(\"Pitch\")(__v.asInstanceOf[js.Any]))\n      Roll.foreach(__v => __obj.updateDynamic(\"Roll\")(__v.asInstanceOf[js.Any]))\n      Yaw.foreach(__v => __obj.updateDynamic(\"Yaw\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Pose]\n    }\n  }\n\n  \/** A description of a Amazon Rekognition Custom Labels project.\n    *\/\n  @js.native\n  trait ProjectDescription extends js.Object {\n    var CreationTimestamp: js.UndefOr[DateTime]\n    var ProjectArn: js.UndefOr[ProjectArn]\n    var Status: js.UndefOr[ProjectStatus]\n  }\n\n  object ProjectDescription {\n    @inline\n    def apply(\n        CreationTimestamp: js.UndefOr[DateTime] = js.undefined,\n        ProjectArn: js.UndefOr[ProjectArn] = js.undefined,\n        Status: js.UndefOr[ProjectStatus] = js.undefined\n    ): ProjectDescription = {\n      val __obj = js.Dynamic.literal()\n      CreationTimestamp.foreach(__v => __obj.updateDynamic(\"CreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      ProjectArn.foreach(__v => __obj.updateDynamic(\"ProjectArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectDescription]\n    }\n  }\n\n  @js.native\n  sealed trait ProjectStatus extends js.Any\n  object ProjectStatus {\n    val CREATING = \"CREATING\".asInstanceOf[ProjectStatus]\n    val CREATED = \"CREATED\".asInstanceOf[ProjectStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ProjectStatus]\n\n    @inline def values = js.Array(CREATING, CREATED, DELETING)\n  }\n\n  \/** The description of a version of a model.\n    *\/\n  @js.native\n  trait ProjectVersionDescription extends js.Object {\n    var BillableTrainingTimeInSeconds: js.UndefOr[ULong]\n    var CreationTimestamp: js.UndefOr[DateTime]\n    var EvaluationResult: js.UndefOr[EvaluationResult]\n    var ManifestSummary: js.UndefOr[GroundTruthManifest]\n    var MinInferenceUnits: js.UndefOr[InferenceUnits]\n    var OutputConfig: js.UndefOr[OutputConfig]\n    var ProjectVersionArn: js.UndefOr[ProjectVersionArn]\n    var Status: js.UndefOr[ProjectVersionStatus]\n    var StatusMessage: js.UndefOr[StatusMessage]\n    var TestingDataResult: js.UndefOr[TestingDataResult]\n    var TrainingDataResult: js.UndefOr[TrainingDataResult]\n    var TrainingEndTimestamp: js.UndefOr[DateTime]\n  }\n\n  object ProjectVersionDescription {\n    @inline\n    def apply(\n        BillableTrainingTimeInSeconds: js.UndefOr[ULong] = js.undefined,\n        CreationTimestamp: js.UndefOr[DateTime] = js.undefined,\n        EvaluationResult: js.UndefOr[EvaluationResult] = js.undefined,\n        ManifestSummary: js.UndefOr[GroundTruthManifest] = js.undefined,\n        MinInferenceUnits: js.UndefOr[InferenceUnits] = js.undefined,\n        OutputConfig: js.UndefOr[OutputConfig] = js.undefined,\n        ProjectVersionArn: js.UndefOr[ProjectVersionArn] = js.undefined,\n        Status: js.UndefOr[ProjectVersionStatus] = js.undefined,\n        StatusMessage: js.UndefOr[StatusMessage] = js.undefined,\n        TestingDataResult: js.UndefOr[TestingDataResult] = js.undefined,\n        TrainingDataResult: js.UndefOr[TrainingDataResult] = js.undefined,\n        TrainingEndTimestamp: js.UndefOr[DateTime] = js.undefined\n    ): ProjectVersionDescription = {\n      val __obj = js.Dynamic.literal()\n      BillableTrainingTimeInSeconds.foreach(__v => __obj.updateDynamic(\"BillableTrainingTimeInSeconds\")(__v.asInstanceOf[js.Any]))\n      CreationTimestamp.foreach(__v => __obj.updateDynamic(\"CreationTimestamp\")(__v.asInstanceOf[js.Any]))\n      EvaluationResult.foreach(__v => __obj.updateDynamic(\"EvaluationResult\")(__v.asInstanceOf[js.Any]))\n      ManifestSummary.foreach(__v => __obj.updateDynamic(\"ManifestSummary\")(__v.asInstanceOf[js.Any]))\n      MinInferenceUnits.foreach(__v => __obj.updateDynamic(\"MinInferenceUnits\")(__v.asInstanceOf[js.Any]))\n      OutputConfig.foreach(__v => __obj.updateDynamic(\"OutputConfig\")(__v.asInstanceOf[js.Any]))\n      ProjectVersionArn.foreach(__v => __obj.updateDynamic(\"ProjectVersionArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      TestingDataResult.foreach(__v => __obj.updateDynamic(\"TestingDataResult\")(__v.asInstanceOf[js.Any]))\n      TrainingDataResult.foreach(__v => __obj.updateDynamic(\"TrainingDataResult\")(__v.asInstanceOf[js.Any]))\n      TrainingEndTimestamp.foreach(__v => __obj.updateDynamic(\"TrainingEndTimestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectVersionDescription]\n    }\n  }\n\n  @js.native\n  sealed trait ProjectVersionStatus extends js.Any\n  object ProjectVersionStatus {\n    val TRAINING_IN_PROGRESS = \"TRAINING_IN_PROGRESS\".asInstanceOf[ProjectVersionStatus]\n    val TRAINING_COMPLETED = \"TRAINING_COMPLETED\".asInstanceOf[ProjectVersionStatus]\n    val TRAINING_FAILED = \"TRAINING_FAILED\".asInstanceOf[ProjectVersionStatus]\n    val STARTING = \"STARTING\".asInstanceOf[ProjectVersionStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[ProjectVersionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ProjectVersionStatus]\n    val STOPPING = \"STOPPING\".asInstanceOf[ProjectVersionStatus]\n    val STOPPED = \"STOPPED\".asInstanceOf[ProjectVersionStatus]\n    val DELETING = \"DELETING\".asInstanceOf[ProjectVersionStatus]\n\n    @inline def values = js.Array(TRAINING_IN_PROGRESS, TRAINING_COMPLETED, TRAINING_FAILED, STARTING, RUNNING, FAILED, STOPPING, STOPPED, DELETING)\n  }\n\n  \/** Information about a body part detected by <a>DetectProtectiveEquipment<\/a> that contains PPE. An array of <code>ProtectiveEquipmentBodyPart<\/code> objects is returned for each person detected by <code>DetectProtectiveEquipment<\/code>.\n    *\/\n  @js.native\n  trait ProtectiveEquipmentBodyPart extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var EquipmentDetections: js.UndefOr[EquipmentDetections]\n    var Name: js.UndefOr[BodyPart]\n  }\n\n  object ProtectiveEquipmentBodyPart {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        EquipmentDetections: js.UndefOr[EquipmentDetections] = js.undefined,\n        Name: js.UndefOr[BodyPart] = js.undefined\n    ): ProtectiveEquipmentBodyPart = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      EquipmentDetections.foreach(__v => __obj.updateDynamic(\"EquipmentDetections\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProtectiveEquipmentBodyPart]\n    }\n  }\n\n  \/** A person detected by a call to <a>DetectProtectiveEquipment<\/a>. The API returns all persons detected in the input image in an array of <code>ProtectiveEquipmentPerson<\/code> objects.\n    *\/\n  @js.native\n  trait ProtectiveEquipmentPerson extends js.Object {\n    var BodyParts: js.UndefOr[BodyParts]\n    var BoundingBox: js.UndefOr[BoundingBox]\n    var Confidence: js.UndefOr[Percent]\n    var Id: js.UndefOr[UInteger]\n  }\n\n  object ProtectiveEquipmentPerson {\n    @inline\n    def apply(\n        BodyParts: js.UndefOr[BodyParts] = js.undefined,\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Id: js.UndefOr[UInteger] = js.undefined\n    ): ProtectiveEquipmentPerson = {\n      val __obj = js.Dynamic.literal()\n      BodyParts.foreach(__v => __obj.updateDynamic(\"BodyParts\")(__v.asInstanceOf[js.Any]))\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProtectiveEquipmentPerson]\n    }\n  }\n\n  \/** Specifies summary attributes to return from a call to <a>DetectProtectiveEquipment<\/a>. You can specify which types of PPE to summarize. You can also specify a minimum confidence value for detections. Summary information is returned in the <code>Summary<\/code> (<a>ProtectiveEquipmentSummary<\/a>) field of the response from <code>DetectProtectiveEquipment<\/code>. The summary includes which persons in an image were detected wearing the requested types of person protective equipment (PPE), which persons were detected as not wearing PPE, and the persons in which a determination could not be made. For more information, see <a>ProtectiveEquipmentSummary<\/a>.\n    *\/\n  @js.native\n  trait ProtectiveEquipmentSummarizationAttributes extends js.Object {\n    var MinConfidence: Percent\n    var RequiredEquipmentTypes: ProtectiveEquipmentTypes\n  }\n\n  object ProtectiveEquipmentSummarizationAttributes {\n    @inline\n    def apply(\n        MinConfidence: Percent,\n        RequiredEquipmentTypes: ProtectiveEquipmentTypes\n    ): ProtectiveEquipmentSummarizationAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"MinConfidence\" -> MinConfidence.asInstanceOf[js.Any],\n        \"RequiredEquipmentTypes\" -> RequiredEquipmentTypes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProtectiveEquipmentSummarizationAttributes]\n    }\n  }\n\n  \/** Summary information for required items of personal protective equipment (PPE) detected on persons by a call to <a>DetectProtectiveEquipment<\/a>. You specify the required type of PPE in the <code>SummarizationAttributes<\/code> (<a>ProtectiveEquipmentSummarizationAttributes<\/a>) input parameter. The summary includes which persons were detected wearing the required personal protective equipment (<code>PersonsWithRequiredEquipment<\/code>), which persons were detected as not wearing the required PPE (<code>PersonsWithoutRequiredEquipment<\/code>), and the persons in which a determination could not be made (<code>PersonsIndeterminate<\/code>). To get a total for each category, use the size of the field array. For example, to find out how many people were detected as wearing the specified PPE, use the size of the <code>PersonsWithRequiredEquipment<\/code> array. If you want to find out more about a person, such as the location (<a>BoundingBox<\/a>) of the person on the image, use the person\n    * ID in each array element. Each person ID matches the ID field of a <a>ProtectiveEquipmentPerson<\/a> object returned in the <code>Persons<\/code> array by <code>DetectProtectiveEquipment<\/code>.\n    *\/\n  @js.native\n  trait ProtectiveEquipmentSummary extends js.Object {\n    var PersonsIndeterminate: js.UndefOr[ProtectiveEquipmentPersonIds]\n    var PersonsWithRequiredEquipment: js.UndefOr[ProtectiveEquipmentPersonIds]\n    var PersonsWithoutRequiredEquipment: js.UndefOr[ProtectiveEquipmentPersonIds]\n  }\n\n  object ProtectiveEquipmentSummary {\n    @inline\n    def apply(\n        PersonsIndeterminate: js.UndefOr[ProtectiveEquipmentPersonIds] = js.undefined,\n        PersonsWithRequiredEquipment: js.UndefOr[ProtectiveEquipmentPersonIds] = js.undefined,\n        PersonsWithoutRequiredEquipment: js.UndefOr[ProtectiveEquipmentPersonIds] = js.undefined\n    ): ProtectiveEquipmentSummary = {\n      val __obj = js.Dynamic.literal()\n      PersonsIndeterminate.foreach(__v => __obj.updateDynamic(\"PersonsIndeterminate\")(__v.asInstanceOf[js.Any]))\n      PersonsWithRequiredEquipment.foreach(__v => __obj.updateDynamic(\"PersonsWithRequiredEquipment\")(__v.asInstanceOf[js.Any]))\n      PersonsWithoutRequiredEquipment.foreach(__v => __obj.updateDynamic(\"PersonsWithoutRequiredEquipment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProtectiveEquipmentSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ProtectiveEquipmentType extends js.Any\n  object ProtectiveEquipmentType {\n    val FACE_COVER = \"FACE_COVER\".asInstanceOf[ProtectiveEquipmentType]\n    val HAND_COVER = \"HAND_COVER\".asInstanceOf[ProtectiveEquipmentType]\n    val HEAD_COVER = \"HEAD_COVER\".asInstanceOf[ProtectiveEquipmentType]\n\n    @inline def values = js.Array(FACE_COVER, HAND_COVER, HEAD_COVER)\n  }\n\n  @js.native\n  sealed trait QualityFilter extends js.Any\n  object QualityFilter {\n    val NONE = \"NONE\".asInstanceOf[QualityFilter]\n    val AUTO = \"AUTO\".asInstanceOf[QualityFilter]\n    val LOW = \"LOW\".asInstanceOf[QualityFilter]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[QualityFilter]\n    val HIGH = \"HIGH\".asInstanceOf[QualityFilter]\n\n    @inline def values = js.Array(NONE, AUTO, LOW, MEDIUM, HIGH)\n  }\n\n  @js.native\n  sealed trait Reason extends js.Any\n  object Reason {\n    val EXCEEDS_MAX_FACES = \"EXCEEDS_MAX_FACES\".asInstanceOf[Reason]\n    val EXTREME_POSE = \"EXTREME_POSE\".asInstanceOf[Reason]\n    val LOW_BRIGHTNESS = \"LOW_BRIGHTNESS\".asInstanceOf[Reason]\n    val LOW_SHARPNESS = \"LOW_SHARPNESS\".asInstanceOf[Reason]\n    val LOW_CONFIDENCE = \"LOW_CONFIDENCE\".asInstanceOf[Reason]\n    val SMALL_BOUNDING_BOX = \"SMALL_BOUNDING_BOX\".asInstanceOf[Reason]\n    val LOW_FACE_QUALITY = \"LOW_FACE_QUALITY\".asInstanceOf[Reason]\n\n    @inline def values = js.Array(EXCEEDS_MAX_FACES, EXTREME_POSE, LOW_BRIGHTNESS, LOW_SHARPNESS, LOW_CONFIDENCE, SMALL_BOUNDING_BOX, LOW_FACE_QUALITY)\n  }\n\n  @js.native\n  trait RecognizeCelebritiesRequest extends js.Object {\n    var Image: Image\n  }\n\n  object RecognizeCelebritiesRequest {\n    @inline\n    def apply(\n        Image: Image\n    ): RecognizeCelebritiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RecognizeCelebritiesRequest]\n    }\n  }\n\n  @js.native\n  trait RecognizeCelebritiesResponse extends js.Object {\n    var CelebrityFaces: js.UndefOr[CelebrityList]\n    var OrientationCorrection: js.UndefOr[OrientationCorrection]\n    var UnrecognizedFaces: js.UndefOr[ComparedFaceList]\n  }\n\n  object RecognizeCelebritiesResponse {\n    @inline\n    def apply(\n        CelebrityFaces: js.UndefOr[CelebrityList] = js.undefined,\n        OrientationCorrection: js.UndefOr[OrientationCorrection] = js.undefined,\n        UnrecognizedFaces: js.UndefOr[ComparedFaceList] = js.undefined\n    ): RecognizeCelebritiesResponse = {\n      val __obj = js.Dynamic.literal()\n      CelebrityFaces.foreach(__v => __obj.updateDynamic(\"CelebrityFaces\")(__v.asInstanceOf[js.Any]))\n      OrientationCorrection.foreach(__v => __obj.updateDynamic(\"OrientationCorrection\")(__v.asInstanceOf[js.Any]))\n      UnrecognizedFaces.foreach(__v => __obj.updateDynamic(\"UnrecognizedFaces\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecognizeCelebritiesResponse]\n    }\n  }\n\n  \/** Specifies a location within the frame that Rekognition checks for text. Uses a <code>BoundingBox<\/code> object to set a region of the screen. A word is included in the region if the word is more than half in that region. If there is more than one region, the word will be compared with all regions of the screen. Any word more than half in a region is kept in the results.\n    *\/\n  @js.native\n  trait RegionOfInterest extends js.Object {\n    var BoundingBox: js.UndefOr[BoundingBox]\n  }\n\n  object RegionOfInterest {\n    @inline\n    def apply(\n        BoundingBox: js.UndefOr[BoundingBox] = js.undefined\n    ): RegionOfInterest = {\n      val __obj = js.Dynamic.literal()\n      BoundingBox.foreach(__v => __obj.updateDynamic(\"BoundingBox\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegionOfInterest]\n    }\n  }\n\n  \/** Provides the S3 bucket name and object name. The region for the S3 bucket containing the S3 object must match the region you use for Amazon Rekognition operations. For Amazon Rekognition to process an S3 object, the user must have permission to access the S3 object. For more information, see Resource-Based Policies in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait S3Object extends js.Object {\n    var Bucket: js.UndefOr[S3Bucket]\n    var Name: js.UndefOr[S3ObjectName]\n    var Version: js.UndefOr[S3ObjectVersion]\n  }\n\n  object S3Object {\n    @inline\n    def apply(\n        Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        Name: js.UndefOr[S3ObjectName] = js.undefined,\n        Version: js.UndefOr[S3ObjectVersion] = js.undefined\n    ): S3Object = {\n      val __obj = js.Dynamic.literal()\n      Bucket.foreach(__v => __obj.updateDynamic(\"Bucket\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Object]\n    }\n  }\n\n  @js.native\n  trait SearchFacesByImageRequest extends js.Object {\n    var CollectionId: CollectionId\n    var Image: Image\n    var FaceMatchThreshold: js.UndefOr[Percent]\n    var MaxFaces: js.UndefOr[MaxFaces]\n    var QualityFilter: js.UndefOr[QualityFilter]\n  }\n\n  object SearchFacesByImageRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        Image: Image,\n        FaceMatchThreshold: js.UndefOr[Percent] = js.undefined,\n        MaxFaces: js.UndefOr[MaxFaces] = js.undefined,\n        QualityFilter: js.UndefOr[QualityFilter] = js.undefined\n    ): SearchFacesByImageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any],\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      FaceMatchThreshold.foreach(__v => __obj.updateDynamic(\"FaceMatchThreshold\")(__v.asInstanceOf[js.Any]))\n      MaxFaces.foreach(__v => __obj.updateDynamic(\"MaxFaces\")(__v.asInstanceOf[js.Any]))\n      QualityFilter.foreach(__v => __obj.updateDynamic(\"QualityFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchFacesByImageRequest]\n    }\n  }\n\n  @js.native\n  trait SearchFacesByImageResponse extends js.Object {\n    var FaceMatches: js.UndefOr[FaceMatchList]\n    var FaceModelVersion: js.UndefOr[String]\n    var SearchedFaceBoundingBox: js.UndefOr[BoundingBox]\n    var SearchedFaceConfidence: js.UndefOr[Percent]\n  }\n\n  object SearchFacesByImageResponse {\n    @inline\n    def apply(\n        FaceMatches: js.UndefOr[FaceMatchList] = js.undefined,\n        FaceModelVersion: js.UndefOr[String] = js.undefined,\n        SearchedFaceBoundingBox: js.UndefOr[BoundingBox] = js.undefined,\n        SearchedFaceConfidence: js.UndefOr[Percent] = js.undefined\n    ): SearchFacesByImageResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceMatches.foreach(__v => __obj.updateDynamic(\"FaceMatches\")(__v.asInstanceOf[js.Any]))\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      SearchedFaceBoundingBox.foreach(__v => __obj.updateDynamic(\"SearchedFaceBoundingBox\")(__v.asInstanceOf[js.Any]))\n      SearchedFaceConfidence.foreach(__v => __obj.updateDynamic(\"SearchedFaceConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchFacesByImageResponse]\n    }\n  }\n\n  @js.native\n  trait SearchFacesRequest extends js.Object {\n    var CollectionId: CollectionId\n    var FaceId: FaceId\n    var FaceMatchThreshold: js.UndefOr[Percent]\n    var MaxFaces: js.UndefOr[MaxFaces]\n  }\n\n  object SearchFacesRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        FaceId: FaceId,\n        FaceMatchThreshold: js.UndefOr[Percent] = js.undefined,\n        MaxFaces: js.UndefOr[MaxFaces] = js.undefined\n    ): SearchFacesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any],\n        \"FaceId\" -> FaceId.asInstanceOf[js.Any]\n      )\n\n      FaceMatchThreshold.foreach(__v => __obj.updateDynamic(\"FaceMatchThreshold\")(__v.asInstanceOf[js.Any]))\n      MaxFaces.foreach(__v => __obj.updateDynamic(\"MaxFaces\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchFacesRequest]\n    }\n  }\n\n  @js.native\n  trait SearchFacesResponse extends js.Object {\n    var FaceMatches: js.UndefOr[FaceMatchList]\n    var FaceModelVersion: js.UndefOr[String]\n    var SearchedFaceId: js.UndefOr[FaceId]\n  }\n\n  object SearchFacesResponse {\n    @inline\n    def apply(\n        FaceMatches: js.UndefOr[FaceMatchList] = js.undefined,\n        FaceModelVersion: js.UndefOr[String] = js.undefined,\n        SearchedFaceId: js.UndefOr[FaceId] = js.undefined\n    ): SearchFacesResponse = {\n      val __obj = js.Dynamic.literal()\n      FaceMatches.foreach(__v => __obj.updateDynamic(\"FaceMatches\")(__v.asInstanceOf[js.Any]))\n      FaceModelVersion.foreach(__v => __obj.updateDynamic(\"FaceModelVersion\")(__v.asInstanceOf[js.Any]))\n      SearchedFaceId.foreach(__v => __obj.updateDynamic(\"SearchedFaceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchFacesResponse]\n    }\n  }\n\n  \/** A technical cue or shot detection segment detected in a video. An array of <code>SegmentDetection<\/code> objects containing all segments detected in a stored video is returned by <a>GetSegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait SegmentDetection extends js.Object {\n    var DurationMillis: js.UndefOr[ULong]\n    var DurationSMPTE: js.UndefOr[Timecode]\n    var EndTimecodeSMPTE: js.UndefOr[Timecode]\n    var EndTimestampMillis: js.UndefOr[Timestamp]\n    var ShotSegment: js.UndefOr[ShotSegment]\n    var StartTimecodeSMPTE: js.UndefOr[Timecode]\n    var StartTimestampMillis: js.UndefOr[Timestamp]\n    var TechnicalCueSegment: js.UndefOr[TechnicalCueSegment]\n    var Type: js.UndefOr[SegmentType]\n  }\n\n  object SegmentDetection {\n    @inline\n    def apply(\n        DurationMillis: js.UndefOr[ULong] = js.undefined,\n        DurationSMPTE: js.UndefOr[Timecode] = js.undefined,\n        EndTimecodeSMPTE: js.UndefOr[Timecode] = js.undefined,\n        EndTimestampMillis: js.UndefOr[Timestamp] = js.undefined,\n        ShotSegment: js.UndefOr[ShotSegment] = js.undefined,\n        StartTimecodeSMPTE: js.UndefOr[Timecode] = js.undefined,\n        StartTimestampMillis: js.UndefOr[Timestamp] = js.undefined,\n        TechnicalCueSegment: js.UndefOr[TechnicalCueSegment] = js.undefined,\n        Type: js.UndefOr[SegmentType] = js.undefined\n    ): SegmentDetection = {\n      val __obj = js.Dynamic.literal()\n      DurationMillis.foreach(__v => __obj.updateDynamic(\"DurationMillis\")(__v.asInstanceOf[js.Any]))\n      DurationSMPTE.foreach(__v => __obj.updateDynamic(\"DurationSMPTE\")(__v.asInstanceOf[js.Any]))\n      EndTimecodeSMPTE.foreach(__v => __obj.updateDynamic(\"EndTimecodeSMPTE\")(__v.asInstanceOf[js.Any]))\n      EndTimestampMillis.foreach(__v => __obj.updateDynamic(\"EndTimestampMillis\")(__v.asInstanceOf[js.Any]))\n      ShotSegment.foreach(__v => __obj.updateDynamic(\"ShotSegment\")(__v.asInstanceOf[js.Any]))\n      StartTimecodeSMPTE.foreach(__v => __obj.updateDynamic(\"StartTimecodeSMPTE\")(__v.asInstanceOf[js.Any]))\n      StartTimestampMillis.foreach(__v => __obj.updateDynamic(\"StartTimestampMillis\")(__v.asInstanceOf[js.Any]))\n      TechnicalCueSegment.foreach(__v => __obj.updateDynamic(\"TechnicalCueSegment\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SegmentDetection]\n    }\n  }\n\n  @js.native\n  sealed trait SegmentType extends js.Any\n  object SegmentType {\n    val TECHNICAL_CUE = \"TECHNICAL_CUE\".asInstanceOf[SegmentType]\n    val SHOT = \"SHOT\".asInstanceOf[SegmentType]\n\n    @inline def values = js.Array(TECHNICAL_CUE, SHOT)\n  }\n\n  \/** Information about the type of a segment requested in a call to <a>StartSegmentDetection<\/a>. An array of <code>SegmentTypeInfo<\/code> objects is returned by the response from <a>GetSegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait SegmentTypeInfo extends js.Object {\n    var ModelVersion: js.UndefOr[String]\n    var Type: js.UndefOr[SegmentType]\n  }\n\n  object SegmentTypeInfo {\n    @inline\n    def apply(\n        ModelVersion: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[SegmentType] = js.undefined\n    ): SegmentTypeInfo = {\n      val __obj = js.Dynamic.literal()\n      ModelVersion.foreach(__v => __obj.updateDynamic(\"ModelVersion\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SegmentTypeInfo]\n    }\n  }\n\n  \/** Information about a shot detection segment detected in a video. For more information, see <a>SegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait ShotSegment extends js.Object {\n    var Confidence: js.UndefOr[SegmentConfidence]\n    var Index: js.UndefOr[ULong]\n  }\n\n  object ShotSegment {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[SegmentConfidence] = js.undefined,\n        Index: js.UndefOr[ULong] = js.undefined\n    ): ShotSegment = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Index.foreach(__v => __obj.updateDynamic(\"Index\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ShotSegment]\n    }\n  }\n\n  \/** Indicates whether or not the face is smiling, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait Smile extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object Smile {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): Smile = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Smile]\n    }\n  }\n\n  @js.native\n  trait StartCelebrityRecognitionRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartCelebrityRecognitionRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartCelebrityRecognitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartCelebrityRecognitionRequest]\n    }\n  }\n\n  @js.native\n  trait StartCelebrityRecognitionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartCelebrityRecognitionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartCelebrityRecognitionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartCelebrityRecognitionResponse]\n    }\n  }\n\n  @js.native\n  trait StartContentModerationRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var MinConfidence: js.UndefOr[Percent]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartContentModerationRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartContentModerationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartContentModerationRequest]\n    }\n  }\n\n  @js.native\n  trait StartContentModerationResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartContentModerationResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartContentModerationResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartContentModerationResponse]\n    }\n  }\n\n  @js.native\n  trait StartFaceDetectionRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var FaceAttributes: js.UndefOr[FaceAttributes]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartFaceDetectionRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        FaceAttributes: js.UndefOr[FaceAttributes] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartFaceDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      FaceAttributes.foreach(__v => __obj.updateDynamic(\"FaceAttributes\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartFaceDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait StartFaceDetectionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartFaceDetectionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartFaceDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartFaceDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait StartFaceSearchRequest extends js.Object {\n    var CollectionId: CollectionId\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var FaceMatchThreshold: js.UndefOr[Percent]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartFaceSearchRequest {\n    @inline\n    def apply(\n        CollectionId: CollectionId,\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        FaceMatchThreshold: js.UndefOr[Percent] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartFaceSearchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CollectionId\" -> CollectionId.asInstanceOf[js.Any],\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      FaceMatchThreshold.foreach(__v => __obj.updateDynamic(\"FaceMatchThreshold\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartFaceSearchRequest]\n    }\n  }\n\n  @js.native\n  trait StartFaceSearchResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartFaceSearchResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartFaceSearchResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartFaceSearchResponse]\n    }\n  }\n\n  @js.native\n  trait StartLabelDetectionRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var MinConfidence: js.UndefOr[Percent]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartLabelDetectionRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        MinConfidence: js.UndefOr[Percent] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartLabelDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      MinConfidence.foreach(__v => __obj.updateDynamic(\"MinConfidence\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartLabelDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait StartLabelDetectionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartLabelDetectionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartLabelDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartLabelDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait StartPersonTrackingRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartPersonTrackingRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartPersonTrackingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPersonTrackingRequest]\n    }\n  }\n\n  @js.native\n  trait StartPersonTrackingResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartPersonTrackingResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartPersonTrackingResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartPersonTrackingResponse]\n    }\n  }\n\n  @js.native\n  trait StartProjectVersionRequest extends js.Object {\n    var MinInferenceUnits: InferenceUnits\n    var ProjectVersionArn: ProjectVersionArn\n  }\n\n  object StartProjectVersionRequest {\n    @inline\n    def apply(\n        MinInferenceUnits: InferenceUnits,\n        ProjectVersionArn: ProjectVersionArn\n    ): StartProjectVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MinInferenceUnits\" -> MinInferenceUnits.asInstanceOf[js.Any],\n        \"ProjectVersionArn\" -> ProjectVersionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartProjectVersionRequest]\n    }\n  }\n\n  @js.native\n  trait StartProjectVersionResponse extends js.Object {\n    var Status: js.UndefOr[ProjectVersionStatus]\n  }\n\n  object StartProjectVersionResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[ProjectVersionStatus] = js.undefined\n    ): StartProjectVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartProjectVersionResponse]\n    }\n  }\n\n  \/** Filters applied to the technical cue or shot detection segments. For more information, see <a>StartSegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait StartSegmentDetectionFilters extends js.Object {\n    var ShotFilter: js.UndefOr[StartShotDetectionFilter]\n    var TechnicalCueFilter: js.UndefOr[StartTechnicalCueDetectionFilter]\n  }\n\n  object StartSegmentDetectionFilters {\n    @inline\n    def apply(\n        ShotFilter: js.UndefOr[StartShotDetectionFilter] = js.undefined,\n        TechnicalCueFilter: js.UndefOr[StartTechnicalCueDetectionFilter] = js.undefined\n    ): StartSegmentDetectionFilters = {\n      val __obj = js.Dynamic.literal()\n      ShotFilter.foreach(__v => __obj.updateDynamic(\"ShotFilter\")(__v.asInstanceOf[js.Any]))\n      TechnicalCueFilter.foreach(__v => __obj.updateDynamic(\"TechnicalCueFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSegmentDetectionFilters]\n    }\n  }\n\n  @js.native\n  trait StartSegmentDetectionRequest extends js.Object {\n    var SegmentTypes: SegmentTypes\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var Filters: js.UndefOr[StartSegmentDetectionFilters]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartSegmentDetectionRequest {\n    @inline\n    def apply(\n        SegmentTypes: SegmentTypes,\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        Filters: js.UndefOr[StartSegmentDetectionFilters] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartSegmentDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SegmentTypes\" -> SegmentTypes.asInstanceOf[js.Any],\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSegmentDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait StartSegmentDetectionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartSegmentDetectionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartSegmentDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSegmentDetectionResponse]\n    }\n  }\n\n  \/** Filters for the shot detection segments returned by <code>GetSegmentDetection<\/code>. For more information, see <a>StartSegmentDetectionFilters<\/a>.\n    *\/\n  @js.native\n  trait StartShotDetectionFilter extends js.Object {\n    var MinSegmentConfidence: js.UndefOr[SegmentConfidence]\n  }\n\n  object StartShotDetectionFilter {\n    @inline\n    def apply(\n        MinSegmentConfidence: js.UndefOr[SegmentConfidence] = js.undefined\n    ): StartShotDetectionFilter = {\n      val __obj = js.Dynamic.literal()\n      MinSegmentConfidence.foreach(__v => __obj.updateDynamic(\"MinSegmentConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartShotDetectionFilter]\n    }\n  }\n\n  @js.native\n  trait StartStreamProcessorRequest extends js.Object {\n    var Name: StreamProcessorName\n  }\n\n  object StartStreamProcessorRequest {\n    @inline\n    def apply(\n        Name: StreamProcessorName\n    ): StartStreamProcessorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartStreamProcessorRequest]\n    }\n  }\n\n  @js.native\n  trait StartStreamProcessorResponse extends js.Object\n\n  object StartStreamProcessorResponse {\n    @inline\n    def apply(): StartStreamProcessorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartStreamProcessorResponse]\n    }\n  }\n\n  \/** Filters for the technical segments returned by <a>GetSegmentDetection<\/a>. For more information, see <a>StartSegmentDetectionFilters<\/a>.\n    *\/\n  @js.native\n  trait StartTechnicalCueDetectionFilter extends js.Object {\n    var MinSegmentConfidence: js.UndefOr[SegmentConfidence]\n  }\n\n  object StartTechnicalCueDetectionFilter {\n    @inline\n    def apply(\n        MinSegmentConfidence: js.UndefOr[SegmentConfidence] = js.undefined\n    ): StartTechnicalCueDetectionFilter = {\n      val __obj = js.Dynamic.literal()\n      MinSegmentConfidence.foreach(__v => __obj.updateDynamic(\"MinSegmentConfidence\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTechnicalCueDetectionFilter]\n    }\n  }\n\n  \/** Set of optional parameters that let you set the criteria text must meet to be included in your response. <code>WordFilter<\/code> looks at a word's height, width and minimum confidence. <code>RegionOfInterest<\/code> lets you set a specific region of the screen to look for text in.\n    *\/\n  @js.native\n  trait StartTextDetectionFilters extends js.Object {\n    var RegionsOfInterest: js.UndefOr[RegionsOfInterest]\n    var WordFilter: js.UndefOr[DetectionFilter]\n  }\n\n  object StartTextDetectionFilters {\n    @inline\n    def apply(\n        RegionsOfInterest: js.UndefOr[RegionsOfInterest] = js.undefined,\n        WordFilter: js.UndefOr[DetectionFilter] = js.undefined\n    ): StartTextDetectionFilters = {\n      val __obj = js.Dynamic.literal()\n      RegionsOfInterest.foreach(__v => __obj.updateDynamic(\"RegionsOfInterest\")(__v.asInstanceOf[js.Any]))\n      WordFilter.foreach(__v => __obj.updateDynamic(\"WordFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTextDetectionFilters]\n    }\n  }\n\n  @js.native\n  trait StartTextDetectionRequest extends js.Object {\n    var Video: Video\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var Filters: js.UndefOr[StartTextDetectionFilters]\n    var JobTag: js.UndefOr[JobTag]\n    var NotificationChannel: js.UndefOr[NotificationChannel]\n  }\n\n  object StartTextDetectionRequest {\n    @inline\n    def apply(\n        Video: Video,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        Filters: js.UndefOr[StartTextDetectionFilters] = js.undefined,\n        JobTag: js.UndefOr[JobTag] = js.undefined,\n        NotificationChannel: js.UndefOr[NotificationChannel] = js.undefined\n    ): StartTextDetectionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Video\" -> Video.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      JobTag.foreach(__v => __obj.updateDynamic(\"JobTag\")(__v.asInstanceOf[js.Any]))\n      NotificationChannel.foreach(__v => __obj.updateDynamic(\"NotificationChannel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTextDetectionRequest]\n    }\n  }\n\n  @js.native\n  trait StartTextDetectionResponse extends js.Object {\n    var JobId: js.UndefOr[JobId]\n  }\n\n  object StartTextDetectionResponse {\n    @inline\n    def apply(\n        JobId: js.UndefOr[JobId] = js.undefined\n    ): StartTextDetectionResponse = {\n      val __obj = js.Dynamic.literal()\n      JobId.foreach(__v => __obj.updateDynamic(\"JobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTextDetectionResponse]\n    }\n  }\n\n  @js.native\n  trait StopProjectVersionRequest extends js.Object {\n    var ProjectVersionArn: ProjectVersionArn\n  }\n\n  object StopProjectVersionRequest {\n    @inline\n    def apply(\n        ProjectVersionArn: ProjectVersionArn\n    ): StopProjectVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProjectVersionArn\" -> ProjectVersionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopProjectVersionRequest]\n    }\n  }\n\n  @js.native\n  trait StopProjectVersionResponse extends js.Object {\n    var Status: js.UndefOr[ProjectVersionStatus]\n  }\n\n  object StopProjectVersionResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[ProjectVersionStatus] = js.undefined\n    ): StopProjectVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopProjectVersionResponse]\n    }\n  }\n\n  @js.native\n  trait StopStreamProcessorRequest extends js.Object {\n    var Name: StreamProcessorName\n  }\n\n  object StopStreamProcessorRequest {\n    @inline\n    def apply(\n        Name: StreamProcessorName\n    ): StopStreamProcessorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopStreamProcessorRequest]\n    }\n  }\n\n  @js.native\n  trait StopStreamProcessorResponse extends js.Object\n\n  object StopStreamProcessorResponse {\n    @inline\n    def apply(): StopStreamProcessorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopStreamProcessorResponse]\n    }\n  }\n\n  \/** An object that recognizes faces in a streaming video. An Amazon Rekognition stream processor is created by a call to <a>CreateStreamProcessor<\/a>. The request parameters for <code>CreateStreamProcessor<\/code> describe the Kinesis video stream source for the streaming video, face recognition parameters, and where to stream the analysis resullts.\n    *\/\n  @js.native\n  trait StreamProcessor extends js.Object {\n    var Name: js.UndefOr[StreamProcessorName]\n    var Status: js.UndefOr[StreamProcessorStatus]\n  }\n\n  object StreamProcessor {\n    @inline\n    def apply(\n        Name: js.UndefOr[StreamProcessorName] = js.undefined,\n        Status: js.UndefOr[StreamProcessorStatus] = js.undefined\n    ): StreamProcessor = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamProcessor]\n    }\n  }\n\n  \/** Information about the source streaming video.\n    *\/\n  @js.native\n  trait StreamProcessorInput extends js.Object {\n    var KinesisVideoStream: js.UndefOr[KinesisVideoStream]\n  }\n\n  object StreamProcessorInput {\n    @inline\n    def apply(\n        KinesisVideoStream: js.UndefOr[KinesisVideoStream] = js.undefined\n    ): StreamProcessorInput = {\n      val __obj = js.Dynamic.literal()\n      KinesisVideoStream.foreach(__v => __obj.updateDynamic(\"KinesisVideoStream\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamProcessorInput]\n    }\n  }\n\n  \/** Information about the Amazon Kinesis Data Streams stream to which a Amazon Rekognition Video stream processor streams the results of a video analysis. For more information, see CreateStreamProcessor in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait StreamProcessorOutput extends js.Object {\n    var KinesisDataStream: js.UndefOr[KinesisDataStream]\n  }\n\n  object StreamProcessorOutput {\n    @inline\n    def apply(\n        KinesisDataStream: js.UndefOr[KinesisDataStream] = js.undefined\n    ): StreamProcessorOutput = {\n      val __obj = js.Dynamic.literal()\n      KinesisDataStream.foreach(__v => __obj.updateDynamic(\"KinesisDataStream\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamProcessorOutput]\n    }\n  }\n\n  \/** Input parameters used to recognize faces in a streaming video analyzed by a Amazon Rekognition stream processor.\n    *\/\n  @js.native\n  trait StreamProcessorSettings extends js.Object {\n    var FaceSearch: js.UndefOr[FaceSearchSettings]\n  }\n\n  object StreamProcessorSettings {\n    @inline\n    def apply(\n        FaceSearch: js.UndefOr[FaceSearchSettings] = js.undefined\n    ): StreamProcessorSettings = {\n      val __obj = js.Dynamic.literal()\n      FaceSearch.foreach(__v => __obj.updateDynamic(\"FaceSearch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamProcessorSettings]\n    }\n  }\n\n  @js.native\n  sealed trait StreamProcessorStatus extends js.Any\n  object StreamProcessorStatus {\n    val STOPPED = \"STOPPED\".asInstanceOf[StreamProcessorStatus]\n    val STARTING = \"STARTING\".asInstanceOf[StreamProcessorStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[StreamProcessorStatus]\n    val FAILED = \"FAILED\".asInstanceOf[StreamProcessorStatus]\n    val STOPPING = \"STOPPING\".asInstanceOf[StreamProcessorStatus]\n\n    @inline def values = js.Array(STOPPED, STARTING, RUNNING, FAILED, STOPPING)\n  }\n\n  \/** The S3 bucket that contains the training summary. The training summary includes aggregated evaluation metrics for the entire testing dataset and metrics for each individual label. You get the training summary S3 bucket location by calling <a>DescribeProjectVersions<\/a>.\n    *\/\n  @js.native\n  trait Summary extends js.Object {\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object Summary {\n    @inline\n    def apply(\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): Summary = {\n      val __obj = js.Dynamic.literal()\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Summary]\n    }\n  }\n\n  \/** Indicates whether or not the face is wearing sunglasses, and the confidence level in the determination.\n    *\/\n  @js.native\n  trait Sunglasses extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var Value: js.UndefOr[Boolean]\n  }\n\n  object Sunglasses {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        Value: js.UndefOr[Boolean] = js.undefined\n    ): Sunglasses = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Sunglasses]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n    var Tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        Tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Information about a technical cue segment. For more information, see <a>SegmentDetection<\/a>.\n    *\/\n  @js.native\n  trait TechnicalCueSegment extends js.Object {\n    var Confidence: js.UndefOr[SegmentConfidence]\n    var Type: js.UndefOr[TechnicalCueType]\n  }\n\n  object TechnicalCueSegment {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[SegmentConfidence] = js.undefined,\n        Type: js.UndefOr[TechnicalCueType] = js.undefined\n    ): TechnicalCueSegment = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TechnicalCueSegment]\n    }\n  }\n\n  @js.native\n  sealed trait TechnicalCueType extends js.Any\n  object TechnicalCueType {\n    val ColorBars = \"ColorBars\".asInstanceOf[TechnicalCueType]\n    val EndCredits = \"EndCredits\".asInstanceOf[TechnicalCueType]\n    val BlackFrames = \"BlackFrames\".asInstanceOf[TechnicalCueType]\n\n    @inline def values = js.Array(ColorBars, EndCredits, BlackFrames)\n  }\n\n  \/** The dataset used for testing. Optionally, if <code>AutoCreate<\/code> is set, Amazon Rekognition Custom Labels creates a testing dataset using an 80\/20 split of the training dataset.\n    *\/\n  @js.native\n  trait TestingData extends js.Object {\n    var Assets: js.UndefOr[Assets]\n    var AutoCreate: js.UndefOr[Boolean]\n  }\n\n  object TestingData {\n    @inline\n    def apply(\n        Assets: js.UndefOr[Assets] = js.undefined,\n        AutoCreate: js.UndefOr[Boolean] = js.undefined\n    ): TestingData = {\n      val __obj = js.Dynamic.literal()\n      Assets.foreach(__v => __obj.updateDynamic(\"Assets\")(__v.asInstanceOf[js.Any]))\n      AutoCreate.foreach(__v => __obj.updateDynamic(\"AutoCreate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestingData]\n    }\n  }\n\n  \/** Sagemaker Groundtruth format manifest files for the input, output and validation datasets that are used and created during testing.\n    *\/\n  @js.native\n  trait TestingDataResult extends js.Object {\n    var Input: js.UndefOr[TestingData]\n    var Output: js.UndefOr[TestingData]\n    var Validation: js.UndefOr[ValidationData]\n  }\n\n  object TestingDataResult {\n    @inline\n    def apply(\n        Input: js.UndefOr[TestingData] = js.undefined,\n        Output: js.UndefOr[TestingData] = js.undefined,\n        Validation: js.UndefOr[ValidationData] = js.undefined\n    ): TestingDataResult = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      Validation.foreach(__v => __obj.updateDynamic(\"Validation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestingDataResult]\n    }\n  }\n\n  \/** Information about a word or line of text detected by <a>DetectText<\/a>. The <code>DetectedText<\/code> field contains the text that Amazon Rekognition detected in the image. Every word and line has an identifier (<code>Id<\/code>). Each word belongs to a line and has a parent identifier (<code>ParentId<\/code>) that identifies the line of text in which the word appears. The word <code>Id<\/code> is also an index for the word within a line of words. For more information, see Detecting Text in the Amazon Rekognition Developer Guide.\n    *\/\n  @js.native\n  trait TextDetection extends js.Object {\n    var Confidence: js.UndefOr[Percent]\n    var DetectedText: js.UndefOr[String]\n    var Geometry: js.UndefOr[Geometry]\n    var Id: js.UndefOr[UInteger]\n    var ParentId: js.UndefOr[UInteger]\n    var Type: js.UndefOr[TextTypes]\n  }\n\n  object TextDetection {\n    @inline\n    def apply(\n        Confidence: js.UndefOr[Percent] = js.undefined,\n        DetectedText: js.UndefOr[String] = js.undefined,\n        Geometry: js.UndefOr[Geometry] = js.undefined,\n        Id: js.UndefOr[UInteger] = js.undefined,\n        ParentId: js.UndefOr[UInteger] = js.undefined,\n        Type: js.UndefOr[TextTypes] = js.undefined\n    ): TextDetection = {\n      val __obj = js.Dynamic.literal()\n      Confidence.foreach(__v => __obj.updateDynamic(\"Confidence\")(__v.asInstanceOf[js.Any]))\n      DetectedText.foreach(__v => __obj.updateDynamic(\"DetectedText\")(__v.asInstanceOf[js.Any]))\n      Geometry.foreach(__v => __obj.updateDynamic(\"Geometry\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ParentId.foreach(__v => __obj.updateDynamic(\"ParentId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TextDetection]\n    }\n  }\n\n  \/** Information about text detected in a video. Incudes the detected text, the time in milliseconds from the start of the video that the text was detected, and where it was detected on the screen.\n    *\/\n  @js.native\n  trait TextDetectionResult extends js.Object {\n    var TextDetection: js.UndefOr[TextDetection]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object TextDetectionResult {\n    @inline\n    def apply(\n        TextDetection: js.UndefOr[TextDetection] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): TextDetectionResult = {\n      val __obj = js.Dynamic.literal()\n      TextDetection.foreach(__v => __obj.updateDynamic(\"TextDetection\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TextDetectionResult]\n    }\n  }\n\n  @js.native\n  sealed trait TextTypes extends js.Any\n  object TextTypes {\n    val LINE = \"LINE\".asInstanceOf[TextTypes]\n    val WORD = \"WORD\".asInstanceOf[TextTypes]\n\n    @inline def values = js.Array(LINE, WORD)\n  }\n\n  \/** The dataset used for training.\n    *\/\n  @js.native\n  trait TrainingData extends js.Object {\n    var Assets: js.UndefOr[Assets]\n  }\n\n  object TrainingData {\n    @inline\n    def apply(\n        Assets: js.UndefOr[Assets] = js.undefined\n    ): TrainingData = {\n      val __obj = js.Dynamic.literal()\n      Assets.foreach(__v => __obj.updateDynamic(\"Assets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingData]\n    }\n  }\n\n  \/** Sagemaker Groundtruth format manifest files for the input, output and validation datasets that are used and created during testing.\n    *\/\n  @js.native\n  trait TrainingDataResult extends js.Object {\n    var Input: js.UndefOr[TrainingData]\n    var Output: js.UndefOr[TrainingData]\n    var Validation: js.UndefOr[ValidationData]\n  }\n\n  object TrainingDataResult {\n    @inline\n    def apply(\n        Input: js.UndefOr[TrainingData] = js.undefined,\n        Output: js.UndefOr[TrainingData] = js.undefined,\n        Validation: js.UndefOr[ValidationData] = js.undefined\n    ): TrainingDataResult = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      Validation.foreach(__v => __obj.updateDynamic(\"Validation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrainingDataResult]\n    }\n  }\n\n  \/** A face that <a>IndexFaces<\/a> detected, but didn't index. Use the <code>Reasons<\/code> response attribute to determine why a face wasn't indexed.\n    *\/\n  @js.native\n  trait UnindexedFace extends js.Object {\n    var FaceDetail: js.UndefOr[FaceDetail]\n    var Reasons: js.UndefOr[Reasons]\n  }\n\n  object UnindexedFace {\n    @inline\n    def apply(\n        FaceDetail: js.UndefOr[FaceDetail] = js.undefined,\n        Reasons: js.UndefOr[Reasons] = js.undefined\n    ): UnindexedFace = {\n      val __obj = js.Dynamic.literal()\n      FaceDetail.foreach(__v => __obj.updateDynamic(\"FaceDetail\")(__v.asInstanceOf[js.Any]))\n      Reasons.foreach(__v => __obj.updateDynamic(\"Reasons\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnindexedFace]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: ResourceArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ResourceArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** Contains the Amazon S3 bucket location of the validation data for a model training job. The validation data includes error information for individual JSON lines in the dataset. For more information, see Debugging a Failed Model Training in the Amazon Rekognition Custom Labels Developer Guide. You get the <code>ValidationData<\/code> object for the training dataset (<a>TrainingDataResult<\/a>) and the test dataset (<a>TestingDataResult<\/a>) by calling <a>DescribeProjectVersions<\/a>. The assets array contains a single <a>Asset<\/a> object. The <a>GroundTruthManifest<\/a> field of the Asset object contains the S3 bucket location of the validation data.\n    *\/\n  @js.native\n  trait ValidationData extends js.Object {\n    var Assets: js.UndefOr[Assets]\n  }\n\n  object ValidationData {\n    @inline\n    def apply(\n        Assets: js.UndefOr[Assets] = js.undefined\n    ): ValidationData = {\n      val __obj = js.Dynamic.literal()\n      Assets.foreach(__v => __obj.updateDynamic(\"Assets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidationData]\n    }\n  }\n\n  \/** Video file stored in an Amazon S3 bucket. Amazon Rekognition video start operations such as <a>StartLabelDetection<\/a> use <code>Video<\/code> to specify a video for analysis. The supported file formats are .mp4, .mov and .avi.\n    *\/\n  @js.native\n  trait Video extends js.Object {\n    var S3Object: js.UndefOr[S3Object]\n  }\n\n  object Video {\n    @inline\n    def apply(\n        S3Object: js.UndefOr[S3Object] = js.undefined\n    ): Video = {\n      val __obj = js.Dynamic.literal()\n      S3Object.foreach(__v => __obj.updateDynamic(\"S3Object\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Video]\n    }\n  }\n\n  @js.native\n  sealed trait VideoJobStatus extends js.Any\n  object VideoJobStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[VideoJobStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[VideoJobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[VideoJobStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, SUCCEEDED, FAILED)\n  }\n\n  \/** Information about a video that Amazon Rekognition analyzed. <code>Videometadata<\/code> is returned in every page of paginated responses from a Amazon Rekognition video operation.\n    *\/\n  @js.native\n  trait VideoMetadata extends js.Object {\n    var Codec: js.UndefOr[String]\n    var DurationMillis: js.UndefOr[ULong]\n    var Format: js.UndefOr[String]\n    var FrameHeight: js.UndefOr[ULong]\n    var FrameRate: js.UndefOr[Float]\n    var FrameWidth: js.UndefOr[ULong]\n  }\n\n  object VideoMetadata {\n    @inline\n    def apply(\n        Codec: js.UndefOr[String] = js.undefined,\n        DurationMillis: js.UndefOr[ULong] = js.undefined,\n        Format: js.UndefOr[String] = js.undefined,\n        FrameHeight: js.UndefOr[ULong] = js.undefined,\n        FrameRate: js.UndefOr[Float] = js.undefined,\n        FrameWidth: js.UndefOr[ULong] = js.undefined\n    ): VideoMetadata = {\n      val __obj = js.Dynamic.literal()\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      DurationMillis.foreach(__v => __obj.updateDynamic(\"DurationMillis\")(__v.asInstanceOf[js.Any]))\n      Format.foreach(__v => __obj.updateDynamic(\"Format\")(__v.asInstanceOf[js.Any]))\n      FrameHeight.foreach(__v => __obj.updateDynamic(\"FrameHeight\")(__v.asInstanceOf[js.Any]))\n      FrameRate.foreach(__v => __obj.updateDynamic(\"FrameRate\")(__v.asInstanceOf[js.Any]))\n      FrameWidth.foreach(__v => __obj.updateDynamic(\"FrameWidth\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoMetadata]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/amplify\/src\/main\/scala\/facade\/amazonaws\/services\/Amplify.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object amplify {\n  type AccessToken = String\n  type ActiveJobId = String\n  type AppArn = String\n  type AppId = String\n  type Apps = js.Array[App]\n  type ArtifactFileName = String\n  type ArtifactId = String\n  type ArtifactUrl = String\n  type Artifacts = js.Array[Artifact]\n  type ArtifactsUrl = String\n  type AssociatedResource = String\n  type AssociatedResources = js.Array[AssociatedResource]\n  type AutoBranchCreationPattern = String\n  type AutoBranchCreationPatterns = js.Array[AutoBranchCreationPattern]\n  type AutoSubDomainCreationPattern = String\n  type AutoSubDomainCreationPatterns = js.Array[AutoSubDomainCreationPattern]\n  type AutoSubDomainIAMRole = String\n  type BackendEnvironmentArn = String\n  type BackendEnvironments = js.Array[BackendEnvironment]\n  type BasicAuthCredentials = String\n  type BranchArn = String\n  type BranchName = String\n  type Branches = js.Array[Branch]\n  type BuildSpec = String\n  type CertificateVerificationDNSRecord = String\n  type CommitId = String\n  type CommitMessage = String\n  type CommitTime = js.Date\n  type Condition = String\n  type Context = String\n  type CreateTime = js.Date\n  type CustomDomain = String\n  type CustomDomains = js.Array[CustomDomain]\n  type CustomHeaders = String\n  type CustomRules = js.Array[CustomRule]\n  type DNSRecord = String\n  type DefaultDomain = String\n  type DeploymentArtifacts = String\n  type Description = String\n  type DisplayName = String\n  type DomainAssociationArn = String\n  type DomainAssociations = js.Array[DomainAssociation]\n  type DomainName = String\n  type DomainPrefix = String\n  type EnableAutoBranchCreation = Boolean\n  type EnableAutoBuild = Boolean\n  type EnableAutoSubDomain = Boolean\n  type EnableBasicAuth = Boolean\n  type EnableBranchAutoBuild = Boolean\n  type EnableBranchAutoDeletion = Boolean\n  type EnableNotification = Boolean\n  type EnablePerformanceMode = Boolean\n  type EnablePullRequestPreview = Boolean\n  type EndTime = js.Date\n  type EnvKey = String\n  type EnvValue = String\n  type EnvironmentName = String\n  type EnvironmentVariables = js.Dictionary[EnvValue]\n  type FileMap = js.Dictionary[MD5Hash]\n  type FileName = String\n  type FileUploadUrls = js.Dictionary[UploadUrl]\n  type Framework = String\n  type JobArn = String\n  type JobId = String\n  type JobReason = String\n  type JobSummaries = js.Array[JobSummary]\n  type LastDeployTime = js.Date\n  type LogUrl = String\n  type MD5Hash = String\n  type MaxResults = Int\n  type Name = String\n  type NextToken = String\n  type OauthToken = String\n  type PullRequestEnvironmentName = String\n  type Repository = String\n  type ResourceArn = String\n  type Screenshots = js.Dictionary[ThumbnailUrl]\n  type ServiceRoleArn = String\n  type Source = String\n  type SourceUrl = String\n  type StackName = String\n  type StartTime = js.Date\n  type Status = String\n  type StatusReason = String\n  type StepName = String\n  type Steps = js.Array[Step]\n  type SubDomainSettings = js.Array[SubDomainSetting]\n  type SubDomains = js.Array[SubDomain]\n  type TTL = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Target = String\n  type TestArtifactsUrl = String\n  type TestConfigUrl = String\n  type ThumbnailName = String\n  type ThumbnailUrl = String\n  type TotalNumberOfJobs = String\n  type UpdateTime = js.Date\n  type UploadUrl = String\n  type Verified = Boolean\n  type WebhookArn = String\n  type WebhookId = String\n  type WebhookUrl = String\n  type Webhooks = js.Array[Webhook]\n\n  implicit final class AmplifyOps(private val service: Amplify) extends AnyVal {\n\n    @inline def createAppFuture(params: CreateAppRequest): Future[CreateAppResult] = service.createApp(params).promise().toFuture\n    @inline def createBackendEnvironmentFuture(params: CreateBackendEnvironmentRequest): Future[CreateBackendEnvironmentResult] = service.createBackendEnvironment(params).promise().toFuture\n    @inline def createBranchFuture(params: CreateBranchRequest): Future[CreateBranchResult] = service.createBranch(params).promise().toFuture\n    @inline def createDeploymentFuture(params: CreateDeploymentRequest): Future[CreateDeploymentResult] = service.createDeployment(params).promise().toFuture\n    @inline def createDomainAssociationFuture(params: CreateDomainAssociationRequest): Future[CreateDomainAssociationResult] = service.createDomainAssociation(params).promise().toFuture\n    @inline def createWebhookFuture(params: CreateWebhookRequest): Future[CreateWebhookResult] = service.createWebhook(params).promise().toFuture\n    @inline def deleteAppFuture(params: DeleteAppRequest): Future[DeleteAppResult] = service.deleteApp(params).promise().toFuture\n    @inline def deleteBackendEnvironmentFuture(params: DeleteBackendEnvironmentRequest): Future[DeleteBackendEnvironmentResult] = service.deleteBackendEnvironment(params).promise().toFuture\n    @inline def deleteBranchFuture(params: DeleteBranchRequest): Future[DeleteBranchResult] = service.deleteBranch(params).promise().toFuture\n    @inline def deleteDomainAssociationFuture(params: DeleteDomainAssociationRequest): Future[DeleteDomainAssociationResult] = service.deleteDomainAssociation(params).promise().toFuture\n    @inline def deleteJobFuture(params: DeleteJobRequest): Future[DeleteJobResult] = service.deleteJob(params).promise().toFuture\n    @inline def deleteWebhookFuture(params: DeleteWebhookRequest): Future[DeleteWebhookResult] = service.deleteWebhook(params).promise().toFuture\n    @inline def generateAccessLogsFuture(params: GenerateAccessLogsRequest): Future[GenerateAccessLogsResult] = service.generateAccessLogs(params).promise().toFuture\n    @inline def getAppFuture(params: GetAppRequest): Future[GetAppResult] = service.getApp(params).promise().toFuture\n    @inline def getArtifactUrlFuture(params: GetArtifactUrlRequest): Future[GetArtifactUrlResult] = service.getArtifactUrl(params).promise().toFuture\n    @inline def getBackendEnvironmentFuture(params: GetBackendEnvironmentRequest): Future[GetBackendEnvironmentResult] = service.getBackendEnvironment(params).promise().toFuture\n    @inline def getBranchFuture(params: GetBranchRequest): Future[GetBranchResult] = service.getBranch(params).promise().toFuture\n    @inline def getDomainAssociationFuture(params: GetDomainAssociationRequest): Future[GetDomainAssociationResult] = service.getDomainAssociation(params).promise().toFuture\n    @inline def getJobFuture(params: GetJobRequest): Future[GetJobResult] = service.getJob(params).promise().toFuture\n    @inline def getWebhookFuture(params: GetWebhookRequest): Future[GetWebhookResult] = service.getWebhook(params).promise().toFuture\n    @inline def listAppsFuture(params: ListAppsRequest): Future[ListAppsResult] = service.listApps(params).promise().toFuture\n    @inline def listArtifactsFuture(params: ListArtifactsRequest): Future[ListArtifactsResult] = service.listArtifacts(params).promise().toFuture\n    @inline def listBackendEnvironmentsFuture(params: ListBackendEnvironmentsRequest): Future[ListBackendEnvironmentsResult] = service.listBackendEnvironments(params).promise().toFuture\n    @inline def listBranchesFuture(params: ListBranchesRequest): Future[ListBranchesResult] = service.listBranches(params).promise().toFuture\n    @inline def listDomainAssociationsFuture(params: ListDomainAssociationsRequest): Future[ListDomainAssociationsResult] = service.listDomainAssociations(params).promise().toFuture\n    @inline def listJobsFuture(params: ListJobsRequest): Future[ListJobsResult] = service.listJobs(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listWebhooksFuture(params: ListWebhooksRequest): Future[ListWebhooksResult] = service.listWebhooks(params).promise().toFuture\n    @inline def startDeploymentFuture(params: StartDeploymentRequest): Future[StartDeploymentResult] = service.startDeployment(params).promise().toFuture\n    @inline def startJobFuture(params: StartJobRequest): Future[StartJobResult] = service.startJob(params).promise().toFuture\n    @inline def stopJobFuture(params: StopJobRequest): Future[StopJobResult] = service.stopJob(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateAppFuture(params: UpdateAppRequest): Future[UpdateAppResult] = service.updateApp(params).promise().toFuture\n    @inline def updateBranchFuture(params: UpdateBranchRequest): Future[UpdateBranchResult] = service.updateBranch(params).promise().toFuture\n    @inline def updateDomainAssociationFuture(params: UpdateDomainAssociationRequest): Future[UpdateDomainAssociationResult] = service.updateDomainAssociation(params).promise().toFuture\n    @inline def updateWebhookFuture(params: UpdateWebhookRequest): Future[UpdateWebhookResult] = service.updateWebhook(params).promise().toFuture\n\n  }\n}\n\npackage amplify {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/amplify\", JSImport.Namespace, \"AWS.Amplify\")\n  class Amplify() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createApp(params: CreateAppRequest): Request[CreateAppResult] = js.native\n    def createBackendEnvironment(params: CreateBackendEnvironmentRequest): Request[CreateBackendEnvironmentResult] = js.native\n    def createBranch(params: CreateBranchRequest): Request[CreateBranchResult] = js.native\n    def createDeployment(params: CreateDeploymentRequest): Request[CreateDeploymentResult] = js.native\n    def createDomainAssociation(params: CreateDomainAssociationRequest): Request[CreateDomainAssociationResult] = js.native\n    def createWebhook(params: CreateWebhookRequest): Request[CreateWebhookResult] = js.native\n    def deleteApp(params: DeleteAppRequest): Request[DeleteAppResult] = js.native\n    def deleteBackendEnvironment(params: DeleteBackendEnvironmentRequest): Request[DeleteBackendEnvironmentResult] = js.native\n    def deleteBranch(params: DeleteBranchRequest): Request[DeleteBranchResult] = js.native\n    def deleteDomainAssociation(params: DeleteDomainAssociationRequest): Request[DeleteDomainAssociationResult] = js.native\n    def deleteJob(params: DeleteJobRequest): Request[DeleteJobResult] = js.native\n    def deleteWebhook(params: DeleteWebhookRequest): Request[DeleteWebhookResult] = js.native\n    def generateAccessLogs(params: GenerateAccessLogsRequest): Request[GenerateAccessLogsResult] = js.native\n    def getApp(params: GetAppRequest): Request[GetAppResult] = js.native\n    def getArtifactUrl(params: GetArtifactUrlRequest): Request[GetArtifactUrlResult] = js.native\n    def getBackendEnvironment(params: GetBackendEnvironmentRequest): Request[GetBackendEnvironmentResult] = js.native\n    def getBranch(params: GetBranchRequest): Request[GetBranchResult] = js.native\n    def getDomainAssociation(params: GetDomainAssociationRequest): Request[GetDomainAssociationResult] = js.native\n    def getJob(params: GetJobRequest): Request[GetJobResult] = js.native\n    def getWebhook(params: GetWebhookRequest): Request[GetWebhookResult] = js.native\n    def listApps(params: ListAppsRequest): Request[ListAppsResult] = js.native\n    def listArtifacts(params: ListArtifactsRequest): Request[ListArtifactsResult] = js.native\n    def listBackendEnvironments(params: ListBackendEnvironmentsRequest): Request[ListBackendEnvironmentsResult] = js.native\n    def listBranches(params: ListBranchesRequest): Request[ListBranchesResult] = js.native\n    def listDomainAssociations(params: ListDomainAssociationsRequest): Request[ListDomainAssociationsResult] = js.native\n    def listJobs(params: ListJobsRequest): Request[ListJobsResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listWebhooks(params: ListWebhooksRequest): Request[ListWebhooksResult] = js.native\n    def startDeployment(params: StartDeploymentRequest): Request[StartDeploymentResult] = js.native\n    def startJob(params: StartJobRequest): Request[StartJobResult] = js.native\n    def stopJob(params: StopJobRequest): Request[StopJobResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateApp(params: UpdateAppRequest): Request[UpdateAppResult] = js.native\n    def updateBranch(params: UpdateBranchRequest): Request[UpdateBranchResult] = js.native\n    def updateDomainAssociation(params: UpdateDomainAssociationRequest): Request[UpdateDomainAssociationResult] = js.native\n    def updateWebhook(params: UpdateWebhookRequest): Request[UpdateWebhookResult] = js.native\n  }\n\n  \/** Represents the different branches of a repository for building, deploying, and hosting an Amplify app.\n    *\/\n  @js.native\n  trait App extends js.Object {\n    var appArn: AppArn\n    var appId: AppId\n    var createTime: CreateTime\n    var defaultDomain: DefaultDomain\n    var description: Description\n    var enableBasicAuth: EnableBasicAuth\n    var enableBranchAutoBuild: EnableBranchAutoBuild\n    var environmentVariables: EnvironmentVariables\n    var name: Name\n    var platform: Platform\n    var repository: Repository\n    var updateTime: UpdateTime\n    var autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig]\n    var autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var customHeaders: js.UndefOr[CustomHeaders]\n    var customRules: js.UndefOr[CustomRules]\n    var enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation]\n    var enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion]\n    var iamServiceRoleArn: js.UndefOr[ServiceRoleArn]\n    var productionBranch: js.UndefOr[ProductionBranch]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object App {\n    @inline\n    def apply(\n        appArn: AppArn,\n        appId: AppId,\n        createTime: CreateTime,\n        defaultDomain: DefaultDomain,\n        description: Description,\n        enableBasicAuth: EnableBasicAuth,\n        enableBranchAutoBuild: EnableBranchAutoBuild,\n        environmentVariables: EnvironmentVariables,\n        name: Name,\n        platform: Platform,\n        repository: Repository,\n        updateTime: UpdateTime,\n        autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig] = js.undefined,\n        autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        customHeaders: js.UndefOr[CustomHeaders] = js.undefined,\n        customRules: js.UndefOr[CustomRules] = js.undefined,\n        enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation] = js.undefined,\n        enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion] = js.undefined,\n        iamServiceRoleArn: js.UndefOr[ServiceRoleArn] = js.undefined,\n        productionBranch: js.UndefOr[ProductionBranch] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): App = {\n      val __obj = js.Dynamic.literal(\n        \"appArn\" -> appArn.asInstanceOf[js.Any],\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"createTime\" -> createTime.asInstanceOf[js.Any],\n        \"defaultDomain\" -> defaultDomain.asInstanceOf[js.Any],\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"enableBasicAuth\" -> enableBasicAuth.asInstanceOf[js.Any],\n        \"enableBranchAutoBuild\" -> enableBranchAutoBuild.asInstanceOf[js.Any],\n        \"environmentVariables\" -> environmentVariables.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"platform\" -> platform.asInstanceOf[js.Any],\n        \"repository\" -> repository.asInstanceOf[js.Any],\n        \"updateTime\" -> updateTime.asInstanceOf[js.Any]\n      )\n\n      autoBranchCreationConfig.foreach(__v => __obj.updateDynamic(\"autoBranchCreationConfig\")(__v.asInstanceOf[js.Any]))\n      autoBranchCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoBranchCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      customHeaders.foreach(__v => __obj.updateDynamic(\"customHeaders\")(__v.asInstanceOf[js.Any]))\n      customRules.foreach(__v => __obj.updateDynamic(\"customRules\")(__v.asInstanceOf[js.Any]))\n      enableAutoBranchCreation.foreach(__v => __obj.updateDynamic(\"enableAutoBranchCreation\")(__v.asInstanceOf[js.Any]))\n      enableBranchAutoDeletion.foreach(__v => __obj.updateDynamic(\"enableBranchAutoDeletion\")(__v.asInstanceOf[js.Any]))\n      iamServiceRoleArn.foreach(__v => __obj.updateDynamic(\"iamServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      productionBranch.foreach(__v => __obj.updateDynamic(\"productionBranch\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[App]\n    }\n  }\n\n  \/** Describes an artifact.\n    *\/\n  @js.native\n  trait Artifact extends js.Object {\n    var artifactFileName: ArtifactFileName\n    var artifactId: ArtifactId\n  }\n\n  object Artifact {\n    @inline\n    def apply(\n        artifactFileName: ArtifactFileName,\n        artifactId: ArtifactId\n    ): Artifact = {\n      val __obj = js.Dynamic.literal(\n        \"artifactFileName\" -> artifactFileName.asInstanceOf[js.Any],\n        \"artifactId\" -> artifactId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Artifact]\n    }\n  }\n\n  \/** Describes the automated branch creation configuration.\n    *\/\n  @js.native\n  trait AutoBranchCreationConfig extends js.Object {\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var enableAutoBuild: js.UndefOr[EnableAutoBuild]\n    var enableBasicAuth: js.UndefOr[EnableBasicAuth]\n    var enablePerformanceMode: js.UndefOr[EnablePerformanceMode]\n    var enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var framework: js.UndefOr[Framework]\n    var pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName]\n    var stage: js.UndefOr[Stage]\n  }\n\n  object AutoBranchCreationConfig {\n    @inline\n    def apply(\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        enableAutoBuild: js.UndefOr[EnableAutoBuild] = js.undefined,\n        enableBasicAuth: js.UndefOr[EnableBasicAuth] = js.undefined,\n        enablePerformanceMode: js.UndefOr[EnablePerformanceMode] = js.undefined,\n        enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        framework: js.UndefOr[Framework] = js.undefined,\n        pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName] = js.undefined,\n        stage: js.UndefOr[Stage] = js.undefined\n    ): AutoBranchCreationConfig = {\n      val __obj = js.Dynamic.literal()\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      enableAutoBuild.foreach(__v => __obj.updateDynamic(\"enableAutoBuild\")(__v.asInstanceOf[js.Any]))\n      enableBasicAuth.foreach(__v => __obj.updateDynamic(\"enableBasicAuth\")(__v.asInstanceOf[js.Any]))\n      enablePerformanceMode.foreach(__v => __obj.updateDynamic(\"enablePerformanceMode\")(__v.asInstanceOf[js.Any]))\n      enablePullRequestPreview.foreach(__v => __obj.updateDynamic(\"enablePullRequestPreview\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      framework.foreach(__v => __obj.updateDynamic(\"framework\")(__v.asInstanceOf[js.Any]))\n      pullRequestEnvironmentName.foreach(__v => __obj.updateDynamic(\"pullRequestEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      stage.foreach(__v => __obj.updateDynamic(\"stage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoBranchCreationConfig]\n    }\n  }\n\n  \/** Describes the backend environment for an Amplify app.\n    *\/\n  @js.native\n  trait BackendEnvironment extends js.Object {\n    var backendEnvironmentArn: BackendEnvironmentArn\n    var createTime: CreateTime\n    var environmentName: EnvironmentName\n    var updateTime: UpdateTime\n    var deploymentArtifacts: js.UndefOr[DeploymentArtifacts]\n    var stackName: js.UndefOr[StackName]\n  }\n\n  object BackendEnvironment {\n    @inline\n    def apply(\n        backendEnvironmentArn: BackendEnvironmentArn,\n        createTime: CreateTime,\n        environmentName: EnvironmentName,\n        updateTime: UpdateTime,\n        deploymentArtifacts: js.UndefOr[DeploymentArtifacts] = js.undefined,\n        stackName: js.UndefOr[StackName] = js.undefined\n    ): BackendEnvironment = {\n      val __obj = js.Dynamic.literal(\n        \"backendEnvironmentArn\" -> backendEnvironmentArn.asInstanceOf[js.Any],\n        \"createTime\" -> createTime.asInstanceOf[js.Any],\n        \"environmentName\" -> environmentName.asInstanceOf[js.Any],\n        \"updateTime\" -> updateTime.asInstanceOf[js.Any]\n      )\n\n      deploymentArtifacts.foreach(__v => __obj.updateDynamic(\"deploymentArtifacts\")(__v.asInstanceOf[js.Any]))\n      stackName.foreach(__v => __obj.updateDynamic(\"stackName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendEnvironment]\n    }\n  }\n\n  \/** The branch for an Amplify app, which maps to a third-party repository branch.\n    *\/\n  @js.native\n  trait Branch extends js.Object {\n    var activeJobId: ActiveJobId\n    var branchArn: BranchArn\n    var branchName: BranchName\n    var createTime: CreateTime\n    var customDomains: CustomDomains\n    var description: Description\n    var displayName: DisplayName\n    var enableAutoBuild: EnableAutoBuild\n    var enableBasicAuth: EnableBasicAuth\n    var enableNotification: EnableNotification\n    var enablePullRequestPreview: EnablePullRequestPreview\n    var environmentVariables: EnvironmentVariables\n    var framework: Framework\n    var stage: Stage\n    var totalNumberOfJobs: TotalNumberOfJobs\n    var ttl: TTL\n    var updateTime: UpdateTime\n    var associatedResources: js.UndefOr[AssociatedResources]\n    var backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var destinationBranch: js.UndefOr[BranchName]\n    var enablePerformanceMode: js.UndefOr[EnablePerformanceMode]\n    var pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName]\n    var sourceBranch: js.UndefOr[BranchName]\n    var tags: js.UndefOr[TagMap]\n    var thumbnailUrl: js.UndefOr[ThumbnailUrl]\n  }\n\n  object Branch {\n    @inline\n    def apply(\n        activeJobId: ActiveJobId,\n        branchArn: BranchArn,\n        branchName: BranchName,\n        createTime: CreateTime,\n        customDomains: CustomDomains,\n        description: Description,\n        displayName: DisplayName,\n        enableAutoBuild: EnableAutoBuild,\n        enableBasicAuth: EnableBasicAuth,\n        enableNotification: EnableNotification,\n        enablePullRequestPreview: EnablePullRequestPreview,\n        environmentVariables: EnvironmentVariables,\n        framework: Framework,\n        stage: Stage,\n        totalNumberOfJobs: TotalNumberOfJobs,\n        ttl: TTL,\n        updateTime: UpdateTime,\n        associatedResources: js.UndefOr[AssociatedResources] = js.undefined,\n        backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        destinationBranch: js.UndefOr[BranchName] = js.undefined,\n        enablePerformanceMode: js.UndefOr[EnablePerformanceMode] = js.undefined,\n        pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName] = js.undefined,\n        sourceBranch: js.UndefOr[BranchName] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        thumbnailUrl: js.UndefOr[ThumbnailUrl] = js.undefined\n    ): Branch = {\n      val __obj = js.Dynamic.literal(\n        \"activeJobId\" -> activeJobId.asInstanceOf[js.Any],\n        \"branchArn\" -> branchArn.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"createTime\" -> createTime.asInstanceOf[js.Any],\n        \"customDomains\" -> customDomains.asInstanceOf[js.Any],\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"displayName\" -> displayName.asInstanceOf[js.Any],\n        \"enableAutoBuild\" -> enableAutoBuild.asInstanceOf[js.Any],\n        \"enableBasicAuth\" -> enableBasicAuth.asInstanceOf[js.Any],\n        \"enableNotification\" -> enableNotification.asInstanceOf[js.Any],\n        \"enablePullRequestPreview\" -> enablePullRequestPreview.asInstanceOf[js.Any],\n        \"environmentVariables\" -> environmentVariables.asInstanceOf[js.Any],\n        \"framework\" -> framework.asInstanceOf[js.Any],\n        \"stage\" -> stage.asInstanceOf[js.Any],\n        \"totalNumberOfJobs\" -> totalNumberOfJobs.asInstanceOf[js.Any],\n        \"ttl\" -> ttl.asInstanceOf[js.Any],\n        \"updateTime\" -> updateTime.asInstanceOf[js.Any]\n      )\n\n      associatedResources.foreach(__v => __obj.updateDynamic(\"associatedResources\")(__v.asInstanceOf[js.Any]))\n      backendEnvironmentArn.foreach(__v => __obj.updateDynamic(\"backendEnvironmentArn\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      destinationBranch.foreach(__v => __obj.updateDynamic(\"destinationBranch\")(__v.asInstanceOf[js.Any]))\n      enablePerformanceMode.foreach(__v => __obj.updateDynamic(\"enablePerformanceMode\")(__v.asInstanceOf[js.Any]))\n      pullRequestEnvironmentName.foreach(__v => __obj.updateDynamic(\"pullRequestEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      sourceBranch.foreach(__v => __obj.updateDynamic(\"sourceBranch\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      thumbnailUrl.foreach(__v => __obj.updateDynamic(\"thumbnailUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Branch]\n    }\n  }\n\n  \/** The request structure used to create apps in Amplify.\n    *\/\n  @js.native\n  trait CreateAppRequest extends js.Object {\n    var name: Name\n    var accessToken: js.UndefOr[AccessToken]\n    var autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig]\n    var autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var customHeaders: js.UndefOr[CustomHeaders]\n    var customRules: js.UndefOr[CustomRules]\n    var description: js.UndefOr[Description]\n    var enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation]\n    var enableBasicAuth: js.UndefOr[EnableBasicAuth]\n    var enableBranchAutoBuild: js.UndefOr[EnableBranchAutoBuild]\n    var enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var iamServiceRoleArn: js.UndefOr[ServiceRoleArn]\n    var oauthToken: js.UndefOr[OauthToken]\n    var platform: js.UndefOr[Platform]\n    var repository: js.UndefOr[Repository]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object CreateAppRequest {\n    @inline\n    def apply(\n        name: Name,\n        accessToken: js.UndefOr[AccessToken] = js.undefined,\n        autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig] = js.undefined,\n        autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        customHeaders: js.UndefOr[CustomHeaders] = js.undefined,\n        customRules: js.UndefOr[CustomRules] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation] = js.undefined,\n        enableBasicAuth: js.UndefOr[EnableBasicAuth] = js.undefined,\n        enableBranchAutoBuild: js.UndefOr[EnableBranchAutoBuild] = js.undefined,\n        enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        iamServiceRoleArn: js.UndefOr[ServiceRoleArn] = js.undefined,\n        oauthToken: js.UndefOr[OauthToken] = js.undefined,\n        platform: js.UndefOr[Platform] = js.undefined,\n        repository: js.UndefOr[Repository] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): CreateAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      accessToken.foreach(__v => __obj.updateDynamic(\"accessToken\")(__v.asInstanceOf[js.Any]))\n      autoBranchCreationConfig.foreach(__v => __obj.updateDynamic(\"autoBranchCreationConfig\")(__v.asInstanceOf[js.Any]))\n      autoBranchCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoBranchCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      customHeaders.foreach(__v => __obj.updateDynamic(\"customHeaders\")(__v.asInstanceOf[js.Any]))\n      customRules.foreach(__v => __obj.updateDynamic(\"customRules\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enableAutoBranchCreation.foreach(__v => __obj.updateDynamic(\"enableAutoBranchCreation\")(__v.asInstanceOf[js.Any]))\n      enableBasicAuth.foreach(__v => __obj.updateDynamic(\"enableBasicAuth\")(__v.asInstanceOf[js.Any]))\n      enableBranchAutoBuild.foreach(__v => __obj.updateDynamic(\"enableBranchAutoBuild\")(__v.asInstanceOf[js.Any]))\n      enableBranchAutoDeletion.foreach(__v => __obj.updateDynamic(\"enableBranchAutoDeletion\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      iamServiceRoleArn.foreach(__v => __obj.updateDynamic(\"iamServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      oauthToken.foreach(__v => __obj.updateDynamic(\"oauthToken\")(__v.asInstanceOf[js.Any]))\n      platform.foreach(__v => __obj.updateDynamic(\"platform\")(__v.asInstanceOf[js.Any]))\n      repository.foreach(__v => __obj.updateDynamic(\"repository\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAppRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAppResult extends js.Object {\n    var app: App\n  }\n\n  object CreateAppResult {\n    @inline\n    def apply(\n        app: App\n    ): CreateAppResult = {\n      val __obj = js.Dynamic.literal(\n        \"app\" -> app.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAppResult]\n    }\n  }\n\n  \/** The request structure for the backend environment create request.\n    *\/\n  @js.native\n  trait CreateBackendEnvironmentRequest extends js.Object {\n    var appId: AppId\n    var environmentName: EnvironmentName\n    var deploymentArtifacts: js.UndefOr[DeploymentArtifacts]\n    var stackName: js.UndefOr[StackName]\n  }\n\n  object CreateBackendEnvironmentRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        environmentName: EnvironmentName,\n        deploymentArtifacts: js.UndefOr[DeploymentArtifacts] = js.undefined,\n        stackName: js.UndefOr[StackName] = js.undefined\n    ): CreateBackendEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"environmentName\" -> environmentName.asInstanceOf[js.Any]\n      )\n\n      deploymentArtifacts.foreach(__v => __obj.updateDynamic(\"deploymentArtifacts\")(__v.asInstanceOf[js.Any]))\n      stackName.foreach(__v => __obj.updateDynamic(\"stackName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBackendEnvironmentRequest]\n    }\n  }\n\n  \/** The result structure for the create backend environment request.\n    *\/\n  @js.native\n  trait CreateBackendEnvironmentResult extends js.Object {\n    var backendEnvironment: BackendEnvironment\n  }\n\n  object CreateBackendEnvironmentResult {\n    @inline\n    def apply(\n        backendEnvironment: BackendEnvironment\n    ): CreateBackendEnvironmentResult = {\n      val __obj = js.Dynamic.literal(\n        \"backendEnvironment\" -> backendEnvironment.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBackendEnvironmentResult]\n    }\n  }\n\n  \/** The request structure for the create branch request.\n    *\/\n  @js.native\n  trait CreateBranchRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var description: js.UndefOr[Description]\n    var displayName: js.UndefOr[DisplayName]\n    var enableAutoBuild: js.UndefOr[EnableAutoBuild]\n    var enableBasicAuth: js.UndefOr[EnableBasicAuth]\n    var enableNotification: js.UndefOr[EnableNotification]\n    var enablePerformanceMode: js.UndefOr[EnablePerformanceMode]\n    var enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var framework: js.UndefOr[Framework]\n    var pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName]\n    var stage: js.UndefOr[Stage]\n    var tags: js.UndefOr[TagMap]\n    var ttl: js.UndefOr[TTL]\n  }\n\n  object CreateBranchRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        displayName: js.UndefOr[DisplayName] = js.undefined,\n        enableAutoBuild: js.UndefOr[EnableAutoBuild] = js.undefined,\n        enableBasicAuth: js.UndefOr[EnableBasicAuth] = js.undefined,\n        enableNotification: js.UndefOr[EnableNotification] = js.undefined,\n        enablePerformanceMode: js.UndefOr[EnablePerformanceMode] = js.undefined,\n        enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        framework: js.UndefOr[Framework] = js.undefined,\n        pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName] = js.undefined,\n        stage: js.UndefOr[Stage] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        ttl: js.UndefOr[TTL] = js.undefined\n    ): CreateBranchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      backendEnvironmentArn.foreach(__v => __obj.updateDynamic(\"backendEnvironmentArn\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      displayName.foreach(__v => __obj.updateDynamic(\"displayName\")(__v.asInstanceOf[js.Any]))\n      enableAutoBuild.foreach(__v => __obj.updateDynamic(\"enableAutoBuild\")(__v.asInstanceOf[js.Any]))\n      enableBasicAuth.foreach(__v => __obj.updateDynamic(\"enableBasicAuth\")(__v.asInstanceOf[js.Any]))\n      enableNotification.foreach(__v => __obj.updateDynamic(\"enableNotification\")(__v.asInstanceOf[js.Any]))\n      enablePerformanceMode.foreach(__v => __obj.updateDynamic(\"enablePerformanceMode\")(__v.asInstanceOf[js.Any]))\n      enablePullRequestPreview.foreach(__v => __obj.updateDynamic(\"enablePullRequestPreview\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      framework.foreach(__v => __obj.updateDynamic(\"framework\")(__v.asInstanceOf[js.Any]))\n      pullRequestEnvironmentName.foreach(__v => __obj.updateDynamic(\"pullRequestEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      stage.foreach(__v => __obj.updateDynamic(\"stage\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      ttl.foreach(__v => __obj.updateDynamic(\"ttl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBranchRequest]\n    }\n  }\n\n  \/** The result structure for create branch request.\n    *\/\n  @js.native\n  trait CreateBranchResult extends js.Object {\n    var branch: Branch\n  }\n\n  object CreateBranchResult {\n    @inline\n    def apply(\n        branch: Branch\n    ): CreateBranchResult = {\n      val __obj = js.Dynamic.literal(\n        \"branch\" -> branch.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateBranchResult]\n    }\n  }\n\n  \/** The request structure for the create a new deployment request.\n    *\/\n  @js.native\n  trait CreateDeploymentRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var fileMap: js.UndefOr[FileMap]\n  }\n\n  object CreateDeploymentRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        fileMap: js.UndefOr[FileMap] = js.undefined\n    ): CreateDeploymentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      fileMap.foreach(__v => __obj.updateDynamic(\"fileMap\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentRequest]\n    }\n  }\n\n  \/** The result structure for the create a new deployment request.\n    *\/\n  @js.native\n  trait CreateDeploymentResult extends js.Object {\n    var fileUploadUrls: FileUploadUrls\n    var zipUploadUrl: UploadUrl\n    var jobId: js.UndefOr[JobId]\n  }\n\n  object CreateDeploymentResult {\n    @inline\n    def apply(\n        fileUploadUrls: FileUploadUrls,\n        zipUploadUrl: UploadUrl,\n        jobId: js.UndefOr[JobId] = js.undefined\n    ): CreateDeploymentResult = {\n      val __obj = js.Dynamic.literal(\n        \"fileUploadUrls\" -> fileUploadUrls.asInstanceOf[js.Any],\n        \"zipUploadUrl\" -> zipUploadUrl.asInstanceOf[js.Any]\n      )\n\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentResult]\n    }\n  }\n\n  \/** The request structure for the create domain association request.\n    *\/\n  @js.native\n  trait CreateDomainAssociationRequest extends js.Object {\n    var appId: AppId\n    var domainName: DomainName\n    var subDomainSettings: SubDomainSettings\n    var autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns]\n    var autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole]\n    var enableAutoSubDomain: js.UndefOr[EnableAutoSubDomain]\n  }\n\n  object CreateDomainAssociationRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        domainName: DomainName,\n        subDomainSettings: SubDomainSettings,\n        autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns] = js.undefined,\n        autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole] = js.undefined,\n        enableAutoSubDomain: js.UndefOr[EnableAutoSubDomain] = js.undefined\n    ): CreateDomainAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any],\n        \"subDomainSettings\" -> subDomainSettings.asInstanceOf[js.Any]\n      )\n\n      autoSubDomainCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoSubDomainCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      autoSubDomainIAMRole.foreach(__v => __obj.updateDynamic(\"autoSubDomainIAMRole\")(__v.asInstanceOf[js.Any]))\n      enableAutoSubDomain.foreach(__v => __obj.updateDynamic(\"enableAutoSubDomain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDomainAssociationRequest]\n    }\n  }\n\n  \/** The result structure for the create domain association request.\n    *\/\n  @js.native\n  trait CreateDomainAssociationResult extends js.Object {\n    var domainAssociation: DomainAssociation\n  }\n\n  object CreateDomainAssociationResult {\n    @inline\n    def apply(\n        domainAssociation: DomainAssociation\n    ): CreateDomainAssociationResult = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociation\" -> domainAssociation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDomainAssociationResult]\n    }\n  }\n\n  \/** The request structure for the create webhook request.\n    *\/\n  @js.native\n  trait CreateWebhookRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var description: js.UndefOr[Description]\n  }\n\n  object CreateWebhookRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        description: js.UndefOr[Description] = js.undefined\n    ): CreateWebhookRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWebhookRequest]\n    }\n  }\n\n  \/** The result structure for the create webhook request.\n    *\/\n  @js.native\n  trait CreateWebhookResult extends js.Object {\n    var webhook: Webhook\n  }\n\n  object CreateWebhookResult {\n    @inline\n    def apply(\n        webhook: Webhook\n    ): CreateWebhookResult = {\n      val __obj = js.Dynamic.literal(\n        \"webhook\" -> webhook.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateWebhookResult]\n    }\n  }\n\n  \/** Describes a custom rewrite or redirect rule.\n    *\/\n  @js.native\n  trait CustomRule extends js.Object {\n    var source: Source\n    var target: Target\n    var condition: js.UndefOr[Condition]\n    var status: js.UndefOr[Status]\n  }\n\n  object CustomRule {\n    @inline\n    def apply(\n        source: Source,\n        target: Target,\n        condition: js.UndefOr[Condition] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): CustomRule = {\n      val __obj = js.Dynamic.literal(\n        \"source\" -> source.asInstanceOf[js.Any],\n        \"target\" -> target.asInstanceOf[js.Any]\n      )\n\n      condition.foreach(__v => __obj.updateDynamic(\"condition\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomRule]\n    }\n  }\n\n  \/** Describes the request structure for the delete app request.\n    *\/\n  @js.native\n  trait DeleteAppRequest extends js.Object {\n    var appId: AppId\n  }\n\n  object DeleteAppRequest {\n    @inline\n    def apply(\n        appId: AppId\n    ): DeleteAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppRequest]\n    }\n  }\n\n  \/** The result structure for the delete app request.\n    *\/\n  @js.native\n  trait DeleteAppResult extends js.Object {\n    var app: App\n  }\n\n  object DeleteAppResult {\n    @inline\n    def apply(\n        app: App\n    ): DeleteAppResult = {\n      val __obj = js.Dynamic.literal(\n        \"app\" -> app.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAppResult]\n    }\n  }\n\n  \/** The request structure for the delete backend environment request.\n    *\/\n  @js.native\n  trait DeleteBackendEnvironmentRequest extends js.Object {\n    var appId: AppId\n    var environmentName: EnvironmentName\n  }\n\n  object DeleteBackendEnvironmentRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        environmentName: EnvironmentName\n    ): DeleteBackendEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"environmentName\" -> environmentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackendEnvironmentRequest]\n    }\n  }\n\n  \/** The result structure of the delete backend environment result.\n    *\/\n  @js.native\n  trait DeleteBackendEnvironmentResult extends js.Object {\n    var backendEnvironment: BackendEnvironment\n  }\n\n  object DeleteBackendEnvironmentResult {\n    @inline\n    def apply(\n        backendEnvironment: BackendEnvironment\n    ): DeleteBackendEnvironmentResult = {\n      val __obj = js.Dynamic.literal(\n        \"backendEnvironment\" -> backendEnvironment.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBackendEnvironmentResult]\n    }\n  }\n\n  \/** The request structure for the delete branch request.\n    *\/\n  @js.native\n  trait DeleteBranchRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n  }\n\n  object DeleteBranchRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName\n    ): DeleteBranchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBranchRequest]\n    }\n  }\n\n  \/** The result structure for the delete branch request.\n    *\/\n  @js.native\n  trait DeleteBranchResult extends js.Object {\n    var branch: Branch\n  }\n\n  object DeleteBranchResult {\n    @inline\n    def apply(\n        branch: Branch\n    ): DeleteBranchResult = {\n      val __obj = js.Dynamic.literal(\n        \"branch\" -> branch.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteBranchResult]\n    }\n  }\n\n  \/** The request structure for the delete domain association request.\n    *\/\n  @js.native\n  trait DeleteDomainAssociationRequest extends js.Object {\n    var appId: AppId\n    var domainName: DomainName\n  }\n\n  object DeleteDomainAssociationRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        domainName: DomainName\n    ): DeleteDomainAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDomainAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDomainAssociationResult extends js.Object {\n    var domainAssociation: DomainAssociation\n  }\n\n  object DeleteDomainAssociationResult {\n    @inline\n    def apply(\n        domainAssociation: DomainAssociation\n    ): DeleteDomainAssociationResult = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociation\" -> domainAssociation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDomainAssociationResult]\n    }\n  }\n\n  \/** The request structure for the delete job request.\n    *\/\n  @js.native\n  trait DeleteJobRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobId: JobId\n  }\n\n  object DeleteJobRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobId: JobId\n    ): DeleteJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobRequest]\n    }\n  }\n\n  \/** The result structure for the delete job request.\n    *\/\n  @js.native\n  trait DeleteJobResult extends js.Object {\n    var jobSummary: JobSummary\n  }\n\n  object DeleteJobResult {\n    @inline\n    def apply(\n        jobSummary: JobSummary\n    ): DeleteJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummary\" -> jobSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteJobResult]\n    }\n  }\n\n  \/** The request structure for the delete webhook request.\n    *\/\n  @js.native\n  trait DeleteWebhookRequest extends js.Object {\n    var webhookId: WebhookId\n  }\n\n  object DeleteWebhookRequest {\n    @inline\n    def apply(\n        webhookId: WebhookId\n    ): DeleteWebhookRequest = {\n      val __obj = js.Dynamic.literal(\n        \"webhookId\" -> webhookId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWebhookRequest]\n    }\n  }\n\n  \/** The result structure for the delete webhook request.\n    *\/\n  @js.native\n  trait DeleteWebhookResult extends js.Object {\n    var webhook: Webhook\n  }\n\n  object DeleteWebhookResult {\n    @inline\n    def apply(\n        webhook: Webhook\n    ): DeleteWebhookResult = {\n      val __obj = js.Dynamic.literal(\n        \"webhook\" -> webhook.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteWebhookResult]\n    }\n  }\n\n  \/** Describes a domain association that associates a custom domain with an Amplify app.\n    *\/\n  @js.native\n  trait DomainAssociation extends js.Object {\n    var domainAssociationArn: DomainAssociationArn\n    var domainName: DomainName\n    var domainStatus: DomainStatus\n    var enableAutoSubDomain: EnableAutoSubDomain\n    var statusReason: StatusReason\n    var subDomains: SubDomains\n    var autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns]\n    var autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole]\n    var certificateVerificationDNSRecord: js.UndefOr[CertificateVerificationDNSRecord]\n  }\n\n  object DomainAssociation {\n    @inline\n    def apply(\n        domainAssociationArn: DomainAssociationArn,\n        domainName: DomainName,\n        domainStatus: DomainStatus,\n        enableAutoSubDomain: EnableAutoSubDomain,\n        statusReason: StatusReason,\n        subDomains: SubDomains,\n        autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns] = js.undefined,\n        autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole] = js.undefined,\n        certificateVerificationDNSRecord: js.UndefOr[CertificateVerificationDNSRecord] = js.undefined\n    ): DomainAssociation = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociationArn\" -> domainAssociationArn.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any],\n        \"domainStatus\" -> domainStatus.asInstanceOf[js.Any],\n        \"enableAutoSubDomain\" -> enableAutoSubDomain.asInstanceOf[js.Any],\n        \"statusReason\" -> statusReason.asInstanceOf[js.Any],\n        \"subDomains\" -> subDomains.asInstanceOf[js.Any]\n      )\n\n      autoSubDomainCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoSubDomainCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      autoSubDomainIAMRole.foreach(__v => __obj.updateDynamic(\"autoSubDomainIAMRole\")(__v.asInstanceOf[js.Any]))\n      certificateVerificationDNSRecord.foreach(__v => __obj.updateDynamic(\"certificateVerificationDNSRecord\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait DomainStatus extends js.Any\n  object DomainStatus {\n    val PENDING_VERIFICATION = \"PENDING_VERIFICATION\".asInstanceOf[DomainStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[DomainStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[DomainStatus]\n    val PENDING_DEPLOYMENT = \"PENDING_DEPLOYMENT\".asInstanceOf[DomainStatus]\n    val FAILED = \"FAILED\".asInstanceOf[DomainStatus]\n    val CREATING = \"CREATING\".asInstanceOf[DomainStatus]\n    val REQUESTING_CERTIFICATE = \"REQUESTING_CERTIFICATE\".asInstanceOf[DomainStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[DomainStatus]\n\n    @inline def values = js.Array(PENDING_VERIFICATION, IN_PROGRESS, AVAILABLE, PENDING_DEPLOYMENT, FAILED, CREATING, REQUESTING_CERTIFICATE, UPDATING)\n  }\n\n  \/** The request structure for the generate access logs request.\n    *\/\n  @js.native\n  trait GenerateAccessLogsRequest extends js.Object {\n    var appId: AppId\n    var domainName: DomainName\n    var endTime: js.UndefOr[EndTime]\n    var startTime: js.UndefOr[StartTime]\n  }\n\n  object GenerateAccessLogsRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        domainName: DomainName,\n        endTime: js.UndefOr[EndTime] = js.undefined,\n        startTime: js.UndefOr[StartTime] = js.undefined\n    ): GenerateAccessLogsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateAccessLogsRequest]\n    }\n  }\n\n  \/** The result structure for the generate access logs request.\n    *\/\n  @js.native\n  trait GenerateAccessLogsResult extends js.Object {\n    var logUrl: js.UndefOr[LogUrl]\n  }\n\n  object GenerateAccessLogsResult {\n    @inline\n    def apply(\n        logUrl: js.UndefOr[LogUrl] = js.undefined\n    ): GenerateAccessLogsResult = {\n      val __obj = js.Dynamic.literal()\n      logUrl.foreach(__v => __obj.updateDynamic(\"logUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenerateAccessLogsResult]\n    }\n  }\n\n  \/** The request structure for the get app request.\n    *\/\n  @js.native\n  trait GetAppRequest extends js.Object {\n    var appId: AppId\n  }\n\n  object GetAppRequest {\n    @inline\n    def apply(\n        appId: AppId\n    ): GetAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAppRequest]\n    }\n  }\n\n  @js.native\n  trait GetAppResult extends js.Object {\n    var app: App\n  }\n\n  object GetAppResult {\n    @inline\n    def apply(\n        app: App\n    ): GetAppResult = {\n      val __obj = js.Dynamic.literal(\n        \"app\" -> app.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAppResult]\n    }\n  }\n\n  \/** Returns the request structure for the get artifact request.\n    *\/\n  @js.native\n  trait GetArtifactUrlRequest extends js.Object {\n    var artifactId: ArtifactId\n  }\n\n  object GetArtifactUrlRequest {\n    @inline\n    def apply(\n        artifactId: ArtifactId\n    ): GetArtifactUrlRequest = {\n      val __obj = js.Dynamic.literal(\n        \"artifactId\" -> artifactId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetArtifactUrlRequest]\n    }\n  }\n\n  \/** Returns the result structure for the get artifact request.\n    *\/\n  @js.native\n  trait GetArtifactUrlResult extends js.Object {\n    var artifactId: ArtifactId\n    var artifactUrl: ArtifactUrl\n  }\n\n  object GetArtifactUrlResult {\n    @inline\n    def apply(\n        artifactId: ArtifactId,\n        artifactUrl: ArtifactUrl\n    ): GetArtifactUrlResult = {\n      val __obj = js.Dynamic.literal(\n        \"artifactId\" -> artifactId.asInstanceOf[js.Any],\n        \"artifactUrl\" -> artifactUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetArtifactUrlResult]\n    }\n  }\n\n  \/** The request structure for the get backend environment request.\n    *\/\n  @js.native\n  trait GetBackendEnvironmentRequest extends js.Object {\n    var appId: AppId\n    var environmentName: EnvironmentName\n  }\n\n  object GetBackendEnvironmentRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        environmentName: EnvironmentName\n    ): GetBackendEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"environmentName\" -> environmentName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBackendEnvironmentRequest]\n    }\n  }\n\n  \/** The result structure for the get backend environment result.\n    *\/\n  @js.native\n  trait GetBackendEnvironmentResult extends js.Object {\n    var backendEnvironment: BackendEnvironment\n  }\n\n  object GetBackendEnvironmentResult {\n    @inline\n    def apply(\n        backendEnvironment: BackendEnvironment\n    ): GetBackendEnvironmentResult = {\n      val __obj = js.Dynamic.literal(\n        \"backendEnvironment\" -> backendEnvironment.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBackendEnvironmentResult]\n    }\n  }\n\n  \/** The request structure for the get branch request.\n    *\/\n  @js.native\n  trait GetBranchRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n  }\n\n  object GetBranchRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName\n    ): GetBranchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBranchRequest]\n    }\n  }\n\n  @js.native\n  trait GetBranchResult extends js.Object {\n    var branch: Branch\n  }\n\n  object GetBranchResult {\n    @inline\n    def apply(\n        branch: Branch\n    ): GetBranchResult = {\n      val __obj = js.Dynamic.literal(\n        \"branch\" -> branch.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetBranchResult]\n    }\n  }\n\n  \/** The request structure for the get domain association request.\n    *\/\n  @js.native\n  trait GetDomainAssociationRequest extends js.Object {\n    var appId: AppId\n    var domainName: DomainName\n  }\n\n  object GetDomainAssociationRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        domainName: DomainName\n    ): GetDomainAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDomainAssociationRequest]\n    }\n  }\n\n  \/** The result structure for the get domain association request.\n    *\/\n  @js.native\n  trait GetDomainAssociationResult extends js.Object {\n    var domainAssociation: DomainAssociation\n  }\n\n  object GetDomainAssociationResult {\n    @inline\n    def apply(\n        domainAssociation: DomainAssociation\n    ): GetDomainAssociationResult = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociation\" -> domainAssociation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDomainAssociationResult]\n    }\n  }\n\n  \/** The request structure for the get job request.\n    *\/\n  @js.native\n  trait GetJobRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobId: JobId\n  }\n\n  object GetJobRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobId: JobId\n    ): GetJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobRequest]\n    }\n  }\n\n  @js.native\n  trait GetJobResult extends js.Object {\n    var job: Job\n  }\n\n  object GetJobResult {\n    @inline\n    def apply(\n        job: Job\n    ): GetJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"job\" -> job.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetJobResult]\n    }\n  }\n\n  \/** The request structure for the get webhook request.\n    *\/\n  @js.native\n  trait GetWebhookRequest extends js.Object {\n    var webhookId: WebhookId\n  }\n\n  object GetWebhookRequest {\n    @inline\n    def apply(\n        webhookId: WebhookId\n    ): GetWebhookRequest = {\n      val __obj = js.Dynamic.literal(\n        \"webhookId\" -> webhookId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetWebhookRequest]\n    }\n  }\n\n  \/** The result structure for the get webhook request.\n    *\/\n  @js.native\n  trait GetWebhookResult extends js.Object {\n    var webhook: Webhook\n  }\n\n  object GetWebhookResult {\n    @inline\n    def apply(\n        webhook: Webhook\n    ): GetWebhookResult = {\n      val __obj = js.Dynamic.literal(\n        \"webhook\" -> webhook.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetWebhookResult]\n    }\n  }\n\n  \/** Describes an execution job for an Amplify app.\n    *\/\n  @js.native\n  trait Job extends js.Object {\n    var steps: Steps\n    var summary: JobSummary\n  }\n\n  object Job {\n    @inline\n    def apply(\n        steps: Steps,\n        summary: JobSummary\n    ): Job = {\n      val __obj = js.Dynamic.literal(\n        \"steps\" -> steps.asInstanceOf[js.Any],\n        \"summary\" -> summary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Job]\n    }\n  }\n\n  @js.native\n  sealed trait JobStatus extends js.Any\n  object JobStatus {\n    val PENDING = \"PENDING\".asInstanceOf[JobStatus]\n    val PROVISIONING = \"PROVISIONING\".asInstanceOf[JobStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[JobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobStatus]\n    val SUCCEED = \"SUCCEED\".asInstanceOf[JobStatus]\n    val CANCELLING = \"CANCELLING\".asInstanceOf[JobStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[JobStatus]\n\n    @inline def values = js.Array(PENDING, PROVISIONING, RUNNING, FAILED, SUCCEED, CANCELLING, CANCELLED)\n  }\n\n  \/** Describes the summary for an execution job for an Amplify app.\n    *\/\n  @js.native\n  trait JobSummary extends js.Object {\n    var commitId: CommitId\n    var commitMessage: CommitMessage\n    var commitTime: CommitTime\n    var jobArn: JobArn\n    var jobId: JobId\n    var jobType: JobType\n    var startTime: StartTime\n    var status: JobStatus\n    var endTime: js.UndefOr[EndTime]\n  }\n\n  object JobSummary {\n    @inline\n    def apply(\n        commitId: CommitId,\n        commitMessage: CommitMessage,\n        commitTime: CommitTime,\n        jobArn: JobArn,\n        jobId: JobId,\n        jobType: JobType,\n        startTime: StartTime,\n        status: JobStatus,\n        endTime: js.UndefOr[EndTime] = js.undefined\n    ): JobSummary = {\n      val __obj = js.Dynamic.literal(\n        \"commitId\" -> commitId.asInstanceOf[js.Any],\n        \"commitMessage\" -> commitMessage.asInstanceOf[js.Any],\n        \"commitTime\" -> commitTime.asInstanceOf[js.Any],\n        \"jobArn\" -> jobArn.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"jobType\" -> jobType.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobSummary]\n    }\n  }\n\n  @js.native\n  sealed trait JobType extends js.Any\n  object JobType {\n    val RELEASE = \"RELEASE\".asInstanceOf[JobType]\n    val RETRY = \"RETRY\".asInstanceOf[JobType]\n    val MANUAL = \"MANUAL\".asInstanceOf[JobType]\n    val WEB_HOOK = \"WEB_HOOK\".asInstanceOf[JobType]\n\n    @inline def values = js.Array(RELEASE, RETRY, MANUAL, WEB_HOOK)\n  }\n\n  \/** The request structure for the list apps request.\n    *\/\n  @js.native\n  trait ListAppsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppsRequest]\n    }\n  }\n\n  \/** The result structure for an Amplify app list request.\n    *\/\n  @js.native\n  trait ListAppsResult extends js.Object {\n    var apps: Apps\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAppsResult {\n    @inline\n    def apply(\n        apps: Apps,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAppsResult = {\n      val __obj = js.Dynamic.literal(\n        \"apps\" -> apps.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAppsResult]\n    }\n  }\n\n  \/** Describes the request structure for the list artifacts request.\n    *\/\n  @js.native\n  trait ListArtifactsRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobId: JobId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListArtifactsRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobId: JobId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListArtifactsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArtifactsRequest]\n    }\n  }\n\n  \/** The result structure for the list artifacts request.\n    *\/\n  @js.native\n  trait ListArtifactsResult extends js.Object {\n    var artifacts: Artifacts\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListArtifactsResult {\n    @inline\n    def apply(\n        artifacts: Artifacts,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListArtifactsResult = {\n      val __obj = js.Dynamic.literal(\n        \"artifacts\" -> artifacts.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListArtifactsResult]\n    }\n  }\n\n  \/** The request structure for the list backend environments request.\n    *\/\n  @js.native\n  trait ListBackendEnvironmentsRequest extends js.Object {\n    var appId: AppId\n    var environmentName: js.UndefOr[EnvironmentName]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBackendEnvironmentsRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        environmentName: js.UndefOr[EnvironmentName] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBackendEnvironmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n\n      environmentName.foreach(__v => __obj.updateDynamic(\"environmentName\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackendEnvironmentsRequest]\n    }\n  }\n\n  \/** The result structure for the list backend environments result.\n    *\/\n  @js.native\n  trait ListBackendEnvironmentsResult extends js.Object {\n    var backendEnvironments: BackendEnvironments\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBackendEnvironmentsResult {\n    @inline\n    def apply(\n        backendEnvironments: BackendEnvironments,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBackendEnvironmentsResult = {\n      val __obj = js.Dynamic.literal(\n        \"backendEnvironments\" -> backendEnvironments.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBackendEnvironmentsResult]\n    }\n  }\n\n  \/** The request structure for the list branches request.\n    *\/\n  @js.native\n  trait ListBranchesRequest extends js.Object {\n    var appId: AppId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBranchesRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBranchesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBranchesRequest]\n    }\n  }\n\n  \/** The result structure for the list branches request.\n    *\/\n  @js.native\n  trait ListBranchesResult extends js.Object {\n    var branches: Branches\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBranchesResult {\n    @inline\n    def apply(\n        branches: Branches,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBranchesResult = {\n      val __obj = js.Dynamic.literal(\n        \"branches\" -> branches.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBranchesResult]\n    }\n  }\n\n  \/** The request structure for the list domain associations request.\n    *\/\n  @js.native\n  trait ListDomainAssociationsRequest extends js.Object {\n    var appId: AppId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDomainAssociationsRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDomainAssociationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainAssociationsRequest]\n    }\n  }\n\n  \/** The result structure for the list domain association request.\n    *\/\n  @js.native\n  trait ListDomainAssociationsResult extends js.Object {\n    var domainAssociations: DomainAssociations\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDomainAssociationsResult {\n    @inline\n    def apply(\n        domainAssociations: DomainAssociations,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDomainAssociationsResult = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociations\" -> domainAssociations.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDomainAssociationsResult]\n    }\n  }\n\n  \/** The request structure for the list jobs request.\n    *\/\n  @js.native\n  trait ListJobsRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJobsRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJobsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsRequest]\n    }\n  }\n\n  \/** The maximum number of records to list in a single response.\n    *\/\n  @js.native\n  trait ListJobsResult extends js.Object {\n    var jobSummaries: JobSummaries\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListJobsResult {\n    @inline\n    def apply(\n        jobSummaries: JobSummaries,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListJobsResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummaries\" -> jobSummaries.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListJobsResult]\n    }\n  }\n\n  \/** The request structure to use to list tags for a resource.\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** The response for the list tags for resource request.\n    *\/\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** The request structure for the list webhooks request.\n    *\/\n  @js.native\n  trait ListWebhooksRequest extends js.Object {\n    var appId: AppId\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListWebhooksRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListWebhooksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWebhooksRequest]\n    }\n  }\n\n  \/** The result structure for the list webhooks request.\n    *\/\n  @js.native\n  trait ListWebhooksResult extends js.Object {\n    var webhooks: Webhooks\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListWebhooksResult {\n    @inline\n    def apply(\n        webhooks: Webhooks,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListWebhooksResult = {\n      val __obj = js.Dynamic.literal(\n        \"webhooks\" -> webhooks.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWebhooksResult]\n    }\n  }\n\n  @js.native\n  sealed trait Platform extends js.Any\n  object Platform {\n    val WEB = \"WEB\".asInstanceOf[Platform]\n\n    @inline def values = js.Array(WEB)\n  }\n\n  \/** Describes the information about a production branch for an Amplify app.\n    *\/\n  @js.native\n  trait ProductionBranch extends js.Object {\n    var branchName: js.UndefOr[BranchName]\n    var lastDeployTime: js.UndefOr[LastDeployTime]\n    var status: js.UndefOr[Status]\n    var thumbnailUrl: js.UndefOr[ThumbnailUrl]\n  }\n\n  object ProductionBranch {\n    @inline\n    def apply(\n        branchName: js.UndefOr[BranchName] = js.undefined,\n        lastDeployTime: js.UndefOr[LastDeployTime] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        thumbnailUrl: js.UndefOr[ThumbnailUrl] = js.undefined\n    ): ProductionBranch = {\n      val __obj = js.Dynamic.literal()\n      branchName.foreach(__v => __obj.updateDynamic(\"branchName\")(__v.asInstanceOf[js.Any]))\n      lastDeployTime.foreach(__v => __obj.updateDynamic(\"lastDeployTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      thumbnailUrl.foreach(__v => __obj.updateDynamic(\"thumbnailUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProductionBranch]\n    }\n  }\n\n  @js.native\n  sealed trait Stage extends js.Any\n  object Stage {\n    val PRODUCTION = \"PRODUCTION\".asInstanceOf[Stage]\n    val BETA = \"BETA\".asInstanceOf[Stage]\n    val DEVELOPMENT = \"DEVELOPMENT\".asInstanceOf[Stage]\n    val EXPERIMENTAL = \"EXPERIMENTAL\".asInstanceOf[Stage]\n    val PULL_REQUEST = \"PULL_REQUEST\".asInstanceOf[Stage]\n\n    @inline def values = js.Array(PRODUCTION, BETA, DEVELOPMENT, EXPERIMENTAL, PULL_REQUEST)\n  }\n\n  \/** The request structure for the start a deployment request.\n    *\/\n  @js.native\n  trait StartDeploymentRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobId: js.UndefOr[JobId]\n    var sourceUrl: js.UndefOr[SourceUrl]\n  }\n\n  object StartDeploymentRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        sourceUrl: js.UndefOr[SourceUrl] = js.undefined\n    ): StartDeploymentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      sourceUrl.foreach(__v => __obj.updateDynamic(\"sourceUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDeploymentRequest]\n    }\n  }\n\n  \/** The result structure for the start a deployment request.\n    *\/\n  @js.native\n  trait StartDeploymentResult extends js.Object {\n    var jobSummary: JobSummary\n  }\n\n  object StartDeploymentResult {\n    @inline\n    def apply(\n        jobSummary: JobSummary\n    ): StartDeploymentResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummary\" -> jobSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDeploymentResult]\n    }\n  }\n\n  \/** The request structure for the start job request.\n    *\/\n  @js.native\n  trait StartJobRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobType: JobType\n    var commitId: js.UndefOr[CommitId]\n    var commitMessage: js.UndefOr[CommitMessage]\n    var commitTime: js.UndefOr[CommitTime]\n    var jobId: js.UndefOr[JobId]\n    var jobReason: js.UndefOr[JobReason]\n  }\n\n  object StartJobRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobType: JobType,\n        commitId: js.UndefOr[CommitId] = js.undefined,\n        commitMessage: js.UndefOr[CommitMessage] = js.undefined,\n        commitTime: js.UndefOr[CommitTime] = js.undefined,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        jobReason: js.UndefOr[JobReason] = js.undefined\n    ): StartJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"jobType\" -> jobType.asInstanceOf[js.Any]\n      )\n\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      commitMessage.foreach(__v => __obj.updateDynamic(\"commitMessage\")(__v.asInstanceOf[js.Any]))\n      commitTime.foreach(__v => __obj.updateDynamic(\"commitTime\")(__v.asInstanceOf[js.Any]))\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      jobReason.foreach(__v => __obj.updateDynamic(\"jobReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartJobRequest]\n    }\n  }\n\n  \/** The result structure for the run job request.\n    *\/\n  @js.native\n  trait StartJobResult extends js.Object {\n    var jobSummary: JobSummary\n  }\n\n  object StartJobResult {\n    @inline\n    def apply(\n        jobSummary: JobSummary\n    ): StartJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummary\" -> jobSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartJobResult]\n    }\n  }\n\n  \/** Describes an execution step, for an execution job, for an Amplify app.\n    *\/\n  @js.native\n  trait Step extends js.Object {\n    var endTime: EndTime\n    var startTime: StartTime\n    var status: JobStatus\n    var stepName: StepName\n    var artifactsUrl: js.UndefOr[ArtifactsUrl]\n    var context: js.UndefOr[Context]\n    var logUrl: js.UndefOr[LogUrl]\n    var screenshots: js.UndefOr[Screenshots]\n    var statusReason: js.UndefOr[StatusReason]\n    var testArtifactsUrl: js.UndefOr[TestArtifactsUrl]\n    var testConfigUrl: js.UndefOr[TestConfigUrl]\n  }\n\n  object Step {\n    @inline\n    def apply(\n        endTime: EndTime,\n        startTime: StartTime,\n        status: JobStatus,\n        stepName: StepName,\n        artifactsUrl: js.UndefOr[ArtifactsUrl] = js.undefined,\n        context: js.UndefOr[Context] = js.undefined,\n        logUrl: js.UndefOr[LogUrl] = js.undefined,\n        screenshots: js.UndefOr[Screenshots] = js.undefined,\n        statusReason: js.UndefOr[StatusReason] = js.undefined,\n        testArtifactsUrl: js.UndefOr[TestArtifactsUrl] = js.undefined,\n        testConfigUrl: js.UndefOr[TestConfigUrl] = js.undefined\n    ): Step = {\n      val __obj = js.Dynamic.literal(\n        \"endTime\" -> endTime.asInstanceOf[js.Any],\n        \"startTime\" -> startTime.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"stepName\" -> stepName.asInstanceOf[js.Any]\n      )\n\n      artifactsUrl.foreach(__v => __obj.updateDynamic(\"artifactsUrl\")(__v.asInstanceOf[js.Any]))\n      context.foreach(__v => __obj.updateDynamic(\"context\")(__v.asInstanceOf[js.Any]))\n      logUrl.foreach(__v => __obj.updateDynamic(\"logUrl\")(__v.asInstanceOf[js.Any]))\n      screenshots.foreach(__v => __obj.updateDynamic(\"screenshots\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      testArtifactsUrl.foreach(__v => __obj.updateDynamic(\"testArtifactsUrl\")(__v.asInstanceOf[js.Any]))\n      testConfigUrl.foreach(__v => __obj.updateDynamic(\"testConfigUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Step]\n    }\n  }\n\n  \/** The request structure for the stop job request.\n    *\/\n  @js.native\n  trait StopJobRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var jobId: JobId\n  }\n\n  object StopJobRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        jobId: JobId\n    ): StopJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopJobRequest]\n    }\n  }\n\n  \/** The result structure for the stop job request.\n    *\/\n  @js.native\n  trait StopJobResult extends js.Object {\n    var jobSummary: JobSummary\n  }\n\n  object StopJobResult {\n    @inline\n    def apply(\n        jobSummary: JobSummary\n    ): StopJobResult = {\n      val __obj = js.Dynamic.literal(\n        \"jobSummary\" -> jobSummary.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopJobResult]\n    }\n  }\n\n  \/** The subdomain for the domain association.\n    *\/\n  @js.native\n  trait SubDomain extends js.Object {\n    var dnsRecord: DNSRecord\n    var subDomainSetting: SubDomainSetting\n    var verified: Verified\n  }\n\n  object SubDomain {\n    @inline\n    def apply(\n        dnsRecord: DNSRecord,\n        subDomainSetting: SubDomainSetting,\n        verified: Verified\n    ): SubDomain = {\n      val __obj = js.Dynamic.literal(\n        \"dnsRecord\" -> dnsRecord.asInstanceOf[js.Any],\n        \"subDomainSetting\" -> subDomainSetting.asInstanceOf[js.Any],\n        \"verified\" -> verified.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SubDomain]\n    }\n  }\n\n  \/** Describes the settings for the subdomain.\n    *\/\n  @js.native\n  trait SubDomainSetting extends js.Object {\n    var branchName: BranchName\n    var prefix: DomainPrefix\n  }\n\n  object SubDomainSetting {\n    @inline\n    def apply(\n        branchName: BranchName,\n        prefix: DomainPrefix\n    ): SubDomainSetting = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"prefix\" -> prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SubDomainSetting]\n    }\n  }\n\n  \/** The request structure to tag a resource with a tag key and value.\n    *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** The response for the tag resource request.\n    *\/\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** The request structure for the untag resource request.\n    *\/\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  \/** The response for the untag resource request.\n    *\/\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** The request structure for the update app request.\n    *\/\n  @js.native\n  trait UpdateAppRequest extends js.Object {\n    var appId: AppId\n    var accessToken: js.UndefOr[AccessToken]\n    var autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig]\n    var autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var customHeaders: js.UndefOr[CustomHeaders]\n    var customRules: js.UndefOr[CustomRules]\n    var description: js.UndefOr[Description]\n    var enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation]\n    var enableBasicAuth: js.UndefOr[EnableBasicAuth]\n    var enableBranchAutoBuild: js.UndefOr[EnableAutoBuild]\n    var enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var iamServiceRoleArn: js.UndefOr[ServiceRoleArn]\n    var name: js.UndefOr[Name]\n    var oauthToken: js.UndefOr[OauthToken]\n    var platform: js.UndefOr[Platform]\n    var repository: js.UndefOr[Repository]\n  }\n\n  object UpdateAppRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        accessToken: js.UndefOr[AccessToken] = js.undefined,\n        autoBranchCreationConfig: js.UndefOr[AutoBranchCreationConfig] = js.undefined,\n        autoBranchCreationPatterns: js.UndefOr[AutoBranchCreationPatterns] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        customHeaders: js.UndefOr[CustomHeaders] = js.undefined,\n        customRules: js.UndefOr[CustomRules] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        enableAutoBranchCreation: js.UndefOr[EnableAutoBranchCreation] = js.undefined,\n        enableBasicAuth: js.UndefOr[EnableBasicAuth] = js.undefined,\n        enableBranchAutoBuild: js.UndefOr[EnableAutoBuild] = js.undefined,\n        enableBranchAutoDeletion: js.UndefOr[EnableBranchAutoDeletion] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        iamServiceRoleArn: js.UndefOr[ServiceRoleArn] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        oauthToken: js.UndefOr[OauthToken] = js.undefined,\n        platform: js.UndefOr[Platform] = js.undefined,\n        repository: js.UndefOr[Repository] = js.undefined\n    ): UpdateAppRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any]\n      )\n\n      accessToken.foreach(__v => __obj.updateDynamic(\"accessToken\")(__v.asInstanceOf[js.Any]))\n      autoBranchCreationConfig.foreach(__v => __obj.updateDynamic(\"autoBranchCreationConfig\")(__v.asInstanceOf[js.Any]))\n      autoBranchCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoBranchCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      customHeaders.foreach(__v => __obj.updateDynamic(\"customHeaders\")(__v.asInstanceOf[js.Any]))\n      customRules.foreach(__v => __obj.updateDynamic(\"customRules\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      enableAutoBranchCreation.foreach(__v => __obj.updateDynamic(\"enableAutoBranchCreation\")(__v.asInstanceOf[js.Any]))\n      enableBasicAuth.foreach(__v => __obj.updateDynamic(\"enableBasicAuth\")(__v.asInstanceOf[js.Any]))\n      enableBranchAutoBuild.foreach(__v => __obj.updateDynamic(\"enableBranchAutoBuild\")(__v.asInstanceOf[js.Any]))\n      enableBranchAutoDeletion.foreach(__v => __obj.updateDynamic(\"enableBranchAutoDeletion\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      iamServiceRoleArn.foreach(__v => __obj.updateDynamic(\"iamServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      oauthToken.foreach(__v => __obj.updateDynamic(\"oauthToken\")(__v.asInstanceOf[js.Any]))\n      platform.foreach(__v => __obj.updateDynamic(\"platform\")(__v.asInstanceOf[js.Any]))\n      repository.foreach(__v => __obj.updateDynamic(\"repository\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAppRequest]\n    }\n  }\n\n  \/** The result structure for an Amplify app update request.\n    *\/\n  @js.native\n  trait UpdateAppResult extends js.Object {\n    var app: App\n  }\n\n  object UpdateAppResult {\n    @inline\n    def apply(\n        app: App\n    ): UpdateAppResult = {\n      val __obj = js.Dynamic.literal(\n        \"app\" -> app.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAppResult]\n    }\n  }\n\n  \/** The request structure for the update branch request.\n    *\/\n  @js.native\n  trait UpdateBranchRequest extends js.Object {\n    var appId: AppId\n    var branchName: BranchName\n    var backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn]\n    var basicAuthCredentials: js.UndefOr[BasicAuthCredentials]\n    var buildSpec: js.UndefOr[BuildSpec]\n    var description: js.UndefOr[Description]\n    var displayName: js.UndefOr[DisplayName]\n    var enableAutoBuild: js.UndefOr[EnableAutoBuild]\n    var enableBasicAuth: js.UndefOr[EnableBasicAuth]\n    var enableNotification: js.UndefOr[EnableNotification]\n    var enablePerformanceMode: js.UndefOr[EnablePerformanceMode]\n    var enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview]\n    var environmentVariables: js.UndefOr[EnvironmentVariables]\n    var framework: js.UndefOr[Framework]\n    var pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName]\n    var stage: js.UndefOr[Stage]\n    var ttl: js.UndefOr[TTL]\n  }\n\n  object UpdateBranchRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        branchName: BranchName,\n        backendEnvironmentArn: js.UndefOr[BackendEnvironmentArn] = js.undefined,\n        basicAuthCredentials: js.UndefOr[BasicAuthCredentials] = js.undefined,\n        buildSpec: js.UndefOr[BuildSpec] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        displayName: js.UndefOr[DisplayName] = js.undefined,\n        enableAutoBuild: js.UndefOr[EnableAutoBuild] = js.undefined,\n        enableBasicAuth: js.UndefOr[EnableBasicAuth] = js.undefined,\n        enableNotification: js.UndefOr[EnableNotification] = js.undefined,\n        enablePerformanceMode: js.UndefOr[EnablePerformanceMode] = js.undefined,\n        enablePullRequestPreview: js.UndefOr[EnablePullRequestPreview] = js.undefined,\n        environmentVariables: js.UndefOr[EnvironmentVariables] = js.undefined,\n        framework: js.UndefOr[Framework] = js.undefined,\n        pullRequestEnvironmentName: js.UndefOr[PullRequestEnvironmentName] = js.undefined,\n        stage: js.UndefOr[Stage] = js.undefined,\n        ttl: js.UndefOr[TTL] = js.undefined\n    ): UpdateBranchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"branchName\" -> branchName.asInstanceOf[js.Any]\n      )\n\n      backendEnvironmentArn.foreach(__v => __obj.updateDynamic(\"backendEnvironmentArn\")(__v.asInstanceOf[js.Any]))\n      basicAuthCredentials.foreach(__v => __obj.updateDynamic(\"basicAuthCredentials\")(__v.asInstanceOf[js.Any]))\n      buildSpec.foreach(__v => __obj.updateDynamic(\"buildSpec\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      displayName.foreach(__v => __obj.updateDynamic(\"displayName\")(__v.asInstanceOf[js.Any]))\n      enableAutoBuild.foreach(__v => __obj.updateDynamic(\"enableAutoBuild\")(__v.asInstanceOf[js.Any]))\n      enableBasicAuth.foreach(__v => __obj.updateDynamic(\"enableBasicAuth\")(__v.asInstanceOf[js.Any]))\n      enableNotification.foreach(__v => __obj.updateDynamic(\"enableNotification\")(__v.asInstanceOf[js.Any]))\n      enablePerformanceMode.foreach(__v => __obj.updateDynamic(\"enablePerformanceMode\")(__v.asInstanceOf[js.Any]))\n      enablePullRequestPreview.foreach(__v => __obj.updateDynamic(\"enablePullRequestPreview\")(__v.asInstanceOf[js.Any]))\n      environmentVariables.foreach(__v => __obj.updateDynamic(\"environmentVariables\")(__v.asInstanceOf[js.Any]))\n      framework.foreach(__v => __obj.updateDynamic(\"framework\")(__v.asInstanceOf[js.Any]))\n      pullRequestEnvironmentName.foreach(__v => __obj.updateDynamic(\"pullRequestEnvironmentName\")(__v.asInstanceOf[js.Any]))\n      stage.foreach(__v => __obj.updateDynamic(\"stage\")(__v.asInstanceOf[js.Any]))\n      ttl.foreach(__v => __obj.updateDynamic(\"ttl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateBranchRequest]\n    }\n  }\n\n  \/** The result structure for the update branch request.\n    *\/\n  @js.native\n  trait UpdateBranchResult extends js.Object {\n    var branch: Branch\n  }\n\n  object UpdateBranchResult {\n    @inline\n    def apply(\n        branch: Branch\n    ): UpdateBranchResult = {\n      val __obj = js.Dynamic.literal(\n        \"branch\" -> branch.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateBranchResult]\n    }\n  }\n\n  \/** The request structure for the update domain association request.\n    *\/\n  @js.native\n  trait UpdateDomainAssociationRequest extends js.Object {\n    var appId: AppId\n    var domainName: DomainName\n    var subDomainSettings: SubDomainSettings\n    var autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns]\n    var autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole]\n    var enableAutoSubDomain: js.UndefOr[EnableAutoSubDomain]\n  }\n\n  object UpdateDomainAssociationRequest {\n    @inline\n    def apply(\n        appId: AppId,\n        domainName: DomainName,\n        subDomainSettings: SubDomainSettings,\n        autoSubDomainCreationPatterns: js.UndefOr[AutoSubDomainCreationPatterns] = js.undefined,\n        autoSubDomainIAMRole: js.UndefOr[AutoSubDomainIAMRole] = js.undefined,\n        enableAutoSubDomain: js.UndefOr[EnableAutoSubDomain] = js.undefined\n    ): UpdateDomainAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"appId\" -> appId.asInstanceOf[js.Any],\n        \"domainName\" -> domainName.asInstanceOf[js.Any],\n        \"subDomainSettings\" -> subDomainSettings.asInstanceOf[js.Any]\n      )\n\n      autoSubDomainCreationPatterns.foreach(__v => __obj.updateDynamic(\"autoSubDomainCreationPatterns\")(__v.asInstanceOf[js.Any]))\n      autoSubDomainIAMRole.foreach(__v => __obj.updateDynamic(\"autoSubDomainIAMRole\")(__v.asInstanceOf[js.Any]))\n      enableAutoSubDomain.foreach(__v => __obj.updateDynamic(\"enableAutoSubDomain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDomainAssociationRequest]\n    }\n  }\n\n  \/** The result structure for the update domain association request.\n    *\/\n  @js.native\n  trait UpdateDomainAssociationResult extends js.Object {\n    var domainAssociation: DomainAssociation\n  }\n\n  object UpdateDomainAssociationResult {\n    @inline\n    def apply(\n        domainAssociation: DomainAssociation\n    ): UpdateDomainAssociationResult = {\n      val __obj = js.Dynamic.literal(\n        \"domainAssociation\" -> domainAssociation.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDomainAssociationResult]\n    }\n  }\n\n  \/** The request structure for the update webhook request.\n    *\/\n  @js.native\n  trait UpdateWebhookRequest extends js.Object {\n    var webhookId: WebhookId\n    var branchName: js.UndefOr[BranchName]\n    var description: js.UndefOr[Description]\n  }\n\n  object UpdateWebhookRequest {\n    @inline\n    def apply(\n        webhookId: WebhookId,\n        branchName: js.UndefOr[BranchName] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined\n    ): UpdateWebhookRequest = {\n      val __obj = js.Dynamic.literal(\n        \"webhookId\" -> webhookId.asInstanceOf[js.Any]\n      )\n\n      branchName.foreach(__v => __obj.updateDynamic(\"branchName\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWebhookRequest]\n    }\n  }\n\n  \/** The result structure for the update webhook request.\n    *\/\n  @js.native\n  trait UpdateWebhookResult extends js.Object {\n    var webhook: Webhook\n  }\n\n  object UpdateWebhookResult {\n    @inline\n    def apply(\n        webhook: Webhook\n    ): UpdateWebhookResult = {\n      val __obj = js.Dynamic.literal(\n        \"webhook\" -> webhook.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateWebhookResult]\n    }\n  }\n\n  \/** Describes a webhook that connects repository events to an Amplify app.\n    *\/\n  @js.native\n  trait Webhook extends js.Object {\n    var branchName: BranchName\n    var createTime: CreateTime\n    var description: Description\n    var updateTime: UpdateTime\n    var webhookArn: WebhookArn\n    var webhookId: WebhookId\n    var webhookUrl: WebhookUrl\n  }\n\n  object Webhook {\n    @inline\n    def apply(\n        branchName: BranchName,\n        createTime: CreateTime,\n        description: Description,\n        updateTime: UpdateTime,\n        webhookArn: WebhookArn,\n        webhookId: WebhookId,\n        webhookUrl: WebhookUrl\n    ): Webhook = {\n      val __obj = js.Dynamic.literal(\n        \"branchName\" -> branchName.asInstanceOf[js.Any],\n        \"createTime\" -> createTime.asInstanceOf[js.Any],\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"updateTime\" -> updateTime.asInstanceOf[js.Any],\n        \"webhookArn\" -> webhookArn.asInstanceOf[js.Any],\n        \"webhookId\" -> webhookId.asInstanceOf[js.Any],\n        \"webhookUrl\" -> webhookUrl.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Webhook]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/costexplorer\/src\/main\/scala\/facade\/amazonaws\/services\/CostExplorer.scala","text":"<filename>services\/costexplorer\/src\/main\/scala\/facade\/amazonaws\/services\/CostExplorer.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object costexplorer {\n  type AmortizedRecurringFee = String\n  type AmortizedUpfrontFee = String\n  type Anomalies = js.Array[Anomaly]\n  type AnomalyMonitors = js.Array[AnomalyMonitor]\n  type AnomalySubscriptions = js.Array[AnomalySubscription]\n  type Arn = String\n  type AttributeType = String\n  type AttributeValue = String\n  type Attributes = js.Dictionary[AttributeValue]\n  type CostCategoryMaxResults = Int\n  type CostCategoryName = String\n  type CostCategoryNamesList = js.Array[CostCategoryName]\n  type CostCategoryProcessingStatusList = js.Array[CostCategoryProcessingStatus]\n  type CostCategoryReferencesList = js.Array[CostCategoryReference]\n  type CostCategoryRulesList = js.Array[CostCategoryRule]\n  type CostCategoryValue = String\n  type CostCategoryValuesList = js.Array[CostCategoryValue]\n  type CoverageHoursPercentage = String\n  type CoverageNormalizedUnitsPercentage = String\n  type CoveragesByTime = js.Array[CoverageByTime]\n  type DimensionValuesWithAttributesList = js.Array[DimensionValuesWithAttributes]\n  type Entity = String\n  type Estimated = Boolean\n  type Expressions = js.Array[Expression]\n  type ForecastResultsByTime = js.Array[ForecastResult]\n  type GenericBoolean = Boolean\n  type GenericDouble = Double\n  type GenericString = String\n  type GroupDefinitionKey = String\n  type GroupDefinitions = js.Array[GroupDefinition]\n  type Groups = js.Array[Group]\n  type Key = String\n  type Keys = js.Array[Key]\n  type MatchOptions = js.Array[MatchOption]\n  type MaxResults = Int\n  type MetricAmount = String\n  type MetricName = String\n  type MetricNames = js.Array[MetricName]\n  type MetricUnit = String\n  type Metrics = js.Dictionary[MetricValue]\n  type MonitorArnList = js.Array[Arn]\n  type NetRISavings = String\n  type NextPageToken = String\n  type NonNegativeInteger = Int\n  type NullableNonNegativeDouble = Double\n  type OnDemandCost = String\n  type OnDemandCostOfRIHoursUsed = String\n  type OnDemandHours = String\n  type OnDemandNormalizedUnits = String\n  type PageSize = Int\n  type PredictionIntervalLevel = Int\n  type PurchasedHours = String\n  type PurchasedUnits = String\n  type RICostForUnusedHours = String\n  type RealizedSavings = String\n  type ReservationCoverageGroups = js.Array[ReservationCoverageGroup]\n  type ReservationGroupKey = String\n  type ReservationGroupValue = String\n  type ReservationPurchaseRecommendationDetails = js.Array[ReservationPurchaseRecommendationDetail]\n  type ReservationPurchaseRecommendations = js.Array[ReservationPurchaseRecommendation]\n  type ReservationUtilizationGroups = js.Array[ReservationUtilizationGroup]\n  type ReservedHours = String\n  type ReservedNormalizedUnits = String\n  type ResultsByTime = js.Array[ResultByTime]\n  type RightsizingRecommendationList = js.Array[RightsizingRecommendation]\n  type RootCauses = js.Array[RootCause]\n  type SavingsPlanArn = String\n  type SavingsPlansCoverages = js.Array[SavingsPlansCoverage]\n  type SavingsPlansDataTypes = js.Array[SavingsPlansDataType]\n  type SavingsPlansPurchaseRecommendationDetailList = js.Array[SavingsPlansPurchaseRecommendationDetail]\n  type SavingsPlansUtilizationDetails = js.Array[SavingsPlansUtilizationDetail]\n  type SavingsPlansUtilizationsByTime = js.Array[SavingsPlansUtilizationByTime]\n  type SearchString = String\n  type SortDefinitionKey = String\n  type SortDefinitions = js.Array[SortDefinition]\n  type SubscriberAddress = String\n  type Subscribers = js.Array[Subscriber]\n  type TagKey = String\n  type TagList = js.Array[Entity]\n  type TagValuesList = js.Array[TagValues]\n  type TargetInstancesList = js.Array[TargetInstance]\n  type TotalActualHours = String\n  type TotalActualUnits = String\n  type TotalAmortizedFee = String\n  type TotalPotentialRISavings = String\n  type TotalRunningHours = String\n  type TotalRunningNormalizedUnits = String\n  type UnrealizedSavings = String\n  type UnusedHours = String\n  type UnusedUnits = String\n  type UtilizationPercentage = String\n  type UtilizationPercentageInUnits = String\n  type UtilizationsByTime = js.Array[UtilizationByTime]\n  type Value = String\n  type Values = js.Array[Value]\n  type YearMonthDay = String\n  type ZonedDateTime = String\n\n  implicit final class CostExplorerOps(private val service: CostExplorer) extends AnyVal {\n\n    @inline def createAnomalyMonitorFuture(params: CreateAnomalyMonitorRequest): Future[CreateAnomalyMonitorResponse] = service.createAnomalyMonitor(params).promise().toFuture\n    @inline def createAnomalySubscriptionFuture(params: CreateAnomalySubscriptionRequest): Future[CreateAnomalySubscriptionResponse] = service.createAnomalySubscription(params).promise().toFuture\n    @inline def createCostCategoryDefinitionFuture(params: CreateCostCategoryDefinitionRequest): Future[CreateCostCategoryDefinitionResponse] = service.createCostCategoryDefinition(params).promise().toFuture\n    @inline def deleteAnomalyMonitorFuture(params: DeleteAnomalyMonitorRequest): Future[DeleteAnomalyMonitorResponse] = service.deleteAnomalyMonitor(params).promise().toFuture\n    @inline def deleteAnomalySubscriptionFuture(params: DeleteAnomalySubscriptionRequest): Future[DeleteAnomalySubscriptionResponse] = service.deleteAnomalySubscription(params).promise().toFuture\n    @inline def deleteCostCategoryDefinitionFuture(params: DeleteCostCategoryDefinitionRequest): Future[DeleteCostCategoryDefinitionResponse] = service.deleteCostCategoryDefinition(params).promise().toFuture\n    @inline def describeCostCategoryDefinitionFuture(params: DescribeCostCategoryDefinitionRequest): Future[DescribeCostCategoryDefinitionResponse] = service.describeCostCategoryDefinition(params).promise().toFuture\n    @inline def getAnomaliesFuture(params: GetAnomaliesRequest): Future[GetAnomaliesResponse] = service.getAnomalies(params).promise().toFuture\n    @inline def getAnomalyMonitorsFuture(params: GetAnomalyMonitorsRequest): Future[GetAnomalyMonitorsResponse] = service.getAnomalyMonitors(params).promise().toFuture\n    @inline def getAnomalySubscriptionsFuture(params: GetAnomalySubscriptionsRequest): Future[GetAnomalySubscriptionsResponse] = service.getAnomalySubscriptions(params).promise().toFuture\n    @inline def getCostAndUsageFuture(params: GetCostAndUsageRequest): Future[GetCostAndUsageResponse] = service.getCostAndUsage(params).promise().toFuture\n    @inline def getCostAndUsageWithResourcesFuture(params: GetCostAndUsageWithResourcesRequest): Future[GetCostAndUsageWithResourcesResponse] = service.getCostAndUsageWithResources(params).promise().toFuture\n    @inline def getCostCategoriesFuture(params: GetCostCategoriesRequest): Future[GetCostCategoriesResponse] = service.getCostCategories(params).promise().toFuture\n    @inline def getCostForecastFuture(params: GetCostForecastRequest): Future[GetCostForecastResponse] = service.getCostForecast(params).promise().toFuture\n    @inline def getDimensionValuesFuture(params: GetDimensionValuesRequest): Future[GetDimensionValuesResponse] = service.getDimensionValues(params).promise().toFuture\n    @inline def getReservationCoverageFuture(params: GetReservationCoverageRequest): Future[GetReservationCoverageResponse] = service.getReservationCoverage(params).promise().toFuture\n    @inline def getReservationPurchaseRecommendationFuture(params: GetReservationPurchaseRecommendationRequest): Future[GetReservationPurchaseRecommendationResponse] = service.getReservationPurchaseRecommendation(params).promise().toFuture\n    @inline def getReservationUtilizationFuture(params: GetReservationUtilizationRequest): Future[GetReservationUtilizationResponse] = service.getReservationUtilization(params).promise().toFuture\n    @inline def getRightsizingRecommendationFuture(params: GetRightsizingRecommendationRequest): Future[GetRightsizingRecommendationResponse] = service.getRightsizingRecommendation(params).promise().toFuture\n    @inline def getSavingsPlansCoverageFuture(params: GetSavingsPlansCoverageRequest): Future[GetSavingsPlansCoverageResponse] = service.getSavingsPlansCoverage(params).promise().toFuture\n    @inline def getSavingsPlansPurchaseRecommendationFuture(params: GetSavingsPlansPurchaseRecommendationRequest): Future[GetSavingsPlansPurchaseRecommendationResponse] = service.getSavingsPlansPurchaseRecommendation(params).promise().toFuture\n    @inline def getSavingsPlansUtilizationDetailsFuture(params: GetSavingsPlansUtilizationDetailsRequest): Future[GetSavingsPlansUtilizationDetailsResponse] = service.getSavingsPlansUtilizationDetails(params).promise().toFuture\n    @inline def getSavingsPlansUtilizationFuture(params: GetSavingsPlansUtilizationRequest): Future[GetSavingsPlansUtilizationResponse] = service.getSavingsPlansUtilization(params).promise().toFuture\n    @inline def getTagsFuture(params: GetTagsRequest): Future[GetTagsResponse] = service.getTags(params).promise().toFuture\n    @inline def getUsageForecastFuture(params: GetUsageForecastRequest): Future[GetUsageForecastResponse] = service.getUsageForecast(params).promise().toFuture\n    @inline def listCostCategoryDefinitionsFuture(params: ListCostCategoryDefinitionsRequest): Future[ListCostCategoryDefinitionsResponse] = service.listCostCategoryDefinitions(params).promise().toFuture\n    @inline def provideAnomalyFeedbackFuture(params: ProvideAnomalyFeedbackRequest): Future[ProvideAnomalyFeedbackResponse] = service.provideAnomalyFeedback(params).promise().toFuture\n    @inline def updateAnomalyMonitorFuture(params: UpdateAnomalyMonitorRequest): Future[UpdateAnomalyMonitorResponse] = service.updateAnomalyMonitor(params).promise().toFuture\n    @inline def updateAnomalySubscriptionFuture(params: UpdateAnomalySubscriptionRequest): Future[UpdateAnomalySubscriptionResponse] = service.updateAnomalySubscription(params).promise().toFuture\n    @inline def updateCostCategoryDefinitionFuture(params: UpdateCostCategoryDefinitionRequest): Future[UpdateCostCategoryDefinitionResponse] = service.updateCostCategoryDefinition(params).promise().toFuture\n\n  }\n}\n\npackage costexplorer {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/costexplorer\", JSImport.Namespace, \"AWS.CostExplorer\")\n  class CostExplorer() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createAnomalyMonitor(params: CreateAnomalyMonitorRequest): Request[CreateAnomalyMonitorResponse] = js.native\n    def createAnomalySubscription(params: CreateAnomalySubscriptionRequest): Request[CreateAnomalySubscriptionResponse] = js.native\n    def createCostCategoryDefinition(params: CreateCostCategoryDefinitionRequest): Request[CreateCostCategoryDefinitionResponse] = js.native\n    def deleteAnomalyMonitor(params: DeleteAnomalyMonitorRequest): Request[DeleteAnomalyMonitorResponse] = js.native\n    def deleteAnomalySubscription(params: DeleteAnomalySubscriptionRequest): Request[DeleteAnomalySubscriptionResponse] = js.native\n    def deleteCostCategoryDefinition(params: DeleteCostCategoryDefinitionRequest): Request[DeleteCostCategoryDefinitionResponse] = js.native\n    def describeCostCategoryDefinition(params: DescribeCostCategoryDefinitionRequest): Request[DescribeCostCategoryDefinitionResponse] = js.native\n    def getAnomalies(params: GetAnomaliesRequest): Request[GetAnomaliesResponse] = js.native\n    def getAnomalyMonitors(params: GetAnomalyMonitorsRequest): Request[GetAnomalyMonitorsResponse] = js.native\n    def getAnomalySubscriptions(params: GetAnomalySubscriptionsRequest): Request[GetAnomalySubscriptionsResponse] = js.native\n    def getCostAndUsage(params: GetCostAndUsageRequest): Request[GetCostAndUsageResponse] = js.native\n    def getCostAndUsageWithResources(params: GetCostAndUsageWithResourcesRequest): Request[GetCostAndUsageWithResourcesResponse] = js.native\n    def getCostCategories(params: GetCostCategoriesRequest): Request[GetCostCategoriesResponse] = js.native\n    def getCostForecast(params: GetCostForecastRequest): Request[GetCostForecastResponse] = js.native\n    def getDimensionValues(params: GetDimensionValuesRequest): Request[GetDimensionValuesResponse] = js.native\n    def getReservationCoverage(params: GetReservationCoverageRequest): Request[GetReservationCoverageResponse] = js.native\n    def getReservationPurchaseRecommendation(params: GetReservationPurchaseRecommendationRequest): Request[GetReservationPurchaseRecommendationResponse] = js.native\n    def getReservationUtilization(params: GetReservationUtilizationRequest): Request[GetReservationUtilizationResponse] = js.native\n    def getRightsizingRecommendation(params: GetRightsizingRecommendationRequest): Request[GetRightsizingRecommendationResponse] = js.native\n    def getSavingsPlansCoverage(params: GetSavingsPlansCoverageRequest): Request[GetSavingsPlansCoverageResponse] = js.native\n    def getSavingsPlansPurchaseRecommendation(params: GetSavingsPlansPurchaseRecommendationRequest): Request[GetSavingsPlansPurchaseRecommendationResponse] = js.native\n    def getSavingsPlansUtilization(params: GetSavingsPlansUtilizationRequest): Request[GetSavingsPlansUtilizationResponse] = js.native\n    def getSavingsPlansUtilizationDetails(params: GetSavingsPlansUtilizationDetailsRequest): Request[GetSavingsPlansUtilizationDetailsResponse] = js.native\n    def getTags(params: GetTagsRequest): Request[GetTagsResponse] = js.native\n    def getUsageForecast(params: GetUsageForecastRequest): Request[GetUsageForecastResponse] = js.native\n    def listCostCategoryDefinitions(params: ListCostCategoryDefinitionsRequest): Request[ListCostCategoryDefinitionsResponse] = js.native\n    def provideAnomalyFeedback(params: ProvideAnomalyFeedbackRequest): Request[ProvideAnomalyFeedbackResponse] = js.native\n    def updateAnomalyMonitor(params: UpdateAnomalyMonitorRequest): Request[UpdateAnomalyMonitorResponse] = js.native\n    def updateAnomalySubscription(params: UpdateAnomalySubscriptionRequest): Request[UpdateAnomalySubscriptionResponse] = js.native\n    def updateCostCategoryDefinition(params: UpdateCostCategoryDefinitionRequest): Request[UpdateCostCategoryDefinitionResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AccountScope extends js.Any\n  object AccountScope {\n    val PAYER = \"PAYER\".asInstanceOf[AccountScope]\n    val LINKED = \"LINKED\".asInstanceOf[AccountScope]\n\n    @inline def values = js.Array(PAYER, LINKED)\n  }\n\n  \/** An unusual cost pattern. This consists of the detailed metadata and the current status of the anomaly object.\n    *\/\n  @js.native\n  trait Anomaly extends js.Object {\n    var AnomalyId: GenericString\n    var AnomalyScore: AnomalyScore\n    var Impact: Impact\n    var MonitorArn: GenericString\n    var AnomalyEndDate: js.UndefOr[YearMonthDay]\n    var AnomalyStartDate: js.UndefOr[YearMonthDay]\n    var DimensionValue: js.UndefOr[GenericString]\n    var Feedback: js.UndefOr[AnomalyFeedbackType]\n    var RootCauses: js.UndefOr[RootCauses]\n  }\n\n  object Anomaly {\n    @inline\n    def apply(\n        AnomalyId: GenericString,\n        AnomalyScore: AnomalyScore,\n        Impact: Impact,\n        MonitorArn: GenericString,\n        AnomalyEndDate: js.UndefOr[YearMonthDay] = js.undefined,\n        AnomalyStartDate: js.UndefOr[YearMonthDay] = js.undefined,\n        DimensionValue: js.UndefOr[GenericString] = js.undefined,\n        Feedback: js.UndefOr[AnomalyFeedbackType] = js.undefined,\n        RootCauses: js.UndefOr[RootCauses] = js.undefined\n    ): Anomaly = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyId\" -> AnomalyId.asInstanceOf[js.Any],\n        \"AnomalyScore\" -> AnomalyScore.asInstanceOf[js.Any],\n        \"Impact\" -> Impact.asInstanceOf[js.Any],\n        \"MonitorArn\" -> MonitorArn.asInstanceOf[js.Any]\n      )\n\n      AnomalyEndDate.foreach(__v => __obj.updateDynamic(\"AnomalyEndDate\")(__v.asInstanceOf[js.Any]))\n      AnomalyStartDate.foreach(__v => __obj.updateDynamic(\"AnomalyStartDate\")(__v.asInstanceOf[js.Any]))\n      DimensionValue.foreach(__v => __obj.updateDynamic(\"DimensionValue\")(__v.asInstanceOf[js.Any]))\n      Feedback.foreach(__v => __obj.updateDynamic(\"Feedback\")(__v.asInstanceOf[js.Any]))\n      RootCauses.foreach(__v => __obj.updateDynamic(\"RootCauses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Anomaly]\n    }\n  }\n\n  \/** The time period for an anomaly.\n    *\/\n  @js.native\n  trait AnomalyDateInterval extends js.Object {\n    var StartDate: YearMonthDay\n    var EndDate: js.UndefOr[YearMonthDay]\n  }\n\n  object AnomalyDateInterval {\n    @inline\n    def apply(\n        StartDate: YearMonthDay,\n        EndDate: js.UndefOr[YearMonthDay] = js.undefined\n    ): AnomalyDateInterval = {\n      val __obj = js.Dynamic.literal(\n        \"StartDate\" -> StartDate.asInstanceOf[js.Any]\n      )\n\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyDateInterval]\n    }\n  }\n\n  @js.native\n  sealed trait AnomalyFeedbackType extends js.Any\n  object AnomalyFeedbackType {\n    val YES = \"YES\".asInstanceOf[AnomalyFeedbackType]\n    val NO = \"NO\".asInstanceOf[AnomalyFeedbackType]\n    val PLANNED_ACTIVITY = \"PLANNED_ACTIVITY\".asInstanceOf[AnomalyFeedbackType]\n\n    @inline def values = js.Array(YES, NO, PLANNED_ACTIVITY)\n  }\n\n  \/** This object continuously inspects your account's cost data for anomalies, based on <code>MonitorType<\/code> and <code>MonitorSpecification<\/code>. The content consists of detailed metadata and the current status of the monitor object.\n    *\/\n  @js.native\n  trait AnomalyMonitor extends js.Object {\n    var MonitorName: GenericString\n    var MonitorType: MonitorType\n    var CreationDate: js.UndefOr[YearMonthDay]\n    var DimensionalValueCount: js.UndefOr[NonNegativeInteger]\n    var LastEvaluatedDate: js.UndefOr[YearMonthDay]\n    var LastUpdatedDate: js.UndefOr[YearMonthDay]\n    var MonitorArn: js.UndefOr[GenericString]\n    var MonitorDimension: js.UndefOr[MonitorDimension]\n    var MonitorSpecification: js.UndefOr[Expression]\n  }\n\n  object AnomalyMonitor {\n    @inline\n    def apply(\n        MonitorName: GenericString,\n        MonitorType: MonitorType,\n        CreationDate: js.UndefOr[YearMonthDay] = js.undefined,\n        DimensionalValueCount: js.UndefOr[NonNegativeInteger] = js.undefined,\n        LastEvaluatedDate: js.UndefOr[YearMonthDay] = js.undefined,\n        LastUpdatedDate: js.UndefOr[YearMonthDay] = js.undefined,\n        MonitorArn: js.UndefOr[GenericString] = js.undefined,\n        MonitorDimension: js.UndefOr[MonitorDimension] = js.undefined,\n        MonitorSpecification: js.UndefOr[Expression] = js.undefined\n    ): AnomalyMonitor = {\n      val __obj = js.Dynamic.literal(\n        \"MonitorName\" -> MonitorName.asInstanceOf[js.Any],\n        \"MonitorType\" -> MonitorType.asInstanceOf[js.Any]\n      )\n\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      DimensionalValueCount.foreach(__v => __obj.updateDynamic(\"DimensionalValueCount\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedDate.foreach(__v => __obj.updateDynamic(\"LastEvaluatedDate\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedDate.foreach(__v => __obj.updateDynamic(\"LastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      MonitorArn.foreach(__v => __obj.updateDynamic(\"MonitorArn\")(__v.asInstanceOf[js.Any]))\n      MonitorDimension.foreach(__v => __obj.updateDynamic(\"MonitorDimension\")(__v.asInstanceOf[js.Any]))\n      MonitorSpecification.foreach(__v => __obj.updateDynamic(\"MonitorSpecification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalyMonitor]\n    }\n  }\n\n  \/** Quantifies the anomaly. The higher score means that it is more anomalous.\n    *\/\n  @js.native\n  trait AnomalyScore extends js.Object {\n    var CurrentScore: GenericDouble\n    var MaxScore: GenericDouble\n  }\n\n  object AnomalyScore {\n    @inline\n    def apply(\n        CurrentScore: GenericDouble,\n        MaxScore: GenericDouble\n    ): AnomalyScore = {\n      val __obj = js.Dynamic.literal(\n        \"CurrentScore\" -> CurrentScore.asInstanceOf[js.Any],\n        \"MaxScore\" -> MaxScore.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AnomalyScore]\n    }\n  }\n\n  \/** The association between a monitor, threshold, and list of subscribers used to deliver notifications about anomalies detected by a monitor that exceeds a threshold. The content consists of the detailed metadata and the current status of the <code>AnomalySubscription<\/code> object.\n    *\/\n  @js.native\n  trait AnomalySubscription extends js.Object {\n    var Frequency: AnomalySubscriptionFrequency\n    var MonitorArnList: MonitorArnList\n    var Subscribers: Subscribers\n    var SubscriptionName: GenericString\n    var Threshold: NullableNonNegativeDouble\n    var AccountId: js.UndefOr[GenericString]\n    var SubscriptionArn: js.UndefOr[GenericString]\n  }\n\n  object AnomalySubscription {\n    @inline\n    def apply(\n        Frequency: AnomalySubscriptionFrequency,\n        MonitorArnList: MonitorArnList,\n        Subscribers: Subscribers,\n        SubscriptionName: GenericString,\n        Threshold: NullableNonNegativeDouble,\n        AccountId: js.UndefOr[GenericString] = js.undefined,\n        SubscriptionArn: js.UndefOr[GenericString] = js.undefined\n    ): AnomalySubscription = {\n      val __obj = js.Dynamic.literal(\n        \"Frequency\" -> Frequency.asInstanceOf[js.Any],\n        \"MonitorArnList\" -> MonitorArnList.asInstanceOf[js.Any],\n        \"Subscribers\" -> Subscribers.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any],\n        \"Threshold\" -> Threshold.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      SubscriptionArn.foreach(__v => __obj.updateDynamic(\"SubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnomalySubscription]\n    }\n  }\n\n  @js.native\n  sealed trait AnomalySubscriptionFrequency extends js.Any\n  object AnomalySubscriptionFrequency {\n    val DAILY = \"DAILY\".asInstanceOf[AnomalySubscriptionFrequency]\n    val IMMEDIATE = \"IMMEDIATE\".asInstanceOf[AnomalySubscriptionFrequency]\n    val WEEKLY = \"WEEKLY\".asInstanceOf[AnomalySubscriptionFrequency]\n\n    @inline def values = js.Array(DAILY, IMMEDIATE, WEEKLY)\n  }\n\n  @js.native\n  sealed trait Context extends js.Any\n  object Context {\n    val COST_AND_USAGE = \"COST_AND_USAGE\".asInstanceOf[Context]\n    val RESERVATIONS = \"RESERVATIONS\".asInstanceOf[Context]\n    val SAVINGS_PLANS = \"SAVINGS_PLANS\".asInstanceOf[Context]\n\n    @inline def values = js.Array(COST_AND_USAGE, RESERVATIONS, SAVINGS_PLANS)\n  }\n\n  \/** The structure of Cost Categories. This includes detailed metadata and the set of rules for the <code>CostCategory<\/code> object.\n    *\/\n  @js.native\n  trait CostCategory extends js.Object {\n    var CostCategoryArn: Arn\n    var EffectiveStart: ZonedDateTime\n    var Name: CostCategoryName\n    var RuleVersion: CostCategoryRuleVersion\n    var Rules: CostCategoryRulesList\n    var DefaultValue: js.UndefOr[CostCategoryValue]\n    var EffectiveEnd: js.UndefOr[ZonedDateTime]\n    var ProcessingStatus: js.UndefOr[CostCategoryProcessingStatusList]\n  }\n\n  object CostCategory {\n    @inline\n    def apply(\n        CostCategoryArn: Arn,\n        EffectiveStart: ZonedDateTime,\n        Name: CostCategoryName,\n        RuleVersion: CostCategoryRuleVersion,\n        Rules: CostCategoryRulesList,\n        DefaultValue: js.UndefOr[CostCategoryValue] = js.undefined,\n        EffectiveEnd: js.UndefOr[ZonedDateTime] = js.undefined,\n        ProcessingStatus: js.UndefOr[CostCategoryProcessingStatusList] = js.undefined\n    ): CostCategory = {\n      val __obj = js.Dynamic.literal(\n        \"CostCategoryArn\" -> CostCategoryArn.asInstanceOf[js.Any],\n        \"EffectiveStart\" -> EffectiveStart.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RuleVersion\" -> RuleVersion.asInstanceOf[js.Any],\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      EffectiveEnd.foreach(__v => __obj.updateDynamic(\"EffectiveEnd\")(__v.asInstanceOf[js.Any]))\n      ProcessingStatus.foreach(__v => __obj.updateDynamic(\"ProcessingStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategory]\n    }\n  }\n\n  \/** When creating or updating a cost category, you can define the <code>CostCategoryRule<\/code> rule type as <code>INHERITED_VALUE<\/code>. This rule type adds the flexibility of defining a rule that dynamically inherits the cost category value from the dimension value defined by <code>CostCategoryInheritedValueDimension<\/code>. For example, if you wanted to dynamically group costs based on the value of a specific tag key, you would first choose an inherited value rule type, then choose the tag dimension and specify the tag key to use.\n    *\/\n  @js.native\n  trait CostCategoryInheritedValueDimension extends js.Object {\n    var DimensionKey: js.UndefOr[GenericString]\n    var DimensionName: js.UndefOr[CostCategoryInheritedValueDimensionName]\n  }\n\n  object CostCategoryInheritedValueDimension {\n    @inline\n    def apply(\n        DimensionKey: js.UndefOr[GenericString] = js.undefined,\n        DimensionName: js.UndefOr[CostCategoryInheritedValueDimensionName] = js.undefined\n    ): CostCategoryInheritedValueDimension = {\n      val __obj = js.Dynamic.literal()\n      DimensionKey.foreach(__v => __obj.updateDynamic(\"DimensionKey\")(__v.asInstanceOf[js.Any]))\n      DimensionName.foreach(__v => __obj.updateDynamic(\"DimensionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategoryInheritedValueDimension]\n    }\n  }\n\n  @js.native\n  sealed trait CostCategoryInheritedValueDimensionName extends js.Any\n  object CostCategoryInheritedValueDimensionName {\n    val LINKED_ACCOUNT_NAME = \"LINKED_ACCOUNT_NAME\".asInstanceOf[CostCategoryInheritedValueDimensionName]\n    val TAG = \"TAG\".asInstanceOf[CostCategoryInheritedValueDimensionName]\n\n    @inline def values = js.Array(LINKED_ACCOUNT_NAME, TAG)\n  }\n\n  \/** The list of processing statuses for Cost Management products for a specific cost category.\n    *\/\n  @js.native\n  trait CostCategoryProcessingStatus extends js.Object {\n    var Component: js.UndefOr[CostCategoryStatusComponent]\n    var Status: js.UndefOr[CostCategoryStatus]\n  }\n\n  object CostCategoryProcessingStatus {\n    @inline\n    def apply(\n        Component: js.UndefOr[CostCategoryStatusComponent] = js.undefined,\n        Status: js.UndefOr[CostCategoryStatus] = js.undefined\n    ): CostCategoryProcessingStatus = {\n      val __obj = js.Dynamic.literal()\n      Component.foreach(__v => __obj.updateDynamic(\"Component\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategoryProcessingStatus]\n    }\n  }\n\n  \/** A reference to a Cost Category containing only enough information to identify the Cost Category. You can use this information to retrieve the full Cost Category information using <code>DescribeCostCategory<\/code>.\n    *\/\n  @js.native\n  trait CostCategoryReference extends js.Object {\n    var CostCategoryArn: js.UndefOr[Arn]\n    var DefaultValue: js.UndefOr[CostCategoryValue]\n    var EffectiveEnd: js.UndefOr[ZonedDateTime]\n    var EffectiveStart: js.UndefOr[ZonedDateTime]\n    var Name: js.UndefOr[CostCategoryName]\n    var NumberOfRules: js.UndefOr[NonNegativeInteger]\n    var ProcessingStatus: js.UndefOr[CostCategoryProcessingStatusList]\n    var Values: js.UndefOr[CostCategoryValuesList]\n  }\n\n  object CostCategoryReference {\n    @inline\n    def apply(\n        CostCategoryArn: js.UndefOr[Arn] = js.undefined,\n        DefaultValue: js.UndefOr[CostCategoryValue] = js.undefined,\n        EffectiveEnd: js.UndefOr[ZonedDateTime] = js.undefined,\n        EffectiveStart: js.UndefOr[ZonedDateTime] = js.undefined,\n        Name: js.UndefOr[CostCategoryName] = js.undefined,\n        NumberOfRules: js.UndefOr[NonNegativeInteger] = js.undefined,\n        ProcessingStatus: js.UndefOr[CostCategoryProcessingStatusList] = js.undefined,\n        Values: js.UndefOr[CostCategoryValuesList] = js.undefined\n    ): CostCategoryReference = {\n      val __obj = js.Dynamic.literal()\n      CostCategoryArn.foreach(__v => __obj.updateDynamic(\"CostCategoryArn\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      EffectiveEnd.foreach(__v => __obj.updateDynamic(\"EffectiveEnd\")(__v.asInstanceOf[js.Any]))\n      EffectiveStart.foreach(__v => __obj.updateDynamic(\"EffectiveStart\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NumberOfRules.foreach(__v => __obj.updateDynamic(\"NumberOfRules\")(__v.asInstanceOf[js.Any]))\n      ProcessingStatus.foreach(__v => __obj.updateDynamic(\"ProcessingStatus\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategoryReference]\n    }\n  }\n\n  \/** Rules are processed in order. If there are multiple rules that match the line item, then the first rule to match is used to determine that Cost Category value.\n    *\/\n  @js.native\n  trait CostCategoryRule extends js.Object {\n    var InheritedValue: js.UndefOr[CostCategoryInheritedValueDimension]\n    var Rule: js.UndefOr[Expression]\n    var Type: js.UndefOr[CostCategoryRuleType]\n    var Value: js.UndefOr[CostCategoryValue]\n  }\n\n  object CostCategoryRule {\n    @inline\n    def apply(\n        InheritedValue: js.UndefOr[CostCategoryInheritedValueDimension] = js.undefined,\n        Rule: js.UndefOr[Expression] = js.undefined,\n        Type: js.UndefOr[CostCategoryRuleType] = js.undefined,\n        Value: js.UndefOr[CostCategoryValue] = js.undefined\n    ): CostCategoryRule = {\n      val __obj = js.Dynamic.literal()\n      InheritedValue.foreach(__v => __obj.updateDynamic(\"InheritedValue\")(__v.asInstanceOf[js.Any]))\n      Rule.foreach(__v => __obj.updateDynamic(\"Rule\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategoryRule]\n    }\n  }\n\n  @js.native\n  sealed trait CostCategoryRuleType extends js.Any\n  object CostCategoryRuleType {\n    val REGULAR = \"REGULAR\".asInstanceOf[CostCategoryRuleType]\n    val INHERITED_VALUE = \"INHERITED_VALUE\".asInstanceOf[CostCategoryRuleType]\n\n    @inline def values = js.Array(REGULAR, INHERITED_VALUE)\n  }\n\n  \/** The rule schema version in this particular Cost Category.\n    *\/\n  @js.native\n  sealed trait CostCategoryRuleVersion extends js.Any\n  object CostCategoryRuleVersion {\n    val `CostCategoryExpression.v1` = \"CostCategoryExpression.v1\".asInstanceOf[CostCategoryRuleVersion]\n\n    @inline def values = js.Array(`CostCategoryExpression.v1`)\n  }\n\n  @js.native\n  sealed trait CostCategoryStatus extends js.Any\n  object CostCategoryStatus {\n    val PROCESSING = \"PROCESSING\".asInstanceOf[CostCategoryStatus]\n    val APPLIED = \"APPLIED\".asInstanceOf[CostCategoryStatus]\n\n    @inline def values = js.Array(PROCESSING, APPLIED)\n  }\n\n  @js.native\n  sealed trait CostCategoryStatusComponent extends js.Any\n  object CostCategoryStatusComponent {\n    val COST_EXPLORER = \"COST_EXPLORER\".asInstanceOf[CostCategoryStatusComponent]\n\n    @inline def values = js.Array(COST_EXPLORER)\n  }\n\n  \/** The Cost Categories values used for filtering the costs. If <code>Values<\/code> and <code>Key<\/code> are not specified, the <code>ABSENT<\/code> <code>MatchOption<\/code> is applied to all Cost Categories. That is, filtering on resources that are not mapped to any Cost Categories. If <code>Values<\/code> is provided and <code>Key<\/code> is not specified, the <code>ABSENT<\/code> <code>MatchOption<\/code> is applied to the Cost Categories <code>Key<\/code> only. That is, filtering on resources without the given Cost Categories key.\n    *\/\n  @js.native\n  trait CostCategoryValues extends js.Object {\n    var Key: js.UndefOr[CostCategoryName]\n    var MatchOptions: js.UndefOr[MatchOptions]\n    var Values: js.UndefOr[Values]\n  }\n\n  object CostCategoryValues {\n    @inline\n    def apply(\n        Key: js.UndefOr[CostCategoryName] = js.undefined,\n        MatchOptions: js.UndefOr[MatchOptions] = js.undefined,\n        Values: js.UndefOr[Values] = js.undefined\n    ): CostCategoryValues = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      MatchOptions.foreach(__v => __obj.updateDynamic(\"MatchOptions\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CostCategoryValues]\n    }\n  }\n\n  \/** The amount of instance usage that a reservation covered.\n    *\/\n  @js.native\n  trait Coverage extends js.Object {\n    var CoverageCost: js.UndefOr[CoverageCost]\n    var CoverageHours: js.UndefOr[CoverageHours]\n    var CoverageNormalizedUnits: js.UndefOr[CoverageNormalizedUnits]\n  }\n\n  object Coverage {\n    @inline\n    def apply(\n        CoverageCost: js.UndefOr[CoverageCost] = js.undefined,\n        CoverageHours: js.UndefOr[CoverageHours] = js.undefined,\n        CoverageNormalizedUnits: js.UndefOr[CoverageNormalizedUnits] = js.undefined\n    ): Coverage = {\n      val __obj = js.Dynamic.literal()\n      CoverageCost.foreach(__v => __obj.updateDynamic(\"CoverageCost\")(__v.asInstanceOf[js.Any]))\n      CoverageHours.foreach(__v => __obj.updateDynamic(\"CoverageHours\")(__v.asInstanceOf[js.Any]))\n      CoverageNormalizedUnits.foreach(__v => __obj.updateDynamic(\"CoverageNormalizedUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Coverage]\n    }\n  }\n\n  \/** Reservation coverage for a specified period, in hours.\n    *\/\n  @js.native\n  trait CoverageByTime extends js.Object {\n    var Groups: js.UndefOr[ReservationCoverageGroups]\n    var TimePeriod: js.UndefOr[DateInterval]\n    var Total: js.UndefOr[Coverage]\n  }\n\n  object CoverageByTime {\n    @inline\n    def apply(\n        Groups: js.UndefOr[ReservationCoverageGroups] = js.undefined,\n        TimePeriod: js.UndefOr[DateInterval] = js.undefined,\n        Total: js.UndefOr[Coverage] = js.undefined\n    ): CoverageByTime = {\n      val __obj = js.Dynamic.literal()\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CoverageByTime]\n    }\n  }\n\n  \/** How much it costs to run an instance.\n    *\/\n  @js.native\n  trait CoverageCost extends js.Object {\n    var OnDemandCost: js.UndefOr[OnDemandCost]\n  }\n\n  object CoverageCost {\n    @inline\n    def apply(\n        OnDemandCost: js.UndefOr[OnDemandCost] = js.undefined\n    ): CoverageCost = {\n      val __obj = js.Dynamic.literal()\n      OnDemandCost.foreach(__v => __obj.updateDynamic(\"OnDemandCost\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CoverageCost]\n    }\n  }\n\n  \/** How long a running instance either used a reservation or was On-Demand.\n    *\/\n  @js.native\n  trait CoverageHours extends js.Object {\n    var CoverageHoursPercentage: js.UndefOr[CoverageHoursPercentage]\n    var OnDemandHours: js.UndefOr[OnDemandHours]\n    var ReservedHours: js.UndefOr[ReservedHours]\n    var TotalRunningHours: js.UndefOr[TotalRunningHours]\n  }\n\n  object CoverageHours {\n    @inline\n    def apply(\n        CoverageHoursPercentage: js.UndefOr[CoverageHoursPercentage] = js.undefined,\n        OnDemandHours: js.UndefOr[OnDemandHours] = js.undefined,\n        ReservedHours: js.UndefOr[ReservedHours] = js.undefined,\n        TotalRunningHours: js.UndefOr[TotalRunningHours] = js.undefined\n    ): CoverageHours = {\n      val __obj = js.Dynamic.literal()\n      CoverageHoursPercentage.foreach(__v => __obj.updateDynamic(\"CoverageHoursPercentage\")(__v.asInstanceOf[js.Any]))\n      OnDemandHours.foreach(__v => __obj.updateDynamic(\"OnDemandHours\")(__v.asInstanceOf[js.Any]))\n      ReservedHours.foreach(__v => __obj.updateDynamic(\"ReservedHours\")(__v.asInstanceOf[js.Any]))\n      TotalRunningHours.foreach(__v => __obj.updateDynamic(\"TotalRunningHours\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CoverageHours]\n    }\n  }\n\n  \/** The amount of instance usage, in normalized units. Normalized units enable you to see your EC2 usage for multiple sizes of instances in a uniform way. For example, suppose you run an xlarge instance and a 2xlarge instance. If you run both instances for the same amount of time, the 2xlarge instance uses twice as much of your reservation as the xlarge instance, even though both instances show only one instance-hour. Using normalized units instead of instance-hours, the xlarge instance used 8 normalized units, and the 2xlarge instance used 16 normalized units. For more information, see [[https:\/\/docs.aws.amazon.com\/AWSEC2\/latest\/UserGuide\/ri-modifying.html|Modifying Reserved Instances]] in the <i>Amazon Elastic Compute Cloud User Guide for Linux Instances<\/i>.\n    *\/\n  @js.native\n  trait CoverageNormalizedUnits extends js.Object {\n    var CoverageNormalizedUnitsPercentage: js.UndefOr[CoverageNormalizedUnitsPercentage]\n    var OnDemandNormalizedUnits: js.UndefOr[OnDemandNormalizedUnits]\n    var ReservedNormalizedUnits: js.UndefOr[ReservedNormalizedUnits]\n    var TotalRunningNormalizedUnits: js.UndefOr[TotalRunningNormalizedUnits]\n  }\n\n  object CoverageNormalizedUnits {\n    @inline\n    def apply(\n        CoverageNormalizedUnitsPercentage: js.UndefOr[CoverageNormalizedUnitsPercentage] = js.undefined,\n        OnDemandNormalizedUnits: js.UndefOr[OnDemandNormalizedUnits] = js.undefined,\n        ReservedNormalizedUnits: js.UndefOr[ReservedNormalizedUnits] = js.undefined,\n        TotalRunningNormalizedUnits: js.UndefOr[TotalRunningNormalizedUnits] = js.undefined\n    ): CoverageNormalizedUnits = {\n      val __obj = js.Dynamic.literal()\n      CoverageNormalizedUnitsPercentage.foreach(__v => __obj.updateDynamic(\"CoverageNormalizedUnitsPercentage\")(__v.asInstanceOf[js.Any]))\n      OnDemandNormalizedUnits.foreach(__v => __obj.updateDynamic(\"OnDemandNormalizedUnits\")(__v.asInstanceOf[js.Any]))\n      ReservedNormalizedUnits.foreach(__v => __obj.updateDynamic(\"ReservedNormalizedUnits\")(__v.asInstanceOf[js.Any]))\n      TotalRunningNormalizedUnits.foreach(__v => __obj.updateDynamic(\"TotalRunningNormalizedUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CoverageNormalizedUnits]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalyMonitorRequest extends js.Object {\n    var AnomalyMonitor: AnomalyMonitor\n  }\n\n  object CreateAnomalyMonitorRequest {\n    @inline\n    def apply(\n        AnomalyMonitor: AnomalyMonitor\n    ): CreateAnomalyMonitorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyMonitor\" -> AnomalyMonitor.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAnomalyMonitorRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalyMonitorResponse extends js.Object {\n    var MonitorArn: GenericString\n  }\n\n  object CreateAnomalyMonitorResponse {\n    @inline\n    def apply(\n        MonitorArn: GenericString\n    ): CreateAnomalyMonitorResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitorArn\" -> MonitorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAnomalyMonitorResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalySubscriptionRequest extends js.Object {\n    var AnomalySubscription: AnomalySubscription\n  }\n\n  object CreateAnomalySubscriptionRequest {\n    @inline\n    def apply(\n        AnomalySubscription: AnomalySubscription\n    ): CreateAnomalySubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalySubscription\" -> AnomalySubscription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAnomalySubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAnomalySubscriptionResponse extends js.Object {\n    var SubscriptionArn: GenericString\n  }\n\n  object CreateAnomalySubscriptionResponse {\n    @inline\n    def apply(\n        SubscriptionArn: GenericString\n    ): CreateAnomalySubscriptionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAnomalySubscriptionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCostCategoryDefinitionRequest extends js.Object {\n    var Name: CostCategoryName\n    var RuleVersion: CostCategoryRuleVersion\n    var Rules: CostCategoryRulesList\n    var DefaultValue: js.UndefOr[CostCategoryValue]\n  }\n\n  object CreateCostCategoryDefinitionRequest {\n    @inline\n    def apply(\n        Name: CostCategoryName,\n        RuleVersion: CostCategoryRuleVersion,\n        Rules: CostCategoryRulesList,\n        DefaultValue: js.UndefOr[CostCategoryValue] = js.undefined\n    ): CreateCostCategoryDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RuleVersion\" -> RuleVersion.asInstanceOf[js.Any],\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCostCategoryDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCostCategoryDefinitionResponse extends js.Object {\n    var CostCategoryArn: js.UndefOr[Arn]\n    var EffectiveStart: js.UndefOr[ZonedDateTime]\n  }\n\n  object CreateCostCategoryDefinitionResponse {\n    @inline\n    def apply(\n        CostCategoryArn: js.UndefOr[Arn] = js.undefined,\n        EffectiveStart: js.UndefOr[ZonedDateTime] = js.undefined\n    ): CreateCostCategoryDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      CostCategoryArn.foreach(__v => __obj.updateDynamic(\"CostCategoryArn\")(__v.asInstanceOf[js.Any]))\n      EffectiveStart.foreach(__v => __obj.updateDynamic(\"EffectiveStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCostCategoryDefinitionResponse]\n    }\n  }\n\n  \/** Context about the current instance.\n    *\/\n  @js.native\n  trait CurrentInstance extends js.Object {\n    var CurrencyCode: js.UndefOr[GenericString]\n    var InstanceName: js.UndefOr[GenericString]\n    var MonthlyCost: js.UndefOr[GenericString]\n    var OnDemandHoursInLookbackPeriod: js.UndefOr[GenericString]\n    var ReservationCoveredHoursInLookbackPeriod: js.UndefOr[GenericString]\n    var ResourceDetails: js.UndefOr[ResourceDetails]\n    var ResourceId: js.UndefOr[GenericString]\n    var ResourceUtilization: js.UndefOr[ResourceUtilization]\n    var SavingsPlansCoveredHoursInLookbackPeriod: js.UndefOr[GenericString]\n    var Tags: js.UndefOr[TagValuesList]\n    var TotalRunningHoursInLookbackPeriod: js.UndefOr[GenericString]\n  }\n\n  object CurrentInstance {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        InstanceName: js.UndefOr[GenericString] = js.undefined,\n        MonthlyCost: js.UndefOr[GenericString] = js.undefined,\n        OnDemandHoursInLookbackPeriod: js.UndefOr[GenericString] = js.undefined,\n        ReservationCoveredHoursInLookbackPeriod: js.UndefOr[GenericString] = js.undefined,\n        ResourceDetails: js.UndefOr[ResourceDetails] = js.undefined,\n        ResourceId: js.UndefOr[GenericString] = js.undefined,\n        ResourceUtilization: js.UndefOr[ResourceUtilization] = js.undefined,\n        SavingsPlansCoveredHoursInLookbackPeriod: js.UndefOr[GenericString] = js.undefined,\n        Tags: js.UndefOr[TagValuesList] = js.undefined,\n        TotalRunningHoursInLookbackPeriod: js.UndefOr[GenericString] = js.undefined\n    ): CurrentInstance = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      InstanceName.foreach(__v => __obj.updateDynamic(\"InstanceName\")(__v.asInstanceOf[js.Any]))\n      MonthlyCost.foreach(__v => __obj.updateDynamic(\"MonthlyCost\")(__v.asInstanceOf[js.Any]))\n      OnDemandHoursInLookbackPeriod.foreach(__v => __obj.updateDynamic(\"OnDemandHoursInLookbackPeriod\")(__v.asInstanceOf[js.Any]))\n      ReservationCoveredHoursInLookbackPeriod.foreach(__v => __obj.updateDynamic(\"ReservationCoveredHoursInLookbackPeriod\")(__v.asInstanceOf[js.Any]))\n      ResourceDetails.foreach(__v => __obj.updateDynamic(\"ResourceDetails\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceUtilization.foreach(__v => __obj.updateDynamic(\"ResourceUtilization\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansCoveredHoursInLookbackPeriod.foreach(__v => __obj.updateDynamic(\"SavingsPlansCoveredHoursInLookbackPeriod\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TotalRunningHoursInLookbackPeriod.foreach(__v => __obj.updateDynamic(\"TotalRunningHoursInLookbackPeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CurrentInstance]\n    }\n  }\n\n  \/** The time period of the request.\n    *\/\n  @js.native\n  trait DateInterval extends js.Object {\n    var End: YearMonthDay\n    var Start: YearMonthDay\n  }\n\n  object DateInterval {\n    @inline\n    def apply(\n        End: YearMonthDay,\n        Start: YearMonthDay\n    ): DateInterval = {\n      val __obj = js.Dynamic.literal(\n        \"End\" -> End.asInstanceOf[js.Any],\n        \"Start\" -> Start.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DateInterval]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyMonitorRequest extends js.Object {\n    var MonitorArn: GenericString\n  }\n\n  object DeleteAnomalyMonitorRequest {\n    @inline\n    def apply(\n        MonitorArn: GenericString\n    ): DeleteAnomalyMonitorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitorArn\" -> MonitorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAnomalyMonitorRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalyMonitorResponse extends js.Object\n\n  object DeleteAnomalyMonitorResponse {\n    @inline\n    def apply(): DeleteAnomalyMonitorResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAnomalyMonitorResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalySubscriptionRequest extends js.Object {\n    var SubscriptionArn: GenericString\n  }\n\n  object DeleteAnomalySubscriptionRequest {\n    @inline\n    def apply(\n        SubscriptionArn: GenericString\n    ): DeleteAnomalySubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAnomalySubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAnomalySubscriptionResponse extends js.Object\n\n  object DeleteAnomalySubscriptionResponse {\n    @inline\n    def apply(): DeleteAnomalySubscriptionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAnomalySubscriptionResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteCostCategoryDefinitionRequest extends js.Object {\n    var CostCategoryArn: Arn\n  }\n\n  object DeleteCostCategoryDefinitionRequest {\n    @inline\n    def apply(\n        CostCategoryArn: Arn\n    ): DeleteCostCategoryDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CostCategoryArn\" -> CostCategoryArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCostCategoryDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteCostCategoryDefinitionResponse extends js.Object {\n    var CostCategoryArn: js.UndefOr[Arn]\n    var EffectiveEnd: js.UndefOr[ZonedDateTime]\n  }\n\n  object DeleteCostCategoryDefinitionResponse {\n    @inline\n    def apply(\n        CostCategoryArn: js.UndefOr[Arn] = js.undefined,\n        EffectiveEnd: js.UndefOr[ZonedDateTime] = js.undefined\n    ): DeleteCostCategoryDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      CostCategoryArn.foreach(__v => __obj.updateDynamic(\"CostCategoryArn\")(__v.asInstanceOf[js.Any]))\n      EffectiveEnd.foreach(__v => __obj.updateDynamic(\"EffectiveEnd\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCostCategoryDefinitionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCostCategoryDefinitionRequest extends js.Object {\n    var CostCategoryArn: Arn\n    var EffectiveOn: js.UndefOr[ZonedDateTime]\n  }\n\n  object DescribeCostCategoryDefinitionRequest {\n    @inline\n    def apply(\n        CostCategoryArn: Arn,\n        EffectiveOn: js.UndefOr[ZonedDateTime] = js.undefined\n    ): DescribeCostCategoryDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CostCategoryArn\" -> CostCategoryArn.asInstanceOf[js.Any]\n      )\n\n      EffectiveOn.foreach(__v => __obj.updateDynamic(\"EffectiveOn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCostCategoryDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCostCategoryDefinitionResponse extends js.Object {\n    var CostCategory: js.UndefOr[CostCategory]\n  }\n\n  object DescribeCostCategoryDefinitionResponse {\n    @inline\n    def apply(\n        CostCategory: js.UndefOr[CostCategory] = js.undefined\n    ): DescribeCostCategoryDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      CostCategory.foreach(__v => __obj.updateDynamic(\"CostCategory\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCostCategoryDefinitionResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Dimension extends js.Any\n  object Dimension {\n    val AZ = \"AZ\".asInstanceOf[Dimension]\n    val INSTANCE_TYPE = \"INSTANCE_TYPE\".asInstanceOf[Dimension]\n    val LINKED_ACCOUNT = \"LINKED_ACCOUNT\".asInstanceOf[Dimension]\n    val LINKED_ACCOUNT_NAME = \"LINKED_ACCOUNT_NAME\".asInstanceOf[Dimension]\n    val OPERATION = \"OPERATION\".asInstanceOf[Dimension]\n    val PURCHASE_TYPE = \"PURCHASE_TYPE\".asInstanceOf[Dimension]\n    val REGION = \"REGION\".asInstanceOf[Dimension]\n    val SERVICE = \"SERVICE\".asInstanceOf[Dimension]\n    val SERVICE_CODE = \"SERVICE_CODE\".asInstanceOf[Dimension]\n    val USAGE_TYPE = \"USAGE_TYPE\".asInstanceOf[Dimension]\n    val USAGE_TYPE_GROUP = \"USAGE_TYPE_GROUP\".asInstanceOf[Dimension]\n    val RECORD_TYPE = \"RECORD_TYPE\".asInstanceOf[Dimension]\n    val OPERATING_SYSTEM = \"OPERATING_SYSTEM\".asInstanceOf[Dimension]\n    val TENANCY = \"TENANCY\".asInstanceOf[Dimension]\n    val SCOPE = \"SCOPE\".asInstanceOf[Dimension]\n    val PLATFORM = \"PLATFORM\".asInstanceOf[Dimension]\n    val SUBSCRIPTION_ID = \"SUBSCRIPTION_ID\".asInstanceOf[Dimension]\n    val LEGAL_ENTITY_NAME = \"LEGAL_ENTITY_NAME\".asInstanceOf[Dimension]\n    val DEPLOYMENT_OPTION = \"DEPLOYMENT_OPTION\".asInstanceOf[Dimension]\n    val DATABASE_ENGINE = \"DATABASE_ENGINE\".asInstanceOf[Dimension]\n    val CACHE_ENGINE = \"CACHE_ENGINE\".asInstanceOf[Dimension]\n    val INSTANCE_TYPE_FAMILY = \"INSTANCE_TYPE_FAMILY\".asInstanceOf[Dimension]\n    val BILLING_ENTITY = \"BILLING_ENTITY\".asInstanceOf[Dimension]\n    val RESERVATION_ID = \"RESERVATION_ID\".asInstanceOf[Dimension]\n    val RESOURCE_ID = \"RESOURCE_ID\".asInstanceOf[Dimension]\n    val RIGHTSIZING_TYPE = \"RIGHTSIZING_TYPE\".asInstanceOf[Dimension]\n    val SAVINGS_PLANS_TYPE = \"SAVINGS_PLANS_TYPE\".asInstanceOf[Dimension]\n    val SAVINGS_PLAN_ARN = \"SAVINGS_PLAN_ARN\".asInstanceOf[Dimension]\n    val PAYMENT_OPTION = \"PAYMENT_OPTION\".asInstanceOf[Dimension]\n    val AGREEMENT_END_DATE_TIME_AFTER = \"AGREEMENT_END_DATE_TIME_AFTER\".asInstanceOf[Dimension]\n    val AGREEMENT_END_DATE_TIME_BEFORE = \"AGREEMENT_END_DATE_TIME_BEFORE\".asInstanceOf[Dimension]\n\n    @inline def values = js.Array(\n      AZ,\n      INSTANCE_TYPE,\n      LINKED_ACCOUNT,\n      LINKED_ACCOUNT_NAME,\n      OPERATION,\n      PURCHASE_TYPE,\n      REGION,\n      SERVICE,\n      SERVICE_CODE,\n      USAGE_TYPE,\n      USAGE_TYPE_GROUP,\n      RECORD_TYPE,\n      OPERATING_SYSTEM,\n      TENANCY,\n      SCOPE,\n      PLATFORM,\n      SUBSCRIPTION_ID,\n      LEGAL_ENTITY_NAME,\n      DEPLOYMENT_OPTION,\n      DATABASE_ENGINE,\n      CACHE_ENGINE,\n      INSTANCE_TYPE_FAMILY,\n      BILLING_ENTITY,\n      RESERVATION_ID,\n      RESOURCE_ID,\n      RIGHTSIZING_TYPE,\n      SAVINGS_PLANS_TYPE,\n      SAVINGS_PLAN_ARN,\n      PAYMENT_OPTION,\n      AGREEMENT_END_DATE_TIME_AFTER,\n      AGREEMENT_END_DATE_TIME_BEFORE\n    )\n  }\n\n  \/** The metadata that you can use to filter and group your results. You can use <code>GetDimensionValues<\/code> to find specific values.\n    *\/\n  @js.native\n  trait DimensionValues extends js.Object {\n    var Key: js.UndefOr[Dimension]\n    var MatchOptions: js.UndefOr[MatchOptions]\n    var Values: js.UndefOr[Values]\n  }\n\n  object DimensionValues {\n    @inline\n    def apply(\n        Key: js.UndefOr[Dimension] = js.undefined,\n        MatchOptions: js.UndefOr[MatchOptions] = js.undefined,\n        Values: js.UndefOr[Values] = js.undefined\n    ): DimensionValues = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      MatchOptions.foreach(__v => __obj.updateDynamic(\"MatchOptions\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionValues]\n    }\n  }\n\n  \/** The metadata of a specific type that you can use to filter and group your results. You can use <code>GetDimensionValues<\/code> to find specific values.\n    *\/\n  @js.native\n  trait DimensionValuesWithAttributes extends js.Object {\n    var Attributes: js.UndefOr[Attributes]\n    var Value: js.UndefOr[Value]\n  }\n\n  object DimensionValuesWithAttributes {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[Attributes] = js.undefined,\n        Value: js.UndefOr[Value] = js.undefined\n    ): DimensionValuesWithAttributes = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionValuesWithAttributes]\n    }\n  }\n\n  \/** The EBS field that contains a list of EBS metrics associated with the current instance.\n    *\/\n  @js.native\n  trait EBSResourceUtilization extends js.Object {\n    var EbsReadBytesPerSecond: js.UndefOr[GenericString]\n    var EbsReadOpsPerSecond: js.UndefOr[GenericString]\n    var EbsWriteBytesPerSecond: js.UndefOr[GenericString]\n    var EbsWriteOpsPerSecond: js.UndefOr[GenericString]\n  }\n\n  object EBSResourceUtilization {\n    @inline\n    def apply(\n        EbsReadBytesPerSecond: js.UndefOr[GenericString] = js.undefined,\n        EbsReadOpsPerSecond: js.UndefOr[GenericString] = js.undefined,\n        EbsWriteBytesPerSecond: js.UndefOr[GenericString] = js.undefined,\n        EbsWriteOpsPerSecond: js.UndefOr[GenericString] = js.undefined\n    ): EBSResourceUtilization = {\n      val __obj = js.Dynamic.literal()\n      EbsReadBytesPerSecond.foreach(__v => __obj.updateDynamic(\"EbsReadBytesPerSecond\")(__v.asInstanceOf[js.Any]))\n      EbsReadOpsPerSecond.foreach(__v => __obj.updateDynamic(\"EbsReadOpsPerSecond\")(__v.asInstanceOf[js.Any]))\n      EbsWriteBytesPerSecond.foreach(__v => __obj.updateDynamic(\"EbsWriteBytesPerSecond\")(__v.asInstanceOf[js.Any]))\n      EbsWriteOpsPerSecond.foreach(__v => __obj.updateDynamic(\"EbsWriteOpsPerSecond\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EBSResourceUtilization]\n    }\n  }\n\n  \/** Details about the Amazon EC2 instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait EC2InstanceDetails extends js.Object {\n    var AvailabilityZone: js.UndefOr[GenericString]\n    var CurrentGeneration: js.UndefOr[GenericBoolean]\n    var Family: js.UndefOr[GenericString]\n    var InstanceType: js.UndefOr[GenericString]\n    var Platform: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var SizeFlexEligible: js.UndefOr[GenericBoolean]\n    var Tenancy: js.UndefOr[GenericString]\n  }\n\n  object EC2InstanceDetails {\n    @inline\n    def apply(\n        AvailabilityZone: js.UndefOr[GenericString] = js.undefined,\n        CurrentGeneration: js.UndefOr[GenericBoolean] = js.undefined,\n        Family: js.UndefOr[GenericString] = js.undefined,\n        InstanceType: js.UndefOr[GenericString] = js.undefined,\n        Platform: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        SizeFlexEligible: js.UndefOr[GenericBoolean] = js.undefined,\n        Tenancy: js.UndefOr[GenericString] = js.undefined\n    ): EC2InstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CurrentGeneration.foreach(__v => __obj.updateDynamic(\"CurrentGeneration\")(__v.asInstanceOf[js.Any]))\n      Family.foreach(__v => __obj.updateDynamic(\"Family\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      Platform.foreach(__v => __obj.updateDynamic(\"Platform\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      SizeFlexEligible.foreach(__v => __obj.updateDynamic(\"SizeFlexEligible\")(__v.asInstanceOf[js.Any]))\n      Tenancy.foreach(__v => __obj.updateDynamic(\"Tenancy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2InstanceDetails]\n    }\n  }\n\n  \/** Details on the Amazon EC2 Resource.\n    *\/\n  @js.native\n  trait EC2ResourceDetails extends js.Object {\n    var HourlyOnDemandRate: js.UndefOr[GenericString]\n    var InstanceType: js.UndefOr[GenericString]\n    var Memory: js.UndefOr[GenericString]\n    var NetworkPerformance: js.UndefOr[GenericString]\n    var Platform: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var Sku: js.UndefOr[GenericString]\n    var Storage: js.UndefOr[GenericString]\n    var Vcpu: js.UndefOr[GenericString]\n  }\n\n  object EC2ResourceDetails {\n    @inline\n    def apply(\n        HourlyOnDemandRate: js.UndefOr[GenericString] = js.undefined,\n        InstanceType: js.UndefOr[GenericString] = js.undefined,\n        Memory: js.UndefOr[GenericString] = js.undefined,\n        NetworkPerformance: js.UndefOr[GenericString] = js.undefined,\n        Platform: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        Sku: js.UndefOr[GenericString] = js.undefined,\n        Storage: js.UndefOr[GenericString] = js.undefined,\n        Vcpu: js.UndefOr[GenericString] = js.undefined\n    ): EC2ResourceDetails = {\n      val __obj = js.Dynamic.literal()\n      HourlyOnDemandRate.foreach(__v => __obj.updateDynamic(\"HourlyOnDemandRate\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      Memory.foreach(__v => __obj.updateDynamic(\"Memory\")(__v.asInstanceOf[js.Any]))\n      NetworkPerformance.foreach(__v => __obj.updateDynamic(\"NetworkPerformance\")(__v.asInstanceOf[js.Any]))\n      Platform.foreach(__v => __obj.updateDynamic(\"Platform\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      Sku.foreach(__v => __obj.updateDynamic(\"Sku\")(__v.asInstanceOf[js.Any]))\n      Storage.foreach(__v => __obj.updateDynamic(\"Storage\")(__v.asInstanceOf[js.Any]))\n      Vcpu.foreach(__v => __obj.updateDynamic(\"Vcpu\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2ResourceDetails]\n    }\n  }\n\n  \/** Utilization metrics of the instance.\n    *\/\n  @js.native\n  trait EC2ResourceUtilization extends js.Object {\n    var EBSResourceUtilization: js.UndefOr[EBSResourceUtilization]\n    var MaxCpuUtilizationPercentage: js.UndefOr[GenericString]\n    var MaxMemoryUtilizationPercentage: js.UndefOr[GenericString]\n    var MaxStorageUtilizationPercentage: js.UndefOr[GenericString]\n  }\n\n  object EC2ResourceUtilization {\n    @inline\n    def apply(\n        EBSResourceUtilization: js.UndefOr[EBSResourceUtilization] = js.undefined,\n        MaxCpuUtilizationPercentage: js.UndefOr[GenericString] = js.undefined,\n        MaxMemoryUtilizationPercentage: js.UndefOr[GenericString] = js.undefined,\n        MaxStorageUtilizationPercentage: js.UndefOr[GenericString] = js.undefined\n    ): EC2ResourceUtilization = {\n      val __obj = js.Dynamic.literal()\n      EBSResourceUtilization.foreach(__v => __obj.updateDynamic(\"EBSResourceUtilization\")(__v.asInstanceOf[js.Any]))\n      MaxCpuUtilizationPercentage.foreach(__v => __obj.updateDynamic(\"MaxCpuUtilizationPercentage\")(__v.asInstanceOf[js.Any]))\n      MaxMemoryUtilizationPercentage.foreach(__v => __obj.updateDynamic(\"MaxMemoryUtilizationPercentage\")(__v.asInstanceOf[js.Any]))\n      MaxStorageUtilizationPercentage.foreach(__v => __obj.updateDynamic(\"MaxStorageUtilizationPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2ResourceUtilization]\n    }\n  }\n\n  \/** The Amazon EC2 hardware specifications that you want AWS to provide recommendations for.\n    *\/\n  @js.native\n  trait EC2Specification extends js.Object {\n    var OfferingClass: js.UndefOr[OfferingClass]\n  }\n\n  object EC2Specification {\n    @inline\n    def apply(\n        OfferingClass: js.UndefOr[OfferingClass] = js.undefined\n    ): EC2Specification = {\n      val __obj = js.Dynamic.literal()\n      OfferingClass.foreach(__v => __obj.updateDynamic(\"OfferingClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2Specification]\n    }\n  }\n\n  \/** Details about the Amazon ES instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait ESInstanceDetails extends js.Object {\n    var CurrentGeneration: js.UndefOr[GenericBoolean]\n    var InstanceClass: js.UndefOr[GenericString]\n    var InstanceSize: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var SizeFlexEligible: js.UndefOr[GenericBoolean]\n  }\n\n  object ESInstanceDetails {\n    @inline\n    def apply(\n        CurrentGeneration: js.UndefOr[GenericBoolean] = js.undefined,\n        InstanceClass: js.UndefOr[GenericString] = js.undefined,\n        InstanceSize: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        SizeFlexEligible: js.UndefOr[GenericBoolean] = js.undefined\n    ): ESInstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      CurrentGeneration.foreach(__v => __obj.updateDynamic(\"CurrentGeneration\")(__v.asInstanceOf[js.Any]))\n      InstanceClass.foreach(__v => __obj.updateDynamic(\"InstanceClass\")(__v.asInstanceOf[js.Any]))\n      InstanceSize.foreach(__v => __obj.updateDynamic(\"InstanceSize\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      SizeFlexEligible.foreach(__v => __obj.updateDynamic(\"SizeFlexEligible\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ESInstanceDetails]\n    }\n  }\n\n  \/** Details about the Amazon ElastiCache instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait ElastiCacheInstanceDetails extends js.Object {\n    var CurrentGeneration: js.UndefOr[GenericBoolean]\n    var Family: js.UndefOr[GenericString]\n    var NodeType: js.UndefOr[GenericString]\n    var ProductDescription: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var SizeFlexEligible: js.UndefOr[GenericBoolean]\n  }\n\n  object ElastiCacheInstanceDetails {\n    @inline\n    def apply(\n        CurrentGeneration: js.UndefOr[GenericBoolean] = js.undefined,\n        Family: js.UndefOr[GenericString] = js.undefined,\n        NodeType: js.UndefOr[GenericString] = js.undefined,\n        ProductDescription: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        SizeFlexEligible: js.UndefOr[GenericBoolean] = js.undefined\n    ): ElastiCacheInstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      CurrentGeneration.foreach(__v => __obj.updateDynamic(\"CurrentGeneration\")(__v.asInstanceOf[js.Any]))\n      Family.foreach(__v => __obj.updateDynamic(\"Family\")(__v.asInstanceOf[js.Any]))\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      SizeFlexEligible.foreach(__v => __obj.updateDynamic(\"SizeFlexEligible\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElastiCacheInstanceDetails]\n    }\n  }\n\n  \/** Use <code>Expression<\/code> to filter by cost or by usage. There are two patterns: * Simple dimension values - You can set the dimension name and values for the filters that you plan to use. For example, you can filter for <code>REGION==us-east-1 OR REGION==us-west-1<\/code>. For <code>GetRightsizingRecommendation<\/code>, the Region is a full name (for example, <code>REGION==US East (N. Virginia)<\/code>. The <code>Expression<\/code> example looks like: <code>{ \"Dimensions\": { \"Key\": \"REGION\", \"Values\": [ \"us-east-1\", \u201cus-west-1\u201d ] } }<\/code> The list of dimension values are OR'd together to retrieve cost or usage data. You can create <code>Expression<\/code> and <code>DimensionValues<\/code> objects using either <code>with*<\/code> methods or <code>set*<\/code> methods in multiple lines. <li> Compound dimension values with logical operations - You can use multiple <code>Expression<\/code> types and the logical operators <code>AND\/OR\/NOT<\/code> to create a list of one or more\n    * <code>Expression<\/code> objects. This allows you to filter on more advanced options. For example, you can filter on <code>((REGION == us-east-1 OR REGION == us-west-1) OR (TAG.Type == Type1)) AND (USAGE_TYPE != DataTransfer)<\/code>. The <code>Expression<\/code> for that looks like this: <code>{ \"And\": [ {\"Or\": [ {\"Dimensions\": { \"Key\": \"REGION\", \"Values\": [ \"us-east-1\", \"us-west-1\" ] }}, {\"Tags\": { \"Key\": \"TagName\", \"Values\": [\"Value1\"] } } ]}, {\"Not\": {\"Dimensions\": { \"Key\": \"USAGE_TYPE\", \"Values\": [\"DataTransfer\"] }}} ] } <\/code>\n    *\n    * '''Note:'''Because each <code>Expression<\/code> can have only one operator, the service returns an error if more than one is specified. The following example shows an <code>Expression<\/code> object that creates an error. <code> { \"And\": [ ... ], \"DimensionValues\": { \"Dimension\": \"USAGE_TYPE\", \"Values\": [ \"DataTransfer\" ] } } <\/code> <\/li>'''Note:'''For the <code>GetRightsizingRecommendation<\/code> action, a combination of OR and NOT is not supported. OR is not supported between different dimensions, or dimensions and tags. NOT operators aren't supported. Dimensions are also limited to <code>LINKED_ACCOUNT<\/code>, <code>REGION<\/code>, or <code>RIGHTSIZING_TYPE<\/code>. For the <code>GetReservationPurchaseRecommendation<\/code> action, only NOT is supported. AND and OR are not supported. Dimensions are limited to <code>LINKED_ACCOUNT<\/code>.\n    *\/\n  @js.native\n  trait Expression extends js.Object {\n    var And: js.UndefOr[Expressions]\n    var CostCategories: js.UndefOr[CostCategoryValues]\n    var Dimensions: js.UndefOr[DimensionValues]\n    var Not: js.UndefOr[Expression]\n    var Or: js.UndefOr[Expressions]\n    var Tags: js.UndefOr[TagValues]\n  }\n\n  object Expression {\n    @inline\n    def apply(\n        And: js.UndefOr[Expressions] = js.undefined,\n        CostCategories: js.UndefOr[CostCategoryValues] = js.undefined,\n        Dimensions: js.UndefOr[DimensionValues] = js.undefined,\n        Not: js.UndefOr[Expression] = js.undefined,\n        Or: js.UndefOr[Expressions] = js.undefined,\n        Tags: js.UndefOr[TagValues] = js.undefined\n    ): Expression = {\n      val __obj = js.Dynamic.literal()\n      And.foreach(__v => __obj.updateDynamic(\"And\")(__v.asInstanceOf[js.Any]))\n      CostCategories.foreach(__v => __obj.updateDynamic(\"CostCategories\")(__v.asInstanceOf[js.Any]))\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Not.foreach(__v => __obj.updateDynamic(\"Not\")(__v.asInstanceOf[js.Any]))\n      Or.foreach(__v => __obj.updateDynamic(\"Or\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Expression]\n    }\n  }\n\n  \/** The forecast created for your query.\n    *\/\n  @js.native\n  trait ForecastResult extends js.Object {\n    var MeanValue: js.UndefOr[GenericString]\n    var PredictionIntervalLowerBound: js.UndefOr[GenericString]\n    var PredictionIntervalUpperBound: js.UndefOr[GenericString]\n    var TimePeriod: js.UndefOr[DateInterval]\n  }\n\n  object ForecastResult {\n    @inline\n    def apply(\n        MeanValue: js.UndefOr[GenericString] = js.undefined,\n        PredictionIntervalLowerBound: js.UndefOr[GenericString] = js.undefined,\n        PredictionIntervalUpperBound: js.UndefOr[GenericString] = js.undefined,\n        TimePeriod: js.UndefOr[DateInterval] = js.undefined\n    ): ForecastResult = {\n      val __obj = js.Dynamic.literal()\n      MeanValue.foreach(__v => __obj.updateDynamic(\"MeanValue\")(__v.asInstanceOf[js.Any]))\n      PredictionIntervalLowerBound.foreach(__v => __obj.updateDynamic(\"PredictionIntervalLowerBound\")(__v.asInstanceOf[js.Any]))\n      PredictionIntervalUpperBound.foreach(__v => __obj.updateDynamic(\"PredictionIntervalUpperBound\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ForecastResult]\n    }\n  }\n\n  @js.native\n  trait GetAnomaliesRequest extends js.Object {\n    var DateInterval: AnomalyDateInterval\n    var Feedback: js.UndefOr[AnomalyFeedbackType]\n    var MaxResults: js.UndefOr[PageSize]\n    var MonitorArn: js.UndefOr[GenericString]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var TotalImpact: js.UndefOr[TotalImpactFilter]\n  }\n\n  object GetAnomaliesRequest {\n    @inline\n    def apply(\n        DateInterval: AnomalyDateInterval,\n        Feedback: js.UndefOr[AnomalyFeedbackType] = js.undefined,\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        MonitorArn: js.UndefOr[GenericString] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        TotalImpact: js.UndefOr[TotalImpactFilter] = js.undefined\n    ): GetAnomaliesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DateInterval\" -> DateInterval.asInstanceOf[js.Any]\n      )\n\n      Feedback.foreach(__v => __obj.updateDynamic(\"Feedback\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MonitorArn.foreach(__v => __obj.updateDynamic(\"MonitorArn\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      TotalImpact.foreach(__v => __obj.updateDynamic(\"TotalImpact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomaliesRequest]\n    }\n  }\n\n  @js.native\n  trait GetAnomaliesResponse extends js.Object {\n    var Anomalies: Anomalies\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetAnomaliesResponse {\n    @inline\n    def apply(\n        Anomalies: Anomalies,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetAnomaliesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Anomalies\" -> Anomalies.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomaliesResponse]\n    }\n  }\n\n  @js.native\n  trait GetAnomalyMonitorsRequest extends js.Object {\n    var MaxResults: js.UndefOr[PageSize]\n    var MonitorArnList: js.UndefOr[Values]\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetAnomalyMonitorsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        MonitorArnList: js.UndefOr[Values] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetAnomalyMonitorsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MonitorArnList.foreach(__v => __obj.updateDynamic(\"MonitorArnList\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomalyMonitorsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAnomalyMonitorsResponse extends js.Object {\n    var AnomalyMonitors: AnomalyMonitors\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetAnomalyMonitorsResponse {\n    @inline\n    def apply(\n        AnomalyMonitors: AnomalyMonitors,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetAnomalyMonitorsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyMonitors\" -> AnomalyMonitors.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomalyMonitorsResponse]\n    }\n  }\n\n  @js.native\n  trait GetAnomalySubscriptionsRequest extends js.Object {\n    var MaxResults: js.UndefOr[PageSize]\n    var MonitorArn: js.UndefOr[GenericString]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SubscriptionArnList: js.UndefOr[Values]\n  }\n\n  object GetAnomalySubscriptionsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[PageSize] = js.undefined,\n        MonitorArn: js.UndefOr[GenericString] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SubscriptionArnList: js.UndefOr[Values] = js.undefined\n    ): GetAnomalySubscriptionsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MonitorArn.foreach(__v => __obj.updateDynamic(\"MonitorArn\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SubscriptionArnList.foreach(__v => __obj.updateDynamic(\"SubscriptionArnList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomalySubscriptionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetAnomalySubscriptionsResponse extends js.Object {\n    var AnomalySubscriptions: AnomalySubscriptions\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetAnomalySubscriptionsResponse {\n    @inline\n    def apply(\n        AnomalySubscriptions: AnomalySubscriptions,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetAnomalySubscriptionsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalySubscriptions\" -> AnomalySubscriptions.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAnomalySubscriptionsResponse]\n    }\n  }\n\n  @js.native\n  trait GetCostAndUsageRequest extends js.Object {\n    var Granularity: Granularity\n    var Metrics: MetricNames\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var GroupBy: js.UndefOr[GroupDefinitions]\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetCostAndUsageRequest {\n    @inline\n    def apply(\n        Granularity: Granularity,\n        Metrics: MetricNames,\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        GroupBy: js.UndefOr[GroupDefinitions] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetCostAndUsageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Granularity\" -> Granularity.asInstanceOf[js.Any],\n        \"Metrics\" -> Metrics.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostAndUsageRequest]\n    }\n  }\n\n  @js.native\n  trait GetCostAndUsageResponse extends js.Object {\n    var DimensionValueAttributes: js.UndefOr[DimensionValuesWithAttributesList]\n    var GroupDefinitions: js.UndefOr[GroupDefinitions]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var ResultsByTime: js.UndefOr[ResultsByTime]\n  }\n\n  object GetCostAndUsageResponse {\n    @inline\n    def apply(\n        DimensionValueAttributes: js.UndefOr[DimensionValuesWithAttributesList] = js.undefined,\n        GroupDefinitions: js.UndefOr[GroupDefinitions] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        ResultsByTime: js.UndefOr[ResultsByTime] = js.undefined\n    ): GetCostAndUsageResponse = {\n      val __obj = js.Dynamic.literal()\n      DimensionValueAttributes.foreach(__v => __obj.updateDynamic(\"DimensionValueAttributes\")(__v.asInstanceOf[js.Any]))\n      GroupDefinitions.foreach(__v => __obj.updateDynamic(\"GroupDefinitions\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      ResultsByTime.foreach(__v => __obj.updateDynamic(\"ResultsByTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostAndUsageResponse]\n    }\n  }\n\n  @js.native\n  trait GetCostAndUsageWithResourcesRequest extends js.Object {\n    var Filter: Expression\n    var Granularity: Granularity\n    var TimePeriod: DateInterval\n    var GroupBy: js.UndefOr[GroupDefinitions]\n    var Metrics: js.UndefOr[MetricNames]\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetCostAndUsageWithResourcesRequest {\n    @inline\n    def apply(\n        Filter: Expression,\n        Granularity: Granularity,\n        TimePeriod: DateInterval,\n        GroupBy: js.UndefOr[GroupDefinitions] = js.undefined,\n        Metrics: js.UndefOr[MetricNames] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetCostAndUsageWithResourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filter\" -> Filter.asInstanceOf[js.Any],\n        \"Granularity\" -> Granularity.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostAndUsageWithResourcesRequest]\n    }\n  }\n\n  @js.native\n  trait GetCostAndUsageWithResourcesResponse extends js.Object {\n    var DimensionValueAttributes: js.UndefOr[DimensionValuesWithAttributesList]\n    var GroupDefinitions: js.UndefOr[GroupDefinitions]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var ResultsByTime: js.UndefOr[ResultsByTime]\n  }\n\n  object GetCostAndUsageWithResourcesResponse {\n    @inline\n    def apply(\n        DimensionValueAttributes: js.UndefOr[DimensionValuesWithAttributesList] = js.undefined,\n        GroupDefinitions: js.UndefOr[GroupDefinitions] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        ResultsByTime: js.UndefOr[ResultsByTime] = js.undefined\n    ): GetCostAndUsageWithResourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      DimensionValueAttributes.foreach(__v => __obj.updateDynamic(\"DimensionValueAttributes\")(__v.asInstanceOf[js.Any]))\n      GroupDefinitions.foreach(__v => __obj.updateDynamic(\"GroupDefinitions\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      ResultsByTime.foreach(__v => __obj.updateDynamic(\"ResultsByTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostAndUsageWithResourcesResponse]\n    }\n  }\n\n  @js.native\n  trait GetCostCategoriesRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var CostCategoryName: js.UndefOr[CostCategoryName]\n    var Filter: js.UndefOr[Expression]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SearchString: js.UndefOr[SearchString]\n    var SortBy: js.UndefOr[SortDefinitions]\n  }\n\n  object GetCostCategoriesRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        CostCategoryName: js.UndefOr[CostCategoryName] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SearchString: js.UndefOr[SearchString] = js.undefined,\n        SortBy: js.UndefOr[SortDefinitions] = js.undefined\n    ): GetCostCategoriesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      CostCategoryName.foreach(__v => __obj.updateDynamic(\"CostCategoryName\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SearchString.foreach(__v => __obj.updateDynamic(\"SearchString\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostCategoriesRequest]\n    }\n  }\n\n  @js.native\n  trait GetCostCategoriesResponse extends js.Object {\n    var ReturnSize: PageSize\n    var TotalSize: PageSize\n    var CostCategoryNames: js.UndefOr[CostCategoryNamesList]\n    var CostCategoryValues: js.UndefOr[CostCategoryValuesList]\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetCostCategoriesResponse {\n    @inline\n    def apply(\n        ReturnSize: PageSize,\n        TotalSize: PageSize,\n        CostCategoryNames: js.UndefOr[CostCategoryNamesList] = js.undefined,\n        CostCategoryValues: js.UndefOr[CostCategoryValuesList] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetCostCategoriesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ReturnSize\" -> ReturnSize.asInstanceOf[js.Any],\n        \"TotalSize\" -> TotalSize.asInstanceOf[js.Any]\n      )\n\n      CostCategoryNames.foreach(__v => __obj.updateDynamic(\"CostCategoryNames\")(__v.asInstanceOf[js.Any]))\n      CostCategoryValues.foreach(__v => __obj.updateDynamic(\"CostCategoryValues\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostCategoriesResponse]\n    }\n  }\n\n  @js.native\n  trait GetCostForecastRequest extends js.Object {\n    var Granularity: Granularity\n    var Metric: Metric\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var PredictionIntervalLevel: js.UndefOr[PredictionIntervalLevel]\n  }\n\n  object GetCostForecastRequest {\n    @inline\n    def apply(\n        Granularity: Granularity,\n        Metric: Metric,\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        PredictionIntervalLevel: js.UndefOr[PredictionIntervalLevel] = js.undefined\n    ): GetCostForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Granularity\" -> Granularity.asInstanceOf[js.Any],\n        \"Metric\" -> Metric.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      PredictionIntervalLevel.foreach(__v => __obj.updateDynamic(\"PredictionIntervalLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostForecastRequest]\n    }\n  }\n\n  @js.native\n  trait GetCostForecastResponse extends js.Object {\n    var ForecastResultsByTime: js.UndefOr[ForecastResultsByTime]\n    var Total: js.UndefOr[MetricValue]\n  }\n\n  object GetCostForecastResponse {\n    @inline\n    def apply(\n        ForecastResultsByTime: js.UndefOr[ForecastResultsByTime] = js.undefined,\n        Total: js.UndefOr[MetricValue] = js.undefined\n    ): GetCostForecastResponse = {\n      val __obj = js.Dynamic.literal()\n      ForecastResultsByTime.foreach(__v => __obj.updateDynamic(\"ForecastResultsByTime\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCostForecastResponse]\n    }\n  }\n\n  @js.native\n  trait GetDimensionValuesRequest extends js.Object {\n    var Dimension: Dimension\n    var TimePeriod: DateInterval\n    var Context: js.UndefOr[Context]\n    var Filter: js.UndefOr[Expression]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SearchString: js.UndefOr[SearchString]\n    var SortBy: js.UndefOr[SortDefinitions]\n  }\n\n  object GetDimensionValuesRequest {\n    @inline\n    def apply(\n        Dimension: Dimension,\n        TimePeriod: DateInterval,\n        Context: js.UndefOr[Context] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SearchString: js.UndefOr[SearchString] = js.undefined,\n        SortBy: js.UndefOr[SortDefinitions] = js.undefined\n    ): GetDimensionValuesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Dimension\" -> Dimension.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Context.foreach(__v => __obj.updateDynamic(\"Context\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SearchString.foreach(__v => __obj.updateDynamic(\"SearchString\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDimensionValuesRequest]\n    }\n  }\n\n  @js.native\n  trait GetDimensionValuesResponse extends js.Object {\n    var DimensionValues: DimensionValuesWithAttributesList\n    var ReturnSize: PageSize\n    var TotalSize: PageSize\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetDimensionValuesResponse {\n    @inline\n    def apply(\n        DimensionValues: DimensionValuesWithAttributesList,\n        ReturnSize: PageSize,\n        TotalSize: PageSize,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetDimensionValuesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DimensionValues\" -> DimensionValues.asInstanceOf[js.Any],\n        \"ReturnSize\" -> ReturnSize.asInstanceOf[js.Any],\n        \"TotalSize\" -> TotalSize.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDimensionValuesResponse]\n    }\n  }\n\n  \/** You can use the following request parameters to query for how much of your instance usage a reservation covered.\n    *\/\n  @js.native\n  trait GetReservationCoverageRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var Granularity: js.UndefOr[Granularity]\n    var GroupBy: js.UndefOr[GroupDefinitions]\n    var MaxResults: js.UndefOr[MaxResults]\n    var Metrics: js.UndefOr[MetricNames]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SortBy: js.UndefOr[SortDefinition]\n  }\n\n  object GetReservationCoverageRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        Granularity: js.UndefOr[Granularity] = js.undefined,\n        GroupBy: js.UndefOr[GroupDefinitions] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        Metrics: js.UndefOr[MetricNames] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SortBy: js.UndefOr[SortDefinition] = js.undefined\n    ): GetReservationCoverageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Granularity.foreach(__v => __obj.updateDynamic(\"Granularity\")(__v.asInstanceOf[js.Any]))\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationCoverageRequest]\n    }\n  }\n\n  @js.native\n  trait GetReservationCoverageResponse extends js.Object {\n    var CoveragesByTime: CoveragesByTime\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var Total: js.UndefOr[Coverage]\n  }\n\n  object GetReservationCoverageResponse {\n    @inline\n    def apply(\n        CoveragesByTime: CoveragesByTime,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        Total: js.UndefOr[Coverage] = js.undefined\n    ): GetReservationCoverageResponse = {\n      val __obj = js.Dynamic.literal(\n        \"CoveragesByTime\" -> CoveragesByTime.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationCoverageResponse]\n    }\n  }\n\n  @js.native\n  trait GetReservationPurchaseRecommendationRequest extends js.Object {\n    var Service: GenericString\n    var AccountId: js.UndefOr[GenericString]\n    var AccountScope: js.UndefOr[AccountScope]\n    var Filter: js.UndefOr[Expression]\n    var LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var PageSize: js.UndefOr[NonNegativeInteger]\n    var PaymentOption: js.UndefOr[PaymentOption]\n    var ServiceSpecification: js.UndefOr[ServiceSpecification]\n    var TermInYears: js.UndefOr[TermInYears]\n  }\n\n  object GetReservationPurchaseRecommendationRequest {\n    @inline\n    def apply(\n        Service: GenericString,\n        AccountId: js.UndefOr[GenericString] = js.undefined,\n        AccountScope: js.UndefOr[AccountScope] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        PageSize: js.UndefOr[NonNegativeInteger] = js.undefined,\n        PaymentOption: js.UndefOr[PaymentOption] = js.undefined,\n        ServiceSpecification: js.UndefOr[ServiceSpecification] = js.undefined,\n        TermInYears: js.UndefOr[TermInYears] = js.undefined\n    ): GetReservationPurchaseRecommendationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Service\" -> Service.asInstanceOf[js.Any]\n      )\n\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AccountScope.foreach(__v => __obj.updateDynamic(\"AccountScope\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      LookbackPeriodInDays.foreach(__v => __obj.updateDynamic(\"LookbackPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      PageSize.foreach(__v => __obj.updateDynamic(\"PageSize\")(__v.asInstanceOf[js.Any]))\n      PaymentOption.foreach(__v => __obj.updateDynamic(\"PaymentOption\")(__v.asInstanceOf[js.Any]))\n      ServiceSpecification.foreach(__v => __obj.updateDynamic(\"ServiceSpecification\")(__v.asInstanceOf[js.Any]))\n      TermInYears.foreach(__v => __obj.updateDynamic(\"TermInYears\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationPurchaseRecommendationRequest]\n    }\n  }\n\n  @js.native\n  trait GetReservationPurchaseRecommendationResponse extends js.Object {\n    var Metadata: js.UndefOr[ReservationPurchaseRecommendationMetadata]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var Recommendations: js.UndefOr[ReservationPurchaseRecommendations]\n  }\n\n  object GetReservationPurchaseRecommendationResponse {\n    @inline\n    def apply(\n        Metadata: js.UndefOr[ReservationPurchaseRecommendationMetadata] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        Recommendations: js.UndefOr[ReservationPurchaseRecommendations] = js.undefined\n    ): GetReservationPurchaseRecommendationResponse = {\n      val __obj = js.Dynamic.literal()\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      Recommendations.foreach(__v => __obj.updateDynamic(\"Recommendations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationPurchaseRecommendationResponse]\n    }\n  }\n\n  @js.native\n  trait GetReservationUtilizationRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var Granularity: js.UndefOr[Granularity]\n    var GroupBy: js.UndefOr[GroupDefinitions]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SortBy: js.UndefOr[SortDefinition]\n  }\n\n  object GetReservationUtilizationRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        Granularity: js.UndefOr[Granularity] = js.undefined,\n        GroupBy: js.UndefOr[GroupDefinitions] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SortBy: js.UndefOr[SortDefinition] = js.undefined\n    ): GetReservationUtilizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Granularity.foreach(__v => __obj.updateDynamic(\"Granularity\")(__v.asInstanceOf[js.Any]))\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationUtilizationRequest]\n    }\n  }\n\n  @js.native\n  trait GetReservationUtilizationResponse extends js.Object {\n    var UtilizationsByTime: UtilizationsByTime\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var Total: js.UndefOr[ReservationAggregates]\n  }\n\n  object GetReservationUtilizationResponse {\n    @inline\n    def apply(\n        UtilizationsByTime: UtilizationsByTime,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        Total: js.UndefOr[ReservationAggregates] = js.undefined\n    ): GetReservationUtilizationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"UtilizationsByTime\" -> UtilizationsByTime.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetReservationUtilizationResponse]\n    }\n  }\n\n  @js.native\n  trait GetRightsizingRecommendationRequest extends js.Object {\n    var Service: GenericString\n    var Configuration: js.UndefOr[RightsizingRecommendationConfiguration]\n    var Filter: js.UndefOr[Expression]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var PageSize: js.UndefOr[NonNegativeInteger]\n  }\n\n  object GetRightsizingRecommendationRequest {\n    @inline\n    def apply(\n        Service: GenericString,\n        Configuration: js.UndefOr[RightsizingRecommendationConfiguration] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        PageSize: js.UndefOr[NonNegativeInteger] = js.undefined\n    ): GetRightsizingRecommendationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Service\" -> Service.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      PageSize.foreach(__v => __obj.updateDynamic(\"PageSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRightsizingRecommendationRequest]\n    }\n  }\n\n  @js.native\n  trait GetRightsizingRecommendationResponse extends js.Object {\n    var Configuration: js.UndefOr[RightsizingRecommendationConfiguration]\n    var Metadata: js.UndefOr[RightsizingRecommendationMetadata]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var RightsizingRecommendations: js.UndefOr[RightsizingRecommendationList]\n    var Summary: js.UndefOr[RightsizingRecommendationSummary]\n  }\n\n  object GetRightsizingRecommendationResponse {\n    @inline\n    def apply(\n        Configuration: js.UndefOr[RightsizingRecommendationConfiguration] = js.undefined,\n        Metadata: js.UndefOr[RightsizingRecommendationMetadata] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        RightsizingRecommendations: js.UndefOr[RightsizingRecommendationList] = js.undefined,\n        Summary: js.UndefOr[RightsizingRecommendationSummary] = js.undefined\n    ): GetRightsizingRecommendationResponse = {\n      val __obj = js.Dynamic.literal()\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      RightsizingRecommendations.foreach(__v => __obj.updateDynamic(\"RightsizingRecommendations\")(__v.asInstanceOf[js.Any]))\n      Summary.foreach(__v => __obj.updateDynamic(\"Summary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRightsizingRecommendationResponse]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansCoverageRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var Granularity: js.UndefOr[Granularity]\n    var GroupBy: js.UndefOr[GroupDefinitions]\n    var MaxResults: js.UndefOr[MaxResults]\n    var Metrics: js.UndefOr[MetricNames]\n    var NextToken: js.UndefOr[NextPageToken]\n    var SortBy: js.UndefOr[SortDefinition]\n  }\n\n  object GetSavingsPlansCoverageRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        Granularity: js.UndefOr[Granularity] = js.undefined,\n        GroupBy: js.UndefOr[GroupDefinitions] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        Metrics: js.UndefOr[MetricNames] = js.undefined,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined,\n        SortBy: js.UndefOr[SortDefinition] = js.undefined\n    ): GetSavingsPlansCoverageRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Granularity.foreach(__v => __obj.updateDynamic(\"Granularity\")(__v.asInstanceOf[js.Any]))\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansCoverageRequest]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansCoverageResponse extends js.Object {\n    var SavingsPlansCoverages: SavingsPlansCoverages\n    var NextToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetSavingsPlansCoverageResponse {\n    @inline\n    def apply(\n        SavingsPlansCoverages: SavingsPlansCoverages,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetSavingsPlansCoverageResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SavingsPlansCoverages\" -> SavingsPlansCoverages.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansCoverageResponse]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansPurchaseRecommendationRequest extends js.Object {\n    var LookbackPeriodInDays: LookbackPeriodInDays\n    var PaymentOption: PaymentOption\n    var SavingsPlansType: SupportedSavingsPlansType\n    var TermInYears: TermInYears\n    var AccountScope: js.UndefOr[AccountScope]\n    var Filter: js.UndefOr[Expression]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var PageSize: js.UndefOr[NonNegativeInteger]\n  }\n\n  object GetSavingsPlansPurchaseRecommendationRequest {\n    @inline\n    def apply(\n        LookbackPeriodInDays: LookbackPeriodInDays,\n        PaymentOption: PaymentOption,\n        SavingsPlansType: SupportedSavingsPlansType,\n        TermInYears: TermInYears,\n        AccountScope: js.UndefOr[AccountScope] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        PageSize: js.UndefOr[NonNegativeInteger] = js.undefined\n    ): GetSavingsPlansPurchaseRecommendationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LookbackPeriodInDays\" -> LookbackPeriodInDays.asInstanceOf[js.Any],\n        \"PaymentOption\" -> PaymentOption.asInstanceOf[js.Any],\n        \"SavingsPlansType\" -> SavingsPlansType.asInstanceOf[js.Any],\n        \"TermInYears\" -> TermInYears.asInstanceOf[js.Any]\n      )\n\n      AccountScope.foreach(__v => __obj.updateDynamic(\"AccountScope\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      PageSize.foreach(__v => __obj.updateDynamic(\"PageSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansPurchaseRecommendationRequest]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansPurchaseRecommendationResponse extends js.Object {\n    var Metadata: js.UndefOr[SavingsPlansPurchaseRecommendationMetadata]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SavingsPlansPurchaseRecommendation: js.UndefOr[SavingsPlansPurchaseRecommendation]\n  }\n\n  object GetSavingsPlansPurchaseRecommendationResponse {\n    @inline\n    def apply(\n        Metadata: js.UndefOr[SavingsPlansPurchaseRecommendationMetadata] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SavingsPlansPurchaseRecommendation: js.UndefOr[SavingsPlansPurchaseRecommendation] = js.undefined\n    ): GetSavingsPlansPurchaseRecommendationResponse = {\n      val __obj = js.Dynamic.literal()\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansPurchaseRecommendation.foreach(__v => __obj.updateDynamic(\"SavingsPlansPurchaseRecommendation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansPurchaseRecommendationResponse]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansUtilizationDetailsRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var DataType: js.UndefOr[SavingsPlansDataTypes]\n    var Filter: js.UndefOr[Expression]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextPageToken]\n    var SortBy: js.UndefOr[SortDefinition]\n  }\n\n  object GetSavingsPlansUtilizationDetailsRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        DataType: js.UndefOr[SavingsPlansDataTypes] = js.undefined,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined,\n        SortBy: js.UndefOr[SortDefinition] = js.undefined\n    ): GetSavingsPlansUtilizationDetailsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansUtilizationDetailsRequest]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansUtilizationDetailsResponse extends js.Object {\n    var SavingsPlansUtilizationDetails: SavingsPlansUtilizationDetails\n    var TimePeriod: DateInterval\n    var NextToken: js.UndefOr[NextPageToken]\n    var Total: js.UndefOr[SavingsPlansUtilizationAggregates]\n  }\n\n  object GetSavingsPlansUtilizationDetailsResponse {\n    @inline\n    def apply(\n        SavingsPlansUtilizationDetails: SavingsPlansUtilizationDetails,\n        TimePeriod: DateInterval,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined,\n        Total: js.UndefOr[SavingsPlansUtilizationAggregates] = js.undefined\n    ): GetSavingsPlansUtilizationDetailsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SavingsPlansUtilizationDetails\" -> SavingsPlansUtilizationDetails.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansUtilizationDetailsResponse]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansUtilizationRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var Granularity: js.UndefOr[Granularity]\n    var SortBy: js.UndefOr[SortDefinition]\n  }\n\n  object GetSavingsPlansUtilizationRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        Granularity: js.UndefOr[Granularity] = js.undefined,\n        SortBy: js.UndefOr[SortDefinition] = js.undefined\n    ): GetSavingsPlansUtilizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      Granularity.foreach(__v => __obj.updateDynamic(\"Granularity\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansUtilizationRequest]\n    }\n  }\n\n  @js.native\n  trait GetSavingsPlansUtilizationResponse extends js.Object {\n    var Total: SavingsPlansUtilizationAggregates\n    var SavingsPlansUtilizationsByTime: js.UndefOr[SavingsPlansUtilizationsByTime]\n  }\n\n  object GetSavingsPlansUtilizationResponse {\n    @inline\n    def apply(\n        Total: SavingsPlansUtilizationAggregates,\n        SavingsPlansUtilizationsByTime: js.UndefOr[SavingsPlansUtilizationsByTime] = js.undefined\n    ): GetSavingsPlansUtilizationResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Total\" -> Total.asInstanceOf[js.Any]\n      )\n\n      SavingsPlansUtilizationsByTime.foreach(__v => __obj.updateDynamic(\"SavingsPlansUtilizationsByTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSavingsPlansUtilizationResponse]\n    }\n  }\n\n  @js.native\n  trait GetTagsRequest extends js.Object {\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextPageToken: js.UndefOr[NextPageToken]\n    var SearchString: js.UndefOr[SearchString]\n    var SortBy: js.UndefOr[SortDefinitions]\n    var TagKey: js.UndefOr[TagKey]\n  }\n\n  object GetTagsRequest {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined,\n        SearchString: js.UndefOr[SearchString] = js.undefined,\n        SortBy: js.UndefOr[SortDefinitions] = js.undefined,\n        TagKey: js.UndefOr[TagKey] = js.undefined\n    ): GetTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      SearchString.foreach(__v => __obj.updateDynamic(\"SearchString\")(__v.asInstanceOf[js.Any]))\n      SortBy.foreach(__v => __obj.updateDynamic(\"SortBy\")(__v.asInstanceOf[js.Any]))\n      TagKey.foreach(__v => __obj.updateDynamic(\"TagKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagsRequest]\n    }\n  }\n\n  @js.native\n  trait GetTagsResponse extends js.Object {\n    var ReturnSize: PageSize\n    var Tags: TagList\n    var TotalSize: PageSize\n    var NextPageToken: js.UndefOr[NextPageToken]\n  }\n\n  object GetTagsResponse {\n    @inline\n    def apply(\n        ReturnSize: PageSize,\n        Tags: TagList,\n        TotalSize: PageSize,\n        NextPageToken: js.UndefOr[NextPageToken] = js.undefined\n    ): GetTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ReturnSize\" -> ReturnSize.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any],\n        \"TotalSize\" -> TotalSize.asInstanceOf[js.Any]\n      )\n\n      NextPageToken.foreach(__v => __obj.updateDynamic(\"NextPageToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagsResponse]\n    }\n  }\n\n  @js.native\n  trait GetUsageForecastRequest extends js.Object {\n    var Granularity: Granularity\n    var Metric: Metric\n    var TimePeriod: DateInterval\n    var Filter: js.UndefOr[Expression]\n    var PredictionIntervalLevel: js.UndefOr[PredictionIntervalLevel]\n  }\n\n  object GetUsageForecastRequest {\n    @inline\n    def apply(\n        Granularity: Granularity,\n        Metric: Metric,\n        TimePeriod: DateInterval,\n        Filter: js.UndefOr[Expression] = js.undefined,\n        PredictionIntervalLevel: js.UndefOr[PredictionIntervalLevel] = js.undefined\n    ): GetUsageForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Granularity\" -> Granularity.asInstanceOf[js.Any],\n        \"Metric\" -> Metric.asInstanceOf[js.Any],\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      PredictionIntervalLevel.foreach(__v => __obj.updateDynamic(\"PredictionIntervalLevel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUsageForecastRequest]\n    }\n  }\n\n  @js.native\n  trait GetUsageForecastResponse extends js.Object {\n    var ForecastResultsByTime: js.UndefOr[ForecastResultsByTime]\n    var Total: js.UndefOr[MetricValue]\n  }\n\n  object GetUsageForecastResponse {\n    @inline\n    def apply(\n        ForecastResultsByTime: js.UndefOr[ForecastResultsByTime] = js.undefined,\n        Total: js.UndefOr[MetricValue] = js.undefined\n    ): GetUsageForecastResponse = {\n      val __obj = js.Dynamic.literal()\n      ForecastResultsByTime.foreach(__v => __obj.updateDynamic(\"ForecastResultsByTime\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetUsageForecastResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Granularity extends js.Any\n  object Granularity {\n    val DAILY = \"DAILY\".asInstanceOf[Granularity]\n    val MONTHLY = \"MONTHLY\".asInstanceOf[Granularity]\n    val HOURLY = \"HOURLY\".asInstanceOf[Granularity]\n\n    @inline def values = js.Array(DAILY, MONTHLY, HOURLY)\n  }\n\n  \/** One level of grouped data in the results.\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var Keys: js.UndefOr[Keys]\n    var Metrics: js.UndefOr[Metrics]\n  }\n\n  object Group {\n    @inline\n    def apply(\n        Keys: js.UndefOr[Keys] = js.undefined,\n        Metrics: js.UndefOr[Metrics] = js.undefined\n    ): Group = {\n      val __obj = js.Dynamic.literal()\n      Keys.foreach(__v => __obj.updateDynamic(\"Keys\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  \/** Represents a group when you specify a group by criteria or in the response to a query with a specific grouping.\n    *\/\n  @js.native\n  trait GroupDefinition extends js.Object {\n    var Key: js.UndefOr[GroupDefinitionKey]\n    var Type: js.UndefOr[GroupDefinitionType]\n  }\n\n  object GroupDefinition {\n    @inline\n    def apply(\n        Key: js.UndefOr[GroupDefinitionKey] = js.undefined,\n        Type: js.UndefOr[GroupDefinitionType] = js.undefined\n    ): GroupDefinition = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait GroupDefinitionType extends js.Any\n  object GroupDefinitionType {\n    val DIMENSION = \"DIMENSION\".asInstanceOf[GroupDefinitionType]\n    val TAG = \"TAG\".asInstanceOf[GroupDefinitionType]\n    val COST_CATEGORY = \"COST_CATEGORY\".asInstanceOf[GroupDefinitionType]\n\n    @inline def values = js.Array(DIMENSION, TAG, COST_CATEGORY)\n  }\n\n  \/** The anomaly's dollar value.\n    *\/\n  @js.native\n  trait Impact extends js.Object {\n    var MaxImpact: GenericDouble\n    var TotalImpact: js.UndefOr[GenericDouble]\n  }\n\n  object Impact {\n    @inline\n    def apply(\n        MaxImpact: GenericDouble,\n        TotalImpact: js.UndefOr[GenericDouble] = js.undefined\n    ): Impact = {\n      val __obj = js.Dynamic.literal(\n        \"MaxImpact\" -> MaxImpact.asInstanceOf[js.Any]\n      )\n\n      TotalImpact.foreach(__v => __obj.updateDynamic(\"TotalImpact\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Impact]\n    }\n  }\n\n  \/** Details about the instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait InstanceDetails extends js.Object {\n    var EC2InstanceDetails: js.UndefOr[EC2InstanceDetails]\n    var ESInstanceDetails: js.UndefOr[ESInstanceDetails]\n    var ElastiCacheInstanceDetails: js.UndefOr[ElastiCacheInstanceDetails]\n    var RDSInstanceDetails: js.UndefOr[RDSInstanceDetails]\n    var RedshiftInstanceDetails: js.UndefOr[RedshiftInstanceDetails]\n  }\n\n  object InstanceDetails {\n    @inline\n    def apply(\n        EC2InstanceDetails: js.UndefOr[EC2InstanceDetails] = js.undefined,\n        ESInstanceDetails: js.UndefOr[ESInstanceDetails] = js.undefined,\n        ElastiCacheInstanceDetails: js.UndefOr[ElastiCacheInstanceDetails] = js.undefined,\n        RDSInstanceDetails: js.UndefOr[RDSInstanceDetails] = js.undefined,\n        RedshiftInstanceDetails: js.UndefOr[RedshiftInstanceDetails] = js.undefined\n    ): InstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      EC2InstanceDetails.foreach(__v => __obj.updateDynamic(\"EC2InstanceDetails\")(__v.asInstanceOf[js.Any]))\n      ESInstanceDetails.foreach(__v => __obj.updateDynamic(\"ESInstanceDetails\")(__v.asInstanceOf[js.Any]))\n      ElastiCacheInstanceDetails.foreach(__v => __obj.updateDynamic(\"ElastiCacheInstanceDetails\")(__v.asInstanceOf[js.Any]))\n      RDSInstanceDetails.foreach(__v => __obj.updateDynamic(\"RDSInstanceDetails\")(__v.asInstanceOf[js.Any]))\n      RedshiftInstanceDetails.foreach(__v => __obj.updateDynamic(\"RedshiftInstanceDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceDetails]\n    }\n  }\n\n  @js.native\n  trait ListCostCategoryDefinitionsRequest extends js.Object {\n    var EffectiveOn: js.UndefOr[ZonedDateTime]\n    var MaxResults: js.UndefOr[CostCategoryMaxResults]\n    var NextToken: js.UndefOr[NextPageToken]\n  }\n\n  object ListCostCategoryDefinitionsRequest {\n    @inline\n    def apply(\n        EffectiveOn: js.UndefOr[ZonedDateTime] = js.undefined,\n        MaxResults: js.UndefOr[CostCategoryMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined\n    ): ListCostCategoryDefinitionsRequest = {\n      val __obj = js.Dynamic.literal()\n      EffectiveOn.foreach(__v => __obj.updateDynamic(\"EffectiveOn\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCostCategoryDefinitionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCostCategoryDefinitionsResponse extends js.Object {\n    var CostCategoryReferences: js.UndefOr[CostCategoryReferencesList]\n    var NextToken: js.UndefOr[NextPageToken]\n  }\n\n  object ListCostCategoryDefinitionsResponse {\n    @inline\n    def apply(\n        CostCategoryReferences: js.UndefOr[CostCategoryReferencesList] = js.undefined,\n        NextToken: js.UndefOr[NextPageToken] = js.undefined\n    ): ListCostCategoryDefinitionsResponse = {\n      val __obj = js.Dynamic.literal()\n      CostCategoryReferences.foreach(__v => __obj.updateDynamic(\"CostCategoryReferences\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCostCategoryDefinitionsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LookbackPeriodInDays extends js.Any\n  object LookbackPeriodInDays {\n    val SEVEN_DAYS = \"SEVEN_DAYS\".asInstanceOf[LookbackPeriodInDays]\n    val THIRTY_DAYS = \"THIRTY_DAYS\".asInstanceOf[LookbackPeriodInDays]\n    val SIXTY_DAYS = \"SIXTY_DAYS\".asInstanceOf[LookbackPeriodInDays]\n\n    @inline def values = js.Array(SEVEN_DAYS, THIRTY_DAYS, SIXTY_DAYS)\n  }\n\n  @js.native\n  sealed trait MatchOption extends js.Any\n  object MatchOption {\n    val EQUALS = \"EQUALS\".asInstanceOf[MatchOption]\n    val ABSENT = \"ABSENT\".asInstanceOf[MatchOption]\n    val STARTS_WITH = \"STARTS_WITH\".asInstanceOf[MatchOption]\n    val ENDS_WITH = \"ENDS_WITH\".asInstanceOf[MatchOption]\n    val CONTAINS = \"CONTAINS\".asInstanceOf[MatchOption]\n    val CASE_SENSITIVE = \"CASE_SENSITIVE\".asInstanceOf[MatchOption]\n    val CASE_INSENSITIVE = \"CASE_INSENSITIVE\".asInstanceOf[MatchOption]\n\n    @inline def values = js.Array(EQUALS, ABSENT, STARTS_WITH, ENDS_WITH, CONTAINS, CASE_SENSITIVE, CASE_INSENSITIVE)\n  }\n\n  @js.native\n  sealed trait Metric extends js.Any\n  object Metric {\n    val BLENDED_COST = \"BLENDED_COST\".asInstanceOf[Metric]\n    val UNBLENDED_COST = \"UNBLENDED_COST\".asInstanceOf[Metric]\n    val AMORTIZED_COST = \"AMORTIZED_COST\".asInstanceOf[Metric]\n    val NET_UNBLENDED_COST = \"NET_UNBLENDED_COST\".asInstanceOf[Metric]\n    val NET_AMORTIZED_COST = \"NET_AMORTIZED_COST\".asInstanceOf[Metric]\n    val USAGE_QUANTITY = \"USAGE_QUANTITY\".asInstanceOf[Metric]\n    val NORMALIZED_USAGE_AMOUNT = \"NORMALIZED_USAGE_AMOUNT\".asInstanceOf[Metric]\n\n    @inline def values = js.Array(BLENDED_COST, UNBLENDED_COST, AMORTIZED_COST, NET_UNBLENDED_COST, NET_AMORTIZED_COST, USAGE_QUANTITY, NORMALIZED_USAGE_AMOUNT)\n  }\n\n  \/** The aggregated value for a metric.\n    *\/\n  @js.native\n  trait MetricValue extends js.Object {\n    var Amount: js.UndefOr[MetricAmount]\n    var Unit: js.UndefOr[MetricUnit]\n  }\n\n  object MetricValue {\n    @inline\n    def apply(\n        Amount: js.UndefOr[MetricAmount] = js.undefined,\n        Unit: js.UndefOr[MetricUnit] = js.undefined\n    ): MetricValue = {\n      val __obj = js.Dynamic.literal()\n      Amount.foreach(__v => __obj.updateDynamic(\"Amount\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricValue]\n    }\n  }\n\n  \/** Details on the modification recommendation.\n    *\/\n  @js.native\n  trait ModifyRecommendationDetail extends js.Object {\n    var TargetInstances: js.UndefOr[TargetInstancesList]\n  }\n\n  object ModifyRecommendationDetail {\n    @inline\n    def apply(\n        TargetInstances: js.UndefOr[TargetInstancesList] = js.undefined\n    ): ModifyRecommendationDetail = {\n      val __obj = js.Dynamic.literal()\n      TargetInstances.foreach(__v => __obj.updateDynamic(\"TargetInstances\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyRecommendationDetail]\n    }\n  }\n\n  @js.native\n  sealed trait MonitorDimension extends js.Any\n  object MonitorDimension {\n    val SERVICE = \"SERVICE\".asInstanceOf[MonitorDimension]\n\n    @inline def values = js.Array(SERVICE)\n  }\n\n  @js.native\n  sealed trait MonitorType extends js.Any\n  object MonitorType {\n    val DIMENSIONAL = \"DIMENSIONAL\".asInstanceOf[MonitorType]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[MonitorType]\n\n    @inline def values = js.Array(DIMENSIONAL, CUSTOM)\n  }\n\n  @js.native\n  sealed trait NumericOperator extends js.Any\n  object NumericOperator {\n    val EQUAL = \"EQUAL\".asInstanceOf[NumericOperator]\n    val GREATER_THAN_OR_EQUAL = \"GREATER_THAN_OR_EQUAL\".asInstanceOf[NumericOperator]\n    val LESS_THAN_OR_EQUAL = \"LESS_THAN_OR_EQUAL\".asInstanceOf[NumericOperator]\n    val GREATER_THAN = \"GREATER_THAN\".asInstanceOf[NumericOperator]\n    val LESS_THAN = \"LESS_THAN\".asInstanceOf[NumericOperator]\n    val BETWEEN = \"BETWEEN\".asInstanceOf[NumericOperator]\n\n    @inline def values = js.Array(EQUAL, GREATER_THAN_OR_EQUAL, LESS_THAN_OR_EQUAL, GREATER_THAN, LESS_THAN, BETWEEN)\n  }\n\n  @js.native\n  sealed trait OfferingClass extends js.Any\n  object OfferingClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[OfferingClass]\n    val CONVERTIBLE = \"CONVERTIBLE\".asInstanceOf[OfferingClass]\n\n    @inline def values = js.Array(STANDARD, CONVERTIBLE)\n  }\n\n  @js.native\n  sealed trait PaymentOption extends js.Any\n  object PaymentOption {\n    val NO_UPFRONT = \"NO_UPFRONT\".asInstanceOf[PaymentOption]\n    val PARTIAL_UPFRONT = \"PARTIAL_UPFRONT\".asInstanceOf[PaymentOption]\n    val ALL_UPFRONT = \"ALL_UPFRONT\".asInstanceOf[PaymentOption]\n    val LIGHT_UTILIZATION = \"LIGHT_UTILIZATION\".asInstanceOf[PaymentOption]\n    val MEDIUM_UTILIZATION = \"MEDIUM_UTILIZATION\".asInstanceOf[PaymentOption]\n    val HEAVY_UTILIZATION = \"HEAVY_UTILIZATION\".asInstanceOf[PaymentOption]\n\n    @inline def values = js.Array(NO_UPFRONT, PARTIAL_UPFRONT, ALL_UPFRONT, LIGHT_UTILIZATION, MEDIUM_UTILIZATION, HEAVY_UTILIZATION)\n  }\n\n  @js.native\n  trait ProvideAnomalyFeedbackRequest extends js.Object {\n    var AnomalyId: GenericString\n    var Feedback: AnomalyFeedbackType\n  }\n\n  object ProvideAnomalyFeedbackRequest {\n    @inline\n    def apply(\n        AnomalyId: GenericString,\n        Feedback: AnomalyFeedbackType\n    ): ProvideAnomalyFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyId\" -> AnomalyId.asInstanceOf[js.Any],\n        \"Feedback\" -> Feedback.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProvideAnomalyFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait ProvideAnomalyFeedbackResponse extends js.Object {\n    var AnomalyId: GenericString\n  }\n\n  object ProvideAnomalyFeedbackResponse {\n    @inline\n    def apply(\n        AnomalyId: GenericString\n    ): ProvideAnomalyFeedbackResponse = {\n      val __obj = js.Dynamic.literal(\n        \"AnomalyId\" -> AnomalyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProvideAnomalyFeedbackResponse]\n    }\n  }\n\n  \/** Details about the Amazon RDS instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait RDSInstanceDetails extends js.Object {\n    var CurrentGeneration: js.UndefOr[GenericBoolean]\n    var DatabaseEdition: js.UndefOr[GenericString]\n    var DatabaseEngine: js.UndefOr[GenericString]\n    var DeploymentOption: js.UndefOr[GenericString]\n    var Family: js.UndefOr[GenericString]\n    var InstanceType: js.UndefOr[GenericString]\n    var LicenseModel: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var SizeFlexEligible: js.UndefOr[GenericBoolean]\n  }\n\n  object RDSInstanceDetails {\n    @inline\n    def apply(\n        CurrentGeneration: js.UndefOr[GenericBoolean] = js.undefined,\n        DatabaseEdition: js.UndefOr[GenericString] = js.undefined,\n        DatabaseEngine: js.UndefOr[GenericString] = js.undefined,\n        DeploymentOption: js.UndefOr[GenericString] = js.undefined,\n        Family: js.UndefOr[GenericString] = js.undefined,\n        InstanceType: js.UndefOr[GenericString] = js.undefined,\n        LicenseModel: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        SizeFlexEligible: js.UndefOr[GenericBoolean] = js.undefined\n    ): RDSInstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      CurrentGeneration.foreach(__v => __obj.updateDynamic(\"CurrentGeneration\")(__v.asInstanceOf[js.Any]))\n      DatabaseEdition.foreach(__v => __obj.updateDynamic(\"DatabaseEdition\")(__v.asInstanceOf[js.Any]))\n      DatabaseEngine.foreach(__v => __obj.updateDynamic(\"DatabaseEngine\")(__v.asInstanceOf[js.Any]))\n      DeploymentOption.foreach(__v => __obj.updateDynamic(\"DeploymentOption\")(__v.asInstanceOf[js.Any]))\n      Family.foreach(__v => __obj.updateDynamic(\"Family\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      SizeFlexEligible.foreach(__v => __obj.updateDynamic(\"SizeFlexEligible\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RDSInstanceDetails]\n    }\n  }\n\n  @js.native\n  sealed trait RecommendationTarget extends js.Any\n  object RecommendationTarget {\n    val SAME_INSTANCE_FAMILY = \"SAME_INSTANCE_FAMILY\".asInstanceOf[RecommendationTarget]\n    val CROSS_INSTANCE_FAMILY = \"CROSS_INSTANCE_FAMILY\".asInstanceOf[RecommendationTarget]\n\n    @inline def values = js.Array(SAME_INSTANCE_FAMILY, CROSS_INSTANCE_FAMILY)\n  }\n\n  \/** Details about the Amazon Redshift instances that AWS recommends that you purchase.\n    *\/\n  @js.native\n  trait RedshiftInstanceDetails extends js.Object {\n    var CurrentGeneration: js.UndefOr[GenericBoolean]\n    var Family: js.UndefOr[GenericString]\n    var NodeType: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var SizeFlexEligible: js.UndefOr[GenericBoolean]\n  }\n\n  object RedshiftInstanceDetails {\n    @inline\n    def apply(\n        CurrentGeneration: js.UndefOr[GenericBoolean] = js.undefined,\n        Family: js.UndefOr[GenericString] = js.undefined,\n        NodeType: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        SizeFlexEligible: js.UndefOr[GenericBoolean] = js.undefined\n    ): RedshiftInstanceDetails = {\n      val __obj = js.Dynamic.literal()\n      CurrentGeneration.foreach(__v => __obj.updateDynamic(\"CurrentGeneration\")(__v.asInstanceOf[js.Any]))\n      Family.foreach(__v => __obj.updateDynamic(\"Family\")(__v.asInstanceOf[js.Any]))\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      SizeFlexEligible.foreach(__v => __obj.updateDynamic(\"SizeFlexEligible\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftInstanceDetails]\n    }\n  }\n\n  \/** The aggregated numbers for your reservation usage.\n    *\/\n  @js.native\n  trait ReservationAggregates extends js.Object {\n    var AmortizedRecurringFee: js.UndefOr[AmortizedRecurringFee]\n    var AmortizedUpfrontFee: js.UndefOr[AmortizedUpfrontFee]\n    var NetRISavings: js.UndefOr[NetRISavings]\n    var OnDemandCostOfRIHoursUsed: js.UndefOr[OnDemandCostOfRIHoursUsed]\n    var PurchasedHours: js.UndefOr[PurchasedHours]\n    var PurchasedUnits: js.UndefOr[PurchasedUnits]\n    var RICostForUnusedHours: js.UndefOr[RICostForUnusedHours]\n    var RealizedSavings: js.UndefOr[RealizedSavings]\n    var TotalActualHours: js.UndefOr[TotalActualHours]\n    var TotalActualUnits: js.UndefOr[TotalActualUnits]\n    var TotalAmortizedFee: js.UndefOr[TotalAmortizedFee]\n    var TotalPotentialRISavings: js.UndefOr[TotalPotentialRISavings]\n    var UnrealizedSavings: js.UndefOr[UnrealizedSavings]\n    var UnusedHours: js.UndefOr[UnusedHours]\n    var UnusedUnits: js.UndefOr[UnusedUnits]\n    var UtilizationPercentage: js.UndefOr[UtilizationPercentage]\n    var UtilizationPercentageInUnits: js.UndefOr[UtilizationPercentageInUnits]\n  }\n\n  object ReservationAggregates {\n    @inline\n    def apply(\n        AmortizedRecurringFee: js.UndefOr[AmortizedRecurringFee] = js.undefined,\n        AmortizedUpfrontFee: js.UndefOr[AmortizedUpfrontFee] = js.undefined,\n        NetRISavings: js.UndefOr[NetRISavings] = js.undefined,\n        OnDemandCostOfRIHoursUsed: js.UndefOr[OnDemandCostOfRIHoursUsed] = js.undefined,\n        PurchasedHours: js.UndefOr[PurchasedHours] = js.undefined,\n        PurchasedUnits: js.UndefOr[PurchasedUnits] = js.undefined,\n        RICostForUnusedHours: js.UndefOr[RICostForUnusedHours] = js.undefined,\n        RealizedSavings: js.UndefOr[RealizedSavings] = js.undefined,\n        TotalActualHours: js.UndefOr[TotalActualHours] = js.undefined,\n        TotalActualUnits: js.UndefOr[TotalActualUnits] = js.undefined,\n        TotalAmortizedFee: js.UndefOr[TotalAmortizedFee] = js.undefined,\n        TotalPotentialRISavings: js.UndefOr[TotalPotentialRISavings] = js.undefined,\n        UnrealizedSavings: js.UndefOr[UnrealizedSavings] = js.undefined,\n        UnusedHours: js.UndefOr[UnusedHours] = js.undefined,\n        UnusedUnits: js.UndefOr[UnusedUnits] = js.undefined,\n        UtilizationPercentage: js.UndefOr[UtilizationPercentage] = js.undefined,\n        UtilizationPercentageInUnits: js.UndefOr[UtilizationPercentageInUnits] = js.undefined\n    ): ReservationAggregates = {\n      val __obj = js.Dynamic.literal()\n      AmortizedRecurringFee.foreach(__v => __obj.updateDynamic(\"AmortizedRecurringFee\")(__v.asInstanceOf[js.Any]))\n      AmortizedUpfrontFee.foreach(__v => __obj.updateDynamic(\"AmortizedUpfrontFee\")(__v.asInstanceOf[js.Any]))\n      NetRISavings.foreach(__v => __obj.updateDynamic(\"NetRISavings\")(__v.asInstanceOf[js.Any]))\n      OnDemandCostOfRIHoursUsed.foreach(__v => __obj.updateDynamic(\"OnDemandCostOfRIHoursUsed\")(__v.asInstanceOf[js.Any]))\n      PurchasedHours.foreach(__v => __obj.updateDynamic(\"PurchasedHours\")(__v.asInstanceOf[js.Any]))\n      PurchasedUnits.foreach(__v => __obj.updateDynamic(\"PurchasedUnits\")(__v.asInstanceOf[js.Any]))\n      RICostForUnusedHours.foreach(__v => __obj.updateDynamic(\"RICostForUnusedHours\")(__v.asInstanceOf[js.Any]))\n      RealizedSavings.foreach(__v => __obj.updateDynamic(\"RealizedSavings\")(__v.asInstanceOf[js.Any]))\n      TotalActualHours.foreach(__v => __obj.updateDynamic(\"TotalActualHours\")(__v.asInstanceOf[js.Any]))\n      TotalActualUnits.foreach(__v => __obj.updateDynamic(\"TotalActualUnits\")(__v.asInstanceOf[js.Any]))\n      TotalAmortizedFee.foreach(__v => __obj.updateDynamic(\"TotalAmortizedFee\")(__v.asInstanceOf[js.Any]))\n      TotalPotentialRISavings.foreach(__v => __obj.updateDynamic(\"TotalPotentialRISavings\")(__v.asInstanceOf[js.Any]))\n      UnrealizedSavings.foreach(__v => __obj.updateDynamic(\"UnrealizedSavings\")(__v.asInstanceOf[js.Any]))\n      UnusedHours.foreach(__v => __obj.updateDynamic(\"UnusedHours\")(__v.asInstanceOf[js.Any]))\n      UnusedUnits.foreach(__v => __obj.updateDynamic(\"UnusedUnits\")(__v.asInstanceOf[js.Any]))\n      UtilizationPercentage.foreach(__v => __obj.updateDynamic(\"UtilizationPercentage\")(__v.asInstanceOf[js.Any]))\n      UtilizationPercentageInUnits.foreach(__v => __obj.updateDynamic(\"UtilizationPercentageInUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationAggregates]\n    }\n  }\n\n  \/** A group of reservations that share a set of attributes.\n    *\/\n  @js.native\n  trait ReservationCoverageGroup extends js.Object {\n    var Attributes: js.UndefOr[Attributes]\n    var Coverage: js.UndefOr[Coverage]\n  }\n\n  object ReservationCoverageGroup {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[Attributes] = js.undefined,\n        Coverage: js.UndefOr[Coverage] = js.undefined\n    ): ReservationCoverageGroup = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Coverage.foreach(__v => __obj.updateDynamic(\"Coverage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationCoverageGroup]\n    }\n  }\n\n  \/** A specific reservation that AWS recommends for purchase.\n    *\/\n  @js.native\n  trait ReservationPurchaseRecommendation extends js.Object {\n    var AccountScope: js.UndefOr[AccountScope]\n    var LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays]\n    var PaymentOption: js.UndefOr[PaymentOption]\n    var RecommendationDetails: js.UndefOr[ReservationPurchaseRecommendationDetails]\n    var RecommendationSummary: js.UndefOr[ReservationPurchaseRecommendationSummary]\n    var ServiceSpecification: js.UndefOr[ServiceSpecification]\n    var TermInYears: js.UndefOr[TermInYears]\n  }\n\n  object ReservationPurchaseRecommendation {\n    @inline\n    def apply(\n        AccountScope: js.UndefOr[AccountScope] = js.undefined,\n        LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays] = js.undefined,\n        PaymentOption: js.UndefOr[PaymentOption] = js.undefined,\n        RecommendationDetails: js.UndefOr[ReservationPurchaseRecommendationDetails] = js.undefined,\n        RecommendationSummary: js.UndefOr[ReservationPurchaseRecommendationSummary] = js.undefined,\n        ServiceSpecification: js.UndefOr[ServiceSpecification] = js.undefined,\n        TermInYears: js.UndefOr[TermInYears] = js.undefined\n    ): ReservationPurchaseRecommendation = {\n      val __obj = js.Dynamic.literal()\n      AccountScope.foreach(__v => __obj.updateDynamic(\"AccountScope\")(__v.asInstanceOf[js.Any]))\n      LookbackPeriodInDays.foreach(__v => __obj.updateDynamic(\"LookbackPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      PaymentOption.foreach(__v => __obj.updateDynamic(\"PaymentOption\")(__v.asInstanceOf[js.Any]))\n      RecommendationDetails.foreach(__v => __obj.updateDynamic(\"RecommendationDetails\")(__v.asInstanceOf[js.Any]))\n      RecommendationSummary.foreach(__v => __obj.updateDynamic(\"RecommendationSummary\")(__v.asInstanceOf[js.Any]))\n      ServiceSpecification.foreach(__v => __obj.updateDynamic(\"ServiceSpecification\")(__v.asInstanceOf[js.Any]))\n      TermInYears.foreach(__v => __obj.updateDynamic(\"TermInYears\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationPurchaseRecommendation]\n    }\n  }\n\n  \/** Details about your recommended reservation purchase.\n    *\/\n  @js.native\n  trait ReservationPurchaseRecommendationDetail extends js.Object {\n    var AccountId: js.UndefOr[GenericString]\n    var AverageNormalizedUnitsUsedPerHour: js.UndefOr[GenericString]\n    var AverageNumberOfInstancesUsedPerHour: js.UndefOr[GenericString]\n    var AverageUtilization: js.UndefOr[GenericString]\n    var CurrencyCode: js.UndefOr[GenericString]\n    var EstimatedBreakEvenInMonths: js.UndefOr[GenericString]\n    var EstimatedMonthlyOnDemandCost: js.UndefOr[GenericString]\n    var EstimatedMonthlySavingsAmount: js.UndefOr[GenericString]\n    var EstimatedMonthlySavingsPercentage: js.UndefOr[GenericString]\n    var EstimatedReservationCostForLookbackPeriod: js.UndefOr[GenericString]\n    var InstanceDetails: js.UndefOr[InstanceDetails]\n    var MaximumNormalizedUnitsUsedPerHour: js.UndefOr[GenericString]\n    var MaximumNumberOfInstancesUsedPerHour: js.UndefOr[GenericString]\n    var MinimumNormalizedUnitsUsedPerHour: js.UndefOr[GenericString]\n    var MinimumNumberOfInstancesUsedPerHour: js.UndefOr[GenericString]\n    var RecommendedNormalizedUnitsToPurchase: js.UndefOr[GenericString]\n    var RecommendedNumberOfInstancesToPurchase: js.UndefOr[GenericString]\n    var RecurringStandardMonthlyCost: js.UndefOr[GenericString]\n    var UpfrontCost: js.UndefOr[GenericString]\n  }\n\n  object ReservationPurchaseRecommendationDetail {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[GenericString] = js.undefined,\n        AverageNormalizedUnitsUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        AverageNumberOfInstancesUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        AverageUtilization: js.UndefOr[GenericString] = js.undefined,\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        EstimatedBreakEvenInMonths: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlyOnDemandCost: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavingsPercentage: js.UndefOr[GenericString] = js.undefined,\n        EstimatedReservationCostForLookbackPeriod: js.UndefOr[GenericString] = js.undefined,\n        InstanceDetails: js.UndefOr[InstanceDetails] = js.undefined,\n        MaximumNormalizedUnitsUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        MaximumNumberOfInstancesUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        MinimumNormalizedUnitsUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        MinimumNumberOfInstancesUsedPerHour: js.UndefOr[GenericString] = js.undefined,\n        RecommendedNormalizedUnitsToPurchase: js.UndefOr[GenericString] = js.undefined,\n        RecommendedNumberOfInstancesToPurchase: js.UndefOr[GenericString] = js.undefined,\n        RecurringStandardMonthlyCost: js.UndefOr[GenericString] = js.undefined,\n        UpfrontCost: js.UndefOr[GenericString] = js.undefined\n    ): ReservationPurchaseRecommendationDetail = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AverageNormalizedUnitsUsedPerHour.foreach(__v => __obj.updateDynamic(\"AverageNormalizedUnitsUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      AverageNumberOfInstancesUsedPerHour.foreach(__v => __obj.updateDynamic(\"AverageNumberOfInstancesUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      AverageUtilization.foreach(__v => __obj.updateDynamic(\"AverageUtilization\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      EstimatedBreakEvenInMonths.foreach(__v => __obj.updateDynamic(\"EstimatedBreakEvenInMonths\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlyOnDemandCost.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlyOnDemandCost\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavingsAmount\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavingsPercentage.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavingsPercentage\")(__v.asInstanceOf[js.Any]))\n      EstimatedReservationCostForLookbackPeriod.foreach(__v => __obj.updateDynamic(\"EstimatedReservationCostForLookbackPeriod\")(__v.asInstanceOf[js.Any]))\n      InstanceDetails.foreach(__v => __obj.updateDynamic(\"InstanceDetails\")(__v.asInstanceOf[js.Any]))\n      MaximumNormalizedUnitsUsedPerHour.foreach(__v => __obj.updateDynamic(\"MaximumNormalizedUnitsUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      MaximumNumberOfInstancesUsedPerHour.foreach(__v => __obj.updateDynamic(\"MaximumNumberOfInstancesUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      MinimumNormalizedUnitsUsedPerHour.foreach(__v => __obj.updateDynamic(\"MinimumNormalizedUnitsUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      MinimumNumberOfInstancesUsedPerHour.foreach(__v => __obj.updateDynamic(\"MinimumNumberOfInstancesUsedPerHour\")(__v.asInstanceOf[js.Any]))\n      RecommendedNormalizedUnitsToPurchase.foreach(__v => __obj.updateDynamic(\"RecommendedNormalizedUnitsToPurchase\")(__v.asInstanceOf[js.Any]))\n      RecommendedNumberOfInstancesToPurchase.foreach(__v => __obj.updateDynamic(\"RecommendedNumberOfInstancesToPurchase\")(__v.asInstanceOf[js.Any]))\n      RecurringStandardMonthlyCost.foreach(__v => __obj.updateDynamic(\"RecurringStandardMonthlyCost\")(__v.asInstanceOf[js.Any]))\n      UpfrontCost.foreach(__v => __obj.updateDynamic(\"UpfrontCost\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationPurchaseRecommendationDetail]\n    }\n  }\n\n  \/** Information about this specific recommendation, such as the timestamp for when AWS made a specific recommendation.\n    *\/\n  @js.native\n  trait ReservationPurchaseRecommendationMetadata extends js.Object {\n    var GenerationTimestamp: js.UndefOr[GenericString]\n    var RecommendationId: js.UndefOr[GenericString]\n  }\n\n  object ReservationPurchaseRecommendationMetadata {\n    @inline\n    def apply(\n        GenerationTimestamp: js.UndefOr[GenericString] = js.undefined,\n        RecommendationId: js.UndefOr[GenericString] = js.undefined\n    ): ReservationPurchaseRecommendationMetadata = {\n      val __obj = js.Dynamic.literal()\n      GenerationTimestamp.foreach(__v => __obj.updateDynamic(\"GenerationTimestamp\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationPurchaseRecommendationMetadata]\n    }\n  }\n\n  \/** A summary about this recommendation, such as the currency code, the amount that AWS estimates that you could save, and the total amount of reservation to purchase.\n    *\/\n  @js.native\n  trait ReservationPurchaseRecommendationSummary extends js.Object {\n    var CurrencyCode: js.UndefOr[GenericString]\n    var TotalEstimatedMonthlySavingsAmount: js.UndefOr[GenericString]\n    var TotalEstimatedMonthlySavingsPercentage: js.UndefOr[GenericString]\n  }\n\n  object ReservationPurchaseRecommendationSummary {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        TotalEstimatedMonthlySavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        TotalEstimatedMonthlySavingsPercentage: js.UndefOr[GenericString] = js.undefined\n    ): ReservationPurchaseRecommendationSummary = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      TotalEstimatedMonthlySavingsAmount.foreach(__v => __obj.updateDynamic(\"TotalEstimatedMonthlySavingsAmount\")(__v.asInstanceOf[js.Any]))\n      TotalEstimatedMonthlySavingsPercentage.foreach(__v => __obj.updateDynamic(\"TotalEstimatedMonthlySavingsPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationPurchaseRecommendationSummary]\n    }\n  }\n\n  \/** A group of reservations that share a set of attributes.\n    *\/\n  @js.native\n  trait ReservationUtilizationGroup extends js.Object {\n    var Attributes: js.UndefOr[Attributes]\n    var Key: js.UndefOr[ReservationGroupKey]\n    var Utilization: js.UndefOr[ReservationAggregates]\n    var Value: js.UndefOr[ReservationGroupValue]\n  }\n\n  object ReservationUtilizationGroup {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[Attributes] = js.undefined,\n        Key: js.UndefOr[ReservationGroupKey] = js.undefined,\n        Utilization: js.UndefOr[ReservationAggregates] = js.undefined,\n        Value: js.UndefOr[ReservationGroupValue] = js.undefined\n    ): ReservationUtilizationGroup = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Utilization.foreach(__v => __obj.updateDynamic(\"Utilization\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationUtilizationGroup]\n    }\n  }\n\n  \/** Details on the resource.\n    *\/\n  @js.native\n  trait ResourceDetails extends js.Object {\n    var EC2ResourceDetails: js.UndefOr[EC2ResourceDetails]\n  }\n\n  object ResourceDetails {\n    @inline\n    def apply(\n        EC2ResourceDetails: js.UndefOr[EC2ResourceDetails] = js.undefined\n    ): ResourceDetails = {\n      val __obj = js.Dynamic.literal()\n      EC2ResourceDetails.foreach(__v => __obj.updateDynamic(\"EC2ResourceDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDetails]\n    }\n  }\n\n  \/** Resource utilization of current resource.\n    *\/\n  @js.native\n  trait ResourceUtilization extends js.Object {\n    var EC2ResourceUtilization: js.UndefOr[EC2ResourceUtilization]\n  }\n\n  object ResourceUtilization {\n    @inline\n    def apply(\n        EC2ResourceUtilization: js.UndefOr[EC2ResourceUtilization] = js.undefined\n    ): ResourceUtilization = {\n      val __obj = js.Dynamic.literal()\n      EC2ResourceUtilization.foreach(__v => __obj.updateDynamic(\"EC2ResourceUtilization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceUtilization]\n    }\n  }\n\n  \/** The result that is associated with a time period.\n    *\/\n  @js.native\n  trait ResultByTime extends js.Object {\n    var Estimated: js.UndefOr[Estimated]\n    var Groups: js.UndefOr[Groups]\n    var TimePeriod: js.UndefOr[DateInterval]\n    var Total: js.UndefOr[Metrics]\n  }\n\n  object ResultByTime {\n    @inline\n    def apply(\n        Estimated: js.UndefOr[Estimated] = js.undefined,\n        Groups: js.UndefOr[Groups] = js.undefined,\n        TimePeriod: js.UndefOr[DateInterval] = js.undefined,\n        Total: js.UndefOr[Metrics] = js.undefined\n    ): ResultByTime = {\n      val __obj = js.Dynamic.literal()\n      Estimated.foreach(__v => __obj.updateDynamic(\"Estimated\")(__v.asInstanceOf[js.Any]))\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultByTime]\n    }\n  }\n\n  \/** Recommendations to rightsize resources.\n    *\/\n  @js.native\n  trait RightsizingRecommendation extends js.Object {\n    var AccountId: js.UndefOr[GenericString]\n    var CurrentInstance: js.UndefOr[CurrentInstance]\n    var ModifyRecommendationDetail: js.UndefOr[ModifyRecommendationDetail]\n    var RightsizingType: js.UndefOr[RightsizingType]\n    var TerminateRecommendationDetail: js.UndefOr[TerminateRecommendationDetail]\n  }\n\n  object RightsizingRecommendation {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[GenericString] = js.undefined,\n        CurrentInstance: js.UndefOr[CurrentInstance] = js.undefined,\n        ModifyRecommendationDetail: js.UndefOr[ModifyRecommendationDetail] = js.undefined,\n        RightsizingType: js.UndefOr[RightsizingType] = js.undefined,\n        TerminateRecommendationDetail: js.UndefOr[TerminateRecommendationDetail] = js.undefined\n    ): RightsizingRecommendation = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CurrentInstance.foreach(__v => __obj.updateDynamic(\"CurrentInstance\")(__v.asInstanceOf[js.Any]))\n      ModifyRecommendationDetail.foreach(__v => __obj.updateDynamic(\"ModifyRecommendationDetail\")(__v.asInstanceOf[js.Any]))\n      RightsizingType.foreach(__v => __obj.updateDynamic(\"RightsizingType\")(__v.asInstanceOf[js.Any]))\n      TerminateRecommendationDetail.foreach(__v => __obj.updateDynamic(\"TerminateRecommendationDetail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RightsizingRecommendation]\n    }\n  }\n\n  \/** Enables you to customize recommendations across two attributes. You can choose to view recommendations for instances within the same instance families or across different instance families. You can also choose to view your estimated savings associated with recommendations with consideration of existing Savings Plans or RI benefits, or neither.\n    *\/\n  @js.native\n  trait RightsizingRecommendationConfiguration extends js.Object {\n    var BenefitsConsidered: GenericBoolean\n    var RecommendationTarget: RecommendationTarget\n  }\n\n  object RightsizingRecommendationConfiguration {\n    @inline\n    def apply(\n        BenefitsConsidered: GenericBoolean,\n        RecommendationTarget: RecommendationTarget\n    ): RightsizingRecommendationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"BenefitsConsidered\" -> BenefitsConsidered.asInstanceOf[js.Any],\n        \"RecommendationTarget\" -> RecommendationTarget.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RightsizingRecommendationConfiguration]\n    }\n  }\n\n  \/** Metadata for this recommendation set.\n    *\/\n  @js.native\n  trait RightsizingRecommendationMetadata extends js.Object {\n    var AdditionalMetadata: js.UndefOr[GenericString]\n    var GenerationTimestamp: js.UndefOr[GenericString]\n    var LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays]\n    var RecommendationId: js.UndefOr[GenericString]\n  }\n\n  object RightsizingRecommendationMetadata {\n    @inline\n    def apply(\n        AdditionalMetadata: js.UndefOr[GenericString] = js.undefined,\n        GenerationTimestamp: js.UndefOr[GenericString] = js.undefined,\n        LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays] = js.undefined,\n        RecommendationId: js.UndefOr[GenericString] = js.undefined\n    ): RightsizingRecommendationMetadata = {\n      val __obj = js.Dynamic.literal()\n      AdditionalMetadata.foreach(__v => __obj.updateDynamic(\"AdditionalMetadata\")(__v.asInstanceOf[js.Any]))\n      GenerationTimestamp.foreach(__v => __obj.updateDynamic(\"GenerationTimestamp\")(__v.asInstanceOf[js.Any]))\n      LookbackPeriodInDays.foreach(__v => __obj.updateDynamic(\"LookbackPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RightsizingRecommendationMetadata]\n    }\n  }\n\n  \/** Summary of rightsizing recommendations\n    *\/\n  @js.native\n  trait RightsizingRecommendationSummary extends js.Object {\n    var EstimatedTotalMonthlySavingsAmount: js.UndefOr[GenericString]\n    var SavingsCurrencyCode: js.UndefOr[GenericString]\n    var SavingsPercentage: js.UndefOr[GenericString]\n    var TotalRecommendationCount: js.UndefOr[GenericString]\n  }\n\n  object RightsizingRecommendationSummary {\n    @inline\n    def apply(\n        EstimatedTotalMonthlySavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        SavingsCurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        SavingsPercentage: js.UndefOr[GenericString] = js.undefined,\n        TotalRecommendationCount: js.UndefOr[GenericString] = js.undefined\n    ): RightsizingRecommendationSummary = {\n      val __obj = js.Dynamic.literal()\n      EstimatedTotalMonthlySavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedTotalMonthlySavingsAmount\")(__v.asInstanceOf[js.Any]))\n      SavingsCurrencyCode.foreach(__v => __obj.updateDynamic(\"SavingsCurrencyCode\")(__v.asInstanceOf[js.Any]))\n      SavingsPercentage.foreach(__v => __obj.updateDynamic(\"SavingsPercentage\")(__v.asInstanceOf[js.Any]))\n      TotalRecommendationCount.foreach(__v => __obj.updateDynamic(\"TotalRecommendationCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RightsizingRecommendationSummary]\n    }\n  }\n\n  @js.native\n  sealed trait RightsizingType extends js.Any\n  object RightsizingType {\n    val TERMINATE = \"TERMINATE\".asInstanceOf[RightsizingType]\n    val MODIFY = \"MODIFY\".asInstanceOf[RightsizingType]\n\n    @inline def values = js.Array(TERMINATE, MODIFY)\n  }\n\n  \/** The combination of AWS service, linked account, Region, and usage type where a cost anomaly is observed.\n    *\/\n  @js.native\n  trait RootCause extends js.Object {\n    var LinkedAccount: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n    var Service: js.UndefOr[GenericString]\n    var UsageType: js.UndefOr[GenericString]\n  }\n\n  object RootCause {\n    @inline\n    def apply(\n        LinkedAccount: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined,\n        Service: js.UndefOr[GenericString] = js.undefined,\n        UsageType: js.UndefOr[GenericString] = js.undefined\n    ): RootCause = {\n      val __obj = js.Dynamic.literal()\n      LinkedAccount.foreach(__v => __obj.updateDynamic(\"LinkedAccount\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      Service.foreach(__v => __obj.updateDynamic(\"Service\")(__v.asInstanceOf[js.Any]))\n      UsageType.foreach(__v => __obj.updateDynamic(\"UsageType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RootCause]\n    }\n  }\n\n  \/** The amortized amount of Savings Plans purchased in a specific account during a specific time interval.\n    *\/\n  @js.native\n  trait SavingsPlansAmortizedCommitment extends js.Object {\n    var AmortizedRecurringCommitment: js.UndefOr[GenericString]\n    var AmortizedUpfrontCommitment: js.UndefOr[GenericString]\n    var TotalAmortizedCommitment: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansAmortizedCommitment {\n    @inline\n    def apply(\n        AmortizedRecurringCommitment: js.UndefOr[GenericString] = js.undefined,\n        AmortizedUpfrontCommitment: js.UndefOr[GenericString] = js.undefined,\n        TotalAmortizedCommitment: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansAmortizedCommitment = {\n      val __obj = js.Dynamic.literal()\n      AmortizedRecurringCommitment.foreach(__v => __obj.updateDynamic(\"AmortizedRecurringCommitment\")(__v.asInstanceOf[js.Any]))\n      AmortizedUpfrontCommitment.foreach(__v => __obj.updateDynamic(\"AmortizedUpfrontCommitment\")(__v.asInstanceOf[js.Any]))\n      TotalAmortizedCommitment.foreach(__v => __obj.updateDynamic(\"TotalAmortizedCommitment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansAmortizedCommitment]\n    }\n  }\n\n  \/** The amount of Savings Plans eligible usage that is covered by Savings Plans. All calculations consider the On-Demand equivalent of your Savings Plans usage.\n    *\/\n  @js.native\n  trait SavingsPlansCoverage extends js.Object {\n    var Attributes: js.UndefOr[Attributes]\n    var Coverage: js.UndefOr[SavingsPlansCoverageData]\n    var TimePeriod: js.UndefOr[DateInterval]\n  }\n\n  object SavingsPlansCoverage {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[Attributes] = js.undefined,\n        Coverage: js.UndefOr[SavingsPlansCoverageData] = js.undefined,\n        TimePeriod: js.UndefOr[DateInterval] = js.undefined\n    ): SavingsPlansCoverage = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Coverage.foreach(__v => __obj.updateDynamic(\"Coverage\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansCoverage]\n    }\n  }\n\n  \/** Specific coverage percentage, On-Demand costs, and spend covered by Savings Plans, and total Savings Plans costs for an account.\n    *\/\n  @js.native\n  trait SavingsPlansCoverageData extends js.Object {\n    var CoveragePercentage: js.UndefOr[GenericString]\n    var OnDemandCost: js.UndefOr[GenericString]\n    var SpendCoveredBySavingsPlans: js.UndefOr[GenericString]\n    var TotalCost: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansCoverageData {\n    @inline\n    def apply(\n        CoveragePercentage: js.UndefOr[GenericString] = js.undefined,\n        OnDemandCost: js.UndefOr[GenericString] = js.undefined,\n        SpendCoveredBySavingsPlans: js.UndefOr[GenericString] = js.undefined,\n        TotalCost: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansCoverageData = {\n      val __obj = js.Dynamic.literal()\n      CoveragePercentage.foreach(__v => __obj.updateDynamic(\"CoveragePercentage\")(__v.asInstanceOf[js.Any]))\n      OnDemandCost.foreach(__v => __obj.updateDynamic(\"OnDemandCost\")(__v.asInstanceOf[js.Any]))\n      SpendCoveredBySavingsPlans.foreach(__v => __obj.updateDynamic(\"SpendCoveredBySavingsPlans\")(__v.asInstanceOf[js.Any]))\n      TotalCost.foreach(__v => __obj.updateDynamic(\"TotalCost\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansCoverageData]\n    }\n  }\n\n  @js.native\n  sealed trait SavingsPlansDataType extends js.Any\n  object SavingsPlansDataType {\n    val ATTRIBUTES = \"ATTRIBUTES\".asInstanceOf[SavingsPlansDataType]\n    val UTILIZATION = \"UTILIZATION\".asInstanceOf[SavingsPlansDataType]\n    val AMORTIZED_COMMITMENT = \"AMORTIZED_COMMITMENT\".asInstanceOf[SavingsPlansDataType]\n    val SAVINGS = \"SAVINGS\".asInstanceOf[SavingsPlansDataType]\n\n    @inline def values = js.Array(ATTRIBUTES, UTILIZATION, AMORTIZED_COMMITMENT, SAVINGS)\n  }\n\n  \/** Attribute details on a specific Savings Plan.\n    *\/\n  @js.native\n  trait SavingsPlansDetails extends js.Object {\n    var InstanceFamily: js.UndefOr[GenericString]\n    var OfferingId: js.UndefOr[GenericString]\n    var Region: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansDetails {\n    @inline\n    def apply(\n        InstanceFamily: js.UndefOr[GenericString] = js.undefined,\n        OfferingId: js.UndefOr[GenericString] = js.undefined,\n        Region: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansDetails = {\n      val __obj = js.Dynamic.literal()\n      InstanceFamily.foreach(__v => __obj.updateDynamic(\"InstanceFamily\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansDetails]\n    }\n  }\n\n  \/** Contains your request parameters, Savings Plan Recommendations Summary, and Details.\n    *\/\n  @js.native\n  trait SavingsPlansPurchaseRecommendation extends js.Object {\n    var AccountScope: js.UndefOr[AccountScope]\n    var LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays]\n    var PaymentOption: js.UndefOr[PaymentOption]\n    var SavingsPlansPurchaseRecommendationDetails: js.UndefOr[SavingsPlansPurchaseRecommendationDetailList]\n    var SavingsPlansPurchaseRecommendationSummary: js.UndefOr[SavingsPlansPurchaseRecommendationSummary]\n    var SavingsPlansType: js.UndefOr[SupportedSavingsPlansType]\n    var TermInYears: js.UndefOr[TermInYears]\n  }\n\n  object SavingsPlansPurchaseRecommendation {\n    @inline\n    def apply(\n        AccountScope: js.UndefOr[AccountScope] = js.undefined,\n        LookbackPeriodInDays: js.UndefOr[LookbackPeriodInDays] = js.undefined,\n        PaymentOption: js.UndefOr[PaymentOption] = js.undefined,\n        SavingsPlansPurchaseRecommendationDetails: js.UndefOr[SavingsPlansPurchaseRecommendationDetailList] = js.undefined,\n        SavingsPlansPurchaseRecommendationSummary: js.UndefOr[SavingsPlansPurchaseRecommendationSummary] = js.undefined,\n        SavingsPlansType: js.UndefOr[SupportedSavingsPlansType] = js.undefined,\n        TermInYears: js.UndefOr[TermInYears] = js.undefined\n    ): SavingsPlansPurchaseRecommendation = {\n      val __obj = js.Dynamic.literal()\n      AccountScope.foreach(__v => __obj.updateDynamic(\"AccountScope\")(__v.asInstanceOf[js.Any]))\n      LookbackPeriodInDays.foreach(__v => __obj.updateDynamic(\"LookbackPeriodInDays\")(__v.asInstanceOf[js.Any]))\n      PaymentOption.foreach(__v => __obj.updateDynamic(\"PaymentOption\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansPurchaseRecommendationDetails.foreach(__v => __obj.updateDynamic(\"SavingsPlansPurchaseRecommendationDetails\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansPurchaseRecommendationSummary.foreach(__v => __obj.updateDynamic(\"SavingsPlansPurchaseRecommendationSummary\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansType.foreach(__v => __obj.updateDynamic(\"SavingsPlansType\")(__v.asInstanceOf[js.Any]))\n      TermInYears.foreach(__v => __obj.updateDynamic(\"TermInYears\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansPurchaseRecommendation]\n    }\n  }\n\n  \/** Details for your recommended Savings Plans.\n    *\/\n  @js.native\n  trait SavingsPlansPurchaseRecommendationDetail extends js.Object {\n    var AccountId: js.UndefOr[GenericString]\n    var CurrencyCode: js.UndefOr[GenericString]\n    var CurrentAverageHourlyOnDemandSpend: js.UndefOr[GenericString]\n    var CurrentMaximumHourlyOnDemandSpend: js.UndefOr[GenericString]\n    var CurrentMinimumHourlyOnDemandSpend: js.UndefOr[GenericString]\n    var EstimatedAverageUtilization: js.UndefOr[GenericString]\n    var EstimatedMonthlySavingsAmount: js.UndefOr[GenericString]\n    var EstimatedOnDemandCost: js.UndefOr[GenericString]\n    var EstimatedOnDemandCostWithCurrentCommitment: js.UndefOr[GenericString]\n    var EstimatedROI: js.UndefOr[GenericString]\n    var EstimatedSPCost: js.UndefOr[GenericString]\n    var EstimatedSavingsAmount: js.UndefOr[GenericString]\n    var EstimatedSavingsPercentage: js.UndefOr[GenericString]\n    var HourlyCommitmentToPurchase: js.UndefOr[GenericString]\n    var SavingsPlansDetails: js.UndefOr[SavingsPlansDetails]\n    var UpfrontCost: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansPurchaseRecommendationDetail {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[GenericString] = js.undefined,\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        CurrentAverageHourlyOnDemandSpend: js.UndefOr[GenericString] = js.undefined,\n        CurrentMaximumHourlyOnDemandSpend: js.UndefOr[GenericString] = js.undefined,\n        CurrentMinimumHourlyOnDemandSpend: js.UndefOr[GenericString] = js.undefined,\n        EstimatedAverageUtilization: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        EstimatedOnDemandCost: js.UndefOr[GenericString] = js.undefined,\n        EstimatedOnDemandCostWithCurrentCommitment: js.UndefOr[GenericString] = js.undefined,\n        EstimatedROI: js.UndefOr[GenericString] = js.undefined,\n        EstimatedSPCost: js.UndefOr[GenericString] = js.undefined,\n        EstimatedSavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        EstimatedSavingsPercentage: js.UndefOr[GenericString] = js.undefined,\n        HourlyCommitmentToPurchase: js.UndefOr[GenericString] = js.undefined,\n        SavingsPlansDetails: js.UndefOr[SavingsPlansDetails] = js.undefined,\n        UpfrontCost: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansPurchaseRecommendationDetail = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      CurrentAverageHourlyOnDemandSpend.foreach(__v => __obj.updateDynamic(\"CurrentAverageHourlyOnDemandSpend\")(__v.asInstanceOf[js.Any]))\n      CurrentMaximumHourlyOnDemandSpend.foreach(__v => __obj.updateDynamic(\"CurrentMaximumHourlyOnDemandSpend\")(__v.asInstanceOf[js.Any]))\n      CurrentMinimumHourlyOnDemandSpend.foreach(__v => __obj.updateDynamic(\"CurrentMinimumHourlyOnDemandSpend\")(__v.asInstanceOf[js.Any]))\n      EstimatedAverageUtilization.foreach(__v => __obj.updateDynamic(\"EstimatedAverageUtilization\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavingsAmount\")(__v.asInstanceOf[js.Any]))\n      EstimatedOnDemandCost.foreach(__v => __obj.updateDynamic(\"EstimatedOnDemandCost\")(__v.asInstanceOf[js.Any]))\n      EstimatedOnDemandCostWithCurrentCommitment.foreach(__v => __obj.updateDynamic(\"EstimatedOnDemandCostWithCurrentCommitment\")(__v.asInstanceOf[js.Any]))\n      EstimatedROI.foreach(__v => __obj.updateDynamic(\"EstimatedROI\")(__v.asInstanceOf[js.Any]))\n      EstimatedSPCost.foreach(__v => __obj.updateDynamic(\"EstimatedSPCost\")(__v.asInstanceOf[js.Any]))\n      EstimatedSavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedSavingsAmount\")(__v.asInstanceOf[js.Any]))\n      EstimatedSavingsPercentage.foreach(__v => __obj.updateDynamic(\"EstimatedSavingsPercentage\")(__v.asInstanceOf[js.Any]))\n      HourlyCommitmentToPurchase.foreach(__v => __obj.updateDynamic(\"HourlyCommitmentToPurchase\")(__v.asInstanceOf[js.Any]))\n      SavingsPlansDetails.foreach(__v => __obj.updateDynamic(\"SavingsPlansDetails\")(__v.asInstanceOf[js.Any]))\n      UpfrontCost.foreach(__v => __obj.updateDynamic(\"UpfrontCost\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansPurchaseRecommendationDetail]\n    }\n  }\n\n  \/** Metadata about your Savings Plans Purchase Recommendations.\n    *\/\n  @js.native\n  trait SavingsPlansPurchaseRecommendationMetadata extends js.Object {\n    var AdditionalMetadata: js.UndefOr[GenericString]\n    var GenerationTimestamp: js.UndefOr[GenericString]\n    var RecommendationId: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansPurchaseRecommendationMetadata {\n    @inline\n    def apply(\n        AdditionalMetadata: js.UndefOr[GenericString] = js.undefined,\n        GenerationTimestamp: js.UndefOr[GenericString] = js.undefined,\n        RecommendationId: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansPurchaseRecommendationMetadata = {\n      val __obj = js.Dynamic.literal()\n      AdditionalMetadata.foreach(__v => __obj.updateDynamic(\"AdditionalMetadata\")(__v.asInstanceOf[js.Any]))\n      GenerationTimestamp.foreach(__v => __obj.updateDynamic(\"GenerationTimestamp\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansPurchaseRecommendationMetadata]\n    }\n  }\n\n  \/** Summary metrics for your Savings Plans Purchase Recommendations.\n    *\/\n  @js.native\n  trait SavingsPlansPurchaseRecommendationSummary extends js.Object {\n    var CurrencyCode: js.UndefOr[GenericString]\n    var CurrentOnDemandSpend: js.UndefOr[GenericString]\n    var DailyCommitmentToPurchase: js.UndefOr[GenericString]\n    var EstimatedMonthlySavingsAmount: js.UndefOr[GenericString]\n    var EstimatedOnDemandCostWithCurrentCommitment: js.UndefOr[GenericString]\n    var EstimatedROI: js.UndefOr[GenericString]\n    var EstimatedSavingsAmount: js.UndefOr[GenericString]\n    var EstimatedSavingsPercentage: js.UndefOr[GenericString]\n    var EstimatedTotalCost: js.UndefOr[GenericString]\n    var HourlyCommitmentToPurchase: js.UndefOr[GenericString]\n    var TotalRecommendationCount: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansPurchaseRecommendationSummary {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        CurrentOnDemandSpend: js.UndefOr[GenericString] = js.undefined,\n        DailyCommitmentToPurchase: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        EstimatedOnDemandCostWithCurrentCommitment: js.UndefOr[GenericString] = js.undefined,\n        EstimatedROI: js.UndefOr[GenericString] = js.undefined,\n        EstimatedSavingsAmount: js.UndefOr[GenericString] = js.undefined,\n        EstimatedSavingsPercentage: js.UndefOr[GenericString] = js.undefined,\n        EstimatedTotalCost: js.UndefOr[GenericString] = js.undefined,\n        HourlyCommitmentToPurchase: js.UndefOr[GenericString] = js.undefined,\n        TotalRecommendationCount: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansPurchaseRecommendationSummary = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      CurrentOnDemandSpend.foreach(__v => __obj.updateDynamic(\"CurrentOnDemandSpend\")(__v.asInstanceOf[js.Any]))\n      DailyCommitmentToPurchase.foreach(__v => __obj.updateDynamic(\"DailyCommitmentToPurchase\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavingsAmount\")(__v.asInstanceOf[js.Any]))\n      EstimatedOnDemandCostWithCurrentCommitment.foreach(__v => __obj.updateDynamic(\"EstimatedOnDemandCostWithCurrentCommitment\")(__v.asInstanceOf[js.Any]))\n      EstimatedROI.foreach(__v => __obj.updateDynamic(\"EstimatedROI\")(__v.asInstanceOf[js.Any]))\n      EstimatedSavingsAmount.foreach(__v => __obj.updateDynamic(\"EstimatedSavingsAmount\")(__v.asInstanceOf[js.Any]))\n      EstimatedSavingsPercentage.foreach(__v => __obj.updateDynamic(\"EstimatedSavingsPercentage\")(__v.asInstanceOf[js.Any]))\n      EstimatedTotalCost.foreach(__v => __obj.updateDynamic(\"EstimatedTotalCost\")(__v.asInstanceOf[js.Any]))\n      HourlyCommitmentToPurchase.foreach(__v => __obj.updateDynamic(\"HourlyCommitmentToPurchase\")(__v.asInstanceOf[js.Any]))\n      TotalRecommendationCount.foreach(__v => __obj.updateDynamic(\"TotalRecommendationCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansPurchaseRecommendationSummary]\n    }\n  }\n\n  \/** The amount of savings you're accumulating, against the public On-Demand rate of the usage accrued in an account.\n    *\/\n  @js.native\n  trait SavingsPlansSavings extends js.Object {\n    var NetSavings: js.UndefOr[GenericString]\n    var OnDemandCostEquivalent: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansSavings {\n    @inline\n    def apply(\n        NetSavings: js.UndefOr[GenericString] = js.undefined,\n        OnDemandCostEquivalent: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansSavings = {\n      val __obj = js.Dynamic.literal()\n      NetSavings.foreach(__v => __obj.updateDynamic(\"NetSavings\")(__v.asInstanceOf[js.Any]))\n      OnDemandCostEquivalent.foreach(__v => __obj.updateDynamic(\"OnDemandCostEquivalent\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansSavings]\n    }\n  }\n\n  \/** The measurement of how well you are using your existing Savings Plans.\n    *\/\n  @js.native\n  trait SavingsPlansUtilization extends js.Object {\n    var TotalCommitment: js.UndefOr[GenericString]\n    var UnusedCommitment: js.UndefOr[GenericString]\n    var UsedCommitment: js.UndefOr[GenericString]\n    var UtilizationPercentage: js.UndefOr[GenericString]\n  }\n\n  object SavingsPlansUtilization {\n    @inline\n    def apply(\n        TotalCommitment: js.UndefOr[GenericString] = js.undefined,\n        UnusedCommitment: js.UndefOr[GenericString] = js.undefined,\n        UsedCommitment: js.UndefOr[GenericString] = js.undefined,\n        UtilizationPercentage: js.UndefOr[GenericString] = js.undefined\n    ): SavingsPlansUtilization = {\n      val __obj = js.Dynamic.literal()\n      TotalCommitment.foreach(__v => __obj.updateDynamic(\"TotalCommitment\")(__v.asInstanceOf[js.Any]))\n      UnusedCommitment.foreach(__v => __obj.updateDynamic(\"UnusedCommitment\")(__v.asInstanceOf[js.Any]))\n      UsedCommitment.foreach(__v => __obj.updateDynamic(\"UsedCommitment\")(__v.asInstanceOf[js.Any]))\n      UtilizationPercentage.foreach(__v => __obj.updateDynamic(\"UtilizationPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansUtilization]\n    }\n  }\n\n  \/** The aggregated utilization metrics for your Savings Plans usage.\n    *\/\n  @js.native\n  trait SavingsPlansUtilizationAggregates extends js.Object {\n    var Utilization: SavingsPlansUtilization\n    var AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment]\n    var Savings: js.UndefOr[SavingsPlansSavings]\n  }\n\n  object SavingsPlansUtilizationAggregates {\n    @inline\n    def apply(\n        Utilization: SavingsPlansUtilization,\n        AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment] = js.undefined,\n        Savings: js.UndefOr[SavingsPlansSavings] = js.undefined\n    ): SavingsPlansUtilizationAggregates = {\n      val __obj = js.Dynamic.literal(\n        \"Utilization\" -> Utilization.asInstanceOf[js.Any]\n      )\n\n      AmortizedCommitment.foreach(__v => __obj.updateDynamic(\"AmortizedCommitment\")(__v.asInstanceOf[js.Any]))\n      Savings.foreach(__v => __obj.updateDynamic(\"Savings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansUtilizationAggregates]\n    }\n  }\n\n  \/** The amount of Savings Plans utilization, in hours.\n    *\/\n  @js.native\n  trait SavingsPlansUtilizationByTime extends js.Object {\n    var TimePeriod: DateInterval\n    var Utilization: SavingsPlansUtilization\n    var AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment]\n    var Savings: js.UndefOr[SavingsPlansSavings]\n  }\n\n  object SavingsPlansUtilizationByTime {\n    @inline\n    def apply(\n        TimePeriod: DateInterval,\n        Utilization: SavingsPlansUtilization,\n        AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment] = js.undefined,\n        Savings: js.UndefOr[SavingsPlansSavings] = js.undefined\n    ): SavingsPlansUtilizationByTime = {\n      val __obj = js.Dynamic.literal(\n        \"TimePeriod\" -> TimePeriod.asInstanceOf[js.Any],\n        \"Utilization\" -> Utilization.asInstanceOf[js.Any]\n      )\n\n      AmortizedCommitment.foreach(__v => __obj.updateDynamic(\"AmortizedCommitment\")(__v.asInstanceOf[js.Any]))\n      Savings.foreach(__v => __obj.updateDynamic(\"Savings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansUtilizationByTime]\n    }\n  }\n\n  \/** A single daily or monthly Savings Plans utilization rate, and details for your account. A management account in an organization have access to member accounts. You can use <code>GetDimensionValues<\/code> to determine the possible dimension values.\n    *\/\n  @js.native\n  trait SavingsPlansUtilizationDetail extends js.Object {\n    var AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment]\n    var Attributes: js.UndefOr[Attributes]\n    var Savings: js.UndefOr[SavingsPlansSavings]\n    var SavingsPlanArn: js.UndefOr[SavingsPlanArn]\n    var Utilization: js.UndefOr[SavingsPlansUtilization]\n  }\n\n  object SavingsPlansUtilizationDetail {\n    @inline\n    def apply(\n        AmortizedCommitment: js.UndefOr[SavingsPlansAmortizedCommitment] = js.undefined,\n        Attributes: js.UndefOr[Attributes] = js.undefined,\n        Savings: js.UndefOr[SavingsPlansSavings] = js.undefined,\n        SavingsPlanArn: js.UndefOr[SavingsPlanArn] = js.undefined,\n        Utilization: js.UndefOr[SavingsPlansUtilization] = js.undefined\n    ): SavingsPlansUtilizationDetail = {\n      val __obj = js.Dynamic.literal()\n      AmortizedCommitment.foreach(__v => __obj.updateDynamic(\"AmortizedCommitment\")(__v.asInstanceOf[js.Any]))\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Savings.foreach(__v => __obj.updateDynamic(\"Savings\")(__v.asInstanceOf[js.Any]))\n      SavingsPlanArn.foreach(__v => __obj.updateDynamic(\"SavingsPlanArn\")(__v.asInstanceOf[js.Any]))\n      Utilization.foreach(__v => __obj.updateDynamic(\"Utilization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SavingsPlansUtilizationDetail]\n    }\n  }\n\n  \/** Hardware specifications for the service that you want recommendations for.\n    *\/\n  @js.native\n  trait ServiceSpecification extends js.Object {\n    var EC2Specification: js.UndefOr[EC2Specification]\n  }\n\n  object ServiceSpecification {\n    @inline\n    def apply(\n        EC2Specification: js.UndefOr[EC2Specification] = js.undefined\n    ): ServiceSpecification = {\n      val __obj = js.Dynamic.literal()\n      EC2Specification.foreach(__v => __obj.updateDynamic(\"EC2Specification\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceSpecification]\n    }\n  }\n\n  \/** The details of how to sort the data.\n    *\/\n  @js.native\n  trait SortDefinition extends js.Object {\n    var Key: SortDefinitionKey\n    var SortOrder: js.UndefOr[SortOrder]\n  }\n\n  object SortDefinition {\n    @inline\n    def apply(\n        Key: SortDefinitionKey,\n        SortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): SortDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      SortOrder.foreach(__v => __obj.updateDynamic(\"SortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SortDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val ASCENDING = \"ASCENDING\".asInstanceOf[SortOrder]\n    val DESCENDING = \"DESCENDING\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(ASCENDING, DESCENDING)\n  }\n\n  \/** The recipient of <code>AnomalySubscription<\/code> notifications.\n    *\/\n  @js.native\n  trait Subscriber extends js.Object {\n    var Address: js.UndefOr[SubscriberAddress]\n    var Status: js.UndefOr[SubscriberStatus]\n    var Type: js.UndefOr[SubscriberType]\n  }\n\n  object Subscriber {\n    @inline\n    def apply(\n        Address: js.UndefOr[SubscriberAddress] = js.undefined,\n        Status: js.UndefOr[SubscriberStatus] = js.undefined,\n        Type: js.UndefOr[SubscriberType] = js.undefined\n    ): Subscriber = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subscriber]\n    }\n  }\n\n  @js.native\n  sealed trait SubscriberStatus extends js.Any\n  object SubscriberStatus {\n    val CONFIRMED = \"CONFIRMED\".asInstanceOf[SubscriberStatus]\n    val DECLINED = \"DECLINED\".asInstanceOf[SubscriberStatus]\n\n    @inline def values = js.Array(CONFIRMED, DECLINED)\n  }\n\n  @js.native\n  sealed trait SubscriberType extends js.Any\n  object SubscriberType {\n    val EMAIL = \"EMAIL\".asInstanceOf[SubscriberType]\n    val SNS = \"SNS\".asInstanceOf[SubscriberType]\n\n    @inline def values = js.Array(EMAIL, SNS)\n  }\n\n  @js.native\n  sealed trait SupportedSavingsPlansType extends js.Any\n  object SupportedSavingsPlansType {\n    val COMPUTE_SP = \"COMPUTE_SP\".asInstanceOf[SupportedSavingsPlansType]\n    val EC2_INSTANCE_SP = \"EC2_INSTANCE_SP\".asInstanceOf[SupportedSavingsPlansType]\n    val SAGEMAKER_SP = \"SAGEMAKER_SP\".asInstanceOf[SupportedSavingsPlansType]\n\n    @inline def values = js.Array(COMPUTE_SP, EC2_INSTANCE_SP, SAGEMAKER_SP)\n  }\n\n  \/** The values that are available for a tag. If <code>Values<\/code> and <code>Key<\/code> are not specified, the <code>ABSENT<\/code> <code>MatchOption<\/code> is applied to all tags. That is, filtering on resources with no tags. If <code>Values<\/code> is provided and <code>Key<\/code> is not specified, the <code>ABSENT<\/code> <code>MatchOption<\/code> is applied to the tag <code>Key<\/code> only. That is, filtering on resources without the given tag key.\n    *\/\n  @js.native\n  trait TagValues extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var MatchOptions: js.UndefOr[MatchOptions]\n    var Values: js.UndefOr[Values]\n  }\n\n  object TagValues {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        MatchOptions: js.UndefOr[MatchOptions] = js.undefined,\n        Values: js.UndefOr[Values] = js.undefined\n    ): TagValues = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      MatchOptions.foreach(__v => __obj.updateDynamic(\"MatchOptions\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagValues]\n    }\n  }\n\n  \/** Details on recommended instance.\n    *\/\n  @js.native\n  trait TargetInstance extends js.Object {\n    var CurrencyCode: js.UndefOr[GenericString]\n    var DefaultTargetInstance: js.UndefOr[GenericBoolean]\n    var EstimatedMonthlyCost: js.UndefOr[GenericString]\n    var EstimatedMonthlySavings: js.UndefOr[GenericString]\n    var ExpectedResourceUtilization: js.UndefOr[ResourceUtilization]\n    var ResourceDetails: js.UndefOr[ResourceDetails]\n  }\n\n  object TargetInstance {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        DefaultTargetInstance: js.UndefOr[GenericBoolean] = js.undefined,\n        EstimatedMonthlyCost: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavings: js.UndefOr[GenericString] = js.undefined,\n        ExpectedResourceUtilization: js.UndefOr[ResourceUtilization] = js.undefined,\n        ResourceDetails: js.UndefOr[ResourceDetails] = js.undefined\n    ): TargetInstance = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      DefaultTargetInstance.foreach(__v => __obj.updateDynamic(\"DefaultTargetInstance\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlyCost.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlyCost\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavings.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavings\")(__v.asInstanceOf[js.Any]))\n      ExpectedResourceUtilization.foreach(__v => __obj.updateDynamic(\"ExpectedResourceUtilization\")(__v.asInstanceOf[js.Any]))\n      ResourceDetails.foreach(__v => __obj.updateDynamic(\"ResourceDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetInstance]\n    }\n  }\n\n  @js.native\n  sealed trait TermInYears extends js.Any\n  object TermInYears {\n    val ONE_YEAR = \"ONE_YEAR\".asInstanceOf[TermInYears]\n    val THREE_YEARS = \"THREE_YEARS\".asInstanceOf[TermInYears]\n\n    @inline def values = js.Array(ONE_YEAR, THREE_YEARS)\n  }\n\n  \/** Details on termination recommendation.\n    *\/\n  @js.native\n  trait TerminateRecommendationDetail extends js.Object {\n    var CurrencyCode: js.UndefOr[GenericString]\n    var EstimatedMonthlySavings: js.UndefOr[GenericString]\n  }\n\n  object TerminateRecommendationDetail {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[GenericString] = js.undefined,\n        EstimatedMonthlySavings: js.UndefOr[GenericString] = js.undefined\n    ): TerminateRecommendationDetail = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      EstimatedMonthlySavings.foreach(__v => __obj.updateDynamic(\"EstimatedMonthlySavings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TerminateRecommendationDetail]\n    }\n  }\n\n  \/** Filters cost anomalies based on the total impact.\n    *\/\n  @js.native\n  trait TotalImpactFilter extends js.Object {\n    var NumericOperator: NumericOperator\n    var StartValue: GenericDouble\n    var EndValue: js.UndefOr[GenericDouble]\n  }\n\n  object TotalImpactFilter {\n    @inline\n    def apply(\n        NumericOperator: NumericOperator,\n        StartValue: GenericDouble,\n        EndValue: js.UndefOr[GenericDouble] = js.undefined\n    ): TotalImpactFilter = {\n      val __obj = js.Dynamic.literal(\n        \"NumericOperator\" -> NumericOperator.asInstanceOf[js.Any],\n        \"StartValue\" -> StartValue.asInstanceOf[js.Any]\n      )\n\n      EndValue.foreach(__v => __obj.updateDynamic(\"EndValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TotalImpactFilter]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalyMonitorRequest extends js.Object {\n    var MonitorArn: GenericString\n    var MonitorName: js.UndefOr[GenericString]\n  }\n\n  object UpdateAnomalyMonitorRequest {\n    @inline\n    def apply(\n        MonitorArn: GenericString,\n        MonitorName: js.UndefOr[GenericString] = js.undefined\n    ): UpdateAnomalyMonitorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MonitorArn\" -> MonitorArn.asInstanceOf[js.Any]\n      )\n\n      MonitorName.foreach(__v => __obj.updateDynamic(\"MonitorName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnomalyMonitorRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalyMonitorResponse extends js.Object {\n    var MonitorArn: GenericString\n  }\n\n  object UpdateAnomalyMonitorResponse {\n    @inline\n    def apply(\n        MonitorArn: GenericString\n    ): UpdateAnomalyMonitorResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MonitorArn\" -> MonitorArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAnomalyMonitorResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalySubscriptionRequest extends js.Object {\n    var SubscriptionArn: GenericString\n    var Frequency: js.UndefOr[AnomalySubscriptionFrequency]\n    var MonitorArnList: js.UndefOr[MonitorArnList]\n    var Subscribers: js.UndefOr[Subscribers]\n    var SubscriptionName: js.UndefOr[GenericString]\n    var Threshold: js.UndefOr[NullableNonNegativeDouble]\n  }\n\n  object UpdateAnomalySubscriptionRequest {\n    @inline\n    def apply(\n        SubscriptionArn: GenericString,\n        Frequency: js.UndefOr[AnomalySubscriptionFrequency] = js.undefined,\n        MonitorArnList: js.UndefOr[MonitorArnList] = js.undefined,\n        Subscribers: js.UndefOr[Subscribers] = js.undefined,\n        SubscriptionName: js.UndefOr[GenericString] = js.undefined,\n        Threshold: js.UndefOr[NullableNonNegativeDouble] = js.undefined\n    ): UpdateAnomalySubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n\n      Frequency.foreach(__v => __obj.updateDynamic(\"Frequency\")(__v.asInstanceOf[js.Any]))\n      MonitorArnList.foreach(__v => __obj.updateDynamic(\"MonitorArnList\")(__v.asInstanceOf[js.Any]))\n      Subscribers.foreach(__v => __obj.updateDynamic(\"Subscribers\")(__v.asInstanceOf[js.Any]))\n      SubscriptionName.foreach(__v => __obj.updateDynamic(\"SubscriptionName\")(__v.asInstanceOf[js.Any]))\n      Threshold.foreach(__v => __obj.updateDynamic(\"Threshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAnomalySubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAnomalySubscriptionResponse extends js.Object {\n    var SubscriptionArn: GenericString\n  }\n\n  object UpdateAnomalySubscriptionResponse {\n    @inline\n    def apply(\n        SubscriptionArn: GenericString\n    ): UpdateAnomalySubscriptionResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionArn\" -> SubscriptionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAnomalySubscriptionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateCostCategoryDefinitionRequest extends js.Object {\n    var CostCategoryArn: Arn\n    var RuleVersion: CostCategoryRuleVersion\n    var Rules: CostCategoryRulesList\n    var DefaultValue: js.UndefOr[CostCategoryValue]\n  }\n\n  object UpdateCostCategoryDefinitionRequest {\n    @inline\n    def apply(\n        CostCategoryArn: Arn,\n        RuleVersion: CostCategoryRuleVersion,\n        Rules: CostCategoryRulesList,\n        DefaultValue: js.UndefOr[CostCategoryValue] = js.undefined\n    ): UpdateCostCategoryDefinitionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CostCategoryArn\" -> CostCategoryArn.asInstanceOf[js.Any],\n        \"RuleVersion\" -> RuleVersion.asInstanceOf[js.Any],\n        \"Rules\" -> Rules.asInstanceOf[js.Any]\n      )\n\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCostCategoryDefinitionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCostCategoryDefinitionResponse extends js.Object {\n    var CostCategoryArn: js.UndefOr[Arn]\n    var EffectiveStart: js.UndefOr[ZonedDateTime]\n  }\n\n  object UpdateCostCategoryDefinitionResponse {\n    @inline\n    def apply(\n        CostCategoryArn: js.UndefOr[Arn] = js.undefined,\n        EffectiveStart: js.UndefOr[ZonedDateTime] = js.undefined\n    ): UpdateCostCategoryDefinitionResponse = {\n      val __obj = js.Dynamic.literal()\n      CostCategoryArn.foreach(__v => __obj.updateDynamic(\"CostCategoryArn\")(__v.asInstanceOf[js.Any]))\n      EffectiveStart.foreach(__v => __obj.updateDynamic(\"EffectiveStart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCostCategoryDefinitionResponse]\n    }\n  }\n\n  \/** The amount of utilization, in hours.\n    *\/\n  @js.native\n  trait UtilizationByTime extends js.Object {\n    var Groups: js.UndefOr[ReservationUtilizationGroups]\n    var TimePeriod: js.UndefOr[DateInterval]\n    var Total: js.UndefOr[ReservationAggregates]\n  }\n\n  object UtilizationByTime {\n    @inline\n    def apply(\n        Groups: js.UndefOr[ReservationUtilizationGroups] = js.undefined,\n        TimePeriod: js.UndefOr[DateInterval] = js.undefined,\n        Total: js.UndefOr[ReservationAggregates] = js.undefined\n    ): UtilizationByTime = {\n      val __obj = js.Dynamic.literal()\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      TimePeriod.foreach(__v => __obj.updateDynamic(\"TimePeriod\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UtilizationByTime]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/polly\/src\/main\/scala\/facade\/amazonaws\/services\/Polly.scala","text":"<filename>services\/polly\/src\/main\/scala\/facade\/amazonaws\/services\/Polly.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object polly {\n  type Alphabet = String\n  type AudioStream = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type ContentType = String\n  type DateTime = js.Date\n  type EngineList = js.Array[Engine]\n  type IncludeAdditionalLanguageCodes = Boolean\n  type LanguageCodeList = js.Array[LanguageCode]\n  type LanguageName = String\n  type LastModified = js.Date\n  type LexemesCount = Int\n  type LexiconArn = String\n  type LexiconContent = String\n  type LexiconDescriptionList = js.Array[LexiconDescription]\n  type LexiconName = String\n  type LexiconNameList = js.Array[LexiconName]\n  type MaxResults = Int\n  type NextToken = String\n  type OutputS3BucketName = String\n  type OutputS3KeyPrefix = String\n  type OutputUri = String\n  type RequestCharacters = Int\n  type SampleRate = String\n  type Size = Int\n  type SnsTopicArn = String\n  type SpeechMarkTypeList = js.Array[SpeechMarkType]\n  type SynthesisTasks = js.Array[SynthesisTask]\n  type TaskId = String\n  type TaskStatusReason = String\n  type Text = String\n  type VoiceList = js.Array[Voice]\n  type VoiceName = String\n\n  implicit final class PollyOps(private val service: Polly) extends AnyVal {\n\n    @inline def deleteLexiconFuture(params: DeleteLexiconInput): Future[DeleteLexiconOutput] = service.deleteLexicon(params).promise().toFuture\n    @inline def describeVoicesFuture(params: DescribeVoicesInput): Future[DescribeVoicesOutput] = service.describeVoices(params).promise().toFuture\n    @inline def getLexiconFuture(params: GetLexiconInput): Future[GetLexiconOutput] = service.getLexicon(params).promise().toFuture\n    @inline def getSpeechSynthesisTaskFuture(params: GetSpeechSynthesisTaskInput): Future[GetSpeechSynthesisTaskOutput] = service.getSpeechSynthesisTask(params).promise().toFuture\n    @inline def listLexiconsFuture(params: ListLexiconsInput): Future[ListLexiconsOutput] = service.listLexicons(params).promise().toFuture\n    @inline def listSpeechSynthesisTasksFuture(params: ListSpeechSynthesisTasksInput): Future[ListSpeechSynthesisTasksOutput] = service.listSpeechSynthesisTasks(params).promise().toFuture\n    @inline def putLexiconFuture(params: PutLexiconInput): Future[PutLexiconOutput] = service.putLexicon(params).promise().toFuture\n    @inline def startSpeechSynthesisTaskFuture(params: StartSpeechSynthesisTaskInput): Future[StartSpeechSynthesisTaskOutput] = service.startSpeechSynthesisTask(params).promise().toFuture\n    @inline def synthesizeSpeechFuture(params: SynthesizeSpeechInput): Future[SynthesizeSpeechOutput] = service.synthesizeSpeech(params).promise().toFuture\n\n  }\n}\n\npackage polly {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/polly\", JSImport.Namespace, \"AWS.Polly\")\n  class Polly() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteLexicon(params: DeleteLexiconInput): Request[DeleteLexiconOutput] = js.native\n    def describeVoices(params: DescribeVoicesInput): Request[DescribeVoicesOutput] = js.native\n    def getLexicon(params: GetLexiconInput): Request[GetLexiconOutput] = js.native\n    def getSpeechSynthesisTask(params: GetSpeechSynthesisTaskInput): Request[GetSpeechSynthesisTaskOutput] = js.native\n    def listLexicons(params: ListLexiconsInput): Request[ListLexiconsOutput] = js.native\n    def listSpeechSynthesisTasks(params: ListSpeechSynthesisTasksInput): Request[ListSpeechSynthesisTasksOutput] = js.native\n    def putLexicon(params: PutLexiconInput): Request[PutLexiconOutput] = js.native\n    def startSpeechSynthesisTask(params: StartSpeechSynthesisTaskInput): Request[StartSpeechSynthesisTaskOutput] = js.native\n    def synthesizeSpeech(params: SynthesizeSpeechInput): Request[SynthesizeSpeechOutput] = js.native\n  }\n\n  @js.native\n  trait DeleteLexiconInput extends js.Object {\n    var Name: LexiconName\n  }\n\n  object DeleteLexiconInput {\n    @inline\n    def apply(\n        Name: LexiconName\n    ): DeleteLexiconInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLexiconInput]\n    }\n  }\n\n  @js.native\n  trait DeleteLexiconOutput extends js.Object\n\n  object DeleteLexiconOutput {\n    @inline\n    def apply(): DeleteLexiconOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteLexiconOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeVoicesInput extends js.Object {\n    var Engine: js.UndefOr[Engine]\n    var IncludeAdditionalLanguageCodes: js.UndefOr[IncludeAdditionalLanguageCodes]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeVoicesInput {\n    @inline\n    def apply(\n        Engine: js.UndefOr[Engine] = js.undefined,\n        IncludeAdditionalLanguageCodes: js.UndefOr[IncludeAdditionalLanguageCodes] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeVoicesInput = {\n      val __obj = js.Dynamic.literal()\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      IncludeAdditionalLanguageCodes.foreach(__v => __obj.updateDynamic(\"IncludeAdditionalLanguageCodes\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVoicesInput]\n    }\n  }\n\n  @js.native\n  trait DescribeVoicesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Voices: js.UndefOr[VoiceList]\n  }\n\n  object DescribeVoicesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Voices: js.UndefOr[VoiceList] = js.undefined\n    ): DescribeVoicesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Voices.foreach(__v => __obj.updateDynamic(\"Voices\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVoicesOutput]\n    }\n  }\n\n  @js.native\n  sealed trait Engine extends js.Any\n  object Engine {\n    val standard = \"standard\".asInstanceOf[Engine]\n    val neural = \"neural\".asInstanceOf[Engine]\n\n    @inline def values = js.Array(standard, neural)\n  }\n\n  @js.native\n  sealed trait Gender extends js.Any\n  object Gender {\n    val Female = \"Female\".asInstanceOf[Gender]\n    val Male = \"Male\".asInstanceOf[Gender]\n\n    @inline def values = js.Array(Female, Male)\n  }\n\n  @js.native\n  trait GetLexiconInput extends js.Object {\n    var Name: LexiconName\n  }\n\n  object GetLexiconInput {\n    @inline\n    def apply(\n        Name: LexiconName\n    ): GetLexiconInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetLexiconInput]\n    }\n  }\n\n  @js.native\n  trait GetLexiconOutput extends js.Object {\n    var Lexicon: js.UndefOr[Lexicon]\n    var LexiconAttributes: js.UndefOr[LexiconAttributes]\n  }\n\n  object GetLexiconOutput {\n    @inline\n    def apply(\n        Lexicon: js.UndefOr[Lexicon] = js.undefined,\n        LexiconAttributes: js.UndefOr[LexiconAttributes] = js.undefined\n    ): GetLexiconOutput = {\n      val __obj = js.Dynamic.literal()\n      Lexicon.foreach(__v => __obj.updateDynamic(\"Lexicon\")(__v.asInstanceOf[js.Any]))\n      LexiconAttributes.foreach(__v => __obj.updateDynamic(\"LexiconAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetLexiconOutput]\n    }\n  }\n\n  @js.native\n  trait GetSpeechSynthesisTaskInput extends js.Object {\n    var TaskId: TaskId\n  }\n\n  object GetSpeechSynthesisTaskInput {\n    @inline\n    def apply(\n        TaskId: TaskId\n    ): GetSpeechSynthesisTaskInput = {\n      val __obj = js.Dynamic.literal(\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSpeechSynthesisTaskInput]\n    }\n  }\n\n  @js.native\n  trait GetSpeechSynthesisTaskOutput extends js.Object {\n    var SynthesisTask: js.UndefOr[SynthesisTask]\n  }\n\n  object GetSpeechSynthesisTaskOutput {\n    @inline\n    def apply(\n        SynthesisTask: js.UndefOr[SynthesisTask] = js.undefined\n    ): GetSpeechSynthesisTaskOutput = {\n      val __obj = js.Dynamic.literal()\n      SynthesisTask.foreach(__v => __obj.updateDynamic(\"SynthesisTask\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSpeechSynthesisTaskOutput]\n    }\n  }\n\n  @js.native\n  sealed trait LanguageCode extends js.Any\n  object LanguageCode {\n    val arb = \"arb\".asInstanceOf[LanguageCode]\n    val `cmn-CN` = \"cmn-CN\".asInstanceOf[LanguageCode]\n    val `cy-GB` = \"cy-GB\".asInstanceOf[LanguageCode]\n    val `da-DK` = \"da-DK\".asInstanceOf[LanguageCode]\n    val `de-DE` = \"de-DE\".asInstanceOf[LanguageCode]\n    val `en-AU` = \"en-AU\".asInstanceOf[LanguageCode]\n    val `en-GB` = \"en-GB\".asInstanceOf[LanguageCode]\n    val `en-GB-WLS` = \"en-GB-WLS\".asInstanceOf[LanguageCode]\n    val `en-IN` = \"en-IN\".asInstanceOf[LanguageCode]\n    val `en-US` = \"en-US\".asInstanceOf[LanguageCode]\n    val `es-ES` = \"es-ES\".asInstanceOf[LanguageCode]\n    val `es-MX` = \"es-MX\".asInstanceOf[LanguageCode]\n    val `es-US` = \"es-US\".asInstanceOf[LanguageCode]\n    val `fr-CA` = \"fr-CA\".asInstanceOf[LanguageCode]\n    val `fr-FR` = \"fr-FR\".asInstanceOf[LanguageCode]\n    val `is-IS` = \"is-IS\".asInstanceOf[LanguageCode]\n    val `it-IT` = \"it-IT\".asInstanceOf[LanguageCode]\n    val `ja-JP` = \"ja-JP\".asInstanceOf[LanguageCode]\n    val `hi-IN` = \"hi-IN\".asInstanceOf[LanguageCode]\n    val `ko-KR` = \"ko-KR\".asInstanceOf[LanguageCode]\n    val `nb-NO` = \"nb-NO\".asInstanceOf[LanguageCode]\n    val `nl-NL` = \"nl-NL\".asInstanceOf[LanguageCode]\n    val `pl-PL` = \"pl-PL\".asInstanceOf[LanguageCode]\n    val `pt-BR` = \"pt-BR\".asInstanceOf[LanguageCode]\n    val `pt-PT` = \"pt-PT\".asInstanceOf[LanguageCode]\n    val `ro-RO` = \"ro-RO\".asInstanceOf[LanguageCode]\n    val `ru-RU` = \"ru-RU\".asInstanceOf[LanguageCode]\n    val `sv-SE` = \"sv-SE\".asInstanceOf[LanguageCode]\n    val `tr-TR` = \"tr-TR\".asInstanceOf[LanguageCode]\n\n    @inline def values = js.Array(\n      arb,\n      `cmn-CN`,\n      `cy-GB`,\n      `da-DK`,\n      `de-DE`,\n      `en-AU`,\n      `en-GB`,\n      `en-GB-WLS`,\n      `en-IN`,\n      `en-US`,\n      `es-ES`,\n      `es-MX`,\n      `es-US`,\n      `fr-CA`,\n      `fr-FR`,\n      `is-IS`,\n      `it-IT`,\n      `ja-JP`,\n      `hi-IN`,\n      `ko-KR`,\n      `nb-NO`,\n      `nl-NL`,\n      `pl-PL`,\n      `pt-BR`,\n      `pt-PT`,\n      `ro-RO`,\n      `ru-RU`,\n      `sv-SE`,\n      `tr-TR`\n    )\n  }\n\n  \/** Provides lexicon name and lexicon content in string format. For more information, see [[https:\/\/www.w3.org\/TR\/pronunciation-lexicon\/|Pronunciation Lexicon Specification (PLS) Version 1.0]].\n    *\/\n  @js.native\n  trait Lexicon extends js.Object {\n    var Content: js.UndefOr[LexiconContent]\n    var Name: js.UndefOr[LexiconName]\n  }\n\n  object Lexicon {\n    @inline\n    def apply(\n        Content: js.UndefOr[LexiconContent] = js.undefined,\n        Name: js.UndefOr[LexiconName] = js.undefined\n    ): Lexicon = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Lexicon]\n    }\n  }\n\n  \/** Contains metadata describing the lexicon such as the number of lexemes, language code, and so on. For more information, see [[https:\/\/docs.aws.amazon.com\/polly\/latest\/dg\/managing-lexicons.html|Managing Lexicons]].\n    *\/\n  @js.native\n  trait LexiconAttributes extends js.Object {\n    var Alphabet: js.UndefOr[Alphabet]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModified: js.UndefOr[LastModified]\n    var LexemesCount: js.UndefOr[LexemesCount]\n    var LexiconArn: js.UndefOr[LexiconArn]\n    var Size: js.UndefOr[Size]\n  }\n\n  object LexiconAttributes {\n    @inline\n    def apply(\n        Alphabet: js.UndefOr[Alphabet] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModified: js.UndefOr[LastModified] = js.undefined,\n        LexemesCount: js.UndefOr[LexemesCount] = js.undefined,\n        LexiconArn: js.UndefOr[LexiconArn] = js.undefined,\n        Size: js.UndefOr[Size] = js.undefined\n    ): LexiconAttributes = {\n      val __obj = js.Dynamic.literal()\n      Alphabet.foreach(__v => __obj.updateDynamic(\"Alphabet\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      LexemesCount.foreach(__v => __obj.updateDynamic(\"LexemesCount\")(__v.asInstanceOf[js.Any]))\n      LexiconArn.foreach(__v => __obj.updateDynamic(\"LexiconArn\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LexiconAttributes]\n    }\n  }\n\n  \/** Describes the content of the lexicon.\n    *\/\n  @js.native\n  trait LexiconDescription extends js.Object {\n    var Attributes: js.UndefOr[LexiconAttributes]\n    var Name: js.UndefOr[LexiconName]\n  }\n\n  object LexiconDescription {\n    @inline\n    def apply(\n        Attributes: js.UndefOr[LexiconAttributes] = js.undefined,\n        Name: js.UndefOr[LexiconName] = js.undefined\n    ): LexiconDescription = {\n      val __obj = js.Dynamic.literal()\n      Attributes.foreach(__v => __obj.updateDynamic(\"Attributes\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LexiconDescription]\n    }\n  }\n\n  @js.native\n  trait ListLexiconsInput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLexiconsInput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLexiconsInput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLexiconsInput]\n    }\n  }\n\n  @js.native\n  trait ListLexiconsOutput extends js.Object {\n    var Lexicons: js.UndefOr[LexiconDescriptionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLexiconsOutput {\n    @inline\n    def apply(\n        Lexicons: js.UndefOr[LexiconDescriptionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLexiconsOutput = {\n      val __obj = js.Dynamic.literal()\n      Lexicons.foreach(__v => __obj.updateDynamic(\"Lexicons\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLexiconsOutput]\n    }\n  }\n\n  @js.native\n  trait ListSpeechSynthesisTasksInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[TaskStatus]\n  }\n\n  object ListSpeechSynthesisTasksInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[TaskStatus] = js.undefined\n    ): ListSpeechSynthesisTasksInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSpeechSynthesisTasksInput]\n    }\n  }\n\n  @js.native\n  trait ListSpeechSynthesisTasksOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var SynthesisTasks: js.UndefOr[SynthesisTasks]\n  }\n\n  object ListSpeechSynthesisTasksOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SynthesisTasks: js.UndefOr[SynthesisTasks] = js.undefined\n    ): ListSpeechSynthesisTasksOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SynthesisTasks.foreach(__v => __obj.updateDynamic(\"SynthesisTasks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSpeechSynthesisTasksOutput]\n    }\n  }\n\n  @js.native\n  sealed trait OutputFormat extends js.Any\n  object OutputFormat {\n    val json = \"json\".asInstanceOf[OutputFormat]\n    val mp3 = \"mp3\".asInstanceOf[OutputFormat]\n    val ogg_vorbis = \"ogg_vorbis\".asInstanceOf[OutputFormat]\n    val pcm = \"pcm\".asInstanceOf[OutputFormat]\n\n    @inline def values = js.Array(json, mp3, ogg_vorbis, pcm)\n  }\n\n  @js.native\n  trait PutLexiconInput extends js.Object {\n    var Content: LexiconContent\n    var Name: LexiconName\n  }\n\n  object PutLexiconInput {\n    @inline\n    def apply(\n        Content: LexiconContent,\n        Name: LexiconName\n    ): PutLexiconInput = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutLexiconInput]\n    }\n  }\n\n  @js.native\n  trait PutLexiconOutput extends js.Object\n\n  object PutLexiconOutput {\n    @inline\n    def apply(): PutLexiconOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutLexiconOutput]\n    }\n  }\n\n  @js.native\n  sealed trait SpeechMarkType extends js.Any\n  object SpeechMarkType {\n    val sentence = \"sentence\".asInstanceOf[SpeechMarkType]\n    val ssml = \"ssml\".asInstanceOf[SpeechMarkType]\n    val viseme = \"viseme\".asInstanceOf[SpeechMarkType]\n    val word = \"word\".asInstanceOf[SpeechMarkType]\n\n    @inline def values = js.Array(sentence, ssml, viseme, word)\n  }\n\n  @js.native\n  trait StartSpeechSynthesisTaskInput extends js.Object {\n    var OutputFormat: OutputFormat\n    var OutputS3BucketName: OutputS3BucketName\n    var Text: Text\n    var VoiceId: VoiceId\n    var Engine: js.UndefOr[Engine]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LexiconNames: js.UndefOr[LexiconNameList]\n    var OutputS3KeyPrefix: js.UndefOr[OutputS3KeyPrefix]\n    var SampleRate: js.UndefOr[SampleRate]\n    var SnsTopicArn: js.UndefOr[SnsTopicArn]\n    var SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList]\n    var TextType: js.UndefOr[TextType]\n  }\n\n  object StartSpeechSynthesisTaskInput {\n    @inline\n    def apply(\n        OutputFormat: OutputFormat,\n        OutputS3BucketName: OutputS3BucketName,\n        Text: Text,\n        VoiceId: VoiceId,\n        Engine: js.UndefOr[Engine] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LexiconNames: js.UndefOr[LexiconNameList] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[OutputS3KeyPrefix] = js.undefined,\n        SampleRate: js.UndefOr[SampleRate] = js.undefined,\n        SnsTopicArn: js.UndefOr[SnsTopicArn] = js.undefined,\n        SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList] = js.undefined,\n        TextType: js.UndefOr[TextType] = js.undefined\n    ): StartSpeechSynthesisTaskInput = {\n      val __obj = js.Dynamic.literal(\n        \"OutputFormat\" -> OutputFormat.asInstanceOf[js.Any],\n        \"OutputS3BucketName\" -> OutputS3BucketName.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any],\n        \"VoiceId\" -> VoiceId.asInstanceOf[js.Any]\n      )\n\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LexiconNames.foreach(__v => __obj.updateDynamic(\"LexiconNames\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SpeechMarkTypes.foreach(__v => __obj.updateDynamic(\"SpeechMarkTypes\")(__v.asInstanceOf[js.Any]))\n      TextType.foreach(__v => __obj.updateDynamic(\"TextType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSpeechSynthesisTaskInput]\n    }\n  }\n\n  @js.native\n  trait StartSpeechSynthesisTaskOutput extends js.Object {\n    var SynthesisTask: js.UndefOr[SynthesisTask]\n  }\n\n  object StartSpeechSynthesisTaskOutput {\n    @inline\n    def apply(\n        SynthesisTask: js.UndefOr[SynthesisTask] = js.undefined\n    ): StartSpeechSynthesisTaskOutput = {\n      val __obj = js.Dynamic.literal()\n      SynthesisTask.foreach(__v => __obj.updateDynamic(\"SynthesisTask\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSpeechSynthesisTaskOutput]\n    }\n  }\n\n  \/** SynthesisTask object that provides information about a speech synthesis task.\n    *\/\n  @js.native\n  trait SynthesisTask extends js.Object {\n    var CreationTime: js.UndefOr[DateTime]\n    var Engine: js.UndefOr[Engine]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LexiconNames: js.UndefOr[LexiconNameList]\n    var OutputFormat: js.UndefOr[OutputFormat]\n    var OutputUri: js.UndefOr[OutputUri]\n    var RequestCharacters: js.UndefOr[RequestCharacters]\n    var SampleRate: js.UndefOr[SampleRate]\n    var SnsTopicArn: js.UndefOr[SnsTopicArn]\n    var SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList]\n    var TaskId: js.UndefOr[TaskId]\n    var TaskStatus: js.UndefOr[TaskStatus]\n    var TaskStatusReason: js.UndefOr[TaskStatusReason]\n    var TextType: js.UndefOr[TextType]\n    var VoiceId: js.UndefOr[VoiceId]\n  }\n\n  object SynthesisTask {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[DateTime] = js.undefined,\n        Engine: js.UndefOr[Engine] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LexiconNames: js.UndefOr[LexiconNameList] = js.undefined,\n        OutputFormat: js.UndefOr[OutputFormat] = js.undefined,\n        OutputUri: js.UndefOr[OutputUri] = js.undefined,\n        RequestCharacters: js.UndefOr[RequestCharacters] = js.undefined,\n        SampleRate: js.UndefOr[SampleRate] = js.undefined,\n        SnsTopicArn: js.UndefOr[SnsTopicArn] = js.undefined,\n        SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList] = js.undefined,\n        TaskId: js.UndefOr[TaskId] = js.undefined,\n        TaskStatus: js.UndefOr[TaskStatus] = js.undefined,\n        TaskStatusReason: js.UndefOr[TaskStatusReason] = js.undefined,\n        TextType: js.UndefOr[TextType] = js.undefined,\n        VoiceId: js.UndefOr[VoiceId] = js.undefined\n    ): SynthesisTask = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LexiconNames.foreach(__v => __obj.updateDynamic(\"LexiconNames\")(__v.asInstanceOf[js.Any]))\n      OutputFormat.foreach(__v => __obj.updateDynamic(\"OutputFormat\")(__v.asInstanceOf[js.Any]))\n      OutputUri.foreach(__v => __obj.updateDynamic(\"OutputUri\")(__v.asInstanceOf[js.Any]))\n      RequestCharacters.foreach(__v => __obj.updateDynamic(\"RequestCharacters\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SpeechMarkTypes.foreach(__v => __obj.updateDynamic(\"SpeechMarkTypes\")(__v.asInstanceOf[js.Any]))\n      TaskId.foreach(__v => __obj.updateDynamic(\"TaskId\")(__v.asInstanceOf[js.Any]))\n      TaskStatus.foreach(__v => __obj.updateDynamic(\"TaskStatus\")(__v.asInstanceOf[js.Any]))\n      TaskStatusReason.foreach(__v => __obj.updateDynamic(\"TaskStatusReason\")(__v.asInstanceOf[js.Any]))\n      TextType.foreach(__v => __obj.updateDynamic(\"TextType\")(__v.asInstanceOf[js.Any]))\n      VoiceId.foreach(__v => __obj.updateDynamic(\"VoiceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SynthesisTask]\n    }\n  }\n\n  @js.native\n  trait SynthesizeSpeechInput extends js.Object {\n    var OutputFormat: OutputFormat\n    var Text: Text\n    var VoiceId: VoiceId\n    var Engine: js.UndefOr[Engine]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LexiconNames: js.UndefOr[LexiconNameList]\n    var SampleRate: js.UndefOr[SampleRate]\n    var SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList]\n    var TextType: js.UndefOr[TextType]\n  }\n\n  object SynthesizeSpeechInput {\n    @inline\n    def apply(\n        OutputFormat: OutputFormat,\n        Text: Text,\n        VoiceId: VoiceId,\n        Engine: js.UndefOr[Engine] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LexiconNames: js.UndefOr[LexiconNameList] = js.undefined,\n        SampleRate: js.UndefOr[SampleRate] = js.undefined,\n        SpeechMarkTypes: js.UndefOr[SpeechMarkTypeList] = js.undefined,\n        TextType: js.UndefOr[TextType] = js.undefined\n    ): SynthesizeSpeechInput = {\n      val __obj = js.Dynamic.literal(\n        \"OutputFormat\" -> OutputFormat.asInstanceOf[js.Any],\n        \"Text\" -> Text.asInstanceOf[js.Any],\n        \"VoiceId\" -> VoiceId.asInstanceOf[js.Any]\n      )\n\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LexiconNames.foreach(__v => __obj.updateDynamic(\"LexiconNames\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      SpeechMarkTypes.foreach(__v => __obj.updateDynamic(\"SpeechMarkTypes\")(__v.asInstanceOf[js.Any]))\n      TextType.foreach(__v => __obj.updateDynamic(\"TextType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SynthesizeSpeechInput]\n    }\n  }\n\n  @js.native\n  trait SynthesizeSpeechOutput extends js.Object {\n    var AudioStream: js.UndefOr[AudioStream]\n    var ContentType: js.UndefOr[ContentType]\n    var RequestCharacters: js.UndefOr[RequestCharacters]\n  }\n\n  object SynthesizeSpeechOutput {\n    @inline\n    def apply(\n        AudioStream: js.UndefOr[AudioStream] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        RequestCharacters: js.UndefOr[RequestCharacters] = js.undefined\n    ): SynthesizeSpeechOutput = {\n      val __obj = js.Dynamic.literal()\n      AudioStream.foreach(__v => __obj.updateDynamic(\"AudioStream\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      RequestCharacters.foreach(__v => __obj.updateDynamic(\"RequestCharacters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SynthesizeSpeechOutput]\n    }\n  }\n\n  @js.native\n  sealed trait TaskStatus extends js.Any\n  object TaskStatus {\n    val scheduled = \"scheduled\".asInstanceOf[TaskStatus]\n    val inProgress = \"inProgress\".asInstanceOf[TaskStatus]\n    val completed = \"completed\".asInstanceOf[TaskStatus]\n    val failed = \"failed\".asInstanceOf[TaskStatus]\n\n    @inline def values = js.Array(scheduled, inProgress, completed, failed)\n  }\n\n  @js.native\n  sealed trait TextType extends js.Any\n  object TextType {\n    val ssml = \"ssml\".asInstanceOf[TextType]\n    val text = \"text\".asInstanceOf[TextType]\n\n    @inline def values = js.Array(ssml, text)\n  }\n\n  \/** Description of the voice.\n    *\/\n  @js.native\n  trait Voice extends js.Object {\n    var AdditionalLanguageCodes: js.UndefOr[LanguageCodeList]\n    var Gender: js.UndefOr[Gender]\n    var Id: js.UndefOr[VoiceId]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageName: js.UndefOr[LanguageName]\n    var Name: js.UndefOr[VoiceName]\n    var SupportedEngines: js.UndefOr[EngineList]\n  }\n\n  object Voice {\n    @inline\n    def apply(\n        AdditionalLanguageCodes: js.UndefOr[LanguageCodeList] = js.undefined,\n        Gender: js.UndefOr[Gender] = js.undefined,\n        Id: js.UndefOr[VoiceId] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageName: js.UndefOr[LanguageName] = js.undefined,\n        Name: js.UndefOr[VoiceName] = js.undefined,\n        SupportedEngines: js.UndefOr[EngineList] = js.undefined\n    ): Voice = {\n      val __obj = js.Dynamic.literal()\n      AdditionalLanguageCodes.foreach(__v => __obj.updateDynamic(\"AdditionalLanguageCodes\")(__v.asInstanceOf[js.Any]))\n      Gender.foreach(__v => __obj.updateDynamic(\"Gender\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageName.foreach(__v => __obj.updateDynamic(\"LanguageName\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SupportedEngines.foreach(__v => __obj.updateDynamic(\"SupportedEngines\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Voice]\n    }\n  }\n\n  @js.native\n  sealed trait VoiceId extends js.Any\n  object VoiceId {\n    val Aditi = \"Aditi\".asInstanceOf[VoiceId]\n    val Amy = \"Amy\".asInstanceOf[VoiceId]\n    val Astrid = \"Astrid\".asInstanceOf[VoiceId]\n    val Bianca = \"Bianca\".asInstanceOf[VoiceId]\n    val Brian = \"Brian\".asInstanceOf[VoiceId]\n    val Camila = \"Camila\".asInstanceOf[VoiceId]\n    val Carla = \"Carla\".asInstanceOf[VoiceId]\n    val Carmen = \"Carmen\".asInstanceOf[VoiceId]\n    val Celine = \"Celine\".asInstanceOf[VoiceId]\n    val Chantal = \"Chantal\".asInstanceOf[VoiceId]\n    val Conchita = \"Conchita\".asInstanceOf[VoiceId]\n    val Cristiano = \"Cristiano\".asInstanceOf[VoiceId]\n    val Dora = \"Dora\".asInstanceOf[VoiceId]\n    val Emma = \"Emma\".asInstanceOf[VoiceId]\n    val Enrique = \"Enrique\".asInstanceOf[VoiceId]\n    val Ewa = \"Ewa\".asInstanceOf[VoiceId]\n    val Filiz = \"Filiz\".asInstanceOf[VoiceId]\n    val Geraint = \"Geraint\".asInstanceOf[VoiceId]\n    val Giorgio = \"Giorgio\".asInstanceOf[VoiceId]\n    val Gwyneth = \"Gwyneth\".asInstanceOf[VoiceId]\n    val Hans = \"Hans\".asInstanceOf[VoiceId]\n    val Ines = \"Ines\".asInstanceOf[VoiceId]\n    val Ivy = \"Ivy\".asInstanceOf[VoiceId]\n    val Jacek = \"Jacek\".asInstanceOf[VoiceId]\n    val Jan = \"Jan\".asInstanceOf[VoiceId]\n    val Joanna = \"Joanna\".asInstanceOf[VoiceId]\n    val Joey = \"Joey\".asInstanceOf[VoiceId]\n    val Justin = \"Justin\".asInstanceOf[VoiceId]\n    val Karl = \"Karl\".asInstanceOf[VoiceId]\n    val Kendra = \"Kendra\".asInstanceOf[VoiceId]\n    val Kevin = \"Kevin\".asInstanceOf[VoiceId]\n    val Kimberly = \"Kimberly\".asInstanceOf[VoiceId]\n    val Lea = \"Lea\".asInstanceOf[VoiceId]\n    val Liv = \"Liv\".asInstanceOf[VoiceId]\n    val Lotte = \"Lotte\".asInstanceOf[VoiceId]\n    val Lucia = \"Lucia\".asInstanceOf[VoiceId]\n    val Lupe = \"Lupe\".asInstanceOf[VoiceId]\n    val Mads = \"Mads\".asInstanceOf[VoiceId]\n    val Maja = \"Maja\".asInstanceOf[VoiceId]\n    val Marlene = \"Marlene\".asInstanceOf[VoiceId]\n    val Mathieu = \"Mathieu\".asInstanceOf[VoiceId]\n    val Matthew = \"Matthew\".asInstanceOf[VoiceId]\n    val Maxim = \"Maxim\".asInstanceOf[VoiceId]\n    val Mia = \"Mia\".asInstanceOf[VoiceId]\n    val Miguel = \"Miguel\".asInstanceOf[VoiceId]\n    val Mizuki = \"Mizuki\".asInstanceOf[VoiceId]\n    val Naja = \"Naja\".asInstanceOf[VoiceId]\n    val Nicole = \"Nicole\".asInstanceOf[VoiceId]\n    val Olivia = \"Olivia\".asInstanceOf[VoiceId]\n    val Penelope = \"Penelope\".asInstanceOf[VoiceId]\n    val Raveena = \"Raveena\".asInstanceOf[VoiceId]\n    val Ricardo = \"Ricardo\".asInstanceOf[VoiceId]\n    val Ruben = \"Ruben\".asInstanceOf[VoiceId]\n    val Russell = \"Russell\".asInstanceOf[VoiceId]\n    val Salli = \"Salli\".asInstanceOf[VoiceId]\n    val Seoyeon = \"Seoyeon\".asInstanceOf[VoiceId]\n    val Takumi = \"Takumi\".asInstanceOf[VoiceId]\n    val Tatyana = \"Tatyana\".asInstanceOf[VoiceId]\n    val Vicki = \"Vicki\".asInstanceOf[VoiceId]\n    val Vitoria = \"Vitoria\".asInstanceOf[VoiceId]\n    val Zeina = \"Zeina\".asInstanceOf[VoiceId]\n    val Zhiyu = \"Zhiyu\".asInstanceOf[VoiceId]\n\n    @inline def values = js.Array(\n      Aditi,\n      Amy,\n      Astrid,\n      Bianca,\n      Brian,\n      Camila,\n      Carla,\n      Carmen,\n      Celine,\n      Chantal,\n      Conchita,\n      Cristiano,\n      Dora,\n      Emma,\n      Enrique,\n      Ewa,\n      Filiz,\n      Geraint,\n      Giorgio,\n      Gwyneth,\n      Hans,\n      Ines,\n      Ivy,\n      Jacek,\n      Jan,\n      Joanna,\n      Joey,\n      Justin,\n      Karl,\n      Kendra,\n      Kevin,\n      Kimberly,\n      Lea,\n      Liv,\n      Lotte,\n      Lucia,\n      Lupe,\n      Mads,\n      Maja,\n      Marlene,\n      Mathieu,\n      Matthew,\n      Maxim,\n      Mia,\n      Miguel,\n      Mizuki,\n      Naja,\n      Nicole,\n      Olivia,\n      Penelope,\n      Raveena,\n      Ricardo,\n      Ruben,\n      Russell,\n      Salli,\n      Seoyeon,\n      Takumi,\n      Tatyana,\n      Vicki,\n      Vitoria,\n      Zeina,\n      Zhiyu\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotjobsdataplane\/src\/main\/scala\/facade\/amazonaws\/services\/IoTJobsDataPlane.scala","text":"<filename>services\/iotjobsdataplane\/src\/main\/scala\/facade\/amazonaws\/services\/IoTJobsDataPlane.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotjobsdataplane {\n  type ApproximateSecondsBeforeTimedOut = Double\n  type DescribeJobExecutionJobId = String\n  type DetailsKey = String\n  type DetailsMap = js.Dictionary[DetailsValue]\n  type DetailsValue = String\n  type ExecutionNumber = Double\n  type ExpectedVersion = Double\n  type IncludeExecutionState = Boolean\n  type IncludeJobDocument = Boolean\n  type JobDocument = String\n  type JobExecutionSummaryList = js.Array[JobExecutionSummary]\n  type JobId = String\n  type LastUpdatedAt = Double\n  type QueuedAt = Double\n  type StartedAt = Double\n  type StepTimeoutInMinutes = Double\n  type ThingName = String\n  type VersionNumber = Double\n\n  implicit final class IoTJobsDataPlaneOps(private val service: IoTJobsDataPlane) extends AnyVal {\n\n    @inline def describeJobExecutionFuture(params: DescribeJobExecutionRequest): Future[DescribeJobExecutionResponse] = service.describeJobExecution(params).promise().toFuture\n    @inline def getPendingJobExecutionsFuture(params: GetPendingJobExecutionsRequest): Future[GetPendingJobExecutionsResponse] = service.getPendingJobExecutions(params).promise().toFuture\n    @inline def startNextPendingJobExecutionFuture(params: StartNextPendingJobExecutionRequest): Future[StartNextPendingJobExecutionResponse] = service.startNextPendingJobExecution(params).promise().toFuture\n    @inline def updateJobExecutionFuture(params: UpdateJobExecutionRequest): Future[UpdateJobExecutionResponse] = service.updateJobExecution(params).promise().toFuture\n\n  }\n}\n\npackage iotjobsdataplane {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotjobsdataplane\", JSImport.Namespace, \"AWS.IoTJobsDataPlane\")\n  class IoTJobsDataPlane() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeJobExecution(params: DescribeJobExecutionRequest): Request[DescribeJobExecutionResponse] = js.native\n    def getPendingJobExecutions(params: GetPendingJobExecutionsRequest): Request[GetPendingJobExecutionsResponse] = js.native\n    def startNextPendingJobExecution(params: StartNextPendingJobExecutionRequest): Request[StartNextPendingJobExecutionResponse] = js.native\n    def updateJobExecution(params: UpdateJobExecutionRequest): Request[UpdateJobExecutionResponse] = js.native\n  }\n\n  @js.native\n  trait DescribeJobExecutionRequest extends js.Object {\n    var jobId: DescribeJobExecutionJobId\n    var thingName: ThingName\n    var executionNumber: js.UndefOr[ExecutionNumber]\n    var includeJobDocument: js.UndefOr[IncludeJobDocument]\n  }\n\n  object DescribeJobExecutionRequest {\n    @inline\n    def apply(\n        jobId: DescribeJobExecutionJobId,\n        thingName: ThingName,\n        executionNumber: js.UndefOr[ExecutionNumber] = js.undefined,\n        includeJobDocument: js.UndefOr[IncludeJobDocument] = js.undefined\n    ): DescribeJobExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      executionNumber.foreach(__v => __obj.updateDynamic(\"executionNumber\")(__v.asInstanceOf[js.Any]))\n      includeJobDocument.foreach(__v => __obj.updateDynamic(\"includeJobDocument\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeJobExecutionResponse extends js.Object {\n    var execution: js.UndefOr[JobExecution]\n  }\n\n  object DescribeJobExecutionResponse {\n    @inline\n    def apply(\n        execution: js.UndefOr[JobExecution] = js.undefined\n    ): DescribeJobExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      execution.foreach(__v => __obj.updateDynamic(\"execution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeJobExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait GetPendingJobExecutionsRequest extends js.Object {\n    var thingName: ThingName\n  }\n\n  object GetPendingJobExecutionsRequest {\n    @inline\n    def apply(\n        thingName: ThingName\n    ): GetPendingJobExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPendingJobExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait GetPendingJobExecutionsResponse extends js.Object {\n    var inProgressJobs: js.UndefOr[JobExecutionSummaryList]\n    var queuedJobs: js.UndefOr[JobExecutionSummaryList]\n  }\n\n  object GetPendingJobExecutionsResponse {\n    @inline\n    def apply(\n        inProgressJobs: js.UndefOr[JobExecutionSummaryList] = js.undefined,\n        queuedJobs: js.UndefOr[JobExecutionSummaryList] = js.undefined\n    ): GetPendingJobExecutionsResponse = {\n      val __obj = js.Dynamic.literal()\n      inProgressJobs.foreach(__v => __obj.updateDynamic(\"inProgressJobs\")(__v.asInstanceOf[js.Any]))\n      queuedJobs.foreach(__v => __obj.updateDynamic(\"queuedJobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPendingJobExecutionsResponse]\n    }\n  }\n\n  \/** Contains data about a job execution.\n    *\/\n  @js.native\n  trait JobExecution extends js.Object {\n    var approximateSecondsBeforeTimedOut: js.UndefOr[ApproximateSecondsBeforeTimedOut]\n    var executionNumber: js.UndefOr[ExecutionNumber]\n    var jobDocument: js.UndefOr[JobDocument]\n    var jobId: js.UndefOr[JobId]\n    var lastUpdatedAt: js.UndefOr[LastUpdatedAt]\n    var queuedAt: js.UndefOr[QueuedAt]\n    var startedAt: js.UndefOr[StartedAt]\n    var status: js.UndefOr[JobExecutionStatus]\n    var statusDetails: js.UndefOr[DetailsMap]\n    var thingName: js.UndefOr[ThingName]\n    var versionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object JobExecution {\n    @inline\n    def apply(\n        approximateSecondsBeforeTimedOut: js.UndefOr[ApproximateSecondsBeforeTimedOut] = js.undefined,\n        executionNumber: js.UndefOr[ExecutionNumber] = js.undefined,\n        jobDocument: js.UndefOr[JobDocument] = js.undefined,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        lastUpdatedAt: js.UndefOr[LastUpdatedAt] = js.undefined,\n        queuedAt: js.UndefOr[QueuedAt] = js.undefined,\n        startedAt: js.UndefOr[StartedAt] = js.undefined,\n        status: js.UndefOr[JobExecutionStatus] = js.undefined,\n        statusDetails: js.UndefOr[DetailsMap] = js.undefined,\n        thingName: js.UndefOr[ThingName] = js.undefined,\n        versionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): JobExecution = {\n      val __obj = js.Dynamic.literal()\n      approximateSecondsBeforeTimedOut.foreach(__v => __obj.updateDynamic(\"approximateSecondsBeforeTimedOut\")(__v.asInstanceOf[js.Any]))\n      executionNumber.foreach(__v => __obj.updateDynamic(\"executionNumber\")(__v.asInstanceOf[js.Any]))\n      jobDocument.foreach(__v => __obj.updateDynamic(\"jobDocument\")(__v.asInstanceOf[js.Any]))\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      queuedAt.foreach(__v => __obj.updateDynamic(\"queuedAt\")(__v.asInstanceOf[js.Any]))\n      startedAt.foreach(__v => __obj.updateDynamic(\"startedAt\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusDetails.foreach(__v => __obj.updateDynamic(\"statusDetails\")(__v.asInstanceOf[js.Any]))\n      thingName.foreach(__v => __obj.updateDynamic(\"thingName\")(__v.asInstanceOf[js.Any]))\n      versionNumber.foreach(__v => __obj.updateDynamic(\"versionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobExecution]\n    }\n  }\n\n  \/** Contains data about the state of a job execution.\n    *\/\n  @js.native\n  trait JobExecutionState extends js.Object {\n    var status: js.UndefOr[JobExecutionStatus]\n    var statusDetails: js.UndefOr[DetailsMap]\n    var versionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object JobExecutionState {\n    @inline\n    def apply(\n        status: js.UndefOr[JobExecutionStatus] = js.undefined,\n        statusDetails: js.UndefOr[DetailsMap] = js.undefined,\n        versionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): JobExecutionState = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusDetails.foreach(__v => __obj.updateDynamic(\"statusDetails\")(__v.asInstanceOf[js.Any]))\n      versionNumber.foreach(__v => __obj.updateDynamic(\"versionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobExecutionState]\n    }\n  }\n\n  @js.native\n  sealed trait JobExecutionStatus extends js.Any\n  object JobExecutionStatus {\n    val QUEUED = \"QUEUED\".asInstanceOf[JobExecutionStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[JobExecutionStatus]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[JobExecutionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[JobExecutionStatus]\n    val TIMED_OUT = \"TIMED_OUT\".asInstanceOf[JobExecutionStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[JobExecutionStatus]\n    val REMOVED = \"REMOVED\".asInstanceOf[JobExecutionStatus]\n    val CANCELED = \"CANCELED\".asInstanceOf[JobExecutionStatus]\n\n    @inline def values = js.Array(QUEUED, IN_PROGRESS, SUCCEEDED, FAILED, TIMED_OUT, REJECTED, REMOVED, CANCELED)\n  }\n\n  \/** Contains a subset of information about a job execution.\n    *\/\n  @js.native\n  trait JobExecutionSummary extends js.Object {\n    var executionNumber: js.UndefOr[ExecutionNumber]\n    var jobId: js.UndefOr[JobId]\n    var lastUpdatedAt: js.UndefOr[LastUpdatedAt]\n    var queuedAt: js.UndefOr[QueuedAt]\n    var startedAt: js.UndefOr[StartedAt]\n    var versionNumber: js.UndefOr[VersionNumber]\n  }\n\n  object JobExecutionSummary {\n    @inline\n    def apply(\n        executionNumber: js.UndefOr[ExecutionNumber] = js.undefined,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        lastUpdatedAt: js.UndefOr[LastUpdatedAt] = js.undefined,\n        queuedAt: js.UndefOr[QueuedAt] = js.undefined,\n        startedAt: js.UndefOr[StartedAt] = js.undefined,\n        versionNumber: js.UndefOr[VersionNumber] = js.undefined\n    ): JobExecutionSummary = {\n      val __obj = js.Dynamic.literal()\n      executionNumber.foreach(__v => __obj.updateDynamic(\"executionNumber\")(__v.asInstanceOf[js.Any]))\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      queuedAt.foreach(__v => __obj.updateDynamic(\"queuedAt\")(__v.asInstanceOf[js.Any]))\n      startedAt.foreach(__v => __obj.updateDynamic(\"startedAt\")(__v.asInstanceOf[js.Any]))\n      versionNumber.foreach(__v => __obj.updateDynamic(\"versionNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobExecutionSummary]\n    }\n  }\n\n  @js.native\n  trait StartNextPendingJobExecutionRequest extends js.Object {\n    var thingName: ThingName\n    var statusDetails: js.UndefOr[DetailsMap]\n    var stepTimeoutInMinutes: js.UndefOr[StepTimeoutInMinutes]\n  }\n\n  object StartNextPendingJobExecutionRequest {\n    @inline\n    def apply(\n        thingName: ThingName,\n        statusDetails: js.UndefOr[DetailsMap] = js.undefined,\n        stepTimeoutInMinutes: js.UndefOr[StepTimeoutInMinutes] = js.undefined\n    ): StartNextPendingJobExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      statusDetails.foreach(__v => __obj.updateDynamic(\"statusDetails\")(__v.asInstanceOf[js.Any]))\n      stepTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"stepTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartNextPendingJobExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StartNextPendingJobExecutionResponse extends js.Object {\n    var execution: js.UndefOr[JobExecution]\n  }\n\n  object StartNextPendingJobExecutionResponse {\n    @inline\n    def apply(\n        execution: js.UndefOr[JobExecution] = js.undefined\n    ): StartNextPendingJobExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      execution.foreach(__v => __obj.updateDynamic(\"execution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartNextPendingJobExecutionResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateJobExecutionRequest extends js.Object {\n    var jobId: JobId\n    var status: JobExecutionStatus\n    var thingName: ThingName\n    var executionNumber: js.UndefOr[ExecutionNumber]\n    var expectedVersion: js.UndefOr[ExpectedVersion]\n    var includeJobDocument: js.UndefOr[IncludeJobDocument]\n    var includeJobExecutionState: js.UndefOr[IncludeExecutionState]\n    var statusDetails: js.UndefOr[DetailsMap]\n    var stepTimeoutInMinutes: js.UndefOr[StepTimeoutInMinutes]\n  }\n\n  object UpdateJobExecutionRequest {\n    @inline\n    def apply(\n        jobId: JobId,\n        status: JobExecutionStatus,\n        thingName: ThingName,\n        executionNumber: js.UndefOr[ExecutionNumber] = js.undefined,\n        expectedVersion: js.UndefOr[ExpectedVersion] = js.undefined,\n        includeJobDocument: js.UndefOr[IncludeJobDocument] = js.undefined,\n        includeJobExecutionState: js.UndefOr[IncludeExecutionState] = js.undefined,\n        statusDetails: js.UndefOr[DetailsMap] = js.undefined,\n        stepTimeoutInMinutes: js.UndefOr[StepTimeoutInMinutes] = js.undefined\n    ): UpdateJobExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"thingName\" -> thingName.asInstanceOf[js.Any]\n      )\n\n      executionNumber.foreach(__v => __obj.updateDynamic(\"executionNumber\")(__v.asInstanceOf[js.Any]))\n      expectedVersion.foreach(__v => __obj.updateDynamic(\"expectedVersion\")(__v.asInstanceOf[js.Any]))\n      includeJobDocument.foreach(__v => __obj.updateDynamic(\"includeJobDocument\")(__v.asInstanceOf[js.Any]))\n      includeJobExecutionState.foreach(__v => __obj.updateDynamic(\"includeJobExecutionState\")(__v.asInstanceOf[js.Any]))\n      statusDetails.foreach(__v => __obj.updateDynamic(\"statusDetails\")(__v.asInstanceOf[js.Any]))\n      stepTimeoutInMinutes.foreach(__v => __obj.updateDynamic(\"stepTimeoutInMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateJobExecutionResponse extends js.Object {\n    var executionState: js.UndefOr[JobExecutionState]\n    var jobDocument: js.UndefOr[JobDocument]\n  }\n\n  object UpdateJobExecutionResponse {\n    @inline\n    def apply(\n        executionState: js.UndefOr[JobExecutionState] = js.undefined,\n        jobDocument: js.UndefOr[JobDocument] = js.undefined\n    ): UpdateJobExecutionResponse = {\n      val __obj = js.Dynamic.literal()\n      executionState.foreach(__v => __obj.updateDynamic(\"executionState\")(__v.asInstanceOf[js.Any]))\n      jobDocument.foreach(__v => __obj.updateDynamic(\"jobDocument\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateJobExecutionResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ssm\/src\/main\/scala\/facade\/amazonaws\/services\/SSM.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ssm {\n  type Account = String\n  type AccountId = String\n  type AccountIdList = js.Array[AccountId]\n  type AccountSharingInfoList = js.Array[AccountSharingInfo]\n  type Accounts = js.Array[Account]\n  type ActivationCode = String\n  type ActivationDescription = String\n  type ActivationId = String\n  type ActivationList = js.Array[Activation]\n  type AgentErrorCode = String\n  type AggregatorSchemaOnly = Boolean\n  type AllowedPattern = String\n  type ApplyOnlyAtCronInterval = Boolean\n  type ApproveAfterDays = Int\n  type AssociationDescriptionList = js.Array[AssociationDescription]\n  type AssociationExecutionFilterList = js.Array[AssociationExecutionFilter]\n  type AssociationExecutionFilterValue = String\n  type AssociationExecutionId = String\n  type AssociationExecutionTargetsFilterList = js.Array[AssociationExecutionTargetsFilter]\n  type AssociationExecutionTargetsFilterValue = String\n  type AssociationExecutionTargetsList = js.Array[AssociationExecutionTarget]\n  type AssociationExecutionsList = js.Array[AssociationExecution]\n  type AssociationFilterList = js.Array[AssociationFilter]\n  type AssociationFilterValue = String\n  type AssociationId = String\n  type AssociationIdList = js.Array[AssociationId]\n  type AssociationList = js.Array[Association]\n  type AssociationName = String\n  type AssociationResourceId = String\n  type AssociationResourceType = String\n  type AssociationStatusAggregatedCount = js.Dictionary[InstanceCount]\n  type AssociationVersion = String\n  type AssociationVersionList = js.Array[AssociationVersionInfo]\n  type AttachmentContentList = js.Array[AttachmentContent]\n  type AttachmentHash = String\n  type AttachmentIdentifier = String\n  type AttachmentInformationList = js.Array[AttachmentInformation]\n  type AttachmentName = String\n  type AttachmentUrl = String\n  type AttachmentsSourceList = js.Array[AttachmentsSource]\n  type AttachmentsSourceValue = String\n  type AttachmentsSourceValues = js.Array[AttachmentsSourceValue]\n  type AttributeName = String\n  type AttributeValue = String\n  type AutomationActionName = String\n  type AutomationExecutionFilterList = js.Array[AutomationExecutionFilter]\n  type AutomationExecutionFilterValue = String\n  type AutomationExecutionFilterValueList = js.Array[AutomationExecutionFilterValue]\n  type AutomationExecutionId = String\n  type AutomationExecutionMetadataList = js.Array[AutomationExecutionMetadata]\n  type AutomationParameterKey = String\n  type AutomationParameterMap = js.Dictionary[AutomationParameterValueList]\n  type AutomationParameterValue = String\n  type AutomationParameterValueList = js.Array[AutomationParameterValue]\n  type AutomationTargetParameterName = String\n  type BaselineDescription = String\n  type BaselineId = String\n  type BaselineName = String\n  type BatchErrorMessage = String\n  type CalendarNameOrARN = String\n  type CalendarNameOrARNList = js.Array[CalendarNameOrARN]\n  type ChangeDetailsValue = String\n  type ChangeRequestName = String\n  type ClientToken = String\n  type CloudWatchLogGroupName = String\n  type CloudWatchOutputEnabled = Boolean\n  type CommandFilterList = js.Array[CommandFilter]\n  type CommandFilterValue = String\n  type CommandId = String\n  type CommandInvocationList = js.Array[CommandInvocation]\n  type CommandList = js.Array[Command]\n  type CommandMaxResults = Int\n  type CommandPluginList = js.Array[CommandPlugin]\n  type CommandPluginName = String\n  type CommandPluginOutput = String\n  type Comment = String\n  type CompletedCount = Int\n  type ComplianceExecutionId = String\n  type ComplianceExecutionType = String\n  type ComplianceFilterValue = String\n  type ComplianceItemContentHash = String\n  type ComplianceItemDetails = js.Dictionary[AttributeValue]\n  type ComplianceItemEntryList = js.Array[ComplianceItemEntry]\n  type ComplianceItemId = String\n  type ComplianceItemList = js.Array[ComplianceItem]\n  type ComplianceItemTitle = String\n  type ComplianceResourceId = String\n  type ComplianceResourceIdList = js.Array[ComplianceResourceId]\n  type ComplianceResourceType = String\n  type ComplianceResourceTypeList = js.Array[ComplianceResourceType]\n  type ComplianceStringFilterKey = String\n  type ComplianceStringFilterList = js.Array[ComplianceStringFilter]\n  type ComplianceStringFilterValueList = js.Array[ComplianceFilterValue]\n  type ComplianceSummaryCount = Int\n  type ComplianceSummaryItemList = js.Array[ComplianceSummaryItem]\n  type ComplianceTypeName = String\n  type ComputerName = String\n  type ContentLength = Double\n  type CreateAssociationBatchRequestEntries = js.Array[CreateAssociationBatchRequestEntry]\n  type CreatedDate = js.Date\n  type DateTime = js.Date\n  type DefaultBaseline = Boolean\n  type DefaultInstanceName = String\n  type DeliveryTimedOutCount = Int\n  type DescribeActivationsFilterList = js.Array[DescribeActivationsFilter]\n  type DescriptionInDocument = String\n  type DocumentARN = String\n  type DocumentAuthor = String\n  type DocumentContent = String\n  type DocumentFilterList = js.Array[DocumentFilter]\n  type DocumentFilterValue = String\n  type DocumentHash = String\n  type DocumentIdentifierList = js.Array[DocumentIdentifier]\n  type DocumentKeyValuesFilterKey = String\n  type DocumentKeyValuesFilterList = js.Array[DocumentKeyValuesFilter]\n  type DocumentKeyValuesFilterValue = String\n  type DocumentKeyValuesFilterValues = js.Array[DocumentKeyValuesFilterValue]\n  type DocumentName = String\n  type DocumentOwner = String\n  type DocumentParameterDefaultValue = String\n  type DocumentParameterDescrption = String\n  type DocumentParameterList = js.Array[DocumentParameter]\n  type DocumentParameterName = String\n  type DocumentPermissionMaxResults = Int\n  type DocumentRequiresList = js.Array[DocumentRequires]\n  type DocumentReviewComment = String\n  type DocumentReviewCommentList = js.Array[DocumentReviewCommentSource]\n  type DocumentReviewerResponseList = js.Array[DocumentReviewerResponseSource]\n  type DocumentSchemaVersion = String\n  type DocumentSha1 = String\n  type DocumentStatusInformation = String\n  type DocumentVersion = String\n  type DocumentVersionList = js.Array[DocumentVersionInfo]\n  type DocumentVersionName = String\n  type DocumentVersionNumber = String\n  type DryRun = Boolean\n  type EffectiveInstanceAssociationMaxResults = Int\n  type EffectivePatchList = js.Array[EffectivePatch]\n  type ErrorCount = Int\n  type ExecutionRoleName = String\n  type ExpirationDate = js.Date\n  type FailedCreateAssociationList = js.Array[FailedCreateAssociation]\n  type GetInventorySchemaMaxResults = Int\n  type GetOpsMetadataMaxResults = Int\n  type GetParametersByPathMaxResults = Int\n  type IPAddress = String\n  type ISO8601String = String\n  type IamRole = String\n  type IdempotencyToken = String\n  type InstallOverrideList = String\n  type InstanceAssociationExecutionSummary = String\n  type InstanceAssociationList = js.Array[InstanceAssociation]\n  type InstanceAssociationStatusAggregatedCount = js.Dictionary[InstanceCount]\n  type InstanceAssociationStatusInfos = js.Array[InstanceAssociationStatusInfo]\n  type InstanceCount = Int\n  type InstanceId = String\n  type InstanceIdList = js.Array[InstanceId]\n  type InstanceInformationFilterList = js.Array[InstanceInformationFilter]\n  type InstanceInformationFilterValue = String\n  type InstanceInformationFilterValueSet = js.Array[InstanceInformationFilterValue]\n  type InstanceInformationList = js.Array[InstanceInformation]\n  type InstanceInformationStringFilterKey = String\n  type InstanceInformationStringFilterList = js.Array[InstanceInformationStringFilter]\n  type InstancePatchStateFilterKey = String\n  type InstancePatchStateFilterList = js.Array[InstancePatchStateFilter]\n  type InstancePatchStateFilterValue = String\n  type InstancePatchStateFilterValues = js.Array[InstancePatchStateFilterValue]\n  type InstancePatchStateList = js.Array[InstancePatchState]\n  type InstancePatchStatesList = js.Array[InstancePatchState]\n  type InstanceTagName = String\n  type InstancesCount = Int\n  type InventoryAggregatorExpression = String\n  type InventoryAggregatorList = js.Array[InventoryAggregator]\n  type InventoryDeletionLastStatusMessage = String\n  type InventoryDeletionLastStatusUpdateTime = js.Date\n  type InventoryDeletionStartTime = js.Date\n  type InventoryDeletionSummaryItems = js.Array[InventoryDeletionSummaryItem]\n  type InventoryDeletionsList = js.Array[InventoryDeletionStatusItem]\n  type InventoryFilterKey = String\n  type InventoryFilterList = js.Array[InventoryFilter]\n  type InventoryFilterValue = String\n  type InventoryFilterValueList = js.Array[InventoryFilterValue]\n  type InventoryGroupList = js.Array[InventoryGroup]\n  type InventoryGroupName = String\n  type InventoryItemAttributeList = js.Array[InventoryItemAttribute]\n  type InventoryItemAttributeName = String\n  type InventoryItemCaptureTime = String\n  type InventoryItemContentContext = js.Dictionary[AttributeValue]\n  type InventoryItemContentHash = String\n  type InventoryItemEntry = js.Dictionary[AttributeValue]\n  type InventoryItemEntryList = js.Array[InventoryItemEntry]\n  type InventoryItemList = js.Array[InventoryItem]\n  type InventoryItemSchemaResultList = js.Array[InventoryItemSchema]\n  type InventoryItemSchemaVersion = String\n  type InventoryItemTypeName = String\n  type InventoryItemTypeNameFilter = String\n  type InventoryResultEntityId = String\n  type InventoryResultEntityList = js.Array[InventoryResultEntity]\n  type InventoryResultItemKey = String\n  type InventoryResultItemMap = js.Dictionary[InventoryResultItem]\n  type InventoryTypeDisplayName = String\n  type InvocationTraceOutput = String\n  type IsSubTypeSchema = Boolean\n  type KeyList = js.Array[TagKey]\n  type LastResourceDataSyncMessage = String\n  type LastResourceDataSyncTime = js.Date\n  type LastSuccessfulResourceDataSyncTime = js.Date\n  type ListOpsMetadataMaxResults = Int\n  type MaintenanceWindowAllowUnassociatedTargets = Boolean\n  type MaintenanceWindowCutoff = Int\n  type MaintenanceWindowDescription = String\n  type MaintenanceWindowDurationHours = Int\n  type MaintenanceWindowEnabled = Boolean\n  type MaintenanceWindowExecutionId = String\n  type MaintenanceWindowExecutionList = js.Array[MaintenanceWindowExecution]\n  type MaintenanceWindowExecutionStatusDetails = String\n  type MaintenanceWindowExecutionTaskExecutionId = String\n  type MaintenanceWindowExecutionTaskId = String\n  type MaintenanceWindowExecutionTaskIdList = js.Array[MaintenanceWindowExecutionTaskId]\n  type MaintenanceWindowExecutionTaskIdentityList = js.Array[MaintenanceWindowExecutionTaskIdentity]\n  type MaintenanceWindowExecutionTaskInvocationId = String\n  type MaintenanceWindowExecutionTaskInvocationIdentityList = js.Array[MaintenanceWindowExecutionTaskInvocationIdentity]\n  type MaintenanceWindowExecutionTaskInvocationParameters = String\n  type MaintenanceWindowFilterKey = String\n  type MaintenanceWindowFilterList = js.Array[MaintenanceWindowFilter]\n  type MaintenanceWindowFilterValue = String\n  type MaintenanceWindowFilterValues = js.Array[MaintenanceWindowFilterValue]\n  type MaintenanceWindowId = String\n  type MaintenanceWindowIdentityList = js.Array[MaintenanceWindowIdentity]\n  type MaintenanceWindowLambdaClientContext = String\n  type MaintenanceWindowLambdaPayload = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type MaintenanceWindowLambdaQualifier = String\n  type MaintenanceWindowMaxResults = Int\n  type MaintenanceWindowName = String\n  type MaintenanceWindowOffset = Int\n  type MaintenanceWindowSchedule = String\n  type MaintenanceWindowSearchMaxResults = Int\n  type MaintenanceWindowStepFunctionsInput = String\n  type MaintenanceWindowStepFunctionsName = String\n  type MaintenanceWindowStringDateTime = String\n  type MaintenanceWindowTargetId = String\n  type MaintenanceWindowTargetList = js.Array[MaintenanceWindowTarget]\n  type MaintenanceWindowTaskArn = String\n  type MaintenanceWindowTaskId = String\n  type MaintenanceWindowTaskList = js.Array[MaintenanceWindowTask]\n  type MaintenanceWindowTaskParameterName = String\n  type MaintenanceWindowTaskParameterValue = String\n  type MaintenanceWindowTaskParameterValueList = js.Array[MaintenanceWindowTaskParameterValue]\n  type MaintenanceWindowTaskParameters = js.Dictionary[MaintenanceWindowTaskParameterValueExpression]\n  type MaintenanceWindowTaskParametersList = js.Array[MaintenanceWindowTaskParameters]\n  type MaintenanceWindowTaskPriority = Int\n  type MaintenanceWindowTaskTargetId = String\n  type MaintenanceWindowTimezone = String\n  type MaintenanceWindowsForTargetList = js.Array[MaintenanceWindowIdentityForTarget]\n  type ManagedInstanceId = String\n  type MaxConcurrency = String\n  type MaxErrors = String\n  type MaxResults = Int\n  type MaxResultsEC2Compatible = Int\n  type MetadataKey = String\n  type MetadataKeysToDeleteList = js.Array[MetadataKey]\n  type MetadataMap = js.Dictionary[MetadataValue]\n  type MetadataValueString = String\n  type NextToken = String\n  type NormalStringMap = js.Dictionary[String]\n  type NotificationArn = String\n  type NotificationEventList = js.Array[NotificationEvent]\n  type OpsAggregatorList = js.Array[OpsAggregator]\n  type OpsAggregatorType = String\n  type OpsAggregatorValue = String\n  type OpsAggregatorValueKey = String\n  type OpsAggregatorValueMap = js.Dictionary[OpsAggregatorValue]\n  type OpsDataAttributeName = String\n  type OpsDataTypeName = String\n  type OpsEntityId = String\n  type OpsEntityItemCaptureTime = String\n  type OpsEntityItemEntry = js.Dictionary[AttributeValue]\n  type OpsEntityItemEntryList = js.Array[OpsEntityItemEntry]\n  type OpsEntityItemKey = String\n  type OpsEntityItemMap = js.Dictionary[OpsEntityItem]\n  type OpsEntityList = js.Array[OpsEntity]\n  type OpsFilterKey = String\n  type OpsFilterList = js.Array[OpsFilter]\n  type OpsFilterValue = String\n  type OpsFilterValueList = js.Array[OpsFilterValue]\n  type OpsItemCategory = String\n  type OpsItemDataKey = String\n  type OpsItemDataValueString = String\n  type OpsItemDescription = String\n  type OpsItemEventFilterValue = String\n  type OpsItemEventFilterValues = js.Array[OpsItemEventFilterValue]\n  type OpsItemEventFilters = js.Array[OpsItemEventFilter]\n  type OpsItemEventMaxResults = Int\n  type OpsItemEventSummaries = js.Array[OpsItemEventSummary]\n  type OpsItemFilterValue = String\n  type OpsItemFilterValues = js.Array[OpsItemFilterValue]\n  type OpsItemFilters = js.Array[OpsItemFilter]\n  type OpsItemId = String\n  type OpsItemMaxResults = Int\n  type OpsItemNotifications = js.Array[OpsItemNotification]\n  type OpsItemOperationalData = js.Dictionary[OpsItemDataValue]\n  type OpsItemOpsDataKeysList = js.Array[String]\n  type OpsItemPriority = Int\n  type OpsItemSeverity = String\n  type OpsItemSource = String\n  type OpsItemSummaries = js.Array[OpsItemSummary]\n  type OpsItemTitle = String\n  type OpsItemType = String\n  type OpsMetadataArn = String\n  type OpsMetadataFilterKey = String\n  type OpsMetadataFilterList = js.Array[OpsMetadataFilter]\n  type OpsMetadataFilterValue = String\n  type OpsMetadataFilterValueList = js.Array[OpsMetadataFilterValue]\n  type OpsMetadataList = js.Array[OpsMetadata]\n  type OpsMetadataResourceId = String\n  type OpsResultAttributeList = js.Array[OpsResultAttribute]\n  type OutputSourceId = String\n  type OutputSourceType = String\n  type OwnerInformation = String\n  type PSParameterName = String\n  type PSParameterSelector = String\n  type PSParameterValue = String\n  type PSParameterVersion = Double\n  type ParameterDataType = String\n  type ParameterDescription = String\n  type ParameterHistoryList = js.Array[ParameterHistory]\n  type ParameterKeyId = String\n  type ParameterLabel = String\n  type ParameterLabelList = js.Array[ParameterLabel]\n  type ParameterList = js.Array[Parameter]\n  type ParameterMetadataList = js.Array[ParameterMetadata]\n  type ParameterName = String\n  type ParameterNameList = js.Array[PSParameterName]\n  type ParameterPolicies = String\n  type ParameterPolicyList = js.Array[ParameterInlinePolicy]\n  type ParameterStringFilterKey = String\n  type ParameterStringFilterList = js.Array[ParameterStringFilter]\n  type ParameterStringFilterValue = String\n  type ParameterStringFilterValueList = js.Array[ParameterStringFilterValue]\n  type ParameterStringQueryOption = String\n  type ParameterValue = String\n  type ParameterValueList = js.Array[ParameterValue]\n  type Parameters = js.Dictionary[ParameterValueList]\n  type ParametersFilterList = js.Array[ParametersFilter]\n  type ParametersFilterValue = String\n  type ParametersFilterValueList = js.Array[ParametersFilterValue]\n  type PatchAdvisoryId = String\n  type PatchAdvisoryIdList = js.Array[PatchAdvisoryId]\n  type PatchArch = String\n  type PatchBaselineIdentityList = js.Array[PatchBaselineIdentity]\n  type PatchBaselineMaxResults = Int\n  type PatchBugzillaId = String\n  type PatchBugzillaIdList = js.Array[PatchBugzillaId]\n  type PatchCVEId = String\n  type PatchCVEIdList = js.Array[PatchCVEId]\n  type PatchCVEIds = String\n  type PatchClassification = String\n  type PatchComplianceDataList = js.Array[PatchComplianceData]\n  type PatchComplianceMaxResults = Int\n  type PatchContentUrl = String\n  type PatchCriticalNonCompliantCount = Int\n  type PatchDescription = String\n  type PatchEpoch = Int\n  type PatchFailedCount = Int\n  type PatchFilterList = js.Array[PatchFilter]\n  type PatchFilterValue = String\n  type PatchFilterValueList = js.Array[PatchFilterValue]\n  type PatchGroup = String\n  type PatchGroupList = js.Array[PatchGroup]\n  type PatchGroupPatchBaselineMappingList = js.Array[PatchGroupPatchBaselineMapping]\n  type PatchId = String\n  type PatchIdList = js.Array[PatchId]\n  type PatchInstalledCount = Int\n  type PatchInstalledOtherCount = Int\n  type PatchInstalledPendingRebootCount = Int\n  type PatchInstalledRejectedCount = Int\n  type PatchKbNumber = String\n  type PatchLanguage = String\n  type PatchList = js.Array[Patch]\n  type PatchMissingCount = Int\n  type PatchMsrcNumber = String\n  type PatchMsrcSeverity = String\n  type PatchName = String\n  type PatchNotApplicableCount = Int\n  type PatchOrchestratorFilterKey = String\n  type PatchOrchestratorFilterList = js.Array[PatchOrchestratorFilter]\n  type PatchOrchestratorFilterValue = String\n  type PatchOrchestratorFilterValues = js.Array[PatchOrchestratorFilterValue]\n  type PatchOtherNonCompliantCount = Int\n  type PatchProduct = String\n  type PatchProductFamily = String\n  type PatchPropertiesList = js.Array[PatchPropertyEntry]\n  type PatchPropertyEntry = js.Dictionary[AttributeValue]\n  type PatchRelease = String\n  type PatchRepository = String\n  type PatchRuleList = js.Array[PatchRule]\n  type PatchSecurityNonCompliantCount = Int\n  type PatchSeverity = String\n  type PatchSourceConfiguration = String\n  type PatchSourceList = js.Array[PatchSource]\n  type PatchSourceName = String\n  type PatchSourceProduct = String\n  type PatchSourceProductList = js.Array[PatchSourceProduct]\n  type PatchStringDateTime = String\n  type PatchTitle = String\n  type PatchUnreportedNotApplicableCount = Int\n  type PatchVendor = String\n  type PatchVersion = String\n  type PlatformTypeList = js.Array[PlatformType]\n  type Product = String\n  type PutInventoryMessage = String\n  type Region = String\n  type Regions = js.Array[Region]\n  type RegistrationLimit = Int\n  type RegistrationsCount = Int\n  type RelatedOpsItems = js.Array[RelatedOpsItem]\n  type RemainingCount = Int\n  type ResourceComplianceSummaryItemList = js.Array[ResourceComplianceSummaryItem]\n  type ResourceCount = Int\n  type ResourceCountByStatus = String\n  type ResourceDataSyncAWSKMSKeyARN = String\n  type ResourceDataSyncCreatedTime = js.Date\n  type ResourceDataSyncDestinationDataSharingType = String\n  type ResourceDataSyncEnableAllOpsDataSources = Boolean\n  type ResourceDataSyncIncludeFutureRegions = Boolean\n  type ResourceDataSyncItemList = js.Array[ResourceDataSyncItem]\n  type ResourceDataSyncLastModifiedTime = js.Date\n  type ResourceDataSyncName = String\n  type ResourceDataSyncOrganizationSourceType = String\n  type ResourceDataSyncOrganizationalUnitId = String\n  type ResourceDataSyncOrganizationalUnitList = js.Array[ResourceDataSyncOrganizationalUnit]\n  type ResourceDataSyncS3BucketName = String\n  type ResourceDataSyncS3Prefix = String\n  type ResourceDataSyncS3Region = String\n  type ResourceDataSyncSourceRegion = String\n  type ResourceDataSyncSourceRegionList = js.Array[ResourceDataSyncSourceRegion]\n  type ResourceDataSyncSourceType = String\n  type ResourceDataSyncState = String\n  type ResourceDataSyncType = String\n  type ResourceId = String\n  type ResponseCode = Int\n  type ResultAttributeList = js.Array[ResultAttribute]\n  type ReviewInformationList = js.Array[ReviewInformation]\n  type Reviewer = String\n  type Runbooks = js.Array[Runbook]\n  type S3BucketName = String\n  type S3KeyPrefix = String\n  type S3Region = String\n  type ScheduleExpression = String\n  type ScheduledWindowExecutionList = js.Array[ScheduledWindowExecution]\n  type ServiceRole = String\n  type ServiceSettingId = String\n  type ServiceSettingValue = String\n  type SessionDetails = String\n  type SessionFilterList = js.Array[SessionFilter]\n  type SessionFilterValue = String\n  type SessionId = String\n  type SessionList = js.Array[Session]\n  type SessionManagerCloudWatchOutputUrl = String\n  type SessionManagerParameterName = String\n  type SessionManagerParameterValue = String\n  type SessionManagerParameterValueList = js.Array[SessionManagerParameterValue]\n  type SessionManagerParameters = js.Dictionary[SessionManagerParameterValueList]\n  type SessionManagerS3OutputUrl = String\n  type SessionMaxResults = Int\n  type SessionOwner = String\n  type SessionTarget = String\n  type SharedDocumentVersion = String\n  type SnapshotDownloadUrl = String\n  type SnapshotId = String\n  type StandardErrorContent = String\n  type StandardOutputContent = String\n  type StatusAdditionalInfo = String\n  type StatusDetails = String\n  type StatusMessage = String\n  type StatusName = String\n  type StepExecutionFilterList = js.Array[StepExecutionFilter]\n  type StepExecutionFilterValue = String\n  type StepExecutionFilterValueList = js.Array[StepExecutionFilterValue]\n  type StepExecutionList = js.Array[StepExecution]\n  type StreamUrl = String\n  type StringDateTime = String\n  type StringList = js.Array[String]\n  type TagKey = String\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TargetCount = Int\n  type TargetKey = String\n  type TargetLocations = js.Array[TargetLocation]\n  type TargetMap = js.Dictionary[TargetMapValueList]\n  type TargetMapKey = String\n  type TargetMapValue = String\n  type TargetMapValueList = js.Array[TargetMapValue]\n  type TargetMaps = js.Array[TargetMap]\n  type TargetParameterList = js.Array[ParameterValue]\n  type TargetType = String\n  type TargetValue = String\n  type TargetValues = js.Array[TargetValue]\n  type Targets = js.Array[Target]\n  type TimeoutSeconds = Int\n  type TokenValue = String\n  type TotalCount = Int\n  type UUID = String\n  type Url = String\n  type ValidNextStep = String\n  type ValidNextStepList = js.Array[ValidNextStep]\n  type Version = String\n\n  implicit final class SSMOps(private val service: SSM) extends AnyVal {\n\n    @inline def addTagsToResourceFuture(params: AddTagsToResourceRequest): Future[AddTagsToResourceResult] = service.addTagsToResource(params).promise().toFuture\n    @inline def cancelCommandFuture(params: CancelCommandRequest): Future[CancelCommandResult] = service.cancelCommand(params).promise().toFuture\n    @inline def cancelMaintenanceWindowExecutionFuture(params: CancelMaintenanceWindowExecutionRequest): Future[CancelMaintenanceWindowExecutionResult] = service.cancelMaintenanceWindowExecution(params).promise().toFuture\n    @inline def createActivationFuture(params: CreateActivationRequest): Future[CreateActivationResult] = service.createActivation(params).promise().toFuture\n    @inline def createAssociationBatchFuture(params: CreateAssociationBatchRequest): Future[CreateAssociationBatchResult] = service.createAssociationBatch(params).promise().toFuture\n    @inline def createAssociationFuture(params: CreateAssociationRequest): Future[CreateAssociationResult] = service.createAssociation(params).promise().toFuture\n    @inline def createDocumentFuture(params: CreateDocumentRequest): Future[CreateDocumentResult] = service.createDocument(params).promise().toFuture\n    @inline def createMaintenanceWindowFuture(params: CreateMaintenanceWindowRequest): Future[CreateMaintenanceWindowResult] = service.createMaintenanceWindow(params).promise().toFuture\n    @inline def createOpsItemFuture(params: CreateOpsItemRequest): Future[CreateOpsItemResponse] = service.createOpsItem(params).promise().toFuture\n    @inline def createOpsMetadataFuture(params: CreateOpsMetadataRequest): Future[CreateOpsMetadataResult] = service.createOpsMetadata(params).promise().toFuture\n    @inline def createPatchBaselineFuture(params: CreatePatchBaselineRequest): Future[CreatePatchBaselineResult] = service.createPatchBaseline(params).promise().toFuture\n    @inline def createResourceDataSyncFuture(params: CreateResourceDataSyncRequest): Future[CreateResourceDataSyncResult] = service.createResourceDataSync(params).promise().toFuture\n    @inline def deleteActivationFuture(params: DeleteActivationRequest): Future[DeleteActivationResult] = service.deleteActivation(params).promise().toFuture\n    @inline def deleteAssociationFuture(params: DeleteAssociationRequest): Future[DeleteAssociationResult] = service.deleteAssociation(params).promise().toFuture\n    @inline def deleteDocumentFuture(params: DeleteDocumentRequest): Future[DeleteDocumentResult] = service.deleteDocument(params).promise().toFuture\n    @inline def deleteInventoryFuture(params: DeleteInventoryRequest): Future[DeleteInventoryResult] = service.deleteInventory(params).promise().toFuture\n    @inline def deleteMaintenanceWindowFuture(params: DeleteMaintenanceWindowRequest): Future[DeleteMaintenanceWindowResult] = service.deleteMaintenanceWindow(params).promise().toFuture\n    @inline def deleteOpsMetadataFuture(params: DeleteOpsMetadataRequest): Future[DeleteOpsMetadataResult] = service.deleteOpsMetadata(params).promise().toFuture\n    @inline def deleteParameterFuture(params: DeleteParameterRequest): Future[DeleteParameterResult] = service.deleteParameter(params).promise().toFuture\n    @inline def deleteParametersFuture(params: DeleteParametersRequest): Future[DeleteParametersResult] = service.deleteParameters(params).promise().toFuture\n    @inline def deletePatchBaselineFuture(params: DeletePatchBaselineRequest): Future[DeletePatchBaselineResult] = service.deletePatchBaseline(params).promise().toFuture\n    @inline def deleteResourceDataSyncFuture(params: DeleteResourceDataSyncRequest): Future[DeleteResourceDataSyncResult] = service.deleteResourceDataSync(params).promise().toFuture\n    @inline def deregisterManagedInstanceFuture(params: DeregisterManagedInstanceRequest): Future[DeregisterManagedInstanceResult] = service.deregisterManagedInstance(params).promise().toFuture\n    @inline def deregisterPatchBaselineForPatchGroupFuture(params: DeregisterPatchBaselineForPatchGroupRequest): Future[DeregisterPatchBaselineForPatchGroupResult] = service.deregisterPatchBaselineForPatchGroup(params).promise().toFuture\n    @inline def deregisterTargetFromMaintenanceWindowFuture(params: DeregisterTargetFromMaintenanceWindowRequest): Future[DeregisterTargetFromMaintenanceWindowResult] = service.deregisterTargetFromMaintenanceWindow(params).promise().toFuture\n    @inline def deregisterTaskFromMaintenanceWindowFuture(params: DeregisterTaskFromMaintenanceWindowRequest): Future[DeregisterTaskFromMaintenanceWindowResult] = service.deregisterTaskFromMaintenanceWindow(params).promise().toFuture\n    @inline def describeActivationsFuture(params: DescribeActivationsRequest): Future[DescribeActivationsResult] = service.describeActivations(params).promise().toFuture\n    @inline def describeAssociationExecutionTargetsFuture(params: DescribeAssociationExecutionTargetsRequest): Future[DescribeAssociationExecutionTargetsResult] = service.describeAssociationExecutionTargets(params).promise().toFuture\n    @inline def describeAssociationExecutionsFuture(params: DescribeAssociationExecutionsRequest): Future[DescribeAssociationExecutionsResult] = service.describeAssociationExecutions(params).promise().toFuture\n    @inline def describeAssociationFuture(params: DescribeAssociationRequest): Future[DescribeAssociationResult] = service.describeAssociation(params).promise().toFuture\n    @inline def describeAutomationExecutionsFuture(params: DescribeAutomationExecutionsRequest): Future[DescribeAutomationExecutionsResult] = service.describeAutomationExecutions(params).promise().toFuture\n    @inline def describeAutomationStepExecutionsFuture(params: DescribeAutomationStepExecutionsRequest): Future[DescribeAutomationStepExecutionsResult] = service.describeAutomationStepExecutions(params).promise().toFuture\n    @inline def describeAvailablePatchesFuture(params: DescribeAvailablePatchesRequest): Future[DescribeAvailablePatchesResult] = service.describeAvailablePatches(params).promise().toFuture\n    @inline def describeDocumentFuture(params: DescribeDocumentRequest): Future[DescribeDocumentResult] = service.describeDocument(params).promise().toFuture\n    @inline def describeDocumentPermissionFuture(params: DescribeDocumentPermissionRequest): Future[DescribeDocumentPermissionResponse] = service.describeDocumentPermission(params).promise().toFuture\n    @inline def describeEffectiveInstanceAssociationsFuture(params: DescribeEffectiveInstanceAssociationsRequest): Future[DescribeEffectiveInstanceAssociationsResult] = service.describeEffectiveInstanceAssociations(params).promise().toFuture\n    @inline def describeEffectivePatchesForPatchBaselineFuture(params: DescribeEffectivePatchesForPatchBaselineRequest): Future[DescribeEffectivePatchesForPatchBaselineResult] = service.describeEffectivePatchesForPatchBaseline(params).promise().toFuture\n    @inline def describeInstanceAssociationsStatusFuture(params: DescribeInstanceAssociationsStatusRequest): Future[DescribeInstanceAssociationsStatusResult] = service.describeInstanceAssociationsStatus(params).promise().toFuture\n    @inline def describeInstanceInformationFuture(params: DescribeInstanceInformationRequest): Future[DescribeInstanceInformationResult] = service.describeInstanceInformation(params).promise().toFuture\n    @inline def describeInstancePatchStatesForPatchGroupFuture(params: DescribeInstancePatchStatesForPatchGroupRequest): Future[DescribeInstancePatchStatesForPatchGroupResult] = service.describeInstancePatchStatesForPatchGroup(params).promise().toFuture\n    @inline def describeInstancePatchStatesFuture(params: DescribeInstancePatchStatesRequest): Future[DescribeInstancePatchStatesResult] = service.describeInstancePatchStates(params).promise().toFuture\n    @inline def describeInstancePatchesFuture(params: DescribeInstancePatchesRequest): Future[DescribeInstancePatchesResult] = service.describeInstancePatches(params).promise().toFuture\n    @inline def describeInventoryDeletionsFuture(params: DescribeInventoryDeletionsRequest): Future[DescribeInventoryDeletionsResult] = service.describeInventoryDeletions(params).promise().toFuture\n    @inline def describeMaintenanceWindowExecutionTaskInvocationsFuture(params: DescribeMaintenanceWindowExecutionTaskInvocationsRequest): Future[DescribeMaintenanceWindowExecutionTaskInvocationsResult] = service.describeMaintenanceWindowExecutionTaskInvocations(params).promise().toFuture\n    @inline def describeMaintenanceWindowExecutionTasksFuture(params: DescribeMaintenanceWindowExecutionTasksRequest): Future[DescribeMaintenanceWindowExecutionTasksResult] = service.describeMaintenanceWindowExecutionTasks(params).promise().toFuture\n    @inline def describeMaintenanceWindowExecutionsFuture(params: DescribeMaintenanceWindowExecutionsRequest): Future[DescribeMaintenanceWindowExecutionsResult] = service.describeMaintenanceWindowExecutions(params).promise().toFuture\n    @inline def describeMaintenanceWindowScheduleFuture(params: DescribeMaintenanceWindowScheduleRequest): Future[DescribeMaintenanceWindowScheduleResult] = service.describeMaintenanceWindowSchedule(params).promise().toFuture\n    @inline def describeMaintenanceWindowTargetsFuture(params: DescribeMaintenanceWindowTargetsRequest): Future[DescribeMaintenanceWindowTargetsResult] = service.describeMaintenanceWindowTargets(params).promise().toFuture\n    @inline def describeMaintenanceWindowTasksFuture(params: DescribeMaintenanceWindowTasksRequest): Future[DescribeMaintenanceWindowTasksResult] = service.describeMaintenanceWindowTasks(params).promise().toFuture\n    @inline def describeMaintenanceWindowsForTargetFuture(params: DescribeMaintenanceWindowsForTargetRequest): Future[DescribeMaintenanceWindowsForTargetResult] = service.describeMaintenanceWindowsForTarget(params).promise().toFuture\n    @inline def describeMaintenanceWindowsFuture(params: DescribeMaintenanceWindowsRequest): Future[DescribeMaintenanceWindowsResult] = service.describeMaintenanceWindows(params).promise().toFuture\n    @inline def describeOpsItemsFuture(params: DescribeOpsItemsRequest): Future[DescribeOpsItemsResponse] = service.describeOpsItems(params).promise().toFuture\n    @inline def describeParametersFuture(params: DescribeParametersRequest): Future[DescribeParametersResult] = service.describeParameters(params).promise().toFuture\n    @inline def describePatchBaselinesFuture(params: DescribePatchBaselinesRequest): Future[DescribePatchBaselinesResult] = service.describePatchBaselines(params).promise().toFuture\n    @inline def describePatchGroupStateFuture(params: DescribePatchGroupStateRequest): Future[DescribePatchGroupStateResult] = service.describePatchGroupState(params).promise().toFuture\n    @inline def describePatchGroupsFuture(params: DescribePatchGroupsRequest): Future[DescribePatchGroupsResult] = service.describePatchGroups(params).promise().toFuture\n    @inline def describePatchPropertiesFuture(params: DescribePatchPropertiesRequest): Future[DescribePatchPropertiesResult] = service.describePatchProperties(params).promise().toFuture\n    @inline def describeSessionsFuture(params: DescribeSessionsRequest): Future[DescribeSessionsResponse] = service.describeSessions(params).promise().toFuture\n    @inline def getAutomationExecutionFuture(params: GetAutomationExecutionRequest): Future[GetAutomationExecutionResult] = service.getAutomationExecution(params).promise().toFuture\n    @inline def getCalendarStateFuture(params: GetCalendarStateRequest): Future[GetCalendarStateResponse] = service.getCalendarState(params).promise().toFuture\n    @inline def getCommandInvocationFuture(params: GetCommandInvocationRequest): Future[GetCommandInvocationResult] = service.getCommandInvocation(params).promise().toFuture\n    @inline def getConnectionStatusFuture(params: GetConnectionStatusRequest): Future[GetConnectionStatusResponse] = service.getConnectionStatus(params).promise().toFuture\n    @inline def getDefaultPatchBaselineFuture(params: GetDefaultPatchBaselineRequest): Future[GetDefaultPatchBaselineResult] = service.getDefaultPatchBaseline(params).promise().toFuture\n    @inline def getDeployablePatchSnapshotForInstanceFuture(params: GetDeployablePatchSnapshotForInstanceRequest): Future[GetDeployablePatchSnapshotForInstanceResult] = service.getDeployablePatchSnapshotForInstance(params).promise().toFuture\n    @inline def getDocumentFuture(params: GetDocumentRequest): Future[GetDocumentResult] = service.getDocument(params).promise().toFuture\n    @inline def getInventoryFuture(params: GetInventoryRequest): Future[GetInventoryResult] = service.getInventory(params).promise().toFuture\n    @inline def getInventorySchemaFuture(params: GetInventorySchemaRequest): Future[GetInventorySchemaResult] = service.getInventorySchema(params).promise().toFuture\n    @inline def getMaintenanceWindowExecutionFuture(params: GetMaintenanceWindowExecutionRequest): Future[GetMaintenanceWindowExecutionResult] = service.getMaintenanceWindowExecution(params).promise().toFuture\n    @inline def getMaintenanceWindowExecutionTaskFuture(params: GetMaintenanceWindowExecutionTaskRequest): Future[GetMaintenanceWindowExecutionTaskResult] = service.getMaintenanceWindowExecutionTask(params).promise().toFuture\n    @inline def getMaintenanceWindowExecutionTaskInvocationFuture(params: GetMaintenanceWindowExecutionTaskInvocationRequest): Future[GetMaintenanceWindowExecutionTaskInvocationResult] = service.getMaintenanceWindowExecutionTaskInvocation(params).promise().toFuture\n    @inline def getMaintenanceWindowFuture(params: GetMaintenanceWindowRequest): Future[GetMaintenanceWindowResult] = service.getMaintenanceWindow(params).promise().toFuture\n    @inline def getMaintenanceWindowTaskFuture(params: GetMaintenanceWindowTaskRequest): Future[GetMaintenanceWindowTaskResult] = service.getMaintenanceWindowTask(params).promise().toFuture\n    @inline def getOpsItemFuture(params: GetOpsItemRequest): Future[GetOpsItemResponse] = service.getOpsItem(params).promise().toFuture\n    @inline def getOpsMetadataFuture(params: GetOpsMetadataRequest): Future[GetOpsMetadataResult] = service.getOpsMetadata(params).promise().toFuture\n    @inline def getOpsSummaryFuture(params: GetOpsSummaryRequest): Future[GetOpsSummaryResult] = service.getOpsSummary(params).promise().toFuture\n    @inline def getParameterFuture(params: GetParameterRequest): Future[GetParameterResult] = service.getParameter(params).promise().toFuture\n    @inline def getParameterHistoryFuture(params: GetParameterHistoryRequest): Future[GetParameterHistoryResult] = service.getParameterHistory(params).promise().toFuture\n    @inline def getParametersByPathFuture(params: GetParametersByPathRequest): Future[GetParametersByPathResult] = service.getParametersByPath(params).promise().toFuture\n    @inline def getParametersFuture(params: GetParametersRequest): Future[GetParametersResult] = service.getParameters(params).promise().toFuture\n    @inline def getPatchBaselineForPatchGroupFuture(params: GetPatchBaselineForPatchGroupRequest): Future[GetPatchBaselineForPatchGroupResult] = service.getPatchBaselineForPatchGroup(params).promise().toFuture\n    @inline def getPatchBaselineFuture(params: GetPatchBaselineRequest): Future[GetPatchBaselineResult] = service.getPatchBaseline(params).promise().toFuture\n    @inline def getServiceSettingFuture(params: GetServiceSettingRequest): Future[GetServiceSettingResult] = service.getServiceSetting(params).promise().toFuture\n    @inline def labelParameterVersionFuture(params: LabelParameterVersionRequest): Future[LabelParameterVersionResult] = service.labelParameterVersion(params).promise().toFuture\n    @inline def listAssociationVersionsFuture(params: ListAssociationVersionsRequest): Future[ListAssociationVersionsResult] = service.listAssociationVersions(params).promise().toFuture\n    @inline def listAssociationsFuture(params: ListAssociationsRequest): Future[ListAssociationsResult] = service.listAssociations(params).promise().toFuture\n    @inline def listCommandInvocationsFuture(params: ListCommandInvocationsRequest): Future[ListCommandInvocationsResult] = service.listCommandInvocations(params).promise().toFuture\n    @inline def listCommandsFuture(params: ListCommandsRequest): Future[ListCommandsResult] = service.listCommands(params).promise().toFuture\n    @inline def listComplianceItemsFuture(params: ListComplianceItemsRequest): Future[ListComplianceItemsResult] = service.listComplianceItems(params).promise().toFuture\n    @inline def listComplianceSummariesFuture(params: ListComplianceSummariesRequest): Future[ListComplianceSummariesResult] = service.listComplianceSummaries(params).promise().toFuture\n    @inline def listDocumentMetadataHistoryFuture(params: ListDocumentMetadataHistoryRequest): Future[ListDocumentMetadataHistoryResponse] = service.listDocumentMetadataHistory(params).promise().toFuture\n    @inline def listDocumentVersionsFuture(params: ListDocumentVersionsRequest): Future[ListDocumentVersionsResult] = service.listDocumentVersions(params).promise().toFuture\n    @inline def listDocumentsFuture(params: ListDocumentsRequest): Future[ListDocumentsResult] = service.listDocuments(params).promise().toFuture\n    @inline def listInventoryEntriesFuture(params: ListInventoryEntriesRequest): Future[ListInventoryEntriesResult] = service.listInventoryEntries(params).promise().toFuture\n    @inline def listOpsItemEventsFuture(params: ListOpsItemEventsRequest): Future[ListOpsItemEventsResponse] = service.listOpsItemEvents(params).promise().toFuture\n    @inline def listOpsMetadataFuture(params: ListOpsMetadataRequest): Future[ListOpsMetadataResult] = service.listOpsMetadata(params).promise().toFuture\n    @inline def listResourceComplianceSummariesFuture(params: ListResourceComplianceSummariesRequest): Future[ListResourceComplianceSummariesResult] = service.listResourceComplianceSummaries(params).promise().toFuture\n    @inline def listResourceDataSyncFuture(params: ListResourceDataSyncRequest): Future[ListResourceDataSyncResult] = service.listResourceDataSync(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResult] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyDocumentPermissionFuture(params: ModifyDocumentPermissionRequest): Future[ModifyDocumentPermissionResponse] = service.modifyDocumentPermission(params).promise().toFuture\n    @inline def putComplianceItemsFuture(params: PutComplianceItemsRequest): Future[PutComplianceItemsResult] = service.putComplianceItems(params).promise().toFuture\n    @inline def putInventoryFuture(params: PutInventoryRequest): Future[PutInventoryResult] = service.putInventory(params).promise().toFuture\n    @inline def putParameterFuture(params: PutParameterRequest): Future[PutParameterResult] = service.putParameter(params).promise().toFuture\n    @inline def registerDefaultPatchBaselineFuture(params: RegisterDefaultPatchBaselineRequest): Future[RegisterDefaultPatchBaselineResult] = service.registerDefaultPatchBaseline(params).promise().toFuture\n    @inline def registerPatchBaselineForPatchGroupFuture(params: RegisterPatchBaselineForPatchGroupRequest): Future[RegisterPatchBaselineForPatchGroupResult] = service.registerPatchBaselineForPatchGroup(params).promise().toFuture\n    @inline def registerTargetWithMaintenanceWindowFuture(params: RegisterTargetWithMaintenanceWindowRequest): Future[RegisterTargetWithMaintenanceWindowResult] = service.registerTargetWithMaintenanceWindow(params).promise().toFuture\n    @inline def registerTaskWithMaintenanceWindowFuture(params: RegisterTaskWithMaintenanceWindowRequest): Future[RegisterTaskWithMaintenanceWindowResult] = service.registerTaskWithMaintenanceWindow(params).promise().toFuture\n    @inline def removeTagsFromResourceFuture(params: RemoveTagsFromResourceRequest): Future[RemoveTagsFromResourceResult] = service.removeTagsFromResource(params).promise().toFuture\n    @inline def resetServiceSettingFuture(params: ResetServiceSettingRequest): Future[ResetServiceSettingResult] = service.resetServiceSetting(params).promise().toFuture\n    @inline def resumeSessionFuture(params: ResumeSessionRequest): Future[ResumeSessionResponse] = service.resumeSession(params).promise().toFuture\n    @inline def sendAutomationSignalFuture(params: SendAutomationSignalRequest): Future[SendAutomationSignalResult] = service.sendAutomationSignal(params).promise().toFuture\n    @inline def sendCommandFuture(params: SendCommandRequest): Future[SendCommandResult] = service.sendCommand(params).promise().toFuture\n    @inline def startAssociationsOnceFuture(params: StartAssociationsOnceRequest): Future[StartAssociationsOnceResult] = service.startAssociationsOnce(params).promise().toFuture\n    @inline def startAutomationExecutionFuture(params: StartAutomationExecutionRequest): Future[StartAutomationExecutionResult] = service.startAutomationExecution(params).promise().toFuture\n    @inline def startChangeRequestExecutionFuture(params: StartChangeRequestExecutionRequest): Future[StartChangeRequestExecutionResult] = service.startChangeRequestExecution(params).promise().toFuture\n    @inline def startSessionFuture(params: StartSessionRequest): Future[StartSessionResponse] = service.startSession(params).promise().toFuture\n    @inline def stopAutomationExecutionFuture(params: StopAutomationExecutionRequest): Future[StopAutomationExecutionResult] = service.stopAutomationExecution(params).promise().toFuture\n    @inline def terminateSessionFuture(params: TerminateSessionRequest): Future[TerminateSessionResponse] = service.terminateSession(params).promise().toFuture\n    @inline def unlabelParameterVersionFuture(params: UnlabelParameterVersionRequest): Future[UnlabelParameterVersionResult] = service.unlabelParameterVersion(params).promise().toFuture\n    @inline def updateAssociationFuture(params: UpdateAssociationRequest): Future[UpdateAssociationResult] = service.updateAssociation(params).promise().toFuture\n    @inline def updateAssociationStatusFuture(params: UpdateAssociationStatusRequest): Future[UpdateAssociationStatusResult] = service.updateAssociationStatus(params).promise().toFuture\n    @inline def updateDocumentDefaultVersionFuture(params: UpdateDocumentDefaultVersionRequest): Future[UpdateDocumentDefaultVersionResult] = service.updateDocumentDefaultVersion(params).promise().toFuture\n    @inline def updateDocumentFuture(params: UpdateDocumentRequest): Future[UpdateDocumentResult] = service.updateDocument(params).promise().toFuture\n    @inline def updateDocumentMetadataFuture(params: UpdateDocumentMetadataRequest): Future[UpdateDocumentMetadataResponse] = service.updateDocumentMetadata(params).promise().toFuture\n    @inline def updateMaintenanceWindowFuture(params: UpdateMaintenanceWindowRequest): Future[UpdateMaintenanceWindowResult] = service.updateMaintenanceWindow(params).promise().toFuture\n    @inline def updateMaintenanceWindowTargetFuture(params: UpdateMaintenanceWindowTargetRequest): Future[UpdateMaintenanceWindowTargetResult] = service.updateMaintenanceWindowTarget(params).promise().toFuture\n    @inline def updateMaintenanceWindowTaskFuture(params: UpdateMaintenanceWindowTaskRequest): Future[UpdateMaintenanceWindowTaskResult] = service.updateMaintenanceWindowTask(params).promise().toFuture\n    @inline def updateManagedInstanceRoleFuture(params: UpdateManagedInstanceRoleRequest): Future[UpdateManagedInstanceRoleResult] = service.updateManagedInstanceRole(params).promise().toFuture\n    @inline def updateOpsItemFuture(params: UpdateOpsItemRequest): Future[UpdateOpsItemResponse] = service.updateOpsItem(params).promise().toFuture\n    @inline def updateOpsMetadataFuture(params: UpdateOpsMetadataRequest): Future[UpdateOpsMetadataResult] = service.updateOpsMetadata(params).promise().toFuture\n    @inline def updatePatchBaselineFuture(params: UpdatePatchBaselineRequest): Future[UpdatePatchBaselineResult] = service.updatePatchBaseline(params).promise().toFuture\n    @inline def updateResourceDataSyncFuture(params: UpdateResourceDataSyncRequest): Future[UpdateResourceDataSyncResult] = service.updateResourceDataSync(params).promise().toFuture\n    @inline def updateServiceSettingFuture(params: UpdateServiceSettingRequest): Future[UpdateServiceSettingResult] = service.updateServiceSetting(params).promise().toFuture\n\n  }\n}\n\npackage ssm {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ssm\", JSImport.Namespace, \"AWS.SSM\")\n  class SSM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTagsToResource(params: AddTagsToResourceRequest): Request[AddTagsToResourceResult] = js.native\n    def cancelCommand(params: CancelCommandRequest): Request[CancelCommandResult] = js.native\n    def cancelMaintenanceWindowExecution(params: CancelMaintenanceWindowExecutionRequest): Request[CancelMaintenanceWindowExecutionResult] = js.native\n    def createActivation(params: CreateActivationRequest): Request[CreateActivationResult] = js.native\n    def createAssociation(params: CreateAssociationRequest): Request[CreateAssociationResult] = js.native\n    def createAssociationBatch(params: CreateAssociationBatchRequest): Request[CreateAssociationBatchResult] = js.native\n    def createDocument(params: CreateDocumentRequest): Request[CreateDocumentResult] = js.native\n    def createMaintenanceWindow(params: CreateMaintenanceWindowRequest): Request[CreateMaintenanceWindowResult] = js.native\n    def createOpsItem(params: CreateOpsItemRequest): Request[CreateOpsItemResponse] = js.native\n    def createOpsMetadata(params: CreateOpsMetadataRequest): Request[CreateOpsMetadataResult] = js.native\n    def createPatchBaseline(params: CreatePatchBaselineRequest): Request[CreatePatchBaselineResult] = js.native\n    def createResourceDataSync(params: CreateResourceDataSyncRequest): Request[CreateResourceDataSyncResult] = js.native\n    def deleteActivation(params: DeleteActivationRequest): Request[DeleteActivationResult] = js.native\n    def deleteAssociation(params: DeleteAssociationRequest): Request[DeleteAssociationResult] = js.native\n    def deleteDocument(params: DeleteDocumentRequest): Request[DeleteDocumentResult] = js.native\n    def deleteInventory(params: DeleteInventoryRequest): Request[DeleteInventoryResult] = js.native\n    def deleteMaintenanceWindow(params: DeleteMaintenanceWindowRequest): Request[DeleteMaintenanceWindowResult] = js.native\n    def deleteOpsMetadata(params: DeleteOpsMetadataRequest): Request[DeleteOpsMetadataResult] = js.native\n    def deleteParameter(params: DeleteParameterRequest): Request[DeleteParameterResult] = js.native\n    def deleteParameters(params: DeleteParametersRequest): Request[DeleteParametersResult] = js.native\n    def deletePatchBaseline(params: DeletePatchBaselineRequest): Request[DeletePatchBaselineResult] = js.native\n    def deleteResourceDataSync(params: DeleteResourceDataSyncRequest): Request[DeleteResourceDataSyncResult] = js.native\n    def deregisterManagedInstance(params: DeregisterManagedInstanceRequest): Request[DeregisterManagedInstanceResult] = js.native\n    def deregisterPatchBaselineForPatchGroup(params: DeregisterPatchBaselineForPatchGroupRequest): Request[DeregisterPatchBaselineForPatchGroupResult] = js.native\n    def deregisterTargetFromMaintenanceWindow(params: DeregisterTargetFromMaintenanceWindowRequest): Request[DeregisterTargetFromMaintenanceWindowResult] = js.native\n    def deregisterTaskFromMaintenanceWindow(params: DeregisterTaskFromMaintenanceWindowRequest): Request[DeregisterTaskFromMaintenanceWindowResult] = js.native\n    def describeActivations(params: DescribeActivationsRequest): Request[DescribeActivationsResult] = js.native\n    def describeAssociation(params: DescribeAssociationRequest): Request[DescribeAssociationResult] = js.native\n    def describeAssociationExecutionTargets(params: DescribeAssociationExecutionTargetsRequest): Request[DescribeAssociationExecutionTargetsResult] = js.native\n    def describeAssociationExecutions(params: DescribeAssociationExecutionsRequest): Request[DescribeAssociationExecutionsResult] = js.native\n    def describeAutomationExecutions(params: DescribeAutomationExecutionsRequest): Request[DescribeAutomationExecutionsResult] = js.native\n    def describeAutomationStepExecutions(params: DescribeAutomationStepExecutionsRequest): Request[DescribeAutomationStepExecutionsResult] = js.native\n    def describeAvailablePatches(params: DescribeAvailablePatchesRequest): Request[DescribeAvailablePatchesResult] = js.native\n    def describeDocument(params: DescribeDocumentRequest): Request[DescribeDocumentResult] = js.native\n    def describeDocumentPermission(params: DescribeDocumentPermissionRequest): Request[DescribeDocumentPermissionResponse] = js.native\n    def describeEffectiveInstanceAssociations(params: DescribeEffectiveInstanceAssociationsRequest): Request[DescribeEffectiveInstanceAssociationsResult] = js.native\n    def describeEffectivePatchesForPatchBaseline(params: DescribeEffectivePatchesForPatchBaselineRequest): Request[DescribeEffectivePatchesForPatchBaselineResult] = js.native\n    def describeInstanceAssociationsStatus(params: DescribeInstanceAssociationsStatusRequest): Request[DescribeInstanceAssociationsStatusResult] = js.native\n    def describeInstanceInformation(params: DescribeInstanceInformationRequest): Request[DescribeInstanceInformationResult] = js.native\n    def describeInstancePatchStates(params: DescribeInstancePatchStatesRequest): Request[DescribeInstancePatchStatesResult] = js.native\n    def describeInstancePatchStatesForPatchGroup(params: DescribeInstancePatchStatesForPatchGroupRequest): Request[DescribeInstancePatchStatesForPatchGroupResult] = js.native\n    def describeInstancePatches(params: DescribeInstancePatchesRequest): Request[DescribeInstancePatchesResult] = js.native\n    def describeInventoryDeletions(params: DescribeInventoryDeletionsRequest): Request[DescribeInventoryDeletionsResult] = js.native\n    def describeMaintenanceWindowExecutionTaskInvocations(params: DescribeMaintenanceWindowExecutionTaskInvocationsRequest): Request[DescribeMaintenanceWindowExecutionTaskInvocationsResult] = js.native\n    def describeMaintenanceWindowExecutionTasks(params: DescribeMaintenanceWindowExecutionTasksRequest): Request[DescribeMaintenanceWindowExecutionTasksResult] = js.native\n    def describeMaintenanceWindowExecutions(params: DescribeMaintenanceWindowExecutionsRequest): Request[DescribeMaintenanceWindowExecutionsResult] = js.native\n    def describeMaintenanceWindowSchedule(params: DescribeMaintenanceWindowScheduleRequest): Request[DescribeMaintenanceWindowScheduleResult] = js.native\n    def describeMaintenanceWindowTargets(params: DescribeMaintenanceWindowTargetsRequest): Request[DescribeMaintenanceWindowTargetsResult] = js.native\n    def describeMaintenanceWindowTasks(params: DescribeMaintenanceWindowTasksRequest): Request[DescribeMaintenanceWindowTasksResult] = js.native\n    def describeMaintenanceWindows(params: DescribeMaintenanceWindowsRequest): Request[DescribeMaintenanceWindowsResult] = js.native\n    def describeMaintenanceWindowsForTarget(params: DescribeMaintenanceWindowsForTargetRequest): Request[DescribeMaintenanceWindowsForTargetResult] = js.native\n    def describeOpsItems(params: DescribeOpsItemsRequest): Request[DescribeOpsItemsResponse] = js.native\n    def describeParameters(params: DescribeParametersRequest): Request[DescribeParametersResult] = js.native\n    def describePatchBaselines(params: DescribePatchBaselinesRequest): Request[DescribePatchBaselinesResult] = js.native\n    def describePatchGroupState(params: DescribePatchGroupStateRequest): Request[DescribePatchGroupStateResult] = js.native\n    def describePatchGroups(params: DescribePatchGroupsRequest): Request[DescribePatchGroupsResult] = js.native\n    def describePatchProperties(params: DescribePatchPropertiesRequest): Request[DescribePatchPropertiesResult] = js.native\n    def describeSessions(params: DescribeSessionsRequest): Request[DescribeSessionsResponse] = js.native\n    def getAutomationExecution(params: GetAutomationExecutionRequest): Request[GetAutomationExecutionResult] = js.native\n    def getCalendarState(params: GetCalendarStateRequest): Request[GetCalendarStateResponse] = js.native\n    def getCommandInvocation(params: GetCommandInvocationRequest): Request[GetCommandInvocationResult] = js.native\n    def getConnectionStatus(params: GetConnectionStatusRequest): Request[GetConnectionStatusResponse] = js.native\n    def getDefaultPatchBaseline(params: GetDefaultPatchBaselineRequest): Request[GetDefaultPatchBaselineResult] = js.native\n    def getDeployablePatchSnapshotForInstance(params: GetDeployablePatchSnapshotForInstanceRequest): Request[GetDeployablePatchSnapshotForInstanceResult] = js.native\n    def getDocument(params: GetDocumentRequest): Request[GetDocumentResult] = js.native\n    def getInventory(params: GetInventoryRequest): Request[GetInventoryResult] = js.native\n    def getInventorySchema(params: GetInventorySchemaRequest): Request[GetInventorySchemaResult] = js.native\n    def getMaintenanceWindow(params: GetMaintenanceWindowRequest): Request[GetMaintenanceWindowResult] = js.native\n    def getMaintenanceWindowExecution(params: GetMaintenanceWindowExecutionRequest): Request[GetMaintenanceWindowExecutionResult] = js.native\n    def getMaintenanceWindowExecutionTask(params: GetMaintenanceWindowExecutionTaskRequest): Request[GetMaintenanceWindowExecutionTaskResult] = js.native\n    def getMaintenanceWindowExecutionTaskInvocation(params: GetMaintenanceWindowExecutionTaskInvocationRequest): Request[GetMaintenanceWindowExecutionTaskInvocationResult] = js.native\n    def getMaintenanceWindowTask(params: GetMaintenanceWindowTaskRequest): Request[GetMaintenanceWindowTaskResult] = js.native\n    def getOpsItem(params: GetOpsItemRequest): Request[GetOpsItemResponse] = js.native\n    def getOpsMetadata(params: GetOpsMetadataRequest): Request[GetOpsMetadataResult] = js.native\n    def getOpsSummary(params: GetOpsSummaryRequest): Request[GetOpsSummaryResult] = js.native\n    def getParameter(params: GetParameterRequest): Request[GetParameterResult] = js.native\n    def getParameterHistory(params: GetParameterHistoryRequest): Request[GetParameterHistoryResult] = js.native\n    def getParameters(params: GetParametersRequest): Request[GetParametersResult] = js.native\n    def getParametersByPath(params: GetParametersByPathRequest): Request[GetParametersByPathResult] = js.native\n    def getPatchBaseline(params: GetPatchBaselineRequest): Request[GetPatchBaselineResult] = js.native\n    def getPatchBaselineForPatchGroup(params: GetPatchBaselineForPatchGroupRequest): Request[GetPatchBaselineForPatchGroupResult] = js.native\n    def getServiceSetting(params: GetServiceSettingRequest): Request[GetServiceSettingResult] = js.native\n    def labelParameterVersion(params: LabelParameterVersionRequest): Request[LabelParameterVersionResult] = js.native\n    def listAssociationVersions(params: ListAssociationVersionsRequest): Request[ListAssociationVersionsResult] = js.native\n    def listAssociations(params: ListAssociationsRequest): Request[ListAssociationsResult] = js.native\n    def listCommandInvocations(params: ListCommandInvocationsRequest): Request[ListCommandInvocationsResult] = js.native\n    def listCommands(params: ListCommandsRequest): Request[ListCommandsResult] = js.native\n    def listComplianceItems(params: ListComplianceItemsRequest): Request[ListComplianceItemsResult] = js.native\n    def listComplianceSummaries(params: ListComplianceSummariesRequest): Request[ListComplianceSummariesResult] = js.native\n    def listDocumentMetadataHistory(params: ListDocumentMetadataHistoryRequest): Request[ListDocumentMetadataHistoryResponse] = js.native\n    def listDocumentVersions(params: ListDocumentVersionsRequest): Request[ListDocumentVersionsResult] = js.native\n    def listDocuments(params: ListDocumentsRequest): Request[ListDocumentsResult] = js.native\n    def listInventoryEntries(params: ListInventoryEntriesRequest): Request[ListInventoryEntriesResult] = js.native\n    def listOpsItemEvents(params: ListOpsItemEventsRequest): Request[ListOpsItemEventsResponse] = js.native\n    def listOpsMetadata(params: ListOpsMetadataRequest): Request[ListOpsMetadataResult] = js.native\n    def listResourceComplianceSummaries(params: ListResourceComplianceSummariesRequest): Request[ListResourceComplianceSummariesResult] = js.native\n    def listResourceDataSync(params: ListResourceDataSyncRequest): Request[ListResourceDataSyncResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResult] = js.native\n    def modifyDocumentPermission(params: ModifyDocumentPermissionRequest): Request[ModifyDocumentPermissionResponse] = js.native\n    def putComplianceItems(params: PutComplianceItemsRequest): Request[PutComplianceItemsResult] = js.native\n    def putInventory(params: PutInventoryRequest): Request[PutInventoryResult] = js.native\n    def putParameter(params: PutParameterRequest): Request[PutParameterResult] = js.native\n    def registerDefaultPatchBaseline(params: RegisterDefaultPatchBaselineRequest): Request[RegisterDefaultPatchBaselineResult] = js.native\n    def registerPatchBaselineForPatchGroup(params: RegisterPatchBaselineForPatchGroupRequest): Request[RegisterPatchBaselineForPatchGroupResult] = js.native\n    def registerTargetWithMaintenanceWindow(params: RegisterTargetWithMaintenanceWindowRequest): Request[RegisterTargetWithMaintenanceWindowResult] = js.native\n    def registerTaskWithMaintenanceWindow(params: RegisterTaskWithMaintenanceWindowRequest): Request[RegisterTaskWithMaintenanceWindowResult] = js.native\n    def removeTagsFromResource(params: RemoveTagsFromResourceRequest): Request[RemoveTagsFromResourceResult] = js.native\n    def resetServiceSetting(params: ResetServiceSettingRequest): Request[ResetServiceSettingResult] = js.native\n    def resumeSession(params: ResumeSessionRequest): Request[ResumeSessionResponse] = js.native\n    def sendAutomationSignal(params: SendAutomationSignalRequest): Request[SendAutomationSignalResult] = js.native\n    def sendCommand(params: SendCommandRequest): Request[SendCommandResult] = js.native\n    def startAssociationsOnce(params: StartAssociationsOnceRequest): Request[StartAssociationsOnceResult] = js.native\n    def startAutomationExecution(params: StartAutomationExecutionRequest): Request[StartAutomationExecutionResult] = js.native\n    def startChangeRequestExecution(params: StartChangeRequestExecutionRequest): Request[StartChangeRequestExecutionResult] = js.native\n    def startSession(params: StartSessionRequest): Request[StartSessionResponse] = js.native\n    def stopAutomationExecution(params: StopAutomationExecutionRequest): Request[StopAutomationExecutionResult] = js.native\n    def terminateSession(params: TerminateSessionRequest): Request[TerminateSessionResponse] = js.native\n    def unlabelParameterVersion(params: UnlabelParameterVersionRequest): Request[UnlabelParameterVersionResult] = js.native\n    def updateAssociation(params: UpdateAssociationRequest): Request[UpdateAssociationResult] = js.native\n    def updateAssociationStatus(params: UpdateAssociationStatusRequest): Request[UpdateAssociationStatusResult] = js.native\n    def updateDocument(params: UpdateDocumentRequest): Request[UpdateDocumentResult] = js.native\n    def updateDocumentDefaultVersion(params: UpdateDocumentDefaultVersionRequest): Request[UpdateDocumentDefaultVersionResult] = js.native\n    def updateDocumentMetadata(params: UpdateDocumentMetadataRequest): Request[UpdateDocumentMetadataResponse] = js.native\n    def updateMaintenanceWindow(params: UpdateMaintenanceWindowRequest): Request[UpdateMaintenanceWindowResult] = js.native\n    def updateMaintenanceWindowTarget(params: UpdateMaintenanceWindowTargetRequest): Request[UpdateMaintenanceWindowTargetResult] = js.native\n    def updateMaintenanceWindowTask(params: UpdateMaintenanceWindowTaskRequest): Request[UpdateMaintenanceWindowTaskResult] = js.native\n    def updateManagedInstanceRole(params: UpdateManagedInstanceRoleRequest): Request[UpdateManagedInstanceRoleResult] = js.native\n    def updateOpsItem(params: UpdateOpsItemRequest): Request[UpdateOpsItemResponse] = js.native\n    def updateOpsMetadata(params: UpdateOpsMetadataRequest): Request[UpdateOpsMetadataResult] = js.native\n    def updatePatchBaseline(params: UpdatePatchBaselineRequest): Request[UpdatePatchBaselineResult] = js.native\n    def updateResourceDataSync(params: UpdateResourceDataSyncRequest): Request[UpdateResourceDataSyncResult] = js.native\n    def updateServiceSetting(params: UpdateServiceSettingRequest): Request[UpdateServiceSettingResult] = js.native\n  }\n\n  \/** Information includes the AWS account ID where the current document is shared and the version shared with that account.\n    *\/\n  @js.native\n  trait AccountSharingInfo extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var SharedDocumentVersion: js.UndefOr[SharedDocumentVersion]\n  }\n\n  object AccountSharingInfo {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        SharedDocumentVersion: js.UndefOr[SharedDocumentVersion] = js.undefined\n    ): AccountSharingInfo = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      SharedDocumentVersion.foreach(__v => __obj.updateDynamic(\"SharedDocumentVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountSharingInfo]\n    }\n  }\n\n  \/** An activation registers one or more on-premises servers or virtual machines (VMs) with AWS so that you can configure those servers or VMs using Run Command. A server or VM that has been registered with AWS is called a managed instance.\n    *\/\n  @js.native\n  trait Activation extends js.Object {\n    var ActivationId: js.UndefOr[ActivationId]\n    var CreatedDate: js.UndefOr[CreatedDate]\n    var DefaultInstanceName: js.UndefOr[DefaultInstanceName]\n    var Description: js.UndefOr[ActivationDescription]\n    var ExpirationDate: js.UndefOr[ExpirationDate]\n    var Expired: js.UndefOr[Boolean]\n    var IamRole: js.UndefOr[IamRole]\n    var RegistrationLimit: js.UndefOr[RegistrationLimit]\n    var RegistrationsCount: js.UndefOr[RegistrationsCount]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object Activation {\n    @inline\n    def apply(\n        ActivationId: js.UndefOr[ActivationId] = js.undefined,\n        CreatedDate: js.UndefOr[CreatedDate] = js.undefined,\n        DefaultInstanceName: js.UndefOr[DefaultInstanceName] = js.undefined,\n        Description: js.UndefOr[ActivationDescription] = js.undefined,\n        ExpirationDate: js.UndefOr[ExpirationDate] = js.undefined,\n        Expired: js.UndefOr[Boolean] = js.undefined,\n        IamRole: js.UndefOr[IamRole] = js.undefined,\n        RegistrationLimit: js.UndefOr[RegistrationLimit] = js.undefined,\n        RegistrationsCount: js.UndefOr[RegistrationsCount] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): Activation = {\n      val __obj = js.Dynamic.literal()\n      ActivationId.foreach(__v => __obj.updateDynamic(\"ActivationId\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DefaultInstanceName.foreach(__v => __obj.updateDynamic(\"DefaultInstanceName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      Expired.foreach(__v => __obj.updateDynamic(\"Expired\")(__v.asInstanceOf[js.Any]))\n      IamRole.foreach(__v => __obj.updateDynamic(\"IamRole\")(__v.asInstanceOf[js.Any]))\n      RegistrationLimit.foreach(__v => __obj.updateDynamic(\"RegistrationLimit\")(__v.asInstanceOf[js.Any]))\n      RegistrationsCount.foreach(__v => __obj.updateDynamic(\"RegistrationsCount\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Activation]\n    }\n  }\n\n  @js.native\n  trait AddTagsToResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var ResourceType: ResourceTypeForTagging\n    var Tags: TagList\n  }\n\n  object AddTagsToResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        ResourceType: ResourceTypeForTagging,\n        Tags: TagList\n    ): AddTagsToResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceRequest]\n    }\n  }\n\n  @js.native\n  trait AddTagsToResourceResult extends js.Object\n\n  object AddTagsToResourceResult {\n    @inline\n    def apply(): AddTagsToResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AddTagsToResourceResult]\n    }\n  }\n\n  \/** Describes an association of a Systems Manager document and an instance.\n    *\/\n  @js.native\n  trait Association extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var LastExecutionDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[DocumentARN]\n    var Overview: js.UndefOr[AssociationOverview]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object Association {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        LastExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        Overview: js.UndefOr[AssociationOverview] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): Association = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      LastExecutionDate.foreach(__v => __obj.updateDynamic(\"LastExecutionDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Overview.foreach(__v => __obj.updateDynamic(\"Overview\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Association]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationComplianceSeverity extends js.Any\n  object AssociationComplianceSeverity {\n    val CRITICAL = \"CRITICAL\".asInstanceOf[AssociationComplianceSeverity]\n    val HIGH = \"HIGH\".asInstanceOf[AssociationComplianceSeverity]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[AssociationComplianceSeverity]\n    val LOW = \"LOW\".asInstanceOf[AssociationComplianceSeverity]\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[AssociationComplianceSeverity]\n\n    @inline def values = js.Array(CRITICAL, HIGH, MEDIUM, LOW, UNSPECIFIED)\n  }\n\n  \/** Describes the parameters for a document.\n    *\/\n  @js.native\n  trait AssociationDescription extends js.Object {\n    var ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval]\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName]\n    var ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity]\n    var Date: js.UndefOr[DateTime]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var LastExecutionDate: js.UndefOr[DateTime]\n    var LastSuccessfulExecutionDate: js.UndefOr[DateTime]\n    var LastUpdateAssociationDate: js.UndefOr[DateTime]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[DocumentARN]\n    var OutputLocation: js.UndefOr[InstanceAssociationOutputLocation]\n    var Overview: js.UndefOr[AssociationOverview]\n    var Parameters: js.UndefOr[Parameters]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var Status: js.UndefOr[AssociationStatus]\n    var SyncCompliance: js.UndefOr[AssociationSyncCompliance]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object AssociationDescription {\n    @inline\n    def apply(\n        ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval] = js.undefined,\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName] = js.undefined,\n        ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity] = js.undefined,\n        Date: js.UndefOr[DateTime] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        LastExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        LastSuccessfulExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        LastUpdateAssociationDate: js.UndefOr[DateTime] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        OutputLocation: js.UndefOr[InstanceAssociationOutputLocation] = js.undefined,\n        Overview: js.UndefOr[AssociationOverview] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        Status: js.UndefOr[AssociationStatus] = js.undefined,\n        SyncCompliance: js.UndefOr[AssociationSyncCompliance] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): AssociationDescription = {\n      val __obj = js.Dynamic.literal()\n      ApplyOnlyAtCronInterval.foreach(__v => __obj.updateDynamic(\"ApplyOnlyAtCronInterval\")(__v.asInstanceOf[js.Any]))\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      AutomationTargetParameterName.foreach(__v => __obj.updateDynamic(\"AutomationTargetParameterName\")(__v.asInstanceOf[js.Any]))\n      ComplianceSeverity.foreach(__v => __obj.updateDynamic(\"ComplianceSeverity\")(__v.asInstanceOf[js.Any]))\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      LastExecutionDate.foreach(__v => __obj.updateDynamic(\"LastExecutionDate\")(__v.asInstanceOf[js.Any]))\n      LastSuccessfulExecutionDate.foreach(__v => __obj.updateDynamic(\"LastSuccessfulExecutionDate\")(__v.asInstanceOf[js.Any]))\n      LastUpdateAssociationDate.foreach(__v => __obj.updateDynamic(\"LastUpdateAssociationDate\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      Overview.foreach(__v => __obj.updateDynamic(\"Overview\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SyncCompliance.foreach(__v => __obj.updateDynamic(\"SyncCompliance\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationDescription]\n    }\n  }\n\n  \/** Includes information about the specified association.\n    *\/\n  @js.native\n  trait AssociationExecution extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var CreatedTime: js.UndefOr[DateTime]\n    var DetailedStatus: js.UndefOr[StatusName]\n    var ExecutionId: js.UndefOr[AssociationExecutionId]\n    var LastExecutionDate: js.UndefOr[DateTime]\n    var ResourceCountByStatus: js.UndefOr[ResourceCountByStatus]\n    var Status: js.UndefOr[StatusName]\n  }\n\n  object AssociationExecution {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        CreatedTime: js.UndefOr[DateTime] = js.undefined,\n        DetailedStatus: js.UndefOr[StatusName] = js.undefined,\n        ExecutionId: js.UndefOr[AssociationExecutionId] = js.undefined,\n        LastExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        ResourceCountByStatus: js.UndefOr[ResourceCountByStatus] = js.undefined,\n        Status: js.UndefOr[StatusName] = js.undefined\n    ): AssociationExecution = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      DetailedStatus.foreach(__v => __obj.updateDynamic(\"DetailedStatus\")(__v.asInstanceOf[js.Any]))\n      ExecutionId.foreach(__v => __obj.updateDynamic(\"ExecutionId\")(__v.asInstanceOf[js.Any]))\n      LastExecutionDate.foreach(__v => __obj.updateDynamic(\"LastExecutionDate\")(__v.asInstanceOf[js.Any]))\n      ResourceCountByStatus.foreach(__v => __obj.updateDynamic(\"ResourceCountByStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationExecution]\n    }\n  }\n\n  \/** Filters used in the request.\n    *\/\n  @js.native\n  trait AssociationExecutionFilter extends js.Object {\n    var Key: AssociationExecutionFilterKey\n    var Type: AssociationFilterOperatorType\n    var Value: AssociationExecutionFilterValue\n  }\n\n  object AssociationExecutionFilter {\n    @inline\n    def apply(\n        Key: AssociationExecutionFilterKey,\n        Type: AssociationFilterOperatorType,\n        Value: AssociationExecutionFilterValue\n    ): AssociationExecutionFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociationExecutionFilter]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationExecutionFilterKey extends js.Any\n  object AssociationExecutionFilterKey {\n    val ExecutionId = \"ExecutionId\".asInstanceOf[AssociationExecutionFilterKey]\n    val Status = \"Status\".asInstanceOf[AssociationExecutionFilterKey]\n    val CreatedTime = \"CreatedTime\".asInstanceOf[AssociationExecutionFilterKey]\n\n    @inline def values = js.Array(ExecutionId, Status, CreatedTime)\n  }\n\n  \/** Includes information about the specified association execution.\n    *\/\n  @js.native\n  trait AssociationExecutionTarget extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var DetailedStatus: js.UndefOr[StatusName]\n    var ExecutionId: js.UndefOr[AssociationExecutionId]\n    var LastExecutionDate: js.UndefOr[DateTime]\n    var OutputSource: js.UndefOr[OutputSource]\n    var ResourceId: js.UndefOr[AssociationResourceId]\n    var ResourceType: js.UndefOr[AssociationResourceType]\n    var Status: js.UndefOr[StatusName]\n  }\n\n  object AssociationExecutionTarget {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        DetailedStatus: js.UndefOr[StatusName] = js.undefined,\n        ExecutionId: js.UndefOr[AssociationExecutionId] = js.undefined,\n        LastExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        OutputSource: js.UndefOr[OutputSource] = js.undefined,\n        ResourceId: js.UndefOr[AssociationResourceId] = js.undefined,\n        ResourceType: js.UndefOr[AssociationResourceType] = js.undefined,\n        Status: js.UndefOr[StatusName] = js.undefined\n    ): AssociationExecutionTarget = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      DetailedStatus.foreach(__v => __obj.updateDynamic(\"DetailedStatus\")(__v.asInstanceOf[js.Any]))\n      ExecutionId.foreach(__v => __obj.updateDynamic(\"ExecutionId\")(__v.asInstanceOf[js.Any]))\n      LastExecutionDate.foreach(__v => __obj.updateDynamic(\"LastExecutionDate\")(__v.asInstanceOf[js.Any]))\n      OutputSource.foreach(__v => __obj.updateDynamic(\"OutputSource\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationExecutionTarget]\n    }\n  }\n\n  \/** Filters for the association execution.\n    *\/\n  @js.native\n  trait AssociationExecutionTargetsFilter extends js.Object {\n    var Key: AssociationExecutionTargetsFilterKey\n    var Value: AssociationExecutionTargetsFilterValue\n  }\n\n  object AssociationExecutionTargetsFilter {\n    @inline\n    def apply(\n        Key: AssociationExecutionTargetsFilterKey,\n        Value: AssociationExecutionTargetsFilterValue\n    ): AssociationExecutionTargetsFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociationExecutionTargetsFilter]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationExecutionTargetsFilterKey extends js.Any\n  object AssociationExecutionTargetsFilterKey {\n    val Status = \"Status\".asInstanceOf[AssociationExecutionTargetsFilterKey]\n    val ResourceId = \"ResourceId\".asInstanceOf[AssociationExecutionTargetsFilterKey]\n    val ResourceType = \"ResourceType\".asInstanceOf[AssociationExecutionTargetsFilterKey]\n\n    @inline def values = js.Array(Status, ResourceId, ResourceType)\n  }\n\n  \/** Describes a filter.\n    *\/\n  @js.native\n  trait AssociationFilter extends js.Object {\n    var key: AssociationFilterKey\n    var value: AssociationFilterValue\n  }\n\n  object AssociationFilter {\n    @inline\n    def apply(\n        key: AssociationFilterKey,\n        value: AssociationFilterValue\n    ): AssociationFilter = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociationFilter]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationFilterKey extends js.Any\n  object AssociationFilterKey {\n    val InstanceId = \"InstanceId\".asInstanceOf[AssociationFilterKey]\n    val Name = \"Name\".asInstanceOf[AssociationFilterKey]\n    val AssociationId = \"AssociationId\".asInstanceOf[AssociationFilterKey]\n    val AssociationStatusName = \"AssociationStatusName\".asInstanceOf[AssociationFilterKey]\n    val LastExecutedBefore = \"LastExecutedBefore\".asInstanceOf[AssociationFilterKey]\n    val LastExecutedAfter = \"LastExecutedAfter\".asInstanceOf[AssociationFilterKey]\n    val AssociationName = \"AssociationName\".asInstanceOf[AssociationFilterKey]\n    val ResourceGroupName = \"ResourceGroupName\".asInstanceOf[AssociationFilterKey]\n\n    @inline def values = js.Array(InstanceId, Name, AssociationId, AssociationStatusName, LastExecutedBefore, LastExecutedAfter, AssociationName, ResourceGroupName)\n  }\n\n  @js.native\n  sealed trait AssociationFilterOperatorType extends js.Any\n  object AssociationFilterOperatorType {\n    val EQUAL = \"EQUAL\".asInstanceOf[AssociationFilterOperatorType]\n    val LESS_THAN = \"LESS_THAN\".asInstanceOf[AssociationFilterOperatorType]\n    val GREATER_THAN = \"GREATER_THAN\".asInstanceOf[AssociationFilterOperatorType]\n\n    @inline def values = js.Array(EQUAL, LESS_THAN, GREATER_THAN)\n  }\n\n  \/** Information about the association.\n    *\/\n  @js.native\n  trait AssociationOverview extends js.Object {\n    var AssociationStatusAggregatedCount: js.UndefOr[AssociationStatusAggregatedCount]\n    var DetailedStatus: js.UndefOr[StatusName]\n    var Status: js.UndefOr[StatusName]\n  }\n\n  object AssociationOverview {\n    @inline\n    def apply(\n        AssociationStatusAggregatedCount: js.UndefOr[AssociationStatusAggregatedCount] = js.undefined,\n        DetailedStatus: js.UndefOr[StatusName] = js.undefined,\n        Status: js.UndefOr[StatusName] = js.undefined\n    ): AssociationOverview = {\n      val __obj = js.Dynamic.literal()\n      AssociationStatusAggregatedCount.foreach(__v => __obj.updateDynamic(\"AssociationStatusAggregatedCount\")(__v.asInstanceOf[js.Any]))\n      DetailedStatus.foreach(__v => __obj.updateDynamic(\"DetailedStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationOverview]\n    }\n  }\n\n  \/** Describes an association status.\n    *\/\n  @js.native\n  trait AssociationStatus extends js.Object {\n    var Date: DateTime\n    var Message: StatusMessage\n    var Name: AssociationStatusName\n    var AdditionalInfo: js.UndefOr[StatusAdditionalInfo]\n  }\n\n  object AssociationStatus {\n    @inline\n    def apply(\n        Date: DateTime,\n        Message: StatusMessage,\n        Name: AssociationStatusName,\n        AdditionalInfo: js.UndefOr[StatusAdditionalInfo] = js.undefined\n    ): AssociationStatus = {\n      val __obj = js.Dynamic.literal(\n        \"Date\" -> Date.asInstanceOf[js.Any],\n        \"Message\" -> Message.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AdditionalInfo.foreach(__v => __obj.updateDynamic(\"AdditionalInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationStatus]\n    }\n  }\n\n  @js.native\n  sealed trait AssociationStatusName extends js.Any\n  object AssociationStatusName {\n    val Pending = \"Pending\".asInstanceOf[AssociationStatusName]\n    val Success = \"Success\".asInstanceOf[AssociationStatusName]\n    val Failed = \"Failed\".asInstanceOf[AssociationStatusName]\n\n    @inline def values = js.Array(Pending, Success, Failed)\n  }\n\n  @js.native\n  sealed trait AssociationSyncCompliance extends js.Any\n  object AssociationSyncCompliance {\n    val AUTO = \"AUTO\".asInstanceOf[AssociationSyncCompliance]\n    val MANUAL = \"MANUAL\".asInstanceOf[AssociationSyncCompliance]\n\n    @inline def values = js.Array(AUTO, MANUAL)\n  }\n\n  \/** Information about the association version.\n    *\/\n  @js.native\n  trait AssociationVersionInfo extends js.Object {\n    var ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval]\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity]\n    var CreatedDate: js.UndefOr[DateTime]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[DocumentARN]\n    var OutputLocation: js.UndefOr[InstanceAssociationOutputLocation]\n    var Parameters: js.UndefOr[Parameters]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var SyncCompliance: js.UndefOr[AssociationSyncCompliance]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object AssociationVersionInfo {\n    @inline\n    def apply(\n        ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval] = js.undefined,\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity] = js.undefined,\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        OutputLocation: js.UndefOr[InstanceAssociationOutputLocation] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        SyncCompliance: js.UndefOr[AssociationSyncCompliance] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): AssociationVersionInfo = {\n      val __obj = js.Dynamic.literal()\n      ApplyOnlyAtCronInterval.foreach(__v => __obj.updateDynamic(\"ApplyOnlyAtCronInterval\")(__v.asInstanceOf[js.Any]))\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      ComplianceSeverity.foreach(__v => __obj.updateDynamic(\"ComplianceSeverity\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      SyncCompliance.foreach(__v => __obj.updateDynamic(\"SyncCompliance\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociationVersionInfo]\n    }\n  }\n\n  \/** A structure that includes attributes that describe a document attachment.\n    *\/\n  @js.native\n  trait AttachmentContent extends js.Object {\n    var Hash: js.UndefOr[AttachmentHash]\n    var HashType: js.UndefOr[AttachmentHashType]\n    var Name: js.UndefOr[AttachmentName]\n    var Size: js.UndefOr[ContentLength]\n    var Url: js.UndefOr[AttachmentUrl]\n  }\n\n  object AttachmentContent {\n    @inline\n    def apply(\n        Hash: js.UndefOr[AttachmentHash] = js.undefined,\n        HashType: js.UndefOr[AttachmentHashType] = js.undefined,\n        Name: js.UndefOr[AttachmentName] = js.undefined,\n        Size: js.UndefOr[ContentLength] = js.undefined,\n        Url: js.UndefOr[AttachmentUrl] = js.undefined\n    ): AttachmentContent = {\n      val __obj = js.Dynamic.literal()\n      Hash.foreach(__v => __obj.updateDynamic(\"Hash\")(__v.asInstanceOf[js.Any]))\n      HashType.foreach(__v => __obj.updateDynamic(\"HashType\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachmentContent]\n    }\n  }\n\n  @js.native\n  sealed trait AttachmentHashType extends js.Any\n  object AttachmentHashType {\n    val Sha256 = \"Sha256\".asInstanceOf[AttachmentHashType]\n\n    @inline def values = js.Array(Sha256)\n  }\n\n  \/** An attribute of an attachment, such as the attachment name.\n    *\/\n  @js.native\n  trait AttachmentInformation extends js.Object {\n    var Name: js.UndefOr[AttachmentName]\n  }\n\n  object AttachmentInformation {\n    @inline\n    def apply(\n        Name: js.UndefOr[AttachmentName] = js.undefined\n    ): AttachmentInformation = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachmentInformation]\n    }\n  }\n\n  \/** Identifying information about a document attachment, including the file name and a key-value pair that identifies the location of an attachment to a document.\n    *\/\n  @js.native\n  trait AttachmentsSource extends js.Object {\n    var Key: js.UndefOr[AttachmentsSourceKey]\n    var Name: js.UndefOr[AttachmentIdentifier]\n    var Values: js.UndefOr[AttachmentsSourceValues]\n  }\n\n  object AttachmentsSource {\n    @inline\n    def apply(\n        Key: js.UndefOr[AttachmentsSourceKey] = js.undefined,\n        Name: js.UndefOr[AttachmentIdentifier] = js.undefined,\n        Values: js.UndefOr[AttachmentsSourceValues] = js.undefined\n    ): AttachmentsSource = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachmentsSource]\n    }\n  }\n\n  @js.native\n  sealed trait AttachmentsSourceKey extends js.Any\n  object AttachmentsSourceKey {\n    val SourceUrl = \"SourceUrl\".asInstanceOf[AttachmentsSourceKey]\n    val S3FileUrl = \"S3FileUrl\".asInstanceOf[AttachmentsSourceKey]\n    val AttachmentReference = \"AttachmentReference\".asInstanceOf[AttachmentsSourceKey]\n\n    @inline def values = js.Array(SourceUrl, S3FileUrl, AttachmentReference)\n  }\n\n  \/** Detailed information about the current state of an individual Automation execution.\n    *\/\n  @js.native\n  trait AutomationExecution extends js.Object {\n    var AssociationId: js.UndefOr[String]\n    var AutomationExecutionId: js.UndefOr[AutomationExecutionId]\n    var AutomationExecutionStatus: js.UndefOr[AutomationExecutionStatus]\n    var AutomationSubtype: js.UndefOr[AutomationSubtype]\n    var ChangeRequestName: js.UndefOr[ChangeRequestName]\n    var CurrentAction: js.UndefOr[String]\n    var CurrentStepName: js.UndefOr[String]\n    var DocumentName: js.UndefOr[DocumentName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var ExecutedBy: js.UndefOr[String]\n    var ExecutionEndTime: js.UndefOr[DateTime]\n    var ExecutionStartTime: js.UndefOr[DateTime]\n    var FailureMessage: js.UndefOr[String]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Mode: js.UndefOr[ExecutionMode]\n    var OpsItemId: js.UndefOr[String]\n    var Outputs: js.UndefOr[AutomationParameterMap]\n    var Parameters: js.UndefOr[AutomationParameterMap]\n    var ParentAutomationExecutionId: js.UndefOr[AutomationExecutionId]\n    var ProgressCounters: js.UndefOr[ProgressCounters]\n    var ResolvedTargets: js.UndefOr[ResolvedTargets]\n    var Runbooks: js.UndefOr[Runbooks]\n    var ScheduledTime: js.UndefOr[DateTime]\n    var StepExecutions: js.UndefOr[StepExecutionList]\n    var StepExecutionsTruncated: js.UndefOr[Boolean]\n    var Target: js.UndefOr[String]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var TargetMaps: js.UndefOr[TargetMaps]\n    var TargetParameterName: js.UndefOr[AutomationParameterKey]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object AutomationExecution {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[String] = js.undefined,\n        AutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined,\n        AutomationExecutionStatus: js.UndefOr[AutomationExecutionStatus] = js.undefined,\n        AutomationSubtype: js.UndefOr[AutomationSubtype] = js.undefined,\n        ChangeRequestName: js.UndefOr[ChangeRequestName] = js.undefined,\n        CurrentAction: js.UndefOr[String] = js.undefined,\n        CurrentStepName: js.UndefOr[String] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        ExecutedBy: js.UndefOr[String] = js.undefined,\n        ExecutionEndTime: js.UndefOr[DateTime] = js.undefined,\n        ExecutionStartTime: js.UndefOr[DateTime] = js.undefined,\n        FailureMessage: js.UndefOr[String] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Mode: js.UndefOr[ExecutionMode] = js.undefined,\n        OpsItemId: js.UndefOr[String] = js.undefined,\n        Outputs: js.UndefOr[AutomationParameterMap] = js.undefined,\n        Parameters: js.UndefOr[AutomationParameterMap] = js.undefined,\n        ParentAutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined,\n        ProgressCounters: js.UndefOr[ProgressCounters] = js.undefined,\n        ResolvedTargets: js.UndefOr[ResolvedTargets] = js.undefined,\n        Runbooks: js.UndefOr[Runbooks] = js.undefined,\n        ScheduledTime: js.UndefOr[DateTime] = js.undefined,\n        StepExecutions: js.UndefOr[StepExecutionList] = js.undefined,\n        StepExecutionsTruncated: js.UndefOr[Boolean] = js.undefined,\n        Target: js.UndefOr[String] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        TargetMaps: js.UndefOr[TargetMaps] = js.undefined,\n        TargetParameterName: js.UndefOr[AutomationParameterKey] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): AutomationExecution = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AutomationExecutionId.foreach(__v => __obj.updateDynamic(\"AutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      AutomationExecutionStatus.foreach(__v => __obj.updateDynamic(\"AutomationExecutionStatus\")(__v.asInstanceOf[js.Any]))\n      AutomationSubtype.foreach(__v => __obj.updateDynamic(\"AutomationSubtype\")(__v.asInstanceOf[js.Any]))\n      ChangeRequestName.foreach(__v => __obj.updateDynamic(\"ChangeRequestName\")(__v.asInstanceOf[js.Any]))\n      CurrentAction.foreach(__v => __obj.updateDynamic(\"CurrentAction\")(__v.asInstanceOf[js.Any]))\n      CurrentStepName.foreach(__v => __obj.updateDynamic(\"CurrentStepName\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      ExecutedBy.foreach(__v => __obj.updateDynamic(\"ExecutedBy\")(__v.asInstanceOf[js.Any]))\n      ExecutionEndTime.foreach(__v => __obj.updateDynamic(\"ExecutionEndTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionStartTime.foreach(__v => __obj.updateDynamic(\"ExecutionStartTime\")(__v.asInstanceOf[js.Any]))\n      FailureMessage.foreach(__v => __obj.updateDynamic(\"FailureMessage\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ParentAutomationExecutionId.foreach(__v => __obj.updateDynamic(\"ParentAutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      ProgressCounters.foreach(__v => __obj.updateDynamic(\"ProgressCounters\")(__v.asInstanceOf[js.Any]))\n      ResolvedTargets.foreach(__v => __obj.updateDynamic(\"ResolvedTargets\")(__v.asInstanceOf[js.Any]))\n      Runbooks.foreach(__v => __obj.updateDynamic(\"Runbooks\")(__v.asInstanceOf[js.Any]))\n      ScheduledTime.foreach(__v => __obj.updateDynamic(\"ScheduledTime\")(__v.asInstanceOf[js.Any]))\n      StepExecutions.foreach(__v => __obj.updateDynamic(\"StepExecutions\")(__v.asInstanceOf[js.Any]))\n      StepExecutionsTruncated.foreach(__v => __obj.updateDynamic(\"StepExecutionsTruncated\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      TargetMaps.foreach(__v => __obj.updateDynamic(\"TargetMaps\")(__v.asInstanceOf[js.Any]))\n      TargetParameterName.foreach(__v => __obj.updateDynamic(\"TargetParameterName\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomationExecution]\n    }\n  }\n\n  \/** A filter used to match specific automation executions. This is used to limit the scope of Automation execution information returned.\n    *\/\n  @js.native\n  trait AutomationExecutionFilter extends js.Object {\n    var Key: AutomationExecutionFilterKey\n    var Values: AutomationExecutionFilterValueList\n  }\n\n  object AutomationExecutionFilter {\n    @inline\n    def apply(\n        Key: AutomationExecutionFilterKey,\n        Values: AutomationExecutionFilterValueList\n    ): AutomationExecutionFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AutomationExecutionFilter]\n    }\n  }\n\n  @js.native\n  sealed trait AutomationExecutionFilterKey extends js.Any\n  object AutomationExecutionFilterKey {\n    val DocumentNamePrefix = \"DocumentNamePrefix\".asInstanceOf[AutomationExecutionFilterKey]\n    val ExecutionStatus = \"ExecutionStatus\".asInstanceOf[AutomationExecutionFilterKey]\n    val ExecutionId = \"ExecutionId\".asInstanceOf[AutomationExecutionFilterKey]\n    val ParentExecutionId = \"ParentExecutionId\".asInstanceOf[AutomationExecutionFilterKey]\n    val CurrentAction = \"CurrentAction\".asInstanceOf[AutomationExecutionFilterKey]\n    val StartTimeBefore = \"StartTimeBefore\".asInstanceOf[AutomationExecutionFilterKey]\n    val StartTimeAfter = \"StartTimeAfter\".asInstanceOf[AutomationExecutionFilterKey]\n    val AutomationType = \"AutomationType\".asInstanceOf[AutomationExecutionFilterKey]\n    val TagKey = \"TagKey\".asInstanceOf[AutomationExecutionFilterKey]\n    val TargetResourceGroup = \"TargetResourceGroup\".asInstanceOf[AutomationExecutionFilterKey]\n    val AutomationSubtype = \"AutomationSubtype\".asInstanceOf[AutomationExecutionFilterKey]\n    val OpsItemId = \"OpsItemId\".asInstanceOf[AutomationExecutionFilterKey]\n\n    @inline def values = js.Array(\n      DocumentNamePrefix,\n      ExecutionStatus,\n      ExecutionId,\n      ParentExecutionId,\n      CurrentAction,\n      StartTimeBefore,\n      StartTimeAfter,\n      AutomationType,\n      TagKey,\n      TargetResourceGroup,\n      AutomationSubtype,\n      OpsItemId\n    )\n  }\n\n  \/** Details about a specific Automation execution.\n    *\/\n  @js.native\n  trait AutomationExecutionMetadata extends js.Object {\n    var AssociationId: js.UndefOr[String]\n    var AutomationExecutionId: js.UndefOr[AutomationExecutionId]\n    var AutomationExecutionStatus: js.UndefOr[AutomationExecutionStatus]\n    var AutomationSubtype: js.UndefOr[AutomationSubtype]\n    var AutomationType: js.UndefOr[AutomationType]\n    var ChangeRequestName: js.UndefOr[ChangeRequestName]\n    var CurrentAction: js.UndefOr[String]\n    var CurrentStepName: js.UndefOr[String]\n    var DocumentName: js.UndefOr[DocumentName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var ExecutedBy: js.UndefOr[String]\n    var ExecutionEndTime: js.UndefOr[DateTime]\n    var ExecutionStartTime: js.UndefOr[DateTime]\n    var FailureMessage: js.UndefOr[String]\n    var LogFile: js.UndefOr[String]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Mode: js.UndefOr[ExecutionMode]\n    var OpsItemId: js.UndefOr[String]\n    var Outputs: js.UndefOr[AutomationParameterMap]\n    var ParentAutomationExecutionId: js.UndefOr[AutomationExecutionId]\n    var ResolvedTargets: js.UndefOr[ResolvedTargets]\n    var Runbooks: js.UndefOr[Runbooks]\n    var ScheduledTime: js.UndefOr[DateTime]\n    var Target: js.UndefOr[String]\n    var TargetMaps: js.UndefOr[TargetMaps]\n    var TargetParameterName: js.UndefOr[AutomationParameterKey]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object AutomationExecutionMetadata {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[String] = js.undefined,\n        AutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined,\n        AutomationExecutionStatus: js.UndefOr[AutomationExecutionStatus] = js.undefined,\n        AutomationSubtype: js.UndefOr[AutomationSubtype] = js.undefined,\n        AutomationType: js.UndefOr[AutomationType] = js.undefined,\n        ChangeRequestName: js.UndefOr[ChangeRequestName] = js.undefined,\n        CurrentAction: js.UndefOr[String] = js.undefined,\n        CurrentStepName: js.UndefOr[String] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        ExecutedBy: js.UndefOr[String] = js.undefined,\n        ExecutionEndTime: js.UndefOr[DateTime] = js.undefined,\n        ExecutionStartTime: js.UndefOr[DateTime] = js.undefined,\n        FailureMessage: js.UndefOr[String] = js.undefined,\n        LogFile: js.UndefOr[String] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Mode: js.UndefOr[ExecutionMode] = js.undefined,\n        OpsItemId: js.UndefOr[String] = js.undefined,\n        Outputs: js.UndefOr[AutomationParameterMap] = js.undefined,\n        ParentAutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined,\n        ResolvedTargets: js.UndefOr[ResolvedTargets] = js.undefined,\n        Runbooks: js.UndefOr[Runbooks] = js.undefined,\n        ScheduledTime: js.UndefOr[DateTime] = js.undefined,\n        Target: js.UndefOr[String] = js.undefined,\n        TargetMaps: js.UndefOr[TargetMaps] = js.undefined,\n        TargetParameterName: js.UndefOr[AutomationParameterKey] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): AutomationExecutionMetadata = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AutomationExecutionId.foreach(__v => __obj.updateDynamic(\"AutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      AutomationExecutionStatus.foreach(__v => __obj.updateDynamic(\"AutomationExecutionStatus\")(__v.asInstanceOf[js.Any]))\n      AutomationSubtype.foreach(__v => __obj.updateDynamic(\"AutomationSubtype\")(__v.asInstanceOf[js.Any]))\n      AutomationType.foreach(__v => __obj.updateDynamic(\"AutomationType\")(__v.asInstanceOf[js.Any]))\n      ChangeRequestName.foreach(__v => __obj.updateDynamic(\"ChangeRequestName\")(__v.asInstanceOf[js.Any]))\n      CurrentAction.foreach(__v => __obj.updateDynamic(\"CurrentAction\")(__v.asInstanceOf[js.Any]))\n      CurrentStepName.foreach(__v => __obj.updateDynamic(\"CurrentStepName\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      ExecutedBy.foreach(__v => __obj.updateDynamic(\"ExecutedBy\")(__v.asInstanceOf[js.Any]))\n      ExecutionEndTime.foreach(__v => __obj.updateDynamic(\"ExecutionEndTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionStartTime.foreach(__v => __obj.updateDynamic(\"ExecutionStartTime\")(__v.asInstanceOf[js.Any]))\n      FailureMessage.foreach(__v => __obj.updateDynamic(\"FailureMessage\")(__v.asInstanceOf[js.Any]))\n      LogFile.foreach(__v => __obj.updateDynamic(\"LogFile\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      ParentAutomationExecutionId.foreach(__v => __obj.updateDynamic(\"ParentAutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      ResolvedTargets.foreach(__v => __obj.updateDynamic(\"ResolvedTargets\")(__v.asInstanceOf[js.Any]))\n      Runbooks.foreach(__v => __obj.updateDynamic(\"Runbooks\")(__v.asInstanceOf[js.Any]))\n      ScheduledTime.foreach(__v => __obj.updateDynamic(\"ScheduledTime\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      TargetMaps.foreach(__v => __obj.updateDynamic(\"TargetMaps\")(__v.asInstanceOf[js.Any]))\n      TargetParameterName.foreach(__v => __obj.updateDynamic(\"TargetParameterName\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomationExecutionMetadata]\n    }\n  }\n\n  @js.native\n  sealed trait AutomationExecutionStatus extends js.Any\n  object AutomationExecutionStatus {\n    val Pending = \"Pending\".asInstanceOf[AutomationExecutionStatus]\n    val InProgress = \"InProgress\".asInstanceOf[AutomationExecutionStatus]\n    val Waiting = \"Waiting\".asInstanceOf[AutomationExecutionStatus]\n    val Success = \"Success\".asInstanceOf[AutomationExecutionStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[AutomationExecutionStatus]\n    val Cancelling = \"Cancelling\".asInstanceOf[AutomationExecutionStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[AutomationExecutionStatus]\n    val Failed = \"Failed\".asInstanceOf[AutomationExecutionStatus]\n    val PendingApproval = \"PendingApproval\".asInstanceOf[AutomationExecutionStatus]\n    val Approved = \"Approved\".asInstanceOf[AutomationExecutionStatus]\n    val Rejected = \"Rejected\".asInstanceOf[AutomationExecutionStatus]\n    val Scheduled = \"Scheduled\".asInstanceOf[AutomationExecutionStatus]\n    val RunbookInProgress = \"RunbookInProgress\".asInstanceOf[AutomationExecutionStatus]\n    val PendingChangeCalendarOverride = \"PendingChangeCalendarOverride\".asInstanceOf[AutomationExecutionStatus]\n    val ChangeCalendarOverrideApproved = \"ChangeCalendarOverrideApproved\".asInstanceOf[AutomationExecutionStatus]\n    val ChangeCalendarOverrideRejected = \"ChangeCalendarOverrideRejected\".asInstanceOf[AutomationExecutionStatus]\n    val CompletedWithSuccess = \"CompletedWithSuccess\".asInstanceOf[AutomationExecutionStatus]\n    val CompletedWithFailure = \"CompletedWithFailure\".asInstanceOf[AutomationExecutionStatus]\n\n    @inline def values = js.Array(\n      Pending,\n      InProgress,\n      Waiting,\n      Success,\n      TimedOut,\n      Cancelling,\n      Cancelled,\n      Failed,\n      PendingApproval,\n      Approved,\n      Rejected,\n      Scheduled,\n      RunbookInProgress,\n      PendingChangeCalendarOverride,\n      ChangeCalendarOverrideApproved,\n      ChangeCalendarOverrideRejected,\n      CompletedWithSuccess,\n      CompletedWithFailure\n    )\n  }\n\n  @js.native\n  sealed trait AutomationSubtype extends js.Any\n  object AutomationSubtype {\n    val ChangeRequest = \"ChangeRequest\".asInstanceOf[AutomationSubtype]\n\n    @inline def values = js.Array(ChangeRequest)\n  }\n\n  @js.native\n  sealed trait AutomationType extends js.Any\n  object AutomationType {\n    val CrossAccount = \"CrossAccount\".asInstanceOf[AutomationType]\n    val Local = \"Local\".asInstanceOf[AutomationType]\n\n    @inline def values = js.Array(CrossAccount, Local)\n  }\n\n  \/** Defines the basic information about a patch baseline override.\n    *\/\n  @js.native\n  trait BaselineOverride extends js.Object {\n    var ApprovalRules: js.UndefOr[PatchRuleGroup]\n    var ApprovedPatches: js.UndefOr[PatchIdList]\n    var ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean]\n    var GlobalFilters: js.UndefOr[PatchFilterGroup]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n    var RejectedPatches: js.UndefOr[PatchIdList]\n    var RejectedPatchesAction: js.UndefOr[PatchAction]\n    var Sources: js.UndefOr[PatchSourceList]\n  }\n\n  object BaselineOverride {\n    @inline\n    def apply(\n        ApprovalRules: js.UndefOr[PatchRuleGroup] = js.undefined,\n        ApprovedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean] = js.undefined,\n        GlobalFilters: js.UndefOr[PatchFilterGroup] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined,\n        RejectedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        RejectedPatchesAction: js.UndefOr[PatchAction] = js.undefined,\n        Sources: js.UndefOr[PatchSourceList] = js.undefined\n    ): BaselineOverride = {\n      val __obj = js.Dynamic.literal()\n      ApprovalRules.foreach(__v => __obj.updateDynamic(\"ApprovalRules\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatches.foreach(__v => __obj.updateDynamic(\"ApprovedPatches\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesComplianceLevel.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesEnableNonSecurity.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesEnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      GlobalFilters.foreach(__v => __obj.updateDynamic(\"GlobalFilters\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      RejectedPatches.foreach(__v => __obj.updateDynamic(\"RejectedPatches\")(__v.asInstanceOf[js.Any]))\n      RejectedPatchesAction.foreach(__v => __obj.updateDynamic(\"RejectedPatchesAction\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BaselineOverride]\n    }\n  }\n\n  @js.native\n  sealed trait CalendarState extends js.Any\n  object CalendarState {\n    val OPEN = \"OPEN\".asInstanceOf[CalendarState]\n    val CLOSED = \"CLOSED\".asInstanceOf[CalendarState]\n\n    @inline def values = js.Array(OPEN, CLOSED)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CancelCommandRequest extends js.Object {\n    var CommandId: CommandId\n    var InstanceIds: js.UndefOr[InstanceIdList]\n  }\n\n  object CancelCommandRequest {\n    @inline\n    def apply(\n        CommandId: CommandId,\n        InstanceIds: js.UndefOr[InstanceIdList] = js.undefined\n    ): CancelCommandRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CommandId\" -> CommandId.asInstanceOf[js.Any]\n      )\n\n      InstanceIds.foreach(__v => __obj.updateDynamic(\"InstanceIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelCommandRequest]\n    }\n  }\n\n  \/** Whether or not the command was successfully canceled. There is no guarantee that a request can be canceled.\n    *\/\n  @js.native\n  trait CancelCommandResult extends js.Object\n\n  object CancelCommandResult {\n    @inline\n    def apply(): CancelCommandResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelCommandResult]\n    }\n  }\n\n  @js.native\n  trait CancelMaintenanceWindowExecutionRequest extends js.Object {\n    var WindowExecutionId: MaintenanceWindowExecutionId\n  }\n\n  object CancelMaintenanceWindowExecutionRequest {\n    @inline\n    def apply(\n        WindowExecutionId: MaintenanceWindowExecutionId\n    ): CancelMaintenanceWindowExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelMaintenanceWindowExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait CancelMaintenanceWindowExecutionResult extends js.Object {\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n  }\n\n  object CancelMaintenanceWindowExecutionResult {\n    @inline\n    def apply(\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined\n    ): CancelMaintenanceWindowExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelMaintenanceWindowExecutionResult]\n    }\n  }\n\n  \/** Configuration options for sending command output to CloudWatch Logs.\n    *\/\n  @js.native\n  trait CloudWatchOutputConfig extends js.Object {\n    var CloudWatchLogGroupName: js.UndefOr[CloudWatchLogGroupName]\n    var CloudWatchOutputEnabled: js.UndefOr[CloudWatchOutputEnabled]\n  }\n\n  object CloudWatchOutputConfig {\n    @inline\n    def apply(\n        CloudWatchLogGroupName: js.UndefOr[CloudWatchLogGroupName] = js.undefined,\n        CloudWatchOutputEnabled: js.UndefOr[CloudWatchOutputEnabled] = js.undefined\n    ): CloudWatchOutputConfig = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLogGroupName.foreach(__v => __obj.updateDynamic(\"CloudWatchLogGroupName\")(__v.asInstanceOf[js.Any]))\n      CloudWatchOutputEnabled.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchOutputConfig]\n    }\n  }\n\n  \/** Describes a command request.\n    *\/\n  @js.native\n  trait Command extends js.Object {\n    var CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig]\n    var CommandId: js.UndefOr[CommandId]\n    var Comment: js.UndefOr[Comment]\n    var CompletedCount: js.UndefOr[CompletedCount]\n    var DeliveryTimedOutCount: js.UndefOr[DeliveryTimedOutCount]\n    var DocumentName: js.UndefOr[DocumentName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var ErrorCount: js.UndefOr[ErrorCount]\n    var ExpiresAfter: js.UndefOr[DateTime]\n    var InstanceIds: js.UndefOr[InstanceIdList]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var NotificationConfig: js.UndefOr[NotificationConfig]\n    var OutputS3BucketName: js.UndefOr[S3BucketName]\n    var OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix]\n    var OutputS3Region: js.UndefOr[S3Region]\n    var Parameters: js.UndefOr[Parameters]\n    var RequestedDateTime: js.UndefOr[DateTime]\n    var ServiceRole: js.UndefOr[ServiceRole]\n    var Status: js.UndefOr[CommandStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n    var TargetCount: js.UndefOr[TargetCount]\n    var Targets: js.UndefOr[Targets]\n    var TimeoutSeconds: js.UndefOr[TimeoutSeconds]\n  }\n\n  object Command {\n    @inline\n    def apply(\n        CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig] = js.undefined,\n        CommandId: js.UndefOr[CommandId] = js.undefined,\n        Comment: js.UndefOr[Comment] = js.undefined,\n        CompletedCount: js.UndefOr[CompletedCount] = js.undefined,\n        DeliveryTimedOutCount: js.UndefOr[DeliveryTimedOutCount] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        ErrorCount: js.UndefOr[ErrorCount] = js.undefined,\n        ExpiresAfter: js.UndefOr[DateTime] = js.undefined,\n        InstanceIds: js.UndefOr[InstanceIdList] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        NotificationConfig: js.UndefOr[NotificationConfig] = js.undefined,\n        OutputS3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        OutputS3Region: js.UndefOr[S3Region] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        RequestedDateTime: js.UndefOr[DateTime] = js.undefined,\n        ServiceRole: js.UndefOr[ServiceRole] = js.undefined,\n        Status: js.UndefOr[CommandStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined,\n        TargetCount: js.UndefOr[TargetCount] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TimeoutSeconds: js.UndefOr[TimeoutSeconds] = js.undefined\n    ): Command = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchOutputConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputConfig\")(__v.asInstanceOf[js.Any]))\n      CommandId.foreach(__v => __obj.updateDynamic(\"CommandId\")(__v.asInstanceOf[js.Any]))\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      CompletedCount.foreach(__v => __obj.updateDynamic(\"CompletedCount\")(__v.asInstanceOf[js.Any]))\n      DeliveryTimedOutCount.foreach(__v => __obj.updateDynamic(\"DeliveryTimedOutCount\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      ErrorCount.foreach(__v => __obj.updateDynamic(\"ErrorCount\")(__v.asInstanceOf[js.Any]))\n      ExpiresAfter.foreach(__v => __obj.updateDynamic(\"ExpiresAfter\")(__v.asInstanceOf[js.Any]))\n      InstanceIds.foreach(__v => __obj.updateDynamic(\"InstanceIds\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      NotificationConfig.foreach(__v => __obj.updateDynamic(\"NotificationConfig\")(__v.asInstanceOf[js.Any]))\n      OutputS3BucketName.foreach(__v => __obj.updateDynamic(\"OutputS3BucketName\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      OutputS3Region.foreach(__v => __obj.updateDynamic(\"OutputS3Region\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      RequestedDateTime.foreach(__v => __obj.updateDynamic(\"RequestedDateTime\")(__v.asInstanceOf[js.Any]))\n      ServiceRole.foreach(__v => __obj.updateDynamic(\"ServiceRole\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TargetCount.foreach(__v => __obj.updateDynamic(\"TargetCount\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TimeoutSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Command]\n    }\n  }\n\n  \/** Describes a command filter.\n    *\n    * '''Note:'''An instance ID can't be specified when a command status is <code>Pending<\/code> because the command hasn't run on the instance yet.\n    *\/\n  @js.native\n  trait CommandFilter extends js.Object {\n    var key: CommandFilterKey\n    var value: CommandFilterValue\n  }\n\n  object CommandFilter {\n    @inline\n    def apply(\n        key: CommandFilterKey,\n        value: CommandFilterValue\n    ): CommandFilter = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CommandFilter]\n    }\n  }\n\n  @js.native\n  sealed trait CommandFilterKey extends js.Any\n  object CommandFilterKey {\n    val InvokedAfter = \"InvokedAfter\".asInstanceOf[CommandFilterKey]\n    val InvokedBefore = \"InvokedBefore\".asInstanceOf[CommandFilterKey]\n    val Status = \"Status\".asInstanceOf[CommandFilterKey]\n    val ExecutionStage = \"ExecutionStage\".asInstanceOf[CommandFilterKey]\n    val DocumentName = \"DocumentName\".asInstanceOf[CommandFilterKey]\n\n    @inline def values = js.Array(InvokedAfter, InvokedBefore, Status, ExecutionStage, DocumentName)\n  }\n\n  \/** An invocation is copy of a command sent to a specific instance. A command can apply to one or more instances. A command invocation applies to one instance. For example, if a user runs SendCommand against three instances, then a command invocation is created for each requested instance ID. A command invocation returns status and detail information about a command you ran.\n    *\/\n  @js.native\n  trait CommandInvocation extends js.Object {\n    var CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig]\n    var CommandId: js.UndefOr[CommandId]\n    var CommandPlugins: js.UndefOr[CommandPluginList]\n    var Comment: js.UndefOr[Comment]\n    var DocumentName: js.UndefOr[DocumentName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var InstanceName: js.UndefOr[InstanceTagName]\n    var NotificationConfig: js.UndefOr[NotificationConfig]\n    var RequestedDateTime: js.UndefOr[DateTime]\n    var ServiceRole: js.UndefOr[ServiceRole]\n    var StandardErrorUrl: js.UndefOr[Url]\n    var StandardOutputUrl: js.UndefOr[Url]\n    var Status: js.UndefOr[CommandInvocationStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n    var TraceOutput: js.UndefOr[InvocationTraceOutput]\n  }\n\n  object CommandInvocation {\n    @inline\n    def apply(\n        CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig] = js.undefined,\n        CommandId: js.UndefOr[CommandId] = js.undefined,\n        CommandPlugins: js.UndefOr[CommandPluginList] = js.undefined,\n        Comment: js.UndefOr[Comment] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        InstanceName: js.UndefOr[InstanceTagName] = js.undefined,\n        NotificationConfig: js.UndefOr[NotificationConfig] = js.undefined,\n        RequestedDateTime: js.UndefOr[DateTime] = js.undefined,\n        ServiceRole: js.UndefOr[ServiceRole] = js.undefined,\n        StandardErrorUrl: js.UndefOr[Url] = js.undefined,\n        StandardOutputUrl: js.UndefOr[Url] = js.undefined,\n        Status: js.UndefOr[CommandInvocationStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined,\n        TraceOutput: js.UndefOr[InvocationTraceOutput] = js.undefined\n    ): CommandInvocation = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchOutputConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputConfig\")(__v.asInstanceOf[js.Any]))\n      CommandId.foreach(__v => __obj.updateDynamic(\"CommandId\")(__v.asInstanceOf[js.Any]))\n      CommandPlugins.foreach(__v => __obj.updateDynamic(\"CommandPlugins\")(__v.asInstanceOf[js.Any]))\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      InstanceName.foreach(__v => __obj.updateDynamic(\"InstanceName\")(__v.asInstanceOf[js.Any]))\n      NotificationConfig.foreach(__v => __obj.updateDynamic(\"NotificationConfig\")(__v.asInstanceOf[js.Any]))\n      RequestedDateTime.foreach(__v => __obj.updateDynamic(\"RequestedDateTime\")(__v.asInstanceOf[js.Any]))\n      ServiceRole.foreach(__v => __obj.updateDynamic(\"ServiceRole\")(__v.asInstanceOf[js.Any]))\n      StandardErrorUrl.foreach(__v => __obj.updateDynamic(\"StandardErrorUrl\")(__v.asInstanceOf[js.Any]))\n      StandardOutputUrl.foreach(__v => __obj.updateDynamic(\"StandardOutputUrl\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TraceOutput.foreach(__v => __obj.updateDynamic(\"TraceOutput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommandInvocation]\n    }\n  }\n\n  @js.native\n  sealed trait CommandInvocationStatus extends js.Any\n  object CommandInvocationStatus {\n    val Pending = \"Pending\".asInstanceOf[CommandInvocationStatus]\n    val InProgress = \"InProgress\".asInstanceOf[CommandInvocationStatus]\n    val Delayed = \"Delayed\".asInstanceOf[CommandInvocationStatus]\n    val Success = \"Success\".asInstanceOf[CommandInvocationStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[CommandInvocationStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[CommandInvocationStatus]\n    val Failed = \"Failed\".asInstanceOf[CommandInvocationStatus]\n    val Cancelling = \"Cancelling\".asInstanceOf[CommandInvocationStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Delayed, Success, Cancelled, TimedOut, Failed, Cancelling)\n  }\n\n  \/** Describes plugin details.\n    *\/\n  @js.native\n  trait CommandPlugin extends js.Object {\n    var Name: js.UndefOr[CommandPluginName]\n    var Output: js.UndefOr[CommandPluginOutput]\n    var OutputS3BucketName: js.UndefOr[S3BucketName]\n    var OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix]\n    var OutputS3Region: js.UndefOr[S3Region]\n    var ResponseCode: js.UndefOr[ResponseCode]\n    var ResponseFinishDateTime: js.UndefOr[DateTime]\n    var ResponseStartDateTime: js.UndefOr[DateTime]\n    var StandardErrorUrl: js.UndefOr[Url]\n    var StandardOutputUrl: js.UndefOr[Url]\n    var Status: js.UndefOr[CommandPluginStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n  }\n\n  object CommandPlugin {\n    @inline\n    def apply(\n        Name: js.UndefOr[CommandPluginName] = js.undefined,\n        Output: js.UndefOr[CommandPluginOutput] = js.undefined,\n        OutputS3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        OutputS3Region: js.UndefOr[S3Region] = js.undefined,\n        ResponseCode: js.UndefOr[ResponseCode] = js.undefined,\n        ResponseFinishDateTime: js.UndefOr[DateTime] = js.undefined,\n        ResponseStartDateTime: js.UndefOr[DateTime] = js.undefined,\n        StandardErrorUrl: js.UndefOr[Url] = js.undefined,\n        StandardOutputUrl: js.UndefOr[Url] = js.undefined,\n        Status: js.UndefOr[CommandPluginStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined\n    ): CommandPlugin = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Output.foreach(__v => __obj.updateDynamic(\"Output\")(__v.asInstanceOf[js.Any]))\n      OutputS3BucketName.foreach(__v => __obj.updateDynamic(\"OutputS3BucketName\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      OutputS3Region.foreach(__v => __obj.updateDynamic(\"OutputS3Region\")(__v.asInstanceOf[js.Any]))\n      ResponseCode.foreach(__v => __obj.updateDynamic(\"ResponseCode\")(__v.asInstanceOf[js.Any]))\n      ResponseFinishDateTime.foreach(__v => __obj.updateDynamic(\"ResponseFinishDateTime\")(__v.asInstanceOf[js.Any]))\n      ResponseStartDateTime.foreach(__v => __obj.updateDynamic(\"ResponseStartDateTime\")(__v.asInstanceOf[js.Any]))\n      StandardErrorUrl.foreach(__v => __obj.updateDynamic(\"StandardErrorUrl\")(__v.asInstanceOf[js.Any]))\n      StandardOutputUrl.foreach(__v => __obj.updateDynamic(\"StandardOutputUrl\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommandPlugin]\n    }\n  }\n\n  @js.native\n  sealed trait CommandPluginStatus extends js.Any\n  object CommandPluginStatus {\n    val Pending = \"Pending\".asInstanceOf[CommandPluginStatus]\n    val InProgress = \"InProgress\".asInstanceOf[CommandPluginStatus]\n    val Success = \"Success\".asInstanceOf[CommandPluginStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[CommandPluginStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[CommandPluginStatus]\n    val Failed = \"Failed\".asInstanceOf[CommandPluginStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Success, TimedOut, Cancelled, Failed)\n  }\n\n  @js.native\n  sealed trait CommandStatus extends js.Any\n  object CommandStatus {\n    val Pending = \"Pending\".asInstanceOf[CommandStatus]\n    val InProgress = \"InProgress\".asInstanceOf[CommandStatus]\n    val Success = \"Success\".asInstanceOf[CommandStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[CommandStatus]\n    val Failed = \"Failed\".asInstanceOf[CommandStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[CommandStatus]\n    val Cancelling = \"Cancelling\".asInstanceOf[CommandStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Success, Cancelled, Failed, TimedOut, Cancelling)\n  }\n\n  \/** A summary of the call execution that includes an execution ID, the type of execution (for example, <code>Command<\/code>), and the date\/time of the execution using a datetime object that is saved in the following format: yyyy-MM-dd'T'HH:mm:ss'Z'.\n    *\/\n  @js.native\n  trait ComplianceExecutionSummary extends js.Object {\n    var ExecutionTime: DateTime\n    var ExecutionId: js.UndefOr[ComplianceExecutionId]\n    var ExecutionType: js.UndefOr[ComplianceExecutionType]\n  }\n\n  object ComplianceExecutionSummary {\n    @inline\n    def apply(\n        ExecutionTime: DateTime,\n        ExecutionId: js.UndefOr[ComplianceExecutionId] = js.undefined,\n        ExecutionType: js.UndefOr[ComplianceExecutionType] = js.undefined\n    ): ComplianceExecutionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ExecutionTime\" -> ExecutionTime.asInstanceOf[js.Any]\n      )\n\n      ExecutionId.foreach(__v => __obj.updateDynamic(\"ExecutionId\")(__v.asInstanceOf[js.Any]))\n      ExecutionType.foreach(__v => __obj.updateDynamic(\"ExecutionType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceExecutionSummary]\n    }\n  }\n\n  \/** Information about the compliance as defined by the resource type. For example, for a patch resource type, <code>Items<\/code> includes information about the PatchSeverity, Classification, and so on.\n    *\/\n  @js.native\n  trait ComplianceItem extends js.Object {\n    var ComplianceType: js.UndefOr[ComplianceTypeName]\n    var Details: js.UndefOr[ComplianceItemDetails]\n    var ExecutionSummary: js.UndefOr[ComplianceExecutionSummary]\n    var Id: js.UndefOr[ComplianceItemId]\n    var ResourceId: js.UndefOr[ComplianceResourceId]\n    var ResourceType: js.UndefOr[ComplianceResourceType]\n    var Severity: js.UndefOr[ComplianceSeverity]\n    var Status: js.UndefOr[ComplianceStatus]\n    var Title: js.UndefOr[ComplianceItemTitle]\n  }\n\n  object ComplianceItem {\n    @inline\n    def apply(\n        ComplianceType: js.UndefOr[ComplianceTypeName] = js.undefined,\n        Details: js.UndefOr[ComplianceItemDetails] = js.undefined,\n        ExecutionSummary: js.UndefOr[ComplianceExecutionSummary] = js.undefined,\n        Id: js.UndefOr[ComplianceItemId] = js.undefined,\n        ResourceId: js.UndefOr[ComplianceResourceId] = js.undefined,\n        ResourceType: js.UndefOr[ComplianceResourceType] = js.undefined,\n        Severity: js.UndefOr[ComplianceSeverity] = js.undefined,\n        Status: js.UndefOr[ComplianceStatus] = js.undefined,\n        Title: js.UndefOr[ComplianceItemTitle] = js.undefined\n    ): ComplianceItem = {\n      val __obj = js.Dynamic.literal()\n      ComplianceType.foreach(__v => __obj.updateDynamic(\"ComplianceType\")(__v.asInstanceOf[js.Any]))\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      ExecutionSummary.foreach(__v => __obj.updateDynamic(\"ExecutionSummary\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceItem]\n    }\n  }\n\n  \/** Information about a compliance item.\n    *\/\n  @js.native\n  trait ComplianceItemEntry extends js.Object {\n    var Severity: ComplianceSeverity\n    var Status: ComplianceStatus\n    var Details: js.UndefOr[ComplianceItemDetails]\n    var Id: js.UndefOr[ComplianceItemId]\n    var Title: js.UndefOr[ComplianceItemTitle]\n  }\n\n  object ComplianceItemEntry {\n    @inline\n    def apply(\n        Severity: ComplianceSeverity,\n        Status: ComplianceStatus,\n        Details: js.UndefOr[ComplianceItemDetails] = js.undefined,\n        Id: js.UndefOr[ComplianceItemId] = js.undefined,\n        Title: js.UndefOr[ComplianceItemTitle] = js.undefined\n    ): ComplianceItemEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Severity\" -> Severity.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceItemEntry]\n    }\n  }\n\n  @js.native\n  sealed trait ComplianceQueryOperatorType extends js.Any\n  object ComplianceQueryOperatorType {\n    val EQUAL = \"EQUAL\".asInstanceOf[ComplianceQueryOperatorType]\n    val NOT_EQUAL = \"NOT_EQUAL\".asInstanceOf[ComplianceQueryOperatorType]\n    val BEGIN_WITH = \"BEGIN_WITH\".asInstanceOf[ComplianceQueryOperatorType]\n    val LESS_THAN = \"LESS_THAN\".asInstanceOf[ComplianceQueryOperatorType]\n    val GREATER_THAN = \"GREATER_THAN\".asInstanceOf[ComplianceQueryOperatorType]\n\n    @inline def values = js.Array(EQUAL, NOT_EQUAL, BEGIN_WITH, LESS_THAN, GREATER_THAN)\n  }\n\n  @js.native\n  sealed trait ComplianceSeverity extends js.Any\n  object ComplianceSeverity {\n    val CRITICAL = \"CRITICAL\".asInstanceOf[ComplianceSeverity]\n    val HIGH = \"HIGH\".asInstanceOf[ComplianceSeverity]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[ComplianceSeverity]\n    val LOW = \"LOW\".asInstanceOf[ComplianceSeverity]\n    val INFORMATIONAL = \"INFORMATIONAL\".asInstanceOf[ComplianceSeverity]\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[ComplianceSeverity]\n\n    @inline def values = js.Array(CRITICAL, HIGH, MEDIUM, LOW, INFORMATIONAL, UNSPECIFIED)\n  }\n\n  @js.native\n  sealed trait ComplianceStatus extends js.Any\n  object ComplianceStatus {\n    val COMPLIANT = \"COMPLIANT\".asInstanceOf[ComplianceStatus]\n    val NON_COMPLIANT = \"NON_COMPLIANT\".asInstanceOf[ComplianceStatus]\n\n    @inline def values = js.Array(COMPLIANT, NON_COMPLIANT)\n  }\n\n  \/** One or more filters. Use a filter to return a more specific list of results.\n    *\/\n  @js.native\n  trait ComplianceStringFilter extends js.Object {\n    var Key: js.UndefOr[ComplianceStringFilterKey]\n    var Type: js.UndefOr[ComplianceQueryOperatorType]\n    var Values: js.UndefOr[ComplianceStringFilterValueList]\n  }\n\n  object ComplianceStringFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[ComplianceStringFilterKey] = js.undefined,\n        Type: js.UndefOr[ComplianceQueryOperatorType] = js.undefined,\n        Values: js.UndefOr[ComplianceStringFilterValueList] = js.undefined\n    ): ComplianceStringFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceStringFilter]\n    }\n  }\n\n  \/** A summary of compliance information by compliance type.\n    *\/\n  @js.native\n  trait ComplianceSummaryItem extends js.Object {\n    var ComplianceType: js.UndefOr[ComplianceTypeName]\n    var CompliantSummary: js.UndefOr[CompliantSummary]\n    var NonCompliantSummary: js.UndefOr[NonCompliantSummary]\n  }\n\n  object ComplianceSummaryItem {\n    @inline\n    def apply(\n        ComplianceType: js.UndefOr[ComplianceTypeName] = js.undefined,\n        CompliantSummary: js.UndefOr[CompliantSummary] = js.undefined,\n        NonCompliantSummary: js.UndefOr[NonCompliantSummary] = js.undefined\n    ): ComplianceSummaryItem = {\n      val __obj = js.Dynamic.literal()\n      ComplianceType.foreach(__v => __obj.updateDynamic(\"ComplianceType\")(__v.asInstanceOf[js.Any]))\n      CompliantSummary.foreach(__v => __obj.updateDynamic(\"CompliantSummary\")(__v.asInstanceOf[js.Any]))\n      NonCompliantSummary.foreach(__v => __obj.updateDynamic(\"NonCompliantSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ComplianceSummaryItem]\n    }\n  }\n\n  @js.native\n  sealed trait ComplianceUploadType extends js.Any\n  object ComplianceUploadType {\n    val COMPLETE = \"COMPLETE\".asInstanceOf[ComplianceUploadType]\n    val PARTIAL = \"PARTIAL\".asInstanceOf[ComplianceUploadType]\n\n    @inline def values = js.Array(COMPLETE, PARTIAL)\n  }\n\n  \/** A summary of resources that are compliant. The summary is organized according to the resource count for each compliance type.\n    *\/\n  @js.native\n  trait CompliantSummary extends js.Object {\n    var CompliantCount: js.UndefOr[ComplianceSummaryCount]\n    var SeveritySummary: js.UndefOr[SeveritySummary]\n  }\n\n  object CompliantSummary {\n    @inline\n    def apply(\n        CompliantCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        SeveritySummary: js.UndefOr[SeveritySummary] = js.undefined\n    ): CompliantSummary = {\n      val __obj = js.Dynamic.literal()\n      CompliantCount.foreach(__v => __obj.updateDynamic(\"CompliantCount\")(__v.asInstanceOf[js.Any]))\n      SeveritySummary.foreach(__v => __obj.updateDynamic(\"SeveritySummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompliantSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ConnectionStatus extends js.Any\n  object ConnectionStatus {\n    val Connected = \"Connected\".asInstanceOf[ConnectionStatus]\n    val NotConnected = \"NotConnected\".asInstanceOf[ConnectionStatus]\n\n    @inline def values = js.Array(Connected, NotConnected)\n  }\n\n  @js.native\n  trait CreateActivationRequest extends js.Object {\n    var IamRole: IamRole\n    var DefaultInstanceName: js.UndefOr[DefaultInstanceName]\n    var Description: js.UndefOr[ActivationDescription]\n    var ExpirationDate: js.UndefOr[ExpirationDate]\n    var RegistrationLimit: js.UndefOr[RegistrationLimit]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateActivationRequest {\n    @inline\n    def apply(\n        IamRole: IamRole,\n        DefaultInstanceName: js.UndefOr[DefaultInstanceName] = js.undefined,\n        Description: js.UndefOr[ActivationDescription] = js.undefined,\n        ExpirationDate: js.UndefOr[ExpirationDate] = js.undefined,\n        RegistrationLimit: js.UndefOr[RegistrationLimit] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateActivationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IamRole\" -> IamRole.asInstanceOf[js.Any]\n      )\n\n      DefaultInstanceName.foreach(__v => __obj.updateDynamic(\"DefaultInstanceName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      RegistrationLimit.foreach(__v => __obj.updateDynamic(\"RegistrationLimit\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateActivationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateActivationResult extends js.Object {\n    var ActivationCode: js.UndefOr[ActivationCode]\n    var ActivationId: js.UndefOr[ActivationId]\n  }\n\n  object CreateActivationResult {\n    @inline\n    def apply(\n        ActivationCode: js.UndefOr[ActivationCode] = js.undefined,\n        ActivationId: js.UndefOr[ActivationId] = js.undefined\n    ): CreateActivationResult = {\n      val __obj = js.Dynamic.literal()\n      ActivationCode.foreach(__v => __obj.updateDynamic(\"ActivationCode\")(__v.asInstanceOf[js.Any]))\n      ActivationId.foreach(__v => __obj.updateDynamic(\"ActivationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateActivationResult]\n    }\n  }\n\n  @js.native\n  trait CreateAssociationBatchRequest extends js.Object {\n    var Entries: CreateAssociationBatchRequestEntries\n  }\n\n  object CreateAssociationBatchRequest {\n    @inline\n    def apply(\n        Entries: CreateAssociationBatchRequestEntries\n    ): CreateAssociationBatchRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Entries\" -> Entries.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateAssociationBatchRequest]\n    }\n  }\n\n  \/** Describes the association of a Systems Manager SSM document and an instance.\n    *\/\n  @js.native\n  trait CreateAssociationBatchRequestEntry extends js.Object {\n    var Name: DocumentARN\n    var ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName]\n    var ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var OutputLocation: js.UndefOr[InstanceAssociationOutputLocation]\n    var Parameters: js.UndefOr[Parameters]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var SyncCompliance: js.UndefOr[AssociationSyncCompliance]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object CreateAssociationBatchRequestEntry {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName] = js.undefined,\n        ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        OutputLocation: js.UndefOr[InstanceAssociationOutputLocation] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        SyncCompliance: js.UndefOr[AssociationSyncCompliance] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): CreateAssociationBatchRequestEntry = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ApplyOnlyAtCronInterval.foreach(__v => __obj.updateDynamic(\"ApplyOnlyAtCronInterval\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AutomationTargetParameterName.foreach(__v => __obj.updateDynamic(\"AutomationTargetParameterName\")(__v.asInstanceOf[js.Any]))\n      ComplianceSeverity.foreach(__v => __obj.updateDynamic(\"ComplianceSeverity\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      SyncCompliance.foreach(__v => __obj.updateDynamic(\"SyncCompliance\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAssociationBatchRequestEntry]\n    }\n  }\n\n  @js.native\n  trait CreateAssociationBatchResult extends js.Object {\n    var Failed: js.UndefOr[FailedCreateAssociationList]\n    var Successful: js.UndefOr[AssociationDescriptionList]\n  }\n\n  object CreateAssociationBatchResult {\n    @inline\n    def apply(\n        Failed: js.UndefOr[FailedCreateAssociationList] = js.undefined,\n        Successful: js.UndefOr[AssociationDescriptionList] = js.undefined\n    ): CreateAssociationBatchResult = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Successful.foreach(__v => __obj.updateDynamic(\"Successful\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAssociationBatchResult]\n    }\n  }\n\n  @js.native\n  trait CreateAssociationRequest extends js.Object {\n    var Name: DocumentARN\n    var ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName]\n    var ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var OutputLocation: js.UndefOr[InstanceAssociationOutputLocation]\n    var Parameters: js.UndefOr[Parameters]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var SyncCompliance: js.UndefOr[AssociationSyncCompliance]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object CreateAssociationRequest {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName] = js.undefined,\n        ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        OutputLocation: js.UndefOr[InstanceAssociationOutputLocation] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        SyncCompliance: js.UndefOr[AssociationSyncCompliance] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): CreateAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ApplyOnlyAtCronInterval.foreach(__v => __obj.updateDynamic(\"ApplyOnlyAtCronInterval\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AutomationTargetParameterName.foreach(__v => __obj.updateDynamic(\"AutomationTargetParameterName\")(__v.asInstanceOf[js.Any]))\n      ComplianceSeverity.foreach(__v => __obj.updateDynamic(\"ComplianceSeverity\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      SyncCompliance.foreach(__v => __obj.updateDynamic(\"SyncCompliance\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAssociationResult extends js.Object {\n    var AssociationDescription: js.UndefOr[AssociationDescription]\n  }\n\n  object CreateAssociationResult {\n    @inline\n    def apply(\n        AssociationDescription: js.UndefOr[AssociationDescription] = js.undefined\n    ): CreateAssociationResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationDescription.foreach(__v => __obj.updateDynamic(\"AssociationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAssociationResult]\n    }\n  }\n\n  @js.native\n  trait CreateDocumentRequest extends js.Object {\n    var Content: DocumentContent\n    var Name: DocumentName\n    var Attachments: js.UndefOr[AttachmentsSourceList]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentType: js.UndefOr[DocumentType]\n    var Requires: js.UndefOr[DocumentRequiresList]\n    var Tags: js.UndefOr[TagList]\n    var TargetType: js.UndefOr[TargetType]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object CreateDocumentRequest {\n    @inline\n    def apply(\n        Content: DocumentContent,\n        Name: DocumentName,\n        Attachments: js.UndefOr[AttachmentsSourceList] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentType: js.UndefOr[DocumentType] = js.undefined,\n        Requires: js.UndefOr[DocumentRequiresList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetType: js.UndefOr[TargetType] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): CreateDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Attachments.foreach(__v => __obj.updateDynamic(\"Attachments\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentType.foreach(__v => __obj.updateDynamic(\"DocumentType\")(__v.asInstanceOf[js.Any]))\n      Requires.foreach(__v => __obj.updateDynamic(\"Requires\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetType.foreach(__v => __obj.updateDynamic(\"TargetType\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDocumentResult extends js.Object {\n    var DocumentDescription: js.UndefOr[DocumentDescription]\n  }\n\n  object CreateDocumentResult {\n    @inline\n    def apply(\n        DocumentDescription: js.UndefOr[DocumentDescription] = js.undefined\n    ): CreateDocumentResult = {\n      val __obj = js.Dynamic.literal()\n      DocumentDescription.foreach(__v => __obj.updateDynamic(\"DocumentDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDocumentResult]\n    }\n  }\n\n  @js.native\n  trait CreateMaintenanceWindowRequest extends js.Object {\n    var AllowUnassociatedTargets: MaintenanceWindowAllowUnassociatedTargets\n    var Cutoff: MaintenanceWindowCutoff\n    var Duration: MaintenanceWindowDurationHours\n    var Name: MaintenanceWindowName\n    var Schedule: MaintenanceWindowSchedule\n    var ClientToken: js.UndefOr[ClientToken]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var EndDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var ScheduleOffset: js.UndefOr[MaintenanceWindowOffset]\n    var ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone]\n    var StartDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateMaintenanceWindowRequest {\n    @inline\n    def apply(\n        AllowUnassociatedTargets: MaintenanceWindowAllowUnassociatedTargets,\n        Cutoff: MaintenanceWindowCutoff,\n        Duration: MaintenanceWindowDurationHours,\n        Name: MaintenanceWindowName,\n        Schedule: MaintenanceWindowSchedule,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        EndDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        ScheduleOffset: js.UndefOr[MaintenanceWindowOffset] = js.undefined,\n        ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone] = js.undefined,\n        StartDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AllowUnassociatedTargets\" -> AllowUnassociatedTargets.asInstanceOf[js.Any],\n        \"Cutoff\" -> Cutoff.asInstanceOf[js.Any],\n        \"Duration\" -> Duration.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Schedule\" -> Schedule.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      ScheduleOffset.foreach(__v => __obj.updateDynamic(\"ScheduleOffset\")(__v.asInstanceOf[js.Any]))\n      ScheduleTimezone.foreach(__v => __obj.updateDynamic(\"ScheduleTimezone\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMaintenanceWindowResult extends js.Object {\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object CreateMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): CreateMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait CreateOpsItemRequest extends js.Object {\n    var Description: OpsItemDescription\n    var Source: OpsItemSource\n    var Title: OpsItemTitle\n    var ActualEndTime: js.UndefOr[DateTime]\n    var ActualStartTime: js.UndefOr[DateTime]\n    var Category: js.UndefOr[OpsItemCategory]\n    var Notifications: js.UndefOr[OpsItemNotifications]\n    var OperationalData: js.UndefOr[OpsItemOperationalData]\n    var OpsItemType: js.UndefOr[OpsItemType]\n    var PlannedEndTime: js.UndefOr[DateTime]\n    var PlannedStartTime: js.UndefOr[DateTime]\n    var Priority: js.UndefOr[OpsItemPriority]\n    var RelatedOpsItems: js.UndefOr[RelatedOpsItems]\n    var Severity: js.UndefOr[OpsItemSeverity]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateOpsItemRequest {\n    @inline\n    def apply(\n        Description: OpsItemDescription,\n        Source: OpsItemSource,\n        Title: OpsItemTitle,\n        ActualEndTime: js.UndefOr[DateTime] = js.undefined,\n        ActualStartTime: js.UndefOr[DateTime] = js.undefined,\n        Category: js.UndefOr[OpsItemCategory] = js.undefined,\n        Notifications: js.UndefOr[OpsItemNotifications] = js.undefined,\n        OperationalData: js.UndefOr[OpsItemOperationalData] = js.undefined,\n        OpsItemType: js.UndefOr[OpsItemType] = js.undefined,\n        PlannedEndTime: js.UndefOr[DateTime] = js.undefined,\n        PlannedStartTime: js.UndefOr[DateTime] = js.undefined,\n        Priority: js.UndefOr[OpsItemPriority] = js.undefined,\n        RelatedOpsItems: js.UndefOr[RelatedOpsItems] = js.undefined,\n        Severity: js.UndefOr[OpsItemSeverity] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateOpsItemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any],\n        \"Title\" -> Title.asInstanceOf[js.Any]\n      )\n\n      ActualEndTime.foreach(__v => __obj.updateDynamic(\"ActualEndTime\")(__v.asInstanceOf[js.Any]))\n      ActualStartTime.foreach(__v => __obj.updateDynamic(\"ActualStartTime\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      OperationalData.foreach(__v => __obj.updateDynamic(\"OperationalData\")(__v.asInstanceOf[js.Any]))\n      OpsItemType.foreach(__v => __obj.updateDynamic(\"OpsItemType\")(__v.asInstanceOf[js.Any]))\n      PlannedEndTime.foreach(__v => __obj.updateDynamic(\"PlannedEndTime\")(__v.asInstanceOf[js.Any]))\n      PlannedStartTime.foreach(__v => __obj.updateDynamic(\"PlannedStartTime\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      RelatedOpsItems.foreach(__v => __obj.updateDynamic(\"RelatedOpsItems\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpsItemRequest]\n    }\n  }\n\n  @js.native\n  trait CreateOpsItemResponse extends js.Object {\n    var OpsItemId: js.UndefOr[String]\n  }\n\n  object CreateOpsItemResponse {\n    @inline\n    def apply(\n        OpsItemId: js.UndefOr[String] = js.undefined\n    ): CreateOpsItemResponse = {\n      val __obj = js.Dynamic.literal()\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpsItemResponse]\n    }\n  }\n\n  @js.native\n  trait CreateOpsMetadataRequest extends js.Object {\n    var ResourceId: OpsMetadataResourceId\n    var Metadata: js.UndefOr[MetadataMap]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateOpsMetadataRequest {\n    @inline\n    def apply(\n        ResourceId: OpsMetadataResourceId,\n        Metadata: js.UndefOr[MetadataMap] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateOpsMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpsMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait CreateOpsMetadataResult extends js.Object {\n    var OpsMetadataArn: js.UndefOr[OpsMetadataArn]\n  }\n\n  object CreateOpsMetadataResult {\n    @inline\n    def apply(\n        OpsMetadataArn: js.UndefOr[OpsMetadataArn] = js.undefined\n    ): CreateOpsMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      OpsMetadataArn.foreach(__v => __obj.updateDynamic(\"OpsMetadataArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOpsMetadataResult]\n    }\n  }\n\n  @js.native\n  trait CreatePatchBaselineRequest extends js.Object {\n    var Name: BaselineName\n    var ApprovalRules: js.UndefOr[PatchRuleGroup]\n    var ApprovedPatches: js.UndefOr[PatchIdList]\n    var ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean]\n    var ClientToken: js.UndefOr[ClientToken]\n    var Description: js.UndefOr[BaselineDescription]\n    var GlobalFilters: js.UndefOr[PatchFilterGroup]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n    var RejectedPatches: js.UndefOr[PatchIdList]\n    var RejectedPatchesAction: js.UndefOr[PatchAction]\n    var Sources: js.UndefOr[PatchSourceList]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreatePatchBaselineRequest {\n    @inline\n    def apply(\n        Name: BaselineName,\n        ApprovalRules: js.UndefOr[PatchRuleGroup] = js.undefined,\n        ApprovedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean] = js.undefined,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        Description: js.UndefOr[BaselineDescription] = js.undefined,\n        GlobalFilters: js.UndefOr[PatchFilterGroup] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined,\n        RejectedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        RejectedPatchesAction: js.UndefOr[PatchAction] = js.undefined,\n        Sources: js.UndefOr[PatchSourceList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreatePatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ApprovalRules.foreach(__v => __obj.updateDynamic(\"ApprovalRules\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatches.foreach(__v => __obj.updateDynamic(\"ApprovedPatches\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesComplianceLevel.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesEnableNonSecurity.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesEnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlobalFilters.foreach(__v => __obj.updateDynamic(\"GlobalFilters\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      RejectedPatches.foreach(__v => __obj.updateDynamic(\"RejectedPatches\")(__v.asInstanceOf[js.Any]))\n      RejectedPatchesAction.foreach(__v => __obj.updateDynamic(\"RejectedPatchesAction\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePatchBaselineResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n  }\n\n  object CreatePatchBaselineResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined\n    ): CreatePatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait CreateResourceDataSyncRequest extends js.Object {\n    var SyncName: ResourceDataSyncName\n    var S3Destination: js.UndefOr[ResourceDataSyncS3Destination]\n    var SyncSource: js.UndefOr[ResourceDataSyncSource]\n    var SyncType: js.UndefOr[ResourceDataSyncType]\n  }\n\n  object CreateResourceDataSyncRequest {\n    @inline\n    def apply(\n        SyncName: ResourceDataSyncName,\n        S3Destination: js.UndefOr[ResourceDataSyncS3Destination] = js.undefined,\n        SyncSource: js.UndefOr[ResourceDataSyncSource] = js.undefined,\n        SyncType: js.UndefOr[ResourceDataSyncType] = js.undefined\n    ): CreateResourceDataSyncRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SyncName\" -> SyncName.asInstanceOf[js.Any]\n      )\n\n      S3Destination.foreach(__v => __obj.updateDynamic(\"S3Destination\")(__v.asInstanceOf[js.Any]))\n      SyncSource.foreach(__v => __obj.updateDynamic(\"SyncSource\")(__v.asInstanceOf[js.Any]))\n      SyncType.foreach(__v => __obj.updateDynamic(\"SyncType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateResourceDataSyncRequest]\n    }\n  }\n\n  @js.native\n  trait CreateResourceDataSyncResult extends js.Object\n\n  object CreateResourceDataSyncResult {\n    @inline\n    def apply(): CreateResourceDataSyncResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateResourceDataSyncResult]\n    }\n  }\n\n  @js.native\n  trait DeleteActivationRequest extends js.Object {\n    var ActivationId: ActivationId\n  }\n\n  object DeleteActivationRequest {\n    @inline\n    def apply(\n        ActivationId: ActivationId\n    ): DeleteActivationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActivationId\" -> ActivationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteActivationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteActivationResult extends js.Object\n\n  object DeleteActivationResult {\n    @inline\n    def apply(): DeleteActivationResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteActivationResult]\n    }\n  }\n\n  @js.native\n  trait DeleteAssociationRequest extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var InstanceId: js.UndefOr[InstanceId]\n    var Name: js.UndefOr[DocumentARN]\n  }\n\n  object DeleteAssociationRequest {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined\n    ): DeleteAssociationRequest = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAssociationResult extends js.Object\n\n  object DeleteAssociationResult {\n    @inline\n    def apply(): DeleteAssociationResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteAssociationResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDocumentRequest extends js.Object {\n    var Name: DocumentName\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Force: js.UndefOr[Boolean]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object DeleteDocumentRequest {\n    @inline\n    def apply(\n        Name: DocumentName,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Force: js.UndefOr[Boolean] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): DeleteDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Force.foreach(__v => __obj.updateDynamic(\"Force\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDocumentResult extends js.Object\n\n  object DeleteDocumentResult {\n    @inline\n    def apply(): DeleteDocumentResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDocumentResult]\n    }\n  }\n\n  @js.native\n  trait DeleteInventoryRequest extends js.Object {\n    var TypeName: InventoryItemTypeName\n    var ClientToken: js.UndefOr[UUID]\n    var DryRun: js.UndefOr[DryRun]\n    var SchemaDeleteOption: js.UndefOr[InventorySchemaDeleteOption]\n  }\n\n  object DeleteInventoryRequest {\n    @inline\n    def apply(\n        TypeName: InventoryItemTypeName,\n        ClientToken: js.UndefOr[UUID] = js.undefined,\n        DryRun: js.UndefOr[DryRun] = js.undefined,\n        SchemaDeleteOption: js.UndefOr[InventorySchemaDeleteOption] = js.undefined\n    ): DeleteInventoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      SchemaDeleteOption.foreach(__v => __obj.updateDynamic(\"SchemaDeleteOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInventoryRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInventoryResult extends js.Object {\n    var DeletionId: js.UndefOr[UUID]\n    var DeletionSummary: js.UndefOr[InventoryDeletionSummary]\n    var TypeName: js.UndefOr[InventoryItemTypeName]\n  }\n\n  object DeleteInventoryResult {\n    @inline\n    def apply(\n        DeletionId: js.UndefOr[UUID] = js.undefined,\n        DeletionSummary: js.UndefOr[InventoryDeletionSummary] = js.undefined,\n        TypeName: js.UndefOr[InventoryItemTypeName] = js.undefined\n    ): DeleteInventoryResult = {\n      val __obj = js.Dynamic.literal()\n      DeletionId.foreach(__v => __obj.updateDynamic(\"DeletionId\")(__v.asInstanceOf[js.Any]))\n      DeletionSummary.foreach(__v => __obj.updateDynamic(\"DeletionSummary\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteInventoryResult]\n    }\n  }\n\n  @js.native\n  trait DeleteMaintenanceWindowRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n  }\n\n  object DeleteMaintenanceWindowRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId\n    ): DeleteMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMaintenanceWindowResult extends js.Object {\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object DeleteMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): DeleteMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait DeleteOpsMetadataRequest extends js.Object {\n    var OpsMetadataArn: OpsMetadataArn\n  }\n\n  object DeleteOpsMetadataRequest {\n    @inline\n    def apply(\n        OpsMetadataArn: OpsMetadataArn\n    ): DeleteOpsMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpsMetadataArn\" -> OpsMetadataArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteOpsMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteOpsMetadataResult extends js.Object\n\n  object DeleteOpsMetadataResult {\n    @inline\n    def apply(): DeleteOpsMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteOpsMetadataResult]\n    }\n  }\n\n  @js.native\n  trait DeleteParameterRequest extends js.Object {\n    var Name: PSParameterName\n  }\n\n  object DeleteParameterRequest {\n    @inline\n    def apply(\n        Name: PSParameterName\n    ): DeleteParameterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteParameterRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteParameterResult extends js.Object\n\n  object DeleteParameterResult {\n    @inline\n    def apply(): DeleteParameterResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteParameterResult]\n    }\n  }\n\n  @js.native\n  trait DeleteParametersRequest extends js.Object {\n    var Names: ParameterNameList\n  }\n\n  object DeleteParametersRequest {\n    @inline\n    def apply(\n        Names: ParameterNameList\n    ): DeleteParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Names\" -> Names.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteParametersRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteParametersResult extends js.Object {\n    var DeletedParameters: js.UndefOr[ParameterNameList]\n    var InvalidParameters: js.UndefOr[ParameterNameList]\n  }\n\n  object DeleteParametersResult {\n    @inline\n    def apply(\n        DeletedParameters: js.UndefOr[ParameterNameList] = js.undefined,\n        InvalidParameters: js.UndefOr[ParameterNameList] = js.undefined\n    ): DeleteParametersResult = {\n      val __obj = js.Dynamic.literal()\n      DeletedParameters.foreach(__v => __obj.updateDynamic(\"DeletedParameters\")(__v.asInstanceOf[js.Any]))\n      InvalidParameters.foreach(__v => __obj.updateDynamic(\"InvalidParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteParametersResult]\n    }\n  }\n\n  @js.native\n  trait DeletePatchBaselineRequest extends js.Object {\n    var BaselineId: BaselineId\n  }\n\n  object DeletePatchBaselineRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId\n    ): DeletePatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePatchBaselineResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n  }\n\n  object DeletePatchBaselineResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined\n    ): DeletePatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletePatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait DeleteResourceDataSyncRequest extends js.Object {\n    var SyncName: ResourceDataSyncName\n    var SyncType: js.UndefOr[ResourceDataSyncType]\n  }\n\n  object DeleteResourceDataSyncRequest {\n    @inline\n    def apply(\n        SyncName: ResourceDataSyncName,\n        SyncType: js.UndefOr[ResourceDataSyncType] = js.undefined\n    ): DeleteResourceDataSyncRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SyncName\" -> SyncName.asInstanceOf[js.Any]\n      )\n\n      SyncType.foreach(__v => __obj.updateDynamic(\"SyncType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResourceDataSyncRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteResourceDataSyncResult extends js.Object\n\n  object DeleteResourceDataSyncResult {\n    @inline\n    def apply(): DeleteResourceDataSyncResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteResourceDataSyncResult]\n    }\n  }\n\n  @js.native\n  trait DeregisterManagedInstanceRequest extends js.Object {\n    var InstanceId: ManagedInstanceId\n  }\n\n  object DeregisterManagedInstanceRequest {\n    @inline\n    def apply(\n        InstanceId: ManagedInstanceId\n    ): DeregisterManagedInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterManagedInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterManagedInstanceResult extends js.Object\n\n  object DeregisterManagedInstanceResult {\n    @inline\n    def apply(): DeregisterManagedInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeregisterManagedInstanceResult]\n    }\n  }\n\n  @js.native\n  trait DeregisterPatchBaselineForPatchGroupRequest extends js.Object {\n    var BaselineId: BaselineId\n    var PatchGroup: PatchGroup\n  }\n\n  object DeregisterPatchBaselineForPatchGroupRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId,\n        PatchGroup: PatchGroup\n    ): DeregisterPatchBaselineForPatchGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any],\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterPatchBaselineForPatchGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterPatchBaselineForPatchGroupResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n    var PatchGroup: js.UndefOr[PatchGroup]\n  }\n\n  object DeregisterPatchBaselineForPatchGroupResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        PatchGroup: js.UndefOr[PatchGroup] = js.undefined\n    ): DeregisterPatchBaselineForPatchGroupResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      PatchGroup.foreach(__v => __obj.updateDynamic(\"PatchGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterPatchBaselineForPatchGroupResult]\n    }\n  }\n\n  @js.native\n  trait DeregisterTargetFromMaintenanceWindowRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var WindowTargetId: MaintenanceWindowTargetId\n    var Safe: js.UndefOr[Boolean]\n  }\n\n  object DeregisterTargetFromMaintenanceWindowRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        WindowTargetId: MaintenanceWindowTargetId,\n        Safe: js.UndefOr[Boolean] = js.undefined\n    ): DeregisterTargetFromMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any],\n        \"WindowTargetId\" -> WindowTargetId.asInstanceOf[js.Any]\n      )\n\n      Safe.foreach(__v => __obj.updateDynamic(\"Safe\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterTargetFromMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterTargetFromMaintenanceWindowResult extends js.Object {\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTargetId]\n  }\n\n  object DeregisterTargetFromMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTargetId: js.UndefOr[MaintenanceWindowTargetId] = js.undefined\n    ): DeregisterTargetFromMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterTargetFromMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait DeregisterTaskFromMaintenanceWindowRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var WindowTaskId: MaintenanceWindowTaskId\n  }\n\n  object DeregisterTaskFromMaintenanceWindowRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        WindowTaskId: MaintenanceWindowTaskId\n    ): DeregisterTaskFromMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any],\n        \"WindowTaskId\" -> WindowTaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterTaskFromMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterTaskFromMaintenanceWindowResult extends js.Object {\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTaskId: js.UndefOr[MaintenanceWindowTaskId]\n  }\n\n  object DeregisterTaskFromMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTaskId: js.UndefOr[MaintenanceWindowTaskId] = js.undefined\n    ): DeregisterTaskFromMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTaskId.foreach(__v => __obj.updateDynamic(\"WindowTaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterTaskFromMaintenanceWindowResult]\n    }\n  }\n\n  \/** Filter for the DescribeActivation API.\n    *\/\n  @js.native\n  trait DescribeActivationsFilter extends js.Object {\n    var FilterKey: js.UndefOr[DescribeActivationsFilterKeys]\n    var FilterValues: js.UndefOr[StringList]\n  }\n\n  object DescribeActivationsFilter {\n    @inline\n    def apply(\n        FilterKey: js.UndefOr[DescribeActivationsFilterKeys] = js.undefined,\n        FilterValues: js.UndefOr[StringList] = js.undefined\n    ): DescribeActivationsFilter = {\n      val __obj = js.Dynamic.literal()\n      FilterKey.foreach(__v => __obj.updateDynamic(\"FilterKey\")(__v.asInstanceOf[js.Any]))\n      FilterValues.foreach(__v => __obj.updateDynamic(\"FilterValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActivationsFilter]\n    }\n  }\n\n  @js.native\n  sealed trait DescribeActivationsFilterKeys extends js.Any\n  object DescribeActivationsFilterKeys {\n    val ActivationIds = \"ActivationIds\".asInstanceOf[DescribeActivationsFilterKeys]\n    val DefaultInstanceName = \"DefaultInstanceName\".asInstanceOf[DescribeActivationsFilterKeys]\n    val IamRole = \"IamRole\".asInstanceOf[DescribeActivationsFilterKeys]\n\n    @inline def values = js.Array(ActivationIds, DefaultInstanceName, IamRole)\n  }\n\n  @js.native\n  trait DescribeActivationsRequest extends js.Object {\n    var Filters: js.UndefOr[DescribeActivationsFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeActivationsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[DescribeActivationsFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeActivationsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActivationsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeActivationsResult extends js.Object {\n    var ActivationList: js.UndefOr[ActivationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeActivationsResult {\n    @inline\n    def apply(\n        ActivationList: js.UndefOr[ActivationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeActivationsResult = {\n      val __obj = js.Dynamic.literal()\n      ActivationList.foreach(__v => __obj.updateDynamic(\"ActivationList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActivationsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationExecutionTargetsRequest extends js.Object {\n    var AssociationId: AssociationId\n    var ExecutionId: AssociationExecutionId\n    var Filters: js.UndefOr[AssociationExecutionTargetsFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAssociationExecutionTargetsRequest {\n    @inline\n    def apply(\n        AssociationId: AssociationId,\n        ExecutionId: AssociationExecutionId,\n        Filters: js.UndefOr[AssociationExecutionTargetsFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAssociationExecutionTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationId\" -> AssociationId.asInstanceOf[js.Any],\n        \"ExecutionId\" -> ExecutionId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationExecutionTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationExecutionTargetsResult extends js.Object {\n    var AssociationExecutionTargets: js.UndefOr[AssociationExecutionTargetsList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAssociationExecutionTargetsResult {\n    @inline\n    def apply(\n        AssociationExecutionTargets: js.UndefOr[AssociationExecutionTargetsList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAssociationExecutionTargetsResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationExecutionTargets.foreach(__v => __obj.updateDynamic(\"AssociationExecutionTargets\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationExecutionTargetsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationExecutionsRequest extends js.Object {\n    var AssociationId: AssociationId\n    var Filters: js.UndefOr[AssociationExecutionFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAssociationExecutionsRequest {\n    @inline\n    def apply(\n        AssociationId: AssociationId,\n        Filters: js.UndefOr[AssociationExecutionFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAssociationExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationId\" -> AssociationId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationExecutionsResult extends js.Object {\n    var AssociationExecutions: js.UndefOr[AssociationExecutionsList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAssociationExecutionsResult {\n    @inline\n    def apply(\n        AssociationExecutions: js.UndefOr[AssociationExecutionsList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAssociationExecutionsResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationExecutions.foreach(__v => __obj.updateDynamic(\"AssociationExecutions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationExecutionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationRequest extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var InstanceId: js.UndefOr[InstanceId]\n    var Name: js.UndefOr[DocumentARN]\n  }\n\n  object DescribeAssociationRequest {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined\n    ): DescribeAssociationRequest = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAssociationResult extends js.Object {\n    var AssociationDescription: js.UndefOr[AssociationDescription]\n  }\n\n  object DescribeAssociationResult {\n    @inline\n    def apply(\n        AssociationDescription: js.UndefOr[AssociationDescription] = js.undefined\n    ): DescribeAssociationResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationDescription.foreach(__v => __obj.updateDynamic(\"AssociationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAssociationResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAutomationExecutionsRequest extends js.Object {\n    var Filters: js.UndefOr[AutomationExecutionFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAutomationExecutionsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[AutomationExecutionFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAutomationExecutionsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAutomationExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAutomationExecutionsResult extends js.Object {\n    var AutomationExecutionMetadataList: js.UndefOr[AutomationExecutionMetadataList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAutomationExecutionsResult {\n    @inline\n    def apply(\n        AutomationExecutionMetadataList: js.UndefOr[AutomationExecutionMetadataList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAutomationExecutionsResult = {\n      val __obj = js.Dynamic.literal()\n      AutomationExecutionMetadataList.foreach(__v => __obj.updateDynamic(\"AutomationExecutionMetadataList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAutomationExecutionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAutomationStepExecutionsRequest extends js.Object {\n    var AutomationExecutionId: AutomationExecutionId\n    var Filters: js.UndefOr[StepExecutionFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ReverseOrder: js.UndefOr[Boolean]\n  }\n\n  object DescribeAutomationStepExecutionsRequest {\n    @inline\n    def apply(\n        AutomationExecutionId: AutomationExecutionId,\n        Filters: js.UndefOr[StepExecutionFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ReverseOrder: js.UndefOr[Boolean] = js.undefined\n    ): DescribeAutomationStepExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutomationExecutionId\" -> AutomationExecutionId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ReverseOrder.foreach(__v => __obj.updateDynamic(\"ReverseOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAutomationStepExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAutomationStepExecutionsResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var StepExecutions: js.UndefOr[StepExecutionList]\n  }\n\n  object DescribeAutomationStepExecutionsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StepExecutions: js.UndefOr[StepExecutionList] = js.undefined\n    ): DescribeAutomationStepExecutionsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StepExecutions.foreach(__v => __obj.updateDynamic(\"StepExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAutomationStepExecutionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeAvailablePatchesRequest extends js.Object {\n    var Filters: js.UndefOr[PatchOrchestratorFilterList]\n    var MaxResults: js.UndefOr[PatchBaselineMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeAvailablePatchesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[PatchOrchestratorFilterList] = js.undefined,\n        MaxResults: js.UndefOr[PatchBaselineMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeAvailablePatchesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAvailablePatchesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAvailablePatchesResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Patches: js.UndefOr[PatchList]\n  }\n\n  object DescribeAvailablePatchesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Patches: js.UndefOr[PatchList] = js.undefined\n    ): DescribeAvailablePatchesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Patches.foreach(__v => __obj.updateDynamic(\"Patches\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAvailablePatchesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentPermissionRequest extends js.Object {\n    var Name: DocumentName\n    var PermissionType: DocumentPermissionType\n    var MaxResults: js.UndefOr[DocumentPermissionMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeDocumentPermissionRequest {\n    @inline\n    def apply(\n        Name: DocumentName,\n        PermissionType: DocumentPermissionType,\n        MaxResults: js.UndefOr[DocumentPermissionMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeDocumentPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"PermissionType\" -> PermissionType.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentPermissionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentPermissionResponse extends js.Object {\n    var AccountIds: js.UndefOr[AccountIdList]\n    var AccountSharingInfoList: js.UndefOr[AccountSharingInfoList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeDocumentPermissionResponse {\n    @inline\n    def apply(\n        AccountIds: js.UndefOr[AccountIdList] = js.undefined,\n        AccountSharingInfoList: js.UndefOr[AccountSharingInfoList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeDocumentPermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      AccountIds.foreach(__v => __obj.updateDynamic(\"AccountIds\")(__v.asInstanceOf[js.Any]))\n      AccountSharingInfoList.foreach(__v => __obj.updateDynamic(\"AccountSharingInfoList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentPermissionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentRequest extends js.Object {\n    var Name: DocumentARN\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object DescribeDocumentRequest {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): DescribeDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDocumentResult extends js.Object {\n    var Document: js.UndefOr[DocumentDescription]\n  }\n\n  object DescribeDocumentResult {\n    @inline\n    def apply(\n        Document: js.UndefOr[DocumentDescription] = js.undefined\n    ): DescribeDocumentResult = {\n      val __obj = js.Dynamic.literal()\n      Document.foreach(__v => __obj.updateDynamic(\"Document\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDocumentResult]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectiveInstanceAssociationsRequest extends js.Object {\n    var InstanceId: InstanceId\n    var MaxResults: js.UndefOr[EffectiveInstanceAssociationMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeEffectiveInstanceAssociationsRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        MaxResults: js.UndefOr[EffectiveInstanceAssociationMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeEffectiveInstanceAssociationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectiveInstanceAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectiveInstanceAssociationsResult extends js.Object {\n    var Associations: js.UndefOr[InstanceAssociationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeEffectiveInstanceAssociationsResult {\n    @inline\n    def apply(\n        Associations: js.UndefOr[InstanceAssociationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeEffectiveInstanceAssociationsResult = {\n      val __obj = js.Dynamic.literal()\n      Associations.foreach(__v => __obj.updateDynamic(\"Associations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectiveInstanceAssociationsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectivePatchesForPatchBaselineRequest extends js.Object {\n    var BaselineId: BaselineId\n    var MaxResults: js.UndefOr[PatchBaselineMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeEffectivePatchesForPatchBaselineRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId,\n        MaxResults: js.UndefOr[PatchBaselineMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeEffectivePatchesForPatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectivePatchesForPatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectivePatchesForPatchBaselineResult extends js.Object {\n    var EffectivePatches: js.UndefOr[EffectivePatchList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeEffectivePatchesForPatchBaselineResult {\n    @inline\n    def apply(\n        EffectivePatches: js.UndefOr[EffectivePatchList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeEffectivePatchesForPatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      EffectivePatches.foreach(__v => __obj.updateDynamic(\"EffectivePatches\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectivePatchesForPatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInstanceAssociationsStatusRequest extends js.Object {\n    var InstanceId: InstanceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstanceAssociationsStatusRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstanceAssociationsStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstanceAssociationsStatusRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInstanceAssociationsStatusResult extends js.Object {\n    var InstanceAssociationStatusInfos: js.UndefOr[InstanceAssociationStatusInfos]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstanceAssociationsStatusResult {\n    @inline\n    def apply(\n        InstanceAssociationStatusInfos: js.UndefOr[InstanceAssociationStatusInfos] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstanceAssociationsStatusResult = {\n      val __obj = js.Dynamic.literal()\n      InstanceAssociationStatusInfos.foreach(__v => __obj.updateDynamic(\"InstanceAssociationStatusInfos\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstanceAssociationsStatusResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInstanceInformationRequest extends js.Object {\n    var Filters: js.UndefOr[InstanceInformationStringFilterList]\n    var InstanceInformationFilterList: js.UndefOr[InstanceInformationFilterList]\n    var MaxResults: js.UndefOr[MaxResultsEC2Compatible]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstanceInformationRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[InstanceInformationStringFilterList] = js.undefined,\n        InstanceInformationFilterList: js.UndefOr[InstanceInformationFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResultsEC2Compatible] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstanceInformationRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      InstanceInformationFilterList.foreach(__v => __obj.updateDynamic(\"InstanceInformationFilterList\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstanceInformationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInstanceInformationResult extends js.Object {\n    var InstanceInformationList: js.UndefOr[InstanceInformationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstanceInformationResult {\n    @inline\n    def apply(\n        InstanceInformationList: js.UndefOr[InstanceInformationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstanceInformationResult = {\n      val __obj = js.Dynamic.literal()\n      InstanceInformationList.foreach(__v => __obj.updateDynamic(\"InstanceInformationList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstanceInformationResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchStatesForPatchGroupRequest extends js.Object {\n    var PatchGroup: PatchGroup\n    var Filters: js.UndefOr[InstancePatchStateFilterList]\n    var MaxResults: js.UndefOr[PatchComplianceMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstancePatchStatesForPatchGroupRequest {\n    @inline\n    def apply(\n        PatchGroup: PatchGroup,\n        Filters: js.UndefOr[InstancePatchStateFilterList] = js.undefined,\n        MaxResults: js.UndefOr[PatchComplianceMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstancePatchStatesForPatchGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchStatesForPatchGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchStatesForPatchGroupResult extends js.Object {\n    var InstancePatchStates: js.UndefOr[InstancePatchStatesList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstancePatchStatesForPatchGroupResult {\n    @inline\n    def apply(\n        InstancePatchStates: js.UndefOr[InstancePatchStatesList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstancePatchStatesForPatchGroupResult = {\n      val __obj = js.Dynamic.literal()\n      InstancePatchStates.foreach(__v => __obj.updateDynamic(\"InstancePatchStates\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchStatesForPatchGroupResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchStatesRequest extends js.Object {\n    var InstanceIds: InstanceIdList\n    var MaxResults: js.UndefOr[PatchComplianceMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstancePatchStatesRequest {\n    @inline\n    def apply(\n        InstanceIds: InstanceIdList,\n        MaxResults: js.UndefOr[PatchComplianceMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstancePatchStatesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceIds\" -> InstanceIds.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchStatesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchStatesResult extends js.Object {\n    var InstancePatchStates: js.UndefOr[InstancePatchStateList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstancePatchStatesResult {\n    @inline\n    def apply(\n        InstancePatchStates: js.UndefOr[InstancePatchStateList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstancePatchStatesResult = {\n      val __obj = js.Dynamic.literal()\n      InstancePatchStates.foreach(__v => __obj.updateDynamic(\"InstancePatchStates\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchStatesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchesRequest extends js.Object {\n    var InstanceId: InstanceId\n    var Filters: js.UndefOr[PatchOrchestratorFilterList]\n    var MaxResults: js.UndefOr[PatchComplianceMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInstancePatchesRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        Filters: js.UndefOr[PatchOrchestratorFilterList] = js.undefined,\n        MaxResults: js.UndefOr[PatchComplianceMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInstancePatchesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInstancePatchesResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Patches: js.UndefOr[PatchComplianceDataList]\n  }\n\n  object DescribeInstancePatchesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Patches: js.UndefOr[PatchComplianceDataList] = js.undefined\n    ): DescribeInstancePatchesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Patches.foreach(__v => __obj.updateDynamic(\"Patches\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstancePatchesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeInventoryDeletionsRequest extends js.Object {\n    var DeletionId: js.UndefOr[UUID]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInventoryDeletionsRequest {\n    @inline\n    def apply(\n        DeletionId: js.UndefOr[UUID] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInventoryDeletionsRequest = {\n      val __obj = js.Dynamic.literal()\n      DeletionId.foreach(__v => __obj.updateDynamic(\"DeletionId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInventoryDeletionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInventoryDeletionsResult extends js.Object {\n    var InventoryDeletions: js.UndefOr[InventoryDeletionsList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeInventoryDeletionsResult {\n    @inline\n    def apply(\n        InventoryDeletions: js.UndefOr[InventoryDeletionsList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeInventoryDeletionsResult = {\n      val __obj = js.Dynamic.literal()\n      InventoryDeletions.foreach(__v => __obj.updateDynamic(\"InventoryDeletions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInventoryDeletionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionTaskInvocationsRequest extends js.Object {\n    var TaskId: MaintenanceWindowExecutionTaskId\n    var WindowExecutionId: MaintenanceWindowExecutionId\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowExecutionTaskInvocationsRequest {\n    @inline\n    def apply(\n        TaskId: MaintenanceWindowExecutionTaskId,\n        WindowExecutionId: MaintenanceWindowExecutionId,\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowExecutionTaskInvocationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any],\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionTaskInvocationsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionTaskInvocationsResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WindowExecutionTaskInvocationIdentities: js.UndefOr[MaintenanceWindowExecutionTaskInvocationIdentityList]\n  }\n\n  object DescribeMaintenanceWindowExecutionTaskInvocationsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WindowExecutionTaskInvocationIdentities: js.UndefOr[MaintenanceWindowExecutionTaskInvocationIdentityList] = js.undefined\n    ): DescribeMaintenanceWindowExecutionTaskInvocationsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionTaskInvocationIdentities.foreach(__v => __obj.updateDynamic(\"WindowExecutionTaskInvocationIdentities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionTaskInvocationsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionTasksRequest extends js.Object {\n    var WindowExecutionId: MaintenanceWindowExecutionId\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowExecutionTasksRequest {\n    @inline\n    def apply(\n        WindowExecutionId: MaintenanceWindowExecutionId,\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowExecutionTasksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionTasksRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionTasksResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WindowExecutionTaskIdentities: js.UndefOr[MaintenanceWindowExecutionTaskIdentityList]\n  }\n\n  object DescribeMaintenanceWindowExecutionTasksResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WindowExecutionTaskIdentities: js.UndefOr[MaintenanceWindowExecutionTaskIdentityList] = js.undefined\n    ): DescribeMaintenanceWindowExecutionTasksResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionTaskIdentities.foreach(__v => __obj.updateDynamic(\"WindowExecutionTaskIdentities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionTasksResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionsRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowExecutionsRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowExecutionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowExecutionsResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WindowExecutions: js.UndefOr[MaintenanceWindowExecutionList]\n  }\n\n  object DescribeMaintenanceWindowExecutionsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WindowExecutions: js.UndefOr[MaintenanceWindowExecutionList] = js.undefined\n    ): DescribeMaintenanceWindowExecutionsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WindowExecutions.foreach(__v => __obj.updateDynamic(\"WindowExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowExecutionsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowScheduleRequest extends js.Object {\n    var Filters: js.UndefOr[PatchOrchestratorFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowSearchMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceType: js.UndefOr[MaintenanceWindowResourceType]\n    var Targets: js.UndefOr[Targets]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object DescribeMaintenanceWindowScheduleRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[PatchOrchestratorFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowSearchMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceType: js.UndefOr[MaintenanceWindowResourceType] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): DescribeMaintenanceWindowScheduleRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowScheduleRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowScheduleResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ScheduledWindowExecutions: js.UndefOr[ScheduledWindowExecutionList]\n  }\n\n  object DescribeMaintenanceWindowScheduleResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ScheduledWindowExecutions: js.UndefOr[ScheduledWindowExecutionList] = js.undefined\n    ): DescribeMaintenanceWindowScheduleResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScheduledWindowExecutions.foreach(__v => __obj.updateDynamic(\"ScheduledWindowExecutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowScheduleResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowTargetsRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowTargetsRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowTargetsResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Targets: js.UndefOr[MaintenanceWindowTargetList]\n  }\n\n  object DescribeMaintenanceWindowTargetsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Targets: js.UndefOr[MaintenanceWindowTargetList] = js.undefined\n    ): DescribeMaintenanceWindowTargetsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowTargetsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowTasksRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowTasksRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowTasksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowTasksRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowTasksResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tasks: js.UndefOr[MaintenanceWindowTaskList]\n  }\n\n  object DescribeMaintenanceWindowTasksResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tasks: js.UndefOr[MaintenanceWindowTaskList] = js.undefined\n    ): DescribeMaintenanceWindowTasksResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tasks.foreach(__v => __obj.updateDynamic(\"Tasks\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowTasksResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowsForTargetRequest extends js.Object {\n    var ResourceType: MaintenanceWindowResourceType\n    var Targets: Targets\n    var MaxResults: js.UndefOr[MaintenanceWindowSearchMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowsForTargetRequest {\n    @inline\n    def apply(\n        ResourceType: MaintenanceWindowResourceType,\n        Targets: Targets,\n        MaxResults: js.UndefOr[MaintenanceWindowSearchMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowsForTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"Targets\" -> Targets.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowsForTargetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowsForTargetResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WindowIdentities: js.UndefOr[MaintenanceWindowsForTargetList]\n  }\n\n  object DescribeMaintenanceWindowsForTargetResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WindowIdentities: js.UndefOr[MaintenanceWindowsForTargetList] = js.undefined\n    ): DescribeMaintenanceWindowsForTargetResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WindowIdentities.foreach(__v => __obj.updateDynamic(\"WindowIdentities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowsForTargetResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowsRequest extends js.Object {\n    var Filters: js.UndefOr[MaintenanceWindowFilterList]\n    var MaxResults: js.UndefOr[MaintenanceWindowMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeMaintenanceWindowsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[MaintenanceWindowFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaintenanceWindowMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeMaintenanceWindowsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMaintenanceWindowsResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var WindowIdentities: js.UndefOr[MaintenanceWindowIdentityList]\n  }\n\n  object DescribeMaintenanceWindowsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WindowIdentities: js.UndefOr[MaintenanceWindowIdentityList] = js.undefined\n    ): DescribeMaintenanceWindowsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WindowIdentities.foreach(__v => __obj.updateDynamic(\"WindowIdentities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMaintenanceWindowsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeOpsItemsRequest extends js.Object {\n    var MaxResults: js.UndefOr[OpsItemMaxResults]\n    var NextToken: js.UndefOr[String]\n    var OpsItemFilters: js.UndefOr[OpsItemFilters]\n  }\n\n  object DescribeOpsItemsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[OpsItemMaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        OpsItemFilters: js.UndefOr[OpsItemFilters] = js.undefined\n    ): DescribeOpsItemsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OpsItemFilters.foreach(__v => __obj.updateDynamic(\"OpsItemFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOpsItemsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeOpsItemsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var OpsItemSummaries: js.UndefOr[OpsItemSummaries]\n  }\n\n  object DescribeOpsItemsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        OpsItemSummaries: js.UndefOr[OpsItemSummaries] = js.undefined\n    ): DescribeOpsItemsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OpsItemSummaries.foreach(__v => __obj.updateDynamic(\"OpsItemSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOpsItemsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeParametersRequest extends js.Object {\n    var Filters: js.UndefOr[ParametersFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ParameterFilters: js.UndefOr[ParameterStringFilterList]\n  }\n\n  object DescribeParametersRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ParametersFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ParameterFilters: js.UndefOr[ParameterStringFilterList] = js.undefined\n    ): DescribeParametersRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParameterFilters.foreach(__v => __obj.updateDynamic(\"ParameterFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParametersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeParametersResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Parameters: js.UndefOr[ParameterMetadataList]\n  }\n\n  object DescribeParametersResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Parameters: js.UndefOr[ParameterMetadataList] = js.undefined\n    ): DescribeParametersResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParametersResult]\n    }\n  }\n\n  @js.native\n  trait DescribePatchBaselinesRequest extends js.Object {\n    var Filters: js.UndefOr[PatchOrchestratorFilterList]\n    var MaxResults: js.UndefOr[PatchBaselineMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribePatchBaselinesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[PatchOrchestratorFilterList] = js.undefined,\n        MaxResults: js.UndefOr[PatchBaselineMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribePatchBaselinesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchBaselinesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePatchBaselinesResult extends js.Object {\n    var BaselineIdentities: js.UndefOr[PatchBaselineIdentityList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribePatchBaselinesResult {\n    @inline\n    def apply(\n        BaselineIdentities: js.UndefOr[PatchBaselineIdentityList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribePatchBaselinesResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineIdentities.foreach(__v => __obj.updateDynamic(\"BaselineIdentities\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchBaselinesResult]\n    }\n  }\n\n  @js.native\n  trait DescribePatchGroupStateRequest extends js.Object {\n    var PatchGroup: PatchGroup\n  }\n\n  object DescribePatchGroupStateRequest {\n    @inline\n    def apply(\n        PatchGroup: PatchGroup\n    ): DescribePatchGroupStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePatchGroupStateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePatchGroupStateResult extends js.Object {\n    var Instances: js.UndefOr[Int]\n    var InstancesWithCriticalNonCompliantPatches: js.UndefOr[InstancesCount]\n    var InstancesWithFailedPatches: js.UndefOr[Int]\n    var InstancesWithInstalledOtherPatches: js.UndefOr[Int]\n    var InstancesWithInstalledPatches: js.UndefOr[Int]\n    var InstancesWithInstalledPendingRebootPatches: js.UndefOr[InstancesCount]\n    var InstancesWithInstalledRejectedPatches: js.UndefOr[InstancesCount]\n    var InstancesWithMissingPatches: js.UndefOr[Int]\n    var InstancesWithNotApplicablePatches: js.UndefOr[Int]\n    var InstancesWithOtherNonCompliantPatches: js.UndefOr[InstancesCount]\n    var InstancesWithSecurityNonCompliantPatches: js.UndefOr[InstancesCount]\n    var InstancesWithUnreportedNotApplicablePatches: js.UndefOr[Int]\n  }\n\n  object DescribePatchGroupStateResult {\n    @inline\n    def apply(\n        Instances: js.UndefOr[Int] = js.undefined,\n        InstancesWithCriticalNonCompliantPatches: js.UndefOr[InstancesCount] = js.undefined,\n        InstancesWithFailedPatches: js.UndefOr[Int] = js.undefined,\n        InstancesWithInstalledOtherPatches: js.UndefOr[Int] = js.undefined,\n        InstancesWithInstalledPatches: js.UndefOr[Int] = js.undefined,\n        InstancesWithInstalledPendingRebootPatches: js.UndefOr[InstancesCount] = js.undefined,\n        InstancesWithInstalledRejectedPatches: js.UndefOr[InstancesCount] = js.undefined,\n        InstancesWithMissingPatches: js.UndefOr[Int] = js.undefined,\n        InstancesWithNotApplicablePatches: js.UndefOr[Int] = js.undefined,\n        InstancesWithOtherNonCompliantPatches: js.UndefOr[InstancesCount] = js.undefined,\n        InstancesWithSecurityNonCompliantPatches: js.UndefOr[InstancesCount] = js.undefined,\n        InstancesWithUnreportedNotApplicablePatches: js.UndefOr[Int] = js.undefined\n    ): DescribePatchGroupStateResult = {\n      val __obj = js.Dynamic.literal()\n      Instances.foreach(__v => __obj.updateDynamic(\"Instances\")(__v.asInstanceOf[js.Any]))\n      InstancesWithCriticalNonCompliantPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithCriticalNonCompliantPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithFailedPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithFailedPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithInstalledOtherPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithInstalledOtherPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithInstalledPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithInstalledPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithInstalledPendingRebootPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithInstalledPendingRebootPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithInstalledRejectedPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithInstalledRejectedPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithMissingPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithMissingPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithNotApplicablePatches.foreach(__v => __obj.updateDynamic(\"InstancesWithNotApplicablePatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithOtherNonCompliantPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithOtherNonCompliantPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithSecurityNonCompliantPatches.foreach(__v => __obj.updateDynamic(\"InstancesWithSecurityNonCompliantPatches\")(__v.asInstanceOf[js.Any]))\n      InstancesWithUnreportedNotApplicablePatches.foreach(__v => __obj.updateDynamic(\"InstancesWithUnreportedNotApplicablePatches\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchGroupStateResult]\n    }\n  }\n\n  @js.native\n  trait DescribePatchGroupsRequest extends js.Object {\n    var Filters: js.UndefOr[PatchOrchestratorFilterList]\n    var MaxResults: js.UndefOr[PatchBaselineMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribePatchGroupsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[PatchOrchestratorFilterList] = js.undefined,\n        MaxResults: js.UndefOr[PatchBaselineMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribePatchGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePatchGroupsResult extends js.Object {\n    var Mappings: js.UndefOr[PatchGroupPatchBaselineMappingList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribePatchGroupsResult {\n    @inline\n    def apply(\n        Mappings: js.UndefOr[PatchGroupPatchBaselineMappingList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribePatchGroupsResult = {\n      val __obj = js.Dynamic.literal()\n      Mappings.foreach(__v => __obj.updateDynamic(\"Mappings\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchGroupsResult]\n    }\n  }\n\n  @js.native\n  trait DescribePatchPropertiesRequest extends js.Object {\n    var OperatingSystem: OperatingSystem\n    var Property: PatchProperty\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var PatchSet: js.UndefOr[PatchSet]\n  }\n\n  object DescribePatchPropertiesRequest {\n    @inline\n    def apply(\n        OperatingSystem: OperatingSystem,\n        Property: PatchProperty,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        PatchSet: js.UndefOr[PatchSet] = js.undefined\n    ): DescribePatchPropertiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OperatingSystem\" -> OperatingSystem.asInstanceOf[js.Any],\n        \"Property\" -> Property.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PatchSet.foreach(__v => __obj.updateDynamic(\"PatchSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchPropertiesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePatchPropertiesResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Properties: js.UndefOr[PatchPropertiesList]\n  }\n\n  object DescribePatchPropertiesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Properties: js.UndefOr[PatchPropertiesList] = js.undefined\n    ): DescribePatchPropertiesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Properties.foreach(__v => __obj.updateDynamic(\"Properties\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePatchPropertiesResult]\n    }\n  }\n\n  @js.native\n  trait DescribeSessionsRequest extends js.Object {\n    var State: SessionState\n    var Filters: js.UndefOr[SessionFilterList]\n    var MaxResults: js.UndefOr[SessionMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeSessionsRequest {\n    @inline\n    def apply(\n        State: SessionState,\n        Filters: js.UndefOr[SessionFilterList] = js.undefined,\n        MaxResults: js.UndefOr[SessionMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeSessionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"State\" -> State.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSessionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSessionsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Sessions: js.UndefOr[SessionList]\n  }\n\n  object DescribeSessionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Sessions: js.UndefOr[SessionList] = js.undefined\n    ): DescribeSessionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Sessions.foreach(__v => __obj.updateDynamic(\"Sessions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSessionsResponse]\n    }\n  }\n\n  \/** A default version of a document.\n    *\/\n  @js.native\n  trait DocumentDefaultVersionDescription extends js.Object {\n    var DefaultVersion: js.UndefOr[DocumentVersion]\n    var DefaultVersionName: js.UndefOr[DocumentVersionName]\n    var Name: js.UndefOr[DocumentName]\n  }\n\n  object DocumentDefaultVersionDescription {\n    @inline\n    def apply(\n        DefaultVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        DefaultVersionName: js.UndefOr[DocumentVersionName] = js.undefined,\n        Name: js.UndefOr[DocumentName] = js.undefined\n    ): DocumentDefaultVersionDescription = {\n      val __obj = js.Dynamic.literal()\n      DefaultVersion.foreach(__v => __obj.updateDynamic(\"DefaultVersion\")(__v.asInstanceOf[js.Any]))\n      DefaultVersionName.foreach(__v => __obj.updateDynamic(\"DefaultVersionName\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentDefaultVersionDescription]\n    }\n  }\n\n  \/** Describes a Systems Manager document.\n    *\/\n  @js.native\n  trait DocumentDescription extends js.Object {\n    var ApprovedVersion: js.UndefOr[DocumentVersion]\n    var AttachmentsInformation: js.UndefOr[AttachmentInformationList]\n    var Author: js.UndefOr[DocumentAuthor]\n    var CreatedDate: js.UndefOr[DateTime]\n    var DefaultVersion: js.UndefOr[DocumentVersion]\n    var Description: js.UndefOr[DescriptionInDocument]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentType: js.UndefOr[DocumentType]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Hash: js.UndefOr[DocumentHash]\n    var HashType: js.UndefOr[DocumentHashType]\n    var LatestVersion: js.UndefOr[DocumentVersion]\n    var Name: js.UndefOr[DocumentARN]\n    var Owner: js.UndefOr[DocumentOwner]\n    var Parameters: js.UndefOr[DocumentParameterList]\n    var PendingReviewVersion: js.UndefOr[DocumentVersion]\n    var PlatformTypes: js.UndefOr[PlatformTypeList]\n    var Requires: js.UndefOr[DocumentRequiresList]\n    var ReviewInformation: js.UndefOr[ReviewInformationList]\n    var ReviewStatus: js.UndefOr[ReviewStatus]\n    var SchemaVersion: js.UndefOr[DocumentSchemaVersion]\n    var Sha1: js.UndefOr[DocumentSha1]\n    var Status: js.UndefOr[DocumentStatus]\n    var StatusInformation: js.UndefOr[DocumentStatusInformation]\n    var Tags: js.UndefOr[TagList]\n    var TargetType: js.UndefOr[TargetType]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object DocumentDescription {\n    @inline\n    def apply(\n        ApprovedVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        AttachmentsInformation: js.UndefOr[AttachmentInformationList] = js.undefined,\n        Author: js.UndefOr[DocumentAuthor] = js.undefined,\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        DefaultVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Description: js.UndefOr[DescriptionInDocument] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentType: js.UndefOr[DocumentType] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Hash: js.UndefOr[DocumentHash] = js.undefined,\n        HashType: js.UndefOr[DocumentHashType] = js.undefined,\n        LatestVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        Owner: js.UndefOr[DocumentOwner] = js.undefined,\n        Parameters: js.UndefOr[DocumentParameterList] = js.undefined,\n        PendingReviewVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        PlatformTypes: js.UndefOr[PlatformTypeList] = js.undefined,\n        Requires: js.UndefOr[DocumentRequiresList] = js.undefined,\n        ReviewInformation: js.UndefOr[ReviewInformationList] = js.undefined,\n        ReviewStatus: js.UndefOr[ReviewStatus] = js.undefined,\n        SchemaVersion: js.UndefOr[DocumentSchemaVersion] = js.undefined,\n        Sha1: js.UndefOr[DocumentSha1] = js.undefined,\n        Status: js.UndefOr[DocumentStatus] = js.undefined,\n        StatusInformation: js.UndefOr[DocumentStatusInformation] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetType: js.UndefOr[TargetType] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): DocumentDescription = {\n      val __obj = js.Dynamic.literal()\n      ApprovedVersion.foreach(__v => __obj.updateDynamic(\"ApprovedVersion\")(__v.asInstanceOf[js.Any]))\n      AttachmentsInformation.foreach(__v => __obj.updateDynamic(\"AttachmentsInformation\")(__v.asInstanceOf[js.Any]))\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DefaultVersion.foreach(__v => __obj.updateDynamic(\"DefaultVersion\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentType.foreach(__v => __obj.updateDynamic(\"DocumentType\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Hash.foreach(__v => __obj.updateDynamic(\"Hash\")(__v.asInstanceOf[js.Any]))\n      HashType.foreach(__v => __obj.updateDynamic(\"HashType\")(__v.asInstanceOf[js.Any]))\n      LatestVersion.foreach(__v => __obj.updateDynamic(\"LatestVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      PendingReviewVersion.foreach(__v => __obj.updateDynamic(\"PendingReviewVersion\")(__v.asInstanceOf[js.Any]))\n      PlatformTypes.foreach(__v => __obj.updateDynamic(\"PlatformTypes\")(__v.asInstanceOf[js.Any]))\n      Requires.foreach(__v => __obj.updateDynamic(\"Requires\")(__v.asInstanceOf[js.Any]))\n      ReviewInformation.foreach(__v => __obj.updateDynamic(\"ReviewInformation\")(__v.asInstanceOf[js.Any]))\n      ReviewStatus.foreach(__v => __obj.updateDynamic(\"ReviewStatus\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Sha1.foreach(__v => __obj.updateDynamic(\"Sha1\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusInformation.foreach(__v => __obj.updateDynamic(\"StatusInformation\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetType.foreach(__v => __obj.updateDynamic(\"TargetType\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentDescription]\n    }\n  }\n\n  \/** This data type is deprecated. Instead, use <a>DocumentKeyValuesFilter<\/a>.\n    *\/\n  @js.native\n  trait DocumentFilter extends js.Object {\n    var key: DocumentFilterKey\n    var value: DocumentFilterValue\n  }\n\n  object DocumentFilter {\n    @inline\n    def apply(\n        key: DocumentFilterKey,\n        value: DocumentFilterValue\n    ): DocumentFilter = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DocumentFilter]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentFilterKey extends js.Any\n  object DocumentFilterKey {\n    val Name = \"Name\".asInstanceOf[DocumentFilterKey]\n    val Owner = \"Owner\".asInstanceOf[DocumentFilterKey]\n    val PlatformTypes = \"PlatformTypes\".asInstanceOf[DocumentFilterKey]\n    val DocumentType = \"DocumentType\".asInstanceOf[DocumentFilterKey]\n\n    @inline def values = js.Array(Name, Owner, PlatformTypes, DocumentType)\n  }\n\n  @js.native\n  sealed trait DocumentFormat extends js.Any\n  object DocumentFormat {\n    val YAML = \"YAML\".asInstanceOf[DocumentFormat]\n    val JSON = \"JSON\".asInstanceOf[DocumentFormat]\n    val TEXT = \"TEXT\".asInstanceOf[DocumentFormat]\n\n    @inline def values = js.Array(YAML, JSON, TEXT)\n  }\n\n  @js.native\n  sealed trait DocumentHashType extends js.Any\n  object DocumentHashType {\n    val Sha256 = \"Sha256\".asInstanceOf[DocumentHashType]\n    val Sha1 = \"Sha1\".asInstanceOf[DocumentHashType]\n\n    @inline def values = js.Array(Sha256, Sha1)\n  }\n\n  \/** Describes the name of a Systems Manager document.\n    *\/\n  @js.native\n  trait DocumentIdentifier extends js.Object {\n    var Author: js.UndefOr[DocumentAuthor]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentType: js.UndefOr[DocumentType]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Name: js.UndefOr[DocumentARN]\n    var Owner: js.UndefOr[DocumentOwner]\n    var PlatformTypes: js.UndefOr[PlatformTypeList]\n    var Requires: js.UndefOr[DocumentRequiresList]\n    var ReviewStatus: js.UndefOr[ReviewStatus]\n    var SchemaVersion: js.UndefOr[DocumentSchemaVersion]\n    var Tags: js.UndefOr[TagList]\n    var TargetType: js.UndefOr[TargetType]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object DocumentIdentifier {\n    @inline\n    def apply(\n        Author: js.UndefOr[DocumentAuthor] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentType: js.UndefOr[DocumentType] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        Owner: js.UndefOr[DocumentOwner] = js.undefined,\n        PlatformTypes: js.UndefOr[PlatformTypeList] = js.undefined,\n        Requires: js.UndefOr[DocumentRequiresList] = js.undefined,\n        ReviewStatus: js.UndefOr[ReviewStatus] = js.undefined,\n        SchemaVersion: js.UndefOr[DocumentSchemaVersion] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetType: js.UndefOr[TargetType] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): DocumentIdentifier = {\n      val __obj = js.Dynamic.literal()\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentType.foreach(__v => __obj.updateDynamic(\"DocumentType\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      PlatformTypes.foreach(__v => __obj.updateDynamic(\"PlatformTypes\")(__v.asInstanceOf[js.Any]))\n      Requires.foreach(__v => __obj.updateDynamic(\"Requires\")(__v.asInstanceOf[js.Any]))\n      ReviewStatus.foreach(__v => __obj.updateDynamic(\"ReviewStatus\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetType.foreach(__v => __obj.updateDynamic(\"TargetType\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentIdentifier]\n    }\n  }\n\n  \/** One or more filters. Use a filter to return a more specific list of documents. For keys, you can specify one or more tags that have been applied to a document. You can also use AWS-provided keys, some of which have specific allowed values. These keys and their associated values are as follows: <dl> <dt>DocumentType<\/dt> <dd>* ApplicationConfiguration * ApplicationConfigurationSchema * Automation * ChangeCalendar * Command * DeploymentStrategy * Package * Policy * Session <\/dd> <dt>Owner<\/dt> <dd> Note that only one <code>Owner<\/code> can be specified in a request. For example: <code>Key=Owner,Values=Self<\/code>. * Amazon * Private * Public * Self * ThirdParty <\/dd> <dt>PlatformTypes<\/dt> <dd>* Linux * Windows <\/dd> <\/dl> <code>Name<\/code> is another AWS-provided key. If you use <code>Name<\/code> as a key, you can use a name prefix to return a list of documents. For example, in the AWS CLI, to return a list of all documents that begin with <code>Te<\/code>, run the following\n    * command: <code>aws ssm list-documents --filters Key=Name,Values=Te<\/code> You can also use the <code>TargetType<\/code> AWS-provided key. For a list of valid resource type values that can be used with this key, see [[http:\/\/docs.aws.amazon.com\/AWSCloudFormation\/latest\/UserGuide\/aws-template-resource-type-ref.html|AWS resource and property types reference]] in the <i>AWS CloudFormation User Guide<\/i>. If you specify more than two keys, only documents that are identified by all the tags are returned in the results. If you specify more than two values for a key, documents that are identified by any of the values are returned in the results. To specify a custom key and value pair, use the format <code>Key=tag:tagName,Values=valueName<\/code>. For example, if you created a key called region and are using the AWS CLI to call the <code>list-documents<\/code> command: <code>aws ssm list-documents --filters Key=tag:region,Values=east,west Key=Owner,Values=Self<\/code>\n    *\/\n  @js.native\n  trait DocumentKeyValuesFilter extends js.Object {\n    var Key: js.UndefOr[DocumentKeyValuesFilterKey]\n    var Values: js.UndefOr[DocumentKeyValuesFilterValues]\n  }\n\n  object DocumentKeyValuesFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[DocumentKeyValuesFilterKey] = js.undefined,\n        Values: js.UndefOr[DocumentKeyValuesFilterValues] = js.undefined\n    ): DocumentKeyValuesFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentKeyValuesFilter]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentMetadataEnum extends js.Any\n  object DocumentMetadataEnum {\n    val DocumentReviews = \"DocumentReviews\".asInstanceOf[DocumentMetadataEnum]\n\n    @inline def values = js.Array(DocumentReviews)\n  }\n\n  \/** Details about the response to a document review request.\n    *\/\n  @js.native\n  trait DocumentMetadataResponseInfo extends js.Object {\n    var ReviewerResponse: js.UndefOr[DocumentReviewerResponseList]\n  }\n\n  object DocumentMetadataResponseInfo {\n    @inline\n    def apply(\n        ReviewerResponse: js.UndefOr[DocumentReviewerResponseList] = js.undefined\n    ): DocumentMetadataResponseInfo = {\n      val __obj = js.Dynamic.literal()\n      ReviewerResponse.foreach(__v => __obj.updateDynamic(\"ReviewerResponse\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentMetadataResponseInfo]\n    }\n  }\n\n  \/** Parameters specified in a System Manager document that run on the server when the command is run.\n    *\/\n  @js.native\n  trait DocumentParameter extends js.Object {\n    var DefaultValue: js.UndefOr[DocumentParameterDefaultValue]\n    var Description: js.UndefOr[DocumentParameterDescrption]\n    var Name: js.UndefOr[DocumentParameterName]\n    var Type: js.UndefOr[DocumentParameterType]\n  }\n\n  object DocumentParameter {\n    @inline\n    def apply(\n        DefaultValue: js.UndefOr[DocumentParameterDefaultValue] = js.undefined,\n        Description: js.UndefOr[DocumentParameterDescrption] = js.undefined,\n        Name: js.UndefOr[DocumentParameterName] = js.undefined,\n        Type: js.UndefOr[DocumentParameterType] = js.undefined\n    ): DocumentParameter = {\n      val __obj = js.Dynamic.literal()\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentParameter]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentParameterType extends js.Any\n  object DocumentParameterType {\n    val String = \"String\".asInstanceOf[DocumentParameterType]\n    val StringList = \"StringList\".asInstanceOf[DocumentParameterType]\n\n    @inline def values = js.Array(String, StringList)\n  }\n\n  @js.native\n  sealed trait DocumentPermissionType extends js.Any\n  object DocumentPermissionType {\n    val Share = \"Share\".asInstanceOf[DocumentPermissionType]\n\n    @inline def values = js.Array(Share)\n  }\n\n  \/** An SSM document required by the current document.\n    *\/\n  @js.native\n  trait DocumentRequires extends js.Object {\n    var Name: DocumentARN\n    var Version: js.UndefOr[DocumentVersion]\n  }\n\n  object DocumentRequires {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        Version: js.UndefOr[DocumentVersion] = js.undefined\n    ): DocumentRequires = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentRequires]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentReviewAction extends js.Any\n  object DocumentReviewAction {\n    val SendForReview = \"SendForReview\".asInstanceOf[DocumentReviewAction]\n    val UpdateReview = \"UpdateReview\".asInstanceOf[DocumentReviewAction]\n    val Approve = \"Approve\".asInstanceOf[DocumentReviewAction]\n    val Reject = \"Reject\".asInstanceOf[DocumentReviewAction]\n\n    @inline def values = js.Array(SendForReview, UpdateReview, Approve, Reject)\n  }\n\n  \/** Information about comments added to a document review request.\n    *\/\n  @js.native\n  trait DocumentReviewCommentSource extends js.Object {\n    var Content: js.UndefOr[DocumentReviewComment]\n    var Type: js.UndefOr[DocumentReviewCommentType]\n  }\n\n  object DocumentReviewCommentSource {\n    @inline\n    def apply(\n        Content: js.UndefOr[DocumentReviewComment] = js.undefined,\n        Type: js.UndefOr[DocumentReviewCommentType] = js.undefined\n    ): DocumentReviewCommentSource = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentReviewCommentSource]\n    }\n  }\n\n  @js.native\n  sealed trait DocumentReviewCommentType extends js.Any\n  object DocumentReviewCommentType {\n    val Comment = \"Comment\".asInstanceOf[DocumentReviewCommentType]\n\n    @inline def values = js.Array(Comment)\n  }\n\n  \/** Information about a reviewer's response to a document review request.\n    *\/\n  @js.native\n  trait DocumentReviewerResponseSource extends js.Object {\n    var Comment: js.UndefOr[DocumentReviewCommentList]\n    var CreateTime: js.UndefOr[DateTime]\n    var ReviewStatus: js.UndefOr[ReviewStatus]\n    var Reviewer: js.UndefOr[Reviewer]\n    var UpdatedTime: js.UndefOr[DateTime]\n  }\n\n  object DocumentReviewerResponseSource {\n    @inline\n    def apply(\n        Comment: js.UndefOr[DocumentReviewCommentList] = js.undefined,\n        CreateTime: js.UndefOr[DateTime] = js.undefined,\n        ReviewStatus: js.UndefOr[ReviewStatus] = js.undefined,\n        Reviewer: js.UndefOr[Reviewer] = js.undefined,\n        UpdatedTime: js.UndefOr[DateTime] = js.undefined\n    ): DocumentReviewerResponseSource = {\n      val __obj = js.Dynamic.literal()\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      ReviewStatus.foreach(__v => __obj.updateDynamic(\"ReviewStatus\")(__v.asInstanceOf[js.Any]))\n      Reviewer.foreach(__v => __obj.updateDynamic(\"Reviewer\")(__v.asInstanceOf[js.Any]))\n      UpdatedTime.foreach(__v => __obj.updateDynamic(\"UpdatedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentReviewerResponseSource]\n    }\n  }\n\n  \/** Information about a document approval review.\n    *\/\n  @js.native\n  trait DocumentReviews extends js.Object {\n    var Action: DocumentReviewAction\n    var Comment: js.UndefOr[DocumentReviewCommentList]\n  }\n\n  object DocumentReviews {\n    @inline\n    def apply(\n        Action: DocumentReviewAction,\n        Comment: js.UndefOr[DocumentReviewCommentList] = js.undefined\n    ): DocumentReviews = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentReviews]\n    }\n  }\n\n  \/** The status of a document.\n    *\/\n  @js.native\n  sealed trait DocumentStatus extends js.Any\n  object DocumentStatus {\n    val Creating = \"Creating\".asInstanceOf[DocumentStatus]\n    val Active = \"Active\".asInstanceOf[DocumentStatus]\n    val Updating = \"Updating\".asInstanceOf[DocumentStatus]\n    val Deleting = \"Deleting\".asInstanceOf[DocumentStatus]\n    val Failed = \"Failed\".asInstanceOf[DocumentStatus]\n\n    @inline def values = js.Array(Creating, Active, Updating, Deleting, Failed)\n  }\n\n  @js.native\n  sealed trait DocumentType extends js.Any\n  object DocumentType {\n    val Command = \"Command\".asInstanceOf[DocumentType]\n    val Policy = \"Policy\".asInstanceOf[DocumentType]\n    val Automation = \"Automation\".asInstanceOf[DocumentType]\n    val Session = \"Session\".asInstanceOf[DocumentType]\n    val Package = \"Package\".asInstanceOf[DocumentType]\n    val ApplicationConfiguration = \"ApplicationConfiguration\".asInstanceOf[DocumentType]\n    val ApplicationConfigurationSchema = \"ApplicationConfigurationSchema\".asInstanceOf[DocumentType]\n    val DeploymentStrategy = \"DeploymentStrategy\".asInstanceOf[DocumentType]\n    val ChangeCalendar = \"ChangeCalendar\".asInstanceOf[DocumentType]\n    val `Automation.ChangeTemplate` = \"Automation.ChangeTemplate\".asInstanceOf[DocumentType]\n\n    @inline def values = js.Array(\n      Command,\n      Policy,\n      Automation,\n      Session,\n      Package,\n      ApplicationConfiguration,\n      ApplicationConfigurationSchema,\n      DeploymentStrategy,\n      ChangeCalendar,\n      `Automation.ChangeTemplate`\n    )\n  }\n\n  \/** Version information about the document.\n    *\/\n  @js.native\n  trait DocumentVersionInfo extends js.Object {\n    var CreatedDate: js.UndefOr[DateTime]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var IsDefaultVersion: js.UndefOr[Boolean]\n    var Name: js.UndefOr[DocumentName]\n    var ReviewStatus: js.UndefOr[ReviewStatus]\n    var Status: js.UndefOr[DocumentStatus]\n    var StatusInformation: js.UndefOr[DocumentStatusInformation]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object DocumentVersionInfo {\n    @inline\n    def apply(\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        IsDefaultVersion: js.UndefOr[Boolean] = js.undefined,\n        Name: js.UndefOr[DocumentName] = js.undefined,\n        ReviewStatus: js.UndefOr[ReviewStatus] = js.undefined,\n        Status: js.UndefOr[DocumentStatus] = js.undefined,\n        StatusInformation: js.UndefOr[DocumentStatusInformation] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): DocumentVersionInfo = {\n      val __obj = js.Dynamic.literal()\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      IsDefaultVersion.foreach(__v => __obj.updateDynamic(\"IsDefaultVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ReviewStatus.foreach(__v => __obj.updateDynamic(\"ReviewStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusInformation.foreach(__v => __obj.updateDynamic(\"StatusInformation\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DocumentVersionInfo]\n    }\n  }\n\n  \/** The EffectivePatch structure defines metadata about a patch along with the approval state of the patch in a particular patch baseline. The approval state includes information about whether the patch is currently approved, due to be approved by a rule, explicitly approved, or explicitly rejected and the date the patch was or will be approved.\n    *\/\n  @js.native\n  trait EffectivePatch extends js.Object {\n    var Patch: js.UndefOr[Patch]\n    var PatchStatus: js.UndefOr[PatchStatus]\n  }\n\n  object EffectivePatch {\n    @inline\n    def apply(\n        Patch: js.UndefOr[Patch] = js.undefined,\n        PatchStatus: js.UndefOr[PatchStatus] = js.undefined\n    ): EffectivePatch = {\n      val __obj = js.Dynamic.literal()\n      Patch.foreach(__v => __obj.updateDynamic(\"Patch\")(__v.asInstanceOf[js.Any]))\n      PatchStatus.foreach(__v => __obj.updateDynamic(\"PatchStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EffectivePatch]\n    }\n  }\n\n  @js.native\n  sealed trait ExecutionMode extends js.Any\n  object ExecutionMode {\n    val Auto = \"Auto\".asInstanceOf[ExecutionMode]\n    val Interactive = \"Interactive\".asInstanceOf[ExecutionMode]\n\n    @inline def values = js.Array(Auto, Interactive)\n  }\n\n  \/** Describes a failed association.\n    *\/\n  @js.native\n  trait FailedCreateAssociation extends js.Object {\n    var Entry: js.UndefOr[CreateAssociationBatchRequestEntry]\n    var Fault: js.UndefOr[Fault]\n    var Message: js.UndefOr[BatchErrorMessage]\n  }\n\n  object FailedCreateAssociation {\n    @inline\n    def apply(\n        Entry: js.UndefOr[CreateAssociationBatchRequestEntry] = js.undefined,\n        Fault: js.UndefOr[Fault] = js.undefined,\n        Message: js.UndefOr[BatchErrorMessage] = js.undefined\n    ): FailedCreateAssociation = {\n      val __obj = js.Dynamic.literal()\n      Entry.foreach(__v => __obj.updateDynamic(\"Entry\")(__v.asInstanceOf[js.Any]))\n      Fault.foreach(__v => __obj.updateDynamic(\"Fault\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailedCreateAssociation]\n    }\n  }\n\n  \/** Information about an Automation failure.\n    *\/\n  @js.native\n  trait FailureDetails extends js.Object {\n    var Details: js.UndefOr[AutomationParameterMap]\n    var FailureStage: js.UndefOr[String]\n    var FailureType: js.UndefOr[String]\n  }\n\n  object FailureDetails {\n    @inline\n    def apply(\n        Details: js.UndefOr[AutomationParameterMap] = js.undefined,\n        FailureStage: js.UndefOr[String] = js.undefined,\n        FailureType: js.UndefOr[String] = js.undefined\n    ): FailureDetails = {\n      val __obj = js.Dynamic.literal()\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      FailureStage.foreach(__v => __obj.updateDynamic(\"FailureStage\")(__v.asInstanceOf[js.Any]))\n      FailureType.foreach(__v => __obj.updateDynamic(\"FailureType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailureDetails]\n    }\n  }\n\n  @js.native\n  sealed trait Fault extends js.Any\n  object Fault {\n    val Client = \"Client\".asInstanceOf[Fault]\n    val Server = \"Server\".asInstanceOf[Fault]\n    val Unknown = \"Unknown\".asInstanceOf[Fault]\n\n    @inline def values = js.Array(Client, Server, Unknown)\n  }\n\n  @js.native\n  trait GetAutomationExecutionRequest extends js.Object {\n    var AutomationExecutionId: AutomationExecutionId\n  }\n\n  object GetAutomationExecutionRequest {\n    @inline\n    def apply(\n        AutomationExecutionId: AutomationExecutionId\n    ): GetAutomationExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutomationExecutionId\" -> AutomationExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAutomationExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait GetAutomationExecutionResult extends js.Object {\n    var AutomationExecution: js.UndefOr[AutomationExecution]\n  }\n\n  object GetAutomationExecutionResult {\n    @inline\n    def apply(\n        AutomationExecution: js.UndefOr[AutomationExecution] = js.undefined\n    ): GetAutomationExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      AutomationExecution.foreach(__v => __obj.updateDynamic(\"AutomationExecution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAutomationExecutionResult]\n    }\n  }\n\n  @js.native\n  trait GetCalendarStateRequest extends js.Object {\n    var CalendarNames: CalendarNameOrARNList\n    var AtTime: js.UndefOr[ISO8601String]\n  }\n\n  object GetCalendarStateRequest {\n    @inline\n    def apply(\n        CalendarNames: CalendarNameOrARNList,\n        AtTime: js.UndefOr[ISO8601String] = js.undefined\n    ): GetCalendarStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CalendarNames\" -> CalendarNames.asInstanceOf[js.Any]\n      )\n\n      AtTime.foreach(__v => __obj.updateDynamic(\"AtTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCalendarStateRequest]\n    }\n  }\n\n  @js.native\n  trait GetCalendarStateResponse extends js.Object {\n    var AtTime: js.UndefOr[ISO8601String]\n    var NextTransitionTime: js.UndefOr[ISO8601String]\n    var State: js.UndefOr[CalendarState]\n  }\n\n  object GetCalendarStateResponse {\n    @inline\n    def apply(\n        AtTime: js.UndefOr[ISO8601String] = js.undefined,\n        NextTransitionTime: js.UndefOr[ISO8601String] = js.undefined,\n        State: js.UndefOr[CalendarState] = js.undefined\n    ): GetCalendarStateResponse = {\n      val __obj = js.Dynamic.literal()\n      AtTime.foreach(__v => __obj.updateDynamic(\"AtTime\")(__v.asInstanceOf[js.Any]))\n      NextTransitionTime.foreach(__v => __obj.updateDynamic(\"NextTransitionTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCalendarStateResponse]\n    }\n  }\n\n  @js.native\n  trait GetCommandInvocationRequest extends js.Object {\n    var CommandId: CommandId\n    var InstanceId: InstanceId\n    var PluginName: js.UndefOr[CommandPluginName]\n  }\n\n  object GetCommandInvocationRequest {\n    @inline\n    def apply(\n        CommandId: CommandId,\n        InstanceId: InstanceId,\n        PluginName: js.UndefOr[CommandPluginName] = js.undefined\n    ): GetCommandInvocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CommandId\" -> CommandId.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n\n      PluginName.foreach(__v => __obj.updateDynamic(\"PluginName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommandInvocationRequest]\n    }\n  }\n\n  @js.native\n  trait GetCommandInvocationResult extends js.Object {\n    var CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig]\n    var CommandId: js.UndefOr[CommandId]\n    var Comment: js.UndefOr[Comment]\n    var DocumentName: js.UndefOr[DocumentName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var ExecutionElapsedTime: js.UndefOr[StringDateTime]\n    var ExecutionEndDateTime: js.UndefOr[StringDateTime]\n    var ExecutionStartDateTime: js.UndefOr[StringDateTime]\n    var InstanceId: js.UndefOr[InstanceId]\n    var PluginName: js.UndefOr[CommandPluginName]\n    var ResponseCode: js.UndefOr[ResponseCode]\n    var StandardErrorContent: js.UndefOr[StandardErrorContent]\n    var StandardErrorUrl: js.UndefOr[Url]\n    var StandardOutputContent: js.UndefOr[StandardOutputContent]\n    var StandardOutputUrl: js.UndefOr[Url]\n    var Status: js.UndefOr[CommandInvocationStatus]\n    var StatusDetails: js.UndefOr[StatusDetails]\n  }\n\n  object GetCommandInvocationResult {\n    @inline\n    def apply(\n        CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig] = js.undefined,\n        CommandId: js.UndefOr[CommandId] = js.undefined,\n        Comment: js.UndefOr[Comment] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        ExecutionElapsedTime: js.UndefOr[StringDateTime] = js.undefined,\n        ExecutionEndDateTime: js.UndefOr[StringDateTime] = js.undefined,\n        ExecutionStartDateTime: js.UndefOr[StringDateTime] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        PluginName: js.UndefOr[CommandPluginName] = js.undefined,\n        ResponseCode: js.UndefOr[ResponseCode] = js.undefined,\n        StandardErrorContent: js.UndefOr[StandardErrorContent] = js.undefined,\n        StandardErrorUrl: js.UndefOr[Url] = js.undefined,\n        StandardOutputContent: js.UndefOr[StandardOutputContent] = js.undefined,\n        StandardOutputUrl: js.UndefOr[Url] = js.undefined,\n        Status: js.UndefOr[CommandInvocationStatus] = js.undefined,\n        StatusDetails: js.UndefOr[StatusDetails] = js.undefined\n    ): GetCommandInvocationResult = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchOutputConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputConfig\")(__v.asInstanceOf[js.Any]))\n      CommandId.foreach(__v => __obj.updateDynamic(\"CommandId\")(__v.asInstanceOf[js.Any]))\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      ExecutionElapsedTime.foreach(__v => __obj.updateDynamic(\"ExecutionElapsedTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionEndDateTime.foreach(__v => __obj.updateDynamic(\"ExecutionEndDateTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionStartDateTime.foreach(__v => __obj.updateDynamic(\"ExecutionStartDateTime\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      PluginName.foreach(__v => __obj.updateDynamic(\"PluginName\")(__v.asInstanceOf[js.Any]))\n      ResponseCode.foreach(__v => __obj.updateDynamic(\"ResponseCode\")(__v.asInstanceOf[js.Any]))\n      StandardErrorContent.foreach(__v => __obj.updateDynamic(\"StandardErrorContent\")(__v.asInstanceOf[js.Any]))\n      StandardErrorUrl.foreach(__v => __obj.updateDynamic(\"StandardErrorUrl\")(__v.asInstanceOf[js.Any]))\n      StandardOutputContent.foreach(__v => __obj.updateDynamic(\"StandardOutputContent\")(__v.asInstanceOf[js.Any]))\n      StandardOutputUrl.foreach(__v => __obj.updateDynamic(\"StandardOutputUrl\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCommandInvocationResult]\n    }\n  }\n\n  @js.native\n  trait GetConnectionStatusRequest extends js.Object {\n    var Target: SessionTarget\n  }\n\n  object GetConnectionStatusRequest {\n    @inline\n    def apply(\n        Target: SessionTarget\n    ): GetConnectionStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Target\" -> Target.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetConnectionStatusRequest]\n    }\n  }\n\n  @js.native\n  trait GetConnectionStatusResponse extends js.Object {\n    var Status: js.UndefOr[ConnectionStatus]\n    var Target: js.UndefOr[SessionTarget]\n  }\n\n  object GetConnectionStatusResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[ConnectionStatus] = js.undefined,\n        Target: js.UndefOr[SessionTarget] = js.undefined\n    ): GetConnectionStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetConnectionStatusResponse]\n    }\n  }\n\n  @js.native\n  trait GetDefaultPatchBaselineRequest extends js.Object {\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n  }\n\n  object GetDefaultPatchBaselineRequest {\n    @inline\n    def apply(\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined\n    ): GetDefaultPatchBaselineRequest = {\n      val __obj = js.Dynamic.literal()\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDefaultPatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait GetDefaultPatchBaselineResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n  }\n\n  object GetDefaultPatchBaselineResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined\n    ): GetDefaultPatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDefaultPatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait GetDeployablePatchSnapshotForInstanceRequest extends js.Object {\n    var InstanceId: InstanceId\n    var SnapshotId: SnapshotId\n    var BaselineOverride: js.UndefOr[BaselineOverride]\n  }\n\n  object GetDeployablePatchSnapshotForInstanceRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        SnapshotId: SnapshotId,\n        BaselineOverride: js.UndefOr[BaselineOverride] = js.undefined\n    ): GetDeployablePatchSnapshotForInstanceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any],\n        \"SnapshotId\" -> SnapshotId.asInstanceOf[js.Any]\n      )\n\n      BaselineOverride.foreach(__v => __obj.updateDynamic(\"BaselineOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeployablePatchSnapshotForInstanceRequest]\n    }\n  }\n\n  @js.native\n  trait GetDeployablePatchSnapshotForInstanceResult extends js.Object {\n    var InstanceId: js.UndefOr[InstanceId]\n    var Product: js.UndefOr[Product]\n    var SnapshotDownloadUrl: js.UndefOr[SnapshotDownloadUrl]\n    var SnapshotId: js.UndefOr[SnapshotId]\n  }\n\n  object GetDeployablePatchSnapshotForInstanceResult {\n    @inline\n    def apply(\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        Product: js.UndefOr[Product] = js.undefined,\n        SnapshotDownloadUrl: js.UndefOr[SnapshotDownloadUrl] = js.undefined,\n        SnapshotId: js.UndefOr[SnapshotId] = js.undefined\n    ): GetDeployablePatchSnapshotForInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      Product.foreach(__v => __obj.updateDynamic(\"Product\")(__v.asInstanceOf[js.Any]))\n      SnapshotDownloadUrl.foreach(__v => __obj.updateDynamic(\"SnapshotDownloadUrl\")(__v.asInstanceOf[js.Any]))\n      SnapshotId.foreach(__v => __obj.updateDynamic(\"SnapshotId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeployablePatchSnapshotForInstanceResult]\n    }\n  }\n\n  @js.native\n  trait GetDocumentRequest extends js.Object {\n    var Name: DocumentARN\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object GetDocumentRequest {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): GetDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait GetDocumentResult extends js.Object {\n    var AttachmentsContent: js.UndefOr[AttachmentContentList]\n    var Content: js.UndefOr[DocumentContent]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentType: js.UndefOr[DocumentType]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Name: js.UndefOr[DocumentARN]\n    var Requires: js.UndefOr[DocumentRequiresList]\n    var ReviewStatus: js.UndefOr[ReviewStatus]\n    var Status: js.UndefOr[DocumentStatus]\n    var StatusInformation: js.UndefOr[DocumentStatusInformation]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object GetDocumentResult {\n    @inline\n    def apply(\n        AttachmentsContent: js.UndefOr[AttachmentContentList] = js.undefined,\n        Content: js.UndefOr[DocumentContent] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentType: js.UndefOr[DocumentType] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        Requires: js.UndefOr[DocumentRequiresList] = js.undefined,\n        ReviewStatus: js.UndefOr[ReviewStatus] = js.undefined,\n        Status: js.UndefOr[DocumentStatus] = js.undefined,\n        StatusInformation: js.UndefOr[DocumentStatusInformation] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): GetDocumentResult = {\n      val __obj = js.Dynamic.literal()\n      AttachmentsContent.foreach(__v => __obj.updateDynamic(\"AttachmentsContent\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentType.foreach(__v => __obj.updateDynamic(\"DocumentType\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Requires.foreach(__v => __obj.updateDynamic(\"Requires\")(__v.asInstanceOf[js.Any]))\n      ReviewStatus.foreach(__v => __obj.updateDynamic(\"ReviewStatus\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusInformation.foreach(__v => __obj.updateDynamic(\"StatusInformation\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDocumentResult]\n    }\n  }\n\n  @js.native\n  trait GetInventoryRequest extends js.Object {\n    var Aggregators: js.UndefOr[InventoryAggregatorList]\n    var Filters: js.UndefOr[InventoryFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResultAttributes: js.UndefOr[ResultAttributeList]\n  }\n\n  object GetInventoryRequest {\n    @inline\n    def apply(\n        Aggregators: js.UndefOr[InventoryAggregatorList] = js.undefined,\n        Filters: js.UndefOr[InventoryFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResultAttributes: js.UndefOr[ResultAttributeList] = js.undefined\n    ): GetInventoryRequest = {\n      val __obj = js.Dynamic.literal()\n      Aggregators.foreach(__v => __obj.updateDynamic(\"Aggregators\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResultAttributes.foreach(__v => __obj.updateDynamic(\"ResultAttributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInventoryRequest]\n    }\n  }\n\n  @js.native\n  trait GetInventoryResult extends js.Object {\n    var Entities: js.UndefOr[InventoryResultEntityList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetInventoryResult {\n    @inline\n    def apply(\n        Entities: js.UndefOr[InventoryResultEntityList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetInventoryResult = {\n      val __obj = js.Dynamic.literal()\n      Entities.foreach(__v => __obj.updateDynamic(\"Entities\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInventoryResult]\n    }\n  }\n\n  @js.native\n  trait GetInventorySchemaRequest extends js.Object {\n    var Aggregator: js.UndefOr[AggregatorSchemaOnly]\n    var MaxResults: js.UndefOr[GetInventorySchemaMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SubType: js.UndefOr[IsSubTypeSchema]\n    var TypeName: js.UndefOr[InventoryItemTypeNameFilter]\n  }\n\n  object GetInventorySchemaRequest {\n    @inline\n    def apply(\n        Aggregator: js.UndefOr[AggregatorSchemaOnly] = js.undefined,\n        MaxResults: js.UndefOr[GetInventorySchemaMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SubType: js.UndefOr[IsSubTypeSchema] = js.undefined,\n        TypeName: js.UndefOr[InventoryItemTypeNameFilter] = js.undefined\n    ): GetInventorySchemaRequest = {\n      val __obj = js.Dynamic.literal()\n      Aggregator.foreach(__v => __obj.updateDynamic(\"Aggregator\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SubType.foreach(__v => __obj.updateDynamic(\"SubType\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInventorySchemaRequest]\n    }\n  }\n\n  @js.native\n  trait GetInventorySchemaResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Schemas: js.UndefOr[InventoryItemSchemaResultList]\n  }\n\n  object GetInventorySchemaResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Schemas: js.UndefOr[InventoryItemSchemaResultList] = js.undefined\n    ): GetInventorySchemaResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Schemas.foreach(__v => __obj.updateDynamic(\"Schemas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInventorySchemaResult]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionRequest extends js.Object {\n    var WindowExecutionId: MaintenanceWindowExecutionId\n  }\n\n  object GetMaintenanceWindowExecutionRequest {\n    @inline\n    def apply(\n        WindowExecutionId: MaintenanceWindowExecutionId\n    ): GetMaintenanceWindowExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionResult extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var TaskIds: js.UndefOr[MaintenanceWindowExecutionTaskIdList]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n  }\n\n  object GetMaintenanceWindowExecutionResult {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        TaskIds: js.UndefOr[MaintenanceWindowExecutionTaskIdList] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined\n    ): GetMaintenanceWindowExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TaskIds.foreach(__v => __obj.updateDynamic(\"TaskIds\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionResult]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionTaskInvocationRequest extends js.Object {\n    var InvocationId: MaintenanceWindowExecutionTaskInvocationId\n    var TaskId: MaintenanceWindowExecutionTaskId\n    var WindowExecutionId: MaintenanceWindowExecutionId\n  }\n\n  object GetMaintenanceWindowExecutionTaskInvocationRequest {\n    @inline\n    def apply(\n        InvocationId: MaintenanceWindowExecutionTaskInvocationId,\n        TaskId: MaintenanceWindowExecutionTaskId,\n        WindowExecutionId: MaintenanceWindowExecutionId\n    ): GetMaintenanceWindowExecutionTaskInvocationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InvocationId\" -> InvocationId.asInstanceOf[js.Any],\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any],\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionTaskInvocationRequest]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionTaskInvocationResult extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var ExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskExecutionId]\n    var InvocationId: js.UndefOr[MaintenanceWindowExecutionTaskInvocationId]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var Parameters: js.UndefOr[MaintenanceWindowExecutionTaskInvocationParameters]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId]\n    var TaskType: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTaskTargetId]\n  }\n\n  object GetMaintenanceWindowExecutionTaskInvocationResult {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        ExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskExecutionId] = js.undefined,\n        InvocationId: js.UndefOr[MaintenanceWindowExecutionTaskInvocationId] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        Parameters: js.UndefOr[MaintenanceWindowExecutionTaskInvocationParameters] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId] = js.undefined,\n        TaskType: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined,\n        WindowTargetId: js.UndefOr[MaintenanceWindowTaskTargetId] = js.undefined\n    ): GetMaintenanceWindowExecutionTaskInvocationResult = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionId.foreach(__v => __obj.updateDynamic(\"ExecutionId\")(__v.asInstanceOf[js.Any]))\n      InvocationId.foreach(__v => __obj.updateDynamic(\"InvocationId\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionId.foreach(__v => __obj.updateDynamic(\"TaskExecutionId\")(__v.asInstanceOf[js.Any]))\n      TaskType.foreach(__v => __obj.updateDynamic(\"TaskType\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionTaskInvocationResult]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionTaskRequest extends js.Object {\n    var TaskId: MaintenanceWindowExecutionTaskId\n    var WindowExecutionId: MaintenanceWindowExecutionId\n  }\n\n  object GetMaintenanceWindowExecutionTaskRequest {\n    @inline\n    def apply(\n        TaskId: MaintenanceWindowExecutionTaskId,\n        WindowExecutionId: MaintenanceWindowExecutionId\n    ): GetMaintenanceWindowExecutionTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskId\" -> TaskId.asInstanceOf[js.Any],\n        \"WindowExecutionId\" -> WindowExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionTaskRequest]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowExecutionTaskResult extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var ServiceRole: js.UndefOr[ServiceRole]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParametersList]\n    var Type: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n  }\n\n  object GetMaintenanceWindowExecutionTaskResult {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        ServiceRole: js.UndefOr[ServiceRole] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParametersList] = js.undefined,\n        Type: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined\n    ): GetMaintenanceWindowExecutionTaskResult = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ServiceRole.foreach(__v => __obj.updateDynamic(\"ServiceRole\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionId.foreach(__v => __obj.updateDynamic(\"TaskExecutionId\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMaintenanceWindowExecutionTaskResult]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n  }\n\n  object GetMaintenanceWindowRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId\n    ): GetMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowResult extends js.Object {\n    var AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets]\n    var CreatedDate: js.UndefOr[DateTime]\n    var Cutoff: js.UndefOr[MaintenanceWindowCutoff]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Duration: js.UndefOr[MaintenanceWindowDurationHours]\n    var Enabled: js.UndefOr[MaintenanceWindowEnabled]\n    var EndDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var ModifiedDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var NextExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Schedule: js.UndefOr[MaintenanceWindowSchedule]\n    var ScheduleOffset: js.UndefOr[MaintenanceWindowOffset]\n    var ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone]\n    var StartDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object GetMaintenanceWindowResult {\n    @inline\n    def apply(\n        AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets] = js.undefined,\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        Cutoff: js.UndefOr[MaintenanceWindowCutoff] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Duration: js.UndefOr[MaintenanceWindowDurationHours] = js.undefined,\n        Enabled: js.UndefOr[MaintenanceWindowEnabled] = js.undefined,\n        EndDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        ModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        NextExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Schedule: js.UndefOr[MaintenanceWindowSchedule] = js.undefined,\n        ScheduleOffset: js.UndefOr[MaintenanceWindowOffset] = js.undefined,\n        ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone] = js.undefined,\n        StartDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): GetMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      AllowUnassociatedTargets.foreach(__v => __obj.updateDynamic(\"AllowUnassociatedTargets\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Cutoff.foreach(__v => __obj.updateDynamic(\"Cutoff\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      ModifiedDate.foreach(__v => __obj.updateDynamic(\"ModifiedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextExecutionTime.foreach(__v => __obj.updateDynamic(\"NextExecutionTime\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      ScheduleOffset.foreach(__v => __obj.updateDynamic(\"ScheduleOffset\")(__v.asInstanceOf[js.Any]))\n      ScheduleTimezone.foreach(__v => __obj.updateDynamic(\"ScheduleTimezone\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowTaskRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var WindowTaskId: MaintenanceWindowTaskId\n  }\n\n  object GetMaintenanceWindowTaskRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        WindowTaskId: MaintenanceWindowTaskId\n    ): GetMaintenanceWindowTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any],\n        \"WindowTaskId\" -> WindowTaskId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMaintenanceWindowTaskRequest]\n    }\n  }\n\n  @js.native\n  trait GetMaintenanceWindowTaskResult extends js.Object {\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var LoggingInfo: js.UndefOr[LoggingInfo]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters]\n    var TaskType: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTaskId: js.UndefOr[MaintenanceWindowTaskId]\n  }\n\n  object GetMaintenanceWindowTaskResult {\n    @inline\n    def apply(\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        LoggingInfo: js.UndefOr[LoggingInfo] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters] = js.undefined,\n        TaskType: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTaskId: js.UndefOr[MaintenanceWindowTaskId] = js.undefined\n    ): GetMaintenanceWindowTaskResult = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LoggingInfo.foreach(__v => __obj.updateDynamic(\"LoggingInfo\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskInvocationParameters.foreach(__v => __obj.updateDynamic(\"TaskInvocationParameters\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      TaskType.foreach(__v => __obj.updateDynamic(\"TaskType\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTaskId.foreach(__v => __obj.updateDynamic(\"WindowTaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMaintenanceWindowTaskResult]\n    }\n  }\n\n  @js.native\n  trait GetOpsItemRequest extends js.Object {\n    var OpsItemId: OpsItemId\n  }\n\n  object GetOpsItemRequest {\n    @inline\n    def apply(\n        OpsItemId: OpsItemId\n    ): GetOpsItemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpsItemId\" -> OpsItemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOpsItemRequest]\n    }\n  }\n\n  @js.native\n  trait GetOpsItemResponse extends js.Object {\n    var OpsItem: js.UndefOr[OpsItem]\n  }\n\n  object GetOpsItemResponse {\n    @inline\n    def apply(\n        OpsItem: js.UndefOr[OpsItem] = js.undefined\n    ): GetOpsItemResponse = {\n      val __obj = js.Dynamic.literal()\n      OpsItem.foreach(__v => __obj.updateDynamic(\"OpsItem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpsItemResponse]\n    }\n  }\n\n  @js.native\n  trait GetOpsMetadataRequest extends js.Object {\n    var OpsMetadataArn: OpsMetadataArn\n    var MaxResults: js.UndefOr[GetOpsMetadataMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetOpsMetadataRequest {\n    @inline\n    def apply(\n        OpsMetadataArn: OpsMetadataArn,\n        MaxResults: js.UndefOr[GetOpsMetadataMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetOpsMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpsMetadataArn\" -> OpsMetadataArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpsMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait GetOpsMetadataResult extends js.Object {\n    var Metadata: js.UndefOr[MetadataMap]\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceId: js.UndefOr[OpsMetadataResourceId]\n  }\n\n  object GetOpsMetadataResult {\n    @inline\n    def apply(\n        Metadata: js.UndefOr[MetadataMap] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceId: js.UndefOr[OpsMetadataResourceId] = js.undefined\n    ): GetOpsMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpsMetadataResult]\n    }\n  }\n\n  @js.native\n  trait GetOpsSummaryRequest extends js.Object {\n    var Aggregators: js.UndefOr[OpsAggregatorList]\n    var Filters: js.UndefOr[OpsFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResultAttributes: js.UndefOr[OpsResultAttributeList]\n    var SyncName: js.UndefOr[ResourceDataSyncName]\n  }\n\n  object GetOpsSummaryRequest {\n    @inline\n    def apply(\n        Aggregators: js.UndefOr[OpsAggregatorList] = js.undefined,\n        Filters: js.UndefOr[OpsFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResultAttributes: js.UndefOr[OpsResultAttributeList] = js.undefined,\n        SyncName: js.UndefOr[ResourceDataSyncName] = js.undefined\n    ): GetOpsSummaryRequest = {\n      val __obj = js.Dynamic.literal()\n      Aggregators.foreach(__v => __obj.updateDynamic(\"Aggregators\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResultAttributes.foreach(__v => __obj.updateDynamic(\"ResultAttributes\")(__v.asInstanceOf[js.Any]))\n      SyncName.foreach(__v => __obj.updateDynamic(\"SyncName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpsSummaryRequest]\n    }\n  }\n\n  @js.native\n  trait GetOpsSummaryResult extends js.Object {\n    var Entities: js.UndefOr[OpsEntityList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object GetOpsSummaryResult {\n    @inline\n    def apply(\n        Entities: js.UndefOr[OpsEntityList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetOpsSummaryResult = {\n      val __obj = js.Dynamic.literal()\n      Entities.foreach(__v => __obj.updateDynamic(\"Entities\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOpsSummaryResult]\n    }\n  }\n\n  @js.native\n  trait GetParameterHistoryRequest extends js.Object {\n    var Name: PSParameterName\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var WithDecryption: js.UndefOr[Boolean]\n  }\n\n  object GetParameterHistoryRequest {\n    @inline\n    def apply(\n        Name: PSParameterName,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        WithDecryption: js.UndefOr[Boolean] = js.undefined\n    ): GetParameterHistoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WithDecryption.foreach(__v => __obj.updateDynamic(\"WithDecryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParameterHistoryRequest]\n    }\n  }\n\n  @js.native\n  trait GetParameterHistoryResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Parameters: js.UndefOr[ParameterHistoryList]\n  }\n\n  object GetParameterHistoryResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Parameters: js.UndefOr[ParameterHistoryList] = js.undefined\n    ): GetParameterHistoryResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParameterHistoryResult]\n    }\n  }\n\n  @js.native\n  trait GetParameterRequest extends js.Object {\n    var Name: PSParameterName\n    var WithDecryption: js.UndefOr[Boolean]\n  }\n\n  object GetParameterRequest {\n    @inline\n    def apply(\n        Name: PSParameterName,\n        WithDecryption: js.UndefOr[Boolean] = js.undefined\n    ): GetParameterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      WithDecryption.foreach(__v => __obj.updateDynamic(\"WithDecryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParameterRequest]\n    }\n  }\n\n  @js.native\n  trait GetParameterResult extends js.Object {\n    var Parameter: js.UndefOr[Parameter]\n  }\n\n  object GetParameterResult {\n    @inline\n    def apply(\n        Parameter: js.UndefOr[Parameter] = js.undefined\n    ): GetParameterResult = {\n      val __obj = js.Dynamic.literal()\n      Parameter.foreach(__v => __obj.updateDynamic(\"Parameter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParameterResult]\n    }\n  }\n\n  @js.native\n  trait GetParametersByPathRequest extends js.Object {\n    var Path: PSParameterName\n    var MaxResults: js.UndefOr[GetParametersByPathMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ParameterFilters: js.UndefOr[ParameterStringFilterList]\n    var Recursive: js.UndefOr[Boolean]\n    var WithDecryption: js.UndefOr[Boolean]\n  }\n\n  object GetParametersByPathRequest {\n    @inline\n    def apply(\n        Path: PSParameterName,\n        MaxResults: js.UndefOr[GetParametersByPathMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ParameterFilters: js.UndefOr[ParameterStringFilterList] = js.undefined,\n        Recursive: js.UndefOr[Boolean] = js.undefined,\n        WithDecryption: js.UndefOr[Boolean] = js.undefined\n    ): GetParametersByPathRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Path\" -> Path.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParameterFilters.foreach(__v => __obj.updateDynamic(\"ParameterFilters\")(__v.asInstanceOf[js.Any]))\n      Recursive.foreach(__v => __obj.updateDynamic(\"Recursive\")(__v.asInstanceOf[js.Any]))\n      WithDecryption.foreach(__v => __obj.updateDynamic(\"WithDecryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParametersByPathRequest]\n    }\n  }\n\n  @js.native\n  trait GetParametersByPathResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Parameters: js.UndefOr[ParameterList]\n  }\n\n  object GetParametersByPathResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Parameters: js.UndefOr[ParameterList] = js.undefined\n    ): GetParametersByPathResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParametersByPathResult]\n    }\n  }\n\n  @js.native\n  trait GetParametersRequest extends js.Object {\n    var Names: ParameterNameList\n    var WithDecryption: js.UndefOr[Boolean]\n  }\n\n  object GetParametersRequest {\n    @inline\n    def apply(\n        Names: ParameterNameList,\n        WithDecryption: js.UndefOr[Boolean] = js.undefined\n    ): GetParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Names\" -> Names.asInstanceOf[js.Any]\n      )\n\n      WithDecryption.foreach(__v => __obj.updateDynamic(\"WithDecryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParametersRequest]\n    }\n  }\n\n  @js.native\n  trait GetParametersResult extends js.Object {\n    var InvalidParameters: js.UndefOr[ParameterNameList]\n    var Parameters: js.UndefOr[ParameterList]\n  }\n\n  object GetParametersResult {\n    @inline\n    def apply(\n        InvalidParameters: js.UndefOr[ParameterNameList] = js.undefined,\n        Parameters: js.UndefOr[ParameterList] = js.undefined\n    ): GetParametersResult = {\n      val __obj = js.Dynamic.literal()\n      InvalidParameters.foreach(__v => __obj.updateDynamic(\"InvalidParameters\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetParametersResult]\n    }\n  }\n\n  @js.native\n  trait GetPatchBaselineForPatchGroupRequest extends js.Object {\n    var PatchGroup: PatchGroup\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n  }\n\n  object GetPatchBaselineForPatchGroupRequest {\n    @inline\n    def apply(\n        PatchGroup: PatchGroup,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined\n    ): GetPatchBaselineForPatchGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPatchBaselineForPatchGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetPatchBaselineForPatchGroupResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n    var PatchGroup: js.UndefOr[PatchGroup]\n  }\n\n  object GetPatchBaselineForPatchGroupResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined,\n        PatchGroup: js.UndefOr[PatchGroup] = js.undefined\n    ): GetPatchBaselineForPatchGroupResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      PatchGroup.foreach(__v => __obj.updateDynamic(\"PatchGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPatchBaselineForPatchGroupResult]\n    }\n  }\n\n  @js.native\n  trait GetPatchBaselineRequest extends js.Object {\n    var BaselineId: BaselineId\n  }\n\n  object GetPatchBaselineRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId\n    ): GetPatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait GetPatchBaselineResult extends js.Object {\n    var ApprovalRules: js.UndefOr[PatchRuleGroup]\n    var ApprovedPatches: js.UndefOr[PatchIdList]\n    var ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean]\n    var BaselineId: js.UndefOr[BaselineId]\n    var CreatedDate: js.UndefOr[DateTime]\n    var Description: js.UndefOr[BaselineDescription]\n    var GlobalFilters: js.UndefOr[PatchFilterGroup]\n    var ModifiedDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[BaselineName]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n    var PatchGroups: js.UndefOr[PatchGroupList]\n    var RejectedPatches: js.UndefOr[PatchIdList]\n    var RejectedPatchesAction: js.UndefOr[PatchAction]\n    var Sources: js.UndefOr[PatchSourceList]\n  }\n\n  object GetPatchBaselineResult {\n    @inline\n    def apply(\n        ApprovalRules: js.UndefOr[PatchRuleGroup] = js.undefined,\n        ApprovedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean] = js.undefined,\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        Description: js.UndefOr[BaselineDescription] = js.undefined,\n        GlobalFilters: js.UndefOr[PatchFilterGroup] = js.undefined,\n        ModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[BaselineName] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined,\n        PatchGroups: js.UndefOr[PatchGroupList] = js.undefined,\n        RejectedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        RejectedPatchesAction: js.UndefOr[PatchAction] = js.undefined,\n        Sources: js.UndefOr[PatchSourceList] = js.undefined\n    ): GetPatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      ApprovalRules.foreach(__v => __obj.updateDynamic(\"ApprovalRules\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatches.foreach(__v => __obj.updateDynamic(\"ApprovedPatches\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesComplianceLevel.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesEnableNonSecurity.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesEnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlobalFilters.foreach(__v => __obj.updateDynamic(\"GlobalFilters\")(__v.asInstanceOf[js.Any]))\n      ModifiedDate.foreach(__v => __obj.updateDynamic(\"ModifiedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      PatchGroups.foreach(__v => __obj.updateDynamic(\"PatchGroups\")(__v.asInstanceOf[js.Any]))\n      RejectedPatches.foreach(__v => __obj.updateDynamic(\"RejectedPatches\")(__v.asInstanceOf[js.Any]))\n      RejectedPatchesAction.foreach(__v => __obj.updateDynamic(\"RejectedPatchesAction\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPatchBaselineResult]\n    }\n  }\n\n  \/** The request body of the GetServiceSetting API action.\n    *\/\n  @js.native\n  trait GetServiceSettingRequest extends js.Object {\n    var SettingId: ServiceSettingId\n  }\n\n  object GetServiceSettingRequest {\n    @inline\n    def apply(\n        SettingId: ServiceSettingId\n    ): GetServiceSettingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SettingId\" -> SettingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetServiceSettingRequest]\n    }\n  }\n\n  \/** The query result body of the GetServiceSetting API action.\n    *\/\n  @js.native\n  trait GetServiceSettingResult extends js.Object {\n    var ServiceSetting: js.UndefOr[ServiceSetting]\n  }\n\n  object GetServiceSettingResult {\n    @inline\n    def apply(\n        ServiceSetting: js.UndefOr[ServiceSetting] = js.undefined\n    ): GetServiceSettingResult = {\n      val __obj = js.Dynamic.literal()\n      ServiceSetting.foreach(__v => __obj.updateDynamic(\"ServiceSetting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetServiceSettingResult]\n    }\n  }\n\n  \/** Status information about the aggregated associations.\n    *\/\n  @js.native\n  trait InstanceAggregatedAssociationOverview extends js.Object {\n    var DetailedStatus: js.UndefOr[StatusName]\n    var InstanceAssociationStatusAggregatedCount: js.UndefOr[InstanceAssociationStatusAggregatedCount]\n  }\n\n  object InstanceAggregatedAssociationOverview {\n    @inline\n    def apply(\n        DetailedStatus: js.UndefOr[StatusName] = js.undefined,\n        InstanceAssociationStatusAggregatedCount: js.UndefOr[InstanceAssociationStatusAggregatedCount] = js.undefined\n    ): InstanceAggregatedAssociationOverview = {\n      val __obj = js.Dynamic.literal()\n      DetailedStatus.foreach(__v => __obj.updateDynamic(\"DetailedStatus\")(__v.asInstanceOf[js.Any]))\n      InstanceAssociationStatusAggregatedCount.foreach(__v => __obj.updateDynamic(\"InstanceAssociationStatusAggregatedCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAggregatedAssociationOverview]\n    }\n  }\n\n  \/** One or more association documents on the instance.\n    *\/\n  @js.native\n  trait InstanceAssociation extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var Content: js.UndefOr[DocumentContent]\n    var InstanceId: js.UndefOr[InstanceId]\n  }\n\n  object InstanceAssociation {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        Content: js.UndefOr[DocumentContent] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined\n    ): InstanceAssociation = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAssociation]\n    }\n  }\n\n  \/** An S3 bucket where you want to store the results of this request. For the minimal permissions required to enable Amazon S3 output for an association, see [[https:\/\/docs.aws.amazon.com\/systems-manager\/latest\/userguide\/sysman-state-assoc.html|Creating associations]] in the <i>Systems Manager User Guide<\/i>.\n    *\/\n  @js.native\n  trait InstanceAssociationOutputLocation extends js.Object {\n    var S3Location: js.UndefOr[S3OutputLocation]\n  }\n\n  object InstanceAssociationOutputLocation {\n    @inline\n    def apply(\n        S3Location: js.UndefOr[S3OutputLocation] = js.undefined\n    ): InstanceAssociationOutputLocation = {\n      val __obj = js.Dynamic.literal()\n      S3Location.foreach(__v => __obj.updateDynamic(\"S3Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAssociationOutputLocation]\n    }\n  }\n\n  \/** The URL of S3 bucket where you want to store the results of this request.\n    *\/\n  @js.native\n  trait InstanceAssociationOutputUrl extends js.Object {\n    var S3OutputUrl: js.UndefOr[S3OutputUrl]\n  }\n\n  object InstanceAssociationOutputUrl {\n    @inline\n    def apply(\n        S3OutputUrl: js.UndefOr[S3OutputUrl] = js.undefined\n    ): InstanceAssociationOutputUrl = {\n      val __obj = js.Dynamic.literal()\n      S3OutputUrl.foreach(__v => __obj.updateDynamic(\"S3OutputUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAssociationOutputUrl]\n    }\n  }\n\n  \/** Status information about the instance association.\n    *\/\n  @js.native\n  trait InstanceAssociationStatusInfo extends js.Object {\n    var AssociationId: js.UndefOr[AssociationId]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var DetailedStatus: js.UndefOr[StatusName]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var ErrorCode: js.UndefOr[AgentErrorCode]\n    var ExecutionDate: js.UndefOr[DateTime]\n    var ExecutionSummary: js.UndefOr[InstanceAssociationExecutionSummary]\n    var InstanceId: js.UndefOr[InstanceId]\n    var Name: js.UndefOr[DocumentARN]\n    var OutputUrl: js.UndefOr[InstanceAssociationOutputUrl]\n    var Status: js.UndefOr[StatusName]\n  }\n\n  object InstanceAssociationStatusInfo {\n    @inline\n    def apply(\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        DetailedStatus: js.UndefOr[StatusName] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        ErrorCode: js.UndefOr[AgentErrorCode] = js.undefined,\n        ExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        ExecutionSummary: js.UndefOr[InstanceAssociationExecutionSummary] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        OutputUrl: js.UndefOr[InstanceAssociationOutputUrl] = js.undefined,\n        Status: js.UndefOr[StatusName] = js.undefined\n    ): InstanceAssociationStatusInfo = {\n      val __obj = js.Dynamic.literal()\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      DetailedStatus.foreach(__v => __obj.updateDynamic(\"DetailedStatus\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ExecutionDate.foreach(__v => __obj.updateDynamic(\"ExecutionDate\")(__v.asInstanceOf[js.Any]))\n      ExecutionSummary.foreach(__v => __obj.updateDynamic(\"ExecutionSummary\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputUrl.foreach(__v => __obj.updateDynamic(\"OutputUrl\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceAssociationStatusInfo]\n    }\n  }\n\n  \/** Describes a filter for a specific list of instances.\n    *\/\n  @js.native\n  trait InstanceInformation extends js.Object {\n    var ActivationId: js.UndefOr[ActivationId]\n    var AgentVersion: js.UndefOr[Version]\n    var AssociationOverview: js.UndefOr[InstanceAggregatedAssociationOverview]\n    var AssociationStatus: js.UndefOr[StatusName]\n    var ComputerName: js.UndefOr[ComputerName]\n    var IPAddress: js.UndefOr[IPAddress]\n    var IamRole: js.UndefOr[IamRole]\n    var InstanceId: js.UndefOr[InstanceId]\n    var IsLatestVersion: js.UndefOr[Boolean]\n    var LastAssociationExecutionDate: js.UndefOr[DateTime]\n    var LastPingDateTime: js.UndefOr[DateTime]\n    var LastSuccessfulAssociationExecutionDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[String]\n    var PingStatus: js.UndefOr[PingStatus]\n    var PlatformName: js.UndefOr[String]\n    var PlatformType: js.UndefOr[PlatformType]\n    var PlatformVersion: js.UndefOr[String]\n    var RegistrationDate: js.UndefOr[DateTime]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object InstanceInformation {\n    @inline\n    def apply(\n        ActivationId: js.UndefOr[ActivationId] = js.undefined,\n        AgentVersion: js.UndefOr[Version] = js.undefined,\n        AssociationOverview: js.UndefOr[InstanceAggregatedAssociationOverview] = js.undefined,\n        AssociationStatus: js.UndefOr[StatusName] = js.undefined,\n        ComputerName: js.UndefOr[ComputerName] = js.undefined,\n        IPAddress: js.UndefOr[IPAddress] = js.undefined,\n        IamRole: js.UndefOr[IamRole] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        IsLatestVersion: js.UndefOr[Boolean] = js.undefined,\n        LastAssociationExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        LastPingDateTime: js.UndefOr[DateTime] = js.undefined,\n        LastSuccessfulAssociationExecutionDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        PingStatus: js.UndefOr[PingStatus] = js.undefined,\n        PlatformName: js.UndefOr[String] = js.undefined,\n        PlatformType: js.UndefOr[PlatformType] = js.undefined,\n        PlatformVersion: js.UndefOr[String] = js.undefined,\n        RegistrationDate: js.UndefOr[DateTime] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): InstanceInformation = {\n      val __obj = js.Dynamic.literal()\n      ActivationId.foreach(__v => __obj.updateDynamic(\"ActivationId\")(__v.asInstanceOf[js.Any]))\n      AgentVersion.foreach(__v => __obj.updateDynamic(\"AgentVersion\")(__v.asInstanceOf[js.Any]))\n      AssociationOverview.foreach(__v => __obj.updateDynamic(\"AssociationOverview\")(__v.asInstanceOf[js.Any]))\n      AssociationStatus.foreach(__v => __obj.updateDynamic(\"AssociationStatus\")(__v.asInstanceOf[js.Any]))\n      ComputerName.foreach(__v => __obj.updateDynamic(\"ComputerName\")(__v.asInstanceOf[js.Any]))\n      IPAddress.foreach(__v => __obj.updateDynamic(\"IPAddress\")(__v.asInstanceOf[js.Any]))\n      IamRole.foreach(__v => __obj.updateDynamic(\"IamRole\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      IsLatestVersion.foreach(__v => __obj.updateDynamic(\"IsLatestVersion\")(__v.asInstanceOf[js.Any]))\n      LastAssociationExecutionDate.foreach(__v => __obj.updateDynamic(\"LastAssociationExecutionDate\")(__v.asInstanceOf[js.Any]))\n      LastPingDateTime.foreach(__v => __obj.updateDynamic(\"LastPingDateTime\")(__v.asInstanceOf[js.Any]))\n      LastSuccessfulAssociationExecutionDate.foreach(__v => __obj.updateDynamic(\"LastSuccessfulAssociationExecutionDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PingStatus.foreach(__v => __obj.updateDynamic(\"PingStatus\")(__v.asInstanceOf[js.Any]))\n      PlatformName.foreach(__v => __obj.updateDynamic(\"PlatformName\")(__v.asInstanceOf[js.Any]))\n      PlatformType.foreach(__v => __obj.updateDynamic(\"PlatformType\")(__v.asInstanceOf[js.Any]))\n      PlatformVersion.foreach(__v => __obj.updateDynamic(\"PlatformVersion\")(__v.asInstanceOf[js.Any]))\n      RegistrationDate.foreach(__v => __obj.updateDynamic(\"RegistrationDate\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceInformation]\n    }\n  }\n\n  \/** Describes a filter for a specific list of instances. You can filter instances information by using tags. You specify tags by using a key-value mapping. Use this action instead of the [[DescribeInstanceInformationRequest.InstanceInformationFilterList]] method. The <code>InstanceInformationFilterList<\/code> method is a legacy method and does not support tags.\n    *\/\n  @js.native\n  trait InstanceInformationFilter extends js.Object {\n    var key: InstanceInformationFilterKey\n    var valueSet: InstanceInformationFilterValueSet\n  }\n\n  object InstanceInformationFilter {\n    @inline\n    def apply(\n        key: InstanceInformationFilterKey,\n        valueSet: InstanceInformationFilterValueSet\n    ): InstanceInformationFilter = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"valueSet\" -> valueSet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InstanceInformationFilter]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceInformationFilterKey extends js.Any\n  object InstanceInformationFilterKey {\n    val InstanceIds = \"InstanceIds\".asInstanceOf[InstanceInformationFilterKey]\n    val AgentVersion = \"AgentVersion\".asInstanceOf[InstanceInformationFilterKey]\n    val PingStatus = \"PingStatus\".asInstanceOf[InstanceInformationFilterKey]\n    val PlatformTypes = \"PlatformTypes\".asInstanceOf[InstanceInformationFilterKey]\n    val ActivationIds = \"ActivationIds\".asInstanceOf[InstanceInformationFilterKey]\n    val IamRole = \"IamRole\".asInstanceOf[InstanceInformationFilterKey]\n    val ResourceType = \"ResourceType\".asInstanceOf[InstanceInformationFilterKey]\n    val AssociationStatus = \"AssociationStatus\".asInstanceOf[InstanceInformationFilterKey]\n\n    @inline def values = js.Array(InstanceIds, AgentVersion, PingStatus, PlatformTypes, ActivationIds, IamRole, ResourceType, AssociationStatus)\n  }\n\n  \/** The filters to describe or get information about your managed instances.\n    *\/\n  @js.native\n  trait InstanceInformationStringFilter extends js.Object {\n    var Key: InstanceInformationStringFilterKey\n    var Values: InstanceInformationFilterValueSet\n  }\n\n  object InstanceInformationStringFilter {\n    @inline\n    def apply(\n        Key: InstanceInformationStringFilterKey,\n        Values: InstanceInformationFilterValueSet\n    ): InstanceInformationStringFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InstanceInformationStringFilter]\n    }\n  }\n\n  \/** Defines the high-level patch compliance state for a managed instance, providing information about the number of installed, missing, not applicable, and failed patches along with metadata about the operation when this information was gathered for the instance.\n    *\/\n  @js.native\n  trait InstancePatchState extends js.Object {\n    var BaselineId: BaselineId\n    var InstanceId: InstanceId\n    var Operation: PatchOperationType\n    var OperationEndTime: DateTime\n    var OperationStartTime: DateTime\n    var PatchGroup: PatchGroup\n    var CriticalNonCompliantCount: js.UndefOr[PatchCriticalNonCompliantCount]\n    var FailedCount: js.UndefOr[PatchFailedCount]\n    var InstallOverrideList: js.UndefOr[InstallOverrideList]\n    var InstalledCount: js.UndefOr[PatchInstalledCount]\n    var InstalledOtherCount: js.UndefOr[PatchInstalledOtherCount]\n    var InstalledPendingRebootCount: js.UndefOr[PatchInstalledPendingRebootCount]\n    var InstalledRejectedCount: js.UndefOr[PatchInstalledRejectedCount]\n    var LastNoRebootInstallOperationTime: js.UndefOr[DateTime]\n    var MissingCount: js.UndefOr[PatchMissingCount]\n    var NotApplicableCount: js.UndefOr[PatchNotApplicableCount]\n    var OtherNonCompliantCount: js.UndefOr[PatchOtherNonCompliantCount]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var RebootOption: js.UndefOr[RebootOption]\n    var SecurityNonCompliantCount: js.UndefOr[PatchSecurityNonCompliantCount]\n    var SnapshotId: js.UndefOr[SnapshotId]\n    var UnreportedNotApplicableCount: js.UndefOr[PatchUnreportedNotApplicableCount]\n  }\n\n  object InstancePatchState {\n    @inline\n    def apply(\n        BaselineId: BaselineId,\n        InstanceId: InstanceId,\n        Operation: PatchOperationType,\n        OperationEndTime: DateTime,\n        OperationStartTime: DateTime,\n        PatchGroup: PatchGroup,\n        CriticalNonCompliantCount: js.UndefOr[PatchCriticalNonCompliantCount] = js.undefined,\n        FailedCount: js.UndefOr[PatchFailedCount] = js.undefined,\n        InstallOverrideList: js.UndefOr[InstallOverrideList] = js.undefined,\n        InstalledCount: js.UndefOr[PatchInstalledCount] = js.undefined,\n        InstalledOtherCount: js.UndefOr[PatchInstalledOtherCount] = js.undefined,\n        InstalledPendingRebootCount: js.UndefOr[PatchInstalledPendingRebootCount] = js.undefined,\n        InstalledRejectedCount: js.UndefOr[PatchInstalledRejectedCount] = js.undefined,\n        LastNoRebootInstallOperationTime: js.UndefOr[DateTime] = js.undefined,\n        MissingCount: js.UndefOr[PatchMissingCount] = js.undefined,\n        NotApplicableCount: js.UndefOr[PatchNotApplicableCount] = js.undefined,\n        OtherNonCompliantCount: js.UndefOr[PatchOtherNonCompliantCount] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        RebootOption: js.UndefOr[RebootOption] = js.undefined,\n        SecurityNonCompliantCount: js.UndefOr[PatchSecurityNonCompliantCount] = js.undefined,\n        SnapshotId: js.UndefOr[SnapshotId] = js.undefined,\n        UnreportedNotApplicableCount: js.UndefOr[PatchUnreportedNotApplicableCount] = js.undefined\n    ): InstancePatchState = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any],\n        \"Operation\" -> Operation.asInstanceOf[js.Any],\n        \"OperationEndTime\" -> OperationEndTime.asInstanceOf[js.Any],\n        \"OperationStartTime\" -> OperationStartTime.asInstanceOf[js.Any],\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n\n      CriticalNonCompliantCount.foreach(__v => __obj.updateDynamic(\"CriticalNonCompliantCount\")(__v.asInstanceOf[js.Any]))\n      FailedCount.foreach(__v => __obj.updateDynamic(\"FailedCount\")(__v.asInstanceOf[js.Any]))\n      InstallOverrideList.foreach(__v => __obj.updateDynamic(\"InstallOverrideList\")(__v.asInstanceOf[js.Any]))\n      InstalledCount.foreach(__v => __obj.updateDynamic(\"InstalledCount\")(__v.asInstanceOf[js.Any]))\n      InstalledOtherCount.foreach(__v => __obj.updateDynamic(\"InstalledOtherCount\")(__v.asInstanceOf[js.Any]))\n      InstalledPendingRebootCount.foreach(__v => __obj.updateDynamic(\"InstalledPendingRebootCount\")(__v.asInstanceOf[js.Any]))\n      InstalledRejectedCount.foreach(__v => __obj.updateDynamic(\"InstalledRejectedCount\")(__v.asInstanceOf[js.Any]))\n      LastNoRebootInstallOperationTime.foreach(__v => __obj.updateDynamic(\"LastNoRebootInstallOperationTime\")(__v.asInstanceOf[js.Any]))\n      MissingCount.foreach(__v => __obj.updateDynamic(\"MissingCount\")(__v.asInstanceOf[js.Any]))\n      NotApplicableCount.foreach(__v => __obj.updateDynamic(\"NotApplicableCount\")(__v.asInstanceOf[js.Any]))\n      OtherNonCompliantCount.foreach(__v => __obj.updateDynamic(\"OtherNonCompliantCount\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      RebootOption.foreach(__v => __obj.updateDynamic(\"RebootOption\")(__v.asInstanceOf[js.Any]))\n      SecurityNonCompliantCount.foreach(__v => __obj.updateDynamic(\"SecurityNonCompliantCount\")(__v.asInstanceOf[js.Any]))\n      SnapshotId.foreach(__v => __obj.updateDynamic(\"SnapshotId\")(__v.asInstanceOf[js.Any]))\n      UnreportedNotApplicableCount.foreach(__v => __obj.updateDynamic(\"UnreportedNotApplicableCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstancePatchState]\n    }\n  }\n\n  \/** Defines a filter used in <a>DescribeInstancePatchStatesForPatchGroup<\/a> used to scope down the information returned by the API.\n    *\/\n  @js.native\n  trait InstancePatchStateFilter extends js.Object {\n    var Key: InstancePatchStateFilterKey\n    var Type: InstancePatchStateOperatorType\n    var Values: InstancePatchStateFilterValues\n  }\n\n  object InstancePatchStateFilter {\n    @inline\n    def apply(\n        Key: InstancePatchStateFilterKey,\n        Type: InstancePatchStateOperatorType,\n        Values: InstancePatchStateFilterValues\n    ): InstancePatchStateFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InstancePatchStateFilter]\n    }\n  }\n\n  @js.native\n  sealed trait InstancePatchStateOperatorType extends js.Any\n  object InstancePatchStateOperatorType {\n    val Equal = \"Equal\".asInstanceOf[InstancePatchStateOperatorType]\n    val NotEqual = \"NotEqual\".asInstanceOf[InstancePatchStateOperatorType]\n    val LessThan = \"LessThan\".asInstanceOf[InstancePatchStateOperatorType]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[InstancePatchStateOperatorType]\n\n    @inline def values = js.Array(Equal, NotEqual, LessThan, GreaterThan)\n  }\n\n  \/** Specifies the inventory type and attribute for the aggregation execution.\n    *\/\n  @js.native\n  trait InventoryAggregator extends js.Object {\n    var Aggregators: js.UndefOr[InventoryAggregatorList]\n    var Expression: js.UndefOr[InventoryAggregatorExpression]\n    var Groups: js.UndefOr[InventoryGroupList]\n  }\n\n  object InventoryAggregator {\n    @inline\n    def apply(\n        Aggregators: js.UndefOr[InventoryAggregatorList] = js.undefined,\n        Expression: js.UndefOr[InventoryAggregatorExpression] = js.undefined,\n        Groups: js.UndefOr[InventoryGroupList] = js.undefined\n    ): InventoryAggregator = {\n      val __obj = js.Dynamic.literal()\n      Aggregators.foreach(__v => __obj.updateDynamic(\"Aggregators\")(__v.asInstanceOf[js.Any]))\n      Expression.foreach(__v => __obj.updateDynamic(\"Expression\")(__v.asInstanceOf[js.Any]))\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryAggregator]\n    }\n  }\n\n  @js.native\n  sealed trait InventoryAttributeDataType extends js.Any\n  object InventoryAttributeDataType {\n    val string = \"string\".asInstanceOf[InventoryAttributeDataType]\n    val number = \"number\".asInstanceOf[InventoryAttributeDataType]\n\n    @inline def values = js.Array(string, number)\n  }\n\n  @js.native\n  sealed trait InventoryDeletionStatus extends js.Any\n  object InventoryDeletionStatus {\n    val InProgress = \"InProgress\".asInstanceOf[InventoryDeletionStatus]\n    val Complete = \"Complete\".asInstanceOf[InventoryDeletionStatus]\n\n    @inline def values = js.Array(InProgress, Complete)\n  }\n\n  \/** Status information returned by the <code>DeleteInventory<\/code> action.\n    *\/\n  @js.native\n  trait InventoryDeletionStatusItem extends js.Object {\n    var DeletionId: js.UndefOr[UUID]\n    var DeletionStartTime: js.UndefOr[InventoryDeletionStartTime]\n    var DeletionSummary: js.UndefOr[InventoryDeletionSummary]\n    var LastStatus: js.UndefOr[InventoryDeletionStatus]\n    var LastStatusMessage: js.UndefOr[InventoryDeletionLastStatusMessage]\n    var LastStatusUpdateTime: js.UndefOr[InventoryDeletionLastStatusUpdateTime]\n    var TypeName: js.UndefOr[InventoryItemTypeName]\n  }\n\n  object InventoryDeletionStatusItem {\n    @inline\n    def apply(\n        DeletionId: js.UndefOr[UUID] = js.undefined,\n        DeletionStartTime: js.UndefOr[InventoryDeletionStartTime] = js.undefined,\n        DeletionSummary: js.UndefOr[InventoryDeletionSummary] = js.undefined,\n        LastStatus: js.UndefOr[InventoryDeletionStatus] = js.undefined,\n        LastStatusMessage: js.UndefOr[InventoryDeletionLastStatusMessage] = js.undefined,\n        LastStatusUpdateTime: js.UndefOr[InventoryDeletionLastStatusUpdateTime] = js.undefined,\n        TypeName: js.UndefOr[InventoryItemTypeName] = js.undefined\n    ): InventoryDeletionStatusItem = {\n      val __obj = js.Dynamic.literal()\n      DeletionId.foreach(__v => __obj.updateDynamic(\"DeletionId\")(__v.asInstanceOf[js.Any]))\n      DeletionStartTime.foreach(__v => __obj.updateDynamic(\"DeletionStartTime\")(__v.asInstanceOf[js.Any]))\n      DeletionSummary.foreach(__v => __obj.updateDynamic(\"DeletionSummary\")(__v.asInstanceOf[js.Any]))\n      LastStatus.foreach(__v => __obj.updateDynamic(\"LastStatus\")(__v.asInstanceOf[js.Any]))\n      LastStatusMessage.foreach(__v => __obj.updateDynamic(\"LastStatusMessage\")(__v.asInstanceOf[js.Any]))\n      LastStatusUpdateTime.foreach(__v => __obj.updateDynamic(\"LastStatusUpdateTime\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryDeletionStatusItem]\n    }\n  }\n\n  \/** Information about the delete operation.\n    *\/\n  @js.native\n  trait InventoryDeletionSummary extends js.Object {\n    var RemainingCount: js.UndefOr[RemainingCount]\n    var SummaryItems: js.UndefOr[InventoryDeletionSummaryItems]\n    var TotalCount: js.UndefOr[TotalCount]\n  }\n\n  object InventoryDeletionSummary {\n    @inline\n    def apply(\n        RemainingCount: js.UndefOr[RemainingCount] = js.undefined,\n        SummaryItems: js.UndefOr[InventoryDeletionSummaryItems] = js.undefined,\n        TotalCount: js.UndefOr[TotalCount] = js.undefined\n    ): InventoryDeletionSummary = {\n      val __obj = js.Dynamic.literal()\n      RemainingCount.foreach(__v => __obj.updateDynamic(\"RemainingCount\")(__v.asInstanceOf[js.Any]))\n      SummaryItems.foreach(__v => __obj.updateDynamic(\"SummaryItems\")(__v.asInstanceOf[js.Any]))\n      TotalCount.foreach(__v => __obj.updateDynamic(\"TotalCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryDeletionSummary]\n    }\n  }\n\n  \/** Either a count, remaining count, or a version number in a delete inventory summary.\n    *\/\n  @js.native\n  trait InventoryDeletionSummaryItem extends js.Object {\n    var Count: js.UndefOr[ResourceCount]\n    var RemainingCount: js.UndefOr[RemainingCount]\n    var Version: js.UndefOr[InventoryItemSchemaVersion]\n  }\n\n  object InventoryDeletionSummaryItem {\n    @inline\n    def apply(\n        Count: js.UndefOr[ResourceCount] = js.undefined,\n        RemainingCount: js.UndefOr[RemainingCount] = js.undefined,\n        Version: js.UndefOr[InventoryItemSchemaVersion] = js.undefined\n    ): InventoryDeletionSummaryItem = {\n      val __obj = js.Dynamic.literal()\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      RemainingCount.foreach(__v => __obj.updateDynamic(\"RemainingCount\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryDeletionSummaryItem]\n    }\n  }\n\n  \/** One or more filters. Use a filter to return a more specific list of results.\n    *\/\n  @js.native\n  trait InventoryFilter extends js.Object {\n    var Key: InventoryFilterKey\n    var Values: InventoryFilterValueList\n    var Type: js.UndefOr[InventoryQueryOperatorType]\n  }\n\n  object InventoryFilter {\n    @inline\n    def apply(\n        Key: InventoryFilterKey,\n        Values: InventoryFilterValueList,\n        Type: js.UndefOr[InventoryQueryOperatorType] = js.undefined\n    ): InventoryFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryFilter]\n    }\n  }\n\n  \/** A user-defined set of one or more filters on which to aggregate inventory data. Groups return a count of resources that match and don't match the specified criteria.\n    *\/\n  @js.native\n  trait InventoryGroup extends js.Object {\n    var Filters: InventoryFilterList\n    var Name: InventoryGroupName\n  }\n\n  object InventoryGroup {\n    @inline\n    def apply(\n        Filters: InventoryFilterList,\n        Name: InventoryGroupName\n    ): InventoryGroup = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InventoryGroup]\n    }\n  }\n\n  \/** Information collected from managed instances based on your inventory policy document\n    *\/\n  @js.native\n  trait InventoryItem extends js.Object {\n    var CaptureTime: InventoryItemCaptureTime\n    var SchemaVersion: InventoryItemSchemaVersion\n    var TypeName: InventoryItemTypeName\n    var Content: js.UndefOr[InventoryItemEntryList]\n    var ContentHash: js.UndefOr[InventoryItemContentHash]\n    var Context: js.UndefOr[InventoryItemContentContext]\n  }\n\n  object InventoryItem {\n    @inline\n    def apply(\n        CaptureTime: InventoryItemCaptureTime,\n        SchemaVersion: InventoryItemSchemaVersion,\n        TypeName: InventoryItemTypeName,\n        Content: js.UndefOr[InventoryItemEntryList] = js.undefined,\n        ContentHash: js.UndefOr[InventoryItemContentHash] = js.undefined,\n        Context: js.UndefOr[InventoryItemContentContext] = js.undefined\n    ): InventoryItem = {\n      val __obj = js.Dynamic.literal(\n        \"CaptureTime\" -> CaptureTime.asInstanceOf[js.Any],\n        \"SchemaVersion\" -> SchemaVersion.asInstanceOf[js.Any],\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      ContentHash.foreach(__v => __obj.updateDynamic(\"ContentHash\")(__v.asInstanceOf[js.Any]))\n      Context.foreach(__v => __obj.updateDynamic(\"Context\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryItem]\n    }\n  }\n\n  \/** Attributes are the entries within the inventory item content. It contains name and value.\n    *\/\n  @js.native\n  trait InventoryItemAttribute extends js.Object {\n    var DataType: InventoryAttributeDataType\n    var Name: InventoryItemAttributeName\n  }\n\n  object InventoryItemAttribute {\n    @inline\n    def apply(\n        DataType: InventoryAttributeDataType,\n        Name: InventoryItemAttributeName\n    ): InventoryItemAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"DataType\" -> DataType.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InventoryItemAttribute]\n    }\n  }\n\n  \/** The inventory item schema definition. Users can use this to compose inventory query filters.\n    *\/\n  @js.native\n  trait InventoryItemSchema extends js.Object {\n    var Attributes: InventoryItemAttributeList\n    var TypeName: InventoryItemTypeName\n    var DisplayName: js.UndefOr[InventoryTypeDisplayName]\n    var Version: js.UndefOr[InventoryItemSchemaVersion]\n  }\n\n  object InventoryItemSchema {\n    @inline\n    def apply(\n        Attributes: InventoryItemAttributeList,\n        TypeName: InventoryItemTypeName,\n        DisplayName: js.UndefOr[InventoryTypeDisplayName] = js.undefined,\n        Version: js.UndefOr[InventoryItemSchemaVersion] = js.undefined\n    ): InventoryItemSchema = {\n      val __obj = js.Dynamic.literal(\n        \"Attributes\" -> Attributes.asInstanceOf[js.Any],\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n\n      DisplayName.foreach(__v => __obj.updateDynamic(\"DisplayName\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryItemSchema]\n    }\n  }\n\n  @js.native\n  sealed trait InventoryQueryOperatorType extends js.Any\n  object InventoryQueryOperatorType {\n    val Equal = \"Equal\".asInstanceOf[InventoryQueryOperatorType]\n    val NotEqual = \"NotEqual\".asInstanceOf[InventoryQueryOperatorType]\n    val BeginWith = \"BeginWith\".asInstanceOf[InventoryQueryOperatorType]\n    val LessThan = \"LessThan\".asInstanceOf[InventoryQueryOperatorType]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[InventoryQueryOperatorType]\n    val Exists = \"Exists\".asInstanceOf[InventoryQueryOperatorType]\n\n    @inline def values = js.Array(Equal, NotEqual, BeginWith, LessThan, GreaterThan, Exists)\n  }\n\n  \/** Inventory query results.\n    *\/\n  @js.native\n  trait InventoryResultEntity extends js.Object {\n    var Data: js.UndefOr[InventoryResultItemMap]\n    var Id: js.UndefOr[InventoryResultEntityId]\n  }\n\n  object InventoryResultEntity {\n    @inline\n    def apply(\n        Data: js.UndefOr[InventoryResultItemMap] = js.undefined,\n        Id: js.UndefOr[InventoryResultEntityId] = js.undefined\n    ): InventoryResultEntity = {\n      val __obj = js.Dynamic.literal()\n      Data.foreach(__v => __obj.updateDynamic(\"Data\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryResultEntity]\n    }\n  }\n\n  \/** The inventory result item.\n    *\/\n  @js.native\n  trait InventoryResultItem extends js.Object {\n    var Content: InventoryItemEntryList\n    var SchemaVersion: InventoryItemSchemaVersion\n    var TypeName: InventoryItemTypeName\n    var CaptureTime: js.UndefOr[InventoryItemCaptureTime]\n    var ContentHash: js.UndefOr[InventoryItemContentHash]\n  }\n\n  object InventoryResultItem {\n    @inline\n    def apply(\n        Content: InventoryItemEntryList,\n        SchemaVersion: InventoryItemSchemaVersion,\n        TypeName: InventoryItemTypeName,\n        CaptureTime: js.UndefOr[InventoryItemCaptureTime] = js.undefined,\n        ContentHash: js.UndefOr[InventoryItemContentHash] = js.undefined\n    ): InventoryResultItem = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"SchemaVersion\" -> SchemaVersion.asInstanceOf[js.Any],\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n\n      CaptureTime.foreach(__v => __obj.updateDynamic(\"CaptureTime\")(__v.asInstanceOf[js.Any]))\n      ContentHash.foreach(__v => __obj.updateDynamic(\"ContentHash\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InventoryResultItem]\n    }\n  }\n\n  @js.native\n  sealed trait InventorySchemaDeleteOption extends js.Any\n  object InventorySchemaDeleteOption {\n    val DisableSchema = \"DisableSchema\".asInstanceOf[InventorySchemaDeleteOption]\n    val DeleteSchema = \"DeleteSchema\".asInstanceOf[InventorySchemaDeleteOption]\n\n    @inline def values = js.Array(DisableSchema, DeleteSchema)\n  }\n\n  @js.native\n  trait LabelParameterVersionRequest extends js.Object {\n    var Labels: ParameterLabelList\n    var Name: PSParameterName\n    var ParameterVersion: js.UndefOr[PSParameterVersion]\n  }\n\n  object LabelParameterVersionRequest {\n    @inline\n    def apply(\n        Labels: ParameterLabelList,\n        Name: PSParameterName,\n        ParameterVersion: js.UndefOr[PSParameterVersion] = js.undefined\n    ): LabelParameterVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Labels\" -> Labels.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      ParameterVersion.foreach(__v => __obj.updateDynamic(\"ParameterVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelParameterVersionRequest]\n    }\n  }\n\n  @js.native\n  trait LabelParameterVersionResult extends js.Object {\n    var InvalidLabels: js.UndefOr[ParameterLabelList]\n    var ParameterVersion: js.UndefOr[PSParameterVersion]\n  }\n\n  object LabelParameterVersionResult {\n    @inline\n    def apply(\n        InvalidLabels: js.UndefOr[ParameterLabelList] = js.undefined,\n        ParameterVersion: js.UndefOr[PSParameterVersion] = js.undefined\n    ): LabelParameterVersionResult = {\n      val __obj = js.Dynamic.literal()\n      InvalidLabels.foreach(__v => __obj.updateDynamic(\"InvalidLabels\")(__v.asInstanceOf[js.Any]))\n      ParameterVersion.foreach(__v => __obj.updateDynamic(\"ParameterVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LabelParameterVersionResult]\n    }\n  }\n\n  @js.native\n  sealed trait LastResourceDataSyncStatus extends js.Any\n  object LastResourceDataSyncStatus {\n    val Successful = \"Successful\".asInstanceOf[LastResourceDataSyncStatus]\n    val Failed = \"Failed\".asInstanceOf[LastResourceDataSyncStatus]\n    val InProgress = \"InProgress\".asInstanceOf[LastResourceDataSyncStatus]\n\n    @inline def values = js.Array(Successful, Failed, InProgress)\n  }\n\n  @js.native\n  trait ListAssociationVersionsRequest extends js.Object {\n    var AssociationId: AssociationId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociationVersionsRequest {\n    @inline\n    def apply(\n        AssociationId: AssociationId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociationVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationId\" -> AssociationId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociationVersionsResult extends js.Object {\n    var AssociationVersions: js.UndefOr[AssociationVersionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociationVersionsResult {\n    @inline\n    def apply(\n        AssociationVersions: js.UndefOr[AssociationVersionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociationVersionsResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationVersions.foreach(__v => __obj.updateDynamic(\"AssociationVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationVersionsResult]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsRequest extends js.Object {\n    var AssociationFilterList: js.UndefOr[AssociationFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociationsRequest {\n    @inline\n    def apply(\n        AssociationFilterList: js.UndefOr[AssociationFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      AssociationFilterList.foreach(__v => __obj.updateDynamic(\"AssociationFilterList\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociationsResult extends js.Object {\n    var Associations: js.UndefOr[AssociationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociationsResult {\n    @inline\n    def apply(\n        Associations: js.UndefOr[AssociationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociationsResult = {\n      val __obj = js.Dynamic.literal()\n      Associations.foreach(__v => __obj.updateDynamic(\"Associations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociationsResult]\n    }\n  }\n\n  @js.native\n  trait ListCommandInvocationsRequest extends js.Object {\n    var CommandId: js.UndefOr[CommandId]\n    var Details: js.UndefOr[Boolean]\n    var Filters: js.UndefOr[CommandFilterList]\n    var InstanceId: js.UndefOr[InstanceId]\n    var MaxResults: js.UndefOr[CommandMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCommandInvocationsRequest {\n    @inline\n    def apply(\n        CommandId: js.UndefOr[CommandId] = js.undefined,\n        Details: js.UndefOr[Boolean] = js.undefined,\n        Filters: js.UndefOr[CommandFilterList] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        MaxResults: js.UndefOr[CommandMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCommandInvocationsRequest = {\n      val __obj = js.Dynamic.literal()\n      CommandId.foreach(__v => __obj.updateDynamic(\"CommandId\")(__v.asInstanceOf[js.Any]))\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCommandInvocationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCommandInvocationsResult extends js.Object {\n    var CommandInvocations: js.UndefOr[CommandInvocationList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCommandInvocationsResult {\n    @inline\n    def apply(\n        CommandInvocations: js.UndefOr[CommandInvocationList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCommandInvocationsResult = {\n      val __obj = js.Dynamic.literal()\n      CommandInvocations.foreach(__v => __obj.updateDynamic(\"CommandInvocations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCommandInvocationsResult]\n    }\n  }\n\n  @js.native\n  trait ListCommandsRequest extends js.Object {\n    var CommandId: js.UndefOr[CommandId]\n    var Filters: js.UndefOr[CommandFilterList]\n    var InstanceId: js.UndefOr[InstanceId]\n    var MaxResults: js.UndefOr[CommandMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCommandsRequest {\n    @inline\n    def apply(\n        CommandId: js.UndefOr[CommandId] = js.undefined,\n        Filters: js.UndefOr[CommandFilterList] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        MaxResults: js.UndefOr[CommandMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCommandsRequest = {\n      val __obj = js.Dynamic.literal()\n      CommandId.foreach(__v => __obj.updateDynamic(\"CommandId\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCommandsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCommandsResult extends js.Object {\n    var Commands: js.UndefOr[CommandList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCommandsResult {\n    @inline\n    def apply(\n        Commands: js.UndefOr[CommandList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCommandsResult = {\n      val __obj = js.Dynamic.literal()\n      Commands.foreach(__v => __obj.updateDynamic(\"Commands\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCommandsResult]\n    }\n  }\n\n  @js.native\n  trait ListComplianceItemsRequest extends js.Object {\n    var Filters: js.UndefOr[ComplianceStringFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceIds: js.UndefOr[ComplianceResourceIdList]\n    var ResourceTypes: js.UndefOr[ComplianceResourceTypeList]\n  }\n\n  object ListComplianceItemsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ComplianceStringFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceIds: js.UndefOr[ComplianceResourceIdList] = js.undefined,\n        ResourceTypes: js.UndefOr[ComplianceResourceTypeList] = js.undefined\n    ): ListComplianceItemsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceIds.foreach(__v => __obj.updateDynamic(\"ResourceIds\")(__v.asInstanceOf[js.Any]))\n      ResourceTypes.foreach(__v => __obj.updateDynamic(\"ResourceTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListComplianceItemsRequest]\n    }\n  }\n\n  @js.native\n  trait ListComplianceItemsResult extends js.Object {\n    var ComplianceItems: js.UndefOr[ComplianceItemList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListComplianceItemsResult {\n    @inline\n    def apply(\n        ComplianceItems: js.UndefOr[ComplianceItemList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListComplianceItemsResult = {\n      val __obj = js.Dynamic.literal()\n      ComplianceItems.foreach(__v => __obj.updateDynamic(\"ComplianceItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListComplianceItemsResult]\n    }\n  }\n\n  @js.native\n  trait ListComplianceSummariesRequest extends js.Object {\n    var Filters: js.UndefOr[ComplianceStringFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListComplianceSummariesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ComplianceStringFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListComplianceSummariesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListComplianceSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait ListComplianceSummariesResult extends js.Object {\n    var ComplianceSummaryItems: js.UndefOr[ComplianceSummaryItemList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListComplianceSummariesResult {\n    @inline\n    def apply(\n        ComplianceSummaryItems: js.UndefOr[ComplianceSummaryItemList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListComplianceSummariesResult = {\n      val __obj = js.Dynamic.literal()\n      ComplianceSummaryItems.foreach(__v => __obj.updateDynamic(\"ComplianceSummaryItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListComplianceSummariesResult]\n    }\n  }\n\n  @js.native\n  trait ListDocumentMetadataHistoryRequest extends js.Object {\n    var Metadata: DocumentMetadataEnum\n    var Name: DocumentName\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentMetadataHistoryRequest {\n    @inline\n    def apply(\n        Metadata: DocumentMetadataEnum,\n        Name: DocumentName,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentMetadataHistoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Metadata\" -> Metadata.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentMetadataHistoryRequest]\n    }\n  }\n\n  @js.native\n  trait ListDocumentMetadataHistoryResponse extends js.Object {\n    var Author: js.UndefOr[DocumentAuthor]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Metadata: js.UndefOr[DocumentMetadataResponseInfo]\n    var Name: js.UndefOr[DocumentName]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentMetadataHistoryResponse {\n    @inline\n    def apply(\n        Author: js.UndefOr[DocumentAuthor] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Metadata: js.UndefOr[DocumentMetadataResponseInfo] = js.undefined,\n        Name: js.UndefOr[DocumentName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentMetadataHistoryResponse = {\n      val __obj = js.Dynamic.literal()\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentMetadataHistoryResponse]\n    }\n  }\n\n  @js.native\n  trait ListDocumentVersionsRequest extends js.Object {\n    var Name: DocumentARN\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentVersionsRequest {\n    @inline\n    def apply(\n        Name: DocumentARN,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDocumentVersionsResult extends js.Object {\n    var DocumentVersions: js.UndefOr[DocumentVersionList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentVersionsResult {\n    @inline\n    def apply(\n        DocumentVersions: js.UndefOr[DocumentVersionList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentVersionsResult = {\n      val __obj = js.Dynamic.literal()\n      DocumentVersions.foreach(__v => __obj.updateDynamic(\"DocumentVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentVersionsResult]\n    }\n  }\n\n  @js.native\n  trait ListDocumentsRequest extends js.Object {\n    var DocumentFilterList: js.UndefOr[DocumentFilterList]\n    var Filters: js.UndefOr[DocumentKeyValuesFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentsRequest {\n    @inline\n    def apply(\n        DocumentFilterList: js.UndefOr[DocumentFilterList] = js.undefined,\n        Filters: js.UndefOr[DocumentKeyValuesFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentsRequest = {\n      val __obj = js.Dynamic.literal()\n      DocumentFilterList.foreach(__v => __obj.updateDynamic(\"DocumentFilterList\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDocumentsResult extends js.Object {\n    var DocumentIdentifiers: js.UndefOr[DocumentIdentifierList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDocumentsResult {\n    @inline\n    def apply(\n        DocumentIdentifiers: js.UndefOr[DocumentIdentifierList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDocumentsResult = {\n      val __obj = js.Dynamic.literal()\n      DocumentIdentifiers.foreach(__v => __obj.updateDynamic(\"DocumentIdentifiers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDocumentsResult]\n    }\n  }\n\n  @js.native\n  trait ListInventoryEntriesRequest extends js.Object {\n    var InstanceId: InstanceId\n    var TypeName: InventoryItemTypeName\n    var Filters: js.UndefOr[InventoryFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListInventoryEntriesRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        TypeName: InventoryItemTypeName,\n        Filters: js.UndefOr[InventoryFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListInventoryEntriesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any],\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInventoryEntriesRequest]\n    }\n  }\n\n  @js.native\n  trait ListInventoryEntriesResult extends js.Object {\n    var CaptureTime: js.UndefOr[InventoryItemCaptureTime]\n    var Entries: js.UndefOr[InventoryItemEntryList]\n    var InstanceId: js.UndefOr[InstanceId]\n    var NextToken: js.UndefOr[NextToken]\n    var SchemaVersion: js.UndefOr[InventoryItemSchemaVersion]\n    var TypeName: js.UndefOr[InventoryItemTypeName]\n  }\n\n  object ListInventoryEntriesResult {\n    @inline\n    def apply(\n        CaptureTime: js.UndefOr[InventoryItemCaptureTime] = js.undefined,\n        Entries: js.UndefOr[InventoryItemEntryList] = js.undefined,\n        InstanceId: js.UndefOr[InstanceId] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SchemaVersion: js.UndefOr[InventoryItemSchemaVersion] = js.undefined,\n        TypeName: js.UndefOr[InventoryItemTypeName] = js.undefined\n    ): ListInventoryEntriesResult = {\n      val __obj = js.Dynamic.literal()\n      CaptureTime.foreach(__v => __obj.updateDynamic(\"CaptureTime\")(__v.asInstanceOf[js.Any]))\n      Entries.foreach(__v => __obj.updateDynamic(\"Entries\")(__v.asInstanceOf[js.Any]))\n      InstanceId.foreach(__v => __obj.updateDynamic(\"InstanceId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SchemaVersion.foreach(__v => __obj.updateDynamic(\"SchemaVersion\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInventoryEntriesResult]\n    }\n  }\n\n  @js.native\n  trait ListOpsItemEventsRequest extends js.Object {\n    var Filters: js.UndefOr[OpsItemEventFilters]\n    var MaxResults: js.UndefOr[OpsItemEventMaxResults]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListOpsItemEventsRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[OpsItemEventFilters] = js.undefined,\n        MaxResults: js.UndefOr[OpsItemEventMaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListOpsItemEventsRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpsItemEventsRequest]\n    }\n  }\n\n  @js.native\n  trait ListOpsItemEventsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Summaries: js.UndefOr[OpsItemEventSummaries]\n  }\n\n  object ListOpsItemEventsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Summaries: js.UndefOr[OpsItemEventSummaries] = js.undefined\n    ): ListOpsItemEventsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Summaries.foreach(__v => __obj.updateDynamic(\"Summaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpsItemEventsResponse]\n    }\n  }\n\n  @js.native\n  trait ListOpsMetadataRequest extends js.Object {\n    var Filters: js.UndefOr[OpsMetadataFilterList]\n    var MaxResults: js.UndefOr[ListOpsMetadataMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOpsMetadataRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[OpsMetadataFilterList] = js.undefined,\n        MaxResults: js.UndefOr[ListOpsMetadataMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOpsMetadataRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpsMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait ListOpsMetadataResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var OpsMetadataList: js.UndefOr[OpsMetadataList]\n  }\n\n  object ListOpsMetadataResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        OpsMetadataList: js.UndefOr[OpsMetadataList] = js.undefined\n    ): ListOpsMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OpsMetadataList.foreach(__v => __obj.updateDynamic(\"OpsMetadataList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOpsMetadataResult]\n    }\n  }\n\n  @js.native\n  trait ListResourceComplianceSummariesRequest extends js.Object {\n    var Filters: js.UndefOr[ComplianceStringFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListResourceComplianceSummariesRequest {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ComplianceStringFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListResourceComplianceSummariesRequest = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceComplianceSummariesRequest]\n    }\n  }\n\n  @js.native\n  trait ListResourceComplianceSummariesResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceComplianceSummaryItems: js.UndefOr[ResourceComplianceSummaryItemList]\n  }\n\n  object ListResourceComplianceSummariesResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceComplianceSummaryItems: js.UndefOr[ResourceComplianceSummaryItemList] = js.undefined\n    ): ListResourceComplianceSummariesResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceComplianceSummaryItems.foreach(__v => __obj.updateDynamic(\"ResourceComplianceSummaryItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceComplianceSummariesResult]\n    }\n  }\n\n  @js.native\n  trait ListResourceDataSyncRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var SyncType: js.UndefOr[ResourceDataSyncType]\n  }\n\n  object ListResourceDataSyncRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        SyncType: js.UndefOr[ResourceDataSyncType] = js.undefined\n    ): ListResourceDataSyncRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SyncType.foreach(__v => __obj.updateDynamic(\"SyncType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceDataSyncRequest]\n    }\n  }\n\n  @js.native\n  trait ListResourceDataSyncResult extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var ResourceDataSyncItems: js.UndefOr[ResourceDataSyncItemList]\n  }\n\n  object ListResourceDataSyncResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ResourceDataSyncItems: js.UndefOr[ResourceDataSyncItemList] = js.undefined\n    ): ListResourceDataSyncResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceDataSyncItems.foreach(__v => __obj.updateDynamic(\"ResourceDataSyncItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListResourceDataSyncResult]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var ResourceType: ResourceTypeForTagging\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        ResourceType: ResourceTypeForTagging\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResult extends js.Object {\n    var TagList: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResult {\n    @inline\n    def apply(\n        TagList: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResult = {\n      val __obj = js.Dynamic.literal()\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResult]\n    }\n  }\n\n  \/** Information about an S3 bucket to write instance-level logs to.\n    *\n    * '''Note:'''<code>LoggingInfo<\/code> has been deprecated. To specify an S3 bucket to contain logs, instead use the <code>OutputS3BucketName<\/code> and <code>OutputS3KeyPrefix<\/code> options in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>.\n    *\/\n  @js.native\n  trait LoggingInfo extends js.Object {\n    var S3BucketName: S3BucketName\n    var S3Region: S3Region\n    var S3KeyPrefix: js.UndefOr[S3KeyPrefix]\n  }\n\n  object LoggingInfo {\n    @inline\n    def apply(\n        S3BucketName: S3BucketName,\n        S3Region: S3Region,\n        S3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined\n    ): LoggingInfo = {\n      val __obj = js.Dynamic.literal(\n        \"S3BucketName\" -> S3BucketName.asInstanceOf[js.Any],\n        \"S3Region\" -> S3Region.asInstanceOf[js.Any]\n      )\n\n      S3KeyPrefix.foreach(__v => __obj.updateDynamic(\"S3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoggingInfo]\n    }\n  }\n\n  \/** The parameters for an AUTOMATION task type.\n    *\/\n  @js.native\n  trait MaintenanceWindowAutomationParameters extends js.Object {\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Parameters: js.UndefOr[AutomationParameterMap]\n  }\n\n  object MaintenanceWindowAutomationParameters {\n    @inline\n    def apply(\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Parameters: js.UndefOr[AutomationParameterMap] = js.undefined\n    ): MaintenanceWindowAutomationParameters = {\n      val __obj = js.Dynamic.literal()\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowAutomationParameters]\n    }\n  }\n\n  \/** Describes the information about an execution of a maintenance window.\n    *\/\n  @js.native\n  trait MaintenanceWindowExecution extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object MaintenanceWindowExecution {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): MaintenanceWindowExecution = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowExecution]\n    }\n  }\n\n  @js.native\n  sealed trait MaintenanceWindowExecutionStatus extends js.Any\n  object MaintenanceWindowExecutionStatus {\n    val PENDING = \"PENDING\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val TIMED_OUT = \"TIMED_OUT\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val CANCELLING = \"CANCELLING\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[MaintenanceWindowExecutionStatus]\n    val SKIPPED_OVERLAPPING = \"SKIPPED_OVERLAPPING\".asInstanceOf[MaintenanceWindowExecutionStatus]\n\n    @inline def values = js.Array(PENDING, IN_PROGRESS, SUCCESS, FAILED, TIMED_OUT, CANCELLING, CANCELLED, SKIPPED_OVERLAPPING)\n  }\n\n  \/** Information about a task execution performed as part of a maintenance window execution.\n    *\/\n  @js.native\n  trait MaintenanceWindowExecutionTaskIdentity extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId]\n    var TaskType: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n  }\n\n  object MaintenanceWindowExecutionTaskIdentity {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId] = js.undefined,\n        TaskType: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined\n    ): MaintenanceWindowExecutionTaskIdentity = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionId.foreach(__v => __obj.updateDynamic(\"TaskExecutionId\")(__v.asInstanceOf[js.Any]))\n      TaskType.foreach(__v => __obj.updateDynamic(\"TaskType\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowExecutionTaskIdentity]\n    }\n  }\n\n  \/** Describes the information about a task invocation for a particular target as part of a task execution performed as part of a maintenance window execution.\n    *\/\n  @js.native\n  trait MaintenanceWindowExecutionTaskInvocationIdentity extends js.Object {\n    var EndTime: js.UndefOr[DateTime]\n    var ExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskExecutionId]\n    var InvocationId: js.UndefOr[MaintenanceWindowExecutionTaskInvocationId]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var Parameters: js.UndefOr[MaintenanceWindowExecutionTaskInvocationParameters]\n    var StartTime: js.UndefOr[DateTime]\n    var Status: js.UndefOr[MaintenanceWindowExecutionStatus]\n    var StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails]\n    var TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId]\n    var TaskType: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId]\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTaskTargetId]\n  }\n\n  object MaintenanceWindowExecutionTaskInvocationIdentity {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[DateTime] = js.undefined,\n        ExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskExecutionId] = js.undefined,\n        InvocationId: js.UndefOr[MaintenanceWindowExecutionTaskInvocationId] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        Parameters: js.UndefOr[MaintenanceWindowExecutionTaskInvocationParameters] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[MaintenanceWindowExecutionStatus] = js.undefined,\n        StatusDetails: js.UndefOr[MaintenanceWindowExecutionStatusDetails] = js.undefined,\n        TaskExecutionId: js.UndefOr[MaintenanceWindowExecutionTaskId] = js.undefined,\n        TaskType: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowExecutionId: js.UndefOr[MaintenanceWindowExecutionId] = js.undefined,\n        WindowTargetId: js.UndefOr[MaintenanceWindowTaskTargetId] = js.undefined\n    ): MaintenanceWindowExecutionTaskInvocationIdentity = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionId.foreach(__v => __obj.updateDynamic(\"ExecutionId\")(__v.asInstanceOf[js.Any]))\n      InvocationId.foreach(__v => __obj.updateDynamic(\"InvocationId\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetails.foreach(__v => __obj.updateDynamic(\"StatusDetails\")(__v.asInstanceOf[js.Any]))\n      TaskExecutionId.foreach(__v => __obj.updateDynamic(\"TaskExecutionId\")(__v.asInstanceOf[js.Any]))\n      TaskType.foreach(__v => __obj.updateDynamic(\"TaskType\")(__v.asInstanceOf[js.Any]))\n      WindowExecutionId.foreach(__v => __obj.updateDynamic(\"WindowExecutionId\")(__v.asInstanceOf[js.Any]))\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowExecutionTaskInvocationIdentity]\n    }\n  }\n\n  \/** Filter used in the request. Supported filter keys are Name and Enabled.\n    *\/\n  @js.native\n  trait MaintenanceWindowFilter extends js.Object {\n    var Key: js.UndefOr[MaintenanceWindowFilterKey]\n    var Values: js.UndefOr[MaintenanceWindowFilterValues]\n  }\n\n  object MaintenanceWindowFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[MaintenanceWindowFilterKey] = js.undefined,\n        Values: js.UndefOr[MaintenanceWindowFilterValues] = js.undefined\n    ): MaintenanceWindowFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowFilter]\n    }\n  }\n\n  \/** Information about the maintenance window.\n    *\/\n  @js.native\n  trait MaintenanceWindowIdentity extends js.Object {\n    var Cutoff: js.UndefOr[MaintenanceWindowCutoff]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Duration: js.UndefOr[MaintenanceWindowDurationHours]\n    var Enabled: js.UndefOr[MaintenanceWindowEnabled]\n    var EndDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var NextExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Schedule: js.UndefOr[MaintenanceWindowSchedule]\n    var ScheduleOffset: js.UndefOr[MaintenanceWindowOffset]\n    var ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone]\n    var StartDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object MaintenanceWindowIdentity {\n    @inline\n    def apply(\n        Cutoff: js.UndefOr[MaintenanceWindowCutoff] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Duration: js.UndefOr[MaintenanceWindowDurationHours] = js.undefined,\n        Enabled: js.UndefOr[MaintenanceWindowEnabled] = js.undefined,\n        EndDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        NextExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Schedule: js.UndefOr[MaintenanceWindowSchedule] = js.undefined,\n        ScheduleOffset: js.UndefOr[MaintenanceWindowOffset] = js.undefined,\n        ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone] = js.undefined,\n        StartDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): MaintenanceWindowIdentity = {\n      val __obj = js.Dynamic.literal()\n      Cutoff.foreach(__v => __obj.updateDynamic(\"Cutoff\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextExecutionTime.foreach(__v => __obj.updateDynamic(\"NextExecutionTime\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      ScheduleOffset.foreach(__v => __obj.updateDynamic(\"ScheduleOffset\")(__v.asInstanceOf[js.Any]))\n      ScheduleTimezone.foreach(__v => __obj.updateDynamic(\"ScheduleTimezone\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowIdentity]\n    }\n  }\n\n  \/** The maintenance window to which the specified target belongs.\n    *\/\n  @js.native\n  trait MaintenanceWindowIdentityForTarget extends js.Object {\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object MaintenanceWindowIdentityForTarget {\n    @inline\n    def apply(\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): MaintenanceWindowIdentityForTarget = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowIdentityForTarget]\n    }\n  }\n\n  \/** The parameters for a LAMBDA task type. For information about specifying and updating task parameters, see <a>RegisterTaskWithMaintenanceWindow<\/a> and <a>UpdateMaintenanceWindowTask<\/a>.\n    *\n    * '''Note:'''<code>LoggingInfo<\/code> has been deprecated. To specify an S3 bucket to contain logs, instead use the <code>OutputS3BucketName<\/code> and <code>OutputS3KeyPrefix<\/code> options in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. <code>TaskParameters<\/code> has been deprecated. To specify parameters to pass to a task when it runs, instead use the <code>Parameters<\/code> option in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. For Lambda tasks, Systems Manager ignores any values specified for TaskParameters and LoggingInfo.\n    *\/\n  @js.native\n  trait MaintenanceWindowLambdaParameters extends js.Object {\n    var ClientContext: js.UndefOr[MaintenanceWindowLambdaClientContext]\n    var Payload: js.UndefOr[MaintenanceWindowLambdaPayload]\n    var Qualifier: js.UndefOr[MaintenanceWindowLambdaQualifier]\n  }\n\n  object MaintenanceWindowLambdaParameters {\n    @inline\n    def apply(\n        ClientContext: js.UndefOr[MaintenanceWindowLambdaClientContext] = js.undefined,\n        Payload: js.UndefOr[MaintenanceWindowLambdaPayload] = js.undefined,\n        Qualifier: js.UndefOr[MaintenanceWindowLambdaQualifier] = js.undefined\n    ): MaintenanceWindowLambdaParameters = {\n      val __obj = js.Dynamic.literal()\n      ClientContext.foreach(__v => __obj.updateDynamic(\"ClientContext\")(__v.asInstanceOf[js.Any]))\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      Qualifier.foreach(__v => __obj.updateDynamic(\"Qualifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowLambdaParameters]\n    }\n  }\n\n  @js.native\n  sealed trait MaintenanceWindowResourceType extends js.Any\n  object MaintenanceWindowResourceType {\n    val INSTANCE = \"INSTANCE\".asInstanceOf[MaintenanceWindowResourceType]\n    val RESOURCE_GROUP = \"RESOURCE_GROUP\".asInstanceOf[MaintenanceWindowResourceType]\n\n    @inline def values = js.Array(INSTANCE, RESOURCE_GROUP)\n  }\n\n  \/** The parameters for a RUN_COMMAND task type. For information about specifying and updating task parameters, see <a>RegisterTaskWithMaintenanceWindow<\/a> and <a>UpdateMaintenanceWindowTask<\/a>.\n    *\n    * '''Note:'''<code>LoggingInfo<\/code> has been deprecated. To specify an S3 bucket to contain logs, instead use the <code>OutputS3BucketName<\/code> and <code>OutputS3KeyPrefix<\/code> options in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. <code>TaskParameters<\/code> has been deprecated. To specify parameters to pass to a task when it runs, instead use the <code>Parameters<\/code> option in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. For Run Command tasks, Systems Manager uses specified values for <code>TaskParameters<\/code> and <code>LoggingInfo<\/code> only if no values are specified for <code>TaskInvocationParameters<\/code>.\n    *\/\n  @js.native\n  trait MaintenanceWindowRunCommandParameters extends js.Object {\n    var CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig]\n    var Comment: js.UndefOr[Comment]\n    var DocumentHash: js.UndefOr[DocumentHash]\n    var DocumentHashType: js.UndefOr[DocumentHashType]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var NotificationConfig: js.UndefOr[NotificationConfig]\n    var OutputS3BucketName: js.UndefOr[S3BucketName]\n    var OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix]\n    var Parameters: js.UndefOr[Parameters]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var TimeoutSeconds: js.UndefOr[TimeoutSeconds]\n  }\n\n  object MaintenanceWindowRunCommandParameters {\n    @inline\n    def apply(\n        CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig] = js.undefined,\n        Comment: js.UndefOr[Comment] = js.undefined,\n        DocumentHash: js.UndefOr[DocumentHash] = js.undefined,\n        DocumentHashType: js.UndefOr[DocumentHashType] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        NotificationConfig: js.UndefOr[NotificationConfig] = js.undefined,\n        OutputS3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        TimeoutSeconds: js.UndefOr[TimeoutSeconds] = js.undefined\n    ): MaintenanceWindowRunCommandParameters = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchOutputConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputConfig\")(__v.asInstanceOf[js.Any]))\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      DocumentHash.foreach(__v => __obj.updateDynamic(\"DocumentHash\")(__v.asInstanceOf[js.Any]))\n      DocumentHashType.foreach(__v => __obj.updateDynamic(\"DocumentHashType\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      NotificationConfig.foreach(__v => __obj.updateDynamic(\"NotificationConfig\")(__v.asInstanceOf[js.Any]))\n      OutputS3BucketName.foreach(__v => __obj.updateDynamic(\"OutputS3BucketName\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      TimeoutSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowRunCommandParameters]\n    }\n  }\n\n  \/** The parameters for a STEP_FUNCTIONS task. For information about specifying and updating task parameters, see <a>RegisterTaskWithMaintenanceWindow<\/a> and <a>UpdateMaintenanceWindowTask<\/a>.\n    *\n    * '''Note:'''<code>LoggingInfo<\/code> has been deprecated. To specify an S3 bucket to contain logs, instead use the <code>OutputS3BucketName<\/code> and <code>OutputS3KeyPrefix<\/code> options in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. <code>TaskParameters<\/code> has been deprecated. To specify parameters to pass to a task when it runs, instead use the <code>Parameters<\/code> option in the <code>TaskInvocationParameters<\/code> structure. For information about how Systems Manager handles these options for the supported maintenance window task types, see <a>MaintenanceWindowTaskInvocationParameters<\/a>. For Step Functions tasks, Systems Manager ignores any values specified for <code>TaskParameters<\/code> and <code>LoggingInfo<\/code>.\n    *\/\n  @js.native\n  trait MaintenanceWindowStepFunctionsParameters extends js.Object {\n    var Input: js.UndefOr[MaintenanceWindowStepFunctionsInput]\n    var Name: js.UndefOr[MaintenanceWindowStepFunctionsName]\n  }\n\n  object MaintenanceWindowStepFunctionsParameters {\n    @inline\n    def apply(\n        Input: js.UndefOr[MaintenanceWindowStepFunctionsInput] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowStepFunctionsName] = js.undefined\n    ): MaintenanceWindowStepFunctionsParameters = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowStepFunctionsParameters]\n    }\n  }\n\n  \/** The target registered with the maintenance window.\n    *\/\n  @js.native\n  trait MaintenanceWindowTarget extends js.Object {\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var ResourceType: js.UndefOr[MaintenanceWindowResourceType]\n    var Targets: js.UndefOr[Targets]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTargetId]\n  }\n\n  object MaintenanceWindowTarget {\n    @inline\n    def apply(\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        ResourceType: js.UndefOr[MaintenanceWindowResourceType] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTargetId: js.UndefOr[MaintenanceWindowTargetId] = js.undefined\n    ): MaintenanceWindowTarget = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowTarget]\n    }\n  }\n\n  \/** Information about a task defined for a maintenance window.\n    *\/\n  @js.native\n  trait MaintenanceWindowTask extends js.Object {\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var LoggingInfo: js.UndefOr[LoggingInfo]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters]\n    var Type: js.UndefOr[MaintenanceWindowTaskType]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTaskId: js.UndefOr[MaintenanceWindowTaskId]\n  }\n\n  object MaintenanceWindowTask {\n    @inline\n    def apply(\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        LoggingInfo: js.UndefOr[LoggingInfo] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters] = js.undefined,\n        Type: js.UndefOr[MaintenanceWindowTaskType] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTaskId: js.UndefOr[MaintenanceWindowTaskId] = js.undefined\n    ): MaintenanceWindowTask = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LoggingInfo.foreach(__v => __obj.updateDynamic(\"LoggingInfo\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTaskId.foreach(__v => __obj.updateDynamic(\"WindowTaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowTask]\n    }\n  }\n\n  \/** The parameters for task execution.\n    *\/\n  @js.native\n  trait MaintenanceWindowTaskInvocationParameters extends js.Object {\n    var Automation: js.UndefOr[MaintenanceWindowAutomationParameters]\n    var Lambda: js.UndefOr[MaintenanceWindowLambdaParameters]\n    var RunCommand: js.UndefOr[MaintenanceWindowRunCommandParameters]\n    var StepFunctions: js.UndefOr[MaintenanceWindowStepFunctionsParameters]\n  }\n\n  object MaintenanceWindowTaskInvocationParameters {\n    @inline\n    def apply(\n        Automation: js.UndefOr[MaintenanceWindowAutomationParameters] = js.undefined,\n        Lambda: js.UndefOr[MaintenanceWindowLambdaParameters] = js.undefined,\n        RunCommand: js.UndefOr[MaintenanceWindowRunCommandParameters] = js.undefined,\n        StepFunctions: js.UndefOr[MaintenanceWindowStepFunctionsParameters] = js.undefined\n    ): MaintenanceWindowTaskInvocationParameters = {\n      val __obj = js.Dynamic.literal()\n      Automation.foreach(__v => __obj.updateDynamic(\"Automation\")(__v.asInstanceOf[js.Any]))\n      Lambda.foreach(__v => __obj.updateDynamic(\"Lambda\")(__v.asInstanceOf[js.Any]))\n      RunCommand.foreach(__v => __obj.updateDynamic(\"RunCommand\")(__v.asInstanceOf[js.Any]))\n      StepFunctions.foreach(__v => __obj.updateDynamic(\"StepFunctions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowTaskInvocationParameters]\n    }\n  }\n\n  \/** Defines the values for a task parameter.\n    *\/\n  @js.native\n  trait MaintenanceWindowTaskParameterValueExpression extends js.Object {\n    var Values: js.UndefOr[MaintenanceWindowTaskParameterValueList]\n  }\n\n  object MaintenanceWindowTaskParameterValueExpression {\n    @inline\n    def apply(\n        Values: js.UndefOr[MaintenanceWindowTaskParameterValueList] = js.undefined\n    ): MaintenanceWindowTaskParameterValueExpression = {\n      val __obj = js.Dynamic.literal()\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MaintenanceWindowTaskParameterValueExpression]\n    }\n  }\n\n  @js.native\n  sealed trait MaintenanceWindowTaskType extends js.Any\n  object MaintenanceWindowTaskType {\n    val RUN_COMMAND = \"RUN_COMMAND\".asInstanceOf[MaintenanceWindowTaskType]\n    val AUTOMATION = \"AUTOMATION\".asInstanceOf[MaintenanceWindowTaskType]\n    val STEP_FUNCTIONS = \"STEP_FUNCTIONS\".asInstanceOf[MaintenanceWindowTaskType]\n    val LAMBDA = \"LAMBDA\".asInstanceOf[MaintenanceWindowTaskType]\n\n    @inline def values = js.Array(RUN_COMMAND, AUTOMATION, STEP_FUNCTIONS, LAMBDA)\n  }\n\n  \/** Metadata to assign to an Application Manager application.\n    *\/\n  @js.native\n  trait MetadataValue extends js.Object {\n    var Value: js.UndefOr[MetadataValueString]\n  }\n\n  object MetadataValue {\n    @inline\n    def apply(\n        Value: js.UndefOr[MetadataValueString] = js.undefined\n    ): MetadataValue = {\n      val __obj = js.Dynamic.literal()\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetadataValue]\n    }\n  }\n\n  @js.native\n  trait ModifyDocumentPermissionRequest extends js.Object {\n    var Name: DocumentName\n    var PermissionType: DocumentPermissionType\n    var AccountIdsToAdd: js.UndefOr[AccountIdList]\n    var AccountIdsToRemove: js.UndefOr[AccountIdList]\n    var SharedDocumentVersion: js.UndefOr[SharedDocumentVersion]\n  }\n\n  object ModifyDocumentPermissionRequest {\n    @inline\n    def apply(\n        Name: DocumentName,\n        PermissionType: DocumentPermissionType,\n        AccountIdsToAdd: js.UndefOr[AccountIdList] = js.undefined,\n        AccountIdsToRemove: js.UndefOr[AccountIdList] = js.undefined,\n        SharedDocumentVersion: js.UndefOr[SharedDocumentVersion] = js.undefined\n    ): ModifyDocumentPermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"PermissionType\" -> PermissionType.asInstanceOf[js.Any]\n      )\n\n      AccountIdsToAdd.foreach(__v => __obj.updateDynamic(\"AccountIdsToAdd\")(__v.asInstanceOf[js.Any]))\n      AccountIdsToRemove.foreach(__v => __obj.updateDynamic(\"AccountIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      SharedDocumentVersion.foreach(__v => __obj.updateDynamic(\"SharedDocumentVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDocumentPermissionRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyDocumentPermissionResponse extends js.Object\n\n  object ModifyDocumentPermissionResponse {\n    @inline\n    def apply(): ModifyDocumentPermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ModifyDocumentPermissionResponse]\n    }\n  }\n\n  \/** A summary of resources that are not compliant. The summary is organized according to resource type.\n    *\/\n  @js.native\n  trait NonCompliantSummary extends js.Object {\n    var NonCompliantCount: js.UndefOr[ComplianceSummaryCount]\n    var SeveritySummary: js.UndefOr[SeveritySummary]\n  }\n\n  object NonCompliantSummary {\n    @inline\n    def apply(\n        NonCompliantCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        SeveritySummary: js.UndefOr[SeveritySummary] = js.undefined\n    ): NonCompliantSummary = {\n      val __obj = js.Dynamic.literal()\n      NonCompliantCount.foreach(__v => __obj.updateDynamic(\"NonCompliantCount\")(__v.asInstanceOf[js.Any]))\n      SeveritySummary.foreach(__v => __obj.updateDynamic(\"SeveritySummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NonCompliantSummary]\n    }\n  }\n\n  \/** Configurations for sending notifications.\n    *\/\n  @js.native\n  trait NotificationConfig extends js.Object {\n    var NotificationArn: js.UndefOr[NotificationArn]\n    var NotificationEvents: js.UndefOr[NotificationEventList]\n    var NotificationType: js.UndefOr[NotificationType]\n  }\n\n  object NotificationConfig {\n    @inline\n    def apply(\n        NotificationArn: js.UndefOr[NotificationArn] = js.undefined,\n        NotificationEvents: js.UndefOr[NotificationEventList] = js.undefined,\n        NotificationType: js.UndefOr[NotificationType] = js.undefined\n    ): NotificationConfig = {\n      val __obj = js.Dynamic.literal()\n      NotificationArn.foreach(__v => __obj.updateDynamic(\"NotificationArn\")(__v.asInstanceOf[js.Any]))\n      NotificationEvents.foreach(__v => __obj.updateDynamic(\"NotificationEvents\")(__v.asInstanceOf[js.Any]))\n      NotificationType.foreach(__v => __obj.updateDynamic(\"NotificationType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfig]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationEvent extends js.Any\n  object NotificationEvent {\n    val All = \"All\".asInstanceOf[NotificationEvent]\n    val InProgress = \"InProgress\".asInstanceOf[NotificationEvent]\n    val Success = \"Success\".asInstanceOf[NotificationEvent]\n    val TimedOut = \"TimedOut\".asInstanceOf[NotificationEvent]\n    val Cancelled = \"Cancelled\".asInstanceOf[NotificationEvent]\n    val Failed = \"Failed\".asInstanceOf[NotificationEvent]\n\n    @inline def values = js.Array(All, InProgress, Success, TimedOut, Cancelled, Failed)\n  }\n\n  @js.native\n  sealed trait NotificationType extends js.Any\n  object NotificationType {\n    val Command = \"Command\".asInstanceOf[NotificationType]\n    val Invocation = \"Invocation\".asInstanceOf[NotificationType]\n\n    @inline def values = js.Array(Command, Invocation)\n  }\n\n  @js.native\n  sealed trait OperatingSystem extends js.Any\n  object OperatingSystem {\n    val WINDOWS = \"WINDOWS\".asInstanceOf[OperatingSystem]\n    val AMAZON_LINUX = \"AMAZON_LINUX\".asInstanceOf[OperatingSystem]\n    val AMAZON_LINUX_2 = \"AMAZON_LINUX_2\".asInstanceOf[OperatingSystem]\n    val UBUNTU = \"UBUNTU\".asInstanceOf[OperatingSystem]\n    val REDHAT_ENTERPRISE_LINUX = \"REDHAT_ENTERPRISE_LINUX\".asInstanceOf[OperatingSystem]\n    val SUSE = \"SUSE\".asInstanceOf[OperatingSystem]\n    val CENTOS = \"CENTOS\".asInstanceOf[OperatingSystem]\n    val ORACLE_LINUX = \"ORACLE_LINUX\".asInstanceOf[OperatingSystem]\n    val DEBIAN = \"DEBIAN\".asInstanceOf[OperatingSystem]\n    val MACOS = \"MACOS\".asInstanceOf[OperatingSystem]\n\n    @inline def values = js.Array(WINDOWS, AMAZON_LINUX, AMAZON_LINUX_2, UBUNTU, REDHAT_ENTERPRISE_LINUX, SUSE, CENTOS, ORACLE_LINUX, DEBIAN, MACOS)\n  }\n\n  \/** One or more aggregators for viewing counts of OpsItems using different dimensions such as <code>Source<\/code>, <code>CreatedTime<\/code>, or <code>Source and CreatedTime<\/code>, to name a few.\n    *\/\n  @js.native\n  trait OpsAggregator extends js.Object {\n    var AggregatorType: js.UndefOr[OpsAggregatorType]\n    var Aggregators: js.UndefOr[OpsAggregatorList]\n    var AttributeName: js.UndefOr[OpsDataAttributeName]\n    var Filters: js.UndefOr[OpsFilterList]\n    var TypeName: js.UndefOr[OpsDataTypeName]\n    var Values: js.UndefOr[OpsAggregatorValueMap]\n  }\n\n  object OpsAggregator {\n    @inline\n    def apply(\n        AggregatorType: js.UndefOr[OpsAggregatorType] = js.undefined,\n        Aggregators: js.UndefOr[OpsAggregatorList] = js.undefined,\n        AttributeName: js.UndefOr[OpsDataAttributeName] = js.undefined,\n        Filters: js.UndefOr[OpsFilterList] = js.undefined,\n        TypeName: js.UndefOr[OpsDataTypeName] = js.undefined,\n        Values: js.UndefOr[OpsAggregatorValueMap] = js.undefined\n    ): OpsAggregator = {\n      val __obj = js.Dynamic.literal()\n      AggregatorType.foreach(__v => __obj.updateDynamic(\"AggregatorType\")(__v.asInstanceOf[js.Any]))\n      Aggregators.foreach(__v => __obj.updateDynamic(\"Aggregators\")(__v.asInstanceOf[js.Any]))\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsAggregator]\n    }\n  }\n\n  \/** The result of the query.\n    *\/\n  @js.native\n  trait OpsEntity extends js.Object {\n    var Data: js.UndefOr[OpsEntityItemMap]\n    var Id: js.UndefOr[OpsEntityId]\n  }\n\n  object OpsEntity {\n    @inline\n    def apply(\n        Data: js.UndefOr[OpsEntityItemMap] = js.undefined,\n        Id: js.UndefOr[OpsEntityId] = js.undefined\n    ): OpsEntity = {\n      val __obj = js.Dynamic.literal()\n      Data.foreach(__v => __obj.updateDynamic(\"Data\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsEntity]\n    }\n  }\n\n  \/** The OpsItem summaries result item.\n    *\/\n  @js.native\n  trait OpsEntityItem extends js.Object {\n    var CaptureTime: js.UndefOr[OpsEntityItemCaptureTime]\n    var Content: js.UndefOr[OpsEntityItemEntryList]\n  }\n\n  object OpsEntityItem {\n    @inline\n    def apply(\n        CaptureTime: js.UndefOr[OpsEntityItemCaptureTime] = js.undefined,\n        Content: js.UndefOr[OpsEntityItemEntryList] = js.undefined\n    ): OpsEntityItem = {\n      val __obj = js.Dynamic.literal()\n      CaptureTime.foreach(__v => __obj.updateDynamic(\"CaptureTime\")(__v.asInstanceOf[js.Any]))\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsEntityItem]\n    }\n  }\n\n  \/** A filter for viewing OpsItem summaries.\n    *\/\n  @js.native\n  trait OpsFilter extends js.Object {\n    var Key: OpsFilterKey\n    var Values: OpsFilterValueList\n    var Type: js.UndefOr[OpsFilterOperatorType]\n  }\n\n  object OpsFilter {\n    @inline\n    def apply(\n        Key: OpsFilterKey,\n        Values: OpsFilterValueList,\n        Type: js.UndefOr[OpsFilterOperatorType] = js.undefined\n    ): OpsFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsFilter]\n    }\n  }\n\n  @js.native\n  sealed trait OpsFilterOperatorType extends js.Any\n  object OpsFilterOperatorType {\n    val Equal = \"Equal\".asInstanceOf[OpsFilterOperatorType]\n    val NotEqual = \"NotEqual\".asInstanceOf[OpsFilterOperatorType]\n    val BeginWith = \"BeginWith\".asInstanceOf[OpsFilterOperatorType]\n    val LessThan = \"LessThan\".asInstanceOf[OpsFilterOperatorType]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[OpsFilterOperatorType]\n    val Exists = \"Exists\".asInstanceOf[OpsFilterOperatorType]\n\n    @inline def values = js.Array(Equal, NotEqual, BeginWith, LessThan, GreaterThan, Exists)\n  }\n\n  \/** Operations engineers and IT professionals use OpsCenter to view, investigate, and remediate operational issues impacting the performance and health of their AWS resources. For more information, see [[https:\/\/docs.aws.amazon.com\/systems-manager\/latest\/userguide\/OpsCenter.html|AWS Systems Manager OpsCenter]] in the <i>AWS Systems Manager User Guide<\/i>.\n    *\/\n  @js.native\n  trait OpsItem extends js.Object {\n    var ActualEndTime: js.UndefOr[DateTime]\n    var ActualStartTime: js.UndefOr[DateTime]\n    var Category: js.UndefOr[OpsItemCategory]\n    var CreatedBy: js.UndefOr[String]\n    var CreatedTime: js.UndefOr[DateTime]\n    var Description: js.UndefOr[OpsItemDescription]\n    var LastModifiedBy: js.UndefOr[String]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var Notifications: js.UndefOr[OpsItemNotifications]\n    var OperationalData: js.UndefOr[OpsItemOperationalData]\n    var OpsItemId: js.UndefOr[OpsItemId]\n    var OpsItemType: js.UndefOr[OpsItemType]\n    var PlannedEndTime: js.UndefOr[DateTime]\n    var PlannedStartTime: js.UndefOr[DateTime]\n    var Priority: js.UndefOr[OpsItemPriority]\n    var RelatedOpsItems: js.UndefOr[RelatedOpsItems]\n    var Severity: js.UndefOr[OpsItemSeverity]\n    var Source: js.UndefOr[OpsItemSource]\n    var Status: js.UndefOr[OpsItemStatus]\n    var Title: js.UndefOr[OpsItemTitle]\n    var Version: js.UndefOr[String]\n  }\n\n  object OpsItem {\n    @inline\n    def apply(\n        ActualEndTime: js.UndefOr[DateTime] = js.undefined,\n        ActualStartTime: js.UndefOr[DateTime] = js.undefined,\n        Category: js.UndefOr[OpsItemCategory] = js.undefined,\n        CreatedBy: js.UndefOr[String] = js.undefined,\n        CreatedTime: js.UndefOr[DateTime] = js.undefined,\n        Description: js.UndefOr[OpsItemDescription] = js.undefined,\n        LastModifiedBy: js.UndefOr[String] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        Notifications: js.UndefOr[OpsItemNotifications] = js.undefined,\n        OperationalData: js.UndefOr[OpsItemOperationalData] = js.undefined,\n        OpsItemId: js.UndefOr[OpsItemId] = js.undefined,\n        OpsItemType: js.UndefOr[OpsItemType] = js.undefined,\n        PlannedEndTime: js.UndefOr[DateTime] = js.undefined,\n        PlannedStartTime: js.UndefOr[DateTime] = js.undefined,\n        Priority: js.UndefOr[OpsItemPriority] = js.undefined,\n        RelatedOpsItems: js.UndefOr[RelatedOpsItems] = js.undefined,\n        Severity: js.UndefOr[OpsItemSeverity] = js.undefined,\n        Source: js.UndefOr[OpsItemSource] = js.undefined,\n        Status: js.UndefOr[OpsItemStatus] = js.undefined,\n        Title: js.UndefOr[OpsItemTitle] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): OpsItem = {\n      val __obj = js.Dynamic.literal()\n      ActualEndTime.foreach(__v => __obj.updateDynamic(\"ActualEndTime\")(__v.asInstanceOf[js.Any]))\n      ActualStartTime.foreach(__v => __obj.updateDynamic(\"ActualStartTime\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      OperationalData.foreach(__v => __obj.updateDynamic(\"OperationalData\")(__v.asInstanceOf[js.Any]))\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      OpsItemType.foreach(__v => __obj.updateDynamic(\"OpsItemType\")(__v.asInstanceOf[js.Any]))\n      PlannedEndTime.foreach(__v => __obj.updateDynamic(\"PlannedEndTime\")(__v.asInstanceOf[js.Any]))\n      PlannedStartTime.foreach(__v => __obj.updateDynamic(\"PlannedStartTime\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      RelatedOpsItems.foreach(__v => __obj.updateDynamic(\"RelatedOpsItems\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItem]\n    }\n  }\n\n  @js.native\n  sealed trait OpsItemDataType extends js.Any\n  object OpsItemDataType {\n    val SearchableString = \"SearchableString\".asInstanceOf[OpsItemDataType]\n    val String = \"String\".asInstanceOf[OpsItemDataType]\n\n    @inline def values = js.Array(SearchableString, String)\n  }\n\n  \/** An object that defines the value of the key and its type in the OperationalData map.\n    *\/\n  @js.native\n  trait OpsItemDataValue extends js.Object {\n    var Type: js.UndefOr[OpsItemDataType]\n    var Value: js.UndefOr[OpsItemDataValueString]\n  }\n\n  object OpsItemDataValue {\n    @inline\n    def apply(\n        Type: js.UndefOr[OpsItemDataType] = js.undefined,\n        Value: js.UndefOr[OpsItemDataValueString] = js.undefined\n    ): OpsItemDataValue = {\n      val __obj = js.Dynamic.literal()\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItemDataValue]\n    }\n  }\n\n  \/** Describes a filter for a specific list of OpsItem events. You can filter event information by using tags. You specify tags by using a key-value pair mapping.\n    *\/\n  @js.native\n  trait OpsItemEventFilter extends js.Object {\n    var Key: OpsItemEventFilterKey\n    var Operator: OpsItemEventFilterOperator\n    var Values: OpsItemEventFilterValues\n  }\n\n  object OpsItemEventFilter {\n    @inline\n    def apply(\n        Key: OpsItemEventFilterKey,\n        Operator: OpsItemEventFilterOperator,\n        Values: OpsItemEventFilterValues\n    ): OpsItemEventFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Operator\" -> Operator.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OpsItemEventFilter]\n    }\n  }\n\n  @js.native\n  sealed trait OpsItemEventFilterKey extends js.Any\n  object OpsItemEventFilterKey {\n    val OpsItemId = \"OpsItemId\".asInstanceOf[OpsItemEventFilterKey]\n\n    @inline def values = js.Array(OpsItemId)\n  }\n\n  @js.native\n  sealed trait OpsItemEventFilterOperator extends js.Any\n  object OpsItemEventFilterOperator {\n    val Equal = \"Equal\".asInstanceOf[OpsItemEventFilterOperator]\n\n    @inline def values = js.Array(Equal)\n  }\n\n  \/** Summary information about an OpsItem event.\n    *\/\n  @js.native\n  trait OpsItemEventSummary extends js.Object {\n    var CreatedBy: js.UndefOr[OpsItemIdentity]\n    var CreatedTime: js.UndefOr[DateTime]\n    var Detail: js.UndefOr[String]\n    var DetailType: js.UndefOr[String]\n    var EventId: js.UndefOr[String]\n    var OpsItemId: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object OpsItemEventSummary {\n    @inline\n    def apply(\n        CreatedBy: js.UndefOr[OpsItemIdentity] = js.undefined,\n        CreatedTime: js.UndefOr[DateTime] = js.undefined,\n        Detail: js.UndefOr[String] = js.undefined,\n        DetailType: js.UndefOr[String] = js.undefined,\n        EventId: js.UndefOr[String] = js.undefined,\n        OpsItemId: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): OpsItemEventSummary = {\n      val __obj = js.Dynamic.literal()\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      Detail.foreach(__v => __obj.updateDynamic(\"Detail\")(__v.asInstanceOf[js.Any]))\n      DetailType.foreach(__v => __obj.updateDynamic(\"DetailType\")(__v.asInstanceOf[js.Any]))\n      EventId.foreach(__v => __obj.updateDynamic(\"EventId\")(__v.asInstanceOf[js.Any]))\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItemEventSummary]\n    }\n  }\n\n  \/** Describes an OpsItem filter.\n    *\/\n  @js.native\n  trait OpsItemFilter extends js.Object {\n    var Key: OpsItemFilterKey\n    var Operator: OpsItemFilterOperator\n    var Values: OpsItemFilterValues\n  }\n\n  object OpsItemFilter {\n    @inline\n    def apply(\n        Key: OpsItemFilterKey,\n        Operator: OpsItemFilterOperator,\n        Values: OpsItemFilterValues\n    ): OpsItemFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Operator\" -> Operator.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OpsItemFilter]\n    }\n  }\n\n  @js.native\n  sealed trait OpsItemFilterKey extends js.Any\n  object OpsItemFilterKey {\n    val Status = \"Status\".asInstanceOf[OpsItemFilterKey]\n    val CreatedBy = \"CreatedBy\".asInstanceOf[OpsItemFilterKey]\n    val Source = \"Source\".asInstanceOf[OpsItemFilterKey]\n    val Priority = \"Priority\".asInstanceOf[OpsItemFilterKey]\n    val Title = \"Title\".asInstanceOf[OpsItemFilterKey]\n    val OpsItemId = \"OpsItemId\".asInstanceOf[OpsItemFilterKey]\n    val CreatedTime = \"CreatedTime\".asInstanceOf[OpsItemFilterKey]\n    val LastModifiedTime = \"LastModifiedTime\".asInstanceOf[OpsItemFilterKey]\n    val ActualStartTime = \"ActualStartTime\".asInstanceOf[OpsItemFilterKey]\n    val ActualEndTime = \"ActualEndTime\".asInstanceOf[OpsItemFilterKey]\n    val PlannedStartTime = \"PlannedStartTime\".asInstanceOf[OpsItemFilterKey]\n    val PlannedEndTime = \"PlannedEndTime\".asInstanceOf[OpsItemFilterKey]\n    val OperationalData = \"OperationalData\".asInstanceOf[OpsItemFilterKey]\n    val OperationalDataKey = \"OperationalDataKey\".asInstanceOf[OpsItemFilterKey]\n    val OperationalDataValue = \"OperationalDataValue\".asInstanceOf[OpsItemFilterKey]\n    val ResourceId = \"ResourceId\".asInstanceOf[OpsItemFilterKey]\n    val AutomationId = \"AutomationId\".asInstanceOf[OpsItemFilterKey]\n    val Category = \"Category\".asInstanceOf[OpsItemFilterKey]\n    val Severity = \"Severity\".asInstanceOf[OpsItemFilterKey]\n    val OpsItemType = \"OpsItemType\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByRequesterArn = \"ChangeRequestByRequesterArn\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByRequesterName = \"ChangeRequestByRequesterName\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByApproverArn = \"ChangeRequestByApproverArn\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByApproverName = \"ChangeRequestByApproverName\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByTemplate = \"ChangeRequestByTemplate\".asInstanceOf[OpsItemFilterKey]\n    val ChangeRequestByTargetsResourceGroup = \"ChangeRequestByTargetsResourceGroup\".asInstanceOf[OpsItemFilterKey]\n\n    @inline def values = js.Array(\n      Status,\n      CreatedBy,\n      Source,\n      Priority,\n      Title,\n      OpsItemId,\n      CreatedTime,\n      LastModifiedTime,\n      ActualStartTime,\n      ActualEndTime,\n      PlannedStartTime,\n      PlannedEndTime,\n      OperationalData,\n      OperationalDataKey,\n      OperationalDataValue,\n      ResourceId,\n      AutomationId,\n      Category,\n      Severity,\n      OpsItemType,\n      ChangeRequestByRequesterArn,\n      ChangeRequestByRequesterName,\n      ChangeRequestByApproverArn,\n      ChangeRequestByApproverName,\n      ChangeRequestByTemplate,\n      ChangeRequestByTargetsResourceGroup\n    )\n  }\n\n  @js.native\n  sealed trait OpsItemFilterOperator extends js.Any\n  object OpsItemFilterOperator {\n    val Equal = \"Equal\".asInstanceOf[OpsItemFilterOperator]\n    val Contains = \"Contains\".asInstanceOf[OpsItemFilterOperator]\n    val GreaterThan = \"GreaterThan\".asInstanceOf[OpsItemFilterOperator]\n    val LessThan = \"LessThan\".asInstanceOf[OpsItemFilterOperator]\n\n    @inline def values = js.Array(Equal, Contains, GreaterThan, LessThan)\n  }\n\n  \/** Information about the user or resource that created an OpsItem event.\n    *\/\n  @js.native\n  trait OpsItemIdentity extends js.Object {\n    var Arn: js.UndefOr[String]\n  }\n\n  object OpsItemIdentity {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined\n    ): OpsItemIdentity = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItemIdentity]\n    }\n  }\n\n  \/** A notification about the OpsItem.\n    *\/\n  @js.native\n  trait OpsItemNotification extends js.Object {\n    var Arn: js.UndefOr[String]\n  }\n\n  object OpsItemNotification {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined\n    ): OpsItemNotification = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItemNotification]\n    }\n  }\n\n  @js.native\n  sealed trait OpsItemStatus extends js.Any\n  object OpsItemStatus {\n    val Open = \"Open\".asInstanceOf[OpsItemStatus]\n    val InProgress = \"InProgress\".asInstanceOf[OpsItemStatus]\n    val Resolved = \"Resolved\".asInstanceOf[OpsItemStatus]\n    val Pending = \"Pending\".asInstanceOf[OpsItemStatus]\n    val TimedOut = \"TimedOut\".asInstanceOf[OpsItemStatus]\n    val Cancelling = \"Cancelling\".asInstanceOf[OpsItemStatus]\n    val Cancelled = \"Cancelled\".asInstanceOf[OpsItemStatus]\n    val Failed = \"Failed\".asInstanceOf[OpsItemStatus]\n    val CompletedWithSuccess = \"CompletedWithSuccess\".asInstanceOf[OpsItemStatus]\n    val CompletedWithFailure = \"CompletedWithFailure\".asInstanceOf[OpsItemStatus]\n    val Scheduled = \"Scheduled\".asInstanceOf[OpsItemStatus]\n    val RunbookInProgress = \"RunbookInProgress\".asInstanceOf[OpsItemStatus]\n    val PendingChangeCalendarOverride = \"PendingChangeCalendarOverride\".asInstanceOf[OpsItemStatus]\n    val ChangeCalendarOverrideApproved = \"ChangeCalendarOverrideApproved\".asInstanceOf[OpsItemStatus]\n    val ChangeCalendarOverrideRejected = \"ChangeCalendarOverrideRejected\".asInstanceOf[OpsItemStatus]\n    val PendingApproval = \"PendingApproval\".asInstanceOf[OpsItemStatus]\n    val Approved = \"Approved\".asInstanceOf[OpsItemStatus]\n    val Rejected = \"Rejected\".asInstanceOf[OpsItemStatus]\n\n    @inline def values = js.Array(\n      Open,\n      InProgress,\n      Resolved,\n      Pending,\n      TimedOut,\n      Cancelling,\n      Cancelled,\n      Failed,\n      CompletedWithSuccess,\n      CompletedWithFailure,\n      Scheduled,\n      RunbookInProgress,\n      PendingChangeCalendarOverride,\n      ChangeCalendarOverrideApproved,\n      ChangeCalendarOverrideRejected,\n      PendingApproval,\n      Approved,\n      Rejected\n    )\n  }\n\n  \/** A count of OpsItems.\n    *\/\n  @js.native\n  trait OpsItemSummary extends js.Object {\n    var ActualEndTime: js.UndefOr[DateTime]\n    var ActualStartTime: js.UndefOr[DateTime]\n    var Category: js.UndefOr[OpsItemCategory]\n    var CreatedBy: js.UndefOr[String]\n    var CreatedTime: js.UndefOr[DateTime]\n    var LastModifiedBy: js.UndefOr[String]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var OperationalData: js.UndefOr[OpsItemOperationalData]\n    var OpsItemId: js.UndefOr[OpsItemId]\n    var OpsItemType: js.UndefOr[OpsItemType]\n    var PlannedEndTime: js.UndefOr[DateTime]\n    var PlannedStartTime: js.UndefOr[DateTime]\n    var Priority: js.UndefOr[OpsItemPriority]\n    var Severity: js.UndefOr[OpsItemSeverity]\n    var Source: js.UndefOr[OpsItemSource]\n    var Status: js.UndefOr[OpsItemStatus]\n    var Title: js.UndefOr[OpsItemTitle]\n  }\n\n  object OpsItemSummary {\n    @inline\n    def apply(\n        ActualEndTime: js.UndefOr[DateTime] = js.undefined,\n        ActualStartTime: js.UndefOr[DateTime] = js.undefined,\n        Category: js.UndefOr[OpsItemCategory] = js.undefined,\n        CreatedBy: js.UndefOr[String] = js.undefined,\n        CreatedTime: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedBy: js.UndefOr[String] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        OperationalData: js.UndefOr[OpsItemOperationalData] = js.undefined,\n        OpsItemId: js.UndefOr[OpsItemId] = js.undefined,\n        OpsItemType: js.UndefOr[OpsItemType] = js.undefined,\n        PlannedEndTime: js.UndefOr[DateTime] = js.undefined,\n        PlannedStartTime: js.UndefOr[DateTime] = js.undefined,\n        Priority: js.UndefOr[OpsItemPriority] = js.undefined,\n        Severity: js.UndefOr[OpsItemSeverity] = js.undefined,\n        Source: js.UndefOr[OpsItemSource] = js.undefined,\n        Status: js.UndefOr[OpsItemStatus] = js.undefined,\n        Title: js.UndefOr[OpsItemTitle] = js.undefined\n    ): OpsItemSummary = {\n      val __obj = js.Dynamic.literal()\n      ActualEndTime.foreach(__v => __obj.updateDynamic(\"ActualEndTime\")(__v.asInstanceOf[js.Any]))\n      ActualStartTime.foreach(__v => __obj.updateDynamic(\"ActualStartTime\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      CreatedBy.foreach(__v => __obj.updateDynamic(\"CreatedBy\")(__v.asInstanceOf[js.Any]))\n      CreatedTime.foreach(__v => __obj.updateDynamic(\"CreatedTime\")(__v.asInstanceOf[js.Any]))\n      LastModifiedBy.foreach(__v => __obj.updateDynamic(\"LastModifiedBy\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      OperationalData.foreach(__v => __obj.updateDynamic(\"OperationalData\")(__v.asInstanceOf[js.Any]))\n      OpsItemId.foreach(__v => __obj.updateDynamic(\"OpsItemId\")(__v.asInstanceOf[js.Any]))\n      OpsItemType.foreach(__v => __obj.updateDynamic(\"OpsItemType\")(__v.asInstanceOf[js.Any]))\n      PlannedEndTime.foreach(__v => __obj.updateDynamic(\"PlannedEndTime\")(__v.asInstanceOf[js.Any]))\n      PlannedStartTime.foreach(__v => __obj.updateDynamic(\"PlannedStartTime\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsItemSummary]\n    }\n  }\n\n  \/** Operational metadata for an application in Application Manager.\n    *\/\n  @js.native\n  trait OpsMetadata extends js.Object {\n    var CreationDate: js.UndefOr[DateTime]\n    var LastModifiedDate: js.UndefOr[DateTime]\n    var LastModifiedUser: js.UndefOr[String]\n    var OpsMetadataArn: js.UndefOr[OpsMetadataArn]\n    var ResourceId: js.UndefOr[OpsMetadataResourceId]\n  }\n\n  object OpsMetadata {\n    @inline\n    def apply(\n        CreationDate: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedUser: js.UndefOr[String] = js.undefined,\n        OpsMetadataArn: js.UndefOr[OpsMetadataArn] = js.undefined,\n        ResourceId: js.UndefOr[OpsMetadataResourceId] = js.undefined\n    ): OpsMetadata = {\n      val __obj = js.Dynamic.literal()\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LastModifiedUser.foreach(__v => __obj.updateDynamic(\"LastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      OpsMetadataArn.foreach(__v => __obj.updateDynamic(\"OpsMetadataArn\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpsMetadata]\n    }\n  }\n\n  \/** A filter to limit the number of OpsMetadata objects displayed.\n    *\/\n  @js.native\n  trait OpsMetadataFilter extends js.Object {\n    var Key: OpsMetadataFilterKey\n    var Values: OpsMetadataFilterValueList\n  }\n\n  object OpsMetadataFilter {\n    @inline\n    def apply(\n        Key: OpsMetadataFilterKey,\n        Values: OpsMetadataFilterValueList\n    ): OpsMetadataFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OpsMetadataFilter]\n    }\n  }\n\n  \/** The OpsItem data type to return.\n    *\/\n  @js.native\n  trait OpsResultAttribute extends js.Object {\n    var TypeName: OpsDataTypeName\n  }\n\n  object OpsResultAttribute {\n    @inline\n    def apply(\n        TypeName: OpsDataTypeName\n    ): OpsResultAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OpsResultAttribute]\n    }\n  }\n\n  \/** Information about the source where the association execution details are stored.\n    *\/\n  @js.native\n  trait OutputSource extends js.Object {\n    var OutputSourceId: js.UndefOr[OutputSourceId]\n    var OutputSourceType: js.UndefOr[OutputSourceType]\n  }\n\n  object OutputSource {\n    @inline\n    def apply(\n        OutputSourceId: js.UndefOr[OutputSourceId] = js.undefined,\n        OutputSourceType: js.UndefOr[OutputSourceType] = js.undefined\n    ): OutputSource = {\n      val __obj = js.Dynamic.literal()\n      OutputSourceId.foreach(__v => __obj.updateDynamic(\"OutputSourceId\")(__v.asInstanceOf[js.Any]))\n      OutputSourceType.foreach(__v => __obj.updateDynamic(\"OutputSourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputSource]\n    }\n  }\n\n  \/** An Systems Manager parameter in Parameter Store.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var ARN: js.UndefOr[String]\n    var DataType: js.UndefOr[ParameterDataType]\n    var LastModifiedDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[PSParameterName]\n    var Selector: js.UndefOr[PSParameterSelector]\n    var SourceResult: js.UndefOr[String]\n    var Type: js.UndefOr[ParameterType]\n    var Value: js.UndefOr[PSParameterValue]\n    var Version: js.UndefOr[PSParameterVersion]\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        DataType: js.UndefOr[ParameterDataType] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[PSParameterName] = js.undefined,\n        Selector: js.UndefOr[PSParameterSelector] = js.undefined,\n        SourceResult: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[ParameterType] = js.undefined,\n        Value: js.UndefOr[PSParameterValue] = js.undefined,\n        Version: js.UndefOr[PSParameterVersion] = js.undefined\n    ): Parameter = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Selector.foreach(__v => __obj.updateDynamic(\"Selector\")(__v.asInstanceOf[js.Any]))\n      SourceResult.foreach(__v => __obj.updateDynamic(\"SourceResult\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** Information about parameter usage.\n    *\/\n  @js.native\n  trait ParameterHistory extends js.Object {\n    var AllowedPattern: js.UndefOr[AllowedPattern]\n    var DataType: js.UndefOr[ParameterDataType]\n    var Description: js.UndefOr[ParameterDescription]\n    var KeyId: js.UndefOr[ParameterKeyId]\n    var Labels: js.UndefOr[ParameterLabelList]\n    var LastModifiedDate: js.UndefOr[DateTime]\n    var LastModifiedUser: js.UndefOr[String]\n    var Name: js.UndefOr[PSParameterName]\n    var Policies: js.UndefOr[ParameterPolicyList]\n    var Tier: js.UndefOr[ParameterTier]\n    var Type: js.UndefOr[ParameterType]\n    var Value: js.UndefOr[PSParameterValue]\n    var Version: js.UndefOr[PSParameterVersion]\n  }\n\n  object ParameterHistory {\n    @inline\n    def apply(\n        AllowedPattern: js.UndefOr[AllowedPattern] = js.undefined,\n        DataType: js.UndefOr[ParameterDataType] = js.undefined,\n        Description: js.UndefOr[ParameterDescription] = js.undefined,\n        KeyId: js.UndefOr[ParameterKeyId] = js.undefined,\n        Labels: js.UndefOr[ParameterLabelList] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedUser: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[PSParameterName] = js.undefined,\n        Policies: js.UndefOr[ParameterPolicyList] = js.undefined,\n        Tier: js.UndefOr[ParameterTier] = js.undefined,\n        Type: js.UndefOr[ParameterType] = js.undefined,\n        Value: js.UndefOr[PSParameterValue] = js.undefined,\n        Version: js.UndefOr[PSParameterVersion] = js.undefined\n    ): ParameterHistory = {\n      val __obj = js.Dynamic.literal()\n      AllowedPattern.foreach(__v => __obj.updateDynamic(\"AllowedPattern\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LastModifiedUser.foreach(__v => __obj.updateDynamic(\"LastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterHistory]\n    }\n  }\n\n  \/** One or more policies assigned to a parameter.\n    *\/\n  @js.native\n  trait ParameterInlinePolicy extends js.Object {\n    var PolicyStatus: js.UndefOr[String]\n    var PolicyText: js.UndefOr[String]\n    var PolicyType: js.UndefOr[String]\n  }\n\n  object ParameterInlinePolicy {\n    @inline\n    def apply(\n        PolicyStatus: js.UndefOr[String] = js.undefined,\n        PolicyText: js.UndefOr[String] = js.undefined,\n        PolicyType: js.UndefOr[String] = js.undefined\n    ): ParameterInlinePolicy = {\n      val __obj = js.Dynamic.literal()\n      PolicyStatus.foreach(__v => __obj.updateDynamic(\"PolicyStatus\")(__v.asInstanceOf[js.Any]))\n      PolicyText.foreach(__v => __obj.updateDynamic(\"PolicyText\")(__v.asInstanceOf[js.Any]))\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterInlinePolicy]\n    }\n  }\n\n  \/** Metadata includes information like the ARN of the last user and the date\/time the parameter was last used.\n    *\/\n  @js.native\n  trait ParameterMetadata extends js.Object {\n    var AllowedPattern: js.UndefOr[AllowedPattern]\n    var DataType: js.UndefOr[ParameterDataType]\n    var Description: js.UndefOr[ParameterDescription]\n    var KeyId: js.UndefOr[ParameterKeyId]\n    var LastModifiedDate: js.UndefOr[DateTime]\n    var LastModifiedUser: js.UndefOr[String]\n    var Name: js.UndefOr[PSParameterName]\n    var Policies: js.UndefOr[ParameterPolicyList]\n    var Tier: js.UndefOr[ParameterTier]\n    var Type: js.UndefOr[ParameterType]\n    var Version: js.UndefOr[PSParameterVersion]\n  }\n\n  object ParameterMetadata {\n    @inline\n    def apply(\n        AllowedPattern: js.UndefOr[AllowedPattern] = js.undefined,\n        DataType: js.UndefOr[ParameterDataType] = js.undefined,\n        Description: js.UndefOr[ParameterDescription] = js.undefined,\n        KeyId: js.UndefOr[ParameterKeyId] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedUser: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[PSParameterName] = js.undefined,\n        Policies: js.UndefOr[ParameterPolicyList] = js.undefined,\n        Tier: js.UndefOr[ParameterTier] = js.undefined,\n        Type: js.UndefOr[ParameterType] = js.undefined,\n        Version: js.UndefOr[PSParameterVersion] = js.undefined\n    ): ParameterMetadata = {\n      val __obj = js.Dynamic.literal()\n      AllowedPattern.foreach(__v => __obj.updateDynamic(\"AllowedPattern\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LastModifiedUser.foreach(__v => __obj.updateDynamic(\"LastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterMetadata]\n    }\n  }\n\n  \/** One or more filters. Use a filter to return a more specific list of results.\n    *\/\n  @js.native\n  trait ParameterStringFilter extends js.Object {\n    var Key: ParameterStringFilterKey\n    var Option: js.UndefOr[ParameterStringQueryOption]\n    var Values: js.UndefOr[ParameterStringFilterValueList]\n  }\n\n  object ParameterStringFilter {\n    @inline\n    def apply(\n        Key: ParameterStringFilterKey,\n        Option: js.UndefOr[ParameterStringQueryOption] = js.undefined,\n        Values: js.UndefOr[ParameterStringFilterValueList] = js.undefined\n    ): ParameterStringFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Option.foreach(__v => __obj.updateDynamic(\"Option\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterStringFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ParameterTier extends js.Any\n  object ParameterTier {\n    val Standard = \"Standard\".asInstanceOf[ParameterTier]\n    val Advanced = \"Advanced\".asInstanceOf[ParameterTier]\n    val `Intelligent-Tiering` = \"Intelligent-Tiering\".asInstanceOf[ParameterTier]\n\n    @inline def values = js.Array(Standard, Advanced, `Intelligent-Tiering`)\n  }\n\n  @js.native\n  sealed trait ParameterType extends js.Any\n  object ParameterType {\n    val String = \"String\".asInstanceOf[ParameterType]\n    val StringList = \"StringList\".asInstanceOf[ParameterType]\n    val SecureString = \"SecureString\".asInstanceOf[ParameterType]\n\n    @inline def values = js.Array(String, StringList, SecureString)\n  }\n\n  \/** This data type is deprecated. Instead, use <a>ParameterStringFilter<\/a>.\n    *\/\n  @js.native\n  trait ParametersFilter extends js.Object {\n    var Key: ParametersFilterKey\n    var Values: ParametersFilterValueList\n  }\n\n  object ParametersFilter {\n    @inline\n    def apply(\n        Key: ParametersFilterKey,\n        Values: ParametersFilterValueList\n    ): ParametersFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ParametersFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ParametersFilterKey extends js.Any\n  object ParametersFilterKey {\n    val Name = \"Name\".asInstanceOf[ParametersFilterKey]\n    val Type = \"Type\".asInstanceOf[ParametersFilterKey]\n    val KeyId = \"KeyId\".asInstanceOf[ParametersFilterKey]\n\n    @inline def values = js.Array(Name, Type, KeyId)\n  }\n\n  \/** Represents metadata about a patch.\n    *\/\n  @js.native\n  trait Patch extends js.Object {\n    var AdvisoryIds: js.UndefOr[PatchAdvisoryIdList]\n    var Arch: js.UndefOr[PatchArch]\n    var BugzillaIds: js.UndefOr[PatchBugzillaIdList]\n    var CVEIds: js.UndefOr[PatchCVEIdList]\n    var Classification: js.UndefOr[PatchClassification]\n    var ContentUrl: js.UndefOr[PatchContentUrl]\n    var Description: js.UndefOr[PatchDescription]\n    var Epoch: js.UndefOr[PatchEpoch]\n    var Id: js.UndefOr[PatchId]\n    var KbNumber: js.UndefOr[PatchKbNumber]\n    var Language: js.UndefOr[PatchLanguage]\n    var MsrcNumber: js.UndefOr[PatchMsrcNumber]\n    var MsrcSeverity: js.UndefOr[PatchMsrcSeverity]\n    var Name: js.UndefOr[PatchName]\n    var Product: js.UndefOr[PatchProduct]\n    var ProductFamily: js.UndefOr[PatchProductFamily]\n    var Release: js.UndefOr[PatchRelease]\n    var ReleaseDate: js.UndefOr[DateTime]\n    var Repository: js.UndefOr[PatchRepository]\n    var Severity: js.UndefOr[PatchSeverity]\n    var Title: js.UndefOr[PatchTitle]\n    var Vendor: js.UndefOr[PatchVendor]\n    var Version: js.UndefOr[PatchVersion]\n  }\n\n  object Patch {\n    @inline\n    def apply(\n        AdvisoryIds: js.UndefOr[PatchAdvisoryIdList] = js.undefined,\n        Arch: js.UndefOr[PatchArch] = js.undefined,\n        BugzillaIds: js.UndefOr[PatchBugzillaIdList] = js.undefined,\n        CVEIds: js.UndefOr[PatchCVEIdList] = js.undefined,\n        Classification: js.UndefOr[PatchClassification] = js.undefined,\n        ContentUrl: js.UndefOr[PatchContentUrl] = js.undefined,\n        Description: js.UndefOr[PatchDescription] = js.undefined,\n        Epoch: js.UndefOr[PatchEpoch] = js.undefined,\n        Id: js.UndefOr[PatchId] = js.undefined,\n        KbNumber: js.UndefOr[PatchKbNumber] = js.undefined,\n        Language: js.UndefOr[PatchLanguage] = js.undefined,\n        MsrcNumber: js.UndefOr[PatchMsrcNumber] = js.undefined,\n        MsrcSeverity: js.UndefOr[PatchMsrcSeverity] = js.undefined,\n        Name: js.UndefOr[PatchName] = js.undefined,\n        Product: js.UndefOr[PatchProduct] = js.undefined,\n        ProductFamily: js.UndefOr[PatchProductFamily] = js.undefined,\n        Release: js.UndefOr[PatchRelease] = js.undefined,\n        ReleaseDate: js.UndefOr[DateTime] = js.undefined,\n        Repository: js.UndefOr[PatchRepository] = js.undefined,\n        Severity: js.UndefOr[PatchSeverity] = js.undefined,\n        Title: js.UndefOr[PatchTitle] = js.undefined,\n        Vendor: js.UndefOr[PatchVendor] = js.undefined,\n        Version: js.UndefOr[PatchVersion] = js.undefined\n    ): Patch = {\n      val __obj = js.Dynamic.literal()\n      AdvisoryIds.foreach(__v => __obj.updateDynamic(\"AdvisoryIds\")(__v.asInstanceOf[js.Any]))\n      Arch.foreach(__v => __obj.updateDynamic(\"Arch\")(__v.asInstanceOf[js.Any]))\n      BugzillaIds.foreach(__v => __obj.updateDynamic(\"BugzillaIds\")(__v.asInstanceOf[js.Any]))\n      CVEIds.foreach(__v => __obj.updateDynamic(\"CVEIds\")(__v.asInstanceOf[js.Any]))\n      Classification.foreach(__v => __obj.updateDynamic(\"Classification\")(__v.asInstanceOf[js.Any]))\n      ContentUrl.foreach(__v => __obj.updateDynamic(\"ContentUrl\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Epoch.foreach(__v => __obj.updateDynamic(\"Epoch\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      KbNumber.foreach(__v => __obj.updateDynamic(\"KbNumber\")(__v.asInstanceOf[js.Any]))\n      Language.foreach(__v => __obj.updateDynamic(\"Language\")(__v.asInstanceOf[js.Any]))\n      MsrcNumber.foreach(__v => __obj.updateDynamic(\"MsrcNumber\")(__v.asInstanceOf[js.Any]))\n      MsrcSeverity.foreach(__v => __obj.updateDynamic(\"MsrcSeverity\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Product.foreach(__v => __obj.updateDynamic(\"Product\")(__v.asInstanceOf[js.Any]))\n      ProductFamily.foreach(__v => __obj.updateDynamic(\"ProductFamily\")(__v.asInstanceOf[js.Any]))\n      Release.foreach(__v => __obj.updateDynamic(\"Release\")(__v.asInstanceOf[js.Any]))\n      ReleaseDate.foreach(__v => __obj.updateDynamic(\"ReleaseDate\")(__v.asInstanceOf[js.Any]))\n      Repository.foreach(__v => __obj.updateDynamic(\"Repository\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      Vendor.foreach(__v => __obj.updateDynamic(\"Vendor\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Patch]\n    }\n  }\n\n  @js.native\n  sealed trait PatchAction extends js.Any\n  object PatchAction {\n    val ALLOW_AS_DEPENDENCY = \"ALLOW_AS_DEPENDENCY\".asInstanceOf[PatchAction]\n    val BLOCK = \"BLOCK\".asInstanceOf[PatchAction]\n\n    @inline def values = js.Array(ALLOW_AS_DEPENDENCY, BLOCK)\n  }\n\n  \/** Defines the basic information about a patch baseline.\n    *\/\n  @js.native\n  trait PatchBaselineIdentity extends js.Object {\n    var BaselineDescription: js.UndefOr[BaselineDescription]\n    var BaselineId: js.UndefOr[BaselineId]\n    var BaselineName: js.UndefOr[BaselineName]\n    var DefaultBaseline: js.UndefOr[DefaultBaseline]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n  }\n\n  object PatchBaselineIdentity {\n    @inline\n    def apply(\n        BaselineDescription: js.UndefOr[BaselineDescription] = js.undefined,\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        BaselineName: js.UndefOr[BaselineName] = js.undefined,\n        DefaultBaseline: js.UndefOr[DefaultBaseline] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined\n    ): PatchBaselineIdentity = {\n      val __obj = js.Dynamic.literal()\n      BaselineDescription.foreach(__v => __obj.updateDynamic(\"BaselineDescription\")(__v.asInstanceOf[js.Any]))\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      BaselineName.foreach(__v => __obj.updateDynamic(\"BaselineName\")(__v.asInstanceOf[js.Any]))\n      DefaultBaseline.foreach(__v => __obj.updateDynamic(\"DefaultBaseline\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchBaselineIdentity]\n    }\n  }\n\n  \/** Information about the state of a patch on a particular instance as it relates to the patch baseline used to patch the instance.\n    *\/\n  @js.native\n  trait PatchComplianceData extends js.Object {\n    var Classification: PatchClassification\n    var InstalledTime: DateTime\n    var KBId: PatchKbNumber\n    var Severity: PatchSeverity\n    var State: PatchComplianceDataState\n    var Title: PatchTitle\n    var CVEIds: js.UndefOr[PatchCVEIds]\n  }\n\n  object PatchComplianceData {\n    @inline\n    def apply(\n        Classification: PatchClassification,\n        InstalledTime: DateTime,\n        KBId: PatchKbNumber,\n        Severity: PatchSeverity,\n        State: PatchComplianceDataState,\n        Title: PatchTitle,\n        CVEIds: js.UndefOr[PatchCVEIds] = js.undefined\n    ): PatchComplianceData = {\n      val __obj = js.Dynamic.literal(\n        \"Classification\" -> Classification.asInstanceOf[js.Any],\n        \"InstalledTime\" -> InstalledTime.asInstanceOf[js.Any],\n        \"KBId\" -> KBId.asInstanceOf[js.Any],\n        \"Severity\" -> Severity.asInstanceOf[js.Any],\n        \"State\" -> State.asInstanceOf[js.Any],\n        \"Title\" -> Title.asInstanceOf[js.Any]\n      )\n\n      CVEIds.foreach(__v => __obj.updateDynamic(\"CVEIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchComplianceData]\n    }\n  }\n\n  @js.native\n  sealed trait PatchComplianceDataState extends js.Any\n  object PatchComplianceDataState {\n    val INSTALLED = \"INSTALLED\".asInstanceOf[PatchComplianceDataState]\n    val INSTALLED_OTHER = \"INSTALLED_OTHER\".asInstanceOf[PatchComplianceDataState]\n    val INSTALLED_PENDING_REBOOT = \"INSTALLED_PENDING_REBOOT\".asInstanceOf[PatchComplianceDataState]\n    val INSTALLED_REJECTED = \"INSTALLED_REJECTED\".asInstanceOf[PatchComplianceDataState]\n    val MISSING = \"MISSING\".asInstanceOf[PatchComplianceDataState]\n    val NOT_APPLICABLE = \"NOT_APPLICABLE\".asInstanceOf[PatchComplianceDataState]\n    val FAILED = \"FAILED\".asInstanceOf[PatchComplianceDataState]\n\n    @inline def values = js.Array(INSTALLED, INSTALLED_OTHER, INSTALLED_PENDING_REBOOT, INSTALLED_REJECTED, MISSING, NOT_APPLICABLE, FAILED)\n  }\n\n  @js.native\n  sealed trait PatchComplianceLevel extends js.Any\n  object PatchComplianceLevel {\n    val CRITICAL = \"CRITICAL\".asInstanceOf[PatchComplianceLevel]\n    val HIGH = \"HIGH\".asInstanceOf[PatchComplianceLevel]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[PatchComplianceLevel]\n    val LOW = \"LOW\".asInstanceOf[PatchComplianceLevel]\n    val INFORMATIONAL = \"INFORMATIONAL\".asInstanceOf[PatchComplianceLevel]\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[PatchComplianceLevel]\n\n    @inline def values = js.Array(CRITICAL, HIGH, MEDIUM, LOW, INFORMATIONAL, UNSPECIFIED)\n  }\n\n  @js.native\n  sealed trait PatchDeploymentStatus extends js.Any\n  object PatchDeploymentStatus {\n    val APPROVED = \"APPROVED\".asInstanceOf[PatchDeploymentStatus]\n    val PENDING_APPROVAL = \"PENDING_APPROVAL\".asInstanceOf[PatchDeploymentStatus]\n    val EXPLICIT_APPROVED = \"EXPLICIT_APPROVED\".asInstanceOf[PatchDeploymentStatus]\n    val EXPLICIT_REJECTED = \"EXPLICIT_REJECTED\".asInstanceOf[PatchDeploymentStatus]\n\n    @inline def values = js.Array(APPROVED, PENDING_APPROVAL, EXPLICIT_APPROVED, EXPLICIT_REJECTED)\n  }\n\n  \/** Defines which patches should be included in a patch baseline. A patch filter consists of a key and a set of values. The filter key is a patch property. For example, the available filter keys for WINDOWS are PATCH_SET, PRODUCT, PRODUCT_FAMILY, CLASSIFICATION, and MSRC_SEVERITY. The filter values define a matching criterion for the patch property indicated by the key. For example, if the filter key is PRODUCT and the filter values are [\"Office 2013\", \"Office 2016\"], then the filter accepts all patches where product name is either \"Office 2013\" or \"Office 2016\". The filter values can be exact values for the patch property given as a key, or a wildcard (*), which matches all values. You can view lists of valid values for the patch properties by running the <code>DescribePatchProperties<\/code> command. For information about which patch properties can be used with each major operating system, see <a>DescribePatchProperties<\/a>.\n    *\/\n  @js.native\n  trait PatchFilter extends js.Object {\n    var Key: PatchFilterKey\n    var Values: PatchFilterValueList\n  }\n\n  object PatchFilter {\n    @inline\n    def apply(\n        Key: PatchFilterKey,\n        Values: PatchFilterValueList\n    ): PatchFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PatchFilter]\n    }\n  }\n\n  \/** A set of patch filters, typically used for approval rules.\n    *\/\n  @js.native\n  trait PatchFilterGroup extends js.Object {\n    var PatchFilters: PatchFilterList\n  }\n\n  object PatchFilterGroup {\n    @inline\n    def apply(\n        PatchFilters: PatchFilterList\n    ): PatchFilterGroup = {\n      val __obj = js.Dynamic.literal(\n        \"PatchFilters\" -> PatchFilters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PatchFilterGroup]\n    }\n  }\n\n  @js.native\n  sealed trait PatchFilterKey extends js.Any\n  object PatchFilterKey {\n    val ARCH = \"ARCH\".asInstanceOf[PatchFilterKey]\n    val ADVISORY_ID = \"ADVISORY_ID\".asInstanceOf[PatchFilterKey]\n    val BUGZILLA_ID = \"BUGZILLA_ID\".asInstanceOf[PatchFilterKey]\n    val PATCH_SET = \"PATCH_SET\".asInstanceOf[PatchFilterKey]\n    val PRODUCT = \"PRODUCT\".asInstanceOf[PatchFilterKey]\n    val PRODUCT_FAMILY = \"PRODUCT_FAMILY\".asInstanceOf[PatchFilterKey]\n    val CLASSIFICATION = \"CLASSIFICATION\".asInstanceOf[PatchFilterKey]\n    val CVE_ID = \"CVE_ID\".asInstanceOf[PatchFilterKey]\n    val EPOCH = \"EPOCH\".asInstanceOf[PatchFilterKey]\n    val MSRC_SEVERITY = \"MSRC_SEVERITY\".asInstanceOf[PatchFilterKey]\n    val NAME = \"NAME\".asInstanceOf[PatchFilterKey]\n    val PATCH_ID = \"PATCH_ID\".asInstanceOf[PatchFilterKey]\n    val SECTION = \"SECTION\".asInstanceOf[PatchFilterKey]\n    val PRIORITY = \"PRIORITY\".asInstanceOf[PatchFilterKey]\n    val REPOSITORY = \"REPOSITORY\".asInstanceOf[PatchFilterKey]\n    val RELEASE = \"RELEASE\".asInstanceOf[PatchFilterKey]\n    val SEVERITY = \"SEVERITY\".asInstanceOf[PatchFilterKey]\n    val SECURITY = \"SECURITY\".asInstanceOf[PatchFilterKey]\n    val VERSION = \"VERSION\".asInstanceOf[PatchFilterKey]\n\n    @inline def values = js.Array(\n      ARCH,\n      ADVISORY_ID,\n      BUGZILLA_ID,\n      PATCH_SET,\n      PRODUCT,\n      PRODUCT_FAMILY,\n      CLASSIFICATION,\n      CVE_ID,\n      EPOCH,\n      MSRC_SEVERITY,\n      NAME,\n      PATCH_ID,\n      SECTION,\n      PRIORITY,\n      REPOSITORY,\n      RELEASE,\n      SEVERITY,\n      SECURITY,\n      VERSION\n    )\n  }\n\n  \/** The mapping between a patch group and the patch baseline the patch group is registered with.\n    *\/\n  @js.native\n  trait PatchGroupPatchBaselineMapping extends js.Object {\n    var BaselineIdentity: js.UndefOr[PatchBaselineIdentity]\n    var PatchGroup: js.UndefOr[PatchGroup]\n  }\n\n  object PatchGroupPatchBaselineMapping {\n    @inline\n    def apply(\n        BaselineIdentity: js.UndefOr[PatchBaselineIdentity] = js.undefined,\n        PatchGroup: js.UndefOr[PatchGroup] = js.undefined\n    ): PatchGroupPatchBaselineMapping = {\n      val __obj = js.Dynamic.literal()\n      BaselineIdentity.foreach(__v => __obj.updateDynamic(\"BaselineIdentity\")(__v.asInstanceOf[js.Any]))\n      PatchGroup.foreach(__v => __obj.updateDynamic(\"PatchGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchGroupPatchBaselineMapping]\n    }\n  }\n\n  @js.native\n  sealed trait PatchOperationType extends js.Any\n  object PatchOperationType {\n    val Scan = \"Scan\".asInstanceOf[PatchOperationType]\n    val Install = \"Install\".asInstanceOf[PatchOperationType]\n\n    @inline def values = js.Array(Scan, Install)\n  }\n\n  \/** Defines a filter used in Patch Manager APIs.\n    *\/\n  @js.native\n  trait PatchOrchestratorFilter extends js.Object {\n    var Key: js.UndefOr[PatchOrchestratorFilterKey]\n    var Values: js.UndefOr[PatchOrchestratorFilterValues]\n  }\n\n  object PatchOrchestratorFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[PatchOrchestratorFilterKey] = js.undefined,\n        Values: js.UndefOr[PatchOrchestratorFilterValues] = js.undefined\n    ): PatchOrchestratorFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchOrchestratorFilter]\n    }\n  }\n\n  @js.native\n  sealed trait PatchProperty extends js.Any\n  object PatchProperty {\n    val PRODUCT = \"PRODUCT\".asInstanceOf[PatchProperty]\n    val PRODUCT_FAMILY = \"PRODUCT_FAMILY\".asInstanceOf[PatchProperty]\n    val CLASSIFICATION = \"CLASSIFICATION\".asInstanceOf[PatchProperty]\n    val MSRC_SEVERITY = \"MSRC_SEVERITY\".asInstanceOf[PatchProperty]\n    val PRIORITY = \"PRIORITY\".asInstanceOf[PatchProperty]\n    val SEVERITY = \"SEVERITY\".asInstanceOf[PatchProperty]\n\n    @inline def values = js.Array(PRODUCT, PRODUCT_FAMILY, CLASSIFICATION, MSRC_SEVERITY, PRIORITY, SEVERITY)\n  }\n\n  \/** Defines an approval rule for a patch baseline.\n    *\/\n  @js.native\n  trait PatchRule extends js.Object {\n    var PatchFilterGroup: PatchFilterGroup\n    var ApproveAfterDays: js.UndefOr[ApproveAfterDays]\n    var ApproveUntilDate: js.UndefOr[PatchStringDateTime]\n    var ComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var EnableNonSecurity: js.UndefOr[Boolean]\n  }\n\n  object PatchRule {\n    @inline\n    def apply(\n        PatchFilterGroup: PatchFilterGroup,\n        ApproveAfterDays: js.UndefOr[ApproveAfterDays] = js.undefined,\n        ApproveUntilDate: js.UndefOr[PatchStringDateTime] = js.undefined,\n        ComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        EnableNonSecurity: js.UndefOr[Boolean] = js.undefined\n    ): PatchRule = {\n      val __obj = js.Dynamic.literal(\n        \"PatchFilterGroup\" -> PatchFilterGroup.asInstanceOf[js.Any]\n      )\n\n      ApproveAfterDays.foreach(__v => __obj.updateDynamic(\"ApproveAfterDays\")(__v.asInstanceOf[js.Any]))\n      ApproveUntilDate.foreach(__v => __obj.updateDynamic(\"ApproveUntilDate\")(__v.asInstanceOf[js.Any]))\n      ComplianceLevel.foreach(__v => __obj.updateDynamic(\"ComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      EnableNonSecurity.foreach(__v => __obj.updateDynamic(\"EnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchRule]\n    }\n  }\n\n  \/** A set of rules defining the approval rules for a patch baseline.\n    *\/\n  @js.native\n  trait PatchRuleGroup extends js.Object {\n    var PatchRules: PatchRuleList\n  }\n\n  object PatchRuleGroup {\n    @inline\n    def apply(\n        PatchRules: PatchRuleList\n    ): PatchRuleGroup = {\n      val __obj = js.Dynamic.literal(\n        \"PatchRules\" -> PatchRules.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PatchRuleGroup]\n    }\n  }\n\n  @js.native\n  sealed trait PatchSet extends js.Any\n  object PatchSet {\n    val OS = \"OS\".asInstanceOf[PatchSet]\n    val APPLICATION = \"APPLICATION\".asInstanceOf[PatchSet]\n\n    @inline def values = js.Array(OS, APPLICATION)\n  }\n\n  \/** Information about the patches to use to update the instances, including target operating systems and source repository. Applies to Linux instances only.\n    *\/\n  @js.native\n  trait PatchSource extends js.Object {\n    var Configuration: PatchSourceConfiguration\n    var Name: PatchSourceName\n    var Products: PatchSourceProductList\n  }\n\n  object PatchSource {\n    @inline\n    def apply(\n        Configuration: PatchSourceConfiguration,\n        Name: PatchSourceName,\n        Products: PatchSourceProductList\n    ): PatchSource = {\n      val __obj = js.Dynamic.literal(\n        \"Configuration\" -> Configuration.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Products\" -> Products.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PatchSource]\n    }\n  }\n\n  \/** Information about the approval status of a patch.\n    *\/\n  @js.native\n  trait PatchStatus extends js.Object {\n    var ApprovalDate: js.UndefOr[DateTime]\n    var ComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var DeploymentStatus: js.UndefOr[PatchDeploymentStatus]\n  }\n\n  object PatchStatus {\n    @inline\n    def apply(\n        ApprovalDate: js.UndefOr[DateTime] = js.undefined,\n        ComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        DeploymentStatus: js.UndefOr[PatchDeploymentStatus] = js.undefined\n    ): PatchStatus = {\n      val __obj = js.Dynamic.literal()\n      ApprovalDate.foreach(__v => __obj.updateDynamic(\"ApprovalDate\")(__v.asInstanceOf[js.Any]))\n      ComplianceLevel.foreach(__v => __obj.updateDynamic(\"ComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      DeploymentStatus.foreach(__v => __obj.updateDynamic(\"DeploymentStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PatchStatus]\n    }\n  }\n\n  @js.native\n  sealed trait PingStatus extends js.Any\n  object PingStatus {\n    val Online = \"Online\".asInstanceOf[PingStatus]\n    val ConnectionLost = \"ConnectionLost\".asInstanceOf[PingStatus]\n    val Inactive = \"Inactive\".asInstanceOf[PingStatus]\n\n    @inline def values = js.Array(Online, ConnectionLost, Inactive)\n  }\n\n  @js.native\n  sealed trait PlatformType extends js.Any\n  object PlatformType {\n    val Windows = \"Windows\".asInstanceOf[PlatformType]\n    val Linux = \"Linux\".asInstanceOf[PlatformType]\n\n    @inline def values = js.Array(Windows, Linux)\n  }\n\n  \/** An aggregate of step execution statuses displayed in the AWS Console for a multi-Region and multi-account Automation execution.\n    *\/\n  @js.native\n  trait ProgressCounters extends js.Object {\n    var CancelledSteps: js.UndefOr[Int]\n    var FailedSteps: js.UndefOr[Int]\n    var SuccessSteps: js.UndefOr[Int]\n    var TimedOutSteps: js.UndefOr[Int]\n    var TotalSteps: js.UndefOr[Int]\n  }\n\n  object ProgressCounters {\n    @inline\n    def apply(\n        CancelledSteps: js.UndefOr[Int] = js.undefined,\n        FailedSteps: js.UndefOr[Int] = js.undefined,\n        SuccessSteps: js.UndefOr[Int] = js.undefined,\n        TimedOutSteps: js.UndefOr[Int] = js.undefined,\n        TotalSteps: js.UndefOr[Int] = js.undefined\n    ): ProgressCounters = {\n      val __obj = js.Dynamic.literal()\n      CancelledSteps.foreach(__v => __obj.updateDynamic(\"CancelledSteps\")(__v.asInstanceOf[js.Any]))\n      FailedSteps.foreach(__v => __obj.updateDynamic(\"FailedSteps\")(__v.asInstanceOf[js.Any]))\n      SuccessSteps.foreach(__v => __obj.updateDynamic(\"SuccessSteps\")(__v.asInstanceOf[js.Any]))\n      TimedOutSteps.foreach(__v => __obj.updateDynamic(\"TimedOutSteps\")(__v.asInstanceOf[js.Any]))\n      TotalSteps.foreach(__v => __obj.updateDynamic(\"TotalSteps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProgressCounters]\n    }\n  }\n\n  @js.native\n  trait PutComplianceItemsRequest extends js.Object {\n    var ComplianceType: ComplianceTypeName\n    var ExecutionSummary: ComplianceExecutionSummary\n    var Items: ComplianceItemEntryList\n    var ResourceId: ComplianceResourceId\n    var ResourceType: ComplianceResourceType\n    var ItemContentHash: js.UndefOr[ComplianceItemContentHash]\n    var UploadType: js.UndefOr[ComplianceUploadType]\n  }\n\n  object PutComplianceItemsRequest {\n    @inline\n    def apply(\n        ComplianceType: ComplianceTypeName,\n        ExecutionSummary: ComplianceExecutionSummary,\n        Items: ComplianceItemEntryList,\n        ResourceId: ComplianceResourceId,\n        ResourceType: ComplianceResourceType,\n        ItemContentHash: js.UndefOr[ComplianceItemContentHash] = js.undefined,\n        UploadType: js.UndefOr[ComplianceUploadType] = js.undefined\n    ): PutComplianceItemsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ComplianceType\" -> ComplianceType.asInstanceOf[js.Any],\n        \"ExecutionSummary\" -> ExecutionSummary.asInstanceOf[js.Any],\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any]\n      )\n\n      ItemContentHash.foreach(__v => __obj.updateDynamic(\"ItemContentHash\")(__v.asInstanceOf[js.Any]))\n      UploadType.foreach(__v => __obj.updateDynamic(\"UploadType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutComplianceItemsRequest]\n    }\n  }\n\n  @js.native\n  trait PutComplianceItemsResult extends js.Object\n\n  object PutComplianceItemsResult {\n    @inline\n    def apply(): PutComplianceItemsResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutComplianceItemsResult]\n    }\n  }\n\n  @js.native\n  trait PutInventoryRequest extends js.Object {\n    var InstanceId: InstanceId\n    var Items: InventoryItemList\n  }\n\n  object PutInventoryRequest {\n    @inline\n    def apply(\n        InstanceId: InstanceId,\n        Items: InventoryItemList\n    ): PutInventoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any],\n        \"Items\" -> Items.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutInventoryRequest]\n    }\n  }\n\n  @js.native\n  trait PutInventoryResult extends js.Object {\n    var Message: js.UndefOr[PutInventoryMessage]\n  }\n\n  object PutInventoryResult {\n    @inline\n    def apply(\n        Message: js.UndefOr[PutInventoryMessage] = js.undefined\n    ): PutInventoryResult = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutInventoryResult]\n    }\n  }\n\n  @js.native\n  trait PutParameterRequest extends js.Object {\n    var Name: PSParameterName\n    var Value: PSParameterValue\n    var AllowedPattern: js.UndefOr[AllowedPattern]\n    var DataType: js.UndefOr[ParameterDataType]\n    var Description: js.UndefOr[ParameterDescription]\n    var KeyId: js.UndefOr[ParameterKeyId]\n    var Overwrite: js.UndefOr[Boolean]\n    var Policies: js.UndefOr[ParameterPolicies]\n    var Tags: js.UndefOr[TagList]\n    var Tier: js.UndefOr[ParameterTier]\n    var Type: js.UndefOr[ParameterType]\n  }\n\n  object PutParameterRequest {\n    @inline\n    def apply(\n        Name: PSParameterName,\n        Value: PSParameterValue,\n        AllowedPattern: js.UndefOr[AllowedPattern] = js.undefined,\n        DataType: js.UndefOr[ParameterDataType] = js.undefined,\n        Description: js.UndefOr[ParameterDescription] = js.undefined,\n        KeyId: js.UndefOr[ParameterKeyId] = js.undefined,\n        Overwrite: js.UndefOr[Boolean] = js.undefined,\n        Policies: js.UndefOr[ParameterPolicies] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        Tier: js.UndefOr[ParameterTier] = js.undefined,\n        Type: js.UndefOr[ParameterType] = js.undefined\n    ): PutParameterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      AllowedPattern.foreach(__v => __obj.updateDynamic(\"AllowedPattern\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KeyId.foreach(__v => __obj.updateDynamic(\"KeyId\")(__v.asInstanceOf[js.Any]))\n      Overwrite.foreach(__v => __obj.updateDynamic(\"Overwrite\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutParameterRequest]\n    }\n  }\n\n  @js.native\n  trait PutParameterResult extends js.Object {\n    var Tier: js.UndefOr[ParameterTier]\n    var Version: js.UndefOr[PSParameterVersion]\n  }\n\n  object PutParameterResult {\n    @inline\n    def apply(\n        Tier: js.UndefOr[ParameterTier] = js.undefined,\n        Version: js.UndefOr[PSParameterVersion] = js.undefined\n    ): PutParameterResult = {\n      val __obj = js.Dynamic.literal()\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutParameterResult]\n    }\n  }\n\n  @js.native\n  sealed trait RebootOption extends js.Any\n  object RebootOption {\n    val RebootIfNeeded = \"RebootIfNeeded\".asInstanceOf[RebootOption]\n    val NoReboot = \"NoReboot\".asInstanceOf[RebootOption]\n\n    @inline def values = js.Array(RebootIfNeeded, NoReboot)\n  }\n\n  @js.native\n  trait RegisterDefaultPatchBaselineRequest extends js.Object {\n    var BaselineId: BaselineId\n  }\n\n  object RegisterDefaultPatchBaselineRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId\n    ): RegisterDefaultPatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterDefaultPatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterDefaultPatchBaselineResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n  }\n\n  object RegisterDefaultPatchBaselineResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined\n    ): RegisterDefaultPatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterDefaultPatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait RegisterPatchBaselineForPatchGroupRequest extends js.Object {\n    var BaselineId: BaselineId\n    var PatchGroup: PatchGroup\n  }\n\n  object RegisterPatchBaselineForPatchGroupRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId,\n        PatchGroup: PatchGroup\n    ): RegisterPatchBaselineForPatchGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any],\n        \"PatchGroup\" -> PatchGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterPatchBaselineForPatchGroupRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterPatchBaselineForPatchGroupResult extends js.Object {\n    var BaselineId: js.UndefOr[BaselineId]\n    var PatchGroup: js.UndefOr[PatchGroup]\n  }\n\n  object RegisterPatchBaselineForPatchGroupResult {\n    @inline\n    def apply(\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        PatchGroup: js.UndefOr[PatchGroup] = js.undefined\n    ): RegisterPatchBaselineForPatchGroupResult = {\n      val __obj = js.Dynamic.literal()\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      PatchGroup.foreach(__v => __obj.updateDynamic(\"PatchGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterPatchBaselineForPatchGroupResult]\n    }\n  }\n\n  @js.native\n  trait RegisterTargetWithMaintenanceWindowRequest extends js.Object {\n    var ResourceType: MaintenanceWindowResourceType\n    var Targets: Targets\n    var WindowId: MaintenanceWindowId\n    var ClientToken: js.UndefOr[ClientToken]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n  }\n\n  object RegisterTargetWithMaintenanceWindowRequest {\n    @inline\n    def apply(\n        ResourceType: MaintenanceWindowResourceType,\n        Targets: Targets,\n        WindowId: MaintenanceWindowId,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined\n    ): RegisterTargetWithMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"Targets\" -> Targets.asInstanceOf[js.Any],\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterTargetWithMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterTargetWithMaintenanceWindowResult extends js.Object {\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTargetId]\n  }\n\n  object RegisterTargetWithMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowTargetId: js.UndefOr[MaintenanceWindowTargetId] = js.undefined\n    ): RegisterTargetWithMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterTargetWithMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait RegisterTaskWithMaintenanceWindowRequest extends js.Object {\n    var TaskArn: MaintenanceWindowTaskArn\n    var TaskType: MaintenanceWindowTaskType\n    var WindowId: MaintenanceWindowId\n    var ClientToken: js.UndefOr[ClientToken]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var LoggingInfo: js.UndefOr[LoggingInfo]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters]\n  }\n\n  object RegisterTaskWithMaintenanceWindowRequest {\n    @inline\n    def apply(\n        TaskArn: MaintenanceWindowTaskArn,\n        TaskType: MaintenanceWindowTaskType,\n        WindowId: MaintenanceWindowId,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        LoggingInfo: js.UndefOr[LoggingInfo] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters] = js.undefined\n    ): RegisterTaskWithMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TaskArn\" -> TaskArn.asInstanceOf[js.Any],\n        \"TaskType\" -> TaskType.asInstanceOf[js.Any],\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LoggingInfo.foreach(__v => __obj.updateDynamic(\"LoggingInfo\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TaskInvocationParameters.foreach(__v => __obj.updateDynamic(\"TaskInvocationParameters\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterTaskWithMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterTaskWithMaintenanceWindowResult extends js.Object {\n    var WindowTaskId: js.UndefOr[MaintenanceWindowTaskId]\n  }\n\n  object RegisterTaskWithMaintenanceWindowResult {\n    @inline\n    def apply(\n        WindowTaskId: js.UndefOr[MaintenanceWindowTaskId] = js.undefined\n    ): RegisterTaskWithMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      WindowTaskId.foreach(__v => __obj.updateDynamic(\"WindowTaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterTaskWithMaintenanceWindowResult]\n    }\n  }\n\n  \/** An OpsItems that shares something in common with the current OpsItem. For example, related OpsItems can include OpsItems with similar error messages, impacted resources, or statuses for the impacted resource.\n    *\/\n  @js.native\n  trait RelatedOpsItem extends js.Object {\n    var OpsItemId: String\n  }\n\n  object RelatedOpsItem {\n    @inline\n    def apply(\n        OpsItemId: String\n    ): RelatedOpsItem = {\n      val __obj = js.Dynamic.literal(\n        \"OpsItemId\" -> OpsItemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RelatedOpsItem]\n    }\n  }\n\n  @js.native\n  trait RemoveTagsFromResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var ResourceType: ResourceTypeForTagging\n    var TagKeys: KeyList\n  }\n\n  object RemoveTagsFromResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        ResourceType: ResourceTypeForTagging,\n        TagKeys: KeyList\n    ): RemoveTagsFromResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ResourceType\" -> ResourceType.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveTagsFromResourceResult extends js.Object\n\n  object RemoveTagsFromResourceResult {\n    @inline\n    def apply(): RemoveTagsFromResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RemoveTagsFromResourceResult]\n    }\n  }\n\n  \/** The request body of the ResetServiceSetting API action.\n    *\/\n  @js.native\n  trait ResetServiceSettingRequest extends js.Object {\n    var SettingId: ServiceSettingId\n  }\n\n  object ResetServiceSettingRequest {\n    @inline\n    def apply(\n        SettingId: ServiceSettingId\n    ): ResetServiceSettingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SettingId\" -> SettingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResetServiceSettingRequest]\n    }\n  }\n\n  \/** The result body of the ResetServiceSetting API action.\n    *\/\n  @js.native\n  trait ResetServiceSettingResult extends js.Object {\n    var ServiceSetting: js.UndefOr[ServiceSetting]\n  }\n\n  object ResetServiceSettingResult {\n    @inline\n    def apply(\n        ServiceSetting: js.UndefOr[ServiceSetting] = js.undefined\n    ): ResetServiceSettingResult = {\n      val __obj = js.Dynamic.literal()\n      ServiceSetting.foreach(__v => __obj.updateDynamic(\"ServiceSetting\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetServiceSettingResult]\n    }\n  }\n\n  \/** Information about targets that resolved during the Automation execution.\n    *\/\n  @js.native\n  trait ResolvedTargets extends js.Object {\n    var ParameterValues: js.UndefOr[TargetParameterList]\n    var Truncated: js.UndefOr[Boolean]\n  }\n\n  object ResolvedTargets {\n    @inline\n    def apply(\n        ParameterValues: js.UndefOr[TargetParameterList] = js.undefined,\n        Truncated: js.UndefOr[Boolean] = js.undefined\n    ): ResolvedTargets = {\n      val __obj = js.Dynamic.literal()\n      ParameterValues.foreach(__v => __obj.updateDynamic(\"ParameterValues\")(__v.asInstanceOf[js.Any]))\n      Truncated.foreach(__v => __obj.updateDynamic(\"Truncated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolvedTargets]\n    }\n  }\n\n  \/** Compliance summary information for a specific resource.\n    *\/\n  @js.native\n  trait ResourceComplianceSummaryItem extends js.Object {\n    var ComplianceType: js.UndefOr[ComplianceTypeName]\n    var CompliantSummary: js.UndefOr[CompliantSummary]\n    var ExecutionSummary: js.UndefOr[ComplianceExecutionSummary]\n    var NonCompliantSummary: js.UndefOr[NonCompliantSummary]\n    var OverallSeverity: js.UndefOr[ComplianceSeverity]\n    var ResourceId: js.UndefOr[ComplianceResourceId]\n    var ResourceType: js.UndefOr[ComplianceResourceType]\n    var Status: js.UndefOr[ComplianceStatus]\n  }\n\n  object ResourceComplianceSummaryItem {\n    @inline\n    def apply(\n        ComplianceType: js.UndefOr[ComplianceTypeName] = js.undefined,\n        CompliantSummary: js.UndefOr[CompliantSummary] = js.undefined,\n        ExecutionSummary: js.UndefOr[ComplianceExecutionSummary] = js.undefined,\n        NonCompliantSummary: js.UndefOr[NonCompliantSummary] = js.undefined,\n        OverallSeverity: js.UndefOr[ComplianceSeverity] = js.undefined,\n        ResourceId: js.UndefOr[ComplianceResourceId] = js.undefined,\n        ResourceType: js.UndefOr[ComplianceResourceType] = js.undefined,\n        Status: js.UndefOr[ComplianceStatus] = js.undefined\n    ): ResourceComplianceSummaryItem = {\n      val __obj = js.Dynamic.literal()\n      ComplianceType.foreach(__v => __obj.updateDynamic(\"ComplianceType\")(__v.asInstanceOf[js.Any]))\n      CompliantSummary.foreach(__v => __obj.updateDynamic(\"CompliantSummary\")(__v.asInstanceOf[js.Any]))\n      ExecutionSummary.foreach(__v => __obj.updateDynamic(\"ExecutionSummary\")(__v.asInstanceOf[js.Any]))\n      NonCompliantSummary.foreach(__v => __obj.updateDynamic(\"NonCompliantSummary\")(__v.asInstanceOf[js.Any]))\n      OverallSeverity.foreach(__v => __obj.updateDynamic(\"OverallSeverity\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceComplianceSummaryItem]\n    }\n  }\n\n  \/** Information about the AwsOrganizationsSource resource data sync source. A sync source of this type can synchronize data from AWS Organizations or, if an AWS Organization is not present, from multiple AWS Regions.\n    *\/\n  @js.native\n  trait ResourceDataSyncAwsOrganizationsSource extends js.Object {\n    var OrganizationSourceType: ResourceDataSyncOrganizationSourceType\n    var OrganizationalUnits: js.UndefOr[ResourceDataSyncOrganizationalUnitList]\n  }\n\n  object ResourceDataSyncAwsOrganizationsSource {\n    @inline\n    def apply(\n        OrganizationSourceType: ResourceDataSyncOrganizationSourceType,\n        OrganizationalUnits: js.UndefOr[ResourceDataSyncOrganizationalUnitList] = js.undefined\n    ): ResourceDataSyncAwsOrganizationsSource = {\n      val __obj = js.Dynamic.literal(\n        \"OrganizationSourceType\" -> OrganizationSourceType.asInstanceOf[js.Any]\n      )\n\n      OrganizationalUnits.foreach(__v => __obj.updateDynamic(\"OrganizationalUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncAwsOrganizationsSource]\n    }\n  }\n\n  \/** Synchronize Systems Manager Inventory data from multiple AWS accounts defined in AWS Organizations to a centralized S3 bucket. Data is synchronized to individual key prefixes in the central bucket. Each key prefix represents a different AWS account ID.\n    *\/\n  @js.native\n  trait ResourceDataSyncDestinationDataSharing extends js.Object {\n    var DestinationDataSharingType: js.UndefOr[ResourceDataSyncDestinationDataSharingType]\n  }\n\n  object ResourceDataSyncDestinationDataSharing {\n    @inline\n    def apply(\n        DestinationDataSharingType: js.UndefOr[ResourceDataSyncDestinationDataSharingType] = js.undefined\n    ): ResourceDataSyncDestinationDataSharing = {\n      val __obj = js.Dynamic.literal()\n      DestinationDataSharingType.foreach(__v => __obj.updateDynamic(\"DestinationDataSharingType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncDestinationDataSharing]\n    }\n  }\n\n  \/** Information about a Resource Data Sync configuration, including its current status and last successful sync.\n    *\/\n  @js.native\n  trait ResourceDataSyncItem extends js.Object {\n    var LastStatus: js.UndefOr[LastResourceDataSyncStatus]\n    var LastSuccessfulSyncTime: js.UndefOr[LastSuccessfulResourceDataSyncTime]\n    var LastSyncStatusMessage: js.UndefOr[LastResourceDataSyncMessage]\n    var LastSyncTime: js.UndefOr[LastResourceDataSyncTime]\n    var S3Destination: js.UndefOr[ResourceDataSyncS3Destination]\n    var SyncCreatedTime: js.UndefOr[ResourceDataSyncCreatedTime]\n    var SyncLastModifiedTime: js.UndefOr[ResourceDataSyncLastModifiedTime]\n    var SyncName: js.UndefOr[ResourceDataSyncName]\n    var SyncSource: js.UndefOr[ResourceDataSyncSourceWithState]\n    var SyncType: js.UndefOr[ResourceDataSyncType]\n  }\n\n  object ResourceDataSyncItem {\n    @inline\n    def apply(\n        LastStatus: js.UndefOr[LastResourceDataSyncStatus] = js.undefined,\n        LastSuccessfulSyncTime: js.UndefOr[LastSuccessfulResourceDataSyncTime] = js.undefined,\n        LastSyncStatusMessage: js.UndefOr[LastResourceDataSyncMessage] = js.undefined,\n        LastSyncTime: js.UndefOr[LastResourceDataSyncTime] = js.undefined,\n        S3Destination: js.UndefOr[ResourceDataSyncS3Destination] = js.undefined,\n        SyncCreatedTime: js.UndefOr[ResourceDataSyncCreatedTime] = js.undefined,\n        SyncLastModifiedTime: js.UndefOr[ResourceDataSyncLastModifiedTime] = js.undefined,\n        SyncName: js.UndefOr[ResourceDataSyncName] = js.undefined,\n        SyncSource: js.UndefOr[ResourceDataSyncSourceWithState] = js.undefined,\n        SyncType: js.UndefOr[ResourceDataSyncType] = js.undefined\n    ): ResourceDataSyncItem = {\n      val __obj = js.Dynamic.literal()\n      LastStatus.foreach(__v => __obj.updateDynamic(\"LastStatus\")(__v.asInstanceOf[js.Any]))\n      LastSuccessfulSyncTime.foreach(__v => __obj.updateDynamic(\"LastSuccessfulSyncTime\")(__v.asInstanceOf[js.Any]))\n      LastSyncStatusMessage.foreach(__v => __obj.updateDynamic(\"LastSyncStatusMessage\")(__v.asInstanceOf[js.Any]))\n      LastSyncTime.foreach(__v => __obj.updateDynamic(\"LastSyncTime\")(__v.asInstanceOf[js.Any]))\n      S3Destination.foreach(__v => __obj.updateDynamic(\"S3Destination\")(__v.asInstanceOf[js.Any]))\n      SyncCreatedTime.foreach(__v => __obj.updateDynamic(\"SyncCreatedTime\")(__v.asInstanceOf[js.Any]))\n      SyncLastModifiedTime.foreach(__v => __obj.updateDynamic(\"SyncLastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      SyncName.foreach(__v => __obj.updateDynamic(\"SyncName\")(__v.asInstanceOf[js.Any]))\n      SyncSource.foreach(__v => __obj.updateDynamic(\"SyncSource\")(__v.asInstanceOf[js.Any]))\n      SyncType.foreach(__v => __obj.updateDynamic(\"SyncType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncItem]\n    }\n  }\n\n  \/** The AWS Organizations organizational unit data source for the sync.\n    *\/\n  @js.native\n  trait ResourceDataSyncOrganizationalUnit extends js.Object {\n    var OrganizationalUnitId: js.UndefOr[ResourceDataSyncOrganizationalUnitId]\n  }\n\n  object ResourceDataSyncOrganizationalUnit {\n    @inline\n    def apply(\n        OrganizationalUnitId: js.UndefOr[ResourceDataSyncOrganizationalUnitId] = js.undefined\n    ): ResourceDataSyncOrganizationalUnit = {\n      val __obj = js.Dynamic.literal()\n      OrganizationalUnitId.foreach(__v => __obj.updateDynamic(\"OrganizationalUnitId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncOrganizationalUnit]\n    }\n  }\n\n  \/** Information about the target S3 bucket for the Resource Data Sync.\n    *\/\n  @js.native\n  trait ResourceDataSyncS3Destination extends js.Object {\n    var BucketName: ResourceDataSyncS3BucketName\n    var Region: ResourceDataSyncS3Region\n    var SyncFormat: ResourceDataSyncS3Format\n    var AWSKMSKeyARN: js.UndefOr[ResourceDataSyncAWSKMSKeyARN]\n    var DestinationDataSharing: js.UndefOr[ResourceDataSyncDestinationDataSharing]\n    var Prefix: js.UndefOr[ResourceDataSyncS3Prefix]\n  }\n\n  object ResourceDataSyncS3Destination {\n    @inline\n    def apply(\n        BucketName: ResourceDataSyncS3BucketName,\n        Region: ResourceDataSyncS3Region,\n        SyncFormat: ResourceDataSyncS3Format,\n        AWSKMSKeyARN: js.UndefOr[ResourceDataSyncAWSKMSKeyARN] = js.undefined,\n        DestinationDataSharing: js.UndefOr[ResourceDataSyncDestinationDataSharing] = js.undefined,\n        Prefix: js.UndefOr[ResourceDataSyncS3Prefix] = js.undefined\n    ): ResourceDataSyncS3Destination = {\n      val __obj = js.Dynamic.literal(\n        \"BucketName\" -> BucketName.asInstanceOf[js.Any],\n        \"Region\" -> Region.asInstanceOf[js.Any],\n        \"SyncFormat\" -> SyncFormat.asInstanceOf[js.Any]\n      )\n\n      AWSKMSKeyARN.foreach(__v => __obj.updateDynamic(\"AWSKMSKeyARN\")(__v.asInstanceOf[js.Any]))\n      DestinationDataSharing.foreach(__v => __obj.updateDynamic(\"DestinationDataSharing\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncS3Destination]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceDataSyncS3Format extends js.Any\n  object ResourceDataSyncS3Format {\n    val JsonSerDe = \"JsonSerDe\".asInstanceOf[ResourceDataSyncS3Format]\n\n    @inline def values = js.Array(JsonSerDe)\n  }\n\n  \/** Information about the source of the data included in the resource data sync.\n    *\/\n  @js.native\n  trait ResourceDataSyncSource extends js.Object {\n    var SourceRegions: ResourceDataSyncSourceRegionList\n    var SourceType: ResourceDataSyncSourceType\n    var AwsOrganizationsSource: js.UndefOr[ResourceDataSyncAwsOrganizationsSource]\n    var EnableAllOpsDataSources: js.UndefOr[ResourceDataSyncEnableAllOpsDataSources]\n    var IncludeFutureRegions: js.UndefOr[ResourceDataSyncIncludeFutureRegions]\n  }\n\n  object ResourceDataSyncSource {\n    @inline\n    def apply(\n        SourceRegions: ResourceDataSyncSourceRegionList,\n        SourceType: ResourceDataSyncSourceType,\n        AwsOrganizationsSource: js.UndefOr[ResourceDataSyncAwsOrganizationsSource] = js.undefined,\n        EnableAllOpsDataSources: js.UndefOr[ResourceDataSyncEnableAllOpsDataSources] = js.undefined,\n        IncludeFutureRegions: js.UndefOr[ResourceDataSyncIncludeFutureRegions] = js.undefined\n    ): ResourceDataSyncSource = {\n      val __obj = js.Dynamic.literal(\n        \"SourceRegions\" -> SourceRegions.asInstanceOf[js.Any],\n        \"SourceType\" -> SourceType.asInstanceOf[js.Any]\n      )\n\n      AwsOrganizationsSource.foreach(__v => __obj.updateDynamic(\"AwsOrganizationsSource\")(__v.asInstanceOf[js.Any]))\n      EnableAllOpsDataSources.foreach(__v => __obj.updateDynamic(\"EnableAllOpsDataSources\")(__v.asInstanceOf[js.Any]))\n      IncludeFutureRegions.foreach(__v => __obj.updateDynamic(\"IncludeFutureRegions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncSource]\n    }\n  }\n\n  \/** The data type name for including resource data sync state. There are four sync states: <code>OrganizationNotExists<\/code> (Your organization doesn't exist) <code>NoPermissions<\/code> (The system can't locate the service-linked role. This role is automatically created when a user creates a resource data sync in Explorer.) <code>InvalidOrganizationalUnit<\/code> (You specified or selected an invalid unit in the resource data sync configuration.) <code>TrustedAccessDisabled<\/code> (You disabled Systems Manager access in the organization in AWS Organizations.)\n    *\/\n  @js.native\n  trait ResourceDataSyncSourceWithState extends js.Object {\n    var AwsOrganizationsSource: js.UndefOr[ResourceDataSyncAwsOrganizationsSource]\n    var EnableAllOpsDataSources: js.UndefOr[ResourceDataSyncEnableAllOpsDataSources]\n    var IncludeFutureRegions: js.UndefOr[ResourceDataSyncIncludeFutureRegions]\n    var SourceRegions: js.UndefOr[ResourceDataSyncSourceRegionList]\n    var SourceType: js.UndefOr[ResourceDataSyncSourceType]\n    var State: js.UndefOr[ResourceDataSyncState]\n  }\n\n  object ResourceDataSyncSourceWithState {\n    @inline\n    def apply(\n        AwsOrganizationsSource: js.UndefOr[ResourceDataSyncAwsOrganizationsSource] = js.undefined,\n        EnableAllOpsDataSources: js.UndefOr[ResourceDataSyncEnableAllOpsDataSources] = js.undefined,\n        IncludeFutureRegions: js.UndefOr[ResourceDataSyncIncludeFutureRegions] = js.undefined,\n        SourceRegions: js.UndefOr[ResourceDataSyncSourceRegionList] = js.undefined,\n        SourceType: js.UndefOr[ResourceDataSyncSourceType] = js.undefined,\n        State: js.UndefOr[ResourceDataSyncState] = js.undefined\n    ): ResourceDataSyncSourceWithState = {\n      val __obj = js.Dynamic.literal()\n      AwsOrganizationsSource.foreach(__v => __obj.updateDynamic(\"AwsOrganizationsSource\")(__v.asInstanceOf[js.Any]))\n      EnableAllOpsDataSources.foreach(__v => __obj.updateDynamic(\"EnableAllOpsDataSources\")(__v.asInstanceOf[js.Any]))\n      IncludeFutureRegions.foreach(__v => __obj.updateDynamic(\"IncludeFutureRegions\")(__v.asInstanceOf[js.Any]))\n      SourceRegions.foreach(__v => __obj.updateDynamic(\"SourceRegions\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceDataSyncSourceWithState]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val ManagedInstance = \"ManagedInstance\".asInstanceOf[ResourceType]\n    val Document = \"Document\".asInstanceOf[ResourceType]\n    val EC2Instance = \"EC2Instance\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(ManagedInstance, Document, EC2Instance)\n  }\n\n  @js.native\n  sealed trait ResourceTypeForTagging extends js.Any\n  object ResourceTypeForTagging {\n    val Document = \"Document\".asInstanceOf[ResourceTypeForTagging]\n    val ManagedInstance = \"ManagedInstance\".asInstanceOf[ResourceTypeForTagging]\n    val MaintenanceWindow = \"MaintenanceWindow\".asInstanceOf[ResourceTypeForTagging]\n    val Parameter = \"Parameter\".asInstanceOf[ResourceTypeForTagging]\n    val PatchBaseline = \"PatchBaseline\".asInstanceOf[ResourceTypeForTagging]\n    val OpsItem = \"OpsItem\".asInstanceOf[ResourceTypeForTagging]\n    val OpsMetadata = \"OpsMetadata\".asInstanceOf[ResourceTypeForTagging]\n\n    @inline def values = js.Array(Document, ManagedInstance, MaintenanceWindow, Parameter, PatchBaseline, OpsItem, OpsMetadata)\n  }\n\n  \/** The inventory item result attribute.\n    *\/\n  @js.native\n  trait ResultAttribute extends js.Object {\n    var TypeName: InventoryItemTypeName\n  }\n\n  object ResultAttribute {\n    @inline\n    def apply(\n        TypeName: InventoryItemTypeName\n    ): ResultAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"TypeName\" -> TypeName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResultAttribute]\n    }\n  }\n\n  @js.native\n  trait ResumeSessionRequest extends js.Object {\n    var SessionId: SessionId\n  }\n\n  object ResumeSessionRequest {\n    @inline\n    def apply(\n        SessionId: SessionId\n    ): ResumeSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SessionId\" -> SessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResumeSessionRequest]\n    }\n  }\n\n  @js.native\n  trait ResumeSessionResponse extends js.Object {\n    var SessionId: js.UndefOr[SessionId]\n    var StreamUrl: js.UndefOr[StreamUrl]\n    var TokenValue: js.UndefOr[TokenValue]\n  }\n\n  object ResumeSessionResponse {\n    @inline\n    def apply(\n        SessionId: js.UndefOr[SessionId] = js.undefined,\n        StreamUrl: js.UndefOr[StreamUrl] = js.undefined,\n        TokenValue: js.UndefOr[TokenValue] = js.undefined\n    ): ResumeSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      StreamUrl.foreach(__v => __obj.updateDynamic(\"StreamUrl\")(__v.asInstanceOf[js.Any]))\n      TokenValue.foreach(__v => __obj.updateDynamic(\"TokenValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResumeSessionResponse]\n    }\n  }\n\n  \/** Information about the result of a document review request.\n    *\/\n  @js.native\n  trait ReviewInformation extends js.Object {\n    var ReviewedTime: js.UndefOr[DateTime]\n    var Reviewer: js.UndefOr[Reviewer]\n    var Status: js.UndefOr[ReviewStatus]\n  }\n\n  object ReviewInformation {\n    @inline\n    def apply(\n        ReviewedTime: js.UndefOr[DateTime] = js.undefined,\n        Reviewer: js.UndefOr[Reviewer] = js.undefined,\n        Status: js.UndefOr[ReviewStatus] = js.undefined\n    ): ReviewInformation = {\n      val __obj = js.Dynamic.literal()\n      ReviewedTime.foreach(__v => __obj.updateDynamic(\"ReviewedTime\")(__v.asInstanceOf[js.Any]))\n      Reviewer.foreach(__v => __obj.updateDynamic(\"Reviewer\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReviewInformation]\n    }\n  }\n\n  @js.native\n  sealed trait ReviewStatus extends js.Any\n  object ReviewStatus {\n    val APPROVED = \"APPROVED\".asInstanceOf[ReviewStatus]\n    val NOT_REVIEWED = \"NOT_REVIEWED\".asInstanceOf[ReviewStatus]\n    val PENDING = \"PENDING\".asInstanceOf[ReviewStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[ReviewStatus]\n\n    @inline def values = js.Array(APPROVED, NOT_REVIEWED, PENDING, REJECTED)\n  }\n\n  \/** Information about an Automation runbook (Automation document) used in a runbook workflow in Change Manager.\n    *\n    * '''Note:'''The Automation runbooks specified for the runbook workflow can't run until all required approvals for the change request have been received.\n    *\/\n  @js.native\n  trait Runbook extends js.Object {\n    var DocumentName: DocumentARN\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Parameters: js.UndefOr[AutomationParameterMap]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var TargetParameterName: js.UndefOr[AutomationParameterKey]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object Runbook {\n    @inline\n    def apply(\n        DocumentName: DocumentARN,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Parameters: js.UndefOr[AutomationParameterMap] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        TargetParameterName: js.UndefOr[AutomationParameterKey] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): Runbook = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentName\" -> DocumentName.asInstanceOf[js.Any]\n      )\n\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      TargetParameterName.foreach(__v => __obj.updateDynamic(\"TargetParameterName\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Runbook]\n    }\n  }\n\n  \/** An S3 bucket where you want to store the results of this request.\n    *\/\n  @js.native\n  trait S3OutputLocation extends js.Object {\n    var OutputS3BucketName: js.UndefOr[S3BucketName]\n    var OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix]\n    var OutputS3Region: js.UndefOr[S3Region]\n  }\n\n  object S3OutputLocation {\n    @inline\n    def apply(\n        OutputS3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        OutputS3Region: js.UndefOr[S3Region] = js.undefined\n    ): S3OutputLocation = {\n      val __obj = js.Dynamic.literal()\n      OutputS3BucketName.foreach(__v => __obj.updateDynamic(\"OutputS3BucketName\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      OutputS3Region.foreach(__v => __obj.updateDynamic(\"OutputS3Region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3OutputLocation]\n    }\n  }\n\n  \/** A URL for the S3 bucket where you want to store the results of this request.\n    *\/\n  @js.native\n  trait S3OutputUrl extends js.Object {\n    var OutputUrl: js.UndefOr[Url]\n  }\n\n  object S3OutputUrl {\n    @inline\n    def apply(\n        OutputUrl: js.UndefOr[Url] = js.undefined\n    ): S3OutputUrl = {\n      val __obj = js.Dynamic.literal()\n      OutputUrl.foreach(__v => __obj.updateDynamic(\"OutputUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3OutputUrl]\n    }\n  }\n\n  \/** Information about a scheduled execution for a maintenance window.\n    *\/\n  @js.native\n  trait ScheduledWindowExecution extends js.Object {\n    var ExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object ScheduledWindowExecution {\n    @inline\n    def apply(\n        ExecutionTime: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): ScheduledWindowExecution = {\n      val __obj = js.Dynamic.literal()\n      ExecutionTime.foreach(__v => __obj.updateDynamic(\"ExecutionTime\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScheduledWindowExecution]\n    }\n  }\n\n  @js.native\n  trait SendAutomationSignalRequest extends js.Object {\n    var AutomationExecutionId: AutomationExecutionId\n    var SignalType: SignalType\n    var Payload: js.UndefOr[AutomationParameterMap]\n  }\n\n  object SendAutomationSignalRequest {\n    @inline\n    def apply(\n        AutomationExecutionId: AutomationExecutionId,\n        SignalType: SignalType,\n        Payload: js.UndefOr[AutomationParameterMap] = js.undefined\n    ): SendAutomationSignalRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutomationExecutionId\" -> AutomationExecutionId.asInstanceOf[js.Any],\n        \"SignalType\" -> SignalType.asInstanceOf[js.Any]\n      )\n\n      Payload.foreach(__v => __obj.updateDynamic(\"Payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendAutomationSignalRequest]\n    }\n  }\n\n  @js.native\n  trait SendAutomationSignalResult extends js.Object\n\n  object SendAutomationSignalResult {\n    @inline\n    def apply(): SendAutomationSignalResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SendAutomationSignalResult]\n    }\n  }\n\n  @js.native\n  trait SendCommandRequest extends js.Object {\n    var DocumentName: DocumentARN\n    var CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig]\n    var Comment: js.UndefOr[Comment]\n    var DocumentHash: js.UndefOr[DocumentHash]\n    var DocumentHashType: js.UndefOr[DocumentHashType]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var InstanceIds: js.UndefOr[InstanceIdList]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var NotificationConfig: js.UndefOr[NotificationConfig]\n    var OutputS3BucketName: js.UndefOr[S3BucketName]\n    var OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix]\n    var OutputS3Region: js.UndefOr[S3Region]\n    var Parameters: js.UndefOr[Parameters]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TimeoutSeconds: js.UndefOr[TimeoutSeconds]\n  }\n\n  object SendCommandRequest {\n    @inline\n    def apply(\n        DocumentName: DocumentARN,\n        CloudWatchOutputConfig: js.UndefOr[CloudWatchOutputConfig] = js.undefined,\n        Comment: js.UndefOr[Comment] = js.undefined,\n        DocumentHash: js.UndefOr[DocumentHash] = js.undefined,\n        DocumentHashType: js.UndefOr[DocumentHashType] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        InstanceIds: js.UndefOr[InstanceIdList] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        NotificationConfig: js.UndefOr[NotificationConfig] = js.undefined,\n        OutputS3BucketName: js.UndefOr[S3BucketName] = js.undefined,\n        OutputS3KeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        OutputS3Region: js.UndefOr[S3Region] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TimeoutSeconds: js.UndefOr[TimeoutSeconds] = js.undefined\n    ): SendCommandRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentName\" -> DocumentName.asInstanceOf[js.Any]\n      )\n\n      CloudWatchOutputConfig.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputConfig\")(__v.asInstanceOf[js.Any]))\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      DocumentHash.foreach(__v => __obj.updateDynamic(\"DocumentHash\")(__v.asInstanceOf[js.Any]))\n      DocumentHashType.foreach(__v => __obj.updateDynamic(\"DocumentHashType\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceIds.foreach(__v => __obj.updateDynamic(\"InstanceIds\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      NotificationConfig.foreach(__v => __obj.updateDynamic(\"NotificationConfig\")(__v.asInstanceOf[js.Any]))\n      OutputS3BucketName.foreach(__v => __obj.updateDynamic(\"OutputS3BucketName\")(__v.asInstanceOf[js.Any]))\n      OutputS3KeyPrefix.foreach(__v => __obj.updateDynamic(\"OutputS3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      OutputS3Region.foreach(__v => __obj.updateDynamic(\"OutputS3Region\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TimeoutSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendCommandRequest]\n    }\n  }\n\n  @js.native\n  trait SendCommandResult extends js.Object {\n    var Command: js.UndefOr[Command]\n  }\n\n  object SendCommandResult {\n    @inline\n    def apply(\n        Command: js.UndefOr[Command] = js.undefined\n    ): SendCommandResult = {\n      val __obj = js.Dynamic.literal()\n      Command.foreach(__v => __obj.updateDynamic(\"Command\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendCommandResult]\n    }\n  }\n\n  \/** The service setting data structure. <code>ServiceSetting<\/code> is an account-level setting for an AWS service. This setting defines how a user interacts with or uses a service or a feature of a service. For example, if an AWS service charges money to the account based on feature or service usage, then the AWS service team might create a default setting of \"false\". This means the user can't use this feature unless they change the setting to \"true\" and intentionally opt in for a paid feature. Services map a <code>SettingId<\/code> object to a setting value. AWS services teams define the default value for a <code>SettingId<\/code>. You can't create a new <code>SettingId<\/code>, but you can overwrite the default value if you have the <code>ssm:UpdateServiceSetting<\/code> permission for the setting. Use the <a>UpdateServiceSetting<\/a> API action to change the default setting. Or, use the <a>ResetServiceSetting<\/a> to change the value back to the original value defined by the AWS\n    * service team.\n    *\/\n  @js.native\n  trait ServiceSetting extends js.Object {\n    var ARN: js.UndefOr[String]\n    var LastModifiedDate: js.UndefOr[DateTime]\n    var LastModifiedUser: js.UndefOr[String]\n    var SettingId: js.UndefOr[ServiceSettingId]\n    var SettingValue: js.UndefOr[ServiceSettingValue]\n    var Status: js.UndefOr[String]\n  }\n\n  object ServiceSetting {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        LastModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        LastModifiedUser: js.UndefOr[String] = js.undefined,\n        SettingId: js.UndefOr[ServiceSettingId] = js.undefined,\n        SettingValue: js.UndefOr[ServiceSettingValue] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): ServiceSetting = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      LastModifiedDate.foreach(__v => __obj.updateDynamic(\"LastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      LastModifiedUser.foreach(__v => __obj.updateDynamic(\"LastModifiedUser\")(__v.asInstanceOf[js.Any]))\n      SettingId.foreach(__v => __obj.updateDynamic(\"SettingId\")(__v.asInstanceOf[js.Any]))\n      SettingValue.foreach(__v => __obj.updateDynamic(\"SettingValue\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceSetting]\n    }\n  }\n\n  \/** Information about a Session Manager connection to an instance.\n    *\/\n  @js.native\n  trait Session extends js.Object {\n    var Details: js.UndefOr[SessionDetails]\n    var DocumentName: js.UndefOr[DocumentName]\n    var EndDate: js.UndefOr[DateTime]\n    var OutputUrl: js.UndefOr[SessionManagerOutputUrl]\n    var Owner: js.UndefOr[SessionOwner]\n    var SessionId: js.UndefOr[SessionId]\n    var StartDate: js.UndefOr[DateTime]\n    var Status: js.UndefOr[SessionStatus]\n    var Target: js.UndefOr[SessionTarget]\n  }\n\n  object Session {\n    @inline\n    def apply(\n        Details: js.UndefOr[SessionDetails] = js.undefined,\n        DocumentName: js.UndefOr[DocumentName] = js.undefined,\n        EndDate: js.UndefOr[DateTime] = js.undefined,\n        OutputUrl: js.UndefOr[SessionManagerOutputUrl] = js.undefined,\n        Owner: js.UndefOr[SessionOwner] = js.undefined,\n        SessionId: js.UndefOr[SessionId] = js.undefined,\n        StartDate: js.UndefOr[DateTime] = js.undefined,\n        Status: js.UndefOr[SessionStatus] = js.undefined,\n        Target: js.UndefOr[SessionTarget] = js.undefined\n    ): Session = {\n      val __obj = js.Dynamic.literal()\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      OutputUrl.foreach(__v => __obj.updateDynamic(\"OutputUrl\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Target.foreach(__v => __obj.updateDynamic(\"Target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Session]\n    }\n  }\n\n  \/** Describes a filter for Session Manager information.\n    *\/\n  @js.native\n  trait SessionFilter extends js.Object {\n    var key: SessionFilterKey\n    var value: SessionFilterValue\n  }\n\n  object SessionFilter {\n    @inline\n    def apply(\n        key: SessionFilterKey,\n        value: SessionFilterValue\n    ): SessionFilter = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SessionFilter]\n    }\n  }\n\n  @js.native\n  sealed trait SessionFilterKey extends js.Any\n  object SessionFilterKey {\n    val InvokedAfter = \"InvokedAfter\".asInstanceOf[SessionFilterKey]\n    val InvokedBefore = \"InvokedBefore\".asInstanceOf[SessionFilterKey]\n    val Target = \"Target\".asInstanceOf[SessionFilterKey]\n    val Owner = \"Owner\".asInstanceOf[SessionFilterKey]\n    val Status = \"Status\".asInstanceOf[SessionFilterKey]\n    val SessionId = \"SessionId\".asInstanceOf[SessionFilterKey]\n\n    @inline def values = js.Array(InvokedAfter, InvokedBefore, Target, Owner, Status, SessionId)\n  }\n\n  \/** Reserved for future use.\n    *\/\n  @js.native\n  trait SessionManagerOutputUrl extends js.Object {\n    var CloudWatchOutputUrl: js.UndefOr[SessionManagerCloudWatchOutputUrl]\n    var S3OutputUrl: js.UndefOr[SessionManagerS3OutputUrl]\n  }\n\n  object SessionManagerOutputUrl {\n    @inline\n    def apply(\n        CloudWatchOutputUrl: js.UndefOr[SessionManagerCloudWatchOutputUrl] = js.undefined,\n        S3OutputUrl: js.UndefOr[SessionManagerS3OutputUrl] = js.undefined\n    ): SessionManagerOutputUrl = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchOutputUrl.foreach(__v => __obj.updateDynamic(\"CloudWatchOutputUrl\")(__v.asInstanceOf[js.Any]))\n      S3OutputUrl.foreach(__v => __obj.updateDynamic(\"S3OutputUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SessionManagerOutputUrl]\n    }\n  }\n\n  @js.native\n  sealed trait SessionState extends js.Any\n  object SessionState {\n    val Active = \"Active\".asInstanceOf[SessionState]\n    val History = \"History\".asInstanceOf[SessionState]\n\n    @inline def values = js.Array(Active, History)\n  }\n\n  @js.native\n  sealed trait SessionStatus extends js.Any\n  object SessionStatus {\n    val Connected = \"Connected\".asInstanceOf[SessionStatus]\n    val Connecting = \"Connecting\".asInstanceOf[SessionStatus]\n    val Disconnected = \"Disconnected\".asInstanceOf[SessionStatus]\n    val Terminated = \"Terminated\".asInstanceOf[SessionStatus]\n    val Terminating = \"Terminating\".asInstanceOf[SessionStatus]\n    val Failed = \"Failed\".asInstanceOf[SessionStatus]\n\n    @inline def values = js.Array(Connected, Connecting, Disconnected, Terminated, Terminating, Failed)\n  }\n\n  \/** The number of managed instances found for each patch severity level defined in the request filter.\n    *\/\n  @js.native\n  trait SeveritySummary extends js.Object {\n    var CriticalCount: js.UndefOr[ComplianceSummaryCount]\n    var HighCount: js.UndefOr[ComplianceSummaryCount]\n    var InformationalCount: js.UndefOr[ComplianceSummaryCount]\n    var LowCount: js.UndefOr[ComplianceSummaryCount]\n    var MediumCount: js.UndefOr[ComplianceSummaryCount]\n    var UnspecifiedCount: js.UndefOr[ComplianceSummaryCount]\n  }\n\n  object SeveritySummary {\n    @inline\n    def apply(\n        CriticalCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        HighCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        InformationalCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        LowCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        MediumCount: js.UndefOr[ComplianceSummaryCount] = js.undefined,\n        UnspecifiedCount: js.UndefOr[ComplianceSummaryCount] = js.undefined\n    ): SeveritySummary = {\n      val __obj = js.Dynamic.literal()\n      CriticalCount.foreach(__v => __obj.updateDynamic(\"CriticalCount\")(__v.asInstanceOf[js.Any]))\n      HighCount.foreach(__v => __obj.updateDynamic(\"HighCount\")(__v.asInstanceOf[js.Any]))\n      InformationalCount.foreach(__v => __obj.updateDynamic(\"InformationalCount\")(__v.asInstanceOf[js.Any]))\n      LowCount.foreach(__v => __obj.updateDynamic(\"LowCount\")(__v.asInstanceOf[js.Any]))\n      MediumCount.foreach(__v => __obj.updateDynamic(\"MediumCount\")(__v.asInstanceOf[js.Any]))\n      UnspecifiedCount.foreach(__v => __obj.updateDynamic(\"UnspecifiedCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SeveritySummary]\n    }\n  }\n\n  @js.native\n  sealed trait SignalType extends js.Any\n  object SignalType {\n    val Approve = \"Approve\".asInstanceOf[SignalType]\n    val Reject = \"Reject\".asInstanceOf[SignalType]\n    val StartStep = \"StartStep\".asInstanceOf[SignalType]\n    val StopStep = \"StopStep\".asInstanceOf[SignalType]\n    val Resume = \"Resume\".asInstanceOf[SignalType]\n\n    @inline def values = js.Array(Approve, Reject, StartStep, StopStep, Resume)\n  }\n\n  @js.native\n  trait StartAssociationsOnceRequest extends js.Object {\n    var AssociationIds: AssociationIdList\n  }\n\n  object StartAssociationsOnceRequest {\n    @inline\n    def apply(\n        AssociationIds: AssociationIdList\n    ): StartAssociationsOnceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationIds\" -> AssociationIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartAssociationsOnceRequest]\n    }\n  }\n\n  @js.native\n  trait StartAssociationsOnceResult extends js.Object\n\n  object StartAssociationsOnceResult {\n    @inline\n    def apply(): StartAssociationsOnceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartAssociationsOnceResult]\n    }\n  }\n\n  @js.native\n  trait StartAutomationExecutionRequest extends js.Object {\n    var DocumentName: DocumentARN\n    var ClientToken: js.UndefOr[IdempotencyToken]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Mode: js.UndefOr[ExecutionMode]\n    var Parameters: js.UndefOr[AutomationParameterMap]\n    var Tags: js.UndefOr[TagList]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var TargetMaps: js.UndefOr[TargetMaps]\n    var TargetParameterName: js.UndefOr[AutomationParameterKey]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object StartAutomationExecutionRequest {\n    @inline\n    def apply(\n        DocumentName: DocumentARN,\n        ClientToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Mode: js.UndefOr[ExecutionMode] = js.undefined,\n        Parameters: js.UndefOr[AutomationParameterMap] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        TargetMaps: js.UndefOr[TargetMaps] = js.undefined,\n        TargetParameterName: js.UndefOr[AutomationParameterKey] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): StartAutomationExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentName\" -> DocumentName.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      TargetMaps.foreach(__v => __obj.updateDynamic(\"TargetMaps\")(__v.asInstanceOf[js.Any]))\n      TargetParameterName.foreach(__v => __obj.updateDynamic(\"TargetParameterName\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartAutomationExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StartAutomationExecutionResult extends js.Object {\n    var AutomationExecutionId: js.UndefOr[AutomationExecutionId]\n  }\n\n  object StartAutomationExecutionResult {\n    @inline\n    def apply(\n        AutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined\n    ): StartAutomationExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      AutomationExecutionId.foreach(__v => __obj.updateDynamic(\"AutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartAutomationExecutionResult]\n    }\n  }\n\n  @js.native\n  trait StartChangeRequestExecutionRequest extends js.Object {\n    var DocumentName: DocumentARN\n    var Runbooks: Runbooks\n    var ChangeDetails: js.UndefOr[ChangeDetailsValue]\n    var ChangeRequestName: js.UndefOr[ChangeRequestName]\n    var ClientToken: js.UndefOr[IdempotencyToken]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var Parameters: js.UndefOr[AutomationParameterMap]\n    var ScheduledEndTime: js.UndefOr[DateTime]\n    var ScheduledTime: js.UndefOr[DateTime]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object StartChangeRequestExecutionRequest {\n    @inline\n    def apply(\n        DocumentName: DocumentARN,\n        Runbooks: Runbooks,\n        ChangeDetails: js.UndefOr[ChangeDetailsValue] = js.undefined,\n        ChangeRequestName: js.UndefOr[ChangeRequestName] = js.undefined,\n        ClientToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        Parameters: js.UndefOr[AutomationParameterMap] = js.undefined,\n        ScheduledEndTime: js.UndefOr[DateTime] = js.undefined,\n        ScheduledTime: js.UndefOr[DateTime] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): StartChangeRequestExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentName\" -> DocumentName.asInstanceOf[js.Any],\n        \"Runbooks\" -> Runbooks.asInstanceOf[js.Any]\n      )\n\n      ChangeDetails.foreach(__v => __obj.updateDynamic(\"ChangeDetails\")(__v.asInstanceOf[js.Any]))\n      ChangeRequestName.foreach(__v => __obj.updateDynamic(\"ChangeRequestName\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduledEndTime.foreach(__v => __obj.updateDynamic(\"ScheduledEndTime\")(__v.asInstanceOf[js.Any]))\n      ScheduledTime.foreach(__v => __obj.updateDynamic(\"ScheduledTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartChangeRequestExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StartChangeRequestExecutionResult extends js.Object {\n    var AutomationExecutionId: js.UndefOr[AutomationExecutionId]\n  }\n\n  object StartChangeRequestExecutionResult {\n    @inline\n    def apply(\n        AutomationExecutionId: js.UndefOr[AutomationExecutionId] = js.undefined\n    ): StartChangeRequestExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      AutomationExecutionId.foreach(__v => __obj.updateDynamic(\"AutomationExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartChangeRequestExecutionResult]\n    }\n  }\n\n  @js.native\n  trait StartSessionRequest extends js.Object {\n    var Target: SessionTarget\n    var DocumentName: js.UndefOr[DocumentARN]\n    var Parameters: js.UndefOr[SessionManagerParameters]\n  }\n\n  object StartSessionRequest {\n    @inline\n    def apply(\n        Target: SessionTarget,\n        DocumentName: js.UndefOr[DocumentARN] = js.undefined,\n        Parameters: js.UndefOr[SessionManagerParameters] = js.undefined\n    ): StartSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Target\" -> Target.asInstanceOf[js.Any]\n      )\n\n      DocumentName.foreach(__v => __obj.updateDynamic(\"DocumentName\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSessionRequest]\n    }\n  }\n\n  @js.native\n  trait StartSessionResponse extends js.Object {\n    var SessionId: js.UndefOr[SessionId]\n    var StreamUrl: js.UndefOr[StreamUrl]\n    var TokenValue: js.UndefOr[TokenValue]\n  }\n\n  object StartSessionResponse {\n    @inline\n    def apply(\n        SessionId: js.UndefOr[SessionId] = js.undefined,\n        StreamUrl: js.UndefOr[StreamUrl] = js.undefined,\n        TokenValue: js.UndefOr[TokenValue] = js.undefined\n    ): StartSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      StreamUrl.foreach(__v => __obj.updateDynamic(\"StreamUrl\")(__v.asInstanceOf[js.Any]))\n      TokenValue.foreach(__v => __obj.updateDynamic(\"TokenValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSessionResponse]\n    }\n  }\n\n  \/** Detailed information about an the execution state of an Automation step.\n    *\/\n  @js.native\n  trait StepExecution extends js.Object {\n    var Action: js.UndefOr[AutomationActionName]\n    var ExecutionEndTime: js.UndefOr[DateTime]\n    var ExecutionStartTime: js.UndefOr[DateTime]\n    var FailureDetails: js.UndefOr[FailureDetails]\n    var FailureMessage: js.UndefOr[String]\n    var Inputs: js.UndefOr[NormalStringMap]\n    var IsCritical: js.UndefOr[Boolean]\n    var IsEnd: js.UndefOr[Boolean]\n    var MaxAttempts: js.UndefOr[Int]\n    var NextStep: js.UndefOr[String]\n    var OnFailure: js.UndefOr[String]\n    var Outputs: js.UndefOr[AutomationParameterMap]\n    var OverriddenParameters: js.UndefOr[AutomationParameterMap]\n    var Response: js.UndefOr[String]\n    var ResponseCode: js.UndefOr[String]\n    var StepExecutionId: js.UndefOr[String]\n    var StepName: js.UndefOr[String]\n    var StepStatus: js.UndefOr[AutomationExecutionStatus]\n    var TargetLocation: js.UndefOr[TargetLocation]\n    var Targets: js.UndefOr[Targets]\n    var TimeoutSeconds: js.UndefOr[Double]\n    var ValidNextSteps: js.UndefOr[ValidNextStepList]\n  }\n\n  object StepExecution {\n    @inline\n    def apply(\n        Action: js.UndefOr[AutomationActionName] = js.undefined,\n        ExecutionEndTime: js.UndefOr[DateTime] = js.undefined,\n        ExecutionStartTime: js.UndefOr[DateTime] = js.undefined,\n        FailureDetails: js.UndefOr[FailureDetails] = js.undefined,\n        FailureMessage: js.UndefOr[String] = js.undefined,\n        Inputs: js.UndefOr[NormalStringMap] = js.undefined,\n        IsCritical: js.UndefOr[Boolean] = js.undefined,\n        IsEnd: js.UndefOr[Boolean] = js.undefined,\n        MaxAttempts: js.UndefOr[Int] = js.undefined,\n        NextStep: js.UndefOr[String] = js.undefined,\n        OnFailure: js.UndefOr[String] = js.undefined,\n        Outputs: js.UndefOr[AutomationParameterMap] = js.undefined,\n        OverriddenParameters: js.UndefOr[AutomationParameterMap] = js.undefined,\n        Response: js.UndefOr[String] = js.undefined,\n        ResponseCode: js.UndefOr[String] = js.undefined,\n        StepExecutionId: js.UndefOr[String] = js.undefined,\n        StepName: js.UndefOr[String] = js.undefined,\n        StepStatus: js.UndefOr[AutomationExecutionStatus] = js.undefined,\n        TargetLocation: js.UndefOr[TargetLocation] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TimeoutSeconds: js.UndefOr[Double] = js.undefined,\n        ValidNextSteps: js.UndefOr[ValidNextStepList] = js.undefined\n    ): StepExecution = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      ExecutionEndTime.foreach(__v => __obj.updateDynamic(\"ExecutionEndTime\")(__v.asInstanceOf[js.Any]))\n      ExecutionStartTime.foreach(__v => __obj.updateDynamic(\"ExecutionStartTime\")(__v.asInstanceOf[js.Any]))\n      FailureDetails.foreach(__v => __obj.updateDynamic(\"FailureDetails\")(__v.asInstanceOf[js.Any]))\n      FailureMessage.foreach(__v => __obj.updateDynamic(\"FailureMessage\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      IsCritical.foreach(__v => __obj.updateDynamic(\"IsCritical\")(__v.asInstanceOf[js.Any]))\n      IsEnd.foreach(__v => __obj.updateDynamic(\"IsEnd\")(__v.asInstanceOf[js.Any]))\n      MaxAttempts.foreach(__v => __obj.updateDynamic(\"MaxAttempts\")(__v.asInstanceOf[js.Any]))\n      NextStep.foreach(__v => __obj.updateDynamic(\"NextStep\")(__v.asInstanceOf[js.Any]))\n      OnFailure.foreach(__v => __obj.updateDynamic(\"OnFailure\")(__v.asInstanceOf[js.Any]))\n      Outputs.foreach(__v => __obj.updateDynamic(\"Outputs\")(__v.asInstanceOf[js.Any]))\n      OverriddenParameters.foreach(__v => __obj.updateDynamic(\"OverriddenParameters\")(__v.asInstanceOf[js.Any]))\n      Response.foreach(__v => __obj.updateDynamic(\"Response\")(__v.asInstanceOf[js.Any]))\n      ResponseCode.foreach(__v => __obj.updateDynamic(\"ResponseCode\")(__v.asInstanceOf[js.Any]))\n      StepExecutionId.foreach(__v => __obj.updateDynamic(\"StepExecutionId\")(__v.asInstanceOf[js.Any]))\n      StepName.foreach(__v => __obj.updateDynamic(\"StepName\")(__v.asInstanceOf[js.Any]))\n      StepStatus.foreach(__v => __obj.updateDynamic(\"StepStatus\")(__v.asInstanceOf[js.Any]))\n      TargetLocation.foreach(__v => __obj.updateDynamic(\"TargetLocation\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TimeoutSeconds.foreach(__v => __obj.updateDynamic(\"TimeoutSeconds\")(__v.asInstanceOf[js.Any]))\n      ValidNextSteps.foreach(__v => __obj.updateDynamic(\"ValidNextSteps\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StepExecution]\n    }\n  }\n\n  \/** A filter to limit the amount of step execution information returned by the call.\n    *\/\n  @js.native\n  trait StepExecutionFilter extends js.Object {\n    var Key: StepExecutionFilterKey\n    var Values: StepExecutionFilterValueList\n  }\n\n  object StepExecutionFilter {\n    @inline\n    def apply(\n        Key: StepExecutionFilterKey,\n        Values: StepExecutionFilterValueList\n    ): StepExecutionFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StepExecutionFilter]\n    }\n  }\n\n  @js.native\n  sealed trait StepExecutionFilterKey extends js.Any\n  object StepExecutionFilterKey {\n    val StartTimeBefore = \"StartTimeBefore\".asInstanceOf[StepExecutionFilterKey]\n    val StartTimeAfter = \"StartTimeAfter\".asInstanceOf[StepExecutionFilterKey]\n    val StepExecutionStatus = \"StepExecutionStatus\".asInstanceOf[StepExecutionFilterKey]\n    val StepExecutionId = \"StepExecutionId\".asInstanceOf[StepExecutionFilterKey]\n    val StepName = \"StepName\".asInstanceOf[StepExecutionFilterKey]\n    val Action = \"Action\".asInstanceOf[StepExecutionFilterKey]\n\n    @inline def values = js.Array(StartTimeBefore, StartTimeAfter, StepExecutionStatus, StepExecutionId, StepName, Action)\n  }\n\n  @js.native\n  trait StopAutomationExecutionRequest extends js.Object {\n    var AutomationExecutionId: AutomationExecutionId\n    var Type: js.UndefOr[StopType]\n  }\n\n  object StopAutomationExecutionRequest {\n    @inline\n    def apply(\n        AutomationExecutionId: AutomationExecutionId,\n        Type: js.UndefOr[StopType] = js.undefined\n    ): StopAutomationExecutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AutomationExecutionId\" -> AutomationExecutionId.asInstanceOf[js.Any]\n      )\n\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopAutomationExecutionRequest]\n    }\n  }\n\n  @js.native\n  trait StopAutomationExecutionResult extends js.Object\n\n  object StopAutomationExecutionResult {\n    @inline\n    def apply(): StopAutomationExecutionResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopAutomationExecutionResult]\n    }\n  }\n\n  @js.native\n  sealed trait StopType extends js.Any\n  object StopType {\n    val Complete = \"Complete\".asInstanceOf[StopType]\n    val Cancel = \"Cancel\".asInstanceOf[StopType]\n\n    @inline def values = js.Array(Complete, Cancel)\n  }\n\n  \/** Metadata that you assign to your AWS resources. Tags enable you to categorize your resources in different ways, for example, by purpose, owner, or environment. In Systems Manager, you can apply tags to documents, managed instances, maintenance windows, Parameter Store parameters, and patch baselines.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** An array of search criteria that targets instances using a Key,Value combination that you specify.\n    *\n    * '''Note:'''One or more targets must be specified for maintenance window Run Command-type tasks. Depending on the task, targets are optional for other maintenance window task types (Automation, AWS Lambda, and AWS Step Functions). For more information about running tasks that do not specify targets, see [[https:\/\/docs.aws.amazon.com\/systems-manager\/latest\/userguide\/maintenance-windows-targetless-tasks.html|Registering maintenance window tasks without targets]] in the <i>AWS Systems Manager User Guide<\/i>. Supported formats include the following. * <code>Key=InstanceIds,Values=<i>instance-id-1<\/i>,<i>instance-id-2<\/i>,<i>instance-id-3<\/i> <\/code> * <code>Key=tag:<i>my-tag-key<\/i>,Values=<i>my-tag-value-1<\/i>,<i>my-tag-value-2<\/i> <\/code> * <code>Key=tag-key,Values=<i>my-tag-key-1<\/i>,<i>my-tag-key-2<\/i> <\/code> * ```Run Command and Maintenance window targets only```: <code>Key=resource-groups:Name,Values=<i>resource-group-name<\/i> <\/code> * ```Maintenance window targets only```:\n    * <code>Key=resource-groups:ResourceTypeFilters,Values=<i>resource-type-1<\/i>,<i>resource-type-2<\/i> <\/code> * ```Automation targets only```: <code>Key=ResourceGroup;Values=<i>resource-group-name<\/i> <\/code> For example: * <code>Key=InstanceIds,Values=i-02573cafcfEXAMPLE,i-0471e04240EXAMPLE,i-07782c72faEXAMPLE<\/code> * <code>Key=tag:CostCenter,Values=CostCenter1,CostCenter2,CostCenter3<\/code> * <code>Key=tag-key,Values=Name,Instance-Type,CostCenter<\/code> * ```Run Command and Maintenance window targets only```: <code>Key=resource-groups:Name,Values=ProductionResourceGroup<\/code> This example demonstrates how to target all resources in the resource group ```ProductionResourceGroup``` in your maintenance window. * ```Maintenance window targets only```: <code>Key=resource-groups:ResourceTypeFilters,Values=<i>AWS::EC2::INSTANCE<\/i>,<i>AWS::EC2::VPC<\/i> <\/code> This example demonstrates how to target only EC2 instances and VPCs in your maintenance window. * ```Automation targets\n    * only```: <code>Key=ResourceGroup,Values=MyResourceGroup<\/code> * ```State Manager association targets only```: <code>Key=InstanceIds,Values=<i>*<\/i> <\/code> This example demonstrates how to target all managed instances in the AWS Region where the association was created. For more information about how to send commands that target instances using <code>Key,Value<\/code> parameters, see [[https:\/\/docs.aws.amazon.com\/systems-manager\/latest\/userguide\/send-commands-multiple.html#send-commands-targeting|Targeting multiple instances]] in the <i>AWS Systems Manager User Guide<\/i>.\n    *\/\n  @js.native\n  trait Target extends js.Object {\n    var Key: js.UndefOr[TargetKey]\n    var Values: js.UndefOr[TargetValues]\n  }\n\n  object Target {\n    @inline\n    def apply(\n        Key: js.UndefOr[TargetKey] = js.undefined,\n        Values: js.UndefOr[TargetValues] = js.undefined\n    ): Target = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Target]\n    }\n  }\n\n  \/** The combination of AWS Regions and accounts targeted by the current Automation execution.\n    *\/\n  @js.native\n  trait TargetLocation extends js.Object {\n    var Accounts: js.UndefOr[Accounts]\n    var ExecutionRoleName: js.UndefOr[ExecutionRoleName]\n    var Regions: js.UndefOr[Regions]\n    var TargetLocationMaxConcurrency: js.UndefOr[MaxConcurrency]\n    var TargetLocationMaxErrors: js.UndefOr[MaxErrors]\n  }\n\n  object TargetLocation {\n    @inline\n    def apply(\n        Accounts: js.UndefOr[Accounts] = js.undefined,\n        ExecutionRoleName: js.UndefOr[ExecutionRoleName] = js.undefined,\n        Regions: js.UndefOr[Regions] = js.undefined,\n        TargetLocationMaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        TargetLocationMaxErrors: js.UndefOr[MaxErrors] = js.undefined\n    ): TargetLocation = {\n      val __obj = js.Dynamic.literal()\n      Accounts.foreach(__v => __obj.updateDynamic(\"Accounts\")(__v.asInstanceOf[js.Any]))\n      ExecutionRoleName.foreach(__v => __obj.updateDynamic(\"ExecutionRoleName\")(__v.asInstanceOf[js.Any]))\n      Regions.foreach(__v => __obj.updateDynamic(\"Regions\")(__v.asInstanceOf[js.Any]))\n      TargetLocationMaxConcurrency.foreach(__v => __obj.updateDynamic(\"TargetLocationMaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      TargetLocationMaxErrors.foreach(__v => __obj.updateDynamic(\"TargetLocationMaxErrors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetLocation]\n    }\n  }\n\n  @js.native\n  trait TerminateSessionRequest extends js.Object {\n    var SessionId: SessionId\n  }\n\n  object TerminateSessionRequest {\n    @inline\n    def apply(\n        SessionId: SessionId\n    ): TerminateSessionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SessionId\" -> SessionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TerminateSessionRequest]\n    }\n  }\n\n  @js.native\n  trait TerminateSessionResponse extends js.Object {\n    var SessionId: js.UndefOr[SessionId]\n  }\n\n  object TerminateSessionResponse {\n    @inline\n    def apply(\n        SessionId: js.UndefOr[SessionId] = js.undefined\n    ): TerminateSessionResponse = {\n      val __obj = js.Dynamic.literal()\n      SessionId.foreach(__v => __obj.updateDynamic(\"SessionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TerminateSessionResponse]\n    }\n  }\n\n  @js.native\n  trait UnlabelParameterVersionRequest extends js.Object {\n    var Labels: ParameterLabelList\n    var Name: PSParameterName\n    var ParameterVersion: PSParameterVersion\n  }\n\n  object UnlabelParameterVersionRequest {\n    @inline\n    def apply(\n        Labels: ParameterLabelList,\n        Name: PSParameterName,\n        ParameterVersion: PSParameterVersion\n    ): UnlabelParameterVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Labels\" -> Labels.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ParameterVersion\" -> ParameterVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UnlabelParameterVersionRequest]\n    }\n  }\n\n  @js.native\n  trait UnlabelParameterVersionResult extends js.Object {\n    var InvalidLabels: js.UndefOr[ParameterLabelList]\n    var RemovedLabels: js.UndefOr[ParameterLabelList]\n  }\n\n  object UnlabelParameterVersionResult {\n    @inline\n    def apply(\n        InvalidLabels: js.UndefOr[ParameterLabelList] = js.undefined,\n        RemovedLabels: js.UndefOr[ParameterLabelList] = js.undefined\n    ): UnlabelParameterVersionResult = {\n      val __obj = js.Dynamic.literal()\n      InvalidLabels.foreach(__v => __obj.updateDynamic(\"InvalidLabels\")(__v.asInstanceOf[js.Any]))\n      RemovedLabels.foreach(__v => __obj.updateDynamic(\"RemovedLabels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnlabelParameterVersionResult]\n    }\n  }\n\n  @js.native\n  trait UpdateAssociationRequest extends js.Object {\n    var AssociationId: AssociationId\n    var ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval]\n    var AssociationName: js.UndefOr[AssociationName]\n    var AssociationVersion: js.UndefOr[AssociationVersion]\n    var AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName]\n    var ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[DocumentARN]\n    var OutputLocation: js.UndefOr[InstanceAssociationOutputLocation]\n    var Parameters: js.UndefOr[Parameters]\n    var ScheduleExpression: js.UndefOr[ScheduleExpression]\n    var SyncCompliance: js.UndefOr[AssociationSyncCompliance]\n    var TargetLocations: js.UndefOr[TargetLocations]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object UpdateAssociationRequest {\n    @inline\n    def apply(\n        AssociationId: AssociationId,\n        ApplyOnlyAtCronInterval: js.UndefOr[ApplyOnlyAtCronInterval] = js.undefined,\n        AssociationName: js.UndefOr[AssociationName] = js.undefined,\n        AssociationVersion: js.UndefOr[AssociationVersion] = js.undefined,\n        AutomationTargetParameterName: js.UndefOr[AutomationTargetParameterName] = js.undefined,\n        ComplianceSeverity: js.UndefOr[AssociationComplianceSeverity] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[DocumentARN] = js.undefined,\n        OutputLocation: js.UndefOr[InstanceAssociationOutputLocation] = js.undefined,\n        Parameters: js.UndefOr[Parameters] = js.undefined,\n        ScheduleExpression: js.UndefOr[ScheduleExpression] = js.undefined,\n        SyncCompliance: js.UndefOr[AssociationSyncCompliance] = js.undefined,\n        TargetLocations: js.UndefOr[TargetLocations] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): UpdateAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationId\" -> AssociationId.asInstanceOf[js.Any]\n      )\n\n      ApplyOnlyAtCronInterval.foreach(__v => __obj.updateDynamic(\"ApplyOnlyAtCronInterval\")(__v.asInstanceOf[js.Any]))\n      AssociationName.foreach(__v => __obj.updateDynamic(\"AssociationName\")(__v.asInstanceOf[js.Any]))\n      AssociationVersion.foreach(__v => __obj.updateDynamic(\"AssociationVersion\")(__v.asInstanceOf[js.Any]))\n      AutomationTargetParameterName.foreach(__v => __obj.updateDynamic(\"AutomationTargetParameterName\")(__v.asInstanceOf[js.Any]))\n      ComplianceSeverity.foreach(__v => __obj.updateDynamic(\"ComplianceSeverity\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ScheduleExpression.foreach(__v => __obj.updateDynamic(\"ScheduleExpression\")(__v.asInstanceOf[js.Any]))\n      SyncCompliance.foreach(__v => __obj.updateDynamic(\"SyncCompliance\")(__v.asInstanceOf[js.Any]))\n      TargetLocations.foreach(__v => __obj.updateDynamic(\"TargetLocations\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAssociationResult extends js.Object {\n    var AssociationDescription: js.UndefOr[AssociationDescription]\n  }\n\n  object UpdateAssociationResult {\n    @inline\n    def apply(\n        AssociationDescription: js.UndefOr[AssociationDescription] = js.undefined\n    ): UpdateAssociationResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationDescription.foreach(__v => __obj.updateDynamic(\"AssociationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAssociationResult]\n    }\n  }\n\n  @js.native\n  trait UpdateAssociationStatusRequest extends js.Object {\n    var AssociationStatus: AssociationStatus\n    var InstanceId: InstanceId\n    var Name: DocumentARN\n  }\n\n  object UpdateAssociationStatusRequest {\n    @inline\n    def apply(\n        AssociationStatus: AssociationStatus,\n        InstanceId: InstanceId,\n        Name: DocumentARN\n    ): UpdateAssociationStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationStatus\" -> AssociationStatus.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateAssociationStatusRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAssociationStatusResult extends js.Object {\n    var AssociationDescription: js.UndefOr[AssociationDescription]\n  }\n\n  object UpdateAssociationStatusResult {\n    @inline\n    def apply(\n        AssociationDescription: js.UndefOr[AssociationDescription] = js.undefined\n    ): UpdateAssociationStatusResult = {\n      val __obj = js.Dynamic.literal()\n      AssociationDescription.foreach(__v => __obj.updateDynamic(\"AssociationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAssociationStatusResult]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentDefaultVersionRequest extends js.Object {\n    var DocumentVersion: DocumentVersionNumber\n    var Name: DocumentName\n  }\n\n  object UpdateDocumentDefaultVersionRequest {\n    @inline\n    def apply(\n        DocumentVersion: DocumentVersionNumber,\n        Name: DocumentName\n    ): UpdateDocumentDefaultVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentVersion\" -> DocumentVersion.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateDocumentDefaultVersionRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentDefaultVersionResult extends js.Object {\n    var Description: js.UndefOr[DocumentDefaultVersionDescription]\n  }\n\n  object UpdateDocumentDefaultVersionResult {\n    @inline\n    def apply(\n        Description: js.UndefOr[DocumentDefaultVersionDescription] = js.undefined\n    ): UpdateDocumentDefaultVersionResult = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDocumentDefaultVersionResult]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentMetadataRequest extends js.Object {\n    var DocumentReviews: DocumentReviews\n    var Name: DocumentName\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n  }\n\n  object UpdateDocumentMetadataRequest {\n    @inline\n    def apply(\n        DocumentReviews: DocumentReviews,\n        Name: DocumentName,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined\n    ): UpdateDocumentMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DocumentReviews\" -> DocumentReviews.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDocumentMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentMetadataResponse extends js.Object\n\n  object UpdateDocumentMetadataResponse {\n    @inline\n    def apply(): UpdateDocumentMetadataResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateDocumentMetadataResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentRequest extends js.Object {\n    var Content: DocumentContent\n    var Name: DocumentName\n    var Attachments: js.UndefOr[AttachmentsSourceList]\n    var DocumentFormat: js.UndefOr[DocumentFormat]\n    var DocumentVersion: js.UndefOr[DocumentVersion]\n    var TargetType: js.UndefOr[TargetType]\n    var VersionName: js.UndefOr[DocumentVersionName]\n  }\n\n  object UpdateDocumentRequest {\n    @inline\n    def apply(\n        Content: DocumentContent,\n        Name: DocumentName,\n        Attachments: js.UndefOr[AttachmentsSourceList] = js.undefined,\n        DocumentFormat: js.UndefOr[DocumentFormat] = js.undefined,\n        DocumentVersion: js.UndefOr[DocumentVersion] = js.undefined,\n        TargetType: js.UndefOr[TargetType] = js.undefined,\n        VersionName: js.UndefOr[DocumentVersionName] = js.undefined\n    ): UpdateDocumentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Attachments.foreach(__v => __obj.updateDynamic(\"Attachments\")(__v.asInstanceOf[js.Any]))\n      DocumentFormat.foreach(__v => __obj.updateDynamic(\"DocumentFormat\")(__v.asInstanceOf[js.Any]))\n      DocumentVersion.foreach(__v => __obj.updateDynamic(\"DocumentVersion\")(__v.asInstanceOf[js.Any]))\n      TargetType.foreach(__v => __obj.updateDynamic(\"TargetType\")(__v.asInstanceOf[js.Any]))\n      VersionName.foreach(__v => __obj.updateDynamic(\"VersionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDocumentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDocumentResult extends js.Object {\n    var DocumentDescription: js.UndefOr[DocumentDescription]\n  }\n\n  object UpdateDocumentResult {\n    @inline\n    def apply(\n        DocumentDescription: js.UndefOr[DocumentDescription] = js.undefined\n    ): UpdateDocumentResult = {\n      val __obj = js.Dynamic.literal()\n      DocumentDescription.foreach(__v => __obj.updateDynamic(\"DocumentDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDocumentResult]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets]\n    var Cutoff: js.UndefOr[MaintenanceWindowCutoff]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Duration: js.UndefOr[MaintenanceWindowDurationHours]\n    var Enabled: js.UndefOr[MaintenanceWindowEnabled]\n    var EndDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Replace: js.UndefOr[Boolean]\n    var Schedule: js.UndefOr[MaintenanceWindowSchedule]\n    var ScheduleOffset: js.UndefOr[MaintenanceWindowOffset]\n    var ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone]\n    var StartDate: js.UndefOr[MaintenanceWindowStringDateTime]\n  }\n\n  object UpdateMaintenanceWindowRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets] = js.undefined,\n        Cutoff: js.UndefOr[MaintenanceWindowCutoff] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Duration: js.UndefOr[MaintenanceWindowDurationHours] = js.undefined,\n        Enabled: js.UndefOr[MaintenanceWindowEnabled] = js.undefined,\n        EndDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Replace: js.UndefOr[Boolean] = js.undefined,\n        Schedule: js.UndefOr[MaintenanceWindowSchedule] = js.undefined,\n        ScheduleOffset: js.UndefOr[MaintenanceWindowOffset] = js.undefined,\n        ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone] = js.undefined,\n        StartDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined\n    ): UpdateMaintenanceWindowRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any]\n      )\n\n      AllowUnassociatedTargets.foreach(__v => __obj.updateDynamic(\"AllowUnassociatedTargets\")(__v.asInstanceOf[js.Any]))\n      Cutoff.foreach(__v => __obj.updateDynamic(\"Cutoff\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Replace.foreach(__v => __obj.updateDynamic(\"Replace\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      ScheduleOffset.foreach(__v => __obj.updateDynamic(\"ScheduleOffset\")(__v.asInstanceOf[js.Any]))\n      ScheduleTimezone.foreach(__v => __obj.updateDynamic(\"ScheduleTimezone\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowResult extends js.Object {\n    var AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets]\n    var Cutoff: js.UndefOr[MaintenanceWindowCutoff]\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Duration: js.UndefOr[MaintenanceWindowDurationHours]\n    var Enabled: js.UndefOr[MaintenanceWindowEnabled]\n    var EndDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Schedule: js.UndefOr[MaintenanceWindowSchedule]\n    var ScheduleOffset: js.UndefOr[MaintenanceWindowOffset]\n    var ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone]\n    var StartDate: js.UndefOr[MaintenanceWindowStringDateTime]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n  }\n\n  object UpdateMaintenanceWindowResult {\n    @inline\n    def apply(\n        AllowUnassociatedTargets: js.UndefOr[MaintenanceWindowAllowUnassociatedTargets] = js.undefined,\n        Cutoff: js.UndefOr[MaintenanceWindowCutoff] = js.undefined,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Duration: js.UndefOr[MaintenanceWindowDurationHours] = js.undefined,\n        Enabled: js.UndefOr[MaintenanceWindowEnabled] = js.undefined,\n        EndDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Schedule: js.UndefOr[MaintenanceWindowSchedule] = js.undefined,\n        ScheduleOffset: js.UndefOr[MaintenanceWindowOffset] = js.undefined,\n        ScheduleTimezone: js.UndefOr[MaintenanceWindowTimezone] = js.undefined,\n        StartDate: js.UndefOr[MaintenanceWindowStringDateTime] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined\n    ): UpdateMaintenanceWindowResult = {\n      val __obj = js.Dynamic.literal()\n      AllowUnassociatedTargets.foreach(__v => __obj.updateDynamic(\"AllowUnassociatedTargets\")(__v.asInstanceOf[js.Any]))\n      Cutoff.foreach(__v => __obj.updateDynamic(\"Cutoff\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      ScheduleOffset.foreach(__v => __obj.updateDynamic(\"ScheduleOffset\")(__v.asInstanceOf[js.Any]))\n      ScheduleTimezone.foreach(__v => __obj.updateDynamic(\"ScheduleTimezone\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowResult]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowTargetRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var WindowTargetId: MaintenanceWindowTargetId\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var Replace: js.UndefOr[Boolean]\n    var Targets: js.UndefOr[Targets]\n  }\n\n  object UpdateMaintenanceWindowTargetRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        WindowTargetId: MaintenanceWindowTargetId,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        Replace: js.UndefOr[Boolean] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined\n    ): UpdateMaintenanceWindowTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any],\n        \"WindowTargetId\" -> WindowTargetId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      Replace.foreach(__v => __obj.updateDynamic(\"Replace\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowTargetRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowTargetResult extends js.Object {\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var OwnerInformation: js.UndefOr[OwnerInformation]\n    var Targets: js.UndefOr[Targets]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTargetId: js.UndefOr[MaintenanceWindowTargetId]\n  }\n\n  object UpdateMaintenanceWindowTargetResult {\n    @inline\n    def apply(\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        OwnerInformation: js.UndefOr[OwnerInformation] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTargetId: js.UndefOr[MaintenanceWindowTargetId] = js.undefined\n    ): UpdateMaintenanceWindowTargetResult = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerInformation.foreach(__v => __obj.updateDynamic(\"OwnerInformation\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTargetId.foreach(__v => __obj.updateDynamic(\"WindowTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowTargetResult]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowTaskRequest extends js.Object {\n    var WindowId: MaintenanceWindowId\n    var WindowTaskId: MaintenanceWindowTaskId\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var LoggingInfo: js.UndefOr[LoggingInfo]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var Replace: js.UndefOr[Boolean]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters]\n  }\n\n  object UpdateMaintenanceWindowTaskRequest {\n    @inline\n    def apply(\n        WindowId: MaintenanceWindowId,\n        WindowTaskId: MaintenanceWindowTaskId,\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        LoggingInfo: js.UndefOr[LoggingInfo] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        Replace: js.UndefOr[Boolean] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters] = js.undefined\n    ): UpdateMaintenanceWindowTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WindowId\" -> WindowId.asInstanceOf[js.Any],\n        \"WindowTaskId\" -> WindowTaskId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LoggingInfo.foreach(__v => __obj.updateDynamic(\"LoggingInfo\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      Replace.foreach(__v => __obj.updateDynamic(\"Replace\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskInvocationParameters.foreach(__v => __obj.updateDynamic(\"TaskInvocationParameters\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowTaskRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMaintenanceWindowTaskResult extends js.Object {\n    var Description: js.UndefOr[MaintenanceWindowDescription]\n    var LoggingInfo: js.UndefOr[LoggingInfo]\n    var MaxConcurrency: js.UndefOr[MaxConcurrency]\n    var MaxErrors: js.UndefOr[MaxErrors]\n    var Name: js.UndefOr[MaintenanceWindowName]\n    var Priority: js.UndefOr[MaintenanceWindowTaskPriority]\n    var ServiceRoleArn: js.UndefOr[ServiceRole]\n    var Targets: js.UndefOr[Targets]\n    var TaskArn: js.UndefOr[MaintenanceWindowTaskArn]\n    var TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters]\n    var TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters]\n    var WindowId: js.UndefOr[MaintenanceWindowId]\n    var WindowTaskId: js.UndefOr[MaintenanceWindowTaskId]\n  }\n\n  object UpdateMaintenanceWindowTaskResult {\n    @inline\n    def apply(\n        Description: js.UndefOr[MaintenanceWindowDescription] = js.undefined,\n        LoggingInfo: js.UndefOr[LoggingInfo] = js.undefined,\n        MaxConcurrency: js.UndefOr[MaxConcurrency] = js.undefined,\n        MaxErrors: js.UndefOr[MaxErrors] = js.undefined,\n        Name: js.UndefOr[MaintenanceWindowName] = js.undefined,\n        Priority: js.UndefOr[MaintenanceWindowTaskPriority] = js.undefined,\n        ServiceRoleArn: js.UndefOr[ServiceRole] = js.undefined,\n        Targets: js.UndefOr[Targets] = js.undefined,\n        TaskArn: js.UndefOr[MaintenanceWindowTaskArn] = js.undefined,\n        TaskInvocationParameters: js.UndefOr[MaintenanceWindowTaskInvocationParameters] = js.undefined,\n        TaskParameters: js.UndefOr[MaintenanceWindowTaskParameters] = js.undefined,\n        WindowId: js.UndefOr[MaintenanceWindowId] = js.undefined,\n        WindowTaskId: js.UndefOr[MaintenanceWindowTaskId] = js.undefined\n    ): UpdateMaintenanceWindowTaskResult = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LoggingInfo.foreach(__v => __obj.updateDynamic(\"LoggingInfo\")(__v.asInstanceOf[js.Any]))\n      MaxConcurrency.foreach(__v => __obj.updateDynamic(\"MaxConcurrency\")(__v.asInstanceOf[js.Any]))\n      MaxErrors.foreach(__v => __obj.updateDynamic(\"MaxErrors\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      ServiceRoleArn.foreach(__v => __obj.updateDynamic(\"ServiceRoleArn\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      TaskArn.foreach(__v => __obj.updateDynamic(\"TaskArn\")(__v.asInstanceOf[js.Any]))\n      TaskInvocationParameters.foreach(__v => __obj.updateDynamic(\"TaskInvocationParameters\")(__v.asInstanceOf[js.Any]))\n      TaskParameters.foreach(__v => __obj.updateDynamic(\"TaskParameters\")(__v.asInstanceOf[js.Any]))\n      WindowId.foreach(__v => __obj.updateDynamic(\"WindowId\")(__v.asInstanceOf[js.Any]))\n      WindowTaskId.foreach(__v => __obj.updateDynamic(\"WindowTaskId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMaintenanceWindowTaskResult]\n    }\n  }\n\n  @js.native\n  trait UpdateManagedInstanceRoleRequest extends js.Object {\n    var IamRole: IamRole\n    var InstanceId: ManagedInstanceId\n  }\n\n  object UpdateManagedInstanceRoleRequest {\n    @inline\n    def apply(\n        IamRole: IamRole,\n        InstanceId: ManagedInstanceId\n    ): UpdateManagedInstanceRoleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IamRole\" -> IamRole.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateManagedInstanceRoleRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateManagedInstanceRoleResult extends js.Object\n\n  object UpdateManagedInstanceRoleResult {\n    @inline\n    def apply(): UpdateManagedInstanceRoleResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateManagedInstanceRoleResult]\n    }\n  }\n\n  @js.native\n  trait UpdateOpsItemRequest extends js.Object {\n    var OpsItemId: OpsItemId\n    var ActualEndTime: js.UndefOr[DateTime]\n    var ActualStartTime: js.UndefOr[DateTime]\n    var Category: js.UndefOr[OpsItemCategory]\n    var Description: js.UndefOr[OpsItemDescription]\n    var Notifications: js.UndefOr[OpsItemNotifications]\n    var OperationalData: js.UndefOr[OpsItemOperationalData]\n    var OperationalDataToDelete: js.UndefOr[OpsItemOpsDataKeysList]\n    var PlannedEndTime: js.UndefOr[DateTime]\n    var PlannedStartTime: js.UndefOr[DateTime]\n    var Priority: js.UndefOr[OpsItemPriority]\n    var RelatedOpsItems: js.UndefOr[RelatedOpsItems]\n    var Severity: js.UndefOr[OpsItemSeverity]\n    var Status: js.UndefOr[OpsItemStatus]\n    var Title: js.UndefOr[OpsItemTitle]\n  }\n\n  object UpdateOpsItemRequest {\n    @inline\n    def apply(\n        OpsItemId: OpsItemId,\n        ActualEndTime: js.UndefOr[DateTime] = js.undefined,\n        ActualStartTime: js.UndefOr[DateTime] = js.undefined,\n        Category: js.UndefOr[OpsItemCategory] = js.undefined,\n        Description: js.UndefOr[OpsItemDescription] = js.undefined,\n        Notifications: js.UndefOr[OpsItemNotifications] = js.undefined,\n        OperationalData: js.UndefOr[OpsItemOperationalData] = js.undefined,\n        OperationalDataToDelete: js.UndefOr[OpsItemOpsDataKeysList] = js.undefined,\n        PlannedEndTime: js.UndefOr[DateTime] = js.undefined,\n        PlannedStartTime: js.UndefOr[DateTime] = js.undefined,\n        Priority: js.UndefOr[OpsItemPriority] = js.undefined,\n        RelatedOpsItems: js.UndefOr[RelatedOpsItems] = js.undefined,\n        Severity: js.UndefOr[OpsItemSeverity] = js.undefined,\n        Status: js.UndefOr[OpsItemStatus] = js.undefined,\n        Title: js.UndefOr[OpsItemTitle] = js.undefined\n    ): UpdateOpsItemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpsItemId\" -> OpsItemId.asInstanceOf[js.Any]\n      )\n\n      ActualEndTime.foreach(__v => __obj.updateDynamic(\"ActualEndTime\")(__v.asInstanceOf[js.Any]))\n      ActualStartTime.foreach(__v => __obj.updateDynamic(\"ActualStartTime\")(__v.asInstanceOf[js.Any]))\n      Category.foreach(__v => __obj.updateDynamic(\"Category\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Notifications.foreach(__v => __obj.updateDynamic(\"Notifications\")(__v.asInstanceOf[js.Any]))\n      OperationalData.foreach(__v => __obj.updateDynamic(\"OperationalData\")(__v.asInstanceOf[js.Any]))\n      OperationalDataToDelete.foreach(__v => __obj.updateDynamic(\"OperationalDataToDelete\")(__v.asInstanceOf[js.Any]))\n      PlannedEndTime.foreach(__v => __obj.updateDynamic(\"PlannedEndTime\")(__v.asInstanceOf[js.Any]))\n      PlannedStartTime.foreach(__v => __obj.updateDynamic(\"PlannedStartTime\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      RelatedOpsItems.foreach(__v => __obj.updateDynamic(\"RelatedOpsItems\")(__v.asInstanceOf[js.Any]))\n      Severity.foreach(__v => __obj.updateDynamic(\"Severity\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Title.foreach(__v => __obj.updateDynamic(\"Title\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOpsItemRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOpsItemResponse extends js.Object\n\n  object UpdateOpsItemResponse {\n    @inline\n    def apply(): UpdateOpsItemResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateOpsItemResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateOpsMetadataRequest extends js.Object {\n    var OpsMetadataArn: OpsMetadataArn\n    var KeysToDelete: js.UndefOr[MetadataKeysToDeleteList]\n    var MetadataToUpdate: js.UndefOr[MetadataMap]\n  }\n\n  object UpdateOpsMetadataRequest {\n    @inline\n    def apply(\n        OpsMetadataArn: OpsMetadataArn,\n        KeysToDelete: js.UndefOr[MetadataKeysToDeleteList] = js.undefined,\n        MetadataToUpdate: js.UndefOr[MetadataMap] = js.undefined\n    ): UpdateOpsMetadataRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OpsMetadataArn\" -> OpsMetadataArn.asInstanceOf[js.Any]\n      )\n\n      KeysToDelete.foreach(__v => __obj.updateDynamic(\"KeysToDelete\")(__v.asInstanceOf[js.Any]))\n      MetadataToUpdate.foreach(__v => __obj.updateDynamic(\"MetadataToUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOpsMetadataRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOpsMetadataResult extends js.Object {\n    var OpsMetadataArn: js.UndefOr[OpsMetadataArn]\n  }\n\n  object UpdateOpsMetadataResult {\n    @inline\n    def apply(\n        OpsMetadataArn: js.UndefOr[OpsMetadataArn] = js.undefined\n    ): UpdateOpsMetadataResult = {\n      val __obj = js.Dynamic.literal()\n      OpsMetadataArn.foreach(__v => __obj.updateDynamic(\"OpsMetadataArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOpsMetadataResult]\n    }\n  }\n\n  @js.native\n  trait UpdatePatchBaselineRequest extends js.Object {\n    var BaselineId: BaselineId\n    var ApprovalRules: js.UndefOr[PatchRuleGroup]\n    var ApprovedPatches: js.UndefOr[PatchIdList]\n    var ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean]\n    var Description: js.UndefOr[BaselineDescription]\n    var GlobalFilters: js.UndefOr[PatchFilterGroup]\n    var Name: js.UndefOr[BaselineName]\n    var RejectedPatches: js.UndefOr[PatchIdList]\n    var RejectedPatchesAction: js.UndefOr[PatchAction]\n    var Replace: js.UndefOr[Boolean]\n    var Sources: js.UndefOr[PatchSourceList]\n  }\n\n  object UpdatePatchBaselineRequest {\n    @inline\n    def apply(\n        BaselineId: BaselineId,\n        ApprovalRules: js.UndefOr[PatchRuleGroup] = js.undefined,\n        ApprovedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[BaselineDescription] = js.undefined,\n        GlobalFilters: js.UndefOr[PatchFilterGroup] = js.undefined,\n        Name: js.UndefOr[BaselineName] = js.undefined,\n        RejectedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        RejectedPatchesAction: js.UndefOr[PatchAction] = js.undefined,\n        Replace: js.UndefOr[Boolean] = js.undefined,\n        Sources: js.UndefOr[PatchSourceList] = js.undefined\n    ): UpdatePatchBaselineRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaselineId\" -> BaselineId.asInstanceOf[js.Any]\n      )\n\n      ApprovalRules.foreach(__v => __obj.updateDynamic(\"ApprovalRules\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatches.foreach(__v => __obj.updateDynamic(\"ApprovedPatches\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesComplianceLevel.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesEnableNonSecurity.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesEnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlobalFilters.foreach(__v => __obj.updateDynamic(\"GlobalFilters\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RejectedPatches.foreach(__v => __obj.updateDynamic(\"RejectedPatches\")(__v.asInstanceOf[js.Any]))\n      RejectedPatchesAction.foreach(__v => __obj.updateDynamic(\"RejectedPatchesAction\")(__v.asInstanceOf[js.Any]))\n      Replace.foreach(__v => __obj.updateDynamic(\"Replace\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePatchBaselineRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePatchBaselineResult extends js.Object {\n    var ApprovalRules: js.UndefOr[PatchRuleGroup]\n    var ApprovedPatches: js.UndefOr[PatchIdList]\n    var ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel]\n    var ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean]\n    var BaselineId: js.UndefOr[BaselineId]\n    var CreatedDate: js.UndefOr[DateTime]\n    var Description: js.UndefOr[BaselineDescription]\n    var GlobalFilters: js.UndefOr[PatchFilterGroup]\n    var ModifiedDate: js.UndefOr[DateTime]\n    var Name: js.UndefOr[BaselineName]\n    var OperatingSystem: js.UndefOr[OperatingSystem]\n    var RejectedPatches: js.UndefOr[PatchIdList]\n    var RejectedPatchesAction: js.UndefOr[PatchAction]\n    var Sources: js.UndefOr[PatchSourceList]\n  }\n\n  object UpdatePatchBaselineResult {\n    @inline\n    def apply(\n        ApprovalRules: js.UndefOr[PatchRuleGroup] = js.undefined,\n        ApprovedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        ApprovedPatchesComplianceLevel: js.UndefOr[PatchComplianceLevel] = js.undefined,\n        ApprovedPatchesEnableNonSecurity: js.UndefOr[Boolean] = js.undefined,\n        BaselineId: js.UndefOr[BaselineId] = js.undefined,\n        CreatedDate: js.UndefOr[DateTime] = js.undefined,\n        Description: js.UndefOr[BaselineDescription] = js.undefined,\n        GlobalFilters: js.UndefOr[PatchFilterGroup] = js.undefined,\n        ModifiedDate: js.UndefOr[DateTime] = js.undefined,\n        Name: js.UndefOr[BaselineName] = js.undefined,\n        OperatingSystem: js.UndefOr[OperatingSystem] = js.undefined,\n        RejectedPatches: js.UndefOr[PatchIdList] = js.undefined,\n        RejectedPatchesAction: js.UndefOr[PatchAction] = js.undefined,\n        Sources: js.UndefOr[PatchSourceList] = js.undefined\n    ): UpdatePatchBaselineResult = {\n      val __obj = js.Dynamic.literal()\n      ApprovalRules.foreach(__v => __obj.updateDynamic(\"ApprovalRules\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatches.foreach(__v => __obj.updateDynamic(\"ApprovedPatches\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesComplianceLevel.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesComplianceLevel\")(__v.asInstanceOf[js.Any]))\n      ApprovedPatchesEnableNonSecurity.foreach(__v => __obj.updateDynamic(\"ApprovedPatchesEnableNonSecurity\")(__v.asInstanceOf[js.Any]))\n      BaselineId.foreach(__v => __obj.updateDynamic(\"BaselineId\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlobalFilters.foreach(__v => __obj.updateDynamic(\"GlobalFilters\")(__v.asInstanceOf[js.Any]))\n      ModifiedDate.foreach(__v => __obj.updateDynamic(\"ModifiedDate\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OperatingSystem.foreach(__v => __obj.updateDynamic(\"OperatingSystem\")(__v.asInstanceOf[js.Any]))\n      RejectedPatches.foreach(__v => __obj.updateDynamic(\"RejectedPatches\")(__v.asInstanceOf[js.Any]))\n      RejectedPatchesAction.foreach(__v => __obj.updateDynamic(\"RejectedPatchesAction\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePatchBaselineResult]\n    }\n  }\n\n  @js.native\n  trait UpdateResourceDataSyncRequest extends js.Object {\n    var SyncName: ResourceDataSyncName\n    var SyncSource: ResourceDataSyncSource\n    var SyncType: ResourceDataSyncType\n  }\n\n  object UpdateResourceDataSyncRequest {\n    @inline\n    def apply(\n        SyncName: ResourceDataSyncName,\n        SyncSource: ResourceDataSyncSource,\n        SyncType: ResourceDataSyncType\n    ): UpdateResourceDataSyncRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SyncName\" -> SyncName.asInstanceOf[js.Any],\n        \"SyncSource\" -> SyncSource.asInstanceOf[js.Any],\n        \"SyncType\" -> SyncType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateResourceDataSyncRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateResourceDataSyncResult extends js.Object\n\n  object UpdateResourceDataSyncResult {\n    @inline\n    def apply(): UpdateResourceDataSyncResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateResourceDataSyncResult]\n    }\n  }\n\n  \/** The request body of the UpdateServiceSetting API action.\n    *\/\n  @js.native\n  trait UpdateServiceSettingRequest extends js.Object {\n    var SettingId: ServiceSettingId\n    var SettingValue: ServiceSettingValue\n  }\n\n  object UpdateServiceSettingRequest {\n    @inline\n    def apply(\n        SettingId: ServiceSettingId,\n        SettingValue: ServiceSettingValue\n    ): UpdateServiceSettingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SettingId\" -> SettingId.asInstanceOf[js.Any],\n        \"SettingValue\" -> SettingValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateServiceSettingRequest]\n    }\n  }\n\n  \/** The result body of the UpdateServiceSetting API action.\n    *\/\n  @js.native\n  trait UpdateServiceSettingResult extends js.Object\n\n  object UpdateServiceSettingResult {\n    @inline\n    def apply(): UpdateServiceSettingResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateServiceSettingResult]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/signer\/src\/main\/scala\/facade\/amazonaws\/services\/Signer.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object signer {\n  type AccountId = String\n  type Arn = String\n  type BucketName = String\n  type CertificateArn = String\n  type ClientRequestToken = String\n  type DisplayName = String\n  type EncryptionAlgorithms = js.Array[EncryptionAlgorithm]\n  type HashAlgorithms = js.Array[HashAlgorithm]\n  type ImageFormats = js.Array[ImageFormat]\n  type JobId = String\n  type Key = String\n  type MaxResults = Int\n  type MaxSizeInMB = Int\n  type NextToken = String\n  type Permissions = js.Array[Permission]\n  type PlatformId = String\n  type PolicySizeBytes = Int\n  type Prefix = String\n  type ProfileName = String\n  type ProfileVersion = String\n  type RequestedBy = String\n  type RevocationReasonString = String\n  type SigningJobs = js.Array[SigningJob]\n  type SigningParameterKey = String\n  type SigningParameterValue = String\n  type SigningParameters = js.Dictionary[SigningParameterValue]\n  type SigningPlatforms = js.Array[SigningPlatform]\n  type SigningProfiles = js.Array[SigningProfile]\n  type StatusReason = String\n  type Statuses = js.Array[SigningProfileStatus]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Timestamp = js.Date\n  type Version = String\n\n  implicit final class SignerOps(private val service: Signer) extends AnyVal {\n\n    @inline def addProfilePermissionFuture(params: AddProfilePermissionRequest): Future[AddProfilePermissionResponse] = service.addProfilePermission(params).promise().toFuture\n    @inline def cancelSigningProfileFuture(params: CancelSigningProfileRequest): Future[js.Object] = service.cancelSigningProfile(params).promise().toFuture\n    @inline def describeSigningJobFuture(params: DescribeSigningJobRequest): Future[DescribeSigningJobResponse] = service.describeSigningJob(params).promise().toFuture\n    @inline def getSigningPlatformFuture(params: GetSigningPlatformRequest): Future[GetSigningPlatformResponse] = service.getSigningPlatform(params).promise().toFuture\n    @inline def getSigningProfileFuture(params: GetSigningProfileRequest): Future[GetSigningProfileResponse] = service.getSigningProfile(params).promise().toFuture\n    @inline def listProfilePermissionsFuture(params: ListProfilePermissionsRequest): Future[ListProfilePermissionsResponse] = service.listProfilePermissions(params).promise().toFuture\n    @inline def listSigningJobsFuture(params: ListSigningJobsRequest): Future[ListSigningJobsResponse] = service.listSigningJobs(params).promise().toFuture\n    @inline def listSigningPlatformsFuture(params: ListSigningPlatformsRequest): Future[ListSigningPlatformsResponse] = service.listSigningPlatforms(params).promise().toFuture\n    @inline def listSigningProfilesFuture(params: ListSigningProfilesRequest): Future[ListSigningProfilesResponse] = service.listSigningProfiles(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putSigningProfileFuture(params: PutSigningProfileRequest): Future[PutSigningProfileResponse] = service.putSigningProfile(params).promise().toFuture\n    @inline def removeProfilePermissionFuture(params: RemoveProfilePermissionRequest): Future[RemoveProfilePermissionResponse] = service.removeProfilePermission(params).promise().toFuture\n    @inline def revokeSignatureFuture(params: RevokeSignatureRequest): Future[js.Object] = service.revokeSignature(params).promise().toFuture\n    @inline def revokeSigningProfileFuture(params: RevokeSigningProfileRequest): Future[js.Object] = service.revokeSigningProfile(params).promise().toFuture\n    @inline def startSigningJobFuture(params: StartSigningJobRequest): Future[StartSigningJobResponse] = service.startSigningJob(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage signer {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/signer\", JSImport.Namespace, \"AWS.Signer\")\n  class Signer() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addProfilePermission(params: AddProfilePermissionRequest): Request[AddProfilePermissionResponse] = js.native\n    def cancelSigningProfile(params: CancelSigningProfileRequest): Request[js.Object] = js.native\n    def describeSigningJob(params: DescribeSigningJobRequest): Request[DescribeSigningJobResponse] = js.native\n    def getSigningPlatform(params: GetSigningPlatformRequest): Request[GetSigningPlatformResponse] = js.native\n    def getSigningProfile(params: GetSigningProfileRequest): Request[GetSigningProfileResponse] = js.native\n    def listProfilePermissions(params: ListProfilePermissionsRequest): Request[ListProfilePermissionsResponse] = js.native\n    def listSigningJobs(params: ListSigningJobsRequest): Request[ListSigningJobsResponse] = js.native\n    def listSigningPlatforms(params: ListSigningPlatformsRequest): Request[ListSigningPlatformsResponse] = js.native\n    def listSigningProfiles(params: ListSigningProfilesRequest): Request[ListSigningProfilesResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putSigningProfile(params: PutSigningProfileRequest): Request[PutSigningProfileResponse] = js.native\n    def removeProfilePermission(params: RemoveProfilePermissionRequest): Request[RemoveProfilePermissionResponse] = js.native\n    def revokeSignature(params: RevokeSignatureRequest): Request[js.Object] = js.native\n    def revokeSigningProfile(params: RevokeSigningProfileRequest): Request[js.Object] = js.native\n    def startSigningJob(params: StartSigningJobRequest): Request[StartSigningJobResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait AddProfilePermissionRequest extends js.Object {\n    var action: String\n    var principal: String\n    var profileName: ProfileName\n    var statementId: String\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var revisionId: js.UndefOr[String]\n  }\n\n  object AddProfilePermissionRequest {\n    @inline\n    def apply(\n        action: String,\n        principal: String,\n        profileName: ProfileName,\n        statementId: String,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        revisionId: js.UndefOr[String] = js.undefined\n    ): AddProfilePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"principal\" -> principal.asInstanceOf[js.Any],\n        \"profileName\" -> profileName.asInstanceOf[js.Any],\n        \"statementId\" -> statementId.asInstanceOf[js.Any]\n      )\n\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddProfilePermissionRequest]\n    }\n  }\n\n  @js.native\n  trait AddProfilePermissionResponse extends js.Object {\n    var revisionId: js.UndefOr[String]\n  }\n\n  object AddProfilePermissionResponse {\n    @inline\n    def apply(\n        revisionId: js.UndefOr[String] = js.undefined\n    ): AddProfilePermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddProfilePermissionResponse]\n    }\n  }\n\n  @js.native\n  trait CancelSigningProfileRequest extends js.Object {\n    var profileName: ProfileName\n  }\n\n  object CancelSigningProfileRequest {\n    @inline\n    def apply(\n        profileName: ProfileName\n    ): CancelSigningProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profileName\" -> profileName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelSigningProfileRequest]\n    }\n  }\n\n  @js.native\n  sealed trait Category extends js.Any\n  object Category {\n    val AWSIoT = \"AWSIoT\".asInstanceOf[Category]\n\n    @inline def values = js.Array(AWSIoT)\n  }\n\n  @js.native\n  trait DescribeSigningJobRequest extends js.Object {\n    var jobId: JobId\n  }\n\n  object DescribeSigningJobRequest {\n    @inline\n    def apply(\n        jobId: JobId\n    ): DescribeSigningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSigningJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSigningJobResponse extends js.Object {\n    var completedAt: js.UndefOr[Timestamp]\n    var createdAt: js.UndefOr[Timestamp]\n    var jobId: js.UndefOr[JobId]\n    var jobInvoker: js.UndefOr[AccountId]\n    var jobOwner: js.UndefOr[AccountId]\n    var overrides: js.UndefOr[SigningPlatformOverrides]\n    var platformDisplayName: js.UndefOr[DisplayName]\n    var platformId: js.UndefOr[PlatformId]\n    var profileName: js.UndefOr[ProfileName]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var requestedBy: js.UndefOr[RequestedBy]\n    var revocationRecord: js.UndefOr[SigningJobRevocationRecord]\n    var signatureExpiresAt: js.UndefOr[Timestamp]\n    var signedObject: js.UndefOr[SignedObject]\n    var signingMaterial: js.UndefOr[SigningMaterial]\n    var signingParameters: js.UndefOr[SigningParameters]\n    var source: js.UndefOr[Source]\n    var status: js.UndefOr[SigningStatus]\n    var statusReason: js.UndefOr[StatusReason]\n  }\n\n  object DescribeSigningJobResponse {\n    @inline\n    def apply(\n        completedAt: js.UndefOr[Timestamp] = js.undefined,\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        jobInvoker: js.UndefOr[AccountId] = js.undefined,\n        jobOwner: js.UndefOr[AccountId] = js.undefined,\n        overrides: js.UndefOr[SigningPlatformOverrides] = js.undefined,\n        platformDisplayName: js.UndefOr[DisplayName] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        profileName: js.UndefOr[ProfileName] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        requestedBy: js.UndefOr[RequestedBy] = js.undefined,\n        revocationRecord: js.UndefOr[SigningJobRevocationRecord] = js.undefined,\n        signatureExpiresAt: js.UndefOr[Timestamp] = js.undefined,\n        signedObject: js.UndefOr[SignedObject] = js.undefined,\n        signingMaterial: js.UndefOr[SigningMaterial] = js.undefined,\n        signingParameters: js.UndefOr[SigningParameters] = js.undefined,\n        source: js.UndefOr[Source] = js.undefined,\n        status: js.UndefOr[SigningStatus] = js.undefined,\n        statusReason: js.UndefOr[StatusReason] = js.undefined\n    ): DescribeSigningJobResponse = {\n      val __obj = js.Dynamic.literal()\n      completedAt.foreach(__v => __obj.updateDynamic(\"completedAt\")(__v.asInstanceOf[js.Any]))\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      jobInvoker.foreach(__v => __obj.updateDynamic(\"jobInvoker\")(__v.asInstanceOf[js.Any]))\n      jobOwner.foreach(__v => __obj.updateDynamic(\"jobOwner\")(__v.asInstanceOf[js.Any]))\n      overrides.foreach(__v => __obj.updateDynamic(\"overrides\")(__v.asInstanceOf[js.Any]))\n      platformDisplayName.foreach(__v => __obj.updateDynamic(\"platformDisplayName\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      profileName.foreach(__v => __obj.updateDynamic(\"profileName\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      requestedBy.foreach(__v => __obj.updateDynamic(\"requestedBy\")(__v.asInstanceOf[js.Any]))\n      revocationRecord.foreach(__v => __obj.updateDynamic(\"revocationRecord\")(__v.asInstanceOf[js.Any]))\n      signatureExpiresAt.foreach(__v => __obj.updateDynamic(\"signatureExpiresAt\")(__v.asInstanceOf[js.Any]))\n      signedObject.foreach(__v => __obj.updateDynamic(\"signedObject\")(__v.asInstanceOf[js.Any]))\n      signingMaterial.foreach(__v => __obj.updateDynamic(\"signingMaterial\")(__v.asInstanceOf[js.Any]))\n      signingParameters.foreach(__v => __obj.updateDynamic(\"signingParameters\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSigningJobResponse]\n    }\n  }\n\n  \/** Points to an <code>S3Destination<\/code> object that contains information about your S3 bucket.\n    *\/\n  @js.native\n  trait Destination extends js.Object {\n    var s3: js.UndefOr[S3Destination]\n  }\n\n  object Destination {\n    @inline\n    def apply(\n        s3: js.UndefOr[S3Destination] = js.undefined\n    ): Destination = {\n      val __obj = js.Dynamic.literal()\n      s3.foreach(__v => __obj.updateDynamic(\"s3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Destination]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionAlgorithm extends js.Any\n  object EncryptionAlgorithm {\n    val RSA = \"RSA\".asInstanceOf[EncryptionAlgorithm]\n    val ECDSA = \"ECDSA\".asInstanceOf[EncryptionAlgorithm]\n\n    @inline def values = js.Array(RSA, ECDSA)\n  }\n\n  \/** The encryption algorithm options that are available to a code signing job.\n    *\/\n  @js.native\n  trait EncryptionAlgorithmOptions extends js.Object {\n    var allowedValues: EncryptionAlgorithms\n    var defaultValue: EncryptionAlgorithm\n  }\n\n  object EncryptionAlgorithmOptions {\n    @inline\n    def apply(\n        allowedValues: EncryptionAlgorithms,\n        defaultValue: EncryptionAlgorithm\n    ): EncryptionAlgorithmOptions = {\n      val __obj = js.Dynamic.literal(\n        \"allowedValues\" -> allowedValues.asInstanceOf[js.Any],\n        \"defaultValue\" -> defaultValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EncryptionAlgorithmOptions]\n    }\n  }\n\n  @js.native\n  trait GetSigningPlatformRequest extends js.Object {\n    var platformId: PlatformId\n  }\n\n  object GetSigningPlatformRequest {\n    @inline\n    def apply(\n        platformId: PlatformId\n    ): GetSigningPlatformRequest = {\n      val __obj = js.Dynamic.literal(\n        \"platformId\" -> platformId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSigningPlatformRequest]\n    }\n  }\n\n  @js.native\n  trait GetSigningPlatformResponse extends js.Object {\n    var category: js.UndefOr[Category]\n    var displayName: js.UndefOr[DisplayName]\n    var maxSizeInMB: js.UndefOr[MaxSizeInMB]\n    var partner: js.UndefOr[String]\n    var platformId: js.UndefOr[PlatformId]\n    var revocationSupported: js.UndefOr[Boolean]\n    var signingConfiguration: js.UndefOr[SigningConfiguration]\n    var signingImageFormat: js.UndefOr[SigningImageFormat]\n    var target: js.UndefOr[String]\n  }\n\n  object GetSigningPlatformResponse {\n    @inline\n    def apply(\n        category: js.UndefOr[Category] = js.undefined,\n        displayName: js.UndefOr[DisplayName] = js.undefined,\n        maxSizeInMB: js.UndefOr[MaxSizeInMB] = js.undefined,\n        partner: js.UndefOr[String] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        revocationSupported: js.UndefOr[Boolean] = js.undefined,\n        signingConfiguration: js.UndefOr[SigningConfiguration] = js.undefined,\n        signingImageFormat: js.UndefOr[SigningImageFormat] = js.undefined,\n        target: js.UndefOr[String] = js.undefined\n    ): GetSigningPlatformResponse = {\n      val __obj = js.Dynamic.literal()\n      category.foreach(__v => __obj.updateDynamic(\"category\")(__v.asInstanceOf[js.Any]))\n      displayName.foreach(__v => __obj.updateDynamic(\"displayName\")(__v.asInstanceOf[js.Any]))\n      maxSizeInMB.foreach(__v => __obj.updateDynamic(\"maxSizeInMB\")(__v.asInstanceOf[js.Any]))\n      partner.foreach(__v => __obj.updateDynamic(\"partner\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      revocationSupported.foreach(__v => __obj.updateDynamic(\"revocationSupported\")(__v.asInstanceOf[js.Any]))\n      signingConfiguration.foreach(__v => __obj.updateDynamic(\"signingConfiguration\")(__v.asInstanceOf[js.Any]))\n      signingImageFormat.foreach(__v => __obj.updateDynamic(\"signingImageFormat\")(__v.asInstanceOf[js.Any]))\n      target.foreach(__v => __obj.updateDynamic(\"target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSigningPlatformResponse]\n    }\n  }\n\n  @js.native\n  trait GetSigningProfileRequest extends js.Object {\n    var profileName: ProfileName\n    var profileOwner: js.UndefOr[AccountId]\n  }\n\n  object GetSigningProfileRequest {\n    @inline\n    def apply(\n        profileName: ProfileName,\n        profileOwner: js.UndefOr[AccountId] = js.undefined\n    ): GetSigningProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profileName\" -> profileName.asInstanceOf[js.Any]\n      )\n\n      profileOwner.foreach(__v => __obj.updateDynamic(\"profileOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSigningProfileRequest]\n    }\n  }\n\n  @js.native\n  trait GetSigningProfileResponse extends js.Object {\n    var arn: js.UndefOr[String]\n    var overrides: js.UndefOr[SigningPlatformOverrides]\n    var platformDisplayName: js.UndefOr[DisplayName]\n    var platformId: js.UndefOr[PlatformId]\n    var profileName: js.UndefOr[ProfileName]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var profileVersionArn: js.UndefOr[Arn]\n    var revocationRecord: js.UndefOr[SigningProfileRevocationRecord]\n    var signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod]\n    var signingMaterial: js.UndefOr[SigningMaterial]\n    var signingParameters: js.UndefOr[SigningParameters]\n    var status: js.UndefOr[SigningProfileStatus]\n    var statusReason: js.UndefOr[String]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object GetSigningProfileResponse {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        overrides: js.UndefOr[SigningPlatformOverrides] = js.undefined,\n        platformDisplayName: js.UndefOr[DisplayName] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        profileName: js.UndefOr[ProfileName] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        profileVersionArn: js.UndefOr[Arn] = js.undefined,\n        revocationRecord: js.UndefOr[SigningProfileRevocationRecord] = js.undefined,\n        signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod] = js.undefined,\n        signingMaterial: js.UndefOr[SigningMaterial] = js.undefined,\n        signingParameters: js.UndefOr[SigningParameters] = js.undefined,\n        status: js.UndefOr[SigningProfileStatus] = js.undefined,\n        statusReason: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): GetSigningProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      overrides.foreach(__v => __obj.updateDynamic(\"overrides\")(__v.asInstanceOf[js.Any]))\n      platformDisplayName.foreach(__v => __obj.updateDynamic(\"platformDisplayName\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      profileName.foreach(__v => __obj.updateDynamic(\"profileName\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      profileVersionArn.foreach(__v => __obj.updateDynamic(\"profileVersionArn\")(__v.asInstanceOf[js.Any]))\n      revocationRecord.foreach(__v => __obj.updateDynamic(\"revocationRecord\")(__v.asInstanceOf[js.Any]))\n      signatureValidityPeriod.foreach(__v => __obj.updateDynamic(\"signatureValidityPeriod\")(__v.asInstanceOf[js.Any]))\n      signingMaterial.foreach(__v => __obj.updateDynamic(\"signingMaterial\")(__v.asInstanceOf[js.Any]))\n      signingParameters.foreach(__v => __obj.updateDynamic(\"signingParameters\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusReason.foreach(__v => __obj.updateDynamic(\"statusReason\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSigningProfileResponse]\n    }\n  }\n\n  @js.native\n  sealed trait HashAlgorithm extends js.Any\n  object HashAlgorithm {\n    val SHA1 = \"SHA1\".asInstanceOf[HashAlgorithm]\n    val SHA256 = \"SHA256\".asInstanceOf[HashAlgorithm]\n\n    @inline def values = js.Array(SHA1, SHA256)\n  }\n\n  \/** The hash algorithms that are available to a code signing job.\n    *\/\n  @js.native\n  trait HashAlgorithmOptions extends js.Object {\n    var allowedValues: HashAlgorithms\n    var defaultValue: HashAlgorithm\n  }\n\n  object HashAlgorithmOptions {\n    @inline\n    def apply(\n        allowedValues: HashAlgorithms,\n        defaultValue: HashAlgorithm\n    ): HashAlgorithmOptions = {\n      val __obj = js.Dynamic.literal(\n        \"allowedValues\" -> allowedValues.asInstanceOf[js.Any],\n        \"defaultValue\" -> defaultValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HashAlgorithmOptions]\n    }\n  }\n\n  @js.native\n  sealed trait ImageFormat extends js.Any\n  object ImageFormat {\n    val JSON = \"JSON\".asInstanceOf[ImageFormat]\n    val JSONEmbedded = \"JSONEmbedded\".asInstanceOf[ImageFormat]\n    val JSONDetached = \"JSONDetached\".asInstanceOf[ImageFormat]\n\n    @inline def values = js.Array(JSON, JSONEmbedded, JSONDetached)\n  }\n\n  @js.native\n  trait ListProfilePermissionsRequest extends js.Object {\n    var profileName: ProfileName\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListProfilePermissionsRequest {\n    @inline\n    def apply(\n        profileName: ProfileName,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListProfilePermissionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profileName\" -> profileName.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfilePermissionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProfilePermissionsResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var permissions: js.UndefOr[Permissions]\n    var policySizeBytes: js.UndefOr[PolicySizeBytes]\n    var revisionId: js.UndefOr[String]\n  }\n\n  object ListProfilePermissionsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        permissions: js.UndefOr[Permissions] = js.undefined,\n        policySizeBytes: js.UndefOr[PolicySizeBytes] = js.undefined,\n        revisionId: js.UndefOr[String] = js.undefined\n    ): ListProfilePermissionsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      permissions.foreach(__v => __obj.updateDynamic(\"permissions\")(__v.asInstanceOf[js.Any]))\n      policySizeBytes.foreach(__v => __obj.updateDynamic(\"policySizeBytes\")(__v.asInstanceOf[js.Any]))\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProfilePermissionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSigningJobsRequest extends js.Object {\n    var isRevoked: js.UndefOr[Boolean]\n    var jobInvoker: js.UndefOr[AccountId]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var platformId: js.UndefOr[PlatformId]\n    var requestedBy: js.UndefOr[RequestedBy]\n    var signatureExpiresAfter: js.UndefOr[Timestamp]\n    var signatureExpiresBefore: js.UndefOr[Timestamp]\n    var status: js.UndefOr[SigningStatus]\n  }\n\n  object ListSigningJobsRequest {\n    @inline\n    def apply(\n        isRevoked: js.UndefOr[Boolean] = js.undefined,\n        jobInvoker: js.UndefOr[AccountId] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        requestedBy: js.UndefOr[RequestedBy] = js.undefined,\n        signatureExpiresAfter: js.UndefOr[Timestamp] = js.undefined,\n        signatureExpiresBefore: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[SigningStatus] = js.undefined\n    ): ListSigningJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      isRevoked.foreach(__v => __obj.updateDynamic(\"isRevoked\")(__v.asInstanceOf[js.Any]))\n      jobInvoker.foreach(__v => __obj.updateDynamic(\"jobInvoker\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      requestedBy.foreach(__v => __obj.updateDynamic(\"requestedBy\")(__v.asInstanceOf[js.Any]))\n      signatureExpiresAfter.foreach(__v => __obj.updateDynamic(\"signatureExpiresAfter\")(__v.asInstanceOf[js.Any]))\n      signatureExpiresBefore.foreach(__v => __obj.updateDynamic(\"signatureExpiresBefore\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSigningJobsResponse extends js.Object {\n    var jobs: js.UndefOr[SigningJobs]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSigningJobsResponse {\n    @inline\n    def apply(\n        jobs: js.UndefOr[SigningJobs] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSigningJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      jobs.foreach(__v => __obj.updateDynamic(\"jobs\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSigningPlatformsRequest extends js.Object {\n    var category: js.UndefOr[String]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[String]\n    var partner: js.UndefOr[String]\n    var target: js.UndefOr[String]\n  }\n\n  object ListSigningPlatformsRequest {\n    @inline\n    def apply(\n        category: js.UndefOr[String] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        partner: js.UndefOr[String] = js.undefined,\n        target: js.UndefOr[String] = js.undefined\n    ): ListSigningPlatformsRequest = {\n      val __obj = js.Dynamic.literal()\n      category.foreach(__v => __obj.updateDynamic(\"category\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      partner.foreach(__v => __obj.updateDynamic(\"partner\")(__v.asInstanceOf[js.Any]))\n      target.foreach(__v => __obj.updateDynamic(\"target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningPlatformsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSigningPlatformsResponse extends js.Object {\n    var nextToken: js.UndefOr[String]\n    var platforms: js.UndefOr[SigningPlatforms]\n  }\n\n  object ListSigningPlatformsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[String] = js.undefined,\n        platforms: js.UndefOr[SigningPlatforms] = js.undefined\n    ): ListSigningPlatformsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      platforms.foreach(__v => __obj.updateDynamic(\"platforms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningPlatformsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSigningProfilesRequest extends js.Object {\n    var includeCanceled: js.UndefOr[Boolean]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var platformId: js.UndefOr[PlatformId]\n    var statuses: js.UndefOr[Statuses]\n  }\n\n  object ListSigningProfilesRequest {\n    @inline\n    def apply(\n        includeCanceled: js.UndefOr[Boolean] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        statuses: js.UndefOr[Statuses] = js.undefined\n    ): ListSigningProfilesRequest = {\n      val __obj = js.Dynamic.literal()\n      includeCanceled.foreach(__v => __obj.updateDynamic(\"includeCanceled\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      statuses.foreach(__v => __obj.updateDynamic(\"statuses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningProfilesRequest]\n    }\n  }\n\n  @js.native\n  trait ListSigningProfilesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var profiles: js.UndefOr[SigningProfiles]\n  }\n\n  object ListSigningProfilesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        profiles: js.UndefOr[SigningProfiles] = js.undefined\n    ): ListSigningProfilesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      profiles.foreach(__v => __obj.updateDynamic(\"profiles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSigningProfilesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** A cross-account permission for a signing profile.\n    *\/\n  @js.native\n  trait Permission extends js.Object {\n    var action: js.UndefOr[String]\n    var principal: js.UndefOr[String]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var statementId: js.UndefOr[String]\n  }\n\n  object Permission {\n    @inline\n    def apply(\n        action: js.UndefOr[String] = js.undefined,\n        principal: js.UndefOr[String] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        statementId: js.UndefOr[String] = js.undefined\n    ): Permission = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      principal.foreach(__v => __obj.updateDynamic(\"principal\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      statementId.foreach(__v => __obj.updateDynamic(\"statementId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Permission]\n    }\n  }\n\n  @js.native\n  trait PutSigningProfileRequest extends js.Object {\n    var platformId: PlatformId\n    var profileName: ProfileName\n    var overrides: js.UndefOr[SigningPlatformOverrides]\n    var signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod]\n    var signingMaterial: js.UndefOr[SigningMaterial]\n    var signingParameters: js.UndefOr[SigningParameters]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object PutSigningProfileRequest {\n    @inline\n    def apply(\n        platformId: PlatformId,\n        profileName: ProfileName,\n        overrides: js.UndefOr[SigningPlatformOverrides] = js.undefined,\n        signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod] = js.undefined,\n        signingMaterial: js.UndefOr[SigningMaterial] = js.undefined,\n        signingParameters: js.UndefOr[SigningParameters] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): PutSigningProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"platformId\" -> platformId.asInstanceOf[js.Any],\n        \"profileName\" -> profileName.asInstanceOf[js.Any]\n      )\n\n      overrides.foreach(__v => __obj.updateDynamic(\"overrides\")(__v.asInstanceOf[js.Any]))\n      signatureValidityPeriod.foreach(__v => __obj.updateDynamic(\"signatureValidityPeriod\")(__v.asInstanceOf[js.Any]))\n      signingMaterial.foreach(__v => __obj.updateDynamic(\"signingMaterial\")(__v.asInstanceOf[js.Any]))\n      signingParameters.foreach(__v => __obj.updateDynamic(\"signingParameters\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSigningProfileRequest]\n    }\n  }\n\n  @js.native\n  trait PutSigningProfileResponse extends js.Object {\n    var arn: js.UndefOr[String]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var profileVersionArn: js.UndefOr[Arn]\n  }\n\n  object PutSigningProfileResponse {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        profileVersionArn: js.UndefOr[Arn] = js.undefined\n    ): PutSigningProfileResponse = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      profileVersionArn.foreach(__v => __obj.updateDynamic(\"profileVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSigningProfileResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveProfilePermissionRequest extends js.Object {\n    var profileName: ProfileName\n    var revisionId: String\n    var statementId: String\n  }\n\n  object RemoveProfilePermissionRequest {\n    @inline\n    def apply(\n        profileName: ProfileName,\n        revisionId: String,\n        statementId: String\n    ): RemoveProfilePermissionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"profileName\" -> profileName.asInstanceOf[js.Any],\n        \"revisionId\" -> revisionId.asInstanceOf[js.Any],\n        \"statementId\" -> statementId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveProfilePermissionRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveProfilePermissionResponse extends js.Object {\n    var revisionId: js.UndefOr[String]\n  }\n\n  object RemoveProfilePermissionResponse {\n    @inline\n    def apply(\n        revisionId: js.UndefOr[String] = js.undefined\n    ): RemoveProfilePermissionResponse = {\n      val __obj = js.Dynamic.literal()\n      revisionId.foreach(__v => __obj.updateDynamic(\"revisionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveProfilePermissionResponse]\n    }\n  }\n\n  @js.native\n  trait RevokeSignatureRequest extends js.Object {\n    var jobId: JobId\n    var reason: RevocationReasonString\n    var jobOwner: js.UndefOr[AccountId]\n  }\n\n  object RevokeSignatureRequest {\n    @inline\n    def apply(\n        jobId: JobId,\n        reason: RevocationReasonString,\n        jobOwner: js.UndefOr[AccountId] = js.undefined\n    ): RevokeSignatureRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobId\" -> jobId.asInstanceOf[js.Any],\n        \"reason\" -> reason.asInstanceOf[js.Any]\n      )\n\n      jobOwner.foreach(__v => __obj.updateDynamic(\"jobOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevokeSignatureRequest]\n    }\n  }\n\n  @js.native\n  trait RevokeSigningProfileRequest extends js.Object {\n    var effectiveTime: Timestamp\n    var profileName: ProfileName\n    var profileVersion: ProfileVersion\n    var reason: RevocationReasonString\n  }\n\n  object RevokeSigningProfileRequest {\n    @inline\n    def apply(\n        effectiveTime: Timestamp,\n        profileName: ProfileName,\n        profileVersion: ProfileVersion,\n        reason: RevocationReasonString\n    ): RevokeSigningProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"effectiveTime\" -> effectiveTime.asInstanceOf[js.Any],\n        \"profileName\" -> profileName.asInstanceOf[js.Any],\n        \"profileVersion\" -> profileVersion.asInstanceOf[js.Any],\n        \"reason\" -> reason.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RevokeSigningProfileRequest]\n    }\n  }\n\n  \/** The name and prefix of the S3 bucket where code signing saves your signed objects.\n    *\/\n  @js.native\n  trait S3Destination extends js.Object {\n    var bucketName: js.UndefOr[BucketName]\n    var prefix: js.UndefOr[Prefix]\n  }\n\n  object S3Destination {\n    @inline\n    def apply(\n        bucketName: js.UndefOr[BucketName] = js.undefined,\n        prefix: js.UndefOr[Prefix] = js.undefined\n    ): S3Destination = {\n      val __obj = js.Dynamic.literal()\n      bucketName.foreach(__v => __obj.updateDynamic(\"bucketName\")(__v.asInstanceOf[js.Any]))\n      prefix.foreach(__v => __obj.updateDynamic(\"prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Destination]\n    }\n  }\n\n  \/** The S3 bucket name and key where code signing saved your signed code image.\n    *\/\n  @js.native\n  trait S3SignedObject extends js.Object {\n    var bucketName: js.UndefOr[BucketName]\n    var key: js.UndefOr[Key]\n  }\n\n  object S3SignedObject {\n    @inline\n    def apply(\n        bucketName: js.UndefOr[BucketName] = js.undefined,\n        key: js.UndefOr[Key] = js.undefined\n    ): S3SignedObject = {\n      val __obj = js.Dynamic.literal()\n      bucketName.foreach(__v => __obj.updateDynamic(\"bucketName\")(__v.asInstanceOf[js.Any]))\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3SignedObject]\n    }\n  }\n\n  \/** Information about the S3 bucket where you saved your unsigned code.\n    *\/\n  @js.native\n  trait S3Source extends js.Object {\n    var bucketName: BucketName\n    var key: Key\n    var version: Version\n  }\n\n  object S3Source {\n    @inline\n    def apply(\n        bucketName: BucketName,\n        key: Key,\n        version: Version\n    ): S3Source = {\n      val __obj = js.Dynamic.literal(\n        \"bucketName\" -> bucketName.asInstanceOf[js.Any],\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3Source]\n    }\n  }\n\n  \/** The validity period for a signing job.\n    *\/\n  @js.native\n  trait SignatureValidityPeriod extends js.Object {\n    var `type`: js.UndefOr[ValidityType]\n    var value: js.UndefOr[Int]\n  }\n\n  object SignatureValidityPeriod {\n    @inline\n    def apply(\n        `type`: js.UndefOr[ValidityType] = js.undefined,\n        value: js.UndefOr[Int] = js.undefined\n    ): SignatureValidityPeriod = {\n      val __obj = js.Dynamic.literal()\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SignatureValidityPeriod]\n    }\n  }\n\n  \/** Points to an <code>S3SignedObject<\/code> object that contains information about your signed code image.\n    *\/\n  @js.native\n  trait SignedObject extends js.Object {\n    var s3: js.UndefOr[S3SignedObject]\n  }\n\n  object SignedObject {\n    @inline\n    def apply(\n        s3: js.UndefOr[S3SignedObject] = js.undefined\n    ): SignedObject = {\n      val __obj = js.Dynamic.literal()\n      s3.foreach(__v => __obj.updateDynamic(\"s3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SignedObject]\n    }\n  }\n\n  \/** The configuration of a code signing operation.\n    *\/\n  @js.native\n  trait SigningConfiguration extends js.Object {\n    var encryptionAlgorithmOptions: EncryptionAlgorithmOptions\n    var hashAlgorithmOptions: HashAlgorithmOptions\n  }\n\n  object SigningConfiguration {\n    @inline\n    def apply(\n        encryptionAlgorithmOptions: EncryptionAlgorithmOptions,\n        hashAlgorithmOptions: HashAlgorithmOptions\n    ): SigningConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"encryptionAlgorithmOptions\" -> encryptionAlgorithmOptions.asInstanceOf[js.Any],\n        \"hashAlgorithmOptions\" -> hashAlgorithmOptions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SigningConfiguration]\n    }\n  }\n\n  \/** A signing configuration that overrides the default encryption or hash algorithm of a signing job.\n    *\/\n  @js.native\n  trait SigningConfigurationOverrides extends js.Object {\n    var encryptionAlgorithm: js.UndefOr[EncryptionAlgorithm]\n    var hashAlgorithm: js.UndefOr[HashAlgorithm]\n  }\n\n  object SigningConfigurationOverrides {\n    @inline\n    def apply(\n        encryptionAlgorithm: js.UndefOr[EncryptionAlgorithm] = js.undefined,\n        hashAlgorithm: js.UndefOr[HashAlgorithm] = js.undefined\n    ): SigningConfigurationOverrides = {\n      val __obj = js.Dynamic.literal()\n      encryptionAlgorithm.foreach(__v => __obj.updateDynamic(\"encryptionAlgorithm\")(__v.asInstanceOf[js.Any]))\n      hashAlgorithm.foreach(__v => __obj.updateDynamic(\"hashAlgorithm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningConfigurationOverrides]\n    }\n  }\n\n  \/** The image format of a code signing platform or profile.\n    *\/\n  @js.native\n  trait SigningImageFormat extends js.Object {\n    var defaultFormat: ImageFormat\n    var supportedFormats: ImageFormats\n  }\n\n  object SigningImageFormat {\n    @inline\n    def apply(\n        defaultFormat: ImageFormat,\n        supportedFormats: ImageFormats\n    ): SigningImageFormat = {\n      val __obj = js.Dynamic.literal(\n        \"defaultFormat\" -> defaultFormat.asInstanceOf[js.Any],\n        \"supportedFormats\" -> supportedFormats.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SigningImageFormat]\n    }\n  }\n\n  \/** Contains information about a signing job.\n    *\/\n  @js.native\n  trait SigningJob extends js.Object {\n    var createdAt: js.UndefOr[Timestamp]\n    var isRevoked: js.UndefOr[Boolean]\n    var jobId: js.UndefOr[JobId]\n    var jobInvoker: js.UndefOr[AccountId]\n    var jobOwner: js.UndefOr[AccountId]\n    var platformDisplayName: js.UndefOr[DisplayName]\n    var platformId: js.UndefOr[PlatformId]\n    var profileName: js.UndefOr[ProfileName]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var signatureExpiresAt: js.UndefOr[Timestamp]\n    var signedObject: js.UndefOr[SignedObject]\n    var signingMaterial: js.UndefOr[SigningMaterial]\n    var source: js.UndefOr[Source]\n    var status: js.UndefOr[SigningStatus]\n  }\n\n  object SigningJob {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[Timestamp] = js.undefined,\n        isRevoked: js.UndefOr[Boolean] = js.undefined,\n        jobId: js.UndefOr[JobId] = js.undefined,\n        jobInvoker: js.UndefOr[AccountId] = js.undefined,\n        jobOwner: js.UndefOr[AccountId] = js.undefined,\n        platformDisplayName: js.UndefOr[DisplayName] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        profileName: js.UndefOr[ProfileName] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        signatureExpiresAt: js.UndefOr[Timestamp] = js.undefined,\n        signedObject: js.UndefOr[SignedObject] = js.undefined,\n        signingMaterial: js.UndefOr[SigningMaterial] = js.undefined,\n        source: js.UndefOr[Source] = js.undefined,\n        status: js.UndefOr[SigningStatus] = js.undefined\n    ): SigningJob = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      isRevoked.foreach(__v => __obj.updateDynamic(\"isRevoked\")(__v.asInstanceOf[js.Any]))\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      jobInvoker.foreach(__v => __obj.updateDynamic(\"jobInvoker\")(__v.asInstanceOf[js.Any]))\n      jobOwner.foreach(__v => __obj.updateDynamic(\"jobOwner\")(__v.asInstanceOf[js.Any]))\n      platformDisplayName.foreach(__v => __obj.updateDynamic(\"platformDisplayName\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      profileName.foreach(__v => __obj.updateDynamic(\"profileName\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      signatureExpiresAt.foreach(__v => __obj.updateDynamic(\"signatureExpiresAt\")(__v.asInstanceOf[js.Any]))\n      signedObject.foreach(__v => __obj.updateDynamic(\"signedObject\")(__v.asInstanceOf[js.Any]))\n      signingMaterial.foreach(__v => __obj.updateDynamic(\"signingMaterial\")(__v.asInstanceOf[js.Any]))\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningJob]\n    }\n  }\n\n  \/** Revocation information for a signing job.\n    *\/\n  @js.native\n  trait SigningJobRevocationRecord extends js.Object {\n    var reason: js.UndefOr[String]\n    var revokedAt: js.UndefOr[Timestamp]\n    var revokedBy: js.UndefOr[String]\n  }\n\n  object SigningJobRevocationRecord {\n    @inline\n    def apply(\n        reason: js.UndefOr[String] = js.undefined,\n        revokedAt: js.UndefOr[Timestamp] = js.undefined,\n        revokedBy: js.UndefOr[String] = js.undefined\n    ): SigningJobRevocationRecord = {\n      val __obj = js.Dynamic.literal()\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      revokedAt.foreach(__v => __obj.updateDynamic(\"revokedAt\")(__v.asInstanceOf[js.Any]))\n      revokedBy.foreach(__v => __obj.updateDynamic(\"revokedBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningJobRevocationRecord]\n    }\n  }\n\n  \/** The ACM certificate that is used to sign your code.\n    *\/\n  @js.native\n  trait SigningMaterial extends js.Object {\n    var certificateArn: CertificateArn\n  }\n\n  object SigningMaterial {\n    @inline\n    def apply(\n        certificateArn: CertificateArn\n    ): SigningMaterial = {\n      val __obj = js.Dynamic.literal(\n        \"certificateArn\" -> certificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SigningMaterial]\n    }\n  }\n\n  \/** Contains information about the signing configurations and parameters that are used to perform a code signing job.\n    *\/\n  @js.native\n  trait SigningPlatform extends js.Object {\n    var category: js.UndefOr[Category]\n    var displayName: js.UndefOr[String]\n    var maxSizeInMB: js.UndefOr[MaxSizeInMB]\n    var partner: js.UndefOr[String]\n    var platformId: js.UndefOr[String]\n    var revocationSupported: js.UndefOr[Boolean]\n    var signingConfiguration: js.UndefOr[SigningConfiguration]\n    var signingImageFormat: js.UndefOr[SigningImageFormat]\n    var target: js.UndefOr[String]\n  }\n\n  object SigningPlatform {\n    @inline\n    def apply(\n        category: js.UndefOr[Category] = js.undefined,\n        displayName: js.UndefOr[String] = js.undefined,\n        maxSizeInMB: js.UndefOr[MaxSizeInMB] = js.undefined,\n        partner: js.UndefOr[String] = js.undefined,\n        platformId: js.UndefOr[String] = js.undefined,\n        revocationSupported: js.UndefOr[Boolean] = js.undefined,\n        signingConfiguration: js.UndefOr[SigningConfiguration] = js.undefined,\n        signingImageFormat: js.UndefOr[SigningImageFormat] = js.undefined,\n        target: js.UndefOr[String] = js.undefined\n    ): SigningPlatform = {\n      val __obj = js.Dynamic.literal()\n      category.foreach(__v => __obj.updateDynamic(\"category\")(__v.asInstanceOf[js.Any]))\n      displayName.foreach(__v => __obj.updateDynamic(\"displayName\")(__v.asInstanceOf[js.Any]))\n      maxSizeInMB.foreach(__v => __obj.updateDynamic(\"maxSizeInMB\")(__v.asInstanceOf[js.Any]))\n      partner.foreach(__v => __obj.updateDynamic(\"partner\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      revocationSupported.foreach(__v => __obj.updateDynamic(\"revocationSupported\")(__v.asInstanceOf[js.Any]))\n      signingConfiguration.foreach(__v => __obj.updateDynamic(\"signingConfiguration\")(__v.asInstanceOf[js.Any]))\n      signingImageFormat.foreach(__v => __obj.updateDynamic(\"signingImageFormat\")(__v.asInstanceOf[js.Any]))\n      target.foreach(__v => __obj.updateDynamic(\"target\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningPlatform]\n    }\n  }\n\n  \/** Any overrides that are applied to the signing configuration of a code signing platform.\n    *\/\n  @js.native\n  trait SigningPlatformOverrides extends js.Object {\n    var signingConfiguration: js.UndefOr[SigningConfigurationOverrides]\n    var signingImageFormat: js.UndefOr[ImageFormat]\n  }\n\n  object SigningPlatformOverrides {\n    @inline\n    def apply(\n        signingConfiguration: js.UndefOr[SigningConfigurationOverrides] = js.undefined,\n        signingImageFormat: js.UndefOr[ImageFormat] = js.undefined\n    ): SigningPlatformOverrides = {\n      val __obj = js.Dynamic.literal()\n      signingConfiguration.foreach(__v => __obj.updateDynamic(\"signingConfiguration\")(__v.asInstanceOf[js.Any]))\n      signingImageFormat.foreach(__v => __obj.updateDynamic(\"signingImageFormat\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningPlatformOverrides]\n    }\n  }\n\n  \/** Contains information about the ACM certificates and code signing configuration parameters that can be used by a given code signing user.\n    *\/\n  @js.native\n  trait SigningProfile extends js.Object {\n    var arn: js.UndefOr[String]\n    var platformDisplayName: js.UndefOr[DisplayName]\n    var platformId: js.UndefOr[PlatformId]\n    var profileName: js.UndefOr[ProfileName]\n    var profileVersion: js.UndefOr[ProfileVersion]\n    var profileVersionArn: js.UndefOr[Arn]\n    var signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod]\n    var signingMaterial: js.UndefOr[SigningMaterial]\n    var signingParameters: js.UndefOr[SigningParameters]\n    var status: js.UndefOr[SigningProfileStatus]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object SigningProfile {\n    @inline\n    def apply(\n        arn: js.UndefOr[String] = js.undefined,\n        platformDisplayName: js.UndefOr[DisplayName] = js.undefined,\n        platformId: js.UndefOr[PlatformId] = js.undefined,\n        profileName: js.UndefOr[ProfileName] = js.undefined,\n        profileVersion: js.UndefOr[ProfileVersion] = js.undefined,\n        profileVersionArn: js.UndefOr[Arn] = js.undefined,\n        signatureValidityPeriod: js.UndefOr[SignatureValidityPeriod] = js.undefined,\n        signingMaterial: js.UndefOr[SigningMaterial] = js.undefined,\n        signingParameters: js.UndefOr[SigningParameters] = js.undefined,\n        status: js.UndefOr[SigningProfileStatus] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): SigningProfile = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      platformDisplayName.foreach(__v => __obj.updateDynamic(\"platformDisplayName\")(__v.asInstanceOf[js.Any]))\n      platformId.foreach(__v => __obj.updateDynamic(\"platformId\")(__v.asInstanceOf[js.Any]))\n      profileName.foreach(__v => __obj.updateDynamic(\"profileName\")(__v.asInstanceOf[js.Any]))\n      profileVersion.foreach(__v => __obj.updateDynamic(\"profileVersion\")(__v.asInstanceOf[js.Any]))\n      profileVersionArn.foreach(__v => __obj.updateDynamic(\"profileVersionArn\")(__v.asInstanceOf[js.Any]))\n      signatureValidityPeriod.foreach(__v => __obj.updateDynamic(\"signatureValidityPeriod\")(__v.asInstanceOf[js.Any]))\n      signingMaterial.foreach(__v => __obj.updateDynamic(\"signingMaterial\")(__v.asInstanceOf[js.Any]))\n      signingParameters.foreach(__v => __obj.updateDynamic(\"signingParameters\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningProfile]\n    }\n  }\n\n  \/** Revocation information for a signing profile.\n    *\/\n  @js.native\n  trait SigningProfileRevocationRecord extends js.Object {\n    var revocationEffectiveFrom: js.UndefOr[Timestamp]\n    var revokedAt: js.UndefOr[Timestamp]\n    var revokedBy: js.UndefOr[String]\n  }\n\n  object SigningProfileRevocationRecord {\n    @inline\n    def apply(\n        revocationEffectiveFrom: js.UndefOr[Timestamp] = js.undefined,\n        revokedAt: js.UndefOr[Timestamp] = js.undefined,\n        revokedBy: js.UndefOr[String] = js.undefined\n    ): SigningProfileRevocationRecord = {\n      val __obj = js.Dynamic.literal()\n      revocationEffectiveFrom.foreach(__v => __obj.updateDynamic(\"revocationEffectiveFrom\")(__v.asInstanceOf[js.Any]))\n      revokedAt.foreach(__v => __obj.updateDynamic(\"revokedAt\")(__v.asInstanceOf[js.Any]))\n      revokedBy.foreach(__v => __obj.updateDynamic(\"revokedBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SigningProfileRevocationRecord]\n    }\n  }\n\n  @js.native\n  sealed trait SigningProfileStatus extends js.Any\n  object SigningProfileStatus {\n    val Active = \"Active\".asInstanceOf[SigningProfileStatus]\n    val Canceled = \"Canceled\".asInstanceOf[SigningProfileStatus]\n    val Revoked = \"Revoked\".asInstanceOf[SigningProfileStatus]\n\n    @inline def values = js.Array(Active, Canceled, Revoked)\n  }\n\n  @js.native\n  sealed trait SigningStatus extends js.Any\n  object SigningStatus {\n    val InProgress = \"InProgress\".asInstanceOf[SigningStatus]\n    val Failed = \"Failed\".asInstanceOf[SigningStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[SigningStatus]\n\n    @inline def values = js.Array(InProgress, Failed, Succeeded)\n  }\n\n  \/** An <code>S3Source<\/code> object that contains information about the S3 bucket where you saved your unsigned code.\n    *\/\n  @js.native\n  trait Source extends js.Object {\n    var s3: js.UndefOr[S3Source]\n  }\n\n  object Source {\n    @inline\n    def apply(\n        s3: js.UndefOr[S3Source] = js.undefined\n    ): Source = {\n      val __obj = js.Dynamic.literal()\n      s3.foreach(__v => __obj.updateDynamic(\"s3\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Source]\n    }\n  }\n\n  @js.native\n  trait StartSigningJobRequest extends js.Object {\n    var clientRequestToken: ClientRequestToken\n    var destination: Destination\n    var profileName: ProfileName\n    var source: Source\n    var profileOwner: js.UndefOr[AccountId]\n  }\n\n  object StartSigningJobRequest {\n    @inline\n    def apply(\n        clientRequestToken: ClientRequestToken,\n        destination: Destination,\n        profileName: ProfileName,\n        source: Source,\n        profileOwner: js.UndefOr[AccountId] = js.undefined\n    ): StartSigningJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientRequestToken\" -> clientRequestToken.asInstanceOf[js.Any],\n        \"destination\" -> destination.asInstanceOf[js.Any],\n        \"profileName\" -> profileName.asInstanceOf[js.Any],\n        \"source\" -> source.asInstanceOf[js.Any]\n      )\n\n      profileOwner.foreach(__v => __obj.updateDynamic(\"profileOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSigningJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartSigningJobResponse extends js.Object {\n    var jobId: js.UndefOr[JobId]\n    var jobOwner: js.UndefOr[AccountId]\n  }\n\n  object StartSigningJobResponse {\n    @inline\n    def apply(\n        jobId: js.UndefOr[JobId] = js.undefined,\n        jobOwner: js.UndefOr[AccountId] = js.undefined\n    ): StartSigningJobResponse = {\n      val __obj = js.Dynamic.literal()\n      jobId.foreach(__v => __obj.updateDynamic(\"jobId\")(__v.asInstanceOf[js.Any]))\n      jobOwner.foreach(__v => __obj.updateDynamic(\"jobOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSigningJobResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ValidityType extends js.Any\n  object ValidityType {\n    val DAYS = \"DAYS\".asInstanceOf[ValidityType]\n    val MONTHS = \"MONTHS\".asInstanceOf[ValidityType]\n    val YEARS = \"YEARS\".asInstanceOf[ValidityType]\n\n    @inline def values = js.Array(DAYS, MONTHS, YEARS)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotsecuretunneling\/src\/main\/scala\/facade\/amazonaws\/services\/IoTSecureTunneling.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotsecuretunneling {\n  type AmazonResourceName = String\n  type ClientAccessToken = String\n  type DateType = js.Date\n  type DeleteFlag = Boolean\n  type Description = String\n  type MaxResults = Int\n  type NextToken = String\n  type Service = String\n  type ServiceList = js.Array[Service]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type ThingName = String\n  type TimeoutInMin = Int\n  type TunnelArn = String\n  type TunnelId = String\n  type TunnelSummaryList = js.Array[TunnelSummary]\n\n  implicit final class IoTSecureTunnelingOps(private val service: IoTSecureTunneling) extends AnyVal {\n\n    @inline def closeTunnelFuture(params: CloseTunnelRequest): Future[CloseTunnelResponse] = service.closeTunnel(params).promise().toFuture\n    @inline def describeTunnelFuture(params: DescribeTunnelRequest): Future[DescribeTunnelResponse] = service.describeTunnel(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTunnelsFuture(params: ListTunnelsRequest): Future[ListTunnelsResponse] = service.listTunnels(params).promise().toFuture\n    @inline def openTunnelFuture(params: OpenTunnelRequest): Future[OpenTunnelResponse] = service.openTunnel(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage iotsecuretunneling {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotsecuretunneling\", JSImport.Namespace, \"AWS.IoTSecureTunneling\")\n  class IoTSecureTunneling() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def closeTunnel(params: CloseTunnelRequest): Request[CloseTunnelResponse] = js.native\n    def describeTunnel(params: DescribeTunnelRequest): Request[DescribeTunnelResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTunnels(params: ListTunnelsRequest): Request[ListTunnelsResponse] = js.native\n    def openTunnel(params: OpenTunnelRequest): Request[OpenTunnelResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait CloseTunnelRequest extends js.Object {\n    var tunnelId: TunnelId\n    var delete: js.UndefOr[DeleteFlag]\n  }\n\n  object CloseTunnelRequest {\n    @inline\n    def apply(\n        tunnelId: TunnelId,\n        delete: js.UndefOr[DeleteFlag] = js.undefined\n    ): CloseTunnelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"tunnelId\" -> tunnelId.asInstanceOf[js.Any]\n      )\n\n      delete.foreach(__v => __obj.updateDynamic(\"delete\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloseTunnelRequest]\n    }\n  }\n\n  @js.native\n  trait CloseTunnelResponse extends js.Object\n\n  object CloseTunnelResponse {\n    @inline\n    def apply(): CloseTunnelResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CloseTunnelResponse]\n    }\n  }\n\n  \/** The state of a connection.\n    *\/\n  @js.native\n  trait ConnectionState extends js.Object {\n    var lastUpdatedAt: js.UndefOr[DateType]\n    var status: js.UndefOr[ConnectionStatus]\n  }\n\n  object ConnectionState {\n    @inline\n    def apply(\n        lastUpdatedAt: js.UndefOr[DateType] = js.undefined,\n        status: js.UndefOr[ConnectionStatus] = js.undefined\n    ): ConnectionState = {\n      val __obj = js.Dynamic.literal()\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConnectionState]\n    }\n  }\n\n  @js.native\n  sealed trait ConnectionStatus extends js.Any\n  object ConnectionStatus {\n    val CONNECTED = \"CONNECTED\".asInstanceOf[ConnectionStatus]\n    val DISCONNECTED = \"DISCONNECTED\".asInstanceOf[ConnectionStatus]\n\n    @inline def values = js.Array(CONNECTED, DISCONNECTED)\n  }\n\n  @js.native\n  trait DescribeTunnelRequest extends js.Object {\n    var tunnelId: TunnelId\n  }\n\n  object DescribeTunnelRequest {\n    @inline\n    def apply(\n        tunnelId: TunnelId\n    ): DescribeTunnelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"tunnelId\" -> tunnelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTunnelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeTunnelResponse extends js.Object {\n    var tunnel: js.UndefOr[Tunnel]\n  }\n\n  object DescribeTunnelResponse {\n    @inline\n    def apply(\n        tunnel: js.UndefOr[Tunnel] = js.undefined\n    ): DescribeTunnelResponse = {\n      val __obj = js.Dynamic.literal()\n      tunnel.foreach(__v => __obj.updateDynamic(\"tunnel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTunnelResponse]\n    }\n  }\n\n  \/** The destination configuration.\n    *\/\n  @js.native\n  trait DestinationConfig extends js.Object {\n    var services: ServiceList\n    var thingName: js.UndefOr[ThingName]\n  }\n\n  object DestinationConfig {\n    @inline\n    def apply(\n        services: ServiceList,\n        thingName: js.UndefOr[ThingName] = js.undefined\n    ): DestinationConfig = {\n      val __obj = js.Dynamic.literal(\n        \"services\" -> services.asInstanceOf[js.Any]\n      )\n\n      thingName.foreach(__v => __obj.updateDynamic(\"thingName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationConfig]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTunnelsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var thingName: js.UndefOr[ThingName]\n  }\n\n  object ListTunnelsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        thingName: js.UndefOr[ThingName] = js.undefined\n    ): ListTunnelsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      thingName.foreach(__v => __obj.updateDynamic(\"thingName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTunnelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTunnelsResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var tunnelSummaries: js.UndefOr[TunnelSummaryList]\n  }\n\n  object ListTunnelsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        tunnelSummaries: js.UndefOr[TunnelSummaryList] = js.undefined\n    ): ListTunnelsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      tunnelSummaries.foreach(__v => __obj.updateDynamic(\"tunnelSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTunnelsResponse]\n    }\n  }\n\n  @js.native\n  trait OpenTunnelRequest extends js.Object {\n    var description: js.UndefOr[Description]\n    var destinationConfig: js.UndefOr[DestinationConfig]\n    var tags: js.UndefOr[TagList]\n    var timeoutConfig: js.UndefOr[TimeoutConfig]\n  }\n\n  object OpenTunnelRequest {\n    @inline\n    def apply(\n        description: js.UndefOr[Description] = js.undefined,\n        destinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        timeoutConfig: js.UndefOr[TimeoutConfig] = js.undefined\n    ): OpenTunnelRequest = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      destinationConfig.foreach(__v => __obj.updateDynamic(\"destinationConfig\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeoutConfig.foreach(__v => __obj.updateDynamic(\"timeoutConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpenTunnelRequest]\n    }\n  }\n\n  @js.native\n  trait OpenTunnelResponse extends js.Object {\n    var destinationAccessToken: js.UndefOr[ClientAccessToken]\n    var sourceAccessToken: js.UndefOr[ClientAccessToken]\n    var tunnelArn: js.UndefOr[TunnelArn]\n    var tunnelId: js.UndefOr[TunnelId]\n  }\n\n  object OpenTunnelResponse {\n    @inline\n    def apply(\n        destinationAccessToken: js.UndefOr[ClientAccessToken] = js.undefined,\n        sourceAccessToken: js.UndefOr[ClientAccessToken] = js.undefined,\n        tunnelArn: js.UndefOr[TunnelArn] = js.undefined,\n        tunnelId: js.UndefOr[TunnelId] = js.undefined\n    ): OpenTunnelResponse = {\n      val __obj = js.Dynamic.literal()\n      destinationAccessToken.foreach(__v => __obj.updateDynamic(\"destinationAccessToken\")(__v.asInstanceOf[js.Any]))\n      sourceAccessToken.foreach(__v => __obj.updateDynamic(\"sourceAccessToken\")(__v.asInstanceOf[js.Any]))\n      tunnelArn.foreach(__v => __obj.updateDynamic(\"tunnelArn\")(__v.asInstanceOf[js.Any]))\n      tunnelId.foreach(__v => __obj.updateDynamic(\"tunnelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpenTunnelResponse]\n    }\n  }\n\n  \/** An arbitary key\/value pair used to add searchable metadata to secure tunnel resources.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: TagKey\n    var value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: TagKey,\n        value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Tunnel timeout configuration.\n    *\/\n  @js.native\n  trait TimeoutConfig extends js.Object {\n    var maxLifetimeTimeoutMinutes: js.UndefOr[TimeoutInMin]\n  }\n\n  object TimeoutConfig {\n    @inline\n    def apply(\n        maxLifetimeTimeoutMinutes: js.UndefOr[TimeoutInMin] = js.undefined\n    ): TimeoutConfig = {\n      val __obj = js.Dynamic.literal()\n      maxLifetimeTimeoutMinutes.foreach(__v => __obj.updateDynamic(\"maxLifetimeTimeoutMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeoutConfig]\n    }\n  }\n\n  \/** A connection between a source computer and a destination device.\n    *\/\n  @js.native\n  trait Tunnel extends js.Object {\n    var createdAt: js.UndefOr[DateType]\n    var description: js.UndefOr[Description]\n    var destinationConfig: js.UndefOr[DestinationConfig]\n    var destinationConnectionState: js.UndefOr[ConnectionState]\n    var lastUpdatedAt: js.UndefOr[DateType]\n    var sourceConnectionState: js.UndefOr[ConnectionState]\n    var status: js.UndefOr[TunnelStatus]\n    var tags: js.UndefOr[TagList]\n    var timeoutConfig: js.UndefOr[TimeoutConfig]\n    var tunnelArn: js.UndefOr[TunnelArn]\n    var tunnelId: js.UndefOr[TunnelId]\n  }\n\n  object Tunnel {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[DateType] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        destinationConfig: js.UndefOr[DestinationConfig] = js.undefined,\n        destinationConnectionState: js.UndefOr[ConnectionState] = js.undefined,\n        lastUpdatedAt: js.UndefOr[DateType] = js.undefined,\n        sourceConnectionState: js.UndefOr[ConnectionState] = js.undefined,\n        status: js.UndefOr[TunnelStatus] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        timeoutConfig: js.UndefOr[TimeoutConfig] = js.undefined,\n        tunnelArn: js.UndefOr[TunnelArn] = js.undefined,\n        tunnelId: js.UndefOr[TunnelId] = js.undefined\n    ): Tunnel = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      destinationConfig.foreach(__v => __obj.updateDynamic(\"destinationConfig\")(__v.asInstanceOf[js.Any]))\n      destinationConnectionState.foreach(__v => __obj.updateDynamic(\"destinationConnectionState\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      sourceConnectionState.foreach(__v => __obj.updateDynamic(\"sourceConnectionState\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      timeoutConfig.foreach(__v => __obj.updateDynamic(\"timeoutConfig\")(__v.asInstanceOf[js.Any]))\n      tunnelArn.foreach(__v => __obj.updateDynamic(\"tunnelArn\")(__v.asInstanceOf[js.Any]))\n      tunnelId.foreach(__v => __obj.updateDynamic(\"tunnelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tunnel]\n    }\n  }\n\n  @js.native\n  sealed trait TunnelStatus extends js.Any\n  object TunnelStatus {\n    val OPEN = \"OPEN\".asInstanceOf[TunnelStatus]\n    val CLOSED = \"CLOSED\".asInstanceOf[TunnelStatus]\n\n    @inline def values = js.Array(OPEN, CLOSED)\n  }\n\n  \/** Information about the tunnel.\n    *\/\n  @js.native\n  trait TunnelSummary extends js.Object {\n    var createdAt: js.UndefOr[DateType]\n    var description: js.UndefOr[Description]\n    var lastUpdatedAt: js.UndefOr[DateType]\n    var status: js.UndefOr[TunnelStatus]\n    var tunnelArn: js.UndefOr[TunnelArn]\n    var tunnelId: js.UndefOr[TunnelId]\n  }\n\n  object TunnelSummary {\n    @inline\n    def apply(\n        createdAt: js.UndefOr[DateType] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        lastUpdatedAt: js.UndefOr[DateType] = js.undefined,\n        status: js.UndefOr[TunnelStatus] = js.undefined,\n        tunnelArn: js.UndefOr[TunnelArn] = js.undefined,\n        tunnelId: js.UndefOr[TunnelId] = js.undefined\n    ): TunnelSummary = {\n      val __obj = js.Dynamic.literal()\n      createdAt.foreach(__v => __obj.updateDynamic(\"createdAt\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      tunnelArn.foreach(__v => __obj.updateDynamic(\"tunnelArn\")(__v.asInstanceOf[js.Any]))\n      tunnelId.foreach(__v => __obj.updateDynamic(\"tunnelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TunnelSummary]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codedeploy\/src\/main\/scala\/facade\/amazonaws\/services\/CodeDeploy.scala","text":"<filename>services\/codedeploy\/src\/main\/scala\/facade\/amazonaws\/services\/CodeDeploy.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codedeploy {\n  @deprecated(\"AdditionalDeploymentStatusInfo is deprecated, use DeploymentStatusMessageList instead.\", \"forever\")\n  type AdditionalDeploymentStatusInfo = String\n  type AlarmList = js.Array[Alarm]\n  type AlarmName = String\n  type ApplicationId = String\n  type ApplicationName = String\n  type ApplicationsInfoList = js.Array[ApplicationInfo]\n  type ApplicationsList = js.Array[ApplicationName]\n  type Arn = String\n  type AutoRollbackEventsList = js.Array[AutoRollbackEvent]\n  type AutoScalingGroupHook = String\n  type AutoScalingGroupList = js.Array[AutoScalingGroup]\n  type AutoScalingGroupName = String\n  type AutoScalingGroupNameList = js.Array[AutoScalingGroupName]\n  type CloudFormationResourceType = String\n  type CommitId = String\n  type DeploymentConfigId = String\n  type DeploymentConfigName = String\n  type DeploymentConfigsList = js.Array[DeploymentConfigName]\n  type DeploymentGroupId = String\n  type DeploymentGroupInfoList = js.Array[DeploymentGroupInfo]\n  type DeploymentGroupName = String\n  type DeploymentGroupsList = js.Array[DeploymentGroupName]\n  type DeploymentId = String\n  type DeploymentStatusList = js.Array[DeploymentStatus]\n  type DeploymentStatusMessageList = js.Array[ErrorMessage]\n  type DeploymentTargetList = js.Array[DeploymentTarget]\n  type DeploymentsInfoList = js.Array[DeploymentInfo]\n  type DeploymentsList = js.Array[DeploymentId]\n  type Description = String\n  type Duration = Int\n  type EC2TagFilterList = js.Array[EC2TagFilter]\n  type EC2TagSetList = js.Array[EC2TagFilterList]\n  type ECSClusterName = String\n  type ECSServiceList = js.Array[ECSService]\n  type ECSServiceName = String\n  type ECSTaskSetCount = Double\n  type ECSTaskSetIdentifier = String\n  type ECSTaskSetList = js.Array[ECSTaskSet]\n  type ECSTaskSetStatus = String\n  type ELBInfoList = js.Array[ELBInfo]\n  type ELBName = String\n  type ETag = String\n  type ErrorMessage = String\n  type ExternalId = String\n  type FilterValue = String\n  type FilterValueList = js.Array[FilterValue]\n  type GitHubAccountTokenName = String\n  type GitHubAccountTokenNameList = js.Array[GitHubAccountTokenName]\n  type IamSessionArn = String\n  type IamUserArn = String\n  type InstanceArn = String\n  type InstanceCount = Double\n  type InstanceId = String\n  type InstanceInfoList = js.Array[InstanceInfo]\n  type InstanceName = String\n  type InstanceNameList = js.Array[InstanceName]\n  type InstanceStatusList = js.Array[InstanceStatus]\n  type InstanceSummaryList = js.Array[InstanceSummary]\n  type InstanceTypeList = js.Array[InstanceType]\n  type InstancesList = js.Array[InstanceId]\n  type Key = String\n  type LambdaFunctionAlias = String\n  type LambdaFunctionName = String\n  type LifecycleEventHookExecutionId = String\n  type LifecycleEventList = js.Array[LifecycleEvent]\n  type LifecycleEventName = String\n  type LifecycleMessage = String\n  type ListenerArn = String\n  type ListenerArnList = js.Array[ListenerArn]\n  type LogTail = String\n  type Message = String\n  type MinimumHealthyHostsValue = Int\n  type NextToken = String\n  type NullableBoolean = Boolean\n  type OnPremisesTagSetList = js.Array[TagFilterList]\n  type Percentage = Int\n  type RawStringContent = String\n  type RawStringSha256 = String\n  type Repository = String\n  type RevisionInfoList = js.Array[RevisionInfo]\n  type RevisionLocationList = js.Array[RevisionLocation]\n  type Role = String\n  type S3Bucket = String\n  type S3Key = String\n  type ScriptName = String\n  type TagFilterList = js.Array[TagFilter]\n  type TagKeyList = js.Array[Key]\n  type TagList = js.Array[Tag]\n  type TargetArn = String\n  type TargetFilters = js.Dictionary[FilterValueList]\n  type TargetGroupInfoList = js.Array[TargetGroupInfo]\n  type TargetGroupName = String\n  type TargetGroupPairInfoList = js.Array[TargetGroupPairInfo]\n  type TargetId = String\n  type TargetIdList = js.Array[TargetId]\n  type Time = js.Date\n  type Timestamp = js.Date\n  type TrafficWeight = Double\n  type TriggerConfigList = js.Array[TriggerConfig]\n  type TriggerEventTypeList = js.Array[TriggerEventType]\n  type TriggerName = String\n  type TriggerTargetArn = String\n  type Value = String\n  type Version = String\n  type VersionId = String\n  type WaitTimeInMins = Int\n\n  implicit final class CodeDeployOps(private val service: CodeDeploy) extends AnyVal {\n\n    @inline def addTagsToOnPremisesInstancesFuture(params: AddTagsToOnPremisesInstancesInput): Future[js.Object] = service.addTagsToOnPremisesInstances(params).promise().toFuture\n    @inline def batchGetApplicationRevisionsFuture(params: BatchGetApplicationRevisionsInput): Future[BatchGetApplicationRevisionsOutput] = service.batchGetApplicationRevisions(params).promise().toFuture\n    @inline def batchGetApplicationsFuture(params: BatchGetApplicationsInput): Future[BatchGetApplicationsOutput] = service.batchGetApplications(params).promise().toFuture\n    @inline def batchGetDeploymentGroupsFuture(params: BatchGetDeploymentGroupsInput): Future[BatchGetDeploymentGroupsOutput] = service.batchGetDeploymentGroups(params).promise().toFuture\n    @inline def batchGetDeploymentTargetsFuture(params: BatchGetDeploymentTargetsInput): Future[BatchGetDeploymentTargetsOutput] = service.batchGetDeploymentTargets(params).promise().toFuture\n    @inline def batchGetDeploymentsFuture(params: BatchGetDeploymentsInput): Future[BatchGetDeploymentsOutput] = service.batchGetDeployments(params).promise().toFuture\n    @inline def batchGetOnPremisesInstancesFuture(params: BatchGetOnPremisesInstancesInput): Future[BatchGetOnPremisesInstancesOutput] = service.batchGetOnPremisesInstances(params).promise().toFuture\n    @inline def continueDeploymentFuture(params: ContinueDeploymentInput): Future[js.Object] = service.continueDeployment(params).promise().toFuture\n    @inline def createApplicationFuture(params: CreateApplicationInput): Future[CreateApplicationOutput] = service.createApplication(params).promise().toFuture\n    @inline def createDeploymentConfigFuture(params: CreateDeploymentConfigInput): Future[CreateDeploymentConfigOutput] = service.createDeploymentConfig(params).promise().toFuture\n    @inline def createDeploymentFuture(params: CreateDeploymentInput): Future[CreateDeploymentOutput] = service.createDeployment(params).promise().toFuture\n    @inline def createDeploymentGroupFuture(params: CreateDeploymentGroupInput): Future[CreateDeploymentGroupOutput] = service.createDeploymentGroup(params).promise().toFuture\n    @inline def deleteApplicationFuture(params: DeleteApplicationInput): Future[js.Object] = service.deleteApplication(params).promise().toFuture\n    @inline def deleteDeploymentConfigFuture(params: DeleteDeploymentConfigInput): Future[js.Object] = service.deleteDeploymentConfig(params).promise().toFuture\n    @inline def deleteDeploymentGroupFuture(params: DeleteDeploymentGroupInput): Future[DeleteDeploymentGroupOutput] = service.deleteDeploymentGroup(params).promise().toFuture\n    @inline def deleteGitHubAccountTokenFuture(params: DeleteGitHubAccountTokenInput): Future[DeleteGitHubAccountTokenOutput] = service.deleteGitHubAccountToken(params).promise().toFuture\n    @inline def deleteResourcesByExternalIdFuture(params: DeleteResourcesByExternalIdInput): Future[DeleteResourcesByExternalIdOutput] = service.deleteResourcesByExternalId(params).promise().toFuture\n    @inline def deregisterOnPremisesInstanceFuture(params: DeregisterOnPremisesInstanceInput): Future[js.Object] = service.deregisterOnPremisesInstance(params).promise().toFuture\n    @inline def getApplicationFuture(params: GetApplicationInput): Future[GetApplicationOutput] = service.getApplication(params).promise().toFuture\n    @inline def getApplicationRevisionFuture(params: GetApplicationRevisionInput): Future[GetApplicationRevisionOutput] = service.getApplicationRevision(params).promise().toFuture\n    @inline def getDeploymentConfigFuture(params: GetDeploymentConfigInput): Future[GetDeploymentConfigOutput] = service.getDeploymentConfig(params).promise().toFuture\n    @inline def getDeploymentFuture(params: GetDeploymentInput): Future[GetDeploymentOutput] = service.getDeployment(params).promise().toFuture\n    @inline def getDeploymentGroupFuture(params: GetDeploymentGroupInput): Future[GetDeploymentGroupOutput] = service.getDeploymentGroup(params).promise().toFuture\n    @inline def getDeploymentTargetFuture(params: GetDeploymentTargetInput): Future[GetDeploymentTargetOutput] = service.getDeploymentTarget(params).promise().toFuture\n    @inline def getOnPremisesInstanceFuture(params: GetOnPremisesInstanceInput): Future[GetOnPremisesInstanceOutput] = service.getOnPremisesInstance(params).promise().toFuture\n    @inline def listApplicationRevisionsFuture(params: ListApplicationRevisionsInput): Future[ListApplicationRevisionsOutput] = service.listApplicationRevisions(params).promise().toFuture\n    @inline def listApplicationsFuture(params: ListApplicationsInput): Future[ListApplicationsOutput] = service.listApplications(params).promise().toFuture\n    @inline def listDeploymentConfigsFuture(params: ListDeploymentConfigsInput): Future[ListDeploymentConfigsOutput] = service.listDeploymentConfigs(params).promise().toFuture\n    @inline def listDeploymentGroupsFuture(params: ListDeploymentGroupsInput): Future[ListDeploymentGroupsOutput] = service.listDeploymentGroups(params).promise().toFuture\n    @inline def listDeploymentTargetsFuture(params: ListDeploymentTargetsInput): Future[ListDeploymentTargetsOutput] = service.listDeploymentTargets(params).promise().toFuture\n    @inline def listDeploymentsFuture(params: ListDeploymentsInput): Future[ListDeploymentsOutput] = service.listDeployments(params).promise().toFuture\n    @inline def listGitHubAccountTokenNamesFuture(params: ListGitHubAccountTokenNamesInput): Future[ListGitHubAccountTokenNamesOutput] = service.listGitHubAccountTokenNames(params).promise().toFuture\n    @inline def listOnPremisesInstancesFuture(params: ListOnPremisesInstancesInput): Future[ListOnPremisesInstancesOutput] = service.listOnPremisesInstances(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def putLifecycleEventHookExecutionStatusFuture(params: PutLifecycleEventHookExecutionStatusInput): Future[PutLifecycleEventHookExecutionStatusOutput] = service.putLifecycleEventHookExecutionStatus(params).promise().toFuture\n    @inline def registerApplicationRevisionFuture(params: RegisterApplicationRevisionInput): Future[js.Object] = service.registerApplicationRevision(params).promise().toFuture\n    @inline def registerOnPremisesInstanceFuture(params: RegisterOnPremisesInstanceInput): Future[js.Object] = service.registerOnPremisesInstance(params).promise().toFuture\n    @inline def removeTagsFromOnPremisesInstancesFuture(params: RemoveTagsFromOnPremisesInstancesInput): Future[js.Object] = service.removeTagsFromOnPremisesInstances(params).promise().toFuture\n    @inline def stopDeploymentFuture(params: StopDeploymentInput): Future[StopDeploymentOutput] = service.stopDeployment(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n    @inline def updateApplicationFuture(params: UpdateApplicationInput): Future[js.Object] = service.updateApplication(params).promise().toFuture\n    @inline def updateDeploymentGroupFuture(params: UpdateDeploymentGroupInput): Future[UpdateDeploymentGroupOutput] = service.updateDeploymentGroup(params).promise().toFuture\n\n  }\n}\n\npackage codedeploy {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codedeploy\", JSImport.Namespace, \"AWS.CodeDeploy\")\n  class CodeDeploy() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"This operation is deprecated, use BatchGetDeploymentTargets instead.\", \"forever\") def batchGetDeploymentInstances(params: BatchGetDeploymentInstancesInput): Request[BatchGetDeploymentInstancesOutput] = js.native\n    @deprecated(\"This operation is deprecated, use ContinueDeployment with DeploymentWaitType instead.\", \"forever\") def skipWaitTimeForInstanceTermination(params: SkipWaitTimeForInstanceTerminationInput): Request[js.Object] = js.native\n    @deprecated(\"This operation is deprecated, use GetDeploymentTarget instead.\", \"forever\") def getDeploymentInstance(params: GetDeploymentInstanceInput): Request[GetDeploymentInstanceOutput] = js.native\n    @deprecated(\"This operation is deprecated, use ListDeploymentTargets instead.\", \"forever\") def listDeploymentInstances(params: ListDeploymentInstancesInput): Request[ListDeploymentInstancesOutput] = js.native\n    def addTagsToOnPremisesInstances(params: AddTagsToOnPremisesInstancesInput): Request[js.Object] = js.native\n    def batchGetApplicationRevisions(params: BatchGetApplicationRevisionsInput): Request[BatchGetApplicationRevisionsOutput] = js.native\n    def batchGetApplications(params: BatchGetApplicationsInput): Request[BatchGetApplicationsOutput] = js.native\n    def batchGetDeploymentGroups(params: BatchGetDeploymentGroupsInput): Request[BatchGetDeploymentGroupsOutput] = js.native\n    def batchGetDeploymentTargets(params: BatchGetDeploymentTargetsInput): Request[BatchGetDeploymentTargetsOutput] = js.native\n    def batchGetDeployments(params: BatchGetDeploymentsInput): Request[BatchGetDeploymentsOutput] = js.native\n    def batchGetOnPremisesInstances(params: BatchGetOnPremisesInstancesInput): Request[BatchGetOnPremisesInstancesOutput] = js.native\n    def continueDeployment(params: ContinueDeploymentInput): Request[js.Object] = js.native\n    def createApplication(params: CreateApplicationInput): Request[CreateApplicationOutput] = js.native\n    def createDeployment(params: CreateDeploymentInput): Request[CreateDeploymentOutput] = js.native\n    def createDeploymentConfig(params: CreateDeploymentConfigInput): Request[CreateDeploymentConfigOutput] = js.native\n    def createDeploymentGroup(params: CreateDeploymentGroupInput): Request[CreateDeploymentGroupOutput] = js.native\n    def deleteApplication(params: DeleteApplicationInput): Request[js.Object] = js.native\n    def deleteDeploymentConfig(params: DeleteDeploymentConfigInput): Request[js.Object] = js.native\n    def deleteDeploymentGroup(params: DeleteDeploymentGroupInput): Request[DeleteDeploymentGroupOutput] = js.native\n    def deleteGitHubAccountToken(params: DeleteGitHubAccountTokenInput): Request[DeleteGitHubAccountTokenOutput] = js.native\n    def deleteResourcesByExternalId(params: DeleteResourcesByExternalIdInput): Request[DeleteResourcesByExternalIdOutput] = js.native\n    def deregisterOnPremisesInstance(params: DeregisterOnPremisesInstanceInput): Request[js.Object] = js.native\n    def getApplication(params: GetApplicationInput): Request[GetApplicationOutput] = js.native\n    def getApplicationRevision(params: GetApplicationRevisionInput): Request[GetApplicationRevisionOutput] = js.native\n    def getDeployment(params: GetDeploymentInput): Request[GetDeploymentOutput] = js.native\n    def getDeploymentConfig(params: GetDeploymentConfigInput): Request[GetDeploymentConfigOutput] = js.native\n    def getDeploymentGroup(params: GetDeploymentGroupInput): Request[GetDeploymentGroupOutput] = js.native\n    def getDeploymentTarget(params: GetDeploymentTargetInput): Request[GetDeploymentTargetOutput] = js.native\n    def getOnPremisesInstance(params: GetOnPremisesInstanceInput): Request[GetOnPremisesInstanceOutput] = js.native\n    def listApplicationRevisions(params: ListApplicationRevisionsInput): Request[ListApplicationRevisionsOutput] = js.native\n    def listApplications(params: ListApplicationsInput): Request[ListApplicationsOutput] = js.native\n    def listDeploymentConfigs(params: ListDeploymentConfigsInput): Request[ListDeploymentConfigsOutput] = js.native\n    def listDeploymentGroups(params: ListDeploymentGroupsInput): Request[ListDeploymentGroupsOutput] = js.native\n    def listDeploymentTargets(params: ListDeploymentTargetsInput): Request[ListDeploymentTargetsOutput] = js.native\n    def listDeployments(params: ListDeploymentsInput): Request[ListDeploymentsOutput] = js.native\n    def listGitHubAccountTokenNames(params: ListGitHubAccountTokenNamesInput): Request[ListGitHubAccountTokenNamesOutput] = js.native\n    def listOnPremisesInstances(params: ListOnPremisesInstancesInput): Request[ListOnPremisesInstancesOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def putLifecycleEventHookExecutionStatus(params: PutLifecycleEventHookExecutionStatusInput): Request[PutLifecycleEventHookExecutionStatusOutput] = js.native\n    def registerApplicationRevision(params: RegisterApplicationRevisionInput): Request[js.Object] = js.native\n    def registerOnPremisesInstance(params: RegisterOnPremisesInstanceInput): Request[js.Object] = js.native\n    def removeTagsFromOnPremisesInstances(params: RemoveTagsFromOnPremisesInstancesInput): Request[js.Object] = js.native\n    def stopDeployment(params: StopDeploymentInput): Request[StopDeploymentOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n    def updateApplication(params: UpdateApplicationInput): Request[js.Object] = js.native\n    def updateDeploymentGroup(params: UpdateDeploymentGroupInput): Request[UpdateDeploymentGroupOutput] = js.native\n  }\n\n  \/** Represents the input of, and adds tags to, an on-premises instance operation.\n    *\/\n  @js.native\n  trait AddTagsToOnPremisesInstancesInput extends js.Object {\n    var instanceNames: InstanceNameList\n    var tags: TagList\n  }\n\n  object AddTagsToOnPremisesInstancesInput {\n    @inline\n    def apply(\n        instanceNames: InstanceNameList,\n        tags: TagList\n    ): AddTagsToOnPremisesInstancesInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToOnPremisesInstancesInput]\n    }\n  }\n\n  \/** Information about an alarm.\n    *\/\n  @js.native\n  trait Alarm extends js.Object {\n    var name: js.UndefOr[AlarmName]\n  }\n\n  object Alarm {\n    @inline\n    def apply(\n        name: js.UndefOr[AlarmName] = js.undefined\n    ): Alarm = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Alarm]\n    }\n  }\n\n  \/** Information about alarms associated with the deployment group.\n    *\/\n  @js.native\n  trait AlarmConfiguration extends js.Object {\n    var alarms: js.UndefOr[AlarmList]\n    var enabled: js.UndefOr[Boolean]\n    var ignorePollAlarmFailure: js.UndefOr[Boolean]\n  }\n\n  object AlarmConfiguration {\n    @inline\n    def apply(\n        alarms: js.UndefOr[AlarmList] = js.undefined,\n        enabled: js.UndefOr[Boolean] = js.undefined,\n        ignorePollAlarmFailure: js.UndefOr[Boolean] = js.undefined\n    ): AlarmConfiguration = {\n      val __obj = js.Dynamic.literal()\n      alarms.foreach(__v => __obj.updateDynamic(\"alarms\")(__v.asInstanceOf[js.Any]))\n      enabled.foreach(__v => __obj.updateDynamic(\"enabled\")(__v.asInstanceOf[js.Any]))\n      ignorePollAlarmFailure.foreach(__v => __obj.updateDynamic(\"ignorePollAlarmFailure\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlarmConfiguration]\n    }\n  }\n\n  \/** A revision for an AWS Lambda or Amazon ECS deployment that is a YAML-formatted or JSON-formatted string. For AWS Lambda and Amazon ECS deployments, the revision is the same as the AppSpec file. This method replaces the deprecated <code>RawString<\/code> data type.\n    *\/\n  @js.native\n  trait AppSpecContent extends js.Object {\n    var content: js.UndefOr[RawStringContent]\n    var sha256: js.UndefOr[RawStringSha256]\n  }\n\n  object AppSpecContent {\n    @inline\n    def apply(\n        content: js.UndefOr[RawStringContent] = js.undefined,\n        sha256: js.UndefOr[RawStringSha256] = js.undefined\n    ): AppSpecContent = {\n      val __obj = js.Dynamic.literal()\n      content.foreach(__v => __obj.updateDynamic(\"content\")(__v.asInstanceOf[js.Any]))\n      sha256.foreach(__v => __obj.updateDynamic(\"sha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AppSpecContent]\n    }\n  }\n\n  \/** Information about an application.\n    *\/\n  @js.native\n  trait ApplicationInfo extends js.Object {\n    var applicationId: js.UndefOr[ApplicationId]\n    var applicationName: js.UndefOr[ApplicationName]\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var createTime: js.UndefOr[Timestamp]\n    var gitHubAccountName: js.UndefOr[GitHubAccountTokenName]\n    var linkedToGitHub: js.UndefOr[Boolean]\n  }\n\n  object ApplicationInfo {\n    @inline\n    def apply(\n        applicationId: js.UndefOr[ApplicationId] = js.undefined,\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        createTime: js.UndefOr[Timestamp] = js.undefined,\n        gitHubAccountName: js.UndefOr[GitHubAccountTokenName] = js.undefined,\n        linkedToGitHub: js.UndefOr[Boolean] = js.undefined\n    ): ApplicationInfo = {\n      val __obj = js.Dynamic.literal()\n      applicationId.foreach(__v => __obj.updateDynamic(\"applicationId\")(__v.asInstanceOf[js.Any]))\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      gitHubAccountName.foreach(__v => __obj.updateDynamic(\"gitHubAccountName\")(__v.asInstanceOf[js.Any]))\n      linkedToGitHub.foreach(__v => __obj.updateDynamic(\"linkedToGitHub\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ApplicationRevisionSortBy extends js.Any\n  object ApplicationRevisionSortBy {\n    val registerTime = \"registerTime\".asInstanceOf[ApplicationRevisionSortBy]\n    val firstUsedTime = \"firstUsedTime\".asInstanceOf[ApplicationRevisionSortBy]\n    val lastUsedTime = \"lastUsedTime\".asInstanceOf[ApplicationRevisionSortBy]\n\n    @inline def values = js.Array(registerTime, firstUsedTime, lastUsedTime)\n  }\n\n  \/** Information about a configuration for automatically rolling back to a previous version of an application revision when a deployment is not completed successfully.\n    *\/\n  @js.native\n  trait AutoRollbackConfiguration extends js.Object {\n    var enabled: js.UndefOr[Boolean]\n    var events: js.UndefOr[AutoRollbackEventsList]\n  }\n\n  object AutoRollbackConfiguration {\n    @inline\n    def apply(\n        enabled: js.UndefOr[Boolean] = js.undefined,\n        events: js.UndefOr[AutoRollbackEventsList] = js.undefined\n    ): AutoRollbackConfiguration = {\n      val __obj = js.Dynamic.literal()\n      enabled.foreach(__v => __obj.updateDynamic(\"enabled\")(__v.asInstanceOf[js.Any]))\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoRollbackConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait AutoRollbackEvent extends js.Any\n  object AutoRollbackEvent {\n    val DEPLOYMENT_FAILURE = \"DEPLOYMENT_FAILURE\".asInstanceOf[AutoRollbackEvent]\n    val DEPLOYMENT_STOP_ON_ALARM = \"DEPLOYMENT_STOP_ON_ALARM\".asInstanceOf[AutoRollbackEvent]\n    val DEPLOYMENT_STOP_ON_REQUEST = \"DEPLOYMENT_STOP_ON_REQUEST\".asInstanceOf[AutoRollbackEvent]\n\n    @inline def values = js.Array(DEPLOYMENT_FAILURE, DEPLOYMENT_STOP_ON_ALARM, DEPLOYMENT_STOP_ON_REQUEST)\n  }\n\n  \/** Information about an Auto Scaling group.\n    *\/\n  @js.native\n  trait AutoScalingGroup extends js.Object {\n    var hook: js.UndefOr[AutoScalingGroupHook]\n    var name: js.UndefOr[AutoScalingGroupName]\n  }\n\n  object AutoScalingGroup {\n    @inline\n    def apply(\n        hook: js.UndefOr[AutoScalingGroupHook] = js.undefined,\n        name: js.UndefOr[AutoScalingGroupName] = js.undefined\n    ): AutoScalingGroup = {\n      val __obj = js.Dynamic.literal()\n      hook.foreach(__v => __obj.updateDynamic(\"hook\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoScalingGroup]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetApplicationRevisions<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetApplicationRevisionsInput extends js.Object {\n    var applicationName: ApplicationName\n    var revisions: RevisionLocationList\n  }\n\n  object BatchGetApplicationRevisionsInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        revisions: RevisionLocationList\n    ): BatchGetApplicationRevisionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"revisions\" -> revisions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetApplicationRevisionsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetApplicationRevisions<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetApplicationRevisionsOutput extends js.Object {\n    var applicationName: js.UndefOr[ApplicationName]\n    var errorMessage: js.UndefOr[ErrorMessage]\n    var revisions: js.UndefOr[RevisionInfoList]\n  }\n\n  object BatchGetApplicationRevisionsOutput {\n    @inline\n    def apply(\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        revisions: js.UndefOr[RevisionInfoList] = js.undefined\n    ): BatchGetApplicationRevisionsOutput = {\n      val __obj = js.Dynamic.literal()\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      revisions.foreach(__v => __obj.updateDynamic(\"revisions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetApplicationRevisionsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetApplications<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetApplicationsInput extends js.Object {\n    var applicationNames: ApplicationsList\n  }\n\n  object BatchGetApplicationsInput {\n    @inline\n    def apply(\n        applicationNames: ApplicationsList\n    ): BatchGetApplicationsInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationNames\" -> applicationNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetApplicationsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetApplications<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetApplicationsOutput extends js.Object {\n    var applicationsInfo: js.UndefOr[ApplicationsInfoList]\n  }\n\n  object BatchGetApplicationsOutput {\n    @inline\n    def apply(\n        applicationsInfo: js.UndefOr[ApplicationsInfoList] = js.undefined\n    ): BatchGetApplicationsOutput = {\n      val __obj = js.Dynamic.literal()\n      applicationsInfo.foreach(__v => __obj.updateDynamic(\"applicationsInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetApplicationsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetDeploymentGroups<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentGroupsInput extends js.Object {\n    var applicationName: ApplicationName\n    var deploymentGroupNames: DeploymentGroupsList\n  }\n\n  object BatchGetDeploymentGroupsInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        deploymentGroupNames: DeploymentGroupsList\n    ): BatchGetDeploymentGroupsInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"deploymentGroupNames\" -> deploymentGroupNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetDeploymentGroupsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetDeploymentGroups<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentGroupsOutput extends js.Object {\n    var deploymentGroupsInfo: js.UndefOr[DeploymentGroupInfoList]\n    var errorMessage: js.UndefOr[ErrorMessage]\n  }\n\n  object BatchGetDeploymentGroupsOutput {\n    @inline\n    def apply(\n        deploymentGroupsInfo: js.UndefOr[DeploymentGroupInfoList] = js.undefined,\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined\n    ): BatchGetDeploymentGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentGroupsInfo.foreach(__v => __obj.updateDynamic(\"deploymentGroupsInfo\")(__v.asInstanceOf[js.Any]))\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetDeploymentGroupsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetDeploymentInstances<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentInstancesInput extends js.Object {\n    var deploymentId: DeploymentId\n    var instanceIds: InstancesList\n  }\n\n  object BatchGetDeploymentInstancesInput {\n    @inline\n    def apply(\n        deploymentId: DeploymentId,\n        instanceIds: InstancesList\n    ): BatchGetDeploymentInstancesInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentId\" -> deploymentId.asInstanceOf[js.Any],\n        \"instanceIds\" -> instanceIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetDeploymentInstancesInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetDeploymentInstances<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentInstancesOutput extends js.Object {\n    var errorMessage: js.UndefOr[ErrorMessage]\n    var instancesSummary: js.UndefOr[InstanceSummaryList]\n  }\n\n  object BatchGetDeploymentInstancesOutput {\n    @inline\n    def apply(\n        errorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        instancesSummary: js.UndefOr[InstanceSummaryList] = js.undefined\n    ): BatchGetDeploymentInstancesOutput = {\n      val __obj = js.Dynamic.literal()\n      errorMessage.foreach(__v => __obj.updateDynamic(\"errorMessage\")(__v.asInstanceOf[js.Any]))\n      instancesSummary.foreach(__v => __obj.updateDynamic(\"instancesSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetDeploymentInstancesOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetDeploymentTargetsInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var targetIds: js.UndefOr[TargetIdList]\n  }\n\n  object BatchGetDeploymentTargetsInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        targetIds: js.UndefOr[TargetIdList] = js.undefined\n    ): BatchGetDeploymentTargetsInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      targetIds.foreach(__v => __obj.updateDynamic(\"targetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetDeploymentTargetsInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetDeploymentTargetsOutput extends js.Object {\n    var deploymentTargets: js.UndefOr[DeploymentTargetList]\n  }\n\n  object BatchGetDeploymentTargetsOutput {\n    @inline\n    def apply(\n        deploymentTargets: js.UndefOr[DeploymentTargetList] = js.undefined\n    ): BatchGetDeploymentTargetsOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentTargets.foreach(__v => __obj.updateDynamic(\"deploymentTargets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetDeploymentTargetsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetDeployments<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentsInput extends js.Object {\n    var deploymentIds: DeploymentsList\n  }\n\n  object BatchGetDeploymentsInput {\n    @inline\n    def apply(\n        deploymentIds: DeploymentsList\n    ): BatchGetDeploymentsInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentIds\" -> deploymentIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetDeploymentsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetDeployments<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetDeploymentsOutput extends js.Object {\n    var deploymentsInfo: js.UndefOr[DeploymentsInfoList]\n  }\n\n  object BatchGetDeploymentsOutput {\n    @inline\n    def apply(\n        deploymentsInfo: js.UndefOr[DeploymentsInfoList] = js.undefined\n    ): BatchGetDeploymentsOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentsInfo.foreach(__v => __obj.updateDynamic(\"deploymentsInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetDeploymentsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>BatchGetOnPremisesInstances<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetOnPremisesInstancesInput extends js.Object {\n    var instanceNames: InstanceNameList\n  }\n\n  object BatchGetOnPremisesInstancesInput {\n    @inline\n    def apply(\n        instanceNames: InstanceNameList\n    ): BatchGetOnPremisesInstancesInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetOnPremisesInstancesInput]\n    }\n  }\n\n  \/** Represents the output of a <code>BatchGetOnPremisesInstances<\/code> operation.\n    *\/\n  @js.native\n  trait BatchGetOnPremisesInstancesOutput extends js.Object {\n    var instanceInfos: js.UndefOr[InstanceInfoList]\n  }\n\n  object BatchGetOnPremisesInstancesOutput {\n    @inline\n    def apply(\n        instanceInfos: js.UndefOr[InstanceInfoList] = js.undefined\n    ): BatchGetOnPremisesInstancesOutput = {\n      val __obj = js.Dynamic.literal()\n      instanceInfos.foreach(__v => __obj.updateDynamic(\"instanceInfos\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetOnPremisesInstancesOutput]\n    }\n  }\n\n  \/** Information about blue\/green deployment options for a deployment group.\n    *\/\n  @js.native\n  trait BlueGreenDeploymentConfiguration extends js.Object {\n    var deploymentReadyOption: js.UndefOr[DeploymentReadyOption]\n    var greenFleetProvisioningOption: js.UndefOr[GreenFleetProvisioningOption]\n    var terminateBlueInstancesOnDeploymentSuccess: js.UndefOr[BlueInstanceTerminationOption]\n  }\n\n  object BlueGreenDeploymentConfiguration {\n    @inline\n    def apply(\n        deploymentReadyOption: js.UndefOr[DeploymentReadyOption] = js.undefined,\n        greenFleetProvisioningOption: js.UndefOr[GreenFleetProvisioningOption] = js.undefined,\n        terminateBlueInstancesOnDeploymentSuccess: js.UndefOr[BlueInstanceTerminationOption] = js.undefined\n    ): BlueGreenDeploymentConfiguration = {\n      val __obj = js.Dynamic.literal()\n      deploymentReadyOption.foreach(__v => __obj.updateDynamic(\"deploymentReadyOption\")(__v.asInstanceOf[js.Any]))\n      greenFleetProvisioningOption.foreach(__v => __obj.updateDynamic(\"greenFleetProvisioningOption\")(__v.asInstanceOf[js.Any]))\n      terminateBlueInstancesOnDeploymentSuccess.foreach(__v => __obj.updateDynamic(\"terminateBlueInstancesOnDeploymentSuccess\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BlueGreenDeploymentConfiguration]\n    }\n  }\n\n  \/** Information about whether instances in the original environment are terminated when a blue\/green deployment is successful. <code>BlueInstanceTerminationOption<\/code> does not apply to Lambda deployments.\n    *\/\n  @js.native\n  trait BlueInstanceTerminationOption extends js.Object {\n    var action: js.UndefOr[InstanceAction]\n    var terminationWaitTimeInMinutes: js.UndefOr[Duration]\n  }\n\n  object BlueInstanceTerminationOption {\n    @inline\n    def apply(\n        action: js.UndefOr[InstanceAction] = js.undefined,\n        terminationWaitTimeInMinutes: js.UndefOr[Duration] = js.undefined\n    ): BlueInstanceTerminationOption = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      terminationWaitTimeInMinutes.foreach(__v => __obj.updateDynamic(\"terminationWaitTimeInMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BlueInstanceTerminationOption]\n    }\n  }\n\n  @js.native\n  sealed trait BundleType extends js.Any\n  object BundleType {\n    val tar = \"tar\".asInstanceOf[BundleType]\n    val tgz = \"tgz\".asInstanceOf[BundleType]\n    val zip = \"zip\".asInstanceOf[BundleType]\n    val YAML = \"YAML\".asInstanceOf[BundleType]\n    val JSON = \"JSON\".asInstanceOf[BundleType]\n\n    @inline def values = js.Array(tar, tgz, zip, YAML, JSON)\n  }\n\n  \/** Information about the target to be updated by an AWS CloudFormation blue\/green deployment. This target type is used for all deployments initiated by a CloudFormation stack update.\n    *\/\n  @js.native\n  trait CloudFormationTarget extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var lastUpdatedAt: js.UndefOr[Time]\n    var lifecycleEvents: js.UndefOr[LifecycleEventList]\n    var resourceType: js.UndefOr[CloudFormationResourceType]\n    var status: js.UndefOr[TargetStatus]\n    var targetId: js.UndefOr[TargetId]\n    var targetVersionWeight: js.UndefOr[TrafficWeight]\n  }\n\n  object CloudFormationTarget {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Time] = js.undefined,\n        lifecycleEvents: js.UndefOr[LifecycleEventList] = js.undefined,\n        resourceType: js.UndefOr[CloudFormationResourceType] = js.undefined,\n        status: js.UndefOr[TargetStatus] = js.undefined,\n        targetId: js.UndefOr[TargetId] = js.undefined,\n        targetVersionWeight: js.UndefOr[TrafficWeight] = js.undefined\n    ): CloudFormationTarget = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecycleEvents.foreach(__v => __obj.updateDynamic(\"lifecycleEvents\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetId.foreach(__v => __obj.updateDynamic(\"targetId\")(__v.asInstanceOf[js.Any]))\n      targetVersionWeight.foreach(__v => __obj.updateDynamic(\"targetVersionWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFormationTarget]\n    }\n  }\n\n  @js.native\n  sealed trait ComputePlatform extends js.Any\n  object ComputePlatform {\n    val Server = \"Server\".asInstanceOf[ComputePlatform]\n    val Lambda = \"Lambda\".asInstanceOf[ComputePlatform]\n    val ECS = \"ECS\".asInstanceOf[ComputePlatform]\n\n    @inline def values = js.Array(Server, Lambda, ECS)\n  }\n\n  @js.native\n  trait ContinueDeploymentInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var deploymentWaitType: js.UndefOr[DeploymentWaitType]\n  }\n\n  object ContinueDeploymentInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        deploymentWaitType: js.UndefOr[DeploymentWaitType] = js.undefined\n    ): ContinueDeploymentInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      deploymentWaitType.foreach(__v => __obj.updateDynamic(\"deploymentWaitType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContinueDeploymentInput]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateApplication<\/code> operation.\n    *\/\n  @js.native\n  trait CreateApplicationInput extends js.Object {\n    var applicationName: ApplicationName\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateApplicationInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateApplication<\/code> operation.\n    *\/\n  @js.native\n  trait CreateApplicationOutput extends js.Object {\n    var applicationId: js.UndefOr[ApplicationId]\n  }\n\n  object CreateApplicationOutput {\n    @inline\n    def apply(\n        applicationId: js.UndefOr[ApplicationId] = js.undefined\n    ): CreateApplicationOutput = {\n      val __obj = js.Dynamic.literal()\n      applicationId.foreach(__v => __obj.updateDynamic(\"applicationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateDeploymentConfig<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentConfigInput extends js.Object {\n    var deploymentConfigName: DeploymentConfigName\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var minimumHealthyHosts: js.UndefOr[MinimumHealthyHosts]\n    var trafficRoutingConfig: js.UndefOr[TrafficRoutingConfig]\n  }\n\n  object CreateDeploymentConfigInput {\n    @inline\n    def apply(\n        deploymentConfigName: DeploymentConfigName,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        minimumHealthyHosts: js.UndefOr[MinimumHealthyHosts] = js.undefined,\n        trafficRoutingConfig: js.UndefOr[TrafficRoutingConfig] = js.undefined\n    ): CreateDeploymentConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentConfigName\" -> deploymentConfigName.asInstanceOf[js.Any]\n      )\n\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      minimumHealthyHosts.foreach(__v => __obj.updateDynamic(\"minimumHealthyHosts\")(__v.asInstanceOf[js.Any]))\n      trafficRoutingConfig.foreach(__v => __obj.updateDynamic(\"trafficRoutingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentConfigInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDeploymentConfig<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentConfigOutput extends js.Object {\n    var deploymentConfigId: js.UndefOr[DeploymentConfigId]\n  }\n\n  object CreateDeploymentConfigOutput {\n    @inline\n    def apply(\n        deploymentConfigId: js.UndefOr[DeploymentConfigId] = js.undefined\n    ): CreateDeploymentConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentConfigId.foreach(__v => __obj.updateDynamic(\"deploymentConfigId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentConfigOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentGroupInput extends js.Object {\n    var applicationName: ApplicationName\n    var deploymentGroupName: DeploymentGroupName\n    var serviceRoleArn: Role\n    var alarmConfiguration: js.UndefOr[AlarmConfiguration]\n    var autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration]\n    var autoScalingGroups: js.UndefOr[AutoScalingGroupNameList]\n    var blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var deploymentStyle: js.UndefOr[DeploymentStyle]\n    var ec2TagFilters: js.UndefOr[EC2TagFilterList]\n    var ec2TagSet: js.UndefOr[EC2TagSet]\n    var ecsServices: js.UndefOr[ECSServiceList]\n    var loadBalancerInfo: js.UndefOr[LoadBalancerInfo]\n    var onPremisesInstanceTagFilters: js.UndefOr[TagFilterList]\n    var onPremisesTagSet: js.UndefOr[OnPremisesTagSet]\n    var outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy]\n    var tags: js.UndefOr[TagList]\n    var triggerConfigurations: js.UndefOr[TriggerConfigList]\n  }\n\n  object CreateDeploymentGroupInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        deploymentGroupName: DeploymentGroupName,\n        serviceRoleArn: Role,\n        alarmConfiguration: js.UndefOr[AlarmConfiguration] = js.undefined,\n        autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration] = js.undefined,\n        autoScalingGroups: js.UndefOr[AutoScalingGroupNameList] = js.undefined,\n        blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        deploymentStyle: js.UndefOr[DeploymentStyle] = js.undefined,\n        ec2TagFilters: js.UndefOr[EC2TagFilterList] = js.undefined,\n        ec2TagSet: js.UndefOr[EC2TagSet] = js.undefined,\n        ecsServices: js.UndefOr[ECSServiceList] = js.undefined,\n        loadBalancerInfo: js.UndefOr[LoadBalancerInfo] = js.undefined,\n        onPremisesInstanceTagFilters: js.UndefOr[TagFilterList] = js.undefined,\n        onPremisesTagSet: js.UndefOr[OnPremisesTagSet] = js.undefined,\n        outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined,\n        triggerConfigurations: js.UndefOr[TriggerConfigList] = js.undefined\n    ): CreateDeploymentGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"deploymentGroupName\" -> deploymentGroupName.asInstanceOf[js.Any],\n        \"serviceRoleArn\" -> serviceRoleArn.asInstanceOf[js.Any]\n      )\n\n      alarmConfiguration.foreach(__v => __obj.updateDynamic(\"alarmConfiguration\")(__v.asInstanceOf[js.Any]))\n      autoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"autoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      autoScalingGroups.foreach(__v => __obj.updateDynamic(\"autoScalingGroups\")(__v.asInstanceOf[js.Any]))\n      blueGreenDeploymentConfiguration.foreach(__v => __obj.updateDynamic(\"blueGreenDeploymentConfiguration\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      deploymentStyle.foreach(__v => __obj.updateDynamic(\"deploymentStyle\")(__v.asInstanceOf[js.Any]))\n      ec2TagFilters.foreach(__v => __obj.updateDynamic(\"ec2TagFilters\")(__v.asInstanceOf[js.Any]))\n      ec2TagSet.foreach(__v => __obj.updateDynamic(\"ec2TagSet\")(__v.asInstanceOf[js.Any]))\n      ecsServices.foreach(__v => __obj.updateDynamic(\"ecsServices\")(__v.asInstanceOf[js.Any]))\n      loadBalancerInfo.foreach(__v => __obj.updateDynamic(\"loadBalancerInfo\")(__v.asInstanceOf[js.Any]))\n      onPremisesInstanceTagFilters.foreach(__v => __obj.updateDynamic(\"onPremisesInstanceTagFilters\")(__v.asInstanceOf[js.Any]))\n      onPremisesTagSet.foreach(__v => __obj.updateDynamic(\"onPremisesTagSet\")(__v.asInstanceOf[js.Any]))\n      outdatedInstancesStrategy.foreach(__v => __obj.updateDynamic(\"outdatedInstancesStrategy\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      triggerConfigurations.foreach(__v => __obj.updateDynamic(\"triggerConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentGroupInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentGroupOutput extends js.Object {\n    var deploymentGroupId: js.UndefOr[DeploymentGroupId]\n  }\n\n  object CreateDeploymentGroupOutput {\n    @inline\n    def apply(\n        deploymentGroupId: js.UndefOr[DeploymentGroupId] = js.undefined\n    ): CreateDeploymentGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentGroupId.foreach(__v => __obj.updateDynamic(\"deploymentGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentGroupOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentInput extends js.Object {\n    var applicationName: ApplicationName\n    var autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var deploymentGroupName: js.UndefOr[DeploymentGroupName]\n    var description: js.UndefOr[Description]\n    var fileExistsBehavior: js.UndefOr[FileExistsBehavior]\n    var ignoreApplicationStopFailures: js.UndefOr[Boolean]\n    var revision: js.UndefOr[RevisionLocation]\n    var targetInstances: js.UndefOr[TargetInstances]\n    var updateOutdatedInstancesOnly: js.UndefOr[Boolean]\n  }\n\n  object CreateDeploymentInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        deploymentGroupName: js.UndefOr[DeploymentGroupName] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        fileExistsBehavior: js.UndefOr[FileExistsBehavior] = js.undefined,\n        ignoreApplicationStopFailures: js.UndefOr[Boolean] = js.undefined,\n        revision: js.UndefOr[RevisionLocation] = js.undefined,\n        targetInstances: js.UndefOr[TargetInstances] = js.undefined,\n        updateOutdatedInstancesOnly: js.UndefOr[Boolean] = js.undefined\n    ): CreateDeploymentInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n\n      autoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"autoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      deploymentGroupName.foreach(__v => __obj.updateDynamic(\"deploymentGroupName\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      fileExistsBehavior.foreach(__v => __obj.updateDynamic(\"fileExistsBehavior\")(__v.asInstanceOf[js.Any]))\n      ignoreApplicationStopFailures.foreach(__v => __obj.updateDynamic(\"ignoreApplicationStopFailures\")(__v.asInstanceOf[js.Any]))\n      revision.foreach(__v => __obj.updateDynamic(\"revision\")(__v.asInstanceOf[js.Any]))\n      targetInstances.foreach(__v => __obj.updateDynamic(\"targetInstances\")(__v.asInstanceOf[js.Any]))\n      updateOutdatedInstancesOnly.foreach(__v => __obj.updateDynamic(\"updateOutdatedInstancesOnly\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentInput]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait CreateDeploymentOutput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n  }\n\n  object CreateDeploymentOutput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined\n    ): CreateDeploymentOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeploymentOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteApplication<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteApplicationInput extends js.Object {\n    var applicationName: ApplicationName\n  }\n\n  object DeleteApplicationInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName\n    ): DeleteApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationInput]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteDeploymentConfig<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteDeploymentConfigInput extends js.Object {\n    var deploymentConfigName: DeploymentConfigName\n  }\n\n  object DeleteDeploymentConfigInput {\n    @inline\n    def apply(\n        deploymentConfigName: DeploymentConfigName\n    ): DeleteDeploymentConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentConfigName\" -> deploymentConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDeploymentConfigInput]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteDeploymentGroupInput extends js.Object {\n    var applicationName: ApplicationName\n    var deploymentGroupName: DeploymentGroupName\n  }\n\n  object DeleteDeploymentGroupInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        deploymentGroupName: DeploymentGroupName\n    ): DeleteDeploymentGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"deploymentGroupName\" -> deploymentGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDeploymentGroupInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteDeploymentGroupOutput extends js.Object {\n    var hooksNotCleanedUp: js.UndefOr[AutoScalingGroupList]\n  }\n\n  object DeleteDeploymentGroupOutput {\n    @inline\n    def apply(\n        hooksNotCleanedUp: js.UndefOr[AutoScalingGroupList] = js.undefined\n    ): DeleteDeploymentGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      hooksNotCleanedUp.foreach(__v => __obj.updateDynamic(\"hooksNotCleanedUp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDeploymentGroupOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteGitHubAccount<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteGitHubAccountTokenInput extends js.Object {\n    var tokenName: js.UndefOr[GitHubAccountTokenName]\n  }\n\n  object DeleteGitHubAccountTokenInput {\n    @inline\n    def apply(\n        tokenName: js.UndefOr[GitHubAccountTokenName] = js.undefined\n    ): DeleteGitHubAccountTokenInput = {\n      val __obj = js.Dynamic.literal()\n      tokenName.foreach(__v => __obj.updateDynamic(\"tokenName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGitHubAccountTokenInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DeleteGitHubAccountToken<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteGitHubAccountTokenOutput extends js.Object {\n    var tokenName: js.UndefOr[GitHubAccountTokenName]\n  }\n\n  object DeleteGitHubAccountTokenOutput {\n    @inline\n    def apply(\n        tokenName: js.UndefOr[GitHubAccountTokenName] = js.undefined\n    ): DeleteGitHubAccountTokenOutput = {\n      val __obj = js.Dynamic.literal()\n      tokenName.foreach(__v => __obj.updateDynamic(\"tokenName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGitHubAccountTokenOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcesByExternalIdInput extends js.Object {\n    var externalId: js.UndefOr[ExternalId]\n  }\n\n  object DeleteResourcesByExternalIdInput {\n    @inline\n    def apply(\n        externalId: js.UndefOr[ExternalId] = js.undefined\n    ): DeleteResourcesByExternalIdInput = {\n      val __obj = js.Dynamic.literal()\n      externalId.foreach(__v => __obj.updateDynamic(\"externalId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteResourcesByExternalIdInput]\n    }\n  }\n\n  @js.native\n  trait DeleteResourcesByExternalIdOutput extends js.Object\n\n  object DeleteResourcesByExternalIdOutput {\n    @inline\n    def apply(): DeleteResourcesByExternalIdOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteResourcesByExternalIdOutput]\n    }\n  }\n\n  \/** Information about a deployment configuration.\n    *\/\n  @js.native\n  trait DeploymentConfigInfo extends js.Object {\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var createTime: js.UndefOr[Timestamp]\n    var deploymentConfigId: js.UndefOr[DeploymentConfigId]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var minimumHealthyHosts: js.UndefOr[MinimumHealthyHosts]\n    var trafficRoutingConfig: js.UndefOr[TrafficRoutingConfig]\n  }\n\n  object DeploymentConfigInfo {\n    @inline\n    def apply(\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        createTime: js.UndefOr[Timestamp] = js.undefined,\n        deploymentConfigId: js.UndefOr[DeploymentConfigId] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        minimumHealthyHosts: js.UndefOr[MinimumHealthyHosts] = js.undefined,\n        trafficRoutingConfig: js.UndefOr[TrafficRoutingConfig] = js.undefined\n    ): DeploymentConfigInfo = {\n      val __obj = js.Dynamic.literal()\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigId.foreach(__v => __obj.updateDynamic(\"deploymentConfigId\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      minimumHealthyHosts.foreach(__v => __obj.updateDynamic(\"minimumHealthyHosts\")(__v.asInstanceOf[js.Any]))\n      trafficRoutingConfig.foreach(__v => __obj.updateDynamic(\"trafficRoutingConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentConfigInfo]\n    }\n  }\n\n  @js.native\n  sealed trait DeploymentCreator extends js.Any\n  object DeploymentCreator {\n    val user = \"user\".asInstanceOf[DeploymentCreator]\n    val autoscaling = \"autoscaling\".asInstanceOf[DeploymentCreator]\n    val codeDeployRollback = \"codeDeployRollback\".asInstanceOf[DeploymentCreator]\n    val CodeDeploy = \"CodeDeploy\".asInstanceOf[DeploymentCreator]\n    val CodeDeployAutoUpdate = \"CodeDeployAutoUpdate\".asInstanceOf[DeploymentCreator]\n    val CloudFormation = \"CloudFormation\".asInstanceOf[DeploymentCreator]\n    val CloudFormationRollback = \"CloudFormationRollback\".asInstanceOf[DeploymentCreator]\n\n    @inline def values = js.Array(user, autoscaling, codeDeployRollback, CodeDeploy, CodeDeployAutoUpdate, CloudFormation, CloudFormationRollback)\n  }\n\n  \/** Information about a deployment group.\n    *\/\n  @js.native\n  trait DeploymentGroupInfo extends js.Object {\n    var alarmConfiguration: js.UndefOr[AlarmConfiguration]\n    var applicationName: js.UndefOr[ApplicationName]\n    var autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration]\n    var autoScalingGroups: js.UndefOr[AutoScalingGroupList]\n    var blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration]\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var deploymentGroupId: js.UndefOr[DeploymentGroupId]\n    var deploymentGroupName: js.UndefOr[DeploymentGroupName]\n    var deploymentStyle: js.UndefOr[DeploymentStyle]\n    var ec2TagFilters: js.UndefOr[EC2TagFilterList]\n    var ec2TagSet: js.UndefOr[EC2TagSet]\n    var ecsServices: js.UndefOr[ECSServiceList]\n    var lastAttemptedDeployment: js.UndefOr[LastDeploymentInfo]\n    var lastSuccessfulDeployment: js.UndefOr[LastDeploymentInfo]\n    var loadBalancerInfo: js.UndefOr[LoadBalancerInfo]\n    var onPremisesInstanceTagFilters: js.UndefOr[TagFilterList]\n    var onPremisesTagSet: js.UndefOr[OnPremisesTagSet]\n    var outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy]\n    var serviceRoleArn: js.UndefOr[Role]\n    var targetRevision: js.UndefOr[RevisionLocation]\n    var triggerConfigurations: js.UndefOr[TriggerConfigList]\n  }\n\n  object DeploymentGroupInfo {\n    @inline\n    def apply(\n        alarmConfiguration: js.UndefOr[AlarmConfiguration] = js.undefined,\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration] = js.undefined,\n        autoScalingGroups: js.UndefOr[AutoScalingGroupList] = js.undefined,\n        blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration] = js.undefined,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        deploymentGroupId: js.UndefOr[DeploymentGroupId] = js.undefined,\n        deploymentGroupName: js.UndefOr[DeploymentGroupName] = js.undefined,\n        deploymentStyle: js.UndefOr[DeploymentStyle] = js.undefined,\n        ec2TagFilters: js.UndefOr[EC2TagFilterList] = js.undefined,\n        ec2TagSet: js.UndefOr[EC2TagSet] = js.undefined,\n        ecsServices: js.UndefOr[ECSServiceList] = js.undefined,\n        lastAttemptedDeployment: js.UndefOr[LastDeploymentInfo] = js.undefined,\n        lastSuccessfulDeployment: js.UndefOr[LastDeploymentInfo] = js.undefined,\n        loadBalancerInfo: js.UndefOr[LoadBalancerInfo] = js.undefined,\n        onPremisesInstanceTagFilters: js.UndefOr[TagFilterList] = js.undefined,\n        onPremisesTagSet: js.UndefOr[OnPremisesTagSet] = js.undefined,\n        outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy] = js.undefined,\n        serviceRoleArn: js.UndefOr[Role] = js.undefined,\n        targetRevision: js.UndefOr[RevisionLocation] = js.undefined,\n        triggerConfigurations: js.UndefOr[TriggerConfigList] = js.undefined\n    ): DeploymentGroupInfo = {\n      val __obj = js.Dynamic.literal()\n      alarmConfiguration.foreach(__v => __obj.updateDynamic(\"alarmConfiguration\")(__v.asInstanceOf[js.Any]))\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      autoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"autoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      autoScalingGroups.foreach(__v => __obj.updateDynamic(\"autoScalingGroups\")(__v.asInstanceOf[js.Any]))\n      blueGreenDeploymentConfiguration.foreach(__v => __obj.updateDynamic(\"blueGreenDeploymentConfiguration\")(__v.asInstanceOf[js.Any]))\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      deploymentGroupId.foreach(__v => __obj.updateDynamic(\"deploymentGroupId\")(__v.asInstanceOf[js.Any]))\n      deploymentGroupName.foreach(__v => __obj.updateDynamic(\"deploymentGroupName\")(__v.asInstanceOf[js.Any]))\n      deploymentStyle.foreach(__v => __obj.updateDynamic(\"deploymentStyle\")(__v.asInstanceOf[js.Any]))\n      ec2TagFilters.foreach(__v => __obj.updateDynamic(\"ec2TagFilters\")(__v.asInstanceOf[js.Any]))\n      ec2TagSet.foreach(__v => __obj.updateDynamic(\"ec2TagSet\")(__v.asInstanceOf[js.Any]))\n      ecsServices.foreach(__v => __obj.updateDynamic(\"ecsServices\")(__v.asInstanceOf[js.Any]))\n      lastAttemptedDeployment.foreach(__v => __obj.updateDynamic(\"lastAttemptedDeployment\")(__v.asInstanceOf[js.Any]))\n      lastSuccessfulDeployment.foreach(__v => __obj.updateDynamic(\"lastSuccessfulDeployment\")(__v.asInstanceOf[js.Any]))\n      loadBalancerInfo.foreach(__v => __obj.updateDynamic(\"loadBalancerInfo\")(__v.asInstanceOf[js.Any]))\n      onPremisesInstanceTagFilters.foreach(__v => __obj.updateDynamic(\"onPremisesInstanceTagFilters\")(__v.asInstanceOf[js.Any]))\n      onPremisesTagSet.foreach(__v => __obj.updateDynamic(\"onPremisesTagSet\")(__v.asInstanceOf[js.Any]))\n      outdatedInstancesStrategy.foreach(__v => __obj.updateDynamic(\"outdatedInstancesStrategy\")(__v.asInstanceOf[js.Any]))\n      serviceRoleArn.foreach(__v => __obj.updateDynamic(\"serviceRoleArn\")(__v.asInstanceOf[js.Any]))\n      targetRevision.foreach(__v => __obj.updateDynamic(\"targetRevision\")(__v.asInstanceOf[js.Any]))\n      triggerConfigurations.foreach(__v => __obj.updateDynamic(\"triggerConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentGroupInfo]\n    }\n  }\n\n  \/** Information about a deployment.\n    *\/\n  @js.native\n  trait DeploymentInfo extends js.Object {\n    var additionalDeploymentStatusInfo: js.UndefOr[AdditionalDeploymentStatusInfo]\n    var applicationName: js.UndefOr[ApplicationName]\n    var autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration]\n    var blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration]\n    var completeTime: js.UndefOr[Timestamp]\n    var computePlatform: js.UndefOr[ComputePlatform]\n    var createTime: js.UndefOr[Timestamp]\n    var creator: js.UndefOr[DeploymentCreator]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var deploymentGroupName: js.UndefOr[DeploymentGroupName]\n    var deploymentId: js.UndefOr[DeploymentId]\n    var deploymentOverview: js.UndefOr[DeploymentOverview]\n    var deploymentStatusMessages: js.UndefOr[DeploymentStatusMessageList]\n    var deploymentStyle: js.UndefOr[DeploymentStyle]\n    var description: js.UndefOr[Description]\n    var errorInformation: js.UndefOr[ErrorInformation]\n    var externalId: js.UndefOr[ExternalId]\n    var fileExistsBehavior: js.UndefOr[FileExistsBehavior]\n    var ignoreApplicationStopFailures: js.UndefOr[Boolean]\n    var instanceTerminationWaitTimeStarted: js.UndefOr[Boolean]\n    var loadBalancerInfo: js.UndefOr[LoadBalancerInfo]\n    var previousRevision: js.UndefOr[RevisionLocation]\n    var relatedDeployments: js.UndefOr[RelatedDeployments]\n    var revision: js.UndefOr[RevisionLocation]\n    var rollbackInfo: js.UndefOr[RollbackInfo]\n    var startTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[DeploymentStatus]\n    var targetInstances: js.UndefOr[TargetInstances]\n    var updateOutdatedInstancesOnly: js.UndefOr[Boolean]\n  }\n\n  object DeploymentInfo {\n    @inline\n    def apply(\n        additionalDeploymentStatusInfo: js.UndefOr[AdditionalDeploymentStatusInfo] = js.undefined,\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration] = js.undefined,\n        blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration] = js.undefined,\n        completeTime: js.UndefOr[Timestamp] = js.undefined,\n        computePlatform: js.UndefOr[ComputePlatform] = js.undefined,\n        createTime: js.UndefOr[Timestamp] = js.undefined,\n        creator: js.UndefOr[DeploymentCreator] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        deploymentGroupName: js.UndefOr[DeploymentGroupName] = js.undefined,\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        deploymentOverview: js.UndefOr[DeploymentOverview] = js.undefined,\n        deploymentStatusMessages: js.UndefOr[DeploymentStatusMessageList] = js.undefined,\n        deploymentStyle: js.UndefOr[DeploymentStyle] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        errorInformation: js.UndefOr[ErrorInformation] = js.undefined,\n        externalId: js.UndefOr[ExternalId] = js.undefined,\n        fileExistsBehavior: js.UndefOr[FileExistsBehavior] = js.undefined,\n        ignoreApplicationStopFailures: js.UndefOr[Boolean] = js.undefined,\n        instanceTerminationWaitTimeStarted: js.UndefOr[Boolean] = js.undefined,\n        loadBalancerInfo: js.UndefOr[LoadBalancerInfo] = js.undefined,\n        previousRevision: js.UndefOr[RevisionLocation] = js.undefined,\n        relatedDeployments: js.UndefOr[RelatedDeployments] = js.undefined,\n        revision: js.UndefOr[RevisionLocation] = js.undefined,\n        rollbackInfo: js.UndefOr[RollbackInfo] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[DeploymentStatus] = js.undefined,\n        targetInstances: js.UndefOr[TargetInstances] = js.undefined,\n        updateOutdatedInstancesOnly: js.UndefOr[Boolean] = js.undefined\n    ): DeploymentInfo = {\n      val __obj = js.Dynamic.literal()\n      additionalDeploymentStatusInfo.foreach(__v => __obj.updateDynamic(\"additionalDeploymentStatusInfo\")(__v.asInstanceOf[js.Any]))\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      autoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"autoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      blueGreenDeploymentConfiguration.foreach(__v => __obj.updateDynamic(\"blueGreenDeploymentConfiguration\")(__v.asInstanceOf[js.Any]))\n      completeTime.foreach(__v => __obj.updateDynamic(\"completeTime\")(__v.asInstanceOf[js.Any]))\n      computePlatform.foreach(__v => __obj.updateDynamic(\"computePlatform\")(__v.asInstanceOf[js.Any]))\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      creator.foreach(__v => __obj.updateDynamic(\"creator\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      deploymentGroupName.foreach(__v => __obj.updateDynamic(\"deploymentGroupName\")(__v.asInstanceOf[js.Any]))\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      deploymentOverview.foreach(__v => __obj.updateDynamic(\"deploymentOverview\")(__v.asInstanceOf[js.Any]))\n      deploymentStatusMessages.foreach(__v => __obj.updateDynamic(\"deploymentStatusMessages\")(__v.asInstanceOf[js.Any]))\n      deploymentStyle.foreach(__v => __obj.updateDynamic(\"deploymentStyle\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      errorInformation.foreach(__v => __obj.updateDynamic(\"errorInformation\")(__v.asInstanceOf[js.Any]))\n      externalId.foreach(__v => __obj.updateDynamic(\"externalId\")(__v.asInstanceOf[js.Any]))\n      fileExistsBehavior.foreach(__v => __obj.updateDynamic(\"fileExistsBehavior\")(__v.asInstanceOf[js.Any]))\n      ignoreApplicationStopFailures.foreach(__v => __obj.updateDynamic(\"ignoreApplicationStopFailures\")(__v.asInstanceOf[js.Any]))\n      instanceTerminationWaitTimeStarted.foreach(__v => __obj.updateDynamic(\"instanceTerminationWaitTimeStarted\")(__v.asInstanceOf[js.Any]))\n      loadBalancerInfo.foreach(__v => __obj.updateDynamic(\"loadBalancerInfo\")(__v.asInstanceOf[js.Any]))\n      previousRevision.foreach(__v => __obj.updateDynamic(\"previousRevision\")(__v.asInstanceOf[js.Any]))\n      relatedDeployments.foreach(__v => __obj.updateDynamic(\"relatedDeployments\")(__v.asInstanceOf[js.Any]))\n      revision.foreach(__v => __obj.updateDynamic(\"revision\")(__v.asInstanceOf[js.Any]))\n      rollbackInfo.foreach(__v => __obj.updateDynamic(\"rollbackInfo\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetInstances.foreach(__v => __obj.updateDynamic(\"targetInstances\")(__v.asInstanceOf[js.Any]))\n      updateOutdatedInstancesOnly.foreach(__v => __obj.updateDynamic(\"updateOutdatedInstancesOnly\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentInfo]\n    }\n  }\n\n  @js.native\n  sealed trait DeploymentOption extends js.Any\n  object DeploymentOption {\n    val WITH_TRAFFIC_CONTROL = \"WITH_TRAFFIC_CONTROL\".asInstanceOf[DeploymentOption]\n    val WITHOUT_TRAFFIC_CONTROL = \"WITHOUT_TRAFFIC_CONTROL\".asInstanceOf[DeploymentOption]\n\n    @inline def values = js.Array(WITH_TRAFFIC_CONTROL, WITHOUT_TRAFFIC_CONTROL)\n  }\n\n  \/** Information about the deployment status of the instances in the deployment.\n    *\/\n  @js.native\n  trait DeploymentOverview extends js.Object {\n    var Failed: js.UndefOr[InstanceCount]\n    var InProgress: js.UndefOr[InstanceCount]\n    var Pending: js.UndefOr[InstanceCount]\n    var Ready: js.UndefOr[InstanceCount]\n    var Skipped: js.UndefOr[InstanceCount]\n    var Succeeded: js.UndefOr[InstanceCount]\n  }\n\n  object DeploymentOverview {\n    @inline\n    def apply(\n        Failed: js.UndefOr[InstanceCount] = js.undefined,\n        InProgress: js.UndefOr[InstanceCount] = js.undefined,\n        Pending: js.UndefOr[InstanceCount] = js.undefined,\n        Ready: js.UndefOr[InstanceCount] = js.undefined,\n        Skipped: js.UndefOr[InstanceCount] = js.undefined,\n        Succeeded: js.UndefOr[InstanceCount] = js.undefined\n    ): DeploymentOverview = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      InProgress.foreach(__v => __obj.updateDynamic(\"InProgress\")(__v.asInstanceOf[js.Any]))\n      Pending.foreach(__v => __obj.updateDynamic(\"Pending\")(__v.asInstanceOf[js.Any]))\n      Ready.foreach(__v => __obj.updateDynamic(\"Ready\")(__v.asInstanceOf[js.Any]))\n      Skipped.foreach(__v => __obj.updateDynamic(\"Skipped\")(__v.asInstanceOf[js.Any]))\n      Succeeded.foreach(__v => __obj.updateDynamic(\"Succeeded\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentOverview]\n    }\n  }\n\n  @js.native\n  sealed trait DeploymentReadyAction extends js.Any\n  object DeploymentReadyAction {\n    val CONTINUE_DEPLOYMENT = \"CONTINUE_DEPLOYMENT\".asInstanceOf[DeploymentReadyAction]\n    val STOP_DEPLOYMENT = \"STOP_DEPLOYMENT\".asInstanceOf[DeploymentReadyAction]\n\n    @inline def values = js.Array(CONTINUE_DEPLOYMENT, STOP_DEPLOYMENT)\n  }\n\n  \/** Information about how traffic is rerouted to instances in a replacement environment in a blue\/green deployment.\n    *\/\n  @js.native\n  trait DeploymentReadyOption extends js.Object {\n    var actionOnTimeout: js.UndefOr[DeploymentReadyAction]\n    var waitTimeInMinutes: js.UndefOr[Duration]\n  }\n\n  object DeploymentReadyOption {\n    @inline\n    def apply(\n        actionOnTimeout: js.UndefOr[DeploymentReadyAction] = js.undefined,\n        waitTimeInMinutes: js.UndefOr[Duration] = js.undefined\n    ): DeploymentReadyOption = {\n      val __obj = js.Dynamic.literal()\n      actionOnTimeout.foreach(__v => __obj.updateDynamic(\"actionOnTimeout\")(__v.asInstanceOf[js.Any]))\n      waitTimeInMinutes.foreach(__v => __obj.updateDynamic(\"waitTimeInMinutes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentReadyOption]\n    }\n  }\n\n  @js.native\n  sealed trait DeploymentStatus extends js.Any\n  object DeploymentStatus {\n    val Created = \"Created\".asInstanceOf[DeploymentStatus]\n    val Queued = \"Queued\".asInstanceOf[DeploymentStatus]\n    val InProgress = \"InProgress\".asInstanceOf[DeploymentStatus]\n    val Baking = \"Baking\".asInstanceOf[DeploymentStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[DeploymentStatus]\n    val Failed = \"Failed\".asInstanceOf[DeploymentStatus]\n    val Stopped = \"Stopped\".asInstanceOf[DeploymentStatus]\n    val Ready = \"Ready\".asInstanceOf[DeploymentStatus]\n\n    @inline def values = js.Array(Created, Queued, InProgress, Baking, Succeeded, Failed, Stopped, Ready)\n  }\n\n  \/** Information about the type of deployment, either in-place or blue\/green, you want to run and whether to route deployment traffic behind a load balancer.\n    *\/\n  @js.native\n  trait DeploymentStyle extends js.Object {\n    var deploymentOption: js.UndefOr[DeploymentOption]\n    var deploymentType: js.UndefOr[DeploymentType]\n  }\n\n  object DeploymentStyle {\n    @inline\n    def apply(\n        deploymentOption: js.UndefOr[DeploymentOption] = js.undefined,\n        deploymentType: js.UndefOr[DeploymentType] = js.undefined\n    ): DeploymentStyle = {\n      val __obj = js.Dynamic.literal()\n      deploymentOption.foreach(__v => __obj.updateDynamic(\"deploymentOption\")(__v.asInstanceOf[js.Any]))\n      deploymentType.foreach(__v => __obj.updateDynamic(\"deploymentType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentStyle]\n    }\n  }\n\n  \/** Information about the deployment target.\n    *\/\n  @js.native\n  trait DeploymentTarget extends js.Object {\n    var cloudFormationTarget: js.UndefOr[CloudFormationTarget]\n    var deploymentTargetType: js.UndefOr[DeploymentTargetType]\n    var ecsTarget: js.UndefOr[ECSTarget]\n    var instanceTarget: js.UndefOr[InstanceTarget]\n    var lambdaTarget: js.UndefOr[LambdaTarget]\n  }\n\n  object DeploymentTarget {\n    @inline\n    def apply(\n        cloudFormationTarget: js.UndefOr[CloudFormationTarget] = js.undefined,\n        deploymentTargetType: js.UndefOr[DeploymentTargetType] = js.undefined,\n        ecsTarget: js.UndefOr[ECSTarget] = js.undefined,\n        instanceTarget: js.UndefOr[InstanceTarget] = js.undefined,\n        lambdaTarget: js.UndefOr[LambdaTarget] = js.undefined\n    ): DeploymentTarget = {\n      val __obj = js.Dynamic.literal()\n      cloudFormationTarget.foreach(__v => __obj.updateDynamic(\"cloudFormationTarget\")(__v.asInstanceOf[js.Any]))\n      deploymentTargetType.foreach(__v => __obj.updateDynamic(\"deploymentTargetType\")(__v.asInstanceOf[js.Any]))\n      ecsTarget.foreach(__v => __obj.updateDynamic(\"ecsTarget\")(__v.asInstanceOf[js.Any]))\n      instanceTarget.foreach(__v => __obj.updateDynamic(\"instanceTarget\")(__v.asInstanceOf[js.Any]))\n      lambdaTarget.foreach(__v => __obj.updateDynamic(\"lambdaTarget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeploymentTarget]\n    }\n  }\n\n  @js.native\n  sealed trait DeploymentTargetType extends js.Any\n  object DeploymentTargetType {\n    val InstanceTarget = \"InstanceTarget\".asInstanceOf[DeploymentTargetType]\n    val LambdaTarget = \"LambdaTarget\".asInstanceOf[DeploymentTargetType]\n    val ECSTarget = \"ECSTarget\".asInstanceOf[DeploymentTargetType]\n    val CloudFormationTarget = \"CloudFormationTarget\".asInstanceOf[DeploymentTargetType]\n\n    @inline def values = js.Array(InstanceTarget, LambdaTarget, ECSTarget, CloudFormationTarget)\n  }\n\n  @js.native\n  sealed trait DeploymentType extends js.Any\n  object DeploymentType {\n    val IN_PLACE = \"IN_PLACE\".asInstanceOf[DeploymentType]\n    val BLUE_GREEN = \"BLUE_GREEN\".asInstanceOf[DeploymentType]\n\n    @inline def values = js.Array(IN_PLACE, BLUE_GREEN)\n  }\n\n  @js.native\n  sealed trait DeploymentWaitType extends js.Any\n  object DeploymentWaitType {\n    val READY_WAIT = \"READY_WAIT\".asInstanceOf[DeploymentWaitType]\n    val TERMINATION_WAIT = \"TERMINATION_WAIT\".asInstanceOf[DeploymentWaitType]\n\n    @inline def values = js.Array(READY_WAIT, TERMINATION_WAIT)\n  }\n\n  \/** Represents the input of a <code>DeregisterOnPremisesInstance<\/code> operation.\n    *\/\n  @js.native\n  trait DeregisterOnPremisesInstanceInput extends js.Object {\n    var instanceName: InstanceName\n  }\n\n  object DeregisterOnPremisesInstanceInput {\n    @inline\n    def apply(\n        instanceName: InstanceName\n    ): DeregisterOnPremisesInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterOnPremisesInstanceInput]\n    }\n  }\n\n  \/** Diagnostic information about executable scripts that are part of a deployment.\n    *\/\n  @js.native\n  trait Diagnostics extends js.Object {\n    var errorCode: js.UndefOr[LifecycleErrorCode]\n    var logTail: js.UndefOr[LogTail]\n    var message: js.UndefOr[LifecycleMessage]\n    var scriptName: js.UndefOr[ScriptName]\n  }\n\n  object Diagnostics {\n    @inline\n    def apply(\n        errorCode: js.UndefOr[LifecycleErrorCode] = js.undefined,\n        logTail: js.UndefOr[LogTail] = js.undefined,\n        message: js.UndefOr[LifecycleMessage] = js.undefined,\n        scriptName: js.UndefOr[ScriptName] = js.undefined\n    ): Diagnostics = {\n      val __obj = js.Dynamic.literal()\n      errorCode.foreach(__v => __obj.updateDynamic(\"errorCode\")(__v.asInstanceOf[js.Any]))\n      logTail.foreach(__v => __obj.updateDynamic(\"logTail\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      scriptName.foreach(__v => __obj.updateDynamic(\"scriptName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Diagnostics]\n    }\n  }\n\n  \/** Information about an EC2 tag filter.\n    *\/\n  @js.native\n  trait EC2TagFilter extends js.Object {\n    var Key: js.UndefOr[Key]\n    var Type: js.UndefOr[EC2TagFilterType]\n    var Value: js.UndefOr[Value]\n  }\n\n  object EC2TagFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[Key] = js.undefined,\n        Type: js.UndefOr[EC2TagFilterType] = js.undefined,\n        Value: js.UndefOr[Value] = js.undefined\n    ): EC2TagFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2TagFilter]\n    }\n  }\n\n  @js.native\n  sealed trait EC2TagFilterType extends js.Any\n  object EC2TagFilterType {\n    val KEY_ONLY = \"KEY_ONLY\".asInstanceOf[EC2TagFilterType]\n    val VALUE_ONLY = \"VALUE_ONLY\".asInstanceOf[EC2TagFilterType]\n    val KEY_AND_VALUE = \"KEY_AND_VALUE\".asInstanceOf[EC2TagFilterType]\n\n    @inline def values = js.Array(KEY_ONLY, VALUE_ONLY, KEY_AND_VALUE)\n  }\n\n  \/** Information about groups of EC2 instance tags.\n    *\/\n  @js.native\n  trait EC2TagSet extends js.Object {\n    var ec2TagSetList: js.UndefOr[EC2TagSetList]\n  }\n\n  object EC2TagSet {\n    @inline\n    def apply(\n        ec2TagSetList: js.UndefOr[EC2TagSetList] = js.undefined\n    ): EC2TagSet = {\n      val __obj = js.Dynamic.literal()\n      ec2TagSetList.foreach(__v => __obj.updateDynamic(\"ec2TagSetList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2TagSet]\n    }\n  }\n\n  \/** Contains the service and cluster names used to identify an Amazon ECS deployment's target.\n    *\/\n  @js.native\n  trait ECSService extends js.Object {\n    var clusterName: js.UndefOr[ECSClusterName]\n    var serviceName: js.UndefOr[ECSServiceName]\n  }\n\n  object ECSService {\n    @inline\n    def apply(\n        clusterName: js.UndefOr[ECSClusterName] = js.undefined,\n        serviceName: js.UndefOr[ECSServiceName] = js.undefined\n    ): ECSService = {\n      val __obj = js.Dynamic.literal()\n      clusterName.foreach(__v => __obj.updateDynamic(\"clusterName\")(__v.asInstanceOf[js.Any]))\n      serviceName.foreach(__v => __obj.updateDynamic(\"serviceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ECSService]\n    }\n  }\n\n  \/** Information about the target of an Amazon ECS deployment.\n    *\/\n  @js.native\n  trait ECSTarget extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var lastUpdatedAt: js.UndefOr[Time]\n    var lifecycleEvents: js.UndefOr[LifecycleEventList]\n    var status: js.UndefOr[TargetStatus]\n    var targetArn: js.UndefOr[TargetArn]\n    var targetId: js.UndefOr[TargetId]\n    var taskSetsInfo: js.UndefOr[ECSTaskSetList]\n  }\n\n  object ECSTarget {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Time] = js.undefined,\n        lifecycleEvents: js.UndefOr[LifecycleEventList] = js.undefined,\n        status: js.UndefOr[TargetStatus] = js.undefined,\n        targetArn: js.UndefOr[TargetArn] = js.undefined,\n        targetId: js.UndefOr[TargetId] = js.undefined,\n        taskSetsInfo: js.UndefOr[ECSTaskSetList] = js.undefined\n    ): ECSTarget = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecycleEvents.foreach(__v => __obj.updateDynamic(\"lifecycleEvents\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetArn.foreach(__v => __obj.updateDynamic(\"targetArn\")(__v.asInstanceOf[js.Any]))\n      targetId.foreach(__v => __obj.updateDynamic(\"targetId\")(__v.asInstanceOf[js.Any]))\n      taskSetsInfo.foreach(__v => __obj.updateDynamic(\"taskSetsInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ECSTarget]\n    }\n  }\n\n  \/** Information about a set of Amazon ECS tasks in an AWS CodeDeploy deployment. An Amazon ECS task set includes details such as the desired number of tasks, how many tasks are running, and whether the task set serves production traffic. An AWS CodeDeploy application that uses the Amazon ECS compute platform deploys a containerized application in an Amazon ECS service as a task set.\n    *\/\n  @js.native\n  trait ECSTaskSet extends js.Object {\n    var desiredCount: js.UndefOr[ECSTaskSetCount]\n    var identifer: js.UndefOr[ECSTaskSetIdentifier]\n    var pendingCount: js.UndefOr[ECSTaskSetCount]\n    var runningCount: js.UndefOr[ECSTaskSetCount]\n    var status: js.UndefOr[ECSTaskSetStatus]\n    var targetGroup: js.UndefOr[TargetGroupInfo]\n    var taskSetLabel: js.UndefOr[TargetLabel]\n    var trafficWeight: js.UndefOr[TrafficWeight]\n  }\n\n  object ECSTaskSet {\n    @inline\n    def apply(\n        desiredCount: js.UndefOr[ECSTaskSetCount] = js.undefined,\n        identifer: js.UndefOr[ECSTaskSetIdentifier] = js.undefined,\n        pendingCount: js.UndefOr[ECSTaskSetCount] = js.undefined,\n        runningCount: js.UndefOr[ECSTaskSetCount] = js.undefined,\n        status: js.UndefOr[ECSTaskSetStatus] = js.undefined,\n        targetGroup: js.UndefOr[TargetGroupInfo] = js.undefined,\n        taskSetLabel: js.UndefOr[TargetLabel] = js.undefined,\n        trafficWeight: js.UndefOr[TrafficWeight] = js.undefined\n    ): ECSTaskSet = {\n      val __obj = js.Dynamic.literal()\n      desiredCount.foreach(__v => __obj.updateDynamic(\"desiredCount\")(__v.asInstanceOf[js.Any]))\n      identifer.foreach(__v => __obj.updateDynamic(\"identifer\")(__v.asInstanceOf[js.Any]))\n      pendingCount.foreach(__v => __obj.updateDynamic(\"pendingCount\")(__v.asInstanceOf[js.Any]))\n      runningCount.foreach(__v => __obj.updateDynamic(\"runningCount\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetGroup.foreach(__v => __obj.updateDynamic(\"targetGroup\")(__v.asInstanceOf[js.Any]))\n      taskSetLabel.foreach(__v => __obj.updateDynamic(\"taskSetLabel\")(__v.asInstanceOf[js.Any]))\n      trafficWeight.foreach(__v => __obj.updateDynamic(\"trafficWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ECSTaskSet]\n    }\n  }\n\n  \/** Information about a load balancer in Elastic Load Balancing to use in a deployment. Instances are registered directly with a load balancer, and traffic is routed to the load balancer.\n    *\/\n  @js.native\n  trait ELBInfo extends js.Object {\n    var name: js.UndefOr[ELBName]\n  }\n\n  object ELBInfo {\n    @inline\n    def apply(\n        name: js.UndefOr[ELBName] = js.undefined\n    ): ELBInfo = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ELBInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ErrorCode extends js.Any\n  object ErrorCode {\n    val AGENT_ISSUE = \"AGENT_ISSUE\".asInstanceOf[ErrorCode]\n    val ALARM_ACTIVE = \"ALARM_ACTIVE\".asInstanceOf[ErrorCode]\n    val APPLICATION_MISSING = \"APPLICATION_MISSING\".asInstanceOf[ErrorCode]\n    val AUTOSCALING_VALIDATION_ERROR = \"AUTOSCALING_VALIDATION_ERROR\".asInstanceOf[ErrorCode]\n    val AUTO_SCALING_CONFIGURATION = \"AUTO_SCALING_CONFIGURATION\".asInstanceOf[ErrorCode]\n    val AUTO_SCALING_IAM_ROLE_PERMISSIONS = \"AUTO_SCALING_IAM_ROLE_PERMISSIONS\".asInstanceOf[ErrorCode]\n    val CODEDEPLOY_RESOURCE_CANNOT_BE_FOUND = \"CODEDEPLOY_RESOURCE_CANNOT_BE_FOUND\".asInstanceOf[ErrorCode]\n    val CUSTOMER_APPLICATION_UNHEALTHY = \"CUSTOMER_APPLICATION_UNHEALTHY\".asInstanceOf[ErrorCode]\n    val DEPLOYMENT_GROUP_MISSING = \"DEPLOYMENT_GROUP_MISSING\".asInstanceOf[ErrorCode]\n    val ECS_UPDATE_ERROR = \"ECS_UPDATE_ERROR\".asInstanceOf[ErrorCode]\n    val ELASTIC_LOAD_BALANCING_INVALID = \"ELASTIC_LOAD_BALANCING_INVALID\".asInstanceOf[ErrorCode]\n    val ELB_INVALID_INSTANCE = \"ELB_INVALID_INSTANCE\".asInstanceOf[ErrorCode]\n    val HEALTH_CONSTRAINTS = \"HEALTH_CONSTRAINTS\".asInstanceOf[ErrorCode]\n    val HEALTH_CONSTRAINTS_INVALID = \"HEALTH_CONSTRAINTS_INVALID\".asInstanceOf[ErrorCode]\n    val HOOK_EXECUTION_FAILURE = \"HOOK_EXECUTION_FAILURE\".asInstanceOf[ErrorCode]\n    val IAM_ROLE_MISSING = \"IAM_ROLE_MISSING\".asInstanceOf[ErrorCode]\n    val IAM_ROLE_PERMISSIONS = \"IAM_ROLE_PERMISSIONS\".asInstanceOf[ErrorCode]\n    val INTERNAL_ERROR = \"INTERNAL_ERROR\".asInstanceOf[ErrorCode]\n    val INVALID_ECS_SERVICE = \"INVALID_ECS_SERVICE\".asInstanceOf[ErrorCode]\n    val INVALID_LAMBDA_CONFIGURATION = \"INVALID_LAMBDA_CONFIGURATION\".asInstanceOf[ErrorCode]\n    val INVALID_LAMBDA_FUNCTION = \"INVALID_LAMBDA_FUNCTION\".asInstanceOf[ErrorCode]\n    val INVALID_REVISION = \"INVALID_REVISION\".asInstanceOf[ErrorCode]\n    val MANUAL_STOP = \"MANUAL_STOP\".asInstanceOf[ErrorCode]\n    val MISSING_BLUE_GREEN_DEPLOYMENT_CONFIGURATION = \"MISSING_BLUE_GREEN_DEPLOYMENT_CONFIGURATION\".asInstanceOf[ErrorCode]\n    val MISSING_ELB_INFORMATION = \"MISSING_ELB_INFORMATION\".asInstanceOf[ErrorCode]\n    val MISSING_GITHUB_TOKEN = \"MISSING_GITHUB_TOKEN\".asInstanceOf[ErrorCode]\n    val NO_EC2_SUBSCRIPTION = \"NO_EC2_SUBSCRIPTION\".asInstanceOf[ErrorCode]\n    val NO_INSTANCES = \"NO_INSTANCES\".asInstanceOf[ErrorCode]\n    val OVER_MAX_INSTANCES = \"OVER_MAX_INSTANCES\".asInstanceOf[ErrorCode]\n    val RESOURCE_LIMIT_EXCEEDED = \"RESOURCE_LIMIT_EXCEEDED\".asInstanceOf[ErrorCode]\n    val REVISION_MISSING = \"REVISION_MISSING\".asInstanceOf[ErrorCode]\n    val THROTTLED = \"THROTTLED\".asInstanceOf[ErrorCode]\n    val TIMEOUT = \"TIMEOUT\".asInstanceOf[ErrorCode]\n    val CLOUDFORMATION_STACK_FAILURE = \"CLOUDFORMATION_STACK_FAILURE\".asInstanceOf[ErrorCode]\n\n    @inline def values = js.Array(\n      AGENT_ISSUE,\n      ALARM_ACTIVE,\n      APPLICATION_MISSING,\n      AUTOSCALING_VALIDATION_ERROR,\n      AUTO_SCALING_CONFIGURATION,\n      AUTO_SCALING_IAM_ROLE_PERMISSIONS,\n      CODEDEPLOY_RESOURCE_CANNOT_BE_FOUND,\n      CUSTOMER_APPLICATION_UNHEALTHY,\n      DEPLOYMENT_GROUP_MISSING,\n      ECS_UPDATE_ERROR,\n      ELASTIC_LOAD_BALANCING_INVALID,\n      ELB_INVALID_INSTANCE,\n      HEALTH_CONSTRAINTS,\n      HEALTH_CONSTRAINTS_INVALID,\n      HOOK_EXECUTION_FAILURE,\n      IAM_ROLE_MISSING,\n      IAM_ROLE_PERMISSIONS,\n      INTERNAL_ERROR,\n      INVALID_ECS_SERVICE,\n      INVALID_LAMBDA_CONFIGURATION,\n      INVALID_LAMBDA_FUNCTION,\n      INVALID_REVISION,\n      MANUAL_STOP,\n      MISSING_BLUE_GREEN_DEPLOYMENT_CONFIGURATION,\n      MISSING_ELB_INFORMATION,\n      MISSING_GITHUB_TOKEN,\n      NO_EC2_SUBSCRIPTION,\n      NO_INSTANCES,\n      OVER_MAX_INSTANCES,\n      RESOURCE_LIMIT_EXCEEDED,\n      REVISION_MISSING,\n      THROTTLED,\n      TIMEOUT,\n      CLOUDFORMATION_STACK_FAILURE\n    )\n  }\n\n  \/** Information about a deployment error.\n    *\/\n  @js.native\n  trait ErrorInformation extends js.Object {\n    var code: js.UndefOr[ErrorCode]\n    var message: js.UndefOr[ErrorMessage]\n  }\n\n  object ErrorInformation {\n    @inline\n    def apply(\n        code: js.UndefOr[ErrorCode] = js.undefined,\n        message: js.UndefOr[ErrorMessage] = js.undefined\n    ): ErrorInformation = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ErrorInformation]\n    }\n  }\n\n  @js.native\n  sealed trait FileExistsBehavior extends js.Any\n  object FileExistsBehavior {\n    val DISALLOW = \"DISALLOW\".asInstanceOf[FileExistsBehavior]\n    val OVERWRITE = \"OVERWRITE\".asInstanceOf[FileExistsBehavior]\n    val RETAIN = \"RETAIN\".asInstanceOf[FileExistsBehavior]\n\n    @inline def values = js.Array(DISALLOW, OVERWRITE, RETAIN)\n  }\n\n  \/** Information about an application revision.\n    *\/\n  @js.native\n  trait GenericRevisionInfo extends js.Object {\n    var deploymentGroups: js.UndefOr[DeploymentGroupsList]\n    var description: js.UndefOr[Description]\n    var firstUsedTime: js.UndefOr[Timestamp]\n    var lastUsedTime: js.UndefOr[Timestamp]\n    var registerTime: js.UndefOr[Timestamp]\n  }\n\n  object GenericRevisionInfo {\n    @inline\n    def apply(\n        deploymentGroups: js.UndefOr[DeploymentGroupsList] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        firstUsedTime: js.UndefOr[Timestamp] = js.undefined,\n        lastUsedTime: js.UndefOr[Timestamp] = js.undefined,\n        registerTime: js.UndefOr[Timestamp] = js.undefined\n    ): GenericRevisionInfo = {\n      val __obj = js.Dynamic.literal()\n      deploymentGroups.foreach(__v => __obj.updateDynamic(\"deploymentGroups\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      firstUsedTime.foreach(__v => __obj.updateDynamic(\"firstUsedTime\")(__v.asInstanceOf[js.Any]))\n      lastUsedTime.foreach(__v => __obj.updateDynamic(\"lastUsedTime\")(__v.asInstanceOf[js.Any]))\n      registerTime.foreach(__v => __obj.updateDynamic(\"registerTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GenericRevisionInfo]\n    }\n  }\n\n  \/** Represents the input of a <code>GetApplication<\/code> operation.\n    *\/\n  @js.native\n  trait GetApplicationInput extends js.Object {\n    var applicationName: ApplicationName\n  }\n\n  object GetApplicationInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName\n    ): GetApplicationInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApplicationInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetApplication<\/code> operation.\n    *\/\n  @js.native\n  trait GetApplicationOutput extends js.Object {\n    var application: js.UndefOr[ApplicationInfo]\n  }\n\n  object GetApplicationOutput {\n    @inline\n    def apply(\n        application: js.UndefOr[ApplicationInfo] = js.undefined\n    ): GetApplicationOutput = {\n      val __obj = js.Dynamic.literal()\n      application.foreach(__v => __obj.updateDynamic(\"application\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetApplicationRevision<\/code> operation.\n    *\/\n  @js.native\n  trait GetApplicationRevisionInput extends js.Object {\n    var applicationName: ApplicationName\n    var revision: RevisionLocation\n  }\n\n  object GetApplicationRevisionInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        revision: RevisionLocation\n    ): GetApplicationRevisionInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"revision\" -> revision.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApplicationRevisionInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetApplicationRevision<\/code> operation.\n    *\/\n  @js.native\n  trait GetApplicationRevisionOutput extends js.Object {\n    var applicationName: js.UndefOr[ApplicationName]\n    var revision: js.UndefOr[RevisionLocation]\n    var revisionInfo: js.UndefOr[GenericRevisionInfo]\n  }\n\n  object GetApplicationRevisionOutput {\n    @inline\n    def apply(\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        revision: js.UndefOr[RevisionLocation] = js.undefined,\n        revisionInfo: js.UndefOr[GenericRevisionInfo] = js.undefined\n    ): GetApplicationRevisionOutput = {\n      val __obj = js.Dynamic.literal()\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      revision.foreach(__v => __obj.updateDynamic(\"revision\")(__v.asInstanceOf[js.Any]))\n      revisionInfo.foreach(__v => __obj.updateDynamic(\"revisionInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationRevisionOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetDeploymentConfig<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentConfigInput extends js.Object {\n    var deploymentConfigName: DeploymentConfigName\n  }\n\n  object GetDeploymentConfigInput {\n    @inline\n    def apply(\n        deploymentConfigName: DeploymentConfigName\n    ): GetDeploymentConfigInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentConfigName\" -> deploymentConfigName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeploymentConfigInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetDeploymentConfig<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentConfigOutput extends js.Object {\n    var deploymentConfigInfo: js.UndefOr[DeploymentConfigInfo]\n  }\n\n  object GetDeploymentConfigOutput {\n    @inline\n    def apply(\n        deploymentConfigInfo: js.UndefOr[DeploymentConfigInfo] = js.undefined\n    ): GetDeploymentConfigOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentConfigInfo.foreach(__v => __obj.updateDynamic(\"deploymentConfigInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentConfigOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentGroupInput extends js.Object {\n    var applicationName: ApplicationName\n    var deploymentGroupName: DeploymentGroupName\n  }\n\n  object GetDeploymentGroupInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        deploymentGroupName: DeploymentGroupName\n    ): GetDeploymentGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"deploymentGroupName\" -> deploymentGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeploymentGroupInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentGroupOutput extends js.Object {\n    var deploymentGroupInfo: js.UndefOr[DeploymentGroupInfo]\n  }\n\n  object GetDeploymentGroupOutput {\n    @inline\n    def apply(\n        deploymentGroupInfo: js.UndefOr[DeploymentGroupInfo] = js.undefined\n    ): GetDeploymentGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentGroupInfo.foreach(__v => __obj.updateDynamic(\"deploymentGroupInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentGroupOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentInput extends js.Object {\n    var deploymentId: DeploymentId\n  }\n\n  object GetDeploymentInput {\n    @inline\n    def apply(\n        deploymentId: DeploymentId\n    ): GetDeploymentInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentId\" -> deploymentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeploymentInput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetDeploymentInstance<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentInstanceInput extends js.Object {\n    var deploymentId: DeploymentId\n    var instanceId: InstanceId\n  }\n\n  object GetDeploymentInstanceInput {\n    @inline\n    def apply(\n        deploymentId: DeploymentId,\n        instanceId: InstanceId\n    ): GetDeploymentInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentId\" -> deploymentId.asInstanceOf[js.Any],\n        \"instanceId\" -> instanceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeploymentInstanceInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetDeploymentInstance<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentInstanceOutput extends js.Object {\n    var instanceSummary: js.UndefOr[InstanceSummary]\n  }\n\n  object GetDeploymentInstanceOutput {\n    @inline\n    def apply(\n        instanceSummary: js.UndefOr[InstanceSummary] = js.undefined\n    ): GetDeploymentInstanceOutput = {\n      val __obj = js.Dynamic.literal()\n      instanceSummary.foreach(__v => __obj.updateDynamic(\"instanceSummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentInstanceOutput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait GetDeploymentOutput extends js.Object {\n    var deploymentInfo: js.UndefOr[DeploymentInfo]\n  }\n\n  object GetDeploymentOutput {\n    @inline\n    def apply(\n        deploymentInfo: js.UndefOr[DeploymentInfo] = js.undefined\n    ): GetDeploymentOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentInfo.foreach(__v => __obj.updateDynamic(\"deploymentInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentOutput]\n    }\n  }\n\n  @js.native\n  trait GetDeploymentTargetInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var targetId: js.UndefOr[TargetId]\n  }\n\n  object GetDeploymentTargetInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        targetId: js.UndefOr[TargetId] = js.undefined\n    ): GetDeploymentTargetInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      targetId.foreach(__v => __obj.updateDynamic(\"targetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentTargetInput]\n    }\n  }\n\n  @js.native\n  trait GetDeploymentTargetOutput extends js.Object {\n    var deploymentTarget: js.UndefOr[DeploymentTarget]\n  }\n\n  object GetDeploymentTargetOutput {\n    @inline\n    def apply(\n        deploymentTarget: js.UndefOr[DeploymentTarget] = js.undefined\n    ): GetDeploymentTargetOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentTarget.foreach(__v => __obj.updateDynamic(\"deploymentTarget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDeploymentTargetOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetOnPremisesInstance<\/code> operation.\n    *\/\n  @js.native\n  trait GetOnPremisesInstanceInput extends js.Object {\n    var instanceName: InstanceName\n  }\n\n  object GetOnPremisesInstanceInput {\n    @inline\n    def apply(\n        instanceName: InstanceName\n    ): GetOnPremisesInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOnPremisesInstanceInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetOnPremisesInstance<\/code> operation.\n    *\/\n  @js.native\n  trait GetOnPremisesInstanceOutput extends js.Object {\n    var instanceInfo: js.UndefOr[InstanceInfo]\n  }\n\n  object GetOnPremisesInstanceOutput {\n    @inline\n    def apply(\n        instanceInfo: js.UndefOr[InstanceInfo] = js.undefined\n    ): GetOnPremisesInstanceOutput = {\n      val __obj = js.Dynamic.literal()\n      instanceInfo.foreach(__v => __obj.updateDynamic(\"instanceInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOnPremisesInstanceOutput]\n    }\n  }\n\n  \/** Information about the location of application artifacts stored in GitHub.\n    *\/\n  @js.native\n  trait GitHubLocation extends js.Object {\n    var commitId: js.UndefOr[CommitId]\n    var repository: js.UndefOr[Repository]\n  }\n\n  object GitHubLocation {\n    @inline\n    def apply(\n        commitId: js.UndefOr[CommitId] = js.undefined,\n        repository: js.UndefOr[Repository] = js.undefined\n    ): GitHubLocation = {\n      val __obj = js.Dynamic.literal()\n      commitId.foreach(__v => __obj.updateDynamic(\"commitId\")(__v.asInstanceOf[js.Any]))\n      repository.foreach(__v => __obj.updateDynamic(\"repository\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GitHubLocation]\n    }\n  }\n\n  @js.native\n  sealed trait GreenFleetProvisioningAction extends js.Any\n  object GreenFleetProvisioningAction {\n    val DISCOVER_EXISTING = \"DISCOVER_EXISTING\".asInstanceOf[GreenFleetProvisioningAction]\n    val COPY_AUTO_SCALING_GROUP = \"COPY_AUTO_SCALING_GROUP\".asInstanceOf[GreenFleetProvisioningAction]\n\n    @inline def values = js.Array(DISCOVER_EXISTING, COPY_AUTO_SCALING_GROUP)\n  }\n\n  \/** Information about the instances that belong to the replacement environment in a blue\/green deployment.\n    *\/\n  @js.native\n  trait GreenFleetProvisioningOption extends js.Object {\n    var action: js.UndefOr[GreenFleetProvisioningAction]\n  }\n\n  object GreenFleetProvisioningOption {\n    @inline\n    def apply(\n        action: js.UndefOr[GreenFleetProvisioningAction] = js.undefined\n    ): GreenFleetProvisioningOption = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GreenFleetProvisioningOption]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceAction extends js.Any\n  object InstanceAction {\n    val TERMINATE = \"TERMINATE\".asInstanceOf[InstanceAction]\n    val KEEP_ALIVE = \"KEEP_ALIVE\".asInstanceOf[InstanceAction]\n\n    @inline def values = js.Array(TERMINATE, KEEP_ALIVE)\n  }\n\n  \/** Information about an on-premises instance.\n    *\/\n  @js.native\n  trait InstanceInfo extends js.Object {\n    var deregisterTime: js.UndefOr[Timestamp]\n    var iamSessionArn: js.UndefOr[IamSessionArn]\n    var iamUserArn: js.UndefOr[IamUserArn]\n    var instanceArn: js.UndefOr[InstanceArn]\n    var instanceName: js.UndefOr[InstanceName]\n    var registerTime: js.UndefOr[Timestamp]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object InstanceInfo {\n    @inline\n    def apply(\n        deregisterTime: js.UndefOr[Timestamp] = js.undefined,\n        iamSessionArn: js.UndefOr[IamSessionArn] = js.undefined,\n        iamUserArn: js.UndefOr[IamUserArn] = js.undefined,\n        instanceArn: js.UndefOr[InstanceArn] = js.undefined,\n        instanceName: js.UndefOr[InstanceName] = js.undefined,\n        registerTime: js.UndefOr[Timestamp] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): InstanceInfo = {\n      val __obj = js.Dynamic.literal()\n      deregisterTime.foreach(__v => __obj.updateDynamic(\"deregisterTime\")(__v.asInstanceOf[js.Any]))\n      iamSessionArn.foreach(__v => __obj.updateDynamic(\"iamSessionArn\")(__v.asInstanceOf[js.Any]))\n      iamUserArn.foreach(__v => __obj.updateDynamic(\"iamUserArn\")(__v.asInstanceOf[js.Any]))\n      instanceArn.foreach(__v => __obj.updateDynamic(\"instanceArn\")(__v.asInstanceOf[js.Any]))\n      instanceName.foreach(__v => __obj.updateDynamic(\"instanceName\")(__v.asInstanceOf[js.Any]))\n      registerTime.foreach(__v => __obj.updateDynamic(\"registerTime\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceInfo]\n    }\n  }\n\n  @deprecated(\"InstanceStatus is deprecated, use TargetStatus instead.\", \"forever\")\n  @js.native\n  sealed trait InstanceStatus extends js.Any\n  object InstanceStatus {\n    val Pending = \"Pending\".asInstanceOf[InstanceStatus]\n    val InProgress = \"InProgress\".asInstanceOf[InstanceStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[InstanceStatus]\n    val Failed = \"Failed\".asInstanceOf[InstanceStatus]\n    val Skipped = \"Skipped\".asInstanceOf[InstanceStatus]\n    val Unknown = \"Unknown\".asInstanceOf[InstanceStatus]\n    val Ready = \"Ready\".asInstanceOf[InstanceStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Succeeded, Failed, Skipped, Unknown, Ready)\n  }\n\n  \/** Information about an instance in a deployment.\n    *\/\n  @deprecated(\"InstanceSummary is deprecated, use DeploymentTarget instead.\", \"forever\")\n  @js.native\n  trait InstanceSummary extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var instanceId: js.UndefOr[InstanceId]\n    var instanceType: js.UndefOr[InstanceType]\n    var lastUpdatedAt: js.UndefOr[Timestamp]\n    var lifecycleEvents: js.UndefOr[LifecycleEventList]\n    var status: js.UndefOr[InstanceStatus]\n  }\n\n  object InstanceSummary {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        instanceId: js.UndefOr[InstanceId] = js.undefined,\n        instanceType: js.UndefOr[InstanceType] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Timestamp] = js.undefined,\n        lifecycleEvents: js.UndefOr[LifecycleEventList] = js.undefined,\n        status: js.UndefOr[InstanceStatus] = js.undefined\n    ): InstanceSummary = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      instanceId.foreach(__v => __obj.updateDynamic(\"instanceId\")(__v.asInstanceOf[js.Any]))\n      instanceType.foreach(__v => __obj.updateDynamic(\"instanceType\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecycleEvents.foreach(__v => __obj.updateDynamic(\"lifecycleEvents\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceSummary]\n    }\n  }\n\n  \/** A target Amazon EC2 or on-premises instance during a deployment that uses the EC2\/On-premises compute platform.\n    *\/\n  @js.native\n  trait InstanceTarget extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var instanceLabel: js.UndefOr[TargetLabel]\n    var lastUpdatedAt: js.UndefOr[Time]\n    var lifecycleEvents: js.UndefOr[LifecycleEventList]\n    var status: js.UndefOr[TargetStatus]\n    var targetArn: js.UndefOr[TargetArn]\n    var targetId: js.UndefOr[TargetId]\n  }\n\n  object InstanceTarget {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        instanceLabel: js.UndefOr[TargetLabel] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Time] = js.undefined,\n        lifecycleEvents: js.UndefOr[LifecycleEventList] = js.undefined,\n        status: js.UndefOr[TargetStatus] = js.undefined,\n        targetArn: js.UndefOr[TargetArn] = js.undefined,\n        targetId: js.UndefOr[TargetId] = js.undefined\n    ): InstanceTarget = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      instanceLabel.foreach(__v => __obj.updateDynamic(\"instanceLabel\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecycleEvents.foreach(__v => __obj.updateDynamic(\"lifecycleEvents\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetArn.foreach(__v => __obj.updateDynamic(\"targetArn\")(__v.asInstanceOf[js.Any]))\n      targetId.foreach(__v => __obj.updateDynamic(\"targetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstanceTarget]\n    }\n  }\n\n  @js.native\n  sealed trait InstanceType extends js.Any\n  object InstanceType {\n    val Blue = \"Blue\".asInstanceOf[InstanceType]\n    val Green = \"Green\".asInstanceOf[InstanceType]\n\n    @inline def values = js.Array(Blue, Green)\n  }\n\n  \/** Information about a Lambda function specified in a deployment.\n    *\/\n  @js.native\n  trait LambdaFunctionInfo extends js.Object {\n    var currentVersion: js.UndefOr[Version]\n    var functionAlias: js.UndefOr[LambdaFunctionAlias]\n    var functionName: js.UndefOr[LambdaFunctionName]\n    var targetVersion: js.UndefOr[Version]\n    var targetVersionWeight: js.UndefOr[TrafficWeight]\n  }\n\n  object LambdaFunctionInfo {\n    @inline\n    def apply(\n        currentVersion: js.UndefOr[Version] = js.undefined,\n        functionAlias: js.UndefOr[LambdaFunctionAlias] = js.undefined,\n        functionName: js.UndefOr[LambdaFunctionName] = js.undefined,\n        targetVersion: js.UndefOr[Version] = js.undefined,\n        targetVersionWeight: js.UndefOr[TrafficWeight] = js.undefined\n    ): LambdaFunctionInfo = {\n      val __obj = js.Dynamic.literal()\n      currentVersion.foreach(__v => __obj.updateDynamic(\"currentVersion\")(__v.asInstanceOf[js.Any]))\n      functionAlias.foreach(__v => __obj.updateDynamic(\"functionAlias\")(__v.asInstanceOf[js.Any]))\n      functionName.foreach(__v => __obj.updateDynamic(\"functionName\")(__v.asInstanceOf[js.Any]))\n      targetVersion.foreach(__v => __obj.updateDynamic(\"targetVersion\")(__v.asInstanceOf[js.Any]))\n      targetVersionWeight.foreach(__v => __obj.updateDynamic(\"targetVersionWeight\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaFunctionInfo]\n    }\n  }\n\n  \/** Information about the target AWS Lambda function during an AWS Lambda deployment.\n    *\/\n  @js.native\n  trait LambdaTarget extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var lambdaFunctionInfo: js.UndefOr[LambdaFunctionInfo]\n    var lastUpdatedAt: js.UndefOr[Time]\n    var lifecycleEvents: js.UndefOr[LifecycleEventList]\n    var status: js.UndefOr[TargetStatus]\n    var targetArn: js.UndefOr[TargetArn]\n    var targetId: js.UndefOr[TargetId]\n  }\n\n  object LambdaTarget {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        lambdaFunctionInfo: js.UndefOr[LambdaFunctionInfo] = js.undefined,\n        lastUpdatedAt: js.UndefOr[Time] = js.undefined,\n        lifecycleEvents: js.UndefOr[LifecycleEventList] = js.undefined,\n        status: js.UndefOr[TargetStatus] = js.undefined,\n        targetArn: js.UndefOr[TargetArn] = js.undefined,\n        targetId: js.UndefOr[TargetId] = js.undefined\n    ): LambdaTarget = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      lambdaFunctionInfo.foreach(__v => __obj.updateDynamic(\"lambdaFunctionInfo\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedAt.foreach(__v => __obj.updateDynamic(\"lastUpdatedAt\")(__v.asInstanceOf[js.Any]))\n      lifecycleEvents.foreach(__v => __obj.updateDynamic(\"lifecycleEvents\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      targetArn.foreach(__v => __obj.updateDynamic(\"targetArn\")(__v.asInstanceOf[js.Any]))\n      targetId.foreach(__v => __obj.updateDynamic(\"targetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaTarget]\n    }\n  }\n\n  \/** Information about the most recent attempted or successful deployment to a deployment group.\n    *\/\n  @js.native\n  trait LastDeploymentInfo extends js.Object {\n    var createTime: js.UndefOr[Timestamp]\n    var deploymentId: js.UndefOr[DeploymentId]\n    var endTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[DeploymentStatus]\n  }\n\n  object LastDeploymentInfo {\n    @inline\n    def apply(\n        createTime: js.UndefOr[Timestamp] = js.undefined,\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[DeploymentStatus] = js.undefined\n    ): LastDeploymentInfo = {\n      val __obj = js.Dynamic.literal()\n      createTime.foreach(__v => __obj.updateDynamic(\"createTime\")(__v.asInstanceOf[js.Any]))\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LastDeploymentInfo]\n    }\n  }\n\n  @js.native\n  sealed trait LifecycleErrorCode extends js.Any\n  object LifecycleErrorCode {\n    val Success = \"Success\".asInstanceOf[LifecycleErrorCode]\n    val ScriptMissing = \"ScriptMissing\".asInstanceOf[LifecycleErrorCode]\n    val ScriptNotExecutable = \"ScriptNotExecutable\".asInstanceOf[LifecycleErrorCode]\n    val ScriptTimedOut = \"ScriptTimedOut\".asInstanceOf[LifecycleErrorCode]\n    val ScriptFailed = \"ScriptFailed\".asInstanceOf[LifecycleErrorCode]\n    val UnknownError = \"UnknownError\".asInstanceOf[LifecycleErrorCode]\n\n    @inline def values = js.Array(Success, ScriptMissing, ScriptNotExecutable, ScriptTimedOut, ScriptFailed, UnknownError)\n  }\n\n  \/** Information about a deployment lifecycle event.\n    *\/\n  @js.native\n  trait LifecycleEvent extends js.Object {\n    var diagnostics: js.UndefOr[Diagnostics]\n    var endTime: js.UndefOr[Timestamp]\n    var lifecycleEventName: js.UndefOr[LifecycleEventName]\n    var startTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[LifecycleEventStatus]\n  }\n\n  object LifecycleEvent {\n    @inline\n    def apply(\n        diagnostics: js.UndefOr[Diagnostics] = js.undefined,\n        endTime: js.UndefOr[Timestamp] = js.undefined,\n        lifecycleEventName: js.UndefOr[LifecycleEventName] = js.undefined,\n        startTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[LifecycleEventStatus] = js.undefined\n    ): LifecycleEvent = {\n      val __obj = js.Dynamic.literal()\n      diagnostics.foreach(__v => __obj.updateDynamic(\"diagnostics\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      lifecycleEventName.foreach(__v => __obj.updateDynamic(\"lifecycleEventName\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleEvent]\n    }\n  }\n\n  @js.native\n  sealed trait LifecycleEventStatus extends js.Any\n  object LifecycleEventStatus {\n    val Pending = \"Pending\".asInstanceOf[LifecycleEventStatus]\n    val InProgress = \"InProgress\".asInstanceOf[LifecycleEventStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[LifecycleEventStatus]\n    val Failed = \"Failed\".asInstanceOf[LifecycleEventStatus]\n    val Skipped = \"Skipped\".asInstanceOf[LifecycleEventStatus]\n    val Unknown = \"Unknown\".asInstanceOf[LifecycleEventStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Succeeded, Failed, Skipped, Unknown)\n  }\n\n  \/** Represents the input of a <code>ListApplicationRevisions<\/code> operation.\n    *\/\n  @js.native\n  trait ListApplicationRevisionsInput extends js.Object {\n    var applicationName: ApplicationName\n    var deployed: js.UndefOr[ListStateFilterAction]\n    var nextToken: js.UndefOr[NextToken]\n    var s3Bucket: js.UndefOr[S3Bucket]\n    var s3KeyPrefix: js.UndefOr[S3Key]\n    var sortBy: js.UndefOr[ApplicationRevisionSortBy]\n    var sortOrder: js.UndefOr[SortOrder]\n  }\n\n  object ListApplicationRevisionsInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        deployed: js.UndefOr[ListStateFilterAction] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        s3Bucket: js.UndefOr[S3Bucket] = js.undefined,\n        s3KeyPrefix: js.UndefOr[S3Key] = js.undefined,\n        sortBy: js.UndefOr[ApplicationRevisionSortBy] = js.undefined,\n        sortOrder: js.UndefOr[SortOrder] = js.undefined\n    ): ListApplicationRevisionsInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n\n      deployed.foreach(__v => __obj.updateDynamic(\"deployed\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      s3Bucket.foreach(__v => __obj.updateDynamic(\"s3Bucket\")(__v.asInstanceOf[js.Any]))\n      s3KeyPrefix.foreach(__v => __obj.updateDynamic(\"s3KeyPrefix\")(__v.asInstanceOf[js.Any]))\n      sortBy.foreach(__v => __obj.updateDynamic(\"sortBy\")(__v.asInstanceOf[js.Any]))\n      sortOrder.foreach(__v => __obj.updateDynamic(\"sortOrder\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationRevisionsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListApplicationRevisions<\/code> operation.\n    *\/\n  @js.native\n  trait ListApplicationRevisionsOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var revisions: js.UndefOr[RevisionLocationList]\n  }\n\n  object ListApplicationRevisionsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        revisions: js.UndefOr[RevisionLocationList] = js.undefined\n    ): ListApplicationRevisionsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      revisions.foreach(__v => __obj.updateDynamic(\"revisions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationRevisionsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListApplications<\/code> operation.\n    *\/\n  @js.native\n  trait ListApplicationsInput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsInput]\n    }\n  }\n\n  \/** Represents the output of a ListApplications operation.\n    *\/\n  @js.native\n  trait ListApplicationsOutput extends js.Object {\n    var applications: js.UndefOr[ApplicationsList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsOutput {\n    @inline\n    def apply(\n        applications: js.UndefOr[ApplicationsList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsOutput = {\n      val __obj = js.Dynamic.literal()\n      applications.foreach(__v => __obj.updateDynamic(\"applications\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListDeploymentConfigs<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentConfigsInput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentConfigsInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentConfigsInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentConfigsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListDeploymentConfigs<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentConfigsOutput extends js.Object {\n    var deploymentConfigsList: js.UndefOr[DeploymentConfigsList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentConfigsOutput {\n    @inline\n    def apply(\n        deploymentConfigsList: js.UndefOr[DeploymentConfigsList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentConfigsOutput = {\n      val __obj = js.Dynamic.literal()\n      deploymentConfigsList.foreach(__v => __obj.updateDynamic(\"deploymentConfigsList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentConfigsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListDeploymentGroups<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentGroupsInput extends js.Object {\n    var applicationName: ApplicationName\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentGroupsInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentGroupsInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentGroupsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListDeploymentGroups<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentGroupsOutput extends js.Object {\n    var applicationName: js.UndefOr[ApplicationName]\n    var deploymentGroups: js.UndefOr[DeploymentGroupsList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentGroupsOutput {\n    @inline\n    def apply(\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        deploymentGroups: js.UndefOr[DeploymentGroupsList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      deploymentGroups.foreach(__v => __obj.updateDynamic(\"deploymentGroups\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentGroupsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListDeploymentInstances<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentInstancesInput extends js.Object {\n    var deploymentId: DeploymentId\n    var instanceStatusFilter: js.UndefOr[InstanceStatusList]\n    var instanceTypeFilter: js.UndefOr[InstanceTypeList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentInstancesInput {\n    @inline\n    def apply(\n        deploymentId: DeploymentId,\n        instanceStatusFilter: js.UndefOr[InstanceStatusList] = js.undefined,\n        instanceTypeFilter: js.UndefOr[InstanceTypeList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentInstancesInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentId\" -> deploymentId.asInstanceOf[js.Any]\n      )\n\n      instanceStatusFilter.foreach(__v => __obj.updateDynamic(\"instanceStatusFilter\")(__v.asInstanceOf[js.Any]))\n      instanceTypeFilter.foreach(__v => __obj.updateDynamic(\"instanceTypeFilter\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentInstancesInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListDeploymentInstances<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentInstancesOutput extends js.Object {\n    var instancesList: js.UndefOr[InstancesList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentInstancesOutput {\n    @inline\n    def apply(\n        instancesList: js.UndefOr[InstancesList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentInstancesOutput = {\n      val __obj = js.Dynamic.literal()\n      instancesList.foreach(__v => __obj.updateDynamic(\"instancesList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentInstancesOutput]\n    }\n  }\n\n  @js.native\n  trait ListDeploymentTargetsInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var nextToken: js.UndefOr[NextToken]\n    var targetFilters: js.UndefOr[TargetFilters]\n  }\n\n  object ListDeploymentTargetsInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        targetFilters: js.UndefOr[TargetFilters] = js.undefined\n    ): ListDeploymentTargetsInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      targetFilters.foreach(__v => __obj.updateDynamic(\"targetFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentTargetsInput]\n    }\n  }\n\n  @js.native\n  trait ListDeploymentTargetsOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var targetIds: js.UndefOr[TargetIdList]\n  }\n\n  object ListDeploymentTargetsOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        targetIds: js.UndefOr[TargetIdList] = js.undefined\n    ): ListDeploymentTargetsOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      targetIds.foreach(__v => __obj.updateDynamic(\"targetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentTargetsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListDeployments<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentsInput extends js.Object {\n    var applicationName: js.UndefOr[ApplicationName]\n    var createTimeRange: js.UndefOr[TimeRange]\n    var deploymentGroupName: js.UndefOr[DeploymentGroupName]\n    var externalId: js.UndefOr[ExternalId]\n    var includeOnlyStatuses: js.UndefOr[DeploymentStatusList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentsInput {\n    @inline\n    def apply(\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        createTimeRange: js.UndefOr[TimeRange] = js.undefined,\n        deploymentGroupName: js.UndefOr[DeploymentGroupName] = js.undefined,\n        externalId: js.UndefOr[ExternalId] = js.undefined,\n        includeOnlyStatuses: js.UndefOr[DeploymentStatusList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentsInput = {\n      val __obj = js.Dynamic.literal()\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      createTimeRange.foreach(__v => __obj.updateDynamic(\"createTimeRange\")(__v.asInstanceOf[js.Any]))\n      deploymentGroupName.foreach(__v => __obj.updateDynamic(\"deploymentGroupName\")(__v.asInstanceOf[js.Any]))\n      externalId.foreach(__v => __obj.updateDynamic(\"externalId\")(__v.asInstanceOf[js.Any]))\n      includeOnlyStatuses.foreach(__v => __obj.updateDynamic(\"includeOnlyStatuses\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListDeployments<\/code> operation.\n    *\/\n  @js.native\n  trait ListDeploymentsOutput extends js.Object {\n    var deployments: js.UndefOr[DeploymentsList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDeploymentsOutput {\n    @inline\n    def apply(\n        deployments: js.UndefOr[DeploymentsList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDeploymentsOutput = {\n      val __obj = js.Dynamic.literal()\n      deployments.foreach(__v => __obj.updateDynamic(\"deployments\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeploymentsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListGitHubAccountTokenNames<\/code> operation.\n    *\/\n  @js.native\n  trait ListGitHubAccountTokenNamesInput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGitHubAccountTokenNamesInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGitHubAccountTokenNamesInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGitHubAccountTokenNamesInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListGitHubAccountTokenNames<\/code> operation.\n    *\/\n  @js.native\n  trait ListGitHubAccountTokenNamesOutput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var tokenNameList: js.UndefOr[GitHubAccountTokenNameList]\n  }\n\n  object ListGitHubAccountTokenNamesOutput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        tokenNameList: js.UndefOr[GitHubAccountTokenNameList] = js.undefined\n    ): ListGitHubAccountTokenNamesOutput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      tokenNameList.foreach(__v => __obj.updateDynamic(\"tokenNameList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGitHubAccountTokenNamesOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>ListOnPremisesInstances<\/code> operation.\n    *\/\n  @js.native\n  trait ListOnPremisesInstancesInput extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var registrationStatus: js.UndefOr[RegistrationStatus]\n    var tagFilters: js.UndefOr[TagFilterList]\n  }\n\n  object ListOnPremisesInstancesInput {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        registrationStatus: js.UndefOr[RegistrationStatus] = js.undefined,\n        tagFilters: js.UndefOr[TagFilterList] = js.undefined\n    ): ListOnPremisesInstancesInput = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      registrationStatus.foreach(__v => __obj.updateDynamic(\"registrationStatus\")(__v.asInstanceOf[js.Any]))\n      tagFilters.foreach(__v => __obj.updateDynamic(\"tagFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOnPremisesInstancesInput]\n    }\n  }\n\n  \/** Represents the output of the list on-premises instances operation.\n    *\/\n  @js.native\n  trait ListOnPremisesInstancesOutput extends js.Object {\n    var instanceNames: js.UndefOr[InstanceNameList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOnPremisesInstancesOutput {\n    @inline\n    def apply(\n        instanceNames: js.UndefOr[InstanceNameList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOnPremisesInstancesOutput = {\n      val __obj = js.Dynamic.literal()\n      instanceNames.foreach(__v => __obj.updateDynamic(\"instanceNames\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOnPremisesInstancesOutput]\n    }\n  }\n\n  @js.native\n  sealed trait ListStateFilterAction extends js.Any\n  object ListStateFilterAction {\n    val include = \"include\".asInstanceOf[ListStateFilterAction]\n    val exclude = \"exclude\".asInstanceOf[ListStateFilterAction]\n    val ignore = \"ignore\".asInstanceOf[ListStateFilterAction]\n\n    @inline def values = js.Array(include, exclude, ignore)\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var ResourceArn: Arn\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  \/** Information about the Elastic Load Balancing load balancer or target group used in a deployment.\n    *\/\n  @js.native\n  trait LoadBalancerInfo extends js.Object {\n    var elbInfoList: js.UndefOr[ELBInfoList]\n    var targetGroupInfoList: js.UndefOr[TargetGroupInfoList]\n    var targetGroupPairInfoList: js.UndefOr[TargetGroupPairInfoList]\n  }\n\n  object LoadBalancerInfo {\n    @inline\n    def apply(\n        elbInfoList: js.UndefOr[ELBInfoList] = js.undefined,\n        targetGroupInfoList: js.UndefOr[TargetGroupInfoList] = js.undefined,\n        targetGroupPairInfoList: js.UndefOr[TargetGroupPairInfoList] = js.undefined\n    ): LoadBalancerInfo = {\n      val __obj = js.Dynamic.literal()\n      elbInfoList.foreach(__v => __obj.updateDynamic(\"elbInfoList\")(__v.asInstanceOf[js.Any]))\n      targetGroupInfoList.foreach(__v => __obj.updateDynamic(\"targetGroupInfoList\")(__v.asInstanceOf[js.Any]))\n      targetGroupPairInfoList.foreach(__v => __obj.updateDynamic(\"targetGroupPairInfoList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoadBalancerInfo]\n    }\n  }\n\n  \/** Information about minimum healthy instance.\n    *\/\n  @js.native\n  trait MinimumHealthyHosts extends js.Object {\n    var `type`: js.UndefOr[MinimumHealthyHostsType]\n    var value: js.UndefOr[MinimumHealthyHostsValue]\n  }\n\n  object MinimumHealthyHosts {\n    @inline\n    def apply(\n        `type`: js.UndefOr[MinimumHealthyHostsType] = js.undefined,\n        value: js.UndefOr[MinimumHealthyHostsValue] = js.undefined\n    ): MinimumHealthyHosts = {\n      val __obj = js.Dynamic.literal()\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MinimumHealthyHosts]\n    }\n  }\n\n  @js.native\n  sealed trait MinimumHealthyHostsType extends js.Any\n  object MinimumHealthyHostsType {\n    val HOST_COUNT = \"HOST_COUNT\".asInstanceOf[MinimumHealthyHostsType]\n    val FLEET_PERCENT = \"FLEET_PERCENT\".asInstanceOf[MinimumHealthyHostsType]\n\n    @inline def values = js.Array(HOST_COUNT, FLEET_PERCENT)\n  }\n\n  \/** Information about groups of on-premises instance tags.\n    *\/\n  @js.native\n  trait OnPremisesTagSet extends js.Object {\n    var onPremisesTagSetList: js.UndefOr[OnPremisesTagSetList]\n  }\n\n  object OnPremisesTagSet {\n    @inline\n    def apply(\n        onPremisesTagSetList: js.UndefOr[OnPremisesTagSetList] = js.undefined\n    ): OnPremisesTagSet = {\n      val __obj = js.Dynamic.literal()\n      onPremisesTagSetList.foreach(__v => __obj.updateDynamic(\"onPremisesTagSetList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnPremisesTagSet]\n    }\n  }\n\n  @js.native\n  sealed trait OutdatedInstancesStrategy extends js.Any\n  object OutdatedInstancesStrategy {\n    val UPDATE = \"UPDATE\".asInstanceOf[OutdatedInstancesStrategy]\n    val IGNORE = \"IGNORE\".asInstanceOf[OutdatedInstancesStrategy]\n\n    @inline def values = js.Array(UPDATE, IGNORE)\n  }\n\n  @js.native\n  trait PutLifecycleEventHookExecutionStatusInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n    var lifecycleEventHookExecutionId: js.UndefOr[LifecycleEventHookExecutionId]\n    var status: js.UndefOr[LifecycleEventStatus]\n  }\n\n  object PutLifecycleEventHookExecutionStatusInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        lifecycleEventHookExecutionId: js.UndefOr[LifecycleEventHookExecutionId] = js.undefined,\n        status: js.UndefOr[LifecycleEventStatus] = js.undefined\n    ): PutLifecycleEventHookExecutionStatusInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      lifecycleEventHookExecutionId.foreach(__v => __obj.updateDynamic(\"lifecycleEventHookExecutionId\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutLifecycleEventHookExecutionStatusInput]\n    }\n  }\n\n  @js.native\n  trait PutLifecycleEventHookExecutionStatusOutput extends js.Object {\n    var lifecycleEventHookExecutionId: js.UndefOr[LifecycleEventHookExecutionId]\n  }\n\n  object PutLifecycleEventHookExecutionStatusOutput {\n    @inline\n    def apply(\n        lifecycleEventHookExecutionId: js.UndefOr[LifecycleEventHookExecutionId] = js.undefined\n    ): PutLifecycleEventHookExecutionStatusOutput = {\n      val __obj = js.Dynamic.literal()\n      lifecycleEventHookExecutionId.foreach(__v => __obj.updateDynamic(\"lifecycleEventHookExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutLifecycleEventHookExecutionStatusOutput]\n    }\n  }\n\n  \/** A revision for an AWS Lambda deployment that is a YAML-formatted or JSON-formatted string. For AWS Lambda deployments, the revision is the same as the AppSpec file.\n    *\/\n  @deprecated(\"RawString and String revision type are deprecated, use AppSpecContent type instead.\", \"forever\")\n  @js.native\n  trait RawString extends js.Object {\n    var content: js.UndefOr[RawStringContent]\n    var sha256: js.UndefOr[RawStringSha256]\n  }\n\n  object RawString {\n    @inline\n    def apply(\n        content: js.UndefOr[RawStringContent] = js.undefined,\n        sha256: js.UndefOr[RawStringSha256] = js.undefined\n    ): RawString = {\n      val __obj = js.Dynamic.literal()\n      content.foreach(__v => __obj.updateDynamic(\"content\")(__v.asInstanceOf[js.Any]))\n      sha256.foreach(__v => __obj.updateDynamic(\"sha256\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RawString]\n    }\n  }\n\n  \/** Represents the input of a RegisterApplicationRevision operation.\n    *\/\n  @js.native\n  trait RegisterApplicationRevisionInput extends js.Object {\n    var applicationName: ApplicationName\n    var revision: RevisionLocation\n    var description: js.UndefOr[Description]\n  }\n\n  object RegisterApplicationRevisionInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        revision: RevisionLocation,\n        description: js.UndefOr[Description] = js.undefined\n    ): RegisterApplicationRevisionInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"revision\" -> revision.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterApplicationRevisionInput]\n    }\n  }\n\n  \/** Represents the input of the register on-premises instance operation.\n    *\/\n  @js.native\n  trait RegisterOnPremisesInstanceInput extends js.Object {\n    var instanceName: InstanceName\n    var iamSessionArn: js.UndefOr[IamSessionArn]\n    var iamUserArn: js.UndefOr[IamUserArn]\n  }\n\n  object RegisterOnPremisesInstanceInput {\n    @inline\n    def apply(\n        instanceName: InstanceName,\n        iamSessionArn: js.UndefOr[IamSessionArn] = js.undefined,\n        iamUserArn: js.UndefOr[IamUserArn] = js.undefined\n    ): RegisterOnPremisesInstanceInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceName\" -> instanceName.asInstanceOf[js.Any]\n      )\n\n      iamSessionArn.foreach(__v => __obj.updateDynamic(\"iamSessionArn\")(__v.asInstanceOf[js.Any]))\n      iamUserArn.foreach(__v => __obj.updateDynamic(\"iamUserArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterOnPremisesInstanceInput]\n    }\n  }\n\n  @js.native\n  sealed trait RegistrationStatus extends js.Any\n  object RegistrationStatus {\n    val Registered = \"Registered\".asInstanceOf[RegistrationStatus]\n    val Deregistered = \"Deregistered\".asInstanceOf[RegistrationStatus]\n\n    @inline def values = js.Array(Registered, Deregistered)\n  }\n\n  \/** Information about deployments related to the specified deployment.\n    *\/\n  @js.native\n  trait RelatedDeployments extends js.Object {\n    var autoUpdateOutdatedInstancesDeploymentIds: js.UndefOr[DeploymentsList]\n    var autoUpdateOutdatedInstancesRootDeploymentId: js.UndefOr[DeploymentId]\n  }\n\n  object RelatedDeployments {\n    @inline\n    def apply(\n        autoUpdateOutdatedInstancesDeploymentIds: js.UndefOr[DeploymentsList] = js.undefined,\n        autoUpdateOutdatedInstancesRootDeploymentId: js.UndefOr[DeploymentId] = js.undefined\n    ): RelatedDeployments = {\n      val __obj = js.Dynamic.literal()\n      autoUpdateOutdatedInstancesDeploymentIds.foreach(__v => __obj.updateDynamic(\"autoUpdateOutdatedInstancesDeploymentIds\")(__v.asInstanceOf[js.Any]))\n      autoUpdateOutdatedInstancesRootDeploymentId.foreach(__v => __obj.updateDynamic(\"autoUpdateOutdatedInstancesRootDeploymentId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RelatedDeployments]\n    }\n  }\n\n  \/** Represents the input of a <code>RemoveTagsFromOnPremisesInstances<\/code> operation.\n    *\/\n  @js.native\n  trait RemoveTagsFromOnPremisesInstancesInput extends js.Object {\n    var instanceNames: InstanceNameList\n    var tags: TagList\n  }\n\n  object RemoveTagsFromOnPremisesInstancesInput {\n    @inline\n    def apply(\n        instanceNames: InstanceNameList,\n        tags: TagList\n    ): RemoveTagsFromOnPremisesInstancesInput = {\n      val __obj = js.Dynamic.literal(\n        \"instanceNames\" -> instanceNames.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromOnPremisesInstancesInput]\n    }\n  }\n\n  \/** Information about an application revision.\n    *\/\n  @js.native\n  trait RevisionInfo extends js.Object {\n    var genericRevisionInfo: js.UndefOr[GenericRevisionInfo]\n    var revisionLocation: js.UndefOr[RevisionLocation]\n  }\n\n  object RevisionInfo {\n    @inline\n    def apply(\n        genericRevisionInfo: js.UndefOr[GenericRevisionInfo] = js.undefined,\n        revisionLocation: js.UndefOr[RevisionLocation] = js.undefined\n    ): RevisionInfo = {\n      val __obj = js.Dynamic.literal()\n      genericRevisionInfo.foreach(__v => __obj.updateDynamic(\"genericRevisionInfo\")(__v.asInstanceOf[js.Any]))\n      revisionLocation.foreach(__v => __obj.updateDynamic(\"revisionLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevisionInfo]\n    }\n  }\n\n  \/** Information about the location of an application revision.\n    *\/\n  @js.native\n  trait RevisionLocation extends js.Object {\n    var appSpecContent: js.UndefOr[AppSpecContent]\n    var gitHubLocation: js.UndefOr[GitHubLocation]\n    var revisionType: js.UndefOr[RevisionLocationType]\n    var s3Location: js.UndefOr[S3Location]\n    var string: js.UndefOr[RawString]\n  }\n\n  object RevisionLocation {\n    @inline\n    def apply(\n        appSpecContent: js.UndefOr[AppSpecContent] = js.undefined,\n        gitHubLocation: js.UndefOr[GitHubLocation] = js.undefined,\n        revisionType: js.UndefOr[RevisionLocationType] = js.undefined,\n        s3Location: js.UndefOr[S3Location] = js.undefined,\n        string: js.UndefOr[RawString] = js.undefined\n    ): RevisionLocation = {\n      val __obj = js.Dynamic.literal()\n      appSpecContent.foreach(__v => __obj.updateDynamic(\"appSpecContent\")(__v.asInstanceOf[js.Any]))\n      gitHubLocation.foreach(__v => __obj.updateDynamic(\"gitHubLocation\")(__v.asInstanceOf[js.Any]))\n      revisionType.foreach(__v => __obj.updateDynamic(\"revisionType\")(__v.asInstanceOf[js.Any]))\n      s3Location.foreach(__v => __obj.updateDynamic(\"s3Location\")(__v.asInstanceOf[js.Any]))\n      string.foreach(__v => __obj.updateDynamic(\"string\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevisionLocation]\n    }\n  }\n\n  @js.native\n  sealed trait RevisionLocationType extends js.Any\n  object RevisionLocationType {\n    val S3 = \"S3\".asInstanceOf[RevisionLocationType]\n    val GitHub = \"GitHub\".asInstanceOf[RevisionLocationType]\n    val String = \"String\".asInstanceOf[RevisionLocationType]\n    val AppSpecContent = \"AppSpecContent\".asInstanceOf[RevisionLocationType]\n\n    @inline def values = js.Array(S3, GitHub, String, AppSpecContent)\n  }\n\n  \/** Information about a deployment rollback.\n    *\/\n  @js.native\n  trait RollbackInfo extends js.Object {\n    var rollbackDeploymentId: js.UndefOr[DeploymentId]\n    var rollbackMessage: js.UndefOr[Description]\n    var rollbackTriggeringDeploymentId: js.UndefOr[DeploymentId]\n  }\n\n  object RollbackInfo {\n    @inline\n    def apply(\n        rollbackDeploymentId: js.UndefOr[DeploymentId] = js.undefined,\n        rollbackMessage: js.UndefOr[Description] = js.undefined,\n        rollbackTriggeringDeploymentId: js.UndefOr[DeploymentId] = js.undefined\n    ): RollbackInfo = {\n      val __obj = js.Dynamic.literal()\n      rollbackDeploymentId.foreach(__v => __obj.updateDynamic(\"rollbackDeploymentId\")(__v.asInstanceOf[js.Any]))\n      rollbackMessage.foreach(__v => __obj.updateDynamic(\"rollbackMessage\")(__v.asInstanceOf[js.Any]))\n      rollbackTriggeringDeploymentId.foreach(__v => __obj.updateDynamic(\"rollbackTriggeringDeploymentId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RollbackInfo]\n    }\n  }\n\n  \/** Information about the location of application artifacts stored in Amazon S3.\n    *\/\n  @js.native\n  trait S3Location extends js.Object {\n    var bucket: js.UndefOr[S3Bucket]\n    var bundleType: js.UndefOr[BundleType]\n    var eTag: js.UndefOr[ETag]\n    var key: js.UndefOr[S3Key]\n    var version: js.UndefOr[VersionId]\n  }\n\n  object S3Location {\n    @inline\n    def apply(\n        bucket: js.UndefOr[S3Bucket] = js.undefined,\n        bundleType: js.UndefOr[BundleType] = js.undefined,\n        eTag: js.UndefOr[ETag] = js.undefined,\n        key: js.UndefOr[S3Key] = js.undefined,\n        version: js.UndefOr[VersionId] = js.undefined\n    ): S3Location = {\n      val __obj = js.Dynamic.literal()\n      bucket.foreach(__v => __obj.updateDynamic(\"bucket\")(__v.asInstanceOf[js.Any]))\n      bundleType.foreach(__v => __obj.updateDynamic(\"bundleType\")(__v.asInstanceOf[js.Any]))\n      eTag.foreach(__v => __obj.updateDynamic(\"eTag\")(__v.asInstanceOf[js.Any]))\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Location]\n    }\n  }\n\n  @js.native\n  trait SkipWaitTimeForInstanceTerminationInput extends js.Object {\n    var deploymentId: js.UndefOr[DeploymentId]\n  }\n\n  object SkipWaitTimeForInstanceTerminationInput {\n    @inline\n    def apply(\n        deploymentId: js.UndefOr[DeploymentId] = js.undefined\n    ): SkipWaitTimeForInstanceTerminationInput = {\n      val __obj = js.Dynamic.literal()\n      deploymentId.foreach(__v => __obj.updateDynamic(\"deploymentId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SkipWaitTimeForInstanceTerminationInput]\n    }\n  }\n\n  @js.native\n  sealed trait SortOrder extends js.Any\n  object SortOrder {\n    val ascending = \"ascending\".asInstanceOf[SortOrder]\n    val descending = \"descending\".asInstanceOf[SortOrder]\n\n    @inline def values = js.Array(ascending, descending)\n  }\n\n  \/** Represents the input of a <code>StopDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait StopDeploymentInput extends js.Object {\n    var deploymentId: DeploymentId\n    var autoRollbackEnabled: js.UndefOr[NullableBoolean]\n  }\n\n  object StopDeploymentInput {\n    @inline\n    def apply(\n        deploymentId: DeploymentId,\n        autoRollbackEnabled: js.UndefOr[NullableBoolean] = js.undefined\n    ): StopDeploymentInput = {\n      val __obj = js.Dynamic.literal(\n        \"deploymentId\" -> deploymentId.asInstanceOf[js.Any]\n      )\n\n      autoRollbackEnabled.foreach(__v => __obj.updateDynamic(\"autoRollbackEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDeploymentInput]\n    }\n  }\n\n  \/** Represents the output of a <code>StopDeployment<\/code> operation.\n    *\/\n  @js.native\n  trait StopDeploymentOutput extends js.Object {\n    var status: js.UndefOr[StopStatus]\n    var statusMessage: js.UndefOr[Message]\n  }\n\n  object StopDeploymentOutput {\n    @inline\n    def apply(\n        status: js.UndefOr[StopStatus] = js.undefined,\n        statusMessage: js.UndefOr[Message] = js.undefined\n    ): StopDeploymentOutput = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      statusMessage.foreach(__v => __obj.updateDynamic(\"statusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDeploymentOutput]\n    }\n  }\n\n  @js.native\n  sealed trait StopStatus extends js.Any\n  object StopStatus {\n    val Pending = \"Pending\".asInstanceOf[StopStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[StopStatus]\n\n    @inline def values = js.Array(Pending, Succeeded)\n  }\n\n  \/** Information about a tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[Key]\n    var Value: js.UndefOr[Value]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[Key] = js.undefined,\n        Value: js.UndefOr[Value] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Information about an on-premises instance tag filter.\n    *\/\n  @js.native\n  trait TagFilter extends js.Object {\n    var Key: js.UndefOr[Key]\n    var Type: js.UndefOr[TagFilterType]\n    var Value: js.UndefOr[Value]\n  }\n\n  object TagFilter {\n    @inline\n    def apply(\n        Key: js.UndefOr[Key] = js.undefined,\n        Type: js.UndefOr[TagFilterType] = js.undefined,\n        Value: js.UndefOr[Value] = js.undefined\n    ): TagFilter = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagFilter]\n    }\n  }\n\n  @js.native\n  sealed trait TagFilterType extends js.Any\n  object TagFilterType {\n    val KEY_ONLY = \"KEY_ONLY\".asInstanceOf[TagFilterType]\n    val VALUE_ONLY = \"VALUE_ONLY\".asInstanceOf[TagFilterType]\n    val KEY_AND_VALUE = \"KEY_AND_VALUE\".asInstanceOf[TagFilterType]\n\n    @inline def values = js.Array(KEY_ONLY, VALUE_ONLY, KEY_AND_VALUE)\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceArn: Arn\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  sealed trait TargetFilterName extends js.Any\n  object TargetFilterName {\n    val TargetStatus = \"TargetStatus\".asInstanceOf[TargetFilterName]\n    val ServerInstanceLabel = \"ServerInstanceLabel\".asInstanceOf[TargetFilterName]\n\n    @inline def values = js.Array(TargetStatus, ServerInstanceLabel)\n  }\n\n  \/** Information about a target group in Elastic Load Balancing to use in a deployment. Instances are registered as targets in a target group, and traffic is routed to the target group.\n    *\/\n  @js.native\n  trait TargetGroupInfo extends js.Object {\n    var name: js.UndefOr[TargetGroupName]\n  }\n\n  object TargetGroupInfo {\n    @inline\n    def apply(\n        name: js.UndefOr[TargetGroupName] = js.undefined\n    ): TargetGroupInfo = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetGroupInfo]\n    }\n  }\n\n  \/** Information about two target groups and how traffic is routed during an Amazon ECS deployment. An optional test traffic route can be specified.\n    *\/\n  @js.native\n  trait TargetGroupPairInfo extends js.Object {\n    var prodTrafficRoute: js.UndefOr[TrafficRoute]\n    var targetGroups: js.UndefOr[TargetGroupInfoList]\n    var testTrafficRoute: js.UndefOr[TrafficRoute]\n  }\n\n  object TargetGroupPairInfo {\n    @inline\n    def apply(\n        prodTrafficRoute: js.UndefOr[TrafficRoute] = js.undefined,\n        targetGroups: js.UndefOr[TargetGroupInfoList] = js.undefined,\n        testTrafficRoute: js.UndefOr[TrafficRoute] = js.undefined\n    ): TargetGroupPairInfo = {\n      val __obj = js.Dynamic.literal()\n      prodTrafficRoute.foreach(__v => __obj.updateDynamic(\"prodTrafficRoute\")(__v.asInstanceOf[js.Any]))\n      targetGroups.foreach(__v => __obj.updateDynamic(\"targetGroups\")(__v.asInstanceOf[js.Any]))\n      testTrafficRoute.foreach(__v => __obj.updateDynamic(\"testTrafficRoute\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetGroupPairInfo]\n    }\n  }\n\n  \/** Information about the instances to be used in the replacement environment in a blue\/green deployment.\n    *\/\n  @js.native\n  trait TargetInstances extends js.Object {\n    var autoScalingGroups: js.UndefOr[AutoScalingGroupNameList]\n    var ec2TagSet: js.UndefOr[EC2TagSet]\n    var tagFilters: js.UndefOr[EC2TagFilterList]\n  }\n\n  object TargetInstances {\n    @inline\n    def apply(\n        autoScalingGroups: js.UndefOr[AutoScalingGroupNameList] = js.undefined,\n        ec2TagSet: js.UndefOr[EC2TagSet] = js.undefined,\n        tagFilters: js.UndefOr[EC2TagFilterList] = js.undefined\n    ): TargetInstances = {\n      val __obj = js.Dynamic.literal()\n      autoScalingGroups.foreach(__v => __obj.updateDynamic(\"autoScalingGroups\")(__v.asInstanceOf[js.Any]))\n      ec2TagSet.foreach(__v => __obj.updateDynamic(\"ec2TagSet\")(__v.asInstanceOf[js.Any]))\n      tagFilters.foreach(__v => __obj.updateDynamic(\"tagFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetInstances]\n    }\n  }\n\n  @js.native\n  sealed trait TargetLabel extends js.Any\n  object TargetLabel {\n    val Blue = \"Blue\".asInstanceOf[TargetLabel]\n    val Green = \"Green\".asInstanceOf[TargetLabel]\n\n    @inline def values = js.Array(Blue, Green)\n  }\n\n  @js.native\n  sealed trait TargetStatus extends js.Any\n  object TargetStatus {\n    val Pending = \"Pending\".asInstanceOf[TargetStatus]\n    val InProgress = \"InProgress\".asInstanceOf[TargetStatus]\n    val Succeeded = \"Succeeded\".asInstanceOf[TargetStatus]\n    val Failed = \"Failed\".asInstanceOf[TargetStatus]\n    val Skipped = \"Skipped\".asInstanceOf[TargetStatus]\n    val Unknown = \"Unknown\".asInstanceOf[TargetStatus]\n    val Ready = \"Ready\".asInstanceOf[TargetStatus]\n\n    @inline def values = js.Array(Pending, InProgress, Succeeded, Failed, Skipped, Unknown, Ready)\n  }\n\n  \/** A configuration that shifts traffic from one version of a Lambda function or ECS task set to another in two increments. The original and target Lambda function versions or ECS task sets are specified in the deployment's AppSpec file.\n    *\/\n  @js.native\n  trait TimeBasedCanary extends js.Object {\n    var canaryInterval: js.UndefOr[WaitTimeInMins]\n    var canaryPercentage: js.UndefOr[Percentage]\n  }\n\n  object TimeBasedCanary {\n    @inline\n    def apply(\n        canaryInterval: js.UndefOr[WaitTimeInMins] = js.undefined,\n        canaryPercentage: js.UndefOr[Percentage] = js.undefined\n    ): TimeBasedCanary = {\n      val __obj = js.Dynamic.literal()\n      canaryInterval.foreach(__v => __obj.updateDynamic(\"canaryInterval\")(__v.asInstanceOf[js.Any]))\n      canaryPercentage.foreach(__v => __obj.updateDynamic(\"canaryPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeBasedCanary]\n    }\n  }\n\n  \/** A configuration that shifts traffic from one version of a Lambda function or ECS task set to another in equal increments, with an equal number of minutes between each increment. The original and target Lambda function versions or ECS task sets are specified in the deployment's AppSpec file.\n    *\/\n  @js.native\n  trait TimeBasedLinear extends js.Object {\n    var linearInterval: js.UndefOr[WaitTimeInMins]\n    var linearPercentage: js.UndefOr[Percentage]\n  }\n\n  object TimeBasedLinear {\n    @inline\n    def apply(\n        linearInterval: js.UndefOr[WaitTimeInMins] = js.undefined,\n        linearPercentage: js.UndefOr[Percentage] = js.undefined\n    ): TimeBasedLinear = {\n      val __obj = js.Dynamic.literal()\n      linearInterval.foreach(__v => __obj.updateDynamic(\"linearInterval\")(__v.asInstanceOf[js.Any]))\n      linearPercentage.foreach(__v => __obj.updateDynamic(\"linearPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeBasedLinear]\n    }\n  }\n\n  \/** Information about a time range.\n    *\/\n  @js.native\n  trait TimeRange extends js.Object {\n    var end: js.UndefOr[Timestamp]\n    var start: js.UndefOr[Timestamp]\n  }\n\n  object TimeRange {\n    @inline\n    def apply(\n        end: js.UndefOr[Timestamp] = js.undefined,\n        start: js.UndefOr[Timestamp] = js.undefined\n    ): TimeRange = {\n      val __obj = js.Dynamic.literal()\n      end.foreach(__v => __obj.updateDynamic(\"end\")(__v.asInstanceOf[js.Any]))\n      start.foreach(__v => __obj.updateDynamic(\"start\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeRange]\n    }\n  }\n\n  \/** Information about a listener. The listener contains the path used to route traffic that is received from the load balancer to a target group.\n    *\/\n  @js.native\n  trait TrafficRoute extends js.Object {\n    var listenerArns: js.UndefOr[ListenerArnList]\n  }\n\n  object TrafficRoute {\n    @inline\n    def apply(\n        listenerArns: js.UndefOr[ListenerArnList] = js.undefined\n    ): TrafficRoute = {\n      val __obj = js.Dynamic.literal()\n      listenerArns.foreach(__v => __obj.updateDynamic(\"listenerArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrafficRoute]\n    }\n  }\n\n  \/** The configuration that specifies how traffic is shifted from one version of a Lambda function to another version during an AWS Lambda deployment, or from one Amazon ECS task set to another during an Amazon ECS deployment.\n    *\/\n  @js.native\n  trait TrafficRoutingConfig extends js.Object {\n    var timeBasedCanary: js.UndefOr[TimeBasedCanary]\n    var timeBasedLinear: js.UndefOr[TimeBasedLinear]\n    var `type`: js.UndefOr[TrafficRoutingType]\n  }\n\n  object TrafficRoutingConfig {\n    @inline\n    def apply(\n        timeBasedCanary: js.UndefOr[TimeBasedCanary] = js.undefined,\n        timeBasedLinear: js.UndefOr[TimeBasedLinear] = js.undefined,\n        `type`: js.UndefOr[TrafficRoutingType] = js.undefined\n    ): TrafficRoutingConfig = {\n      val __obj = js.Dynamic.literal()\n      timeBasedCanary.foreach(__v => __obj.updateDynamic(\"timeBasedCanary\")(__v.asInstanceOf[js.Any]))\n      timeBasedLinear.foreach(__v => __obj.updateDynamic(\"timeBasedLinear\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrafficRoutingConfig]\n    }\n  }\n\n  @js.native\n  sealed trait TrafficRoutingType extends js.Any\n  object TrafficRoutingType {\n    val TimeBasedCanary = \"TimeBasedCanary\".asInstanceOf[TrafficRoutingType]\n    val TimeBasedLinear = \"TimeBasedLinear\".asInstanceOf[TrafficRoutingType]\n    val AllAtOnce = \"AllAtOnce\".asInstanceOf[TrafficRoutingType]\n\n    @inline def values = js.Array(TimeBasedCanary, TimeBasedLinear, AllAtOnce)\n  }\n\n  \/** Information about notification triggers for the deployment group.\n    *\/\n  @js.native\n  trait TriggerConfig extends js.Object {\n    var triggerEvents: js.UndefOr[TriggerEventTypeList]\n    var triggerName: js.UndefOr[TriggerName]\n    var triggerTargetArn: js.UndefOr[TriggerTargetArn]\n  }\n\n  object TriggerConfig {\n    @inline\n    def apply(\n        triggerEvents: js.UndefOr[TriggerEventTypeList] = js.undefined,\n        triggerName: js.UndefOr[TriggerName] = js.undefined,\n        triggerTargetArn: js.UndefOr[TriggerTargetArn] = js.undefined\n    ): TriggerConfig = {\n      val __obj = js.Dynamic.literal()\n      triggerEvents.foreach(__v => __obj.updateDynamic(\"triggerEvents\")(__v.asInstanceOf[js.Any]))\n      triggerName.foreach(__v => __obj.updateDynamic(\"triggerName\")(__v.asInstanceOf[js.Any]))\n      triggerTargetArn.foreach(__v => __obj.updateDynamic(\"triggerTargetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TriggerConfig]\n    }\n  }\n\n  @js.native\n  sealed trait TriggerEventType extends js.Any\n  object TriggerEventType {\n    val DeploymentStart = \"DeploymentStart\".asInstanceOf[TriggerEventType]\n    val DeploymentSuccess = \"DeploymentSuccess\".asInstanceOf[TriggerEventType]\n    val DeploymentFailure = \"DeploymentFailure\".asInstanceOf[TriggerEventType]\n    val DeploymentStop = \"DeploymentStop\".asInstanceOf[TriggerEventType]\n    val DeploymentRollback = \"DeploymentRollback\".asInstanceOf[TriggerEventType]\n    val DeploymentReady = \"DeploymentReady\".asInstanceOf[TriggerEventType]\n    val InstanceStart = \"InstanceStart\".asInstanceOf[TriggerEventType]\n    val InstanceSuccess = \"InstanceSuccess\".asInstanceOf[TriggerEventType]\n    val InstanceFailure = \"InstanceFailure\".asInstanceOf[TriggerEventType]\n    val InstanceReady = \"InstanceReady\".asInstanceOf[TriggerEventType]\n\n    @inline def values = js.Array(\n      DeploymentStart,\n      DeploymentSuccess,\n      DeploymentFailure,\n      DeploymentStop,\n      DeploymentRollback,\n      DeploymentReady,\n      InstanceStart,\n      InstanceSuccess,\n      InstanceFailure,\n      InstanceReady\n    )\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceArn: Arn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceArn: Arn,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n\n  \/** Represents the input of an <code>UpdateApplication<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateApplicationInput extends js.Object {\n    var applicationName: js.UndefOr[ApplicationName]\n    var newApplicationName: js.UndefOr[ApplicationName]\n  }\n\n  object UpdateApplicationInput {\n    @inline\n    def apply(\n        applicationName: js.UndefOr[ApplicationName] = js.undefined,\n        newApplicationName: js.UndefOr[ApplicationName] = js.undefined\n    ): UpdateApplicationInput = {\n      val __obj = js.Dynamic.literal()\n      applicationName.foreach(__v => __obj.updateDynamic(\"applicationName\")(__v.asInstanceOf[js.Any]))\n      newApplicationName.foreach(__v => __obj.updateDynamic(\"newApplicationName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationInput]\n    }\n  }\n\n  \/** Represents the input of an <code>UpdateDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateDeploymentGroupInput extends js.Object {\n    var applicationName: ApplicationName\n    var currentDeploymentGroupName: DeploymentGroupName\n    var alarmConfiguration: js.UndefOr[AlarmConfiguration]\n    var autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration]\n    var autoScalingGroups: js.UndefOr[AutoScalingGroupNameList]\n    var blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration]\n    var deploymentConfigName: js.UndefOr[DeploymentConfigName]\n    var deploymentStyle: js.UndefOr[DeploymentStyle]\n    var ec2TagFilters: js.UndefOr[EC2TagFilterList]\n    var ec2TagSet: js.UndefOr[EC2TagSet]\n    var ecsServices: js.UndefOr[ECSServiceList]\n    var loadBalancerInfo: js.UndefOr[LoadBalancerInfo]\n    var newDeploymentGroupName: js.UndefOr[DeploymentGroupName]\n    var onPremisesInstanceTagFilters: js.UndefOr[TagFilterList]\n    var onPremisesTagSet: js.UndefOr[OnPremisesTagSet]\n    var outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy]\n    var serviceRoleArn: js.UndefOr[Role]\n    var triggerConfigurations: js.UndefOr[TriggerConfigList]\n  }\n\n  object UpdateDeploymentGroupInput {\n    @inline\n    def apply(\n        applicationName: ApplicationName,\n        currentDeploymentGroupName: DeploymentGroupName,\n        alarmConfiguration: js.UndefOr[AlarmConfiguration] = js.undefined,\n        autoRollbackConfiguration: js.UndefOr[AutoRollbackConfiguration] = js.undefined,\n        autoScalingGroups: js.UndefOr[AutoScalingGroupNameList] = js.undefined,\n        blueGreenDeploymentConfiguration: js.UndefOr[BlueGreenDeploymentConfiguration] = js.undefined,\n        deploymentConfigName: js.UndefOr[DeploymentConfigName] = js.undefined,\n        deploymentStyle: js.UndefOr[DeploymentStyle] = js.undefined,\n        ec2TagFilters: js.UndefOr[EC2TagFilterList] = js.undefined,\n        ec2TagSet: js.UndefOr[EC2TagSet] = js.undefined,\n        ecsServices: js.UndefOr[ECSServiceList] = js.undefined,\n        loadBalancerInfo: js.UndefOr[LoadBalancerInfo] = js.undefined,\n        newDeploymentGroupName: js.UndefOr[DeploymentGroupName] = js.undefined,\n        onPremisesInstanceTagFilters: js.UndefOr[TagFilterList] = js.undefined,\n        onPremisesTagSet: js.UndefOr[OnPremisesTagSet] = js.undefined,\n        outdatedInstancesStrategy: js.UndefOr[OutdatedInstancesStrategy] = js.undefined,\n        serviceRoleArn: js.UndefOr[Role] = js.undefined,\n        triggerConfigurations: js.UndefOr[TriggerConfigList] = js.undefined\n    ): UpdateDeploymentGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"applicationName\" -> applicationName.asInstanceOf[js.Any],\n        \"currentDeploymentGroupName\" -> currentDeploymentGroupName.asInstanceOf[js.Any]\n      )\n\n      alarmConfiguration.foreach(__v => __obj.updateDynamic(\"alarmConfiguration\")(__v.asInstanceOf[js.Any]))\n      autoRollbackConfiguration.foreach(__v => __obj.updateDynamic(\"autoRollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      autoScalingGroups.foreach(__v => __obj.updateDynamic(\"autoScalingGroups\")(__v.asInstanceOf[js.Any]))\n      blueGreenDeploymentConfiguration.foreach(__v => __obj.updateDynamic(\"blueGreenDeploymentConfiguration\")(__v.asInstanceOf[js.Any]))\n      deploymentConfigName.foreach(__v => __obj.updateDynamic(\"deploymentConfigName\")(__v.asInstanceOf[js.Any]))\n      deploymentStyle.foreach(__v => __obj.updateDynamic(\"deploymentStyle\")(__v.asInstanceOf[js.Any]))\n      ec2TagFilters.foreach(__v => __obj.updateDynamic(\"ec2TagFilters\")(__v.asInstanceOf[js.Any]))\n      ec2TagSet.foreach(__v => __obj.updateDynamic(\"ec2TagSet\")(__v.asInstanceOf[js.Any]))\n      ecsServices.foreach(__v => __obj.updateDynamic(\"ecsServices\")(__v.asInstanceOf[js.Any]))\n      loadBalancerInfo.foreach(__v => __obj.updateDynamic(\"loadBalancerInfo\")(__v.asInstanceOf[js.Any]))\n      newDeploymentGroupName.foreach(__v => __obj.updateDynamic(\"newDeploymentGroupName\")(__v.asInstanceOf[js.Any]))\n      onPremisesInstanceTagFilters.foreach(__v => __obj.updateDynamic(\"onPremisesInstanceTagFilters\")(__v.asInstanceOf[js.Any]))\n      onPremisesTagSet.foreach(__v => __obj.updateDynamic(\"onPremisesTagSet\")(__v.asInstanceOf[js.Any]))\n      outdatedInstancesStrategy.foreach(__v => __obj.updateDynamic(\"outdatedInstancesStrategy\")(__v.asInstanceOf[js.Any]))\n      serviceRoleArn.foreach(__v => __obj.updateDynamic(\"serviceRoleArn\")(__v.asInstanceOf[js.Any]))\n      triggerConfigurations.foreach(__v => __obj.updateDynamic(\"triggerConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDeploymentGroupInput]\n    }\n  }\n\n  \/** Represents the output of an <code>UpdateDeploymentGroup<\/code> operation.\n    *\/\n  @js.native\n  trait UpdateDeploymentGroupOutput extends js.Object {\n    var hooksNotCleanedUp: js.UndefOr[AutoScalingGroupList]\n  }\n\n  object UpdateDeploymentGroupOutput {\n    @inline\n    def apply(\n        hooksNotCleanedUp: js.UndefOr[AutoScalingGroupList] = js.undefined\n    ): UpdateDeploymentGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      hooksNotCleanedUp.foreach(__v => __obj.updateDynamic(\"hooksNotCleanedUp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDeploymentGroupOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/CognitoIdentityCredentials.scala","text":"<filename>credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/CognitoIdentityCredentials.scala\npackage facade.amazonaws.credentials\n\nimport facade.amazonaws.{AWSConfig, AWSCredentials}\nimport facade.amazonaws.services.sts\nimport facade.amazonaws.services.cognitoidentity\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n\/\/ TODO: support { LoginId: js.UndefOr[String] } in options\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"CognitoIdentityCredentials\", \"AWS.CognitoIdentityCredentials\")\nclass CognitoIdentityCredentials() extends AWSCredentials {\n  def this(options: cognitoidentity.GetIdInput) = this()\n  def this(options: cognitoidentity.GetIdInput, clientConfig: AWSConfig) = this()\n\n  def this(options: cognitoidentity.GetCredentialsForIdentityInput) = this()\n  def this(options: cognitoidentity.GetCredentialsForIdentityInput, clientConfig: AWSConfig) = this()\n\n  def this(options: cognitoidentity.GetOpenIdTokenInput) = this()\n  def this(options: cognitoidentity.GetOpenIdTokenInput, clientConfig: AWSConfig) = this()\n\n  def this(options: sts.AssumeRoleWithWebIdentityRequest) = this()\n  def this(options: sts.AssumeRoleWithWebIdentityRequest, clientConfig: AWSConfig) = this()\n\n  def clearCacheId(): Unit = js.native\n\n  def data: cognitoidentity.GetCredentialsForIdentityResponse | sts.AssumeRoleWithWebIdentityResponse = js.native\n\n  def identityId: String = js.native\n\n  def params: cognitoidentity.GetIdInput | cognitoidentity.GetOpenIdTokenInput | sts.AssumeRoleWithWebIdentityRequest = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ebs\/src\/main\/scala\/facade\/amazonaws\/services\/EBS.scala","text":"<filename>services\/ebs\/src\/main\/scala\/facade\/amazonaws\/services\/EBS.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ebs {\n  type BlockData = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BlockIndex = Int\n  type BlockSize = Int\n  type BlockToken = String\n  type Blocks = js.Array[Block]\n  type ChangedBlocks = js.Array[ChangedBlock]\n  type ChangedBlocksCount = Int\n  type Checksum = String\n  type DataLength = Int\n  type Description = String\n  type IdempotencyToken = String\n  type KmsKeyArn = String\n  type MaxResults = Int\n  type OwnerId = String\n  type PageToken = String\n  type Progress = Int\n  type SnapshotId = String\n  type TagKey = String\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type TimeStamp = js.Date\n  type Timeout = Int\n  type VolumeSize = Double\n\n  implicit final class EBSOps(private val service: EBS) extends AnyVal {\n\n    @inline def completeSnapshotFuture(params: CompleteSnapshotRequest): Future[CompleteSnapshotResponse] = service.completeSnapshot(params).promise().toFuture\n    @inline def getSnapshotBlockFuture(params: GetSnapshotBlockRequest): Future[GetSnapshotBlockResponse] = service.getSnapshotBlock(params).promise().toFuture\n    @inline def listChangedBlocksFuture(params: ListChangedBlocksRequest): Future[ListChangedBlocksResponse] = service.listChangedBlocks(params).promise().toFuture\n    @inline def listSnapshotBlocksFuture(params: ListSnapshotBlocksRequest): Future[ListSnapshotBlocksResponse] = service.listSnapshotBlocks(params).promise().toFuture\n    @inline def putSnapshotBlockFuture(params: PutSnapshotBlockRequest): Future[PutSnapshotBlockResponse] = service.putSnapshotBlock(params).promise().toFuture\n    @inline def startSnapshotFuture(params: StartSnapshotRequest): Future[StartSnapshotResponse] = service.startSnapshot(params).promise().toFuture\n\n  }\n}\n\npackage ebs {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ebs\", JSImport.Namespace, \"AWS.EBS\")\n  class EBS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def completeSnapshot(params: CompleteSnapshotRequest): Request[CompleteSnapshotResponse] = js.native\n    def getSnapshotBlock(params: GetSnapshotBlockRequest): Request[GetSnapshotBlockResponse] = js.native\n    def listChangedBlocks(params: ListChangedBlocksRequest): Request[ListChangedBlocksResponse] = js.native\n    def listSnapshotBlocks(params: ListSnapshotBlocksRequest): Request[ListSnapshotBlocksResponse] = js.native\n    def putSnapshotBlock(params: PutSnapshotBlockRequest): Request[PutSnapshotBlockResponse] = js.native\n    def startSnapshot(params: StartSnapshotRequest): Request[StartSnapshotResponse] = js.native\n  }\n\n  \/** A block of data in an Amazon Elastic Block Store snapshot.\n    *\/\n  @js.native\n  trait Block extends js.Object {\n    var BlockIndex: js.UndefOr[BlockIndex]\n    var BlockToken: js.UndefOr[BlockToken]\n  }\n\n  object Block {\n    @inline\n    def apply(\n        BlockIndex: js.UndefOr[BlockIndex] = js.undefined,\n        BlockToken: js.UndefOr[BlockToken] = js.undefined\n    ): Block = {\n      val __obj = js.Dynamic.literal()\n      BlockIndex.foreach(__v => __obj.updateDynamic(\"BlockIndex\")(__v.asInstanceOf[js.Any]))\n      BlockToken.foreach(__v => __obj.updateDynamic(\"BlockToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Block]\n    }\n  }\n\n  \/** A block of data in an Amazon Elastic Block Store snapshot that is different from another snapshot of the same volume\/snapshot lineage.\n    *\/\n  @js.native\n  trait ChangedBlock extends js.Object {\n    var BlockIndex: js.UndefOr[BlockIndex]\n    var FirstBlockToken: js.UndefOr[BlockToken]\n    var SecondBlockToken: js.UndefOr[BlockToken]\n  }\n\n  object ChangedBlock {\n    @inline\n    def apply(\n        BlockIndex: js.UndefOr[BlockIndex] = js.undefined,\n        FirstBlockToken: js.UndefOr[BlockToken] = js.undefined,\n        SecondBlockToken: js.UndefOr[BlockToken] = js.undefined\n    ): ChangedBlock = {\n      val __obj = js.Dynamic.literal()\n      BlockIndex.foreach(__v => __obj.updateDynamic(\"BlockIndex\")(__v.asInstanceOf[js.Any]))\n      FirstBlockToken.foreach(__v => __obj.updateDynamic(\"FirstBlockToken\")(__v.asInstanceOf[js.Any]))\n      SecondBlockToken.foreach(__v => __obj.updateDynamic(\"SecondBlockToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChangedBlock]\n    }\n  }\n\n  @js.native\n  sealed trait ChecksumAggregationMethod extends js.Any\n  object ChecksumAggregationMethod {\n    val LINEAR = \"LINEAR\".asInstanceOf[ChecksumAggregationMethod]\n\n    @inline def values = js.Array(LINEAR)\n  }\n\n  @js.native\n  sealed trait ChecksumAlgorithm extends js.Any\n  object ChecksumAlgorithm {\n    val SHA256 = \"SHA256\".asInstanceOf[ChecksumAlgorithm]\n\n    @inline def values = js.Array(SHA256)\n  }\n\n  @js.native\n  trait CompleteSnapshotRequest extends js.Object {\n    var ChangedBlocksCount: ChangedBlocksCount\n    var SnapshotId: SnapshotId\n    var Checksum: js.UndefOr[Checksum]\n    var ChecksumAggregationMethod: js.UndefOr[ChecksumAggregationMethod]\n    var ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm]\n  }\n\n  object CompleteSnapshotRequest {\n    @inline\n    def apply(\n        ChangedBlocksCount: ChangedBlocksCount,\n        SnapshotId: SnapshotId,\n        Checksum: js.UndefOr[Checksum] = js.undefined,\n        ChecksumAggregationMethod: js.UndefOr[ChecksumAggregationMethod] = js.undefined,\n        ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm] = js.undefined\n    ): CompleteSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChangedBlocksCount\" -> ChangedBlocksCount.asInstanceOf[js.Any],\n        \"SnapshotId\" -> SnapshotId.asInstanceOf[js.Any]\n      )\n\n      Checksum.foreach(__v => __obj.updateDynamic(\"Checksum\")(__v.asInstanceOf[js.Any]))\n      ChecksumAggregationMethod.foreach(__v => __obj.updateDynamic(\"ChecksumAggregationMethod\")(__v.asInstanceOf[js.Any]))\n      ChecksumAlgorithm.foreach(__v => __obj.updateDynamic(\"ChecksumAlgorithm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait CompleteSnapshotResponse extends js.Object {\n    var Status: js.UndefOr[Status]\n  }\n\n  object CompleteSnapshotResponse {\n    @inline\n    def apply(\n        Status: js.UndefOr[Status] = js.undefined\n    ): CompleteSnapshotResponse = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteSnapshotResponse]\n    }\n  }\n\n  @js.native\n  trait GetSnapshotBlockRequest extends js.Object {\n    var BlockIndex: BlockIndex\n    var BlockToken: BlockToken\n    var SnapshotId: SnapshotId\n  }\n\n  object GetSnapshotBlockRequest {\n    @inline\n    def apply(\n        BlockIndex: BlockIndex,\n        BlockToken: BlockToken,\n        SnapshotId: SnapshotId\n    ): GetSnapshotBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BlockIndex\" -> BlockIndex.asInstanceOf[js.Any],\n        \"BlockToken\" -> BlockToken.asInstanceOf[js.Any],\n        \"SnapshotId\" -> SnapshotId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSnapshotBlockRequest]\n    }\n  }\n\n  @js.native\n  trait GetSnapshotBlockResponse extends js.Object {\n    var BlockData: js.UndefOr[BlockData]\n    var Checksum: js.UndefOr[Checksum]\n    var ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm]\n    var DataLength: js.UndefOr[DataLength]\n  }\n\n  object GetSnapshotBlockResponse {\n    @inline\n    def apply(\n        BlockData: js.UndefOr[BlockData] = js.undefined,\n        Checksum: js.UndefOr[Checksum] = js.undefined,\n        ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm] = js.undefined,\n        DataLength: js.UndefOr[DataLength] = js.undefined\n    ): GetSnapshotBlockResponse = {\n      val __obj = js.Dynamic.literal()\n      BlockData.foreach(__v => __obj.updateDynamic(\"BlockData\")(__v.asInstanceOf[js.Any]))\n      Checksum.foreach(__v => __obj.updateDynamic(\"Checksum\")(__v.asInstanceOf[js.Any]))\n      ChecksumAlgorithm.foreach(__v => __obj.updateDynamic(\"ChecksumAlgorithm\")(__v.asInstanceOf[js.Any]))\n      DataLength.foreach(__v => __obj.updateDynamic(\"DataLength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSnapshotBlockResponse]\n    }\n  }\n\n  @js.native\n  trait ListChangedBlocksRequest extends js.Object {\n    var SecondSnapshotId: SnapshotId\n    var FirstSnapshotId: js.UndefOr[SnapshotId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PageToken]\n    var StartingBlockIndex: js.UndefOr[BlockIndex]\n  }\n\n  object ListChangedBlocksRequest {\n    @inline\n    def apply(\n        SecondSnapshotId: SnapshotId,\n        FirstSnapshotId: js.UndefOr[SnapshotId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PageToken] = js.undefined,\n        StartingBlockIndex: js.UndefOr[BlockIndex] = js.undefined\n    ): ListChangedBlocksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SecondSnapshotId\" -> SecondSnapshotId.asInstanceOf[js.Any]\n      )\n\n      FirstSnapshotId.foreach(__v => __obj.updateDynamic(\"FirstSnapshotId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StartingBlockIndex.foreach(__v => __obj.updateDynamic(\"StartingBlockIndex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChangedBlocksRequest]\n    }\n  }\n\n  @js.native\n  trait ListChangedBlocksResponse extends js.Object {\n    var BlockSize: js.UndefOr[BlockSize]\n    var ChangedBlocks: js.UndefOr[ChangedBlocks]\n    var ExpiryTime: js.UndefOr[TimeStamp]\n    var NextToken: js.UndefOr[PageToken]\n    var VolumeSize: js.UndefOr[VolumeSize]\n  }\n\n  object ListChangedBlocksResponse {\n    @inline\n    def apply(\n        BlockSize: js.UndefOr[BlockSize] = js.undefined,\n        ChangedBlocks: js.UndefOr[ChangedBlocks] = js.undefined,\n        ExpiryTime: js.UndefOr[TimeStamp] = js.undefined,\n        NextToken: js.UndefOr[PageToken] = js.undefined,\n        VolumeSize: js.UndefOr[VolumeSize] = js.undefined\n    ): ListChangedBlocksResponse = {\n      val __obj = js.Dynamic.literal()\n      BlockSize.foreach(__v => __obj.updateDynamic(\"BlockSize\")(__v.asInstanceOf[js.Any]))\n      ChangedBlocks.foreach(__v => __obj.updateDynamic(\"ChangedBlocks\")(__v.asInstanceOf[js.Any]))\n      ExpiryTime.foreach(__v => __obj.updateDynamic(\"ExpiryTime\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VolumeSize.foreach(__v => __obj.updateDynamic(\"VolumeSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChangedBlocksResponse]\n    }\n  }\n\n  @js.native\n  trait ListSnapshotBlocksRequest extends js.Object {\n    var SnapshotId: SnapshotId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[PageToken]\n    var StartingBlockIndex: js.UndefOr[BlockIndex]\n  }\n\n  object ListSnapshotBlocksRequest {\n    @inline\n    def apply(\n        SnapshotId: SnapshotId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[PageToken] = js.undefined,\n        StartingBlockIndex: js.UndefOr[BlockIndex] = js.undefined\n    ): ListSnapshotBlocksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SnapshotId\" -> SnapshotId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StartingBlockIndex.foreach(__v => __obj.updateDynamic(\"StartingBlockIndex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSnapshotBlocksRequest]\n    }\n  }\n\n  @js.native\n  trait ListSnapshotBlocksResponse extends js.Object {\n    var BlockSize: js.UndefOr[BlockSize]\n    var Blocks: js.UndefOr[Blocks]\n    var ExpiryTime: js.UndefOr[TimeStamp]\n    var NextToken: js.UndefOr[PageToken]\n    var VolumeSize: js.UndefOr[VolumeSize]\n  }\n\n  object ListSnapshotBlocksResponse {\n    @inline\n    def apply(\n        BlockSize: js.UndefOr[BlockSize] = js.undefined,\n        Blocks: js.UndefOr[Blocks] = js.undefined,\n        ExpiryTime: js.UndefOr[TimeStamp] = js.undefined,\n        NextToken: js.UndefOr[PageToken] = js.undefined,\n        VolumeSize: js.UndefOr[VolumeSize] = js.undefined\n    ): ListSnapshotBlocksResponse = {\n      val __obj = js.Dynamic.literal()\n      BlockSize.foreach(__v => __obj.updateDynamic(\"BlockSize\")(__v.asInstanceOf[js.Any]))\n      Blocks.foreach(__v => __obj.updateDynamic(\"Blocks\")(__v.asInstanceOf[js.Any]))\n      ExpiryTime.foreach(__v => __obj.updateDynamic(\"ExpiryTime\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VolumeSize.foreach(__v => __obj.updateDynamic(\"VolumeSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSnapshotBlocksResponse]\n    }\n  }\n\n  @js.native\n  trait PutSnapshotBlockRequest extends js.Object {\n    var BlockData: BlockData\n    var BlockIndex: BlockIndex\n    var Checksum: Checksum\n    var ChecksumAlgorithm: ChecksumAlgorithm\n    var DataLength: DataLength\n    var SnapshotId: SnapshotId\n    var Progress: js.UndefOr[Progress]\n  }\n\n  object PutSnapshotBlockRequest {\n    @inline\n    def apply(\n        BlockData: BlockData,\n        BlockIndex: BlockIndex,\n        Checksum: Checksum,\n        ChecksumAlgorithm: ChecksumAlgorithm,\n        DataLength: DataLength,\n        SnapshotId: SnapshotId,\n        Progress: js.UndefOr[Progress] = js.undefined\n    ): PutSnapshotBlockRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BlockData\" -> BlockData.asInstanceOf[js.Any],\n        \"BlockIndex\" -> BlockIndex.asInstanceOf[js.Any],\n        \"Checksum\" -> Checksum.asInstanceOf[js.Any],\n        \"ChecksumAlgorithm\" -> ChecksumAlgorithm.asInstanceOf[js.Any],\n        \"DataLength\" -> DataLength.asInstanceOf[js.Any],\n        \"SnapshotId\" -> SnapshotId.asInstanceOf[js.Any]\n      )\n\n      Progress.foreach(__v => __obj.updateDynamic(\"Progress\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSnapshotBlockRequest]\n    }\n  }\n\n  @js.native\n  trait PutSnapshotBlockResponse extends js.Object {\n    var Checksum: js.UndefOr[Checksum]\n    var ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm]\n  }\n\n  object PutSnapshotBlockResponse {\n    @inline\n    def apply(\n        Checksum: js.UndefOr[Checksum] = js.undefined,\n        ChecksumAlgorithm: js.UndefOr[ChecksumAlgorithm] = js.undefined\n    ): PutSnapshotBlockResponse = {\n      val __obj = js.Dynamic.literal()\n      Checksum.foreach(__v => __obj.updateDynamic(\"Checksum\")(__v.asInstanceOf[js.Any]))\n      ChecksumAlgorithm.foreach(__v => __obj.updateDynamic(\"ChecksumAlgorithm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutSnapshotBlockResponse]\n    }\n  }\n\n  @js.native\n  trait StartSnapshotRequest extends js.Object {\n    var VolumeSize: VolumeSize\n    var ClientToken: js.UndefOr[IdempotencyToken]\n    var Description: js.UndefOr[Description]\n    var Encrypted: js.UndefOr[Boolean]\n    var KmsKeyArn: js.UndefOr[KmsKeyArn]\n    var ParentSnapshotId: js.UndefOr[SnapshotId]\n    var Tags: js.UndefOr[Tags]\n    var Timeout: js.UndefOr[Timeout]\n  }\n\n  object StartSnapshotRequest {\n    @inline\n    def apply(\n        VolumeSize: VolumeSize,\n        ClientToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        ParentSnapshotId: js.UndefOr[SnapshotId] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Timeout: js.UndefOr[Timeout] = js.undefined\n    ): StartSnapshotRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VolumeSize\" -> VolumeSize.asInstanceOf[js.Any]\n      )\n\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      ParentSnapshotId.foreach(__v => __obj.updateDynamic(\"ParentSnapshotId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Timeout.foreach(__v => __obj.updateDynamic(\"Timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSnapshotRequest]\n    }\n  }\n\n  @js.native\n  trait StartSnapshotResponse extends js.Object {\n    var BlockSize: js.UndefOr[BlockSize]\n    var Description: js.UndefOr[Description]\n    var KmsKeyArn: js.UndefOr[KmsKeyArn]\n    var OwnerId: js.UndefOr[OwnerId]\n    var ParentSnapshotId: js.UndefOr[SnapshotId]\n    var SnapshotId: js.UndefOr[SnapshotId]\n    var StartTime: js.UndefOr[TimeStamp]\n    var Status: js.UndefOr[Status]\n    var Tags: js.UndefOr[Tags]\n    var VolumeSize: js.UndefOr[VolumeSize]\n  }\n\n  object StartSnapshotResponse {\n    @inline\n    def apply(\n        BlockSize: js.UndefOr[BlockSize] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        KmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        OwnerId: js.UndefOr[OwnerId] = js.undefined,\n        ParentSnapshotId: js.UndefOr[SnapshotId] = js.undefined,\n        SnapshotId: js.UndefOr[SnapshotId] = js.undefined,\n        StartTime: js.UndefOr[TimeStamp] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        VolumeSize: js.UndefOr[VolumeSize] = js.undefined\n    ): StartSnapshotResponse = {\n      val __obj = js.Dynamic.literal()\n      BlockSize.foreach(__v => __obj.updateDynamic(\"BlockSize\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      ParentSnapshotId.foreach(__v => __obj.updateDynamic(\"ParentSnapshotId\")(__v.asInstanceOf[js.Any]))\n      SnapshotId.foreach(__v => __obj.updateDynamic(\"SnapshotId\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VolumeSize.foreach(__v => __obj.updateDynamic(\"VolumeSize\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartSnapshotResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val completed = \"completed\".asInstanceOf[Status]\n    val pending = \"pending\".asInstanceOf[Status]\n    val error = \"error\".asInstanceOf[Status]\n\n    @inline def values = js.Array(completed, pending, error)\n  }\n\n  \/** Describes a tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/braket\/src\/main\/scala\/facade\/amazonaws\/services\/Braket.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object braket {\n  type CreateQuantumTaskRequestDeviceParametersString = String\n  type CreateQuantumTaskRequestOutputS3BucketString = String\n  type CreateQuantumTaskRequestOutputS3KeyPrefixString = String\n  type CreateQuantumTaskRequestShotsLong = Double\n  type DeviceArn = String\n  type DeviceSummaryList = js.Array[DeviceSummary]\n  type JsonValue = String\n  type QuantumTaskArn = String\n  type QuantumTaskSummaryList = js.Array[QuantumTaskSummary]\n  type SearchDevicesFilterNameString = String\n  type SearchDevicesFilterValuesList = js.Array[String256]\n  type SearchDevicesRequestFiltersList = js.Array[SearchDevicesFilter]\n  type SearchDevicesRequestMaxResultsInteger = Int\n  type SearchQuantumTasksFilterValuesList = js.Array[String256]\n  type SearchQuantumTasksRequestFiltersList = js.Array[SearchQuantumTasksFilter]\n  type SearchQuantumTasksRequestMaxResultsInteger = Int\n  type String256 = String\n  type String64 = String\n  type SyntheticTimestamp_date_time = js.Date\n  type TagKeys = js.Array[String]\n  type TagsMap = js.Dictionary[String]\n\n  implicit final class BraketOps(private val service: Braket) extends AnyVal {\n\n    @inline def cancelQuantumTaskFuture(params: CancelQuantumTaskRequest): Future[CancelQuantumTaskResponse] = service.cancelQuantumTask(params).promise().toFuture\n    @inline def createQuantumTaskFuture(params: CreateQuantumTaskRequest): Future[CreateQuantumTaskResponse] = service.createQuantumTask(params).promise().toFuture\n    @inline def getDeviceFuture(params: GetDeviceRequest): Future[GetDeviceResponse] = service.getDevice(params).promise().toFuture\n    @inline def getQuantumTaskFuture(params: GetQuantumTaskRequest): Future[GetQuantumTaskResponse] = service.getQuantumTask(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def searchDevicesFuture(params: SearchDevicesRequest): Future[SearchDevicesResponse] = service.searchDevices(params).promise().toFuture\n    @inline def searchQuantumTasksFuture(params: SearchQuantumTasksRequest): Future[SearchQuantumTasksResponse] = service.searchQuantumTasks(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage braket {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/braket\", JSImport.Namespace, \"AWS.Braket\")\n  class Braket() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cancelQuantumTask(params: CancelQuantumTaskRequest): Request[CancelQuantumTaskResponse] = js.native\n    def createQuantumTask(params: CreateQuantumTaskRequest): Request[CreateQuantumTaskResponse] = js.native\n    def getDevice(params: GetDeviceRequest): Request[GetDeviceResponse] = js.native\n    def getQuantumTask(params: GetQuantumTaskRequest): Request[GetQuantumTaskResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def searchDevices(params: SearchDevicesRequest): Request[SearchDevicesResponse] = js.native\n    def searchQuantumTasks(params: SearchQuantumTasksRequest): Request[SearchQuantumTasksResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait CancelQuantumTaskRequest extends js.Object {\n    var clientToken: String64\n    var quantumTaskArn: QuantumTaskArn\n  }\n\n  object CancelQuantumTaskRequest {\n    @inline\n    def apply(\n        clientToken: String64,\n        quantumTaskArn: QuantumTaskArn\n    ): CancelQuantumTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelQuantumTaskRequest]\n    }\n  }\n\n  @js.native\n  trait CancelQuantumTaskResponse extends js.Object {\n    var cancellationStatus: CancellationStatus\n    var quantumTaskArn: QuantumTaskArn\n  }\n\n  object CancelQuantumTaskResponse {\n    @inline\n    def apply(\n        cancellationStatus: CancellationStatus,\n        quantumTaskArn: QuantumTaskArn\n    ): CancelQuantumTaskResponse = {\n      val __obj = js.Dynamic.literal(\n        \"cancellationStatus\" -> cancellationStatus.asInstanceOf[js.Any],\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelQuantumTaskResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CancellationStatus extends js.Any\n  object CancellationStatus {\n    val CANCELLING = \"CANCELLING\".asInstanceOf[CancellationStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[CancellationStatus]\n\n    @inline def values = js.Array(CANCELLING, CANCELLED)\n  }\n\n  @js.native\n  trait CreateQuantumTaskRequest extends js.Object {\n    var action: JsonValue\n    var clientToken: String64\n    var deviceArn: DeviceArn\n    var outputS3Bucket: CreateQuantumTaskRequestOutputS3BucketString\n    var outputS3KeyPrefix: CreateQuantumTaskRequestOutputS3KeyPrefixString\n    var shots: CreateQuantumTaskRequestShotsLong\n    var deviceParameters: js.UndefOr[CreateQuantumTaskRequestDeviceParametersString]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object CreateQuantumTaskRequest {\n    @inline\n    def apply(\n        action: JsonValue,\n        clientToken: String64,\n        deviceArn: DeviceArn,\n        outputS3Bucket: CreateQuantumTaskRequestOutputS3BucketString,\n        outputS3KeyPrefix: CreateQuantumTaskRequestOutputS3KeyPrefixString,\n        shots: CreateQuantumTaskRequestShotsLong,\n        deviceParameters: js.UndefOr[CreateQuantumTaskRequestDeviceParametersString] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): CreateQuantumTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any],\n        \"outputS3Bucket\" -> outputS3Bucket.asInstanceOf[js.Any],\n        \"outputS3KeyPrefix\" -> outputS3KeyPrefix.asInstanceOf[js.Any],\n        \"shots\" -> shots.asInstanceOf[js.Any]\n      )\n\n      deviceParameters.foreach(__v => __obj.updateDynamic(\"deviceParameters\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateQuantumTaskRequest]\n    }\n  }\n\n  @js.native\n  trait CreateQuantumTaskResponse extends js.Object {\n    var quantumTaskArn: QuantumTaskArn\n  }\n\n  object CreateQuantumTaskResponse {\n    @inline\n    def apply(\n        quantumTaskArn: QuantumTaskArn\n    ): CreateQuantumTaskResponse = {\n      val __obj = js.Dynamic.literal(\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateQuantumTaskResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DeviceStatus extends js.Any\n  object DeviceStatus {\n    val ONLINE = \"ONLINE\".asInstanceOf[DeviceStatus]\n    val OFFLINE = \"OFFLINE\".asInstanceOf[DeviceStatus]\n\n    @inline def values = js.Array(ONLINE, OFFLINE)\n  }\n\n  \/** Includes information about the device.\n    *\/\n  @js.native\n  trait DeviceSummary extends js.Object {\n    var deviceArn: DeviceArn\n    var deviceName: String\n    var deviceStatus: DeviceStatus\n    var deviceType: DeviceType\n    var providerName: String\n  }\n\n  object DeviceSummary {\n    @inline\n    def apply(\n        deviceArn: DeviceArn,\n        deviceName: String,\n        deviceStatus: DeviceStatus,\n        deviceType: DeviceType,\n        providerName: String\n    ): DeviceSummary = {\n      val __obj = js.Dynamic.literal(\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any],\n        \"deviceName\" -> deviceName.asInstanceOf[js.Any],\n        \"deviceStatus\" -> deviceStatus.asInstanceOf[js.Any],\n        \"deviceType\" -> deviceType.asInstanceOf[js.Any],\n        \"providerName\" -> providerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeviceSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DeviceType extends js.Any\n  object DeviceType {\n    val QPU = \"QPU\".asInstanceOf[DeviceType]\n    val SIMULATOR = \"SIMULATOR\".asInstanceOf[DeviceType]\n\n    @inline def values = js.Array(QPU, SIMULATOR)\n  }\n\n  @js.native\n  trait GetDeviceRequest extends js.Object {\n    var deviceArn: DeviceArn\n  }\n\n  object GetDeviceRequest {\n    @inline\n    def apply(\n        deviceArn: DeviceArn\n    ): GetDeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeviceRequest]\n    }\n  }\n\n  @js.native\n  trait GetDeviceResponse extends js.Object {\n    var deviceArn: DeviceArn\n    var deviceCapabilities: JsonValue\n    var deviceName: String\n    var deviceStatus: DeviceStatus\n    var deviceType: DeviceType\n    var providerName: String\n  }\n\n  object GetDeviceResponse {\n    @inline\n    def apply(\n        deviceArn: DeviceArn,\n        deviceCapabilities: JsonValue,\n        deviceName: String,\n        deviceStatus: DeviceStatus,\n        deviceType: DeviceType,\n        providerName: String\n    ): GetDeviceResponse = {\n      val __obj = js.Dynamic.literal(\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any],\n        \"deviceCapabilities\" -> deviceCapabilities.asInstanceOf[js.Any],\n        \"deviceName\" -> deviceName.asInstanceOf[js.Any],\n        \"deviceStatus\" -> deviceStatus.asInstanceOf[js.Any],\n        \"deviceType\" -> deviceType.asInstanceOf[js.Any],\n        \"providerName\" -> providerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDeviceResponse]\n    }\n  }\n\n  @js.native\n  trait GetQuantumTaskRequest extends js.Object {\n    var quantumTaskArn: QuantumTaskArn\n  }\n\n  object GetQuantumTaskRequest {\n    @inline\n    def apply(\n        quantumTaskArn: QuantumTaskArn\n    ): GetQuantumTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetQuantumTaskRequest]\n    }\n  }\n\n  @js.native\n  trait GetQuantumTaskResponse extends js.Object {\n    var createdAt: SyntheticTimestamp_date_time\n    var deviceArn: DeviceArn\n    var deviceParameters: JsonValue\n    var outputS3Bucket: String\n    var outputS3Directory: String\n    var quantumTaskArn: QuantumTaskArn\n    var shots: Double\n    var status: QuantumTaskStatus\n    var endedAt: js.UndefOr[SyntheticTimestamp_date_time]\n    var failureReason: js.UndefOr[String]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object GetQuantumTaskResponse {\n    @inline\n    def apply(\n        createdAt: SyntheticTimestamp_date_time,\n        deviceArn: DeviceArn,\n        deviceParameters: JsonValue,\n        outputS3Bucket: String,\n        outputS3Directory: String,\n        quantumTaskArn: QuantumTaskArn,\n        shots: Double,\n        status: QuantumTaskStatus,\n        endedAt: js.UndefOr[SyntheticTimestamp_date_time] = js.undefined,\n        failureReason: js.UndefOr[String] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): GetQuantumTaskResponse = {\n      val __obj = js.Dynamic.literal(\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any],\n        \"deviceParameters\" -> deviceParameters.asInstanceOf[js.Any],\n        \"outputS3Bucket\" -> outputS3Bucket.asInstanceOf[js.Any],\n        \"outputS3Directory\" -> outputS3Directory.asInstanceOf[js.Any],\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any],\n        \"shots\" -> shots.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      endedAt.foreach(__v => __obj.updateDynamic(\"endedAt\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQuantumTaskResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: String\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait QuantumTaskStatus extends js.Any\n  object QuantumTaskStatus {\n    val CREATED = \"CREATED\".asInstanceOf[QuantumTaskStatus]\n    val QUEUED = \"QUEUED\".asInstanceOf[QuantumTaskStatus]\n    val RUNNING = \"RUNNING\".asInstanceOf[QuantumTaskStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[QuantumTaskStatus]\n    val FAILED = \"FAILED\".asInstanceOf[QuantumTaskStatus]\n    val CANCELLING = \"CANCELLING\".asInstanceOf[QuantumTaskStatus]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[QuantumTaskStatus]\n\n    @inline def values = js.Array(CREATED, QUEUED, RUNNING, COMPLETED, FAILED, CANCELLING, CANCELLED)\n  }\n\n  \/** Includes information about a quantum task.\n    *\/\n  @js.native\n  trait QuantumTaskSummary extends js.Object {\n    var createdAt: SyntheticTimestamp_date_time\n    var deviceArn: DeviceArn\n    var outputS3Bucket: String\n    var outputS3Directory: String\n    var quantumTaskArn: QuantumTaskArn\n    var shots: Double\n    var status: QuantumTaskStatus\n    var endedAt: js.UndefOr[SyntheticTimestamp_date_time]\n    var tags: js.UndefOr[TagsMap]\n  }\n\n  object QuantumTaskSummary {\n    @inline\n    def apply(\n        createdAt: SyntheticTimestamp_date_time,\n        deviceArn: DeviceArn,\n        outputS3Bucket: String,\n        outputS3Directory: String,\n        quantumTaskArn: QuantumTaskArn,\n        shots: Double,\n        status: QuantumTaskStatus,\n        endedAt: js.UndefOr[SyntheticTimestamp_date_time] = js.undefined,\n        tags: js.UndefOr[TagsMap] = js.undefined\n    ): QuantumTaskSummary = {\n      val __obj = js.Dynamic.literal(\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"deviceArn\" -> deviceArn.asInstanceOf[js.Any],\n        \"outputS3Bucket\" -> outputS3Bucket.asInstanceOf[js.Any],\n        \"outputS3Directory\" -> outputS3Directory.asInstanceOf[js.Any],\n        \"quantumTaskArn\" -> quantumTaskArn.asInstanceOf[js.Any],\n        \"shots\" -> shots.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      endedAt.foreach(__v => __obj.updateDynamic(\"endedAt\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QuantumTaskSummary]\n    }\n  }\n\n  \/** The filter to use for searching devices.\n    *\/\n  @js.native\n  trait SearchDevicesFilter extends js.Object {\n    var name: SearchDevicesFilterNameString\n    var values: SearchDevicesFilterValuesList\n  }\n\n  object SearchDevicesFilter {\n    @inline\n    def apply(\n        name: SearchDevicesFilterNameString,\n        values: SearchDevicesFilterValuesList\n    ): SearchDevicesFilter = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"values\" -> values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SearchDevicesFilter]\n    }\n  }\n\n  @js.native\n  trait SearchDevicesRequest extends js.Object {\n    var filters: SearchDevicesRequestFiltersList\n    var maxResults: js.UndefOr[SearchDevicesRequestMaxResultsInteger]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object SearchDevicesRequest {\n    @inline\n    def apply(\n        filters: SearchDevicesRequestFiltersList,\n        maxResults: js.UndefOr[SearchDevicesRequestMaxResultsInteger] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): SearchDevicesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filters\" -> filters.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchDevicesRequest]\n    }\n  }\n\n  @js.native\n  trait SearchDevicesResponse extends js.Object {\n    var devices: DeviceSummaryList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object SearchDevicesResponse {\n    @inline\n    def apply(\n        devices: DeviceSummaryList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): SearchDevicesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"devices\" -> devices.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchDevicesResponse]\n    }\n  }\n\n  \/** A filter to use to search for tasks.\n    *\/\n  @js.native\n  trait SearchQuantumTasksFilter extends js.Object {\n    var name: String64\n    var operator: SearchQuantumTasksFilterOperator\n    var values: SearchQuantumTasksFilterValuesList\n  }\n\n  object SearchQuantumTasksFilter {\n    @inline\n    def apply(\n        name: String64,\n        operator: SearchQuantumTasksFilterOperator,\n        values: SearchQuantumTasksFilterValuesList\n    ): SearchQuantumTasksFilter = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"operator\" -> operator.asInstanceOf[js.Any],\n        \"values\" -> values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SearchQuantumTasksFilter]\n    }\n  }\n\n  @js.native\n  sealed trait SearchQuantumTasksFilterOperator extends js.Any\n  object SearchQuantumTasksFilterOperator {\n    val LT = \"LT\".asInstanceOf[SearchQuantumTasksFilterOperator]\n    val LTE = \"LTE\".asInstanceOf[SearchQuantumTasksFilterOperator]\n    val EQUAL = \"EQUAL\".asInstanceOf[SearchQuantumTasksFilterOperator]\n    val GT = \"GT\".asInstanceOf[SearchQuantumTasksFilterOperator]\n    val GTE = \"GTE\".asInstanceOf[SearchQuantumTasksFilterOperator]\n    val BETWEEN = \"BETWEEN\".asInstanceOf[SearchQuantumTasksFilterOperator]\n\n    @inline def values = js.Array(LT, LTE, EQUAL, GT, GTE, BETWEEN)\n  }\n\n  @js.native\n  trait SearchQuantumTasksRequest extends js.Object {\n    var filters: SearchQuantumTasksRequestFiltersList\n    var maxResults: js.UndefOr[SearchQuantumTasksRequestMaxResultsInteger]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object SearchQuantumTasksRequest {\n    @inline\n    def apply(\n        filters: SearchQuantumTasksRequestFiltersList,\n        maxResults: js.UndefOr[SearchQuantumTasksRequestMaxResultsInteger] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): SearchQuantumTasksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filters\" -> filters.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchQuantumTasksRequest]\n    }\n  }\n\n  @js.native\n  trait SearchQuantumTasksResponse extends js.Object {\n    var quantumTasks: QuantumTaskSummaryList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object SearchQuantumTasksResponse {\n    @inline\n    def apply(\n        quantumTasks: QuantumTaskSummaryList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): SearchQuantumTasksResponse = {\n      val __obj = js.Dynamic.literal(\n        \"quantumTasks\" -> quantumTasks.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchQuantumTasksResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tags: TagsMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tags: TagsMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: String\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: String,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/Endpoint.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"Endpoint\", \"AWS.Endpoint\")\nclass Endpoint(url: String) extends js.Object {\n\n  \/** The host portion of the endpoint including the port, e.g., example.com:80.\n    *\/\n  val host: String = js.native\n\n  \/** The host portion of the endpoint, e.g., example.com.\n    *\/\n  val hostname: String = js.native\n\n  \/** The full URL of the endpoint.\n    *\/\n  val ref: String = js.native\n\n  \/** The port of the endpoint.\n    *\/\n  val port: String = js.native\n\n  \/** The protocol (http or https) of the endpoint URL.\n    *\/\n  val protocol: String = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/athena\/src\/main\/scala\/facade\/amazonaws\/services\/Athena.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object athena {\n  type AmazonResourceName = String\n  type BoxedBoolean = Boolean\n  type BytesScannedCutoffValue = Double\n  type CatalogNameString = String\n  type ColumnInfoList = js.Array[ColumnInfo]\n  type ColumnList = js.Array[Column]\n  type CommentString = String\n  type DataCatalogSummaryList = js.Array[DataCatalogSummary]\n  type DatabaseList = js.Array[Database]\n  type DatabaseString = String\n  type Date = js.Date\n  type DescriptionString = String\n  type EngineVersionsList = js.Array[EngineVersion]\n  type ErrorCode = String\n  type ErrorMessage = String\n  type ExpressionString = String\n  type IdempotencyToken = String\n  type KeyString = String\n  type MaxDataCatalogsCount = Int\n  type MaxDatabasesCount = Int\n  type MaxEngineVersionsCount = Int\n  type MaxNamedQueriesCount = Int\n  type MaxPreparedStatementsCount = Int\n  type MaxQueryExecutionsCount = Int\n  type MaxQueryResults = Int\n  type MaxTableMetadataCount = Int\n  type MaxTagsCount = Int\n  type MaxWorkGroupsCount = Int\n  type NameString = String\n  type NamedQueryId = String\n  type NamedQueryIdList = js.Array[NamedQueryId]\n  type NamedQueryList = js.Array[NamedQuery]\n  type ParametersMap = js.Dictionary[ParametersMapValue]\n  type ParametersMapValue = String\n  type PreparedStatementsList = js.Array[PreparedStatementSummary]\n  type QueryExecutionId = String\n  type QueryExecutionIdList = js.Array[QueryExecutionId]\n  type QueryExecutionList = js.Array[QueryExecution]\n  type QueryString = String\n  type RowList = js.Array[Row]\n  type StatementName = String\n  type TableMetadataList = js.Array[TableMetadata]\n  type TableTypeString = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type Token = String\n  type TypeString = String\n  type UnprocessedNamedQueryIdList = js.Array[UnprocessedNamedQueryId]\n  type UnprocessedQueryExecutionIdList = js.Array[UnprocessedQueryExecutionId]\n  type WorkGroupDescriptionString = String\n  type WorkGroupName = String\n  type WorkGroupsList = js.Array[WorkGroupSummary]\n  type datumList = js.Array[Datum]\n  type datumString = String\n\n  implicit final class AthenaOps(private val service: Athena) extends AnyVal {\n\n    @inline def batchGetNamedQueryFuture(params: BatchGetNamedQueryInput): Future[BatchGetNamedQueryOutput] = service.batchGetNamedQuery(params).promise().toFuture\n    @inline def batchGetQueryExecutionFuture(params: BatchGetQueryExecutionInput): Future[BatchGetQueryExecutionOutput] = service.batchGetQueryExecution(params).promise().toFuture\n    @inline def createDataCatalogFuture(params: CreateDataCatalogInput): Future[CreateDataCatalogOutput] = service.createDataCatalog(params).promise().toFuture\n    @inline def createNamedQueryFuture(params: CreateNamedQueryInput): Future[CreateNamedQueryOutput] = service.createNamedQuery(params).promise().toFuture\n    @inline def createPreparedStatementFuture(params: CreatePreparedStatementInput): Future[CreatePreparedStatementOutput] = service.createPreparedStatement(params).promise().toFuture\n    @inline def createWorkGroupFuture(params: CreateWorkGroupInput): Future[CreateWorkGroupOutput] = service.createWorkGroup(params).promise().toFuture\n    @inline def deleteDataCatalogFuture(params: DeleteDataCatalogInput): Future[DeleteDataCatalogOutput] = service.deleteDataCatalog(params).promise().toFuture\n    @inline def deleteNamedQueryFuture(params: DeleteNamedQueryInput): Future[DeleteNamedQueryOutput] = service.deleteNamedQuery(params).promise().toFuture\n    @inline def deletePreparedStatementFuture(params: DeletePreparedStatementInput): Future[DeletePreparedStatementOutput] = service.deletePreparedStatement(params).promise().toFuture\n    @inline def deleteWorkGroupFuture(params: DeleteWorkGroupInput): Future[DeleteWorkGroupOutput] = service.deleteWorkGroup(params).promise().toFuture\n    @inline def getDataCatalogFuture(params: GetDataCatalogInput): Future[GetDataCatalogOutput] = service.getDataCatalog(params).promise().toFuture\n    @inline def getDatabaseFuture(params: GetDatabaseInput): Future[GetDatabaseOutput] = service.getDatabase(params).promise().toFuture\n    @inline def getNamedQueryFuture(params: GetNamedQueryInput): Future[GetNamedQueryOutput] = service.getNamedQuery(params).promise().toFuture\n    @inline def getPreparedStatementFuture(params: GetPreparedStatementInput): Future[GetPreparedStatementOutput] = service.getPreparedStatement(params).promise().toFuture\n    @inline def getQueryExecutionFuture(params: GetQueryExecutionInput): Future[GetQueryExecutionOutput] = service.getQueryExecution(params).promise().toFuture\n    @inline def getQueryResultsFuture(params: GetQueryResultsInput): Future[GetQueryResultsOutput] = service.getQueryResults(params).promise().toFuture\n    @inline def getTableMetadataFuture(params: GetTableMetadataInput): Future[GetTableMetadataOutput] = service.getTableMetadata(params).promise().toFuture\n    @inline def getWorkGroupFuture(params: GetWorkGroupInput): Future[GetWorkGroupOutput] = service.getWorkGroup(params).promise().toFuture\n    @inline def listDataCatalogsFuture(params: ListDataCatalogsInput): Future[ListDataCatalogsOutput] = service.listDataCatalogs(params).promise().toFuture\n    @inline def listDatabasesFuture(params: ListDatabasesInput): Future[ListDatabasesOutput] = service.listDatabases(params).promise().toFuture\n    @inline def listEngineVersionsFuture(params: ListEngineVersionsInput): Future[ListEngineVersionsOutput] = service.listEngineVersions(params).promise().toFuture\n    @inline def listNamedQueriesFuture(params: ListNamedQueriesInput): Future[ListNamedQueriesOutput] = service.listNamedQueries(params).promise().toFuture\n    @inline def listPreparedStatementsFuture(params: ListPreparedStatementsInput): Future[ListPreparedStatementsOutput] = service.listPreparedStatements(params).promise().toFuture\n    @inline def listQueryExecutionsFuture(params: ListQueryExecutionsInput): Future[ListQueryExecutionsOutput] = service.listQueryExecutions(params).promise().toFuture\n    @inline def listTableMetadataFuture(params: ListTableMetadataInput): Future[ListTableMetadataOutput] = service.listTableMetadata(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def listWorkGroupsFuture(params: ListWorkGroupsInput): Future[ListWorkGroupsOutput] = service.listWorkGroups(params).promise().toFuture\n    @inline def startQueryExecutionFuture(params: StartQueryExecutionInput): Future[StartQueryExecutionOutput] = service.startQueryExecution(params).promise().toFuture\n    @inline def stopQueryExecutionFuture(params: StopQueryExecutionInput): Future[StopQueryExecutionOutput] = service.stopQueryExecution(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n    @inline def updateDataCatalogFuture(params: UpdateDataCatalogInput): Future[UpdateDataCatalogOutput] = service.updateDataCatalog(params).promise().toFuture\n    @inline def updatePreparedStatementFuture(params: UpdatePreparedStatementInput): Future[UpdatePreparedStatementOutput] = service.updatePreparedStatement(params).promise().toFuture\n    @inline def updateWorkGroupFuture(params: UpdateWorkGroupInput): Future[UpdateWorkGroupOutput] = service.updateWorkGroup(params).promise().toFuture\n\n  }\n}\n\npackage athena {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/athena\", JSImport.Namespace, \"AWS.Athena\")\n  class Athena() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def batchGetNamedQuery(params: BatchGetNamedQueryInput): Request[BatchGetNamedQueryOutput] = js.native\n    def batchGetQueryExecution(params: BatchGetQueryExecutionInput): Request[BatchGetQueryExecutionOutput] = js.native\n    def createDataCatalog(params: CreateDataCatalogInput): Request[CreateDataCatalogOutput] = js.native\n    def createNamedQuery(params: CreateNamedQueryInput): Request[CreateNamedQueryOutput] = js.native\n    def createPreparedStatement(params: CreatePreparedStatementInput): Request[CreatePreparedStatementOutput] = js.native\n    def createWorkGroup(params: CreateWorkGroupInput): Request[CreateWorkGroupOutput] = js.native\n    def deleteDataCatalog(params: DeleteDataCatalogInput): Request[DeleteDataCatalogOutput] = js.native\n    def deleteNamedQuery(params: DeleteNamedQueryInput): Request[DeleteNamedQueryOutput] = js.native\n    def deletePreparedStatement(params: DeletePreparedStatementInput): Request[DeletePreparedStatementOutput] = js.native\n    def deleteWorkGroup(params: DeleteWorkGroupInput): Request[DeleteWorkGroupOutput] = js.native\n    def getDataCatalog(params: GetDataCatalogInput): Request[GetDataCatalogOutput] = js.native\n    def getDatabase(params: GetDatabaseInput): Request[GetDatabaseOutput] = js.native\n    def getNamedQuery(params: GetNamedQueryInput): Request[GetNamedQueryOutput] = js.native\n    def getPreparedStatement(params: GetPreparedStatementInput): Request[GetPreparedStatementOutput] = js.native\n    def getQueryExecution(params: GetQueryExecutionInput): Request[GetQueryExecutionOutput] = js.native\n    def getQueryResults(params: GetQueryResultsInput): Request[GetQueryResultsOutput] = js.native\n    def getTableMetadata(params: GetTableMetadataInput): Request[GetTableMetadataOutput] = js.native\n    def getWorkGroup(params: GetWorkGroupInput): Request[GetWorkGroupOutput] = js.native\n    def listDataCatalogs(params: ListDataCatalogsInput): Request[ListDataCatalogsOutput] = js.native\n    def listDatabases(params: ListDatabasesInput): Request[ListDatabasesOutput] = js.native\n    def listEngineVersions(params: ListEngineVersionsInput): Request[ListEngineVersionsOutput] = js.native\n    def listNamedQueries(params: ListNamedQueriesInput): Request[ListNamedQueriesOutput] = js.native\n    def listPreparedStatements(params: ListPreparedStatementsInput): Request[ListPreparedStatementsOutput] = js.native\n    def listQueryExecutions(params: ListQueryExecutionsInput): Request[ListQueryExecutionsOutput] = js.native\n    def listTableMetadata(params: ListTableMetadataInput): Request[ListTableMetadataOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def listWorkGroups(params: ListWorkGroupsInput): Request[ListWorkGroupsOutput] = js.native\n    def startQueryExecution(params: StartQueryExecutionInput): Request[StartQueryExecutionOutput] = js.native\n    def stopQueryExecution(params: StopQueryExecutionInput): Request[StopQueryExecutionOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n    def updateDataCatalog(params: UpdateDataCatalogInput): Request[UpdateDataCatalogOutput] = js.native\n    def updatePreparedStatement(params: UpdatePreparedStatementInput): Request[UpdatePreparedStatementOutput] = js.native\n    def updateWorkGroup(params: UpdateWorkGroupInput): Request[UpdateWorkGroupOutput] = js.native\n  }\n\n  @js.native\n  trait BatchGetNamedQueryInput extends js.Object {\n    var NamedQueryIds: NamedQueryIdList\n  }\n\n  object BatchGetNamedQueryInput {\n    @inline\n    def apply(\n        NamedQueryIds: NamedQueryIdList\n    ): BatchGetNamedQueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"NamedQueryIds\" -> NamedQueryIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetNamedQueryInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetNamedQueryOutput extends js.Object {\n    var NamedQueries: js.UndefOr[NamedQueryList]\n    var UnprocessedNamedQueryIds: js.UndefOr[UnprocessedNamedQueryIdList]\n  }\n\n  object BatchGetNamedQueryOutput {\n    @inline\n    def apply(\n        NamedQueries: js.UndefOr[NamedQueryList] = js.undefined,\n        UnprocessedNamedQueryIds: js.UndefOr[UnprocessedNamedQueryIdList] = js.undefined\n    ): BatchGetNamedQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      NamedQueries.foreach(__v => __obj.updateDynamic(\"NamedQueries\")(__v.asInstanceOf[js.Any]))\n      UnprocessedNamedQueryIds.foreach(__v => __obj.updateDynamic(\"UnprocessedNamedQueryIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetNamedQueryOutput]\n    }\n  }\n\n  @js.native\n  trait BatchGetQueryExecutionInput extends js.Object {\n    var QueryExecutionIds: QueryExecutionIdList\n  }\n\n  object BatchGetQueryExecutionInput {\n    @inline\n    def apply(\n        QueryExecutionIds: QueryExecutionIdList\n    ): BatchGetQueryExecutionInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryExecutionIds\" -> QueryExecutionIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchGetQueryExecutionInput]\n    }\n  }\n\n  @js.native\n  trait BatchGetQueryExecutionOutput extends js.Object {\n    var QueryExecutions: js.UndefOr[QueryExecutionList]\n    var UnprocessedQueryExecutionIds: js.UndefOr[UnprocessedQueryExecutionIdList]\n  }\n\n  object BatchGetQueryExecutionOutput {\n    @inline\n    def apply(\n        QueryExecutions: js.UndefOr[QueryExecutionList] = js.undefined,\n        UnprocessedQueryExecutionIds: js.UndefOr[UnprocessedQueryExecutionIdList] = js.undefined\n    ): BatchGetQueryExecutionOutput = {\n      val __obj = js.Dynamic.literal()\n      QueryExecutions.foreach(__v => __obj.updateDynamic(\"QueryExecutions\")(__v.asInstanceOf[js.Any]))\n      UnprocessedQueryExecutionIds.foreach(__v => __obj.updateDynamic(\"UnprocessedQueryExecutionIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchGetQueryExecutionOutput]\n    }\n  }\n\n  \/** Contains metadata for a column in a table.\n    *\/\n  @js.native\n  trait Column extends js.Object {\n    var Name: NameString\n    var Comment: js.UndefOr[CommentString]\n    var Type: js.UndefOr[TypeString]\n  }\n\n  object Column {\n    @inline\n    def apply(\n        Name: NameString,\n        Comment: js.UndefOr[CommentString] = js.undefined,\n        Type: js.UndefOr[TypeString] = js.undefined\n    ): Column = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Column]\n    }\n  }\n\n  \/** Information about the columns in a query execution result.\n    *\/\n  @js.native\n  trait ColumnInfo extends js.Object {\n    var Name: String\n    var Type: String\n    var CaseSensitive: js.UndefOr[Boolean]\n    var CatalogName: js.UndefOr[String]\n    var Label: js.UndefOr[String]\n    var Nullable: js.UndefOr[ColumnNullable]\n    var Precision: js.UndefOr[Int]\n    var Scale: js.UndefOr[Int]\n    var SchemaName: js.UndefOr[String]\n    var TableName: js.UndefOr[String]\n  }\n\n  object ColumnInfo {\n    @inline\n    def apply(\n        Name: String,\n        Type: String,\n        CaseSensitive: js.UndefOr[Boolean] = js.undefined,\n        CatalogName: js.UndefOr[String] = js.undefined,\n        Label: js.UndefOr[String] = js.undefined,\n        Nullable: js.UndefOr[ColumnNullable] = js.undefined,\n        Precision: js.UndefOr[Int] = js.undefined,\n        Scale: js.UndefOr[Int] = js.undefined,\n        SchemaName: js.UndefOr[String] = js.undefined,\n        TableName: js.UndefOr[String] = js.undefined\n    ): ColumnInfo = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      CaseSensitive.foreach(__v => __obj.updateDynamic(\"CaseSensitive\")(__v.asInstanceOf[js.Any]))\n      CatalogName.foreach(__v => __obj.updateDynamic(\"CatalogName\")(__v.asInstanceOf[js.Any]))\n      Label.foreach(__v => __obj.updateDynamic(\"Label\")(__v.asInstanceOf[js.Any]))\n      Nullable.foreach(__v => __obj.updateDynamic(\"Nullable\")(__v.asInstanceOf[js.Any]))\n      Precision.foreach(__v => __obj.updateDynamic(\"Precision\")(__v.asInstanceOf[js.Any]))\n      Scale.foreach(__v => __obj.updateDynamic(\"Scale\")(__v.asInstanceOf[js.Any]))\n      SchemaName.foreach(__v => __obj.updateDynamic(\"SchemaName\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ColumnInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ColumnNullable extends js.Any\n  object ColumnNullable {\n    val NOT_NULL = \"NOT_NULL\".asInstanceOf[ColumnNullable]\n    val NULLABLE = \"NULLABLE\".asInstanceOf[ColumnNullable]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[ColumnNullable]\n\n    @inline def values = js.Array(NOT_NULL, NULLABLE, UNKNOWN)\n  }\n\n  @js.native\n  trait CreateDataCatalogInput extends js.Object {\n    var Name: CatalogNameString\n    var Type: DataCatalogType\n    var Description: js.UndefOr[DescriptionString]\n    var Parameters: js.UndefOr[ParametersMap]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDataCatalogInput {\n    @inline\n    def apply(\n        Name: CatalogNameString,\n        Type: DataCatalogType,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Parameters: js.UndefOr[ParametersMap] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDataCatalogInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDataCatalogInput]\n    }\n  }\n\n  @js.native\n  trait CreateDataCatalogOutput extends js.Object\n\n  object CreateDataCatalogOutput {\n    @inline\n    def apply(): CreateDataCatalogOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateDataCatalogOutput]\n    }\n  }\n\n  @js.native\n  trait CreateNamedQueryInput extends js.Object {\n    var Database: DatabaseString\n    var Name: NameString\n    var QueryString: QueryString\n    var ClientRequestToken: js.UndefOr[IdempotencyToken]\n    var Description: js.UndefOr[DescriptionString]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object CreateNamedQueryInput {\n    @inline\n    def apply(\n        Database: DatabaseString,\n        Name: NameString,\n        QueryString: QueryString,\n        ClientRequestToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): CreateNamedQueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNamedQueryInput]\n    }\n  }\n\n  @js.native\n  trait CreateNamedQueryOutput extends js.Object {\n    var NamedQueryId: js.UndefOr[NamedQueryId]\n  }\n\n  object CreateNamedQueryOutput {\n    @inline\n    def apply(\n        NamedQueryId: js.UndefOr[NamedQueryId] = js.undefined\n    ): CreateNamedQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      NamedQueryId.foreach(__v => __obj.updateDynamic(\"NamedQueryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNamedQueryOutput]\n    }\n  }\n\n  @js.native\n  trait CreatePreparedStatementInput extends js.Object {\n    var QueryStatement: QueryString\n    var StatementName: StatementName\n    var WorkGroup: WorkGroupName\n    var Description: js.UndefOr[DescriptionString]\n  }\n\n  object CreatePreparedStatementInput {\n    @inline\n    def apply(\n        QueryStatement: QueryString,\n        StatementName: StatementName,\n        WorkGroup: WorkGroupName,\n        Description: js.UndefOr[DescriptionString] = js.undefined\n    ): CreatePreparedStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryStatement\" -> QueryStatement.asInstanceOf[js.Any],\n        \"StatementName\" -> StatementName.asInstanceOf[js.Any],\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePreparedStatementInput]\n    }\n  }\n\n  @js.native\n  trait CreatePreparedStatementOutput extends js.Object\n\n  object CreatePreparedStatementOutput {\n    @inline\n    def apply(): CreatePreparedStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreatePreparedStatementOutput]\n    }\n  }\n\n  @js.native\n  trait CreateWorkGroupInput extends js.Object {\n    var Name: WorkGroupName\n    var Configuration: js.UndefOr[WorkGroupConfiguration]\n    var Description: js.UndefOr[WorkGroupDescriptionString]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateWorkGroupInput {\n    @inline\n    def apply(\n        Name: WorkGroupName,\n        Configuration: js.UndefOr[WorkGroupConfiguration] = js.undefined,\n        Description: js.UndefOr[WorkGroupDescriptionString] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateWorkGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateWorkGroupInput]\n    }\n  }\n\n  @js.native\n  trait CreateWorkGroupOutput extends js.Object\n\n  object CreateWorkGroupOutput {\n    @inline\n    def apply(): CreateWorkGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateWorkGroupOutput]\n    }\n  }\n\n  \/** Contains information about a data catalog in an AWS account.\n    *\/\n  @js.native\n  trait DataCatalog extends js.Object {\n    var Name: CatalogNameString\n    var Type: DataCatalogType\n    var Description: js.UndefOr[DescriptionString]\n    var Parameters: js.UndefOr[ParametersMap]\n  }\n\n  object DataCatalog {\n    @inline\n    def apply(\n        Name: CatalogNameString,\n        Type: DataCatalogType,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Parameters: js.UndefOr[ParametersMap] = js.undefined\n    ): DataCatalog = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataCatalog]\n    }\n  }\n\n  \/** The summary information for the data catalog, which includes its name and type.\n    *\/\n  @js.native\n  trait DataCatalogSummary extends js.Object {\n    var CatalogName: js.UndefOr[CatalogNameString]\n    var Type: js.UndefOr[DataCatalogType]\n  }\n\n  object DataCatalogSummary {\n    @inline\n    def apply(\n        CatalogName: js.UndefOr[CatalogNameString] = js.undefined,\n        Type: js.UndefOr[DataCatalogType] = js.undefined\n    ): DataCatalogSummary = {\n      val __obj = js.Dynamic.literal()\n      CatalogName.foreach(__v => __obj.updateDynamic(\"CatalogName\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataCatalogSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DataCatalogType extends js.Any\n  object DataCatalogType {\n    val LAMBDA = \"LAMBDA\".asInstanceOf[DataCatalogType]\n    val GLUE = \"GLUE\".asInstanceOf[DataCatalogType]\n    val HIVE = \"HIVE\".asInstanceOf[DataCatalogType]\n\n    @inline def values = js.Array(LAMBDA, GLUE, HIVE)\n  }\n\n  \/** Contains metadata information for a database in a data catalog.\n    *\/\n  @js.native\n  trait Database extends js.Object {\n    var Name: NameString\n    var Description: js.UndefOr[DescriptionString]\n    var Parameters: js.UndefOr[ParametersMap]\n  }\n\n  object Database {\n    @inline\n    def apply(\n        Name: NameString,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Parameters: js.UndefOr[ParametersMap] = js.undefined\n    ): Database = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Database]\n    }\n  }\n\n  \/** A piece of data (a field in the table).\n    *\/\n  @js.native\n  trait Datum extends js.Object {\n    var VarCharValue: js.UndefOr[datumString]\n  }\n\n  object Datum {\n    @inline\n    def apply(\n        VarCharValue: js.UndefOr[datumString] = js.undefined\n    ): Datum = {\n      val __obj = js.Dynamic.literal()\n      VarCharValue.foreach(__v => __obj.updateDynamic(\"VarCharValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Datum]\n    }\n  }\n\n  @js.native\n  trait DeleteDataCatalogInput extends js.Object {\n    var Name: CatalogNameString\n  }\n\n  object DeleteDataCatalogInput {\n    @inline\n    def apply(\n        Name: CatalogNameString\n    ): DeleteDataCatalogInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDataCatalogInput]\n    }\n  }\n\n  @js.native\n  trait DeleteDataCatalogOutput extends js.Object\n\n  object DeleteDataCatalogOutput {\n    @inline\n    def apply(): DeleteDataCatalogOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDataCatalogOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteNamedQueryInput extends js.Object {\n    var NamedQueryId: NamedQueryId\n  }\n\n  object DeleteNamedQueryInput {\n    @inline\n    def apply(\n        NamedQueryId: NamedQueryId\n    ): DeleteNamedQueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"NamedQueryId\" -> NamedQueryId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteNamedQueryInput]\n    }\n  }\n\n  @js.native\n  trait DeleteNamedQueryOutput extends js.Object\n\n  object DeleteNamedQueryOutput {\n    @inline\n    def apply(): DeleteNamedQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteNamedQueryOutput]\n    }\n  }\n\n  @js.native\n  trait DeletePreparedStatementInput extends js.Object {\n    var StatementName: StatementName\n    var WorkGroup: WorkGroupName\n  }\n\n  object DeletePreparedStatementInput {\n    @inline\n    def apply(\n        StatementName: StatementName,\n        WorkGroup: WorkGroupName\n    ): DeletePreparedStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"StatementName\" -> StatementName.asInstanceOf[js.Any],\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePreparedStatementInput]\n    }\n  }\n\n  @js.native\n  trait DeletePreparedStatementOutput extends js.Object\n\n  object DeletePreparedStatementOutput {\n    @inline\n    def apply(): DeletePreparedStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeletePreparedStatementOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkGroupInput extends js.Object {\n    var WorkGroup: WorkGroupName\n    var RecursiveDeleteOption: js.UndefOr[BoxedBoolean]\n  }\n\n  object DeleteWorkGroupInput {\n    @inline\n    def apply(\n        WorkGroup: WorkGroupName,\n        RecursiveDeleteOption: js.UndefOr[BoxedBoolean] = js.undefined\n    ): DeleteWorkGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n\n      RecursiveDeleteOption.foreach(__v => __obj.updateDynamic(\"RecursiveDeleteOption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteWorkGroupInput]\n    }\n  }\n\n  @js.native\n  trait DeleteWorkGroupOutput extends js.Object\n\n  object DeleteWorkGroupOutput {\n    @inline\n    def apply(): DeleteWorkGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteWorkGroupOutput]\n    }\n  }\n\n  \/** If query results are encrypted in Amazon S3, indicates the encryption option used (for example, <code>SSE-KMS<\/code> or <code>CSE-KMS<\/code>) and key information.\n    *\/\n  @js.native\n  trait EncryptionConfiguration extends js.Object {\n    var EncryptionOption: EncryptionOption\n    var KmsKey: js.UndefOr[String]\n  }\n\n  object EncryptionConfiguration {\n    @inline\n    def apply(\n        EncryptionOption: EncryptionOption,\n        KmsKey: js.UndefOr[String] = js.undefined\n    ): EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionOption\" -> EncryptionOption.asInstanceOf[js.Any]\n      )\n\n      KmsKey.foreach(__v => __obj.updateDynamic(\"KmsKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait EncryptionOption extends js.Any\n  object EncryptionOption {\n    val SSE_S3 = \"SSE_S3\".asInstanceOf[EncryptionOption]\n    val SSE_KMS = \"SSE_KMS\".asInstanceOf[EncryptionOption]\n    val CSE_KMS = \"CSE_KMS\".asInstanceOf[EncryptionOption]\n\n    @inline def values = js.Array(SSE_S3, SSE_KMS, CSE_KMS)\n  }\n\n  \/** The Athena engine version for running queries.\n    *\/\n  @js.native\n  trait EngineVersion extends js.Object {\n    var EffectiveEngineVersion: js.UndefOr[NameString]\n    var SelectedEngineVersion: js.UndefOr[NameString]\n  }\n\n  object EngineVersion {\n    @inline\n    def apply(\n        EffectiveEngineVersion: js.UndefOr[NameString] = js.undefined,\n        SelectedEngineVersion: js.UndefOr[NameString] = js.undefined\n    ): EngineVersion = {\n      val __obj = js.Dynamic.literal()\n      EffectiveEngineVersion.foreach(__v => __obj.updateDynamic(\"EffectiveEngineVersion\")(__v.asInstanceOf[js.Any]))\n      SelectedEngineVersion.foreach(__v => __obj.updateDynamic(\"SelectedEngineVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EngineVersion]\n    }\n  }\n\n  @js.native\n  trait GetDataCatalogInput extends js.Object {\n    var Name: CatalogNameString\n  }\n\n  object GetDataCatalogInput {\n    @inline\n    def apply(\n        Name: CatalogNameString\n    ): GetDataCatalogInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDataCatalogInput]\n    }\n  }\n\n  @js.native\n  trait GetDataCatalogOutput extends js.Object {\n    var DataCatalog: js.UndefOr[DataCatalog]\n  }\n\n  object GetDataCatalogOutput {\n    @inline\n    def apply(\n        DataCatalog: js.UndefOr[DataCatalog] = js.undefined\n    ): GetDataCatalogOutput = {\n      val __obj = js.Dynamic.literal()\n      DataCatalog.foreach(__v => __obj.updateDynamic(\"DataCatalog\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDataCatalogOutput]\n    }\n  }\n\n  @js.native\n  trait GetDatabaseInput extends js.Object {\n    var CatalogName: CatalogNameString\n    var DatabaseName: NameString\n  }\n\n  object GetDatabaseInput {\n    @inline\n    def apply(\n        CatalogName: CatalogNameString,\n        DatabaseName: NameString\n    ): GetDatabaseInput = {\n      val __obj = js.Dynamic.literal(\n        \"CatalogName\" -> CatalogName.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDatabaseInput]\n    }\n  }\n\n  @js.native\n  trait GetDatabaseOutput extends js.Object {\n    var Database: js.UndefOr[Database]\n  }\n\n  object GetDatabaseOutput {\n    @inline\n    def apply(\n        Database: js.UndefOr[Database] = js.undefined\n    ): GetDatabaseOutput = {\n      val __obj = js.Dynamic.literal()\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDatabaseOutput]\n    }\n  }\n\n  @js.native\n  trait GetNamedQueryInput extends js.Object {\n    var NamedQueryId: NamedQueryId\n  }\n\n  object GetNamedQueryInput {\n    @inline\n    def apply(\n        NamedQueryId: NamedQueryId\n    ): GetNamedQueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"NamedQueryId\" -> NamedQueryId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetNamedQueryInput]\n    }\n  }\n\n  @js.native\n  trait GetNamedQueryOutput extends js.Object {\n    var NamedQuery: js.UndefOr[NamedQuery]\n  }\n\n  object GetNamedQueryOutput {\n    @inline\n    def apply(\n        NamedQuery: js.UndefOr[NamedQuery] = js.undefined\n    ): GetNamedQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      NamedQuery.foreach(__v => __obj.updateDynamic(\"NamedQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetNamedQueryOutput]\n    }\n  }\n\n  @js.native\n  trait GetPreparedStatementInput extends js.Object {\n    var StatementName: StatementName\n    var WorkGroup: WorkGroupName\n  }\n\n  object GetPreparedStatementInput {\n    @inline\n    def apply(\n        StatementName: StatementName,\n        WorkGroup: WorkGroupName\n    ): GetPreparedStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"StatementName\" -> StatementName.asInstanceOf[js.Any],\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPreparedStatementInput]\n    }\n  }\n\n  @js.native\n  trait GetPreparedStatementOutput extends js.Object {\n    var PreparedStatement: js.UndefOr[PreparedStatement]\n  }\n\n  object GetPreparedStatementOutput {\n    @inline\n    def apply(\n        PreparedStatement: js.UndefOr[PreparedStatement] = js.undefined\n    ): GetPreparedStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      PreparedStatement.foreach(__v => __obj.updateDynamic(\"PreparedStatement\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPreparedStatementOutput]\n    }\n  }\n\n  @js.native\n  trait GetQueryExecutionInput extends js.Object {\n    var QueryExecutionId: QueryExecutionId\n  }\n\n  object GetQueryExecutionInput {\n    @inline\n    def apply(\n        QueryExecutionId: QueryExecutionId\n    ): GetQueryExecutionInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryExecutionId\" -> QueryExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetQueryExecutionInput]\n    }\n  }\n\n  @js.native\n  trait GetQueryExecutionOutput extends js.Object {\n    var QueryExecution: js.UndefOr[QueryExecution]\n  }\n\n  object GetQueryExecutionOutput {\n    @inline\n    def apply(\n        QueryExecution: js.UndefOr[QueryExecution] = js.undefined\n    ): GetQueryExecutionOutput = {\n      val __obj = js.Dynamic.literal()\n      QueryExecution.foreach(__v => __obj.updateDynamic(\"QueryExecution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQueryExecutionOutput]\n    }\n  }\n\n  @js.native\n  trait GetQueryResultsInput extends js.Object {\n    var QueryExecutionId: QueryExecutionId\n    var MaxResults: js.UndefOr[MaxQueryResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object GetQueryResultsInput {\n    @inline\n    def apply(\n        QueryExecutionId: QueryExecutionId,\n        MaxResults: js.UndefOr[MaxQueryResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): GetQueryResultsInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryExecutionId\" -> QueryExecutionId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQueryResultsInput]\n    }\n  }\n\n  @js.native\n  trait GetQueryResultsOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var ResultSet: js.UndefOr[ResultSet]\n    var UpdateCount: js.UndefOr[Double]\n  }\n\n  object GetQueryResultsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        ResultSet: js.UndefOr[ResultSet] = js.undefined,\n        UpdateCount: js.UndefOr[Double] = js.undefined\n    ): GetQueryResultsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResultSet.foreach(__v => __obj.updateDynamic(\"ResultSet\")(__v.asInstanceOf[js.Any]))\n      UpdateCount.foreach(__v => __obj.updateDynamic(\"UpdateCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetQueryResultsOutput]\n    }\n  }\n\n  @js.native\n  trait GetTableMetadataInput extends js.Object {\n    var CatalogName: CatalogNameString\n    var DatabaseName: NameString\n    var TableName: NameString\n  }\n\n  object GetTableMetadataInput {\n    @inline\n    def apply(\n        CatalogName: CatalogNameString,\n        DatabaseName: NameString,\n        TableName: NameString\n    ): GetTableMetadataInput = {\n      val __obj = js.Dynamic.literal(\n        \"CatalogName\" -> CatalogName.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any],\n        \"TableName\" -> TableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTableMetadataInput]\n    }\n  }\n\n  @js.native\n  trait GetTableMetadataOutput extends js.Object {\n    var TableMetadata: js.UndefOr[TableMetadata]\n  }\n\n  object GetTableMetadataOutput {\n    @inline\n    def apply(\n        TableMetadata: js.UndefOr[TableMetadata] = js.undefined\n    ): GetTableMetadataOutput = {\n      val __obj = js.Dynamic.literal()\n      TableMetadata.foreach(__v => __obj.updateDynamic(\"TableMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTableMetadataOutput]\n    }\n  }\n\n  @js.native\n  trait GetWorkGroupInput extends js.Object {\n    var WorkGroup: WorkGroupName\n  }\n\n  object GetWorkGroupInput {\n    @inline\n    def apply(\n        WorkGroup: WorkGroupName\n    ): GetWorkGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetWorkGroupInput]\n    }\n  }\n\n  @js.native\n  trait GetWorkGroupOutput extends js.Object {\n    var WorkGroup: js.UndefOr[WorkGroup]\n  }\n\n  object GetWorkGroupOutput {\n    @inline\n    def apply(\n        WorkGroup: js.UndefOr[WorkGroup] = js.undefined\n    ): GetWorkGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetWorkGroupOutput]\n    }\n  }\n\n  @js.native\n  trait ListDataCatalogsInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxDataCatalogsCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDataCatalogsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxDataCatalogsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDataCatalogsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataCatalogsInput]\n    }\n  }\n\n  @js.native\n  trait ListDataCatalogsOutput extends js.Object {\n    var DataCatalogsSummary: js.UndefOr[DataCatalogSummaryList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDataCatalogsOutput {\n    @inline\n    def apply(\n        DataCatalogsSummary: js.UndefOr[DataCatalogSummaryList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDataCatalogsOutput = {\n      val __obj = js.Dynamic.literal()\n      DataCatalogsSummary.foreach(__v => __obj.updateDynamic(\"DataCatalogsSummary\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDataCatalogsOutput]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesInput extends js.Object {\n    var CatalogName: CatalogNameString\n    var MaxResults: js.UndefOr[MaxDatabasesCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDatabasesInput {\n    @inline\n    def apply(\n        CatalogName: CatalogNameString,\n        MaxResults: js.UndefOr[MaxDatabasesCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDatabasesInput = {\n      val __obj = js.Dynamic.literal(\n        \"CatalogName\" -> CatalogName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesInput]\n    }\n  }\n\n  @js.native\n  trait ListDatabasesOutput extends js.Object {\n    var DatabaseList: js.UndefOr[DatabaseList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDatabasesOutput {\n    @inline\n    def apply(\n        DatabaseList: js.UndefOr[DatabaseList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDatabasesOutput = {\n      val __obj = js.Dynamic.literal()\n      DatabaseList.foreach(__v => __obj.updateDynamic(\"DatabaseList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatabasesOutput]\n    }\n  }\n\n  @js.native\n  trait ListEngineVersionsInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxEngineVersionsCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListEngineVersionsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxEngineVersionsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListEngineVersionsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEngineVersionsInput]\n    }\n  }\n\n  @js.native\n  trait ListEngineVersionsOutput extends js.Object {\n    var EngineVersions: js.UndefOr[EngineVersionsList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListEngineVersionsOutput {\n    @inline\n    def apply(\n        EngineVersions: js.UndefOr[EngineVersionsList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListEngineVersionsOutput = {\n      val __obj = js.Dynamic.literal()\n      EngineVersions.foreach(__v => __obj.updateDynamic(\"EngineVersions\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEngineVersionsOutput]\n    }\n  }\n\n  @js.native\n  trait ListNamedQueriesInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxNamedQueriesCount]\n    var NextToken: js.UndefOr[Token]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object ListNamedQueriesInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxNamedQueriesCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): ListNamedQueriesInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamedQueriesInput]\n    }\n  }\n\n  @js.native\n  trait ListNamedQueriesOutput extends js.Object {\n    var NamedQueryIds: js.UndefOr[NamedQueryIdList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListNamedQueriesOutput {\n    @inline\n    def apply(\n        NamedQueryIds: js.UndefOr[NamedQueryIdList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListNamedQueriesOutput = {\n      val __obj = js.Dynamic.literal()\n      NamedQueryIds.foreach(__v => __obj.updateDynamic(\"NamedQueryIds\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNamedQueriesOutput]\n    }\n  }\n\n  @js.native\n  trait ListPreparedStatementsInput extends js.Object {\n    var WorkGroup: WorkGroupName\n    var MaxResults: js.UndefOr[MaxPreparedStatementsCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListPreparedStatementsInput {\n    @inline\n    def apply(\n        WorkGroup: WorkGroupName,\n        MaxResults: js.UndefOr[MaxPreparedStatementsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListPreparedStatementsInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPreparedStatementsInput]\n    }\n  }\n\n  @js.native\n  trait ListPreparedStatementsOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var PreparedStatements: js.UndefOr[PreparedStatementsList]\n  }\n\n  object ListPreparedStatementsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        PreparedStatements: js.UndefOr[PreparedStatementsList] = js.undefined\n    ): ListPreparedStatementsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PreparedStatements.foreach(__v => __obj.updateDynamic(\"PreparedStatements\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPreparedStatementsOutput]\n    }\n  }\n\n  @js.native\n  trait ListQueryExecutionsInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxQueryExecutionsCount]\n    var NextToken: js.UndefOr[Token]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object ListQueryExecutionsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxQueryExecutionsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): ListQueryExecutionsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQueryExecutionsInput]\n    }\n  }\n\n  @js.native\n  trait ListQueryExecutionsOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var QueryExecutionIds: js.UndefOr[QueryExecutionIdList]\n  }\n\n  object ListQueryExecutionsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        QueryExecutionIds: js.UndefOr[QueryExecutionIdList] = js.undefined\n    ): ListQueryExecutionsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      QueryExecutionIds.foreach(__v => __obj.updateDynamic(\"QueryExecutionIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListQueryExecutionsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTableMetadataInput extends js.Object {\n    var CatalogName: CatalogNameString\n    var DatabaseName: NameString\n    var Expression: js.UndefOr[ExpressionString]\n    var MaxResults: js.UndefOr[MaxTableMetadataCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListTableMetadataInput {\n    @inline\n    def apply(\n        CatalogName: CatalogNameString,\n        DatabaseName: NameString,\n        Expression: js.UndefOr[ExpressionString] = js.undefined,\n        MaxResults: js.UndefOr[MaxTableMetadataCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListTableMetadataInput = {\n      val __obj = js.Dynamic.literal(\n        \"CatalogName\" -> CatalogName.asInstanceOf[js.Any],\n        \"DatabaseName\" -> DatabaseName.asInstanceOf[js.Any]\n      )\n\n      Expression.foreach(__v => __obj.updateDynamic(\"Expression\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableMetadataInput]\n    }\n  }\n\n  @js.native\n  trait ListTableMetadataOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var TableMetadataList: js.UndefOr[TableMetadataList]\n  }\n\n  object ListTableMetadataOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        TableMetadataList: js.UndefOr[TableMetadataList] = js.undefined\n    ): ListTableMetadataOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TableMetadataList.foreach(__v => __obj.updateDynamic(\"TableMetadataList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTableMetadataOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var MaxResults: js.UndefOr[MaxTagsCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        MaxResults: js.UndefOr[MaxTagsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  @js.native\n  trait ListWorkGroupsInput extends js.Object {\n    var MaxResults: js.UndefOr[MaxWorkGroupsCount]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListWorkGroupsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxWorkGroupsCount] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListWorkGroupsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkGroupsInput]\n    }\n  }\n\n  @js.native\n  trait ListWorkGroupsOutput extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var WorkGroups: js.UndefOr[WorkGroupsList]\n  }\n\n  object ListWorkGroupsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        WorkGroups: js.UndefOr[WorkGroupsList] = js.undefined\n    ): ListWorkGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      WorkGroups.foreach(__v => __obj.updateDynamic(\"WorkGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListWorkGroupsOutput]\n    }\n  }\n\n  \/** A query, where <code>QueryString<\/code> is the list of SQL query statements that comprise the query.\n    *\/\n  @js.native\n  trait NamedQuery extends js.Object {\n    var Database: DatabaseString\n    var Name: NameString\n    var QueryString: QueryString\n    var Description: js.UndefOr[DescriptionString]\n    var NamedQueryId: js.UndefOr[NamedQueryId]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object NamedQuery {\n    @inline\n    def apply(\n        Database: DatabaseString,\n        Name: NameString,\n        QueryString: QueryString,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        NamedQueryId: js.UndefOr[NamedQueryId] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): NamedQuery = {\n      val __obj = js.Dynamic.literal(\n        \"Database\" -> Database.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      NamedQueryId.foreach(__v => __obj.updateDynamic(\"NamedQueryId\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NamedQuery]\n    }\n  }\n\n  \/** A prepared SQL statement for use with Athena.\n    *\/\n  @js.native\n  trait PreparedStatement extends js.Object {\n    var Description: js.UndefOr[DescriptionString]\n    var LastModifiedTime: js.UndefOr[Date]\n    var QueryStatement: js.UndefOr[QueryString]\n    var StatementName: js.UndefOr[StatementName]\n    var WorkGroupName: js.UndefOr[WorkGroupName]\n  }\n\n  object PreparedStatement {\n    @inline\n    def apply(\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        LastModifiedTime: js.UndefOr[Date] = js.undefined,\n        QueryStatement: js.UndefOr[QueryString] = js.undefined,\n        StatementName: js.UndefOr[StatementName] = js.undefined,\n        WorkGroupName: js.UndefOr[WorkGroupName] = js.undefined\n    ): PreparedStatement = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      QueryStatement.foreach(__v => __obj.updateDynamic(\"QueryStatement\")(__v.asInstanceOf[js.Any]))\n      StatementName.foreach(__v => __obj.updateDynamic(\"StatementName\")(__v.asInstanceOf[js.Any]))\n      WorkGroupName.foreach(__v => __obj.updateDynamic(\"WorkGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PreparedStatement]\n    }\n  }\n\n  \/** The name and last modified time of the prepared statement.\n    *\/\n  @js.native\n  trait PreparedStatementSummary extends js.Object {\n    var LastModifiedTime: js.UndefOr[Date]\n    var StatementName: js.UndefOr[StatementName]\n  }\n\n  object PreparedStatementSummary {\n    @inline\n    def apply(\n        LastModifiedTime: js.UndefOr[Date] = js.undefined,\n        StatementName: js.UndefOr[StatementName] = js.undefined\n    ): PreparedStatementSummary = {\n      val __obj = js.Dynamic.literal()\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      StatementName.foreach(__v => __obj.updateDynamic(\"StatementName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PreparedStatementSummary]\n    }\n  }\n\n  \/** Information about a single instance of a query execution.\n    *\/\n  @js.native\n  trait QueryExecution extends js.Object {\n    var EngineVersion: js.UndefOr[EngineVersion]\n    var Query: js.UndefOr[QueryString]\n    var QueryExecutionContext: js.UndefOr[QueryExecutionContext]\n    var QueryExecutionId: js.UndefOr[QueryExecutionId]\n    var ResultConfiguration: js.UndefOr[ResultConfiguration]\n    var StatementType: js.UndefOr[StatementType]\n    var Statistics: js.UndefOr[QueryExecutionStatistics]\n    var Status: js.UndefOr[QueryExecutionStatus]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object QueryExecution {\n    @inline\n    def apply(\n        EngineVersion: js.UndefOr[EngineVersion] = js.undefined,\n        Query: js.UndefOr[QueryString] = js.undefined,\n        QueryExecutionContext: js.UndefOr[QueryExecutionContext] = js.undefined,\n        QueryExecutionId: js.UndefOr[QueryExecutionId] = js.undefined,\n        ResultConfiguration: js.UndefOr[ResultConfiguration] = js.undefined,\n        StatementType: js.UndefOr[StatementType] = js.undefined,\n        Statistics: js.UndefOr[QueryExecutionStatistics] = js.undefined,\n        Status: js.UndefOr[QueryExecutionStatus] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): QueryExecution = {\n      val __obj = js.Dynamic.literal()\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Query.foreach(__v => __obj.updateDynamic(\"Query\")(__v.asInstanceOf[js.Any]))\n      QueryExecutionContext.foreach(__v => __obj.updateDynamic(\"QueryExecutionContext\")(__v.asInstanceOf[js.Any]))\n      QueryExecutionId.foreach(__v => __obj.updateDynamic(\"QueryExecutionId\")(__v.asInstanceOf[js.Any]))\n      ResultConfiguration.foreach(__v => __obj.updateDynamic(\"ResultConfiguration\")(__v.asInstanceOf[js.Any]))\n      StatementType.foreach(__v => __obj.updateDynamic(\"StatementType\")(__v.asInstanceOf[js.Any]))\n      Statistics.foreach(__v => __obj.updateDynamic(\"Statistics\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryExecution]\n    }\n  }\n\n  \/** The database and data catalog context in which the query execution occurs.\n    *\/\n  @js.native\n  trait QueryExecutionContext extends js.Object {\n    var Catalog: js.UndefOr[CatalogNameString]\n    var Database: js.UndefOr[DatabaseString]\n  }\n\n  object QueryExecutionContext {\n    @inline\n    def apply(\n        Catalog: js.UndefOr[CatalogNameString] = js.undefined,\n        Database: js.UndefOr[DatabaseString] = js.undefined\n    ): QueryExecutionContext = {\n      val __obj = js.Dynamic.literal()\n      Catalog.foreach(__v => __obj.updateDynamic(\"Catalog\")(__v.asInstanceOf[js.Any]))\n      Database.foreach(__v => __obj.updateDynamic(\"Database\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryExecutionContext]\n    }\n  }\n\n  @js.native\n  sealed trait QueryExecutionState extends js.Any\n  object QueryExecutionState {\n    val QUEUED = \"QUEUED\".asInstanceOf[QueryExecutionState]\n    val RUNNING = \"RUNNING\".asInstanceOf[QueryExecutionState]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[QueryExecutionState]\n    val FAILED = \"FAILED\".asInstanceOf[QueryExecutionState]\n    val CANCELLED = \"CANCELLED\".asInstanceOf[QueryExecutionState]\n\n    @inline def values = js.Array(QUEUED, RUNNING, SUCCEEDED, FAILED, CANCELLED)\n  }\n\n  \/** The amount of data scanned during the query execution and the amount of time that it took to execute, and the type of statement that was run.\n    *\/\n  @js.native\n  trait QueryExecutionStatistics extends js.Object {\n    var DataManifestLocation: js.UndefOr[String]\n    var DataScannedInBytes: js.UndefOr[Double]\n    var EngineExecutionTimeInMillis: js.UndefOr[Double]\n    var QueryPlanningTimeInMillis: js.UndefOr[Double]\n    var QueryQueueTimeInMillis: js.UndefOr[Double]\n    var ServiceProcessingTimeInMillis: js.UndefOr[Double]\n    var TotalExecutionTimeInMillis: js.UndefOr[Double]\n  }\n\n  object QueryExecutionStatistics {\n    @inline\n    def apply(\n        DataManifestLocation: js.UndefOr[String] = js.undefined,\n        DataScannedInBytes: js.UndefOr[Double] = js.undefined,\n        EngineExecutionTimeInMillis: js.UndefOr[Double] = js.undefined,\n        QueryPlanningTimeInMillis: js.UndefOr[Double] = js.undefined,\n        QueryQueueTimeInMillis: js.UndefOr[Double] = js.undefined,\n        ServiceProcessingTimeInMillis: js.UndefOr[Double] = js.undefined,\n        TotalExecutionTimeInMillis: js.UndefOr[Double] = js.undefined\n    ): QueryExecutionStatistics = {\n      val __obj = js.Dynamic.literal()\n      DataManifestLocation.foreach(__v => __obj.updateDynamic(\"DataManifestLocation\")(__v.asInstanceOf[js.Any]))\n      DataScannedInBytes.foreach(__v => __obj.updateDynamic(\"DataScannedInBytes\")(__v.asInstanceOf[js.Any]))\n      EngineExecutionTimeInMillis.foreach(__v => __obj.updateDynamic(\"EngineExecutionTimeInMillis\")(__v.asInstanceOf[js.Any]))\n      QueryPlanningTimeInMillis.foreach(__v => __obj.updateDynamic(\"QueryPlanningTimeInMillis\")(__v.asInstanceOf[js.Any]))\n      QueryQueueTimeInMillis.foreach(__v => __obj.updateDynamic(\"QueryQueueTimeInMillis\")(__v.asInstanceOf[js.Any]))\n      ServiceProcessingTimeInMillis.foreach(__v => __obj.updateDynamic(\"ServiceProcessingTimeInMillis\")(__v.asInstanceOf[js.Any]))\n      TotalExecutionTimeInMillis.foreach(__v => __obj.updateDynamic(\"TotalExecutionTimeInMillis\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryExecutionStatistics]\n    }\n  }\n\n  \/** The completion date, current state, submission time, and state change reason (if applicable) for the query execution.\n    *\/\n  @js.native\n  trait QueryExecutionStatus extends js.Object {\n    var CompletionDateTime: js.UndefOr[Date]\n    var State: js.UndefOr[QueryExecutionState]\n    var StateChangeReason: js.UndefOr[String]\n    var SubmissionDateTime: js.UndefOr[Date]\n  }\n\n  object QueryExecutionStatus {\n    @inline\n    def apply(\n        CompletionDateTime: js.UndefOr[Date] = js.undefined,\n        State: js.UndefOr[QueryExecutionState] = js.undefined,\n        StateChangeReason: js.UndefOr[String] = js.undefined,\n        SubmissionDateTime: js.UndefOr[Date] = js.undefined\n    ): QueryExecutionStatus = {\n      val __obj = js.Dynamic.literal()\n      CompletionDateTime.foreach(__v => __obj.updateDynamic(\"CompletionDateTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateChangeReason.foreach(__v => __obj.updateDynamic(\"StateChangeReason\")(__v.asInstanceOf[js.Any]))\n      SubmissionDateTime.foreach(__v => __obj.updateDynamic(\"SubmissionDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryExecutionStatus]\n    }\n  }\n\n  \/** The location in Amazon S3 where query results are stored and the encryption option, if any, used for query results. These are known as \"client-side settings\". If workgroup settings override client-side settings, then the query uses the workgroup settings.\n    *\/\n  @js.native\n  trait ResultConfiguration extends js.Object {\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var OutputLocation: js.UndefOr[String]\n  }\n\n  object ResultConfiguration {\n    @inline\n    def apply(\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        OutputLocation: js.UndefOr[String] = js.undefined\n    ): ResultConfiguration = {\n      val __obj = js.Dynamic.literal()\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultConfiguration]\n    }\n  }\n\n  \/** The information about the updates in the query results, such as output location and encryption configuration for the query results.\n    *\/\n  @js.native\n  trait ResultConfigurationUpdates extends js.Object {\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var OutputLocation: js.UndefOr[String]\n    var RemoveEncryptionConfiguration: js.UndefOr[BoxedBoolean]\n    var RemoveOutputLocation: js.UndefOr[BoxedBoolean]\n  }\n\n  object ResultConfigurationUpdates {\n    @inline\n    def apply(\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        OutputLocation: js.UndefOr[String] = js.undefined,\n        RemoveEncryptionConfiguration: js.UndefOr[BoxedBoolean] = js.undefined,\n        RemoveOutputLocation: js.UndefOr[BoxedBoolean] = js.undefined\n    ): ResultConfigurationUpdates = {\n      val __obj = js.Dynamic.literal()\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      OutputLocation.foreach(__v => __obj.updateDynamic(\"OutputLocation\")(__v.asInstanceOf[js.Any]))\n      RemoveEncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"RemoveEncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      RemoveOutputLocation.foreach(__v => __obj.updateDynamic(\"RemoveOutputLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultConfigurationUpdates]\n    }\n  }\n\n  \/** The metadata and rows that comprise a query result set. The metadata describes the column structure and data types. To return a <code>ResultSet<\/code> object, use <a>GetQueryResults<\/a>.\n    *\/\n  @js.native\n  trait ResultSet extends js.Object {\n    var ResultSetMetadata: js.UndefOr[ResultSetMetadata]\n    var Rows: js.UndefOr[RowList]\n  }\n\n  object ResultSet {\n    @inline\n    def apply(\n        ResultSetMetadata: js.UndefOr[ResultSetMetadata] = js.undefined,\n        Rows: js.UndefOr[RowList] = js.undefined\n    ): ResultSet = {\n      val __obj = js.Dynamic.literal()\n      ResultSetMetadata.foreach(__v => __obj.updateDynamic(\"ResultSetMetadata\")(__v.asInstanceOf[js.Any]))\n      Rows.foreach(__v => __obj.updateDynamic(\"Rows\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultSet]\n    }\n  }\n\n  \/** The metadata that describes the column structure and data types of a table of query results. To return a <code>ResultSetMetadata<\/code> object, use <a>GetQueryResults<\/a>.\n    *\/\n  @js.native\n  trait ResultSetMetadata extends js.Object {\n    var ColumnInfo: js.UndefOr[ColumnInfoList]\n  }\n\n  object ResultSetMetadata {\n    @inline\n    def apply(\n        ColumnInfo: js.UndefOr[ColumnInfoList] = js.undefined\n    ): ResultSetMetadata = {\n      val __obj = js.Dynamic.literal()\n      ColumnInfo.foreach(__v => __obj.updateDynamic(\"ColumnInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResultSetMetadata]\n    }\n  }\n\n  \/** The rows that comprise a query result table.\n    *\/\n  @js.native\n  trait Row extends js.Object {\n    var Data: js.UndefOr[datumList]\n  }\n\n  object Row {\n    @inline\n    def apply(\n        Data: js.UndefOr[datumList] = js.undefined\n    ): Row = {\n      val __obj = js.Dynamic.literal()\n      Data.foreach(__v => __obj.updateDynamic(\"Data\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Row]\n    }\n  }\n\n  @js.native\n  trait StartQueryExecutionInput extends js.Object {\n    var QueryString: QueryString\n    var ClientRequestToken: js.UndefOr[IdempotencyToken]\n    var QueryExecutionContext: js.UndefOr[QueryExecutionContext]\n    var ResultConfiguration: js.UndefOr[ResultConfiguration]\n    var WorkGroup: js.UndefOr[WorkGroupName]\n  }\n\n  object StartQueryExecutionInput {\n    @inline\n    def apply(\n        QueryString: QueryString,\n        ClientRequestToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        QueryExecutionContext: js.UndefOr[QueryExecutionContext] = js.undefined,\n        ResultConfiguration: js.UndefOr[ResultConfiguration] = js.undefined,\n        WorkGroup: js.UndefOr[WorkGroupName] = js.undefined\n    ): StartQueryExecutionInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      QueryExecutionContext.foreach(__v => __obj.updateDynamic(\"QueryExecutionContext\")(__v.asInstanceOf[js.Any]))\n      ResultConfiguration.foreach(__v => __obj.updateDynamic(\"ResultConfiguration\")(__v.asInstanceOf[js.Any]))\n      WorkGroup.foreach(__v => __obj.updateDynamic(\"WorkGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartQueryExecutionInput]\n    }\n  }\n\n  @js.native\n  trait StartQueryExecutionOutput extends js.Object {\n    var QueryExecutionId: js.UndefOr[QueryExecutionId]\n  }\n\n  object StartQueryExecutionOutput {\n    @inline\n    def apply(\n        QueryExecutionId: js.UndefOr[QueryExecutionId] = js.undefined\n    ): StartQueryExecutionOutput = {\n      val __obj = js.Dynamic.literal()\n      QueryExecutionId.foreach(__v => __obj.updateDynamic(\"QueryExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartQueryExecutionOutput]\n    }\n  }\n\n  @js.native\n  sealed trait StatementType extends js.Any\n  object StatementType {\n    val DDL = \"DDL\".asInstanceOf[StatementType]\n    val DML = \"DML\".asInstanceOf[StatementType]\n    val UTILITY = \"UTILITY\".asInstanceOf[StatementType]\n\n    @inline def values = js.Array(DDL, DML, UTILITY)\n  }\n\n  @js.native\n  trait StopQueryExecutionInput extends js.Object {\n    var QueryExecutionId: QueryExecutionId\n  }\n\n  object StopQueryExecutionInput {\n    @inline\n    def apply(\n        QueryExecutionId: QueryExecutionId\n    ): StopQueryExecutionInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryExecutionId\" -> QueryExecutionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopQueryExecutionInput]\n    }\n  }\n\n  @js.native\n  trait StopQueryExecutionOutput extends js.Object\n\n  object StopQueryExecutionOutput {\n    @inline\n    def apply(): StopQueryExecutionOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopQueryExecutionOutput]\n    }\n  }\n\n  \/** Contains metadata for a table.\n    *\/\n  @js.native\n  trait TableMetadata extends js.Object {\n    var Name: NameString\n    var Columns: js.UndefOr[ColumnList]\n    var CreateTime: js.UndefOr[Timestamp]\n    var LastAccessTime: js.UndefOr[Timestamp]\n    var Parameters: js.UndefOr[ParametersMap]\n    var PartitionKeys: js.UndefOr[ColumnList]\n    var TableType: js.UndefOr[TableTypeString]\n  }\n\n  object TableMetadata {\n    @inline\n    def apply(\n        Name: NameString,\n        Columns: js.UndefOr[ColumnList] = js.undefined,\n        CreateTime: js.UndefOr[Timestamp] = js.undefined,\n        LastAccessTime: js.UndefOr[Timestamp] = js.undefined,\n        Parameters: js.UndefOr[ParametersMap] = js.undefined,\n        PartitionKeys: js.UndefOr[ColumnList] = js.undefined,\n        TableType: js.UndefOr[TableTypeString] = js.undefined\n    ): TableMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Columns.foreach(__v => __obj.updateDynamic(\"Columns\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      LastAccessTime.foreach(__v => __obj.updateDynamic(\"LastAccessTime\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      PartitionKeys.foreach(__v => __obj.updateDynamic(\"PartitionKeys\")(__v.asInstanceOf[js.Any]))\n      TableType.foreach(__v => __obj.updateDynamic(\"TableType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TableMetadata]\n    }\n  }\n\n  \/** A label that you assign to a resource. In Athena, a resource can be a workgroup or data catalog. Each tag consists of a key and an optional value, both of which you define. For example, you can use tags to categorize Athena workgroups or data catalogs by purpose, owner, or environment. Use a consistent set of tag keys to make it easier to search and filter workgroups or data catalogs in your account. For best practices, see [[https:\/\/aws.amazon.com\/answers\/account-management\/aws-tagging-strategies\/|Tagging Best Practices]]. Tag keys can be from 1 to 128 UTF-8 Unicode characters, and tag values can be from 0 to 256 UTF-8 Unicode characters. Tags can use letters and numbers representable in UTF-8, and the following characters: + - = . _ : \/ @. Tag keys and values are case-sensitive. Tag keys must be unique per resource. If you specify more than one tag, separate them by commas.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[TagKey]\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[TagKey] = js.undefined,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var Tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        Tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  \/** Information about a named query ID that could not be processed.\n    *\/\n  @js.native\n  trait UnprocessedNamedQueryId extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var NamedQueryId: js.UndefOr[NamedQueryId]\n  }\n\n  object UnprocessedNamedQueryId {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        NamedQueryId: js.UndefOr[NamedQueryId] = js.undefined\n    ): UnprocessedNamedQueryId = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      NamedQueryId.foreach(__v => __obj.updateDynamic(\"NamedQueryId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedNamedQueryId]\n    }\n  }\n\n  \/** Describes a query execution that failed to process.\n    *\/\n  @js.native\n  trait UnprocessedQueryExecutionId extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var QueryExecutionId: js.UndefOr[QueryExecutionId]\n  }\n\n  object UnprocessedQueryExecutionId {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        QueryExecutionId: js.UndefOr[QueryExecutionId] = js.undefined\n    ): UnprocessedQueryExecutionId = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      QueryExecutionId.foreach(__v => __obj.updateDynamic(\"QueryExecutionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedQueryExecutionId]\n    }\n  }\n\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var ResourceARN: AmazonResourceName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        ResourceARN: AmazonResourceName,\n        TagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateDataCatalogInput extends js.Object {\n    var Name: CatalogNameString\n    var Type: DataCatalogType\n    var Description: js.UndefOr[DescriptionString]\n    var Parameters: js.UndefOr[ParametersMap]\n  }\n\n  object UpdateDataCatalogInput {\n    @inline\n    def apply(\n        Name: CatalogNameString,\n        Type: DataCatalogType,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Parameters: js.UndefOr[ParametersMap] = js.undefined\n    ): UpdateDataCatalogInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDataCatalogInput]\n    }\n  }\n\n  @js.native\n  trait UpdateDataCatalogOutput extends js.Object\n\n  object UpdateDataCatalogOutput {\n    @inline\n    def apply(): UpdateDataCatalogOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateDataCatalogOutput]\n    }\n  }\n\n  @js.native\n  trait UpdatePreparedStatementInput extends js.Object {\n    var QueryStatement: QueryString\n    var StatementName: StatementName\n    var WorkGroup: WorkGroupName\n    var Description: js.UndefOr[DescriptionString]\n  }\n\n  object UpdatePreparedStatementInput {\n    @inline\n    def apply(\n        QueryStatement: QueryString,\n        StatementName: StatementName,\n        WorkGroup: WorkGroupName,\n        Description: js.UndefOr[DescriptionString] = js.undefined\n    ): UpdatePreparedStatementInput = {\n      val __obj = js.Dynamic.literal(\n        \"QueryStatement\" -> QueryStatement.asInstanceOf[js.Any],\n        \"StatementName\" -> StatementName.asInstanceOf[js.Any],\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePreparedStatementInput]\n    }\n  }\n\n  @js.native\n  trait UpdatePreparedStatementOutput extends js.Object\n\n  object UpdatePreparedStatementOutput {\n    @inline\n    def apply(): UpdatePreparedStatementOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdatePreparedStatementOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkGroupInput extends js.Object {\n    var WorkGroup: WorkGroupName\n    var ConfigurationUpdates: js.UndefOr[WorkGroupConfigurationUpdates]\n    var Description: js.UndefOr[WorkGroupDescriptionString]\n    var State: js.UndefOr[WorkGroupState]\n  }\n\n  object UpdateWorkGroupInput {\n    @inline\n    def apply(\n        WorkGroup: WorkGroupName,\n        ConfigurationUpdates: js.UndefOr[WorkGroupConfigurationUpdates] = js.undefined,\n        Description: js.UndefOr[WorkGroupDescriptionString] = js.undefined,\n        State: js.UndefOr[WorkGroupState] = js.undefined\n    ): UpdateWorkGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"WorkGroup\" -> WorkGroup.asInstanceOf[js.Any]\n      )\n\n      ConfigurationUpdates.foreach(__v => __obj.updateDynamic(\"ConfigurationUpdates\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateWorkGroupInput]\n    }\n  }\n\n  @js.native\n  trait UpdateWorkGroupOutput extends js.Object\n\n  object UpdateWorkGroupOutput {\n    @inline\n    def apply(): UpdateWorkGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateWorkGroupOutput]\n    }\n  }\n\n  \/** A workgroup, which contains a name, description, creation time, state, and other configuration, listed under Configuration. Each workgroup enables you to isolate queries for you or your group of users from other queries in the same account, to configure the query results location and the encryption configuration (known as workgroup settings), to enable sending query metrics to Amazon CloudWatch, and to establish per-query data usage control limits for all queries in a workgroup. The workgroup settings override is specified in EnforceWorkGroupConfiguration (true\/false) in the WorkGroupConfiguration. See [[WorkGroupConfiguration.EnforceWorkGroupConfiguration]].\n    *\/\n  @js.native\n  trait WorkGroup extends js.Object {\n    var Name: WorkGroupName\n    var Configuration: js.UndefOr[WorkGroupConfiguration]\n    var CreationTime: js.UndefOr[Date]\n    var Description: js.UndefOr[WorkGroupDescriptionString]\n    var State: js.UndefOr[WorkGroupState]\n  }\n\n  object WorkGroup {\n    @inline\n    def apply(\n        Name: WorkGroupName,\n        Configuration: js.UndefOr[WorkGroupConfiguration] = js.undefined,\n        CreationTime: js.UndefOr[Date] = js.undefined,\n        Description: js.UndefOr[WorkGroupDescriptionString] = js.undefined,\n        State: js.UndefOr[WorkGroupState] = js.undefined\n    ): WorkGroup = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkGroup]\n    }\n  }\n\n  \/** The configuration of the workgroup, which includes the location in Amazon S3 where query results are stored, the encryption option, if any, used for query results, whether the Amazon CloudWatch Metrics are enabled for the workgroup and whether workgroup settings override query settings, and the data usage limits for the amount of data scanned per query or per workgroup. The workgroup settings override is specified in EnforceWorkGroupConfiguration (true\/false) in the WorkGroupConfiguration. See EnforceWorkGroupConfiguration.\n    *\/\n  @js.native\n  trait WorkGroupConfiguration extends js.Object {\n    var BytesScannedCutoffPerQuery: js.UndefOr[BytesScannedCutoffValue]\n    var EnforceWorkGroupConfiguration: js.UndefOr[BoxedBoolean]\n    var EngineVersion: js.UndefOr[EngineVersion]\n    var PublishCloudWatchMetricsEnabled: js.UndefOr[BoxedBoolean]\n    var RequesterPaysEnabled: js.UndefOr[BoxedBoolean]\n    var ResultConfiguration: js.UndefOr[ResultConfiguration]\n  }\n\n  object WorkGroupConfiguration {\n    @inline\n    def apply(\n        BytesScannedCutoffPerQuery: js.UndefOr[BytesScannedCutoffValue] = js.undefined,\n        EnforceWorkGroupConfiguration: js.UndefOr[BoxedBoolean] = js.undefined,\n        EngineVersion: js.UndefOr[EngineVersion] = js.undefined,\n        PublishCloudWatchMetricsEnabled: js.UndefOr[BoxedBoolean] = js.undefined,\n        RequesterPaysEnabled: js.UndefOr[BoxedBoolean] = js.undefined,\n        ResultConfiguration: js.UndefOr[ResultConfiguration] = js.undefined\n    ): WorkGroupConfiguration = {\n      val __obj = js.Dynamic.literal()\n      BytesScannedCutoffPerQuery.foreach(__v => __obj.updateDynamic(\"BytesScannedCutoffPerQuery\")(__v.asInstanceOf[js.Any]))\n      EnforceWorkGroupConfiguration.foreach(__v => __obj.updateDynamic(\"EnforceWorkGroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      PublishCloudWatchMetricsEnabled.foreach(__v => __obj.updateDynamic(\"PublishCloudWatchMetricsEnabled\")(__v.asInstanceOf[js.Any]))\n      RequesterPaysEnabled.foreach(__v => __obj.updateDynamic(\"RequesterPaysEnabled\")(__v.asInstanceOf[js.Any]))\n      ResultConfiguration.foreach(__v => __obj.updateDynamic(\"ResultConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkGroupConfiguration]\n    }\n  }\n\n  \/** The configuration information that will be updated for this workgroup, which includes the location in Amazon S3 where query results are stored, the encryption option, if any, used for query results, whether the Amazon CloudWatch Metrics are enabled for the workgroup, whether the workgroup settings override the client-side settings, and the data usage limit for the amount of bytes scanned per query, if it is specified.\n    *\/\n  @js.native\n  trait WorkGroupConfigurationUpdates extends js.Object {\n    var BytesScannedCutoffPerQuery: js.UndefOr[BytesScannedCutoffValue]\n    var EnforceWorkGroupConfiguration: js.UndefOr[BoxedBoolean]\n    var EngineVersion: js.UndefOr[EngineVersion]\n    var PublishCloudWatchMetricsEnabled: js.UndefOr[BoxedBoolean]\n    var RemoveBytesScannedCutoffPerQuery: js.UndefOr[BoxedBoolean]\n    var RequesterPaysEnabled: js.UndefOr[BoxedBoolean]\n    var ResultConfigurationUpdates: js.UndefOr[ResultConfigurationUpdates]\n  }\n\n  object WorkGroupConfigurationUpdates {\n    @inline\n    def apply(\n        BytesScannedCutoffPerQuery: js.UndefOr[BytesScannedCutoffValue] = js.undefined,\n        EnforceWorkGroupConfiguration: js.UndefOr[BoxedBoolean] = js.undefined,\n        EngineVersion: js.UndefOr[EngineVersion] = js.undefined,\n        PublishCloudWatchMetricsEnabled: js.UndefOr[BoxedBoolean] = js.undefined,\n        RemoveBytesScannedCutoffPerQuery: js.UndefOr[BoxedBoolean] = js.undefined,\n        RequesterPaysEnabled: js.UndefOr[BoxedBoolean] = js.undefined,\n        ResultConfigurationUpdates: js.UndefOr[ResultConfigurationUpdates] = js.undefined\n    ): WorkGroupConfigurationUpdates = {\n      val __obj = js.Dynamic.literal()\n      BytesScannedCutoffPerQuery.foreach(__v => __obj.updateDynamic(\"BytesScannedCutoffPerQuery\")(__v.asInstanceOf[js.Any]))\n      EnforceWorkGroupConfiguration.foreach(__v => __obj.updateDynamic(\"EnforceWorkGroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      PublishCloudWatchMetricsEnabled.foreach(__v => __obj.updateDynamic(\"PublishCloudWatchMetricsEnabled\")(__v.asInstanceOf[js.Any]))\n      RemoveBytesScannedCutoffPerQuery.foreach(__v => __obj.updateDynamic(\"RemoveBytesScannedCutoffPerQuery\")(__v.asInstanceOf[js.Any]))\n      RequesterPaysEnabled.foreach(__v => __obj.updateDynamic(\"RequesterPaysEnabled\")(__v.asInstanceOf[js.Any]))\n      ResultConfigurationUpdates.foreach(__v => __obj.updateDynamic(\"ResultConfigurationUpdates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkGroupConfigurationUpdates]\n    }\n  }\n\n  @js.native\n  sealed trait WorkGroupState extends js.Any\n  object WorkGroupState {\n    val ENABLED = \"ENABLED\".asInstanceOf[WorkGroupState]\n    val DISABLED = \"DISABLED\".asInstanceOf[WorkGroupState]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  \/** The summary information for the workgroup, which includes its name, state, description, and the date and time it was created.\n    *\/\n  @js.native\n  trait WorkGroupSummary extends js.Object {\n    var CreationTime: js.UndefOr[Date]\n    var Description: js.UndefOr[WorkGroupDescriptionString]\n    var EngineVersion: js.UndefOr[EngineVersion]\n    var Name: js.UndefOr[WorkGroupName]\n    var State: js.UndefOr[WorkGroupState]\n  }\n\n  object WorkGroupSummary {\n    @inline\n    def apply(\n        CreationTime: js.UndefOr[Date] = js.undefined,\n        Description: js.UndefOr[WorkGroupDescriptionString] = js.undefined,\n        EngineVersion: js.UndefOr[EngineVersion] = js.undefined,\n        Name: js.UndefOr[WorkGroupName] = js.undefined,\n        State: js.UndefOr[WorkGroupState] = js.undefined\n    ): WorkGroupSummary = {\n      val __obj = js.Dynamic.literal()\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkGroupSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dynamodb\/src\/test\/scala\/facade\/amazonaws\/services\/DynamoDBConverterTest.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport facade.amazonaws.services.dynamodb.AttributeValue\nimport facade.amazonaws.services.dynamodb.DynamoDBConverter\nimport facade.amazonaws.services.dynamodb.DynamoDBConverterOptions\nimport net.exoego.scalajs.scalatest.structural._\nimport org.scalatest.funsuite.AnyFunSuite\n\nimport scala.scalajs.js\n\nclass DynamoDBConverterTest extends AnyFunSuite {\n  test(\"input\") {\n    assert(DynamoDBConverter.input(\"foo\") === AttributeValue.S(\"foo\"))\n    assert(DynamoDBConverter.input(js.Dictionary(\n      \"a\" -> 42,\n      \"b\" -> true\n    )) === AttributeValue.M(js.Dictionary[AttributeValue](\n      \"a\" -> AttributeValue.NFromInt(42),\n      \"b\" -> AttributeValue.BOOL(true)\n    )))\n  }\n\n  test(\"output\") {\n    assert(DynamoDBConverter.output(AttributeValue.S(\"foo\")) === \"foo\")\n    assert(DynamoDBConverter.output(AttributeValue.M(js.Dictionary[AttributeValue](\n      \"a\" -> AttributeValue.NFromInt(42),\n      \"b\" -> AttributeValue.BOOL(true)\n    ))).asInstanceOf[js.Object] === js.Dictionary(\n      \"a\" -> 42,\n      \"b\" -> true\n    ))\n  }\n\n  test(\"marshall\") {\n    assert(DynamoDBConverter.marshall(js.Dictionary[js.Any](\n      \"a\" -> 42,\n      \"b\" -> true\n    ).asInstanceOf[js.Object]).asInstanceOf[js.Object] === js.Dictionary[AttributeValue](\n      \"a\" -> AttributeValue.NFromInt(42),\n      \"b\" -> AttributeValue.BOOL(true)\n    ).asInstanceOf[js.Object])\n  }\n\n  test(\"unmarshall\") {\n    assert(DynamoDBConverter.unmarshall(js.Dictionary[AttributeValue](\n      \"a\" -> AttributeValue.NFromInt(42),\n      \"b\" -> AttributeValue.BOOL(true)\n    )) === js.Dictionary[js.Any](\n      \"a\" -> 42,\n      \"b\" -> true\n    ).asInstanceOf[js.Object])\n  }\n\n  test(\"ConverterOptions: convertEmptyValues\") {\n    assert(DynamoDBConverter.input(\"\") === AttributeValue.S(\"\"))\n    assert(DynamoDBConverter.input(\"\", DynamoDBConverterOptions(convertEmptyValues = true)) === AttributeValue.NULL(true))\n  }\n\n  test(\"ConverterOptions: wrapNumbers\") {\n    trait NumberValue extends js.Object {\n      var wrapperName: String\n      var value: String\n    }\n\n    val source = AttributeValue.NFromInt(42)\n    assert(DynamoDBConverter.output(source) === 42)\n    val wrapped = DynamoDBConverter.output(source, DynamoDBConverterOptions(wrapNumbers = true)).asInstanceOf[NumberValue]\n    assert(wrapped.wrapperName === \"NumberValue\")\n    assert(wrapped.value === \"42\")\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dynamodbstreams\/src\/main\/scala\/facade\/amazonaws\/services\/DynamoDBStreams.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object dynamodbstreams {\n  type AttributeMap = js.Dictionary[AttributeValue]\n  type AttributeName = String\n  type BinaryAttributeValue = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type BinarySetAttributeValue = js.Array[BinaryAttributeValue]\n  type BooleanAttributeValue = Boolean\n  type Date = js.Date\n  type KeySchema = js.Array[KeySchemaElement]\n  type KeySchemaAttributeName = String\n  type ListAttributeValue = js.Array[AttributeValue]\n  type MapAttributeValue = js.Dictionary[AttributeValue]\n  type NullAttributeValue = Boolean\n  type NumberAttributeValue = String\n  type NumberSetAttributeValue = js.Array[NumberAttributeValue]\n  type PositiveIntegerObject = Int\n  type PositiveLongObject = Double\n  type RecordList = js.Array[Record]\n  type SequenceNumber = String\n  type ShardDescriptionList = js.Array[Shard]\n  type ShardId = String\n  type ShardIterator = String\n  type StreamArn = String\n  type StreamList = js.Array[Stream]\n  type StringAttributeValue = String\n  type StringSetAttributeValue = js.Array[StringAttributeValue]\n  type TableName = String\n\n  implicit final class DynamoDBStreamsOps(private val service: DynamoDBStreams) extends AnyVal {\n\n    @inline def describeStreamFuture(params: DescribeStreamInput): Future[DescribeStreamOutput] = service.describeStream(params).promise().toFuture\n    @inline def getRecordsFuture(params: GetRecordsInput): Future[GetRecordsOutput] = service.getRecords(params).promise().toFuture\n    @inline def getShardIteratorFuture(params: GetShardIteratorInput): Future[GetShardIteratorOutput] = service.getShardIterator(params).promise().toFuture\n    @inline def listStreamsFuture(params: ListStreamsInput): Future[ListStreamsOutput] = service.listStreams(params).promise().toFuture\n\n  }\n}\n\npackage dynamodbstreams {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/dynamodbstreams\", JSImport.Namespace, \"AWS.DynamoDBStreams\")\n  class DynamoDBStreams() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeStream(params: DescribeStreamInput): Request[DescribeStreamOutput] = js.native\n    def getRecords(params: GetRecordsInput): Request[GetRecordsOutput] = js.native\n    def getShardIterator(params: GetShardIteratorInput): Request[GetShardIteratorOutput] = js.native\n    def listStreams(params: ListStreamsInput): Request[ListStreamsOutput] = js.native\n  }\n\n  \/** Represents the data for an attribute. Each attribute value is described as a name-value pair. The name is the data type, and the value is the data itself. For more information, see [[https:\/\/docs.aws.amazon.com\/amazondynamodb\/latest\/developerguide\/HowItWorks.NamingRulesDataTypes.html#HowItWorks.DataTypes|Data Types]] in the <i>Amazon DynamoDB Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait AttributeValue extends js.Object {\n    var B: js.UndefOr[BinaryAttributeValue]\n    var BOOL: js.UndefOr[BooleanAttributeValue]\n    var BS: js.UndefOr[BinarySetAttributeValue]\n    var L: js.UndefOr[ListAttributeValue]\n    var M: js.UndefOr[MapAttributeValue]\n    var N: js.UndefOr[NumberAttributeValue]\n    var NS: js.UndefOr[NumberSetAttributeValue]\n    var NULL: js.UndefOr[NullAttributeValue]\n    var S: js.UndefOr[StringAttributeValue]\n    var SS: js.UndefOr[StringSetAttributeValue]\n  }\n\n  object AttributeValue {\n    @inline\n    def apply(\n        B: js.UndefOr[BinaryAttributeValue] = js.undefined,\n        BOOL: js.UndefOr[BooleanAttributeValue] = js.undefined,\n        BS: js.UndefOr[BinarySetAttributeValue] = js.undefined,\n        L: js.UndefOr[ListAttributeValue] = js.undefined,\n        M: js.UndefOr[MapAttributeValue] = js.undefined,\n        N: js.UndefOr[NumberAttributeValue] = js.undefined,\n        NS: js.UndefOr[NumberSetAttributeValue] = js.undefined,\n        NULL: js.UndefOr[NullAttributeValue] = js.undefined,\n        S: js.UndefOr[StringAttributeValue] = js.undefined,\n        SS: js.UndefOr[StringSetAttributeValue] = js.undefined\n    ): AttributeValue = {\n      val __obj = js.Dynamic.literal()\n      B.foreach(__v => __obj.updateDynamic(\"B\")(__v.asInstanceOf[js.Any]))\n      BOOL.foreach(__v => __obj.updateDynamic(\"BOOL\")(__v.asInstanceOf[js.Any]))\n      BS.foreach(__v => __obj.updateDynamic(\"BS\")(__v.asInstanceOf[js.Any]))\n      L.foreach(__v => __obj.updateDynamic(\"L\")(__v.asInstanceOf[js.Any]))\n      M.foreach(__v => __obj.updateDynamic(\"M\")(__v.asInstanceOf[js.Any]))\n      N.foreach(__v => __obj.updateDynamic(\"N\")(__v.asInstanceOf[js.Any]))\n      NS.foreach(__v => __obj.updateDynamic(\"NS\")(__v.asInstanceOf[js.Any]))\n      NULL.foreach(__v => __obj.updateDynamic(\"NULL\")(__v.asInstanceOf[js.Any]))\n      S.foreach(__v => __obj.updateDynamic(\"S\")(__v.asInstanceOf[js.Any]))\n      SS.foreach(__v => __obj.updateDynamic(\"SS\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttributeValue]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeStream<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeStreamInput extends js.Object {\n    var StreamArn: StreamArn\n    var ExclusiveStartShardId: js.UndefOr[ShardId]\n    var Limit: js.UndefOr[PositiveIntegerObject]\n  }\n\n  object DescribeStreamInput {\n    @inline\n    def apply(\n        StreamArn: StreamArn,\n        ExclusiveStartShardId: js.UndefOr[ShardId] = js.undefined,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined\n    ): DescribeStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"StreamArn\" -> StreamArn.asInstanceOf[js.Any]\n      )\n\n      ExclusiveStartShardId.foreach(__v => __obj.updateDynamic(\"ExclusiveStartShardId\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStreamInput]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeStream<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeStreamOutput extends js.Object {\n    var StreamDescription: js.UndefOr[StreamDescription]\n  }\n\n  object DescribeStreamOutput {\n    @inline\n    def apply(\n        StreamDescription: js.UndefOr[StreamDescription] = js.undefined\n    ): DescribeStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      StreamDescription.foreach(__v => __obj.updateDynamic(\"StreamDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeStreamOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetRecords<\/code> operation.\n    *\/\n  @js.native\n  trait GetRecordsInput extends js.Object {\n    var ShardIterator: ShardIterator\n    var Limit: js.UndefOr[PositiveIntegerObject]\n  }\n\n  object GetRecordsInput {\n    @inline\n    def apply(\n        ShardIterator: ShardIterator,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined\n    ): GetRecordsInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardIterator\" -> ShardIterator.asInstanceOf[js.Any]\n      )\n\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetRecords<\/code> operation.\n    *\/\n  @js.native\n  trait GetRecordsOutput extends js.Object {\n    var NextShardIterator: js.UndefOr[ShardIterator]\n    var Records: js.UndefOr[RecordList]\n  }\n\n  object GetRecordsOutput {\n    @inline\n    def apply(\n        NextShardIterator: js.UndefOr[ShardIterator] = js.undefined,\n        Records: js.UndefOr[RecordList] = js.undefined\n    ): GetRecordsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextShardIterator.foreach(__v => __obj.updateDynamic(\"NextShardIterator\")(__v.asInstanceOf[js.Any]))\n      Records.foreach(__v => __obj.updateDynamic(\"Records\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordsOutput]\n    }\n  }\n\n  \/** Represents the input of a <code>GetShardIterator<\/code> operation.\n    *\/\n  @js.native\n  trait GetShardIteratorInput extends js.Object {\n    var ShardId: ShardId\n    var ShardIteratorType: ShardIteratorType\n    var StreamArn: StreamArn\n    var SequenceNumber: js.UndefOr[SequenceNumber]\n  }\n\n  object GetShardIteratorInput {\n    @inline\n    def apply(\n        ShardId: ShardId,\n        ShardIteratorType: ShardIteratorType,\n        StreamArn: StreamArn,\n        SequenceNumber: js.UndefOr[SequenceNumber] = js.undefined\n    ): GetShardIteratorInput = {\n      val __obj = js.Dynamic.literal(\n        \"ShardId\" -> ShardId.asInstanceOf[js.Any],\n        \"ShardIteratorType\" -> ShardIteratorType.asInstanceOf[js.Any],\n        \"StreamArn\" -> StreamArn.asInstanceOf[js.Any]\n      )\n\n      SequenceNumber.foreach(__v => __obj.updateDynamic(\"SequenceNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShardIteratorInput]\n    }\n  }\n\n  \/** Represents the output of a <code>GetShardIterator<\/code> operation.\n    *\/\n  @js.native\n  trait GetShardIteratorOutput extends js.Object {\n    var ShardIterator: js.UndefOr[ShardIterator]\n  }\n\n  object GetShardIteratorOutput {\n    @inline\n    def apply(\n        ShardIterator: js.UndefOr[ShardIterator] = js.undefined\n    ): GetShardIteratorOutput = {\n      val __obj = js.Dynamic.literal()\n      ShardIterator.foreach(__v => __obj.updateDynamic(\"ShardIterator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetShardIteratorOutput]\n    }\n  }\n\n  \/** Contains details about the type of identity that made the request.\n    *\/\n  @js.native\n  trait Identity extends js.Object {\n    var PrincipalId: js.UndefOr[String]\n    var Type: js.UndefOr[String]\n  }\n\n  object Identity {\n    @inline\n    def apply(\n        PrincipalId: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[String] = js.undefined\n    ): Identity = {\n      val __obj = js.Dynamic.literal()\n      PrincipalId.foreach(__v => __obj.updateDynamic(\"PrincipalId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Identity]\n    }\n  }\n\n  \/** Represents <i>a single element<\/i> of a key schema. A key schema specifies the attributes that make up the primary key of a table, or the key attributes of an index. A <code>KeySchemaElement<\/code> represents exactly one attribute of the primary key. For example, a simple primary key would be represented by one <code>KeySchemaElement<\/code> (for the partition key). A composite primary key would require one <code>KeySchemaElement<\/code> for the partition key, and another <code>KeySchemaElement<\/code> for the sort key. A <code>KeySchemaElement<\/code> must be a scalar, top-level attribute (not a nested attribute). The data type must be one of String, Number, or Binary. The attribute cannot be nested within a List or a Map.\n    *\/\n  @js.native\n  trait KeySchemaElement extends js.Object {\n    var AttributeName: KeySchemaAttributeName\n    var KeyType: KeyType\n  }\n\n  object KeySchemaElement {\n    @inline\n    def apply(\n        AttributeName: KeySchemaAttributeName,\n        KeyType: KeyType\n    ): KeySchemaElement = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"KeyType\" -> KeyType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KeySchemaElement]\n    }\n  }\n\n  @js.native\n  sealed trait KeyType extends js.Any\n  object KeyType {\n    val HASH = \"HASH\".asInstanceOf[KeyType]\n    val RANGE = \"RANGE\".asInstanceOf[KeyType]\n\n    @inline def values = js.Array(HASH, RANGE)\n  }\n\n  \/** Represents the input of a <code>ListStreams<\/code> operation.\n    *\/\n  @js.native\n  trait ListStreamsInput extends js.Object {\n    var ExclusiveStartStreamArn: js.UndefOr[StreamArn]\n    var Limit: js.UndefOr[PositiveIntegerObject]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object ListStreamsInput {\n    @inline\n    def apply(\n        ExclusiveStartStreamArn: js.UndefOr[StreamArn] = js.undefined,\n        Limit: js.UndefOr[PositiveIntegerObject] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): ListStreamsInput = {\n      val __obj = js.Dynamic.literal()\n      ExclusiveStartStreamArn.foreach(__v => __obj.updateDynamic(\"ExclusiveStartStreamArn\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamsInput]\n    }\n  }\n\n  \/** Represents the output of a <code>ListStreams<\/code> operation.\n    *\/\n  @js.native\n  trait ListStreamsOutput extends js.Object {\n    var LastEvaluatedStreamArn: js.UndefOr[StreamArn]\n    var Streams: js.UndefOr[StreamList]\n  }\n\n  object ListStreamsOutput {\n    @inline\n    def apply(\n        LastEvaluatedStreamArn: js.UndefOr[StreamArn] = js.undefined,\n        Streams: js.UndefOr[StreamList] = js.undefined\n    ): ListStreamsOutput = {\n      val __obj = js.Dynamic.literal()\n      LastEvaluatedStreamArn.foreach(__v => __obj.updateDynamic(\"LastEvaluatedStreamArn\")(__v.asInstanceOf[js.Any]))\n      Streams.foreach(__v => __obj.updateDynamic(\"Streams\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamsOutput]\n    }\n  }\n\n  @js.native\n  sealed trait OperationType extends js.Any\n  object OperationType {\n    val INSERT = \"INSERT\".asInstanceOf[OperationType]\n    val MODIFY = \"MODIFY\".asInstanceOf[OperationType]\n    val REMOVE = \"REMOVE\".asInstanceOf[OperationType]\n\n    @inline def values = js.Array(INSERT, MODIFY, REMOVE)\n  }\n\n  \/** A description of a unique event within a stream.\n    *\/\n  @js.native\n  trait Record extends js.Object {\n    var awsRegion: js.UndefOr[String]\n    var dynamodb: js.UndefOr[StreamRecord]\n    var eventID: js.UndefOr[String]\n    var eventName: js.UndefOr[OperationType]\n    var eventSource: js.UndefOr[String]\n    var eventVersion: js.UndefOr[String]\n    var userIdentity: js.UndefOr[Identity]\n  }\n\n  object Record {\n    @inline\n    def apply(\n        awsRegion: js.UndefOr[String] = js.undefined,\n        dynamodb: js.UndefOr[StreamRecord] = js.undefined,\n        eventID: js.UndefOr[String] = js.undefined,\n        eventName: js.UndefOr[OperationType] = js.undefined,\n        eventSource: js.UndefOr[String] = js.undefined,\n        eventVersion: js.UndefOr[String] = js.undefined,\n        userIdentity: js.UndefOr[Identity] = js.undefined\n    ): Record = {\n      val __obj = js.Dynamic.literal()\n      awsRegion.foreach(__v => __obj.updateDynamic(\"awsRegion\")(__v.asInstanceOf[js.Any]))\n      dynamodb.foreach(__v => __obj.updateDynamic(\"dynamodb\")(__v.asInstanceOf[js.Any]))\n      eventID.foreach(__v => __obj.updateDynamic(\"eventID\")(__v.asInstanceOf[js.Any]))\n      eventName.foreach(__v => __obj.updateDynamic(\"eventName\")(__v.asInstanceOf[js.Any]))\n      eventSource.foreach(__v => __obj.updateDynamic(\"eventSource\")(__v.asInstanceOf[js.Any]))\n      eventVersion.foreach(__v => __obj.updateDynamic(\"eventVersion\")(__v.asInstanceOf[js.Any]))\n      userIdentity.foreach(__v => __obj.updateDynamic(\"userIdentity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Record]\n    }\n  }\n\n  \/** The beginning and ending sequence numbers for the stream records contained within a shard.\n    *\/\n  @js.native\n  trait SequenceNumberRange extends js.Object {\n    var EndingSequenceNumber: js.UndefOr[SequenceNumber]\n    var StartingSequenceNumber: js.UndefOr[SequenceNumber]\n  }\n\n  object SequenceNumberRange {\n    @inline\n    def apply(\n        EndingSequenceNumber: js.UndefOr[SequenceNumber] = js.undefined,\n        StartingSequenceNumber: js.UndefOr[SequenceNumber] = js.undefined\n    ): SequenceNumberRange = {\n      val __obj = js.Dynamic.literal()\n      EndingSequenceNumber.foreach(__v => __obj.updateDynamic(\"EndingSequenceNumber\")(__v.asInstanceOf[js.Any]))\n      StartingSequenceNumber.foreach(__v => __obj.updateDynamic(\"StartingSequenceNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SequenceNumberRange]\n    }\n  }\n\n  \/** A uniquely identified group of stream records within a stream.\n    *\/\n  @js.native\n  trait Shard extends js.Object {\n    var ParentShardId: js.UndefOr[ShardId]\n    var SequenceNumberRange: js.UndefOr[SequenceNumberRange]\n    var ShardId: js.UndefOr[ShardId]\n  }\n\n  object Shard {\n    @inline\n    def apply(\n        ParentShardId: js.UndefOr[ShardId] = js.undefined,\n        SequenceNumberRange: js.UndefOr[SequenceNumberRange] = js.undefined,\n        ShardId: js.UndefOr[ShardId] = js.undefined\n    ): Shard = {\n      val __obj = js.Dynamic.literal()\n      ParentShardId.foreach(__v => __obj.updateDynamic(\"ParentShardId\")(__v.asInstanceOf[js.Any]))\n      SequenceNumberRange.foreach(__v => __obj.updateDynamic(\"SequenceNumberRange\")(__v.asInstanceOf[js.Any]))\n      ShardId.foreach(__v => __obj.updateDynamic(\"ShardId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Shard]\n    }\n  }\n\n  @js.native\n  sealed trait ShardIteratorType extends js.Any\n  object ShardIteratorType {\n    val TRIM_HORIZON = \"TRIM_HORIZON\".asInstanceOf[ShardIteratorType]\n    val LATEST = \"LATEST\".asInstanceOf[ShardIteratorType]\n    val AT_SEQUENCE_NUMBER = \"AT_SEQUENCE_NUMBER\".asInstanceOf[ShardIteratorType]\n    val AFTER_SEQUENCE_NUMBER = \"AFTER_SEQUENCE_NUMBER\".asInstanceOf[ShardIteratorType]\n\n    @inline def values = js.Array(TRIM_HORIZON, LATEST, AT_SEQUENCE_NUMBER, AFTER_SEQUENCE_NUMBER)\n  }\n\n  \/** Represents all of the data describing a particular stream.\n    *\/\n  @js.native\n  trait Stream extends js.Object {\n    var StreamArn: js.UndefOr[StreamArn]\n    var StreamLabel: js.UndefOr[String]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object Stream {\n    @inline\n    def apply(\n        StreamArn: js.UndefOr[StreamArn] = js.undefined,\n        StreamLabel: js.UndefOr[String] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): Stream = {\n      val __obj = js.Dynamic.literal()\n      StreamArn.foreach(__v => __obj.updateDynamic(\"StreamArn\")(__v.asInstanceOf[js.Any]))\n      StreamLabel.foreach(__v => __obj.updateDynamic(\"StreamLabel\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Stream]\n    }\n  }\n\n  \/** Represents all of the data describing a particular stream.\n    *\/\n  @js.native\n  trait StreamDescription extends js.Object {\n    var CreationRequestDateTime: js.UndefOr[Date]\n    var KeySchema: js.UndefOr[KeySchema]\n    var LastEvaluatedShardId: js.UndefOr[ShardId]\n    var Shards: js.UndefOr[ShardDescriptionList]\n    var StreamArn: js.UndefOr[StreamArn]\n    var StreamLabel: js.UndefOr[String]\n    var StreamStatus: js.UndefOr[StreamStatus]\n    var StreamViewType: js.UndefOr[StreamViewType]\n    var TableName: js.UndefOr[TableName]\n  }\n\n  object StreamDescription {\n    @inline\n    def apply(\n        CreationRequestDateTime: js.UndefOr[Date] = js.undefined,\n        KeySchema: js.UndefOr[KeySchema] = js.undefined,\n        LastEvaluatedShardId: js.UndefOr[ShardId] = js.undefined,\n        Shards: js.UndefOr[ShardDescriptionList] = js.undefined,\n        StreamArn: js.UndefOr[StreamArn] = js.undefined,\n        StreamLabel: js.UndefOr[String] = js.undefined,\n        StreamStatus: js.UndefOr[StreamStatus] = js.undefined,\n        StreamViewType: js.UndefOr[StreamViewType] = js.undefined,\n        TableName: js.UndefOr[TableName] = js.undefined\n    ): StreamDescription = {\n      val __obj = js.Dynamic.literal()\n      CreationRequestDateTime.foreach(__v => __obj.updateDynamic(\"CreationRequestDateTime\")(__v.asInstanceOf[js.Any]))\n      KeySchema.foreach(__v => __obj.updateDynamic(\"KeySchema\")(__v.asInstanceOf[js.Any]))\n      LastEvaluatedShardId.foreach(__v => __obj.updateDynamic(\"LastEvaluatedShardId\")(__v.asInstanceOf[js.Any]))\n      Shards.foreach(__v => __obj.updateDynamic(\"Shards\")(__v.asInstanceOf[js.Any]))\n      StreamArn.foreach(__v => __obj.updateDynamic(\"StreamArn\")(__v.asInstanceOf[js.Any]))\n      StreamLabel.foreach(__v => __obj.updateDynamic(\"StreamLabel\")(__v.asInstanceOf[js.Any]))\n      StreamStatus.foreach(__v => __obj.updateDynamic(\"StreamStatus\")(__v.asInstanceOf[js.Any]))\n      StreamViewType.foreach(__v => __obj.updateDynamic(\"StreamViewType\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamDescription]\n    }\n  }\n\n  \/** A description of a single data modification that was performed on an item in a DynamoDB table.\n    *\/\n  @js.native\n  trait StreamRecord extends js.Object {\n    var ApproximateCreationDateTime: js.UndefOr[Date]\n    var Keys: js.UndefOr[AttributeMap]\n    var NewImage: js.UndefOr[AttributeMap]\n    var OldImage: js.UndefOr[AttributeMap]\n    var SequenceNumber: js.UndefOr[SequenceNumber]\n    var SizeBytes: js.UndefOr[PositiveLongObject]\n    var StreamViewType: js.UndefOr[StreamViewType]\n  }\n\n  object StreamRecord {\n    @inline\n    def apply(\n        ApproximateCreationDateTime: js.UndefOr[Date] = js.undefined,\n        Keys: js.UndefOr[AttributeMap] = js.undefined,\n        NewImage: js.UndefOr[AttributeMap] = js.undefined,\n        OldImage: js.UndefOr[AttributeMap] = js.undefined,\n        SequenceNumber: js.UndefOr[SequenceNumber] = js.undefined,\n        SizeBytes: js.UndefOr[PositiveLongObject] = js.undefined,\n        StreamViewType: js.UndefOr[StreamViewType] = js.undefined\n    ): StreamRecord = {\n      val __obj = js.Dynamic.literal()\n      ApproximateCreationDateTime.foreach(__v => __obj.updateDynamic(\"ApproximateCreationDateTime\")(__v.asInstanceOf[js.Any]))\n      Keys.foreach(__v => __obj.updateDynamic(\"Keys\")(__v.asInstanceOf[js.Any]))\n      NewImage.foreach(__v => __obj.updateDynamic(\"NewImage\")(__v.asInstanceOf[js.Any]))\n      OldImage.foreach(__v => __obj.updateDynamic(\"OldImage\")(__v.asInstanceOf[js.Any]))\n      SequenceNumber.foreach(__v => __obj.updateDynamic(\"SequenceNumber\")(__v.asInstanceOf[js.Any]))\n      SizeBytes.foreach(__v => __obj.updateDynamic(\"SizeBytes\")(__v.asInstanceOf[js.Any]))\n      StreamViewType.foreach(__v => __obj.updateDynamic(\"StreamViewType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamRecord]\n    }\n  }\n\n  @js.native\n  sealed trait StreamStatus extends js.Any\n  object StreamStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[StreamStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[StreamStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[StreamStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[StreamStatus]\n\n    @inline def values = js.Array(ENABLING, ENABLED, DISABLING, DISABLED)\n  }\n\n  @js.native\n  sealed trait StreamViewType extends js.Any\n  object StreamViewType {\n    val NEW_IMAGE = \"NEW_IMAGE\".asInstanceOf[StreamViewType]\n    val OLD_IMAGE = \"OLD_IMAGE\".asInstanceOf[StreamViewType]\n    val NEW_AND_OLD_IMAGES = \"NEW_AND_OLD_IMAGES\".asInstanceOf[StreamViewType]\n    val KEYS_ONLY = \"KEYS_ONLY\".asInstanceOf[StreamViewType]\n\n    @inline def values = js.Array(NEW_IMAGE, OLD_IMAGE, NEW_AND_OLD_IMAGES, KEYS_ONLY)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudfrontsigner\/src\/main\/scala\/facade\/amazonaws\/services\/package.scala","text":"<gh_stars>10-100\npackage facade.amazonaws.services.cloudfront\n\npackage object signer {\n  @deprecated(\"Use DateConstraint\", \"v0.31.0\")\n  type DateLessThan = DateConstraint\n  @deprecated(\"Use DateConstraint\", \"v0.31.0\")\n  type DateGreaterThan = DateConstraint\n\n  @deprecated(\"Use DateConstraint\", \"v0.31.0\")\n  @inline val DateLessThan = DateConstraint\n  @deprecated(\"Use DateConstraint\", \"v0.31.0\")\n  @inline val DateGreaterThan = DateConstraint\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/pi\/src\/main\/scala\/facade\/amazonaws\/services\/PI.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object pi {\n  type DataPointsList = js.Array[DataPoint]\n  type DimensionKeyDescriptionList = js.Array[DimensionKeyDescription]\n  type DimensionMap = js.Dictionary[String]\n  type ISOTimestamp = js.Date\n  type Limit = Int\n  type MaxResults = Int\n  type MetricKeyDataPointsList = js.Array[MetricKeyDataPoints]\n  type MetricQueryFilterMap = js.Dictionary[String]\n  type MetricQueryList = js.Array[MetricQuery]\n  type MetricValuesList = js.Array[Double]\n  type ResponsePartitionKeyList = js.Array[ResponsePartitionKey]\n  type StringList = js.Array[String]\n\n  implicit final class PIOps(private val service: PI) extends AnyVal {\n\n    @inline def describeDimensionKeysFuture(params: DescribeDimensionKeysRequest): Future[DescribeDimensionKeysResponse] = service.describeDimensionKeys(params).promise().toFuture\n    @inline def getResourceMetricsFuture(params: GetResourceMetricsRequest): Future[GetResourceMetricsResponse] = service.getResourceMetrics(params).promise().toFuture\n\n  }\n}\n\npackage pi {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/pi\", JSImport.Namespace, \"AWS.PI\")\n  class PI() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeDimensionKeys(params: DescribeDimensionKeysRequest): Request[DescribeDimensionKeysResponse] = js.native\n    def getResourceMetrics(params: GetResourceMetricsRequest): Request[GetResourceMetricsResponse] = js.native\n  }\n\n  \/** A timestamp, and a single numerical value, which together represent a measurement at a particular point in time.\n    *\/\n  @js.native\n  trait DataPoint extends js.Object {\n    var Timestamp: ISOTimestamp\n    var Value: Double\n  }\n\n  object DataPoint {\n    @inline\n    def apply(\n        Timestamp: ISOTimestamp,\n        Value: Double\n    ): DataPoint = {\n      val __obj = js.Dynamic.literal(\n        \"Timestamp\" -> Timestamp.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DataPoint]\n    }\n  }\n\n  @js.native\n  trait DescribeDimensionKeysRequest extends js.Object {\n    var EndTime: ISOTimestamp\n    var GroupBy: DimensionGroup\n    var Identifier: String\n    var Metric: String\n    var ServiceType: ServiceType\n    var StartTime: ISOTimestamp\n    var Filter: js.UndefOr[MetricQueryFilterMap]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n    var PartitionBy: js.UndefOr[DimensionGroup]\n    var PeriodInSeconds: js.UndefOr[Int]\n  }\n\n  object DescribeDimensionKeysRequest {\n    @inline\n    def apply(\n        EndTime: ISOTimestamp,\n        GroupBy: DimensionGroup,\n        Identifier: String,\n        Metric: String,\n        ServiceType: ServiceType,\n        StartTime: ISOTimestamp,\n        Filter: js.UndefOr[MetricQueryFilterMap] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        PartitionBy: js.UndefOr[DimensionGroup] = js.undefined,\n        PeriodInSeconds: js.UndefOr[Int] = js.undefined\n    ): DescribeDimensionKeysRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"GroupBy\" -> GroupBy.asInstanceOf[js.Any],\n        \"Identifier\" -> Identifier.asInstanceOf[js.Any],\n        \"Metric\" -> Metric.asInstanceOf[js.Any],\n        \"ServiceType\" -> ServiceType.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PartitionBy.foreach(__v => __obj.updateDynamic(\"PartitionBy\")(__v.asInstanceOf[js.Any]))\n      PeriodInSeconds.foreach(__v => __obj.updateDynamic(\"PeriodInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDimensionKeysRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDimensionKeysResponse extends js.Object {\n    var AlignedEndTime: js.UndefOr[ISOTimestamp]\n    var AlignedStartTime: js.UndefOr[ISOTimestamp]\n    var Keys: js.UndefOr[DimensionKeyDescriptionList]\n    var NextToken: js.UndefOr[String]\n    var PartitionKeys: js.UndefOr[ResponsePartitionKeyList]\n  }\n\n  object DescribeDimensionKeysResponse {\n    @inline\n    def apply(\n        AlignedEndTime: js.UndefOr[ISOTimestamp] = js.undefined,\n        AlignedStartTime: js.UndefOr[ISOTimestamp] = js.undefined,\n        Keys: js.UndefOr[DimensionKeyDescriptionList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        PartitionKeys: js.UndefOr[ResponsePartitionKeyList] = js.undefined\n    ): DescribeDimensionKeysResponse = {\n      val __obj = js.Dynamic.literal()\n      AlignedEndTime.foreach(__v => __obj.updateDynamic(\"AlignedEndTime\")(__v.asInstanceOf[js.Any]))\n      AlignedStartTime.foreach(__v => __obj.updateDynamic(\"AlignedStartTime\")(__v.asInstanceOf[js.Any]))\n      Keys.foreach(__v => __obj.updateDynamic(\"Keys\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PartitionKeys.foreach(__v => __obj.updateDynamic(\"PartitionKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDimensionKeysResponse]\n    }\n  }\n\n  \/** A logical grouping of Performance Insights metrics for a related subject area. For example, the <code>db.sql<\/code> dimension group consists of the following dimensions: <code>db.sql.id<\/code>, <code>db.sql.db_id<\/code>, <code>db.sql.statement<\/code>, and <code>db.sql.tokenized_id<\/code>.\n    *\n    * '''Note:'''Each response element returns a maximum of 500 bytes. For larger elements, such as SQL statements, only the first 500 bytes are returned.\n    *\/\n  @js.native\n  trait DimensionGroup extends js.Object {\n    var Group: String\n    var Dimensions: js.UndefOr[StringList]\n    var Limit: js.UndefOr[Limit]\n  }\n\n  object DimensionGroup {\n    @inline\n    def apply(\n        Group: String,\n        Dimensions: js.UndefOr[StringList] = js.undefined,\n        Limit: js.UndefOr[Limit] = js.undefined\n    ): DimensionGroup = {\n      val __obj = js.Dynamic.literal(\n        \"Group\" -> Group.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionGroup]\n    }\n  }\n\n  \/** An array of descriptions and aggregated values for each dimension within a dimension group.\n    *\/\n  @js.native\n  trait DimensionKeyDescription extends js.Object {\n    var Dimensions: js.UndefOr[DimensionMap]\n    var Partitions: js.UndefOr[MetricValuesList]\n    var Total: js.UndefOr[Double]\n  }\n\n  object DimensionKeyDescription {\n    @inline\n    def apply(\n        Dimensions: js.UndefOr[DimensionMap] = js.undefined,\n        Partitions: js.UndefOr[MetricValuesList] = js.undefined,\n        Total: js.UndefOr[Double] = js.undefined\n    ): DimensionKeyDescription = {\n      val __obj = js.Dynamic.literal()\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Partitions.foreach(__v => __obj.updateDynamic(\"Partitions\")(__v.asInstanceOf[js.Any]))\n      Total.foreach(__v => __obj.updateDynamic(\"Total\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DimensionKeyDescription]\n    }\n  }\n\n  @js.native\n  trait GetResourceMetricsRequest extends js.Object {\n    var EndTime: ISOTimestamp\n    var Identifier: String\n    var MetricQueries: MetricQueryList\n    var ServiceType: ServiceType\n    var StartTime: ISOTimestamp\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[String]\n    var PeriodInSeconds: js.UndefOr[Int]\n  }\n\n  object GetResourceMetricsRequest {\n    @inline\n    def apply(\n        EndTime: ISOTimestamp,\n        Identifier: String,\n        MetricQueries: MetricQueryList,\n        ServiceType: ServiceType,\n        StartTime: ISOTimestamp,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        PeriodInSeconds: js.UndefOr[Int] = js.undefined\n    ): GetResourceMetricsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndTime\" -> EndTime.asInstanceOf[js.Any],\n        \"Identifier\" -> Identifier.asInstanceOf[js.Any],\n        \"MetricQueries\" -> MetricQueries.asInstanceOf[js.Any],\n        \"ServiceType\" -> ServiceType.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PeriodInSeconds.foreach(__v => __obj.updateDynamic(\"PeriodInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourceMetricsRequest]\n    }\n  }\n\n  @js.native\n  trait GetResourceMetricsResponse extends js.Object {\n    var AlignedEndTime: js.UndefOr[ISOTimestamp]\n    var AlignedStartTime: js.UndefOr[ISOTimestamp]\n    var Identifier: js.UndefOr[String]\n    var MetricList: js.UndefOr[MetricKeyDataPointsList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object GetResourceMetricsResponse {\n    @inline\n    def apply(\n        AlignedEndTime: js.UndefOr[ISOTimestamp] = js.undefined,\n        AlignedStartTime: js.UndefOr[ISOTimestamp] = js.undefined,\n        Identifier: js.UndefOr[String] = js.undefined,\n        MetricList: js.UndefOr[MetricKeyDataPointsList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): GetResourceMetricsResponse = {\n      val __obj = js.Dynamic.literal()\n      AlignedEndTime.foreach(__v => __obj.updateDynamic(\"AlignedEndTime\")(__v.asInstanceOf[js.Any]))\n      AlignedStartTime.foreach(__v => __obj.updateDynamic(\"AlignedStartTime\")(__v.asInstanceOf[js.Any]))\n      Identifier.foreach(__v => __obj.updateDynamic(\"Identifier\")(__v.asInstanceOf[js.Any]))\n      MetricList.foreach(__v => __obj.updateDynamic(\"MetricList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetResourceMetricsResponse]\n    }\n  }\n\n  \/** A time-ordered series of data points, corresponding to a dimension of a Performance Insights metric.\n    *\/\n  @js.native\n  trait MetricKeyDataPoints extends js.Object {\n    var DataPoints: js.UndefOr[DataPointsList]\n    var Key: js.UndefOr[ResponseResourceMetricKey]\n  }\n\n  object MetricKeyDataPoints {\n    @inline\n    def apply(\n        DataPoints: js.UndefOr[DataPointsList] = js.undefined,\n        Key: js.UndefOr[ResponseResourceMetricKey] = js.undefined\n    ): MetricKeyDataPoints = {\n      val __obj = js.Dynamic.literal()\n      DataPoints.foreach(__v => __obj.updateDynamic(\"DataPoints\")(__v.asInstanceOf[js.Any]))\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricKeyDataPoints]\n    }\n  }\n\n  \/** A single query to be processed. You must provide the metric to query. If no other parameters are specified, Performance Insights returns all of the data points for that metric. You can optionally request that the data points be aggregated by dimension group ( <code>GroupBy<\/code>), and return only those data points that match your criteria (<code>Filter<\/code>).\n    *\/\n  @js.native\n  trait MetricQuery extends js.Object {\n    var Metric: String\n    var Filter: js.UndefOr[MetricQueryFilterMap]\n    var GroupBy: js.UndefOr[DimensionGroup]\n  }\n\n  object MetricQuery {\n    @inline\n    def apply(\n        Metric: String,\n        Filter: js.UndefOr[MetricQueryFilterMap] = js.undefined,\n        GroupBy: js.UndefOr[DimensionGroup] = js.undefined\n    ): MetricQuery = {\n      val __obj = js.Dynamic.literal(\n        \"Metric\" -> Metric.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      GroupBy.foreach(__v => __obj.updateDynamic(\"GroupBy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricQuery]\n    }\n  }\n\n  \/** If <code>PartitionBy<\/code> was specified in a <code>DescribeDimensionKeys<\/code> request, the dimensions are returned in an array. Each element in the array specifies one dimension.\n    *\/\n  @js.native\n  trait ResponsePartitionKey extends js.Object {\n    var Dimensions: DimensionMap\n  }\n\n  object ResponsePartitionKey {\n    @inline\n    def apply(\n        Dimensions: DimensionMap\n    ): ResponsePartitionKey = {\n      val __obj = js.Dynamic.literal(\n        \"Dimensions\" -> Dimensions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResponsePartitionKey]\n    }\n  }\n\n  \/** An object describing a Performance Insights metric and one or more dimensions for that metric.\n    *\/\n  @js.native\n  trait ResponseResourceMetricKey extends js.Object {\n    var Metric: String\n    var Dimensions: js.UndefOr[DimensionMap]\n  }\n\n  object ResponseResourceMetricKey {\n    @inline\n    def apply(\n        Metric: String,\n        Dimensions: js.UndefOr[DimensionMap] = js.undefined\n    ): ResponseResourceMetricKey = {\n      val __obj = js.Dynamic.literal(\n        \"Metric\" -> Metric.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResponseResourceMetricKey]\n    }\n  }\n\n  @js.native\n  sealed trait ServiceType extends js.Any\n  object ServiceType {\n    val RDS = \"RDS\".asInstanceOf[ServiceType]\n\n    @inline def values = js.Array(RDS)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/elasticache\/src\/main\/scala\/facade\/amazonaws\/services\/ElastiCache.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object elasticache {\n  type AccessString = String\n  type AllowedNodeGroupId = String\n  type AvailabilityZonesList = js.Array[String]\n  type BooleanOptional = Boolean\n  type CacheClusterIdList = js.Array[String]\n  type CacheClusterList = js.Array[CacheCluster]\n  type CacheEngineVersionList = js.Array[CacheEngineVersion]\n  type CacheNodeIdsList = js.Array[String]\n  type CacheNodeList = js.Array[CacheNode]\n  type CacheNodeTypeSpecificParametersList = js.Array[CacheNodeTypeSpecificParameter]\n  type CacheNodeTypeSpecificValueList = js.Array[CacheNodeTypeSpecificValue]\n  type CacheNodeUpdateStatusList = js.Array[CacheNodeUpdateStatus]\n  type CacheParameterGroupList = js.Array[CacheParameterGroup]\n  type CacheSecurityGroupMembershipList = js.Array[CacheSecurityGroupMembership]\n  type CacheSecurityGroupNameList = js.Array[String]\n  type CacheSecurityGroups = js.Array[CacheSecurityGroup]\n  type CacheSubnetGroups = js.Array[CacheSubnetGroup]\n  type ClusterIdList = js.Array[String]\n  type CustomerNodeEndpointList = js.Array[CustomerNodeEndpoint]\n  type EC2SecurityGroupList = js.Array[EC2SecurityGroup]\n  type EngineType = String\n  type EventList = js.Array[Event]\n  type FilterList = js.Array[Filter]\n  type FilterName = String\n  type FilterValue = String\n  type FilterValueList = js.Array[FilterValue]\n  type GlobalNodeGroupIdList = js.Array[String]\n  type GlobalNodeGroupList = js.Array[GlobalNodeGroup]\n  type GlobalReplicationGroupList = js.Array[GlobalReplicationGroup]\n  type GlobalReplicationGroupMemberList = js.Array[GlobalReplicationGroupMember]\n  type IntegerOptional = Int\n  type KeyList = js.Array[String]\n  type LogDeliveryConfigurationList = js.Array[LogDeliveryConfiguration]\n  type LogDeliveryConfigurationRequestList = js.Array[LogDeliveryConfigurationRequest]\n  type NodeGroupConfigurationList = js.Array[NodeGroupConfiguration]\n  type NodeGroupList = js.Array[NodeGroup]\n  type NodeGroupMemberList = js.Array[NodeGroupMember]\n  type NodeGroupMemberUpdateStatusList = js.Array[NodeGroupMemberUpdateStatus]\n  type NodeGroupUpdateStatusList = js.Array[NodeGroupUpdateStatus]\n  type NodeGroupsToRemoveList = js.Array[AllowedNodeGroupId]\n  type NodeGroupsToRetainList = js.Array[AllowedNodeGroupId]\n  type NodeSnapshotList = js.Array[NodeSnapshot]\n  type NodeTypeList = js.Array[String]\n  type OutpostArnsList = js.Array[String]\n  type ParameterNameValueList = js.Array[ParameterNameValue]\n  type ParametersList = js.Array[Parameter]\n  type PasswordListInput = js.Array[String]\n  type PendingLogDeliveryConfigurationList = js.Array[PendingLogDeliveryConfiguration]\n  type PreferredAvailabilityZoneList = js.Array[String]\n  type PreferredOutpostArnList = js.Array[String]\n  type ProcessedUpdateActionList = js.Array[ProcessedUpdateAction]\n  type RecurringChargeList = js.Array[RecurringCharge]\n  type RegionalConfigurationList = js.Array[RegionalConfiguration]\n  type RemoveReplicasList = js.Array[String]\n  type ReplicaConfigurationList = js.Array[ConfigureShard]\n  type ReplicationGroupIdList = js.Array[String]\n  type ReplicationGroupList = js.Array[ReplicationGroup]\n  type ReplicationGroupOutpostArnList = js.Array[String]\n  type ReservedCacheNodeList = js.Array[ReservedCacheNode]\n  type ReservedCacheNodesOfferingList = js.Array[ReservedCacheNodesOffering]\n  type ReshardingConfigurationList = js.Array[ReshardingConfiguration]\n  type SecurityGroupIdsList = js.Array[String]\n  type SecurityGroupMembershipList = js.Array[SecurityGroupMembership]\n  type ServiceUpdateList = js.Array[ServiceUpdate]\n  type ServiceUpdateStatusList = js.Array[ServiceUpdateStatus]\n  type SnapshotArnsList = js.Array[String]\n  type SnapshotList = js.Array[Snapshot]\n  type SubnetIdentifierList = js.Array[String]\n  type SubnetList = js.Array[Subnet]\n  type TStamp = js.Date\n  type TagList = js.Array[Tag]\n  type UGReplicationGroupIdList = js.Array[String]\n  type UnprocessedUpdateActionList = js.Array[UnprocessedUpdateAction]\n  type UpdateActionList = js.Array[UpdateAction]\n  type UpdateActionStatusList = js.Array[UpdateActionStatus]\n  type UserGroupId = String\n  type UserGroupIdList = js.Array[UserGroupId]\n  type UserGroupIdListInput = js.Array[UserGroupId]\n  type UserGroupList = js.Array[UserGroup]\n  type UserId = String\n  type UserIdList = js.Array[UserId]\n  type UserIdListInput = js.Array[UserId]\n  type UserList = js.Array[User]\n  type UserName = String\n\n  implicit final class ElastiCacheOps(private val service: ElastiCache) extends AnyVal {\n\n    @inline def addTagsToResourceFuture(params: AddTagsToResourceMessage): Future[TagListMessage] = service.addTagsToResource(params).promise().toFuture\n    @inline def authorizeCacheSecurityGroupIngressFuture(params: AuthorizeCacheSecurityGroupIngressMessage): Future[AuthorizeCacheSecurityGroupIngressResult] = service.authorizeCacheSecurityGroupIngress(params).promise().toFuture\n    @inline def batchApplyUpdateActionFuture(params: BatchApplyUpdateActionMessage): Future[UpdateActionResultsMessage] = service.batchApplyUpdateAction(params).promise().toFuture\n    @inline def batchStopUpdateActionFuture(params: BatchStopUpdateActionMessage): Future[UpdateActionResultsMessage] = service.batchStopUpdateAction(params).promise().toFuture\n    @inline def completeMigrationFuture(params: CompleteMigrationMessage): Future[CompleteMigrationResponse] = service.completeMigration(params).promise().toFuture\n    @inline def copySnapshotFuture(params: CopySnapshotMessage): Future[CopySnapshotResult] = service.copySnapshot(params).promise().toFuture\n    @inline def createCacheClusterFuture(params: CreateCacheClusterMessage): Future[CreateCacheClusterResult] = service.createCacheCluster(params).promise().toFuture\n    @inline def createCacheParameterGroupFuture(params: CreateCacheParameterGroupMessage): Future[CreateCacheParameterGroupResult] = service.createCacheParameterGroup(params).promise().toFuture\n    @inline def createCacheSecurityGroupFuture(params: CreateCacheSecurityGroupMessage): Future[CreateCacheSecurityGroupResult] = service.createCacheSecurityGroup(params).promise().toFuture\n    @inline def createCacheSubnetGroupFuture(params: CreateCacheSubnetGroupMessage): Future[CreateCacheSubnetGroupResult] = service.createCacheSubnetGroup(params).promise().toFuture\n    @inline def createGlobalReplicationGroupFuture(params: CreateGlobalReplicationGroupMessage): Future[CreateGlobalReplicationGroupResult] = service.createGlobalReplicationGroup(params).promise().toFuture\n    @inline def createReplicationGroupFuture(params: CreateReplicationGroupMessage): Future[CreateReplicationGroupResult] = service.createReplicationGroup(params).promise().toFuture\n    @inline def createSnapshotFuture(params: CreateSnapshotMessage): Future[CreateSnapshotResult] = service.createSnapshot(params).promise().toFuture\n    @inline def createUserFuture(params: CreateUserMessage): Future[User] = service.createUser(params).promise().toFuture\n    @inline def createUserGroupFuture(params: CreateUserGroupMessage): Future[UserGroup] = service.createUserGroup(params).promise().toFuture\n    @inline def decreaseNodeGroupsInGlobalReplicationGroupFuture(params: DecreaseNodeGroupsInGlobalReplicationGroupMessage): Future[DecreaseNodeGroupsInGlobalReplicationGroupResult] = service.decreaseNodeGroupsInGlobalReplicationGroup(params).promise().toFuture\n    @inline def decreaseReplicaCountFuture(params: DecreaseReplicaCountMessage): Future[DecreaseReplicaCountResult] = service.decreaseReplicaCount(params).promise().toFuture\n    @inline def deleteCacheClusterFuture(params: DeleteCacheClusterMessage): Future[DeleteCacheClusterResult] = service.deleteCacheCluster(params).promise().toFuture\n    @inline def deleteCacheParameterGroupFuture(params: DeleteCacheParameterGroupMessage): Future[js.Object] = service.deleteCacheParameterGroup(params).promise().toFuture\n    @inline def deleteCacheSecurityGroupFuture(params: DeleteCacheSecurityGroupMessage): Future[js.Object] = service.deleteCacheSecurityGroup(params).promise().toFuture\n    @inline def deleteCacheSubnetGroupFuture(params: DeleteCacheSubnetGroupMessage): Future[js.Object] = service.deleteCacheSubnetGroup(params).promise().toFuture\n    @inline def deleteGlobalReplicationGroupFuture(params: DeleteGlobalReplicationGroupMessage): Future[DeleteGlobalReplicationGroupResult] = service.deleteGlobalReplicationGroup(params).promise().toFuture\n    @inline def deleteReplicationGroupFuture(params: DeleteReplicationGroupMessage): Future[DeleteReplicationGroupResult] = service.deleteReplicationGroup(params).promise().toFuture\n    @inline def deleteSnapshotFuture(params: DeleteSnapshotMessage): Future[DeleteSnapshotResult] = service.deleteSnapshot(params).promise().toFuture\n    @inline def deleteUserFuture(params: DeleteUserMessage): Future[User] = service.deleteUser(params).promise().toFuture\n    @inline def deleteUserGroupFuture(params: DeleteUserGroupMessage): Future[UserGroup] = service.deleteUserGroup(params).promise().toFuture\n    @inline def describeCacheClustersFuture(params: DescribeCacheClustersMessage): Future[CacheClusterMessage] = service.describeCacheClusters(params).promise().toFuture\n    @inline def describeCacheEngineVersionsFuture(params: DescribeCacheEngineVersionsMessage): Future[CacheEngineVersionMessage] = service.describeCacheEngineVersions(params).promise().toFuture\n    @inline def describeCacheParameterGroupsFuture(params: DescribeCacheParameterGroupsMessage): Future[CacheParameterGroupsMessage] = service.describeCacheParameterGroups(params).promise().toFuture\n    @inline def describeCacheParametersFuture(params: DescribeCacheParametersMessage): Future[CacheParameterGroupDetails] = service.describeCacheParameters(params).promise().toFuture\n    @inline def describeCacheSecurityGroupsFuture(params: DescribeCacheSecurityGroupsMessage): Future[CacheSecurityGroupMessage] = service.describeCacheSecurityGroups(params).promise().toFuture\n    @inline def describeCacheSubnetGroupsFuture(params: DescribeCacheSubnetGroupsMessage): Future[CacheSubnetGroupMessage] = service.describeCacheSubnetGroups(params).promise().toFuture\n    @inline def describeEngineDefaultParametersFuture(params: DescribeEngineDefaultParametersMessage): Future[DescribeEngineDefaultParametersResult] = service.describeEngineDefaultParameters(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsMessage): Future[EventsMessage] = service.describeEvents(params).promise().toFuture\n    @inline def describeGlobalReplicationGroupsFuture(params: DescribeGlobalReplicationGroupsMessage): Future[DescribeGlobalReplicationGroupsResult] = service.describeGlobalReplicationGroups(params).promise().toFuture\n    @inline def describeReplicationGroupsFuture(params: DescribeReplicationGroupsMessage): Future[ReplicationGroupMessage] = service.describeReplicationGroups(params).promise().toFuture\n    @inline def describeReservedCacheNodesFuture(params: DescribeReservedCacheNodesMessage): Future[ReservedCacheNodeMessage] = service.describeReservedCacheNodes(params).promise().toFuture\n    @inline def describeReservedCacheNodesOfferingsFuture(params: DescribeReservedCacheNodesOfferingsMessage): Future[ReservedCacheNodesOfferingMessage] = service.describeReservedCacheNodesOfferings(params).promise().toFuture\n    @inline def describeServiceUpdatesFuture(params: DescribeServiceUpdatesMessage): Future[ServiceUpdatesMessage] = service.describeServiceUpdates(params).promise().toFuture\n    @inline def describeSnapshotsFuture(params: DescribeSnapshotsMessage): Future[DescribeSnapshotsListMessage] = service.describeSnapshots(params).promise().toFuture\n    @inline def describeUpdateActionsFuture(params: DescribeUpdateActionsMessage): Future[UpdateActionsMessage] = service.describeUpdateActions(params).promise().toFuture\n    @inline def describeUserGroupsFuture(params: DescribeUserGroupsMessage): Future[DescribeUserGroupsResult] = service.describeUserGroups(params).promise().toFuture\n    @inline def describeUsersFuture(params: DescribeUsersMessage): Future[DescribeUsersResult] = service.describeUsers(params).promise().toFuture\n    @inline def disassociateGlobalReplicationGroupFuture(params: DisassociateGlobalReplicationGroupMessage): Future[DisassociateGlobalReplicationGroupResult] = service.disassociateGlobalReplicationGroup(params).promise().toFuture\n    @inline def failoverGlobalReplicationGroupFuture(params: FailoverGlobalReplicationGroupMessage): Future[FailoverGlobalReplicationGroupResult] = service.failoverGlobalReplicationGroup(params).promise().toFuture\n    @inline def increaseNodeGroupsInGlobalReplicationGroupFuture(params: IncreaseNodeGroupsInGlobalReplicationGroupMessage): Future[IncreaseNodeGroupsInGlobalReplicationGroupResult] = service.increaseNodeGroupsInGlobalReplicationGroup(params).promise().toFuture\n    @inline def increaseReplicaCountFuture(params: IncreaseReplicaCountMessage): Future[IncreaseReplicaCountResult] = service.increaseReplicaCount(params).promise().toFuture\n    @inline def listAllowedNodeTypeModificationsFuture(params: ListAllowedNodeTypeModificationsMessage): Future[AllowedNodeTypeModificationsMessage] = service.listAllowedNodeTypeModifications(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceMessage): Future[TagListMessage] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyCacheClusterFuture(params: ModifyCacheClusterMessage): Future[ModifyCacheClusterResult] = service.modifyCacheCluster(params).promise().toFuture\n    @inline def modifyCacheParameterGroupFuture(params: ModifyCacheParameterGroupMessage): Future[CacheParameterGroupNameMessage] = service.modifyCacheParameterGroup(params).promise().toFuture\n    @inline def modifyCacheSubnetGroupFuture(params: ModifyCacheSubnetGroupMessage): Future[ModifyCacheSubnetGroupResult] = service.modifyCacheSubnetGroup(params).promise().toFuture\n    @inline def modifyGlobalReplicationGroupFuture(params: ModifyGlobalReplicationGroupMessage): Future[ModifyGlobalReplicationGroupResult] = service.modifyGlobalReplicationGroup(params).promise().toFuture\n    @inline def modifyReplicationGroupFuture(params: ModifyReplicationGroupMessage): Future[ModifyReplicationGroupResult] = service.modifyReplicationGroup(params).promise().toFuture\n    @inline def modifyReplicationGroupShardConfigurationFuture(params: ModifyReplicationGroupShardConfigurationMessage): Future[ModifyReplicationGroupShardConfigurationResult] = service.modifyReplicationGroupShardConfiguration(params).promise().toFuture\n    @inline def modifyUserFuture(params: ModifyUserMessage): Future[User] = service.modifyUser(params).promise().toFuture\n    @inline def modifyUserGroupFuture(params: ModifyUserGroupMessage): Future[UserGroup] = service.modifyUserGroup(params).promise().toFuture\n    @inline def purchaseReservedCacheNodesOfferingFuture(params: PurchaseReservedCacheNodesOfferingMessage): Future[PurchaseReservedCacheNodesOfferingResult] = service.purchaseReservedCacheNodesOffering(params).promise().toFuture\n    @inline def rebalanceSlotsInGlobalReplicationGroupFuture(params: RebalanceSlotsInGlobalReplicationGroupMessage): Future[RebalanceSlotsInGlobalReplicationGroupResult] = service.rebalanceSlotsInGlobalReplicationGroup(params).promise().toFuture\n    @inline def rebootCacheClusterFuture(params: RebootCacheClusterMessage): Future[RebootCacheClusterResult] = service.rebootCacheCluster(params).promise().toFuture\n    @inline def removeTagsFromResourceFuture(params: RemoveTagsFromResourceMessage): Future[TagListMessage] = service.removeTagsFromResource(params).promise().toFuture\n    @inline def resetCacheParameterGroupFuture(params: ResetCacheParameterGroupMessage): Future[CacheParameterGroupNameMessage] = service.resetCacheParameterGroup(params).promise().toFuture\n    @inline def revokeCacheSecurityGroupIngressFuture(params: RevokeCacheSecurityGroupIngressMessage): Future[RevokeCacheSecurityGroupIngressResult] = service.revokeCacheSecurityGroupIngress(params).promise().toFuture\n    @inline def startMigrationFuture(params: StartMigrationMessage): Future[StartMigrationResponse] = service.startMigration(params).promise().toFuture\n    @inline def testFailoverFuture(params: TestFailoverMessage): Future[TestFailoverResult] = service.testFailover(params).promise().toFuture\n\n  }\n}\n\npackage elasticache {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/elasticache\", JSImport.Namespace, \"AWS.ElastiCache\")\n  class ElastiCache() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTagsToResource(params: AddTagsToResourceMessage): Request[TagListMessage] = js.native\n    def authorizeCacheSecurityGroupIngress(params: AuthorizeCacheSecurityGroupIngressMessage): Request[AuthorizeCacheSecurityGroupIngressResult] = js.native\n    def batchApplyUpdateAction(params: BatchApplyUpdateActionMessage): Request[UpdateActionResultsMessage] = js.native\n    def batchStopUpdateAction(params: BatchStopUpdateActionMessage): Request[UpdateActionResultsMessage] = js.native\n    def completeMigration(params: CompleteMigrationMessage): Request[CompleteMigrationResponse] = js.native\n    def copySnapshot(params: CopySnapshotMessage): Request[CopySnapshotResult] = js.native\n    def createCacheCluster(params: CreateCacheClusterMessage): Request[CreateCacheClusterResult] = js.native\n    def createCacheParameterGroup(params: CreateCacheParameterGroupMessage): Request[CreateCacheParameterGroupResult] = js.native\n    def createCacheSecurityGroup(params: CreateCacheSecurityGroupMessage): Request[CreateCacheSecurityGroupResult] = js.native\n    def createCacheSubnetGroup(params: CreateCacheSubnetGroupMessage): Request[CreateCacheSubnetGroupResult] = js.native\n    def createGlobalReplicationGroup(params: CreateGlobalReplicationGroupMessage): Request[CreateGlobalReplicationGroupResult] = js.native\n    def createReplicationGroup(params: CreateReplicationGroupMessage): Request[CreateReplicationGroupResult] = js.native\n    def createSnapshot(params: CreateSnapshotMessage): Request[CreateSnapshotResult] = js.native\n    def createUser(params: CreateUserMessage): Request[User] = js.native\n    def createUserGroup(params: CreateUserGroupMessage): Request[UserGroup] = js.native\n    def decreaseNodeGroupsInGlobalReplicationGroup(params: DecreaseNodeGroupsInGlobalReplicationGroupMessage): Request[DecreaseNodeGroupsInGlobalReplicationGroupResult] = js.native\n    def decreaseReplicaCount(params: DecreaseReplicaCountMessage): Request[DecreaseReplicaCountResult] = js.native\n    def deleteCacheCluster(params: DeleteCacheClusterMessage): Request[DeleteCacheClusterResult] = js.native\n    def deleteCacheParameterGroup(params: DeleteCacheParameterGroupMessage): Request[js.Object] = js.native\n    def deleteCacheSecurityGroup(params: DeleteCacheSecurityGroupMessage): Request[js.Object] = js.native\n    def deleteCacheSubnetGroup(params: DeleteCacheSubnetGroupMessage): Request[js.Object] = js.native\n    def deleteGlobalReplicationGroup(params: DeleteGlobalReplicationGroupMessage): Request[DeleteGlobalReplicationGroupResult] = js.native\n    def deleteReplicationGroup(params: DeleteReplicationGroupMessage): Request[DeleteReplicationGroupResult] = js.native\n    def deleteSnapshot(params: DeleteSnapshotMessage): Request[DeleteSnapshotResult] = js.native\n    def deleteUser(params: DeleteUserMessage): Request[User] = js.native\n    def deleteUserGroup(params: DeleteUserGroupMessage): Request[UserGroup] = js.native\n    def describeCacheClusters(params: DescribeCacheClustersMessage): Request[CacheClusterMessage] = js.native\n    def describeCacheEngineVersions(params: DescribeCacheEngineVersionsMessage): Request[CacheEngineVersionMessage] = js.native\n    def describeCacheParameterGroups(params: DescribeCacheParameterGroupsMessage): Request[CacheParameterGroupsMessage] = js.native\n    def describeCacheParameters(params: DescribeCacheParametersMessage): Request[CacheParameterGroupDetails] = js.native\n    def describeCacheSecurityGroups(params: DescribeCacheSecurityGroupsMessage): Request[CacheSecurityGroupMessage] = js.native\n    def describeCacheSubnetGroups(params: DescribeCacheSubnetGroupsMessage): Request[CacheSubnetGroupMessage] = js.native\n    def describeEngineDefaultParameters(params: DescribeEngineDefaultParametersMessage): Request[DescribeEngineDefaultParametersResult] = js.native\n    def describeEvents(params: DescribeEventsMessage): Request[EventsMessage] = js.native\n    def describeGlobalReplicationGroups(params: DescribeGlobalReplicationGroupsMessage): Request[DescribeGlobalReplicationGroupsResult] = js.native\n    def describeReplicationGroups(params: DescribeReplicationGroupsMessage): Request[ReplicationGroupMessage] = js.native\n    def describeReservedCacheNodes(params: DescribeReservedCacheNodesMessage): Request[ReservedCacheNodeMessage] = js.native\n    def describeReservedCacheNodesOfferings(params: DescribeReservedCacheNodesOfferingsMessage): Request[ReservedCacheNodesOfferingMessage] = js.native\n    def describeServiceUpdates(params: DescribeServiceUpdatesMessage): Request[ServiceUpdatesMessage] = js.native\n    def describeSnapshots(params: DescribeSnapshotsMessage): Request[DescribeSnapshotsListMessage] = js.native\n    def describeUpdateActions(params: DescribeUpdateActionsMessage): Request[UpdateActionsMessage] = js.native\n    def describeUserGroups(params: DescribeUserGroupsMessage): Request[DescribeUserGroupsResult] = js.native\n    def describeUsers(params: DescribeUsersMessage): Request[DescribeUsersResult] = js.native\n    def disassociateGlobalReplicationGroup(params: DisassociateGlobalReplicationGroupMessage): Request[DisassociateGlobalReplicationGroupResult] = js.native\n    def failoverGlobalReplicationGroup(params: FailoverGlobalReplicationGroupMessage): Request[FailoverGlobalReplicationGroupResult] = js.native\n    def increaseNodeGroupsInGlobalReplicationGroup(params: IncreaseNodeGroupsInGlobalReplicationGroupMessage): Request[IncreaseNodeGroupsInGlobalReplicationGroupResult] = js.native\n    def increaseReplicaCount(params: IncreaseReplicaCountMessage): Request[IncreaseReplicaCountResult] = js.native\n    def listAllowedNodeTypeModifications(params: ListAllowedNodeTypeModificationsMessage): Request[AllowedNodeTypeModificationsMessage] = js.native\n    def listTagsForResource(params: ListTagsForResourceMessage): Request[TagListMessage] = js.native\n    def modifyCacheCluster(params: ModifyCacheClusterMessage): Request[ModifyCacheClusterResult] = js.native\n    def modifyCacheParameterGroup(params: ModifyCacheParameterGroupMessage): Request[CacheParameterGroupNameMessage] = js.native\n    def modifyCacheSubnetGroup(params: ModifyCacheSubnetGroupMessage): Request[ModifyCacheSubnetGroupResult] = js.native\n    def modifyGlobalReplicationGroup(params: ModifyGlobalReplicationGroupMessage): Request[ModifyGlobalReplicationGroupResult] = js.native\n    def modifyReplicationGroup(params: ModifyReplicationGroupMessage): Request[ModifyReplicationGroupResult] = js.native\n    def modifyReplicationGroupShardConfiguration(params: ModifyReplicationGroupShardConfigurationMessage): Request[ModifyReplicationGroupShardConfigurationResult] = js.native\n    def modifyUser(params: ModifyUserMessage): Request[User] = js.native\n    def modifyUserGroup(params: ModifyUserGroupMessage): Request[UserGroup] = js.native\n    def purchaseReservedCacheNodesOffering(params: PurchaseReservedCacheNodesOfferingMessage): Request[PurchaseReservedCacheNodesOfferingResult] = js.native\n    def rebalanceSlotsInGlobalReplicationGroup(params: RebalanceSlotsInGlobalReplicationGroupMessage): Request[RebalanceSlotsInGlobalReplicationGroupResult] = js.native\n    def rebootCacheCluster(params: RebootCacheClusterMessage): Request[RebootCacheClusterResult] = js.native\n    def removeTagsFromResource(params: RemoveTagsFromResourceMessage): Request[TagListMessage] = js.native\n    def resetCacheParameterGroup(params: ResetCacheParameterGroupMessage): Request[CacheParameterGroupNameMessage] = js.native\n    def revokeCacheSecurityGroupIngress(params: RevokeCacheSecurityGroupIngressMessage): Request[RevokeCacheSecurityGroupIngressResult] = js.native\n    def startMigration(params: StartMigrationMessage): Request[StartMigrationResponse] = js.native\n    def testFailover(params: TestFailoverMessage): Request[TestFailoverResult] = js.native\n  }\n\n  @js.native\n  sealed trait AZMode extends js.Any\n  object AZMode {\n    val `single-az` = \"single-az\".asInstanceOf[AZMode]\n    val `cross-az` = \"cross-az\".asInstanceOf[AZMode]\n\n    @inline def values = js.Array(`single-az`, `cross-az`)\n  }\n\n  \/** Represents the input of an AddTagsToResource operation.\n    *\/\n  @js.native\n  trait AddTagsToResourceMessage extends js.Object {\n    var ResourceName: String\n    var Tags: TagList\n  }\n\n  object AddTagsToResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        Tags: TagList\n    ): AddTagsToResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceMessage]\n    }\n  }\n\n  \/** Represents the allowed node types you can use to modify your cluster or replication group.\n    *\/\n  @js.native\n  trait AllowedNodeTypeModificationsMessage extends js.Object {\n    var ScaleDownModifications: js.UndefOr[NodeTypeList]\n    var ScaleUpModifications: js.UndefOr[NodeTypeList]\n  }\n\n  object AllowedNodeTypeModificationsMessage {\n    @inline\n    def apply(\n        ScaleDownModifications: js.UndefOr[NodeTypeList] = js.undefined,\n        ScaleUpModifications: js.UndefOr[NodeTypeList] = js.undefined\n    ): AllowedNodeTypeModificationsMessage = {\n      val __obj = js.Dynamic.literal()\n      ScaleDownModifications.foreach(__v => __obj.updateDynamic(\"ScaleDownModifications\")(__v.asInstanceOf[js.Any]))\n      ScaleUpModifications.foreach(__v => __obj.updateDynamic(\"ScaleUpModifications\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AllowedNodeTypeModificationsMessage]\n    }\n  }\n\n  @js.native\n  sealed trait AuthTokenUpdateStatus extends js.Any\n  object AuthTokenUpdateStatus {\n    val SETTING = \"SETTING\".asInstanceOf[AuthTokenUpdateStatus]\n    val ROTATING = \"ROTATING\".asInstanceOf[AuthTokenUpdateStatus]\n\n    @inline def values = js.Array(SETTING, ROTATING)\n  }\n\n  @js.native\n  sealed trait AuthTokenUpdateStrategyType extends js.Any\n  object AuthTokenUpdateStrategyType {\n    val SET = \"SET\".asInstanceOf[AuthTokenUpdateStrategyType]\n    val ROTATE = \"ROTATE\".asInstanceOf[AuthTokenUpdateStrategyType]\n    val DELETE = \"DELETE\".asInstanceOf[AuthTokenUpdateStrategyType]\n\n    @inline def values = js.Array(SET, ROTATE, DELETE)\n  }\n\n  \/** Indicates whether the user requires a password to authenticate.\n    *\/\n  @js.native\n  trait Authentication extends js.Object {\n    var PasswordCount: js.UndefOr[IntegerOptional]\n    var Type: js.UndefOr[AuthenticationType]\n  }\n\n  object Authentication {\n    @inline\n    def apply(\n        PasswordCount: js.UndefOr[IntegerOptional] = js.undefined,\n        Type: js.UndefOr[AuthenticationType] = js.undefined\n    ): Authentication = {\n      val __obj = js.Dynamic.literal()\n      PasswordCount.foreach(__v => __obj.updateDynamic(\"PasswordCount\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Authentication]\n    }\n  }\n\n  @js.native\n  sealed trait AuthenticationType extends js.Any\n  object AuthenticationType {\n    val password = \"password\".asInstanceOf[AuthenticationType]\n    val `no-password` = \"<PASSWORD>\".asInstanceOf[AuthenticationType]\n\n    @inline def values = js.Array(password, `no-password`)\n  }\n\n  \/** Represents the input of an AuthorizeCacheSecurityGroupIngress operation.\n    *\/\n  @js.native\n  trait AuthorizeCacheSecurityGroupIngressMessage extends js.Object {\n    var CacheSecurityGroupName: String\n    var EC2SecurityGroupName: String\n    var EC2SecurityGroupOwnerId: String\n  }\n\n  object AuthorizeCacheSecurityGroupIngressMessage {\n    @inline\n    def apply(\n        CacheSecurityGroupName: String,\n        EC2SecurityGroupName: String,\n        EC2SecurityGroupOwnerId: String\n    ): AuthorizeCacheSecurityGroupIngressMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSecurityGroupName\" -> CacheSecurityGroupName.asInstanceOf[js.Any],\n        \"EC2SecurityGroupName\" -> EC2SecurityGroupName.asInstanceOf[js.Any],\n        \"EC2SecurityGroupOwnerId\" -> EC2SecurityGroupOwnerId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AuthorizeCacheSecurityGroupIngressMessage]\n    }\n  }\n\n  @js.native\n  trait AuthorizeCacheSecurityGroupIngressResult extends js.Object {\n    var CacheSecurityGroup: js.UndefOr[CacheSecurityGroup]\n  }\n\n  object AuthorizeCacheSecurityGroupIngressResult {\n    @inline\n    def apply(\n        CacheSecurityGroup: js.UndefOr[CacheSecurityGroup] = js.undefined\n    ): AuthorizeCacheSecurityGroupIngressResult = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroup.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AuthorizeCacheSecurityGroupIngressResult]\n    }\n  }\n\n  @js.native\n  sealed trait AutomaticFailoverStatus extends js.Any\n  object AutomaticFailoverStatus {\n    val enabled = \"enabled\".asInstanceOf[AutomaticFailoverStatus]\n    val disabled = \"disabled\".asInstanceOf[AutomaticFailoverStatus]\n    val enabling = \"enabling\".asInstanceOf[AutomaticFailoverStatus]\n    val disabling = \"disabling\".asInstanceOf[AutomaticFailoverStatus]\n\n    @inline def values = js.Array(enabled, disabled, enabling, disabling)\n  }\n\n  \/** Describes an Availability Zone in which the cluster is launched.\n    *\/\n  @js.native\n  trait AvailabilityZone extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object AvailabilityZone {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): AvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZone]\n    }\n  }\n\n  @js.native\n  trait BatchApplyUpdateActionMessage extends js.Object {\n    var ServiceUpdateName: String\n    var CacheClusterIds: js.UndefOr[CacheClusterIdList]\n    var ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList]\n  }\n\n  object BatchApplyUpdateActionMessage {\n    @inline\n    def apply(\n        ServiceUpdateName: String,\n        CacheClusterIds: js.UndefOr[CacheClusterIdList] = js.undefined,\n        ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList] = js.undefined\n    ): BatchApplyUpdateActionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceUpdateName\" -> ServiceUpdateName.asInstanceOf[js.Any]\n      )\n\n      CacheClusterIds.foreach(__v => __obj.updateDynamic(\"CacheClusterIds\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupIds.foreach(__v => __obj.updateDynamic(\"ReplicationGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchApplyUpdateActionMessage]\n    }\n  }\n\n  @js.native\n  trait BatchStopUpdateActionMessage extends js.Object {\n    var ServiceUpdateName: String\n    var CacheClusterIds: js.UndefOr[CacheClusterIdList]\n    var ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList]\n  }\n\n  object BatchStopUpdateActionMessage {\n    @inline\n    def apply(\n        ServiceUpdateName: String,\n        CacheClusterIds: js.UndefOr[CacheClusterIdList] = js.undefined,\n        ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList] = js.undefined\n    ): BatchStopUpdateActionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceUpdateName\" -> ServiceUpdateName.asInstanceOf[js.Any]\n      )\n\n      CacheClusterIds.foreach(__v => __obj.updateDynamic(\"CacheClusterIds\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupIds.foreach(__v => __obj.updateDynamic(\"ReplicationGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStopUpdateActionMessage]\n    }\n  }\n\n  \/** Contains all of the attributes of a specific cluster.\n    *\/\n  @js.native\n  trait CacheCluster extends js.Object {\n    var ARN: js.UndefOr[String]\n    var AtRestEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var AuthTokenEnabled: js.UndefOr[BooleanOptional]\n    var AuthTokenLastModifiedDate: js.UndefOr[TStamp]\n    var AutoMinorVersionUpgrade: js.UndefOr[Boolean]\n    var CacheClusterCreateTime: js.UndefOr[TStamp]\n    var CacheClusterId: js.UndefOr[String]\n    var CacheClusterStatus: js.UndefOr[String]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheNodes: js.UndefOr[CacheNodeList]\n    var CacheParameterGroup: js.UndefOr[CacheParameterGroupStatus]\n    var CacheSecurityGroups: js.UndefOr[CacheSecurityGroupMembershipList]\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var ClientDownloadLandingPage: js.UndefOr[String]\n    var ConfigurationEndpoint: js.UndefOr[Endpoint]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationList]\n    var NotificationConfiguration: js.UndefOr[NotificationConfiguration]\n    var NumCacheNodes: js.UndefOr[IntegerOptional]\n    var PendingModifiedValues: js.UndefOr[PendingModifiedValues]\n    var PreferredAvailabilityZone: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PreferredOutpostArn: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ReplicationGroupLogDeliveryEnabled: js.UndefOr[Boolean]\n    var SecurityGroups: js.UndefOr[SecurityGroupMembershipList]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n    var TransitEncryptionEnabled: js.UndefOr[BooleanOptional]\n  }\n\n  object CacheCluster {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        AtRestEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthTokenEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthTokenLastModifiedDate: js.UndefOr[TStamp] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        CacheClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheClusterStatus: js.UndefOr[String] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheNodes: js.UndefOr[CacheNodeList] = js.undefined,\n        CacheParameterGroup: js.UndefOr[CacheParameterGroupStatus] = js.undefined,\n        CacheSecurityGroups: js.UndefOr[CacheSecurityGroupMembershipList] = js.undefined,\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        ClientDownloadLandingPage: js.UndefOr[String] = js.undefined,\n        ConfigurationEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationList] = js.undefined,\n        NotificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined,\n        NumCacheNodes: js.UndefOr[IntegerOptional] = js.undefined,\n        PendingModifiedValues: js.UndefOr[PendingModifiedValues] = js.undefined,\n        PreferredAvailabilityZone: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PreferredOutpostArn: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ReplicationGroupLogDeliveryEnabled: js.UndefOr[Boolean] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroupMembershipList] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        TransitEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined\n    ): CacheCluster = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AtRestEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"AtRestEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthTokenEnabled.foreach(__v => __obj.updateDynamic(\"AuthTokenEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthTokenLastModifiedDate.foreach(__v => __obj.updateDynamic(\"AuthTokenLastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      CacheClusterCreateTime.foreach(__v => __obj.updateDynamic(\"CacheClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheClusterStatus.foreach(__v => __obj.updateDynamic(\"CacheClusterStatus\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheNodes.foreach(__v => __obj.updateDynamic(\"CacheNodes\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroup.foreach(__v => __obj.updateDynamic(\"CacheParameterGroup\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroups.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      ClientDownloadLandingPage.foreach(__v => __obj.updateDynamic(\"ClientDownloadLandingPage\")(__v.asInstanceOf[js.Any]))\n      ConfigurationEndpoint.foreach(__v => __obj.updateDynamic(\"ConfigurationEndpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      NotificationConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      NumCacheNodes.foreach(__v => __obj.updateDynamic(\"NumCacheNodes\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZone.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArn.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArn\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupLogDeliveryEnabled.foreach(__v => __obj.updateDynamic(\"ReplicationGroupLogDeliveryEnabled\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      TransitEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"TransitEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheCluster]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeCacheClusters<\/code> operation.\n    *\/\n  @js.native\n  trait CacheClusterMessage extends js.Object {\n    var CacheClusters: js.UndefOr[CacheClusterList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CacheClusterMessage {\n    @inline\n    def apply(\n        CacheClusters: js.UndefOr[CacheClusterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CacheClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheClusters.foreach(__v => __obj.updateDynamic(\"CacheClusters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheClusterMessage]\n    }\n  }\n\n  \/** Provides all of the details about a particular cache engine version.\n    *\/\n  @js.native\n  trait CacheEngineVersion extends js.Object {\n    var CacheEngineDescription: js.UndefOr[String]\n    var CacheEngineVersionDescription: js.UndefOr[String]\n    var CacheParameterGroupFamily: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n  }\n\n  object CacheEngineVersion {\n    @inline\n    def apply(\n        CacheEngineDescription: js.UndefOr[String] = js.undefined,\n        CacheEngineVersionDescription: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined\n    ): CacheEngineVersion = {\n      val __obj = js.Dynamic.literal()\n      CacheEngineDescription.foreach(__v => __obj.updateDynamic(\"CacheEngineDescription\")(__v.asInstanceOf[js.Any]))\n      CacheEngineVersionDescription.foreach(__v => __obj.updateDynamic(\"CacheEngineVersionDescription\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheEngineVersion]\n    }\n  }\n\n  \/** Represents the output of a <a>DescribeCacheEngineVersions<\/a> operation.\n    *\/\n  @js.native\n  trait CacheEngineVersionMessage extends js.Object {\n    var CacheEngineVersions: js.UndefOr[CacheEngineVersionList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CacheEngineVersionMessage {\n    @inline\n    def apply(\n        CacheEngineVersions: js.UndefOr[CacheEngineVersionList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CacheEngineVersionMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheEngineVersions.foreach(__v => __obj.updateDynamic(\"CacheEngineVersions\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheEngineVersionMessage]\n    }\n  }\n\n  \/** Represents an individual cache node within a cluster. Each cache node runs its own instance of the cluster's protocol-compliant caching software - either Memcached or Redis. The following node types are supported by ElastiCache. Generally speaking, the current generation types provide more memory and computational power at lower cost when compared to their equivalent previous generation counterparts. <li> General purpose: <li> Current generation:\n    * ```M6g node types``` (available only for Redis engine version 5.0.6 onward and for Memcached engine version 1.5.16 onward). <code>cache.m6g.large<\/code>, <code>cache.m6g.xlarge<\/code>, <code>cache.m6g.2xlarge<\/code>, <code>cache.m6g.4xlarge<\/code>, <code>cache.m6g.8xlarge<\/code>, <code>cache.m6g.12xlarge<\/code>, <code>cache.m6g.16xlarge<\/code>\n    *\n    * '''Note:'''For region availability, see [[https:\/\/docs.aws.amazon.com\/AmazonElastiCache\/latest\/red-ug\/CacheNodes.SupportedTypes.html#CacheNodes.SupportedTypesByRegion|Supported Node Types]]\n    * ```M5 node types:``` <code>cache.m5.large<\/code>, <code>cache.m5.xlarge<\/code>, <code>cache.m5.2xlarge<\/code>, <code>cache.m5.4xlarge<\/code>, <code>cache.m5.12xlarge<\/code>, <code>cache.m5.24xlarge<\/code>\n    * ```M4 node types:``` <code>cache.m4.large<\/code>, <code>cache.m4.xlarge<\/code>, <code>cache.m4.2xlarge<\/code>, <code>cache.m4.4xlarge<\/code>, <code>cache.m4.10xlarge<\/code>\n    * ```T3 node types:``` <code>cache.t3.micro<\/code>, <code>cache.t3.small<\/code>, <code>cache.t3.medium<\/code>\n    * ```T2 node types:``` <code>cache.t2.micro<\/code>, <code>cache.t2.small<\/code>, <code>cache.t2.medium<\/code> <\/li> * Previous generation: (not recommended)\n    * ```T1 node types:``` <code>cache.t1.micro<\/code>\n    * ```M1 node types:``` <code>cache.m1.small<\/code>, <code>cache.m1.medium<\/code>, <code>cache.m1.large<\/code>, <code>cache.m1.xlarge<\/code>\n    * ```M3 node types:``` <code>cache.m3.medium<\/code>, <code>cache.m3.large<\/code>, <code>cache.m3.xlarge<\/code>, <code>cache.m3.2xlarge<\/code> <\/li> * Compute optimized: <li> Previous generation: (not recommended)\n    * ```C1 node types:``` <code>cache.c1.xlarge<\/code> <\/li> <li> Memory optimized: <li> Current generation:\n    * ```R6g node types``` (available only for Redis engine version 5.0.6 onward and for Memcached engine version 1.5.16 onward). <code>cache.r6g.large<\/code>, <code>cache.r6g.xlarge<\/code>, <code>cache.r6g.2xlarge<\/code>, <code>cache.r6g.4xlarge<\/code>, <code>cache.r6g.8xlarge<\/code>, <code>cache.r6g.12xlarge<\/code>, <code>cache.r6g.16xlarge<\/code>\n    *\n    * '''Note:'''For region availability, see [[https:\/\/docs.aws.amazon.com\/AmazonElastiCache\/latest\/red-ug\/CacheNodes.SupportedTypes.html#CacheNodes.SupportedTypesByRegion|Supported Node Types]]\n    * ```R5 node types:``` <code>cache.r5.large<\/code>, <code>cache.r5.xlarge<\/code>, <code>cache.r5.2xlarge<\/code>, <code>cache.r5.4xlarge<\/code>, <code>cache.r5.12xlarge<\/code>, <code>cache.r5.24xlarge<\/code>\n    * ```R4 node types:``` <code>cache.r4.large<\/code>, <code>cache.r4.xlarge<\/code>, <code>cache.r4.2xlarge<\/code>, <code>cache.r4.4xlarge<\/code>, <code>cache.r4.8xlarge<\/code>, <code>cache.r4.16xlarge<\/code> <\/li> * Previous generation: (not recommended)\n    * ```M2 node types:``` <code>cache.m2.xlarge<\/code>, <code>cache.m2.2xlarge<\/code>, <code>cache.m2.4xlarge<\/code>\n    * ```R3 node types:``` <code>cache.r3.large<\/code>, <code>cache.r3.xlarge<\/code>, <code>cache.r3.2xlarge<\/code>, <code>cache.r3.4xlarge<\/code>, <code>cache.r3.8xlarge<\/code> <\/li>```Additional node type info``` * All current generation instance types are created in Amazon VPC by default. * Redis append-only files (AOF) are not supported for T1 or T2 instances. * Redis Multi-AZ with automatic failover is not supported on T1 instances. * Redis configuration variables <code>appendonly<\/code> and <code>appendfsync<\/code> are not supported on Redis version 2.8.22 and later.\n    *\/\n  @js.native\n  trait CacheNode extends js.Object {\n    var CacheNodeCreateTime: js.UndefOr[TStamp]\n    var CacheNodeId: js.UndefOr[String]\n    var CacheNodeStatus: js.UndefOr[String]\n    var CustomerAvailabilityZone: js.UndefOr[String]\n    var CustomerOutpostArn: js.UndefOr[String]\n    var Endpoint: js.UndefOr[Endpoint]\n    var ParameterGroupStatus: js.UndefOr[String]\n    var SourceCacheNodeId: js.UndefOr[String]\n  }\n\n  object CacheNode {\n    @inline\n    def apply(\n        CacheNodeCreateTime: js.UndefOr[TStamp] = js.undefined,\n        CacheNodeId: js.UndefOr[String] = js.undefined,\n        CacheNodeStatus: js.UndefOr[String] = js.undefined,\n        CustomerAvailabilityZone: js.UndefOr[String] = js.undefined,\n        CustomerOutpostArn: js.UndefOr[String] = js.undefined,\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        ParameterGroupStatus: js.UndefOr[String] = js.undefined,\n        SourceCacheNodeId: js.UndefOr[String] = js.undefined\n    ): CacheNode = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeCreateTime.foreach(__v => __obj.updateDynamic(\"CacheNodeCreateTime\")(__v.asInstanceOf[js.Any]))\n      CacheNodeId.foreach(__v => __obj.updateDynamic(\"CacheNodeId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeStatus.foreach(__v => __obj.updateDynamic(\"CacheNodeStatus\")(__v.asInstanceOf[js.Any]))\n      CustomerAvailabilityZone.foreach(__v => __obj.updateDynamic(\"CustomerAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CustomerOutpostArn.foreach(__v => __obj.updateDynamic(\"CustomerOutpostArn\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupStatus.foreach(__v => __obj.updateDynamic(\"ParameterGroupStatus\")(__v.asInstanceOf[js.Any]))\n      SourceCacheNodeId.foreach(__v => __obj.updateDynamic(\"SourceCacheNodeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheNode]\n    }\n  }\n\n  \/** A parameter that has a different value for each cache node type it is applied to. For example, in a Redis cluster, a <code>cache.m1.large<\/code> cache node type would have a larger <code>maxmemory<\/code> value than a <code>cache.m1.small<\/code> type.\n    *\/\n  @js.native\n  trait CacheNodeTypeSpecificParameter extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var CacheNodeTypeSpecificValues: js.UndefOr[CacheNodeTypeSpecificValueList]\n    var ChangeType: js.UndefOr[ChangeType]\n    var DataType: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[Boolean]\n    var MinimumEngineVersion: js.UndefOr[String]\n    var ParameterName: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object CacheNodeTypeSpecificParameter {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        CacheNodeTypeSpecificValues: js.UndefOr[CacheNodeTypeSpecificValueList] = js.undefined,\n        ChangeType: js.UndefOr[ChangeType] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        MinimumEngineVersion: js.UndefOr[String] = js.undefined,\n        ParameterName: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): CacheNodeTypeSpecificParameter = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      CacheNodeTypeSpecificValues.foreach(__v => __obj.updateDynamic(\"CacheNodeTypeSpecificValues\")(__v.asInstanceOf[js.Any]))\n      ChangeType.foreach(__v => __obj.updateDynamic(\"ChangeType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersion\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheNodeTypeSpecificParameter]\n    }\n  }\n\n  \/** A value that applies only to a certain cache node type.\n    *\/\n  @js.native\n  trait CacheNodeTypeSpecificValue extends js.Object {\n    var CacheNodeType: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object CacheNodeTypeSpecificValue {\n    @inline\n    def apply(\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): CacheNodeTypeSpecificValue = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheNodeTypeSpecificValue]\n    }\n  }\n\n  \/** The status of the service update on the cache node\n    *\/\n  @js.native\n  trait CacheNodeUpdateStatus extends js.Object {\n    var CacheNodeId: js.UndefOr[String]\n    var NodeDeletionDate: js.UndefOr[TStamp]\n    var NodeUpdateEndDate: js.UndefOr[TStamp]\n    var NodeUpdateInitiatedBy: js.UndefOr[NodeUpdateInitiatedBy]\n    var NodeUpdateInitiatedDate: js.UndefOr[TStamp]\n    var NodeUpdateStartDate: js.UndefOr[TStamp]\n    var NodeUpdateStatus: js.UndefOr[NodeUpdateStatus]\n    var NodeUpdateStatusModifiedDate: js.UndefOr[TStamp]\n  }\n\n  object CacheNodeUpdateStatus {\n    @inline\n    def apply(\n        CacheNodeId: js.UndefOr[String] = js.undefined,\n        NodeDeletionDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateEndDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateInitiatedBy: js.UndefOr[NodeUpdateInitiatedBy] = js.undefined,\n        NodeUpdateInitiatedDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateStartDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateStatus: js.UndefOr[NodeUpdateStatus] = js.undefined,\n        NodeUpdateStatusModifiedDate: js.UndefOr[TStamp] = js.undefined\n    ): CacheNodeUpdateStatus = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeId.foreach(__v => __obj.updateDynamic(\"CacheNodeId\")(__v.asInstanceOf[js.Any]))\n      NodeDeletionDate.foreach(__v => __obj.updateDynamic(\"NodeDeletionDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateEndDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateEndDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateInitiatedBy.foreach(__v => __obj.updateDynamic(\"NodeUpdateInitiatedBy\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateInitiatedDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateInitiatedDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStartDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateStartDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStatus.foreach(__v => __obj.updateDynamic(\"NodeUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStatusModifiedDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateStatusModifiedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheNodeUpdateStatus]\n    }\n  }\n\n  \/** Represents the output of a <code>CreateCacheParameterGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CacheParameterGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var CacheParameterGroupFamily: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsGlobal: js.UndefOr[Boolean]\n  }\n\n  object CacheParameterGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsGlobal: js.UndefOr[Boolean] = js.undefined\n    ): CacheParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsGlobal.foreach(__v => __obj.updateDynamic(\"IsGlobal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheParameterGroup]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeCacheParameters<\/code> operation.\n    *\/\n  @js.native\n  trait CacheParameterGroupDetails extends js.Object {\n    var CacheNodeTypeSpecificParameters: js.UndefOr[CacheNodeTypeSpecificParametersList]\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object CacheParameterGroupDetails {\n    @inline\n    def apply(\n        CacheNodeTypeSpecificParameters: js.UndefOr[CacheNodeTypeSpecificParametersList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): CacheParameterGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeTypeSpecificParameters.foreach(__v => __obj.updateDynamic(\"CacheNodeTypeSpecificParameters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheParameterGroupDetails]\n    }\n  }\n\n  \/** Represents the output of one of the following operations: * <code>ModifyCacheParameterGroup<\/code> * <code>ResetCacheParameterGroup<\/code>\n    *\/\n  @js.native\n  trait CacheParameterGroupNameMessage extends js.Object {\n    var CacheParameterGroupName: js.UndefOr[String]\n  }\n\n  object CacheParameterGroupNameMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined\n    ): CacheParameterGroupNameMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheParameterGroupNameMessage]\n    }\n  }\n\n  \/** Status of the cache parameter group.\n    *\/\n  @js.native\n  trait CacheParameterGroupStatus extends js.Object {\n    var CacheNodeIdsToReboot: js.UndefOr[CacheNodeIdsList]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var ParameterApplyStatus: js.UndefOr[String]\n  }\n\n  object CacheParameterGroupStatus {\n    @inline\n    def apply(\n        CacheNodeIdsToReboot: js.UndefOr[CacheNodeIdsList] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[String] = js.undefined\n    ): CacheParameterGroupStatus = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeIdsToReboot.foreach(__v => __obj.updateDynamic(\"CacheNodeIdsToReboot\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheParameterGroupStatus]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeCacheParameterGroups<\/code> operation.\n    *\/\n  @js.native\n  trait CacheParameterGroupsMessage extends js.Object {\n    var CacheParameterGroups: js.UndefOr[CacheParameterGroupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CacheParameterGroupsMessage {\n    @inline\n    def apply(\n        CacheParameterGroups: js.UndefOr[CacheParameterGroupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CacheParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheParameterGroups.foreach(__v => __obj.updateDynamic(\"CacheParameterGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheParameterGroupsMessage]\n    }\n  }\n\n  \/** Represents the output of one of the following operations: * <code>AuthorizeCacheSecurityGroupIngress<\/code> * <code>CreateCacheSecurityGroup<\/code> * <code>RevokeCacheSecurityGroupIngress<\/code>\n    *\/\n  @js.native\n  trait CacheSecurityGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var CacheSecurityGroupName: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var EC2SecurityGroups: js.UndefOr[EC2SecurityGroupList]\n    var OwnerId: js.UndefOr[String]\n  }\n\n  object CacheSecurityGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        CacheSecurityGroupName: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroups: js.UndefOr[EC2SecurityGroupList] = js.undefined,\n        OwnerId: js.UndefOr[String] = js.undefined\n    ): CacheSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroupName.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroups.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSecurityGroup]\n    }\n  }\n\n  \/** Represents a cluster's status within a particular cache security group.\n    *\/\n  @js.native\n  trait CacheSecurityGroupMembership extends js.Object {\n    var CacheSecurityGroupName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object CacheSecurityGroupMembership {\n    @inline\n    def apply(\n        CacheSecurityGroupName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): CacheSecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroupName.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSecurityGroupMembership]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeCacheSecurityGroups<\/code> operation.\n    *\/\n  @js.native\n  trait CacheSecurityGroupMessage extends js.Object {\n    var CacheSecurityGroups: js.UndefOr[CacheSecurityGroups]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CacheSecurityGroupMessage {\n    @inline\n    def apply(\n        CacheSecurityGroups: js.UndefOr[CacheSecurityGroups] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CacheSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroups.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSecurityGroupMessage]\n    }\n  }\n\n  \/** Represents the output of one of the following operations: * <code>CreateCacheSubnetGroup<\/code> * <code>ModifyCacheSubnetGroup<\/code>\n    *\/\n  @js.native\n  trait CacheSubnetGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var CacheSubnetGroupDescription: js.UndefOr[String]\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var Subnets: js.UndefOr[SubnetList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object CacheSubnetGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        CacheSubnetGroupDescription: js.UndefOr[String] = js.undefined,\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Subnets: js.UndefOr[SubnetList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): CacheSubnetGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSubnetGroup]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeCacheSubnetGroups<\/code> operation.\n    *\/\n  @js.native\n  trait CacheSubnetGroupMessage extends js.Object {\n    var CacheSubnetGroups: js.UndefOr[CacheSubnetGroups]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CacheSubnetGroupMessage {\n    @inline\n    def apply(\n        CacheSubnetGroups: js.UndefOr[CacheSubnetGroups] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CacheSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheSubnetGroups.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  sealed trait ChangeType extends js.Any\n  object ChangeType {\n    val immediate = \"immediate\".asInstanceOf[ChangeType]\n    val `requires-reboot` = \"requires-reboot\".asInstanceOf[ChangeType]\n\n    @inline def values = js.Array(immediate, `requires-reboot`)\n  }\n\n  \/** The configuration details of the CloudWatch Logs destination.\n    *\/\n  @js.native\n  trait CloudWatchLogsDestinationDetails extends js.Object {\n    var LogGroup: js.UndefOr[String]\n  }\n\n  object CloudWatchLogsDestinationDetails {\n    @inline\n    def apply(\n        LogGroup: js.UndefOr[String] = js.undefined\n    ): CloudWatchLogsDestinationDetails = {\n      val __obj = js.Dynamic.literal()\n      LogGroup.foreach(__v => __obj.updateDynamic(\"LogGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchLogsDestinationDetails]\n    }\n  }\n\n  @js.native\n  trait CompleteMigrationMessage extends js.Object {\n    var ReplicationGroupId: String\n    var Force: js.UndefOr[Boolean]\n  }\n\n  object CompleteMigrationMessage {\n    @inline\n    def apply(\n        ReplicationGroupId: String,\n        Force: js.UndefOr[Boolean] = js.undefined\n    ): CompleteMigrationMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      Force.foreach(__v => __obj.updateDynamic(\"Force\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteMigrationMessage]\n    }\n  }\n\n  @js.native\n  trait CompleteMigrationResponse extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object CompleteMigrationResponse {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): CompleteMigrationResponse = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CompleteMigrationResponse]\n    }\n  }\n\n  \/** Node group (shard) configuration options when adding or removing replicas. Each node group (shard) configuration has the following members: NodeGroupId, NewReplicaCount, and PreferredAvailabilityZones.\n    *\/\n  @js.native\n  trait ConfigureShard extends js.Object {\n    var NewReplicaCount: Int\n    var NodeGroupId: AllowedNodeGroupId\n    var PreferredAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList]\n    var PreferredOutpostArns: js.UndefOr[PreferredOutpostArnList]\n  }\n\n  object ConfigureShard {\n    @inline\n    def apply(\n        NewReplicaCount: Int,\n        NodeGroupId: AllowedNodeGroupId,\n        PreferredAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList] = js.undefined,\n        PreferredOutpostArns: js.UndefOr[PreferredOutpostArnList] = js.undefined\n    ): ConfigureShard = {\n      val __obj = js.Dynamic.literal(\n        \"NewReplicaCount\" -> NewReplicaCount.asInstanceOf[js.Any],\n        \"NodeGroupId\" -> NodeGroupId.asInstanceOf[js.Any]\n      )\n\n      PreferredAvailabilityZones.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArns.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConfigureShard]\n    }\n  }\n\n  \/** Represents the input of a <code>CopySnapshotMessage<\/code> operation.\n    *\/\n  @js.native\n  trait CopySnapshotMessage extends js.Object {\n    var SourceSnapshotName: String\n    var TargetSnapshotName: String\n    var KmsKeyId: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TargetBucket: js.UndefOr[String]\n  }\n\n  object CopySnapshotMessage {\n    @inline\n    def apply(\n        SourceSnapshotName: String,\n        TargetSnapshotName: String,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetBucket: js.UndefOr[String] = js.undefined\n    ): CopySnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceSnapshotName\" -> SourceSnapshotName.asInstanceOf[js.Any],\n        \"TargetSnapshotName\" -> TargetSnapshotName.asInstanceOf[js.Any]\n      )\n\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetBucket.foreach(__v => __obj.updateDynamic(\"TargetBucket\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopySnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CopySnapshotResult extends js.Object {\n    var Snapshot: js.UndefOr[Snapshot]\n  }\n\n  object CopySnapshotResult {\n    @inline\n    def apply(\n        Snapshot: js.UndefOr[Snapshot] = js.undefined\n    ): CopySnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      Snapshot.foreach(__v => __obj.updateDynamic(\"Snapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopySnapshotResult]\n    }\n  }\n\n  \/** Represents the input of a CreateCacheCluster operation.\n    *\/\n  @js.native\n  trait CreateCacheClusterMessage extends js.Object {\n    var CacheClusterId: String\n    var AZMode: js.UndefOr[AZMode]\n    var AuthToken: js.UndefOr[String]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList]\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList]\n    var NotificationTopicArn: js.UndefOr[String]\n    var NumCacheNodes: js.UndefOr[IntegerOptional]\n    var OutpostMode: js.UndefOr[OutpostMode]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredAvailabilityZone: js.UndefOr[String]\n    var PreferredAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PreferredOutpostArn: js.UndefOr[String]\n    var PreferredOutpostArns: js.UndefOr[PreferredOutpostArnList]\n    var ReplicationGroupId: js.UndefOr[String]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdsList]\n    var SnapshotArns: js.UndefOr[SnapshotArnsList]\n    var SnapshotName: js.UndefOr[String]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCacheClusterMessage {\n    @inline\n    def apply(\n        CacheClusterId: String,\n        AZMode: js.UndefOr[AZMode] = js.undefined,\n        AuthToken: js.UndefOr[String] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList] = js.undefined,\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        NumCacheNodes: js.UndefOr[IntegerOptional] = js.undefined,\n        OutpostMode: js.UndefOr[OutpostMode] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredAvailabilityZone: js.UndefOr[String] = js.undefined,\n        PreferredAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PreferredOutpostArn: js.UndefOr[String] = js.undefined,\n        PreferredOutpostArns: js.UndefOr[PreferredOutpostArnList] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdsList] = js.undefined,\n        SnapshotArns: js.UndefOr[SnapshotArnsList] = js.undefined,\n        SnapshotName: js.UndefOr[String] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCacheClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheClusterId\" -> CacheClusterId.asInstanceOf[js.Any]\n      )\n\n      AZMode.foreach(__v => __obj.updateDynamic(\"AZMode\")(__v.asInstanceOf[js.Any]))\n      AuthToken.foreach(__v => __obj.updateDynamic(\"AuthToken\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroupNames.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupNames\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      NumCacheNodes.foreach(__v => __obj.updateDynamic(\"NumCacheNodes\")(__v.asInstanceOf[js.Any]))\n      OutpostMode.foreach(__v => __obj.updateDynamic(\"OutpostMode\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZone.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZones.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArn.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArn\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArns.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArns\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SnapshotArns.foreach(__v => __obj.updateDynamic(\"SnapshotArns\")(__v.asInstanceOf[js.Any]))\n      SnapshotName.foreach(__v => __obj.updateDynamic(\"SnapshotName\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheClusterMessage]\n    }\n  }\n\n  @js.native\n  trait CreateCacheClusterResult extends js.Object {\n    var CacheCluster: js.UndefOr[CacheCluster]\n  }\n\n  object CreateCacheClusterResult {\n    @inline\n    def apply(\n        CacheCluster: js.UndefOr[CacheCluster] = js.undefined\n    ): CreateCacheClusterResult = {\n      val __obj = js.Dynamic.literal()\n      CacheCluster.foreach(__v => __obj.updateDynamic(\"CacheCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheClusterResult]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateCacheParameterGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateCacheParameterGroupMessage extends js.Object {\n    var CacheParameterGroupFamily: String\n    var CacheParameterGroupName: String\n    var Description: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCacheParameterGroupMessage {\n    @inline\n    def apply(\n        CacheParameterGroupFamily: String,\n        CacheParameterGroupName: String,\n        Description: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCacheParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupFamily\" -> CacheParameterGroupFamily.asInstanceOf[js.Any],\n        \"CacheParameterGroupName\" -> CacheParameterGroupName.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateCacheParameterGroupResult extends js.Object {\n    var CacheParameterGroup: js.UndefOr[CacheParameterGroup]\n  }\n\n  object CreateCacheParameterGroupResult {\n    @inline\n    def apply(\n        CacheParameterGroup: js.UndefOr[CacheParameterGroup] = js.undefined\n    ): CreateCacheParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      CacheParameterGroup.foreach(__v => __obj.updateDynamic(\"CacheParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheParameterGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateCacheSecurityGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateCacheSecurityGroupMessage extends js.Object {\n    var CacheSecurityGroupName: String\n    var Description: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCacheSecurityGroupMessage {\n    @inline\n    def apply(\n        CacheSecurityGroupName: String,\n        Description: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCacheSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSecurityGroupName\" -> CacheSecurityGroupName.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheSecurityGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateCacheSecurityGroupResult extends js.Object {\n    var CacheSecurityGroup: js.UndefOr[CacheSecurityGroup]\n  }\n\n  object CreateCacheSecurityGroupResult {\n    @inline\n    def apply(\n        CacheSecurityGroup: js.UndefOr[CacheSecurityGroup] = js.undefined\n    ): CreateCacheSecurityGroupResult = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroup.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheSecurityGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateCacheSubnetGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateCacheSubnetGroupMessage extends js.Object {\n    var CacheSubnetGroupDescription: String\n    var CacheSubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateCacheSubnetGroupMessage {\n    @inline\n    def apply(\n        CacheSubnetGroupDescription: String,\n        CacheSubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateCacheSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSubnetGroupDescription\" -> CacheSubnetGroupDescription.asInstanceOf[js.Any],\n        \"CacheSubnetGroupName\" -> CacheSubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateCacheSubnetGroupResult extends js.Object {\n    var CacheSubnetGroup: js.UndefOr[CacheSubnetGroup]\n  }\n\n  object CreateCacheSubnetGroupResult {\n    @inline\n    def apply(\n        CacheSubnetGroup: js.UndefOr[CacheSubnetGroup] = js.undefined\n    ): CreateCacheSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      CacheSubnetGroup.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCacheSubnetGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalReplicationGroupMessage extends js.Object {\n    var GlobalReplicationGroupIdSuffix: String\n    var PrimaryReplicationGroupId: String\n    var GlobalReplicationGroupDescription: js.UndefOr[String]\n  }\n\n  object CreateGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        GlobalReplicationGroupIdSuffix: String,\n        PrimaryReplicationGroupId: String,\n        GlobalReplicationGroupDescription: js.UndefOr[String] = js.undefined\n    ): CreateGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalReplicationGroupIdSuffix\" -> GlobalReplicationGroupIdSuffix.asInstanceOf[js.Any],\n        \"PrimaryReplicationGroupId\" -> PrimaryReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      GlobalReplicationGroupDescription.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object CreateGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): CreateGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateReplicationGroup<\/code> operation.\n    *\/\n  @js.native\n  trait CreateReplicationGroupMessage extends js.Object {\n    var ReplicationGroupDescription: String\n    var ReplicationGroupId: String\n    var AtRestEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var AuthToken: js.UndefOr[String]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AutomaticFailoverEnabled: js.UndefOr[BooleanOptional]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList]\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalReplicationGroupId: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList]\n    var MultiAZEnabled: js.UndefOr[BooleanOptional]\n    var NodeGroupConfiguration: js.UndefOr[NodeGroupConfigurationList]\n    var NotificationTopicArn: js.UndefOr[String]\n    var NumCacheClusters: js.UndefOr[IntegerOptional]\n    var NumNodeGroups: js.UndefOr[IntegerOptional]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredCacheClusterAZs: js.UndefOr[AvailabilityZonesList]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PrimaryClusterId: js.UndefOr[String]\n    var ReplicasPerNodeGroup: js.UndefOr[IntegerOptional]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdsList]\n    var SnapshotArns: js.UndefOr[SnapshotArnsList]\n    var SnapshotName: js.UndefOr[String]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TransitEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var UserGroupIds: js.UndefOr[UserGroupIdListInput]\n  }\n\n  object CreateReplicationGroupMessage {\n    @inline\n    def apply(\n        ReplicationGroupDescription: String,\n        ReplicationGroupId: String,\n        AtRestEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthToken: js.UndefOr[String] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AutomaticFailoverEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList] = js.undefined,\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalReplicationGroupId: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList] = js.undefined,\n        MultiAZEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        NodeGroupConfiguration: js.UndefOr[NodeGroupConfigurationList] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        NumCacheClusters: js.UndefOr[IntegerOptional] = js.undefined,\n        NumNodeGroups: js.UndefOr[IntegerOptional] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredCacheClusterAZs: js.UndefOr[AvailabilityZonesList] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PrimaryClusterId: js.UndefOr[String] = js.undefined,\n        ReplicasPerNodeGroup: js.UndefOr[IntegerOptional] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdsList] = js.undefined,\n        SnapshotArns: js.UndefOr[SnapshotArnsList] = js.undefined,\n        SnapshotName: js.UndefOr[String] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TransitEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        UserGroupIds: js.UndefOr[UserGroupIdListInput] = js.undefined\n    ): CreateReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReplicationGroupDescription\" -> ReplicationGroupDescription.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      AtRestEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"AtRestEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthToken.foreach(__v => __obj.updateDynamic(\"AuthToken\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AutomaticFailoverEnabled.foreach(__v => __obj.updateDynamic(\"AutomaticFailoverEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroupNames.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupNames\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupId.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      MultiAZEnabled.foreach(__v => __obj.updateDynamic(\"MultiAZEnabled\")(__v.asInstanceOf[js.Any]))\n      NodeGroupConfiguration.foreach(__v => __obj.updateDynamic(\"NodeGroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      NumCacheClusters.foreach(__v => __obj.updateDynamic(\"NumCacheClusters\")(__v.asInstanceOf[js.Any]))\n      NumNodeGroups.foreach(__v => __obj.updateDynamic(\"NumNodeGroups\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredCacheClusterAZs.foreach(__v => __obj.updateDynamic(\"PreferredCacheClusterAZs\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PrimaryClusterId.foreach(__v => __obj.updateDynamic(\"PrimaryClusterId\")(__v.asInstanceOf[js.Any]))\n      ReplicasPerNodeGroup.foreach(__v => __obj.updateDynamic(\"ReplicasPerNodeGroup\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SnapshotArns.foreach(__v => __obj.updateDynamic(\"SnapshotArns\")(__v.asInstanceOf[js.Any]))\n      SnapshotName.foreach(__v => __obj.updateDynamic(\"SnapshotName\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TransitEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"TransitEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      UserGroupIds.foreach(__v => __obj.updateDynamic(\"UserGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateReplicationGroupResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object CreateReplicationGroupResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): CreateReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>CreateSnapshot<\/code> operation.\n    *\/\n  @js.native\n  trait CreateSnapshotMessage extends js.Object {\n    var SnapshotName: String\n    var CacheClusterId: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateSnapshotMessage {\n    @inline\n    def apply(\n        SnapshotName: String,\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SnapshotName\" -> SnapshotName.asInstanceOf[js.Any]\n      )\n\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CreateSnapshotResult extends js.Object {\n    var Snapshot: js.UndefOr[Snapshot]\n  }\n\n  object CreateSnapshotResult {\n    @inline\n    def apply(\n        Snapshot: js.UndefOr[Snapshot] = js.undefined\n    ): CreateSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      Snapshot.foreach(__v => __obj.updateDynamic(\"Snapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait CreateUserGroupMessage extends js.Object {\n    var Engine: EngineType\n    var UserGroupId: String\n    var Tags: js.UndefOr[TagList]\n    var UserIds: js.UndefOr[UserIdListInput]\n  }\n\n  object CreateUserGroupMessage {\n    @inline\n    def apply(\n        Engine: EngineType,\n        UserGroupId: String,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UserIds: js.UndefOr[UserIdListInput] = js.undefined\n    ): CreateUserGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"UserGroupId\" -> UserGroupId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UserIds.foreach(__v => __obj.updateDynamic(\"UserIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateUserMessage extends js.Object {\n    var AccessString: AccessString\n    var Engine: EngineType\n    var UserId: UserId\n    var UserName: UserName\n    var NoPasswordRequired: js.UndefOr[BooleanOptional]\n    var Passwords: js.UndefOr[PasswordListInput]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateUserMessage {\n    @inline\n    def apply(\n        AccessString: AccessString,\n        Engine: EngineType,\n        UserId: UserId,\n        UserName: UserName,\n        NoPasswordRequired: js.UndefOr[BooleanOptional] = js.undefined,\n        Passwords: js.UndefOr[PasswordListInput] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateUserMessage = {\n      val __obj = js.Dynamic.literal(\n        \"AccessString\" -> AccessString.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n\n      NoPasswordRequired.foreach(__v => __obj.updateDynamic(\"NoPasswordRequired\")(__v.asInstanceOf[js.Any]))\n      Passwords.foreach(__v => __obj.updateDynamic(\"Passwords\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateUserMessage]\n    }\n  }\n\n  \/** The endpoint from which data should be migrated.\n    *\/\n  @js.native\n  trait CustomerNodeEndpoint extends js.Object {\n    var Address: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n  }\n\n  object CustomerNodeEndpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined\n    ): CustomerNodeEndpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomerNodeEndpoint]\n    }\n  }\n\n  @js.native\n  trait DecreaseNodeGroupsInGlobalReplicationGroupMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var GlobalReplicationGroupId: String\n    var NodeGroupCount: Int\n    var GlobalNodeGroupsToRemove: js.UndefOr[GlobalNodeGroupIdList]\n    var GlobalNodeGroupsToRetain: js.UndefOr[GlobalNodeGroupIdList]\n  }\n\n  object DecreaseNodeGroupsInGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        GlobalReplicationGroupId: String,\n        NodeGroupCount: Int,\n        GlobalNodeGroupsToRemove: js.UndefOr[GlobalNodeGroupIdList] = js.undefined,\n        GlobalNodeGroupsToRetain: js.UndefOr[GlobalNodeGroupIdList] = js.undefined\n    ): DecreaseNodeGroupsInGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any],\n        \"NodeGroupCount\" -> NodeGroupCount.asInstanceOf[js.Any]\n      )\n\n      GlobalNodeGroupsToRemove.foreach(__v => __obj.updateDynamic(\"GlobalNodeGroupsToRemove\")(__v.asInstanceOf[js.Any]))\n      GlobalNodeGroupsToRetain.foreach(__v => __obj.updateDynamic(\"GlobalNodeGroupsToRetain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseNodeGroupsInGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DecreaseNodeGroupsInGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object DecreaseNodeGroupsInGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): DecreaseNodeGroupsInGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseNodeGroupsInGlobalReplicationGroupResult]\n    }\n  }\n\n  @js.native\n  trait DecreaseReplicaCountMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var ReplicationGroupId: String\n    var NewReplicaCount: js.UndefOr[IntegerOptional]\n    var ReplicaConfiguration: js.UndefOr[ReplicaConfigurationList]\n    var ReplicasToRemove: js.UndefOr[RemoveReplicasList]\n  }\n\n  object DecreaseReplicaCountMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        ReplicationGroupId: String,\n        NewReplicaCount: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicaConfiguration: js.UndefOr[ReplicaConfigurationList] = js.undefined,\n        ReplicasToRemove: js.UndefOr[RemoveReplicasList] = js.undefined\n    ): DecreaseReplicaCountMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      NewReplicaCount.foreach(__v => __obj.updateDynamic(\"NewReplicaCount\")(__v.asInstanceOf[js.Any]))\n      ReplicaConfiguration.foreach(__v => __obj.updateDynamic(\"ReplicaConfiguration\")(__v.asInstanceOf[js.Any]))\n      ReplicasToRemove.foreach(__v => __obj.updateDynamic(\"ReplicasToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseReplicaCountMessage]\n    }\n  }\n\n  @js.native\n  trait DecreaseReplicaCountResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object DecreaseReplicaCountResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): DecreaseReplicaCountResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseReplicaCountResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteCacheCluster<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteCacheClusterMessage extends js.Object {\n    var CacheClusterId: String\n    var FinalSnapshotIdentifier: js.UndefOr[String]\n  }\n\n  object DeleteCacheClusterMessage {\n    @inline\n    def apply(\n        CacheClusterId: String,\n        FinalSnapshotIdentifier: js.UndefOr[String] = js.undefined\n    ): DeleteCacheClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheClusterId\" -> CacheClusterId.asInstanceOf[js.Any]\n      )\n\n      FinalSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"FinalSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCacheClusterMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteCacheClusterResult extends js.Object {\n    var CacheCluster: js.UndefOr[CacheCluster]\n  }\n\n  object DeleteCacheClusterResult {\n    @inline\n    def apply(\n        CacheCluster: js.UndefOr[CacheCluster] = js.undefined\n    ): DeleteCacheClusterResult = {\n      val __obj = js.Dynamic.literal()\n      CacheCluster.foreach(__v => __obj.updateDynamic(\"CacheCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCacheClusterResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteCacheParameterGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteCacheParameterGroupMessage extends js.Object {\n    var CacheParameterGroupName: String\n  }\n\n  object DeleteCacheParameterGroupMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: String\n    ): DeleteCacheParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupName\" -> CacheParameterGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCacheParameterGroupMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteCacheSecurityGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteCacheSecurityGroupMessage extends js.Object {\n    var CacheSecurityGroupName: String\n  }\n\n  object DeleteCacheSecurityGroupMessage {\n    @inline\n    def apply(\n        CacheSecurityGroupName: String\n    ): DeleteCacheSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSecurityGroupName\" -> CacheSecurityGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCacheSecurityGroupMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteCacheSubnetGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteCacheSubnetGroupMessage extends js.Object {\n    var CacheSubnetGroupName: String\n  }\n\n  object DeleteCacheSubnetGroupMessage {\n    @inline\n    def apply(\n        CacheSubnetGroupName: String\n    ): DeleteCacheSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSubnetGroupName\" -> CacheSubnetGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCacheSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteGlobalReplicationGroupMessage extends js.Object {\n    var GlobalReplicationGroupId: String\n    var RetainPrimaryReplicationGroup: Boolean\n  }\n\n  object DeleteGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        GlobalReplicationGroupId: String,\n        RetainPrimaryReplicationGroup: Boolean\n    ): DeleteGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any],\n        \"RetainPrimaryReplicationGroup\" -> RetainPrimaryReplicationGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object DeleteGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): DeleteGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteReplicationGroup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteReplicationGroupMessage extends js.Object {\n    var ReplicationGroupId: String\n    var FinalSnapshotIdentifier: js.UndefOr[String]\n    var RetainPrimaryCluster: js.UndefOr[BooleanOptional]\n  }\n\n  object DeleteReplicationGroupMessage {\n    @inline\n    def apply(\n        ReplicationGroupId: String,\n        FinalSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        RetainPrimaryCluster: js.UndefOr[BooleanOptional] = js.undefined\n    ): DeleteReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      FinalSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"FinalSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      RetainPrimaryCluster.foreach(__v => __obj.updateDynamic(\"RetainPrimaryCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteReplicationGroupResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object DeleteReplicationGroupResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): DeleteReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DeleteSnapshot<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteSnapshotMessage extends js.Object {\n    var SnapshotName: String\n  }\n\n  object DeleteSnapshotMessage {\n    @inline\n    def apply(\n        SnapshotName: String\n    ): DeleteSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SnapshotName\" -> SnapshotName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteSnapshotResult extends js.Object {\n    var Snapshot: js.UndefOr[Snapshot]\n  }\n\n  object DeleteSnapshotResult {\n    @inline\n    def apply(\n        Snapshot: js.UndefOr[Snapshot] = js.undefined\n    ): DeleteSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      Snapshot.foreach(__v => __obj.updateDynamic(\"Snapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait DeleteUserGroupMessage extends js.Object {\n    var UserGroupId: String\n  }\n\n  object DeleteUserGroupMessage {\n    @inline\n    def apply(\n        UserGroupId: String\n    ): DeleteUserGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"UserGroupId\" -> UserGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteUserMessage extends js.Object {\n    var UserId: UserId\n  }\n\n  object DeleteUserMessage {\n    @inline\n    def apply(\n        UserId: UserId\n    ): DeleteUserMessage = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteUserMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheClusters<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheClustersMessage extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ShowCacheClustersNotInReplicationGroups: js.UndefOr[BooleanOptional]\n    var ShowCacheNodeInfo: js.UndefOr[BooleanOptional]\n  }\n\n  object DescribeCacheClustersMessage {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ShowCacheClustersNotInReplicationGroups: js.UndefOr[BooleanOptional] = js.undefined,\n        ShowCacheNodeInfo: js.UndefOr[BooleanOptional] = js.undefined\n    ): DescribeCacheClustersMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ShowCacheClustersNotInReplicationGroups.foreach(__v => __obj.updateDynamic(\"ShowCacheClustersNotInReplicationGroups\")(__v.asInstanceOf[js.Any]))\n      ShowCacheNodeInfo.foreach(__v => __obj.updateDynamic(\"ShowCacheNodeInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheClustersMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheEngineVersions<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheEngineVersionsMessage extends js.Object {\n    var CacheParameterGroupFamily: js.UndefOr[String]\n    var DefaultOnly: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCacheEngineVersionsMessage {\n    @inline\n    def apply(\n        CacheParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        DefaultOnly: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCacheEngineVersionsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      DefaultOnly.foreach(__v => __obj.updateDynamic(\"DefaultOnly\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheEngineVersionsMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheParameterGroups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheParameterGroupsMessage extends js.Object {\n    var CacheParameterGroupName: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCacheParameterGroupsMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCacheParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheParameterGroupsMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheParameters<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheParametersMessage extends js.Object {\n    var CacheParameterGroupName: String\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Source: js.UndefOr[String]\n  }\n\n  object DescribeCacheParametersMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): DescribeCacheParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupName\" -> CacheParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheParametersMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheSecurityGroups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheSecurityGroupsMessage extends js.Object {\n    var CacheSecurityGroupName: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCacheSecurityGroupsMessage {\n    @inline\n    def apply(\n        CacheSecurityGroupName: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCacheSecurityGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroupName.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheSecurityGroupsMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeCacheSubnetGroups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeCacheSubnetGroupsMessage extends js.Object {\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCacheSubnetGroupsMessage {\n    @inline\n    def apply(\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCacheSubnetGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCacheSubnetGroupsMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeEngineDefaultParameters<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeEngineDefaultParametersMessage extends js.Object {\n    var CacheParameterGroupFamily: String\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeEngineDefaultParametersMessage {\n    @inline\n    def apply(\n        CacheParameterGroupFamily: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeEngineDefaultParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupFamily\" -> CacheParameterGroupFamily.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultParametersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeEngineDefaultParametersResult extends js.Object {\n    var EngineDefaults: js.UndefOr[EngineDefaults]\n  }\n\n  object DescribeEngineDefaultParametersResult {\n    @inline\n    def apply(\n        EngineDefaults: js.UndefOr[EngineDefaults] = js.undefined\n    ): DescribeEngineDefaultParametersResult = {\n      val __obj = js.Dynamic.literal()\n      EngineDefaults.foreach(__v => __obj.updateDynamic(\"EngineDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultParametersResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeEvents<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeEventsMessage extends js.Object {\n    var Duration: js.UndefOr[IntegerOptional]\n    var EndTime: js.UndefOr[TStamp]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n    var StartTime: js.UndefOr[TStamp]\n  }\n\n  object DescribeEventsMessage {\n    @inline\n    def apply(\n        Duration: js.UndefOr[IntegerOptional] = js.undefined,\n        EndTime: js.UndefOr[TStamp] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined\n    ): DescribeEventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalReplicationGroupsMessage extends js.Object {\n    var GlobalReplicationGroupId: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ShowMemberInfo: js.UndefOr[BooleanOptional]\n  }\n\n  object DescribeGlobalReplicationGroupsMessage {\n    @inline\n    def apply(\n        GlobalReplicationGroupId: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ShowMemberInfo: js.UndefOr[BooleanOptional] = js.undefined\n    ): DescribeGlobalReplicationGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroupId.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ShowMemberInfo.foreach(__v => __obj.updateDynamic(\"ShowMemberInfo\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGlobalReplicationGroupsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalReplicationGroupsResult extends js.Object {\n    var GlobalReplicationGroups: js.UndefOr[GlobalReplicationGroupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DescribeGlobalReplicationGroupsResult {\n    @inline\n    def apply(\n        GlobalReplicationGroups: js.UndefOr[GlobalReplicationGroupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DescribeGlobalReplicationGroupsResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroups.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGlobalReplicationGroupsResult]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeReplicationGroups<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeReplicationGroupsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ReplicationGroupId: js.UndefOr[String]\n  }\n\n  object DescribeReplicationGroupsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined\n    ): DescribeReplicationGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReplicationGroupsMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeReservedCacheNodes<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeReservedCacheNodesMessage extends js.Object {\n    var CacheNodeType: js.UndefOr[String]\n    var Duration: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var ReservedCacheNodeId: js.UndefOr[String]\n    var ReservedCacheNodesOfferingId: js.UndefOr[String]\n  }\n\n  object DescribeReservedCacheNodesMessage {\n    @inline\n    def apply(\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodeId: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodesOfferingId: js.UndefOr[String] = js.undefined\n    ): DescribeReservedCacheNodesMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodeId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodeId\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodesOfferingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReservedCacheNodesMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeReservedCacheNodesOfferings<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeReservedCacheNodesOfferingsMessage extends js.Object {\n    var CacheNodeType: js.UndefOr[String]\n    var Duration: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var ReservedCacheNodesOfferingId: js.UndefOr[String]\n  }\n\n  object DescribeReservedCacheNodesOfferingsMessage {\n    @inline\n    def apply(\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodesOfferingId: js.UndefOr[String] = js.undefined\n    ): DescribeReservedCacheNodesOfferingsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodesOfferingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReservedCacheNodesOfferingsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeServiceUpdatesMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ServiceUpdateName: js.UndefOr[String]\n    var ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatusList]\n  }\n\n  object DescribeServiceUpdatesMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined,\n        ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatusList] = js.undefined\n    ): DescribeServiceUpdatesMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateStatus.foreach(__v => __obj.updateDynamic(\"ServiceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServiceUpdatesMessage]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeSnapshots<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeSnapshotsListMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Snapshots: js.UndefOr[SnapshotList]\n  }\n\n  object DescribeSnapshotsListMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Snapshots: js.UndefOr[SnapshotList] = js.undefined\n    ): DescribeSnapshotsListMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Snapshots.foreach(__v => __obj.updateDynamic(\"Snapshots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSnapshotsListMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>DescribeSnapshotsMessage<\/code> operation.\n    *\/\n  @js.native\n  trait DescribeSnapshotsMessage extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ShowNodeGroupConfig: js.UndefOr[BooleanOptional]\n    var SnapshotName: js.UndefOr[String]\n    var SnapshotSource: js.UndefOr[String]\n  }\n\n  object DescribeSnapshotsMessage {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ShowNodeGroupConfig: js.UndefOr[BooleanOptional] = js.undefined,\n        SnapshotName: js.UndefOr[String] = js.undefined,\n        SnapshotSource: js.UndefOr[String] = js.undefined\n    ): DescribeSnapshotsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ShowNodeGroupConfig.foreach(__v => __obj.updateDynamic(\"ShowNodeGroupConfig\")(__v.asInstanceOf[js.Any]))\n      SnapshotName.foreach(__v => __obj.updateDynamic(\"SnapshotName\")(__v.asInstanceOf[js.Any]))\n      SnapshotSource.foreach(__v => __obj.updateDynamic(\"SnapshotSource\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSnapshotsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeUpdateActionsMessage extends js.Object {\n    var CacheClusterIds: js.UndefOr[CacheClusterIdList]\n    var Engine: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList]\n    var ServiceUpdateName: js.UndefOr[String]\n    var ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatusList]\n    var ServiceUpdateTimeRange: js.UndefOr[TimeRangeFilter]\n    var ShowNodeLevelUpdateStatus: js.UndefOr[BooleanOptional]\n    var UpdateActionStatus: js.UndefOr[UpdateActionStatusList]\n  }\n\n  object DescribeUpdateActionsMessage {\n    @inline\n    def apply(\n        CacheClusterIds: js.UndefOr[CacheClusterIdList] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicationGroupIds: js.UndefOr[ReplicationGroupIdList] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined,\n        ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatusList] = js.undefined,\n        ServiceUpdateTimeRange: js.UndefOr[TimeRangeFilter] = js.undefined,\n        ShowNodeLevelUpdateStatus: js.UndefOr[BooleanOptional] = js.undefined,\n        UpdateActionStatus: js.UndefOr[UpdateActionStatusList] = js.undefined\n    ): DescribeUpdateActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterIds.foreach(__v => __obj.updateDynamic(\"CacheClusterIds\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupIds.foreach(__v => __obj.updateDynamic(\"ReplicationGroupIds\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateStatus.foreach(__v => __obj.updateDynamic(\"ServiceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateTimeRange.foreach(__v => __obj.updateDynamic(\"ServiceUpdateTimeRange\")(__v.asInstanceOf[js.Any]))\n      ShowNodeLevelUpdateStatus.foreach(__v => __obj.updateDynamic(\"ShowNodeLevelUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      UpdateActionStatus.foreach(__v => __obj.updateDynamic(\"UpdateActionStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUpdateActionsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeUserGroupsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var UserGroupId: js.UndefOr[String]\n  }\n\n  object DescribeUserGroupsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        UserGroupId: js.UndefOr[String] = js.undefined\n    ): DescribeUserGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      UserGroupId.foreach(__v => __obj.updateDynamic(\"UserGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserGroupsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeUserGroupsResult extends js.Object {\n    var Marker: js.UndefOr[String]\n    var UserGroups: js.UndefOr[UserGroupList]\n  }\n\n  object DescribeUserGroupsResult {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        UserGroups: js.UndefOr[UserGroupList] = js.undefined\n    ): DescribeUserGroupsResult = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      UserGroups.foreach(__v => __obj.updateDynamic(\"UserGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUserGroupsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeUsersMessage extends js.Object {\n    var Engine: js.UndefOr[EngineType]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var UserId: js.UndefOr[UserId]\n  }\n\n  object DescribeUsersMessage {\n    @inline\n    def apply(\n        Engine: js.UndefOr[EngineType] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        UserId: js.UndefOr[UserId] = js.undefined\n    ): DescribeUsersMessage = {\n      val __obj = js.Dynamic.literal()\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeUsersResult extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Users: js.UndefOr[UserList]\n  }\n\n  object DescribeUsersResult {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Users: js.UndefOr[UserList] = js.undefined\n    ): DescribeUsersResult = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Users.foreach(__v => __obj.updateDynamic(\"Users\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeUsersResult]\n    }\n  }\n\n  \/** Configuration details of either a CloudWatch Logs destination or Kinesis Data Firehose destination.\n    *\/\n  @js.native\n  trait DestinationDetails extends js.Object {\n    var CloudWatchLogsDetails: js.UndefOr[CloudWatchLogsDestinationDetails]\n    var KinesisFirehoseDetails: js.UndefOr[KinesisFirehoseDestinationDetails]\n  }\n\n  object DestinationDetails {\n    @inline\n    def apply(\n        CloudWatchLogsDetails: js.UndefOr[CloudWatchLogsDestinationDetails] = js.undefined,\n        KinesisFirehoseDetails: js.UndefOr[KinesisFirehoseDestinationDetails] = js.undefined\n    ): DestinationDetails = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLogsDetails.foreach(__v => __obj.updateDynamic(\"CloudWatchLogsDetails\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseDetails.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationDetails]\n    }\n  }\n\n  @js.native\n  sealed trait DestinationType extends js.Any\n  object DestinationType {\n    val `cloudwatch-logs` = \"cloudwatch-logs\".asInstanceOf[DestinationType]\n    val `kinesis-firehose` = \"kinesis-firehose\".asInstanceOf[DestinationType]\n\n    @inline def values = js.Array(`cloudwatch-logs`, `kinesis-firehose`)\n  }\n\n  @js.native\n  trait DisassociateGlobalReplicationGroupMessage extends js.Object {\n    var GlobalReplicationGroupId: String\n    var ReplicationGroupId: String\n    var ReplicationGroupRegion: String\n  }\n\n  object DisassociateGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        GlobalReplicationGroupId: String,\n        ReplicationGroupId: String,\n        ReplicationGroupRegion: String\n    ): DisassociateGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any],\n        \"ReplicationGroupRegion\" -> ReplicationGroupRegion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DisassociateGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object DisassociateGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): DisassociateGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Provides ownership and status information for an Amazon EC2 security group.\n    *\/\n  @js.native\n  trait EC2SecurityGroup extends js.Object {\n    var EC2SecurityGroupName: js.UndefOr[String]\n    var EC2SecurityGroupOwnerId: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object EC2SecurityGroup {\n    @inline\n    def apply(\n        EC2SecurityGroupName: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupOwnerId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): EC2SecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      EC2SecurityGroupName.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupOwnerId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupOwnerId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2SecurityGroup]\n    }\n  }\n\n  \/** Represents the information required for client programs to connect to a cache node.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeEngineDefaultParameters<\/code> operation.\n    *\/\n  @js.native\n  trait EngineDefaults extends js.Object {\n    var CacheNodeTypeSpecificParameters: js.UndefOr[CacheNodeTypeSpecificParametersList]\n    var CacheParameterGroupFamily: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object EngineDefaults {\n    @inline\n    def apply(\n        CacheNodeTypeSpecificParameters: js.UndefOr[CacheNodeTypeSpecificParametersList] = js.undefined,\n        CacheParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): EngineDefaults = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeTypeSpecificParameters.foreach(__v => __obj.updateDynamic(\"CacheNodeTypeSpecificParameters\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EngineDefaults]\n    }\n  }\n\n  \/** Represents a single occurrence of something interesting within the system. Some examples of events are creating a cluster, adding or removing a cache node, or rebooting a node.\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var Date: js.UndefOr[TStamp]\n    var Message: js.UndefOr[String]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        Date: js.UndefOr[TStamp] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeEvents<\/code> operation.\n    *\/\n  @js.native\n  trait EventsMessage extends js.Object {\n    var Events: js.UndefOr[EventList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object EventsMessage {\n    @inline\n    def apply(\n        Events: js.UndefOr[EventList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): EventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsMessage]\n    }\n  }\n\n  @js.native\n  trait FailoverGlobalReplicationGroupMessage extends js.Object {\n    var GlobalReplicationGroupId: String\n    var PrimaryRegion: String\n    var PrimaryReplicationGroupId: String\n  }\n\n  object FailoverGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        GlobalReplicationGroupId: String,\n        PrimaryRegion: String,\n        PrimaryReplicationGroupId: String\n    ): FailoverGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any],\n        \"PrimaryRegion\" -> PrimaryRegion.asInstanceOf[js.Any],\n        \"PrimaryReplicationGroupId\" -> PrimaryReplicationGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FailoverGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait FailoverGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object FailoverGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): FailoverGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Used to streamline results of a search based on the property being filtered.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: FilterName\n    var Values: FilterValueList\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: FilterName,\n        Values: FilterValueList\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** Indicates the slot configuration and global identifier for a slice group.\n    *\/\n  @js.native\n  trait GlobalNodeGroup extends js.Object {\n    var GlobalNodeGroupId: js.UndefOr[String]\n    var Slots: js.UndefOr[String]\n  }\n\n  object GlobalNodeGroup {\n    @inline\n    def apply(\n        GlobalNodeGroupId: js.UndefOr[String] = js.undefined,\n        Slots: js.UndefOr[String] = js.undefined\n    ): GlobalNodeGroup = {\n      val __obj = js.Dynamic.literal()\n      GlobalNodeGroupId.foreach(__v => __obj.updateDynamic(\"GlobalNodeGroupId\")(__v.asInstanceOf[js.Any]))\n      Slots.foreach(__v => __obj.updateDynamic(\"Slots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalNodeGroup]\n    }\n  }\n\n  \/** Consists of a primary cluster that accepts writes and an associated secondary cluster that resides in a different AWS region. The secondary cluster accepts only reads. The primary cluster automatically replicates updates to the secondary cluster. * The ```GlobalReplicationGroupIdSuffix``` represents the name of the Global datastore, which is what you use to associate a secondary cluster.\n    *\/\n  @js.native\n  trait GlobalReplicationGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var AtRestEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var AuthTokenEnabled: js.UndefOr[BooleanOptional]\n    var CacheNodeType: js.UndefOr[String]\n    var ClusterEnabled: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalNodeGroups: js.UndefOr[GlobalNodeGroupList]\n    var GlobalReplicationGroupDescription: js.UndefOr[String]\n    var GlobalReplicationGroupId: js.UndefOr[String]\n    var Members: js.UndefOr[GlobalReplicationGroupMemberList]\n    var Status: js.UndefOr[String]\n    var TransitEncryptionEnabled: js.UndefOr[BooleanOptional]\n  }\n\n  object GlobalReplicationGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        AtRestEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthTokenEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        ClusterEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalNodeGroups: js.UndefOr[GlobalNodeGroupList] = js.undefined,\n        GlobalReplicationGroupDescription: js.UndefOr[String] = js.undefined,\n        GlobalReplicationGroupId: js.UndefOr[String] = js.undefined,\n        Members: js.UndefOr[GlobalReplicationGroupMemberList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        TransitEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined\n    ): GlobalReplicationGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AtRestEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"AtRestEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthTokenEnabled.foreach(__v => __obj.updateDynamic(\"AuthTokenEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      ClusterEnabled.foreach(__v => __obj.updateDynamic(\"ClusterEnabled\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalNodeGroups.foreach(__v => __obj.updateDynamic(\"GlobalNodeGroups\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupDescription.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupDescription\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupId.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      Members.foreach(__v => __obj.updateDynamic(\"Members\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TransitEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"TransitEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalReplicationGroup]\n    }\n  }\n\n  \/** The name of the Global datastore and role of this replication group in the Global datastore.\n    *\/\n  @js.native\n  trait GlobalReplicationGroupInfo extends js.Object {\n    var GlobalReplicationGroupId: js.UndefOr[String]\n    var GlobalReplicationGroupMemberRole: js.UndefOr[String]\n  }\n\n  object GlobalReplicationGroupInfo {\n    @inline\n    def apply(\n        GlobalReplicationGroupId: js.UndefOr[String] = js.undefined,\n        GlobalReplicationGroupMemberRole: js.UndefOr[String] = js.undefined\n    ): GlobalReplicationGroupInfo = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroupId.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupMemberRole.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupMemberRole\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalReplicationGroupInfo]\n    }\n  }\n\n  \/** A member of a Global datastore. It contains the Replication Group Id, the AWS region and the role of the replication group.\n    *\/\n  @js.native\n  trait GlobalReplicationGroupMember extends js.Object {\n    var AutomaticFailover: js.UndefOr[AutomaticFailoverStatus]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ReplicationGroupRegion: js.UndefOr[String]\n    var Role: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object GlobalReplicationGroupMember {\n    @inline\n    def apply(\n        AutomaticFailover: js.UndefOr[AutomaticFailoverStatus] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ReplicationGroupRegion: js.UndefOr[String] = js.undefined,\n        Role: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): GlobalReplicationGroupMember = {\n      val __obj = js.Dynamic.literal()\n      AutomaticFailover.foreach(__v => __obj.updateDynamic(\"AutomaticFailover\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupRegion.foreach(__v => __obj.updateDynamic(\"ReplicationGroupRegion\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalReplicationGroupMember]\n    }\n  }\n\n  @js.native\n  trait IncreaseNodeGroupsInGlobalReplicationGroupMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var GlobalReplicationGroupId: String\n    var NodeGroupCount: Int\n    var RegionalConfigurations: js.UndefOr[RegionalConfigurationList]\n  }\n\n  object IncreaseNodeGroupsInGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        GlobalReplicationGroupId: String,\n        NodeGroupCount: Int,\n        RegionalConfigurations: js.UndefOr[RegionalConfigurationList] = js.undefined\n    ): IncreaseNodeGroupsInGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any],\n        \"NodeGroupCount\" -> NodeGroupCount.asInstanceOf[js.Any]\n      )\n\n      RegionalConfigurations.foreach(__v => __obj.updateDynamic(\"RegionalConfigurations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseNodeGroupsInGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait IncreaseNodeGroupsInGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object IncreaseNodeGroupsInGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): IncreaseNodeGroupsInGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseNodeGroupsInGlobalReplicationGroupResult]\n    }\n  }\n\n  @js.native\n  trait IncreaseReplicaCountMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var ReplicationGroupId: String\n    var NewReplicaCount: js.UndefOr[IntegerOptional]\n    var ReplicaConfiguration: js.UndefOr[ReplicaConfigurationList]\n  }\n\n  object IncreaseReplicaCountMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        ReplicationGroupId: String,\n        NewReplicaCount: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicaConfiguration: js.UndefOr[ReplicaConfigurationList] = js.undefined\n    ): IncreaseReplicaCountMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      NewReplicaCount.foreach(__v => __obj.updateDynamic(\"NewReplicaCount\")(__v.asInstanceOf[js.Any]))\n      ReplicaConfiguration.foreach(__v => __obj.updateDynamic(\"ReplicaConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseReplicaCountMessage]\n    }\n  }\n\n  @js.native\n  trait IncreaseReplicaCountResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object IncreaseReplicaCountResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): IncreaseReplicaCountResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseReplicaCountResult]\n    }\n  }\n\n  \/** The configuration details of the Kinesis Data Firehose destination.\n    *\/\n  @js.native\n  trait KinesisFirehoseDestinationDetails extends js.Object {\n    var DeliveryStream: js.UndefOr[String]\n  }\n\n  object KinesisFirehoseDestinationDetails {\n    @inline\n    def apply(\n        DeliveryStream: js.UndefOr[String] = js.undefined\n    ): KinesisFirehoseDestinationDetails = {\n      val __obj = js.Dynamic.literal()\n      DeliveryStream.foreach(__v => __obj.updateDynamic(\"DeliveryStream\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisFirehoseDestinationDetails]\n    }\n  }\n\n  \/** The input parameters for the <code>ListAllowedNodeTypeModifications<\/code> operation.\n    *\/\n  @js.native\n  trait ListAllowedNodeTypeModificationsMessage extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n  }\n\n  object ListAllowedNodeTypeModificationsMessage {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined\n    ): ListAllowedNodeTypeModificationsMessage = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAllowedNodeTypeModificationsMessage]\n    }\n  }\n\n  \/** The input parameters for the <code>ListTagsForResource<\/code> operation.\n    *\/\n  @js.native\n  trait ListTagsForResourceMessage extends js.Object {\n    var ResourceName: String\n  }\n\n  object ListTagsForResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String\n    ): ListTagsForResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceMessage]\n    }\n  }\n\n  \/** Returns the destination, format and type of the logs.\n    *\/\n  @js.native\n  trait LogDeliveryConfiguration extends js.Object {\n    var DestinationDetails: js.UndefOr[DestinationDetails]\n    var DestinationType: js.UndefOr[DestinationType]\n    var LogFormat: js.UndefOr[LogFormat]\n    var LogType: js.UndefOr[LogType]\n    var Message: js.UndefOr[String]\n    var Status: js.UndefOr[LogDeliveryConfigurationStatus]\n  }\n\n  object LogDeliveryConfiguration {\n    @inline\n    def apply(\n        DestinationDetails: js.UndefOr[DestinationDetails] = js.undefined,\n        DestinationType: js.UndefOr[DestinationType] = js.undefined,\n        LogFormat: js.UndefOr[LogFormat] = js.undefined,\n        LogType: js.UndefOr[LogType] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[LogDeliveryConfigurationStatus] = js.undefined\n    ): LogDeliveryConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DestinationDetails.foreach(__v => __obj.updateDynamic(\"DestinationDetails\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      LogFormat.foreach(__v => __obj.updateDynamic(\"LogFormat\")(__v.asInstanceOf[js.Any]))\n      LogType.foreach(__v => __obj.updateDynamic(\"LogType\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogDeliveryConfiguration]\n    }\n  }\n\n  \/** Specifies the destination, format and type of the logs.\n    *\/\n  @js.native\n  trait LogDeliveryConfigurationRequest extends js.Object {\n    var DestinationDetails: js.UndefOr[DestinationDetails]\n    var DestinationType: js.UndefOr[DestinationType]\n    var Enabled: js.UndefOr[BooleanOptional]\n    var LogFormat: js.UndefOr[LogFormat]\n    var LogType: js.UndefOr[LogType]\n  }\n\n  object LogDeliveryConfigurationRequest {\n    @inline\n    def apply(\n        DestinationDetails: js.UndefOr[DestinationDetails] = js.undefined,\n        DestinationType: js.UndefOr[DestinationType] = js.undefined,\n        Enabled: js.UndefOr[BooleanOptional] = js.undefined,\n        LogFormat: js.UndefOr[LogFormat] = js.undefined,\n        LogType: js.UndefOr[LogType] = js.undefined\n    ): LogDeliveryConfigurationRequest = {\n      val __obj = js.Dynamic.literal()\n      DestinationDetails.foreach(__v => __obj.updateDynamic(\"DestinationDetails\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      LogFormat.foreach(__v => __obj.updateDynamic(\"LogFormat\")(__v.asInstanceOf[js.Any]))\n      LogType.foreach(__v => __obj.updateDynamic(\"LogType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogDeliveryConfigurationRequest]\n    }\n  }\n\n  @js.native\n  sealed trait LogDeliveryConfigurationStatus extends js.Any\n  object LogDeliveryConfigurationStatus {\n    val active = \"active\".asInstanceOf[LogDeliveryConfigurationStatus]\n    val enabling = \"enabling\".asInstanceOf[LogDeliveryConfigurationStatus]\n    val modifying = \"modifying\".asInstanceOf[LogDeliveryConfigurationStatus]\n    val disabling = \"disabling\".asInstanceOf[LogDeliveryConfigurationStatus]\n    val error = \"error\".asInstanceOf[LogDeliveryConfigurationStatus]\n\n    @inline def values = js.Array(active, enabling, modifying, disabling, error)\n  }\n\n  @js.native\n  sealed trait LogFormat extends js.Any\n  object LogFormat {\n    val text = \"text\".asInstanceOf[LogFormat]\n    val json = \"json\".asInstanceOf[LogFormat]\n\n    @inline def values = js.Array(text, json)\n  }\n\n  @js.native\n  sealed trait LogType extends js.Any\n  object LogType {\n    val `slow-log` = \"slow-log\".asInstanceOf[LogType]\n\n    @inline def values = js.Array(`slow-log`)\n  }\n\n  \/** Represents the input of a <code>ModifyCacheCluster<\/code> operation.\n    *\/\n  @js.native\n  trait ModifyCacheClusterMessage extends js.Object {\n    var CacheClusterId: String\n    var AZMode: js.UndefOr[AZMode]\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var AuthToken: js.UndefOr[String]\n    var AuthTokenUpdateStrategy: js.UndefOr[AuthTokenUpdateStrategyType]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var CacheNodeIdsToRemove: js.UndefOr[CacheNodeIdsList]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList]\n    var EngineVersion: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList]\n    var NewAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList]\n    var NotificationTopicArn: js.UndefOr[String]\n    var NotificationTopicStatus: js.UndefOr[String]\n    var NumCacheNodes: js.UndefOr[IntegerOptional]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdsList]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n  }\n\n  object ModifyCacheClusterMessage {\n    @inline\n    def apply(\n        CacheClusterId: String,\n        AZMode: js.UndefOr[AZMode] = js.undefined,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        AuthToken: js.UndefOr[String] = js.undefined,\n        AuthTokenUpdateStrategy: js.UndefOr[AuthTokenUpdateStrategyType] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeIdsToRemove: js.UndefOr[CacheNodeIdsList] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList] = js.undefined,\n        NewAvailabilityZones: js.UndefOr[PreferredAvailabilityZoneList] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        NotificationTopicStatus: js.UndefOr[String] = js.undefined,\n        NumCacheNodes: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdsList] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined\n    ): ModifyCacheClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheClusterId\" -> CacheClusterId.asInstanceOf[js.Any]\n      )\n\n      AZMode.foreach(__v => __obj.updateDynamic(\"AZMode\")(__v.asInstanceOf[js.Any]))\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      AuthToken.foreach(__v => __obj.updateDynamic(\"AuthToken\")(__v.asInstanceOf[js.Any]))\n      AuthTokenUpdateStrategy.foreach(__v => __obj.updateDynamic(\"AuthTokenUpdateStrategy\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      CacheNodeIdsToRemove.foreach(__v => __obj.updateDynamic(\"CacheNodeIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroupNames.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupNames\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      NewAvailabilityZones.foreach(__v => __obj.updateDynamic(\"NewAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicStatus.foreach(__v => __obj.updateDynamic(\"NotificationTopicStatus\")(__v.asInstanceOf[js.Any]))\n      NumCacheNodes.foreach(__v => __obj.updateDynamic(\"NumCacheNodes\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCacheClusterMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyCacheClusterResult extends js.Object {\n    var CacheCluster: js.UndefOr[CacheCluster]\n  }\n\n  object ModifyCacheClusterResult {\n    @inline\n    def apply(\n        CacheCluster: js.UndefOr[CacheCluster] = js.undefined\n    ): ModifyCacheClusterResult = {\n      val __obj = js.Dynamic.literal()\n      CacheCluster.foreach(__v => __obj.updateDynamic(\"CacheCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCacheClusterResult]\n    }\n  }\n\n  \/** Represents the input of a <code>ModifyCacheParameterGroup<\/code> operation.\n    *\/\n  @js.native\n  trait ModifyCacheParameterGroupMessage extends js.Object {\n    var CacheParameterGroupName: String\n    var ParameterNameValues: ParameterNameValueList\n  }\n\n  object ModifyCacheParameterGroupMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: String,\n        ParameterNameValues: ParameterNameValueList\n    ): ModifyCacheParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupName\" -> CacheParameterGroupName.asInstanceOf[js.Any],\n        \"ParameterNameValues\" -> ParameterNameValues.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyCacheParameterGroupMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>ModifyCacheSubnetGroup<\/code> operation.\n    *\/\n  @js.native\n  trait ModifyCacheSubnetGroupMessage extends js.Object {\n    var CacheSubnetGroupName: String\n    var CacheSubnetGroupDescription: js.UndefOr[String]\n    var SubnetIds: js.UndefOr[SubnetIdentifierList]\n  }\n\n  object ModifyCacheSubnetGroupMessage {\n    @inline\n    def apply(\n        CacheSubnetGroupName: String,\n        CacheSubnetGroupDescription: js.UndefOr[String] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIdentifierList] = js.undefined\n    ): ModifyCacheSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSubnetGroupName\" -> CacheSubnetGroupName.asInstanceOf[js.Any]\n      )\n\n      CacheSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCacheSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyCacheSubnetGroupResult extends js.Object {\n    var CacheSubnetGroup: js.UndefOr[CacheSubnetGroup]\n  }\n\n  object ModifyCacheSubnetGroupResult {\n    @inline\n    def apply(\n        CacheSubnetGroup: js.UndefOr[CacheSubnetGroup] = js.undefined\n    ): ModifyCacheSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      CacheSubnetGroup.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCacheSubnetGroupResult]\n    }\n  }\n\n  @js.native\n  trait ModifyGlobalReplicationGroupMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var GlobalReplicationGroupId: String\n    var AutomaticFailoverEnabled: js.UndefOr[BooleanOptional]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalReplicationGroupDescription: js.UndefOr[String]\n  }\n\n  object ModifyGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        GlobalReplicationGroupId: String,\n        AutomaticFailoverEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalReplicationGroupDescription: js.UndefOr[String] = js.undefined\n    ): ModifyGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      AutomaticFailoverEnabled.foreach(__v => __obj.updateDynamic(\"AutomaticFailoverEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupDescription.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object ModifyGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): ModifyGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>ModifyReplicationGroups<\/code> operation.\n    *\/\n  @js.native\n  trait ModifyReplicationGroupMessage extends js.Object {\n    var ReplicationGroupId: String\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var AuthToken: js.UndefOr[String]\n    var AuthTokenUpdateStrategy: js.UndefOr[AuthTokenUpdateStrategyType]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AutomaticFailoverEnabled: js.UndefOr[BooleanOptional]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList]\n    var EngineVersion: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList]\n    var MultiAZEnabled: js.UndefOr[BooleanOptional]\n    var NodeGroupId: js.UndefOr[String]\n    var NotificationTopicArn: js.UndefOr[String]\n    var NotificationTopicStatus: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PrimaryClusterId: js.UndefOr[String]\n    var RemoveUserGroups: js.UndefOr[BooleanOptional]\n    var ReplicationGroupDescription: js.UndefOr[String]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdsList]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n    var SnapshottingClusterId: js.UndefOr[String]\n    var UserGroupIdsToAdd: js.UndefOr[UserGroupIdList]\n    var UserGroupIdsToRemove: js.UndefOr[UserGroupIdList]\n  }\n\n  object ModifyReplicationGroupMessage {\n    @inline\n    def apply(\n        ReplicationGroupId: String,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        AuthToken: js.UndefOr[String] = js.undefined,\n        AuthTokenUpdateStrategy: js.UndefOr[AuthTokenUpdateStrategyType] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AutomaticFailoverEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        CacheSecurityGroupNames: js.UndefOr[CacheSecurityGroupNameList] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationRequestList] = js.undefined,\n        MultiAZEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        NodeGroupId: js.UndefOr[String] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        NotificationTopicStatus: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PrimaryClusterId: js.UndefOr[String] = js.undefined,\n        RemoveUserGroups: js.UndefOr[BooleanOptional] = js.undefined,\n        ReplicationGroupDescription: js.UndefOr[String] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdsList] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        SnapshottingClusterId: js.UndefOr[String] = js.undefined,\n        UserGroupIdsToAdd: js.UndefOr[UserGroupIdList] = js.undefined,\n        UserGroupIdsToRemove: js.UndefOr[UserGroupIdList] = js.undefined\n    ): ModifyReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      AuthToken.foreach(__v => __obj.updateDynamic(\"AuthToken\")(__v.asInstanceOf[js.Any]))\n      AuthTokenUpdateStrategy.foreach(__v => __obj.updateDynamic(\"AuthTokenUpdateStrategy\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AutomaticFailoverEnabled.foreach(__v => __obj.updateDynamic(\"AutomaticFailoverEnabled\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      CacheSecurityGroupNames.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroupNames\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      MultiAZEnabled.foreach(__v => __obj.updateDynamic(\"MultiAZEnabled\")(__v.asInstanceOf[js.Any]))\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicStatus.foreach(__v => __obj.updateDynamic(\"NotificationTopicStatus\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PrimaryClusterId.foreach(__v => __obj.updateDynamic(\"PrimaryClusterId\")(__v.asInstanceOf[js.Any]))\n      RemoveUserGroups.foreach(__v => __obj.updateDynamic(\"RemoveUserGroups\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupDescription.foreach(__v => __obj.updateDynamic(\"ReplicationGroupDescription\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      SnapshottingClusterId.foreach(__v => __obj.updateDynamic(\"SnapshottingClusterId\")(__v.asInstanceOf[js.Any]))\n      UserGroupIdsToAdd.foreach(__v => __obj.updateDynamic(\"UserGroupIdsToAdd\")(__v.asInstanceOf[js.Any]))\n      UserGroupIdsToRemove.foreach(__v => __obj.updateDynamic(\"UserGroupIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyReplicationGroupResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object ModifyReplicationGroupResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): ModifyReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input for a <code>ModifyReplicationGroupShardConfiguration<\/code> operation.\n    *\/\n  @js.native\n  trait ModifyReplicationGroupShardConfigurationMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var NodeGroupCount: Int\n    var ReplicationGroupId: String\n    var NodeGroupsToRemove: js.UndefOr[NodeGroupsToRemoveList]\n    var NodeGroupsToRetain: js.UndefOr[NodeGroupsToRetainList]\n    var ReshardingConfiguration: js.UndefOr[ReshardingConfigurationList]\n  }\n\n  object ModifyReplicationGroupShardConfigurationMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        NodeGroupCount: Int,\n        ReplicationGroupId: String,\n        NodeGroupsToRemove: js.UndefOr[NodeGroupsToRemoveList] = js.undefined,\n        NodeGroupsToRetain: js.UndefOr[NodeGroupsToRetainList] = js.undefined,\n        ReshardingConfiguration: js.UndefOr[ReshardingConfigurationList] = js.undefined\n    ): ModifyReplicationGroupShardConfigurationMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"NodeGroupCount\" -> NodeGroupCount.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n\n      NodeGroupsToRemove.foreach(__v => __obj.updateDynamic(\"NodeGroupsToRemove\")(__v.asInstanceOf[js.Any]))\n      NodeGroupsToRetain.foreach(__v => __obj.updateDynamic(\"NodeGroupsToRetain\")(__v.asInstanceOf[js.Any]))\n      ReshardingConfiguration.foreach(__v => __obj.updateDynamic(\"ReshardingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyReplicationGroupShardConfigurationMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyReplicationGroupShardConfigurationResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object ModifyReplicationGroupShardConfigurationResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): ModifyReplicationGroupShardConfigurationResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyReplicationGroupShardConfigurationResult]\n    }\n  }\n\n  @js.native\n  trait ModifyUserGroupMessage extends js.Object {\n    var UserGroupId: String\n    var UserIdsToAdd: js.UndefOr[UserIdListInput]\n    var UserIdsToRemove: js.UndefOr[UserIdListInput]\n  }\n\n  object ModifyUserGroupMessage {\n    @inline\n    def apply(\n        UserGroupId: String,\n        UserIdsToAdd: js.UndefOr[UserIdListInput] = js.undefined,\n        UserIdsToRemove: js.UndefOr[UserIdListInput] = js.undefined\n    ): ModifyUserGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"UserGroupId\" -> UserGroupId.asInstanceOf[js.Any]\n      )\n\n      UserIdsToAdd.foreach(__v => __obj.updateDynamic(\"UserIdsToAdd\")(__v.asInstanceOf[js.Any]))\n      UserIdsToRemove.foreach(__v => __obj.updateDynamic(\"UserIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyUserGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyUserMessage extends js.Object {\n    var UserId: UserId\n    var AccessString: js.UndefOr[AccessString]\n    var AppendAccessString: js.UndefOr[AccessString]\n    var NoPasswordRequired: js.UndefOr[BooleanOptional]\n    var Passwords: js.UndefOr[PasswordListInput]\n  }\n\n  object ModifyUserMessage {\n    @inline\n    def apply(\n        UserId: UserId,\n        AccessString: js.UndefOr[AccessString] = js.undefined,\n        AppendAccessString: js.UndefOr[AccessString] = js.undefined,\n        NoPasswordRequired: js.UndefOr[BooleanOptional] = js.undefined,\n        Passwords: js.UndefOr[PasswordListInput] = js.undefined\n    ): ModifyUserMessage = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n\n      AccessString.foreach(__v => __obj.updateDynamic(\"AccessString\")(__v.asInstanceOf[js.Any]))\n      AppendAccessString.foreach(__v => __obj.updateDynamic(\"AppendAccessString\")(__v.asInstanceOf[js.Any]))\n      NoPasswordRequired.foreach(__v => __obj.updateDynamic(\"NoPasswordRequired\")(__v.asInstanceOf[js.Any]))\n      Passwords.foreach(__v => __obj.updateDynamic(\"Passwords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyUserMessage]\n    }\n  }\n\n  @js.native\n  sealed trait MultiAZStatus extends js.Any\n  object MultiAZStatus {\n    val enabled = \"enabled\".asInstanceOf[MultiAZStatus]\n    val disabled = \"disabled\".asInstanceOf[MultiAZStatus]\n\n    @inline def values = js.Array(enabled, disabled)\n  }\n\n  \/** Represents a collection of cache nodes in a replication group. One node in the node group is the read\/write primary node. All the other nodes are read-only Replica nodes.\n    *\/\n  @js.native\n  trait NodeGroup extends js.Object {\n    var NodeGroupId: js.UndefOr[String]\n    var NodeGroupMembers: js.UndefOr[NodeGroupMemberList]\n    var PrimaryEndpoint: js.UndefOr[Endpoint]\n    var ReaderEndpoint: js.UndefOr[Endpoint]\n    var Slots: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object NodeGroup {\n    @inline\n    def apply(\n        NodeGroupId: js.UndefOr[String] = js.undefined,\n        NodeGroupMembers: js.UndefOr[NodeGroupMemberList] = js.undefined,\n        PrimaryEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        ReaderEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        Slots: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): NodeGroup = {\n      val __obj = js.Dynamic.literal()\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      NodeGroupMembers.foreach(__v => __obj.updateDynamic(\"NodeGroupMembers\")(__v.asInstanceOf[js.Any]))\n      PrimaryEndpoint.foreach(__v => __obj.updateDynamic(\"PrimaryEndpoint\")(__v.asInstanceOf[js.Any]))\n      ReaderEndpoint.foreach(__v => __obj.updateDynamic(\"ReaderEndpoint\")(__v.asInstanceOf[js.Any]))\n      Slots.foreach(__v => __obj.updateDynamic(\"Slots\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeGroup]\n    }\n  }\n\n  \/** Node group (shard) configuration options. Each node group (shard) configuration has the following: <code>Slots<\/code>, <code>PrimaryAvailabilityZone<\/code>, <code>ReplicaAvailabilityZones<\/code>, <code>ReplicaCount<\/code>.\n    *\/\n  @js.native\n  trait NodeGroupConfiguration extends js.Object {\n    var NodeGroupId: js.UndefOr[AllowedNodeGroupId]\n    var PrimaryAvailabilityZone: js.UndefOr[String]\n    var PrimaryOutpostArn: js.UndefOr[String]\n    var ReplicaAvailabilityZones: js.UndefOr[AvailabilityZonesList]\n    var ReplicaCount: js.UndefOr[IntegerOptional]\n    var ReplicaOutpostArns: js.UndefOr[OutpostArnsList]\n    var Slots: js.UndefOr[String]\n  }\n\n  object NodeGroupConfiguration {\n    @inline\n    def apply(\n        NodeGroupId: js.UndefOr[AllowedNodeGroupId] = js.undefined,\n        PrimaryAvailabilityZone: js.UndefOr[String] = js.undefined,\n        PrimaryOutpostArn: js.UndefOr[String] = js.undefined,\n        ReplicaAvailabilityZones: js.UndefOr[AvailabilityZonesList] = js.undefined,\n        ReplicaCount: js.UndefOr[IntegerOptional] = js.undefined,\n        ReplicaOutpostArns: js.UndefOr[OutpostArnsList] = js.undefined,\n        Slots: js.UndefOr[String] = js.undefined\n    ): NodeGroupConfiguration = {\n      val __obj = js.Dynamic.literal()\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      PrimaryAvailabilityZone.foreach(__v => __obj.updateDynamic(\"PrimaryAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PrimaryOutpostArn.foreach(__v => __obj.updateDynamic(\"PrimaryOutpostArn\")(__v.asInstanceOf[js.Any]))\n      ReplicaAvailabilityZones.foreach(__v => __obj.updateDynamic(\"ReplicaAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      ReplicaCount.foreach(__v => __obj.updateDynamic(\"ReplicaCount\")(__v.asInstanceOf[js.Any]))\n      ReplicaOutpostArns.foreach(__v => __obj.updateDynamic(\"ReplicaOutpostArns\")(__v.asInstanceOf[js.Any]))\n      Slots.foreach(__v => __obj.updateDynamic(\"Slots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeGroupConfiguration]\n    }\n  }\n\n  \/** Represents a single node within a node group (shard).\n    *\/\n  @js.native\n  trait NodeGroupMember extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var CacheNodeId: js.UndefOr[String]\n    var CurrentRole: js.UndefOr[String]\n    var PreferredAvailabilityZone: js.UndefOr[String]\n    var PreferredOutpostArn: js.UndefOr[String]\n    var ReadEndpoint: js.UndefOr[Endpoint]\n  }\n\n  object NodeGroupMember {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheNodeId: js.UndefOr[String] = js.undefined,\n        CurrentRole: js.UndefOr[String] = js.undefined,\n        PreferredAvailabilityZone: js.UndefOr[String] = js.undefined,\n        PreferredOutpostArn: js.UndefOr[String] = js.undefined,\n        ReadEndpoint: js.UndefOr[Endpoint] = js.undefined\n    ): NodeGroupMember = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeId.foreach(__v => __obj.updateDynamic(\"CacheNodeId\")(__v.asInstanceOf[js.Any]))\n      CurrentRole.foreach(__v => __obj.updateDynamic(\"CurrentRole\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZone.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArn.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArn\")(__v.asInstanceOf[js.Any]))\n      ReadEndpoint.foreach(__v => __obj.updateDynamic(\"ReadEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeGroupMember]\n    }\n  }\n\n  \/** The status of the service update on the node group member\n    *\/\n  @js.native\n  trait NodeGroupMemberUpdateStatus extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var CacheNodeId: js.UndefOr[String]\n    var NodeDeletionDate: js.UndefOr[TStamp]\n    var NodeUpdateEndDate: js.UndefOr[TStamp]\n    var NodeUpdateInitiatedBy: js.UndefOr[NodeUpdateInitiatedBy]\n    var NodeUpdateInitiatedDate: js.UndefOr[TStamp]\n    var NodeUpdateStartDate: js.UndefOr[TStamp]\n    var NodeUpdateStatus: js.UndefOr[NodeUpdateStatus]\n    var NodeUpdateStatusModifiedDate: js.UndefOr[TStamp]\n  }\n\n  object NodeGroupMemberUpdateStatus {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheNodeId: js.UndefOr[String] = js.undefined,\n        NodeDeletionDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateEndDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateInitiatedBy: js.UndefOr[NodeUpdateInitiatedBy] = js.undefined,\n        NodeUpdateInitiatedDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateStartDate: js.UndefOr[TStamp] = js.undefined,\n        NodeUpdateStatus: js.UndefOr[NodeUpdateStatus] = js.undefined,\n        NodeUpdateStatusModifiedDate: js.UndefOr[TStamp] = js.undefined\n    ): NodeGroupMemberUpdateStatus = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeId.foreach(__v => __obj.updateDynamic(\"CacheNodeId\")(__v.asInstanceOf[js.Any]))\n      NodeDeletionDate.foreach(__v => __obj.updateDynamic(\"NodeDeletionDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateEndDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateEndDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateInitiatedBy.foreach(__v => __obj.updateDynamic(\"NodeUpdateInitiatedBy\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateInitiatedDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateInitiatedDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStartDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateStartDate\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStatus.foreach(__v => __obj.updateDynamic(\"NodeUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      NodeUpdateStatusModifiedDate.foreach(__v => __obj.updateDynamic(\"NodeUpdateStatusModifiedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeGroupMemberUpdateStatus]\n    }\n  }\n\n  \/** The status of the service update on the node group\n    *\/\n  @js.native\n  trait NodeGroupUpdateStatus extends js.Object {\n    var NodeGroupId: js.UndefOr[String]\n    var NodeGroupMemberUpdateStatus: js.UndefOr[NodeGroupMemberUpdateStatusList]\n  }\n\n  object NodeGroupUpdateStatus {\n    @inline\n    def apply(\n        NodeGroupId: js.UndefOr[String] = js.undefined,\n        NodeGroupMemberUpdateStatus: js.UndefOr[NodeGroupMemberUpdateStatusList] = js.undefined\n    ): NodeGroupUpdateStatus = {\n      val __obj = js.Dynamic.literal()\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      NodeGroupMemberUpdateStatus.foreach(__v => __obj.updateDynamic(\"NodeGroupMemberUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeGroupUpdateStatus]\n    }\n  }\n\n  \/** Represents an individual cache node in a snapshot of a cluster.\n    *\/\n  @js.native\n  trait NodeSnapshot extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var CacheNodeCreateTime: js.UndefOr[TStamp]\n    var CacheNodeId: js.UndefOr[String]\n    var CacheSize: js.UndefOr[String]\n    var NodeGroupConfiguration: js.UndefOr[NodeGroupConfiguration]\n    var NodeGroupId: js.UndefOr[String]\n    var SnapshotCreateTime: js.UndefOr[TStamp]\n  }\n\n  object NodeSnapshot {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheNodeCreateTime: js.UndefOr[TStamp] = js.undefined,\n        CacheNodeId: js.UndefOr[String] = js.undefined,\n        CacheSize: js.UndefOr[String] = js.undefined,\n        NodeGroupConfiguration: js.UndefOr[NodeGroupConfiguration] = js.undefined,\n        NodeGroupId: js.UndefOr[String] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[TStamp] = js.undefined\n    ): NodeSnapshot = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeCreateTime.foreach(__v => __obj.updateDynamic(\"CacheNodeCreateTime\")(__v.asInstanceOf[js.Any]))\n      CacheNodeId.foreach(__v => __obj.updateDynamic(\"CacheNodeId\")(__v.asInstanceOf[js.Any]))\n      CacheSize.foreach(__v => __obj.updateDynamic(\"CacheSize\")(__v.asInstanceOf[js.Any]))\n      NodeGroupConfiguration.foreach(__v => __obj.updateDynamic(\"NodeGroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeSnapshot]\n    }\n  }\n\n  @js.native\n  sealed trait NodeUpdateInitiatedBy extends js.Any\n  object NodeUpdateInitiatedBy {\n    val system = \"system\".asInstanceOf[NodeUpdateInitiatedBy]\n    val customer = \"customer\".asInstanceOf[NodeUpdateInitiatedBy]\n\n    @inline def values = js.Array(system, customer)\n  }\n\n  @js.native\n  sealed trait NodeUpdateStatus extends js.Any\n  object NodeUpdateStatus {\n    val `not-applied` = \"not-applied\".asInstanceOf[NodeUpdateStatus]\n    val `waiting-to-start` = \"waiting-to-start\".asInstanceOf[NodeUpdateStatus]\n    val `in-progress` = \"in-progress\".asInstanceOf[NodeUpdateStatus]\n    val stopping = \"stopping\".asInstanceOf[NodeUpdateStatus]\n    val stopped = \"stopped\".asInstanceOf[NodeUpdateStatus]\n    val complete = \"complete\".asInstanceOf[NodeUpdateStatus]\n\n    @inline def values = js.Array(`not-applied`, `waiting-to-start`, `in-progress`, stopping, stopped, complete)\n  }\n\n  \/** Describes a notification topic and its status. Notification topics are used for publishing ElastiCache events to subscribers using Amazon Simple Notification Service (SNS).\n    *\/\n  @js.native\n  trait NotificationConfiguration extends js.Object {\n    var TopicArn: js.UndefOr[String]\n    var TopicStatus: js.UndefOr[String]\n  }\n\n  object NotificationConfiguration {\n    @inline\n    def apply(\n        TopicArn: js.UndefOr[String] = js.undefined,\n        TopicStatus: js.UndefOr[String] = js.undefined\n    ): NotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      TopicStatus.foreach(__v => __obj.updateDynamic(\"TopicStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait OutpostMode extends js.Any\n  object OutpostMode {\n    val `single-outpost` = \"single-outpost\".asInstanceOf[OutpostMode]\n    val `cross-outpost` = \"cross-outpost\".asInstanceOf[OutpostMode]\n\n    @inline def values = js.Array(`single-outpost`, `cross-outpost`)\n  }\n\n  \/** Describes an individual setting that controls some aspect of ElastiCache behavior.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ChangeType: js.UndefOr[ChangeType]\n    var DataType: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[Boolean]\n    var MinimumEngineVersion: js.UndefOr[String]\n    var ParameterName: js.UndefOr[String]\n    var ParameterValue: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ChangeType: js.UndefOr[ChangeType] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        MinimumEngineVersion: js.UndefOr[String] = js.undefined,\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): Parameter = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ChangeType.foreach(__v => __obj.updateDynamic(\"ChangeType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersion\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** Describes a name-value pair that is used to update the value of a parameter.\n    *\/\n  @js.native\n  trait ParameterNameValue extends js.Object {\n    var ParameterName: js.UndefOr[String]\n    var ParameterValue: js.UndefOr[String]\n  }\n\n  object ParameterNameValue {\n    @inline\n    def apply(\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined\n    ): ParameterNameValue = {\n      val __obj = js.Dynamic.literal()\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterNameValue]\n    }\n  }\n\n  @js.native\n  sealed trait PendingAutomaticFailoverStatus extends js.Any\n  object PendingAutomaticFailoverStatus {\n    val enabled = \"enabled\".asInstanceOf[PendingAutomaticFailoverStatus]\n    val disabled = \"disabled\".asInstanceOf[PendingAutomaticFailoverStatus]\n\n    @inline def values = js.Array(enabled, disabled)\n  }\n\n  \/** The log delivery configurations being modified\n    *\/\n  @js.native\n  trait PendingLogDeliveryConfiguration extends js.Object {\n    var DestinationDetails: js.UndefOr[DestinationDetails]\n    var DestinationType: js.UndefOr[DestinationType]\n    var LogFormat: js.UndefOr[LogFormat]\n    var LogType: js.UndefOr[LogType]\n  }\n\n  object PendingLogDeliveryConfiguration {\n    @inline\n    def apply(\n        DestinationDetails: js.UndefOr[DestinationDetails] = js.undefined,\n        DestinationType: js.UndefOr[DestinationType] = js.undefined,\n        LogFormat: js.UndefOr[LogFormat] = js.undefined,\n        LogType: js.UndefOr[LogType] = js.undefined\n    ): PendingLogDeliveryConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DestinationDetails.foreach(__v => __obj.updateDynamic(\"DestinationDetails\")(__v.asInstanceOf[js.Any]))\n      DestinationType.foreach(__v => __obj.updateDynamic(\"DestinationType\")(__v.asInstanceOf[js.Any]))\n      LogFormat.foreach(__v => __obj.updateDynamic(\"LogFormat\")(__v.asInstanceOf[js.Any]))\n      LogType.foreach(__v => __obj.updateDynamic(\"LogType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingLogDeliveryConfiguration]\n    }\n  }\n\n  \/** A group of settings that are applied to the cluster in the future, or that are currently being applied.\n    *\/\n  @js.native\n  trait PendingModifiedValues extends js.Object {\n    var AuthTokenStatus: js.UndefOr[AuthTokenUpdateStatus]\n    var CacheNodeIdsToRemove: js.UndefOr[CacheNodeIdsList]\n    var CacheNodeType: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[PendingLogDeliveryConfigurationList]\n    var NumCacheNodes: js.UndefOr[IntegerOptional]\n  }\n\n  object PendingModifiedValues {\n    @inline\n    def apply(\n        AuthTokenStatus: js.UndefOr[AuthTokenUpdateStatus] = js.undefined,\n        CacheNodeIdsToRemove: js.UndefOr[CacheNodeIdsList] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[PendingLogDeliveryConfigurationList] = js.undefined,\n        NumCacheNodes: js.UndefOr[IntegerOptional] = js.undefined\n    ): PendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AuthTokenStatus.foreach(__v => __obj.updateDynamic(\"AuthTokenStatus\")(__v.asInstanceOf[js.Any]))\n      CacheNodeIdsToRemove.foreach(__v => __obj.updateDynamic(\"CacheNodeIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      NumCacheNodes.foreach(__v => __obj.updateDynamic(\"NumCacheNodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingModifiedValues]\n    }\n  }\n\n  \/** Update action that has been processed for the corresponding apply\/stop request\n    *\/\n  @js.native\n  trait ProcessedUpdateAction extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ServiceUpdateName: js.UndefOr[String]\n    var UpdateActionStatus: js.UndefOr[UpdateActionStatus]\n  }\n\n  object ProcessedUpdateAction {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined,\n        UpdateActionStatus: js.UndefOr[UpdateActionStatus] = js.undefined\n    ): ProcessedUpdateAction = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      UpdateActionStatus.foreach(__v => __obj.updateDynamic(\"UpdateActionStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessedUpdateAction]\n    }\n  }\n\n  \/** Represents the input of a <code>PurchaseReservedCacheNodesOffering<\/code> operation.\n    *\/\n  @js.native\n  trait PurchaseReservedCacheNodesOfferingMessage extends js.Object {\n    var ReservedCacheNodesOfferingId: String\n    var CacheNodeCount: js.UndefOr[IntegerOptional]\n    var ReservedCacheNodeId: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object PurchaseReservedCacheNodesOfferingMessage {\n    @inline\n    def apply(\n        ReservedCacheNodesOfferingId: String,\n        CacheNodeCount: js.UndefOr[IntegerOptional] = js.undefined,\n        ReservedCacheNodeId: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): PurchaseReservedCacheNodesOfferingMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReservedCacheNodesOfferingId\" -> ReservedCacheNodesOfferingId.asInstanceOf[js.Any]\n      )\n\n      CacheNodeCount.foreach(__v => __obj.updateDynamic(\"CacheNodeCount\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodeId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodeId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseReservedCacheNodesOfferingMessage]\n    }\n  }\n\n  @js.native\n  trait PurchaseReservedCacheNodesOfferingResult extends js.Object {\n    var ReservedCacheNode: js.UndefOr[ReservedCacheNode]\n  }\n\n  object PurchaseReservedCacheNodesOfferingResult {\n    @inline\n    def apply(\n        ReservedCacheNode: js.UndefOr[ReservedCacheNode] = js.undefined\n    ): PurchaseReservedCacheNodesOfferingResult = {\n      val __obj = js.Dynamic.literal()\n      ReservedCacheNode.foreach(__v => __obj.updateDynamic(\"ReservedCacheNode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseReservedCacheNodesOfferingResult]\n    }\n  }\n\n  @js.native\n  trait RebalanceSlotsInGlobalReplicationGroupMessage extends js.Object {\n    var ApplyImmediately: Boolean\n    var GlobalReplicationGroupId: String\n  }\n\n  object RebalanceSlotsInGlobalReplicationGroupMessage {\n    @inline\n    def apply(\n        ApplyImmediately: Boolean,\n        GlobalReplicationGroupId: String\n    ): RebalanceSlotsInGlobalReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyImmediately\" -> ApplyImmediately.asInstanceOf[js.Any],\n        \"GlobalReplicationGroupId\" -> GlobalReplicationGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RebalanceSlotsInGlobalReplicationGroupMessage]\n    }\n  }\n\n  @js.native\n  trait RebalanceSlotsInGlobalReplicationGroupResult extends js.Object {\n    var GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup]\n  }\n\n  object RebalanceSlotsInGlobalReplicationGroupResult {\n    @inline\n    def apply(\n        GlobalReplicationGroup: js.UndefOr[GlobalReplicationGroup] = js.undefined\n    ): RebalanceSlotsInGlobalReplicationGroupResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalReplicationGroup.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebalanceSlotsInGlobalReplicationGroupResult]\n    }\n  }\n\n  \/** Represents the input of a <code>RebootCacheCluster<\/code> operation.\n    *\/\n  @js.native\n  trait RebootCacheClusterMessage extends js.Object {\n    var CacheClusterId: String\n    var CacheNodeIdsToReboot: CacheNodeIdsList\n  }\n\n  object RebootCacheClusterMessage {\n    @inline\n    def apply(\n        CacheClusterId: String,\n        CacheNodeIdsToReboot: CacheNodeIdsList\n    ): RebootCacheClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheClusterId\" -> CacheClusterId.asInstanceOf[js.Any],\n        \"CacheNodeIdsToReboot\" -> CacheNodeIdsToReboot.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RebootCacheClusterMessage]\n    }\n  }\n\n  @js.native\n  trait RebootCacheClusterResult extends js.Object {\n    var CacheCluster: js.UndefOr[CacheCluster]\n  }\n\n  object RebootCacheClusterResult {\n    @inline\n    def apply(\n        CacheCluster: js.UndefOr[CacheCluster] = js.undefined\n    ): RebootCacheClusterResult = {\n      val __obj = js.Dynamic.literal()\n      CacheCluster.foreach(__v => __obj.updateDynamic(\"CacheCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootCacheClusterResult]\n    }\n  }\n\n  \/** Contains the specific price and frequency of a recurring charges for a reserved cache node, or for a reserved cache node offering.\n    *\/\n  @js.native\n  trait RecurringCharge extends js.Object {\n    var RecurringChargeAmount: js.UndefOr[Double]\n    var RecurringChargeFrequency: js.UndefOr[String]\n  }\n\n  object RecurringCharge {\n    @inline\n    def apply(\n        RecurringChargeAmount: js.UndefOr[Double] = js.undefined,\n        RecurringChargeFrequency: js.UndefOr[String] = js.undefined\n    ): RecurringCharge = {\n      val __obj = js.Dynamic.literal()\n      RecurringChargeAmount.foreach(__v => __obj.updateDynamic(\"RecurringChargeAmount\")(__v.asInstanceOf[js.Any]))\n      RecurringChargeFrequency.foreach(__v => __obj.updateDynamic(\"RecurringChargeFrequency\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecurringCharge]\n    }\n  }\n\n  \/** A list of the replication groups\n    *\/\n  @js.native\n  trait RegionalConfiguration extends js.Object {\n    var ReplicationGroupId: String\n    var ReplicationGroupRegion: String\n    var ReshardingConfiguration: ReshardingConfigurationList\n  }\n\n  object RegionalConfiguration {\n    @inline\n    def apply(\n        ReplicationGroupId: String,\n        ReplicationGroupRegion: String,\n        ReshardingConfiguration: ReshardingConfigurationList\n    ): RegionalConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any],\n        \"ReplicationGroupRegion\" -> ReplicationGroupRegion.asInstanceOf[js.Any],\n        \"ReshardingConfiguration\" -> ReshardingConfiguration.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegionalConfiguration]\n    }\n  }\n\n  \/** Represents the input of a <code>RemoveTagsFromResource<\/code> operation.\n    *\/\n  @js.native\n  trait RemoveTagsFromResourceMessage extends js.Object {\n    var ResourceName: String\n    var TagKeys: KeyList\n  }\n\n  object RemoveTagsFromResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        TagKeys: KeyList\n    ): RemoveTagsFromResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceMessage]\n    }\n  }\n\n  \/** Contains all of the attributes of a specific Redis replication group.\n    *\/\n  @js.native\n  trait ReplicationGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var AtRestEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var AuthTokenEnabled: js.UndefOr[BooleanOptional]\n    var AuthTokenLastModifiedDate: js.UndefOr[TStamp]\n    var AutomaticFailover: js.UndefOr[AutomaticFailoverStatus]\n    var CacheNodeType: js.UndefOr[String]\n    var ClusterEnabled: js.UndefOr[BooleanOptional]\n    var ConfigurationEndpoint: js.UndefOr[Endpoint]\n    var Description: js.UndefOr[String]\n    var GlobalReplicationGroupInfo: js.UndefOr[GlobalReplicationGroupInfo]\n    var KmsKeyId: js.UndefOr[String]\n    var LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationList]\n    var MemberClusters: js.UndefOr[ClusterIdList]\n    var MemberClustersOutpostArns: js.UndefOr[ReplicationGroupOutpostArnList]\n    var MultiAZ: js.UndefOr[MultiAZStatus]\n    var NodeGroups: js.UndefOr[NodeGroupList]\n    var PendingModifiedValues: js.UndefOr[ReplicationGroupPendingModifiedValues]\n    var ReplicationGroupId: js.UndefOr[String]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotWindow: js.UndefOr[String]\n    var SnapshottingClusterId: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var TransitEncryptionEnabled: js.UndefOr[BooleanOptional]\n    var UserGroupIds: js.UndefOr[UserGroupIdList]\n  }\n\n  object ReplicationGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        AtRestEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthTokenEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        AuthTokenLastModifiedDate: js.UndefOr[TStamp] = js.undefined,\n        AutomaticFailover: js.UndefOr[AutomaticFailoverStatus] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        ClusterEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        ConfigurationEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        GlobalReplicationGroupInfo: js.UndefOr[GlobalReplicationGroupInfo] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[LogDeliveryConfigurationList] = js.undefined,\n        MemberClusters: js.UndefOr[ClusterIdList] = js.undefined,\n        MemberClustersOutpostArns: js.UndefOr[ReplicationGroupOutpostArnList] = js.undefined,\n        MultiAZ: js.UndefOr[MultiAZStatus] = js.undefined,\n        NodeGroups: js.UndefOr[NodeGroupList] = js.undefined,\n        PendingModifiedValues: js.UndefOr[ReplicationGroupPendingModifiedValues] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        SnapshottingClusterId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        TransitEncryptionEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        UserGroupIds: js.UndefOr[UserGroupIdList] = js.undefined\n    ): ReplicationGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AtRestEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"AtRestEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthTokenEnabled.foreach(__v => __obj.updateDynamic(\"AuthTokenEnabled\")(__v.asInstanceOf[js.Any]))\n      AuthTokenLastModifiedDate.foreach(__v => __obj.updateDynamic(\"AuthTokenLastModifiedDate\")(__v.asInstanceOf[js.Any]))\n      AutomaticFailover.foreach(__v => __obj.updateDynamic(\"AutomaticFailover\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      ClusterEnabled.foreach(__v => __obj.updateDynamic(\"ClusterEnabled\")(__v.asInstanceOf[js.Any]))\n      ConfigurationEndpoint.foreach(__v => __obj.updateDynamic(\"ConfigurationEndpoint\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      GlobalReplicationGroupInfo.foreach(__v => __obj.updateDynamic(\"GlobalReplicationGroupInfo\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      MemberClusters.foreach(__v => __obj.updateDynamic(\"MemberClusters\")(__v.asInstanceOf[js.Any]))\n      MemberClustersOutpostArns.foreach(__v => __obj.updateDynamic(\"MemberClustersOutpostArns\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      NodeGroups.foreach(__v => __obj.updateDynamic(\"NodeGroups\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      SnapshottingClusterId.foreach(__v => __obj.updateDynamic(\"SnapshottingClusterId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TransitEncryptionEnabled.foreach(__v => __obj.updateDynamic(\"TransitEncryptionEnabled\")(__v.asInstanceOf[js.Any]))\n      UserGroupIds.foreach(__v => __obj.updateDynamic(\"UserGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationGroup]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeReplicationGroups<\/code> operation.\n    *\/\n  @js.native\n  trait ReplicationGroupMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ReplicationGroups: js.UndefOr[ReplicationGroupList]\n  }\n\n  object ReplicationGroupMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ReplicationGroups: js.UndefOr[ReplicationGroupList] = js.undefined\n    ): ReplicationGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroups.foreach(__v => __obj.updateDynamic(\"ReplicationGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationGroupMessage]\n    }\n  }\n\n  \/** The settings to be applied to the Redis replication group, either immediately or during the next maintenance window.\n    *\/\n  @js.native\n  trait ReplicationGroupPendingModifiedValues extends js.Object {\n    var AuthTokenStatus: js.UndefOr[AuthTokenUpdateStatus]\n    var AutomaticFailoverStatus: js.UndefOr[PendingAutomaticFailoverStatus]\n    var LogDeliveryConfigurations: js.UndefOr[PendingLogDeliveryConfigurationList]\n    var PrimaryClusterId: js.UndefOr[String]\n    var Resharding: js.UndefOr[ReshardingStatus]\n    var UserGroups: js.UndefOr[UserGroupsUpdateStatus]\n  }\n\n  object ReplicationGroupPendingModifiedValues {\n    @inline\n    def apply(\n        AuthTokenStatus: js.UndefOr[AuthTokenUpdateStatus] = js.undefined,\n        AutomaticFailoverStatus: js.UndefOr[PendingAutomaticFailoverStatus] = js.undefined,\n        LogDeliveryConfigurations: js.UndefOr[PendingLogDeliveryConfigurationList] = js.undefined,\n        PrimaryClusterId: js.UndefOr[String] = js.undefined,\n        Resharding: js.UndefOr[ReshardingStatus] = js.undefined,\n        UserGroups: js.UndefOr[UserGroupsUpdateStatus] = js.undefined\n    ): ReplicationGroupPendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AuthTokenStatus.foreach(__v => __obj.updateDynamic(\"AuthTokenStatus\")(__v.asInstanceOf[js.Any]))\n      AutomaticFailoverStatus.foreach(__v => __obj.updateDynamic(\"AutomaticFailoverStatus\")(__v.asInstanceOf[js.Any]))\n      LogDeliveryConfigurations.foreach(__v => __obj.updateDynamic(\"LogDeliveryConfigurations\")(__v.asInstanceOf[js.Any]))\n      PrimaryClusterId.foreach(__v => __obj.updateDynamic(\"PrimaryClusterId\")(__v.asInstanceOf[js.Any]))\n      Resharding.foreach(__v => __obj.updateDynamic(\"Resharding\")(__v.asInstanceOf[js.Any]))\n      UserGroups.foreach(__v => __obj.updateDynamic(\"UserGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReplicationGroupPendingModifiedValues]\n    }\n  }\n\n  \/** Represents the output of a <code>PurchaseReservedCacheNodesOffering<\/code> operation.\n    *\/\n  @js.native\n  trait ReservedCacheNode extends js.Object {\n    var CacheNodeCount: js.UndefOr[Int]\n    var CacheNodeType: js.UndefOr[String]\n    var Duration: js.UndefOr[Int]\n    var FixedPrice: js.UndefOr[Double]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var RecurringCharges: js.UndefOr[RecurringChargeList]\n    var ReservationARN: js.UndefOr[String]\n    var ReservedCacheNodeId: js.UndefOr[String]\n    var ReservedCacheNodesOfferingId: js.UndefOr[String]\n    var StartTime: js.UndefOr[TStamp]\n    var State: js.UndefOr[String]\n    var UsagePrice: js.UndefOr[Double]\n  }\n\n  object ReservedCacheNode {\n    @inline\n    def apply(\n        CacheNodeCount: js.UndefOr[Int] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[Int] = js.undefined,\n        FixedPrice: js.UndefOr[Double] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        RecurringCharges: js.UndefOr[RecurringChargeList] = js.undefined,\n        ReservationARN: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodeId: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodesOfferingId: js.UndefOr[String] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined,\n        State: js.UndefOr[String] = js.undefined,\n        UsagePrice: js.UndefOr[Double] = js.undefined\n    ): ReservedCacheNode = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeCount.foreach(__v => __obj.updateDynamic(\"CacheNodeCount\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      RecurringCharges.foreach(__v => __obj.updateDynamic(\"RecurringCharges\")(__v.asInstanceOf[js.Any]))\n      ReservationARN.foreach(__v => __obj.updateDynamic(\"ReservationARN\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodeId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodeId\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodesOfferingId\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedCacheNode]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeReservedCacheNodes<\/code> operation.\n    *\/\n  @js.native\n  trait ReservedCacheNodeMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ReservedCacheNodes: js.UndefOr[ReservedCacheNodeList]\n  }\n\n  object ReservedCacheNodeMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodes: js.UndefOr[ReservedCacheNodeList] = js.undefined\n    ): ReservedCacheNodeMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodes.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedCacheNodeMessage]\n    }\n  }\n\n  \/** Describes all of the attributes of a reserved cache node offering.\n    *\/\n  @js.native\n  trait ReservedCacheNodesOffering extends js.Object {\n    var CacheNodeType: js.UndefOr[String]\n    var Duration: js.UndefOr[Int]\n    var FixedPrice: js.UndefOr[Double]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var RecurringCharges: js.UndefOr[RecurringChargeList]\n    var ReservedCacheNodesOfferingId: js.UndefOr[String]\n    var UsagePrice: js.UndefOr[Double]\n  }\n\n  object ReservedCacheNodesOffering {\n    @inline\n    def apply(\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[Int] = js.undefined,\n        FixedPrice: js.UndefOr[Double] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        RecurringCharges: js.UndefOr[RecurringChargeList] = js.undefined,\n        ReservedCacheNodesOfferingId: js.UndefOr[String] = js.undefined,\n        UsagePrice: js.UndefOr[Double] = js.undefined\n    ): ReservedCacheNodesOffering = {\n      val __obj = js.Dynamic.literal()\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      RecurringCharges.foreach(__v => __obj.updateDynamic(\"RecurringCharges\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodesOfferingId\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedCacheNodesOffering]\n    }\n  }\n\n  \/** Represents the output of a <code>DescribeReservedCacheNodesOfferings<\/code> operation.\n    *\/\n  @js.native\n  trait ReservedCacheNodesOfferingMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ReservedCacheNodesOfferings: js.UndefOr[ReservedCacheNodesOfferingList]\n  }\n\n  object ReservedCacheNodesOfferingMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ReservedCacheNodesOfferings: js.UndefOr[ReservedCacheNodesOfferingList] = js.undefined\n    ): ReservedCacheNodesOfferingMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ReservedCacheNodesOfferings.foreach(__v => __obj.updateDynamic(\"ReservedCacheNodesOfferings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedCacheNodesOfferingMessage]\n    }\n  }\n\n  \/** Represents the input of a <code>ResetCacheParameterGroup<\/code> operation.\n    *\/\n  @js.native\n  trait ResetCacheParameterGroupMessage extends js.Object {\n    var CacheParameterGroupName: String\n    var ParameterNameValues: js.UndefOr[ParameterNameValueList]\n    var ResetAllParameters: js.UndefOr[Boolean]\n  }\n\n  object ResetCacheParameterGroupMessage {\n    @inline\n    def apply(\n        CacheParameterGroupName: String,\n        ParameterNameValues: js.UndefOr[ParameterNameValueList] = js.undefined,\n        ResetAllParameters: js.UndefOr[Boolean] = js.undefined\n    ): ResetCacheParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheParameterGroupName\" -> CacheParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      ParameterNameValues.foreach(__v => __obj.updateDynamic(\"ParameterNameValues\")(__v.asInstanceOf[js.Any]))\n      ResetAllParameters.foreach(__v => __obj.updateDynamic(\"ResetAllParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetCacheParameterGroupMessage]\n    }\n  }\n\n  \/** A list of <code>PreferredAvailabilityZones<\/code> objects that specifies the configuration of a node group in the resharded cluster.\n    *\/\n  @js.native\n  trait ReshardingConfiguration extends js.Object {\n    var NodeGroupId: js.UndefOr[AllowedNodeGroupId]\n    var PreferredAvailabilityZones: js.UndefOr[AvailabilityZonesList]\n  }\n\n  object ReshardingConfiguration {\n    @inline\n    def apply(\n        NodeGroupId: js.UndefOr[AllowedNodeGroupId] = js.undefined,\n        PreferredAvailabilityZones: js.UndefOr[AvailabilityZonesList] = js.undefined\n    ): ReshardingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      NodeGroupId.foreach(__v => __obj.updateDynamic(\"NodeGroupId\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZones.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReshardingConfiguration]\n    }\n  }\n\n  \/** The status of an online resharding operation.\n    *\/\n  @js.native\n  trait ReshardingStatus extends js.Object {\n    var SlotMigration: js.UndefOr[SlotMigration]\n  }\n\n  object ReshardingStatus {\n    @inline\n    def apply(\n        SlotMigration: js.UndefOr[SlotMigration] = js.undefined\n    ): ReshardingStatus = {\n      val __obj = js.Dynamic.literal()\n      SlotMigration.foreach(__v => __obj.updateDynamic(\"SlotMigration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReshardingStatus]\n    }\n  }\n\n  \/** Represents the input of a <code>RevokeCacheSecurityGroupIngress<\/code> operation.\n    *\/\n  @js.native\n  trait RevokeCacheSecurityGroupIngressMessage extends js.Object {\n    var CacheSecurityGroupName: String\n    var EC2SecurityGroupName: String\n    var EC2SecurityGroupOwnerId: String\n  }\n\n  object RevokeCacheSecurityGroupIngressMessage {\n    @inline\n    def apply(\n        CacheSecurityGroupName: String,\n        EC2SecurityGroupName: String,\n        EC2SecurityGroupOwnerId: String\n    ): RevokeCacheSecurityGroupIngressMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CacheSecurityGroupName\" -> CacheSecurityGroupName.asInstanceOf[js.Any],\n        \"EC2SecurityGroupName\" -> EC2SecurityGroupName.asInstanceOf[js.Any],\n        \"EC2SecurityGroupOwnerId\" -> EC2SecurityGroupOwnerId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RevokeCacheSecurityGroupIngressMessage]\n    }\n  }\n\n  @js.native\n  trait RevokeCacheSecurityGroupIngressResult extends js.Object {\n    var CacheSecurityGroup: js.UndefOr[CacheSecurityGroup]\n  }\n\n  object RevokeCacheSecurityGroupIngressResult {\n    @inline\n    def apply(\n        CacheSecurityGroup: js.UndefOr[CacheSecurityGroup] = js.undefined\n    ): RevokeCacheSecurityGroupIngressResult = {\n      val __obj = js.Dynamic.literal()\n      CacheSecurityGroup.foreach(__v => __obj.updateDynamic(\"CacheSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevokeCacheSecurityGroupIngressResult]\n    }\n  }\n\n  \/** Represents a single cache security group and its status.\n    *\/\n  @js.native\n  trait SecurityGroupMembership extends js.Object {\n    var SecurityGroupId: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object SecurityGroupMembership {\n    @inline\n    def apply(\n        SecurityGroupId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): SecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupId.foreach(__v => __obj.updateDynamic(\"SecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecurityGroupMembership]\n    }\n  }\n\n  \/** An update that you can apply to your Redis clusters.\n    *\/\n  @js.native\n  trait ServiceUpdate extends js.Object {\n    var AutoUpdateAfterRecommendedApplyByDate: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var EstimatedUpdateTime: js.UndefOr[String]\n    var ServiceUpdateDescription: js.UndefOr[String]\n    var ServiceUpdateEndDate: js.UndefOr[TStamp]\n    var ServiceUpdateName: js.UndefOr[String]\n    var ServiceUpdateRecommendedApplyByDate: js.UndefOr[TStamp]\n    var ServiceUpdateReleaseDate: js.UndefOr[TStamp]\n    var ServiceUpdateSeverity: js.UndefOr[ServiceUpdateSeverity]\n    var ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatus]\n    var ServiceUpdateType: js.UndefOr[ServiceUpdateType]\n  }\n\n  object ServiceUpdate {\n    @inline\n    def apply(\n        AutoUpdateAfterRecommendedApplyByDate: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        EstimatedUpdateTime: js.UndefOr[String] = js.undefined,\n        ServiceUpdateDescription: js.UndefOr[String] = js.undefined,\n        ServiceUpdateEndDate: js.UndefOr[TStamp] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined,\n        ServiceUpdateRecommendedApplyByDate: js.UndefOr[TStamp] = js.undefined,\n        ServiceUpdateReleaseDate: js.UndefOr[TStamp] = js.undefined,\n        ServiceUpdateSeverity: js.UndefOr[ServiceUpdateSeverity] = js.undefined,\n        ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatus] = js.undefined,\n        ServiceUpdateType: js.UndefOr[ServiceUpdateType] = js.undefined\n    ): ServiceUpdate = {\n      val __obj = js.Dynamic.literal()\n      AutoUpdateAfterRecommendedApplyByDate.foreach(__v => __obj.updateDynamic(\"AutoUpdateAfterRecommendedApplyByDate\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      EstimatedUpdateTime.foreach(__v => __obj.updateDynamic(\"EstimatedUpdateTime\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateDescription.foreach(__v => __obj.updateDynamic(\"ServiceUpdateDescription\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateEndDate.foreach(__v => __obj.updateDynamic(\"ServiceUpdateEndDate\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateRecommendedApplyByDate.foreach(__v => __obj.updateDynamic(\"ServiceUpdateRecommendedApplyByDate\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateReleaseDate.foreach(__v => __obj.updateDynamic(\"ServiceUpdateReleaseDate\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateSeverity.foreach(__v => __obj.updateDynamic(\"ServiceUpdateSeverity\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateStatus.foreach(__v => __obj.updateDynamic(\"ServiceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateType.foreach(__v => __obj.updateDynamic(\"ServiceUpdateType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait ServiceUpdateSeverity extends js.Any\n  object ServiceUpdateSeverity {\n    val critical = \"critical\".asInstanceOf[ServiceUpdateSeverity]\n    val important = \"important\".asInstanceOf[ServiceUpdateSeverity]\n    val medium = \"medium\".asInstanceOf[ServiceUpdateSeverity]\n    val low = \"low\".asInstanceOf[ServiceUpdateSeverity]\n\n    @inline def values = js.Array(critical, important, medium, low)\n  }\n\n  @js.native\n  sealed trait ServiceUpdateStatus extends js.Any\n  object ServiceUpdateStatus {\n    val available = \"available\".asInstanceOf[ServiceUpdateStatus]\n    val cancelled = \"cancelled\".asInstanceOf[ServiceUpdateStatus]\n    val expired = \"expired\".asInstanceOf[ServiceUpdateStatus]\n\n    @inline def values = js.Array(available, cancelled, expired)\n  }\n\n  @js.native\n  sealed trait ServiceUpdateType extends js.Any\n  object ServiceUpdateType {\n    val `security-update` = \"security-update\".asInstanceOf[ServiceUpdateType]\n\n    @inline def values = js.Array(`security-update`)\n  }\n\n  @js.native\n  trait ServiceUpdatesMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ServiceUpdates: js.UndefOr[ServiceUpdateList]\n  }\n\n  object ServiceUpdatesMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ServiceUpdates: js.UndefOr[ServiceUpdateList] = js.undefined\n    ): ServiceUpdatesMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdates.foreach(__v => __obj.updateDynamic(\"ServiceUpdates\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceUpdatesMessage]\n    }\n  }\n\n  @js.native\n  sealed trait SlaMet extends js.Any\n  object SlaMet {\n    val yes = \"yes\".asInstanceOf[SlaMet]\n    val no = \"no\".asInstanceOf[SlaMet]\n    val `n\/a` = \"n\/a\".asInstanceOf[SlaMet]\n\n    @inline def values = js.Array(yes, no, `n\/a`)\n  }\n\n  \/** Represents the progress of an online resharding operation.\n    *\/\n  @js.native\n  trait SlotMigration extends js.Object {\n    var ProgressPercentage: js.UndefOr[Double]\n  }\n\n  object SlotMigration {\n    @inline\n    def apply(\n        ProgressPercentage: js.UndefOr[Double] = js.undefined\n    ): SlotMigration = {\n      val __obj = js.Dynamic.literal()\n      ProgressPercentage.foreach(__v => __obj.updateDynamic(\"ProgressPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SlotMigration]\n    }\n  }\n\n  \/** Represents a copy of an entire Redis cluster as of the time when the snapshot was taken.\n    *\/\n  @js.native\n  trait Snapshot extends js.Object {\n    var ARN: js.UndefOr[String]\n    var AutoMinorVersionUpgrade: js.UndefOr[Boolean]\n    var AutomaticFailover: js.UndefOr[AutomaticFailoverStatus]\n    var CacheClusterCreateTime: js.UndefOr[TStamp]\n    var CacheClusterId: js.UndefOr[String]\n    var CacheNodeType: js.UndefOr[String]\n    var CacheParameterGroupName: js.UndefOr[String]\n    var CacheSubnetGroupName: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var NodeSnapshots: js.UndefOr[NodeSnapshotList]\n    var NumCacheNodes: js.UndefOr[IntegerOptional]\n    var NumNodeGroups: js.UndefOr[IntegerOptional]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredAvailabilityZone: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PreferredOutpostArn: js.UndefOr[String]\n    var ReplicationGroupDescription: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var SnapshotName: js.UndefOr[String]\n    var SnapshotRetentionLimit: js.UndefOr[IntegerOptional]\n    var SnapshotSource: js.UndefOr[String]\n    var SnapshotStatus: js.UndefOr[String]\n    var SnapshotWindow: js.UndefOr[String]\n    var TopicArn: js.UndefOr[String]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object Snapshot {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        AutomaticFailover: js.UndefOr[AutomaticFailoverStatus] = js.undefined,\n        CacheClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheNodeType: js.UndefOr[String] = js.undefined,\n        CacheParameterGroupName: js.UndefOr[String] = js.undefined,\n        CacheSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        NodeSnapshots: js.UndefOr[NodeSnapshotList] = js.undefined,\n        NumCacheNodes: js.UndefOr[IntegerOptional] = js.undefined,\n        NumNodeGroups: js.UndefOr[IntegerOptional] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredAvailabilityZone: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PreferredOutpostArn: js.UndefOr[String] = js.undefined,\n        ReplicationGroupDescription: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        SnapshotName: js.UndefOr[String] = js.undefined,\n        SnapshotRetentionLimit: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotSource: js.UndefOr[String] = js.undefined,\n        SnapshotStatus: js.UndefOr[String] = js.undefined,\n        SnapshotWindow: js.UndefOr[String] = js.undefined,\n        TopicArn: js.UndefOr[String] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): Snapshot = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AutomaticFailover.foreach(__v => __obj.updateDynamic(\"AutomaticFailover\")(__v.asInstanceOf[js.Any]))\n      CacheClusterCreateTime.foreach(__v => __obj.updateDynamic(\"CacheClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeType.foreach(__v => __obj.updateDynamic(\"CacheNodeType\")(__v.asInstanceOf[js.Any]))\n      CacheParameterGroupName.foreach(__v => __obj.updateDynamic(\"CacheParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      CacheSubnetGroupName.foreach(__v => __obj.updateDynamic(\"CacheSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      NodeSnapshots.foreach(__v => __obj.updateDynamic(\"NodeSnapshots\")(__v.asInstanceOf[js.Any]))\n      NumCacheNodes.foreach(__v => __obj.updateDynamic(\"NumCacheNodes\")(__v.asInstanceOf[js.Any]))\n      NumNodeGroups.foreach(__v => __obj.updateDynamic(\"NumNodeGroups\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredAvailabilityZone.foreach(__v => __obj.updateDynamic(\"PreferredAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredOutpostArn.foreach(__v => __obj.updateDynamic(\"PreferredOutpostArn\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupDescription.foreach(__v => __obj.updateDynamic(\"ReplicationGroupDescription\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      SnapshotName.foreach(__v => __obj.updateDynamic(\"SnapshotName\")(__v.asInstanceOf[js.Any]))\n      SnapshotRetentionLimit.foreach(__v => __obj.updateDynamic(\"SnapshotRetentionLimit\")(__v.asInstanceOf[js.Any]))\n      SnapshotSource.foreach(__v => __obj.updateDynamic(\"SnapshotSource\")(__v.asInstanceOf[js.Any]))\n      SnapshotStatus.foreach(__v => __obj.updateDynamic(\"SnapshotStatus\")(__v.asInstanceOf[js.Any]))\n      SnapshotWindow.foreach(__v => __obj.updateDynamic(\"SnapshotWindow\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Snapshot]\n    }\n  }\n\n  @js.native\n  sealed trait SourceType extends js.Any\n  object SourceType {\n    val `cache-cluster` = \"cache-cluster\".asInstanceOf[SourceType]\n    val `cache-parameter-group` = \"cache-parameter-group\".asInstanceOf[SourceType]\n    val `cache-security-group` = \"cache-security-group\".asInstanceOf[SourceType]\n    val `cache-subnet-group` = \"cache-subnet-group\".asInstanceOf[SourceType]\n    val `replication-group` = \"replication-group\".asInstanceOf[SourceType]\n    val user = \"user\".asInstanceOf[SourceType]\n    val `user-group` = \"user-group\".asInstanceOf[SourceType]\n\n    @inline def values = js.Array(`cache-cluster`, `cache-parameter-group`, `cache-security-group`, `cache-subnet-group`, `replication-group`, user, `user-group`)\n  }\n\n  @js.native\n  trait StartMigrationMessage extends js.Object {\n    var CustomerNodeEndpointList: CustomerNodeEndpointList\n    var ReplicationGroupId: String\n  }\n\n  object StartMigrationMessage {\n    @inline\n    def apply(\n        CustomerNodeEndpointList: CustomerNodeEndpointList,\n        ReplicationGroupId: String\n    ): StartMigrationMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CustomerNodeEndpointList\" -> CustomerNodeEndpointList.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartMigrationMessage]\n    }\n  }\n\n  @js.native\n  trait StartMigrationResponse extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object StartMigrationResponse {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): StartMigrationResponse = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMigrationResponse]\n    }\n  }\n\n  \/** Represents the subnet associated with a cluster. This parameter refers to subnets defined in Amazon Virtual Private Cloud (Amazon VPC) and used with ElastiCache.\n    *\/\n  @js.native\n  trait Subnet extends js.Object {\n    var SubnetAvailabilityZone: js.UndefOr[AvailabilityZone]\n    var SubnetIdentifier: js.UndefOr[String]\n    var SubnetOutpost: js.UndefOr[SubnetOutpost]\n  }\n\n  object Subnet {\n    @inline\n    def apply(\n        SubnetAvailabilityZone: js.UndefOr[AvailabilityZone] = js.undefined,\n        SubnetIdentifier: js.UndefOr[String] = js.undefined,\n        SubnetOutpost: js.UndefOr[SubnetOutpost] = js.undefined\n    ): Subnet = {\n      val __obj = js.Dynamic.literal()\n      SubnetAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SubnetAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      SubnetIdentifier.foreach(__v => __obj.updateDynamic(\"SubnetIdentifier\")(__v.asInstanceOf[js.Any]))\n      SubnetOutpost.foreach(__v => __obj.updateDynamic(\"SubnetOutpost\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subnet]\n    }\n  }\n\n  \/** The ID of the outpost subnet.\n    *\/\n  @js.native\n  trait SubnetOutpost extends js.Object {\n    var SubnetOutpostArn: js.UndefOr[String]\n  }\n\n  object SubnetOutpost {\n    @inline\n    def apply(\n        SubnetOutpostArn: js.UndefOr[String] = js.undefined\n    ): SubnetOutpost = {\n      val __obj = js.Dynamic.literal()\n      SubnetOutpostArn.foreach(__v => __obj.updateDynamic(\"SubnetOutpostArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubnetOutpost]\n    }\n  }\n\n  \/** A tag that can be added to an ElastiCache cluster or replication group. Tags are composed of a Key\/Value pair. You can use tags to categorize and track all your ElastiCache resources, with the exception of global replication group. When you add or remove tags on replication groups, those actions will be replicated to all nodes in the replication group. A tag with a null Value is permitted.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Represents the output from the <code>AddTagsToResource<\/code>, <code>ListTagsForResource<\/code>, and <code>RemoveTagsFromResource<\/code> operations.\n    *\/\n  @js.native\n  trait TagListMessage extends js.Object {\n    var TagList: js.UndefOr[TagList]\n  }\n\n  object TagListMessage {\n    @inline\n    def apply(\n        TagList: js.UndefOr[TagList] = js.undefined\n    ): TagListMessage = {\n      val __obj = js.Dynamic.literal()\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagListMessage]\n    }\n  }\n\n  @js.native\n  trait TestFailoverMessage extends js.Object {\n    var NodeGroupId: AllowedNodeGroupId\n    var ReplicationGroupId: String\n  }\n\n  object TestFailoverMessage {\n    @inline\n    def apply(\n        NodeGroupId: AllowedNodeGroupId,\n        ReplicationGroupId: String\n    ): TestFailoverMessage = {\n      val __obj = js.Dynamic.literal(\n        \"NodeGroupId\" -> NodeGroupId.asInstanceOf[js.Any],\n        \"ReplicationGroupId\" -> ReplicationGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestFailoverMessage]\n    }\n  }\n\n  @js.native\n  trait TestFailoverResult extends js.Object {\n    var ReplicationGroup: js.UndefOr[ReplicationGroup]\n  }\n\n  object TestFailoverResult {\n    @inline\n    def apply(\n        ReplicationGroup: js.UndefOr[ReplicationGroup] = js.undefined\n    ): TestFailoverResult = {\n      val __obj = js.Dynamic.literal()\n      ReplicationGroup.foreach(__v => __obj.updateDynamic(\"ReplicationGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestFailoverResult]\n    }\n  }\n\n  \/** Filters update actions from the service updates that are in available status during the time range.\n    *\/\n  @js.native\n  trait TimeRangeFilter extends js.Object {\n    var EndTime: js.UndefOr[TStamp]\n    var StartTime: js.UndefOr[TStamp]\n  }\n\n  object TimeRangeFilter {\n    @inline\n    def apply(\n        EndTime: js.UndefOr[TStamp] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined\n    ): TimeRangeFilter = {\n      val __obj = js.Dynamic.literal()\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimeRangeFilter]\n    }\n  }\n\n  \/** Update action that has failed to be processed for the corresponding apply\/stop request\n    *\/\n  @js.native\n  trait UnprocessedUpdateAction extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var ErrorMessage: js.UndefOr[String]\n    var ErrorType: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ServiceUpdateName: js.UndefOr[String]\n  }\n\n  object UnprocessedUpdateAction {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        ErrorMessage: js.UndefOr[String] = js.undefined,\n        ErrorType: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined\n    ): UnprocessedUpdateAction = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ErrorType.foreach(__v => __obj.updateDynamic(\"ErrorType\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UnprocessedUpdateAction]\n    }\n  }\n\n  \/** The status of the service update for a specific replication group\n    *\/\n  @js.native\n  trait UpdateAction extends js.Object {\n    var CacheClusterId: js.UndefOr[String]\n    var CacheNodeUpdateStatus: js.UndefOr[CacheNodeUpdateStatusList]\n    var Engine: js.UndefOr[String]\n    var EstimatedUpdateTime: js.UndefOr[String]\n    var NodeGroupUpdateStatus: js.UndefOr[NodeGroupUpdateStatusList]\n    var NodesUpdated: js.UndefOr[String]\n    var ReplicationGroupId: js.UndefOr[String]\n    var ServiceUpdateName: js.UndefOr[String]\n    var ServiceUpdateRecommendedApplyByDate: js.UndefOr[TStamp]\n    var ServiceUpdateReleaseDate: js.UndefOr[TStamp]\n    var ServiceUpdateSeverity: js.UndefOr[ServiceUpdateSeverity]\n    var ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatus]\n    var ServiceUpdateType: js.UndefOr[ServiceUpdateType]\n    var SlaMet: js.UndefOr[SlaMet]\n    var UpdateActionAvailableDate: js.UndefOr[TStamp]\n    var UpdateActionStatus: js.UndefOr[UpdateActionStatus]\n    var UpdateActionStatusModifiedDate: js.UndefOr[TStamp]\n  }\n\n  object UpdateAction {\n    @inline\n    def apply(\n        CacheClusterId: js.UndefOr[String] = js.undefined,\n        CacheNodeUpdateStatus: js.UndefOr[CacheNodeUpdateStatusList] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EstimatedUpdateTime: js.UndefOr[String] = js.undefined,\n        NodeGroupUpdateStatus: js.UndefOr[NodeGroupUpdateStatusList] = js.undefined,\n        NodesUpdated: js.UndefOr[String] = js.undefined,\n        ReplicationGroupId: js.UndefOr[String] = js.undefined,\n        ServiceUpdateName: js.UndefOr[String] = js.undefined,\n        ServiceUpdateRecommendedApplyByDate: js.UndefOr[TStamp] = js.undefined,\n        ServiceUpdateReleaseDate: js.UndefOr[TStamp] = js.undefined,\n        ServiceUpdateSeverity: js.UndefOr[ServiceUpdateSeverity] = js.undefined,\n        ServiceUpdateStatus: js.UndefOr[ServiceUpdateStatus] = js.undefined,\n        ServiceUpdateType: js.UndefOr[ServiceUpdateType] = js.undefined,\n        SlaMet: js.UndefOr[SlaMet] = js.undefined,\n        UpdateActionAvailableDate: js.UndefOr[TStamp] = js.undefined,\n        UpdateActionStatus: js.UndefOr[UpdateActionStatus] = js.undefined,\n        UpdateActionStatusModifiedDate: js.UndefOr[TStamp] = js.undefined\n    ): UpdateAction = {\n      val __obj = js.Dynamic.literal()\n      CacheClusterId.foreach(__v => __obj.updateDynamic(\"CacheClusterId\")(__v.asInstanceOf[js.Any]))\n      CacheNodeUpdateStatus.foreach(__v => __obj.updateDynamic(\"CacheNodeUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EstimatedUpdateTime.foreach(__v => __obj.updateDynamic(\"EstimatedUpdateTime\")(__v.asInstanceOf[js.Any]))\n      NodeGroupUpdateStatus.foreach(__v => __obj.updateDynamic(\"NodeGroupUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      NodesUpdated.foreach(__v => __obj.updateDynamic(\"NodesUpdated\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroupId.foreach(__v => __obj.updateDynamic(\"ReplicationGroupId\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateName.foreach(__v => __obj.updateDynamic(\"ServiceUpdateName\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateRecommendedApplyByDate.foreach(__v => __obj.updateDynamic(\"ServiceUpdateRecommendedApplyByDate\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateReleaseDate.foreach(__v => __obj.updateDynamic(\"ServiceUpdateReleaseDate\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateSeverity.foreach(__v => __obj.updateDynamic(\"ServiceUpdateSeverity\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateStatus.foreach(__v => __obj.updateDynamic(\"ServiceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      ServiceUpdateType.foreach(__v => __obj.updateDynamic(\"ServiceUpdateType\")(__v.asInstanceOf[js.Any]))\n      SlaMet.foreach(__v => __obj.updateDynamic(\"SlaMet\")(__v.asInstanceOf[js.Any]))\n      UpdateActionAvailableDate.foreach(__v => __obj.updateDynamic(\"UpdateActionAvailableDate\")(__v.asInstanceOf[js.Any]))\n      UpdateActionStatus.foreach(__v => __obj.updateDynamic(\"UpdateActionStatus\")(__v.asInstanceOf[js.Any]))\n      UpdateActionStatusModifiedDate.foreach(__v => __obj.updateDynamic(\"UpdateActionStatusModifiedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAction]\n    }\n  }\n\n  @js.native\n  trait UpdateActionResultsMessage extends js.Object {\n    var ProcessedUpdateActions: js.UndefOr[ProcessedUpdateActionList]\n    var UnprocessedUpdateActions: js.UndefOr[UnprocessedUpdateActionList]\n  }\n\n  object UpdateActionResultsMessage {\n    @inline\n    def apply(\n        ProcessedUpdateActions: js.UndefOr[ProcessedUpdateActionList] = js.undefined,\n        UnprocessedUpdateActions: js.UndefOr[UnprocessedUpdateActionList] = js.undefined\n    ): UpdateActionResultsMessage = {\n      val __obj = js.Dynamic.literal()\n      ProcessedUpdateActions.foreach(__v => __obj.updateDynamic(\"ProcessedUpdateActions\")(__v.asInstanceOf[js.Any]))\n      UnprocessedUpdateActions.foreach(__v => __obj.updateDynamic(\"UnprocessedUpdateActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateActionResultsMessage]\n    }\n  }\n\n  @js.native\n  sealed trait UpdateActionStatus extends js.Any\n  object UpdateActionStatus {\n    val `not-applied` = \"not-applied\".asInstanceOf[UpdateActionStatus]\n    val `waiting-to-start` = \"waiting-to-start\".asInstanceOf[UpdateActionStatus]\n    val `in-progress` = \"in-progress\".asInstanceOf[UpdateActionStatus]\n    val stopping = \"stopping\".asInstanceOf[UpdateActionStatus]\n    val stopped = \"stopped\".asInstanceOf[UpdateActionStatus]\n    val complete = \"complete\".asInstanceOf[UpdateActionStatus]\n    val scheduling = \"scheduling\".asInstanceOf[UpdateActionStatus]\n    val scheduled = \"scheduled\".asInstanceOf[UpdateActionStatus]\n    val `not-applicable` = \"not-applicable\".asInstanceOf[UpdateActionStatus]\n\n    @inline def values = js.Array(`not-applied`, `waiting-to-start`, `in-progress`, stopping, stopped, complete, scheduling, scheduled, `not-applicable`)\n  }\n\n  @js.native\n  trait UpdateActionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var UpdateActions: js.UndefOr[UpdateActionList]\n  }\n\n  object UpdateActionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        UpdateActions: js.UndefOr[UpdateActionList] = js.undefined\n    ): UpdateActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      UpdateActions.foreach(__v => __obj.updateDynamic(\"UpdateActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateActionsMessage]\n    }\n  }\n\n  @js.native\n  trait User extends js.Object {\n    var ARN: js.UndefOr[String]\n    var AccessString: js.UndefOr[String]\n    var Authentication: js.UndefOr[Authentication]\n    var Engine: js.UndefOr[EngineType]\n    var Status: js.UndefOr[String]\n    var UserGroupIds: js.UndefOr[UserGroupIdList]\n    var UserId: js.UndefOr[String]\n    var UserName: js.UndefOr[String]\n  }\n\n  object User {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        AccessString: js.UndefOr[String] = js.undefined,\n        Authentication: js.UndefOr[Authentication] = js.undefined,\n        Engine: js.UndefOr[EngineType] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        UserGroupIds: js.UndefOr[UserGroupIdList] = js.undefined,\n        UserId: js.UndefOr[String] = js.undefined,\n        UserName: js.UndefOr[String] = js.undefined\n    ): User = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      AccessString.foreach(__v => __obj.updateDynamic(\"AccessString\")(__v.asInstanceOf[js.Any]))\n      Authentication.foreach(__v => __obj.updateDynamic(\"Authentication\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserGroupIds.foreach(__v => __obj.updateDynamic(\"UserGroupIds\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[User]\n    }\n  }\n\n  @js.native\n  trait UserGroup extends js.Object {\n    var ARN: js.UndefOr[String]\n    var Engine: js.UndefOr[EngineType]\n    var PendingChanges: js.UndefOr[UserGroupPendingChanges]\n    var ReplicationGroups: js.UndefOr[UGReplicationGroupIdList]\n    var Status: js.UndefOr[String]\n    var UserGroupId: js.UndefOr[String]\n    var UserIds: js.UndefOr[UserIdList]\n  }\n\n  object UserGroup {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[EngineType] = js.undefined,\n        PendingChanges: js.UndefOr[UserGroupPendingChanges] = js.undefined,\n        ReplicationGroups: js.UndefOr[UGReplicationGroupIdList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        UserGroupId: js.UndefOr[String] = js.undefined,\n        UserIds: js.UndefOr[UserIdList] = js.undefined\n    ): UserGroup = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      PendingChanges.foreach(__v => __obj.updateDynamic(\"PendingChanges\")(__v.asInstanceOf[js.Any]))\n      ReplicationGroups.foreach(__v => __obj.updateDynamic(\"ReplicationGroups\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UserGroupId.foreach(__v => __obj.updateDynamic(\"UserGroupId\")(__v.asInstanceOf[js.Any]))\n      UserIds.foreach(__v => __obj.updateDynamic(\"UserIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserGroup]\n    }\n  }\n\n  \/** Returns the updates being applied to the user group.\n    *\/\n  @js.native\n  trait UserGroupPendingChanges extends js.Object {\n    var UserIdsToAdd: js.UndefOr[UserIdList]\n    var UserIdsToRemove: js.UndefOr[UserIdList]\n  }\n\n  object UserGroupPendingChanges {\n    @inline\n    def apply(\n        UserIdsToAdd: js.UndefOr[UserIdList] = js.undefined,\n        UserIdsToRemove: js.UndefOr[UserIdList] = js.undefined\n    ): UserGroupPendingChanges = {\n      val __obj = js.Dynamic.literal()\n      UserIdsToAdd.foreach(__v => __obj.updateDynamic(\"UserIdsToAdd\")(__v.asInstanceOf[js.Any]))\n      UserIdsToRemove.foreach(__v => __obj.updateDynamic(\"UserIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserGroupPendingChanges]\n    }\n  }\n\n  \/** The status of the user group update.\n    *\/\n  @js.native\n  trait UserGroupsUpdateStatus extends js.Object {\n    var UserGroupIdsToAdd: js.UndefOr[UserGroupIdList]\n    var UserGroupIdsToRemove: js.UndefOr[UserGroupIdList]\n  }\n\n  object UserGroupsUpdateStatus {\n    @inline\n    def apply(\n        UserGroupIdsToAdd: js.UndefOr[UserGroupIdList] = js.undefined,\n        UserGroupIdsToRemove: js.UndefOr[UserGroupIdList] = js.undefined\n    ): UserGroupsUpdateStatus = {\n      val __obj = js.Dynamic.literal()\n      UserGroupIdsToAdd.foreach(__v => __obj.updateDynamic(\"UserGroupIdsToAdd\")(__v.asInstanceOf[js.Any]))\n      UserGroupIdsToRemove.foreach(__v => __obj.updateDynamic(\"UserGroupIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserGroupsUpdateStatus]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/managedblockchain\/src\/main\/scala\/facade\/amazonaws\/services\/ManagedBlockchain.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object managedblockchain {\n  type ArnString = String\n  type AvailabilityZoneString = String\n  type ClientRequestTokenString = String\n  type DescriptionString = String\n  type Enabled = Boolean\n  type FrameworkVersionString = String\n  type InputTagMap = js.Dictionary[TagValue]\n  type InstanceTypeString = String\n  type InvitationList = js.Array[Invitation]\n  type InviteActionList = js.Array[InviteAction]\n  type IsOwned = Boolean\n  type MemberListMaxResults = Int\n  type MemberSummaryList = js.Array[MemberSummary]\n  type NameString = String\n  type NetworkListMaxResults = Int\n  type NetworkMemberNameString = String\n  type NetworkSummaryList = js.Array[NetworkSummary]\n  type NodeListMaxResults = Int\n  type NodeSummaryList = js.Array[NodeSummary]\n  type OutputTagMap = js.Dictionary[TagValue]\n  type PaginationToken = String\n  type PasswordString = String\n  type PrincipalString = String\n  type ProposalDurationInt = Int\n  type ProposalListMaxResults = Int\n  type ProposalSummaryList = js.Array[ProposalSummary]\n  type ProposalVoteList = js.Array[VoteSummary]\n  type RemoveActionList = js.Array[RemoveAction]\n  type ResourceIdString = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type ThresholdPercentageInt = Int\n  type Timestamp = js.Date\n  type UsernameString = String\n  type VoteCount = Int\n\n  implicit final class ManagedBlockchainOps(private val service: ManagedBlockchain) extends AnyVal {\n\n    @inline def createMemberFuture(params: CreateMemberInput): Future[CreateMemberOutput] = service.createMember(params).promise().toFuture\n    @inline def createNetworkFuture(params: CreateNetworkInput): Future[CreateNetworkOutput] = service.createNetwork(params).promise().toFuture\n    @inline def createNodeFuture(params: CreateNodeInput): Future[CreateNodeOutput] = service.createNode(params).promise().toFuture\n    @inline def createProposalFuture(params: CreateProposalInput): Future[CreateProposalOutput] = service.createProposal(params).promise().toFuture\n    @inline def deleteMemberFuture(params: DeleteMemberInput): Future[DeleteMemberOutput] = service.deleteMember(params).promise().toFuture\n    @inline def deleteNodeFuture(params: DeleteNodeInput): Future[DeleteNodeOutput] = service.deleteNode(params).promise().toFuture\n    @inline def getMemberFuture(params: GetMemberInput): Future[GetMemberOutput] = service.getMember(params).promise().toFuture\n    @inline def getNetworkFuture(params: GetNetworkInput): Future[GetNetworkOutput] = service.getNetwork(params).promise().toFuture\n    @inline def getNodeFuture(params: GetNodeInput): Future[GetNodeOutput] = service.getNode(params).promise().toFuture\n    @inline def getProposalFuture(params: GetProposalInput): Future[GetProposalOutput] = service.getProposal(params).promise().toFuture\n    @inline def listInvitationsFuture(params: ListInvitationsInput): Future[ListInvitationsOutput] = service.listInvitations(params).promise().toFuture\n    @inline def listMembersFuture(params: ListMembersInput): Future[ListMembersOutput] = service.listMembers(params).promise().toFuture\n    @inline def listNetworksFuture(params: ListNetworksInput): Future[ListNetworksOutput] = service.listNetworks(params).promise().toFuture\n    @inline def listNodesFuture(params: ListNodesInput): Future[ListNodesOutput] = service.listNodes(params).promise().toFuture\n    @inline def listProposalVotesFuture(params: ListProposalVotesInput): Future[ListProposalVotesOutput] = service.listProposalVotes(params).promise().toFuture\n    @inline def listProposalsFuture(params: ListProposalsInput): Future[ListProposalsOutput] = service.listProposals(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def rejectInvitationFuture(params: RejectInvitationInput): Future[RejectInvitationOutput] = service.rejectInvitation(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateMemberFuture(params: UpdateMemberInput): Future[UpdateMemberOutput] = service.updateMember(params).promise().toFuture\n    @inline def updateNodeFuture(params: UpdateNodeInput): Future[UpdateNodeOutput] = service.updateNode(params).promise().toFuture\n    @inline def voteOnProposalFuture(params: VoteOnProposalInput): Future[VoteOnProposalOutput] = service.voteOnProposal(params).promise().toFuture\n\n  }\n}\n\npackage managedblockchain {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/managedblockchain\", JSImport.Namespace, \"AWS.ManagedBlockchain\")\n  class ManagedBlockchain() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createMember(params: CreateMemberInput): Request[CreateMemberOutput] = js.native\n    def createNetwork(params: CreateNetworkInput): Request[CreateNetworkOutput] = js.native\n    def createNode(params: CreateNodeInput): Request[CreateNodeOutput] = js.native\n    def createProposal(params: CreateProposalInput): Request[CreateProposalOutput] = js.native\n    def deleteMember(params: DeleteMemberInput): Request[DeleteMemberOutput] = js.native\n    def deleteNode(params: DeleteNodeInput): Request[DeleteNodeOutput] = js.native\n    def getMember(params: GetMemberInput): Request[GetMemberOutput] = js.native\n    def getNetwork(params: GetNetworkInput): Request[GetNetworkOutput] = js.native\n    def getNode(params: GetNodeInput): Request[GetNodeOutput] = js.native\n    def getProposal(params: GetProposalInput): Request[GetProposalOutput] = js.native\n    def listInvitations(params: ListInvitationsInput): Request[ListInvitationsOutput] = js.native\n    def listMembers(params: ListMembersInput): Request[ListMembersOutput] = js.native\n    def listNetworks(params: ListNetworksInput): Request[ListNetworksOutput] = js.native\n    def listNodes(params: ListNodesInput): Request[ListNodesOutput] = js.native\n    def listProposalVotes(params: ListProposalVotesInput): Request[ListProposalVotesOutput] = js.native\n    def listProposals(params: ListProposalsInput): Request[ListProposalsOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def rejectInvitation(params: RejectInvitationInput): Request[RejectInvitationOutput] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateMember(params: UpdateMemberInput): Request[UpdateMemberOutput] = js.native\n    def updateNode(params: UpdateNodeInput): Request[UpdateNodeOutput] = js.native\n    def voteOnProposal(params: VoteOnProposalInput): Request[VoteOnProposalOutput] = js.native\n  }\n\n  \/** A policy type that defines the voting rules for the network. The rules decide if a proposal is approved. Approval may be based on criteria such as the percentage of <code>YES<\/code> votes and the duration of the proposal. The policy applies to all proposals and is specified when the network is created. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait ApprovalThresholdPolicy extends js.Object {\n    var ProposalDurationInHours: js.UndefOr[ProposalDurationInt]\n    var ThresholdComparator: js.UndefOr[ThresholdComparator]\n    var ThresholdPercentage: js.UndefOr[ThresholdPercentageInt]\n  }\n\n  object ApprovalThresholdPolicy {\n    @inline\n    def apply(\n        ProposalDurationInHours: js.UndefOr[ProposalDurationInt] = js.undefined,\n        ThresholdComparator: js.UndefOr[ThresholdComparator] = js.undefined,\n        ThresholdPercentage: js.UndefOr[ThresholdPercentageInt] = js.undefined\n    ): ApprovalThresholdPolicy = {\n      val __obj = js.Dynamic.literal()\n      ProposalDurationInHours.foreach(__v => __obj.updateDynamic(\"ProposalDurationInHours\")(__v.asInstanceOf[js.Any]))\n      ThresholdComparator.foreach(__v => __obj.updateDynamic(\"ThresholdComparator\")(__v.asInstanceOf[js.Any]))\n      ThresholdPercentage.foreach(__v => __obj.updateDynamic(\"ThresholdPercentage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApprovalThresholdPolicy]\n    }\n  }\n\n  @js.native\n  trait CreateMemberInput extends js.Object {\n    var ClientRequestToken: ClientRequestTokenString\n    var InvitationId: ResourceIdString\n    var MemberConfiguration: MemberConfiguration\n    var NetworkId: ResourceIdString\n  }\n\n  object CreateMemberInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestTokenString,\n        InvitationId: ResourceIdString,\n        MemberConfiguration: MemberConfiguration,\n        NetworkId: ResourceIdString\n    ): CreateMemberInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"InvitationId\" -> InvitationId.asInstanceOf[js.Any],\n        \"MemberConfiguration\" -> MemberConfiguration.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMemberInput]\n    }\n  }\n\n  @js.native\n  trait CreateMemberOutput extends js.Object {\n    var MemberId: js.UndefOr[ResourceIdString]\n  }\n\n  object CreateMemberOutput {\n    @inline\n    def apply(\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined\n    ): CreateMemberOutput = {\n      val __obj = js.Dynamic.literal()\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMemberOutput]\n    }\n  }\n\n  @js.native\n  trait CreateNetworkInput extends js.Object {\n    var ClientRequestToken: ClientRequestTokenString\n    var Framework: Framework\n    var FrameworkVersion: FrameworkVersionString\n    var MemberConfiguration: MemberConfiguration\n    var Name: NameString\n    var VotingPolicy: VotingPolicy\n    var Description: js.UndefOr[DescriptionString]\n    var FrameworkConfiguration: js.UndefOr[NetworkFrameworkConfiguration]\n    var Tags: js.UndefOr[InputTagMap]\n  }\n\n  object CreateNetworkInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestTokenString,\n        Framework: Framework,\n        FrameworkVersion: FrameworkVersionString,\n        MemberConfiguration: MemberConfiguration,\n        Name: NameString,\n        VotingPolicy: VotingPolicy,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        FrameworkConfiguration: js.UndefOr[NetworkFrameworkConfiguration] = js.undefined,\n        Tags: js.UndefOr[InputTagMap] = js.undefined\n    ): CreateNetworkInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"Framework\" -> Framework.asInstanceOf[js.Any],\n        \"FrameworkVersion\" -> FrameworkVersion.asInstanceOf[js.Any],\n        \"MemberConfiguration\" -> MemberConfiguration.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"VotingPolicy\" -> VotingPolicy.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FrameworkConfiguration.foreach(__v => __obj.updateDynamic(\"FrameworkConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNetworkInput]\n    }\n  }\n\n  @js.native\n  trait CreateNetworkOutput extends js.Object {\n    var MemberId: js.UndefOr[ResourceIdString]\n    var NetworkId: js.UndefOr[ResourceIdString]\n  }\n\n  object CreateNetworkOutput {\n    @inline\n    def apply(\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        NetworkId: js.UndefOr[ResourceIdString] = js.undefined\n    ): CreateNetworkOutput = {\n      val __obj = js.Dynamic.literal()\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNetworkOutput]\n    }\n  }\n\n  @js.native\n  trait CreateNodeInput extends js.Object {\n    var ClientRequestToken: ClientRequestTokenString\n    var NetworkId: ResourceIdString\n    var NodeConfiguration: NodeConfiguration\n    var MemberId: js.UndefOr[ResourceIdString]\n    var Tags: js.UndefOr[InputTagMap]\n  }\n\n  object CreateNodeInput {\n    @inline\n    def apply(\n        ClientRequestToken: ClientRequestTokenString,\n        NetworkId: ResourceIdString,\n        NodeConfiguration: NodeConfiguration,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        Tags: js.UndefOr[InputTagMap] = js.undefined\n    ): CreateNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"NodeConfiguration\" -> NodeConfiguration.asInstanceOf[js.Any]\n      )\n\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNodeInput]\n    }\n  }\n\n  @js.native\n  trait CreateNodeOutput extends js.Object {\n    var NodeId: js.UndefOr[ResourceIdString]\n  }\n\n  object CreateNodeOutput {\n    @inline\n    def apply(\n        NodeId: js.UndefOr[ResourceIdString] = js.undefined\n    ): CreateNodeOutput = {\n      val __obj = js.Dynamic.literal()\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateNodeOutput]\n    }\n  }\n\n  @js.native\n  trait CreateProposalInput extends js.Object {\n    var Actions: ProposalActions\n    var ClientRequestToken: ClientRequestTokenString\n    var MemberId: ResourceIdString\n    var NetworkId: ResourceIdString\n    var Description: js.UndefOr[DescriptionString]\n    var Tags: js.UndefOr[InputTagMap]\n  }\n\n  object CreateProposalInput {\n    @inline\n    def apply(\n        Actions: ProposalActions,\n        ClientRequestToken: ClientRequestTokenString,\n        MemberId: ResourceIdString,\n        NetworkId: ResourceIdString,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Tags: js.UndefOr[InputTagMap] = js.undefined\n    ): CreateProposalInput = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any],\n        \"ClientRequestToken\" -> ClientRequestToken.asInstanceOf[js.Any],\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProposalInput]\n    }\n  }\n\n  @js.native\n  trait CreateProposalOutput extends js.Object {\n    var ProposalId: js.UndefOr[ResourceIdString]\n  }\n\n  object CreateProposalOutput {\n    @inline\n    def apply(\n        ProposalId: js.UndefOr[ResourceIdString] = js.undefined\n    ): CreateProposalOutput = {\n      val __obj = js.Dynamic.literal()\n      ProposalId.foreach(__v => __obj.updateDynamic(\"ProposalId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProposalOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteMemberInput extends js.Object {\n    var MemberId: ResourceIdString\n    var NetworkId: ResourceIdString\n  }\n\n  object DeleteMemberInput {\n    @inline\n    def apply(\n        MemberId: ResourceIdString,\n        NetworkId: ResourceIdString\n    ): DeleteMemberInput = {\n      val __obj = js.Dynamic.literal(\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMemberInput]\n    }\n  }\n\n  @js.native\n  trait DeleteMemberOutput extends js.Object\n\n  object DeleteMemberOutput {\n    @inline\n    def apply(): DeleteMemberOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteMemberOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteNodeInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var NodeId: ResourceIdString\n    var MemberId: js.UndefOr[ResourceIdString]\n  }\n\n  object DeleteNodeInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        NodeId: ResourceIdString,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined\n    ): DeleteNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"NodeId\" -> NodeId.asInstanceOf[js.Any]\n      )\n\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteNodeInput]\n    }\n  }\n\n  @js.native\n  trait DeleteNodeOutput extends js.Object\n\n  object DeleteNodeOutput {\n    @inline\n    def apply(): DeleteNodeOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteNodeOutput]\n    }\n  }\n\n  @js.native\n  sealed trait Edition extends js.Any\n  object Edition {\n    val STARTER = \"STARTER\".asInstanceOf[Edition]\n    val STANDARD = \"STANDARD\".asInstanceOf[Edition]\n\n    @inline def values = js.Array(STARTER, STANDARD)\n  }\n\n  @js.native\n  sealed trait Framework extends js.Any\n  object Framework {\n    val HYPERLEDGER_FABRIC = \"HYPERLEDGER_FABRIC\".asInstanceOf[Framework]\n    val ETHEREUM = \"ETHEREUM\".asInstanceOf[Framework]\n\n    @inline def values = js.Array(HYPERLEDGER_FABRIC, ETHEREUM)\n  }\n\n  @js.native\n  trait GetMemberInput extends js.Object {\n    var MemberId: ResourceIdString\n    var NetworkId: ResourceIdString\n  }\n\n  object GetMemberInput {\n    @inline\n    def apply(\n        MemberId: ResourceIdString,\n        NetworkId: ResourceIdString\n    ): GetMemberInput = {\n      val __obj = js.Dynamic.literal(\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMemberInput]\n    }\n  }\n\n  @js.native\n  trait GetMemberOutput extends js.Object {\n    var Member: js.UndefOr[Member]\n  }\n\n  object GetMemberOutput {\n    @inline\n    def apply(\n        Member: js.UndefOr[Member] = js.undefined\n    ): GetMemberOutput = {\n      val __obj = js.Dynamic.literal()\n      Member.foreach(__v => __obj.updateDynamic(\"Member\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMemberOutput]\n    }\n  }\n\n  @js.native\n  trait GetNetworkInput extends js.Object {\n    var NetworkId: ResourceIdString\n  }\n\n  object GetNetworkInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString\n    ): GetNetworkInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetNetworkInput]\n    }\n  }\n\n  @js.native\n  trait GetNetworkOutput extends js.Object {\n    var Network: js.UndefOr[Network]\n  }\n\n  object GetNetworkOutput {\n    @inline\n    def apply(\n        Network: js.UndefOr[Network] = js.undefined\n    ): GetNetworkOutput = {\n      val __obj = js.Dynamic.literal()\n      Network.foreach(__v => __obj.updateDynamic(\"Network\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetNetworkOutput]\n    }\n  }\n\n  @js.native\n  trait GetNodeInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var NodeId: ResourceIdString\n    var MemberId: js.UndefOr[ResourceIdString]\n  }\n\n  object GetNodeInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        NodeId: ResourceIdString,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined\n    ): GetNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"NodeId\" -> NodeId.asInstanceOf[js.Any]\n      )\n\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetNodeInput]\n    }\n  }\n\n  @js.native\n  trait GetNodeOutput extends js.Object {\n    var Node: js.UndefOr[Node]\n  }\n\n  object GetNodeOutput {\n    @inline\n    def apply(\n        Node: js.UndefOr[Node] = js.undefined\n    ): GetNodeOutput = {\n      val __obj = js.Dynamic.literal()\n      Node.foreach(__v => __obj.updateDynamic(\"Node\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetNodeOutput]\n    }\n  }\n\n  @js.native\n  trait GetProposalInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var ProposalId: ResourceIdString\n  }\n\n  object GetProposalInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        ProposalId: ResourceIdString\n    ): GetProposalInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"ProposalId\" -> ProposalId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetProposalInput]\n    }\n  }\n\n  @js.native\n  trait GetProposalOutput extends js.Object {\n    var Proposal: js.UndefOr[Proposal]\n  }\n\n  object GetProposalOutput {\n    @inline\n    def apply(\n        Proposal: js.UndefOr[Proposal] = js.undefined\n    ): GetProposalOutput = {\n      val __obj = js.Dynamic.literal()\n      Proposal.foreach(__v => __obj.updateDynamic(\"Proposal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetProposalOutput]\n    }\n  }\n\n  \/** An invitation to an AWS account to create a member and join the network. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait Invitation extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var InvitationId: js.UndefOr[ResourceIdString]\n    var NetworkSummary: js.UndefOr[NetworkSummary]\n    var Status: js.UndefOr[InvitationStatus]\n  }\n\n  object Invitation {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        InvitationId: js.UndefOr[ResourceIdString] = js.undefined,\n        NetworkSummary: js.UndefOr[NetworkSummary] = js.undefined,\n        Status: js.UndefOr[InvitationStatus] = js.undefined\n    ): Invitation = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      InvitationId.foreach(__v => __obj.updateDynamic(\"InvitationId\")(__v.asInstanceOf[js.Any]))\n      NetworkSummary.foreach(__v => __obj.updateDynamic(\"NetworkSummary\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Invitation]\n    }\n  }\n\n  @js.native\n  sealed trait InvitationStatus extends js.Any\n  object InvitationStatus {\n    val PENDING = \"PENDING\".asInstanceOf[InvitationStatus]\n    val ACCEPTED = \"ACCEPTED\".asInstanceOf[InvitationStatus]\n    val ACCEPTING = \"ACCEPTING\".asInstanceOf[InvitationStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[InvitationStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[InvitationStatus]\n\n    @inline def values = js.Array(PENDING, ACCEPTED, ACCEPTING, REJECTED, EXPIRED)\n  }\n\n  \/** An action to invite a specific AWS account to create a member and join the network. The <code>InviteAction<\/code> is carried out when a <code>Proposal<\/code> is <code>APPROVED<\/code>. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait InviteAction extends js.Object {\n    var Principal: PrincipalString\n  }\n\n  object InviteAction {\n    @inline\n    def apply(\n        Principal: PrincipalString\n    ): InviteAction = {\n      val __obj = js.Dynamic.literal(\n        \"Principal\" -> Principal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InviteAction]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsInput extends js.Object {\n    var MaxResults: js.UndefOr[ProposalListMaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListInvitationsInput {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[ProposalListMaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListInvitationsInput = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsInput]\n    }\n  }\n\n  @js.native\n  trait ListInvitationsOutput extends js.Object {\n    var Invitations: js.UndefOr[InvitationList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListInvitationsOutput {\n    @inline\n    def apply(\n        Invitations: js.UndefOr[InvitationList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListInvitationsOutput = {\n      val __obj = js.Dynamic.literal()\n      Invitations.foreach(__v => __obj.updateDynamic(\"Invitations\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvitationsOutput]\n    }\n  }\n\n  @js.native\n  trait ListMembersInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var IsOwned: js.UndefOr[IsOwned]\n    var MaxResults: js.UndefOr[MemberListMaxResults]\n    var Name: js.UndefOr[String]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Status: js.UndefOr[MemberStatus]\n  }\n\n  object ListMembersInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        IsOwned: js.UndefOr[IsOwned] = js.undefined,\n        MaxResults: js.UndefOr[MemberListMaxResults] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Status: js.UndefOr[MemberStatus] = js.undefined\n    ): ListMembersInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n\n      IsOwned.foreach(__v => __obj.updateDynamic(\"IsOwned\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersInput]\n    }\n  }\n\n  @js.native\n  trait ListMembersOutput extends js.Object {\n    var Members: js.UndefOr[MemberSummaryList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListMembersOutput {\n    @inline\n    def apply(\n        Members: js.UndefOr[MemberSummaryList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListMembersOutput = {\n      val __obj = js.Dynamic.literal()\n      Members.foreach(__v => __obj.updateDynamic(\"Members\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMembersOutput]\n    }\n  }\n\n  @js.native\n  trait ListNetworksInput extends js.Object {\n    var Framework: js.UndefOr[Framework]\n    var MaxResults: js.UndefOr[NetworkListMaxResults]\n    var Name: js.UndefOr[String]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Status: js.UndefOr[NetworkStatus]\n  }\n\n  object ListNetworksInput {\n    @inline\n    def apply(\n        Framework: js.UndefOr[Framework] = js.undefined,\n        MaxResults: js.UndefOr[NetworkListMaxResults] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Status: js.UndefOr[NetworkStatus] = js.undefined\n    ): ListNetworksInput = {\n      val __obj = js.Dynamic.literal()\n      Framework.foreach(__v => __obj.updateDynamic(\"Framework\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNetworksInput]\n    }\n  }\n\n  @js.native\n  trait ListNetworksOutput extends js.Object {\n    var Networks: js.UndefOr[NetworkSummaryList]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListNetworksOutput {\n    @inline\n    def apply(\n        Networks: js.UndefOr[NetworkSummaryList] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListNetworksOutput = {\n      val __obj = js.Dynamic.literal()\n      Networks.foreach(__v => __obj.updateDynamic(\"Networks\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNetworksOutput]\n    }\n  }\n\n  @js.native\n  trait ListNodesInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var MaxResults: js.UndefOr[NodeListMaxResults]\n    var MemberId: js.UndefOr[ResourceIdString]\n    var NextToken: js.UndefOr[PaginationToken]\n    var Status: js.UndefOr[NodeStatus]\n  }\n\n  object ListNodesInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        MaxResults: js.UndefOr[NodeListMaxResults] = js.undefined,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Status: js.UndefOr[NodeStatus] = js.undefined\n    ): ListNodesInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNodesInput]\n    }\n  }\n\n  @js.native\n  trait ListNodesOutput extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var Nodes: js.UndefOr[NodeSummaryList]\n  }\n\n  object ListNodesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Nodes: js.UndefOr[NodeSummaryList] = js.undefined\n    ): ListNodesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Nodes.foreach(__v => __obj.updateDynamic(\"Nodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListNodesOutput]\n    }\n  }\n\n  @js.native\n  trait ListProposalVotesInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var ProposalId: ResourceIdString\n    var MaxResults: js.UndefOr[ProposalListMaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListProposalVotesInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        ProposalId: ResourceIdString,\n        MaxResults: js.UndefOr[ProposalListMaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListProposalVotesInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"ProposalId\" -> ProposalId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProposalVotesInput]\n    }\n  }\n\n  @js.native\n  trait ListProposalVotesOutput extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var ProposalVotes: js.UndefOr[ProposalVoteList]\n  }\n\n  object ListProposalVotesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        ProposalVotes: js.UndefOr[ProposalVoteList] = js.undefined\n    ): ListProposalVotesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProposalVotes.foreach(__v => __obj.updateDynamic(\"ProposalVotes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProposalVotesOutput]\n    }\n  }\n\n  @js.native\n  trait ListProposalsInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var MaxResults: js.UndefOr[ProposalListMaxResults]\n    var NextToken: js.UndefOr[PaginationToken]\n  }\n\n  object ListProposalsInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        MaxResults: js.UndefOr[ProposalListMaxResults] = js.undefined,\n        NextToken: js.UndefOr[PaginationToken] = js.undefined\n    ): ListProposalsInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProposalsInput]\n    }\n  }\n\n  @js.native\n  trait ListProposalsOutput extends js.Object {\n    var NextToken: js.UndefOr[PaginationToken]\n    var Proposals: js.UndefOr[ProposalSummaryList]\n  }\n\n  object ListProposalsOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[PaginationToken] = js.undefined,\n        Proposals: js.UndefOr[ProposalSummaryList] = js.undefined\n    ): ListProposalsOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Proposals.foreach(__v => __obj.updateDynamic(\"Proposals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProposalsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: ArnString\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ArnString\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[OutputTagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[OutputTagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** A configuration for logging events.\n    *\/\n  @js.native\n  trait LogConfiguration extends js.Object {\n    var Enabled: js.UndefOr[Enabled]\n  }\n\n  object LogConfiguration {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Enabled] = js.undefined\n    ): LogConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogConfiguration]\n    }\n  }\n\n  \/** A collection of log configurations.\n    *\/\n  @js.native\n  trait LogConfigurations extends js.Object {\n    var Cloudwatch: js.UndefOr[LogConfiguration]\n  }\n\n  object LogConfigurations {\n    @inline\n    def apply(\n        Cloudwatch: js.UndefOr[LogConfiguration] = js.undefined\n    ): LogConfigurations = {\n      val __obj = js.Dynamic.literal()\n      Cloudwatch.foreach(__v => __obj.updateDynamic(\"Cloudwatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LogConfigurations]\n    }\n  }\n\n  \/** Member configuration properties. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait Member extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var FrameworkAttributes: js.UndefOr[MemberFrameworkAttributes]\n    var Id: js.UndefOr[ResourceIdString]\n    var LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration]\n    var Name: js.UndefOr[NetworkMemberNameString]\n    var NetworkId: js.UndefOr[ResourceIdString]\n    var Status: js.UndefOr[MemberStatus]\n    var Tags: js.UndefOr[OutputTagMap]\n  }\n\n  object Member {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        FrameworkAttributes: js.UndefOr[MemberFrameworkAttributes] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration] = js.undefined,\n        Name: js.UndefOr[NetworkMemberNameString] = js.undefined,\n        NetworkId: js.UndefOr[ResourceIdString] = js.undefined,\n        Status: js.UndefOr[MemberStatus] = js.undefined,\n        Tags: js.UndefOr[OutputTagMap] = js.undefined\n    ): Member = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      FrameworkAttributes.foreach(__v => __obj.updateDynamic(\"FrameworkAttributes\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Member]\n    }\n  }\n\n  \/** Configuration properties of the member. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait MemberConfiguration extends js.Object {\n    var FrameworkConfiguration: MemberFrameworkConfiguration\n    var Name: NetworkMemberNameString\n    var Description: js.UndefOr[DescriptionString]\n    var LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration]\n    var Tags: js.UndefOr[InputTagMap]\n  }\n\n  object MemberConfiguration {\n    @inline\n    def apply(\n        FrameworkConfiguration: MemberFrameworkConfiguration,\n        Name: NetworkMemberNameString,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration] = js.undefined,\n        Tags: js.UndefOr[InputTagMap] = js.undefined\n    ): MemberConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"FrameworkConfiguration\" -> FrameworkConfiguration.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberConfiguration]\n    }\n  }\n\n  \/** Attributes of Hyperledger Fabric for a member in a Managed Blockchain network using the Hyperledger Fabric framework.\n    *\/\n  @js.native\n  trait MemberFabricAttributes extends js.Object {\n    var AdminUsername: js.UndefOr[UsernameString]\n    var CaEndpoint: js.UndefOr[String]\n  }\n\n  object MemberFabricAttributes {\n    @inline\n    def apply(\n        AdminUsername: js.UndefOr[UsernameString] = js.undefined,\n        CaEndpoint: js.UndefOr[String] = js.undefined\n    ): MemberFabricAttributes = {\n      val __obj = js.Dynamic.literal()\n      AdminUsername.foreach(__v => __obj.updateDynamic(\"AdminUsername\")(__v.asInstanceOf[js.Any]))\n      CaEndpoint.foreach(__v => __obj.updateDynamic(\"CaEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberFabricAttributes]\n    }\n  }\n\n  \/** Configuration properties for Hyperledger Fabric for a member in a Managed Blockchain network using the Hyperledger Fabric framework.\n    *\/\n  @js.native\n  trait MemberFabricConfiguration extends js.Object {\n    var AdminPassword: <PASSWORD>\n    var AdminUsername: UsernameString\n  }\n\n  object MemberFabricConfiguration {\n    @inline\n    def apply(\n        AdminPassword: <PASSWORD>,\n        AdminUsername: UsernameString\n    ): MemberFabricConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"AdminPassword\" -> <PASSWORD>Password.asInstanceOf[js.Any],\n        \"AdminUsername\" -> AdminUsername.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MemberFabricConfiguration]\n    }\n  }\n\n  \/** Configuration properties for logging events associated with a member of a Managed Blockchain network using the Hyperledger Fabric framework.\n    *\/\n  @js.native\n  trait MemberFabricLogPublishingConfiguration extends js.Object {\n    var CaLogs: js.UndefOr[LogConfigurations]\n  }\n\n  object MemberFabricLogPublishingConfiguration {\n    @inline\n    def apply(\n        CaLogs: js.UndefOr[LogConfigurations] = js.undefined\n    ): MemberFabricLogPublishingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CaLogs.foreach(__v => __obj.updateDynamic(\"CaLogs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberFabricLogPublishingConfiguration]\n    }\n  }\n\n  \/** Attributes relevant to a member for the blockchain framework that the Managed Blockchain network uses.\n    *\/\n  @js.native\n  trait MemberFrameworkAttributes extends js.Object {\n    var Fabric: js.UndefOr[MemberFabricAttributes]\n  }\n\n  object MemberFrameworkAttributes {\n    @inline\n    def apply(\n        Fabric: js.UndefOr[MemberFabricAttributes] = js.undefined\n    ): MemberFrameworkAttributes = {\n      val __obj = js.Dynamic.literal()\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberFrameworkAttributes]\n    }\n  }\n\n  \/** Configuration properties relevant to a member for the blockchain framework that the Managed Blockchain network uses.\n    *\/\n  @js.native\n  trait MemberFrameworkConfiguration extends js.Object {\n    var Fabric: js.UndefOr[MemberFabricConfiguration]\n  }\n\n  object MemberFrameworkConfiguration {\n    @inline\n    def apply(\n        Fabric: js.UndefOr[MemberFabricConfiguration] = js.undefined\n    ): MemberFrameworkConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberFrameworkConfiguration]\n    }\n  }\n\n  \/** Configuration properties for logging events associated with a member of a Managed Blockchain network.\n    *\/\n  @js.native\n  trait MemberLogPublishingConfiguration extends js.Object {\n    var Fabric: js.UndefOr[MemberFabricLogPublishingConfiguration]\n  }\n\n  object MemberLogPublishingConfiguration {\n    @inline\n    def apply(\n        Fabric: js.UndefOr[MemberFabricLogPublishingConfiguration] = js.undefined\n    ): MemberLogPublishingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberLogPublishingConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait MemberStatus extends js.Any\n  object MemberStatus {\n    val CREATING = \"CREATING\".asInstanceOf[MemberStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[MemberStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[MemberStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[MemberStatus]\n    val DELETING = \"DELETING\".asInstanceOf[MemberStatus]\n    val DELETED = \"DELETED\".asInstanceOf[MemberStatus]\n\n    @inline def values = js.Array(CREATING, AVAILABLE, CREATE_FAILED, UPDATING, DELETING, DELETED)\n  }\n\n  \/** A summary of configuration properties for a member. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait MemberSummary extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var Id: js.UndefOr[ResourceIdString]\n    var IsOwned: js.UndefOr[IsOwned]\n    var Name: js.UndefOr[NetworkMemberNameString]\n    var Status: js.UndefOr[MemberStatus]\n  }\n\n  object MemberSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        IsOwned: js.UndefOr[IsOwned] = js.undefined,\n        Name: js.UndefOr[NetworkMemberNameString] = js.undefined,\n        Status: js.UndefOr[MemberStatus] = js.undefined\n    ): MemberSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      IsOwned.foreach(__v => __obj.updateDynamic(\"IsOwned\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MemberSummary]\n    }\n  }\n\n  \/** Network configuration properties.\n    *\/\n  @js.native\n  trait Network extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var Framework: js.UndefOr[Framework]\n    var FrameworkAttributes: js.UndefOr[NetworkFrameworkAttributes]\n    var FrameworkVersion: js.UndefOr[FrameworkVersionString]\n    var Id: js.UndefOr[ResourceIdString]\n    var Name: js.UndefOr[NameString]\n    var Status: js.UndefOr[NetworkStatus]\n    var Tags: js.UndefOr[OutputTagMap]\n    var VotingPolicy: js.UndefOr[VotingPolicy]\n    var VpcEndpointServiceName: js.UndefOr[String]\n  }\n\n  object Network {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Framework: js.UndefOr[Framework] = js.undefined,\n        FrameworkAttributes: js.UndefOr[NetworkFrameworkAttributes] = js.undefined,\n        FrameworkVersion: js.UndefOr[FrameworkVersionString] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        Name: js.UndefOr[NameString] = js.undefined,\n        Status: js.UndefOr[NetworkStatus] = js.undefined,\n        Tags: js.UndefOr[OutputTagMap] = js.undefined,\n        VotingPolicy: js.UndefOr[VotingPolicy] = js.undefined,\n        VpcEndpointServiceName: js.UndefOr[String] = js.undefined\n    ): Network = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Framework.foreach(__v => __obj.updateDynamic(\"Framework\")(__v.asInstanceOf[js.Any]))\n      FrameworkAttributes.foreach(__v => __obj.updateDynamic(\"FrameworkAttributes\")(__v.asInstanceOf[js.Any]))\n      FrameworkVersion.foreach(__v => __obj.updateDynamic(\"FrameworkVersion\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VotingPolicy.foreach(__v => __obj.updateDynamic(\"VotingPolicy\")(__v.asInstanceOf[js.Any]))\n      VpcEndpointServiceName.foreach(__v => __obj.updateDynamic(\"VpcEndpointServiceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Network]\n    }\n  }\n\n  \/** Attributes of Ethereum for a network.\n    *\/\n  @js.native\n  trait NetworkEthereumAttributes extends js.Object {\n    var ChainId: js.UndefOr[String]\n  }\n\n  object NetworkEthereumAttributes {\n    @inline\n    def apply(\n        ChainId: js.UndefOr[String] = js.undefined\n    ): NetworkEthereumAttributes = {\n      val __obj = js.Dynamic.literal()\n      ChainId.foreach(__v => __obj.updateDynamic(\"ChainId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkEthereumAttributes]\n    }\n  }\n\n  \/** Attributes of Hyperledger Fabric for a network.\n    *\/\n  @js.native\n  trait NetworkFabricAttributes extends js.Object {\n    var Edition: js.UndefOr[Edition]\n    var OrderingServiceEndpoint: js.UndefOr[String]\n  }\n\n  object NetworkFabricAttributes {\n    @inline\n    def apply(\n        Edition: js.UndefOr[Edition] = js.undefined,\n        OrderingServiceEndpoint: js.UndefOr[String] = js.undefined\n    ): NetworkFabricAttributes = {\n      val __obj = js.Dynamic.literal()\n      Edition.foreach(__v => __obj.updateDynamic(\"Edition\")(__v.asInstanceOf[js.Any]))\n      OrderingServiceEndpoint.foreach(__v => __obj.updateDynamic(\"OrderingServiceEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkFabricAttributes]\n    }\n  }\n\n  \/** Hyperledger Fabric configuration properties for the network.\n    *\/\n  @js.native\n  trait NetworkFabricConfiguration extends js.Object {\n    var Edition: Edition\n  }\n\n  object NetworkFabricConfiguration {\n    @inline\n    def apply(\n        Edition: Edition\n    ): NetworkFabricConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Edition\" -> Edition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[NetworkFabricConfiguration]\n    }\n  }\n\n  \/** Attributes relevant to the network for the blockchain framework that the network uses.\n    *\/\n  @js.native\n  trait NetworkFrameworkAttributes extends js.Object {\n    var Ethereum: js.UndefOr[NetworkEthereumAttributes]\n    var Fabric: js.UndefOr[NetworkFabricAttributes]\n  }\n\n  object NetworkFrameworkAttributes {\n    @inline\n    def apply(\n        Ethereum: js.UndefOr[NetworkEthereumAttributes] = js.undefined,\n        Fabric: js.UndefOr[NetworkFabricAttributes] = js.undefined\n    ): NetworkFrameworkAttributes = {\n      val __obj = js.Dynamic.literal()\n      Ethereum.foreach(__v => __obj.updateDynamic(\"Ethereum\")(__v.asInstanceOf[js.Any]))\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkFrameworkAttributes]\n    }\n  }\n\n  \/** Configuration properties relevant to the network for the blockchain framework that the network uses.\n    *\/\n  @js.native\n  trait NetworkFrameworkConfiguration extends js.Object {\n    var Fabric: js.UndefOr[NetworkFabricConfiguration]\n  }\n\n  object NetworkFrameworkConfiguration {\n    @inline\n    def apply(\n        Fabric: js.UndefOr[NetworkFabricConfiguration] = js.undefined\n    ): NetworkFrameworkConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkFrameworkConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait NetworkStatus extends js.Any\n  object NetworkStatus {\n    val CREATING = \"CREATING\".asInstanceOf[NetworkStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[NetworkStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[NetworkStatus]\n    val DELETING = \"DELETING\".asInstanceOf[NetworkStatus]\n    val DELETED = \"DELETED\".asInstanceOf[NetworkStatus]\n\n    @inline def values = js.Array(CREATING, AVAILABLE, CREATE_FAILED, DELETING, DELETED)\n  }\n\n  \/** A summary of network configuration properties.\n    *\/\n  @js.native\n  trait NetworkSummary extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var Framework: js.UndefOr[Framework]\n    var FrameworkVersion: js.UndefOr[FrameworkVersionString]\n    var Id: js.UndefOr[ResourceIdString]\n    var Name: js.UndefOr[NameString]\n    var Status: js.UndefOr[NetworkStatus]\n  }\n\n  object NetworkSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        Framework: js.UndefOr[Framework] = js.undefined,\n        FrameworkVersion: js.UndefOr[FrameworkVersionString] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        Name: js.UndefOr[NameString] = js.undefined,\n        Status: js.UndefOr[NetworkStatus] = js.undefined\n    ): NetworkSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Framework.foreach(__v => __obj.updateDynamic(\"Framework\")(__v.asInstanceOf[js.Any]))\n      FrameworkVersion.foreach(__v => __obj.updateDynamic(\"FrameworkVersion\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkSummary]\n    }\n  }\n\n  \/** Configuration properties of a node.\n    *\/\n  @js.native\n  trait Node extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var AvailabilityZone: js.UndefOr[AvailabilityZoneString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var FrameworkAttributes: js.UndefOr[NodeFrameworkAttributes]\n    var Id: js.UndefOr[ResourceIdString]\n    var InstanceType: js.UndefOr[InstanceTypeString]\n    var LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration]\n    var MemberId: js.UndefOr[ResourceIdString]\n    var NetworkId: js.UndefOr[ResourceIdString]\n    var StateDB: js.UndefOr[StateDBType]\n    var Status: js.UndefOr[NodeStatus]\n    var Tags: js.UndefOr[OutputTagMap]\n  }\n\n  object Node {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        AvailabilityZone: js.UndefOr[AvailabilityZoneString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        FrameworkAttributes: js.UndefOr[NodeFrameworkAttributes] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        InstanceType: js.UndefOr[InstanceTypeString] = js.undefined,\n        LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration] = js.undefined,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        NetworkId: js.UndefOr[ResourceIdString] = js.undefined,\n        StateDB: js.UndefOr[StateDBType] = js.undefined,\n        Status: js.UndefOr[NodeStatus] = js.undefined,\n        Tags: js.UndefOr[OutputTagMap] = js.undefined\n    ): Node = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      FrameworkAttributes.foreach(__v => __obj.updateDynamic(\"FrameworkAttributes\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      StateDB.foreach(__v => __obj.updateDynamic(\"StateDB\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Node]\n    }\n  }\n\n  \/** Configuration properties of a node.\n    *\/\n  @js.native\n  trait NodeConfiguration extends js.Object {\n    var InstanceType: InstanceTypeString\n    var AvailabilityZone: js.UndefOr[AvailabilityZoneString]\n    var LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration]\n    var StateDB: js.UndefOr[StateDBType]\n  }\n\n  object NodeConfiguration {\n    @inline\n    def apply(\n        InstanceType: InstanceTypeString,\n        AvailabilityZone: js.UndefOr[AvailabilityZoneString] = js.undefined,\n        LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration] = js.undefined,\n        StateDB: js.UndefOr[StateDBType] = js.undefined\n    ): NodeConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"InstanceType\" -> InstanceType.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      StateDB.foreach(__v => __obj.updateDynamic(\"StateDB\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeConfiguration]\n    }\n  }\n\n  \/** Attributes of an Ethereum node.\n    *\/\n  @js.native\n  trait NodeEthereumAttributes extends js.Object {\n    var HttpEndpoint: js.UndefOr[String]\n    var WebSocketEndpoint: js.UndefOr[String]\n  }\n\n  object NodeEthereumAttributes {\n    @inline\n    def apply(\n        HttpEndpoint: js.UndefOr[String] = js.undefined,\n        WebSocketEndpoint: js.UndefOr[String] = js.undefined\n    ): NodeEthereumAttributes = {\n      val __obj = js.Dynamic.literal()\n      HttpEndpoint.foreach(__v => __obj.updateDynamic(\"HttpEndpoint\")(__v.asInstanceOf[js.Any]))\n      WebSocketEndpoint.foreach(__v => __obj.updateDynamic(\"WebSocketEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeEthereumAttributes]\n    }\n  }\n\n  \/** Attributes of Hyperledger Fabric for a peer node on a Hyperledger Fabric network on Managed Blockchain.\n    *\/\n  @js.native\n  trait NodeFabricAttributes extends js.Object {\n    var PeerEndpoint: js.UndefOr[String]\n    var PeerEventEndpoint: js.UndefOr[String]\n  }\n\n  object NodeFabricAttributes {\n    @inline\n    def apply(\n        PeerEndpoint: js.UndefOr[String] = js.undefined,\n        PeerEventEndpoint: js.UndefOr[String] = js.undefined\n    ): NodeFabricAttributes = {\n      val __obj = js.Dynamic.literal()\n      PeerEndpoint.foreach(__v => __obj.updateDynamic(\"PeerEndpoint\")(__v.asInstanceOf[js.Any]))\n      PeerEventEndpoint.foreach(__v => __obj.updateDynamic(\"PeerEventEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeFabricAttributes]\n    }\n  }\n\n  \/** Configuration properties for logging events associated with a peer node owned by a member in a Managed Blockchain network.\n    *\/\n  @js.native\n  trait NodeFabricLogPublishingConfiguration extends js.Object {\n    var ChaincodeLogs: js.UndefOr[LogConfigurations]\n    var PeerLogs: js.UndefOr[LogConfigurations]\n  }\n\n  object NodeFabricLogPublishingConfiguration {\n    @inline\n    def apply(\n        ChaincodeLogs: js.UndefOr[LogConfigurations] = js.undefined,\n        PeerLogs: js.UndefOr[LogConfigurations] = js.undefined\n    ): NodeFabricLogPublishingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ChaincodeLogs.foreach(__v => __obj.updateDynamic(\"ChaincodeLogs\")(__v.asInstanceOf[js.Any]))\n      PeerLogs.foreach(__v => __obj.updateDynamic(\"PeerLogs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeFabricLogPublishingConfiguration]\n    }\n  }\n\n  \/** Attributes relevant to a node on a Managed Blockchain network for the blockchain framework that the network uses.\n    *\/\n  @js.native\n  trait NodeFrameworkAttributes extends js.Object {\n    var Ethereum: js.UndefOr[NodeEthereumAttributes]\n    var Fabric: js.UndefOr[NodeFabricAttributes]\n  }\n\n  object NodeFrameworkAttributes {\n    @inline\n    def apply(\n        Ethereum: js.UndefOr[NodeEthereumAttributes] = js.undefined,\n        Fabric: js.UndefOr[NodeFabricAttributes] = js.undefined\n    ): NodeFrameworkAttributes = {\n      val __obj = js.Dynamic.literal()\n      Ethereum.foreach(__v => __obj.updateDynamic(\"Ethereum\")(__v.asInstanceOf[js.Any]))\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeFrameworkAttributes]\n    }\n  }\n\n  \/** Configuration properties for logging events associated with a peer node on a Hyperledger Fabric network on Managed Blockchain.\n    *\/\n  @js.native\n  trait NodeLogPublishingConfiguration extends js.Object {\n    var Fabric: js.UndefOr[NodeFabricLogPublishingConfiguration]\n  }\n\n  object NodeLogPublishingConfiguration {\n    @inline\n    def apply(\n        Fabric: js.UndefOr[NodeFabricLogPublishingConfiguration] = js.undefined\n    ): NodeLogPublishingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Fabric.foreach(__v => __obj.updateDynamic(\"Fabric\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeLogPublishingConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait NodeStatus extends js.Any\n  object NodeStatus {\n    val CREATING = \"CREATING\".asInstanceOf[NodeStatus]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[NodeStatus]\n    val UNHEALTHY = \"UNHEALTHY\".asInstanceOf[NodeStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[NodeStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[NodeStatus]\n    val DELETING = \"DELETING\".asInstanceOf[NodeStatus]\n    val DELETED = \"DELETED\".asInstanceOf[NodeStatus]\n    val FAILED = \"FAILED\".asInstanceOf[NodeStatus]\n\n    @inline def values = js.Array(CREATING, AVAILABLE, UNHEALTHY, CREATE_FAILED, UPDATING, DELETING, DELETED, FAILED)\n  }\n\n  \/** A summary of configuration properties for a node.\n    *\/\n  @js.native\n  trait NodeSummary extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var AvailabilityZone: js.UndefOr[AvailabilityZoneString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Id: js.UndefOr[ResourceIdString]\n    var InstanceType: js.UndefOr[InstanceTypeString]\n    var Status: js.UndefOr[NodeStatus]\n  }\n\n  object NodeSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        AvailabilityZone: js.UndefOr[AvailabilityZoneString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Id: js.UndefOr[ResourceIdString] = js.undefined,\n        InstanceType: js.UndefOr[InstanceTypeString] = js.undefined,\n        Status: js.UndefOr[NodeStatus] = js.undefined\n    ): NodeSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InstanceType.foreach(__v => __obj.updateDynamic(\"InstanceType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeSummary]\n    }\n  }\n\n  \/** Properties of a proposal on a Managed Blockchain network. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait Proposal extends js.Object {\n    var Actions: js.UndefOr[ProposalActions]\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var NetworkId: js.UndefOr[ResourceIdString]\n    var NoVoteCount: js.UndefOr[VoteCount]\n    var OutstandingVoteCount: js.UndefOr[VoteCount]\n    var ProposalId: js.UndefOr[ResourceIdString]\n    var ProposedByMemberId: js.UndefOr[ResourceIdString]\n    var ProposedByMemberName: js.UndefOr[NetworkMemberNameString]\n    var Status: js.UndefOr[ProposalStatus]\n    var Tags: js.UndefOr[OutputTagMap]\n    var YesVoteCount: js.UndefOr[VoteCount]\n  }\n\n  object Proposal {\n    @inline\n    def apply(\n        Actions: js.UndefOr[ProposalActions] = js.undefined,\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        NetworkId: js.UndefOr[ResourceIdString] = js.undefined,\n        NoVoteCount: js.UndefOr[VoteCount] = js.undefined,\n        OutstandingVoteCount: js.UndefOr[VoteCount] = js.undefined,\n        ProposalId: js.UndefOr[ResourceIdString] = js.undefined,\n        ProposedByMemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        ProposedByMemberName: js.UndefOr[NetworkMemberNameString] = js.undefined,\n        Status: js.UndefOr[ProposalStatus] = js.undefined,\n        Tags: js.UndefOr[OutputTagMap] = js.undefined,\n        YesVoteCount: js.UndefOr[VoteCount] = js.undefined\n    ): Proposal = {\n      val __obj = js.Dynamic.literal()\n      Actions.foreach(__v => __obj.updateDynamic(\"Actions\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      NoVoteCount.foreach(__v => __obj.updateDynamic(\"NoVoteCount\")(__v.asInstanceOf[js.Any]))\n      OutstandingVoteCount.foreach(__v => __obj.updateDynamic(\"OutstandingVoteCount\")(__v.asInstanceOf[js.Any]))\n      ProposalId.foreach(__v => __obj.updateDynamic(\"ProposalId\")(__v.asInstanceOf[js.Any]))\n      ProposedByMemberId.foreach(__v => __obj.updateDynamic(\"ProposedByMemberId\")(__v.asInstanceOf[js.Any]))\n      ProposedByMemberName.foreach(__v => __obj.updateDynamic(\"ProposedByMemberName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      YesVoteCount.foreach(__v => __obj.updateDynamic(\"YesVoteCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Proposal]\n    }\n  }\n\n  \/** The actions to carry out if a proposal is <code>APPROVED<\/code>. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait ProposalActions extends js.Object {\n    var Invitations: js.UndefOr[InviteActionList]\n    var Removals: js.UndefOr[RemoveActionList]\n  }\n\n  object ProposalActions {\n    @inline\n    def apply(\n        Invitations: js.UndefOr[InviteActionList] = js.undefined,\n        Removals: js.UndefOr[RemoveActionList] = js.undefined\n    ): ProposalActions = {\n      val __obj = js.Dynamic.literal()\n      Invitations.foreach(__v => __obj.updateDynamic(\"Invitations\")(__v.asInstanceOf[js.Any]))\n      Removals.foreach(__v => __obj.updateDynamic(\"Removals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProposalActions]\n    }\n  }\n\n  @js.native\n  sealed trait ProposalStatus extends js.Any\n  object ProposalStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ProposalStatus]\n    val APPROVED = \"APPROVED\".asInstanceOf[ProposalStatus]\n    val REJECTED = \"REJECTED\".asInstanceOf[ProposalStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[ProposalStatus]\n    val ACTION_FAILED = \"ACTION_FAILED\".asInstanceOf[ProposalStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, APPROVED, REJECTED, EXPIRED, ACTION_FAILED)\n  }\n\n  \/** Properties of a proposal. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait ProposalSummary extends js.Object {\n    var Arn: js.UndefOr[ArnString]\n    var CreationDate: js.UndefOr[Timestamp]\n    var Description: js.UndefOr[DescriptionString]\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var ProposalId: js.UndefOr[ResourceIdString]\n    var ProposedByMemberId: js.UndefOr[ResourceIdString]\n    var ProposedByMemberName: js.UndefOr[NetworkMemberNameString]\n    var Status: js.UndefOr[ProposalStatus]\n  }\n\n  object ProposalSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[ArnString] = js.undefined,\n        CreationDate: js.UndefOr[Timestamp] = js.undefined,\n        Description: js.UndefOr[DescriptionString] = js.undefined,\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        ProposalId: js.UndefOr[ResourceIdString] = js.undefined,\n        ProposedByMemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        ProposedByMemberName: js.UndefOr[NetworkMemberNameString] = js.undefined,\n        Status: js.UndefOr[ProposalStatus] = js.undefined\n    ): ProposalSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CreationDate.foreach(__v => __obj.updateDynamic(\"CreationDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      ProposalId.foreach(__v => __obj.updateDynamic(\"ProposalId\")(__v.asInstanceOf[js.Any]))\n      ProposedByMemberId.foreach(__v => __obj.updateDynamic(\"ProposedByMemberId\")(__v.asInstanceOf[js.Any]))\n      ProposedByMemberName.foreach(__v => __obj.updateDynamic(\"ProposedByMemberName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProposalSummary]\n    }\n  }\n\n  @js.native\n  trait RejectInvitationInput extends js.Object {\n    var InvitationId: ResourceIdString\n  }\n\n  object RejectInvitationInput {\n    @inline\n    def apply(\n        InvitationId: ResourceIdString\n    ): RejectInvitationInput = {\n      val __obj = js.Dynamic.literal(\n        \"InvitationId\" -> InvitationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectInvitationInput]\n    }\n  }\n\n  @js.native\n  trait RejectInvitationOutput extends js.Object\n\n  object RejectInvitationOutput {\n    @inline\n    def apply(): RejectInvitationOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RejectInvitationOutput]\n    }\n  }\n\n  \/** An action to remove a member from a Managed Blockchain network as the result of a removal proposal that is <code>APPROVED<\/code>. The member and all associated resources are deleted from the network. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait RemoveAction extends js.Object {\n    var MemberId: ResourceIdString\n  }\n\n  object RemoveAction {\n    @inline\n    def apply(\n        MemberId: ResourceIdString\n    ): RemoveAction = {\n      val __obj = js.Dynamic.literal(\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveAction]\n    }\n  }\n\n  @js.native\n  sealed trait StateDBType extends js.Any\n  object StateDBType {\n    val LevelDB = \"LevelDB\".asInstanceOf[StateDBType]\n    val CouchDB = \"CouchDB\".asInstanceOf[StateDBType]\n\n    @inline def values = js.Array(LevelDB, CouchDB)\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceArn: ArnString\n    var Tags: InputTagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ArnString,\n        Tags: InputTagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ThresholdComparator extends js.Any\n  object ThresholdComparator {\n    val GREATER_THAN = \"GREATER_THAN\".asInstanceOf[ThresholdComparator]\n    val GREATER_THAN_OR_EQUAL_TO = \"GREATER_THAN_OR_EQUAL_TO\".asInstanceOf[ThresholdComparator]\n\n    @inline def values = js.Array(GREATER_THAN, GREATER_THAN_OR_EQUAL_TO)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceArn: ArnString\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: ArnString,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateMemberInput extends js.Object {\n    var MemberId: ResourceIdString\n    var NetworkId: ResourceIdString\n    var LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration]\n  }\n\n  object UpdateMemberInput {\n    @inline\n    def apply(\n        MemberId: ResourceIdString,\n        NetworkId: ResourceIdString,\n        LogPublishingConfiguration: js.UndefOr[MemberLogPublishingConfiguration] = js.undefined\n    ): UpdateMemberInput = {\n      val __obj = js.Dynamic.literal(\n        \"MemberId\" -> MemberId.asInstanceOf[js.Any],\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any]\n      )\n\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMemberInput]\n    }\n  }\n\n  @js.native\n  trait UpdateMemberOutput extends js.Object\n\n  object UpdateMemberOutput {\n    @inline\n    def apply(): UpdateMemberOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateMemberOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateNodeInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var NodeId: ResourceIdString\n    var LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration]\n    var MemberId: js.UndefOr[ResourceIdString]\n  }\n\n  object UpdateNodeInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        NodeId: ResourceIdString,\n        LogPublishingConfiguration: js.UndefOr[NodeLogPublishingConfiguration] = js.undefined,\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined\n    ): UpdateNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"NodeId\" -> NodeId.asInstanceOf[js.Any]\n      )\n\n      LogPublishingConfiguration.foreach(__v => __obj.updateDynamic(\"LogPublishingConfiguration\")(__v.asInstanceOf[js.Any]))\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateNodeInput]\n    }\n  }\n\n  @js.native\n  trait UpdateNodeOutput extends js.Object\n\n  object UpdateNodeOutput {\n    @inline\n    def apply(): UpdateNodeOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateNodeOutput]\n    }\n  }\n\n  @js.native\n  trait VoteOnProposalInput extends js.Object {\n    var NetworkId: ResourceIdString\n    var ProposalId: ResourceIdString\n    var Vote: VoteValue\n    var VoterMemberId: ResourceIdString\n  }\n\n  object VoteOnProposalInput {\n    @inline\n    def apply(\n        NetworkId: ResourceIdString,\n        ProposalId: ResourceIdString,\n        Vote: VoteValue,\n        VoterMemberId: ResourceIdString\n    ): VoteOnProposalInput = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"ProposalId\" -> ProposalId.asInstanceOf[js.Any],\n        \"Vote\" -> Vote.asInstanceOf[js.Any],\n        \"VoterMemberId\" -> VoterMemberId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VoteOnProposalInput]\n    }\n  }\n\n  @js.native\n  trait VoteOnProposalOutput extends js.Object\n\n  object VoteOnProposalOutput {\n    @inline\n    def apply(): VoteOnProposalOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[VoteOnProposalOutput]\n    }\n  }\n\n  \/** Properties of an individual vote that a member cast for a proposal. Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait VoteSummary extends js.Object {\n    var MemberId: js.UndefOr[ResourceIdString]\n    var MemberName: js.UndefOr[NetworkMemberNameString]\n    var Vote: js.UndefOr[VoteValue]\n  }\n\n  object VoteSummary {\n    @inline\n    def apply(\n        MemberId: js.UndefOr[ResourceIdString] = js.undefined,\n        MemberName: js.UndefOr[NetworkMemberNameString] = js.undefined,\n        Vote: js.UndefOr[VoteValue] = js.undefined\n    ): VoteSummary = {\n      val __obj = js.Dynamic.literal()\n      MemberId.foreach(__v => __obj.updateDynamic(\"MemberId\")(__v.asInstanceOf[js.Any]))\n      MemberName.foreach(__v => __obj.updateDynamic(\"MemberName\")(__v.asInstanceOf[js.Any]))\n      Vote.foreach(__v => __obj.updateDynamic(\"Vote\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VoteSummary]\n    }\n  }\n\n  @js.native\n  sealed trait VoteValue extends js.Any\n  object VoteValue {\n    val YES = \"YES\".asInstanceOf[VoteValue]\n    val NO = \"NO\".asInstanceOf[VoteValue]\n\n    @inline def values = js.Array(YES, NO)\n  }\n\n  \/** The voting rules for the network to decide if a proposal is accepted Applies only to Hyperledger Fabric.\n    *\/\n  @js.native\n  trait VotingPolicy extends js.Object {\n    var ApprovalThresholdPolicy: js.UndefOr[ApprovalThresholdPolicy]\n  }\n\n  object VotingPolicy {\n    @inline\n    def apply(\n        ApprovalThresholdPolicy: js.UndefOr[ApprovalThresholdPolicy] = js.undefined\n    ): VotingPolicy = {\n      val __obj = js.Dynamic.literal()\n      ApprovalThresholdPolicy.foreach(__v => __obj.updateDynamic(\"ApprovalThresholdPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VotingPolicy]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/identitystore\/src\/main\/scala\/facade\/amazonaws\/services\/IdentityStore.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object identitystore {\n  type AttributePath = String\n  type Filters = js.Array[Filter]\n  type GroupDisplayName = String\n  type Groups = js.Array[Group]\n  type IdentityStoreId = String\n  type MaxResults = Int\n  type NextToken = String\n  type ResourceId = String\n  type SensitiveStringType = String\n  type UserName = String\n  type Users = js.Array[User]\n\n  implicit final class IdentityStoreOps(private val service: IdentityStore) extends AnyVal {\n\n    @inline def describeGroupFuture(params: DescribeGroupRequest): Future[DescribeGroupResponse] = service.describeGroup(params).promise().toFuture\n    @inline def describeUserFuture(params: DescribeUserRequest): Future[DescribeUserResponse] = service.describeUser(params).promise().toFuture\n    @inline def listGroupsFuture(params: ListGroupsRequest): Future[ListGroupsResponse] = service.listGroups(params).promise().toFuture\n    @inline def listUsersFuture(params: ListUsersRequest): Future[ListUsersResponse] = service.listUsers(params).promise().toFuture\n\n  }\n}\n\npackage identitystore {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/identitystore\", JSImport.Namespace, \"AWS.IdentityStore\")\n  class IdentityStore() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def describeGroup(params: DescribeGroupRequest): Request[DescribeGroupResponse] = js.native\n    def describeUser(params: DescribeUserRequest): Request[DescribeUserResponse] = js.native\n    def listGroups(params: ListGroupsRequest): Request[ListGroupsResponse] = js.native\n    def listUsers(params: ListUsersRequest): Request[ListUsersResponse] = js.native\n  }\n\n  @js.native\n  trait DescribeGroupRequest extends js.Object {\n    var GroupId: ResourceId\n    var IdentityStoreId: IdentityStoreId\n  }\n\n  object DescribeGroupRequest {\n    @inline\n    def apply(\n        GroupId: ResourceId,\n        IdentityStoreId: IdentityStoreId\n    ): DescribeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"GroupId\" -> GroupId.asInstanceOf[js.Any],\n        \"IdentityStoreId\" -> IdentityStoreId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeGroupResponse extends js.Object {\n    var DisplayName: GroupDisplayName\n    var GroupId: ResourceId\n  }\n\n  object DescribeGroupResponse {\n    @inline\n    def apply(\n        DisplayName: GroupDisplayName,\n        GroupId: ResourceId\n    ): DescribeGroupResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DisplayName\" -> DisplayName.asInstanceOf[js.Any],\n        \"GroupId\" -> GroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeUserRequest extends js.Object {\n    var IdentityStoreId: IdentityStoreId\n    var UserId: ResourceId\n  }\n\n  object DescribeUserRequest {\n    @inline\n    def apply(\n        IdentityStoreId: IdentityStoreId,\n        UserId: ResourceId\n    ): DescribeUserRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityStoreId\" -> IdentityStoreId.asInstanceOf[js.Any],\n        \"UserId\" -> UserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeUserRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeUserResponse extends js.Object {\n    var UserId: ResourceId\n    var UserName: UserName\n  }\n\n  object DescribeUserResponse {\n    @inline\n    def apply(\n        UserId: ResourceId,\n        UserName: UserName\n    ): DescribeUserResponse = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeUserResponse]\n    }\n  }\n\n  \/** A query filter used by <code>ListUsers<\/code> and <code>ListGroup<\/code>. This filter object provides the attribute name and attribute value to search users or groups.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var AttributePath: AttributePath\n    var AttributeValue: SensitiveStringType\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        AttributePath: AttributePath,\n        AttributeValue: SensitiveStringType\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"AttributePath\" -> AttributePath.asInstanceOf[js.Any],\n        \"AttributeValue\" -> AttributeValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** A group object, which contains a specified group\u2019s metadata and attributes.\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var DisplayName: GroupDisplayName\n    var GroupId: ResourceId\n  }\n\n  object Group {\n    @inline\n    def apply(\n        DisplayName: GroupDisplayName,\n        GroupId: ResourceId\n    ): Group = {\n      val __obj = js.Dynamic.literal(\n        \"DisplayName\" -> DisplayName.asInstanceOf[js.Any],\n        \"GroupId\" -> GroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  @js.native\n  trait ListGroupsRequest extends js.Object {\n    var IdentityStoreId: IdentityStoreId\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGroupsRequest {\n    @inline\n    def apply(\n        IdentityStoreId: IdentityStoreId,\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityStoreId\" -> IdentityStoreId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListGroupsResponse extends js.Object {\n    var Groups: Groups\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGroupsResponse {\n    @inline\n    def apply(\n        Groups: Groups,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGroupsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Groups\" -> Groups.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListUsersRequest extends js.Object {\n    var IdentityStoreId: IdentityStoreId\n    var Filters: js.UndefOr[Filters]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListUsersRequest {\n    @inline\n    def apply(\n        IdentityStoreId: IdentityStoreId,\n        Filters: js.UndefOr[Filters] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListUsersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IdentityStoreId\" -> IdentityStoreId.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersRequest]\n    }\n  }\n\n  @js.native\n  trait ListUsersResponse extends js.Object {\n    var Users: Users\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListUsersResponse {\n    @inline\n    def apply(\n        Users: Users,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListUsersResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Users\" -> Users.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListUsersResponse]\n    }\n  }\n\n  \/** A user object, which contains a specified user\u2019s metadata and attributes.\n    *\/\n  @js.native\n  trait User extends js.Object {\n    var UserId: ResourceId\n    var UserName: UserName\n  }\n\n  object User {\n    @inline\n    def apply(\n        UserId: ResourceId,\n        UserName: UserName\n    ): User = {\n      val __obj = js.Dynamic.literal(\n        \"UserId\" -> UserId.asInstanceOf[js.Any],\n        \"UserName\" -> UserName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[User]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/personalize\/src\/main\/scala\/facade\/amazonaws\/services\/Personalize.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object personalize {\n  type AccountId = String\n  type Arn = String\n  type ArnList = js.Array[Arn]\n  type AvroSchema = String\n  type BatchInferenceJobs = js.Array[BatchInferenceJobSummary]\n  type Campaigns = js.Array[CampaignSummary]\n  type CategoricalHyperParameterRanges = js.Array[CategoricalHyperParameterRange]\n  type CategoricalValue = String\n  type CategoricalValues = js.Array[CategoricalValue]\n  type ContinuousHyperParameterRanges = js.Array[ContinuousHyperParameterRange]\n  type ContinuousMaxValue = Double\n  type ContinuousMinValue = Double\n  type DatasetGroups = js.Array[DatasetGroupSummary]\n  type DatasetImportJobs = js.Array[DatasetImportJobSummary]\n  type DatasetType = String\n  type Datasets = js.Array[DatasetSummary]\n  type Date = js.Date\n  type DefaultCategoricalHyperParameterRanges = js.Array[DefaultCategoricalHyperParameterRange]\n  type DefaultContinuousHyperParameterRanges = js.Array[DefaultContinuousHyperParameterRange]\n  type DefaultIntegerHyperParameterRanges = js.Array[DefaultIntegerHyperParameterRange]\n  type Description = String\n  type DockerURI = String\n  type EventTrackers = js.Array[EventTrackerSummary]\n  type EventType = String\n  type EventValueThreshold = String\n  type FailureReason = String\n  type FeatureTransformationParameters = js.Dictionary[ParameterValue]\n  type FeaturizationParameters = js.Dictionary[ParameterValue]\n  type FilterExpression = String\n  type Filters = js.Array[FilterSummary]\n  type HPOObjectiveType = String\n  type HPOResource = String\n  type HyperParameters = js.Dictionary[ParameterValue]\n  type IntegerHyperParameterRanges = js.Array[IntegerHyperParameterRange]\n  type IntegerMaxValue = Int\n  type IntegerMinValue = Int\n  type KmsKeyArn = String\n  type MaxResults = Int\n  type MetricName = String\n  type MetricRegex = String\n  type MetricValue = Double\n  type Metrics = js.Dictionary[MetricValue]\n  type Name = String\n  type NextToken = String\n  type NumBatchResults = Int\n  type ParameterName = String\n  type ParameterValue = String\n  type PerformAutoML = Boolean\n  type PerformHPO = Boolean\n  type RecipeType = String\n  type Recipes = js.Array[RecipeSummary]\n  type ResourceConfig = js.Dictionary[ParameterValue]\n  type RoleArn = String\n  type S3Location = String\n  type Schemas = js.Array[DatasetSchemaSummary]\n  type SolutionVersions = js.Array[SolutionVersionSummary]\n  type Solutions = js.Array[SolutionSummary]\n  type Status = String\n  type TrackingId = String\n  type TrainingHours = Double\n  type TrainingInputMode = String\n  type TransactionsPerSecond = Int\n  type Tunable = Boolean\n\n  implicit final class PersonalizeOps(private val service: Personalize) extends AnyVal {\n\n    @inline def createBatchInferenceJobFuture(params: CreateBatchInferenceJobRequest): Future[CreateBatchInferenceJobResponse] = service.createBatchInferenceJob(params).promise().toFuture\n    @inline def createCampaignFuture(params: CreateCampaignRequest): Future[CreateCampaignResponse] = service.createCampaign(params).promise().toFuture\n    @inline def createDatasetFuture(params: CreateDatasetRequest): Future[CreateDatasetResponse] = service.createDataset(params).promise().toFuture\n    @inline def createDatasetGroupFuture(params: CreateDatasetGroupRequest): Future[CreateDatasetGroupResponse] = service.createDatasetGroup(params).promise().toFuture\n    @inline def createDatasetImportJobFuture(params: CreateDatasetImportJobRequest): Future[CreateDatasetImportJobResponse] = service.createDatasetImportJob(params).promise().toFuture\n    @inline def createEventTrackerFuture(params: CreateEventTrackerRequest): Future[CreateEventTrackerResponse] = service.createEventTracker(params).promise().toFuture\n    @inline def createFilterFuture(params: CreateFilterRequest): Future[CreateFilterResponse] = service.createFilter(params).promise().toFuture\n    @inline def createSchemaFuture(params: CreateSchemaRequest): Future[CreateSchemaResponse] = service.createSchema(params).promise().toFuture\n    @inline def createSolutionFuture(params: CreateSolutionRequest): Future[CreateSolutionResponse] = service.createSolution(params).promise().toFuture\n    @inline def createSolutionVersionFuture(params: CreateSolutionVersionRequest): Future[CreateSolutionVersionResponse] = service.createSolutionVersion(params).promise().toFuture\n    @inline def deleteCampaignFuture(params: DeleteCampaignRequest): Future[js.Object] = service.deleteCampaign(params).promise().toFuture\n    @inline def deleteDatasetFuture(params: DeleteDatasetRequest): Future[js.Object] = service.deleteDataset(params).promise().toFuture\n    @inline def deleteDatasetGroupFuture(params: DeleteDatasetGroupRequest): Future[js.Object] = service.deleteDatasetGroup(params).promise().toFuture\n    @inline def deleteEventTrackerFuture(params: DeleteEventTrackerRequest): Future[js.Object] = service.deleteEventTracker(params).promise().toFuture\n    @inline def deleteFilterFuture(params: DeleteFilterRequest): Future[js.Object] = service.deleteFilter(params).promise().toFuture\n    @inline def deleteSchemaFuture(params: DeleteSchemaRequest): Future[js.Object] = service.deleteSchema(params).promise().toFuture\n    @inline def deleteSolutionFuture(params: DeleteSolutionRequest): Future[js.Object] = service.deleteSolution(params).promise().toFuture\n    @inline def describeAlgorithmFuture(params: DescribeAlgorithmRequest): Future[DescribeAlgorithmResponse] = service.describeAlgorithm(params).promise().toFuture\n    @inline def describeBatchInferenceJobFuture(params: DescribeBatchInferenceJobRequest): Future[DescribeBatchInferenceJobResponse] = service.describeBatchInferenceJob(params).promise().toFuture\n    @inline def describeCampaignFuture(params: DescribeCampaignRequest): Future[DescribeCampaignResponse] = service.describeCampaign(params).promise().toFuture\n    @inline def describeDatasetFuture(params: DescribeDatasetRequest): Future[DescribeDatasetResponse] = service.describeDataset(params).promise().toFuture\n    @inline def describeDatasetGroupFuture(params: DescribeDatasetGroupRequest): Future[DescribeDatasetGroupResponse] = service.describeDatasetGroup(params).promise().toFuture\n    @inline def describeDatasetImportJobFuture(params: DescribeDatasetImportJobRequest): Future[DescribeDatasetImportJobResponse] = service.describeDatasetImportJob(params).promise().toFuture\n    @inline def describeEventTrackerFuture(params: DescribeEventTrackerRequest): Future[DescribeEventTrackerResponse] = service.describeEventTracker(params).promise().toFuture\n    @inline def describeFeatureTransformationFuture(params: DescribeFeatureTransformationRequest): Future[DescribeFeatureTransformationResponse] = service.describeFeatureTransformation(params).promise().toFuture\n    @inline def describeFilterFuture(params: DescribeFilterRequest): Future[DescribeFilterResponse] = service.describeFilter(params).promise().toFuture\n    @inline def describeRecipeFuture(params: DescribeRecipeRequest): Future[DescribeRecipeResponse] = service.describeRecipe(params).promise().toFuture\n    @inline def describeSchemaFuture(params: DescribeSchemaRequest): Future[DescribeSchemaResponse] = service.describeSchema(params).promise().toFuture\n    @inline def describeSolutionFuture(params: DescribeSolutionRequest): Future[DescribeSolutionResponse] = service.describeSolution(params).promise().toFuture\n    @inline def describeSolutionVersionFuture(params: DescribeSolutionVersionRequest): Future[DescribeSolutionVersionResponse] = service.describeSolutionVersion(params).promise().toFuture\n    @inline def getSolutionMetricsFuture(params: GetSolutionMetricsRequest): Future[GetSolutionMetricsResponse] = service.getSolutionMetrics(params).promise().toFuture\n    @inline def listBatchInferenceJobsFuture(params: ListBatchInferenceJobsRequest): Future[ListBatchInferenceJobsResponse] = service.listBatchInferenceJobs(params).promise().toFuture\n    @inline def listCampaignsFuture(params: ListCampaignsRequest): Future[ListCampaignsResponse] = service.listCampaigns(params).promise().toFuture\n    @inline def listDatasetGroupsFuture(params: ListDatasetGroupsRequest): Future[ListDatasetGroupsResponse] = service.listDatasetGroups(params).promise().toFuture\n    @inline def listDatasetImportJobsFuture(params: ListDatasetImportJobsRequest): Future[ListDatasetImportJobsResponse] = service.listDatasetImportJobs(params).promise().toFuture\n    @inline def listDatasetsFuture(params: ListDatasetsRequest): Future[ListDatasetsResponse] = service.listDatasets(params).promise().toFuture\n    @inline def listEventTrackersFuture(params: ListEventTrackersRequest): Future[ListEventTrackersResponse] = service.listEventTrackers(params).promise().toFuture\n    @inline def listFiltersFuture(params: ListFiltersRequest): Future[ListFiltersResponse] = service.listFilters(params).promise().toFuture\n    @inline def listRecipesFuture(params: ListRecipesRequest): Future[ListRecipesResponse] = service.listRecipes(params).promise().toFuture\n    @inline def listSchemasFuture(params: ListSchemasRequest): Future[ListSchemasResponse] = service.listSchemas(params).promise().toFuture\n    @inline def listSolutionVersionsFuture(params: ListSolutionVersionsRequest): Future[ListSolutionVersionsResponse] = service.listSolutionVersions(params).promise().toFuture\n    @inline def listSolutionsFuture(params: ListSolutionsRequest): Future[ListSolutionsResponse] = service.listSolutions(params).promise().toFuture\n    @inline def updateCampaignFuture(params: UpdateCampaignRequest): Future[UpdateCampaignResponse] = service.updateCampaign(params).promise().toFuture\n\n  }\n}\n\npackage personalize {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/personalize\", JSImport.Namespace, \"AWS.Personalize\")\n  class Personalize() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createBatchInferenceJob(params: CreateBatchInferenceJobRequest): Request[CreateBatchInferenceJobResponse] = js.native\n    def createCampaign(params: CreateCampaignRequest): Request[CreateCampaignResponse] = js.native\n    def createDataset(params: CreateDatasetRequest): Request[CreateDatasetResponse] = js.native\n    def createDatasetGroup(params: CreateDatasetGroupRequest): Request[CreateDatasetGroupResponse] = js.native\n    def createDatasetImportJob(params: CreateDatasetImportJobRequest): Request[CreateDatasetImportJobResponse] = js.native\n    def createEventTracker(params: CreateEventTrackerRequest): Request[CreateEventTrackerResponse] = js.native\n    def createFilter(params: CreateFilterRequest): Request[CreateFilterResponse] = js.native\n    def createSchema(params: CreateSchemaRequest): Request[CreateSchemaResponse] = js.native\n    def createSolution(params: CreateSolutionRequest): Request[CreateSolutionResponse] = js.native\n    def createSolutionVersion(params: CreateSolutionVersionRequest): Request[CreateSolutionVersionResponse] = js.native\n    def deleteCampaign(params: DeleteCampaignRequest): Request[js.Object] = js.native\n    def deleteDataset(params: DeleteDatasetRequest): Request[js.Object] = js.native\n    def deleteDatasetGroup(params: DeleteDatasetGroupRequest): Request[js.Object] = js.native\n    def deleteEventTracker(params: DeleteEventTrackerRequest): Request[js.Object] = js.native\n    def deleteFilter(params: DeleteFilterRequest): Request[js.Object] = js.native\n    def deleteSchema(params: DeleteSchemaRequest): Request[js.Object] = js.native\n    def deleteSolution(params: DeleteSolutionRequest): Request[js.Object] = js.native\n    def describeAlgorithm(params: DescribeAlgorithmRequest): Request[DescribeAlgorithmResponse] = js.native\n    def describeBatchInferenceJob(params: DescribeBatchInferenceJobRequest): Request[DescribeBatchInferenceJobResponse] = js.native\n    def describeCampaign(params: DescribeCampaignRequest): Request[DescribeCampaignResponse] = js.native\n    def describeDataset(params: DescribeDatasetRequest): Request[DescribeDatasetResponse] = js.native\n    def describeDatasetGroup(params: DescribeDatasetGroupRequest): Request[DescribeDatasetGroupResponse] = js.native\n    def describeDatasetImportJob(params: DescribeDatasetImportJobRequest): Request[DescribeDatasetImportJobResponse] = js.native\n    def describeEventTracker(params: DescribeEventTrackerRequest): Request[DescribeEventTrackerResponse] = js.native\n    def describeFeatureTransformation(params: DescribeFeatureTransformationRequest): Request[DescribeFeatureTransformationResponse] = js.native\n    def describeFilter(params: DescribeFilterRequest): Request[DescribeFilterResponse] = js.native\n    def describeRecipe(params: DescribeRecipeRequest): Request[DescribeRecipeResponse] = js.native\n    def describeSchema(params: DescribeSchemaRequest): Request[DescribeSchemaResponse] = js.native\n    def describeSolution(params: DescribeSolutionRequest): Request[DescribeSolutionResponse] = js.native\n    def describeSolutionVersion(params: DescribeSolutionVersionRequest): Request[DescribeSolutionVersionResponse] = js.native\n    def getSolutionMetrics(params: GetSolutionMetricsRequest): Request[GetSolutionMetricsResponse] = js.native\n    def listBatchInferenceJobs(params: ListBatchInferenceJobsRequest): Request[ListBatchInferenceJobsResponse] = js.native\n    def listCampaigns(params: ListCampaignsRequest): Request[ListCampaignsResponse] = js.native\n    def listDatasetGroups(params: ListDatasetGroupsRequest): Request[ListDatasetGroupsResponse] = js.native\n    def listDatasetImportJobs(params: ListDatasetImportJobsRequest): Request[ListDatasetImportJobsResponse] = js.native\n    def listDatasets(params: ListDatasetsRequest): Request[ListDatasetsResponse] = js.native\n    def listEventTrackers(params: ListEventTrackersRequest): Request[ListEventTrackersResponse] = js.native\n    def listFilters(params: ListFiltersRequest): Request[ListFiltersResponse] = js.native\n    def listRecipes(params: ListRecipesRequest): Request[ListRecipesResponse] = js.native\n    def listSchemas(params: ListSchemasRequest): Request[ListSchemasResponse] = js.native\n    def listSolutionVersions(params: ListSolutionVersionsRequest): Request[ListSolutionVersionsResponse] = js.native\n    def listSolutions(params: ListSolutionsRequest): Request[ListSolutionsResponse] = js.native\n    def updateCampaign(params: UpdateCampaignRequest): Request[UpdateCampaignResponse] = js.native\n  }\n\n  \/** Describes a custom algorithm.\n    *\/\n  @js.native\n  trait Algorithm extends js.Object {\n    var algorithmArn: js.UndefOr[Arn]\n    var algorithmImage: js.UndefOr[AlgorithmImage]\n    var creationDateTime: js.UndefOr[Date]\n    var defaultHyperParameterRanges: js.UndefOr[DefaultHyperParameterRanges]\n    var defaultHyperParameters: js.UndefOr[HyperParameters]\n    var defaultResourceConfig: js.UndefOr[ResourceConfig]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var roleArn: js.UndefOr[Arn]\n    var trainingInputMode: js.UndefOr[TrainingInputMode]\n  }\n\n  object Algorithm {\n    @inline\n    def apply(\n        algorithmArn: js.UndefOr[Arn] = js.undefined,\n        algorithmImage: js.UndefOr[AlgorithmImage] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        defaultHyperParameterRanges: js.UndefOr[DefaultHyperParameterRanges] = js.undefined,\n        defaultHyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        defaultResourceConfig: js.UndefOr[ResourceConfig] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        roleArn: js.UndefOr[Arn] = js.undefined,\n        trainingInputMode: js.UndefOr[TrainingInputMode] = js.undefined\n    ): Algorithm = {\n      val __obj = js.Dynamic.literal()\n      algorithmArn.foreach(__v => __obj.updateDynamic(\"algorithmArn\")(__v.asInstanceOf[js.Any]))\n      algorithmImage.foreach(__v => __obj.updateDynamic(\"algorithmImage\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      defaultHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"defaultHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      defaultHyperParameters.foreach(__v => __obj.updateDynamic(\"defaultHyperParameters\")(__v.asInstanceOf[js.Any]))\n      defaultResourceConfig.foreach(__v => __obj.updateDynamic(\"defaultResourceConfig\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      trainingInputMode.foreach(__v => __obj.updateDynamic(\"trainingInputMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Algorithm]\n    }\n  }\n\n  \/** Describes an algorithm image.\n    *\/\n  @js.native\n  trait AlgorithmImage extends js.Object {\n    var dockerURI: DockerURI\n    var name: js.UndefOr[Name]\n  }\n\n  object AlgorithmImage {\n    @inline\n    def apply(\n        dockerURI: DockerURI,\n        name: js.UndefOr[Name] = js.undefined\n    ): AlgorithmImage = {\n      val __obj = js.Dynamic.literal(\n        \"dockerURI\" -> dockerURI.asInstanceOf[js.Any]\n      )\n\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AlgorithmImage]\n    }\n  }\n\n  \/** When the solution performs AutoML (<code>performAutoML<\/code> is true in <a>CreateSolution<\/a>), Amazon Personalize determines which recipe, from the specified list, optimizes the given metric. Amazon Personalize then uses that recipe for the solution.\n    *\/\n  @js.native\n  trait AutoMLConfig extends js.Object {\n    var metricName: js.UndefOr[MetricName]\n    var recipeList: js.UndefOr[ArnList]\n  }\n\n  object AutoMLConfig {\n    @inline\n    def apply(\n        metricName: js.UndefOr[MetricName] = js.undefined,\n        recipeList: js.UndefOr[ArnList] = js.undefined\n    ): AutoMLConfig = {\n      val __obj = js.Dynamic.literal()\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      recipeList.foreach(__v => __obj.updateDynamic(\"recipeList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLConfig]\n    }\n  }\n\n  \/** When the solution performs AutoML (<code>performAutoML<\/code> is true in <a>CreateSolution<\/a>), specifies the recipe that best optimized the specified metric.\n    *\/\n  @js.native\n  trait AutoMLResult extends js.Object {\n    var bestRecipeArn: js.UndefOr[Arn]\n  }\n\n  object AutoMLResult {\n    @inline\n    def apply(\n        bestRecipeArn: js.UndefOr[Arn] = js.undefined\n    ): AutoMLResult = {\n      val __obj = js.Dynamic.literal()\n      bestRecipeArn.foreach(__v => __obj.updateDynamic(\"bestRecipeArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutoMLResult]\n    }\n  }\n\n  \/** Contains information on a batch inference job.\n    *\/\n  @js.native\n  trait BatchInferenceJob extends js.Object {\n    var batchInferenceJobArn: js.UndefOr[Arn]\n    var batchInferenceJobConfig: js.UndefOr[BatchInferenceJobConfig]\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var filterArn: js.UndefOr[Arn]\n    var jobInput: js.UndefOr[BatchInferenceJobInput]\n    var jobName: js.UndefOr[Name]\n    var jobOutput: js.UndefOr[BatchInferenceJobOutput]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var numResults: js.UndefOr[NumBatchResults]\n    var roleArn: js.UndefOr[RoleArn]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object BatchInferenceJob {\n    @inline\n    def apply(\n        batchInferenceJobArn: js.UndefOr[Arn] = js.undefined,\n        batchInferenceJobConfig: js.UndefOr[BatchInferenceJobConfig] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        jobInput: js.UndefOr[BatchInferenceJobInput] = js.undefined,\n        jobName: js.UndefOr[Name] = js.undefined,\n        jobOutput: js.UndefOr[BatchInferenceJobOutput] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        numResults: js.UndefOr[NumBatchResults] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): BatchInferenceJob = {\n      val __obj = js.Dynamic.literal()\n      batchInferenceJobArn.foreach(__v => __obj.updateDynamic(\"batchInferenceJobArn\")(__v.asInstanceOf[js.Any]))\n      batchInferenceJobConfig.foreach(__v => __obj.updateDynamic(\"batchInferenceJobConfig\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      jobInput.foreach(__v => __obj.updateDynamic(\"jobInput\")(__v.asInstanceOf[js.Any]))\n      jobName.foreach(__v => __obj.updateDynamic(\"jobName\")(__v.asInstanceOf[js.Any]))\n      jobOutput.foreach(__v => __obj.updateDynamic(\"jobOutput\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      numResults.foreach(__v => __obj.updateDynamic(\"numResults\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchInferenceJob]\n    }\n  }\n\n  \/** The configuration details of a batch inference job.\n    *\/\n  @js.native\n  trait BatchInferenceJobConfig extends js.Object {\n    var itemExplorationConfig: js.UndefOr[HyperParameters]\n  }\n\n  object BatchInferenceJobConfig {\n    @inline\n    def apply(\n        itemExplorationConfig: js.UndefOr[HyperParameters] = js.undefined\n    ): BatchInferenceJobConfig = {\n      val __obj = js.Dynamic.literal()\n      itemExplorationConfig.foreach(__v => __obj.updateDynamic(\"itemExplorationConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchInferenceJobConfig]\n    }\n  }\n\n  \/** The input configuration of a batch inference job.\n    *\/\n  @js.native\n  trait BatchInferenceJobInput extends js.Object {\n    var s3DataSource: S3DataConfig\n  }\n\n  object BatchInferenceJobInput {\n    @inline\n    def apply(\n        s3DataSource: S3DataConfig\n    ): BatchInferenceJobInput = {\n      val __obj = js.Dynamic.literal(\n        \"s3DataSource\" -> s3DataSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchInferenceJobInput]\n    }\n  }\n\n  \/** The output configuration parameters of a batch inference job.\n    *\/\n  @js.native\n  trait BatchInferenceJobOutput extends js.Object {\n    var s3DataDestination: S3DataConfig\n  }\n\n  object BatchInferenceJobOutput {\n    @inline\n    def apply(\n        s3DataDestination: S3DataConfig\n    ): BatchInferenceJobOutput = {\n      val __obj = js.Dynamic.literal(\n        \"s3DataDestination\" -> s3DataDestination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchInferenceJobOutput]\n    }\n  }\n\n  \/** A truncated version of the <a>BatchInferenceJob<\/a> datatype. The <a>ListBatchInferenceJobs<\/a> operation returns a list of batch inference job summaries.\n    *\/\n  @js.native\n  trait BatchInferenceJobSummary extends js.Object {\n    var batchInferenceJobArn: js.UndefOr[Arn]\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var jobName: js.UndefOr[Name]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object BatchInferenceJobSummary {\n    @inline\n    def apply(\n        batchInferenceJobArn: js.UndefOr[Arn] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        jobName: js.UndefOr[Name] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): BatchInferenceJobSummary = {\n      val __obj = js.Dynamic.literal()\n      batchInferenceJobArn.foreach(__v => __obj.updateDynamic(\"batchInferenceJobArn\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      jobName.foreach(__v => __obj.updateDynamic(\"jobName\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchInferenceJobSummary]\n    }\n  }\n\n  \/** Describes a deployed solution version, otherwise known as a campaign. For more information on campaigns, see <a>CreateCampaign<\/a>.\n    *\/\n  @js.native\n  trait Campaign extends js.Object {\n    var campaignArn: js.UndefOr[Arn]\n    var campaignConfig: js.UndefOr[CampaignConfig]\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var latestCampaignUpdate: js.UndefOr[CampaignUpdateSummary]\n    var minProvisionedTPS: js.UndefOr[TransactionsPerSecond]\n    var name: js.UndefOr[Name]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object Campaign {\n    @inline\n    def apply(\n        campaignArn: js.UndefOr[Arn] = js.undefined,\n        campaignConfig: js.UndefOr[CampaignConfig] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        latestCampaignUpdate: js.UndefOr[CampaignUpdateSummary] = js.undefined,\n        minProvisionedTPS: js.UndefOr[TransactionsPerSecond] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): Campaign = {\n      val __obj = js.Dynamic.literal()\n      campaignArn.foreach(__v => __obj.updateDynamic(\"campaignArn\")(__v.asInstanceOf[js.Any]))\n      campaignConfig.foreach(__v => __obj.updateDynamic(\"campaignConfig\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      latestCampaignUpdate.foreach(__v => __obj.updateDynamic(\"latestCampaignUpdate\")(__v.asInstanceOf[js.Any]))\n      minProvisionedTPS.foreach(__v => __obj.updateDynamic(\"minProvisionedTPS\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Campaign]\n    }\n  }\n\n  \/** The configuration details of a campaign.\n    *\/\n  @js.native\n  trait CampaignConfig extends js.Object {\n    var itemExplorationConfig: js.UndefOr[HyperParameters]\n  }\n\n  object CampaignConfig {\n    @inline\n    def apply(\n        itemExplorationConfig: js.UndefOr[HyperParameters] = js.undefined\n    ): CampaignConfig = {\n      val __obj = js.Dynamic.literal()\n      itemExplorationConfig.foreach(__v => __obj.updateDynamic(\"itemExplorationConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CampaignConfig]\n    }\n  }\n\n  \/** Provides a summary of the properties of a campaign. For a complete listing, call the <a>DescribeCampaign<\/a> API.\n    *\/\n  @js.native\n  trait CampaignSummary extends js.Object {\n    var campaignArn: js.UndefOr[Arn]\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object CampaignSummary {\n    @inline\n    def apply(\n        campaignArn: js.UndefOr[Arn] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): CampaignSummary = {\n      val __obj = js.Dynamic.literal()\n      campaignArn.foreach(__v => __obj.updateDynamic(\"campaignArn\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CampaignSummary]\n    }\n  }\n\n  \/** Provides a summary of the properties of a campaign update. For a complete listing, call the <a>DescribeCampaign<\/a> API.\n    *\/\n  @js.native\n  trait CampaignUpdateSummary extends js.Object {\n    var campaignConfig: js.UndefOr[CampaignConfig]\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var minProvisionedTPS: js.UndefOr[TransactionsPerSecond]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object CampaignUpdateSummary {\n    @inline\n    def apply(\n        campaignConfig: js.UndefOr[CampaignConfig] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        minProvisionedTPS: js.UndefOr[TransactionsPerSecond] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): CampaignUpdateSummary = {\n      val __obj = js.Dynamic.literal()\n      campaignConfig.foreach(__v => __obj.updateDynamic(\"campaignConfig\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      minProvisionedTPS.foreach(__v => __obj.updateDynamic(\"minProvisionedTPS\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CampaignUpdateSummary]\n    }\n  }\n\n  \/** Provides the name and range of a categorical hyperparameter.\n    *\/\n  @js.native\n  trait CategoricalHyperParameterRange extends js.Object {\n    var name: js.UndefOr[ParameterName]\n    var values: js.UndefOr[CategoricalValues]\n  }\n\n  object CategoricalHyperParameterRange {\n    @inline\n    def apply(\n        name: js.UndefOr[ParameterName] = js.undefined,\n        values: js.UndefOr[CategoricalValues] = js.undefined\n    ): CategoricalHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CategoricalHyperParameterRange]\n    }\n  }\n\n  \/** Provides the name and range of a continuous hyperparameter.\n    *\/\n  @js.native\n  trait ContinuousHyperParameterRange extends js.Object {\n    var maxValue: js.UndefOr[ContinuousMaxValue]\n    var minValue: js.UndefOr[ContinuousMinValue]\n    var name: js.UndefOr[ParameterName]\n  }\n\n  object ContinuousHyperParameterRange {\n    @inline\n    def apply(\n        maxValue: js.UndefOr[ContinuousMaxValue] = js.undefined,\n        minValue: js.UndefOr[ContinuousMinValue] = js.undefined,\n        name: js.UndefOr[ParameterName] = js.undefined\n    ): ContinuousHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      maxValue.foreach(__v => __obj.updateDynamic(\"maxValue\")(__v.asInstanceOf[js.Any]))\n      minValue.foreach(__v => __obj.updateDynamic(\"minValue\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContinuousHyperParameterRange]\n    }\n  }\n\n  @js.native\n  trait CreateBatchInferenceJobRequest extends js.Object {\n    var jobInput: BatchInferenceJobInput\n    var jobName: Name\n    var jobOutput: BatchInferenceJobOutput\n    var roleArn: RoleArn\n    var solutionVersionArn: Arn\n    var batchInferenceJobConfig: js.UndefOr[BatchInferenceJobConfig]\n    var filterArn: js.UndefOr[Arn]\n    var numResults: js.UndefOr[NumBatchResults]\n  }\n\n  object CreateBatchInferenceJobRequest {\n    @inline\n    def apply(\n        jobInput: BatchInferenceJobInput,\n        jobName: Name,\n        jobOutput: BatchInferenceJobOutput,\n        roleArn: RoleArn,\n        solutionVersionArn: Arn,\n        batchInferenceJobConfig: js.UndefOr[BatchInferenceJobConfig] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        numResults: js.UndefOr[NumBatchResults] = js.undefined\n    ): CreateBatchInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"jobInput\" -> jobInput.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any],\n        \"jobOutput\" -> jobOutput.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any],\n        \"solutionVersionArn\" -> solutionVersionArn.asInstanceOf[js.Any]\n      )\n\n      batchInferenceJobConfig.foreach(__v => __obj.updateDynamic(\"batchInferenceJobConfig\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      numResults.foreach(__v => __obj.updateDynamic(\"numResults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBatchInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateBatchInferenceJobResponse extends js.Object {\n    var batchInferenceJobArn: js.UndefOr[Arn]\n  }\n\n  object CreateBatchInferenceJobResponse {\n    @inline\n    def apply(\n        batchInferenceJobArn: js.UndefOr[Arn] = js.undefined\n    ): CreateBatchInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      batchInferenceJobArn.foreach(__v => __obj.updateDynamic(\"batchInferenceJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateBatchInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCampaignRequest extends js.Object {\n    var minProvisionedTPS: TransactionsPerSecond\n    var name: Name\n    var solutionVersionArn: Arn\n    var campaignConfig: js.UndefOr[CampaignConfig]\n  }\n\n  object CreateCampaignRequest {\n    @inline\n    def apply(\n        minProvisionedTPS: TransactionsPerSecond,\n        name: Name,\n        solutionVersionArn: Arn,\n        campaignConfig: js.UndefOr[CampaignConfig] = js.undefined\n    ): CreateCampaignRequest = {\n      val __obj = js.Dynamic.literal(\n        \"minProvisionedTPS\" -> minProvisionedTPS.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"solutionVersionArn\" -> solutionVersionArn.asInstanceOf[js.Any]\n      )\n\n      campaignConfig.foreach(__v => __obj.updateDynamic(\"campaignConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCampaignRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCampaignResponse extends js.Object {\n    var campaignArn: js.UndefOr[Arn]\n  }\n\n  object CreateCampaignResponse {\n    @inline\n    def apply(\n        campaignArn: js.UndefOr[Arn] = js.undefined\n    ): CreateCampaignResponse = {\n      val __obj = js.Dynamic.literal()\n      campaignArn.foreach(__v => __obj.updateDynamic(\"campaignArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCampaignResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetGroupRequest extends js.Object {\n    var name: Name\n    var kmsKeyArn: js.UndefOr[KmsKeyArn]\n    var roleArn: js.UndefOr[RoleArn]\n  }\n\n  object CreateDatasetGroupRequest {\n    @inline\n    def apply(\n        name: Name,\n        kmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined\n    ): CreateDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      kmsKeyArn.foreach(__v => __obj.updateDynamic(\"kmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetGroupResponse extends js.Object {\n    var datasetGroupArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetGroupResponse {\n    @inline\n    def apply(\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetImportJobRequest extends js.Object {\n    var dataSource: DataSource\n    var datasetArn: Arn\n    var jobName: Name\n    var roleArn: RoleArn\n  }\n\n  object CreateDatasetImportJobRequest {\n    @inline\n    def apply(\n        dataSource: DataSource,\n        datasetArn: Arn,\n        jobName: Name,\n        roleArn: RoleArn\n    ): CreateDatasetImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"dataSource\" -> dataSource.asInstanceOf[js.Any],\n        \"datasetArn\" -> datasetArn.asInstanceOf[js.Any],\n        \"jobName\" -> jobName.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDatasetImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetImportJobResponse extends js.Object {\n    var datasetImportJobArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetImportJobResponse {\n    @inline\n    def apply(\n        datasetImportJobArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetImportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetImportJobArn.foreach(__v => __obj.updateDynamic(\"datasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetImportJobResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetRequest extends js.Object {\n    var datasetGroupArn: Arn\n    var datasetType: DatasetType\n    var name: Name\n    var schemaArn: Arn\n  }\n\n  object CreateDatasetRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn,\n        datasetType: DatasetType,\n        name: Name,\n        schemaArn: Arn\n    ): CreateDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any],\n        \"datasetType\" -> datasetType.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"schemaArn\" -> schemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDatasetResponse extends js.Object {\n    var datasetArn: js.UndefOr[Arn]\n  }\n\n  object CreateDatasetResponse {\n    @inline\n    def apply(\n        datasetArn: js.UndefOr[Arn] = js.undefined\n    ): CreateDatasetResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetArn.foreach(__v => __obj.updateDynamic(\"datasetArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateEventTrackerRequest extends js.Object {\n    var datasetGroupArn: Arn\n    var name: Name\n  }\n\n  object CreateEventTrackerRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn,\n        name: Name\n    ): CreateEventTrackerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateEventTrackerRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEventTrackerResponse extends js.Object {\n    var eventTrackerArn: js.UndefOr[Arn]\n    var trackingId: js.UndefOr[TrackingId]\n  }\n\n  object CreateEventTrackerResponse {\n    @inline\n    def apply(\n        eventTrackerArn: js.UndefOr[Arn] = js.undefined,\n        trackingId: js.UndefOr[TrackingId] = js.undefined\n    ): CreateEventTrackerResponse = {\n      val __obj = js.Dynamic.literal()\n      eventTrackerArn.foreach(__v => __obj.updateDynamic(\"eventTrackerArn\")(__v.asInstanceOf[js.Any]))\n      trackingId.foreach(__v => __obj.updateDynamic(\"trackingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventTrackerResponse]\n    }\n  }\n\n  @js.native\n  trait CreateFilterRequest extends js.Object {\n    var datasetGroupArn: Arn\n    var filterExpression: FilterExpression\n    var name: Name\n  }\n\n  object CreateFilterRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn,\n        filterExpression: FilterExpression,\n        name: Name\n    ): CreateFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any],\n        \"filterExpression\" -> filterExpression.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateFilterRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFilterResponse extends js.Object {\n    var filterArn: js.UndefOr[Arn]\n  }\n\n  object CreateFilterResponse {\n    @inline\n    def apply(\n        filterArn: js.UndefOr[Arn] = js.undefined\n    ): CreateFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFilterResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaRequest extends js.Object {\n    var name: Name\n    var schema: AvroSchema\n  }\n\n  object CreateSchemaRequest {\n    @inline\n    def apply(\n        name: Name,\n        schema: AvroSchema\n    ): CreateSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any],\n        \"schema\" -> schema.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSchemaResponse extends js.Object {\n    var schemaArn: js.UndefOr[Arn]\n  }\n\n  object CreateSchemaResponse {\n    @inline\n    def apply(\n        schemaArn: js.UndefOr[Arn] = js.undefined\n    ): CreateSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      schemaArn.foreach(__v => __obj.updateDynamic(\"schemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSolutionRequest extends js.Object {\n    var datasetGroupArn: Arn\n    var name: Name\n    var eventType: js.UndefOr[EventType]\n    var performAutoML: js.UndefOr[PerformAutoML]\n    var performHPO: js.UndefOr[Boolean]\n    var recipeArn: js.UndefOr[Arn]\n    var solutionConfig: js.UndefOr[SolutionConfig]\n  }\n\n  object CreateSolutionRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn,\n        name: Name,\n        eventType: js.UndefOr[EventType] = js.undefined,\n        performAutoML: js.UndefOr[PerformAutoML] = js.undefined,\n        performHPO: js.UndefOr[Boolean] = js.undefined,\n        recipeArn: js.UndefOr[Arn] = js.undefined,\n        solutionConfig: js.UndefOr[SolutionConfig] = js.undefined\n    ): CreateSolutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      eventType.foreach(__v => __obj.updateDynamic(\"eventType\")(__v.asInstanceOf[js.Any]))\n      performAutoML.foreach(__v => __obj.updateDynamic(\"performAutoML\")(__v.asInstanceOf[js.Any]))\n      performHPO.foreach(__v => __obj.updateDynamic(\"performHPO\")(__v.asInstanceOf[js.Any]))\n      recipeArn.foreach(__v => __obj.updateDynamic(\"recipeArn\")(__v.asInstanceOf[js.Any]))\n      solutionConfig.foreach(__v => __obj.updateDynamic(\"solutionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSolutionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSolutionResponse extends js.Object {\n    var solutionArn: js.UndefOr[Arn]\n  }\n\n  object CreateSolutionResponse {\n    @inline\n    def apply(\n        solutionArn: js.UndefOr[Arn] = js.undefined\n    ): CreateSolutionResponse = {\n      val __obj = js.Dynamic.literal()\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSolutionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSolutionVersionRequest extends js.Object {\n    var solutionArn: Arn\n    var trainingMode: js.UndefOr[TrainingMode]\n  }\n\n  object CreateSolutionVersionRequest {\n    @inline\n    def apply(\n        solutionArn: Arn,\n        trainingMode: js.UndefOr[TrainingMode] = js.undefined\n    ): CreateSolutionVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"solutionArn\" -> solutionArn.asInstanceOf[js.Any]\n      )\n\n      trainingMode.foreach(__v => __obj.updateDynamic(\"trainingMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSolutionVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSolutionVersionResponse extends js.Object {\n    var solutionVersionArn: js.UndefOr[Arn]\n  }\n\n  object CreateSolutionVersionResponse {\n    @inline\n    def apply(\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined\n    ): CreateSolutionVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSolutionVersionResponse]\n    }\n  }\n\n  \/** Describes the data source that contains the data to upload to a dataset.\n    *\/\n  @js.native\n  trait DataSource extends js.Object {\n    var dataLocation: js.UndefOr[S3Location]\n  }\n\n  object DataSource {\n    @inline\n    def apply(\n        dataLocation: js.UndefOr[S3Location] = js.undefined\n    ): DataSource = {\n      val __obj = js.Dynamic.literal()\n      dataLocation.foreach(__v => __obj.updateDynamic(\"dataLocation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataSource]\n    }\n  }\n\n  \/** Provides metadata for a dataset.\n    *\/\n  @js.native\n  trait Dataset extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetArn: js.UndefOr[Arn]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var datasetType: js.UndefOr[DatasetType]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var schemaArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object Dataset {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetArn: js.UndefOr[Arn] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        datasetType: js.UndefOr[DatasetType] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        schemaArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): Dataset = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetArn.foreach(__v => __obj.updateDynamic(\"datasetArn\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      datasetType.foreach(__v => __obj.updateDynamic(\"datasetType\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      schemaArn.foreach(__v => __obj.updateDynamic(\"schemaArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Dataset]\n    }\n  }\n\n  \/** A dataset group is a collection of related datasets (Interactions, User, and Item). You create a dataset group by calling <a>CreateDatasetGroup<\/a>. You then create a dataset and add it to a dataset group by calling <a>CreateDataset<\/a>. The dataset group is used to create and train a solution by calling <a>CreateSolution<\/a>. A dataset group can contain only one of each type of dataset. You can specify an AWS Key Management Service (KMS) key to encrypt the datasets in the group.\n    *\/\n  @js.native\n  trait DatasetGroup extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var kmsKeyArn: js.UndefOr[KmsKeyArn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var roleArn: js.UndefOr[RoleArn]\n    var status: js.UndefOr[Status]\n  }\n\n  object DatasetGroup {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        kmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): DatasetGroup = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      kmsKeyArn.foreach(__v => __obj.updateDynamic(\"kmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetGroup]\n    }\n  }\n\n  \/** Provides a summary of the properties of a dataset group. For a complete listing, call the <a>DescribeDatasetGroup<\/a> API.\n    *\/\n  @js.native\n  trait DatasetGroupSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object DatasetGroupSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): DatasetGroupSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetGroupSummary]\n    }\n  }\n\n  \/** Describes a job that imports training data from a data source (Amazon S3 bucket) to an Amazon Personalize dataset. For more information, see <a>CreateDatasetImportJob<\/a>. A dataset import job can be in one of the following states: * CREATE PENDING &gt; CREATE IN_PROGRESS &gt; ACTIVE -or- CREATE FAILED\n    *\/\n  @js.native\n  trait DatasetImportJob extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var dataSource: js.UndefOr[DataSource]\n    var datasetArn: js.UndefOr[Arn]\n    var datasetImportJobArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var jobName: js.UndefOr[Name]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var roleArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object DatasetImportJob {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        dataSource: js.UndefOr[DataSource] = js.undefined,\n        datasetArn: js.UndefOr[Arn] = js.undefined,\n        datasetImportJobArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        jobName: js.UndefOr[Name] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        roleArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): DatasetImportJob = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      dataSource.foreach(__v => __obj.updateDynamic(\"dataSource\")(__v.asInstanceOf[js.Any]))\n      datasetArn.foreach(__v => __obj.updateDynamic(\"datasetArn\")(__v.asInstanceOf[js.Any]))\n      datasetImportJobArn.foreach(__v => __obj.updateDynamic(\"datasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      jobName.foreach(__v => __obj.updateDynamic(\"jobName\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetImportJob]\n    }\n  }\n\n  \/** Provides a summary of the properties of a dataset import job. For a complete listing, call the <a>DescribeDatasetImportJob<\/a> API.\n    *\/\n  @js.native\n  trait DatasetImportJobSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetImportJobArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var jobName: js.UndefOr[Name]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var status: js.UndefOr[Status]\n  }\n\n  object DatasetImportJobSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetImportJobArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        jobName: js.UndefOr[Name] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): DatasetImportJobSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetImportJobArn.foreach(__v => __obj.updateDynamic(\"datasetImportJobArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      jobName.foreach(__v => __obj.updateDynamic(\"jobName\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetImportJobSummary]\n    }\n  }\n\n  \/** Describes the schema for a dataset. For more information on schemas, see <a>CreateSchema<\/a>.\n    *\/\n  @js.native\n  trait DatasetSchema extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var schema: js.UndefOr[AvroSchema]\n    var schemaArn: js.UndefOr[Arn]\n  }\n\n  object DatasetSchema {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        schema: js.UndefOr[AvroSchema] = js.undefined,\n        schemaArn: js.UndefOr[Arn] = js.undefined\n    ): DatasetSchema = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      schema.foreach(__v => __obj.updateDynamic(\"schema\")(__v.asInstanceOf[js.Any]))\n      schemaArn.foreach(__v => __obj.updateDynamic(\"schemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetSchema]\n    }\n  }\n\n  \/** Provides a summary of the properties of a dataset schema. For a complete listing, call the <a>DescribeSchema<\/a> API.\n    *\/\n  @js.native\n  trait DatasetSchemaSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var schemaArn: js.UndefOr[Arn]\n  }\n\n  object DatasetSchemaSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        schemaArn: js.UndefOr[Arn] = js.undefined\n    ): DatasetSchemaSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      schemaArn.foreach(__v => __obj.updateDynamic(\"schemaArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetSchemaSummary]\n    }\n  }\n\n  \/** Provides a summary of the properties of a dataset. For a complete listing, call the <a>DescribeDataset<\/a> API.\n    *\/\n  @js.native\n  trait DatasetSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetArn: js.UndefOr[Arn]\n    var datasetType: js.UndefOr[DatasetType]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object DatasetSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetArn: js.UndefOr[Arn] = js.undefined,\n        datasetType: js.UndefOr[DatasetType] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): DatasetSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetArn.foreach(__v => __obj.updateDynamic(\"datasetArn\")(__v.asInstanceOf[js.Any]))\n      datasetType.foreach(__v => __obj.updateDynamic(\"datasetType\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DatasetSummary]\n    }\n  }\n\n  \/** Provides the name and default range of a categorical hyperparameter and whether the hyperparameter is tunable. A tunable hyperparameter can have its value determined during hyperparameter optimization (HPO).\n    *\/\n  @js.native\n  trait DefaultCategoricalHyperParameterRange extends js.Object {\n    var isTunable: js.UndefOr[Tunable]\n    var name: js.UndefOr[ParameterName]\n    var values: js.UndefOr[CategoricalValues]\n  }\n\n  object DefaultCategoricalHyperParameterRange {\n    @inline\n    def apply(\n        isTunable: js.UndefOr[Tunable] = js.undefined,\n        name: js.UndefOr[ParameterName] = js.undefined,\n        values: js.UndefOr[CategoricalValues] = js.undefined\n    ): DefaultCategoricalHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      isTunable.foreach(__v => __obj.updateDynamic(\"isTunable\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultCategoricalHyperParameterRange]\n    }\n  }\n\n  \/** Provides the name and default range of a continuous hyperparameter and whether the hyperparameter is tunable. A tunable hyperparameter can have its value determined during hyperparameter optimization (HPO).\n    *\/\n  @js.native\n  trait DefaultContinuousHyperParameterRange extends js.Object {\n    var isTunable: js.UndefOr[Tunable]\n    var maxValue: js.UndefOr[ContinuousMaxValue]\n    var minValue: js.UndefOr[ContinuousMinValue]\n    var name: js.UndefOr[ParameterName]\n  }\n\n  object DefaultContinuousHyperParameterRange {\n    @inline\n    def apply(\n        isTunable: js.UndefOr[Tunable] = js.undefined,\n        maxValue: js.UndefOr[ContinuousMaxValue] = js.undefined,\n        minValue: js.UndefOr[ContinuousMinValue] = js.undefined,\n        name: js.UndefOr[ParameterName] = js.undefined\n    ): DefaultContinuousHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      isTunable.foreach(__v => __obj.updateDynamic(\"isTunable\")(__v.asInstanceOf[js.Any]))\n      maxValue.foreach(__v => __obj.updateDynamic(\"maxValue\")(__v.asInstanceOf[js.Any]))\n      minValue.foreach(__v => __obj.updateDynamic(\"minValue\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultContinuousHyperParameterRange]\n    }\n  }\n\n  \/** Specifies the hyperparameters and their default ranges. Hyperparameters can be categorical, continuous, or integer-valued.\n    *\/\n  @js.native\n  trait DefaultHyperParameterRanges extends js.Object {\n    var categoricalHyperParameterRanges: js.UndefOr[DefaultCategoricalHyperParameterRanges]\n    var continuousHyperParameterRanges: js.UndefOr[DefaultContinuousHyperParameterRanges]\n    var integerHyperParameterRanges: js.UndefOr[DefaultIntegerHyperParameterRanges]\n  }\n\n  object DefaultHyperParameterRanges {\n    @inline\n    def apply(\n        categoricalHyperParameterRanges: js.UndefOr[DefaultCategoricalHyperParameterRanges] = js.undefined,\n        continuousHyperParameterRanges: js.UndefOr[DefaultContinuousHyperParameterRanges] = js.undefined,\n        integerHyperParameterRanges: js.UndefOr[DefaultIntegerHyperParameterRanges] = js.undefined\n    ): DefaultHyperParameterRanges = {\n      val __obj = js.Dynamic.literal()\n      categoricalHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"categoricalHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      continuousHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"continuousHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      integerHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"integerHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultHyperParameterRanges]\n    }\n  }\n\n  \/** Provides the name and default range of a integer-valued hyperparameter and whether the hyperparameter is tunable. A tunable hyperparameter can have its value determined during hyperparameter optimization (HPO).\n    *\/\n  @js.native\n  trait DefaultIntegerHyperParameterRange extends js.Object {\n    var isTunable: js.UndefOr[Tunable]\n    var maxValue: js.UndefOr[IntegerMaxValue]\n    var minValue: js.UndefOr[IntegerMinValue]\n    var name: js.UndefOr[ParameterName]\n  }\n\n  object DefaultIntegerHyperParameterRange {\n    @inline\n    def apply(\n        isTunable: js.UndefOr[Tunable] = js.undefined,\n        maxValue: js.UndefOr[IntegerMaxValue] = js.undefined,\n        minValue: js.UndefOr[IntegerMinValue] = js.undefined,\n        name: js.UndefOr[ParameterName] = js.undefined\n    ): DefaultIntegerHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      isTunable.foreach(__v => __obj.updateDynamic(\"isTunable\")(__v.asInstanceOf[js.Any]))\n      maxValue.foreach(__v => __obj.updateDynamic(\"maxValue\")(__v.asInstanceOf[js.Any]))\n      minValue.foreach(__v => __obj.updateDynamic(\"minValue\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultIntegerHyperParameterRange]\n    }\n  }\n\n  @js.native\n  trait DeleteCampaignRequest extends js.Object {\n    var campaignArn: Arn\n  }\n\n  object DeleteCampaignRequest {\n    @inline\n    def apply(\n        campaignArn: Arn\n    ): DeleteCampaignRequest = {\n      val __obj = js.Dynamic.literal(\n        \"campaignArn\" -> campaignArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCampaignRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetGroupRequest extends js.Object {\n    var datasetGroupArn: Arn\n  }\n\n  object DeleteDatasetGroupRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn\n    ): DeleteDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDatasetRequest extends js.Object {\n    var datasetArn: Arn\n  }\n\n  object DeleteDatasetRequest {\n    @inline\n    def apply(\n        datasetArn: Arn\n    ): DeleteDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetArn\" -> datasetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEventTrackerRequest extends js.Object {\n    var eventTrackerArn: Arn\n  }\n\n  object DeleteEventTrackerRequest {\n    @inline\n    def apply(\n        eventTrackerArn: Arn\n    ): DeleteEventTrackerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"eventTrackerArn\" -> eventTrackerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventTrackerRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFilterRequest extends js.Object {\n    var filterArn: Arn\n  }\n\n  object DeleteFilterRequest {\n    @inline\n    def apply(\n        filterArn: Arn\n    ): DeleteFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filterArn\" -> filterArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFilterRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSchemaRequest extends js.Object {\n    var schemaArn: Arn\n  }\n\n  object DeleteSchemaRequest {\n    @inline\n    def apply(\n        schemaArn: Arn\n    ): DeleteSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"schemaArn\" -> schemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSolutionRequest extends js.Object {\n    var solutionArn: Arn\n  }\n\n  object DeleteSolutionRequest {\n    @inline\n    def apply(\n        solutionArn: Arn\n    ): DeleteSolutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"solutionArn\" -> solutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSolutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAlgorithmRequest extends js.Object {\n    var algorithmArn: Arn\n  }\n\n  object DescribeAlgorithmRequest {\n    @inline\n    def apply(\n        algorithmArn: Arn\n    ): DescribeAlgorithmRequest = {\n      val __obj = js.Dynamic.literal(\n        \"algorithmArn\" -> algorithmArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAlgorithmRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAlgorithmResponse extends js.Object {\n    var algorithm: js.UndefOr[Algorithm]\n  }\n\n  object DescribeAlgorithmResponse {\n    @inline\n    def apply(\n        algorithm: js.UndefOr[Algorithm] = js.undefined\n    ): DescribeAlgorithmResponse = {\n      val __obj = js.Dynamic.literal()\n      algorithm.foreach(__v => __obj.updateDynamic(\"algorithm\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAlgorithmResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBatchInferenceJobRequest extends js.Object {\n    var batchInferenceJobArn: Arn\n  }\n\n  object DescribeBatchInferenceJobRequest {\n    @inline\n    def apply(\n        batchInferenceJobArn: Arn\n    ): DescribeBatchInferenceJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"batchInferenceJobArn\" -> batchInferenceJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBatchInferenceJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeBatchInferenceJobResponse extends js.Object {\n    var batchInferenceJob: js.UndefOr[BatchInferenceJob]\n  }\n\n  object DescribeBatchInferenceJobResponse {\n    @inline\n    def apply(\n        batchInferenceJob: js.UndefOr[BatchInferenceJob] = js.undefined\n    ): DescribeBatchInferenceJobResponse = {\n      val __obj = js.Dynamic.literal()\n      batchInferenceJob.foreach(__v => __obj.updateDynamic(\"batchInferenceJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBatchInferenceJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCampaignRequest extends js.Object {\n    var campaignArn: Arn\n  }\n\n  object DescribeCampaignRequest {\n    @inline\n    def apply(\n        campaignArn: Arn\n    ): DescribeCampaignRequest = {\n      val __obj = js.Dynamic.literal(\n        \"campaignArn\" -> campaignArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCampaignRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCampaignResponse extends js.Object {\n    var campaign: js.UndefOr[Campaign]\n  }\n\n  object DescribeCampaignResponse {\n    @inline\n    def apply(\n        campaign: js.UndefOr[Campaign] = js.undefined\n    ): DescribeCampaignResponse = {\n      val __obj = js.Dynamic.literal()\n      campaign.foreach(__v => __obj.updateDynamic(\"campaign\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCampaignResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetGroupRequest extends js.Object {\n    var datasetGroupArn: Arn\n  }\n\n  object DescribeDatasetGroupRequest {\n    @inline\n    def apply(\n        datasetGroupArn: Arn\n    ): DescribeDatasetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetGroupArn\" -> datasetGroupArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetGroupResponse extends js.Object {\n    var datasetGroup: js.UndefOr[DatasetGroup]\n  }\n\n  object DescribeDatasetGroupResponse {\n    @inline\n    def apply(\n        datasetGroup: js.UndefOr[DatasetGroup] = js.undefined\n    ): DescribeDatasetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetGroup.foreach(__v => __obj.updateDynamic(\"datasetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetImportJobRequest extends js.Object {\n    var datasetImportJobArn: Arn\n  }\n\n  object DescribeDatasetImportJobRequest {\n    @inline\n    def apply(\n        datasetImportJobArn: Arn\n    ): DescribeDatasetImportJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetImportJobArn\" -> datasetImportJobArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetImportJobRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetImportJobResponse extends js.Object {\n    var datasetImportJob: js.UndefOr[DatasetImportJob]\n  }\n\n  object DescribeDatasetImportJobResponse {\n    @inline\n    def apply(\n        datasetImportJob: js.UndefOr[DatasetImportJob] = js.undefined\n    ): DescribeDatasetImportJobResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetImportJob.foreach(__v => __obj.updateDynamic(\"datasetImportJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetImportJobResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetRequest extends js.Object {\n    var datasetArn: Arn\n  }\n\n  object DescribeDatasetRequest {\n    @inline\n    def apply(\n        datasetArn: Arn\n    ): DescribeDatasetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"datasetArn\" -> datasetArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDatasetRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDatasetResponse extends js.Object {\n    var dataset: js.UndefOr[Dataset]\n  }\n\n  object DescribeDatasetResponse {\n    @inline\n    def apply(\n        dataset: js.UndefOr[Dataset] = js.undefined\n    ): DescribeDatasetResponse = {\n      val __obj = js.Dynamic.literal()\n      dataset.foreach(__v => __obj.updateDynamic(\"dataset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDatasetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventTrackerRequest extends js.Object {\n    var eventTrackerArn: Arn\n  }\n\n  object DescribeEventTrackerRequest {\n    @inline\n    def apply(\n        eventTrackerArn: Arn\n    ): DescribeEventTrackerRequest = {\n      val __obj = js.Dynamic.literal(\n        \"eventTrackerArn\" -> eventTrackerArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEventTrackerRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventTrackerResponse extends js.Object {\n    var eventTracker: js.UndefOr[EventTracker]\n  }\n\n  object DescribeEventTrackerResponse {\n    @inline\n    def apply(\n        eventTracker: js.UndefOr[EventTracker] = js.undefined\n    ): DescribeEventTrackerResponse = {\n      val __obj = js.Dynamic.literal()\n      eventTracker.foreach(__v => __obj.updateDynamic(\"eventTracker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventTrackerResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeFeatureTransformationRequest extends js.Object {\n    var featureTransformationArn: Arn\n  }\n\n  object DescribeFeatureTransformationRequest {\n    @inline\n    def apply(\n        featureTransformationArn: Arn\n    ): DescribeFeatureTransformationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"featureTransformationArn\" -> featureTransformationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeFeatureTransformationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFeatureTransformationResponse extends js.Object {\n    var featureTransformation: js.UndefOr[FeatureTransformation]\n  }\n\n  object DescribeFeatureTransformationResponse {\n    @inline\n    def apply(\n        featureTransformation: js.UndefOr[FeatureTransformation] = js.undefined\n    ): DescribeFeatureTransformationResponse = {\n      val __obj = js.Dynamic.literal()\n      featureTransformation.foreach(__v => __obj.updateDynamic(\"featureTransformation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFeatureTransformationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeFilterRequest extends js.Object {\n    var filterArn: Arn\n  }\n\n  object DescribeFilterRequest {\n    @inline\n    def apply(\n        filterArn: Arn\n    ): DescribeFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"filterArn\" -> filterArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeFilterRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFilterResponse extends js.Object {\n    var filter: js.UndefOr[Filter]\n  }\n\n  object DescribeFilterResponse {\n    @inline\n    def apply(\n        filter: js.UndefOr[Filter] = js.undefined\n    ): DescribeFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      filter.foreach(__v => __obj.updateDynamic(\"filter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFilterResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRecipeRequest extends js.Object {\n    var recipeArn: Arn\n  }\n\n  object DescribeRecipeRequest {\n    @inline\n    def apply(\n        recipeArn: Arn\n    ): DescribeRecipeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"recipeArn\" -> recipeArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeRecipeRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRecipeResponse extends js.Object {\n    var recipe: js.UndefOr[Recipe]\n  }\n\n  object DescribeRecipeResponse {\n    @inline\n    def apply(\n        recipe: js.UndefOr[Recipe] = js.undefined\n    ): DescribeRecipeResponse = {\n      val __obj = js.Dynamic.literal()\n      recipe.foreach(__v => __obj.updateDynamic(\"recipe\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRecipeResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSchemaRequest extends js.Object {\n    var schemaArn: Arn\n  }\n\n  object DescribeSchemaRequest {\n    @inline\n    def apply(\n        schemaArn: Arn\n    ): DescribeSchemaRequest = {\n      val __obj = js.Dynamic.literal(\n        \"schemaArn\" -> schemaArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSchemaRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSchemaResponse extends js.Object {\n    var schema: js.UndefOr[DatasetSchema]\n  }\n\n  object DescribeSchemaResponse {\n    @inline\n    def apply(\n        schema: js.UndefOr[DatasetSchema] = js.undefined\n    ): DescribeSchemaResponse = {\n      val __obj = js.Dynamic.literal()\n      schema.foreach(__v => __obj.updateDynamic(\"schema\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSchemaResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSolutionRequest extends js.Object {\n    var solutionArn: Arn\n  }\n\n  object DescribeSolutionRequest {\n    @inline\n    def apply(\n        solutionArn: Arn\n    ): DescribeSolutionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"solutionArn\" -> solutionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSolutionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSolutionResponse extends js.Object {\n    var solution: js.UndefOr[Solution]\n  }\n\n  object DescribeSolutionResponse {\n    @inline\n    def apply(\n        solution: js.UndefOr[Solution] = js.undefined\n    ): DescribeSolutionResponse = {\n      val __obj = js.Dynamic.literal()\n      solution.foreach(__v => __obj.updateDynamic(\"solution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSolutionResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSolutionVersionRequest extends js.Object {\n    var solutionVersionArn: Arn\n  }\n\n  object DescribeSolutionVersionRequest {\n    @inline\n    def apply(\n        solutionVersionArn: Arn\n    ): DescribeSolutionVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"solutionVersionArn\" -> solutionVersionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeSolutionVersionRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSolutionVersionResponse extends js.Object {\n    var solutionVersion: js.UndefOr[SolutionVersion]\n  }\n\n  object DescribeSolutionVersionResponse {\n    @inline\n    def apply(\n        solutionVersion: js.UndefOr[SolutionVersion] = js.undefined\n    ): DescribeSolutionVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      solutionVersion.foreach(__v => __obj.updateDynamic(\"solutionVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSolutionVersionResponse]\n    }\n  }\n\n  \/** Provides information about an event tracker.\n    *\/\n  @js.native\n  trait EventTracker extends js.Object {\n    var accountId: js.UndefOr[AccountId]\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var eventTrackerArn: js.UndefOr[Arn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n    var trackingId: js.UndefOr[TrackingId]\n  }\n\n  object EventTracker {\n    @inline\n    def apply(\n        accountId: js.UndefOr[AccountId] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        eventTrackerArn: js.UndefOr[Arn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        trackingId: js.UndefOr[TrackingId] = js.undefined\n    ): EventTracker = {\n      val __obj = js.Dynamic.literal()\n      accountId.foreach(__v => __obj.updateDynamic(\"accountId\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      eventTrackerArn.foreach(__v => __obj.updateDynamic(\"eventTrackerArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      trackingId.foreach(__v => __obj.updateDynamic(\"trackingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventTracker]\n    }\n  }\n\n  \/** Provides a summary of the properties of an event tracker. For a complete listing, call the <a>DescribeEventTracker<\/a> API.\n    *\/\n  @js.native\n  trait EventTrackerSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var eventTrackerArn: js.UndefOr[Arn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object EventTrackerSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        eventTrackerArn: js.UndefOr[Arn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): EventTrackerSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      eventTrackerArn.foreach(__v => __obj.updateDynamic(\"eventTrackerArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventTrackerSummary]\n    }\n  }\n\n  \/** Provides feature transformation information. Feature transformation is the process of modifying raw input data into a form more suitable for model training.\n    *\/\n  @js.native\n  trait FeatureTransformation extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var defaultParameters: js.UndefOr[FeaturizationParameters]\n    var featureTransformationArn: js.UndefOr[Arn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object FeatureTransformation {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        defaultParameters: js.UndefOr[FeaturizationParameters] = js.undefined,\n        featureTransformationArn: js.UndefOr[Arn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): FeatureTransformation = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      defaultParameters.foreach(__v => __obj.updateDynamic(\"defaultParameters\")(__v.asInstanceOf[js.Any]))\n      featureTransformationArn.foreach(__v => __obj.updateDynamic(\"featureTransformationArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeatureTransformation]\n    }\n  }\n\n  \/** Contains information on a recommendation filter, including its ARN, status, and filter expression.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var filterArn: js.UndefOr[Arn]\n    var filterExpression: js.UndefOr[FilterExpression]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        filterExpression: js.UndefOr[FilterExpression] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): Filter = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      filterExpression.foreach(__v => __obj.updateDynamic(\"filterExpression\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** A short summary of a filter's attributes.\n    *\/\n  @js.native\n  trait FilterSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var failureReason: js.UndefOr[FailureReason]\n    var filterArn: js.UndefOr[Arn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var status: js.UndefOr[Status]\n  }\n\n  object FilterSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): FilterSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FilterSummary]\n    }\n  }\n\n  @js.native\n  trait GetSolutionMetricsRequest extends js.Object {\n    var solutionVersionArn: Arn\n  }\n\n  object GetSolutionMetricsRequest {\n    @inline\n    def apply(\n        solutionVersionArn: Arn\n    ): GetSolutionMetricsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"solutionVersionArn\" -> solutionVersionArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetSolutionMetricsRequest]\n    }\n  }\n\n  @js.native\n  trait GetSolutionMetricsResponse extends js.Object {\n    var metrics: js.UndefOr[Metrics]\n    var solutionVersionArn: js.UndefOr[Arn]\n  }\n\n  object GetSolutionMetricsResponse {\n    @inline\n    def apply(\n        metrics: js.UndefOr[Metrics] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined\n    ): GetSolutionMetricsResponse = {\n      val __obj = js.Dynamic.literal()\n      metrics.foreach(__v => __obj.updateDynamic(\"metrics\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSolutionMetricsResponse]\n    }\n  }\n\n  \/** Describes the properties for hyperparameter optimization (HPO).\n    *\/\n  @js.native\n  trait HPOConfig extends js.Object {\n    var algorithmHyperParameterRanges: js.UndefOr[HyperParameterRanges]\n    var hpoObjective: js.UndefOr[HPOObjective]\n    var hpoResourceConfig: js.UndefOr[HPOResourceConfig]\n  }\n\n  object HPOConfig {\n    @inline\n    def apply(\n        algorithmHyperParameterRanges: js.UndefOr[HyperParameterRanges] = js.undefined,\n        hpoObjective: js.UndefOr[HPOObjective] = js.undefined,\n        hpoResourceConfig: js.UndefOr[HPOResourceConfig] = js.undefined\n    ): HPOConfig = {\n      val __obj = js.Dynamic.literal()\n      algorithmHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"algorithmHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      hpoObjective.foreach(__v => __obj.updateDynamic(\"hpoObjective\")(__v.asInstanceOf[js.Any]))\n      hpoResourceConfig.foreach(__v => __obj.updateDynamic(\"hpoResourceConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HPOConfig]\n    }\n  }\n\n  \/** The metric to optimize during hyperparameter optimization (HPO).\n    *\n    * '''Note:'''Amazon Personalize doesn't support configuring the <code>hpoObjective<\/code> at this time.\n    *\/\n  @js.native\n  trait HPOObjective extends js.Object {\n    var metricName: js.UndefOr[MetricName]\n    var metricRegex: js.UndefOr[MetricRegex]\n    var `type`: js.UndefOr[HPOObjectiveType]\n  }\n\n  object HPOObjective {\n    @inline\n    def apply(\n        metricName: js.UndefOr[MetricName] = js.undefined,\n        metricRegex: js.UndefOr[MetricRegex] = js.undefined,\n        `type`: js.UndefOr[HPOObjectiveType] = js.undefined\n    ): HPOObjective = {\n      val __obj = js.Dynamic.literal()\n      metricName.foreach(__v => __obj.updateDynamic(\"metricName\")(__v.asInstanceOf[js.Any]))\n      metricRegex.foreach(__v => __obj.updateDynamic(\"metricRegex\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HPOObjective]\n    }\n  }\n\n  \/** Describes the resource configuration for hyperparameter optimization (HPO).\n    *\/\n  @js.native\n  trait HPOResourceConfig extends js.Object {\n    var maxNumberOfTrainingJobs: js.UndefOr[HPOResource]\n    var maxParallelTrainingJobs: js.UndefOr[HPOResource]\n  }\n\n  object HPOResourceConfig {\n    @inline\n    def apply(\n        maxNumberOfTrainingJobs: js.UndefOr[HPOResource] = js.undefined,\n        maxParallelTrainingJobs: js.UndefOr[HPOResource] = js.undefined\n    ): HPOResourceConfig = {\n      val __obj = js.Dynamic.literal()\n      maxNumberOfTrainingJobs.foreach(__v => __obj.updateDynamic(\"maxNumberOfTrainingJobs\")(__v.asInstanceOf[js.Any]))\n      maxParallelTrainingJobs.foreach(__v => __obj.updateDynamic(\"maxParallelTrainingJobs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HPOResourceConfig]\n    }\n  }\n\n  \/** Specifies the hyperparameters and their ranges. Hyperparameters can be categorical, continuous, or integer-valued.\n    *\/\n  @js.native\n  trait HyperParameterRanges extends js.Object {\n    var categoricalHyperParameterRanges: js.UndefOr[CategoricalHyperParameterRanges]\n    var continuousHyperParameterRanges: js.UndefOr[ContinuousHyperParameterRanges]\n    var integerHyperParameterRanges: js.UndefOr[IntegerHyperParameterRanges]\n  }\n\n  object HyperParameterRanges {\n    @inline\n    def apply(\n        categoricalHyperParameterRanges: js.UndefOr[CategoricalHyperParameterRanges] = js.undefined,\n        continuousHyperParameterRanges: js.UndefOr[ContinuousHyperParameterRanges] = js.undefined,\n        integerHyperParameterRanges: js.UndefOr[IntegerHyperParameterRanges] = js.undefined\n    ): HyperParameterRanges = {\n      val __obj = js.Dynamic.literal()\n      categoricalHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"categoricalHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      continuousHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"continuousHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      integerHyperParameterRanges.foreach(__v => __obj.updateDynamic(\"integerHyperParameterRanges\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HyperParameterRanges]\n    }\n  }\n\n  \/** Provides the name and range of an integer-valued hyperparameter.\n    *\/\n  @js.native\n  trait IntegerHyperParameterRange extends js.Object {\n    var maxValue: js.UndefOr[IntegerMaxValue]\n    var minValue: js.UndefOr[IntegerMinValue]\n    var name: js.UndefOr[ParameterName]\n  }\n\n  object IntegerHyperParameterRange {\n    @inline\n    def apply(\n        maxValue: js.UndefOr[IntegerMaxValue] = js.undefined,\n        minValue: js.UndefOr[IntegerMinValue] = js.undefined,\n        name: js.UndefOr[ParameterName] = js.undefined\n    ): IntegerHyperParameterRange = {\n      val __obj = js.Dynamic.literal()\n      maxValue.foreach(__v => __obj.updateDynamic(\"maxValue\")(__v.asInstanceOf[js.Any]))\n      minValue.foreach(__v => __obj.updateDynamic(\"minValue\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IntegerHyperParameterRange]\n    }\n  }\n\n  @js.native\n  trait ListBatchInferenceJobsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var solutionVersionArn: js.UndefOr[Arn]\n  }\n\n  object ListBatchInferenceJobsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined\n    ): ListBatchInferenceJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBatchInferenceJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListBatchInferenceJobsResponse extends js.Object {\n    var batchInferenceJobs: js.UndefOr[BatchInferenceJobs]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBatchInferenceJobsResponse {\n    @inline\n    def apply(\n        batchInferenceJobs: js.UndefOr[BatchInferenceJobs] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBatchInferenceJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      batchInferenceJobs.foreach(__v => __obj.updateDynamic(\"batchInferenceJobs\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBatchInferenceJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListCampaignsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var solutionArn: js.UndefOr[Arn]\n  }\n\n  object ListCampaignsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        solutionArn: js.UndefOr[Arn] = js.undefined\n    ): ListCampaignsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCampaignsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCampaignsResponse extends js.Object {\n    var campaigns: js.UndefOr[Campaigns]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCampaignsResponse {\n    @inline\n    def apply(\n        campaigns: js.UndefOr[Campaigns] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCampaignsResponse = {\n      val __obj = js.Dynamic.literal()\n      campaigns.foreach(__v => __obj.updateDynamic(\"campaigns\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCampaignsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatasetGroupsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetGroupsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetGroupsResponse extends js.Object {\n    var datasetGroups: js.UndefOr[DatasetGroups]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetGroupsResponse {\n    @inline\n    def apply(\n        datasetGroups: js.UndefOr[DatasetGroups] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetGroups.foreach(__v => __obj.updateDynamic(\"datasetGroups\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatasetImportJobsRequest extends js.Object {\n    var datasetArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetImportJobsRequest {\n    @inline\n    def apply(\n        datasetArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetImportJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      datasetArn.foreach(__v => __obj.updateDynamic(\"datasetArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetImportJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetImportJobsResponse extends js.Object {\n    var datasetImportJobs: js.UndefOr[DatasetImportJobs]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetImportJobsResponse {\n    @inline\n    def apply(\n        datasetImportJobs: js.UndefOr[DatasetImportJobs] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetImportJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      datasetImportJobs.foreach(__v => __obj.updateDynamic(\"datasetImportJobs\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetImportJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsRequest extends js.Object {\n    var datasetGroupArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsRequest {\n    @inline\n    def apply(\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsRequest = {\n      val __obj = js.Dynamic.literal()\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDatasetsResponse extends js.Object {\n    var datasets: js.UndefOr[Datasets]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDatasetsResponse {\n    @inline\n    def apply(\n        datasets: js.UndefOr[Datasets] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDatasetsResponse = {\n      val __obj = js.Dynamic.literal()\n      datasets.foreach(__v => __obj.updateDynamic(\"datasets\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDatasetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListEventTrackersRequest extends js.Object {\n    var datasetGroupArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventTrackersRequest {\n    @inline\n    def apply(\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventTrackersRequest = {\n      val __obj = js.Dynamic.literal()\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventTrackersRequest]\n    }\n  }\n\n  @js.native\n  trait ListEventTrackersResponse extends js.Object {\n    var eventTrackers: js.UndefOr[EventTrackers]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListEventTrackersResponse {\n    @inline\n    def apply(\n        eventTrackers: js.UndefOr[EventTrackers] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListEventTrackersResponse = {\n      val __obj = js.Dynamic.literal()\n      eventTrackers.foreach(__v => __obj.updateDynamic(\"eventTrackers\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEventTrackersResponse]\n    }\n  }\n\n  @js.native\n  trait ListFiltersRequest extends js.Object {\n    var datasetGroupArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFiltersRequest {\n    @inline\n    def apply(\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFiltersRequest = {\n      val __obj = js.Dynamic.literal()\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFiltersRequest]\n    }\n  }\n\n  @js.native\n  trait ListFiltersResponse extends js.Object {\n    var Filters: js.UndefOr[Filters]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListFiltersResponse {\n    @inline\n    def apply(\n        Filters: js.UndefOr[Filters] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListFiltersResponse = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFiltersResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecipesRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var recipeProvider: js.UndefOr[RecipeProvider]\n  }\n\n  object ListRecipesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        recipeProvider: js.UndefOr[RecipeProvider] = js.undefined\n    ): ListRecipesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      recipeProvider.foreach(__v => __obj.updateDynamic(\"recipeProvider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipesRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecipesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var recipes: js.UndefOr[Recipes]\n  }\n\n  object ListRecipesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        recipes: js.UndefOr[Recipes] = js.undefined\n    ): ListRecipesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      recipes.foreach(__v => __obj.updateDynamic(\"recipes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecipesResponse]\n    }\n  }\n\n  @js.native\n  trait ListSchemasRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSchemasRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSchemasRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasRequest]\n    }\n  }\n\n  @js.native\n  trait ListSchemasResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var schemas: js.UndefOr[Schemas]\n  }\n\n  object ListSchemasResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        schemas: js.UndefOr[Schemas] = js.undefined\n    ): ListSchemasResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      schemas.foreach(__v => __obj.updateDynamic(\"schemas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSchemasResponse]\n    }\n  }\n\n  @js.native\n  trait ListSolutionVersionsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n    var solutionArn: js.UndefOr[Arn]\n  }\n\n  object ListSolutionVersionsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        solutionArn: js.UndefOr[Arn] = js.undefined\n    ): ListSolutionVersionsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSolutionVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSolutionVersionsResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var solutionVersions: js.UndefOr[SolutionVersions]\n  }\n\n  object ListSolutionVersionsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        solutionVersions: js.UndefOr[SolutionVersions] = js.undefined\n    ): ListSolutionVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      solutionVersions.foreach(__v => __obj.updateDynamic(\"solutionVersions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSolutionVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListSolutionsRequest extends js.Object {\n    var datasetGroupArn: js.UndefOr[Arn]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListSolutionsRequest {\n    @inline\n    def apply(\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListSolutionsRequest = {\n      val __obj = js.Dynamic.literal()\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSolutionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListSolutionsResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var solutions: js.UndefOr[Solutions]\n  }\n\n  object ListSolutionsResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        solutions: js.UndefOr[Solutions] = js.undefined\n    ): ListSolutionsResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      solutions.foreach(__v => __obj.updateDynamic(\"solutions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListSolutionsResponse]\n    }\n  }\n\n  \/** Provides information about a recipe. Each recipe provides an algorithm that Amazon Personalize uses in model training when you use the <a>CreateSolution<\/a> operation.\n    *\/\n  @js.native\n  trait Recipe extends js.Object {\n    var algorithmArn: js.UndefOr[Arn]\n    var creationDateTime: js.UndefOr[Date]\n    var description: js.UndefOr[Description]\n    var featureTransformationArn: js.UndefOr[Arn]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var recipeArn: js.UndefOr[Arn]\n    var recipeType: js.UndefOr[RecipeType]\n    var status: js.UndefOr[Status]\n  }\n\n  object Recipe {\n    @inline\n    def apply(\n        algorithmArn: js.UndefOr[Arn] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        featureTransformationArn: js.UndefOr[Arn] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        recipeArn: js.UndefOr[Arn] = js.undefined,\n        recipeType: js.UndefOr[RecipeType] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): Recipe = {\n      val __obj = js.Dynamic.literal()\n      algorithmArn.foreach(__v => __obj.updateDynamic(\"algorithmArn\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      featureTransformationArn.foreach(__v => __obj.updateDynamic(\"featureTransformationArn\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      recipeArn.foreach(__v => __obj.updateDynamic(\"recipeArn\")(__v.asInstanceOf[js.Any]))\n      recipeType.foreach(__v => __obj.updateDynamic(\"recipeType\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Recipe]\n    }\n  }\n\n  @js.native\n  sealed trait RecipeProvider extends js.Any\n  object RecipeProvider {\n    val SERVICE = \"SERVICE\".asInstanceOf[RecipeProvider]\n\n    @inline def values = js.Array(SERVICE)\n  }\n\n  \/** Provides a summary of the properties of a recipe. For a complete listing, call the <a>DescribeRecipe<\/a> API.\n    *\/\n  @js.native\n  trait RecipeSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var recipeArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object RecipeSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        recipeArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): RecipeSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      recipeArn.foreach(__v => __obj.updateDynamic(\"recipeArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipeSummary]\n    }\n  }\n\n  \/** The configuration details of an Amazon S3 input or output bucket.\n    *\/\n  @js.native\n  trait S3DataConfig extends js.Object {\n    var path: S3Location\n    var kmsKeyArn: js.UndefOr[KmsKeyArn]\n  }\n\n  object S3DataConfig {\n    @inline\n    def apply(\n        path: S3Location,\n        kmsKeyArn: js.UndefOr[KmsKeyArn] = js.undefined\n    ): S3DataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"path\" -> path.asInstanceOf[js.Any]\n      )\n\n      kmsKeyArn.foreach(__v => __obj.updateDynamic(\"kmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DataConfig]\n    }\n  }\n\n  \/** An object that provides information about a solution. A solution is a trained model that can be deployed as a campaign.\n    *\/\n  @js.native\n  trait Solution extends js.Object {\n    var autoMLResult: js.UndefOr[AutoMLResult]\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var eventType: js.UndefOr[EventType]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var latestSolutionVersion: js.UndefOr[SolutionVersionSummary]\n    var name: js.UndefOr[Name]\n    var performAutoML: js.UndefOr[PerformAutoML]\n    var performHPO: js.UndefOr[PerformHPO]\n    var recipeArn: js.UndefOr[Arn]\n    var solutionArn: js.UndefOr[Arn]\n    var solutionConfig: js.UndefOr[SolutionConfig]\n    var status: js.UndefOr[Status]\n  }\n\n  object Solution {\n    @inline\n    def apply(\n        autoMLResult: js.UndefOr[AutoMLResult] = js.undefined,\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        eventType: js.UndefOr[EventType] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        latestSolutionVersion: js.UndefOr[SolutionVersionSummary] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        performAutoML: js.UndefOr[PerformAutoML] = js.undefined,\n        performHPO: js.UndefOr[PerformHPO] = js.undefined,\n        recipeArn: js.UndefOr[Arn] = js.undefined,\n        solutionArn: js.UndefOr[Arn] = js.undefined,\n        solutionConfig: js.UndefOr[SolutionConfig] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): Solution = {\n      val __obj = js.Dynamic.literal()\n      autoMLResult.foreach(__v => __obj.updateDynamic(\"autoMLResult\")(__v.asInstanceOf[js.Any]))\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      eventType.foreach(__v => __obj.updateDynamic(\"eventType\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      latestSolutionVersion.foreach(__v => __obj.updateDynamic(\"latestSolutionVersion\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      performAutoML.foreach(__v => __obj.updateDynamic(\"performAutoML\")(__v.asInstanceOf[js.Any]))\n      performHPO.foreach(__v => __obj.updateDynamic(\"performHPO\")(__v.asInstanceOf[js.Any]))\n      recipeArn.foreach(__v => __obj.updateDynamic(\"recipeArn\")(__v.asInstanceOf[js.Any]))\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      solutionConfig.foreach(__v => __obj.updateDynamic(\"solutionConfig\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Solution]\n    }\n  }\n\n  \/** Describes the configuration properties for the solution.\n    *\/\n  @js.native\n  trait SolutionConfig extends js.Object {\n    var algorithmHyperParameters: js.UndefOr[HyperParameters]\n    var autoMLConfig: js.UndefOr[AutoMLConfig]\n    var eventValueThreshold: js.UndefOr[EventValueThreshold]\n    var featureTransformationParameters: js.UndefOr[FeatureTransformationParameters]\n    var hpoConfig: js.UndefOr[HPOConfig]\n  }\n\n  object SolutionConfig {\n    @inline\n    def apply(\n        algorithmHyperParameters: js.UndefOr[HyperParameters] = js.undefined,\n        autoMLConfig: js.UndefOr[AutoMLConfig] = js.undefined,\n        eventValueThreshold: js.UndefOr[EventValueThreshold] = js.undefined,\n        featureTransformationParameters: js.UndefOr[FeatureTransformationParameters] = js.undefined,\n        hpoConfig: js.UndefOr[HPOConfig] = js.undefined\n    ): SolutionConfig = {\n      val __obj = js.Dynamic.literal()\n      algorithmHyperParameters.foreach(__v => __obj.updateDynamic(\"algorithmHyperParameters\")(__v.asInstanceOf[js.Any]))\n      autoMLConfig.foreach(__v => __obj.updateDynamic(\"autoMLConfig\")(__v.asInstanceOf[js.Any]))\n      eventValueThreshold.foreach(__v => __obj.updateDynamic(\"eventValueThreshold\")(__v.asInstanceOf[js.Any]))\n      featureTransformationParameters.foreach(__v => __obj.updateDynamic(\"featureTransformationParameters\")(__v.asInstanceOf[js.Any]))\n      hpoConfig.foreach(__v => __obj.updateDynamic(\"hpoConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SolutionConfig]\n    }\n  }\n\n  \/** Provides a summary of the properties of a solution. For a complete listing, call the <a>DescribeSolution<\/a> API.\n    *\/\n  @js.native\n  trait SolutionSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var name: js.UndefOr[Name]\n    var solutionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object SolutionSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        solutionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): SolutionSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SolutionSummary]\n    }\n  }\n\n  \/** An object that provides information about a specific version of a <a>Solution<\/a>.\n    *\/\n  @js.native\n  trait SolutionVersion extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var datasetGroupArn: js.UndefOr[Arn]\n    var eventType: js.UndefOr[EventType]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var performAutoML: js.UndefOr[PerformAutoML]\n    var performHPO: js.UndefOr[PerformHPO]\n    var recipeArn: js.UndefOr[Arn]\n    var solutionArn: js.UndefOr[Arn]\n    var solutionConfig: js.UndefOr[SolutionConfig]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n    var trainingHours: js.UndefOr[TrainingHours]\n    var trainingMode: js.UndefOr[TrainingMode]\n    var tunedHPOParams: js.UndefOr[TunedHPOParams]\n  }\n\n  object SolutionVersion {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        datasetGroupArn: js.UndefOr[Arn] = js.undefined,\n        eventType: js.UndefOr[EventType] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        performAutoML: js.UndefOr[PerformAutoML] = js.undefined,\n        performHPO: js.UndefOr[PerformHPO] = js.undefined,\n        recipeArn: js.UndefOr[Arn] = js.undefined,\n        solutionArn: js.UndefOr[Arn] = js.undefined,\n        solutionConfig: js.UndefOr[SolutionConfig] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        trainingHours: js.UndefOr[TrainingHours] = js.undefined,\n        trainingMode: js.UndefOr[TrainingMode] = js.undefined,\n        tunedHPOParams: js.UndefOr[TunedHPOParams] = js.undefined\n    ): SolutionVersion = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      datasetGroupArn.foreach(__v => __obj.updateDynamic(\"datasetGroupArn\")(__v.asInstanceOf[js.Any]))\n      eventType.foreach(__v => __obj.updateDynamic(\"eventType\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      performAutoML.foreach(__v => __obj.updateDynamic(\"performAutoML\")(__v.asInstanceOf[js.Any]))\n      performHPO.foreach(__v => __obj.updateDynamic(\"performHPO\")(__v.asInstanceOf[js.Any]))\n      recipeArn.foreach(__v => __obj.updateDynamic(\"recipeArn\")(__v.asInstanceOf[js.Any]))\n      solutionArn.foreach(__v => __obj.updateDynamic(\"solutionArn\")(__v.asInstanceOf[js.Any]))\n      solutionConfig.foreach(__v => __obj.updateDynamic(\"solutionConfig\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      trainingHours.foreach(__v => __obj.updateDynamic(\"trainingHours\")(__v.asInstanceOf[js.Any]))\n      trainingMode.foreach(__v => __obj.updateDynamic(\"trainingMode\")(__v.asInstanceOf[js.Any]))\n      tunedHPOParams.foreach(__v => __obj.updateDynamic(\"tunedHPOParams\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SolutionVersion]\n    }\n  }\n\n  \/** Provides a summary of the properties of a solution version. For a complete listing, call the <a>DescribeSolutionVersion<\/a> API.\n    *\/\n  @js.native\n  trait SolutionVersionSummary extends js.Object {\n    var creationDateTime: js.UndefOr[Date]\n    var failureReason: js.UndefOr[FailureReason]\n    var lastUpdatedDateTime: js.UndefOr[Date]\n    var solutionVersionArn: js.UndefOr[Arn]\n    var status: js.UndefOr[Status]\n  }\n\n  object SolutionVersionSummary {\n    @inline\n    def apply(\n        creationDateTime: js.UndefOr[Date] = js.undefined,\n        failureReason: js.UndefOr[FailureReason] = js.undefined,\n        lastUpdatedDateTime: js.UndefOr[Date] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined\n    ): SolutionVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      creationDateTime.foreach(__v => __obj.updateDynamic(\"creationDateTime\")(__v.asInstanceOf[js.Any]))\n      failureReason.foreach(__v => __obj.updateDynamic(\"failureReason\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDateTime.foreach(__v => __obj.updateDynamic(\"lastUpdatedDateTime\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SolutionVersionSummary]\n    }\n  }\n\n  @js.native\n  sealed trait TrainingMode extends js.Any\n  object TrainingMode {\n    val FULL = \"FULL\".asInstanceOf[TrainingMode]\n    val UPDATE = \"UPDATE\".asInstanceOf[TrainingMode]\n\n    @inline def values = js.Array(FULL, UPDATE)\n  }\n\n  \/** If hyperparameter optimization (HPO) was performed, contains the hyperparameter values of the best performing model.\n    *\/\n  @js.native\n  trait TunedHPOParams extends js.Object {\n    var algorithmHyperParameters: js.UndefOr[HyperParameters]\n  }\n\n  object TunedHPOParams {\n    @inline\n    def apply(\n        algorithmHyperParameters: js.UndefOr[HyperParameters] = js.undefined\n    ): TunedHPOParams = {\n      val __obj = js.Dynamic.literal()\n      algorithmHyperParameters.foreach(__v => __obj.updateDynamic(\"algorithmHyperParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TunedHPOParams]\n    }\n  }\n\n  @js.native\n  trait UpdateCampaignRequest extends js.Object {\n    var campaignArn: Arn\n    var campaignConfig: js.UndefOr[CampaignConfig]\n    var minProvisionedTPS: js.UndefOr[TransactionsPerSecond]\n    var solutionVersionArn: js.UndefOr[Arn]\n  }\n\n  object UpdateCampaignRequest {\n    @inline\n    def apply(\n        campaignArn: Arn,\n        campaignConfig: js.UndefOr[CampaignConfig] = js.undefined,\n        minProvisionedTPS: js.UndefOr[TransactionsPerSecond] = js.undefined,\n        solutionVersionArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateCampaignRequest = {\n      val __obj = js.Dynamic.literal(\n        \"campaignArn\" -> campaignArn.asInstanceOf[js.Any]\n      )\n\n      campaignConfig.foreach(__v => __obj.updateDynamic(\"campaignConfig\")(__v.asInstanceOf[js.Any]))\n      minProvisionedTPS.foreach(__v => __obj.updateDynamic(\"minProvisionedTPS\")(__v.asInstanceOf[js.Any]))\n      solutionVersionArn.foreach(__v => __obj.updateDynamic(\"solutionVersionArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCampaignRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCampaignResponse extends js.Object {\n    var campaignArn: js.UndefOr[Arn]\n  }\n\n  object UpdateCampaignResponse {\n    @inline\n    def apply(\n        campaignArn: js.UndefOr[Arn] = js.undefined\n    ): UpdateCampaignResponse = {\n      val __obj = js.Dynamic.literal()\n      campaignArn.foreach(__v => __obj.updateDynamic(\"campaignArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCampaignResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/forecastquery\/src\/main\/scala\/facade\/amazonaws\/services\/ForecastQuery.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object forecastquery {\n  type Arn = String\n  type AttributeName = String\n  type AttributeValue = String\n  type DateTime = String\n  type Filters = js.Dictionary[AttributeValue]\n  type NextToken = String\n  type Predictions = js.Dictionary[TimeSeries]\n  type Statistic = String\n  type TimeSeries = js.Array[DataPoint]\n  type Timestamp = String\n\n  implicit final class ForecastQueryOps(private val service: ForecastQuery) extends AnyVal {\n\n    @inline def queryForecastFuture(params: QueryForecastRequest): Future[QueryForecastResponse] = service.queryForecast(params).promise().toFuture\n\n  }\n}\n\npackage forecastquery {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/forecastqueryservice\", JSImport.Namespace, \"AWS.ForecastQueryService\")\n  class ForecastQuery() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def queryForecast(params: QueryForecastRequest): Request[QueryForecastResponse] = js.native\n  }\n\n  \/** The forecast value for a specific date. Part of the <a>Forecast<\/a> object.\n    *\/\n  @js.native\n  trait DataPoint extends js.Object {\n    var Timestamp: js.UndefOr[Timestamp]\n    var Value: js.UndefOr[Double]\n  }\n\n  object DataPoint {\n    @inline\n    def apply(\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        Value: js.UndefOr[Double] = js.undefined\n    ): DataPoint = {\n      val __obj = js.Dynamic.literal()\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataPoint]\n    }\n  }\n\n  \/** Provides information about a forecast. Returned as part of the <a>QueryForecast<\/a> response.\n    *\/\n  @js.native\n  trait Forecast extends js.Object {\n    var Predictions: js.UndefOr[Predictions]\n  }\n\n  object Forecast {\n    @inline\n    def apply(\n        Predictions: js.UndefOr[Predictions] = js.undefined\n    ): Forecast = {\n      val __obj = js.Dynamic.literal()\n      Predictions.foreach(__v => __obj.updateDynamic(\"Predictions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Forecast]\n    }\n  }\n\n  @js.native\n  trait QueryForecastRequest extends js.Object {\n    var Filters: Filters\n    var ForecastArn: Arn\n    var EndDate: js.UndefOr[DateTime]\n    var NextToken: js.UndefOr[NextToken]\n    var StartDate: js.UndefOr[DateTime]\n  }\n\n  object QueryForecastRequest {\n    @inline\n    def apply(\n        Filters: Filters,\n        ForecastArn: Arn,\n        EndDate: js.UndefOr[DateTime] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StartDate: js.UndefOr[DateTime] = js.undefined\n    ): QueryForecastRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filters\" -> Filters.asInstanceOf[js.Any],\n        \"ForecastArn\" -> ForecastArn.asInstanceOf[js.Any]\n      )\n\n      EndDate.foreach(__v => __obj.updateDynamic(\"EndDate\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StartDate.foreach(__v => __obj.updateDynamic(\"StartDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryForecastRequest]\n    }\n  }\n\n  @js.native\n  trait QueryForecastResponse extends js.Object {\n    var Forecast: js.UndefOr[Forecast]\n  }\n\n  object QueryForecastResponse {\n    @inline\n    def apply(\n        Forecast: js.UndefOr[Forecast] = js.undefined\n    ): QueryForecastResponse = {\n      val __obj = js.Dynamic.literal()\n      Forecast.foreach(__v => __obj.updateDynamic(\"Forecast\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryForecastResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/Request.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws\n\nimport scala.scalajs.js\n\n@js.native\ntrait Request[T <: js.Object] extends js.Object {\n  def on(event: String, callback: js.Function2[Error, T, Unit]): Request[T] = js.native\n\n  def send(): Response[T] = js.native\n\n  \/** This can bridge to [[scala.concurrent.Future]] by invoking `request.promise().toFuture()`\n    *\n    * @see\n    *   http:\/\/docs.aws.amazon.com\/sdk-for-javascript\/v2\/developer-guide\/using-promises.html\n    * @return\n    *   js.Promise\n    *\/\n  def promise(): js.Promise[T] = js.native\n\n  \/** Aborts a request, emitting the error and complete events.\n    *\n    * This feature is not supported in the browser environment of the SDK.\n    *\n    * @return\n    *   the same request object, for chaining.\n    * @see\n    *   https:\/\/docs.aws.amazon.com\/AWSJavaScriptSDK\/latest\/AWS\/Request.html#abort-property\n    *\/\n  def abort(): Request[T] = js.native\n\n  \/** Sends the request and converts the request object into a readable stream that can be read from or piped into a writable stream.\n    *\n    * The data read from a readable stream contains only the raw HTTP body contents.\n    *\n    * @return\n    *   the readable stream object that can be piped or read from (by registering 'data' event listeners).\n    *\/\n  def createReadStream(): js.Dynamic = js.native\n\n  \/** Iterates over each page of results given a pageable request, calling the provided callback with each page of data. After all pages have been retrieved, the callback is called with `null` data.\n    *\n    * This operation can generate multiple requests to a service.\n    *\n    * @param callback\n    *   function(err, data, [doneCallback]) If the callback returns `false`, pagination will stop.\n    *\n    * Called with each page of resulting data from the request. If the optional `doneCallback` is provided in the function, it must be called when the next page is ready to be retrieved. This is useful forcontrolling serial pagination across asynchronous operations.\n    *\/\n  def eachPage(callback: js.Function3[Error, T, js.UndefOr[js.Function0[Unit]], Boolean]): Unit = js.native\n\n  \/** Returns whether the operation can return multiple pages of response data.\n    *\/\n  def isPageable(): Boolean = js.native\n\n  def startTime: js.Date = js.native\n\n  def httpRequest: HttpRequest = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/medialive\/src\/main\/scala\/facade\/amazonaws\/services\/MediaLive.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object medialive {\n  type InputDeviceThumbnail = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type MaxResults = Int\n  type Tags = js.Dictionary[__string]\n  type __double = Double\n  type __doubleMin0 = Double\n  type __doubleMin0Max1 = Double\n  type __doubleMin0Max100 = Double\n  type __doubleMin1 = Double\n  type __doubleMinNegative59Max0 = Double\n  type __integer = Int\n  type __integerMin0 = Int\n  type __integerMin0Max10 = Int\n  type __integerMin0Max100 = Int\n  type __integerMin0Max1000 = Int\n  type __integerMin0Max10000 = Int\n  type __integerMin0Max1000000 = Int\n  type __integerMin0Max100000000 = Int\n  type __integerMin0Max128 = Int\n  type __integerMin0Max15 = Int\n  type __integerMin0Max255 = Int\n  type __integerMin0Max30 = Int\n  type __integerMin0Max32768 = Int\n  type __integerMin0Max3600 = Int\n  type __integerMin0Max500 = Int\n  type __integerMin0Max600 = Int\n  type __integerMin0Max65535 = Int\n  type __integerMin0Max65536 = Int\n  type __integerMin0Max7 = Int\n  type __integerMin0Max8191 = Int\n  type __integerMin1 = Int\n  type __integerMin100 = Int\n  type __integerMin1000 = Int\n  type __integerMin1000000Max100000000 = Int\n  type __integerMin100000Max100000000 = Int\n  type __integerMin100000Max40000000 = Int\n  type __integerMin100000Max80000000 = Int\n  type __integerMin1000Max30000 = Int\n  type __integerMin1Max10 = Int\n  type __integerMin1Max1000000 = Int\n  type __integerMin1Max16 = Int\n  type __integerMin1Max20 = Int\n  type __integerMin1Max3003 = Int\n  type __integerMin1Max31 = Int\n  type __integerMin1Max32 = Int\n  type __integerMin1Max3600000 = Int\n  type __integerMin1Max4 = Int\n  type __integerMin1Max5 = Int\n  type __integerMin1Max6 = Int\n  type __integerMin1Max8 = Int\n  type __integerMin25Max10000 = Int\n  type __integerMin25Max2000 = Int\n  type __integerMin3 = Int\n  type __integerMin30 = Int\n  type __integerMin4Max20 = Int\n  type __integerMin800Max3000 = Int\n  type __integerMin96Max600 = Int\n  type __integerMinNegative1000Max1000 = Int\n  type __integerMinNegative5Max5 = Int\n  type __integerMinNegative60Max6 = Int\n  type __integerMinNegative60Max60 = Int\n  type __listOfAudioChannelMapping = js.Array[AudioChannelMapping]\n  type __listOfAudioDescription = js.Array[AudioDescription]\n  type __listOfAudioSelector = js.Array[AudioSelector]\n  type __listOfAudioTrack = js.Array[AudioTrack]\n  type __listOfBatchFailedResultModel = js.Array[BatchFailedResultModel]\n  type __listOfBatchSuccessfulResultModel = js.Array[BatchSuccessfulResultModel]\n  type __listOfCaptionDescription = js.Array[CaptionDescription]\n  type __listOfCaptionLanguageMapping = js.Array[CaptionLanguageMapping]\n  type __listOfCaptionSelector = js.Array[CaptionSelector]\n  type __listOfChannelEgressEndpoint = js.Array[ChannelEgressEndpoint]\n  type __listOfChannelSummary = js.Array[ChannelSummary]\n  type __listOfFailoverCondition = js.Array[FailoverCondition]\n  type __listOfHlsAdMarkers = js.Array[HlsAdMarkers]\n  type __listOfInput = js.Array[Input]\n  type __listOfInputAttachment = js.Array[InputAttachment]\n  type __listOfInputChannelLevel = js.Array[InputChannelLevel]\n  type __listOfInputDestination = js.Array[InputDestination]\n  type __listOfInputDestinationRequest = js.Array[InputDestinationRequest]\n  type __listOfInputDeviceRequest = js.Array[InputDeviceRequest]\n  type __listOfInputDeviceSettings = js.Array[InputDeviceSettings]\n  type __listOfInputDeviceSummary = js.Array[InputDeviceSummary]\n  type __listOfInputSecurityGroup = js.Array[InputSecurityGroup]\n  type __listOfInputSource = js.Array[InputSource]\n  type __listOfInputSourceRequest = js.Array[InputSourceRequest]\n  type __listOfInputWhitelistRule = js.Array[InputWhitelistRule]\n  type __listOfInputWhitelistRuleCidr = js.Array[InputWhitelistRuleCidr]\n  type __listOfMediaConnectFlow = js.Array[MediaConnectFlow]\n  type __listOfMediaConnectFlowRequest = js.Array[MediaConnectFlowRequest]\n  type __listOfMediaPackageOutputDestinationSettings = js.Array[MediaPackageOutputDestinationSettings]\n  type __listOfMultiplexOutputDestination = js.Array[MultiplexOutputDestination]\n  type __listOfMultiplexProgramPipelineDetail = js.Array[MultiplexProgramPipelineDetail]\n  type __listOfMultiplexProgramSummary = js.Array[MultiplexProgramSummary]\n  type __listOfMultiplexSummary = js.Array[MultiplexSummary]\n  type __listOfOffering = js.Array[Offering]\n  type __listOfOutput = js.Array[Output]\n  type __listOfOutputDestination = js.Array[OutputDestination]\n  type __listOfOutputDestinationSettings = js.Array[OutputDestinationSettings]\n  type __listOfOutputGroup = js.Array[OutputGroup]\n  type __listOfPipelineDetail = js.Array[PipelineDetail]\n  type __listOfPipelinePauseStateSettings = js.Array[PipelinePauseStateSettings]\n  type __listOfReservation = js.Array[Reservation]\n  type __listOfRtmpAdMarkers = js.Array[RtmpAdMarkers]\n  type __listOfScheduleAction = js.Array[ScheduleAction]\n  type __listOfScte35Descriptor = js.Array[Scte35Descriptor]\n  type __listOfTransferringInputDeviceSummary = js.Array[TransferringInputDeviceSummary]\n  type __listOfVideoDescription = js.Array[VideoDescription]\n  type __listOf__integer = js.Array[__integer]\n  type __listOf__string = js.Array[__string]\n  type __long = Double\n  type __longMin0Max1099511627775 = Double\n  type __longMin0Max4294967295 = Double\n  type __longMin0Max8589934591 = Double\n  type __longMin0Max86400000 = Double\n  type __string = String\n  type __stringMax1000 = String\n  type __stringMax256 = String\n  type __stringMax32 = String\n  type __stringMin1 = String\n  type __stringMin1Max255 = String\n  type __stringMin1Max256 = String\n  type __stringMin1Max35 = String\n  type __stringMin32Max32 = String\n  type __stringMin34Max34 = String\n  type __stringMin3Max3 = String\n  type __stringMin6Max6 = String\n  type __timestamp = js.Date\n\n  implicit final class MediaLiveOps(private val service: MediaLive) extends AnyVal {\n\n    @inline def acceptInputDeviceTransferFuture(params: AcceptInputDeviceTransferRequest): Future[AcceptInputDeviceTransferResponse] = service.acceptInputDeviceTransfer(params).promise().toFuture\n    @inline def batchDeleteFuture(params: BatchDeleteRequest): Future[BatchDeleteResponse] = service.batchDelete(params).promise().toFuture\n    @inline def batchStartFuture(params: BatchStartRequest): Future[BatchStartResponse] = service.batchStart(params).promise().toFuture\n    @inline def batchStopFuture(params: BatchStopRequest): Future[BatchStopResponse] = service.batchStop(params).promise().toFuture\n    @inline def batchUpdateScheduleFuture(params: BatchUpdateScheduleRequest): Future[BatchUpdateScheduleResponse] = service.batchUpdateSchedule(params).promise().toFuture\n    @inline def cancelInputDeviceTransferFuture(params: CancelInputDeviceTransferRequest): Future[CancelInputDeviceTransferResponse] = service.cancelInputDeviceTransfer(params).promise().toFuture\n    @inline def createChannelFuture(params: CreateChannelRequest): Future[CreateChannelResponse] = service.createChannel(params).promise().toFuture\n    @inline def createInputFuture(params: CreateInputRequest): Future[CreateInputResponse] = service.createInput(params).promise().toFuture\n    @inline def createInputSecurityGroupFuture(params: CreateInputSecurityGroupRequest): Future[CreateInputSecurityGroupResponse] = service.createInputSecurityGroup(params).promise().toFuture\n    @inline def createMultiplexFuture(params: CreateMultiplexRequest): Future[CreateMultiplexResponse] = service.createMultiplex(params).promise().toFuture\n    @inline def createMultiplexProgramFuture(params: CreateMultiplexProgramRequest): Future[CreateMultiplexProgramResponse] = service.createMultiplexProgram(params).promise().toFuture\n    @inline def createPartnerInputFuture(params: CreatePartnerInputRequest): Future[CreatePartnerInputResponse] = service.createPartnerInput(params).promise().toFuture\n    @inline def createTagsFuture(params: CreateTagsRequest): Future[js.Object] = service.createTags(params).promise().toFuture\n    @inline def deleteChannelFuture(params: DeleteChannelRequest): Future[DeleteChannelResponse] = service.deleteChannel(params).promise().toFuture\n    @inline def deleteInputFuture(params: DeleteInputRequest): Future[DeleteInputResponse] = service.deleteInput(params).promise().toFuture\n    @inline def deleteInputSecurityGroupFuture(params: DeleteInputSecurityGroupRequest): Future[DeleteInputSecurityGroupResponse] = service.deleteInputSecurityGroup(params).promise().toFuture\n    @inline def deleteMultiplexFuture(params: DeleteMultiplexRequest): Future[DeleteMultiplexResponse] = service.deleteMultiplex(params).promise().toFuture\n    @inline def deleteMultiplexProgramFuture(params: DeleteMultiplexProgramRequest): Future[DeleteMultiplexProgramResponse] = service.deleteMultiplexProgram(params).promise().toFuture\n    @inline def deleteReservationFuture(params: DeleteReservationRequest): Future[DeleteReservationResponse] = service.deleteReservation(params).promise().toFuture\n    @inline def deleteScheduleFuture(params: DeleteScheduleRequest): Future[DeleteScheduleResponse] = service.deleteSchedule(params).promise().toFuture\n    @inline def deleteTagsFuture(params: DeleteTagsRequest): Future[js.Object] = service.deleteTags(params).promise().toFuture\n    @inline def describeChannelFuture(params: DescribeChannelRequest): Future[DescribeChannelResponse] = service.describeChannel(params).promise().toFuture\n    @inline def describeInputDeviceFuture(params: DescribeInputDeviceRequest): Future[DescribeInputDeviceResponse] = service.describeInputDevice(params).promise().toFuture\n    @inline def describeInputDeviceThumbnailFuture(params: DescribeInputDeviceThumbnailRequest): Future[DescribeInputDeviceThumbnailResponse] = service.describeInputDeviceThumbnail(params).promise().toFuture\n    @inline def describeInputFuture(params: DescribeInputRequest): Future[DescribeInputResponse] = service.describeInput(params).promise().toFuture\n    @inline def describeInputSecurityGroupFuture(params: DescribeInputSecurityGroupRequest): Future[DescribeInputSecurityGroupResponse] = service.describeInputSecurityGroup(params).promise().toFuture\n    @inline def describeMultiplexFuture(params: DescribeMultiplexRequest): Future[DescribeMultiplexResponse] = service.describeMultiplex(params).promise().toFuture\n    @inline def describeMultiplexProgramFuture(params: DescribeMultiplexProgramRequest): Future[DescribeMultiplexProgramResponse] = service.describeMultiplexProgram(params).promise().toFuture\n    @inline def describeOfferingFuture(params: DescribeOfferingRequest): Future[DescribeOfferingResponse] = service.describeOffering(params).promise().toFuture\n    @inline def describeReservationFuture(params: DescribeReservationRequest): Future[DescribeReservationResponse] = service.describeReservation(params).promise().toFuture\n    @inline def describeScheduleFuture(params: DescribeScheduleRequest): Future[DescribeScheduleResponse] = service.describeSchedule(params).promise().toFuture\n    @inline def listChannelsFuture(params: ListChannelsRequest): Future[ListChannelsResponse] = service.listChannels(params).promise().toFuture\n    @inline def listInputDeviceTransfersFuture(params: ListInputDeviceTransfersRequest): Future[ListInputDeviceTransfersResponse] = service.listInputDeviceTransfers(params).promise().toFuture\n    @inline def listInputDevicesFuture(params: ListInputDevicesRequest): Future[ListInputDevicesResponse] = service.listInputDevices(params).promise().toFuture\n    @inline def listInputSecurityGroupsFuture(params: ListInputSecurityGroupsRequest): Future[ListInputSecurityGroupsResponse] = service.listInputSecurityGroups(params).promise().toFuture\n    @inline def listInputsFuture(params: ListInputsRequest): Future[ListInputsResponse] = service.listInputs(params).promise().toFuture\n    @inline def listMultiplexProgramsFuture(params: ListMultiplexProgramsRequest): Future[ListMultiplexProgramsResponse] = service.listMultiplexPrograms(params).promise().toFuture\n    @inline def listMultiplexesFuture(params: ListMultiplexesRequest): Future[ListMultiplexesResponse] = service.listMultiplexes(params).promise().toFuture\n    @inline def listOfferingsFuture(params: ListOfferingsRequest): Future[ListOfferingsResponse] = service.listOfferings(params).promise().toFuture\n    @inline def listReservationsFuture(params: ListReservationsRequest): Future[ListReservationsResponse] = service.listReservations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def purchaseOfferingFuture(params: PurchaseOfferingRequest): Future[PurchaseOfferingResponse] = service.purchaseOffering(params).promise().toFuture\n    @inline def rejectInputDeviceTransferFuture(params: RejectInputDeviceTransferRequest): Future[RejectInputDeviceTransferResponse] = service.rejectInputDeviceTransfer(params).promise().toFuture\n    @inline def startChannelFuture(params: StartChannelRequest): Future[StartChannelResponse] = service.startChannel(params).promise().toFuture\n    @inline def startMultiplexFuture(params: StartMultiplexRequest): Future[StartMultiplexResponse] = service.startMultiplex(params).promise().toFuture\n    @inline def stopChannelFuture(params: StopChannelRequest): Future[StopChannelResponse] = service.stopChannel(params).promise().toFuture\n    @inline def stopMultiplexFuture(params: StopMultiplexRequest): Future[StopMultiplexResponse] = service.stopMultiplex(params).promise().toFuture\n    @inline def transferInputDeviceFuture(params: TransferInputDeviceRequest): Future[TransferInputDeviceResponse] = service.transferInputDevice(params).promise().toFuture\n    @inline def updateChannelClassFuture(params: UpdateChannelClassRequest): Future[UpdateChannelClassResponse] = service.updateChannelClass(params).promise().toFuture\n    @inline def updateChannelFuture(params: UpdateChannelRequest): Future[UpdateChannelResponse] = service.updateChannel(params).promise().toFuture\n    @inline def updateInputDeviceFuture(params: UpdateInputDeviceRequest): Future[UpdateInputDeviceResponse] = service.updateInputDevice(params).promise().toFuture\n    @inline def updateInputFuture(params: UpdateInputRequest): Future[UpdateInputResponse] = service.updateInput(params).promise().toFuture\n    @inline def updateInputSecurityGroupFuture(params: UpdateInputSecurityGroupRequest): Future[UpdateInputSecurityGroupResponse] = service.updateInputSecurityGroup(params).promise().toFuture\n    @inline def updateMultiplexFuture(params: UpdateMultiplexRequest): Future[UpdateMultiplexResponse] = service.updateMultiplex(params).promise().toFuture\n    @inline def updateMultiplexProgramFuture(params: UpdateMultiplexProgramRequest): Future[UpdateMultiplexProgramResponse] = service.updateMultiplexProgram(params).promise().toFuture\n    @inline def updateReservationFuture(params: UpdateReservationRequest): Future[UpdateReservationResponse] = service.updateReservation(params).promise().toFuture\n\n  }\n}\n\npackage medialive {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/medialive\", JSImport.Namespace, \"AWS.MediaLive\")\n  class MediaLive() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptInputDeviceTransfer(params: AcceptInputDeviceTransferRequest): Request[AcceptInputDeviceTransferResponse] = js.native\n    def batchDelete(params: BatchDeleteRequest): Request[BatchDeleteResponse] = js.native\n    def batchStart(params: BatchStartRequest): Request[BatchStartResponse] = js.native\n    def batchStop(params: BatchStopRequest): Request[BatchStopResponse] = js.native\n    def batchUpdateSchedule(params: BatchUpdateScheduleRequest): Request[BatchUpdateScheduleResponse] = js.native\n    def cancelInputDeviceTransfer(params: CancelInputDeviceTransferRequest): Request[CancelInputDeviceTransferResponse] = js.native\n    def createChannel(params: CreateChannelRequest): Request[CreateChannelResponse] = js.native\n    def createInput(params: CreateInputRequest): Request[CreateInputResponse] = js.native\n    def createInputSecurityGroup(params: CreateInputSecurityGroupRequest): Request[CreateInputSecurityGroupResponse] = js.native\n    def createMultiplex(params: CreateMultiplexRequest): Request[CreateMultiplexResponse] = js.native\n    def createMultiplexProgram(params: CreateMultiplexProgramRequest): Request[CreateMultiplexProgramResponse] = js.native\n    def createPartnerInput(params: CreatePartnerInputRequest): Request[CreatePartnerInputResponse] = js.native\n    def createTags(params: CreateTagsRequest): Request[js.Object] = js.native\n    def deleteChannel(params: DeleteChannelRequest): Request[DeleteChannelResponse] = js.native\n    def deleteInput(params: DeleteInputRequest): Request[DeleteInputResponse] = js.native\n    def deleteInputSecurityGroup(params: DeleteInputSecurityGroupRequest): Request[DeleteInputSecurityGroupResponse] = js.native\n    def deleteMultiplex(params: DeleteMultiplexRequest): Request[DeleteMultiplexResponse] = js.native\n    def deleteMultiplexProgram(params: DeleteMultiplexProgramRequest): Request[DeleteMultiplexProgramResponse] = js.native\n    def deleteReservation(params: DeleteReservationRequest): Request[DeleteReservationResponse] = js.native\n    def deleteSchedule(params: DeleteScheduleRequest): Request[DeleteScheduleResponse] = js.native\n    def deleteTags(params: DeleteTagsRequest): Request[js.Object] = js.native\n    def describeChannel(params: DescribeChannelRequest): Request[DescribeChannelResponse] = js.native\n    def describeInput(params: DescribeInputRequest): Request[DescribeInputResponse] = js.native\n    def describeInputDevice(params: DescribeInputDeviceRequest): Request[DescribeInputDeviceResponse] = js.native\n    def describeInputDeviceThumbnail(params: DescribeInputDeviceThumbnailRequest): Request[DescribeInputDeviceThumbnailResponse] = js.native\n    def describeInputSecurityGroup(params: DescribeInputSecurityGroupRequest): Request[DescribeInputSecurityGroupResponse] = js.native\n    def describeMultiplex(params: DescribeMultiplexRequest): Request[DescribeMultiplexResponse] = js.native\n    def describeMultiplexProgram(params: DescribeMultiplexProgramRequest): Request[DescribeMultiplexProgramResponse] = js.native\n    def describeOffering(params: DescribeOfferingRequest): Request[DescribeOfferingResponse] = js.native\n    def describeReservation(params: DescribeReservationRequest): Request[DescribeReservationResponse] = js.native\n    def describeSchedule(params: DescribeScheduleRequest): Request[DescribeScheduleResponse] = js.native\n    def listChannels(params: ListChannelsRequest): Request[ListChannelsResponse] = js.native\n    def listInputDeviceTransfers(params: ListInputDeviceTransfersRequest): Request[ListInputDeviceTransfersResponse] = js.native\n    def listInputDevices(params: ListInputDevicesRequest): Request[ListInputDevicesResponse] = js.native\n    def listInputSecurityGroups(params: ListInputSecurityGroupsRequest): Request[ListInputSecurityGroupsResponse] = js.native\n    def listInputs(params: ListInputsRequest): Request[ListInputsResponse] = js.native\n    def listMultiplexPrograms(params: ListMultiplexProgramsRequest): Request[ListMultiplexProgramsResponse] = js.native\n    def listMultiplexes(params: ListMultiplexesRequest): Request[ListMultiplexesResponse] = js.native\n    def listOfferings(params: ListOfferingsRequest): Request[ListOfferingsResponse] = js.native\n    def listReservations(params: ListReservationsRequest): Request[ListReservationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def purchaseOffering(params: PurchaseOfferingRequest): Request[PurchaseOfferingResponse] = js.native\n    def rejectInputDeviceTransfer(params: RejectInputDeviceTransferRequest): Request[RejectInputDeviceTransferResponse] = js.native\n    def startChannel(params: StartChannelRequest): Request[StartChannelResponse] = js.native\n    def startMultiplex(params: StartMultiplexRequest): Request[StartMultiplexResponse] = js.native\n    def stopChannel(params: StopChannelRequest): Request[StopChannelResponse] = js.native\n    def stopMultiplex(params: StopMultiplexRequest): Request[StopMultiplexResponse] = js.native\n    def transferInputDevice(params: TransferInputDeviceRequest): Request[TransferInputDeviceResponse] = js.native\n    def updateChannel(params: UpdateChannelRequest): Request[UpdateChannelResponse] = js.native\n    def updateChannelClass(params: UpdateChannelClassRequest): Request[UpdateChannelClassResponse] = js.native\n    def updateInput(params: UpdateInputRequest): Request[UpdateInputResponse] = js.native\n    def updateInputDevice(params: UpdateInputDeviceRequest): Request[UpdateInputDeviceResponse] = js.native\n    def updateInputSecurityGroup(params: UpdateInputSecurityGroupRequest): Request[UpdateInputSecurityGroupResponse] = js.native\n    def updateMultiplex(params: UpdateMultiplexRequest): Request[UpdateMultiplexResponse] = js.native\n    def updateMultiplexProgram(params: UpdateMultiplexProgramRequest): Request[UpdateMultiplexProgramResponse] = js.native\n    def updateReservation(params: UpdateReservationRequest): Request[UpdateReservationResponse] = js.native\n  }\n\n  \/** Aac Coding Mode\n    *\/\n  @js.native\n  sealed trait AacCodingMode extends js.Any\n  object AacCodingMode {\n    val AD_RECEIVER_MIX = \"AD_RECEIVER_MIX\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_1_1 = \"CODING_MODE_1_1\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[AacCodingMode]\n    val CODING_MODE_5_1 = \"CODING_MODE_5_1\".asInstanceOf[AacCodingMode]\n\n    @inline def values = js.Array(AD_RECEIVER_MIX, CODING_MODE_1_0, CODING_MODE_1_1, CODING_MODE_2_0, CODING_MODE_5_1)\n  }\n\n  \/** Aac Input Type\n    *\/\n  @js.native\n  sealed trait AacInputType extends js.Any\n  object AacInputType {\n    val BROADCASTER_MIXED_AD = \"BROADCASTER_MIXED_AD\".asInstanceOf[AacInputType]\n    val NORMAL = \"NORMAL\".asInstanceOf[AacInputType]\n\n    @inline def values = js.Array(BROADCASTER_MIXED_AD, NORMAL)\n  }\n\n  \/** Aac Profile\n    *\/\n  @js.native\n  sealed trait AacProfile extends js.Any\n  object AacProfile {\n    val HEV1 = \"HEV1\".asInstanceOf[AacProfile]\n    val HEV2 = \"HEV2\".asInstanceOf[AacProfile]\n    val LC = \"LC\".asInstanceOf[AacProfile]\n\n    @inline def values = js.Array(HEV1, HEV2, LC)\n  }\n\n  \/** Aac Rate Control Mode\n    *\/\n  @js.native\n  sealed trait AacRateControlMode extends js.Any\n  object AacRateControlMode {\n    val CBR = \"CBR\".asInstanceOf[AacRateControlMode]\n    val VBR = \"VBR\".asInstanceOf[AacRateControlMode]\n\n    @inline def values = js.Array(CBR, VBR)\n  }\n\n  \/** Aac Raw Format\n    *\/\n  @js.native\n  sealed trait AacRawFormat extends js.Any\n  object AacRawFormat {\n    val LATM_LOAS = \"LATM_LOAS\".asInstanceOf[AacRawFormat]\n    val NONE = \"NONE\".asInstanceOf[AacRawFormat]\n\n    @inline def values = js.Array(LATM_LOAS, NONE)\n  }\n\n  \/** Aac Settings\n    *\/\n  @js.native\n  trait AacSettings extends js.Object {\n    var Bitrate: js.UndefOr[__double]\n    var CodingMode: js.UndefOr[AacCodingMode]\n    var InputType: js.UndefOr[AacInputType]\n    var Profile: js.UndefOr[AacProfile]\n    var RateControlMode: js.UndefOr[AacRateControlMode]\n    var RawFormat: js.UndefOr[AacRawFormat]\n    var SampleRate: js.UndefOr[__double]\n    var Spec: js.UndefOr[AacSpec]\n    var VbrQuality: js.UndefOr[AacVbrQuality]\n  }\n\n  object AacSettings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__double] = js.undefined,\n        CodingMode: js.UndefOr[AacCodingMode] = js.undefined,\n        InputType: js.UndefOr[AacInputType] = js.undefined,\n        Profile: js.UndefOr[AacProfile] = js.undefined,\n        RateControlMode: js.UndefOr[AacRateControlMode] = js.undefined,\n        RawFormat: js.UndefOr[AacRawFormat] = js.undefined,\n        SampleRate: js.UndefOr[__double] = js.undefined,\n        Spec: js.UndefOr[AacSpec] = js.undefined,\n        VbrQuality: js.UndefOr[AacVbrQuality] = js.undefined\n    ): AacSettings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      InputType.foreach(__v => __obj.updateDynamic(\"InputType\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      RawFormat.foreach(__v => __obj.updateDynamic(\"RawFormat\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      Spec.foreach(__v => __obj.updateDynamic(\"Spec\")(__v.asInstanceOf[js.Any]))\n      VbrQuality.foreach(__v => __obj.updateDynamic(\"VbrQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AacSettings]\n    }\n  }\n\n  \/** Aac Spec\n    *\/\n  @js.native\n  sealed trait AacSpec extends js.Any\n  object AacSpec {\n    val MPEG2 = \"MPEG2\".asInstanceOf[AacSpec]\n    val MPEG4 = \"MPEG4\".asInstanceOf[AacSpec]\n\n    @inline def values = js.Array(MPEG2, MPEG4)\n  }\n\n  \/** Aac Vbr Quality\n    *\/\n  @js.native\n  sealed trait AacVbrQuality extends js.Any\n  object AacVbrQuality {\n    val HIGH = \"HIGH\".asInstanceOf[AacVbrQuality]\n    val LOW = \"LOW\".asInstanceOf[AacVbrQuality]\n    val MEDIUM_HIGH = \"MEDIUM_HIGH\".asInstanceOf[AacVbrQuality]\n    val MEDIUM_LOW = \"MEDIUM_LOW\".asInstanceOf[AacVbrQuality]\n\n    @inline def values = js.Array(HIGH, LOW, MEDIUM_HIGH, MEDIUM_LOW)\n  }\n\n  \/** Ac3 Bitstream Mode\n    *\/\n  @js.native\n  sealed trait Ac3BitstreamMode extends js.Any\n  object Ac3BitstreamMode {\n    val COMMENTARY = \"COMMENTARY\".asInstanceOf[Ac3BitstreamMode]\n    val COMPLETE_MAIN = \"COMPLETE_MAIN\".asInstanceOf[Ac3BitstreamMode]\n    val DIALOGUE = \"DIALOGUE\".asInstanceOf[Ac3BitstreamMode]\n    val EMERGENCY = \"EMERGENCY\".asInstanceOf[Ac3BitstreamMode]\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[Ac3BitstreamMode]\n    val MUSIC_AND_EFFECTS = \"MUSIC_AND_EFFECTS\".asInstanceOf[Ac3BitstreamMode]\n    val VISUALLY_IMPAIRED = \"VISUALLY_IMPAIRED\".asInstanceOf[Ac3BitstreamMode]\n    val VOICE_OVER = \"VOICE_OVER\".asInstanceOf[Ac3BitstreamMode]\n\n    @inline def values = js.Array(COMMENTARY, COMPLETE_MAIN, DIALOGUE, EMERGENCY, HEARING_IMPAIRED, MUSIC_AND_EFFECTS, VISUALLY_IMPAIRED, VOICE_OVER)\n  }\n\n  \/** Ac3 Coding Mode\n    *\/\n  @js.native\n  sealed trait Ac3CodingMode extends js.Any\n  object Ac3CodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_1_1 = \"CODING_MODE_1_1\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[Ac3CodingMode]\n    val CODING_MODE_3_2_LFE = \"CODING_MODE_3_2_LFE\".asInstanceOf[Ac3CodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_1_1, CODING_MODE_2_0, CODING_MODE_3_2_LFE)\n  }\n\n  \/** Ac3 Drc Profile\n    *\/\n  @js.native\n  sealed trait Ac3DrcProfile extends js.Any\n  object Ac3DrcProfile {\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Ac3DrcProfile]\n    val NONE = \"NONE\".asInstanceOf[Ac3DrcProfile]\n\n    @inline def values = js.Array(FILM_STANDARD, NONE)\n  }\n\n  \/** Ac3 Lfe Filter\n    *\/\n  @js.native\n  sealed trait Ac3LfeFilter extends js.Any\n  object Ac3LfeFilter {\n    val DISABLED = \"DISABLED\".asInstanceOf[Ac3LfeFilter]\n    val ENABLED = \"ENABLED\".asInstanceOf[Ac3LfeFilter]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Ac3 Metadata Control\n    *\/\n  @js.native\n  sealed trait Ac3MetadataControl extends js.Any\n  object Ac3MetadataControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[Ac3MetadataControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[Ac3MetadataControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Ac3 Settings\n    *\/\n  @js.native\n  trait Ac3Settings extends js.Object {\n    var Bitrate: js.UndefOr[__double]\n    var BitstreamMode: js.UndefOr[Ac3BitstreamMode]\n    var CodingMode: js.UndefOr[Ac3CodingMode]\n    var Dialnorm: js.UndefOr[__integerMin1Max31]\n    var DrcProfile: js.UndefOr[Ac3DrcProfile]\n    var LfeFilter: js.UndefOr[Ac3LfeFilter]\n    var MetadataControl: js.UndefOr[Ac3MetadataControl]\n  }\n\n  object Ac3Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__double] = js.undefined,\n        BitstreamMode: js.UndefOr[Ac3BitstreamMode] = js.undefined,\n        CodingMode: js.UndefOr[Ac3CodingMode] = js.undefined,\n        Dialnorm: js.UndefOr[__integerMin1Max31] = js.undefined,\n        DrcProfile: js.UndefOr[Ac3DrcProfile] = js.undefined,\n        LfeFilter: js.UndefOr[Ac3LfeFilter] = js.undefined,\n        MetadataControl: js.UndefOr[Ac3MetadataControl] = js.undefined\n    ): Ac3Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BitstreamMode.foreach(__v => __obj.updateDynamic(\"BitstreamMode\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      Dialnorm.foreach(__v => __obj.updateDynamic(\"Dialnorm\")(__v.asInstanceOf[js.Any]))\n      DrcProfile.foreach(__v => __obj.updateDynamic(\"DrcProfile\")(__v.asInstanceOf[js.Any]))\n      LfeFilter.foreach(__v => __obj.updateDynamic(\"LfeFilter\")(__v.asInstanceOf[js.Any]))\n      MetadataControl.foreach(__v => __obj.updateDynamic(\"MetadataControl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Ac3Settings]\n    }\n  }\n\n  \/** The HTTP Accept header. Indicates the requested type fothe thumbnail.\n    *\/\n  @js.native\n  sealed trait AcceptHeader extends js.Any\n  object AcceptHeader {\n    val `image\/jpeg` = \"image\/jpeg\".asInstanceOf[AcceptHeader]\n\n    @inline def values = js.Array(`image\/jpeg`)\n  }\n\n  \/** Placeholder documentation for AcceptInputDeviceTransferRequest\n    *\/\n  @js.native\n  trait AcceptInputDeviceTransferRequest extends js.Object {\n    var InputDeviceId: __string\n  }\n\n  object AcceptInputDeviceTransferRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string\n    ): AcceptInputDeviceTransferRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptInputDeviceTransferRequest]\n    }\n  }\n\n  \/** Placeholder documentation for AcceptInputDeviceTransferResponse\n    *\/\n  @js.native\n  trait AcceptInputDeviceTransferResponse extends js.Object\n\n  object AcceptInputDeviceTransferResponse {\n    @inline\n    def apply(): AcceptInputDeviceTransferResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AcceptInputDeviceTransferResponse]\n    }\n  }\n\n  \/** Afd Signaling\n    *\/\n  @js.native\n  sealed trait AfdSignaling extends js.Any\n  object AfdSignaling {\n    val AUTO = \"AUTO\".asInstanceOf[AfdSignaling]\n    val FIXED = \"FIXED\".asInstanceOf[AfdSignaling]\n    val NONE = \"NONE\".asInstanceOf[AfdSignaling]\n\n    @inline def values = js.Array(AUTO, FIXED, NONE)\n  }\n\n  \/** Ancillary Source Settings\n    *\/\n  @js.native\n  trait AncillarySourceSettings extends js.Object {\n    var SourceAncillaryChannelNumber: js.UndefOr[__integerMin1Max4]\n  }\n\n  object AncillarySourceSettings {\n    @inline\n    def apply(\n        SourceAncillaryChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined\n    ): AncillarySourceSettings = {\n      val __obj = js.Dynamic.literal()\n      SourceAncillaryChannelNumber.foreach(__v => __obj.updateDynamic(\"SourceAncillaryChannelNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AncillarySourceSettings]\n    }\n  }\n\n  \/** Archive Cdn Settings\n    *\/\n  @js.native\n  trait ArchiveCdnSettings extends js.Object {\n    var ArchiveS3Settings: js.UndefOr[ArchiveS3Settings]\n  }\n\n  object ArchiveCdnSettings {\n    @inline\n    def apply(\n        ArchiveS3Settings: js.UndefOr[ArchiveS3Settings] = js.undefined\n    ): ArchiveCdnSettings = {\n      val __obj = js.Dynamic.literal()\n      ArchiveS3Settings.foreach(__v => __obj.updateDynamic(\"ArchiveS3Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchiveCdnSettings]\n    }\n  }\n\n  \/** Archive Container Settings\n    *\/\n  @js.native\n  trait ArchiveContainerSettings extends js.Object {\n    var M2tsSettings: js.UndefOr[M2tsSettings]\n    var RawSettings: js.UndefOr[RawSettings]\n  }\n\n  object ArchiveContainerSettings {\n    @inline\n    def apply(\n        M2tsSettings: js.UndefOr[M2tsSettings] = js.undefined,\n        RawSettings: js.UndefOr[RawSettings] = js.undefined\n    ): ArchiveContainerSettings = {\n      val __obj = js.Dynamic.literal()\n      M2tsSettings.foreach(__v => __obj.updateDynamic(\"M2tsSettings\")(__v.asInstanceOf[js.Any]))\n      RawSettings.foreach(__v => __obj.updateDynamic(\"RawSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchiveContainerSettings]\n    }\n  }\n\n  \/** Archive Group Settings\n    *\/\n  @js.native\n  trait ArchiveGroupSettings extends js.Object {\n    var Destination: OutputLocationRef\n    var ArchiveCdnSettings: js.UndefOr[ArchiveCdnSettings]\n    var RolloverInterval: js.UndefOr[__integerMin1]\n  }\n\n  object ArchiveGroupSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef,\n        ArchiveCdnSettings: js.UndefOr[ArchiveCdnSettings] = js.undefined,\n        RolloverInterval: js.UndefOr[__integerMin1] = js.undefined\n    ): ArchiveGroupSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      ArchiveCdnSettings.foreach(__v => __obj.updateDynamic(\"ArchiveCdnSettings\")(__v.asInstanceOf[js.Any]))\n      RolloverInterval.foreach(__v => __obj.updateDynamic(\"RolloverInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchiveGroupSettings]\n    }\n  }\n\n  \/** Archive Output Settings\n    *\/\n  @js.native\n  trait ArchiveOutputSettings extends js.Object {\n    var ContainerSettings: ArchiveContainerSettings\n    var Extension: js.UndefOr[__string]\n    var NameModifier: js.UndefOr[__string]\n  }\n\n  object ArchiveOutputSettings {\n    @inline\n    def apply(\n        ContainerSettings: ArchiveContainerSettings,\n        Extension: js.UndefOr[__string] = js.undefined,\n        NameModifier: js.UndefOr[__string] = js.undefined\n    ): ArchiveOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerSettings\" -> ContainerSettings.asInstanceOf[js.Any]\n      )\n\n      Extension.foreach(__v => __obj.updateDynamic(\"Extension\")(__v.asInstanceOf[js.Any]))\n      NameModifier.foreach(__v => __obj.updateDynamic(\"NameModifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchiveOutputSettings]\n    }\n  }\n\n  \/** Archive S3 Settings\n    *\/\n  @js.native\n  trait ArchiveS3Settings extends js.Object {\n    var CannedAcl: js.UndefOr[S3CannedAcl]\n  }\n\n  object ArchiveS3Settings {\n    @inline\n    def apply(\n        CannedAcl: js.UndefOr[S3CannedAcl] = js.undefined\n    ): ArchiveS3Settings = {\n      val __obj = js.Dynamic.literal()\n      CannedAcl.foreach(__v => __obj.updateDynamic(\"CannedAcl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ArchiveS3Settings]\n    }\n  }\n\n  \/** Arib Destination Settings\n    *\/\n  @js.native\n  trait AribDestinationSettings extends js.Object\n\n  object AribDestinationSettings {\n    @inline\n    def apply(): AribDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AribDestinationSettings]\n    }\n  }\n\n  \/** Arib Source Settings\n    *\/\n  @js.native\n  trait AribSourceSettings extends js.Object\n\n  object AribSourceSettings {\n    @inline\n    def apply(): AribSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AribSourceSettings]\n    }\n  }\n\n  \/** Audio Channel Mapping\n    *\/\n  @js.native\n  trait AudioChannelMapping extends js.Object {\n    var InputChannelLevels: __listOfInputChannelLevel\n    var OutputChannel: __integerMin0Max7\n  }\n\n  object AudioChannelMapping {\n    @inline\n    def apply(\n        InputChannelLevels: __listOfInputChannelLevel,\n        OutputChannel: __integerMin0Max7\n    ): AudioChannelMapping = {\n      val __obj = js.Dynamic.literal(\n        \"InputChannelLevels\" -> InputChannelLevels.asInstanceOf[js.Any],\n        \"OutputChannel\" -> OutputChannel.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AudioChannelMapping]\n    }\n  }\n\n  \/** Audio Codec Settings\n    *\/\n  @js.native\n  trait AudioCodecSettings extends js.Object {\n    var AacSettings: js.UndefOr[AacSettings]\n    var Ac3Settings: js.UndefOr[Ac3Settings]\n    var Eac3Settings: js.UndefOr[Eac3Settings]\n    var Mp2Settings: js.UndefOr[Mp2Settings]\n    var PassThroughSettings: js.UndefOr[PassThroughSettings]\n    var WavSettings: js.UndefOr[WavSettings]\n  }\n\n  object AudioCodecSettings {\n    @inline\n    def apply(\n        AacSettings: js.UndefOr[AacSettings] = js.undefined,\n        Ac3Settings: js.UndefOr[Ac3Settings] = js.undefined,\n        Eac3Settings: js.UndefOr[Eac3Settings] = js.undefined,\n        Mp2Settings: js.UndefOr[Mp2Settings] = js.undefined,\n        PassThroughSettings: js.UndefOr[PassThroughSettings] = js.undefined,\n        WavSettings: js.UndefOr[WavSettings] = js.undefined\n    ): AudioCodecSettings = {\n      val __obj = js.Dynamic.literal()\n      AacSettings.foreach(__v => __obj.updateDynamic(\"AacSettings\")(__v.asInstanceOf[js.Any]))\n      Ac3Settings.foreach(__v => __obj.updateDynamic(\"Ac3Settings\")(__v.asInstanceOf[js.Any]))\n      Eac3Settings.foreach(__v => __obj.updateDynamic(\"Eac3Settings\")(__v.asInstanceOf[js.Any]))\n      Mp2Settings.foreach(__v => __obj.updateDynamic(\"Mp2Settings\")(__v.asInstanceOf[js.Any]))\n      PassThroughSettings.foreach(__v => __obj.updateDynamic(\"PassThroughSettings\")(__v.asInstanceOf[js.Any]))\n      WavSettings.foreach(__v => __obj.updateDynamic(\"WavSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioCodecSettings]\n    }\n  }\n\n  \/** Audio Description\n    *\/\n  @js.native\n  trait AudioDescription extends js.Object {\n    var AudioSelectorName: __string\n    var Name: __string\n    var AudioNormalizationSettings: js.UndefOr[AudioNormalizationSettings]\n    var AudioType: js.UndefOr[AudioType]\n    var AudioTypeControl: js.UndefOr[AudioDescriptionAudioTypeControl]\n    var CodecSettings: js.UndefOr[AudioCodecSettings]\n    var LanguageCode: js.UndefOr[__stringMin1Max35]\n    var LanguageCodeControl: js.UndefOr[AudioDescriptionLanguageCodeControl]\n    var RemixSettings: js.UndefOr[RemixSettings]\n    var StreamName: js.UndefOr[__string]\n  }\n\n  object AudioDescription {\n    @inline\n    def apply(\n        AudioSelectorName: __string,\n        Name: __string,\n        AudioNormalizationSettings: js.UndefOr[AudioNormalizationSettings] = js.undefined,\n        AudioType: js.UndefOr[AudioType] = js.undefined,\n        AudioTypeControl: js.UndefOr[AudioDescriptionAudioTypeControl] = js.undefined,\n        CodecSettings: js.UndefOr[AudioCodecSettings] = js.undefined,\n        LanguageCode: js.UndefOr[__stringMin1Max35] = js.undefined,\n        LanguageCodeControl: js.UndefOr[AudioDescriptionLanguageCodeControl] = js.undefined,\n        RemixSettings: js.UndefOr[RemixSettings] = js.undefined,\n        StreamName: js.UndefOr[__string] = js.undefined\n    ): AudioDescription = {\n      val __obj = js.Dynamic.literal(\n        \"AudioSelectorName\" -> AudioSelectorName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      AudioNormalizationSettings.foreach(__v => __obj.updateDynamic(\"AudioNormalizationSettings\")(__v.asInstanceOf[js.Any]))\n      AudioType.foreach(__v => __obj.updateDynamic(\"AudioType\")(__v.asInstanceOf[js.Any]))\n      AudioTypeControl.foreach(__v => __obj.updateDynamic(\"AudioTypeControl\")(__v.asInstanceOf[js.Any]))\n      CodecSettings.foreach(__v => __obj.updateDynamic(\"CodecSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageCodeControl.foreach(__v => __obj.updateDynamic(\"LanguageCodeControl\")(__v.asInstanceOf[js.Any]))\n      RemixSettings.foreach(__v => __obj.updateDynamic(\"RemixSettings\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioDescription]\n    }\n  }\n\n  \/** Audio Description Audio Type Control\n    *\/\n  @js.native\n  sealed trait AudioDescriptionAudioTypeControl extends js.Any\n  object AudioDescriptionAudioTypeControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[AudioDescriptionAudioTypeControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[AudioDescriptionAudioTypeControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Audio Description Language Code Control\n    *\/\n  @js.native\n  sealed trait AudioDescriptionLanguageCodeControl extends js.Any\n  object AudioDescriptionLanguageCodeControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[AudioDescriptionLanguageCodeControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[AudioDescriptionLanguageCodeControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Audio Language Selection\n    *\/\n  @js.native\n  trait AudioLanguageSelection extends js.Object {\n    var LanguageCode: __string\n    var LanguageSelectionPolicy: js.UndefOr[AudioLanguageSelectionPolicy]\n  }\n\n  object AudioLanguageSelection {\n    @inline\n    def apply(\n        LanguageCode: __string,\n        LanguageSelectionPolicy: js.UndefOr[AudioLanguageSelectionPolicy] = js.undefined\n    ): AudioLanguageSelection = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any]\n      )\n\n      LanguageSelectionPolicy.foreach(__v => __obj.updateDynamic(\"LanguageSelectionPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioLanguageSelection]\n    }\n  }\n\n  \/** Audio Language Selection Policy\n    *\/\n  @js.native\n  sealed trait AudioLanguageSelectionPolicy extends js.Any\n  object AudioLanguageSelectionPolicy {\n    val LOOSE = \"LOOSE\".asInstanceOf[AudioLanguageSelectionPolicy]\n    val STRICT = \"STRICT\".asInstanceOf[AudioLanguageSelectionPolicy]\n\n    @inline def values = js.Array(LOOSE, STRICT)\n  }\n\n  \/** Audio Normalization Algorithm\n    *\/\n  @js.native\n  sealed trait AudioNormalizationAlgorithm extends js.Any\n  object AudioNormalizationAlgorithm {\n    val ITU_1770_1 = \"ITU_1770_1\".asInstanceOf[AudioNormalizationAlgorithm]\n    val ITU_1770_2 = \"ITU_1770_2\".asInstanceOf[AudioNormalizationAlgorithm]\n\n    @inline def values = js.Array(ITU_1770_1, ITU_1770_2)\n  }\n\n  \/** Audio Normalization Algorithm Control\n    *\/\n  @js.native\n  sealed trait AudioNormalizationAlgorithmControl extends js.Any\n  object AudioNormalizationAlgorithmControl {\n    val CORRECT_AUDIO = \"CORRECT_AUDIO\".asInstanceOf[AudioNormalizationAlgorithmControl]\n\n    @inline def values = js.Array(CORRECT_AUDIO)\n  }\n\n  \/** Audio Normalization Settings\n    *\/\n  @js.native\n  trait AudioNormalizationSettings extends js.Object {\n    var Algorithm: js.UndefOr[AudioNormalizationAlgorithm]\n    var AlgorithmControl: js.UndefOr[AudioNormalizationAlgorithmControl]\n    var TargetLkfs: js.UndefOr[__doubleMinNegative59Max0]\n  }\n\n  object AudioNormalizationSettings {\n    @inline\n    def apply(\n        Algorithm: js.UndefOr[AudioNormalizationAlgorithm] = js.undefined,\n        AlgorithmControl: js.UndefOr[AudioNormalizationAlgorithmControl] = js.undefined,\n        TargetLkfs: js.UndefOr[__doubleMinNegative59Max0] = js.undefined\n    ): AudioNormalizationSettings = {\n      val __obj = js.Dynamic.literal()\n      Algorithm.foreach(__v => __obj.updateDynamic(\"Algorithm\")(__v.asInstanceOf[js.Any]))\n      AlgorithmControl.foreach(__v => __obj.updateDynamic(\"AlgorithmControl\")(__v.asInstanceOf[js.Any]))\n      TargetLkfs.foreach(__v => __obj.updateDynamic(\"TargetLkfs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioNormalizationSettings]\n    }\n  }\n\n  \/** Audio Only Hls Segment Type\n    *\/\n  @js.native\n  sealed trait AudioOnlyHlsSegmentType extends js.Any\n  object AudioOnlyHlsSegmentType {\n    val AAC = \"AAC\".asInstanceOf[AudioOnlyHlsSegmentType]\n    val FMP4 = \"FMP4\".asInstanceOf[AudioOnlyHlsSegmentType]\n\n    @inline def values = js.Array(AAC, FMP4)\n  }\n\n  \/** Audio Only Hls Settings\n    *\/\n  @js.native\n  trait AudioOnlyHlsSettings extends js.Object {\n    var AudioGroupId: js.UndefOr[__string]\n    var AudioOnlyImage: js.UndefOr[InputLocation]\n    var AudioTrackType: js.UndefOr[AudioOnlyHlsTrackType]\n    var SegmentType: js.UndefOr[AudioOnlyHlsSegmentType]\n  }\n\n  object AudioOnlyHlsSettings {\n    @inline\n    def apply(\n        AudioGroupId: js.UndefOr[__string] = js.undefined,\n        AudioOnlyImage: js.UndefOr[InputLocation] = js.undefined,\n        AudioTrackType: js.UndefOr[AudioOnlyHlsTrackType] = js.undefined,\n        SegmentType: js.UndefOr[AudioOnlyHlsSegmentType] = js.undefined\n    ): AudioOnlyHlsSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioGroupId.foreach(__v => __obj.updateDynamic(\"AudioGroupId\")(__v.asInstanceOf[js.Any]))\n      AudioOnlyImage.foreach(__v => __obj.updateDynamic(\"AudioOnlyImage\")(__v.asInstanceOf[js.Any]))\n      AudioTrackType.foreach(__v => __obj.updateDynamic(\"AudioTrackType\")(__v.asInstanceOf[js.Any]))\n      SegmentType.foreach(__v => __obj.updateDynamic(\"SegmentType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioOnlyHlsSettings]\n    }\n  }\n\n  \/** Audio Only Hls Track Type\n    *\/\n  @js.native\n  sealed trait AudioOnlyHlsTrackType extends js.Any\n  object AudioOnlyHlsTrackType {\n    val ALTERNATE_AUDIO_AUTO_SELECT = \"ALTERNATE_AUDIO_AUTO_SELECT\".asInstanceOf[AudioOnlyHlsTrackType]\n    val ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT = \"ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT\".asInstanceOf[AudioOnlyHlsTrackType]\n    val ALTERNATE_AUDIO_NOT_AUTO_SELECT = \"ALTERNATE_AUDIO_NOT_AUTO_SELECT\".asInstanceOf[AudioOnlyHlsTrackType]\n    val AUDIO_ONLY_VARIANT_STREAM = \"AUDIO_ONLY_VARIANT_STREAM\".asInstanceOf[AudioOnlyHlsTrackType]\n\n    @inline def values = js.Array(ALTERNATE_AUDIO_AUTO_SELECT, ALTERNATE_AUDIO_AUTO_SELECT_DEFAULT, ALTERNATE_AUDIO_NOT_AUTO_SELECT, AUDIO_ONLY_VARIANT_STREAM)\n  }\n\n  \/** Audio Pid Selection\n    *\/\n  @js.native\n  trait AudioPidSelection extends js.Object {\n    var Pid: __integerMin0Max8191\n  }\n\n  object AudioPidSelection {\n    @inline\n    def apply(\n        Pid: __integerMin0Max8191\n    ): AudioPidSelection = {\n      val __obj = js.Dynamic.literal(\n        \"Pid\" -> Pid.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AudioPidSelection]\n    }\n  }\n\n  \/** Audio Selector\n    *\/\n  @js.native\n  trait AudioSelector extends js.Object {\n    var Name: __stringMin1\n    var SelectorSettings: js.UndefOr[AudioSelectorSettings]\n  }\n\n  object AudioSelector {\n    @inline\n    def apply(\n        Name: __stringMin1,\n        SelectorSettings: js.UndefOr[AudioSelectorSettings] = js.undefined\n    ): AudioSelector = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      SelectorSettings.foreach(__v => __obj.updateDynamic(\"SelectorSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioSelector]\n    }\n  }\n\n  \/** Audio Selector Settings\n    *\/\n  @js.native\n  trait AudioSelectorSettings extends js.Object {\n    var AudioLanguageSelection: js.UndefOr[AudioLanguageSelection]\n    var AudioPidSelection: js.UndefOr[AudioPidSelection]\n    var AudioTrackSelection: js.UndefOr[AudioTrackSelection]\n  }\n\n  object AudioSelectorSettings {\n    @inline\n    def apply(\n        AudioLanguageSelection: js.UndefOr[AudioLanguageSelection] = js.undefined,\n        AudioPidSelection: js.UndefOr[AudioPidSelection] = js.undefined,\n        AudioTrackSelection: js.UndefOr[AudioTrackSelection] = js.undefined\n    ): AudioSelectorSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioLanguageSelection.foreach(__v => __obj.updateDynamic(\"AudioLanguageSelection\")(__v.asInstanceOf[js.Any]))\n      AudioPidSelection.foreach(__v => __obj.updateDynamic(\"AudioPidSelection\")(__v.asInstanceOf[js.Any]))\n      AudioTrackSelection.foreach(__v => __obj.updateDynamic(\"AudioTrackSelection\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioSelectorSettings]\n    }\n  }\n\n  \/** Placeholder documentation for AudioSilenceFailoverSettings\n    *\/\n  @js.native\n  trait AudioSilenceFailoverSettings extends js.Object {\n    var AudioSelectorName: __string\n    var AudioSilenceThresholdMsec: js.UndefOr[__integerMin1000]\n  }\n\n  object AudioSilenceFailoverSettings {\n    @inline\n    def apply(\n        AudioSelectorName: __string,\n        AudioSilenceThresholdMsec: js.UndefOr[__integerMin1000] = js.undefined\n    ): AudioSilenceFailoverSettings = {\n      val __obj = js.Dynamic.literal(\n        \"AudioSelectorName\" -> AudioSelectorName.asInstanceOf[js.Any]\n      )\n\n      AudioSilenceThresholdMsec.foreach(__v => __obj.updateDynamic(\"AudioSilenceThresholdMsec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AudioSilenceFailoverSettings]\n    }\n  }\n\n  \/** Audio Track\n    *\/\n  @js.native\n  trait AudioTrack extends js.Object {\n    var Track: __integerMin1\n  }\n\n  object AudioTrack {\n    @inline\n    def apply(\n        Track: __integerMin1\n    ): AudioTrack = {\n      val __obj = js.Dynamic.literal(\n        \"Track\" -> Track.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AudioTrack]\n    }\n  }\n\n  \/** Audio Track Selection\n    *\/\n  @js.native\n  trait AudioTrackSelection extends js.Object {\n    var Tracks: __listOfAudioTrack\n  }\n\n  object AudioTrackSelection {\n    @inline\n    def apply(\n        Tracks: __listOfAudioTrack\n    ): AudioTrackSelection = {\n      val __obj = js.Dynamic.literal(\n        \"Tracks\" -> Tracks.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AudioTrackSelection]\n    }\n  }\n\n  \/** Audio Type\n    *\/\n  @js.native\n  sealed trait AudioType extends js.Any\n  object AudioType {\n    val CLEAN_EFFECTS = \"CLEAN_EFFECTS\".asInstanceOf[AudioType]\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[AudioType]\n    val UNDEFINED = \"UNDEFINED\".asInstanceOf[AudioType]\n    val VISUAL_IMPAIRED_COMMENTARY = \"VISUAL_IMPAIRED_COMMENTARY\".asInstanceOf[AudioType]\n\n    @inline def values = js.Array(CLEAN_EFFECTS, HEARING_IMPAIRED, UNDEFINED, VISUAL_IMPAIRED_COMMENTARY)\n  }\n\n  \/** Authentication Scheme\n    *\/\n  @js.native\n  sealed trait AuthenticationScheme extends js.Any\n  object AuthenticationScheme {\n    val AKAMAI = \"AKAMAI\".asInstanceOf[AuthenticationScheme]\n    val COMMON = \"COMMON\".asInstanceOf[AuthenticationScheme]\n\n    @inline def values = js.Array(AKAMAI, COMMON)\n  }\n\n  \/** The settings for Automatic Input Failover.\n    *\/\n  @js.native\n  trait AutomaticInputFailoverSettings extends js.Object {\n    var SecondaryInputId: __string\n    var ErrorClearTimeMsec: js.UndefOr[__integerMin1]\n    var FailoverConditions: js.UndefOr[__listOfFailoverCondition]\n    var InputPreference: js.UndefOr[InputPreference]\n  }\n\n  object AutomaticInputFailoverSettings {\n    @inline\n    def apply(\n        SecondaryInputId: __string,\n        ErrorClearTimeMsec: js.UndefOr[__integerMin1] = js.undefined,\n        FailoverConditions: js.UndefOr[__listOfFailoverCondition] = js.undefined,\n        InputPreference: js.UndefOr[InputPreference] = js.undefined\n    ): AutomaticInputFailoverSettings = {\n      val __obj = js.Dynamic.literal(\n        \"SecondaryInputId\" -> SecondaryInputId.asInstanceOf[js.Any]\n      )\n\n      ErrorClearTimeMsec.foreach(__v => __obj.updateDynamic(\"ErrorClearTimeMsec\")(__v.asInstanceOf[js.Any]))\n      FailoverConditions.foreach(__v => __obj.updateDynamic(\"FailoverConditions\")(__v.asInstanceOf[js.Any]))\n      InputPreference.foreach(__v => __obj.updateDynamic(\"InputPreference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AutomaticInputFailoverSettings]\n    }\n  }\n\n  \/** Avail Blanking\n    *\/\n  @js.native\n  trait AvailBlanking extends js.Object {\n    var AvailBlankingImage: js.UndefOr[InputLocation]\n    var State: js.UndefOr[AvailBlankingState]\n  }\n\n  object AvailBlanking {\n    @inline\n    def apply(\n        AvailBlankingImage: js.UndefOr[InputLocation] = js.undefined,\n        State: js.UndefOr[AvailBlankingState] = js.undefined\n    ): AvailBlanking = {\n      val __obj = js.Dynamic.literal()\n      AvailBlankingImage.foreach(__v => __obj.updateDynamic(\"AvailBlankingImage\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailBlanking]\n    }\n  }\n\n  \/** Avail Blanking State\n    *\/\n  @js.native\n  sealed trait AvailBlankingState extends js.Any\n  object AvailBlankingState {\n    val DISABLED = \"DISABLED\".asInstanceOf[AvailBlankingState]\n    val ENABLED = \"ENABLED\".asInstanceOf[AvailBlankingState]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Avail Configuration\n    *\/\n  @js.native\n  trait AvailConfiguration extends js.Object {\n    var AvailSettings: js.UndefOr[AvailSettings]\n  }\n\n  object AvailConfiguration {\n    @inline\n    def apply(\n        AvailSettings: js.UndefOr[AvailSettings] = js.undefined\n    ): AvailConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AvailSettings.foreach(__v => __obj.updateDynamic(\"AvailSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailConfiguration]\n    }\n  }\n\n  \/** Avail Settings\n    *\/\n  @js.native\n  trait AvailSettings extends js.Object {\n    var Scte35SpliceInsert: js.UndefOr[Scte35SpliceInsert]\n    var Scte35TimeSignalApos: js.UndefOr[Scte35TimeSignalApos]\n  }\n\n  object AvailSettings {\n    @inline\n    def apply(\n        Scte35SpliceInsert: js.UndefOr[Scte35SpliceInsert] = js.undefined,\n        Scte35TimeSignalApos: js.UndefOr[Scte35TimeSignalApos] = js.undefined\n    ): AvailSettings = {\n      val __obj = js.Dynamic.literal()\n      Scte35SpliceInsert.foreach(__v => __obj.updateDynamic(\"Scte35SpliceInsert\")(__v.asInstanceOf[js.Any]))\n      Scte35TimeSignalApos.foreach(__v => __obj.updateDynamic(\"Scte35TimeSignalApos\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailSettings]\n    }\n  }\n\n  \/** A request to delete resources\n    *\/\n  @js.native\n  trait BatchDeleteRequest extends js.Object {\n    var ChannelIds: js.UndefOr[__listOf__string]\n    var InputIds: js.UndefOr[__listOf__string]\n    var InputSecurityGroupIds: js.UndefOr[__listOf__string]\n    var MultiplexIds: js.UndefOr[__listOf__string]\n  }\n\n  object BatchDeleteRequest {\n    @inline\n    def apply(\n        ChannelIds: js.UndefOr[__listOf__string] = js.undefined,\n        InputIds: js.UndefOr[__listOf__string] = js.undefined,\n        InputSecurityGroupIds: js.UndefOr[__listOf__string] = js.undefined,\n        MultiplexIds: js.UndefOr[__listOf__string] = js.undefined\n    ): BatchDeleteRequest = {\n      val __obj = js.Dynamic.literal()\n      ChannelIds.foreach(__v => __obj.updateDynamic(\"ChannelIds\")(__v.asInstanceOf[js.Any]))\n      InputIds.foreach(__v => __obj.updateDynamic(\"InputIds\")(__v.asInstanceOf[js.Any]))\n      InputSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"InputSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      MultiplexIds.foreach(__v => __obj.updateDynamic(\"MultiplexIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteRequest]\n    }\n  }\n\n  \/** Placeholder documentation for BatchDeleteResponse\n    *\/\n  @js.native\n  trait BatchDeleteResponse extends js.Object {\n    var Failed: js.UndefOr[__listOfBatchFailedResultModel]\n    var Successful: js.UndefOr[__listOfBatchSuccessfulResultModel]\n  }\n\n  object BatchDeleteResponse {\n    @inline\n    def apply(\n        Failed: js.UndefOr[__listOfBatchFailedResultModel] = js.undefined,\n        Successful: js.UndefOr[__listOfBatchSuccessfulResultModel] = js.undefined\n    ): BatchDeleteResponse = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Successful.foreach(__v => __obj.updateDynamic(\"Successful\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchDeleteResponse]\n    }\n  }\n\n  \/** Details from a failed operation\n    *\/\n  @js.native\n  trait BatchFailedResultModel extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Code: js.UndefOr[__string]\n    var Id: js.UndefOr[__string]\n    var Message: js.UndefOr[__string]\n  }\n\n  object BatchFailedResultModel {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Code: js.UndefOr[__string] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        Message: js.UndefOr[__string] = js.undefined\n    ): BatchFailedResultModel = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Code.foreach(__v => __obj.updateDynamic(\"Code\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchFailedResultModel]\n    }\n  }\n\n  \/** A list of schedule actions to create (in a request) or that have been created (in a response).\n    *\/\n  @js.native\n  trait BatchScheduleActionCreateRequest extends js.Object {\n    var ScheduleActions: __listOfScheduleAction\n  }\n\n  object BatchScheduleActionCreateRequest {\n    @inline\n    def apply(\n        ScheduleActions: __listOfScheduleAction\n    ): BatchScheduleActionCreateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ScheduleActions\" -> ScheduleActions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchScheduleActionCreateRequest]\n    }\n  }\n\n  \/** List of actions that have been created in the schedule.\n    *\/\n  @js.native\n  trait BatchScheduleActionCreateResult extends js.Object {\n    var ScheduleActions: __listOfScheduleAction\n  }\n\n  object BatchScheduleActionCreateResult {\n    @inline\n    def apply(\n        ScheduleActions: __listOfScheduleAction\n    ): BatchScheduleActionCreateResult = {\n      val __obj = js.Dynamic.literal(\n        \"ScheduleActions\" -> ScheduleActions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchScheduleActionCreateResult]\n    }\n  }\n\n  \/** A list of schedule actions to delete.\n    *\/\n  @js.native\n  trait BatchScheduleActionDeleteRequest extends js.Object {\n    var ActionNames: __listOf__string\n  }\n\n  object BatchScheduleActionDeleteRequest {\n    @inline\n    def apply(\n        ActionNames: __listOf__string\n    ): BatchScheduleActionDeleteRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ActionNames\" -> ActionNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchScheduleActionDeleteRequest]\n    }\n  }\n\n  \/** List of actions that have been deleted from the schedule.\n    *\/\n  @js.native\n  trait BatchScheduleActionDeleteResult extends js.Object {\n    var ScheduleActions: __listOfScheduleAction\n  }\n\n  object BatchScheduleActionDeleteResult {\n    @inline\n    def apply(\n        ScheduleActions: __listOfScheduleAction\n    ): BatchScheduleActionDeleteResult = {\n      val __obj = js.Dynamic.literal(\n        \"ScheduleActions\" -> ScheduleActions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BatchScheduleActionDeleteResult]\n    }\n  }\n\n  \/** A request to start resources\n    *\/\n  @js.native\n  trait BatchStartRequest extends js.Object {\n    var ChannelIds: js.UndefOr[__listOf__string]\n    var MultiplexIds: js.UndefOr[__listOf__string]\n  }\n\n  object BatchStartRequest {\n    @inline\n    def apply(\n        ChannelIds: js.UndefOr[__listOf__string] = js.undefined,\n        MultiplexIds: js.UndefOr[__listOf__string] = js.undefined\n    ): BatchStartRequest = {\n      val __obj = js.Dynamic.literal()\n      ChannelIds.foreach(__v => __obj.updateDynamic(\"ChannelIds\")(__v.asInstanceOf[js.Any]))\n      MultiplexIds.foreach(__v => __obj.updateDynamic(\"MultiplexIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStartRequest]\n    }\n  }\n\n  \/** Placeholder documentation for BatchStartResponse\n    *\/\n  @js.native\n  trait BatchStartResponse extends js.Object {\n    var Failed: js.UndefOr[__listOfBatchFailedResultModel]\n    var Successful: js.UndefOr[__listOfBatchSuccessfulResultModel]\n  }\n\n  object BatchStartResponse {\n    @inline\n    def apply(\n        Failed: js.UndefOr[__listOfBatchFailedResultModel] = js.undefined,\n        Successful: js.UndefOr[__listOfBatchSuccessfulResultModel] = js.undefined\n    ): BatchStartResponse = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Successful.foreach(__v => __obj.updateDynamic(\"Successful\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStartResponse]\n    }\n  }\n\n  \/** A request to stop resources\n    *\/\n  @js.native\n  trait BatchStopRequest extends js.Object {\n    var ChannelIds: js.UndefOr[__listOf__string]\n    var MultiplexIds: js.UndefOr[__listOf__string]\n  }\n\n  object BatchStopRequest {\n    @inline\n    def apply(\n        ChannelIds: js.UndefOr[__listOf__string] = js.undefined,\n        MultiplexIds: js.UndefOr[__listOf__string] = js.undefined\n    ): BatchStopRequest = {\n      val __obj = js.Dynamic.literal()\n      ChannelIds.foreach(__v => __obj.updateDynamic(\"ChannelIds\")(__v.asInstanceOf[js.Any]))\n      MultiplexIds.foreach(__v => __obj.updateDynamic(\"MultiplexIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStopRequest]\n    }\n  }\n\n  \/** Placeholder documentation for BatchStopResponse\n    *\/\n  @js.native\n  trait BatchStopResponse extends js.Object {\n    var Failed: js.UndefOr[__listOfBatchFailedResultModel]\n    var Successful: js.UndefOr[__listOfBatchSuccessfulResultModel]\n  }\n\n  object BatchStopResponse {\n    @inline\n    def apply(\n        Failed: js.UndefOr[__listOfBatchFailedResultModel] = js.undefined,\n        Successful: js.UndefOr[__listOfBatchSuccessfulResultModel] = js.undefined\n    ): BatchStopResponse = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Successful.foreach(__v => __obj.updateDynamic(\"Successful\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchStopResponse]\n    }\n  }\n\n  \/** Details from a successful operation\n    *\/\n  @js.native\n  trait BatchSuccessfulResultModel extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Id: js.UndefOr[__string]\n    var State: js.UndefOr[__string]\n  }\n\n  object BatchSuccessfulResultModel {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[__string] = js.undefined\n    ): BatchSuccessfulResultModel = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchSuccessfulResultModel]\n    }\n  }\n\n  \/** List of actions to create and list of actions to delete.\n    *\/\n  @js.native\n  trait BatchUpdateScheduleRequest extends js.Object {\n    var ChannelId: __string\n    var Creates: js.UndefOr[BatchScheduleActionCreateRequest]\n    var Deletes: js.UndefOr[BatchScheduleActionDeleteRequest]\n  }\n\n  object BatchUpdateScheduleRequest {\n    @inline\n    def apply(\n        ChannelId: __string,\n        Creates: js.UndefOr[BatchScheduleActionCreateRequest] = js.undefined,\n        Deletes: js.UndefOr[BatchScheduleActionDeleteRequest] = js.undefined\n    ): BatchUpdateScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n\n      Creates.foreach(__v => __obj.updateDynamic(\"Creates\")(__v.asInstanceOf[js.Any]))\n      Deletes.foreach(__v => __obj.updateDynamic(\"Deletes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateScheduleRequest]\n    }\n  }\n\n  \/** Placeholder documentation for BatchUpdateScheduleResponse\n    *\/\n  @js.native\n  trait BatchUpdateScheduleResponse extends js.Object {\n    var Creates: js.UndefOr[BatchScheduleActionCreateResult]\n    var Deletes: js.UndefOr[BatchScheduleActionDeleteResult]\n  }\n\n  object BatchUpdateScheduleResponse {\n    @inline\n    def apply(\n        Creates: js.UndefOr[BatchScheduleActionCreateResult] = js.undefined,\n        Deletes: js.UndefOr[BatchScheduleActionDeleteResult] = js.undefined\n    ): BatchUpdateScheduleResponse = {\n      val __obj = js.Dynamic.literal()\n      Creates.foreach(__v => __obj.updateDynamic(\"Creates\")(__v.asInstanceOf[js.Any]))\n      Deletes.foreach(__v => __obj.updateDynamic(\"Deletes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BatchUpdateScheduleResponse]\n    }\n  }\n\n  \/** Blackout Slate\n    *\/\n  @js.native\n  trait BlackoutSlate extends js.Object {\n    var BlackoutSlateImage: js.UndefOr[InputLocation]\n    var NetworkEndBlackout: js.UndefOr[BlackoutSlateNetworkEndBlackout]\n    var NetworkEndBlackoutImage: js.UndefOr[InputLocation]\n    var NetworkId: js.UndefOr[__stringMin34Max34]\n    var State: js.UndefOr[BlackoutSlateState]\n  }\n\n  object BlackoutSlate {\n    @inline\n    def apply(\n        BlackoutSlateImage: js.UndefOr[InputLocation] = js.undefined,\n        NetworkEndBlackout: js.UndefOr[BlackoutSlateNetworkEndBlackout] = js.undefined,\n        NetworkEndBlackoutImage: js.UndefOr[InputLocation] = js.undefined,\n        NetworkId: js.UndefOr[__stringMin34Max34] = js.undefined,\n        State: js.UndefOr[BlackoutSlateState] = js.undefined\n    ): BlackoutSlate = {\n      val __obj = js.Dynamic.literal()\n      BlackoutSlateImage.foreach(__v => __obj.updateDynamic(\"BlackoutSlateImage\")(__v.asInstanceOf[js.Any]))\n      NetworkEndBlackout.foreach(__v => __obj.updateDynamic(\"NetworkEndBlackout\")(__v.asInstanceOf[js.Any]))\n      NetworkEndBlackoutImage.foreach(__v => __obj.updateDynamic(\"NetworkEndBlackoutImage\")(__v.asInstanceOf[js.Any]))\n      NetworkId.foreach(__v => __obj.updateDynamic(\"NetworkId\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BlackoutSlate]\n    }\n  }\n\n  \/** Blackout Slate Network End Blackout\n    *\/\n  @js.native\n  sealed trait BlackoutSlateNetworkEndBlackout extends js.Any\n  object BlackoutSlateNetworkEndBlackout {\n    val DISABLED = \"DISABLED\".asInstanceOf[BlackoutSlateNetworkEndBlackout]\n    val ENABLED = \"ENABLED\".asInstanceOf[BlackoutSlateNetworkEndBlackout]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Blackout Slate State\n    *\/\n  @js.native\n  sealed trait BlackoutSlateState extends js.Any\n  object BlackoutSlateState {\n    val DISABLED = \"DISABLED\".asInstanceOf[BlackoutSlateState]\n    val ENABLED = \"ENABLED\".asInstanceOf[BlackoutSlateState]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Burn In Alignment\n    *\/\n  @js.native\n  sealed trait BurnInAlignment extends js.Any\n  object BurnInAlignment {\n    val CENTERED = \"CENTERED\".asInstanceOf[BurnInAlignment]\n    val LEFT = \"LEFT\".asInstanceOf[BurnInAlignment]\n    val SMART = \"SMART\".asInstanceOf[BurnInAlignment]\n\n    @inline def values = js.Array(CENTERED, LEFT, SMART)\n  }\n\n  \/** Burn In Background Color\n    *\/\n  @js.native\n  sealed trait BurnInBackgroundColor extends js.Any\n  object BurnInBackgroundColor {\n    val BLACK = \"BLACK\".asInstanceOf[BurnInBackgroundColor]\n    val NONE = \"NONE\".asInstanceOf[BurnInBackgroundColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurnInBackgroundColor]\n\n    @inline def values = js.Array(BLACK, NONE, WHITE)\n  }\n\n  \/** Burn In Destination Settings\n    *\/\n  @js.native\n  trait BurnInDestinationSettings extends js.Object {\n    var Alignment: js.UndefOr[BurnInAlignment]\n    var BackgroundColor: js.UndefOr[BurnInBackgroundColor]\n    var BackgroundOpacity: js.UndefOr[__integerMin0Max255]\n    var Font: js.UndefOr[InputLocation]\n    var FontColor: js.UndefOr[BurnInFontColor]\n    var FontOpacity: js.UndefOr[__integerMin0Max255]\n    var FontResolution: js.UndefOr[__integerMin96Max600]\n    var FontSize: js.UndefOr[__string]\n    var OutlineColor: js.UndefOr[BurnInOutlineColor]\n    var OutlineSize: js.UndefOr[__integerMin0Max10]\n    var ShadowColor: js.UndefOr[BurnInShadowColor]\n    var ShadowOpacity: js.UndefOr[__integerMin0Max255]\n    var ShadowXOffset: js.UndefOr[__integer]\n    var ShadowYOffset: js.UndefOr[__integer]\n    var TeletextGridControl: js.UndefOr[BurnInTeletextGridControl]\n    var XPosition: js.UndefOr[__integerMin0]\n    var YPosition: js.UndefOr[__integerMin0]\n  }\n\n  object BurnInDestinationSettings {\n    @inline\n    def apply(\n        Alignment: js.UndefOr[BurnInAlignment] = js.undefined,\n        BackgroundColor: js.UndefOr[BurnInBackgroundColor] = js.undefined,\n        BackgroundOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        Font: js.UndefOr[InputLocation] = js.undefined,\n        FontColor: js.UndefOr[BurnInFontColor] = js.undefined,\n        FontOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontResolution: js.UndefOr[__integerMin96Max600] = js.undefined,\n        FontSize: js.UndefOr[__string] = js.undefined,\n        OutlineColor: js.UndefOr[BurnInOutlineColor] = js.undefined,\n        OutlineSize: js.UndefOr[__integerMin0Max10] = js.undefined,\n        ShadowColor: js.UndefOr[BurnInShadowColor] = js.undefined,\n        ShadowOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        ShadowXOffset: js.UndefOr[__integer] = js.undefined,\n        ShadowYOffset: js.UndefOr[__integer] = js.undefined,\n        TeletextGridControl: js.UndefOr[BurnInTeletextGridControl] = js.undefined,\n        XPosition: js.UndefOr[__integerMin0] = js.undefined,\n        YPosition: js.UndefOr[__integerMin0] = js.undefined\n    ): BurnInDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Alignment.foreach(__v => __obj.updateDynamic(\"Alignment\")(__v.asInstanceOf[js.Any]))\n      BackgroundColor.foreach(__v => __obj.updateDynamic(\"BackgroundColor\")(__v.asInstanceOf[js.Any]))\n      BackgroundOpacity.foreach(__v => __obj.updateDynamic(\"BackgroundOpacity\")(__v.asInstanceOf[js.Any]))\n      Font.foreach(__v => __obj.updateDynamic(\"Font\")(__v.asInstanceOf[js.Any]))\n      FontColor.foreach(__v => __obj.updateDynamic(\"FontColor\")(__v.asInstanceOf[js.Any]))\n      FontOpacity.foreach(__v => __obj.updateDynamic(\"FontOpacity\")(__v.asInstanceOf[js.Any]))\n      FontResolution.foreach(__v => __obj.updateDynamic(\"FontResolution\")(__v.asInstanceOf[js.Any]))\n      FontSize.foreach(__v => __obj.updateDynamic(\"FontSize\")(__v.asInstanceOf[js.Any]))\n      OutlineColor.foreach(__v => __obj.updateDynamic(\"OutlineColor\")(__v.asInstanceOf[js.Any]))\n      OutlineSize.foreach(__v => __obj.updateDynamic(\"OutlineSize\")(__v.asInstanceOf[js.Any]))\n      ShadowColor.foreach(__v => __obj.updateDynamic(\"ShadowColor\")(__v.asInstanceOf[js.Any]))\n      ShadowOpacity.foreach(__v => __obj.updateDynamic(\"ShadowOpacity\")(__v.asInstanceOf[js.Any]))\n      ShadowXOffset.foreach(__v => __obj.updateDynamic(\"ShadowXOffset\")(__v.asInstanceOf[js.Any]))\n      ShadowYOffset.foreach(__v => __obj.updateDynamic(\"ShadowYOffset\")(__v.asInstanceOf[js.Any]))\n      TeletextGridControl.foreach(__v => __obj.updateDynamic(\"TeletextGridControl\")(__v.asInstanceOf[js.Any]))\n      XPosition.foreach(__v => __obj.updateDynamic(\"XPosition\")(__v.asInstanceOf[js.Any]))\n      YPosition.foreach(__v => __obj.updateDynamic(\"YPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BurnInDestinationSettings]\n    }\n  }\n\n  \/** Burn In Font Color\n    *\/\n  @js.native\n  sealed trait BurnInFontColor extends js.Any\n  object BurnInFontColor {\n    val BLACK = \"BLACK\".asInstanceOf[BurnInFontColor]\n    val BLUE = \"BLUE\".asInstanceOf[BurnInFontColor]\n    val GREEN = \"GREEN\".asInstanceOf[BurnInFontColor]\n    val RED = \"RED\".asInstanceOf[BurnInFontColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurnInFontColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[BurnInFontColor]\n\n    @inline def values = js.Array(BLACK, BLUE, GREEN, RED, WHITE, YELLOW)\n  }\n\n  \/** Burn In Outline Color\n    *\/\n  @js.native\n  sealed trait BurnInOutlineColor extends js.Any\n  object BurnInOutlineColor {\n    val BLACK = \"BLACK\".asInstanceOf[BurnInOutlineColor]\n    val BLUE = \"BLUE\".asInstanceOf[BurnInOutlineColor]\n    val GREEN = \"GREEN\".asInstanceOf[BurnInOutlineColor]\n    val RED = \"RED\".asInstanceOf[BurnInOutlineColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurnInOutlineColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[BurnInOutlineColor]\n\n    @inline def values = js.Array(BLACK, BLUE, GREEN, RED, WHITE, YELLOW)\n  }\n\n  \/** Burn In Shadow Color\n    *\/\n  @js.native\n  sealed trait BurnInShadowColor extends js.Any\n  object BurnInShadowColor {\n    val BLACK = \"BLACK\".asInstanceOf[BurnInShadowColor]\n    val NONE = \"NONE\".asInstanceOf[BurnInShadowColor]\n    val WHITE = \"WHITE\".asInstanceOf[BurnInShadowColor]\n\n    @inline def values = js.Array(BLACK, NONE, WHITE)\n  }\n\n  \/** Burn In Teletext Grid Control\n    *\/\n  @js.native\n  sealed trait BurnInTeletextGridControl extends js.Any\n  object BurnInTeletextGridControl {\n    val FIXED = \"FIXED\".asInstanceOf[BurnInTeletextGridControl]\n    val SCALED = \"SCALED\".asInstanceOf[BurnInTeletextGridControl]\n\n    @inline def values = js.Array(FIXED, SCALED)\n  }\n\n  \/** Placeholder documentation for CancelInputDeviceTransferRequest\n    *\/\n  @js.native\n  trait CancelInputDeviceTransferRequest extends js.Object {\n    var InputDeviceId: __string\n  }\n\n  object CancelInputDeviceTransferRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string\n    ): CancelInputDeviceTransferRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelInputDeviceTransferRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CancelInputDeviceTransferResponse\n    *\/\n  @js.native\n  trait CancelInputDeviceTransferResponse extends js.Object\n\n  object CancelInputDeviceTransferResponse {\n    @inline\n    def apply(): CancelInputDeviceTransferResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CancelInputDeviceTransferResponse]\n    }\n  }\n\n  \/** Caption Description\n    *\/\n  @js.native\n  trait CaptionDescription extends js.Object {\n    var CaptionSelectorName: __string\n    var Name: __string\n    var DestinationSettings: js.UndefOr[CaptionDestinationSettings]\n    var LanguageCode: js.UndefOr[__string]\n    var LanguageDescription: js.UndefOr[__string]\n  }\n\n  object CaptionDescription {\n    @inline\n    def apply(\n        CaptionSelectorName: __string,\n        Name: __string,\n        DestinationSettings: js.UndefOr[CaptionDestinationSettings] = js.undefined,\n        LanguageCode: js.UndefOr[__string] = js.undefined,\n        LanguageDescription: js.UndefOr[__string] = js.undefined\n    ): CaptionDescription = {\n      val __obj = js.Dynamic.literal(\n        \"CaptionSelectorName\" -> CaptionSelectorName.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      DestinationSettings.foreach(__v => __obj.updateDynamic(\"DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageDescription.foreach(__v => __obj.updateDynamic(\"LanguageDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionDescription]\n    }\n  }\n\n  \/** Caption Destination Settings\n    *\/\n  @js.native\n  trait CaptionDestinationSettings extends js.Object {\n    var AribDestinationSettings: js.UndefOr[AribDestinationSettings]\n    var BurnInDestinationSettings: js.UndefOr[BurnInDestinationSettings]\n    var DvbSubDestinationSettings: js.UndefOr[DvbSubDestinationSettings]\n    var EbuTtDDestinationSettings: js.UndefOr[EbuTtDDestinationSettings]\n    var EmbeddedDestinationSettings: js.UndefOr[EmbeddedDestinationSettings]\n    var EmbeddedPlusScte20DestinationSettings: js.UndefOr[EmbeddedPlusScte20DestinationSettings]\n    var RtmpCaptionInfoDestinationSettings: js.UndefOr[RtmpCaptionInfoDestinationSettings]\n    var Scte20PlusEmbeddedDestinationSettings: js.UndefOr[Scte20PlusEmbeddedDestinationSettings]\n    var Scte27DestinationSettings: js.UndefOr[Scte27DestinationSettings]\n    var SmpteTtDestinationSettings: js.UndefOr[SmpteTtDestinationSettings]\n    var TeletextDestinationSettings: js.UndefOr[TeletextDestinationSettings]\n    var TtmlDestinationSettings: js.UndefOr[TtmlDestinationSettings]\n    var WebvttDestinationSettings: js.UndefOr[WebvttDestinationSettings]\n  }\n\n  object CaptionDestinationSettings {\n    @inline\n    def apply(\n        AribDestinationSettings: js.UndefOr[AribDestinationSettings] = js.undefined,\n        BurnInDestinationSettings: js.UndefOr[BurnInDestinationSettings] = js.undefined,\n        DvbSubDestinationSettings: js.UndefOr[DvbSubDestinationSettings] = js.undefined,\n        EbuTtDDestinationSettings: js.UndefOr[EbuTtDDestinationSettings] = js.undefined,\n        EmbeddedDestinationSettings: js.UndefOr[EmbeddedDestinationSettings] = js.undefined,\n        EmbeddedPlusScte20DestinationSettings: js.UndefOr[EmbeddedPlusScte20DestinationSettings] = js.undefined,\n        RtmpCaptionInfoDestinationSettings: js.UndefOr[RtmpCaptionInfoDestinationSettings] = js.undefined,\n        Scte20PlusEmbeddedDestinationSettings: js.UndefOr[Scte20PlusEmbeddedDestinationSettings] = js.undefined,\n        Scte27DestinationSettings: js.UndefOr[Scte27DestinationSettings] = js.undefined,\n        SmpteTtDestinationSettings: js.UndefOr[SmpteTtDestinationSettings] = js.undefined,\n        TeletextDestinationSettings: js.UndefOr[TeletextDestinationSettings] = js.undefined,\n        TtmlDestinationSettings: js.UndefOr[TtmlDestinationSettings] = js.undefined,\n        WebvttDestinationSettings: js.UndefOr[WebvttDestinationSettings] = js.undefined\n    ): CaptionDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      AribDestinationSettings.foreach(__v => __obj.updateDynamic(\"AribDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      BurnInDestinationSettings.foreach(__v => __obj.updateDynamic(\"BurnInDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSubDestinationSettings.foreach(__v => __obj.updateDynamic(\"DvbSubDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      EbuTtDDestinationSettings.foreach(__v => __obj.updateDynamic(\"EbuTtDDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      EmbeddedDestinationSettings.foreach(__v => __obj.updateDynamic(\"EmbeddedDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      EmbeddedPlusScte20DestinationSettings.foreach(__v => __obj.updateDynamic(\"EmbeddedPlusScte20DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      RtmpCaptionInfoDestinationSettings.foreach(__v => __obj.updateDynamic(\"RtmpCaptionInfoDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      Scte20PlusEmbeddedDestinationSettings.foreach(__v => __obj.updateDynamic(\"Scte20PlusEmbeddedDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      Scte27DestinationSettings.foreach(__v => __obj.updateDynamic(\"Scte27DestinationSettings\")(__v.asInstanceOf[js.Any]))\n      SmpteTtDestinationSettings.foreach(__v => __obj.updateDynamic(\"SmpteTtDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      TeletextDestinationSettings.foreach(__v => __obj.updateDynamic(\"TeletextDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      TtmlDestinationSettings.foreach(__v => __obj.updateDynamic(\"TtmlDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      WebvttDestinationSettings.foreach(__v => __obj.updateDynamic(\"WebvttDestinationSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionDestinationSettings]\n    }\n  }\n\n  \/** Maps a caption channel to an ISO 693-2 language code (http:\/\/www.loc.gov\/standards\/iso639-2), with an optional description.\n    *\/\n  @js.native\n  trait CaptionLanguageMapping extends js.Object {\n    var CaptionChannel: __integerMin1Max4\n    var LanguageCode: __stringMin3Max3\n    var LanguageDescription: __stringMin1\n  }\n\n  object CaptionLanguageMapping {\n    @inline\n    def apply(\n        CaptionChannel: __integerMin1Max4,\n        LanguageCode: __stringMin3Max3,\n        LanguageDescription: __stringMin1\n    ): CaptionLanguageMapping = {\n      val __obj = js.Dynamic.literal(\n        \"CaptionChannel\" -> CaptionChannel.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"LanguageDescription\" -> LanguageDescription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CaptionLanguageMapping]\n    }\n  }\n\n  \/** Caption Rectangle\n    *\/\n  @js.native\n  trait CaptionRectangle extends js.Object {\n    var Height: __doubleMin0Max100\n    var LeftOffset: __doubleMin0Max100\n    var TopOffset: __doubleMin0Max100\n    var Width: __doubleMin0Max100\n  }\n\n  object CaptionRectangle {\n    @inline\n    def apply(\n        Height: __doubleMin0Max100,\n        LeftOffset: __doubleMin0Max100,\n        TopOffset: __doubleMin0Max100,\n        Width: __doubleMin0Max100\n    ): CaptionRectangle = {\n      val __obj = js.Dynamic.literal(\n        \"Height\" -> Height.asInstanceOf[js.Any],\n        \"LeftOffset\" -> LeftOffset.asInstanceOf[js.Any],\n        \"TopOffset\" -> TopOffset.asInstanceOf[js.Any],\n        \"Width\" -> Width.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CaptionRectangle]\n    }\n  }\n\n  \/** Output groups for this Live Event. Output groups contain information about where streams should be distributed.\n    *\/\n  @js.native\n  trait CaptionSelector extends js.Object {\n    var Name: __stringMin1\n    var LanguageCode: js.UndefOr[__string]\n    var SelectorSettings: js.UndefOr[CaptionSelectorSettings]\n  }\n\n  object CaptionSelector {\n    @inline\n    def apply(\n        Name: __stringMin1,\n        LanguageCode: js.UndefOr[__string] = js.undefined,\n        SelectorSettings: js.UndefOr[CaptionSelectorSettings] = js.undefined\n    ): CaptionSelector = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      SelectorSettings.foreach(__v => __obj.updateDynamic(\"SelectorSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSelector]\n    }\n  }\n\n  \/** Caption Selector Settings\n    *\/\n  @js.native\n  trait CaptionSelectorSettings extends js.Object {\n    var AncillarySourceSettings: js.UndefOr[AncillarySourceSettings]\n    var AribSourceSettings: js.UndefOr[AribSourceSettings]\n    var DvbSubSourceSettings: js.UndefOr[DvbSubSourceSettings]\n    var EmbeddedSourceSettings: js.UndefOr[EmbeddedSourceSettings]\n    var Scte20SourceSettings: js.UndefOr[Scte20SourceSettings]\n    var Scte27SourceSettings: js.UndefOr[Scte27SourceSettings]\n    var TeletextSourceSettings: js.UndefOr[TeletextSourceSettings]\n  }\n\n  object CaptionSelectorSettings {\n    @inline\n    def apply(\n        AncillarySourceSettings: js.UndefOr[AncillarySourceSettings] = js.undefined,\n        AribSourceSettings: js.UndefOr[AribSourceSettings] = js.undefined,\n        DvbSubSourceSettings: js.UndefOr[DvbSubSourceSettings] = js.undefined,\n        EmbeddedSourceSettings: js.UndefOr[EmbeddedSourceSettings] = js.undefined,\n        Scte20SourceSettings: js.UndefOr[Scte20SourceSettings] = js.undefined,\n        Scte27SourceSettings: js.UndefOr[Scte27SourceSettings] = js.undefined,\n        TeletextSourceSettings: js.UndefOr[TeletextSourceSettings] = js.undefined\n    ): CaptionSelectorSettings = {\n      val __obj = js.Dynamic.literal()\n      AncillarySourceSettings.foreach(__v => __obj.updateDynamic(\"AncillarySourceSettings\")(__v.asInstanceOf[js.Any]))\n      AribSourceSettings.foreach(__v => __obj.updateDynamic(\"AribSourceSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSubSourceSettings.foreach(__v => __obj.updateDynamic(\"DvbSubSourceSettings\")(__v.asInstanceOf[js.Any]))\n      EmbeddedSourceSettings.foreach(__v => __obj.updateDynamic(\"EmbeddedSourceSettings\")(__v.asInstanceOf[js.Any]))\n      Scte20SourceSettings.foreach(__v => __obj.updateDynamic(\"Scte20SourceSettings\")(__v.asInstanceOf[js.Any]))\n      Scte27SourceSettings.foreach(__v => __obj.updateDynamic(\"Scte27SourceSettings\")(__v.asInstanceOf[js.Any]))\n      TeletextSourceSettings.foreach(__v => __obj.updateDynamic(\"TeletextSourceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaptionSelectorSettings]\n    }\n  }\n\n  \/** Maximum CDI input resolution; SD is 480i and 576i up to 30 frames-per-second (fps), HD is 720p up to 60 fps \/ 1080i up to 30 fps, FHD is 1080p up to 60 fps, UHD is 2160p up to 60 fps\n    *\/\n  @js.native\n  sealed trait CdiInputResolution extends js.Any\n  object CdiInputResolution {\n    val SD = \"SD\".asInstanceOf[CdiInputResolution]\n    val HD = \"HD\".asInstanceOf[CdiInputResolution]\n    val FHD = \"FHD\".asInstanceOf[CdiInputResolution]\n    val UHD = \"UHD\".asInstanceOf[CdiInputResolution]\n\n    @inline def values = js.Array(SD, HD, FHD, UHD)\n  }\n\n  \/** Placeholder documentation for CdiInputSpecification\n    *\/\n  @js.native\n  trait CdiInputSpecification extends js.Object {\n    var Resolution: js.UndefOr[CdiInputResolution]\n  }\n\n  object CdiInputSpecification {\n    @inline\n    def apply(\n        Resolution: js.UndefOr[CdiInputResolution] = js.undefined\n    ): CdiInputSpecification = {\n      val __obj = js.Dynamic.literal()\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CdiInputSpecification]\n    }\n  }\n\n  \/** Placeholder documentation for Channel\n    *\/\n  @js.native\n  trait Channel extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelineDetails: js.UndefOr[__listOfPipelineDetail]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object Channel {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfPipelineDetail] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): Channel = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Channel]\n    }\n  }\n\n  \/** A standard channel has two encoding pipelines and a single pipeline channel only has one.\n    *\/\n  @js.native\n  sealed trait ChannelClass extends js.Any\n  object ChannelClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[ChannelClass]\n    val SINGLE_PIPELINE = \"SINGLE_PIPELINE\".asInstanceOf[ChannelClass]\n\n    @inline def values = js.Array(STANDARD, SINGLE_PIPELINE)\n  }\n\n  \/** Placeholder documentation for ChannelEgressEndpoint\n    *\/\n  @js.native\n  trait ChannelEgressEndpoint extends js.Object {\n    var SourceIp: js.UndefOr[__string]\n  }\n\n  object ChannelEgressEndpoint {\n    @inline\n    def apply(\n        SourceIp: js.UndefOr[__string] = js.undefined\n    ): ChannelEgressEndpoint = {\n      val __obj = js.Dynamic.literal()\n      SourceIp.foreach(__v => __obj.updateDynamic(\"SourceIp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelEgressEndpoint]\n    }\n  }\n\n  \/** Placeholder documentation for ChannelState\n    *\/\n  @js.native\n  sealed trait ChannelState extends js.Any\n  object ChannelState {\n    val CREATING = \"CREATING\".asInstanceOf[ChannelState]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[ChannelState]\n    val IDLE = \"IDLE\".asInstanceOf[ChannelState]\n    val STARTING = \"STARTING\".asInstanceOf[ChannelState]\n    val RUNNING = \"RUNNING\".asInstanceOf[ChannelState]\n    val RECOVERING = \"RECOVERING\".asInstanceOf[ChannelState]\n    val STOPPING = \"STOPPING\".asInstanceOf[ChannelState]\n    val DELETING = \"DELETING\".asInstanceOf[ChannelState]\n    val DELETED = \"DELETED\".asInstanceOf[ChannelState]\n    val UPDATING = \"UPDATING\".asInstanceOf[ChannelState]\n    val UPDATE_FAILED = \"UPDATE_FAILED\".asInstanceOf[ChannelState]\n\n    @inline def values = js.Array(CREATING, CREATE_FAILED, IDLE, STARTING, RUNNING, RECOVERING, STOPPING, DELETING, DELETED, UPDATING, UPDATE_FAILED)\n  }\n\n  \/** Placeholder documentation for ChannelSummary\n    *\/\n  @js.native\n  trait ChannelSummary extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object ChannelSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): ChannelSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ChannelSummary]\n    }\n  }\n\n  \/** Passthrough applies no color space conversion to the output\n    *\/\n  @js.native\n  trait ColorSpacePassthroughSettings extends js.Object\n\n  object ColorSpacePassthroughSettings {\n    @inline\n    def apply(): ColorSpacePassthroughSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ColorSpacePassthroughSettings]\n    }\n  }\n\n  \/** Specifies the media type of the thumbnail.\n    *\/\n  @js.native\n  sealed trait ContentType extends js.Any\n  object ContentType {\n    val `image\/jpeg` = \"image\/jpeg\".asInstanceOf[ContentType]\n\n    @inline def values = js.Array(`image\/jpeg`)\n  }\n\n  \/** A request to create a channel\n    *\/\n  @js.native\n  trait CreateChannelRequest extends js.Object {\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var RequestId: js.UndefOr[__string]\n    var Reserved: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettings]\n  }\n\n  object CreateChannelRequest {\n    @inline\n    def apply(\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RequestId: js.UndefOr[__string] = js.undefined,\n        Reserved: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettings] = js.undefined\n    ): CreateChannelRequest = {\n      val __obj = js.Dynamic.literal()\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Reserved.foreach(__v => __obj.updateDynamic(\"Reserved\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreateChannelResponse\n    *\/\n  @js.native\n  trait CreateChannelResponse extends js.Object {\n    var Channel: js.UndefOr[Channel]\n  }\n\n  object CreateChannelResponse {\n    @inline\n    def apply(\n        Channel: js.UndefOr[Channel] = js.undefined\n    ): CreateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Channel.foreach(__v => __obj.updateDynamic(\"Channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateChannelResponse]\n    }\n  }\n\n  \/** The name of the input\n    *\/\n  @js.native\n  trait CreateInputRequest extends js.Object {\n    var Destinations: js.UndefOr[__listOfInputDestinationRequest]\n    var InputDevices: js.UndefOr[__listOfInputDeviceSettings]\n    var InputSecurityGroups: js.UndefOr[__listOf__string]\n    var MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlowRequest]\n    var Name: js.UndefOr[__string]\n    var RequestId: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n    var Sources: js.UndefOr[__listOfInputSourceRequest]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[InputType]\n    var Vpc: js.UndefOr[InputVpcRequest]\n  }\n\n  object CreateInputRequest {\n    @inline\n    def apply(\n        Destinations: js.UndefOr[__listOfInputDestinationRequest] = js.undefined,\n        InputDevices: js.UndefOr[__listOfInputDeviceSettings] = js.undefined,\n        InputSecurityGroups: js.UndefOr[__listOf__string] = js.undefined,\n        MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlowRequest] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RequestId: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        Sources: js.UndefOr[__listOfInputSourceRequest] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[InputType] = js.undefined,\n        Vpc: js.UndefOr[InputVpcRequest] = js.undefined\n    ): CreateInputRequest = {\n      val __obj = js.Dynamic.literal()\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      InputDevices.foreach(__v => __obj.updateDynamic(\"InputDevices\")(__v.asInstanceOf[js.Any]))\n      InputSecurityGroups.foreach(__v => __obj.updateDynamic(\"InputSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      MediaConnectFlows.foreach(__v => __obj.updateDynamic(\"MediaConnectFlows\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreateInputResponse\n    *\/\n  @js.native\n  trait CreateInputResponse extends js.Object {\n    var Input: js.UndefOr[Input]\n  }\n\n  object CreateInputResponse {\n    @inline\n    def apply(\n        Input: js.UndefOr[Input] = js.undefined\n    ): CreateInputResponse = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputResponse]\n    }\n  }\n\n  \/** The IPv4 CIDRs to whitelist for this Input Security Group\n    *\/\n  @js.native\n  trait CreateInputSecurityGroupRequest extends js.Object {\n    var Tags: js.UndefOr[Tags]\n    var WhitelistRules: js.UndefOr[__listOfInputWhitelistRuleCidr]\n  }\n\n  object CreateInputSecurityGroupRequest {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WhitelistRules: js.UndefOr[__listOfInputWhitelistRuleCidr] = js.undefined\n    ): CreateInputSecurityGroupRequest = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WhitelistRules.foreach(__v => __obj.updateDynamic(\"WhitelistRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputSecurityGroupRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreateInputSecurityGroupResponse\n    *\/\n  @js.native\n  trait CreateInputSecurityGroupResponse extends js.Object {\n    var SecurityGroup: js.UndefOr[InputSecurityGroup]\n  }\n\n  object CreateInputSecurityGroupResponse {\n    @inline\n    def apply(\n        SecurityGroup: js.UndefOr[InputSecurityGroup] = js.undefined\n    ): CreateInputSecurityGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroup.foreach(__v => __obj.updateDynamic(\"SecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputSecurityGroupResponse]\n    }\n  }\n\n  \/** A request to create a program in a multiplex.\n    *\/\n  @js.native\n  trait CreateMultiplexProgramRequest extends js.Object {\n    var MultiplexId: __string\n    var MultiplexProgramSettings: MultiplexProgramSettings\n    var ProgramName: __string\n    var RequestId: __string\n  }\n\n  object CreateMultiplexProgramRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        MultiplexProgramSettings: MultiplexProgramSettings,\n        ProgramName: __string,\n        RequestId: __string\n    ): CreateMultiplexProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any],\n        \"MultiplexProgramSettings\" -> MultiplexProgramSettings.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any],\n        \"RequestId\" -> RequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMultiplexProgramRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreateMultiplexProgramResponse\n    *\/\n  @js.native\n  trait CreateMultiplexProgramResponse extends js.Object {\n    var MultiplexProgram: js.UndefOr[MultiplexProgram]\n  }\n\n  object CreateMultiplexProgramResponse {\n    @inline\n    def apply(\n        MultiplexProgram: js.UndefOr[MultiplexProgram] = js.undefined\n    ): CreateMultiplexProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      MultiplexProgram.foreach(__v => __obj.updateDynamic(\"MultiplexProgram\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMultiplexProgramResponse]\n    }\n  }\n\n  \/** A request to create a multiplex.\n    *\/\n  @js.native\n  trait CreateMultiplexRequest extends js.Object {\n    var AvailabilityZones: __listOf__string\n    var MultiplexSettings: MultiplexSettings\n    var Name: __string\n    var RequestId: __string\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateMultiplexRequest {\n    @inline\n    def apply(\n        AvailabilityZones: __listOf__string,\n        MultiplexSettings: MultiplexSettings,\n        Name: __string,\n        RequestId: __string,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AvailabilityZones\" -> AvailabilityZones.asInstanceOf[js.Any],\n        \"MultiplexSettings\" -> MultiplexSettings.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RequestId\" -> RequestId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreateMultiplexResponse\n    *\/\n  @js.native\n  trait CreateMultiplexResponse extends js.Object {\n    var Multiplex: js.UndefOr[Multiplex]\n  }\n\n  object CreateMultiplexResponse {\n    @inline\n    def apply(\n        Multiplex: js.UndefOr[Multiplex] = js.undefined\n    ): CreateMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Multiplex.foreach(__v => __obj.updateDynamic(\"Multiplex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMultiplexResponse]\n    }\n  }\n\n  \/** A request to create a partner input\n    *\/\n  @js.native\n  trait CreatePartnerInputRequest extends js.Object {\n    var InputId: __string\n    var RequestId: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreatePartnerInputRequest {\n    @inline\n    def apply(\n        InputId: __string,\n        RequestId: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreatePartnerInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePartnerInputRequest]\n    }\n  }\n\n  \/** Placeholder documentation for CreatePartnerInputResponse\n    *\/\n  @js.native\n  trait CreatePartnerInputResponse extends js.Object {\n    var Input: js.UndefOr[Input]\n  }\n\n  object CreatePartnerInputResponse {\n    @inline\n    def apply(\n        Input: js.UndefOr[Input] = js.undefined\n    ): CreatePartnerInputResponse = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePartnerInputResponse]\n    }\n  }\n\n  \/** Placeholder documentation for CreateTagsRequest\n    *\/\n  @js.native\n  trait CreateTagsRequest extends js.Object {\n    var ResourceArn: __string\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateTagsRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateTagsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteChannelRequest\n    *\/\n  @js.native\n  trait DeleteChannelRequest extends js.Object {\n    var ChannelId: __string\n  }\n\n  object DeleteChannelRequest {\n    @inline\n    def apply(\n        ChannelId: __string\n    ): DeleteChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteChannelResponse\n    *\/\n  @js.native\n  trait DeleteChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelineDetails: js.UndefOr[__listOfPipelineDetail]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object DeleteChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfPipelineDetail] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): DeleteChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteChannelResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteInputRequest\n    *\/\n  @js.native\n  trait DeleteInputRequest extends js.Object {\n    var InputId: __string\n  }\n\n  object DeleteInputRequest {\n    @inline\n    def apply(\n        InputId: __string\n    ): DeleteInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInputRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteInputResponse\n    *\/\n  @js.native\n  trait DeleteInputResponse extends js.Object\n\n  object DeleteInputResponse {\n    @inline\n    def apply(): DeleteInputResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteInputResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteInputSecurityGroupRequest\n    *\/\n  @js.native\n  trait DeleteInputSecurityGroupRequest extends js.Object {\n    var InputSecurityGroupId: __string\n  }\n\n  object DeleteInputSecurityGroupRequest {\n    @inline\n    def apply(\n        InputSecurityGroupId: __string\n    ): DeleteInputSecurityGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputSecurityGroupId\" -> InputSecurityGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInputSecurityGroupRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteInputSecurityGroupResponse\n    *\/\n  @js.native\n  trait DeleteInputSecurityGroupResponse extends js.Object\n\n  object DeleteInputSecurityGroupResponse {\n    @inline\n    def apply(): DeleteInputSecurityGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteInputSecurityGroupResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteMultiplexProgramRequest\n    *\/\n  @js.native\n  trait DeleteMultiplexProgramRequest extends js.Object {\n    var MultiplexId: __string\n    var ProgramName: __string\n  }\n\n  object DeleteMultiplexProgramRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        ProgramName: __string\n    ): DeleteMultiplexProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMultiplexProgramRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteMultiplexProgramResponse\n    *\/\n  @js.native\n  trait DeleteMultiplexProgramResponse extends js.Object {\n    var ChannelId: js.UndefOr[__string]\n    var MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings]\n    var PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap]\n    var PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail]\n    var ProgramName: js.UndefOr[__string]\n  }\n\n  object DeleteMultiplexProgramResponse {\n    @inline\n    def apply(\n        ChannelId: js.UndefOr[__string] = js.undefined,\n        MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings] = js.undefined,\n        PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined\n    ): DeleteMultiplexProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelId.foreach(__v => __obj.updateDynamic(\"ChannelId\")(__v.asInstanceOf[js.Any]))\n      MultiplexProgramSettings.foreach(__v => __obj.updateDynamic(\"MultiplexProgramSettings\")(__v.asInstanceOf[js.Any]))\n      PacketIdentifiersMap.foreach(__v => __obj.updateDynamic(\"PacketIdentifiersMap\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMultiplexProgramResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteMultiplexRequest\n    *\/\n  @js.native\n  trait DeleteMultiplexRequest extends js.Object {\n    var MultiplexId: __string\n  }\n\n  object DeleteMultiplexRequest {\n    @inline\n    def apply(\n        MultiplexId: __string\n    ): DeleteMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteMultiplexResponse\n    *\/\n  @js.native\n  trait DeleteMultiplexResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfMultiplexOutputDestination]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DeleteMultiplexResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfMultiplexOutputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DeleteMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteMultiplexResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteReservationRequest\n    *\/\n  @js.native\n  trait DeleteReservationRequest extends js.Object {\n    var ReservationId: __string\n  }\n\n  object DeleteReservationRequest {\n    @inline\n    def apply(\n        ReservationId: __string\n    ): DeleteReservationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ReservationId\" -> ReservationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReservationRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteReservationResponse\n    *\/\n  @js.native\n  trait DeleteReservationResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Count: js.UndefOr[__integer]\n    var CurrencyCode: js.UndefOr[__string]\n    var Duration: js.UndefOr[__integer]\n    var DurationUnits: js.UndefOr[OfferingDurationUnits]\n    var End: js.UndefOr[__string]\n    var FixedPrice: js.UndefOr[__double]\n    var Name: js.UndefOr[__string]\n    var OfferingDescription: js.UndefOr[__string]\n    var OfferingId: js.UndefOr[__string]\n    var OfferingType: js.UndefOr[OfferingType]\n    var Region: js.UndefOr[__string]\n    var ReservationId: js.UndefOr[__string]\n    var ResourceSpecification: js.UndefOr[ReservationResourceSpecification]\n    var Start: js.UndefOr[__string]\n    var State: js.UndefOr[ReservationState]\n    var Tags: js.UndefOr[Tags]\n    var UsagePrice: js.UndefOr[__double]\n  }\n\n  object DeleteReservationResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Count: js.UndefOr[__integer] = js.undefined,\n        CurrencyCode: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__integer] = js.undefined,\n        DurationUnits: js.UndefOr[OfferingDurationUnits] = js.undefined,\n        End: js.UndefOr[__string] = js.undefined,\n        FixedPrice: js.UndefOr[__double] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        OfferingDescription: js.UndefOr[__string] = js.undefined,\n        OfferingId: js.UndefOr[__string] = js.undefined,\n        OfferingType: js.UndefOr[OfferingType] = js.undefined,\n        Region: js.UndefOr[__string] = js.undefined,\n        ReservationId: js.UndefOr[__string] = js.undefined,\n        ResourceSpecification: js.UndefOr[ReservationResourceSpecification] = js.undefined,\n        Start: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ReservationState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        UsagePrice: js.UndefOr[__double] = js.undefined\n    ): DeleteReservationResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationUnits.foreach(__v => __obj.updateDynamic(\"DurationUnits\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OfferingDescription.foreach(__v => __obj.updateDynamic(\"OfferingDescription\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ReservationId.foreach(__v => __obj.updateDynamic(\"ReservationId\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecification.foreach(__v => __obj.updateDynamic(\"ResourceSpecification\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteReservationResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteScheduleRequest\n    *\/\n  @js.native\n  trait DeleteScheduleRequest extends js.Object {\n    var ChannelId: __string\n  }\n\n  object DeleteScheduleRequest {\n    @inline\n    def apply(\n        ChannelId: __string\n    ): DeleteScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScheduleRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteScheduleResponse\n    *\/\n  @js.native\n  trait DeleteScheduleResponse extends js.Object\n\n  object DeleteScheduleResponse {\n    @inline\n    def apply(): DeleteScheduleResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteScheduleResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DeleteTagsRequest\n    *\/\n  @js.native\n  trait DeleteTagsRequest extends js.Object {\n    var ResourceArn: __string\n    var TagKeys: __listOf__string\n  }\n\n  object DeleteTagsRequest {\n    @inline\n    def apply(\n        ResourceArn: __string,\n        TagKeys: __listOf__string\n    ): DeleteTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTagsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeChannelRequest\n    *\/\n  @js.native\n  trait DescribeChannelRequest extends js.Object {\n    var ChannelId: __string\n  }\n\n  object DescribeChannelRequest {\n    @inline\n    def apply(\n        ChannelId: __string\n    ): DescribeChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeChannelResponse\n    *\/\n  @js.native\n  trait DescribeChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelineDetails: js.UndefOr[__listOfPipelineDetail]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object DescribeChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfPipelineDetail] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): DescribeChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeChannelResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputDeviceRequest\n    *\/\n  @js.native\n  trait DescribeInputDeviceRequest extends js.Object {\n    var InputDeviceId: __string\n  }\n\n  object DescribeInputDeviceRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string\n    ): DescribeInputDeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeInputDeviceRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputDeviceResponse\n    *\/\n  @js.native\n  trait DescribeInputDeviceResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ConnectionState: js.UndefOr[InputDeviceConnectionState]\n    var DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState]\n    var DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus]\n    var HdDeviceSettings: js.UndefOr[InputDeviceHdSettings]\n    var Id: js.UndefOr[__string]\n    var MacAddress: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var NetworkSettings: js.UndefOr[InputDeviceNetworkSettings]\n    var SerialNumber: js.UndefOr[__string]\n    var Type: js.UndefOr[InputDeviceType]\n    var UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings]\n  }\n\n  object DescribeInputDeviceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ConnectionState: js.UndefOr[InputDeviceConnectionState] = js.undefined,\n        DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState] = js.undefined,\n        DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus] = js.undefined,\n        HdDeviceSettings: js.UndefOr[InputDeviceHdSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MacAddress: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        NetworkSettings: js.UndefOr[InputDeviceNetworkSettings] = js.undefined,\n        SerialNumber: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[InputDeviceType] = js.undefined,\n        UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings] = js.undefined\n    ): DescribeInputDeviceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ConnectionState.foreach(__v => __obj.updateDynamic(\"ConnectionState\")(__v.asInstanceOf[js.Any]))\n      DeviceSettingsSyncState.foreach(__v => __obj.updateDynamic(\"DeviceSettingsSyncState\")(__v.asInstanceOf[js.Any]))\n      DeviceUpdateStatus.foreach(__v => __obj.updateDynamic(\"DeviceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      HdDeviceSettings.foreach(__v => __obj.updateDynamic(\"HdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MacAddress.foreach(__v => __obj.updateDynamic(\"MacAddress\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NetworkSettings.foreach(__v => __obj.updateDynamic(\"NetworkSettings\")(__v.asInstanceOf[js.Any]))\n      SerialNumber.foreach(__v => __obj.updateDynamic(\"SerialNumber\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UhdDeviceSettings.foreach(__v => __obj.updateDynamic(\"UhdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInputDeviceResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputDeviceThumbnailRequest\n    *\/\n  @js.native\n  trait DescribeInputDeviceThumbnailRequest extends js.Object {\n    var Accept: AcceptHeader\n    var InputDeviceId: __string\n  }\n\n  object DescribeInputDeviceThumbnailRequest {\n    @inline\n    def apply(\n        Accept: AcceptHeader,\n        InputDeviceId: __string\n    ): DescribeInputDeviceThumbnailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Accept\" -> Accept.asInstanceOf[js.Any],\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeInputDeviceThumbnailRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputDeviceThumbnailResponse\n    *\/\n  @js.native\n  trait DescribeInputDeviceThumbnailResponse extends js.Object {\n    var Body: js.UndefOr[InputDeviceThumbnail]\n    var ContentLength: js.UndefOr[__long]\n    var ContentType: js.UndefOr[ContentType]\n    var ETag: js.UndefOr[__string]\n    var LastModified: js.UndefOr[__timestamp]\n  }\n\n  object DescribeInputDeviceThumbnailResponse {\n    @inline\n    def apply(\n        Body: js.UndefOr[InputDeviceThumbnail] = js.undefined,\n        ContentLength: js.UndefOr[__long] = js.undefined,\n        ContentType: js.UndefOr[ContentType] = js.undefined,\n        ETag: js.UndefOr[__string] = js.undefined,\n        LastModified: js.UndefOr[__timestamp] = js.undefined\n    ): DescribeInputDeviceThumbnailResponse = {\n      val __obj = js.Dynamic.literal()\n      Body.foreach(__v => __obj.updateDynamic(\"Body\")(__v.asInstanceOf[js.Any]))\n      ContentLength.foreach(__v => __obj.updateDynamic(\"ContentLength\")(__v.asInstanceOf[js.Any]))\n      ContentType.foreach(__v => __obj.updateDynamic(\"ContentType\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      LastModified.foreach(__v => __obj.updateDynamic(\"LastModified\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInputDeviceThumbnailResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputRequest\n    *\/\n  @js.native\n  trait DescribeInputRequest extends js.Object {\n    var InputId: __string\n  }\n\n  object DescribeInputRequest {\n    @inline\n    def apply(\n        InputId: __string\n    ): DescribeInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeInputRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputResponse\n    *\/\n  @js.native\n  trait DescribeInputResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AttachedChannels: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfInputDestination]\n    var Id: js.UndefOr[__string]\n    var InputClass: js.UndefOr[InputClass]\n    var InputDevices: js.UndefOr[__listOfInputDeviceSettings]\n    var InputPartnerIds: js.UndefOr[__listOf__string]\n    var InputSourceType: js.UndefOr[InputSourceType]\n    var MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlow]\n    var Name: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n    var SecurityGroups: js.UndefOr[__listOf__string]\n    var Sources: js.UndefOr[__listOfInputSource]\n    var State: js.UndefOr[InputState]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[InputType]\n  }\n\n  object DescribeInputResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AttachedChannels: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfInputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputClass: js.UndefOr[InputClass] = js.undefined,\n        InputDevices: js.UndefOr[__listOfInputDeviceSettings] = js.undefined,\n        InputPartnerIds: js.UndefOr[__listOf__string] = js.undefined,\n        InputSourceType: js.UndefOr[InputSourceType] = js.undefined,\n        MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlow] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        SecurityGroups: js.UndefOr[__listOf__string] = js.undefined,\n        Sources: js.UndefOr[__listOfInputSource] = js.undefined,\n        State: js.UndefOr[InputState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[InputType] = js.undefined\n    ): DescribeInputResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachedChannels.foreach(__v => __obj.updateDynamic(\"AttachedChannels\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputClass.foreach(__v => __obj.updateDynamic(\"InputClass\")(__v.asInstanceOf[js.Any]))\n      InputDevices.foreach(__v => __obj.updateDynamic(\"InputDevices\")(__v.asInstanceOf[js.Any]))\n      InputPartnerIds.foreach(__v => __obj.updateDynamic(\"InputPartnerIds\")(__v.asInstanceOf[js.Any]))\n      InputSourceType.foreach(__v => __obj.updateDynamic(\"InputSourceType\")(__v.asInstanceOf[js.Any]))\n      MediaConnectFlows.foreach(__v => __obj.updateDynamic(\"MediaConnectFlows\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInputResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputSecurityGroupRequest\n    *\/\n  @js.native\n  trait DescribeInputSecurityGroupRequest extends js.Object {\n    var InputSecurityGroupId: __string\n  }\n\n  object DescribeInputSecurityGroupRequest {\n    @inline\n    def apply(\n        InputSecurityGroupId: __string\n    ): DescribeInputSecurityGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputSecurityGroupId\" -> InputSecurityGroupId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeInputSecurityGroupRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeInputSecurityGroupResponse\n    *\/\n  @js.native\n  trait DescribeInputSecurityGroupResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Id: js.UndefOr[__string]\n    var Inputs: js.UndefOr[__listOf__string]\n    var State: js.UndefOr[InputSecurityGroupState]\n    var Tags: js.UndefOr[Tags]\n    var WhitelistRules: js.UndefOr[__listOfInputWhitelistRule]\n  }\n\n  object DescribeInputSecurityGroupResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        Inputs: js.UndefOr[__listOf__string] = js.undefined,\n        State: js.UndefOr[InputSecurityGroupState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WhitelistRules: js.UndefOr[__listOfInputWhitelistRule] = js.undefined\n    ): DescribeInputSecurityGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WhitelistRules.foreach(__v => __obj.updateDynamic(\"WhitelistRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInputSecurityGroupResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeMultiplexProgramRequest\n    *\/\n  @js.native\n  trait DescribeMultiplexProgramRequest extends js.Object {\n    var MultiplexId: __string\n    var ProgramName: __string\n  }\n\n  object DescribeMultiplexProgramRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        ProgramName: __string\n    ): DescribeMultiplexProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMultiplexProgramRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeMultiplexProgramResponse\n    *\/\n  @js.native\n  trait DescribeMultiplexProgramResponse extends js.Object {\n    var ChannelId: js.UndefOr[__string]\n    var MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings]\n    var PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap]\n    var PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail]\n    var ProgramName: js.UndefOr[__string]\n  }\n\n  object DescribeMultiplexProgramResponse {\n    @inline\n    def apply(\n        ChannelId: js.UndefOr[__string] = js.undefined,\n        MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings] = js.undefined,\n        PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined\n    ): DescribeMultiplexProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      ChannelId.foreach(__v => __obj.updateDynamic(\"ChannelId\")(__v.asInstanceOf[js.Any]))\n      MultiplexProgramSettings.foreach(__v => __obj.updateDynamic(\"MultiplexProgramSettings\")(__v.asInstanceOf[js.Any]))\n      PacketIdentifiersMap.foreach(__v => __obj.updateDynamic(\"PacketIdentifiersMap\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMultiplexProgramResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeMultiplexRequest\n    *\/\n  @js.native\n  trait DescribeMultiplexRequest extends js.Object {\n    var MultiplexId: __string\n  }\n\n  object DescribeMultiplexRequest {\n    @inline\n    def apply(\n        MultiplexId: __string\n    ): DescribeMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeMultiplexResponse\n    *\/\n  @js.native\n  trait DescribeMultiplexResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfMultiplexOutputDestination]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object DescribeMultiplexResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfMultiplexOutputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): DescribeMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMultiplexResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeOfferingRequest\n    *\/\n  @js.native\n  trait DescribeOfferingRequest extends js.Object {\n    var OfferingId: __string\n  }\n\n  object DescribeOfferingRequest {\n    @inline\n    def apply(\n        OfferingId: __string\n    ): DescribeOfferingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OfferingId\" -> OfferingId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeOfferingRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeOfferingResponse\n    *\/\n  @js.native\n  trait DescribeOfferingResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CurrencyCode: js.UndefOr[__string]\n    var Duration: js.UndefOr[__integer]\n    var DurationUnits: js.UndefOr[OfferingDurationUnits]\n    var FixedPrice: js.UndefOr[__double]\n    var OfferingDescription: js.UndefOr[__string]\n    var OfferingId: js.UndefOr[__string]\n    var OfferingType: js.UndefOr[OfferingType]\n    var Region: js.UndefOr[__string]\n    var ResourceSpecification: js.UndefOr[ReservationResourceSpecification]\n    var UsagePrice: js.UndefOr[__double]\n  }\n\n  object DescribeOfferingResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CurrencyCode: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__integer] = js.undefined,\n        DurationUnits: js.UndefOr[OfferingDurationUnits] = js.undefined,\n        FixedPrice: js.UndefOr[__double] = js.undefined,\n        OfferingDescription: js.UndefOr[__string] = js.undefined,\n        OfferingId: js.UndefOr[__string] = js.undefined,\n        OfferingType: js.UndefOr[OfferingType] = js.undefined,\n        Region: js.UndefOr[__string] = js.undefined,\n        ResourceSpecification: js.UndefOr[ReservationResourceSpecification] = js.undefined,\n        UsagePrice: js.UndefOr[__double] = js.undefined\n    ): DescribeOfferingResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationUnits.foreach(__v => __obj.updateDynamic(\"DurationUnits\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      OfferingDescription.foreach(__v => __obj.updateDynamic(\"OfferingDescription\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecification.foreach(__v => __obj.updateDynamic(\"ResourceSpecification\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOfferingResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeReservationRequest\n    *\/\n  @js.native\n  trait DescribeReservationRequest extends js.Object {\n    var ReservationId: __string\n  }\n\n  object DescribeReservationRequest {\n    @inline\n    def apply(\n        ReservationId: __string\n    ): DescribeReservationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ReservationId\" -> ReservationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeReservationRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeReservationResponse\n    *\/\n  @js.native\n  trait DescribeReservationResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Count: js.UndefOr[__integer]\n    var CurrencyCode: js.UndefOr[__string]\n    var Duration: js.UndefOr[__integer]\n    var DurationUnits: js.UndefOr[OfferingDurationUnits]\n    var End: js.UndefOr[__string]\n    var FixedPrice: js.UndefOr[__double]\n    var Name: js.UndefOr[__string]\n    var OfferingDescription: js.UndefOr[__string]\n    var OfferingId: js.UndefOr[__string]\n    var OfferingType: js.UndefOr[OfferingType]\n    var Region: js.UndefOr[__string]\n    var ReservationId: js.UndefOr[__string]\n    var ResourceSpecification: js.UndefOr[ReservationResourceSpecification]\n    var Start: js.UndefOr[__string]\n    var State: js.UndefOr[ReservationState]\n    var Tags: js.UndefOr[Tags]\n    var UsagePrice: js.UndefOr[__double]\n  }\n\n  object DescribeReservationResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Count: js.UndefOr[__integer] = js.undefined,\n        CurrencyCode: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__integer] = js.undefined,\n        DurationUnits: js.UndefOr[OfferingDurationUnits] = js.undefined,\n        End: js.UndefOr[__string] = js.undefined,\n        FixedPrice: js.UndefOr[__double] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        OfferingDescription: js.UndefOr[__string] = js.undefined,\n        OfferingId: js.UndefOr[__string] = js.undefined,\n        OfferingType: js.UndefOr[OfferingType] = js.undefined,\n        Region: js.UndefOr[__string] = js.undefined,\n        ReservationId: js.UndefOr[__string] = js.undefined,\n        ResourceSpecification: js.UndefOr[ReservationResourceSpecification] = js.undefined,\n        Start: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ReservationState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        UsagePrice: js.UndefOr[__double] = js.undefined\n    ): DescribeReservationResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationUnits.foreach(__v => __obj.updateDynamic(\"DurationUnits\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OfferingDescription.foreach(__v => __obj.updateDynamic(\"OfferingDescription\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ReservationId.foreach(__v => __obj.updateDynamic(\"ReservationId\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecification.foreach(__v => __obj.updateDynamic(\"ResourceSpecification\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReservationResponse]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeScheduleRequest\n    *\/\n  @js.native\n  trait DescribeScheduleRequest extends js.Object {\n    var ChannelId: __string\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object DescribeScheduleRequest {\n    @inline\n    def apply(\n        ChannelId: __string,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): DescribeScheduleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScheduleRequest]\n    }\n  }\n\n  \/** Placeholder documentation for DescribeScheduleResponse\n    *\/\n  @js.native\n  trait DescribeScheduleResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var ScheduleActions: js.UndefOr[__listOfScheduleAction]\n  }\n\n  object DescribeScheduleResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        ScheduleActions: js.UndefOr[__listOfScheduleAction] = js.undefined\n    ): DescribeScheduleResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScheduleActions.foreach(__v => __obj.updateDynamic(\"ScheduleActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScheduleResponse]\n    }\n  }\n\n  \/** The status of the action to synchronize the device configuration. If you change the configuration of the input device (for example, the maximum bitrate), MediaLive sends the new data to the device. The device might not update itself immediately. SYNCED means the device has updated its configuration. SYNCING means that it has not updated its configuration.\n    *\/\n  @js.native\n  sealed trait DeviceSettingsSyncState extends js.Any\n  object DeviceSettingsSyncState {\n    val SYNCED = \"SYNCED\".asInstanceOf[DeviceSettingsSyncState]\n    val SYNCING = \"SYNCING\".asInstanceOf[DeviceSettingsSyncState]\n\n    @inline def values = js.Array(SYNCED, SYNCING)\n  }\n\n  \/** The status of software on the input device.\n    *\/\n  @js.native\n  sealed trait DeviceUpdateStatus extends js.Any\n  object DeviceUpdateStatus {\n    val UP_TO_DATE = \"UP_TO_DATE\".asInstanceOf[DeviceUpdateStatus]\n    val NOT_UP_TO_DATE = \"NOT_UP_TO_DATE\".asInstanceOf[DeviceUpdateStatus]\n\n    @inline def values = js.Array(UP_TO_DATE, NOT_UP_TO_DATE)\n  }\n\n  \/** DVB Network Information Table (NIT)\n    *\/\n  @js.native\n  trait DvbNitSettings extends js.Object {\n    var NetworkId: __integerMin0Max65536\n    var NetworkName: __stringMin1Max256\n    var RepInterval: js.UndefOr[__integerMin25Max10000]\n  }\n\n  object DvbNitSettings {\n    @inline\n    def apply(\n        NetworkId: __integerMin0Max65536,\n        NetworkName: __stringMin1Max256,\n        RepInterval: js.UndefOr[__integerMin25Max10000] = js.undefined\n    ): DvbNitSettings = {\n      val __obj = js.Dynamic.literal(\n        \"NetworkId\" -> NetworkId.asInstanceOf[js.Any],\n        \"NetworkName\" -> NetworkName.asInstanceOf[js.Any]\n      )\n\n      RepInterval.foreach(__v => __obj.updateDynamic(\"RepInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbNitSettings]\n    }\n  }\n\n  \/** Dvb Sdt Output Sdt\n    *\/\n  @js.native\n  sealed trait DvbSdtOutputSdt extends js.Any\n  object DvbSdtOutputSdt {\n    val SDT_FOLLOW = \"SDT_FOLLOW\".asInstanceOf[DvbSdtOutputSdt]\n    val SDT_FOLLOW_IF_PRESENT = \"SDT_FOLLOW_IF_PRESENT\".asInstanceOf[DvbSdtOutputSdt]\n    val SDT_MANUAL = \"SDT_MANUAL\".asInstanceOf[DvbSdtOutputSdt]\n    val SDT_NONE = \"SDT_NONE\".asInstanceOf[DvbSdtOutputSdt]\n\n    @inline def values = js.Array(SDT_FOLLOW, SDT_FOLLOW_IF_PRESENT, SDT_MANUAL, SDT_NONE)\n  }\n\n  \/** DVB Service Description Table (SDT)\n    *\/\n  @js.native\n  trait DvbSdtSettings extends js.Object {\n    var OutputSdt: js.UndefOr[DvbSdtOutputSdt]\n    var RepInterval: js.UndefOr[__integerMin25Max2000]\n    var ServiceName: js.UndefOr[__stringMin1Max256]\n    var ServiceProviderName: js.UndefOr[__stringMin1Max256]\n  }\n\n  object DvbSdtSettings {\n    @inline\n    def apply(\n        OutputSdt: js.UndefOr[DvbSdtOutputSdt] = js.undefined,\n        RepInterval: js.UndefOr[__integerMin25Max2000] = js.undefined,\n        ServiceName: js.UndefOr[__stringMin1Max256] = js.undefined,\n        ServiceProviderName: js.UndefOr[__stringMin1Max256] = js.undefined\n    ): DvbSdtSettings = {\n      val __obj = js.Dynamic.literal()\n      OutputSdt.foreach(__v => __obj.updateDynamic(\"OutputSdt\")(__v.asInstanceOf[js.Any]))\n      RepInterval.foreach(__v => __obj.updateDynamic(\"RepInterval\")(__v.asInstanceOf[js.Any]))\n      ServiceName.foreach(__v => __obj.updateDynamic(\"ServiceName\")(__v.asInstanceOf[js.Any]))\n      ServiceProviderName.foreach(__v => __obj.updateDynamic(\"ServiceProviderName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSdtSettings]\n    }\n  }\n\n  \/** Dvb Sub Destination Alignment\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationAlignment extends js.Any\n  object DvbSubDestinationAlignment {\n    val CENTERED = \"CENTERED\".asInstanceOf[DvbSubDestinationAlignment]\n    val LEFT = \"LEFT\".asInstanceOf[DvbSubDestinationAlignment]\n    val SMART = \"SMART\".asInstanceOf[DvbSubDestinationAlignment]\n\n    @inline def values = js.Array(CENTERED, LEFT, SMART)\n  }\n\n  \/** Dvb Sub Destination Background Color\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationBackgroundColor extends js.Any\n  object DvbSubDestinationBackgroundColor {\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubDestinationBackgroundColor]\n    val NONE = \"NONE\".asInstanceOf[DvbSubDestinationBackgroundColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubDestinationBackgroundColor]\n\n    @inline def values = js.Array(BLACK, NONE, WHITE)\n  }\n\n  \/** Dvb Sub Destination Font Color\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationFontColor extends js.Any\n  object DvbSubDestinationFontColor {\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubDestinationFontColor]\n    val BLUE = \"BLUE\".asInstanceOf[DvbSubDestinationFontColor]\n    val GREEN = \"GREEN\".asInstanceOf[DvbSubDestinationFontColor]\n    val RED = \"RED\".asInstanceOf[DvbSubDestinationFontColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubDestinationFontColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[DvbSubDestinationFontColor]\n\n    @inline def values = js.Array(BLACK, BLUE, GREEN, RED, WHITE, YELLOW)\n  }\n\n  \/** Dvb Sub Destination Outline Color\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationOutlineColor extends js.Any\n  object DvbSubDestinationOutlineColor {\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubDestinationOutlineColor]\n    val BLUE = \"BLUE\".asInstanceOf[DvbSubDestinationOutlineColor]\n    val GREEN = \"GREEN\".asInstanceOf[DvbSubDestinationOutlineColor]\n    val RED = \"RED\".asInstanceOf[DvbSubDestinationOutlineColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubDestinationOutlineColor]\n    val YELLOW = \"YELLOW\".asInstanceOf[DvbSubDestinationOutlineColor]\n\n    @inline def values = js.Array(BLACK, BLUE, GREEN, RED, WHITE, YELLOW)\n  }\n\n  \/** Dvb Sub Destination Settings\n    *\/\n  @js.native\n  trait DvbSubDestinationSettings extends js.Object {\n    var Alignment: js.UndefOr[DvbSubDestinationAlignment]\n    var BackgroundColor: js.UndefOr[DvbSubDestinationBackgroundColor]\n    var BackgroundOpacity: js.UndefOr[__integerMin0Max255]\n    var Font: js.UndefOr[InputLocation]\n    var FontColor: js.UndefOr[DvbSubDestinationFontColor]\n    var FontOpacity: js.UndefOr[__integerMin0Max255]\n    var FontResolution: js.UndefOr[__integerMin96Max600]\n    var FontSize: js.UndefOr[__string]\n    var OutlineColor: js.UndefOr[DvbSubDestinationOutlineColor]\n    var OutlineSize: js.UndefOr[__integerMin0Max10]\n    var ShadowColor: js.UndefOr[DvbSubDestinationShadowColor]\n    var ShadowOpacity: js.UndefOr[__integerMin0Max255]\n    var ShadowXOffset: js.UndefOr[__integer]\n    var ShadowYOffset: js.UndefOr[__integer]\n    var TeletextGridControl: js.UndefOr[DvbSubDestinationTeletextGridControl]\n    var XPosition: js.UndefOr[__integerMin0]\n    var YPosition: js.UndefOr[__integerMin0]\n  }\n\n  object DvbSubDestinationSettings {\n    @inline\n    def apply(\n        Alignment: js.UndefOr[DvbSubDestinationAlignment] = js.undefined,\n        BackgroundColor: js.UndefOr[DvbSubDestinationBackgroundColor] = js.undefined,\n        BackgroundOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        Font: js.UndefOr[InputLocation] = js.undefined,\n        FontColor: js.UndefOr[DvbSubDestinationFontColor] = js.undefined,\n        FontOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        FontResolution: js.UndefOr[__integerMin96Max600] = js.undefined,\n        FontSize: js.UndefOr[__string] = js.undefined,\n        OutlineColor: js.UndefOr[DvbSubDestinationOutlineColor] = js.undefined,\n        OutlineSize: js.UndefOr[__integerMin0Max10] = js.undefined,\n        ShadowColor: js.UndefOr[DvbSubDestinationShadowColor] = js.undefined,\n        ShadowOpacity: js.UndefOr[__integerMin0Max255] = js.undefined,\n        ShadowXOffset: js.UndefOr[__integer] = js.undefined,\n        ShadowYOffset: js.UndefOr[__integer] = js.undefined,\n        TeletextGridControl: js.UndefOr[DvbSubDestinationTeletextGridControl] = js.undefined,\n        XPosition: js.UndefOr[__integerMin0] = js.undefined,\n        YPosition: js.UndefOr[__integerMin0] = js.undefined\n    ): DvbSubDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      Alignment.foreach(__v => __obj.updateDynamic(\"Alignment\")(__v.asInstanceOf[js.Any]))\n      BackgroundColor.foreach(__v => __obj.updateDynamic(\"BackgroundColor\")(__v.asInstanceOf[js.Any]))\n      BackgroundOpacity.foreach(__v => __obj.updateDynamic(\"BackgroundOpacity\")(__v.asInstanceOf[js.Any]))\n      Font.foreach(__v => __obj.updateDynamic(\"Font\")(__v.asInstanceOf[js.Any]))\n      FontColor.foreach(__v => __obj.updateDynamic(\"FontColor\")(__v.asInstanceOf[js.Any]))\n      FontOpacity.foreach(__v => __obj.updateDynamic(\"FontOpacity\")(__v.asInstanceOf[js.Any]))\n      FontResolution.foreach(__v => __obj.updateDynamic(\"FontResolution\")(__v.asInstanceOf[js.Any]))\n      FontSize.foreach(__v => __obj.updateDynamic(\"FontSize\")(__v.asInstanceOf[js.Any]))\n      OutlineColor.foreach(__v => __obj.updateDynamic(\"OutlineColor\")(__v.asInstanceOf[js.Any]))\n      OutlineSize.foreach(__v => __obj.updateDynamic(\"OutlineSize\")(__v.asInstanceOf[js.Any]))\n      ShadowColor.foreach(__v => __obj.updateDynamic(\"ShadowColor\")(__v.asInstanceOf[js.Any]))\n      ShadowOpacity.foreach(__v => __obj.updateDynamic(\"ShadowOpacity\")(__v.asInstanceOf[js.Any]))\n      ShadowXOffset.foreach(__v => __obj.updateDynamic(\"ShadowXOffset\")(__v.asInstanceOf[js.Any]))\n      ShadowYOffset.foreach(__v => __obj.updateDynamic(\"ShadowYOffset\")(__v.asInstanceOf[js.Any]))\n      TeletextGridControl.foreach(__v => __obj.updateDynamic(\"TeletextGridControl\")(__v.asInstanceOf[js.Any]))\n      XPosition.foreach(__v => __obj.updateDynamic(\"XPosition\")(__v.asInstanceOf[js.Any]))\n      YPosition.foreach(__v => __obj.updateDynamic(\"YPosition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSubDestinationSettings]\n    }\n  }\n\n  \/** Dvb Sub Destination Shadow Color\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationShadowColor extends js.Any\n  object DvbSubDestinationShadowColor {\n    val BLACK = \"BLACK\".asInstanceOf[DvbSubDestinationShadowColor]\n    val NONE = \"NONE\".asInstanceOf[DvbSubDestinationShadowColor]\n    val WHITE = \"WHITE\".asInstanceOf[DvbSubDestinationShadowColor]\n\n    @inline def values = js.Array(BLACK, NONE, WHITE)\n  }\n\n  \/** Dvb Sub Destination Teletext Grid Control\n    *\/\n  @js.native\n  sealed trait DvbSubDestinationTeletextGridControl extends js.Any\n  object DvbSubDestinationTeletextGridControl {\n    val FIXED = \"FIXED\".asInstanceOf[DvbSubDestinationTeletextGridControl]\n    val SCALED = \"SCALED\".asInstanceOf[DvbSubDestinationTeletextGridControl]\n\n    @inline def values = js.Array(FIXED, SCALED)\n  }\n\n  \/** Dvb Sub Source Settings\n    *\/\n  @js.native\n  trait DvbSubSourceSettings extends js.Object {\n    var Pid: js.UndefOr[__integerMin1]\n  }\n\n  object DvbSubSourceSettings {\n    @inline\n    def apply(\n        Pid: js.UndefOr[__integerMin1] = js.undefined\n    ): DvbSubSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbSubSourceSettings]\n    }\n  }\n\n  \/** DVB Time and Date Table (SDT)\n    *\/\n  @js.native\n  trait DvbTdtSettings extends js.Object {\n    var RepInterval: js.UndefOr[__integerMin1000Max30000]\n  }\n\n  object DvbTdtSettings {\n    @inline\n    def apply(\n        RepInterval: js.UndefOr[__integerMin1000Max30000] = js.undefined\n    ): DvbTdtSettings = {\n      val __obj = js.Dynamic.literal()\n      RepInterval.foreach(__v => __obj.updateDynamic(\"RepInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DvbTdtSettings]\n    }\n  }\n\n  \/** Eac3 Attenuation Control\n    *\/\n  @js.native\n  sealed trait Eac3AttenuationControl extends js.Any\n  object Eac3AttenuationControl {\n    val ATTENUATE_3_DB = \"ATTENUATE_3_DB\".asInstanceOf[Eac3AttenuationControl]\n    val NONE = \"NONE\".asInstanceOf[Eac3AttenuationControl]\n\n    @inline def values = js.Array(ATTENUATE_3_DB, NONE)\n  }\n\n  \/** Eac3 Bitstream Mode\n    *\/\n  @js.native\n  sealed trait Eac3BitstreamMode extends js.Any\n  object Eac3BitstreamMode {\n    val COMMENTARY = \"COMMENTARY\".asInstanceOf[Eac3BitstreamMode]\n    val COMPLETE_MAIN = \"COMPLETE_MAIN\".asInstanceOf[Eac3BitstreamMode]\n    val EMERGENCY = \"EMERGENCY\".asInstanceOf[Eac3BitstreamMode]\n    val HEARING_IMPAIRED = \"HEARING_IMPAIRED\".asInstanceOf[Eac3BitstreamMode]\n    val VISUALLY_IMPAIRED = \"VISUALLY_IMPAIRED\".asInstanceOf[Eac3BitstreamMode]\n\n    @inline def values = js.Array(COMMENTARY, COMPLETE_MAIN, EMERGENCY, HEARING_IMPAIRED, VISUALLY_IMPAIRED)\n  }\n\n  \/** Eac3 Coding Mode\n    *\/\n  @js.native\n  sealed trait Eac3CodingMode extends js.Any\n  object Eac3CodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[Eac3CodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[Eac3CodingMode]\n    val CODING_MODE_3_2 = \"CODING_MODE_3_2\".asInstanceOf[Eac3CodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_2_0, CODING_MODE_3_2)\n  }\n\n  \/** Eac3 Dc Filter\n    *\/\n  @js.native\n  sealed trait Eac3DcFilter extends js.Any\n  object Eac3DcFilter {\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3DcFilter]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3DcFilter]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Eac3 Drc Line\n    *\/\n  @js.native\n  sealed trait Eac3DrcLine extends js.Any\n  object Eac3DrcLine {\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3DrcLine]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3DrcLine]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3DrcLine]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3DrcLine]\n    val NONE = \"NONE\".asInstanceOf[Eac3DrcLine]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3DrcLine]\n\n    @inline def values = js.Array(FILM_LIGHT, FILM_STANDARD, MUSIC_LIGHT, MUSIC_STANDARD, NONE, SPEECH)\n  }\n\n  \/** Eac3 Drc Rf\n    *\/\n  @js.native\n  sealed trait Eac3DrcRf extends js.Any\n  object Eac3DrcRf {\n    val FILM_LIGHT = \"FILM_LIGHT\".asInstanceOf[Eac3DrcRf]\n    val FILM_STANDARD = \"FILM_STANDARD\".asInstanceOf[Eac3DrcRf]\n    val MUSIC_LIGHT = \"MUSIC_LIGHT\".asInstanceOf[Eac3DrcRf]\n    val MUSIC_STANDARD = \"MUSIC_STANDARD\".asInstanceOf[Eac3DrcRf]\n    val NONE = \"NONE\".asInstanceOf[Eac3DrcRf]\n    val SPEECH = \"SPEECH\".asInstanceOf[Eac3DrcRf]\n\n    @inline def values = js.Array(FILM_LIGHT, FILM_STANDARD, MUSIC_LIGHT, MUSIC_STANDARD, NONE, SPEECH)\n  }\n\n  \/** Eac3 Lfe Control\n    *\/\n  @js.native\n  sealed trait Eac3LfeControl extends js.Any\n  object Eac3LfeControl {\n    val LFE = \"LFE\".asInstanceOf[Eac3LfeControl]\n    val NO_LFE = \"NO_LFE\".asInstanceOf[Eac3LfeControl]\n\n    @inline def values = js.Array(LFE, NO_LFE)\n  }\n\n  \/** Eac3 Lfe Filter\n    *\/\n  @js.native\n  sealed trait Eac3LfeFilter extends js.Any\n  object Eac3LfeFilter {\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3LfeFilter]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3LfeFilter]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Eac3 Metadata Control\n    *\/\n  @js.native\n  sealed trait Eac3MetadataControl extends js.Any\n  object Eac3MetadataControl {\n    val FOLLOW_INPUT = \"FOLLOW_INPUT\".asInstanceOf[Eac3MetadataControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[Eac3MetadataControl]\n\n    @inline def values = js.Array(FOLLOW_INPUT, USE_CONFIGURED)\n  }\n\n  \/** Eac3 Passthrough Control\n    *\/\n  @js.native\n  sealed trait Eac3PassthroughControl extends js.Any\n  object Eac3PassthroughControl {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[Eac3PassthroughControl]\n    val WHEN_POSSIBLE = \"WHEN_POSSIBLE\".asInstanceOf[Eac3PassthroughControl]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, WHEN_POSSIBLE)\n  }\n\n  \/** Eac3 Phase Control\n    *\/\n  @js.native\n  sealed trait Eac3PhaseControl extends js.Any\n  object Eac3PhaseControl {\n    val NO_SHIFT = \"NO_SHIFT\".asInstanceOf[Eac3PhaseControl]\n    val SHIFT_90_DEGREES = \"SHIFT_90_DEGREES\".asInstanceOf[Eac3PhaseControl]\n\n    @inline def values = js.Array(NO_SHIFT, SHIFT_90_DEGREES)\n  }\n\n  \/** Eac3 Settings\n    *\/\n  @js.native\n  trait Eac3Settings extends js.Object {\n    var AttenuationControl: js.UndefOr[Eac3AttenuationControl]\n    var Bitrate: js.UndefOr[__double]\n    var BitstreamMode: js.UndefOr[Eac3BitstreamMode]\n    var CodingMode: js.UndefOr[Eac3CodingMode]\n    var DcFilter: js.UndefOr[Eac3DcFilter]\n    var Dialnorm: js.UndefOr[__integerMin1Max31]\n    var DrcLine: js.UndefOr[Eac3DrcLine]\n    var DrcRf: js.UndefOr[Eac3DrcRf]\n    var LfeControl: js.UndefOr[Eac3LfeControl]\n    var LfeFilter: js.UndefOr[Eac3LfeFilter]\n    var LoRoCenterMixLevel: js.UndefOr[__double]\n    var LoRoSurroundMixLevel: js.UndefOr[__double]\n    var LtRtCenterMixLevel: js.UndefOr[__double]\n    var LtRtSurroundMixLevel: js.UndefOr[__double]\n    var MetadataControl: js.UndefOr[Eac3MetadataControl]\n    var PassthroughControl: js.UndefOr[Eac3PassthroughControl]\n    var PhaseControl: js.UndefOr[Eac3PhaseControl]\n    var StereoDownmix: js.UndefOr[Eac3StereoDownmix]\n    var SurroundExMode: js.UndefOr[Eac3SurroundExMode]\n    var SurroundMode: js.UndefOr[Eac3SurroundMode]\n  }\n\n  object Eac3Settings {\n    @inline\n    def apply(\n        AttenuationControl: js.UndefOr[Eac3AttenuationControl] = js.undefined,\n        Bitrate: js.UndefOr[__double] = js.undefined,\n        BitstreamMode: js.UndefOr[Eac3BitstreamMode] = js.undefined,\n        CodingMode: js.UndefOr[Eac3CodingMode] = js.undefined,\n        DcFilter: js.UndefOr[Eac3DcFilter] = js.undefined,\n        Dialnorm: js.UndefOr[__integerMin1Max31] = js.undefined,\n        DrcLine: js.UndefOr[Eac3DrcLine] = js.undefined,\n        DrcRf: js.UndefOr[Eac3DrcRf] = js.undefined,\n        LfeControl: js.UndefOr[Eac3LfeControl] = js.undefined,\n        LfeFilter: js.UndefOr[Eac3LfeFilter] = js.undefined,\n        LoRoCenterMixLevel: js.UndefOr[__double] = js.undefined,\n        LoRoSurroundMixLevel: js.UndefOr[__double] = js.undefined,\n        LtRtCenterMixLevel: js.UndefOr[__double] = js.undefined,\n        LtRtSurroundMixLevel: js.UndefOr[__double] = js.undefined,\n        MetadataControl: js.UndefOr[Eac3MetadataControl] = js.undefined,\n        PassthroughControl: js.UndefOr[Eac3PassthroughControl] = js.undefined,\n        PhaseControl: js.UndefOr[Eac3PhaseControl] = js.undefined,\n        StereoDownmix: js.UndefOr[Eac3StereoDownmix] = js.undefined,\n        SurroundExMode: js.UndefOr[Eac3SurroundExMode] = js.undefined,\n        SurroundMode: js.UndefOr[Eac3SurroundMode] = js.undefined\n    ): Eac3Settings = {\n      val __obj = js.Dynamic.literal()\n      AttenuationControl.foreach(__v => __obj.updateDynamic(\"AttenuationControl\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BitstreamMode.foreach(__v => __obj.updateDynamic(\"BitstreamMode\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      DcFilter.foreach(__v => __obj.updateDynamic(\"DcFilter\")(__v.asInstanceOf[js.Any]))\n      Dialnorm.foreach(__v => __obj.updateDynamic(\"Dialnorm\")(__v.asInstanceOf[js.Any]))\n      DrcLine.foreach(__v => __obj.updateDynamic(\"DrcLine\")(__v.asInstanceOf[js.Any]))\n      DrcRf.foreach(__v => __obj.updateDynamic(\"DrcRf\")(__v.asInstanceOf[js.Any]))\n      LfeControl.foreach(__v => __obj.updateDynamic(\"LfeControl\")(__v.asInstanceOf[js.Any]))\n      LfeFilter.foreach(__v => __obj.updateDynamic(\"LfeFilter\")(__v.asInstanceOf[js.Any]))\n      LoRoCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LoRoSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LoRoSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtCenterMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtCenterMixLevel\")(__v.asInstanceOf[js.Any]))\n      LtRtSurroundMixLevel.foreach(__v => __obj.updateDynamic(\"LtRtSurroundMixLevel\")(__v.asInstanceOf[js.Any]))\n      MetadataControl.foreach(__v => __obj.updateDynamic(\"MetadataControl\")(__v.asInstanceOf[js.Any]))\n      PassthroughControl.foreach(__v => __obj.updateDynamic(\"PassthroughControl\")(__v.asInstanceOf[js.Any]))\n      PhaseControl.foreach(__v => __obj.updateDynamic(\"PhaseControl\")(__v.asInstanceOf[js.Any]))\n      StereoDownmix.foreach(__v => __obj.updateDynamic(\"StereoDownmix\")(__v.asInstanceOf[js.Any]))\n      SurroundExMode.foreach(__v => __obj.updateDynamic(\"SurroundExMode\")(__v.asInstanceOf[js.Any]))\n      SurroundMode.foreach(__v => __obj.updateDynamic(\"SurroundMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Eac3Settings]\n    }\n  }\n\n  \/** Eac3 Stereo Downmix\n    *\/\n  @js.native\n  sealed trait Eac3StereoDownmix extends js.Any\n  object Eac3StereoDownmix {\n    val DPL2 = \"DPL2\".asInstanceOf[Eac3StereoDownmix]\n    val LO_RO = \"LO_RO\".asInstanceOf[Eac3StereoDownmix]\n    val LT_RT = \"LT_RT\".asInstanceOf[Eac3StereoDownmix]\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3StereoDownmix]\n\n    @inline def values = js.Array(DPL2, LO_RO, LT_RT, NOT_INDICATED)\n  }\n\n  \/** Eac3 Surround Ex Mode\n    *\/\n  @js.native\n  sealed trait Eac3SurroundExMode extends js.Any\n  object Eac3SurroundExMode {\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3SurroundExMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3SurroundExMode]\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3SurroundExMode]\n\n    @inline def values = js.Array(DISABLED, ENABLED, NOT_INDICATED)\n  }\n\n  \/** Eac3 Surround Mode\n    *\/\n  @js.native\n  sealed trait Eac3SurroundMode extends js.Any\n  object Eac3SurroundMode {\n    val DISABLED = \"DISABLED\".asInstanceOf[Eac3SurroundMode]\n    val ENABLED = \"ENABLED\".asInstanceOf[Eac3SurroundMode]\n    val NOT_INDICATED = \"NOT_INDICATED\".asInstanceOf[Eac3SurroundMode]\n\n    @inline def values = js.Array(DISABLED, ENABLED, NOT_INDICATED)\n  }\n\n  \/** Ebu Tt DDestination Settings\n    *\/\n  @js.native\n  trait EbuTtDDestinationSettings extends js.Object {\n    var CopyrightHolder: js.UndefOr[__stringMax1000]\n    var FillLineGap: js.UndefOr[EbuTtDFillLineGapControl]\n    var FontFamily: js.UndefOr[__string]\n    var StyleControl: js.UndefOr[EbuTtDDestinationStyleControl]\n  }\n\n  object EbuTtDDestinationSettings {\n    @inline\n    def apply(\n        CopyrightHolder: js.UndefOr[__stringMax1000] = js.undefined,\n        FillLineGap: js.UndefOr[EbuTtDFillLineGapControl] = js.undefined,\n        FontFamily: js.UndefOr[__string] = js.undefined,\n        StyleControl: js.UndefOr[EbuTtDDestinationStyleControl] = js.undefined\n    ): EbuTtDDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      CopyrightHolder.foreach(__v => __obj.updateDynamic(\"CopyrightHolder\")(__v.asInstanceOf[js.Any]))\n      FillLineGap.foreach(__v => __obj.updateDynamic(\"FillLineGap\")(__v.asInstanceOf[js.Any]))\n      FontFamily.foreach(__v => __obj.updateDynamic(\"FontFamily\")(__v.asInstanceOf[js.Any]))\n      StyleControl.foreach(__v => __obj.updateDynamic(\"StyleControl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EbuTtDDestinationSettings]\n    }\n  }\n\n  \/** Ebu Tt DDestination Style Control\n    *\/\n  @js.native\n  sealed trait EbuTtDDestinationStyleControl extends js.Any\n  object EbuTtDDestinationStyleControl {\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[EbuTtDDestinationStyleControl]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[EbuTtDDestinationStyleControl]\n\n    @inline def values = js.Array(EXCLUDE, INCLUDE)\n  }\n\n  \/** Ebu Tt DFill Line Gap Control\n    *\/\n  @js.native\n  sealed trait EbuTtDFillLineGapControl extends js.Any\n  object EbuTtDFillLineGapControl {\n    val DISABLED = \"DISABLED\".asInstanceOf[EbuTtDFillLineGapControl]\n    val ENABLED = \"ENABLED\".asInstanceOf[EbuTtDFillLineGapControl]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Embedded Convert608 To708\n    *\/\n  @js.native\n  sealed trait EmbeddedConvert608To708 extends js.Any\n  object EmbeddedConvert608To708 {\n    val DISABLED = \"DISABLED\".asInstanceOf[EmbeddedConvert608To708]\n    val UPCONVERT = \"UPCONVERT\".asInstanceOf[EmbeddedConvert608To708]\n\n    @inline def values = js.Array(DISABLED, UPCONVERT)\n  }\n\n  \/** Embedded Destination Settings\n    *\/\n  @js.native\n  trait EmbeddedDestinationSettings extends js.Object\n\n  object EmbeddedDestinationSettings {\n    @inline\n    def apply(): EmbeddedDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EmbeddedDestinationSettings]\n    }\n  }\n\n  \/** Embedded Plus Scte20 Destination Settings\n    *\/\n  @js.native\n  trait EmbeddedPlusScte20DestinationSettings extends js.Object\n\n  object EmbeddedPlusScte20DestinationSettings {\n    @inline\n    def apply(): EmbeddedPlusScte20DestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EmbeddedPlusScte20DestinationSettings]\n    }\n  }\n\n  \/** Embedded Scte20 Detection\n    *\/\n  @js.native\n  sealed trait EmbeddedScte20Detection extends js.Any\n  object EmbeddedScte20Detection {\n    val AUTO = \"AUTO\".asInstanceOf[EmbeddedScte20Detection]\n    val OFF = \"OFF\".asInstanceOf[EmbeddedScte20Detection]\n\n    @inline def values = js.Array(AUTO, OFF)\n  }\n\n  \/** Embedded Source Settings\n    *\/\n  @js.native\n  trait EmbeddedSourceSettings extends js.Object {\n    var Convert608To708: js.UndefOr[EmbeddedConvert608To708]\n    var Scte20Detection: js.UndefOr[EmbeddedScte20Detection]\n    var Source608ChannelNumber: js.UndefOr[__integerMin1Max4]\n    var Source608TrackNumber: js.UndefOr[__integerMin1Max5]\n  }\n\n  object EmbeddedSourceSettings {\n    @inline\n    def apply(\n        Convert608To708: js.UndefOr[EmbeddedConvert608To708] = js.undefined,\n        Scte20Detection: js.UndefOr[EmbeddedScte20Detection] = js.undefined,\n        Source608ChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined,\n        Source608TrackNumber: js.UndefOr[__integerMin1Max5] = js.undefined\n    ): EmbeddedSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Convert608To708.foreach(__v => __obj.updateDynamic(\"Convert608To708\")(__v.asInstanceOf[js.Any]))\n      Scte20Detection.foreach(__v => __obj.updateDynamic(\"Scte20Detection\")(__v.asInstanceOf[js.Any]))\n      Source608ChannelNumber.foreach(__v => __obj.updateDynamic(\"Source608ChannelNumber\")(__v.asInstanceOf[js.Any]))\n      Source608TrackNumber.foreach(__v => __obj.updateDynamic(\"Source608TrackNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EmbeddedSourceSettings]\n    }\n  }\n\n  \/** Encoder Settings\n    *\/\n  @js.native\n  trait EncoderSettings extends js.Object {\n    var AudioDescriptions: __listOfAudioDescription\n    var OutputGroups: __listOfOutputGroup\n    var TimecodeConfig: TimecodeConfig\n    var VideoDescriptions: __listOfVideoDescription\n    var AvailBlanking: js.UndefOr[AvailBlanking]\n    var AvailConfiguration: js.UndefOr[AvailConfiguration]\n    var BlackoutSlate: js.UndefOr[BlackoutSlate]\n    var CaptionDescriptions: js.UndefOr[__listOfCaptionDescription]\n    var FeatureActivations: js.UndefOr[FeatureActivations]\n    var GlobalConfiguration: js.UndefOr[GlobalConfiguration]\n    var MotionGraphicsConfiguration: js.UndefOr[MotionGraphicsConfiguration]\n    var NielsenConfiguration: js.UndefOr[NielsenConfiguration]\n  }\n\n  object EncoderSettings {\n    @inline\n    def apply(\n        AudioDescriptions: __listOfAudioDescription,\n        OutputGroups: __listOfOutputGroup,\n        TimecodeConfig: TimecodeConfig,\n        VideoDescriptions: __listOfVideoDescription,\n        AvailBlanking: js.UndefOr[AvailBlanking] = js.undefined,\n        AvailConfiguration: js.UndefOr[AvailConfiguration] = js.undefined,\n        BlackoutSlate: js.UndefOr[BlackoutSlate] = js.undefined,\n        CaptionDescriptions: js.UndefOr[__listOfCaptionDescription] = js.undefined,\n        FeatureActivations: js.UndefOr[FeatureActivations] = js.undefined,\n        GlobalConfiguration: js.UndefOr[GlobalConfiguration] = js.undefined,\n        MotionGraphicsConfiguration: js.UndefOr[MotionGraphicsConfiguration] = js.undefined,\n        NielsenConfiguration: js.UndefOr[NielsenConfiguration] = js.undefined\n    ): EncoderSettings = {\n      val __obj = js.Dynamic.literal(\n        \"AudioDescriptions\" -> AudioDescriptions.asInstanceOf[js.Any],\n        \"OutputGroups\" -> OutputGroups.asInstanceOf[js.Any],\n        \"TimecodeConfig\" -> TimecodeConfig.asInstanceOf[js.Any],\n        \"VideoDescriptions\" -> VideoDescriptions.asInstanceOf[js.Any]\n      )\n\n      AvailBlanking.foreach(__v => __obj.updateDynamic(\"AvailBlanking\")(__v.asInstanceOf[js.Any]))\n      AvailConfiguration.foreach(__v => __obj.updateDynamic(\"AvailConfiguration\")(__v.asInstanceOf[js.Any]))\n      BlackoutSlate.foreach(__v => __obj.updateDynamic(\"BlackoutSlate\")(__v.asInstanceOf[js.Any]))\n      CaptionDescriptions.foreach(__v => __obj.updateDynamic(\"CaptionDescriptions\")(__v.asInstanceOf[js.Any]))\n      FeatureActivations.foreach(__v => __obj.updateDynamic(\"FeatureActivations\")(__v.asInstanceOf[js.Any]))\n      GlobalConfiguration.foreach(__v => __obj.updateDynamic(\"GlobalConfiguration\")(__v.asInstanceOf[js.Any]))\n      MotionGraphicsConfiguration.foreach(__v => __obj.updateDynamic(\"MotionGraphicsConfiguration\")(__v.asInstanceOf[js.Any]))\n      NielsenConfiguration.foreach(__v => __obj.updateDynamic(\"NielsenConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncoderSettings]\n    }\n  }\n\n  \/** Failover Condition settings. There can be multiple failover conditions inside AutomaticInputFailoverSettings.\n    *\/\n  @js.native\n  trait FailoverCondition extends js.Object {\n    var FailoverConditionSettings: js.UndefOr[FailoverConditionSettings]\n  }\n\n  object FailoverCondition {\n    @inline\n    def apply(\n        FailoverConditionSettings: js.UndefOr[FailoverConditionSettings] = js.undefined\n    ): FailoverCondition = {\n      val __obj = js.Dynamic.literal()\n      FailoverConditionSettings.foreach(__v => __obj.updateDynamic(\"FailoverConditionSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverCondition]\n    }\n  }\n\n  \/** Settings for one failover condition.\n    *\/\n  @js.native\n  trait FailoverConditionSettings extends js.Object {\n    var AudioSilenceSettings: js.UndefOr[AudioSilenceFailoverSettings]\n    var InputLossSettings: js.UndefOr[InputLossFailoverSettings]\n    var VideoBlackSettings: js.UndefOr[VideoBlackFailoverSettings]\n  }\n\n  object FailoverConditionSettings {\n    @inline\n    def apply(\n        AudioSilenceSettings: js.UndefOr[AudioSilenceFailoverSettings] = js.undefined,\n        InputLossSettings: js.UndefOr[InputLossFailoverSettings] = js.undefined,\n        VideoBlackSettings: js.UndefOr[VideoBlackFailoverSettings] = js.undefined\n    ): FailoverConditionSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioSilenceSettings.foreach(__v => __obj.updateDynamic(\"AudioSilenceSettings\")(__v.asInstanceOf[js.Any]))\n      InputLossSettings.foreach(__v => __obj.updateDynamic(\"InputLossSettings\")(__v.asInstanceOf[js.Any]))\n      VideoBlackSettings.foreach(__v => __obj.updateDynamic(\"VideoBlackSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverConditionSettings]\n    }\n  }\n\n  \/** Feature Activations\n    *\/\n  @js.native\n  trait FeatureActivations extends js.Object {\n    var InputPrepareScheduleActions: js.UndefOr[FeatureActivationsInputPrepareScheduleActions]\n  }\n\n  object FeatureActivations {\n    @inline\n    def apply(\n        InputPrepareScheduleActions: js.UndefOr[FeatureActivationsInputPrepareScheduleActions] = js.undefined\n    ): FeatureActivations = {\n      val __obj = js.Dynamic.literal()\n      InputPrepareScheduleActions.foreach(__v => __obj.updateDynamic(\"InputPrepareScheduleActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FeatureActivations]\n    }\n  }\n\n  \/** Feature Activations Input Prepare Schedule Actions\n    *\/\n  @js.native\n  sealed trait FeatureActivationsInputPrepareScheduleActions extends js.Any\n  object FeatureActivationsInputPrepareScheduleActions {\n    val DISABLED = \"DISABLED\".asInstanceOf[FeatureActivationsInputPrepareScheduleActions]\n    val ENABLED = \"ENABLED\".asInstanceOf[FeatureActivationsInputPrepareScheduleActions]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Fec Output Include Fec\n    *\/\n  @js.native\n  sealed trait FecOutputIncludeFec extends js.Any\n  object FecOutputIncludeFec {\n    val COLUMN = \"COLUMN\".asInstanceOf[FecOutputIncludeFec]\n    val COLUMN_AND_ROW = \"COLUMN_AND_ROW\".asInstanceOf[FecOutputIncludeFec]\n\n    @inline def values = js.Array(COLUMN, COLUMN_AND_ROW)\n  }\n\n  \/** Fec Output Settings\n    *\/\n  @js.native\n  trait FecOutputSettings extends js.Object {\n    var ColumnDepth: js.UndefOr[__integerMin4Max20]\n    var IncludeFec: js.UndefOr[FecOutputIncludeFec]\n    var RowLength: js.UndefOr[__integerMin1Max20]\n  }\n\n  object FecOutputSettings {\n    @inline\n    def apply(\n        ColumnDepth: js.UndefOr[__integerMin4Max20] = js.undefined,\n        IncludeFec: js.UndefOr[FecOutputIncludeFec] = js.undefined,\n        RowLength: js.UndefOr[__integerMin1Max20] = js.undefined\n    ): FecOutputSettings = {\n      val __obj = js.Dynamic.literal()\n      ColumnDepth.foreach(__v => __obj.updateDynamic(\"ColumnDepth\")(__v.asInstanceOf[js.Any]))\n      IncludeFec.foreach(__v => __obj.updateDynamic(\"IncludeFec\")(__v.asInstanceOf[js.Any]))\n      RowLength.foreach(__v => __obj.updateDynamic(\"RowLength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FecOutputSettings]\n    }\n  }\n\n  \/** Fixed Afd\n    *\/\n  @js.native\n  sealed trait FixedAfd extends js.Any\n  object FixedAfd {\n    val AFD_0000 = \"AFD_0000\".asInstanceOf[FixedAfd]\n    val AFD_0010 = \"AFD_0010\".asInstanceOf[FixedAfd]\n    val AFD_0011 = \"AFD_0011\".asInstanceOf[FixedAfd]\n    val AFD_0100 = \"AFD_0100\".asInstanceOf[FixedAfd]\n    val AFD_1000 = \"AFD_1000\".asInstanceOf[FixedAfd]\n    val AFD_1001 = \"AFD_1001\".asInstanceOf[FixedAfd]\n    val AFD_1010 = \"AFD_1010\".asInstanceOf[FixedAfd]\n    val AFD_1011 = \"AFD_1011\".asInstanceOf[FixedAfd]\n    val AFD_1101 = \"AFD_1101\".asInstanceOf[FixedAfd]\n    val AFD_1110 = \"AFD_1110\".asInstanceOf[FixedAfd]\n    val AFD_1111 = \"AFD_1111\".asInstanceOf[FixedAfd]\n\n    @inline def values = js.Array(AFD_0000, AFD_0010, AFD_0011, AFD_0100, AFD_1000, AFD_1001, AFD_1010, AFD_1011, AFD_1101, AFD_1110, AFD_1111)\n  }\n\n  \/** Start time for the action.\n    *\/\n  @js.native\n  trait FixedModeScheduleActionStartSettings extends js.Object {\n    var Time: __string\n  }\n\n  object FixedModeScheduleActionStartSettings {\n    @inline\n    def apply(\n        Time: __string\n    ): FixedModeScheduleActionStartSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Time\" -> Time.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FixedModeScheduleActionStartSettings]\n    }\n  }\n\n  \/** Fmp4 Hls Settings\n    *\/\n  @js.native\n  trait Fmp4HlsSettings extends js.Object {\n    var AudioRenditionSets: js.UndefOr[__string]\n    var NielsenId3Behavior: js.UndefOr[Fmp4NielsenId3Behavior]\n    var TimedMetadataBehavior: js.UndefOr[Fmp4TimedMetadataBehavior]\n  }\n\n  object Fmp4HlsSettings {\n    @inline\n    def apply(\n        AudioRenditionSets: js.UndefOr[__string] = js.undefined,\n        NielsenId3Behavior: js.UndefOr[Fmp4NielsenId3Behavior] = js.undefined,\n        TimedMetadataBehavior: js.UndefOr[Fmp4TimedMetadataBehavior] = js.undefined\n    ): Fmp4HlsSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioRenditionSets.foreach(__v => __obj.updateDynamic(\"AudioRenditionSets\")(__v.asInstanceOf[js.Any]))\n      NielsenId3Behavior.foreach(__v => __obj.updateDynamic(\"NielsenId3Behavior\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataBehavior.foreach(__v => __obj.updateDynamic(\"TimedMetadataBehavior\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Fmp4HlsSettings]\n    }\n  }\n\n  \/** Fmp4 Nielsen Id3 Behavior\n    *\/\n  @js.native\n  sealed trait Fmp4NielsenId3Behavior extends js.Any\n  object Fmp4NielsenId3Behavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[Fmp4NielsenId3Behavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[Fmp4NielsenId3Behavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** Fmp4 Timed Metadata Behavior\n    *\/\n  @js.native\n  sealed trait Fmp4TimedMetadataBehavior extends js.Any\n  object Fmp4TimedMetadataBehavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[Fmp4TimedMetadataBehavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[Fmp4TimedMetadataBehavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** Settings to specify if an action follows another.\n    *\/\n  @js.native\n  trait FollowModeScheduleActionStartSettings extends js.Object {\n    var FollowPoint: FollowPoint\n    var ReferenceActionName: __string\n  }\n\n  object FollowModeScheduleActionStartSettings {\n    @inline\n    def apply(\n        FollowPoint: FollowPoint,\n        ReferenceActionName: __string\n    ): FollowModeScheduleActionStartSettings = {\n      val __obj = js.Dynamic.literal(\n        \"FollowPoint\" -> FollowPoint.asInstanceOf[js.Any],\n        \"ReferenceActionName\" -> ReferenceActionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FollowModeScheduleActionStartSettings]\n    }\n  }\n\n  \/** Follow reference point.\n    *\/\n  @js.native\n  sealed trait FollowPoint extends js.Any\n  object FollowPoint {\n    val END = \"END\".asInstanceOf[FollowPoint]\n    val START = \"START\".asInstanceOf[FollowPoint]\n\n    @inline def values = js.Array(END, START)\n  }\n\n  \/** Frame Capture Cdn Settings\n    *\/\n  @js.native\n  trait FrameCaptureCdnSettings extends js.Object {\n    var FrameCaptureS3Settings: js.UndefOr[FrameCaptureS3Settings]\n  }\n\n  object FrameCaptureCdnSettings {\n    @inline\n    def apply(\n        FrameCaptureS3Settings: js.UndefOr[FrameCaptureS3Settings] = js.undefined\n    ): FrameCaptureCdnSettings = {\n      val __obj = js.Dynamic.literal()\n      FrameCaptureS3Settings.foreach(__v => __obj.updateDynamic(\"FrameCaptureS3Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureCdnSettings]\n    }\n  }\n\n  \/** Frame Capture Group Settings\n    *\/\n  @js.native\n  trait FrameCaptureGroupSettings extends js.Object {\n    var Destination: OutputLocationRef\n    var FrameCaptureCdnSettings: js.UndefOr[FrameCaptureCdnSettings]\n  }\n\n  object FrameCaptureGroupSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef,\n        FrameCaptureCdnSettings: js.UndefOr[FrameCaptureCdnSettings] = js.undefined\n    ): FrameCaptureGroupSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      FrameCaptureCdnSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureCdnSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureGroupSettings]\n    }\n  }\n\n  \/** Frame Capture Hls Settings\n    *\/\n  @js.native\n  trait FrameCaptureHlsSettings extends js.Object\n\n  object FrameCaptureHlsSettings {\n    @inline\n    def apply(): FrameCaptureHlsSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[FrameCaptureHlsSettings]\n    }\n  }\n\n  \/** Frame Capture Interval Unit\n    *\/\n  @js.native\n  sealed trait FrameCaptureIntervalUnit extends js.Any\n  object FrameCaptureIntervalUnit {\n    val MILLISECONDS = \"MILLISECONDS\".asInstanceOf[FrameCaptureIntervalUnit]\n    val SECONDS = \"SECONDS\".asInstanceOf[FrameCaptureIntervalUnit]\n\n    @inline def values = js.Array(MILLISECONDS, SECONDS)\n  }\n\n  \/** Frame Capture Output Settings\n    *\/\n  @js.native\n  trait FrameCaptureOutputSettings extends js.Object {\n    var NameModifier: js.UndefOr[__string]\n  }\n\n  object FrameCaptureOutputSettings {\n    @inline\n    def apply(\n        NameModifier: js.UndefOr[__string] = js.undefined\n    ): FrameCaptureOutputSettings = {\n      val __obj = js.Dynamic.literal()\n      NameModifier.foreach(__v => __obj.updateDynamic(\"NameModifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureOutputSettings]\n    }\n  }\n\n  \/** Frame Capture S3 Settings\n    *\/\n  @js.native\n  trait FrameCaptureS3Settings extends js.Object {\n    var CannedAcl: js.UndefOr[S3CannedAcl]\n  }\n\n  object FrameCaptureS3Settings {\n    @inline\n    def apply(\n        CannedAcl: js.UndefOr[S3CannedAcl] = js.undefined\n    ): FrameCaptureS3Settings = {\n      val __obj = js.Dynamic.literal()\n      CannedAcl.foreach(__v => __obj.updateDynamic(\"CannedAcl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureS3Settings]\n    }\n  }\n\n  \/** Frame Capture Settings\n    *\/\n  @js.native\n  trait FrameCaptureSettings extends js.Object {\n    var CaptureInterval: js.UndefOr[__integerMin1Max3600000]\n    var CaptureIntervalUnits: js.UndefOr[FrameCaptureIntervalUnit]\n  }\n\n  object FrameCaptureSettings {\n    @inline\n    def apply(\n        CaptureInterval: js.UndefOr[__integerMin1Max3600000] = js.undefined,\n        CaptureIntervalUnits: js.UndefOr[FrameCaptureIntervalUnit] = js.undefined\n    ): FrameCaptureSettings = {\n      val __obj = js.Dynamic.literal()\n      CaptureInterval.foreach(__v => __obj.updateDynamic(\"CaptureInterval\")(__v.asInstanceOf[js.Any]))\n      CaptureIntervalUnits.foreach(__v => __obj.updateDynamic(\"CaptureIntervalUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FrameCaptureSettings]\n    }\n  }\n\n  \/** Global Configuration\n    *\/\n  @js.native\n  trait GlobalConfiguration extends js.Object {\n    var InitialAudioGain: js.UndefOr[__integerMinNegative60Max60]\n    var InputEndAction: js.UndefOr[GlobalConfigurationInputEndAction]\n    var InputLossBehavior: js.UndefOr[InputLossBehavior]\n    var OutputLockingMode: js.UndefOr[GlobalConfigurationOutputLockingMode]\n    var OutputTimingSource: js.UndefOr[GlobalConfigurationOutputTimingSource]\n    var SupportLowFramerateInputs: js.UndefOr[GlobalConfigurationLowFramerateInputs]\n  }\n\n  object GlobalConfiguration {\n    @inline\n    def apply(\n        InitialAudioGain: js.UndefOr[__integerMinNegative60Max60] = js.undefined,\n        InputEndAction: js.UndefOr[GlobalConfigurationInputEndAction] = js.undefined,\n        InputLossBehavior: js.UndefOr[InputLossBehavior] = js.undefined,\n        OutputLockingMode: js.UndefOr[GlobalConfigurationOutputLockingMode] = js.undefined,\n        OutputTimingSource: js.UndefOr[GlobalConfigurationOutputTimingSource] = js.undefined,\n        SupportLowFramerateInputs: js.UndefOr[GlobalConfigurationLowFramerateInputs] = js.undefined\n    ): GlobalConfiguration = {\n      val __obj = js.Dynamic.literal()\n      InitialAudioGain.foreach(__v => __obj.updateDynamic(\"InitialAudioGain\")(__v.asInstanceOf[js.Any]))\n      InputEndAction.foreach(__v => __obj.updateDynamic(\"InputEndAction\")(__v.asInstanceOf[js.Any]))\n      InputLossBehavior.foreach(__v => __obj.updateDynamic(\"InputLossBehavior\")(__v.asInstanceOf[js.Any]))\n      OutputLockingMode.foreach(__v => __obj.updateDynamic(\"OutputLockingMode\")(__v.asInstanceOf[js.Any]))\n      OutputTimingSource.foreach(__v => __obj.updateDynamic(\"OutputTimingSource\")(__v.asInstanceOf[js.Any]))\n      SupportLowFramerateInputs.foreach(__v => __obj.updateDynamic(\"SupportLowFramerateInputs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalConfiguration]\n    }\n  }\n\n  \/** Global Configuration Input End Action\n    *\/\n  @js.native\n  sealed trait GlobalConfigurationInputEndAction extends js.Any\n  object GlobalConfigurationInputEndAction {\n    val NONE = \"NONE\".asInstanceOf[GlobalConfigurationInputEndAction]\n    val SWITCH_AND_LOOP_INPUTS = \"SWITCH_AND_LOOP_INPUTS\".asInstanceOf[GlobalConfigurationInputEndAction]\n\n    @inline def values = js.Array(NONE, SWITCH_AND_LOOP_INPUTS)\n  }\n\n  \/** Global Configuration Low Framerate Inputs\n    *\/\n  @js.native\n  sealed trait GlobalConfigurationLowFramerateInputs extends js.Any\n  object GlobalConfigurationLowFramerateInputs {\n    val DISABLED = \"DISABLED\".asInstanceOf[GlobalConfigurationLowFramerateInputs]\n    val ENABLED = \"ENABLED\".asInstanceOf[GlobalConfigurationLowFramerateInputs]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Global Configuration Output Locking Mode\n    *\/\n  @js.native\n  sealed trait GlobalConfigurationOutputLockingMode extends js.Any\n  object GlobalConfigurationOutputLockingMode {\n    val EPOCH_LOCKING = \"EPOCH_LOCKING\".asInstanceOf[GlobalConfigurationOutputLockingMode]\n    val PIPELINE_LOCKING = \"PIPELINE_LOCKING\".asInstanceOf[GlobalConfigurationOutputLockingMode]\n\n    @inline def values = js.Array(EPOCH_LOCKING, PIPELINE_LOCKING)\n  }\n\n  \/** Global Configuration Output Timing Source\n    *\/\n  @js.native\n  sealed trait GlobalConfigurationOutputTimingSource extends js.Any\n  object GlobalConfigurationOutputTimingSource {\n    val INPUT_CLOCK = \"INPUT_CLOCK\".asInstanceOf[GlobalConfigurationOutputTimingSource]\n    val SYSTEM_CLOCK = \"SYSTEM_CLOCK\".asInstanceOf[GlobalConfigurationOutputTimingSource]\n\n    @inline def values = js.Array(INPUT_CLOCK, SYSTEM_CLOCK)\n  }\n\n  \/** H264 Adaptive Quantization\n    *\/\n  @js.native\n  sealed trait H264AdaptiveQuantization extends js.Any\n  object H264AdaptiveQuantization {\n    val HIGH = \"HIGH\".asInstanceOf[H264AdaptiveQuantization]\n    val HIGHER = \"HIGHER\".asInstanceOf[H264AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[H264AdaptiveQuantization]\n    val MAX = \"MAX\".asInstanceOf[H264AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H264AdaptiveQuantization]\n    val OFF = \"OFF\".asInstanceOf[H264AdaptiveQuantization]\n\n    @inline def values = js.Array(HIGH, HIGHER, LOW, MAX, MEDIUM, OFF)\n  }\n\n  \/** H264 Color Metadata\n    *\/\n  @js.native\n  sealed trait H264ColorMetadata extends js.Any\n  object H264ColorMetadata {\n    val IGNORE = \"IGNORE\".asInstanceOf[H264ColorMetadata]\n    val INSERT = \"INSERT\".asInstanceOf[H264ColorMetadata]\n\n    @inline def values = js.Array(IGNORE, INSERT)\n  }\n\n  \/** H264 Color Space Settings\n    *\/\n  @js.native\n  trait H264ColorSpaceSettings extends js.Object {\n    var ColorSpacePassthroughSettings: js.UndefOr[ColorSpacePassthroughSettings]\n    var Rec601Settings: js.UndefOr[Rec601Settings]\n    var Rec709Settings: js.UndefOr[Rec709Settings]\n  }\n\n  object H264ColorSpaceSettings {\n    @inline\n    def apply(\n        ColorSpacePassthroughSettings: js.UndefOr[ColorSpacePassthroughSettings] = js.undefined,\n        Rec601Settings: js.UndefOr[Rec601Settings] = js.undefined,\n        Rec709Settings: js.UndefOr[Rec709Settings] = js.undefined\n    ): H264ColorSpaceSettings = {\n      val __obj = js.Dynamic.literal()\n      ColorSpacePassthroughSettings.foreach(__v => __obj.updateDynamic(\"ColorSpacePassthroughSettings\")(__v.asInstanceOf[js.Any]))\n      Rec601Settings.foreach(__v => __obj.updateDynamic(\"Rec601Settings\")(__v.asInstanceOf[js.Any]))\n      Rec709Settings.foreach(__v => __obj.updateDynamic(\"Rec709Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H264ColorSpaceSettings]\n    }\n  }\n\n  \/** H264 Entropy Encoding\n    *\/\n  @js.native\n  sealed trait H264EntropyEncoding extends js.Any\n  object H264EntropyEncoding {\n    val CABAC = \"CABAC\".asInstanceOf[H264EntropyEncoding]\n    val CAVLC = \"CAVLC\".asInstanceOf[H264EntropyEncoding]\n\n    @inline def values = js.Array(CABAC, CAVLC)\n  }\n\n  \/** H264 Filter Settings\n    *\/\n  @js.native\n  trait H264FilterSettings extends js.Object {\n    var TemporalFilterSettings: js.UndefOr[TemporalFilterSettings]\n  }\n\n  object H264FilterSettings {\n    @inline\n    def apply(\n        TemporalFilterSettings: js.UndefOr[TemporalFilterSettings] = js.undefined\n    ): H264FilterSettings = {\n      val __obj = js.Dynamic.literal()\n      TemporalFilterSettings.foreach(__v => __obj.updateDynamic(\"TemporalFilterSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H264FilterSettings]\n    }\n  }\n\n  \/** H264 Flicker Aq\n    *\/\n  @js.native\n  sealed trait H264FlickerAq extends js.Any\n  object H264FlickerAq {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264FlickerAq]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264FlickerAq]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Force Field Pictures\n    *\/\n  @js.native\n  sealed trait H264ForceFieldPictures extends js.Any\n  object H264ForceFieldPictures {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264ForceFieldPictures]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264ForceFieldPictures]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Framerate Control\n    *\/\n  @js.native\n  sealed trait H264FramerateControl extends js.Any\n  object H264FramerateControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H264FramerateControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H264FramerateControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** H264 Gop BReference\n    *\/\n  @js.native\n  sealed trait H264GopBReference extends js.Any\n  object H264GopBReference {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264GopBReference]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264GopBReference]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Gop Size Units\n    *\/\n  @js.native\n  sealed trait H264GopSizeUnits extends js.Any\n  object H264GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[H264GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[H264GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** H264 Level\n    *\/\n  @js.native\n  sealed trait H264Level extends js.Any\n  object H264Level {\n    val H264_LEVEL_1 = \"H264_LEVEL_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_1_1 = \"H264_LEVEL_1_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_1_2 = \"H264_LEVEL_1_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_1_3 = \"H264_LEVEL_1_3\".asInstanceOf[H264Level]\n    val H264_LEVEL_2 = \"H264_LEVEL_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_2_1 = \"H264_LEVEL_2_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_2_2 = \"H264_LEVEL_2_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_3 = \"H264_LEVEL_3\".asInstanceOf[H264Level]\n    val H264_LEVEL_3_1 = \"H264_LEVEL_3_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_3_2 = \"H264_LEVEL_3_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_4 = \"H264_LEVEL_4\".asInstanceOf[H264Level]\n    val H264_LEVEL_4_1 = \"H264_LEVEL_4_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_4_2 = \"H264_LEVEL_4_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_5 = \"H264_LEVEL_5\".asInstanceOf[H264Level]\n    val H264_LEVEL_5_1 = \"H264_LEVEL_5_1\".asInstanceOf[H264Level]\n    val H264_LEVEL_5_2 = \"H264_LEVEL_5_2\".asInstanceOf[H264Level]\n    val H264_LEVEL_AUTO = \"H264_LEVEL_AUTO\".asInstanceOf[H264Level]\n\n    @inline def values = js.Array(\n      H264_LEVEL_1,\n      H264_LEVEL_1_1,\n      H264_LEVEL_1_2,\n      H264_LEVEL_1_3,\n      H264_LEVEL_2,\n      H264_LEVEL_2_1,\n      H264_LEVEL_2_2,\n      H264_LEVEL_3,\n      H264_LEVEL_3_1,\n      H264_LEVEL_3_2,\n      H264_LEVEL_4,\n      H264_LEVEL_4_1,\n      H264_LEVEL_4_2,\n      H264_LEVEL_5,\n      H264_LEVEL_5_1,\n      H264_LEVEL_5_2,\n      H264_LEVEL_AUTO\n    )\n  }\n\n  \/** H264 Look Ahead Rate Control\n    *\/\n  @js.native\n  sealed trait H264LookAheadRateControl extends js.Any\n  object H264LookAheadRateControl {\n    val HIGH = \"HIGH\".asInstanceOf[H264LookAheadRateControl]\n    val LOW = \"LOW\".asInstanceOf[H264LookAheadRateControl]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H264LookAheadRateControl]\n\n    @inline def values = js.Array(HIGH, LOW, MEDIUM)\n  }\n\n  \/** H264 Par Control\n    *\/\n  @js.native\n  sealed trait H264ParControl extends js.Any\n  object H264ParControl {\n    val INITIALIZE_FROM_SOURCE = \"INITIALIZE_FROM_SOURCE\".asInstanceOf[H264ParControl]\n    val SPECIFIED = \"SPECIFIED\".asInstanceOf[H264ParControl]\n\n    @inline def values = js.Array(INITIALIZE_FROM_SOURCE, SPECIFIED)\n  }\n\n  \/** H264 Profile\n    *\/\n  @js.native\n  sealed trait H264Profile extends js.Any\n  object H264Profile {\n    val BASELINE = \"BASELINE\".asInstanceOf[H264Profile]\n    val HIGH = \"HIGH\".asInstanceOf[H264Profile]\n    val HIGH_10BIT = \"HIGH_10BIT\".asInstanceOf[H264Profile]\n    val HIGH_422 = \"HIGH_422\".asInstanceOf[H264Profile]\n    val HIGH_422_10BIT = \"HIGH_422_10BIT\".asInstanceOf[H264Profile]\n    val MAIN = \"MAIN\".asInstanceOf[H264Profile]\n\n    @inline def values = js.Array(BASELINE, HIGH, HIGH_10BIT, HIGH_422, HIGH_422_10BIT, MAIN)\n  }\n\n  \/** H264 Quality Level\n    *\/\n  @js.native\n  sealed trait H264QualityLevel extends js.Any\n  object H264QualityLevel {\n    val ENHANCED_QUALITY = \"ENHANCED_QUALITY\".asInstanceOf[H264QualityLevel]\n    val STANDARD_QUALITY = \"STANDARD_QUALITY\".asInstanceOf[H264QualityLevel]\n\n    @inline def values = js.Array(ENHANCED_QUALITY, STANDARD_QUALITY)\n  }\n\n  \/** H264 Rate Control Mode\n    *\/\n  @js.native\n  sealed trait H264RateControlMode extends js.Any\n  object H264RateControlMode {\n    val CBR = \"CBR\".asInstanceOf[H264RateControlMode]\n    val MULTIPLEX = \"MULTIPLEX\".asInstanceOf[H264RateControlMode]\n    val QVBR = \"QVBR\".asInstanceOf[H264RateControlMode]\n    val VBR = \"VBR\".asInstanceOf[H264RateControlMode]\n\n    @inline def values = js.Array(CBR, MULTIPLEX, QVBR, VBR)\n  }\n\n  \/** H264 Scan Type\n    *\/\n  @js.native\n  sealed trait H264ScanType extends js.Any\n  object H264ScanType {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[H264ScanType]\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[H264ScanType]\n\n    @inline def values = js.Array(INTERLACED, PROGRESSIVE)\n  }\n\n  \/** H264 Scene Change Detect\n    *\/\n  @js.native\n  sealed trait H264SceneChangeDetect extends js.Any\n  object H264SceneChangeDetect {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264SceneChangeDetect]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264SceneChangeDetect]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Settings\n    *\/\n  @js.native\n  trait H264Settings extends js.Object {\n    var AdaptiveQuantization: js.UndefOr[H264AdaptiveQuantization]\n    var AfdSignaling: js.UndefOr[AfdSignaling]\n    var Bitrate: js.UndefOr[__integerMin1000]\n    var BufFillPct: js.UndefOr[__integerMin0Max100]\n    var BufSize: js.UndefOr[__integerMin0]\n    var ColorMetadata: js.UndefOr[H264ColorMetadata]\n    var ColorSpaceSettings: js.UndefOr[H264ColorSpaceSettings]\n    var EntropyEncoding: js.UndefOr[H264EntropyEncoding]\n    var FilterSettings: js.UndefOr[H264FilterSettings]\n    var FixedAfd: js.UndefOr[FixedAfd]\n    var FlickerAq: js.UndefOr[H264FlickerAq]\n    var ForceFieldPictures: js.UndefOr[H264ForceFieldPictures]\n    var FramerateControl: js.UndefOr[H264FramerateControl]\n    var FramerateDenominator: js.UndefOr[__integerMin1]\n    var FramerateNumerator: js.UndefOr[__integerMin1]\n    var GopBReference: js.UndefOr[H264GopBReference]\n    var GopClosedCadence: js.UndefOr[__integerMin0]\n    var GopNumBFrames: js.UndefOr[__integerMin0Max7]\n    var GopSize: js.UndefOr[__double]\n    var GopSizeUnits: js.UndefOr[H264GopSizeUnits]\n    var Level: js.UndefOr[H264Level]\n    var LookAheadRateControl: js.UndefOr[H264LookAheadRateControl]\n    var MaxBitrate: js.UndefOr[__integerMin1000]\n    var MinIInterval: js.UndefOr[__integerMin0Max30]\n    var NumRefFrames: js.UndefOr[__integerMin1Max6]\n    var ParControl: js.UndefOr[H264ParControl]\n    var ParDenominator: js.UndefOr[__integerMin1]\n    var ParNumerator: js.UndefOr[__integerMin1]\n    var Profile: js.UndefOr[H264Profile]\n    var QualityLevel: js.UndefOr[H264QualityLevel]\n    var QvbrQualityLevel: js.UndefOr[__integerMin1Max10]\n    var RateControlMode: js.UndefOr[H264RateControlMode]\n    var ScanType: js.UndefOr[H264ScanType]\n    var SceneChangeDetect: js.UndefOr[H264SceneChangeDetect]\n    var Slices: js.UndefOr[__integerMin1Max32]\n    var Softness: js.UndefOr[__integerMin0Max128]\n    var SpatialAq: js.UndefOr[H264SpatialAq]\n    var SubgopLength: js.UndefOr[H264SubGopLength]\n    var Syntax: js.UndefOr[H264Syntax]\n    var TemporalAq: js.UndefOr[H264TemporalAq]\n    var TimecodeInsertion: js.UndefOr[H264TimecodeInsertionBehavior]\n  }\n\n  object H264Settings {\n    @inline\n    def apply(\n        AdaptiveQuantization: js.UndefOr[H264AdaptiveQuantization] = js.undefined,\n        AfdSignaling: js.UndefOr[AfdSignaling] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin1000] = js.undefined,\n        BufFillPct: js.UndefOr[__integerMin0Max100] = js.undefined,\n        BufSize: js.UndefOr[__integerMin0] = js.undefined,\n        ColorMetadata: js.UndefOr[H264ColorMetadata] = js.undefined,\n        ColorSpaceSettings: js.UndefOr[H264ColorSpaceSettings] = js.undefined,\n        EntropyEncoding: js.UndefOr[H264EntropyEncoding] = js.undefined,\n        FilterSettings: js.UndefOr[H264FilterSettings] = js.undefined,\n        FixedAfd: js.UndefOr[FixedAfd] = js.undefined,\n        FlickerAq: js.UndefOr[H264FlickerAq] = js.undefined,\n        ForceFieldPictures: js.UndefOr[H264ForceFieldPictures] = js.undefined,\n        FramerateControl: js.UndefOr[H264FramerateControl] = js.undefined,\n        FramerateDenominator: js.UndefOr[__integerMin1] = js.undefined,\n        FramerateNumerator: js.UndefOr[__integerMin1] = js.undefined,\n        GopBReference: js.UndefOr[H264GopBReference] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0] = js.undefined,\n        GopNumBFrames: js.UndefOr[__integerMin0Max7] = js.undefined,\n        GopSize: js.UndefOr[__double] = js.undefined,\n        GopSizeUnits: js.UndefOr[H264GopSizeUnits] = js.undefined,\n        Level: js.UndefOr[H264Level] = js.undefined,\n        LookAheadRateControl: js.UndefOr[H264LookAheadRateControl] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin1000] = js.undefined,\n        MinIInterval: js.UndefOr[__integerMin0Max30] = js.undefined,\n        NumRefFrames: js.UndefOr[__integerMin1Max6] = js.undefined,\n        ParControl: js.UndefOr[H264ParControl] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1] = js.undefined,\n        Profile: js.UndefOr[H264Profile] = js.undefined,\n        QualityLevel: js.UndefOr[H264QualityLevel] = js.undefined,\n        QvbrQualityLevel: js.UndefOr[__integerMin1Max10] = js.undefined,\n        RateControlMode: js.UndefOr[H264RateControlMode] = js.undefined,\n        ScanType: js.UndefOr[H264ScanType] = js.undefined,\n        SceneChangeDetect: js.UndefOr[H264SceneChangeDetect] = js.undefined,\n        Slices: js.UndefOr[__integerMin1Max32] = js.undefined,\n        Softness: js.UndefOr[__integerMin0Max128] = js.undefined,\n        SpatialAq: js.UndefOr[H264SpatialAq] = js.undefined,\n        SubgopLength: js.UndefOr[H264SubGopLength] = js.undefined,\n        Syntax: js.UndefOr[H264Syntax] = js.undefined,\n        TemporalAq: js.UndefOr[H264TemporalAq] = js.undefined,\n        TimecodeInsertion: js.UndefOr[H264TimecodeInsertionBehavior] = js.undefined\n    ): H264Settings = {\n      val __obj = js.Dynamic.literal()\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      AfdSignaling.foreach(__v => __obj.updateDynamic(\"AfdSignaling\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BufFillPct.foreach(__v => __obj.updateDynamic(\"BufFillPct\")(__v.asInstanceOf[js.Any]))\n      BufSize.foreach(__v => __obj.updateDynamic(\"BufSize\")(__v.asInstanceOf[js.Any]))\n      ColorMetadata.foreach(__v => __obj.updateDynamic(\"ColorMetadata\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceSettings.foreach(__v => __obj.updateDynamic(\"ColorSpaceSettings\")(__v.asInstanceOf[js.Any]))\n      EntropyEncoding.foreach(__v => __obj.updateDynamic(\"EntropyEncoding\")(__v.asInstanceOf[js.Any]))\n      FilterSettings.foreach(__v => __obj.updateDynamic(\"FilterSettings\")(__v.asInstanceOf[js.Any]))\n      FixedAfd.foreach(__v => __obj.updateDynamic(\"FixedAfd\")(__v.asInstanceOf[js.Any]))\n      FlickerAq.foreach(__v => __obj.updateDynamic(\"FlickerAq\")(__v.asInstanceOf[js.Any]))\n      ForceFieldPictures.foreach(__v => __obj.updateDynamic(\"ForceFieldPictures\")(__v.asInstanceOf[js.Any]))\n      FramerateControl.foreach(__v => __obj.updateDynamic(\"FramerateControl\")(__v.asInstanceOf[js.Any]))\n      FramerateDenominator.foreach(__v => __obj.updateDynamic(\"FramerateDenominator\")(__v.asInstanceOf[js.Any]))\n      FramerateNumerator.foreach(__v => __obj.updateDynamic(\"FramerateNumerator\")(__v.asInstanceOf[js.Any]))\n      GopBReference.foreach(__v => __obj.updateDynamic(\"GopBReference\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopNumBFrames.foreach(__v => __obj.updateDynamic(\"GopNumBFrames\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      Level.foreach(__v => __obj.updateDynamic(\"Level\")(__v.asInstanceOf[js.Any]))\n      LookAheadRateControl.foreach(__v => __obj.updateDynamic(\"LookAheadRateControl\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      MinIInterval.foreach(__v => __obj.updateDynamic(\"MinIInterval\")(__v.asInstanceOf[js.Any]))\n      NumRefFrames.foreach(__v => __obj.updateDynamic(\"NumRefFrames\")(__v.asInstanceOf[js.Any]))\n      ParControl.foreach(__v => __obj.updateDynamic(\"ParControl\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      QualityLevel.foreach(__v => __obj.updateDynamic(\"QualityLevel\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevel.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevel\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      ScanType.foreach(__v => __obj.updateDynamic(\"ScanType\")(__v.asInstanceOf[js.Any]))\n      SceneChangeDetect.foreach(__v => __obj.updateDynamic(\"SceneChangeDetect\")(__v.asInstanceOf[js.Any]))\n      Slices.foreach(__v => __obj.updateDynamic(\"Slices\")(__v.asInstanceOf[js.Any]))\n      Softness.foreach(__v => __obj.updateDynamic(\"Softness\")(__v.asInstanceOf[js.Any]))\n      SpatialAq.foreach(__v => __obj.updateDynamic(\"SpatialAq\")(__v.asInstanceOf[js.Any]))\n      SubgopLength.foreach(__v => __obj.updateDynamic(\"SubgopLength\")(__v.asInstanceOf[js.Any]))\n      Syntax.foreach(__v => __obj.updateDynamic(\"Syntax\")(__v.asInstanceOf[js.Any]))\n      TemporalAq.foreach(__v => __obj.updateDynamic(\"TemporalAq\")(__v.asInstanceOf[js.Any]))\n      TimecodeInsertion.foreach(__v => __obj.updateDynamic(\"TimecodeInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H264Settings]\n    }\n  }\n\n  \/** H264 Spatial Aq\n    *\/\n  @js.native\n  sealed trait H264SpatialAq extends js.Any\n  object H264SpatialAq {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264SpatialAq]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264SpatialAq]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Sub Gop Length\n    *\/\n  @js.native\n  sealed trait H264SubGopLength extends js.Any\n  object H264SubGopLength {\n    val DYNAMIC = \"DYNAMIC\".asInstanceOf[H264SubGopLength]\n    val FIXED = \"FIXED\".asInstanceOf[H264SubGopLength]\n\n    @inline def values = js.Array(DYNAMIC, FIXED)\n  }\n\n  \/** H264 Syntax\n    *\/\n  @js.native\n  sealed trait H264Syntax extends js.Any\n  object H264Syntax {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[H264Syntax]\n    val RP2027 = \"RP2027\".asInstanceOf[H264Syntax]\n\n    @inline def values = js.Array(DEFAULT, RP2027)\n  }\n\n  \/** H264 Temporal Aq\n    *\/\n  @js.native\n  sealed trait H264TemporalAq extends js.Any\n  object H264TemporalAq {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264TemporalAq]\n    val ENABLED = \"ENABLED\".asInstanceOf[H264TemporalAq]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H264 Timecode Insertion Behavior\n    *\/\n  @js.native\n  sealed trait H264TimecodeInsertionBehavior extends js.Any\n  object H264TimecodeInsertionBehavior {\n    val DISABLED = \"DISABLED\".asInstanceOf[H264TimecodeInsertionBehavior]\n    val PIC_TIMING_SEI = \"PIC_TIMING_SEI\".asInstanceOf[H264TimecodeInsertionBehavior]\n\n    @inline def values = js.Array(DISABLED, PIC_TIMING_SEI)\n  }\n\n  \/** H265 Adaptive Quantization\n    *\/\n  @js.native\n  sealed trait H265AdaptiveQuantization extends js.Any\n  object H265AdaptiveQuantization {\n    val HIGH = \"HIGH\".asInstanceOf[H265AdaptiveQuantization]\n    val HIGHER = \"HIGHER\".asInstanceOf[H265AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[H265AdaptiveQuantization]\n    val MAX = \"MAX\".asInstanceOf[H265AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H265AdaptiveQuantization]\n    val OFF = \"OFF\".asInstanceOf[H265AdaptiveQuantization]\n\n    @inline def values = js.Array(HIGH, HIGHER, LOW, MAX, MEDIUM, OFF)\n  }\n\n  \/** H265 Alternative Transfer Function\n    *\/\n  @js.native\n  sealed trait H265AlternativeTransferFunction extends js.Any\n  object H265AlternativeTransferFunction {\n    val INSERT = \"INSERT\".asInstanceOf[H265AlternativeTransferFunction]\n    val OMIT = \"OMIT\".asInstanceOf[H265AlternativeTransferFunction]\n\n    @inline def values = js.Array(INSERT, OMIT)\n  }\n\n  \/** H265 Color Metadata\n    *\/\n  @js.native\n  sealed trait H265ColorMetadata extends js.Any\n  object H265ColorMetadata {\n    val IGNORE = \"IGNORE\".asInstanceOf[H265ColorMetadata]\n    val INSERT = \"INSERT\".asInstanceOf[H265ColorMetadata]\n\n    @inline def values = js.Array(IGNORE, INSERT)\n  }\n\n  \/** H265 Color Space Settings\n    *\/\n  @js.native\n  trait H265ColorSpaceSettings extends js.Object {\n    var ColorSpacePassthroughSettings: js.UndefOr[ColorSpacePassthroughSettings]\n    var Hdr10Settings: js.UndefOr[Hdr10Settings]\n    var Rec601Settings: js.UndefOr[Rec601Settings]\n    var Rec709Settings: js.UndefOr[Rec709Settings]\n  }\n\n  object H265ColorSpaceSettings {\n    @inline\n    def apply(\n        ColorSpacePassthroughSettings: js.UndefOr[ColorSpacePassthroughSettings] = js.undefined,\n        Hdr10Settings: js.UndefOr[Hdr10Settings] = js.undefined,\n        Rec601Settings: js.UndefOr[Rec601Settings] = js.undefined,\n        Rec709Settings: js.UndefOr[Rec709Settings] = js.undefined\n    ): H265ColorSpaceSettings = {\n      val __obj = js.Dynamic.literal()\n      ColorSpacePassthroughSettings.foreach(__v => __obj.updateDynamic(\"ColorSpacePassthroughSettings\")(__v.asInstanceOf[js.Any]))\n      Hdr10Settings.foreach(__v => __obj.updateDynamic(\"Hdr10Settings\")(__v.asInstanceOf[js.Any]))\n      Rec601Settings.foreach(__v => __obj.updateDynamic(\"Rec601Settings\")(__v.asInstanceOf[js.Any]))\n      Rec709Settings.foreach(__v => __obj.updateDynamic(\"Rec709Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H265ColorSpaceSettings]\n    }\n  }\n\n  \/** H265 Filter Settings\n    *\/\n  @js.native\n  trait H265FilterSettings extends js.Object {\n    var TemporalFilterSettings: js.UndefOr[TemporalFilterSettings]\n  }\n\n  object H265FilterSettings {\n    @inline\n    def apply(\n        TemporalFilterSettings: js.UndefOr[TemporalFilterSettings] = js.undefined\n    ): H265FilterSettings = {\n      val __obj = js.Dynamic.literal()\n      TemporalFilterSettings.foreach(__v => __obj.updateDynamic(\"TemporalFilterSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H265FilterSettings]\n    }\n  }\n\n  \/** H265 Flicker Aq\n    *\/\n  @js.native\n  sealed trait H265FlickerAq extends js.Any\n  object H265FlickerAq {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265FlickerAq]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265FlickerAq]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H265 Gop Size Units\n    *\/\n  @js.native\n  sealed trait H265GopSizeUnits extends js.Any\n  object H265GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[H265GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[H265GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** H265 Level\n    *\/\n  @js.native\n  sealed trait H265Level extends js.Any\n  object H265Level {\n    val H265_LEVEL_1 = \"H265_LEVEL_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_2 = \"H265_LEVEL_2\".asInstanceOf[H265Level]\n    val H265_LEVEL_2_1 = \"H265_LEVEL_2_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_3 = \"H265_LEVEL_3\".asInstanceOf[H265Level]\n    val H265_LEVEL_3_1 = \"H265_LEVEL_3_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_4 = \"H265_LEVEL_4\".asInstanceOf[H265Level]\n    val H265_LEVEL_4_1 = \"H265_LEVEL_4_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_5 = \"H265_LEVEL_5\".asInstanceOf[H265Level]\n    val H265_LEVEL_5_1 = \"H265_LEVEL_5_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_5_2 = \"H265_LEVEL_5_2\".asInstanceOf[H265Level]\n    val H265_LEVEL_6 = \"H265_LEVEL_6\".asInstanceOf[H265Level]\n    val H265_LEVEL_6_1 = \"H265_LEVEL_6_1\".asInstanceOf[H265Level]\n    val H265_LEVEL_6_2 = \"H265_LEVEL_6_2\".asInstanceOf[H265Level]\n    val H265_LEVEL_AUTO = \"H265_LEVEL_AUTO\".asInstanceOf[H265Level]\n\n    @inline def values = js.Array(\n      H265_LEVEL_1,\n      H265_LEVEL_2,\n      H265_LEVEL_2_1,\n      H265_LEVEL_3,\n      H265_LEVEL_3_1,\n      H265_LEVEL_4,\n      H265_LEVEL_4_1,\n      H265_LEVEL_5,\n      H265_LEVEL_5_1,\n      H265_LEVEL_5_2,\n      H265_LEVEL_6,\n      H265_LEVEL_6_1,\n      H265_LEVEL_6_2,\n      H265_LEVEL_AUTO\n    )\n  }\n\n  \/** H265 Look Ahead Rate Control\n    *\/\n  @js.native\n  sealed trait H265LookAheadRateControl extends js.Any\n  object H265LookAheadRateControl {\n    val HIGH = \"HIGH\".asInstanceOf[H265LookAheadRateControl]\n    val LOW = \"LOW\".asInstanceOf[H265LookAheadRateControl]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[H265LookAheadRateControl]\n\n    @inline def values = js.Array(HIGH, LOW, MEDIUM)\n  }\n\n  \/** H265 Profile\n    *\/\n  @js.native\n  sealed trait H265Profile extends js.Any\n  object H265Profile {\n    val MAIN = \"MAIN\".asInstanceOf[H265Profile]\n    val MAIN_10BIT = \"MAIN_10BIT\".asInstanceOf[H265Profile]\n\n    @inline def values = js.Array(MAIN, MAIN_10BIT)\n  }\n\n  \/** H265 Rate Control Mode\n    *\/\n  @js.native\n  sealed trait H265RateControlMode extends js.Any\n  object H265RateControlMode {\n    val CBR = \"CBR\".asInstanceOf[H265RateControlMode]\n    val MULTIPLEX = \"MULTIPLEX\".asInstanceOf[H265RateControlMode]\n    val QVBR = \"QVBR\".asInstanceOf[H265RateControlMode]\n\n    @inline def values = js.Array(CBR, MULTIPLEX, QVBR)\n  }\n\n  \/** H265 Scan Type\n    *\/\n  @js.native\n  sealed trait H265ScanType extends js.Any\n  object H265ScanType {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[H265ScanType]\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[H265ScanType]\n\n    @inline def values = js.Array(INTERLACED, PROGRESSIVE)\n  }\n\n  \/** H265 Scene Change Detect\n    *\/\n  @js.native\n  sealed trait H265SceneChangeDetect extends js.Any\n  object H265SceneChangeDetect {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265SceneChangeDetect]\n    val ENABLED = \"ENABLED\".asInstanceOf[H265SceneChangeDetect]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** H265 Settings\n    *\/\n  @js.native\n  trait H265Settings extends js.Object {\n    var FramerateDenominator: __integerMin1Max3003\n    var FramerateNumerator: __integerMin1\n    var AdaptiveQuantization: js.UndefOr[H265AdaptiveQuantization]\n    var AfdSignaling: js.UndefOr[AfdSignaling]\n    var AlternativeTransferFunction: js.UndefOr[H265AlternativeTransferFunction]\n    var Bitrate: js.UndefOr[__integerMin100000Max40000000]\n    var BufSize: js.UndefOr[__integerMin100000Max80000000]\n    var ColorMetadata: js.UndefOr[H265ColorMetadata]\n    var ColorSpaceSettings: js.UndefOr[H265ColorSpaceSettings]\n    var FilterSettings: js.UndefOr[H265FilterSettings]\n    var FixedAfd: js.UndefOr[FixedAfd]\n    var FlickerAq: js.UndefOr[H265FlickerAq]\n    var GopClosedCadence: js.UndefOr[__integerMin0]\n    var GopSize: js.UndefOr[__double]\n    var GopSizeUnits: js.UndefOr[H265GopSizeUnits]\n    var Level: js.UndefOr[H265Level]\n    var LookAheadRateControl: js.UndefOr[H265LookAheadRateControl]\n    var MaxBitrate: js.UndefOr[__integerMin100000Max40000000]\n    var MinIInterval: js.UndefOr[__integerMin0Max30]\n    var ParDenominator: js.UndefOr[__integerMin1]\n    var ParNumerator: js.UndefOr[__integerMin1]\n    var Profile: js.UndefOr[H265Profile]\n    var QvbrQualityLevel: js.UndefOr[__integerMin1Max10]\n    var RateControlMode: js.UndefOr[H265RateControlMode]\n    var ScanType: js.UndefOr[H265ScanType]\n    var SceneChangeDetect: js.UndefOr[H265SceneChangeDetect]\n    var Slices: js.UndefOr[__integerMin1Max16]\n    var Tier: js.UndefOr[H265Tier]\n    var TimecodeInsertion: js.UndefOr[H265TimecodeInsertionBehavior]\n  }\n\n  object H265Settings {\n    @inline\n    def apply(\n        FramerateDenominator: __integerMin1Max3003,\n        FramerateNumerator: __integerMin1,\n        AdaptiveQuantization: js.UndefOr[H265AdaptiveQuantization] = js.undefined,\n        AfdSignaling: js.UndefOr[AfdSignaling] = js.undefined,\n        AlternativeTransferFunction: js.UndefOr[H265AlternativeTransferFunction] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin100000Max40000000] = js.undefined,\n        BufSize: js.UndefOr[__integerMin100000Max80000000] = js.undefined,\n        ColorMetadata: js.UndefOr[H265ColorMetadata] = js.undefined,\n        ColorSpaceSettings: js.UndefOr[H265ColorSpaceSettings] = js.undefined,\n        FilterSettings: js.UndefOr[H265FilterSettings] = js.undefined,\n        FixedAfd: js.UndefOr[FixedAfd] = js.undefined,\n        FlickerAq: js.UndefOr[H265FlickerAq] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0] = js.undefined,\n        GopSize: js.UndefOr[__double] = js.undefined,\n        GopSizeUnits: js.UndefOr[H265GopSizeUnits] = js.undefined,\n        Level: js.UndefOr[H265Level] = js.undefined,\n        LookAheadRateControl: js.UndefOr[H265LookAheadRateControl] = js.undefined,\n        MaxBitrate: js.UndefOr[__integerMin100000Max40000000] = js.undefined,\n        MinIInterval: js.UndefOr[__integerMin0Max30] = js.undefined,\n        ParDenominator: js.UndefOr[__integerMin1] = js.undefined,\n        ParNumerator: js.UndefOr[__integerMin1] = js.undefined,\n        Profile: js.UndefOr[H265Profile] = js.undefined,\n        QvbrQualityLevel: js.UndefOr[__integerMin1Max10] = js.undefined,\n        RateControlMode: js.UndefOr[H265RateControlMode] = js.undefined,\n        ScanType: js.UndefOr[H265ScanType] = js.undefined,\n        SceneChangeDetect: js.UndefOr[H265SceneChangeDetect] = js.undefined,\n        Slices: js.UndefOr[__integerMin1Max16] = js.undefined,\n        Tier: js.UndefOr[H265Tier] = js.undefined,\n        TimecodeInsertion: js.UndefOr[H265TimecodeInsertionBehavior] = js.undefined\n    ): H265Settings = {\n      val __obj = js.Dynamic.literal(\n        \"FramerateDenominator\" -> FramerateDenominator.asInstanceOf[js.Any],\n        \"FramerateNumerator\" -> FramerateNumerator.asInstanceOf[js.Any]\n      )\n\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      AfdSignaling.foreach(__v => __obj.updateDynamic(\"AfdSignaling\")(__v.asInstanceOf[js.Any]))\n      AlternativeTransferFunction.foreach(__v => __obj.updateDynamic(\"AlternativeTransferFunction\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BufSize.foreach(__v => __obj.updateDynamic(\"BufSize\")(__v.asInstanceOf[js.Any]))\n      ColorMetadata.foreach(__v => __obj.updateDynamic(\"ColorMetadata\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceSettings.foreach(__v => __obj.updateDynamic(\"ColorSpaceSettings\")(__v.asInstanceOf[js.Any]))\n      FilterSettings.foreach(__v => __obj.updateDynamic(\"FilterSettings\")(__v.asInstanceOf[js.Any]))\n      FixedAfd.foreach(__v => __obj.updateDynamic(\"FixedAfd\")(__v.asInstanceOf[js.Any]))\n      FlickerAq.foreach(__v => __obj.updateDynamic(\"FlickerAq\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      Level.foreach(__v => __obj.updateDynamic(\"Level\")(__v.asInstanceOf[js.Any]))\n      LookAheadRateControl.foreach(__v => __obj.updateDynamic(\"LookAheadRateControl\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      MinIInterval.foreach(__v => __obj.updateDynamic(\"MinIInterval\")(__v.asInstanceOf[js.Any]))\n      ParDenominator.foreach(__v => __obj.updateDynamic(\"ParDenominator\")(__v.asInstanceOf[js.Any]))\n      ParNumerator.foreach(__v => __obj.updateDynamic(\"ParNumerator\")(__v.asInstanceOf[js.Any]))\n      Profile.foreach(__v => __obj.updateDynamic(\"Profile\")(__v.asInstanceOf[js.Any]))\n      QvbrQualityLevel.foreach(__v => __obj.updateDynamic(\"QvbrQualityLevel\")(__v.asInstanceOf[js.Any]))\n      RateControlMode.foreach(__v => __obj.updateDynamic(\"RateControlMode\")(__v.asInstanceOf[js.Any]))\n      ScanType.foreach(__v => __obj.updateDynamic(\"ScanType\")(__v.asInstanceOf[js.Any]))\n      SceneChangeDetect.foreach(__v => __obj.updateDynamic(\"SceneChangeDetect\")(__v.asInstanceOf[js.Any]))\n      Slices.foreach(__v => __obj.updateDynamic(\"Slices\")(__v.asInstanceOf[js.Any]))\n      Tier.foreach(__v => __obj.updateDynamic(\"Tier\")(__v.asInstanceOf[js.Any]))\n      TimecodeInsertion.foreach(__v => __obj.updateDynamic(\"TimecodeInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[H265Settings]\n    }\n  }\n\n  \/** H265 Tier\n    *\/\n  @js.native\n  sealed trait H265Tier extends js.Any\n  object H265Tier {\n    val HIGH = \"HIGH\".asInstanceOf[H265Tier]\n    val MAIN = \"MAIN\".asInstanceOf[H265Tier]\n\n    @inline def values = js.Array(HIGH, MAIN)\n  }\n\n  \/** H265 Timecode Insertion Behavior\n    *\/\n  @js.native\n  sealed trait H265TimecodeInsertionBehavior extends js.Any\n  object H265TimecodeInsertionBehavior {\n    val DISABLED = \"DISABLED\".asInstanceOf[H265TimecodeInsertionBehavior]\n    val PIC_TIMING_SEI = \"PIC_TIMING_SEI\".asInstanceOf[H265TimecodeInsertionBehavior]\n\n    @inline def values = js.Array(DISABLED, PIC_TIMING_SEI)\n  }\n\n  \/** Hdr10 Settings\n    *\/\n  @js.native\n  trait Hdr10Settings extends js.Object {\n    var MaxCll: js.UndefOr[__integerMin0Max32768]\n    var MaxFall: js.UndefOr[__integerMin0Max32768]\n  }\n\n  object Hdr10Settings {\n    @inline\n    def apply(\n        MaxCll: js.UndefOr[__integerMin0Max32768] = js.undefined,\n        MaxFall: js.UndefOr[__integerMin0Max32768] = js.undefined\n    ): Hdr10Settings = {\n      val __obj = js.Dynamic.literal()\n      MaxCll.foreach(__v => __obj.updateDynamic(\"MaxCll\")(__v.asInstanceOf[js.Any]))\n      MaxFall.foreach(__v => __obj.updateDynamic(\"MaxFall\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Hdr10Settings]\n    }\n  }\n\n  \/** Hls Ad Markers\n    *\/\n  @js.native\n  sealed trait HlsAdMarkers extends js.Any\n  object HlsAdMarkers {\n    val ADOBE = \"ADOBE\".asInstanceOf[HlsAdMarkers]\n    val ELEMENTAL = \"ELEMENTAL\".asInstanceOf[HlsAdMarkers]\n    val ELEMENTAL_SCTE35 = \"ELEMENTAL_SCTE35\".asInstanceOf[HlsAdMarkers]\n\n    @inline def values = js.Array(ADOBE, ELEMENTAL, ELEMENTAL_SCTE35)\n  }\n\n  \/** Hls Akamai Http Transfer Mode\n    *\/\n  @js.native\n  sealed trait HlsAkamaiHttpTransferMode extends js.Any\n  object HlsAkamaiHttpTransferMode {\n    val CHUNKED = \"CHUNKED\".asInstanceOf[HlsAkamaiHttpTransferMode]\n    val NON_CHUNKED = \"NON_CHUNKED\".asInstanceOf[HlsAkamaiHttpTransferMode]\n\n    @inline def values = js.Array(CHUNKED, NON_CHUNKED)\n  }\n\n  \/** Hls Akamai Settings\n    *\/\n  @js.native\n  trait HlsAkamaiSettings extends js.Object {\n    var ConnectionRetryInterval: js.UndefOr[__integerMin0]\n    var FilecacheDuration: js.UndefOr[__integerMin0Max600]\n    var HttpTransferMode: js.UndefOr[HlsAkamaiHttpTransferMode]\n    var NumRetries: js.UndefOr[__integerMin0]\n    var RestartDelay: js.UndefOr[__integerMin0Max15]\n    var Salt: js.UndefOr[__string]\n    var Token: js.UndefOr[__string]\n  }\n\n  object HlsAkamaiSettings {\n    @inline\n    def apply(\n        ConnectionRetryInterval: js.UndefOr[__integerMin0] = js.undefined,\n        FilecacheDuration: js.UndefOr[__integerMin0Max600] = js.undefined,\n        HttpTransferMode: js.UndefOr[HlsAkamaiHttpTransferMode] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0Max15] = js.undefined,\n        Salt: js.UndefOr[__string] = js.undefined,\n        Token: js.UndefOr[__string] = js.undefined\n    ): HlsAkamaiSettings = {\n      val __obj = js.Dynamic.literal()\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      FilecacheDuration.foreach(__v => __obj.updateDynamic(\"FilecacheDuration\")(__v.asInstanceOf[js.Any]))\n      HttpTransferMode.foreach(__v => __obj.updateDynamic(\"HttpTransferMode\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      Salt.foreach(__v => __obj.updateDynamic(\"Salt\")(__v.asInstanceOf[js.Any]))\n      Token.foreach(__v => __obj.updateDynamic(\"Token\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsAkamaiSettings]\n    }\n  }\n\n  \/** Hls Basic Put Settings\n    *\/\n  @js.native\n  trait HlsBasicPutSettings extends js.Object {\n    var ConnectionRetryInterval: js.UndefOr[__integerMin0]\n    var FilecacheDuration: js.UndefOr[__integerMin0Max600]\n    var NumRetries: js.UndefOr[__integerMin0]\n    var RestartDelay: js.UndefOr[__integerMin0Max15]\n  }\n\n  object HlsBasicPutSettings {\n    @inline\n    def apply(\n        ConnectionRetryInterval: js.UndefOr[__integerMin0] = js.undefined,\n        FilecacheDuration: js.UndefOr[__integerMin0Max600] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0Max15] = js.undefined\n    ): HlsBasicPutSettings = {\n      val __obj = js.Dynamic.literal()\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      FilecacheDuration.foreach(__v => __obj.updateDynamic(\"FilecacheDuration\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsBasicPutSettings]\n    }\n  }\n\n  \/** Hls Caption Language Setting\n    *\/\n  @js.native\n  sealed trait HlsCaptionLanguageSetting extends js.Any\n  object HlsCaptionLanguageSetting {\n    val INSERT = \"INSERT\".asInstanceOf[HlsCaptionLanguageSetting]\n    val NONE = \"NONE\".asInstanceOf[HlsCaptionLanguageSetting]\n    val OMIT = \"OMIT\".asInstanceOf[HlsCaptionLanguageSetting]\n\n    @inline def values = js.Array(INSERT, NONE, OMIT)\n  }\n\n  \/** Hls Cdn Settings\n    *\/\n  @js.native\n  trait HlsCdnSettings extends js.Object {\n    var HlsAkamaiSettings: js.UndefOr[HlsAkamaiSettings]\n    var HlsBasicPutSettings: js.UndefOr[HlsBasicPutSettings]\n    var HlsMediaStoreSettings: js.UndefOr[HlsMediaStoreSettings]\n    var HlsS3Settings: js.UndefOr[HlsS3Settings]\n    var HlsWebdavSettings: js.UndefOr[HlsWebdavSettings]\n  }\n\n  object HlsCdnSettings {\n    @inline\n    def apply(\n        HlsAkamaiSettings: js.UndefOr[HlsAkamaiSettings] = js.undefined,\n        HlsBasicPutSettings: js.UndefOr[HlsBasicPutSettings] = js.undefined,\n        HlsMediaStoreSettings: js.UndefOr[HlsMediaStoreSettings] = js.undefined,\n        HlsS3Settings: js.UndefOr[HlsS3Settings] = js.undefined,\n        HlsWebdavSettings: js.UndefOr[HlsWebdavSettings] = js.undefined\n    ): HlsCdnSettings = {\n      val __obj = js.Dynamic.literal()\n      HlsAkamaiSettings.foreach(__v => __obj.updateDynamic(\"HlsAkamaiSettings\")(__v.asInstanceOf[js.Any]))\n      HlsBasicPutSettings.foreach(__v => __obj.updateDynamic(\"HlsBasicPutSettings\")(__v.asInstanceOf[js.Any]))\n      HlsMediaStoreSettings.foreach(__v => __obj.updateDynamic(\"HlsMediaStoreSettings\")(__v.asInstanceOf[js.Any]))\n      HlsS3Settings.foreach(__v => __obj.updateDynamic(\"HlsS3Settings\")(__v.asInstanceOf[js.Any]))\n      HlsWebdavSettings.foreach(__v => __obj.updateDynamic(\"HlsWebdavSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsCdnSettings]\n    }\n  }\n\n  \/** Hls Client Cache\n    *\/\n  @js.native\n  sealed trait HlsClientCache extends js.Any\n  object HlsClientCache {\n    val DISABLED = \"DISABLED\".asInstanceOf[HlsClientCache]\n    val ENABLED = \"ENABLED\".asInstanceOf[HlsClientCache]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Hls Codec Specification\n    *\/\n  @js.native\n  sealed trait HlsCodecSpecification extends js.Any\n  object HlsCodecSpecification {\n    val RFC_4281 = \"RFC_4281\".asInstanceOf[HlsCodecSpecification]\n    val RFC_6381 = \"RFC_6381\".asInstanceOf[HlsCodecSpecification]\n\n    @inline def values = js.Array(RFC_4281, RFC_6381)\n  }\n\n  \/** Hls Directory Structure\n    *\/\n  @js.native\n  sealed trait HlsDirectoryStructure extends js.Any\n  object HlsDirectoryStructure {\n    val SINGLE_DIRECTORY = \"SINGLE_DIRECTORY\".asInstanceOf[HlsDirectoryStructure]\n    val SUBDIRECTORY_PER_STREAM = \"SUBDIRECTORY_PER_STREAM\".asInstanceOf[HlsDirectoryStructure]\n\n    @inline def values = js.Array(SINGLE_DIRECTORY, SUBDIRECTORY_PER_STREAM)\n  }\n\n  \/** Hls Discontinuity Tags\n    *\/\n  @js.native\n  sealed trait HlsDiscontinuityTags extends js.Any\n  object HlsDiscontinuityTags {\n    val INSERT = \"INSERT\".asInstanceOf[HlsDiscontinuityTags]\n    val NEVER_INSERT = \"NEVER_INSERT\".asInstanceOf[HlsDiscontinuityTags]\n\n    @inline def values = js.Array(INSERT, NEVER_INSERT)\n  }\n\n  \/** Hls Encryption Type\n    *\/\n  @js.native\n  sealed trait HlsEncryptionType extends js.Any\n  object HlsEncryptionType {\n    val AES128 = \"AES128\".asInstanceOf[HlsEncryptionType]\n    val SAMPLE_AES = \"SAMPLE_AES\".asInstanceOf[HlsEncryptionType]\n\n    @inline def values = js.Array(AES128, SAMPLE_AES)\n  }\n\n  \/** Hls Group Settings\n    *\/\n  @js.native\n  trait HlsGroupSettings extends js.Object {\n    var Destination: OutputLocationRef\n    var AdMarkers: js.UndefOr[__listOfHlsAdMarkers]\n    var BaseUrlContent: js.UndefOr[__string]\n    var BaseUrlContent1: js.UndefOr[__string]\n    var BaseUrlManifest: js.UndefOr[__string]\n    var BaseUrlManifest1: js.UndefOr[__string]\n    var CaptionLanguageMappings: js.UndefOr[__listOfCaptionLanguageMapping]\n    var CaptionLanguageSetting: js.UndefOr[HlsCaptionLanguageSetting]\n    var ClientCache: js.UndefOr[HlsClientCache]\n    var CodecSpecification: js.UndefOr[HlsCodecSpecification]\n    var ConstantIv: js.UndefOr[__stringMin32Max32]\n    var DirectoryStructure: js.UndefOr[HlsDirectoryStructure]\n    var DiscontinuityTags: js.UndefOr[HlsDiscontinuityTags]\n    var EncryptionType: js.UndefOr[HlsEncryptionType]\n    var HlsCdnSettings: js.UndefOr[HlsCdnSettings]\n    var HlsId3SegmentTagging: js.UndefOr[HlsId3SegmentTaggingState]\n    var IFrameOnlyPlaylists: js.UndefOr[IFrameOnlyPlaylistType]\n    var IncompleteSegmentBehavior: js.UndefOr[HlsIncompleteSegmentBehavior]\n    var IndexNSegments: js.UndefOr[__integerMin3]\n    var InputLossAction: js.UndefOr[InputLossActionForHlsOut]\n    var IvInManifest: js.UndefOr[HlsIvInManifest]\n    var IvSource: js.UndefOr[HlsIvSource]\n    var KeepSegments: js.UndefOr[__integerMin1]\n    var KeyFormat: js.UndefOr[__string]\n    var KeyFormatVersions: js.UndefOr[__string]\n    var KeyProviderSettings: js.UndefOr[KeyProviderSettings]\n    var ManifestCompression: js.UndefOr[HlsManifestCompression]\n    var ManifestDurationFormat: js.UndefOr[HlsManifestDurationFormat]\n    var MinSegmentLength: js.UndefOr[__integerMin0]\n    var Mode: js.UndefOr[HlsMode]\n    var OutputSelection: js.UndefOr[HlsOutputSelection]\n    var ProgramDateTime: js.UndefOr[HlsProgramDateTime]\n    var ProgramDateTimePeriod: js.UndefOr[__integerMin0Max3600]\n    var RedundantManifest: js.UndefOr[HlsRedundantManifest]\n    var SegmentLength: js.UndefOr[__integerMin1]\n    var SegmentationMode: js.UndefOr[HlsSegmentationMode]\n    var SegmentsPerSubdirectory: js.UndefOr[__integerMin1]\n    var StreamInfResolution: js.UndefOr[HlsStreamInfResolution]\n    var TimedMetadataId3Frame: js.UndefOr[HlsTimedMetadataId3Frame]\n    var TimedMetadataId3Period: js.UndefOr[__integerMin0]\n    var TimestampDeltaMilliseconds: js.UndefOr[__integerMin0]\n    var TsFileMode: js.UndefOr[HlsTsFileMode]\n  }\n\n  object HlsGroupSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef,\n        AdMarkers: js.UndefOr[__listOfHlsAdMarkers] = js.undefined,\n        BaseUrlContent: js.UndefOr[__string] = js.undefined,\n        BaseUrlContent1: js.UndefOr[__string] = js.undefined,\n        BaseUrlManifest: js.UndefOr[__string] = js.undefined,\n        BaseUrlManifest1: js.UndefOr[__string] = js.undefined,\n        CaptionLanguageMappings: js.UndefOr[__listOfCaptionLanguageMapping] = js.undefined,\n        CaptionLanguageSetting: js.UndefOr[HlsCaptionLanguageSetting] = js.undefined,\n        ClientCache: js.UndefOr[HlsClientCache] = js.undefined,\n        CodecSpecification: js.UndefOr[HlsCodecSpecification] = js.undefined,\n        ConstantIv: js.UndefOr[__stringMin32Max32] = js.undefined,\n        DirectoryStructure: js.UndefOr[HlsDirectoryStructure] = js.undefined,\n        DiscontinuityTags: js.UndefOr[HlsDiscontinuityTags] = js.undefined,\n        EncryptionType: js.UndefOr[HlsEncryptionType] = js.undefined,\n        HlsCdnSettings: js.UndefOr[HlsCdnSettings] = js.undefined,\n        HlsId3SegmentTagging: js.UndefOr[HlsId3SegmentTaggingState] = js.undefined,\n        IFrameOnlyPlaylists: js.UndefOr[IFrameOnlyPlaylistType] = js.undefined,\n        IncompleteSegmentBehavior: js.UndefOr[HlsIncompleteSegmentBehavior] = js.undefined,\n        IndexNSegments: js.UndefOr[__integerMin3] = js.undefined,\n        InputLossAction: js.UndefOr[InputLossActionForHlsOut] = js.undefined,\n        IvInManifest: js.UndefOr[HlsIvInManifest] = js.undefined,\n        IvSource: js.UndefOr[HlsIvSource] = js.undefined,\n        KeepSegments: js.UndefOr[__integerMin1] = js.undefined,\n        KeyFormat: js.UndefOr[__string] = js.undefined,\n        KeyFormatVersions: js.UndefOr[__string] = js.undefined,\n        KeyProviderSettings: js.UndefOr[KeyProviderSettings] = js.undefined,\n        ManifestCompression: js.UndefOr[HlsManifestCompression] = js.undefined,\n        ManifestDurationFormat: js.UndefOr[HlsManifestDurationFormat] = js.undefined,\n        MinSegmentLength: js.UndefOr[__integerMin0] = js.undefined,\n        Mode: js.UndefOr[HlsMode] = js.undefined,\n        OutputSelection: js.UndefOr[HlsOutputSelection] = js.undefined,\n        ProgramDateTime: js.UndefOr[HlsProgramDateTime] = js.undefined,\n        ProgramDateTimePeriod: js.UndefOr[__integerMin0Max3600] = js.undefined,\n        RedundantManifest: js.UndefOr[HlsRedundantManifest] = js.undefined,\n        SegmentLength: js.UndefOr[__integerMin1] = js.undefined,\n        SegmentationMode: js.UndefOr[HlsSegmentationMode] = js.undefined,\n        SegmentsPerSubdirectory: js.UndefOr[__integerMin1] = js.undefined,\n        StreamInfResolution: js.UndefOr[HlsStreamInfResolution] = js.undefined,\n        TimedMetadataId3Frame: js.UndefOr[HlsTimedMetadataId3Frame] = js.undefined,\n        TimedMetadataId3Period: js.UndefOr[__integerMin0] = js.undefined,\n        TimestampDeltaMilliseconds: js.UndefOr[__integerMin0] = js.undefined,\n        TsFileMode: js.UndefOr[HlsTsFileMode] = js.undefined\n    ): HlsGroupSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      AdMarkers.foreach(__v => __obj.updateDynamic(\"AdMarkers\")(__v.asInstanceOf[js.Any]))\n      BaseUrlContent.foreach(__v => __obj.updateDynamic(\"BaseUrlContent\")(__v.asInstanceOf[js.Any]))\n      BaseUrlContent1.foreach(__v => __obj.updateDynamic(\"BaseUrlContent1\")(__v.asInstanceOf[js.Any]))\n      BaseUrlManifest.foreach(__v => __obj.updateDynamic(\"BaseUrlManifest\")(__v.asInstanceOf[js.Any]))\n      BaseUrlManifest1.foreach(__v => __obj.updateDynamic(\"BaseUrlManifest1\")(__v.asInstanceOf[js.Any]))\n      CaptionLanguageMappings.foreach(__v => __obj.updateDynamic(\"CaptionLanguageMappings\")(__v.asInstanceOf[js.Any]))\n      CaptionLanguageSetting.foreach(__v => __obj.updateDynamic(\"CaptionLanguageSetting\")(__v.asInstanceOf[js.Any]))\n      ClientCache.foreach(__v => __obj.updateDynamic(\"ClientCache\")(__v.asInstanceOf[js.Any]))\n      CodecSpecification.foreach(__v => __obj.updateDynamic(\"CodecSpecification\")(__v.asInstanceOf[js.Any]))\n      ConstantIv.foreach(__v => __obj.updateDynamic(\"ConstantIv\")(__v.asInstanceOf[js.Any]))\n      DirectoryStructure.foreach(__v => __obj.updateDynamic(\"DirectoryStructure\")(__v.asInstanceOf[js.Any]))\n      DiscontinuityTags.foreach(__v => __obj.updateDynamic(\"DiscontinuityTags\")(__v.asInstanceOf[js.Any]))\n      EncryptionType.foreach(__v => __obj.updateDynamic(\"EncryptionType\")(__v.asInstanceOf[js.Any]))\n      HlsCdnSettings.foreach(__v => __obj.updateDynamic(\"HlsCdnSettings\")(__v.asInstanceOf[js.Any]))\n      HlsId3SegmentTagging.foreach(__v => __obj.updateDynamic(\"HlsId3SegmentTagging\")(__v.asInstanceOf[js.Any]))\n      IFrameOnlyPlaylists.foreach(__v => __obj.updateDynamic(\"IFrameOnlyPlaylists\")(__v.asInstanceOf[js.Any]))\n      IncompleteSegmentBehavior.foreach(__v => __obj.updateDynamic(\"IncompleteSegmentBehavior\")(__v.asInstanceOf[js.Any]))\n      IndexNSegments.foreach(__v => __obj.updateDynamic(\"IndexNSegments\")(__v.asInstanceOf[js.Any]))\n      InputLossAction.foreach(__v => __obj.updateDynamic(\"InputLossAction\")(__v.asInstanceOf[js.Any]))\n      IvInManifest.foreach(__v => __obj.updateDynamic(\"IvInManifest\")(__v.asInstanceOf[js.Any]))\n      IvSource.foreach(__v => __obj.updateDynamic(\"IvSource\")(__v.asInstanceOf[js.Any]))\n      KeepSegments.foreach(__v => __obj.updateDynamic(\"KeepSegments\")(__v.asInstanceOf[js.Any]))\n      KeyFormat.foreach(__v => __obj.updateDynamic(\"KeyFormat\")(__v.asInstanceOf[js.Any]))\n      KeyFormatVersions.foreach(__v => __obj.updateDynamic(\"KeyFormatVersions\")(__v.asInstanceOf[js.Any]))\n      KeyProviderSettings.foreach(__v => __obj.updateDynamic(\"KeyProviderSettings\")(__v.asInstanceOf[js.Any]))\n      ManifestCompression.foreach(__v => __obj.updateDynamic(\"ManifestCompression\")(__v.asInstanceOf[js.Any]))\n      ManifestDurationFormat.foreach(__v => __obj.updateDynamic(\"ManifestDurationFormat\")(__v.asInstanceOf[js.Any]))\n      MinSegmentLength.foreach(__v => __obj.updateDynamic(\"MinSegmentLength\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      OutputSelection.foreach(__v => __obj.updateDynamic(\"OutputSelection\")(__v.asInstanceOf[js.Any]))\n      ProgramDateTime.foreach(__v => __obj.updateDynamic(\"ProgramDateTime\")(__v.asInstanceOf[js.Any]))\n      ProgramDateTimePeriod.foreach(__v => __obj.updateDynamic(\"ProgramDateTimePeriod\")(__v.asInstanceOf[js.Any]))\n      RedundantManifest.foreach(__v => __obj.updateDynamic(\"RedundantManifest\")(__v.asInstanceOf[js.Any]))\n      SegmentLength.foreach(__v => __obj.updateDynamic(\"SegmentLength\")(__v.asInstanceOf[js.Any]))\n      SegmentationMode.foreach(__v => __obj.updateDynamic(\"SegmentationMode\")(__v.asInstanceOf[js.Any]))\n      SegmentsPerSubdirectory.foreach(__v => __obj.updateDynamic(\"SegmentsPerSubdirectory\")(__v.asInstanceOf[js.Any]))\n      StreamInfResolution.foreach(__v => __obj.updateDynamic(\"StreamInfResolution\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Frame.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Frame\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Period.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Period\")(__v.asInstanceOf[js.Any]))\n      TimestampDeltaMilliseconds.foreach(__v => __obj.updateDynamic(\"TimestampDeltaMilliseconds\")(__v.asInstanceOf[js.Any]))\n      TsFileMode.foreach(__v => __obj.updateDynamic(\"TsFileMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsGroupSettings]\n    }\n  }\n\n  \/** Hls H265 Packaging Type\n    *\/\n  @js.native\n  sealed trait HlsH265PackagingType extends js.Any\n  object HlsH265PackagingType {\n    val HEV1 = \"HEV1\".asInstanceOf[HlsH265PackagingType]\n    val HVC1 = \"HVC1\".asInstanceOf[HlsH265PackagingType]\n\n    @inline def values = js.Array(HEV1, HVC1)\n  }\n\n  \/** Settings for the action to insert a user-defined ID3 tag in each HLS segment\n    *\/\n  @js.native\n  trait HlsId3SegmentTaggingScheduleActionSettings extends js.Object {\n    var Tag: __string\n  }\n\n  object HlsId3SegmentTaggingScheduleActionSettings {\n    @inline\n    def apply(\n        Tag: __string\n    ): HlsId3SegmentTaggingScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Tag\" -> Tag.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HlsId3SegmentTaggingScheduleActionSettings]\n    }\n  }\n\n  \/** State of HLS ID3 Segment Tagging\n    *\/\n  @js.native\n  sealed trait HlsId3SegmentTaggingState extends js.Any\n  object HlsId3SegmentTaggingState {\n    val DISABLED = \"DISABLED\".asInstanceOf[HlsId3SegmentTaggingState]\n    val ENABLED = \"ENABLED\".asInstanceOf[HlsId3SegmentTaggingState]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Hls Incomplete Segment Behavior\n    *\/\n  @js.native\n  sealed trait HlsIncompleteSegmentBehavior extends js.Any\n  object HlsIncompleteSegmentBehavior {\n    val AUTO = \"AUTO\".asInstanceOf[HlsIncompleteSegmentBehavior]\n    val SUPPRESS = \"SUPPRESS\".asInstanceOf[HlsIncompleteSegmentBehavior]\n\n    @inline def values = js.Array(AUTO, SUPPRESS)\n  }\n\n  \/** Hls Input Settings\n    *\/\n  @js.native\n  trait HlsInputSettings extends js.Object {\n    var Bandwidth: js.UndefOr[__integerMin0]\n    var BufferSegments: js.UndefOr[__integerMin0]\n    var Retries: js.UndefOr[__integerMin0]\n    var RetryInterval: js.UndefOr[__integerMin0]\n  }\n\n  object HlsInputSettings {\n    @inline\n    def apply(\n        Bandwidth: js.UndefOr[__integerMin0] = js.undefined,\n        BufferSegments: js.UndefOr[__integerMin0] = js.undefined,\n        Retries: js.UndefOr[__integerMin0] = js.undefined,\n        RetryInterval: js.UndefOr[__integerMin0] = js.undefined\n    ): HlsInputSettings = {\n      val __obj = js.Dynamic.literal()\n      Bandwidth.foreach(__v => __obj.updateDynamic(\"Bandwidth\")(__v.asInstanceOf[js.Any]))\n      BufferSegments.foreach(__v => __obj.updateDynamic(\"BufferSegments\")(__v.asInstanceOf[js.Any]))\n      Retries.foreach(__v => __obj.updateDynamic(\"Retries\")(__v.asInstanceOf[js.Any]))\n      RetryInterval.foreach(__v => __obj.updateDynamic(\"RetryInterval\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsInputSettings]\n    }\n  }\n\n  \/** Hls Iv In Manifest\n    *\/\n  @js.native\n  sealed trait HlsIvInManifest extends js.Any\n  object HlsIvInManifest {\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsIvInManifest]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsIvInManifest]\n\n    @inline def values = js.Array(EXCLUDE, INCLUDE)\n  }\n\n  \/** Hls Iv Source\n    *\/\n  @js.native\n  sealed trait HlsIvSource extends js.Any\n  object HlsIvSource {\n    val EXPLICIT = \"EXPLICIT\".asInstanceOf[HlsIvSource]\n    val FOLLOWS_SEGMENT_NUMBER = \"FOLLOWS_SEGMENT_NUMBER\".asInstanceOf[HlsIvSource]\n\n    @inline def values = js.Array(EXPLICIT, FOLLOWS_SEGMENT_NUMBER)\n  }\n\n  \/** Hls Manifest Compression\n    *\/\n  @js.native\n  sealed trait HlsManifestCompression extends js.Any\n  object HlsManifestCompression {\n    val GZIP = \"GZIP\".asInstanceOf[HlsManifestCompression]\n    val NONE = \"NONE\".asInstanceOf[HlsManifestCompression]\n\n    @inline def values = js.Array(GZIP, NONE)\n  }\n\n  \/** Hls Manifest Duration Format\n    *\/\n  @js.native\n  sealed trait HlsManifestDurationFormat extends js.Any\n  object HlsManifestDurationFormat {\n    val FLOATING_POINT = \"FLOATING_POINT\".asInstanceOf[HlsManifestDurationFormat]\n    val INTEGER = \"INTEGER\".asInstanceOf[HlsManifestDurationFormat]\n\n    @inline def values = js.Array(FLOATING_POINT, INTEGER)\n  }\n\n  \/** Hls Media Store Settings\n    *\/\n  @js.native\n  trait HlsMediaStoreSettings extends js.Object {\n    var ConnectionRetryInterval: js.UndefOr[__integerMin0]\n    var FilecacheDuration: js.UndefOr[__integerMin0Max600]\n    var MediaStoreStorageClass: js.UndefOr[HlsMediaStoreStorageClass]\n    var NumRetries: js.UndefOr[__integerMin0]\n    var RestartDelay: js.UndefOr[__integerMin0Max15]\n  }\n\n  object HlsMediaStoreSettings {\n    @inline\n    def apply(\n        ConnectionRetryInterval: js.UndefOr[__integerMin0] = js.undefined,\n        FilecacheDuration: js.UndefOr[__integerMin0Max600] = js.undefined,\n        MediaStoreStorageClass: js.UndefOr[HlsMediaStoreStorageClass] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0Max15] = js.undefined\n    ): HlsMediaStoreSettings = {\n      val __obj = js.Dynamic.literal()\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      FilecacheDuration.foreach(__v => __obj.updateDynamic(\"FilecacheDuration\")(__v.asInstanceOf[js.Any]))\n      MediaStoreStorageClass.foreach(__v => __obj.updateDynamic(\"MediaStoreStorageClass\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsMediaStoreSettings]\n    }\n  }\n\n  \/** Hls Media Store Storage Class\n    *\/\n  @js.native\n  sealed trait HlsMediaStoreStorageClass extends js.Any\n  object HlsMediaStoreStorageClass {\n    val TEMPORAL = \"TEMPORAL\".asInstanceOf[HlsMediaStoreStorageClass]\n\n    @inline def values = js.Array(TEMPORAL)\n  }\n\n  \/** Hls Mode\n    *\/\n  @js.native\n  sealed trait HlsMode extends js.Any\n  object HlsMode {\n    val LIVE = \"LIVE\".asInstanceOf[HlsMode]\n    val VOD = \"VOD\".asInstanceOf[HlsMode]\n\n    @inline def values = js.Array(LIVE, VOD)\n  }\n\n  \/** Hls Output Selection\n    *\/\n  @js.native\n  sealed trait HlsOutputSelection extends js.Any\n  object HlsOutputSelection {\n    val MANIFESTS_AND_SEGMENTS = \"MANIFESTS_AND_SEGMENTS\".asInstanceOf[HlsOutputSelection]\n    val SEGMENTS_ONLY = \"SEGMENTS_ONLY\".asInstanceOf[HlsOutputSelection]\n    val VARIANT_MANIFESTS_AND_SEGMENTS = \"VARIANT_MANIFESTS_AND_SEGMENTS\".asInstanceOf[HlsOutputSelection]\n\n    @inline def values = js.Array(MANIFESTS_AND_SEGMENTS, SEGMENTS_ONLY, VARIANT_MANIFESTS_AND_SEGMENTS)\n  }\n\n  \/** Hls Output Settings\n    *\/\n  @js.native\n  trait HlsOutputSettings extends js.Object {\n    var HlsSettings: HlsSettings\n    var H265PackagingType: js.UndefOr[HlsH265PackagingType]\n    var NameModifier: js.UndefOr[__stringMin1]\n    var SegmentModifier: js.UndefOr[__string]\n  }\n\n  object HlsOutputSettings {\n    @inline\n    def apply(\n        HlsSettings: HlsSettings,\n        H265PackagingType: js.UndefOr[HlsH265PackagingType] = js.undefined,\n        NameModifier: js.UndefOr[__stringMin1] = js.undefined,\n        SegmentModifier: js.UndefOr[__string] = js.undefined\n    ): HlsOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"HlsSettings\" -> HlsSettings.asInstanceOf[js.Any]\n      )\n\n      H265PackagingType.foreach(__v => __obj.updateDynamic(\"H265PackagingType\")(__v.asInstanceOf[js.Any]))\n      NameModifier.foreach(__v => __obj.updateDynamic(\"NameModifier\")(__v.asInstanceOf[js.Any]))\n      SegmentModifier.foreach(__v => __obj.updateDynamic(\"SegmentModifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsOutputSettings]\n    }\n  }\n\n  \/** Hls Program Date Time\n    *\/\n  @js.native\n  sealed trait HlsProgramDateTime extends js.Any\n  object HlsProgramDateTime {\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsProgramDateTime]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsProgramDateTime]\n\n    @inline def values = js.Array(EXCLUDE, INCLUDE)\n  }\n\n  \/** Hls Redundant Manifest\n    *\/\n  @js.native\n  sealed trait HlsRedundantManifest extends js.Any\n  object HlsRedundantManifest {\n    val DISABLED = \"DISABLED\".asInstanceOf[HlsRedundantManifest]\n    val ENABLED = \"ENABLED\".asInstanceOf[HlsRedundantManifest]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Hls S3 Settings\n    *\/\n  @js.native\n  trait HlsS3Settings extends js.Object {\n    var CannedAcl: js.UndefOr[S3CannedAcl]\n  }\n\n  object HlsS3Settings {\n    @inline\n    def apply(\n        CannedAcl: js.UndefOr[S3CannedAcl] = js.undefined\n    ): HlsS3Settings = {\n      val __obj = js.Dynamic.literal()\n      CannedAcl.foreach(__v => __obj.updateDynamic(\"CannedAcl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsS3Settings]\n    }\n  }\n\n  \/** Hls Segmentation Mode\n    *\/\n  @js.native\n  sealed trait HlsSegmentationMode extends js.Any\n  object HlsSegmentationMode {\n    val USE_INPUT_SEGMENTATION = \"USE_INPUT_SEGMENTATION\".asInstanceOf[HlsSegmentationMode]\n    val USE_SEGMENT_DURATION = \"USE_SEGMENT_DURATION\".asInstanceOf[HlsSegmentationMode]\n\n    @inline def values = js.Array(USE_INPUT_SEGMENTATION, USE_SEGMENT_DURATION)\n  }\n\n  \/** Hls Settings\n    *\/\n  @js.native\n  trait HlsSettings extends js.Object {\n    var AudioOnlyHlsSettings: js.UndefOr[AudioOnlyHlsSettings]\n    var Fmp4HlsSettings: js.UndefOr[Fmp4HlsSettings]\n    var FrameCaptureHlsSettings: js.UndefOr[FrameCaptureHlsSettings]\n    var StandardHlsSettings: js.UndefOr[StandardHlsSettings]\n  }\n\n  object HlsSettings {\n    @inline\n    def apply(\n        AudioOnlyHlsSettings: js.UndefOr[AudioOnlyHlsSettings] = js.undefined,\n        Fmp4HlsSettings: js.UndefOr[Fmp4HlsSettings] = js.undefined,\n        FrameCaptureHlsSettings: js.UndefOr[FrameCaptureHlsSettings] = js.undefined,\n        StandardHlsSettings: js.UndefOr[StandardHlsSettings] = js.undefined\n    ): HlsSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioOnlyHlsSettings.foreach(__v => __obj.updateDynamic(\"AudioOnlyHlsSettings\")(__v.asInstanceOf[js.Any]))\n      Fmp4HlsSettings.foreach(__v => __obj.updateDynamic(\"Fmp4HlsSettings\")(__v.asInstanceOf[js.Any]))\n      FrameCaptureHlsSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureHlsSettings\")(__v.asInstanceOf[js.Any]))\n      StandardHlsSettings.foreach(__v => __obj.updateDynamic(\"StandardHlsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsSettings]\n    }\n  }\n\n  \/** Hls Stream Inf Resolution\n    *\/\n  @js.native\n  sealed trait HlsStreamInfResolution extends js.Any\n  object HlsStreamInfResolution {\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[HlsStreamInfResolution]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[HlsStreamInfResolution]\n\n    @inline def values = js.Array(EXCLUDE, INCLUDE)\n  }\n\n  \/** Hls Timed Metadata Id3 Frame\n    *\/\n  @js.native\n  sealed trait HlsTimedMetadataId3Frame extends js.Any\n  object HlsTimedMetadataId3Frame {\n    val NONE = \"NONE\".asInstanceOf[HlsTimedMetadataId3Frame]\n    val PRIV = \"PRIV\".asInstanceOf[HlsTimedMetadataId3Frame]\n    val TDRL = \"TDRL\".asInstanceOf[HlsTimedMetadataId3Frame]\n\n    @inline def values = js.Array(NONE, PRIV, TDRL)\n  }\n\n  \/** Settings for the action to emit HLS metadata\n    *\/\n  @js.native\n  trait HlsTimedMetadataScheduleActionSettings extends js.Object {\n    var Id3: __string\n  }\n\n  object HlsTimedMetadataScheduleActionSettings {\n    @inline\n    def apply(\n        Id3: __string\n    ): HlsTimedMetadataScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Id3\" -> Id3.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HlsTimedMetadataScheduleActionSettings]\n    }\n  }\n\n  \/** Hls Ts File Mode\n    *\/\n  @js.native\n  sealed trait HlsTsFileMode extends js.Any\n  object HlsTsFileMode {\n    val SEGMENTED_FILES = \"SEGMENTED_FILES\".asInstanceOf[HlsTsFileMode]\n    val SINGLE_FILE = \"SINGLE_FILE\".asInstanceOf[HlsTsFileMode]\n\n    @inline def values = js.Array(SEGMENTED_FILES, SINGLE_FILE)\n  }\n\n  \/** Hls Webdav Http Transfer Mode\n    *\/\n  @js.native\n  sealed trait HlsWebdavHttpTransferMode extends js.Any\n  object HlsWebdavHttpTransferMode {\n    val CHUNKED = \"CHUNKED\".asInstanceOf[HlsWebdavHttpTransferMode]\n    val NON_CHUNKED = \"NON_CHUNKED\".asInstanceOf[HlsWebdavHttpTransferMode]\n\n    @inline def values = js.Array(CHUNKED, NON_CHUNKED)\n  }\n\n  \/** Hls Webdav Settings\n    *\/\n  @js.native\n  trait HlsWebdavSettings extends js.Object {\n    var ConnectionRetryInterval: js.UndefOr[__integerMin0]\n    var FilecacheDuration: js.UndefOr[__integerMin0Max600]\n    var HttpTransferMode: js.UndefOr[HlsWebdavHttpTransferMode]\n    var NumRetries: js.UndefOr[__integerMin0]\n    var RestartDelay: js.UndefOr[__integerMin0Max15]\n  }\n\n  object HlsWebdavSettings {\n    @inline\n    def apply(\n        ConnectionRetryInterval: js.UndefOr[__integerMin0] = js.undefined,\n        FilecacheDuration: js.UndefOr[__integerMin0Max600] = js.undefined,\n        HttpTransferMode: js.UndefOr[HlsWebdavHttpTransferMode] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0Max15] = js.undefined\n    ): HlsWebdavSettings = {\n      val __obj = js.Dynamic.literal()\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      FilecacheDuration.foreach(__v => __obj.updateDynamic(\"FilecacheDuration\")(__v.asInstanceOf[js.Any]))\n      HttpTransferMode.foreach(__v => __obj.updateDynamic(\"HttpTransferMode\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HlsWebdavSettings]\n    }\n  }\n\n  \/** Html Motion Graphics Settings\n    *\/\n  @js.native\n  trait HtmlMotionGraphicsSettings extends js.Object\n\n  object HtmlMotionGraphicsSettings {\n    @inline\n    def apply(): HtmlMotionGraphicsSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[HtmlMotionGraphicsSettings]\n    }\n  }\n\n  \/** When set to \"standard\", an I-Frame only playlist will be written out for each video output in the output group. This I-Frame only playlist will contain byte range offsets pointing to the I-frame(s) in each segment.\n    *\/\n  @js.native\n  sealed trait IFrameOnlyPlaylistType extends js.Any\n  object IFrameOnlyPlaylistType {\n    val DISABLED = \"DISABLED\".asInstanceOf[IFrameOnlyPlaylistType]\n    val STANDARD = \"STANDARD\".asInstanceOf[IFrameOnlyPlaylistType]\n\n    @inline def values = js.Array(DISABLED, STANDARD)\n  }\n\n  \/** Settings to configure an action so that it occurs as soon as possible.\n    *\/\n  @js.native\n  trait ImmediateModeScheduleActionStartSettings extends js.Object\n\n  object ImmediateModeScheduleActionStartSettings {\n    @inline\n    def apply(): ImmediateModeScheduleActionStartSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ImmediateModeScheduleActionStartSettings]\n    }\n  }\n\n  \/** Placeholder documentation for Input\n    *\/\n  @js.native\n  trait Input extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AttachedChannels: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfInputDestination]\n    var Id: js.UndefOr[__string]\n    var InputClass: js.UndefOr[InputClass]\n    var InputDevices: js.UndefOr[__listOfInputDeviceSettings]\n    var InputPartnerIds: js.UndefOr[__listOf__string]\n    var InputSourceType: js.UndefOr[InputSourceType]\n    var MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlow]\n    var Name: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n    var SecurityGroups: js.UndefOr[__listOf__string]\n    var Sources: js.UndefOr[__listOfInputSource]\n    var State: js.UndefOr[InputState]\n    var Tags: js.UndefOr[Tags]\n    var Type: js.UndefOr[InputType]\n  }\n\n  object Input {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AttachedChannels: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfInputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputClass: js.UndefOr[InputClass] = js.undefined,\n        InputDevices: js.UndefOr[__listOfInputDeviceSettings] = js.undefined,\n        InputPartnerIds: js.UndefOr[__listOf__string] = js.undefined,\n        InputSourceType: js.UndefOr[InputSourceType] = js.undefined,\n        MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlow] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        SecurityGroups: js.UndefOr[__listOf__string] = js.undefined,\n        Sources: js.UndefOr[__listOfInputSource] = js.undefined,\n        State: js.UndefOr[InputState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Type: js.UndefOr[InputType] = js.undefined\n    ): Input = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AttachedChannels.foreach(__v => __obj.updateDynamic(\"AttachedChannels\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputClass.foreach(__v => __obj.updateDynamic(\"InputClass\")(__v.asInstanceOf[js.Any]))\n      InputDevices.foreach(__v => __obj.updateDynamic(\"InputDevices\")(__v.asInstanceOf[js.Any]))\n      InputPartnerIds.foreach(__v => __obj.updateDynamic(\"InputPartnerIds\")(__v.asInstanceOf[js.Any]))\n      InputSourceType.foreach(__v => __obj.updateDynamic(\"InputSourceType\")(__v.asInstanceOf[js.Any]))\n      MediaConnectFlows.foreach(__v => __obj.updateDynamic(\"MediaConnectFlows\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Input]\n    }\n  }\n\n  \/** Placeholder documentation for InputAttachment\n    *\/\n  @js.native\n  trait InputAttachment extends js.Object {\n    var AutomaticInputFailoverSettings: js.UndefOr[AutomaticInputFailoverSettings]\n    var InputAttachmentName: js.UndefOr[__string]\n    var InputId: js.UndefOr[__string]\n    var InputSettings: js.UndefOr[InputSettings]\n  }\n\n  object InputAttachment {\n    @inline\n    def apply(\n        AutomaticInputFailoverSettings: js.UndefOr[AutomaticInputFailoverSettings] = js.undefined,\n        InputAttachmentName: js.UndefOr[__string] = js.undefined,\n        InputId: js.UndefOr[__string] = js.undefined,\n        InputSettings: js.UndefOr[InputSettings] = js.undefined\n    ): InputAttachment = {\n      val __obj = js.Dynamic.literal()\n      AutomaticInputFailoverSettings.foreach(__v => __obj.updateDynamic(\"AutomaticInputFailoverSettings\")(__v.asInstanceOf[js.Any]))\n      InputAttachmentName.foreach(__v => __obj.updateDynamic(\"InputAttachmentName\")(__v.asInstanceOf[js.Any]))\n      InputId.foreach(__v => __obj.updateDynamic(\"InputId\")(__v.asInstanceOf[js.Any]))\n      InputSettings.foreach(__v => __obj.updateDynamic(\"InputSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputAttachment]\n    }\n  }\n\n  \/** Input Channel Level\n    *\/\n  @js.native\n  trait InputChannelLevel extends js.Object {\n    var Gain: __integerMinNegative60Max6\n    var InputChannel: __integerMin0Max15\n  }\n\n  object InputChannelLevel {\n    @inline\n    def apply(\n        Gain: __integerMinNegative60Max6,\n        InputChannel: __integerMin0Max15\n    ): InputChannelLevel = {\n      val __obj = js.Dynamic.literal(\n        \"Gain\" -> Gain.asInstanceOf[js.Any],\n        \"InputChannel\" -> InputChannel.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputChannelLevel]\n    }\n  }\n\n  \/** A standard input has two sources and a single pipeline input only has one.\n    *\/\n  @js.native\n  sealed trait InputClass extends js.Any\n  object InputClass {\n    val STANDARD = \"STANDARD\".asInstanceOf[InputClass]\n    val SINGLE_PIPELINE = \"SINGLE_PIPELINE\".asInstanceOf[InputClass]\n\n    @inline def values = js.Array(STANDARD, SINGLE_PIPELINE)\n  }\n\n  \/** Settings to let you create a clip of the file input, in order to set up the input to ingest only a portion of the file.\n    *\/\n  @js.native\n  trait InputClippingSettings extends js.Object {\n    var InputTimecodeSource: InputTimecodeSource\n    var StartTimecode: js.UndefOr[StartTimecode]\n    var StopTimecode: js.UndefOr[StopTimecode]\n  }\n\n  object InputClippingSettings {\n    @inline\n    def apply(\n        InputTimecodeSource: InputTimecodeSource,\n        StartTimecode: js.UndefOr[StartTimecode] = js.undefined,\n        StopTimecode: js.UndefOr[StopTimecode] = js.undefined\n    ): InputClippingSettings = {\n      val __obj = js.Dynamic.literal(\n        \"InputTimecodeSource\" -> InputTimecodeSource.asInstanceOf[js.Any]\n      )\n\n      StartTimecode.foreach(__v => __obj.updateDynamic(\"StartTimecode\")(__v.asInstanceOf[js.Any]))\n      StopTimecode.foreach(__v => __obj.updateDynamic(\"StopTimecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputClippingSettings]\n    }\n  }\n\n  \/** codec in increasing order of complexity\n    *\/\n  @js.native\n  sealed trait InputCodec extends js.Any\n  object InputCodec {\n    val MPEG2 = \"MPEG2\".asInstanceOf[InputCodec]\n    val AVC = \"AVC\".asInstanceOf[InputCodec]\n    val HEVC = \"HEVC\".asInstanceOf[InputCodec]\n\n    @inline def values = js.Array(MPEG2, AVC, HEVC)\n  }\n\n  \/** Input Deblock Filter\n    *\/\n  @js.native\n  sealed trait InputDeblockFilter extends js.Any\n  object InputDeblockFilter {\n    val DISABLED = \"DISABLED\".asInstanceOf[InputDeblockFilter]\n    val ENABLED = \"ENABLED\".asInstanceOf[InputDeblockFilter]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Input Denoise Filter\n    *\/\n  @js.native\n  sealed trait InputDenoiseFilter extends js.Any\n  object InputDenoiseFilter {\n    val DISABLED = \"DISABLED\".asInstanceOf[InputDenoiseFilter]\n    val ENABLED = \"ENABLED\".asInstanceOf[InputDenoiseFilter]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** The settings for a PUSH type input.\n    *\/\n  @js.native\n  trait InputDestination extends js.Object {\n    var Ip: js.UndefOr[__string]\n    var Port: js.UndefOr[__string]\n    var Url: js.UndefOr[__string]\n    var Vpc: js.UndefOr[InputDestinationVpc]\n  }\n\n  object InputDestination {\n    @inline\n    def apply(\n        Ip: js.UndefOr[__string] = js.undefined,\n        Port: js.UndefOr[__string] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined,\n        Vpc: js.UndefOr[InputDestinationVpc] = js.undefined\n    ): InputDestination = {\n      val __obj = js.Dynamic.literal()\n      Ip.foreach(__v => __obj.updateDynamic(\"Ip\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDestination]\n    }\n  }\n\n  \/** Endpoint settings for a PUSH type input.\n    *\/\n  @js.native\n  trait InputDestinationRequest extends js.Object {\n    var StreamName: js.UndefOr[__string]\n  }\n\n  object InputDestinationRequest {\n    @inline\n    def apply(\n        StreamName: js.UndefOr[__string] = js.undefined\n    ): InputDestinationRequest = {\n      val __obj = js.Dynamic.literal()\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDestinationRequest]\n    }\n  }\n\n  \/** The properties for a VPC type input destination.\n    *\/\n  @js.native\n  trait InputDestinationVpc extends js.Object {\n    var AvailabilityZone: js.UndefOr[__string]\n    var NetworkInterfaceId: js.UndefOr[__string]\n  }\n\n  object InputDestinationVpc {\n    @inline\n    def apply(\n        AvailabilityZone: js.UndefOr[__string] = js.undefined,\n        NetworkInterfaceId: js.UndefOr[__string] = js.undefined\n    ): InputDestinationVpc = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDestinationVpc]\n    }\n  }\n\n  \/** The source at the input device that is currently active.\n    *\/\n  @js.native\n  sealed trait InputDeviceActiveInput extends js.Any\n  object InputDeviceActiveInput {\n    val HDMI = \"HDMI\".asInstanceOf[InputDeviceActiveInput]\n    val SDI = \"SDI\".asInstanceOf[InputDeviceActiveInput]\n\n    @inline def values = js.Array(HDMI, SDI)\n  }\n\n  \/** Configurable settings for the input device.\n    *\/\n  @js.native\n  trait InputDeviceConfigurableSettings extends js.Object {\n    var ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput]\n    var MaxBitrate: js.UndefOr[__integer]\n  }\n\n  object InputDeviceConfigurableSettings {\n    @inline\n    def apply(\n        ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput] = js.undefined,\n        MaxBitrate: js.UndefOr[__integer] = js.undefined\n    ): InputDeviceConfigurableSettings = {\n      val __obj = js.Dynamic.literal()\n      ConfiguredInput.foreach(__v => __obj.updateDynamic(\"ConfiguredInput\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceConfigurableSettings]\n    }\n  }\n\n  \/** The source to activate (use) from the input device.\n    *\/\n  @js.native\n  sealed trait InputDeviceConfiguredInput extends js.Any\n  object InputDeviceConfiguredInput {\n    val AUTO = \"AUTO\".asInstanceOf[InputDeviceConfiguredInput]\n    val HDMI = \"HDMI\".asInstanceOf[InputDeviceConfiguredInput]\n    val SDI = \"SDI\".asInstanceOf[InputDeviceConfiguredInput]\n\n    @inline def values = js.Array(AUTO, HDMI, SDI)\n  }\n\n  \/** The state of the connection between the input device and AWS.\n    *\/\n  @js.native\n  sealed trait InputDeviceConnectionState extends js.Any\n  object InputDeviceConnectionState {\n    val DISCONNECTED = \"DISCONNECTED\".asInstanceOf[InputDeviceConnectionState]\n    val CONNECTED = \"CONNECTED\".asInstanceOf[InputDeviceConnectionState]\n\n    @inline def values = js.Array(DISCONNECTED, CONNECTED)\n  }\n\n  \/** Settings that describe the active source from the input device, and the video characteristics of that source.\n    *\/\n  @js.native\n  trait InputDeviceHdSettings extends js.Object {\n    var ActiveInput: js.UndefOr[InputDeviceActiveInput]\n    var ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput]\n    var DeviceState: js.UndefOr[InputDeviceState]\n    var Framerate: js.UndefOr[__double]\n    var Height: js.UndefOr[__integer]\n    var MaxBitrate: js.UndefOr[__integer]\n    var ScanType: js.UndefOr[InputDeviceScanType]\n    var Width: js.UndefOr[__integer]\n  }\n\n  object InputDeviceHdSettings {\n    @inline\n    def apply(\n        ActiveInput: js.UndefOr[InputDeviceActiveInput] = js.undefined,\n        ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput] = js.undefined,\n        DeviceState: js.UndefOr[InputDeviceState] = js.undefined,\n        Framerate: js.UndefOr[__double] = js.undefined,\n        Height: js.UndefOr[__integer] = js.undefined,\n        MaxBitrate: js.UndefOr[__integer] = js.undefined,\n        ScanType: js.UndefOr[InputDeviceScanType] = js.undefined,\n        Width: js.UndefOr[__integer] = js.undefined\n    ): InputDeviceHdSettings = {\n      val __obj = js.Dynamic.literal()\n      ActiveInput.foreach(__v => __obj.updateDynamic(\"ActiveInput\")(__v.asInstanceOf[js.Any]))\n      ConfiguredInput.foreach(__v => __obj.updateDynamic(\"ConfiguredInput\")(__v.asInstanceOf[js.Any]))\n      DeviceState.foreach(__v => __obj.updateDynamic(\"DeviceState\")(__v.asInstanceOf[js.Any]))\n      Framerate.foreach(__v => __obj.updateDynamic(\"Framerate\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      ScanType.foreach(__v => __obj.updateDynamic(\"ScanType\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceHdSettings]\n    }\n  }\n\n  \/** Specifies whether the input device has been configured (outside of MediaLive) to use a dynamic IP address assignment (DHCP) or a static IP address.\n    *\/\n  @js.native\n  sealed trait InputDeviceIpScheme extends js.Any\n  object InputDeviceIpScheme {\n    val STATIC = \"STATIC\".asInstanceOf[InputDeviceIpScheme]\n    val DHCP = \"DHCP\".asInstanceOf[InputDeviceIpScheme]\n\n    @inline def values = js.Array(STATIC, DHCP)\n  }\n\n  \/** The network settings for the input device.\n    *\/\n  @js.native\n  trait InputDeviceNetworkSettings extends js.Object {\n    var DnsAddresses: js.UndefOr[__listOf__string]\n    var Gateway: js.UndefOr[__string]\n    var IpAddress: js.UndefOr[__string]\n    var IpScheme: js.UndefOr[InputDeviceIpScheme]\n    var SubnetMask: js.UndefOr[__string]\n  }\n\n  object InputDeviceNetworkSettings {\n    @inline\n    def apply(\n        DnsAddresses: js.UndefOr[__listOf__string] = js.undefined,\n        Gateway: js.UndefOr[__string] = js.undefined,\n        IpAddress: js.UndefOr[__string] = js.undefined,\n        IpScheme: js.UndefOr[InputDeviceIpScheme] = js.undefined,\n        SubnetMask: js.UndefOr[__string] = js.undefined\n    ): InputDeviceNetworkSettings = {\n      val __obj = js.Dynamic.literal()\n      DnsAddresses.foreach(__v => __obj.updateDynamic(\"DnsAddresses\")(__v.asInstanceOf[js.Any]))\n      Gateway.foreach(__v => __obj.updateDynamic(\"Gateway\")(__v.asInstanceOf[js.Any]))\n      IpAddress.foreach(__v => __obj.updateDynamic(\"IpAddress\")(__v.asInstanceOf[js.Any]))\n      IpScheme.foreach(__v => __obj.updateDynamic(\"IpScheme\")(__v.asInstanceOf[js.Any]))\n      SubnetMask.foreach(__v => __obj.updateDynamic(\"SubnetMask\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceNetworkSettings]\n    }\n  }\n\n  \/** Settings for an input device.\n    *\/\n  @js.native\n  trait InputDeviceRequest extends js.Object {\n    var Id: js.UndefOr[__string]\n  }\n\n  object InputDeviceRequest {\n    @inline\n    def apply(\n        Id: js.UndefOr[__string] = js.undefined\n    ): InputDeviceRequest = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceRequest]\n    }\n  }\n\n  \/** The scan type of the video source.\n    *\/\n  @js.native\n  sealed trait InputDeviceScanType extends js.Any\n  object InputDeviceScanType {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[InputDeviceScanType]\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[InputDeviceScanType]\n\n    @inline def values = js.Array(INTERLACED, PROGRESSIVE)\n  }\n\n  \/** Settings for an input device.\n    *\/\n  @js.native\n  trait InputDeviceSettings extends js.Object {\n    var Id: js.UndefOr[__string]\n  }\n\n  object InputDeviceSettings {\n    @inline\n    def apply(\n        Id: js.UndefOr[__string] = js.undefined\n    ): InputDeviceSettings = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceSettings]\n    }\n  }\n\n  \/** The state of the input device.\n    *\/\n  @js.native\n  sealed trait InputDeviceState extends js.Any\n  object InputDeviceState {\n    val IDLE = \"IDLE\".asInstanceOf[InputDeviceState]\n    val STREAMING = \"STREAMING\".asInstanceOf[InputDeviceState]\n\n    @inline def values = js.Array(IDLE, STREAMING)\n  }\n\n  \/** Details of the input device.\n    *\/\n  @js.native\n  trait InputDeviceSummary extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ConnectionState: js.UndefOr[InputDeviceConnectionState]\n    var DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState]\n    var DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus]\n    var HdDeviceSettings: js.UndefOr[InputDeviceHdSettings]\n    var Id: js.UndefOr[__string]\n    var MacAddress: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var NetworkSettings: js.UndefOr[InputDeviceNetworkSettings]\n    var SerialNumber: js.UndefOr[__string]\n    var Type: js.UndefOr[InputDeviceType]\n    var UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings]\n  }\n\n  object InputDeviceSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ConnectionState: js.UndefOr[InputDeviceConnectionState] = js.undefined,\n        DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState] = js.undefined,\n        DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus] = js.undefined,\n        HdDeviceSettings: js.UndefOr[InputDeviceHdSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MacAddress: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        NetworkSettings: js.UndefOr[InputDeviceNetworkSettings] = js.undefined,\n        SerialNumber: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[InputDeviceType] = js.undefined,\n        UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings] = js.undefined\n    ): InputDeviceSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ConnectionState.foreach(__v => __obj.updateDynamic(\"ConnectionState\")(__v.asInstanceOf[js.Any]))\n      DeviceSettingsSyncState.foreach(__v => __obj.updateDynamic(\"DeviceSettingsSyncState\")(__v.asInstanceOf[js.Any]))\n      DeviceUpdateStatus.foreach(__v => __obj.updateDynamic(\"DeviceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      HdDeviceSettings.foreach(__v => __obj.updateDynamic(\"HdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MacAddress.foreach(__v => __obj.updateDynamic(\"MacAddress\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NetworkSettings.foreach(__v => __obj.updateDynamic(\"NetworkSettings\")(__v.asInstanceOf[js.Any]))\n      SerialNumber.foreach(__v => __obj.updateDynamic(\"SerialNumber\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UhdDeviceSettings.foreach(__v => __obj.updateDynamic(\"UhdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceSummary]\n    }\n  }\n\n  \/** The type of device transfer. INCOMING for an input device that is being transferred to you, OUTGOING for an input device that you are transferring to another AWS account.\n    *\/\n  @js.native\n  sealed trait InputDeviceTransferType extends js.Any\n  object InputDeviceTransferType {\n    val OUTGOING = \"OUTGOING\".asInstanceOf[InputDeviceTransferType]\n    val INCOMING = \"INCOMING\".asInstanceOf[InputDeviceTransferType]\n\n    @inline def values = js.Array(OUTGOING, INCOMING)\n  }\n\n  \/** The type of the input device. For an AWS Elemental Link device that outputs resolutions up to 1080, choose \"HD\".\n    *\/\n  @js.native\n  sealed trait InputDeviceType extends js.Any\n  object InputDeviceType {\n    val HD = \"HD\".asInstanceOf[InputDeviceType]\n\n    @inline def values = js.Array(HD)\n  }\n\n  \/** Settings that describe the active source from the input device, and the video characteristics of that source.\n    *\/\n  @js.native\n  trait InputDeviceUhdSettings extends js.Object {\n    var ActiveInput: js.UndefOr[InputDeviceActiveInput]\n    var ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput]\n    var DeviceState: js.UndefOr[InputDeviceState]\n    var Framerate: js.UndefOr[__double]\n    var Height: js.UndefOr[__integer]\n    var MaxBitrate: js.UndefOr[__integer]\n    var ScanType: js.UndefOr[InputDeviceScanType]\n    var Width: js.UndefOr[__integer]\n  }\n\n  object InputDeviceUhdSettings {\n    @inline\n    def apply(\n        ActiveInput: js.UndefOr[InputDeviceActiveInput] = js.undefined,\n        ConfiguredInput: js.UndefOr[InputDeviceConfiguredInput] = js.undefined,\n        DeviceState: js.UndefOr[InputDeviceState] = js.undefined,\n        Framerate: js.UndefOr[__double] = js.undefined,\n        Height: js.UndefOr[__integer] = js.undefined,\n        MaxBitrate: js.UndefOr[__integer] = js.undefined,\n        ScanType: js.UndefOr[InputDeviceScanType] = js.undefined,\n        Width: js.UndefOr[__integer] = js.undefined\n    ): InputDeviceUhdSettings = {\n      val __obj = js.Dynamic.literal()\n      ActiveInput.foreach(__v => __obj.updateDynamic(\"ActiveInput\")(__v.asInstanceOf[js.Any]))\n      ConfiguredInput.foreach(__v => __obj.updateDynamic(\"ConfiguredInput\")(__v.asInstanceOf[js.Any]))\n      DeviceState.foreach(__v => __obj.updateDynamic(\"DeviceState\")(__v.asInstanceOf[js.Any]))\n      Framerate.foreach(__v => __obj.updateDynamic(\"Framerate\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      MaxBitrate.foreach(__v => __obj.updateDynamic(\"MaxBitrate\")(__v.asInstanceOf[js.Any]))\n      ScanType.foreach(__v => __obj.updateDynamic(\"ScanType\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDeviceUhdSettings]\n    }\n  }\n\n  \/** Input Filter\n    *\/\n  @js.native\n  sealed trait InputFilter extends js.Any\n  object InputFilter {\n    val AUTO = \"AUTO\".asInstanceOf[InputFilter]\n    val DISABLED = \"DISABLED\".asInstanceOf[InputFilter]\n    val FORCED = \"FORCED\".asInstanceOf[InputFilter]\n\n    @inline def values = js.Array(AUTO, DISABLED, FORCED)\n  }\n\n  \/** Input Location\n    *\/\n  @js.native\n  trait InputLocation extends js.Object {\n    var Uri: __string\n    var PasswordParam: js.UndefOr[__string]\n    var Username: js.UndefOr[__string]\n  }\n\n  object InputLocation {\n    @inline\n    def apply(\n        Uri: __string,\n        PasswordParam: js.UndefOr[__string] = js.undefined,\n        Username: js.UndefOr[__string] = js.undefined\n    ): InputLocation = {\n      val __obj = js.Dynamic.literal(\n        \"Uri\" -> Uri.asInstanceOf[js.Any]\n      )\n\n      PasswordParam.foreach(__v => __obj.updateDynamic(\"PasswordParam\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputLocation]\n    }\n  }\n\n  \/** Input Loss Action For Hls Out\n    *\/\n  @js.native\n  sealed trait InputLossActionForHlsOut extends js.Any\n  object InputLossActionForHlsOut {\n    val EMIT_OUTPUT = \"EMIT_OUTPUT\".asInstanceOf[InputLossActionForHlsOut]\n    val PAUSE_OUTPUT = \"PAUSE_OUTPUT\".asInstanceOf[InputLossActionForHlsOut]\n\n    @inline def values = js.Array(EMIT_OUTPUT, PAUSE_OUTPUT)\n  }\n\n  \/** Input Loss Action For Ms Smooth Out\n    *\/\n  @js.native\n  sealed trait InputLossActionForMsSmoothOut extends js.Any\n  object InputLossActionForMsSmoothOut {\n    val EMIT_OUTPUT = \"EMIT_OUTPUT\".asInstanceOf[InputLossActionForMsSmoothOut]\n    val PAUSE_OUTPUT = \"PAUSE_OUTPUT\".asInstanceOf[InputLossActionForMsSmoothOut]\n\n    @inline def values = js.Array(EMIT_OUTPUT, PAUSE_OUTPUT)\n  }\n\n  \/** Input Loss Action For Rtmp Out\n    *\/\n  @js.native\n  sealed trait InputLossActionForRtmpOut extends js.Any\n  object InputLossActionForRtmpOut {\n    val EMIT_OUTPUT = \"EMIT_OUTPUT\".asInstanceOf[InputLossActionForRtmpOut]\n    val PAUSE_OUTPUT = \"PAUSE_OUTPUT\".asInstanceOf[InputLossActionForRtmpOut]\n\n    @inline def values = js.Array(EMIT_OUTPUT, PAUSE_OUTPUT)\n  }\n\n  \/** Input Loss Action For Udp Out\n    *\/\n  @js.native\n  sealed trait InputLossActionForUdpOut extends js.Any\n  object InputLossActionForUdpOut {\n    val DROP_PROGRAM = \"DROP_PROGRAM\".asInstanceOf[InputLossActionForUdpOut]\n    val DROP_TS = \"DROP_TS\".asInstanceOf[InputLossActionForUdpOut]\n    val EMIT_PROGRAM = \"EMIT_PROGRAM\".asInstanceOf[InputLossActionForUdpOut]\n\n    @inline def values = js.Array(DROP_PROGRAM, DROP_TS, EMIT_PROGRAM)\n  }\n\n  \/** Input Loss Behavior\n    *\/\n  @js.native\n  trait InputLossBehavior extends js.Object {\n    var BlackFrameMsec: js.UndefOr[__integerMin0Max1000000]\n    var InputLossImageColor: js.UndefOr[__stringMin6Max6]\n    var InputLossImageSlate: js.UndefOr[InputLocation]\n    var InputLossImageType: js.UndefOr[InputLossImageType]\n    var RepeatFrameMsec: js.UndefOr[__integerMin0Max1000000]\n  }\n\n  object InputLossBehavior {\n    @inline\n    def apply(\n        BlackFrameMsec: js.UndefOr[__integerMin0Max1000000] = js.undefined,\n        InputLossImageColor: js.UndefOr[__stringMin6Max6] = js.undefined,\n        InputLossImageSlate: js.UndefOr[InputLocation] = js.undefined,\n        InputLossImageType: js.UndefOr[InputLossImageType] = js.undefined,\n        RepeatFrameMsec: js.UndefOr[__integerMin0Max1000000] = js.undefined\n    ): InputLossBehavior = {\n      val __obj = js.Dynamic.literal()\n      BlackFrameMsec.foreach(__v => __obj.updateDynamic(\"BlackFrameMsec\")(__v.asInstanceOf[js.Any]))\n      InputLossImageColor.foreach(__v => __obj.updateDynamic(\"InputLossImageColor\")(__v.asInstanceOf[js.Any]))\n      InputLossImageSlate.foreach(__v => __obj.updateDynamic(\"InputLossImageSlate\")(__v.asInstanceOf[js.Any]))\n      InputLossImageType.foreach(__v => __obj.updateDynamic(\"InputLossImageType\")(__v.asInstanceOf[js.Any]))\n      RepeatFrameMsec.foreach(__v => __obj.updateDynamic(\"RepeatFrameMsec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputLossBehavior]\n    }\n  }\n\n  \/** MediaLive will perform a failover if content is not detected in this input for the specified period.\n    *\/\n  @js.native\n  trait InputLossFailoverSettings extends js.Object {\n    var InputLossThresholdMsec: js.UndefOr[__integerMin100]\n  }\n\n  object InputLossFailoverSettings {\n    @inline\n    def apply(\n        InputLossThresholdMsec: js.UndefOr[__integerMin100] = js.undefined\n    ): InputLossFailoverSettings = {\n      val __obj = js.Dynamic.literal()\n      InputLossThresholdMsec.foreach(__v => __obj.updateDynamic(\"InputLossThresholdMsec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputLossFailoverSettings]\n    }\n  }\n\n  \/** Input Loss Image Type\n    *\/\n  @js.native\n  sealed trait InputLossImageType extends js.Any\n  object InputLossImageType {\n    val COLOR = \"COLOR\".asInstanceOf[InputLossImageType]\n    val SLATE = \"SLATE\".asInstanceOf[InputLossImageType]\n\n    @inline def values = js.Array(COLOR, SLATE)\n  }\n\n  \/** Maximum input bitrate in megabits per second. Bitrates up to 50 Mbps are supported currently.\n    *\/\n  @js.native\n  sealed trait InputMaximumBitrate extends js.Any\n  object InputMaximumBitrate {\n    val MAX_10_MBPS = \"MAX_10_MBPS\".asInstanceOf[InputMaximumBitrate]\n    val MAX_20_MBPS = \"MAX_20_MBPS\".asInstanceOf[InputMaximumBitrate]\n    val MAX_50_MBPS = \"MAX_50_MBPS\".asInstanceOf[InputMaximumBitrate]\n\n    @inline def values = js.Array(MAX_10_MBPS, MAX_20_MBPS, MAX_50_MBPS)\n  }\n\n  \/** Input preference when deciding which input to make active when a previously failed input has recovered. If \\\"EQUAL_INPUT_PREFERENCE\\\", then the active input will stay active as long as it is healthy. If \\\"PRIMARY_INPUT_PREFERRED\\\", then always switch back to the primary input when it is healthy.\n    *\/\n  @js.native\n  sealed trait InputPreference extends js.Any\n  object InputPreference {\n    val EQUAL_INPUT_PREFERENCE = \"EQUAL_INPUT_PREFERENCE\".asInstanceOf[InputPreference]\n    val PRIMARY_INPUT_PREFERRED = \"PRIMARY_INPUT_PREFERRED\".asInstanceOf[InputPreference]\n\n    @inline def values = js.Array(EQUAL_INPUT_PREFERENCE, PRIMARY_INPUT_PREFERRED)\n  }\n\n  \/** Action to prepare an input for a future immediate input switch.\n    *\/\n  @js.native\n  trait InputPrepareScheduleActionSettings extends js.Object {\n    var InputAttachmentNameReference: js.UndefOr[__string]\n    var InputClippingSettings: js.UndefOr[InputClippingSettings]\n    var UrlPath: js.UndefOr[__listOf__string]\n  }\n\n  object InputPrepareScheduleActionSettings {\n    @inline\n    def apply(\n        InputAttachmentNameReference: js.UndefOr[__string] = js.undefined,\n        InputClippingSettings: js.UndefOr[InputClippingSettings] = js.undefined,\n        UrlPath: js.UndefOr[__listOf__string] = js.undefined\n    ): InputPrepareScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      InputAttachmentNameReference.foreach(__v => __obj.updateDynamic(\"InputAttachmentNameReference\")(__v.asInstanceOf[js.Any]))\n      InputClippingSettings.foreach(__v => __obj.updateDynamic(\"InputClippingSettings\")(__v.asInstanceOf[js.Any]))\n      UrlPath.foreach(__v => __obj.updateDynamic(\"UrlPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputPrepareScheduleActionSettings]\n    }\n  }\n\n  \/** Input resolution based on lines of vertical resolution in the input; SD is less than 720 lines, HD is 720 to 1080 lines, UHD is greater than 1080 lines\n    *\/\n  @js.native\n  sealed trait InputResolution extends js.Any\n  object InputResolution {\n    val SD = \"SD\".asInstanceOf[InputResolution]\n    val HD = \"HD\".asInstanceOf[InputResolution]\n    val UHD = \"UHD\".asInstanceOf[InputResolution]\n\n    @inline def values = js.Array(SD, HD, UHD)\n  }\n\n  \/** An Input Security Group\n    *\/\n  @js.native\n  trait InputSecurityGroup extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Id: js.UndefOr[__string]\n    var Inputs: js.UndefOr[__listOf__string]\n    var State: js.UndefOr[InputSecurityGroupState]\n    var Tags: js.UndefOr[Tags]\n    var WhitelistRules: js.UndefOr[__listOfInputWhitelistRule]\n  }\n\n  object InputSecurityGroup {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        Inputs: js.UndefOr[__listOf__string] = js.undefined,\n        State: js.UndefOr[InputSecurityGroupState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WhitelistRules: js.UndefOr[__listOfInputWhitelistRule] = js.undefined\n    ): InputSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WhitelistRules.foreach(__v => __obj.updateDynamic(\"WhitelistRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSecurityGroup]\n    }\n  }\n\n  \/** Placeholder documentation for InputSecurityGroupState\n    *\/\n  @js.native\n  sealed trait InputSecurityGroupState extends js.Any\n  object InputSecurityGroupState {\n    val IDLE = \"IDLE\".asInstanceOf[InputSecurityGroupState]\n    val IN_USE = \"IN_USE\".asInstanceOf[InputSecurityGroupState]\n    val UPDATING = \"UPDATING\".asInstanceOf[InputSecurityGroupState]\n    val DELETED = \"DELETED\".asInstanceOf[InputSecurityGroupState]\n\n    @inline def values = js.Array(IDLE, IN_USE, UPDATING, DELETED)\n  }\n\n  \/** Live Event input parameters. There can be multiple inputs in a single Live Event.\n    *\/\n  @js.native\n  trait InputSettings extends js.Object {\n    var AudioSelectors: js.UndefOr[__listOfAudioSelector]\n    var CaptionSelectors: js.UndefOr[__listOfCaptionSelector]\n    var DeblockFilter: js.UndefOr[InputDeblockFilter]\n    var DenoiseFilter: js.UndefOr[InputDenoiseFilter]\n    var FilterStrength: js.UndefOr[__integerMin1Max5]\n    var InputFilter: js.UndefOr[InputFilter]\n    var NetworkInputSettings: js.UndefOr[NetworkInputSettings]\n    var Smpte2038DataPreference: js.UndefOr[Smpte2038DataPreference]\n    var SourceEndBehavior: js.UndefOr[InputSourceEndBehavior]\n    var VideoSelector: js.UndefOr[VideoSelector]\n  }\n\n  object InputSettings {\n    @inline\n    def apply(\n        AudioSelectors: js.UndefOr[__listOfAudioSelector] = js.undefined,\n        CaptionSelectors: js.UndefOr[__listOfCaptionSelector] = js.undefined,\n        DeblockFilter: js.UndefOr[InputDeblockFilter] = js.undefined,\n        DenoiseFilter: js.UndefOr[InputDenoiseFilter] = js.undefined,\n        FilterStrength: js.UndefOr[__integerMin1Max5] = js.undefined,\n        InputFilter: js.UndefOr[InputFilter] = js.undefined,\n        NetworkInputSettings: js.UndefOr[NetworkInputSettings] = js.undefined,\n        Smpte2038DataPreference: js.UndefOr[Smpte2038DataPreference] = js.undefined,\n        SourceEndBehavior: js.UndefOr[InputSourceEndBehavior] = js.undefined,\n        VideoSelector: js.UndefOr[VideoSelector] = js.undefined\n    ): InputSettings = {\n      val __obj = js.Dynamic.literal()\n      AudioSelectors.foreach(__v => __obj.updateDynamic(\"AudioSelectors\")(__v.asInstanceOf[js.Any]))\n      CaptionSelectors.foreach(__v => __obj.updateDynamic(\"CaptionSelectors\")(__v.asInstanceOf[js.Any]))\n      DeblockFilter.foreach(__v => __obj.updateDynamic(\"DeblockFilter\")(__v.asInstanceOf[js.Any]))\n      DenoiseFilter.foreach(__v => __obj.updateDynamic(\"DenoiseFilter\")(__v.asInstanceOf[js.Any]))\n      FilterStrength.foreach(__v => __obj.updateDynamic(\"FilterStrength\")(__v.asInstanceOf[js.Any]))\n      InputFilter.foreach(__v => __obj.updateDynamic(\"InputFilter\")(__v.asInstanceOf[js.Any]))\n      NetworkInputSettings.foreach(__v => __obj.updateDynamic(\"NetworkInputSettings\")(__v.asInstanceOf[js.Any]))\n      Smpte2038DataPreference.foreach(__v => __obj.updateDynamic(\"Smpte2038DataPreference\")(__v.asInstanceOf[js.Any]))\n      SourceEndBehavior.foreach(__v => __obj.updateDynamic(\"SourceEndBehavior\")(__v.asInstanceOf[js.Any]))\n      VideoSelector.foreach(__v => __obj.updateDynamic(\"VideoSelector\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSettings]\n    }\n  }\n\n  \/** The settings for a PULL type input.\n    *\/\n  @js.native\n  trait InputSource extends js.Object {\n    var PasswordParam: js.UndefOr[__string]\n    var Url: js.UndefOr[__string]\n    var Username: js.UndefOr[__string]\n  }\n\n  object InputSource {\n    @inline\n    def apply(\n        PasswordParam: js.UndefOr[__string] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined,\n        Username: js.UndefOr[__string] = js.undefined\n    ): InputSource = {\n      val __obj = js.Dynamic.literal()\n      PasswordParam.foreach(__v => __obj.updateDynamic(\"PasswordParam\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSource]\n    }\n  }\n\n  \/** Input Source End Behavior\n    *\/\n  @js.native\n  sealed trait InputSourceEndBehavior extends js.Any\n  object InputSourceEndBehavior {\n    val CONTINUE = \"CONTINUE\".asInstanceOf[InputSourceEndBehavior]\n    val LOOP = \"LOOP\".asInstanceOf[InputSourceEndBehavior]\n\n    @inline def values = js.Array(CONTINUE, LOOP)\n  }\n\n  \/** Settings for for a PULL type input.\n    *\/\n  @js.native\n  trait InputSourceRequest extends js.Object {\n    var PasswordParam: js.UndefOr[__string]\n    var Url: js.UndefOr[__string]\n    var Username: js.UndefOr[__string]\n  }\n\n  object InputSourceRequest {\n    @inline\n    def apply(\n        PasswordParam: js.UndefOr[__string] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined,\n        Username: js.UndefOr[__string] = js.undefined\n    ): InputSourceRequest = {\n      val __obj = js.Dynamic.literal()\n      PasswordParam.foreach(__v => __obj.updateDynamic(\"PasswordParam\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSourceRequest]\n    }\n  }\n\n  \/** There are two types of input sources, static and dynamic. If an input source is dynamic you can change the source url of the input dynamically using an input switch action. However, the only input type to support a dynamic url at this time is MP4_FILE. By default all input sources are static.\n    *\/\n  @js.native\n  sealed trait InputSourceType extends js.Any\n  object InputSourceType {\n    val STATIC = \"STATIC\".asInstanceOf[InputSourceType]\n    val DYNAMIC = \"DYNAMIC\".asInstanceOf[InputSourceType]\n\n    @inline def values = js.Array(STATIC, DYNAMIC)\n  }\n\n  \/** Placeholder documentation for InputSpecification\n    *\/\n  @js.native\n  trait InputSpecification extends js.Object {\n    var Codec: js.UndefOr[InputCodec]\n    var MaximumBitrate: js.UndefOr[InputMaximumBitrate]\n    var Resolution: js.UndefOr[InputResolution]\n  }\n\n  object InputSpecification {\n    @inline\n    def apply(\n        Codec: js.UndefOr[InputCodec] = js.undefined,\n        MaximumBitrate: js.UndefOr[InputMaximumBitrate] = js.undefined,\n        Resolution: js.UndefOr[InputResolution] = js.undefined\n    ): InputSpecification = {\n      val __obj = js.Dynamic.literal()\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      MaximumBitrate.foreach(__v => __obj.updateDynamic(\"MaximumBitrate\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSpecification]\n    }\n  }\n\n  \/** Placeholder documentation for InputState\n    *\/\n  @js.native\n  sealed trait InputState extends js.Any\n  object InputState {\n    val CREATING = \"CREATING\".asInstanceOf[InputState]\n    val DETACHED = \"DETACHED\".asInstanceOf[InputState]\n    val ATTACHED = \"ATTACHED\".asInstanceOf[InputState]\n    val DELETING = \"DELETING\".asInstanceOf[InputState]\n    val DELETED = \"DELETED\".asInstanceOf[InputState]\n\n    @inline def values = js.Array(CREATING, DETACHED, ATTACHED, DELETING, DELETED)\n  }\n\n  \/** Settings for the \"switch input\" action: to switch from ingesting one input to ingesting another input.\n    *\/\n  @js.native\n  trait InputSwitchScheduleActionSettings extends js.Object {\n    var InputAttachmentNameReference: __string\n    var InputClippingSettings: js.UndefOr[InputClippingSettings]\n    var UrlPath: js.UndefOr[__listOf__string]\n  }\n\n  object InputSwitchScheduleActionSettings {\n    @inline\n    def apply(\n        InputAttachmentNameReference: __string,\n        InputClippingSettings: js.UndefOr[InputClippingSettings] = js.undefined,\n        UrlPath: js.UndefOr[__listOf__string] = js.undefined\n    ): InputSwitchScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"InputAttachmentNameReference\" -> InputAttachmentNameReference.asInstanceOf[js.Any]\n      )\n\n      InputClippingSettings.foreach(__v => __obj.updateDynamic(\"InputClippingSettings\")(__v.asInstanceOf[js.Any]))\n      UrlPath.foreach(__v => __obj.updateDynamic(\"UrlPath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSwitchScheduleActionSettings]\n    }\n  }\n\n  \/** Documentation update needed\n    *\/\n  @js.native\n  sealed trait InputTimecodeSource extends js.Any\n  object InputTimecodeSource {\n    val ZEROBASED = \"ZEROBASED\".asInstanceOf[InputTimecodeSource]\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[InputTimecodeSource]\n\n    @inline def values = js.Array(ZEROBASED, EMBEDDED)\n  }\n\n  \/** Placeholder documentation for InputType\n    *\/\n  @js.native\n  sealed trait InputType extends js.Any\n  object InputType {\n    val UDP_PUSH = \"UDP_PUSH\".asInstanceOf[InputType]\n    val RTP_PUSH = \"RTP_PUSH\".asInstanceOf[InputType]\n    val RTMP_PUSH = \"RTMP_PUSH\".asInstanceOf[InputType]\n    val RTMP_PULL = \"RTMP_PULL\".asInstanceOf[InputType]\n    val URL_PULL = \"URL_PULL\".asInstanceOf[InputType]\n    val MP4_FILE = \"MP4_FILE\".asInstanceOf[InputType]\n    val MEDIACONNECT = \"MEDIACONNECT\".asInstanceOf[InputType]\n    val INPUT_DEVICE = \"INPUT_DEVICE\".asInstanceOf[InputType]\n    val AWS_CDI = \"AWS_CDI\".asInstanceOf[InputType]\n\n    @inline def values = js.Array(UDP_PUSH, RTP_PUSH, RTMP_PUSH, RTMP_PULL, URL_PULL, MP4_FILE, MEDIACONNECT, INPUT_DEVICE, AWS_CDI)\n  }\n\n  \/** Settings for a private VPC Input. When this property is specified, the input destination addresses will be created in a VPC rather than with public Internet addresses. This property requires setting the roleArn property on Input creation. Not compatible with the inputSecurityGroups property.\n    *\/\n  @js.native\n  trait InputVpcRequest extends js.Object {\n    var SubnetIds: __listOf__string\n    var SecurityGroupIds: js.UndefOr[__listOf__string]\n  }\n\n  object InputVpcRequest {\n    @inline\n    def apply(\n        SubnetIds: __listOf__string,\n        SecurityGroupIds: js.UndefOr[__listOf__string] = js.undefined\n    ): InputVpcRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputVpcRequest]\n    }\n  }\n\n  \/** Whitelist rule\n    *\/\n  @js.native\n  trait InputWhitelistRule extends js.Object {\n    var Cidr: js.UndefOr[__string]\n  }\n\n  object InputWhitelistRule {\n    @inline\n    def apply(\n        Cidr: js.UndefOr[__string] = js.undefined\n    ): InputWhitelistRule = {\n      val __obj = js.Dynamic.literal()\n      Cidr.foreach(__v => __obj.updateDynamic(\"Cidr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputWhitelistRule]\n    }\n  }\n\n  \/** An IPv4 CIDR to whitelist.\n    *\/\n  @js.native\n  trait InputWhitelistRuleCidr extends js.Object {\n    var Cidr: js.UndefOr[__string]\n  }\n\n  object InputWhitelistRuleCidr {\n    @inline\n    def apply(\n        Cidr: js.UndefOr[__string] = js.undefined\n    ): InputWhitelistRuleCidr = {\n      val __obj = js.Dynamic.literal()\n      Cidr.foreach(__v => __obj.updateDynamic(\"Cidr\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputWhitelistRuleCidr]\n    }\n  }\n\n  \/** Key Provider Settings\n    *\/\n  @js.native\n  trait KeyProviderSettings extends js.Object {\n    var StaticKeySettings: js.UndefOr[StaticKeySettings]\n  }\n\n  object KeyProviderSettings {\n    @inline\n    def apply(\n        StaticKeySettings: js.UndefOr[StaticKeySettings] = js.undefined\n    ): KeyProviderSettings = {\n      val __obj = js.Dynamic.literal()\n      StaticKeySettings.foreach(__v => __obj.updateDynamic(\"StaticKeySettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyProviderSettings]\n    }\n  }\n\n  \/** If you specify a StopTimecode in an input (in order to clip the file), you can specify if you want the clip to exclude (the default) or include the frame specified by the timecode.\n    *\/\n  @js.native\n  sealed trait LastFrameClippingBehavior extends js.Any\n  object LastFrameClippingBehavior {\n    val EXCLUDE_LAST_FRAME = \"EXCLUDE_LAST_FRAME\".asInstanceOf[LastFrameClippingBehavior]\n    val INCLUDE_LAST_FRAME = \"INCLUDE_LAST_FRAME\".asInstanceOf[LastFrameClippingBehavior]\n\n    @inline def values = js.Array(EXCLUDE_LAST_FRAME, INCLUDE_LAST_FRAME)\n  }\n\n  \/** Placeholder documentation for ListChannelsRequest\n    *\/\n  @js.native\n  trait ListChannelsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListChannelsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListChannelsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListChannelsResponse\n    *\/\n  @js.native\n  trait ListChannelsResponse extends js.Object {\n    var Channels: js.UndefOr[__listOfChannelSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListChannelsResponse {\n    @inline\n    def apply(\n        Channels: js.UndefOr[__listOfChannelSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListChannelsResponse = {\n      val __obj = js.Dynamic.literal()\n      Channels.foreach(__v => __obj.updateDynamic(\"Channels\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChannelsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputDeviceTransfersRequest\n    *\/\n  @js.native\n  trait ListInputDeviceTransfersRequest extends js.Object {\n    var TransferType: __string\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputDeviceTransfersRequest {\n    @inline\n    def apply(\n        TransferType: __string,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputDeviceTransfersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TransferType\" -> TransferType.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputDeviceTransfersRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputDeviceTransfersResponse\n    *\/\n  @js.native\n  trait ListInputDeviceTransfersResponse extends js.Object {\n    var InputDeviceTransfers: js.UndefOr[__listOfTransferringInputDeviceSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputDeviceTransfersResponse {\n    @inline\n    def apply(\n        InputDeviceTransfers: js.UndefOr[__listOfTransferringInputDeviceSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputDeviceTransfersResponse = {\n      val __obj = js.Dynamic.literal()\n      InputDeviceTransfers.foreach(__v => __obj.updateDynamic(\"InputDeviceTransfers\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputDeviceTransfersResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputDevicesRequest\n    *\/\n  @js.native\n  trait ListInputDevicesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputDevicesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputDevicesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputDevicesRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputDevicesResponse\n    *\/\n  @js.native\n  trait ListInputDevicesResponse extends js.Object {\n    var InputDevices: js.UndefOr[__listOfInputDeviceSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputDevicesResponse {\n    @inline\n    def apply(\n        InputDevices: js.UndefOr[__listOfInputDeviceSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputDevicesResponse = {\n      val __obj = js.Dynamic.literal()\n      InputDevices.foreach(__v => __obj.updateDynamic(\"InputDevices\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputDevicesResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputSecurityGroupsRequest\n    *\/\n  @js.native\n  trait ListInputSecurityGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputSecurityGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputSecurityGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputSecurityGroupsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputSecurityGroupsResponse\n    *\/\n  @js.native\n  trait ListInputSecurityGroupsResponse extends js.Object {\n    var InputSecurityGroups: js.UndefOr[__listOfInputSecurityGroup]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputSecurityGroupsResponse {\n    @inline\n    def apply(\n        InputSecurityGroups: js.UndefOr[__listOfInputSecurityGroup] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputSecurityGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      InputSecurityGroups.foreach(__v => __obj.updateDynamic(\"InputSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputSecurityGroupsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputsRequest\n    *\/\n  @js.native\n  trait ListInputsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListInputsResponse\n    *\/\n  @js.native\n  trait ListInputsResponse extends js.Object {\n    var Inputs: js.UndefOr[__listOfInput]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListInputsResponse {\n    @inline\n    def apply(\n        Inputs: js.UndefOr[__listOfInput] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListInputsResponse = {\n      val __obj = js.Dynamic.literal()\n      Inputs.foreach(__v => __obj.updateDynamic(\"Inputs\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListMultiplexProgramsRequest\n    *\/\n  @js.native\n  trait ListMultiplexProgramsRequest extends js.Object {\n    var MultiplexId: __string\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListMultiplexProgramsRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListMultiplexProgramsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultiplexProgramsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListMultiplexProgramsResponse\n    *\/\n  @js.native\n  trait ListMultiplexProgramsResponse extends js.Object {\n    var MultiplexPrograms: js.UndefOr[__listOfMultiplexProgramSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListMultiplexProgramsResponse {\n    @inline\n    def apply(\n        MultiplexPrograms: js.UndefOr[__listOfMultiplexProgramSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListMultiplexProgramsResponse = {\n      val __obj = js.Dynamic.literal()\n      MultiplexPrograms.foreach(__v => __obj.updateDynamic(\"MultiplexPrograms\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultiplexProgramsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListMultiplexesRequest\n    *\/\n  @js.native\n  trait ListMultiplexesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListMultiplexesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListMultiplexesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultiplexesRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListMultiplexesResponse\n    *\/\n  @js.native\n  trait ListMultiplexesResponse extends js.Object {\n    var Multiplexes: js.UndefOr[__listOfMultiplexSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListMultiplexesResponse {\n    @inline\n    def apply(\n        Multiplexes: js.UndefOr[__listOfMultiplexSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListMultiplexesResponse = {\n      val __obj = js.Dynamic.literal()\n      Multiplexes.foreach(__v => __obj.updateDynamic(\"Multiplexes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMultiplexesResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListOfferingsRequest\n    *\/\n  @js.native\n  trait ListOfferingsRequest extends js.Object {\n    var ChannelClass: js.UndefOr[__string]\n    var ChannelConfiguration: js.UndefOr[__string]\n    var Codec: js.UndefOr[__string]\n    var Duration: js.UndefOr[__string]\n    var MaxResults: js.UndefOr[MaxResults]\n    var MaximumBitrate: js.UndefOr[__string]\n    var MaximumFramerate: js.UndefOr[__string]\n    var NextToken: js.UndefOr[__string]\n    var Resolution: js.UndefOr[__string]\n    var ResourceType: js.UndefOr[__string]\n    var SpecialFeature: js.UndefOr[__string]\n    var VideoQuality: js.UndefOr[__string]\n  }\n\n  object ListOfferingsRequest {\n    @inline\n    def apply(\n        ChannelClass: js.UndefOr[__string] = js.undefined,\n        ChannelConfiguration: js.UndefOr[__string] = js.undefined,\n        Codec: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__string] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        MaximumBitrate: js.UndefOr[__string] = js.undefined,\n        MaximumFramerate: js.UndefOr[__string] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Resolution: js.UndefOr[__string] = js.undefined,\n        ResourceType: js.UndefOr[__string] = js.undefined,\n        SpecialFeature: js.UndefOr[__string] = js.undefined,\n        VideoQuality: js.UndefOr[__string] = js.undefined\n    ): ListOfferingsRequest = {\n      val __obj = js.Dynamic.literal()\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      ChannelConfiguration.foreach(__v => __obj.updateDynamic(\"ChannelConfiguration\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MaximumBitrate.foreach(__v => __obj.updateDynamic(\"MaximumBitrate\")(__v.asInstanceOf[js.Any]))\n      MaximumFramerate.foreach(__v => __obj.updateDynamic(\"MaximumFramerate\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      SpecialFeature.foreach(__v => __obj.updateDynamic(\"SpecialFeature\")(__v.asInstanceOf[js.Any]))\n      VideoQuality.foreach(__v => __obj.updateDynamic(\"VideoQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOfferingsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListOfferingsResponse\n    *\/\n  @js.native\n  trait ListOfferingsResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Offerings: js.UndefOr[__listOfOffering]\n  }\n\n  object ListOfferingsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Offerings: js.UndefOr[__listOfOffering] = js.undefined\n    ): ListOfferingsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Offerings.foreach(__v => __obj.updateDynamic(\"Offerings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOfferingsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListReservationsRequest\n    *\/\n  @js.native\n  trait ListReservationsRequest extends js.Object {\n    var ChannelClass: js.UndefOr[__string]\n    var Codec: js.UndefOr[__string]\n    var MaxResults: js.UndefOr[MaxResults]\n    var MaximumBitrate: js.UndefOr[__string]\n    var MaximumFramerate: js.UndefOr[__string]\n    var NextToken: js.UndefOr[__string]\n    var Resolution: js.UndefOr[__string]\n    var ResourceType: js.UndefOr[__string]\n    var SpecialFeature: js.UndefOr[__string]\n    var VideoQuality: js.UndefOr[__string]\n  }\n\n  object ListReservationsRequest {\n    @inline\n    def apply(\n        ChannelClass: js.UndefOr[__string] = js.undefined,\n        Codec: js.UndefOr[__string] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        MaximumBitrate: js.UndefOr[__string] = js.undefined,\n        MaximumFramerate: js.UndefOr[__string] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Resolution: js.UndefOr[__string] = js.undefined,\n        ResourceType: js.UndefOr[__string] = js.undefined,\n        SpecialFeature: js.UndefOr[__string] = js.undefined,\n        VideoQuality: js.UndefOr[__string] = js.undefined\n    ): ListReservationsRequest = {\n      val __obj = js.Dynamic.literal()\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      MaximumBitrate.foreach(__v => __obj.updateDynamic(\"MaximumBitrate\")(__v.asInstanceOf[js.Any]))\n      MaximumFramerate.foreach(__v => __obj.updateDynamic(\"MaximumFramerate\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      SpecialFeature.foreach(__v => __obj.updateDynamic(\"SpecialFeature\")(__v.asInstanceOf[js.Any]))\n      VideoQuality.foreach(__v => __obj.updateDynamic(\"VideoQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReservationsRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListReservationsResponse\n    *\/\n  @js.native\n  trait ListReservationsResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Reservations: js.UndefOr[__listOfReservation]\n  }\n\n  object ListReservationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Reservations: js.UndefOr[__listOfReservation] = js.undefined\n    ): ListReservationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Reservations.foreach(__v => __obj.updateDynamic(\"Reservations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReservationsResponse]\n    }\n  }\n\n  \/** Placeholder documentation for ListTagsForResourceRequest\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceArn: __string\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceArn: __string\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** Placeholder documentation for ListTagsForResourceResponse\n    *\/\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** The log level the user wants for their channel.\n    *\/\n  @js.native\n  sealed trait LogLevel extends js.Any\n  object LogLevel {\n    val ERROR = \"ERROR\".asInstanceOf[LogLevel]\n    val WARNING = \"WARNING\".asInstanceOf[LogLevel]\n    val INFO = \"INFO\".asInstanceOf[LogLevel]\n    val DEBUG = \"DEBUG\".asInstanceOf[LogLevel]\n    val DISABLED = \"DISABLED\".asInstanceOf[LogLevel]\n\n    @inline def values = js.Array(ERROR, WARNING, INFO, DEBUG, DISABLED)\n  }\n\n  \/** M2ts Absent Input Audio Behavior\n    *\/\n  @js.native\n  sealed trait M2tsAbsentInputAudioBehavior extends js.Any\n  object M2tsAbsentInputAudioBehavior {\n    val DROP = \"DROP\".asInstanceOf[M2tsAbsentInputAudioBehavior]\n    val ENCODE_SILENCE = \"ENCODE_SILENCE\".asInstanceOf[M2tsAbsentInputAudioBehavior]\n\n    @inline def values = js.Array(DROP, ENCODE_SILENCE)\n  }\n\n  \/** M2ts Arib\n    *\/\n  @js.native\n  sealed trait M2tsArib extends js.Any\n  object M2tsArib {\n    val DISABLED = \"DISABLED\".asInstanceOf[M2tsArib]\n    val ENABLED = \"ENABLED\".asInstanceOf[M2tsArib]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** M2ts Arib Captions Pid Control\n    *\/\n  @js.native\n  sealed trait M2tsAribCaptionsPidControl extends js.Any\n  object M2tsAribCaptionsPidControl {\n    val AUTO = \"AUTO\".asInstanceOf[M2tsAribCaptionsPidControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[M2tsAribCaptionsPidControl]\n\n    @inline def values = js.Array(AUTO, USE_CONFIGURED)\n  }\n\n  \/** M2ts Audio Buffer Model\n    *\/\n  @js.native\n  sealed trait M2tsAudioBufferModel extends js.Any\n  object M2tsAudioBufferModel {\n    val ATSC = \"ATSC\".asInstanceOf[M2tsAudioBufferModel]\n    val DVB = \"DVB\".asInstanceOf[M2tsAudioBufferModel]\n\n    @inline def values = js.Array(ATSC, DVB)\n  }\n\n  \/** M2ts Audio Interval\n    *\/\n  @js.native\n  sealed trait M2tsAudioInterval extends js.Any\n  object M2tsAudioInterval {\n    val VIDEO_AND_FIXED_INTERVALS = \"VIDEO_AND_FIXED_INTERVALS\".asInstanceOf[M2tsAudioInterval]\n    val VIDEO_INTERVAL = \"VIDEO_INTERVAL\".asInstanceOf[M2tsAudioInterval]\n\n    @inline def values = js.Array(VIDEO_AND_FIXED_INTERVALS, VIDEO_INTERVAL)\n  }\n\n  \/** M2ts Audio Stream Type\n    *\/\n  @js.native\n  sealed trait M2tsAudioStreamType extends js.Any\n  object M2tsAudioStreamType {\n    val ATSC = \"ATSC\".asInstanceOf[M2tsAudioStreamType]\n    val DVB = \"DVB\".asInstanceOf[M2tsAudioStreamType]\n\n    @inline def values = js.Array(ATSC, DVB)\n  }\n\n  \/** M2ts Buffer Model\n    *\/\n  @js.native\n  sealed trait M2tsBufferModel extends js.Any\n  object M2tsBufferModel {\n    val MULTIPLEX = \"MULTIPLEX\".asInstanceOf[M2tsBufferModel]\n    val NONE = \"NONE\".asInstanceOf[M2tsBufferModel]\n\n    @inline def values = js.Array(MULTIPLEX, NONE)\n  }\n\n  \/** M2ts Cc Descriptor\n    *\/\n  @js.native\n  sealed trait M2tsCcDescriptor extends js.Any\n  object M2tsCcDescriptor {\n    val DISABLED = \"DISABLED\".asInstanceOf[M2tsCcDescriptor]\n    val ENABLED = \"ENABLED\".asInstanceOf[M2tsCcDescriptor]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** M2ts Ebif Control\n    *\/\n  @js.native\n  sealed trait M2tsEbifControl extends js.Any\n  object M2tsEbifControl {\n    val NONE = \"NONE\".asInstanceOf[M2tsEbifControl]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsEbifControl]\n\n    @inline def values = js.Array(NONE, PASSTHROUGH)\n  }\n\n  \/** M2ts Ebp Placement\n    *\/\n  @js.native\n  sealed trait M2tsEbpPlacement extends js.Any\n  object M2tsEbpPlacement {\n    val VIDEO_AND_AUDIO_PIDS = \"VIDEO_AND_AUDIO_PIDS\".asInstanceOf[M2tsEbpPlacement]\n    val VIDEO_PID = \"VIDEO_PID\".asInstanceOf[M2tsEbpPlacement]\n\n    @inline def values = js.Array(VIDEO_AND_AUDIO_PIDS, VIDEO_PID)\n  }\n\n  \/** M2ts Es Rate In Pes\n    *\/\n  @js.native\n  sealed trait M2tsEsRateInPes extends js.Any\n  object M2tsEsRateInPes {\n    val EXCLUDE = \"EXCLUDE\".asInstanceOf[M2tsEsRateInPes]\n    val INCLUDE = \"INCLUDE\".asInstanceOf[M2tsEsRateInPes]\n\n    @inline def values = js.Array(EXCLUDE, INCLUDE)\n  }\n\n  \/** M2ts Klv\n    *\/\n  @js.native\n  sealed trait M2tsKlv extends js.Any\n  object M2tsKlv {\n    val NONE = \"NONE\".asInstanceOf[M2tsKlv]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsKlv]\n\n    @inline def values = js.Array(NONE, PASSTHROUGH)\n  }\n\n  \/** M2ts Nielsen Id3 Behavior\n    *\/\n  @js.native\n  sealed trait M2tsNielsenId3Behavior extends js.Any\n  object M2tsNielsenId3Behavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[M2tsNielsenId3Behavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsNielsenId3Behavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** M2ts Pcr Control\n    *\/\n  @js.native\n  sealed trait M2tsPcrControl extends js.Any\n  object M2tsPcrControl {\n    val CONFIGURED_PCR_PERIOD = \"CONFIGURED_PCR_PERIOD\".asInstanceOf[M2tsPcrControl]\n    val PCR_EVERY_PES_PACKET = \"PCR_EVERY_PES_PACKET\".asInstanceOf[M2tsPcrControl]\n\n    @inline def values = js.Array(CONFIGURED_PCR_PERIOD, PCR_EVERY_PES_PACKET)\n  }\n\n  \/** M2ts Rate Mode\n    *\/\n  @js.native\n  sealed trait M2tsRateMode extends js.Any\n  object M2tsRateMode {\n    val CBR = \"CBR\".asInstanceOf[M2tsRateMode]\n    val VBR = \"VBR\".asInstanceOf[M2tsRateMode]\n\n    @inline def values = js.Array(CBR, VBR)\n  }\n\n  \/** M2ts Scte35 Control\n    *\/\n  @js.native\n  sealed trait M2tsScte35Control extends js.Any\n  object M2tsScte35Control {\n    val NONE = \"NONE\".asInstanceOf[M2tsScte35Control]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsScte35Control]\n\n    @inline def values = js.Array(NONE, PASSTHROUGH)\n  }\n\n  \/** M2ts Segmentation Markers\n    *\/\n  @js.native\n  sealed trait M2tsSegmentationMarkers extends js.Any\n  object M2tsSegmentationMarkers {\n    val EBP = \"EBP\".asInstanceOf[M2tsSegmentationMarkers]\n    val EBP_LEGACY = \"EBP_LEGACY\".asInstanceOf[M2tsSegmentationMarkers]\n    val NONE = \"NONE\".asInstanceOf[M2tsSegmentationMarkers]\n    val PSI_SEGSTART = \"PSI_SEGSTART\".asInstanceOf[M2tsSegmentationMarkers]\n    val RAI_ADAPT = \"RAI_ADAPT\".asInstanceOf[M2tsSegmentationMarkers]\n    val RAI_SEGSTART = \"RAI_SEGSTART\".asInstanceOf[M2tsSegmentationMarkers]\n\n    @inline def values = js.Array(EBP, EBP_LEGACY, NONE, PSI_SEGSTART, RAI_ADAPT, RAI_SEGSTART)\n  }\n\n  \/** M2ts Segmentation Style\n    *\/\n  @js.native\n  sealed trait M2tsSegmentationStyle extends js.Any\n  object M2tsSegmentationStyle {\n    val MAINTAIN_CADENCE = \"MAINTAIN_CADENCE\".asInstanceOf[M2tsSegmentationStyle]\n    val RESET_CADENCE = \"RESET_CADENCE\".asInstanceOf[M2tsSegmentationStyle]\n\n    @inline def values = js.Array(MAINTAIN_CADENCE, RESET_CADENCE)\n  }\n\n  \/** M2ts Settings\n    *\/\n  @js.native\n  trait M2tsSettings extends js.Object {\n    var AbsentInputAudioBehavior: js.UndefOr[M2tsAbsentInputAudioBehavior]\n    var Arib: js.UndefOr[M2tsArib]\n    var AribCaptionsPid: js.UndefOr[__string]\n    var AribCaptionsPidControl: js.UndefOr[M2tsAribCaptionsPidControl]\n    var AudioBufferModel: js.UndefOr[M2tsAudioBufferModel]\n    var AudioFramesPerPes: js.UndefOr[__integerMin0]\n    var AudioPids: js.UndefOr[__string]\n    var AudioStreamType: js.UndefOr[M2tsAudioStreamType]\n    var Bitrate: js.UndefOr[__integerMin0]\n    var BufferModel: js.UndefOr[M2tsBufferModel]\n    var CcDescriptor: js.UndefOr[M2tsCcDescriptor]\n    var DvbNitSettings: js.UndefOr[DvbNitSettings]\n    var DvbSdtSettings: js.UndefOr[DvbSdtSettings]\n    var DvbSubPids: js.UndefOr[__string]\n    var DvbTdtSettings: js.UndefOr[DvbTdtSettings]\n    var DvbTeletextPid: js.UndefOr[__string]\n    var Ebif: js.UndefOr[M2tsEbifControl]\n    var EbpAudioInterval: js.UndefOr[M2tsAudioInterval]\n    var EbpLookaheadMs: js.UndefOr[__integerMin0Max10000]\n    var EbpPlacement: js.UndefOr[M2tsEbpPlacement]\n    var EcmPid: js.UndefOr[__string]\n    var EsRateInPes: js.UndefOr[M2tsEsRateInPes]\n    var EtvPlatformPid: js.UndefOr[__string]\n    var EtvSignalPid: js.UndefOr[__string]\n    var FragmentTime: js.UndefOr[__doubleMin0]\n    var Klv: js.UndefOr[M2tsKlv]\n    var KlvDataPids: js.UndefOr[__string]\n    var NielsenId3Behavior: js.UndefOr[M2tsNielsenId3Behavior]\n    var NullPacketBitrate: js.UndefOr[__doubleMin0]\n    var PatInterval: js.UndefOr[__integerMin0Max1000]\n    var PcrControl: js.UndefOr[M2tsPcrControl]\n    var PcrPeriod: js.UndefOr[__integerMin0Max500]\n    var PcrPid: js.UndefOr[__string]\n    var PmtInterval: js.UndefOr[__integerMin0Max1000]\n    var PmtPid: js.UndefOr[__string]\n    var ProgramNum: js.UndefOr[__integerMin0Max65535]\n    var RateMode: js.UndefOr[M2tsRateMode]\n    var Scte27Pids: js.UndefOr[__string]\n    var Scte35Control: js.UndefOr[M2tsScte35Control]\n    var Scte35Pid: js.UndefOr[__string]\n    var SegmentationMarkers: js.UndefOr[M2tsSegmentationMarkers]\n    var SegmentationStyle: js.UndefOr[M2tsSegmentationStyle]\n    var SegmentationTime: js.UndefOr[__doubleMin1]\n    var TimedMetadataBehavior: js.UndefOr[M2tsTimedMetadataBehavior]\n    var TimedMetadataPid: js.UndefOr[__string]\n    var TransportStreamId: js.UndefOr[__integerMin0Max65535]\n    var VideoPid: js.UndefOr[__string]\n  }\n\n  object M2tsSettings {\n    @inline\n    def apply(\n        AbsentInputAudioBehavior: js.UndefOr[M2tsAbsentInputAudioBehavior] = js.undefined,\n        Arib: js.UndefOr[M2tsArib] = js.undefined,\n        AribCaptionsPid: js.UndefOr[__string] = js.undefined,\n        AribCaptionsPidControl: js.UndefOr[M2tsAribCaptionsPidControl] = js.undefined,\n        AudioBufferModel: js.UndefOr[M2tsAudioBufferModel] = js.undefined,\n        AudioFramesPerPes: js.UndefOr[__integerMin0] = js.undefined,\n        AudioPids: js.UndefOr[__string] = js.undefined,\n        AudioStreamType: js.UndefOr[M2tsAudioStreamType] = js.undefined,\n        Bitrate: js.UndefOr[__integerMin0] = js.undefined,\n        BufferModel: js.UndefOr[M2tsBufferModel] = js.undefined,\n        CcDescriptor: js.UndefOr[M2tsCcDescriptor] = js.undefined,\n        DvbNitSettings: js.UndefOr[DvbNitSettings] = js.undefined,\n        DvbSdtSettings: js.UndefOr[DvbSdtSettings] = js.undefined,\n        DvbSubPids: js.UndefOr[__string] = js.undefined,\n        DvbTdtSettings: js.UndefOr[DvbTdtSettings] = js.undefined,\n        DvbTeletextPid: js.UndefOr[__string] = js.undefined,\n        Ebif: js.UndefOr[M2tsEbifControl] = js.undefined,\n        EbpAudioInterval: js.UndefOr[M2tsAudioInterval] = js.undefined,\n        EbpLookaheadMs: js.UndefOr[__integerMin0Max10000] = js.undefined,\n        EbpPlacement: js.UndefOr[M2tsEbpPlacement] = js.undefined,\n        EcmPid: js.UndefOr[__string] = js.undefined,\n        EsRateInPes: js.UndefOr[M2tsEsRateInPes] = js.undefined,\n        EtvPlatformPid: js.UndefOr[__string] = js.undefined,\n        EtvSignalPid: js.UndefOr[__string] = js.undefined,\n        FragmentTime: js.UndefOr[__doubleMin0] = js.undefined,\n        Klv: js.UndefOr[M2tsKlv] = js.undefined,\n        KlvDataPids: js.UndefOr[__string] = js.undefined,\n        NielsenId3Behavior: js.UndefOr[M2tsNielsenId3Behavior] = js.undefined,\n        NullPacketBitrate: js.UndefOr[__doubleMin0] = js.undefined,\n        PatInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PcrControl: js.UndefOr[M2tsPcrControl] = js.undefined,\n        PcrPeriod: js.UndefOr[__integerMin0Max500] = js.undefined,\n        PcrPid: js.UndefOr[__string] = js.undefined,\n        PmtInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PmtPid: js.UndefOr[__string] = js.undefined,\n        ProgramNum: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        RateMode: js.UndefOr[M2tsRateMode] = js.undefined,\n        Scte27Pids: js.UndefOr[__string] = js.undefined,\n        Scte35Control: js.UndefOr[M2tsScte35Control] = js.undefined,\n        Scte35Pid: js.UndefOr[__string] = js.undefined,\n        SegmentationMarkers: js.UndefOr[M2tsSegmentationMarkers] = js.undefined,\n        SegmentationStyle: js.UndefOr[M2tsSegmentationStyle] = js.undefined,\n        SegmentationTime: js.UndefOr[__doubleMin1] = js.undefined,\n        TimedMetadataBehavior: js.UndefOr[M2tsTimedMetadataBehavior] = js.undefined,\n        TimedMetadataPid: js.UndefOr[__string] = js.undefined,\n        TransportStreamId: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        VideoPid: js.UndefOr[__string] = js.undefined\n    ): M2tsSettings = {\n      val __obj = js.Dynamic.literal()\n      AbsentInputAudioBehavior.foreach(__v => __obj.updateDynamic(\"AbsentInputAudioBehavior\")(__v.asInstanceOf[js.Any]))\n      Arib.foreach(__v => __obj.updateDynamic(\"Arib\")(__v.asInstanceOf[js.Any]))\n      AribCaptionsPid.foreach(__v => __obj.updateDynamic(\"AribCaptionsPid\")(__v.asInstanceOf[js.Any]))\n      AribCaptionsPidControl.foreach(__v => __obj.updateDynamic(\"AribCaptionsPidControl\")(__v.asInstanceOf[js.Any]))\n      AudioBufferModel.foreach(__v => __obj.updateDynamic(\"AudioBufferModel\")(__v.asInstanceOf[js.Any]))\n      AudioFramesPerPes.foreach(__v => __obj.updateDynamic(\"AudioFramesPerPes\")(__v.asInstanceOf[js.Any]))\n      AudioPids.foreach(__v => __obj.updateDynamic(\"AudioPids\")(__v.asInstanceOf[js.Any]))\n      AudioStreamType.foreach(__v => __obj.updateDynamic(\"AudioStreamType\")(__v.asInstanceOf[js.Any]))\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      BufferModel.foreach(__v => __obj.updateDynamic(\"BufferModel\")(__v.asInstanceOf[js.Any]))\n      CcDescriptor.foreach(__v => __obj.updateDynamic(\"CcDescriptor\")(__v.asInstanceOf[js.Any]))\n      DvbNitSettings.foreach(__v => __obj.updateDynamic(\"DvbNitSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSdtSettings.foreach(__v => __obj.updateDynamic(\"DvbSdtSettings\")(__v.asInstanceOf[js.Any]))\n      DvbSubPids.foreach(__v => __obj.updateDynamic(\"DvbSubPids\")(__v.asInstanceOf[js.Any]))\n      DvbTdtSettings.foreach(__v => __obj.updateDynamic(\"DvbTdtSettings\")(__v.asInstanceOf[js.Any]))\n      DvbTeletextPid.foreach(__v => __obj.updateDynamic(\"DvbTeletextPid\")(__v.asInstanceOf[js.Any]))\n      Ebif.foreach(__v => __obj.updateDynamic(\"Ebif\")(__v.asInstanceOf[js.Any]))\n      EbpAudioInterval.foreach(__v => __obj.updateDynamic(\"EbpAudioInterval\")(__v.asInstanceOf[js.Any]))\n      EbpLookaheadMs.foreach(__v => __obj.updateDynamic(\"EbpLookaheadMs\")(__v.asInstanceOf[js.Any]))\n      EbpPlacement.foreach(__v => __obj.updateDynamic(\"EbpPlacement\")(__v.asInstanceOf[js.Any]))\n      EcmPid.foreach(__v => __obj.updateDynamic(\"EcmPid\")(__v.asInstanceOf[js.Any]))\n      EsRateInPes.foreach(__v => __obj.updateDynamic(\"EsRateInPes\")(__v.asInstanceOf[js.Any]))\n      EtvPlatformPid.foreach(__v => __obj.updateDynamic(\"EtvPlatformPid\")(__v.asInstanceOf[js.Any]))\n      EtvSignalPid.foreach(__v => __obj.updateDynamic(\"EtvSignalPid\")(__v.asInstanceOf[js.Any]))\n      FragmentTime.foreach(__v => __obj.updateDynamic(\"FragmentTime\")(__v.asInstanceOf[js.Any]))\n      Klv.foreach(__v => __obj.updateDynamic(\"Klv\")(__v.asInstanceOf[js.Any]))\n      KlvDataPids.foreach(__v => __obj.updateDynamic(\"KlvDataPids\")(__v.asInstanceOf[js.Any]))\n      NielsenId3Behavior.foreach(__v => __obj.updateDynamic(\"NielsenId3Behavior\")(__v.asInstanceOf[js.Any]))\n      NullPacketBitrate.foreach(__v => __obj.updateDynamic(\"NullPacketBitrate\")(__v.asInstanceOf[js.Any]))\n      PatInterval.foreach(__v => __obj.updateDynamic(\"PatInterval\")(__v.asInstanceOf[js.Any]))\n      PcrControl.foreach(__v => __obj.updateDynamic(\"PcrControl\")(__v.asInstanceOf[js.Any]))\n      PcrPeriod.foreach(__v => __obj.updateDynamic(\"PcrPeriod\")(__v.asInstanceOf[js.Any]))\n      PcrPid.foreach(__v => __obj.updateDynamic(\"PcrPid\")(__v.asInstanceOf[js.Any]))\n      PmtInterval.foreach(__v => __obj.updateDynamic(\"PmtInterval\")(__v.asInstanceOf[js.Any]))\n      PmtPid.foreach(__v => __obj.updateDynamic(\"PmtPid\")(__v.asInstanceOf[js.Any]))\n      ProgramNum.foreach(__v => __obj.updateDynamic(\"ProgramNum\")(__v.asInstanceOf[js.Any]))\n      RateMode.foreach(__v => __obj.updateDynamic(\"RateMode\")(__v.asInstanceOf[js.Any]))\n      Scte27Pids.foreach(__v => __obj.updateDynamic(\"Scte27Pids\")(__v.asInstanceOf[js.Any]))\n      Scte35Control.foreach(__v => __obj.updateDynamic(\"Scte35Control\")(__v.asInstanceOf[js.Any]))\n      Scte35Pid.foreach(__v => __obj.updateDynamic(\"Scte35Pid\")(__v.asInstanceOf[js.Any]))\n      SegmentationMarkers.foreach(__v => __obj.updateDynamic(\"SegmentationMarkers\")(__v.asInstanceOf[js.Any]))\n      SegmentationStyle.foreach(__v => __obj.updateDynamic(\"SegmentationStyle\")(__v.asInstanceOf[js.Any]))\n      SegmentationTime.foreach(__v => __obj.updateDynamic(\"SegmentationTime\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataBehavior.foreach(__v => __obj.updateDynamic(\"TimedMetadataBehavior\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataPid.foreach(__v => __obj.updateDynamic(\"TimedMetadataPid\")(__v.asInstanceOf[js.Any]))\n      TransportStreamId.foreach(__v => __obj.updateDynamic(\"TransportStreamId\")(__v.asInstanceOf[js.Any]))\n      VideoPid.foreach(__v => __obj.updateDynamic(\"VideoPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[M2tsSettings]\n    }\n  }\n\n  \/** M2ts Timed Metadata Behavior\n    *\/\n  @js.native\n  sealed trait M2tsTimedMetadataBehavior extends js.Any\n  object M2tsTimedMetadataBehavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[M2tsTimedMetadataBehavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M2tsTimedMetadataBehavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** M3u8 Nielsen Id3 Behavior\n    *\/\n  @js.native\n  sealed trait M3u8NielsenId3Behavior extends js.Any\n  object M3u8NielsenId3Behavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[M3u8NielsenId3Behavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M3u8NielsenId3Behavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** M3u8 Pcr Control\n    *\/\n  @js.native\n  sealed trait M3u8PcrControl extends js.Any\n  object M3u8PcrControl {\n    val CONFIGURED_PCR_PERIOD = \"CONFIGURED_PCR_PERIOD\".asInstanceOf[M3u8PcrControl]\n    val PCR_EVERY_PES_PACKET = \"PCR_EVERY_PES_PACKET\".asInstanceOf[M3u8PcrControl]\n\n    @inline def values = js.Array(CONFIGURED_PCR_PERIOD, PCR_EVERY_PES_PACKET)\n  }\n\n  \/** M3u8 Scte35 Behavior\n    *\/\n  @js.native\n  sealed trait M3u8Scte35Behavior extends js.Any\n  object M3u8Scte35Behavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[M3u8Scte35Behavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M3u8Scte35Behavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** Settings information for the .m3u8 container\n    *\/\n  @js.native\n  trait M3u8Settings extends js.Object {\n    var AudioFramesPerPes: js.UndefOr[__integerMin0]\n    var AudioPids: js.UndefOr[__string]\n    var EcmPid: js.UndefOr[__string]\n    var NielsenId3Behavior: js.UndefOr[M3u8NielsenId3Behavior]\n    var PatInterval: js.UndefOr[__integerMin0Max1000]\n    var PcrControl: js.UndefOr[M3u8PcrControl]\n    var PcrPeriod: js.UndefOr[__integerMin0Max500]\n    var PcrPid: js.UndefOr[__string]\n    var PmtInterval: js.UndefOr[__integerMin0Max1000]\n    var PmtPid: js.UndefOr[__string]\n    var ProgramNum: js.UndefOr[__integerMin0Max65535]\n    var Scte35Behavior: js.UndefOr[M3u8Scte35Behavior]\n    var Scte35Pid: js.UndefOr[__string]\n    var TimedMetadataBehavior: js.UndefOr[M3u8TimedMetadataBehavior]\n    var TimedMetadataPid: js.UndefOr[__string]\n    var TransportStreamId: js.UndefOr[__integerMin0Max65535]\n    var VideoPid: js.UndefOr[__string]\n  }\n\n  object M3u8Settings {\n    @inline\n    def apply(\n        AudioFramesPerPes: js.UndefOr[__integerMin0] = js.undefined,\n        AudioPids: js.UndefOr[__string] = js.undefined,\n        EcmPid: js.UndefOr[__string] = js.undefined,\n        NielsenId3Behavior: js.UndefOr[M3u8NielsenId3Behavior] = js.undefined,\n        PatInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PcrControl: js.UndefOr[M3u8PcrControl] = js.undefined,\n        PcrPeriod: js.UndefOr[__integerMin0Max500] = js.undefined,\n        PcrPid: js.UndefOr[__string] = js.undefined,\n        PmtInterval: js.UndefOr[__integerMin0Max1000] = js.undefined,\n        PmtPid: js.UndefOr[__string] = js.undefined,\n        ProgramNum: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        Scte35Behavior: js.UndefOr[M3u8Scte35Behavior] = js.undefined,\n        Scte35Pid: js.UndefOr[__string] = js.undefined,\n        TimedMetadataBehavior: js.UndefOr[M3u8TimedMetadataBehavior] = js.undefined,\n        TimedMetadataPid: js.UndefOr[__string] = js.undefined,\n        TransportStreamId: js.UndefOr[__integerMin0Max65535] = js.undefined,\n        VideoPid: js.UndefOr[__string] = js.undefined\n    ): M3u8Settings = {\n      val __obj = js.Dynamic.literal()\n      AudioFramesPerPes.foreach(__v => __obj.updateDynamic(\"AudioFramesPerPes\")(__v.asInstanceOf[js.Any]))\n      AudioPids.foreach(__v => __obj.updateDynamic(\"AudioPids\")(__v.asInstanceOf[js.Any]))\n      EcmPid.foreach(__v => __obj.updateDynamic(\"EcmPid\")(__v.asInstanceOf[js.Any]))\n      NielsenId3Behavior.foreach(__v => __obj.updateDynamic(\"NielsenId3Behavior\")(__v.asInstanceOf[js.Any]))\n      PatInterval.foreach(__v => __obj.updateDynamic(\"PatInterval\")(__v.asInstanceOf[js.Any]))\n      PcrControl.foreach(__v => __obj.updateDynamic(\"PcrControl\")(__v.asInstanceOf[js.Any]))\n      PcrPeriod.foreach(__v => __obj.updateDynamic(\"PcrPeriod\")(__v.asInstanceOf[js.Any]))\n      PcrPid.foreach(__v => __obj.updateDynamic(\"PcrPid\")(__v.asInstanceOf[js.Any]))\n      PmtInterval.foreach(__v => __obj.updateDynamic(\"PmtInterval\")(__v.asInstanceOf[js.Any]))\n      PmtPid.foreach(__v => __obj.updateDynamic(\"PmtPid\")(__v.asInstanceOf[js.Any]))\n      ProgramNum.foreach(__v => __obj.updateDynamic(\"ProgramNum\")(__v.asInstanceOf[js.Any]))\n      Scte35Behavior.foreach(__v => __obj.updateDynamic(\"Scte35Behavior\")(__v.asInstanceOf[js.Any]))\n      Scte35Pid.foreach(__v => __obj.updateDynamic(\"Scte35Pid\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataBehavior.foreach(__v => __obj.updateDynamic(\"TimedMetadataBehavior\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataPid.foreach(__v => __obj.updateDynamic(\"TimedMetadataPid\")(__v.asInstanceOf[js.Any]))\n      TransportStreamId.foreach(__v => __obj.updateDynamic(\"TransportStreamId\")(__v.asInstanceOf[js.Any]))\n      VideoPid.foreach(__v => __obj.updateDynamic(\"VideoPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[M3u8Settings]\n    }\n  }\n\n  \/** M3u8 Timed Metadata Behavior\n    *\/\n  @js.native\n  sealed trait M3u8TimedMetadataBehavior extends js.Any\n  object M3u8TimedMetadataBehavior {\n    val NO_PASSTHROUGH = \"NO_PASSTHROUGH\".asInstanceOf[M3u8TimedMetadataBehavior]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[M3u8TimedMetadataBehavior]\n\n    @inline def values = js.Array(NO_PASSTHROUGH, PASSTHROUGH)\n  }\n\n  \/** The settings for a MediaConnect Flow.\n    *\/\n  @js.native\n  trait MediaConnectFlow extends js.Object {\n    var FlowArn: js.UndefOr[__string]\n  }\n\n  object MediaConnectFlow {\n    @inline\n    def apply(\n        FlowArn: js.UndefOr[__string] = js.undefined\n    ): MediaConnectFlow = {\n      val __obj = js.Dynamic.literal()\n      FlowArn.foreach(__v => __obj.updateDynamic(\"FlowArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MediaConnectFlow]\n    }\n  }\n\n  \/** The settings for a MediaConnect Flow.\n    *\/\n  @js.native\n  trait MediaConnectFlowRequest extends js.Object {\n    var FlowArn: js.UndefOr[__string]\n  }\n\n  object MediaConnectFlowRequest {\n    @inline\n    def apply(\n        FlowArn: js.UndefOr[__string] = js.undefined\n    ): MediaConnectFlowRequest = {\n      val __obj = js.Dynamic.literal()\n      FlowArn.foreach(__v => __obj.updateDynamic(\"FlowArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MediaConnectFlowRequest]\n    }\n  }\n\n  \/** Media Package Group Settings\n    *\/\n  @js.native\n  trait MediaPackageGroupSettings extends js.Object {\n    var Destination: OutputLocationRef\n  }\n\n  object MediaPackageGroupSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef\n    ): MediaPackageGroupSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MediaPackageGroupSettings]\n    }\n  }\n\n  \/** MediaPackage Output Destination Settings\n    *\/\n  @js.native\n  trait MediaPackageOutputDestinationSettings extends js.Object {\n    var ChannelId: js.UndefOr[__stringMin1]\n  }\n\n  object MediaPackageOutputDestinationSettings {\n    @inline\n    def apply(\n        ChannelId: js.UndefOr[__stringMin1] = js.undefined\n    ): MediaPackageOutputDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      ChannelId.foreach(__v => __obj.updateDynamic(\"ChannelId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MediaPackageOutputDestinationSettings]\n    }\n  }\n\n  \/** Media Package Output Settings\n    *\/\n  @js.native\n  trait MediaPackageOutputSettings extends js.Object\n\n  object MediaPackageOutputSettings {\n    @inline\n    def apply(): MediaPackageOutputSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[MediaPackageOutputSettings]\n    }\n  }\n\n  \/** Settings to specify the rendering of motion graphics into the video stream.\n    *\/\n  @js.native\n  trait MotionGraphicsActivateScheduleActionSettings extends js.Object {\n    var Duration: js.UndefOr[__longMin0Max86400000]\n    var PasswordParam: js.UndefOr[__string]\n    var Url: js.UndefOr[__string]\n    var Username: js.UndefOr[__string]\n  }\n\n  object MotionGraphicsActivateScheduleActionSettings {\n    @inline\n    def apply(\n        Duration: js.UndefOr[__longMin0Max86400000] = js.undefined,\n        PasswordParam: js.UndefOr[__string] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined,\n        Username: js.UndefOr[__string] = js.undefined\n    ): MotionGraphicsActivateScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      PasswordParam.foreach(__v => __obj.updateDynamic(\"PasswordParam\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionGraphicsActivateScheduleActionSettings]\n    }\n  }\n\n  \/** Motion Graphics Configuration\n    *\/\n  @js.native\n  trait MotionGraphicsConfiguration extends js.Object {\n    var MotionGraphicsSettings: MotionGraphicsSettings\n    var MotionGraphicsInsertion: js.UndefOr[MotionGraphicsInsertion]\n  }\n\n  object MotionGraphicsConfiguration {\n    @inline\n    def apply(\n        MotionGraphicsSettings: MotionGraphicsSettings,\n        MotionGraphicsInsertion: js.UndefOr[MotionGraphicsInsertion] = js.undefined\n    ): MotionGraphicsConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"MotionGraphicsSettings\" -> MotionGraphicsSettings.asInstanceOf[js.Any]\n      )\n\n      MotionGraphicsInsertion.foreach(__v => __obj.updateDynamic(\"MotionGraphicsInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionGraphicsConfiguration]\n    }\n  }\n\n  \/** Settings to specify the ending of rendering motion graphics into the video stream.\n    *\/\n  @js.native\n  trait MotionGraphicsDeactivateScheduleActionSettings extends js.Object\n\n  object MotionGraphicsDeactivateScheduleActionSettings {\n    @inline\n    def apply(): MotionGraphicsDeactivateScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[MotionGraphicsDeactivateScheduleActionSettings]\n    }\n  }\n\n  \/** Motion Graphics Insertion\n    *\/\n  @js.native\n  sealed trait MotionGraphicsInsertion extends js.Any\n  object MotionGraphicsInsertion {\n    val DISABLED = \"DISABLED\".asInstanceOf[MotionGraphicsInsertion]\n    val ENABLED = \"ENABLED\".asInstanceOf[MotionGraphicsInsertion]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Motion Graphics Settings\n    *\/\n  @js.native\n  trait MotionGraphicsSettings extends js.Object {\n    var HtmlMotionGraphicsSettings: js.UndefOr[HtmlMotionGraphicsSettings]\n  }\n\n  object MotionGraphicsSettings {\n    @inline\n    def apply(\n        HtmlMotionGraphicsSettings: js.UndefOr[HtmlMotionGraphicsSettings] = js.undefined\n    ): MotionGraphicsSettings = {\n      val __obj = js.Dynamic.literal()\n      HtmlMotionGraphicsSettings.foreach(__v => __obj.updateDynamic(\"HtmlMotionGraphicsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MotionGraphicsSettings]\n    }\n  }\n\n  \/** Mp2 Coding Mode\n    *\/\n  @js.native\n  sealed trait Mp2CodingMode extends js.Any\n  object Mp2CodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[Mp2CodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[Mp2CodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_2_0)\n  }\n\n  \/** Mp2 Settings\n    *\/\n  @js.native\n  trait Mp2Settings extends js.Object {\n    var Bitrate: js.UndefOr[__double]\n    var CodingMode: js.UndefOr[Mp2CodingMode]\n    var SampleRate: js.UndefOr[__double]\n  }\n\n  object Mp2Settings {\n    @inline\n    def apply(\n        Bitrate: js.UndefOr[__double] = js.undefined,\n        CodingMode: js.UndefOr[Mp2CodingMode] = js.undefined,\n        SampleRate: js.UndefOr[__double] = js.undefined\n    ): Mp2Settings = {\n      val __obj = js.Dynamic.literal()\n      Bitrate.foreach(__v => __obj.updateDynamic(\"Bitrate\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mp2Settings]\n    }\n  }\n\n  \/** Mpeg2 Adaptive Quantization\n    *\/\n  @js.native\n  sealed trait Mpeg2AdaptiveQuantization extends js.Any\n  object Mpeg2AdaptiveQuantization {\n    val AUTO = \"AUTO\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val HIGH = \"HIGH\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val LOW = \"LOW\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val MEDIUM = \"MEDIUM\".asInstanceOf[Mpeg2AdaptiveQuantization]\n    val OFF = \"OFF\".asInstanceOf[Mpeg2AdaptiveQuantization]\n\n    @inline def values = js.Array(AUTO, HIGH, LOW, MEDIUM, OFF)\n  }\n\n  \/** Mpeg2 Color Metadata\n    *\/\n  @js.native\n  sealed trait Mpeg2ColorMetadata extends js.Any\n  object Mpeg2ColorMetadata {\n    val IGNORE = \"IGNORE\".asInstanceOf[Mpeg2ColorMetadata]\n    val INSERT = \"INSERT\".asInstanceOf[Mpeg2ColorMetadata]\n\n    @inline def values = js.Array(IGNORE, INSERT)\n  }\n\n  \/** Mpeg2 Color Space\n    *\/\n  @js.native\n  sealed trait Mpeg2ColorSpace extends js.Any\n  object Mpeg2ColorSpace {\n    val AUTO = \"AUTO\".asInstanceOf[Mpeg2ColorSpace]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[Mpeg2ColorSpace]\n\n    @inline def values = js.Array(AUTO, PASSTHROUGH)\n  }\n\n  \/** Mpeg2 Display Ratio\n    *\/\n  @js.native\n  sealed trait Mpeg2DisplayRatio extends js.Any\n  object Mpeg2DisplayRatio {\n    val DISPLAYRATIO16X9 = \"DISPLAYRATIO16X9\".asInstanceOf[Mpeg2DisplayRatio]\n    val DISPLAYRATIO4X3 = \"DISPLAYRATIO4X3\".asInstanceOf[Mpeg2DisplayRatio]\n\n    @inline def values = js.Array(DISPLAYRATIO16X9, DISPLAYRATIO4X3)\n  }\n\n  \/** Mpeg2 Filter Settings\n    *\/\n  @js.native\n  trait Mpeg2FilterSettings extends js.Object {\n    var TemporalFilterSettings: js.UndefOr[TemporalFilterSettings]\n  }\n\n  object Mpeg2FilterSettings {\n    @inline\n    def apply(\n        TemporalFilterSettings: js.UndefOr[TemporalFilterSettings] = js.undefined\n    ): Mpeg2FilterSettings = {\n      val __obj = js.Dynamic.literal()\n      TemporalFilterSettings.foreach(__v => __obj.updateDynamic(\"TemporalFilterSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mpeg2FilterSettings]\n    }\n  }\n\n  \/** Mpeg2 Gop Size Units\n    *\/\n  @js.native\n  sealed trait Mpeg2GopSizeUnits extends js.Any\n  object Mpeg2GopSizeUnits {\n    val FRAMES = \"FRAMES\".asInstanceOf[Mpeg2GopSizeUnits]\n    val SECONDS = \"SECONDS\".asInstanceOf[Mpeg2GopSizeUnits]\n\n    @inline def values = js.Array(FRAMES, SECONDS)\n  }\n\n  \/** Mpeg2 Scan Type\n    *\/\n  @js.native\n  sealed trait Mpeg2ScanType extends js.Any\n  object Mpeg2ScanType {\n    val INTERLACED = \"INTERLACED\".asInstanceOf[Mpeg2ScanType]\n    val PROGRESSIVE = \"PROGRESSIVE\".asInstanceOf[Mpeg2ScanType]\n\n    @inline def values = js.Array(INTERLACED, PROGRESSIVE)\n  }\n\n  \/** Mpeg2 Settings\n    *\/\n  @js.native\n  trait Mpeg2Settings extends js.Object {\n    var FramerateDenominator: __integerMin1\n    var FramerateNumerator: __integerMin1\n    var AdaptiveQuantization: js.UndefOr[Mpeg2AdaptiveQuantization]\n    var AfdSignaling: js.UndefOr[AfdSignaling]\n    var ColorMetadata: js.UndefOr[Mpeg2ColorMetadata]\n    var ColorSpace: js.UndefOr[Mpeg2ColorSpace]\n    var DisplayAspectRatio: js.UndefOr[Mpeg2DisplayRatio]\n    var FilterSettings: js.UndefOr[Mpeg2FilterSettings]\n    var FixedAfd: js.UndefOr[FixedAfd]\n    var GopClosedCadence: js.UndefOr[__integerMin0]\n    var GopNumBFrames: js.UndefOr[__integerMin0Max7]\n    var GopSize: js.UndefOr[__double]\n    var GopSizeUnits: js.UndefOr[Mpeg2GopSizeUnits]\n    var ScanType: js.UndefOr[Mpeg2ScanType]\n    var SubgopLength: js.UndefOr[Mpeg2SubGopLength]\n    var TimecodeInsertion: js.UndefOr[Mpeg2TimecodeInsertionBehavior]\n  }\n\n  object Mpeg2Settings {\n    @inline\n    def apply(\n        FramerateDenominator: __integerMin1,\n        FramerateNumerator: __integerMin1,\n        AdaptiveQuantization: js.UndefOr[Mpeg2AdaptiveQuantization] = js.undefined,\n        AfdSignaling: js.UndefOr[AfdSignaling] = js.undefined,\n        ColorMetadata: js.UndefOr[Mpeg2ColorMetadata] = js.undefined,\n        ColorSpace: js.UndefOr[Mpeg2ColorSpace] = js.undefined,\n        DisplayAspectRatio: js.UndefOr[Mpeg2DisplayRatio] = js.undefined,\n        FilterSettings: js.UndefOr[Mpeg2FilterSettings] = js.undefined,\n        FixedAfd: js.UndefOr[FixedAfd] = js.undefined,\n        GopClosedCadence: js.UndefOr[__integerMin0] = js.undefined,\n        GopNumBFrames: js.UndefOr[__integerMin0Max7] = js.undefined,\n        GopSize: js.UndefOr[__double] = js.undefined,\n        GopSizeUnits: js.UndefOr[Mpeg2GopSizeUnits] = js.undefined,\n        ScanType: js.UndefOr[Mpeg2ScanType] = js.undefined,\n        SubgopLength: js.UndefOr[Mpeg2SubGopLength] = js.undefined,\n        TimecodeInsertion: js.UndefOr[Mpeg2TimecodeInsertionBehavior] = js.undefined\n    ): Mpeg2Settings = {\n      val __obj = js.Dynamic.literal(\n        \"FramerateDenominator\" -> FramerateDenominator.asInstanceOf[js.Any],\n        \"FramerateNumerator\" -> FramerateNumerator.asInstanceOf[js.Any]\n      )\n\n      AdaptiveQuantization.foreach(__v => __obj.updateDynamic(\"AdaptiveQuantization\")(__v.asInstanceOf[js.Any]))\n      AfdSignaling.foreach(__v => __obj.updateDynamic(\"AfdSignaling\")(__v.asInstanceOf[js.Any]))\n      ColorMetadata.foreach(__v => __obj.updateDynamic(\"ColorMetadata\")(__v.asInstanceOf[js.Any]))\n      ColorSpace.foreach(__v => __obj.updateDynamic(\"ColorSpace\")(__v.asInstanceOf[js.Any]))\n      DisplayAspectRatio.foreach(__v => __obj.updateDynamic(\"DisplayAspectRatio\")(__v.asInstanceOf[js.Any]))\n      FilterSettings.foreach(__v => __obj.updateDynamic(\"FilterSettings\")(__v.asInstanceOf[js.Any]))\n      FixedAfd.foreach(__v => __obj.updateDynamic(\"FixedAfd\")(__v.asInstanceOf[js.Any]))\n      GopClosedCadence.foreach(__v => __obj.updateDynamic(\"GopClosedCadence\")(__v.asInstanceOf[js.Any]))\n      GopNumBFrames.foreach(__v => __obj.updateDynamic(\"GopNumBFrames\")(__v.asInstanceOf[js.Any]))\n      GopSize.foreach(__v => __obj.updateDynamic(\"GopSize\")(__v.asInstanceOf[js.Any]))\n      GopSizeUnits.foreach(__v => __obj.updateDynamic(\"GopSizeUnits\")(__v.asInstanceOf[js.Any]))\n      ScanType.foreach(__v => __obj.updateDynamic(\"ScanType\")(__v.asInstanceOf[js.Any]))\n      SubgopLength.foreach(__v => __obj.updateDynamic(\"SubgopLength\")(__v.asInstanceOf[js.Any]))\n      TimecodeInsertion.foreach(__v => __obj.updateDynamic(\"TimecodeInsertion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Mpeg2Settings]\n    }\n  }\n\n  \/** Mpeg2 Sub Gop Length\n    *\/\n  @js.native\n  sealed trait Mpeg2SubGopLength extends js.Any\n  object Mpeg2SubGopLength {\n    val DYNAMIC = \"DYNAMIC\".asInstanceOf[Mpeg2SubGopLength]\n    val FIXED = \"FIXED\".asInstanceOf[Mpeg2SubGopLength]\n\n    @inline def values = js.Array(DYNAMIC, FIXED)\n  }\n\n  \/** Mpeg2 Timecode Insertion Behavior\n    *\/\n  @js.native\n  sealed trait Mpeg2TimecodeInsertionBehavior extends js.Any\n  object Mpeg2TimecodeInsertionBehavior {\n    val DISABLED = \"DISABLED\".asInstanceOf[Mpeg2TimecodeInsertionBehavior]\n    val GOP_TIMECODE = \"GOP_TIMECODE\".asInstanceOf[Mpeg2TimecodeInsertionBehavior]\n\n    @inline def values = js.Array(DISABLED, GOP_TIMECODE)\n  }\n\n  \/** Ms Smooth Group Settings\n    *\/\n  @js.native\n  trait MsSmoothGroupSettings extends js.Object {\n    var Destination: OutputLocationRef\n    var AcquisitionPointId: js.UndefOr[__string]\n    var AudioOnlyTimecodeControl: js.UndefOr[SmoothGroupAudioOnlyTimecodeControl]\n    var CertificateMode: js.UndefOr[SmoothGroupCertificateMode]\n    var ConnectionRetryInterval: js.UndefOr[__integerMin0]\n    var EventId: js.UndefOr[__string]\n    var EventIdMode: js.UndefOr[SmoothGroupEventIdMode]\n    var EventStopBehavior: js.UndefOr[SmoothGroupEventStopBehavior]\n    var FilecacheDuration: js.UndefOr[__integerMin0]\n    var FragmentLength: js.UndefOr[__integerMin1]\n    var InputLossAction: js.UndefOr[InputLossActionForMsSmoothOut]\n    var NumRetries: js.UndefOr[__integerMin0]\n    var RestartDelay: js.UndefOr[__integerMin0]\n    var SegmentationMode: js.UndefOr[SmoothGroupSegmentationMode]\n    var SendDelayMs: js.UndefOr[__integerMin0Max10000]\n    var SparseTrackType: js.UndefOr[SmoothGroupSparseTrackType]\n    var StreamManifestBehavior: js.UndefOr[SmoothGroupStreamManifestBehavior]\n    var TimestampOffset: js.UndefOr[__string]\n    var TimestampOffsetMode: js.UndefOr[SmoothGroupTimestampOffsetMode]\n  }\n\n  object MsSmoothGroupSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef,\n        AcquisitionPointId: js.UndefOr[__string] = js.undefined,\n        AudioOnlyTimecodeControl: js.UndefOr[SmoothGroupAudioOnlyTimecodeControl] = js.undefined,\n        CertificateMode: js.UndefOr[SmoothGroupCertificateMode] = js.undefined,\n        ConnectionRetryInterval: js.UndefOr[__integerMin0] = js.undefined,\n        EventId: js.UndefOr[__string] = js.undefined,\n        EventIdMode: js.UndefOr[SmoothGroupEventIdMode] = js.undefined,\n        EventStopBehavior: js.UndefOr[SmoothGroupEventStopBehavior] = js.undefined,\n        FilecacheDuration: js.UndefOr[__integerMin0] = js.undefined,\n        FragmentLength: js.UndefOr[__integerMin1] = js.undefined,\n        InputLossAction: js.UndefOr[InputLossActionForMsSmoothOut] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0] = js.undefined,\n        SegmentationMode: js.UndefOr[SmoothGroupSegmentationMode] = js.undefined,\n        SendDelayMs: js.UndefOr[__integerMin0Max10000] = js.undefined,\n        SparseTrackType: js.UndefOr[SmoothGroupSparseTrackType] = js.undefined,\n        StreamManifestBehavior: js.UndefOr[SmoothGroupStreamManifestBehavior] = js.undefined,\n        TimestampOffset: js.UndefOr[__string] = js.undefined,\n        TimestampOffsetMode: js.UndefOr[SmoothGroupTimestampOffsetMode] = js.undefined\n    ): MsSmoothGroupSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      AcquisitionPointId.foreach(__v => __obj.updateDynamic(\"AcquisitionPointId\")(__v.asInstanceOf[js.Any]))\n      AudioOnlyTimecodeControl.foreach(__v => __obj.updateDynamic(\"AudioOnlyTimecodeControl\")(__v.asInstanceOf[js.Any]))\n      CertificateMode.foreach(__v => __obj.updateDynamic(\"CertificateMode\")(__v.asInstanceOf[js.Any]))\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      EventId.foreach(__v => __obj.updateDynamic(\"EventId\")(__v.asInstanceOf[js.Any]))\n      EventIdMode.foreach(__v => __obj.updateDynamic(\"EventIdMode\")(__v.asInstanceOf[js.Any]))\n      EventStopBehavior.foreach(__v => __obj.updateDynamic(\"EventStopBehavior\")(__v.asInstanceOf[js.Any]))\n      FilecacheDuration.foreach(__v => __obj.updateDynamic(\"FilecacheDuration\")(__v.asInstanceOf[js.Any]))\n      FragmentLength.foreach(__v => __obj.updateDynamic(\"FragmentLength\")(__v.asInstanceOf[js.Any]))\n      InputLossAction.foreach(__v => __obj.updateDynamic(\"InputLossAction\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      SegmentationMode.foreach(__v => __obj.updateDynamic(\"SegmentationMode\")(__v.asInstanceOf[js.Any]))\n      SendDelayMs.foreach(__v => __obj.updateDynamic(\"SendDelayMs\")(__v.asInstanceOf[js.Any]))\n      SparseTrackType.foreach(__v => __obj.updateDynamic(\"SparseTrackType\")(__v.asInstanceOf[js.Any]))\n      StreamManifestBehavior.foreach(__v => __obj.updateDynamic(\"StreamManifestBehavior\")(__v.asInstanceOf[js.Any]))\n      TimestampOffset.foreach(__v => __obj.updateDynamic(\"TimestampOffset\")(__v.asInstanceOf[js.Any]))\n      TimestampOffsetMode.foreach(__v => __obj.updateDynamic(\"TimestampOffsetMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MsSmoothGroupSettings]\n    }\n  }\n\n  \/** Ms Smooth H265 Packaging Type\n    *\/\n  @js.native\n  sealed trait MsSmoothH265PackagingType extends js.Any\n  object MsSmoothH265PackagingType {\n    val HEV1 = \"HEV1\".asInstanceOf[MsSmoothH265PackagingType]\n    val HVC1 = \"HVC1\".asInstanceOf[MsSmoothH265PackagingType]\n\n    @inline def values = js.Array(HEV1, HVC1)\n  }\n\n  \/** Ms Smooth Output Settings\n    *\/\n  @js.native\n  trait MsSmoothOutputSettings extends js.Object {\n    var H265PackagingType: js.UndefOr[MsSmoothH265PackagingType]\n    var NameModifier: js.UndefOr[__string]\n  }\n\n  object MsSmoothOutputSettings {\n    @inline\n    def apply(\n        H265PackagingType: js.UndefOr[MsSmoothH265PackagingType] = js.undefined,\n        NameModifier: js.UndefOr[__string] = js.undefined\n    ): MsSmoothOutputSettings = {\n      val __obj = js.Dynamic.literal()\n      H265PackagingType.foreach(__v => __obj.updateDynamic(\"H265PackagingType\")(__v.asInstanceOf[js.Any]))\n      NameModifier.foreach(__v => __obj.updateDynamic(\"NameModifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MsSmoothOutputSettings]\n    }\n  }\n\n  \/** The multiplex object.\n    *\/\n  @js.native\n  trait Multiplex extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfMultiplexOutputDestination]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object Multiplex {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfMultiplexOutputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): Multiplex = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Multiplex]\n    }\n  }\n\n  \/** Multiplex Group Settings\n    *\/\n  @js.native\n  trait MultiplexGroupSettings extends js.Object\n\n  object MultiplexGroupSettings {\n    @inline\n    def apply(): MultiplexGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[MultiplexGroupSettings]\n    }\n  }\n\n  \/** Multiplex MediaConnect output destination settings.\n    *\/\n  @js.native\n  trait MultiplexMediaConnectOutputDestinationSettings extends js.Object {\n    var EntitlementArn: js.UndefOr[__stringMin1]\n  }\n\n  object MultiplexMediaConnectOutputDestinationSettings {\n    @inline\n    def apply(\n        EntitlementArn: js.UndefOr[__stringMin1] = js.undefined\n    ): MultiplexMediaConnectOutputDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      EntitlementArn.foreach(__v => __obj.updateDynamic(\"EntitlementArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexMediaConnectOutputDestinationSettings]\n    }\n  }\n\n  \/** Multiplex output destination settings\n    *\/\n  @js.native\n  trait MultiplexOutputDestination extends js.Object {\n    var MediaConnectSettings: js.UndefOr[MultiplexMediaConnectOutputDestinationSettings]\n  }\n\n  object MultiplexOutputDestination {\n    @inline\n    def apply(\n        MediaConnectSettings: js.UndefOr[MultiplexMediaConnectOutputDestinationSettings] = js.undefined\n    ): MultiplexOutputDestination = {\n      val __obj = js.Dynamic.literal()\n      MediaConnectSettings.foreach(__v => __obj.updateDynamic(\"MediaConnectSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexOutputDestination]\n    }\n  }\n\n  \/** Multiplex Output Settings\n    *\/\n  @js.native\n  trait MultiplexOutputSettings extends js.Object {\n    var Destination: OutputLocationRef\n  }\n\n  object MultiplexOutputSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef\n    ): MultiplexOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MultiplexOutputSettings]\n    }\n  }\n\n  \/** The multiplex program object.\n    *\/\n  @js.native\n  trait MultiplexProgram extends js.Object {\n    var ChannelId: js.UndefOr[__string]\n    var MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings]\n    var PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap]\n    var PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail]\n    var ProgramName: js.UndefOr[__string]\n  }\n\n  object MultiplexProgram {\n    @inline\n    def apply(\n        ChannelId: js.UndefOr[__string] = js.undefined,\n        MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings] = js.undefined,\n        PacketIdentifiersMap: js.UndefOr[MultiplexProgramPacketIdentifiersMap] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfMultiplexProgramPipelineDetail] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined\n    ): MultiplexProgram = {\n      val __obj = js.Dynamic.literal()\n      ChannelId.foreach(__v => __obj.updateDynamic(\"ChannelId\")(__v.asInstanceOf[js.Any]))\n      MultiplexProgramSettings.foreach(__v => __obj.updateDynamic(\"MultiplexProgramSettings\")(__v.asInstanceOf[js.Any]))\n      PacketIdentifiersMap.foreach(__v => __obj.updateDynamic(\"PacketIdentifiersMap\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgram]\n    }\n  }\n\n  \/** Multiplex Program Input Destination Settings for outputting a Channel to a Multiplex\n    *\/\n  @js.native\n  trait MultiplexProgramChannelDestinationSettings extends js.Object {\n    var MultiplexId: js.UndefOr[__stringMin1]\n    var ProgramName: js.UndefOr[__stringMin1]\n  }\n\n  object MultiplexProgramChannelDestinationSettings {\n    @inline\n    def apply(\n        MultiplexId: js.UndefOr[__stringMin1] = js.undefined,\n        ProgramName: js.UndefOr[__stringMin1] = js.undefined\n    ): MultiplexProgramChannelDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      MultiplexId.foreach(__v => __obj.updateDynamic(\"MultiplexId\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgramChannelDestinationSettings]\n    }\n  }\n\n  \/** Packet identifiers map for a given Multiplex program.\n    *\/\n  @js.native\n  trait MultiplexProgramPacketIdentifiersMap extends js.Object {\n    var AudioPids: js.UndefOr[__listOf__integer]\n    var DvbSubPids: js.UndefOr[__listOf__integer]\n    var DvbTeletextPid: js.UndefOr[__integer]\n    var EtvPlatformPid: js.UndefOr[__integer]\n    var EtvSignalPid: js.UndefOr[__integer]\n    var KlvDataPids: js.UndefOr[__listOf__integer]\n    var PcrPid: js.UndefOr[__integer]\n    var PmtPid: js.UndefOr[__integer]\n    var PrivateMetadataPid: js.UndefOr[__integer]\n    var Scte27Pids: js.UndefOr[__listOf__integer]\n    var Scte35Pid: js.UndefOr[__integer]\n    var TimedMetadataPid: js.UndefOr[__integer]\n    var VideoPid: js.UndefOr[__integer]\n  }\n\n  object MultiplexProgramPacketIdentifiersMap {\n    @inline\n    def apply(\n        AudioPids: js.UndefOr[__listOf__integer] = js.undefined,\n        DvbSubPids: js.UndefOr[__listOf__integer] = js.undefined,\n        DvbTeletextPid: js.UndefOr[__integer] = js.undefined,\n        EtvPlatformPid: js.UndefOr[__integer] = js.undefined,\n        EtvSignalPid: js.UndefOr[__integer] = js.undefined,\n        KlvDataPids: js.UndefOr[__listOf__integer] = js.undefined,\n        PcrPid: js.UndefOr[__integer] = js.undefined,\n        PmtPid: js.UndefOr[__integer] = js.undefined,\n        PrivateMetadataPid: js.UndefOr[__integer] = js.undefined,\n        Scte27Pids: js.UndefOr[__listOf__integer] = js.undefined,\n        Scte35Pid: js.UndefOr[__integer] = js.undefined,\n        TimedMetadataPid: js.UndefOr[__integer] = js.undefined,\n        VideoPid: js.UndefOr[__integer] = js.undefined\n    ): MultiplexProgramPacketIdentifiersMap = {\n      val __obj = js.Dynamic.literal()\n      AudioPids.foreach(__v => __obj.updateDynamic(\"AudioPids\")(__v.asInstanceOf[js.Any]))\n      DvbSubPids.foreach(__v => __obj.updateDynamic(\"DvbSubPids\")(__v.asInstanceOf[js.Any]))\n      DvbTeletextPid.foreach(__v => __obj.updateDynamic(\"DvbTeletextPid\")(__v.asInstanceOf[js.Any]))\n      EtvPlatformPid.foreach(__v => __obj.updateDynamic(\"EtvPlatformPid\")(__v.asInstanceOf[js.Any]))\n      EtvSignalPid.foreach(__v => __obj.updateDynamic(\"EtvSignalPid\")(__v.asInstanceOf[js.Any]))\n      KlvDataPids.foreach(__v => __obj.updateDynamic(\"KlvDataPids\")(__v.asInstanceOf[js.Any]))\n      PcrPid.foreach(__v => __obj.updateDynamic(\"PcrPid\")(__v.asInstanceOf[js.Any]))\n      PmtPid.foreach(__v => __obj.updateDynamic(\"PmtPid\")(__v.asInstanceOf[js.Any]))\n      PrivateMetadataPid.foreach(__v => __obj.updateDynamic(\"PrivateMetadataPid\")(__v.asInstanceOf[js.Any]))\n      Scte27Pids.foreach(__v => __obj.updateDynamic(\"Scte27Pids\")(__v.asInstanceOf[js.Any]))\n      Scte35Pid.foreach(__v => __obj.updateDynamic(\"Scte35Pid\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataPid.foreach(__v => __obj.updateDynamic(\"TimedMetadataPid\")(__v.asInstanceOf[js.Any]))\n      VideoPid.foreach(__v => __obj.updateDynamic(\"VideoPid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgramPacketIdentifiersMap]\n    }\n  }\n\n  \/** The current source for one of the pipelines in the multiplex.\n    *\/\n  @js.native\n  trait MultiplexProgramPipelineDetail extends js.Object {\n    var ActiveChannelPipeline: js.UndefOr[__string]\n    var PipelineId: js.UndefOr[__string]\n  }\n\n  object MultiplexProgramPipelineDetail {\n    @inline\n    def apply(\n        ActiveChannelPipeline: js.UndefOr[__string] = js.undefined,\n        PipelineId: js.UndefOr[__string] = js.undefined\n    ): MultiplexProgramPipelineDetail = {\n      val __obj = js.Dynamic.literal()\n      ActiveChannelPipeline.foreach(__v => __obj.updateDynamic(\"ActiveChannelPipeline\")(__v.asInstanceOf[js.Any]))\n      PipelineId.foreach(__v => __obj.updateDynamic(\"PipelineId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgramPipelineDetail]\n    }\n  }\n\n  \/** Transport stream service descriptor configuration for the Multiplex program.\n    *\/\n  @js.native\n  trait MultiplexProgramServiceDescriptor extends js.Object {\n    var ProviderName: __stringMax256\n    var ServiceName: __stringMax256\n  }\n\n  object MultiplexProgramServiceDescriptor {\n    @inline\n    def apply(\n        ProviderName: __stringMax256,\n        ServiceName: __stringMax256\n    ): MultiplexProgramServiceDescriptor = {\n      val __obj = js.Dynamic.literal(\n        \"ProviderName\" -> ProviderName.asInstanceOf[js.Any],\n        \"ServiceName\" -> ServiceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MultiplexProgramServiceDescriptor]\n    }\n  }\n\n  \/** Multiplex Program settings configuration.\n    *\/\n  @js.native\n  trait MultiplexProgramSettings extends js.Object {\n    var ProgramNumber: __integerMin0Max65535\n    var PreferredChannelPipeline: js.UndefOr[PreferredChannelPipeline]\n    var ServiceDescriptor: js.UndefOr[MultiplexProgramServiceDescriptor]\n    var VideoSettings: js.UndefOr[MultiplexVideoSettings]\n  }\n\n  object MultiplexProgramSettings {\n    @inline\n    def apply(\n        ProgramNumber: __integerMin0Max65535,\n        PreferredChannelPipeline: js.UndefOr[PreferredChannelPipeline] = js.undefined,\n        ServiceDescriptor: js.UndefOr[MultiplexProgramServiceDescriptor] = js.undefined,\n        VideoSettings: js.UndefOr[MultiplexVideoSettings] = js.undefined\n    ): MultiplexProgramSettings = {\n      val __obj = js.Dynamic.literal(\n        \"ProgramNumber\" -> ProgramNumber.asInstanceOf[js.Any]\n      )\n\n      PreferredChannelPipeline.foreach(__v => __obj.updateDynamic(\"PreferredChannelPipeline\")(__v.asInstanceOf[js.Any]))\n      ServiceDescriptor.foreach(__v => __obj.updateDynamic(\"ServiceDescriptor\")(__v.asInstanceOf[js.Any]))\n      VideoSettings.foreach(__v => __obj.updateDynamic(\"VideoSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgramSettings]\n    }\n  }\n\n  \/** Placeholder documentation for MultiplexProgramSummary\n    *\/\n  @js.native\n  trait MultiplexProgramSummary extends js.Object {\n    var ChannelId: js.UndefOr[__string]\n    var ProgramName: js.UndefOr[__string]\n  }\n\n  object MultiplexProgramSummary {\n    @inline\n    def apply(\n        ChannelId: js.UndefOr[__string] = js.undefined,\n        ProgramName: js.UndefOr[__string] = js.undefined\n    ): MultiplexProgramSummary = {\n      val __obj = js.Dynamic.literal()\n      ChannelId.foreach(__v => __obj.updateDynamic(\"ChannelId\")(__v.asInstanceOf[js.Any]))\n      ProgramName.foreach(__v => __obj.updateDynamic(\"ProgramName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexProgramSummary]\n    }\n  }\n\n  \/** Contains configuration for a Multiplex event\n    *\/\n  @js.native\n  trait MultiplexSettings extends js.Object {\n    var TransportStreamBitrate: __integerMin1000000Max100000000\n    var TransportStreamId: __integerMin0Max65535\n    var MaximumVideoBufferDelayMilliseconds: js.UndefOr[__integerMin800Max3000]\n    var TransportStreamReservedBitrate: js.UndefOr[__integerMin0Max100000000]\n  }\n\n  object MultiplexSettings {\n    @inline\n    def apply(\n        TransportStreamBitrate: __integerMin1000000Max100000000,\n        TransportStreamId: __integerMin0Max65535,\n        MaximumVideoBufferDelayMilliseconds: js.UndefOr[__integerMin800Max3000] = js.undefined,\n        TransportStreamReservedBitrate: js.UndefOr[__integerMin0Max100000000] = js.undefined\n    ): MultiplexSettings = {\n      val __obj = js.Dynamic.literal(\n        \"TransportStreamBitrate\" -> TransportStreamBitrate.asInstanceOf[js.Any],\n        \"TransportStreamId\" -> TransportStreamId.asInstanceOf[js.Any]\n      )\n\n      MaximumVideoBufferDelayMilliseconds.foreach(__v => __obj.updateDynamic(\"MaximumVideoBufferDelayMilliseconds\")(__v.asInstanceOf[js.Any]))\n      TransportStreamReservedBitrate.foreach(__v => __obj.updateDynamic(\"TransportStreamReservedBitrate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexSettings]\n    }\n  }\n\n  \/** Contains summary configuration for a Multiplex event.\n    *\/\n  @js.native\n  trait MultiplexSettingsSummary extends js.Object {\n    var TransportStreamBitrate: js.UndefOr[__integerMin1000000Max100000000]\n  }\n\n  object MultiplexSettingsSummary {\n    @inline\n    def apply(\n        TransportStreamBitrate: js.UndefOr[__integerMin1000000Max100000000] = js.undefined\n    ): MultiplexSettingsSummary = {\n      val __obj = js.Dynamic.literal()\n      TransportStreamBitrate.foreach(__v => __obj.updateDynamic(\"TransportStreamBitrate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexSettingsSummary]\n    }\n  }\n\n  \/** The current state of the multiplex.\n    *\/\n  @js.native\n  sealed trait MultiplexState extends js.Any\n  object MultiplexState {\n    val CREATING = \"CREATING\".asInstanceOf[MultiplexState]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[MultiplexState]\n    val IDLE = \"IDLE\".asInstanceOf[MultiplexState]\n    val STARTING = \"STARTING\".asInstanceOf[MultiplexState]\n    val RUNNING = \"RUNNING\".asInstanceOf[MultiplexState]\n    val RECOVERING = \"RECOVERING\".asInstanceOf[MultiplexState]\n    val STOPPING = \"STOPPING\".asInstanceOf[MultiplexState]\n    val DELETING = \"DELETING\".asInstanceOf[MultiplexState]\n    val DELETED = \"DELETED\".asInstanceOf[MultiplexState]\n\n    @inline def values = js.Array(CREATING, CREATE_FAILED, IDLE, STARTING, RUNNING, RECOVERING, STOPPING, DELETING, DELETED)\n  }\n\n  \/** Statmux rate control settings\n    *\/\n  @js.native\n  trait MultiplexStatmuxVideoSettings extends js.Object {\n    var MaximumBitrate: js.UndefOr[__integerMin100000Max100000000]\n    var MinimumBitrate: js.UndefOr[__integerMin100000Max100000000]\n    var Priority: js.UndefOr[__integerMinNegative5Max5]\n  }\n\n  object MultiplexStatmuxVideoSettings {\n    @inline\n    def apply(\n        MaximumBitrate: js.UndefOr[__integerMin100000Max100000000] = js.undefined,\n        MinimumBitrate: js.UndefOr[__integerMin100000Max100000000] = js.undefined,\n        Priority: js.UndefOr[__integerMinNegative5Max5] = js.undefined\n    ): MultiplexStatmuxVideoSettings = {\n      val __obj = js.Dynamic.literal()\n      MaximumBitrate.foreach(__v => __obj.updateDynamic(\"MaximumBitrate\")(__v.asInstanceOf[js.Any]))\n      MinimumBitrate.foreach(__v => __obj.updateDynamic(\"MinimumBitrate\")(__v.asInstanceOf[js.Any]))\n      Priority.foreach(__v => __obj.updateDynamic(\"Priority\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexStatmuxVideoSettings]\n    }\n  }\n\n  \/** Placeholder documentation for MultiplexSummary\n    *\/\n  @js.native\n  trait MultiplexSummary extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettingsSummary]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object MultiplexSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettingsSummary] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): MultiplexSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexSummary]\n    }\n  }\n\n  \/** The video configuration for each program in a multiplex.\n    *\/\n  @js.native\n  trait MultiplexVideoSettings extends js.Object {\n    var ConstantBitrate: js.UndefOr[__integerMin100000Max100000000]\n    var StatmuxSettings: js.UndefOr[MultiplexStatmuxVideoSettings]\n  }\n\n  object MultiplexVideoSettings {\n    @inline\n    def apply(\n        ConstantBitrate: js.UndefOr[__integerMin100000Max100000000] = js.undefined,\n        StatmuxSettings: js.UndefOr[MultiplexStatmuxVideoSettings] = js.undefined\n    ): MultiplexVideoSettings = {\n      val __obj = js.Dynamic.literal()\n      ConstantBitrate.foreach(__v => __obj.updateDynamic(\"ConstantBitrate\")(__v.asInstanceOf[js.Any]))\n      StatmuxSettings.foreach(__v => __obj.updateDynamic(\"StatmuxSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MultiplexVideoSettings]\n    }\n  }\n\n  \/** Network Input Server Validation\n    *\/\n  @js.native\n  sealed trait NetworkInputServerValidation extends js.Any\n  object NetworkInputServerValidation {\n    val CHECK_CRYPTOGRAPHY_AND_VALIDATE_NAME = \"CHECK_CRYPTOGRAPHY_AND_VALIDATE_NAME\".asInstanceOf[NetworkInputServerValidation]\n    val CHECK_CRYPTOGRAPHY_ONLY = \"CHECK_CRYPTOGRAPHY_ONLY\".asInstanceOf[NetworkInputServerValidation]\n\n    @inline def values = js.Array(CHECK_CRYPTOGRAPHY_AND_VALIDATE_NAME, CHECK_CRYPTOGRAPHY_ONLY)\n  }\n\n  \/** Network source to transcode. Must be accessible to the Elemental Live node that is running the live event through a network connection.\n    *\/\n  @js.native\n  trait NetworkInputSettings extends js.Object {\n    var HlsInputSettings: js.UndefOr[HlsInputSettings]\n    var ServerValidation: js.UndefOr[NetworkInputServerValidation]\n  }\n\n  object NetworkInputSettings {\n    @inline\n    def apply(\n        HlsInputSettings: js.UndefOr[HlsInputSettings] = js.undefined,\n        ServerValidation: js.UndefOr[NetworkInputServerValidation] = js.undefined\n    ): NetworkInputSettings = {\n      val __obj = js.Dynamic.literal()\n      HlsInputSettings.foreach(__v => __obj.updateDynamic(\"HlsInputSettings\")(__v.asInstanceOf[js.Any]))\n      ServerValidation.foreach(__v => __obj.updateDynamic(\"ServerValidation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NetworkInputSettings]\n    }\n  }\n\n  \/** Nielsen Configuration\n    *\/\n  @js.native\n  trait NielsenConfiguration extends js.Object {\n    var DistributorId: js.UndefOr[__string]\n    var NielsenPcmToId3Tagging: js.UndefOr[NielsenPcmToId3TaggingState]\n  }\n\n  object NielsenConfiguration {\n    @inline\n    def apply(\n        DistributorId: js.UndefOr[__string] = js.undefined,\n        NielsenPcmToId3Tagging: js.UndefOr[NielsenPcmToId3TaggingState] = js.undefined\n    ): NielsenConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DistributorId.foreach(__v => __obj.updateDynamic(\"DistributorId\")(__v.asInstanceOf[js.Any]))\n      NielsenPcmToId3Tagging.foreach(__v => __obj.updateDynamic(\"NielsenPcmToId3Tagging\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NielsenConfiguration]\n    }\n  }\n\n  \/** State of Nielsen PCM to ID3 tagging\n    *\/\n  @js.native\n  sealed trait NielsenPcmToId3TaggingState extends js.Any\n  object NielsenPcmToId3TaggingState {\n    val DISABLED = \"DISABLED\".asInstanceOf[NielsenPcmToId3TaggingState]\n    val ENABLED = \"ENABLED\".asInstanceOf[NielsenPcmToId3TaggingState]\n\n    @inline def values = js.Array(DISABLED, ENABLED)\n  }\n\n  \/** Reserved resources available for purchase\n    *\/\n  @js.native\n  trait Offering extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CurrencyCode: js.UndefOr[__string]\n    var Duration: js.UndefOr[__integer]\n    var DurationUnits: js.UndefOr[OfferingDurationUnits]\n    var FixedPrice: js.UndefOr[__double]\n    var OfferingDescription: js.UndefOr[__string]\n    var OfferingId: js.UndefOr[__string]\n    var OfferingType: js.UndefOr[OfferingType]\n    var Region: js.UndefOr[__string]\n    var ResourceSpecification: js.UndefOr[ReservationResourceSpecification]\n    var UsagePrice: js.UndefOr[__double]\n  }\n\n  object Offering {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CurrencyCode: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__integer] = js.undefined,\n        DurationUnits: js.UndefOr[OfferingDurationUnits] = js.undefined,\n        FixedPrice: js.UndefOr[__double] = js.undefined,\n        OfferingDescription: js.UndefOr[__string] = js.undefined,\n        OfferingId: js.UndefOr[__string] = js.undefined,\n        OfferingType: js.UndefOr[OfferingType] = js.undefined,\n        Region: js.UndefOr[__string] = js.undefined,\n        ResourceSpecification: js.UndefOr[ReservationResourceSpecification] = js.undefined,\n        UsagePrice: js.UndefOr[__double] = js.undefined\n    ): Offering = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationUnits.foreach(__v => __obj.updateDynamic(\"DurationUnits\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      OfferingDescription.foreach(__v => __obj.updateDynamic(\"OfferingDescription\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecification.foreach(__v => __obj.updateDynamic(\"ResourceSpecification\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Offering]\n    }\n  }\n\n  \/** Units for duration, e.g. 'MONTHS'\n    *\/\n  @js.native\n  sealed trait OfferingDurationUnits extends js.Any\n  object OfferingDurationUnits {\n    val MONTHS = \"MONTHS\".asInstanceOf[OfferingDurationUnits]\n\n    @inline def values = js.Array(MONTHS)\n  }\n\n  \/** Offering type, e.g. 'NO_UPFRONT'\n    *\/\n  @js.native\n  sealed trait OfferingType extends js.Any\n  object OfferingType {\n    val NO_UPFRONT = \"NO_UPFRONT\".asInstanceOf[OfferingType]\n\n    @inline def values = js.Array(NO_UPFRONT)\n  }\n\n  \/** Output settings. There can be multiple outputs within a group.\n    *\/\n  @js.native\n  trait Output extends js.Object {\n    var OutputSettings: OutputSettings\n    var AudioDescriptionNames: js.UndefOr[__listOf__string]\n    var CaptionDescriptionNames: js.UndefOr[__listOf__string]\n    var OutputName: js.UndefOr[__stringMin1Max255]\n    var VideoDescriptionName: js.UndefOr[__string]\n  }\n\n  object Output {\n    @inline\n    def apply(\n        OutputSettings: OutputSettings,\n        AudioDescriptionNames: js.UndefOr[__listOf__string] = js.undefined,\n        CaptionDescriptionNames: js.UndefOr[__listOf__string] = js.undefined,\n        OutputName: js.UndefOr[__stringMin1Max255] = js.undefined,\n        VideoDescriptionName: js.UndefOr[__string] = js.undefined\n    ): Output = {\n      val __obj = js.Dynamic.literal(\n        \"OutputSettings\" -> OutputSettings.asInstanceOf[js.Any]\n      )\n\n      AudioDescriptionNames.foreach(__v => __obj.updateDynamic(\"AudioDescriptionNames\")(__v.asInstanceOf[js.Any]))\n      CaptionDescriptionNames.foreach(__v => __obj.updateDynamic(\"CaptionDescriptionNames\")(__v.asInstanceOf[js.Any]))\n      OutputName.foreach(__v => __obj.updateDynamic(\"OutputName\")(__v.asInstanceOf[js.Any]))\n      VideoDescriptionName.foreach(__v => __obj.updateDynamic(\"VideoDescriptionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Output]\n    }\n  }\n\n  \/** Placeholder documentation for OutputDestination\n    *\/\n  @js.native\n  trait OutputDestination extends js.Object {\n    var Id: js.UndefOr[__string]\n    var MediaPackageSettings: js.UndefOr[__listOfMediaPackageOutputDestinationSettings]\n    var MultiplexSettings: js.UndefOr[MultiplexProgramChannelDestinationSettings]\n    var Settings: js.UndefOr[__listOfOutputDestinationSettings]\n  }\n\n  object OutputDestination {\n    @inline\n    def apply(\n        Id: js.UndefOr[__string] = js.undefined,\n        MediaPackageSettings: js.UndefOr[__listOfMediaPackageOutputDestinationSettings] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexProgramChannelDestinationSettings] = js.undefined,\n        Settings: js.UndefOr[__listOfOutputDestinationSettings] = js.undefined\n    ): OutputDestination = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MediaPackageSettings.foreach(__v => __obj.updateDynamic(\"MediaPackageSettings\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDestination]\n    }\n  }\n\n  \/** Placeholder documentation for OutputDestinationSettings\n    *\/\n  @js.native\n  trait OutputDestinationSettings extends js.Object {\n    var PasswordParam: js.UndefOr[__string]\n    var StreamName: js.UndefOr[__string]\n    var Url: js.UndefOr[__string]\n    var Username: js.UndefOr[__string]\n  }\n\n  object OutputDestinationSettings {\n    @inline\n    def apply(\n        PasswordParam: js.UndefOr[__string] = js.undefined,\n        StreamName: js.UndefOr[__string] = js.undefined,\n        Url: js.UndefOr[__string] = js.undefined,\n        Username: js.UndefOr[__string] = js.undefined\n    ): OutputDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      PasswordParam.foreach(__v => __obj.updateDynamic(\"PasswordParam\")(__v.asInstanceOf[js.Any]))\n      StreamName.foreach(__v => __obj.updateDynamic(\"StreamName\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputDestinationSettings]\n    }\n  }\n\n  \/** Output groups for this Live Event. Output groups contain information about where streams should be distributed.\n    *\/\n  @js.native\n  trait OutputGroup extends js.Object {\n    var OutputGroupSettings: OutputGroupSettings\n    var Outputs: __listOfOutput\n    var Name: js.UndefOr[__stringMax32]\n  }\n\n  object OutputGroup {\n    @inline\n    def apply(\n        OutputGroupSettings: OutputGroupSettings,\n        Outputs: __listOfOutput,\n        Name: js.UndefOr[__stringMax32] = js.undefined\n    ): OutputGroup = {\n      val __obj = js.Dynamic.literal(\n        \"OutputGroupSettings\" -> OutputGroupSettings.asInstanceOf[js.Any],\n        \"Outputs\" -> Outputs.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputGroup]\n    }\n  }\n\n  \/** Output Group Settings\n    *\/\n  @js.native\n  trait OutputGroupSettings extends js.Object {\n    var ArchiveGroupSettings: js.UndefOr[ArchiveGroupSettings]\n    var FrameCaptureGroupSettings: js.UndefOr[FrameCaptureGroupSettings]\n    var HlsGroupSettings: js.UndefOr[HlsGroupSettings]\n    var MediaPackageGroupSettings: js.UndefOr[MediaPackageGroupSettings]\n    var MsSmoothGroupSettings: js.UndefOr[MsSmoothGroupSettings]\n    var MultiplexGroupSettings: js.UndefOr[MultiplexGroupSettings]\n    var RtmpGroupSettings: js.UndefOr[RtmpGroupSettings]\n    var UdpGroupSettings: js.UndefOr[UdpGroupSettings]\n  }\n\n  object OutputGroupSettings {\n    @inline\n    def apply(\n        ArchiveGroupSettings: js.UndefOr[ArchiveGroupSettings] = js.undefined,\n        FrameCaptureGroupSettings: js.UndefOr[FrameCaptureGroupSettings] = js.undefined,\n        HlsGroupSettings: js.UndefOr[HlsGroupSettings] = js.undefined,\n        MediaPackageGroupSettings: js.UndefOr[MediaPackageGroupSettings] = js.undefined,\n        MsSmoothGroupSettings: js.UndefOr[MsSmoothGroupSettings] = js.undefined,\n        MultiplexGroupSettings: js.UndefOr[MultiplexGroupSettings] = js.undefined,\n        RtmpGroupSettings: js.UndefOr[RtmpGroupSettings] = js.undefined,\n        UdpGroupSettings: js.UndefOr[UdpGroupSettings] = js.undefined\n    ): OutputGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      ArchiveGroupSettings.foreach(__v => __obj.updateDynamic(\"ArchiveGroupSettings\")(__v.asInstanceOf[js.Any]))\n      FrameCaptureGroupSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureGroupSettings\")(__v.asInstanceOf[js.Any]))\n      HlsGroupSettings.foreach(__v => __obj.updateDynamic(\"HlsGroupSettings\")(__v.asInstanceOf[js.Any]))\n      MediaPackageGroupSettings.foreach(__v => __obj.updateDynamic(\"MediaPackageGroupSettings\")(__v.asInstanceOf[js.Any]))\n      MsSmoothGroupSettings.foreach(__v => __obj.updateDynamic(\"MsSmoothGroupSettings\")(__v.asInstanceOf[js.Any]))\n      MultiplexGroupSettings.foreach(__v => __obj.updateDynamic(\"MultiplexGroupSettings\")(__v.asInstanceOf[js.Any]))\n      RtmpGroupSettings.foreach(__v => __obj.updateDynamic(\"RtmpGroupSettings\")(__v.asInstanceOf[js.Any]))\n      UdpGroupSettings.foreach(__v => __obj.updateDynamic(\"UdpGroupSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputGroupSettings]\n    }\n  }\n\n  \/** Reference to an OutputDestination ID defined in the channel\n    *\/\n  @js.native\n  trait OutputLocationRef extends js.Object {\n    var DestinationRefId: js.UndefOr[__string]\n  }\n\n  object OutputLocationRef {\n    @inline\n    def apply(\n        DestinationRefId: js.UndefOr[__string] = js.undefined\n    ): OutputLocationRef = {\n      val __obj = js.Dynamic.literal()\n      DestinationRefId.foreach(__v => __obj.updateDynamic(\"DestinationRefId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputLocationRef]\n    }\n  }\n\n  \/** Output Settings\n    *\/\n  @js.native\n  trait OutputSettings extends js.Object {\n    var ArchiveOutputSettings: js.UndefOr[ArchiveOutputSettings]\n    var FrameCaptureOutputSettings: js.UndefOr[FrameCaptureOutputSettings]\n    var HlsOutputSettings: js.UndefOr[HlsOutputSettings]\n    var MediaPackageOutputSettings: js.UndefOr[MediaPackageOutputSettings]\n    var MsSmoothOutputSettings: js.UndefOr[MsSmoothOutputSettings]\n    var MultiplexOutputSettings: js.UndefOr[MultiplexOutputSettings]\n    var RtmpOutputSettings: js.UndefOr[RtmpOutputSettings]\n    var UdpOutputSettings: js.UndefOr[UdpOutputSettings]\n  }\n\n  object OutputSettings {\n    @inline\n    def apply(\n        ArchiveOutputSettings: js.UndefOr[ArchiveOutputSettings] = js.undefined,\n        FrameCaptureOutputSettings: js.UndefOr[FrameCaptureOutputSettings] = js.undefined,\n        HlsOutputSettings: js.UndefOr[HlsOutputSettings] = js.undefined,\n        MediaPackageOutputSettings: js.UndefOr[MediaPackageOutputSettings] = js.undefined,\n        MsSmoothOutputSettings: js.UndefOr[MsSmoothOutputSettings] = js.undefined,\n        MultiplexOutputSettings: js.UndefOr[MultiplexOutputSettings] = js.undefined,\n        RtmpOutputSettings: js.UndefOr[RtmpOutputSettings] = js.undefined,\n        UdpOutputSettings: js.UndefOr[UdpOutputSettings] = js.undefined\n    ): OutputSettings = {\n      val __obj = js.Dynamic.literal()\n      ArchiveOutputSettings.foreach(__v => __obj.updateDynamic(\"ArchiveOutputSettings\")(__v.asInstanceOf[js.Any]))\n      FrameCaptureOutputSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureOutputSettings\")(__v.asInstanceOf[js.Any]))\n      HlsOutputSettings.foreach(__v => __obj.updateDynamic(\"HlsOutputSettings\")(__v.asInstanceOf[js.Any]))\n      MediaPackageOutputSettings.foreach(__v => __obj.updateDynamic(\"MediaPackageOutputSettings\")(__v.asInstanceOf[js.Any]))\n      MsSmoothOutputSettings.foreach(__v => __obj.updateDynamic(\"MsSmoothOutputSettings\")(__v.asInstanceOf[js.Any]))\n      MultiplexOutputSettings.foreach(__v => __obj.updateDynamic(\"MultiplexOutputSettings\")(__v.asInstanceOf[js.Any]))\n      RtmpOutputSettings.foreach(__v => __obj.updateDynamic(\"RtmpOutputSettings\")(__v.asInstanceOf[js.Any]))\n      UdpOutputSettings.foreach(__v => __obj.updateDynamic(\"UdpOutputSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputSettings]\n    }\n  }\n\n  \/** Pass Through Settings\n    *\/\n  @js.native\n  trait PassThroughSettings extends js.Object\n\n  object PassThroughSettings {\n    @inline\n    def apply(): PassThroughSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PassThroughSettings]\n    }\n  }\n\n  \/** Settings for the action to set pause state of a channel.\n    *\/\n  @js.native\n  trait PauseStateScheduleActionSettings extends js.Object {\n    var Pipelines: js.UndefOr[__listOfPipelinePauseStateSettings]\n  }\n\n  object PauseStateScheduleActionSettings {\n    @inline\n    def apply(\n        Pipelines: js.UndefOr[__listOfPipelinePauseStateSettings] = js.undefined\n    ): PauseStateScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      Pipelines.foreach(__v => __obj.updateDynamic(\"Pipelines\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PauseStateScheduleActionSettings]\n    }\n  }\n\n  \/** Runtime details of a pipeline when a channel is running.\n    *\/\n  @js.native\n  trait PipelineDetail extends js.Object {\n    var ActiveInputAttachmentName: js.UndefOr[__string]\n    var ActiveInputSwitchActionName: js.UndefOr[__string]\n    var ActiveMotionGraphicsActionName: js.UndefOr[__string]\n    var ActiveMotionGraphicsUri: js.UndefOr[__string]\n    var PipelineId: js.UndefOr[__string]\n  }\n\n  object PipelineDetail {\n    @inline\n    def apply(\n        ActiveInputAttachmentName: js.UndefOr[__string] = js.undefined,\n        ActiveInputSwitchActionName: js.UndefOr[__string] = js.undefined,\n        ActiveMotionGraphicsActionName: js.UndefOr[__string] = js.undefined,\n        ActiveMotionGraphicsUri: js.UndefOr[__string] = js.undefined,\n        PipelineId: js.UndefOr[__string] = js.undefined\n    ): PipelineDetail = {\n      val __obj = js.Dynamic.literal()\n      ActiveInputAttachmentName.foreach(__v => __obj.updateDynamic(\"ActiveInputAttachmentName\")(__v.asInstanceOf[js.Any]))\n      ActiveInputSwitchActionName.foreach(__v => __obj.updateDynamic(\"ActiveInputSwitchActionName\")(__v.asInstanceOf[js.Any]))\n      ActiveMotionGraphicsActionName.foreach(__v => __obj.updateDynamic(\"ActiveMotionGraphicsActionName\")(__v.asInstanceOf[js.Any]))\n      ActiveMotionGraphicsUri.foreach(__v => __obj.updateDynamic(\"ActiveMotionGraphicsUri\")(__v.asInstanceOf[js.Any]))\n      PipelineId.foreach(__v => __obj.updateDynamic(\"PipelineId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PipelineDetail]\n    }\n  }\n\n  \/** Pipeline ID\n    *\/\n  @js.native\n  sealed trait PipelineId extends js.Any\n  object PipelineId {\n    val PIPELINE_0 = \"PIPELINE_0\".asInstanceOf[PipelineId]\n    val PIPELINE_1 = \"PIPELINE_1\".asInstanceOf[PipelineId]\n\n    @inline def values = js.Array(PIPELINE_0, PIPELINE_1)\n  }\n\n  \/** Settings for pausing a pipeline.\n    *\/\n  @js.native\n  trait PipelinePauseStateSettings extends js.Object {\n    var PipelineId: PipelineId\n  }\n\n  object PipelinePauseStateSettings {\n    @inline\n    def apply(\n        PipelineId: PipelineId\n    ): PipelinePauseStateSettings = {\n      val __obj = js.Dynamic.literal(\n        \"PipelineId\" -> PipelineId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PipelinePauseStateSettings]\n    }\n  }\n\n  \/** Indicates which pipeline is preferred by the multiplex for program ingest. If set to \\\"PIPELINE_0\\\" or \\\"PIPELINE_1\\\" and an unhealthy ingest causes the multiplex to switch to the non-preferred pipeline, it will switch back once that ingest is healthy again. If set to \\\"CURRENTLY_ACTIVE\\\", it will not switch back to the other pipeline based on it recovering to a healthy state, it will only switch if the active pipeline becomes unhealthy.\n    *\/\n  @js.native\n  sealed trait PreferredChannelPipeline extends js.Any\n  object PreferredChannelPipeline {\n    val CURRENTLY_ACTIVE = \"CURRENTLY_ACTIVE\".asInstanceOf[PreferredChannelPipeline]\n    val PIPELINE_0 = \"PIPELINE_0\".asInstanceOf[PreferredChannelPipeline]\n    val PIPELINE_1 = \"PIPELINE_1\".asInstanceOf[PreferredChannelPipeline]\n\n    @inline def values = js.Array(CURRENTLY_ACTIVE, PIPELINE_0, PIPELINE_1)\n  }\n\n  \/** Placeholder documentation for PurchaseOfferingRequest\n    *\/\n  @js.native\n  trait PurchaseOfferingRequest extends js.Object {\n    var Count: __integerMin1\n    var OfferingId: __string\n    var Name: js.UndefOr[__string]\n    var RequestId: js.UndefOr[__string]\n    var Start: js.UndefOr[__string]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object PurchaseOfferingRequest {\n    @inline\n    def apply(\n        Count: __integerMin1,\n        OfferingId: __string,\n        Name: js.UndefOr[__string] = js.undefined,\n        RequestId: js.UndefOr[__string] = js.undefined,\n        Start: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): PurchaseOfferingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Count\" -> Count.asInstanceOf[js.Any],\n        \"OfferingId\" -> OfferingId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RequestId.foreach(__v => __obj.updateDynamic(\"RequestId\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseOfferingRequest]\n    }\n  }\n\n  \/** Placeholder documentation for PurchaseOfferingResponse\n    *\/\n  @js.native\n  trait PurchaseOfferingResponse extends js.Object {\n    var Reservation: js.UndefOr[Reservation]\n  }\n\n  object PurchaseOfferingResponse {\n    @inline\n    def apply(\n        Reservation: js.UndefOr[Reservation] = js.undefined\n    ): PurchaseOfferingResponse = {\n      val __obj = js.Dynamic.literal()\n      Reservation.foreach(__v => __obj.updateDynamic(\"Reservation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseOfferingResponse]\n    }\n  }\n\n  \/** Raw Settings\n    *\/\n  @js.native\n  trait RawSettings extends js.Object\n\n  object RawSettings {\n    @inline\n    def apply(): RawSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RawSettings]\n    }\n  }\n\n  \/** Rec601 Settings\n    *\/\n  @js.native\n  trait Rec601Settings extends js.Object\n\n  object Rec601Settings {\n    @inline\n    def apply(): Rec601Settings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[Rec601Settings]\n    }\n  }\n\n  \/** Rec709 Settings\n    *\/\n  @js.native\n  trait Rec709Settings extends js.Object\n\n  object Rec709Settings {\n    @inline\n    def apply(): Rec709Settings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[Rec709Settings]\n    }\n  }\n\n  \/** Placeholder documentation for RejectInputDeviceTransferRequest\n    *\/\n  @js.native\n  trait RejectInputDeviceTransferRequest extends js.Object {\n    var InputDeviceId: __string\n  }\n\n  object RejectInputDeviceTransferRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string\n    ): RejectInputDeviceTransferRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RejectInputDeviceTransferRequest]\n    }\n  }\n\n  \/** Placeholder documentation for RejectInputDeviceTransferResponse\n    *\/\n  @js.native\n  trait RejectInputDeviceTransferResponse extends js.Object\n\n  object RejectInputDeviceTransferResponse {\n    @inline\n    def apply(): RejectInputDeviceTransferResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RejectInputDeviceTransferResponse]\n    }\n  }\n\n  \/** Remix Settings\n    *\/\n  @js.native\n  trait RemixSettings extends js.Object {\n    var ChannelMappings: __listOfAudioChannelMapping\n    var ChannelsIn: js.UndefOr[__integerMin1Max16]\n    var ChannelsOut: js.UndefOr[__integerMin1Max8]\n  }\n\n  object RemixSettings {\n    @inline\n    def apply(\n        ChannelMappings: __listOfAudioChannelMapping,\n        ChannelsIn: js.UndefOr[__integerMin1Max16] = js.undefined,\n        ChannelsOut: js.UndefOr[__integerMin1Max8] = js.undefined\n    ): RemixSettings = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelMappings\" -> ChannelMappings.asInstanceOf[js.Any]\n      )\n\n      ChannelsIn.foreach(__v => __obj.updateDynamic(\"ChannelsIn\")(__v.asInstanceOf[js.Any]))\n      ChannelsOut.foreach(__v => __obj.updateDynamic(\"ChannelsOut\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemixSettings]\n    }\n  }\n\n  \/** Reserved resources available to use\n    *\/\n  @js.native\n  trait Reservation extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var Count: js.UndefOr[__integer]\n    var CurrencyCode: js.UndefOr[__string]\n    var Duration: js.UndefOr[__integer]\n    var DurationUnits: js.UndefOr[OfferingDurationUnits]\n    var End: js.UndefOr[__string]\n    var FixedPrice: js.UndefOr[__double]\n    var Name: js.UndefOr[__string]\n    var OfferingDescription: js.UndefOr[__string]\n    var OfferingId: js.UndefOr[__string]\n    var OfferingType: js.UndefOr[OfferingType]\n    var Region: js.UndefOr[__string]\n    var ReservationId: js.UndefOr[__string]\n    var ResourceSpecification: js.UndefOr[ReservationResourceSpecification]\n    var Start: js.UndefOr[__string]\n    var State: js.UndefOr[ReservationState]\n    var Tags: js.UndefOr[Tags]\n    var UsagePrice: js.UndefOr[__double]\n  }\n\n  object Reservation {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        Count: js.UndefOr[__integer] = js.undefined,\n        CurrencyCode: js.UndefOr[__string] = js.undefined,\n        Duration: js.UndefOr[__integer] = js.undefined,\n        DurationUnits: js.UndefOr[OfferingDurationUnits] = js.undefined,\n        End: js.UndefOr[__string] = js.undefined,\n        FixedPrice: js.UndefOr[__double] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        OfferingDescription: js.UndefOr[__string] = js.undefined,\n        OfferingId: js.UndefOr[__string] = js.undefined,\n        OfferingType: js.UndefOr[OfferingType] = js.undefined,\n        Region: js.UndefOr[__string] = js.undefined,\n        ReservationId: js.UndefOr[__string] = js.undefined,\n        ResourceSpecification: js.UndefOr[ReservationResourceSpecification] = js.undefined,\n        Start: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ReservationState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        UsagePrice: js.UndefOr[__double] = js.undefined\n    ): Reservation = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Count.foreach(__v => __obj.updateDynamic(\"Count\")(__v.asInstanceOf[js.Any]))\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      DurationUnits.foreach(__v => __obj.updateDynamic(\"DurationUnits\")(__v.asInstanceOf[js.Any]))\n      End.foreach(__v => __obj.updateDynamic(\"End\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OfferingDescription.foreach(__v => __obj.updateDynamic(\"OfferingDescription\")(__v.asInstanceOf[js.Any]))\n      OfferingId.foreach(__v => __obj.updateDynamic(\"OfferingId\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      ReservationId.foreach(__v => __obj.updateDynamic(\"ReservationId\")(__v.asInstanceOf[js.Any]))\n      ResourceSpecification.foreach(__v => __obj.updateDynamic(\"ResourceSpecification\")(__v.asInstanceOf[js.Any]))\n      Start.foreach(__v => __obj.updateDynamic(\"Start\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Reservation]\n    }\n  }\n\n  \/** Codec, 'MPEG2', 'AVC', 'HEVC', or 'AUDIO'\n    *\/\n  @js.native\n  sealed trait ReservationCodec extends js.Any\n  object ReservationCodec {\n    val MPEG2 = \"MPEG2\".asInstanceOf[ReservationCodec]\n    val AVC = \"AVC\".asInstanceOf[ReservationCodec]\n    val HEVC = \"HEVC\".asInstanceOf[ReservationCodec]\n    val AUDIO = \"AUDIO\".asInstanceOf[ReservationCodec]\n    val LINK = \"LINK\".asInstanceOf[ReservationCodec]\n\n    @inline def values = js.Array(MPEG2, AVC, HEVC, AUDIO, LINK)\n  }\n\n  \/** Maximum bitrate in megabits per second\n    *\/\n  @js.native\n  sealed trait ReservationMaximumBitrate extends js.Any\n  object ReservationMaximumBitrate {\n    val MAX_10_MBPS = \"MAX_10_MBPS\".asInstanceOf[ReservationMaximumBitrate]\n    val MAX_20_MBPS = \"MAX_20_MBPS\".asInstanceOf[ReservationMaximumBitrate]\n    val MAX_50_MBPS = \"MAX_50_MBPS\".asInstanceOf[ReservationMaximumBitrate]\n\n    @inline def values = js.Array(MAX_10_MBPS, MAX_20_MBPS, MAX_50_MBPS)\n  }\n\n  \/** Maximum framerate in frames per second (Outputs only)\n    *\/\n  @js.native\n  sealed trait ReservationMaximumFramerate extends js.Any\n  object ReservationMaximumFramerate {\n    val MAX_30_FPS = \"MAX_30_FPS\".asInstanceOf[ReservationMaximumFramerate]\n    val MAX_60_FPS = \"MAX_60_FPS\".asInstanceOf[ReservationMaximumFramerate]\n\n    @inline def values = js.Array(MAX_30_FPS, MAX_60_FPS)\n  }\n\n  \/** Resolution based on lines of vertical resolution; SD is less than 720 lines, HD is 720 to 1080 lines, FHD is 1080 lines, UHD is greater than 1080 lines\n    *\/\n  @js.native\n  sealed trait ReservationResolution extends js.Any\n  object ReservationResolution {\n    val SD = \"SD\".asInstanceOf[ReservationResolution]\n    val HD = \"HD\".asInstanceOf[ReservationResolution]\n    val FHD = \"FHD\".asInstanceOf[ReservationResolution]\n    val UHD = \"UHD\".asInstanceOf[ReservationResolution]\n\n    @inline def values = js.Array(SD, HD, FHD, UHD)\n  }\n\n  \/** Resource configuration (codec, resolution, bitrate, ...)\n    *\/\n  @js.native\n  trait ReservationResourceSpecification extends js.Object {\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Codec: js.UndefOr[ReservationCodec]\n    var MaximumBitrate: js.UndefOr[ReservationMaximumBitrate]\n    var MaximumFramerate: js.UndefOr[ReservationMaximumFramerate]\n    var Resolution: js.UndefOr[ReservationResolution]\n    var ResourceType: js.UndefOr[ReservationResourceType]\n    var SpecialFeature: js.UndefOr[ReservationSpecialFeature]\n    var VideoQuality: js.UndefOr[ReservationVideoQuality]\n  }\n\n  object ReservationResourceSpecification {\n    @inline\n    def apply(\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Codec: js.UndefOr[ReservationCodec] = js.undefined,\n        MaximumBitrate: js.UndefOr[ReservationMaximumBitrate] = js.undefined,\n        MaximumFramerate: js.UndefOr[ReservationMaximumFramerate] = js.undefined,\n        Resolution: js.UndefOr[ReservationResolution] = js.undefined,\n        ResourceType: js.UndefOr[ReservationResourceType] = js.undefined,\n        SpecialFeature: js.UndefOr[ReservationSpecialFeature] = js.undefined,\n        VideoQuality: js.UndefOr[ReservationVideoQuality] = js.undefined\n    ): ReservationResourceSpecification = {\n      val __obj = js.Dynamic.literal()\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Codec.foreach(__v => __obj.updateDynamic(\"Codec\")(__v.asInstanceOf[js.Any]))\n      MaximumBitrate.foreach(__v => __obj.updateDynamic(\"MaximumBitrate\")(__v.asInstanceOf[js.Any]))\n      MaximumFramerate.foreach(__v => __obj.updateDynamic(\"MaximumFramerate\")(__v.asInstanceOf[js.Any]))\n      Resolution.foreach(__v => __obj.updateDynamic(\"Resolution\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      SpecialFeature.foreach(__v => __obj.updateDynamic(\"SpecialFeature\")(__v.asInstanceOf[js.Any]))\n      VideoQuality.foreach(__v => __obj.updateDynamic(\"VideoQuality\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservationResourceSpecification]\n    }\n  }\n\n  \/** Resource type, 'INPUT', 'OUTPUT', 'MULTIPLEX', or 'CHANNEL'\n    *\/\n  @js.native\n  sealed trait ReservationResourceType extends js.Any\n  object ReservationResourceType {\n    val INPUT = \"INPUT\".asInstanceOf[ReservationResourceType]\n    val OUTPUT = \"OUTPUT\".asInstanceOf[ReservationResourceType]\n    val MULTIPLEX = \"MULTIPLEX\".asInstanceOf[ReservationResourceType]\n    val CHANNEL = \"CHANNEL\".asInstanceOf[ReservationResourceType]\n\n    @inline def values = js.Array(INPUT, OUTPUT, MULTIPLEX, CHANNEL)\n  }\n\n  \/** Special features, 'ADVANCED_AUDIO' or 'AUDIO_NORMALIZATION'\n    *\/\n  @js.native\n  sealed trait ReservationSpecialFeature extends js.Any\n  object ReservationSpecialFeature {\n    val ADVANCED_AUDIO = \"ADVANCED_AUDIO\".asInstanceOf[ReservationSpecialFeature]\n    val AUDIO_NORMALIZATION = \"AUDIO_NORMALIZATION\".asInstanceOf[ReservationSpecialFeature]\n\n    @inline def values = js.Array(ADVANCED_AUDIO, AUDIO_NORMALIZATION)\n  }\n\n  \/** Current reservation state\n    *\/\n  @js.native\n  sealed trait ReservationState extends js.Any\n  object ReservationState {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[ReservationState]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[ReservationState]\n    val CANCELED = \"CANCELED\".asInstanceOf[ReservationState]\n    val DELETED = \"DELETED\".asInstanceOf[ReservationState]\n\n    @inline def values = js.Array(ACTIVE, EXPIRED, CANCELED, DELETED)\n  }\n\n  \/** Video quality, e.g. 'STANDARD' (Outputs only)\n    *\/\n  @js.native\n  sealed trait ReservationVideoQuality extends js.Any\n  object ReservationVideoQuality {\n    val STANDARD = \"STANDARD\".asInstanceOf[ReservationVideoQuality]\n    val ENHANCED = \"ENHANCED\".asInstanceOf[ReservationVideoQuality]\n    val PREMIUM = \"PREMIUM\".asInstanceOf[ReservationVideoQuality]\n\n    @inline def values = js.Array(STANDARD, ENHANCED, PREMIUM)\n  }\n\n  \/** Rtmp Ad Markers\n    *\/\n  @js.native\n  sealed trait RtmpAdMarkers extends js.Any\n  object RtmpAdMarkers {\n    val ON_CUE_POINT_SCTE35 = \"ON_CUE_POINT_SCTE35\".asInstanceOf[RtmpAdMarkers]\n\n    @inline def values = js.Array(ON_CUE_POINT_SCTE35)\n  }\n\n  \/** Rtmp Cache Full Behavior\n    *\/\n  @js.native\n  sealed trait RtmpCacheFullBehavior extends js.Any\n  object RtmpCacheFullBehavior {\n    val DISCONNECT_IMMEDIATELY = \"DISCONNECT_IMMEDIATELY\".asInstanceOf[RtmpCacheFullBehavior]\n    val WAIT_FOR_SERVER = \"WAIT_FOR_SERVER\".asInstanceOf[RtmpCacheFullBehavior]\n\n    @inline def values = js.Array(DISCONNECT_IMMEDIATELY, WAIT_FOR_SERVER)\n  }\n\n  \/** Rtmp Caption Data\n    *\/\n  @js.native\n  sealed trait RtmpCaptionData extends js.Any\n  object RtmpCaptionData {\n    val ALL = \"ALL\".asInstanceOf[RtmpCaptionData]\n    val FIELD1_608 = \"FIELD1_608\".asInstanceOf[RtmpCaptionData]\n    val FIELD1_AND_FIELD2_608 = \"FIELD1_AND_FIELD2_608\".asInstanceOf[RtmpCaptionData]\n\n    @inline def values = js.Array(ALL, FIELD1_608, FIELD1_AND_FIELD2_608)\n  }\n\n  \/** Rtmp Caption Info Destination Settings\n    *\/\n  @js.native\n  trait RtmpCaptionInfoDestinationSettings extends js.Object\n\n  object RtmpCaptionInfoDestinationSettings {\n    @inline\n    def apply(): RtmpCaptionInfoDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RtmpCaptionInfoDestinationSettings]\n    }\n  }\n\n  \/** Rtmp Group Settings\n    *\/\n  @js.native\n  trait RtmpGroupSettings extends js.Object {\n    var AdMarkers: js.UndefOr[__listOfRtmpAdMarkers]\n    var AuthenticationScheme: js.UndefOr[AuthenticationScheme]\n    var CacheFullBehavior: js.UndefOr[RtmpCacheFullBehavior]\n    var CacheLength: js.UndefOr[__integerMin30]\n    var CaptionData: js.UndefOr[RtmpCaptionData]\n    var InputLossAction: js.UndefOr[InputLossActionForRtmpOut]\n    var RestartDelay: js.UndefOr[__integerMin0]\n  }\n\n  object RtmpGroupSettings {\n    @inline\n    def apply(\n        AdMarkers: js.UndefOr[__listOfRtmpAdMarkers] = js.undefined,\n        AuthenticationScheme: js.UndefOr[AuthenticationScheme] = js.undefined,\n        CacheFullBehavior: js.UndefOr[RtmpCacheFullBehavior] = js.undefined,\n        CacheLength: js.UndefOr[__integerMin30] = js.undefined,\n        CaptionData: js.UndefOr[RtmpCaptionData] = js.undefined,\n        InputLossAction: js.UndefOr[InputLossActionForRtmpOut] = js.undefined,\n        RestartDelay: js.UndefOr[__integerMin0] = js.undefined\n    ): RtmpGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      AdMarkers.foreach(__v => __obj.updateDynamic(\"AdMarkers\")(__v.asInstanceOf[js.Any]))\n      AuthenticationScheme.foreach(__v => __obj.updateDynamic(\"AuthenticationScheme\")(__v.asInstanceOf[js.Any]))\n      CacheFullBehavior.foreach(__v => __obj.updateDynamic(\"CacheFullBehavior\")(__v.asInstanceOf[js.Any]))\n      CacheLength.foreach(__v => __obj.updateDynamic(\"CacheLength\")(__v.asInstanceOf[js.Any]))\n      CaptionData.foreach(__v => __obj.updateDynamic(\"CaptionData\")(__v.asInstanceOf[js.Any]))\n      InputLossAction.foreach(__v => __obj.updateDynamic(\"InputLossAction\")(__v.asInstanceOf[js.Any]))\n      RestartDelay.foreach(__v => __obj.updateDynamic(\"RestartDelay\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RtmpGroupSettings]\n    }\n  }\n\n  \/** Rtmp Output Certificate Mode\n    *\/\n  @js.native\n  sealed trait RtmpOutputCertificateMode extends js.Any\n  object RtmpOutputCertificateMode {\n    val SELF_SIGNED = \"SELF_SIGNED\".asInstanceOf[RtmpOutputCertificateMode]\n    val VERIFY_AUTHENTICITY = \"VERIFY_AUTHENTICITY\".asInstanceOf[RtmpOutputCertificateMode]\n\n    @inline def values = js.Array(SELF_SIGNED, VERIFY_AUTHENTICITY)\n  }\n\n  \/** Rtmp Output Settings\n    *\/\n  @js.native\n  trait RtmpOutputSettings extends js.Object {\n    var Destination: OutputLocationRef\n    var CertificateMode: js.UndefOr[RtmpOutputCertificateMode]\n    var ConnectionRetryInterval: js.UndefOr[__integerMin1]\n    var NumRetries: js.UndefOr[__integerMin0]\n  }\n\n  object RtmpOutputSettings {\n    @inline\n    def apply(\n        Destination: OutputLocationRef,\n        CertificateMode: js.UndefOr[RtmpOutputCertificateMode] = js.undefined,\n        ConnectionRetryInterval: js.UndefOr[__integerMin1] = js.undefined,\n        NumRetries: js.UndefOr[__integerMin0] = js.undefined\n    ): RtmpOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      CertificateMode.foreach(__v => __obj.updateDynamic(\"CertificateMode\")(__v.asInstanceOf[js.Any]))\n      ConnectionRetryInterval.foreach(__v => __obj.updateDynamic(\"ConnectionRetryInterval\")(__v.asInstanceOf[js.Any]))\n      NumRetries.foreach(__v => __obj.updateDynamic(\"NumRetries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RtmpOutputSettings]\n    }\n  }\n\n  \/** S3 Canned Acl\n    *\/\n  @js.native\n  sealed trait S3CannedAcl extends js.Any\n  object S3CannedAcl {\n    val AUTHENTICATED_READ = \"AUTHENTICATED_READ\".asInstanceOf[S3CannedAcl]\n    val BUCKET_OWNER_FULL_CONTROL = \"BUCKET_OWNER_FULL_CONTROL\".asInstanceOf[S3CannedAcl]\n    val BUCKET_OWNER_READ = \"BUCKET_OWNER_READ\".asInstanceOf[S3CannedAcl]\n    val PUBLIC_READ = \"PUBLIC_READ\".asInstanceOf[S3CannedAcl]\n\n    @inline def values = js.Array(AUTHENTICATED_READ, BUCKET_OWNER_FULL_CONTROL, BUCKET_OWNER_READ, PUBLIC_READ)\n  }\n\n  \/** Contains information on a single schedule action.\n    *\/\n  @js.native\n  trait ScheduleAction extends js.Object {\n    var ActionName: __string\n    var ScheduleActionSettings: ScheduleActionSettings\n    var ScheduleActionStartSettings: ScheduleActionStartSettings\n  }\n\n  object ScheduleAction {\n    @inline\n    def apply(\n        ActionName: __string,\n        ScheduleActionSettings: ScheduleActionSettings,\n        ScheduleActionStartSettings: ScheduleActionStartSettings\n    ): ScheduleAction = {\n      val __obj = js.Dynamic.literal(\n        \"ActionName\" -> ActionName.asInstanceOf[js.Any],\n        \"ScheduleActionSettings\" -> ScheduleActionSettings.asInstanceOf[js.Any],\n        \"ScheduleActionStartSettings\" -> ScheduleActionStartSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ScheduleAction]\n    }\n  }\n\n  \/** Holds the settings for a single schedule action.\n    *\/\n  @js.native\n  trait ScheduleActionSettings extends js.Object {\n    var HlsId3SegmentTaggingSettings: js.UndefOr[HlsId3SegmentTaggingScheduleActionSettings]\n    var HlsTimedMetadataSettings: js.UndefOr[HlsTimedMetadataScheduleActionSettings]\n    var InputPrepareSettings: js.UndefOr[InputPrepareScheduleActionSettings]\n    var InputSwitchSettings: js.UndefOr[InputSwitchScheduleActionSettings]\n    var MotionGraphicsImageActivateSettings: js.UndefOr[MotionGraphicsActivateScheduleActionSettings]\n    var MotionGraphicsImageDeactivateSettings: js.UndefOr[MotionGraphicsDeactivateScheduleActionSettings]\n    var PauseStateSettings: js.UndefOr[PauseStateScheduleActionSettings]\n    var Scte35ReturnToNetworkSettings: js.UndefOr[Scte35ReturnToNetworkScheduleActionSettings]\n    var Scte35SpliceInsertSettings: js.UndefOr[Scte35SpliceInsertScheduleActionSettings]\n    var Scte35TimeSignalSettings: js.UndefOr[Scte35TimeSignalScheduleActionSettings]\n    var StaticImageActivateSettings: js.UndefOr[StaticImageActivateScheduleActionSettings]\n    var StaticImageDeactivateSettings: js.UndefOr[StaticImageDeactivateScheduleActionSettings]\n  }\n\n  object ScheduleActionSettings {\n    @inline\n    def apply(\n        HlsId3SegmentTaggingSettings: js.UndefOr[HlsId3SegmentTaggingScheduleActionSettings] = js.undefined,\n        HlsTimedMetadataSettings: js.UndefOr[HlsTimedMetadataScheduleActionSettings] = js.undefined,\n        InputPrepareSettings: js.UndefOr[InputPrepareScheduleActionSettings] = js.undefined,\n        InputSwitchSettings: js.UndefOr[InputSwitchScheduleActionSettings] = js.undefined,\n        MotionGraphicsImageActivateSettings: js.UndefOr[MotionGraphicsActivateScheduleActionSettings] = js.undefined,\n        MotionGraphicsImageDeactivateSettings: js.UndefOr[MotionGraphicsDeactivateScheduleActionSettings] = js.undefined,\n        PauseStateSettings: js.UndefOr[PauseStateScheduleActionSettings] = js.undefined,\n        Scte35ReturnToNetworkSettings: js.UndefOr[Scte35ReturnToNetworkScheduleActionSettings] = js.undefined,\n        Scte35SpliceInsertSettings: js.UndefOr[Scte35SpliceInsertScheduleActionSettings] = js.undefined,\n        Scte35TimeSignalSettings: js.UndefOr[Scte35TimeSignalScheduleActionSettings] = js.undefined,\n        StaticImageActivateSettings: js.UndefOr[StaticImageActivateScheduleActionSettings] = js.undefined,\n        StaticImageDeactivateSettings: js.UndefOr[StaticImageDeactivateScheduleActionSettings] = js.undefined\n    ): ScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      HlsId3SegmentTaggingSettings.foreach(__v => __obj.updateDynamic(\"HlsId3SegmentTaggingSettings\")(__v.asInstanceOf[js.Any]))\n      HlsTimedMetadataSettings.foreach(__v => __obj.updateDynamic(\"HlsTimedMetadataSettings\")(__v.asInstanceOf[js.Any]))\n      InputPrepareSettings.foreach(__v => __obj.updateDynamic(\"InputPrepareSettings\")(__v.asInstanceOf[js.Any]))\n      InputSwitchSettings.foreach(__v => __obj.updateDynamic(\"InputSwitchSettings\")(__v.asInstanceOf[js.Any]))\n      MotionGraphicsImageActivateSettings.foreach(__v => __obj.updateDynamic(\"MotionGraphicsImageActivateSettings\")(__v.asInstanceOf[js.Any]))\n      MotionGraphicsImageDeactivateSettings.foreach(__v => __obj.updateDynamic(\"MotionGraphicsImageDeactivateSettings\")(__v.asInstanceOf[js.Any]))\n      PauseStateSettings.foreach(__v => __obj.updateDynamic(\"PauseStateSettings\")(__v.asInstanceOf[js.Any]))\n      Scte35ReturnToNetworkSettings.foreach(__v => __obj.updateDynamic(\"Scte35ReturnToNetworkSettings\")(__v.asInstanceOf[js.Any]))\n      Scte35SpliceInsertSettings.foreach(__v => __obj.updateDynamic(\"Scte35SpliceInsertSettings\")(__v.asInstanceOf[js.Any]))\n      Scte35TimeSignalSettings.foreach(__v => __obj.updateDynamic(\"Scte35TimeSignalSettings\")(__v.asInstanceOf[js.Any]))\n      StaticImageActivateSettings.foreach(__v => __obj.updateDynamic(\"StaticImageActivateSettings\")(__v.asInstanceOf[js.Any]))\n      StaticImageDeactivateSettings.foreach(__v => __obj.updateDynamic(\"StaticImageDeactivateSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScheduleActionSettings]\n    }\n  }\n\n  \/** Settings to specify when an action should occur. Only one of the options must be selected.\n    *\/\n  @js.native\n  trait ScheduleActionStartSettings extends js.Object {\n    var FixedModeScheduleActionStartSettings: js.UndefOr[FixedModeScheduleActionStartSettings]\n    var FollowModeScheduleActionStartSettings: js.UndefOr[FollowModeScheduleActionStartSettings]\n    var ImmediateModeScheduleActionStartSettings: js.UndefOr[ImmediateModeScheduleActionStartSettings]\n  }\n\n  object ScheduleActionStartSettings {\n    @inline\n    def apply(\n        FixedModeScheduleActionStartSettings: js.UndefOr[FixedModeScheduleActionStartSettings] = js.undefined,\n        FollowModeScheduleActionStartSettings: js.UndefOr[FollowModeScheduleActionStartSettings] = js.undefined,\n        ImmediateModeScheduleActionStartSettings: js.UndefOr[ImmediateModeScheduleActionStartSettings] = js.undefined\n    ): ScheduleActionStartSettings = {\n      val __obj = js.Dynamic.literal()\n      FixedModeScheduleActionStartSettings.foreach(__v => __obj.updateDynamic(\"FixedModeScheduleActionStartSettings\")(__v.asInstanceOf[js.Any]))\n      FollowModeScheduleActionStartSettings.foreach(__v => __obj.updateDynamic(\"FollowModeScheduleActionStartSettings\")(__v.asInstanceOf[js.Any]))\n      ImmediateModeScheduleActionStartSettings.foreach(__v => __obj.updateDynamic(\"ImmediateModeScheduleActionStartSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScheduleActionStartSettings]\n    }\n  }\n\n  \/** Scte20 Convert608 To708\n    *\/\n  @js.native\n  sealed trait Scte20Convert608To708 extends js.Any\n  object Scte20Convert608To708 {\n    val DISABLED = \"DISABLED\".asInstanceOf[Scte20Convert608To708]\n    val UPCONVERT = \"UPCONVERT\".asInstanceOf[Scte20Convert608To708]\n\n    @inline def values = js.Array(DISABLED, UPCONVERT)\n  }\n\n  \/** Scte20 Plus Embedded Destination Settings\n    *\/\n  @js.native\n  trait Scte20PlusEmbeddedDestinationSettings extends js.Object\n\n  object Scte20PlusEmbeddedDestinationSettings {\n    @inline\n    def apply(): Scte20PlusEmbeddedDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[Scte20PlusEmbeddedDestinationSettings]\n    }\n  }\n\n  \/** Scte20 Source Settings\n    *\/\n  @js.native\n  trait Scte20SourceSettings extends js.Object {\n    var Convert608To708: js.UndefOr[Scte20Convert608To708]\n    var Source608ChannelNumber: js.UndefOr[__integerMin1Max4]\n  }\n\n  object Scte20SourceSettings {\n    @inline\n    def apply(\n        Convert608To708: js.UndefOr[Scte20Convert608To708] = js.undefined,\n        Source608ChannelNumber: js.UndefOr[__integerMin1Max4] = js.undefined\n    ): Scte20SourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Convert608To708.foreach(__v => __obj.updateDynamic(\"Convert608To708\")(__v.asInstanceOf[js.Any]))\n      Source608ChannelNumber.foreach(__v => __obj.updateDynamic(\"Source608ChannelNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte20SourceSettings]\n    }\n  }\n\n  \/** Scte27 Destination Settings\n    *\/\n  @js.native\n  trait Scte27DestinationSettings extends js.Object\n\n  object Scte27DestinationSettings {\n    @inline\n    def apply(): Scte27DestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[Scte27DestinationSettings]\n    }\n  }\n\n  \/** Scte27 Source Settings\n    *\/\n  @js.native\n  trait Scte27SourceSettings extends js.Object {\n    var Pid: js.UndefOr[__integerMin1]\n  }\n\n  object Scte27SourceSettings {\n    @inline\n    def apply(\n        Pid: js.UndefOr[__integerMin1] = js.undefined\n    ): Scte27SourceSettings = {\n      val __obj = js.Dynamic.literal()\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte27SourceSettings]\n    }\n  }\n\n  \/** Scte35 Apos No Regional Blackout Behavior\n    *\/\n  @js.native\n  sealed trait Scte35AposNoRegionalBlackoutBehavior extends js.Any\n  object Scte35AposNoRegionalBlackoutBehavior {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[Scte35AposNoRegionalBlackoutBehavior]\n    val IGNORE = \"IGNORE\".asInstanceOf[Scte35AposNoRegionalBlackoutBehavior]\n\n    @inline def values = js.Array(FOLLOW, IGNORE)\n  }\n\n  \/** Scte35 Apos Web Delivery Allowed Behavior\n    *\/\n  @js.native\n  sealed trait Scte35AposWebDeliveryAllowedBehavior extends js.Any\n  object Scte35AposWebDeliveryAllowedBehavior {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[Scte35AposWebDeliveryAllowedBehavior]\n    val IGNORE = \"IGNORE\".asInstanceOf[Scte35AposWebDeliveryAllowedBehavior]\n\n    @inline def values = js.Array(FOLLOW, IGNORE)\n  }\n\n  \/** Corresponds to the archive_allowed parameter. A value of ARCHIVE_NOT_ALLOWED corresponds to 0 (false) in the SCTE-35 specification. If you include one of the \"restriction\" flags then you must include all four of them.\n    *\/\n  @js.native\n  sealed trait Scte35ArchiveAllowedFlag extends js.Any\n  object Scte35ArchiveAllowedFlag {\n    val ARCHIVE_NOT_ALLOWED = \"ARCHIVE_NOT_ALLOWED\".asInstanceOf[Scte35ArchiveAllowedFlag]\n    val ARCHIVE_ALLOWED = \"ARCHIVE_ALLOWED\".asInstanceOf[Scte35ArchiveAllowedFlag]\n\n    @inline def values = js.Array(ARCHIVE_NOT_ALLOWED, ARCHIVE_ALLOWED)\n  }\n\n  \/** Corresponds to SCTE-35 delivery_not_restricted_flag parameter. To declare delivery restrictions, include this element and its four \"restriction\" flags. To declare that there are no restrictions, omit this element.\n    *\/\n  @js.native\n  trait Scte35DeliveryRestrictions extends js.Object {\n    var ArchiveAllowedFlag: Scte35ArchiveAllowedFlag\n    var DeviceRestrictions: Scte35DeviceRestrictions\n    var NoRegionalBlackoutFlag: Scte35NoRegionalBlackoutFlag\n    var WebDeliveryAllowedFlag: Scte35WebDeliveryAllowedFlag\n  }\n\n  object Scte35DeliveryRestrictions {\n    @inline\n    def apply(\n        ArchiveAllowedFlag: Scte35ArchiveAllowedFlag,\n        DeviceRestrictions: Scte35DeviceRestrictions,\n        NoRegionalBlackoutFlag: Scte35NoRegionalBlackoutFlag,\n        WebDeliveryAllowedFlag: Scte35WebDeliveryAllowedFlag\n    ): Scte35DeliveryRestrictions = {\n      val __obj = js.Dynamic.literal(\n        \"ArchiveAllowedFlag\" -> ArchiveAllowedFlag.asInstanceOf[js.Any],\n        \"DeviceRestrictions\" -> DeviceRestrictions.asInstanceOf[js.Any],\n        \"NoRegionalBlackoutFlag\" -> NoRegionalBlackoutFlag.asInstanceOf[js.Any],\n        \"WebDeliveryAllowedFlag\" -> WebDeliveryAllowedFlag.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Scte35DeliveryRestrictions]\n    }\n  }\n\n  \/** Holds one set of SCTE-35 Descriptor Settings.\n    *\/\n  @js.native\n  trait Scte35Descriptor extends js.Object {\n    var Scte35DescriptorSettings: Scte35DescriptorSettings\n  }\n\n  object Scte35Descriptor {\n    @inline\n    def apply(\n        Scte35DescriptorSettings: Scte35DescriptorSettings\n    ): Scte35Descriptor = {\n      val __obj = js.Dynamic.literal(\n        \"Scte35DescriptorSettings\" -> Scte35DescriptorSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Scte35Descriptor]\n    }\n  }\n\n  \/** SCTE-35 Descriptor settings.\n    *\/\n  @js.native\n  trait Scte35DescriptorSettings extends js.Object {\n    var SegmentationDescriptorScte35DescriptorSettings: Scte35SegmentationDescriptor\n  }\n\n  object Scte35DescriptorSettings {\n    @inline\n    def apply(\n        SegmentationDescriptorScte35DescriptorSettings: Scte35SegmentationDescriptor\n    ): Scte35DescriptorSettings = {\n      val __obj = js.Dynamic.literal(\n        \"SegmentationDescriptorScte35DescriptorSettings\" -> SegmentationDescriptorScte35DescriptorSettings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Scte35DescriptorSettings]\n    }\n  }\n\n  \/** Corresponds to the device_restrictions parameter in a segmentation_descriptor. If you include one of the \"restriction\" flags then you must include all four of them.\n    *\/\n  @js.native\n  sealed trait Scte35DeviceRestrictions extends js.Any\n  object Scte35DeviceRestrictions {\n    val NONE = \"NONE\".asInstanceOf[Scte35DeviceRestrictions]\n    val RESTRICT_GROUP0 = \"RESTRICT_GROUP0\".asInstanceOf[Scte35DeviceRestrictions]\n    val RESTRICT_GROUP1 = \"RESTRICT_GROUP1\".asInstanceOf[Scte35DeviceRestrictions]\n    val RESTRICT_GROUP2 = \"RESTRICT_GROUP2\".asInstanceOf[Scte35DeviceRestrictions]\n\n    @inline def values = js.Array(NONE, RESTRICT_GROUP0, RESTRICT_GROUP1, RESTRICT_GROUP2)\n  }\n\n  \/** Corresponds to the no_regional_blackout_flag parameter. A value of REGIONAL_BLACKOUT corresponds to 0 (false) in the SCTE-35 specification. If you include one of the \"restriction\" flags then you must include all four of them.\n    *\/\n  @js.native\n  sealed trait Scte35NoRegionalBlackoutFlag extends js.Any\n  object Scte35NoRegionalBlackoutFlag {\n    val REGIONAL_BLACKOUT = \"REGIONAL_BLACKOUT\".asInstanceOf[Scte35NoRegionalBlackoutFlag]\n    val NO_REGIONAL_BLACKOUT = \"NO_REGIONAL_BLACKOUT\".asInstanceOf[Scte35NoRegionalBlackoutFlag]\n\n    @inline def values = js.Array(REGIONAL_BLACKOUT, NO_REGIONAL_BLACKOUT)\n  }\n\n  \/** Settings for a SCTE-35 return_to_network message.\n    *\/\n  @js.native\n  trait Scte35ReturnToNetworkScheduleActionSettings extends js.Object {\n    var SpliceEventId: __longMin0Max4294967295\n  }\n\n  object Scte35ReturnToNetworkScheduleActionSettings {\n    @inline\n    def apply(\n        SpliceEventId: __longMin0Max4294967295\n    ): Scte35ReturnToNetworkScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"SpliceEventId\" -> SpliceEventId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Scte35ReturnToNetworkScheduleActionSettings]\n    }\n  }\n\n  \/** Corresponds to SCTE-35 segmentation_event_cancel_indicator. SEGMENTATION_EVENT_NOT_CANCELED corresponds to 0 in the SCTE-35 specification and indicates that this is an insertion request. SEGMENTATION_EVENT_CANCELED corresponds to 1 in the SCTE-35 specification and indicates that this is a cancelation request, in which case complete this field and the existing event ID to cancel.\n    *\/\n  @js.native\n  sealed trait Scte35SegmentationCancelIndicator extends js.Any\n  object Scte35SegmentationCancelIndicator {\n    val SEGMENTATION_EVENT_NOT_CANCELED = \"SEGMENTATION_EVENT_NOT_CANCELED\".asInstanceOf[Scte35SegmentationCancelIndicator]\n    val SEGMENTATION_EVENT_CANCELED = \"SEGMENTATION_EVENT_CANCELED\".asInstanceOf[Scte35SegmentationCancelIndicator]\n\n    @inline def values = js.Array(SEGMENTATION_EVENT_NOT_CANCELED, SEGMENTATION_EVENT_CANCELED)\n  }\n\n  \/** Corresponds to SCTE-35 segmentation_descriptor.\n    *\/\n  @js.native\n  trait Scte35SegmentationDescriptor extends js.Object {\n    var SegmentationCancelIndicator: Scte35SegmentationCancelIndicator\n    var SegmentationEventId: __longMin0Max4294967295\n    var DeliveryRestrictions: js.UndefOr[Scte35DeliveryRestrictions]\n    var SegmentNum: js.UndefOr[__integerMin0Max255]\n    var SegmentationDuration: js.UndefOr[__longMin0Max1099511627775]\n    var SegmentationTypeId: js.UndefOr[__integerMin0Max255]\n    var SegmentationUpid: js.UndefOr[__string]\n    var SegmentationUpidType: js.UndefOr[__integerMin0Max255]\n    var SegmentsExpected: js.UndefOr[__integerMin0Max255]\n    var SubSegmentNum: js.UndefOr[__integerMin0Max255]\n    var SubSegmentsExpected: js.UndefOr[__integerMin0Max255]\n  }\n\n  object Scte35SegmentationDescriptor {\n    @inline\n    def apply(\n        SegmentationCancelIndicator: Scte35SegmentationCancelIndicator,\n        SegmentationEventId: __longMin0Max4294967295,\n        DeliveryRestrictions: js.UndefOr[Scte35DeliveryRestrictions] = js.undefined,\n        SegmentNum: js.UndefOr[__integerMin0Max255] = js.undefined,\n        SegmentationDuration: js.UndefOr[__longMin0Max1099511627775] = js.undefined,\n        SegmentationTypeId: js.UndefOr[__integerMin0Max255] = js.undefined,\n        SegmentationUpid: js.UndefOr[__string] = js.undefined,\n        SegmentationUpidType: js.UndefOr[__integerMin0Max255] = js.undefined,\n        SegmentsExpected: js.UndefOr[__integerMin0Max255] = js.undefined,\n        SubSegmentNum: js.UndefOr[__integerMin0Max255] = js.undefined,\n        SubSegmentsExpected: js.UndefOr[__integerMin0Max255] = js.undefined\n    ): Scte35SegmentationDescriptor = {\n      val __obj = js.Dynamic.literal(\n        \"SegmentationCancelIndicator\" -> SegmentationCancelIndicator.asInstanceOf[js.Any],\n        \"SegmentationEventId\" -> SegmentationEventId.asInstanceOf[js.Any]\n      )\n\n      DeliveryRestrictions.foreach(__v => __obj.updateDynamic(\"DeliveryRestrictions\")(__v.asInstanceOf[js.Any]))\n      SegmentNum.foreach(__v => __obj.updateDynamic(\"SegmentNum\")(__v.asInstanceOf[js.Any]))\n      SegmentationDuration.foreach(__v => __obj.updateDynamic(\"SegmentationDuration\")(__v.asInstanceOf[js.Any]))\n      SegmentationTypeId.foreach(__v => __obj.updateDynamic(\"SegmentationTypeId\")(__v.asInstanceOf[js.Any]))\n      SegmentationUpid.foreach(__v => __obj.updateDynamic(\"SegmentationUpid\")(__v.asInstanceOf[js.Any]))\n      SegmentationUpidType.foreach(__v => __obj.updateDynamic(\"SegmentationUpidType\")(__v.asInstanceOf[js.Any]))\n      SegmentsExpected.foreach(__v => __obj.updateDynamic(\"SegmentsExpected\")(__v.asInstanceOf[js.Any]))\n      SubSegmentNum.foreach(__v => __obj.updateDynamic(\"SubSegmentNum\")(__v.asInstanceOf[js.Any]))\n      SubSegmentsExpected.foreach(__v => __obj.updateDynamic(\"SubSegmentsExpected\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte35SegmentationDescriptor]\n    }\n  }\n\n  \/** Scte35 Splice Insert\n    *\/\n  @js.native\n  trait Scte35SpliceInsert extends js.Object {\n    var AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000]\n    var NoRegionalBlackoutFlag: js.UndefOr[Scte35SpliceInsertNoRegionalBlackoutBehavior]\n    var WebDeliveryAllowedFlag: js.UndefOr[Scte35SpliceInsertWebDeliveryAllowedBehavior]\n  }\n\n  object Scte35SpliceInsert {\n    @inline\n    def apply(\n        AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000] = js.undefined,\n        NoRegionalBlackoutFlag: js.UndefOr[Scte35SpliceInsertNoRegionalBlackoutBehavior] = js.undefined,\n        WebDeliveryAllowedFlag: js.UndefOr[Scte35SpliceInsertWebDeliveryAllowedBehavior] = js.undefined\n    ): Scte35SpliceInsert = {\n      val __obj = js.Dynamic.literal()\n      AdAvailOffset.foreach(__v => __obj.updateDynamic(\"AdAvailOffset\")(__v.asInstanceOf[js.Any]))\n      NoRegionalBlackoutFlag.foreach(__v => __obj.updateDynamic(\"NoRegionalBlackoutFlag\")(__v.asInstanceOf[js.Any]))\n      WebDeliveryAllowedFlag.foreach(__v => __obj.updateDynamic(\"WebDeliveryAllowedFlag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte35SpliceInsert]\n    }\n  }\n\n  \/** Scte35 Splice Insert No Regional Blackout Behavior\n    *\/\n  @js.native\n  sealed trait Scte35SpliceInsertNoRegionalBlackoutBehavior extends js.Any\n  object Scte35SpliceInsertNoRegionalBlackoutBehavior {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[Scte35SpliceInsertNoRegionalBlackoutBehavior]\n    val IGNORE = \"IGNORE\".asInstanceOf[Scte35SpliceInsertNoRegionalBlackoutBehavior]\n\n    @inline def values = js.Array(FOLLOW, IGNORE)\n  }\n\n  \/** Settings for a SCTE-35 splice_insert message.\n    *\/\n  @js.native\n  trait Scte35SpliceInsertScheduleActionSettings extends js.Object {\n    var SpliceEventId: __longMin0Max4294967295\n    var Duration: js.UndefOr[__longMin0Max8589934591]\n  }\n\n  object Scte35SpliceInsertScheduleActionSettings {\n    @inline\n    def apply(\n        SpliceEventId: __longMin0Max4294967295,\n        Duration: js.UndefOr[__longMin0Max8589934591] = js.undefined\n    ): Scte35SpliceInsertScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"SpliceEventId\" -> SpliceEventId.asInstanceOf[js.Any]\n      )\n\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte35SpliceInsertScheduleActionSettings]\n    }\n  }\n\n  \/** Scte35 Splice Insert Web Delivery Allowed Behavior\n    *\/\n  @js.native\n  sealed trait Scte35SpliceInsertWebDeliveryAllowedBehavior extends js.Any\n  object Scte35SpliceInsertWebDeliveryAllowedBehavior {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[Scte35SpliceInsertWebDeliveryAllowedBehavior]\n    val IGNORE = \"IGNORE\".asInstanceOf[Scte35SpliceInsertWebDeliveryAllowedBehavior]\n\n    @inline def values = js.Array(FOLLOW, IGNORE)\n  }\n\n  \/** Scte35 Time Signal Apos\n    *\/\n  @js.native\n  trait Scte35TimeSignalApos extends js.Object {\n    var AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000]\n    var NoRegionalBlackoutFlag: js.UndefOr[Scte35AposNoRegionalBlackoutBehavior]\n    var WebDeliveryAllowedFlag: js.UndefOr[Scte35AposWebDeliveryAllowedBehavior]\n  }\n\n  object Scte35TimeSignalApos {\n    @inline\n    def apply(\n        AdAvailOffset: js.UndefOr[__integerMinNegative1000Max1000] = js.undefined,\n        NoRegionalBlackoutFlag: js.UndefOr[Scte35AposNoRegionalBlackoutBehavior] = js.undefined,\n        WebDeliveryAllowedFlag: js.UndefOr[Scte35AposWebDeliveryAllowedBehavior] = js.undefined\n    ): Scte35TimeSignalApos = {\n      val __obj = js.Dynamic.literal()\n      AdAvailOffset.foreach(__v => __obj.updateDynamic(\"AdAvailOffset\")(__v.asInstanceOf[js.Any]))\n      NoRegionalBlackoutFlag.foreach(__v => __obj.updateDynamic(\"NoRegionalBlackoutFlag\")(__v.asInstanceOf[js.Any]))\n      WebDeliveryAllowedFlag.foreach(__v => __obj.updateDynamic(\"WebDeliveryAllowedFlag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Scte35TimeSignalApos]\n    }\n  }\n\n  \/** Settings for a SCTE-35 time_signal.\n    *\/\n  @js.native\n  trait Scte35TimeSignalScheduleActionSettings extends js.Object {\n    var Scte35Descriptors: __listOfScte35Descriptor\n  }\n\n  object Scte35TimeSignalScheduleActionSettings {\n    @inline\n    def apply(\n        Scte35Descriptors: __listOfScte35Descriptor\n    ): Scte35TimeSignalScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Scte35Descriptors\" -> Scte35Descriptors.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Scte35TimeSignalScheduleActionSettings]\n    }\n  }\n\n  \/** Corresponds to the web_delivery_allowed_flag parameter. A value of WEB_DELIVERY_NOT_ALLOWED corresponds to 0 (false) in the SCTE-35 specification. If you include one of the \"restriction\" flags then you must include all four of them.\n    *\/\n  @js.native\n  sealed trait Scte35WebDeliveryAllowedFlag extends js.Any\n  object Scte35WebDeliveryAllowedFlag {\n    val WEB_DELIVERY_NOT_ALLOWED = \"WEB_DELIVERY_NOT_ALLOWED\".asInstanceOf[Scte35WebDeliveryAllowedFlag]\n    val WEB_DELIVERY_ALLOWED = \"WEB_DELIVERY_ALLOWED\".asInstanceOf[Scte35WebDeliveryAllowedFlag]\n\n    @inline def values = js.Array(WEB_DELIVERY_NOT_ALLOWED, WEB_DELIVERY_ALLOWED)\n  }\n\n  \/** Smooth Group Audio Only Timecode Control\n    *\/\n  @js.native\n  sealed trait SmoothGroupAudioOnlyTimecodeControl extends js.Any\n  object SmoothGroupAudioOnlyTimecodeControl {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[SmoothGroupAudioOnlyTimecodeControl]\n    val USE_CONFIGURED_CLOCK = \"USE_CONFIGURED_CLOCK\".asInstanceOf[SmoothGroupAudioOnlyTimecodeControl]\n\n    @inline def values = js.Array(PASSTHROUGH, USE_CONFIGURED_CLOCK)\n  }\n\n  \/** Smooth Group Certificate Mode\n    *\/\n  @js.native\n  sealed trait SmoothGroupCertificateMode extends js.Any\n  object SmoothGroupCertificateMode {\n    val SELF_SIGNED = \"SELF_SIGNED\".asInstanceOf[SmoothGroupCertificateMode]\n    val VERIFY_AUTHENTICITY = \"VERIFY_AUTHENTICITY\".asInstanceOf[SmoothGroupCertificateMode]\n\n    @inline def values = js.Array(SELF_SIGNED, VERIFY_AUTHENTICITY)\n  }\n\n  \/** Smooth Group Event Id Mode\n    *\/\n  @js.native\n  sealed trait SmoothGroupEventIdMode extends js.Any\n  object SmoothGroupEventIdMode {\n    val NO_EVENT_ID = \"NO_EVENT_ID\".asInstanceOf[SmoothGroupEventIdMode]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[SmoothGroupEventIdMode]\n    val USE_TIMESTAMP = \"USE_TIMESTAMP\".asInstanceOf[SmoothGroupEventIdMode]\n\n    @inline def values = js.Array(NO_EVENT_ID, USE_CONFIGURED, USE_TIMESTAMP)\n  }\n\n  \/** Smooth Group Event Stop Behavior\n    *\/\n  @js.native\n  sealed trait SmoothGroupEventStopBehavior extends js.Any\n  object SmoothGroupEventStopBehavior {\n    val NONE = \"NONE\".asInstanceOf[SmoothGroupEventStopBehavior]\n    val SEND_EOS = \"SEND_EOS\".asInstanceOf[SmoothGroupEventStopBehavior]\n\n    @inline def values = js.Array(NONE, SEND_EOS)\n  }\n\n  \/** Smooth Group Segmentation Mode\n    *\/\n  @js.native\n  sealed trait SmoothGroupSegmentationMode extends js.Any\n  object SmoothGroupSegmentationMode {\n    val USE_INPUT_SEGMENTATION = \"USE_INPUT_SEGMENTATION\".asInstanceOf[SmoothGroupSegmentationMode]\n    val USE_SEGMENT_DURATION = \"USE_SEGMENT_DURATION\".asInstanceOf[SmoothGroupSegmentationMode]\n\n    @inline def values = js.Array(USE_INPUT_SEGMENTATION, USE_SEGMENT_DURATION)\n  }\n\n  \/** Smooth Group Sparse Track Type\n    *\/\n  @js.native\n  sealed trait SmoothGroupSparseTrackType extends js.Any\n  object SmoothGroupSparseTrackType {\n    val NONE = \"NONE\".asInstanceOf[SmoothGroupSparseTrackType]\n    val SCTE_35 = \"SCTE_35\".asInstanceOf[SmoothGroupSparseTrackType]\n    val SCTE_35_WITHOUT_SEGMENTATION = \"SCTE_35_WITHOUT_SEGMENTATION\".asInstanceOf[SmoothGroupSparseTrackType]\n\n    @inline def values = js.Array(NONE, SCTE_35, SCTE_35_WITHOUT_SEGMENTATION)\n  }\n\n  \/** Smooth Group Stream Manifest Behavior\n    *\/\n  @js.native\n  sealed trait SmoothGroupStreamManifestBehavior extends js.Any\n  object SmoothGroupStreamManifestBehavior {\n    val DO_NOT_SEND = \"DO_NOT_SEND\".asInstanceOf[SmoothGroupStreamManifestBehavior]\n    val SEND = \"SEND\".asInstanceOf[SmoothGroupStreamManifestBehavior]\n\n    @inline def values = js.Array(DO_NOT_SEND, SEND)\n  }\n\n  \/** Smooth Group Timestamp Offset Mode\n    *\/\n  @js.native\n  sealed trait SmoothGroupTimestampOffsetMode extends js.Any\n  object SmoothGroupTimestampOffsetMode {\n    val USE_CONFIGURED_OFFSET = \"USE_CONFIGURED_OFFSET\".asInstanceOf[SmoothGroupTimestampOffsetMode]\n    val USE_EVENT_START_DATE = \"USE_EVENT_START_DATE\".asInstanceOf[SmoothGroupTimestampOffsetMode]\n\n    @inline def values = js.Array(USE_CONFIGURED_OFFSET, USE_EVENT_START_DATE)\n  }\n\n  \/** Smpte2038 Data Preference\n    *\/\n  @js.native\n  sealed trait Smpte2038DataPreference extends js.Any\n  object Smpte2038DataPreference {\n    val IGNORE = \"IGNORE\".asInstanceOf[Smpte2038DataPreference]\n    val PREFER = \"PREFER\".asInstanceOf[Smpte2038DataPreference]\n\n    @inline def values = js.Array(IGNORE, PREFER)\n  }\n\n  \/** Smpte Tt Destination Settings\n    *\/\n  @js.native\n  trait SmpteTtDestinationSettings extends js.Object\n\n  object SmpteTtDestinationSettings {\n    @inline\n    def apply(): SmpteTtDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SmpteTtDestinationSettings]\n    }\n  }\n\n  \/** Standard Hls Settings\n    *\/\n  @js.native\n  trait StandardHlsSettings extends js.Object {\n    var M3u8Settings: M3u8Settings\n    var AudioRenditionSets: js.UndefOr[__string]\n  }\n\n  object StandardHlsSettings {\n    @inline\n    def apply(\n        M3u8Settings: M3u8Settings,\n        AudioRenditionSets: js.UndefOr[__string] = js.undefined\n    ): StandardHlsSettings = {\n      val __obj = js.Dynamic.literal(\n        \"M3u8Settings\" -> M3u8Settings.asInstanceOf[js.Any]\n      )\n\n      AudioRenditionSets.foreach(__v => __obj.updateDynamic(\"AudioRenditionSets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StandardHlsSettings]\n    }\n  }\n\n  \/** Placeholder documentation for StartChannelRequest\n    *\/\n  @js.native\n  trait StartChannelRequest extends js.Object {\n    var ChannelId: __string\n  }\n\n  object StartChannelRequest {\n    @inline\n    def apply(\n        ChannelId: __string\n    ): StartChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for StartChannelResponse\n    *\/\n  @js.native\n  trait StartChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelineDetails: js.UndefOr[__listOfPipelineDetail]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object StartChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfPipelineDetail] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): StartChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartChannelResponse]\n    }\n  }\n\n  \/** Placeholder documentation for StartMultiplexRequest\n    *\/\n  @js.native\n  trait StartMultiplexRequest extends js.Object {\n    var MultiplexId: __string\n  }\n\n  object StartMultiplexRequest {\n    @inline\n    def apply(\n        MultiplexId: __string\n    ): StartMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for StartMultiplexResponse\n    *\/\n  @js.native\n  trait StartMultiplexResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfMultiplexOutputDestination]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object StartMultiplexResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfMultiplexOutputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): StartMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMultiplexResponse]\n    }\n  }\n\n  \/** Settings to identify the start of the clip.\n    *\/\n  @js.native\n  trait StartTimecode extends js.Object {\n    var Timecode: js.UndefOr[__string]\n  }\n\n  object StartTimecode {\n    @inline\n    def apply(\n        Timecode: js.UndefOr[__string] = js.undefined\n    ): StartTimecode = {\n      val __obj = js.Dynamic.literal()\n      Timecode.foreach(__v => __obj.updateDynamic(\"Timecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTimecode]\n    }\n  }\n\n  \/** Settings for the action to activate a static image.\n    *\/\n  @js.native\n  trait StaticImageActivateScheduleActionSettings extends js.Object {\n    var Image: InputLocation\n    var Duration: js.UndefOr[__integerMin0]\n    var FadeIn: js.UndefOr[__integerMin0]\n    var FadeOut: js.UndefOr[__integerMin0]\n    var Height: js.UndefOr[__integerMin1]\n    var ImageX: js.UndefOr[__integerMin0]\n    var ImageY: js.UndefOr[__integerMin0]\n    var Layer: js.UndefOr[__integerMin0Max7]\n    var Opacity: js.UndefOr[__integerMin0Max100]\n    var Width: js.UndefOr[__integerMin1]\n  }\n\n  object StaticImageActivateScheduleActionSettings {\n    @inline\n    def apply(\n        Image: InputLocation,\n        Duration: js.UndefOr[__integerMin0] = js.undefined,\n        FadeIn: js.UndefOr[__integerMin0] = js.undefined,\n        FadeOut: js.UndefOr[__integerMin0] = js.undefined,\n        Height: js.UndefOr[__integerMin1] = js.undefined,\n        ImageX: js.UndefOr[__integerMin0] = js.undefined,\n        ImageY: js.UndefOr[__integerMin0] = js.undefined,\n        Layer: js.UndefOr[__integerMin0Max7] = js.undefined,\n        Opacity: js.UndefOr[__integerMin0Max100] = js.undefined,\n        Width: js.UndefOr[__integerMin1] = js.undefined\n    ): StaticImageActivateScheduleActionSettings = {\n      val __obj = js.Dynamic.literal(\n        \"Image\" -> Image.asInstanceOf[js.Any]\n      )\n\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FadeIn.foreach(__v => __obj.updateDynamic(\"FadeIn\")(__v.asInstanceOf[js.Any]))\n      FadeOut.foreach(__v => __obj.updateDynamic(\"FadeOut\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      ImageX.foreach(__v => __obj.updateDynamic(\"ImageX\")(__v.asInstanceOf[js.Any]))\n      ImageY.foreach(__v => __obj.updateDynamic(\"ImageY\")(__v.asInstanceOf[js.Any]))\n      Layer.foreach(__v => __obj.updateDynamic(\"Layer\")(__v.asInstanceOf[js.Any]))\n      Opacity.foreach(__v => __obj.updateDynamic(\"Opacity\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StaticImageActivateScheduleActionSettings]\n    }\n  }\n\n  \/** Settings for the action to deactivate the image in a specific layer.\n    *\/\n  @js.native\n  trait StaticImageDeactivateScheduleActionSettings extends js.Object {\n    var FadeOut: js.UndefOr[__integerMin0]\n    var Layer: js.UndefOr[__integerMin0Max7]\n  }\n\n  object StaticImageDeactivateScheduleActionSettings {\n    @inline\n    def apply(\n        FadeOut: js.UndefOr[__integerMin0] = js.undefined,\n        Layer: js.UndefOr[__integerMin0Max7] = js.undefined\n    ): StaticImageDeactivateScheduleActionSettings = {\n      val __obj = js.Dynamic.literal()\n      FadeOut.foreach(__v => __obj.updateDynamic(\"FadeOut\")(__v.asInstanceOf[js.Any]))\n      Layer.foreach(__v => __obj.updateDynamic(\"Layer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StaticImageDeactivateScheduleActionSettings]\n    }\n  }\n\n  \/** Static Key Settings\n    *\/\n  @js.native\n  trait StaticKeySettings extends js.Object {\n    var StaticKeyValue: __stringMin32Max32\n    var KeyProviderServer: js.UndefOr[InputLocation]\n  }\n\n  object StaticKeySettings {\n    @inline\n    def apply(\n        StaticKeyValue: __stringMin32Max32,\n        KeyProviderServer: js.UndefOr[InputLocation] = js.undefined\n    ): StaticKeySettings = {\n      val __obj = js.Dynamic.literal(\n        \"StaticKeyValue\" -> StaticKeyValue.asInstanceOf[js.Any]\n      )\n\n      KeyProviderServer.foreach(__v => __obj.updateDynamic(\"KeyProviderServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StaticKeySettings]\n    }\n  }\n\n  \/** Placeholder documentation for StopChannelRequest\n    *\/\n  @js.native\n  trait StopChannelRequest extends js.Object {\n    var ChannelId: __string\n  }\n\n  object StopChannelRequest {\n    @inline\n    def apply(\n        ChannelId: __string\n    ): StopChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for StopChannelResponse\n    *\/\n  @js.native\n  trait StopChannelResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var ChannelClass: js.UndefOr[ChannelClass]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var Id: js.UndefOr[__string]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var PipelineDetails: js.UndefOr[__listOfPipelineDetail]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var RoleArn: js.UndefOr[__string]\n    var State: js.UndefOr[ChannelState]\n    var Tags: js.UndefOr[Tags]\n    var Vpc: js.UndefOr[VpcOutputSettingsDescription]\n  }\n\n  object StopChannelResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        ChannelClass: js.UndefOr[ChannelClass] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EgressEndpoints: js.UndefOr[__listOfChannelEgressEndpoint] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelineDetails: js.UndefOr[__listOfPipelineDetail] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        State: js.UndefOr[ChannelState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        Vpc: js.UndefOr[VpcOutputSettingsDescription] = js.undefined\n    ): StopChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      ChannelClass.foreach(__v => __obj.updateDynamic(\"ChannelClass\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EgressEndpoints.foreach(__v => __obj.updateDynamic(\"EgressEndpoints\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelineDetails.foreach(__v => __obj.updateDynamic(\"PipelineDetails\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopChannelResponse]\n    }\n  }\n\n  \/** Placeholder documentation for StopMultiplexRequest\n    *\/\n  @js.native\n  trait StopMultiplexRequest extends js.Object {\n    var MultiplexId: __string\n  }\n\n  object StopMultiplexRequest {\n    @inline\n    def apply(\n        MultiplexId: __string\n    ): StopMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for StopMultiplexResponse\n    *\/\n  @js.native\n  trait StopMultiplexResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var Destinations: js.UndefOr[__listOfMultiplexOutputDestination]\n    var Id: js.UndefOr[__string]\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n    var PipelinesRunningCount: js.UndefOr[__integer]\n    var ProgramCount: js.UndefOr[__integer]\n    var State: js.UndefOr[MultiplexState]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object StopMultiplexResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        Destinations: js.UndefOr[__listOfMultiplexOutputDestination] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        PipelinesRunningCount: js.UndefOr[__integer] = js.undefined,\n        ProgramCount: js.UndefOr[__integer] = js.undefined,\n        State: js.UndefOr[MultiplexState] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): StopMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PipelinesRunningCount.foreach(__v => __obj.updateDynamic(\"PipelinesRunningCount\")(__v.asInstanceOf[js.Any]))\n      ProgramCount.foreach(__v => __obj.updateDynamic(\"ProgramCount\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopMultiplexResponse]\n    }\n  }\n\n  \/** Settings to identify the end of the clip.\n    *\/\n  @js.native\n  trait StopTimecode extends js.Object {\n    var LastFrameClippingBehavior: js.UndefOr[LastFrameClippingBehavior]\n    var Timecode: js.UndefOr[__string]\n  }\n\n  object StopTimecode {\n    @inline\n    def apply(\n        LastFrameClippingBehavior: js.UndefOr[LastFrameClippingBehavior] = js.undefined,\n        Timecode: js.UndefOr[__string] = js.undefined\n    ): StopTimecode = {\n      val __obj = js.Dynamic.literal()\n      LastFrameClippingBehavior.foreach(__v => __obj.updateDynamic(\"LastFrameClippingBehavior\")(__v.asInstanceOf[js.Any]))\n      Timecode.foreach(__v => __obj.updateDynamic(\"Timecode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopTimecode]\n    }\n  }\n\n  \/** Teletext Destination Settings\n    *\/\n  @js.native\n  trait TeletextDestinationSettings extends js.Object\n\n  object TeletextDestinationSettings {\n    @inline\n    def apply(): TeletextDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TeletextDestinationSettings]\n    }\n  }\n\n  \/** Teletext Source Settings\n    *\/\n  @js.native\n  trait TeletextSourceSettings extends js.Object {\n    var OutputRectangle: js.UndefOr[CaptionRectangle]\n    var PageNumber: js.UndefOr[__string]\n  }\n\n  object TeletextSourceSettings {\n    @inline\n    def apply(\n        OutputRectangle: js.UndefOr[CaptionRectangle] = js.undefined,\n        PageNumber: js.UndefOr[__string] = js.undefined\n    ): TeletextSourceSettings = {\n      val __obj = js.Dynamic.literal()\n      OutputRectangle.foreach(__v => __obj.updateDynamic(\"OutputRectangle\")(__v.asInstanceOf[js.Any]))\n      PageNumber.foreach(__v => __obj.updateDynamic(\"PageNumber\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TeletextSourceSettings]\n    }\n  }\n\n  \/** Temporal Filter Post Filter Sharpening\n    *\/\n  @js.native\n  sealed trait TemporalFilterPostFilterSharpening extends js.Any\n  object TemporalFilterPostFilterSharpening {\n    val AUTO = \"AUTO\".asInstanceOf[TemporalFilterPostFilterSharpening]\n    val DISABLED = \"DISABLED\".asInstanceOf[TemporalFilterPostFilterSharpening]\n    val ENABLED = \"ENABLED\".asInstanceOf[TemporalFilterPostFilterSharpening]\n\n    @inline def values = js.Array(AUTO, DISABLED, ENABLED)\n  }\n\n  \/** Temporal Filter Settings\n    *\/\n  @js.native\n  trait TemporalFilterSettings extends js.Object {\n    var PostFilterSharpening: js.UndefOr[TemporalFilterPostFilterSharpening]\n    var Strength: js.UndefOr[TemporalFilterStrength]\n  }\n\n  object TemporalFilterSettings {\n    @inline\n    def apply(\n        PostFilterSharpening: js.UndefOr[TemporalFilterPostFilterSharpening] = js.undefined,\n        Strength: js.UndefOr[TemporalFilterStrength] = js.undefined\n    ): TemporalFilterSettings = {\n      val __obj = js.Dynamic.literal()\n      PostFilterSharpening.foreach(__v => __obj.updateDynamic(\"PostFilterSharpening\")(__v.asInstanceOf[js.Any]))\n      Strength.foreach(__v => __obj.updateDynamic(\"Strength\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemporalFilterSettings]\n    }\n  }\n\n  \/** Temporal Filter Strength\n    *\/\n  @js.native\n  sealed trait TemporalFilterStrength extends js.Any\n  object TemporalFilterStrength {\n    val AUTO = \"AUTO\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_1 = \"STRENGTH_1\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_2 = \"STRENGTH_2\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_3 = \"STRENGTH_3\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_4 = \"STRENGTH_4\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_5 = \"STRENGTH_5\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_6 = \"STRENGTH_6\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_7 = \"STRENGTH_7\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_8 = \"STRENGTH_8\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_9 = \"STRENGTH_9\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_10 = \"STRENGTH_10\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_11 = \"STRENGTH_11\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_12 = \"STRENGTH_12\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_13 = \"STRENGTH_13\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_14 = \"STRENGTH_14\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_15 = \"STRENGTH_15\".asInstanceOf[TemporalFilterStrength]\n    val STRENGTH_16 = \"STRENGTH_16\".asInstanceOf[TemporalFilterStrength]\n\n    @inline def values = js.Array(\n      AUTO,\n      STRENGTH_1,\n      STRENGTH_2,\n      STRENGTH_3,\n      STRENGTH_4,\n      STRENGTH_5,\n      STRENGTH_6,\n      STRENGTH_7,\n      STRENGTH_8,\n      STRENGTH_9,\n      STRENGTH_10,\n      STRENGTH_11,\n      STRENGTH_12,\n      STRENGTH_13,\n      STRENGTH_14,\n      STRENGTH_15,\n      STRENGTH_16\n    )\n  }\n\n  \/** Timecode Config\n    *\/\n  @js.native\n  trait TimecodeConfig extends js.Object {\n    var Source: TimecodeConfigSource\n    var SyncThreshold: js.UndefOr[__integerMin1Max1000000]\n  }\n\n  object TimecodeConfig {\n    @inline\n    def apply(\n        Source: TimecodeConfigSource,\n        SyncThreshold: js.UndefOr[__integerMin1Max1000000] = js.undefined\n    ): TimecodeConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      SyncThreshold.foreach(__v => __obj.updateDynamic(\"SyncThreshold\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TimecodeConfig]\n    }\n  }\n\n  \/** Timecode Config Source\n    *\/\n  @js.native\n  sealed trait TimecodeConfigSource extends js.Any\n  object TimecodeConfigSource {\n    val EMBEDDED = \"EMBEDDED\".asInstanceOf[TimecodeConfigSource]\n    val SYSTEMCLOCK = \"SYSTEMCLOCK\".asInstanceOf[TimecodeConfigSource]\n    val ZEROBASED = \"ZEROBASED\".asInstanceOf[TimecodeConfigSource]\n\n    @inline def values = js.Array(EMBEDDED, SYSTEMCLOCK, ZEROBASED)\n  }\n\n  \/** A request to transfer an input device.\n    *\/\n  @js.native\n  trait TransferInputDeviceRequest extends js.Object {\n    var InputDeviceId: __string\n    var TargetCustomerId: js.UndefOr[__string]\n    var TargetRegion: js.UndefOr[__string]\n    var TransferMessage: js.UndefOr[__string]\n  }\n\n  object TransferInputDeviceRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string,\n        TargetCustomerId: js.UndefOr[__string] = js.undefined,\n        TargetRegion: js.UndefOr[__string] = js.undefined,\n        TransferMessage: js.UndefOr[__string] = js.undefined\n    ): TransferInputDeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n\n      TargetCustomerId.foreach(__v => __obj.updateDynamic(\"TargetCustomerId\")(__v.asInstanceOf[js.Any]))\n      TargetRegion.foreach(__v => __obj.updateDynamic(\"TargetRegion\")(__v.asInstanceOf[js.Any]))\n      TransferMessage.foreach(__v => __obj.updateDynamic(\"TransferMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransferInputDeviceRequest]\n    }\n  }\n\n  \/** Placeholder documentation for TransferInputDeviceResponse\n    *\/\n  @js.native\n  trait TransferInputDeviceResponse extends js.Object\n\n  object TransferInputDeviceResponse {\n    @inline\n    def apply(): TransferInputDeviceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TransferInputDeviceResponse]\n    }\n  }\n\n  \/** Details about the input device that is being transferred.\n    *\/\n  @js.native\n  trait TransferringInputDeviceSummary extends js.Object {\n    var Id: js.UndefOr[__string]\n    var Message: js.UndefOr[__string]\n    var TargetCustomerId: js.UndefOr[__string]\n    var TransferType: js.UndefOr[InputDeviceTransferType]\n  }\n\n  object TransferringInputDeviceSummary {\n    @inline\n    def apply(\n        Id: js.UndefOr[__string] = js.undefined,\n        Message: js.UndefOr[__string] = js.undefined,\n        TargetCustomerId: js.UndefOr[__string] = js.undefined,\n        TransferType: js.UndefOr[InputDeviceTransferType] = js.undefined\n    ): TransferringInputDeviceSummary = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      TargetCustomerId.foreach(__v => __obj.updateDynamic(\"TargetCustomerId\")(__v.asInstanceOf[js.Any]))\n      TransferType.foreach(__v => __obj.updateDynamic(\"TransferType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransferringInputDeviceSummary]\n    }\n  }\n\n  \/** Ttml Destination Settings\n    *\/\n  @js.native\n  trait TtmlDestinationSettings extends js.Object {\n    var StyleControl: js.UndefOr[TtmlDestinationStyleControl]\n  }\n\n  object TtmlDestinationSettings {\n    @inline\n    def apply(\n        StyleControl: js.UndefOr[TtmlDestinationStyleControl] = js.undefined\n    ): TtmlDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      StyleControl.foreach(__v => __obj.updateDynamic(\"StyleControl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TtmlDestinationSettings]\n    }\n  }\n\n  \/** Ttml Destination Style Control\n    *\/\n  @js.native\n  sealed trait TtmlDestinationStyleControl extends js.Any\n  object TtmlDestinationStyleControl {\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[TtmlDestinationStyleControl]\n    val USE_CONFIGURED = \"USE_CONFIGURED\".asInstanceOf[TtmlDestinationStyleControl]\n\n    @inline def values = js.Array(PASSTHROUGH, USE_CONFIGURED)\n  }\n\n  \/** Udp Container Settings\n    *\/\n  @js.native\n  trait UdpContainerSettings extends js.Object {\n    var M2tsSettings: js.UndefOr[M2tsSettings]\n  }\n\n  object UdpContainerSettings {\n    @inline\n    def apply(\n        M2tsSettings: js.UndefOr[M2tsSettings] = js.undefined\n    ): UdpContainerSettings = {\n      val __obj = js.Dynamic.literal()\n      M2tsSettings.foreach(__v => __obj.updateDynamic(\"M2tsSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UdpContainerSettings]\n    }\n  }\n\n  \/** Udp Group Settings\n    *\/\n  @js.native\n  trait UdpGroupSettings extends js.Object {\n    var InputLossAction: js.UndefOr[InputLossActionForUdpOut]\n    var TimedMetadataId3Frame: js.UndefOr[UdpTimedMetadataId3Frame]\n    var TimedMetadataId3Period: js.UndefOr[__integerMin0]\n  }\n\n  object UdpGroupSettings {\n    @inline\n    def apply(\n        InputLossAction: js.UndefOr[InputLossActionForUdpOut] = js.undefined,\n        TimedMetadataId3Frame: js.UndefOr[UdpTimedMetadataId3Frame] = js.undefined,\n        TimedMetadataId3Period: js.UndefOr[__integerMin0] = js.undefined\n    ): UdpGroupSettings = {\n      val __obj = js.Dynamic.literal()\n      InputLossAction.foreach(__v => __obj.updateDynamic(\"InputLossAction\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Frame.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Frame\")(__v.asInstanceOf[js.Any]))\n      TimedMetadataId3Period.foreach(__v => __obj.updateDynamic(\"TimedMetadataId3Period\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UdpGroupSettings]\n    }\n  }\n\n  \/** Udp Output Settings\n    *\/\n  @js.native\n  trait UdpOutputSettings extends js.Object {\n    var ContainerSettings: UdpContainerSettings\n    var Destination: OutputLocationRef\n    var BufferMsec: js.UndefOr[__integerMin0Max10000]\n    var FecOutputSettings: js.UndefOr[FecOutputSettings]\n  }\n\n  object UdpOutputSettings {\n    @inline\n    def apply(\n        ContainerSettings: UdpContainerSettings,\n        Destination: OutputLocationRef,\n        BufferMsec: js.UndefOr[__integerMin0Max10000] = js.undefined,\n        FecOutputSettings: js.UndefOr[FecOutputSettings] = js.undefined\n    ): UdpOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"ContainerSettings\" -> ContainerSettings.asInstanceOf[js.Any],\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      BufferMsec.foreach(__v => __obj.updateDynamic(\"BufferMsec\")(__v.asInstanceOf[js.Any]))\n      FecOutputSettings.foreach(__v => __obj.updateDynamic(\"FecOutputSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UdpOutputSettings]\n    }\n  }\n\n  \/** Udp Timed Metadata Id3 Frame\n    *\/\n  @js.native\n  sealed trait UdpTimedMetadataId3Frame extends js.Any\n  object UdpTimedMetadataId3Frame {\n    val NONE = \"NONE\".asInstanceOf[UdpTimedMetadataId3Frame]\n    val PRIV = \"PRIV\".asInstanceOf[UdpTimedMetadataId3Frame]\n    val TDRL = \"TDRL\".asInstanceOf[UdpTimedMetadataId3Frame]\n\n    @inline def values = js.Array(NONE, PRIV, TDRL)\n  }\n\n  \/** Channel class that the channel should be updated to.\n    *\/\n  @js.native\n  trait UpdateChannelClassRequest extends js.Object {\n    var ChannelClass: ChannelClass\n    var ChannelId: __string\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n  }\n\n  object UpdateChannelClassRequest {\n    @inline\n    def apply(\n        ChannelClass: ChannelClass,\n        ChannelId: __string,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined\n    ): UpdateChannelClassRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelClass\" -> ChannelClass.asInstanceOf[js.Any],\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelClassRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateChannelClassResponse\n    *\/\n  @js.native\n  trait UpdateChannelClassResponse extends js.Object {\n    var Channel: js.UndefOr[Channel]\n  }\n\n  object UpdateChannelClassResponse {\n    @inline\n    def apply(\n        Channel: js.UndefOr[Channel] = js.undefined\n    ): UpdateChannelClassResponse = {\n      val __obj = js.Dynamic.literal()\n      Channel.foreach(__v => __obj.updateDynamic(\"Channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelClassResponse]\n    }\n  }\n\n  \/** A request to update a channel.\n    *\/\n  @js.native\n  trait UpdateChannelRequest extends js.Object {\n    var ChannelId: __string\n    var CdiInputSpecification: js.UndefOr[CdiInputSpecification]\n    var Destinations: js.UndefOr[__listOfOutputDestination]\n    var EncoderSettings: js.UndefOr[EncoderSettings]\n    var InputAttachments: js.UndefOr[__listOfInputAttachment]\n    var InputSpecification: js.UndefOr[InputSpecification]\n    var LogLevel: js.UndefOr[LogLevel]\n    var Name: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n  }\n\n  object UpdateChannelRequest {\n    @inline\n    def apply(\n        ChannelId: __string,\n        CdiInputSpecification: js.UndefOr[CdiInputSpecification] = js.undefined,\n        Destinations: js.UndefOr[__listOfOutputDestination] = js.undefined,\n        EncoderSettings: js.UndefOr[EncoderSettings] = js.undefined,\n        InputAttachments: js.UndefOr[__listOfInputAttachment] = js.undefined,\n        InputSpecification: js.UndefOr[InputSpecification] = js.undefined,\n        LogLevel: js.UndefOr[LogLevel] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined\n    ): UpdateChannelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChannelId\" -> ChannelId.asInstanceOf[js.Any]\n      )\n\n      CdiInputSpecification.foreach(__v => __obj.updateDynamic(\"CdiInputSpecification\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      EncoderSettings.foreach(__v => __obj.updateDynamic(\"EncoderSettings\")(__v.asInstanceOf[js.Any]))\n      InputAttachments.foreach(__v => __obj.updateDynamic(\"InputAttachments\")(__v.asInstanceOf[js.Any]))\n      InputSpecification.foreach(__v => __obj.updateDynamic(\"InputSpecification\")(__v.asInstanceOf[js.Any]))\n      LogLevel.foreach(__v => __obj.updateDynamic(\"LogLevel\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateChannelResponse\n    *\/\n  @js.native\n  trait UpdateChannelResponse extends js.Object {\n    var Channel: js.UndefOr[Channel]\n  }\n\n  object UpdateChannelResponse {\n    @inline\n    def apply(\n        Channel: js.UndefOr[Channel] = js.undefined\n    ): UpdateChannelResponse = {\n      val __obj = js.Dynamic.literal()\n      Channel.foreach(__v => __obj.updateDynamic(\"Channel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateChannelResponse]\n    }\n  }\n\n  \/** A request to update an input device.\n    *\/\n  @js.native\n  trait UpdateInputDeviceRequest extends js.Object {\n    var InputDeviceId: __string\n    var HdDeviceSettings: js.UndefOr[InputDeviceConfigurableSettings]\n    var Name: js.UndefOr[__string]\n    var UhdDeviceSettings: js.UndefOr[InputDeviceConfigurableSettings]\n  }\n\n  object UpdateInputDeviceRequest {\n    @inline\n    def apply(\n        InputDeviceId: __string,\n        HdDeviceSettings: js.UndefOr[InputDeviceConfigurableSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        UhdDeviceSettings: js.UndefOr[InputDeviceConfigurableSettings] = js.undefined\n    ): UpdateInputDeviceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputDeviceId\" -> InputDeviceId.asInstanceOf[js.Any]\n      )\n\n      HdDeviceSettings.foreach(__v => __obj.updateDynamic(\"HdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      UhdDeviceSettings.foreach(__v => __obj.updateDynamic(\"UhdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputDeviceRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateInputDeviceResponse\n    *\/\n  @js.native\n  trait UpdateInputDeviceResponse extends js.Object {\n    var Arn: js.UndefOr[__string]\n    var ConnectionState: js.UndefOr[InputDeviceConnectionState]\n    var DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState]\n    var DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus]\n    var HdDeviceSettings: js.UndefOr[InputDeviceHdSettings]\n    var Id: js.UndefOr[__string]\n    var MacAddress: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var NetworkSettings: js.UndefOr[InputDeviceNetworkSettings]\n    var SerialNumber: js.UndefOr[__string]\n    var Type: js.UndefOr[InputDeviceType]\n    var UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings]\n  }\n\n  object UpdateInputDeviceResponse {\n    @inline\n    def apply(\n        Arn: js.UndefOr[__string] = js.undefined,\n        ConnectionState: js.UndefOr[InputDeviceConnectionState] = js.undefined,\n        DeviceSettingsSyncState: js.UndefOr[DeviceSettingsSyncState] = js.undefined,\n        DeviceUpdateStatus: js.UndefOr[DeviceUpdateStatus] = js.undefined,\n        HdDeviceSettings: js.UndefOr[InputDeviceHdSettings] = js.undefined,\n        Id: js.UndefOr[__string] = js.undefined,\n        MacAddress: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        NetworkSettings: js.UndefOr[InputDeviceNetworkSettings] = js.undefined,\n        SerialNumber: js.UndefOr[__string] = js.undefined,\n        Type: js.UndefOr[InputDeviceType] = js.undefined,\n        UhdDeviceSettings: js.UndefOr[InputDeviceUhdSettings] = js.undefined\n    ): UpdateInputDeviceResponse = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ConnectionState.foreach(__v => __obj.updateDynamic(\"ConnectionState\")(__v.asInstanceOf[js.Any]))\n      DeviceSettingsSyncState.foreach(__v => __obj.updateDynamic(\"DeviceSettingsSyncState\")(__v.asInstanceOf[js.Any]))\n      DeviceUpdateStatus.foreach(__v => __obj.updateDynamic(\"DeviceUpdateStatus\")(__v.asInstanceOf[js.Any]))\n      HdDeviceSettings.foreach(__v => __obj.updateDynamic(\"HdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MacAddress.foreach(__v => __obj.updateDynamic(\"MacAddress\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      NetworkSettings.foreach(__v => __obj.updateDynamic(\"NetworkSettings\")(__v.asInstanceOf[js.Any]))\n      SerialNumber.foreach(__v => __obj.updateDynamic(\"SerialNumber\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      UhdDeviceSettings.foreach(__v => __obj.updateDynamic(\"UhdDeviceSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputDeviceResponse]\n    }\n  }\n\n  \/** A request to update an input.\n    *\/\n  @js.native\n  trait UpdateInputRequest extends js.Object {\n    var InputId: __string\n    var Destinations: js.UndefOr[__listOfInputDestinationRequest]\n    var InputDevices: js.UndefOr[__listOfInputDeviceRequest]\n    var InputSecurityGroups: js.UndefOr[__listOf__string]\n    var MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlowRequest]\n    var Name: js.UndefOr[__string]\n    var RoleArn: js.UndefOr[__string]\n    var Sources: js.UndefOr[__listOfInputSourceRequest]\n  }\n\n  object UpdateInputRequest {\n    @inline\n    def apply(\n        InputId: __string,\n        Destinations: js.UndefOr[__listOfInputDestinationRequest] = js.undefined,\n        InputDevices: js.UndefOr[__listOfInputDeviceRequest] = js.undefined,\n        InputSecurityGroups: js.UndefOr[__listOf__string] = js.undefined,\n        MediaConnectFlows: js.UndefOr[__listOfMediaConnectFlowRequest] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        RoleArn: js.UndefOr[__string] = js.undefined,\n        Sources: js.UndefOr[__listOfInputSourceRequest] = js.undefined\n    ): UpdateInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputId\" -> InputId.asInstanceOf[js.Any]\n      )\n\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      InputDevices.foreach(__v => __obj.updateDynamic(\"InputDevices\")(__v.asInstanceOf[js.Any]))\n      InputSecurityGroups.foreach(__v => __obj.updateDynamic(\"InputSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      MediaConnectFlows.foreach(__v => __obj.updateDynamic(\"MediaConnectFlows\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Sources.foreach(__v => __obj.updateDynamic(\"Sources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateInputResponse\n    *\/\n  @js.native\n  trait UpdateInputResponse extends js.Object {\n    var Input: js.UndefOr[Input]\n  }\n\n  object UpdateInputResponse {\n    @inline\n    def apply(\n        Input: js.UndefOr[Input] = js.undefined\n    ): UpdateInputResponse = {\n      val __obj = js.Dynamic.literal()\n      Input.foreach(__v => __obj.updateDynamic(\"Input\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputResponse]\n    }\n  }\n\n  \/** The request to update some combination of the Input Security Group name and the IPv4 CIDRs the Input Security Group should allow.\n    *\/\n  @js.native\n  trait UpdateInputSecurityGroupRequest extends js.Object {\n    var InputSecurityGroupId: __string\n    var Tags: js.UndefOr[Tags]\n    var WhitelistRules: js.UndefOr[__listOfInputWhitelistRuleCidr]\n  }\n\n  object UpdateInputSecurityGroupRequest {\n    @inline\n    def apply(\n        InputSecurityGroupId: __string,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        WhitelistRules: js.UndefOr[__listOfInputWhitelistRuleCidr] = js.undefined\n    ): UpdateInputSecurityGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"InputSecurityGroupId\" -> InputSecurityGroupId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      WhitelistRules.foreach(__v => __obj.updateDynamic(\"WhitelistRules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputSecurityGroupRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateInputSecurityGroupResponse\n    *\/\n  @js.native\n  trait UpdateInputSecurityGroupResponse extends js.Object {\n    var SecurityGroup: js.UndefOr[InputSecurityGroup]\n  }\n\n  object UpdateInputSecurityGroupResponse {\n    @inline\n    def apply(\n        SecurityGroup: js.UndefOr[InputSecurityGroup] = js.undefined\n    ): UpdateInputSecurityGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroup.foreach(__v => __obj.updateDynamic(\"SecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputSecurityGroupResponse]\n    }\n  }\n\n  \/** A request to update a program in a multiplex.\n    *\/\n  @js.native\n  trait UpdateMultiplexProgramRequest extends js.Object {\n    var MultiplexId: __string\n    var ProgramName: __string\n    var MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings]\n  }\n\n  object UpdateMultiplexProgramRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        ProgramName: __string,\n        MultiplexProgramSettings: js.UndefOr[MultiplexProgramSettings] = js.undefined\n    ): UpdateMultiplexProgramRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any],\n        \"ProgramName\" -> ProgramName.asInstanceOf[js.Any]\n      )\n\n      MultiplexProgramSettings.foreach(__v => __obj.updateDynamic(\"MultiplexProgramSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMultiplexProgramRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateMultiplexProgramResponse\n    *\/\n  @js.native\n  trait UpdateMultiplexProgramResponse extends js.Object {\n    var MultiplexProgram: js.UndefOr[MultiplexProgram]\n  }\n\n  object UpdateMultiplexProgramResponse {\n    @inline\n    def apply(\n        MultiplexProgram: js.UndefOr[MultiplexProgram] = js.undefined\n    ): UpdateMultiplexProgramResponse = {\n      val __obj = js.Dynamic.literal()\n      MultiplexProgram.foreach(__v => __obj.updateDynamic(\"MultiplexProgram\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMultiplexProgramResponse]\n    }\n  }\n\n  \/** A request to update a multiplex.\n    *\/\n  @js.native\n  trait UpdateMultiplexRequest extends js.Object {\n    var MultiplexId: __string\n    var MultiplexSettings: js.UndefOr[MultiplexSettings]\n    var Name: js.UndefOr[__string]\n  }\n\n  object UpdateMultiplexRequest {\n    @inline\n    def apply(\n        MultiplexId: __string,\n        MultiplexSettings: js.UndefOr[MultiplexSettings] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined\n    ): UpdateMultiplexRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MultiplexId\" -> MultiplexId.asInstanceOf[js.Any]\n      )\n\n      MultiplexSettings.foreach(__v => __obj.updateDynamic(\"MultiplexSettings\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMultiplexRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateMultiplexResponse\n    *\/\n  @js.native\n  trait UpdateMultiplexResponse extends js.Object {\n    var Multiplex: js.UndefOr[Multiplex]\n  }\n\n  object UpdateMultiplexResponse {\n    @inline\n    def apply(\n        Multiplex: js.UndefOr[Multiplex] = js.undefined\n    ): UpdateMultiplexResponse = {\n      val __obj = js.Dynamic.literal()\n      Multiplex.foreach(__v => __obj.updateDynamic(\"Multiplex\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMultiplexResponse]\n    }\n  }\n\n  \/** Request to update a reservation\n    *\/\n  @js.native\n  trait UpdateReservationRequest extends js.Object {\n    var ReservationId: __string\n    var Name: js.UndefOr[__string]\n  }\n\n  object UpdateReservationRequest {\n    @inline\n    def apply(\n        ReservationId: __string,\n        Name: js.UndefOr[__string] = js.undefined\n    ): UpdateReservationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ReservationId\" -> ReservationId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReservationRequest]\n    }\n  }\n\n  \/** Placeholder documentation for UpdateReservationResponse\n    *\/\n  @js.native\n  trait UpdateReservationResponse extends js.Object {\n    var Reservation: js.UndefOr[Reservation]\n  }\n\n  object UpdateReservationResponse {\n    @inline\n    def apply(\n        Reservation: js.UndefOr[Reservation] = js.undefined\n    ): UpdateReservationResponse = {\n      val __obj = js.Dynamic.literal()\n      Reservation.foreach(__v => __obj.updateDynamic(\"Reservation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateReservationResponse]\n    }\n  }\n\n  \/** Placeholder documentation for VideoBlackFailoverSettings\n    *\/\n  @js.native\n  trait VideoBlackFailoverSettings extends js.Object {\n    var BlackDetectThreshold: js.UndefOr[__doubleMin0Max1]\n    var VideoBlackThresholdMsec: js.UndefOr[__integerMin1000]\n  }\n\n  object VideoBlackFailoverSettings {\n    @inline\n    def apply(\n        BlackDetectThreshold: js.UndefOr[__doubleMin0Max1] = js.undefined,\n        VideoBlackThresholdMsec: js.UndefOr[__integerMin1000] = js.undefined\n    ): VideoBlackFailoverSettings = {\n      val __obj = js.Dynamic.literal()\n      BlackDetectThreshold.foreach(__v => __obj.updateDynamic(\"BlackDetectThreshold\")(__v.asInstanceOf[js.Any]))\n      VideoBlackThresholdMsec.foreach(__v => __obj.updateDynamic(\"VideoBlackThresholdMsec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoBlackFailoverSettings]\n    }\n  }\n\n  \/** Video Codec Settings\n    *\/\n  @js.native\n  trait VideoCodecSettings extends js.Object {\n    var FrameCaptureSettings: js.UndefOr[FrameCaptureSettings]\n    var H264Settings: js.UndefOr[H264Settings]\n    var H265Settings: js.UndefOr[H265Settings]\n    var Mpeg2Settings: js.UndefOr[Mpeg2Settings]\n  }\n\n  object VideoCodecSettings {\n    @inline\n    def apply(\n        FrameCaptureSettings: js.UndefOr[FrameCaptureSettings] = js.undefined,\n        H264Settings: js.UndefOr[H264Settings] = js.undefined,\n        H265Settings: js.UndefOr[H265Settings] = js.undefined,\n        Mpeg2Settings: js.UndefOr[Mpeg2Settings] = js.undefined\n    ): VideoCodecSettings = {\n      val __obj = js.Dynamic.literal()\n      FrameCaptureSettings.foreach(__v => __obj.updateDynamic(\"FrameCaptureSettings\")(__v.asInstanceOf[js.Any]))\n      H264Settings.foreach(__v => __obj.updateDynamic(\"H264Settings\")(__v.asInstanceOf[js.Any]))\n      H265Settings.foreach(__v => __obj.updateDynamic(\"H265Settings\")(__v.asInstanceOf[js.Any]))\n      Mpeg2Settings.foreach(__v => __obj.updateDynamic(\"Mpeg2Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoCodecSettings]\n    }\n  }\n\n  \/** Video settings for this stream.\n    *\/\n  @js.native\n  trait VideoDescription extends js.Object {\n    var Name: __string\n    var CodecSettings: js.UndefOr[VideoCodecSettings]\n    var Height: js.UndefOr[__integer]\n    var RespondToAfd: js.UndefOr[VideoDescriptionRespondToAfd]\n    var ScalingBehavior: js.UndefOr[VideoDescriptionScalingBehavior]\n    var Sharpness: js.UndefOr[__integerMin0Max100]\n    var Width: js.UndefOr[__integer]\n  }\n\n  object VideoDescription {\n    @inline\n    def apply(\n        Name: __string,\n        CodecSettings: js.UndefOr[VideoCodecSettings] = js.undefined,\n        Height: js.UndefOr[__integer] = js.undefined,\n        RespondToAfd: js.UndefOr[VideoDescriptionRespondToAfd] = js.undefined,\n        ScalingBehavior: js.UndefOr[VideoDescriptionScalingBehavior] = js.undefined,\n        Sharpness: js.UndefOr[__integerMin0Max100] = js.undefined,\n        Width: js.UndefOr[__integer] = js.undefined\n    ): VideoDescription = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CodecSettings.foreach(__v => __obj.updateDynamic(\"CodecSettings\")(__v.asInstanceOf[js.Any]))\n      Height.foreach(__v => __obj.updateDynamic(\"Height\")(__v.asInstanceOf[js.Any]))\n      RespondToAfd.foreach(__v => __obj.updateDynamic(\"RespondToAfd\")(__v.asInstanceOf[js.Any]))\n      ScalingBehavior.foreach(__v => __obj.updateDynamic(\"ScalingBehavior\")(__v.asInstanceOf[js.Any]))\n      Sharpness.foreach(__v => __obj.updateDynamic(\"Sharpness\")(__v.asInstanceOf[js.Any]))\n      Width.foreach(__v => __obj.updateDynamic(\"Width\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoDescription]\n    }\n  }\n\n  \/** Video Description Respond To Afd\n    *\/\n  @js.native\n  sealed trait VideoDescriptionRespondToAfd extends js.Any\n  object VideoDescriptionRespondToAfd {\n    val NONE = \"NONE\".asInstanceOf[VideoDescriptionRespondToAfd]\n    val PASSTHROUGH = \"PASSTHROUGH\".asInstanceOf[VideoDescriptionRespondToAfd]\n    val RESPOND = \"RESPOND\".asInstanceOf[VideoDescriptionRespondToAfd]\n\n    @inline def values = js.Array(NONE, PASSTHROUGH, RESPOND)\n  }\n\n  \/** Video Description Scaling Behavior\n    *\/\n  @js.native\n  sealed trait VideoDescriptionScalingBehavior extends js.Any\n  object VideoDescriptionScalingBehavior {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[VideoDescriptionScalingBehavior]\n    val STRETCH_TO_OUTPUT = \"STRETCH_TO_OUTPUT\".asInstanceOf[VideoDescriptionScalingBehavior]\n\n    @inline def values = js.Array(DEFAULT, STRETCH_TO_OUTPUT)\n  }\n\n  \/** Specifies a particular video stream within an input source. An input may have only a single video selector.\n    *\/\n  @js.native\n  trait VideoSelector extends js.Object {\n    var ColorSpace: js.UndefOr[VideoSelectorColorSpace]\n    var ColorSpaceSettings: js.UndefOr[VideoSelectorColorSpaceSettings]\n    var ColorSpaceUsage: js.UndefOr[VideoSelectorColorSpaceUsage]\n    var SelectorSettings: js.UndefOr[VideoSelectorSettings]\n  }\n\n  object VideoSelector {\n    @inline\n    def apply(\n        ColorSpace: js.UndefOr[VideoSelectorColorSpace] = js.undefined,\n        ColorSpaceSettings: js.UndefOr[VideoSelectorColorSpaceSettings] = js.undefined,\n        ColorSpaceUsage: js.UndefOr[VideoSelectorColorSpaceUsage] = js.undefined,\n        SelectorSettings: js.UndefOr[VideoSelectorSettings] = js.undefined\n    ): VideoSelector = {\n      val __obj = js.Dynamic.literal()\n      ColorSpace.foreach(__v => __obj.updateDynamic(\"ColorSpace\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceSettings.foreach(__v => __obj.updateDynamic(\"ColorSpaceSettings\")(__v.asInstanceOf[js.Any]))\n      ColorSpaceUsage.foreach(__v => __obj.updateDynamic(\"ColorSpaceUsage\")(__v.asInstanceOf[js.Any]))\n      SelectorSettings.foreach(__v => __obj.updateDynamic(\"SelectorSettings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelector]\n    }\n  }\n\n  \/** Video Selector Color Space\n    *\/\n  @js.native\n  sealed trait VideoSelectorColorSpace extends js.Any\n  object VideoSelectorColorSpace {\n    val FOLLOW = \"FOLLOW\".asInstanceOf[VideoSelectorColorSpace]\n    val HDR10 = \"HDR10\".asInstanceOf[VideoSelectorColorSpace]\n    val HLG_2020 = \"HLG_2020\".asInstanceOf[VideoSelectorColorSpace]\n    val REC_601 = \"REC_601\".asInstanceOf[VideoSelectorColorSpace]\n    val REC_709 = \"REC_709\".asInstanceOf[VideoSelectorColorSpace]\n\n    @inline def values = js.Array(FOLLOW, HDR10, HLG_2020, REC_601, REC_709)\n  }\n\n  \/** Video Selector Color Space Settings\n    *\/\n  @js.native\n  trait VideoSelectorColorSpaceSettings extends js.Object {\n    var Hdr10Settings: js.UndefOr[Hdr10Settings]\n  }\n\n  object VideoSelectorColorSpaceSettings {\n    @inline\n    def apply(\n        Hdr10Settings: js.UndefOr[Hdr10Settings] = js.undefined\n    ): VideoSelectorColorSpaceSettings = {\n      val __obj = js.Dynamic.literal()\n      Hdr10Settings.foreach(__v => __obj.updateDynamic(\"Hdr10Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelectorColorSpaceSettings]\n    }\n  }\n\n  \/** Video Selector Color Space Usage\n    *\/\n  @js.native\n  sealed trait VideoSelectorColorSpaceUsage extends js.Any\n  object VideoSelectorColorSpaceUsage {\n    val FALLBACK = \"FALLBACK\".asInstanceOf[VideoSelectorColorSpaceUsage]\n    val FORCE = \"FORCE\".asInstanceOf[VideoSelectorColorSpaceUsage]\n\n    @inline def values = js.Array(FALLBACK, FORCE)\n  }\n\n  \/** Video Selector Pid\n    *\/\n  @js.native\n  trait VideoSelectorPid extends js.Object {\n    var Pid: js.UndefOr[__integerMin0Max8191]\n  }\n\n  object VideoSelectorPid {\n    @inline\n    def apply(\n        Pid: js.UndefOr[__integerMin0Max8191] = js.undefined\n    ): VideoSelectorPid = {\n      val __obj = js.Dynamic.literal()\n      Pid.foreach(__v => __obj.updateDynamic(\"Pid\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelectorPid]\n    }\n  }\n\n  \/** Video Selector Program Id\n    *\/\n  @js.native\n  trait VideoSelectorProgramId extends js.Object {\n    var ProgramId: js.UndefOr[__integerMin0Max65536]\n  }\n\n  object VideoSelectorProgramId {\n    @inline\n    def apply(\n        ProgramId: js.UndefOr[__integerMin0Max65536] = js.undefined\n    ): VideoSelectorProgramId = {\n      val __obj = js.Dynamic.literal()\n      ProgramId.foreach(__v => __obj.updateDynamic(\"ProgramId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelectorProgramId]\n    }\n  }\n\n  \/** Video Selector Settings\n    *\/\n  @js.native\n  trait VideoSelectorSettings extends js.Object {\n    var VideoSelectorPid: js.UndefOr[VideoSelectorPid]\n    var VideoSelectorProgramId: js.UndefOr[VideoSelectorProgramId]\n  }\n\n  object VideoSelectorSettings {\n    @inline\n    def apply(\n        VideoSelectorPid: js.UndefOr[VideoSelectorPid] = js.undefined,\n        VideoSelectorProgramId: js.UndefOr[VideoSelectorProgramId] = js.undefined\n    ): VideoSelectorSettings = {\n      val __obj = js.Dynamic.literal()\n      VideoSelectorPid.foreach(__v => __obj.updateDynamic(\"VideoSelectorPid\")(__v.asInstanceOf[js.Any]))\n      VideoSelectorProgramId.foreach(__v => __obj.updateDynamic(\"VideoSelectorProgramId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VideoSelectorSettings]\n    }\n  }\n\n  \/** The properties for a private VPC Output When this property is specified, the output egress addresses will be created in a user specified VPC\n    *\/\n  @js.native\n  trait VpcOutputSettings extends js.Object {\n    var SubnetIds: __listOf__string\n    var PublicAddressAllocationIds: js.UndefOr[__listOf__string]\n    var SecurityGroupIds: js.UndefOr[__listOf__string]\n  }\n\n  object VpcOutputSettings {\n    @inline\n    def apply(\n        SubnetIds: __listOf__string,\n        PublicAddressAllocationIds: js.UndefOr[__listOf__string] = js.undefined,\n        SecurityGroupIds: js.UndefOr[__listOf__string] = js.undefined\n    ): VpcOutputSettings = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      PublicAddressAllocationIds.foreach(__v => __obj.updateDynamic(\"PublicAddressAllocationIds\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcOutputSettings]\n    }\n  }\n\n  \/** The properties for a private VPC Output\n    *\/\n  @js.native\n  trait VpcOutputSettingsDescription extends js.Object {\n    var AvailabilityZones: js.UndefOr[__listOf__string]\n    var NetworkInterfaceIds: js.UndefOr[__listOf__string]\n    var SecurityGroupIds: js.UndefOr[__listOf__string]\n    var SubnetIds: js.UndefOr[__listOf__string]\n  }\n\n  object VpcOutputSettingsDescription {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[__listOf__string] = js.undefined,\n        NetworkInterfaceIds: js.UndefOr[__listOf__string] = js.undefined,\n        SecurityGroupIds: js.UndefOr[__listOf__string] = js.undefined,\n        SubnetIds: js.UndefOr[__listOf__string] = js.undefined\n    ): VpcOutputSettingsDescription = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceIds.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceIds\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcOutputSettingsDescription]\n    }\n  }\n\n  \/** Wav Coding Mode\n    *\/\n  @js.native\n  sealed trait WavCodingMode extends js.Any\n  object WavCodingMode {\n    val CODING_MODE_1_0 = \"CODING_MODE_1_0\".asInstanceOf[WavCodingMode]\n    val CODING_MODE_2_0 = \"CODING_MODE_2_0\".asInstanceOf[WavCodingMode]\n    val CODING_MODE_4_0 = \"CODING_MODE_4_0\".asInstanceOf[WavCodingMode]\n    val CODING_MODE_8_0 = \"CODING_MODE_8_0\".asInstanceOf[WavCodingMode]\n\n    @inline def values = js.Array(CODING_MODE_1_0, CODING_MODE_2_0, CODING_MODE_4_0, CODING_MODE_8_0)\n  }\n\n  \/** Wav Settings\n    *\/\n  @js.native\n  trait WavSettings extends js.Object {\n    var BitDepth: js.UndefOr[__double]\n    var CodingMode: js.UndefOr[WavCodingMode]\n    var SampleRate: js.UndefOr[__double]\n  }\n\n  object WavSettings {\n    @inline\n    def apply(\n        BitDepth: js.UndefOr[__double] = js.undefined,\n        CodingMode: js.UndefOr[WavCodingMode] = js.undefined,\n        SampleRate: js.UndefOr[__double] = js.undefined\n    ): WavSettings = {\n      val __obj = js.Dynamic.literal()\n      BitDepth.foreach(__v => __obj.updateDynamic(\"BitDepth\")(__v.asInstanceOf[js.Any]))\n      CodingMode.foreach(__v => __obj.updateDynamic(\"CodingMode\")(__v.asInstanceOf[js.Any]))\n      SampleRate.foreach(__v => __obj.updateDynamic(\"SampleRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WavSettings]\n    }\n  }\n\n  \/** Webvtt Destination Settings\n    *\/\n  @js.native\n  trait WebvttDestinationSettings extends js.Object\n\n  object WebvttDestinationSettings {\n    @inline\n    def apply(): WebvttDestinationSettings = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[WebvttDestinationSettings]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/personalizeruntime\/src\/main\/scala\/facade\/amazonaws\/services\/PersonalizeRuntime.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object personalizeruntime {\n  type Arn = String\n  type AttributeName = String\n  type AttributeValue = String\n  type Context = js.Dictionary[AttributeValue]\n  type FilterAttributeName = String\n  type FilterAttributeValue = String\n  type FilterValues = js.Dictionary[FilterAttributeValue]\n  type InputList = js.Array[ItemID]\n  type ItemID = String\n  type ItemList = js.Array[PredictedItem]\n  type NumResults = Int\n  type RecommendationID = String\n  type Score = Double\n  type UserID = String\n\n  implicit final class PersonalizeRuntimeOps(private val service: PersonalizeRuntime) extends AnyVal {\n\n    @inline def getPersonalizedRankingFuture(params: GetPersonalizedRankingRequest): Future[GetPersonalizedRankingResponse] = service.getPersonalizedRanking(params).promise().toFuture\n    @inline def getRecommendationsFuture(params: GetRecommendationsRequest): Future[GetRecommendationsResponse] = service.getRecommendations(params).promise().toFuture\n\n  }\n}\n\npackage personalizeruntime {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/personalizeruntime\", JSImport.Namespace, \"AWS.PersonalizeRuntime\")\n  class PersonalizeRuntime() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def getPersonalizedRanking(params: GetPersonalizedRankingRequest): Request[GetPersonalizedRankingResponse] = js.native\n    def getRecommendations(params: GetRecommendationsRequest): Request[GetRecommendationsResponse] = js.native\n  }\n\n  @js.native\n  trait GetPersonalizedRankingRequest extends js.Object {\n    var campaignArn: Arn\n    var inputList: InputList\n    var userId: UserID\n    var context: js.UndefOr[Context]\n    var filterArn: js.UndefOr[Arn]\n    var filterValues: js.UndefOr[FilterValues]\n  }\n\n  object GetPersonalizedRankingRequest {\n    @inline\n    def apply(\n        campaignArn: Arn,\n        inputList: InputList,\n        userId: UserID,\n        context: js.UndefOr[Context] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        filterValues: js.UndefOr[FilterValues] = js.undefined\n    ): GetPersonalizedRankingRequest = {\n      val __obj = js.Dynamic.literal(\n        \"campaignArn\" -> campaignArn.asInstanceOf[js.Any],\n        \"inputList\" -> inputList.asInstanceOf[js.Any],\n        \"userId\" -> userId.asInstanceOf[js.Any]\n      )\n\n      context.foreach(__v => __obj.updateDynamic(\"context\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      filterValues.foreach(__v => __obj.updateDynamic(\"filterValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPersonalizedRankingRequest]\n    }\n  }\n\n  @js.native\n  trait GetPersonalizedRankingResponse extends js.Object {\n    var personalizedRanking: js.UndefOr[ItemList]\n    var recommendationId: js.UndefOr[RecommendationID]\n  }\n\n  object GetPersonalizedRankingResponse {\n    @inline\n    def apply(\n        personalizedRanking: js.UndefOr[ItemList] = js.undefined,\n        recommendationId: js.UndefOr[RecommendationID] = js.undefined\n    ): GetPersonalizedRankingResponse = {\n      val __obj = js.Dynamic.literal()\n      personalizedRanking.foreach(__v => __obj.updateDynamic(\"personalizedRanking\")(__v.asInstanceOf[js.Any]))\n      recommendationId.foreach(__v => __obj.updateDynamic(\"recommendationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPersonalizedRankingResponse]\n    }\n  }\n\n  @js.native\n  trait GetRecommendationsRequest extends js.Object {\n    var campaignArn: Arn\n    var context: js.UndefOr[Context]\n    var filterArn: js.UndefOr[Arn]\n    var filterValues: js.UndefOr[FilterValues]\n    var itemId: js.UndefOr[ItemID]\n    var numResults: js.UndefOr[NumResults]\n    var userId: js.UndefOr[UserID]\n  }\n\n  object GetRecommendationsRequest {\n    @inline\n    def apply(\n        campaignArn: Arn,\n        context: js.UndefOr[Context] = js.undefined,\n        filterArn: js.UndefOr[Arn] = js.undefined,\n        filterValues: js.UndefOr[FilterValues] = js.undefined,\n        itemId: js.UndefOr[ItemID] = js.undefined,\n        numResults: js.UndefOr[NumResults] = js.undefined,\n        userId: js.UndefOr[UserID] = js.undefined\n    ): GetRecommendationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"campaignArn\" -> campaignArn.asInstanceOf[js.Any]\n      )\n\n      context.foreach(__v => __obj.updateDynamic(\"context\")(__v.asInstanceOf[js.Any]))\n      filterArn.foreach(__v => __obj.updateDynamic(\"filterArn\")(__v.asInstanceOf[js.Any]))\n      filterValues.foreach(__v => __obj.updateDynamic(\"filterValues\")(__v.asInstanceOf[js.Any]))\n      itemId.foreach(__v => __obj.updateDynamic(\"itemId\")(__v.asInstanceOf[js.Any]))\n      numResults.foreach(__v => __obj.updateDynamic(\"numResults\")(__v.asInstanceOf[js.Any]))\n      userId.foreach(__v => __obj.updateDynamic(\"userId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecommendationsRequest]\n    }\n  }\n\n  @js.native\n  trait GetRecommendationsResponse extends js.Object {\n    var itemList: js.UndefOr[ItemList]\n    var recommendationId: js.UndefOr[RecommendationID]\n  }\n\n  object GetRecommendationsResponse {\n    @inline\n    def apply(\n        itemList: js.UndefOr[ItemList] = js.undefined,\n        recommendationId: js.UndefOr[RecommendationID] = js.undefined\n    ): GetRecommendationsResponse = {\n      val __obj = js.Dynamic.literal()\n      itemList.foreach(__v => __obj.updateDynamic(\"itemList\")(__v.asInstanceOf[js.Any]))\n      recommendationId.foreach(__v => __obj.updateDynamic(\"recommendationId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecommendationsResponse]\n    }\n  }\n\n  \/** An object that identifies an item. The and APIs return a list of <code>PredictedItem<\/code>s.\n    *\/\n  @js.native\n  trait PredictedItem extends js.Object {\n    var itemId: js.UndefOr[ItemID]\n    var score: js.UndefOr[Score]\n  }\n\n  object PredictedItem {\n    @inline\n    def apply(\n        itemId: js.UndefOr[ItemID] = js.undefined,\n        score: js.UndefOr[Score] = js.undefined\n    ): PredictedItem = {\n      val __obj = js.Dynamic.literal()\n      itemId.foreach(__v => __obj.updateDynamic(\"itemId\")(__v.asInstanceOf[js.Any]))\n      score.foreach(__v => __obj.updateDynamic(\"score\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredictedItem]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/EC2MetadataCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"EC2MetadataCredentials\", \"AWS.EC2MetadataCredentials\")\nclass EC2MetadataCredentials() extends AWSCredentials {\n  def this(options: EC2MetadataCredentialsOptions) = this()\n}\n\ntrait EC2MetadataCredentialsOptions extends js.Object {\n  var httpOptions: js.UndefOr[EC2MetadataCredentialsOptions.HttpOptions]\n  var maxRetries: js.UndefOr[Double]\n}\nobject EC2MetadataCredentialsOptions {\n  def apply(\n      httpOptions: js.UndefOr[EC2MetadataCredentialsOptions.HttpOptions] = js.undefined,\n      maxRetries: js.UndefOr[Double] = js.undefined\n  ): EC2MetadataCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    httpOptions.foreach(_v => _obj$.updateDynamic(\"httpOptions\")(_v.asInstanceOf[js.Any]))\n    maxRetries.foreach(_v => _obj$.updateDynamic(\"maxRetries\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[EC2MetadataCredentialsOptions]\n  }\n\n  trait HttpOptions extends js.Object {\n    var timeout: js.UndefOr[Double]\n    var connectTimeout: js.UndefOr[Double]\n  }\n\n  object HttpOptions {\n    def apply(\n        timeout: js.UndefOr[Double] = js.undefined,\n        connectTimeout: js.UndefOr[Double] = js.undefined\n    ): HttpOptions = {\n      val _obj$ = js.Dynamic.literal(\n      )\n      timeout.foreach(_v => _obj$.updateDynamic(\"timeout\")(_v.asInstanceOf[js.Any]))\n      connectTimeout.foreach(_v => _obj$.updateDynamic(\"connectTimeout\")(_v.asInstanceOf[js.Any]))\n      _obj$.asInstanceOf[HttpOptions]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/servicecatalogappregistry\/src\/main\/scala\/facade\/amazonaws\/services\/ServiceCatalogAppRegistry.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object servicecatalogappregistry {\n  type ApplicationArn = String\n  type ApplicationId = String\n  type ApplicationSpecifier = String\n  type ApplicationSummaries = js.Array[ApplicationSummary]\n  type Arn = String\n  type AssociationCount = Int\n  type AttributeGroupArn = String\n  type AttributeGroupId = String\n  type AttributeGroupIds = js.Array[AttributeGroupId]\n  type AttributeGroupSpecifier = String\n  type AttributeGroupSummaries = js.Array[AttributeGroupSummary]\n  type Attributes = String\n  type ClientToken = String\n  type Description = String\n  type MaxResults = Int\n  type Name = String\n  type NextToken = String\n  type ResourceSpecifier = String\n  type Resources = js.Array[ResourceInfo]\n  type StackArn = String\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n  type Timestamp = js.Date\n\n  implicit final class ServiceCatalogAppRegistryOps(private val service: ServiceCatalogAppRegistry) extends AnyVal {\n\n    @inline def associateAttributeGroupFuture(params: AssociateAttributeGroupRequest): Future[AssociateAttributeGroupResponse] = service.associateAttributeGroup(params).promise().toFuture\n    @inline def associateResourceFuture(params: AssociateResourceRequest): Future[AssociateResourceResponse] = service.associateResource(params).promise().toFuture\n    @inline def createApplicationFuture(params: CreateApplicationRequest): Future[CreateApplicationResponse] = service.createApplication(params).promise().toFuture\n    @inline def createAttributeGroupFuture(params: CreateAttributeGroupRequest): Future[CreateAttributeGroupResponse] = service.createAttributeGroup(params).promise().toFuture\n    @inline def deleteApplicationFuture(params: DeleteApplicationRequest): Future[DeleteApplicationResponse] = service.deleteApplication(params).promise().toFuture\n    @inline def deleteAttributeGroupFuture(params: DeleteAttributeGroupRequest): Future[DeleteAttributeGroupResponse] = service.deleteAttributeGroup(params).promise().toFuture\n    @inline def disassociateAttributeGroupFuture(params: DisassociateAttributeGroupRequest): Future[DisassociateAttributeGroupResponse] = service.disassociateAttributeGroup(params).promise().toFuture\n    @inline def disassociateResourceFuture(params: DisassociateResourceRequest): Future[DisassociateResourceResponse] = service.disassociateResource(params).promise().toFuture\n    @inline def getApplicationFuture(params: GetApplicationRequest): Future[GetApplicationResponse] = service.getApplication(params).promise().toFuture\n    @inline def getAttributeGroupFuture(params: GetAttributeGroupRequest): Future[GetAttributeGroupResponse] = service.getAttributeGroup(params).promise().toFuture\n    @inline def listApplicationsFuture(params: ListApplicationsRequest): Future[ListApplicationsResponse] = service.listApplications(params).promise().toFuture\n    @inline def listAssociatedAttributeGroupsFuture(params: ListAssociatedAttributeGroupsRequest): Future[ListAssociatedAttributeGroupsResponse] = service.listAssociatedAttributeGroups(params).promise().toFuture\n    @inline def listAssociatedResourcesFuture(params: ListAssociatedResourcesRequest): Future[ListAssociatedResourcesResponse] = service.listAssociatedResources(params).promise().toFuture\n    @inline def listAttributeGroupsFuture(params: ListAttributeGroupsRequest): Future[ListAttributeGroupsResponse] = service.listAttributeGroups(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def syncResourceFuture(params: SyncResourceRequest): Future[SyncResourceResponse] = service.syncResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateApplicationFuture(params: UpdateApplicationRequest): Future[UpdateApplicationResponse] = service.updateApplication(params).promise().toFuture\n    @inline def updateAttributeGroupFuture(params: UpdateAttributeGroupRequest): Future[UpdateAttributeGroupResponse] = service.updateAttributeGroup(params).promise().toFuture\n\n  }\n}\n\npackage servicecatalogappregistry {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/servicecatalogappregistry\", JSImport.Namespace, \"AWS.ServiceCatalogAppRegistry\")\n  class ServiceCatalogAppRegistry() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateAttributeGroup(params: AssociateAttributeGroupRequest): Request[AssociateAttributeGroupResponse] = js.native\n    def associateResource(params: AssociateResourceRequest): Request[AssociateResourceResponse] = js.native\n    def createApplication(params: CreateApplicationRequest): Request[CreateApplicationResponse] = js.native\n    def createAttributeGroup(params: CreateAttributeGroupRequest): Request[CreateAttributeGroupResponse] = js.native\n    def deleteApplication(params: DeleteApplicationRequest): Request[DeleteApplicationResponse] = js.native\n    def deleteAttributeGroup(params: DeleteAttributeGroupRequest): Request[DeleteAttributeGroupResponse] = js.native\n    def disassociateAttributeGroup(params: DisassociateAttributeGroupRequest): Request[DisassociateAttributeGroupResponse] = js.native\n    def disassociateResource(params: DisassociateResourceRequest): Request[DisassociateResourceResponse] = js.native\n    def getApplication(params: GetApplicationRequest): Request[GetApplicationResponse] = js.native\n    def getAttributeGroup(params: GetAttributeGroupRequest): Request[GetAttributeGroupResponse] = js.native\n    def listApplications(params: ListApplicationsRequest): Request[ListApplicationsResponse] = js.native\n    def listAssociatedAttributeGroups(params: ListAssociatedAttributeGroupsRequest): Request[ListAssociatedAttributeGroupsResponse] = js.native\n    def listAssociatedResources(params: ListAssociatedResourcesRequest): Request[ListAssociatedResourcesResponse] = js.native\n    def listAttributeGroups(params: ListAttributeGroupsRequest): Request[ListAttributeGroupsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def syncResource(params: SyncResourceRequest): Request[SyncResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateApplication(params: UpdateApplicationRequest): Request[UpdateApplicationResponse] = js.native\n    def updateAttributeGroup(params: UpdateAttributeGroupRequest): Request[UpdateAttributeGroupResponse] = js.native\n  }\n\n  \/** Represents a Service Catalog AppRegistry application that is the top-level node in a hierarchy of related cloud resource abstractions.\n    *\/\n  @js.native\n  trait Application extends js.Object {\n    var arn: js.UndefOr[ApplicationArn]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[ApplicationId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object Application {\n    @inline\n    def apply(\n        arn: js.UndefOr[ApplicationArn] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[ApplicationId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): Application = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Application]\n    }\n  }\n\n  \/** Summary of a Service Catalog AppRegistry application.\n    *\/\n  @js.native\n  trait ApplicationSummary extends js.Object {\n    var arn: js.UndefOr[ApplicationArn]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[ApplicationId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n  }\n\n  object ApplicationSummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[ApplicationArn] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[ApplicationId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): ApplicationSummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSummary]\n    }\n  }\n\n  @js.native\n  trait AssociateAttributeGroupRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var attributeGroup: AttributeGroupSpecifier\n  }\n\n  object AssociateAttributeGroupRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        attributeGroup: AttributeGroupSpecifier\n    ): AssociateAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any],\n        \"attributeGroup\" -> attributeGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateAttributeGroupResponse extends js.Object {\n    var applicationArn: js.UndefOr[ApplicationArn]\n    var attributeGroupArn: js.UndefOr[AttributeGroupArn]\n  }\n\n  object AssociateAttributeGroupResponse {\n    @inline\n    def apply(\n        applicationArn: js.UndefOr[ApplicationArn] = js.undefined,\n        attributeGroupArn: js.UndefOr[AttributeGroupArn] = js.undefined\n    ): AssociateAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      applicationArn.foreach(__v => __obj.updateDynamic(\"applicationArn\")(__v.asInstanceOf[js.Any]))\n      attributeGroupArn.foreach(__v => __obj.updateDynamic(\"attributeGroupArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateAttributeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait AssociateResourceRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var resource: ResourceSpecifier\n    var resourceType: ResourceType\n  }\n\n  object AssociateResourceRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        resource: ResourceSpecifier,\n        resourceType: ResourceType\n    ): AssociateResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any],\n        \"resource\" -> resource.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AssociateResourceRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateResourceResponse extends js.Object {\n    var applicationArn: js.UndefOr[ApplicationArn]\n    var resourceArn: js.UndefOr[Arn]\n  }\n\n  object AssociateResourceResponse {\n    @inline\n    def apply(\n        applicationArn: js.UndefOr[ApplicationArn] = js.undefined,\n        resourceArn: js.UndefOr[Arn] = js.undefined\n    ): AssociateResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      applicationArn.foreach(__v => __obj.updateDynamic(\"applicationArn\")(__v.asInstanceOf[js.Any]))\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateResourceResponse]\n    }\n  }\n\n  \/** Represents a Service Catalog AppRegistry attribute group that is rich metadata which describes an application and its components.\n    *\/\n  @js.native\n  trait AttributeGroup extends js.Object {\n    var arn: js.UndefOr[AttributeGroupArn]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[AttributeGroupId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object AttributeGroup {\n    @inline\n    def apply(\n        arn: js.UndefOr[AttributeGroupArn] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[AttributeGroupId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): AttributeGroup = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttributeGroup]\n    }\n  }\n\n  \/** Summary of a Service Catalog AppRegistry attribute group.\n    *\/\n  @js.native\n  trait AttributeGroupSummary extends js.Object {\n    var arn: js.UndefOr[AttributeGroupArn]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[AttributeGroupId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n  }\n\n  object AttributeGroupSummary {\n    @inline\n    def apply(\n        arn: js.UndefOr[AttributeGroupArn] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[AttributeGroupId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): AttributeGroupSummary = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttributeGroupSummary]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationRequest extends js.Object {\n    var clientToken: ClientToken\n    var name: Name\n    var description: js.UndefOr[Description]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateApplicationRequest {\n    @inline\n    def apply(\n        clientToken: ClientToken,\n        name: Name,\n        description: js.UndefOr[Description] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationResponse extends js.Object {\n    var application: js.UndefOr[Application]\n  }\n\n  object CreateApplicationResponse {\n    @inline\n    def apply(\n        application: js.UndefOr[Application] = js.undefined\n    ): CreateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      application.foreach(__v => __obj.updateDynamic(\"application\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateAttributeGroupRequest extends js.Object {\n    var attributes: Attributes\n    var clientToken: ClientToken\n    var name: Name\n    var description: js.UndefOr[Description]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateAttributeGroupRequest {\n    @inline\n    def apply(\n        attributes: Attributes,\n        clientToken: ClientToken,\n        name: Name,\n        description: js.UndefOr[Description] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attributes\" -> attributes.asInstanceOf[js.Any],\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAttributeGroupResponse extends js.Object {\n    var attributeGroup: js.UndefOr[AttributeGroup]\n  }\n\n  object CreateAttributeGroupResponse {\n    @inline\n    def apply(\n        attributeGroup: js.UndefOr[AttributeGroup] = js.undefined\n    ): CreateAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      attributeGroup.foreach(__v => __obj.updateDynamic(\"attributeGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAttributeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationRequest extends js.Object {\n    var application: ApplicationSpecifier\n  }\n\n  object DeleteApplicationRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier\n    ): DeleteApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationResponse extends js.Object {\n    var application: js.UndefOr[ApplicationSummary]\n  }\n\n  object DeleteApplicationResponse {\n    @inline\n    def apply(\n        application: js.UndefOr[ApplicationSummary] = js.undefined\n    ): DeleteApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      application.foreach(__v => __obj.updateDynamic(\"application\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteAttributeGroupRequest extends js.Object {\n    var attributeGroup: AttributeGroupSpecifier\n  }\n\n  object DeleteAttributeGroupRequest {\n    @inline\n    def apply(\n        attributeGroup: AttributeGroupSpecifier\n    ): DeleteAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attributeGroup\" -> attributeGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteAttributeGroupResponse extends js.Object {\n    var attributeGroup: js.UndefOr[AttributeGroupSummary]\n  }\n\n  object DeleteAttributeGroupResponse {\n    @inline\n    def apply(\n        attributeGroup: js.UndefOr[AttributeGroupSummary] = js.undefined\n    ): DeleteAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      attributeGroup.foreach(__v => __obj.updateDynamic(\"attributeGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteAttributeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateAttributeGroupRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var attributeGroup: AttributeGroupSpecifier\n  }\n\n  object DisassociateAttributeGroupRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        attributeGroup: AttributeGroupSpecifier\n    ): DisassociateAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any],\n        \"attributeGroup\" -> attributeGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateAttributeGroupResponse extends js.Object {\n    var applicationArn: js.UndefOr[ApplicationArn]\n    var attributeGroupArn: js.UndefOr[AttributeGroupArn]\n  }\n\n  object DisassociateAttributeGroupResponse {\n    @inline\n    def apply(\n        applicationArn: js.UndefOr[ApplicationArn] = js.undefined,\n        attributeGroupArn: js.UndefOr[AttributeGroupArn] = js.undefined\n    ): DisassociateAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      applicationArn.foreach(__v => __obj.updateDynamic(\"applicationArn\")(__v.asInstanceOf[js.Any]))\n      attributeGroupArn.foreach(__v => __obj.updateDynamic(\"attributeGroupArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateAttributeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateResourceRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var resource: ResourceSpecifier\n    var resourceType: ResourceType\n  }\n\n  object DisassociateResourceRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        resource: ResourceSpecifier,\n        resourceType: ResourceType\n    ): DisassociateResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any],\n        \"resource\" -> resource.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateResourceRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateResourceResponse extends js.Object {\n    var applicationArn: js.UndefOr[ApplicationArn]\n    var resourceArn: js.UndefOr[Arn]\n  }\n\n  object DisassociateResourceResponse {\n    @inline\n    def apply(\n        applicationArn: js.UndefOr[ApplicationArn] = js.undefined,\n        resourceArn: js.UndefOr[Arn] = js.undefined\n    ): DisassociateResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      applicationArn.foreach(__v => __obj.updateDynamic(\"applicationArn\")(__v.asInstanceOf[js.Any]))\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateResourceResponse]\n    }\n  }\n\n  @js.native\n  trait GetApplicationRequest extends js.Object {\n    var application: ApplicationSpecifier\n  }\n\n  object GetApplicationRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier\n    ): GetApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait GetApplicationResponse extends js.Object {\n    var arn: js.UndefOr[ApplicationArn]\n    var associatedResourceCount: js.UndefOr[AssociationCount]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[ApplicationId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object GetApplicationResponse {\n    @inline\n    def apply(\n        arn: js.UndefOr[ApplicationArn] = js.undefined,\n        associatedResourceCount: js.UndefOr[AssociationCount] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[ApplicationId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): GetApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      associatedResourceCount.foreach(__v => __obj.updateDynamic(\"associatedResourceCount\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait GetAttributeGroupRequest extends js.Object {\n    var attributeGroup: AttributeGroupSpecifier\n  }\n\n  object GetAttributeGroupRequest {\n    @inline\n    def apply(\n        attributeGroup: AttributeGroupSpecifier\n    ): GetAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attributeGroup\" -> attributeGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetAttributeGroupResponse extends js.Object {\n    var arn: js.UndefOr[AttributeGroupArn]\n    var attributes: js.UndefOr[Attributes]\n    var creationTime: js.UndefOr[Timestamp]\n    var description: js.UndefOr[Description]\n    var id: js.UndefOr[AttributeGroupId]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var name: js.UndefOr[Name]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object GetAttributeGroupResponse {\n    @inline\n    def apply(\n        arn: js.UndefOr[AttributeGroupArn] = js.undefined,\n        attributes: js.UndefOr[Attributes] = js.undefined,\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        id: js.UndefOr[AttributeGroupId] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): GetAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAttributeGroupResponse]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsResponse extends js.Object {\n    var applications: js.UndefOr[ApplicationSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListApplicationsResponse {\n    @inline\n    def apply(\n        applications: js.UndefOr[ApplicationSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListApplicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      applications.foreach(__v => __obj.updateDynamic(\"applications\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedAttributeGroupsRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociatedAttributeGroupsRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociatedAttributeGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedAttributeGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedAttributeGroupsResponse extends js.Object {\n    var attributeGroups: js.UndefOr[AttributeGroupIds]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociatedAttributeGroupsResponse {\n    @inline\n    def apply(\n        attributeGroups: js.UndefOr[AttributeGroupIds] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociatedAttributeGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      attributeGroups.foreach(__v => __obj.updateDynamic(\"attributeGroups\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedAttributeGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedResourcesRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAssociatedResourcesRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAssociatedResourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedResourcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListAssociatedResourcesResponse extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var resources: js.UndefOr[Resources]\n  }\n\n  object ListAssociatedResourcesResponse {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        resources: js.UndefOr[Resources] = js.undefined\n    ): ListAssociatedResourcesResponse = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      resources.foreach(__v => __obj.updateDynamic(\"resources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAssociatedResourcesResponse]\n    }\n  }\n\n  @js.native\n  trait ListAttributeGroupsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAttributeGroupsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAttributeGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttributeGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAttributeGroupsResponse extends js.Object {\n    var attributeGroups: js.UndefOr[AttributeGroupSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAttributeGroupsResponse {\n    @inline\n    def apply(\n        attributeGroups: js.UndefOr[AttributeGroupSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAttributeGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      attributeGroups.foreach(__v => __obj.updateDynamic(\"attributeGroups\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAttributeGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: Arn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Information about the resource.\n    *\/\n  @js.native\n  trait ResourceInfo extends js.Object {\n    var arn: js.UndefOr[StackArn]\n    var name: js.UndefOr[ResourceSpecifier]\n  }\n\n  object ResourceInfo {\n    @inline\n    def apply(\n        arn: js.UndefOr[StackArn] = js.undefined,\n        name: js.UndefOr[ResourceSpecifier] = js.undefined\n    ): ResourceInfo = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceInfo]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceType extends js.Any\n  object ResourceType {\n    val CFN_STACK = \"CFN_STACK\".asInstanceOf[ResourceType]\n\n    @inline def values = js.Array(CFN_STACK)\n  }\n\n  @js.native\n  sealed trait SyncAction extends js.Any\n  object SyncAction {\n    val START_SYNC = \"START_SYNC\".asInstanceOf[SyncAction]\n    val NO_ACTION = \"NO_ACTION\".asInstanceOf[SyncAction]\n\n    @inline def values = js.Array(START_SYNC, NO_ACTION)\n  }\n\n  @js.native\n  trait SyncResourceRequest extends js.Object {\n    var resource: ResourceSpecifier\n    var resourceType: ResourceType\n  }\n\n  object SyncResourceRequest {\n    @inline\n    def apply(\n        resource: ResourceSpecifier,\n        resourceType: ResourceType\n    ): SyncResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resource\" -> resource.asInstanceOf[js.Any],\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SyncResourceRequest]\n    }\n  }\n\n  @js.native\n  trait SyncResourceResponse extends js.Object {\n    var actionTaken: js.UndefOr[SyncAction]\n    var applicationArn: js.UndefOr[ApplicationArn]\n    var resourceArn: js.UndefOr[Arn]\n  }\n\n  object SyncResourceResponse {\n    @inline\n    def apply(\n        actionTaken: js.UndefOr[SyncAction] = js.undefined,\n        applicationArn: js.UndefOr[ApplicationArn] = js.undefined,\n        resourceArn: js.UndefOr[Arn] = js.undefined\n    ): SyncResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      actionTaken.foreach(__v => __obj.updateDynamic(\"actionTaken\")(__v.asInstanceOf[js.Any]))\n      applicationArn.foreach(__v => __obj.updateDynamic(\"applicationArn\")(__v.asInstanceOf[js.Any]))\n      resourceArn.foreach(__v => __obj.updateDynamic(\"resourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SyncResourceResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: Arn\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationRequest extends js.Object {\n    var application: ApplicationSpecifier\n    var description: js.UndefOr[Description]\n    var name: js.UndefOr[Name]\n  }\n\n  object UpdateApplicationRequest {\n    @inline\n    def apply(\n        application: ApplicationSpecifier,\n        description: js.UndefOr[Description] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): UpdateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"application\" -> application.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationResponse extends js.Object {\n    var application: js.UndefOr[Application]\n  }\n\n  object UpdateApplicationResponse {\n    @inline\n    def apply(\n        application: js.UndefOr[Application] = js.undefined\n    ): UpdateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      application.foreach(__v => __obj.updateDynamic(\"application\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateAttributeGroupRequest extends js.Object {\n    var attributeGroup: AttributeGroupSpecifier\n    var attributes: js.UndefOr[Attributes]\n    var description: js.UndefOr[Description]\n    var name: js.UndefOr[Name]\n  }\n\n  object UpdateAttributeGroupRequest {\n    @inline\n    def apply(\n        attributeGroup: AttributeGroupSpecifier,\n        attributes: js.UndefOr[Attributes] = js.undefined,\n        description: js.UndefOr[Description] = js.undefined,\n        name: js.UndefOr[Name] = js.undefined\n    ): UpdateAttributeGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attributeGroup\" -> attributeGroup.asInstanceOf[js.Any]\n      )\n\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAttributeGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateAttributeGroupResponse extends js.Object {\n    var attributeGroup: js.UndefOr[AttributeGroup]\n  }\n\n  object UpdateAttributeGroupResponse {\n    @inline\n    def apply(\n        attributeGroup: js.UndefOr[AttributeGroup] = js.undefined\n    ): UpdateAttributeGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      attributeGroup.foreach(__v => __obj.updateDynamic(\"attributeGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAttributeGroupResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/applicationautoscaling\/src\/main\/scala\/facade\/amazonaws\/services\/ApplicationAutoScaling.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object applicationautoscaling {\n  type Alarms = js.Array[Alarm]\n  type Cooldown = Int\n  type DisableScaleIn = Boolean\n  type MaxResults = Int\n  type MetricDimensionName = String\n  type MetricDimensionValue = String\n  type MetricDimensions = js.Array[MetricDimension]\n  type MetricName = String\n  type MetricNamespace = String\n  type MetricScale = Double\n  type MetricUnit = String\n  type MinAdjustmentMagnitude = Int\n  type PolicyName = String\n  type ResourceCapacity = Int\n  type ResourceId = String\n  type ResourceIdMaxLen1600 = String\n  type ResourceIdsMaxLen1600 = js.Array[ResourceIdMaxLen1600]\n  type ResourceLabel = String\n  type ScalableTargets = js.Array[ScalableTarget]\n  type ScalingActivities = js.Array[ScalingActivity]\n  type ScalingAdjustment = Int\n  type ScalingPolicies = js.Array[ScalingPolicy]\n  type ScalingSuspended = Boolean\n  type ScheduledActionName = String\n  type ScheduledActions = js.Array[ScheduledAction]\n  type StepAdjustments = js.Array[StepAdjustment]\n  type TimestampType = js.Date\n  type XmlString = String\n\n  implicit final class ApplicationAutoScalingOps(private val service: ApplicationAutoScaling) extends AnyVal {\n\n    @inline def deleteScalingPolicyFuture(params: DeleteScalingPolicyRequest): Future[DeleteScalingPolicyResponse] = service.deleteScalingPolicy(params).promise().toFuture\n    @inline def deleteScheduledActionFuture(params: DeleteScheduledActionRequest): Future[DeleteScheduledActionResponse] = service.deleteScheduledAction(params).promise().toFuture\n    @inline def deregisterScalableTargetFuture(params: DeregisterScalableTargetRequest): Future[DeregisterScalableTargetResponse] = service.deregisterScalableTarget(params).promise().toFuture\n    @inline def describeScalableTargetsFuture(params: DescribeScalableTargetsRequest): Future[DescribeScalableTargetsResponse] = service.describeScalableTargets(params).promise().toFuture\n    @inline def describeScalingActivitiesFuture(params: DescribeScalingActivitiesRequest): Future[DescribeScalingActivitiesResponse] = service.describeScalingActivities(params).promise().toFuture\n    @inline def describeScalingPoliciesFuture(params: DescribeScalingPoliciesRequest): Future[DescribeScalingPoliciesResponse] = service.describeScalingPolicies(params).promise().toFuture\n    @inline def describeScheduledActionsFuture(params: DescribeScheduledActionsRequest): Future[DescribeScheduledActionsResponse] = service.describeScheduledActions(params).promise().toFuture\n    @inline def putScalingPolicyFuture(params: PutScalingPolicyRequest): Future[PutScalingPolicyResponse] = service.putScalingPolicy(params).promise().toFuture\n    @inline def putScheduledActionFuture(params: PutScheduledActionRequest): Future[PutScheduledActionResponse] = service.putScheduledAction(params).promise().toFuture\n    @inline def registerScalableTargetFuture(params: RegisterScalableTargetRequest): Future[RegisterScalableTargetResponse] = service.registerScalableTarget(params).promise().toFuture\n\n  }\n}\n\npackage applicationautoscaling {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/applicationautoscaling\", JSImport.Namespace, \"AWS.ApplicationAutoScaling\")\n  class ApplicationAutoScaling() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteScalingPolicy(params: DeleteScalingPolicyRequest): Request[DeleteScalingPolicyResponse] = js.native\n    def deleteScheduledAction(params: DeleteScheduledActionRequest): Request[DeleteScheduledActionResponse] = js.native\n    def deregisterScalableTarget(params: DeregisterScalableTargetRequest): Request[DeregisterScalableTargetResponse] = js.native\n    def describeScalableTargets(params: DescribeScalableTargetsRequest): Request[DescribeScalableTargetsResponse] = js.native\n    def describeScalingActivities(params: DescribeScalingActivitiesRequest): Request[DescribeScalingActivitiesResponse] = js.native\n    def describeScalingPolicies(params: DescribeScalingPoliciesRequest): Request[DescribeScalingPoliciesResponse] = js.native\n    def describeScheduledActions(params: DescribeScheduledActionsRequest): Request[DescribeScheduledActionsResponse] = js.native\n    def putScalingPolicy(params: PutScalingPolicyRequest): Request[PutScalingPolicyResponse] = js.native\n    def putScheduledAction(params: PutScheduledActionRequest): Request[PutScheduledActionResponse] = js.native\n    def registerScalableTarget(params: RegisterScalableTargetRequest): Request[RegisterScalableTargetResponse] = js.native\n  }\n\n  @js.native\n  sealed trait AdjustmentType extends js.Any\n  object AdjustmentType {\n    val ChangeInCapacity = \"ChangeInCapacity\".asInstanceOf[AdjustmentType]\n    val PercentChangeInCapacity = \"PercentChangeInCapacity\".asInstanceOf[AdjustmentType]\n    val ExactCapacity = \"ExactCapacity\".asInstanceOf[AdjustmentType]\n\n    @inline def values = js.Array(ChangeInCapacity, PercentChangeInCapacity, ExactCapacity)\n  }\n\n  \/** Represents a CloudWatch alarm associated with a scaling policy.\n    *\/\n  @js.native\n  trait Alarm extends js.Object {\n    var AlarmARN: ResourceId\n    var AlarmName: ResourceId\n  }\n\n  object Alarm {\n    @inline\n    def apply(\n        AlarmARN: ResourceId,\n        AlarmName: ResourceId\n    ): Alarm = {\n      val __obj = js.Dynamic.literal(\n        \"AlarmARN\" -> AlarmARN.asInstanceOf[js.Any],\n        \"AlarmName\" -> AlarmName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Alarm]\n    }\n  }\n\n  \/** Represents a CloudWatch metric of your choosing for a target tracking scaling policy to use with Application Auto Scaling. For information about the available metrics for a service, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/aws-services-cloudwatch-metrics.html|AWS Services That Publish CloudWatch Metrics]] in the <i>Amazon CloudWatch User Guide<\/i>. To create your customized metric specification: * Add values for each required parameter from CloudWatch. You can use an existing metric, or a new metric that you create. To use your own metric, you must first publish the metric to CloudWatch. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/publishingMetrics.html|Publish Custom Metrics]] in the <i>Amazon CloudWatch User Guide<\/i>. * Choose a metric that changes proportionally with capacity. The value of the metric should increase or decrease in inverse proportion to the number of capacity units. That is, the value\n    * of the metric should decrease when capacity increases, and increase when capacity decreases. For more information about CloudWatch, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudWatch\/latest\/monitoring\/cloudwatch_concepts.html|Amazon CloudWatch Concepts]].\n    *\/\n  @js.native\n  trait CustomizedMetricSpecification extends js.Object {\n    var MetricName: MetricName\n    var Namespace: MetricNamespace\n    var Statistic: MetricStatistic\n    var Dimensions: js.UndefOr[MetricDimensions]\n    var Unit: js.UndefOr[MetricUnit]\n  }\n\n  object CustomizedMetricSpecification {\n    @inline\n    def apply(\n        MetricName: MetricName,\n        Namespace: MetricNamespace,\n        Statistic: MetricStatistic,\n        Dimensions: js.UndefOr[MetricDimensions] = js.undefined,\n        Unit: js.UndefOr[MetricUnit] = js.undefined\n    ): CustomizedMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"MetricName\" -> MetricName.asInstanceOf[js.Any],\n        \"Namespace\" -> Namespace.asInstanceOf[js.Any],\n        \"Statistic\" -> Statistic.asInstanceOf[js.Any]\n      )\n\n      Dimensions.foreach(__v => __obj.updateDynamic(\"Dimensions\")(__v.asInstanceOf[js.Any]))\n      Unit.foreach(__v => __obj.updateDynamic(\"Unit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomizedMetricSpecification]\n    }\n  }\n\n  @js.native\n  trait DeleteScalingPolicyRequest extends js.Object {\n    var PolicyName: ResourceIdMaxLen1600\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n  }\n\n  object DeleteScalingPolicyRequest {\n    @inline\n    def apply(\n        PolicyName: ResourceIdMaxLen1600,\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace\n    ): DeleteScalingPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScalingPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteScalingPolicyResponse extends js.Object\n\n  object DeleteScalingPolicyResponse {\n    @inline\n    def apply(): DeleteScalingPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteScalingPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteScheduledActionRequest extends js.Object {\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ScheduledActionName: ResourceIdMaxLen1600\n    var ServiceNamespace: ServiceNamespace\n  }\n\n  object DeleteScheduledActionRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ScheduledActionName: ResourceIdMaxLen1600,\n        ServiceNamespace: ServiceNamespace\n    ): DeleteScheduledActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ScheduledActionName\" -> ScheduledActionName.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteScheduledActionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteScheduledActionResponse extends js.Object\n\n  object DeleteScheduledActionResponse {\n    @inline\n    def apply(): DeleteScheduledActionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteScheduledActionResponse]\n    }\n  }\n\n  @js.native\n  trait DeregisterScalableTargetRequest extends js.Object {\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n  }\n\n  object DeregisterScalableTargetRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace\n    ): DeregisterScalableTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterScalableTargetRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterScalableTargetResponse extends js.Object\n\n  object DeregisterScalableTargetResponse {\n    @inline\n    def apply(): DeregisterScalableTargetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeregisterScalableTargetResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScalableTargetsRequest extends js.Object {\n    var ServiceNamespace: ServiceNamespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[XmlString]\n    var ResourceIds: js.UndefOr[ResourceIdsMaxLen1600]\n    var ScalableDimension: js.UndefOr[ScalableDimension]\n  }\n\n  object DescribeScalableTargetsRequest {\n    @inline\n    def apply(\n        ServiceNamespace: ServiceNamespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ResourceIds: js.UndefOr[ResourceIdsMaxLen1600] = js.undefined,\n        ScalableDimension: js.UndefOr[ScalableDimension] = js.undefined\n    ): DescribeScalableTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceIds.foreach(__v => __obj.updateDynamic(\"ResourceIds\")(__v.asInstanceOf[js.Any]))\n      ScalableDimension.foreach(__v => __obj.updateDynamic(\"ScalableDimension\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalableTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScalableTargetsResponse extends js.Object {\n    var NextToken: js.UndefOr[XmlString]\n    var ScalableTargets: js.UndefOr[ScalableTargets]\n  }\n\n  object DescribeScalableTargetsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ScalableTargets: js.UndefOr[ScalableTargets] = js.undefined\n    ): DescribeScalableTargetsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalableTargets.foreach(__v => __obj.updateDynamic(\"ScalableTargets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalableTargetsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingActivitiesRequest extends js.Object {\n    var ServiceNamespace: ServiceNamespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[XmlString]\n    var ResourceId: js.UndefOr[ResourceIdMaxLen1600]\n    var ScalableDimension: js.UndefOr[ScalableDimension]\n  }\n\n  object DescribeScalingActivitiesRequest {\n    @inline\n    def apply(\n        ServiceNamespace: ServiceNamespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ResourceId: js.UndefOr[ResourceIdMaxLen1600] = js.undefined,\n        ScalableDimension: js.UndefOr[ScalableDimension] = js.undefined\n    ): DescribeScalingActivitiesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ScalableDimension.foreach(__v => __obj.updateDynamic(\"ScalableDimension\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingActivitiesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingActivitiesResponse extends js.Object {\n    var NextToken: js.UndefOr[XmlString]\n    var ScalingActivities: js.UndefOr[ScalingActivities]\n  }\n\n  object DescribeScalingActivitiesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ScalingActivities: js.UndefOr[ScalingActivities] = js.undefined\n    ): DescribeScalingActivitiesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalingActivities.foreach(__v => __obj.updateDynamic(\"ScalingActivities\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingActivitiesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPoliciesRequest extends js.Object {\n    var ServiceNamespace: ServiceNamespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[XmlString]\n    var PolicyNames: js.UndefOr[ResourceIdsMaxLen1600]\n    var ResourceId: js.UndefOr[ResourceIdMaxLen1600]\n    var ScalableDimension: js.UndefOr[ScalableDimension]\n  }\n\n  object DescribeScalingPoliciesRequest {\n    @inline\n    def apply(\n        ServiceNamespace: ServiceNamespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        PolicyNames: js.UndefOr[ResourceIdsMaxLen1600] = js.undefined,\n        ResourceId: js.UndefOr[ResourceIdMaxLen1600] = js.undefined,\n        ScalableDimension: js.UndefOr[ScalableDimension] = js.undefined\n    ): DescribeScalingPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      PolicyNames.foreach(__v => __obj.updateDynamic(\"PolicyNames\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ScalableDimension.foreach(__v => __obj.updateDynamic(\"ScalableDimension\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScalingPoliciesResponse extends js.Object {\n    var NextToken: js.UndefOr[XmlString]\n    var ScalingPolicies: js.UndefOr[ScalingPolicies]\n  }\n\n  object DescribeScalingPoliciesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ScalingPolicies: js.UndefOr[ScalingPolicies] = js.undefined\n    ): DescribeScalingPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScalingPolicies.foreach(__v => __obj.updateDynamic(\"ScalingPolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScalingPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeScheduledActionsRequest extends js.Object {\n    var ServiceNamespace: ServiceNamespace\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[XmlString]\n    var ResourceId: js.UndefOr[ResourceIdMaxLen1600]\n    var ScalableDimension: js.UndefOr[ScalableDimension]\n    var ScheduledActionNames: js.UndefOr[ResourceIdsMaxLen1600]\n  }\n\n  object DescribeScheduledActionsRequest {\n    @inline\n    def apply(\n        ServiceNamespace: ServiceNamespace,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ResourceId: js.UndefOr[ResourceIdMaxLen1600] = js.undefined,\n        ScalableDimension: js.UndefOr[ScalableDimension] = js.undefined,\n        ScheduledActionNames: js.UndefOr[ResourceIdsMaxLen1600] = js.undefined\n    ): DescribeScheduledActionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceId.foreach(__v => __obj.updateDynamic(\"ResourceId\")(__v.asInstanceOf[js.Any]))\n      ScalableDimension.foreach(__v => __obj.updateDynamic(\"ScalableDimension\")(__v.asInstanceOf[js.Any]))\n      ScheduledActionNames.foreach(__v => __obj.updateDynamic(\"ScheduledActionNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScheduledActionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeScheduledActionsResponse extends js.Object {\n    var NextToken: js.UndefOr[XmlString]\n    var ScheduledActions: js.UndefOr[ScheduledActions]\n  }\n\n  object DescribeScheduledActionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[XmlString] = js.undefined,\n        ScheduledActions: js.UndefOr[ScheduledActions] = js.undefined\n    ): DescribeScheduledActionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ScheduledActions.foreach(__v => __obj.updateDynamic(\"ScheduledActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeScheduledActionsResponse]\n    }\n  }\n\n  @js.native\n  sealed trait MetricAggregationType extends js.Any\n  object MetricAggregationType {\n    val Average = \"Average\".asInstanceOf[MetricAggregationType]\n    val Minimum = \"Minimum\".asInstanceOf[MetricAggregationType]\n    val Maximum = \"Maximum\".asInstanceOf[MetricAggregationType]\n\n    @inline def values = js.Array(Average, Minimum, Maximum)\n  }\n\n  \/** Describes the dimension names and values associated with a metric.\n    *\/\n  @js.native\n  trait MetricDimension extends js.Object {\n    var Name: MetricDimensionName\n    var Value: MetricDimensionValue\n  }\n\n  object MetricDimension {\n    @inline\n    def apply(\n        Name: MetricDimensionName,\n        Value: MetricDimensionValue\n    ): MetricDimension = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MetricDimension]\n    }\n  }\n\n  @js.native\n  sealed trait MetricStatistic extends js.Any\n  object MetricStatistic {\n    val Average = \"Average\".asInstanceOf[MetricStatistic]\n    val Minimum = \"Minimum\".asInstanceOf[MetricStatistic]\n    val Maximum = \"Maximum\".asInstanceOf[MetricStatistic]\n    val SampleCount = \"SampleCount\".asInstanceOf[MetricStatistic]\n    val Sum = \"Sum\".asInstanceOf[MetricStatistic]\n\n    @inline def values = js.Array(Average, Minimum, Maximum, SampleCount, Sum)\n  }\n\n  @js.native\n  sealed trait MetricType extends js.Any\n  object MetricType {\n    val DynamoDBReadCapacityUtilization = \"DynamoDBReadCapacityUtilization\".asInstanceOf[MetricType]\n    val DynamoDBWriteCapacityUtilization = \"DynamoDBWriteCapacityUtilization\".asInstanceOf[MetricType]\n    val ALBRequestCountPerTarget = \"ALBRequestCountPerTarget\".asInstanceOf[MetricType]\n    val RDSReaderAverageCPUUtilization = \"RDSReaderAverageCPUUtilization\".asInstanceOf[MetricType]\n    val RDSReaderAverageDatabaseConnections = \"RDSReaderAverageDatabaseConnections\".asInstanceOf[MetricType]\n    val EC2SpotFleetRequestAverageCPUUtilization = \"EC2SpotFleetRequestAverageCPUUtilization\".asInstanceOf[MetricType]\n    val EC2SpotFleetRequestAverageNetworkIn = \"EC2SpotFleetRequestAverageNetworkIn\".asInstanceOf[MetricType]\n    val EC2SpotFleetRequestAverageNetworkOut = \"EC2SpotFleetRequestAverageNetworkOut\".asInstanceOf[MetricType]\n    val SageMakerVariantInvocationsPerInstance = \"SageMakerVariantInvocationsPerInstance\".asInstanceOf[MetricType]\n    val ECSServiceAverageCPUUtilization = \"ECSServiceAverageCPUUtilization\".asInstanceOf[MetricType]\n    val ECSServiceAverageMemoryUtilization = \"ECSServiceAverageMemoryUtilization\".asInstanceOf[MetricType]\n    val AppStreamAverageCapacityUtilization = \"AppStreamAverageCapacityUtilization\".asInstanceOf[MetricType]\n    val ComprehendInferenceUtilization = \"ComprehendInferenceUtilization\".asInstanceOf[MetricType]\n    val LambdaProvisionedConcurrencyUtilization = \"LambdaProvisionedConcurrencyUtilization\".asInstanceOf[MetricType]\n    val CassandraReadCapacityUtilization = \"CassandraReadCapacityUtilization\".asInstanceOf[MetricType]\n    val CassandraWriteCapacityUtilization = \"CassandraWriteCapacityUtilization\".asInstanceOf[MetricType]\n    val KafkaBrokerStorageUtilization = \"KafkaBrokerStorageUtilization\".asInstanceOf[MetricType]\n\n    @inline def values = js.Array(\n      DynamoDBReadCapacityUtilization,\n      DynamoDBWriteCapacityUtilization,\n      ALBRequestCountPerTarget,\n      RDSReaderAverageCPUUtilization,\n      RDSReaderAverageDatabaseConnections,\n      EC2SpotFleetRequestAverageCPUUtilization,\n      EC2SpotFleetRequestAverageNetworkIn,\n      EC2SpotFleetRequestAverageNetworkOut,\n      SageMakerVariantInvocationsPerInstance,\n      ECSServiceAverageCPUUtilization,\n      ECSServiceAverageMemoryUtilization,\n      AppStreamAverageCapacityUtilization,\n      ComprehendInferenceUtilization,\n      LambdaProvisionedConcurrencyUtilization,\n      CassandraReadCapacityUtilization,\n      CassandraWriteCapacityUtilization,\n      KafkaBrokerStorageUtilization\n    )\n  }\n\n  @js.native\n  sealed trait PolicyType extends js.Any\n  object PolicyType {\n    val StepScaling = \"StepScaling\".asInstanceOf[PolicyType]\n    val TargetTrackingScaling = \"TargetTrackingScaling\".asInstanceOf[PolicyType]\n\n    @inline def values = js.Array(StepScaling, TargetTrackingScaling)\n  }\n\n  \/** Represents a predefined metric for a target tracking scaling policy to use with Application Auto Scaling. Only the AWS services that you're using send metrics to Amazon CloudWatch. To determine whether a desired metric already exists by looking up its namespace and dimension using the CloudWatch metrics dashboard in the console, follow the procedure in [[https:\/\/docs.aws.amazon.com\/autoscaling\/application\/userguide\/monitoring-cloudwatch.html|Building dashboards with CloudWatch]] in the <i>Application Auto Scaling User Guide<\/i>.\n    *\/\n  @js.native\n  trait PredefinedMetricSpecification extends js.Object {\n    var PredefinedMetricType: MetricType\n    var ResourceLabel: js.UndefOr[ResourceLabel]\n  }\n\n  object PredefinedMetricSpecification {\n    @inline\n    def apply(\n        PredefinedMetricType: MetricType,\n        ResourceLabel: js.UndefOr[ResourceLabel] = js.undefined\n    ): PredefinedMetricSpecification = {\n      val __obj = js.Dynamic.literal(\n        \"PredefinedMetricType\" -> PredefinedMetricType.asInstanceOf[js.Any]\n      )\n\n      ResourceLabel.foreach(__v => __obj.updateDynamic(\"ResourceLabel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PredefinedMetricSpecification]\n    }\n  }\n\n  @js.native\n  trait PutScalingPolicyRequest extends js.Object {\n    var PolicyName: PolicyName\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var PolicyType: js.UndefOr[PolicyType]\n    var StepScalingPolicyConfiguration: js.UndefOr[StepScalingPolicyConfiguration]\n    var TargetTrackingScalingPolicyConfiguration: js.UndefOr[TargetTrackingScalingPolicyConfiguration]\n  }\n\n  object PutScalingPolicyRequest {\n    @inline\n    def apply(\n        PolicyName: PolicyName,\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        PolicyType: js.UndefOr[PolicyType] = js.undefined,\n        StepScalingPolicyConfiguration: js.UndefOr[StepScalingPolicyConfiguration] = js.undefined,\n        TargetTrackingScalingPolicyConfiguration: js.UndefOr[TargetTrackingScalingPolicyConfiguration] = js.undefined\n    ): PutScalingPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      StepScalingPolicyConfiguration.foreach(__v => __obj.updateDynamic(\"StepScalingPolicyConfiguration\")(__v.asInstanceOf[js.Any]))\n      TargetTrackingScalingPolicyConfiguration.foreach(__v => __obj.updateDynamic(\"TargetTrackingScalingPolicyConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutScalingPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutScalingPolicyResponse extends js.Object {\n    var PolicyARN: ResourceIdMaxLen1600\n    var Alarms: js.UndefOr[Alarms]\n  }\n\n  object PutScalingPolicyResponse {\n    @inline\n    def apply(\n        PolicyARN: ResourceIdMaxLen1600,\n        Alarms: js.UndefOr[Alarms] = js.undefined\n    ): PutScalingPolicyResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyARN\" -> PolicyARN.asInstanceOf[js.Any]\n      )\n\n      Alarms.foreach(__v => __obj.updateDynamic(\"Alarms\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutScalingPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait PutScheduledActionRequest extends js.Object {\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ScheduledActionName: ScheduledActionName\n    var ServiceNamespace: ServiceNamespace\n    var EndTime: js.UndefOr[TimestampType]\n    var ScalableTargetAction: js.UndefOr[ScalableTargetAction]\n    var Schedule: js.UndefOr[ResourceIdMaxLen1600]\n    var StartTime: js.UndefOr[TimestampType]\n    var Timezone: js.UndefOr[ResourceIdMaxLen1600]\n  }\n\n  object PutScheduledActionRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ScheduledActionName: ScheduledActionName,\n        ServiceNamespace: ServiceNamespace,\n        EndTime: js.UndefOr[TimestampType] = js.undefined,\n        ScalableTargetAction: js.UndefOr[ScalableTargetAction] = js.undefined,\n        Schedule: js.UndefOr[ResourceIdMaxLen1600] = js.undefined,\n        StartTime: js.UndefOr[TimestampType] = js.undefined,\n        Timezone: js.UndefOr[ResourceIdMaxLen1600] = js.undefined\n    ): PutScheduledActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ScheduledActionName\" -> ScheduledActionName.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ScalableTargetAction.foreach(__v => __obj.updateDynamic(\"ScalableTargetAction\")(__v.asInstanceOf[js.Any]))\n      Schedule.foreach(__v => __obj.updateDynamic(\"Schedule\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutScheduledActionRequest]\n    }\n  }\n\n  @js.native\n  trait PutScheduledActionResponse extends js.Object\n\n  object PutScheduledActionResponse {\n    @inline\n    def apply(): PutScheduledActionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutScheduledActionResponse]\n    }\n  }\n\n  @js.native\n  trait RegisterScalableTargetRequest extends js.Object {\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var MaxCapacity: js.UndefOr[ResourceCapacity]\n    var MinCapacity: js.UndefOr[ResourceCapacity]\n    var RoleARN: js.UndefOr[ResourceIdMaxLen1600]\n    var SuspendedState: js.UndefOr[SuspendedState]\n  }\n\n  object RegisterScalableTargetRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        MaxCapacity: js.UndefOr[ResourceCapacity] = js.undefined,\n        MinCapacity: js.UndefOr[ResourceCapacity] = js.undefined,\n        RoleARN: js.UndefOr[ResourceIdMaxLen1600] = js.undefined,\n        SuspendedState: js.UndefOr[SuspendedState] = js.undefined\n    ): RegisterScalableTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MinCapacity.foreach(__v => __obj.updateDynamic(\"MinCapacity\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      SuspendedState.foreach(__v => __obj.updateDynamic(\"SuspendedState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterScalableTargetRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterScalableTargetResponse extends js.Object\n\n  object RegisterScalableTargetResponse {\n    @inline\n    def apply(): RegisterScalableTargetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[RegisterScalableTargetResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ScalableDimension extends js.Any\n  object ScalableDimension {\n    val `ecs:service:DesiredCount` = \"ecs:service:DesiredCount\".asInstanceOf[ScalableDimension]\n    val `ec2:spot-fleet-request:TargetCapacity` = \"ec2:spot-fleet-request:TargetCapacity\".asInstanceOf[ScalableDimension]\n    val `elasticmapreduce:instancegroup:InstanceCount` = \"elasticmapreduce:instancegroup:InstanceCount\".asInstanceOf[ScalableDimension]\n    val `appstream:fleet:DesiredCapacity` = \"appstream:fleet:DesiredCapacity\".asInstanceOf[ScalableDimension]\n    val `dynamodb:table:ReadCapacityUnits` = \"dynamodb:table:ReadCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:table:WriteCapacityUnits` = \"dynamodb:table:WriteCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:index:ReadCapacityUnits` = \"dynamodb:index:ReadCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `dynamodb:index:WriteCapacityUnits` = \"dynamodb:index:WriteCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `rds:cluster:ReadReplicaCount` = \"rds:cluster:ReadReplicaCount\".asInstanceOf[ScalableDimension]\n    val `sagemaker:variant:DesiredInstanceCount` = \"sagemaker:variant:DesiredInstanceCount\".asInstanceOf[ScalableDimension]\n    val `custom-resource:ResourceType:Property` = \"custom-resource:ResourceType:Property\".asInstanceOf[ScalableDimension]\n    val `comprehend:document-classifier-endpoint:DesiredInferenceUnits` = \"comprehend:document-classifier-endpoint:DesiredInferenceUnits\".asInstanceOf[ScalableDimension]\n    val `comprehend:entity-recognizer-endpoint:DesiredInferenceUnits` = \"comprehend:entity-recognizer-endpoint:DesiredInferenceUnits\".asInstanceOf[ScalableDimension]\n    val `lambda:function:ProvisionedConcurrency` = \"lambda:function:ProvisionedConcurrency\".asInstanceOf[ScalableDimension]\n    val `cassandra:table:ReadCapacityUnits` = \"cassandra:table:ReadCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `cassandra:table:WriteCapacityUnits` = \"cassandra:table:WriteCapacityUnits\".asInstanceOf[ScalableDimension]\n    val `kafka:broker-storage:VolumeSize` = \"kafka:broker-storage:VolumeSize\".asInstanceOf[ScalableDimension]\n\n    @inline def values = js.Array(\n      `ecs:service:DesiredCount`,\n      `ec2:spot-fleet-request:TargetCapacity`,\n      `elasticmapreduce:instancegroup:InstanceCount`,\n      `appstream:fleet:DesiredCapacity`,\n      `dynamodb:table:ReadCapacityUnits`,\n      `dynamodb:table:WriteCapacityUnits`,\n      `dynamodb:index:ReadCapacityUnits`,\n      `dynamodb:index:WriteCapacityUnits`,\n      `rds:cluster:ReadReplicaCount`,\n      `sagemaker:variant:DesiredInstanceCount`,\n      `custom-resource:ResourceType:Property`,\n      `comprehend:document-classifier-endpoint:DesiredInferenceUnits`,\n      `comprehend:entity-recognizer-endpoint:DesiredInferenceUnits`,\n      `lambda:function:ProvisionedConcurrency`,\n      `cassandra:table:ReadCapacityUnits`,\n      `cassandra:table:WriteCapacityUnits`,\n      `kafka:broker-storage:VolumeSize`\n    )\n  }\n\n  \/** Represents a scalable target.\n    *\/\n  @js.native\n  trait ScalableTarget extends js.Object {\n    var CreationTime: TimestampType\n    var MaxCapacity: ResourceCapacity\n    var MinCapacity: ResourceCapacity\n    var ResourceId: ResourceIdMaxLen1600\n    var RoleARN: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var SuspendedState: js.UndefOr[SuspendedState]\n  }\n\n  object ScalableTarget {\n    @inline\n    def apply(\n        CreationTime: TimestampType,\n        MaxCapacity: ResourceCapacity,\n        MinCapacity: ResourceCapacity,\n        ResourceId: ResourceIdMaxLen1600,\n        RoleARN: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        SuspendedState: js.UndefOr[SuspendedState] = js.undefined\n    ): ScalableTarget = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"MaxCapacity\" -> MaxCapacity.asInstanceOf[js.Any],\n        \"MinCapacity\" -> MinCapacity.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      SuspendedState.foreach(__v => __obj.updateDynamic(\"SuspendedState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalableTarget]\n    }\n  }\n\n  \/** Represents the minimum and maximum capacity for a scheduled action.\n    *\/\n  @js.native\n  trait ScalableTargetAction extends js.Object {\n    var MaxCapacity: js.UndefOr[ResourceCapacity]\n    var MinCapacity: js.UndefOr[ResourceCapacity]\n  }\n\n  object ScalableTargetAction {\n    @inline\n    def apply(\n        MaxCapacity: js.UndefOr[ResourceCapacity] = js.undefined,\n        MinCapacity: js.UndefOr[ResourceCapacity] = js.undefined\n    ): ScalableTargetAction = {\n      val __obj = js.Dynamic.literal()\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MinCapacity.foreach(__v => __obj.updateDynamic(\"MinCapacity\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalableTargetAction]\n    }\n  }\n\n  \/** Represents a scaling activity.\n    *\/\n  @js.native\n  trait ScalingActivity extends js.Object {\n    var ActivityId: ResourceId\n    var Cause: XmlString\n    var Description: XmlString\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var StartTime: TimestampType\n    var StatusCode: ScalingActivityStatusCode\n    var Details: js.UndefOr[XmlString]\n    var EndTime: js.UndefOr[TimestampType]\n    var StatusMessage: js.UndefOr[XmlString]\n  }\n\n  object ScalingActivity {\n    @inline\n    def apply(\n        ActivityId: ResourceId,\n        Cause: XmlString,\n        Description: XmlString,\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        StartTime: TimestampType,\n        StatusCode: ScalingActivityStatusCode,\n        Details: js.UndefOr[XmlString] = js.undefined,\n        EndTime: js.UndefOr[TimestampType] = js.undefined,\n        StatusMessage: js.UndefOr[XmlString] = js.undefined\n    ): ScalingActivity = {\n      val __obj = js.Dynamic.literal(\n        \"ActivityId\" -> ActivityId.asInstanceOf[js.Any],\n        \"Cause\" -> Cause.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any],\n        \"StartTime\" -> StartTime.asInstanceOf[js.Any],\n        \"StatusCode\" -> StatusCode.asInstanceOf[js.Any]\n      )\n\n      Details.foreach(__v => __obj.updateDynamic(\"Details\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      StatusMessage.foreach(__v => __obj.updateDynamic(\"StatusMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingActivity]\n    }\n  }\n\n  @js.native\n  sealed trait ScalingActivityStatusCode extends js.Any\n  object ScalingActivityStatusCode {\n    val Pending = \"Pending\".asInstanceOf[ScalingActivityStatusCode]\n    val InProgress = \"InProgress\".asInstanceOf[ScalingActivityStatusCode]\n    val Successful = \"Successful\".asInstanceOf[ScalingActivityStatusCode]\n    val Overridden = \"Overridden\".asInstanceOf[ScalingActivityStatusCode]\n    val Unfulfilled = \"Unfulfilled\".asInstanceOf[ScalingActivityStatusCode]\n    val Failed = \"Failed\".asInstanceOf[ScalingActivityStatusCode]\n\n    @inline def values = js.Array(Pending, InProgress, Successful, Overridden, Unfulfilled, Failed)\n  }\n\n  \/** Represents a scaling policy to use with Application Auto Scaling. For more information about configuring scaling policies for a specific service, see [[https:\/\/docs.aws.amazon.com\/autoscaling\/application\/userguide\/getting-started.html|Getting started with Application Auto Scaling]] in the <i>Application Auto Scaling User Guide<\/i>.\n    *\/\n  @js.native\n  trait ScalingPolicy extends js.Object {\n    var CreationTime: TimestampType\n    var PolicyARN: ResourceIdMaxLen1600\n    var PolicyName: PolicyName\n    var PolicyType: PolicyType\n    var ResourceId: ResourceIdMaxLen1600\n    var ScalableDimension: ScalableDimension\n    var ServiceNamespace: ServiceNamespace\n    var Alarms: js.UndefOr[Alarms]\n    var StepScalingPolicyConfiguration: js.UndefOr[StepScalingPolicyConfiguration]\n    var TargetTrackingScalingPolicyConfiguration: js.UndefOr[TargetTrackingScalingPolicyConfiguration]\n  }\n\n  object ScalingPolicy {\n    @inline\n    def apply(\n        CreationTime: TimestampType,\n        PolicyARN: ResourceIdMaxLen1600,\n        PolicyName: PolicyName,\n        PolicyType: PolicyType,\n        ResourceId: ResourceIdMaxLen1600,\n        ScalableDimension: ScalableDimension,\n        ServiceNamespace: ServiceNamespace,\n        Alarms: js.UndefOr[Alarms] = js.undefined,\n        StepScalingPolicyConfiguration: js.UndefOr[StepScalingPolicyConfiguration] = js.undefined,\n        TargetTrackingScalingPolicyConfiguration: js.UndefOr[TargetTrackingScalingPolicyConfiguration] = js.undefined\n    ): ScalingPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"PolicyARN\" -> PolicyARN.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any],\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"ScalableDimension\" -> ScalableDimension.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      Alarms.foreach(__v => __obj.updateDynamic(\"Alarms\")(__v.asInstanceOf[js.Any]))\n      StepScalingPolicyConfiguration.foreach(__v => __obj.updateDynamic(\"StepScalingPolicyConfiguration\")(__v.asInstanceOf[js.Any]))\n      TargetTrackingScalingPolicyConfiguration.foreach(__v => __obj.updateDynamic(\"TargetTrackingScalingPolicyConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingPolicy]\n    }\n  }\n\n  \/** Represents a scheduled action.\n    *\/\n  @js.native\n  trait ScheduledAction extends js.Object {\n    var CreationTime: TimestampType\n    var ResourceId: ResourceIdMaxLen1600\n    var Schedule: ResourceIdMaxLen1600\n    var ScheduledActionARN: ResourceIdMaxLen1600\n    var ScheduledActionName: ScheduledActionName\n    var ServiceNamespace: ServiceNamespace\n    var EndTime: js.UndefOr[TimestampType]\n    var ScalableDimension: js.UndefOr[ScalableDimension]\n    var ScalableTargetAction: js.UndefOr[ScalableTargetAction]\n    var StartTime: js.UndefOr[TimestampType]\n    var Timezone: js.UndefOr[ResourceIdMaxLen1600]\n  }\n\n  object ScheduledAction {\n    @inline\n    def apply(\n        CreationTime: TimestampType,\n        ResourceId: ResourceIdMaxLen1600,\n        Schedule: ResourceIdMaxLen1600,\n        ScheduledActionARN: ResourceIdMaxLen1600,\n        ScheduledActionName: ScheduledActionName,\n        ServiceNamespace: ServiceNamespace,\n        EndTime: js.UndefOr[TimestampType] = js.undefined,\n        ScalableDimension: js.UndefOr[ScalableDimension] = js.undefined,\n        ScalableTargetAction: js.UndefOr[ScalableTargetAction] = js.undefined,\n        StartTime: js.UndefOr[TimestampType] = js.undefined,\n        Timezone: js.UndefOr[ResourceIdMaxLen1600] = js.undefined\n    ): ScheduledAction = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"Schedule\" -> Schedule.asInstanceOf[js.Any],\n        \"ScheduledActionARN\" -> ScheduledActionARN.asInstanceOf[js.Any],\n        \"ScheduledActionName\" -> ScheduledActionName.asInstanceOf[js.Any],\n        \"ServiceNamespace\" -> ServiceNamespace.asInstanceOf[js.Any]\n      )\n\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      ScalableDimension.foreach(__v => __obj.updateDynamic(\"ScalableDimension\")(__v.asInstanceOf[js.Any]))\n      ScalableTargetAction.foreach(__v => __obj.updateDynamic(\"ScalableTargetAction\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScheduledAction]\n    }\n  }\n\n  @js.native\n  sealed trait ServiceNamespace extends js.Any\n  object ServiceNamespace {\n    val ecs = \"ecs\".asInstanceOf[ServiceNamespace]\n    val elasticmapreduce = \"elasticmapreduce\".asInstanceOf[ServiceNamespace]\n    val ec2 = \"ec2\".asInstanceOf[ServiceNamespace]\n    val appstream = \"appstream\".asInstanceOf[ServiceNamespace]\n    val dynamodb = \"dynamodb\".asInstanceOf[ServiceNamespace]\n    val rds = \"rds\".asInstanceOf[ServiceNamespace]\n    val sagemaker = \"sagemaker\".asInstanceOf[ServiceNamespace]\n    val `custom-resource` = \"custom-resource\".asInstanceOf[ServiceNamespace]\n    val comprehend = \"comprehend\".asInstanceOf[ServiceNamespace]\n    val lambda = \"lambda\".asInstanceOf[ServiceNamespace]\n    val cassandra = \"cassandra\".asInstanceOf[ServiceNamespace]\n    val kafka = \"kafka\".asInstanceOf[ServiceNamespace]\n\n    @inline def values = js.Array(ecs, elasticmapreduce, ec2, appstream, dynamodb, rds, sagemaker, `custom-resource`, comprehend, lambda, cassandra, kafka)\n  }\n\n  \/** Represents a step adjustment for a [[https:\/\/docs.aws.amazon.com\/autoscaling\/application\/APIReference\/API_StepScalingPolicyConfiguration.html|StepScalingPolicyConfiguration]]. Describes an adjustment based on the difference between the value of the aggregated CloudWatch metric and the breach threshold that you've defined for the alarm. For the following examples, suppose that you have an alarm with a breach threshold of 50: * To trigger the adjustment when the metric is greater than or equal to 50 and less than 60, specify a lower bound of 0 and an upper bound of 10. * To trigger the adjustment when the metric is greater than 40 and less than or equal to 50, specify a lower bound of -10 and an upper bound of 0. There are a few rules for the step adjustments for your step policy: * The ranges of your step adjustments can't overlap or have a gap. * At most one step adjustment can have a null lower bound. If one step adjustment has a negative lower bound, then there must be a step\n    * adjustment with a null lower bound. * At most one step adjustment can have a null upper bound. If one step adjustment has a positive upper bound, then there must be a step adjustment with a null upper bound. * The upper and lower bound can't be null in the same step adjustment.\n    *\/\n  @js.native\n  trait StepAdjustment extends js.Object {\n    var ScalingAdjustment: ScalingAdjustment\n    var MetricIntervalLowerBound: js.UndefOr[MetricScale]\n    var MetricIntervalUpperBound: js.UndefOr[MetricScale]\n  }\n\n  object StepAdjustment {\n    @inline\n    def apply(\n        ScalingAdjustment: ScalingAdjustment,\n        MetricIntervalLowerBound: js.UndefOr[MetricScale] = js.undefined,\n        MetricIntervalUpperBound: js.UndefOr[MetricScale] = js.undefined\n    ): StepAdjustment = {\n      val __obj = js.Dynamic.literal(\n        \"ScalingAdjustment\" -> ScalingAdjustment.asInstanceOf[js.Any]\n      )\n\n      MetricIntervalLowerBound.foreach(__v => __obj.updateDynamic(\"MetricIntervalLowerBound\")(__v.asInstanceOf[js.Any]))\n      MetricIntervalUpperBound.foreach(__v => __obj.updateDynamic(\"MetricIntervalUpperBound\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StepAdjustment]\n    }\n  }\n\n  \/** Represents a step scaling policy configuration to use with Application Auto Scaling.\n    *\/\n  @js.native\n  trait StepScalingPolicyConfiguration extends js.Object {\n    var AdjustmentType: js.UndefOr[AdjustmentType]\n    var Cooldown: js.UndefOr[Cooldown]\n    var MetricAggregationType: js.UndefOr[MetricAggregationType]\n    var MinAdjustmentMagnitude: js.UndefOr[MinAdjustmentMagnitude]\n    var StepAdjustments: js.UndefOr[StepAdjustments]\n  }\n\n  object StepScalingPolicyConfiguration {\n    @inline\n    def apply(\n        AdjustmentType: js.UndefOr[AdjustmentType] = js.undefined,\n        Cooldown: js.UndefOr[Cooldown] = js.undefined,\n        MetricAggregationType: js.UndefOr[MetricAggregationType] = js.undefined,\n        MinAdjustmentMagnitude: js.UndefOr[MinAdjustmentMagnitude] = js.undefined,\n        StepAdjustments: js.UndefOr[StepAdjustments] = js.undefined\n    ): StepScalingPolicyConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AdjustmentType.foreach(__v => __obj.updateDynamic(\"AdjustmentType\")(__v.asInstanceOf[js.Any]))\n      Cooldown.foreach(__v => __obj.updateDynamic(\"Cooldown\")(__v.asInstanceOf[js.Any]))\n      MetricAggregationType.foreach(__v => __obj.updateDynamic(\"MetricAggregationType\")(__v.asInstanceOf[js.Any]))\n      MinAdjustmentMagnitude.foreach(__v => __obj.updateDynamic(\"MinAdjustmentMagnitude\")(__v.asInstanceOf[js.Any]))\n      StepAdjustments.foreach(__v => __obj.updateDynamic(\"StepAdjustments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StepScalingPolicyConfiguration]\n    }\n  }\n\n  \/** Specifies whether the scaling activities for a scalable target are in a suspended state.\n    *\/\n  @js.native\n  trait SuspendedState extends js.Object {\n    var DynamicScalingInSuspended: js.UndefOr[ScalingSuspended]\n    var DynamicScalingOutSuspended: js.UndefOr[ScalingSuspended]\n    var ScheduledScalingSuspended: js.UndefOr[ScalingSuspended]\n  }\n\n  object SuspendedState {\n    @inline\n    def apply(\n        DynamicScalingInSuspended: js.UndefOr[ScalingSuspended] = js.undefined,\n        DynamicScalingOutSuspended: js.UndefOr[ScalingSuspended] = js.undefined,\n        ScheduledScalingSuspended: js.UndefOr[ScalingSuspended] = js.undefined\n    ): SuspendedState = {\n      val __obj = js.Dynamic.literal()\n      DynamicScalingInSuspended.foreach(__v => __obj.updateDynamic(\"DynamicScalingInSuspended\")(__v.asInstanceOf[js.Any]))\n      DynamicScalingOutSuspended.foreach(__v => __obj.updateDynamic(\"DynamicScalingOutSuspended\")(__v.asInstanceOf[js.Any]))\n      ScheduledScalingSuspended.foreach(__v => __obj.updateDynamic(\"ScheduledScalingSuspended\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SuspendedState]\n    }\n  }\n\n  \/** Represents a target tracking scaling policy configuration to use with Application Auto Scaling.\n    *\/\n  @js.native\n  trait TargetTrackingScalingPolicyConfiguration extends js.Object {\n    var TargetValue: MetricScale\n    var CustomizedMetricSpecification: js.UndefOr[CustomizedMetricSpecification]\n    var DisableScaleIn: js.UndefOr[DisableScaleIn]\n    var PredefinedMetricSpecification: js.UndefOr[PredefinedMetricSpecification]\n    var ScaleInCooldown: js.UndefOr[Cooldown]\n    var ScaleOutCooldown: js.UndefOr[Cooldown]\n  }\n\n  object TargetTrackingScalingPolicyConfiguration {\n    @inline\n    def apply(\n        TargetValue: MetricScale,\n        CustomizedMetricSpecification: js.UndefOr[CustomizedMetricSpecification] = js.undefined,\n        DisableScaleIn: js.UndefOr[DisableScaleIn] = js.undefined,\n        PredefinedMetricSpecification: js.UndefOr[PredefinedMetricSpecification] = js.undefined,\n        ScaleInCooldown: js.UndefOr[Cooldown] = js.undefined,\n        ScaleOutCooldown: js.UndefOr[Cooldown] = js.undefined\n    ): TargetTrackingScalingPolicyConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"TargetValue\" -> TargetValue.asInstanceOf[js.Any]\n      )\n\n      CustomizedMetricSpecification.foreach(__v => __obj.updateDynamic(\"CustomizedMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      DisableScaleIn.foreach(__v => __obj.updateDynamic(\"DisableScaleIn\")(__v.asInstanceOf[js.Any]))\n      PredefinedMetricSpecification.foreach(__v => __obj.updateDynamic(\"PredefinedMetricSpecification\")(__v.asInstanceOf[js.Any]))\n      ScaleInCooldown.foreach(__v => __obj.updateDynamic(\"ScaleInCooldown\")(__v.asInstanceOf[js.Any]))\n      ScaleOutCooldown.foreach(__v => __obj.updateDynamic(\"ScaleOutCooldown\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetTrackingScalingPolicyConfiguration]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/efs\/src\/main\/scala\/facade\/amazonaws\/services\/EFS.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object efs {\n  type AccessPointArn = String\n  type AccessPointDescriptions = js.Array[AccessPointDescription]\n  type AccessPointId = String\n  type AvailabilityZoneId = String\n  type AvailabilityZoneName = String\n  type AwsAccountId = String\n  type Backup = Boolean\n  type BypassPolicyLockoutSafetyCheck = Boolean\n  type ClientToken = String\n  type CreationToken = String\n  type Encrypted = Boolean\n  type FileSystemArn = String\n  type FileSystemDescriptions = js.Array[FileSystemDescription]\n  type FileSystemId = String\n  type FileSystemNullableSizeValue = Double\n  type FileSystemSizeValue = Double\n  type Gid = Double\n  type IpAddress = String\n  type KmsKeyId = String\n  type LifecyclePolicies = js.Array[LifecyclePolicy]\n  type Marker = String\n  type MaxItems = Int\n  type MaxResults = Int\n  type MountTargetCount = Int\n  type MountTargetDescriptions = js.Array[MountTargetDescription]\n  type MountTargetId = String\n  type Name = String\n  type NetworkInterfaceId = String\n  type OwnerGid = Double\n  type OwnerUid = Double\n  type Path = String\n  type Permissions = String\n  type Policy = String\n  type ProvisionedThroughputInMibps = Double\n  type ResourceId = String\n  type SecondaryGids = js.Array[Gid]\n  type SecurityGroup = String\n  type SecurityGroups = js.Array[SecurityGroup]\n  type SubnetId = String\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type Timestamp = js.Date\n  type Token = String\n  type Uid = Double\n  type VpcId = String\n\n  implicit final class EFSOps(private val service: EFS) extends AnyVal {\n\n    @inline def createAccessPointFuture(params: CreateAccessPointRequest): Future[AccessPointDescription] = service.createAccessPoint(params).promise().toFuture\n    @inline def createFileSystemFuture(params: CreateFileSystemRequest): Future[FileSystemDescription] = service.createFileSystem(params).promise().toFuture\n    @inline def createMountTargetFuture(params: CreateMountTargetRequest): Future[MountTargetDescription] = service.createMountTarget(params).promise().toFuture\n    @inline def deleteAccessPointFuture(params: DeleteAccessPointRequest): Future[js.Object] = service.deleteAccessPoint(params).promise().toFuture\n    @inline def deleteFileSystemFuture(params: DeleteFileSystemRequest): Future[js.Object] = service.deleteFileSystem(params).promise().toFuture\n    @inline def deleteFileSystemPolicyFuture(params: DeleteFileSystemPolicyRequest): Future[js.Object] = service.deleteFileSystemPolicy(params).promise().toFuture\n    @inline def deleteMountTargetFuture(params: DeleteMountTargetRequest): Future[js.Object] = service.deleteMountTarget(params).promise().toFuture\n    @inline def describeAccessPointsFuture(params: DescribeAccessPointsRequest): Future[DescribeAccessPointsResponse] = service.describeAccessPoints(params).promise().toFuture\n    @inline def describeBackupPolicyFuture(params: DescribeBackupPolicyRequest): Future[BackupPolicyDescription] = service.describeBackupPolicy(params).promise().toFuture\n    @inline def describeFileSystemPolicyFuture(params: DescribeFileSystemPolicyRequest): Future[FileSystemPolicyDescription] = service.describeFileSystemPolicy(params).promise().toFuture\n    @inline def describeFileSystemsFuture(params: DescribeFileSystemsRequest): Future[DescribeFileSystemsResponse] = service.describeFileSystems(params).promise().toFuture\n    @inline def describeLifecycleConfigurationFuture(params: DescribeLifecycleConfigurationRequest): Future[LifecycleConfigurationDescription] = service.describeLifecycleConfiguration(params).promise().toFuture\n    @inline def describeMountTargetSecurityGroupsFuture(params: DescribeMountTargetSecurityGroupsRequest): Future[DescribeMountTargetSecurityGroupsResponse] = service.describeMountTargetSecurityGroups(params).promise().toFuture\n    @inline def describeMountTargetsFuture(params: DescribeMountTargetsRequest): Future[DescribeMountTargetsResponse] = service.describeMountTargets(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyMountTargetSecurityGroupsFuture(params: ModifyMountTargetSecurityGroupsRequest): Future[js.Object] = service.modifyMountTargetSecurityGroups(params).promise().toFuture\n    @inline def putBackupPolicyFuture(params: PutBackupPolicyRequest): Future[BackupPolicyDescription] = service.putBackupPolicy(params).promise().toFuture\n    @inline def putFileSystemPolicyFuture(params: PutFileSystemPolicyRequest): Future[FileSystemPolicyDescription] = service.putFileSystemPolicy(params).promise().toFuture\n    @inline def putLifecycleConfigurationFuture(params: PutLifecycleConfigurationRequest): Future[LifecycleConfigurationDescription] = service.putLifecycleConfiguration(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateFileSystemFuture(params: UpdateFileSystemRequest): Future[FileSystemDescription] = service.updateFileSystem(params).promise().toFuture\n\n  }\n}\n\npackage efs {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/efs\", JSImport.Namespace, \"AWS.EFS\")\n  class EFS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    @deprecated(\"Use ListTagsForResource.\", \"forever\") def describeTags(params: DescribeTagsRequest): Request[DescribeTagsResponse] = js.native\n    @deprecated(\"Use TagResource.\", \"forever\") def createTags(params: CreateTagsRequest): Request[js.Object] = js.native\n    @deprecated(\"Use UntagResource.\", \"forever\") def deleteTags(params: DeleteTagsRequest): Request[js.Object] = js.native\n    def createAccessPoint(params: CreateAccessPointRequest): Request[AccessPointDescription] = js.native\n    def createFileSystem(params: CreateFileSystemRequest): Request[FileSystemDescription] = js.native\n    def createMountTarget(params: CreateMountTargetRequest): Request[MountTargetDescription] = js.native\n    def deleteAccessPoint(params: DeleteAccessPointRequest): Request[js.Object] = js.native\n    def deleteFileSystem(params: DeleteFileSystemRequest): Request[js.Object] = js.native\n    def deleteFileSystemPolicy(params: DeleteFileSystemPolicyRequest): Request[js.Object] = js.native\n    def deleteMountTarget(params: DeleteMountTargetRequest): Request[js.Object] = js.native\n    def describeAccessPoints(params: DescribeAccessPointsRequest): Request[DescribeAccessPointsResponse] = js.native\n    def describeBackupPolicy(params: DescribeBackupPolicyRequest): Request[BackupPolicyDescription] = js.native\n    def describeFileSystemPolicy(params: DescribeFileSystemPolicyRequest): Request[FileSystemPolicyDescription] = js.native\n    def describeFileSystems(params: DescribeFileSystemsRequest): Request[DescribeFileSystemsResponse] = js.native\n    def describeLifecycleConfiguration(params: DescribeLifecycleConfigurationRequest): Request[LifecycleConfigurationDescription] = js.native\n    def describeMountTargetSecurityGroups(params: DescribeMountTargetSecurityGroupsRequest): Request[DescribeMountTargetSecurityGroupsResponse] = js.native\n    def describeMountTargets(params: DescribeMountTargetsRequest): Request[DescribeMountTargetsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def modifyMountTargetSecurityGroups(params: ModifyMountTargetSecurityGroupsRequest): Request[js.Object] = js.native\n    def putBackupPolicy(params: PutBackupPolicyRequest): Request[BackupPolicyDescription] = js.native\n    def putFileSystemPolicy(params: PutFileSystemPolicyRequest): Request[FileSystemPolicyDescription] = js.native\n    def putLifecycleConfiguration(params: PutLifecycleConfigurationRequest): Request[LifecycleConfigurationDescription] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateFileSystem(params: UpdateFileSystemRequest): Request[FileSystemDescription] = js.native\n  }\n\n  \/** Provides a description of an EFS file system access point.\n    *\/\n  @js.native\n  trait AccessPointDescription extends js.Object {\n    var AccessPointArn: js.UndefOr[AccessPointArn]\n    var AccessPointId: js.UndefOr[AccessPointId]\n    var ClientToken: js.UndefOr[ClientToken]\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var LifeCycleState: js.UndefOr[LifeCycleState]\n    var Name: js.UndefOr[Name]\n    var OwnerId: js.UndefOr[AwsAccountId]\n    var PosixUser: js.UndefOr[PosixUser]\n    var RootDirectory: js.UndefOr[RootDirectory]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object AccessPointDescription {\n    @inline\n    def apply(\n        AccessPointArn: js.UndefOr[AccessPointArn] = js.undefined,\n        AccessPointId: js.UndefOr[AccessPointId] = js.undefined,\n        ClientToken: js.UndefOr[ClientToken] = js.undefined,\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        LifeCycleState: js.UndefOr[LifeCycleState] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        OwnerId: js.UndefOr[AwsAccountId] = js.undefined,\n        PosixUser: js.UndefOr[PosixUser] = js.undefined,\n        RootDirectory: js.UndefOr[RootDirectory] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): AccessPointDescription = {\n      val __obj = js.Dynamic.literal()\n      AccessPointArn.foreach(__v => __obj.updateDynamic(\"AccessPointArn\")(__v.asInstanceOf[js.Any]))\n      AccessPointId.foreach(__v => __obj.updateDynamic(\"AccessPointId\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      LifeCycleState.foreach(__v => __obj.updateDynamic(\"LifeCycleState\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      PosixUser.foreach(__v => __obj.updateDynamic(\"PosixUser\")(__v.asInstanceOf[js.Any]))\n      RootDirectory.foreach(__v => __obj.updateDynamic(\"RootDirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessPointDescription]\n    }\n  }\n\n  \/** The backup policy for the file system used to create automatic daily backups. If status has a value of <code>ENABLED<\/code>, the file system is being automatically backed up. For more information, see [[https:\/\/docs.aws.amazon.com\/efs\/latest\/ug\/awsbackup.html#automatic-backups|Automatic backups]].\n    *\/\n  @js.native\n  trait BackupPolicy extends js.Object {\n    var Status: Status\n  }\n\n  object BackupPolicy {\n    @inline\n    def apply(\n        Status: Status\n    ): BackupPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[BackupPolicy]\n    }\n  }\n\n  @js.native\n  trait BackupPolicyDescription extends js.Object {\n    var BackupPolicy: js.UndefOr[BackupPolicy]\n  }\n\n  object BackupPolicyDescription {\n    @inline\n    def apply(\n        BackupPolicy: js.UndefOr[BackupPolicy] = js.undefined\n    ): BackupPolicyDescription = {\n      val __obj = js.Dynamic.literal()\n      BackupPolicy.foreach(__v => __obj.updateDynamic(\"BackupPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackupPolicyDescription]\n    }\n  }\n\n  @js.native\n  trait CreateAccessPointRequest extends js.Object {\n    var ClientToken: ClientToken\n    var FileSystemId: FileSystemId\n    var PosixUser: js.UndefOr[PosixUser]\n    var RootDirectory: js.UndefOr[RootDirectory]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateAccessPointRequest {\n    @inline\n    def apply(\n        ClientToken: ClientToken,\n        FileSystemId: FileSystemId,\n        PosixUser: js.UndefOr[PosixUser] = js.undefined,\n        RootDirectory: js.UndefOr[RootDirectory] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateAccessPointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClientToken\" -> ClientToken.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      PosixUser.foreach(__v => __obj.updateDynamic(\"PosixUser\")(__v.asInstanceOf[js.Any]))\n      RootDirectory.foreach(__v => __obj.updateDynamic(\"RootDirectory\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccessPointRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFileSystemRequest extends js.Object {\n    var CreationToken: CreationToken\n    var AvailabilityZoneName: js.UndefOr[AvailabilityZoneName]\n    var Backup: js.UndefOr[Backup]\n    var Encrypted: js.UndefOr[Encrypted]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var PerformanceMode: js.UndefOr[PerformanceMode]\n    var ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps]\n    var Tags: js.UndefOr[Tags]\n    var ThroughputMode: js.UndefOr[ThroughputMode]\n  }\n\n  object CreateFileSystemRequest {\n    @inline\n    def apply(\n        CreationToken: CreationToken,\n        AvailabilityZoneName: js.UndefOr[AvailabilityZoneName] = js.undefined,\n        Backup: js.UndefOr[Backup] = js.undefined,\n        Encrypted: js.UndefOr[Encrypted] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        PerformanceMode: js.UndefOr[PerformanceMode] = js.undefined,\n        ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined,\n        ThroughputMode: js.UndefOr[ThroughputMode] = js.undefined\n    ): CreateFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreationToken\" -> CreationToken.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZoneName.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneName\")(__v.asInstanceOf[js.Any]))\n      Backup.foreach(__v => __obj.updateDynamic(\"Backup\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceMode.foreach(__v => __obj.updateDynamic(\"PerformanceMode\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputInMibps.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputInMibps\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ThroughputMode.foreach(__v => __obj.updateDynamic(\"ThroughputMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFileSystemRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateMountTargetRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var SubnetId: SubnetId\n    var IpAddress: js.UndefOr[IpAddress]\n    var SecurityGroups: js.UndefOr[SecurityGroups]\n  }\n\n  object CreateMountTargetRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        SubnetId: SubnetId,\n        IpAddress: js.UndefOr[IpAddress] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroups] = js.undefined\n    ): CreateMountTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"SubnetId\" -> SubnetId.asInstanceOf[js.Any]\n      )\n\n      IpAddress.foreach(__v => __obj.updateDynamic(\"IpAddress\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMountTargetRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateTagsRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var Tags: Tags\n  }\n\n  object CreateTagsRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        Tags: Tags\n    ): CreateTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTagsRequest]\n    }\n  }\n\n  \/** Required if the <code>RootDirectory<\/code> &gt; <code>Path<\/code> specified does not exist. Specifies the POSIX IDs and permissions to apply to the access point's <code>RootDirectory<\/code> &gt; <code>Path<\/code>. If the access point root directory does not exist, EFS creates it with these settings when a client connects to the access point. When specifying <code>CreationInfo<\/code>, you must include values for all properties. Amazon EFS creates a root directory only if you have provided the CreationInfo: OwnUid, OwnGID, and permissions for the directory. If you do not provide this information, Amazon EFS does not create the root directory. If the root directory does not exist, attempts to mount using the access point will fail. <important> If you do not provide <code>CreationInfo<\/code> and the specified <code>RootDirectory<\/code> does not exist, attempts to mount the file system using the access point will fail. <\/important>\n    *\/\n  @js.native\n  trait CreationInfo extends js.Object {\n    var OwnerGid: OwnerGid\n    var OwnerUid: OwnerUid\n    var Permissions: Permissions\n  }\n\n  object CreationInfo {\n    @inline\n    def apply(\n        OwnerGid: OwnerGid,\n        OwnerUid: OwnerUid,\n        Permissions: Permissions\n    ): CreationInfo = {\n      val __obj = js.Dynamic.literal(\n        \"OwnerGid\" -> OwnerGid.asInstanceOf[js.Any],\n        \"OwnerUid\" -> OwnerUid.asInstanceOf[js.Any],\n        \"Permissions\" -> Permissions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreationInfo]\n    }\n  }\n\n  @js.native\n  trait DeleteAccessPointRequest extends js.Object {\n    var AccessPointId: AccessPointId\n  }\n\n  object DeleteAccessPointRequest {\n    @inline\n    def apply(\n        AccessPointId: AccessPointId\n    ): DeleteAccessPointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccessPointId\" -> AccessPointId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteAccessPointRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFileSystemPolicyRequest extends js.Object {\n    var FileSystemId: FileSystemId\n  }\n\n  object DeleteFileSystemPolicyRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId\n    ): DeleteFileSystemPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFileSystemPolicyRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteFileSystemRequest extends js.Object {\n    var FileSystemId: FileSystemId\n  }\n\n  object DeleteFileSystemRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId\n    ): DeleteFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteFileSystemRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteMountTargetRequest extends js.Object {\n    var MountTargetId: MountTargetId\n  }\n\n  object DeleteMountTargetRequest {\n    @inline\n    def apply(\n        MountTargetId: MountTargetId\n    ): DeleteMountTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MountTargetId\" -> MountTargetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMountTargetRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteTagsRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var TagKeys: TagKeys\n  }\n\n  object DeleteTagsRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        TagKeys: TagKeys\n    ): DeleteTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTagsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccessPointsRequest extends js.Object {\n    var AccessPointId: js.UndefOr[AccessPointId]\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeAccessPointsRequest {\n    @inline\n    def apply(\n        AccessPointId: js.UndefOr[AccessPointId] = js.undefined,\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeAccessPointsRequest = {\n      val __obj = js.Dynamic.literal()\n      AccessPointId.foreach(__v => __obj.updateDynamic(\"AccessPointId\")(__v.asInstanceOf[js.Any]))\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccessPointsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccessPointsResponse extends js.Object {\n    var AccessPoints: js.UndefOr[AccessPointDescriptions]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object DescribeAccessPointsResponse {\n    @inline\n    def apply(\n        AccessPoints: js.UndefOr[AccessPointDescriptions] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): DescribeAccessPointsResponse = {\n      val __obj = js.Dynamic.literal()\n      AccessPoints.foreach(__v => __obj.updateDynamic(\"AccessPoints\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccessPointsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeBackupPolicyRequest extends js.Object {\n    var FileSystemId: FileSystemId\n  }\n\n  object DescribeBackupPolicyRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId\n    ): DescribeBackupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBackupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFileSystemPolicyRequest extends js.Object {\n    var FileSystemId: FileSystemId\n  }\n\n  object DescribeFileSystemPolicyRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId\n    ): DescribeFileSystemPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeFileSystemPolicyRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeFileSystemsRequest extends js.Object {\n    var CreationToken: js.UndefOr[CreationToken]\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var Marker: js.UndefOr[Marker]\n    var MaxItems: js.UndefOr[MaxItems]\n  }\n\n  object DescribeFileSystemsRequest {\n    @inline\n    def apply(\n        CreationToken: js.UndefOr[CreationToken] = js.undefined,\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined\n    ): DescribeFileSystemsRequest = {\n      val __obj = js.Dynamic.literal()\n      CreationToken.foreach(__v => __obj.updateDynamic(\"CreationToken\")(__v.asInstanceOf[js.Any]))\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeFileSystemsResponse extends js.Object {\n    var FileSystems: js.UndefOr[FileSystemDescriptions]\n    var Marker: js.UndefOr[Marker]\n    var NextMarker: js.UndefOr[Marker]\n  }\n\n  object DescribeFileSystemsResponse {\n    @inline\n    def apply(\n        FileSystems: js.UndefOr[FileSystemDescriptions] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        NextMarker: js.UndefOr[Marker] = js.undefined\n    ): DescribeFileSystemsResponse = {\n      val __obj = js.Dynamic.literal()\n      FileSystems.foreach(__v => __obj.updateDynamic(\"FileSystems\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeFileSystemsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLifecycleConfigurationRequest extends js.Object {\n    var FileSystemId: FileSystemId\n  }\n\n  object DescribeLifecycleConfigurationRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId\n    ): DescribeLifecycleConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLifecycleConfigurationRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeMountTargetSecurityGroupsRequest extends js.Object {\n    var MountTargetId: MountTargetId\n  }\n\n  object DescribeMountTargetSecurityGroupsRequest {\n    @inline\n    def apply(\n        MountTargetId: MountTargetId\n    ): DescribeMountTargetSecurityGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MountTargetId\" -> MountTargetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMountTargetSecurityGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMountTargetSecurityGroupsResponse extends js.Object {\n    var SecurityGroups: SecurityGroups\n  }\n\n  object DescribeMountTargetSecurityGroupsResponse {\n    @inline\n    def apply(\n        SecurityGroups: SecurityGroups\n    ): DescribeMountTargetSecurityGroupsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"SecurityGroups\" -> SecurityGroups.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMountTargetSecurityGroupsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeMountTargetsRequest extends js.Object {\n    var AccessPointId: js.UndefOr[AccessPointId]\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var Marker: js.UndefOr[Marker]\n    var MaxItems: js.UndefOr[MaxItems]\n    var MountTargetId: js.UndefOr[MountTargetId]\n  }\n\n  object DescribeMountTargetsRequest {\n    @inline\n    def apply(\n        AccessPointId: js.UndefOr[AccessPointId] = js.undefined,\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        MountTargetId: js.UndefOr[MountTargetId] = js.undefined\n    ): DescribeMountTargetsRequest = {\n      val __obj = js.Dynamic.literal()\n      AccessPointId.foreach(__v => __obj.updateDynamic(\"AccessPointId\")(__v.asInstanceOf[js.Any]))\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      MountTargetId.foreach(__v => __obj.updateDynamic(\"MountTargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMountTargetsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeMountTargetsResponse extends js.Object {\n    var Marker: js.UndefOr[Marker]\n    var MountTargets: js.UndefOr[MountTargetDescriptions]\n    var NextMarker: js.UndefOr[Marker]\n  }\n\n  object DescribeMountTargetsResponse {\n    @inline\n    def apply(\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MountTargets: js.UndefOr[MountTargetDescriptions] = js.undefined,\n        NextMarker: js.UndefOr[Marker] = js.undefined\n    ): DescribeMountTargetsResponse = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MountTargets.foreach(__v => __obj.updateDynamic(\"MountTargets\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMountTargetsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeTagsRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var Marker: js.UndefOr[Marker]\n    var MaxItems: js.UndefOr[MaxItems]\n  }\n\n  object DescribeTagsRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined\n    ): DescribeTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTagsRequest]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeTagsResponse extends js.Object {\n    var Tags: Tags\n    var Marker: js.UndefOr[Marker]\n    var NextMarker: js.UndefOr[Marker]\n  }\n\n  object DescribeTagsResponse {\n    @inline\n    def apply(\n        Tags: Tags,\n        Marker: js.UndefOr[Marker] = js.undefined,\n        NextMarker: js.UndefOr[Marker] = js.undefined\n    ): DescribeTagsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTagsResponse]\n    }\n  }\n\n  \/** A description of the file system.\n    *\/\n  @js.native\n  trait FileSystemDescription extends js.Object {\n    var CreationTime: Timestamp\n    var CreationToken: CreationToken\n    var FileSystemId: FileSystemId\n    var LifeCycleState: LifeCycleState\n    var NumberOfMountTargets: MountTargetCount\n    var OwnerId: AwsAccountId\n    var PerformanceMode: PerformanceMode\n    var SizeInBytes: FileSystemSize\n    var Tags: Tags\n    var AvailabilityZoneId: js.UndefOr[AvailabilityZoneId]\n    var AvailabilityZoneName: js.UndefOr[AvailabilityZoneName]\n    var Encrypted: js.UndefOr[Encrypted]\n    var FileSystemArn: js.UndefOr[FileSystemArn]\n    var KmsKeyId: js.UndefOr[KmsKeyId]\n    var Name: js.UndefOr[TagValue]\n    var ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps]\n    var ThroughputMode: js.UndefOr[ThroughputMode]\n  }\n\n  object FileSystemDescription {\n    @inline\n    def apply(\n        CreationTime: Timestamp,\n        CreationToken: CreationToken,\n        FileSystemId: FileSystemId,\n        LifeCycleState: LifeCycleState,\n        NumberOfMountTargets: MountTargetCount,\n        OwnerId: AwsAccountId,\n        PerformanceMode: PerformanceMode,\n        SizeInBytes: FileSystemSize,\n        Tags: Tags,\n        AvailabilityZoneId: js.UndefOr[AvailabilityZoneId] = js.undefined,\n        AvailabilityZoneName: js.UndefOr[AvailabilityZoneName] = js.undefined,\n        Encrypted: js.UndefOr[Encrypted] = js.undefined,\n        FileSystemArn: js.UndefOr[FileSystemArn] = js.undefined,\n        KmsKeyId: js.UndefOr[KmsKeyId] = js.undefined,\n        Name: js.UndefOr[TagValue] = js.undefined,\n        ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps] = js.undefined,\n        ThroughputMode: js.UndefOr[ThroughputMode] = js.undefined\n    ): FileSystemDescription = {\n      val __obj = js.Dynamic.literal(\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"CreationToken\" -> CreationToken.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"LifeCycleState\" -> LifeCycleState.asInstanceOf[js.Any],\n        \"NumberOfMountTargets\" -> NumberOfMountTargets.asInstanceOf[js.Any],\n        \"OwnerId\" -> OwnerId.asInstanceOf[js.Any],\n        \"PerformanceMode\" -> PerformanceMode.asInstanceOf[js.Any],\n        \"SizeInBytes\" -> SizeInBytes.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZoneId.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneId\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZoneName.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneName\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      FileSystemArn.foreach(__v => __obj.updateDynamic(\"FileSystemArn\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ProvisionedThroughputInMibps.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputInMibps\")(__v.asInstanceOf[js.Any]))\n      ThroughputMode.foreach(__v => __obj.updateDynamic(\"ThroughputMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystemDescription]\n    }\n  }\n\n  @js.native\n  trait FileSystemPolicyDescription extends js.Object {\n    var FileSystemId: js.UndefOr[FileSystemId]\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object FileSystemPolicyDescription {\n    @inline\n    def apply(\n        FileSystemId: js.UndefOr[FileSystemId] = js.undefined,\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): FileSystemPolicyDescription = {\n      val __obj = js.Dynamic.literal()\n      FileSystemId.foreach(__v => __obj.updateDynamic(\"FileSystemId\")(__v.asInstanceOf[js.Any]))\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystemPolicyDescription]\n    }\n  }\n\n  \/** The latest known metered size (in bytes) of data stored in the file system, in its <code>Value<\/code> field, and the time at which that size was determined in its <code>Timestamp<\/code> field. The value doesn't represent the size of a consistent snapshot of the file system, but it is eventually consistent when there are no writes to the file system. That is, the value represents the actual size only if the file system is not modified for a period longer than a couple of hours. Otherwise, the value is not necessarily the exact size the file system was at any instant in time.\n    *\/\n  @js.native\n  trait FileSystemSize extends js.Object {\n    var Value: FileSystemSizeValue\n    var Timestamp: js.UndefOr[Timestamp]\n    var ValueInIA: js.UndefOr[FileSystemNullableSizeValue]\n    var ValueInStandard: js.UndefOr[FileSystemNullableSizeValue]\n  }\n\n  object FileSystemSize {\n    @inline\n    def apply(\n        Value: FileSystemSizeValue,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined,\n        ValueInIA: js.UndefOr[FileSystemNullableSizeValue] = js.undefined,\n        ValueInStandard: js.UndefOr[FileSystemNullableSizeValue] = js.undefined\n    ): FileSystemSize = {\n      val __obj = js.Dynamic.literal(\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      ValueInIA.foreach(__v => __obj.updateDynamic(\"ValueInIA\")(__v.asInstanceOf[js.Any]))\n      ValueInStandard.foreach(__v => __obj.updateDynamic(\"ValueInStandard\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FileSystemSize]\n    }\n  }\n\n  @js.native\n  sealed trait LifeCycleState extends js.Any\n  object LifeCycleState {\n    val creating = \"creating\".asInstanceOf[LifeCycleState]\n    val available = \"available\".asInstanceOf[LifeCycleState]\n    val updating = \"updating\".asInstanceOf[LifeCycleState]\n    val deleting = \"deleting\".asInstanceOf[LifeCycleState]\n    val deleted = \"deleted\".asInstanceOf[LifeCycleState]\n    val error = \"error\".asInstanceOf[LifeCycleState]\n\n    @inline def values = js.Array(creating, available, updating, deleting, deleted, error)\n  }\n\n  @js.native\n  trait LifecycleConfigurationDescription extends js.Object {\n    var LifecyclePolicies: js.UndefOr[LifecyclePolicies]\n  }\n\n  object LifecycleConfigurationDescription {\n    @inline\n    def apply(\n        LifecyclePolicies: js.UndefOr[LifecyclePolicies] = js.undefined\n    ): LifecycleConfigurationDescription = {\n      val __obj = js.Dynamic.literal()\n      LifecyclePolicies.foreach(__v => __obj.updateDynamic(\"LifecyclePolicies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecycleConfigurationDescription]\n    }\n  }\n\n  \/** Describes a policy used by EFS lifecycle management to transition files to the Infrequent Access (IA) storage class.\n    *\/\n  @js.native\n  trait LifecyclePolicy extends js.Object {\n    var TransitionToIA: js.UndefOr[TransitionToIARules]\n  }\n\n  object LifecyclePolicy {\n    @inline\n    def apply(\n        TransitionToIA: js.UndefOr[TransitionToIARules] = js.undefined\n    ): LifecyclePolicy = {\n      val __obj = js.Dynamic.literal()\n      TransitionToIA.foreach(__v => __obj.updateDynamic(\"TransitionToIA\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LifecyclePolicy]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyMountTargetSecurityGroupsRequest extends js.Object {\n    var MountTargetId: MountTargetId\n    var SecurityGroups: js.UndefOr[SecurityGroups]\n  }\n\n  object ModifyMountTargetSecurityGroupsRequest {\n    @inline\n    def apply(\n        MountTargetId: MountTargetId,\n        SecurityGroups: js.UndefOr[SecurityGroups] = js.undefined\n    ): ModifyMountTargetSecurityGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MountTargetId\" -> MountTargetId.asInstanceOf[js.Any]\n      )\n\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyMountTargetSecurityGroupsRequest]\n    }\n  }\n\n  \/** Provides a description of a mount target.\n    *\/\n  @js.native\n  trait MountTargetDescription extends js.Object {\n    var FileSystemId: FileSystemId\n    var LifeCycleState: LifeCycleState\n    var MountTargetId: MountTargetId\n    var SubnetId: SubnetId\n    var AvailabilityZoneId: js.UndefOr[AvailabilityZoneId]\n    var AvailabilityZoneName: js.UndefOr[AvailabilityZoneName]\n    var IpAddress: js.UndefOr[IpAddress]\n    var NetworkInterfaceId: js.UndefOr[NetworkInterfaceId]\n    var OwnerId: js.UndefOr[AwsAccountId]\n    var VpcId: js.UndefOr[VpcId]\n  }\n\n  object MountTargetDescription {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        LifeCycleState: LifeCycleState,\n        MountTargetId: MountTargetId,\n        SubnetId: SubnetId,\n        AvailabilityZoneId: js.UndefOr[AvailabilityZoneId] = js.undefined,\n        AvailabilityZoneName: js.UndefOr[AvailabilityZoneName] = js.undefined,\n        IpAddress: js.UndefOr[IpAddress] = js.undefined,\n        NetworkInterfaceId: js.UndefOr[NetworkInterfaceId] = js.undefined,\n        OwnerId: js.UndefOr[AwsAccountId] = js.undefined,\n        VpcId: js.UndefOr[VpcId] = js.undefined\n    ): MountTargetDescription = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"LifeCycleState\" -> LifeCycleState.asInstanceOf[js.Any],\n        \"MountTargetId\" -> MountTargetId.asInstanceOf[js.Any],\n        \"SubnetId\" -> SubnetId.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZoneId.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneId\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZoneName.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneName\")(__v.asInstanceOf[js.Any]))\n      IpAddress.foreach(__v => __obj.updateDynamic(\"IpAddress\")(__v.asInstanceOf[js.Any]))\n      NetworkInterfaceId.foreach(__v => __obj.updateDynamic(\"NetworkInterfaceId\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MountTargetDescription]\n    }\n  }\n\n  @js.native\n  sealed trait PerformanceMode extends js.Any\n  object PerformanceMode {\n    val generalPurpose = \"generalPurpose\".asInstanceOf[PerformanceMode]\n    val maxIO = \"maxIO\".asInstanceOf[PerformanceMode]\n\n    @inline def values = js.Array(generalPurpose, maxIO)\n  }\n\n  \/** The full POSIX identity, including the user ID, group ID, and any secondary group IDs, on the access point that is used for all file system operations performed by NFS clients using the access point.\n    *\/\n  @js.native\n  trait PosixUser extends js.Object {\n    var Gid: Gid\n    var Uid: Uid\n    var SecondaryGids: js.UndefOr[SecondaryGids]\n  }\n\n  object PosixUser {\n    @inline\n    def apply(\n        Gid: Gid,\n        Uid: Uid,\n        SecondaryGids: js.UndefOr[SecondaryGids] = js.undefined\n    ): PosixUser = {\n      val __obj = js.Dynamic.literal(\n        \"Gid\" -> Gid.asInstanceOf[js.Any],\n        \"Uid\" -> Uid.asInstanceOf[js.Any]\n      )\n\n      SecondaryGids.foreach(__v => __obj.updateDynamic(\"SecondaryGids\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PosixUser]\n    }\n  }\n\n  @js.native\n  trait PutBackupPolicyRequest extends js.Object {\n    var BackupPolicy: BackupPolicy\n    var FileSystemId: FileSystemId\n  }\n\n  object PutBackupPolicyRequest {\n    @inline\n    def apply(\n        BackupPolicy: BackupPolicy,\n        FileSystemId: FileSystemId\n    ): PutBackupPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BackupPolicy\" -> BackupPolicy.asInstanceOf[js.Any],\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutBackupPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutFileSystemPolicyRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var Policy: Policy\n    var BypassPolicyLockoutSafetyCheck: js.UndefOr[BypassPolicyLockoutSafetyCheck]\n  }\n\n  object PutFileSystemPolicyRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        Policy: Policy,\n        BypassPolicyLockoutSafetyCheck: js.UndefOr[BypassPolicyLockoutSafetyCheck] = js.undefined\n    ): PutFileSystemPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n\n      BypassPolicyLockoutSafetyCheck.foreach(__v => __obj.updateDynamic(\"BypassPolicyLockoutSafetyCheck\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutFileSystemPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutLifecycleConfigurationRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var LifecyclePolicies: LifecyclePolicies\n  }\n\n  object PutLifecycleConfigurationRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        LifecyclePolicies: LifecyclePolicies\n    ): PutLifecycleConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any],\n        \"LifecyclePolicies\" -> LifecyclePolicies.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutLifecycleConfigurationRequest]\n    }\n  }\n\n  \/** Specifies the directory on the Amazon EFS file system that the access point provides access to. The access point exposes the specified file system path as the root directory of your file system to applications using the access point. NFS clients using the access point can only access data in the access point's <code>RootDirectory<\/code> and it's subdirectories.\n    *\/\n  @js.native\n  trait RootDirectory extends js.Object {\n    var CreationInfo: js.UndefOr[CreationInfo]\n    var Path: js.UndefOr[Path]\n  }\n\n  object RootDirectory {\n    @inline\n    def apply(\n        CreationInfo: js.UndefOr[CreationInfo] = js.undefined,\n        Path: js.UndefOr[Path] = js.undefined\n    ): RootDirectory = {\n      val __obj = js.Dynamic.literal()\n      CreationInfo.foreach(__v => __obj.updateDynamic(\"CreationInfo\")(__v.asInstanceOf[js.Any]))\n      Path.foreach(__v => __obj.updateDynamic(\"Path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RootDirectory]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val ENABLED = \"ENABLED\".asInstanceOf[Status]\n    val ENABLING = \"ENABLING\".asInstanceOf[Status]\n    val DISABLED = \"DISABLED\".asInstanceOf[Status]\n    val DISABLING = \"DISABLING\".asInstanceOf[Status]\n\n    @inline def values = js.Array(ENABLED, ENABLING, DISABLED, DISABLING)\n  }\n\n  \/** A tag is a key-value pair. Allowed characters are letters, white space, and numbers that can be represented in UTF-8, and the following characters:<code> + - = . _ : \/<\/code>\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  sealed trait ThroughputMode extends js.Any\n  object ThroughputMode {\n    val bursting = \"bursting\".asInstanceOf[ThroughputMode]\n    val provisioned = \"provisioned\".asInstanceOf[ThroughputMode]\n\n    @inline def values = js.Array(bursting, provisioned)\n  }\n\n  @js.native\n  sealed trait TransitionToIARules extends js.Any\n  object TransitionToIARules {\n    val AFTER_7_DAYS = \"AFTER_7_DAYS\".asInstanceOf[TransitionToIARules]\n    val AFTER_14_DAYS = \"AFTER_14_DAYS\".asInstanceOf[TransitionToIARules]\n    val AFTER_30_DAYS = \"AFTER_30_DAYS\".asInstanceOf[TransitionToIARules]\n    val AFTER_60_DAYS = \"AFTER_60_DAYS\".asInstanceOf[TransitionToIARules]\n    val AFTER_90_DAYS = \"AFTER_90_DAYS\".asInstanceOf[TransitionToIARules]\n\n    @inline def values = js.Array(AFTER_7_DAYS, AFTER_14_DAYS, AFTER_30_DAYS, AFTER_60_DAYS, AFTER_90_DAYS)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceId: ResourceId\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceId: ResourceId,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFileSystemRequest extends js.Object {\n    var FileSystemId: FileSystemId\n    var ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps]\n    var ThroughputMode: js.UndefOr[ThroughputMode]\n  }\n\n  object UpdateFileSystemRequest {\n    @inline\n    def apply(\n        FileSystemId: FileSystemId,\n        ProvisionedThroughputInMibps: js.UndefOr[ProvisionedThroughputInMibps] = js.undefined,\n        ThroughputMode: js.UndefOr[ThroughputMode] = js.undefined\n    ): UpdateFileSystemRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FileSystemId\" -> FileSystemId.asInstanceOf[js.Any]\n      )\n\n      ProvisionedThroughputInMibps.foreach(__v => __obj.updateDynamic(\"ProvisionedThroughputInMibps\")(__v.asInstanceOf[js.Any]))\n      ThroughputMode.foreach(__v => __obj.updateDynamic(\"ThroughputMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFileSystemRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/AWSConfig.scala","text":"<filename>core\/src\/main\/scala\/facade\/amazonaws\/AWSConfig.scala\npackage facade.amazonaws\n\nimport scala.scalajs.js\n\ntrait AWSConfig extends js.Object {\n  var computeChecksums: js.UndefOr[Boolean] = js.undefined\n  var convertResponseTypes: js.UndefOr[Boolean] = js.undefined\n  var correctClockSkew: js.UndefOr[Boolean] = js.undefined\n  var customUserAgent: js.UndefOr[String] = js.undefined\n  var credentials: js.UndefOr[AWSCredentials] = js.undefined\n  var credentialProvider: js.UndefOr[js.Any] = js.undefined\n  var accessKeyId: js.UndefOr[String] = js.undefined\n  var secretAccessKey: js.UndefOr[String] = js.undefined\n  var sessionToken: js.UndefOr[String] = js.undefined\n  var httpOptions: js.UndefOr[HttpOptions] = js.undefined\n  var logger: js.UndefOr[Logger] = js.undefined\n  var maxRetries: js.UndefOr[Int] = js.undefined\n  var maxRedirects: js.UndefOr[Int] = js.undefined\n  var paramValidation: js.UndefOr[ParamValidation] = js.undefined\n  var region: js.UndefOr[String] = js.undefined\n  var retryDelayOptions: js.UndefOr[RetryDelayOptions] = js.undefined\n  var s3BucketEndpoint: js.UndefOr[Boolean] = js.undefined\n  var s3DisableBodySigning: js.UndefOr[Boolean] = js.undefined\n  var s3ForcePathStyle: js.UndefOr[Boolean] = js.undefined\n  var signatureCache: js.UndefOr[Boolean] = js.undefined\n  var signatureVersion: js.UndefOr[String] = js.undefined\n  var sslEnabled: js.UndefOr[Boolean] = js.undefined\n  var systemClockOffset: js.UndefOr[Double] = js.undefined\n  var useAccelerateEndpoint: js.UndefOr[Boolean] = js.undefined\n  var dynamoDbCrc32: js.UndefOr[Boolean] = js.undefined\n  var endpointDiscoveryEnabled: js.UndefOr[Boolean] = js.undefined\n  var endpointCacheSize: js.UndefOr[Double] = js.undefined\n  var hostPrefixEnabled: js.UndefOr[Boolean] = js.undefined\n  var endpoint: js.UndefOr[String] = js.undefined\n  var apiVersion: js.UndefOr[String] = js.undefined\n  var apiVersions: js.UndefOr[js.Dictionary[String]] = js.undefined\n  var clientSideMonitoring: js.UndefOr[Boolean] = js.undefined\n}\n\nobject AWSConfig {\n  @inline\n  def apply(\n      computeChecksums: js.UndefOr[Boolean] = js.undefined,\n      convertResponseTypes: js.UndefOr[Boolean] = js.undefined,\n      correctClockSkew: js.UndefOr[Boolean] = js.undefined,\n      customUserAgent: js.UndefOr[String] = js.undefined,\n      credentials: js.UndefOr[AWSCredentials] = js.undefined,\n      credentialProvider: js.UndefOr[js.Any] = js.undefined,\n      accessKeyId: js.UndefOr[String] = js.undefined,\n      secretAccessKey: js.UndefOr[String] = js.undefined,\n      sessionToken: js.UndefOr[String] = js.undefined,\n      httpOptions: js.UndefOr[HttpOptions] = js.undefined,\n      logger: js.UndefOr[Logger] = js.undefined,\n      maxRetries: js.UndefOr[Int] = js.undefined,\n      maxRedirects: js.UndefOr[Int] = js.undefined,\n      paramValidation: js.UndefOr[ParamValidation] = js.undefined,\n      region: js.UndefOr[String] = js.undefined,\n      retryDelayOptions: js.UndefOr[RetryDelayOptions] = js.undefined,\n      s3BucketEndpoint: js.UndefOr[Boolean] = js.undefined,\n      s3DisableBodySigning: js.UndefOr[Boolean] = js.undefined,\n      s3ForcePathStyle: js.UndefOr[Boolean] = js.undefined,\n      signatureCache: js.UndefOr[Boolean] = js.undefined,\n      signatureVersion: js.UndefOr[String] = js.undefined,\n      sslEnabled: js.UndefOr[Boolean] = js.undefined,\n      systemClockOffset: js.UndefOr[Double] = js.undefined,\n      useAccelerateEndpoint: js.UndefOr[Boolean] = js.undefined,\n      dynamoDbCrc32: js.UndefOr[Boolean] = js.undefined,\n      endpointDiscoveryEnabled: js.UndefOr[Boolean] = js.undefined,\n      endpointCacheSize: js.UndefOr[Double] = js.undefined,\n      hostPrefixEnabled: js.UndefOr[Boolean] = js.undefined,\n      endpoint: js.UndefOr[String] = js.undefined,\n      apiVersion: js.UndefOr[String] = js.undefined,\n      apiVersions: js.UndefOr[js.Dictionary[String]] = js.undefined,\n      clientSideMonitoring: js.UndefOr[Boolean] = js.undefined\n  ): AWSConfig = {\n    val __obj = js.Dynamic.literal()\n    computeChecksums.foreach(__v => __obj.updateDynamic(\"computeChecksums\")(__v))\n    convertResponseTypes.foreach(__v => __obj.updateDynamic(\"convertResponseTypes\")(__v))\n    correctClockSkew.foreach(__v => __obj.updateDynamic(\"correctClockSkew\")(__v))\n    customUserAgent.foreach(__v => __obj.updateDynamic(\"customUserAgent\")(__v))\n    credentials.foreach(__v => __obj.updateDynamic(\"credentials\")(__v))\n    credentialProvider.foreach(__v => __obj.updateDynamic(\"credentialProvider\")(__v))\n    accessKeyId.foreach(__v => __obj.updateDynamic(\"accessKeyId\")(__v))\n    secretAccessKey.foreach(__v => __obj.updateDynamic(\"secretAccessKey\")(__v))\n    sessionToken.foreach(__v => __obj.updateDynamic(\"sessionToken\")(__v))\n    httpOptions.foreach(__v => __obj.updateDynamic(\"httpOptions\")(__v))\n    logger.foreach(__v => __obj.updateDynamic(\"logger\")(__v))\n    maxRetries.foreach(__v => __obj.updateDynamic(\"maxRetries\")(__v))\n    maxRedirects.foreach(__v => __obj.updateDynamic(\"maxRedirects\")(__v))\n    paramValidation.foreach(__v => __obj.updateDynamic(\"paramValidation\")(__v))\n    region.foreach(__v => __obj.updateDynamic(\"region\")(__v))\n    retryDelayOptions.foreach(__v => __obj.updateDynamic(\"retryDelayOptions\")(__v))\n    s3BucketEndpoint.foreach(__v => __obj.updateDynamic(\"s3BucketEndpoint\")(__v))\n    s3DisableBodySigning.foreach(__v => __obj.updateDynamic(\"s3DisableBodySigning\")(__v))\n    s3ForcePathStyle.foreach(__v => __obj.updateDynamic(\"s3ForcePathStyle\")(__v))\n    signatureCache.foreach(__v => __obj.updateDynamic(\"signatureCache\")(__v))\n    signatureVersion.foreach(__v => __obj.updateDynamic(\"signatureVersion\")(__v))\n    sslEnabled.foreach(__v => __obj.updateDynamic(\"sslEnabled\")(__v))\n    systemClockOffset.foreach(__v => __obj.updateDynamic(\"systemClockOffset\")(__v))\n    useAccelerateEndpoint.foreach(__v => __obj.updateDynamic(\"useAccelerateEndpoint\")(__v))\n    dynamoDbCrc32.foreach(__v => __obj.updateDynamic(\"dynamoDbCrc32\")(__v))\n    endpointDiscoveryEnabled.foreach(__v => __obj.updateDynamic(\"endpointDiscoveryEnabled\")(__v))\n    endpointCacheSize.foreach(__v => __obj.updateDynamic(\"endpointCacheSize\")(__v))\n    hostPrefixEnabled.foreach(__v => __obj.updateDynamic(\"hostPrefixEnabled\")(__v))\n    endpoint.foreach(__v => __obj.updateDynamic(\"endpoint\")(__v))\n    apiVersion.foreach(__v => __obj.updateDynamic(\"apiVersion\")(__v))\n    apiVersions.foreach(__v => __obj.updateDynamic(\"apiVersions\")(__v))\n    clientSideMonitoring.foreach(__v => __obj.updateDynamic(\"clientSideMonitoring\")(__v))\n    __obj.asInstanceOf[AWSConfig]\n  }\n}\n\ntrait HttpOptions extends js.Object {\n  var proxy: js.UndefOr[String] = js.undefined\n  var agent: js.UndefOr[js.Any] = js.undefined\n  var connectTimeout: js.UndefOr[Int] = js.undefined\n  var timeout: js.UndefOr[Int] = js.undefined\n  var xhrAsync: js.UndefOr[Boolean] = js.undefined\n  var xhrWithCredentials: js.UndefOr[Boolean] = js.undefined\n}\n\nobject HttpOptions {\n  @inline\n  def apply(\n      proxy: js.UndefOr[String] = js.undefined,\n      agent: js.UndefOr[js.Any] = js.undefined,\n      connectTimeout: js.UndefOr[Int] = js.undefined,\n      timeout: js.UndefOr[Int] = js.undefined,\n      xhrAsync: js.UndefOr[Boolean] = js.undefined,\n      xhrWithCredentials: js.UndefOr[Boolean] = js.undefined\n  ): HttpOptions = {\n    val __obj = js.Dynamic.literal()\n    proxy.foreach(__v => __obj.updateDynamic(\"proxy\")(__v))\n    agent.foreach(__v => __obj.updateDynamic(\"agent\")(__v))\n    connectTimeout.foreach(__v => __obj.updateDynamic(\"connectTimeout\")(__v))\n    timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v))\n    xhrAsync.foreach(__v => __obj.updateDynamic(\"xhrAsync\")(__v))\n    xhrWithCredentials.foreach(__v => __obj.updateDynamic(\"xhrWithCredentials\")(__v))\n    __obj.asInstanceOf[HttpOptions]\n  }\n}\n\ntrait Logger extends js.Object {\n  def write(chunk: js.Any, encoding: js.UndefOr[String], callback: js.UndefOr[js.Function0[Unit]]): Unit\n\n  def log(messages: js.Any*): Unit\n}\n\ntrait ParamValidation extends js.Object {\n  var min: js.UndefOr[Boolean] = js.undefined\n  var max: js.UndefOr[Boolean] = js.undefined\n  var pattern: js.UndefOr[Boolean] = js.undefined\n  var enum: js.UndefOr[Boolean] = js.undefined\n}\n\nobject ParamValidation {\n  @inline\n  def apply(\n      min: js.UndefOr[Boolean] = js.undefined,\n      max: js.UndefOr[Boolean] = js.undefined,\n      pattern: js.UndefOr[Boolean] = js.undefined,\n      enum: js.UndefOr[Boolean] = js.undefined\n  ): ParamValidation = {\n    val __obj = js.Dynamic.literal()\n    min.foreach(__v => __obj.updateDynamic(\"min\")(__v))\n    max.foreach(__v => __obj.updateDynamic(\"max\")(__v))\n    max.foreach(__v => __obj.updateDynamic(\"max\")(__v))\n    enum.foreach(__v => __obj.updateDynamic(\"enum\")(__v))\n    __obj.asInstanceOf[ParamValidation]\n  }\n}\n\ntrait RetryDelayOptions extends js.Object {\n  var base: js.UndefOr[Double] = js.undefined\n  var customBackoff: js.UndefOr[Double => Double] = js.undefined\n}\nobject RetryDelayOptions {\n  @inline\n  def apply(\n      base: js.UndefOr[Double] = js.undefined,\n      customBackoff: js.UndefOr[Double => Double] = js.undefined\n  ): RetryDelayOptions = {\n    val __obj = js.Dynamic.literal()\n    base.foreach(__v => __obj.updateDynamic(\"base\")(__v))\n    customBackoff.foreach(__v => __obj.updateDynamic(\"customBackoff\")(__v))\n    __obj.asInstanceOf[RetryDelayOptions]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/dax\/src\/main\/scala\/facade\/amazonaws\/services\/DAX.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object dax {\n  type AvailabilityZoneList = js.Array[String]\n  type ClusterList = js.Array[Cluster]\n  type ClusterNameList = js.Array[String]\n  type EventList = js.Array[Event]\n  type IntegerOptional = Int\n  type KeyList = js.Array[String]\n  type NodeIdentifierList = js.Array[String]\n  type NodeList = js.Array[Node]\n  type NodeTypeSpecificValueList = js.Array[NodeTypeSpecificValue]\n  type ParameterGroupList = js.Array[ParameterGroup]\n  type ParameterGroupNameList = js.Array[String]\n  type ParameterList = js.Array[Parameter]\n  type ParameterNameValueList = js.Array[ParameterNameValue]\n  type SSEEnabled = Boolean\n  type SecurityGroupIdentifierList = js.Array[String]\n  type SecurityGroupMembershipList = js.Array[SecurityGroupMembership]\n  type SubnetGroupList = js.Array[SubnetGroup]\n  type SubnetGroupNameList = js.Array[String]\n  type SubnetIdentifierList = js.Array[String]\n  type SubnetList = js.Array[Subnet]\n  type TStamp = js.Date\n  type TagList = js.Array[Tag]\n\n  implicit final class DAXOps(private val service: DAX) extends AnyVal {\n\n    @inline def createClusterFuture(params: CreateClusterRequest): Future[CreateClusterResponse] = service.createCluster(params).promise().toFuture\n    @inline def createParameterGroupFuture(params: CreateParameterGroupRequest): Future[CreateParameterGroupResponse] = service.createParameterGroup(params).promise().toFuture\n    @inline def createSubnetGroupFuture(params: CreateSubnetGroupRequest): Future[CreateSubnetGroupResponse] = service.createSubnetGroup(params).promise().toFuture\n    @inline def decreaseReplicationFactorFuture(params: DecreaseReplicationFactorRequest): Future[DecreaseReplicationFactorResponse] = service.decreaseReplicationFactor(params).promise().toFuture\n    @inline def deleteClusterFuture(params: DeleteClusterRequest): Future[DeleteClusterResponse] = service.deleteCluster(params).promise().toFuture\n    @inline def deleteParameterGroupFuture(params: DeleteParameterGroupRequest): Future[DeleteParameterGroupResponse] = service.deleteParameterGroup(params).promise().toFuture\n    @inline def deleteSubnetGroupFuture(params: DeleteSubnetGroupRequest): Future[DeleteSubnetGroupResponse] = service.deleteSubnetGroup(params).promise().toFuture\n    @inline def describeClustersFuture(params: DescribeClustersRequest): Future[DescribeClustersResponse] = service.describeClusters(params).promise().toFuture\n    @inline def describeDefaultParametersFuture(params: DescribeDefaultParametersRequest): Future[DescribeDefaultParametersResponse] = service.describeDefaultParameters(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsRequest): Future[DescribeEventsResponse] = service.describeEvents(params).promise().toFuture\n    @inline def describeParameterGroupsFuture(params: DescribeParameterGroupsRequest): Future[DescribeParameterGroupsResponse] = service.describeParameterGroups(params).promise().toFuture\n    @inline def describeParametersFuture(params: DescribeParametersRequest): Future[DescribeParametersResponse] = service.describeParameters(params).promise().toFuture\n    @inline def describeSubnetGroupsFuture(params: DescribeSubnetGroupsRequest): Future[DescribeSubnetGroupsResponse] = service.describeSubnetGroups(params).promise().toFuture\n    @inline def increaseReplicationFactorFuture(params: IncreaseReplicationFactorRequest): Future[IncreaseReplicationFactorResponse] = service.increaseReplicationFactor(params).promise().toFuture\n    @inline def listTagsFuture(params: ListTagsRequest): Future[ListTagsResponse] = service.listTags(params).promise().toFuture\n    @inline def rebootNodeFuture(params: RebootNodeRequest): Future[RebootNodeResponse] = service.rebootNode(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateClusterFuture(params: UpdateClusterRequest): Future[UpdateClusterResponse] = service.updateCluster(params).promise().toFuture\n    @inline def updateParameterGroupFuture(params: UpdateParameterGroupRequest): Future[UpdateParameterGroupResponse] = service.updateParameterGroup(params).promise().toFuture\n    @inline def updateSubnetGroupFuture(params: UpdateSubnetGroupRequest): Future[UpdateSubnetGroupResponse] = service.updateSubnetGroup(params).promise().toFuture\n\n  }\n}\n\npackage dax {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/dax\", JSImport.Namespace, \"AWS.DAX\")\n  class DAX() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createCluster(params: CreateClusterRequest): Request[CreateClusterResponse] = js.native\n    def createParameterGroup(params: CreateParameterGroupRequest): Request[CreateParameterGroupResponse] = js.native\n    def createSubnetGroup(params: CreateSubnetGroupRequest): Request[CreateSubnetGroupResponse] = js.native\n    def decreaseReplicationFactor(params: DecreaseReplicationFactorRequest): Request[DecreaseReplicationFactorResponse] = js.native\n    def deleteCluster(params: DeleteClusterRequest): Request[DeleteClusterResponse] = js.native\n    def deleteParameterGroup(params: DeleteParameterGroupRequest): Request[DeleteParameterGroupResponse] = js.native\n    def deleteSubnetGroup(params: DeleteSubnetGroupRequest): Request[DeleteSubnetGroupResponse] = js.native\n    def describeClusters(params: DescribeClustersRequest): Request[DescribeClustersResponse] = js.native\n    def describeDefaultParameters(params: DescribeDefaultParametersRequest): Request[DescribeDefaultParametersResponse] = js.native\n    def describeEvents(params: DescribeEventsRequest): Request[DescribeEventsResponse] = js.native\n    def describeParameterGroups(params: DescribeParameterGroupsRequest): Request[DescribeParameterGroupsResponse] = js.native\n    def describeParameters(params: DescribeParametersRequest): Request[DescribeParametersResponse] = js.native\n    def describeSubnetGroups(params: DescribeSubnetGroupsRequest): Request[DescribeSubnetGroupsResponse] = js.native\n    def increaseReplicationFactor(params: IncreaseReplicationFactorRequest): Request[IncreaseReplicationFactorResponse] = js.native\n    def listTags(params: ListTagsRequest): Request[ListTagsResponse] = js.native\n    def rebootNode(params: RebootNodeRequest): Request[RebootNodeResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateCluster(params: UpdateClusterRequest): Request[UpdateClusterResponse] = js.native\n    def updateParameterGroup(params: UpdateParameterGroupRequest): Request[UpdateParameterGroupResponse] = js.native\n    def updateSubnetGroup(params: UpdateSubnetGroupRequest): Request[UpdateSubnetGroupResponse] = js.native\n  }\n\n  @js.native\n  sealed trait ChangeType extends js.Any\n  object ChangeType {\n    val IMMEDIATE = \"IMMEDIATE\".asInstanceOf[ChangeType]\n    val REQUIRES_REBOOT = \"REQUIRES_REBOOT\".asInstanceOf[ChangeType]\n\n    @inline def values = js.Array(IMMEDIATE, REQUIRES_REBOOT)\n  }\n\n  \/** Contains all of the attributes of a specific DAX cluster.\n    *\/\n  @js.native\n  trait Cluster extends js.Object {\n    var ActiveNodes: js.UndefOr[IntegerOptional]\n    var ClusterArn: js.UndefOr[String]\n    var ClusterDiscoveryEndpoint: js.UndefOr[Endpoint]\n    var ClusterName: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IamRoleArn: js.UndefOr[String]\n    var NodeIdsToRemove: js.UndefOr[NodeIdentifierList]\n    var NodeType: js.UndefOr[String]\n    var Nodes: js.UndefOr[NodeList]\n    var NotificationConfiguration: js.UndefOr[NotificationConfiguration]\n    var ParameterGroup: js.UndefOr[ParameterGroupStatus]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var SSEDescription: js.UndefOr[SSEDescription]\n    var SecurityGroups: js.UndefOr[SecurityGroupMembershipList]\n    var Status: js.UndefOr[String]\n    var SubnetGroup: js.UndefOr[String]\n    var TotalNodes: js.UndefOr[IntegerOptional]\n  }\n\n  object Cluster {\n    @inline\n    def apply(\n        ActiveNodes: js.UndefOr[IntegerOptional] = js.undefined,\n        ClusterArn: js.UndefOr[String] = js.undefined,\n        ClusterDiscoveryEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        ClusterName: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IamRoleArn: js.UndefOr[String] = js.undefined,\n        NodeIdsToRemove: js.UndefOr[NodeIdentifierList] = js.undefined,\n        NodeType: js.UndefOr[String] = js.undefined,\n        Nodes: js.UndefOr[NodeList] = js.undefined,\n        NotificationConfiguration: js.UndefOr[NotificationConfiguration] = js.undefined,\n        ParameterGroup: js.UndefOr[ParameterGroupStatus] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        SSEDescription: js.UndefOr[SSEDescription] = js.undefined,\n        SecurityGroups: js.UndefOr[SecurityGroupMembershipList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        SubnetGroup: js.UndefOr[String] = js.undefined,\n        TotalNodes: js.UndefOr[IntegerOptional] = js.undefined\n    ): Cluster = {\n      val __obj = js.Dynamic.literal()\n      ActiveNodes.foreach(__v => __obj.updateDynamic(\"ActiveNodes\")(__v.asInstanceOf[js.Any]))\n      ClusterArn.foreach(__v => __obj.updateDynamic(\"ClusterArn\")(__v.asInstanceOf[js.Any]))\n      ClusterDiscoveryEndpoint.foreach(__v => __obj.updateDynamic(\"ClusterDiscoveryEndpoint\")(__v.asInstanceOf[js.Any]))\n      ClusterName.foreach(__v => __obj.updateDynamic(\"ClusterName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      NodeIdsToRemove.foreach(__v => __obj.updateDynamic(\"NodeIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      Nodes.foreach(__v => __obj.updateDynamic(\"Nodes\")(__v.asInstanceOf[js.Any]))\n      NotificationConfiguration.foreach(__v => __obj.updateDynamic(\"NotificationConfiguration\")(__v.asInstanceOf[js.Any]))\n      ParameterGroup.foreach(__v => __obj.updateDynamic(\"ParameterGroup\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SSEDescription.foreach(__v => __obj.updateDynamic(\"SSEDescription\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubnetGroup.foreach(__v => __obj.updateDynamic(\"SubnetGroup\")(__v.asInstanceOf[js.Any]))\n      TotalNodes.foreach(__v => __obj.updateDynamic(\"TotalNodes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Cluster]\n    }\n  }\n\n  @js.native\n  trait CreateClusterRequest extends js.Object {\n    var ClusterName: String\n    var IamRoleArn: String\n    var NodeType: String\n    var ReplicationFactor: Int\n    var AvailabilityZones: js.UndefOr[AvailabilityZoneList]\n    var Description: js.UndefOr[String]\n    var NotificationTopicArn: js.UndefOr[String]\n    var ParameterGroupName: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var SSESpecification: js.UndefOr[SSESpecification]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdentifierList]\n    var SubnetGroupName: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateClusterRequest {\n    @inline\n    def apply(\n        ClusterName: String,\n        IamRoleArn: String,\n        NodeType: String,\n        ReplicationFactor: Int,\n        AvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        ParameterGroupName: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        SSESpecification: js.UndefOr[SSESpecification] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdentifierList] = js.undefined,\n        SubnetGroupName: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any],\n        \"IamRoleArn\" -> IamRoleArn.asInstanceOf[js.Any],\n        \"NodeType\" -> NodeType.asInstanceOf[js.Any],\n        \"ReplicationFactor\" -> ReplicationFactor.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupName.foreach(__v => __obj.updateDynamic(\"ParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SSESpecification.foreach(__v => __obj.updateDynamic(\"SSESpecification\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupName.foreach(__v => __obj.updateDynamic(\"SubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterRequest]\n    }\n  }\n\n  @js.native\n  trait CreateClusterResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object CreateClusterResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): CreateClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateClusterResponse]\n    }\n  }\n\n  @js.native\n  trait CreateParameterGroupRequest extends js.Object {\n    var ParameterGroupName: String\n    var Description: js.UndefOr[String]\n  }\n\n  object CreateParameterGroupRequest {\n    @inline\n    def apply(\n        ParameterGroupName: String,\n        Description: js.UndefOr[String] = js.undefined\n    ): CreateParameterGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParameterGroupName\" -> ParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateParameterGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateParameterGroupResponse extends js.Object {\n    var ParameterGroup: js.UndefOr[ParameterGroup]\n  }\n\n  object CreateParameterGroupResponse {\n    @inline\n    def apply(\n        ParameterGroup: js.UndefOr[ParameterGroup] = js.undefined\n    ): CreateParameterGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      ParameterGroup.foreach(__v => __obj.updateDynamic(\"ParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateParameterGroupResponse]\n    }\n  }\n\n  @js.native\n  trait CreateSubnetGroupRequest extends js.Object {\n    var SubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var Description: js.UndefOr[String]\n  }\n\n  object CreateSubnetGroupRequest {\n    @inline\n    def apply(\n        SubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        Description: js.UndefOr[String] = js.undefined\n    ): CreateSubnetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetGroupName\" -> SubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSubnetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateSubnetGroupResponse extends js.Object {\n    var SubnetGroup: js.UndefOr[SubnetGroup]\n  }\n\n  object CreateSubnetGroupResponse {\n    @inline\n    def apply(\n        SubnetGroup: js.UndefOr[SubnetGroup] = js.undefined\n    ): CreateSubnetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      SubnetGroup.foreach(__v => __obj.updateDynamic(\"SubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateSubnetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DecreaseReplicationFactorRequest extends js.Object {\n    var ClusterName: String\n    var NewReplicationFactor: Int\n    var AvailabilityZones: js.UndefOr[AvailabilityZoneList]\n    var NodeIdsToRemove: js.UndefOr[NodeIdentifierList]\n  }\n\n  object DecreaseReplicationFactorRequest {\n    @inline\n    def apply(\n        ClusterName: String,\n        NewReplicationFactor: Int,\n        AvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined,\n        NodeIdsToRemove: js.UndefOr[NodeIdentifierList] = js.undefined\n    ): DecreaseReplicationFactorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any],\n        \"NewReplicationFactor\" -> NewReplicationFactor.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      NodeIdsToRemove.foreach(__v => __obj.updateDynamic(\"NodeIdsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseReplicationFactorRequest]\n    }\n  }\n\n  @js.native\n  trait DecreaseReplicationFactorResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object DecreaseReplicationFactorResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): DecreaseReplicationFactorResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DecreaseReplicationFactorResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteClusterRequest extends js.Object {\n    var ClusterName: String\n  }\n\n  object DeleteClusterRequest {\n    @inline\n    def apply(\n        ClusterName: String\n    ): DeleteClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteClusterRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteClusterResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object DeleteClusterResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): DeleteClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteClusterResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteParameterGroupRequest extends js.Object {\n    var ParameterGroupName: String\n  }\n\n  object DeleteParameterGroupRequest {\n    @inline\n    def apply(\n        ParameterGroupName: String\n    ): DeleteParameterGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParameterGroupName\" -> ParameterGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteParameterGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteParameterGroupResponse extends js.Object {\n    var DeletionMessage: js.UndefOr[String]\n  }\n\n  object DeleteParameterGroupResponse {\n    @inline\n    def apply(\n        DeletionMessage: js.UndefOr[String] = js.undefined\n    ): DeleteParameterGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      DeletionMessage.foreach(__v => __obj.updateDynamic(\"DeletionMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteParameterGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteSubnetGroupRequest extends js.Object {\n    var SubnetGroupName: String\n  }\n\n  object DeleteSubnetGroupRequest {\n    @inline\n    def apply(\n        SubnetGroupName: String\n    ): DeleteSubnetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetGroupName\" -> SubnetGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteSubnetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteSubnetGroupResponse extends js.Object {\n    var DeletionMessage: js.UndefOr[String]\n  }\n\n  object DeleteSubnetGroupResponse {\n    @inline\n    def apply(\n        DeletionMessage: js.UndefOr[String] = js.undefined\n    ): DeleteSubnetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      DeletionMessage.foreach(__v => __obj.updateDynamic(\"DeletionMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteSubnetGroupResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeClustersRequest extends js.Object {\n    var ClusterNames: js.UndefOr[ClusterNameList]\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeClustersRequest {\n    @inline\n    def apply(\n        ClusterNames: js.UndefOr[ClusterNameList] = js.undefined,\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeClustersRequest = {\n      val __obj = js.Dynamic.literal()\n      ClusterNames.foreach(__v => __obj.updateDynamic(\"ClusterNames\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeClustersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeClustersResponse extends js.Object {\n    var Clusters: js.UndefOr[ClusterList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeClustersResponse {\n    @inline\n    def apply(\n        Clusters: js.UndefOr[ClusterList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeClustersResponse = {\n      val __obj = js.Dynamic.literal()\n      Clusters.foreach(__v => __obj.updateDynamic(\"Clusters\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeClustersResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDefaultParametersRequest extends js.Object {\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeDefaultParametersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeDefaultParametersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDefaultParametersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDefaultParametersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParameterList]\n  }\n\n  object DescribeDefaultParametersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParameterList] = js.undefined\n    ): DescribeDefaultParametersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDefaultParametersResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsRequest extends js.Object {\n    var Duration: js.UndefOr[IntegerOptional]\n    var EndTime: js.UndefOr[TStamp]\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n    var SourceName: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n    var StartTime: js.UndefOr[TStamp]\n  }\n\n  object DescribeEventsRequest {\n    @inline\n    def apply(\n        Duration: js.UndefOr[IntegerOptional] = js.undefined,\n        EndTime: js.UndefOr[TStamp] = js.undefined,\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SourceName: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined\n    ): DescribeEventsRequest = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SourceName.foreach(__v => __obj.updateDynamic(\"SourceName\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEventsResponse extends js.Object {\n    var Events: js.UndefOr[EventList]\n    var NextToken: js.UndefOr[String]\n  }\n\n  object DescribeEventsResponse {\n    @inline\n    def apply(\n        Events: js.UndefOr[EventList] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): DescribeEventsResponse = {\n      val __obj = js.Dynamic.literal()\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeParameterGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n    var ParameterGroupNames: js.UndefOr[ParameterGroupNameList]\n  }\n\n  object DescribeParameterGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        ParameterGroupNames: js.UndefOr[ParameterGroupNameList] = js.undefined\n    ): DescribeParameterGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupNames.foreach(__v => __obj.updateDynamic(\"ParameterGroupNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParameterGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeParameterGroupsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var ParameterGroups: js.UndefOr[ParameterGroupList]\n  }\n\n  object DescribeParameterGroupsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        ParameterGroups: js.UndefOr[ParameterGroupList] = js.undefined\n    ): DescribeParameterGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ParameterGroups.foreach(__v => __obj.updateDynamic(\"ParameterGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParameterGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeParametersRequest extends js.Object {\n    var ParameterGroupName: String\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object DescribeParametersRequest {\n    @inline\n    def apply(\n        ParameterGroupName: String,\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): DescribeParametersRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParameterGroupName\" -> ParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParametersRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeParametersResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParameterList]\n  }\n\n  object DescribeParametersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParameterList] = js.undefined\n    ): DescribeParametersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeParametersResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSubnetGroupsRequest extends js.Object {\n    var MaxResults: js.UndefOr[IntegerOptional]\n    var NextToken: js.UndefOr[String]\n    var SubnetGroupNames: js.UndefOr[SubnetGroupNameList]\n  }\n\n  object DescribeSubnetGroupsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[IntegerOptional] = js.undefined,\n        NextToken: js.UndefOr[String] = js.undefined,\n        SubnetGroupNames: js.UndefOr[SubnetGroupNameList] = js.undefined\n    ): DescribeSubnetGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupNames.foreach(__v => __obj.updateDynamic(\"SubnetGroupNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSubnetGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeSubnetGroupsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var SubnetGroups: js.UndefOr[SubnetGroupList]\n  }\n\n  object DescribeSubnetGroupsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        SubnetGroups: js.UndefOr[SubnetGroupList] = js.undefined\n    ): DescribeSubnetGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SubnetGroups.foreach(__v => __obj.updateDynamic(\"SubnetGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSubnetGroupsResponse]\n    }\n  }\n\n  \/** Represents the information required for client programs to connect to the configuration endpoint for a DAX cluster, or to an individual node within the cluster.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** Represents a single occurrence of something interesting within the system. Some examples of events are creating a DAX cluster, adding or removing a node, or rebooting a node.\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var Date: js.UndefOr[TStamp]\n    var Message: js.UndefOr[String]\n    var SourceName: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        Date: js.UndefOr[TStamp] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        SourceName: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      SourceName.foreach(__v => __obj.updateDynamic(\"SourceName\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  @js.native\n  trait IncreaseReplicationFactorRequest extends js.Object {\n    var ClusterName: String\n    var NewReplicationFactor: Int\n    var AvailabilityZones: js.UndefOr[AvailabilityZoneList]\n  }\n\n  object IncreaseReplicationFactorRequest {\n    @inline\n    def apply(\n        ClusterName: String,\n        NewReplicationFactor: Int,\n        AvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined\n    ): IncreaseReplicationFactorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any],\n        \"NewReplicationFactor\" -> NewReplicationFactor.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseReplicationFactorRequest]\n    }\n  }\n\n  @js.native\n  trait IncreaseReplicationFactorResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object IncreaseReplicationFactorResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): IncreaseReplicationFactorResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IncreaseReplicationFactorResponse]\n    }\n  }\n\n  @js.native\n  sealed trait IsModifiable extends js.Any\n  object IsModifiable {\n    val TRUE = \"TRUE\".asInstanceOf[IsModifiable]\n    val FALSE = \"FALSE\".asInstanceOf[IsModifiable]\n    val CONDITIONAL = \"CONDITIONAL\".asInstanceOf[IsModifiable]\n\n    @inline def values = js.Array(TRUE, FALSE, CONDITIONAL)\n  }\n\n  @js.native\n  trait ListTagsRequest extends js.Object {\n    var ResourceName: String\n    var NextToken: js.UndefOr[String]\n  }\n\n  object ListTagsRequest {\n    @inline\n    def apply(\n        ResourceName: String,\n        NextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsResponse extends js.Object {\n    var NextToken: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsResponse]\n    }\n  }\n\n  \/** Represents an individual node within a DAX cluster.\n    *\/\n  @js.native\n  trait Node extends js.Object {\n    var AvailabilityZone: js.UndefOr[String]\n    var Endpoint: js.UndefOr[Endpoint]\n    var NodeCreateTime: js.UndefOr[TStamp]\n    var NodeId: js.UndefOr[String]\n    var NodeStatus: js.UndefOr[String]\n    var ParameterGroupStatus: js.UndefOr[String]\n  }\n\n  object Node {\n    @inline\n    def apply(\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        NodeCreateTime: js.UndefOr[TStamp] = js.undefined,\n        NodeId: js.UndefOr[String] = js.undefined,\n        NodeStatus: js.UndefOr[String] = js.undefined,\n        ParameterGroupStatus: js.UndefOr[String] = js.undefined\n    ): Node = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      NodeCreateTime.foreach(__v => __obj.updateDynamic(\"NodeCreateTime\")(__v.asInstanceOf[js.Any]))\n      NodeId.foreach(__v => __obj.updateDynamic(\"NodeId\")(__v.asInstanceOf[js.Any]))\n      NodeStatus.foreach(__v => __obj.updateDynamic(\"NodeStatus\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupStatus.foreach(__v => __obj.updateDynamic(\"ParameterGroupStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Node]\n    }\n  }\n\n  \/** Represents a parameter value that is applicable to a particular node type.\n    *\/\n  @js.native\n  trait NodeTypeSpecificValue extends js.Object {\n    var NodeType: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object NodeTypeSpecificValue {\n    @inline\n    def apply(\n        NodeType: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): NodeTypeSpecificValue = {\n      val __obj = js.Dynamic.literal()\n      NodeType.foreach(__v => __obj.updateDynamic(\"NodeType\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NodeTypeSpecificValue]\n    }\n  }\n\n  \/** Describes a notification topic and its status. Notification topics are used for publishing DAX events to subscribers using Amazon Simple Notification Service (SNS).\n    *\/\n  @js.native\n  trait NotificationConfiguration extends js.Object {\n    var TopicArn: js.UndefOr[String]\n    var TopicStatus: js.UndefOr[String]\n  }\n\n  object NotificationConfiguration {\n    @inline\n    def apply(\n        TopicArn: js.UndefOr[String] = js.undefined,\n        TopicStatus: js.UndefOr[String] = js.undefined\n    ): NotificationConfiguration = {\n      val __obj = js.Dynamic.literal()\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      TopicStatus.foreach(__v => __obj.updateDynamic(\"TopicStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotificationConfiguration]\n    }\n  }\n\n  \/** Describes an individual setting that controls some aspect of DAX behavior.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ChangeType: js.UndefOr[ChangeType]\n    var DataType: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[IsModifiable]\n    var NodeTypeSpecificValues: js.UndefOr[NodeTypeSpecificValueList]\n    var ParameterName: js.UndefOr[String]\n    var ParameterType: js.UndefOr[ParameterType]\n    var ParameterValue: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ChangeType: js.UndefOr[ChangeType] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[IsModifiable] = js.undefined,\n        NodeTypeSpecificValues: js.UndefOr[NodeTypeSpecificValueList] = js.undefined,\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterType: js.UndefOr[ParameterType] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): Parameter = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ChangeType.foreach(__v => __obj.updateDynamic(\"ChangeType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      NodeTypeSpecificValues.foreach(__v => __obj.updateDynamic(\"NodeTypeSpecificValues\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterType.foreach(__v => __obj.updateDynamic(\"ParameterType\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** A named set of parameters that are applied to all of the nodes in a DAX cluster.\n    *\/\n  @js.native\n  trait ParameterGroup extends js.Object {\n    var Description: js.UndefOr[String]\n    var ParameterGroupName: js.UndefOr[String]\n  }\n\n  object ParameterGroup {\n    @inline\n    def apply(\n        Description: js.UndefOr[String] = js.undefined,\n        ParameterGroupName: js.UndefOr[String] = js.undefined\n    ): ParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupName.foreach(__v => __obj.updateDynamic(\"ParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterGroup]\n    }\n  }\n\n  \/** The status of a parameter group.\n    *\/\n  @js.native\n  trait ParameterGroupStatus extends js.Object {\n    var NodeIdsToReboot: js.UndefOr[NodeIdentifierList]\n    var ParameterApplyStatus: js.UndefOr[String]\n    var ParameterGroupName: js.UndefOr[String]\n  }\n\n  object ParameterGroupStatus {\n    @inline\n    def apply(\n        NodeIdsToReboot: js.UndefOr[NodeIdentifierList] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[String] = js.undefined,\n        ParameterGroupName: js.UndefOr[String] = js.undefined\n    ): ParameterGroupStatus = {\n      val __obj = js.Dynamic.literal()\n      NodeIdsToReboot.foreach(__v => __obj.updateDynamic(\"NodeIdsToReboot\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupName.foreach(__v => __obj.updateDynamic(\"ParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterGroupStatus]\n    }\n  }\n\n  \/** An individual DAX parameter.\n    *\/\n  @js.native\n  trait ParameterNameValue extends js.Object {\n    var ParameterName: js.UndefOr[String]\n    var ParameterValue: js.UndefOr[String]\n  }\n\n  object ParameterNameValue {\n    @inline\n    def apply(\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined\n    ): ParameterNameValue = {\n      val __obj = js.Dynamic.literal()\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterNameValue]\n    }\n  }\n\n  @js.native\n  sealed trait ParameterType extends js.Any\n  object ParameterType {\n    val DEFAULT = \"DEFAULT\".asInstanceOf[ParameterType]\n    val NODE_TYPE_SPECIFIC = \"NODE_TYPE_SPECIFIC\".asInstanceOf[ParameterType]\n\n    @inline def values = js.Array(DEFAULT, NODE_TYPE_SPECIFIC)\n  }\n\n  @js.native\n  trait RebootNodeRequest extends js.Object {\n    var ClusterName: String\n    var NodeId: String\n  }\n\n  object RebootNodeRequest {\n    @inline\n    def apply(\n        ClusterName: String,\n        NodeId: String\n    ): RebootNodeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any],\n        \"NodeId\" -> NodeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RebootNodeRequest]\n    }\n  }\n\n  @js.native\n  trait RebootNodeResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object RebootNodeResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): RebootNodeResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootNodeResponse]\n    }\n  }\n\n  \/** The description of the server-side encryption status on the specified DAX cluster.\n    *\/\n  @js.native\n  trait SSEDescription extends js.Object {\n    var Status: js.UndefOr[SSEStatus]\n  }\n\n  object SSEDescription {\n    @inline\n    def apply(\n        Status: js.UndefOr[SSEStatus] = js.undefined\n    ): SSEDescription = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SSEDescription]\n    }\n  }\n\n  \/** Represents the settings used to enable server-side encryption.\n    *\/\n  @js.native\n  trait SSESpecification extends js.Object {\n    var Enabled: SSEEnabled\n  }\n\n  object SSESpecification {\n    @inline\n    def apply(\n        Enabled: SSEEnabled\n    ): SSESpecification = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SSESpecification]\n    }\n  }\n\n  @js.native\n  sealed trait SSEStatus extends js.Any\n  object SSEStatus {\n    val ENABLING = \"ENABLING\".asInstanceOf[SSEStatus]\n    val ENABLED = \"ENABLED\".asInstanceOf[SSEStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[SSEStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[SSEStatus]\n\n    @inline def values = js.Array(ENABLING, ENABLED, DISABLING, DISABLED)\n  }\n\n  \/** An individual VPC security group and its status.\n    *\/\n  @js.native\n  trait SecurityGroupMembership extends js.Object {\n    var SecurityGroupIdentifier: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object SecurityGroupMembership {\n    @inline\n    def apply(\n        SecurityGroupIdentifier: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): SecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      SecurityGroupIdentifier.foreach(__v => __obj.updateDynamic(\"SecurityGroupIdentifier\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SecurityGroupMembership]\n    }\n  }\n\n  @js.native\n  sealed trait SourceType extends js.Any\n  object SourceType {\n    val CLUSTER = \"CLUSTER\".asInstanceOf[SourceType]\n    val PARAMETER_GROUP = \"PARAMETER_GROUP\".asInstanceOf[SourceType]\n    val SUBNET_GROUP = \"SUBNET_GROUP\".asInstanceOf[SourceType]\n\n    @inline def values = js.Array(CLUSTER, PARAMETER_GROUP, SUBNET_GROUP)\n  }\n\n  \/** Represents the subnet associated with a DAX cluster. This parameter refers to subnets defined in Amazon Virtual Private Cloud (Amazon VPC) and used with DAX.\n    *\/\n  @js.native\n  trait Subnet extends js.Object {\n    var SubnetAvailabilityZone: js.UndefOr[String]\n    var SubnetIdentifier: js.UndefOr[String]\n  }\n\n  object Subnet {\n    @inline\n    def apply(\n        SubnetAvailabilityZone: js.UndefOr[String] = js.undefined,\n        SubnetIdentifier: js.UndefOr[String] = js.undefined\n    ): Subnet = {\n      val __obj = js.Dynamic.literal()\n      SubnetAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SubnetAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      SubnetIdentifier.foreach(__v => __obj.updateDynamic(\"SubnetIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subnet]\n    }\n  }\n\n  \/** Represents the output of one of the following actions: * <i>CreateSubnetGroup<\/i> * <i>ModifySubnetGroup<\/i>\n    *\/\n  @js.native\n  trait SubnetGroup extends js.Object {\n    var Description: js.UndefOr[String]\n    var SubnetGroupName: js.UndefOr[String]\n    var Subnets: js.UndefOr[SubnetList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object SubnetGroup {\n    @inline\n    def apply(\n        Description: js.UndefOr[String] = js.undefined,\n        SubnetGroupName: js.UndefOr[String] = js.undefined,\n        Subnets: js.UndefOr[SubnetList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): SubnetGroup = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupName.foreach(__v => __obj.updateDynamic(\"SubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SubnetGroup]\n    }\n  }\n\n  \/** A description of a tag. Every tag is a key-value pair. You can add up to 50 tags to a single DAX cluster. AWS-assigned tag names and values are automatically assigned the <code>aws:<\/code> prefix, which the user cannot assign. AWS-assigned tag names do not count towards the tag limit of 50. User-assigned tag names have the prefix <code>user:<\/code>. You cannot backdate the application of a tag.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceName: String\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceName: String,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object TagResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceName: String\n    var TagKeys: KeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceName: String,\n        TagKeys: KeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object UntagResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterRequest extends js.Object {\n    var ClusterName: String\n    var Description: js.UndefOr[String]\n    var NotificationTopicArn: js.UndefOr[String]\n    var NotificationTopicStatus: js.UndefOr[String]\n    var ParameterGroupName: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var SecurityGroupIds: js.UndefOr[SecurityGroupIdentifierList]\n  }\n\n  object UpdateClusterRequest {\n    @inline\n    def apply(\n        ClusterName: String,\n        Description: js.UndefOr[String] = js.undefined,\n        NotificationTopicArn: js.UndefOr[String] = js.undefined,\n        NotificationTopicStatus: js.UndefOr[String] = js.undefined,\n        ParameterGroupName: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        SecurityGroupIds: js.UndefOr[SecurityGroupIdentifierList] = js.undefined\n    ): UpdateClusterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterName\" -> ClusterName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicArn.foreach(__v => __obj.updateDynamic(\"NotificationTopicArn\")(__v.asInstanceOf[js.Any]))\n      NotificationTopicStatus.foreach(__v => __obj.updateDynamic(\"NotificationTopicStatus\")(__v.asInstanceOf[js.Any]))\n      ParameterGroupName.foreach(__v => __obj.updateDynamic(\"ParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      SecurityGroupIds.foreach(__v => __obj.updateDynamic(\"SecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateClusterResponse extends js.Object {\n    var Cluster: js.UndefOr[Cluster]\n  }\n\n  object UpdateClusterResponse {\n    @inline\n    def apply(\n        Cluster: js.UndefOr[Cluster] = js.undefined\n    ): UpdateClusterResponse = {\n      val __obj = js.Dynamic.literal()\n      Cluster.foreach(__v => __obj.updateDynamic(\"Cluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateClusterResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateParameterGroupRequest extends js.Object {\n    var ParameterGroupName: String\n    var ParameterNameValues: ParameterNameValueList\n  }\n\n  object UpdateParameterGroupRequest {\n    @inline\n    def apply(\n        ParameterGroupName: String,\n        ParameterNameValues: ParameterNameValueList\n    ): UpdateParameterGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParameterGroupName\" -> ParameterGroupName.asInstanceOf[js.Any],\n        \"ParameterNameValues\" -> ParameterNameValues.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateParameterGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateParameterGroupResponse extends js.Object {\n    var ParameterGroup: js.UndefOr[ParameterGroup]\n  }\n\n  object UpdateParameterGroupResponse {\n    @inline\n    def apply(\n        ParameterGroup: js.UndefOr[ParameterGroup] = js.undefined\n    ): UpdateParameterGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      ParameterGroup.foreach(__v => __obj.updateDynamic(\"ParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateParameterGroupResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateSubnetGroupRequest extends js.Object {\n    var SubnetGroupName: String\n    var Description: js.UndefOr[String]\n    var SubnetIds: js.UndefOr[SubnetIdentifierList]\n  }\n\n  object UpdateSubnetGroupRequest {\n    @inline\n    def apply(\n        SubnetGroupName: String,\n        Description: js.UndefOr[String] = js.undefined,\n        SubnetIds: js.UndefOr[SubnetIdentifierList] = js.undefined\n    ): UpdateSubnetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"SubnetGroupName\" -> SubnetGroupName.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      SubnetIds.foreach(__v => __obj.updateDynamic(\"SubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSubnetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateSubnetGroupResponse extends js.Object {\n    var SubnetGroup: js.UndefOr[SubnetGroup]\n  }\n\n  object UpdateSubnetGroupResponse {\n    @inline\n    def apply(\n        SubnetGroup: js.UndefOr[SubnetGroup] = js.undefined\n    ): UpdateSubnetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      SubnetGroup.foreach(__v => __obj.updateDynamic(\"SubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateSubnetGroupResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloudfront\/src\/main\/scala\/facade\/amazonaws\/services\/CloudFront.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cloudfront {\n  type AliasICPRecordals = js.Array[AliasICPRecordal]\n  type AliasList = js.Array[String]\n  type AwsAccountNumberList = js.Array[String]\n  type CacheBehaviorList = js.Array[CacheBehavior]\n  type CachePolicySummaryList = js.Array[CachePolicySummary]\n  type CloudFrontOriginAccessIdentitySummaryList = js.Array[CloudFrontOriginAccessIdentitySummary]\n  type CommentType = String\n  type ContentTypeProfileList = js.Array[ContentTypeProfile]\n  type CookieNameList = js.Array[String]\n  type CustomErrorResponseList = js.Array[CustomErrorResponse]\n  type DistributionIdListSummary = js.Array[String]\n  type DistributionSummaryList = js.Array[DistributionSummary]\n  type EncryptionEntityList = js.Array[EncryptionEntity]\n  type EndPointList = js.Array[EndPoint]\n  type FieldLevelEncryptionProfileSummaryList = js.Array[FieldLevelEncryptionProfileSummary]\n  type FieldLevelEncryptionSummaryList = js.Array[FieldLevelEncryptionSummary]\n  type FieldList = js.Array[String]\n  type FieldPatternList = js.Array[String]\n  type HeaderList = js.Array[String]\n  type InvalidationSummaryList = js.Array[InvalidationSummary]\n  type KGKeyPairIdsList = js.Array[KGKeyPairIds]\n  type KeyGroupSummaryList = js.Array[KeyGroupSummary]\n  type KeyPairIdList = js.Array[String]\n  type LambdaFunctionARN = String\n  type LambdaFunctionAssociationList = js.Array[LambdaFunctionAssociation]\n  type LocationList = js.Array[String]\n  type MethodsList = js.Array[Method]\n  type OriginCustomHeadersList = js.Array[OriginCustomHeader]\n  type OriginGroupList = js.Array[OriginGroup]\n  type OriginGroupMemberList = js.Array[OriginGroupMember]\n  type OriginList = js.Array[Origin]\n  type OriginRequestPolicySummaryList = js.Array[OriginRequestPolicySummary]\n  type OriginShieldRegion = String\n  type PathList = js.Array[String]\n  type PublicKeyIdList = js.Array[String]\n  type PublicKeySummaryList = js.Array[PublicKeySummary]\n  type QueryArgProfileList = js.Array[QueryArgProfile]\n  type QueryStringCacheKeysList = js.Array[String]\n  type QueryStringNamesList = js.Array[String]\n  type RealtimeLogConfigList = js.Array[RealtimeLogConfig]\n  type ResourceARN = String\n  type SignerList = js.Array[Signer]\n  type SslProtocolsList = js.Array[SslProtocol]\n  type StatusCodeList = js.Array[Int]\n  type StreamingDistributionSummaryList = js.Array[StreamingDistributionSummary]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type TrustedKeyGroupIdList = js.Array[String]\n  type timestamp = js.Date\n\n  implicit final class CloudFrontOps(private val service: CloudFront) extends AnyVal {\n\n    @inline def createCachePolicyFuture(params: CreateCachePolicyRequest): Future[CreateCachePolicyResult] = service.createCachePolicy(params).promise().toFuture\n    @inline def createCloudFrontOriginAccessIdentityFuture(params: CreateCloudFrontOriginAccessIdentityRequest): Future[CreateCloudFrontOriginAccessIdentityResult] = service.createCloudFrontOriginAccessIdentity(params).promise().toFuture\n    @inline def createDistributionFuture(params: CreateDistributionRequest): Future[CreateDistributionResult] = service.createDistribution(params).promise().toFuture\n    @inline def createDistributionWithTagsFuture(params: CreateDistributionWithTagsRequest): Future[CreateDistributionWithTagsResult] = service.createDistributionWithTags(params).promise().toFuture\n    @inline def createFieldLevelEncryptionConfigFuture(params: CreateFieldLevelEncryptionConfigRequest): Future[CreateFieldLevelEncryptionConfigResult] = service.createFieldLevelEncryptionConfig(params).promise().toFuture\n    @inline def createFieldLevelEncryptionProfileFuture(params: CreateFieldLevelEncryptionProfileRequest): Future[CreateFieldLevelEncryptionProfileResult] = service.createFieldLevelEncryptionProfile(params).promise().toFuture\n    @inline def createInvalidationFuture(params: CreateInvalidationRequest): Future[CreateInvalidationResult] = service.createInvalidation(params).promise().toFuture\n    @inline def createKeyGroupFuture(params: CreateKeyGroupRequest): Future[CreateKeyGroupResult] = service.createKeyGroup(params).promise().toFuture\n    @inline def createMonitoringSubscriptionFuture(params: CreateMonitoringSubscriptionRequest): Future[CreateMonitoringSubscriptionResult] = service.createMonitoringSubscription(params).promise().toFuture\n    @inline def createOriginRequestPolicyFuture(params: CreateOriginRequestPolicyRequest): Future[CreateOriginRequestPolicyResult] = service.createOriginRequestPolicy(params).promise().toFuture\n    @inline def createPublicKeyFuture(params: CreatePublicKeyRequest): Future[CreatePublicKeyResult] = service.createPublicKey(params).promise().toFuture\n    @inline def createRealtimeLogConfigFuture(params: CreateRealtimeLogConfigRequest): Future[CreateRealtimeLogConfigResult] = service.createRealtimeLogConfig(params).promise().toFuture\n    @inline def createStreamingDistributionFuture(params: CreateStreamingDistributionRequest): Future[CreateStreamingDistributionResult] = service.createStreamingDistribution(params).promise().toFuture\n    @inline def createStreamingDistributionWithTagsFuture(params: CreateStreamingDistributionWithTagsRequest): Future[CreateStreamingDistributionWithTagsResult] = service.createStreamingDistributionWithTags(params).promise().toFuture\n    @inline def deleteCachePolicyFuture(params: DeleteCachePolicyRequest): Future[js.Object] = service.deleteCachePolicy(params).promise().toFuture\n    @inline def deleteCloudFrontOriginAccessIdentityFuture(params: DeleteCloudFrontOriginAccessIdentityRequest): Future[js.Object] = service.deleteCloudFrontOriginAccessIdentity(params).promise().toFuture\n    @inline def deleteDistributionFuture(params: DeleteDistributionRequest): Future[js.Object] = service.deleteDistribution(params).promise().toFuture\n    @inline def deleteFieldLevelEncryptionConfigFuture(params: DeleteFieldLevelEncryptionConfigRequest): Future[js.Object] = service.deleteFieldLevelEncryptionConfig(params).promise().toFuture\n    @inline def deleteFieldLevelEncryptionProfileFuture(params: DeleteFieldLevelEncryptionProfileRequest): Future[js.Object] = service.deleteFieldLevelEncryptionProfile(params).promise().toFuture\n    @inline def deleteKeyGroupFuture(params: DeleteKeyGroupRequest): Future[js.Object] = service.deleteKeyGroup(params).promise().toFuture\n    @inline def deleteMonitoringSubscriptionFuture(params: DeleteMonitoringSubscriptionRequest): Future[DeleteMonitoringSubscriptionResult] = service.deleteMonitoringSubscription(params).promise().toFuture\n    @inline def deleteOriginRequestPolicyFuture(params: DeleteOriginRequestPolicyRequest): Future[js.Object] = service.deleteOriginRequestPolicy(params).promise().toFuture\n    @inline def deletePublicKeyFuture(params: DeletePublicKeyRequest): Future[js.Object] = service.deletePublicKey(params).promise().toFuture\n    @inline def deleteRealtimeLogConfigFuture(params: DeleteRealtimeLogConfigRequest): Future[js.Object] = service.deleteRealtimeLogConfig(params).promise().toFuture\n    @inline def deleteStreamingDistributionFuture(params: DeleteStreamingDistributionRequest): Future[js.Object] = service.deleteStreamingDistribution(params).promise().toFuture\n    @inline def getCachePolicyConfigFuture(params: GetCachePolicyConfigRequest): Future[GetCachePolicyConfigResult] = service.getCachePolicyConfig(params).promise().toFuture\n    @inline def getCachePolicyFuture(params: GetCachePolicyRequest): Future[GetCachePolicyResult] = service.getCachePolicy(params).promise().toFuture\n    @inline def getCloudFrontOriginAccessIdentityConfigFuture(params: GetCloudFrontOriginAccessIdentityConfigRequest): Future[GetCloudFrontOriginAccessIdentityConfigResult] = service.getCloudFrontOriginAccessIdentityConfig(params).promise().toFuture\n    @inline def getCloudFrontOriginAccessIdentityFuture(params: GetCloudFrontOriginAccessIdentityRequest): Future[GetCloudFrontOriginAccessIdentityResult] = service.getCloudFrontOriginAccessIdentity(params).promise().toFuture\n    @inline def getDistributionConfigFuture(params: GetDistributionConfigRequest): Future[GetDistributionConfigResult] = service.getDistributionConfig(params).promise().toFuture\n    @inline def getDistributionFuture(params: GetDistributionRequest): Future[GetDistributionResult] = service.getDistribution(params).promise().toFuture\n    @inline def getFieldLevelEncryptionConfigFuture(params: GetFieldLevelEncryptionConfigRequest): Future[GetFieldLevelEncryptionConfigResult] = service.getFieldLevelEncryptionConfig(params).promise().toFuture\n    @inline def getFieldLevelEncryptionFuture(params: GetFieldLevelEncryptionRequest): Future[GetFieldLevelEncryptionResult] = service.getFieldLevelEncryption(params).promise().toFuture\n    @inline def getFieldLevelEncryptionProfileConfigFuture(params: GetFieldLevelEncryptionProfileConfigRequest): Future[GetFieldLevelEncryptionProfileConfigResult] = service.getFieldLevelEncryptionProfileConfig(params).promise().toFuture\n    @inline def getFieldLevelEncryptionProfileFuture(params: GetFieldLevelEncryptionProfileRequest): Future[GetFieldLevelEncryptionProfileResult] = service.getFieldLevelEncryptionProfile(params).promise().toFuture\n    @inline def getInvalidationFuture(params: GetInvalidationRequest): Future[GetInvalidationResult] = service.getInvalidation(params).promise().toFuture\n    @inline def getKeyGroupConfigFuture(params: GetKeyGroupConfigRequest): Future[GetKeyGroupConfigResult] = service.getKeyGroupConfig(params).promise().toFuture\n    @inline def getKeyGroupFuture(params: GetKeyGroupRequest): Future[GetKeyGroupResult] = service.getKeyGroup(params).promise().toFuture\n    @inline def getMonitoringSubscriptionFuture(params: GetMonitoringSubscriptionRequest): Future[GetMonitoringSubscriptionResult] = service.getMonitoringSubscription(params).promise().toFuture\n    @inline def getOriginRequestPolicyConfigFuture(params: GetOriginRequestPolicyConfigRequest): Future[GetOriginRequestPolicyConfigResult] = service.getOriginRequestPolicyConfig(params).promise().toFuture\n    @inline def getOriginRequestPolicyFuture(params: GetOriginRequestPolicyRequest): Future[GetOriginRequestPolicyResult] = service.getOriginRequestPolicy(params).promise().toFuture\n    @inline def getPublicKeyConfigFuture(params: GetPublicKeyConfigRequest): Future[GetPublicKeyConfigResult] = service.getPublicKeyConfig(params).promise().toFuture\n    @inline def getPublicKeyFuture(params: GetPublicKeyRequest): Future[GetPublicKeyResult] = service.getPublicKey(params).promise().toFuture\n    @inline def getRealtimeLogConfigFuture(params: GetRealtimeLogConfigRequest): Future[GetRealtimeLogConfigResult] = service.getRealtimeLogConfig(params).promise().toFuture\n    @inline def getStreamingDistributionConfigFuture(params: GetStreamingDistributionConfigRequest): Future[GetStreamingDistributionConfigResult] = service.getStreamingDistributionConfig(params).promise().toFuture\n    @inline def getStreamingDistributionFuture(params: GetStreamingDistributionRequest): Future[GetStreamingDistributionResult] = service.getStreamingDistribution(params).promise().toFuture\n    @inline def listCachePoliciesFuture(params: ListCachePoliciesRequest): Future[ListCachePoliciesResult] = service.listCachePolicies(params).promise().toFuture\n    @inline def listCloudFrontOriginAccessIdentitiesFuture(params: ListCloudFrontOriginAccessIdentitiesRequest): Future[ListCloudFrontOriginAccessIdentitiesResult] = service.listCloudFrontOriginAccessIdentities(params).promise().toFuture\n    @inline def listDistributionsByCachePolicyIdFuture(params: ListDistributionsByCachePolicyIdRequest): Future[ListDistributionsByCachePolicyIdResult] = service.listDistributionsByCachePolicyId(params).promise().toFuture\n    @inline def listDistributionsByKeyGroupFuture(params: ListDistributionsByKeyGroupRequest): Future[ListDistributionsByKeyGroupResult] = service.listDistributionsByKeyGroup(params).promise().toFuture\n    @inline def listDistributionsByOriginRequestPolicyIdFuture(params: ListDistributionsByOriginRequestPolicyIdRequest): Future[ListDistributionsByOriginRequestPolicyIdResult] = service.listDistributionsByOriginRequestPolicyId(params).promise().toFuture\n    @inline def listDistributionsByRealtimeLogConfigFuture(params: ListDistributionsByRealtimeLogConfigRequest): Future[ListDistributionsByRealtimeLogConfigResult] = service.listDistributionsByRealtimeLogConfig(params).promise().toFuture\n    @inline def listDistributionsByWebACLIdFuture(params: ListDistributionsByWebACLIdRequest): Future[ListDistributionsByWebACLIdResult] = service.listDistributionsByWebACLId(params).promise().toFuture\n    @inline def listDistributionsFuture(params: ListDistributionsRequest): Future[ListDistributionsResult] = service.listDistributions(params).promise().toFuture\n    @inline def listFieldLevelEncryptionConfigsFuture(params: ListFieldLevelEncryptionConfigsRequest): Future[ListFieldLevelEncryptionConfigsResult] = service.listFieldLevelEncryptionConfigs(params).promise().toFuture\n    @inline def listFieldLevelEncryptionProfilesFuture(params: ListFieldLevelEncryptionProfilesRequest): Future[ListFieldLevelEncryptionProfilesResult] = service.listFieldLevelEncryptionProfiles(params).promise().toFuture\n    @inline def listInvalidationsFuture(params: ListInvalidationsRequest): Future[ListInvalidationsResult] = service.listInvalidations(params).promise().toFuture\n    @inline def listKeyGroupsFuture(params: ListKeyGroupsRequest): Future[ListKeyGroupsResult] = service.listKeyGroups(params).promise().toFuture\n    @inline def listOriginRequestPoliciesFuture(params: ListOriginRequestPoliciesRequest): Future[ListOriginRequestPoliciesResult] = service.listOriginRequestPolicies(params).promise().toFuture\n    @inline def listPublicKeysFuture(params: ListPublicKeysRequest): Future[ListPublicKeysResult] = service.listPublicKeys(params).promise().toFuture\n    @inline def listRealtimeLogConfigsFuture(params: ListRealtimeLogConfigsRequest): Future[ListRealtimeLogConfigsResult] = service.listRealtimeLogConfigs(params).promise().toFuture\n    @inline def listStreamingDistributionsFuture(params: ListStreamingDistributionsRequest): Future[ListStreamingDistributionsResult] = service.listStreamingDistributions(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResult] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateCachePolicyFuture(params: UpdateCachePolicyRequest): Future[UpdateCachePolicyResult] = service.updateCachePolicy(params).promise().toFuture\n    @inline def updateCloudFrontOriginAccessIdentityFuture(params: UpdateCloudFrontOriginAccessIdentityRequest): Future[UpdateCloudFrontOriginAccessIdentityResult] = service.updateCloudFrontOriginAccessIdentity(params).promise().toFuture\n    @inline def updateDistributionFuture(params: UpdateDistributionRequest): Future[UpdateDistributionResult] = service.updateDistribution(params).promise().toFuture\n    @inline def updateFieldLevelEncryptionConfigFuture(params: UpdateFieldLevelEncryptionConfigRequest): Future[UpdateFieldLevelEncryptionConfigResult] = service.updateFieldLevelEncryptionConfig(params).promise().toFuture\n    @inline def updateFieldLevelEncryptionProfileFuture(params: UpdateFieldLevelEncryptionProfileRequest): Future[UpdateFieldLevelEncryptionProfileResult] = service.updateFieldLevelEncryptionProfile(params).promise().toFuture\n    @inline def updateKeyGroupFuture(params: UpdateKeyGroupRequest): Future[UpdateKeyGroupResult] = service.updateKeyGroup(params).promise().toFuture\n    @inline def updateOriginRequestPolicyFuture(params: UpdateOriginRequestPolicyRequest): Future[UpdateOriginRequestPolicyResult] = service.updateOriginRequestPolicy(params).promise().toFuture\n    @inline def updatePublicKeyFuture(params: UpdatePublicKeyRequest): Future[UpdatePublicKeyResult] = service.updatePublicKey(params).promise().toFuture\n    @inline def updateRealtimeLogConfigFuture(params: UpdateRealtimeLogConfigRequest): Future[UpdateRealtimeLogConfigResult] = service.updateRealtimeLogConfig(params).promise().toFuture\n    @inline def updateStreamingDistributionFuture(params: UpdateStreamingDistributionRequest): Future[UpdateStreamingDistributionResult] = service.updateStreamingDistribution(params).promise().toFuture\n\n  }\n}\n\npackage cloudfront {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cloudfront\", JSImport.Namespace, \"AWS.CloudFront\")\n  class CloudFront() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createCachePolicy(params: CreateCachePolicyRequest): Request[CreateCachePolicyResult] = js.native\n    def createCloudFrontOriginAccessIdentity(params: CreateCloudFrontOriginAccessIdentityRequest): Request[CreateCloudFrontOriginAccessIdentityResult] = js.native\n    def createDistribution(params: CreateDistributionRequest): Request[CreateDistributionResult] = js.native\n    def createDistributionWithTags(params: CreateDistributionWithTagsRequest): Request[CreateDistributionWithTagsResult] = js.native\n    def createFieldLevelEncryptionConfig(params: CreateFieldLevelEncryptionConfigRequest): Request[CreateFieldLevelEncryptionConfigResult] = js.native\n    def createFieldLevelEncryptionProfile(params: CreateFieldLevelEncryptionProfileRequest): Request[CreateFieldLevelEncryptionProfileResult] = js.native\n    def createInvalidation(params: CreateInvalidationRequest): Request[CreateInvalidationResult] = js.native\n    def createKeyGroup(params: CreateKeyGroupRequest): Request[CreateKeyGroupResult] = js.native\n    def createMonitoringSubscription(params: CreateMonitoringSubscriptionRequest): Request[CreateMonitoringSubscriptionResult] = js.native\n    def createOriginRequestPolicy(params: CreateOriginRequestPolicyRequest): Request[CreateOriginRequestPolicyResult] = js.native\n    def createPublicKey(params: CreatePublicKeyRequest): Request[CreatePublicKeyResult] = js.native\n    def createRealtimeLogConfig(params: CreateRealtimeLogConfigRequest): Request[CreateRealtimeLogConfigResult] = js.native\n    def createStreamingDistribution(params: CreateStreamingDistributionRequest): Request[CreateStreamingDistributionResult] = js.native\n    def createStreamingDistributionWithTags(params: CreateStreamingDistributionWithTagsRequest): Request[CreateStreamingDistributionWithTagsResult] = js.native\n    def deleteCachePolicy(params: DeleteCachePolicyRequest): Request[js.Object] = js.native\n    def deleteCloudFrontOriginAccessIdentity(params: DeleteCloudFrontOriginAccessIdentityRequest): Request[js.Object] = js.native\n    def deleteDistribution(params: DeleteDistributionRequest): Request[js.Object] = js.native\n    def deleteFieldLevelEncryptionConfig(params: DeleteFieldLevelEncryptionConfigRequest): Request[js.Object] = js.native\n    def deleteFieldLevelEncryptionProfile(params: DeleteFieldLevelEncryptionProfileRequest): Request[js.Object] = js.native\n    def deleteKeyGroup(params: DeleteKeyGroupRequest): Request[js.Object] = js.native\n    def deleteMonitoringSubscription(params: DeleteMonitoringSubscriptionRequest): Request[DeleteMonitoringSubscriptionResult] = js.native\n    def deleteOriginRequestPolicy(params: DeleteOriginRequestPolicyRequest): Request[js.Object] = js.native\n    def deletePublicKey(params: DeletePublicKeyRequest): Request[js.Object] = js.native\n    def deleteRealtimeLogConfig(params: DeleteRealtimeLogConfigRequest): Request[js.Object] = js.native\n    def deleteStreamingDistribution(params: DeleteStreamingDistributionRequest): Request[js.Object] = js.native\n    def getCachePolicy(params: GetCachePolicyRequest): Request[GetCachePolicyResult] = js.native\n    def getCachePolicyConfig(params: GetCachePolicyConfigRequest): Request[GetCachePolicyConfigResult] = js.native\n    def getCloudFrontOriginAccessIdentity(params: GetCloudFrontOriginAccessIdentityRequest): Request[GetCloudFrontOriginAccessIdentityResult] = js.native\n    def getCloudFrontOriginAccessIdentityConfig(params: GetCloudFrontOriginAccessIdentityConfigRequest): Request[GetCloudFrontOriginAccessIdentityConfigResult] = js.native\n    def getDistribution(params: GetDistributionRequest): Request[GetDistributionResult] = js.native\n    def getDistributionConfig(params: GetDistributionConfigRequest): Request[GetDistributionConfigResult] = js.native\n    def getFieldLevelEncryption(params: GetFieldLevelEncryptionRequest): Request[GetFieldLevelEncryptionResult] = js.native\n    def getFieldLevelEncryptionConfig(params: GetFieldLevelEncryptionConfigRequest): Request[GetFieldLevelEncryptionConfigResult] = js.native\n    def getFieldLevelEncryptionProfile(params: GetFieldLevelEncryptionProfileRequest): Request[GetFieldLevelEncryptionProfileResult] = js.native\n    def getFieldLevelEncryptionProfileConfig(params: GetFieldLevelEncryptionProfileConfigRequest): Request[GetFieldLevelEncryptionProfileConfigResult] = js.native\n    def getInvalidation(params: GetInvalidationRequest): Request[GetInvalidationResult] = js.native\n    def getKeyGroup(params: GetKeyGroupRequest): Request[GetKeyGroupResult] = js.native\n    def getKeyGroupConfig(params: GetKeyGroupConfigRequest): Request[GetKeyGroupConfigResult] = js.native\n    def getMonitoringSubscription(params: GetMonitoringSubscriptionRequest): Request[GetMonitoringSubscriptionResult] = js.native\n    def getOriginRequestPolicy(params: GetOriginRequestPolicyRequest): Request[GetOriginRequestPolicyResult] = js.native\n    def getOriginRequestPolicyConfig(params: GetOriginRequestPolicyConfigRequest): Request[GetOriginRequestPolicyConfigResult] = js.native\n    def getPublicKey(params: GetPublicKeyRequest): Request[GetPublicKeyResult] = js.native\n    def getPublicKeyConfig(params: GetPublicKeyConfigRequest): Request[GetPublicKeyConfigResult] = js.native\n    def getRealtimeLogConfig(params: GetRealtimeLogConfigRequest): Request[GetRealtimeLogConfigResult] = js.native\n    def getStreamingDistribution(params: GetStreamingDistributionRequest): Request[GetStreamingDistributionResult] = js.native\n    def getStreamingDistributionConfig(params: GetStreamingDistributionConfigRequest): Request[GetStreamingDistributionConfigResult] = js.native\n    def listCachePolicies(params: ListCachePoliciesRequest): Request[ListCachePoliciesResult] = js.native\n    def listCloudFrontOriginAccessIdentities(params: ListCloudFrontOriginAccessIdentitiesRequest): Request[ListCloudFrontOriginAccessIdentitiesResult] = js.native\n    def listDistributions(params: ListDistributionsRequest): Request[ListDistributionsResult] = js.native\n    def listDistributionsByCachePolicyId(params: ListDistributionsByCachePolicyIdRequest): Request[ListDistributionsByCachePolicyIdResult] = js.native\n    def listDistributionsByKeyGroup(params: ListDistributionsByKeyGroupRequest): Request[ListDistributionsByKeyGroupResult] = js.native\n    def listDistributionsByOriginRequestPolicyId(params: ListDistributionsByOriginRequestPolicyIdRequest): Request[ListDistributionsByOriginRequestPolicyIdResult] = js.native\n    def listDistributionsByRealtimeLogConfig(params: ListDistributionsByRealtimeLogConfigRequest): Request[ListDistributionsByRealtimeLogConfigResult] = js.native\n    def listDistributionsByWebACLId(params: ListDistributionsByWebACLIdRequest): Request[ListDistributionsByWebACLIdResult] = js.native\n    def listFieldLevelEncryptionConfigs(params: ListFieldLevelEncryptionConfigsRequest): Request[ListFieldLevelEncryptionConfigsResult] = js.native\n    def listFieldLevelEncryptionProfiles(params: ListFieldLevelEncryptionProfilesRequest): Request[ListFieldLevelEncryptionProfilesResult] = js.native\n    def listInvalidations(params: ListInvalidationsRequest): Request[ListInvalidationsResult] = js.native\n    def listKeyGroups(params: ListKeyGroupsRequest): Request[ListKeyGroupsResult] = js.native\n    def listOriginRequestPolicies(params: ListOriginRequestPoliciesRequest): Request[ListOriginRequestPoliciesResult] = js.native\n    def listPublicKeys(params: ListPublicKeysRequest): Request[ListPublicKeysResult] = js.native\n    def listRealtimeLogConfigs(params: ListRealtimeLogConfigsRequest): Request[ListRealtimeLogConfigsResult] = js.native\n    def listStreamingDistributions(params: ListStreamingDistributionsRequest): Request[ListStreamingDistributionsResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResult] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateCachePolicy(params: UpdateCachePolicyRequest): Request[UpdateCachePolicyResult] = js.native\n    def updateCloudFrontOriginAccessIdentity(params: UpdateCloudFrontOriginAccessIdentityRequest): Request[UpdateCloudFrontOriginAccessIdentityResult] = js.native\n    def updateDistribution(params: UpdateDistributionRequest): Request[UpdateDistributionResult] = js.native\n    def updateFieldLevelEncryptionConfig(params: UpdateFieldLevelEncryptionConfigRequest): Request[UpdateFieldLevelEncryptionConfigResult] = js.native\n    def updateFieldLevelEncryptionProfile(params: UpdateFieldLevelEncryptionProfileRequest): Request[UpdateFieldLevelEncryptionProfileResult] = js.native\n    def updateKeyGroup(params: UpdateKeyGroupRequest): Request[UpdateKeyGroupResult] = js.native\n    def updateOriginRequestPolicy(params: UpdateOriginRequestPolicyRequest): Request[UpdateOriginRequestPolicyResult] = js.native\n    def updatePublicKey(params: UpdatePublicKeyRequest): Request[UpdatePublicKeyResult] = js.native\n    def updateRealtimeLogConfig(params: UpdateRealtimeLogConfigRequest): Request[UpdateRealtimeLogConfigResult] = js.native\n    def updateStreamingDistribution(params: UpdateStreamingDistributionRequest): Request[UpdateStreamingDistributionResult] = js.native\n  }\n\n  \/** A list of key groups, and the public keys in each key group, that CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait ActiveTrustedKeyGroups extends js.Object {\n    var Enabled: Boolean\n    var Quantity: Int\n    var Items: js.UndefOr[KGKeyPairIdsList]\n  }\n\n  object ActiveTrustedKeyGroups {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        Quantity: Int,\n        Items: js.UndefOr[KGKeyPairIdsList] = js.undefined\n    ): ActiveTrustedKeyGroups = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActiveTrustedKeyGroups]\n    }\n  }\n\n  \/** A list of AWS accounts and the active CloudFront key pairs in each account that CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait ActiveTrustedSigners extends js.Object {\n    var Enabled: Boolean\n    var Quantity: Int\n    var Items: js.UndefOr[SignerList]\n  }\n\n  object ActiveTrustedSigners {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        Quantity: Int,\n        Items: js.UndefOr[SignerList] = js.undefined\n    ): ActiveTrustedSigners = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActiveTrustedSigners]\n    }\n  }\n\n  \/** AWS services in China customers must file for an Internet Content Provider (ICP) recordal if they want to serve content publicly on an alternate domain name, also known as a CNAME, that they've added to CloudFront. AliasICPRecordal provides the ICP recordal status for CNAMEs associated with distributions. The status is returned in the CloudFront response; you can't configure it yourself. For more information about ICP recordals, see [[https:\/\/docs.amazonaws.cn\/en_us\/aws\/latest\/userguide\/accounts-and-credentials.html| Signup, Accounts, and Credentials]] in <i>Getting Started with AWS services in China<\/i>.\n    *\/\n  @js.native\n  trait AliasICPRecordal extends js.Object {\n    var CNAME: js.UndefOr[String]\n    var ICPRecordalStatus: js.UndefOr[ICPRecordalStatus]\n  }\n\n  object AliasICPRecordal {\n    @inline\n    def apply(\n        CNAME: js.UndefOr[String] = js.undefined,\n        ICPRecordalStatus: js.UndefOr[ICPRecordalStatus] = js.undefined\n    ): AliasICPRecordal = {\n      val __obj = js.Dynamic.literal()\n      CNAME.foreach(__v => __obj.updateDynamic(\"CNAME\")(__v.asInstanceOf[js.Any]))\n      ICPRecordalStatus.foreach(__v => __obj.updateDynamic(\"ICPRecordalStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AliasICPRecordal]\n    }\n  }\n\n  \/** A complex type that contains information about CNAMEs (alternate domain names), if any, for this distribution.\n    *\/\n  @js.native\n  trait Aliases extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[AliasList]\n  }\n\n  object Aliases {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[AliasList] = js.undefined\n    ): Aliases = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Aliases]\n    }\n  }\n\n  \/** A complex type that controls which HTTP methods CloudFront processes and forwards to your Amazon S3 bucket or your custom origin. There are three choices: * CloudFront forwards only <code>GET<\/code> and <code>HEAD<\/code> requests. * CloudFront forwards only <code>GET<\/code>, <code>HEAD<\/code>, and <code>OPTIONS<\/code> requests. * CloudFront forwards <code>GET, HEAD, OPTIONS, PUT, PATCH, POST<\/code>, and <code>DELETE<\/code> requests. If you pick the third choice, you may need to restrict access to your Amazon S3 bucket or to your custom origin so users can't perform operations that you don't want them to. For example, you might not want users to have permissions to delete objects from your origin.\n    *\/\n  @js.native\n  trait AllowedMethods extends js.Object {\n    var Items: MethodsList\n    var Quantity: Int\n    var CachedMethods: js.UndefOr[CachedMethods]\n  }\n\n  object AllowedMethods {\n    @inline\n    def apply(\n        Items: MethodsList,\n        Quantity: Int,\n        CachedMethods: js.UndefOr[CachedMethods] = js.undefined\n    ): AllowedMethods = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      CachedMethods.foreach(__v => __obj.updateDynamic(\"CachedMethods\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AllowedMethods]\n    }\n  }\n\n  \/** A complex type that describes how CloudFront processes requests. You must create at least as many cache behaviors (including the default cache behavior) as you have origins if you want CloudFront to serve objects from all of the origins. Each cache behavior specifies the one origin from which you want CloudFront to get objects. If you have two origins and only the default cache behavior, the default cache behavior will cause CloudFront to get objects from one of the origins, but the other origin is never used. For the current quota (formerly known as limit) on the number of cache behaviors that you can add to a distribution, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/cloudfront-limits.html|Quotas]] in the <i>Amazon CloudFront Developer Guide<\/i>. If you don\u2019t want to specify any cache behaviors, include only an empty <code>CacheBehaviors<\/code> element. Don\u2019t include an empty <code>CacheBehavior<\/code> element because this is invalid. To delete all\n    * cache behaviors in an existing distribution, update the distribution configuration and include only an empty <code>CacheBehaviors<\/code> element. To add, change, or remove one or more cache behaviors, update the distribution configuration and specify all of the cache behaviors that you want to include in the updated distribution. For more information about cache behaviors, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/distribution-web-values-specify.html#DownloadDistValuesCacheBehavior|Cache Behavior Settings]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait CacheBehavior extends js.Object {\n    var PathPattern: String\n    var TargetOriginId: String\n    var ViewerProtocolPolicy: ViewerProtocolPolicy\n    var AllowedMethods: js.UndefOr[AllowedMethods]\n    var CachePolicyId: js.UndefOr[String]\n    var Compress: js.UndefOr[Boolean]\n    var DefaultTTL: js.UndefOr[Double]\n    var FieldLevelEncryptionId: js.UndefOr[String]\n    var ForwardedValues: js.UndefOr[ForwardedValues]\n    var LambdaFunctionAssociations: js.UndefOr[LambdaFunctionAssociations]\n    var MaxTTL: js.UndefOr[Double]\n    var MinTTL: js.UndefOr[Double]\n    var OriginRequestPolicyId: js.UndefOr[String]\n    var RealtimeLogConfigArn: js.UndefOr[String]\n    var SmoothStreaming: js.UndefOr[Boolean]\n    var TrustedKeyGroups: js.UndefOr[TrustedKeyGroups]\n    var TrustedSigners: js.UndefOr[TrustedSigners]\n  }\n\n  object CacheBehavior {\n    @inline\n    def apply(\n        PathPattern: String,\n        TargetOriginId: String,\n        ViewerProtocolPolicy: ViewerProtocolPolicy,\n        AllowedMethods: js.UndefOr[AllowedMethods] = js.undefined,\n        CachePolicyId: js.UndefOr[String] = js.undefined,\n        Compress: js.UndefOr[Boolean] = js.undefined,\n        DefaultTTL: js.UndefOr[Double] = js.undefined,\n        FieldLevelEncryptionId: js.UndefOr[String] = js.undefined,\n        ForwardedValues: js.UndefOr[ForwardedValues] = js.undefined,\n        LambdaFunctionAssociations: js.UndefOr[LambdaFunctionAssociations] = js.undefined,\n        MaxTTL: js.UndefOr[Double] = js.undefined,\n        MinTTL: js.UndefOr[Double] = js.undefined,\n        OriginRequestPolicyId: js.UndefOr[String] = js.undefined,\n        RealtimeLogConfigArn: js.UndefOr[String] = js.undefined,\n        SmoothStreaming: js.UndefOr[Boolean] = js.undefined,\n        TrustedKeyGroups: js.UndefOr[TrustedKeyGroups] = js.undefined,\n        TrustedSigners: js.UndefOr[TrustedSigners] = js.undefined\n    ): CacheBehavior = {\n      val __obj = js.Dynamic.literal(\n        \"PathPattern\" -> PathPattern.asInstanceOf[js.Any],\n        \"TargetOriginId\" -> TargetOriginId.asInstanceOf[js.Any],\n        \"ViewerProtocolPolicy\" -> ViewerProtocolPolicy.asInstanceOf[js.Any]\n      )\n\n      AllowedMethods.foreach(__v => __obj.updateDynamic(\"AllowedMethods\")(__v.asInstanceOf[js.Any]))\n      CachePolicyId.foreach(__v => __obj.updateDynamic(\"CachePolicyId\")(__v.asInstanceOf[js.Any]))\n      Compress.foreach(__v => __obj.updateDynamic(\"Compress\")(__v.asInstanceOf[js.Any]))\n      DefaultTTL.foreach(__v => __obj.updateDynamic(\"DefaultTTL\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionId.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionId\")(__v.asInstanceOf[js.Any]))\n      ForwardedValues.foreach(__v => __obj.updateDynamic(\"ForwardedValues\")(__v.asInstanceOf[js.Any]))\n      LambdaFunctionAssociations.foreach(__v => __obj.updateDynamic(\"LambdaFunctionAssociations\")(__v.asInstanceOf[js.Any]))\n      MaxTTL.foreach(__v => __obj.updateDynamic(\"MaxTTL\")(__v.asInstanceOf[js.Any]))\n      MinTTL.foreach(__v => __obj.updateDynamic(\"MinTTL\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicyId.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicyId\")(__v.asInstanceOf[js.Any]))\n      RealtimeLogConfigArn.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfigArn\")(__v.asInstanceOf[js.Any]))\n      SmoothStreaming.foreach(__v => __obj.updateDynamic(\"SmoothStreaming\")(__v.asInstanceOf[js.Any]))\n      TrustedKeyGroups.foreach(__v => __obj.updateDynamic(\"TrustedKeyGroups\")(__v.asInstanceOf[js.Any]))\n      TrustedSigners.foreach(__v => __obj.updateDynamic(\"TrustedSigners\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheBehavior]\n    }\n  }\n\n  \/** A complex type that contains zero or more <code>CacheBehavior<\/code> elements.\n    *\/\n  @js.native\n  trait CacheBehaviors extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[CacheBehaviorList]\n  }\n\n  object CacheBehaviors {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[CacheBehaviorList] = js.undefined\n    ): CacheBehaviors = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CacheBehaviors]\n    }\n  }\n\n  \/** A cache policy. When it\u2019s attached to a cache behavior, the cache policy determines the following: * The values that CloudFront includes in the cache key. These values can include HTTP headers, cookies, and URL query strings. CloudFront uses the cache key to find an object in its cache that it can return to the viewer. * The default, minimum, and maximum time to live (TTL) values that you want objects to stay in the CloudFront cache. The headers, cookies, and query strings that are included in the cache key are automatically included in requests that CloudFront sends to the origin. CloudFront sends a request when it can\u2019t find a valid object in its cache that matches the request\u2019s cache key. If you want to send values to the origin but <i>not<\/i> include them in the cache key, use <code>OriginRequestPolicy<\/code>.\n    *\/\n  @js.native\n  trait CachePolicy extends js.Object {\n    var CachePolicyConfig: CachePolicyConfig\n    var Id: String\n    var LastModifiedTime: timestamp\n  }\n\n  object CachePolicy {\n    @inline\n    def apply(\n        CachePolicyConfig: CachePolicyConfig,\n        Id: String,\n        LastModifiedTime: timestamp\n    ): CachePolicy = {\n      val __obj = js.Dynamic.literal(\n        \"CachePolicyConfig\" -> CachePolicyConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CachePolicy]\n    }\n  }\n\n  \/** A cache policy configuration. This configuration determines the following: * The values that CloudFront includes in the cache key. These values can include HTTP headers, cookies, and URL query strings. CloudFront uses the cache key to find an object in its cache that it can return to the viewer. * The default, minimum, and maximum time to live (TTL) values that you want objects to stay in the CloudFront cache. The headers, cookies, and query strings that are included in the cache key are automatically included in requests that CloudFront sends to the origin. CloudFront sends a request when it can\u2019t find a valid object in its cache that matches the request\u2019s cache key. If you want to send values to the origin but <i>not<\/i> include them in the cache key, use <code>OriginRequestPolicy<\/code>.\n    *\/\n  @js.native\n  trait CachePolicyConfig extends js.Object {\n    var MinTTL: Double\n    var Name: String\n    var Comment: js.UndefOr[String]\n    var DefaultTTL: js.UndefOr[Double]\n    var MaxTTL: js.UndefOr[Double]\n    var ParametersInCacheKeyAndForwardedToOrigin: js.UndefOr[ParametersInCacheKeyAndForwardedToOrigin]\n  }\n\n  object CachePolicyConfig {\n    @inline\n    def apply(\n        MinTTL: Double,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined,\n        DefaultTTL: js.UndefOr[Double] = js.undefined,\n        MaxTTL: js.UndefOr[Double] = js.undefined,\n        ParametersInCacheKeyAndForwardedToOrigin: js.UndefOr[ParametersInCacheKeyAndForwardedToOrigin] = js.undefined\n    ): CachePolicyConfig = {\n      val __obj = js.Dynamic.literal(\n        \"MinTTL\" -> MinTTL.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      DefaultTTL.foreach(__v => __obj.updateDynamic(\"DefaultTTL\")(__v.asInstanceOf[js.Any]))\n      MaxTTL.foreach(__v => __obj.updateDynamic(\"MaxTTL\")(__v.asInstanceOf[js.Any]))\n      ParametersInCacheKeyAndForwardedToOrigin.foreach(__v => __obj.updateDynamic(\"ParametersInCacheKeyAndForwardedToOrigin\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CachePolicyConfig]\n    }\n  }\n\n  @js.native\n  sealed trait CachePolicyCookieBehavior extends js.Any\n  object CachePolicyCookieBehavior {\n    val none = \"none\".asInstanceOf[CachePolicyCookieBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[CachePolicyCookieBehavior]\n    val allExcept = \"allExcept\".asInstanceOf[CachePolicyCookieBehavior]\n    val all = \"all\".asInstanceOf[CachePolicyCookieBehavior]\n\n    @inline def values = js.Array(none, whitelist, allExcept, all)\n  }\n\n  \/** An object that determines whether any cookies in viewer requests (and if so, which cookies) are included in the cache key and automatically included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait CachePolicyCookiesConfig extends js.Object {\n    var CookieBehavior: CachePolicyCookieBehavior\n    var Cookies: js.UndefOr[CookieNames]\n  }\n\n  object CachePolicyCookiesConfig {\n    @inline\n    def apply(\n        CookieBehavior: CachePolicyCookieBehavior,\n        Cookies: js.UndefOr[CookieNames] = js.undefined\n    ): CachePolicyCookiesConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CookieBehavior\" -> CookieBehavior.asInstanceOf[js.Any]\n      )\n\n      Cookies.foreach(__v => __obj.updateDynamic(\"Cookies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CachePolicyCookiesConfig]\n    }\n  }\n\n  @js.native\n  sealed trait CachePolicyHeaderBehavior extends js.Any\n  object CachePolicyHeaderBehavior {\n    val none = \"none\".asInstanceOf[CachePolicyHeaderBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[CachePolicyHeaderBehavior]\n\n    @inline def values = js.Array(none, whitelist)\n  }\n\n  \/** An object that determines whether any HTTP headers (and if so, which headers) are included in the cache key and automatically included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait CachePolicyHeadersConfig extends js.Object {\n    var HeaderBehavior: CachePolicyHeaderBehavior\n    var Headers: js.UndefOr[Headers]\n  }\n\n  object CachePolicyHeadersConfig {\n    @inline\n    def apply(\n        HeaderBehavior: CachePolicyHeaderBehavior,\n        Headers: js.UndefOr[Headers] = js.undefined\n    ): CachePolicyHeadersConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HeaderBehavior\" -> HeaderBehavior.asInstanceOf[js.Any]\n      )\n\n      Headers.foreach(__v => __obj.updateDynamic(\"Headers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CachePolicyHeadersConfig]\n    }\n  }\n\n  \/** A list of cache policies.\n    *\/\n  @js.native\n  trait CachePolicyList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[CachePolicySummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object CachePolicyList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[CachePolicySummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): CachePolicyList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CachePolicyList]\n    }\n  }\n\n  @js.native\n  sealed trait CachePolicyQueryStringBehavior extends js.Any\n  object CachePolicyQueryStringBehavior {\n    val none = \"none\".asInstanceOf[CachePolicyQueryStringBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[CachePolicyQueryStringBehavior]\n    val allExcept = \"allExcept\".asInstanceOf[CachePolicyQueryStringBehavior]\n    val all = \"all\".asInstanceOf[CachePolicyQueryStringBehavior]\n\n    @inline def values = js.Array(none, whitelist, allExcept, all)\n  }\n\n  \/** An object that determines whether any URL query strings in viewer requests (and if so, which query strings) are included in the cache key and automatically included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait CachePolicyQueryStringsConfig extends js.Object {\n    var QueryStringBehavior: CachePolicyQueryStringBehavior\n    var QueryStrings: js.UndefOr[QueryStringNames]\n  }\n\n  object CachePolicyQueryStringsConfig {\n    @inline\n    def apply(\n        QueryStringBehavior: CachePolicyQueryStringBehavior,\n        QueryStrings: js.UndefOr[QueryStringNames] = js.undefined\n    ): CachePolicyQueryStringsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"QueryStringBehavior\" -> QueryStringBehavior.asInstanceOf[js.Any]\n      )\n\n      QueryStrings.foreach(__v => __obj.updateDynamic(\"QueryStrings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CachePolicyQueryStringsConfig]\n    }\n  }\n\n  \/** Contains a cache policy.\n    *\/\n  @js.native\n  trait CachePolicySummary extends js.Object {\n    var CachePolicy: CachePolicy\n    var Type: CachePolicyType\n  }\n\n  object CachePolicySummary {\n    @inline\n    def apply(\n        CachePolicy: CachePolicy,\n        Type: CachePolicyType\n    ): CachePolicySummary = {\n      val __obj = js.Dynamic.literal(\n        \"CachePolicy\" -> CachePolicy.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CachePolicySummary]\n    }\n  }\n\n  @js.native\n  sealed trait CachePolicyType extends js.Any\n  object CachePolicyType {\n    val managed = \"managed\".asInstanceOf[CachePolicyType]\n    val custom = \"custom\".asInstanceOf[CachePolicyType]\n\n    @inline def values = js.Array(managed, custom)\n  }\n\n  \/** A complex type that controls whether CloudFront caches the response to requests using the specified HTTP methods. There are two choices: * CloudFront caches responses to <code>GET<\/code> and <code>HEAD<\/code> requests. * CloudFront caches responses to <code>GET<\/code>, <code>HEAD<\/code>, and <code>OPTIONS<\/code> requests. If you pick the second choice for your Amazon S3 Origin, you may need to forward Access-Control-Request-Method, Access-Control-Request-Headers, and Origin headers for the responses to be cached correctly.\n    *\/\n  @js.native\n  trait CachedMethods extends js.Object {\n    var Items: MethodsList\n    var Quantity: Int\n  }\n\n  object CachedMethods {\n    @inline\n    def apply(\n        Items: MethodsList,\n        Quantity: Int\n    ): CachedMethods = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CachedMethods]\n    }\n  }\n\n  @js.native\n  sealed trait CertificateSource extends js.Any\n  object CertificateSource {\n    val cloudfront = \"cloudfront\".asInstanceOf[CertificateSource]\n    val iam = \"iam\".asInstanceOf[CertificateSource]\n    val acm = \"acm\".asInstanceOf[CertificateSource]\n\n    @inline def values = js.Array(cloudfront, iam, acm)\n  }\n\n  \/** CloudFront origin access identity.\n    *\/\n  @js.native\n  trait CloudFrontOriginAccessIdentity extends js.Object {\n    var Id: String\n    var S3CanonicalUserId: String\n    var CloudFrontOriginAccessIdentityConfig: js.UndefOr[CloudFrontOriginAccessIdentityConfig]\n  }\n\n  object CloudFrontOriginAccessIdentity {\n    @inline\n    def apply(\n        Id: String,\n        S3CanonicalUserId: String,\n        CloudFrontOriginAccessIdentityConfig: js.UndefOr[CloudFrontOriginAccessIdentityConfig] = js.undefined\n    ): CloudFrontOriginAccessIdentity = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"S3CanonicalUserId\" -> S3CanonicalUserId.asInstanceOf[js.Any]\n      )\n\n      CloudFrontOriginAccessIdentityConfig.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentityConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFrontOriginAccessIdentity]\n    }\n  }\n\n  \/** Origin access identity configuration. Send a <code>GET<\/code> request to the <code>\/<i>CloudFront API version<\/i>\/CloudFront\/identity ID\/config<\/code> resource.\n    *\/\n  @js.native\n  trait CloudFrontOriginAccessIdentityConfig extends js.Object {\n    var CallerReference: String\n    var Comment: String\n  }\n\n  object CloudFrontOriginAccessIdentityConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        Comment: String\n    ): CloudFrontOriginAccessIdentityConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"Comment\" -> Comment.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudFrontOriginAccessIdentityConfig]\n    }\n  }\n\n  \/** Lists the origin access identities for CloudFront.Send a <code>GET<\/code> request to the <code>\/<i>CloudFront API version<\/i>\/origin-access-identity\/cloudfront<\/code> resource. The response includes a <code>CloudFrontOriginAccessIdentityList<\/code> element with zero or more <code>CloudFrontOriginAccessIdentitySummary<\/code> child elements. By default, your entire list of origin access identities is returned in one single page. If the list is long, you can paginate it using the <code>MaxItems<\/code> and <code>Marker<\/code> parameters.\n    *\/\n  @js.native\n  trait CloudFrontOriginAccessIdentityList extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[CloudFrontOriginAccessIdentitySummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object CloudFrontOriginAccessIdentityList {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[CloudFrontOriginAccessIdentitySummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): CloudFrontOriginAccessIdentityList = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudFrontOriginAccessIdentityList]\n    }\n  }\n\n  \/** Summary of the information about a CloudFront origin access identity.\n    *\/\n  @js.native\n  trait CloudFrontOriginAccessIdentitySummary extends js.Object {\n    var Comment: String\n    var Id: String\n    var S3CanonicalUserId: String\n  }\n\n  object CloudFrontOriginAccessIdentitySummary {\n    @inline\n    def apply(\n        Comment: String,\n        Id: String,\n        S3CanonicalUserId: String\n    ): CloudFrontOriginAccessIdentitySummary = {\n      val __obj = js.Dynamic.literal(\n        \"Comment\" -> Comment.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"S3CanonicalUserId\" -> S3CanonicalUserId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudFrontOriginAccessIdentitySummary]\n    }\n  }\n\n  \/** A field-level encryption content type profile.\n    *\/\n  @js.native\n  trait ContentTypeProfile extends js.Object {\n    var ContentType: String\n    var Format: Format\n    var ProfileId: js.UndefOr[String]\n  }\n\n  object ContentTypeProfile {\n    @inline\n    def apply(\n        ContentType: String,\n        Format: Format,\n        ProfileId: js.UndefOr[String] = js.undefined\n    ): ContentTypeProfile = {\n      val __obj = js.Dynamic.literal(\n        \"ContentType\" -> ContentType.asInstanceOf[js.Any],\n        \"Format\" -> Format.asInstanceOf[js.Any]\n      )\n\n      ProfileId.foreach(__v => __obj.updateDynamic(\"ProfileId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContentTypeProfile]\n    }\n  }\n\n  \/** The configuration for a field-level encryption content type-profile mapping.\n    *\/\n  @js.native\n  trait ContentTypeProfileConfig extends js.Object {\n    var ForwardWhenContentTypeIsUnknown: Boolean\n    var ContentTypeProfiles: js.UndefOr[ContentTypeProfiles]\n  }\n\n  object ContentTypeProfileConfig {\n    @inline\n    def apply(\n        ForwardWhenContentTypeIsUnknown: Boolean,\n        ContentTypeProfiles: js.UndefOr[ContentTypeProfiles] = js.undefined\n    ): ContentTypeProfileConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ForwardWhenContentTypeIsUnknown\" -> ForwardWhenContentTypeIsUnknown.asInstanceOf[js.Any]\n      )\n\n      ContentTypeProfiles.foreach(__v => __obj.updateDynamic(\"ContentTypeProfiles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContentTypeProfileConfig]\n    }\n  }\n\n  \/** Field-level encryption content type-profile.\n    *\/\n  @js.native\n  trait ContentTypeProfiles extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[ContentTypeProfileList]\n  }\n\n  object ContentTypeProfiles {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[ContentTypeProfileList] = js.undefined\n    ): ContentTypeProfiles = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ContentTypeProfiles]\n    }\n  }\n\n  \/** Contains a list of cookie names.\n    *\/\n  @js.native\n  trait CookieNames extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[CookieNameList]\n  }\n\n  object CookieNames {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[CookieNameList] = js.undefined\n    ): CookieNames = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CookieNames]\n    }\n  }\n\n  \/** This field is deprecated. We recommend that you use a cache policy or an origin request policy instead of this field. If you want to include cookies in the cache key, use <code>CookiesConfig<\/code> in a cache policy. See <code>CachePolicy<\/code>. If you want to send cookies to the origin but not include them in the cache key, use <code>CookiesConfig<\/code> in an origin request policy. See <code>OriginRequestPolicy<\/code>. A complex type that specifies whether you want CloudFront to forward cookies to the origin and, if so, which ones. For more information about forwarding cookies to the origin, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/Cookies.html|Caching Content Based on Cookies]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait CookiePreference extends js.Object {\n    var Forward: ItemSelection\n    var WhitelistedNames: js.UndefOr[CookieNames]\n  }\n\n  object CookiePreference {\n    @inline\n    def apply(\n        Forward: ItemSelection,\n        WhitelistedNames: js.UndefOr[CookieNames] = js.undefined\n    ): CookiePreference = {\n      val __obj = js.Dynamic.literal(\n        \"Forward\" -> Forward.asInstanceOf[js.Any]\n      )\n\n      WhitelistedNames.foreach(__v => __obj.updateDynamic(\"WhitelistedNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CookiePreference]\n    }\n  }\n\n  @js.native\n  trait CreateCachePolicyRequest extends js.Object {\n    var CachePolicyConfig: CachePolicyConfig\n  }\n\n  object CreateCachePolicyRequest {\n    @inline\n    def apply(\n        CachePolicyConfig: CachePolicyConfig\n    ): CreateCachePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CachePolicyConfig\" -> CachePolicyConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCachePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCachePolicyResult extends js.Object {\n    var CachePolicy: js.UndefOr[CachePolicy]\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateCachePolicyResult {\n    @inline\n    def apply(\n        CachePolicy: js.UndefOr[CachePolicy] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateCachePolicyResult = {\n      val __obj = js.Dynamic.literal()\n      CachePolicy.foreach(__v => __obj.updateDynamic(\"CachePolicy\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCachePolicyResult]\n    }\n  }\n\n  \/** The request to create a new origin access identity (OAI). An origin access identity is a special CloudFront user that you can associate with Amazon S3 origins, so that you can secure all or just some of your Amazon S3 content. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/private-content-restricting-access-to-s3.html| Restricting Access to Amazon S3 Content by Using an Origin Access Identity]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait CreateCloudFrontOriginAccessIdentityRequest extends js.Object {\n    var CloudFrontOriginAccessIdentityConfig: CloudFrontOriginAccessIdentityConfig\n  }\n\n  object CreateCloudFrontOriginAccessIdentityRequest {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentityConfig: CloudFrontOriginAccessIdentityConfig\n    ): CreateCloudFrontOriginAccessIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CloudFrontOriginAccessIdentityConfig\" -> CloudFrontOriginAccessIdentityConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCloudFrontOriginAccessIdentityRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateCloudFrontOriginAccessIdentityResult extends js.Object {\n    var CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity]\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateCloudFrontOriginAccessIdentityResult {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateCloudFrontOriginAccessIdentityResult = {\n      val __obj = js.Dynamic.literal()\n      CloudFrontOriginAccessIdentity.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentity\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFrontOriginAccessIdentityResult]\n    }\n  }\n\n  \/** The request to create a new distribution.\n    *\/\n  @js.native\n  trait CreateDistributionRequest extends js.Object {\n    var DistributionConfig: DistributionConfig\n  }\n\n  object CreateDistributionRequest {\n    @inline\n    def apply(\n        DistributionConfig: DistributionConfig\n    ): CreateDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionConfig\" -> DistributionConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateDistributionResult extends js.Object {\n    var Distribution: js.UndefOr[Distribution]\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateDistributionResult {\n    @inline\n    def apply(\n        Distribution: js.UndefOr[Distribution] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      Distribution.foreach(__v => __obj.updateDynamic(\"Distribution\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDistributionResult]\n    }\n  }\n\n  \/** The request to create a new distribution with tags.\n    *\/\n  @js.native\n  trait CreateDistributionWithTagsRequest extends js.Object {\n    var DistributionConfigWithTags: DistributionConfigWithTags\n  }\n\n  object CreateDistributionWithTagsRequest {\n    @inline\n    def apply(\n        DistributionConfigWithTags: DistributionConfigWithTags\n    ): CreateDistributionWithTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionConfigWithTags\" -> DistributionConfigWithTags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateDistributionWithTagsRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateDistributionWithTagsResult extends js.Object {\n    var Distribution: js.UndefOr[Distribution]\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateDistributionWithTagsResult {\n    @inline\n    def apply(\n        Distribution: js.UndefOr[Distribution] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateDistributionWithTagsResult = {\n      val __obj = js.Dynamic.literal()\n      Distribution.foreach(__v => __obj.updateDynamic(\"Distribution\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDistributionWithTagsResult]\n    }\n  }\n\n  @js.native\n  trait CreateFieldLevelEncryptionConfigRequest extends js.Object {\n    var FieldLevelEncryptionConfig: FieldLevelEncryptionConfig\n  }\n\n  object CreateFieldLevelEncryptionConfigRequest {\n    @inline\n    def apply(\n        FieldLevelEncryptionConfig: FieldLevelEncryptionConfig\n    ): CreateFieldLevelEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionConfig\" -> FieldLevelEncryptionConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateFieldLevelEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFieldLevelEncryptionConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryption: js.UndefOr[FieldLevelEncryption]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateFieldLevelEncryptionConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryption: js.UndefOr[FieldLevelEncryption] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateFieldLevelEncryptionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryption.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryption\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFieldLevelEncryptionConfigResult]\n    }\n  }\n\n  @js.native\n  trait CreateFieldLevelEncryptionProfileRequest extends js.Object {\n    var FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig\n  }\n\n  object CreateFieldLevelEncryptionProfileRequest {\n    @inline\n    def apply(\n        FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig\n    ): CreateFieldLevelEncryptionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionProfileConfig\" -> FieldLevelEncryptionProfileConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateFieldLevelEncryptionProfileRequest]\n    }\n  }\n\n  @js.native\n  trait CreateFieldLevelEncryptionProfileResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateFieldLevelEncryptionProfileResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateFieldLevelEncryptionProfileResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionProfile.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionProfile\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateFieldLevelEncryptionProfileResult]\n    }\n  }\n\n  \/** The request to create an invalidation.\n    *\/\n  @js.native\n  trait CreateInvalidationRequest extends js.Object {\n    var DistributionId: String\n    var InvalidationBatch: InvalidationBatch\n  }\n\n  object CreateInvalidationRequest {\n    @inline\n    def apply(\n        DistributionId: String,\n        InvalidationBatch: InvalidationBatch\n    ): CreateInvalidationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any],\n        \"InvalidationBatch\" -> InvalidationBatch.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateInvalidationRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateInvalidationResult extends js.Object {\n    var Invalidation: js.UndefOr[Invalidation]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateInvalidationResult {\n    @inline\n    def apply(\n        Invalidation: js.UndefOr[Invalidation] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateInvalidationResult = {\n      val __obj = js.Dynamic.literal()\n      Invalidation.foreach(__v => __obj.updateDynamic(\"Invalidation\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInvalidationResult]\n    }\n  }\n\n  @js.native\n  trait CreateKeyGroupRequest extends js.Object {\n    var KeyGroupConfig: KeyGroupConfig\n  }\n\n  object CreateKeyGroupRequest {\n    @inline\n    def apply(\n        KeyGroupConfig: KeyGroupConfig\n    ): CreateKeyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"KeyGroupConfig\" -> KeyGroupConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateKeyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait CreateKeyGroupResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var KeyGroup: js.UndefOr[KeyGroup]\n    var Location: js.UndefOr[String]\n  }\n\n  object CreateKeyGroupResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        KeyGroup: js.UndefOr[KeyGroup] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined\n    ): CreateKeyGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      KeyGroup.foreach(__v => __obj.updateDynamic(\"KeyGroup\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateKeyGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateMonitoringSubscriptionRequest extends js.Object {\n    var DistributionId: String\n    var MonitoringSubscription: MonitoringSubscription\n  }\n\n  object CreateMonitoringSubscriptionRequest {\n    @inline\n    def apply(\n        DistributionId: String,\n        MonitoringSubscription: MonitoringSubscription\n    ): CreateMonitoringSubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any],\n        \"MonitoringSubscription\" -> MonitoringSubscription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMonitoringSubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMonitoringSubscriptionResult extends js.Object {\n    var MonitoringSubscription: js.UndefOr[MonitoringSubscription]\n  }\n\n  object CreateMonitoringSubscriptionResult {\n    @inline\n    def apply(\n        MonitoringSubscription: js.UndefOr[MonitoringSubscription] = js.undefined\n    ): CreateMonitoringSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      MonitoringSubscription.foreach(__v => __obj.updateDynamic(\"MonitoringSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMonitoringSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait CreateOriginRequestPolicyRequest extends js.Object {\n    var OriginRequestPolicyConfig: OriginRequestPolicyConfig\n  }\n\n  object CreateOriginRequestPolicyRequest {\n    @inline\n    def apply(\n        OriginRequestPolicyConfig: OriginRequestPolicyConfig\n    ): CreateOriginRequestPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OriginRequestPolicyConfig\" -> OriginRequestPolicyConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateOriginRequestPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateOriginRequestPolicyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n    var OriginRequestPolicy: js.UndefOr[OriginRequestPolicy]\n  }\n\n  object CreateOriginRequestPolicyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        OriginRequestPolicy: js.UndefOr[OriginRequestPolicy] = js.undefined\n    ): CreateOriginRequestPolicyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicy.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOriginRequestPolicyResult]\n    }\n  }\n\n  @js.native\n  trait CreatePublicKeyRequest extends js.Object {\n    var PublicKeyConfig: PublicKeyConfig\n  }\n\n  object CreatePublicKeyRequest {\n    @inline\n    def apply(\n        PublicKeyConfig: PublicKeyConfig\n    ): CreatePublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PublicKeyConfig\" -> PublicKeyConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreatePublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePublicKeyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n    var PublicKey: js.UndefOr[PublicKey]\n  }\n\n  object CreatePublicKeyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        PublicKey: js.UndefOr[PublicKey] = js.undefined\n    ): CreatePublicKeyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      PublicKey.foreach(__v => __obj.updateDynamic(\"PublicKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePublicKeyResult]\n    }\n  }\n\n  @js.native\n  trait CreateRealtimeLogConfigRequest extends js.Object {\n    var EndPoints: EndPointList\n    var Fields: FieldList\n    var Name: String\n    var SamplingRate: Double\n  }\n\n  object CreateRealtimeLogConfigRequest {\n    @inline\n    def apply(\n        EndPoints: EndPointList,\n        Fields: FieldList,\n        Name: String,\n        SamplingRate: Double\n    ): CreateRealtimeLogConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EndPoints\" -> EndPoints.asInstanceOf[js.Any],\n        \"Fields\" -> Fields.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SamplingRate\" -> SamplingRate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRealtimeLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait CreateRealtimeLogConfigResult extends js.Object {\n    var RealtimeLogConfig: js.UndefOr[RealtimeLogConfig]\n  }\n\n  object CreateRealtimeLogConfigResult {\n    @inline\n    def apply(\n        RealtimeLogConfig: js.UndefOr[RealtimeLogConfig] = js.undefined\n    ): CreateRealtimeLogConfigResult = {\n      val __obj = js.Dynamic.literal()\n      RealtimeLogConfig.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRealtimeLogConfigResult]\n    }\n  }\n\n  \/** The request to create a new streaming distribution.\n    *\/\n  @js.native\n  trait CreateStreamingDistributionRequest extends js.Object {\n    var StreamingDistributionConfig: StreamingDistributionConfig\n  }\n\n  object CreateStreamingDistributionRequest {\n    @inline\n    def apply(\n        StreamingDistributionConfig: StreamingDistributionConfig\n    ): CreateStreamingDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StreamingDistributionConfig\" -> StreamingDistributionConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateStreamingDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateStreamingDistributionResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n    var StreamingDistribution: js.UndefOr[StreamingDistribution]\n  }\n\n  object CreateStreamingDistributionResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        StreamingDistribution: js.UndefOr[StreamingDistribution] = js.undefined\n    ): CreateStreamingDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      StreamingDistribution.foreach(__v => __obj.updateDynamic(\"StreamingDistribution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamingDistributionResult]\n    }\n  }\n\n  \/** The request to create a new streaming distribution with tags.\n    *\/\n  @js.native\n  trait CreateStreamingDistributionWithTagsRequest extends js.Object {\n    var StreamingDistributionConfigWithTags: StreamingDistributionConfigWithTags\n  }\n\n  object CreateStreamingDistributionWithTagsRequest {\n    @inline\n    def apply(\n        StreamingDistributionConfigWithTags: StreamingDistributionConfigWithTags\n    ): CreateStreamingDistributionWithTagsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"StreamingDistributionConfigWithTags\" -> StreamingDistributionConfigWithTags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateStreamingDistributionWithTagsRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait CreateStreamingDistributionWithTagsResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var Location: js.UndefOr[String]\n    var StreamingDistribution: js.UndefOr[StreamingDistribution]\n  }\n\n  object CreateStreamingDistributionWithTagsResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        Location: js.UndefOr[String] = js.undefined,\n        StreamingDistribution: js.UndefOr[StreamingDistribution] = js.undefined\n    ): CreateStreamingDistributionWithTagsResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      Location.foreach(__v => __obj.updateDynamic(\"Location\")(__v.asInstanceOf[js.Any]))\n      StreamingDistribution.foreach(__v => __obj.updateDynamic(\"StreamingDistribution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateStreamingDistributionWithTagsResult]\n    }\n  }\n\n  \/** A complex type that controls: * Whether CloudFront replaces HTTP status codes in the 4xx and 5xx range with custom error messages before returning the response to the viewer. * How long CloudFront caches HTTP status codes in the 4xx and 5xx range. For more information about custom error pages, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/custom-error-pages.html|Customizing Error Responses]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait CustomErrorResponse extends js.Object {\n    var ErrorCode: Int\n    var ErrorCachingMinTTL: js.UndefOr[Double]\n    var ResponseCode: js.UndefOr[String]\n    var ResponsePagePath: js.UndefOr[String]\n  }\n\n  object CustomErrorResponse {\n    @inline\n    def apply(\n        ErrorCode: Int,\n        ErrorCachingMinTTL: js.UndefOr[Double] = js.undefined,\n        ResponseCode: js.UndefOr[String] = js.undefined,\n        ResponsePagePath: js.UndefOr[String] = js.undefined\n    ): CustomErrorResponse = {\n      val __obj = js.Dynamic.literal(\n        \"ErrorCode\" -> ErrorCode.asInstanceOf[js.Any]\n      )\n\n      ErrorCachingMinTTL.foreach(__v => __obj.updateDynamic(\"ErrorCachingMinTTL\")(__v.asInstanceOf[js.Any]))\n      ResponseCode.foreach(__v => __obj.updateDynamic(\"ResponseCode\")(__v.asInstanceOf[js.Any]))\n      ResponsePagePath.foreach(__v => __obj.updateDynamic(\"ResponsePagePath\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomErrorResponse]\n    }\n  }\n\n  \/** A complex type that controls: * Whether CloudFront replaces HTTP status codes in the 4xx and 5xx range with custom error messages before returning the response to the viewer. * How long CloudFront caches HTTP status codes in the 4xx and 5xx range. For more information about custom error pages, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/custom-error-pages.html|Customizing Error Responses]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait CustomErrorResponses extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[CustomErrorResponseList]\n  }\n\n  object CustomErrorResponses {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[CustomErrorResponseList] = js.undefined\n    ): CustomErrorResponses = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomErrorResponses]\n    }\n  }\n\n  \/** A complex type that contains the list of Custom Headers for each origin.\n    *\/\n  @js.native\n  trait CustomHeaders extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[OriginCustomHeadersList]\n  }\n\n  object CustomHeaders {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[OriginCustomHeadersList] = js.undefined\n    ): CustomHeaders = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomHeaders]\n    }\n  }\n\n  \/** A custom origin. A custom origin is any origin that is <i>not<\/i> an Amazon S3 bucket, with one exception. An Amazon S3 bucket that is [[https:\/\/docs.aws.amazon.com\/AmazonS3\/latest\/dev\/WebsiteHosting.html|configured with static website hosting]] <i>is<\/i> a custom origin.\n    *\/\n  @js.native\n  trait CustomOriginConfig extends js.Object {\n    var HTTPPort: Int\n    var HTTPSPort: Int\n    var OriginProtocolPolicy: OriginProtocolPolicy\n    var OriginKeepaliveTimeout: js.UndefOr[Int]\n    var OriginReadTimeout: js.UndefOr[Int]\n    var OriginSslProtocols: js.UndefOr[OriginSslProtocols]\n  }\n\n  object CustomOriginConfig {\n    @inline\n    def apply(\n        HTTPPort: Int,\n        HTTPSPort: Int,\n        OriginProtocolPolicy: OriginProtocolPolicy,\n        OriginKeepaliveTimeout: js.UndefOr[Int] = js.undefined,\n        OriginReadTimeout: js.UndefOr[Int] = js.undefined,\n        OriginSslProtocols: js.UndefOr[OriginSslProtocols] = js.undefined\n    ): CustomOriginConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HTTPPort\" -> HTTPPort.asInstanceOf[js.Any],\n        \"HTTPSPort\" -> HTTPSPort.asInstanceOf[js.Any],\n        \"OriginProtocolPolicy\" -> OriginProtocolPolicy.asInstanceOf[js.Any]\n      )\n\n      OriginKeepaliveTimeout.foreach(__v => __obj.updateDynamic(\"OriginKeepaliveTimeout\")(__v.asInstanceOf[js.Any]))\n      OriginReadTimeout.foreach(__v => __obj.updateDynamic(\"OriginReadTimeout\")(__v.asInstanceOf[js.Any]))\n      OriginSslProtocols.foreach(__v => __obj.updateDynamic(\"OriginSslProtocols\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomOriginConfig]\n    }\n  }\n\n  \/** A complex type that describes the default cache behavior if you don\u2019t specify a <code>CacheBehavior<\/code> element or if request URLs don\u2019t match any of the values of <code>PathPattern<\/code> in <code>CacheBehavior<\/code> elements. You must create exactly one default cache behavior.\n    *\/\n  @js.native\n  trait DefaultCacheBehavior extends js.Object {\n    var TargetOriginId: String\n    var ViewerProtocolPolicy: ViewerProtocolPolicy\n    var AllowedMethods: js.UndefOr[AllowedMethods]\n    var CachePolicyId: js.UndefOr[String]\n    var Compress: js.UndefOr[Boolean]\n    var DefaultTTL: js.UndefOr[Double]\n    var FieldLevelEncryptionId: js.UndefOr[String]\n    var ForwardedValues: js.UndefOr[ForwardedValues]\n    var LambdaFunctionAssociations: js.UndefOr[LambdaFunctionAssociations]\n    var MaxTTL: js.UndefOr[Double]\n    var MinTTL: js.UndefOr[Double]\n    var OriginRequestPolicyId: js.UndefOr[String]\n    var RealtimeLogConfigArn: js.UndefOr[String]\n    var SmoothStreaming: js.UndefOr[Boolean]\n    var TrustedKeyGroups: js.UndefOr[TrustedKeyGroups]\n    var TrustedSigners: js.UndefOr[TrustedSigners]\n  }\n\n  object DefaultCacheBehavior {\n    @inline\n    def apply(\n        TargetOriginId: String,\n        ViewerProtocolPolicy: ViewerProtocolPolicy,\n        AllowedMethods: js.UndefOr[AllowedMethods] = js.undefined,\n        CachePolicyId: js.UndefOr[String] = js.undefined,\n        Compress: js.UndefOr[Boolean] = js.undefined,\n        DefaultTTL: js.UndefOr[Double] = js.undefined,\n        FieldLevelEncryptionId: js.UndefOr[String] = js.undefined,\n        ForwardedValues: js.UndefOr[ForwardedValues] = js.undefined,\n        LambdaFunctionAssociations: js.UndefOr[LambdaFunctionAssociations] = js.undefined,\n        MaxTTL: js.UndefOr[Double] = js.undefined,\n        MinTTL: js.UndefOr[Double] = js.undefined,\n        OriginRequestPolicyId: js.UndefOr[String] = js.undefined,\n        RealtimeLogConfigArn: js.UndefOr[String] = js.undefined,\n        SmoothStreaming: js.UndefOr[Boolean] = js.undefined,\n        TrustedKeyGroups: js.UndefOr[TrustedKeyGroups] = js.undefined,\n        TrustedSigners: js.UndefOr[TrustedSigners] = js.undefined\n    ): DefaultCacheBehavior = {\n      val __obj = js.Dynamic.literal(\n        \"TargetOriginId\" -> TargetOriginId.asInstanceOf[js.Any],\n        \"ViewerProtocolPolicy\" -> ViewerProtocolPolicy.asInstanceOf[js.Any]\n      )\n\n      AllowedMethods.foreach(__v => __obj.updateDynamic(\"AllowedMethods\")(__v.asInstanceOf[js.Any]))\n      CachePolicyId.foreach(__v => __obj.updateDynamic(\"CachePolicyId\")(__v.asInstanceOf[js.Any]))\n      Compress.foreach(__v => __obj.updateDynamic(\"Compress\")(__v.asInstanceOf[js.Any]))\n      DefaultTTL.foreach(__v => __obj.updateDynamic(\"DefaultTTL\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionId.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionId\")(__v.asInstanceOf[js.Any]))\n      ForwardedValues.foreach(__v => __obj.updateDynamic(\"ForwardedValues\")(__v.asInstanceOf[js.Any]))\n      LambdaFunctionAssociations.foreach(__v => __obj.updateDynamic(\"LambdaFunctionAssociations\")(__v.asInstanceOf[js.Any]))\n      MaxTTL.foreach(__v => __obj.updateDynamic(\"MaxTTL\")(__v.asInstanceOf[js.Any]))\n      MinTTL.foreach(__v => __obj.updateDynamic(\"MinTTL\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicyId.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicyId\")(__v.asInstanceOf[js.Any]))\n      RealtimeLogConfigArn.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfigArn\")(__v.asInstanceOf[js.Any]))\n      SmoothStreaming.foreach(__v => __obj.updateDynamic(\"SmoothStreaming\")(__v.asInstanceOf[js.Any]))\n      TrustedKeyGroups.foreach(__v => __obj.updateDynamic(\"TrustedKeyGroups\")(__v.asInstanceOf[js.Any]))\n      TrustedSigners.foreach(__v => __obj.updateDynamic(\"TrustedSigners\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DefaultCacheBehavior]\n    }\n  }\n\n  @js.native\n  trait DeleteCachePolicyRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteCachePolicyRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteCachePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCachePolicyRequest]\n    }\n  }\n\n  \/** Deletes a origin access identity.\n    *\/\n  @js.native\n  trait DeleteCloudFrontOriginAccessIdentityRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteCloudFrontOriginAccessIdentityRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteCloudFrontOriginAccessIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCloudFrontOriginAccessIdentityRequest]\n    }\n  }\n\n  \/** This action deletes a web distribution. To delete a web distribution using the CloudFront API, perform the following steps.\n    * ```To delete a web distribution using the CloudFront API:``` <ol> * Disable the web distribution * Submit a <code>GET Distribution Config<\/code> request to get the current configuration and the <code>Etag<\/code> header for the distribution. * Update the XML document that was returned in the response to your <code>GET Distribution Config<\/code> request to change the value of <code>Enabled<\/code> to <code>false<\/code>. * Submit a <code>PUT Distribution Config<\/code> request to update the configuration for your distribution. In the request body, include the XML document that you updated in Step 3. Set the value of the HTTP <code>If-Match<\/code> header to the value of the <code>ETag<\/code> header that CloudFront returned when you submitted the <code>GET Distribution Config<\/code> request in Step 2. * Review the response to the <code>PUT Distribution Config<\/code> request to confirm that the distribution was successfully disabled. * Submit a <code>GET Distribution<\/code> request to\n    * confirm that your changes have propagated. When propagation is complete, the value of <code>Status<\/code> is <code>Deployed<\/code>. * Submit a <code>DELETE Distribution<\/code> request. Set the value of the HTTP <code>If-Match<\/code> header to the value of the <code>ETag<\/code> header that CloudFront returned when you submitted the <code>GET Distribution Config<\/code> request in Step 6. * Review the response to your <code>DELETE Distribution<\/code> request to confirm that the distribution was successfully deleted. <\/ol> For information about deleting a distribution using the CloudFront console, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/HowToDeleteDistribution.html|Deleting a Distribution]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait DeleteDistributionRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteDistributionRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDistributionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFieldLevelEncryptionConfigRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteFieldLevelEncryptionConfigRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteFieldLevelEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFieldLevelEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteFieldLevelEncryptionProfileRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteFieldLevelEncryptionProfileRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteFieldLevelEncryptionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteFieldLevelEncryptionProfileRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteKeyGroupRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteKeyGroupRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteKeyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteKeyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMonitoringSubscriptionRequest extends js.Object {\n    var DistributionId: String\n  }\n\n  object DeleteMonitoringSubscriptionRequest {\n    @inline\n    def apply(\n        DistributionId: String\n    ): DeleteMonitoringSubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMonitoringSubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMonitoringSubscriptionResult extends js.Object\n\n  object DeleteMonitoringSubscriptionResult {\n    @inline\n    def apply(): DeleteMonitoringSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteMonitoringSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait DeleteOriginRequestPolicyRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteOriginRequestPolicyRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteOriginRequestPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteOriginRequestPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePublicKeyRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeletePublicKeyRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeletePublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeletePublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteRealtimeLogConfigRequest extends js.Object {\n    var ARN: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object DeleteRealtimeLogConfigRequest {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): DeleteRealtimeLogConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRealtimeLogConfigRequest]\n    }\n  }\n\n  \/** The request to delete a streaming distribution.\n    *\/\n  @js.native\n  trait DeleteStreamingDistributionRequest extends js.Object {\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object DeleteStreamingDistributionRequest {\n    @inline\n    def apply(\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): DeleteStreamingDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteStreamingDistributionRequest]\n    }\n  }\n\n  \/** A distribution tells CloudFront where you want content to be delivered from, and the details about how to track and manage content delivery.\n    *\/\n  @js.native\n  trait Distribution extends js.Object {\n    var ARN: String\n    var DistributionConfig: DistributionConfig\n    var DomainName: String\n    var Id: String\n    var InProgressInvalidationBatches: Int\n    var LastModifiedTime: timestamp\n    var Status: String\n    var ActiveTrustedKeyGroups: js.UndefOr[ActiveTrustedKeyGroups]\n    var ActiveTrustedSigners: js.UndefOr[ActiveTrustedSigners]\n    var AliasICPRecordals: js.UndefOr[AliasICPRecordals]\n  }\n\n  object Distribution {\n    @inline\n    def apply(\n        ARN: String,\n        DistributionConfig: DistributionConfig,\n        DomainName: String,\n        Id: String,\n        InProgressInvalidationBatches: Int,\n        LastModifiedTime: timestamp,\n        Status: String,\n        ActiveTrustedKeyGroups: js.UndefOr[ActiveTrustedKeyGroups] = js.undefined,\n        ActiveTrustedSigners: js.UndefOr[ActiveTrustedSigners] = js.undefined,\n        AliasICPRecordals: js.UndefOr[AliasICPRecordals] = js.undefined\n    ): Distribution = {\n      val __obj = js.Dynamic.literal(\n        \"ARN\" -> ARN.asInstanceOf[js.Any],\n        \"DistributionConfig\" -> DistributionConfig.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"InProgressInvalidationBatches\" -> InProgressInvalidationBatches.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      ActiveTrustedKeyGroups.foreach(__v => __obj.updateDynamic(\"ActiveTrustedKeyGroups\")(__v.asInstanceOf[js.Any]))\n      ActiveTrustedSigners.foreach(__v => __obj.updateDynamic(\"ActiveTrustedSigners\")(__v.asInstanceOf[js.Any]))\n      AliasICPRecordals.foreach(__v => __obj.updateDynamic(\"AliasICPRecordals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Distribution]\n    }\n  }\n\n  \/** A distribution configuration.\n    *\/\n  @js.native\n  trait DistributionConfig extends js.Object {\n    var CallerReference: String\n    var Comment: CommentType\n    var DefaultCacheBehavior: DefaultCacheBehavior\n    var Enabled: Boolean\n    var Origins: Origins\n    var Aliases: js.UndefOr[Aliases]\n    var CacheBehaviors: js.UndefOr[CacheBehaviors]\n    var CustomErrorResponses: js.UndefOr[CustomErrorResponses]\n    var DefaultRootObject: js.UndefOr[String]\n    var HttpVersion: js.UndefOr[HttpVersion]\n    var IsIPV6Enabled: js.UndefOr[Boolean]\n    var Logging: js.UndefOr[LoggingConfig]\n    var OriginGroups: js.UndefOr[OriginGroups]\n    var PriceClass: js.UndefOr[PriceClass]\n    var Restrictions: js.UndefOr[Restrictions]\n    var ViewerCertificate: js.UndefOr[ViewerCertificate]\n    var WebACLId: js.UndefOr[String]\n  }\n\n  object DistributionConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        Comment: CommentType,\n        DefaultCacheBehavior: DefaultCacheBehavior,\n        Enabled: Boolean,\n        Origins: Origins,\n        Aliases: js.UndefOr[Aliases] = js.undefined,\n        CacheBehaviors: js.UndefOr[CacheBehaviors] = js.undefined,\n        CustomErrorResponses: js.UndefOr[CustomErrorResponses] = js.undefined,\n        DefaultRootObject: js.UndefOr[String] = js.undefined,\n        HttpVersion: js.UndefOr[HttpVersion] = js.undefined,\n        IsIPV6Enabled: js.UndefOr[Boolean] = js.undefined,\n        Logging: js.UndefOr[LoggingConfig] = js.undefined,\n        OriginGroups: js.UndefOr[OriginGroups] = js.undefined,\n        PriceClass: js.UndefOr[PriceClass] = js.undefined,\n        Restrictions: js.UndefOr[Restrictions] = js.undefined,\n        ViewerCertificate: js.UndefOr[ViewerCertificate] = js.undefined,\n        WebACLId: js.UndefOr[String] = js.undefined\n    ): DistributionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"Comment\" -> Comment.asInstanceOf[js.Any],\n        \"DefaultCacheBehavior\" -> DefaultCacheBehavior.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Origins\" -> Origins.asInstanceOf[js.Any]\n      )\n\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      CacheBehaviors.foreach(__v => __obj.updateDynamic(\"CacheBehaviors\")(__v.asInstanceOf[js.Any]))\n      CustomErrorResponses.foreach(__v => __obj.updateDynamic(\"CustomErrorResponses\")(__v.asInstanceOf[js.Any]))\n      DefaultRootObject.foreach(__v => __obj.updateDynamic(\"DefaultRootObject\")(__v.asInstanceOf[js.Any]))\n      HttpVersion.foreach(__v => __obj.updateDynamic(\"HttpVersion\")(__v.asInstanceOf[js.Any]))\n      IsIPV6Enabled.foreach(__v => __obj.updateDynamic(\"IsIPV6Enabled\")(__v.asInstanceOf[js.Any]))\n      Logging.foreach(__v => __obj.updateDynamic(\"Logging\")(__v.asInstanceOf[js.Any]))\n      OriginGroups.foreach(__v => __obj.updateDynamic(\"OriginGroups\")(__v.asInstanceOf[js.Any]))\n      PriceClass.foreach(__v => __obj.updateDynamic(\"PriceClass\")(__v.asInstanceOf[js.Any]))\n      Restrictions.foreach(__v => __obj.updateDynamic(\"Restrictions\")(__v.asInstanceOf[js.Any]))\n      ViewerCertificate.foreach(__v => __obj.updateDynamic(\"ViewerCertificate\")(__v.asInstanceOf[js.Any]))\n      WebACLId.foreach(__v => __obj.updateDynamic(\"WebACLId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DistributionConfig]\n    }\n  }\n\n  \/** A distribution Configuration and a list of tags to be associated with the distribution.\n    *\/\n  @js.native\n  trait DistributionConfigWithTags extends js.Object {\n    var DistributionConfig: DistributionConfig\n    var Tags: Tags\n  }\n\n  object DistributionConfigWithTags {\n    @inline\n    def apply(\n        DistributionConfig: DistributionConfig,\n        Tags: Tags\n    ): DistributionConfigWithTags = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionConfig\" -> DistributionConfig.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DistributionConfigWithTags]\n    }\n  }\n\n  \/** A list of distribution IDs.\n    *\/\n  @js.native\n  trait DistributionIdList extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[DistributionIdListSummary]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object DistributionIdList {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[DistributionIdListSummary] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): DistributionIdList = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DistributionIdList]\n    }\n  }\n\n  \/** A distribution list.\n    *\/\n  @js.native\n  trait DistributionList extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[DistributionSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object DistributionList {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[DistributionSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): DistributionList = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DistributionList]\n    }\n  }\n\n  \/** A summary of the information about a CloudFront distribution.\n    *\/\n  @js.native\n  trait DistributionSummary extends js.Object {\n    var ARN: String\n    var Aliases: Aliases\n    var CacheBehaviors: CacheBehaviors\n    var Comment: String\n    var CustomErrorResponses: CustomErrorResponses\n    var DefaultCacheBehavior: DefaultCacheBehavior\n    var DomainName: String\n    var Enabled: Boolean\n    var HttpVersion: HttpVersion\n    var Id: String\n    var IsIPV6Enabled: Boolean\n    var LastModifiedTime: timestamp\n    var Origins: Origins\n    var PriceClass: PriceClass\n    var Restrictions: Restrictions\n    var Status: String\n    var ViewerCertificate: ViewerCertificate\n    var WebACLId: String\n    var AliasICPRecordals: js.UndefOr[AliasICPRecordals]\n    var OriginGroups: js.UndefOr[OriginGroups]\n  }\n\n  object DistributionSummary {\n    @inline\n    def apply(\n        ARN: String,\n        Aliases: Aliases,\n        CacheBehaviors: CacheBehaviors,\n        Comment: String,\n        CustomErrorResponses: CustomErrorResponses,\n        DefaultCacheBehavior: DefaultCacheBehavior,\n        DomainName: String,\n        Enabled: Boolean,\n        HttpVersion: HttpVersion,\n        Id: String,\n        IsIPV6Enabled: Boolean,\n        LastModifiedTime: timestamp,\n        Origins: Origins,\n        PriceClass: PriceClass,\n        Restrictions: Restrictions,\n        Status: String,\n        ViewerCertificate: ViewerCertificate,\n        WebACLId: String,\n        AliasICPRecordals: js.UndefOr[AliasICPRecordals] = js.undefined,\n        OriginGroups: js.UndefOr[OriginGroups] = js.undefined\n    ): DistributionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ARN\" -> ARN.asInstanceOf[js.Any],\n        \"Aliases\" -> Aliases.asInstanceOf[js.Any],\n        \"CacheBehaviors\" -> CacheBehaviors.asInstanceOf[js.Any],\n        \"Comment\" -> Comment.asInstanceOf[js.Any],\n        \"CustomErrorResponses\" -> CustomErrorResponses.asInstanceOf[js.Any],\n        \"DefaultCacheBehavior\" -> DefaultCacheBehavior.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"HttpVersion\" -> HttpVersion.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"IsIPV6Enabled\" -> IsIPV6Enabled.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"Origins\" -> Origins.asInstanceOf[js.Any],\n        \"PriceClass\" -> PriceClass.asInstanceOf[js.Any],\n        \"Restrictions\" -> Restrictions.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"ViewerCertificate\" -> ViewerCertificate.asInstanceOf[js.Any],\n        \"WebACLId\" -> WebACLId.asInstanceOf[js.Any]\n      )\n\n      AliasICPRecordals.foreach(__v => __obj.updateDynamic(\"AliasICPRecordals\")(__v.asInstanceOf[js.Any]))\n      OriginGroups.foreach(__v => __obj.updateDynamic(\"OriginGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DistributionSummary]\n    }\n  }\n\n  \/** Complex data type for field-level encryption profiles that includes all of the encryption entities.\n    *\/\n  @js.native\n  trait EncryptionEntities extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[EncryptionEntityList]\n  }\n\n  object EncryptionEntities {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[EncryptionEntityList] = js.undefined\n    ): EncryptionEntities = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionEntities]\n    }\n  }\n\n  \/** Complex data type for field-level encryption profiles that includes the encryption key and field pattern specifications.\n    *\/\n  @js.native\n  trait EncryptionEntity extends js.Object {\n    var FieldPatterns: FieldPatterns\n    var ProviderId: String\n    var PublicKeyId: String\n  }\n\n  object EncryptionEntity {\n    @inline\n    def apply(\n        FieldPatterns: FieldPatterns,\n        ProviderId: String,\n        PublicKeyId: String\n    ): EncryptionEntity = {\n      val __obj = js.Dynamic.literal(\n        \"FieldPatterns\" -> FieldPatterns.asInstanceOf[js.Any],\n        \"ProviderId\" -> ProviderId.asInstanceOf[js.Any],\n        \"PublicKeyId\" -> PublicKeyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EncryptionEntity]\n    }\n  }\n\n  \/** Contains information about the Amazon Kinesis data stream where you are sending real-time log data in a real-time log configuration.\n    *\/\n  @js.native\n  trait EndPoint extends js.Object {\n    var StreamType: String\n    var KinesisStreamConfig: js.UndefOr[KinesisStreamConfig]\n  }\n\n  object EndPoint {\n    @inline\n    def apply(\n        StreamType: String,\n        KinesisStreamConfig: js.UndefOr[KinesisStreamConfig] = js.undefined\n    ): EndPoint = {\n      val __obj = js.Dynamic.literal(\n        \"StreamType\" -> StreamType.asInstanceOf[js.Any]\n      )\n\n      KinesisStreamConfig.foreach(__v => __obj.updateDynamic(\"KinesisStreamConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EndPoint]\n    }\n  }\n\n  @js.native\n  sealed trait EventType extends js.Any\n  object EventType {\n    val `viewer-request` = \"viewer-request\".asInstanceOf[EventType]\n    val `viewer-response` = \"viewer-response\".asInstanceOf[EventType]\n    val `origin-request` = \"origin-request\".asInstanceOf[EventType]\n    val `origin-response` = \"origin-response\".asInstanceOf[EventType]\n\n    @inline def values = js.Array(`viewer-request`, `viewer-response`, `origin-request`, `origin-response`)\n  }\n\n  \/** A complex data type that includes the profile configurations and other options specified for field-level encryption.\n    *\/\n  @js.native\n  trait FieldLevelEncryption extends js.Object {\n    var FieldLevelEncryptionConfig: FieldLevelEncryptionConfig\n    var Id: String\n    var LastModifiedTime: timestamp\n  }\n\n  object FieldLevelEncryption {\n    @inline\n    def apply(\n        FieldLevelEncryptionConfig: FieldLevelEncryptionConfig,\n        Id: String,\n        LastModifiedTime: timestamp\n    ): FieldLevelEncryption = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionConfig\" -> FieldLevelEncryptionConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FieldLevelEncryption]\n    }\n  }\n\n  \/** A complex data type that includes the profile configurations specified for field-level encryption.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionConfig extends js.Object {\n    var CallerReference: String\n    var Comment: js.UndefOr[String]\n    var ContentTypeProfileConfig: js.UndefOr[ContentTypeProfileConfig]\n    var QueryArgProfileConfig: js.UndefOr[QueryArgProfileConfig]\n  }\n\n  object FieldLevelEncryptionConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        Comment: js.UndefOr[String] = js.undefined,\n        ContentTypeProfileConfig: js.UndefOr[ContentTypeProfileConfig] = js.undefined,\n        QueryArgProfileConfig: js.UndefOr[QueryArgProfileConfig] = js.undefined\n    ): FieldLevelEncryptionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      ContentTypeProfileConfig.foreach(__v => __obj.updateDynamic(\"ContentTypeProfileConfig\")(__v.asInstanceOf[js.Any]))\n      QueryArgProfileConfig.foreach(__v => __obj.updateDynamic(\"QueryArgProfileConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionConfig]\n    }\n  }\n\n  \/** List of field-level encrpytion configurations.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[FieldLevelEncryptionSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object FieldLevelEncryptionList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[FieldLevelEncryptionSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): FieldLevelEncryptionList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionList]\n    }\n  }\n\n  \/** A complex data type for field-level encryption profiles.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionProfile extends js.Object {\n    var FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig\n    var Id: String\n    var LastModifiedTime: timestamp\n  }\n\n  object FieldLevelEncryptionProfile {\n    @inline\n    def apply(\n        FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig,\n        Id: String,\n        LastModifiedTime: timestamp\n    ): FieldLevelEncryptionProfile = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionProfileConfig\" -> FieldLevelEncryptionProfileConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FieldLevelEncryptionProfile]\n    }\n  }\n\n  \/** A complex data type of profiles for the field-level encryption.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionProfileConfig extends js.Object {\n    var CallerReference: String\n    var EncryptionEntities: EncryptionEntities\n    var Name: String\n    var Comment: js.UndefOr[String]\n  }\n\n  object FieldLevelEncryptionProfileConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        EncryptionEntities: EncryptionEntities,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined\n    ): FieldLevelEncryptionProfileConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"EncryptionEntities\" -> EncryptionEntities.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionProfileConfig]\n    }\n  }\n\n  \/** List of field-level encryption profiles.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionProfileList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[FieldLevelEncryptionProfileSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object FieldLevelEncryptionProfileList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[FieldLevelEncryptionProfileSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): FieldLevelEncryptionProfileList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionProfileList]\n    }\n  }\n\n  \/** The field-level encryption profile summary.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionProfileSummary extends js.Object {\n    var EncryptionEntities: EncryptionEntities\n    var Id: String\n    var LastModifiedTime: timestamp\n    var Name: String\n    var Comment: js.UndefOr[String]\n  }\n\n  object FieldLevelEncryptionProfileSummary {\n    @inline\n    def apply(\n        EncryptionEntities: EncryptionEntities,\n        Id: String,\n        LastModifiedTime: timestamp,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined\n    ): FieldLevelEncryptionProfileSummary = {\n      val __obj = js.Dynamic.literal(\n        \"EncryptionEntities\" -> EncryptionEntities.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionProfileSummary]\n    }\n  }\n\n  \/** A summary of a field-level encryption item.\n    *\/\n  @js.native\n  trait FieldLevelEncryptionSummary extends js.Object {\n    var Id: String\n    var LastModifiedTime: timestamp\n    var Comment: js.UndefOr[String]\n    var ContentTypeProfileConfig: js.UndefOr[ContentTypeProfileConfig]\n    var QueryArgProfileConfig: js.UndefOr[QueryArgProfileConfig]\n  }\n\n  object FieldLevelEncryptionSummary {\n    @inline\n    def apply(\n        Id: String,\n        LastModifiedTime: timestamp,\n        Comment: js.UndefOr[String] = js.undefined,\n        ContentTypeProfileConfig: js.UndefOr[ContentTypeProfileConfig] = js.undefined,\n        QueryArgProfileConfig: js.UndefOr[QueryArgProfileConfig] = js.undefined\n    ): FieldLevelEncryptionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      ContentTypeProfileConfig.foreach(__v => __obj.updateDynamic(\"ContentTypeProfileConfig\")(__v.asInstanceOf[js.Any]))\n      QueryArgProfileConfig.foreach(__v => __obj.updateDynamic(\"QueryArgProfileConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldLevelEncryptionSummary]\n    }\n  }\n\n  \/** A complex data type that includes the field patterns to match for field-level encryption.\n    *\/\n  @js.native\n  trait FieldPatterns extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[FieldPatternList]\n  }\n\n  object FieldPatterns {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[FieldPatternList] = js.undefined\n    ): FieldPatterns = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FieldPatterns]\n    }\n  }\n\n  @js.native\n  sealed trait Format extends js.Any\n  object Format {\n    val URLEncoded = \"URLEncoded\".asInstanceOf[Format]\n\n    @inline def values = js.Array(URLEncoded)\n  }\n\n  \/** This field is deprecated. We recommend that you use a cache policy or an origin request policy instead of this field. If you want to include values in the cache key, use a cache policy. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/controlling-the-cache-key.html#cache-key-create-cache-policy|Creating cache policies]] in the <i>Amazon CloudFront Developer Guide<\/i>. If you want to send values to the origin but not include them in the cache key, use an origin request policy. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/controlling-origin-requests.html#origin-request-create-origin-request-policy|Creating origin request policies]] in the <i>Amazon CloudFront Developer Guide<\/i>. A complex type that specifies how CloudFront handles query strings, cookies, and HTTP headers.\n    *\/\n  @js.native\n  trait ForwardedValues extends js.Object {\n    var Cookies: CookiePreference\n    var QueryString: Boolean\n    var Headers: js.UndefOr[Headers]\n    var QueryStringCacheKeys: js.UndefOr[QueryStringCacheKeys]\n  }\n\n  object ForwardedValues {\n    @inline\n    def apply(\n        Cookies: CookiePreference,\n        QueryString: Boolean,\n        Headers: js.UndefOr[Headers] = js.undefined,\n        QueryStringCacheKeys: js.UndefOr[QueryStringCacheKeys] = js.undefined\n    ): ForwardedValues = {\n      val __obj = js.Dynamic.literal(\n        \"Cookies\" -> Cookies.asInstanceOf[js.Any],\n        \"QueryString\" -> QueryString.asInstanceOf[js.Any]\n      )\n\n      Headers.foreach(__v => __obj.updateDynamic(\"Headers\")(__v.asInstanceOf[js.Any]))\n      QueryStringCacheKeys.foreach(__v => __obj.updateDynamic(\"QueryStringCacheKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ForwardedValues]\n    }\n  }\n\n  \/** A complex type that controls the countries in which your content is distributed. CloudFront determines the location of your users using <code>MaxMind<\/code> GeoIP databases.\n    *\/\n  @js.native\n  trait GeoRestriction extends js.Object {\n    var Quantity: Int\n    var RestrictionType: GeoRestrictionType\n    var Items: js.UndefOr[LocationList]\n  }\n\n  object GeoRestriction {\n    @inline\n    def apply(\n        Quantity: Int,\n        RestrictionType: GeoRestrictionType,\n        Items: js.UndefOr[LocationList] = js.undefined\n    ): GeoRestriction = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any],\n        \"RestrictionType\" -> RestrictionType.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GeoRestriction]\n    }\n  }\n\n  @js.native\n  sealed trait GeoRestrictionType extends js.Any\n  object GeoRestrictionType {\n    val blacklist = \"blacklist\".asInstanceOf[GeoRestrictionType]\n    val whitelist = \"whitelist\".asInstanceOf[GeoRestrictionType]\n    val none = \"none\".asInstanceOf[GeoRestrictionType]\n\n    @inline def values = js.Array(blacklist, whitelist, none)\n  }\n\n  @js.native\n  trait GetCachePolicyConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetCachePolicyConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetCachePolicyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCachePolicyConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetCachePolicyConfigResult extends js.Object {\n    var CachePolicyConfig: js.UndefOr[CachePolicyConfig]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetCachePolicyConfigResult {\n    @inline\n    def apply(\n        CachePolicyConfig: js.UndefOr[CachePolicyConfig] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetCachePolicyConfigResult = {\n      val __obj = js.Dynamic.literal()\n      CachePolicyConfig.foreach(__v => __obj.updateDynamic(\"CachePolicyConfig\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCachePolicyConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetCachePolicyRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetCachePolicyRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetCachePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCachePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetCachePolicyResult extends js.Object {\n    var CachePolicy: js.UndefOr[CachePolicy]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetCachePolicyResult {\n    @inline\n    def apply(\n        CachePolicy: js.UndefOr[CachePolicy] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetCachePolicyResult = {\n      val __obj = js.Dynamic.literal()\n      CachePolicy.foreach(__v => __obj.updateDynamic(\"CachePolicy\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCachePolicyResult]\n    }\n  }\n\n  \/** The origin access identity's configuration information. For more information, see [[https:\/\/docs.aws.amazon.com\/cloudfront\/latest\/APIReference\/API_CloudFrontOriginAccessIdentityConfig.html|CloudFrontOriginAccessIdentityConfig]].\n    *\/\n  @js.native\n  trait GetCloudFrontOriginAccessIdentityConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetCloudFrontOriginAccessIdentityConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetCloudFrontOriginAccessIdentityConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCloudFrontOriginAccessIdentityConfigRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetCloudFrontOriginAccessIdentityConfigResult extends js.Object {\n    var CloudFrontOriginAccessIdentityConfig: js.UndefOr[CloudFrontOriginAccessIdentityConfig]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetCloudFrontOriginAccessIdentityConfigResult {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentityConfig: js.UndefOr[CloudFrontOriginAccessIdentityConfig] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetCloudFrontOriginAccessIdentityConfigResult = {\n      val __obj = js.Dynamic.literal()\n      CloudFrontOriginAccessIdentityConfig.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentityConfig\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCloudFrontOriginAccessIdentityConfigResult]\n    }\n  }\n\n  \/** The request to get an origin access identity's information.\n    *\/\n  @js.native\n  trait GetCloudFrontOriginAccessIdentityRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetCloudFrontOriginAccessIdentityRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetCloudFrontOriginAccessIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCloudFrontOriginAccessIdentityRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetCloudFrontOriginAccessIdentityResult extends js.Object {\n    var CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetCloudFrontOriginAccessIdentityResult {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetCloudFrontOriginAccessIdentityResult = {\n      val __obj = js.Dynamic.literal()\n      CloudFrontOriginAccessIdentity.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentity\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCloudFrontOriginAccessIdentityResult]\n    }\n  }\n\n  \/** The request to get a distribution configuration.\n    *\/\n  @js.native\n  trait GetDistributionConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetDistributionConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetDistributionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDistributionConfigRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetDistributionConfigResult extends js.Object {\n    var DistributionConfig: js.UndefOr[DistributionConfig]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetDistributionConfigResult {\n    @inline\n    def apply(\n        DistributionConfig: js.UndefOr[DistributionConfig] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetDistributionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionConfig.foreach(__v => __obj.updateDynamic(\"DistributionConfig\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionConfigResult]\n    }\n  }\n\n  \/** The request to get a distribution's information.\n    *\/\n  @js.native\n  trait GetDistributionRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetDistributionRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetDistributionResult extends js.Object {\n    var Distribution: js.UndefOr[Distribution]\n    var ETag: js.UndefOr[String]\n  }\n\n  object GetDistributionResult {\n    @inline\n    def apply(\n        Distribution: js.UndefOr[Distribution] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): GetDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      Distribution.foreach(__v => __obj.updateDynamic(\"Distribution\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDistributionResult]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetFieldLevelEncryptionConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetFieldLevelEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFieldLevelEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryptionConfig: js.UndefOr[FieldLevelEncryptionConfig]\n  }\n\n  object GetFieldLevelEncryptionConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryptionConfig: js.UndefOr[FieldLevelEncryptionConfig] = js.undefined\n    ): GetFieldLevelEncryptionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionConfig.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFieldLevelEncryptionConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionProfileConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetFieldLevelEncryptionProfileConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetFieldLevelEncryptionProfileConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFieldLevelEncryptionProfileConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionProfileConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryptionProfileConfig: js.UndefOr[FieldLevelEncryptionProfileConfig]\n  }\n\n  object GetFieldLevelEncryptionProfileConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryptionProfileConfig: js.UndefOr[FieldLevelEncryptionProfileConfig] = js.undefined\n    ): GetFieldLevelEncryptionProfileConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionProfileConfig.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionProfileConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFieldLevelEncryptionProfileConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionProfileRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetFieldLevelEncryptionProfileRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetFieldLevelEncryptionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFieldLevelEncryptionProfileRequest]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionProfileResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile]\n  }\n\n  object GetFieldLevelEncryptionProfileResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile] = js.undefined\n    ): GetFieldLevelEncryptionProfileResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionProfile.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFieldLevelEncryptionProfileResult]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetFieldLevelEncryptionRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetFieldLevelEncryptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetFieldLevelEncryptionRequest]\n    }\n  }\n\n  @js.native\n  trait GetFieldLevelEncryptionResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryption: js.UndefOr[FieldLevelEncryption]\n  }\n\n  object GetFieldLevelEncryptionResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryption: js.UndefOr[FieldLevelEncryption] = js.undefined\n    ): GetFieldLevelEncryptionResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryption.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetFieldLevelEncryptionResult]\n    }\n  }\n\n  \/** The request to get an invalidation's information.\n    *\/\n  @js.native\n  trait GetInvalidationRequest extends js.Object {\n    var DistributionId: String\n    var Id: String\n  }\n\n  object GetInvalidationRequest {\n    @inline\n    def apply(\n        DistributionId: String,\n        Id: String\n    ): GetInvalidationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetInvalidationRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetInvalidationResult extends js.Object {\n    var Invalidation: js.UndefOr[Invalidation]\n  }\n\n  object GetInvalidationResult {\n    @inline\n    def apply(\n        Invalidation: js.UndefOr[Invalidation] = js.undefined\n    ): GetInvalidationResult = {\n      val __obj = js.Dynamic.literal()\n      Invalidation.foreach(__v => __obj.updateDynamic(\"Invalidation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetInvalidationResult]\n    }\n  }\n\n  @js.native\n  trait GetKeyGroupConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetKeyGroupConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetKeyGroupConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetKeyGroupConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetKeyGroupConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var KeyGroupConfig: js.UndefOr[KeyGroupConfig]\n  }\n\n  object GetKeyGroupConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        KeyGroupConfig: js.UndefOr[KeyGroupConfig] = js.undefined\n    ): GetKeyGroupConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      KeyGroupConfig.foreach(__v => __obj.updateDynamic(\"KeyGroupConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetKeyGroupConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetKeyGroupRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetKeyGroupRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetKeyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetKeyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait GetKeyGroupResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var KeyGroup: js.UndefOr[KeyGroup]\n  }\n\n  object GetKeyGroupResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        KeyGroup: js.UndefOr[KeyGroup] = js.undefined\n    ): GetKeyGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      KeyGroup.foreach(__v => __obj.updateDynamic(\"KeyGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetKeyGroupResult]\n    }\n  }\n\n  @js.native\n  trait GetMonitoringSubscriptionRequest extends js.Object {\n    var DistributionId: String\n  }\n\n  object GetMonitoringSubscriptionRequest {\n    @inline\n    def apply(\n        DistributionId: String\n    ): GetMonitoringSubscriptionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMonitoringSubscriptionRequest]\n    }\n  }\n\n  @js.native\n  trait GetMonitoringSubscriptionResult extends js.Object {\n    var MonitoringSubscription: js.UndefOr[MonitoringSubscription]\n  }\n\n  object GetMonitoringSubscriptionResult {\n    @inline\n    def apply(\n        MonitoringSubscription: js.UndefOr[MonitoringSubscription] = js.undefined\n    ): GetMonitoringSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      MonitoringSubscription.foreach(__v => __obj.updateDynamic(\"MonitoringSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMonitoringSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait GetOriginRequestPolicyConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetOriginRequestPolicyConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetOriginRequestPolicyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOriginRequestPolicyConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetOriginRequestPolicyConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var OriginRequestPolicyConfig: js.UndefOr[OriginRequestPolicyConfig]\n  }\n\n  object GetOriginRequestPolicyConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        OriginRequestPolicyConfig: js.UndefOr[OriginRequestPolicyConfig] = js.undefined\n    ): GetOriginRequestPolicyConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicyConfig.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicyConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOriginRequestPolicyConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetOriginRequestPolicyRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetOriginRequestPolicyRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetOriginRequestPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetOriginRequestPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetOriginRequestPolicyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var OriginRequestPolicy: js.UndefOr[OriginRequestPolicy]\n  }\n\n  object GetOriginRequestPolicyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        OriginRequestPolicy: js.UndefOr[OriginRequestPolicy] = js.undefined\n    ): GetOriginRequestPolicyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicy.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetOriginRequestPolicyResult]\n    }\n  }\n\n  @js.native\n  trait GetPublicKeyConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetPublicKeyConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetPublicKeyConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPublicKeyConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetPublicKeyConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var PublicKeyConfig: js.UndefOr[PublicKeyConfig]\n  }\n\n  object GetPublicKeyConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        PublicKeyConfig: js.UndefOr[PublicKeyConfig] = js.undefined\n    ): GetPublicKeyConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      PublicKeyConfig.foreach(__v => __obj.updateDynamic(\"PublicKeyConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPublicKeyConfigResult]\n    }\n  }\n\n  @js.native\n  trait GetPublicKeyRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetPublicKeyRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetPublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetPublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait GetPublicKeyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var PublicKey: js.UndefOr[PublicKey]\n  }\n\n  object GetPublicKeyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        PublicKey: js.UndefOr[PublicKey] = js.undefined\n    ): GetPublicKeyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      PublicKey.foreach(__v => __obj.updateDynamic(\"PublicKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetPublicKeyResult]\n    }\n  }\n\n  @js.native\n  trait GetRealtimeLogConfigRequest extends js.Object {\n    var ARN: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object GetRealtimeLogConfigRequest {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): GetRealtimeLogConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRealtimeLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait GetRealtimeLogConfigResult extends js.Object {\n    var RealtimeLogConfig: js.UndefOr[RealtimeLogConfig]\n  }\n\n  object GetRealtimeLogConfigResult {\n    @inline\n    def apply(\n        RealtimeLogConfig: js.UndefOr[RealtimeLogConfig] = js.undefined\n    ): GetRealtimeLogConfigResult = {\n      val __obj = js.Dynamic.literal()\n      RealtimeLogConfig.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRealtimeLogConfigResult]\n    }\n  }\n\n  \/** To request to get a streaming distribution configuration.\n    *\/\n  @js.native\n  trait GetStreamingDistributionConfigRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetStreamingDistributionConfigRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetStreamingDistributionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetStreamingDistributionConfigRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetStreamingDistributionConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var StreamingDistributionConfig: js.UndefOr[StreamingDistributionConfig]\n  }\n\n  object GetStreamingDistributionConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        StreamingDistributionConfig: js.UndefOr[StreamingDistributionConfig] = js.undefined\n    ): GetStreamingDistributionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      StreamingDistributionConfig.foreach(__v => __obj.updateDynamic(\"StreamingDistributionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStreamingDistributionConfigResult]\n    }\n  }\n\n  \/** The request to get a streaming distribution's information.\n    *\/\n  @js.native\n  trait GetStreamingDistributionRequest extends js.Object {\n    var Id: String\n  }\n\n  object GetStreamingDistributionRequest {\n    @inline\n    def apply(\n        Id: String\n    ): GetStreamingDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetStreamingDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait GetStreamingDistributionResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var StreamingDistribution: js.UndefOr[StreamingDistribution]\n  }\n\n  object GetStreamingDistributionResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        StreamingDistribution: js.UndefOr[StreamingDistribution] = js.undefined\n    ): GetStreamingDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      StreamingDistribution.foreach(__v => __obj.updateDynamic(\"StreamingDistribution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetStreamingDistributionResult]\n    }\n  }\n\n  \/** Contains a list of HTTP header names.\n    *\/\n  @js.native\n  trait Headers extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[HeaderList]\n  }\n\n  object Headers {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[HeaderList] = js.undefined\n    ): Headers = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Headers]\n    }\n  }\n\n  @js.native\n  sealed trait HttpVersion extends js.Any\n  object HttpVersion {\n    val `http1.1` = \"http1.1\".asInstanceOf[HttpVersion]\n    val http2 = \"http2\".asInstanceOf[HttpVersion]\n\n    @inline def values = js.Array(`http1.1`, http2)\n  }\n\n  @js.native\n  sealed trait ICPRecordalStatus extends js.Any\n  object ICPRecordalStatus {\n    val APPROVED = \"APPROVED\".asInstanceOf[ICPRecordalStatus]\n    val SUSPENDED = \"SUSPENDED\".asInstanceOf[ICPRecordalStatus]\n    val PENDING = \"PENDING\".asInstanceOf[ICPRecordalStatus]\n\n    @inline def values = js.Array(APPROVED, SUSPENDED, PENDING)\n  }\n\n  \/** An invalidation.\n    *\/\n  @js.native\n  trait Invalidation extends js.Object {\n    var CreateTime: timestamp\n    var Id: String\n    var InvalidationBatch: InvalidationBatch\n    var Status: String\n  }\n\n  object Invalidation {\n    @inline\n    def apply(\n        CreateTime: timestamp,\n        Id: String,\n        InvalidationBatch: InvalidationBatch,\n        Status: String\n    ): Invalidation = {\n      val __obj = js.Dynamic.literal(\n        \"CreateTime\" -> CreateTime.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"InvalidationBatch\" -> InvalidationBatch.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Invalidation]\n    }\n  }\n\n  \/** An invalidation batch.\n    *\/\n  @js.native\n  trait InvalidationBatch extends js.Object {\n    var CallerReference: String\n    var Paths: Paths\n  }\n\n  object InvalidationBatch {\n    @inline\n    def apply(\n        CallerReference: String,\n        Paths: Paths\n    ): InvalidationBatch = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"Paths\" -> Paths.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InvalidationBatch]\n    }\n  }\n\n  \/** The <code>InvalidationList<\/code> complex type describes the list of invalidation objects. For more information about invalidation, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/Invalidation.html|Invalidating Objects (Web Distributions Only)]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait InvalidationList extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[InvalidationSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object InvalidationList {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[InvalidationSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): InvalidationList = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InvalidationList]\n    }\n  }\n\n  \/** A summary of an invalidation request.\n    *\/\n  @js.native\n  trait InvalidationSummary extends js.Object {\n    var CreateTime: timestamp\n    var Id: String\n    var Status: String\n  }\n\n  object InvalidationSummary {\n    @inline\n    def apply(\n        CreateTime: timestamp,\n        Id: String,\n        Status: String\n    ): InvalidationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreateTime\" -> CreateTime.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InvalidationSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ItemSelection extends js.Any\n  object ItemSelection {\n    val none = \"none\".asInstanceOf[ItemSelection]\n    val whitelist = \"whitelist\".asInstanceOf[ItemSelection]\n    val all = \"all\".asInstanceOf[ItemSelection]\n\n    @inline def values = js.Array(none, whitelist, all)\n  }\n\n  \/** A list of identifiers for the public keys that CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait KGKeyPairIds extends js.Object {\n    var KeyGroupId: js.UndefOr[String]\n    var KeyPairIds: js.UndefOr[KeyPairIds]\n  }\n\n  object KGKeyPairIds {\n    @inline\n    def apply(\n        KeyGroupId: js.UndefOr[String] = js.undefined,\n        KeyPairIds: js.UndefOr[KeyPairIds] = js.undefined\n    ): KGKeyPairIds = {\n      val __obj = js.Dynamic.literal()\n      KeyGroupId.foreach(__v => __obj.updateDynamic(\"KeyGroupId\")(__v.asInstanceOf[js.Any]))\n      KeyPairIds.foreach(__v => __obj.updateDynamic(\"KeyPairIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KGKeyPairIds]\n    }\n  }\n\n  \/** A key group. A key group contains a list of public keys that you can use with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/PrivateContent.html|CloudFront signed URLs and signed cookies]].\n    *\/\n  @js.native\n  trait KeyGroup extends js.Object {\n    var Id: String\n    var KeyGroupConfig: KeyGroupConfig\n    var LastModifiedTime: timestamp\n  }\n\n  object KeyGroup {\n    @inline\n    def apply(\n        Id: String,\n        KeyGroupConfig: KeyGroupConfig,\n        LastModifiedTime: timestamp\n    ): KeyGroup = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"KeyGroupConfig\" -> KeyGroupConfig.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KeyGroup]\n    }\n  }\n\n  \/** A key group configuration. A key group contains a list of public keys that you can use with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/PrivateContent.html|CloudFront signed URLs and signed cookies]].\n    *\/\n  @js.native\n  trait KeyGroupConfig extends js.Object {\n    var Items: PublicKeyIdList\n    var Name: String\n    var Comment: js.UndefOr[String]\n  }\n\n  object KeyGroupConfig {\n    @inline\n    def apply(\n        Items: PublicKeyIdList,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined\n    ): KeyGroupConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyGroupConfig]\n    }\n  }\n\n  \/** A list of key groups.\n    *\/\n  @js.native\n  trait KeyGroupList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[KeyGroupSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object KeyGroupList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[KeyGroupSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): KeyGroupList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyGroupList]\n    }\n  }\n\n  \/** Contains information about a key group.\n    *\/\n  @js.native\n  trait KeyGroupSummary extends js.Object {\n    var KeyGroup: KeyGroup\n  }\n\n  object KeyGroupSummary {\n    @inline\n    def apply(\n        KeyGroup: KeyGroup\n    ): KeyGroupSummary = {\n      val __obj = js.Dynamic.literal(\n        \"KeyGroup\" -> KeyGroup.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KeyGroupSummary]\n    }\n  }\n\n  \/** A list of CloudFront key pair identifiers.\n    *\/\n  @js.native\n  trait KeyPairIds extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[KeyPairIdList]\n  }\n\n  object KeyPairIds {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[KeyPairIdList] = js.undefined\n    ): KeyPairIds = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyPairIds]\n    }\n  }\n\n  \/** Contains information about the Amazon Kinesis data stream where you are sending real-time log data.\n    *\/\n  @js.native\n  trait KinesisStreamConfig extends js.Object {\n    var RoleARN: String\n    var StreamARN: String\n  }\n\n  object KinesisStreamConfig {\n    @inline\n    def apply(\n        RoleARN: String,\n        StreamARN: String\n    ): KinesisStreamConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"StreamARN\" -> StreamARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisStreamConfig]\n    }\n  }\n\n  \/** A complex type that contains a Lambda function association.\n    *\/\n  @js.native\n  trait LambdaFunctionAssociation extends js.Object {\n    var EventType: EventType\n    var LambdaFunctionARN: LambdaFunctionARN\n    var IncludeBody: js.UndefOr[Boolean]\n  }\n\n  object LambdaFunctionAssociation {\n    @inline\n    def apply(\n        EventType: EventType,\n        LambdaFunctionARN: LambdaFunctionARN,\n        IncludeBody: js.UndefOr[Boolean] = js.undefined\n    ): LambdaFunctionAssociation = {\n      val __obj = js.Dynamic.literal(\n        \"EventType\" -> EventType.asInstanceOf[js.Any],\n        \"LambdaFunctionARN\" -> LambdaFunctionARN.asInstanceOf[js.Any]\n      )\n\n      IncludeBody.foreach(__v => __obj.updateDynamic(\"IncludeBody\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaFunctionAssociation]\n    }\n  }\n\n  \/** A complex type that specifies a list of Lambda functions associations for a cache behavior. If you want to invoke one or more Lambda functions triggered by requests that match the <code>PathPattern<\/code> of the cache behavior, specify the applicable values for <code>Quantity<\/code> and <code>Items<\/code>. Note that there can be up to 4 <code>LambdaFunctionAssociation<\/code> items in this list (one for each possible value of <code>EventType<\/code>) and each <code>EventType<\/code> can be associated with the Lambda function only once. If you don't want to invoke any Lambda functions for the requests that match <code>PathPattern<\/code>, specify <code>0<\/code> for <code>Quantity<\/code> and omit <code>Items<\/code>.\n    *\/\n  @js.native\n  trait LambdaFunctionAssociations extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[LambdaFunctionAssociationList]\n  }\n\n  object LambdaFunctionAssociations {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[LambdaFunctionAssociationList] = js.undefined\n    ): LambdaFunctionAssociations = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaFunctionAssociations]\n    }\n  }\n\n  @js.native\n  trait ListCachePoliciesRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n    var Type: js.UndefOr[CachePolicyType]\n  }\n\n  object ListCachePoliciesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[CachePolicyType] = js.undefined\n    ): ListCachePoliciesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCachePoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait ListCachePoliciesResult extends js.Object {\n    var CachePolicyList: js.UndefOr[CachePolicyList]\n  }\n\n  object ListCachePoliciesResult {\n    @inline\n    def apply(\n        CachePolicyList: js.UndefOr[CachePolicyList] = js.undefined\n    ): ListCachePoliciesResult = {\n      val __obj = js.Dynamic.literal()\n      CachePolicyList.foreach(__v => __obj.updateDynamic(\"CachePolicyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCachePoliciesResult]\n    }\n  }\n\n  \/** The request to list origin access identities.\n    *\/\n  @js.native\n  trait ListCloudFrontOriginAccessIdentitiesRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListCloudFrontOriginAccessIdentitiesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListCloudFrontOriginAccessIdentitiesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCloudFrontOriginAccessIdentitiesRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait ListCloudFrontOriginAccessIdentitiesResult extends js.Object {\n    var CloudFrontOriginAccessIdentityList: js.UndefOr[CloudFrontOriginAccessIdentityList]\n  }\n\n  object ListCloudFrontOriginAccessIdentitiesResult {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentityList: js.UndefOr[CloudFrontOriginAccessIdentityList] = js.undefined\n    ): ListCloudFrontOriginAccessIdentitiesResult = {\n      val __obj = js.Dynamic.literal()\n      CloudFrontOriginAccessIdentityList.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentityList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCloudFrontOriginAccessIdentitiesResult]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByCachePolicyIdRequest extends js.Object {\n    var CachePolicyId: String\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListDistributionsByCachePolicyIdRequest {\n    @inline\n    def apply(\n        CachePolicyId: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListDistributionsByCachePolicyIdRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CachePolicyId\" -> CachePolicyId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByCachePolicyIdRequest]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByCachePolicyIdResult extends js.Object {\n    var DistributionIdList: js.UndefOr[DistributionIdList]\n  }\n\n  object ListDistributionsByCachePolicyIdResult {\n    @inline\n    def apply(\n        DistributionIdList: js.UndefOr[DistributionIdList] = js.undefined\n    ): ListDistributionsByCachePolicyIdResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionIdList.foreach(__v => __obj.updateDynamic(\"DistributionIdList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByCachePolicyIdResult]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByKeyGroupRequest extends js.Object {\n    var KeyGroupId: String\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListDistributionsByKeyGroupRequest {\n    @inline\n    def apply(\n        KeyGroupId: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListDistributionsByKeyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"KeyGroupId\" -> KeyGroupId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByKeyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByKeyGroupResult extends js.Object {\n    var DistributionIdList: js.UndefOr[DistributionIdList]\n  }\n\n  object ListDistributionsByKeyGroupResult {\n    @inline\n    def apply(\n        DistributionIdList: js.UndefOr[DistributionIdList] = js.undefined\n    ): ListDistributionsByKeyGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionIdList.foreach(__v => __obj.updateDynamic(\"DistributionIdList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByKeyGroupResult]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByOriginRequestPolicyIdRequest extends js.Object {\n    var OriginRequestPolicyId: String\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListDistributionsByOriginRequestPolicyIdRequest {\n    @inline\n    def apply(\n        OriginRequestPolicyId: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListDistributionsByOriginRequestPolicyIdRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OriginRequestPolicyId\" -> OriginRequestPolicyId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByOriginRequestPolicyIdRequest]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByOriginRequestPolicyIdResult extends js.Object {\n    var DistributionIdList: js.UndefOr[DistributionIdList]\n  }\n\n  object ListDistributionsByOriginRequestPolicyIdResult {\n    @inline\n    def apply(\n        DistributionIdList: js.UndefOr[DistributionIdList] = js.undefined\n    ): ListDistributionsByOriginRequestPolicyIdResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionIdList.foreach(__v => __obj.updateDynamic(\"DistributionIdList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByOriginRequestPolicyIdResult]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByRealtimeLogConfigRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n    var RealtimeLogConfigArn: js.UndefOr[String]\n    var RealtimeLogConfigName: js.UndefOr[String]\n  }\n\n  object ListDistributionsByRealtimeLogConfigRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined,\n        RealtimeLogConfigArn: js.UndefOr[String] = js.undefined,\n        RealtimeLogConfigName: js.UndefOr[String] = js.undefined\n    ): ListDistributionsByRealtimeLogConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      RealtimeLogConfigArn.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfigArn\")(__v.asInstanceOf[js.Any]))\n      RealtimeLogConfigName.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfigName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByRealtimeLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait ListDistributionsByRealtimeLogConfigResult extends js.Object {\n    var DistributionList: js.UndefOr[DistributionList]\n  }\n\n  object ListDistributionsByRealtimeLogConfigResult {\n    @inline\n    def apply(\n        DistributionList: js.UndefOr[DistributionList] = js.undefined\n    ): ListDistributionsByRealtimeLogConfigResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionList.foreach(__v => __obj.updateDynamic(\"DistributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByRealtimeLogConfigResult]\n    }\n  }\n\n  \/** The request to list distributions that are associated with a specified AWS WAF web ACL.\n    *\/\n  @js.native\n  trait ListDistributionsByWebACLIdRequest extends js.Object {\n    var WebACLId: String\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListDistributionsByWebACLIdRequest {\n    @inline\n    def apply(\n        WebACLId: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListDistributionsByWebACLIdRequest = {\n      val __obj = js.Dynamic.literal(\n        \"WebACLId\" -> WebACLId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByWebACLIdRequest]\n    }\n  }\n\n  \/** The response to a request to list the distributions that are associated with a specified AWS WAF web ACL.\n    *\/\n  @js.native\n  trait ListDistributionsByWebACLIdResult extends js.Object {\n    var DistributionList: js.UndefOr[DistributionList]\n  }\n\n  object ListDistributionsByWebACLIdResult {\n    @inline\n    def apply(\n        DistributionList: js.UndefOr[DistributionList] = js.undefined\n    ): ListDistributionsByWebACLIdResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionList.foreach(__v => __obj.updateDynamic(\"DistributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsByWebACLIdResult]\n    }\n  }\n\n  \/** The request to list your distributions.\n    *\/\n  @js.native\n  trait ListDistributionsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListDistributionsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListDistributionsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait ListDistributionsResult extends js.Object {\n    var DistributionList: js.UndefOr[DistributionList]\n  }\n\n  object ListDistributionsResult {\n    @inline\n    def apply(\n        DistributionList: js.UndefOr[DistributionList] = js.undefined\n    ): ListDistributionsResult = {\n      val __obj = js.Dynamic.literal()\n      DistributionList.foreach(__v => __obj.updateDynamic(\"DistributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDistributionsResult]\n    }\n  }\n\n  @js.native\n  trait ListFieldLevelEncryptionConfigsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListFieldLevelEncryptionConfigsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListFieldLevelEncryptionConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFieldLevelEncryptionConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListFieldLevelEncryptionConfigsResult extends js.Object {\n    var FieldLevelEncryptionList: js.UndefOr[FieldLevelEncryptionList]\n  }\n\n  object ListFieldLevelEncryptionConfigsResult {\n    @inline\n    def apply(\n        FieldLevelEncryptionList: js.UndefOr[FieldLevelEncryptionList] = js.undefined\n    ): ListFieldLevelEncryptionConfigsResult = {\n      val __obj = js.Dynamic.literal()\n      FieldLevelEncryptionList.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFieldLevelEncryptionConfigsResult]\n    }\n  }\n\n  @js.native\n  trait ListFieldLevelEncryptionProfilesRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListFieldLevelEncryptionProfilesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListFieldLevelEncryptionProfilesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFieldLevelEncryptionProfilesRequest]\n    }\n  }\n\n  @js.native\n  trait ListFieldLevelEncryptionProfilesResult extends js.Object {\n    var FieldLevelEncryptionProfileList: js.UndefOr[FieldLevelEncryptionProfileList]\n  }\n\n  object ListFieldLevelEncryptionProfilesResult {\n    @inline\n    def apply(\n        FieldLevelEncryptionProfileList: js.UndefOr[FieldLevelEncryptionProfileList] = js.undefined\n    ): ListFieldLevelEncryptionProfilesResult = {\n      val __obj = js.Dynamic.literal()\n      FieldLevelEncryptionProfileList.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionProfileList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListFieldLevelEncryptionProfilesResult]\n    }\n  }\n\n  \/** The request to list invalidations.\n    *\/\n  @js.native\n  trait ListInvalidationsRequest extends js.Object {\n    var DistributionId: String\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListInvalidationsRequest {\n    @inline\n    def apply(\n        DistributionId: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListInvalidationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionId\" -> DistributionId.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvalidationsRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait ListInvalidationsResult extends js.Object {\n    var InvalidationList: js.UndefOr[InvalidationList]\n  }\n\n  object ListInvalidationsResult {\n    @inline\n    def apply(\n        InvalidationList: js.UndefOr[InvalidationList] = js.undefined\n    ): ListInvalidationsResult = {\n      val __obj = js.Dynamic.literal()\n      InvalidationList.foreach(__v => __obj.updateDynamic(\"InvalidationList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInvalidationsResult]\n    }\n  }\n\n  @js.native\n  trait ListKeyGroupsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListKeyGroupsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListKeyGroupsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListKeyGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait ListKeyGroupsResult extends js.Object {\n    var KeyGroupList: js.UndefOr[KeyGroupList]\n  }\n\n  object ListKeyGroupsResult {\n    @inline\n    def apply(\n        KeyGroupList: js.UndefOr[KeyGroupList] = js.undefined\n    ): ListKeyGroupsResult = {\n      val __obj = js.Dynamic.literal()\n      KeyGroupList.foreach(__v => __obj.updateDynamic(\"KeyGroupList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListKeyGroupsResult]\n    }\n  }\n\n  @js.native\n  trait ListOriginRequestPoliciesRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n    var Type: js.UndefOr[OriginRequestPolicyType]\n  }\n\n  object ListOriginRequestPoliciesRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[OriginRequestPolicyType] = js.undefined\n    ): ListOriginRequestPoliciesRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOriginRequestPoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait ListOriginRequestPoliciesResult extends js.Object {\n    var OriginRequestPolicyList: js.UndefOr[OriginRequestPolicyList]\n  }\n\n  object ListOriginRequestPoliciesResult {\n    @inline\n    def apply(\n        OriginRequestPolicyList: js.UndefOr[OriginRequestPolicyList] = js.undefined\n    ): ListOriginRequestPoliciesResult = {\n      val __obj = js.Dynamic.literal()\n      OriginRequestPolicyList.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOriginRequestPoliciesResult]\n    }\n  }\n\n  @js.native\n  trait ListPublicKeysRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListPublicKeysRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListPublicKeysRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPublicKeysRequest]\n    }\n  }\n\n  @js.native\n  trait ListPublicKeysResult extends js.Object {\n    var PublicKeyList: js.UndefOr[PublicKeyList]\n  }\n\n  object ListPublicKeysResult {\n    @inline\n    def apply(\n        PublicKeyList: js.UndefOr[PublicKeyList] = js.undefined\n    ): ListPublicKeysResult = {\n      val __obj = js.Dynamic.literal()\n      PublicKeyList.foreach(__v => __obj.updateDynamic(\"PublicKeyList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPublicKeysResult]\n    }\n  }\n\n  @js.native\n  trait ListRealtimeLogConfigsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListRealtimeLogConfigsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListRealtimeLogConfigsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRealtimeLogConfigsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRealtimeLogConfigsResult extends js.Object {\n    var RealtimeLogConfigs: js.UndefOr[RealtimeLogConfigs]\n  }\n\n  object ListRealtimeLogConfigsResult {\n    @inline\n    def apply(\n        RealtimeLogConfigs: js.UndefOr[RealtimeLogConfigs] = js.undefined\n    ): ListRealtimeLogConfigsResult = {\n      val __obj = js.Dynamic.literal()\n      RealtimeLogConfigs.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfigs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRealtimeLogConfigsResult]\n    }\n  }\n\n  \/** The request to list your streaming distributions.\n    *\/\n  @js.native\n  trait ListStreamingDistributionsRequest extends js.Object {\n    var Marker: js.UndefOr[String]\n    var MaxItems: js.UndefOr[String]\n  }\n\n  object ListStreamingDistributionsRequest {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxItems: js.UndefOr[String] = js.undefined\n    ): ListStreamingDistributionsRequest = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamingDistributionsRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait ListStreamingDistributionsResult extends js.Object {\n    var StreamingDistributionList: js.UndefOr[StreamingDistributionList]\n  }\n\n  object ListStreamingDistributionsResult {\n    @inline\n    def apply(\n        StreamingDistributionList: js.UndefOr[StreamingDistributionList] = js.undefined\n    ): ListStreamingDistributionsResult = {\n      val __obj = js.Dynamic.literal()\n      StreamingDistributionList.foreach(__v => __obj.updateDynamic(\"StreamingDistributionList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListStreamingDistributionsResult]\n    }\n  }\n\n  \/** The request to list tags for a CloudFront resource.\n    *\/\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var Resource: ResourceARN\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        Resource: ResourceARN\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait ListTagsForResourceResult extends js.Object {\n    var Tags: Tags\n  }\n\n  object ListTagsForResourceResult {\n    @inline\n    def apply(\n        Tags: Tags\n    ): ListTagsForResourceResult = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceResult]\n    }\n  }\n\n  \/** A complex type that controls whether access logs are written for the distribution.\n    *\/\n  @js.native\n  trait LoggingConfig extends js.Object {\n    var Bucket: String\n    var Enabled: Boolean\n    var IncludeCookies: Boolean\n    var Prefix: String\n  }\n\n  object LoggingConfig {\n    @inline\n    def apply(\n        Bucket: String,\n        Enabled: Boolean,\n        IncludeCookies: Boolean,\n        Prefix: String\n    ): LoggingConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"IncludeCookies\" -> IncludeCookies.asInstanceOf[js.Any],\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[LoggingConfig]\n    }\n  }\n\n  @js.native\n  sealed trait Method extends js.Any\n  object Method {\n    val GET = \"GET\".asInstanceOf[Method]\n    val HEAD = \"HEAD\".asInstanceOf[Method]\n    val POST = \"POST\".asInstanceOf[Method]\n    val PUT = \"PUT\".asInstanceOf[Method]\n    val PATCH = \"PATCH\".asInstanceOf[Method]\n    val OPTIONS = \"OPTIONS\".asInstanceOf[Method]\n    val DELETE = \"DELETE\".asInstanceOf[Method]\n\n    @inline def values = js.Array(GET, HEAD, POST, PUT, PATCH, OPTIONS, DELETE)\n  }\n\n  @js.native\n  sealed trait MinimumProtocolVersion extends js.Any\n  object MinimumProtocolVersion {\n    val SSLv3 = \"SSLv3\".asInstanceOf[MinimumProtocolVersion]\n    val TLSv1 = \"TLSv1\".asInstanceOf[MinimumProtocolVersion]\n    val TLSv1_2016 = \"TLSv1_2016\".asInstanceOf[MinimumProtocolVersion]\n    val `TLSv1.1_2016` = \"TLSv1.1_2016\".asInstanceOf[MinimumProtocolVersion]\n    val `TLSv1.2_2018` = \"TLSv1.2_2018\".asInstanceOf[MinimumProtocolVersion]\n    val `TLSv1.2_2019` = \"TLSv1.2_2019\".asInstanceOf[MinimumProtocolVersion]\n\n    @inline def values = js.Array(SSLv3, TLSv1, TLSv1_2016, `TLSv1.1_2016`, `TLSv1.2_2018`, `TLSv1.2_2019`)\n  }\n\n  \/** A monitoring subscription. This structure contains information about whether additional CloudWatch metrics are enabled for a given CloudFront distribution.\n    *\/\n  @js.native\n  trait MonitoringSubscription extends js.Object {\n    var RealtimeMetricsSubscriptionConfig: js.UndefOr[RealtimeMetricsSubscriptionConfig]\n  }\n\n  object MonitoringSubscription {\n    @inline\n    def apply(\n        RealtimeMetricsSubscriptionConfig: js.UndefOr[RealtimeMetricsSubscriptionConfig] = js.undefined\n    ): MonitoringSubscription = {\n      val __obj = js.Dynamic.literal()\n      RealtimeMetricsSubscriptionConfig.foreach(__v => __obj.updateDynamic(\"RealtimeMetricsSubscriptionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MonitoringSubscription]\n    }\n  }\n\n  \/** An origin. An origin is the location where content is stored, and from which CloudFront gets content to serve to viewers. To specify an origin: * Use <code>S3OriginConfig<\/code> to specify an Amazon S3 bucket that is not configured with static website hosting. * Use <code>CustomOriginConfig<\/code> to specify all other kinds of origins, including: <li> An Amazon S3 bucket that is configured with static website hosting * An Elastic Load Balancing load balancer * An AWS Elemental MediaPackage endpoint * An AWS Elemental MediaStore container * Any other HTTP server, running on an Amazon EC2 instance or any other kind of host <\/li>For the current maximum number of origins that you can specify per distribution, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/cloudfront-limits.html#limits-web-distributions|General Quotas on Web Distributions]] in the <i>Amazon CloudFront Developer Guide<\/i> (quotas were formerly referred to as limits).\n    *\/\n  @js.native\n  trait Origin extends js.Object {\n    var DomainName: String\n    var Id: String\n    var ConnectionAttempts: js.UndefOr[Int]\n    var ConnectionTimeout: js.UndefOr[Int]\n    var CustomHeaders: js.UndefOr[CustomHeaders]\n    var CustomOriginConfig: js.UndefOr[CustomOriginConfig]\n    var OriginPath: js.UndefOr[String]\n    var OriginShield: js.UndefOr[OriginShield]\n    var S3OriginConfig: js.UndefOr[S3OriginConfig]\n  }\n\n  object Origin {\n    @inline\n    def apply(\n        DomainName: String,\n        Id: String,\n        ConnectionAttempts: js.UndefOr[Int] = js.undefined,\n        ConnectionTimeout: js.UndefOr[Int] = js.undefined,\n        CustomHeaders: js.UndefOr[CustomHeaders] = js.undefined,\n        CustomOriginConfig: js.UndefOr[CustomOriginConfig] = js.undefined,\n        OriginPath: js.UndefOr[String] = js.undefined,\n        OriginShield: js.UndefOr[OriginShield] = js.undefined,\n        S3OriginConfig: js.UndefOr[S3OriginConfig] = js.undefined\n    ): Origin = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      ConnectionAttempts.foreach(__v => __obj.updateDynamic(\"ConnectionAttempts\")(__v.asInstanceOf[js.Any]))\n      ConnectionTimeout.foreach(__v => __obj.updateDynamic(\"ConnectionTimeout\")(__v.asInstanceOf[js.Any]))\n      CustomHeaders.foreach(__v => __obj.updateDynamic(\"CustomHeaders\")(__v.asInstanceOf[js.Any]))\n      CustomOriginConfig.foreach(__v => __obj.updateDynamic(\"CustomOriginConfig\")(__v.asInstanceOf[js.Any]))\n      OriginPath.foreach(__v => __obj.updateDynamic(\"OriginPath\")(__v.asInstanceOf[js.Any]))\n      OriginShield.foreach(__v => __obj.updateDynamic(\"OriginShield\")(__v.asInstanceOf[js.Any]))\n      S3OriginConfig.foreach(__v => __obj.updateDynamic(\"S3OriginConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Origin]\n    }\n  }\n\n  \/** A complex type that contains <code>HeaderName<\/code> and <code>HeaderValue<\/code> elements, if any, for this distribution.\n    *\/\n  @js.native\n  trait OriginCustomHeader extends js.Object {\n    var HeaderName: String\n    var HeaderValue: String\n  }\n\n  object OriginCustomHeader {\n    @inline\n    def apply(\n        HeaderName: String,\n        HeaderValue: String\n    ): OriginCustomHeader = {\n      val __obj = js.Dynamic.literal(\n        \"HeaderName\" -> HeaderName.asInstanceOf[js.Any],\n        \"HeaderValue\" -> HeaderValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginCustomHeader]\n    }\n  }\n\n  \/** An origin group includes two origins (a primary origin and a second origin to failover to) and a failover criteria that you specify. You create an origin group to support origin failover in CloudFront. When you create or update a distribution, you can specifiy the origin group instead of a single origin, and CloudFront will failover from the primary origin to the second origin under the failover conditions that you've chosen.\n    *\/\n  @js.native\n  trait OriginGroup extends js.Object {\n    var FailoverCriteria: OriginGroupFailoverCriteria\n    var Id: String\n    var Members: OriginGroupMembers\n  }\n\n  object OriginGroup {\n    @inline\n    def apply(\n        FailoverCriteria: OriginGroupFailoverCriteria,\n        Id: String,\n        Members: OriginGroupMembers\n    ): OriginGroup = {\n      val __obj = js.Dynamic.literal(\n        \"FailoverCriteria\" -> FailoverCriteria.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Members\" -> Members.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginGroup]\n    }\n  }\n\n  \/** A complex data type that includes information about the failover criteria for an origin group, including the status codes for which CloudFront will failover from the primary origin to the second origin.\n    *\/\n  @js.native\n  trait OriginGroupFailoverCriteria extends js.Object {\n    var StatusCodes: StatusCodes\n  }\n\n  object OriginGroupFailoverCriteria {\n    @inline\n    def apply(\n        StatusCodes: StatusCodes\n    ): OriginGroupFailoverCriteria = {\n      val __obj = js.Dynamic.literal(\n        \"StatusCodes\" -> StatusCodes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginGroupFailoverCriteria]\n    }\n  }\n\n  \/** An origin in an origin group.\n    *\/\n  @js.native\n  trait OriginGroupMember extends js.Object {\n    var OriginId: String\n  }\n\n  object OriginGroupMember {\n    @inline\n    def apply(\n        OriginId: String\n    ): OriginGroupMember = {\n      val __obj = js.Dynamic.literal(\n        \"OriginId\" -> OriginId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginGroupMember]\n    }\n  }\n\n  \/** A complex data type for the origins included in an origin group.\n    *\/\n  @js.native\n  trait OriginGroupMembers extends js.Object {\n    var Items: OriginGroupMemberList\n    var Quantity: Int\n  }\n\n  object OriginGroupMembers {\n    @inline\n    def apply(\n        Items: OriginGroupMemberList,\n        Quantity: Int\n    ): OriginGroupMembers = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginGroupMembers]\n    }\n  }\n\n  \/** A complex data type for the origin groups specified for a distribution.\n    *\/\n  @js.native\n  trait OriginGroups extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[OriginGroupList]\n  }\n\n  object OriginGroups {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[OriginGroupList] = js.undefined\n    ): OriginGroups = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginGroups]\n    }\n  }\n\n  @js.native\n  sealed trait OriginProtocolPolicy extends js.Any\n  object OriginProtocolPolicy {\n    val `http-only` = \"http-only\".asInstanceOf[OriginProtocolPolicy]\n    val `match-viewer` = \"match-viewer\".asInstanceOf[OriginProtocolPolicy]\n    val `https-only` = \"https-only\".asInstanceOf[OriginProtocolPolicy]\n\n    @inline def values = js.Array(`http-only`, `match-viewer`, `https-only`)\n  }\n\n  \/** An origin request policy. When it\u2019s attached to a cache behavior, the origin request policy determines the values that CloudFront includes in requests that it sends to the origin. Each request that CloudFront sends to the origin includes the following: * The request body and the URL path (without the domain name) from the viewer request. * The headers that CloudFront automatically includes in every origin request, including <code>Host<\/code>, <code>User-Agent<\/code>, and <code>X-Amz-Cf-Id<\/code>. * All HTTP headers, cookies, and URL query strings that are specified in the cache policy or the origin request policy. These can include items from the viewer request and, in the case of headers, additional ones that are added by CloudFront. CloudFront sends a request when it can\u2019t find an object in its cache that matches the request. If you want to send values to the origin and also include them in the cache key, use <code>CachePolicy<\/code>.\n    *\/\n  @js.native\n  trait OriginRequestPolicy extends js.Object {\n    var Id: String\n    var LastModifiedTime: timestamp\n    var OriginRequestPolicyConfig: OriginRequestPolicyConfig\n  }\n\n  object OriginRequestPolicy {\n    @inline\n    def apply(\n        Id: String,\n        LastModifiedTime: timestamp,\n        OriginRequestPolicyConfig: OriginRequestPolicyConfig\n    ): OriginRequestPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"OriginRequestPolicyConfig\" -> OriginRequestPolicyConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginRequestPolicy]\n    }\n  }\n\n  \/** An origin request policy configuration. This configuration determines the values that CloudFront includes in requests that it sends to the origin. Each request that CloudFront sends to the origin includes the following: * The request body and the URL path (without the domain name) from the viewer request. * The headers that CloudFront automatically includes in every origin request, including <code>Host<\/code>, <code>User-Agent<\/code>, and <code>X-Amz-Cf-Id<\/code>. * All HTTP headers, cookies, and URL query strings that are specified in the cache policy or the origin request policy. These can include items from the viewer request and, in the case of headers, additional ones that are added by CloudFront. CloudFront sends a request when it can\u2019t find an object in its cache that matches the request. If you want to send values to the origin and also include them in the cache key, use <code>CachePolicy<\/code>.\n    *\/\n  @js.native\n  trait OriginRequestPolicyConfig extends js.Object {\n    var CookiesConfig: OriginRequestPolicyCookiesConfig\n    var HeadersConfig: OriginRequestPolicyHeadersConfig\n    var Name: String\n    var QueryStringsConfig: OriginRequestPolicyQueryStringsConfig\n    var Comment: js.UndefOr[String]\n  }\n\n  object OriginRequestPolicyConfig {\n    @inline\n    def apply(\n        CookiesConfig: OriginRequestPolicyCookiesConfig,\n        HeadersConfig: OriginRequestPolicyHeadersConfig,\n        Name: String,\n        QueryStringsConfig: OriginRequestPolicyQueryStringsConfig,\n        Comment: js.UndefOr[String] = js.undefined\n    ): OriginRequestPolicyConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CookiesConfig\" -> CookiesConfig.asInstanceOf[js.Any],\n        \"HeadersConfig\" -> HeadersConfig.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"QueryStringsConfig\" -> QueryStringsConfig.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginRequestPolicyConfig]\n    }\n  }\n\n  @js.native\n  sealed trait OriginRequestPolicyCookieBehavior extends js.Any\n  object OriginRequestPolicyCookieBehavior {\n    val none = \"none\".asInstanceOf[OriginRequestPolicyCookieBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[OriginRequestPolicyCookieBehavior]\n    val all = \"all\".asInstanceOf[OriginRequestPolicyCookieBehavior]\n\n    @inline def values = js.Array(none, whitelist, all)\n  }\n\n  \/** An object that determines whether any cookies in viewer requests (and if so, which cookies) are included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait OriginRequestPolicyCookiesConfig extends js.Object {\n    var CookieBehavior: OriginRequestPolicyCookieBehavior\n    var Cookies: js.UndefOr[CookieNames]\n  }\n\n  object OriginRequestPolicyCookiesConfig {\n    @inline\n    def apply(\n        CookieBehavior: OriginRequestPolicyCookieBehavior,\n        Cookies: js.UndefOr[CookieNames] = js.undefined\n    ): OriginRequestPolicyCookiesConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CookieBehavior\" -> CookieBehavior.asInstanceOf[js.Any]\n      )\n\n      Cookies.foreach(__v => __obj.updateDynamic(\"Cookies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginRequestPolicyCookiesConfig]\n    }\n  }\n\n  @js.native\n  sealed trait OriginRequestPolicyHeaderBehavior extends js.Any\n  object OriginRequestPolicyHeaderBehavior {\n    val none = \"none\".asInstanceOf[OriginRequestPolicyHeaderBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[OriginRequestPolicyHeaderBehavior]\n    val allViewer = \"allViewer\".asInstanceOf[OriginRequestPolicyHeaderBehavior]\n    val allViewerAndWhitelistCloudFront = \"allViewerAndWhitelistCloudFront\".asInstanceOf[OriginRequestPolicyHeaderBehavior]\n\n    @inline def values = js.Array(none, whitelist, allViewer, allViewerAndWhitelistCloudFront)\n  }\n\n  \/** An object that determines whether any HTTP headers (and if so, which headers) are included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait OriginRequestPolicyHeadersConfig extends js.Object {\n    var HeaderBehavior: OriginRequestPolicyHeaderBehavior\n    var Headers: js.UndefOr[Headers]\n  }\n\n  object OriginRequestPolicyHeadersConfig {\n    @inline\n    def apply(\n        HeaderBehavior: OriginRequestPolicyHeaderBehavior,\n        Headers: js.UndefOr[Headers] = js.undefined\n    ): OriginRequestPolicyHeadersConfig = {\n      val __obj = js.Dynamic.literal(\n        \"HeaderBehavior\" -> HeaderBehavior.asInstanceOf[js.Any]\n      )\n\n      Headers.foreach(__v => __obj.updateDynamic(\"Headers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginRequestPolicyHeadersConfig]\n    }\n  }\n\n  \/** A list of origin request policies.\n    *\/\n  @js.native\n  trait OriginRequestPolicyList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[OriginRequestPolicySummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object OriginRequestPolicyList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[OriginRequestPolicySummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): OriginRequestPolicyList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginRequestPolicyList]\n    }\n  }\n\n  @js.native\n  sealed trait OriginRequestPolicyQueryStringBehavior extends js.Any\n  object OriginRequestPolicyQueryStringBehavior {\n    val none = \"none\".asInstanceOf[OriginRequestPolicyQueryStringBehavior]\n    val whitelist = \"whitelist\".asInstanceOf[OriginRequestPolicyQueryStringBehavior]\n    val all = \"all\".asInstanceOf[OriginRequestPolicyQueryStringBehavior]\n\n    @inline def values = js.Array(none, whitelist, all)\n  }\n\n  \/** An object that determines whether any URL query strings in viewer requests (and if so, which query strings) are included in requests that CloudFront sends to the origin.\n    *\/\n  @js.native\n  trait OriginRequestPolicyQueryStringsConfig extends js.Object {\n    var QueryStringBehavior: OriginRequestPolicyQueryStringBehavior\n    var QueryStrings: js.UndefOr[QueryStringNames]\n  }\n\n  object OriginRequestPolicyQueryStringsConfig {\n    @inline\n    def apply(\n        QueryStringBehavior: OriginRequestPolicyQueryStringBehavior,\n        QueryStrings: js.UndefOr[QueryStringNames] = js.undefined\n    ): OriginRequestPolicyQueryStringsConfig = {\n      val __obj = js.Dynamic.literal(\n        \"QueryStringBehavior\" -> QueryStringBehavior.asInstanceOf[js.Any]\n      )\n\n      QueryStrings.foreach(__v => __obj.updateDynamic(\"QueryStrings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginRequestPolicyQueryStringsConfig]\n    }\n  }\n\n  \/** Contains an origin request policy.\n    *\/\n  @js.native\n  trait OriginRequestPolicySummary extends js.Object {\n    var OriginRequestPolicy: OriginRequestPolicy\n    var Type: OriginRequestPolicyType\n  }\n\n  object OriginRequestPolicySummary {\n    @inline\n    def apply(\n        OriginRequestPolicy: OriginRequestPolicy,\n        Type: OriginRequestPolicyType\n    ): OriginRequestPolicySummary = {\n      val __obj = js.Dynamic.literal(\n        \"OriginRequestPolicy\" -> OriginRequestPolicy.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginRequestPolicySummary]\n    }\n  }\n\n  @js.native\n  sealed trait OriginRequestPolicyType extends js.Any\n  object OriginRequestPolicyType {\n    val managed = \"managed\".asInstanceOf[OriginRequestPolicyType]\n    val custom = \"custom\".asInstanceOf[OriginRequestPolicyType]\n\n    @inline def values = js.Array(managed, custom)\n  }\n\n  \/** CloudFront Origin Shield. Using Origin Shield can help reduce the load on your origin. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/origin-shield.html|Using Origin Shield]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait OriginShield extends js.Object {\n    var Enabled: Boolean\n    var OriginShieldRegion: js.UndefOr[OriginShieldRegion]\n  }\n\n  object OriginShield {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        OriginShieldRegion: js.UndefOr[OriginShieldRegion] = js.undefined\n    ): OriginShield = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n\n      OriginShieldRegion.foreach(__v => __obj.updateDynamic(\"OriginShieldRegion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OriginShield]\n    }\n  }\n\n  \/** A complex type that contains information about the SSL\/TLS protocols that CloudFront can use when establishing an HTTPS connection with your origin.\n    *\/\n  @js.native\n  trait OriginSslProtocols extends js.Object {\n    var Items: SslProtocolsList\n    var Quantity: Int\n  }\n\n  object OriginSslProtocols {\n    @inline\n    def apply(\n        Items: SslProtocolsList,\n        Quantity: Int\n    ): OriginSslProtocols = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OriginSslProtocols]\n    }\n  }\n\n  \/** Contains information about the origins for this distribution.\n    *\/\n  @js.native\n  trait Origins extends js.Object {\n    var Items: OriginList\n    var Quantity: Int\n  }\n\n  object Origins {\n    @inline\n    def apply(\n        Items: OriginList,\n        Quantity: Int\n    ): Origins = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Origins]\n    }\n  }\n\n  \/** This object determines the values that CloudFront includes in the cache key. These values can include HTTP headers, cookies, and URL query strings. CloudFront uses the cache key to find an object in its cache that it can return to the viewer. The headers, cookies, and query strings that are included in the cache key are automatically included in requests that CloudFront sends to the origin. CloudFront sends a request when it can\u2019t find an object in its cache that matches the request\u2019s cache key. If you want to send values to the origin but <i>not<\/i> include them in the cache key, use <code>OriginRequestPolicy<\/code>.\n    *\/\n  @js.native\n  trait ParametersInCacheKeyAndForwardedToOrigin extends js.Object {\n    var CookiesConfig: CachePolicyCookiesConfig\n    var EnableAcceptEncodingGzip: Boolean\n    var HeadersConfig: CachePolicyHeadersConfig\n    var QueryStringsConfig: CachePolicyQueryStringsConfig\n    var EnableAcceptEncodingBrotli: js.UndefOr[Boolean]\n  }\n\n  object ParametersInCacheKeyAndForwardedToOrigin {\n    @inline\n    def apply(\n        CookiesConfig: CachePolicyCookiesConfig,\n        EnableAcceptEncodingGzip: Boolean,\n        HeadersConfig: CachePolicyHeadersConfig,\n        QueryStringsConfig: CachePolicyQueryStringsConfig,\n        EnableAcceptEncodingBrotli: js.UndefOr[Boolean] = js.undefined\n    ): ParametersInCacheKeyAndForwardedToOrigin = {\n      val __obj = js.Dynamic.literal(\n        \"CookiesConfig\" -> CookiesConfig.asInstanceOf[js.Any],\n        \"EnableAcceptEncodingGzip\" -> EnableAcceptEncodingGzip.asInstanceOf[js.Any],\n        \"HeadersConfig\" -> HeadersConfig.asInstanceOf[js.Any],\n        \"QueryStringsConfig\" -> QueryStringsConfig.asInstanceOf[js.Any]\n      )\n\n      EnableAcceptEncodingBrotli.foreach(__v => __obj.updateDynamic(\"EnableAcceptEncodingBrotli\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParametersInCacheKeyAndForwardedToOrigin]\n    }\n  }\n\n  \/** A complex type that contains information about the objects that you want to invalidate. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/Invalidation.html#invalidation-specifying-objects|Specifying the Objects to Invalidate]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait Paths extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[PathList]\n  }\n\n  object Paths {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[PathList] = js.undefined\n    ): Paths = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Paths]\n    }\n  }\n\n  @js.native\n  sealed trait PriceClass extends js.Any\n  object PriceClass {\n    val PriceClass_100 = \"PriceClass_100\".asInstanceOf[PriceClass]\n    val PriceClass_200 = \"PriceClass_200\".asInstanceOf[PriceClass]\n    val PriceClass_All = \"PriceClass_All\".asInstanceOf[PriceClass]\n\n    @inline def values = js.Array(PriceClass_100, PriceClass_200, PriceClass_All)\n  }\n\n  \/** A public key that you can use with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/PrivateContent.html|signed URLs and signed cookies]], or with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/field-level-encryption.html|field-level encryption]].\n    *\/\n  @js.native\n  trait PublicKey extends js.Object {\n    var CreatedTime: timestamp\n    var Id: String\n    var PublicKeyConfig: PublicKeyConfig\n  }\n\n  object PublicKey {\n    @inline\n    def apply(\n        CreatedTime: timestamp,\n        Id: String,\n        PublicKeyConfig: PublicKeyConfig\n    ): PublicKey = {\n      val __obj = js.Dynamic.literal(\n        \"CreatedTime\" -> CreatedTime.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"PublicKeyConfig\" -> PublicKeyConfig.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PublicKey]\n    }\n  }\n\n  \/** Configuration information about a public key that you can use with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/PrivateContent.html|signed URLs and signed cookies]], or with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/field-level-encryption.html|field-level encryption]].\n    *\/\n  @js.native\n  trait PublicKeyConfig extends js.Object {\n    var CallerReference: String\n    var EncodedKey: String\n    var Name: String\n    var Comment: js.UndefOr[String]\n  }\n\n  object PublicKeyConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        EncodedKey: String,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined\n    ): PublicKeyConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"EncodedKey\" -> EncodedKey.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublicKeyConfig]\n    }\n  }\n\n  \/** A list of public keys that you can use with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/PrivateContent.html|signed URLs and signed cookies]], or with [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/field-level-encryption.html|field-level encryption]].\n    *\/\n  @js.native\n  trait PublicKeyList extends js.Object {\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[PublicKeySummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object PublicKeyList {\n    @inline\n    def apply(\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[PublicKeySummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): PublicKeyList = {\n      val __obj = js.Dynamic.literal(\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublicKeyList]\n    }\n  }\n\n  \/** Contains information about a public key.\n    *\/\n  @js.native\n  trait PublicKeySummary extends js.Object {\n    var CreatedTime: timestamp\n    var EncodedKey: String\n    var Id: String\n    var Name: String\n    var Comment: js.UndefOr[String]\n  }\n\n  object PublicKeySummary {\n    @inline\n    def apply(\n        CreatedTime: timestamp,\n        EncodedKey: String,\n        Id: String,\n        Name: String,\n        Comment: js.UndefOr[String] = js.undefined\n    ): PublicKeySummary = {\n      val __obj = js.Dynamic.literal(\n        \"CreatedTime\" -> CreatedTime.asInstanceOf[js.Any],\n        \"EncodedKey\" -> EncodedKey.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Comment.foreach(__v => __obj.updateDynamic(\"Comment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PublicKeySummary]\n    }\n  }\n\n  \/** Query argument-profile mapping for field-level encryption.\n    *\/\n  @js.native\n  trait QueryArgProfile extends js.Object {\n    var ProfileId: String\n    var QueryArg: String\n  }\n\n  object QueryArgProfile {\n    @inline\n    def apply(\n        ProfileId: String,\n        QueryArg: String\n    ): QueryArgProfile = {\n      val __obj = js.Dynamic.literal(\n        \"ProfileId\" -> ProfileId.asInstanceOf[js.Any],\n        \"QueryArg\" -> QueryArg.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[QueryArgProfile]\n    }\n  }\n\n  \/** Configuration for query argument-profile mapping for field-level encryption.\n    *\/\n  @js.native\n  trait QueryArgProfileConfig extends js.Object {\n    var ForwardWhenQueryArgProfileIsUnknown: Boolean\n    var QueryArgProfiles: js.UndefOr[QueryArgProfiles]\n  }\n\n  object QueryArgProfileConfig {\n    @inline\n    def apply(\n        ForwardWhenQueryArgProfileIsUnknown: Boolean,\n        QueryArgProfiles: js.UndefOr[QueryArgProfiles] = js.undefined\n    ): QueryArgProfileConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ForwardWhenQueryArgProfileIsUnknown\" -> ForwardWhenQueryArgProfileIsUnknown.asInstanceOf[js.Any]\n      )\n\n      QueryArgProfiles.foreach(__v => __obj.updateDynamic(\"QueryArgProfiles\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryArgProfileConfig]\n    }\n  }\n\n  \/** Query argument-profile mapping for field-level encryption.\n    *\/\n  @js.native\n  trait QueryArgProfiles extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[QueryArgProfileList]\n  }\n\n  object QueryArgProfiles {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[QueryArgProfileList] = js.undefined\n    ): QueryArgProfiles = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryArgProfiles]\n    }\n  }\n\n  \/** This field is deprecated. We recommend that you use a cache policy or an origin request policy instead of this field. If you want to include query strings in the cache key, use <code>QueryStringsConfig<\/code> in a cache policy. See <code>CachePolicy<\/code>. If you want to send query strings to the origin but not include them in the cache key, use <code>QueryStringsConfig<\/code> in an origin request policy. See <code>OriginRequestPolicy<\/code>. A complex type that contains information about the query string parameters that you want CloudFront to use for caching for a cache behavior.\n    *\/\n  @js.native\n  trait QueryStringCacheKeys extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[QueryStringCacheKeysList]\n  }\n\n  object QueryStringCacheKeys {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[QueryStringCacheKeysList] = js.undefined\n    ): QueryStringCacheKeys = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryStringCacheKeys]\n    }\n  }\n\n  \/** Contains a list of query string names.\n    *\/\n  @js.native\n  trait QueryStringNames extends js.Object {\n    var Quantity: Int\n    var Items: js.UndefOr[QueryStringNamesList]\n  }\n\n  object QueryStringNames {\n    @inline\n    def apply(\n        Quantity: Int,\n        Items: js.UndefOr[QueryStringNamesList] = js.undefined\n    ): QueryStringNames = {\n      val __obj = js.Dynamic.literal(\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryStringNames]\n    }\n  }\n\n  \/** A real-time log configuration.\n    *\/\n  @js.native\n  trait RealtimeLogConfig extends js.Object {\n    var ARN: String\n    var EndPoints: EndPointList\n    var Fields: FieldList\n    var Name: String\n    var SamplingRate: Double\n  }\n\n  object RealtimeLogConfig {\n    @inline\n    def apply(\n        ARN: String,\n        EndPoints: EndPointList,\n        Fields: FieldList,\n        Name: String,\n        SamplingRate: Double\n    ): RealtimeLogConfig = {\n      val __obj = js.Dynamic.literal(\n        \"ARN\" -> ARN.asInstanceOf[js.Any],\n        \"EndPoints\" -> EndPoints.asInstanceOf[js.Any],\n        \"Fields\" -> Fields.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"SamplingRate\" -> SamplingRate.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RealtimeLogConfig]\n    }\n  }\n\n  \/** A list of real-time log configurations.\n    *\/\n  @js.native\n  trait RealtimeLogConfigs extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Items: js.UndefOr[RealtimeLogConfigList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object RealtimeLogConfigs {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Items: js.UndefOr[RealtimeLogConfigList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): RealtimeLogConfigs = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RealtimeLogConfigs]\n    }\n  }\n\n  \/** A subscription configuration for additional CloudWatch metrics.\n    *\/\n  @js.native\n  trait RealtimeMetricsSubscriptionConfig extends js.Object {\n    var RealtimeMetricsSubscriptionStatus: RealtimeMetricsSubscriptionStatus\n  }\n\n  object RealtimeMetricsSubscriptionConfig {\n    @inline\n    def apply(\n        RealtimeMetricsSubscriptionStatus: RealtimeMetricsSubscriptionStatus\n    ): RealtimeMetricsSubscriptionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"RealtimeMetricsSubscriptionStatus\" -> RealtimeMetricsSubscriptionStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RealtimeMetricsSubscriptionConfig]\n    }\n  }\n\n  @js.native\n  sealed trait RealtimeMetricsSubscriptionStatus extends js.Any\n  object RealtimeMetricsSubscriptionStatus {\n    val Enabled = \"Enabled\".asInstanceOf[RealtimeMetricsSubscriptionStatus]\n    val Disabled = \"Disabled\".asInstanceOf[RealtimeMetricsSubscriptionStatus]\n\n    @inline def values = js.Array(Enabled, Disabled)\n  }\n\n  \/** A complex type that identifies ways in which you want to restrict distribution of your content.\n    *\/\n  @js.native\n  trait Restrictions extends js.Object {\n    var GeoRestriction: GeoRestriction\n  }\n\n  object Restrictions {\n    @inline\n    def apply(\n        GeoRestriction: GeoRestriction\n    ): Restrictions = {\n      val __obj = js.Dynamic.literal(\n        \"GeoRestriction\" -> GeoRestriction.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Restrictions]\n    }\n  }\n\n  \/** A complex type that contains information about the Amazon S3 bucket from which you want CloudFront to get your media files for distribution.\n    *\/\n  @js.native\n  trait S3Origin extends js.Object {\n    var DomainName: String\n    var OriginAccessIdentity: String\n  }\n\n  object S3Origin {\n    @inline\n    def apply(\n        DomainName: String,\n        OriginAccessIdentity: String\n    ): S3Origin = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"OriginAccessIdentity\" -> OriginAccessIdentity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3Origin]\n    }\n  }\n\n  \/** A complex type that contains information about the Amazon S3 origin. If the origin is a custom origin or an S3 bucket that is configured as a website endpoint, use the <code>CustomOriginConfig<\/code> element instead.\n    *\/\n  @js.native\n  trait S3OriginConfig extends js.Object {\n    var OriginAccessIdentity: String\n  }\n\n  object S3OriginConfig {\n    @inline\n    def apply(\n        OriginAccessIdentity: String\n    ): S3OriginConfig = {\n      val __obj = js.Dynamic.literal(\n        \"OriginAccessIdentity\" -> OriginAccessIdentity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[S3OriginConfig]\n    }\n  }\n\n  @js.native\n  sealed trait SSLSupportMethod extends js.Any\n  object SSLSupportMethod {\n    val `sni-only` = \"sni-only\".asInstanceOf[SSLSupportMethod]\n    val vip = \"vip\".asInstanceOf[SSLSupportMethod]\n    val `static-ip` = \"static-ip\".asInstanceOf[SSLSupportMethod]\n\n    @inline def values = js.Array(`sni-only`, vip, `static-ip`)\n  }\n\n  \/** A list of AWS accounts and the active CloudFront key pairs in each account that CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait Signer extends js.Object {\n    var AwsAccountNumber: js.UndefOr[String]\n    var KeyPairIds: js.UndefOr[KeyPairIds]\n  }\n\n  object Signer {\n    @inline\n    def apply(\n        AwsAccountNumber: js.UndefOr[String] = js.undefined,\n        KeyPairIds: js.UndefOr[KeyPairIds] = js.undefined\n    ): Signer = {\n      val __obj = js.Dynamic.literal()\n      AwsAccountNumber.foreach(__v => __obj.updateDynamic(\"AwsAccountNumber\")(__v.asInstanceOf[js.Any]))\n      KeyPairIds.foreach(__v => __obj.updateDynamic(\"KeyPairIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Signer]\n    }\n  }\n\n  @js.native\n  sealed trait SslProtocol extends js.Any\n  object SslProtocol {\n    val SSLv3 = \"SSLv3\".asInstanceOf[SslProtocol]\n    val TLSv1 = \"TLSv1\".asInstanceOf[SslProtocol]\n    val `TLSv1.1` = \"TLSv1.1\".asInstanceOf[SslProtocol]\n    val `TLSv1.2` = \"TLSv1.2\".asInstanceOf[SslProtocol]\n\n    @inline def values = js.Array(SSLv3, TLSv1, `TLSv1.1`, `TLSv1.2`)\n  }\n\n  \/** A complex data type for the status codes that you specify that, when returned by a primary origin, trigger CloudFront to failover to a second origin.\n    *\/\n  @js.native\n  trait StatusCodes extends js.Object {\n    var Items: StatusCodeList\n    var Quantity: Int\n  }\n\n  object StatusCodes {\n    @inline\n    def apply(\n        Items: StatusCodeList,\n        Quantity: Int\n    ): StatusCodes = {\n      val __obj = js.Dynamic.literal(\n        \"Items\" -> Items.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StatusCodes]\n    }\n  }\n\n  \/** A streaming distribution tells CloudFront where you want RTMP content to be delivered from, and the details about how to track and manage content delivery.\n    *\/\n  @js.native\n  trait StreamingDistribution extends js.Object {\n    var ARN: String\n    var ActiveTrustedSigners: ActiveTrustedSigners\n    var DomainName: String\n    var Id: String\n    var Status: String\n    var StreamingDistributionConfig: StreamingDistributionConfig\n    var LastModifiedTime: js.UndefOr[timestamp]\n  }\n\n  object StreamingDistribution {\n    @inline\n    def apply(\n        ARN: String,\n        ActiveTrustedSigners: ActiveTrustedSigners,\n        DomainName: String,\n        Id: String,\n        Status: String,\n        StreamingDistributionConfig: StreamingDistributionConfig,\n        LastModifiedTime: js.UndefOr[timestamp] = js.undefined\n    ): StreamingDistribution = {\n      val __obj = js.Dynamic.literal(\n        \"ARN\" -> ARN.asInstanceOf[js.Any],\n        \"ActiveTrustedSigners\" -> ActiveTrustedSigners.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"StreamingDistributionConfig\" -> StreamingDistributionConfig.asInstanceOf[js.Any]\n      )\n\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamingDistribution]\n    }\n  }\n\n  \/** The RTMP distribution's configuration information.\n    *\/\n  @js.native\n  trait StreamingDistributionConfig extends js.Object {\n    var CallerReference: String\n    var Comment: String\n    var Enabled: Boolean\n    var S3Origin: S3Origin\n    var TrustedSigners: TrustedSigners\n    var Aliases: js.UndefOr[Aliases]\n    var Logging: js.UndefOr[StreamingLoggingConfig]\n    var PriceClass: js.UndefOr[PriceClass]\n  }\n\n  object StreamingDistributionConfig {\n    @inline\n    def apply(\n        CallerReference: String,\n        Comment: String,\n        Enabled: Boolean,\n        S3Origin: S3Origin,\n        TrustedSigners: TrustedSigners,\n        Aliases: js.UndefOr[Aliases] = js.undefined,\n        Logging: js.UndefOr[StreamingLoggingConfig] = js.undefined,\n        PriceClass: js.UndefOr[PriceClass] = js.undefined\n    ): StreamingDistributionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"CallerReference\" -> CallerReference.asInstanceOf[js.Any],\n        \"Comment\" -> Comment.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"S3Origin\" -> S3Origin.asInstanceOf[js.Any],\n        \"TrustedSigners\" -> TrustedSigners.asInstanceOf[js.Any]\n      )\n\n      Aliases.foreach(__v => __obj.updateDynamic(\"Aliases\")(__v.asInstanceOf[js.Any]))\n      Logging.foreach(__v => __obj.updateDynamic(\"Logging\")(__v.asInstanceOf[js.Any]))\n      PriceClass.foreach(__v => __obj.updateDynamic(\"PriceClass\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamingDistributionConfig]\n    }\n  }\n\n  \/** A streaming distribution Configuration and a list of tags to be associated with the streaming distribution.\n    *\/\n  @js.native\n  trait StreamingDistributionConfigWithTags extends js.Object {\n    var StreamingDistributionConfig: StreamingDistributionConfig\n    var Tags: Tags\n  }\n\n  object StreamingDistributionConfigWithTags {\n    @inline\n    def apply(\n        StreamingDistributionConfig: StreamingDistributionConfig,\n        Tags: Tags\n    ): StreamingDistributionConfigWithTags = {\n      val __obj = js.Dynamic.literal(\n        \"StreamingDistributionConfig\" -> StreamingDistributionConfig.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StreamingDistributionConfigWithTags]\n    }\n  }\n\n  \/** A streaming distribution list.\n    *\/\n  @js.native\n  trait StreamingDistributionList extends js.Object {\n    var IsTruncated: Boolean\n    var Marker: String\n    var MaxItems: Int\n    var Quantity: Int\n    var Items: js.UndefOr[StreamingDistributionSummaryList]\n    var NextMarker: js.UndefOr[String]\n  }\n\n  object StreamingDistributionList {\n    @inline\n    def apply(\n        IsTruncated: Boolean,\n        Marker: String,\n        MaxItems: Int,\n        Quantity: Int,\n        Items: js.UndefOr[StreamingDistributionSummaryList] = js.undefined,\n        NextMarker: js.UndefOr[String] = js.undefined\n    ): StreamingDistributionList = {\n      val __obj = js.Dynamic.literal(\n        \"IsTruncated\" -> IsTruncated.asInstanceOf[js.Any],\n        \"Marker\" -> Marker.asInstanceOf[js.Any],\n        \"MaxItems\" -> MaxItems.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      NextMarker.foreach(__v => __obj.updateDynamic(\"NextMarker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StreamingDistributionList]\n    }\n  }\n\n  \/** A summary of the information for a CloudFront streaming distribution.\n    *\/\n  @js.native\n  trait StreamingDistributionSummary extends js.Object {\n    var ARN: String\n    var Aliases: Aliases\n    var Comment: String\n    var DomainName: String\n    var Enabled: Boolean\n    var Id: String\n    var LastModifiedTime: timestamp\n    var PriceClass: PriceClass\n    var S3Origin: S3Origin\n    var Status: String\n    var TrustedSigners: TrustedSigners\n  }\n\n  object StreamingDistributionSummary {\n    @inline\n    def apply(\n        ARN: String,\n        Aliases: Aliases,\n        Comment: String,\n        DomainName: String,\n        Enabled: Boolean,\n        Id: String,\n        LastModifiedTime: timestamp,\n        PriceClass: PriceClass,\n        S3Origin: S3Origin,\n        Status: String,\n        TrustedSigners: TrustedSigners\n    ): StreamingDistributionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ARN\" -> ARN.asInstanceOf[js.Any],\n        \"Aliases\" -> Aliases.asInstanceOf[js.Any],\n        \"Comment\" -> Comment.asInstanceOf[js.Any],\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"LastModifiedTime\" -> LastModifiedTime.asInstanceOf[js.Any],\n        \"PriceClass\" -> PriceClass.asInstanceOf[js.Any],\n        \"S3Origin\" -> S3Origin.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any],\n        \"TrustedSigners\" -> TrustedSigners.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StreamingDistributionSummary]\n    }\n  }\n\n  \/** A complex type that controls whether access logs are written for this streaming distribution.\n    *\/\n  @js.native\n  trait StreamingLoggingConfig extends js.Object {\n    var Bucket: String\n    var Enabled: Boolean\n    var Prefix: String\n  }\n\n  object StreamingLoggingConfig {\n    @inline\n    def apply(\n        Bucket: String,\n        Enabled: Boolean,\n        Prefix: String\n    ): StreamingLoggingConfig = {\n      val __obj = js.Dynamic.literal(\n        \"Bucket\" -> Bucket.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Prefix\" -> Prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StreamingLoggingConfig]\n    }\n  }\n\n  \/** A complex type that contains <code>Tag<\/code> key and <code>Tag<\/code> value.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** A complex type that contains zero or more <code>Tag<\/code> elements.\n    *\/\n  @js.native\n  trait TagKeys extends js.Object {\n    var Items: js.UndefOr[TagKeyList]\n  }\n\n  object TagKeys {\n    @inline\n    def apply(\n        Items: js.UndefOr[TagKeyList] = js.undefined\n    ): TagKeys = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagKeys]\n    }\n  }\n\n  \/** The request to add tags to a CloudFront resource.\n    *\/\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var Resource: ResourceARN\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        Resource: ResourceARN,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  \/** A complex type that contains zero or more <code>Tag<\/code> elements.\n    *\/\n  @js.native\n  trait Tags extends js.Object {\n    var Items: js.UndefOr[TagList]\n  }\n\n  object Tags {\n    @inline\n    def apply(\n        Items: js.UndefOr[TagList] = js.undefined\n    ): Tags = {\n      val __obj = js.Dynamic.literal()\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tags]\n    }\n  }\n\n  \/** A list of key groups whose public keys CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait TrustedKeyGroups extends js.Object {\n    var Enabled: Boolean\n    var Quantity: Int\n    var Items: js.UndefOr[TrustedKeyGroupIdList]\n  }\n\n  object TrustedKeyGroups {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        Quantity: Int,\n        Items: js.UndefOr[TrustedKeyGroupIdList] = js.undefined\n    ): TrustedKeyGroups = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrustedKeyGroups]\n    }\n  }\n\n  \/** A list of AWS accounts whose public keys CloudFront can use to verify the signatures of signed URLs and signed cookies.\n    *\/\n  @js.native\n  trait TrustedSigners extends js.Object {\n    var Enabled: Boolean\n    var Quantity: Int\n    var Items: js.UndefOr[AwsAccountNumberList]\n  }\n\n  object TrustedSigners {\n    @inline\n    def apply(\n        Enabled: Boolean,\n        Quantity: Int,\n        Items: js.UndefOr[AwsAccountNumberList] = js.undefined\n    ): TrustedSigners = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Quantity\" -> Quantity.asInstanceOf[js.Any]\n      )\n\n      Items.foreach(__v => __obj.updateDynamic(\"Items\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrustedSigners]\n    }\n  }\n\n  \/** The request to remove tags from a CloudFront resource.\n    *\/\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var Resource: ResourceARN\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        Resource: ResourceARN,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Resource\" -> Resource.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCachePolicyRequest extends js.Object {\n    var CachePolicyConfig: CachePolicyConfig\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateCachePolicyRequest {\n    @inline\n    def apply(\n        CachePolicyConfig: CachePolicyConfig,\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateCachePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CachePolicyConfig\" -> CachePolicyConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCachePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateCachePolicyResult extends js.Object {\n    var CachePolicy: js.UndefOr[CachePolicy]\n    var ETag: js.UndefOr[String]\n  }\n\n  object UpdateCachePolicyResult {\n    @inline\n    def apply(\n        CachePolicy: js.UndefOr[CachePolicy] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): UpdateCachePolicyResult = {\n      val __obj = js.Dynamic.literal()\n      CachePolicy.foreach(__v => __obj.updateDynamic(\"CachePolicy\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCachePolicyResult]\n    }\n  }\n\n  \/** The request to update an origin access identity.\n    *\/\n  @js.native\n  trait UpdateCloudFrontOriginAccessIdentityRequest extends js.Object {\n    var CloudFrontOriginAccessIdentityConfig: CloudFrontOriginAccessIdentityConfig\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateCloudFrontOriginAccessIdentityRequest {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentityConfig: CloudFrontOriginAccessIdentityConfig,\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateCloudFrontOriginAccessIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CloudFrontOriginAccessIdentityConfig\" -> CloudFrontOriginAccessIdentityConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCloudFrontOriginAccessIdentityRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait UpdateCloudFrontOriginAccessIdentityResult extends js.Object {\n    var CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity]\n    var ETag: js.UndefOr[String]\n  }\n\n  object UpdateCloudFrontOriginAccessIdentityResult {\n    @inline\n    def apply(\n        CloudFrontOriginAccessIdentity: js.UndefOr[CloudFrontOriginAccessIdentity] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): UpdateCloudFrontOriginAccessIdentityResult = {\n      val __obj = js.Dynamic.literal()\n      CloudFrontOriginAccessIdentity.foreach(__v => __obj.updateDynamic(\"CloudFrontOriginAccessIdentity\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCloudFrontOriginAccessIdentityResult]\n    }\n  }\n\n  \/** The request to update a distribution.\n    *\/\n  @js.native\n  trait UpdateDistributionRequest extends js.Object {\n    var DistributionConfig: DistributionConfig\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateDistributionRequest {\n    @inline\n    def apply(\n        DistributionConfig: DistributionConfig,\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DistributionConfig\" -> DistributionConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait UpdateDistributionResult extends js.Object {\n    var Distribution: js.UndefOr[Distribution]\n    var ETag: js.UndefOr[String]\n  }\n\n  object UpdateDistributionResult {\n    @inline\n    def apply(\n        Distribution: js.UndefOr[Distribution] = js.undefined,\n        ETag: js.UndefOr[String] = js.undefined\n    ): UpdateDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      Distribution.foreach(__v => __obj.updateDynamic(\"Distribution\")(__v.asInstanceOf[js.Any]))\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDistributionResult]\n    }\n  }\n\n  @js.native\n  trait UpdateFieldLevelEncryptionConfigRequest extends js.Object {\n    var FieldLevelEncryptionConfig: FieldLevelEncryptionConfig\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateFieldLevelEncryptionConfigRequest {\n    @inline\n    def apply(\n        FieldLevelEncryptionConfig: FieldLevelEncryptionConfig,\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateFieldLevelEncryptionConfigRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionConfig\" -> FieldLevelEncryptionConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFieldLevelEncryptionConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFieldLevelEncryptionConfigResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryption: js.UndefOr[FieldLevelEncryption]\n  }\n\n  object UpdateFieldLevelEncryptionConfigResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryption: js.UndefOr[FieldLevelEncryption] = js.undefined\n    ): UpdateFieldLevelEncryptionConfigResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryption.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryption\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFieldLevelEncryptionConfigResult]\n    }\n  }\n\n  @js.native\n  trait UpdateFieldLevelEncryptionProfileRequest extends js.Object {\n    var FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig\n    var Id: String\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateFieldLevelEncryptionProfileRequest {\n    @inline\n    def apply(\n        FieldLevelEncryptionProfileConfig: FieldLevelEncryptionProfileConfig,\n        Id: String,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateFieldLevelEncryptionProfileRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FieldLevelEncryptionProfileConfig\" -> FieldLevelEncryptionProfileConfig.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFieldLevelEncryptionProfileRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateFieldLevelEncryptionProfileResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile]\n  }\n\n  object UpdateFieldLevelEncryptionProfileResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        FieldLevelEncryptionProfile: js.UndefOr[FieldLevelEncryptionProfile] = js.undefined\n    ): UpdateFieldLevelEncryptionProfileResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      FieldLevelEncryptionProfile.foreach(__v => __obj.updateDynamic(\"FieldLevelEncryptionProfile\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateFieldLevelEncryptionProfileResult]\n    }\n  }\n\n  @js.native\n  trait UpdateKeyGroupRequest extends js.Object {\n    var Id: String\n    var KeyGroupConfig: KeyGroupConfig\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateKeyGroupRequest {\n    @inline\n    def apply(\n        Id: String,\n        KeyGroupConfig: KeyGroupConfig,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateKeyGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"KeyGroupConfig\" -> KeyGroupConfig.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateKeyGroupRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateKeyGroupResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var KeyGroup: js.UndefOr[KeyGroup]\n  }\n\n  object UpdateKeyGroupResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        KeyGroup: js.UndefOr[KeyGroup] = js.undefined\n    ): UpdateKeyGroupResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      KeyGroup.foreach(__v => __obj.updateDynamic(\"KeyGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateKeyGroupResult]\n    }\n  }\n\n  @js.native\n  trait UpdateOriginRequestPolicyRequest extends js.Object {\n    var Id: String\n    var OriginRequestPolicyConfig: OriginRequestPolicyConfig\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateOriginRequestPolicyRequest {\n    @inline\n    def apply(\n        Id: String,\n        OriginRequestPolicyConfig: OriginRequestPolicyConfig,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateOriginRequestPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"OriginRequestPolicyConfig\" -> OriginRequestPolicyConfig.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOriginRequestPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOriginRequestPolicyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var OriginRequestPolicy: js.UndefOr[OriginRequestPolicy]\n  }\n\n  object UpdateOriginRequestPolicyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        OriginRequestPolicy: js.UndefOr[OriginRequestPolicy] = js.undefined\n    ): UpdateOriginRequestPolicyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      OriginRequestPolicy.foreach(__v => __obj.updateDynamic(\"OriginRequestPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOriginRequestPolicyResult]\n    }\n  }\n\n  @js.native\n  trait UpdatePublicKeyRequest extends js.Object {\n    var Id: String\n    var PublicKeyConfig: PublicKeyConfig\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdatePublicKeyRequest {\n    @inline\n    def apply(\n        Id: String,\n        PublicKeyConfig: PublicKeyConfig,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdatePublicKeyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"PublicKeyConfig\" -> PublicKeyConfig.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePublicKeyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePublicKeyResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var PublicKey: js.UndefOr[PublicKey]\n  }\n\n  object UpdatePublicKeyResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        PublicKey: js.UndefOr[PublicKey] = js.undefined\n    ): UpdatePublicKeyResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      PublicKey.foreach(__v => __obj.updateDynamic(\"PublicKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePublicKeyResult]\n    }\n  }\n\n  @js.native\n  trait UpdateRealtimeLogConfigRequest extends js.Object {\n    var ARN: js.UndefOr[String]\n    var EndPoints: js.UndefOr[EndPointList]\n    var Fields: js.UndefOr[FieldList]\n    var Name: js.UndefOr[String]\n    var SamplingRate: js.UndefOr[Double]\n  }\n\n  object UpdateRealtimeLogConfigRequest {\n    @inline\n    def apply(\n        ARN: js.UndefOr[String] = js.undefined,\n        EndPoints: js.UndefOr[EndPointList] = js.undefined,\n        Fields: js.UndefOr[FieldList] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        SamplingRate: js.UndefOr[Double] = js.undefined\n    ): UpdateRealtimeLogConfigRequest = {\n      val __obj = js.Dynamic.literal()\n      ARN.foreach(__v => __obj.updateDynamic(\"ARN\")(__v.asInstanceOf[js.Any]))\n      EndPoints.foreach(__v => __obj.updateDynamic(\"EndPoints\")(__v.asInstanceOf[js.Any]))\n      Fields.foreach(__v => __obj.updateDynamic(\"Fields\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      SamplingRate.foreach(__v => __obj.updateDynamic(\"SamplingRate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRealtimeLogConfigRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateRealtimeLogConfigResult extends js.Object {\n    var RealtimeLogConfig: js.UndefOr[RealtimeLogConfig]\n  }\n\n  object UpdateRealtimeLogConfigResult {\n    @inline\n    def apply(\n        RealtimeLogConfig: js.UndefOr[RealtimeLogConfig] = js.undefined\n    ): UpdateRealtimeLogConfigResult = {\n      val __obj = js.Dynamic.literal()\n      RealtimeLogConfig.foreach(__v => __obj.updateDynamic(\"RealtimeLogConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRealtimeLogConfigResult]\n    }\n  }\n\n  \/** The request to update a streaming distribution.\n    *\/\n  @js.native\n  trait UpdateStreamingDistributionRequest extends js.Object {\n    var Id: String\n    var StreamingDistributionConfig: StreamingDistributionConfig\n    var IfMatch: js.UndefOr[String]\n  }\n\n  object UpdateStreamingDistributionRequest {\n    @inline\n    def apply(\n        Id: String,\n        StreamingDistributionConfig: StreamingDistributionConfig,\n        IfMatch: js.UndefOr[String] = js.undefined\n    ): UpdateStreamingDistributionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"StreamingDistributionConfig\" -> StreamingDistributionConfig.asInstanceOf[js.Any]\n      )\n\n      IfMatch.foreach(__v => __obj.updateDynamic(\"IfMatch\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateStreamingDistributionRequest]\n    }\n  }\n\n  \/** The returned result of the corresponding request.\n    *\/\n  @js.native\n  trait UpdateStreamingDistributionResult extends js.Object {\n    var ETag: js.UndefOr[String]\n    var StreamingDistribution: js.UndefOr[StreamingDistribution]\n  }\n\n  object UpdateStreamingDistributionResult {\n    @inline\n    def apply(\n        ETag: js.UndefOr[String] = js.undefined,\n        StreamingDistribution: js.UndefOr[StreamingDistribution] = js.undefined\n    ): UpdateStreamingDistributionResult = {\n      val __obj = js.Dynamic.literal()\n      ETag.foreach(__v => __obj.updateDynamic(\"ETag\")(__v.asInstanceOf[js.Any]))\n      StreamingDistribution.foreach(__v => __obj.updateDynamic(\"StreamingDistribution\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateStreamingDistributionResult]\n    }\n  }\n\n  \/** A complex type that determines the distribution\u2019s SSL\/TLS configuration for communicating with viewers. If the distribution doesn\u2019t use <code>Aliases<\/code> (also known as alternate domain names or CNAMEs)\u2014that is, if the distribution uses the CloudFront domain name such as <code>d111111abcdef8.cloudfront.net<\/code>\u2014set <code>CloudFrontDefaultCertificate<\/code> to <code>true<\/code> and leave all other fields empty. If the distribution uses <code>Aliases<\/code> (alternate domain names or CNAMEs), use the fields in this type to specify the following settings: * Which viewers the distribution accepts HTTPS connections from: only viewers that support [[https:\/\/en.wikipedia.org\/wiki\/Server_Name_Indication|server name indication (SNI)]] (recommended), or all viewers including those that don\u2019t support SNI. <li> To accept HTTPS connections from only viewers that support SNI, set <code>SSLSupportMethod<\/code> to <code>sni-only<\/code>. This is recommended. Most browsers and clients support\n    * SNI. * To accept HTTPS connections from all viewers, including those that don\u2019t support SNI, set <code>SSLSupportMethod<\/code> to <code>vip<\/code>. This is not recommended, and results in additional monthly charges from CloudFront. <\/li> * The minimum SSL\/TLS protocol version that the distribution can use to communicate with viewers. To specify a minimum version, choose a value for <code>MinimumProtocolVersion<\/code>. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/distribution-web-values-specify.html#DownloadDistValues-security-policy|Security Policy]] in the <i>Amazon CloudFront Developer Guide<\/i>. * The location of the SSL\/TLS certificate, [[https:\/\/docs.aws.amazon.com\/acm\/latest\/userguide\/acm-overview.html|AWS Certificate Manager (ACM)]] (recommended) or [[https:\/\/docs.aws.amazon.com\/IAM\/latest\/UserGuide\/id_credentials_server-certs.html|AWS Identity and Access Management (AWS IAM)]]. You specify the location by setting a value\n    * in one of the following fields (not both): <li> <code>ACMCertificateArn<\/code> * <code>IAMCertificateId<\/code> <\/li>All distributions support HTTPS connections from viewers. To require viewers to use HTTPS only, or to redirect them from HTTP to HTTPS, use <code>ViewerProtocolPolicy<\/code> in the <code>CacheBehavior<\/code> or <code>DefaultCacheBehavior<\/code>. To specify how CloudFront should use SSL\/TLS to communicate with your custom origin, use <code>CustomOriginConfig<\/code>. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/using-https.html|Using HTTPS with CloudFront]] and [[https:\/\/docs.aws.amazon.com\/AmazonCloudFront\/latest\/DeveloperGuide\/using-https-alternate-domain-names.html| Using Alternate Domain Names and HTTPS]] in the <i>Amazon CloudFront Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait ViewerCertificate extends js.Object {\n    var ACMCertificateArn: js.UndefOr[String]\n    var Certificate: js.UndefOr[String]\n    var CertificateSource: js.UndefOr[CertificateSource]\n    var CloudFrontDefaultCertificate: js.UndefOr[Boolean]\n    var IAMCertificateId: js.UndefOr[String]\n    var MinimumProtocolVersion: js.UndefOr[MinimumProtocolVersion]\n    var SSLSupportMethod: js.UndefOr[SSLSupportMethod]\n  }\n\n  object ViewerCertificate {\n    @inline\n    def apply(\n        ACMCertificateArn: js.UndefOr[String] = js.undefined,\n        Certificate: js.UndefOr[String] = js.undefined,\n        CertificateSource: js.UndefOr[CertificateSource] = js.undefined,\n        CloudFrontDefaultCertificate: js.UndefOr[Boolean] = js.undefined,\n        IAMCertificateId: js.UndefOr[String] = js.undefined,\n        MinimumProtocolVersion: js.UndefOr[MinimumProtocolVersion] = js.undefined,\n        SSLSupportMethod: js.UndefOr[SSLSupportMethod] = js.undefined\n    ): ViewerCertificate = {\n      val __obj = js.Dynamic.literal()\n      ACMCertificateArn.foreach(__v => __obj.updateDynamic(\"ACMCertificateArn\")(__v.asInstanceOf[js.Any]))\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateSource.foreach(__v => __obj.updateDynamic(\"CertificateSource\")(__v.asInstanceOf[js.Any]))\n      CloudFrontDefaultCertificate.foreach(__v => __obj.updateDynamic(\"CloudFrontDefaultCertificate\")(__v.asInstanceOf[js.Any]))\n      IAMCertificateId.foreach(__v => __obj.updateDynamic(\"IAMCertificateId\")(__v.asInstanceOf[js.Any]))\n      MinimumProtocolVersion.foreach(__v => __obj.updateDynamic(\"MinimumProtocolVersion\")(__v.asInstanceOf[js.Any]))\n      SSLSupportMethod.foreach(__v => __obj.updateDynamic(\"SSLSupportMethod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ViewerCertificate]\n    }\n  }\n\n  @js.native\n  sealed trait ViewerProtocolPolicy extends js.Any\n  object ViewerProtocolPolicy {\n    val `allow-all` = \"allow-all\".asInstanceOf[ViewerProtocolPolicy]\n    val `https-only` = \"https-only\".asInstanceOf[ViewerProtocolPolicy]\n    val `redirect-to-https` = \"redirect-to-https\".asInstanceOf[ViewerProtocolPolicy]\n\n    @inline def values = js.Array(`allow-all`, `https-only`, `redirect-to-https`)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/ses\/src\/main\/scala\/facade\/amazonaws\/services\/SES.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object ses {\n  type Address = String\n  type AddressList = js.Array[Address]\n  type AmazonResourceName = String\n  type ArrivalDate = js.Date\n  type BounceMessage = String\n  type BounceSmtpReplyCode = String\n  type BounceStatusCode = String\n  type BouncedRecipientInfoList = js.Array[BouncedRecipientInfo]\n  type BulkEmailDestinationList = js.Array[BulkEmailDestination]\n  type BulkEmailDestinationStatusList = js.Array[BulkEmailDestinationStatus]\n  type Charset = String\n  type Cidr = String\n  type CloudWatchDimensionConfigurations = js.Array[CloudWatchDimensionConfiguration]\n  type ConfigurationSetAttributeList = js.Array[ConfigurationSetAttribute]\n  type ConfigurationSetName = String\n  type ConfigurationSets = js.Array[ConfigurationSet]\n  type Counter = Double\n  type CustomRedirectDomain = String\n  type CustomVerificationEmailTemplates = js.Array[CustomVerificationEmailTemplate]\n  type DefaultDimensionValue = String\n  type DiagnosticCode = String\n  type DimensionName = String\n  type DkimAttributes = js.Dictionary[IdentityDkimAttributes]\n  type Domain = String\n  type DsnStatus = String\n  type Enabled = Boolean\n  type Error = String\n  type EventDestinationName = String\n  type EventDestinations = js.Array[EventDestination]\n  type EventTypes = js.Array[EventType]\n  type Explanation = String\n  type ExtensionFieldList = js.Array[ExtensionField]\n  type ExtensionFieldName = String\n  type ExtensionFieldValue = String\n  type FailureRedirectionURL = String\n  type FromAddress = String\n  type HeaderName = String\n  type HeaderValue = String\n  type HtmlPart = String\n  type Identity = String\n  type IdentityList = js.Array[Identity]\n  type LastAttemptDate = js.Date\n  type LastFreshStart = js.Date\n  type MailFromDomainAttributes = js.Dictionary[IdentityMailFromDomainAttributes]\n  type MailFromDomainName = String\n  type Max24HourSend = Double\n  type MaxItems = Int\n  type MaxResults = Int\n  type MaxSendRate = Double\n  type MessageData = String\n  type MessageId = String\n  type MessageTagList = js.Array[MessageTag]\n  type MessageTagName = String\n  type MessageTagValue = String\n  type NextToken = String\n  type NotificationAttributes = js.Dictionary[IdentityNotificationAttributes]\n  type NotificationTopic = String\n  type Policy = String\n  type PolicyMap = js.Dictionary[Policy]\n  type PolicyName = String\n  type PolicyNameList = js.Array[PolicyName]\n  type RawMessageData = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type ReceiptActionsList = js.Array[ReceiptAction]\n  type ReceiptFilterList = js.Array[ReceiptFilter]\n  type ReceiptFilterName = String\n  type ReceiptRuleName = String\n  type ReceiptRuleNamesList = js.Array[ReceiptRuleName]\n  type ReceiptRuleSetName = String\n  type ReceiptRuleSetsLists = js.Array[ReceiptRuleSetMetadata]\n  type ReceiptRulesList = js.Array[ReceiptRule]\n  type Recipient = String\n  type RecipientsList = js.Array[Recipient]\n  type RemoteMta = String\n  type RenderedTemplate = String\n  type ReportingMta = String\n  type S3BucketName = String\n  type S3KeyPrefix = String\n  type SendDataPointList = js.Array[SendDataPoint]\n  type SentLast24Hours = Double\n  type Subject = String\n  type SubjectPart = String\n  type SuccessRedirectionURL = String\n  type TemplateContent = String\n  type TemplateData = String\n  type TemplateMetadataList = js.Array[TemplateMetadata]\n  type TemplateName = String\n  type TextPart = String\n  type Timestamp = js.Date\n  type VerificationAttributes = js.Dictionary[IdentityVerificationAttributes]\n  type VerificationToken = String\n  type VerificationTokenList = js.Array[VerificationToken]\n\n  implicit final class SESOps(private val service: SES) extends AnyVal {\n\n    @inline def cloneReceiptRuleSetFuture(params: CloneReceiptRuleSetRequest): Future[CloneReceiptRuleSetResponse] = service.cloneReceiptRuleSet(params).promise().toFuture\n    @inline def createConfigurationSetEventDestinationFuture(params: CreateConfigurationSetEventDestinationRequest): Future[CreateConfigurationSetEventDestinationResponse] = service.createConfigurationSetEventDestination(params).promise().toFuture\n    @inline def createConfigurationSetFuture(params: CreateConfigurationSetRequest): Future[CreateConfigurationSetResponse] = service.createConfigurationSet(params).promise().toFuture\n    @inline def createConfigurationSetTrackingOptionsFuture(params: CreateConfigurationSetTrackingOptionsRequest): Future[CreateConfigurationSetTrackingOptionsResponse] = service.createConfigurationSetTrackingOptions(params).promise().toFuture\n    @inline def createCustomVerificationEmailTemplateFuture(params: CreateCustomVerificationEmailTemplateRequest): Future[js.Object] = service.createCustomVerificationEmailTemplate(params).promise().toFuture\n    @inline def createReceiptFilterFuture(params: CreateReceiptFilterRequest): Future[CreateReceiptFilterResponse] = service.createReceiptFilter(params).promise().toFuture\n    @inline def createReceiptRuleFuture(params: CreateReceiptRuleRequest): Future[CreateReceiptRuleResponse] = service.createReceiptRule(params).promise().toFuture\n    @inline def createReceiptRuleSetFuture(params: CreateReceiptRuleSetRequest): Future[CreateReceiptRuleSetResponse] = service.createReceiptRuleSet(params).promise().toFuture\n    @inline def createTemplateFuture(params: CreateTemplateRequest): Future[CreateTemplateResponse] = service.createTemplate(params).promise().toFuture\n    @inline def deleteConfigurationSetEventDestinationFuture(params: DeleteConfigurationSetEventDestinationRequest): Future[DeleteConfigurationSetEventDestinationResponse] = service.deleteConfigurationSetEventDestination(params).promise().toFuture\n    @inline def deleteConfigurationSetFuture(params: DeleteConfigurationSetRequest): Future[DeleteConfigurationSetResponse] = service.deleteConfigurationSet(params).promise().toFuture\n    @inline def deleteConfigurationSetTrackingOptionsFuture(params: DeleteConfigurationSetTrackingOptionsRequest): Future[DeleteConfigurationSetTrackingOptionsResponse] = service.deleteConfigurationSetTrackingOptions(params).promise().toFuture\n    @inline def deleteCustomVerificationEmailTemplateFuture(params: DeleteCustomVerificationEmailTemplateRequest): Future[js.Object] = service.deleteCustomVerificationEmailTemplate(params).promise().toFuture\n    @inline def deleteIdentityFuture(params: DeleteIdentityRequest): Future[DeleteIdentityResponse] = service.deleteIdentity(params).promise().toFuture\n    @inline def deleteIdentityPolicyFuture(params: DeleteIdentityPolicyRequest): Future[DeleteIdentityPolicyResponse] = service.deleteIdentityPolicy(params).promise().toFuture\n    @inline def deleteReceiptFilterFuture(params: DeleteReceiptFilterRequest): Future[DeleteReceiptFilterResponse] = service.deleteReceiptFilter(params).promise().toFuture\n    @inline def deleteReceiptRuleFuture(params: DeleteReceiptRuleRequest): Future[DeleteReceiptRuleResponse] = service.deleteReceiptRule(params).promise().toFuture\n    @inline def deleteReceiptRuleSetFuture(params: DeleteReceiptRuleSetRequest): Future[DeleteReceiptRuleSetResponse] = service.deleteReceiptRuleSet(params).promise().toFuture\n    @inline def deleteTemplateFuture(params: DeleteTemplateRequest): Future[DeleteTemplateResponse] = service.deleteTemplate(params).promise().toFuture\n    @inline def deleteVerifiedEmailAddressFuture(params: DeleteVerifiedEmailAddressRequest): Future[js.Object] = service.deleteVerifiedEmailAddress(params).promise().toFuture\n    @inline def describeActiveReceiptRuleSetFuture(params: DescribeActiveReceiptRuleSetRequest): Future[DescribeActiveReceiptRuleSetResponse] = service.describeActiveReceiptRuleSet(params).promise().toFuture\n    @inline def describeConfigurationSetFuture(params: DescribeConfigurationSetRequest): Future[DescribeConfigurationSetResponse] = service.describeConfigurationSet(params).promise().toFuture\n    @inline def describeReceiptRuleFuture(params: DescribeReceiptRuleRequest): Future[DescribeReceiptRuleResponse] = service.describeReceiptRule(params).promise().toFuture\n    @inline def describeReceiptRuleSetFuture(params: DescribeReceiptRuleSetRequest): Future[DescribeReceiptRuleSetResponse] = service.describeReceiptRuleSet(params).promise().toFuture\n    @inline def getAccountSendingEnabledFuture(): Future[GetAccountSendingEnabledResponse] = service.getAccountSendingEnabled().promise().toFuture\n    @inline def getCustomVerificationEmailTemplateFuture(params: GetCustomVerificationEmailTemplateRequest): Future[GetCustomVerificationEmailTemplateResponse] = service.getCustomVerificationEmailTemplate(params).promise().toFuture\n    @inline def getIdentityDkimAttributesFuture(params: GetIdentityDkimAttributesRequest): Future[GetIdentityDkimAttributesResponse] = service.getIdentityDkimAttributes(params).promise().toFuture\n    @inline def getIdentityMailFromDomainAttributesFuture(params: GetIdentityMailFromDomainAttributesRequest): Future[GetIdentityMailFromDomainAttributesResponse] = service.getIdentityMailFromDomainAttributes(params).promise().toFuture\n    @inline def getIdentityNotificationAttributesFuture(params: GetIdentityNotificationAttributesRequest): Future[GetIdentityNotificationAttributesResponse] = service.getIdentityNotificationAttributes(params).promise().toFuture\n    @inline def getIdentityPoliciesFuture(params: GetIdentityPoliciesRequest): Future[GetIdentityPoliciesResponse] = service.getIdentityPolicies(params).promise().toFuture\n    @inline def getIdentityVerificationAttributesFuture(params: GetIdentityVerificationAttributesRequest): Future[GetIdentityVerificationAttributesResponse] = service.getIdentityVerificationAttributes(params).promise().toFuture\n    @inline def getSendQuotaFuture(): Future[GetSendQuotaResponse] = service.getSendQuota().promise().toFuture\n    @inline def getSendStatisticsFuture(): Future[GetSendStatisticsResponse] = service.getSendStatistics().promise().toFuture\n    @inline def getTemplateFuture(params: GetTemplateRequest): Future[GetTemplateResponse] = service.getTemplate(params).promise().toFuture\n    @inline def listConfigurationSetsFuture(params: ListConfigurationSetsRequest): Future[ListConfigurationSetsResponse] = service.listConfigurationSets(params).promise().toFuture\n    @inline def listCustomVerificationEmailTemplatesFuture(params: ListCustomVerificationEmailTemplatesRequest): Future[ListCustomVerificationEmailTemplatesResponse] = service.listCustomVerificationEmailTemplates(params).promise().toFuture\n    @inline def listIdentitiesFuture(params: ListIdentitiesRequest): Future[ListIdentitiesResponse] = service.listIdentities(params).promise().toFuture\n    @inline def listIdentityPoliciesFuture(params: ListIdentityPoliciesRequest): Future[ListIdentityPoliciesResponse] = service.listIdentityPolicies(params).promise().toFuture\n    @inline def listReceiptFiltersFuture(params: ListReceiptFiltersRequest): Future[ListReceiptFiltersResponse] = service.listReceiptFilters(params).promise().toFuture\n    @inline def listReceiptRuleSetsFuture(params: ListReceiptRuleSetsRequest): Future[ListReceiptRuleSetsResponse] = service.listReceiptRuleSets(params).promise().toFuture\n    @inline def listTemplatesFuture(params: ListTemplatesRequest): Future[ListTemplatesResponse] = service.listTemplates(params).promise().toFuture\n    @inline def listVerifiedEmailAddressesFuture(): Future[ListVerifiedEmailAddressesResponse] = service.listVerifiedEmailAddresses().promise().toFuture\n    @inline def putConfigurationSetDeliveryOptionsFuture(params: PutConfigurationSetDeliveryOptionsRequest): Future[PutConfigurationSetDeliveryOptionsResponse] = service.putConfigurationSetDeliveryOptions(params).promise().toFuture\n    @inline def putIdentityPolicyFuture(params: PutIdentityPolicyRequest): Future[PutIdentityPolicyResponse] = service.putIdentityPolicy(params).promise().toFuture\n    @inline def reorderReceiptRuleSetFuture(params: ReorderReceiptRuleSetRequest): Future[ReorderReceiptRuleSetResponse] = service.reorderReceiptRuleSet(params).promise().toFuture\n    @inline def sendBounceFuture(params: SendBounceRequest): Future[SendBounceResponse] = service.sendBounce(params).promise().toFuture\n    @inline def sendBulkTemplatedEmailFuture(params: SendBulkTemplatedEmailRequest): Future[SendBulkTemplatedEmailResponse] = service.sendBulkTemplatedEmail(params).promise().toFuture\n    @inline def sendCustomVerificationEmailFuture(params: SendCustomVerificationEmailRequest): Future[SendCustomVerificationEmailResponse] = service.sendCustomVerificationEmail(params).promise().toFuture\n    @inline def sendEmailFuture(params: SendEmailRequest): Future[SendEmailResponse] = service.sendEmail(params).promise().toFuture\n    @inline def sendRawEmailFuture(params: SendRawEmailRequest): Future[SendRawEmailResponse] = service.sendRawEmail(params).promise().toFuture\n    @inline def sendTemplatedEmailFuture(params: SendTemplatedEmailRequest): Future[SendTemplatedEmailResponse] = service.sendTemplatedEmail(params).promise().toFuture\n    @inline def setActiveReceiptRuleSetFuture(params: SetActiveReceiptRuleSetRequest): Future[SetActiveReceiptRuleSetResponse] = service.setActiveReceiptRuleSet(params).promise().toFuture\n    @inline def setIdentityDkimEnabledFuture(params: SetIdentityDkimEnabledRequest): Future[SetIdentityDkimEnabledResponse] = service.setIdentityDkimEnabled(params).promise().toFuture\n    @inline def setIdentityFeedbackForwardingEnabledFuture(params: SetIdentityFeedbackForwardingEnabledRequest): Future[SetIdentityFeedbackForwardingEnabledResponse] = service.setIdentityFeedbackForwardingEnabled(params).promise().toFuture\n    @inline def setIdentityHeadersInNotificationsEnabledFuture(params: SetIdentityHeadersInNotificationsEnabledRequest): Future[SetIdentityHeadersInNotificationsEnabledResponse] = service.setIdentityHeadersInNotificationsEnabled(params).promise().toFuture\n    @inline def setIdentityMailFromDomainFuture(params: SetIdentityMailFromDomainRequest): Future[SetIdentityMailFromDomainResponse] = service.setIdentityMailFromDomain(params).promise().toFuture\n    @inline def setIdentityNotificationTopicFuture(params: SetIdentityNotificationTopicRequest): Future[SetIdentityNotificationTopicResponse] = service.setIdentityNotificationTopic(params).promise().toFuture\n    @inline def setReceiptRulePositionFuture(params: SetReceiptRulePositionRequest): Future[SetReceiptRulePositionResponse] = service.setReceiptRulePosition(params).promise().toFuture\n    @inline def testRenderTemplateFuture(params: TestRenderTemplateRequest): Future[TestRenderTemplateResponse] = service.testRenderTemplate(params).promise().toFuture\n    @inline def updateAccountSendingEnabledFuture(params: UpdateAccountSendingEnabledRequest): Future[js.Object] = service.updateAccountSendingEnabled(params).promise().toFuture\n    @inline def updateConfigurationSetEventDestinationFuture(params: UpdateConfigurationSetEventDestinationRequest): Future[UpdateConfigurationSetEventDestinationResponse] = service.updateConfigurationSetEventDestination(params).promise().toFuture\n    @inline def updateConfigurationSetReputationMetricsEnabledFuture(params: UpdateConfigurationSetReputationMetricsEnabledRequest): Future[js.Object] = service.updateConfigurationSetReputationMetricsEnabled(params).promise().toFuture\n    @inline def updateConfigurationSetSendingEnabledFuture(params: UpdateConfigurationSetSendingEnabledRequest): Future[js.Object] = service.updateConfigurationSetSendingEnabled(params).promise().toFuture\n    @inline def updateConfigurationSetTrackingOptionsFuture(params: UpdateConfigurationSetTrackingOptionsRequest): Future[UpdateConfigurationSetTrackingOptionsResponse] = service.updateConfigurationSetTrackingOptions(params).promise().toFuture\n    @inline def updateCustomVerificationEmailTemplateFuture(params: UpdateCustomVerificationEmailTemplateRequest): Future[js.Object] = service.updateCustomVerificationEmailTemplate(params).promise().toFuture\n    @inline def updateReceiptRuleFuture(params: UpdateReceiptRuleRequest): Future[UpdateReceiptRuleResponse] = service.updateReceiptRule(params).promise().toFuture\n    @inline def updateTemplateFuture(params: UpdateTemplateRequest): Future[UpdateTemplateResponse] = service.updateTemplate(params).promise().toFuture\n    @inline def verifyDomainDkimFuture(params: VerifyDomainDkimRequest): Future[VerifyDomainDkimResponse] = service.verifyDomainDkim(params).promise().toFuture\n    @inline def verifyDomainIdentityFuture(params: VerifyDomainIdentityRequest): Future[VerifyDomainIdentityResponse] = service.verifyDomainIdentity(params).promise().toFuture\n    @inline def verifyEmailAddressFuture(params: VerifyEmailAddressRequest): Future[js.Object] = service.verifyEmailAddress(params).promise().toFuture\n    @inline def verifyEmailIdentityFuture(params: VerifyEmailIdentityRequest): Future[VerifyEmailIdentityResponse] = service.verifyEmailIdentity(params).promise().toFuture\n\n  }\n}\n\npackage ses {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/ses\", JSImport.Namespace, \"AWS.SES\")\n  class SES() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def cloneReceiptRuleSet(params: CloneReceiptRuleSetRequest): Request[CloneReceiptRuleSetResponse] = js.native\n    def createConfigurationSet(params: CreateConfigurationSetRequest): Request[CreateConfigurationSetResponse] = js.native\n    def createConfigurationSetEventDestination(params: CreateConfigurationSetEventDestinationRequest): Request[CreateConfigurationSetEventDestinationResponse] = js.native\n    def createConfigurationSetTrackingOptions(params: CreateConfigurationSetTrackingOptionsRequest): Request[CreateConfigurationSetTrackingOptionsResponse] = js.native\n    def createCustomVerificationEmailTemplate(params: CreateCustomVerificationEmailTemplateRequest): Request[js.Object] = js.native\n    def createReceiptFilter(params: CreateReceiptFilterRequest): Request[CreateReceiptFilterResponse] = js.native\n    def createReceiptRule(params: CreateReceiptRuleRequest): Request[CreateReceiptRuleResponse] = js.native\n    def createReceiptRuleSet(params: CreateReceiptRuleSetRequest): Request[CreateReceiptRuleSetResponse] = js.native\n    def createTemplate(params: CreateTemplateRequest): Request[CreateTemplateResponse] = js.native\n    def deleteConfigurationSet(params: DeleteConfigurationSetRequest): Request[DeleteConfigurationSetResponse] = js.native\n    def deleteConfigurationSetEventDestination(params: DeleteConfigurationSetEventDestinationRequest): Request[DeleteConfigurationSetEventDestinationResponse] = js.native\n    def deleteConfigurationSetTrackingOptions(params: DeleteConfigurationSetTrackingOptionsRequest): Request[DeleteConfigurationSetTrackingOptionsResponse] = js.native\n    def deleteCustomVerificationEmailTemplate(params: DeleteCustomVerificationEmailTemplateRequest): Request[js.Object] = js.native\n    def deleteIdentity(params: DeleteIdentityRequest): Request[DeleteIdentityResponse] = js.native\n    def deleteIdentityPolicy(params: DeleteIdentityPolicyRequest): Request[DeleteIdentityPolicyResponse] = js.native\n    def deleteReceiptFilter(params: DeleteReceiptFilterRequest): Request[DeleteReceiptFilterResponse] = js.native\n    def deleteReceiptRule(params: DeleteReceiptRuleRequest): Request[DeleteReceiptRuleResponse] = js.native\n    def deleteReceiptRuleSet(params: DeleteReceiptRuleSetRequest): Request[DeleteReceiptRuleSetResponse] = js.native\n    def deleteTemplate(params: DeleteTemplateRequest): Request[DeleteTemplateResponse] = js.native\n    def deleteVerifiedEmailAddress(params: DeleteVerifiedEmailAddressRequest): Request[js.Object] = js.native\n    def describeActiveReceiptRuleSet(params: DescribeActiveReceiptRuleSetRequest): Request[DescribeActiveReceiptRuleSetResponse] = js.native\n    def describeConfigurationSet(params: DescribeConfigurationSetRequest): Request[DescribeConfigurationSetResponse] = js.native\n    def describeReceiptRule(params: DescribeReceiptRuleRequest): Request[DescribeReceiptRuleResponse] = js.native\n    def describeReceiptRuleSet(params: DescribeReceiptRuleSetRequest): Request[DescribeReceiptRuleSetResponse] = js.native\n    def getAccountSendingEnabled(): Request[GetAccountSendingEnabledResponse] = js.native\n    def getCustomVerificationEmailTemplate(params: GetCustomVerificationEmailTemplateRequest): Request[GetCustomVerificationEmailTemplateResponse] = js.native\n    def getIdentityDkimAttributes(params: GetIdentityDkimAttributesRequest): Request[GetIdentityDkimAttributesResponse] = js.native\n    def getIdentityMailFromDomainAttributes(params: GetIdentityMailFromDomainAttributesRequest): Request[GetIdentityMailFromDomainAttributesResponse] = js.native\n    def getIdentityNotificationAttributes(params: GetIdentityNotificationAttributesRequest): Request[GetIdentityNotificationAttributesResponse] = js.native\n    def getIdentityPolicies(params: GetIdentityPoliciesRequest): Request[GetIdentityPoliciesResponse] = js.native\n    def getIdentityVerificationAttributes(params: GetIdentityVerificationAttributesRequest): Request[GetIdentityVerificationAttributesResponse] = js.native\n    def getSendQuota(): Request[GetSendQuotaResponse] = js.native\n    def getSendStatistics(): Request[GetSendStatisticsResponse] = js.native\n    def getTemplate(params: GetTemplateRequest): Request[GetTemplateResponse] = js.native\n    def listConfigurationSets(params: ListConfigurationSetsRequest): Request[ListConfigurationSetsResponse] = js.native\n    def listCustomVerificationEmailTemplates(params: ListCustomVerificationEmailTemplatesRequest): Request[ListCustomVerificationEmailTemplatesResponse] = js.native\n    def listIdentities(params: ListIdentitiesRequest): Request[ListIdentitiesResponse] = js.native\n    def listIdentityPolicies(params: ListIdentityPoliciesRequest): Request[ListIdentityPoliciesResponse] = js.native\n    def listReceiptFilters(params: ListReceiptFiltersRequest): Request[ListReceiptFiltersResponse] = js.native\n    def listReceiptRuleSets(params: ListReceiptRuleSetsRequest): Request[ListReceiptRuleSetsResponse] = js.native\n    def listTemplates(params: ListTemplatesRequest): Request[ListTemplatesResponse] = js.native\n    def listVerifiedEmailAddresses(): Request[ListVerifiedEmailAddressesResponse] = js.native\n    def putConfigurationSetDeliveryOptions(params: PutConfigurationSetDeliveryOptionsRequest): Request[PutConfigurationSetDeliveryOptionsResponse] = js.native\n    def putIdentityPolicy(params: PutIdentityPolicyRequest): Request[PutIdentityPolicyResponse] = js.native\n    def reorderReceiptRuleSet(params: ReorderReceiptRuleSetRequest): Request[ReorderReceiptRuleSetResponse] = js.native\n    def sendBounce(params: SendBounceRequest): Request[SendBounceResponse] = js.native\n    def sendBulkTemplatedEmail(params: SendBulkTemplatedEmailRequest): Request[SendBulkTemplatedEmailResponse] = js.native\n    def sendCustomVerificationEmail(params: SendCustomVerificationEmailRequest): Request[SendCustomVerificationEmailResponse] = js.native\n    def sendEmail(params: SendEmailRequest): Request[SendEmailResponse] = js.native\n    def sendRawEmail(params: SendRawEmailRequest): Request[SendRawEmailResponse] = js.native\n    def sendTemplatedEmail(params: SendTemplatedEmailRequest): Request[SendTemplatedEmailResponse] = js.native\n    def setActiveReceiptRuleSet(params: SetActiveReceiptRuleSetRequest): Request[SetActiveReceiptRuleSetResponse] = js.native\n    def setIdentityDkimEnabled(params: SetIdentityDkimEnabledRequest): Request[SetIdentityDkimEnabledResponse] = js.native\n    def setIdentityFeedbackForwardingEnabled(params: SetIdentityFeedbackForwardingEnabledRequest): Request[SetIdentityFeedbackForwardingEnabledResponse] = js.native\n    def setIdentityHeadersInNotificationsEnabled(params: SetIdentityHeadersInNotificationsEnabledRequest): Request[SetIdentityHeadersInNotificationsEnabledResponse] = js.native\n    def setIdentityMailFromDomain(params: SetIdentityMailFromDomainRequest): Request[SetIdentityMailFromDomainResponse] = js.native\n    def setIdentityNotificationTopic(params: SetIdentityNotificationTopicRequest): Request[SetIdentityNotificationTopicResponse] = js.native\n    def setReceiptRulePosition(params: SetReceiptRulePositionRequest): Request[SetReceiptRulePositionResponse] = js.native\n    def testRenderTemplate(params: TestRenderTemplateRequest): Request[TestRenderTemplateResponse] = js.native\n    def updateAccountSendingEnabled(params: UpdateAccountSendingEnabledRequest): Request[js.Object] = js.native\n    def updateConfigurationSetEventDestination(params: UpdateConfigurationSetEventDestinationRequest): Request[UpdateConfigurationSetEventDestinationResponse] = js.native\n    def updateConfigurationSetReputationMetricsEnabled(params: UpdateConfigurationSetReputationMetricsEnabledRequest): Request[js.Object] = js.native\n    def updateConfigurationSetSendingEnabled(params: UpdateConfigurationSetSendingEnabledRequest): Request[js.Object] = js.native\n    def updateConfigurationSetTrackingOptions(params: UpdateConfigurationSetTrackingOptionsRequest): Request[UpdateConfigurationSetTrackingOptionsResponse] = js.native\n    def updateCustomVerificationEmailTemplate(params: UpdateCustomVerificationEmailTemplateRequest): Request[js.Object] = js.native\n    def updateReceiptRule(params: UpdateReceiptRuleRequest): Request[UpdateReceiptRuleResponse] = js.native\n    def updateTemplate(params: UpdateTemplateRequest): Request[UpdateTemplateResponse] = js.native\n    def verifyDomainDkim(params: VerifyDomainDkimRequest): Request[VerifyDomainDkimResponse] = js.native\n    def verifyDomainIdentity(params: VerifyDomainIdentityRequest): Request[VerifyDomainIdentityResponse] = js.native\n    def verifyEmailAddress(params: VerifyEmailAddressRequest): Request[js.Object] = js.native\n    def verifyEmailIdentity(params: VerifyEmailIdentityRequest): Request[VerifyEmailIdentityResponse] = js.native\n  }\n\n  \/** When included in a receipt rule, this action adds a header to the received email. For information about adding a header using a receipt rule, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-add-header.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait AddHeaderAction extends js.Object {\n    var HeaderName: HeaderName\n    var HeaderValue: HeaderValue\n  }\n\n  object AddHeaderAction {\n    @inline\n    def apply(\n        HeaderName: HeaderName,\n        HeaderValue: HeaderValue\n    ): AddHeaderAction = {\n      val __obj = js.Dynamic.literal(\n        \"HeaderName\" -> HeaderName.asInstanceOf[js.Any],\n        \"HeaderValue\" -> HeaderValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddHeaderAction]\n    }\n  }\n\n  @js.native\n  sealed trait BehaviorOnMXFailure extends js.Any\n  object BehaviorOnMXFailure {\n    val UseDefaultValue = \"UseDefaultValue\".asInstanceOf[BehaviorOnMXFailure]\n    val RejectMessage = \"RejectMessage\".asInstanceOf[BehaviorOnMXFailure]\n\n    @inline def values = js.Array(UseDefaultValue, RejectMessage)\n  }\n\n  \/** Represents the body of the message. You can specify text, HTML, or both. If you use both, then the message should display correctly in the widest variety of email clients.\n    *\/\n  @js.native\n  trait Body extends js.Object {\n    var Html: js.UndefOr[Content]\n    var Text: js.UndefOr[Content]\n  }\n\n  object Body {\n    @inline\n    def apply(\n        Html: js.UndefOr[Content] = js.undefined,\n        Text: js.UndefOr[Content] = js.undefined\n    ): Body = {\n      val __obj = js.Dynamic.literal()\n      Html.foreach(__v => __obj.updateDynamic(\"Html\")(__v.asInstanceOf[js.Any]))\n      Text.foreach(__v => __obj.updateDynamic(\"Text\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Body]\n    }\n  }\n\n  \/** When included in a receipt rule, this action rejects the received email by returning a bounce response to the sender and, optionally, publishes a notification to Amazon Simple Notification Service (Amazon SNS). For information about sending a bounce message in response to a received email, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-bounce.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait BounceAction extends js.Object {\n    var Message: BounceMessage\n    var Sender: Address\n    var SmtpReplyCode: BounceSmtpReplyCode\n    var StatusCode: js.UndefOr[BounceStatusCode]\n    var TopicArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object BounceAction {\n    @inline\n    def apply(\n        Message: BounceMessage,\n        Sender: Address,\n        SmtpReplyCode: BounceSmtpReplyCode,\n        StatusCode: js.UndefOr[BounceStatusCode] = js.undefined,\n        TopicArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): BounceAction = {\n      val __obj = js.Dynamic.literal(\n        \"Message\" -> Message.asInstanceOf[js.Any],\n        \"Sender\" -> Sender.asInstanceOf[js.Any],\n        \"SmtpReplyCode\" -> SmtpReplyCode.asInstanceOf[js.Any]\n      )\n\n      StatusCode.foreach(__v => __obj.updateDynamic(\"StatusCode\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BounceAction]\n    }\n  }\n\n  @js.native\n  sealed trait BounceType extends js.Any\n  object BounceType {\n    val DoesNotExist = \"DoesNotExist\".asInstanceOf[BounceType]\n    val MessageTooLarge = \"MessageTooLarge\".asInstanceOf[BounceType]\n    val ExceededQuota = \"ExceededQuota\".asInstanceOf[BounceType]\n    val ContentRejected = \"ContentRejected\".asInstanceOf[BounceType]\n    val Undefined = \"Undefined\".asInstanceOf[BounceType]\n    val TemporaryFailure = \"TemporaryFailure\".asInstanceOf[BounceType]\n\n    @inline def values = js.Array(DoesNotExist, MessageTooLarge, ExceededQuota, ContentRejected, Undefined, TemporaryFailure)\n  }\n\n  \/** Recipient-related information to include in the Delivery Status Notification (DSN) when an email that Amazon SES receives on your behalf bounces. For information about receiving email through Amazon SES, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait BouncedRecipientInfo extends js.Object {\n    var Recipient: Address\n    var BounceType: js.UndefOr[BounceType]\n    var RecipientArn: js.UndefOr[AmazonResourceName]\n    var RecipientDsnFields: js.UndefOr[RecipientDsnFields]\n  }\n\n  object BouncedRecipientInfo {\n    @inline\n    def apply(\n        Recipient: Address,\n        BounceType: js.UndefOr[BounceType] = js.undefined,\n        RecipientArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        RecipientDsnFields: js.UndefOr[RecipientDsnFields] = js.undefined\n    ): BouncedRecipientInfo = {\n      val __obj = js.Dynamic.literal(\n        \"Recipient\" -> Recipient.asInstanceOf[js.Any]\n      )\n\n      BounceType.foreach(__v => __obj.updateDynamic(\"BounceType\")(__v.asInstanceOf[js.Any]))\n      RecipientArn.foreach(__v => __obj.updateDynamic(\"RecipientArn\")(__v.asInstanceOf[js.Any]))\n      RecipientDsnFields.foreach(__v => __obj.updateDynamic(\"RecipientDsnFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BouncedRecipientInfo]\n    }\n  }\n\n  \/** An array that contains one or more Destinations, as well as the tags and replacement data associated with each of those Destinations.\n    *\/\n  @js.native\n  trait BulkEmailDestination extends js.Object {\n    var Destination: Destination\n    var ReplacementTags: js.UndefOr[MessageTagList]\n    var ReplacementTemplateData: js.UndefOr[TemplateData]\n  }\n\n  object BulkEmailDestination {\n    @inline\n    def apply(\n        Destination: Destination,\n        ReplacementTags: js.UndefOr[MessageTagList] = js.undefined,\n        ReplacementTemplateData: js.UndefOr[TemplateData] = js.undefined\n    ): BulkEmailDestination = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any]\n      )\n\n      ReplacementTags.foreach(__v => __obj.updateDynamic(\"ReplacementTags\")(__v.asInstanceOf[js.Any]))\n      ReplacementTemplateData.foreach(__v => __obj.updateDynamic(\"ReplacementTemplateData\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BulkEmailDestination]\n    }\n  }\n\n  \/** An object that contains the response from the <code>SendBulkTemplatedEmail<\/code> operation.\n    *\/\n  @js.native\n  trait BulkEmailDestinationStatus extends js.Object {\n    var Error: js.UndefOr[Error]\n    var MessageId: js.UndefOr[MessageId]\n    var Status: js.UndefOr[BulkEmailStatus]\n  }\n\n  object BulkEmailDestinationStatus {\n    @inline\n    def apply(\n        Error: js.UndefOr[Error] = js.undefined,\n        MessageId: js.UndefOr[MessageId] = js.undefined,\n        Status: js.UndefOr[BulkEmailStatus] = js.undefined\n    ): BulkEmailDestinationStatus = {\n      val __obj = js.Dynamic.literal()\n      Error.foreach(__v => __obj.updateDynamic(\"Error\")(__v.asInstanceOf[js.Any]))\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BulkEmailDestinationStatus]\n    }\n  }\n\n  @js.native\n  sealed trait BulkEmailStatus extends js.Any\n  object BulkEmailStatus {\n    val Success = \"Success\".asInstanceOf[BulkEmailStatus]\n    val MessageRejected = \"MessageRejected\".asInstanceOf[BulkEmailStatus]\n    val MailFromDomainNotVerified = \"MailFromDomainNotVerified\".asInstanceOf[BulkEmailStatus]\n    val ConfigurationSetDoesNotExist = \"ConfigurationSetDoesNotExist\".asInstanceOf[BulkEmailStatus]\n    val TemplateDoesNotExist = \"TemplateDoesNotExist\".asInstanceOf[BulkEmailStatus]\n    val AccountSuspended = \"AccountSuspended\".asInstanceOf[BulkEmailStatus]\n    val AccountThrottled = \"AccountThrottled\".asInstanceOf[BulkEmailStatus]\n    val AccountDailyQuotaExceeded = \"AccountDailyQuotaExceeded\".asInstanceOf[BulkEmailStatus]\n    val InvalidSendingPoolName = \"InvalidSendingPoolName\".asInstanceOf[BulkEmailStatus]\n    val AccountSendingPaused = \"AccountSendingPaused\".asInstanceOf[BulkEmailStatus]\n    val ConfigurationSetSendingPaused = \"ConfigurationSetSendingPaused\".asInstanceOf[BulkEmailStatus]\n    val InvalidParameterValue = \"InvalidParameterValue\".asInstanceOf[BulkEmailStatus]\n    val TransientFailure = \"TransientFailure\".asInstanceOf[BulkEmailStatus]\n    val Failed = \"Failed\".asInstanceOf[BulkEmailStatus]\n\n    @inline def values = js.Array(\n      Success,\n      MessageRejected,\n      MailFromDomainNotVerified,\n      ConfigurationSetDoesNotExist,\n      TemplateDoesNotExist,\n      AccountSuspended,\n      AccountThrottled,\n      AccountDailyQuotaExceeded,\n      InvalidSendingPoolName,\n      AccountSendingPaused,\n      ConfigurationSetSendingPaused,\n      InvalidParameterValue,\n      TransientFailure,\n      Failed\n    )\n  }\n\n  \/** Represents a request to create a receipt rule set by cloning an existing one. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CloneReceiptRuleSetRequest extends js.Object {\n    var OriginalRuleSetName: ReceiptRuleSetName\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object CloneReceiptRuleSetRequest {\n    @inline\n    def apply(\n        OriginalRuleSetName: ReceiptRuleSetName,\n        RuleSetName: ReceiptRuleSetName\n    ): CloneReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OriginalRuleSetName\" -> OriginalRuleSetName.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloneReceiptRuleSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CloneReceiptRuleSetResponse extends js.Object\n\n  object CloneReceiptRuleSetResponse {\n    @inline\n    def apply(): CloneReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CloneReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Contains information associated with an Amazon CloudWatch event destination to which email sending events are published. Event destinations, such as Amazon CloudWatch, are associated with configuration sets, which enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CloudWatchDestination extends js.Object {\n    var DimensionConfigurations: CloudWatchDimensionConfigurations\n  }\n\n  object CloudWatchDestination {\n    @inline\n    def apply(\n        DimensionConfigurations: CloudWatchDimensionConfigurations\n    ): CloudWatchDestination = {\n      val __obj = js.Dynamic.literal(\n        \"DimensionConfigurations\" -> DimensionConfigurations.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudWatchDestination]\n    }\n  }\n\n  \/** Contains the dimension configuration to use when you publish email sending events to Amazon CloudWatch. For information about publishing email sending events to Amazon CloudWatch, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CloudWatchDimensionConfiguration extends js.Object {\n    var DefaultDimensionValue: DefaultDimensionValue\n    var DimensionName: DimensionName\n    var DimensionValueSource: DimensionValueSource\n  }\n\n  object CloudWatchDimensionConfiguration {\n    @inline\n    def apply(\n        DefaultDimensionValue: DefaultDimensionValue,\n        DimensionName: DimensionName,\n        DimensionValueSource: DimensionValueSource\n    ): CloudWatchDimensionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"DefaultDimensionValue\" -> DefaultDimensionValue.asInstanceOf[js.Any],\n        \"DimensionName\" -> DimensionName.asInstanceOf[js.Any],\n        \"DimensionValueSource\" -> DimensionValueSource.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CloudWatchDimensionConfiguration]\n    }\n  }\n\n  \/** The name of the configuration set. Configuration sets let you create groups of rules that you can apply to the emails you send using Amazon SES. For more information about using configuration sets, see [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/using-configuration-sets.html|Using Amazon SES Configuration Sets]] in the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ConfigurationSet extends js.Object {\n    var Name: ConfigurationSetName\n  }\n\n  object ConfigurationSet {\n    @inline\n    def apply(\n        Name: ConfigurationSetName\n    ): ConfigurationSet = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ConfigurationSet]\n    }\n  }\n\n  @js.native\n  sealed trait ConfigurationSetAttribute extends js.Any\n  object ConfigurationSetAttribute {\n    val eventDestinations = \"eventDestinations\".asInstanceOf[ConfigurationSetAttribute]\n    val trackingOptions = \"trackingOptions\".asInstanceOf[ConfigurationSetAttribute]\n    val deliveryOptions = \"deliveryOptions\".asInstanceOf[ConfigurationSetAttribute]\n    val reputationOptions = \"reputationOptions\".asInstanceOf[ConfigurationSetAttribute]\n\n    @inline def values = js.Array(eventDestinations, trackingOptions, deliveryOptions, reputationOptions)\n  }\n\n  \/** Represents textual data, plus an optional character set specification. By default, the text must be 7-bit ASCII, due to the constraints of the SMTP protocol. If the text must contain any other characters, then you must also specify a character set. Examples include UTF-8, ISO-8859-1, and Shift_JIS.\n    *\/\n  @js.native\n  trait Content extends js.Object {\n    var Data: MessageData\n    var Charset: js.UndefOr[Charset]\n  }\n\n  object Content {\n    @inline\n    def apply(\n        Data: MessageData,\n        Charset: js.UndefOr[Charset] = js.undefined\n    ): Content = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any]\n      )\n\n      Charset.foreach(__v => __obj.updateDynamic(\"Charset\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Content]\n    }\n  }\n\n  \/** Represents a request to create a configuration set event destination. A configuration set event destination, which can be either Amazon CloudWatch or Amazon Kinesis Firehose, describes an AWS service in which Amazon SES publishes the email sending events associated with a configuration set. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateConfigurationSetEventDestinationRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var EventDestination: EventDestination\n  }\n\n  object CreateConfigurationSetEventDestinationRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        EventDestination: EventDestination\n    ): CreateConfigurationSetEventDestinationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"EventDestination\" -> EventDestination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateConfigurationSetEventDestinationRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateConfigurationSetEventDestinationResponse extends js.Object\n\n  object CreateConfigurationSetEventDestinationResponse {\n    @inline\n    def apply(): CreateConfigurationSetEventDestinationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateConfigurationSetEventDestinationResponse]\n    }\n  }\n\n  \/** Represents a request to create a configuration set. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateConfigurationSetRequest extends js.Object {\n    var ConfigurationSet: ConfigurationSet\n  }\n\n  object CreateConfigurationSetRequest {\n    @inline\n    def apply(\n        ConfigurationSet: ConfigurationSet\n    ): CreateConfigurationSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSet\" -> ConfigurationSet.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateConfigurationSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateConfigurationSetResponse extends js.Object\n\n  object CreateConfigurationSetResponse {\n    @inline\n    def apply(): CreateConfigurationSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateConfigurationSetResponse]\n    }\n  }\n\n  \/** Represents a request to create an open and click tracking option object in a configuration set.\n    *\/\n  @js.native\n  trait CreateConfigurationSetTrackingOptionsRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var TrackingOptions: TrackingOptions\n  }\n\n  object CreateConfigurationSetTrackingOptionsRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        TrackingOptions: TrackingOptions\n    ): CreateConfigurationSetTrackingOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"TrackingOptions\" -> TrackingOptions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateConfigurationSetTrackingOptionsRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateConfigurationSetTrackingOptionsResponse extends js.Object\n\n  object CreateConfigurationSetTrackingOptionsResponse {\n    @inline\n    def apply(): CreateConfigurationSetTrackingOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateConfigurationSetTrackingOptionsResponse]\n    }\n  }\n\n  \/** Represents a request to create a custom verification email template.\n    *\/\n  @js.native\n  trait CreateCustomVerificationEmailTemplateRequest extends js.Object {\n    var FailureRedirectionURL: FailureRedirectionURL\n    var FromEmailAddress: FromAddress\n    var SuccessRedirectionURL: SuccessRedirectionURL\n    var TemplateContent: TemplateContent\n    var TemplateName: TemplateName\n    var TemplateSubject: Subject\n  }\n\n  object CreateCustomVerificationEmailTemplateRequest {\n    @inline\n    def apply(\n        FailureRedirectionURL: FailureRedirectionURL,\n        FromEmailAddress: FromAddress,\n        SuccessRedirectionURL: SuccessRedirectionURL,\n        TemplateContent: TemplateContent,\n        TemplateName: TemplateName,\n        TemplateSubject: Subject\n    ): CreateCustomVerificationEmailTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FailureRedirectionURL\" -> FailureRedirectionURL.asInstanceOf[js.Any],\n        \"FromEmailAddress\" -> FromEmailAddress.asInstanceOf[js.Any],\n        \"SuccessRedirectionURL\" -> SuccessRedirectionURL.asInstanceOf[js.Any],\n        \"TemplateContent\" -> TemplateContent.asInstanceOf[js.Any],\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any],\n        \"TemplateSubject\" -> TemplateSubject.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateCustomVerificationEmailTemplateRequest]\n    }\n  }\n\n  \/** Represents a request to create a new IP address filter. You use IP address filters when you receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateReceiptFilterRequest extends js.Object {\n    var Filter: ReceiptFilter\n  }\n\n  object CreateReceiptFilterRequest {\n    @inline\n    def apply(\n        Filter: ReceiptFilter\n    ): CreateReceiptFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filter\" -> Filter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateReceiptFilterRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateReceiptFilterResponse extends js.Object\n\n  object CreateReceiptFilterResponse {\n    @inline\n    def apply(): CreateReceiptFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateReceiptFilterResponse]\n    }\n  }\n\n  \/** Represents a request to create a receipt rule. You use receipt rules to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateReceiptRuleRequest extends js.Object {\n    var Rule: ReceiptRule\n    var RuleSetName: ReceiptRuleSetName\n    var After: js.UndefOr[ReceiptRuleName]\n  }\n\n  object CreateReceiptRuleRequest {\n    @inline\n    def apply(\n        Rule: ReceiptRule,\n        RuleSetName: ReceiptRuleSetName,\n        After: js.UndefOr[ReceiptRuleName] = js.undefined\n    ): CreateReceiptRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Rule\" -> Rule.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n\n      After.foreach(__v => __obj.updateDynamic(\"After\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateReceiptRuleRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateReceiptRuleResponse extends js.Object\n\n  object CreateReceiptRuleResponse {\n    @inline\n    def apply(): CreateReceiptRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateReceiptRuleResponse]\n    }\n  }\n\n  \/** Represents a request to create an empty receipt rule set. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateReceiptRuleSetRequest extends js.Object {\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object CreateReceiptRuleSetRequest {\n    @inline\n    def apply(\n        RuleSetName: ReceiptRuleSetName\n    ): CreateReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateReceiptRuleSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait CreateReceiptRuleSetResponse extends js.Object\n\n  object CreateReceiptRuleSetResponse {\n    @inline\n    def apply(): CreateReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Represents a request to create an email template. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-personalized-email-api.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait CreateTemplateRequest extends js.Object {\n    var Template: Template\n  }\n\n  object CreateTemplateRequest {\n    @inline\n    def apply(\n        Template: Template\n    ): CreateTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Template\" -> Template.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateTemplateResponse extends js.Object\n\n  object CreateTemplateResponse {\n    @inline\n    def apply(): CreateTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateTemplateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CustomMailFromStatus extends js.Any\n  object CustomMailFromStatus {\n    val Pending = \"Pending\".asInstanceOf[CustomMailFromStatus]\n    val Success = \"Success\".asInstanceOf[CustomMailFromStatus]\n    val Failed = \"Failed\".asInstanceOf[CustomMailFromStatus]\n    val TemporaryFailure = \"TemporaryFailure\".asInstanceOf[CustomMailFromStatus]\n\n    @inline def values = js.Array(Pending, Success, Failed, TemporaryFailure)\n  }\n\n  \/** Contains information about a custom verification email template.\n    *\/\n  @js.native\n  trait CustomVerificationEmailTemplate extends js.Object {\n    var FailureRedirectionURL: js.UndefOr[FailureRedirectionURL]\n    var FromEmailAddress: js.UndefOr[FromAddress]\n    var SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL]\n    var TemplateName: js.UndefOr[TemplateName]\n    var TemplateSubject: js.UndefOr[Subject]\n  }\n\n  object CustomVerificationEmailTemplate {\n    @inline\n    def apply(\n        FailureRedirectionURL: js.UndefOr[FailureRedirectionURL] = js.undefined,\n        FromEmailAddress: js.UndefOr[FromAddress] = js.undefined,\n        SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL] = js.undefined,\n        TemplateName: js.UndefOr[TemplateName] = js.undefined,\n        TemplateSubject: js.UndefOr[Subject] = js.undefined\n    ): CustomVerificationEmailTemplate = {\n      val __obj = js.Dynamic.literal()\n      FailureRedirectionURL.foreach(__v => __obj.updateDynamic(\"FailureRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      FromEmailAddress.foreach(__v => __obj.updateDynamic(\"FromEmailAddress\")(__v.asInstanceOf[js.Any]))\n      SuccessRedirectionURL.foreach(__v => __obj.updateDynamic(\"SuccessRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      TemplateName.foreach(__v => __obj.updateDynamic(\"TemplateName\")(__v.asInstanceOf[js.Any]))\n      TemplateSubject.foreach(__v => __obj.updateDynamic(\"TemplateSubject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomVerificationEmailTemplate]\n    }\n  }\n\n  \/** Represents a request to delete a configuration set event destination. Configuration set event destinations are associated with configuration sets, which enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteConfigurationSetEventDestinationRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var EventDestinationName: EventDestinationName\n  }\n\n  object DeleteConfigurationSetEventDestinationRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        EventDestinationName: EventDestinationName\n    ): DeleteConfigurationSetEventDestinationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"EventDestinationName\" -> EventDestinationName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConfigurationSetEventDestinationRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteConfigurationSetEventDestinationResponse extends js.Object\n\n  object DeleteConfigurationSetEventDestinationResponse {\n    @inline\n    def apply(): DeleteConfigurationSetEventDestinationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteConfigurationSetEventDestinationResponse]\n    }\n  }\n\n  \/** Represents a request to delete a configuration set. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteConfigurationSetRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n  }\n\n  object DeleteConfigurationSetRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName\n    ): DeleteConfigurationSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConfigurationSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteConfigurationSetResponse extends js.Object\n\n  object DeleteConfigurationSetResponse {\n    @inline\n    def apply(): DeleteConfigurationSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteConfigurationSetResponse]\n    }\n  }\n\n  \/** Represents a request to delete open and click tracking options in a configuration set.\n    *\/\n  @js.native\n  trait DeleteConfigurationSetTrackingOptionsRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n  }\n\n  object DeleteConfigurationSetTrackingOptionsRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName\n    ): DeleteConfigurationSetTrackingOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteConfigurationSetTrackingOptionsRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteConfigurationSetTrackingOptionsResponse extends js.Object\n\n  object DeleteConfigurationSetTrackingOptionsResponse {\n    @inline\n    def apply(): DeleteConfigurationSetTrackingOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteConfigurationSetTrackingOptionsResponse]\n    }\n  }\n\n  \/** Represents a request to delete an existing custom verification email template.\n    *\/\n  @js.native\n  trait DeleteCustomVerificationEmailTemplateRequest extends js.Object {\n    var TemplateName: TemplateName\n  }\n\n  object DeleteCustomVerificationEmailTemplateRequest {\n    @inline\n    def apply(\n        TemplateName: TemplateName\n    ): DeleteCustomVerificationEmailTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCustomVerificationEmailTemplateRequest]\n    }\n  }\n\n  \/** Represents a request to delete a sending authorization policy for an identity. Sending authorization is an Amazon SES feature that enables you to authorize other senders to use your identities. For information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/sending-authorization.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteIdentityPolicyRequest extends js.Object {\n    var Identity: Identity\n    var PolicyName: PolicyName\n  }\n\n  object DeleteIdentityPolicyRequest {\n    @inline\n    def apply(\n        Identity: Identity,\n        PolicyName: PolicyName\n    ): DeleteIdentityPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIdentityPolicyRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteIdentityPolicyResponse extends js.Object\n\n  object DeleteIdentityPolicyResponse {\n    @inline\n    def apply(): DeleteIdentityPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteIdentityPolicyResponse]\n    }\n  }\n\n  \/** Represents a request to delete one of your Amazon SES identities (an email address or domain).\n    *\/\n  @js.native\n  trait DeleteIdentityRequest extends js.Object {\n    var Identity: Identity\n  }\n\n  object DeleteIdentityRequest {\n    @inline\n    def apply(\n        Identity: Identity\n    ): DeleteIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteIdentityRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteIdentityResponse extends js.Object\n\n  object DeleteIdentityResponse {\n    @inline\n    def apply(): DeleteIdentityResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteIdentityResponse]\n    }\n  }\n\n  \/** Represents a request to delete an IP address filter. You use IP address filters when you receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteReceiptFilterRequest extends js.Object {\n    var FilterName: ReceiptFilterName\n  }\n\n  object DeleteReceiptFilterRequest {\n    @inline\n    def apply(\n        FilterName: ReceiptFilterName\n    ): DeleteReceiptFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FilterName\" -> FilterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReceiptFilterRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteReceiptFilterResponse extends js.Object\n\n  object DeleteReceiptFilterResponse {\n    @inline\n    def apply(): DeleteReceiptFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReceiptFilterResponse]\n    }\n  }\n\n  \/** Represents a request to delete a receipt rule. You use receipt rules to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteReceiptRuleRequest extends js.Object {\n    var RuleName: ReceiptRuleName\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object DeleteReceiptRuleRequest {\n    @inline\n    def apply(\n        RuleName: ReceiptRuleName,\n        RuleSetName: ReceiptRuleSetName\n    ): DeleteReceiptRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReceiptRuleRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteReceiptRuleResponse extends js.Object\n\n  object DeleteReceiptRuleResponse {\n    @inline\n    def apply(): DeleteReceiptRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReceiptRuleResponse]\n    }\n  }\n\n  \/** Represents a request to delete a receipt rule set and all of the receipt rules it contains. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteReceiptRuleSetRequest extends js.Object {\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object DeleteReceiptRuleSetRequest {\n    @inline\n    def apply(\n        RuleSetName: ReceiptRuleSetName\n    ): DeleteReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteReceiptRuleSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait DeleteReceiptRuleSetResponse extends js.Object\n\n  object DeleteReceiptRuleSetResponse {\n    @inline\n    def apply(): DeleteReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Represents a request to delete an email template. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-personalized-email-api.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DeleteTemplateRequest extends js.Object {\n    var TemplateName: TemplateName\n  }\n\n  object DeleteTemplateRequest {\n    @inline\n    def apply(\n        TemplateName: TemplateName\n    ): DeleteTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTemplateResponse extends js.Object\n\n  object DeleteTemplateResponse {\n    @inline\n    def apply(): DeleteTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteTemplateResponse]\n    }\n  }\n\n  \/** Represents a request to delete an email address from the list of email addresses you have attempted to verify under your AWS account.\n    *\/\n  @js.native\n  trait DeleteVerifiedEmailAddressRequest extends js.Object {\n    var EmailAddress: Address\n  }\n\n  object DeleteVerifiedEmailAddressRequest {\n    @inline\n    def apply(\n        EmailAddress: Address\n    ): DeleteVerifiedEmailAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EmailAddress\" -> EmailAddress.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVerifiedEmailAddressRequest]\n    }\n  }\n\n  \/** Specifies whether messages that use the configuration set are required to use Transport Layer Security (TLS).\n    *\/\n  @js.native\n  trait DeliveryOptions extends js.Object {\n    var TlsPolicy: js.UndefOr[TlsPolicy]\n  }\n\n  object DeliveryOptions {\n    @inline\n    def apply(\n        TlsPolicy: js.UndefOr[TlsPolicy] = js.undefined\n    ): DeliveryOptions = {\n      val __obj = js.Dynamic.literal()\n      TlsPolicy.foreach(__v => __obj.updateDynamic(\"TlsPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeliveryOptions]\n    }\n  }\n\n  \/** Represents a request to return the metadata and receipt rules for the receipt rule set that is currently active. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DescribeActiveReceiptRuleSetRequest extends js.Object\n\n  object DescribeActiveReceiptRuleSetRequest {\n    @inline\n    def apply(): DescribeActiveReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeActiveReceiptRuleSetRequest]\n    }\n  }\n\n  \/** Represents the metadata and receipt rules for the receipt rule set that is currently active.\n    *\/\n  @js.native\n  trait DescribeActiveReceiptRuleSetResponse extends js.Object {\n    var Metadata: js.UndefOr[ReceiptRuleSetMetadata]\n    var Rules: js.UndefOr[ReceiptRulesList]\n  }\n\n  object DescribeActiveReceiptRuleSetResponse {\n    @inline\n    def apply(\n        Metadata: js.UndefOr[ReceiptRuleSetMetadata] = js.undefined,\n        Rules: js.UndefOr[ReceiptRulesList] = js.undefined\n    ): DescribeActiveReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeActiveReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Represents a request to return the details of a configuration set. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DescribeConfigurationSetRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var ConfigurationSetAttributeNames: js.UndefOr[ConfigurationSetAttributeList]\n  }\n\n  object DescribeConfigurationSetRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        ConfigurationSetAttributeNames: js.UndefOr[ConfigurationSetAttributeList] = js.undefined\n    ): DescribeConfigurationSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetAttributeNames.foreach(__v => __obj.updateDynamic(\"ConfigurationSetAttributeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeConfigurationSetRequest]\n    }\n  }\n\n  \/** Represents the details of a configuration set. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DescribeConfigurationSetResponse extends js.Object {\n    var ConfigurationSet: js.UndefOr[ConfigurationSet]\n    var DeliveryOptions: js.UndefOr[DeliveryOptions]\n    var EventDestinations: js.UndefOr[EventDestinations]\n    var ReputationOptions: js.UndefOr[ReputationOptions]\n    var TrackingOptions: js.UndefOr[TrackingOptions]\n  }\n\n  object DescribeConfigurationSetResponse {\n    @inline\n    def apply(\n        ConfigurationSet: js.UndefOr[ConfigurationSet] = js.undefined,\n        DeliveryOptions: js.UndefOr[DeliveryOptions] = js.undefined,\n        EventDestinations: js.UndefOr[EventDestinations] = js.undefined,\n        ReputationOptions: js.UndefOr[ReputationOptions] = js.undefined,\n        TrackingOptions: js.UndefOr[TrackingOptions] = js.undefined\n    ): DescribeConfigurationSetResponse = {\n      val __obj = js.Dynamic.literal()\n      ConfigurationSet.foreach(__v => __obj.updateDynamic(\"ConfigurationSet\")(__v.asInstanceOf[js.Any]))\n      DeliveryOptions.foreach(__v => __obj.updateDynamic(\"DeliveryOptions\")(__v.asInstanceOf[js.Any]))\n      EventDestinations.foreach(__v => __obj.updateDynamic(\"EventDestinations\")(__v.asInstanceOf[js.Any]))\n      ReputationOptions.foreach(__v => __obj.updateDynamic(\"ReputationOptions\")(__v.asInstanceOf[js.Any]))\n      TrackingOptions.foreach(__v => __obj.updateDynamic(\"TrackingOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeConfigurationSetResponse]\n    }\n  }\n\n  \/** Represents a request to return the details of a receipt rule. You use receipt rules to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DescribeReceiptRuleRequest extends js.Object {\n    var RuleName: ReceiptRuleName\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object DescribeReceiptRuleRequest {\n    @inline\n    def apply(\n        RuleName: ReceiptRuleName,\n        RuleSetName: ReceiptRuleSetName\n    ): DescribeReceiptRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeReceiptRuleRequest]\n    }\n  }\n\n  \/** Represents the details of a receipt rule.\n    *\/\n  @js.native\n  trait DescribeReceiptRuleResponse extends js.Object {\n    var Rule: js.UndefOr[ReceiptRule]\n  }\n\n  object DescribeReceiptRuleResponse {\n    @inline\n    def apply(\n        Rule: js.UndefOr[ReceiptRule] = js.undefined\n    ): DescribeReceiptRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      Rule.foreach(__v => __obj.updateDynamic(\"Rule\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReceiptRuleResponse]\n    }\n  }\n\n  \/** Represents a request to return the details of a receipt rule set. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait DescribeReceiptRuleSetRequest extends js.Object {\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object DescribeReceiptRuleSetRequest {\n    @inline\n    def apply(\n        RuleSetName: ReceiptRuleSetName\n    ): DescribeReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeReceiptRuleSetRequest]\n    }\n  }\n\n  \/** Represents the details of the specified receipt rule set.\n    *\/\n  @js.native\n  trait DescribeReceiptRuleSetResponse extends js.Object {\n    var Metadata: js.UndefOr[ReceiptRuleSetMetadata]\n    var Rules: js.UndefOr[ReceiptRulesList]\n  }\n\n  object DescribeReceiptRuleSetResponse {\n    @inline\n    def apply(\n        Metadata: js.UndefOr[ReceiptRuleSetMetadata] = js.undefined,\n        Rules: js.UndefOr[ReceiptRulesList] = js.undefined\n    ): DescribeReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      Metadata.foreach(__v => __obj.updateDynamic(\"Metadata\")(__v.asInstanceOf[js.Any]))\n      Rules.foreach(__v => __obj.updateDynamic(\"Rules\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Represents the destination of the message, consisting of To:, CC:, and BCC: fields.\n    *\n    * '''Note:'''Amazon SES does not support the SMTPUTF8 extension, as described in [[https:\/\/tools.ietf.org\/html\/rfc6531|RFC6531]]. For this reason, the <i>local part<\/i> of a destination email address (the part of the email address that precedes the @ sign) may only contain [[https:\/\/en.wikipedia.org\/wiki\/Email_address#Local-part|7-bit ASCII characters]]. If the <i>domain part<\/i> of an address (the part after the @ sign) contains non-ASCII characters, they must be encoded using Punycode, as described in [[https:\/\/tools.ietf.org\/html\/rfc3492.html|RFC3492]].\n    *\/\n  @js.native\n  trait Destination extends js.Object {\n    var BccAddresses: js.UndefOr[AddressList]\n    var CcAddresses: js.UndefOr[AddressList]\n    var ToAddresses: js.UndefOr[AddressList]\n  }\n\n  object Destination {\n    @inline\n    def apply(\n        BccAddresses: js.UndefOr[AddressList] = js.undefined,\n        CcAddresses: js.UndefOr[AddressList] = js.undefined,\n        ToAddresses: js.UndefOr[AddressList] = js.undefined\n    ): Destination = {\n      val __obj = js.Dynamic.literal()\n      BccAddresses.foreach(__v => __obj.updateDynamic(\"BccAddresses\")(__v.asInstanceOf[js.Any]))\n      CcAddresses.foreach(__v => __obj.updateDynamic(\"CcAddresses\")(__v.asInstanceOf[js.Any]))\n      ToAddresses.foreach(__v => __obj.updateDynamic(\"ToAddresses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Destination]\n    }\n  }\n\n  @js.native\n  sealed trait DimensionValueSource extends js.Any\n  object DimensionValueSource {\n    val messageTag = \"messageTag\".asInstanceOf[DimensionValueSource]\n    val emailHeader = \"emailHeader\".asInstanceOf[DimensionValueSource]\n    val linkTag = \"linkTag\".asInstanceOf[DimensionValueSource]\n\n    @inline def values = js.Array(messageTag, emailHeader, linkTag)\n  }\n\n  @js.native\n  sealed trait DsnAction extends js.Any\n  object DsnAction {\n    val failed = \"failed\".asInstanceOf[DsnAction]\n    val delayed = \"delayed\".asInstanceOf[DsnAction]\n    val delivered = \"delivered\".asInstanceOf[DsnAction]\n    val relayed = \"relayed\".asInstanceOf[DsnAction]\n    val expanded = \"expanded\".asInstanceOf[DsnAction]\n\n    @inline def values = js.Array(failed, delayed, delivered, relayed, expanded)\n  }\n\n  \/** Contains information about the event destination that the specified email sending events will be published to.\n    *\n    * '''Note:'''When you create or update an event destination, you must provide one, and only one, destination. The destination can be Amazon CloudWatch, Amazon Kinesis Firehose or Amazon Simple Notification Service (Amazon SNS). Event destinations are associated with configuration sets, which enable you to publish email sending events to Amazon CloudWatch, Amazon Kinesis Firehose, or Amazon Simple Notification Service (Amazon SNS). For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait EventDestination extends js.Object {\n    var MatchingEventTypes: EventTypes\n    var Name: EventDestinationName\n    var CloudWatchDestination: js.UndefOr[CloudWatchDestination]\n    var Enabled: js.UndefOr[Enabled]\n    var KinesisFirehoseDestination: js.UndefOr[KinesisFirehoseDestination]\n    var SNSDestination: js.UndefOr[SNSDestination]\n  }\n\n  object EventDestination {\n    @inline\n    def apply(\n        MatchingEventTypes: EventTypes,\n        Name: EventDestinationName,\n        CloudWatchDestination: js.UndefOr[CloudWatchDestination] = js.undefined,\n        Enabled: js.UndefOr[Enabled] = js.undefined,\n        KinesisFirehoseDestination: js.UndefOr[KinesisFirehoseDestination] = js.undefined,\n        SNSDestination: js.UndefOr[SNSDestination] = js.undefined\n    ): EventDestination = {\n      val __obj = js.Dynamic.literal(\n        \"MatchingEventTypes\" -> MatchingEventTypes.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CloudWatchDestination.foreach(__v => __obj.updateDynamic(\"CloudWatchDestination\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      KinesisFirehoseDestination.foreach(__v => __obj.updateDynamic(\"KinesisFirehoseDestination\")(__v.asInstanceOf[js.Any]))\n      SNSDestination.foreach(__v => __obj.updateDynamic(\"SNSDestination\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventDestination]\n    }\n  }\n\n  @js.native\n  sealed trait EventType extends js.Any\n  object EventType {\n    val send = \"send\".asInstanceOf[EventType]\n    val reject = \"reject\".asInstanceOf[EventType]\n    val bounce = \"bounce\".asInstanceOf[EventType]\n    val complaint = \"complaint\".asInstanceOf[EventType]\n    val delivery = \"delivery\".asInstanceOf[EventType]\n    val open = \"open\".asInstanceOf[EventType]\n    val click = \"click\".asInstanceOf[EventType]\n    val renderingFailure = \"renderingFailure\".asInstanceOf[EventType]\n\n    @inline def values = js.Array(send, reject, bounce, complaint, delivery, open, click, renderingFailure)\n  }\n\n  \/** Additional X-headers to include in the Delivery Status Notification (DSN) when an email that Amazon SES receives on your behalf bounces. For information about receiving email through Amazon SES, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ExtensionField extends js.Object {\n    var Name: ExtensionFieldName\n    var Value: ExtensionFieldValue\n  }\n\n  object ExtensionField {\n    @inline\n    def apply(\n        Name: ExtensionFieldName,\n        Value: ExtensionFieldValue\n    ): ExtensionField = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExtensionField]\n    }\n  }\n\n  \/** Represents a request to return the email sending status for your Amazon SES account in the current AWS Region.\n    *\/\n  @js.native\n  trait GetAccountSendingEnabledResponse extends js.Object {\n    var Enabled: js.UndefOr[Enabled]\n  }\n\n  object GetAccountSendingEnabledResponse {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Enabled] = js.undefined\n    ): GetAccountSendingEnabledResponse = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountSendingEnabledResponse]\n    }\n  }\n\n  \/** Represents a request to retrieve an existing custom verification email template.\n    *\/\n  @js.native\n  trait GetCustomVerificationEmailTemplateRequest extends js.Object {\n    var TemplateName: TemplateName\n  }\n\n  object GetCustomVerificationEmailTemplateRequest {\n    @inline\n    def apply(\n        TemplateName: TemplateName\n    ): GetCustomVerificationEmailTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCustomVerificationEmailTemplateRequest]\n    }\n  }\n\n  \/** The content of the custom verification email template.\n    *\/\n  @js.native\n  trait GetCustomVerificationEmailTemplateResponse extends js.Object {\n    var FailureRedirectionURL: js.UndefOr[FailureRedirectionURL]\n    var FromEmailAddress: js.UndefOr[FromAddress]\n    var SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL]\n    var TemplateContent: js.UndefOr[TemplateContent]\n    var TemplateName: js.UndefOr[TemplateName]\n    var TemplateSubject: js.UndefOr[Subject]\n  }\n\n  object GetCustomVerificationEmailTemplateResponse {\n    @inline\n    def apply(\n        FailureRedirectionURL: js.UndefOr[FailureRedirectionURL] = js.undefined,\n        FromEmailAddress: js.UndefOr[FromAddress] = js.undefined,\n        SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL] = js.undefined,\n        TemplateContent: js.UndefOr[TemplateContent] = js.undefined,\n        TemplateName: js.UndefOr[TemplateName] = js.undefined,\n        TemplateSubject: js.UndefOr[Subject] = js.undefined\n    ): GetCustomVerificationEmailTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      FailureRedirectionURL.foreach(__v => __obj.updateDynamic(\"FailureRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      FromEmailAddress.foreach(__v => __obj.updateDynamic(\"FromEmailAddress\")(__v.asInstanceOf[js.Any]))\n      SuccessRedirectionURL.foreach(__v => __obj.updateDynamic(\"SuccessRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      TemplateContent.foreach(__v => __obj.updateDynamic(\"TemplateContent\")(__v.asInstanceOf[js.Any]))\n      TemplateName.foreach(__v => __obj.updateDynamic(\"TemplateName\")(__v.asInstanceOf[js.Any]))\n      TemplateSubject.foreach(__v => __obj.updateDynamic(\"TemplateSubject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCustomVerificationEmailTemplateResponse]\n    }\n  }\n\n  \/** Represents a request for the status of Amazon SES Easy DKIM signing for an identity. For domain identities, this request also returns the DKIM tokens that are required for Easy DKIM signing, and whether Amazon SES successfully verified that these tokens were published. For more information about Easy DKIM, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/easy-dkim.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait GetIdentityDkimAttributesRequest extends js.Object {\n    var Identities: IdentityList\n  }\n\n  object GetIdentityDkimAttributesRequest {\n    @inline\n    def apply(\n        Identities: IdentityList\n    ): GetIdentityDkimAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identities\" -> Identities.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityDkimAttributesRequest]\n    }\n  }\n\n  \/** Represents the status of Amazon SES Easy DKIM signing for an identity. For domain identities, this response also contains the DKIM tokens that are required for Easy DKIM signing, and whether Amazon SES successfully verified that these tokens were published.\n    *\/\n  @js.native\n  trait GetIdentityDkimAttributesResponse extends js.Object {\n    var DkimAttributes: DkimAttributes\n  }\n\n  object GetIdentityDkimAttributesResponse {\n    @inline\n    def apply(\n        DkimAttributes: DkimAttributes\n    ): GetIdentityDkimAttributesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DkimAttributes\" -> DkimAttributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityDkimAttributesResponse]\n    }\n  }\n\n  \/** Represents a request to return the Amazon SES custom MAIL FROM attributes for a list of identities. For information about using a custom MAIL FROM domain, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/mail-from.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait GetIdentityMailFromDomainAttributesRequest extends js.Object {\n    var Identities: IdentityList\n  }\n\n  object GetIdentityMailFromDomainAttributesRequest {\n    @inline\n    def apply(\n        Identities: IdentityList\n    ): GetIdentityMailFromDomainAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identities\" -> Identities.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityMailFromDomainAttributesRequest]\n    }\n  }\n\n  \/** Represents the custom MAIL FROM attributes for a list of identities.\n    *\/\n  @js.native\n  trait GetIdentityMailFromDomainAttributesResponse extends js.Object {\n    var MailFromDomainAttributes: MailFromDomainAttributes\n  }\n\n  object GetIdentityMailFromDomainAttributesResponse {\n    @inline\n    def apply(\n        MailFromDomainAttributes: MailFromDomainAttributes\n    ): GetIdentityMailFromDomainAttributesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MailFromDomainAttributes\" -> MailFromDomainAttributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityMailFromDomainAttributesResponse]\n    }\n  }\n\n  \/** Represents a request to return the notification attributes for a list of identities you verified with Amazon SES. For information about Amazon SES notifications, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/notifications.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait GetIdentityNotificationAttributesRequest extends js.Object {\n    var Identities: IdentityList\n  }\n\n  object GetIdentityNotificationAttributesRequest {\n    @inline\n    def apply(\n        Identities: IdentityList\n    ): GetIdentityNotificationAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identities\" -> Identities.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityNotificationAttributesRequest]\n    }\n  }\n\n  \/** Represents the notification attributes for a list of identities.\n    *\/\n  @js.native\n  trait GetIdentityNotificationAttributesResponse extends js.Object {\n    var NotificationAttributes: NotificationAttributes\n  }\n\n  object GetIdentityNotificationAttributesResponse {\n    @inline\n    def apply(\n        NotificationAttributes: NotificationAttributes\n    ): GetIdentityNotificationAttributesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"NotificationAttributes\" -> NotificationAttributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityNotificationAttributesResponse]\n    }\n  }\n\n  \/** Represents a request to return the requested sending authorization policies for an identity. Sending authorization is an Amazon SES feature that enables you to authorize other senders to use your identities. For information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/sending-authorization.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait GetIdentityPoliciesRequest extends js.Object {\n    var Identity: Identity\n    var PolicyNames: PolicyNameList\n  }\n\n  object GetIdentityPoliciesRequest {\n    @inline\n    def apply(\n        Identity: Identity,\n        PolicyNames: PolicyNameList\n    ): GetIdentityPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any],\n        \"PolicyNames\" -> PolicyNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityPoliciesRequest]\n    }\n  }\n\n  \/** Represents the requested sending authorization policies.\n    *\/\n  @js.native\n  trait GetIdentityPoliciesResponse extends js.Object {\n    var Policies: PolicyMap\n  }\n\n  object GetIdentityPoliciesResponse {\n    @inline\n    def apply(\n        Policies: PolicyMap\n    ): GetIdentityPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Policies\" -> Policies.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityPoliciesResponse]\n    }\n  }\n\n  \/** Represents a request to return the Amazon SES verification status of a list of identities. For domain identities, this request also returns the verification token. For information about verifying identities with Amazon SES, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/verify-addresses-and-domains.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait GetIdentityVerificationAttributesRequest extends js.Object {\n    var Identities: IdentityList\n  }\n\n  object GetIdentityVerificationAttributesRequest {\n    @inline\n    def apply(\n        Identities: IdentityList\n    ): GetIdentityVerificationAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identities\" -> Identities.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityVerificationAttributesRequest]\n    }\n  }\n\n  \/** The Amazon SES verification status of a list of identities. For domain identities, this response also contains the verification token.\n    *\/\n  @js.native\n  trait GetIdentityVerificationAttributesResponse extends js.Object {\n    var VerificationAttributes: VerificationAttributes\n  }\n\n  object GetIdentityVerificationAttributesResponse {\n    @inline\n    def apply(\n        VerificationAttributes: VerificationAttributes\n    ): GetIdentityVerificationAttributesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"VerificationAttributes\" -> VerificationAttributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetIdentityVerificationAttributesResponse]\n    }\n  }\n\n  \/** Represents your Amazon SES daily sending quota, maximum send rate, and the number of emails you have sent in the last 24 hours.\n    *\/\n  @js.native\n  trait GetSendQuotaResponse extends js.Object {\n    var Max24HourSend: js.UndefOr[Max24HourSend]\n    var MaxSendRate: js.UndefOr[MaxSendRate]\n    var SentLast24Hours: js.UndefOr[SentLast24Hours]\n  }\n\n  object GetSendQuotaResponse {\n    @inline\n    def apply(\n        Max24HourSend: js.UndefOr[Max24HourSend] = js.undefined,\n        MaxSendRate: js.UndefOr[MaxSendRate] = js.undefined,\n        SentLast24Hours: js.UndefOr[SentLast24Hours] = js.undefined\n    ): GetSendQuotaResponse = {\n      val __obj = js.Dynamic.literal()\n      Max24HourSend.foreach(__v => __obj.updateDynamic(\"Max24HourSend\")(__v.asInstanceOf[js.Any]))\n      MaxSendRate.foreach(__v => __obj.updateDynamic(\"MaxSendRate\")(__v.asInstanceOf[js.Any]))\n      SentLast24Hours.foreach(__v => __obj.updateDynamic(\"SentLast24Hours\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSendQuotaResponse]\n    }\n  }\n\n  \/** Represents a list of data points. This list contains aggregated data from the previous two weeks of your sending activity with Amazon SES.\n    *\/\n  @js.native\n  trait GetSendStatisticsResponse extends js.Object {\n    var SendDataPoints: js.UndefOr[SendDataPointList]\n  }\n\n  object GetSendStatisticsResponse {\n    @inline\n    def apply(\n        SendDataPoints: js.UndefOr[SendDataPointList] = js.undefined\n    ): GetSendStatisticsResponse = {\n      val __obj = js.Dynamic.literal()\n      SendDataPoints.foreach(__v => __obj.updateDynamic(\"SendDataPoints\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetSendStatisticsResponse]\n    }\n  }\n\n  @js.native\n  trait GetTemplateRequest extends js.Object {\n    var TemplateName: TemplateName\n  }\n\n  object GetTemplateRequest {\n    @inline\n    def apply(\n        TemplateName: TemplateName\n    ): GetTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait GetTemplateResponse extends js.Object {\n    var Template: js.UndefOr[Template]\n  }\n\n  object GetTemplateResponse {\n    @inline\n    def apply(\n        Template: js.UndefOr[Template] = js.undefined\n    ): GetTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      Template.foreach(__v => __obj.updateDynamic(\"Template\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTemplateResponse]\n    }\n  }\n\n  \/** Represents the DKIM attributes of a verified email address or a domain.\n    *\/\n  @js.native\n  trait IdentityDkimAttributes extends js.Object {\n    var DkimEnabled: Enabled\n    var DkimVerificationStatus: VerificationStatus\n    var DkimTokens: js.UndefOr[VerificationTokenList]\n  }\n\n  object IdentityDkimAttributes {\n    @inline\n    def apply(\n        DkimEnabled: Enabled,\n        DkimVerificationStatus: VerificationStatus,\n        DkimTokens: js.UndefOr[VerificationTokenList] = js.undefined\n    ): IdentityDkimAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"DkimEnabled\" -> DkimEnabled.asInstanceOf[js.Any],\n        \"DkimVerificationStatus\" -> DkimVerificationStatus.asInstanceOf[js.Any]\n      )\n\n      DkimTokens.foreach(__v => __obj.updateDynamic(\"DkimTokens\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityDkimAttributes]\n    }\n  }\n\n  \/** Represents the custom MAIL FROM domain attributes of a verified identity (email address or domain).\n    *\/\n  @js.native\n  trait IdentityMailFromDomainAttributes extends js.Object {\n    var BehaviorOnMXFailure: BehaviorOnMXFailure\n    var MailFromDomain: MailFromDomainName\n    var MailFromDomainStatus: CustomMailFromStatus\n  }\n\n  object IdentityMailFromDomainAttributes {\n    @inline\n    def apply(\n        BehaviorOnMXFailure: BehaviorOnMXFailure,\n        MailFromDomain: MailFromDomainName,\n        MailFromDomainStatus: CustomMailFromStatus\n    ): IdentityMailFromDomainAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"BehaviorOnMXFailure\" -> BehaviorOnMXFailure.asInstanceOf[js.Any],\n        \"MailFromDomain\" -> MailFromDomain.asInstanceOf[js.Any],\n        \"MailFromDomainStatus\" -> MailFromDomainStatus.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IdentityMailFromDomainAttributes]\n    }\n  }\n\n  \/** Represents the notification attributes of an identity, including whether an identity has Amazon Simple Notification Service (Amazon SNS) topics set for bounce, complaint, and\/or delivery notifications, and whether feedback forwarding is enabled for bounce and complaint notifications.\n    *\/\n  @js.native\n  trait IdentityNotificationAttributes extends js.Object {\n    var BounceTopic: NotificationTopic\n    var ComplaintTopic: NotificationTopic\n    var DeliveryTopic: NotificationTopic\n    var ForwardingEnabled: Enabled\n    var HeadersInBounceNotificationsEnabled: js.UndefOr[Enabled]\n    var HeadersInComplaintNotificationsEnabled: js.UndefOr[Enabled]\n    var HeadersInDeliveryNotificationsEnabled: js.UndefOr[Enabled]\n  }\n\n  object IdentityNotificationAttributes {\n    @inline\n    def apply(\n        BounceTopic: NotificationTopic,\n        ComplaintTopic: NotificationTopic,\n        DeliveryTopic: NotificationTopic,\n        ForwardingEnabled: Enabled,\n        HeadersInBounceNotificationsEnabled: js.UndefOr[Enabled] = js.undefined,\n        HeadersInComplaintNotificationsEnabled: js.UndefOr[Enabled] = js.undefined,\n        HeadersInDeliveryNotificationsEnabled: js.UndefOr[Enabled] = js.undefined\n    ): IdentityNotificationAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"BounceTopic\" -> BounceTopic.asInstanceOf[js.Any],\n        \"ComplaintTopic\" -> ComplaintTopic.asInstanceOf[js.Any],\n        \"DeliveryTopic\" -> DeliveryTopic.asInstanceOf[js.Any],\n        \"ForwardingEnabled\" -> ForwardingEnabled.asInstanceOf[js.Any]\n      )\n\n      HeadersInBounceNotificationsEnabled.foreach(__v => __obj.updateDynamic(\"HeadersInBounceNotificationsEnabled\")(__v.asInstanceOf[js.Any]))\n      HeadersInComplaintNotificationsEnabled.foreach(__v => __obj.updateDynamic(\"HeadersInComplaintNotificationsEnabled\")(__v.asInstanceOf[js.Any]))\n      HeadersInDeliveryNotificationsEnabled.foreach(__v => __obj.updateDynamic(\"HeadersInDeliveryNotificationsEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityNotificationAttributes]\n    }\n  }\n\n  @js.native\n  sealed trait IdentityType extends js.Any\n  object IdentityType {\n    val EmailAddress = \"EmailAddress\".asInstanceOf[IdentityType]\n    val Domain = \"Domain\".asInstanceOf[IdentityType]\n\n    @inline def values = js.Array(EmailAddress, Domain)\n  }\n\n  \/** Represents the verification attributes of a single identity.\n    *\/\n  @js.native\n  trait IdentityVerificationAttributes extends js.Object {\n    var VerificationStatus: VerificationStatus\n    var VerificationToken: js.UndefOr[VerificationToken]\n  }\n\n  object IdentityVerificationAttributes {\n    @inline\n    def apply(\n        VerificationStatus: VerificationStatus,\n        VerificationToken: js.UndefOr[VerificationToken] = js.undefined\n    ): IdentityVerificationAttributes = {\n      val __obj = js.Dynamic.literal(\n        \"VerificationStatus\" -> VerificationStatus.asInstanceOf[js.Any]\n      )\n\n      VerificationToken.foreach(__v => __obj.updateDynamic(\"VerificationToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IdentityVerificationAttributes]\n    }\n  }\n\n  @js.native\n  sealed trait InvocationType extends js.Any\n  object InvocationType {\n    val Event = \"Event\".asInstanceOf[InvocationType]\n    val RequestResponse = \"RequestResponse\".asInstanceOf[InvocationType]\n\n    @inline def values = js.Array(Event, RequestResponse)\n  }\n\n  \/** Contains the delivery stream ARN and the IAM role ARN associated with an Amazon Kinesis Firehose event destination. Event destinations, such as Amazon Kinesis Firehose, are associated with configuration sets, which enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait KinesisFirehoseDestination extends js.Object {\n    var DeliveryStreamARN: AmazonResourceName\n    var IAMRoleARN: AmazonResourceName\n  }\n\n  object KinesisFirehoseDestination {\n    @inline\n    def apply(\n        DeliveryStreamARN: AmazonResourceName,\n        IAMRoleARN: AmazonResourceName\n    ): KinesisFirehoseDestination = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamARN\" -> DeliveryStreamARN.asInstanceOf[js.Any],\n        \"IAMRoleARN\" -> IAMRoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisFirehoseDestination]\n    }\n  }\n\n  \/** When included in a receipt rule, this action calls an AWS Lambda function and, optionally, publishes a notification to Amazon Simple Notification Service (Amazon SNS). To enable Amazon SES to call your AWS Lambda function or to publish to an Amazon SNS topic of another account, Amazon SES must have permission to access those resources. For information about giving permissions, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-permissions.html|Amazon SES Developer Guide]]. For information about using AWS Lambda actions in receipt rules, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-lambda.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait LambdaAction extends js.Object {\n    var FunctionArn: AmazonResourceName\n    var InvocationType: js.UndefOr[InvocationType]\n    var TopicArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object LambdaAction {\n    @inline\n    def apply(\n        FunctionArn: AmazonResourceName,\n        InvocationType: js.UndefOr[InvocationType] = js.undefined,\n        TopicArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): LambdaAction = {\n      val __obj = js.Dynamic.literal(\n        \"FunctionArn\" -> FunctionArn.asInstanceOf[js.Any]\n      )\n\n      InvocationType.foreach(__v => __obj.updateDynamic(\"InvocationType\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaAction]\n    }\n  }\n\n  \/** Represents a request to list the configuration sets associated with your AWS account. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ListConfigurationSetsRequest extends js.Object {\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListConfigurationSetsRequest {\n    @inline\n    def apply(\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListConfigurationSetsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConfigurationSetsRequest]\n    }\n  }\n\n  \/** A list of configuration sets associated with your AWS account. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ListConfigurationSetsResponse extends js.Object {\n    var ConfigurationSets: js.UndefOr[ConfigurationSets]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListConfigurationSetsResponse {\n    @inline\n    def apply(\n        ConfigurationSets: js.UndefOr[ConfigurationSets] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListConfigurationSetsResponse = {\n      val __obj = js.Dynamic.literal()\n      ConfigurationSets.foreach(__v => __obj.updateDynamic(\"ConfigurationSets\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListConfigurationSetsResponse]\n    }\n  }\n\n  \/** Represents a request to list the existing custom verification email templates for your account. For more information about custom verification email templates, see [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/custom-verification-emails.html|Using Custom Verification Email Templates]] in the <i>Amazon SES Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait ListCustomVerificationEmailTemplatesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCustomVerificationEmailTemplatesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCustomVerificationEmailTemplatesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCustomVerificationEmailTemplatesRequest]\n    }\n  }\n\n  \/** A paginated list of custom verification email templates.\n    *\/\n  @js.native\n  trait ListCustomVerificationEmailTemplatesResponse extends js.Object {\n    var CustomVerificationEmailTemplates: js.UndefOr[CustomVerificationEmailTemplates]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCustomVerificationEmailTemplatesResponse {\n    @inline\n    def apply(\n        CustomVerificationEmailTemplates: js.UndefOr[CustomVerificationEmailTemplates] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCustomVerificationEmailTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      CustomVerificationEmailTemplates.foreach(__v => __obj.updateDynamic(\"CustomVerificationEmailTemplates\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCustomVerificationEmailTemplatesResponse]\n    }\n  }\n\n  \/** Represents a request to return a list of all identities (email addresses and domains) that you have attempted to verify under your AWS account, regardless of verification status.\n    *\/\n  @js.native\n  trait ListIdentitiesRequest extends js.Object {\n    var IdentityType: js.UndefOr[IdentityType]\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListIdentitiesRequest {\n    @inline\n    def apply(\n        IdentityType: js.UndefOr[IdentityType] = js.undefined,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListIdentitiesRequest = {\n      val __obj = js.Dynamic.literal()\n      IdentityType.foreach(__v => __obj.updateDynamic(\"IdentityType\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentitiesRequest]\n    }\n  }\n\n  \/** A list of all identities that you have attempted to verify under your AWS account, regardless of verification status.\n    *\/\n  @js.native\n  trait ListIdentitiesResponse extends js.Object {\n    var Identities: IdentityList\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListIdentitiesResponse {\n    @inline\n    def apply(\n        Identities: IdentityList,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListIdentitiesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Identities\" -> Identities.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListIdentitiesResponse]\n    }\n  }\n\n  \/** Represents a request to return a list of sending authorization policies that are attached to an identity. Sending authorization is an Amazon SES feature that enables you to authorize other senders to use your identities. For information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/sending-authorization.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ListIdentityPoliciesRequest extends js.Object {\n    var Identity: Identity\n  }\n\n  object ListIdentityPoliciesRequest {\n    @inline\n    def apply(\n        Identity: Identity\n    ): ListIdentityPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListIdentityPoliciesRequest]\n    }\n  }\n\n  \/** A list of names of sending authorization policies that apply to an identity.\n    *\/\n  @js.native\n  trait ListIdentityPoliciesResponse extends js.Object {\n    var PolicyNames: PolicyNameList\n  }\n\n  object ListIdentityPoliciesResponse {\n    @inline\n    def apply(\n        PolicyNames: PolicyNameList\n    ): ListIdentityPoliciesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyNames\" -> PolicyNames.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListIdentityPoliciesResponse]\n    }\n  }\n\n  \/** Represents a request to list the IP address filters that exist under your AWS account. You use IP address filters when you receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ListReceiptFiltersRequest extends js.Object\n\n  object ListReceiptFiltersRequest {\n    @inline\n    def apply(): ListReceiptFiltersRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ListReceiptFiltersRequest]\n    }\n  }\n\n  \/** A list of IP address filters that exist under your AWS account.\n    *\/\n  @js.native\n  trait ListReceiptFiltersResponse extends js.Object {\n    var Filters: js.UndefOr[ReceiptFilterList]\n  }\n\n  object ListReceiptFiltersResponse {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ReceiptFilterList] = js.undefined\n    ): ListReceiptFiltersResponse = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceiptFiltersResponse]\n    }\n  }\n\n  \/** Represents a request to list the receipt rule sets that exist under your AWS account. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ListReceiptRuleSetsRequest extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListReceiptRuleSetsRequest {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListReceiptRuleSetsRequest = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceiptRuleSetsRequest]\n    }\n  }\n\n  \/** A list of receipt rule sets that exist under your AWS account.\n    *\/\n  @js.native\n  trait ListReceiptRuleSetsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var RuleSets: js.UndefOr[ReceiptRuleSetsLists]\n  }\n\n  object ListReceiptRuleSetsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RuleSets: js.UndefOr[ReceiptRuleSetsLists] = js.undefined\n    ): ListReceiptRuleSetsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RuleSets.foreach(__v => __obj.updateDynamic(\"RuleSets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListReceiptRuleSetsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTemplatesRequest extends js.Object {\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTemplatesRequest {\n    @inline\n    def apply(\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTemplatesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListTemplatesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var TemplatesMetadata: js.UndefOr[TemplateMetadataList]\n  }\n\n  object ListTemplatesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        TemplatesMetadata: js.UndefOr[TemplateMetadataList] = js.undefined\n    ): ListTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      TemplatesMetadata.foreach(__v => __obj.updateDynamic(\"TemplatesMetadata\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTemplatesResponse]\n    }\n  }\n\n  \/** A list of email addresses that you have verified with Amazon SES under your AWS account.\n    *\/\n  @js.native\n  trait ListVerifiedEmailAddressesResponse extends js.Object {\n    var VerifiedEmailAddresses: js.UndefOr[AddressList]\n  }\n\n  object ListVerifiedEmailAddressesResponse {\n    @inline\n    def apply(\n        VerifiedEmailAddresses: js.UndefOr[AddressList] = js.undefined\n    ): ListVerifiedEmailAddressesResponse = {\n      val __obj = js.Dynamic.literal()\n      VerifiedEmailAddresses.foreach(__v => __obj.updateDynamic(\"VerifiedEmailAddresses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVerifiedEmailAddressesResponse]\n    }\n  }\n\n  \/** Represents the message to be sent, composed of a subject and a body.\n    *\/\n  @js.native\n  trait Message extends js.Object {\n    var Body: Body\n    var Subject: Content\n  }\n\n  object Message {\n    @inline\n    def apply(\n        Body: Body,\n        Subject: Content\n    ): Message = {\n      val __obj = js.Dynamic.literal(\n        \"Body\" -> Body.asInstanceOf[js.Any],\n        \"Subject\" -> Subject.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Message]\n    }\n  }\n\n  \/** Message-related information to include in the Delivery Status Notification (DSN) when an email that Amazon SES receives on your behalf bounces. For information about receiving email through Amazon SES, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait MessageDsn extends js.Object {\n    var ReportingMta: ReportingMta\n    var ArrivalDate: js.UndefOr[ArrivalDate]\n    var ExtensionFields: js.UndefOr[ExtensionFieldList]\n  }\n\n  object MessageDsn {\n    @inline\n    def apply(\n        ReportingMta: ReportingMta,\n        ArrivalDate: js.UndefOr[ArrivalDate] = js.undefined,\n        ExtensionFields: js.UndefOr[ExtensionFieldList] = js.undefined\n    ): MessageDsn = {\n      val __obj = js.Dynamic.literal(\n        \"ReportingMta\" -> ReportingMta.asInstanceOf[js.Any]\n      )\n\n      ArrivalDate.foreach(__v => __obj.updateDynamic(\"ArrivalDate\")(__v.asInstanceOf[js.Any]))\n      ExtensionFields.foreach(__v => __obj.updateDynamic(\"ExtensionFields\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MessageDsn]\n    }\n  }\n\n  \/** Contains the name and value of a tag that you can provide to <code>SendEmail<\/code> or <code>SendRawEmail<\/code> to apply to an email. Message tags, which you use with configuration sets, enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait MessageTag extends js.Object {\n    var Name: MessageTagName\n    var Value: MessageTagValue\n  }\n\n  object MessageTag {\n    @inline\n    def apply(\n        Name: MessageTagName,\n        Value: MessageTagValue\n    ): MessageTag = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MessageTag]\n    }\n  }\n\n  @js.native\n  sealed trait NotificationType extends js.Any\n  object NotificationType {\n    val Bounce = \"Bounce\".asInstanceOf[NotificationType]\n    val Complaint = \"Complaint\".asInstanceOf[NotificationType]\n    val Delivery = \"Delivery\".asInstanceOf[NotificationType]\n\n    @inline def values = js.Array(Bounce, Complaint, Delivery)\n  }\n\n  \/** A request to modify the delivery options for a configuration set.\n    *\/\n  @js.native\n  trait PutConfigurationSetDeliveryOptionsRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var DeliveryOptions: js.UndefOr[DeliveryOptions]\n  }\n\n  object PutConfigurationSetDeliveryOptionsRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        DeliveryOptions: js.UndefOr[DeliveryOptions] = js.undefined\n    ): PutConfigurationSetDeliveryOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any]\n      )\n\n      DeliveryOptions.foreach(__v => __obj.updateDynamic(\"DeliveryOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutConfigurationSetDeliveryOptionsRequest]\n    }\n  }\n\n  \/** An HTTP 200 response if the request succeeds, or an error message if the request fails.\n    *\/\n  @js.native\n  trait PutConfigurationSetDeliveryOptionsResponse extends js.Object\n\n  object PutConfigurationSetDeliveryOptionsResponse {\n    @inline\n    def apply(): PutConfigurationSetDeliveryOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutConfigurationSetDeliveryOptionsResponse]\n    }\n  }\n\n  \/** Represents a request to add or update a sending authorization policy for an identity. Sending authorization is an Amazon SES feature that enables you to authorize other senders to use your identities. For information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/sending-authorization.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait PutIdentityPolicyRequest extends js.Object {\n    var Identity: Identity\n    var Policy: Policy\n    var PolicyName: PolicyName\n  }\n\n  object PutIdentityPolicyRequest {\n    @inline\n    def apply(\n        Identity: Identity,\n        Policy: Policy,\n        PolicyName: PolicyName\n    ): PutIdentityPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any],\n        \"PolicyName\" -> PolicyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutIdentityPolicyRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait PutIdentityPolicyResponse extends js.Object\n\n  object PutIdentityPolicyResponse {\n    @inline\n    def apply(): PutIdentityPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutIdentityPolicyResponse]\n    }\n  }\n\n  \/** Represents the raw data of the message.\n    *\/\n  @js.native\n  trait RawMessage extends js.Object {\n    var Data: RawMessageData\n  }\n\n  object RawMessage {\n    @inline\n    def apply(\n        Data: RawMessageData\n    ): RawMessage = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RawMessage]\n    }\n  }\n\n  \/** An action that Amazon SES can take when it receives an email on behalf of one or more email addresses or domains that you own. An instance of this data type can represent only one action. For information about setting up receipt rules, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-receipt-rules.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReceiptAction extends js.Object {\n    var AddHeaderAction: js.UndefOr[AddHeaderAction]\n    var BounceAction: js.UndefOr[BounceAction]\n    var LambdaAction: js.UndefOr[LambdaAction]\n    var S3Action: js.UndefOr[S3Action]\n    var SNSAction: js.UndefOr[SNSAction]\n    var StopAction: js.UndefOr[StopAction]\n    var WorkmailAction: js.UndefOr[WorkmailAction]\n  }\n\n  object ReceiptAction {\n    @inline\n    def apply(\n        AddHeaderAction: js.UndefOr[AddHeaderAction] = js.undefined,\n        BounceAction: js.UndefOr[BounceAction] = js.undefined,\n        LambdaAction: js.UndefOr[LambdaAction] = js.undefined,\n        S3Action: js.UndefOr[S3Action] = js.undefined,\n        SNSAction: js.UndefOr[SNSAction] = js.undefined,\n        StopAction: js.UndefOr[StopAction] = js.undefined,\n        WorkmailAction: js.UndefOr[WorkmailAction] = js.undefined\n    ): ReceiptAction = {\n      val __obj = js.Dynamic.literal()\n      AddHeaderAction.foreach(__v => __obj.updateDynamic(\"AddHeaderAction\")(__v.asInstanceOf[js.Any]))\n      BounceAction.foreach(__v => __obj.updateDynamic(\"BounceAction\")(__v.asInstanceOf[js.Any]))\n      LambdaAction.foreach(__v => __obj.updateDynamic(\"LambdaAction\")(__v.asInstanceOf[js.Any]))\n      S3Action.foreach(__v => __obj.updateDynamic(\"S3Action\")(__v.asInstanceOf[js.Any]))\n      SNSAction.foreach(__v => __obj.updateDynamic(\"SNSAction\")(__v.asInstanceOf[js.Any]))\n      StopAction.foreach(__v => __obj.updateDynamic(\"StopAction\")(__v.asInstanceOf[js.Any]))\n      WorkmailAction.foreach(__v => __obj.updateDynamic(\"WorkmailAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReceiptAction]\n    }\n  }\n\n  \/** A receipt IP address filter enables you to specify whether to accept or reject mail originating from an IP address or range of IP addresses. For information about setting up IP address filters, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-ip-filters.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReceiptFilter extends js.Object {\n    var IpFilter: ReceiptIpFilter\n    var Name: ReceiptFilterName\n  }\n\n  object ReceiptFilter {\n    @inline\n    def apply(\n        IpFilter: ReceiptIpFilter,\n        Name: ReceiptFilterName\n    ): ReceiptFilter = {\n      val __obj = js.Dynamic.literal(\n        \"IpFilter\" -> IpFilter.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReceiptFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ReceiptFilterPolicy extends js.Any\n  object ReceiptFilterPolicy {\n    val Block = \"Block\".asInstanceOf[ReceiptFilterPolicy]\n    val Allow = \"Allow\".asInstanceOf[ReceiptFilterPolicy]\n\n    @inline def values = js.Array(Block, Allow)\n  }\n\n  \/** A receipt IP address filter enables you to specify whether to accept or reject mail originating from an IP address or range of IP addresses. For information about setting up IP address filters, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-ip-filters.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReceiptIpFilter extends js.Object {\n    var Cidr: Cidr\n    var Policy: ReceiptFilterPolicy\n  }\n\n  object ReceiptIpFilter {\n    @inline\n    def apply(\n        Cidr: Cidr,\n        Policy: ReceiptFilterPolicy\n    ): ReceiptIpFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Cidr\" -> Cidr.asInstanceOf[js.Any],\n        \"Policy\" -> Policy.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReceiptIpFilter]\n    }\n  }\n\n  \/** Receipt rules enable you to specify which actions Amazon SES should take when it receives mail on behalf of one or more email addresses or domains that you own. Each receipt rule defines a set of email addresses or domains that it applies to. If the email addresses or domains match at least one recipient address of the message, Amazon SES executes all of the receipt rule's actions on the message. For information about setting up receipt rules, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-receipt-rules.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReceiptRule extends js.Object {\n    var Name: ReceiptRuleName\n    var Actions: js.UndefOr[ReceiptActionsList]\n    var Enabled: js.UndefOr[Enabled]\n    var Recipients: js.UndefOr[RecipientsList]\n    var ScanEnabled: js.UndefOr[Enabled]\n    var TlsPolicy: js.UndefOr[TlsPolicy]\n  }\n\n  object ReceiptRule {\n    @inline\n    def apply(\n        Name: ReceiptRuleName,\n        Actions: js.UndefOr[ReceiptActionsList] = js.undefined,\n        Enabled: js.UndefOr[Enabled] = js.undefined,\n        Recipients: js.UndefOr[RecipientsList] = js.undefined,\n        ScanEnabled: js.UndefOr[Enabled] = js.undefined,\n        TlsPolicy: js.UndefOr[TlsPolicy] = js.undefined\n    ): ReceiptRule = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Actions.foreach(__v => __obj.updateDynamic(\"Actions\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      Recipients.foreach(__v => __obj.updateDynamic(\"Recipients\")(__v.asInstanceOf[js.Any]))\n      ScanEnabled.foreach(__v => __obj.updateDynamic(\"ScanEnabled\")(__v.asInstanceOf[js.Any]))\n      TlsPolicy.foreach(__v => __obj.updateDynamic(\"TlsPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReceiptRule]\n    }\n  }\n\n  \/** Information about a receipt rule set. A receipt rule set is a collection of rules that specify what Amazon SES should do with mail it receives on behalf of your account's verified domains. For information about setting up receipt rule sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-receipt-rule-set.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReceiptRuleSetMetadata extends js.Object {\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[ReceiptRuleSetName]\n  }\n\n  object ReceiptRuleSetMetadata {\n    @inline\n    def apply(\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[ReceiptRuleSetName] = js.undefined\n    ): ReceiptRuleSetMetadata = {\n      val __obj = js.Dynamic.literal()\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReceiptRuleSetMetadata]\n    }\n  }\n\n  \/** Recipient-related information to include in the Delivery Status Notification (DSN) when an email that Amazon SES receives on your behalf bounces. For information about receiving email through Amazon SES, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait RecipientDsnFields extends js.Object {\n    var Action: DsnAction\n    var Status: DsnStatus\n    var DiagnosticCode: js.UndefOr[DiagnosticCode]\n    var ExtensionFields: js.UndefOr[ExtensionFieldList]\n    var FinalRecipient: js.UndefOr[Address]\n    var LastAttemptDate: js.UndefOr[LastAttemptDate]\n    var RemoteMta: js.UndefOr[RemoteMta]\n  }\n\n  object RecipientDsnFields {\n    @inline\n    def apply(\n        Action: DsnAction,\n        Status: DsnStatus,\n        DiagnosticCode: js.UndefOr[DiagnosticCode] = js.undefined,\n        ExtensionFields: js.UndefOr[ExtensionFieldList] = js.undefined,\n        FinalRecipient: js.UndefOr[Address] = js.undefined,\n        LastAttemptDate: js.UndefOr[LastAttemptDate] = js.undefined,\n        RemoteMta: js.UndefOr[RemoteMta] = js.undefined\n    ): RecipientDsnFields = {\n      val __obj = js.Dynamic.literal(\n        \"Action\" -> Action.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      DiagnosticCode.foreach(__v => __obj.updateDynamic(\"DiagnosticCode\")(__v.asInstanceOf[js.Any]))\n      ExtensionFields.foreach(__v => __obj.updateDynamic(\"ExtensionFields\")(__v.asInstanceOf[js.Any]))\n      FinalRecipient.foreach(__v => __obj.updateDynamic(\"FinalRecipient\")(__v.asInstanceOf[js.Any]))\n      LastAttemptDate.foreach(__v => __obj.updateDynamic(\"LastAttemptDate\")(__v.asInstanceOf[js.Any]))\n      RemoteMta.foreach(__v => __obj.updateDynamic(\"RemoteMta\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecipientDsnFields]\n    }\n  }\n\n  \/** Represents a request to reorder the receipt rules within a receipt rule set. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait ReorderReceiptRuleSetRequest extends js.Object {\n    var RuleNames: ReceiptRuleNamesList\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object ReorderReceiptRuleSetRequest {\n    @inline\n    def apply(\n        RuleNames: ReceiptRuleNamesList,\n        RuleSetName: ReceiptRuleSetName\n    ): ReorderReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleNames\" -> RuleNames.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ReorderReceiptRuleSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait ReorderReceiptRuleSetResponse extends js.Object\n\n  object ReorderReceiptRuleSetResponse {\n    @inline\n    def apply(): ReorderReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ReorderReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Contains information about the reputation settings for a configuration set.\n    *\/\n  @js.native\n  trait ReputationOptions extends js.Object {\n    var LastFreshStart: js.UndefOr[LastFreshStart]\n    var ReputationMetricsEnabled: js.UndefOr[Enabled]\n    var SendingEnabled: js.UndefOr[Enabled]\n  }\n\n  object ReputationOptions {\n    @inline\n    def apply(\n        LastFreshStart: js.UndefOr[LastFreshStart] = js.undefined,\n        ReputationMetricsEnabled: js.UndefOr[Enabled] = js.undefined,\n        SendingEnabled: js.UndefOr[Enabled] = js.undefined\n    ): ReputationOptions = {\n      val __obj = js.Dynamic.literal()\n      LastFreshStart.foreach(__v => __obj.updateDynamic(\"LastFreshStart\")(__v.asInstanceOf[js.Any]))\n      ReputationMetricsEnabled.foreach(__v => __obj.updateDynamic(\"ReputationMetricsEnabled\")(__v.asInstanceOf[js.Any]))\n      SendingEnabled.foreach(__v => __obj.updateDynamic(\"SendingEnabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReputationOptions]\n    }\n  }\n\n  \/** When included in a receipt rule, this action saves the received message to an Amazon Simple Storage Service (Amazon S3) bucket and, optionally, publishes a notification to Amazon Simple Notification Service (Amazon SNS). To enable Amazon SES to write emails to your Amazon S3 bucket, use an AWS KMS key to encrypt your emails, or publish to an Amazon SNS topic of another account, Amazon SES must have permission to access those resources. For information about giving permissions, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-permissions.html|Amazon SES Developer Guide]].\n    *\n    * '''Note:'''When you save your emails to an Amazon S3 bucket, the maximum email size (including headers) is 30 MB. Emails larger than that will bounce. For information about specifying Amazon S3 actions in receipt rules, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-s3.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait S3Action extends js.Object {\n    var BucketName: S3BucketName\n    var KmsKeyArn: js.UndefOr[AmazonResourceName]\n    var ObjectKeyPrefix: js.UndefOr[S3KeyPrefix]\n    var TopicArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object S3Action {\n    @inline\n    def apply(\n        BucketName: S3BucketName,\n        KmsKeyArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        ObjectKeyPrefix: js.UndefOr[S3KeyPrefix] = js.undefined,\n        TopicArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): S3Action = {\n      val __obj = js.Dynamic.literal(\n        \"BucketName\" -> BucketName.asInstanceOf[js.Any]\n      )\n\n      KmsKeyArn.foreach(__v => __obj.updateDynamic(\"KmsKeyArn\")(__v.asInstanceOf[js.Any]))\n      ObjectKeyPrefix.foreach(__v => __obj.updateDynamic(\"ObjectKeyPrefix\")(__v.asInstanceOf[js.Any]))\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3Action]\n    }\n  }\n\n  \/** When included in a receipt rule, this action publishes a notification to Amazon Simple Notification Service (Amazon SNS). This action includes a complete copy of the email content in the Amazon SNS notifications. Amazon SNS notifications for all other actions simply provide information about the email. They do not include the email content itself. If you own the Amazon SNS topic, you don't need to do anything to give Amazon SES permission to publish emails to it. However, if you don't own the Amazon SNS topic, you need to attach a policy to the topic to give Amazon SES permissions to access it. For information about giving permissions, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-permissions.html|Amazon SES Developer Guide]]. <important> You can only publish emails that are 150 KB or less (including the header) to Amazon SNS. Larger emails will bounce. If you anticipate emails larger than 150 KB, use the S3 action instead. <\/important> For\n    * information about using a receipt rule to publish an Amazon SNS notification, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-sns.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SNSAction extends js.Object {\n    var TopicArn: AmazonResourceName\n    var Encoding: js.UndefOr[SNSActionEncoding]\n  }\n\n  object SNSAction {\n    @inline\n    def apply(\n        TopicArn: AmazonResourceName,\n        Encoding: js.UndefOr[SNSActionEncoding] = js.undefined\n    ): SNSAction = {\n      val __obj = js.Dynamic.literal(\n        \"TopicArn\" -> TopicArn.asInstanceOf[js.Any]\n      )\n\n      Encoding.foreach(__v => __obj.updateDynamic(\"Encoding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SNSAction]\n    }\n  }\n\n  @js.native\n  sealed trait SNSActionEncoding extends js.Any\n  object SNSActionEncoding {\n    val `UTF-8` = \"UTF-8\".asInstanceOf[SNSActionEncoding]\n    val Base64 = \"Base64\".asInstanceOf[SNSActionEncoding]\n\n    @inline def values = js.Array(`UTF-8`, Base64)\n  }\n\n  \/** Contains the topic ARN associated with an Amazon Simple Notification Service (Amazon SNS) event destination. Event destinations, such as Amazon SNS, are associated with configuration sets, which enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SNSDestination extends js.Object {\n    var TopicARN: AmazonResourceName\n  }\n\n  object SNSDestination {\n    @inline\n    def apply(\n        TopicARN: AmazonResourceName\n    ): SNSDestination = {\n      val __obj = js.Dynamic.literal(\n        \"TopicARN\" -> TopicARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SNSDestination]\n    }\n  }\n\n  \/** Represents a request to send a bounce message to the sender of an email you received through Amazon SES.\n    *\/\n  @js.native\n  trait SendBounceRequest extends js.Object {\n    var BounceSender: Address\n    var BouncedRecipientInfoList: BouncedRecipientInfoList\n    var OriginalMessageId: MessageId\n    var BounceSenderArn: js.UndefOr[AmazonResourceName]\n    var Explanation: js.UndefOr[Explanation]\n    var MessageDsn: js.UndefOr[MessageDsn]\n  }\n\n  object SendBounceRequest {\n    @inline\n    def apply(\n        BounceSender: Address,\n        BouncedRecipientInfoList: BouncedRecipientInfoList,\n        OriginalMessageId: MessageId,\n        BounceSenderArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        Explanation: js.UndefOr[Explanation] = js.undefined,\n        MessageDsn: js.UndefOr[MessageDsn] = js.undefined\n    ): SendBounceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BounceSender\" -> BounceSender.asInstanceOf[js.Any],\n        \"BouncedRecipientInfoList\" -> BouncedRecipientInfoList.asInstanceOf[js.Any],\n        \"OriginalMessageId\" -> OriginalMessageId.asInstanceOf[js.Any]\n      )\n\n      BounceSenderArn.foreach(__v => __obj.updateDynamic(\"BounceSenderArn\")(__v.asInstanceOf[js.Any]))\n      Explanation.foreach(__v => __obj.updateDynamic(\"Explanation\")(__v.asInstanceOf[js.Any]))\n      MessageDsn.foreach(__v => __obj.updateDynamic(\"MessageDsn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendBounceRequest]\n    }\n  }\n\n  \/** Represents a unique message ID.\n    *\/\n  @js.native\n  trait SendBounceResponse extends js.Object {\n    var MessageId: js.UndefOr[MessageId]\n  }\n\n  object SendBounceResponse {\n    @inline\n    def apply(\n        MessageId: js.UndefOr[MessageId] = js.undefined\n    ): SendBounceResponse = {\n      val __obj = js.Dynamic.literal()\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendBounceResponse]\n    }\n  }\n\n  \/** Represents a request to send a templated email to multiple destinations using Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-personalized-email-api.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SendBulkTemplatedEmailRequest extends js.Object {\n    var Destinations: BulkEmailDestinationList\n    var Source: Address\n    var Template: TemplateName\n    var ConfigurationSetName: js.UndefOr[ConfigurationSetName]\n    var DefaultTags: js.UndefOr[MessageTagList]\n    var DefaultTemplateData: js.UndefOr[TemplateData]\n    var ReplyToAddresses: js.UndefOr[AddressList]\n    var ReturnPath: js.UndefOr[Address]\n    var ReturnPathArn: js.UndefOr[AmazonResourceName]\n    var SourceArn: js.UndefOr[AmazonResourceName]\n    var TemplateArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object SendBulkTemplatedEmailRequest {\n    @inline\n    def apply(\n        Destinations: BulkEmailDestinationList,\n        Source: Address,\n        Template: TemplateName,\n        ConfigurationSetName: js.UndefOr[ConfigurationSetName] = js.undefined,\n        DefaultTags: js.UndefOr[MessageTagList] = js.undefined,\n        DefaultTemplateData: js.UndefOr[TemplateData] = js.undefined,\n        ReplyToAddresses: js.UndefOr[AddressList] = js.undefined,\n        ReturnPath: js.UndefOr[Address] = js.undefined,\n        ReturnPathArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        SourceArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        TemplateArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): SendBulkTemplatedEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Destinations\" -> Destinations.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any],\n        \"Template\" -> Template.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetName.foreach(__v => __obj.updateDynamic(\"ConfigurationSetName\")(__v.asInstanceOf[js.Any]))\n      DefaultTags.foreach(__v => __obj.updateDynamic(\"DefaultTags\")(__v.asInstanceOf[js.Any]))\n      DefaultTemplateData.foreach(__v => __obj.updateDynamic(\"DefaultTemplateData\")(__v.asInstanceOf[js.Any]))\n      ReplyToAddresses.foreach(__v => __obj.updateDynamic(\"ReplyToAddresses\")(__v.asInstanceOf[js.Any]))\n      ReturnPath.foreach(__v => __obj.updateDynamic(\"ReturnPath\")(__v.asInstanceOf[js.Any]))\n      ReturnPathArn.foreach(__v => __obj.updateDynamic(\"ReturnPathArn\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      TemplateArn.foreach(__v => __obj.updateDynamic(\"TemplateArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendBulkTemplatedEmailRequest]\n    }\n  }\n\n  @js.native\n  trait SendBulkTemplatedEmailResponse extends js.Object {\n    var Status: BulkEmailDestinationStatusList\n  }\n\n  object SendBulkTemplatedEmailResponse {\n    @inline\n    def apply(\n        Status: BulkEmailDestinationStatusList\n    ): SendBulkTemplatedEmailResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendBulkTemplatedEmailResponse]\n    }\n  }\n\n  \/** Represents a request to send a custom verification email to a specified recipient.\n    *\/\n  @js.native\n  trait SendCustomVerificationEmailRequest extends js.Object {\n    var EmailAddress: Address\n    var TemplateName: TemplateName\n    var ConfigurationSetName: js.UndefOr[ConfigurationSetName]\n  }\n\n  object SendCustomVerificationEmailRequest {\n    @inline\n    def apply(\n        EmailAddress: Address,\n        TemplateName: TemplateName,\n        ConfigurationSetName: js.UndefOr[ConfigurationSetName] = js.undefined\n    ): SendCustomVerificationEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EmailAddress\" -> EmailAddress.asInstanceOf[js.Any],\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetName.foreach(__v => __obj.updateDynamic(\"ConfigurationSetName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendCustomVerificationEmailRequest]\n    }\n  }\n\n  \/** The response received when attempting to send the custom verification email.\n    *\/\n  @js.native\n  trait SendCustomVerificationEmailResponse extends js.Object {\n    var MessageId: js.UndefOr[MessageId]\n  }\n\n  object SendCustomVerificationEmailResponse {\n    @inline\n    def apply(\n        MessageId: js.UndefOr[MessageId] = js.undefined\n    ): SendCustomVerificationEmailResponse = {\n      val __obj = js.Dynamic.literal()\n      MessageId.foreach(__v => __obj.updateDynamic(\"MessageId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendCustomVerificationEmailResponse]\n    }\n  }\n\n  \/** Represents sending statistics data. Each <code>SendDataPoint<\/code> contains statistics for a 15-minute period of sending activity.\n    *\/\n  @js.native\n  trait SendDataPoint extends js.Object {\n    var Bounces: js.UndefOr[Counter]\n    var Complaints: js.UndefOr[Counter]\n    var DeliveryAttempts: js.UndefOr[Counter]\n    var Rejects: js.UndefOr[Counter]\n    var Timestamp: js.UndefOr[Timestamp]\n  }\n\n  object SendDataPoint {\n    @inline\n    def apply(\n        Bounces: js.UndefOr[Counter] = js.undefined,\n        Complaints: js.UndefOr[Counter] = js.undefined,\n        DeliveryAttempts: js.UndefOr[Counter] = js.undefined,\n        Rejects: js.UndefOr[Counter] = js.undefined,\n        Timestamp: js.UndefOr[Timestamp] = js.undefined\n    ): SendDataPoint = {\n      val __obj = js.Dynamic.literal()\n      Bounces.foreach(__v => __obj.updateDynamic(\"Bounces\")(__v.asInstanceOf[js.Any]))\n      Complaints.foreach(__v => __obj.updateDynamic(\"Complaints\")(__v.asInstanceOf[js.Any]))\n      DeliveryAttempts.foreach(__v => __obj.updateDynamic(\"DeliveryAttempts\")(__v.asInstanceOf[js.Any]))\n      Rejects.foreach(__v => __obj.updateDynamic(\"Rejects\")(__v.asInstanceOf[js.Any]))\n      Timestamp.foreach(__v => __obj.updateDynamic(\"Timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendDataPoint]\n    }\n  }\n\n  \/** Represents a request to send a single formatted email using Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-email-formatted.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SendEmailRequest extends js.Object {\n    var Destination: Destination\n    var Message: Message\n    var Source: Address\n    var ConfigurationSetName: js.UndefOr[ConfigurationSetName]\n    var ReplyToAddresses: js.UndefOr[AddressList]\n    var ReturnPath: js.UndefOr[Address]\n    var ReturnPathArn: js.UndefOr[AmazonResourceName]\n    var SourceArn: js.UndefOr[AmazonResourceName]\n    var Tags: js.UndefOr[MessageTagList]\n  }\n\n  object SendEmailRequest {\n    @inline\n    def apply(\n        Destination: Destination,\n        Message: Message,\n        Source: Address,\n        ConfigurationSetName: js.UndefOr[ConfigurationSetName] = js.undefined,\n        ReplyToAddresses: js.UndefOr[AddressList] = js.undefined,\n        ReturnPath: js.UndefOr[Address] = js.undefined,\n        ReturnPathArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        SourceArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        Tags: js.UndefOr[MessageTagList] = js.undefined\n    ): SendEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"Message\" -> Message.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetName.foreach(__v => __obj.updateDynamic(\"ConfigurationSetName\")(__v.asInstanceOf[js.Any]))\n      ReplyToAddresses.foreach(__v => __obj.updateDynamic(\"ReplyToAddresses\")(__v.asInstanceOf[js.Any]))\n      ReturnPath.foreach(__v => __obj.updateDynamic(\"ReturnPath\")(__v.asInstanceOf[js.Any]))\n      ReturnPathArn.foreach(__v => __obj.updateDynamic(\"ReturnPathArn\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendEmailRequest]\n    }\n  }\n\n  \/** Represents a unique message ID.\n    *\/\n  @js.native\n  trait SendEmailResponse extends js.Object {\n    var MessageId: MessageId\n  }\n\n  object SendEmailResponse {\n    @inline\n    def apply(\n        MessageId: MessageId\n    ): SendEmailResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendEmailResponse]\n    }\n  }\n\n  \/** Represents a request to send a single raw email using Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-email-raw.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SendRawEmailRequest extends js.Object {\n    var RawMessage: RawMessage\n    var ConfigurationSetName: js.UndefOr[ConfigurationSetName]\n    var Destinations: js.UndefOr[AddressList]\n    var FromArn: js.UndefOr[AmazonResourceName]\n    var ReturnPathArn: js.UndefOr[AmazonResourceName]\n    var Source: js.UndefOr[Address]\n    var SourceArn: js.UndefOr[AmazonResourceName]\n    var Tags: js.UndefOr[MessageTagList]\n  }\n\n  object SendRawEmailRequest {\n    @inline\n    def apply(\n        RawMessage: RawMessage,\n        ConfigurationSetName: js.UndefOr[ConfigurationSetName] = js.undefined,\n        Destinations: js.UndefOr[AddressList] = js.undefined,\n        FromArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        ReturnPathArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        Source: js.UndefOr[Address] = js.undefined,\n        SourceArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        Tags: js.UndefOr[MessageTagList] = js.undefined\n    ): SendRawEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RawMessage\" -> RawMessage.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetName.foreach(__v => __obj.updateDynamic(\"ConfigurationSetName\")(__v.asInstanceOf[js.Any]))\n      Destinations.foreach(__v => __obj.updateDynamic(\"Destinations\")(__v.asInstanceOf[js.Any]))\n      FromArn.foreach(__v => __obj.updateDynamic(\"FromArn\")(__v.asInstanceOf[js.Any]))\n      ReturnPathArn.foreach(__v => __obj.updateDynamic(\"ReturnPathArn\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendRawEmailRequest]\n    }\n  }\n\n  \/** Represents a unique message ID.\n    *\/\n  @js.native\n  trait SendRawEmailResponse extends js.Object {\n    var MessageId: MessageId\n  }\n\n  object SendRawEmailResponse {\n    @inline\n    def apply(\n        MessageId: MessageId\n    ): SendRawEmailResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendRawEmailResponse]\n    }\n  }\n\n  \/** Represents a request to send a templated email using Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/send-personalized-email-api.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SendTemplatedEmailRequest extends js.Object {\n    var Destination: Destination\n    var Source: Address\n    var Template: TemplateName\n    var TemplateData: TemplateData\n    var ConfigurationSetName: js.UndefOr[ConfigurationSetName]\n    var ReplyToAddresses: js.UndefOr[AddressList]\n    var ReturnPath: js.UndefOr[Address]\n    var ReturnPathArn: js.UndefOr[AmazonResourceName]\n    var SourceArn: js.UndefOr[AmazonResourceName]\n    var Tags: js.UndefOr[MessageTagList]\n    var TemplateArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object SendTemplatedEmailRequest {\n    @inline\n    def apply(\n        Destination: Destination,\n        Source: Address,\n        Template: TemplateName,\n        TemplateData: TemplateData,\n        ConfigurationSetName: js.UndefOr[ConfigurationSetName] = js.undefined,\n        ReplyToAddresses: js.UndefOr[AddressList] = js.undefined,\n        ReturnPath: js.UndefOr[Address] = js.undefined,\n        ReturnPathArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        SourceArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        Tags: js.UndefOr[MessageTagList] = js.undefined,\n        TemplateArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): SendTemplatedEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Destination\" -> Destination.asInstanceOf[js.Any],\n        \"Source\" -> Source.asInstanceOf[js.Any],\n        \"Template\" -> Template.asInstanceOf[js.Any],\n        \"TemplateData\" -> TemplateData.asInstanceOf[js.Any]\n      )\n\n      ConfigurationSetName.foreach(__v => __obj.updateDynamic(\"ConfigurationSetName\")(__v.asInstanceOf[js.Any]))\n      ReplyToAddresses.foreach(__v => __obj.updateDynamic(\"ReplyToAddresses\")(__v.asInstanceOf[js.Any]))\n      ReturnPath.foreach(__v => __obj.updateDynamic(\"ReturnPath\")(__v.asInstanceOf[js.Any]))\n      ReturnPathArn.foreach(__v => __obj.updateDynamic(\"ReturnPathArn\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TemplateArn.foreach(__v => __obj.updateDynamic(\"TemplateArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SendTemplatedEmailRequest]\n    }\n  }\n\n  @js.native\n  trait SendTemplatedEmailResponse extends js.Object {\n    var MessageId: MessageId\n  }\n\n  object SendTemplatedEmailResponse {\n    @inline\n    def apply(\n        MessageId: MessageId\n    ): SendTemplatedEmailResponse = {\n      val __obj = js.Dynamic.literal(\n        \"MessageId\" -> MessageId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SendTemplatedEmailResponse]\n    }\n  }\n\n  \/** Represents a request to set a receipt rule set as the active receipt rule set. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetActiveReceiptRuleSetRequest extends js.Object {\n    var RuleSetName: js.UndefOr[ReceiptRuleSetName]\n  }\n\n  object SetActiveReceiptRuleSetRequest {\n    @inline\n    def apply(\n        RuleSetName: js.UndefOr[ReceiptRuleSetName] = js.undefined\n    ): SetActiveReceiptRuleSetRequest = {\n      val __obj = js.Dynamic.literal()\n      RuleSetName.foreach(__v => __obj.updateDynamic(\"RuleSetName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetActiveReceiptRuleSetRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetActiveReceiptRuleSetResponse extends js.Object\n\n  object SetActiveReceiptRuleSetResponse {\n    @inline\n    def apply(): SetActiveReceiptRuleSetResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetActiveReceiptRuleSetResponse]\n    }\n  }\n\n  \/** Represents a request to enable or disable Amazon SES Easy DKIM signing for an identity. For more information about setting up Easy DKIM, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/easy-dkim.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetIdentityDkimEnabledRequest extends js.Object {\n    var DkimEnabled: Enabled\n    var Identity: Identity\n  }\n\n  object SetIdentityDkimEnabledRequest {\n    @inline\n    def apply(\n        DkimEnabled: Enabled,\n        Identity: Identity\n    ): SetIdentityDkimEnabledRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DkimEnabled\" -> DkimEnabled.asInstanceOf[js.Any],\n        \"Identity\" -> Identity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetIdentityDkimEnabledRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetIdentityDkimEnabledResponse extends js.Object\n\n  object SetIdentityDkimEnabledResponse {\n    @inline\n    def apply(): SetIdentityDkimEnabledResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetIdentityDkimEnabledResponse]\n    }\n  }\n\n  \/** Represents a request to enable or disable whether Amazon SES forwards you bounce and complaint notifications through email. For information about email feedback forwarding, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/notifications-via-email.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetIdentityFeedbackForwardingEnabledRequest extends js.Object {\n    var ForwardingEnabled: Enabled\n    var Identity: Identity\n  }\n\n  object SetIdentityFeedbackForwardingEnabledRequest {\n    @inline\n    def apply(\n        ForwardingEnabled: Enabled,\n        Identity: Identity\n    ): SetIdentityFeedbackForwardingEnabledRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ForwardingEnabled\" -> ForwardingEnabled.asInstanceOf[js.Any],\n        \"Identity\" -> Identity.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetIdentityFeedbackForwardingEnabledRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetIdentityFeedbackForwardingEnabledResponse extends js.Object\n\n  object SetIdentityFeedbackForwardingEnabledResponse {\n    @inline\n    def apply(): SetIdentityFeedbackForwardingEnabledResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetIdentityFeedbackForwardingEnabledResponse]\n    }\n  }\n\n  \/** Represents a request to set whether Amazon SES includes the original email headers in the Amazon SNS notifications of a specified type. For information about notifications, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/notifications-via-sns.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetIdentityHeadersInNotificationsEnabledRequest extends js.Object {\n    var Enabled: Enabled\n    var Identity: Identity\n    var NotificationType: NotificationType\n  }\n\n  object SetIdentityHeadersInNotificationsEnabledRequest {\n    @inline\n    def apply(\n        Enabled: Enabled,\n        Identity: Identity,\n        NotificationType: NotificationType\n    ): SetIdentityHeadersInNotificationsEnabledRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any],\n        \"Identity\" -> Identity.asInstanceOf[js.Any],\n        \"NotificationType\" -> NotificationType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetIdentityHeadersInNotificationsEnabledRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetIdentityHeadersInNotificationsEnabledResponse extends js.Object\n\n  object SetIdentityHeadersInNotificationsEnabledResponse {\n    @inline\n    def apply(): SetIdentityHeadersInNotificationsEnabledResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetIdentityHeadersInNotificationsEnabledResponse]\n    }\n  }\n\n  \/** Represents a request to enable or disable the Amazon SES custom MAIL FROM domain setup for a verified identity. For information about using a custom MAIL FROM domain, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/mail-from.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetIdentityMailFromDomainRequest extends js.Object {\n    var Identity: Identity\n    var BehaviorOnMXFailure: js.UndefOr[BehaviorOnMXFailure]\n    var MailFromDomain: js.UndefOr[MailFromDomainName]\n  }\n\n  object SetIdentityMailFromDomainRequest {\n    @inline\n    def apply(\n        Identity: Identity,\n        BehaviorOnMXFailure: js.UndefOr[BehaviorOnMXFailure] = js.undefined,\n        MailFromDomain: js.UndefOr[MailFromDomainName] = js.undefined\n    ): SetIdentityMailFromDomainRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any]\n      )\n\n      BehaviorOnMXFailure.foreach(__v => __obj.updateDynamic(\"BehaviorOnMXFailure\")(__v.asInstanceOf[js.Any]))\n      MailFromDomain.foreach(__v => __obj.updateDynamic(\"MailFromDomain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetIdentityMailFromDomainRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetIdentityMailFromDomainResponse extends js.Object\n\n  object SetIdentityMailFromDomainResponse {\n    @inline\n    def apply(): SetIdentityMailFromDomainResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetIdentityMailFromDomainResponse]\n    }\n  }\n\n  \/** Represents a request to specify the Amazon SNS topic to which Amazon SES will publish bounce, complaint, or delivery notifications for emails sent with that identity as the Source. For information about Amazon SES notifications, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/notifications-via-sns.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetIdentityNotificationTopicRequest extends js.Object {\n    var Identity: Identity\n    var NotificationType: NotificationType\n    var SnsTopic: js.UndefOr[NotificationTopic]\n  }\n\n  object SetIdentityNotificationTopicRequest {\n    @inline\n    def apply(\n        Identity: Identity,\n        NotificationType: NotificationType,\n        SnsTopic: js.UndefOr[NotificationTopic] = js.undefined\n    ): SetIdentityNotificationTopicRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Identity\" -> Identity.asInstanceOf[js.Any],\n        \"NotificationType\" -> NotificationType.asInstanceOf[js.Any]\n      )\n\n      SnsTopic.foreach(__v => __obj.updateDynamic(\"SnsTopic\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetIdentityNotificationTopicRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetIdentityNotificationTopicResponse extends js.Object\n\n  object SetIdentityNotificationTopicResponse {\n    @inline\n    def apply(): SetIdentityNotificationTopicResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetIdentityNotificationTopicResponse]\n    }\n  }\n\n  \/** Represents a request to set the position of a receipt rule in a receipt rule set. You use receipt rule sets to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait SetReceiptRulePositionRequest extends js.Object {\n    var RuleName: ReceiptRuleName\n    var RuleSetName: ReceiptRuleSetName\n    var After: js.UndefOr[ReceiptRuleName]\n  }\n\n  object SetReceiptRulePositionRequest {\n    @inline\n    def apply(\n        RuleName: ReceiptRuleName,\n        RuleSetName: ReceiptRuleSetName,\n        After: js.UndefOr[ReceiptRuleName] = js.undefined\n    ): SetReceiptRulePositionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"RuleName\" -> RuleName.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n\n      After.foreach(__v => __obj.updateDynamic(\"After\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetReceiptRulePositionRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait SetReceiptRulePositionResponse extends js.Object\n\n  object SetReceiptRulePositionResponse {\n    @inline\n    def apply(): SetReceiptRulePositionResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[SetReceiptRulePositionResponse]\n    }\n  }\n\n  \/** When included in a receipt rule, this action terminates the evaluation of the receipt rule set and, optionally, publishes a notification to Amazon Simple Notification Service (Amazon SNS). For information about setting a stop action in a receipt rule, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-stop.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait StopAction extends js.Object {\n    var Scope: StopScope\n    var TopicArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object StopAction {\n    @inline\n    def apply(\n        Scope: StopScope,\n        TopicArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): StopAction = {\n      val __obj = js.Dynamic.literal(\n        \"Scope\" -> Scope.asInstanceOf[js.Any]\n      )\n\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopAction]\n    }\n  }\n\n  @js.native\n  sealed trait StopScope extends js.Any\n  object StopScope {\n    val RuleSet = \"RuleSet\".asInstanceOf[StopScope]\n\n    @inline def values = js.Array(RuleSet)\n  }\n\n  \/** The content of the email, composed of a subject line, an HTML part, and a text-only part.\n    *\/\n  @js.native\n  trait Template extends js.Object {\n    var TemplateName: TemplateName\n    var HtmlPart: js.UndefOr[HtmlPart]\n    var SubjectPart: js.UndefOr[SubjectPart]\n    var TextPart: js.UndefOr[TextPart]\n  }\n\n  object Template {\n    @inline\n    def apply(\n        TemplateName: TemplateName,\n        HtmlPart: js.UndefOr[HtmlPart] = js.undefined,\n        SubjectPart: js.UndefOr[SubjectPart] = js.undefined,\n        TextPart: js.UndefOr[TextPart] = js.undefined\n    ): Template = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n\n      HtmlPart.foreach(__v => __obj.updateDynamic(\"HtmlPart\")(__v.asInstanceOf[js.Any]))\n      SubjectPart.foreach(__v => __obj.updateDynamic(\"SubjectPart\")(__v.asInstanceOf[js.Any]))\n      TextPart.foreach(__v => __obj.updateDynamic(\"TextPart\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Template]\n    }\n  }\n\n  \/** Contains information about an email template.\n    *\/\n  @js.native\n  trait TemplateMetadata extends js.Object {\n    var CreatedTimestamp: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[TemplateName]\n  }\n\n  object TemplateMetadata {\n    @inline\n    def apply(\n        CreatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[TemplateName] = js.undefined\n    ): TemplateMetadata = {\n      val __obj = js.Dynamic.literal()\n      CreatedTimestamp.foreach(__v => __obj.updateDynamic(\"CreatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TemplateMetadata]\n    }\n  }\n\n  @js.native\n  trait TestRenderTemplateRequest extends js.Object {\n    var TemplateData: TemplateData\n    var TemplateName: TemplateName\n  }\n\n  object TestRenderTemplateRequest {\n    @inline\n    def apply(\n        TemplateData: TemplateData,\n        TemplateName: TemplateName\n    ): TestRenderTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateData\" -> TemplateData.asInstanceOf[js.Any],\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TestRenderTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait TestRenderTemplateResponse extends js.Object {\n    var RenderedTemplate: js.UndefOr[RenderedTemplate]\n  }\n\n  object TestRenderTemplateResponse {\n    @inline\n    def apply(\n        RenderedTemplate: js.UndefOr[RenderedTemplate] = js.undefined\n    ): TestRenderTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      RenderedTemplate.foreach(__v => __obj.updateDynamic(\"RenderedTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TestRenderTemplateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait TlsPolicy extends js.Any\n  object TlsPolicy {\n    val Require = \"Require\".asInstanceOf[TlsPolicy]\n    val Optional = \"Optional\".asInstanceOf[TlsPolicy]\n\n    @inline def values = js.Array(Require, Optional)\n  }\n\n  \/** A domain that is used to redirect email recipients to an Amazon SES-operated domain. This domain captures open and click events generated by Amazon SES emails. For more information, see [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/configure-custom-open-click-domains.html|Configuring Custom Domains to Handle Open and Click Tracking]] in the <i>Amazon SES Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait TrackingOptions extends js.Object {\n    var CustomRedirectDomain: js.UndefOr[CustomRedirectDomain]\n  }\n\n  object TrackingOptions {\n    @inline\n    def apply(\n        CustomRedirectDomain: js.UndefOr[CustomRedirectDomain] = js.undefined\n    ): TrackingOptions = {\n      val __obj = js.Dynamic.literal()\n      CustomRedirectDomain.foreach(__v => __obj.updateDynamic(\"CustomRedirectDomain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrackingOptions]\n    }\n  }\n\n  \/** Represents a request to enable or disable the email sending capabilities for your entire Amazon SES account.\n    *\/\n  @js.native\n  trait UpdateAccountSendingEnabledRequest extends js.Object {\n    var Enabled: js.UndefOr[Enabled]\n  }\n\n  object UpdateAccountSendingEnabledRequest {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[Enabled] = js.undefined\n    ): UpdateAccountSendingEnabledRequest = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateAccountSendingEnabledRequest]\n    }\n  }\n\n  \/** Represents a request to update the event destination of a configuration set. Configuration sets enable you to publish email sending events. For information about using configuration sets, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/monitor-sending-activity.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait UpdateConfigurationSetEventDestinationRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var EventDestination: EventDestination\n  }\n\n  object UpdateConfigurationSetEventDestinationRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        EventDestination: EventDestination\n    ): UpdateConfigurationSetEventDestinationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"EventDestination\" -> EventDestination.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateConfigurationSetEventDestinationRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait UpdateConfigurationSetEventDestinationResponse extends js.Object\n\n  object UpdateConfigurationSetEventDestinationResponse {\n    @inline\n    def apply(): UpdateConfigurationSetEventDestinationResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateConfigurationSetEventDestinationResponse]\n    }\n  }\n\n  \/** Represents a request to modify the reputation metric publishing settings for a configuration set.\n    *\/\n  @js.native\n  trait UpdateConfigurationSetReputationMetricsEnabledRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var Enabled: Enabled\n  }\n\n  object UpdateConfigurationSetReputationMetricsEnabledRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        Enabled: Enabled\n    ): UpdateConfigurationSetReputationMetricsEnabledRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateConfigurationSetReputationMetricsEnabledRequest]\n    }\n  }\n\n  \/** Represents a request to enable or disable the email sending capabilities for a specific configuration set.\n    *\/\n  @js.native\n  trait UpdateConfigurationSetSendingEnabledRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var Enabled: Enabled\n  }\n\n  object UpdateConfigurationSetSendingEnabledRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        Enabled: Enabled\n    ): UpdateConfigurationSetSendingEnabledRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"Enabled\" -> Enabled.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateConfigurationSetSendingEnabledRequest]\n    }\n  }\n\n  \/** Represents a request to update the tracking options for a configuration set.\n    *\/\n  @js.native\n  trait UpdateConfigurationSetTrackingOptionsRequest extends js.Object {\n    var ConfigurationSetName: ConfigurationSetName\n    var TrackingOptions: TrackingOptions\n  }\n\n  object UpdateConfigurationSetTrackingOptionsRequest {\n    @inline\n    def apply(\n        ConfigurationSetName: ConfigurationSetName,\n        TrackingOptions: TrackingOptions\n    ): UpdateConfigurationSetTrackingOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationSetName\" -> ConfigurationSetName.asInstanceOf[js.Any],\n        \"TrackingOptions\" -> TrackingOptions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateConfigurationSetTrackingOptionsRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait UpdateConfigurationSetTrackingOptionsResponse extends js.Object\n\n  object UpdateConfigurationSetTrackingOptionsResponse {\n    @inline\n    def apply(): UpdateConfigurationSetTrackingOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateConfigurationSetTrackingOptionsResponse]\n    }\n  }\n\n  \/** Represents a request to update an existing custom verification email template.\n    *\/\n  @js.native\n  trait UpdateCustomVerificationEmailTemplateRequest extends js.Object {\n    var TemplateName: TemplateName\n    var FailureRedirectionURL: js.UndefOr[FailureRedirectionURL]\n    var FromEmailAddress: js.UndefOr[FromAddress]\n    var SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL]\n    var TemplateContent: js.UndefOr[TemplateContent]\n    var TemplateSubject: js.UndefOr[Subject]\n  }\n\n  object UpdateCustomVerificationEmailTemplateRequest {\n    @inline\n    def apply(\n        TemplateName: TemplateName,\n        FailureRedirectionURL: js.UndefOr[FailureRedirectionURL] = js.undefined,\n        FromEmailAddress: js.UndefOr[FromAddress] = js.undefined,\n        SuccessRedirectionURL: js.UndefOr[SuccessRedirectionURL] = js.undefined,\n        TemplateContent: js.UndefOr[TemplateContent] = js.undefined,\n        TemplateSubject: js.UndefOr[Subject] = js.undefined\n    ): UpdateCustomVerificationEmailTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TemplateName\" -> TemplateName.asInstanceOf[js.Any]\n      )\n\n      FailureRedirectionURL.foreach(__v => __obj.updateDynamic(\"FailureRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      FromEmailAddress.foreach(__v => __obj.updateDynamic(\"FromEmailAddress\")(__v.asInstanceOf[js.Any]))\n      SuccessRedirectionURL.foreach(__v => __obj.updateDynamic(\"SuccessRedirectionURL\")(__v.asInstanceOf[js.Any]))\n      TemplateContent.foreach(__v => __obj.updateDynamic(\"TemplateContent\")(__v.asInstanceOf[js.Any]))\n      TemplateSubject.foreach(__v => __obj.updateDynamic(\"TemplateSubject\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateCustomVerificationEmailTemplateRequest]\n    }\n  }\n\n  \/** Represents a request to update a receipt rule. You use receipt rules to receive email with Amazon SES. For more information, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-concepts.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait UpdateReceiptRuleRequest extends js.Object {\n    var Rule: ReceiptRule\n    var RuleSetName: ReceiptRuleSetName\n  }\n\n  object UpdateReceiptRuleRequest {\n    @inline\n    def apply(\n        Rule: ReceiptRule,\n        RuleSetName: ReceiptRuleSetName\n    ): UpdateReceiptRuleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Rule\" -> Rule.asInstanceOf[js.Any],\n        \"RuleSetName\" -> RuleSetName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateReceiptRuleRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait UpdateReceiptRuleResponse extends js.Object\n\n  object UpdateReceiptRuleResponse {\n    @inline\n    def apply(): UpdateReceiptRuleResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateReceiptRuleResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateRequest extends js.Object {\n    var Template: Template\n  }\n\n  object UpdateTemplateRequest {\n    @inline\n    def apply(\n        Template: Template\n    ): UpdateTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Template\" -> Template.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateTemplateResponse extends js.Object\n\n  object UpdateTemplateResponse {\n    @inline\n    def apply(): UpdateTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateTemplateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait VerificationStatus extends js.Any\n  object VerificationStatus {\n    val Pending = \"Pending\".asInstanceOf[VerificationStatus]\n    val Success = \"Success\".asInstanceOf[VerificationStatus]\n    val Failed = \"Failed\".asInstanceOf[VerificationStatus]\n    val TemporaryFailure = \"TemporaryFailure\".asInstanceOf[VerificationStatus]\n    val NotStarted = \"NotStarted\".asInstanceOf[VerificationStatus]\n\n    @inline def values = js.Array(Pending, Success, Failed, TemporaryFailure, NotStarted)\n  }\n\n  \/** Represents a request to generate the CNAME records needed to set up Easy DKIM with Amazon SES. For more information about setting up Easy DKIM, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/easy-dkim.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait VerifyDomainDkimRequest extends js.Object {\n    var Domain: Domain\n  }\n\n  object VerifyDomainDkimRequest {\n    @inline\n    def apply(\n        Domain: Domain\n    ): VerifyDomainDkimRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Domain\" -> Domain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyDomainDkimRequest]\n    }\n  }\n\n  \/** Returns CNAME records that you must publish to the DNS server of your domain to set up Easy DKIM with Amazon SES.\n    *\/\n  @js.native\n  trait VerifyDomainDkimResponse extends js.Object {\n    var DkimTokens: VerificationTokenList\n  }\n\n  object VerifyDomainDkimResponse {\n    @inline\n    def apply(\n        DkimTokens: VerificationTokenList\n    ): VerifyDomainDkimResponse = {\n      val __obj = js.Dynamic.literal(\n        \"DkimTokens\" -> DkimTokens.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyDomainDkimResponse]\n    }\n  }\n\n  \/** Represents a request to begin Amazon SES domain verification and to generate the TXT records that you must publish to the DNS server of your domain to complete the verification. For information about domain verification, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/verify-domains.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait VerifyDomainIdentityRequest extends js.Object {\n    var Domain: Domain\n  }\n\n  object VerifyDomainIdentityRequest {\n    @inline\n    def apply(\n        Domain: Domain\n    ): VerifyDomainIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Domain\" -> Domain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyDomainIdentityRequest]\n    }\n  }\n\n  \/** Returns a TXT record that you must publish to the DNS server of your domain to complete domain verification with Amazon SES.\n    *\/\n  @js.native\n  trait VerifyDomainIdentityResponse extends js.Object {\n    var VerificationToken: VerificationToken\n  }\n\n  object VerifyDomainIdentityResponse {\n    @inline\n    def apply(\n        VerificationToken: VerificationToken\n    ): VerifyDomainIdentityResponse = {\n      val __obj = js.Dynamic.literal(\n        \"VerificationToken\" -> VerificationToken.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyDomainIdentityResponse]\n    }\n  }\n\n  \/** Represents a request to begin email address verification with Amazon SES. For information about email address verification, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/verify-email-addresses.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait VerifyEmailAddressRequest extends js.Object {\n    var EmailAddress: Address\n  }\n\n  object VerifyEmailAddressRequest {\n    @inline\n    def apply(\n        EmailAddress: Address\n    ): VerifyEmailAddressRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EmailAddress\" -> EmailAddress.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyEmailAddressRequest]\n    }\n  }\n\n  \/** Represents a request to begin email address verification with Amazon SES. For information about email address verification, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/verify-email-addresses.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait VerifyEmailIdentityRequest extends js.Object {\n    var EmailAddress: Address\n  }\n\n  object VerifyEmailIdentityRequest {\n    @inline\n    def apply(\n        EmailAddress: Address\n    ): VerifyEmailIdentityRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EmailAddress\" -> EmailAddress.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VerifyEmailIdentityRequest]\n    }\n  }\n\n  \/** An empty element returned on a successful request.\n    *\/\n  @js.native\n  trait VerifyEmailIdentityResponse extends js.Object\n\n  object VerifyEmailIdentityResponse {\n    @inline\n    def apply(): VerifyEmailIdentityResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[VerifyEmailIdentityResponse]\n    }\n  }\n\n  \/** When included in a receipt rule, this action calls Amazon WorkMail and, optionally, publishes a notification to Amazon Simple Notification Service (Amazon SNS). You will typically not use this action directly because Amazon WorkMail adds the rule automatically during its setup procedure. For information using a receipt rule to call Amazon WorkMail, see the [[https:\/\/docs.aws.amazon.com\/ses\/latest\/DeveloperGuide\/receiving-email-action-workmail.html|Amazon SES Developer Guide]].\n    *\/\n  @js.native\n  trait WorkmailAction extends js.Object {\n    var OrganizationArn: AmazonResourceName\n    var TopicArn: js.UndefOr[AmazonResourceName]\n  }\n\n  object WorkmailAction {\n    @inline\n    def apply(\n        OrganizationArn: AmazonResourceName,\n        TopicArn: js.UndefOr[AmazonResourceName] = js.undefined\n    ): WorkmailAction = {\n      val __obj = js.Dynamic.literal(\n        \"OrganizationArn\" -> OrganizationArn.asInstanceOf[js.Any]\n      )\n\n      TopicArn.foreach(__v => __obj.updateDynamic(\"TopicArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[WorkmailAction]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/acm\/src\/main\/scala\/facade\/amazonaws\/services\/ACM.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object acm {\n  type Arn = String\n  type CertificateBody = String\n  type CertificateBodyBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CertificateChain = String\n  type CertificateChainBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type CertificateStatuses = js.Array[CertificateStatus]\n  type CertificateSummaryList = js.Array[CertificateSummary]\n  type DomainList = js.Array[DomainNameString]\n  type DomainNameString = String\n  type DomainValidationList = js.Array[DomainValidation]\n  type DomainValidationOptionList = js.Array[DomainValidationOption]\n  type ExtendedKeyUsageFilterList = js.Array[ExtendedKeyUsageName]\n  type ExtendedKeyUsageList = js.Array[ExtendedKeyUsage]\n  type IdempotencyToken = String\n  type InUseList = js.Array[String]\n  type KeyAlgorithmList = js.Array[KeyAlgorithm]\n  type KeyUsageFilterList = js.Array[KeyUsageName]\n  type KeyUsageList = js.Array[KeyUsage]\n  type MaxItems = Int\n  type NextToken = String\n  type PassphraseBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type PositiveInteger = Int\n  type PrivateKey = String\n  type PrivateKeyBlob = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type TStamp = js.Date\n  type TagKey = String\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type ValidationEmailList = js.Array[String]\n\n  implicit final class ACMOps(private val service: ACM) extends AnyVal {\n\n    @inline def addTagsToCertificateFuture(params: AddTagsToCertificateRequest): Future[js.Object] = service.addTagsToCertificate(params).promise().toFuture\n    @inline def deleteCertificateFuture(params: DeleteCertificateRequest): Future[js.Object] = service.deleteCertificate(params).promise().toFuture\n    @inline def describeCertificateFuture(params: DescribeCertificateRequest): Future[DescribeCertificateResponse] = service.describeCertificate(params).promise().toFuture\n    @inline def exportCertificateFuture(params: ExportCertificateRequest): Future[ExportCertificateResponse] = service.exportCertificate(params).promise().toFuture\n    @inline def getAccountConfigurationFuture(): Future[GetAccountConfigurationResponse] = service.getAccountConfiguration().promise().toFuture\n    @inline def getCertificateFuture(params: GetCertificateRequest): Future[GetCertificateResponse] = service.getCertificate(params).promise().toFuture\n    @inline def importCertificateFuture(params: ImportCertificateRequest): Future[ImportCertificateResponse] = service.importCertificate(params).promise().toFuture\n    @inline def listCertificatesFuture(params: ListCertificatesRequest): Future[ListCertificatesResponse] = service.listCertificates(params).promise().toFuture\n    @inline def listTagsForCertificateFuture(params: ListTagsForCertificateRequest): Future[ListTagsForCertificateResponse] = service.listTagsForCertificate(params).promise().toFuture\n    @inline def putAccountConfigurationFuture(params: PutAccountConfigurationRequest): Future[js.Object] = service.putAccountConfiguration(params).promise().toFuture\n    @inline def removeTagsFromCertificateFuture(params: RemoveTagsFromCertificateRequest): Future[js.Object] = service.removeTagsFromCertificate(params).promise().toFuture\n    @inline def renewCertificateFuture(params: RenewCertificateRequest): Future[js.Object] = service.renewCertificate(params).promise().toFuture\n    @inline def requestCertificateFuture(params: RequestCertificateRequest): Future[RequestCertificateResponse] = service.requestCertificate(params).promise().toFuture\n    @inline def resendValidationEmailFuture(params: ResendValidationEmailRequest): Future[js.Object] = service.resendValidationEmail(params).promise().toFuture\n    @inline def updateCertificateOptionsFuture(params: UpdateCertificateOptionsRequest): Future[js.Object] = service.updateCertificateOptions(params).promise().toFuture\n\n  }\n}\n\npackage acm {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/acm\", JSImport.Namespace, \"AWS.ACM\")\n  class ACM() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addTagsToCertificate(params: AddTagsToCertificateRequest): Request[js.Object] = js.native\n    def deleteCertificate(params: DeleteCertificateRequest): Request[js.Object] = js.native\n    def describeCertificate(params: DescribeCertificateRequest): Request[DescribeCertificateResponse] = js.native\n    def exportCertificate(params: ExportCertificateRequest): Request[ExportCertificateResponse] = js.native\n    def getAccountConfiguration(): Request[GetAccountConfigurationResponse] = js.native\n    def getCertificate(params: GetCertificateRequest): Request[GetCertificateResponse] = js.native\n    def importCertificate(params: ImportCertificateRequest): Request[ImportCertificateResponse] = js.native\n    def listCertificates(params: ListCertificatesRequest): Request[ListCertificatesResponse] = js.native\n    def listTagsForCertificate(params: ListTagsForCertificateRequest): Request[ListTagsForCertificateResponse] = js.native\n    def putAccountConfiguration(params: PutAccountConfigurationRequest): Request[js.Object] = js.native\n    def removeTagsFromCertificate(params: RemoveTagsFromCertificateRequest): Request[js.Object] = js.native\n    def renewCertificate(params: RenewCertificateRequest): Request[js.Object] = js.native\n    def requestCertificate(params: RequestCertificateRequest): Request[RequestCertificateResponse] = js.native\n    def resendValidationEmail(params: ResendValidationEmailRequest): Request[js.Object] = js.native\n    def updateCertificateOptions(params: UpdateCertificateOptionsRequest): Request[js.Object] = js.native\n  }\n\n  @js.native\n  trait AddTagsToCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n    var Tags: TagList\n  }\n\n  object AddTagsToCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        Tags: TagList\n    ): AddTagsToCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToCertificateRequest]\n    }\n  }\n\n  \/** Contains metadata about an ACM certificate. This structure is returned in the response to a <a>DescribeCertificate<\/a> request.\n    *\/\n  @js.native\n  trait CertificateDetail extends js.Object {\n    var CertificateArn: js.UndefOr[Arn]\n    var CertificateAuthorityArn: js.UndefOr[Arn]\n    var CreatedAt: js.UndefOr[TStamp]\n    var DomainName: js.UndefOr[DomainNameString]\n    var DomainValidationOptions: js.UndefOr[DomainValidationList]\n    var ExtendedKeyUsages: js.UndefOr[ExtendedKeyUsageList]\n    var FailureReason: js.UndefOr[FailureReason]\n    var ImportedAt: js.UndefOr[TStamp]\n    var InUseBy: js.UndefOr[InUseList]\n    var IssuedAt: js.UndefOr[TStamp]\n    var Issuer: js.UndefOr[String]\n    var KeyAlgorithm: js.UndefOr[KeyAlgorithm]\n    var KeyUsages: js.UndefOr[KeyUsageList]\n    var NotAfter: js.UndefOr[TStamp]\n    var NotBefore: js.UndefOr[TStamp]\n    var Options: js.UndefOr[CertificateOptions]\n    var RenewalEligibility: js.UndefOr[RenewalEligibility]\n    var RenewalSummary: js.UndefOr[RenewalSummary]\n    var RevocationReason: js.UndefOr[RevocationReason]\n    var RevokedAt: js.UndefOr[TStamp]\n    var Serial: js.UndefOr[String]\n    var SignatureAlgorithm: js.UndefOr[String]\n    var Status: js.UndefOr[CertificateStatus]\n    var Subject: js.UndefOr[String]\n    var SubjectAlternativeNames: js.UndefOr[DomainList]\n    var Type: js.UndefOr[CertificateType]\n  }\n\n  object CertificateDetail {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[Arn] = js.undefined,\n        CertificateAuthorityArn: js.UndefOr[Arn] = js.undefined,\n        CreatedAt: js.UndefOr[TStamp] = js.undefined,\n        DomainName: js.UndefOr[DomainNameString] = js.undefined,\n        DomainValidationOptions: js.UndefOr[DomainValidationList] = js.undefined,\n        ExtendedKeyUsages: js.UndefOr[ExtendedKeyUsageList] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        ImportedAt: js.UndefOr[TStamp] = js.undefined,\n        InUseBy: js.UndefOr[InUseList] = js.undefined,\n        IssuedAt: js.UndefOr[TStamp] = js.undefined,\n        Issuer: js.UndefOr[String] = js.undefined,\n        KeyAlgorithm: js.UndefOr[KeyAlgorithm] = js.undefined,\n        KeyUsages: js.UndefOr[KeyUsageList] = js.undefined,\n        NotAfter: js.UndefOr[TStamp] = js.undefined,\n        NotBefore: js.UndefOr[TStamp] = js.undefined,\n        Options: js.UndefOr[CertificateOptions] = js.undefined,\n        RenewalEligibility: js.UndefOr[RenewalEligibility] = js.undefined,\n        RenewalSummary: js.UndefOr[RenewalSummary] = js.undefined,\n        RevocationReason: js.UndefOr[RevocationReason] = js.undefined,\n        RevokedAt: js.UndefOr[TStamp] = js.undefined,\n        Serial: js.UndefOr[String] = js.undefined,\n        SignatureAlgorithm: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[CertificateStatus] = js.undefined,\n        Subject: js.UndefOr[String] = js.undefined,\n        SubjectAlternativeNames: js.UndefOr[DomainList] = js.undefined,\n        Type: js.UndefOr[CertificateType] = js.undefined\n    ): CertificateDetail = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      CertificateAuthorityArn.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityArn\")(__v.asInstanceOf[js.Any]))\n      CreatedAt.foreach(__v => __obj.updateDynamic(\"CreatedAt\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      DomainValidationOptions.foreach(__v => __obj.updateDynamic(\"DomainValidationOptions\")(__v.asInstanceOf[js.Any]))\n      ExtendedKeyUsages.foreach(__v => __obj.updateDynamic(\"ExtendedKeyUsages\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      ImportedAt.foreach(__v => __obj.updateDynamic(\"ImportedAt\")(__v.asInstanceOf[js.Any]))\n      InUseBy.foreach(__v => __obj.updateDynamic(\"InUseBy\")(__v.asInstanceOf[js.Any]))\n      IssuedAt.foreach(__v => __obj.updateDynamic(\"IssuedAt\")(__v.asInstanceOf[js.Any]))\n      Issuer.foreach(__v => __obj.updateDynamic(\"Issuer\")(__v.asInstanceOf[js.Any]))\n      KeyAlgorithm.foreach(__v => __obj.updateDynamic(\"KeyAlgorithm\")(__v.asInstanceOf[js.Any]))\n      KeyUsages.foreach(__v => __obj.updateDynamic(\"KeyUsages\")(__v.asInstanceOf[js.Any]))\n      NotAfter.foreach(__v => __obj.updateDynamic(\"NotAfter\")(__v.asInstanceOf[js.Any]))\n      NotBefore.foreach(__v => __obj.updateDynamic(\"NotBefore\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      RenewalEligibility.foreach(__v => __obj.updateDynamic(\"RenewalEligibility\")(__v.asInstanceOf[js.Any]))\n      RenewalSummary.foreach(__v => __obj.updateDynamic(\"RenewalSummary\")(__v.asInstanceOf[js.Any]))\n      RevocationReason.foreach(__v => __obj.updateDynamic(\"RevocationReason\")(__v.asInstanceOf[js.Any]))\n      RevokedAt.foreach(__v => __obj.updateDynamic(\"RevokedAt\")(__v.asInstanceOf[js.Any]))\n      Serial.foreach(__v => __obj.updateDynamic(\"Serial\")(__v.asInstanceOf[js.Any]))\n      SignatureAlgorithm.foreach(__v => __obj.updateDynamic(\"SignatureAlgorithm\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Subject.foreach(__v => __obj.updateDynamic(\"Subject\")(__v.asInstanceOf[js.Any]))\n      SubjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"SubjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateDetail]\n    }\n  }\n\n  \/** Structure that contains options for your certificate. Currently, you can use this only to specify whether to opt in to or out of certificate transparency logging. Some browsers require that public certificates issued for your domain be recorded in a log. Certificates that are not logged typically generate a browser error. Transparency makes it possible for you to detect SSL\/TLS certificates that have been mistakenly or maliciously issued for your domain. For general information, see [[https:\/\/docs.aws.amazon.com\/acm\/latest\/userguide\/acm-concepts.html#concept-transparency|Certificate Transparency Logging]].\n    *\/\n  @js.native\n  trait CertificateOptions extends js.Object {\n    var CertificateTransparencyLoggingPreference: js.UndefOr[CertificateTransparencyLoggingPreference]\n  }\n\n  object CertificateOptions {\n    @inline\n    def apply(\n        CertificateTransparencyLoggingPreference: js.UndefOr[CertificateTransparencyLoggingPreference] = js.undefined\n    ): CertificateOptions = {\n      val __obj = js.Dynamic.literal()\n      CertificateTransparencyLoggingPreference.foreach(__v => __obj.updateDynamic(\"CertificateTransparencyLoggingPreference\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateOptions]\n    }\n  }\n\n  @js.native\n  sealed trait CertificateStatus extends js.Any\n  object CertificateStatus {\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[CertificateStatus]\n    val ISSUED = \"ISSUED\".asInstanceOf[CertificateStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[CertificateStatus]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[CertificateStatus]\n    val VALIDATION_TIMED_OUT = \"VALIDATION_TIMED_OUT\".asInstanceOf[CertificateStatus]\n    val REVOKED = \"REVOKED\".asInstanceOf[CertificateStatus]\n    val FAILED = \"FAILED\".asInstanceOf[CertificateStatus]\n\n    @inline def values = js.Array(PENDING_VALIDATION, ISSUED, INACTIVE, EXPIRED, VALIDATION_TIMED_OUT, REVOKED, FAILED)\n  }\n\n  \/** This structure is returned in the response object of <a>ListCertificates<\/a> action.\n    *\/\n  @js.native\n  trait CertificateSummary extends js.Object {\n    var CertificateArn: js.UndefOr[Arn]\n    var DomainName: js.UndefOr[DomainNameString]\n  }\n\n  object CertificateSummary {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[Arn] = js.undefined,\n        DomainName: js.UndefOr[DomainNameString] = js.undefined\n    ): CertificateSummary = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      DomainName.foreach(__v => __obj.updateDynamic(\"DomainName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateSummary]\n    }\n  }\n\n  @js.native\n  sealed trait CertificateTransparencyLoggingPreference extends js.Any\n  object CertificateTransparencyLoggingPreference {\n    val ENABLED = \"ENABLED\".asInstanceOf[CertificateTransparencyLoggingPreference]\n    val DISABLED = \"DISABLED\".asInstanceOf[CertificateTransparencyLoggingPreference]\n\n    @inline def values = js.Array(ENABLED, DISABLED)\n  }\n\n  @js.native\n  sealed trait CertificateType extends js.Any\n  object CertificateType {\n    val IMPORTED = \"IMPORTED\".asInstanceOf[CertificateType]\n    val AMAZON_ISSUED = \"AMAZON_ISSUED\".asInstanceOf[CertificateType]\n    val PRIVATE = \"PRIVATE\".asInstanceOf[CertificateType]\n\n    @inline def values = js.Array(IMPORTED, AMAZON_ISSUED, PRIVATE)\n  }\n\n  @js.native\n  trait DeleteCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n  }\n\n  object DeleteCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn\n    ): DeleteCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n  }\n\n  object DescribeCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn\n    ): DescribeCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificateResponse extends js.Object {\n    var Certificate: js.UndefOr[CertificateDetail]\n  }\n\n  object DescribeCertificateResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[CertificateDetail] = js.undefined\n    ): DescribeCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCertificateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait DomainStatus extends js.Any\n  object DomainStatus {\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[DomainStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[DomainStatus]\n    val FAILED = \"FAILED\".asInstanceOf[DomainStatus]\n\n    @inline def values = js.Array(PENDING_VALIDATION, SUCCESS, FAILED)\n  }\n\n  \/** Contains information about the validation of each domain name in the certificate.\n    *\/\n  @js.native\n  trait DomainValidation extends js.Object {\n    var DomainName: DomainNameString\n    var ResourceRecord: js.UndefOr[ResourceRecord]\n    var ValidationDomain: js.UndefOr[DomainNameString]\n    var ValidationEmails: js.UndefOr[ValidationEmailList]\n    var ValidationMethod: js.UndefOr[ValidationMethod]\n    var ValidationStatus: js.UndefOr[DomainStatus]\n  }\n\n  object DomainValidation {\n    @inline\n    def apply(\n        DomainName: DomainNameString,\n        ResourceRecord: js.UndefOr[ResourceRecord] = js.undefined,\n        ValidationDomain: js.UndefOr[DomainNameString] = js.undefined,\n        ValidationEmails: js.UndefOr[ValidationEmailList] = js.undefined,\n        ValidationMethod: js.UndefOr[ValidationMethod] = js.undefined,\n        ValidationStatus: js.UndefOr[DomainStatus] = js.undefined\n    ): DomainValidation = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      ResourceRecord.foreach(__v => __obj.updateDynamic(\"ResourceRecord\")(__v.asInstanceOf[js.Any]))\n      ValidationDomain.foreach(__v => __obj.updateDynamic(\"ValidationDomain\")(__v.asInstanceOf[js.Any]))\n      ValidationEmails.foreach(__v => __obj.updateDynamic(\"ValidationEmails\")(__v.asInstanceOf[js.Any]))\n      ValidationMethod.foreach(__v => __obj.updateDynamic(\"ValidationMethod\")(__v.asInstanceOf[js.Any]))\n      ValidationStatus.foreach(__v => __obj.updateDynamic(\"ValidationStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainValidation]\n    }\n  }\n\n  \/** Contains information about the domain names that you want ACM to use to send you emails that enable you to validate domain ownership.\n    *\/\n  @js.native\n  trait DomainValidationOption extends js.Object {\n    var DomainName: DomainNameString\n    var ValidationDomain: DomainNameString\n  }\n\n  object DomainValidationOption {\n    @inline\n    def apply(\n        DomainName: DomainNameString,\n        ValidationDomain: DomainNameString\n    ): DomainValidationOption = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any],\n        \"ValidationDomain\" -> ValidationDomain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DomainValidationOption]\n    }\n  }\n\n  \/** Object containing expiration events options associated with an AWS account.\n    *\/\n  @js.native\n  trait ExpiryEventsConfiguration extends js.Object {\n    var DaysBeforeExpiry: js.UndefOr[PositiveInteger]\n  }\n\n  object ExpiryEventsConfiguration {\n    @inline\n    def apply(\n        DaysBeforeExpiry: js.UndefOr[PositiveInteger] = js.undefined\n    ): ExpiryEventsConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DaysBeforeExpiry.foreach(__v => __obj.updateDynamic(\"DaysBeforeExpiry\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExpiryEventsConfiguration]\n    }\n  }\n\n  @js.native\n  trait ExportCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n    var Passphrase: PassphraseBlob\n  }\n\n  object ExportCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        Passphrase: PassphraseBlob\n    ): ExportCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"Passphrase\" -> Passphrase.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExportCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait ExportCertificateResponse extends js.Object {\n    var Certificate: js.UndefOr[CertificateBody]\n    var CertificateChain: js.UndefOr[CertificateChain]\n    var PrivateKey: js.UndefOr[PrivateKey]\n  }\n\n  object ExportCertificateResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[CertificateBody] = js.undefined,\n        CertificateChain: js.UndefOr[CertificateChain] = js.undefined,\n        PrivateKey: js.UndefOr[PrivateKey] = js.undefined\n    ): ExportCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      PrivateKey.foreach(__v => __obj.updateDynamic(\"PrivateKey\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportCertificateResponse]\n    }\n  }\n\n  \/** The Extended Key Usage X.509 v3 extension defines one or more purposes for which the public key can be used. This is in addition to or in place of the basic purposes specified by the Key Usage extension.\n    *\/\n  @js.native\n  trait ExtendedKeyUsage extends js.Object {\n    var Name: js.UndefOr[ExtendedKeyUsageName]\n    var OID: js.UndefOr[String]\n  }\n\n  object ExtendedKeyUsage {\n    @inline\n    def apply(\n        Name: js.UndefOr[ExtendedKeyUsageName] = js.undefined,\n        OID: js.UndefOr[String] = js.undefined\n    ): ExtendedKeyUsage = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OID.foreach(__v => __obj.updateDynamic(\"OID\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendedKeyUsage]\n    }\n  }\n\n  @js.native\n  sealed trait ExtendedKeyUsageName extends js.Any\n  object ExtendedKeyUsageName {\n    val TLS_WEB_SERVER_AUTHENTICATION = \"TLS_WEB_SERVER_AUTHENTICATION\".asInstanceOf[ExtendedKeyUsageName]\n    val TLS_WEB_CLIENT_AUTHENTICATION = \"TLS_WEB_CLIENT_AUTHENTICATION\".asInstanceOf[ExtendedKeyUsageName]\n    val CODE_SIGNING = \"CODE_SIGNING\".asInstanceOf[ExtendedKeyUsageName]\n    val EMAIL_PROTECTION = \"EMAIL_PROTECTION\".asInstanceOf[ExtendedKeyUsageName]\n    val TIME_STAMPING = \"TIME_STAMPING\".asInstanceOf[ExtendedKeyUsageName]\n    val OCSP_SIGNING = \"OCSP_SIGNING\".asInstanceOf[ExtendedKeyUsageName]\n    val IPSEC_END_SYSTEM = \"IPSEC_END_SYSTEM\".asInstanceOf[ExtendedKeyUsageName]\n    val IPSEC_TUNNEL = \"IPSEC_TUNNEL\".asInstanceOf[ExtendedKeyUsageName]\n    val IPSEC_USER = \"IPSEC_USER\".asInstanceOf[ExtendedKeyUsageName]\n    val ANY = \"ANY\".asInstanceOf[ExtendedKeyUsageName]\n    val NONE = \"NONE\".asInstanceOf[ExtendedKeyUsageName]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[ExtendedKeyUsageName]\n\n    @inline def values = js.Array(\n      TLS_WEB_SERVER_AUTHENTICATION,\n      TLS_WEB_CLIENT_AUTHENTICATION,\n      CODE_SIGNING,\n      EMAIL_PROTECTION,\n      TIME_STAMPING,\n      OCSP_SIGNING,\n      IPSEC_END_SYSTEM,\n      IPSEC_TUNNEL,\n      IPSEC_USER,\n      ANY,\n      NONE,\n      CUSTOM\n    )\n  }\n\n  @js.native\n  sealed trait FailureReason extends js.Any\n  object FailureReason {\n    val NO_AVAILABLE_CONTACTS = \"NO_AVAILABLE_CONTACTS\".asInstanceOf[FailureReason]\n    val ADDITIONAL_VERIFICATION_REQUIRED = \"ADDITIONAL_VERIFICATION_REQUIRED\".asInstanceOf[FailureReason]\n    val DOMAIN_NOT_ALLOWED = \"DOMAIN_NOT_ALLOWED\".asInstanceOf[FailureReason]\n    val INVALID_PUBLIC_DOMAIN = \"INVALID_PUBLIC_DOMAIN\".asInstanceOf[FailureReason]\n    val DOMAIN_VALIDATION_DENIED = \"DOMAIN_VALIDATION_DENIED\".asInstanceOf[FailureReason]\n    val CAA_ERROR = \"CAA_ERROR\".asInstanceOf[FailureReason]\n    val PCA_LIMIT_EXCEEDED = \"PCA_LIMIT_EXCEEDED\".asInstanceOf[FailureReason]\n    val PCA_INVALID_ARN = \"PCA_INVALID_ARN\".asInstanceOf[FailureReason]\n    val PCA_INVALID_STATE = \"PCA_INVALID_STATE\".asInstanceOf[FailureReason]\n    val PCA_REQUEST_FAILED = \"PCA_REQUEST_FAILED\".asInstanceOf[FailureReason]\n    val PCA_NAME_CONSTRAINTS_VALIDATION = \"PCA_NAME_CONSTRAINTS_VALIDATION\".asInstanceOf[FailureReason]\n    val PCA_RESOURCE_NOT_FOUND = \"PCA_RESOURCE_NOT_FOUND\".asInstanceOf[FailureReason]\n    val PCA_INVALID_ARGS = \"PCA_INVALID_ARGS\".asInstanceOf[FailureReason]\n    val PCA_INVALID_DURATION = \"PCA_INVALID_DURATION\".asInstanceOf[FailureReason]\n    val PCA_ACCESS_DENIED = \"PCA_ACCESS_DENIED\".asInstanceOf[FailureReason]\n    val SLR_NOT_FOUND = \"SLR_NOT_FOUND\".asInstanceOf[FailureReason]\n    val OTHER = \"OTHER\".asInstanceOf[FailureReason]\n\n    @inline def values = js.Array(\n      NO_AVAILABLE_CONTACTS,\n      ADDITIONAL_VERIFICATION_REQUIRED,\n      DOMAIN_NOT_ALLOWED,\n      INVALID_PUBLIC_DOMAIN,\n      DOMAIN_VALIDATION_DENIED,\n      CAA_ERROR,\n      PCA_LIMIT_EXCEEDED,\n      PCA_INVALID_ARN,\n      PCA_INVALID_STATE,\n      PCA_REQUEST_FAILED,\n      PCA_NAME_CONSTRAINTS_VALIDATION,\n      PCA_RESOURCE_NOT_FOUND,\n      PCA_INVALID_ARGS,\n      PCA_INVALID_DURATION,\n      PCA_ACCESS_DENIED,\n      SLR_NOT_FOUND,\n      OTHER\n    )\n  }\n\n  \/** This structure can be used in the <a>ListCertificates<\/a> action to filter the output of the certificate list.\n    *\/\n  @js.native\n  trait Filters extends js.Object {\n    var extendedKeyUsage: js.UndefOr[ExtendedKeyUsageFilterList]\n    var keyTypes: js.UndefOr[KeyAlgorithmList]\n    var keyUsage: js.UndefOr[KeyUsageFilterList]\n  }\n\n  object Filters {\n    @inline\n    def apply(\n        extendedKeyUsage: js.UndefOr[ExtendedKeyUsageFilterList] = js.undefined,\n        keyTypes: js.UndefOr[KeyAlgorithmList] = js.undefined,\n        keyUsage: js.UndefOr[KeyUsageFilterList] = js.undefined\n    ): Filters = {\n      val __obj = js.Dynamic.literal()\n      extendedKeyUsage.foreach(__v => __obj.updateDynamic(\"extendedKeyUsage\")(__v.asInstanceOf[js.Any]))\n      keyTypes.foreach(__v => __obj.updateDynamic(\"keyTypes\")(__v.asInstanceOf[js.Any]))\n      keyUsage.foreach(__v => __obj.updateDynamic(\"keyUsage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Filters]\n    }\n  }\n\n  @js.native\n  trait GetAccountConfigurationResponse extends js.Object {\n    var ExpiryEvents: js.UndefOr[ExpiryEventsConfiguration]\n  }\n\n  object GetAccountConfigurationResponse {\n    @inline\n    def apply(\n        ExpiryEvents: js.UndefOr[ExpiryEventsConfiguration] = js.undefined\n    ): GetAccountConfigurationResponse = {\n      val __obj = js.Dynamic.literal()\n      ExpiryEvents.foreach(__v => __obj.updateDynamic(\"ExpiryEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetAccountConfigurationResponse]\n    }\n  }\n\n  @js.native\n  trait GetCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n  }\n\n  object GetCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn\n    ): GetCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait GetCertificateResponse extends js.Object {\n    var Certificate: js.UndefOr[CertificateBody]\n    var CertificateChain: js.UndefOr[CertificateChain]\n  }\n\n  object GetCertificateResponse {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[CertificateBody] = js.undefined,\n        CertificateChain: js.UndefOr[CertificateChain] = js.undefined\n    ): GetCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait ImportCertificateRequest extends js.Object {\n    var Certificate: CertificateBodyBlob\n    var PrivateKey: PrivateKeyBlob\n    var CertificateArn: js.UndefOr[Arn]\n    var CertificateChain: js.UndefOr[CertificateChainBlob]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ImportCertificateRequest {\n    @inline\n    def apply(\n        Certificate: CertificateBodyBlob,\n        PrivateKey: PrivateKeyBlob,\n        CertificateArn: js.UndefOr[Arn] = js.undefined,\n        CertificateChain: js.UndefOr[CertificateChainBlob] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ImportCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Certificate\" -> Certificate.asInstanceOf[js.Any],\n        \"PrivateKey\" -> PrivateKey.asInstanceOf[js.Any]\n      )\n\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      CertificateChain.foreach(__v => __obj.updateDynamic(\"CertificateChain\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait ImportCertificateResponse extends js.Object {\n    var CertificateArn: js.UndefOr[Arn]\n  }\n\n  object ImportCertificateResponse {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[Arn] = js.undefined\n    ): ImportCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportCertificateResponse]\n    }\n  }\n\n  @js.native\n  sealed trait KeyAlgorithm extends js.Any\n  object KeyAlgorithm {\n    val RSA_2048 = \"RSA_2048\".asInstanceOf[KeyAlgorithm]\n    val RSA_1024 = \"RSA_1024\".asInstanceOf[KeyAlgorithm]\n    val RSA_4096 = \"RSA_4096\".asInstanceOf[KeyAlgorithm]\n    val EC_prime256v1 = \"EC_prime256v1\".asInstanceOf[KeyAlgorithm]\n    val EC_secp384r1 = \"EC_secp384r1\".asInstanceOf[KeyAlgorithm]\n    val EC_secp521r1 = \"EC_secp521r1\".asInstanceOf[KeyAlgorithm]\n\n    @inline def values = js.Array(RSA_2048, RSA_1024, RSA_4096, EC_prime256v1, EC_secp384r1, EC_secp521r1)\n  }\n\n  \/** The Key Usage X.509 v3 extension defines the purpose of the public key contained in the certificate.\n    *\/\n  @js.native\n  trait KeyUsage extends js.Object {\n    var Name: js.UndefOr[KeyUsageName]\n  }\n\n  object KeyUsage {\n    @inline\n    def apply(\n        Name: js.UndefOr[KeyUsageName] = js.undefined\n    ): KeyUsage = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KeyUsage]\n    }\n  }\n\n  @js.native\n  sealed trait KeyUsageName extends js.Any\n  object KeyUsageName {\n    val DIGITAL_SIGNATURE = \"DIGITAL_SIGNATURE\".asInstanceOf[KeyUsageName]\n    val NON_REPUDIATION = \"NON_REPUDIATION\".asInstanceOf[KeyUsageName]\n    val KEY_ENCIPHERMENT = \"KEY_ENCIPHERMENT\".asInstanceOf[KeyUsageName]\n    val DATA_ENCIPHERMENT = \"DATA_ENCIPHERMENT\".asInstanceOf[KeyUsageName]\n    val KEY_AGREEMENT = \"KEY_AGREEMENT\".asInstanceOf[KeyUsageName]\n    val CERTIFICATE_SIGNING = \"CERTIFICATE_SIGNING\".asInstanceOf[KeyUsageName]\n    val CRL_SIGNING = \"CRL_SIGNING\".asInstanceOf[KeyUsageName]\n    val ENCIPHER_ONLY = \"ENCIPHER_ONLY\".asInstanceOf[KeyUsageName]\n    val DECIPHER_ONLY = \"DECIPHER_ONLY\".asInstanceOf[KeyUsageName]\n    val ANY = \"ANY\".asInstanceOf[KeyUsageName]\n    val CUSTOM = \"CUSTOM\".asInstanceOf[KeyUsageName]\n\n    @inline def values = js.Array(\n      DIGITAL_SIGNATURE,\n      NON_REPUDIATION,\n      KEY_ENCIPHERMENT,\n      DATA_ENCIPHERMENT,\n      KEY_AGREEMENT,\n      CERTIFICATE_SIGNING,\n      CRL_SIGNING,\n      ENCIPHER_ONLY,\n      DECIPHER_ONLY,\n      ANY,\n      CUSTOM\n    )\n  }\n\n  @js.native\n  trait ListCertificatesRequest extends js.Object {\n    var CertificateStatuses: js.UndefOr[CertificateStatuses]\n    var Includes: js.UndefOr[Filters]\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCertificatesRequest {\n    @inline\n    def apply(\n        CertificateStatuses: js.UndefOr[CertificateStatuses] = js.undefined,\n        Includes: js.UndefOr[Filters] = js.undefined,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCertificatesRequest = {\n      val __obj = js.Dynamic.literal()\n      CertificateStatuses.foreach(__v => __obj.updateDynamic(\"CertificateStatuses\")(__v.asInstanceOf[js.Any]))\n      Includes.foreach(__v => __obj.updateDynamic(\"Includes\")(__v.asInstanceOf[js.Any]))\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCertificatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListCertificatesResponse extends js.Object {\n    var CertificateSummaryList: js.UndefOr[CertificateSummaryList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCertificatesResponse {\n    @inline\n    def apply(\n        CertificateSummaryList: js.UndefOr[CertificateSummaryList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCertificatesResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateSummaryList.foreach(__v => __obj.updateDynamic(\"CertificateSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCertificatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n  }\n\n  object ListTagsForCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn\n    ): ListTagsForCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForCertificateResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForCertificateResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait PutAccountConfigurationRequest extends js.Object {\n    var IdempotencyToken: IdempotencyToken\n    var ExpiryEvents: js.UndefOr[ExpiryEventsConfiguration]\n  }\n\n  object PutAccountConfigurationRequest {\n    @inline\n    def apply(\n        IdempotencyToken: IdempotencyToken,\n        ExpiryEvents: js.UndefOr[ExpiryEventsConfiguration] = js.undefined\n    ): PutAccountConfigurationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"IdempotencyToken\" -> IdempotencyToken.asInstanceOf[js.Any]\n      )\n\n      ExpiryEvents.foreach(__v => __obj.updateDynamic(\"ExpiryEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutAccountConfigurationRequest]\n    }\n  }\n\n  @js.native\n  sealed trait RecordType extends js.Any\n  object RecordType {\n    val CNAME = \"CNAME\".asInstanceOf[RecordType]\n\n    @inline def values = js.Array(CNAME)\n  }\n\n  @js.native\n  trait RemoveTagsFromCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n    var Tags: TagList\n  }\n\n  object RemoveTagsFromCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        Tags: TagList\n    ): RemoveTagsFromCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait RenewCertificateRequest extends js.Object {\n    var CertificateArn: Arn\n  }\n\n  object RenewCertificateRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn\n    ): RenewCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RenewCertificateRequest]\n    }\n  }\n\n  @js.native\n  sealed trait RenewalEligibility extends js.Any\n  object RenewalEligibility {\n    val ELIGIBLE = \"ELIGIBLE\".asInstanceOf[RenewalEligibility]\n    val INELIGIBLE = \"INELIGIBLE\".asInstanceOf[RenewalEligibility]\n\n    @inline def values = js.Array(ELIGIBLE, INELIGIBLE)\n  }\n\n  @js.native\n  sealed trait RenewalStatus extends js.Any\n  object RenewalStatus {\n    val PENDING_AUTO_RENEWAL = \"PENDING_AUTO_RENEWAL\".asInstanceOf[RenewalStatus]\n    val PENDING_VALIDATION = \"PENDING_VALIDATION\".asInstanceOf[RenewalStatus]\n    val SUCCESS = \"SUCCESS\".asInstanceOf[RenewalStatus]\n    val FAILED = \"FAILED\".asInstanceOf[RenewalStatus]\n\n    @inline def values = js.Array(PENDING_AUTO_RENEWAL, PENDING_VALIDATION, SUCCESS, FAILED)\n  }\n\n  \/** Contains information about the status of ACM's [[https:\/\/docs.aws.amazon.com\/acm\/latest\/userguide\/acm-renewal.html|managed renewal]] for the certificate. This structure exists only when the certificate type is <code>AMAZON_ISSUED<\/code>.\n    *\/\n  @js.native\n  trait RenewalSummary extends js.Object {\n    var DomainValidationOptions: DomainValidationList\n    var RenewalStatus: RenewalStatus\n    var UpdatedAt: TStamp\n    var RenewalStatusReason: js.UndefOr[FailureReason]\n  }\n\n  object RenewalSummary {\n    @inline\n    def apply(\n        DomainValidationOptions: DomainValidationList,\n        RenewalStatus: RenewalStatus,\n        UpdatedAt: TStamp,\n        RenewalStatusReason: js.UndefOr[FailureReason] = js.undefined\n    ): RenewalSummary = {\n      val __obj = js.Dynamic.literal(\n        \"DomainValidationOptions\" -> DomainValidationOptions.asInstanceOf[js.Any],\n        \"RenewalStatus\" -> RenewalStatus.asInstanceOf[js.Any],\n        \"UpdatedAt\" -> UpdatedAt.asInstanceOf[js.Any]\n      )\n\n      RenewalStatusReason.foreach(__v => __obj.updateDynamic(\"RenewalStatusReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RenewalSummary]\n    }\n  }\n\n  @js.native\n  trait RequestCertificateRequest extends js.Object {\n    var DomainName: DomainNameString\n    var CertificateAuthorityArn: js.UndefOr[Arn]\n    var DomainValidationOptions: js.UndefOr[DomainValidationOptionList]\n    var IdempotencyToken: js.UndefOr[IdempotencyToken]\n    var Options: js.UndefOr[CertificateOptions]\n    var SubjectAlternativeNames: js.UndefOr[DomainList]\n    var Tags: js.UndefOr[TagList]\n    var ValidationMethod: js.UndefOr[ValidationMethod]\n  }\n\n  object RequestCertificateRequest {\n    @inline\n    def apply(\n        DomainName: DomainNameString,\n        CertificateAuthorityArn: js.UndefOr[Arn] = js.undefined,\n        DomainValidationOptions: js.UndefOr[DomainValidationOptionList] = js.undefined,\n        IdempotencyToken: js.UndefOr[IdempotencyToken] = js.undefined,\n        Options: js.UndefOr[CertificateOptions] = js.undefined,\n        SubjectAlternativeNames: js.UndefOr[DomainList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        ValidationMethod: js.UndefOr[ValidationMethod] = js.undefined\n    ): RequestCertificateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DomainName\" -> DomainName.asInstanceOf[js.Any]\n      )\n\n      CertificateAuthorityArn.foreach(__v => __obj.updateDynamic(\"CertificateAuthorityArn\")(__v.asInstanceOf[js.Any]))\n      DomainValidationOptions.foreach(__v => __obj.updateDynamic(\"DomainValidationOptions\")(__v.asInstanceOf[js.Any]))\n      IdempotencyToken.foreach(__v => __obj.updateDynamic(\"IdempotencyToken\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      SubjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"SubjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      ValidationMethod.foreach(__v => __obj.updateDynamic(\"ValidationMethod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RequestCertificateRequest]\n    }\n  }\n\n  @js.native\n  trait RequestCertificateResponse extends js.Object {\n    var CertificateArn: js.UndefOr[Arn]\n  }\n\n  object RequestCertificateResponse {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[Arn] = js.undefined\n    ): RequestCertificateResponse = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RequestCertificateResponse]\n    }\n  }\n\n  @js.native\n  trait ResendValidationEmailRequest extends js.Object {\n    var CertificateArn: Arn\n    var Domain: DomainNameString\n    var ValidationDomain: DomainNameString\n  }\n\n  object ResendValidationEmailRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        Domain: DomainNameString,\n        ValidationDomain: DomainNameString\n    ): ResendValidationEmailRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"Domain\" -> Domain.asInstanceOf[js.Any],\n        \"ValidationDomain\" -> ValidationDomain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResendValidationEmailRequest]\n    }\n  }\n\n  \/** Contains a DNS record value that you can use to can use to validate ownership or control of a domain. This is used by the <a>DescribeCertificate<\/a> action.\n    *\/\n  @js.native\n  trait ResourceRecord extends js.Object {\n    var Name: String\n    var Type: RecordType\n    var Value: String\n  }\n\n  object ResourceRecord {\n    @inline\n    def apply(\n        Name: String,\n        Type: RecordType,\n        Value: String\n    ): ResourceRecord = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceRecord]\n    }\n  }\n\n  @js.native\n  sealed trait RevocationReason extends js.Any\n  object RevocationReason {\n    val UNSPECIFIED = \"UNSPECIFIED\".asInstanceOf[RevocationReason]\n    val KEY_COMPROMISE = \"KEY_COMPROMISE\".asInstanceOf[RevocationReason]\n    val CA_COMPROMISE = \"CA_COMPROMISE\".asInstanceOf[RevocationReason]\n    val AFFILIATION_CHANGED = \"AFFILIATION_CHANGED\".asInstanceOf[RevocationReason]\n    val SUPERCEDED = \"SUPERCEDED\".asInstanceOf[RevocationReason]\n    val CESSATION_OF_OPERATION = \"CESSATION_OF_OPERATION\".asInstanceOf[RevocationReason]\n    val CERTIFICATE_HOLD = \"CERTIFICATE_HOLD\".asInstanceOf[RevocationReason]\n    val REMOVE_FROM_CRL = \"REMOVE_FROM_CRL\".asInstanceOf[RevocationReason]\n    val PRIVILEGE_WITHDRAWN = \"PRIVILEGE_WITHDRAWN\".asInstanceOf[RevocationReason]\n    val A_A_COMPROMISE = \"A_A_COMPROMISE\".asInstanceOf[RevocationReason]\n\n    @inline def values = js.Array(\n      UNSPECIFIED,\n      KEY_COMPROMISE,\n      CA_COMPROMISE,\n      AFFILIATION_CHANGED,\n      SUPERCEDED,\n      CESSATION_OF_OPERATION,\n      CERTIFICATE_HOLD,\n      REMOVE_FROM_CRL,\n      PRIVILEGE_WITHDRAWN,\n      A_A_COMPROMISE\n    )\n  }\n\n  \/** A key-value pair that identifies or specifies metadata about an ACM resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait UpdateCertificateOptionsRequest extends js.Object {\n    var CertificateArn: Arn\n    var Options: CertificateOptions\n  }\n\n  object UpdateCertificateOptionsRequest {\n    @inline\n    def apply(\n        CertificateArn: Arn,\n        Options: CertificateOptions\n    ): UpdateCertificateOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CertificateArn\" -> CertificateArn.asInstanceOf[js.Any],\n        \"Options\" -> Options.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateCertificateOptionsRequest]\n    }\n  }\n\n  @js.native\n  sealed trait ValidationMethod extends js.Any\n  object ValidationMethod {\n    val EMAIL = \"EMAIL\".asInstanceOf[ValidationMethod]\n    val DNS = \"DNS\".asInstanceOf[ValidationMethod]\n\n    @inline def values = js.Array(EMAIL, DNS)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/AWSConfigWithServicesDefault.scala","text":"<gh_stars>10-100\npackage facade.amazonaws\n\nimport scala.scalajs.js\n\nclass AWSConfigWithServicesDefault extends AWSConfig {\n  var accessanalyzer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var acm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var acmpca: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var alexaforbusiness: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var amp: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var amplify: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var amplifybackend: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var apigateway: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var apigatewaymanagementapi: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var apigatewayv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appconfig: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appflow: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appintegrations: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var applicationautoscaling: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var applicationinsights: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appmesh: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appstream: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var appsync: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var athena: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var auditmanager: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var augmentedairuntime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var autoscaling: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var autoscalingplans: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var backup: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var batch: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var braket: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var budgets: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var chime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloud9: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var clouddirectory: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudformation: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudfront: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudhsm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudhsmv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudsearch: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudsearchdomain: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudtrail: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudwatch: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudwatchevents: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cloudwatchlogs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codeartifact: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codebuild: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codecommit: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codedeploy: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codeguruprofiler: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codegurureviewer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codepipeline: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codestar: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codestarconnections: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var codestarnotifications: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cognitoidentity: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cognitoidentityserviceprovider: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cognitosync: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var comprehend: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var comprehendmedical: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var computeoptimizer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var configservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var connect: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var connectcontactlens: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var connectparticipant: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var costexplorer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var cur: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var customerprofiles: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var databrew: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dataexchange: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var datapipeline: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var datasync: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dax: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var detective: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var devicefarm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var devopsguru: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var directconnect: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var directoryservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var discovery: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dlm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dms: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var docdb: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dynamodb: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var dynamodbstreams: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ebs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ec2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ec2instanceconnect: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ecr: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ecrpublic: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ecs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var efs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var eks: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elasticache: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elasticbeanstalk: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elasticinference: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elastictranscoder: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elb: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var elbv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var emr: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var emrcontainers: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var es: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var eventbridge: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var firehose: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var fis: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var fms: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var forecastqueryservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var forecastservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var frauddetector: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var fsx: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var gamelift: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var glacier: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var globalaccelerator: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var glue: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var greengrass: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var greengrassv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var groundstation: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var guardduty: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var health: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var healthlake: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var honeycode: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iam: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var identitystore: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var imagebuilder: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var importexport: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var inspector: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iot: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iot1clickdevicesservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iot1clickprojects: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotanalytics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotdata: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotdeviceadvisor: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotevents: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ioteventsdata: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotfleethub: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotjobsdataplane: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotsecuretunneling: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotsitewise: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotthingsgraph: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var iotwireless: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ivs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kafka: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kendra: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesis: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisanalytics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisanalyticsv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisvideo: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisvideoarchivedmedia: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisvideomedia: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kinesisvideosignalingchannels: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var kms: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lakeformation: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lambda: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lexmodelbuildingservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lexmodelsv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lexruntime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lexruntimev2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var licensemanager: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lightsail: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var location: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lookoutequipment: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lookoutmetrics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var lookoutvision: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var machinelearning: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var macie: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var macie2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var managedblockchain: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var marketplacecatalog: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var marketplacecommerceanalytics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var marketplaceentitlementservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var marketplacemetering: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediaconnect: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediaconvert: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var medialive: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediapackage: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediapackagevod: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediastore: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediastoredata: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mediatailor: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mgn: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var migrationhub: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var migrationhubconfig: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mobile: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mobileanalytics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mq: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mturk: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var mwaa: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var neptune: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var networkfirewall: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var networkmanager: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var opsworks: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var opsworkscm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var organizations: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var outposts: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var personalize: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var personalizeevents: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var personalizeruntime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var pi: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var pinpoint: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var pinpointemail: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var pinpointsmsvoice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var polly: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var pricing: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var qldb: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var qldbsession: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var quicksight: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ram: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var rds: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var rdsdataservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var redshift: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var redshiftdata: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var rekognition: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var resourcegroups: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var resourcegroupstaggingapi: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var robomaker: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var route53: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var route53domains: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var route53resolver: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var s3: js.UndefOr[S3ParamsWithEndpoint] = js.undefined\n  var s3control: js.UndefOr[S3ParamsWithEndpoint] = js.undefined\n  var s3outposts: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sagemaker: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sagemakeredge: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sagemakerfeaturestoreruntime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sagemakerruntime: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var savingsplans: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var schemas: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var secretsmanager: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var securityhub: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var serverlessapplicationrepository: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var servicecatalog: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var servicecatalogappregistry: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var servicediscovery: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var servicequotas: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ses: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sesv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var shield: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var signer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var simpledb: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sms: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var snowball: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sns: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sqs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ssm: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sso: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ssoadmin: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var ssooidc: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var stepfunctions: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var storagegateway: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var sts: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var support: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var swf: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var synthetics: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var textract: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var timestreamquery: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var timestreamwrite: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var transcribeservice: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var transfer: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var translate: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var waf: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var wafregional: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var wafv2: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var wellarchitected: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var workdocs: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var worklink: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var workmail: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var workmailmessageflow: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var workspaces: js.UndefOr[ParamsWithEndpoint] = js.undefined\n  var xray: js.UndefOr[ParamsWithEndpoint] = js.undefined\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/EnvironmentCredentials.scala","text":"package facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"EnvironmentCredentials\", \"AWS.EnvironmentCredentials\")\nclass EnvironmentCredentials(envPrefix: String) extends AWSCredentials {}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"core\/src\/main\/scala\/facade\/amazonaws\/Event.scala","text":"package facade.amazonaws\n\nobject Event {\n  final val success = \"success\"\n  final val error = \"error\"\n  final val complete = \"complete\"\n\n  final val validate = \"validate\"\n  final val build = \"build\"\n  final val sign = \"sign\"\n\n  final val send = \"send\"\n  final val retry = \"retry\"\n\n  final val extractError = \"extractError\"\n  final val extractData = \"extractData\"\n\n  final val httpHeaders = \"httpHeaders\"\n  final val httpData = \"httpData\"\n  final val httpUploadProgress = \"httpUploadProgress\"\n  final val httpDownloadProgress = \"httpDownloadProgress\"\n  final val httpError = \"httpError\"\n  final val httpDone = \"httpDone\"\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/appmesh\/src\/main\/scala\/facade\/amazonaws\/services\/AppMesh.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object appmesh {\n  type AccountId = String\n  type Arn = String\n  type AwsCloudMapInstanceAttributeKey = String\n  type AwsCloudMapInstanceAttributeValue = String\n  type AwsCloudMapInstanceAttributes = js.Array[AwsCloudMapInstanceAttribute]\n  type AwsCloudMapName = String\n  type Backends = js.Array[Backend]\n  type CertificateAuthorityArns = js.Array[Arn]\n  type DurationValue = Double\n  type FilePath = String\n  type GatewayRouteList = js.Array[GatewayRouteRef]\n  type GrpcRetryPolicyEvents = js.Array[GrpcRetryPolicyEvent]\n  type GrpcRouteMetadataList = js.Array[GrpcRouteMetadata]\n  type HeaderMatch = String\n  type HeaderName = String\n  type HealthCheckIntervalMillis = Double\n  type HealthCheckThreshold = Int\n  type HealthCheckTimeoutMillis = Double\n  type Hostname = String\n  type HttpRetryPolicyEvent = String\n  type HttpRetryPolicyEvents = js.Array[HttpRetryPolicyEvent]\n  type HttpRouteHeaders = js.Array[HttpRouteHeader]\n  type ListGatewayRoutesLimit = Int\n  type ListMeshesLimit = Int\n  type ListRoutesLimit = Int\n  type ListVirtualGatewaysLimit = Int\n  type ListVirtualNodesLimit = Int\n  type ListVirtualRoutersLimit = Int\n  type ListVirtualServicesLimit = Int\n  type Listeners = js.Array[Listener]\n  type MaxConnections = Int\n  type MaxPendingRequests = Int\n  type MaxRequests = Int\n  type MaxRetries = Double\n  type MeshList = js.Array[MeshRef]\n  type MethodName = String\n  type OutlierDetectionMaxEjectionPercent = Int\n  type OutlierDetectionMaxServerErrors = Double\n  type PercentInt = Int\n  type PortNumber = Int\n  type PortSet = js.Array[PortNumber]\n  type ResourceName = String\n  type RouteList = js.Array[RouteRef]\n  type RoutePriority = Int\n  type SdsSecretName = String\n  type ServiceName = String\n  type SubjectAlternativeName = String\n  type SubjectAlternativeNameList = js.Array[SubjectAlternativeName]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[TagRef]\n  type TagValue = String\n  type TagsLimit = Int\n  type TcpRetryPolicyEvents = js.Array[TcpRetryPolicyEvent]\n  type Timestamp = js.Date\n  type VirtualGatewayCertificateAuthorityArns = js.Array[Arn]\n  type VirtualGatewayHealthCheckIntervalMillis = Double\n  type VirtualGatewayHealthCheckThreshold = Int\n  type VirtualGatewayHealthCheckTimeoutMillis = Double\n  type VirtualGatewayList = js.Array[VirtualGatewayRef]\n  type VirtualGatewayListeners = js.Array[VirtualGatewayListener]\n  type VirtualGatewaySdsSecretName = String\n  type VirtualNodeList = js.Array[VirtualNodeRef]\n  type VirtualRouterList = js.Array[VirtualRouterRef]\n  type VirtualRouterListeners = js.Array[VirtualRouterListener]\n  type VirtualServiceList = js.Array[VirtualServiceRef]\n  type WeightedTargets = js.Array[WeightedTarget]\n\n  implicit final class AppMeshOps(private val service: AppMesh) extends AnyVal {\n\n    @inline def createGatewayRouteFuture(params: CreateGatewayRouteInput): Future[CreateGatewayRouteOutput] = service.createGatewayRoute(params).promise().toFuture\n    @inline def createMeshFuture(params: CreateMeshInput): Future[CreateMeshOutput] = service.createMesh(params).promise().toFuture\n    @inline def createRouteFuture(params: CreateRouteInput): Future[CreateRouteOutput] = service.createRoute(params).promise().toFuture\n    @inline def createVirtualGatewayFuture(params: CreateVirtualGatewayInput): Future[CreateVirtualGatewayOutput] = service.createVirtualGateway(params).promise().toFuture\n    @inline def createVirtualNodeFuture(params: CreateVirtualNodeInput): Future[CreateVirtualNodeOutput] = service.createVirtualNode(params).promise().toFuture\n    @inline def createVirtualRouterFuture(params: CreateVirtualRouterInput): Future[CreateVirtualRouterOutput] = service.createVirtualRouter(params).promise().toFuture\n    @inline def createVirtualServiceFuture(params: CreateVirtualServiceInput): Future[CreateVirtualServiceOutput] = service.createVirtualService(params).promise().toFuture\n    @inline def deleteGatewayRouteFuture(params: DeleteGatewayRouteInput): Future[DeleteGatewayRouteOutput] = service.deleteGatewayRoute(params).promise().toFuture\n    @inline def deleteMeshFuture(params: DeleteMeshInput): Future[DeleteMeshOutput] = service.deleteMesh(params).promise().toFuture\n    @inline def deleteRouteFuture(params: DeleteRouteInput): Future[DeleteRouteOutput] = service.deleteRoute(params).promise().toFuture\n    @inline def deleteVirtualGatewayFuture(params: DeleteVirtualGatewayInput): Future[DeleteVirtualGatewayOutput] = service.deleteVirtualGateway(params).promise().toFuture\n    @inline def deleteVirtualNodeFuture(params: DeleteVirtualNodeInput): Future[DeleteVirtualNodeOutput] = service.deleteVirtualNode(params).promise().toFuture\n    @inline def deleteVirtualRouterFuture(params: DeleteVirtualRouterInput): Future[DeleteVirtualRouterOutput] = service.deleteVirtualRouter(params).promise().toFuture\n    @inline def deleteVirtualServiceFuture(params: DeleteVirtualServiceInput): Future[DeleteVirtualServiceOutput] = service.deleteVirtualService(params).promise().toFuture\n    @inline def describeGatewayRouteFuture(params: DescribeGatewayRouteInput): Future[DescribeGatewayRouteOutput] = service.describeGatewayRoute(params).promise().toFuture\n    @inline def describeMeshFuture(params: DescribeMeshInput): Future[DescribeMeshOutput] = service.describeMesh(params).promise().toFuture\n    @inline def describeRouteFuture(params: DescribeRouteInput): Future[DescribeRouteOutput] = service.describeRoute(params).promise().toFuture\n    @inline def describeVirtualGatewayFuture(params: DescribeVirtualGatewayInput): Future[DescribeVirtualGatewayOutput] = service.describeVirtualGateway(params).promise().toFuture\n    @inline def describeVirtualNodeFuture(params: DescribeVirtualNodeInput): Future[DescribeVirtualNodeOutput] = service.describeVirtualNode(params).promise().toFuture\n    @inline def describeVirtualRouterFuture(params: DescribeVirtualRouterInput): Future[DescribeVirtualRouterOutput] = service.describeVirtualRouter(params).promise().toFuture\n    @inline def describeVirtualServiceFuture(params: DescribeVirtualServiceInput): Future[DescribeVirtualServiceOutput] = service.describeVirtualService(params).promise().toFuture\n    @inline def listGatewayRoutesFuture(params: ListGatewayRoutesInput): Future[ListGatewayRoutesOutput] = service.listGatewayRoutes(params).promise().toFuture\n    @inline def listMeshesFuture(params: ListMeshesInput): Future[ListMeshesOutput] = service.listMeshes(params).promise().toFuture\n    @inline def listRoutesFuture(params: ListRoutesInput): Future[ListRoutesOutput] = service.listRoutes(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceInput): Future[ListTagsForResourceOutput] = service.listTagsForResource(params).promise().toFuture\n    @inline def listVirtualGatewaysFuture(params: ListVirtualGatewaysInput): Future[ListVirtualGatewaysOutput] = service.listVirtualGateways(params).promise().toFuture\n    @inline def listVirtualNodesFuture(params: ListVirtualNodesInput): Future[ListVirtualNodesOutput] = service.listVirtualNodes(params).promise().toFuture\n    @inline def listVirtualRoutersFuture(params: ListVirtualRoutersInput): Future[ListVirtualRoutersOutput] = service.listVirtualRouters(params).promise().toFuture\n    @inline def listVirtualServicesFuture(params: ListVirtualServicesInput): Future[ListVirtualServicesOutput] = service.listVirtualServices(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceInput): Future[TagResourceOutput] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceInput): Future[UntagResourceOutput] = service.untagResource(params).promise().toFuture\n    @inline def updateGatewayRouteFuture(params: UpdateGatewayRouteInput): Future[UpdateGatewayRouteOutput] = service.updateGatewayRoute(params).promise().toFuture\n    @inline def updateMeshFuture(params: UpdateMeshInput): Future[UpdateMeshOutput] = service.updateMesh(params).promise().toFuture\n    @inline def updateRouteFuture(params: UpdateRouteInput): Future[UpdateRouteOutput] = service.updateRoute(params).promise().toFuture\n    @inline def updateVirtualGatewayFuture(params: UpdateVirtualGatewayInput): Future[UpdateVirtualGatewayOutput] = service.updateVirtualGateway(params).promise().toFuture\n    @inline def updateVirtualNodeFuture(params: UpdateVirtualNodeInput): Future[UpdateVirtualNodeOutput] = service.updateVirtualNode(params).promise().toFuture\n    @inline def updateVirtualRouterFuture(params: UpdateVirtualRouterInput): Future[UpdateVirtualRouterOutput] = service.updateVirtualRouter(params).promise().toFuture\n    @inline def updateVirtualServiceFuture(params: UpdateVirtualServiceInput): Future[UpdateVirtualServiceOutput] = service.updateVirtualService(params).promise().toFuture\n\n  }\n}\n\npackage appmesh {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/appmesh\", JSImport.Namespace, \"AWS.AppMesh\")\n  class AppMesh() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createGatewayRoute(params: CreateGatewayRouteInput): Request[CreateGatewayRouteOutput] = js.native\n    def createMesh(params: CreateMeshInput): Request[CreateMeshOutput] = js.native\n    def createRoute(params: CreateRouteInput): Request[CreateRouteOutput] = js.native\n    def createVirtualGateway(params: CreateVirtualGatewayInput): Request[CreateVirtualGatewayOutput] = js.native\n    def createVirtualNode(params: CreateVirtualNodeInput): Request[CreateVirtualNodeOutput] = js.native\n    def createVirtualRouter(params: CreateVirtualRouterInput): Request[CreateVirtualRouterOutput] = js.native\n    def createVirtualService(params: CreateVirtualServiceInput): Request[CreateVirtualServiceOutput] = js.native\n    def deleteGatewayRoute(params: DeleteGatewayRouteInput): Request[DeleteGatewayRouteOutput] = js.native\n    def deleteMesh(params: DeleteMeshInput): Request[DeleteMeshOutput] = js.native\n    def deleteRoute(params: DeleteRouteInput): Request[DeleteRouteOutput] = js.native\n    def deleteVirtualGateway(params: DeleteVirtualGatewayInput): Request[DeleteVirtualGatewayOutput] = js.native\n    def deleteVirtualNode(params: DeleteVirtualNodeInput): Request[DeleteVirtualNodeOutput] = js.native\n    def deleteVirtualRouter(params: DeleteVirtualRouterInput): Request[DeleteVirtualRouterOutput] = js.native\n    def deleteVirtualService(params: DeleteVirtualServiceInput): Request[DeleteVirtualServiceOutput] = js.native\n    def describeGatewayRoute(params: DescribeGatewayRouteInput): Request[DescribeGatewayRouteOutput] = js.native\n    def describeMesh(params: DescribeMeshInput): Request[DescribeMeshOutput] = js.native\n    def describeRoute(params: DescribeRouteInput): Request[DescribeRouteOutput] = js.native\n    def describeVirtualGateway(params: DescribeVirtualGatewayInput): Request[DescribeVirtualGatewayOutput] = js.native\n    def describeVirtualNode(params: DescribeVirtualNodeInput): Request[DescribeVirtualNodeOutput] = js.native\n    def describeVirtualRouter(params: DescribeVirtualRouterInput): Request[DescribeVirtualRouterOutput] = js.native\n    def describeVirtualService(params: DescribeVirtualServiceInput): Request[DescribeVirtualServiceOutput] = js.native\n    def listGatewayRoutes(params: ListGatewayRoutesInput): Request[ListGatewayRoutesOutput] = js.native\n    def listMeshes(params: ListMeshesInput): Request[ListMeshesOutput] = js.native\n    def listRoutes(params: ListRoutesInput): Request[ListRoutesOutput] = js.native\n    def listTagsForResource(params: ListTagsForResourceInput): Request[ListTagsForResourceOutput] = js.native\n    def listVirtualGateways(params: ListVirtualGatewaysInput): Request[ListVirtualGatewaysOutput] = js.native\n    def listVirtualNodes(params: ListVirtualNodesInput): Request[ListVirtualNodesOutput] = js.native\n    def listVirtualRouters(params: ListVirtualRoutersInput): Request[ListVirtualRoutersOutput] = js.native\n    def listVirtualServices(params: ListVirtualServicesInput): Request[ListVirtualServicesOutput] = js.native\n    def tagResource(params: TagResourceInput): Request[TagResourceOutput] = js.native\n    def untagResource(params: UntagResourceInput): Request[UntagResourceOutput] = js.native\n    def updateGatewayRoute(params: UpdateGatewayRouteInput): Request[UpdateGatewayRouteOutput] = js.native\n    def updateMesh(params: UpdateMeshInput): Request[UpdateMeshOutput] = js.native\n    def updateRoute(params: UpdateRouteInput): Request[UpdateRouteOutput] = js.native\n    def updateVirtualGateway(params: UpdateVirtualGatewayInput): Request[UpdateVirtualGatewayOutput] = js.native\n    def updateVirtualNode(params: UpdateVirtualNodeInput): Request[UpdateVirtualNodeOutput] = js.native\n    def updateVirtualRouter(params: UpdateVirtualRouterInput): Request[UpdateVirtualRouterOutput] = js.native\n    def updateVirtualService(params: UpdateVirtualServiceInput): Request[UpdateVirtualServiceOutput] = js.native\n  }\n\n  \/** An object that represents the access logging information for a virtual node.\n    *\/\n  @js.native\n  trait AccessLog extends js.Object {\n    var file: js.UndefOr[FileAccessLog]\n  }\n\n  object AccessLog {\n    @inline\n    def apply(\n        file: js.UndefOr[FileAccessLog] = js.undefined\n    ): AccessLog = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccessLog]\n    }\n  }\n\n  \/** An object that represents the AWS Cloud Map attribute information for your virtual node.\n    *\n    * '''Note:'''AWS Cloud Map is not available in the eu-south-1 Region.\n    *\/\n  @js.native\n  trait AwsCloudMapInstanceAttribute extends js.Object {\n    var key: AwsCloudMapInstanceAttributeKey\n    var value: AwsCloudMapInstanceAttributeValue\n  }\n\n  object AwsCloudMapInstanceAttribute {\n    @inline\n    def apply(\n        key: AwsCloudMapInstanceAttributeKey,\n        value: AwsCloudMapInstanceAttributeValue\n    ): AwsCloudMapInstanceAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AwsCloudMapInstanceAttribute]\n    }\n  }\n\n  \/** An object that represents the AWS Cloud Map service discovery information for your virtual node.\n    *\n    * '''Note:'''AWS Cloud Map is not available in the eu-south-1 Region.\n    *\/\n  @js.native\n  trait AwsCloudMapServiceDiscovery extends js.Object {\n    var namespaceName: AwsCloudMapName\n    var serviceName: AwsCloudMapName\n    var attributes: js.UndefOr[AwsCloudMapInstanceAttributes]\n  }\n\n  object AwsCloudMapServiceDiscovery {\n    @inline\n    def apply(\n        namespaceName: AwsCloudMapName,\n        serviceName: AwsCloudMapName,\n        attributes: js.UndefOr[AwsCloudMapInstanceAttributes] = js.undefined\n    ): AwsCloudMapServiceDiscovery = {\n      val __obj = js.Dynamic.literal(\n        \"namespaceName\" -> namespaceName.asInstanceOf[js.Any],\n        \"serviceName\" -> serviceName.asInstanceOf[js.Any]\n      )\n\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AwsCloudMapServiceDiscovery]\n    }\n  }\n\n  \/** An object that represents the backends that a virtual node is expected to send outbound traffic to.\n    *\/\n  @js.native\n  trait Backend extends js.Object {\n    var virtualService: js.UndefOr[VirtualServiceBackend]\n  }\n\n  object Backend {\n    @inline\n    def apply(\n        virtualService: js.UndefOr[VirtualServiceBackend] = js.undefined\n    ): Backend = {\n      val __obj = js.Dynamic.literal()\n      virtualService.foreach(__v => __obj.updateDynamic(\"virtualService\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Backend]\n    }\n  }\n\n  \/** An object that represents the default properties for a backend.\n    *\/\n  @js.native\n  trait BackendDefaults extends js.Object {\n    var clientPolicy: js.UndefOr[ClientPolicy]\n  }\n\n  object BackendDefaults {\n    @inline\n    def apply(\n        clientPolicy: js.UndefOr[ClientPolicy] = js.undefined\n    ): BackendDefaults = {\n      val __obj = js.Dynamic.literal()\n      clientPolicy.foreach(__v => __obj.updateDynamic(\"clientPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BackendDefaults]\n    }\n  }\n\n  \/** An object that represents a client policy.\n    *\/\n  @js.native\n  trait ClientPolicy extends js.Object {\n    var tls: js.UndefOr[ClientPolicyTls]\n  }\n\n  object ClientPolicy {\n    @inline\n    def apply(\n        tls: js.UndefOr[ClientPolicyTls] = js.undefined\n    ): ClientPolicy = {\n      val __obj = js.Dynamic.literal()\n      tls.foreach(__v => __obj.updateDynamic(\"tls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClientPolicy]\n    }\n  }\n\n  \/** A reference to an object that represents a Transport Layer Security (TLS) client policy.\n    *\/\n  @js.native\n  trait ClientPolicyTls extends js.Object {\n    var validation: TlsValidationContext\n    var certificate: js.UndefOr[ClientTlsCertificate]\n    var enforce: js.UndefOr[Boolean]\n    var ports: js.UndefOr[PortSet]\n  }\n\n  object ClientPolicyTls {\n    @inline\n    def apply(\n        validation: TlsValidationContext,\n        certificate: js.UndefOr[ClientTlsCertificate] = js.undefined,\n        enforce: js.UndefOr[Boolean] = js.undefined,\n        ports: js.UndefOr[PortSet] = js.undefined\n    ): ClientPolicyTls = {\n      val __obj = js.Dynamic.literal(\n        \"validation\" -> validation.asInstanceOf[js.Any]\n      )\n\n      certificate.foreach(__v => __obj.updateDynamic(\"certificate\")(__v.asInstanceOf[js.Any]))\n      enforce.foreach(__v => __obj.updateDynamic(\"enforce\")(__v.asInstanceOf[js.Any]))\n      ports.foreach(__v => __obj.updateDynamic(\"ports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClientPolicyTls]\n    }\n  }\n\n  \/** An object that represents the client's certificate.\n    *\/\n  @js.native\n  trait ClientTlsCertificate extends js.Object {\n    var file: js.UndefOr[ListenerTlsFileCertificate]\n    var sds: js.UndefOr[ListenerTlsSdsCertificate]\n  }\n\n  object ClientTlsCertificate {\n    @inline\n    def apply(\n        file: js.UndefOr[ListenerTlsFileCertificate] = js.undefined,\n        sds: js.UndefOr[ListenerTlsSdsCertificate] = js.undefined\n    ): ClientTlsCertificate = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClientTlsCertificate]\n    }\n  }\n\n  @js.native\n  trait CreateGatewayRouteInput extends js.Object {\n    var gatewayRouteName: ResourceName\n    var meshName: ResourceName\n    var spec: GatewayRouteSpec\n    var virtualGatewayName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateGatewayRouteInput {\n    @inline\n    def apply(\n        gatewayRouteName: ResourceName,\n        meshName: ResourceName,\n        spec: GatewayRouteSpec,\n        virtualGatewayName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateGatewayRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGatewayRouteInput]\n    }\n  }\n\n  @js.native\n  trait CreateGatewayRouteOutput extends js.Object {\n    var gatewayRoute: GatewayRouteData\n  }\n\n  object CreateGatewayRouteOutput {\n    @inline\n    def apply(\n        gatewayRoute: GatewayRouteData\n    ): CreateGatewayRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRoute\" -> gatewayRoute.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateGatewayRouteOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateMeshInput extends js.Object {\n    var meshName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var spec: js.UndefOr[MeshSpec]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateMeshInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        spec: js.UndefOr[MeshSpec] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateMeshInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      spec.foreach(__v => __obj.updateDynamic(\"spec\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMeshInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateMeshOutput extends js.Object {\n    var mesh: MeshData\n  }\n\n  object CreateMeshOutput {\n    @inline\n    def apply(\n        mesh: MeshData\n    ): CreateMeshOutput = {\n      val __obj = js.Dynamic.literal(\n        \"mesh\" -> mesh.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMeshOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateRouteInput extends js.Object {\n    var meshName: ResourceName\n    var routeName: ResourceName\n    var spec: RouteSpec\n    var virtualRouterName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateRouteInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        routeName: ResourceName,\n        spec: RouteSpec,\n        virtualRouterName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateRouteInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateRouteOutput extends js.Object {\n    var route: RouteData\n  }\n\n  object CreateRouteOutput {\n    @inline\n    def apply(\n        route: RouteData\n    ): CreateRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"route\" -> route.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateRouteOutput]\n    }\n  }\n\n  @js.native\n  trait CreateVirtualGatewayInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualGatewaySpec\n    var virtualGatewayName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateVirtualGatewayInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualGatewaySpec,\n        virtualGatewayName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateVirtualGatewayInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVirtualGatewayInput]\n    }\n  }\n\n  @js.native\n  trait CreateVirtualGatewayOutput extends js.Object {\n    var virtualGateway: VirtualGatewayData\n  }\n\n  object CreateVirtualGatewayOutput {\n    @inline\n    def apply(\n        virtualGateway: VirtualGatewayData\n    ): CreateVirtualGatewayOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualGateway\" -> virtualGateway.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateVirtualGatewayOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualNodeInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualNodeSpec\n    var virtualNodeName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateVirtualNodeInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualNodeSpec,\n        virtualNodeName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateVirtualNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVirtualNodeInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualNodeOutput extends js.Object {\n    var virtualNode: VirtualNodeData\n  }\n\n  object CreateVirtualNodeOutput {\n    @inline\n    def apply(\n        virtualNode: VirtualNodeData\n    ): CreateVirtualNodeOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNode\" -> virtualNode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateVirtualNodeOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualRouterInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualRouterSpec\n    var virtualRouterName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateVirtualRouterInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualRouterSpec,\n        virtualRouterName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateVirtualRouterInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVirtualRouterInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualRouterOutput extends js.Object {\n    var virtualRouter: VirtualRouterData\n  }\n\n  object CreateVirtualRouterOutput {\n    @inline\n    def apply(\n        virtualRouter: VirtualRouterData\n    ): CreateVirtualRouterOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouter\" -> virtualRouter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateVirtualRouterOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualServiceInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualServiceSpec\n    var virtualServiceName: ServiceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateVirtualServiceInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualServiceSpec,\n        virtualServiceName: ServiceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateVirtualServiceInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVirtualServiceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait CreateVirtualServiceOutput extends js.Object {\n    var virtualService: VirtualServiceData\n  }\n\n  object CreateVirtualServiceOutput {\n    @inline\n    def apply(\n        virtualService: VirtualServiceData\n    ): CreateVirtualServiceOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualService\" -> virtualService.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateVirtualServiceOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteGatewayRouteInput extends js.Object {\n    var gatewayRouteName: ResourceName\n    var meshName: ResourceName\n    var virtualGatewayName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteGatewayRouteInput {\n    @inline\n    def apply(\n        gatewayRouteName: ResourceName,\n        meshName: ResourceName,\n        virtualGatewayName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteGatewayRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGatewayRouteInput]\n    }\n  }\n\n  @js.native\n  trait DeleteGatewayRouteOutput extends js.Object {\n    var gatewayRoute: GatewayRouteData\n  }\n\n  object DeleteGatewayRouteOutput {\n    @inline\n    def apply(\n        gatewayRoute: GatewayRouteData\n    ): DeleteGatewayRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRoute\" -> gatewayRoute.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGatewayRouteOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteMeshInput extends js.Object {\n    var meshName: ResourceName\n  }\n\n  object DeleteMeshInput {\n    @inline\n    def apply(\n        meshName: ResourceName\n    ): DeleteMeshInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMeshInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteMeshOutput extends js.Object {\n    var mesh: MeshData\n  }\n\n  object DeleteMeshOutput {\n    @inline\n    def apply(\n        mesh: MeshData\n    ): DeleteMeshOutput = {\n      val __obj = js.Dynamic.literal(\n        \"mesh\" -> mesh.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMeshOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteRouteInput extends js.Object {\n    var meshName: ResourceName\n    var routeName: ResourceName\n    var virtualRouterName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteRouteInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        routeName: ResourceName,\n        virtualRouterName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteRouteInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteRouteOutput extends js.Object {\n    var route: RouteData\n  }\n\n  object DeleteRouteOutput {\n    @inline\n    def apply(\n        route: RouteData\n    ): DeleteRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"route\" -> route.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRouteOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteVirtualGatewayInput extends js.Object {\n    var meshName: ResourceName\n    var virtualGatewayName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteVirtualGatewayInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualGatewayName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteVirtualGatewayInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteVirtualGatewayInput]\n    }\n  }\n\n  @js.native\n  trait DeleteVirtualGatewayOutput extends js.Object {\n    var virtualGateway: VirtualGatewayData\n  }\n\n  object DeleteVirtualGatewayOutput {\n    @inline\n    def apply(\n        virtualGateway: VirtualGatewayData\n    ): DeleteVirtualGatewayOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualGateway\" -> virtualGateway.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVirtualGatewayOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualNodeInput extends js.Object {\n    var meshName: ResourceName\n    var virtualNodeName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteVirtualNodeInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualNodeName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteVirtualNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteVirtualNodeInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualNodeOutput extends js.Object {\n    var virtualNode: VirtualNodeData\n  }\n\n  object DeleteVirtualNodeOutput {\n    @inline\n    def apply(\n        virtualNode: VirtualNodeData\n    ): DeleteVirtualNodeOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNode\" -> virtualNode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVirtualNodeOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualRouterInput extends js.Object {\n    var meshName: ResourceName\n    var virtualRouterName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteVirtualRouterInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualRouterName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteVirtualRouterInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteVirtualRouterInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualRouterOutput extends js.Object {\n    var virtualRouter: VirtualRouterData\n  }\n\n  object DeleteVirtualRouterOutput {\n    @inline\n    def apply(\n        virtualRouter: VirtualRouterData\n    ): DeleteVirtualRouterOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouter\" -> virtualRouter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVirtualRouterOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualServiceInput extends js.Object {\n    var meshName: ResourceName\n    var virtualServiceName: ServiceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DeleteVirtualServiceInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualServiceName: ServiceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DeleteVirtualServiceInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteVirtualServiceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DeleteVirtualServiceOutput extends js.Object {\n    var virtualService: VirtualServiceData\n  }\n\n  object DeleteVirtualServiceOutput {\n    @inline\n    def apply(\n        virtualService: VirtualServiceData\n    ): DeleteVirtualServiceOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualService\" -> virtualService.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVirtualServiceOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeGatewayRouteInput extends js.Object {\n    var gatewayRouteName: ResourceName\n    var meshName: ResourceName\n    var virtualGatewayName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeGatewayRouteInput {\n    @inline\n    def apply(\n        gatewayRouteName: ResourceName,\n        meshName: ResourceName,\n        virtualGatewayName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeGatewayRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGatewayRouteInput]\n    }\n  }\n\n  @js.native\n  trait DescribeGatewayRouteOutput extends js.Object {\n    var gatewayRoute: GatewayRouteData\n  }\n\n  object DescribeGatewayRouteOutput {\n    @inline\n    def apply(\n        gatewayRoute: GatewayRouteData\n    ): DescribeGatewayRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRoute\" -> gatewayRoute.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeGatewayRouteOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeMeshInput extends js.Object {\n    var meshName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeMeshInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeMeshInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMeshInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeMeshOutput extends js.Object {\n    var mesh: MeshData\n  }\n\n  object DescribeMeshOutput {\n    @inline\n    def apply(\n        mesh: MeshData\n    ): DescribeMeshOutput = {\n      val __obj = js.Dynamic.literal(\n        \"mesh\" -> mesh.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMeshOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeRouteInput extends js.Object {\n    var meshName: ResourceName\n    var routeName: ResourceName\n    var virtualRouterName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeRouteInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        routeName: ResourceName,\n        virtualRouterName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRouteInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeRouteOutput extends js.Object {\n    var route: RouteData\n  }\n\n  object DescribeRouteOutput {\n    @inline\n    def apply(\n        route: RouteData\n    ): DescribeRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"route\" -> route.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeRouteOutput]\n    }\n  }\n\n  @js.native\n  trait DescribeVirtualGatewayInput extends js.Object {\n    var meshName: ResourceName\n    var virtualGatewayName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeVirtualGatewayInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualGatewayName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeVirtualGatewayInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVirtualGatewayInput]\n    }\n  }\n\n  @js.native\n  trait DescribeVirtualGatewayOutput extends js.Object {\n    var virtualGateway: VirtualGatewayData\n  }\n\n  object DescribeVirtualGatewayOutput {\n    @inline\n    def apply(\n        virtualGateway: VirtualGatewayData\n    ): DescribeVirtualGatewayOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualGateway\" -> virtualGateway.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeVirtualGatewayOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualNodeInput extends js.Object {\n    var meshName: ResourceName\n    var virtualNodeName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeVirtualNodeInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualNodeName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeVirtualNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVirtualNodeInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualNodeOutput extends js.Object {\n    var virtualNode: VirtualNodeData\n  }\n\n  object DescribeVirtualNodeOutput {\n    @inline\n    def apply(\n        virtualNode: VirtualNodeData\n    ): DescribeVirtualNodeOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNode\" -> virtualNode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeVirtualNodeOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualRouterInput extends js.Object {\n    var meshName: ResourceName\n    var virtualRouterName: ResourceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeVirtualRouterInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualRouterName: ResourceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeVirtualRouterInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVirtualRouterInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualRouterOutput extends js.Object {\n    var virtualRouter: VirtualRouterData\n  }\n\n  object DescribeVirtualRouterOutput {\n    @inline\n    def apply(\n        virtualRouter: VirtualRouterData\n    ): DescribeVirtualRouterOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouter\" -> virtualRouter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeVirtualRouterOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualServiceInput extends js.Object {\n    var meshName: ResourceName\n    var virtualServiceName: ServiceName\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object DescribeVirtualServiceInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualServiceName: ServiceName,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): DescribeVirtualServiceInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeVirtualServiceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait DescribeVirtualServiceOutput extends js.Object {\n    var virtualService: VirtualServiceData\n  }\n\n  object DescribeVirtualServiceOutput {\n    @inline\n    def apply(\n        virtualService: VirtualServiceData\n    ): DescribeVirtualServiceOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualService\" -> virtualService.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeVirtualServiceOutput]\n    }\n  }\n\n  \/** An object that represents the DNS service discovery information for your virtual node.\n    *\/\n  @js.native\n  trait DnsServiceDiscovery extends js.Object {\n    var hostname: Hostname\n  }\n\n  object DnsServiceDiscovery {\n    @inline\n    def apply(\n        hostname: Hostname\n    ): DnsServiceDiscovery = {\n      val __obj = js.Dynamic.literal(\n        \"hostname\" -> hostname.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DnsServiceDiscovery]\n    }\n  }\n\n  \/** An object that represents a duration of time.\n    *\/\n  @js.native\n  trait Duration extends js.Object {\n    var unit: js.UndefOr[DurationUnit]\n    var value: js.UndefOr[DurationValue]\n  }\n\n  object Duration {\n    @inline\n    def apply(\n        unit: js.UndefOr[DurationUnit] = js.undefined,\n        value: js.UndefOr[DurationValue] = js.undefined\n    ): Duration = {\n      val __obj = js.Dynamic.literal()\n      unit.foreach(__v => __obj.updateDynamic(\"unit\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Duration]\n    }\n  }\n\n  @js.native\n  sealed trait DurationUnit extends js.Any\n  object DurationUnit {\n    val s = \"s\".asInstanceOf[DurationUnit]\n    val ms = \"ms\".asInstanceOf[DurationUnit]\n\n    @inline def values = js.Array(s, ms)\n  }\n\n  \/** An object that represents the egress filter rules for a service mesh.\n    *\/\n  @js.native\n  trait EgressFilter extends js.Object {\n    var `type`: EgressFilterType\n  }\n\n  object EgressFilter {\n    @inline\n    def apply(\n        `type`: EgressFilterType\n    ): EgressFilter = {\n      val __obj = js.Dynamic.literal(\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EgressFilter]\n    }\n  }\n\n  @js.native\n  sealed trait EgressFilterType extends js.Any\n  object EgressFilterType {\n    val ALLOW_ALL = \"ALLOW_ALL\".asInstanceOf[EgressFilterType]\n    val DROP_ALL = \"DROP_ALL\".asInstanceOf[EgressFilterType]\n\n    @inline def values = js.Array(ALLOW_ALL, DROP_ALL)\n  }\n\n  \/** An object that represents an access log file.\n    *\/\n  @js.native\n  trait FileAccessLog extends js.Object {\n    var path: FilePath\n  }\n\n  object FileAccessLog {\n    @inline\n    def apply(\n        path: FilePath\n    ): FileAccessLog = {\n      val __obj = js.Dynamic.literal(\n        \"path\" -> path.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FileAccessLog]\n    }\n  }\n\n  \/** An object that represents a gateway route returned by a describe operation.\n    *\/\n  @js.native\n  trait GatewayRouteData extends js.Object {\n    var gatewayRouteName: ResourceName\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: GatewayRouteSpec\n    var status: GatewayRouteStatus\n    var virtualGatewayName: ResourceName\n  }\n\n  object GatewayRouteData {\n    @inline\n    def apply(\n        gatewayRouteName: ResourceName,\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: GatewayRouteSpec,\n        status: GatewayRouteStatus,\n        virtualGatewayName: ResourceName\n    ): GatewayRouteData = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GatewayRouteData]\n    }\n  }\n\n  \/** An object that represents a gateway route returned by a list operation.\n    *\/\n  @js.native\n  trait GatewayRouteRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var gatewayRouteName: ResourceName\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n    var virtualGatewayName: ResourceName\n  }\n\n  object GatewayRouteRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        gatewayRouteName: ResourceName,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double,\n        virtualGatewayName: ResourceName\n    ): GatewayRouteRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GatewayRouteRef]\n    }\n  }\n\n  \/** An object that represents a gateway route specification. Specify one gateway route type.\n    *\/\n  @js.native\n  trait GatewayRouteSpec extends js.Object {\n    var grpcRoute: js.UndefOr[GrpcGatewayRoute]\n    var http2Route: js.UndefOr[HttpGatewayRoute]\n    var httpRoute: js.UndefOr[HttpGatewayRoute]\n  }\n\n  object GatewayRouteSpec {\n    @inline\n    def apply(\n        grpcRoute: js.UndefOr[GrpcGatewayRoute] = js.undefined,\n        http2Route: js.UndefOr[HttpGatewayRoute] = js.undefined,\n        httpRoute: js.UndefOr[HttpGatewayRoute] = js.undefined\n    ): GatewayRouteSpec = {\n      val __obj = js.Dynamic.literal()\n      grpcRoute.foreach(__v => __obj.updateDynamic(\"grpcRoute\")(__v.asInstanceOf[js.Any]))\n      http2Route.foreach(__v => __obj.updateDynamic(\"http2Route\")(__v.asInstanceOf[js.Any]))\n      httpRoute.foreach(__v => __obj.updateDynamic(\"httpRoute\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GatewayRouteSpec]\n    }\n  }\n\n  \/** An object that represents the current status of a gateway route.\n    *\/\n  @js.native\n  trait GatewayRouteStatus extends js.Object {\n    var status: GatewayRouteStatusCode\n  }\n\n  object GatewayRouteStatus {\n    @inline\n    def apply(\n        status: GatewayRouteStatusCode\n    ): GatewayRouteStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GatewayRouteStatus]\n    }\n  }\n\n  @js.native\n  sealed trait GatewayRouteStatusCode extends js.Any\n  object GatewayRouteStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[GatewayRouteStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[GatewayRouteStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[GatewayRouteStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents a gateway route target.\n    *\/\n  @js.native\n  trait GatewayRouteTarget extends js.Object {\n    var virtualService: GatewayRouteVirtualService\n  }\n\n  object GatewayRouteTarget {\n    @inline\n    def apply(\n        virtualService: GatewayRouteVirtualService\n    ): GatewayRouteTarget = {\n      val __obj = js.Dynamic.literal(\n        \"virtualService\" -> virtualService.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GatewayRouteTarget]\n    }\n  }\n\n  \/** An object that represents the virtual service that traffic is routed to.\n    *\/\n  @js.native\n  trait GatewayRouteVirtualService extends js.Object {\n    var virtualServiceName: ResourceName\n  }\n\n  object GatewayRouteVirtualService {\n    @inline\n    def apply(\n        virtualServiceName: ResourceName\n    ): GatewayRouteVirtualService = {\n      val __obj = js.Dynamic.literal(\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GatewayRouteVirtualService]\n    }\n  }\n\n  \/** An object that represents a gRPC gateway route.\n    *\/\n  @js.native\n  trait GrpcGatewayRoute extends js.Object {\n    var action: GrpcGatewayRouteAction\n    var `match`: GrpcGatewayRouteMatch\n  }\n\n  object GrpcGatewayRoute {\n    @inline\n    def apply(\n        action: GrpcGatewayRouteAction,\n        `match`: GrpcGatewayRouteMatch\n    ): GrpcGatewayRoute = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"match\" -> `match`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GrpcGatewayRoute]\n    }\n  }\n\n  \/** An object that represents the action to take if a match is determined.\n    *\/\n  @js.native\n  trait GrpcGatewayRouteAction extends js.Object {\n    var target: GatewayRouteTarget\n  }\n\n  object GrpcGatewayRouteAction {\n    @inline\n    def apply(\n        target: GatewayRouteTarget\n    ): GrpcGatewayRouteAction = {\n      val __obj = js.Dynamic.literal(\n        \"target\" -> target.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GrpcGatewayRouteAction]\n    }\n  }\n\n  \/** An object that represents the criteria for determining a request match.\n    *\/\n  @js.native\n  trait GrpcGatewayRouteMatch extends js.Object {\n    var serviceName: js.UndefOr[ServiceName]\n  }\n\n  object GrpcGatewayRouteMatch {\n    @inline\n    def apply(\n        serviceName: js.UndefOr[ServiceName] = js.undefined\n    ): GrpcGatewayRouteMatch = {\n      val __obj = js.Dynamic.literal()\n      serviceName.foreach(__v => __obj.updateDynamic(\"serviceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcGatewayRouteMatch]\n    }\n  }\n\n  \/** An object that represents a retry policy. Specify at least one value for at least one of the types of <code>RetryEvents<\/code>, a value for <code>maxRetries<\/code>, and a value for <code>perRetryTimeout<\/code>.\n    *\/\n  @js.native\n  trait GrpcRetryPolicy extends js.Object {\n    var maxRetries: MaxRetries\n    var perRetryTimeout: Duration\n    var grpcRetryEvents: js.UndefOr[GrpcRetryPolicyEvents]\n    var httpRetryEvents: js.UndefOr[HttpRetryPolicyEvents]\n    var tcpRetryEvents: js.UndefOr[TcpRetryPolicyEvents]\n  }\n\n  object GrpcRetryPolicy {\n    @inline\n    def apply(\n        maxRetries: MaxRetries,\n        perRetryTimeout: Duration,\n        grpcRetryEvents: js.UndefOr[GrpcRetryPolicyEvents] = js.undefined,\n        httpRetryEvents: js.UndefOr[HttpRetryPolicyEvents] = js.undefined,\n        tcpRetryEvents: js.UndefOr[TcpRetryPolicyEvents] = js.undefined\n    ): GrpcRetryPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"maxRetries\" -> maxRetries.asInstanceOf[js.Any],\n        \"perRetryTimeout\" -> perRetryTimeout.asInstanceOf[js.Any]\n      )\n\n      grpcRetryEvents.foreach(__v => __obj.updateDynamic(\"grpcRetryEvents\")(__v.asInstanceOf[js.Any]))\n      httpRetryEvents.foreach(__v => __obj.updateDynamic(\"httpRetryEvents\")(__v.asInstanceOf[js.Any]))\n      tcpRetryEvents.foreach(__v => __obj.updateDynamic(\"tcpRetryEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcRetryPolicy]\n    }\n  }\n\n  @js.native\n  sealed trait GrpcRetryPolicyEvent extends js.Any\n  object GrpcRetryPolicyEvent {\n    val cancelled = \"cancelled\".asInstanceOf[GrpcRetryPolicyEvent]\n    val `deadline-exceeded` = \"deadline-exceeded\".asInstanceOf[GrpcRetryPolicyEvent]\n    val internal = \"internal\".asInstanceOf[GrpcRetryPolicyEvent]\n    val `resource-exhausted` = \"resource-exhausted\".asInstanceOf[GrpcRetryPolicyEvent]\n    val unavailable = \"unavailable\".asInstanceOf[GrpcRetryPolicyEvent]\n\n    @inline def values = js.Array(cancelled, `deadline-exceeded`, internal, `resource-exhausted`, unavailable)\n  }\n\n  \/** An object that represents a gRPC route type.\n    *\/\n  @js.native\n  trait GrpcRoute extends js.Object {\n    var action: GrpcRouteAction\n    var `match`: GrpcRouteMatch\n    var retryPolicy: js.UndefOr[GrpcRetryPolicy]\n    var timeout: js.UndefOr[GrpcTimeout]\n  }\n\n  object GrpcRoute {\n    @inline\n    def apply(\n        action: GrpcRouteAction,\n        `match`: GrpcRouteMatch,\n        retryPolicy: js.UndefOr[GrpcRetryPolicy] = js.undefined,\n        timeout: js.UndefOr[GrpcTimeout] = js.undefined\n    ): GrpcRoute = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"match\" -> `match`.asInstanceOf[js.Any]\n      )\n\n      retryPolicy.foreach(__v => __obj.updateDynamic(\"retryPolicy\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcRoute]\n    }\n  }\n\n  \/** An object that represents the action to take if a match is determined.\n    *\/\n  @js.native\n  trait GrpcRouteAction extends js.Object {\n    var weightedTargets: WeightedTargets\n  }\n\n  object GrpcRouteAction {\n    @inline\n    def apply(\n        weightedTargets: WeightedTargets\n    ): GrpcRouteAction = {\n      val __obj = js.Dynamic.literal(\n        \"weightedTargets\" -> weightedTargets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GrpcRouteAction]\n    }\n  }\n\n  \/** An object that represents the criteria for determining a request match.\n    *\/\n  @js.native\n  trait GrpcRouteMatch extends js.Object {\n    var metadata: js.UndefOr[GrpcRouteMetadataList]\n    var methodName: js.UndefOr[MethodName]\n    var serviceName: js.UndefOr[ServiceName]\n  }\n\n  object GrpcRouteMatch {\n    @inline\n    def apply(\n        metadata: js.UndefOr[GrpcRouteMetadataList] = js.undefined,\n        methodName: js.UndefOr[MethodName] = js.undefined,\n        serviceName: js.UndefOr[ServiceName] = js.undefined\n    ): GrpcRouteMatch = {\n      val __obj = js.Dynamic.literal()\n      metadata.foreach(__v => __obj.updateDynamic(\"metadata\")(__v.asInstanceOf[js.Any]))\n      methodName.foreach(__v => __obj.updateDynamic(\"methodName\")(__v.asInstanceOf[js.Any]))\n      serviceName.foreach(__v => __obj.updateDynamic(\"serviceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcRouteMatch]\n    }\n  }\n\n  \/** An object that represents the match metadata for the route.\n    *\/\n  @js.native\n  trait GrpcRouteMetadata extends js.Object {\n    var name: HeaderName\n    var invert: js.UndefOr[Boolean]\n    var `match`: js.UndefOr[GrpcRouteMetadataMatchMethod]\n  }\n\n  object GrpcRouteMetadata {\n    @inline\n    def apply(\n        name: HeaderName,\n        invert: js.UndefOr[Boolean] = js.undefined,\n        `match`: js.UndefOr[GrpcRouteMetadataMatchMethod] = js.undefined\n    ): GrpcRouteMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      invert.foreach(__v => __obj.updateDynamic(\"invert\")(__v.asInstanceOf[js.Any]))\n      `match`.foreach(__v => __obj.updateDynamic(\"match\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcRouteMetadata]\n    }\n  }\n\n  \/** An object that represents the match method. Specify one of the match values.\n    *\/\n  @js.native\n  trait GrpcRouteMetadataMatchMethod extends js.Object {\n    var exact: js.UndefOr[HeaderMatch]\n    var prefix: js.UndefOr[HeaderMatch]\n    var range: js.UndefOr[MatchRange]\n    var regex: js.UndefOr[HeaderMatch]\n    var suffix: js.UndefOr[HeaderMatch]\n  }\n\n  object GrpcRouteMetadataMatchMethod {\n    @inline\n    def apply(\n        exact: js.UndefOr[HeaderMatch] = js.undefined,\n        prefix: js.UndefOr[HeaderMatch] = js.undefined,\n        range: js.UndefOr[MatchRange] = js.undefined,\n        regex: js.UndefOr[HeaderMatch] = js.undefined,\n        suffix: js.UndefOr[HeaderMatch] = js.undefined\n    ): GrpcRouteMetadataMatchMethod = {\n      val __obj = js.Dynamic.literal()\n      exact.foreach(__v => __obj.updateDynamic(\"exact\")(__v.asInstanceOf[js.Any]))\n      prefix.foreach(__v => __obj.updateDynamic(\"prefix\")(__v.asInstanceOf[js.Any]))\n      range.foreach(__v => __obj.updateDynamic(\"range\")(__v.asInstanceOf[js.Any]))\n      regex.foreach(__v => __obj.updateDynamic(\"regex\")(__v.asInstanceOf[js.Any]))\n      suffix.foreach(__v => __obj.updateDynamic(\"suffix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcRouteMetadataMatchMethod]\n    }\n  }\n\n  \/** An object that represents types of timeouts.\n    *\/\n  @js.native\n  trait GrpcTimeout extends js.Object {\n    var idle: js.UndefOr[Duration]\n    var perRequest: js.UndefOr[Duration]\n  }\n\n  object GrpcTimeout {\n    @inline\n    def apply(\n        idle: js.UndefOr[Duration] = js.undefined,\n        perRequest: js.UndefOr[Duration] = js.undefined\n    ): GrpcTimeout = {\n      val __obj = js.Dynamic.literal()\n      idle.foreach(__v => __obj.updateDynamic(\"idle\")(__v.asInstanceOf[js.Any]))\n      perRequest.foreach(__v => __obj.updateDynamic(\"perRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GrpcTimeout]\n    }\n  }\n\n  \/** An object that represents the method and value to match with the header value sent in a request. Specify one match method.\n    *\/\n  @js.native\n  trait HeaderMatchMethod extends js.Object {\n    var exact: js.UndefOr[HeaderMatch]\n    var prefix: js.UndefOr[HeaderMatch]\n    var range: js.UndefOr[MatchRange]\n    var regex: js.UndefOr[HeaderMatch]\n    var suffix: js.UndefOr[HeaderMatch]\n  }\n\n  object HeaderMatchMethod {\n    @inline\n    def apply(\n        exact: js.UndefOr[HeaderMatch] = js.undefined,\n        prefix: js.UndefOr[HeaderMatch] = js.undefined,\n        range: js.UndefOr[MatchRange] = js.undefined,\n        regex: js.UndefOr[HeaderMatch] = js.undefined,\n        suffix: js.UndefOr[HeaderMatch] = js.undefined\n    ): HeaderMatchMethod = {\n      val __obj = js.Dynamic.literal()\n      exact.foreach(__v => __obj.updateDynamic(\"exact\")(__v.asInstanceOf[js.Any]))\n      prefix.foreach(__v => __obj.updateDynamic(\"prefix\")(__v.asInstanceOf[js.Any]))\n      range.foreach(__v => __obj.updateDynamic(\"range\")(__v.asInstanceOf[js.Any]))\n      regex.foreach(__v => __obj.updateDynamic(\"regex\")(__v.asInstanceOf[js.Any]))\n      suffix.foreach(__v => __obj.updateDynamic(\"suffix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HeaderMatchMethod]\n    }\n  }\n\n  \/** An object that represents the health check policy for a virtual node's listener.\n    *\/\n  @js.native\n  trait HealthCheckPolicy extends js.Object {\n    var healthyThreshold: HealthCheckThreshold\n    var intervalMillis: HealthCheckIntervalMillis\n    var protocol: PortProtocol\n    var timeoutMillis: HealthCheckTimeoutMillis\n    var unhealthyThreshold: HealthCheckThreshold\n    var path: js.UndefOr[String]\n    var port: js.UndefOr[PortNumber]\n  }\n\n  object HealthCheckPolicy {\n    @inline\n    def apply(\n        healthyThreshold: HealthCheckThreshold,\n        intervalMillis: HealthCheckIntervalMillis,\n        protocol: PortProtocol,\n        timeoutMillis: HealthCheckTimeoutMillis,\n        unhealthyThreshold: HealthCheckThreshold,\n        path: js.UndefOr[String] = js.undefined,\n        port: js.UndefOr[PortNumber] = js.undefined\n    ): HealthCheckPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"healthyThreshold\" -> healthyThreshold.asInstanceOf[js.Any],\n        \"intervalMillis\" -> intervalMillis.asInstanceOf[js.Any],\n        \"protocol\" -> protocol.asInstanceOf[js.Any],\n        \"timeoutMillis\" -> timeoutMillis.asInstanceOf[js.Any],\n        \"unhealthyThreshold\" -> unhealthyThreshold.asInstanceOf[js.Any]\n      )\n\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      port.foreach(__v => __obj.updateDynamic(\"port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HealthCheckPolicy]\n    }\n  }\n\n  \/** An object that represents an HTTP gateway route.\n    *\/\n  @js.native\n  trait HttpGatewayRoute extends js.Object {\n    var action: HttpGatewayRouteAction\n    var `match`: HttpGatewayRouteMatch\n  }\n\n  object HttpGatewayRoute {\n    @inline\n    def apply(\n        action: HttpGatewayRouteAction,\n        `match`: HttpGatewayRouteMatch\n    ): HttpGatewayRoute = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"match\" -> `match`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpGatewayRoute]\n    }\n  }\n\n  \/** An object that represents the action to take if a match is determined.\n    *\/\n  @js.native\n  trait HttpGatewayRouteAction extends js.Object {\n    var target: GatewayRouteTarget\n  }\n\n  object HttpGatewayRouteAction {\n    @inline\n    def apply(\n        target: GatewayRouteTarget\n    ): HttpGatewayRouteAction = {\n      val __obj = js.Dynamic.literal(\n        \"target\" -> target.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpGatewayRouteAction]\n    }\n  }\n\n  \/** An object that represents the criteria for determining a request match.\n    *\/\n  @js.native\n  trait HttpGatewayRouteMatch extends js.Object {\n    var prefix: String\n  }\n\n  object HttpGatewayRouteMatch {\n    @inline\n    def apply(\n        prefix: String\n    ): HttpGatewayRouteMatch = {\n      val __obj = js.Dynamic.literal(\n        \"prefix\" -> prefix.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpGatewayRouteMatch]\n    }\n  }\n\n  @js.native\n  sealed trait HttpMethod extends js.Any\n  object HttpMethod {\n    val GET = \"GET\".asInstanceOf[HttpMethod]\n    val HEAD = \"HEAD\".asInstanceOf[HttpMethod]\n    val POST = \"POST\".asInstanceOf[HttpMethod]\n    val PUT = \"PUT\".asInstanceOf[HttpMethod]\n    val DELETE = \"DELETE\".asInstanceOf[HttpMethod]\n    val CONNECT = \"CONNECT\".asInstanceOf[HttpMethod]\n    val OPTIONS = \"OPTIONS\".asInstanceOf[HttpMethod]\n    val TRACE = \"TRACE\".asInstanceOf[HttpMethod]\n    val PATCH = \"PATCH\".asInstanceOf[HttpMethod]\n\n    @inline def values = js.Array(GET, HEAD, POST, PUT, DELETE, CONNECT, OPTIONS, TRACE, PATCH)\n  }\n\n  \/** An object that represents a retry policy. Specify at least one value for at least one of the types of <code>RetryEvents<\/code>, a value for <code>maxRetries<\/code>, and a value for <code>perRetryTimeout<\/code>.\n    *\/\n  @js.native\n  trait HttpRetryPolicy extends js.Object {\n    var maxRetries: MaxRetries\n    var perRetryTimeout: Duration\n    var httpRetryEvents: js.UndefOr[HttpRetryPolicyEvents]\n    var tcpRetryEvents: js.UndefOr[TcpRetryPolicyEvents]\n  }\n\n  object HttpRetryPolicy {\n    @inline\n    def apply(\n        maxRetries: MaxRetries,\n        perRetryTimeout: Duration,\n        httpRetryEvents: js.UndefOr[HttpRetryPolicyEvents] = js.undefined,\n        tcpRetryEvents: js.UndefOr[TcpRetryPolicyEvents] = js.undefined\n    ): HttpRetryPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"maxRetries\" -> maxRetries.asInstanceOf[js.Any],\n        \"perRetryTimeout\" -> perRetryTimeout.asInstanceOf[js.Any]\n      )\n\n      httpRetryEvents.foreach(__v => __obj.updateDynamic(\"httpRetryEvents\")(__v.asInstanceOf[js.Any]))\n      tcpRetryEvents.foreach(__v => __obj.updateDynamic(\"tcpRetryEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpRetryPolicy]\n    }\n  }\n\n  \/** An object that represents an HTTP or HTTP\/2 route type.\n    *\/\n  @js.native\n  trait HttpRoute extends js.Object {\n    var action: HttpRouteAction\n    var `match`: HttpRouteMatch\n    var retryPolicy: js.UndefOr[HttpRetryPolicy]\n    var timeout: js.UndefOr[HttpTimeout]\n  }\n\n  object HttpRoute {\n    @inline\n    def apply(\n        action: HttpRouteAction,\n        `match`: HttpRouteMatch,\n        retryPolicy: js.UndefOr[HttpRetryPolicy] = js.undefined,\n        timeout: js.UndefOr[HttpTimeout] = js.undefined\n    ): HttpRoute = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any],\n        \"match\" -> `match`.asInstanceOf[js.Any]\n      )\n\n      retryPolicy.foreach(__v => __obj.updateDynamic(\"retryPolicy\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpRoute]\n    }\n  }\n\n  \/** An object that represents the action to take if a match is determined.\n    *\/\n  @js.native\n  trait HttpRouteAction extends js.Object {\n    var weightedTargets: WeightedTargets\n  }\n\n  object HttpRouteAction {\n    @inline\n    def apply(\n        weightedTargets: WeightedTargets\n    ): HttpRouteAction = {\n      val __obj = js.Dynamic.literal(\n        \"weightedTargets\" -> weightedTargets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpRouteAction]\n    }\n  }\n\n  \/** An object that represents the HTTP header in the request.\n    *\/\n  @js.native\n  trait HttpRouteHeader extends js.Object {\n    var name: HeaderName\n    var invert: js.UndefOr[Boolean]\n    var `match`: js.UndefOr[HeaderMatchMethod]\n  }\n\n  object HttpRouteHeader {\n    @inline\n    def apply(\n        name: HeaderName,\n        invert: js.UndefOr[Boolean] = js.undefined,\n        `match`: js.UndefOr[HeaderMatchMethod] = js.undefined\n    ): HttpRouteHeader = {\n      val __obj = js.Dynamic.literal(\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      invert.foreach(__v => __obj.updateDynamic(\"invert\")(__v.asInstanceOf[js.Any]))\n      `match`.foreach(__v => __obj.updateDynamic(\"match\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpRouteHeader]\n    }\n  }\n\n  \/** An object that represents the requirements for a route to match HTTP requests for a virtual router.\n    *\/\n  @js.native\n  trait HttpRouteMatch extends js.Object {\n    var prefix: String\n    var headers: js.UndefOr[HttpRouteHeaders]\n    var method: js.UndefOr[HttpMethod]\n    var scheme: js.UndefOr[HttpScheme]\n  }\n\n  object HttpRouteMatch {\n    @inline\n    def apply(\n        prefix: String,\n        headers: js.UndefOr[HttpRouteHeaders] = js.undefined,\n        method: js.UndefOr[HttpMethod] = js.undefined,\n        scheme: js.UndefOr[HttpScheme] = js.undefined\n    ): HttpRouteMatch = {\n      val __obj = js.Dynamic.literal(\n        \"prefix\" -> prefix.asInstanceOf[js.Any]\n      )\n\n      headers.foreach(__v => __obj.updateDynamic(\"headers\")(__v.asInstanceOf[js.Any]))\n      method.foreach(__v => __obj.updateDynamic(\"method\")(__v.asInstanceOf[js.Any]))\n      scheme.foreach(__v => __obj.updateDynamic(\"scheme\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpRouteMatch]\n    }\n  }\n\n  @js.native\n  sealed trait HttpScheme extends js.Any\n  object HttpScheme {\n    val http = \"http\".asInstanceOf[HttpScheme]\n    val https = \"https\".asInstanceOf[HttpScheme]\n\n    @inline def values = js.Array(http, https)\n  }\n\n  \/** An object that represents types of timeouts.\n    *\/\n  @js.native\n  trait HttpTimeout extends js.Object {\n    var idle: js.UndefOr[Duration]\n    var perRequest: js.UndefOr[Duration]\n  }\n\n  object HttpTimeout {\n    @inline\n    def apply(\n        idle: js.UndefOr[Duration] = js.undefined,\n        perRequest: js.UndefOr[Duration] = js.undefined\n    ): HttpTimeout = {\n      val __obj = js.Dynamic.literal()\n      idle.foreach(__v => __obj.updateDynamic(\"idle\")(__v.asInstanceOf[js.Any]))\n      perRequest.foreach(__v => __obj.updateDynamic(\"perRequest\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpTimeout]\n    }\n  }\n\n  @js.native\n  trait ListGatewayRoutesInput extends js.Object {\n    var meshName: ResourceName\n    var virtualGatewayName: ResourceName\n    var limit: js.UndefOr[ListGatewayRoutesLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListGatewayRoutesInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualGatewayName: ResourceName,\n        limit: js.UndefOr[ListGatewayRoutesLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListGatewayRoutesInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGatewayRoutesInput]\n    }\n  }\n\n  @js.native\n  trait ListGatewayRoutesOutput extends js.Object {\n    var gatewayRoutes: GatewayRouteList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListGatewayRoutesOutput {\n    @inline\n    def apply(\n        gatewayRoutes: GatewayRouteList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListGatewayRoutesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRoutes\" -> gatewayRoutes.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGatewayRoutesOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListMeshesInput extends js.Object {\n    var limit: js.UndefOr[ListMeshesLimit]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListMeshesInput {\n    @inline\n    def apply(\n        limit: js.UndefOr[ListMeshesLimit] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListMeshesInput = {\n      val __obj = js.Dynamic.literal()\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMeshesInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListMeshesOutput extends js.Object {\n    var meshes: MeshList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListMeshesOutput {\n    @inline\n    def apply(\n        meshes: MeshList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListMeshesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"meshes\" -> meshes.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMeshesOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListRoutesInput extends js.Object {\n    var meshName: ResourceName\n    var virtualRouterName: ResourceName\n    var limit: js.UndefOr[ListRoutesLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListRoutesInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        virtualRouterName: ResourceName,\n        limit: js.UndefOr[ListRoutesLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListRoutesInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoutesInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListRoutesOutput extends js.Object {\n    var routes: RouteList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListRoutesOutput {\n    @inline\n    def apply(\n        routes: RouteList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListRoutesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"routes\" -> routes.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRoutesOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListTagsForResourceInput extends js.Object {\n    var resourceArn: Arn\n    var limit: js.UndefOr[TagsLimit]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListTagsForResourceInput {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        limit: js.UndefOr[TagsLimit] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsForResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListTagsForResourceOutput extends js.Object {\n    var tags: TagList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListTagsForResourceOutput {\n    @inline\n    def apply(\n        tags: TagList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListTagsForResourceOutput = {\n      val __obj = js.Dynamic.literal(\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceOutput]\n    }\n  }\n\n  @js.native\n  trait ListVirtualGatewaysInput extends js.Object {\n    var meshName: ResourceName\n    var limit: js.UndefOr[ListVirtualGatewaysLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualGatewaysInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        limit: js.UndefOr[ListVirtualGatewaysLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualGatewaysInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualGatewaysInput]\n    }\n  }\n\n  @js.native\n  trait ListVirtualGatewaysOutput extends js.Object {\n    var virtualGateways: VirtualGatewayList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualGatewaysOutput {\n    @inline\n    def apply(\n        virtualGateways: VirtualGatewayList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualGatewaysOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualGateways\" -> virtualGateways.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualGatewaysOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualNodesInput extends js.Object {\n    var meshName: ResourceName\n    var limit: js.UndefOr[ListVirtualNodesLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualNodesInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        limit: js.UndefOr[ListVirtualNodesLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualNodesInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualNodesInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualNodesOutput extends js.Object {\n    var virtualNodes: VirtualNodeList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualNodesOutput {\n    @inline\n    def apply(\n        virtualNodes: VirtualNodeList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualNodesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNodes\" -> virtualNodes.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualNodesOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualRoutersInput extends js.Object {\n    var meshName: ResourceName\n    var limit: js.UndefOr[ListVirtualRoutersLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualRoutersInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        limit: js.UndefOr[ListVirtualRoutersLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualRoutersInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualRoutersInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualRoutersOutput extends js.Object {\n    var virtualRouters: VirtualRouterList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualRoutersOutput {\n    @inline\n    def apply(\n        virtualRouters: VirtualRouterList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualRoutersOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouters\" -> virtualRouters.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualRoutersOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualServicesInput extends js.Object {\n    var meshName: ResourceName\n    var limit: js.UndefOr[ListVirtualServicesLimit]\n    var meshOwner: js.UndefOr[AccountId]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualServicesInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        limit: js.UndefOr[ListVirtualServicesLimit] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualServicesInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      limit.foreach(__v => __obj.updateDynamic(\"limit\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualServicesInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait ListVirtualServicesOutput extends js.Object {\n    var virtualServices: VirtualServiceList\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListVirtualServicesOutput {\n    @inline\n    def apply(\n        virtualServices: VirtualServiceList,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListVirtualServicesOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualServices\" -> virtualServices.asInstanceOf[js.Any]\n      )\n\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVirtualServicesOutput]\n    }\n  }\n\n  \/** An object that represents a listener for a virtual node.\n    *\/\n  @js.native\n  trait Listener extends js.Object {\n    var portMapping: PortMapping\n    var connectionPool: js.UndefOr[VirtualNodeConnectionPool]\n    var healthCheck: js.UndefOr[HealthCheckPolicy]\n    var outlierDetection: js.UndefOr[OutlierDetection]\n    var timeout: js.UndefOr[ListenerTimeout]\n    var tls: js.UndefOr[ListenerTls]\n  }\n\n  object Listener {\n    @inline\n    def apply(\n        portMapping: PortMapping,\n        connectionPool: js.UndefOr[VirtualNodeConnectionPool] = js.undefined,\n        healthCheck: js.UndefOr[HealthCheckPolicy] = js.undefined,\n        outlierDetection: js.UndefOr[OutlierDetection] = js.undefined,\n        timeout: js.UndefOr[ListenerTimeout] = js.undefined,\n        tls: js.UndefOr[ListenerTls] = js.undefined\n    ): Listener = {\n      val __obj = js.Dynamic.literal(\n        \"portMapping\" -> portMapping.asInstanceOf[js.Any]\n      )\n\n      connectionPool.foreach(__v => __obj.updateDynamic(\"connectionPool\")(__v.asInstanceOf[js.Any]))\n      healthCheck.foreach(__v => __obj.updateDynamic(\"healthCheck\")(__v.asInstanceOf[js.Any]))\n      outlierDetection.foreach(__v => __obj.updateDynamic(\"outlierDetection\")(__v.asInstanceOf[js.Any]))\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      tls.foreach(__v => __obj.updateDynamic(\"tls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Listener]\n    }\n  }\n\n  \/** An object that represents timeouts for different protocols.\n    *\/\n  @js.native\n  trait ListenerTimeout extends js.Object {\n    var grpc: js.UndefOr[GrpcTimeout]\n    var http: js.UndefOr[HttpTimeout]\n    var http2: js.UndefOr[HttpTimeout]\n    var tcp: js.UndefOr[TcpTimeout]\n  }\n\n  object ListenerTimeout {\n    @inline\n    def apply(\n        grpc: js.UndefOr[GrpcTimeout] = js.undefined,\n        http: js.UndefOr[HttpTimeout] = js.undefined,\n        http2: js.UndefOr[HttpTimeout] = js.undefined,\n        tcp: js.UndefOr[TcpTimeout] = js.undefined\n    ): ListenerTimeout = {\n      val __obj = js.Dynamic.literal()\n      grpc.foreach(__v => __obj.updateDynamic(\"grpc\")(__v.asInstanceOf[js.Any]))\n      http.foreach(__v => __obj.updateDynamic(\"http\")(__v.asInstanceOf[js.Any]))\n      http2.foreach(__v => __obj.updateDynamic(\"http2\")(__v.asInstanceOf[js.Any]))\n      tcp.foreach(__v => __obj.updateDynamic(\"tcp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListenerTimeout]\n    }\n  }\n\n  \/** An object that represents the Transport Layer Security (TLS) properties for a listener.\n    *\/\n  @js.native\n  trait ListenerTls extends js.Object {\n    var certificate: ListenerTlsCertificate\n    var mode: ListenerTlsMode\n    var validation: js.UndefOr[ListenerTlsValidationContext]\n  }\n\n  object ListenerTls {\n    @inline\n    def apply(\n        certificate: ListenerTlsCertificate,\n        mode: ListenerTlsMode,\n        validation: js.UndefOr[ListenerTlsValidationContext] = js.undefined\n    ): ListenerTls = {\n      val __obj = js.Dynamic.literal(\n        \"certificate\" -> certificate.asInstanceOf[js.Any],\n        \"mode\" -> mode.asInstanceOf[js.Any]\n      )\n\n      validation.foreach(__v => __obj.updateDynamic(\"validation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListenerTls]\n    }\n  }\n\n  \/** An object that represents an AWS Certicate Manager (ACM) certificate.\n    *\/\n  @js.native\n  trait ListenerTlsAcmCertificate extends js.Object {\n    var certificateArn: Arn\n  }\n\n  object ListenerTlsAcmCertificate {\n    @inline\n    def apply(\n        certificateArn: Arn\n    ): ListenerTlsAcmCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"certificateArn\" -> certificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListenerTlsAcmCertificate]\n    }\n  }\n\n  \/** An object that represents a listener's Transport Layer Security (TLS) certificate.\n    *\/\n  @js.native\n  trait ListenerTlsCertificate extends js.Object {\n    var acm: js.UndefOr[ListenerTlsAcmCertificate]\n    var file: js.UndefOr[ListenerTlsFileCertificate]\n    var sds: js.UndefOr[ListenerTlsSdsCertificate]\n  }\n\n  object ListenerTlsCertificate {\n    @inline\n    def apply(\n        acm: js.UndefOr[ListenerTlsAcmCertificate] = js.undefined,\n        file: js.UndefOr[ListenerTlsFileCertificate] = js.undefined,\n        sds: js.UndefOr[ListenerTlsSdsCertificate] = js.undefined\n    ): ListenerTlsCertificate = {\n      val __obj = js.Dynamic.literal()\n      acm.foreach(__v => __obj.updateDynamic(\"acm\")(__v.asInstanceOf[js.Any]))\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListenerTlsCertificate]\n    }\n  }\n\n  \/** An object that represents a local file certificate. The certificate must meet specific requirements and you must have proxy authorization enabled. For more information, see [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html#virtual-node-tls-prerequisites|Transport Layer Security (TLS)]].\n    *\/\n  @js.native\n  trait ListenerTlsFileCertificate extends js.Object {\n    var certificateChain: FilePath\n    var privateKey: FilePath\n  }\n\n  object ListenerTlsFileCertificate {\n    @inline\n    def apply(\n        certificateChain: FilePath,\n        privateKey: FilePath\n    ): ListenerTlsFileCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"certificateChain\" -> certificateChain.asInstanceOf[js.Any],\n        \"privateKey\" -> privateKey.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListenerTlsFileCertificate]\n    }\n  }\n\n  @js.native\n  sealed trait ListenerTlsMode extends js.Any\n  object ListenerTlsMode {\n    val STRICT = \"STRICT\".asInstanceOf[ListenerTlsMode]\n    val PERMISSIVE = \"PERMISSIVE\".asInstanceOf[ListenerTlsMode]\n    val DISABLED = \"DISABLED\".asInstanceOf[ListenerTlsMode]\n\n    @inline def values = js.Array(STRICT, PERMISSIVE, DISABLED)\n  }\n\n  \/** An object that represents the listener's Secret Discovery Service certificate. The proxy must be configured with a local SDS provider via a Unix Domain Socket. See App Mesh [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html|TLS documentation]] for more info.\n    *\/\n  @js.native\n  trait ListenerTlsSdsCertificate extends js.Object {\n    var secretName: SdsSecretName\n  }\n\n  object ListenerTlsSdsCertificate {\n    @inline\n    def apply(\n        secretName: SdsSecretName\n    ): ListenerTlsSdsCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"secretName\" -> secretName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListenerTlsSdsCertificate]\n    }\n  }\n\n  \/** An object that represents a listener's Transport Layer Security (TLS) validation context.\n    *\/\n  @js.native\n  trait ListenerTlsValidationContext extends js.Object {\n    var trust: ListenerTlsValidationContextTrust\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames]\n  }\n\n  object ListenerTlsValidationContext {\n    @inline\n    def apply(\n        trust: ListenerTlsValidationContextTrust,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames] = js.undefined\n    ): ListenerTlsValidationContext = {\n      val __obj = js.Dynamic.literal(\n        \"trust\" -> trust.asInstanceOf[js.Any]\n      )\n\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListenerTlsValidationContext]\n    }\n  }\n\n  \/** An object that represents a listener's Transport Layer Security (TLS) validation context trust.\n    *\/\n  @js.native\n  trait ListenerTlsValidationContextTrust extends js.Object {\n    var file: js.UndefOr[TlsValidationContextFileTrust]\n    var sds: js.UndefOr[TlsValidationContextSdsTrust]\n  }\n\n  object ListenerTlsValidationContextTrust {\n    @inline\n    def apply(\n        file: js.UndefOr[TlsValidationContextFileTrust] = js.undefined,\n        sds: js.UndefOr[TlsValidationContextSdsTrust] = js.undefined\n    ): ListenerTlsValidationContextTrust = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListenerTlsValidationContextTrust]\n    }\n  }\n\n  \/** An object that represents the logging information for a virtual node.\n    *\/\n  @js.native\n  trait Logging extends js.Object {\n    var accessLog: js.UndefOr[AccessLog]\n  }\n\n  object Logging {\n    @inline\n    def apply(\n        accessLog: js.UndefOr[AccessLog] = js.undefined\n    ): Logging = {\n      val __obj = js.Dynamic.literal()\n      accessLog.foreach(__v => __obj.updateDynamic(\"accessLog\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Logging]\n    }\n  }\n\n  \/** An object that represents the range of values to match on. The first character of the range is included in the range, though the last character is not. For example, if the range specified were 1-100, only values 1-99 would be matched.\n    *\/\n  @js.native\n  trait MatchRange extends js.Object {\n    var end: Double\n    var start: Double\n  }\n\n  object MatchRange {\n    @inline\n    def apply(\n        end: Double,\n        start: Double\n    ): MatchRange = {\n      val __obj = js.Dynamic.literal(\n        \"end\" -> end.asInstanceOf[js.Any],\n        \"start\" -> start.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MatchRange]\n    }\n  }\n\n  \/** An object that represents a service mesh returned by a describe operation.\n    *\/\n  @js.native\n  trait MeshData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: MeshSpec\n    var status: MeshStatus\n  }\n\n  object MeshData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: MeshSpec,\n        status: MeshStatus\n    ): MeshData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MeshData]\n    }\n  }\n\n  \/** An object that represents a service mesh returned by a list operation.\n    *\/\n  @js.native\n  trait MeshRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n  }\n\n  object MeshRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double\n    ): MeshRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MeshRef]\n    }\n  }\n\n  \/** An object that represents the specification of a service mesh.\n    *\/\n  @js.native\n  trait MeshSpec extends js.Object {\n    var egressFilter: js.UndefOr[EgressFilter]\n  }\n\n  object MeshSpec {\n    @inline\n    def apply(\n        egressFilter: js.UndefOr[EgressFilter] = js.undefined\n    ): MeshSpec = {\n      val __obj = js.Dynamic.literal()\n      egressFilter.foreach(__v => __obj.updateDynamic(\"egressFilter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MeshSpec]\n    }\n  }\n\n  \/** An object that represents the status of a service mesh.\n    *\/\n  @js.native\n  trait MeshStatus extends js.Object {\n    var status: js.UndefOr[MeshStatusCode]\n  }\n\n  object MeshStatus {\n    @inline\n    def apply(\n        status: js.UndefOr[MeshStatusCode] = js.undefined\n    ): MeshStatus = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MeshStatus]\n    }\n  }\n\n  @js.native\n  sealed trait MeshStatusCode extends js.Any\n  object MeshStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[MeshStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[MeshStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[MeshStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents the outlier detection for a virtual node's listener.\n    *\/\n  @js.native\n  trait OutlierDetection extends js.Object {\n    var baseEjectionDuration: Duration\n    var interval: Duration\n    var maxEjectionPercent: OutlierDetectionMaxEjectionPercent\n    var maxServerErrors: OutlierDetectionMaxServerErrors\n  }\n\n  object OutlierDetection {\n    @inline\n    def apply(\n        baseEjectionDuration: Duration,\n        interval: Duration,\n        maxEjectionPercent: OutlierDetectionMaxEjectionPercent,\n        maxServerErrors: OutlierDetectionMaxServerErrors\n    ): OutlierDetection = {\n      val __obj = js.Dynamic.literal(\n        \"baseEjectionDuration\" -> baseEjectionDuration.asInstanceOf[js.Any],\n        \"interval\" -> interval.asInstanceOf[js.Any],\n        \"maxEjectionPercent\" -> maxEjectionPercent.asInstanceOf[js.Any],\n        \"maxServerErrors\" -> maxServerErrors.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[OutlierDetection]\n    }\n  }\n\n  \/** An object that represents a port mapping.\n    *\/\n  @js.native\n  trait PortMapping extends js.Object {\n    var port: PortNumber\n    var protocol: PortProtocol\n  }\n\n  object PortMapping {\n    @inline\n    def apply(\n        port: PortNumber,\n        protocol: PortProtocol\n    ): PortMapping = {\n      val __obj = js.Dynamic.literal(\n        \"port\" -> port.asInstanceOf[js.Any],\n        \"protocol\" -> protocol.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PortMapping]\n    }\n  }\n\n  @js.native\n  sealed trait PortProtocol extends js.Any\n  object PortProtocol {\n    val http = \"http\".asInstanceOf[PortProtocol]\n    val tcp = \"tcp\".asInstanceOf[PortProtocol]\n    val http2 = \"http2\".asInstanceOf[PortProtocol]\n    val grpc = \"grpc\".asInstanceOf[PortProtocol]\n\n    @inline def values = js.Array(http, tcp, http2, grpc)\n  }\n\n  \/** An object that represents metadata for a resource.\n    *\/\n  @js.native\n  trait ResourceMetadata extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var uid: String\n    var version: Double\n  }\n\n  object ResourceMetadata {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        uid: String,\n        version: Double\n    ): ResourceMetadata = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"uid\" -> uid.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceMetadata]\n    }\n  }\n\n  \/** An object that represents a route returned by a describe operation.\n    *\/\n  @js.native\n  trait RouteData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var routeName: ResourceName\n    var spec: RouteSpec\n    var status: RouteStatus\n    var virtualRouterName: ResourceName\n  }\n\n  object RouteData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        routeName: ResourceName,\n        spec: RouteSpec,\n        status: RouteStatus,\n        virtualRouterName: ResourceName\n    ): RouteData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RouteData]\n    }\n  }\n\n  \/** An object that represents a route returned by a list operation.\n    *\/\n  @js.native\n  trait RouteRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var routeName: ResourceName\n    var version: Double\n    var virtualRouterName: ResourceName\n  }\n\n  object RouteRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        routeName: ResourceName,\n        version: Double,\n        virtualRouterName: ResourceName\n    ): RouteRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RouteRef]\n    }\n  }\n\n  \/** An object that represents a route specification. Specify one route type.\n    *\/\n  @js.native\n  trait RouteSpec extends js.Object {\n    var grpcRoute: js.UndefOr[GrpcRoute]\n    var http2Route: js.UndefOr[HttpRoute]\n    var httpRoute: js.UndefOr[HttpRoute]\n    var priority: js.UndefOr[RoutePriority]\n    var tcpRoute: js.UndefOr[TcpRoute]\n  }\n\n  object RouteSpec {\n    @inline\n    def apply(\n        grpcRoute: js.UndefOr[GrpcRoute] = js.undefined,\n        http2Route: js.UndefOr[HttpRoute] = js.undefined,\n        httpRoute: js.UndefOr[HttpRoute] = js.undefined,\n        priority: js.UndefOr[RoutePriority] = js.undefined,\n        tcpRoute: js.UndefOr[TcpRoute] = js.undefined\n    ): RouteSpec = {\n      val __obj = js.Dynamic.literal()\n      grpcRoute.foreach(__v => __obj.updateDynamic(\"grpcRoute\")(__v.asInstanceOf[js.Any]))\n      http2Route.foreach(__v => __obj.updateDynamic(\"http2Route\")(__v.asInstanceOf[js.Any]))\n      httpRoute.foreach(__v => __obj.updateDynamic(\"httpRoute\")(__v.asInstanceOf[js.Any]))\n      priority.foreach(__v => __obj.updateDynamic(\"priority\")(__v.asInstanceOf[js.Any]))\n      tcpRoute.foreach(__v => __obj.updateDynamic(\"tcpRoute\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RouteSpec]\n    }\n  }\n\n  \/** An object that represents the current status of a route.\n    *\/\n  @js.native\n  trait RouteStatus extends js.Object {\n    var status: RouteStatusCode\n  }\n\n  object RouteStatus {\n    @inline\n    def apply(\n        status: RouteStatusCode\n    ): RouteStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RouteStatus]\n    }\n  }\n\n  @js.native\n  sealed trait RouteStatusCode extends js.Any\n  object RouteStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[RouteStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[RouteStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[RouteStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents the service discovery information for a virtual node.\n    *\/\n  @js.native\n  trait ServiceDiscovery extends js.Object {\n    var awsCloudMap: js.UndefOr[AwsCloudMapServiceDiscovery]\n    var dns: js.UndefOr[DnsServiceDiscovery]\n  }\n\n  object ServiceDiscovery {\n    @inline\n    def apply(\n        awsCloudMap: js.UndefOr[AwsCloudMapServiceDiscovery] = js.undefined,\n        dns: js.UndefOr[DnsServiceDiscovery] = js.undefined\n    ): ServiceDiscovery = {\n      val __obj = js.Dynamic.literal()\n      awsCloudMap.foreach(__v => __obj.updateDynamic(\"awsCloudMap\")(__v.asInstanceOf[js.Any]))\n      dns.foreach(__v => __obj.updateDynamic(\"dns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ServiceDiscovery]\n    }\n  }\n\n  \/** An object that represents the methods by which a subject alternative name on a peer Transport Layer Security (TLS) certificate can be matched.\n    *\/\n  @js.native\n  trait SubjectAlternativeNameMatchers extends js.Object {\n    var exact: SubjectAlternativeNameList\n  }\n\n  object SubjectAlternativeNameMatchers {\n    @inline\n    def apply(\n        exact: SubjectAlternativeNameList\n    ): SubjectAlternativeNameMatchers = {\n      val __obj = js.Dynamic.literal(\n        \"exact\" -> exact.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SubjectAlternativeNameMatchers]\n    }\n  }\n\n  \/** An object that represents the subject alternative names secured by the certificate.\n    *\/\n  @js.native\n  trait SubjectAlternativeNames extends js.Object {\n    var `match`: SubjectAlternativeNameMatchers\n  }\n\n  object SubjectAlternativeNames {\n    @inline\n    def apply(\n        `match`: SubjectAlternativeNameMatchers\n    ): SubjectAlternativeNames = {\n      val __obj = js.Dynamic.literal(\n        \"match\" -> `match`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SubjectAlternativeNames]\n    }\n  }\n\n  \/** Optional metadata that you apply to a resource to assist with categorization and organization. Each tag consists of a key and an optional value, both of which you define. Tag keys can have a maximum character length of 128 characters, and tag values can have a maximum length of 256 characters.\n    *\/\n  @js.native\n  trait TagRef extends js.Object {\n    var key: TagKey\n    var value: TagValue\n  }\n\n  object TagRef {\n    @inline\n    def apply(\n        key: TagKey,\n        value: TagValue\n    ): TagRef = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagRef]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait TagResourceInput extends js.Object {\n    var resourceArn: Arn\n    var tags: TagList\n  }\n\n  object TagResourceInput {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tags: TagList\n    ): TagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait TagResourceOutput extends js.Object\n\n  object TagResourceOutput {\n    @inline\n    def apply(): TagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceOutput]\n    }\n  }\n\n  @js.native\n  sealed trait TcpRetryPolicyEvent extends js.Any\n  object TcpRetryPolicyEvent {\n    val `connection-error` = \"connection-error\".asInstanceOf[TcpRetryPolicyEvent]\n\n    @inline def values = js.Array(`connection-error`)\n  }\n\n  \/** An object that represents a TCP route type.\n    *\/\n  @js.native\n  trait TcpRoute extends js.Object {\n    var action: TcpRouteAction\n    var timeout: js.UndefOr[TcpTimeout]\n  }\n\n  object TcpRoute {\n    @inline\n    def apply(\n        action: TcpRouteAction,\n        timeout: js.UndefOr[TcpTimeout] = js.undefined\n    ): TcpRoute = {\n      val __obj = js.Dynamic.literal(\n        \"action\" -> action.asInstanceOf[js.Any]\n      )\n\n      timeout.foreach(__v => __obj.updateDynamic(\"timeout\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TcpRoute]\n    }\n  }\n\n  \/** An object that represents the action to take if a match is determined.\n    *\/\n  @js.native\n  trait TcpRouteAction extends js.Object {\n    var weightedTargets: WeightedTargets\n  }\n\n  object TcpRouteAction {\n    @inline\n    def apply(\n        weightedTargets: WeightedTargets\n    ): TcpRouteAction = {\n      val __obj = js.Dynamic.literal(\n        \"weightedTargets\" -> weightedTargets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TcpRouteAction]\n    }\n  }\n\n  \/** An object that represents types of timeouts.\n    *\/\n  @js.native\n  trait TcpTimeout extends js.Object {\n    var idle: js.UndefOr[Duration]\n  }\n\n  object TcpTimeout {\n    @inline\n    def apply(\n        idle: js.UndefOr[Duration] = js.undefined\n    ): TcpTimeout = {\n      val __obj = js.Dynamic.literal()\n      idle.foreach(__v => __obj.updateDynamic(\"idle\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TcpTimeout]\n    }\n  }\n\n  \/** An object that represents how the proxy will validate its peer during Transport Layer Security (TLS) negotiation.\n    *\/\n  @js.native\n  trait TlsValidationContext extends js.Object {\n    var trust: TlsValidationContextTrust\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames]\n  }\n\n  object TlsValidationContext {\n    @inline\n    def apply(\n        trust: TlsValidationContextTrust,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames] = js.undefined\n    ): TlsValidationContext = {\n      val __obj = js.Dynamic.literal(\n        \"trust\" -> trust.asInstanceOf[js.Any]\n      )\n\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TlsValidationContext]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust for an AWS Certicate Manager (ACM) certificate.\n    *\/\n  @js.native\n  trait TlsValidationContextAcmTrust extends js.Object {\n    var certificateAuthorityArns: CertificateAuthorityArns\n  }\n\n  object TlsValidationContextAcmTrust {\n    @inline\n    def apply(\n        certificateAuthorityArns: CertificateAuthorityArns\n    ): TlsValidationContextAcmTrust = {\n      val __obj = js.Dynamic.literal(\n        \"certificateAuthorityArns\" -> certificateAuthorityArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TlsValidationContextAcmTrust]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust for a local file.\n    *\/\n  @js.native\n  trait TlsValidationContextFileTrust extends js.Object {\n    var certificateChain: FilePath\n  }\n\n  object TlsValidationContextFileTrust {\n    @inline\n    def apply(\n        certificateChain: FilePath\n    ): TlsValidationContextFileTrust = {\n      val __obj = js.Dynamic.literal(\n        \"certificateChain\" -> certificateChain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TlsValidationContextFileTrust]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) Secret Discovery Service validation context trust. The proxy must be configured with a local SDS provider via a Unix Domain Socket. See App Mesh [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html|TLS documentation]] for more info.\n    *\/\n  @js.native\n  trait TlsValidationContextSdsTrust extends js.Object {\n    var secretName: SdsSecretName\n  }\n\n  object TlsValidationContextSdsTrust {\n    @inline\n    def apply(\n        secretName: SdsSecretName\n    ): TlsValidationContextSdsTrust = {\n      val __obj = js.Dynamic.literal(\n        \"secretName\" -> secretName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TlsValidationContextSdsTrust]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust.\n    *\/\n  @js.native\n  trait TlsValidationContextTrust extends js.Object {\n    var acm: js.UndefOr[TlsValidationContextAcmTrust]\n    var file: js.UndefOr[TlsValidationContextFileTrust]\n    var sds: js.UndefOr[TlsValidationContextSdsTrust]\n  }\n\n  object TlsValidationContextTrust {\n    @inline\n    def apply(\n        acm: js.UndefOr[TlsValidationContextAcmTrust] = js.undefined,\n        file: js.UndefOr[TlsValidationContextFileTrust] = js.undefined,\n        sds: js.UndefOr[TlsValidationContextSdsTrust] = js.undefined\n    ): TlsValidationContextTrust = {\n      val __obj = js.Dynamic.literal()\n      acm.foreach(__v => __obj.updateDynamic(\"acm\")(__v.asInstanceOf[js.Any]))\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TlsValidationContextTrust]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UntagResourceInput extends js.Object {\n    var resourceArn: Arn\n    var tagKeys: TagKeyList\n  }\n\n  object UntagResourceInput {\n    @inline\n    def apply(\n        resourceArn: Arn,\n        tagKeys: TagKeyList\n    ): UntagResourceInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UntagResourceOutput extends js.Object\n\n  object UntagResourceOutput {\n    @inline\n    def apply(): UntagResourceOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateGatewayRouteInput extends js.Object {\n    var gatewayRouteName: ResourceName\n    var meshName: ResourceName\n    var spec: GatewayRouteSpec\n    var virtualGatewayName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateGatewayRouteInput {\n    @inline\n    def apply(\n        gatewayRouteName: ResourceName,\n        meshName: ResourceName,\n        spec: GatewayRouteSpec,\n        virtualGatewayName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateGatewayRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRouteName\" -> gatewayRouteName.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGatewayRouteInput]\n    }\n  }\n\n  @js.native\n  trait UpdateGatewayRouteOutput extends js.Object {\n    var gatewayRoute: GatewayRouteData\n  }\n\n  object UpdateGatewayRouteOutput {\n    @inline\n    def apply(\n        gatewayRoute: GatewayRouteData\n    ): UpdateGatewayRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"gatewayRoute\" -> gatewayRoute.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateGatewayRouteOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateMeshInput extends js.Object {\n    var meshName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var spec: js.UndefOr[MeshSpec]\n  }\n\n  object UpdateMeshInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        spec: js.UndefOr[MeshSpec] = js.undefined\n    ): UpdateMeshInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      spec.foreach(__v => __obj.updateDynamic(\"spec\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMeshInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateMeshOutput extends js.Object {\n    var mesh: MeshData\n  }\n\n  object UpdateMeshOutput {\n    @inline\n    def apply(\n        mesh: MeshData\n    ): UpdateMeshOutput = {\n      val __obj = js.Dynamic.literal(\n        \"mesh\" -> mesh.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateMeshOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateRouteInput extends js.Object {\n    var meshName: ResourceName\n    var routeName: ResourceName\n    var spec: RouteSpec\n    var virtualRouterName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateRouteInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        routeName: ResourceName,\n        spec: RouteSpec,\n        virtualRouterName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateRouteInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"routeName\" -> routeName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateRouteInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateRouteOutput extends js.Object {\n    var route: RouteData\n  }\n\n  object UpdateRouteOutput {\n    @inline\n    def apply(\n        route: RouteData\n    ): UpdateRouteOutput = {\n      val __obj = js.Dynamic.literal(\n        \"route\" -> route.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateRouteOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateVirtualGatewayInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualGatewaySpec\n    var virtualGatewayName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateVirtualGatewayInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualGatewaySpec,\n        virtualGatewayName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateVirtualGatewayInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVirtualGatewayInput]\n    }\n  }\n\n  @js.native\n  trait UpdateVirtualGatewayOutput extends js.Object {\n    var virtualGateway: VirtualGatewayData\n  }\n\n  object UpdateVirtualGatewayOutput {\n    @inline\n    def apply(\n        virtualGateway: VirtualGatewayData\n    ): UpdateVirtualGatewayOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualGateway\" -> virtualGateway.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVirtualGatewayOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualNodeInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualNodeSpec\n    var virtualNodeName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateVirtualNodeInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualNodeSpec,\n        virtualNodeName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateVirtualNodeInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVirtualNodeInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualNodeOutput extends js.Object {\n    var virtualNode: VirtualNodeData\n  }\n\n  object UpdateVirtualNodeOutput {\n    @inline\n    def apply(\n        virtualNode: VirtualNodeData\n    ): UpdateVirtualNodeOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNode\" -> virtualNode.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVirtualNodeOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualRouterInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualRouterSpec\n    var virtualRouterName: ResourceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateVirtualRouterInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualRouterSpec,\n        virtualRouterName: ResourceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateVirtualRouterInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVirtualRouterInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualRouterOutput extends js.Object {\n    var virtualRouter: VirtualRouterData\n  }\n\n  object UpdateVirtualRouterOutput {\n    @inline\n    def apply(\n        virtualRouter: VirtualRouterData\n    ): UpdateVirtualRouterOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouter\" -> virtualRouter.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVirtualRouterOutput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualServiceInput extends js.Object {\n    var meshName: ResourceName\n    var spec: VirtualServiceSpec\n    var virtualServiceName: ServiceName\n    var clientToken: js.UndefOr[String]\n    var meshOwner: js.UndefOr[AccountId]\n  }\n\n  object UpdateVirtualServiceInput {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        spec: VirtualServiceSpec,\n        virtualServiceName: ServiceName,\n        clientToken: js.UndefOr[String] = js.undefined,\n        meshOwner: js.UndefOr[AccountId] = js.undefined\n    ): UpdateVirtualServiceInput = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n\n      clientToken.foreach(__v => __obj.updateDynamic(\"clientToken\")(__v.asInstanceOf[js.Any]))\n      meshOwner.foreach(__v => __obj.updateDynamic(\"meshOwner\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVirtualServiceInput]\n    }\n  }\n\n  \/** <zonbook><\/zonbook><xhtml><\/xhtml>\n    *\/\n  @js.native\n  trait UpdateVirtualServiceOutput extends js.Object {\n    var virtualService: VirtualServiceData\n  }\n\n  object UpdateVirtualServiceOutput {\n    @inline\n    def apply(\n        virtualService: VirtualServiceData\n    ): UpdateVirtualServiceOutput = {\n      val __obj = js.Dynamic.literal(\n        \"virtualService\" -> virtualService.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateVirtualServiceOutput]\n    }\n  }\n\n  \/** The access log configuration for a virtual gateway.\n    *\/\n  @js.native\n  trait VirtualGatewayAccessLog extends js.Object {\n    var file: js.UndefOr[VirtualGatewayFileAccessLog]\n  }\n\n  object VirtualGatewayAccessLog {\n    @inline\n    def apply(\n        file: js.UndefOr[VirtualGatewayFileAccessLog] = js.undefined\n    ): VirtualGatewayAccessLog = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayAccessLog]\n    }\n  }\n\n  \/** An object that represents the default properties for a backend.\n    *\/\n  @js.native\n  trait VirtualGatewayBackendDefaults extends js.Object {\n    var clientPolicy: js.UndefOr[VirtualGatewayClientPolicy]\n  }\n\n  object VirtualGatewayBackendDefaults {\n    @inline\n    def apply(\n        clientPolicy: js.UndefOr[VirtualGatewayClientPolicy] = js.undefined\n    ): VirtualGatewayBackendDefaults = {\n      val __obj = js.Dynamic.literal()\n      clientPolicy.foreach(__v => __obj.updateDynamic(\"clientPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayBackendDefaults]\n    }\n  }\n\n  \/** An object that represents a client policy.\n    *\/\n  @js.native\n  trait VirtualGatewayClientPolicy extends js.Object {\n    var tls: js.UndefOr[VirtualGatewayClientPolicyTls]\n  }\n\n  object VirtualGatewayClientPolicy {\n    @inline\n    def apply(\n        tls: js.UndefOr[VirtualGatewayClientPolicyTls] = js.undefined\n    ): VirtualGatewayClientPolicy = {\n      val __obj = js.Dynamic.literal()\n      tls.foreach(__v => __obj.updateDynamic(\"tls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayClientPolicy]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) client policy.\n    *\/\n  @js.native\n  trait VirtualGatewayClientPolicyTls extends js.Object {\n    var validation: VirtualGatewayTlsValidationContext\n    var certificate: js.UndefOr[VirtualGatewayClientTlsCertificate]\n    var enforce: js.UndefOr[Boolean]\n    var ports: js.UndefOr[PortSet]\n  }\n\n  object VirtualGatewayClientPolicyTls {\n    @inline\n    def apply(\n        validation: VirtualGatewayTlsValidationContext,\n        certificate: js.UndefOr[VirtualGatewayClientTlsCertificate] = js.undefined,\n        enforce: js.UndefOr[Boolean] = js.undefined,\n        ports: js.UndefOr[PortSet] = js.undefined\n    ): VirtualGatewayClientPolicyTls = {\n      val __obj = js.Dynamic.literal(\n        \"validation\" -> validation.asInstanceOf[js.Any]\n      )\n\n      certificate.foreach(__v => __obj.updateDynamic(\"certificate\")(__v.asInstanceOf[js.Any]))\n      enforce.foreach(__v => __obj.updateDynamic(\"enforce\")(__v.asInstanceOf[js.Any]))\n      ports.foreach(__v => __obj.updateDynamic(\"ports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayClientPolicyTls]\n    }\n  }\n\n  \/** An object that represents the virtual gateway's client's Transport Layer Security (TLS) certificate.\n    *\/\n  @js.native\n  trait VirtualGatewayClientTlsCertificate extends js.Object {\n    var file: js.UndefOr[VirtualGatewayListenerTlsFileCertificate]\n    var sds: js.UndefOr[VirtualGatewayListenerTlsSdsCertificate]\n  }\n\n  object VirtualGatewayClientTlsCertificate {\n    @inline\n    def apply(\n        file: js.UndefOr[VirtualGatewayListenerTlsFileCertificate] = js.undefined,\n        sds: js.UndefOr[VirtualGatewayListenerTlsSdsCertificate] = js.undefined\n    ): VirtualGatewayClientTlsCertificate = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayClientTlsCertificate]\n    }\n  }\n\n  \/** An object that represents the type of virtual gateway connection pool. Only one protocol is used at a time and should be the same protocol as the one chosen under port mapping. If not present the default value for <code>maxPendingRequests<\/code> is <code>2147483647<\/code>.\n    *\/\n  @js.native\n  trait VirtualGatewayConnectionPool extends js.Object {\n    var grpc: js.UndefOr[VirtualGatewayGrpcConnectionPool]\n    var http: js.UndefOr[VirtualGatewayHttpConnectionPool]\n    var http2: js.UndefOr[VirtualGatewayHttp2ConnectionPool]\n  }\n\n  object VirtualGatewayConnectionPool {\n    @inline\n    def apply(\n        grpc: js.UndefOr[VirtualGatewayGrpcConnectionPool] = js.undefined,\n        http: js.UndefOr[VirtualGatewayHttpConnectionPool] = js.undefined,\n        http2: js.UndefOr[VirtualGatewayHttp2ConnectionPool] = js.undefined\n    ): VirtualGatewayConnectionPool = {\n      val __obj = js.Dynamic.literal()\n      grpc.foreach(__v => __obj.updateDynamic(\"grpc\")(__v.asInstanceOf[js.Any]))\n      http.foreach(__v => __obj.updateDynamic(\"http\")(__v.asInstanceOf[js.Any]))\n      http2.foreach(__v => __obj.updateDynamic(\"http2\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayConnectionPool]\n    }\n  }\n\n  \/** An object that represents a virtual gateway returned by a describe operation.\n    *\/\n  @js.native\n  trait VirtualGatewayData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: VirtualGatewaySpec\n    var status: VirtualGatewayStatus\n    var virtualGatewayName: ResourceName\n  }\n\n  object VirtualGatewayData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: VirtualGatewaySpec,\n        status: VirtualGatewayStatus,\n        virtualGatewayName: ResourceName\n    ): VirtualGatewayData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayData]\n    }\n  }\n\n  \/** An object that represents an access log file.\n    *\/\n  @js.native\n  trait VirtualGatewayFileAccessLog extends js.Object {\n    var path: FilePath\n  }\n\n  object VirtualGatewayFileAccessLog {\n    @inline\n    def apply(\n        path: FilePath\n    ): VirtualGatewayFileAccessLog = {\n      val __obj = js.Dynamic.literal(\n        \"path\" -> path.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayFileAccessLog]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualGatewayGrpcConnectionPool extends js.Object {\n    var maxRequests: MaxRequests\n  }\n\n  object VirtualGatewayGrpcConnectionPool {\n    @inline\n    def apply(\n        maxRequests: MaxRequests\n    ): VirtualGatewayGrpcConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxRequests\" -> maxRequests.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayGrpcConnectionPool]\n    }\n  }\n\n  \/** An object that represents the health check policy for a virtual gateway's listener.\n    *\/\n  @js.native\n  trait VirtualGatewayHealthCheckPolicy extends js.Object {\n    var healthyThreshold: VirtualGatewayHealthCheckThreshold\n    var intervalMillis: VirtualGatewayHealthCheckIntervalMillis\n    var protocol: VirtualGatewayPortProtocol\n    var timeoutMillis: VirtualGatewayHealthCheckTimeoutMillis\n    var unhealthyThreshold: VirtualGatewayHealthCheckThreshold\n    var path: js.UndefOr[String]\n    var port: js.UndefOr[PortNumber]\n  }\n\n  object VirtualGatewayHealthCheckPolicy {\n    @inline\n    def apply(\n        healthyThreshold: VirtualGatewayHealthCheckThreshold,\n        intervalMillis: VirtualGatewayHealthCheckIntervalMillis,\n        protocol: VirtualGatewayPortProtocol,\n        timeoutMillis: VirtualGatewayHealthCheckTimeoutMillis,\n        unhealthyThreshold: VirtualGatewayHealthCheckThreshold,\n        path: js.UndefOr[String] = js.undefined,\n        port: js.UndefOr[PortNumber] = js.undefined\n    ): VirtualGatewayHealthCheckPolicy = {\n      val __obj = js.Dynamic.literal(\n        \"healthyThreshold\" -> healthyThreshold.asInstanceOf[js.Any],\n        \"intervalMillis\" -> intervalMillis.asInstanceOf[js.Any],\n        \"protocol\" -> protocol.asInstanceOf[js.Any],\n        \"timeoutMillis\" -> timeoutMillis.asInstanceOf[js.Any],\n        \"unhealthyThreshold\" -> unhealthyThreshold.asInstanceOf[js.Any]\n      )\n\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      port.foreach(__v => __obj.updateDynamic(\"port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayHealthCheckPolicy]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualGatewayHttp2ConnectionPool extends js.Object {\n    var maxRequests: MaxRequests\n  }\n\n  object VirtualGatewayHttp2ConnectionPool {\n    @inline\n    def apply(\n        maxRequests: MaxRequests\n    ): VirtualGatewayHttp2ConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxRequests\" -> maxRequests.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayHttp2ConnectionPool]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualGatewayHttpConnectionPool extends js.Object {\n    var maxConnections: MaxConnections\n    var maxPendingRequests: js.UndefOr[MaxPendingRequests]\n  }\n\n  object VirtualGatewayHttpConnectionPool {\n    @inline\n    def apply(\n        maxConnections: MaxConnections,\n        maxPendingRequests: js.UndefOr[MaxPendingRequests] = js.undefined\n    ): VirtualGatewayHttpConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxConnections\" -> maxConnections.asInstanceOf[js.Any]\n      )\n\n      maxPendingRequests.foreach(__v => __obj.updateDynamic(\"maxPendingRequests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayHttpConnectionPool]\n    }\n  }\n\n  \/** An object that represents a listener for a virtual gateway.\n    *\/\n  @js.native\n  trait VirtualGatewayListener extends js.Object {\n    var portMapping: VirtualGatewayPortMapping\n    var connectionPool: js.UndefOr[VirtualGatewayConnectionPool]\n    var healthCheck: js.UndefOr[VirtualGatewayHealthCheckPolicy]\n    var tls: js.UndefOr[VirtualGatewayListenerTls]\n  }\n\n  object VirtualGatewayListener {\n    @inline\n    def apply(\n        portMapping: VirtualGatewayPortMapping,\n        connectionPool: js.UndefOr[VirtualGatewayConnectionPool] = js.undefined,\n        healthCheck: js.UndefOr[VirtualGatewayHealthCheckPolicy] = js.undefined,\n        tls: js.UndefOr[VirtualGatewayListenerTls] = js.undefined\n    ): VirtualGatewayListener = {\n      val __obj = js.Dynamic.literal(\n        \"portMapping\" -> portMapping.asInstanceOf[js.Any]\n      )\n\n      connectionPool.foreach(__v => __obj.updateDynamic(\"connectionPool\")(__v.asInstanceOf[js.Any]))\n      healthCheck.foreach(__v => __obj.updateDynamic(\"healthCheck\")(__v.asInstanceOf[js.Any]))\n      tls.foreach(__v => __obj.updateDynamic(\"tls\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayListener]\n    }\n  }\n\n  \/** An object that represents the Transport Layer Security (TLS) properties for a listener.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTls extends js.Object {\n    var certificate: VirtualGatewayListenerTlsCertificate\n    var mode: VirtualGatewayListenerTlsMode\n    var validation: js.UndefOr[VirtualGatewayListenerTlsValidationContext]\n  }\n\n  object VirtualGatewayListenerTls {\n    @inline\n    def apply(\n        certificate: VirtualGatewayListenerTlsCertificate,\n        mode: VirtualGatewayListenerTlsMode,\n        validation: js.UndefOr[VirtualGatewayListenerTlsValidationContext] = js.undefined\n    ): VirtualGatewayListenerTls = {\n      val __obj = js.Dynamic.literal(\n        \"certificate\" -> certificate.asInstanceOf[js.Any],\n        \"mode\" -> mode.asInstanceOf[js.Any]\n      )\n\n      validation.foreach(__v => __obj.updateDynamic(\"validation\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayListenerTls]\n    }\n  }\n\n  \/** An object that represents an AWS Certicate Manager (ACM) certificate.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsAcmCertificate extends js.Object {\n    var certificateArn: Arn\n  }\n\n  object VirtualGatewayListenerTlsAcmCertificate {\n    @inline\n    def apply(\n        certificateArn: Arn\n    ): VirtualGatewayListenerTlsAcmCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"certificateArn\" -> certificateArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayListenerTlsAcmCertificate]\n    }\n  }\n\n  \/** An object that represents a listener's Transport Layer Security (TLS) certificate.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsCertificate extends js.Object {\n    var acm: js.UndefOr[VirtualGatewayListenerTlsAcmCertificate]\n    var file: js.UndefOr[VirtualGatewayListenerTlsFileCertificate]\n    var sds: js.UndefOr[VirtualGatewayListenerTlsSdsCertificate]\n  }\n\n  object VirtualGatewayListenerTlsCertificate {\n    @inline\n    def apply(\n        acm: js.UndefOr[VirtualGatewayListenerTlsAcmCertificate] = js.undefined,\n        file: js.UndefOr[VirtualGatewayListenerTlsFileCertificate] = js.undefined,\n        sds: js.UndefOr[VirtualGatewayListenerTlsSdsCertificate] = js.undefined\n    ): VirtualGatewayListenerTlsCertificate = {\n      val __obj = js.Dynamic.literal()\n      acm.foreach(__v => __obj.updateDynamic(\"acm\")(__v.asInstanceOf[js.Any]))\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayListenerTlsCertificate]\n    }\n  }\n\n  \/** An object that represents a local file certificate. The certificate must meet specific requirements and you must have proxy authorization enabled. For more information, see [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html#virtual-node-tls-prerequisites|Transport Layer Security (TLS)]].\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsFileCertificate extends js.Object {\n    var certificateChain: FilePath\n    var privateKey: FilePath\n  }\n\n  object VirtualGatewayListenerTlsFileCertificate {\n    @inline\n    def apply(\n        certificateChain: FilePath,\n        privateKey: FilePath\n    ): VirtualGatewayListenerTlsFileCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"certificateChain\" -> certificateChain.asInstanceOf[js.Any],\n        \"privateKey\" -> privateKey.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayListenerTlsFileCertificate]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualGatewayListenerTlsMode extends js.Any\n  object VirtualGatewayListenerTlsMode {\n    val STRICT = \"STRICT\".asInstanceOf[VirtualGatewayListenerTlsMode]\n    val PERMISSIVE = \"PERMISSIVE\".asInstanceOf[VirtualGatewayListenerTlsMode]\n    val DISABLED = \"DISABLED\".asInstanceOf[VirtualGatewayListenerTlsMode]\n\n    @inline def values = js.Array(STRICT, PERMISSIVE, DISABLED)\n  }\n\n  \/** An object that represents the virtual gateway's listener's Secret Discovery Service certificate.The proxy must be configured with a local SDS provider via a Unix Domain Socket. See App Mesh [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html|TLS documentation]] for more info.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsSdsCertificate extends js.Object {\n    var secretName: VirtualGatewaySdsSecretName\n  }\n\n  object VirtualGatewayListenerTlsSdsCertificate {\n    @inline\n    def apply(\n        secretName: VirtualGatewaySdsSecretName\n    ): VirtualGatewayListenerTlsSdsCertificate = {\n      val __obj = js.Dynamic.literal(\n        \"secretName\" -> secretName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayListenerTlsSdsCertificate]\n    }\n  }\n\n  \/** An object that represents a virtual gateway's listener's Transport Layer Security (TLS) validation context.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsValidationContext extends js.Object {\n    var trust: VirtualGatewayListenerTlsValidationContextTrust\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames]\n  }\n\n  object VirtualGatewayListenerTlsValidationContext {\n    @inline\n    def apply(\n        trust: VirtualGatewayListenerTlsValidationContextTrust,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames] = js.undefined\n    ): VirtualGatewayListenerTlsValidationContext = {\n      val __obj = js.Dynamic.literal(\n        \"trust\" -> trust.asInstanceOf[js.Any]\n      )\n\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayListenerTlsValidationContext]\n    }\n  }\n\n  \/** An object that represents a virtual gateway's listener's Transport Layer Security (TLS) validation context trust.\n    *\/\n  @js.native\n  trait VirtualGatewayListenerTlsValidationContextTrust extends js.Object {\n    var file: js.UndefOr[VirtualGatewayTlsValidationContextFileTrust]\n    var sds: js.UndefOr[VirtualGatewayTlsValidationContextSdsTrust]\n  }\n\n  object VirtualGatewayListenerTlsValidationContextTrust {\n    @inline\n    def apply(\n        file: js.UndefOr[VirtualGatewayTlsValidationContextFileTrust] = js.undefined,\n        sds: js.UndefOr[VirtualGatewayTlsValidationContextSdsTrust] = js.undefined\n    ): VirtualGatewayListenerTlsValidationContextTrust = {\n      val __obj = js.Dynamic.literal()\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayListenerTlsValidationContextTrust]\n    }\n  }\n\n  \/** An object that represents logging information.\n    *\/\n  @js.native\n  trait VirtualGatewayLogging extends js.Object {\n    var accessLog: js.UndefOr[VirtualGatewayAccessLog]\n  }\n\n  object VirtualGatewayLogging {\n    @inline\n    def apply(\n        accessLog: js.UndefOr[VirtualGatewayAccessLog] = js.undefined\n    ): VirtualGatewayLogging = {\n      val __obj = js.Dynamic.literal()\n      accessLog.foreach(__v => __obj.updateDynamic(\"accessLog\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayLogging]\n    }\n  }\n\n  \/** An object that represents a port mapping.\n    *\/\n  @js.native\n  trait VirtualGatewayPortMapping extends js.Object {\n    var port: PortNumber\n    var protocol: VirtualGatewayPortProtocol\n  }\n\n  object VirtualGatewayPortMapping {\n    @inline\n    def apply(\n        port: PortNumber,\n        protocol: VirtualGatewayPortProtocol\n    ): VirtualGatewayPortMapping = {\n      val __obj = js.Dynamic.literal(\n        \"port\" -> port.asInstanceOf[js.Any],\n        \"protocol\" -> protocol.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayPortMapping]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualGatewayPortProtocol extends js.Any\n  object VirtualGatewayPortProtocol {\n    val http = \"http\".asInstanceOf[VirtualGatewayPortProtocol]\n    val http2 = \"http2\".asInstanceOf[VirtualGatewayPortProtocol]\n    val grpc = \"grpc\".asInstanceOf[VirtualGatewayPortProtocol]\n\n    @inline def values = js.Array(http, http2, grpc)\n  }\n\n  \/** An object that represents a virtual gateway returned by a list operation.\n    *\/\n  @js.native\n  trait VirtualGatewayRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n    var virtualGatewayName: ResourceName\n  }\n\n  object VirtualGatewayRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double,\n        virtualGatewayName: ResourceName\n    ): VirtualGatewayRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualGatewayName\" -> virtualGatewayName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayRef]\n    }\n  }\n\n  \/** An object that represents the specification of a service mesh resource.\n    *\/\n  @js.native\n  trait VirtualGatewaySpec extends js.Object {\n    var listeners: VirtualGatewayListeners\n    var backendDefaults: js.UndefOr[VirtualGatewayBackendDefaults]\n    var logging: js.UndefOr[VirtualGatewayLogging]\n  }\n\n  object VirtualGatewaySpec {\n    @inline\n    def apply(\n        listeners: VirtualGatewayListeners,\n        backendDefaults: js.UndefOr[VirtualGatewayBackendDefaults] = js.undefined,\n        logging: js.UndefOr[VirtualGatewayLogging] = js.undefined\n    ): VirtualGatewaySpec = {\n      val __obj = js.Dynamic.literal(\n        \"listeners\" -> listeners.asInstanceOf[js.Any]\n      )\n\n      backendDefaults.foreach(__v => __obj.updateDynamic(\"backendDefaults\")(__v.asInstanceOf[js.Any]))\n      logging.foreach(__v => __obj.updateDynamic(\"logging\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewaySpec]\n    }\n  }\n\n  \/** An object that represents the status of the mesh resource.\n    *\/\n  @js.native\n  trait VirtualGatewayStatus extends js.Object {\n    var status: VirtualGatewayStatusCode\n  }\n\n  object VirtualGatewayStatus {\n    @inline\n    def apply(\n        status: VirtualGatewayStatusCode\n    ): VirtualGatewayStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayStatus]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualGatewayStatusCode extends js.Any\n  object VirtualGatewayStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[VirtualGatewayStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[VirtualGatewayStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[VirtualGatewayStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context.\n    *\/\n  @js.native\n  trait VirtualGatewayTlsValidationContext extends js.Object {\n    var trust: VirtualGatewayTlsValidationContextTrust\n    var subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames]\n  }\n\n  object VirtualGatewayTlsValidationContext {\n    @inline\n    def apply(\n        trust: VirtualGatewayTlsValidationContextTrust,\n        subjectAlternativeNames: js.UndefOr[SubjectAlternativeNames] = js.undefined\n    ): VirtualGatewayTlsValidationContext = {\n      val __obj = js.Dynamic.literal(\n        \"trust\" -> trust.asInstanceOf[js.Any]\n      )\n\n      subjectAlternativeNames.foreach(__v => __obj.updateDynamic(\"subjectAlternativeNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayTlsValidationContext]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust for an AWS Certicate Manager (ACM) certificate.\n    *\/\n  @js.native\n  trait VirtualGatewayTlsValidationContextAcmTrust extends js.Object {\n    var certificateAuthorityArns: VirtualGatewayCertificateAuthorityArns\n  }\n\n  object VirtualGatewayTlsValidationContextAcmTrust {\n    @inline\n    def apply(\n        certificateAuthorityArns: VirtualGatewayCertificateAuthorityArns\n    ): VirtualGatewayTlsValidationContextAcmTrust = {\n      val __obj = js.Dynamic.literal(\n        \"certificateAuthorityArns\" -> certificateAuthorityArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayTlsValidationContextAcmTrust]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust for a local file.\n    *\/\n  @js.native\n  trait VirtualGatewayTlsValidationContextFileTrust extends js.Object {\n    var certificateChain: FilePath\n  }\n\n  object VirtualGatewayTlsValidationContextFileTrust {\n    @inline\n    def apply(\n        certificateChain: FilePath\n    ): VirtualGatewayTlsValidationContextFileTrust = {\n      val __obj = js.Dynamic.literal(\n        \"certificateChain\" -> certificateChain.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayTlsValidationContextFileTrust]\n    }\n  }\n\n  \/** An object that represents a virtual gateway's listener's Transport Layer Security (TLS) Secret Discovery Service validation context trust. The proxy must be configured with a local SDS provider via a Unix Domain Socket. See App Mesh [[https:\/\/docs.aws.amazon.com\/app-mesh\/latest\/userguide\/tls.html|TLS documentation]] for more info.\n    *\/\n  @js.native\n  trait VirtualGatewayTlsValidationContextSdsTrust extends js.Object {\n    var secretName: VirtualGatewaySdsSecretName\n  }\n\n  object VirtualGatewayTlsValidationContextSdsTrust {\n    @inline\n    def apply(\n        secretName: VirtualGatewaySdsSecretName\n    ): VirtualGatewayTlsValidationContextSdsTrust = {\n      val __obj = js.Dynamic.literal(\n        \"secretName\" -> secretName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualGatewayTlsValidationContextSdsTrust]\n    }\n  }\n\n  \/** An object that represents a Transport Layer Security (TLS) validation context trust.\n    *\/\n  @js.native\n  trait VirtualGatewayTlsValidationContextTrust extends js.Object {\n    var acm: js.UndefOr[VirtualGatewayTlsValidationContextAcmTrust]\n    var file: js.UndefOr[VirtualGatewayTlsValidationContextFileTrust]\n    var sds: js.UndefOr[VirtualGatewayTlsValidationContextSdsTrust]\n  }\n\n  object VirtualGatewayTlsValidationContextTrust {\n    @inline\n    def apply(\n        acm: js.UndefOr[VirtualGatewayTlsValidationContextAcmTrust] = js.undefined,\n        file: js.UndefOr[VirtualGatewayTlsValidationContextFileTrust] = js.undefined,\n        sds: js.UndefOr[VirtualGatewayTlsValidationContextSdsTrust] = js.undefined\n    ): VirtualGatewayTlsValidationContextTrust = {\n      val __obj = js.Dynamic.literal()\n      acm.foreach(__v => __obj.updateDynamic(\"acm\")(__v.asInstanceOf[js.Any]))\n      file.foreach(__v => __obj.updateDynamic(\"file\")(__v.asInstanceOf[js.Any]))\n      sds.foreach(__v => __obj.updateDynamic(\"sds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualGatewayTlsValidationContextTrust]\n    }\n  }\n\n  \/** An object that represents the type of virtual node connection pool. Only one protocol is used at a time and should be the same protocol as the one chosen under port mapping. If not present the default value for <code>maxPendingRequests<\/code> is <code>2147483647<\/code>. <p\/>\n    *\/\n  @js.native\n  trait VirtualNodeConnectionPool extends js.Object {\n    var grpc: js.UndefOr[VirtualNodeGrpcConnectionPool]\n    var http: js.UndefOr[VirtualNodeHttpConnectionPool]\n    var http2: js.UndefOr[VirtualNodeHttp2ConnectionPool]\n    var tcp: js.UndefOr[VirtualNodeTcpConnectionPool]\n  }\n\n  object VirtualNodeConnectionPool {\n    @inline\n    def apply(\n        grpc: js.UndefOr[VirtualNodeGrpcConnectionPool] = js.undefined,\n        http: js.UndefOr[VirtualNodeHttpConnectionPool] = js.undefined,\n        http2: js.UndefOr[VirtualNodeHttp2ConnectionPool] = js.undefined,\n        tcp: js.UndefOr[VirtualNodeTcpConnectionPool] = js.undefined\n    ): VirtualNodeConnectionPool = {\n      val __obj = js.Dynamic.literal()\n      grpc.foreach(__v => __obj.updateDynamic(\"grpc\")(__v.asInstanceOf[js.Any]))\n      http.foreach(__v => __obj.updateDynamic(\"http\")(__v.asInstanceOf[js.Any]))\n      http2.foreach(__v => __obj.updateDynamic(\"http2\")(__v.asInstanceOf[js.Any]))\n      tcp.foreach(__v => __obj.updateDynamic(\"tcp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualNodeConnectionPool]\n    }\n  }\n\n  \/** An object that represents a virtual node returned by a describe operation.\n    *\/\n  @js.native\n  trait VirtualNodeData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: VirtualNodeSpec\n    var status: VirtualNodeStatus\n    var virtualNodeName: ResourceName\n  }\n\n  object VirtualNodeData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: VirtualNodeSpec,\n        status: VirtualNodeStatus,\n        virtualNodeName: ResourceName\n    ): VirtualNodeData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeData]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualNodeGrpcConnectionPool extends js.Object {\n    var maxRequests: MaxRequests\n  }\n\n  object VirtualNodeGrpcConnectionPool {\n    @inline\n    def apply(\n        maxRequests: MaxRequests\n    ): VirtualNodeGrpcConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxRequests\" -> maxRequests.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeGrpcConnectionPool]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualNodeHttp2ConnectionPool extends js.Object {\n    var maxRequests: MaxRequests\n  }\n\n  object VirtualNodeHttp2ConnectionPool {\n    @inline\n    def apply(\n        maxRequests: MaxRequests\n    ): VirtualNodeHttp2ConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxRequests\" -> maxRequests.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeHttp2ConnectionPool]\n    }\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualNodeHttpConnectionPool extends js.Object {\n    var maxConnections: MaxConnections\n    var maxPendingRequests: js.UndefOr[MaxPendingRequests]\n  }\n\n  object VirtualNodeHttpConnectionPool {\n    @inline\n    def apply(\n        maxConnections: MaxConnections,\n        maxPendingRequests: js.UndefOr[MaxPendingRequests] = js.undefined\n    ): VirtualNodeHttpConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxConnections\" -> maxConnections.asInstanceOf[js.Any]\n      )\n\n      maxPendingRequests.foreach(__v => __obj.updateDynamic(\"maxPendingRequests\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualNodeHttpConnectionPool]\n    }\n  }\n\n  \/** An object that represents a virtual node returned by a list operation.\n    *\/\n  @js.native\n  trait VirtualNodeRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n    var virtualNodeName: ResourceName\n  }\n\n  object VirtualNodeRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double,\n        virtualNodeName: ResourceName\n    ): VirtualNodeRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeRef]\n    }\n  }\n\n  \/** An object that represents a virtual node service provider.\n    *\/\n  @js.native\n  trait VirtualNodeServiceProvider extends js.Object {\n    var virtualNodeName: ResourceName\n  }\n\n  object VirtualNodeServiceProvider {\n    @inline\n    def apply(\n        virtualNodeName: ResourceName\n    ): VirtualNodeServiceProvider = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNodeName\" -> virtualNodeName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeServiceProvider]\n    }\n  }\n\n  \/** An object that represents the specification of a virtual node.\n    *\/\n  @js.native\n  trait VirtualNodeSpec extends js.Object {\n    var backendDefaults: js.UndefOr[BackendDefaults]\n    var backends: js.UndefOr[Backends]\n    var listeners: js.UndefOr[Listeners]\n    var logging: js.UndefOr[Logging]\n    var serviceDiscovery: js.UndefOr[ServiceDiscovery]\n  }\n\n  object VirtualNodeSpec {\n    @inline\n    def apply(\n        backendDefaults: js.UndefOr[BackendDefaults] = js.undefined,\n        backends: js.UndefOr[Backends] = js.undefined,\n        listeners: js.UndefOr[Listeners] = js.undefined,\n        logging: js.UndefOr[Logging] = js.undefined,\n        serviceDiscovery: js.UndefOr[ServiceDiscovery] = js.undefined\n    ): VirtualNodeSpec = {\n      val __obj = js.Dynamic.literal()\n      backendDefaults.foreach(__v => __obj.updateDynamic(\"backendDefaults\")(__v.asInstanceOf[js.Any]))\n      backends.foreach(__v => __obj.updateDynamic(\"backends\")(__v.asInstanceOf[js.Any]))\n      listeners.foreach(__v => __obj.updateDynamic(\"listeners\")(__v.asInstanceOf[js.Any]))\n      logging.foreach(__v => __obj.updateDynamic(\"logging\")(__v.asInstanceOf[js.Any]))\n      serviceDiscovery.foreach(__v => __obj.updateDynamic(\"serviceDiscovery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualNodeSpec]\n    }\n  }\n\n  \/** An object that represents the current status of the virtual node.\n    *\/\n  @js.native\n  trait VirtualNodeStatus extends js.Object {\n    var status: VirtualNodeStatusCode\n  }\n\n  object VirtualNodeStatus {\n    @inline\n    def apply(\n        status: VirtualNodeStatusCode\n    ): VirtualNodeStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeStatus]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualNodeStatusCode extends js.Any\n  object VirtualNodeStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[VirtualNodeStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[VirtualNodeStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[VirtualNodeStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents a type of connection pool.\n    *\/\n  @js.native\n  trait VirtualNodeTcpConnectionPool extends js.Object {\n    var maxConnections: MaxConnections\n  }\n\n  object VirtualNodeTcpConnectionPool {\n    @inline\n    def apply(\n        maxConnections: MaxConnections\n    ): VirtualNodeTcpConnectionPool = {\n      val __obj = js.Dynamic.literal(\n        \"maxConnections\" -> maxConnections.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualNodeTcpConnectionPool]\n    }\n  }\n\n  \/** An object that represents a virtual router returned by a describe operation.\n    *\/\n  @js.native\n  trait VirtualRouterData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: VirtualRouterSpec\n    var status: VirtualRouterStatus\n    var virtualRouterName: ResourceName\n  }\n\n  object VirtualRouterData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: VirtualRouterSpec,\n        status: VirtualRouterStatus,\n        virtualRouterName: ResourceName\n    ): VirtualRouterData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualRouterData]\n    }\n  }\n\n  \/** An object that represents a virtual router listener.\n    *\/\n  @js.native\n  trait VirtualRouterListener extends js.Object {\n    var portMapping: PortMapping\n  }\n\n  object VirtualRouterListener {\n    @inline\n    def apply(\n        portMapping: PortMapping\n    ): VirtualRouterListener = {\n      val __obj = js.Dynamic.literal(\n        \"portMapping\" -> portMapping.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualRouterListener]\n    }\n  }\n\n  \/** An object that represents a virtual router returned by a list operation.\n    *\/\n  @js.native\n  trait VirtualRouterRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n    var virtualRouterName: ResourceName\n  }\n\n  object VirtualRouterRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double,\n        virtualRouterName: ResourceName\n    ): VirtualRouterRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualRouterRef]\n    }\n  }\n\n  \/** An object that represents a virtual node service provider.\n    *\/\n  @js.native\n  trait VirtualRouterServiceProvider extends js.Object {\n    var virtualRouterName: ResourceName\n  }\n\n  object VirtualRouterServiceProvider {\n    @inline\n    def apply(\n        virtualRouterName: ResourceName\n    ): VirtualRouterServiceProvider = {\n      val __obj = js.Dynamic.literal(\n        \"virtualRouterName\" -> virtualRouterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualRouterServiceProvider]\n    }\n  }\n\n  \/** An object that represents the specification of a virtual router.\n    *\/\n  @js.native\n  trait VirtualRouterSpec extends js.Object {\n    var listeners: js.UndefOr[VirtualRouterListeners]\n  }\n\n  object VirtualRouterSpec {\n    @inline\n    def apply(\n        listeners: js.UndefOr[VirtualRouterListeners] = js.undefined\n    ): VirtualRouterSpec = {\n      val __obj = js.Dynamic.literal()\n      listeners.foreach(__v => __obj.updateDynamic(\"listeners\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualRouterSpec]\n    }\n  }\n\n  \/** An object that represents the status of a virtual router.\n    *\/\n  @js.native\n  trait VirtualRouterStatus extends js.Object {\n    var status: VirtualRouterStatusCode\n  }\n\n  object VirtualRouterStatus {\n    @inline\n    def apply(\n        status: VirtualRouterStatusCode\n    ): VirtualRouterStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualRouterStatus]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualRouterStatusCode extends js.Any\n  object VirtualRouterStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[VirtualRouterStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[VirtualRouterStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[VirtualRouterStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents a virtual service backend for a virtual node.\n    *\/\n  @js.native\n  trait VirtualServiceBackend extends js.Object {\n    var virtualServiceName: ServiceName\n    var clientPolicy: js.UndefOr[ClientPolicy]\n  }\n\n  object VirtualServiceBackend {\n    @inline\n    def apply(\n        virtualServiceName: ServiceName,\n        clientPolicy: js.UndefOr[ClientPolicy] = js.undefined\n    ): VirtualServiceBackend = {\n      val __obj = js.Dynamic.literal(\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n\n      clientPolicy.foreach(__v => __obj.updateDynamic(\"clientPolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualServiceBackend]\n    }\n  }\n\n  \/** An object that represents a virtual service returned by a describe operation.\n    *\/\n  @js.native\n  trait VirtualServiceData extends js.Object {\n    var meshName: ResourceName\n    var metadata: ResourceMetadata\n    var spec: VirtualServiceSpec\n    var status: VirtualServiceStatus\n    var virtualServiceName: ServiceName\n  }\n\n  object VirtualServiceData {\n    @inline\n    def apply(\n        meshName: ResourceName,\n        metadata: ResourceMetadata,\n        spec: VirtualServiceSpec,\n        status: VirtualServiceStatus,\n        virtualServiceName: ServiceName\n    ): VirtualServiceData = {\n      val __obj = js.Dynamic.literal(\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"spec\" -> spec.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualServiceData]\n    }\n  }\n\n  \/** An object that represents the provider for a virtual service.\n    *\/\n  @js.native\n  trait VirtualServiceProvider extends js.Object {\n    var virtualNode: js.UndefOr[VirtualNodeServiceProvider]\n    var virtualRouter: js.UndefOr[VirtualRouterServiceProvider]\n  }\n\n  object VirtualServiceProvider {\n    @inline\n    def apply(\n        virtualNode: js.UndefOr[VirtualNodeServiceProvider] = js.undefined,\n        virtualRouter: js.UndefOr[VirtualRouterServiceProvider] = js.undefined\n    ): VirtualServiceProvider = {\n      val __obj = js.Dynamic.literal()\n      virtualNode.foreach(__v => __obj.updateDynamic(\"virtualNode\")(__v.asInstanceOf[js.Any]))\n      virtualRouter.foreach(__v => __obj.updateDynamic(\"virtualRouter\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualServiceProvider]\n    }\n  }\n\n  \/** An object that represents a virtual service returned by a list operation.\n    *\/\n  @js.native\n  trait VirtualServiceRef extends js.Object {\n    var arn: Arn\n    var createdAt: Timestamp\n    var lastUpdatedAt: Timestamp\n    var meshName: ResourceName\n    var meshOwner: AccountId\n    var resourceOwner: AccountId\n    var version: Double\n    var virtualServiceName: ServiceName\n  }\n\n  object VirtualServiceRef {\n    @inline\n    def apply(\n        arn: Arn,\n        createdAt: Timestamp,\n        lastUpdatedAt: Timestamp,\n        meshName: ResourceName,\n        meshOwner: AccountId,\n        resourceOwner: AccountId,\n        version: Double,\n        virtualServiceName: ServiceName\n    ): VirtualServiceRef = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"createdAt\" -> createdAt.asInstanceOf[js.Any],\n        \"lastUpdatedAt\" -> lastUpdatedAt.asInstanceOf[js.Any],\n        \"meshName\" -> meshName.asInstanceOf[js.Any],\n        \"meshOwner\" -> meshOwner.asInstanceOf[js.Any],\n        \"resourceOwner\" -> resourceOwner.asInstanceOf[js.Any],\n        \"version\" -> version.asInstanceOf[js.Any],\n        \"virtualServiceName\" -> virtualServiceName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualServiceRef]\n    }\n  }\n\n  \/** An object that represents the specification of a virtual service.\n    *\/\n  @js.native\n  trait VirtualServiceSpec extends js.Object {\n    var provider: js.UndefOr[VirtualServiceProvider]\n  }\n\n  object VirtualServiceSpec {\n    @inline\n    def apply(\n        provider: js.UndefOr[VirtualServiceProvider] = js.undefined\n    ): VirtualServiceSpec = {\n      val __obj = js.Dynamic.literal()\n      provider.foreach(__v => __obj.updateDynamic(\"provider\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VirtualServiceSpec]\n    }\n  }\n\n  \/** An object that represents the status of a virtual service.\n    *\/\n  @js.native\n  trait VirtualServiceStatus extends js.Object {\n    var status: VirtualServiceStatusCode\n  }\n\n  object VirtualServiceStatus {\n    @inline\n    def apply(\n        status: VirtualServiceStatusCode\n    ): VirtualServiceStatus = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VirtualServiceStatus]\n    }\n  }\n\n  @js.native\n  sealed trait VirtualServiceStatusCode extends js.Any\n  object VirtualServiceStatusCode {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[VirtualServiceStatusCode]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[VirtualServiceStatusCode]\n    val DELETED = \"DELETED\".asInstanceOf[VirtualServiceStatusCode]\n\n    @inline def values = js.Array(ACTIVE, INACTIVE, DELETED)\n  }\n\n  \/** An object that represents a target and its relative weight. Traffic is distributed across targets according to their relative weight. For example, a weighted target with a relative weight of 50 receives five times as much traffic as one with a relative weight of 10. The total weight for all targets combined must be less than or equal to 100.\n    *\/\n  @js.native\n  trait WeightedTarget extends js.Object {\n    var virtualNode: ResourceName\n    var weight: PercentInt\n  }\n\n  object WeightedTarget {\n    @inline\n    def apply(\n        virtualNode: ResourceName,\n        weight: PercentInt\n    ): WeightedTarget = {\n      val __obj = js.Dynamic.literal(\n        \"virtualNode\" -> virtualNode.asInstanceOf[js.Any],\n        \"weight\" -> weight.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[WeightedTarget]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/organizations\/src\/main\/scala\/facade\/amazonaws\/services\/Organizations.scala","text":"<filename>services\/organizations\/src\/main\/scala\/facade\/amazonaws\/services\/Organizations.scala<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object organizations {\n  type AccountArn = String\n  type AccountId = String\n  type AccountName = String\n  type Accounts = js.Array[Account]\n  type AwsManagedPolicy = Boolean\n  type ChildId = String\n  type Children = js.Array[Child]\n  type CreateAccountRequestId = String\n  type CreateAccountStates = js.Array[CreateAccountState]\n  type CreateAccountStatuses = js.Array[CreateAccountStatus]\n  type DelegatedAdministrators = js.Array[DelegatedAdministrator]\n  type DelegatedServices = js.Array[DelegatedService]\n  type Email = String\n  type EnabledServicePrincipals = js.Array[EnabledServicePrincipal]\n  type GenericArn = String\n  type HandshakeArn = String\n  type HandshakeId = String\n  type HandshakeNotes = String\n  type HandshakeParties = js.Array[HandshakeParty]\n  type HandshakePartyId = String\n  type HandshakeResourceValue = String\n  type HandshakeResources = js.Array[HandshakeResource]\n  type Handshakes = js.Array[Handshake]\n  type MaxResults = Int\n  type NextToken = String\n  type OrganizationArn = String\n  type OrganizationId = String\n  type OrganizationalUnitArn = String\n  type OrganizationalUnitId = String\n  type OrganizationalUnitName = String\n  type OrganizationalUnits = js.Array[OrganizationalUnit]\n  type ParentId = String\n  type Parents = js.Array[Parent]\n  type Policies = js.Array[PolicySummary]\n  type PolicyArn = String\n  type PolicyContent = String\n  type PolicyDescription = String\n  type PolicyId = String\n  type PolicyName = String\n  type PolicyTargetId = String\n  type PolicyTargets = js.Array[PolicyTargetSummary]\n  type PolicyTypes = js.Array[PolicyTypeSummary]\n  type RoleName = String\n  type RootArn = String\n  type RootId = String\n  type RootName = String\n  type Roots = js.Array[Root]\n  type ServicePrincipal = String\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type TaggableResourceId = String\n  type Tags = js.Array[Tag]\n  type TargetName = String\n  type Timestamp = js.Date\n\n  implicit final class OrganizationsOps(private val service: Organizations) extends AnyVal {\n\n    @inline def acceptHandshakeFuture(params: AcceptHandshakeRequest): Future[AcceptHandshakeResponse] = service.acceptHandshake(params).promise().toFuture\n    @inline def attachPolicyFuture(params: AttachPolicyRequest): Future[js.Object] = service.attachPolicy(params).promise().toFuture\n    @inline def cancelHandshakeFuture(params: CancelHandshakeRequest): Future[CancelHandshakeResponse] = service.cancelHandshake(params).promise().toFuture\n    @inline def createAccountFuture(params: CreateAccountRequest): Future[CreateAccountResponse] = service.createAccount(params).promise().toFuture\n    @inline def createGovCloudAccountFuture(params: CreateGovCloudAccountRequest): Future[CreateGovCloudAccountResponse] = service.createGovCloudAccount(params).promise().toFuture\n    @inline def createOrganizationFuture(params: CreateOrganizationRequest): Future[CreateOrganizationResponse] = service.createOrganization(params).promise().toFuture\n    @inline def createOrganizationalUnitFuture(params: CreateOrganizationalUnitRequest): Future[CreateOrganizationalUnitResponse] = service.createOrganizationalUnit(params).promise().toFuture\n    @inline def createPolicyFuture(params: CreatePolicyRequest): Future[CreatePolicyResponse] = service.createPolicy(params).promise().toFuture\n    @inline def declineHandshakeFuture(params: DeclineHandshakeRequest): Future[DeclineHandshakeResponse] = service.declineHandshake(params).promise().toFuture\n    @inline def deleteOrganizationFuture(): Future[js.Object] = service.deleteOrganization().promise().toFuture\n    @inline def deleteOrganizationalUnitFuture(params: DeleteOrganizationalUnitRequest): Future[js.Object] = service.deleteOrganizationalUnit(params).promise().toFuture\n    @inline def deletePolicyFuture(params: DeletePolicyRequest): Future[js.Object] = service.deletePolicy(params).promise().toFuture\n    @inline def deregisterDelegatedAdministratorFuture(params: DeregisterDelegatedAdministratorRequest): Future[js.Object] = service.deregisterDelegatedAdministrator(params).promise().toFuture\n    @inline def describeAccountFuture(params: DescribeAccountRequest): Future[DescribeAccountResponse] = service.describeAccount(params).promise().toFuture\n    @inline def describeCreateAccountStatusFuture(params: DescribeCreateAccountStatusRequest): Future[DescribeCreateAccountStatusResponse] = service.describeCreateAccountStatus(params).promise().toFuture\n    @inline def describeEffectivePolicyFuture(params: DescribeEffectivePolicyRequest): Future[DescribeEffectivePolicyResponse] = service.describeEffectivePolicy(params).promise().toFuture\n    @inline def describeHandshakeFuture(params: DescribeHandshakeRequest): Future[DescribeHandshakeResponse] = service.describeHandshake(params).promise().toFuture\n    @inline def describeOrganizationFuture(): Future[DescribeOrganizationResponse] = service.describeOrganization().promise().toFuture\n    @inline def describeOrganizationalUnitFuture(params: DescribeOrganizationalUnitRequest): Future[DescribeOrganizationalUnitResponse] = service.describeOrganizationalUnit(params).promise().toFuture\n    @inline def describePolicyFuture(params: DescribePolicyRequest): Future[DescribePolicyResponse] = service.describePolicy(params).promise().toFuture\n    @inline def detachPolicyFuture(params: DetachPolicyRequest): Future[js.Object] = service.detachPolicy(params).promise().toFuture\n    @inline def disableAWSServiceAccessFuture(params: DisableAWSServiceAccessRequest): Future[js.Object] = service.disableAWSServiceAccess(params).promise().toFuture\n    @inline def disablePolicyTypeFuture(params: DisablePolicyTypeRequest): Future[DisablePolicyTypeResponse] = service.disablePolicyType(params).promise().toFuture\n    @inline def enableAWSServiceAccessFuture(params: EnableAWSServiceAccessRequest): Future[js.Object] = service.enableAWSServiceAccess(params).promise().toFuture\n    @inline def enableAllFeaturesFuture(params: EnableAllFeaturesRequest): Future[EnableAllFeaturesResponse] = service.enableAllFeatures(params).promise().toFuture\n    @inline def enablePolicyTypeFuture(params: EnablePolicyTypeRequest): Future[EnablePolicyTypeResponse] = service.enablePolicyType(params).promise().toFuture\n    @inline def inviteAccountToOrganizationFuture(params: InviteAccountToOrganizationRequest): Future[InviteAccountToOrganizationResponse] = service.inviteAccountToOrganization(params).promise().toFuture\n    @inline def leaveOrganizationFuture(): Future[js.Object] = service.leaveOrganization().promise().toFuture\n    @inline def listAWSServiceAccessForOrganizationFuture(params: ListAWSServiceAccessForOrganizationRequest): Future[ListAWSServiceAccessForOrganizationResponse] = service.listAWSServiceAccessForOrganization(params).promise().toFuture\n    @inline def listAccountsForParentFuture(params: ListAccountsForParentRequest): Future[ListAccountsForParentResponse] = service.listAccountsForParent(params).promise().toFuture\n    @inline def listAccountsFuture(params: ListAccountsRequest): Future[ListAccountsResponse] = service.listAccounts(params).promise().toFuture\n    @inline def listChildrenFuture(params: ListChildrenRequest): Future[ListChildrenResponse] = service.listChildren(params).promise().toFuture\n    @inline def listCreateAccountStatusFuture(params: ListCreateAccountStatusRequest): Future[ListCreateAccountStatusResponse] = service.listCreateAccountStatus(params).promise().toFuture\n    @inline def listDelegatedAdministratorsFuture(params: ListDelegatedAdministratorsRequest): Future[ListDelegatedAdministratorsResponse] = service.listDelegatedAdministrators(params).promise().toFuture\n    @inline def listDelegatedServicesForAccountFuture(params: ListDelegatedServicesForAccountRequest): Future[ListDelegatedServicesForAccountResponse] = service.listDelegatedServicesForAccount(params).promise().toFuture\n    @inline def listHandshakesForAccountFuture(params: ListHandshakesForAccountRequest): Future[ListHandshakesForAccountResponse] = service.listHandshakesForAccount(params).promise().toFuture\n    @inline def listHandshakesForOrganizationFuture(params: ListHandshakesForOrganizationRequest): Future[ListHandshakesForOrganizationResponse] = service.listHandshakesForOrganization(params).promise().toFuture\n    @inline def listOrganizationalUnitsForParentFuture(params: ListOrganizationalUnitsForParentRequest): Future[ListOrganizationalUnitsForParentResponse] = service.listOrganizationalUnitsForParent(params).promise().toFuture\n    @inline def listParentsFuture(params: ListParentsRequest): Future[ListParentsResponse] = service.listParents(params).promise().toFuture\n    @inline def listPoliciesForTargetFuture(params: ListPoliciesForTargetRequest): Future[ListPoliciesForTargetResponse] = service.listPoliciesForTarget(params).promise().toFuture\n    @inline def listPoliciesFuture(params: ListPoliciesRequest): Future[ListPoliciesResponse] = service.listPolicies(params).promise().toFuture\n    @inline def listRootsFuture(params: ListRootsRequest): Future[ListRootsResponse] = service.listRoots(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def listTargetsForPolicyFuture(params: ListTargetsForPolicyRequest): Future[ListTargetsForPolicyResponse] = service.listTargetsForPolicy(params).promise().toFuture\n    @inline def moveAccountFuture(params: MoveAccountRequest): Future[js.Object] = service.moveAccount(params).promise().toFuture\n    @inline def registerDelegatedAdministratorFuture(params: RegisterDelegatedAdministratorRequest): Future[js.Object] = service.registerDelegatedAdministrator(params).promise().toFuture\n    @inline def removeAccountFromOrganizationFuture(params: RemoveAccountFromOrganizationRequest): Future[js.Object] = service.removeAccountFromOrganization(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[js.Object] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[js.Object] = service.untagResource(params).promise().toFuture\n    @inline def updateOrganizationalUnitFuture(params: UpdateOrganizationalUnitRequest): Future[UpdateOrganizationalUnitResponse] = service.updateOrganizationalUnit(params).promise().toFuture\n    @inline def updatePolicyFuture(params: UpdatePolicyRequest): Future[UpdatePolicyResponse] = service.updatePolicy(params).promise().toFuture\n\n  }\n}\n\npackage organizations {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/organizations\", JSImport.Namespace, \"AWS.Organizations\")\n  class Organizations() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def acceptHandshake(params: AcceptHandshakeRequest): Request[AcceptHandshakeResponse] = js.native\n    def attachPolicy(params: AttachPolicyRequest): Request[js.Object] = js.native\n    def cancelHandshake(params: CancelHandshakeRequest): Request[CancelHandshakeResponse] = js.native\n    def createAccount(params: CreateAccountRequest): Request[CreateAccountResponse] = js.native\n    def createGovCloudAccount(params: CreateGovCloudAccountRequest): Request[CreateGovCloudAccountResponse] = js.native\n    def createOrganization(params: CreateOrganizationRequest): Request[CreateOrganizationResponse] = js.native\n    def createOrganizationalUnit(params: CreateOrganizationalUnitRequest): Request[CreateOrganizationalUnitResponse] = js.native\n    def createPolicy(params: CreatePolicyRequest): Request[CreatePolicyResponse] = js.native\n    def declineHandshake(params: DeclineHandshakeRequest): Request[DeclineHandshakeResponse] = js.native\n    def deleteOrganization(): Request[js.Object] = js.native\n    def deleteOrganizationalUnit(params: DeleteOrganizationalUnitRequest): Request[js.Object] = js.native\n    def deletePolicy(params: DeletePolicyRequest): Request[js.Object] = js.native\n    def deregisterDelegatedAdministrator(params: DeregisterDelegatedAdministratorRequest): Request[js.Object] = js.native\n    def describeAccount(params: DescribeAccountRequest): Request[DescribeAccountResponse] = js.native\n    def describeCreateAccountStatus(params: DescribeCreateAccountStatusRequest): Request[DescribeCreateAccountStatusResponse] = js.native\n    def describeEffectivePolicy(params: DescribeEffectivePolicyRequest): Request[DescribeEffectivePolicyResponse] = js.native\n    def describeHandshake(params: DescribeHandshakeRequest): Request[DescribeHandshakeResponse] = js.native\n    def describeOrganization(): Request[DescribeOrganizationResponse] = js.native\n    def describeOrganizationalUnit(params: DescribeOrganizationalUnitRequest): Request[DescribeOrganizationalUnitResponse] = js.native\n    def describePolicy(params: DescribePolicyRequest): Request[DescribePolicyResponse] = js.native\n    def detachPolicy(params: DetachPolicyRequest): Request[js.Object] = js.native\n    def disableAWSServiceAccess(params: DisableAWSServiceAccessRequest): Request[js.Object] = js.native\n    def disablePolicyType(params: DisablePolicyTypeRequest): Request[DisablePolicyTypeResponse] = js.native\n    def enableAWSServiceAccess(params: EnableAWSServiceAccessRequest): Request[js.Object] = js.native\n    def enableAllFeatures(params: EnableAllFeaturesRequest): Request[EnableAllFeaturesResponse] = js.native\n    def enablePolicyType(params: EnablePolicyTypeRequest): Request[EnablePolicyTypeResponse] = js.native\n    def inviteAccountToOrganization(params: InviteAccountToOrganizationRequest): Request[InviteAccountToOrganizationResponse] = js.native\n    def leaveOrganization(): Request[js.Object] = js.native\n    def listAWSServiceAccessForOrganization(params: ListAWSServiceAccessForOrganizationRequest): Request[ListAWSServiceAccessForOrganizationResponse] = js.native\n    def listAccounts(params: ListAccountsRequest): Request[ListAccountsResponse] = js.native\n    def listAccountsForParent(params: ListAccountsForParentRequest): Request[ListAccountsForParentResponse] = js.native\n    def listChildren(params: ListChildrenRequest): Request[ListChildrenResponse] = js.native\n    def listCreateAccountStatus(params: ListCreateAccountStatusRequest): Request[ListCreateAccountStatusResponse] = js.native\n    def listDelegatedAdministrators(params: ListDelegatedAdministratorsRequest): Request[ListDelegatedAdministratorsResponse] = js.native\n    def listDelegatedServicesForAccount(params: ListDelegatedServicesForAccountRequest): Request[ListDelegatedServicesForAccountResponse] = js.native\n    def listHandshakesForAccount(params: ListHandshakesForAccountRequest): Request[ListHandshakesForAccountResponse] = js.native\n    def listHandshakesForOrganization(params: ListHandshakesForOrganizationRequest): Request[ListHandshakesForOrganizationResponse] = js.native\n    def listOrganizationalUnitsForParent(params: ListOrganizationalUnitsForParentRequest): Request[ListOrganizationalUnitsForParentResponse] = js.native\n    def listParents(params: ListParentsRequest): Request[ListParentsResponse] = js.native\n    def listPolicies(params: ListPoliciesRequest): Request[ListPoliciesResponse] = js.native\n    def listPoliciesForTarget(params: ListPoliciesForTargetRequest): Request[ListPoliciesForTargetResponse] = js.native\n    def listRoots(params: ListRootsRequest): Request[ListRootsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def listTargetsForPolicy(params: ListTargetsForPolicyRequest): Request[ListTargetsForPolicyResponse] = js.native\n    def moveAccount(params: MoveAccountRequest): Request[js.Object] = js.native\n    def registerDelegatedAdministrator(params: RegisterDelegatedAdministratorRequest): Request[js.Object] = js.native\n    def removeAccountFromOrganization(params: RemoveAccountFromOrganizationRequest): Request[js.Object] = js.native\n    def tagResource(params: TagResourceRequest): Request[js.Object] = js.native\n    def untagResource(params: UntagResourceRequest): Request[js.Object] = js.native\n    def updateOrganizationalUnit(params: UpdateOrganizationalUnitRequest): Request[UpdateOrganizationalUnitResponse] = js.native\n    def updatePolicy(params: UpdatePolicyRequest): Request[UpdatePolicyResponse] = js.native\n  }\n\n  @js.native\n  trait AcceptHandshakeRequest extends js.Object {\n    var HandshakeId: HandshakeId\n  }\n\n  object AcceptHandshakeRequest {\n    @inline\n    def apply(\n        HandshakeId: HandshakeId\n    ): AcceptHandshakeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HandshakeId\" -> HandshakeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AcceptHandshakeRequest]\n    }\n  }\n\n  @js.native\n  trait AcceptHandshakeResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object AcceptHandshakeResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): AcceptHandshakeResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AcceptHandshakeResponse]\n    }\n  }\n\n  \/** Contains information about an AWS account that is a member of an organization.\n    *\/\n  @js.native\n  trait Account extends js.Object {\n    var Arn: js.UndefOr[AccountArn]\n    var Email: js.UndefOr[Email]\n    var Id: js.UndefOr[AccountId]\n    var JoinedMethod: js.UndefOr[AccountJoinedMethod]\n    var JoinedTimestamp: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[AccountName]\n    var Status: js.UndefOr[AccountStatus]\n  }\n\n  object Account {\n    @inline\n    def apply(\n        Arn: js.UndefOr[AccountArn] = js.undefined,\n        Email: js.UndefOr[Email] = js.undefined,\n        Id: js.UndefOr[AccountId] = js.undefined,\n        JoinedMethod: js.UndefOr[AccountJoinedMethod] = js.undefined,\n        JoinedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[AccountName] = js.undefined,\n        Status: js.UndefOr[AccountStatus] = js.undefined\n    ): Account = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      JoinedMethod.foreach(__v => __obj.updateDynamic(\"JoinedMethod\")(__v.asInstanceOf[js.Any]))\n      JoinedTimestamp.foreach(__v => __obj.updateDynamic(\"JoinedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Account]\n    }\n  }\n\n  @js.native\n  sealed trait AccountJoinedMethod extends js.Any\n  object AccountJoinedMethod {\n    val INVITED = \"INVITED\".asInstanceOf[AccountJoinedMethod]\n    val CREATED = \"CREATED\".asInstanceOf[AccountJoinedMethod]\n\n    @inline def values = js.Array(INVITED, CREATED)\n  }\n\n  @js.native\n  sealed trait AccountStatus extends js.Any\n  object AccountStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[AccountStatus]\n    val SUSPENDED = \"SUSPENDED\".asInstanceOf[AccountStatus]\n\n    @inline def values = js.Array(ACTIVE, SUSPENDED)\n  }\n\n  @js.native\n  sealed trait ActionType extends js.Any\n  object ActionType {\n    val INVITE = \"INVITE\".asInstanceOf[ActionType]\n    val ENABLE_ALL_FEATURES = \"ENABLE_ALL_FEATURES\".asInstanceOf[ActionType]\n    val APPROVE_ALL_FEATURES = \"APPROVE_ALL_FEATURES\".asInstanceOf[ActionType]\n    val ADD_ORGANIZATIONS_SERVICE_LINKED_ROLE = \"ADD_ORGANIZATIONS_SERVICE_LINKED_ROLE\".asInstanceOf[ActionType]\n\n    @inline def values = js.Array(INVITE, ENABLE_ALL_FEATURES, APPROVE_ALL_FEATURES, ADD_ORGANIZATIONS_SERVICE_LINKED_ROLE)\n  }\n\n  @js.native\n  trait AttachPolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n    var TargetId: PolicyTargetId\n  }\n\n  object AttachPolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        TargetId: PolicyTargetId\n    ): AttachPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any],\n        \"TargetId\" -> TargetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AttachPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait CancelHandshakeRequest extends js.Object {\n    var HandshakeId: HandshakeId\n  }\n\n  object CancelHandshakeRequest {\n    @inline\n    def apply(\n        HandshakeId: HandshakeId\n    ): CancelHandshakeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HandshakeId\" -> HandshakeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelHandshakeRequest]\n    }\n  }\n\n  @js.native\n  trait CancelHandshakeResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object CancelHandshakeResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): CancelHandshakeResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CancelHandshakeResponse]\n    }\n  }\n\n  \/** Contains a list of child entities, either OUs or accounts.\n    *\/\n  @js.native\n  trait Child extends js.Object {\n    var Id: js.UndefOr[ChildId]\n    var Type: js.UndefOr[ChildType]\n  }\n\n  object Child {\n    @inline\n    def apply(\n        Id: js.UndefOr[ChildId] = js.undefined,\n        Type: js.UndefOr[ChildType] = js.undefined\n    ): Child = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Child]\n    }\n  }\n\n  @js.native\n  sealed trait ChildType extends js.Any\n  object ChildType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[ChildType]\n    val ORGANIZATIONAL_UNIT = \"ORGANIZATIONAL_UNIT\".asInstanceOf[ChildType]\n\n    @inline def values = js.Array(ACCOUNT, ORGANIZATIONAL_UNIT)\n  }\n\n  @js.native\n  sealed trait CreateAccountFailureReason extends js.Any\n  object CreateAccountFailureReason {\n    val ACCOUNT_LIMIT_EXCEEDED = \"ACCOUNT_LIMIT_EXCEEDED\".asInstanceOf[CreateAccountFailureReason]\n    val EMAIL_ALREADY_EXISTS = \"EMAIL_ALREADY_EXISTS\".asInstanceOf[CreateAccountFailureReason]\n    val INVALID_ADDRESS = \"INVALID_ADDRESS\".asInstanceOf[CreateAccountFailureReason]\n    val INVALID_EMAIL = \"INVALID_EMAIL\".asInstanceOf[CreateAccountFailureReason]\n    val CONCURRENT_ACCOUNT_MODIFICATION = \"CONCURRENT_ACCOUNT_MODIFICATION\".asInstanceOf[CreateAccountFailureReason]\n    val INTERNAL_FAILURE = \"INTERNAL_FAILURE\".asInstanceOf[CreateAccountFailureReason]\n    val GOVCLOUD_ACCOUNT_ALREADY_EXISTS = \"GOVCLOUD_ACCOUNT_ALREADY_EXISTS\".asInstanceOf[CreateAccountFailureReason]\n    val MISSING_BUSINESS_VALIDATION = \"MISSING_BUSINESS_VALIDATION\".asInstanceOf[CreateAccountFailureReason]\n    val FAILED_BUSINESS_VALIDATION = \"FAILED_BUSINESS_VALIDATION\".asInstanceOf[CreateAccountFailureReason]\n    val PENDING_BUSINESS_VALIDATION = \"PENDING_BUSINESS_VALIDATION\".asInstanceOf[CreateAccountFailureReason]\n    val INVALID_IDENTITY_FOR_BUSINESS_VALIDATION = \"INVALID_IDENTITY_FOR_BUSINESS_VALIDATION\".asInstanceOf[CreateAccountFailureReason]\n    val UNKNOWN_BUSINESS_VALIDATION = \"UNKNOWN_BUSINESS_VALIDATION\".asInstanceOf[CreateAccountFailureReason]\n    val MISSING_PAYMENT_INSTRUMENT = \"MISSING_PAYMENT_INSTRUMENT\".asInstanceOf[CreateAccountFailureReason]\n\n    @inline def values = js.Array(\n      ACCOUNT_LIMIT_EXCEEDED,\n      EMAIL_ALREADY_EXISTS,\n      INVALID_ADDRESS,\n      INVALID_EMAIL,\n      CONCURRENT_ACCOUNT_MODIFICATION,\n      INTERNAL_FAILURE,\n      GOVCLOUD_ACCOUNT_ALREADY_EXISTS,\n      MISSING_BUSINESS_VALIDATION,\n      FAILED_BUSINESS_VALIDATION,\n      PENDING_BUSINESS_VALIDATION,\n      INVALID_IDENTITY_FOR_BUSINESS_VALIDATION,\n      UNKNOWN_BUSINESS_VALIDATION,\n      MISSING_PAYMENT_INSTRUMENT\n    )\n  }\n\n  @js.native\n  trait CreateAccountRequest extends js.Object {\n    var AccountName: AccountName\n    var Email: Email\n    var IamUserAccessToBilling: js.UndefOr[IAMUserAccessToBilling]\n    var RoleName: js.UndefOr[RoleName]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateAccountRequest {\n    @inline\n    def apply(\n        AccountName: AccountName,\n        Email: Email,\n        IamUserAccessToBilling: js.UndefOr[IAMUserAccessToBilling] = js.undefined,\n        RoleName: js.UndefOr[RoleName] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountName\" -> AccountName.asInstanceOf[js.Any],\n        \"Email\" -> Email.asInstanceOf[js.Any]\n      )\n\n      IamUserAccessToBilling.foreach(__v => __obj.updateDynamic(\"IamUserAccessToBilling\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountRequest]\n    }\n  }\n\n  @js.native\n  trait CreateAccountResponse extends js.Object {\n    var CreateAccountStatus: js.UndefOr[CreateAccountStatus]\n  }\n\n  object CreateAccountResponse {\n    @inline\n    def apply(\n        CreateAccountStatus: js.UndefOr[CreateAccountStatus] = js.undefined\n    ): CreateAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      CreateAccountStatus.foreach(__v => __obj.updateDynamic(\"CreateAccountStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountResponse]\n    }\n  }\n\n  @js.native\n  sealed trait CreateAccountState extends js.Any\n  object CreateAccountState {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[CreateAccountState]\n    val SUCCEEDED = \"SUCCEEDED\".asInstanceOf[CreateAccountState]\n    val FAILED = \"FAILED\".asInstanceOf[CreateAccountState]\n\n    @inline def values = js.Array(IN_PROGRESS, SUCCEEDED, FAILED)\n  }\n\n  \/** Contains the status about a <a>CreateAccount<\/a> or <a>CreateGovCloudAccount<\/a> request to create an AWS account or an AWS GovCloud (US) account in an organization.\n    *\/\n  @js.native\n  trait CreateAccountStatus extends js.Object {\n    var AccountId: js.UndefOr[AccountId]\n    var AccountName: js.UndefOr[AccountName]\n    var CompletedTimestamp: js.UndefOr[Timestamp]\n    var FailureReason: js.UndefOr[CreateAccountFailureReason]\n    var GovCloudAccountId: js.UndefOr[AccountId]\n    var Id: js.UndefOr[CreateAccountRequestId]\n    var RequestedTimestamp: js.UndefOr[Timestamp]\n    var State: js.UndefOr[CreateAccountState]\n  }\n\n  object CreateAccountStatus {\n    @inline\n    def apply(\n        AccountId: js.UndefOr[AccountId] = js.undefined,\n        AccountName: js.UndefOr[AccountName] = js.undefined,\n        CompletedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        FailureReason: js.UndefOr[CreateAccountFailureReason] = js.undefined,\n        GovCloudAccountId: js.UndefOr[AccountId] = js.undefined,\n        Id: js.UndefOr[CreateAccountRequestId] = js.undefined,\n        RequestedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        State: js.UndefOr[CreateAccountState] = js.undefined\n    ): CreateAccountStatus = {\n      val __obj = js.Dynamic.literal()\n      AccountId.foreach(__v => __obj.updateDynamic(\"AccountId\")(__v.asInstanceOf[js.Any]))\n      AccountName.foreach(__v => __obj.updateDynamic(\"AccountName\")(__v.asInstanceOf[js.Any]))\n      CompletedTimestamp.foreach(__v => __obj.updateDynamic(\"CompletedTimestamp\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      GovCloudAccountId.foreach(__v => __obj.updateDynamic(\"GovCloudAccountId\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      RequestedTimestamp.foreach(__v => __obj.updateDynamic(\"RequestedTimestamp\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateAccountStatus]\n    }\n  }\n\n  @js.native\n  trait CreateGovCloudAccountRequest extends js.Object {\n    var AccountName: AccountName\n    var Email: Email\n    var IamUserAccessToBilling: js.UndefOr[IAMUserAccessToBilling]\n    var RoleName: js.UndefOr[RoleName]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateGovCloudAccountRequest {\n    @inline\n    def apply(\n        AccountName: AccountName,\n        Email: Email,\n        IamUserAccessToBilling: js.UndefOr[IAMUserAccessToBilling] = js.undefined,\n        RoleName: js.UndefOr[RoleName] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateGovCloudAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountName\" -> AccountName.asInstanceOf[js.Any],\n        \"Email\" -> Email.asInstanceOf[js.Any]\n      )\n\n      IamUserAccessToBilling.foreach(__v => __obj.updateDynamic(\"IamUserAccessToBilling\")(__v.asInstanceOf[js.Any]))\n      RoleName.foreach(__v => __obj.updateDynamic(\"RoleName\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGovCloudAccountRequest]\n    }\n  }\n\n  @js.native\n  trait CreateGovCloudAccountResponse extends js.Object {\n    var CreateAccountStatus: js.UndefOr[CreateAccountStatus]\n  }\n\n  object CreateGovCloudAccountResponse {\n    @inline\n    def apply(\n        CreateAccountStatus: js.UndefOr[CreateAccountStatus] = js.undefined\n    ): CreateGovCloudAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      CreateAccountStatus.foreach(__v => __obj.updateDynamic(\"CreateAccountStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGovCloudAccountResponse]\n    }\n  }\n\n  @js.native\n  trait CreateOrganizationRequest extends js.Object {\n    var FeatureSet: js.UndefOr[OrganizationFeatureSet]\n  }\n\n  object CreateOrganizationRequest {\n    @inline\n    def apply(\n        FeatureSet: js.UndefOr[OrganizationFeatureSet] = js.undefined\n    ): CreateOrganizationRequest = {\n      val __obj = js.Dynamic.literal()\n      FeatureSet.foreach(__v => __obj.updateDynamic(\"FeatureSet\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateOrganizationResponse extends js.Object {\n    var Organization: js.UndefOr[Organization]\n  }\n\n  object CreateOrganizationResponse {\n    @inline\n    def apply(\n        Organization: js.UndefOr[Organization] = js.undefined\n    ): CreateOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      Organization.foreach(__v => __obj.updateDynamic(\"Organization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateOrganizationalUnitRequest extends js.Object {\n    var Name: OrganizationalUnitName\n    var ParentId: ParentId\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateOrganizationalUnitRequest {\n    @inline\n    def apply(\n        Name: OrganizationalUnitName,\n        ParentId: ParentId,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateOrganizationalUnitRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ParentId\" -> ParentId.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOrganizationalUnitRequest]\n    }\n  }\n\n  @js.native\n  trait CreateOrganizationalUnitResponse extends js.Object {\n    var OrganizationalUnit: js.UndefOr[OrganizationalUnit]\n  }\n\n  object CreateOrganizationalUnitResponse {\n    @inline\n    def apply(\n        OrganizationalUnit: js.UndefOr[OrganizationalUnit] = js.undefined\n    ): CreateOrganizationalUnitResponse = {\n      val __obj = js.Dynamic.literal()\n      OrganizationalUnit.foreach(__v => __obj.updateDynamic(\"OrganizationalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOrganizationalUnitResponse]\n    }\n  }\n\n  @js.native\n  trait CreatePolicyRequest extends js.Object {\n    var Content: PolicyContent\n    var Description: PolicyDescription\n    var Name: PolicyName\n    var Type: PolicyType\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreatePolicyRequest {\n    @inline\n    def apply(\n        Content: PolicyContent,\n        Description: PolicyDescription,\n        Name: PolicyName,\n        Type: PolicyType,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreatePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait CreatePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object CreatePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): CreatePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DeclineHandshakeRequest extends js.Object {\n    var HandshakeId: HandshakeId\n  }\n\n  object DeclineHandshakeRequest {\n    @inline\n    def apply(\n        HandshakeId: HandshakeId\n    ): DeclineHandshakeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HandshakeId\" -> HandshakeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeclineHandshakeRequest]\n    }\n  }\n\n  @js.native\n  trait DeclineHandshakeResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object DeclineHandshakeResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): DeclineHandshakeResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeclineHandshakeResponse]\n    }\n  }\n\n  \/** Contains information about the delegated administrator.\n    *\/\n  @js.native\n  trait DelegatedAdministrator extends js.Object {\n    var Arn: js.UndefOr[AccountArn]\n    var DelegationEnabledDate: js.UndefOr[Timestamp]\n    var Email: js.UndefOr[Email]\n    var Id: js.UndefOr[AccountId]\n    var JoinedMethod: js.UndefOr[AccountJoinedMethod]\n    var JoinedTimestamp: js.UndefOr[Timestamp]\n    var Name: js.UndefOr[AccountName]\n    var Status: js.UndefOr[AccountStatus]\n  }\n\n  object DelegatedAdministrator {\n    @inline\n    def apply(\n        Arn: js.UndefOr[AccountArn] = js.undefined,\n        DelegationEnabledDate: js.UndefOr[Timestamp] = js.undefined,\n        Email: js.UndefOr[Email] = js.undefined,\n        Id: js.UndefOr[AccountId] = js.undefined,\n        JoinedMethod: js.UndefOr[AccountJoinedMethod] = js.undefined,\n        JoinedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Name: js.UndefOr[AccountName] = js.undefined,\n        Status: js.UndefOr[AccountStatus] = js.undefined\n    ): DelegatedAdministrator = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      DelegationEnabledDate.foreach(__v => __obj.updateDynamic(\"DelegationEnabledDate\")(__v.asInstanceOf[js.Any]))\n      Email.foreach(__v => __obj.updateDynamic(\"Email\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      JoinedMethod.foreach(__v => __obj.updateDynamic(\"JoinedMethod\")(__v.asInstanceOf[js.Any]))\n      JoinedTimestamp.foreach(__v => __obj.updateDynamic(\"JoinedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DelegatedAdministrator]\n    }\n  }\n\n  \/** Contains information about the AWS service for which the account is a delegated administrator.\n    *\/\n  @js.native\n  trait DelegatedService extends js.Object {\n    var DelegationEnabledDate: js.UndefOr[Timestamp]\n    var ServicePrincipal: js.UndefOr[ServicePrincipal]\n  }\n\n  object DelegatedService {\n    @inline\n    def apply(\n        DelegationEnabledDate: js.UndefOr[Timestamp] = js.undefined,\n        ServicePrincipal: js.UndefOr[ServicePrincipal] = js.undefined\n    ): DelegatedService = {\n      val __obj = js.Dynamic.literal()\n      DelegationEnabledDate.foreach(__v => __obj.updateDynamic(\"DelegationEnabledDate\")(__v.asInstanceOf[js.Any]))\n      ServicePrincipal.foreach(__v => __obj.updateDynamic(\"ServicePrincipal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DelegatedService]\n    }\n  }\n\n  @js.native\n  trait DeleteOrganizationalUnitRequest extends js.Object {\n    var OrganizationalUnitId: OrganizationalUnitId\n  }\n\n  object DeleteOrganizationalUnitRequest {\n    @inline\n    def apply(\n        OrganizationalUnitId: OrganizationalUnitId\n    ): DeleteOrganizationalUnitRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OrganizationalUnitId\" -> OrganizationalUnitId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteOrganizationalUnitRequest]\n    }\n  }\n\n  @js.native\n  trait DeletePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n  }\n\n  object DeletePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId\n    ): DeletePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeletePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterDelegatedAdministratorRequest extends js.Object {\n    var AccountId: AccountId\n    var ServicePrincipal: ServicePrincipal\n  }\n\n  object DeregisterDelegatedAdministratorRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ServicePrincipal: ServicePrincipal\n    ): DeregisterDelegatedAdministratorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ServicePrincipal\" -> ServicePrincipal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeregisterDelegatedAdministratorRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountRequest extends js.Object {\n    var AccountId: AccountId\n  }\n\n  object DescribeAccountRequest {\n    @inline\n    def apply(\n        AccountId: AccountId\n    ): DescribeAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAccountRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeAccountResponse extends js.Object {\n    var Account: js.UndefOr[Account]\n  }\n\n  object DescribeAccountResponse {\n    @inline\n    def apply(\n        Account: js.UndefOr[Account] = js.undefined\n    ): DescribeAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Account.foreach(__v => __obj.updateDynamic(\"Account\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAccountResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCreateAccountStatusRequest extends js.Object {\n    var CreateAccountRequestId: CreateAccountRequestId\n  }\n\n  object DescribeCreateAccountStatusRequest {\n    @inline\n    def apply(\n        CreateAccountRequestId: CreateAccountRequestId\n    ): DescribeCreateAccountStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreateAccountRequestId\" -> CreateAccountRequestId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCreateAccountStatusRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCreateAccountStatusResponse extends js.Object {\n    var CreateAccountStatus: js.UndefOr[CreateAccountStatus]\n  }\n\n  object DescribeCreateAccountStatusResponse {\n    @inline\n    def apply(\n        CreateAccountStatus: js.UndefOr[CreateAccountStatus] = js.undefined\n    ): DescribeCreateAccountStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      CreateAccountStatus.foreach(__v => __obj.updateDynamic(\"CreateAccountStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCreateAccountStatusResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectivePolicyRequest extends js.Object {\n    var PolicyType: EffectivePolicyType\n    var TargetId: js.UndefOr[PolicyTargetId]\n  }\n\n  object DescribeEffectivePolicyRequest {\n    @inline\n    def apply(\n        PolicyType: EffectivePolicyType,\n        TargetId: js.UndefOr[PolicyTargetId] = js.undefined\n    ): DescribeEffectivePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any]\n      )\n\n      TargetId.foreach(__v => __obj.updateDynamic(\"TargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectivePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEffectivePolicyResponse extends js.Object {\n    var EffectivePolicy: js.UndefOr[EffectivePolicy]\n  }\n\n  object DescribeEffectivePolicyResponse {\n    @inline\n    def apply(\n        EffectivePolicy: js.UndefOr[EffectivePolicy] = js.undefined\n    ): DescribeEffectivePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      EffectivePolicy.foreach(__v => __obj.updateDynamic(\"EffectivePolicy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEffectivePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeHandshakeRequest extends js.Object {\n    var HandshakeId: HandshakeId\n  }\n\n  object DescribeHandshakeRequest {\n    @inline\n    def apply(\n        HandshakeId: HandshakeId\n    ): DescribeHandshakeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"HandshakeId\" -> HandshakeId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeHandshakeRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeHandshakeResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object DescribeHandshakeResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): DescribeHandshakeResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeHandshakeResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeOrganizationResponse extends js.Object {\n    var Organization: js.UndefOr[Organization]\n  }\n\n  object DescribeOrganizationResponse {\n    @inline\n    def apply(\n        Organization: js.UndefOr[Organization] = js.undefined\n    ): DescribeOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      Organization.foreach(__v => __obj.updateDynamic(\"Organization\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeOrganizationalUnitRequest extends js.Object {\n    var OrganizationalUnitId: OrganizationalUnitId\n  }\n\n  object DescribeOrganizationalUnitRequest {\n    @inline\n    def apply(\n        OrganizationalUnitId: OrganizationalUnitId\n    ): DescribeOrganizationalUnitRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OrganizationalUnitId\" -> OrganizationalUnitId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeOrganizationalUnitRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeOrganizationalUnitResponse extends js.Object {\n    var OrganizationalUnit: js.UndefOr[OrganizationalUnit]\n  }\n\n  object DescribeOrganizationalUnitResponse {\n    @inline\n    def apply(\n        OrganizationalUnit: js.UndefOr[OrganizationalUnit] = js.undefined\n    ): DescribeOrganizationalUnitResponse = {\n      val __obj = js.Dynamic.literal()\n      OrganizationalUnit.foreach(__v => __obj.updateDynamic(\"OrganizationalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOrganizationalUnitResponse]\n    }\n  }\n\n  @js.native\n  trait DescribePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n  }\n\n  object DescribePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId\n    ): DescribePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DescribePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object DescribePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): DescribePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePolicyResponse]\n    }\n  }\n\n  @js.native\n  trait DetachPolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n    var TargetId: PolicyTargetId\n  }\n\n  object DetachPolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        TargetId: PolicyTargetId\n    ): DetachPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any],\n        \"TargetId\" -> TargetId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetachPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait DisableAWSServiceAccessRequest extends js.Object {\n    var ServicePrincipal: ServicePrincipal\n  }\n\n  object DisableAWSServiceAccessRequest {\n    @inline\n    def apply(\n        ServicePrincipal: ServicePrincipal\n    ): DisableAWSServiceAccessRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServicePrincipal\" -> ServicePrincipal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisableAWSServiceAccessRequest]\n    }\n  }\n\n  @js.native\n  trait DisablePolicyTypeRequest extends js.Object {\n    var PolicyType: PolicyType\n    var RootId: RootId\n  }\n\n  object DisablePolicyTypeRequest {\n    @inline\n    def apply(\n        PolicyType: PolicyType,\n        RootId: RootId\n    ): DisablePolicyTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any],\n        \"RootId\" -> RootId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisablePolicyTypeRequest]\n    }\n  }\n\n  @js.native\n  trait DisablePolicyTypeResponse extends js.Object {\n    var Root: js.UndefOr[Root]\n  }\n\n  object DisablePolicyTypeResponse {\n    @inline\n    def apply(\n        Root: js.UndefOr[Root] = js.undefined\n    ): DisablePolicyTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      Root.foreach(__v => __obj.updateDynamic(\"Root\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisablePolicyTypeResponse]\n    }\n  }\n\n  \/** Contains rules to be applied to the affected accounts. The effective policy is the aggregation of any policies the account inherits, plus any policy directly attached to the account.\n    *\/\n  @js.native\n  trait EffectivePolicy extends js.Object {\n    var LastUpdatedTimestamp: js.UndefOr[Timestamp]\n    var PolicyContent: js.UndefOr[PolicyContent]\n    var PolicyType: js.UndefOr[EffectivePolicyType]\n    var TargetId: js.UndefOr[PolicyTargetId]\n  }\n\n  object EffectivePolicy {\n    @inline\n    def apply(\n        LastUpdatedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        PolicyContent: js.UndefOr[PolicyContent] = js.undefined,\n        PolicyType: js.UndefOr[EffectivePolicyType] = js.undefined,\n        TargetId: js.UndefOr[PolicyTargetId] = js.undefined\n    ): EffectivePolicy = {\n      val __obj = js.Dynamic.literal()\n      LastUpdatedTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimestamp\")(__v.asInstanceOf[js.Any]))\n      PolicyContent.foreach(__v => __obj.updateDynamic(\"PolicyContent\")(__v.asInstanceOf[js.Any]))\n      PolicyType.foreach(__v => __obj.updateDynamic(\"PolicyType\")(__v.asInstanceOf[js.Any]))\n      TargetId.foreach(__v => __obj.updateDynamic(\"TargetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EffectivePolicy]\n    }\n  }\n\n  @js.native\n  sealed trait EffectivePolicyType extends js.Any\n  object EffectivePolicyType {\n    val TAG_POLICY = \"TAG_POLICY\".asInstanceOf[EffectivePolicyType]\n    val BACKUP_POLICY = \"BACKUP_POLICY\".asInstanceOf[EffectivePolicyType]\n    val AISERVICES_OPT_OUT_POLICY = \"AISERVICES_OPT_OUT_POLICY\".asInstanceOf[EffectivePolicyType]\n\n    @inline def values = js.Array(TAG_POLICY, BACKUP_POLICY, AISERVICES_OPT_OUT_POLICY)\n  }\n\n  @js.native\n  trait EnableAWSServiceAccessRequest extends js.Object {\n    var ServicePrincipal: ServicePrincipal\n  }\n\n  object EnableAWSServiceAccessRequest {\n    @inline\n    def apply(\n        ServicePrincipal: ServicePrincipal\n    ): EnableAWSServiceAccessRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ServicePrincipal\" -> ServicePrincipal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnableAWSServiceAccessRequest]\n    }\n  }\n\n  @js.native\n  trait EnableAllFeaturesRequest extends js.Object\n\n  object EnableAllFeaturesRequest {\n    @inline\n    def apply(): EnableAllFeaturesRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[EnableAllFeaturesRequest]\n    }\n  }\n\n  @js.native\n  trait EnableAllFeaturesResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object EnableAllFeaturesResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): EnableAllFeaturesResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnableAllFeaturesResponse]\n    }\n  }\n\n  @js.native\n  trait EnablePolicyTypeRequest extends js.Object {\n    var PolicyType: PolicyType\n    var RootId: RootId\n  }\n\n  object EnablePolicyTypeRequest {\n    @inline\n    def apply(\n        PolicyType: PolicyType,\n        RootId: RootId\n    ): EnablePolicyTypeRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyType\" -> PolicyType.asInstanceOf[js.Any],\n        \"RootId\" -> RootId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[EnablePolicyTypeRequest]\n    }\n  }\n\n  @js.native\n  trait EnablePolicyTypeResponse extends js.Object {\n    var Root: js.UndefOr[Root]\n  }\n\n  object EnablePolicyTypeResponse {\n    @inline\n    def apply(\n        Root: js.UndefOr[Root] = js.undefined\n    ): EnablePolicyTypeResponse = {\n      val __obj = js.Dynamic.literal()\n      Root.foreach(__v => __obj.updateDynamic(\"Root\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnablePolicyTypeResponse]\n    }\n  }\n\n  \/** A structure that contains details of a service principal that represents an AWS service that is enabled to integrate with AWS Organizations.\n    *\/\n  @js.native\n  trait EnabledServicePrincipal extends js.Object {\n    var DateEnabled: js.UndefOr[Timestamp]\n    var ServicePrincipal: js.UndefOr[ServicePrincipal]\n  }\n\n  object EnabledServicePrincipal {\n    @inline\n    def apply(\n        DateEnabled: js.UndefOr[Timestamp] = js.undefined,\n        ServicePrincipal: js.UndefOr[ServicePrincipal] = js.undefined\n    ): EnabledServicePrincipal = {\n      val __obj = js.Dynamic.literal()\n      DateEnabled.foreach(__v => __obj.updateDynamic(\"DateEnabled\")(__v.asInstanceOf[js.Any]))\n      ServicePrincipal.foreach(__v => __obj.updateDynamic(\"ServicePrincipal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnabledServicePrincipal]\n    }\n  }\n\n  \/** Contains information that must be exchanged to securely establish a relationship between two accounts (an <i>originator<\/i> and a <i>recipient<\/i>). For example, when a management account (the originator) invites another account (the recipient) to join its organization, the two accounts exchange information as a series of handshake requests and responses.\n    * ```Note:``` Handshakes that are CANCELED, ACCEPTED, or DECLINED show up in lists for only 30 days after entering that state After that they are deleted.\n    *\/\n  @js.native\n  trait Handshake extends js.Object {\n    var Action: js.UndefOr[ActionType]\n    var Arn: js.UndefOr[HandshakeArn]\n    var ExpirationTimestamp: js.UndefOr[Timestamp]\n    var Id: js.UndefOr[HandshakeId]\n    var Parties: js.UndefOr[HandshakeParties]\n    var RequestedTimestamp: js.UndefOr[Timestamp]\n    var Resources: js.UndefOr[HandshakeResources]\n    var State: js.UndefOr[HandshakeState]\n  }\n\n  object Handshake {\n    @inline\n    def apply(\n        Action: js.UndefOr[ActionType] = js.undefined,\n        Arn: js.UndefOr[HandshakeArn] = js.undefined,\n        ExpirationTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Id: js.UndefOr[HandshakeId] = js.undefined,\n        Parties: js.UndefOr[HandshakeParties] = js.undefined,\n        RequestedTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Resources: js.UndefOr[HandshakeResources] = js.undefined,\n        State: js.UndefOr[HandshakeState] = js.undefined\n    ): Handshake = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      ExpirationTimestamp.foreach(__v => __obj.updateDynamic(\"ExpirationTimestamp\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Parties.foreach(__v => __obj.updateDynamic(\"Parties\")(__v.asInstanceOf[js.Any]))\n      RequestedTimestamp.foreach(__v => __obj.updateDynamic(\"RequestedTimestamp\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Handshake]\n    }\n  }\n\n  \/** Specifies the criteria that are used to select the handshakes for the operation.\n    *\/\n  @js.native\n  trait HandshakeFilter extends js.Object {\n    var ActionType: js.UndefOr[ActionType]\n    var ParentHandshakeId: js.UndefOr[HandshakeId]\n  }\n\n  object HandshakeFilter {\n    @inline\n    def apply(\n        ActionType: js.UndefOr[ActionType] = js.undefined,\n        ParentHandshakeId: js.UndefOr[HandshakeId] = js.undefined\n    ): HandshakeFilter = {\n      val __obj = js.Dynamic.literal()\n      ActionType.foreach(__v => __obj.updateDynamic(\"ActionType\")(__v.asInstanceOf[js.Any]))\n      ParentHandshakeId.foreach(__v => __obj.updateDynamic(\"ParentHandshakeId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HandshakeFilter]\n    }\n  }\n\n  \/** Identifies a participant in a handshake.\n    *\/\n  @js.native\n  trait HandshakeParty extends js.Object {\n    var Id: HandshakePartyId\n    var Type: HandshakePartyType\n  }\n\n  object HandshakeParty {\n    @inline\n    def apply(\n        Id: HandshakePartyId,\n        Type: HandshakePartyType\n    ): HandshakeParty = {\n      val __obj = js.Dynamic.literal(\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HandshakeParty]\n    }\n  }\n\n  @js.native\n  sealed trait HandshakePartyType extends js.Any\n  object HandshakePartyType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[HandshakePartyType]\n    val ORGANIZATION = \"ORGANIZATION\".asInstanceOf[HandshakePartyType]\n    val EMAIL = \"EMAIL\".asInstanceOf[HandshakePartyType]\n\n    @inline def values = js.Array(ACCOUNT, ORGANIZATION, EMAIL)\n  }\n\n  \/** Contains additional data that is needed to process a handshake.\n    *\/\n  @js.native\n  trait HandshakeResource extends js.Object {\n    var Resources: js.UndefOr[HandshakeResources]\n    var Type: js.UndefOr[HandshakeResourceType]\n    var Value: js.UndefOr[HandshakeResourceValue]\n  }\n\n  object HandshakeResource {\n    @inline\n    def apply(\n        Resources: js.UndefOr[HandshakeResources] = js.undefined,\n        Type: js.UndefOr[HandshakeResourceType] = js.undefined,\n        Value: js.UndefOr[HandshakeResourceValue] = js.undefined\n    ): HandshakeResource = {\n      val __obj = js.Dynamic.literal()\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HandshakeResource]\n    }\n  }\n\n  @js.native\n  sealed trait HandshakeResourceType extends js.Any\n  object HandshakeResourceType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[HandshakeResourceType]\n    val ORGANIZATION = \"ORGANIZATION\".asInstanceOf[HandshakeResourceType]\n    val ORGANIZATION_FEATURE_SET = \"ORGANIZATION_FEATURE_SET\".asInstanceOf[HandshakeResourceType]\n    val EMAIL = \"EMAIL\".asInstanceOf[HandshakeResourceType]\n    val MASTER_EMAIL = \"MASTER_EMAIL\".asInstanceOf[HandshakeResourceType]\n    val MASTER_NAME = \"MASTER_NAME\".asInstanceOf[HandshakeResourceType]\n    val NOTES = \"NOTES\".asInstanceOf[HandshakeResourceType]\n    val PARENT_HANDSHAKE = \"PARENT_HANDSHAKE\".asInstanceOf[HandshakeResourceType]\n\n    @inline def values = js.Array(ACCOUNT, ORGANIZATION, ORGANIZATION_FEATURE_SET, EMAIL, MASTER_EMAIL, MASTER_NAME, NOTES, PARENT_HANDSHAKE)\n  }\n\n  @js.native\n  sealed trait HandshakeState extends js.Any\n  object HandshakeState {\n    val REQUESTED = \"REQUESTED\".asInstanceOf[HandshakeState]\n    val OPEN = \"OPEN\".asInstanceOf[HandshakeState]\n    val CANCELED = \"CANCELED\".asInstanceOf[HandshakeState]\n    val ACCEPTED = \"ACCEPTED\".asInstanceOf[HandshakeState]\n    val DECLINED = \"DECLINED\".asInstanceOf[HandshakeState]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[HandshakeState]\n\n    @inline def values = js.Array(REQUESTED, OPEN, CANCELED, ACCEPTED, DECLINED, EXPIRED)\n  }\n\n  @js.native\n  sealed trait IAMUserAccessToBilling extends js.Any\n  object IAMUserAccessToBilling {\n    val ALLOW = \"ALLOW\".asInstanceOf[IAMUserAccessToBilling]\n    val DENY = \"DENY\".asInstanceOf[IAMUserAccessToBilling]\n\n    @inline def values = js.Array(ALLOW, DENY)\n  }\n\n  @js.native\n  trait InviteAccountToOrganizationRequest extends js.Object {\n    var Target: HandshakeParty\n    var Notes: js.UndefOr[HandshakeNotes]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object InviteAccountToOrganizationRequest {\n    @inline\n    def apply(\n        Target: HandshakeParty,\n        Notes: js.UndefOr[HandshakeNotes] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): InviteAccountToOrganizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Target\" -> Target.asInstanceOf[js.Any]\n      )\n\n      Notes.foreach(__v => __obj.updateDynamic(\"Notes\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InviteAccountToOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait InviteAccountToOrganizationResponse extends js.Object {\n    var Handshake: js.UndefOr[Handshake]\n  }\n\n  object InviteAccountToOrganizationResponse {\n    @inline\n    def apply(\n        Handshake: js.UndefOr[Handshake] = js.undefined\n    ): InviteAccountToOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshake.foreach(__v => __obj.updateDynamic(\"Handshake\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InviteAccountToOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait ListAWSServiceAccessForOrganizationRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAWSServiceAccessForOrganizationRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAWSServiceAccessForOrganizationRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAWSServiceAccessForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait ListAWSServiceAccessForOrganizationResponse extends js.Object {\n    var EnabledServicePrincipals: js.UndefOr[EnabledServicePrincipals]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAWSServiceAccessForOrganizationResponse {\n    @inline\n    def apply(\n        EnabledServicePrincipals: js.UndefOr[EnabledServicePrincipals] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAWSServiceAccessForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      EnabledServicePrincipals.foreach(__v => __obj.updateDynamic(\"EnabledServicePrincipals\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAWSServiceAccessForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccountsForParentRequest extends js.Object {\n    var ParentId: ParentId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAccountsForParentRequest {\n    @inline\n    def apply(\n        ParentId: ParentId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAccountsForParentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParentId\" -> ParentId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsForParentRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccountsForParentResponse extends js.Object {\n    var Accounts: js.UndefOr[Accounts]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAccountsForParentResponse {\n    @inline\n    def apply(\n        Accounts: js.UndefOr[Accounts] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAccountsForParentResponse = {\n      val __obj = js.Dynamic.literal()\n      Accounts.foreach(__v => __obj.updateDynamic(\"Accounts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsForParentResponse]\n    }\n  }\n\n  @js.native\n  trait ListAccountsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAccountsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAccountsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsRequest]\n    }\n  }\n\n  @js.native\n  trait ListAccountsResponse extends js.Object {\n    var Accounts: js.UndefOr[Accounts]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListAccountsResponse {\n    @inline\n    def apply(\n        Accounts: js.UndefOr[Accounts] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListAccountsResponse = {\n      val __obj = js.Dynamic.literal()\n      Accounts.foreach(__v => __obj.updateDynamic(\"Accounts\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListAccountsResponse]\n    }\n  }\n\n  @js.native\n  trait ListChildrenRequest extends js.Object {\n    var ChildType: ChildType\n    var ParentId: ParentId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChildrenRequest {\n    @inline\n    def apply(\n        ChildType: ChildType,\n        ParentId: ParentId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChildrenRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChildType\" -> ChildType.asInstanceOf[js.Any],\n        \"ParentId\" -> ParentId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChildrenRequest]\n    }\n  }\n\n  @js.native\n  trait ListChildrenResponse extends js.Object {\n    var Children: js.UndefOr[Children]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListChildrenResponse {\n    @inline\n    def apply(\n        Children: js.UndefOr[Children] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListChildrenResponse = {\n      val __obj = js.Dynamic.literal()\n      Children.foreach(__v => __obj.updateDynamic(\"Children\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListChildrenResponse]\n    }\n  }\n\n  @js.native\n  trait ListCreateAccountStatusRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var States: js.UndefOr[CreateAccountStates]\n  }\n\n  object ListCreateAccountStatusRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        States: js.UndefOr[CreateAccountStates] = js.undefined\n    ): ListCreateAccountStatusRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      States.foreach(__v => __obj.updateDynamic(\"States\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCreateAccountStatusRequest]\n    }\n  }\n\n  @js.native\n  trait ListCreateAccountStatusResponse extends js.Object {\n    var CreateAccountStatuses: js.UndefOr[CreateAccountStatuses]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCreateAccountStatusResponse {\n    @inline\n    def apply(\n        CreateAccountStatuses: js.UndefOr[CreateAccountStatuses] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCreateAccountStatusResponse = {\n      val __obj = js.Dynamic.literal()\n      CreateAccountStatuses.foreach(__v => __obj.updateDynamic(\"CreateAccountStatuses\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCreateAccountStatusResponse]\n    }\n  }\n\n  @js.native\n  trait ListDelegatedAdministratorsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ServicePrincipal: js.UndefOr[ServicePrincipal]\n  }\n\n  object ListDelegatedAdministratorsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ServicePrincipal: js.UndefOr[ServicePrincipal] = js.undefined\n    ): ListDelegatedAdministratorsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ServicePrincipal.foreach(__v => __obj.updateDynamic(\"ServicePrincipal\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDelegatedAdministratorsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDelegatedAdministratorsResponse extends js.Object {\n    var DelegatedAdministrators: js.UndefOr[DelegatedAdministrators]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDelegatedAdministratorsResponse {\n    @inline\n    def apply(\n        DelegatedAdministrators: js.UndefOr[DelegatedAdministrators] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDelegatedAdministratorsResponse = {\n      val __obj = js.Dynamic.literal()\n      DelegatedAdministrators.foreach(__v => __obj.updateDynamic(\"DelegatedAdministrators\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDelegatedAdministratorsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDelegatedServicesForAccountRequest extends js.Object {\n    var AccountId: AccountId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDelegatedServicesForAccountRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDelegatedServicesForAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDelegatedServicesForAccountRequest]\n    }\n  }\n\n  @js.native\n  trait ListDelegatedServicesForAccountResponse extends js.Object {\n    var DelegatedServices: js.UndefOr[DelegatedServices]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDelegatedServicesForAccountResponse {\n    @inline\n    def apply(\n        DelegatedServices: js.UndefOr[DelegatedServices] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDelegatedServicesForAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      DelegatedServices.foreach(__v => __obj.updateDynamic(\"DelegatedServices\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDelegatedServicesForAccountResponse]\n    }\n  }\n\n  @js.native\n  trait ListHandshakesForAccountRequest extends js.Object {\n    var Filter: js.UndefOr[HandshakeFilter]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHandshakesForAccountRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[HandshakeFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHandshakesForAccountRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHandshakesForAccountRequest]\n    }\n  }\n\n  @js.native\n  trait ListHandshakesForAccountResponse extends js.Object {\n    var Handshakes: js.UndefOr[Handshakes]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHandshakesForAccountResponse {\n    @inline\n    def apply(\n        Handshakes: js.UndefOr[Handshakes] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHandshakesForAccountResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshakes.foreach(__v => __obj.updateDynamic(\"Handshakes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHandshakesForAccountResponse]\n    }\n  }\n\n  @js.native\n  trait ListHandshakesForOrganizationRequest extends js.Object {\n    var Filter: js.UndefOr[HandshakeFilter]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHandshakesForOrganizationRequest {\n    @inline\n    def apply(\n        Filter: js.UndefOr[HandshakeFilter] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHandshakesForOrganizationRequest = {\n      val __obj = js.Dynamic.literal()\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHandshakesForOrganizationRequest]\n    }\n  }\n\n  @js.native\n  trait ListHandshakesForOrganizationResponse extends js.Object {\n    var Handshakes: js.UndefOr[Handshakes]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListHandshakesForOrganizationResponse {\n    @inline\n    def apply(\n        Handshakes: js.UndefOr[Handshakes] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListHandshakesForOrganizationResponse = {\n      val __obj = js.Dynamic.literal()\n      Handshakes.foreach(__v => __obj.updateDynamic(\"Handshakes\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListHandshakesForOrganizationResponse]\n    }\n  }\n\n  @js.native\n  trait ListOrganizationalUnitsForParentRequest extends js.Object {\n    var ParentId: ParentId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListOrganizationalUnitsForParentRequest {\n    @inline\n    def apply(\n        ParentId: ParentId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListOrganizationalUnitsForParentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ParentId\" -> ParentId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOrganizationalUnitsForParentRequest]\n    }\n  }\n\n  @js.native\n  trait ListOrganizationalUnitsForParentResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var OrganizationalUnits: js.UndefOr[OrganizationalUnits]\n  }\n\n  object ListOrganizationalUnitsForParentResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        OrganizationalUnits: js.UndefOr[OrganizationalUnits] = js.undefined\n    ): ListOrganizationalUnitsForParentResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      OrganizationalUnits.foreach(__v => __obj.updateDynamic(\"OrganizationalUnits\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListOrganizationalUnitsForParentResponse]\n    }\n  }\n\n  @js.native\n  trait ListParentsRequest extends js.Object {\n    var ChildId: ChildId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListParentsRequest {\n    @inline\n    def apply(\n        ChildId: ChildId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListParentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ChildId\" -> ChildId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListParentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListParentsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Parents: js.UndefOr[Parents]\n  }\n\n  object ListParentsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Parents: js.UndefOr[Parents] = js.undefined\n    ): ListParentsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Parents.foreach(__v => __obj.updateDynamic(\"Parents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListParentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesForTargetRequest extends js.Object {\n    var Filter: PolicyType\n    var TargetId: PolicyTargetId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPoliciesForTargetRequest {\n    @inline\n    def apply(\n        Filter: PolicyType,\n        TargetId: PolicyTargetId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPoliciesForTargetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filter\" -> Filter.asInstanceOf[js.Any],\n        \"TargetId\" -> TargetId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesForTargetRequest]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesForTargetResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Policies: js.UndefOr[Policies]\n  }\n\n  object ListPoliciesForTargetResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Policies: js.UndefOr[Policies] = js.undefined\n    ): ListPoliciesForTargetResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesForTargetResponse]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesRequest extends js.Object {\n    var Filter: PolicyType\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListPoliciesRequest {\n    @inline\n    def apply(\n        Filter: PolicyType,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListPoliciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Filter\" -> Filter.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesRequest]\n    }\n  }\n\n  @js.native\n  trait ListPoliciesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Policies: js.UndefOr[Policies]\n  }\n\n  object ListPoliciesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Policies: js.UndefOr[Policies] = js.undefined\n    ): ListPoliciesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Policies.foreach(__v => __obj.updateDynamic(\"Policies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListPoliciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListRootsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRootsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRootsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRootsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRootsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Roots: js.UndefOr[Roots]\n  }\n\n  object ListRootsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Roots: js.UndefOr[Roots] = js.undefined\n    ): ListRootsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Roots.foreach(__v => __obj.updateDynamic(\"Roots\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRootsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceId: TaggableResourceId\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceId: TaggableResourceId,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait ListTargetsForPolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListTargetsForPolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListTargetsForPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTargetsForPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait ListTargetsForPolicyResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Targets: js.UndefOr[PolicyTargets]\n  }\n\n  object ListTargetsForPolicyResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Targets: js.UndefOr[PolicyTargets] = js.undefined\n    ): ListTargetsForPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTargetsForPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait MoveAccountRequest extends js.Object {\n    var AccountId: AccountId\n    var DestinationParentId: ParentId\n    var SourceParentId: ParentId\n  }\n\n  object MoveAccountRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        DestinationParentId: ParentId,\n        SourceParentId: ParentId\n    ): MoveAccountRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"DestinationParentId\" -> DestinationParentId.asInstanceOf[js.Any],\n        \"SourceParentId\" -> SourceParentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[MoveAccountRequest]\n    }\n  }\n\n  \/** Contains details about an organization. An organization is a collection of accounts that are centrally managed together using consolidated billing, organized hierarchically with organizational units (OUs), and controlled with policies .\n    *\/\n  @js.native\n  trait Organization extends js.Object {\n    var Arn: js.UndefOr[OrganizationArn]\n    var AvailablePolicyTypes: js.UndefOr[PolicyTypes]\n    var FeatureSet: js.UndefOr[OrganizationFeatureSet]\n    var Id: js.UndefOr[OrganizationId]\n    var MasterAccountArn: js.UndefOr[AccountArn]\n    var MasterAccountEmail: js.UndefOr[Email]\n    var MasterAccountId: js.UndefOr[AccountId]\n  }\n\n  object Organization {\n    @inline\n    def apply(\n        Arn: js.UndefOr[OrganizationArn] = js.undefined,\n        AvailablePolicyTypes: js.UndefOr[PolicyTypes] = js.undefined,\n        FeatureSet: js.UndefOr[OrganizationFeatureSet] = js.undefined,\n        Id: js.UndefOr[OrganizationId] = js.undefined,\n        MasterAccountArn: js.UndefOr[AccountArn] = js.undefined,\n        MasterAccountEmail: js.UndefOr[Email] = js.undefined,\n        MasterAccountId: js.UndefOr[AccountId] = js.undefined\n    ): Organization = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AvailablePolicyTypes.foreach(__v => __obj.updateDynamic(\"AvailablePolicyTypes\")(__v.asInstanceOf[js.Any]))\n      FeatureSet.foreach(__v => __obj.updateDynamic(\"FeatureSet\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      MasterAccountArn.foreach(__v => __obj.updateDynamic(\"MasterAccountArn\")(__v.asInstanceOf[js.Any]))\n      MasterAccountEmail.foreach(__v => __obj.updateDynamic(\"MasterAccountEmail\")(__v.asInstanceOf[js.Any]))\n      MasterAccountId.foreach(__v => __obj.updateDynamic(\"MasterAccountId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Organization]\n    }\n  }\n\n  @js.native\n  sealed trait OrganizationFeatureSet extends js.Any\n  object OrganizationFeatureSet {\n    val ALL = \"ALL\".asInstanceOf[OrganizationFeatureSet]\n    val CONSOLIDATED_BILLING = \"CONSOLIDATED_BILLING\".asInstanceOf[OrganizationFeatureSet]\n\n    @inline def values = js.Array(ALL, CONSOLIDATED_BILLING)\n  }\n\n  \/** Contains details about an organizational unit (OU). An OU is a container of AWS accounts within a root of an organization. Policies that are attached to an OU apply to all accounts contained in that OU and in any child OUs.\n    *\/\n  @js.native\n  trait OrganizationalUnit extends js.Object {\n    var Arn: js.UndefOr[OrganizationalUnitArn]\n    var Id: js.UndefOr[OrganizationalUnitId]\n    var Name: js.UndefOr[OrganizationalUnitName]\n  }\n\n  object OrganizationalUnit {\n    @inline\n    def apply(\n        Arn: js.UndefOr[OrganizationalUnitArn] = js.undefined,\n        Id: js.UndefOr[OrganizationalUnitId] = js.undefined,\n        Name: js.UndefOr[OrganizationalUnitName] = js.undefined\n    ): OrganizationalUnit = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrganizationalUnit]\n    }\n  }\n\n  \/** Contains information about either a root or an organizational unit (OU) that can contain OUs or accounts in an organization.\n    *\/\n  @js.native\n  trait Parent extends js.Object {\n    var Id: js.UndefOr[ParentId]\n    var Type: js.UndefOr[ParentType]\n  }\n\n  object Parent {\n    @inline\n    def apply(\n        Id: js.UndefOr[ParentId] = js.undefined,\n        Type: js.UndefOr[ParentType] = js.undefined\n    ): Parent = {\n      val __obj = js.Dynamic.literal()\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parent]\n    }\n  }\n\n  @js.native\n  sealed trait ParentType extends js.Any\n  object ParentType {\n    val ROOT = \"ROOT\".asInstanceOf[ParentType]\n    val ORGANIZATIONAL_UNIT = \"ORGANIZATIONAL_UNIT\".asInstanceOf[ParentType]\n\n    @inline def values = js.Array(ROOT, ORGANIZATIONAL_UNIT)\n  }\n\n  \/** Contains rules to be applied to the affected accounts. Policies can be attached directly to accounts, or to roots and OUs to affect all accounts in those hierarchies.\n    *\/\n  @js.native\n  trait Policy extends js.Object {\n    var Content: js.UndefOr[PolicyContent]\n    var PolicySummary: js.UndefOr[PolicySummary]\n  }\n\n  object Policy {\n    @inline\n    def apply(\n        Content: js.UndefOr[PolicyContent] = js.undefined,\n        PolicySummary: js.UndefOr[PolicySummary] = js.undefined\n    ): Policy = {\n      val __obj = js.Dynamic.literal()\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      PolicySummary.foreach(__v => __obj.updateDynamic(\"PolicySummary\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Policy]\n    }\n  }\n\n  \/** Contains information about a policy, but does not include the content. To see the content of a policy, see <a>DescribePolicy<\/a>.\n    *\/\n  @js.native\n  trait PolicySummary extends js.Object {\n    var Arn: js.UndefOr[PolicyArn]\n    var AwsManaged: js.UndefOr[AwsManagedPolicy]\n    var Description: js.UndefOr[PolicyDescription]\n    var Id: js.UndefOr[PolicyId]\n    var Name: js.UndefOr[PolicyName]\n    var Type: js.UndefOr[PolicyType]\n  }\n\n  object PolicySummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[PolicyArn] = js.undefined,\n        AwsManaged: js.UndefOr[AwsManagedPolicy] = js.undefined,\n        Description: js.UndefOr[PolicyDescription] = js.undefined,\n        Id: js.UndefOr[PolicyId] = js.undefined,\n        Name: js.UndefOr[PolicyName] = js.undefined,\n        Type: js.UndefOr[PolicyType] = js.undefined\n    ): PolicySummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      AwsManaged.foreach(__v => __obj.updateDynamic(\"AwsManaged\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicySummary]\n    }\n  }\n\n  \/** Contains information about a root, OU, or account that a policy is attached to.\n    *\/\n  @js.native\n  trait PolicyTargetSummary extends js.Object {\n    var Arn: js.UndefOr[GenericArn]\n    var Name: js.UndefOr[TargetName]\n    var TargetId: js.UndefOr[PolicyTargetId]\n    var Type: js.UndefOr[TargetType]\n  }\n\n  object PolicyTargetSummary {\n    @inline\n    def apply(\n        Arn: js.UndefOr[GenericArn] = js.undefined,\n        Name: js.UndefOr[TargetName] = js.undefined,\n        TargetId: js.UndefOr[PolicyTargetId] = js.undefined,\n        Type: js.UndefOr[TargetType] = js.undefined\n    ): PolicyTargetSummary = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      TargetId.foreach(__v => __obj.updateDynamic(\"TargetId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyTargetSummary]\n    }\n  }\n\n  @js.native\n  sealed trait PolicyType extends js.Any\n  object PolicyType {\n    val SERVICE_CONTROL_POLICY = \"SERVICE_CONTROL_POLICY\".asInstanceOf[PolicyType]\n    val TAG_POLICY = \"TAG_POLICY\".asInstanceOf[PolicyType]\n    val BACKUP_POLICY = \"BACKUP_POLICY\".asInstanceOf[PolicyType]\n    val AISERVICES_OPT_OUT_POLICY = \"AISERVICES_OPT_OUT_POLICY\".asInstanceOf[PolicyType]\n\n    @inline def values = js.Array(SERVICE_CONTROL_POLICY, TAG_POLICY, BACKUP_POLICY, AISERVICES_OPT_OUT_POLICY)\n  }\n\n  @js.native\n  sealed trait PolicyTypeStatus extends js.Any\n  object PolicyTypeStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[PolicyTypeStatus]\n    val PENDING_ENABLE = \"PENDING_ENABLE\".asInstanceOf[PolicyTypeStatus]\n    val PENDING_DISABLE = \"PENDING_DISABLE\".asInstanceOf[PolicyTypeStatus]\n\n    @inline def values = js.Array(ENABLED, PENDING_ENABLE, PENDING_DISABLE)\n  }\n\n  \/** Contains information about a policy type and its status in the associated root.\n    *\/\n  @js.native\n  trait PolicyTypeSummary extends js.Object {\n    var Status: js.UndefOr[PolicyTypeStatus]\n    var Type: js.UndefOr[PolicyType]\n  }\n\n  object PolicyTypeSummary {\n    @inline\n    def apply(\n        Status: js.UndefOr[PolicyTypeStatus] = js.undefined,\n        Type: js.UndefOr[PolicyType] = js.undefined\n    ): PolicyTypeSummary = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PolicyTypeSummary]\n    }\n  }\n\n  @js.native\n  trait RegisterDelegatedAdministratorRequest extends js.Object {\n    var AccountId: AccountId\n    var ServicePrincipal: ServicePrincipal\n  }\n\n  object RegisterDelegatedAdministratorRequest {\n    @inline\n    def apply(\n        AccountId: AccountId,\n        ServicePrincipal: ServicePrincipal\n    ): RegisterDelegatedAdministratorRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any],\n        \"ServicePrincipal\" -> ServicePrincipal.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RegisterDelegatedAdministratorRequest]\n    }\n  }\n\n  @js.native\n  trait RemoveAccountFromOrganizationRequest extends js.Object {\n    var AccountId: AccountId\n  }\n\n  object RemoveAccountFromOrganizationRequest {\n    @inline\n    def apply(\n        AccountId: AccountId\n    ): RemoveAccountFromOrganizationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AccountId\" -> AccountId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveAccountFromOrganizationRequest]\n    }\n  }\n\n  \/** Contains details about a root. A root is a top-level parent node in the hierarchy of an organization that can contain organizational units (OUs) and accounts. The root contains every AWS account in the organization.\n    *\/\n  @js.native\n  trait Root extends js.Object {\n    var Arn: js.UndefOr[RootArn]\n    var Id: js.UndefOr[RootId]\n    var Name: js.UndefOr[RootName]\n    var PolicyTypes: js.UndefOr[PolicyTypes]\n  }\n\n  object Root {\n    @inline\n    def apply(\n        Arn: js.UndefOr[RootArn] = js.undefined,\n        Id: js.UndefOr[RootId] = js.undefined,\n        Name: js.UndefOr[RootName] = js.undefined,\n        PolicyTypes: js.UndefOr[PolicyTypes] = js.undefined\n    ): Root = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Id.foreach(__v => __obj.updateDynamic(\"Id\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      PolicyTypes.foreach(__v => __obj.updateDynamic(\"PolicyTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Root]\n    }\n  }\n\n  \/** A custom key-value pair associated with a resource within your organization. You can attach tags to any of the following organization resources. * AWS account * Organizational unit (OU) * Organization root * Policy\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceId: TaggableResourceId\n    var Tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceId: TaggableResourceId,\n        Tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  sealed trait TargetType extends js.Any\n  object TargetType {\n    val ACCOUNT = \"ACCOUNT\".asInstanceOf[TargetType]\n    val ORGANIZATIONAL_UNIT = \"ORGANIZATIONAL_UNIT\".asInstanceOf[TargetType]\n    val ROOT = \"ROOT\".asInstanceOf[TargetType]\n\n    @inline def values = js.Array(ACCOUNT, ORGANIZATIONAL_UNIT, ROOT)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceId: TaggableResourceId\n    var TagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceId: TaggableResourceId,\n        TagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceId\" -> ResourceId.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOrganizationalUnitRequest extends js.Object {\n    var OrganizationalUnitId: OrganizationalUnitId\n    var Name: js.UndefOr[OrganizationalUnitName]\n  }\n\n  object UpdateOrganizationalUnitRequest {\n    @inline\n    def apply(\n        OrganizationalUnitId: OrganizationalUnitId,\n        Name: js.UndefOr[OrganizationalUnitName] = js.undefined\n    ): UpdateOrganizationalUnitRequest = {\n      val __obj = js.Dynamic.literal(\n        \"OrganizationalUnitId\" -> OrganizationalUnitId.asInstanceOf[js.Any]\n      )\n\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOrganizationalUnitRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateOrganizationalUnitResponse extends js.Object {\n    var OrganizationalUnit: js.UndefOr[OrganizationalUnit]\n  }\n\n  object UpdateOrganizationalUnitResponse {\n    @inline\n    def apply(\n        OrganizationalUnit: js.UndefOr[OrganizationalUnit] = js.undefined\n    ): UpdateOrganizationalUnitResponse = {\n      val __obj = js.Dynamic.literal()\n      OrganizationalUnit.foreach(__v => __obj.updateDynamic(\"OrganizationalUnit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateOrganizationalUnitResponse]\n    }\n  }\n\n  @js.native\n  trait UpdatePolicyRequest extends js.Object {\n    var PolicyId: PolicyId\n    var Content: js.UndefOr[PolicyContent]\n    var Description: js.UndefOr[PolicyDescription]\n    var Name: js.UndefOr[PolicyName]\n  }\n\n  object UpdatePolicyRequest {\n    @inline\n    def apply(\n        PolicyId: PolicyId,\n        Content: js.UndefOr[PolicyContent] = js.undefined,\n        Description: js.UndefOr[PolicyDescription] = js.undefined,\n        Name: js.UndefOr[PolicyName] = js.undefined\n    ): UpdatePolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"PolicyId\" -> PolicyId.asInstanceOf[js.Any]\n      )\n\n      Content.foreach(__v => __obj.updateDynamic(\"Content\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePolicyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdatePolicyResponse extends js.Object {\n    var Policy: js.UndefOr[Policy]\n  }\n\n  object UpdatePolicyResponse {\n    @inline\n    def apply(\n        Policy: js.UndefOr[Policy] = js.undefined\n    ): UpdatePolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Policy.foreach(__v => __obj.updateDynamic(\"Policy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdatePolicyResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/connectcontactlens\/src\/main\/scala\/facade\/amazonaws\/services\/ConnectContactLens.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object connectcontactlens {\n  type CategoryName = String\n  type CharacterOffset = Int\n  type ContactId = String\n  type InstanceId = String\n  type IssuesDetected = js.Array[IssueDetected]\n  type MatchedCategories = js.Array[CategoryName]\n  type MatchedDetails = js.Dictionary[CategoryDetails]\n  type MaxResults = Int\n  type NextToken = String\n  type OffsetMillis = Int\n  type ParticipantId = String\n  type ParticipantRole = String\n  type PointsOfInterest = js.Array[PointOfInterest]\n  type RealtimeContactAnalysisSegments = js.Array[RealtimeContactAnalysisSegment]\n  type TranscriptContent = String\n  type TranscriptId = String\n\n  implicit final class ConnectContactLensOps(private val service: ConnectContactLens) extends AnyVal {\n\n    @inline def listRealtimeContactAnalysisSegmentsFuture(params: ListRealtimeContactAnalysisSegmentsRequest): Future[ListRealtimeContactAnalysisSegmentsResponse] = service.listRealtimeContactAnalysisSegments(params).promise().toFuture\n\n  }\n}\n\npackage connectcontactlens {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/connectcontactlens\", JSImport.Namespace, \"AWS.ConnectContactLens\")\n  class ConnectContactLens() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def listRealtimeContactAnalysisSegments(params: ListRealtimeContactAnalysisSegmentsRequest): Request[ListRealtimeContactAnalysisSegmentsResponse] = js.native\n  }\n\n  \/** Provides the category rules that are used to automatically categorize contacts based on uttered keywords and phrases.\n    *\/\n  @js.native\n  trait Categories extends js.Object {\n    var MatchedCategories: MatchedCategories\n    var MatchedDetails: MatchedDetails\n  }\n\n  object Categories {\n    @inline\n    def apply(\n        MatchedCategories: MatchedCategories,\n        MatchedDetails: MatchedDetails\n    ): Categories = {\n      val __obj = js.Dynamic.literal(\n        \"MatchedCategories\" -> MatchedCategories.asInstanceOf[js.Any],\n        \"MatchedDetails\" -> MatchedDetails.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Categories]\n    }\n  }\n\n  \/** Provides information about the category rule that was matched.\n    *\/\n  @js.native\n  trait CategoryDetails extends js.Object {\n    var PointsOfInterest: PointsOfInterest\n  }\n\n  object CategoryDetails {\n    @inline\n    def apply(\n        PointsOfInterest: PointsOfInterest\n    ): CategoryDetails = {\n      val __obj = js.Dynamic.literal(\n        \"PointsOfInterest\" -> PointsOfInterest.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CategoryDetails]\n    }\n  }\n\n  \/** For characters that were detected as issues, where they occur in the transcript.\n    *\/\n  @js.native\n  trait CharacterOffsets extends js.Object {\n    var BeginOffsetChar: CharacterOffset\n    var EndOffsetChar: CharacterOffset\n  }\n\n  object CharacterOffsets {\n    @inline\n    def apply(\n        BeginOffsetChar: CharacterOffset,\n        EndOffsetChar: CharacterOffset\n    ): CharacterOffsets = {\n      val __obj = js.Dynamic.literal(\n        \"BeginOffsetChar\" -> BeginOffsetChar.asInstanceOf[js.Any],\n        \"EndOffsetChar\" -> EndOffsetChar.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CharacterOffsets]\n    }\n  }\n\n  \/** Potential issues that are detected based on an artificial intelligence analysis of each turn in the conversation.\n    *\/\n  @js.native\n  trait IssueDetected extends js.Object {\n    var CharacterOffsets: CharacterOffsets\n  }\n\n  object IssueDetected {\n    @inline\n    def apply(\n        CharacterOffsets: CharacterOffsets\n    ): IssueDetected = {\n      val __obj = js.Dynamic.literal(\n        \"CharacterOffsets\" -> CharacterOffsets.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[IssueDetected]\n    }\n  }\n\n  @js.native\n  trait ListRealtimeContactAnalysisSegmentsRequest extends js.Object {\n    var ContactId: ContactId\n    var InstanceId: InstanceId\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRealtimeContactAnalysisSegmentsRequest {\n    @inline\n    def apply(\n        ContactId: ContactId,\n        InstanceId: InstanceId,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRealtimeContactAnalysisSegmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ContactId\" -> ContactId.asInstanceOf[js.Any],\n        \"InstanceId\" -> InstanceId.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRealtimeContactAnalysisSegmentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRealtimeContactAnalysisSegmentsResponse extends js.Object {\n    var Segments: RealtimeContactAnalysisSegments\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRealtimeContactAnalysisSegmentsResponse {\n    @inline\n    def apply(\n        Segments: RealtimeContactAnalysisSegments,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRealtimeContactAnalysisSegmentsResponse = {\n      val __obj = js.Dynamic.literal(\n        \"Segments\" -> Segments.asInstanceOf[js.Any]\n      )\n\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRealtimeContactAnalysisSegmentsResponse]\n    }\n  }\n\n  \/** The section of the contact audio where that category rule was detected.\n    *\/\n  @js.native\n  trait PointOfInterest extends js.Object {\n    var BeginOffsetMillis: OffsetMillis\n    var EndOffsetMillis: OffsetMillis\n  }\n\n  object PointOfInterest {\n    @inline\n    def apply(\n        BeginOffsetMillis: OffsetMillis,\n        EndOffsetMillis: OffsetMillis\n    ): PointOfInterest = {\n      val __obj = js.Dynamic.literal(\n        \"BeginOffsetMillis\" -> BeginOffsetMillis.asInstanceOf[js.Any],\n        \"EndOffsetMillis\" -> EndOffsetMillis.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PointOfInterest]\n    }\n  }\n\n  \/** An analyzed segment for a real-time analysis session.\n    *\/\n  @js.native\n  trait RealtimeContactAnalysisSegment extends js.Object {\n    var Categories: js.UndefOr[Categories]\n    var Transcript: js.UndefOr[Transcript]\n  }\n\n  object RealtimeContactAnalysisSegment {\n    @inline\n    def apply(\n        Categories: js.UndefOr[Categories] = js.undefined,\n        Transcript: js.UndefOr[Transcript] = js.undefined\n    ): RealtimeContactAnalysisSegment = {\n      val __obj = js.Dynamic.literal()\n      Categories.foreach(__v => __obj.updateDynamic(\"Categories\")(__v.asInstanceOf[js.Any]))\n      Transcript.foreach(__v => __obj.updateDynamic(\"Transcript\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RealtimeContactAnalysisSegment]\n    }\n  }\n\n  @js.native\n  sealed trait SentimentValue extends js.Any\n  object SentimentValue {\n    val POSITIVE = \"POSITIVE\".asInstanceOf[SentimentValue]\n    val NEUTRAL = \"NEUTRAL\".asInstanceOf[SentimentValue]\n    val NEGATIVE = \"NEGATIVE\".asInstanceOf[SentimentValue]\n\n    @inline def values = js.Array(POSITIVE, NEUTRAL, NEGATIVE)\n  }\n\n  \/** A list of messages in the session.\n    *\/\n  @js.native\n  trait Transcript extends js.Object {\n    var BeginOffsetMillis: OffsetMillis\n    var Content: TranscriptContent\n    var EndOffsetMillis: OffsetMillis\n    var Id: TranscriptId\n    var ParticipantId: ParticipantId\n    var ParticipantRole: ParticipantRole\n    var Sentiment: SentimentValue\n    var IssuesDetected: js.UndefOr[IssuesDetected]\n  }\n\n  object Transcript {\n    @inline\n    def apply(\n        BeginOffsetMillis: OffsetMillis,\n        Content: TranscriptContent,\n        EndOffsetMillis: OffsetMillis,\n        Id: TranscriptId,\n        ParticipantId: ParticipantId,\n        ParticipantRole: ParticipantRole,\n        Sentiment: SentimentValue,\n        IssuesDetected: js.UndefOr[IssuesDetected] = js.undefined\n    ): Transcript = {\n      val __obj = js.Dynamic.literal(\n        \"BeginOffsetMillis\" -> BeginOffsetMillis.asInstanceOf[js.Any],\n        \"Content\" -> Content.asInstanceOf[js.Any],\n        \"EndOffsetMillis\" -> EndOffsetMillis.asInstanceOf[js.Any],\n        \"Id\" -> Id.asInstanceOf[js.Any],\n        \"ParticipantId\" -> ParticipantId.asInstanceOf[js.Any],\n        \"ParticipantRole\" -> ParticipantRole.asInstanceOf[js.Any],\n        \"Sentiment\" -> Sentiment.asInstanceOf[js.Any]\n      )\n\n      IssuesDetected.foreach(__v => __obj.updateDynamic(\"IssuesDetected\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Transcript]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/s3\/src\/test\/scala\/facade\/amazonaws\/services\/s3\/ManagedUploadTest.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<filename>services\/s3\/src\/test\/scala\/facade\/amazonaws\/services\/s3\/ManagedUploadTest.scala<gh_stars>10-100\npackage facade.amazonaws.services.s3.managedupload\n\nimport facade.amazonaws.AWSConfig\nimport facade.amazonaws.services.s3\nimport org.scalatest.funsuite.AsyncFunSuite\n\nimport scala.concurrent.ExecutionContext\n\nclass ManagedUploadTest extends AsyncFunSuite {\n  override implicit val executionContext = ExecutionContext.Implicits.global\n\n  test(\"ManagedUpload\") {\n    val instance = new ManagedUpload(ManagedUploadOptions(\n      params = s3.PutObjectRequest(\n        Bucket = \"test\",\n        Key = \"test\",\n        Body = \"\"\n      ),\n      service = new s3.S3(AWSConfig(endpoint = \"http:\/\/localhost\"))\n    ))\n\n    assert(instance.maxTotalParts > 0)\n    assert(instance.minPartSize > 0)\n    instance.sendFuture().failed.map { e =>\n      succeed\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/serverlessapplicationrepository\/src\/main\/scala\/facade\/amazonaws\/services\/ServerlessApplicationRepository.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object serverlessapplicationrepository {\n  type MaxItems = Int\n  type __boolean = Boolean\n  type __integer = Int\n  type __listOfApplicationDependencySummary = js.Array[ApplicationDependencySummary]\n  type __listOfApplicationPolicyStatement = js.Array[ApplicationPolicyStatement]\n  type __listOfApplicationSummary = js.Array[ApplicationSummary]\n  type __listOfCapability = js.Array[Capability]\n  type __listOfParameterDefinition = js.Array[ParameterDefinition]\n  type __listOfParameterValue = js.Array[ParameterValue]\n  type __listOfRollbackTrigger = js.Array[RollbackTrigger]\n  type __listOfTag = js.Array[Tag]\n  type __listOfVersionSummary = js.Array[VersionSummary]\n  type __listOf__string = js.Array[__string]\n  type __string = String\n\n  implicit final class ServerlessApplicationRepositoryOps(private val service: ServerlessApplicationRepository) extends AnyVal {\n\n    @inline def createApplicationFuture(params: CreateApplicationRequest): Future[CreateApplicationResponse] = service.createApplication(params).promise().toFuture\n    @inline def createApplicationVersionFuture(params: CreateApplicationVersionRequest): Future[CreateApplicationVersionResponse] = service.createApplicationVersion(params).promise().toFuture\n    @inline def createCloudFormationChangeSetFuture(params: CreateCloudFormationChangeSetRequest): Future[CreateCloudFormationChangeSetResponse] = service.createCloudFormationChangeSet(params).promise().toFuture\n    @inline def createCloudFormationTemplateFuture(params: CreateCloudFormationTemplateRequest): Future[CreateCloudFormationTemplateResponse] = service.createCloudFormationTemplate(params).promise().toFuture\n    @inline def deleteApplicationFuture(params: DeleteApplicationRequest): Future[js.Object] = service.deleteApplication(params).promise().toFuture\n    @inline def getApplicationFuture(params: GetApplicationRequest): Future[GetApplicationResponse] = service.getApplication(params).promise().toFuture\n    @inline def getApplicationPolicyFuture(params: GetApplicationPolicyRequest): Future[GetApplicationPolicyResponse] = service.getApplicationPolicy(params).promise().toFuture\n    @inline def getCloudFormationTemplateFuture(params: GetCloudFormationTemplateRequest): Future[GetCloudFormationTemplateResponse] = service.getCloudFormationTemplate(params).promise().toFuture\n    @inline def listApplicationDependenciesFuture(params: ListApplicationDependenciesRequest): Future[ListApplicationDependenciesResponse] = service.listApplicationDependencies(params).promise().toFuture\n    @inline def listApplicationVersionsFuture(params: ListApplicationVersionsRequest): Future[ListApplicationVersionsResponse] = service.listApplicationVersions(params).promise().toFuture\n    @inline def listApplicationsFuture(params: ListApplicationsRequest): Future[ListApplicationsResponse] = service.listApplications(params).promise().toFuture\n    @inline def putApplicationPolicyFuture(params: PutApplicationPolicyRequest): Future[PutApplicationPolicyResponse] = service.putApplicationPolicy(params).promise().toFuture\n    @inline def unshareApplicationFuture(params: UnshareApplicationRequest): Future[js.Object] = service.unshareApplication(params).promise().toFuture\n    @inline def updateApplicationFuture(params: UpdateApplicationRequest): Future[UpdateApplicationResponse] = service.updateApplication(params).promise().toFuture\n\n  }\n}\n\npackage serverlessapplicationrepository {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/serverlessapplicationrepository\", JSImport.Namespace, \"AWS.ServerlessApplicationRepository\")\n  class ServerlessApplicationRepository() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createApplication(params: CreateApplicationRequest): Request[CreateApplicationResponse] = js.native\n    def createApplicationVersion(params: CreateApplicationVersionRequest): Request[CreateApplicationVersionResponse] = js.native\n    def createCloudFormationChangeSet(params: CreateCloudFormationChangeSetRequest): Request[CreateCloudFormationChangeSetResponse] = js.native\n    def createCloudFormationTemplate(params: CreateCloudFormationTemplateRequest): Request[CreateCloudFormationTemplateResponse] = js.native\n    def deleteApplication(params: DeleteApplicationRequest): Request[js.Object] = js.native\n    def getApplication(params: GetApplicationRequest): Request[GetApplicationResponse] = js.native\n    def getApplicationPolicy(params: GetApplicationPolicyRequest): Request[GetApplicationPolicyResponse] = js.native\n    def getCloudFormationTemplate(params: GetCloudFormationTemplateRequest): Request[GetCloudFormationTemplateResponse] = js.native\n    def listApplicationDependencies(params: ListApplicationDependenciesRequest): Request[ListApplicationDependenciesResponse] = js.native\n    def listApplicationVersions(params: ListApplicationVersionsRequest): Request[ListApplicationVersionsResponse] = js.native\n    def listApplications(params: ListApplicationsRequest): Request[ListApplicationsResponse] = js.native\n    def putApplicationPolicy(params: PutApplicationPolicyRequest): Request[PutApplicationPolicyResponse] = js.native\n    def unshareApplication(params: UnshareApplicationRequest): Request[js.Object] = js.native\n    def updateApplication(params: UpdateApplicationRequest): Request[UpdateApplicationResponse] = js.native\n  }\n\n  \/** A nested application summary.\n    *\/\n  @js.native\n  trait ApplicationDependencySummary extends js.Object {\n    var ApplicationId: __string\n    var SemanticVersion: __string\n  }\n\n  object ApplicationDependencySummary {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        SemanticVersion: __string\n    ): ApplicationDependencySummary = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"SemanticVersion\" -> SemanticVersion.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ApplicationDependencySummary]\n    }\n  }\n\n  \/** Policy statement applied to the application.\n    *\/\n  @js.native\n  trait ApplicationPolicyStatement extends js.Object {\n    var Actions: __listOf__string\n    var Principals: __listOf__string\n    var PrincipalOrgIDs: js.UndefOr[__listOf__string]\n    var StatementId: js.UndefOr[__string]\n  }\n\n  object ApplicationPolicyStatement {\n    @inline\n    def apply(\n        Actions: __listOf__string,\n        Principals: __listOf__string,\n        PrincipalOrgIDs: js.UndefOr[__listOf__string] = js.undefined,\n        StatementId: js.UndefOr[__string] = js.undefined\n    ): ApplicationPolicyStatement = {\n      val __obj = js.Dynamic.literal(\n        \"Actions\" -> Actions.asInstanceOf[js.Any],\n        \"Principals\" -> Principals.asInstanceOf[js.Any]\n      )\n\n      PrincipalOrgIDs.foreach(__v => __obj.updateDynamic(\"PrincipalOrgIDs\")(__v.asInstanceOf[js.Any]))\n      StatementId.foreach(__v => __obj.updateDynamic(\"StatementId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationPolicyStatement]\n    }\n  }\n\n  \/** Summary of details about the application.\n    *\/\n  @js.native\n  trait ApplicationSummary extends js.Object {\n    var ApplicationId: __string\n    var Author: __string\n    var Description: __string\n    var Name: __string\n    var CreationTime: js.UndefOr[__string]\n    var HomePageUrl: js.UndefOr[__string]\n    var Labels: js.UndefOr[__listOf__string]\n    var SpdxLicenseId: js.UndefOr[__string]\n  }\n\n  object ApplicationSummary {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        Author: __string,\n        Description: __string,\n        Name: __string,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        SpdxLicenseId: js.UndefOr[__string] = js.undefined\n    ): ApplicationSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"Author\" -> Author.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      SpdxLicenseId.foreach(__v => __obj.updateDynamic(\"SpdxLicenseId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationSummary]\n    }\n  }\n\n  \/** Values that must be specified in order to deploy some applications.\n    *\/\n  @js.native\n  sealed trait Capability extends js.Any\n  object Capability {\n    val CAPABILITY_IAM = \"CAPABILITY_IAM\".asInstanceOf[Capability]\n    val CAPABILITY_NAMED_IAM = \"CAPABILITY_NAMED_IAM\".asInstanceOf[Capability]\n    val CAPABILITY_AUTO_EXPAND = \"CAPABILITY_AUTO_EXPAND\".asInstanceOf[Capability]\n    val CAPABILITY_RESOURCE_POLICY = \"CAPABILITY_RESOURCE_POLICY\".asInstanceOf[Capability]\n\n    @inline def values = js.Array(CAPABILITY_IAM, CAPABILITY_NAMED_IAM, CAPABILITY_AUTO_EXPAND, CAPABILITY_RESOURCE_POLICY)\n  }\n\n  @js.native\n  trait CreateApplicationRequest extends js.Object {\n    var Author: __string\n    var Description: __string\n    var Name: __string\n    var HomePageUrl: js.UndefOr[__string]\n    var Labels: js.UndefOr[__listOf__string]\n    var LicenseBody: js.UndefOr[__string]\n    var LicenseUrl: js.UndefOr[__string]\n    var ReadmeBody: js.UndefOr[__string]\n    var ReadmeUrl: js.UndefOr[__string]\n    var SemanticVersion: js.UndefOr[__string]\n    var SourceCodeArchiveUrl: js.UndefOr[__string]\n    var SourceCodeUrl: js.UndefOr[__string]\n    var SpdxLicenseId: js.UndefOr[__string]\n    var TemplateBody: js.UndefOr[__string]\n    var TemplateUrl: js.UndefOr[__string]\n  }\n\n  object CreateApplicationRequest {\n    @inline\n    def apply(\n        Author: __string,\n        Description: __string,\n        Name: __string,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        LicenseBody: js.UndefOr[__string] = js.undefined,\n        LicenseUrl: js.UndefOr[__string] = js.undefined,\n        ReadmeBody: js.UndefOr[__string] = js.undefined,\n        ReadmeUrl: js.UndefOr[__string] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        SourceCodeArchiveUrl: js.UndefOr[__string] = js.undefined,\n        SourceCodeUrl: js.UndefOr[__string] = js.undefined,\n        SpdxLicenseId: js.UndefOr[__string] = js.undefined,\n        TemplateBody: js.UndefOr[__string] = js.undefined,\n        TemplateUrl: js.UndefOr[__string] = js.undefined\n    ): CreateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Author\" -> Author.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      LicenseBody.foreach(__v => __obj.updateDynamic(\"LicenseBody\")(__v.asInstanceOf[js.Any]))\n      LicenseUrl.foreach(__v => __obj.updateDynamic(\"LicenseUrl\")(__v.asInstanceOf[js.Any]))\n      ReadmeBody.foreach(__v => __obj.updateDynamic(\"ReadmeBody\")(__v.asInstanceOf[js.Any]))\n      ReadmeUrl.foreach(__v => __obj.updateDynamic(\"ReadmeUrl\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      SourceCodeArchiveUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeArchiveUrl\")(__v.asInstanceOf[js.Any]))\n      SourceCodeUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeUrl\")(__v.asInstanceOf[js.Any]))\n      SpdxLicenseId.foreach(__v => __obj.updateDynamic(\"SpdxLicenseId\")(__v.asInstanceOf[js.Any]))\n      TemplateBody.foreach(__v => __obj.updateDynamic(\"TemplateBody\")(__v.asInstanceOf[js.Any]))\n      TemplateUrl.foreach(__v => __obj.updateDynamic(\"TemplateUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var Author: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HomePageUrl: js.UndefOr[__string]\n    var IsVerifiedAuthor: js.UndefOr[__boolean]\n    var Labels: js.UndefOr[__listOf__string]\n    var LicenseUrl: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var ReadmeUrl: js.UndefOr[__string]\n    var SpdxLicenseId: js.UndefOr[__string]\n    var VerifiedAuthorUrl: js.UndefOr[__string]\n    var Version: js.UndefOr[Version]\n  }\n\n  object CreateApplicationResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        Author: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        IsVerifiedAuthor: js.UndefOr[__boolean] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        LicenseUrl: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        ReadmeUrl: js.UndefOr[__string] = js.undefined,\n        SpdxLicenseId: js.UndefOr[__string] = js.undefined,\n        VerifiedAuthorUrl: js.UndefOr[__string] = js.undefined,\n        Version: js.UndefOr[Version] = js.undefined\n    ): CreateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      IsVerifiedAuthor.foreach(__v => __obj.updateDynamic(\"IsVerifiedAuthor\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      LicenseUrl.foreach(__v => __obj.updateDynamic(\"LicenseUrl\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ReadmeUrl.foreach(__v => __obj.updateDynamic(\"ReadmeUrl\")(__v.asInstanceOf[js.Any]))\n      SpdxLicenseId.foreach(__v => __obj.updateDynamic(\"SpdxLicenseId\")(__v.asInstanceOf[js.Any]))\n      VerifiedAuthorUrl.foreach(__v => __obj.updateDynamic(\"VerifiedAuthorUrl\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationVersionRequest extends js.Object {\n    var ApplicationId: __string\n    var SemanticVersion: __string\n    var SourceCodeArchiveUrl: js.UndefOr[__string]\n    var SourceCodeUrl: js.UndefOr[__string]\n    var TemplateBody: js.UndefOr[__string]\n    var TemplateUrl: js.UndefOr[__string]\n  }\n\n  object CreateApplicationVersionRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        SemanticVersion: __string,\n        SourceCodeArchiveUrl: js.UndefOr[__string] = js.undefined,\n        SourceCodeUrl: js.UndefOr[__string] = js.undefined,\n        TemplateBody: js.UndefOr[__string] = js.undefined,\n        TemplateUrl: js.UndefOr[__string] = js.undefined\n    ): CreateApplicationVersionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"SemanticVersion\" -> SemanticVersion.asInstanceOf[js.Any]\n      )\n\n      SourceCodeArchiveUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeArchiveUrl\")(__v.asInstanceOf[js.Any]))\n      SourceCodeUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeUrl\")(__v.asInstanceOf[js.Any]))\n      TemplateBody.foreach(__v => __obj.updateDynamic(\"TemplateBody\")(__v.asInstanceOf[js.Any]))\n      TemplateUrl.foreach(__v => __obj.updateDynamic(\"TemplateUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationVersionRequest]\n    }\n  }\n\n  @js.native\n  trait CreateApplicationVersionResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var ParameterDefinitions: js.UndefOr[__listOfParameterDefinition]\n    var RequiredCapabilities: js.UndefOr[__listOfCapability]\n    var ResourcesSupported: js.UndefOr[__boolean]\n    var SemanticVersion: js.UndefOr[__string]\n    var SourceCodeArchiveUrl: js.UndefOr[__string]\n    var SourceCodeUrl: js.UndefOr[__string]\n    var TemplateUrl: js.UndefOr[__string]\n  }\n\n  object CreateApplicationVersionResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        ParameterDefinitions: js.UndefOr[__listOfParameterDefinition] = js.undefined,\n        RequiredCapabilities: js.UndefOr[__listOfCapability] = js.undefined,\n        ResourcesSupported: js.UndefOr[__boolean] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        SourceCodeArchiveUrl: js.UndefOr[__string] = js.undefined,\n        SourceCodeUrl: js.UndefOr[__string] = js.undefined,\n        TemplateUrl: js.UndefOr[__string] = js.undefined\n    ): CreateApplicationVersionResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ParameterDefinitions.foreach(__v => __obj.updateDynamic(\"ParameterDefinitions\")(__v.asInstanceOf[js.Any]))\n      RequiredCapabilities.foreach(__v => __obj.updateDynamic(\"RequiredCapabilities\")(__v.asInstanceOf[js.Any]))\n      ResourcesSupported.foreach(__v => __obj.updateDynamic(\"ResourcesSupported\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      SourceCodeArchiveUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeArchiveUrl\")(__v.asInstanceOf[js.Any]))\n      SourceCodeUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeUrl\")(__v.asInstanceOf[js.Any]))\n      TemplateUrl.foreach(__v => __obj.updateDynamic(\"TemplateUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateApplicationVersionResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationChangeSetRequest extends js.Object {\n    var ApplicationId: __string\n    var StackName: __string\n    var Capabilities: js.UndefOr[__listOf__string]\n    var ChangeSetName: js.UndefOr[__string]\n    var ClientToken: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var NotificationArns: js.UndefOr[__listOf__string]\n    var ParameterOverrides: js.UndefOr[__listOfParameterValue]\n    var ResourceTypes: js.UndefOr[__listOf__string]\n    var RollbackConfiguration: js.UndefOr[RollbackConfiguration]\n    var SemanticVersion: js.UndefOr[__string]\n    var Tags: js.UndefOr[__listOfTag]\n    var TemplateId: js.UndefOr[__string]\n  }\n\n  object CreateCloudFormationChangeSetRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        StackName: __string,\n        Capabilities: js.UndefOr[__listOf__string] = js.undefined,\n        ChangeSetName: js.UndefOr[__string] = js.undefined,\n        ClientToken: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        NotificationArns: js.UndefOr[__listOf__string] = js.undefined,\n        ParameterOverrides: js.UndefOr[__listOfParameterValue] = js.undefined,\n        ResourceTypes: js.UndefOr[__listOf__string] = js.undefined,\n        RollbackConfiguration: js.UndefOr[RollbackConfiguration] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        Tags: js.UndefOr[__listOfTag] = js.undefined,\n        TemplateId: js.UndefOr[__string] = js.undefined\n    ): CreateCloudFormationChangeSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"StackName\" -> StackName.asInstanceOf[js.Any]\n      )\n\n      Capabilities.foreach(__v => __obj.updateDynamic(\"Capabilities\")(__v.asInstanceOf[js.Any]))\n      ChangeSetName.foreach(__v => __obj.updateDynamic(\"ChangeSetName\")(__v.asInstanceOf[js.Any]))\n      ClientToken.foreach(__v => __obj.updateDynamic(\"ClientToken\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      NotificationArns.foreach(__v => __obj.updateDynamic(\"NotificationArns\")(__v.asInstanceOf[js.Any]))\n      ParameterOverrides.foreach(__v => __obj.updateDynamic(\"ParameterOverrides\")(__v.asInstanceOf[js.Any]))\n      ResourceTypes.foreach(__v => __obj.updateDynamic(\"ResourceTypes\")(__v.asInstanceOf[js.Any]))\n      RollbackConfiguration.foreach(__v => __obj.updateDynamic(\"RollbackConfiguration\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFormationChangeSetRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationChangeSetResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var ChangeSetId: js.UndefOr[__string]\n    var SemanticVersion: js.UndefOr[__string]\n    var StackId: js.UndefOr[__string]\n  }\n\n  object CreateCloudFormationChangeSetResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        ChangeSetId: js.UndefOr[__string] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        StackId: js.UndefOr[__string] = js.undefined\n    ): CreateCloudFormationChangeSetResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      ChangeSetId.foreach(__v => __obj.updateDynamic(\"ChangeSetId\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      StackId.foreach(__v => __obj.updateDynamic(\"StackId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFormationChangeSetResponse]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationTemplateRequest extends js.Object {\n    var ApplicationId: __string\n    var SemanticVersion: js.UndefOr[__string]\n  }\n\n  object CreateCloudFormationTemplateRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        SemanticVersion: js.UndefOr[__string] = js.undefined\n    ): CreateCloudFormationTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFormationTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCloudFormationTemplateResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var ExpirationTime: js.UndefOr[__string]\n    var SemanticVersion: js.UndefOr[__string]\n    var Status: js.UndefOr[Status]\n    var TemplateId: js.UndefOr[__string]\n    var TemplateUrl: js.UndefOr[__string]\n  }\n\n  object CreateCloudFormationTemplateResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        ExpirationTime: js.UndefOr[__string] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TemplateId: js.UndefOr[__string] = js.undefined,\n        TemplateUrl: js.UndefOr[__string] = js.undefined\n    ): CreateCloudFormationTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ExpirationTime.foreach(__v => __obj.updateDynamic(\"ExpirationTime\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      TemplateUrl.foreach(__v => __obj.updateDynamic(\"TemplateUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCloudFormationTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteApplicationRequest extends js.Object {\n    var ApplicationId: __string\n  }\n\n  object DeleteApplicationRequest {\n    @inline\n    def apply(\n        ApplicationId: __string\n    ): DeleteApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait GetApplicationPolicyRequest extends js.Object {\n    var ApplicationId: __string\n  }\n\n  object GetApplicationPolicyRequest {\n    @inline\n    def apply(\n        ApplicationId: __string\n    ): GetApplicationPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetApplicationPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait GetApplicationPolicyResponse extends js.Object {\n    var Statements: js.UndefOr[__listOfApplicationPolicyStatement]\n  }\n\n  object GetApplicationPolicyResponse {\n    @inline\n    def apply(\n        Statements: js.UndefOr[__listOfApplicationPolicyStatement] = js.undefined\n    ): GetApplicationPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Statements.foreach(__v => __obj.updateDynamic(\"Statements\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationPolicyResponse]\n    }\n  }\n\n  @js.native\n  trait GetApplicationRequest extends js.Object {\n    var ApplicationId: __string\n    var SemanticVersion: js.UndefOr[__string]\n  }\n\n  object GetApplicationRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        SemanticVersion: js.UndefOr[__string] = js.undefined\n    ): GetApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait GetApplicationResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var Author: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HomePageUrl: js.UndefOr[__string]\n    var IsVerifiedAuthor: js.UndefOr[__boolean]\n    var Labels: js.UndefOr[__listOf__string]\n    var LicenseUrl: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var ReadmeUrl: js.UndefOr[__string]\n    var SpdxLicenseId: js.UndefOr[__string]\n    var VerifiedAuthorUrl: js.UndefOr[__string]\n    var Version: js.UndefOr[Version]\n  }\n\n  object GetApplicationResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        Author: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        IsVerifiedAuthor: js.UndefOr[__boolean] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        LicenseUrl: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        ReadmeUrl: js.UndefOr[__string] = js.undefined,\n        SpdxLicenseId: js.UndefOr[__string] = js.undefined,\n        VerifiedAuthorUrl: js.UndefOr[__string] = js.undefined,\n        Version: js.UndefOr[Version] = js.undefined\n    ): GetApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      IsVerifiedAuthor.foreach(__v => __obj.updateDynamic(\"IsVerifiedAuthor\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      LicenseUrl.foreach(__v => __obj.updateDynamic(\"LicenseUrl\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ReadmeUrl.foreach(__v => __obj.updateDynamic(\"ReadmeUrl\")(__v.asInstanceOf[js.Any]))\n      SpdxLicenseId.foreach(__v => __obj.updateDynamic(\"SpdxLicenseId\")(__v.asInstanceOf[js.Any]))\n      VerifiedAuthorUrl.foreach(__v => __obj.updateDynamic(\"VerifiedAuthorUrl\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetApplicationResponse]\n    }\n  }\n\n  @js.native\n  trait GetCloudFormationTemplateRequest extends js.Object {\n    var ApplicationId: __string\n    var TemplateId: __string\n  }\n\n  object GetCloudFormationTemplateRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        TemplateId: __string\n    ): GetCloudFormationTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"TemplateId\" -> TemplateId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetCloudFormationTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait GetCloudFormationTemplateResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var ExpirationTime: js.UndefOr[__string]\n    var SemanticVersion: js.UndefOr[__string]\n    var Status: js.UndefOr[Status]\n    var TemplateId: js.UndefOr[__string]\n    var TemplateUrl: js.UndefOr[__string]\n  }\n\n  object GetCloudFormationTemplateResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        ExpirationTime: js.UndefOr[__string] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        TemplateId: js.UndefOr[__string] = js.undefined,\n        TemplateUrl: js.UndefOr[__string] = js.undefined\n    ): GetCloudFormationTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      ExpirationTime.foreach(__v => __obj.updateDynamic(\"ExpirationTime\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TemplateId.foreach(__v => __obj.updateDynamic(\"TemplateId\")(__v.asInstanceOf[js.Any]))\n      TemplateUrl.foreach(__v => __obj.updateDynamic(\"TemplateUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetCloudFormationTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait ListApplicationDependenciesRequest extends js.Object {\n    var ApplicationId: __string\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[__string]\n    var SemanticVersion: js.UndefOr[__string]\n  }\n\n  object ListApplicationDependenciesRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined,\n        SemanticVersion: js.UndefOr[__string] = js.undefined\n    ): ListApplicationDependenciesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      SemanticVersion.foreach(__v => __obj.updateDynamic(\"SemanticVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationDependenciesRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationDependenciesResponse extends js.Object {\n    var Dependencies: js.UndefOr[__listOfApplicationDependencySummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListApplicationDependenciesResponse {\n    @inline\n    def apply(\n        Dependencies: js.UndefOr[__listOfApplicationDependencySummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListApplicationDependenciesResponse = {\n      val __obj = js.Dynamic.literal()\n      Dependencies.foreach(__v => __obj.updateDynamic(\"Dependencies\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationDependenciesResponse]\n    }\n  }\n\n  @js.native\n  trait ListApplicationVersionsRequest extends js.Object {\n    var ApplicationId: __string\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListApplicationVersionsRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListApplicationVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationVersionsResponse extends js.Object {\n    var NextToken: js.UndefOr[__string]\n    var Versions: js.UndefOr[__listOfVersionSummary]\n  }\n\n  object ListApplicationVersionsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[__string] = js.undefined,\n        Versions: js.UndefOr[__listOfVersionSummary] = js.undefined\n    ): ListApplicationVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Versions.foreach(__v => __obj.updateDynamic(\"Versions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsRequest extends js.Object {\n    var MaxItems: js.UndefOr[MaxItems]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListApplicationsRequest {\n    @inline\n    def apply(\n        MaxItems: js.UndefOr[MaxItems] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListApplicationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxItems.foreach(__v => __obj.updateDynamic(\"MaxItems\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationsResponse extends js.Object {\n    var Applications: js.UndefOr[__listOfApplicationSummary]\n    var NextToken: js.UndefOr[__string]\n  }\n\n  object ListApplicationsResponse {\n    @inline\n    def apply(\n        Applications: js.UndefOr[__listOfApplicationSummary] = js.undefined,\n        NextToken: js.UndefOr[__string] = js.undefined\n    ): ListApplicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      Applications.foreach(__v => __obj.updateDynamic(\"Applications\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationsResponse]\n    }\n  }\n\n  \/** Parameters supported by the application.\n    *\/\n  @js.native\n  trait ParameterDefinition extends js.Object {\n    var Name: __string\n    var ReferencedByResources: __listOf__string\n    var AllowedPattern: js.UndefOr[__string]\n    var AllowedValues: js.UndefOr[__listOf__string]\n    var ConstraintDescription: js.UndefOr[__string]\n    var DefaultValue: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var MaxLength: js.UndefOr[__integer]\n    var MaxValue: js.UndefOr[__integer]\n    var MinLength: js.UndefOr[__integer]\n    var MinValue: js.UndefOr[__integer]\n    var NoEcho: js.UndefOr[__boolean]\n    var Type: js.UndefOr[__string]\n  }\n\n  object ParameterDefinition {\n    @inline\n    def apply(\n        Name: __string,\n        ReferencedByResources: __listOf__string,\n        AllowedPattern: js.UndefOr[__string] = js.undefined,\n        AllowedValues: js.UndefOr[__listOf__string] = js.undefined,\n        ConstraintDescription: js.UndefOr[__string] = js.undefined,\n        DefaultValue: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        MaxLength: js.UndefOr[__integer] = js.undefined,\n        MaxValue: js.UndefOr[__integer] = js.undefined,\n        MinLength: js.UndefOr[__integer] = js.undefined,\n        MinValue: js.UndefOr[__integer] = js.undefined,\n        NoEcho: js.UndefOr[__boolean] = js.undefined,\n        Type: js.UndefOr[__string] = js.undefined\n    ): ParameterDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"ReferencedByResources\" -> ReferencedByResources.asInstanceOf[js.Any]\n      )\n\n      AllowedPattern.foreach(__v => __obj.updateDynamic(\"AllowedPattern\")(__v.asInstanceOf[js.Any]))\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ConstraintDescription.foreach(__v => __obj.updateDynamic(\"ConstraintDescription\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      MaxLength.foreach(__v => __obj.updateDynamic(\"MaxLength\")(__v.asInstanceOf[js.Any]))\n      MaxValue.foreach(__v => __obj.updateDynamic(\"MaxValue\")(__v.asInstanceOf[js.Any]))\n      MinLength.foreach(__v => __obj.updateDynamic(\"MinLength\")(__v.asInstanceOf[js.Any]))\n      MinValue.foreach(__v => __obj.updateDynamic(\"MinValue\")(__v.asInstanceOf[js.Any]))\n      NoEcho.foreach(__v => __obj.updateDynamic(\"NoEcho\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParameterDefinition]\n    }\n  }\n\n  \/** Parameter value of the application.\n    *\/\n  @js.native\n  trait ParameterValue extends js.Object {\n    var Name: __string\n    var Value: __string\n  }\n\n  object ParameterValue {\n    @inline\n    def apply(\n        Name: __string,\n        Value: __string\n    ): ParameterValue = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ParameterValue]\n    }\n  }\n\n  @js.native\n  trait PutApplicationPolicyRequest extends js.Object {\n    var ApplicationId: __string\n    var Statements: __listOfApplicationPolicyStatement\n  }\n\n  object PutApplicationPolicyRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        Statements: __listOfApplicationPolicyStatement\n    ): PutApplicationPolicyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"Statements\" -> Statements.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutApplicationPolicyRequest]\n    }\n  }\n\n  @js.native\n  trait PutApplicationPolicyResponse extends js.Object {\n    var Statements: js.UndefOr[__listOfApplicationPolicyStatement]\n  }\n\n  object PutApplicationPolicyResponse {\n    @inline\n    def apply(\n        Statements: js.UndefOr[__listOfApplicationPolicyStatement] = js.undefined\n    ): PutApplicationPolicyResponse = {\n      val __obj = js.Dynamic.literal()\n      Statements.foreach(__v => __obj.updateDynamic(\"Statements\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutApplicationPolicyResponse]\n    }\n  }\n\n  \/** <p>This property corresponds to the <i>AWS CloudFormation [[https:\/\/docs.aws.amazon.com\/goto\/WebAPI\/cloudformation-2010-05-15\/RollbackConfiguration|RollbackConfiguration]] <\/i> Data Type.<\/p>\n    *\/\n  @js.native\n  trait RollbackConfiguration extends js.Object {\n    var MonitoringTimeInMinutes: js.UndefOr[__integer]\n    var RollbackTriggers: js.UndefOr[__listOfRollbackTrigger]\n  }\n\n  object RollbackConfiguration {\n    @inline\n    def apply(\n        MonitoringTimeInMinutes: js.UndefOr[__integer] = js.undefined,\n        RollbackTriggers: js.UndefOr[__listOfRollbackTrigger] = js.undefined\n    ): RollbackConfiguration = {\n      val __obj = js.Dynamic.literal()\n      MonitoringTimeInMinutes.foreach(__v => __obj.updateDynamic(\"MonitoringTimeInMinutes\")(__v.asInstanceOf[js.Any]))\n      RollbackTriggers.foreach(__v => __obj.updateDynamic(\"RollbackTriggers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RollbackConfiguration]\n    }\n  }\n\n  \/** <p>This property corresponds to the <i>AWS CloudFormation [[https:\/\/docs.aws.amazon.com\/goto\/WebAPI\/cloudformation-2010-05-15\/RollbackTrigger|RollbackTrigger]] <\/i> Data Type.<\/p>\n    *\/\n  @js.native\n  trait RollbackTrigger extends js.Object {\n    var Arn: __string\n    var Type: __string\n  }\n\n  object RollbackTrigger {\n    @inline\n    def apply(\n        Arn: __string,\n        Type: __string\n    ): RollbackTrigger = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RollbackTrigger]\n    }\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val PREPARING = \"PREPARING\".asInstanceOf[Status]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[Status]\n    val EXPIRED = \"EXPIRED\".asInstanceOf[Status]\n\n    @inline def values = js.Array(PREPARING, ACTIVE, EXPIRED)\n  }\n\n  \/** <p>This property corresponds to the <i>AWS CloudFormation [[https:\/\/docs.aws.amazon.com\/goto\/WebAPI\/cloudformation-2010-05-15\/Tag|Tag]] <\/i> Data Type.<\/p>\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: __string\n    var Value: __string\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: __string,\n        Value: __string\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait UnshareApplicationRequest extends js.Object {\n    var ApplicationId: __string\n    var OrganizationId: __string\n  }\n\n  object UnshareApplicationRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        OrganizationId: __string\n    ): UnshareApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"OrganizationId\" -> OrganizationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UnshareApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationRequest extends js.Object {\n    var ApplicationId: __string\n    var Author: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HomePageUrl: js.UndefOr[__string]\n    var Labels: js.UndefOr[__listOf__string]\n    var ReadmeBody: js.UndefOr[__string]\n    var ReadmeUrl: js.UndefOr[__string]\n  }\n\n  object UpdateApplicationRequest {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        Author: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        ReadmeBody: js.UndefOr[__string] = js.undefined,\n        ReadmeUrl: js.UndefOr[__string] = js.undefined\n    ): UpdateApplicationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      ReadmeBody.foreach(__v => __obj.updateDynamic(\"ReadmeBody\")(__v.asInstanceOf[js.Any]))\n      ReadmeUrl.foreach(__v => __obj.updateDynamic(\"ReadmeUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateApplicationResponse extends js.Object {\n    var ApplicationId: js.UndefOr[__string]\n    var Author: js.UndefOr[__string]\n    var CreationTime: js.UndefOr[__string]\n    var Description: js.UndefOr[__string]\n    var HomePageUrl: js.UndefOr[__string]\n    var IsVerifiedAuthor: js.UndefOr[__boolean]\n    var Labels: js.UndefOr[__listOf__string]\n    var LicenseUrl: js.UndefOr[__string]\n    var Name: js.UndefOr[__string]\n    var ReadmeUrl: js.UndefOr[__string]\n    var SpdxLicenseId: js.UndefOr[__string]\n    var VerifiedAuthorUrl: js.UndefOr[__string]\n    var Version: js.UndefOr[Version]\n  }\n\n  object UpdateApplicationResponse {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[__string] = js.undefined,\n        Author: js.UndefOr[__string] = js.undefined,\n        CreationTime: js.UndefOr[__string] = js.undefined,\n        Description: js.UndefOr[__string] = js.undefined,\n        HomePageUrl: js.UndefOr[__string] = js.undefined,\n        IsVerifiedAuthor: js.UndefOr[__boolean] = js.undefined,\n        Labels: js.UndefOr[__listOf__string] = js.undefined,\n        LicenseUrl: js.UndefOr[__string] = js.undefined,\n        Name: js.UndefOr[__string] = js.undefined,\n        ReadmeUrl: js.UndefOr[__string] = js.undefined,\n        SpdxLicenseId: js.UndefOr[__string] = js.undefined,\n        VerifiedAuthorUrl: js.UndefOr[__string] = js.undefined,\n        Version: js.UndefOr[Version] = js.undefined\n    ): UpdateApplicationResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      Author.foreach(__v => __obj.updateDynamic(\"Author\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      HomePageUrl.foreach(__v => __obj.updateDynamic(\"HomePageUrl\")(__v.asInstanceOf[js.Any]))\n      IsVerifiedAuthor.foreach(__v => __obj.updateDynamic(\"IsVerifiedAuthor\")(__v.asInstanceOf[js.Any]))\n      Labels.foreach(__v => __obj.updateDynamic(\"Labels\")(__v.asInstanceOf[js.Any]))\n      LicenseUrl.foreach(__v => __obj.updateDynamic(\"LicenseUrl\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      ReadmeUrl.foreach(__v => __obj.updateDynamic(\"ReadmeUrl\")(__v.asInstanceOf[js.Any]))\n      SpdxLicenseId.foreach(__v => __obj.updateDynamic(\"SpdxLicenseId\")(__v.asInstanceOf[js.Any]))\n      VerifiedAuthorUrl.foreach(__v => __obj.updateDynamic(\"VerifiedAuthorUrl\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateApplicationResponse]\n    }\n  }\n\n  \/** Application version details.\n    *\/\n  @js.native\n  trait Version extends js.Object {\n    var ApplicationId: __string\n    var CreationTime: __string\n    var ParameterDefinitions: __listOfParameterDefinition\n    var RequiredCapabilities: __listOfCapability\n    var ResourcesSupported: __boolean\n    var SemanticVersion: __string\n    var TemplateUrl: __string\n    var SourceCodeArchiveUrl: js.UndefOr[__string]\n    var SourceCodeUrl: js.UndefOr[__string]\n  }\n\n  object Version {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        CreationTime: __string,\n        ParameterDefinitions: __listOfParameterDefinition,\n        RequiredCapabilities: __listOfCapability,\n        ResourcesSupported: __boolean,\n        SemanticVersion: __string,\n        TemplateUrl: __string,\n        SourceCodeArchiveUrl: js.UndefOr[__string] = js.undefined,\n        SourceCodeUrl: js.UndefOr[__string] = js.undefined\n    ): Version = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"ParameterDefinitions\" -> ParameterDefinitions.asInstanceOf[js.Any],\n        \"RequiredCapabilities\" -> RequiredCapabilities.asInstanceOf[js.Any],\n        \"ResourcesSupported\" -> ResourcesSupported.asInstanceOf[js.Any],\n        \"SemanticVersion\" -> SemanticVersion.asInstanceOf[js.Any],\n        \"TemplateUrl\" -> TemplateUrl.asInstanceOf[js.Any]\n      )\n\n      SourceCodeArchiveUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeArchiveUrl\")(__v.asInstanceOf[js.Any]))\n      SourceCodeUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Version]\n    }\n  }\n\n  \/** An application version summary.\n    *\/\n  @js.native\n  trait VersionSummary extends js.Object {\n    var ApplicationId: __string\n    var CreationTime: __string\n    var SemanticVersion: __string\n    var SourceCodeUrl: js.UndefOr[__string]\n  }\n\n  object VersionSummary {\n    @inline\n    def apply(\n        ApplicationId: __string,\n        CreationTime: __string,\n        SemanticVersion: __string,\n        SourceCodeUrl: js.UndefOr[__string] = js.undefined\n    ): VersionSummary = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"CreationTime\" -> CreationTime.asInstanceOf[js.Any],\n        \"SemanticVersion\" -> SemanticVersion.asInstanceOf[js.Any]\n      )\n\n      SourceCodeUrl.foreach(__v => __obj.updateDynamic(\"SourceCodeUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VersionSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/sagemakerfeaturestoreruntime\/src\/main\/scala\/facade\/amazonaws\/services\/SageMakerFeatureStoreRuntime.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object sagemakerfeaturestoreruntime {\n  type FeatureGroupName = String\n  type FeatureName = String\n  type FeatureNames = js.Array[FeatureName]\n  type Record = js.Array[FeatureValue]\n  type ValueAsString = String\n\n  implicit final class SageMakerFeatureStoreRuntimeOps(private val service: SageMakerFeatureStoreRuntime) extends AnyVal {\n\n    @inline def deleteRecordFuture(params: DeleteRecordRequest): Future[js.Object] = service.deleteRecord(params).promise().toFuture\n    @inline def getRecordFuture(params: GetRecordRequest): Future[GetRecordResponse] = service.getRecord(params).promise().toFuture\n    @inline def putRecordFuture(params: PutRecordRequest): Future[js.Object] = service.putRecord(params).promise().toFuture\n\n  }\n}\n\npackage sagemakerfeaturestoreruntime {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/sagemakerfeaturestoreruntime\", JSImport.Namespace, \"AWS.SageMakerFeatureStoreRuntime\")\n  class SageMakerFeatureStoreRuntime() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def deleteRecord(params: DeleteRecordRequest): Request[js.Object] = js.native\n    def getRecord(params: GetRecordRequest): Request[GetRecordResponse] = js.native\n    def putRecord(params: PutRecordRequest): Request[js.Object] = js.native\n  }\n\n  @js.native\n  trait DeleteRecordRequest extends js.Object {\n    var EventTime: ValueAsString\n    var FeatureGroupName: FeatureGroupName\n    var RecordIdentifierValueAsString: ValueAsString\n  }\n\n  object DeleteRecordRequest {\n    @inline\n    def apply(\n        EventTime: ValueAsString,\n        FeatureGroupName: FeatureGroupName,\n        RecordIdentifierValueAsString: ValueAsString\n    ): DeleteRecordRequest = {\n      val __obj = js.Dynamic.literal(\n        \"EventTime\" -> EventTime.asInstanceOf[js.Any],\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any],\n        \"RecordIdentifierValueAsString\" -> RecordIdentifierValueAsString.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteRecordRequest]\n    }\n  }\n\n  \/** The value associated with a feature.\n    *\/\n  @js.native\n  trait FeatureValue extends js.Object {\n    var FeatureName: FeatureName\n    var ValueAsString: ValueAsString\n  }\n\n  object FeatureValue {\n    @inline\n    def apply(\n        FeatureName: FeatureName,\n        ValueAsString: ValueAsString\n    ): FeatureValue = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureName\" -> FeatureName.asInstanceOf[js.Any],\n        \"ValueAsString\" -> ValueAsString.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FeatureValue]\n    }\n  }\n\n  @js.native\n  trait GetRecordRequest extends js.Object {\n    var FeatureGroupName: FeatureGroupName\n    var RecordIdentifierValueAsString: ValueAsString\n    var FeatureNames: js.UndefOr[FeatureNames]\n  }\n\n  object GetRecordRequest {\n    @inline\n    def apply(\n        FeatureGroupName: FeatureGroupName,\n        RecordIdentifierValueAsString: ValueAsString,\n        FeatureNames: js.UndefOr[FeatureNames] = js.undefined\n    ): GetRecordRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any],\n        \"RecordIdentifierValueAsString\" -> RecordIdentifierValueAsString.asInstanceOf[js.Any]\n      )\n\n      FeatureNames.foreach(__v => __obj.updateDynamic(\"FeatureNames\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordRequest]\n    }\n  }\n\n  @js.native\n  trait GetRecordResponse extends js.Object {\n    var Record: js.UndefOr[Record]\n  }\n\n  object GetRecordResponse {\n    @inline\n    def apply(\n        Record: js.UndefOr[Record] = js.undefined\n    ): GetRecordResponse = {\n      val __obj = js.Dynamic.literal()\n      Record.foreach(__v => __obj.updateDynamic(\"Record\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetRecordResponse]\n    }\n  }\n\n  @js.native\n  trait PutRecordRequest extends js.Object {\n    var FeatureGroupName: FeatureGroupName\n    var Record: Record\n  }\n\n  object PutRecordRequest {\n    @inline\n    def apply(\n        FeatureGroupName: FeatureGroupName,\n        Record: Record\n    ): PutRecordRequest = {\n      val __obj = js.Dynamic.literal(\n        \"FeatureGroupName\" -> FeatureGroupName.asInstanceOf[js.Any],\n        \"Record\" -> Record.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRecordRequest]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/support\/src\/main\/scala\/facade\/amazonaws\/services\/Support.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object support {\n  type AfterTime = String\n  type AttachmentId = String\n  type AttachmentSet = js.Array[AttachmentDetails]\n  type AttachmentSetId = String\n  type Attachments = js.Array[Attachment]\n  type BeforeTime = String\n  type CaseId = String\n  type CaseIdList = js.Array[CaseId]\n  type CaseList = js.Array[CaseDetails]\n  type CaseStatus = String\n  type CategoryCode = String\n  type CategoryList = js.Array[Category]\n  type CategoryName = String\n  type CcEmailAddress = String\n  type CcEmailAddressList = js.Array[CcEmailAddress]\n  type CommunicationBody = String\n  type CommunicationList = js.Array[Communication]\n  type Data = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type DisplayId = String\n  type ExpiryTime = String\n  type FileName = String\n  type IncludeCommunications = Boolean\n  type IncludeResolvedCases = Boolean\n  type IssueType = String\n  type Language = String\n  type MaxResults = Int\n  type NextToken = String\n  type Result = Boolean\n  type ServiceCode = String\n  type ServiceCodeList = js.Array[ServiceCode]\n  type ServiceList = js.Array[Service]\n  type ServiceName = String\n  type SeverityCode = String\n  type SeverityLevelCode = String\n  type SeverityLevelName = String\n  type SeverityLevelsList = js.Array[SeverityLevel]\n  type Status = String\n  type StringList = js.Array[String]\n  type Subject = String\n  type SubmittedBy = String\n  type TimeCreated = String\n  type TrustedAdvisorCheckList = js.Array[TrustedAdvisorCheckDescription]\n  type TrustedAdvisorCheckRefreshStatusList = js.Array[TrustedAdvisorCheckRefreshStatus]\n  type TrustedAdvisorCheckSummaryList = js.Array[TrustedAdvisorCheckSummary]\n  type TrustedAdvisorResourceDetailList = js.Array[TrustedAdvisorResourceDetail]\n\n  implicit final class SupportOps(private val service: Support) extends AnyVal {\n\n    @inline def addAttachmentsToSetFuture(params: AddAttachmentsToSetRequest): Future[AddAttachmentsToSetResponse] = service.addAttachmentsToSet(params).promise().toFuture\n    @inline def addCommunicationToCaseFuture(params: AddCommunicationToCaseRequest): Future[AddCommunicationToCaseResponse] = service.addCommunicationToCase(params).promise().toFuture\n    @inline def createCaseFuture(params: CreateCaseRequest): Future[CreateCaseResponse] = service.createCase(params).promise().toFuture\n    @inline def describeAttachmentFuture(params: DescribeAttachmentRequest): Future[DescribeAttachmentResponse] = service.describeAttachment(params).promise().toFuture\n    @inline def describeCasesFuture(params: DescribeCasesRequest): Future[DescribeCasesResponse] = service.describeCases(params).promise().toFuture\n    @inline def describeCommunicationsFuture(params: DescribeCommunicationsRequest): Future[DescribeCommunicationsResponse] = service.describeCommunications(params).promise().toFuture\n    @inline def describeServicesFuture(params: DescribeServicesRequest): Future[DescribeServicesResponse] = service.describeServices(params).promise().toFuture\n    @inline def describeSeverityLevelsFuture(params: DescribeSeverityLevelsRequest): Future[DescribeSeverityLevelsResponse] = service.describeSeverityLevels(params).promise().toFuture\n    @inline def describeTrustedAdvisorCheckRefreshStatusesFuture(params: DescribeTrustedAdvisorCheckRefreshStatusesRequest): Future[DescribeTrustedAdvisorCheckRefreshStatusesResponse] = service.describeTrustedAdvisorCheckRefreshStatuses(params).promise().toFuture\n    @inline def describeTrustedAdvisorCheckResultFuture(params: DescribeTrustedAdvisorCheckResultRequest): Future[DescribeTrustedAdvisorCheckResultResponse] = service.describeTrustedAdvisorCheckResult(params).promise().toFuture\n    @inline def describeTrustedAdvisorCheckSummariesFuture(params: DescribeTrustedAdvisorCheckSummariesRequest): Future[DescribeTrustedAdvisorCheckSummariesResponse] = service.describeTrustedAdvisorCheckSummaries(params).promise().toFuture\n    @inline def describeTrustedAdvisorChecksFuture(params: DescribeTrustedAdvisorChecksRequest): Future[DescribeTrustedAdvisorChecksResponse] = service.describeTrustedAdvisorChecks(params).promise().toFuture\n    @inline def refreshTrustedAdvisorCheckFuture(params: RefreshTrustedAdvisorCheckRequest): Future[RefreshTrustedAdvisorCheckResponse] = service.refreshTrustedAdvisorCheck(params).promise().toFuture\n    @inline def resolveCaseFuture(params: ResolveCaseRequest): Future[ResolveCaseResponse] = service.resolveCase(params).promise().toFuture\n\n  }\n}\n\npackage support {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/support\", JSImport.Namespace, \"AWS.Support\")\n  class Support() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addAttachmentsToSet(params: AddAttachmentsToSetRequest): Request[AddAttachmentsToSetResponse] = js.native\n    def addCommunicationToCase(params: AddCommunicationToCaseRequest): Request[AddCommunicationToCaseResponse] = js.native\n    def createCase(params: CreateCaseRequest): Request[CreateCaseResponse] = js.native\n    def describeAttachment(params: DescribeAttachmentRequest): Request[DescribeAttachmentResponse] = js.native\n    def describeCases(params: DescribeCasesRequest): Request[DescribeCasesResponse] = js.native\n    def describeCommunications(params: DescribeCommunicationsRequest): Request[DescribeCommunicationsResponse] = js.native\n    def describeServices(params: DescribeServicesRequest): Request[DescribeServicesResponse] = js.native\n    def describeSeverityLevels(params: DescribeSeverityLevelsRequest): Request[DescribeSeverityLevelsResponse] = js.native\n    def describeTrustedAdvisorCheckRefreshStatuses(params: DescribeTrustedAdvisorCheckRefreshStatusesRequest): Request[DescribeTrustedAdvisorCheckRefreshStatusesResponse] = js.native\n    def describeTrustedAdvisorCheckResult(params: DescribeTrustedAdvisorCheckResultRequest): Request[DescribeTrustedAdvisorCheckResultResponse] = js.native\n    def describeTrustedAdvisorCheckSummaries(params: DescribeTrustedAdvisorCheckSummariesRequest): Request[DescribeTrustedAdvisorCheckSummariesResponse] = js.native\n    def describeTrustedAdvisorChecks(params: DescribeTrustedAdvisorChecksRequest): Request[DescribeTrustedAdvisorChecksResponse] = js.native\n    def refreshTrustedAdvisorCheck(params: RefreshTrustedAdvisorCheckRequest): Request[RefreshTrustedAdvisorCheckResponse] = js.native\n    def resolveCase(params: ResolveCaseRequest): Request[ResolveCaseResponse] = js.native\n  }\n\n  @js.native\n  trait AddAttachmentsToSetRequest extends js.Object {\n    var attachments: Attachments\n    var attachmentSetId: js.UndefOr[AttachmentSetId]\n  }\n\n  object AddAttachmentsToSetRequest {\n    @inline\n    def apply(\n        attachments: Attachments,\n        attachmentSetId: js.UndefOr[AttachmentSetId] = js.undefined\n    ): AddAttachmentsToSetRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attachments\" -> attachments.asInstanceOf[js.Any]\n      )\n\n      attachmentSetId.foreach(__v => __obj.updateDynamic(\"attachmentSetId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddAttachmentsToSetRequest]\n    }\n  }\n\n  \/** The ID and expiry time of the attachment set returned by the <a>AddAttachmentsToSet<\/a> operation.\n    *\/\n  @js.native\n  trait AddAttachmentsToSetResponse extends js.Object {\n    var attachmentSetId: js.UndefOr[AttachmentSetId]\n    var expiryTime: js.UndefOr[ExpiryTime]\n  }\n\n  object AddAttachmentsToSetResponse {\n    @inline\n    def apply(\n        attachmentSetId: js.UndefOr[AttachmentSetId] = js.undefined,\n        expiryTime: js.UndefOr[ExpiryTime] = js.undefined\n    ): AddAttachmentsToSetResponse = {\n      val __obj = js.Dynamic.literal()\n      attachmentSetId.foreach(__v => __obj.updateDynamic(\"attachmentSetId\")(__v.asInstanceOf[js.Any]))\n      expiryTime.foreach(__v => __obj.updateDynamic(\"expiryTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddAttachmentsToSetResponse]\n    }\n  }\n\n  @js.native\n  trait AddCommunicationToCaseRequest extends js.Object {\n    var communicationBody: CommunicationBody\n    var attachmentSetId: js.UndefOr[AttachmentSetId]\n    var caseId: js.UndefOr[CaseId]\n    var ccEmailAddresses: js.UndefOr[CcEmailAddressList]\n  }\n\n  object AddCommunicationToCaseRequest {\n    @inline\n    def apply(\n        communicationBody: CommunicationBody,\n        attachmentSetId: js.UndefOr[AttachmentSetId] = js.undefined,\n        caseId: js.UndefOr[CaseId] = js.undefined,\n        ccEmailAddresses: js.UndefOr[CcEmailAddressList] = js.undefined\n    ): AddCommunicationToCaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"communicationBody\" -> communicationBody.asInstanceOf[js.Any]\n      )\n\n      attachmentSetId.foreach(__v => __obj.updateDynamic(\"attachmentSetId\")(__v.asInstanceOf[js.Any]))\n      caseId.foreach(__v => __obj.updateDynamic(\"caseId\")(__v.asInstanceOf[js.Any]))\n      ccEmailAddresses.foreach(__v => __obj.updateDynamic(\"ccEmailAddresses\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddCommunicationToCaseRequest]\n    }\n  }\n\n  \/** The result of the <a>AddCommunicationToCase<\/a> operation.\n    *\/\n  @js.native\n  trait AddCommunicationToCaseResponse extends js.Object {\n    var result: js.UndefOr[Result]\n  }\n\n  object AddCommunicationToCaseResponse {\n    @inline\n    def apply(\n        result: js.UndefOr[Result] = js.undefined\n    ): AddCommunicationToCaseResponse = {\n      val __obj = js.Dynamic.literal()\n      result.foreach(__v => __obj.updateDynamic(\"result\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddCommunicationToCaseResponse]\n    }\n  }\n\n  \/** An attachment to a case communication. The attachment consists of the file name and the content of the file.\n    *\/\n  @js.native\n  trait Attachment extends js.Object {\n    var data: js.UndefOr[Data]\n    var fileName: js.UndefOr[FileName]\n  }\n\n  object Attachment {\n    @inline\n    def apply(\n        data: js.UndefOr[Data] = js.undefined,\n        fileName: js.UndefOr[FileName] = js.undefined\n    ): Attachment = {\n      val __obj = js.Dynamic.literal()\n      data.foreach(__v => __obj.updateDynamic(\"data\")(__v.asInstanceOf[js.Any]))\n      fileName.foreach(__v => __obj.updateDynamic(\"fileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Attachment]\n    }\n  }\n\n  \/** The file name and ID of an attachment to a case communication. You can use the ID to retrieve the attachment with the <a>DescribeAttachment<\/a> operation.\n    *\/\n  @js.native\n  trait AttachmentDetails extends js.Object {\n    var attachmentId: js.UndefOr[AttachmentId]\n    var fileName: js.UndefOr[FileName]\n  }\n\n  object AttachmentDetails {\n    @inline\n    def apply(\n        attachmentId: js.UndefOr[AttachmentId] = js.undefined,\n        fileName: js.UndefOr[FileName] = js.undefined\n    ): AttachmentDetails = {\n      val __obj = js.Dynamic.literal()\n      attachmentId.foreach(__v => __obj.updateDynamic(\"attachmentId\")(__v.asInstanceOf[js.Any]))\n      fileName.foreach(__v => __obj.updateDynamic(\"fileName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AttachmentDetails]\n    }\n  }\n\n  \/** A JSON-formatted object that contains the metadata for a support case. It is contained in the response from a <a>DescribeCases<\/a> request. ```CaseDetails``` contains the following fields: * ```caseId.``` The AWS Support case ID requested or returned in the call. The case ID is an alphanumeric string formatted as shown in this example: case-<i>12345678910-2013-c4c1d2bf33c5cf47<\/i>. * ```categoryCode.``` The category of problem for the AWS Support case. Corresponds to the CategoryCode values returned by a call to <a>DescribeServices<\/a>. * ```displayId.``` The identifier for the case on pages in the AWS Support Center. * ```language.``` The ISO 639-1 code for the language in which AWS provides support. AWS Support currently supports English (\"en\") and Japanese (\"ja\"). Language parameters must be passed explicitly for operations that take them. * ```nextToken.``` A resumption point for pagination. * ```recentCommunications.``` One or more <a>Communication<\/a> objects. Fields of\n    * these objects are <code>attachments<\/code>, <code>body<\/code>, <code>caseId<\/code>, <code>submittedBy<\/code>, and <code>timeCreated<\/code>. * ```serviceCode.``` The identifier for the AWS service that corresponds to the service code defined in the call to <a>DescribeServices<\/a>. * ```severityCode.``` The severity code assigned to the case. Contains one of the values returned by the call to <a>DescribeSeverityLevels<\/a>. The possible values are: <code>low<\/code>, <code>normal<\/code>, <code>high<\/code>, <code>urgent<\/code>, and <code>critical<\/code>. * ```status.``` The status of the case in the AWS Support Center. Valid values: <li> <code>opened<\/code> * <code>pending-customer-action<\/code> * <code>reopened<\/code> * <code>resolved<\/code> * <code>unassigned<\/code> * <code>work-in-progress<\/code> <\/li> * ```subject.``` The subject line of the case. * ```submittedBy.``` The email address of the account that submitted the case. * ```timeCreated.``` The time the case was created, in\n    * ISO-8601 format.\n    *\/\n  @js.native\n  trait CaseDetails extends js.Object {\n    var caseId: js.UndefOr[CaseId]\n    var categoryCode: js.UndefOr[CategoryCode]\n    var ccEmailAddresses: js.UndefOr[CcEmailAddressList]\n    var displayId: js.UndefOr[DisplayId]\n    var language: js.UndefOr[Language]\n    var recentCommunications: js.UndefOr[RecentCaseCommunications]\n    var serviceCode: js.UndefOr[ServiceCode]\n    var severityCode: js.UndefOr[SeverityCode]\n    var status: js.UndefOr[Status]\n    var subject: js.UndefOr[Subject]\n    var submittedBy: js.UndefOr[SubmittedBy]\n    var timeCreated: js.UndefOr[TimeCreated]\n  }\n\n  object CaseDetails {\n    @inline\n    def apply(\n        caseId: js.UndefOr[CaseId] = js.undefined,\n        categoryCode: js.UndefOr[CategoryCode] = js.undefined,\n        ccEmailAddresses: js.UndefOr[CcEmailAddressList] = js.undefined,\n        displayId: js.UndefOr[DisplayId] = js.undefined,\n        language: js.UndefOr[Language] = js.undefined,\n        recentCommunications: js.UndefOr[RecentCaseCommunications] = js.undefined,\n        serviceCode: js.UndefOr[ServiceCode] = js.undefined,\n        severityCode: js.UndefOr[SeverityCode] = js.undefined,\n        status: js.UndefOr[Status] = js.undefined,\n        subject: js.UndefOr[Subject] = js.undefined,\n        submittedBy: js.UndefOr[SubmittedBy] = js.undefined,\n        timeCreated: js.UndefOr[TimeCreated] = js.undefined\n    ): CaseDetails = {\n      val __obj = js.Dynamic.literal()\n      caseId.foreach(__v => __obj.updateDynamic(\"caseId\")(__v.asInstanceOf[js.Any]))\n      categoryCode.foreach(__v => __obj.updateDynamic(\"categoryCode\")(__v.asInstanceOf[js.Any]))\n      ccEmailAddresses.foreach(__v => __obj.updateDynamic(\"ccEmailAddresses\")(__v.asInstanceOf[js.Any]))\n      displayId.foreach(__v => __obj.updateDynamic(\"displayId\")(__v.asInstanceOf[js.Any]))\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      recentCommunications.foreach(__v => __obj.updateDynamic(\"recentCommunications\")(__v.asInstanceOf[js.Any]))\n      serviceCode.foreach(__v => __obj.updateDynamic(\"serviceCode\")(__v.asInstanceOf[js.Any]))\n      severityCode.foreach(__v => __obj.updateDynamic(\"severityCode\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      subject.foreach(__v => __obj.updateDynamic(\"subject\")(__v.asInstanceOf[js.Any]))\n      submittedBy.foreach(__v => __obj.updateDynamic(\"submittedBy\")(__v.asInstanceOf[js.Any]))\n      timeCreated.foreach(__v => __obj.updateDynamic(\"timeCreated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CaseDetails]\n    }\n  }\n\n  \/** A JSON-formatted name\/value pair that represents the category name and category code of the problem, selected from the <a>DescribeServices<\/a> response for each AWS service.\n    *\/\n  @js.native\n  trait Category extends js.Object {\n    var code: js.UndefOr[CategoryCode]\n    var name: js.UndefOr[CategoryName]\n  }\n\n  object Category {\n    @inline\n    def apply(\n        code: js.UndefOr[CategoryCode] = js.undefined,\n        name: js.UndefOr[CategoryName] = js.undefined\n    ): Category = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Category]\n    }\n  }\n\n  \/** A communication associated with an AWS Support case. The communication consists of the case ID, the message body, attachment information, the submitter of the communication, and the date and time of the communication.\n    *\/\n  @js.native\n  trait Communication extends js.Object {\n    var attachmentSet: js.UndefOr[AttachmentSet]\n    var body: js.UndefOr[CommunicationBody]\n    var caseId: js.UndefOr[CaseId]\n    var submittedBy: js.UndefOr[SubmittedBy]\n    var timeCreated: js.UndefOr[TimeCreated]\n  }\n\n  object Communication {\n    @inline\n    def apply(\n        attachmentSet: js.UndefOr[AttachmentSet] = js.undefined,\n        body: js.UndefOr[CommunicationBody] = js.undefined,\n        caseId: js.UndefOr[CaseId] = js.undefined,\n        submittedBy: js.UndefOr[SubmittedBy] = js.undefined,\n        timeCreated: js.UndefOr[TimeCreated] = js.undefined\n    ): Communication = {\n      val __obj = js.Dynamic.literal()\n      attachmentSet.foreach(__v => __obj.updateDynamic(\"attachmentSet\")(__v.asInstanceOf[js.Any]))\n      body.foreach(__v => __obj.updateDynamic(\"body\")(__v.asInstanceOf[js.Any]))\n      caseId.foreach(__v => __obj.updateDynamic(\"caseId\")(__v.asInstanceOf[js.Any]))\n      submittedBy.foreach(__v => __obj.updateDynamic(\"submittedBy\")(__v.asInstanceOf[js.Any]))\n      timeCreated.foreach(__v => __obj.updateDynamic(\"timeCreated\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Communication]\n    }\n  }\n\n  @js.native\n  trait CreateCaseRequest extends js.Object {\n    var communicationBody: CommunicationBody\n    var subject: Subject\n    var attachmentSetId: js.UndefOr[AttachmentSetId]\n    var categoryCode: js.UndefOr[CategoryCode]\n    var ccEmailAddresses: js.UndefOr[CcEmailAddressList]\n    var issueType: js.UndefOr[IssueType]\n    var language: js.UndefOr[Language]\n    var serviceCode: js.UndefOr[ServiceCode]\n    var severityCode: js.UndefOr[SeverityCode]\n  }\n\n  object CreateCaseRequest {\n    @inline\n    def apply(\n        communicationBody: CommunicationBody,\n        subject: Subject,\n        attachmentSetId: js.UndefOr[AttachmentSetId] = js.undefined,\n        categoryCode: js.UndefOr[CategoryCode] = js.undefined,\n        ccEmailAddresses: js.UndefOr[CcEmailAddressList] = js.undefined,\n        issueType: js.UndefOr[IssueType] = js.undefined,\n        language: js.UndefOr[Language] = js.undefined,\n        serviceCode: js.UndefOr[ServiceCode] = js.undefined,\n        severityCode: js.UndefOr[SeverityCode] = js.undefined\n    ): CreateCaseRequest = {\n      val __obj = js.Dynamic.literal(\n        \"communicationBody\" -> communicationBody.asInstanceOf[js.Any],\n        \"subject\" -> subject.asInstanceOf[js.Any]\n      )\n\n      attachmentSetId.foreach(__v => __obj.updateDynamic(\"attachmentSetId\")(__v.asInstanceOf[js.Any]))\n      categoryCode.foreach(__v => __obj.updateDynamic(\"categoryCode\")(__v.asInstanceOf[js.Any]))\n      ccEmailAddresses.foreach(__v => __obj.updateDynamic(\"ccEmailAddresses\")(__v.asInstanceOf[js.Any]))\n      issueType.foreach(__v => __obj.updateDynamic(\"issueType\")(__v.asInstanceOf[js.Any]))\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      serviceCode.foreach(__v => __obj.updateDynamic(\"serviceCode\")(__v.asInstanceOf[js.Any]))\n      severityCode.foreach(__v => __obj.updateDynamic(\"severityCode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCaseRequest]\n    }\n  }\n\n  \/** The AWS Support case ID returned by a successful completion of the <a>CreateCase<\/a> operation.\n    *\/\n  @js.native\n  trait CreateCaseResponse extends js.Object {\n    var caseId: js.UndefOr[CaseId]\n  }\n\n  object CreateCaseResponse {\n    @inline\n    def apply(\n        caseId: js.UndefOr[CaseId] = js.undefined\n    ): CreateCaseResponse = {\n      val __obj = js.Dynamic.literal()\n      caseId.foreach(__v => __obj.updateDynamic(\"caseId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCaseResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeAttachmentRequest extends js.Object {\n    var attachmentId: AttachmentId\n  }\n\n  object DescribeAttachmentRequest {\n    @inline\n    def apply(\n        attachmentId: AttachmentId\n    ): DescribeAttachmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"attachmentId\" -> attachmentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeAttachmentRequest]\n    }\n  }\n\n  \/** The content and file name of the attachment returned by the <a>DescribeAttachment<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeAttachmentResponse extends js.Object {\n    var attachment: js.UndefOr[Attachment]\n  }\n\n  object DescribeAttachmentResponse {\n    @inline\n    def apply(\n        attachment: js.UndefOr[Attachment] = js.undefined\n    ): DescribeAttachmentResponse = {\n      val __obj = js.Dynamic.literal()\n      attachment.foreach(__v => __obj.updateDynamic(\"attachment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeAttachmentResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCasesRequest extends js.Object {\n    var afterTime: js.UndefOr[AfterTime]\n    var beforeTime: js.UndefOr[BeforeTime]\n    var caseIdList: js.UndefOr[CaseIdList]\n    var displayId: js.UndefOr[DisplayId]\n    var includeCommunications: js.UndefOr[IncludeCommunications]\n    var includeResolvedCases: js.UndefOr[IncludeResolvedCases]\n    var language: js.UndefOr[Language]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeCasesRequest {\n    @inline\n    def apply(\n        afterTime: js.UndefOr[AfterTime] = js.undefined,\n        beforeTime: js.UndefOr[BeforeTime] = js.undefined,\n        caseIdList: js.UndefOr[CaseIdList] = js.undefined,\n        displayId: js.UndefOr[DisplayId] = js.undefined,\n        includeCommunications: js.UndefOr[IncludeCommunications] = js.undefined,\n        includeResolvedCases: js.UndefOr[IncludeResolvedCases] = js.undefined,\n        language: js.UndefOr[Language] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeCasesRequest = {\n      val __obj = js.Dynamic.literal()\n      afterTime.foreach(__v => __obj.updateDynamic(\"afterTime\")(__v.asInstanceOf[js.Any]))\n      beforeTime.foreach(__v => __obj.updateDynamic(\"beforeTime\")(__v.asInstanceOf[js.Any]))\n      caseIdList.foreach(__v => __obj.updateDynamic(\"caseIdList\")(__v.asInstanceOf[js.Any]))\n      displayId.foreach(__v => __obj.updateDynamic(\"displayId\")(__v.asInstanceOf[js.Any]))\n      includeCommunications.foreach(__v => __obj.updateDynamic(\"includeCommunications\")(__v.asInstanceOf[js.Any]))\n      includeResolvedCases.foreach(__v => __obj.updateDynamic(\"includeResolvedCases\")(__v.asInstanceOf[js.Any]))\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCasesRequest]\n    }\n  }\n\n  \/** Returns an array of [[https:\/\/docs.aws.amazon.com\/awssupport\/latest\/APIReference\/API_CaseDetails.html|CaseDetails]] objects and a <code>nextToken<\/code> that defines a point for pagination in the result set.\n    *\/\n  @js.native\n  trait DescribeCasesResponse extends js.Object {\n    var cases: js.UndefOr[CaseList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeCasesResponse {\n    @inline\n    def apply(\n        cases: js.UndefOr[CaseList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeCasesResponse = {\n      val __obj = js.Dynamic.literal()\n      cases.foreach(__v => __obj.updateDynamic(\"cases\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCasesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCommunicationsRequest extends js.Object {\n    var caseId: CaseId\n    var afterTime: js.UndefOr[AfterTime]\n    var beforeTime: js.UndefOr[BeforeTime]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeCommunicationsRequest {\n    @inline\n    def apply(\n        caseId: CaseId,\n        afterTime: js.UndefOr[AfterTime] = js.undefined,\n        beforeTime: js.UndefOr[BeforeTime] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeCommunicationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"caseId\" -> caseId.asInstanceOf[js.Any]\n      )\n\n      afterTime.foreach(__v => __obj.updateDynamic(\"afterTime\")(__v.asInstanceOf[js.Any]))\n      beforeTime.foreach(__v => __obj.updateDynamic(\"beforeTime\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCommunicationsRequest]\n    }\n  }\n\n  \/** The communications returned by the <a>DescribeCommunications<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeCommunicationsResponse extends js.Object {\n    var communications: js.UndefOr[CommunicationList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object DescribeCommunicationsResponse {\n    @inline\n    def apply(\n        communications: js.UndefOr[CommunicationList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): DescribeCommunicationsResponse = {\n      val __obj = js.Dynamic.literal()\n      communications.foreach(__v => __obj.updateDynamic(\"communications\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCommunicationsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeServicesRequest extends js.Object {\n    var language: js.UndefOr[Language]\n    var serviceCodeList: js.UndefOr[ServiceCodeList]\n  }\n\n  object DescribeServicesRequest {\n    @inline\n    def apply(\n        language: js.UndefOr[Language] = js.undefined,\n        serviceCodeList: js.UndefOr[ServiceCodeList] = js.undefined\n    ): DescribeServicesRequest = {\n      val __obj = js.Dynamic.literal()\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      serviceCodeList.foreach(__v => __obj.updateDynamic(\"serviceCodeList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServicesRequest]\n    }\n  }\n\n  \/** The list of AWS services returned by the <a>DescribeServices<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeServicesResponse extends js.Object {\n    var services: js.UndefOr[ServiceList]\n  }\n\n  object DescribeServicesResponse {\n    @inline\n    def apply(\n        services: js.UndefOr[ServiceList] = js.undefined\n    ): DescribeServicesResponse = {\n      val __obj = js.Dynamic.literal()\n      services.foreach(__v => __obj.updateDynamic(\"services\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeServicesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeSeverityLevelsRequest extends js.Object {\n    var language: js.UndefOr[Language]\n  }\n\n  object DescribeSeverityLevelsRequest {\n    @inline\n    def apply(\n        language: js.UndefOr[Language] = js.undefined\n    ): DescribeSeverityLevelsRequest = {\n      val __obj = js.Dynamic.literal()\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSeverityLevelsRequest]\n    }\n  }\n\n  \/** The list of severity levels returned by the <a>DescribeSeverityLevels<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeSeverityLevelsResponse extends js.Object {\n    var severityLevels: js.UndefOr[SeverityLevelsList]\n  }\n\n  object DescribeSeverityLevelsResponse {\n    @inline\n    def apply(\n        severityLevels: js.UndefOr[SeverityLevelsList] = js.undefined\n    ): DescribeSeverityLevelsResponse = {\n      val __obj = js.Dynamic.literal()\n      severityLevels.foreach(__v => __obj.updateDynamic(\"severityLevels\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSeverityLevelsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrustedAdvisorCheckRefreshStatusesRequest extends js.Object {\n    var checkIds: StringList\n  }\n\n  object DescribeTrustedAdvisorCheckRefreshStatusesRequest {\n    @inline\n    def apply(\n        checkIds: StringList\n    ): DescribeTrustedAdvisorCheckRefreshStatusesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"checkIds\" -> checkIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckRefreshStatusesRequest]\n    }\n  }\n\n  \/** The statuses of the Trusted Advisor checks returned by the <a>DescribeTrustedAdvisorCheckRefreshStatuses<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeTrustedAdvisorCheckRefreshStatusesResponse extends js.Object {\n    var statuses: TrustedAdvisorCheckRefreshStatusList\n  }\n\n  object DescribeTrustedAdvisorCheckRefreshStatusesResponse {\n    @inline\n    def apply(\n        statuses: TrustedAdvisorCheckRefreshStatusList\n    ): DescribeTrustedAdvisorCheckRefreshStatusesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"statuses\" -> statuses.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckRefreshStatusesResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeTrustedAdvisorCheckResultRequest extends js.Object {\n    var checkId: String\n    var language: js.UndefOr[String]\n  }\n\n  object DescribeTrustedAdvisorCheckResultRequest {\n    @inline\n    def apply(\n        checkId: String,\n        language: js.UndefOr[String] = js.undefined\n    ): DescribeTrustedAdvisorCheckResultRequest = {\n      val __obj = js.Dynamic.literal(\n        \"checkId\" -> checkId.asInstanceOf[js.Any]\n      )\n\n      language.foreach(__v => __obj.updateDynamic(\"language\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckResultRequest]\n    }\n  }\n\n  \/** The result of the Trusted Advisor check returned by the <a>DescribeTrustedAdvisorCheckResult<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeTrustedAdvisorCheckResultResponse extends js.Object {\n    var result: js.UndefOr[TrustedAdvisorCheckResult]\n  }\n\n  object DescribeTrustedAdvisorCheckResultResponse {\n    @inline\n    def apply(\n        result: js.UndefOr[TrustedAdvisorCheckResult] = js.undefined\n    ): DescribeTrustedAdvisorCheckResultResponse = {\n      val __obj = js.Dynamic.literal()\n      result.foreach(__v => __obj.updateDynamic(\"result\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckResultResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrustedAdvisorCheckSummariesRequest extends js.Object {\n    var checkIds: StringList\n  }\n\n  object DescribeTrustedAdvisorCheckSummariesRequest {\n    @inline\n    def apply(\n        checkIds: StringList\n    ): DescribeTrustedAdvisorCheckSummariesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"checkIds\" -> checkIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckSummariesRequest]\n    }\n  }\n\n  \/** The summaries of the Trusted Advisor checks returned by the <a>DescribeTrustedAdvisorCheckSummaries<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeTrustedAdvisorCheckSummariesResponse extends js.Object {\n    var summaries: TrustedAdvisorCheckSummaryList\n  }\n\n  object DescribeTrustedAdvisorCheckSummariesResponse {\n    @inline\n    def apply(\n        summaries: TrustedAdvisorCheckSummaryList\n    ): DescribeTrustedAdvisorCheckSummariesResponse = {\n      val __obj = js.Dynamic.literal(\n        \"summaries\" -> summaries.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorCheckSummariesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeTrustedAdvisorChecksRequest extends js.Object {\n    var language: String\n  }\n\n  object DescribeTrustedAdvisorChecksRequest {\n    @inline\n    def apply(\n        language: String\n    ): DescribeTrustedAdvisorChecksRequest = {\n      val __obj = js.Dynamic.literal(\n        \"language\" -> language.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorChecksRequest]\n    }\n  }\n\n  \/** Information about the Trusted Advisor checks returned by the <a>DescribeTrustedAdvisorChecks<\/a> operation.\n    *\/\n  @js.native\n  trait DescribeTrustedAdvisorChecksResponse extends js.Object {\n    var checks: TrustedAdvisorCheckList\n  }\n\n  object DescribeTrustedAdvisorChecksResponse {\n    @inline\n    def apply(\n        checks: TrustedAdvisorCheckList\n    ): DescribeTrustedAdvisorChecksResponse = {\n      val __obj = js.Dynamic.literal(\n        \"checks\" -> checks.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeTrustedAdvisorChecksResponse]\n    }\n  }\n\n  \/** The five most recent communications associated with the case.\n    *\/\n  @js.native\n  trait RecentCaseCommunications extends js.Object {\n    var communications: js.UndefOr[CommunicationList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object RecentCaseCommunications {\n    @inline\n    def apply(\n        communications: js.UndefOr[CommunicationList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): RecentCaseCommunications = {\n      val __obj = js.Dynamic.literal()\n      communications.foreach(__v => __obj.updateDynamic(\"communications\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecentCaseCommunications]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RefreshTrustedAdvisorCheckRequest extends js.Object {\n    var checkId: String\n  }\n\n  object RefreshTrustedAdvisorCheckRequest {\n    @inline\n    def apply(\n        checkId: String\n    ): RefreshTrustedAdvisorCheckRequest = {\n      val __obj = js.Dynamic.literal(\n        \"checkId\" -> checkId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RefreshTrustedAdvisorCheckRequest]\n    }\n  }\n\n  \/** The current refresh status of a Trusted Advisor check.\n    *\/\n  @js.native\n  trait RefreshTrustedAdvisorCheckResponse extends js.Object {\n    var status: TrustedAdvisorCheckRefreshStatus\n  }\n\n  object RefreshTrustedAdvisorCheckResponse {\n    @inline\n    def apply(\n        status: TrustedAdvisorCheckRefreshStatus\n    ): RefreshTrustedAdvisorCheckResponse = {\n      val __obj = js.Dynamic.literal(\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RefreshTrustedAdvisorCheckResponse]\n    }\n  }\n\n  @js.native\n  trait ResolveCaseRequest extends js.Object {\n    var caseId: js.UndefOr[CaseId]\n  }\n\n  object ResolveCaseRequest {\n    @inline\n    def apply(\n        caseId: js.UndefOr[CaseId] = js.undefined\n    ): ResolveCaseRequest = {\n      val __obj = js.Dynamic.literal()\n      caseId.foreach(__v => __obj.updateDynamic(\"caseId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolveCaseRequest]\n    }\n  }\n\n  \/** The status of the case returned by the <a>ResolveCase<\/a> operation.\n    *\/\n  @js.native\n  trait ResolveCaseResponse extends js.Object {\n    var finalCaseStatus: js.UndefOr[CaseStatus]\n    var initialCaseStatus: js.UndefOr[CaseStatus]\n  }\n\n  object ResolveCaseResponse {\n    @inline\n    def apply(\n        finalCaseStatus: js.UndefOr[CaseStatus] = js.undefined,\n        initialCaseStatus: js.UndefOr[CaseStatus] = js.undefined\n    ): ResolveCaseResponse = {\n      val __obj = js.Dynamic.literal()\n      finalCaseStatus.foreach(__v => __obj.updateDynamic(\"finalCaseStatus\")(__v.asInstanceOf[js.Any]))\n      initialCaseStatus.foreach(__v => __obj.updateDynamic(\"initialCaseStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResolveCaseResponse]\n    }\n  }\n\n  \/** Information about an AWS service returned by the <a>DescribeServices<\/a> operation.\n    *\/\n  @js.native\n  trait Service extends js.Object {\n    var categories: js.UndefOr[CategoryList]\n    var code: js.UndefOr[ServiceCode]\n    var name: js.UndefOr[ServiceName]\n  }\n\n  object Service {\n    @inline\n    def apply(\n        categories: js.UndefOr[CategoryList] = js.undefined,\n        code: js.UndefOr[ServiceCode] = js.undefined,\n        name: js.UndefOr[ServiceName] = js.undefined\n    ): Service = {\n      val __obj = js.Dynamic.literal()\n      categories.foreach(__v => __obj.updateDynamic(\"categories\")(__v.asInstanceOf[js.Any]))\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Service]\n    }\n  }\n\n  \/** A code and name pair that represents the severity level of a support case. The available values depend on the support plan for the account. For more information, see [[https:\/\/docs.aws.amazon.com\/awssupport\/latest\/user\/case-management.html#choosing-severity|Choosing a severity]] in the <i>AWS Support User Guide<\/i>.\n    *\/\n  @js.native\n  trait SeverityLevel extends js.Object {\n    var code: js.UndefOr[SeverityLevelCode]\n    var name: js.UndefOr[SeverityLevelName]\n  }\n\n  object SeverityLevel {\n    @inline\n    def apply(\n        code: js.UndefOr[SeverityLevelCode] = js.undefined,\n        name: js.UndefOr[SeverityLevelName] = js.undefined\n    ): SeverityLevel = {\n      val __obj = js.Dynamic.literal()\n      code.foreach(__v => __obj.updateDynamic(\"code\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SeverityLevel]\n    }\n  }\n\n  \/** The container for summary information that relates to the category of the Trusted Advisor check.\n    *\/\n  @js.native\n  trait TrustedAdvisorCategorySpecificSummary extends js.Object {\n    var costOptimizing: js.UndefOr[TrustedAdvisorCostOptimizingSummary]\n  }\n\n  object TrustedAdvisorCategorySpecificSummary {\n    @inline\n    def apply(\n        costOptimizing: js.UndefOr[TrustedAdvisorCostOptimizingSummary] = js.undefined\n    ): TrustedAdvisorCategorySpecificSummary = {\n      val __obj = js.Dynamic.literal()\n      costOptimizing.foreach(__v => __obj.updateDynamic(\"costOptimizing\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrustedAdvisorCategorySpecificSummary]\n    }\n  }\n\n  \/** The description and metadata for a Trusted Advisor check.\n    *\/\n  @js.native\n  trait TrustedAdvisorCheckDescription extends js.Object {\n    var category: String\n    var description: String\n    var id: String\n    var metadata: StringList\n    var name: String\n  }\n\n  object TrustedAdvisorCheckDescription {\n    @inline\n    def apply(\n        category: String,\n        description: String,\n        id: String,\n        metadata: StringList,\n        name: String\n    ): TrustedAdvisorCheckDescription = {\n      val __obj = js.Dynamic.literal(\n        \"category\" -> category.asInstanceOf[js.Any],\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"id\" -> id.asInstanceOf[js.Any],\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrustedAdvisorCheckDescription]\n    }\n  }\n\n  \/** The refresh status of a Trusted Advisor check.\n    *\/\n  @js.native\n  trait TrustedAdvisorCheckRefreshStatus extends js.Object {\n    var checkId: String\n    var millisUntilNextRefreshable: Double\n    var status: String\n  }\n\n  object TrustedAdvisorCheckRefreshStatus {\n    @inline\n    def apply(\n        checkId: String,\n        millisUntilNextRefreshable: Double,\n        status: String\n    ): TrustedAdvisorCheckRefreshStatus = {\n      val __obj = js.Dynamic.literal(\n        \"checkId\" -> checkId.asInstanceOf[js.Any],\n        \"millisUntilNextRefreshable\" -> millisUntilNextRefreshable.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrustedAdvisorCheckRefreshStatus]\n    }\n  }\n\n  \/** The results of a Trusted Advisor check returned by <a>DescribeTrustedAdvisorCheckResult<\/a>.\n    *\/\n  @js.native\n  trait TrustedAdvisorCheckResult extends js.Object {\n    var categorySpecificSummary: TrustedAdvisorCategorySpecificSummary\n    var checkId: String\n    var flaggedResources: TrustedAdvisorResourceDetailList\n    var resourcesSummary: TrustedAdvisorResourcesSummary\n    var status: String\n    var timestamp: String\n  }\n\n  object TrustedAdvisorCheckResult {\n    @inline\n    def apply(\n        categorySpecificSummary: TrustedAdvisorCategorySpecificSummary,\n        checkId: String,\n        flaggedResources: TrustedAdvisorResourceDetailList,\n        resourcesSummary: TrustedAdvisorResourcesSummary,\n        status: String,\n        timestamp: String\n    ): TrustedAdvisorCheckResult = {\n      val __obj = js.Dynamic.literal(\n        \"categorySpecificSummary\" -> categorySpecificSummary.asInstanceOf[js.Any],\n        \"checkId\" -> checkId.asInstanceOf[js.Any],\n        \"flaggedResources\" -> flaggedResources.asInstanceOf[js.Any],\n        \"resourcesSummary\" -> resourcesSummary.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"timestamp\" -> timestamp.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrustedAdvisorCheckResult]\n    }\n  }\n\n  \/** A summary of a Trusted Advisor check result, including the alert status, last refresh, and number of resources examined.\n    *\/\n  @js.native\n  trait TrustedAdvisorCheckSummary extends js.Object {\n    var categorySpecificSummary: TrustedAdvisorCategorySpecificSummary\n    var checkId: String\n    var resourcesSummary: TrustedAdvisorResourcesSummary\n    var status: String\n    var timestamp: String\n    var hasFlaggedResources: js.UndefOr[Boolean]\n  }\n\n  object TrustedAdvisorCheckSummary {\n    @inline\n    def apply(\n        categorySpecificSummary: TrustedAdvisorCategorySpecificSummary,\n        checkId: String,\n        resourcesSummary: TrustedAdvisorResourcesSummary,\n        status: String,\n        timestamp: String,\n        hasFlaggedResources: js.UndefOr[Boolean] = js.undefined\n    ): TrustedAdvisorCheckSummary = {\n      val __obj = js.Dynamic.literal(\n        \"categorySpecificSummary\" -> categorySpecificSummary.asInstanceOf[js.Any],\n        \"checkId\" -> checkId.asInstanceOf[js.Any],\n        \"resourcesSummary\" -> resourcesSummary.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any],\n        \"timestamp\" -> timestamp.asInstanceOf[js.Any]\n      )\n\n      hasFlaggedResources.foreach(__v => __obj.updateDynamic(\"hasFlaggedResources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrustedAdvisorCheckSummary]\n    }\n  }\n\n  \/** The estimated cost savings that might be realized if the recommended operations are taken.\n    *\/\n  @js.native\n  trait TrustedAdvisorCostOptimizingSummary extends js.Object {\n    var estimatedMonthlySavings: Double\n    var estimatedPercentMonthlySavings: Double\n  }\n\n  object TrustedAdvisorCostOptimizingSummary {\n    @inline\n    def apply(\n        estimatedMonthlySavings: Double,\n        estimatedPercentMonthlySavings: Double\n    ): TrustedAdvisorCostOptimizingSummary = {\n      val __obj = js.Dynamic.literal(\n        \"estimatedMonthlySavings\" -> estimatedMonthlySavings.asInstanceOf[js.Any],\n        \"estimatedPercentMonthlySavings\" -> estimatedPercentMonthlySavings.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrustedAdvisorCostOptimizingSummary]\n    }\n  }\n\n  \/** Contains information about a resource identified by a Trusted Advisor check.\n    *\/\n  @js.native\n  trait TrustedAdvisorResourceDetail extends js.Object {\n    var metadata: StringList\n    var resourceId: String\n    var status: String\n    var isSuppressed: js.UndefOr[Boolean]\n    var region: js.UndefOr[String]\n  }\n\n  object TrustedAdvisorResourceDetail {\n    @inline\n    def apply(\n        metadata: StringList,\n        resourceId: String,\n        status: String,\n        isSuppressed: js.UndefOr[Boolean] = js.undefined,\n        region: js.UndefOr[String] = js.undefined\n    ): TrustedAdvisorResourceDetail = {\n      val __obj = js.Dynamic.literal(\n        \"metadata\" -> metadata.asInstanceOf[js.Any],\n        \"resourceId\" -> resourceId.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      isSuppressed.foreach(__v => __obj.updateDynamic(\"isSuppressed\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TrustedAdvisorResourceDetail]\n    }\n  }\n\n  \/** Details about AWS resources that were analyzed in a call to Trusted Advisor <a>DescribeTrustedAdvisorCheckSummaries<\/a>.\n    *\/\n  @js.native\n  trait TrustedAdvisorResourcesSummary extends js.Object {\n    var resourcesFlagged: Double\n    var resourcesIgnored: Double\n    var resourcesProcessed: Double\n    var resourcesSuppressed: Double\n  }\n\n  object TrustedAdvisorResourcesSummary {\n    @inline\n    def apply(\n        resourcesFlagged: Double,\n        resourcesIgnored: Double,\n        resourcesProcessed: Double,\n        resourcesSuppressed: Double\n    ): TrustedAdvisorResourcesSummary = {\n      val __obj = js.Dynamic.literal(\n        \"resourcesFlagged\" -> resourcesFlagged.asInstanceOf[js.Any],\n        \"resourcesIgnored\" -> resourcesIgnored.asInstanceOf[js.Any],\n        \"resourcesProcessed\" -> resourcesProcessed.asInstanceOf[js.Any],\n        \"resourcesSuppressed\" -> resourcesSuppressed.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TrustedAdvisorResourcesSummary]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/docdb\/src\/main\/scala\/facade\/amazonaws\/services\/DocDB.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object docdb {\n  type AttributeValueList = js.Array[String]\n  type AvailabilityZoneList = js.Array[AvailabilityZone]\n  type AvailabilityZones = js.Array[String]\n  type BooleanOptional = Boolean\n  type CertificateList = js.Array[Certificate]\n  type DBClusterList = js.Array[DBCluster]\n  type DBClusterMemberList = js.Array[DBClusterMember]\n  type DBClusterParameterGroupList = js.Array[DBClusterParameterGroup]\n  type DBClusterRoles = js.Array[DBClusterRole]\n  type DBClusterSnapshotAttributeList = js.Array[DBClusterSnapshotAttribute]\n  type DBClusterSnapshotList = js.Array[DBClusterSnapshot]\n  type DBEngineVersionList = js.Array[DBEngineVersion]\n  type DBInstanceList = js.Array[DBInstance]\n  type DBInstanceStatusInfoList = js.Array[DBInstanceStatusInfo]\n  type DBSubnetGroups = js.Array[DBSubnetGroup]\n  type EventCategoriesList = js.Array[String]\n  type EventCategoriesMapList = js.Array[EventCategoriesMap]\n  type EventList = js.Array[Event]\n  type EventSubscriptionsList = js.Array[EventSubscription]\n  type FilterList = js.Array[Filter]\n  type FilterValueList = js.Array[String]\n  type IntegerOptional = Int\n  type KeyList = js.Array[String]\n  type LogTypeList = js.Array[String]\n  type OrderableDBInstanceOptionsList = js.Array[OrderableDBInstanceOption]\n  type ParametersList = js.Array[Parameter]\n  type PendingMaintenanceActionDetails = js.Array[PendingMaintenanceAction]\n  type PendingMaintenanceActions = js.Array[ResourcePendingMaintenanceActions]\n  type SourceIdsList = js.Array[String]\n  type SubnetIdentifierList = js.Array[String]\n  type SubnetList = js.Array[Subnet]\n  type TStamp = js.Date\n  type TagList = js.Array[Tag]\n  type ValidUpgradeTargetList = js.Array[UpgradeTarget]\n  type VpcSecurityGroupIdList = js.Array[String]\n  type VpcSecurityGroupMembershipList = js.Array[VpcSecurityGroupMembership]\n\n  implicit final class DocDBOps(private val service: DocDB) extends AnyVal {\n\n    @inline def addSourceIdentifierToSubscriptionFuture(params: AddSourceIdentifierToSubscriptionMessage): Future[AddSourceIdentifierToSubscriptionResult] = service.addSourceIdentifierToSubscription(params).promise().toFuture\n    @inline def addTagsToResourceFuture(params: AddTagsToResourceMessage): Future[js.Object] = service.addTagsToResource(params).promise().toFuture\n    @inline def applyPendingMaintenanceActionFuture(params: ApplyPendingMaintenanceActionMessage): Future[ApplyPendingMaintenanceActionResult] = service.applyPendingMaintenanceAction(params).promise().toFuture\n    @inline def copyDBClusterParameterGroupFuture(params: CopyDBClusterParameterGroupMessage): Future[CopyDBClusterParameterGroupResult] = service.copyDBClusterParameterGroup(params).promise().toFuture\n    @inline def copyDBClusterSnapshotFuture(params: CopyDBClusterSnapshotMessage): Future[CopyDBClusterSnapshotResult] = service.copyDBClusterSnapshot(params).promise().toFuture\n    @inline def createDBClusterFuture(params: CreateDBClusterMessage): Future[CreateDBClusterResult] = service.createDBCluster(params).promise().toFuture\n    @inline def createDBClusterParameterGroupFuture(params: CreateDBClusterParameterGroupMessage): Future[CreateDBClusterParameterGroupResult] = service.createDBClusterParameterGroup(params).promise().toFuture\n    @inline def createDBClusterSnapshotFuture(params: CreateDBClusterSnapshotMessage): Future[CreateDBClusterSnapshotResult] = service.createDBClusterSnapshot(params).promise().toFuture\n    @inline def createDBInstanceFuture(params: CreateDBInstanceMessage): Future[CreateDBInstanceResult] = service.createDBInstance(params).promise().toFuture\n    @inline def createDBSubnetGroupFuture(params: CreateDBSubnetGroupMessage): Future[CreateDBSubnetGroupResult] = service.createDBSubnetGroup(params).promise().toFuture\n    @inline def createEventSubscriptionFuture(params: CreateEventSubscriptionMessage): Future[CreateEventSubscriptionResult] = service.createEventSubscription(params).promise().toFuture\n    @inline def deleteDBClusterFuture(params: DeleteDBClusterMessage): Future[DeleteDBClusterResult] = service.deleteDBCluster(params).promise().toFuture\n    @inline def deleteDBClusterParameterGroupFuture(params: DeleteDBClusterParameterGroupMessage): Future[js.Object] = service.deleteDBClusterParameterGroup(params).promise().toFuture\n    @inline def deleteDBClusterSnapshotFuture(params: DeleteDBClusterSnapshotMessage): Future[DeleteDBClusterSnapshotResult] = service.deleteDBClusterSnapshot(params).promise().toFuture\n    @inline def deleteDBInstanceFuture(params: DeleteDBInstanceMessage): Future[DeleteDBInstanceResult] = service.deleteDBInstance(params).promise().toFuture\n    @inline def deleteDBSubnetGroupFuture(params: DeleteDBSubnetGroupMessage): Future[js.Object] = service.deleteDBSubnetGroup(params).promise().toFuture\n    @inline def deleteEventSubscriptionFuture(params: DeleteEventSubscriptionMessage): Future[DeleteEventSubscriptionResult] = service.deleteEventSubscription(params).promise().toFuture\n    @inline def describeCertificatesFuture(params: DescribeCertificatesMessage): Future[CertificateMessage] = service.describeCertificates(params).promise().toFuture\n    @inline def describeDBClusterParameterGroupsFuture(params: DescribeDBClusterParameterGroupsMessage): Future[DBClusterParameterGroupsMessage] = service.describeDBClusterParameterGroups(params).promise().toFuture\n    @inline def describeDBClusterParametersFuture(params: DescribeDBClusterParametersMessage): Future[DBClusterParameterGroupDetails] = service.describeDBClusterParameters(params).promise().toFuture\n    @inline def describeDBClusterSnapshotAttributesFuture(params: DescribeDBClusterSnapshotAttributesMessage): Future[DescribeDBClusterSnapshotAttributesResult] = service.describeDBClusterSnapshotAttributes(params).promise().toFuture\n    @inline def describeDBClusterSnapshotsFuture(params: DescribeDBClusterSnapshotsMessage): Future[DBClusterSnapshotMessage] = service.describeDBClusterSnapshots(params).promise().toFuture\n    @inline def describeDBClustersFuture(params: DescribeDBClustersMessage): Future[DBClusterMessage] = service.describeDBClusters(params).promise().toFuture\n    @inline def describeDBEngineVersionsFuture(params: DescribeDBEngineVersionsMessage): Future[DBEngineVersionMessage] = service.describeDBEngineVersions(params).promise().toFuture\n    @inline def describeDBInstancesFuture(params: DescribeDBInstancesMessage): Future[DBInstanceMessage] = service.describeDBInstances(params).promise().toFuture\n    @inline def describeDBSubnetGroupsFuture(params: DescribeDBSubnetGroupsMessage): Future[DBSubnetGroupMessage] = service.describeDBSubnetGroups(params).promise().toFuture\n    @inline def describeEngineDefaultClusterParametersFuture(params: DescribeEngineDefaultClusterParametersMessage): Future[DescribeEngineDefaultClusterParametersResult] = service.describeEngineDefaultClusterParameters(params).promise().toFuture\n    @inline def describeEventCategoriesFuture(params: DescribeEventCategoriesMessage): Future[EventCategoriesMessage] = service.describeEventCategories(params).promise().toFuture\n    @inline def describeEventSubscriptionsFuture(params: DescribeEventSubscriptionsMessage): Future[EventSubscriptionsMessage] = service.describeEventSubscriptions(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsMessage): Future[EventsMessage] = service.describeEvents(params).promise().toFuture\n    @inline def describeOrderableDBInstanceOptionsFuture(params: DescribeOrderableDBInstanceOptionsMessage): Future[OrderableDBInstanceOptionsMessage] = service.describeOrderableDBInstanceOptions(params).promise().toFuture\n    @inline def describePendingMaintenanceActionsFuture(params: DescribePendingMaintenanceActionsMessage): Future[PendingMaintenanceActionsMessage] = service.describePendingMaintenanceActions(params).promise().toFuture\n    @inline def failoverDBClusterFuture(params: FailoverDBClusterMessage): Future[FailoverDBClusterResult] = service.failoverDBCluster(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceMessage): Future[TagListMessage] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyDBClusterFuture(params: ModifyDBClusterMessage): Future[ModifyDBClusterResult] = service.modifyDBCluster(params).promise().toFuture\n    @inline def modifyDBClusterParameterGroupFuture(params: ModifyDBClusterParameterGroupMessage): Future[DBClusterParameterGroupNameMessage] = service.modifyDBClusterParameterGroup(params).promise().toFuture\n    @inline def modifyDBClusterSnapshotAttributeFuture(params: ModifyDBClusterSnapshotAttributeMessage): Future[ModifyDBClusterSnapshotAttributeResult] = service.modifyDBClusterSnapshotAttribute(params).promise().toFuture\n    @inline def modifyDBInstanceFuture(params: ModifyDBInstanceMessage): Future[ModifyDBInstanceResult] = service.modifyDBInstance(params).promise().toFuture\n    @inline def modifyDBSubnetGroupFuture(params: ModifyDBSubnetGroupMessage): Future[ModifyDBSubnetGroupResult] = service.modifyDBSubnetGroup(params).promise().toFuture\n    @inline def modifyEventSubscriptionFuture(params: ModifyEventSubscriptionMessage): Future[ModifyEventSubscriptionResult] = service.modifyEventSubscription(params).promise().toFuture\n    @inline def rebootDBInstanceFuture(params: RebootDBInstanceMessage): Future[RebootDBInstanceResult] = service.rebootDBInstance(params).promise().toFuture\n    @inline def removeSourceIdentifierFromSubscriptionFuture(params: RemoveSourceIdentifierFromSubscriptionMessage): Future[RemoveSourceIdentifierFromSubscriptionResult] = service.removeSourceIdentifierFromSubscription(params).promise().toFuture\n    @inline def removeTagsFromResourceFuture(params: RemoveTagsFromResourceMessage): Future[js.Object] = service.removeTagsFromResource(params).promise().toFuture\n    @inline def resetDBClusterParameterGroupFuture(params: ResetDBClusterParameterGroupMessage): Future[DBClusterParameterGroupNameMessage] = service.resetDBClusterParameterGroup(params).promise().toFuture\n    @inline def restoreDBClusterFromSnapshotFuture(params: RestoreDBClusterFromSnapshotMessage): Future[RestoreDBClusterFromSnapshotResult] = service.restoreDBClusterFromSnapshot(params).promise().toFuture\n    @inline def restoreDBClusterToPointInTimeFuture(params: RestoreDBClusterToPointInTimeMessage): Future[RestoreDBClusterToPointInTimeResult] = service.restoreDBClusterToPointInTime(params).promise().toFuture\n    @inline def startDBClusterFuture(params: StartDBClusterMessage): Future[StartDBClusterResult] = service.startDBCluster(params).promise().toFuture\n    @inline def stopDBClusterFuture(params: StopDBClusterMessage): Future[StopDBClusterResult] = service.stopDBCluster(params).promise().toFuture\n\n  }\n}\n\npackage docdb {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/docdb\", JSImport.Namespace, \"AWS.DocDB\")\n  class DocDB() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addSourceIdentifierToSubscription(params: AddSourceIdentifierToSubscriptionMessage): Request[AddSourceIdentifierToSubscriptionResult] = js.native\n    def addTagsToResource(params: AddTagsToResourceMessage): Request[js.Object] = js.native\n    def applyPendingMaintenanceAction(params: ApplyPendingMaintenanceActionMessage): Request[ApplyPendingMaintenanceActionResult] = js.native\n    def copyDBClusterParameterGroup(params: CopyDBClusterParameterGroupMessage): Request[CopyDBClusterParameterGroupResult] = js.native\n    def copyDBClusterSnapshot(params: CopyDBClusterSnapshotMessage): Request[CopyDBClusterSnapshotResult] = js.native\n    def createDBCluster(params: CreateDBClusterMessage): Request[CreateDBClusterResult] = js.native\n    def createDBClusterParameterGroup(params: CreateDBClusterParameterGroupMessage): Request[CreateDBClusterParameterGroupResult] = js.native\n    def createDBClusterSnapshot(params: CreateDBClusterSnapshotMessage): Request[CreateDBClusterSnapshotResult] = js.native\n    def createDBInstance(params: CreateDBInstanceMessage): Request[CreateDBInstanceResult] = js.native\n    def createDBSubnetGroup(params: CreateDBSubnetGroupMessage): Request[CreateDBSubnetGroupResult] = js.native\n    def createEventSubscription(params: CreateEventSubscriptionMessage): Request[CreateEventSubscriptionResult] = js.native\n    def deleteDBCluster(params: DeleteDBClusterMessage): Request[DeleteDBClusterResult] = js.native\n    def deleteDBClusterParameterGroup(params: DeleteDBClusterParameterGroupMessage): Request[js.Object] = js.native\n    def deleteDBClusterSnapshot(params: DeleteDBClusterSnapshotMessage): Request[DeleteDBClusterSnapshotResult] = js.native\n    def deleteDBInstance(params: DeleteDBInstanceMessage): Request[DeleteDBInstanceResult] = js.native\n    def deleteDBSubnetGroup(params: DeleteDBSubnetGroupMessage): Request[js.Object] = js.native\n    def deleteEventSubscription(params: DeleteEventSubscriptionMessage): Request[DeleteEventSubscriptionResult] = js.native\n    def describeCertificates(params: DescribeCertificatesMessage): Request[CertificateMessage] = js.native\n    def describeDBClusterParameterGroups(params: DescribeDBClusterParameterGroupsMessage): Request[DBClusterParameterGroupsMessage] = js.native\n    def describeDBClusterParameters(params: DescribeDBClusterParametersMessage): Request[DBClusterParameterGroupDetails] = js.native\n    def describeDBClusterSnapshotAttributes(params: DescribeDBClusterSnapshotAttributesMessage): Request[DescribeDBClusterSnapshotAttributesResult] = js.native\n    def describeDBClusterSnapshots(params: DescribeDBClusterSnapshotsMessage): Request[DBClusterSnapshotMessage] = js.native\n    def describeDBClusters(params: DescribeDBClustersMessage): Request[DBClusterMessage] = js.native\n    def describeDBEngineVersions(params: DescribeDBEngineVersionsMessage): Request[DBEngineVersionMessage] = js.native\n    def describeDBInstances(params: DescribeDBInstancesMessage): Request[DBInstanceMessage] = js.native\n    def describeDBSubnetGroups(params: DescribeDBSubnetGroupsMessage): Request[DBSubnetGroupMessage] = js.native\n    def describeEngineDefaultClusterParameters(params: DescribeEngineDefaultClusterParametersMessage): Request[DescribeEngineDefaultClusterParametersResult] = js.native\n    def describeEventCategories(params: DescribeEventCategoriesMessage): Request[EventCategoriesMessage] = js.native\n    def describeEventSubscriptions(params: DescribeEventSubscriptionsMessage): Request[EventSubscriptionsMessage] = js.native\n    def describeEvents(params: DescribeEventsMessage): Request[EventsMessage] = js.native\n    def describeOrderableDBInstanceOptions(params: DescribeOrderableDBInstanceOptionsMessage): Request[OrderableDBInstanceOptionsMessage] = js.native\n    def describePendingMaintenanceActions(params: DescribePendingMaintenanceActionsMessage): Request[PendingMaintenanceActionsMessage] = js.native\n    def failoverDBCluster(params: FailoverDBClusterMessage): Request[FailoverDBClusterResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceMessage): Request[TagListMessage] = js.native\n    def modifyDBCluster(params: ModifyDBClusterMessage): Request[ModifyDBClusterResult] = js.native\n    def modifyDBClusterParameterGroup(params: ModifyDBClusterParameterGroupMessage): Request[DBClusterParameterGroupNameMessage] = js.native\n    def modifyDBClusterSnapshotAttribute(params: ModifyDBClusterSnapshotAttributeMessage): Request[ModifyDBClusterSnapshotAttributeResult] = js.native\n    def modifyDBInstance(params: ModifyDBInstanceMessage): Request[ModifyDBInstanceResult] = js.native\n    def modifyDBSubnetGroup(params: ModifyDBSubnetGroupMessage): Request[ModifyDBSubnetGroupResult] = js.native\n    def modifyEventSubscription(params: ModifyEventSubscriptionMessage): Request[ModifyEventSubscriptionResult] = js.native\n    def rebootDBInstance(params: RebootDBInstanceMessage): Request[RebootDBInstanceResult] = js.native\n    def removeSourceIdentifierFromSubscription(params: RemoveSourceIdentifierFromSubscriptionMessage): Request[RemoveSourceIdentifierFromSubscriptionResult] = js.native\n    def removeTagsFromResource(params: RemoveTagsFromResourceMessage): Request[js.Object] = js.native\n    def resetDBClusterParameterGroup(params: ResetDBClusterParameterGroupMessage): Request[DBClusterParameterGroupNameMessage] = js.native\n    def restoreDBClusterFromSnapshot(params: RestoreDBClusterFromSnapshotMessage): Request[RestoreDBClusterFromSnapshotResult] = js.native\n    def restoreDBClusterToPointInTime(params: RestoreDBClusterToPointInTimeMessage): Request[RestoreDBClusterToPointInTimeResult] = js.native\n    def startDBCluster(params: StartDBClusterMessage): Request[StartDBClusterResult] = js.native\n    def stopDBCluster(params: StopDBClusterMessage): Request[StopDBClusterResult] = js.native\n  }\n\n  \/** Represents the input to <a>AddSourceIdentifierToSubscription<\/a>.\n    *\/\n  @js.native\n  trait AddSourceIdentifierToSubscriptionMessage extends js.Object {\n    var SourceIdentifier: String\n    var SubscriptionName: String\n  }\n\n  object AddSourceIdentifierToSubscriptionMessage {\n    @inline\n    def apply(\n        SourceIdentifier: String,\n        SubscriptionName: String\n    ): AddSourceIdentifierToSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIdentifier\" -> SourceIdentifier.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddSourceIdentifierToSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait AddSourceIdentifierToSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object AddSourceIdentifierToSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): AddSourceIdentifierToSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddSourceIdentifierToSubscriptionResult]\n    }\n  }\n\n  \/** Represents the input to <a>AddTagsToResource<\/a>.\n    *\/\n  @js.native\n  trait AddTagsToResourceMessage extends js.Object {\n    var ResourceName: String\n    var Tags: TagList\n  }\n\n  object AddTagsToResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        Tags: TagList\n    ): AddTagsToResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceMessage]\n    }\n  }\n\n  @js.native\n  sealed trait ApplyMethod extends js.Any\n  object ApplyMethod {\n    val immediate = \"immediate\".asInstanceOf[ApplyMethod]\n    val `pending-reboot` = \"pending-reboot\".asInstanceOf[ApplyMethod]\n\n    @inline def values = js.Array(immediate, `pending-reboot`)\n  }\n\n  \/** Represents the input to <a>ApplyPendingMaintenanceAction<\/a>.\n    *\/\n  @js.native\n  trait ApplyPendingMaintenanceActionMessage extends js.Object {\n    var ApplyAction: String\n    var OptInType: String\n    var ResourceIdentifier: String\n  }\n\n  object ApplyPendingMaintenanceActionMessage {\n    @inline\n    def apply(\n        ApplyAction: String,\n        OptInType: String,\n        ResourceIdentifier: String\n    ): ApplyPendingMaintenanceActionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyAction\" -> ApplyAction.asInstanceOf[js.Any],\n        \"OptInType\" -> OptInType.asInstanceOf[js.Any],\n        \"ResourceIdentifier\" -> ResourceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ApplyPendingMaintenanceActionMessage]\n    }\n  }\n\n  @js.native\n  trait ApplyPendingMaintenanceActionResult extends js.Object {\n    var ResourcePendingMaintenanceActions: js.UndefOr[ResourcePendingMaintenanceActions]\n  }\n\n  object ApplyPendingMaintenanceActionResult {\n    @inline\n    def apply(\n        ResourcePendingMaintenanceActions: js.UndefOr[ResourcePendingMaintenanceActions] = js.undefined\n    ): ApplyPendingMaintenanceActionResult = {\n      val __obj = js.Dynamic.literal()\n      ResourcePendingMaintenanceActions.foreach(__v => __obj.updateDynamic(\"ResourcePendingMaintenanceActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplyPendingMaintenanceActionResult]\n    }\n  }\n\n  \/** Information about an Availability Zone.\n    *\/\n  @js.native\n  trait AvailabilityZone extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object AvailabilityZone {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): AvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZone]\n    }\n  }\n\n  \/** A certificate authority (CA) certificate for an AWS account.\n    *\/\n  @js.native\n  trait Certificate extends js.Object {\n    var CertificateArn: js.UndefOr[String]\n    var CertificateIdentifier: js.UndefOr[String]\n    var CertificateType: js.UndefOr[String]\n    var Thumbprint: js.UndefOr[String]\n    var ValidFrom: js.UndefOr[TStamp]\n    var ValidTill: js.UndefOr[TStamp]\n  }\n\n  object Certificate {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[String] = js.undefined,\n        CertificateIdentifier: js.UndefOr[String] = js.undefined,\n        CertificateType: js.UndefOr[String] = js.undefined,\n        Thumbprint: js.UndefOr[String] = js.undefined,\n        ValidFrom: js.UndefOr[TStamp] = js.undefined,\n        ValidTill: js.UndefOr[TStamp] = js.undefined\n    ): Certificate = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      CertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      CertificateType.foreach(__v => __obj.updateDynamic(\"CertificateType\")(__v.asInstanceOf[js.Any]))\n      Thumbprint.foreach(__v => __obj.updateDynamic(\"Thumbprint\")(__v.asInstanceOf[js.Any]))\n      ValidFrom.foreach(__v => __obj.updateDynamic(\"ValidFrom\")(__v.asInstanceOf[js.Any]))\n      ValidTill.foreach(__v => __obj.updateDynamic(\"ValidTill\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Certificate]\n    }\n  }\n\n  @js.native\n  trait CertificateMessage extends js.Object {\n    var Certificates: js.UndefOr[CertificateList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CertificateMessage {\n    @inline\n    def apply(\n        Certificates: js.UndefOr[CertificateList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CertificateMessage = {\n      val __obj = js.Dynamic.literal()\n      Certificates.foreach(__v => __obj.updateDynamic(\"Certificates\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateMessage]\n    }\n  }\n\n  \/** The configuration setting for the log types to be enabled for export to Amazon CloudWatch Logs for a specific instance or cluster. The <code>EnableLogTypes<\/code> and <code>DisableLogTypes<\/code> arrays determine which logs are exported (or not exported) to CloudWatch Logs. The values within these arrays depend on the engine that is being used.\n    *\/\n  @js.native\n  trait CloudwatchLogsExportConfiguration extends js.Object {\n    var DisableLogTypes: js.UndefOr[LogTypeList]\n    var EnableLogTypes: js.UndefOr[LogTypeList]\n  }\n\n  object CloudwatchLogsExportConfiguration {\n    @inline\n    def apply(\n        DisableLogTypes: js.UndefOr[LogTypeList] = js.undefined,\n        EnableLogTypes: js.UndefOr[LogTypeList] = js.undefined\n    ): CloudwatchLogsExportConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DisableLogTypes.foreach(__v => __obj.updateDynamic(\"DisableLogTypes\")(__v.asInstanceOf[js.Any]))\n      EnableLogTypes.foreach(__v => __obj.updateDynamic(\"EnableLogTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudwatchLogsExportConfiguration]\n    }\n  }\n\n  \/** Represents the input to <a>CopyDBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait CopyDBClusterParameterGroupMessage extends js.Object {\n    var SourceDBClusterParameterGroupIdentifier: String\n    var TargetDBClusterParameterGroupDescription: String\n    var TargetDBClusterParameterGroupIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        SourceDBClusterParameterGroupIdentifier: String,\n        TargetDBClusterParameterGroupDescription: String,\n        TargetDBClusterParameterGroupIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBClusterParameterGroupIdentifier\" -> SourceDBClusterParameterGroupIdentifier.asInstanceOf[js.Any],\n        \"TargetDBClusterParameterGroupDescription\" -> TargetDBClusterParameterGroupDescription.asInstanceOf[js.Any],\n        \"TargetDBClusterParameterGroupIdentifier\" -> TargetDBClusterParameterGroupIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBClusterParameterGroupResult extends js.Object {\n    var DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup]\n  }\n\n  object CopyDBClusterParameterGroupResult {\n    @inline\n    def apply(\n        DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup] = js.undefined\n    ): CopyDBClusterParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterParameterGroupResult]\n    }\n  }\n\n  \/** Represents the input to <a>CopyDBClusterSnapshot<\/a>.\n    *\/\n  @js.native\n  trait CopyDBClusterSnapshotMessage extends js.Object {\n    var SourceDBClusterSnapshotIdentifier: String\n    var TargetDBClusterSnapshotIdentifier: String\n    var CopyTags: js.UndefOr[BooleanOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var PreSignedUrl: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        SourceDBClusterSnapshotIdentifier: String,\n        TargetDBClusterSnapshotIdentifier: String,\n        CopyTags: js.UndefOr[BooleanOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBClusterSnapshotIdentifier\" -> SourceDBClusterSnapshotIdentifier.asInstanceOf[js.Any],\n        \"TargetDBClusterSnapshotIdentifier\" -> TargetDBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object CopyDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): CopyDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterSnapshotResult]\n    }\n  }\n\n  \/** Represents the input to <a>CreateDBCluster<\/a>.\n    *\/\n  @js.native\n  trait CreateDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var Engine: String\n    var MasterUserPassword: String\n    var MasterUsername: String\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreSignedUrl: js.UndefOr[String]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object CreateDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Engine: String,\n        MasterUserPassword: String,\n        MasterUsername: String,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): CreateDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"MasterUserPassword\" -> <PASSWORD>.asInstanceOf[js.Any],\n        \"MasterUsername\" -> MasterUsername.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterMessage]\n    }\n  }\n\n  \/** Represents the input of <a>CreateDBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait CreateDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var DBParameterGroupFamily: String\n    var Description: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        DBParameterGroupFamily: String,\n        Description: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any],\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterParameterGroupResult extends js.Object {\n    var DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup]\n  }\n\n  object CreateDBClusterParameterGroupResult {\n    @inline\n    def apply(\n        DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup] = js.undefined\n    ): CreateDBClusterParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterParameterGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object CreateDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): CreateDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterResult]\n    }\n  }\n\n  \/** Represents the input of <a>CreateDBClusterSnapshot<\/a>.\n    *\/\n  @js.native\n  trait CreateDBClusterSnapshotMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var DBClusterSnapshotIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        DBClusterSnapshotIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object CreateDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): CreateDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterSnapshotResult]\n    }\n  }\n\n  \/** Represents the input to <a>CreateDBInstance<\/a>.\n    *\/\n  @js.native\n  trait CreateDBInstanceMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var DBInstanceClass: String\n    var DBInstanceIdentifier: String\n    var Engine: String\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBInstanceMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        DBInstanceClass: String,\n        DBInstanceIdentifier: String,\n        Engine: String,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"DBInstanceClass\" -> DBInstanceClass.asInstanceOf[js.Any],\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any]\n      )\n\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object CreateDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): CreateDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceResult]\n    }\n  }\n\n  \/** Represents the input to <a>CreateDBSubnetGroup<\/a>.\n    *\/\n  @js.native\n  trait CreateDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupDescription: String\n    var DBSubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupDescription: String,\n        DBSubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupDescription\" -> DBSubnetGroupDescription.asInstanceOf[js.Any],\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBSubnetGroupResult extends js.Object {\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n  }\n\n  object CreateDBSubnetGroupResult {\n    @inline\n    def apply(\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined\n    ): CreateDBSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSubnetGroupResult]\n    }\n  }\n\n  \/** Represents the input to <a>CreateEventSubscription<\/a>.\n    *\/\n  @js.native\n  trait CreateEventSubscriptionMessage extends js.Object {\n    var SnsTopicArn: String\n    var SubscriptionName: String\n    var Enabled: js.UndefOr[BooleanOptional]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SourceIds: js.UndefOr[SourceIdsList]\n    var SourceType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEventSubscriptionMessage {\n    @inline\n    def apply(\n        SnsTopicArn: String,\n        SubscriptionName: String,\n        Enabled: js.UndefOr[BooleanOptional] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SourceIds: js.UndefOr[SourceIdsList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SnsTopicArn\" -> SnsTopicArn.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SourceIds.foreach(__v => __obj.updateDynamic(\"SourceIds\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait CreateEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object CreateEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): CreateEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventSubscriptionResult]\n    }\n  }\n\n  \/** Detailed information about a cluster.\n    *\/\n  @js.native\n  trait DBCluster extends js.Object {\n    var AssociatedRoles: js.UndefOr[DBClusterRoles]\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var ClusterCreateTime: js.UndefOr[TStamp]\n    var DBClusterArn: js.UndefOr[String]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterMembers: js.UndefOr[DBClusterMemberList]\n    var DBClusterParameterGroup: js.UndefOr[String]\n    var DBSubnetGroup: js.UndefOr[String]\n    var DbClusterResourceId: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[Boolean]\n    var EarliestRestorableTime: js.UndefOr[TStamp]\n    var EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var Endpoint: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var HostedZoneId: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var LatestRestorableTime: js.UndefOr[TStamp]\n    var MasterUsername: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[Boolean]\n    var PercentProgress: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ReaderEndpoint: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList]\n  }\n\n  object DBCluster {\n    @inline\n    def apply(\n        AssociatedRoles: js.UndefOr[DBClusterRoles] = js.undefined,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        ClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        DBClusterArn: js.UndefOr[String] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterMembers: js.UndefOr[DBClusterMemberList] = js.undefined,\n        DBClusterParameterGroup: js.UndefOr[String] = js.undefined,\n        DBSubnetGroup: js.UndefOr[String] = js.undefined,\n        DbClusterResourceId: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[Boolean] = js.undefined,\n        EarliestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        HostedZoneId: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LatestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[Boolean] = js.undefined,\n        PercentProgress: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ReaderEndpoint: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList] = js.undefined\n    ): DBCluster = {\n      val __obj = js.Dynamic.literal()\n      AssociatedRoles.foreach(__v => __obj.updateDynamic(\"AssociatedRoles\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      DBClusterArn.foreach(__v => __obj.updateDynamic(\"DBClusterArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterMembers.foreach(__v => __obj.updateDynamic(\"DBClusterMembers\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DbClusterResourceId.foreach(__v => __obj.updateDynamic(\"DbClusterResourceId\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EarliestRestorableTime.foreach(__v => __obj.updateDynamic(\"EarliestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ReaderEndpoint.foreach(__v => __obj.updateDynamic(\"ReaderEndpoint\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBCluster]\n    }\n  }\n\n  \/** Contains information about an instance that is part of a cluster.\n    *\/\n  @js.native\n  trait DBClusterMember extends js.Object {\n    var DBClusterParameterGroupStatus: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var IsClusterWriter: js.UndefOr[Boolean]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n  }\n\n  object DBClusterMember {\n    @inline\n    def apply(\n        DBClusterParameterGroupStatus: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        IsClusterWriter: js.UndefOr[Boolean] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined\n    ): DBClusterMember = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupStatus.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupStatus\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      IsClusterWriter.foreach(__v => __obj.updateDynamic(\"IsClusterWriter\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterMember]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeDBClusters<\/a>.\n    *\/\n  @js.native\n  trait DBClusterMessage extends js.Object {\n    var DBClusters: js.UndefOr[DBClusterList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterMessage {\n    @inline\n    def apply(\n        DBClusters: js.UndefOr[DBClusterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusters.foreach(__v => __obj.updateDynamic(\"DBClusters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterMessage]\n    }\n  }\n\n  \/** Detailed information about a cluster parameter group.\n    *\/\n  @js.native\n  trait DBClusterParameterGroup extends js.Object {\n    var DBClusterParameterGroupArn: js.UndefOr[String]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroup {\n    @inline\n    def apply(\n        DBClusterParameterGroupArn: js.UndefOr[String] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupArn.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroup]\n    }\n  }\n\n  \/** Represents the output of <a>DBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait DBClusterParameterGroupDetails extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object DBClusterParameterGroupDetails {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): DBClusterParameterGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupDetails]\n    }\n  }\n\n  \/** Contains the name of a cluster parameter group.\n    *\/\n  @js.native\n  trait DBClusterParameterGroupNameMessage extends js.Object {\n    var DBClusterParameterGroupName: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroupNameMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroupNameMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupNameMessage]\n    }\n  }\n\n  \/** Represents the output of <a>DBClusterParameterGroups<\/a>.\n    *\/\n  @js.native\n  trait DBClusterParameterGroupsMessage extends js.Object {\n    var DBClusterParameterGroups: js.UndefOr[DBClusterParameterGroupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroupsMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroups: js.UndefOr[DBClusterParameterGroupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroups.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupsMessage]\n    }\n  }\n\n  \/** Describes an AWS Identity and Access Management (IAM) role that is associated with a cluster.\n    *\/\n  @js.native\n  trait DBClusterRole extends js.Object {\n    var RoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBClusterRole {\n    @inline\n    def apply(\n        RoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBClusterRole = {\n      val __obj = js.Dynamic.literal()\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterRole]\n    }\n  }\n\n  \/** Detailed information about a cluster snapshot.\n    *\/\n  @js.native\n  trait DBClusterSnapshot extends js.Object {\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var ClusterCreateTime: js.UndefOr[TStamp]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterSnapshotArn: js.UndefOr[String]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var PercentProgress: js.UndefOr[Int]\n    var Port: js.UndefOr[Int]\n    var SnapshotCreateTime: js.UndefOr[TStamp]\n    var SnapshotType: js.UndefOr[String]\n    var SourceDBClusterSnapshotArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshot {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        ClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotArn: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[TStamp] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined,\n        SourceDBClusterSnapshotArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshot = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotArn.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      SourceDBClusterSnapshotArn.foreach(__v => __obj.updateDynamic(\"SourceDBClusterSnapshotArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshot]\n    }\n  }\n\n  \/** Contains the name and values of a manual cluster snapshot attribute. Manual cluster snapshot attributes are used to authorize other AWS accounts to restore a manual cluster snapshot.\n    *\/\n  @js.native\n  trait DBClusterSnapshotAttribute extends js.Object {\n    var AttributeName: js.UndefOr[String]\n    var AttributeValues: js.UndefOr[AttributeValueList]\n  }\n\n  object DBClusterSnapshotAttribute {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[String] = js.undefined,\n        AttributeValues: js.UndefOr[AttributeValueList] = js.undefined\n    ): DBClusterSnapshotAttribute = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      AttributeValues.foreach(__v => __obj.updateDynamic(\"AttributeValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotAttribute]\n    }\n  }\n\n  \/** Detailed information about the attributes that are associated with a cluster snapshot.\n    *\/\n  @js.native\n  trait DBClusterSnapshotAttributesResult extends js.Object {\n    var DBClusterSnapshotAttributes: js.UndefOr[DBClusterSnapshotAttributeList]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributes: js.UndefOr[DBClusterSnapshotAttributeList] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributes.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributes\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotAttributesResult]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeDBClusterSnapshots<\/a>.\n    *\/\n  @js.native\n  trait DBClusterSnapshotMessage extends js.Object {\n    var DBClusterSnapshots: js.UndefOr[DBClusterSnapshotList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterSnapshots: js.UndefOr[DBClusterSnapshotList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshots.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshots\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotMessage]\n    }\n  }\n\n  \/** Detailed information about an engine version.\n    *\/\n  @js.native\n  trait DBEngineVersion extends js.Object {\n    var DBEngineDescription: js.UndefOr[String]\n    var DBEngineVersionDescription: js.UndefOr[String]\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var ExportableLogTypes: js.UndefOr[LogTypeList]\n    var SupportsLogExportsToCloudwatchLogs: js.UndefOr[Boolean]\n    var ValidUpgradeTarget: js.UndefOr[ValidUpgradeTargetList]\n  }\n\n  object DBEngineVersion {\n    @inline\n    def apply(\n        DBEngineDescription: js.UndefOr[String] = js.undefined,\n        DBEngineVersionDescription: js.UndefOr[String] = js.undefined,\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        ExportableLogTypes: js.UndefOr[LogTypeList] = js.undefined,\n        SupportsLogExportsToCloudwatchLogs: js.UndefOr[Boolean] = js.undefined,\n        ValidUpgradeTarget: js.UndefOr[ValidUpgradeTargetList] = js.undefined\n    ): DBEngineVersion = {\n      val __obj = js.Dynamic.literal()\n      DBEngineDescription.foreach(__v => __obj.updateDynamic(\"DBEngineDescription\")(__v.asInstanceOf[js.Any]))\n      DBEngineVersionDescription.foreach(__v => __obj.updateDynamic(\"DBEngineVersionDescription\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      ExportableLogTypes.foreach(__v => __obj.updateDynamic(\"ExportableLogTypes\")(__v.asInstanceOf[js.Any]))\n      SupportsLogExportsToCloudwatchLogs.foreach(__v => __obj.updateDynamic(\"SupportsLogExportsToCloudwatchLogs\")(__v.asInstanceOf[js.Any]))\n      ValidUpgradeTarget.foreach(__v => __obj.updateDynamic(\"ValidUpgradeTarget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBEngineVersion]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeDBEngineVersions<\/a>.\n    *\/\n  @js.native\n  trait DBEngineVersionMessage extends js.Object {\n    var DBEngineVersions: js.UndefOr[DBEngineVersionList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBEngineVersionMessage {\n    @inline\n    def apply(\n        DBEngineVersions: js.UndefOr[DBEngineVersionList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBEngineVersionMessage = {\n      val __obj = js.Dynamic.literal()\n      DBEngineVersions.foreach(__v => __obj.updateDynamic(\"DBEngineVersions\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBEngineVersionMessage]\n    }\n  }\n\n  \/** Detailed information about an instance.\n    *\/\n  @js.native\n  trait DBInstance extends js.Object {\n    var AutoMinorVersionUpgrade: js.UndefOr[Boolean]\n    var AvailabilityZone: js.UndefOr[String]\n    var BackupRetentionPeriod: js.UndefOr[Int]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBInstanceArn: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBInstanceStatus: js.UndefOr[String]\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n    var DbiResourceId: js.UndefOr[String]\n    var EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var Endpoint: js.UndefOr[Endpoint]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var InstanceCreateTime: js.UndefOr[TStamp]\n    var KmsKeyId: js.UndefOr[String]\n    var LatestRestorableTime: js.UndefOr[TStamp]\n    var PendingModifiedValues: js.UndefOr[PendingModifiedValues]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n    var PubliclyAccessible: js.UndefOr[Boolean]\n    var StatusInfos: js.UndefOr[DBInstanceStatusInfoList]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList]\n  }\n\n  object DBInstance {\n    @inline\n    def apply(\n        AutoMinorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceArn: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceStatus: js.UndefOr[String] = js.undefined,\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        InstanceCreateTime: js.UndefOr[TStamp] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LatestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        PendingModifiedValues: js.UndefOr[PendingModifiedValues] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined,\n        PubliclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        StatusInfos: js.UndefOr[DBInstanceStatusInfoList] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList] = js.undefined\n    ): DBInstance = {\n      val __obj = js.Dynamic.literal()\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceArn.foreach(__v => __obj.updateDynamic(\"DBInstanceArn\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceStatus.foreach(__v => __obj.updateDynamic(\"DBInstanceStatus\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      StatusInfos.foreach(__v => __obj.updateDynamic(\"StatusInfos\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstance]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeDBInstances<\/a>.\n    *\/\n  @js.native\n  trait DBInstanceMessage extends js.Object {\n    var DBInstances: js.UndefOr[DBInstanceList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBInstanceMessage {\n    @inline\n    def apply(\n        DBInstances: js.UndefOr[DBInstanceList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBInstanceMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstances.foreach(__v => __obj.updateDynamic(\"DBInstances\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceMessage]\n    }\n  }\n\n  \/** Provides a list of status information for an instance.\n    *\/\n  @js.native\n  trait DBInstanceStatusInfo extends js.Object {\n    var Message: js.UndefOr[String]\n    var Normal: js.UndefOr[Boolean]\n    var Status: js.UndefOr[String]\n    var StatusType: js.UndefOr[String]\n  }\n\n  object DBInstanceStatusInfo {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Normal: js.UndefOr[Boolean] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StatusType: js.UndefOr[String] = js.undefined\n    ): DBInstanceStatusInfo = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Normal.foreach(__v => __obj.updateDynamic(\"Normal\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusType.foreach(__v => __obj.updateDynamic(\"StatusType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceStatusInfo]\n    }\n  }\n\n  \/** Detailed information about a subnet group.\n    *\/\n  @js.native\n  trait DBSubnetGroup extends js.Object {\n    var DBSubnetGroupArn: js.UndefOr[String]\n    var DBSubnetGroupDescription: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var SubnetGroupStatus: js.UndefOr[String]\n    var Subnets: js.UndefOr[SubnetList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBSubnetGroup {\n    @inline\n    def apply(\n        DBSubnetGroupArn: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupDescription: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        SubnetGroupStatus: js.UndefOr[String] = js.undefined,\n        Subnets: js.UndefOr[SubnetList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBSubnetGroup = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroupArn.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupStatus.foreach(__v => __obj.updateDynamic(\"SubnetGroupStatus\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSubnetGroup]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeDBSubnetGroups<\/a>.\n    *\/\n  @js.native\n  trait DBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroups: js.UndefOr[DBSubnetGroups]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroups: js.UndefOr[DBSubnetGroups] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroups.foreach(__v => __obj.updateDynamic(\"DBSubnetGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSubnetGroupMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteDBCluster<\/a>.\n    *\/\n  @js.native\n  trait DeleteDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var FinalDBSnapshotIdentifier: js.UndefOr[String]\n    var SkipFinalSnapshot: js.UndefOr[Boolean]\n  }\n\n  object DeleteDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        FinalDBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        SkipFinalSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): DeleteDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      FinalDBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"FinalDBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      SkipFinalSnapshot.foreach(__v => __obj.updateDynamic(\"SkipFinalSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteDBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait DeleteDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n  }\n\n  object DeleteDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String\n    ): DeleteDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object DeleteDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): DeleteDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterResult]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteDBClusterSnapshot<\/a>.\n    *\/\n  @js.native\n  trait DeleteDBClusterSnapshotMessage extends js.Object {\n    var DBClusterSnapshotIdentifier: String\n  }\n\n  object DeleteDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterSnapshotIdentifier: String\n    ): DeleteDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object DeleteDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): DeleteDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterSnapshotResult]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteDBInstance<\/a>.\n    *\/\n  @js.native\n  trait DeleteDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n  }\n\n  object DeleteDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String\n    ): DeleteDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object DeleteDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): DeleteDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBInstanceResult]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteDBSubnetGroup<\/a>.\n    *\/\n  @js.native\n  trait DeleteDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupName: String\n  }\n\n  object DeleteDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: String\n    ): DeleteDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBSubnetGroupMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DeleteEventSubscription<\/a>.\n    *\/\n  @js.native\n  trait DeleteEventSubscriptionMessage extends js.Object {\n    var SubscriptionName: String\n  }\n\n  object DeleteEventSubscriptionMessage {\n    @inline\n    def apply(\n        SubscriptionName: String\n    ): DeleteEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object DeleteEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): DeleteEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteEventSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait DescribeCertificatesMessage extends js.Object {\n    var CertificateIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCertificatesMessage {\n    @inline\n    def apply(\n        CertificateIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCertificatesMessage = {\n      val __obj = js.Dynamic.literal()\n      CertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCertificatesMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBClusterParameterGroups<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBClusterParameterGroupsMessage extends js.Object {\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClusterParameterGroupsMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClusterParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterParameterGroupsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBClusterParameters<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBClusterParametersMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Source: js.UndefOr[String]\n  }\n\n  object DescribeDBClusterParametersMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): DescribeDBClusterParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterParametersMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBClusterSnapshotAttributes<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBClusterSnapshotAttributesMessage extends js.Object {\n    var DBClusterSnapshotIdentifier: String\n  }\n\n  object DescribeDBClusterSnapshotAttributesMessage {\n    @inline\n    def apply(\n        DBClusterSnapshotIdentifier: String\n    ): DescribeDBClusterSnapshotAttributesMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDBClusterSnapshotAttributesMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBClusterSnapshotAttributesResult extends js.Object {\n    var DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult]\n  }\n\n  object DescribeDBClusterSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult] = js.undefined\n    ): DescribeDBClusterSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterSnapshotAttributesResult]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBClusterSnapshots<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBClusterSnapshotsMessage extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var IncludePublic: js.UndefOr[Boolean]\n    var IncludeShared: js.UndefOr[Boolean]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SnapshotType: js.UndefOr[String]\n  }\n\n  object DescribeDBClusterSnapshotsMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        IncludePublic: js.UndefOr[Boolean] = js.undefined,\n        IncludeShared: js.UndefOr[Boolean] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined\n    ): DescribeDBClusterSnapshotsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      IncludePublic.foreach(__v => __obj.updateDynamic(\"IncludePublic\")(__v.asInstanceOf[js.Any]))\n      IncludeShared.foreach(__v => __obj.updateDynamic(\"IncludeShared\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterSnapshotsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBClusters<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBClustersMessage extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClustersMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClustersMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClustersMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBEngineVersions<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBEngineVersionsMessage extends js.Object {\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var DefaultOnly: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var ListSupportedCharacterSets: js.UndefOr[BooleanOptional]\n    var ListSupportedTimezones: js.UndefOr[BooleanOptional]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBEngineVersionsMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        DefaultOnly: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        ListSupportedCharacterSets: js.UndefOr[BooleanOptional] = js.undefined,\n        ListSupportedTimezones: js.UndefOr[BooleanOptional] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBEngineVersionsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      DefaultOnly.foreach(__v => __obj.updateDynamic(\"DefaultOnly\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      ListSupportedCharacterSets.foreach(__v => __obj.updateDynamic(\"ListSupportedCharacterSets\")(__v.asInstanceOf[js.Any]))\n      ListSupportedTimezones.foreach(__v => __obj.updateDynamic(\"ListSupportedTimezones\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBEngineVersionsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBInstances<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBInstancesMessage extends js.Object {\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBInstancesMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBInstancesMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBInstancesMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeDBSubnetGroups<\/a>.\n    *\/\n  @js.native\n  trait DescribeDBSubnetGroupsMessage extends js.Object {\n    var DBSubnetGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBSubnetGroupsMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBSubnetGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBSubnetGroupsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeEngineDefaultClusterParameters<\/a>.\n    *\/\n  @js.native\n  trait DescribeEngineDefaultClusterParametersMessage extends js.Object {\n    var DBParameterGroupFamily: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeEngineDefaultClusterParametersMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeEngineDefaultClusterParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultClusterParametersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeEngineDefaultClusterParametersResult extends js.Object {\n    var EngineDefaults: js.UndefOr[EngineDefaults]\n  }\n\n  object DescribeEngineDefaultClusterParametersResult {\n    @inline\n    def apply(\n        EngineDefaults: js.UndefOr[EngineDefaults] = js.undefined\n    ): DescribeEngineDefaultClusterParametersResult = {\n      val __obj = js.Dynamic.literal()\n      EngineDefaults.foreach(__v => __obj.updateDynamic(\"EngineDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultClusterParametersResult]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeEventCategories<\/a>.\n    *\/\n  @js.native\n  trait DescribeEventCategoriesMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object DescribeEventCategoriesMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): DescribeEventCategoriesMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventCategoriesMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeEventSubscriptions<\/a>.\n    *\/\n  @js.native\n  trait DescribeEventSubscriptionsMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SubscriptionName: js.UndefOr[String]\n  }\n\n  object DescribeEventSubscriptionsMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SubscriptionName: js.UndefOr[String] = js.undefined\n    ): DescribeEventSubscriptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SubscriptionName.foreach(__v => __obj.updateDynamic(\"SubscriptionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventSubscriptionsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeEvents<\/a>.\n    *\/\n  @js.native\n  trait DescribeEventsMessage extends js.Object {\n    var Duration: js.UndefOr[IntegerOptional]\n    var EndTime: js.UndefOr[TStamp]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n    var StartTime: js.UndefOr[TStamp]\n  }\n\n  object DescribeEventsMessage {\n    @inline\n    def apply(\n        Duration: js.UndefOr[IntegerOptional] = js.undefined,\n        EndTime: js.UndefOr[TStamp] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined\n    ): DescribeEventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribeOrderableDBInstanceOptions<\/a>.\n    *\/\n  @js.native\n  trait DescribeOrderableDBInstanceOptionsMessage extends js.Object {\n    var Engine: String\n    var DBInstanceClass: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var LicenseModel: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Vpc: js.UndefOr[BooleanOptional]\n  }\n\n  object DescribeOrderableDBInstanceOptionsMessage {\n    @inline\n    def apply(\n        Engine: String,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Vpc: js.UndefOr[BooleanOptional] = js.undefined\n    ): DescribeOrderableDBInstanceOptionsMessage = {\n      val __obj = js.Dynamic.literal(\n        \"Engine\" -> Engine.asInstanceOf[js.Any]\n      )\n\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOrderableDBInstanceOptionsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>DescribePendingMaintenanceActions<\/a>.\n    *\/\n  @js.native\n  trait DescribePendingMaintenanceActionsMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ResourceIdentifier: js.UndefOr[String]\n  }\n\n  object DescribePendingMaintenanceActionsMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ResourceIdentifier: js.UndefOr[String] = js.undefined\n    ): DescribePendingMaintenanceActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifier.foreach(__v => __obj.updateDynamic(\"ResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePendingMaintenanceActionsMessage]\n    }\n  }\n\n  \/** Network information for accessing a cluster or instance. Client programs must specify a valid endpoint to access these Amazon DocumentDB resources.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: js.UndefOr[String]\n    var HostedZoneId: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[String] = js.undefined,\n        HostedZoneId: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeEngineDefaultClusterParameters<\/code> operation.\n    *\/\n  @js.native\n  trait EngineDefaults extends js.Object {\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object EngineDefaults {\n    @inline\n    def apply(\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): EngineDefaults = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EngineDefaults]\n    }\n  }\n\n  \/** Detailed information about an event.\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var Date: js.UndefOr[TStamp]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var Message: js.UndefOr[String]\n    var SourceArn: js.UndefOr[String]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        Date: js.UndefOr[TStamp] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        SourceArn: js.UndefOr[String] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  \/** An event source type, accompanied by one or more event category names.\n    *\/\n  @js.native\n  trait EventCategoriesMap extends js.Object {\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object EventCategoriesMap {\n    @inline\n    def apply(\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): EventCategoriesMap = {\n      val __obj = js.Dynamic.literal()\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventCategoriesMap]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeEventCategories<\/a>.\n    *\/\n  @js.native\n  trait EventCategoriesMessage extends js.Object {\n    var EventCategoriesMapList: js.UndefOr[EventCategoriesMapList]\n  }\n\n  object EventCategoriesMessage {\n    @inline\n    def apply(\n        EventCategoriesMapList: js.UndefOr[EventCategoriesMapList] = js.undefined\n    ): EventCategoriesMessage = {\n      val __obj = js.Dynamic.literal()\n      EventCategoriesMapList.foreach(__v => __obj.updateDynamic(\"EventCategoriesMapList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventCategoriesMessage]\n    }\n  }\n\n  \/** Detailed information about an event to which you have subscribed.\n    *\/\n  @js.native\n  trait EventSubscription extends js.Object {\n    var CustSubscriptionId: js.UndefOr[String]\n    var CustomerAwsId: js.UndefOr[String]\n    var Enabled: js.UndefOr[Boolean]\n    var EventCategoriesList: js.UndefOr[EventCategoriesList]\n    var EventSubscriptionArn: js.UndefOr[String]\n    var SnsTopicArn: js.UndefOr[String]\n    var SourceIdsList: js.UndefOr[SourceIdsList]\n    var SourceType: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var SubscriptionCreationTime: js.UndefOr[String]\n  }\n\n  object EventSubscription {\n    @inline\n    def apply(\n        CustSubscriptionId: js.UndefOr[String] = js.undefined,\n        CustomerAwsId: js.UndefOr[String] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        EventCategoriesList: js.UndefOr[EventCategoriesList] = js.undefined,\n        EventSubscriptionArn: js.UndefOr[String] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined,\n        SourceIdsList: js.UndefOr[SourceIdsList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        SubscriptionCreationTime: js.UndefOr[String] = js.undefined\n    ): EventSubscription = {\n      val __obj = js.Dynamic.literal()\n      CustSubscriptionId.foreach(__v => __obj.updateDynamic(\"CustSubscriptionId\")(__v.asInstanceOf[js.Any]))\n      CustomerAwsId.foreach(__v => __obj.updateDynamic(\"CustomerAwsId\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategoriesList.foreach(__v => __obj.updateDynamic(\"EventCategoriesList\")(__v.asInstanceOf[js.Any]))\n      EventSubscriptionArn.foreach(__v => __obj.updateDynamic(\"EventSubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SourceIdsList.foreach(__v => __obj.updateDynamic(\"SourceIdsList\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubscriptionCreationTime.foreach(__v => __obj.updateDynamic(\"SubscriptionCreationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSubscription]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeEventSubscriptions<\/a>.\n    *\/\n  @js.native\n  trait EventSubscriptionsMessage extends js.Object {\n    var EventSubscriptionsList: js.UndefOr[EventSubscriptionsList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object EventSubscriptionsMessage {\n    @inline\n    def apply(\n        EventSubscriptionsList: js.UndefOr[EventSubscriptionsList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): EventSubscriptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      EventSubscriptionsList.foreach(__v => __obj.updateDynamic(\"EventSubscriptionsList\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSubscriptionsMessage]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeEvents<\/a>.\n    *\/\n  @js.native\n  trait EventsMessage extends js.Object {\n    var Events: js.UndefOr[EventList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object EventsMessage {\n    @inline\n    def apply(\n        Events: js.UndefOr[EventList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): EventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsMessage]\n    }\n  }\n\n  \/** Represents the input to <a>FailoverDBCluster<\/a>.\n    *\/\n  @js.native\n  trait FailoverDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var TargetDBInstanceIdentifier: js.UndefOr[String]\n  }\n\n  object FailoverDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        TargetDBInstanceIdentifier: js.UndefOr[String] = js.undefined\n    ): FailoverDBClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      TargetDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"TargetDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait FailoverDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object FailoverDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): FailoverDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverDBClusterResult]\n    }\n  }\n\n  \/** A named set of filter values, used to return a more specific list of results. You can use a filter to match a set of resources by specific criteria, such as IDs. Wildcards are not supported in filters.\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: String\n    var Values: FilterValueList\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: String,\n        Values: FilterValueList\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** Represents the input to <a>ListTagsForResource<\/a>.\n    *\/\n  @js.native\n  trait ListTagsForResourceMessage extends js.Object {\n    var ResourceName: String\n    var Filters: js.UndefOr[FilterList]\n  }\n\n  object ListTagsForResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined\n    ): ListTagsForResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceMessage]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyDBCluster<\/a>.\n    *\/\n  @js.native\n  trait ModifyDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var NewDBClusterIdentifier: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object ModifyDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        NewDBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): ModifyDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CloudwatchLogsExportConfiguration.foreach(__v => __obj.updateDynamic(\"CloudwatchLogsExportConfiguration\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      NewDBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"NewDBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterMessage]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyDBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait ModifyDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Parameters: ParametersList\n  }\n\n  object ModifyDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Parameters: ParametersList\n    ): ModifyDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any],\n        \"Parameters\" -> Parameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object ModifyDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): ModifyDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterResult]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyDBClusterSnapshotAttribute<\/a>.\n    *\/\n  @js.native\n  trait ModifyDBClusterSnapshotAttributeMessage extends js.Object {\n    var AttributeName: String\n    var DBClusterSnapshotIdentifier: String\n    var ValuesToAdd: js.UndefOr[AttributeValueList]\n    var ValuesToRemove: js.UndefOr[AttributeValueList]\n  }\n\n  object ModifyDBClusterSnapshotAttributeMessage {\n    @inline\n    def apply(\n        AttributeName: String,\n        DBClusterSnapshotIdentifier: String,\n        ValuesToAdd: js.UndefOr[AttributeValueList] = js.undefined,\n        ValuesToRemove: js.UndefOr[AttributeValueList] = js.undefined\n    ): ModifyDBClusterSnapshotAttributeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      ValuesToAdd.foreach(__v => __obj.updateDynamic(\"ValuesToAdd\")(__v.asInstanceOf[js.Any]))\n      ValuesToRemove.foreach(__v => __obj.updateDynamic(\"ValuesToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterSnapshotAttributeMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBClusterSnapshotAttributeResult extends js.Object {\n    var DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult]\n  }\n\n  object ModifyDBClusterSnapshotAttributeResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult] = js.undefined\n    ): ModifyDBClusterSnapshotAttributeResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterSnapshotAttributeResult]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyDBInstance<\/a>.\n    *\/\n  @js.native\n  trait ModifyDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var NewDBInstanceIdentifier: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n  }\n\n  object ModifyDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        NewDBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined\n    ): ModifyDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      NewDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"NewDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object ModifyDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): ModifyDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBInstanceResult]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyDBSubnetGroup<\/a>.\n    *\/\n  @js.native\n  trait ModifyDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var DBSubnetGroupDescription: js.UndefOr[String]\n  }\n\n  object ModifyDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        DBSubnetGroupDescription: js.UndefOr[String] = js.undefined\n    ): ModifyDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      DBSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBSubnetGroupResult extends js.Object {\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n  }\n\n  object ModifyDBSubnetGroupResult {\n    @inline\n    def apply(\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined\n    ): ModifyDBSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSubnetGroupResult]\n    }\n  }\n\n  \/** Represents the input to <a>ModifyEventSubscription<\/a>.\n    *\/\n  @js.native\n  trait ModifyEventSubscriptionMessage extends js.Object {\n    var SubscriptionName: String\n    var Enabled: js.UndefOr[BooleanOptional]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SnsTopicArn: js.UndefOr[String]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object ModifyEventSubscriptionMessage {\n    @inline\n    def apply(\n        SubscriptionName: String,\n        Enabled: js.UndefOr[BooleanOptional] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): ModifyEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object ModifyEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): ModifyEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyEventSubscriptionResult]\n    }\n  }\n\n  \/** The options that are available for an instance.\n    *\/\n  @js.native\n  trait OrderableDBInstanceOption extends js.Object {\n    var AvailabilityZones: js.UndefOr[AvailabilityZoneList]\n    var DBInstanceClass: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var Vpc: js.UndefOr[Boolean]\n  }\n\n  object OrderableDBInstanceOption {\n    @inline\n    def apply(\n        AvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        Vpc: js.UndefOr[Boolean] = js.undefined\n    ): OrderableDBInstanceOption = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrderableDBInstanceOption]\n    }\n  }\n\n  \/** Represents the output of <a>DescribeOrderableDBInstanceOptions<\/a>.\n    *\/\n  @js.native\n  trait OrderableDBInstanceOptionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var OrderableDBInstanceOptions: js.UndefOr[OrderableDBInstanceOptionsList]\n  }\n\n  object OrderableDBInstanceOptionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        OrderableDBInstanceOptions: js.UndefOr[OrderableDBInstanceOptionsList] = js.undefined\n    ): OrderableDBInstanceOptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      OrderableDBInstanceOptions.foreach(__v => __obj.updateDynamic(\"OrderableDBInstanceOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrderableDBInstanceOptionsMessage]\n    }\n  }\n\n  \/** Detailed information about an individual parameter.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ApplyMethod: js.UndefOr[ApplyMethod]\n    var ApplyType: js.UndefOr[String]\n    var DataType: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[Boolean]\n    var MinimumEngineVersion: js.UndefOr[String]\n    var ParameterName: js.UndefOr[String]\n    var ParameterValue: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ApplyMethod: js.UndefOr[ApplyMethod] = js.undefined,\n        ApplyType: js.UndefOr[String] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        MinimumEngineVersion: js.UndefOr[String] = js.undefined,\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): Parameter = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ApplyMethod.foreach(__v => __obj.updateDynamic(\"ApplyMethod\")(__v.asInstanceOf[js.Any]))\n      ApplyType.foreach(__v => __obj.updateDynamic(\"ApplyType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersion\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** A list of the log types whose configuration is still pending. These log types are in the process of being activated or deactivated.\n    *\/\n  @js.native\n  trait PendingCloudwatchLogsExports extends js.Object {\n    var LogTypesToDisable: js.UndefOr[LogTypeList]\n    var LogTypesToEnable: js.UndefOr[LogTypeList]\n  }\n\n  object PendingCloudwatchLogsExports {\n    @inline\n    def apply(\n        LogTypesToDisable: js.UndefOr[LogTypeList] = js.undefined,\n        LogTypesToEnable: js.UndefOr[LogTypeList] = js.undefined\n    ): PendingCloudwatchLogsExports = {\n      val __obj = js.Dynamic.literal()\n      LogTypesToDisable.foreach(__v => __obj.updateDynamic(\"LogTypesToDisable\")(__v.asInstanceOf[js.Any]))\n      LogTypesToEnable.foreach(__v => __obj.updateDynamic(\"LogTypesToEnable\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingCloudwatchLogsExports]\n    }\n  }\n\n  \/** Provides information about a pending maintenance action for a resource.\n    *\/\n  @js.native\n  trait PendingMaintenanceAction extends js.Object {\n    var Action: js.UndefOr[String]\n    var AutoAppliedAfterDate: js.UndefOr[TStamp]\n    var CurrentApplyDate: js.UndefOr[TStamp]\n    var Description: js.UndefOr[String]\n    var ForcedApplyDate: js.UndefOr[TStamp]\n    var OptInStatus: js.UndefOr[String]\n  }\n\n  object PendingMaintenanceAction {\n    @inline\n    def apply(\n        Action: js.UndefOr[String] = js.undefined,\n        AutoAppliedAfterDate: js.UndefOr[TStamp] = js.undefined,\n        CurrentApplyDate: js.UndefOr[TStamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ForcedApplyDate: js.UndefOr[TStamp] = js.undefined,\n        OptInStatus: js.UndefOr[String] = js.undefined\n    ): PendingMaintenanceAction = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      AutoAppliedAfterDate.foreach(__v => __obj.updateDynamic(\"AutoAppliedAfterDate\")(__v.asInstanceOf[js.Any]))\n      CurrentApplyDate.foreach(__v => __obj.updateDynamic(\"CurrentApplyDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForcedApplyDate.foreach(__v => __obj.updateDynamic(\"ForcedApplyDate\")(__v.asInstanceOf[js.Any]))\n      OptInStatus.foreach(__v => __obj.updateDynamic(\"OptInStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingMaintenanceAction]\n    }\n  }\n\n  \/** Represents the output of <a>DescribePendingMaintenanceActions<\/a>.\n    *\/\n  @js.native\n  trait PendingMaintenanceActionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var PendingMaintenanceActions: js.UndefOr[PendingMaintenanceActions]\n  }\n\n  object PendingMaintenanceActionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        PendingMaintenanceActions: js.UndefOr[PendingMaintenanceActions] = js.undefined\n    ): PendingMaintenanceActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      PendingMaintenanceActions.foreach(__v => __obj.updateDynamic(\"PendingMaintenanceActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingMaintenanceActionsMessage]\n    }\n  }\n\n  \/** One or more modified settings for an instance. These modified settings have been requested, but haven't been applied yet.\n    *\/\n  @js.native\n  trait PendingModifiedValues extends js.Object {\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports]\n    var Port: js.UndefOr[IntegerOptional]\n    var StorageType: js.UndefOr[String]\n  }\n\n  object PendingModifiedValues {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined\n    ): PendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      PendingCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"PendingCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingModifiedValues]\n    }\n  }\n\n  \/** Represents the input to <a>RebootDBInstance<\/a>.\n    *\/\n  @js.native\n  trait RebootDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var ForceFailover: js.UndefOr[BooleanOptional]\n  }\n\n  object RebootDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        ForceFailover: js.UndefOr[BooleanOptional] = js.undefined\n    ): RebootDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      ForceFailover.foreach(__v => __obj.updateDynamic(\"ForceFailover\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait RebootDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object RebootDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): RebootDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootDBInstanceResult]\n    }\n  }\n\n  \/** Represents the input to <a>RemoveSourceIdentifierFromSubscription<\/a>.\n    *\/\n  @js.native\n  trait RemoveSourceIdentifierFromSubscriptionMessage extends js.Object {\n    var SourceIdentifier: String\n    var SubscriptionName: String\n  }\n\n  object RemoveSourceIdentifierFromSubscriptionMessage {\n    @inline\n    def apply(\n        SourceIdentifier: String,\n        SubscriptionName: String\n    ): RemoveSourceIdentifierFromSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIdentifier\" -> SourceIdentifier.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveSourceIdentifierFromSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait RemoveSourceIdentifierFromSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object RemoveSourceIdentifierFromSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): RemoveSourceIdentifierFromSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveSourceIdentifierFromSubscriptionResult]\n    }\n  }\n\n  \/** Represents the input to <a>RemoveTagsFromResource<\/a>.\n    *\/\n  @js.native\n  trait RemoveTagsFromResourceMessage extends js.Object {\n    var ResourceName: String\n    var TagKeys: KeyList\n  }\n\n  object RemoveTagsFromResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        TagKeys: KeyList\n    ): RemoveTagsFromResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceMessage]\n    }\n  }\n\n  \/** Represents the input to <a>ResetDBClusterParameterGroup<\/a>.\n    *\/\n  @js.native\n  trait ResetDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Parameters: js.UndefOr[ParametersList]\n    var ResetAllParameters: js.UndefOr[Boolean]\n  }\n\n  object ResetDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Parameters: js.UndefOr[ParametersList] = js.undefined,\n        ResetAllParameters: js.UndefOr[Boolean] = js.undefined\n    ): ResetDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ResetAllParameters.foreach(__v => __obj.updateDynamic(\"ResetAllParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetDBClusterParameterGroupMessage]\n    }\n  }\n\n  \/** Represents the output of <a>ApplyPendingMaintenanceAction<\/a>.\n    *\/\n  @js.native\n  trait ResourcePendingMaintenanceActions extends js.Object {\n    var PendingMaintenanceActionDetails: js.UndefOr[PendingMaintenanceActionDetails]\n    var ResourceIdentifier: js.UndefOr[String]\n  }\n\n  object ResourcePendingMaintenanceActions {\n    @inline\n    def apply(\n        PendingMaintenanceActionDetails: js.UndefOr[PendingMaintenanceActionDetails] = js.undefined,\n        ResourceIdentifier: js.UndefOr[String] = js.undefined\n    ): ResourcePendingMaintenanceActions = {\n      val __obj = js.Dynamic.literal()\n      PendingMaintenanceActionDetails.foreach(__v => __obj.updateDynamic(\"PendingMaintenanceActionDetails\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifier.foreach(__v => __obj.updateDynamic(\"ResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourcePendingMaintenanceActions]\n    }\n  }\n\n  \/** Represents the input to <a>RestoreDBClusterFromSnapshot<\/a>.\n    *\/\n  @js.native\n  trait RestoreDBClusterFromSnapshotMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var Engine: String\n    var SnapshotIdentifier: String\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBClusterFromSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Engine: String,\n        SnapshotIdentifier: String,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBClusterFromSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"SnapshotIdentifier\" -> SnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterFromSnapshotResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object RestoreDBClusterFromSnapshotResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): RestoreDBClusterFromSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromSnapshotResult]\n    }\n  }\n\n  \/** Represents the input to <a>RestoreDBClusterToPointInTime<\/a>.\n    *\/\n  @js.native\n  trait RestoreDBClusterToPointInTimeMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var SourceDBClusterIdentifier: String\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var KmsKeyId: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var RestoreToTime: js.UndefOr[TStamp]\n    var Tags: js.UndefOr[TagList]\n    var UseLatestRestorableTime: js.UndefOr[Boolean]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBClusterToPointInTimeMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        SourceDBClusterIdentifier: String,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        RestoreToTime: js.UndefOr[TStamp] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UseLatestRestorableTime: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBClusterToPointInTimeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"SourceDBClusterIdentifier\" -> SourceDBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      RestoreToTime.foreach(__v => __obj.updateDynamic(\"RestoreToTime\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UseLatestRestorableTime.foreach(__v => __obj.updateDynamic(\"UseLatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterToPointInTimeMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterToPointInTimeResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object RestoreDBClusterToPointInTimeResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): RestoreDBClusterToPointInTimeResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterToPointInTimeResult]\n    }\n  }\n\n  @js.native\n  sealed trait SourceType extends js.Any\n  object SourceType {\n    val `db-instance` = \"db-instance\".asInstanceOf[SourceType]\n    val `db-parameter-group` = \"db-parameter-group\".asInstanceOf[SourceType]\n    val `db-security-group` = \"db-security-group\".asInstanceOf[SourceType]\n    val `db-snapshot` = \"db-snapshot\".asInstanceOf[SourceType]\n    val `db-cluster` = \"db-cluster\".asInstanceOf[SourceType]\n    val `db-cluster-snapshot` = \"db-cluster-snapshot\".asInstanceOf[SourceType]\n\n    @inline def values = js.Array(`db-instance`, `db-parameter-group`, `db-security-group`, `db-snapshot`, `db-cluster`, `db-cluster-snapshot`)\n  }\n\n  @js.native\n  trait StartDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n  }\n\n  object StartDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String\n    ): StartDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait StartDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object StartDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): StartDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDBClusterResult]\n    }\n  }\n\n  @js.native\n  trait StopDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n  }\n\n  object StopDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String\n    ): StopDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait StopDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object StopDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): StopDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDBClusterResult]\n    }\n  }\n\n  \/** Detailed information about a subnet.\n    *\/\n  @js.native\n  trait Subnet extends js.Object {\n    var SubnetAvailabilityZone: js.UndefOr[AvailabilityZone]\n    var SubnetIdentifier: js.UndefOr[String]\n    var SubnetStatus: js.UndefOr[String]\n  }\n\n  object Subnet {\n    @inline\n    def apply(\n        SubnetAvailabilityZone: js.UndefOr[AvailabilityZone] = js.undefined,\n        SubnetIdentifier: js.UndefOr[String] = js.undefined,\n        SubnetStatus: js.UndefOr[String] = js.undefined\n    ): Subnet = {\n      val __obj = js.Dynamic.literal()\n      SubnetAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SubnetAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      SubnetIdentifier.foreach(__v => __obj.updateDynamic(\"SubnetIdentifier\")(__v.asInstanceOf[js.Any]))\n      SubnetStatus.foreach(__v => __obj.updateDynamic(\"SubnetStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subnet]\n    }\n  }\n\n  \/** Metadata assigned to an Amazon DocumentDB resource consisting of a key-value pair.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** Represents the output of <a>ListTagsForResource<\/a>.\n    *\/\n  @js.native\n  trait TagListMessage extends js.Object {\n    var TagList: js.UndefOr[TagList]\n  }\n\n  object TagListMessage {\n    @inline\n    def apply(\n        TagList: js.UndefOr[TagList] = js.undefined\n    ): TagListMessage = {\n      val __obj = js.Dynamic.literal()\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagListMessage]\n    }\n  }\n\n  \/** The version of the database engine that an instance can be upgraded to.\n    *\/\n  @js.native\n  trait UpgradeTarget extends js.Object {\n    var AutoUpgrade: js.UndefOr[Boolean]\n    var Description: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IsMajorVersionUpgrade: js.UndefOr[Boolean]\n  }\n\n  object UpgradeTarget {\n    @inline\n    def apply(\n        AutoUpgrade: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IsMajorVersionUpgrade: js.UndefOr[Boolean] = js.undefined\n    ): UpgradeTarget = {\n      val __obj = js.Dynamic.literal()\n      AutoUpgrade.foreach(__v => __obj.updateDynamic(\"AutoUpgrade\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IsMajorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"IsMajorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradeTarget]\n    }\n  }\n\n  \/** Used as a response element for queries on virtual private cloud (VPC) security group membership.\n    *\/\n  @js.native\n  trait VpcSecurityGroupMembership extends js.Object {\n    var Status: js.UndefOr[String]\n    var VpcSecurityGroupId: js.UndefOr[String]\n  }\n\n  object VpcSecurityGroupMembership {\n    @inline\n    def apply(\n        Status: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupId: js.UndefOr[String] = js.undefined\n    ): VpcSecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupId.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcSecurityGroupMembership]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/CredentialProviderChain.scala","text":"<gh_stars>10-100\npackage facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\nimport facade.amazonaws.{Error => AWSError}\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"CredentialProviderChain\", \"AWS.CredentialProviderChain\")\nclass CredentialProviderChain() extends AWSCredentials {\n  def this(providers: js.Array[Provider]) = this()\n\n  def resolve(callback: js.Function2[AWSError | Null, js.UndefOr[AWSCredentials], Unit]): CredentialProviderChain = js.native\n\n  def resolvePromise(): js.Promise[AWSCredentials] = js.native\n\n  def providers: js.Array[AWSCredentials | Provider] = js.native\n}\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"CredentialProviderChain\", \"AWS.CredentialProviderChain\")\nobject CredentialProviderChain extends AWSCredentials {\n  var defaultProviders: js.Array[Provider] = js.native\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"project\/SharedConfig.scala","text":"import sbt._\nimport Keys._\nimport org.scalajs.sbtplugin.ScalaJSPlugin.autoImport._\nimport com.jsuereth.sbtpgp.SbtPgp.autoImport._\nimport sbtrelease.ReleasePlugin.autoImport._\nimport sbtrelease.ReleaseStateTransformations._\nimport xerial.sbt.Sonatype.SonatypeKeys._\n\nobject SharedConfig {\n  val libraryName = \"aws-sdk-scalajs-facade\"\n\n  val scala213Version = \"2.13.6\"\n  val scala212Version = \"2.12.15\"\n\n  val settings = Seq(\n    scalacOptions ++= Seq(\"-deprecation\"),\n    scalaJSLinkerConfig ~= {\n      val isCI = Option(System.getenv(\"CI\")).exists(_.contains(\"true\"))\n      _.withBatchMode(isCI)\n        .withSourceMap(false)\n        .withModuleKind(ModuleKind.CommonJSModule)\n    },\n    licenses := Seq(\"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/exoego\/aws-sdk-scalajs-facade\"),\n        \"scm:git:git@github.com:exoego\/aws-sdk-scalajs-facade.git\"\n      )\n    ),\n    libraryDependencies ++= Seq(\n      Dependencies.shared.scalatest.value,\n      Dependencies.shared.scalatestHelper.value\n    ),\n    homepage := scmInfo.value.map(_.browseUrl),\n    developers := List(\n      Developer(\n        id = \"exoego\",\n        name = \"<NAME>\",\n        email = \"<EMAIL>\",\n        url = url(\"https:\/\/www.exoego.net\")\n      )\n    )\n  )\n\n  val publishSetting = Seq(\n    ThisBuild \/ publishTo := sonatypePublishToBundle.value,\n    publishMavenStyle := true,\n    Test \/ publishArtifact := false,\n    Compile \/ packageDoc \/ publishArtifact := true,\n    Compile \/ packageSrc \/ publishArtifact := true,\n    pomIncludeRepository := { _ =>\n      false\n    },\n    sonatypeTimeoutMillis := 3 * 60 * 60 * 1000,\n    publishConfiguration := publishConfiguration.value.withOverwrite(true),\n    publishLocalConfiguration := publishLocalConfiguration.value.withOverwrite(true),\n    packageDoc \/ publishArtifact := false,\n    Compile \/ doc \/ sources := Seq.empty,\n    releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n    releaseProcess := Seq[ReleaseStep](\n      checkSnapshotDependencies,\n      inquireVersions,\n      \/\/  runTest,\n      setReleaseVersion,\n      commitReleaseVersion,\n      runClean,\n      releaseStepCommandAndRemaining(\"+publishSigned\"),\n      releaseStepCommand(\"sonatypeBundleRelease\"),\n      setNextVersion,\n      commitNextVersion\n    )\n  )\n\n  val noPublishingSettings = Seq(\n    publish := {},\n    publishLocal := {},\n    publishArtifact := false,\n    Compile \/ packageDoc \/ publishArtifact := false,\n    Compile \/ packageSrc \/ publishArtifact := false\n  )\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/FileSystemCredentials.scala","text":"<filename>credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/FileSystemCredentials.scala\npackage facade.amazonaws.credentials\n\nimport facade.amazonaws.AWSCredentials\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"FileSystemCredentials\", \"AWS.FileSystemCredentials\")\nclass FileSystemCredentials(val filename: String) extends AWSCredentials {}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/transcribeservice\/src\/main\/scala\/facade\/amazonaws\/services\/TranscribeService.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object transcribeservice {\n  type DataAccessRoleArn = String\n  type DateTime = js.Date\n  type FailureReason = String\n  type IdentifiedLanguageScore = Float\n  type KMSKeyId = String\n  type LanguageOptions = js.Array[LanguageCode]\n  type MaxAlternatives = Int\n  type MaxResults = Int\n  type MaxSpeakers = Int\n  type MediaSampleRateHertz = Int\n  type MedicalTranscriptionJobSummaries = js.Array[MedicalTranscriptionJobSummary]\n  type ModelName = String\n  type Models = js.Array[LanguageModel]\n  type NextToken = String\n  type OutputBucketName = String\n  type OutputKey = String\n  type Phrase = String\n  type Phrases = js.Array[Phrase]\n  type TranscriptionJobName = String\n  type TranscriptionJobSummaries = js.Array[TranscriptionJobSummary]\n  type Uri = String\n  type Vocabularies = js.Array[VocabularyInfo]\n  type VocabularyFilterName = String\n  type VocabularyFilters = js.Array[VocabularyFilterInfo]\n  type VocabularyName = String\n  type Word = String\n  type Words = js.Array[Word]\n\n  implicit final class TranscribeServiceOps(private val service: TranscribeService) extends AnyVal {\n\n    @inline def createLanguageModelFuture(params: CreateLanguageModelRequest): Future[CreateLanguageModelResponse] = service.createLanguageModel(params).promise().toFuture\n    @inline def createMedicalVocabularyFuture(params: CreateMedicalVocabularyRequest): Future[CreateMedicalVocabularyResponse] = service.createMedicalVocabulary(params).promise().toFuture\n    @inline def createVocabularyFilterFuture(params: CreateVocabularyFilterRequest): Future[CreateVocabularyFilterResponse] = service.createVocabularyFilter(params).promise().toFuture\n    @inline def createVocabularyFuture(params: CreateVocabularyRequest): Future[CreateVocabularyResponse] = service.createVocabulary(params).promise().toFuture\n    @inline def deleteLanguageModelFuture(params: DeleteLanguageModelRequest): Future[js.Object] = service.deleteLanguageModel(params).promise().toFuture\n    @inline def deleteMedicalTranscriptionJobFuture(params: DeleteMedicalTranscriptionJobRequest): Future[js.Object] = service.deleteMedicalTranscriptionJob(params).promise().toFuture\n    @inline def deleteMedicalVocabularyFuture(params: DeleteMedicalVocabularyRequest): Future[js.Object] = service.deleteMedicalVocabulary(params).promise().toFuture\n    @inline def deleteTranscriptionJobFuture(params: DeleteTranscriptionJobRequest): Future[js.Object] = service.deleteTranscriptionJob(params).promise().toFuture\n    @inline def deleteVocabularyFilterFuture(params: DeleteVocabularyFilterRequest): Future[js.Object] = service.deleteVocabularyFilter(params).promise().toFuture\n    @inline def deleteVocabularyFuture(params: DeleteVocabularyRequest): Future[js.Object] = service.deleteVocabulary(params).promise().toFuture\n    @inline def describeLanguageModelFuture(params: DescribeLanguageModelRequest): Future[DescribeLanguageModelResponse] = service.describeLanguageModel(params).promise().toFuture\n    @inline def getMedicalTranscriptionJobFuture(params: GetMedicalTranscriptionJobRequest): Future[GetMedicalTranscriptionJobResponse] = service.getMedicalTranscriptionJob(params).promise().toFuture\n    @inline def getMedicalVocabularyFuture(params: GetMedicalVocabularyRequest): Future[GetMedicalVocabularyResponse] = service.getMedicalVocabulary(params).promise().toFuture\n    @inline def getTranscriptionJobFuture(params: GetTranscriptionJobRequest): Future[GetTranscriptionJobResponse] = service.getTranscriptionJob(params).promise().toFuture\n    @inline def getVocabularyFilterFuture(params: GetVocabularyFilterRequest): Future[GetVocabularyFilterResponse] = service.getVocabularyFilter(params).promise().toFuture\n    @inline def getVocabularyFuture(params: GetVocabularyRequest): Future[GetVocabularyResponse] = service.getVocabulary(params).promise().toFuture\n    @inline def listLanguageModelsFuture(params: ListLanguageModelsRequest): Future[ListLanguageModelsResponse] = service.listLanguageModels(params).promise().toFuture\n    @inline def listMedicalTranscriptionJobsFuture(params: ListMedicalTranscriptionJobsRequest): Future[ListMedicalTranscriptionJobsResponse] = service.listMedicalTranscriptionJobs(params).promise().toFuture\n    @inline def listMedicalVocabulariesFuture(params: ListMedicalVocabulariesRequest): Future[ListMedicalVocabulariesResponse] = service.listMedicalVocabularies(params).promise().toFuture\n    @inline def listTranscriptionJobsFuture(params: ListTranscriptionJobsRequest): Future[ListTranscriptionJobsResponse] = service.listTranscriptionJobs(params).promise().toFuture\n    @inline def listVocabulariesFuture(params: ListVocabulariesRequest): Future[ListVocabulariesResponse] = service.listVocabularies(params).promise().toFuture\n    @inline def listVocabularyFiltersFuture(params: ListVocabularyFiltersRequest): Future[ListVocabularyFiltersResponse] = service.listVocabularyFilters(params).promise().toFuture\n    @inline def startMedicalTranscriptionJobFuture(params: StartMedicalTranscriptionJobRequest): Future[StartMedicalTranscriptionJobResponse] = service.startMedicalTranscriptionJob(params).promise().toFuture\n    @inline def startTranscriptionJobFuture(params: StartTranscriptionJobRequest): Future[StartTranscriptionJobResponse] = service.startTranscriptionJob(params).promise().toFuture\n    @inline def updateMedicalVocabularyFuture(params: UpdateMedicalVocabularyRequest): Future[UpdateMedicalVocabularyResponse] = service.updateMedicalVocabulary(params).promise().toFuture\n    @inline def updateVocabularyFilterFuture(params: UpdateVocabularyFilterRequest): Future[UpdateVocabularyFilterResponse] = service.updateVocabularyFilter(params).promise().toFuture\n    @inline def updateVocabularyFuture(params: UpdateVocabularyRequest): Future[UpdateVocabularyResponse] = service.updateVocabulary(params).promise().toFuture\n\n  }\n}\n\npackage transcribeservice {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/transcribeservice\", JSImport.Namespace, \"AWS.TranscribeService\")\n  class TranscribeService() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createLanguageModel(params: CreateLanguageModelRequest): Request[CreateLanguageModelResponse] = js.native\n    def createMedicalVocabulary(params: CreateMedicalVocabularyRequest): Request[CreateMedicalVocabularyResponse] = js.native\n    def createVocabulary(params: CreateVocabularyRequest): Request[CreateVocabularyResponse] = js.native\n    def createVocabularyFilter(params: CreateVocabularyFilterRequest): Request[CreateVocabularyFilterResponse] = js.native\n    def deleteLanguageModel(params: DeleteLanguageModelRequest): Request[js.Object] = js.native\n    def deleteMedicalTranscriptionJob(params: DeleteMedicalTranscriptionJobRequest): Request[js.Object] = js.native\n    def deleteMedicalVocabulary(params: DeleteMedicalVocabularyRequest): Request[js.Object] = js.native\n    def deleteTranscriptionJob(params: DeleteTranscriptionJobRequest): Request[js.Object] = js.native\n    def deleteVocabulary(params: DeleteVocabularyRequest): Request[js.Object] = js.native\n    def deleteVocabularyFilter(params: DeleteVocabularyFilterRequest): Request[js.Object] = js.native\n    def describeLanguageModel(params: DescribeLanguageModelRequest): Request[DescribeLanguageModelResponse] = js.native\n    def getMedicalTranscriptionJob(params: GetMedicalTranscriptionJobRequest): Request[GetMedicalTranscriptionJobResponse] = js.native\n    def getMedicalVocabulary(params: GetMedicalVocabularyRequest): Request[GetMedicalVocabularyResponse] = js.native\n    def getTranscriptionJob(params: GetTranscriptionJobRequest): Request[GetTranscriptionJobResponse] = js.native\n    def getVocabulary(params: GetVocabularyRequest): Request[GetVocabularyResponse] = js.native\n    def getVocabularyFilter(params: GetVocabularyFilterRequest): Request[GetVocabularyFilterResponse] = js.native\n    def listLanguageModels(params: ListLanguageModelsRequest): Request[ListLanguageModelsResponse] = js.native\n    def listMedicalTranscriptionJobs(params: ListMedicalTranscriptionJobsRequest): Request[ListMedicalTranscriptionJobsResponse] = js.native\n    def listMedicalVocabularies(params: ListMedicalVocabulariesRequest): Request[ListMedicalVocabulariesResponse] = js.native\n    def listTranscriptionJobs(params: ListTranscriptionJobsRequest): Request[ListTranscriptionJobsResponse] = js.native\n    def listVocabularies(params: ListVocabulariesRequest): Request[ListVocabulariesResponse] = js.native\n    def listVocabularyFilters(params: ListVocabularyFiltersRequest): Request[ListVocabularyFiltersResponse] = js.native\n    def startMedicalTranscriptionJob(params: StartMedicalTranscriptionJobRequest): Request[StartMedicalTranscriptionJobResponse] = js.native\n    def startTranscriptionJob(params: StartTranscriptionJobRequest): Request[StartTranscriptionJobResponse] = js.native\n    def updateMedicalVocabulary(params: UpdateMedicalVocabularyRequest): Request[UpdateMedicalVocabularyResponse] = js.native\n    def updateVocabulary(params: UpdateVocabularyRequest): Request[UpdateVocabularyResponse] = js.native\n    def updateVocabularyFilter(params: UpdateVocabularyFilterRequest): Request[UpdateVocabularyFilterResponse] = js.native\n  }\n\n  @js.native\n  sealed trait BaseModelName extends js.Any\n  object BaseModelName {\n    val NarrowBand = \"NarrowBand\".asInstanceOf[BaseModelName]\n    val WideBand = \"WideBand\".asInstanceOf[BaseModelName]\n\n    @inline def values = js.Array(NarrowBand, WideBand)\n  }\n\n  @js.native\n  sealed trait CLMLanguageCode extends js.Any\n  object CLMLanguageCode {\n    val `en-US` = \"en-US\".asInstanceOf[CLMLanguageCode]\n    val `hi-IN` = \"hi-IN\".asInstanceOf[CLMLanguageCode]\n    val `es-US` = \"es-US\".asInstanceOf[CLMLanguageCode]\n    val `en-GB` = \"en-GB\".asInstanceOf[CLMLanguageCode]\n    val `en-AU` = \"en-AU\".asInstanceOf[CLMLanguageCode]\n\n    @inline def values = js.Array(`en-US`, `hi-IN`, `es-US`, `en-GB`, `en-AU`)\n  }\n\n  \/** Settings for content redaction within a transcription job.\n    *\/\n  @js.native\n  trait ContentRedaction extends js.Object {\n    var RedactionOutput: RedactionOutput\n    var RedactionType: RedactionType\n  }\n\n  object ContentRedaction {\n    @inline\n    def apply(\n        RedactionOutput: RedactionOutput,\n        RedactionType: RedactionType\n    ): ContentRedaction = {\n      val __obj = js.Dynamic.literal(\n        \"RedactionOutput\" -> RedactionOutput.asInstanceOf[js.Any],\n        \"RedactionType\" -> RedactionType.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ContentRedaction]\n    }\n  }\n\n  @js.native\n  trait CreateLanguageModelRequest extends js.Object {\n    var BaseModelName: BaseModelName\n    var InputDataConfig: InputDataConfig\n    var LanguageCode: CLMLanguageCode\n    var ModelName: ModelName\n  }\n\n  object CreateLanguageModelRequest {\n    @inline\n    def apply(\n        BaseModelName: BaseModelName,\n        InputDataConfig: InputDataConfig,\n        LanguageCode: CLMLanguageCode,\n        ModelName: ModelName\n    ): CreateLanguageModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"BaseModelName\" -> BaseModelName.asInstanceOf[js.Any],\n        \"InputDataConfig\" -> InputDataConfig.asInstanceOf[js.Any],\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateLanguageModelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateLanguageModelResponse extends js.Object {\n    var BaseModelName: js.UndefOr[BaseModelName]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var LanguageCode: js.UndefOr[CLMLanguageCode]\n    var ModelName: js.UndefOr[ModelName]\n    var ModelStatus: js.UndefOr[ModelStatus]\n  }\n\n  object CreateLanguageModelResponse {\n    @inline\n    def apply(\n        BaseModelName: js.UndefOr[BaseModelName] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        LanguageCode: js.UndefOr[CLMLanguageCode] = js.undefined,\n        ModelName: js.UndefOr[ModelName] = js.undefined,\n        ModelStatus: js.UndefOr[ModelStatus] = js.undefined\n    ): CreateLanguageModelResponse = {\n      val __obj = js.Dynamic.literal()\n      BaseModelName.foreach(__v => __obj.updateDynamic(\"BaseModelName\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      ModelStatus.foreach(__v => __obj.updateDynamic(\"ModelStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateLanguageModelResponse]\n    }\n  }\n\n  @js.native\n  trait CreateMedicalVocabularyRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var VocabularyFileUri: Uri\n    var VocabularyName: VocabularyName\n  }\n\n  object CreateMedicalVocabularyRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        VocabularyFileUri: Uri,\n        VocabularyName: VocabularyName\n    ): CreateMedicalVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"VocabularyFileUri\" -> VocabularyFileUri.asInstanceOf[js.Any],\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateMedicalVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateMedicalVocabularyResponse extends js.Object {\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object CreateMedicalVocabularyResponse {\n    @inline\n    def apply(\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): CreateMedicalVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateMedicalVocabularyResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVocabularyFilterRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var VocabularyFilterName: VocabularyFilterName\n    var VocabularyFilterFileUri: js.UndefOr[Uri]\n    var Words: js.UndefOr[Words]\n  }\n\n  object CreateVocabularyFilterRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        VocabularyFilterName: VocabularyFilterName,\n        VocabularyFilterFileUri: js.UndefOr[Uri] = js.undefined,\n        Words: js.UndefOr[Words] = js.undefined\n    ): CreateVocabularyFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"VocabularyFilterName\" -> VocabularyFilterName.asInstanceOf[js.Any]\n      )\n\n      VocabularyFilterFileUri.foreach(__v => __obj.updateDynamic(\"VocabularyFilterFileUri\")(__v.asInstanceOf[js.Any]))\n      Words.foreach(__v => __obj.updateDynamic(\"Words\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVocabularyFilterRequest]\n    }\n  }\n\n  @js.native\n  trait CreateVocabularyFilterResponse extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyFilterName: js.UndefOr[VocabularyFilterName]\n  }\n\n  object CreateVocabularyFilterResponse {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyFilterName: js.UndefOr[VocabularyFilterName] = js.undefined\n    ): CreateVocabularyFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterName.foreach(__v => __obj.updateDynamic(\"VocabularyFilterName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVocabularyFilterResponse]\n    }\n  }\n\n  @js.native\n  trait CreateVocabularyRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var VocabularyName: VocabularyName\n    var Phrases: js.UndefOr[Phrases]\n    var VocabularyFileUri: js.UndefOr[Uri]\n  }\n\n  object CreateVocabularyRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        VocabularyName: VocabularyName,\n        Phrases: js.UndefOr[Phrases] = js.undefined,\n        VocabularyFileUri: js.UndefOr[Uri] = js.undefined\n    ): CreateVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n\n      Phrases.foreach(__v => __obj.updateDynamic(\"Phrases\")(__v.asInstanceOf[js.Any]))\n      VocabularyFileUri.foreach(__v => __obj.updateDynamic(\"VocabularyFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateVocabularyResponse extends js.Object {\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object CreateVocabularyResponse {\n    @inline\n    def apply(\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): CreateVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateVocabularyResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteLanguageModelRequest extends js.Object {\n    var ModelName: ModelName\n  }\n\n  object DeleteLanguageModelRequest {\n    @inline\n    def apply(\n        ModelName: ModelName\n    ): DeleteLanguageModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteLanguageModelRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMedicalTranscriptionJobRequest extends js.Object {\n    var MedicalTranscriptionJobName: TranscriptionJobName\n  }\n\n  object DeleteMedicalTranscriptionJobRequest {\n    @inline\n    def apply(\n        MedicalTranscriptionJobName: TranscriptionJobName\n    ): DeleteMedicalTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MedicalTranscriptionJobName\" -> MedicalTranscriptionJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMedicalTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteMedicalVocabularyRequest extends js.Object {\n    var VocabularyName: VocabularyName\n  }\n\n  object DeleteMedicalVocabularyRequest {\n    @inline\n    def apply(\n        VocabularyName: VocabularyName\n    ): DeleteMedicalVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteMedicalVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteTranscriptionJobRequest extends js.Object {\n    var TranscriptionJobName: TranscriptionJobName\n  }\n\n  object DeleteTranscriptionJobRequest {\n    @inline\n    def apply(\n        TranscriptionJobName: TranscriptionJobName\n    ): DeleteTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TranscriptionJobName\" -> TranscriptionJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVocabularyFilterRequest extends js.Object {\n    var VocabularyFilterName: VocabularyFilterName\n  }\n\n  object DeleteVocabularyFilterRequest {\n    @inline\n    def apply(\n        VocabularyFilterName: VocabularyFilterName\n    ): DeleteVocabularyFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyFilterName\" -> VocabularyFilterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVocabularyFilterRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteVocabularyRequest extends js.Object {\n    var VocabularyName: VocabularyName\n  }\n\n  object DeleteVocabularyRequest {\n    @inline\n    def apply(\n        VocabularyName: VocabularyName\n    ): DeleteVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLanguageModelRequest extends js.Object {\n    var ModelName: ModelName\n  }\n\n  object DescribeLanguageModelRequest {\n    @inline\n    def apply(\n        ModelName: ModelName\n    ): DescribeLanguageModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ModelName\" -> ModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeLanguageModelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLanguageModelResponse extends js.Object {\n    var LanguageModel: js.UndefOr[LanguageModel]\n  }\n\n  object DescribeLanguageModelResponse {\n    @inline\n    def apply(\n        LanguageModel: js.UndefOr[LanguageModel] = js.undefined\n    ): DescribeLanguageModelResponse = {\n      val __obj = js.Dynamic.literal()\n      LanguageModel.foreach(__v => __obj.updateDynamic(\"LanguageModel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLanguageModelResponse]\n    }\n  }\n\n  @js.native\n  trait GetMedicalTranscriptionJobRequest extends js.Object {\n    var MedicalTranscriptionJobName: TranscriptionJobName\n  }\n\n  object GetMedicalTranscriptionJobRequest {\n    @inline\n    def apply(\n        MedicalTranscriptionJobName: TranscriptionJobName\n    ): GetMedicalTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MedicalTranscriptionJobName\" -> MedicalTranscriptionJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMedicalTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait GetMedicalTranscriptionJobResponse extends js.Object {\n    var MedicalTranscriptionJob: js.UndefOr[MedicalTranscriptionJob]\n  }\n\n  object GetMedicalTranscriptionJobResponse {\n    @inline\n    def apply(\n        MedicalTranscriptionJob: js.UndefOr[MedicalTranscriptionJob] = js.undefined\n    ): GetMedicalTranscriptionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      MedicalTranscriptionJob.foreach(__v => __obj.updateDynamic(\"MedicalTranscriptionJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMedicalTranscriptionJobResponse]\n    }\n  }\n\n  @js.native\n  trait GetMedicalVocabularyRequest extends js.Object {\n    var VocabularyName: VocabularyName\n  }\n\n  object GetMedicalVocabularyRequest {\n    @inline\n    def apply(\n        VocabularyName: VocabularyName\n    ): GetMedicalVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetMedicalVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait GetMedicalVocabularyResponse extends js.Object {\n    var DownloadUri: js.UndefOr[Uri]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object GetMedicalVocabularyResponse {\n    @inline\n    def apply(\n        DownloadUri: js.UndefOr[Uri] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): GetMedicalVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      DownloadUri.foreach(__v => __obj.updateDynamic(\"DownloadUri\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetMedicalVocabularyResponse]\n    }\n  }\n\n  @js.native\n  trait GetTranscriptionJobRequest extends js.Object {\n    var TranscriptionJobName: TranscriptionJobName\n  }\n\n  object GetTranscriptionJobRequest {\n    @inline\n    def apply(\n        TranscriptionJobName: TranscriptionJobName\n    ): GetTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TranscriptionJobName\" -> TranscriptionJobName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait GetTranscriptionJobResponse extends js.Object {\n    var TranscriptionJob: js.UndefOr[TranscriptionJob]\n  }\n\n  object GetTranscriptionJobResponse {\n    @inline\n    def apply(\n        TranscriptionJob: js.UndefOr[TranscriptionJob] = js.undefined\n    ): GetTranscriptionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      TranscriptionJob.foreach(__v => __obj.updateDynamic(\"TranscriptionJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTranscriptionJobResponse]\n    }\n  }\n\n  @js.native\n  trait GetVocabularyFilterRequest extends js.Object {\n    var VocabularyFilterName: VocabularyFilterName\n  }\n\n  object GetVocabularyFilterRequest {\n    @inline\n    def apply(\n        VocabularyFilterName: VocabularyFilterName\n    ): GetVocabularyFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyFilterName\" -> VocabularyFilterName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVocabularyFilterRequest]\n    }\n  }\n\n  @js.native\n  trait GetVocabularyFilterResponse extends js.Object {\n    var DownloadUri: js.UndefOr[Uri]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyFilterName: js.UndefOr[VocabularyFilterName]\n  }\n\n  object GetVocabularyFilterResponse {\n    @inline\n    def apply(\n        DownloadUri: js.UndefOr[Uri] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyFilterName: js.UndefOr[VocabularyFilterName] = js.undefined\n    ): GetVocabularyFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      DownloadUri.foreach(__v => __obj.updateDynamic(\"DownloadUri\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterName.foreach(__v => __obj.updateDynamic(\"VocabularyFilterName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVocabularyFilterResponse]\n    }\n  }\n\n  @js.native\n  trait GetVocabularyRequest extends js.Object {\n    var VocabularyName: VocabularyName\n  }\n\n  object GetVocabularyRequest {\n    @inline\n    def apply(\n        VocabularyName: VocabularyName\n    ): GetVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait GetVocabularyResponse extends js.Object {\n    var DownloadUri: js.UndefOr[Uri]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object GetVocabularyResponse {\n    @inline\n    def apply(\n        DownloadUri: js.UndefOr[Uri] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): GetVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      DownloadUri.foreach(__v => __obj.updateDynamic(\"DownloadUri\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetVocabularyResponse]\n    }\n  }\n\n  \/** The object that contains the Amazon S3 object location and access role required to train and tune your custom language model.\n    *\/\n  @js.native\n  trait InputDataConfig extends js.Object {\n    var DataAccessRoleArn: DataAccessRoleArn\n    var S3Uri: Uri\n    var TuningDataS3Uri: js.UndefOr[Uri]\n  }\n\n  object InputDataConfig {\n    @inline\n    def apply(\n        DataAccessRoleArn: DataAccessRoleArn,\n        S3Uri: Uri,\n        TuningDataS3Uri: js.UndefOr[Uri] = js.undefined\n    ): InputDataConfig = {\n      val __obj = js.Dynamic.literal(\n        \"DataAccessRoleArn\" -> DataAccessRoleArn.asInstanceOf[js.Any],\n        \"S3Uri\" -> S3Uri.asInstanceOf[js.Any]\n      )\n\n      TuningDataS3Uri.foreach(__v => __obj.updateDynamic(\"TuningDataS3Uri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputDataConfig]\n    }\n  }\n\n  \/** Provides information about when a transcription job should be executed.\n    *\/\n  @js.native\n  trait JobExecutionSettings extends js.Object {\n    var AllowDeferredExecution: js.UndefOr[Boolean]\n    var DataAccessRoleArn: js.UndefOr[DataAccessRoleArn]\n  }\n\n  object JobExecutionSettings {\n    @inline\n    def apply(\n        AllowDeferredExecution: js.UndefOr[Boolean] = js.undefined,\n        DataAccessRoleArn: js.UndefOr[DataAccessRoleArn] = js.undefined\n    ): JobExecutionSettings = {\n      val __obj = js.Dynamic.literal()\n      AllowDeferredExecution.foreach(__v => __obj.updateDynamic(\"AllowDeferredExecution\")(__v.asInstanceOf[js.Any]))\n      DataAccessRoleArn.foreach(__v => __obj.updateDynamic(\"DataAccessRoleArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[JobExecutionSettings]\n    }\n  }\n\n  @js.native\n  sealed trait LanguageCode extends js.Any\n  object LanguageCode {\n    val `af-ZA` = \"af-ZA\".asInstanceOf[LanguageCode]\n    val `ar-AE` = \"ar-AE\".asInstanceOf[LanguageCode]\n    val `ar-SA` = \"ar-SA\".asInstanceOf[LanguageCode]\n    val `cy-GB` = \"cy-GB\".asInstanceOf[LanguageCode]\n    val `da-DK` = \"da-DK\".asInstanceOf[LanguageCode]\n    val `de-CH` = \"de-CH\".asInstanceOf[LanguageCode]\n    val `de-DE` = \"de-DE\".asInstanceOf[LanguageCode]\n    val `en-AB` = \"en-AB\".asInstanceOf[LanguageCode]\n    val `en-AU` = \"en-AU\".asInstanceOf[LanguageCode]\n    val `en-GB` = \"en-GB\".asInstanceOf[LanguageCode]\n    val `en-IE` = \"en-IE\".asInstanceOf[LanguageCode]\n    val `en-IN` = \"en-IN\".asInstanceOf[LanguageCode]\n    val `en-US` = \"en-US\".asInstanceOf[LanguageCode]\n    val `en-WL` = \"en-WL\".asInstanceOf[LanguageCode]\n    val `es-ES` = \"es-ES\".asInstanceOf[LanguageCode]\n    val `es-US` = \"es-US\".asInstanceOf[LanguageCode]\n    val `fa-IR` = \"fa-IR\".asInstanceOf[LanguageCode]\n    val `fr-CA` = \"fr-CA\".asInstanceOf[LanguageCode]\n    val `fr-FR` = \"fr-FR\".asInstanceOf[LanguageCode]\n    val `ga-IE` = \"ga-IE\".asInstanceOf[LanguageCode]\n    val `gd-GB` = \"gd-GB\".asInstanceOf[LanguageCode]\n    val `he-IL` = \"he-IL\".asInstanceOf[LanguageCode]\n    val `hi-IN` = \"hi-IN\".asInstanceOf[LanguageCode]\n    val `id-ID` = \"id-ID\".asInstanceOf[LanguageCode]\n    val `it-IT` = \"it-IT\".asInstanceOf[LanguageCode]\n    val `ja-JP` = \"ja-JP\".asInstanceOf[LanguageCode]\n    val `ko-KR` = \"ko-KR\".asInstanceOf[LanguageCode]\n    val `ms-MY` = \"ms-MY\".asInstanceOf[LanguageCode]\n    val `nl-NL` = \"nl-NL\".asInstanceOf[LanguageCode]\n    val `pt-BR` = \"pt-BR\".asInstanceOf[LanguageCode]\n    val `pt-PT` = \"pt-PT\".asInstanceOf[LanguageCode]\n    val `ru-RU` = \"ru-RU\".asInstanceOf[LanguageCode]\n    val `ta-IN` = \"ta-IN\".asInstanceOf[LanguageCode]\n    val `te-IN` = \"te-IN\".asInstanceOf[LanguageCode]\n    val `tr-TR` = \"tr-TR\".asInstanceOf[LanguageCode]\n    val `zh-CN` = \"zh-CN\".asInstanceOf[LanguageCode]\n\n    @inline def values = js.Array(\n      `af-ZA`,\n      `ar-AE`,\n      `ar-SA`,\n      `cy-GB`,\n      `da-DK`,\n      `de-CH`,\n      `de-DE`,\n      `en-AB`,\n      `en-AU`,\n      `en-GB`,\n      `en-IE`,\n      `en-IN`,\n      `en-US`,\n      `en-WL`,\n      `es-ES`,\n      `es-US`,\n      `fa-IR`,\n      `fr-CA`,\n      `fr-FR`,\n      `ga-IE`,\n      `gd-GB`,\n      `he-IL`,\n      `hi-IN`,\n      `id-ID`,\n      `it-IT`,\n      `ja-JP`,\n      `ko-KR`,\n      `ms-MY`,\n      `nl-NL`,\n      `pt-BR`,\n      `pt-PT`,\n      `ru-RU`,\n      `ta-IN`,\n      `te-IN`,\n      `tr-TR`,\n      `zh-CN`\n    )\n  }\n\n  \/** The structure used to describe a custom language model.\n    *\/\n  @js.native\n  trait LanguageModel extends js.Object {\n    var BaseModelName: js.UndefOr[BaseModelName]\n    var CreateTime: js.UndefOr[DateTime]\n    var FailureReason: js.UndefOr[FailureReason]\n    var InputDataConfig: js.UndefOr[InputDataConfig]\n    var LanguageCode: js.UndefOr[CLMLanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var ModelName: js.UndefOr[ModelName]\n    var ModelStatus: js.UndefOr[ModelStatus]\n    var UpgradeAvailability: js.UndefOr[Boolean]\n  }\n\n  object LanguageModel {\n    @inline\n    def apply(\n        BaseModelName: js.UndefOr[BaseModelName] = js.undefined,\n        CreateTime: js.UndefOr[DateTime] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        InputDataConfig: js.UndefOr[InputDataConfig] = js.undefined,\n        LanguageCode: js.UndefOr[CLMLanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        ModelName: js.UndefOr[ModelName] = js.undefined,\n        ModelStatus: js.UndefOr[ModelStatus] = js.undefined,\n        UpgradeAvailability: js.UndefOr[Boolean] = js.undefined\n    ): LanguageModel = {\n      val __obj = js.Dynamic.literal()\n      BaseModelName.foreach(__v => __obj.updateDynamic(\"BaseModelName\")(__v.asInstanceOf[js.Any]))\n      CreateTime.foreach(__v => __obj.updateDynamic(\"CreateTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      InputDataConfig.foreach(__v => __obj.updateDynamic(\"InputDataConfig\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      ModelName.foreach(__v => __obj.updateDynamic(\"ModelName\")(__v.asInstanceOf[js.Any]))\n      ModelStatus.foreach(__v => __obj.updateDynamic(\"ModelStatus\")(__v.asInstanceOf[js.Any]))\n      UpgradeAvailability.foreach(__v => __obj.updateDynamic(\"UpgradeAvailability\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LanguageModel]\n    }\n  }\n\n  @js.native\n  trait ListLanguageModelsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[ModelName]\n    var NextToken: js.UndefOr[NextToken]\n    var StatusEquals: js.UndefOr[ModelStatus]\n  }\n\n  object ListLanguageModelsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[ModelName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StatusEquals: js.UndefOr[ModelStatus] = js.undefined\n    ): ListLanguageModelsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StatusEquals.foreach(__v => __obj.updateDynamic(\"StatusEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLanguageModelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListLanguageModelsResponse extends js.Object {\n    var Models: js.UndefOr[Models]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListLanguageModelsResponse {\n    @inline\n    def apply(\n        Models: js.UndefOr[Models] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListLanguageModelsResponse = {\n      val __obj = js.Dynamic.literal()\n      Models.foreach(__v => __obj.updateDynamic(\"Models\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListLanguageModelsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMedicalTranscriptionJobsRequest extends js.Object {\n    var JobNameContains: js.UndefOr[TranscriptionJobName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[TranscriptionJobStatus]\n  }\n\n  object ListMedicalTranscriptionJobsRequest {\n    @inline\n    def apply(\n        JobNameContains: js.UndefOr[TranscriptionJobName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[TranscriptionJobStatus] = js.undefined\n    ): ListMedicalTranscriptionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      JobNameContains.foreach(__v => __obj.updateDynamic(\"JobNameContains\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMedicalTranscriptionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListMedicalTranscriptionJobsResponse extends js.Object {\n    var MedicalTranscriptionJobSummaries: js.UndefOr[MedicalTranscriptionJobSummaries]\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[TranscriptionJobStatus]\n  }\n\n  object ListMedicalTranscriptionJobsResponse {\n    @inline\n    def apply(\n        MedicalTranscriptionJobSummaries: js.UndefOr[MedicalTranscriptionJobSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[TranscriptionJobStatus] = js.undefined\n    ): ListMedicalTranscriptionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      MedicalTranscriptionJobSummaries.foreach(__v => __obj.updateDynamic(\"MedicalTranscriptionJobSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMedicalTranscriptionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListMedicalVocabulariesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[VocabularyName]\n    var NextToken: js.UndefOr[NextToken]\n    var StateEquals: js.UndefOr[VocabularyState]\n  }\n\n  object ListMedicalVocabulariesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[VocabularyName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StateEquals: js.UndefOr[VocabularyState] = js.undefined\n    ): ListMedicalVocabulariesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StateEquals.foreach(__v => __obj.updateDynamic(\"StateEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMedicalVocabulariesRequest]\n    }\n  }\n\n  @js.native\n  trait ListMedicalVocabulariesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[VocabularyState]\n    var Vocabularies: js.UndefOr[Vocabularies]\n  }\n\n  object ListMedicalVocabulariesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[VocabularyState] = js.undefined,\n        Vocabularies: js.UndefOr[Vocabularies] = js.undefined\n    ): ListMedicalVocabulariesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Vocabularies.foreach(__v => __obj.updateDynamic(\"Vocabularies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMedicalVocabulariesResponse]\n    }\n  }\n\n  @js.native\n  trait ListTranscriptionJobsRequest extends js.Object {\n    var JobNameContains: js.UndefOr[TranscriptionJobName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[TranscriptionJobStatus]\n  }\n\n  object ListTranscriptionJobsRequest {\n    @inline\n    def apply(\n        JobNameContains: js.UndefOr[TranscriptionJobName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[TranscriptionJobStatus] = js.undefined\n    ): ListTranscriptionJobsRequest = {\n      val __obj = js.Dynamic.literal()\n      JobNameContains.foreach(__v => __obj.updateDynamic(\"JobNameContains\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTranscriptionJobsRequest]\n    }\n  }\n\n  @js.native\n  trait ListTranscriptionJobsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[TranscriptionJobStatus]\n    var TranscriptionJobSummaries: js.UndefOr[TranscriptionJobSummaries]\n  }\n\n  object ListTranscriptionJobsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[TranscriptionJobStatus] = js.undefined,\n        TranscriptionJobSummaries: js.UndefOr[TranscriptionJobSummaries] = js.undefined\n    ): ListTranscriptionJobsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobSummaries.foreach(__v => __obj.updateDynamic(\"TranscriptionJobSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTranscriptionJobsResponse]\n    }\n  }\n\n  @js.native\n  trait ListVocabulariesRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[VocabularyName]\n    var NextToken: js.UndefOr[NextToken]\n    var StateEquals: js.UndefOr[VocabularyState]\n  }\n\n  object ListVocabulariesRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[VocabularyName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        StateEquals: js.UndefOr[VocabularyState] = js.undefined\n    ): ListVocabulariesRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      StateEquals.foreach(__v => __obj.updateDynamic(\"StateEquals\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVocabulariesRequest]\n    }\n  }\n\n  @js.native\n  trait ListVocabulariesResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var Status: js.UndefOr[VocabularyState]\n    var Vocabularies: js.UndefOr[Vocabularies]\n  }\n\n  object ListVocabulariesResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Status: js.UndefOr[VocabularyState] = js.undefined,\n        Vocabularies: js.UndefOr[Vocabularies] = js.undefined\n    ): ListVocabulariesResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      Vocabularies.foreach(__v => __obj.updateDynamic(\"Vocabularies\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVocabulariesResponse]\n    }\n  }\n\n  @js.native\n  trait ListVocabularyFiltersRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NameContains: js.UndefOr[VocabularyFilterName]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListVocabularyFiltersRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NameContains: js.UndefOr[VocabularyFilterName] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListVocabularyFiltersRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NameContains.foreach(__v => __obj.updateDynamic(\"NameContains\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVocabularyFiltersRequest]\n    }\n  }\n\n  @js.native\n  trait ListVocabularyFiltersResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var VocabularyFilters: js.UndefOr[VocabularyFilters]\n  }\n\n  object ListVocabularyFiltersResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        VocabularyFilters: js.UndefOr[VocabularyFilters] = js.undefined\n    ): ListVocabularyFiltersResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilters.foreach(__v => __obj.updateDynamic(\"VocabularyFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListVocabularyFiltersResponse]\n    }\n  }\n\n  \/** Describes the input media file in a transcription request.\n    *\/\n  @js.native\n  trait Media extends js.Object {\n    var MediaFileUri: js.UndefOr[Uri]\n  }\n\n  object Media {\n    @inline\n    def apply(\n        MediaFileUri: js.UndefOr[Uri] = js.undefined\n    ): Media = {\n      val __obj = js.Dynamic.literal()\n      MediaFileUri.foreach(__v => __obj.updateDynamic(\"MediaFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Media]\n    }\n  }\n\n  @js.native\n  sealed trait MediaFormat extends js.Any\n  object MediaFormat {\n    val mp3 = \"mp3\".asInstanceOf[MediaFormat]\n    val mp4 = \"mp4\".asInstanceOf[MediaFormat]\n    val wav = \"wav\".asInstanceOf[MediaFormat]\n    val flac = \"flac\".asInstanceOf[MediaFormat]\n    val ogg = \"ogg\".asInstanceOf[MediaFormat]\n    val amr = \"amr\".asInstanceOf[MediaFormat]\n    val webm = \"webm\".asInstanceOf[MediaFormat]\n\n    @inline def values = js.Array(mp3, mp4, wav, flac, ogg, amr, webm)\n  }\n\n  \/** Identifies the location of a medical transcript.\n    *\/\n  @js.native\n  trait MedicalTranscript extends js.Object {\n    var TranscriptFileUri: js.UndefOr[Uri]\n  }\n\n  object MedicalTranscript {\n    @inline\n    def apply(\n        TranscriptFileUri: js.UndefOr[Uri] = js.undefined\n    ): MedicalTranscript = {\n      val __obj = js.Dynamic.literal()\n      TranscriptFileUri.foreach(__v => __obj.updateDynamic(\"TranscriptFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MedicalTranscript]\n    }\n  }\n\n  \/** The data structure that contains the information for a medical transcription job.\n    *\/\n  @js.native\n  trait MedicalTranscriptionJob extends js.Object {\n    var CompletionTime: js.UndefOr[DateTime]\n    var CreationTime: js.UndefOr[DateTime]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var Media: js.UndefOr[Media]\n    var MediaFormat: js.UndefOr[MediaFormat]\n    var MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz]\n    var MedicalTranscriptionJobName: js.UndefOr[TranscriptionJobName]\n    var Settings: js.UndefOr[MedicalTranscriptionSetting]\n    var Specialty: js.UndefOr[Specialty]\n    var StartTime: js.UndefOr[DateTime]\n    var Transcript: js.UndefOr[MedicalTranscript]\n    var TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus]\n    var Type: js.UndefOr[Type]\n  }\n\n  object MedicalTranscriptionJob {\n    @inline\n    def apply(\n        CompletionTime: js.UndefOr[DateTime] = js.undefined,\n        CreationTime: js.UndefOr[DateTime] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        Media: js.UndefOr[Media] = js.undefined,\n        MediaFormat: js.UndefOr[MediaFormat] = js.undefined,\n        MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz] = js.undefined,\n        MedicalTranscriptionJobName: js.UndefOr[TranscriptionJobName] = js.undefined,\n        Settings: js.UndefOr[MedicalTranscriptionSetting] = js.undefined,\n        Specialty: js.UndefOr[Specialty] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Transcript: js.UndefOr[MedicalTranscript] = js.undefined,\n        TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): MedicalTranscriptionJob = {\n      val __obj = js.Dynamic.literal()\n      CompletionTime.foreach(__v => __obj.updateDynamic(\"CompletionTime\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      Media.foreach(__v => __obj.updateDynamic(\"Media\")(__v.asInstanceOf[js.Any]))\n      MediaFormat.foreach(__v => __obj.updateDynamic(\"MediaFormat\")(__v.asInstanceOf[js.Any]))\n      MediaSampleRateHertz.foreach(__v => __obj.updateDynamic(\"MediaSampleRateHertz\")(__v.asInstanceOf[js.Any]))\n      MedicalTranscriptionJobName.foreach(__v => __obj.updateDynamic(\"MedicalTranscriptionJobName\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      Specialty.foreach(__v => __obj.updateDynamic(\"Specialty\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Transcript.foreach(__v => __obj.updateDynamic(\"Transcript\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobStatus.foreach(__v => __obj.updateDynamic(\"TranscriptionJobStatus\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MedicalTranscriptionJob]\n    }\n  }\n\n  \/** Provides summary information about a transcription job.\n    *\/\n  @js.native\n  trait MedicalTranscriptionJobSummary extends js.Object {\n    var CompletionTime: js.UndefOr[DateTime]\n    var CreationTime: js.UndefOr[DateTime]\n    var FailureReason: js.UndefOr[FailureReason]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var MedicalTranscriptionJobName: js.UndefOr[TranscriptionJobName]\n    var OutputLocationType: js.UndefOr[OutputLocationType]\n    var Specialty: js.UndefOr[Specialty]\n    var StartTime: js.UndefOr[DateTime]\n    var TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus]\n    var Type: js.UndefOr[Type]\n  }\n\n  object MedicalTranscriptionJobSummary {\n    @inline\n    def apply(\n        CompletionTime: js.UndefOr[DateTime] = js.undefined,\n        CreationTime: js.UndefOr[DateTime] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        MedicalTranscriptionJobName: js.UndefOr[TranscriptionJobName] = js.undefined,\n        OutputLocationType: js.UndefOr[OutputLocationType] = js.undefined,\n        Specialty: js.UndefOr[Specialty] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): MedicalTranscriptionJobSummary = {\n      val __obj = js.Dynamic.literal()\n      CompletionTime.foreach(__v => __obj.updateDynamic(\"CompletionTime\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      MedicalTranscriptionJobName.foreach(__v => __obj.updateDynamic(\"MedicalTranscriptionJobName\")(__v.asInstanceOf[js.Any]))\n      OutputLocationType.foreach(__v => __obj.updateDynamic(\"OutputLocationType\")(__v.asInstanceOf[js.Any]))\n      Specialty.foreach(__v => __obj.updateDynamic(\"Specialty\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobStatus.foreach(__v => __obj.updateDynamic(\"TranscriptionJobStatus\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MedicalTranscriptionJobSummary]\n    }\n  }\n\n  \/** Optional settings for the <a>StartMedicalTranscriptionJob<\/a> operation.\n    *\/\n  @js.native\n  trait MedicalTranscriptionSetting extends js.Object {\n    var ChannelIdentification: js.UndefOr[Boolean]\n    var MaxAlternatives: js.UndefOr[MaxAlternatives]\n    var MaxSpeakerLabels: js.UndefOr[MaxSpeakers]\n    var ShowAlternatives: js.UndefOr[Boolean]\n    var ShowSpeakerLabels: js.UndefOr[Boolean]\n    var VocabularyName: js.UndefOr[VocabularyName]\n  }\n\n  object MedicalTranscriptionSetting {\n    @inline\n    def apply(\n        ChannelIdentification: js.UndefOr[Boolean] = js.undefined,\n        MaxAlternatives: js.UndefOr[MaxAlternatives] = js.undefined,\n        MaxSpeakerLabels: js.UndefOr[MaxSpeakers] = js.undefined,\n        ShowAlternatives: js.UndefOr[Boolean] = js.undefined,\n        ShowSpeakerLabels: js.UndefOr[Boolean] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined\n    ): MedicalTranscriptionSetting = {\n      val __obj = js.Dynamic.literal()\n      ChannelIdentification.foreach(__v => __obj.updateDynamic(\"ChannelIdentification\")(__v.asInstanceOf[js.Any]))\n      MaxAlternatives.foreach(__v => __obj.updateDynamic(\"MaxAlternatives\")(__v.asInstanceOf[js.Any]))\n      MaxSpeakerLabels.foreach(__v => __obj.updateDynamic(\"MaxSpeakerLabels\")(__v.asInstanceOf[js.Any]))\n      ShowAlternatives.foreach(__v => __obj.updateDynamic(\"ShowAlternatives\")(__v.asInstanceOf[js.Any]))\n      ShowSpeakerLabels.foreach(__v => __obj.updateDynamic(\"ShowSpeakerLabels\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MedicalTranscriptionSetting]\n    }\n  }\n\n  \/** The object used to call your custom language model to your transcription job.\n    *\/\n  @js.native\n  trait ModelSettings extends js.Object {\n    var LanguageModelName: js.UndefOr[ModelName]\n  }\n\n  object ModelSettings {\n    @inline\n    def apply(\n        LanguageModelName: js.UndefOr[ModelName] = js.undefined\n    ): ModelSettings = {\n      val __obj = js.Dynamic.literal()\n      LanguageModelName.foreach(__v => __obj.updateDynamic(\"LanguageModelName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModelSettings]\n    }\n  }\n\n  @js.native\n  sealed trait ModelStatus extends js.Any\n  object ModelStatus {\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ModelStatus]\n    val FAILED = \"FAILED\".asInstanceOf[ModelStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[ModelStatus]\n\n    @inline def values = js.Array(IN_PROGRESS, FAILED, COMPLETED)\n  }\n\n  @js.native\n  sealed trait OutputLocationType extends js.Any\n  object OutputLocationType {\n    val CUSTOMER_BUCKET = \"CUSTOMER_BUCKET\".asInstanceOf[OutputLocationType]\n    val SERVICE_BUCKET = \"SERVICE_BUCKET\".asInstanceOf[OutputLocationType]\n\n    @inline def values = js.Array(CUSTOMER_BUCKET, SERVICE_BUCKET)\n  }\n\n  @js.native\n  sealed trait RedactionOutput extends js.Any\n  object RedactionOutput {\n    val redacted = \"redacted\".asInstanceOf[RedactionOutput]\n    val redacted_and_unredacted = \"redacted_and_unredacted\".asInstanceOf[RedactionOutput]\n\n    @inline def values = js.Array(redacted, redacted_and_unredacted)\n  }\n\n  @js.native\n  sealed trait RedactionType extends js.Any\n  object RedactionType {\n    val PII = \"PII\".asInstanceOf[RedactionType]\n\n    @inline def values = js.Array(PII)\n  }\n\n  \/** Provides optional settings for the <code>StartTranscriptionJob<\/code> operation.\n    *\/\n  @js.native\n  trait Settings extends js.Object {\n    var ChannelIdentification: js.UndefOr[Boolean]\n    var MaxAlternatives: js.UndefOr[MaxAlternatives]\n    var MaxSpeakerLabels: js.UndefOr[MaxSpeakers]\n    var ShowAlternatives: js.UndefOr[Boolean]\n    var ShowSpeakerLabels: js.UndefOr[Boolean]\n    var VocabularyFilterMethod: js.UndefOr[VocabularyFilterMethod]\n    var VocabularyFilterName: js.UndefOr[VocabularyFilterName]\n    var VocabularyName: js.UndefOr[VocabularyName]\n  }\n\n  object Settings {\n    @inline\n    def apply(\n        ChannelIdentification: js.UndefOr[Boolean] = js.undefined,\n        MaxAlternatives: js.UndefOr[MaxAlternatives] = js.undefined,\n        MaxSpeakerLabels: js.UndefOr[MaxSpeakers] = js.undefined,\n        ShowAlternatives: js.UndefOr[Boolean] = js.undefined,\n        ShowSpeakerLabels: js.UndefOr[Boolean] = js.undefined,\n        VocabularyFilterMethod: js.UndefOr[VocabularyFilterMethod] = js.undefined,\n        VocabularyFilterName: js.UndefOr[VocabularyFilterName] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined\n    ): Settings = {\n      val __obj = js.Dynamic.literal()\n      ChannelIdentification.foreach(__v => __obj.updateDynamic(\"ChannelIdentification\")(__v.asInstanceOf[js.Any]))\n      MaxAlternatives.foreach(__v => __obj.updateDynamic(\"MaxAlternatives\")(__v.asInstanceOf[js.Any]))\n      MaxSpeakerLabels.foreach(__v => __obj.updateDynamic(\"MaxSpeakerLabels\")(__v.asInstanceOf[js.Any]))\n      ShowAlternatives.foreach(__v => __obj.updateDynamic(\"ShowAlternatives\")(__v.asInstanceOf[js.Any]))\n      ShowSpeakerLabels.foreach(__v => __obj.updateDynamic(\"ShowSpeakerLabels\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterMethod.foreach(__v => __obj.updateDynamic(\"VocabularyFilterMethod\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterName.foreach(__v => __obj.updateDynamic(\"VocabularyFilterName\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Settings]\n    }\n  }\n\n  @js.native\n  sealed trait Specialty extends js.Any\n  object Specialty {\n    val PRIMARYCARE = \"PRIMARYCARE\".asInstanceOf[Specialty]\n\n    @inline def values = js.Array(PRIMARYCARE)\n  }\n\n  @js.native\n  trait StartMedicalTranscriptionJobRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var Media: Media\n    var MedicalTranscriptionJobName: TranscriptionJobName\n    var OutputBucketName: OutputBucketName\n    var Specialty: Specialty\n    var Type: Type\n    var MediaFormat: js.UndefOr[MediaFormat]\n    var MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz]\n    var OutputEncryptionKMSKeyId: js.UndefOr[KMSKeyId]\n    var OutputKey: js.UndefOr[OutputKey]\n    var Settings: js.UndefOr[MedicalTranscriptionSetting]\n  }\n\n  object StartMedicalTranscriptionJobRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        Media: Media,\n        MedicalTranscriptionJobName: TranscriptionJobName,\n        OutputBucketName: OutputBucketName,\n        Specialty: Specialty,\n        Type: Type,\n        MediaFormat: js.UndefOr[MediaFormat] = js.undefined,\n        MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz] = js.undefined,\n        OutputEncryptionKMSKeyId: js.UndefOr[KMSKeyId] = js.undefined,\n        OutputKey: js.UndefOr[OutputKey] = js.undefined,\n        Settings: js.UndefOr[MedicalTranscriptionSetting] = js.undefined\n    ): StartMedicalTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"Media\" -> Media.asInstanceOf[js.Any],\n        \"MedicalTranscriptionJobName\" -> MedicalTranscriptionJobName.asInstanceOf[js.Any],\n        \"OutputBucketName\" -> OutputBucketName.asInstanceOf[js.Any],\n        \"Specialty\" -> Specialty.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      MediaFormat.foreach(__v => __obj.updateDynamic(\"MediaFormat\")(__v.asInstanceOf[js.Any]))\n      MediaSampleRateHertz.foreach(__v => __obj.updateDynamic(\"MediaSampleRateHertz\")(__v.asInstanceOf[js.Any]))\n      OutputEncryptionKMSKeyId.foreach(__v => __obj.updateDynamic(\"OutputEncryptionKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputKey.foreach(__v => __obj.updateDynamic(\"OutputKey\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMedicalTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartMedicalTranscriptionJobResponse extends js.Object {\n    var MedicalTranscriptionJob: js.UndefOr[MedicalTranscriptionJob]\n  }\n\n  object StartMedicalTranscriptionJobResponse {\n    @inline\n    def apply(\n        MedicalTranscriptionJob: js.UndefOr[MedicalTranscriptionJob] = js.undefined\n    ): StartMedicalTranscriptionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      MedicalTranscriptionJob.foreach(__v => __obj.updateDynamic(\"MedicalTranscriptionJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartMedicalTranscriptionJobResponse]\n    }\n  }\n\n  @js.native\n  trait StartTranscriptionJobRequest extends js.Object {\n    var Media: Media\n    var TranscriptionJobName: TranscriptionJobName\n    var ContentRedaction: js.UndefOr[ContentRedaction]\n    var IdentifyLanguage: js.UndefOr[Boolean]\n    var JobExecutionSettings: js.UndefOr[JobExecutionSettings]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageOptions: js.UndefOr[LanguageOptions]\n    var MediaFormat: js.UndefOr[MediaFormat]\n    var MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz]\n    var ModelSettings: js.UndefOr[ModelSettings]\n    var OutputBucketName: js.UndefOr[OutputBucketName]\n    var OutputEncryptionKMSKeyId: js.UndefOr[KMSKeyId]\n    var OutputKey: js.UndefOr[OutputKey]\n    var Settings: js.UndefOr[Settings]\n  }\n\n  object StartTranscriptionJobRequest {\n    @inline\n    def apply(\n        Media: Media,\n        TranscriptionJobName: TranscriptionJobName,\n        ContentRedaction: js.UndefOr[ContentRedaction] = js.undefined,\n        IdentifyLanguage: js.UndefOr[Boolean] = js.undefined,\n        JobExecutionSettings: js.UndefOr[JobExecutionSettings] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageOptions: js.UndefOr[LanguageOptions] = js.undefined,\n        MediaFormat: js.UndefOr[MediaFormat] = js.undefined,\n        MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz] = js.undefined,\n        ModelSettings: js.UndefOr[ModelSettings] = js.undefined,\n        OutputBucketName: js.UndefOr[OutputBucketName] = js.undefined,\n        OutputEncryptionKMSKeyId: js.UndefOr[KMSKeyId] = js.undefined,\n        OutputKey: js.UndefOr[OutputKey] = js.undefined,\n        Settings: js.UndefOr[Settings] = js.undefined\n    ): StartTranscriptionJobRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Media\" -> Media.asInstanceOf[js.Any],\n        \"TranscriptionJobName\" -> TranscriptionJobName.asInstanceOf[js.Any]\n      )\n\n      ContentRedaction.foreach(__v => __obj.updateDynamic(\"ContentRedaction\")(__v.asInstanceOf[js.Any]))\n      IdentifyLanguage.foreach(__v => __obj.updateDynamic(\"IdentifyLanguage\")(__v.asInstanceOf[js.Any]))\n      JobExecutionSettings.foreach(__v => __obj.updateDynamic(\"JobExecutionSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageOptions.foreach(__v => __obj.updateDynamic(\"LanguageOptions\")(__v.asInstanceOf[js.Any]))\n      MediaFormat.foreach(__v => __obj.updateDynamic(\"MediaFormat\")(__v.asInstanceOf[js.Any]))\n      MediaSampleRateHertz.foreach(__v => __obj.updateDynamic(\"MediaSampleRateHertz\")(__v.asInstanceOf[js.Any]))\n      ModelSettings.foreach(__v => __obj.updateDynamic(\"ModelSettings\")(__v.asInstanceOf[js.Any]))\n      OutputBucketName.foreach(__v => __obj.updateDynamic(\"OutputBucketName\")(__v.asInstanceOf[js.Any]))\n      OutputEncryptionKMSKeyId.foreach(__v => __obj.updateDynamic(\"OutputEncryptionKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      OutputKey.foreach(__v => __obj.updateDynamic(\"OutputKey\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTranscriptionJobRequest]\n    }\n  }\n\n  @js.native\n  trait StartTranscriptionJobResponse extends js.Object {\n    var TranscriptionJob: js.UndefOr[TranscriptionJob]\n  }\n\n  object StartTranscriptionJobResponse {\n    @inline\n    def apply(\n        TranscriptionJob: js.UndefOr[TranscriptionJob] = js.undefined\n    ): StartTranscriptionJobResponse = {\n      val __obj = js.Dynamic.literal()\n      TranscriptionJob.foreach(__v => __obj.updateDynamic(\"TranscriptionJob\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartTranscriptionJobResponse]\n    }\n  }\n\n  \/** Identifies the location of a transcription.\n    *\/\n  @js.native\n  trait Transcript extends js.Object {\n    var RedactedTranscriptFileUri: js.UndefOr[Uri]\n    var TranscriptFileUri: js.UndefOr[Uri]\n  }\n\n  object Transcript {\n    @inline\n    def apply(\n        RedactedTranscriptFileUri: js.UndefOr[Uri] = js.undefined,\n        TranscriptFileUri: js.UndefOr[Uri] = js.undefined\n    ): Transcript = {\n      val __obj = js.Dynamic.literal()\n      RedactedTranscriptFileUri.foreach(__v => __obj.updateDynamic(\"RedactedTranscriptFileUri\")(__v.asInstanceOf[js.Any]))\n      TranscriptFileUri.foreach(__v => __obj.updateDynamic(\"TranscriptFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Transcript]\n    }\n  }\n\n  \/** Describes an asynchronous transcription job that was created with the <code>StartTranscriptionJob<\/code> operation.\n    *\/\n  @js.native\n  trait TranscriptionJob extends js.Object {\n    var CompletionTime: js.UndefOr[DateTime]\n    var ContentRedaction: js.UndefOr[ContentRedaction]\n    var CreationTime: js.UndefOr[DateTime]\n    var FailureReason: js.UndefOr[FailureReason]\n    var IdentifiedLanguageScore: js.UndefOr[IdentifiedLanguageScore]\n    var IdentifyLanguage: js.UndefOr[Boolean]\n    var JobExecutionSettings: js.UndefOr[JobExecutionSettings]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LanguageOptions: js.UndefOr[LanguageOptions]\n    var Media: js.UndefOr[Media]\n    var MediaFormat: js.UndefOr[MediaFormat]\n    var MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz]\n    var ModelSettings: js.UndefOr[ModelSettings]\n    var Settings: js.UndefOr[Settings]\n    var StartTime: js.UndefOr[DateTime]\n    var Transcript: js.UndefOr[Transcript]\n    var TranscriptionJobName: js.UndefOr[TranscriptionJobName]\n    var TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus]\n  }\n\n  object TranscriptionJob {\n    @inline\n    def apply(\n        CompletionTime: js.UndefOr[DateTime] = js.undefined,\n        ContentRedaction: js.UndefOr[ContentRedaction] = js.undefined,\n        CreationTime: js.UndefOr[DateTime] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        IdentifiedLanguageScore: js.UndefOr[IdentifiedLanguageScore] = js.undefined,\n        IdentifyLanguage: js.UndefOr[Boolean] = js.undefined,\n        JobExecutionSettings: js.UndefOr[JobExecutionSettings] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LanguageOptions: js.UndefOr[LanguageOptions] = js.undefined,\n        Media: js.UndefOr[Media] = js.undefined,\n        MediaFormat: js.UndefOr[MediaFormat] = js.undefined,\n        MediaSampleRateHertz: js.UndefOr[MediaSampleRateHertz] = js.undefined,\n        ModelSettings: js.UndefOr[ModelSettings] = js.undefined,\n        Settings: js.UndefOr[Settings] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        Transcript: js.UndefOr[Transcript] = js.undefined,\n        TranscriptionJobName: js.UndefOr[TranscriptionJobName] = js.undefined,\n        TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus] = js.undefined\n    ): TranscriptionJob = {\n      val __obj = js.Dynamic.literal()\n      CompletionTime.foreach(__v => __obj.updateDynamic(\"CompletionTime\")(__v.asInstanceOf[js.Any]))\n      ContentRedaction.foreach(__v => __obj.updateDynamic(\"ContentRedaction\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      IdentifiedLanguageScore.foreach(__v => __obj.updateDynamic(\"IdentifiedLanguageScore\")(__v.asInstanceOf[js.Any]))\n      IdentifyLanguage.foreach(__v => __obj.updateDynamic(\"IdentifyLanguage\")(__v.asInstanceOf[js.Any]))\n      JobExecutionSettings.foreach(__v => __obj.updateDynamic(\"JobExecutionSettings\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LanguageOptions.foreach(__v => __obj.updateDynamic(\"LanguageOptions\")(__v.asInstanceOf[js.Any]))\n      Media.foreach(__v => __obj.updateDynamic(\"Media\")(__v.asInstanceOf[js.Any]))\n      MediaFormat.foreach(__v => __obj.updateDynamic(\"MediaFormat\")(__v.asInstanceOf[js.Any]))\n      MediaSampleRateHertz.foreach(__v => __obj.updateDynamic(\"MediaSampleRateHertz\")(__v.asInstanceOf[js.Any]))\n      ModelSettings.foreach(__v => __obj.updateDynamic(\"ModelSettings\")(__v.asInstanceOf[js.Any]))\n      Settings.foreach(__v => __obj.updateDynamic(\"Settings\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      Transcript.foreach(__v => __obj.updateDynamic(\"Transcript\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobName.foreach(__v => __obj.updateDynamic(\"TranscriptionJobName\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobStatus.foreach(__v => __obj.updateDynamic(\"TranscriptionJobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TranscriptionJob]\n    }\n  }\n\n  @js.native\n  sealed trait TranscriptionJobStatus extends js.Any\n  object TranscriptionJobStatus {\n    val QUEUED = \"QUEUED\".asInstanceOf[TranscriptionJobStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[TranscriptionJobStatus]\n    val FAILED = \"FAILED\".asInstanceOf[TranscriptionJobStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[TranscriptionJobStatus]\n\n    @inline def values = js.Array(QUEUED, IN_PROGRESS, FAILED, COMPLETED)\n  }\n\n  \/** Provides a summary of information about a transcription job.\n    *\/\n  @js.native\n  trait TranscriptionJobSummary extends js.Object {\n    var CompletionTime: js.UndefOr[DateTime]\n    var ContentRedaction: js.UndefOr[ContentRedaction]\n    var CreationTime: js.UndefOr[DateTime]\n    var FailureReason: js.UndefOr[FailureReason]\n    var IdentifiedLanguageScore: js.UndefOr[IdentifiedLanguageScore]\n    var IdentifyLanguage: js.UndefOr[Boolean]\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var ModelSettings: js.UndefOr[ModelSettings]\n    var OutputLocationType: js.UndefOr[OutputLocationType]\n    var StartTime: js.UndefOr[DateTime]\n    var TranscriptionJobName: js.UndefOr[TranscriptionJobName]\n    var TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus]\n  }\n\n  object TranscriptionJobSummary {\n    @inline\n    def apply(\n        CompletionTime: js.UndefOr[DateTime] = js.undefined,\n        ContentRedaction: js.UndefOr[ContentRedaction] = js.undefined,\n        CreationTime: js.UndefOr[DateTime] = js.undefined,\n        FailureReason: js.UndefOr[FailureReason] = js.undefined,\n        IdentifiedLanguageScore: js.UndefOr[IdentifiedLanguageScore] = js.undefined,\n        IdentifyLanguage: js.UndefOr[Boolean] = js.undefined,\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        ModelSettings: js.UndefOr[ModelSettings] = js.undefined,\n        OutputLocationType: js.UndefOr[OutputLocationType] = js.undefined,\n        StartTime: js.UndefOr[DateTime] = js.undefined,\n        TranscriptionJobName: js.UndefOr[TranscriptionJobName] = js.undefined,\n        TranscriptionJobStatus: js.UndefOr[TranscriptionJobStatus] = js.undefined\n    ): TranscriptionJobSummary = {\n      val __obj = js.Dynamic.literal()\n      CompletionTime.foreach(__v => __obj.updateDynamic(\"CompletionTime\")(__v.asInstanceOf[js.Any]))\n      ContentRedaction.foreach(__v => __obj.updateDynamic(\"ContentRedaction\")(__v.asInstanceOf[js.Any]))\n      CreationTime.foreach(__v => __obj.updateDynamic(\"CreationTime\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      IdentifiedLanguageScore.foreach(__v => __obj.updateDynamic(\"IdentifiedLanguageScore\")(__v.asInstanceOf[js.Any]))\n      IdentifyLanguage.foreach(__v => __obj.updateDynamic(\"IdentifyLanguage\")(__v.asInstanceOf[js.Any]))\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      ModelSettings.foreach(__v => __obj.updateDynamic(\"ModelSettings\")(__v.asInstanceOf[js.Any]))\n      OutputLocationType.foreach(__v => __obj.updateDynamic(\"OutputLocationType\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobName.foreach(__v => __obj.updateDynamic(\"TranscriptionJobName\")(__v.asInstanceOf[js.Any]))\n      TranscriptionJobStatus.foreach(__v => __obj.updateDynamic(\"TranscriptionJobStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TranscriptionJobSummary]\n    }\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val CONVERSATION = \"CONVERSATION\".asInstanceOf[Type]\n    val DICTATION = \"DICTATION\".asInstanceOf[Type]\n\n    @inline def values = js.Array(CONVERSATION, DICTATION)\n  }\n\n  @js.native\n  trait UpdateMedicalVocabularyRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var VocabularyName: VocabularyName\n    var VocabularyFileUri: js.UndefOr[Uri]\n  }\n\n  object UpdateMedicalVocabularyRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        VocabularyName: VocabularyName,\n        VocabularyFileUri: js.UndefOr[Uri] = js.undefined\n    ): UpdateMedicalVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n\n      VocabularyFileUri.foreach(__v => __obj.updateDynamic(\"VocabularyFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMedicalVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateMedicalVocabularyResponse extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object UpdateMedicalVocabularyResponse {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): UpdateMedicalVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateMedicalVocabularyResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateVocabularyFilterRequest extends js.Object {\n    var VocabularyFilterName: VocabularyFilterName\n    var VocabularyFilterFileUri: js.UndefOr[Uri]\n    var Words: js.UndefOr[Words]\n  }\n\n  object UpdateVocabularyFilterRequest {\n    @inline\n    def apply(\n        VocabularyFilterName: VocabularyFilterName,\n        VocabularyFilterFileUri: js.UndefOr[Uri] = js.undefined,\n        Words: js.UndefOr[Words] = js.undefined\n    ): UpdateVocabularyFilterRequest = {\n      val __obj = js.Dynamic.literal(\n        \"VocabularyFilterName\" -> VocabularyFilterName.asInstanceOf[js.Any]\n      )\n\n      VocabularyFilterFileUri.foreach(__v => __obj.updateDynamic(\"VocabularyFilterFileUri\")(__v.asInstanceOf[js.Any]))\n      Words.foreach(__v => __obj.updateDynamic(\"Words\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVocabularyFilterRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVocabularyFilterResponse extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyFilterName: js.UndefOr[VocabularyFilterName]\n  }\n\n  object UpdateVocabularyFilterResponse {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyFilterName: js.UndefOr[VocabularyFilterName] = js.undefined\n    ): UpdateVocabularyFilterResponse = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterName.foreach(__v => __obj.updateDynamic(\"VocabularyFilterName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVocabularyFilterResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateVocabularyRequest extends js.Object {\n    var LanguageCode: LanguageCode\n    var VocabularyName: VocabularyName\n    var Phrases: js.UndefOr[Phrases]\n    var VocabularyFileUri: js.UndefOr[Uri]\n  }\n\n  object UpdateVocabularyRequest {\n    @inline\n    def apply(\n        LanguageCode: LanguageCode,\n        VocabularyName: VocabularyName,\n        Phrases: js.UndefOr[Phrases] = js.undefined,\n        VocabularyFileUri: js.UndefOr[Uri] = js.undefined\n    ): UpdateVocabularyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"LanguageCode\" -> LanguageCode.asInstanceOf[js.Any],\n        \"VocabularyName\" -> VocabularyName.asInstanceOf[js.Any]\n      )\n\n      Phrases.foreach(__v => __obj.updateDynamic(\"Phrases\")(__v.asInstanceOf[js.Any]))\n      VocabularyFileUri.foreach(__v => __obj.updateDynamic(\"VocabularyFileUri\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVocabularyRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateVocabularyResponse extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object UpdateVocabularyResponse {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): UpdateVocabularyResponse = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateVocabularyResponse]\n    }\n  }\n\n  \/** Provides information about a vocabulary filter.\n    *\/\n  @js.native\n  trait VocabularyFilterInfo extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyFilterName: js.UndefOr[VocabularyFilterName]\n  }\n\n  object VocabularyFilterInfo {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyFilterName: js.UndefOr[VocabularyFilterName] = js.undefined\n    ): VocabularyFilterInfo = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyFilterName.foreach(__v => __obj.updateDynamic(\"VocabularyFilterName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VocabularyFilterInfo]\n    }\n  }\n\n  @js.native\n  sealed trait VocabularyFilterMethod extends js.Any\n  object VocabularyFilterMethod {\n    val remove = \"remove\".asInstanceOf[VocabularyFilterMethod]\n    val mask = \"mask\".asInstanceOf[VocabularyFilterMethod]\n    val tag = \"tag\".asInstanceOf[VocabularyFilterMethod]\n\n    @inline def values = js.Array(remove, mask, tag)\n  }\n\n  \/** Provides information about a custom vocabulary.\n    *\/\n  @js.native\n  trait VocabularyInfo extends js.Object {\n    var LanguageCode: js.UndefOr[LanguageCode]\n    var LastModifiedTime: js.UndefOr[DateTime]\n    var VocabularyName: js.UndefOr[VocabularyName]\n    var VocabularyState: js.UndefOr[VocabularyState]\n  }\n\n  object VocabularyInfo {\n    @inline\n    def apply(\n        LanguageCode: js.UndefOr[LanguageCode] = js.undefined,\n        LastModifiedTime: js.UndefOr[DateTime] = js.undefined,\n        VocabularyName: js.UndefOr[VocabularyName] = js.undefined,\n        VocabularyState: js.UndefOr[VocabularyState] = js.undefined\n    ): VocabularyInfo = {\n      val __obj = js.Dynamic.literal()\n      LanguageCode.foreach(__v => __obj.updateDynamic(\"LanguageCode\")(__v.asInstanceOf[js.Any]))\n      LastModifiedTime.foreach(__v => __obj.updateDynamic(\"LastModifiedTime\")(__v.asInstanceOf[js.Any]))\n      VocabularyName.foreach(__v => __obj.updateDynamic(\"VocabularyName\")(__v.asInstanceOf[js.Any]))\n      VocabularyState.foreach(__v => __obj.updateDynamic(\"VocabularyState\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VocabularyInfo]\n    }\n  }\n\n  @js.native\n  sealed trait VocabularyState extends js.Any\n  object VocabularyState {\n    val PENDING = \"PENDING\".asInstanceOf[VocabularyState]\n    val READY = \"READY\".asInstanceOf[VocabularyState]\n    val FAILED = \"FAILED\".asInstanceOf[VocabularyState]\n\n    @inline def values = js.Array(PENDING, READY, FAILED)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/marketplaceentitlementservice\/src\/main\/scala\/facade\/amazonaws\/services\/MarketplaceEntitlementService.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object marketplaceentitlementservice {\n  type EntitlementList = js.Array[Entitlement]\n  type ErrorMessage = String\n  type FilterValue = String\n  type FilterValueList = js.Array[FilterValue]\n  type GetEntitlementFilters = js.Dictionary[FilterValueList]\n  type NonEmptyString = String\n  type ProductCode = String\n  type Timestamp = js.Date\n\n  implicit final class MarketplaceEntitlementServiceOps(private val service: MarketplaceEntitlementService) extends AnyVal {\n\n    @inline def getEntitlementsFuture(params: GetEntitlementsRequest): Future[GetEntitlementsResult] = service.getEntitlements(params).promise().toFuture\n\n  }\n}\n\npackage marketplaceentitlementservice {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/marketplaceentitlementservice\", JSImport.Namespace, \"AWS.MarketplaceEntitlementService\")\n  class MarketplaceEntitlementService() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def getEntitlements(params: GetEntitlementsRequest): Request[GetEntitlementsResult] = js.native\n  }\n\n  \/** An entitlement represents capacity in a product owned by the customer. For example, a customer might own some number of users or seats in an SaaS application or some amount of data capacity in a multi-tenant database.\n    *\/\n  @js.native\n  trait Entitlement extends js.Object {\n    var CustomerIdentifier: js.UndefOr[NonEmptyString]\n    var Dimension: js.UndefOr[NonEmptyString]\n    var ExpirationDate: js.UndefOr[Timestamp]\n    var ProductCode: js.UndefOr[ProductCode]\n    var Value: js.UndefOr[EntitlementValue]\n  }\n\n  object Entitlement {\n    @inline\n    def apply(\n        CustomerIdentifier: js.UndefOr[NonEmptyString] = js.undefined,\n        Dimension: js.UndefOr[NonEmptyString] = js.undefined,\n        ExpirationDate: js.UndefOr[Timestamp] = js.undefined,\n        ProductCode: js.UndefOr[ProductCode] = js.undefined,\n        Value: js.UndefOr[EntitlementValue] = js.undefined\n    ): Entitlement = {\n      val __obj = js.Dynamic.literal()\n      CustomerIdentifier.foreach(__v => __obj.updateDynamic(\"CustomerIdentifier\")(__v.asInstanceOf[js.Any]))\n      Dimension.foreach(__v => __obj.updateDynamic(\"Dimension\")(__v.asInstanceOf[js.Any]))\n      ExpirationDate.foreach(__v => __obj.updateDynamic(\"ExpirationDate\")(__v.asInstanceOf[js.Any]))\n      ProductCode.foreach(__v => __obj.updateDynamic(\"ProductCode\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Entitlement]\n    }\n  }\n\n  \/** The EntitlementValue represents the amount of capacity that the customer is entitled to for the product.\n    *\/\n  @js.native\n  trait EntitlementValue extends js.Object {\n    var BooleanValue: js.UndefOr[Boolean]\n    var DoubleValue: js.UndefOr[Double]\n    var IntegerValue: js.UndefOr[Int]\n    var StringValue: js.UndefOr[String]\n  }\n\n  object EntitlementValue {\n    @inline\n    def apply(\n        BooleanValue: js.UndefOr[Boolean] = js.undefined,\n        DoubleValue: js.UndefOr[Double] = js.undefined,\n        IntegerValue: js.UndefOr[Int] = js.undefined,\n        StringValue: js.UndefOr[String] = js.undefined\n    ): EntitlementValue = {\n      val __obj = js.Dynamic.literal()\n      BooleanValue.foreach(__v => __obj.updateDynamic(\"BooleanValue\")(__v.asInstanceOf[js.Any]))\n      DoubleValue.foreach(__v => __obj.updateDynamic(\"DoubleValue\")(__v.asInstanceOf[js.Any]))\n      IntegerValue.foreach(__v => __obj.updateDynamic(\"IntegerValue\")(__v.asInstanceOf[js.Any]))\n      StringValue.foreach(__v => __obj.updateDynamic(\"StringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EntitlementValue]\n    }\n  }\n\n  @js.native\n  sealed trait GetEntitlementFilterName extends js.Any\n  object GetEntitlementFilterName {\n    val CUSTOMER_IDENTIFIER = \"CUSTOMER_IDENTIFIER\".asInstanceOf[GetEntitlementFilterName]\n    val DIMENSION = \"DIMENSION\".asInstanceOf[GetEntitlementFilterName]\n\n    @inline def values = js.Array(CUSTOMER_IDENTIFIER, DIMENSION)\n  }\n\n  \/** The GetEntitlementsRequest contains parameters for the GetEntitlements operation.\n    *\/\n  @js.native\n  trait GetEntitlementsRequest extends js.Object {\n    var ProductCode: ProductCode\n    var Filter: js.UndefOr[GetEntitlementFilters]\n    var MaxResults: js.UndefOr[Int]\n    var NextToken: js.UndefOr[NonEmptyString]\n  }\n\n  object GetEntitlementsRequest {\n    @inline\n    def apply(\n        ProductCode: ProductCode,\n        Filter: js.UndefOr[GetEntitlementFilters] = js.undefined,\n        MaxResults: js.UndefOr[Int] = js.undefined,\n        NextToken: js.UndefOr[NonEmptyString] = js.undefined\n    ): GetEntitlementsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProductCode\" -> ProductCode.asInstanceOf[js.Any]\n      )\n\n      Filter.foreach(__v => __obj.updateDynamic(\"Filter\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEntitlementsRequest]\n    }\n  }\n\n  \/** The GetEntitlementsRequest contains results from the GetEntitlements operation.\n    *\/\n  @js.native\n  trait GetEntitlementsResult extends js.Object {\n    var Entitlements: js.UndefOr[EntitlementList]\n    var NextToken: js.UndefOr[NonEmptyString]\n  }\n\n  object GetEntitlementsResult {\n    @inline\n    def apply(\n        Entitlements: js.UndefOr[EntitlementList] = js.undefined,\n        NextToken: js.UndefOr[NonEmptyString] = js.undefined\n    ): GetEntitlementsResult = {\n      val __obj = js.Dynamic.literal()\n      Entitlements.foreach(__v => __obj.updateDynamic(\"Entitlements\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetEntitlementsResult]\n    }\n  }\n\n  \/** An internal error has occurred. Retry your request. If the problem persists, post a message with details on the AWS forums.\n    *\/\n  @js.native\n  trait InternalServiceErrorExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** One or more parameters in your request was invalid.\n    *\/\n  @js.native\n  trait InvalidParameterExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The calls to the GetEntitlements API are throttled.\n    *\/\n  @js.native\n  trait ThrottlingExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/firehose\/src\/main\/scala\/facade\/amazonaws\/services\/Firehose.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object firehose {\n  type AWSKMSKeyARN = String\n  type BlockSizeBytes = Int\n  type BooleanObject = Boolean\n  type BucketARN = String\n  type ClusterJDBCURL = String\n  type ColumnToJsonKeyMappings = js.Dictionary[NonEmptyString]\n  type CopyOptions = String\n  type Data = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type DataTableColumns = String\n  type DataTableName = String\n  type DeliveryStartTimestamp = js.Date\n  type DeliveryStreamARN = String\n  type DeliveryStreamName = String\n  type DeliveryStreamNameList = js.Array[DeliveryStreamName]\n  type DeliveryStreamVersionId = String\n  type DescribeDeliveryStreamInputLimit = Int\n  type DestinationDescriptionList = js.Array[DestinationDescription]\n  type DestinationId = String\n  type ElasticsearchBufferingIntervalInSeconds = Int\n  type ElasticsearchBufferingSizeInMBs = Int\n  type ElasticsearchClusterEndpoint = String\n  type ElasticsearchDomainARN = String\n  type ElasticsearchIndexName = String\n  type ElasticsearchRetryDurationInSeconds = Int\n  type ElasticsearchTypeName = String\n  type ErrorCode = String\n  type ErrorMessage = String\n  type ErrorOutputPrefix = String\n  type HECAcknowledgmentTimeoutInSeconds = Int\n  type HECEndpoint = String\n  type HECToken = String\n  type HttpEndpointAccessKey = String\n  type HttpEndpointAttributeName = String\n  type HttpEndpointAttributeValue = String\n  type HttpEndpointBufferingIntervalInSeconds = Int\n  type HttpEndpointBufferingSizeInMBs = Int\n  type HttpEndpointCommonAttributesList = js.Array[HttpEndpointCommonAttribute]\n  type HttpEndpointName = String\n  type HttpEndpointRetryDurationInSeconds = Int\n  type HttpEndpointUrl = String\n  type IntervalInSeconds = Int\n  type KinesisStreamARN = String\n  type ListDeliveryStreamsInputLimit = Int\n  type ListOfNonEmptyStrings = js.Array[NonEmptyString]\n  type ListOfNonEmptyStringsWithoutWhitespace = js.Array[NonEmptyStringWithoutWhitespace]\n  type ListTagsForDeliveryStreamInputLimit = Int\n  type ListTagsForDeliveryStreamOutputTagList = js.Array[Tag]\n  type LogGroupName = String\n  type LogStreamName = String\n  type NonEmptyString = String\n  type NonEmptyStringWithoutWhitespace = String\n  type NonNegativeIntegerObject = Int\n  type OrcRowIndexStride = Int\n  type OrcStripeSizeBytes = Int\n  type ParquetPageSizeBytes = Int\n  type Password = <PASSWORD>\n  type Prefix = String\n  type ProcessorList = js.Array[Processor]\n  type ProcessorParameterList = js.Array[ProcessorParameter]\n  type ProcessorParameterValue = String\n  type Proportion = Double\n  type PutRecordBatchRequestEntryList = js.Array[Record]\n  type PutRecordBatchResponseEntryList = js.Array[PutRecordBatchResponseEntry]\n  type PutResponseRecordId = String\n  type RedshiftRetryDurationInSeconds = Int\n  type RoleARN = String\n  type SecurityGroupIdList = js.Array[NonEmptyStringWithoutWhitespace]\n  type SizeInMBs = Int\n  type SplunkRetryDurationInSeconds = Int\n  type SubnetIdList = js.Array[NonEmptyStringWithoutWhitespace]\n  type TagDeliveryStreamInputTagList = js.Array[Tag]\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Timestamp = js.Date\n  type Username = String\n\n  implicit final class FirehoseOps(private val service: Firehose) extends AnyVal {\n\n    @inline def createDeliveryStreamFuture(params: CreateDeliveryStreamInput): Future[CreateDeliveryStreamOutput] = service.createDeliveryStream(params).promise().toFuture\n    @inline def deleteDeliveryStreamFuture(params: DeleteDeliveryStreamInput): Future[DeleteDeliveryStreamOutput] = service.deleteDeliveryStream(params).promise().toFuture\n    @inline def describeDeliveryStreamFuture(params: DescribeDeliveryStreamInput): Future[DescribeDeliveryStreamOutput] = service.describeDeliveryStream(params).promise().toFuture\n    @inline def listDeliveryStreamsFuture(params: ListDeliveryStreamsInput): Future[ListDeliveryStreamsOutput] = service.listDeliveryStreams(params).promise().toFuture\n    @inline def listTagsForDeliveryStreamFuture(params: ListTagsForDeliveryStreamInput): Future[ListTagsForDeliveryStreamOutput] = service.listTagsForDeliveryStream(params).promise().toFuture\n    @inline def putRecordBatchFuture(params: PutRecordBatchInput): Future[PutRecordBatchOutput] = service.putRecordBatch(params).promise().toFuture\n    @inline def putRecordFuture(params: PutRecordInput): Future[PutRecordOutput] = service.putRecord(params).promise().toFuture\n    @inline def startDeliveryStreamEncryptionFuture(params: StartDeliveryStreamEncryptionInput): Future[StartDeliveryStreamEncryptionOutput] = service.startDeliveryStreamEncryption(params).promise().toFuture\n    @inline def stopDeliveryStreamEncryptionFuture(params: StopDeliveryStreamEncryptionInput): Future[StopDeliveryStreamEncryptionOutput] = service.stopDeliveryStreamEncryption(params).promise().toFuture\n    @inline def tagDeliveryStreamFuture(params: TagDeliveryStreamInput): Future[TagDeliveryStreamOutput] = service.tagDeliveryStream(params).promise().toFuture\n    @inline def untagDeliveryStreamFuture(params: UntagDeliveryStreamInput): Future[UntagDeliveryStreamOutput] = service.untagDeliveryStream(params).promise().toFuture\n    @inline def updateDestinationFuture(params: UpdateDestinationInput): Future[UpdateDestinationOutput] = service.updateDestination(params).promise().toFuture\n\n  }\n}\n\npackage firehose {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/firehose\", JSImport.Namespace, \"AWS.Firehose\")\n  class Firehose() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createDeliveryStream(params: CreateDeliveryStreamInput): Request[CreateDeliveryStreamOutput] = js.native\n    def deleteDeliveryStream(params: DeleteDeliveryStreamInput): Request[DeleteDeliveryStreamOutput] = js.native\n    def describeDeliveryStream(params: DescribeDeliveryStreamInput): Request[DescribeDeliveryStreamOutput] = js.native\n    def listDeliveryStreams(params: ListDeliveryStreamsInput): Request[ListDeliveryStreamsOutput] = js.native\n    def listTagsForDeliveryStream(params: ListTagsForDeliveryStreamInput): Request[ListTagsForDeliveryStreamOutput] = js.native\n    def putRecord(params: PutRecordInput): Request[PutRecordOutput] = js.native\n    def putRecordBatch(params: PutRecordBatchInput): Request[PutRecordBatchOutput] = js.native\n    def startDeliveryStreamEncryption(params: StartDeliveryStreamEncryptionInput): Request[StartDeliveryStreamEncryptionOutput] = js.native\n    def stopDeliveryStreamEncryption(params: StopDeliveryStreamEncryptionInput): Request[StopDeliveryStreamEncryptionOutput] = js.native\n    def tagDeliveryStream(params: TagDeliveryStreamInput): Request[TagDeliveryStreamOutput] = js.native\n    def untagDeliveryStream(params: UntagDeliveryStreamInput): Request[UntagDeliveryStreamOutput] = js.native\n    def updateDestination(params: UpdateDestinationInput): Request[UpdateDestinationOutput] = js.native\n  }\n\n  \/** Describes hints for the buffering to perform before delivering data to the destination. These options are treated as hints, and therefore Kinesis Data Firehose might choose to use different values when it is optimal. The <code>SizeInMBs<\/code> and <code>IntervalInSeconds<\/code> parameters are optional. However, if specify a value for one of them, you must also provide a value for the other.\n    *\/\n  @js.native\n  trait BufferingHints extends js.Object {\n    var IntervalInSeconds: js.UndefOr[IntervalInSeconds]\n    var SizeInMBs: js.UndefOr[SizeInMBs]\n  }\n\n  object BufferingHints {\n    @inline\n    def apply(\n        IntervalInSeconds: js.UndefOr[IntervalInSeconds] = js.undefined,\n        SizeInMBs: js.UndefOr[SizeInMBs] = js.undefined\n    ): BufferingHints = {\n      val __obj = js.Dynamic.literal()\n      IntervalInSeconds.foreach(__v => __obj.updateDynamic(\"IntervalInSeconds\")(__v.asInstanceOf[js.Any]))\n      SizeInMBs.foreach(__v => __obj.updateDynamic(\"SizeInMBs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BufferingHints]\n    }\n  }\n\n  \/** Describes the Amazon CloudWatch logging options for your delivery stream.\n    *\/\n  @js.native\n  trait CloudWatchLoggingOptions extends js.Object {\n    var Enabled: js.UndefOr[BooleanObject]\n    var LogGroupName: js.UndefOr[LogGroupName]\n    var LogStreamName: js.UndefOr[LogStreamName]\n  }\n\n  object CloudWatchLoggingOptions {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[BooleanObject] = js.undefined,\n        LogGroupName: js.UndefOr[LogGroupName] = js.undefined,\n        LogStreamName: js.UndefOr[LogStreamName] = js.undefined\n    ): CloudWatchLoggingOptions = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      LogGroupName.foreach(__v => __obj.updateDynamic(\"LogGroupName\")(__v.asInstanceOf[js.Any]))\n      LogStreamName.foreach(__v => __obj.updateDynamic(\"LogStreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudWatchLoggingOptions]\n    }\n  }\n\n  @js.native\n  sealed trait CompressionFormat extends js.Any\n  object CompressionFormat {\n    val UNCOMPRESSED = \"UNCOMPRESSED\".asInstanceOf[CompressionFormat]\n    val GZIP = \"GZIP\".asInstanceOf[CompressionFormat]\n    val ZIP = \"ZIP\".asInstanceOf[CompressionFormat]\n    val Snappy = \"Snappy\".asInstanceOf[CompressionFormat]\n    val HADOOP_SNAPPY = \"HADOOP_SNAPPY\".asInstanceOf[CompressionFormat]\n\n    @inline def values = js.Array(UNCOMPRESSED, GZIP, ZIP, Snappy, HADOOP_SNAPPY)\n  }\n\n  @js.native\n  sealed trait ContentEncoding extends js.Any\n  object ContentEncoding {\n    val NONE = \"NONE\".asInstanceOf[ContentEncoding]\n    val GZIP = \"GZIP\".asInstanceOf[ContentEncoding]\n\n    @inline def values = js.Array(NONE, GZIP)\n  }\n\n  \/** Describes a <code>COPY<\/code> command for Amazon Redshift.\n    *\/\n  @js.native\n  trait CopyCommand extends js.Object {\n    var DataTableName: DataTableName\n    var CopyOptions: js.UndefOr[CopyOptions]\n    var DataTableColumns: js.UndefOr[DataTableColumns]\n  }\n\n  object CopyCommand {\n    @inline\n    def apply(\n        DataTableName: DataTableName,\n        CopyOptions: js.UndefOr[CopyOptions] = js.undefined,\n        DataTableColumns: js.UndefOr[DataTableColumns] = js.undefined\n    ): CopyCommand = {\n      val __obj = js.Dynamic.literal(\n        \"DataTableName\" -> DataTableName.asInstanceOf[js.Any]\n      )\n\n      CopyOptions.foreach(__v => __obj.updateDynamic(\"CopyOptions\")(__v.asInstanceOf[js.Any]))\n      DataTableColumns.foreach(__v => __obj.updateDynamic(\"DataTableColumns\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyCommand]\n    }\n  }\n\n  @js.native\n  trait CreateDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var DeliveryStreamEncryptionConfigurationInput: js.UndefOr[DeliveryStreamEncryptionConfigurationInput]\n    var DeliveryStreamType: js.UndefOr[DeliveryStreamType]\n    var ElasticsearchDestinationConfiguration: js.UndefOr[ElasticsearchDestinationConfiguration]\n    var ExtendedS3DestinationConfiguration: js.UndefOr[ExtendedS3DestinationConfiguration]\n    var HttpEndpointDestinationConfiguration: js.UndefOr[HttpEndpointDestinationConfiguration]\n    var KinesisStreamSourceConfiguration: js.UndefOr[KinesisStreamSourceConfiguration]\n    var RedshiftDestinationConfiguration: js.UndefOr[RedshiftDestinationConfiguration]\n    var S3DestinationConfiguration: js.UndefOr[S3DestinationConfiguration]\n    var SplunkDestinationConfiguration: js.UndefOr[SplunkDestinationConfiguration]\n    var Tags: js.UndefOr[TagDeliveryStreamInputTagList]\n  }\n\n  object CreateDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        DeliveryStreamEncryptionConfigurationInput: js.UndefOr[DeliveryStreamEncryptionConfigurationInput] = js.undefined,\n        DeliveryStreamType: js.UndefOr[DeliveryStreamType] = js.undefined,\n        ElasticsearchDestinationConfiguration: js.UndefOr[ElasticsearchDestinationConfiguration] = js.undefined,\n        ExtendedS3DestinationConfiguration: js.UndefOr[ExtendedS3DestinationConfiguration] = js.undefined,\n        HttpEndpointDestinationConfiguration: js.UndefOr[HttpEndpointDestinationConfiguration] = js.undefined,\n        KinesisStreamSourceConfiguration: js.UndefOr[KinesisStreamSourceConfiguration] = js.undefined,\n        RedshiftDestinationConfiguration: js.UndefOr[RedshiftDestinationConfiguration] = js.undefined,\n        S3DestinationConfiguration: js.UndefOr[S3DestinationConfiguration] = js.undefined,\n        SplunkDestinationConfiguration: js.UndefOr[SplunkDestinationConfiguration] = js.undefined,\n        Tags: js.UndefOr[TagDeliveryStreamInputTagList] = js.undefined\n    ): CreateDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      DeliveryStreamEncryptionConfigurationInput.foreach(__v => __obj.updateDynamic(\"DeliveryStreamEncryptionConfigurationInput\")(__v.asInstanceOf[js.Any]))\n      DeliveryStreamType.foreach(__v => __obj.updateDynamic(\"DeliveryStreamType\")(__v.asInstanceOf[js.Any]))\n      ElasticsearchDestinationConfiguration.foreach(__v => __obj.updateDynamic(\"ElasticsearchDestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      ExtendedS3DestinationConfiguration.foreach(__v => __obj.updateDynamic(\"ExtendedS3DestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      HttpEndpointDestinationConfiguration.foreach(__v => __obj.updateDynamic(\"HttpEndpointDestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamSourceConfiguration.foreach(__v => __obj.updateDynamic(\"KinesisStreamSourceConfiguration\")(__v.asInstanceOf[js.Any]))\n      RedshiftDestinationConfiguration.foreach(__v => __obj.updateDynamic(\"RedshiftDestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3DestinationConfiguration.foreach(__v => __obj.updateDynamic(\"S3DestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      SplunkDestinationConfiguration.foreach(__v => __obj.updateDynamic(\"SplunkDestinationConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait CreateDeliveryStreamOutput extends js.Object {\n    var DeliveryStreamARN: js.UndefOr[DeliveryStreamARN]\n  }\n\n  object CreateDeliveryStreamOutput {\n    @inline\n    def apply(\n        DeliveryStreamARN: js.UndefOr[DeliveryStreamARN] = js.undefined\n    ): CreateDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      DeliveryStreamARN.foreach(__v => __obj.updateDynamic(\"DeliveryStreamARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDeliveryStreamOutput]\n    }\n  }\n\n  \/** Specifies that you want Kinesis Data Firehose to convert data from the JSON format to the Parquet or ORC format before writing it to Amazon S3. Kinesis Data Firehose uses the serializer and deserializer that you specify, in addition to the column information from the AWS Glue table, to deserialize your input data from JSON and then serialize it to the Parquet or ORC format. For more information, see [[https:\/\/docs.aws.amazon.com\/firehose\/latest\/dev\/record-format-conversion.html|Kinesis Data Firehose Record Format Conversion]].\n    *\/\n  @js.native\n  trait DataFormatConversionConfiguration extends js.Object {\n    var Enabled: js.UndefOr[BooleanObject]\n    var InputFormatConfiguration: js.UndefOr[InputFormatConfiguration]\n    var OutputFormatConfiguration: js.UndefOr[OutputFormatConfiguration]\n    var SchemaConfiguration: js.UndefOr[SchemaConfiguration]\n  }\n\n  object DataFormatConversionConfiguration {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[BooleanObject] = js.undefined,\n        InputFormatConfiguration: js.UndefOr[InputFormatConfiguration] = js.undefined,\n        OutputFormatConfiguration: js.UndefOr[OutputFormatConfiguration] = js.undefined,\n        SchemaConfiguration: js.UndefOr[SchemaConfiguration] = js.undefined\n    ): DataFormatConversionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      InputFormatConfiguration.foreach(__v => __obj.updateDynamic(\"InputFormatConfiguration\")(__v.asInstanceOf[js.Any]))\n      OutputFormatConfiguration.foreach(__v => __obj.updateDynamic(\"OutputFormatConfiguration\")(__v.asInstanceOf[js.Any]))\n      SchemaConfiguration.foreach(__v => __obj.updateDynamic(\"SchemaConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DataFormatConversionConfiguration]\n    }\n  }\n\n  @js.native\n  trait DeleteDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var AllowForceDelete: js.UndefOr[BooleanObject]\n  }\n\n  object DeleteDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        AllowForceDelete: js.UndefOr[BooleanObject] = js.undefined\n    ): DeleteDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      AllowForceDelete.foreach(__v => __obj.updateDynamic(\"AllowForceDelete\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait DeleteDeliveryStreamOutput extends js.Object\n\n  object DeleteDeliveryStreamOutput {\n    @inline\n    def apply(): DeleteDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDeliveryStreamOutput]\n    }\n  }\n\n  \/** Contains information about a delivery stream.\n    *\/\n  @js.native\n  trait DeliveryStreamDescription extends js.Object {\n    var DeliveryStreamARN: DeliveryStreamARN\n    var DeliveryStreamName: DeliveryStreamName\n    var DeliveryStreamStatus: DeliveryStreamStatus\n    var DeliveryStreamType: DeliveryStreamType\n    var Destinations: DestinationDescriptionList\n    var HasMoreDestinations: BooleanObject\n    var VersionId: DeliveryStreamVersionId\n    var CreateTimestamp: js.UndefOr[Timestamp]\n    var DeliveryStreamEncryptionConfiguration: js.UndefOr[DeliveryStreamEncryptionConfiguration]\n    var FailureDescription: js.UndefOr[FailureDescription]\n    var LastUpdateTimestamp: js.UndefOr[Timestamp]\n    var Source: js.UndefOr[SourceDescription]\n  }\n\n  object DeliveryStreamDescription {\n    @inline\n    def apply(\n        DeliveryStreamARN: DeliveryStreamARN,\n        DeliveryStreamName: DeliveryStreamName,\n        DeliveryStreamStatus: DeliveryStreamStatus,\n        DeliveryStreamType: DeliveryStreamType,\n        Destinations: DestinationDescriptionList,\n        HasMoreDestinations: BooleanObject,\n        VersionId: DeliveryStreamVersionId,\n        CreateTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        DeliveryStreamEncryptionConfiguration: js.UndefOr[DeliveryStreamEncryptionConfiguration] = js.undefined,\n        FailureDescription: js.UndefOr[FailureDescription] = js.undefined,\n        LastUpdateTimestamp: js.UndefOr[Timestamp] = js.undefined,\n        Source: js.UndefOr[SourceDescription] = js.undefined\n    ): DeliveryStreamDescription = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamARN\" -> DeliveryStreamARN.asInstanceOf[js.Any],\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"DeliveryStreamStatus\" -> DeliveryStreamStatus.asInstanceOf[js.Any],\n        \"DeliveryStreamType\" -> DeliveryStreamType.asInstanceOf[js.Any],\n        \"Destinations\" -> Destinations.asInstanceOf[js.Any],\n        \"HasMoreDestinations\" -> HasMoreDestinations.asInstanceOf[js.Any],\n        \"VersionId\" -> VersionId.asInstanceOf[js.Any]\n      )\n\n      CreateTimestamp.foreach(__v => __obj.updateDynamic(\"CreateTimestamp\")(__v.asInstanceOf[js.Any]))\n      DeliveryStreamEncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"DeliveryStreamEncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      FailureDescription.foreach(__v => __obj.updateDynamic(\"FailureDescription\")(__v.asInstanceOf[js.Any]))\n      LastUpdateTimestamp.foreach(__v => __obj.updateDynamic(\"LastUpdateTimestamp\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeliveryStreamDescription]\n    }\n  }\n\n  \/** Contains information about the server-side encryption (SSE) status for the delivery stream, the type customer master key (CMK) in use, if any, and the ARN of the CMK. You can get <code>DeliveryStreamEncryptionConfiguration<\/code> by invoking the <a>DescribeDeliveryStream<\/a> operation.\n    *\/\n  @js.native\n  trait DeliveryStreamEncryptionConfiguration extends js.Object {\n    var FailureDescription: js.UndefOr[FailureDescription]\n    var KeyARN: js.UndefOr[AWSKMSKeyARN]\n    var KeyType: js.UndefOr[KeyType]\n    var Status: js.UndefOr[DeliveryStreamEncryptionStatus]\n  }\n\n  object DeliveryStreamEncryptionConfiguration {\n    @inline\n    def apply(\n        FailureDescription: js.UndefOr[FailureDescription] = js.undefined,\n        KeyARN: js.UndefOr[AWSKMSKeyARN] = js.undefined,\n        KeyType: js.UndefOr[KeyType] = js.undefined,\n        Status: js.UndefOr[DeliveryStreamEncryptionStatus] = js.undefined\n    ): DeliveryStreamEncryptionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      FailureDescription.foreach(__v => __obj.updateDynamic(\"FailureDescription\")(__v.asInstanceOf[js.Any]))\n      KeyARN.foreach(__v => __obj.updateDynamic(\"KeyARN\")(__v.asInstanceOf[js.Any]))\n      KeyType.foreach(__v => __obj.updateDynamic(\"KeyType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeliveryStreamEncryptionConfiguration]\n    }\n  }\n\n  \/** Specifies the type and Amazon Resource Name (ARN) of the CMK to use for Server-Side Encryption (SSE).\n    *\/\n  @js.native\n  trait DeliveryStreamEncryptionConfigurationInput extends js.Object {\n    var KeyType: KeyType\n    var KeyARN: js.UndefOr[AWSKMSKeyARN]\n  }\n\n  object DeliveryStreamEncryptionConfigurationInput {\n    @inline\n    def apply(\n        KeyType: KeyType,\n        KeyARN: js.UndefOr[AWSKMSKeyARN] = js.undefined\n    ): DeliveryStreamEncryptionConfigurationInput = {\n      val __obj = js.Dynamic.literal(\n        \"KeyType\" -> KeyType.asInstanceOf[js.Any]\n      )\n\n      KeyARN.foreach(__v => __obj.updateDynamic(\"KeyARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeliveryStreamEncryptionConfigurationInput]\n    }\n  }\n\n  @js.native\n  sealed trait DeliveryStreamEncryptionStatus extends js.Any\n  object DeliveryStreamEncryptionStatus {\n    val ENABLED = \"ENABLED\".asInstanceOf[DeliveryStreamEncryptionStatus]\n    val ENABLING = \"ENABLING\".asInstanceOf[DeliveryStreamEncryptionStatus]\n    val ENABLING_FAILED = \"ENABLING_FAILED\".asInstanceOf[DeliveryStreamEncryptionStatus]\n    val DISABLED = \"DISABLED\".asInstanceOf[DeliveryStreamEncryptionStatus]\n    val DISABLING = \"DISABLING\".asInstanceOf[DeliveryStreamEncryptionStatus]\n    val DISABLING_FAILED = \"DISABLING_FAILED\".asInstanceOf[DeliveryStreamEncryptionStatus]\n\n    @inline def values = js.Array(ENABLED, ENABLING, ENABLING_FAILED, DISABLED, DISABLING, DISABLING_FAILED)\n  }\n\n  @js.native\n  sealed trait DeliveryStreamFailureType extends js.Any\n  object DeliveryStreamFailureType {\n    val RETIRE_KMS_GRANT_FAILED = \"RETIRE_KMS_GRANT_FAILED\".asInstanceOf[DeliveryStreamFailureType]\n    val CREATE_KMS_GRANT_FAILED = \"CREATE_KMS_GRANT_FAILED\".asInstanceOf[DeliveryStreamFailureType]\n    val KMS_ACCESS_DENIED = \"KMS_ACCESS_DENIED\".asInstanceOf[DeliveryStreamFailureType]\n    val DISABLED_KMS_KEY = \"DISABLED_KMS_KEY\".asInstanceOf[DeliveryStreamFailureType]\n    val INVALID_KMS_KEY = \"INVALID_KMS_KEY\".asInstanceOf[DeliveryStreamFailureType]\n    val KMS_KEY_NOT_FOUND = \"KMS_KEY_NOT_FOUND\".asInstanceOf[DeliveryStreamFailureType]\n    val KMS_OPT_IN_REQUIRED = \"KMS_OPT_IN_REQUIRED\".asInstanceOf[DeliveryStreamFailureType]\n    val CREATE_ENI_FAILED = \"CREATE_ENI_FAILED\".asInstanceOf[DeliveryStreamFailureType]\n    val DELETE_ENI_FAILED = \"DELETE_ENI_FAILED\".asInstanceOf[DeliveryStreamFailureType]\n    val SUBNET_NOT_FOUND = \"SUBNET_NOT_FOUND\".asInstanceOf[DeliveryStreamFailureType]\n    val SECURITY_GROUP_NOT_FOUND = \"SECURITY_GROUP_NOT_FOUND\".asInstanceOf[DeliveryStreamFailureType]\n    val ENI_ACCESS_DENIED = \"ENI_ACCESS_DENIED\".asInstanceOf[DeliveryStreamFailureType]\n    val SUBNET_ACCESS_DENIED = \"SUBNET_ACCESS_DENIED\".asInstanceOf[DeliveryStreamFailureType]\n    val SECURITY_GROUP_ACCESS_DENIED = \"SECURITY_GROUP_ACCESS_DENIED\".asInstanceOf[DeliveryStreamFailureType]\n    val UNKNOWN_ERROR = \"UNKNOWN_ERROR\".asInstanceOf[DeliveryStreamFailureType]\n\n    @inline def values = js.Array(\n      RETIRE_KMS_GRANT_FAILED,\n      CREATE_KMS_GRANT_FAILED,\n      KMS_ACCESS_DENIED,\n      DISABLED_KMS_KEY,\n      INVALID_KMS_KEY,\n      KMS_KEY_NOT_FOUND,\n      KMS_OPT_IN_REQUIRED,\n      CREATE_ENI_FAILED,\n      DELETE_ENI_FAILED,\n      SUBNET_NOT_FOUND,\n      SECURITY_GROUP_NOT_FOUND,\n      ENI_ACCESS_DENIED,\n      SUBNET_ACCESS_DENIED,\n      SECURITY_GROUP_ACCESS_DENIED,\n      UNKNOWN_ERROR\n    )\n  }\n\n  @js.native\n  sealed trait DeliveryStreamStatus extends js.Any\n  object DeliveryStreamStatus {\n    val CREATING = \"CREATING\".asInstanceOf[DeliveryStreamStatus]\n    val CREATING_FAILED = \"CREATING_FAILED\".asInstanceOf[DeliveryStreamStatus]\n    val DELETING = \"DELETING\".asInstanceOf[DeliveryStreamStatus]\n    val DELETING_FAILED = \"DELETING_FAILED\".asInstanceOf[DeliveryStreamStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[DeliveryStreamStatus]\n\n    @inline def values = js.Array(CREATING, CREATING_FAILED, DELETING, DELETING_FAILED, ACTIVE)\n  }\n\n  @js.native\n  sealed trait DeliveryStreamType extends js.Any\n  object DeliveryStreamType {\n    val DirectPut = \"DirectPut\".asInstanceOf[DeliveryStreamType]\n    val KinesisStreamAsSource = \"KinesisStreamAsSource\".asInstanceOf[DeliveryStreamType]\n\n    @inline def values = js.Array(DirectPut, KinesisStreamAsSource)\n  }\n\n  @js.native\n  trait DescribeDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var ExclusiveStartDestinationId: js.UndefOr[DestinationId]\n    var Limit: js.UndefOr[DescribeDeliveryStreamInputLimit]\n  }\n\n  object DescribeDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        ExclusiveStartDestinationId: js.UndefOr[DestinationId] = js.undefined,\n        Limit: js.UndefOr[DescribeDeliveryStreamInputLimit] = js.undefined\n    ): DescribeDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      ExclusiveStartDestinationId.foreach(__v => __obj.updateDynamic(\"ExclusiveStartDestinationId\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait DescribeDeliveryStreamOutput extends js.Object {\n    var DeliveryStreamDescription: DeliveryStreamDescription\n  }\n\n  object DescribeDeliveryStreamOutput {\n    @inline\n    def apply(\n        DeliveryStreamDescription: DeliveryStreamDescription\n    ): DescribeDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamDescription\" -> DeliveryStreamDescription.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDeliveryStreamOutput]\n    }\n  }\n\n  \/** The deserializer you want Kinesis Data Firehose to use for converting the input data from JSON. Kinesis Data Firehose then serializes the data to its final format using the <a>Serializer<\/a>. Kinesis Data Firehose supports two types of deserializers: the [[https:\/\/cwiki.apache.org\/confluence\/display\/Hive\/LanguageManual+DDL#LanguageManualDDL-JSON|Apache Hive JSON SerDe]] and the [[https:\/\/github.com\/rcongiu\/Hive-JSON-Serde|OpenX JSON SerDe]].\n    *\/\n  @js.native\n  trait Deserializer extends js.Object {\n    var HiveJsonSerDe: js.UndefOr[HiveJsonSerDe]\n    var OpenXJsonSerDe: js.UndefOr[OpenXJsonSerDe]\n  }\n\n  object Deserializer {\n    @inline\n    def apply(\n        HiveJsonSerDe: js.UndefOr[HiveJsonSerDe] = js.undefined,\n        OpenXJsonSerDe: js.UndefOr[OpenXJsonSerDe] = js.undefined\n    ): Deserializer = {\n      val __obj = js.Dynamic.literal()\n      HiveJsonSerDe.foreach(__v => __obj.updateDynamic(\"HiveJsonSerDe\")(__v.asInstanceOf[js.Any]))\n      OpenXJsonSerDe.foreach(__v => __obj.updateDynamic(\"OpenXJsonSerDe\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Deserializer]\n    }\n  }\n\n  \/** Describes the destination for a delivery stream.\n    *\/\n  @js.native\n  trait DestinationDescription extends js.Object {\n    var DestinationId: DestinationId\n    var ElasticsearchDestinationDescription: js.UndefOr[ElasticsearchDestinationDescription]\n    var ExtendedS3DestinationDescription: js.UndefOr[ExtendedS3DestinationDescription]\n    var HttpEndpointDestinationDescription: js.UndefOr[HttpEndpointDestinationDescription]\n    var RedshiftDestinationDescription: js.UndefOr[RedshiftDestinationDescription]\n    var S3DestinationDescription: js.UndefOr[S3DestinationDescription]\n    var SplunkDestinationDescription: js.UndefOr[SplunkDestinationDescription]\n  }\n\n  object DestinationDescription {\n    @inline\n    def apply(\n        DestinationId: DestinationId,\n        ElasticsearchDestinationDescription: js.UndefOr[ElasticsearchDestinationDescription] = js.undefined,\n        ExtendedS3DestinationDescription: js.UndefOr[ExtendedS3DestinationDescription] = js.undefined,\n        HttpEndpointDestinationDescription: js.UndefOr[HttpEndpointDestinationDescription] = js.undefined,\n        RedshiftDestinationDescription: js.UndefOr[RedshiftDestinationDescription] = js.undefined,\n        S3DestinationDescription: js.UndefOr[S3DestinationDescription] = js.undefined,\n        SplunkDestinationDescription: js.UndefOr[SplunkDestinationDescription] = js.undefined\n    ): DestinationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"DestinationId\" -> DestinationId.asInstanceOf[js.Any]\n      )\n\n      ElasticsearchDestinationDescription.foreach(__v => __obj.updateDynamic(\"ElasticsearchDestinationDescription\")(__v.asInstanceOf[js.Any]))\n      ExtendedS3DestinationDescription.foreach(__v => __obj.updateDynamic(\"ExtendedS3DestinationDescription\")(__v.asInstanceOf[js.Any]))\n      HttpEndpointDestinationDescription.foreach(__v => __obj.updateDynamic(\"HttpEndpointDestinationDescription\")(__v.asInstanceOf[js.Any]))\n      RedshiftDestinationDescription.foreach(__v => __obj.updateDynamic(\"RedshiftDestinationDescription\")(__v.asInstanceOf[js.Any]))\n      S3DestinationDescription.foreach(__v => __obj.updateDynamic(\"S3DestinationDescription\")(__v.asInstanceOf[js.Any]))\n      SplunkDestinationDescription.foreach(__v => __obj.updateDynamic(\"SplunkDestinationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DestinationDescription]\n    }\n  }\n\n  \/** Describes the buffering to perform before delivering data to the Amazon ES destination.\n    *\/\n  @js.native\n  trait ElasticsearchBufferingHints extends js.Object {\n    var IntervalInSeconds: js.UndefOr[ElasticsearchBufferingIntervalInSeconds]\n    var SizeInMBs: js.UndefOr[ElasticsearchBufferingSizeInMBs]\n  }\n\n  object ElasticsearchBufferingHints {\n    @inline\n    def apply(\n        IntervalInSeconds: js.UndefOr[ElasticsearchBufferingIntervalInSeconds] = js.undefined,\n        SizeInMBs: js.UndefOr[ElasticsearchBufferingSizeInMBs] = js.undefined\n    ): ElasticsearchBufferingHints = {\n      val __obj = js.Dynamic.literal()\n      IntervalInSeconds.foreach(__v => __obj.updateDynamic(\"IntervalInSeconds\")(__v.asInstanceOf[js.Any]))\n      SizeInMBs.foreach(__v => __obj.updateDynamic(\"SizeInMBs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticsearchBufferingHints]\n    }\n  }\n\n  \/** Describes the configuration of a destination in Amazon ES.\n    *\/\n  @js.native\n  trait ElasticsearchDestinationConfiguration extends js.Object {\n    var IndexName: ElasticsearchIndexName\n    var RoleARN: RoleARN\n    var S3Configuration: S3DestinationConfiguration\n    var BufferingHints: js.UndefOr[ElasticsearchBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint]\n    var DomainARN: js.UndefOr[ElasticsearchDomainARN]\n    var IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[ElasticsearchRetryOptions]\n    var S3BackupMode: js.UndefOr[ElasticsearchS3BackupMode]\n    var TypeName: js.UndefOr[ElasticsearchTypeName]\n    var VpcConfiguration: js.UndefOr[VpcConfiguration]\n  }\n\n  object ElasticsearchDestinationConfiguration {\n    @inline\n    def apply(\n        IndexName: ElasticsearchIndexName,\n        RoleARN: RoleARN,\n        S3Configuration: S3DestinationConfiguration,\n        BufferingHints: js.UndefOr[ElasticsearchBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint] = js.undefined,\n        DomainARN: js.UndefOr[ElasticsearchDomainARN] = js.undefined,\n        IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[ElasticsearchRetryOptions] = js.undefined,\n        S3BackupMode: js.UndefOr[ElasticsearchS3BackupMode] = js.undefined,\n        TypeName: js.UndefOr[ElasticsearchTypeName] = js.undefined,\n        VpcConfiguration: js.UndefOr[VpcConfiguration] = js.undefined\n    ): ElasticsearchDestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"IndexName\" -> IndexName.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"S3Configuration\" -> S3Configuration.asInstanceOf[js.Any]\n      )\n\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ClusterEndpoint.foreach(__v => __obj.updateDynamic(\"ClusterEndpoint\")(__v.asInstanceOf[js.Any]))\n      DomainARN.foreach(__v => __obj.updateDynamic(\"DomainARN\")(__v.asInstanceOf[js.Any]))\n      IndexRotationPeriod.foreach(__v => __obj.updateDynamic(\"IndexRotationPeriod\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      VpcConfiguration.foreach(__v => __obj.updateDynamic(\"VpcConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticsearchDestinationConfiguration]\n    }\n  }\n\n  \/** The destination description in Amazon ES.\n    *\/\n  @js.native\n  trait ElasticsearchDestinationDescription extends js.Object {\n    var BufferingHints: js.UndefOr[ElasticsearchBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint]\n    var DomainARN: js.UndefOr[ElasticsearchDomainARN]\n    var IndexName: js.UndefOr[ElasticsearchIndexName]\n    var IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[ElasticsearchRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[ElasticsearchS3BackupMode]\n    var S3DestinationDescription: js.UndefOr[S3DestinationDescription]\n    var TypeName: js.UndefOr[ElasticsearchTypeName]\n    var VpcConfigurationDescription: js.UndefOr[VpcConfigurationDescription]\n  }\n\n  object ElasticsearchDestinationDescription {\n    @inline\n    def apply(\n        BufferingHints: js.UndefOr[ElasticsearchBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint] = js.undefined,\n        DomainARN: js.UndefOr[ElasticsearchDomainARN] = js.undefined,\n        IndexName: js.UndefOr[ElasticsearchIndexName] = js.undefined,\n        IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[ElasticsearchRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[ElasticsearchS3BackupMode] = js.undefined,\n        S3DestinationDescription: js.UndefOr[S3DestinationDescription] = js.undefined,\n        TypeName: js.UndefOr[ElasticsearchTypeName] = js.undefined,\n        VpcConfigurationDescription: js.UndefOr[VpcConfigurationDescription] = js.undefined\n    ): ElasticsearchDestinationDescription = {\n      val __obj = js.Dynamic.literal()\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ClusterEndpoint.foreach(__v => __obj.updateDynamic(\"ClusterEndpoint\")(__v.asInstanceOf[js.Any]))\n      DomainARN.foreach(__v => __obj.updateDynamic(\"DomainARN\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexRotationPeriod.foreach(__v => __obj.updateDynamic(\"IndexRotationPeriod\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3DestinationDescription.foreach(__v => __obj.updateDynamic(\"S3DestinationDescription\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      VpcConfigurationDescription.foreach(__v => __obj.updateDynamic(\"VpcConfigurationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticsearchDestinationDescription]\n    }\n  }\n\n  \/** Describes an update for a destination in Amazon ES.\n    *\/\n  @js.native\n  trait ElasticsearchDestinationUpdate extends js.Object {\n    var BufferingHints: js.UndefOr[ElasticsearchBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint]\n    var DomainARN: js.UndefOr[ElasticsearchDomainARN]\n    var IndexName: js.UndefOr[ElasticsearchIndexName]\n    var IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[ElasticsearchRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3Update: js.UndefOr[S3DestinationUpdate]\n    var TypeName: js.UndefOr[ElasticsearchTypeName]\n  }\n\n  object ElasticsearchDestinationUpdate {\n    @inline\n    def apply(\n        BufferingHints: js.UndefOr[ElasticsearchBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ClusterEndpoint: js.UndefOr[ElasticsearchClusterEndpoint] = js.undefined,\n        DomainARN: js.UndefOr[ElasticsearchDomainARN] = js.undefined,\n        IndexName: js.UndefOr[ElasticsearchIndexName] = js.undefined,\n        IndexRotationPeriod: js.UndefOr[ElasticsearchIndexRotationPeriod] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[ElasticsearchRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3Update: js.UndefOr[S3DestinationUpdate] = js.undefined,\n        TypeName: js.UndefOr[ElasticsearchTypeName] = js.undefined\n    ): ElasticsearchDestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ClusterEndpoint.foreach(__v => __obj.updateDynamic(\"ClusterEndpoint\")(__v.asInstanceOf[js.Any]))\n      DomainARN.foreach(__v => __obj.updateDynamic(\"DomainARN\")(__v.asInstanceOf[js.Any]))\n      IndexName.foreach(__v => __obj.updateDynamic(\"IndexName\")(__v.asInstanceOf[js.Any]))\n      IndexRotationPeriod.foreach(__v => __obj.updateDynamic(\"IndexRotationPeriod\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3Update.foreach(__v => __obj.updateDynamic(\"S3Update\")(__v.asInstanceOf[js.Any]))\n      TypeName.foreach(__v => __obj.updateDynamic(\"TypeName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticsearchDestinationUpdate]\n    }\n  }\n\n  @js.native\n  sealed trait ElasticsearchIndexRotationPeriod extends js.Any\n  object ElasticsearchIndexRotationPeriod {\n    val NoRotation = \"NoRotation\".asInstanceOf[ElasticsearchIndexRotationPeriod]\n    val OneHour = \"OneHour\".asInstanceOf[ElasticsearchIndexRotationPeriod]\n    val OneDay = \"OneDay\".asInstanceOf[ElasticsearchIndexRotationPeriod]\n    val OneWeek = \"OneWeek\".asInstanceOf[ElasticsearchIndexRotationPeriod]\n    val OneMonth = \"OneMonth\".asInstanceOf[ElasticsearchIndexRotationPeriod]\n\n    @inline def values = js.Array(NoRotation, OneHour, OneDay, OneWeek, OneMonth)\n  }\n\n  \/** Configures retry behavior in case Kinesis Data Firehose is unable to deliver documents to Amazon ES.\n    *\/\n  @js.native\n  trait ElasticsearchRetryOptions extends js.Object {\n    var DurationInSeconds: js.UndefOr[ElasticsearchRetryDurationInSeconds]\n  }\n\n  object ElasticsearchRetryOptions {\n    @inline\n    def apply(\n        DurationInSeconds: js.UndefOr[ElasticsearchRetryDurationInSeconds] = js.undefined\n    ): ElasticsearchRetryOptions = {\n      val __obj = js.Dynamic.literal()\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ElasticsearchRetryOptions]\n    }\n  }\n\n  @js.native\n  sealed trait ElasticsearchS3BackupMode extends js.Any\n  object ElasticsearchS3BackupMode {\n    val FailedDocumentsOnly = \"FailedDocumentsOnly\".asInstanceOf[ElasticsearchS3BackupMode]\n    val AllDocuments = \"AllDocuments\".asInstanceOf[ElasticsearchS3BackupMode]\n\n    @inline def values = js.Array(FailedDocumentsOnly, AllDocuments)\n  }\n\n  \/** Describes the encryption for a destination in Amazon S3.\n    *\/\n  @js.native\n  trait EncryptionConfiguration extends js.Object {\n    var KMSEncryptionConfig: js.UndefOr[KMSEncryptionConfig]\n    var NoEncryptionConfig: js.UndefOr[NoEncryptionConfig]\n  }\n\n  object EncryptionConfiguration {\n    @inline\n    def apply(\n        KMSEncryptionConfig: js.UndefOr[KMSEncryptionConfig] = js.undefined,\n        NoEncryptionConfig: js.UndefOr[NoEncryptionConfig] = js.undefined\n    ): EncryptionConfiguration = {\n      val __obj = js.Dynamic.literal()\n      KMSEncryptionConfig.foreach(__v => __obj.updateDynamic(\"KMSEncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      NoEncryptionConfig.foreach(__v => __obj.updateDynamic(\"NoEncryptionConfig\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EncryptionConfiguration]\n    }\n  }\n\n  \/** Describes the configuration of a destination in Amazon S3.\n    *\/\n  @js.native\n  trait ExtendedS3DestinationConfiguration extends js.Object {\n    var BucketARN: BucketARN\n    var RoleARN: RoleARN\n    var BufferingHints: js.UndefOr[BufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var CompressionFormat: js.UndefOr[CompressionFormat]\n    var DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration]\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var S3BackupConfiguration: js.UndefOr[S3DestinationConfiguration]\n    var S3BackupMode: js.UndefOr[S3BackupMode]\n  }\n\n  object ExtendedS3DestinationConfiguration {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        RoleARN: RoleARN,\n        BufferingHints: js.UndefOr[BufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        CompressionFormat: js.UndefOr[CompressionFormat] = js.undefined,\n        DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration] = js.undefined,\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        S3BackupConfiguration: js.UndefOr[S3DestinationConfiguration] = js.undefined,\n        S3BackupMode: js.UndefOr[S3BackupMode] = js.undefined\n    ): ExtendedS3DestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      CompressionFormat.foreach(__v => __obj.updateDynamic(\"CompressionFormat\")(__v.asInstanceOf[js.Any]))\n      DataFormatConversionConfiguration.foreach(__v => __obj.updateDynamic(\"DataFormatConversionConfiguration\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BackupConfiguration.foreach(__v => __obj.updateDynamic(\"S3BackupConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendedS3DestinationConfiguration]\n    }\n  }\n\n  \/** Describes a destination in Amazon S3.\n    *\/\n  @js.native\n  trait ExtendedS3DestinationDescription extends js.Object {\n    var BucketARN: BucketARN\n    var BufferingHints: BufferingHints\n    var CompressionFormat: CompressionFormat\n    var EncryptionConfiguration: EncryptionConfiguration\n    var RoleARN: RoleARN\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var S3BackupDescription: js.UndefOr[S3DestinationDescription]\n    var S3BackupMode: js.UndefOr[S3BackupMode]\n  }\n\n  object ExtendedS3DestinationDescription {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        BufferingHints: BufferingHints,\n        CompressionFormat: CompressionFormat,\n        EncryptionConfiguration: EncryptionConfiguration,\n        RoleARN: RoleARN,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        S3BackupDescription: js.UndefOr[S3DestinationDescription] = js.undefined,\n        S3BackupMode: js.UndefOr[S3BackupMode] = js.undefined\n    ): ExtendedS3DestinationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"BufferingHints\" -> BufferingHints.asInstanceOf[js.Any],\n        \"CompressionFormat\" -> CompressionFormat.asInstanceOf[js.Any],\n        \"EncryptionConfiguration\" -> EncryptionConfiguration.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      DataFormatConversionConfiguration.foreach(__v => __obj.updateDynamic(\"DataFormatConversionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BackupDescription.foreach(__v => __obj.updateDynamic(\"S3BackupDescription\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendedS3DestinationDescription]\n    }\n  }\n\n  \/** Describes an update for a destination in Amazon S3.\n    *\/\n  @js.native\n  trait ExtendedS3DestinationUpdate extends js.Object {\n    var BucketARN: js.UndefOr[BucketARN]\n    var BufferingHints: js.UndefOr[BufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var CompressionFormat: js.UndefOr[CompressionFormat]\n    var DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration]\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[S3BackupMode]\n    var S3BackupUpdate: js.UndefOr[S3DestinationUpdate]\n  }\n\n  object ExtendedS3DestinationUpdate {\n    @inline\n    def apply(\n        BucketARN: js.UndefOr[BucketARN] = js.undefined,\n        BufferingHints: js.UndefOr[BufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        CompressionFormat: js.UndefOr[CompressionFormat] = js.undefined,\n        DataFormatConversionConfiguration: js.UndefOr[DataFormatConversionConfiguration] = js.undefined,\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[S3BackupMode] = js.undefined,\n        S3BackupUpdate: js.UndefOr[S3DestinationUpdate] = js.undefined\n    ): ExtendedS3DestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      BucketARN.foreach(__v => __obj.updateDynamic(\"BucketARN\")(__v.asInstanceOf[js.Any]))\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      CompressionFormat.foreach(__v => __obj.updateDynamic(\"CompressionFormat\")(__v.asInstanceOf[js.Any]))\n      DataFormatConversionConfiguration.foreach(__v => __obj.updateDynamic(\"DataFormatConversionConfiguration\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3BackupUpdate.foreach(__v => __obj.updateDynamic(\"S3BackupUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExtendedS3DestinationUpdate]\n    }\n  }\n\n  \/** Provides details in case one of the following operations fails due to an error related to KMS: <a>CreateDeliveryStream<\/a>, <a>DeleteDeliveryStream<\/a>, <a>StartDeliveryStreamEncryption<\/a>, <a>StopDeliveryStreamEncryption<\/a>.\n    *\/\n  @js.native\n  trait FailureDescription extends js.Object {\n    var Details: NonEmptyString\n    var Type: DeliveryStreamFailureType\n  }\n\n  object FailureDescription {\n    @inline\n    def apply(\n        Details: NonEmptyString,\n        Type: DeliveryStreamFailureType\n    ): FailureDescription = {\n      val __obj = js.Dynamic.literal(\n        \"Details\" -> Details.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FailureDescription]\n    }\n  }\n\n  @js.native\n  sealed trait HECEndpointType extends js.Any\n  object HECEndpointType {\n    val Raw = \"Raw\".asInstanceOf[HECEndpointType]\n    val Event = \"Event\".asInstanceOf[HECEndpointType]\n\n    @inline def values = js.Array(Raw, Event)\n  }\n\n  \/** The native Hive \/ HCatalog JsonSerDe. Used by Kinesis Data Firehose for deserializing data, which means converting it from the JSON format in preparation for serializing it to the Parquet or ORC format. This is one of two deserializers you can choose, depending on which one offers the functionality you need. The other option is the OpenX SerDe.\n    *\/\n  @js.native\n  trait HiveJsonSerDe extends js.Object {\n    var TimestampFormats: js.UndefOr[ListOfNonEmptyStrings]\n  }\n\n  object HiveJsonSerDe {\n    @inline\n    def apply(\n        TimestampFormats: js.UndefOr[ListOfNonEmptyStrings] = js.undefined\n    ): HiveJsonSerDe = {\n      val __obj = js.Dynamic.literal()\n      TimestampFormats.foreach(__v => __obj.updateDynamic(\"TimestampFormats\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HiveJsonSerDe]\n    }\n  }\n\n  \/** Describes the buffering options that can be applied before data is delivered to the HTTP endpoint destination. Kinesis Data Firehose treats these options as hints, and it might choose to use more optimal values. The <code>SizeInMBs<\/code> and <code>IntervalInSeconds<\/code> parameters are optional. However, if specify a value for one of them, you must also provide a value for the other.\n    *\/\n  @js.native\n  trait HttpEndpointBufferingHints extends js.Object {\n    var IntervalInSeconds: js.UndefOr[HttpEndpointBufferingIntervalInSeconds]\n    var SizeInMBs: js.UndefOr[HttpEndpointBufferingSizeInMBs]\n  }\n\n  object HttpEndpointBufferingHints {\n    @inline\n    def apply(\n        IntervalInSeconds: js.UndefOr[HttpEndpointBufferingIntervalInSeconds] = js.undefined,\n        SizeInMBs: js.UndefOr[HttpEndpointBufferingSizeInMBs] = js.undefined\n    ): HttpEndpointBufferingHints = {\n      val __obj = js.Dynamic.literal()\n      IntervalInSeconds.foreach(__v => __obj.updateDynamic(\"IntervalInSeconds\")(__v.asInstanceOf[js.Any]))\n      SizeInMBs.foreach(__v => __obj.updateDynamic(\"SizeInMBs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointBufferingHints]\n    }\n  }\n\n  \/** Describes the metadata that's delivered to the specified HTTP endpoint destination.\n    *\/\n  @js.native\n  trait HttpEndpointCommonAttribute extends js.Object {\n    var AttributeName: HttpEndpointAttributeName\n    var AttributeValue: HttpEndpointAttributeValue\n  }\n\n  object HttpEndpointCommonAttribute {\n    @inline\n    def apply(\n        AttributeName: HttpEndpointAttributeName,\n        AttributeValue: HttpEndpointAttributeValue\n    ): HttpEndpointCommonAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"AttributeValue\" -> AttributeValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[HttpEndpointCommonAttribute]\n    }\n  }\n\n  \/** Describes the configuration of the HTTP endpoint to which Kinesis Firehose delivers data.\n    *\/\n  @js.native\n  trait HttpEndpointConfiguration extends js.Object {\n    var Url: HttpEndpointUrl\n    var AccessKey: js.UndefOr[HttpEndpointAccessKey]\n    var Name: js.UndefOr[HttpEndpointName]\n  }\n\n  object HttpEndpointConfiguration {\n    @inline\n    def apply(\n        Url: HttpEndpointUrl,\n        AccessKey: js.UndefOr[HttpEndpointAccessKey] = js.undefined,\n        Name: js.UndefOr[HttpEndpointName] = js.undefined\n    ): HttpEndpointConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"Url\" -> Url.asInstanceOf[js.Any]\n      )\n\n      AccessKey.foreach(__v => __obj.updateDynamic(\"AccessKey\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointConfiguration]\n    }\n  }\n\n  \/** Describes the HTTP endpoint selected as the destination.\n    *\/\n  @js.native\n  trait HttpEndpointDescription extends js.Object {\n    var Name: js.UndefOr[HttpEndpointName]\n    var Url: js.UndefOr[HttpEndpointUrl]\n  }\n\n  object HttpEndpointDescription {\n    @inline\n    def apply(\n        Name: js.UndefOr[HttpEndpointName] = js.undefined,\n        Url: js.UndefOr[HttpEndpointUrl] = js.undefined\n    ): HttpEndpointDescription = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Url.foreach(__v => __obj.updateDynamic(\"Url\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointDescription]\n    }\n  }\n\n  \/** Describes the configuration of the HTTP endpoint destination.\n    *\/\n  @js.native\n  trait HttpEndpointDestinationConfiguration extends js.Object {\n    var EndpointConfiguration: HttpEndpointConfiguration\n    var S3Configuration: S3DestinationConfiguration\n    var BufferingHints: js.UndefOr[HttpEndpointBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration]\n    var RetryOptions: js.UndefOr[HttpEndpointRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode]\n  }\n\n  object HttpEndpointDestinationConfiguration {\n    @inline\n    def apply(\n        EndpointConfiguration: HttpEndpointConfiguration,\n        S3Configuration: S3DestinationConfiguration,\n        BufferingHints: js.UndefOr[HttpEndpointBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[HttpEndpointRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode] = js.undefined\n    ): HttpEndpointDestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"EndpointConfiguration\" -> EndpointConfiguration.asInstanceOf[js.Any],\n        \"S3Configuration\" -> S3Configuration.asInstanceOf[js.Any]\n      )\n\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RequestConfiguration.foreach(__v => __obj.updateDynamic(\"RequestConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointDestinationConfiguration]\n    }\n  }\n\n  \/** Describes the HTTP endpoint destination.\n    *\/\n  @js.native\n  trait HttpEndpointDestinationDescription extends js.Object {\n    var BufferingHints: js.UndefOr[HttpEndpointBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var EndpointConfiguration: js.UndefOr[HttpEndpointDescription]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration]\n    var RetryOptions: js.UndefOr[HttpEndpointRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode]\n    var S3DestinationDescription: js.UndefOr[S3DestinationDescription]\n  }\n\n  object HttpEndpointDestinationDescription {\n    @inline\n    def apply(\n        BufferingHints: js.UndefOr[HttpEndpointBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        EndpointConfiguration: js.UndefOr[HttpEndpointDescription] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[HttpEndpointRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode] = js.undefined,\n        S3DestinationDescription: js.UndefOr[S3DestinationDescription] = js.undefined\n    ): HttpEndpointDestinationDescription = {\n      val __obj = js.Dynamic.literal()\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      EndpointConfiguration.foreach(__v => __obj.updateDynamic(\"EndpointConfiguration\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RequestConfiguration.foreach(__v => __obj.updateDynamic(\"RequestConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3DestinationDescription.foreach(__v => __obj.updateDynamic(\"S3DestinationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointDestinationDescription]\n    }\n  }\n\n  \/** Updates the specified HTTP endpoint destination.\n    *\/\n  @js.native\n  trait HttpEndpointDestinationUpdate extends js.Object {\n    var BufferingHints: js.UndefOr[HttpEndpointBufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var EndpointConfiguration: js.UndefOr[HttpEndpointConfiguration]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration]\n    var RetryOptions: js.UndefOr[HttpEndpointRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode]\n    var S3Update: js.UndefOr[S3DestinationUpdate]\n  }\n\n  object HttpEndpointDestinationUpdate {\n    @inline\n    def apply(\n        BufferingHints: js.UndefOr[HttpEndpointBufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        EndpointConfiguration: js.UndefOr[HttpEndpointConfiguration] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RequestConfiguration: js.UndefOr[HttpEndpointRequestConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[HttpEndpointRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[HttpEndpointS3BackupMode] = js.undefined,\n        S3Update: js.UndefOr[S3DestinationUpdate] = js.undefined\n    ): HttpEndpointDestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      EndpointConfiguration.foreach(__v => __obj.updateDynamic(\"EndpointConfiguration\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RequestConfiguration.foreach(__v => __obj.updateDynamic(\"RequestConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3Update.foreach(__v => __obj.updateDynamic(\"S3Update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointDestinationUpdate]\n    }\n  }\n\n  \/** The configuration of the HTTP endpoint request.\n    *\/\n  @js.native\n  trait HttpEndpointRequestConfiguration extends js.Object {\n    var CommonAttributes: js.UndefOr[HttpEndpointCommonAttributesList]\n    var ContentEncoding: js.UndefOr[ContentEncoding]\n  }\n\n  object HttpEndpointRequestConfiguration {\n    @inline\n    def apply(\n        CommonAttributes: js.UndefOr[HttpEndpointCommonAttributesList] = js.undefined,\n        ContentEncoding: js.UndefOr[ContentEncoding] = js.undefined\n    ): HttpEndpointRequestConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CommonAttributes.foreach(__v => __obj.updateDynamic(\"CommonAttributes\")(__v.asInstanceOf[js.Any]))\n      ContentEncoding.foreach(__v => __obj.updateDynamic(\"ContentEncoding\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointRequestConfiguration]\n    }\n  }\n\n  \/** Describes the retry behavior in case Kinesis Data Firehose is unable to deliver data to the specified HTTP endpoint destination, or if it doesn't receive a valid acknowledgment of receipt from the specified HTTP endpoint destination.\n    *\/\n  @js.native\n  trait HttpEndpointRetryOptions extends js.Object {\n    var DurationInSeconds: js.UndefOr[HttpEndpointRetryDurationInSeconds]\n  }\n\n  object HttpEndpointRetryOptions {\n    @inline\n    def apply(\n        DurationInSeconds: js.UndefOr[HttpEndpointRetryDurationInSeconds] = js.undefined\n    ): HttpEndpointRetryOptions = {\n      val __obj = js.Dynamic.literal()\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[HttpEndpointRetryOptions]\n    }\n  }\n\n  @js.native\n  sealed trait HttpEndpointS3BackupMode extends js.Any\n  object HttpEndpointS3BackupMode {\n    val FailedDataOnly = \"FailedDataOnly\".asInstanceOf[HttpEndpointS3BackupMode]\n    val AllData = \"AllData\".asInstanceOf[HttpEndpointS3BackupMode]\n\n    @inline def values = js.Array(FailedDataOnly, AllData)\n  }\n\n  \/** Specifies the deserializer you want to use to convert the format of the input data. This parameter is required if <code>Enabled<\/code> is set to true.\n    *\/\n  @js.native\n  trait InputFormatConfiguration extends js.Object {\n    var Deserializer: js.UndefOr[Deserializer]\n  }\n\n  object InputFormatConfiguration {\n    @inline\n    def apply(\n        Deserializer: js.UndefOr[Deserializer] = js.undefined\n    ): InputFormatConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Deserializer.foreach(__v => __obj.updateDynamic(\"Deserializer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputFormatConfiguration]\n    }\n  }\n\n  \/** Describes an encryption key for a destination in Amazon S3.\n    *\/\n  @js.native\n  trait KMSEncryptionConfig extends js.Object {\n    var AWSKMSKeyARN: AWSKMSKeyARN\n  }\n\n  object KMSEncryptionConfig {\n    @inline\n    def apply(\n        AWSKMSKeyARN: AWSKMSKeyARN\n    ): KMSEncryptionConfig = {\n      val __obj = js.Dynamic.literal(\n        \"AWSKMSKeyARN\" -> AWSKMSKeyARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KMSEncryptionConfig]\n    }\n  }\n\n  @js.native\n  sealed trait KeyType extends js.Any\n  object KeyType {\n    val AWS_OWNED_CMK = \"AWS_OWNED_CMK\".asInstanceOf[KeyType]\n    val CUSTOMER_MANAGED_CMK = \"CUSTOMER_MANAGED_CMK\".asInstanceOf[KeyType]\n\n    @inline def values = js.Array(AWS_OWNED_CMK, CUSTOMER_MANAGED_CMK)\n  }\n\n  \/** The stream and role Amazon Resource Names (ARNs) for a Kinesis data stream used as the source for a delivery stream.\n    *\/\n  @js.native\n  trait KinesisStreamSourceConfiguration extends js.Object {\n    var KinesisStreamARN: KinesisStreamARN\n    var RoleARN: RoleARN\n  }\n\n  object KinesisStreamSourceConfiguration {\n    @inline\n    def apply(\n        KinesisStreamARN: KinesisStreamARN,\n        RoleARN: RoleARN\n    ): KinesisStreamSourceConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"KinesisStreamARN\" -> KinesisStreamARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[KinesisStreamSourceConfiguration]\n    }\n  }\n\n  \/** Details about a Kinesis data stream used as the source for a Kinesis Data Firehose delivery stream.\n    *\/\n  @js.native\n  trait KinesisStreamSourceDescription extends js.Object {\n    var DeliveryStartTimestamp: js.UndefOr[DeliveryStartTimestamp]\n    var KinesisStreamARN: js.UndefOr[KinesisStreamARN]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object KinesisStreamSourceDescription {\n    @inline\n    def apply(\n        DeliveryStartTimestamp: js.UndefOr[DeliveryStartTimestamp] = js.undefined,\n        KinesisStreamARN: js.UndefOr[KinesisStreamARN] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): KinesisStreamSourceDescription = {\n      val __obj = js.Dynamic.literal()\n      DeliveryStartTimestamp.foreach(__v => __obj.updateDynamic(\"DeliveryStartTimestamp\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamARN.foreach(__v => __obj.updateDynamic(\"KinesisStreamARN\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[KinesisStreamSourceDescription]\n    }\n  }\n\n  @js.native\n  trait ListDeliveryStreamsInput extends js.Object {\n    var DeliveryStreamType: js.UndefOr[DeliveryStreamType]\n    var ExclusiveStartDeliveryStreamName: js.UndefOr[DeliveryStreamName]\n    var Limit: js.UndefOr[ListDeliveryStreamsInputLimit]\n  }\n\n  object ListDeliveryStreamsInput {\n    @inline\n    def apply(\n        DeliveryStreamType: js.UndefOr[DeliveryStreamType] = js.undefined,\n        ExclusiveStartDeliveryStreamName: js.UndefOr[DeliveryStreamName] = js.undefined,\n        Limit: js.UndefOr[ListDeliveryStreamsInputLimit] = js.undefined\n    ): ListDeliveryStreamsInput = {\n      val __obj = js.Dynamic.literal()\n      DeliveryStreamType.foreach(__v => __obj.updateDynamic(\"DeliveryStreamType\")(__v.asInstanceOf[js.Any]))\n      ExclusiveStartDeliveryStreamName.foreach(__v => __obj.updateDynamic(\"ExclusiveStartDeliveryStreamName\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDeliveryStreamsInput]\n    }\n  }\n\n  @js.native\n  trait ListDeliveryStreamsOutput extends js.Object {\n    var DeliveryStreamNames: DeliveryStreamNameList\n    var HasMoreDeliveryStreams: BooleanObject\n  }\n\n  object ListDeliveryStreamsOutput {\n    @inline\n    def apply(\n        DeliveryStreamNames: DeliveryStreamNameList,\n        HasMoreDeliveryStreams: BooleanObject\n    ): ListDeliveryStreamsOutput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamNames\" -> DeliveryStreamNames.asInstanceOf[js.Any],\n        \"HasMoreDeliveryStreams\" -> HasMoreDeliveryStreams.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListDeliveryStreamsOutput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var ExclusiveStartTagKey: js.UndefOr[TagKey]\n    var Limit: js.UndefOr[ListTagsForDeliveryStreamInputLimit]\n  }\n\n  object ListTagsForDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        ExclusiveStartTagKey: js.UndefOr[TagKey] = js.undefined,\n        Limit: js.UndefOr[ListTagsForDeliveryStreamInputLimit] = js.undefined\n    ): ListTagsForDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      ExclusiveStartTagKey.foreach(__v => __obj.updateDynamic(\"ExclusiveStartTagKey\")(__v.asInstanceOf[js.Any]))\n      Limit.foreach(__v => __obj.updateDynamic(\"Limit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait ListTagsForDeliveryStreamOutput extends js.Object {\n    var HasMoreTags: BooleanObject\n    var Tags: ListTagsForDeliveryStreamOutputTagList\n  }\n\n  object ListTagsForDeliveryStreamOutput {\n    @inline\n    def apply(\n        HasMoreTags: BooleanObject,\n        Tags: ListTagsForDeliveryStreamOutputTagList\n    ): ListTagsForDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal(\n        \"HasMoreTags\" -> HasMoreTags.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForDeliveryStreamOutput]\n    }\n  }\n\n  @js.native\n  sealed trait NoEncryptionConfig extends js.Any\n  object NoEncryptionConfig {\n    val NoEncryption = \"NoEncryption\".asInstanceOf[NoEncryptionConfig]\n\n    @inline def values = js.Array(NoEncryption)\n  }\n\n  \/** The OpenX SerDe. Used by Kinesis Data Firehose for deserializing data, which means converting it from the JSON format in preparation for serializing it to the Parquet or ORC format. This is one of two deserializers you can choose, depending on which one offers the functionality you need. The other option is the native Hive \/ HCatalog JsonSerDe.\n    *\/\n  @js.native\n  trait OpenXJsonSerDe extends js.Object {\n    var CaseInsensitive: js.UndefOr[BooleanObject]\n    var ColumnToJsonKeyMappings: js.UndefOr[ColumnToJsonKeyMappings]\n    var ConvertDotsInJsonKeysToUnderscores: js.UndefOr[BooleanObject]\n  }\n\n  object OpenXJsonSerDe {\n    @inline\n    def apply(\n        CaseInsensitive: js.UndefOr[BooleanObject] = js.undefined,\n        ColumnToJsonKeyMappings: js.UndefOr[ColumnToJsonKeyMappings] = js.undefined,\n        ConvertDotsInJsonKeysToUnderscores: js.UndefOr[BooleanObject] = js.undefined\n    ): OpenXJsonSerDe = {\n      val __obj = js.Dynamic.literal()\n      CaseInsensitive.foreach(__v => __obj.updateDynamic(\"CaseInsensitive\")(__v.asInstanceOf[js.Any]))\n      ColumnToJsonKeyMappings.foreach(__v => __obj.updateDynamic(\"ColumnToJsonKeyMappings\")(__v.asInstanceOf[js.Any]))\n      ConvertDotsInJsonKeysToUnderscores.foreach(__v => __obj.updateDynamic(\"ConvertDotsInJsonKeysToUnderscores\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OpenXJsonSerDe]\n    }\n  }\n\n  @js.native\n  sealed trait OrcCompression extends js.Any\n  object OrcCompression {\n    val NONE = \"NONE\".asInstanceOf[OrcCompression]\n    val ZLIB = \"ZLIB\".asInstanceOf[OrcCompression]\n    val SNAPPY = \"SNAPPY\".asInstanceOf[OrcCompression]\n\n    @inline def values = js.Array(NONE, ZLIB, SNAPPY)\n  }\n\n  @js.native\n  sealed trait OrcFormatVersion extends js.Any\n  object OrcFormatVersion {\n    val V0_11 = \"V0_11\".asInstanceOf[OrcFormatVersion]\n    val V0_12 = \"V0_12\".asInstanceOf[OrcFormatVersion]\n\n    @inline def values = js.Array(V0_11, V0_12)\n  }\n\n  \/** A serializer to use for converting data to the ORC format before storing it in Amazon S3. For more information, see [[https:\/\/orc.apache.org\/docs\/|Apache ORC]].\n    *\/\n  @js.native\n  trait OrcSerDe extends js.Object {\n    var BlockSizeBytes: js.UndefOr[BlockSizeBytes]\n    var BloomFilterColumns: js.UndefOr[ListOfNonEmptyStringsWithoutWhitespace]\n    var BloomFilterFalsePositiveProbability: js.UndefOr[Proportion]\n    var Compression: js.UndefOr[OrcCompression]\n    var DictionaryKeyThreshold: js.UndefOr[Proportion]\n    var EnablePadding: js.UndefOr[BooleanObject]\n    var FormatVersion: js.UndefOr[OrcFormatVersion]\n    var PaddingTolerance: js.UndefOr[Proportion]\n    var RowIndexStride: js.UndefOr[OrcRowIndexStride]\n    var StripeSizeBytes: js.UndefOr[OrcStripeSizeBytes]\n  }\n\n  object OrcSerDe {\n    @inline\n    def apply(\n        BlockSizeBytes: js.UndefOr[BlockSizeBytes] = js.undefined,\n        BloomFilterColumns: js.UndefOr[ListOfNonEmptyStringsWithoutWhitespace] = js.undefined,\n        BloomFilterFalsePositiveProbability: js.UndefOr[Proportion] = js.undefined,\n        Compression: js.UndefOr[OrcCompression] = js.undefined,\n        DictionaryKeyThreshold: js.UndefOr[Proportion] = js.undefined,\n        EnablePadding: js.UndefOr[BooleanObject] = js.undefined,\n        FormatVersion: js.UndefOr[OrcFormatVersion] = js.undefined,\n        PaddingTolerance: js.UndefOr[Proportion] = js.undefined,\n        RowIndexStride: js.UndefOr[OrcRowIndexStride] = js.undefined,\n        StripeSizeBytes: js.UndefOr[OrcStripeSizeBytes] = js.undefined\n    ): OrcSerDe = {\n      val __obj = js.Dynamic.literal()\n      BlockSizeBytes.foreach(__v => __obj.updateDynamic(\"BlockSizeBytes\")(__v.asInstanceOf[js.Any]))\n      BloomFilterColumns.foreach(__v => __obj.updateDynamic(\"BloomFilterColumns\")(__v.asInstanceOf[js.Any]))\n      BloomFilterFalsePositiveProbability.foreach(__v => __obj.updateDynamic(\"BloomFilterFalsePositiveProbability\")(__v.asInstanceOf[js.Any]))\n      Compression.foreach(__v => __obj.updateDynamic(\"Compression\")(__v.asInstanceOf[js.Any]))\n      DictionaryKeyThreshold.foreach(__v => __obj.updateDynamic(\"DictionaryKeyThreshold\")(__v.asInstanceOf[js.Any]))\n      EnablePadding.foreach(__v => __obj.updateDynamic(\"EnablePadding\")(__v.asInstanceOf[js.Any]))\n      FormatVersion.foreach(__v => __obj.updateDynamic(\"FormatVersion\")(__v.asInstanceOf[js.Any]))\n      PaddingTolerance.foreach(__v => __obj.updateDynamic(\"PaddingTolerance\")(__v.asInstanceOf[js.Any]))\n      RowIndexStride.foreach(__v => __obj.updateDynamic(\"RowIndexStride\")(__v.asInstanceOf[js.Any]))\n      StripeSizeBytes.foreach(__v => __obj.updateDynamic(\"StripeSizeBytes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrcSerDe]\n    }\n  }\n\n  \/** Specifies the serializer that you want Kinesis Data Firehose to use to convert the format of your data before it writes it to Amazon S3. This parameter is required if <code>Enabled<\/code> is set to true.\n    *\/\n  @js.native\n  trait OutputFormatConfiguration extends js.Object {\n    var Serializer: js.UndefOr[Serializer]\n  }\n\n  object OutputFormatConfiguration {\n    @inline\n    def apply(\n        Serializer: js.UndefOr[Serializer] = js.undefined\n    ): OutputFormatConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Serializer.foreach(__v => __obj.updateDynamic(\"Serializer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OutputFormatConfiguration]\n    }\n  }\n\n  @js.native\n  sealed trait ParquetCompression extends js.Any\n  object ParquetCompression {\n    val UNCOMPRESSED = \"UNCOMPRESSED\".asInstanceOf[ParquetCompression]\n    val GZIP = \"GZIP\".asInstanceOf[ParquetCompression]\n    val SNAPPY = \"SNAPPY\".asInstanceOf[ParquetCompression]\n\n    @inline def values = js.Array(UNCOMPRESSED, GZIP, SNAPPY)\n  }\n\n  \/** A serializer to use for converting data to the Parquet format before storing it in Amazon S3. For more information, see [[https:\/\/parquet.apache.org\/documentation\/latest\/|Apache Parquet]].\n    *\/\n  @js.native\n  trait ParquetSerDe extends js.Object {\n    var BlockSizeBytes: js.UndefOr[BlockSizeBytes]\n    var Compression: js.UndefOr[ParquetCompression]\n    var EnableDictionaryCompression: js.UndefOr[BooleanObject]\n    var MaxPaddingBytes: js.UndefOr[NonNegativeIntegerObject]\n    var PageSizeBytes: js.UndefOr[ParquetPageSizeBytes]\n    var WriterVersion: js.UndefOr[ParquetWriterVersion]\n  }\n\n  object ParquetSerDe {\n    @inline\n    def apply(\n        BlockSizeBytes: js.UndefOr[BlockSizeBytes] = js.undefined,\n        Compression: js.UndefOr[ParquetCompression] = js.undefined,\n        EnableDictionaryCompression: js.UndefOr[BooleanObject] = js.undefined,\n        MaxPaddingBytes: js.UndefOr[NonNegativeIntegerObject] = js.undefined,\n        PageSizeBytes: js.UndefOr[ParquetPageSizeBytes] = js.undefined,\n        WriterVersion: js.UndefOr[ParquetWriterVersion] = js.undefined\n    ): ParquetSerDe = {\n      val __obj = js.Dynamic.literal()\n      BlockSizeBytes.foreach(__v => __obj.updateDynamic(\"BlockSizeBytes\")(__v.asInstanceOf[js.Any]))\n      Compression.foreach(__v => __obj.updateDynamic(\"Compression\")(__v.asInstanceOf[js.Any]))\n      EnableDictionaryCompression.foreach(__v => __obj.updateDynamic(\"EnableDictionaryCompression\")(__v.asInstanceOf[js.Any]))\n      MaxPaddingBytes.foreach(__v => __obj.updateDynamic(\"MaxPaddingBytes\")(__v.asInstanceOf[js.Any]))\n      PageSizeBytes.foreach(__v => __obj.updateDynamic(\"PageSizeBytes\")(__v.asInstanceOf[js.Any]))\n      WriterVersion.foreach(__v => __obj.updateDynamic(\"WriterVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ParquetSerDe]\n    }\n  }\n\n  @js.native\n  sealed trait ParquetWriterVersion extends js.Any\n  object ParquetWriterVersion {\n    val V1 = \"V1\".asInstanceOf[ParquetWriterVersion]\n    val V2 = \"V2\".asInstanceOf[ParquetWriterVersion]\n\n    @inline def values = js.Array(V1, V2)\n  }\n\n  \/** Describes a data processing configuration.\n    *\/\n  @js.native\n  trait ProcessingConfiguration extends js.Object {\n    var Enabled: js.UndefOr[BooleanObject]\n    var Processors: js.UndefOr[ProcessorList]\n  }\n\n  object ProcessingConfiguration {\n    @inline\n    def apply(\n        Enabled: js.UndefOr[BooleanObject] = js.undefined,\n        Processors: js.UndefOr[ProcessorList] = js.undefined\n    ): ProcessingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      Processors.foreach(__v => __obj.updateDynamic(\"Processors\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessingConfiguration]\n    }\n  }\n\n  \/** Describes a data processor.\n    *\/\n  @js.native\n  trait Processor extends js.Object {\n    var Type: ProcessorType\n    var Parameters: js.UndefOr[ProcessorParameterList]\n  }\n\n  object Processor {\n    @inline\n    def apply(\n        Type: ProcessorType,\n        Parameters: js.UndefOr[ProcessorParameterList] = js.undefined\n    ): Processor = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Processor]\n    }\n  }\n\n  \/** Describes the processor parameter.\n    *\/\n  @js.native\n  trait ProcessorParameter extends js.Object {\n    var ParameterName: ProcessorParameterName\n    var ParameterValue: ProcessorParameterValue\n  }\n\n  object ProcessorParameter {\n    @inline\n    def apply(\n        ParameterName: ProcessorParameterName,\n        ParameterValue: ProcessorParameterValue\n    ): ProcessorParameter = {\n      val __obj = js.Dynamic.literal(\n        \"ParameterName\" -> ParameterName.asInstanceOf[js.Any],\n        \"ParameterValue\" -> ParameterValue.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ProcessorParameter]\n    }\n  }\n\n  @js.native\n  sealed trait ProcessorParameterName extends js.Any\n  object ProcessorParameterName {\n    val LambdaArn = \"LambdaArn\".asInstanceOf[ProcessorParameterName]\n    val NumberOfRetries = \"NumberOfRetries\".asInstanceOf[ProcessorParameterName]\n    val RoleArn = \"RoleArn\".asInstanceOf[ProcessorParameterName]\n    val BufferSizeInMBs = \"BufferSizeInMBs\".asInstanceOf[ProcessorParameterName]\n    val BufferIntervalInSeconds = \"BufferIntervalInSeconds\".asInstanceOf[ProcessorParameterName]\n\n    @inline def values = js.Array(LambdaArn, NumberOfRetries, RoleArn, BufferSizeInMBs, BufferIntervalInSeconds)\n  }\n\n  @js.native\n  sealed trait ProcessorType extends js.Any\n  object ProcessorType {\n    val Lambda = \"Lambda\".asInstanceOf[ProcessorType]\n\n    @inline def values = js.Array(Lambda)\n  }\n\n  @js.native\n  trait PutRecordBatchInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var Records: PutRecordBatchRequestEntryList\n  }\n\n  object PutRecordBatchInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        Records: PutRecordBatchRequestEntryList\n    ): PutRecordBatchInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"Records\" -> Records.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRecordBatchInput]\n    }\n  }\n\n  @js.native\n  trait PutRecordBatchOutput extends js.Object {\n    var FailedPutCount: NonNegativeIntegerObject\n    var RequestResponses: PutRecordBatchResponseEntryList\n    var Encrypted: js.UndefOr[BooleanObject]\n  }\n\n  object PutRecordBatchOutput {\n    @inline\n    def apply(\n        FailedPutCount: NonNegativeIntegerObject,\n        RequestResponses: PutRecordBatchResponseEntryList,\n        Encrypted: js.UndefOr[BooleanObject] = js.undefined\n    ): PutRecordBatchOutput = {\n      val __obj = js.Dynamic.literal(\n        \"FailedPutCount\" -> FailedPutCount.asInstanceOf[js.Any],\n        \"RequestResponses\" -> RequestResponses.asInstanceOf[js.Any]\n      )\n\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordBatchOutput]\n    }\n  }\n\n  \/** Contains the result for an individual record from a <a>PutRecordBatch<\/a> request. If the record is successfully added to your delivery stream, it receives a record ID. If the record fails to be added to your delivery stream, the result includes an error code and an error message.\n    *\/\n  @js.native\n  trait PutRecordBatchResponseEntry extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var RecordId: js.UndefOr[PutResponseRecordId]\n  }\n\n  object PutRecordBatchResponseEntry {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        RecordId: js.UndefOr[PutResponseRecordId] = js.undefined\n    ): PutRecordBatchResponseEntry = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      RecordId.foreach(__v => __obj.updateDynamic(\"RecordId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordBatchResponseEntry]\n    }\n  }\n\n  @js.native\n  trait PutRecordInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var Record: Record\n  }\n\n  object PutRecordInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        Record: Record\n    ): PutRecordInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"Record\" -> Record.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRecordInput]\n    }\n  }\n\n  @js.native\n  trait PutRecordOutput extends js.Object {\n    var RecordId: PutResponseRecordId\n    var Encrypted: js.UndefOr[BooleanObject]\n  }\n\n  object PutRecordOutput {\n    @inline\n    def apply(\n        RecordId: PutResponseRecordId,\n        Encrypted: js.UndefOr[BooleanObject] = js.undefined\n    ): PutRecordOutput = {\n      val __obj = js.Dynamic.literal(\n        \"RecordId\" -> RecordId.asInstanceOf[js.Any]\n      )\n\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutRecordOutput]\n    }\n  }\n\n  \/** The unit of data in a delivery stream.\n    *\/\n  @js.native\n  trait Record extends js.Object {\n    var Data: Data\n  }\n\n  object Record {\n    @inline\n    def apply(\n        Data: Data\n    ): Record = {\n      val __obj = js.Dynamic.literal(\n        \"Data\" -> Data.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Record]\n    }\n  }\n\n  \/** Describes the configuration of a destination in Amazon Redshift.\n    *\/\n  @js.native\n  trait RedshiftDestinationConfiguration extends js.Object {\n    var ClusterJDBCURL: ClusterJDBCURL\n    var CopyCommand: CopyCommand\n    var Password: Password\n    var RoleARN: RoleARN\n    var S3Configuration: S3DestinationConfiguration\n    var Username: Username\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[RedshiftRetryOptions]\n    var S3BackupConfiguration: js.UndefOr[S3DestinationConfiguration]\n    var S3BackupMode: js.UndefOr[RedshiftS3BackupMode]\n  }\n\n  object RedshiftDestinationConfiguration {\n    @inline\n    def apply(\n        ClusterJDBCURL: ClusterJDBCURL,\n        CopyCommand: CopyCommand,\n        Password: Password,\n        RoleARN: RoleARN,\n        S3Configuration: S3DestinationConfiguration,\n        Username: Username,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[RedshiftRetryOptions] = js.undefined,\n        S3BackupConfiguration: js.UndefOr[S3DestinationConfiguration] = js.undefined,\n        S3BackupMode: js.UndefOr[RedshiftS3BackupMode] = js.undefined\n    ): RedshiftDestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterJDBCURL\" -> ClusterJDBCURL.asInstanceOf[js.Any],\n        \"CopyCommand\" -> CopyCommand.asInstanceOf[js.Any],\n        \"Password\" -> Password.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"S3Configuration\" -> S3Configuration.asInstanceOf[js.Any],\n        \"Username\" -> Username.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupConfiguration.foreach(__v => __obj.updateDynamic(\"S3BackupConfiguration\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftDestinationConfiguration]\n    }\n  }\n\n  \/** Describes a destination in Amazon Redshift.\n    *\/\n  @js.native\n  trait RedshiftDestinationDescription extends js.Object {\n    var ClusterJDBCURL: ClusterJDBCURL\n    var CopyCommand: CopyCommand\n    var RoleARN: RoleARN\n    var S3DestinationDescription: S3DestinationDescription\n    var Username: Username\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[RedshiftRetryOptions]\n    var S3BackupDescription: js.UndefOr[S3DestinationDescription]\n    var S3BackupMode: js.UndefOr[RedshiftS3BackupMode]\n  }\n\n  object RedshiftDestinationDescription {\n    @inline\n    def apply(\n        ClusterJDBCURL: ClusterJDBCURL,\n        CopyCommand: CopyCommand,\n        RoleARN: RoleARN,\n        S3DestinationDescription: S3DestinationDescription,\n        Username: Username,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[RedshiftRetryOptions] = js.undefined,\n        S3BackupDescription: js.UndefOr[S3DestinationDescription] = js.undefined,\n        S3BackupMode: js.UndefOr[RedshiftS3BackupMode] = js.undefined\n    ): RedshiftDestinationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"ClusterJDBCURL\" -> ClusterJDBCURL.asInstanceOf[js.Any],\n        \"CopyCommand\" -> CopyCommand.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"S3DestinationDescription\" -> S3DestinationDescription.asInstanceOf[js.Any],\n        \"Username\" -> Username.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupDescription.foreach(__v => __obj.updateDynamic(\"S3BackupDescription\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftDestinationDescription]\n    }\n  }\n\n  \/** Describes an update for a destination in Amazon Redshift.\n    *\/\n  @js.native\n  trait RedshiftDestinationUpdate extends js.Object {\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ClusterJDBCURL: js.UndefOr[ClusterJDBCURL]\n    var CopyCommand: js.UndefOr[CopyCommand]\n    var Password: js.UndefOr[Password]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[RedshiftRetryOptions]\n    var RoleARN: js.UndefOr[RoleARN]\n    var S3BackupMode: js.UndefOr[RedshiftS3BackupMode]\n    var S3BackupUpdate: js.UndefOr[S3DestinationUpdate]\n    var S3Update: js.UndefOr[S3DestinationUpdate]\n    var Username: js.UndefOr[Username]\n  }\n\n  object RedshiftDestinationUpdate {\n    @inline\n    def apply(\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ClusterJDBCURL: js.UndefOr[ClusterJDBCURL] = js.undefined,\n        CopyCommand: js.UndefOr[CopyCommand] = js.undefined,\n        Password: js.UndefOr[Password] = <PASSWORD>,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[RedshiftRetryOptions] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined,\n        S3BackupMode: js.UndefOr[RedshiftS3BackupMode] = js.undefined,\n        S3BackupUpdate: js.UndefOr[S3DestinationUpdate] = js.undefined,\n        S3Update: js.UndefOr[S3DestinationUpdate] = js.undefined,\n        Username: js.UndefOr[Username] = js.undefined\n    ): RedshiftDestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ClusterJDBCURL.foreach(__v => __obj.updateDynamic(\"ClusterJDBCURL\")(__v.asInstanceOf[js.Any]))\n      CopyCommand.foreach(__v => __obj.updateDynamic(\"CopyCommand\")(__v.asInstanceOf[js.Any]))\n      Password.foreach(__v => __obj.updateDynamic(\"Password\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3BackupUpdate.foreach(__v => __obj.updateDynamic(\"S3BackupUpdate\")(__v.asInstanceOf[js.Any]))\n      S3Update.foreach(__v => __obj.updateDynamic(\"S3Update\")(__v.asInstanceOf[js.Any]))\n      Username.foreach(__v => __obj.updateDynamic(\"Username\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftDestinationUpdate]\n    }\n  }\n\n  \/** Configures retry behavior in case Kinesis Data Firehose is unable to deliver documents to Amazon Redshift.\n    *\/\n  @js.native\n  trait RedshiftRetryOptions extends js.Object {\n    var DurationInSeconds: js.UndefOr[RedshiftRetryDurationInSeconds]\n  }\n\n  object RedshiftRetryOptions {\n    @inline\n    def apply(\n        DurationInSeconds: js.UndefOr[RedshiftRetryDurationInSeconds] = js.undefined\n    ): RedshiftRetryOptions = {\n      val __obj = js.Dynamic.literal()\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RedshiftRetryOptions]\n    }\n  }\n\n  @js.native\n  sealed trait RedshiftS3BackupMode extends js.Any\n  object RedshiftS3BackupMode {\n    val Disabled = \"Disabled\".asInstanceOf[RedshiftS3BackupMode]\n    val Enabled = \"Enabled\".asInstanceOf[RedshiftS3BackupMode]\n\n    @inline def values = js.Array(Disabled, Enabled)\n  }\n\n  @js.native\n  sealed trait S3BackupMode extends js.Any\n  object S3BackupMode {\n    val Disabled = \"Disabled\".asInstanceOf[S3BackupMode]\n    val Enabled = \"Enabled\".asInstanceOf[S3BackupMode]\n\n    @inline def values = js.Array(Disabled, Enabled)\n  }\n\n  \/** Describes the configuration of a destination in Amazon S3.\n    *\/\n  @js.native\n  trait S3DestinationConfiguration extends js.Object {\n    var BucketARN: BucketARN\n    var RoleARN: RoleARN\n    var BufferingHints: js.UndefOr[BufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var CompressionFormat: js.UndefOr[CompressionFormat]\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object S3DestinationConfiguration {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        RoleARN: RoleARN,\n        BufferingHints: js.UndefOr[BufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        CompressionFormat: js.UndefOr[CompressionFormat] = js.undefined,\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): S3DestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      CompressionFormat.foreach(__v => __obj.updateDynamic(\"CompressionFormat\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DestinationConfiguration]\n    }\n  }\n\n  \/** Describes a destination in Amazon S3.\n    *\/\n  @js.native\n  trait S3DestinationDescription extends js.Object {\n    var BucketARN: BucketARN\n    var BufferingHints: BufferingHints\n    var CompressionFormat: CompressionFormat\n    var EncryptionConfiguration: EncryptionConfiguration\n    var RoleARN: RoleARN\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n  }\n\n  object S3DestinationDescription {\n    @inline\n    def apply(\n        BucketARN: BucketARN,\n        BufferingHints: BufferingHints,\n        CompressionFormat: CompressionFormat,\n        EncryptionConfiguration: EncryptionConfiguration,\n        RoleARN: RoleARN,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined\n    ): S3DestinationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"BucketARN\" -> BucketARN.asInstanceOf[js.Any],\n        \"BufferingHints\" -> BufferingHints.asInstanceOf[js.Any],\n        \"CompressionFormat\" -> CompressionFormat.asInstanceOf[js.Any],\n        \"EncryptionConfiguration\" -> EncryptionConfiguration.asInstanceOf[js.Any],\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DestinationDescription]\n    }\n  }\n\n  \/** Describes an update for a destination in Amazon S3.\n    *\/\n  @js.native\n  trait S3DestinationUpdate extends js.Object {\n    var BucketARN: js.UndefOr[BucketARN]\n    var BufferingHints: js.UndefOr[BufferingHints]\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var CompressionFormat: js.UndefOr[CompressionFormat]\n    var EncryptionConfiguration: js.UndefOr[EncryptionConfiguration]\n    var ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix]\n    var Prefix: js.UndefOr[Prefix]\n    var RoleARN: js.UndefOr[RoleARN]\n  }\n\n  object S3DestinationUpdate {\n    @inline\n    def apply(\n        BucketARN: js.UndefOr[BucketARN] = js.undefined,\n        BufferingHints: js.UndefOr[BufferingHints] = js.undefined,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        CompressionFormat: js.UndefOr[CompressionFormat] = js.undefined,\n        EncryptionConfiguration: js.UndefOr[EncryptionConfiguration] = js.undefined,\n        ErrorOutputPrefix: js.UndefOr[ErrorOutputPrefix] = js.undefined,\n        Prefix: js.UndefOr[Prefix] = js.undefined,\n        RoleARN: js.UndefOr[RoleARN] = js.undefined\n    ): S3DestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      BucketARN.foreach(__v => __obj.updateDynamic(\"BucketARN\")(__v.asInstanceOf[js.Any]))\n      BufferingHints.foreach(__v => __obj.updateDynamic(\"BufferingHints\")(__v.asInstanceOf[js.Any]))\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      CompressionFormat.foreach(__v => __obj.updateDynamic(\"CompressionFormat\")(__v.asInstanceOf[js.Any]))\n      EncryptionConfiguration.foreach(__v => __obj.updateDynamic(\"EncryptionConfiguration\")(__v.asInstanceOf[js.Any]))\n      ErrorOutputPrefix.foreach(__v => __obj.updateDynamic(\"ErrorOutputPrefix\")(__v.asInstanceOf[js.Any]))\n      Prefix.foreach(__v => __obj.updateDynamic(\"Prefix\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[S3DestinationUpdate]\n    }\n  }\n\n  \/** Specifies the schema to which you want Kinesis Data Firehose to configure your data before it writes it to Amazon S3. This parameter is required if <code>Enabled<\/code> is set to true.\n    *\/\n  @js.native\n  trait SchemaConfiguration extends js.Object {\n    var CatalogId: js.UndefOr[NonEmptyStringWithoutWhitespace]\n    var DatabaseName: js.UndefOr[NonEmptyStringWithoutWhitespace]\n    var Region: js.UndefOr[NonEmptyStringWithoutWhitespace]\n    var RoleARN: js.UndefOr[NonEmptyStringWithoutWhitespace]\n    var TableName: js.UndefOr[NonEmptyStringWithoutWhitespace]\n    var VersionId: js.UndefOr[NonEmptyStringWithoutWhitespace]\n  }\n\n  object SchemaConfiguration {\n    @inline\n    def apply(\n        CatalogId: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined,\n        DatabaseName: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined,\n        Region: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined,\n        RoleARN: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined,\n        TableName: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined,\n        VersionId: js.UndefOr[NonEmptyStringWithoutWhitespace] = js.undefined\n    ): SchemaConfiguration = {\n      val __obj = js.Dynamic.literal()\n      CatalogId.foreach(__v => __obj.updateDynamic(\"CatalogId\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      RoleARN.foreach(__v => __obj.updateDynamic(\"RoleARN\")(__v.asInstanceOf[js.Any]))\n      TableName.foreach(__v => __obj.updateDynamic(\"TableName\")(__v.asInstanceOf[js.Any]))\n      VersionId.foreach(__v => __obj.updateDynamic(\"VersionId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SchemaConfiguration]\n    }\n  }\n\n  \/** The serializer that you want Kinesis Data Firehose to use to convert data to the target format before writing it to Amazon S3. Kinesis Data Firehose supports two types of serializers: the [[https:\/\/hive.apache.org\/javadocs\/r1.2.2\/api\/org\/apache\/hadoop\/hive\/ql\/io\/orc\/OrcSerde.html|ORC SerDe]] and the [[https:\/\/hive.apache.org\/javadocs\/r1.2.2\/api\/org\/apache\/hadoop\/hive\/ql\/io\/parquet\/serde\/ParquetHiveSerDe.html|Parquet SerDe]].\n    *\/\n  @js.native\n  trait Serializer extends js.Object {\n    var OrcSerDe: js.UndefOr[OrcSerDe]\n    var ParquetSerDe: js.UndefOr[ParquetSerDe]\n  }\n\n  object Serializer {\n    @inline\n    def apply(\n        OrcSerDe: js.UndefOr[OrcSerDe] = js.undefined,\n        ParquetSerDe: js.UndefOr[ParquetSerDe] = js.undefined\n    ): Serializer = {\n      val __obj = js.Dynamic.literal()\n      OrcSerDe.foreach(__v => __obj.updateDynamic(\"OrcSerDe\")(__v.asInstanceOf[js.Any]))\n      ParquetSerDe.foreach(__v => __obj.updateDynamic(\"ParquetSerDe\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Serializer]\n    }\n  }\n\n  \/** Details about a Kinesis data stream used as the source for a Kinesis Data Firehose delivery stream.\n    *\/\n  @js.native\n  trait SourceDescription extends js.Object {\n    var KinesisStreamSourceDescription: js.UndefOr[KinesisStreamSourceDescription]\n  }\n\n  object SourceDescription {\n    @inline\n    def apply(\n        KinesisStreamSourceDescription: js.UndefOr[KinesisStreamSourceDescription] = js.undefined\n    ): SourceDescription = {\n      val __obj = js.Dynamic.literal()\n      KinesisStreamSourceDescription.foreach(__v => __obj.updateDynamic(\"KinesisStreamSourceDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceDescription]\n    }\n  }\n\n  \/** Describes the configuration of a destination in Splunk.\n    *\/\n  @js.native\n  trait SplunkDestinationConfiguration extends js.Object {\n    var HECEndpoint: HECEndpoint\n    var HECEndpointType: HECEndpointType\n    var HECToken: HECToken\n    var S3Configuration: S3DestinationConfiguration\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[SplunkRetryOptions]\n    var S3BackupMode: js.UndefOr[SplunkS3BackupMode]\n  }\n\n  object SplunkDestinationConfiguration {\n    @inline\n    def apply(\n        HECEndpoint: HECEndpoint,\n        HECEndpointType: HECEndpointType,\n        HECToken: HECToken,\n        S3Configuration: S3DestinationConfiguration,\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[SplunkRetryOptions] = js.undefined,\n        S3BackupMode: js.UndefOr[SplunkS3BackupMode] = js.undefined\n    ): SplunkDestinationConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"HECEndpoint\" -> HECEndpoint.asInstanceOf[js.Any],\n        \"HECEndpointType\" -> HECEndpointType.asInstanceOf[js.Any],\n        \"HECToken\" -> HECToken.asInstanceOf[js.Any],\n        \"S3Configuration\" -> S3Configuration.asInstanceOf[js.Any]\n      )\n\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      HECAcknowledgmentTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"HECAcknowledgmentTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SplunkDestinationConfiguration]\n    }\n  }\n\n  \/** Describes a destination in Splunk.\n    *\/\n  @js.native\n  trait SplunkDestinationDescription extends js.Object {\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds]\n    var HECEndpoint: js.UndefOr[HECEndpoint]\n    var HECEndpointType: js.UndefOr[HECEndpointType]\n    var HECToken: js.UndefOr[HECToken]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[SplunkRetryOptions]\n    var S3BackupMode: js.UndefOr[SplunkS3BackupMode]\n    var S3DestinationDescription: js.UndefOr[S3DestinationDescription]\n  }\n\n  object SplunkDestinationDescription {\n    @inline\n    def apply(\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds] = js.undefined,\n        HECEndpoint: js.UndefOr[HECEndpoint] = js.undefined,\n        HECEndpointType: js.UndefOr[HECEndpointType] = js.undefined,\n        HECToken: js.UndefOr[HECToken] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[SplunkRetryOptions] = js.undefined,\n        S3BackupMode: js.UndefOr[SplunkS3BackupMode] = js.undefined,\n        S3DestinationDescription: js.UndefOr[S3DestinationDescription] = js.undefined\n    ): SplunkDestinationDescription = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      HECAcknowledgmentTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"HECAcknowledgmentTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      HECEndpoint.foreach(__v => __obj.updateDynamic(\"HECEndpoint\")(__v.asInstanceOf[js.Any]))\n      HECEndpointType.foreach(__v => __obj.updateDynamic(\"HECEndpointType\")(__v.asInstanceOf[js.Any]))\n      HECToken.foreach(__v => __obj.updateDynamic(\"HECToken\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3DestinationDescription.foreach(__v => __obj.updateDynamic(\"S3DestinationDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SplunkDestinationDescription]\n    }\n  }\n\n  \/** Describes an update for a destination in Splunk.\n    *\/\n  @js.native\n  trait SplunkDestinationUpdate extends js.Object {\n    var CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions]\n    var HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds]\n    var HECEndpoint: js.UndefOr[HECEndpoint]\n    var HECEndpointType: js.UndefOr[HECEndpointType]\n    var HECToken: js.UndefOr[HECToken]\n    var ProcessingConfiguration: js.UndefOr[ProcessingConfiguration]\n    var RetryOptions: js.UndefOr[SplunkRetryOptions]\n    var S3BackupMode: js.UndefOr[SplunkS3BackupMode]\n    var S3Update: js.UndefOr[S3DestinationUpdate]\n  }\n\n  object SplunkDestinationUpdate {\n    @inline\n    def apply(\n        CloudWatchLoggingOptions: js.UndefOr[CloudWatchLoggingOptions] = js.undefined,\n        HECAcknowledgmentTimeoutInSeconds: js.UndefOr[HECAcknowledgmentTimeoutInSeconds] = js.undefined,\n        HECEndpoint: js.UndefOr[HECEndpoint] = js.undefined,\n        HECEndpointType: js.UndefOr[HECEndpointType] = js.undefined,\n        HECToken: js.UndefOr[HECToken] = js.undefined,\n        ProcessingConfiguration: js.UndefOr[ProcessingConfiguration] = js.undefined,\n        RetryOptions: js.UndefOr[SplunkRetryOptions] = js.undefined,\n        S3BackupMode: js.UndefOr[SplunkS3BackupMode] = js.undefined,\n        S3Update: js.UndefOr[S3DestinationUpdate] = js.undefined\n    ): SplunkDestinationUpdate = {\n      val __obj = js.Dynamic.literal()\n      CloudWatchLoggingOptions.foreach(__v => __obj.updateDynamic(\"CloudWatchLoggingOptions\")(__v.asInstanceOf[js.Any]))\n      HECAcknowledgmentTimeoutInSeconds.foreach(__v => __obj.updateDynamic(\"HECAcknowledgmentTimeoutInSeconds\")(__v.asInstanceOf[js.Any]))\n      HECEndpoint.foreach(__v => __obj.updateDynamic(\"HECEndpoint\")(__v.asInstanceOf[js.Any]))\n      HECEndpointType.foreach(__v => __obj.updateDynamic(\"HECEndpointType\")(__v.asInstanceOf[js.Any]))\n      HECToken.foreach(__v => __obj.updateDynamic(\"HECToken\")(__v.asInstanceOf[js.Any]))\n      ProcessingConfiguration.foreach(__v => __obj.updateDynamic(\"ProcessingConfiguration\")(__v.asInstanceOf[js.Any]))\n      RetryOptions.foreach(__v => __obj.updateDynamic(\"RetryOptions\")(__v.asInstanceOf[js.Any]))\n      S3BackupMode.foreach(__v => __obj.updateDynamic(\"S3BackupMode\")(__v.asInstanceOf[js.Any]))\n      S3Update.foreach(__v => __obj.updateDynamic(\"S3Update\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SplunkDestinationUpdate]\n    }\n  }\n\n  \/** Configures retry behavior in case Kinesis Data Firehose is unable to deliver documents to Splunk, or if it doesn't receive an acknowledgment from Splunk.\n    *\/\n  @js.native\n  trait SplunkRetryOptions extends js.Object {\n    var DurationInSeconds: js.UndefOr[SplunkRetryDurationInSeconds]\n  }\n\n  object SplunkRetryOptions {\n    @inline\n    def apply(\n        DurationInSeconds: js.UndefOr[SplunkRetryDurationInSeconds] = js.undefined\n    ): SplunkRetryOptions = {\n      val __obj = js.Dynamic.literal()\n      DurationInSeconds.foreach(__v => __obj.updateDynamic(\"DurationInSeconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SplunkRetryOptions]\n    }\n  }\n\n  @js.native\n  sealed trait SplunkS3BackupMode extends js.Any\n  object SplunkS3BackupMode {\n    val FailedEventsOnly = \"FailedEventsOnly\".asInstanceOf[SplunkS3BackupMode]\n    val AllEvents = \"AllEvents\".asInstanceOf[SplunkS3BackupMode]\n\n    @inline def values = js.Array(FailedEventsOnly, AllEvents)\n  }\n\n  @js.native\n  trait StartDeliveryStreamEncryptionInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var DeliveryStreamEncryptionConfigurationInput: js.UndefOr[DeliveryStreamEncryptionConfigurationInput]\n  }\n\n  object StartDeliveryStreamEncryptionInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        DeliveryStreamEncryptionConfigurationInput: js.UndefOr[DeliveryStreamEncryptionConfigurationInput] = js.undefined\n    ): StartDeliveryStreamEncryptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      DeliveryStreamEncryptionConfigurationInput.foreach(__v => __obj.updateDynamic(\"DeliveryStreamEncryptionConfigurationInput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDeliveryStreamEncryptionInput]\n    }\n  }\n\n  @js.native\n  trait StartDeliveryStreamEncryptionOutput extends js.Object\n\n  object StartDeliveryStreamEncryptionOutput {\n    @inline\n    def apply(): StartDeliveryStreamEncryptionOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StartDeliveryStreamEncryptionOutput]\n    }\n  }\n\n  @js.native\n  trait StopDeliveryStreamEncryptionInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n  }\n\n  object StopDeliveryStreamEncryptionInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName\n    ): StopDeliveryStreamEncryptionInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDeliveryStreamEncryptionInput]\n    }\n  }\n\n  @js.native\n  trait StopDeliveryStreamEncryptionOutput extends js.Object\n\n  object StopDeliveryStreamEncryptionOutput {\n    @inline\n    def apply(): StopDeliveryStreamEncryptionOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[StopDeliveryStreamEncryptionOutput]\n    }\n  }\n\n  \/** Metadata that you can assign to a delivery stream, consisting of a key-value pair.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: js.UndefOr[TagValue]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: js.UndefOr[TagValue] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any]\n      )\n\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var Tags: TagDeliveryStreamInputTagList\n  }\n\n  object TagDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        Tags: TagDeliveryStreamInputTagList\n    ): TagDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait TagDeliveryStreamOutput extends js.Object\n\n  object TagDeliveryStreamOutput {\n    @inline\n    def apply(): TagDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagDeliveryStreamOutput]\n    }\n  }\n\n  @js.native\n  trait UntagDeliveryStreamInput extends js.Object {\n    var DeliveryStreamName: DeliveryStreamName\n    var TagKeys: TagKeyList\n  }\n\n  object UntagDeliveryStreamInput {\n    @inline\n    def apply(\n        DeliveryStreamName: DeliveryStreamName,\n        TagKeys: TagKeyList\n    ): UntagDeliveryStreamInput = {\n      val __obj = js.Dynamic.literal(\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagDeliveryStreamInput]\n    }\n  }\n\n  @js.native\n  trait UntagDeliveryStreamOutput extends js.Object\n\n  object UntagDeliveryStreamOutput {\n    @inline\n    def apply(): UntagDeliveryStreamOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagDeliveryStreamOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateDestinationInput extends js.Object {\n    var CurrentDeliveryStreamVersionId: DeliveryStreamVersionId\n    var DeliveryStreamName: DeliveryStreamName\n    var DestinationId: DestinationId\n    var ElasticsearchDestinationUpdate: js.UndefOr[ElasticsearchDestinationUpdate]\n    var ExtendedS3DestinationUpdate: js.UndefOr[ExtendedS3DestinationUpdate]\n    var HttpEndpointDestinationUpdate: js.UndefOr[HttpEndpointDestinationUpdate]\n    var RedshiftDestinationUpdate: js.UndefOr[RedshiftDestinationUpdate]\n    var S3DestinationUpdate: js.UndefOr[S3DestinationUpdate]\n    var SplunkDestinationUpdate: js.UndefOr[SplunkDestinationUpdate]\n  }\n\n  object UpdateDestinationInput {\n    @inline\n    def apply(\n        CurrentDeliveryStreamVersionId: DeliveryStreamVersionId,\n        DeliveryStreamName: DeliveryStreamName,\n        DestinationId: DestinationId,\n        ElasticsearchDestinationUpdate: js.UndefOr[ElasticsearchDestinationUpdate] = js.undefined,\n        ExtendedS3DestinationUpdate: js.UndefOr[ExtendedS3DestinationUpdate] = js.undefined,\n        HttpEndpointDestinationUpdate: js.UndefOr[HttpEndpointDestinationUpdate] = js.undefined,\n        RedshiftDestinationUpdate: js.UndefOr[RedshiftDestinationUpdate] = js.undefined,\n        S3DestinationUpdate: js.UndefOr[S3DestinationUpdate] = js.undefined,\n        SplunkDestinationUpdate: js.UndefOr[SplunkDestinationUpdate] = js.undefined\n    ): UpdateDestinationInput = {\n      val __obj = js.Dynamic.literal(\n        \"CurrentDeliveryStreamVersionId\" -> CurrentDeliveryStreamVersionId.asInstanceOf[js.Any],\n        \"DeliveryStreamName\" -> DeliveryStreamName.asInstanceOf[js.Any],\n        \"DestinationId\" -> DestinationId.asInstanceOf[js.Any]\n      )\n\n      ElasticsearchDestinationUpdate.foreach(__v => __obj.updateDynamic(\"ElasticsearchDestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      ExtendedS3DestinationUpdate.foreach(__v => __obj.updateDynamic(\"ExtendedS3DestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      HttpEndpointDestinationUpdate.foreach(__v => __obj.updateDynamic(\"HttpEndpointDestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      RedshiftDestinationUpdate.foreach(__v => __obj.updateDynamic(\"RedshiftDestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      S3DestinationUpdate.foreach(__v => __obj.updateDynamic(\"S3DestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      SplunkDestinationUpdate.foreach(__v => __obj.updateDynamic(\"SplunkDestinationUpdate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDestinationInput]\n    }\n  }\n\n  @js.native\n  trait UpdateDestinationOutput extends js.Object\n\n  object UpdateDestinationOutput {\n    @inline\n    def apply(): UpdateDestinationOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateDestinationOutput]\n    }\n  }\n\n  \/** The details of the VPC of the Amazon ES destination.\n    *\/\n  @js.native\n  trait VpcConfiguration extends js.Object {\n    var RoleARN: RoleARN\n    var SecurityGroupIds: SecurityGroupIdList\n    var SubnetIds: SubnetIdList\n  }\n\n  object VpcConfiguration {\n    @inline\n    def apply(\n        RoleARN: RoleARN,\n        SecurityGroupIds: SecurityGroupIdList,\n        SubnetIds: SubnetIdList\n    ): VpcConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfiguration]\n    }\n  }\n\n  \/** The details of the VPC of the Amazon ES destination.\n    *\/\n  @js.native\n  trait VpcConfigurationDescription extends js.Object {\n    var RoleARN: RoleARN\n    var SecurityGroupIds: SecurityGroupIdList\n    var SubnetIds: SubnetIdList\n    var VpcId: NonEmptyStringWithoutWhitespace\n  }\n\n  object VpcConfigurationDescription {\n    @inline\n    def apply(\n        RoleARN: RoleARN,\n        SecurityGroupIds: SecurityGroupIdList,\n        SubnetIds: SubnetIdList,\n        VpcId: NonEmptyStringWithoutWhitespace\n    ): VpcConfigurationDescription = {\n      val __obj = js.Dynamic.literal(\n        \"RoleARN\" -> RoleARN.asInstanceOf[js.Any],\n        \"SecurityGroupIds\" -> SecurityGroupIds.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any],\n        \"VpcId\" -> VpcId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[VpcConfigurationDescription]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/iotevents\/src\/main\/scala\/facade\/amazonaws\/services\/IoTEvents.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object iotevents {\n  type Actions = js.Array[Action]\n  type AmazonResourceName = String\n  type AnalysisId = String\n  type AnalysisMessage = String\n  type AnalysisResultLocationPath = String\n  type AnalysisResultLocations = js.Array[AnalysisResultLocation]\n  type AnalysisResults = js.Array[AnalysisResult]\n  type AnalysisType = String\n  type AssetId = String\n  type AssetPropertyAlias = String\n  type AssetPropertyBooleanValue = String\n  type AssetPropertyDoubleValue = String\n  type AssetPropertyEntryId = String\n  type AssetPropertyId = String\n  type AssetPropertyIntegerValue = String\n  type AssetPropertyOffsetInNanos = String\n  type AssetPropertyQuality = String\n  type AssetPropertyStringValue = String\n  type AssetPropertyTimeInSeconds = String\n  type AttributeJsonPath = String\n  type Attributes = js.Array[Attribute]\n  type Condition = String\n  type ContentExpression = String\n  type DeliveryStreamName = String\n  type DetectorDebugOptions = js.Array[DetectorDebugOption]\n  type DetectorModelArn = String\n  type DetectorModelDescription = String\n  type DetectorModelName = String\n  type DetectorModelSummaries = js.Array[DetectorModelSummary]\n  type DetectorModelVersion = String\n  type DetectorModelVersionSummaries = js.Array[DetectorModelVersionSummary]\n  type DynamoKeyField = String\n  type DynamoKeyType = String\n  type DynamoKeyValue = String\n  type DynamoOperation = String\n  type DynamoTableName = String\n  type EventName = String\n  type Events = js.Array[Event]\n  type FirehoseSeparator = String\n  type InputArn = String\n  type InputDescription = String\n  type InputName = String\n  type InputSummaries = js.Array[InputSummary]\n  type KeyValue = String\n  type LoggingEnabled = Boolean\n  type MQTTTopic = String\n  type MaxAnalysisResults = Int\n  type MaxResults = Int\n  type NextToken = String\n  type QueueUrl = String\n  type Seconds = Int\n  type StateName = String\n  type States = js.Array[State]\n  type TagKey = String\n  type TagKeys = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Array[Tag]\n  type TimerName = String\n  type Timestamp = js.Date\n  type TransitionEvents = js.Array[TransitionEvent]\n  type UseBase64 = Boolean\n  type VariableName = String\n  type VariableValue = String\n\n  implicit final class IoTEventsOps(private val service: IoTEvents) extends AnyVal {\n\n    @inline def createDetectorModelFuture(params: CreateDetectorModelRequest): Future[CreateDetectorModelResponse] = service.createDetectorModel(params).promise().toFuture\n    @inline def createInputFuture(params: CreateInputRequest): Future[CreateInputResponse] = service.createInput(params).promise().toFuture\n    @inline def deleteDetectorModelFuture(params: DeleteDetectorModelRequest): Future[DeleteDetectorModelResponse] = service.deleteDetectorModel(params).promise().toFuture\n    @inline def deleteInputFuture(params: DeleteInputRequest): Future[DeleteInputResponse] = service.deleteInput(params).promise().toFuture\n    @inline def describeDetectorModelAnalysisFuture(params: DescribeDetectorModelAnalysisRequest): Future[DescribeDetectorModelAnalysisResponse] = service.describeDetectorModelAnalysis(params).promise().toFuture\n    @inline def describeDetectorModelFuture(params: DescribeDetectorModelRequest): Future[DescribeDetectorModelResponse] = service.describeDetectorModel(params).promise().toFuture\n    @inline def describeInputFuture(params: DescribeInputRequest): Future[DescribeInputResponse] = service.describeInput(params).promise().toFuture\n    @inline def describeLoggingOptionsFuture(params: DescribeLoggingOptionsRequest): Future[DescribeLoggingOptionsResponse] = service.describeLoggingOptions(params).promise().toFuture\n    @inline def getDetectorModelAnalysisResultsFuture(params: GetDetectorModelAnalysisResultsRequest): Future[GetDetectorModelAnalysisResultsResponse] = service.getDetectorModelAnalysisResults(params).promise().toFuture\n    @inline def listDetectorModelVersionsFuture(params: ListDetectorModelVersionsRequest): Future[ListDetectorModelVersionsResponse] = service.listDetectorModelVersions(params).promise().toFuture\n    @inline def listDetectorModelsFuture(params: ListDetectorModelsRequest): Future[ListDetectorModelsResponse] = service.listDetectorModels(params).promise().toFuture\n    @inline def listInputsFuture(params: ListInputsRequest): Future[ListInputsResponse] = service.listInputs(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putLoggingOptionsFuture(params: PutLoggingOptionsRequest): Future[js.Object] = service.putLoggingOptions(params).promise().toFuture\n    @inline def startDetectorModelAnalysisFuture(params: StartDetectorModelAnalysisRequest): Future[StartDetectorModelAnalysisResponse] = service.startDetectorModelAnalysis(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateDetectorModelFuture(params: UpdateDetectorModelRequest): Future[UpdateDetectorModelResponse] = service.updateDetectorModel(params).promise().toFuture\n    @inline def updateInputFuture(params: UpdateInputRequest): Future[UpdateInputResponse] = service.updateInput(params).promise().toFuture\n\n  }\n}\n\npackage iotevents {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/iotevents\", JSImport.Namespace, \"AWS.IoTEvents\")\n  class IoTEvents() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createDetectorModel(params: CreateDetectorModelRequest): Request[CreateDetectorModelResponse] = js.native\n    def createInput(params: CreateInputRequest): Request[CreateInputResponse] = js.native\n    def deleteDetectorModel(params: DeleteDetectorModelRequest): Request[DeleteDetectorModelResponse] = js.native\n    def deleteInput(params: DeleteInputRequest): Request[DeleteInputResponse] = js.native\n    def describeDetectorModel(params: DescribeDetectorModelRequest): Request[DescribeDetectorModelResponse] = js.native\n    def describeDetectorModelAnalysis(params: DescribeDetectorModelAnalysisRequest): Request[DescribeDetectorModelAnalysisResponse] = js.native\n    def describeInput(params: DescribeInputRequest): Request[DescribeInputResponse] = js.native\n    def describeLoggingOptions(params: DescribeLoggingOptionsRequest): Request[DescribeLoggingOptionsResponse] = js.native\n    def getDetectorModelAnalysisResults(params: GetDetectorModelAnalysisResultsRequest): Request[GetDetectorModelAnalysisResultsResponse] = js.native\n    def listDetectorModelVersions(params: ListDetectorModelVersionsRequest): Request[ListDetectorModelVersionsResponse] = js.native\n    def listDetectorModels(params: ListDetectorModelsRequest): Request[ListDetectorModelsResponse] = js.native\n    def listInputs(params: ListInputsRequest): Request[ListInputsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putLoggingOptions(params: PutLoggingOptionsRequest): Request[js.Object] = js.native\n    def startDetectorModelAnalysis(params: StartDetectorModelAnalysisRequest): Request[StartDetectorModelAnalysisResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateDetectorModel(params: UpdateDetectorModelRequest): Request[UpdateDetectorModelResponse] = js.native\n    def updateInput(params: UpdateInputRequest): Request[UpdateInputResponse] = js.native\n  }\n\n  \/** An action to be performed when the <code>condition<\/code> is TRUE.\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var clearTimer: js.UndefOr[ClearTimerAction]\n    var dynamoDB: js.UndefOr[DynamoDBAction]\n    var dynamoDBv2: js.UndefOr[DynamoDBv2Action]\n    var firehose: js.UndefOr[FirehoseAction]\n    var iotEvents: js.UndefOr[IotEventsAction]\n    var iotSiteWise: js.UndefOr[IotSiteWiseAction]\n    var iotTopicPublish: js.UndefOr[IotTopicPublishAction]\n    var lambda: js.UndefOr[LambdaAction]\n    var resetTimer: js.UndefOr[ResetTimerAction]\n    var setTimer: js.UndefOr[SetTimerAction]\n    var setVariable: js.UndefOr[SetVariableAction]\n    var sns: js.UndefOr[SNSTopicPublishAction]\n    var sqs: js.UndefOr[SqsAction]\n  }\n\n  object Action {\n    @inline\n    def apply(\n        clearTimer: js.UndefOr[ClearTimerAction] = js.undefined,\n        dynamoDB: js.UndefOr[DynamoDBAction] = js.undefined,\n        dynamoDBv2: js.UndefOr[DynamoDBv2Action] = js.undefined,\n        firehose: js.UndefOr[FirehoseAction] = js.undefined,\n        iotEvents: js.UndefOr[IotEventsAction] = js.undefined,\n        iotSiteWise: js.UndefOr[IotSiteWiseAction] = js.undefined,\n        iotTopicPublish: js.UndefOr[IotTopicPublishAction] = js.undefined,\n        lambda: js.UndefOr[LambdaAction] = js.undefined,\n        resetTimer: js.UndefOr[ResetTimerAction] = js.undefined,\n        setTimer: js.UndefOr[SetTimerAction] = js.undefined,\n        setVariable: js.UndefOr[SetVariableAction] = js.undefined,\n        sns: js.UndefOr[SNSTopicPublishAction] = js.undefined,\n        sqs: js.UndefOr[SqsAction] = js.undefined\n    ): Action = {\n      val __obj = js.Dynamic.literal()\n      clearTimer.foreach(__v => __obj.updateDynamic(\"clearTimer\")(__v.asInstanceOf[js.Any]))\n      dynamoDB.foreach(__v => __obj.updateDynamic(\"dynamoDB\")(__v.asInstanceOf[js.Any]))\n      dynamoDBv2.foreach(__v => __obj.updateDynamic(\"dynamoDBv2\")(__v.asInstanceOf[js.Any]))\n      firehose.foreach(__v => __obj.updateDynamic(\"firehose\")(__v.asInstanceOf[js.Any]))\n      iotEvents.foreach(__v => __obj.updateDynamic(\"iotEvents\")(__v.asInstanceOf[js.Any]))\n      iotSiteWise.foreach(__v => __obj.updateDynamic(\"iotSiteWise\")(__v.asInstanceOf[js.Any]))\n      iotTopicPublish.foreach(__v => __obj.updateDynamic(\"iotTopicPublish\")(__v.asInstanceOf[js.Any]))\n      lambda.foreach(__v => __obj.updateDynamic(\"lambda\")(__v.asInstanceOf[js.Any]))\n      resetTimer.foreach(__v => __obj.updateDynamic(\"resetTimer\")(__v.asInstanceOf[js.Any]))\n      setTimer.foreach(__v => __obj.updateDynamic(\"setTimer\")(__v.asInstanceOf[js.Any]))\n      setVariable.foreach(__v => __obj.updateDynamic(\"setVariable\")(__v.asInstanceOf[js.Any]))\n      sns.foreach(__v => __obj.updateDynamic(\"sns\")(__v.asInstanceOf[js.Any]))\n      sqs.foreach(__v => __obj.updateDynamic(\"sqs\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  \/** Contains the result of the analysis.\n    *\/\n  @js.native\n  trait AnalysisResult extends js.Object {\n    var level: js.UndefOr[AnalysisResultLevel]\n    var locations: js.UndefOr[AnalysisResultLocations]\n    var message: js.UndefOr[AnalysisMessage]\n    var `type`: js.UndefOr[AnalysisType]\n  }\n\n  object AnalysisResult {\n    @inline\n    def apply(\n        level: js.UndefOr[AnalysisResultLevel] = js.undefined,\n        locations: js.UndefOr[AnalysisResultLocations] = js.undefined,\n        message: js.UndefOr[AnalysisMessage] = js.undefined,\n        `type`: js.UndefOr[AnalysisType] = js.undefined\n    ): AnalysisResult = {\n      val __obj = js.Dynamic.literal()\n      level.foreach(__v => __obj.updateDynamic(\"level\")(__v.asInstanceOf[js.Any]))\n      locations.foreach(__v => __obj.updateDynamic(\"locations\")(__v.asInstanceOf[js.Any]))\n      message.foreach(__v => __obj.updateDynamic(\"message\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisResult]\n    }\n  }\n\n  @js.native\n  sealed trait AnalysisResultLevel extends js.Any\n  object AnalysisResultLevel {\n    val INFO = \"INFO\".asInstanceOf[AnalysisResultLevel]\n    val WARNING = \"WARNING\".asInstanceOf[AnalysisResultLevel]\n    val ERROR = \"ERROR\".asInstanceOf[AnalysisResultLevel]\n\n    @inline def values = js.Array(INFO, WARNING, ERROR)\n  }\n\n  \/** Contains information that you can use to locate the field in your detector model that the analysis result references.\n    *\/\n  @js.native\n  trait AnalysisResultLocation extends js.Object {\n    var path: js.UndefOr[AnalysisResultLocationPath]\n  }\n\n  object AnalysisResultLocation {\n    @inline\n    def apply(\n        path: js.UndefOr[AnalysisResultLocationPath] = js.undefined\n    ): AnalysisResultLocation = {\n      val __obj = js.Dynamic.literal()\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AnalysisResultLocation]\n    }\n  }\n\n  @js.native\n  sealed trait AnalysisStatus extends js.Any\n  object AnalysisStatus {\n    val RUNNING = \"RUNNING\".asInstanceOf[AnalysisStatus]\n    val COMPLETE = \"COMPLETE\".asInstanceOf[AnalysisStatus]\n    val FAILED = \"FAILED\".asInstanceOf[AnalysisStatus]\n\n    @inline def values = js.Array(RUNNING, COMPLETE, FAILED)\n  }\n\n  \/** A structure that contains timestamp information. For more information, see [[https:\/\/docs.aws.amazon.com\/iot-sitewise\/latest\/APIReference\/API_TimeInNanos.html|TimeInNanos]] in the <i>AWS IoT SiteWise API Reference<\/i>. You must use expressions for all parameters in <code>AssetPropertyTimestamp<\/code>. The expressions accept literals, operators, functions, references, and substitution templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>timeInSeconds<\/code> parameter can be <code>'1586400675'<\/code>. * For references, you must specify either variables or input values. For example, the value for the <code>offsetInNanos<\/code> parameter can be <code>variable.time<\/code>. * For a substitution template, you must use <code>{}<\/code>, and the template must be in single quotes. A substitution template can also contain a combination of literals, operators, functions, references, and\n    * substitution templates. In the following example, the value for the <code>timeInSeconds<\/code> parameter uses a substitution template. <code>'{input.TemperatureInput.sensorData.timestamp \/ 1000}'<\/code> For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]] in the <i>AWS IoT Events Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait AssetPropertyTimestamp extends js.Object {\n    var timeInSeconds: AssetPropertyTimeInSeconds\n    var offsetInNanos: js.UndefOr[AssetPropertyOffsetInNanos]\n  }\n\n  object AssetPropertyTimestamp {\n    @inline\n    def apply(\n        timeInSeconds: AssetPropertyTimeInSeconds,\n        offsetInNanos: js.UndefOr[AssetPropertyOffsetInNanos] = js.undefined\n    ): AssetPropertyTimestamp = {\n      val __obj = js.Dynamic.literal(\n        \"timeInSeconds\" -> timeInSeconds.asInstanceOf[js.Any]\n      )\n\n      offsetInNanos.foreach(__v => __obj.updateDynamic(\"offsetInNanos\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssetPropertyTimestamp]\n    }\n  }\n\n  \/** A structure that contains value information. For more information, see [[https:\/\/docs.aws.amazon.com\/iot-sitewise\/latest\/APIReference\/API_AssetPropertyValue.html|AssetPropertyValue]] in the <i>AWS IoT SiteWise API Reference<\/i>. You must use expressions for all parameters in <code>AssetPropertyValue<\/code>. The expressions accept literals, operators, functions, references, and substitution templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>quality<\/code> parameter can be <code>'GOOD'<\/code>. * For references, you must specify either variables or input values. For example, the value for the <code>quality<\/code> parameter can be <code>input.TemperatureInput.sensorData.quality<\/code>. For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]] in the <i>AWS IoT Events Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait AssetPropertyValue extends js.Object {\n    var value: AssetPropertyVariant\n    var quality: js.UndefOr[AssetPropertyQuality]\n    var timestamp: js.UndefOr[AssetPropertyTimestamp]\n  }\n\n  object AssetPropertyValue {\n    @inline\n    def apply(\n        value: AssetPropertyVariant,\n        quality: js.UndefOr[AssetPropertyQuality] = js.undefined,\n        timestamp: js.UndefOr[AssetPropertyTimestamp] = js.undefined\n    ): AssetPropertyValue = {\n      val __obj = js.Dynamic.literal(\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n\n      quality.foreach(__v => __obj.updateDynamic(\"quality\")(__v.asInstanceOf[js.Any]))\n      timestamp.foreach(__v => __obj.updateDynamic(\"timestamp\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssetPropertyValue]\n    }\n  }\n\n  \/** A structure that contains an asset property value. For more information, see [[https:\/\/docs.aws.amazon.com\/iot-sitewise\/latest\/APIReference\/API_Variant.html|Variant]] in the <i>AWS IoT SiteWise API Reference<\/i>. You must use expressions for all parameters in <code>AssetPropertyVariant<\/code>. The expressions accept literals, operators, functions, references, and substitution templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>integerValue<\/code> parameter can be <code>'100'<\/code>. * For references, you must specify either variables or parameters. For example, the value for the <code>booleanValue<\/code> parameter can be <code>variable.offline<\/code>. * For a substitution template, you must use <code>{}<\/code>, and the template must be in single quotes. A substitution template can also contain a combination of literals, operators, functions, references, and substitution templates.\n    * In the following example, the value for the <code>doubleValue<\/code> parameter uses a substitution template. <code>'{input.TemperatureInput.sensorData.temperature * 6 \/ 5 + 32}'<\/code> For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]] in the <i>AWS IoT Events Developer Guide<\/i>. You must specify one of the following value types, depending on the <code>dataType<\/code> of the specified asset property. For more information, see [[https:\/\/docs.aws.amazon.com\/iot-sitewise\/latest\/APIReference\/API_AssetProperty.html|AssetProperty]] in the <i>AWS IoT SiteWise API Reference<\/i>.\n    *\/\n  @js.native\n  trait AssetPropertyVariant extends js.Object {\n    var booleanValue: js.UndefOr[AssetPropertyBooleanValue]\n    var doubleValue: js.UndefOr[AssetPropertyDoubleValue]\n    var integerValue: js.UndefOr[AssetPropertyIntegerValue]\n    var stringValue: js.UndefOr[AssetPropertyStringValue]\n  }\n\n  object AssetPropertyVariant {\n    @inline\n    def apply(\n        booleanValue: js.UndefOr[AssetPropertyBooleanValue] = js.undefined,\n        doubleValue: js.UndefOr[AssetPropertyDoubleValue] = js.undefined,\n        integerValue: js.UndefOr[AssetPropertyIntegerValue] = js.undefined,\n        stringValue: js.UndefOr[AssetPropertyStringValue] = js.undefined\n    ): AssetPropertyVariant = {\n      val __obj = js.Dynamic.literal()\n      booleanValue.foreach(__v => __obj.updateDynamic(\"booleanValue\")(__v.asInstanceOf[js.Any]))\n      doubleValue.foreach(__v => __obj.updateDynamic(\"doubleValue\")(__v.asInstanceOf[js.Any]))\n      integerValue.foreach(__v => __obj.updateDynamic(\"integerValue\")(__v.asInstanceOf[js.Any]))\n      stringValue.foreach(__v => __obj.updateDynamic(\"stringValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssetPropertyVariant]\n    }\n  }\n\n  \/** The attributes from the JSON payload that are made available by the input. Inputs are derived from messages sent to the AWS IoT Events system using <code>BatchPutMessage<\/code>. Each such message contains a JSON payload. Those attributes (and their paired values) specified here are available for use in the <code>condition<\/code> expressions used by detectors.\n    *\/\n  @js.native\n  trait Attribute extends js.Object {\n    var jsonPath: AttributeJsonPath\n  }\n\n  object Attribute {\n    @inline\n    def apply(\n        jsonPath: AttributeJsonPath\n    ): Attribute = {\n      val __obj = js.Dynamic.literal(\n        \"jsonPath\" -> jsonPath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Attribute]\n    }\n  }\n\n  \/** Information needed to clear the timer.\n    *\/\n  @js.native\n  trait ClearTimerAction extends js.Object {\n    var timerName: TimerName\n  }\n\n  object ClearTimerAction {\n    @inline\n    def apply(\n        timerName: TimerName\n    ): ClearTimerAction = {\n      val __obj = js.Dynamic.literal(\n        \"timerName\" -> timerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ClearTimerAction]\n    }\n  }\n\n  @js.native\n  trait CreateDetectorModelRequest extends js.Object {\n    var detectorModelDefinition: DetectorModelDefinition\n    var detectorModelName: DetectorModelName\n    var roleArn: AmazonResourceName\n    var detectorModelDescription: js.UndefOr[DetectorModelDescription]\n    var evaluationMethod: js.UndefOr[EvaluationMethod]\n    var key: js.UndefOr[AttributeJsonPath]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateDetectorModelRequest {\n    @inline\n    def apply(\n        detectorModelDefinition: DetectorModelDefinition,\n        detectorModelName: DetectorModelName,\n        roleArn: AmazonResourceName,\n        detectorModelDescription: js.UndefOr[DetectorModelDescription] = js.undefined,\n        evaluationMethod: js.UndefOr[EvaluationMethod] = js.undefined,\n        key: js.UndefOr[AttributeJsonPath] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateDetectorModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelDefinition\" -> detectorModelDefinition.asInstanceOf[js.Any],\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      detectorModelDescription.foreach(__v => __obj.updateDynamic(\"detectorModelDescription\")(__v.asInstanceOf[js.Any]))\n      evaluationMethod.foreach(__v => __obj.updateDynamic(\"evaluationMethod\")(__v.asInstanceOf[js.Any]))\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDetectorModelRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDetectorModelResponse extends js.Object {\n    var detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration]\n  }\n\n  object CreateDetectorModelResponse {\n    @inline\n    def apply(\n        detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration] = js.undefined\n    ): CreateDetectorModelResponse = {\n      val __obj = js.Dynamic.literal()\n      detectorModelConfiguration.foreach(__v => __obj.updateDynamic(\"detectorModelConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDetectorModelResponse]\n    }\n  }\n\n  @js.native\n  trait CreateInputRequest extends js.Object {\n    var inputDefinition: InputDefinition\n    var inputName: InputName\n    var inputDescription: js.UndefOr[InputDescription]\n    var tags: js.UndefOr[Tags]\n  }\n\n  object CreateInputRequest {\n    @inline\n    def apply(\n        inputDefinition: InputDefinition,\n        inputName: InputName,\n        inputDescription: js.UndefOr[InputDescription] = js.undefined,\n        tags: js.UndefOr[Tags] = js.undefined\n    ): CreateInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"inputDefinition\" -> inputDefinition.asInstanceOf[js.Any],\n        \"inputName\" -> inputName.asInstanceOf[js.Any]\n      )\n\n      inputDescription.foreach(__v => __obj.updateDynamic(\"inputDescription\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputRequest]\n    }\n  }\n\n  @js.native\n  trait CreateInputResponse extends js.Object {\n    var inputConfiguration: js.UndefOr[InputConfiguration]\n  }\n\n  object CreateInputResponse {\n    @inline\n    def apply(\n        inputConfiguration: js.UndefOr[InputConfiguration] = js.undefined\n    ): CreateInputResponse = {\n      val __obj = js.Dynamic.literal()\n      inputConfiguration.foreach(__v => __obj.updateDynamic(\"inputConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateInputResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDetectorModelRequest extends js.Object {\n    var detectorModelName: DetectorModelName\n  }\n\n  object DeleteDetectorModelRequest {\n    @inline\n    def apply(\n        detectorModelName: DetectorModelName\n    ): DeleteDetectorModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDetectorModelRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDetectorModelResponse extends js.Object\n\n  object DeleteDetectorModelResponse {\n    @inline\n    def apply(): DeleteDetectorModelResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteDetectorModelResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteInputRequest extends js.Object {\n    var inputName: InputName\n  }\n\n  object DeleteInputRequest {\n    @inline\n    def apply(\n        inputName: InputName\n    ): DeleteInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"inputName\" -> inputName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInputRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteInputResponse extends js.Object\n\n  object DeleteInputResponse {\n    @inline\n    def apply(): DeleteInputResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteInputResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDetectorModelAnalysisRequest extends js.Object {\n    var analysisId: AnalysisId\n  }\n\n  object DescribeDetectorModelAnalysisRequest {\n    @inline\n    def apply(\n        analysisId: AnalysisId\n    ): DescribeDetectorModelAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analysisId\" -> analysisId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDetectorModelAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDetectorModelAnalysisResponse extends js.Object {\n    var status: js.UndefOr[AnalysisStatus]\n  }\n\n  object DescribeDetectorModelAnalysisResponse {\n    @inline\n    def apply(\n        status: js.UndefOr[AnalysisStatus] = js.undefined\n    ): DescribeDetectorModelAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDetectorModelAnalysisResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDetectorModelRequest extends js.Object {\n    var detectorModelName: DetectorModelName\n    var detectorModelVersion: js.UndefOr[DetectorModelVersion]\n  }\n\n  object DescribeDetectorModelRequest {\n    @inline\n    def apply(\n        detectorModelName: DetectorModelName,\n        detectorModelVersion: js.UndefOr[DetectorModelVersion] = js.undefined\n    ): DescribeDetectorModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any]\n      )\n\n      detectorModelVersion.foreach(__v => __obj.updateDynamic(\"detectorModelVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDetectorModelRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDetectorModelResponse extends js.Object {\n    var detectorModel: js.UndefOr[DetectorModel]\n  }\n\n  object DescribeDetectorModelResponse {\n    @inline\n    def apply(\n        detectorModel: js.UndefOr[DetectorModel] = js.undefined\n    ): DescribeDetectorModelResponse = {\n      val __obj = js.Dynamic.literal()\n      detectorModel.foreach(__v => __obj.updateDynamic(\"detectorModel\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDetectorModelResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeInputRequest extends js.Object {\n    var inputName: InputName\n  }\n\n  object DescribeInputRequest {\n    @inline\n    def apply(\n        inputName: InputName\n    ): DescribeInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"inputName\" -> inputName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeInputRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeInputResponse extends js.Object {\n    var input: js.UndefOr[Input]\n  }\n\n  object DescribeInputResponse {\n    @inline\n    def apply(\n        input: js.UndefOr[Input] = js.undefined\n    ): DescribeInputResponse = {\n      val __obj = js.Dynamic.literal()\n      input.foreach(__v => __obj.updateDynamic(\"input\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInputResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeLoggingOptionsRequest extends js.Object\n\n  object DescribeLoggingOptionsRequest {\n    @inline\n    def apply(): DescribeLoggingOptionsRequest = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeLoggingOptionsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeLoggingOptionsResponse extends js.Object {\n    var loggingOptions: js.UndefOr[LoggingOptions]\n  }\n\n  object DescribeLoggingOptionsResponse {\n    @inline\n    def apply(\n        loggingOptions: js.UndefOr[LoggingOptions] = js.undefined\n    ): DescribeLoggingOptionsResponse = {\n      val __obj = js.Dynamic.literal()\n      loggingOptions.foreach(__v => __obj.updateDynamic(\"loggingOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeLoggingOptionsResponse]\n    }\n  }\n\n  \/** The detector model and the specific detectors (instances) for which the logging level is given.\n    *\/\n  @js.native\n  trait DetectorDebugOption extends js.Object {\n    var detectorModelName: DetectorModelName\n    var keyValue: js.UndefOr[KeyValue]\n  }\n\n  object DetectorDebugOption {\n    @inline\n    def apply(\n        detectorModelName: DetectorModelName,\n        keyValue: js.UndefOr[KeyValue] = js.undefined\n    ): DetectorDebugOption = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any]\n      )\n\n      keyValue.foreach(__v => __obj.updateDynamic(\"keyValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectorDebugOption]\n    }\n  }\n\n  \/** Information about the detector model.\n    *\/\n  @js.native\n  trait DetectorModel extends js.Object {\n    var detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration]\n    var detectorModelDefinition: js.UndefOr[DetectorModelDefinition]\n  }\n\n  object DetectorModel {\n    @inline\n    def apply(\n        detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration] = js.undefined,\n        detectorModelDefinition: js.UndefOr[DetectorModelDefinition] = js.undefined\n    ): DetectorModel = {\n      val __obj = js.Dynamic.literal()\n      detectorModelConfiguration.foreach(__v => __obj.updateDynamic(\"detectorModelConfiguration\")(__v.asInstanceOf[js.Any]))\n      detectorModelDefinition.foreach(__v => __obj.updateDynamic(\"detectorModelDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectorModel]\n    }\n  }\n\n  \/** Information about how the detector model is configured.\n    *\/\n  @js.native\n  trait DetectorModelConfiguration extends js.Object {\n    var creationTime: js.UndefOr[Timestamp]\n    var detectorModelArn: js.UndefOr[DetectorModelArn]\n    var detectorModelDescription: js.UndefOr[DetectorModelDescription]\n    var detectorModelName: js.UndefOr[DetectorModelName]\n    var detectorModelVersion: js.UndefOr[DetectorModelVersion]\n    var evaluationMethod: js.UndefOr[EvaluationMethod]\n    var key: js.UndefOr[AttributeJsonPath]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var roleArn: js.UndefOr[AmazonResourceName]\n    var status: js.UndefOr[DetectorModelVersionStatus]\n  }\n\n  object DetectorModelConfiguration {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        detectorModelArn: js.UndefOr[DetectorModelArn] = js.undefined,\n        detectorModelDescription: js.UndefOr[DetectorModelDescription] = js.undefined,\n        detectorModelName: js.UndefOr[DetectorModelName] = js.undefined,\n        detectorModelVersion: js.UndefOr[DetectorModelVersion] = js.undefined,\n        evaluationMethod: js.UndefOr[EvaluationMethod] = js.undefined,\n        key: js.UndefOr[AttributeJsonPath] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        roleArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        status: js.UndefOr[DetectorModelVersionStatus] = js.undefined\n    ): DetectorModelConfiguration = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      detectorModelArn.foreach(__v => __obj.updateDynamic(\"detectorModelArn\")(__v.asInstanceOf[js.Any]))\n      detectorModelDescription.foreach(__v => __obj.updateDynamic(\"detectorModelDescription\")(__v.asInstanceOf[js.Any]))\n      detectorModelName.foreach(__v => __obj.updateDynamic(\"detectorModelName\")(__v.asInstanceOf[js.Any]))\n      detectorModelVersion.foreach(__v => __obj.updateDynamic(\"detectorModelVersion\")(__v.asInstanceOf[js.Any]))\n      evaluationMethod.foreach(__v => __obj.updateDynamic(\"evaluationMethod\")(__v.asInstanceOf[js.Any]))\n      key.foreach(__v => __obj.updateDynamic(\"key\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectorModelConfiguration]\n    }\n  }\n\n  \/** Information that defines how a detector operates.\n    *\/\n  @js.native\n  trait DetectorModelDefinition extends js.Object {\n    var initialStateName: StateName\n    var states: States\n  }\n\n  object DetectorModelDefinition {\n    @inline\n    def apply(\n        initialStateName: StateName,\n        states: States\n    ): DetectorModelDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"initialStateName\" -> initialStateName.asInstanceOf[js.Any],\n        \"states\" -> states.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DetectorModelDefinition]\n    }\n  }\n\n  \/** Information about the detector model.\n    *\/\n  @js.native\n  trait DetectorModelSummary extends js.Object {\n    var creationTime: js.UndefOr[Timestamp]\n    var detectorModelDescription: js.UndefOr[DetectorModelDescription]\n    var detectorModelName: js.UndefOr[DetectorModelName]\n  }\n\n  object DetectorModelSummary {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        detectorModelDescription: js.UndefOr[DetectorModelDescription] = js.undefined,\n        detectorModelName: js.UndefOr[DetectorModelName] = js.undefined\n    ): DetectorModelSummary = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      detectorModelDescription.foreach(__v => __obj.updateDynamic(\"detectorModelDescription\")(__v.asInstanceOf[js.Any]))\n      detectorModelName.foreach(__v => __obj.updateDynamic(\"detectorModelName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectorModelSummary]\n    }\n  }\n\n  @js.native\n  sealed trait DetectorModelVersionStatus extends js.Any\n  object DetectorModelVersionStatus {\n    val ACTIVE = \"ACTIVE\".asInstanceOf[DetectorModelVersionStatus]\n    val ACTIVATING = \"ACTIVATING\".asInstanceOf[DetectorModelVersionStatus]\n    val INACTIVE = \"INACTIVE\".asInstanceOf[DetectorModelVersionStatus]\n    val DEPRECATED = \"DEPRECATED\".asInstanceOf[DetectorModelVersionStatus]\n    val DRAFT = \"DRAFT\".asInstanceOf[DetectorModelVersionStatus]\n    val PAUSED = \"PAUSED\".asInstanceOf[DetectorModelVersionStatus]\n    val FAILED = \"FAILED\".asInstanceOf[DetectorModelVersionStatus]\n\n    @inline def values = js.Array(ACTIVE, ACTIVATING, INACTIVE, DEPRECATED, DRAFT, PAUSED, FAILED)\n  }\n\n  \/** Information about the detector model version.\n    *\/\n  @js.native\n  trait DetectorModelVersionSummary extends js.Object {\n    var creationTime: js.UndefOr[Timestamp]\n    var detectorModelArn: js.UndefOr[DetectorModelArn]\n    var detectorModelName: js.UndefOr[DetectorModelName]\n    var detectorModelVersion: js.UndefOr[DetectorModelVersion]\n    var evaluationMethod: js.UndefOr[EvaluationMethod]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var roleArn: js.UndefOr[AmazonResourceName]\n    var status: js.UndefOr[DetectorModelVersionStatus]\n  }\n\n  object DetectorModelVersionSummary {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        detectorModelArn: js.UndefOr[DetectorModelArn] = js.undefined,\n        detectorModelName: js.UndefOr[DetectorModelName] = js.undefined,\n        detectorModelVersion: js.UndefOr[DetectorModelVersion] = js.undefined,\n        evaluationMethod: js.UndefOr[EvaluationMethod] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        roleArn: js.UndefOr[AmazonResourceName] = js.undefined,\n        status: js.UndefOr[DetectorModelVersionStatus] = js.undefined\n    ): DetectorModelVersionSummary = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      detectorModelArn.foreach(__v => __obj.updateDynamic(\"detectorModelArn\")(__v.asInstanceOf[js.Any]))\n      detectorModelName.foreach(__v => __obj.updateDynamic(\"detectorModelName\")(__v.asInstanceOf[js.Any]))\n      detectorModelVersion.foreach(__v => __obj.updateDynamic(\"detectorModelVersion\")(__v.asInstanceOf[js.Any]))\n      evaluationMethod.foreach(__v => __obj.updateDynamic(\"evaluationMethod\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DetectorModelVersionSummary]\n    }\n  }\n\n  \/** Defines an action to write to the Amazon DynamoDB table that you created. The standard action payload contains all the information about the detector model instance and the event that triggered the action. You can customize the [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/apireference\/API_Payload.html|payload]]. One column of the DynamoDB table receives all attribute-value pairs in the payload that you specify. You must use expressions for all parameters in <code>DynamoDBAction<\/code>. The expressions accept literals, operators, functions, references, and substitution templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>hashKeyType<\/code> parameter can be <code>'STRING'<\/code>. * For references, you must specify either variables or input values. For example, the value for the <code>hashKeyField<\/code> parameter can be <code>input.GreenhouseInput.name<\/code>. * For a substitution\n    * template, you must use <code>{}<\/code>, and the template must be in single quotes. A substitution template can also contain a combination of literals, operators, functions, references, and substitution templates. In the following example, the value for the <code>hashKeyValue<\/code> parameter uses a substitution template. <code>'{input.GreenhouseInput.temperature * 6 \/ 5 + 32} in Fahrenheit'<\/code> * For a string concatenation, you must use <code>+<\/code>. A string concatenation can also contain a combination of literals, operators, functions, references, and substitution templates. In the following example, the value for the <code>tableName<\/code> parameter uses a string concatenation. <code>'GreenhouseTemperatureTable ' + input.GreenhouseInput.date<\/code> For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]] in the <i>AWS IoT Events Developer Guide<\/i>. If the defined payload type is a string,\n    * <code>DynamoDBAction<\/code> writes non-JSON data to the DynamoDB table as binary data. The DynamoDB console displays the data as Base64-encoded text. The value for the <code>payloadField<\/code> parameter is <code>&lt;payload-field&gt;_raw<\/code>.\n    *\/\n  @js.native\n  trait DynamoDBAction extends js.Object {\n    var hashKeyField: DynamoKeyField\n    var hashKeyValue: DynamoKeyValue\n    var tableName: DynamoTableName\n    var hashKeyType: js.UndefOr[DynamoKeyType]\n    var operation: js.UndefOr[DynamoOperation]\n    var payload: js.UndefOr[Payload]\n    var payloadField: js.UndefOr[DynamoKeyField]\n    var rangeKeyField: js.UndefOr[DynamoKeyField]\n    var rangeKeyType: js.UndefOr[DynamoKeyType]\n    var rangeKeyValue: js.UndefOr[DynamoKeyValue]\n  }\n\n  object DynamoDBAction {\n    @inline\n    def apply(\n        hashKeyField: DynamoKeyField,\n        hashKeyValue: DynamoKeyValue,\n        tableName: DynamoTableName,\n        hashKeyType: js.UndefOr[DynamoKeyType] = js.undefined,\n        operation: js.UndefOr[DynamoOperation] = js.undefined,\n        payload: js.UndefOr[Payload] = js.undefined,\n        payloadField: js.UndefOr[DynamoKeyField] = js.undefined,\n        rangeKeyField: js.UndefOr[DynamoKeyField] = js.undefined,\n        rangeKeyType: js.UndefOr[DynamoKeyType] = js.undefined,\n        rangeKeyValue: js.UndefOr[DynamoKeyValue] = js.undefined\n    ): DynamoDBAction = {\n      val __obj = js.Dynamic.literal(\n        \"hashKeyField\" -> hashKeyField.asInstanceOf[js.Any],\n        \"hashKeyValue\" -> hashKeyValue.asInstanceOf[js.Any],\n        \"tableName\" -> tableName.asInstanceOf[js.Any]\n      )\n\n      hashKeyType.foreach(__v => __obj.updateDynamic(\"hashKeyType\")(__v.asInstanceOf[js.Any]))\n      operation.foreach(__v => __obj.updateDynamic(\"operation\")(__v.asInstanceOf[js.Any]))\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      payloadField.foreach(__v => __obj.updateDynamic(\"payloadField\")(__v.asInstanceOf[js.Any]))\n      rangeKeyField.foreach(__v => __obj.updateDynamic(\"rangeKeyField\")(__v.asInstanceOf[js.Any]))\n      rangeKeyType.foreach(__v => __obj.updateDynamic(\"rangeKeyType\")(__v.asInstanceOf[js.Any]))\n      rangeKeyValue.foreach(__v => __obj.updateDynamic(\"rangeKeyValue\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DynamoDBAction]\n    }\n  }\n\n  \/** Defines an action to write to the Amazon DynamoDB table that you created. The default action payload contains all the information about the detector model instance and the event that triggered the action. You can customize the [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/apireference\/API_Payload.html|payload]]. A separate column of the DynamoDB table receives one attribute-value pair in the payload that you specify. You must use expressions for all parameters in <code>DynamoDBv2Action<\/code>. The expressions accept literals, operators, functions, references, and substitution templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>tableName<\/code> parameter can be <code>'GreenhouseTemperatureTable'<\/code>. * For references, you must specify either variables or input values. For example, the value for the <code>tableName<\/code> parameter can be <code>variable.ddbtableName<\/code>. * For\n    * a substitution template, you must use <code>{}<\/code>, and the template must be in single quotes. A substitution template can also contain a combination of literals, operators, functions, references, and substitution templates. In the following example, the value for the <code>contentExpression<\/code> parameter in <code>Payload<\/code> uses a substitution template. <code>'{\"sensorID\": \"{input.GreenhouseInput.sensor_id}\", \"temperature\": \"{input.GreenhouseInput.temperature * 9 \/ 5 + 32}\"}'<\/code> * For a string concatenation, you must use <code>+<\/code>. A string concatenation can also contain a combination of literals, operators, functions, references, and substitution templates. In the following example, the value for the <code>tableName<\/code> parameter uses a string concatenation. <code>'GreenhouseTemperatureTable ' + input.GreenhouseInput.date<\/code> For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]]\n    * in the <i>AWS IoT Events Developer Guide<\/i>. The value for the <code>type<\/code> parameter in <code>Payload<\/code> must be <code>JSON<\/code>.\n    *\/\n  @js.native\n  trait DynamoDBv2Action extends js.Object {\n    var tableName: DynamoTableName\n    var payload: js.UndefOr[Payload]\n  }\n\n  object DynamoDBv2Action {\n    @inline\n    def apply(\n        tableName: DynamoTableName,\n        payload: js.UndefOr[Payload] = js.undefined\n    ): DynamoDBv2Action = {\n      val __obj = js.Dynamic.literal(\n        \"tableName\" -> tableName.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DynamoDBv2Action]\n    }\n  }\n\n  @js.native\n  sealed trait EvaluationMethod extends js.Any\n  object EvaluationMethod {\n    val BATCH = \"BATCH\".asInstanceOf[EvaluationMethod]\n    val SERIAL = \"SERIAL\".asInstanceOf[EvaluationMethod]\n\n    @inline def values = js.Array(BATCH, SERIAL)\n  }\n\n  \/** Specifies the <code>actions<\/code> to be performed when the <code>condition<\/code> evaluates to TRUE.\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var eventName: EventName\n    var actions: js.UndefOr[Actions]\n    var condition: js.UndefOr[Condition]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        eventName: EventName,\n        actions: js.UndefOr[Actions] = js.undefined,\n        condition: js.UndefOr[Condition] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal(\n        \"eventName\" -> eventName.asInstanceOf[js.Any]\n      )\n\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      condition.foreach(__v => __obj.updateDynamic(\"condition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  \/** Sends information about the detector model instance and the event that triggered the action to an Amazon Kinesis Data Firehose delivery stream.\n    *\/\n  @js.native\n  trait FirehoseAction extends js.Object {\n    var deliveryStreamName: DeliveryStreamName\n    var payload: js.UndefOr[Payload]\n    var separator: js.UndefOr[FirehoseSeparator]\n  }\n\n  object FirehoseAction {\n    @inline\n    def apply(\n        deliveryStreamName: DeliveryStreamName,\n        payload: js.UndefOr[Payload] = js.undefined,\n        separator: js.UndefOr[FirehoseSeparator] = js.undefined\n    ): FirehoseAction = {\n      val __obj = js.Dynamic.literal(\n        \"deliveryStreamName\" -> deliveryStreamName.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      separator.foreach(__v => __obj.updateDynamic(\"separator\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FirehoseAction]\n    }\n  }\n\n  @js.native\n  trait GetDetectorModelAnalysisResultsRequest extends js.Object {\n    var analysisId: AnalysisId\n    var maxResults: js.UndefOr[MaxAnalysisResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetDetectorModelAnalysisResultsRequest {\n    @inline\n    def apply(\n        analysisId: AnalysisId,\n        maxResults: js.UndefOr[MaxAnalysisResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetDetectorModelAnalysisResultsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"analysisId\" -> analysisId.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDetectorModelAnalysisResultsRequest]\n    }\n  }\n\n  @js.native\n  trait GetDetectorModelAnalysisResultsResponse extends js.Object {\n    var analysisResults: js.UndefOr[AnalysisResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object GetDetectorModelAnalysisResultsResponse {\n    @inline\n    def apply(\n        analysisResults: js.UndefOr[AnalysisResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): GetDetectorModelAnalysisResultsResponse = {\n      val __obj = js.Dynamic.literal()\n      analysisResults.foreach(__v => __obj.updateDynamic(\"analysisResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetDetectorModelAnalysisResultsResponse]\n    }\n  }\n\n  \/** Information about the input.\n    *\/\n  @js.native\n  trait Input extends js.Object {\n    var inputConfiguration: js.UndefOr[InputConfiguration]\n    var inputDefinition: js.UndefOr[InputDefinition]\n  }\n\n  object Input {\n    @inline\n    def apply(\n        inputConfiguration: js.UndefOr[InputConfiguration] = js.undefined,\n        inputDefinition: js.UndefOr[InputDefinition] = js.undefined\n    ): Input = {\n      val __obj = js.Dynamic.literal()\n      inputConfiguration.foreach(__v => __obj.updateDynamic(\"inputConfiguration\")(__v.asInstanceOf[js.Any]))\n      inputDefinition.foreach(__v => __obj.updateDynamic(\"inputDefinition\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Input]\n    }\n  }\n\n  \/** Information about the configuration of an input.\n    *\/\n  @js.native\n  trait InputConfiguration extends js.Object {\n    var creationTime: Timestamp\n    var inputArn: InputArn\n    var inputName: InputName\n    var lastUpdateTime: Timestamp\n    var status: InputStatus\n    var inputDescription: js.UndefOr[InputDescription]\n  }\n\n  object InputConfiguration {\n    @inline\n    def apply(\n        creationTime: Timestamp,\n        inputArn: InputArn,\n        inputName: InputName,\n        lastUpdateTime: Timestamp,\n        status: InputStatus,\n        inputDescription: js.UndefOr[InputDescription] = js.undefined\n    ): InputConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"creationTime\" -> creationTime.asInstanceOf[js.Any],\n        \"inputArn\" -> inputArn.asInstanceOf[js.Any],\n        \"inputName\" -> inputName.asInstanceOf[js.Any],\n        \"lastUpdateTime\" -> lastUpdateTime.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n\n      inputDescription.foreach(__v => __obj.updateDynamic(\"inputDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputConfiguration]\n    }\n  }\n\n  \/** The definition of the input.\n    *\/\n  @js.native\n  trait InputDefinition extends js.Object {\n    var attributes: Attributes\n  }\n\n  object InputDefinition {\n    @inline\n    def apply(\n        attributes: Attributes\n    ): InputDefinition = {\n      val __obj = js.Dynamic.literal(\n        \"attributes\" -> attributes.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[InputDefinition]\n    }\n  }\n\n  @js.native\n  sealed trait InputStatus extends js.Any\n  object InputStatus {\n    val CREATING = \"CREATING\".asInstanceOf[InputStatus]\n    val UPDATING = \"UPDATING\".asInstanceOf[InputStatus]\n    val ACTIVE = \"ACTIVE\".asInstanceOf[InputStatus]\n    val DELETING = \"DELETING\".asInstanceOf[InputStatus]\n\n    @inline def values = js.Array(CREATING, UPDATING, ACTIVE, DELETING)\n  }\n\n  \/** Information about the input.\n    *\/\n  @js.native\n  trait InputSummary extends js.Object {\n    var creationTime: js.UndefOr[Timestamp]\n    var inputArn: js.UndefOr[InputArn]\n    var inputDescription: js.UndefOr[InputDescription]\n    var inputName: js.UndefOr[InputName]\n    var lastUpdateTime: js.UndefOr[Timestamp]\n    var status: js.UndefOr[InputStatus]\n  }\n\n  object InputSummary {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[Timestamp] = js.undefined,\n        inputArn: js.UndefOr[InputArn] = js.undefined,\n        inputDescription: js.UndefOr[InputDescription] = js.undefined,\n        inputName: js.UndefOr[InputName] = js.undefined,\n        lastUpdateTime: js.UndefOr[Timestamp] = js.undefined,\n        status: js.UndefOr[InputStatus] = js.undefined\n    ): InputSummary = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      inputArn.foreach(__v => __obj.updateDynamic(\"inputArn\")(__v.asInstanceOf[js.Any]))\n      inputDescription.foreach(__v => __obj.updateDynamic(\"inputDescription\")(__v.asInstanceOf[js.Any]))\n      inputName.foreach(__v => __obj.updateDynamic(\"inputName\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InputSummary]\n    }\n  }\n\n  \/** Sends an AWS IoT Events input, passing in information about the detector model instance and the event that triggered the action.\n    *\/\n  @js.native\n  trait IotEventsAction extends js.Object {\n    var inputName: InputName\n    var payload: js.UndefOr[Payload]\n  }\n\n  object IotEventsAction {\n    @inline\n    def apply(\n        inputName: InputName,\n        payload: js.UndefOr[Payload] = js.undefined\n    ): IotEventsAction = {\n      val __obj = js.Dynamic.literal(\n        \"inputName\" -> inputName.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IotEventsAction]\n    }\n  }\n\n  \/** Sends information about the detector model instance and the event that triggered the action to a specified asset property in AWS IoT SiteWise. You must use expressions for all parameters in <code>IotSiteWiseAction<\/code>. The expressions accept literals, operators, functions, references, and substitutions templates. <p class=\"title\"> ```Examples``` <\/p>* For literal values, the expressions must contain single quotes. For example, the value for the <code>propertyAlias<\/code> parameter can be <code>'\/company\/windfarm\/3\/turbine\/7\/temperature'<\/code>. * For references, you must specify either variables or input values. For example, the value for the <code>assetId<\/code> parameter can be <code>input.TurbineInput.assetId1<\/code>. * For a substitution template, you must use <code>{}<\/code>, and the template must be in single quotes. A substitution template can also contain a combination of literals, operators, functions, references, and substitution templates. In the following example,\n    * the value for the <code>propertyAlias<\/code> parameter uses a substitution template. <code>'company\/windfarm\/{input.TemperatureInput.sensorData.windfarmID}\/turbine\/ {input.TemperatureInput.sensorData.turbineID}\/temperature'<\/code> You must specify either <code>propertyAlias<\/code> or both <code>assetId<\/code> and <code>propertyId<\/code> to identify the target asset property in AWS IoT SiteWise. For more information, see [[https:\/\/docs.aws.amazon.com\/iotevents\/latest\/developerguide\/iotevents-expressions.html|Expressions]] in the <i>AWS IoT Events Developer Guide<\/i>.\n    *\/\n  @js.native\n  trait IotSiteWiseAction extends js.Object {\n    var propertyValue: AssetPropertyValue\n    var assetId: js.UndefOr[AssetId]\n    var entryId: js.UndefOr[AssetPropertyEntryId]\n    var propertyAlias: js.UndefOr[AssetPropertyAlias]\n    var propertyId: js.UndefOr[AssetPropertyId]\n  }\n\n  object IotSiteWiseAction {\n    @inline\n    def apply(\n        propertyValue: AssetPropertyValue,\n        assetId: js.UndefOr[AssetId] = js.undefined,\n        entryId: js.UndefOr[AssetPropertyEntryId] = js.undefined,\n        propertyAlias: js.UndefOr[AssetPropertyAlias] = js.undefined,\n        propertyId: js.UndefOr[AssetPropertyId] = js.undefined\n    ): IotSiteWiseAction = {\n      val __obj = js.Dynamic.literal(\n        \"propertyValue\" -> propertyValue.asInstanceOf[js.Any]\n      )\n\n      assetId.foreach(__v => __obj.updateDynamic(\"assetId\")(__v.asInstanceOf[js.Any]))\n      entryId.foreach(__v => __obj.updateDynamic(\"entryId\")(__v.asInstanceOf[js.Any]))\n      propertyAlias.foreach(__v => __obj.updateDynamic(\"propertyAlias\")(__v.asInstanceOf[js.Any]))\n      propertyId.foreach(__v => __obj.updateDynamic(\"propertyId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IotSiteWiseAction]\n    }\n  }\n\n  \/** Information required to publish the MQTT message through the AWS IoT message broker.\n    *\/\n  @js.native\n  trait IotTopicPublishAction extends js.Object {\n    var mqttTopic: MQTTTopic\n    var payload: js.UndefOr[Payload]\n  }\n\n  object IotTopicPublishAction {\n    @inline\n    def apply(\n        mqttTopic: MQTTTopic,\n        payload: js.UndefOr[Payload] = js.undefined\n    ): IotTopicPublishAction = {\n      val __obj = js.Dynamic.literal(\n        \"mqttTopic\" -> mqttTopic.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IotTopicPublishAction]\n    }\n  }\n\n  \/** Calls a Lambda function, passing in information about the detector model instance and the event that triggered the action.\n    *\/\n  @js.native\n  trait LambdaAction extends js.Object {\n    var functionArn: AmazonResourceName\n    var payload: js.UndefOr[Payload]\n  }\n\n  object LambdaAction {\n    @inline\n    def apply(\n        functionArn: AmazonResourceName,\n        payload: js.UndefOr[Payload] = js.undefined\n    ): LambdaAction = {\n      val __obj = js.Dynamic.literal(\n        \"functionArn\" -> functionArn.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LambdaAction]\n    }\n  }\n\n  @js.native\n  trait ListDetectorModelVersionsRequest extends js.Object {\n    var detectorModelName: DetectorModelName\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDetectorModelVersionsRequest {\n    @inline\n    def apply(\n        detectorModelName: DetectorModelName,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDetectorModelVersionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any]\n      )\n\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDetectorModelVersionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDetectorModelVersionsResponse extends js.Object {\n    var detectorModelVersionSummaries: js.UndefOr[DetectorModelVersionSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDetectorModelVersionsResponse {\n    @inline\n    def apply(\n        detectorModelVersionSummaries: js.UndefOr[DetectorModelVersionSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDetectorModelVersionsResponse = {\n      val __obj = js.Dynamic.literal()\n      detectorModelVersionSummaries.foreach(__v => __obj.updateDynamic(\"detectorModelVersionSummaries\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDetectorModelVersionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListDetectorModelsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDetectorModelsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDetectorModelsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDetectorModelsRequest]\n    }\n  }\n\n  @js.native\n  trait ListDetectorModelsResponse extends js.Object {\n    var detectorModelSummaries: js.UndefOr[DetectorModelSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListDetectorModelsResponse {\n    @inline\n    def apply(\n        detectorModelSummaries: js.UndefOr[DetectorModelSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListDetectorModelsResponse = {\n      val __obj = js.Dynamic.literal()\n      detectorModelSummaries.foreach(__v => __obj.updateDynamic(\"detectorModelSummaries\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDetectorModelsResponse]\n    }\n  }\n\n  @js.native\n  trait ListInputsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListInputsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListInputsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputsRequest]\n    }\n  }\n\n  @js.native\n  trait ListInputsResponse extends js.Object {\n    var inputSummaries: js.UndefOr[InputSummaries]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListInputsResponse {\n    @inline\n    def apply(\n        inputSummaries: js.UndefOr[InputSummaries] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListInputsResponse = {\n      val __obj = js.Dynamic.literal()\n      inputSummaries.foreach(__v => __obj.updateDynamic(\"inputSummaries\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListInputsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[Tags]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[Tags] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait LoggingLevel extends js.Any\n  object LoggingLevel {\n    val ERROR = \"ERROR\".asInstanceOf[LoggingLevel]\n    val INFO = \"INFO\".asInstanceOf[LoggingLevel]\n    val DEBUG = \"DEBUG\".asInstanceOf[LoggingLevel]\n\n    @inline def values = js.Array(ERROR, INFO, DEBUG)\n  }\n\n  \/** The values of the AWS IoT Events logging options.\n    *\/\n  @js.native\n  trait LoggingOptions extends js.Object {\n    var enabled: LoggingEnabled\n    var level: LoggingLevel\n    var roleArn: AmazonResourceName\n    var detectorDebugOptions: js.UndefOr[DetectorDebugOptions]\n  }\n\n  object LoggingOptions {\n    @inline\n    def apply(\n        enabled: LoggingEnabled,\n        level: LoggingLevel,\n        roleArn: AmazonResourceName,\n        detectorDebugOptions: js.UndefOr[DetectorDebugOptions] = js.undefined\n    ): LoggingOptions = {\n      val __obj = js.Dynamic.literal(\n        \"enabled\" -> enabled.asInstanceOf[js.Any],\n        \"level\" -> level.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      detectorDebugOptions.foreach(__v => __obj.updateDynamic(\"detectorDebugOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[LoggingOptions]\n    }\n  }\n\n  \/** When entering this state, perform these <code>actions<\/code> if the <code>condition<\/code> is TRUE.\n    *\/\n  @js.native\n  trait OnEnterLifecycle extends js.Object {\n    var events: js.UndefOr[Events]\n  }\n\n  object OnEnterLifecycle {\n    @inline\n    def apply(\n        events: js.UndefOr[Events] = js.undefined\n    ): OnEnterLifecycle = {\n      val __obj = js.Dynamic.literal()\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnEnterLifecycle]\n    }\n  }\n\n  \/** When exiting this state, perform these <code>actions<\/code> if the specified <code>condition<\/code> is <code>TRUE<\/code>.\n    *\/\n  @js.native\n  trait OnExitLifecycle extends js.Object {\n    var events: js.UndefOr[Events]\n  }\n\n  object OnExitLifecycle {\n    @inline\n    def apply(\n        events: js.UndefOr[Events] = js.undefined\n    ): OnExitLifecycle = {\n      val __obj = js.Dynamic.literal()\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnExitLifecycle]\n    }\n  }\n\n  \/** Specifies the actions performed when the <code>condition<\/code> evaluates to TRUE.\n    *\/\n  @js.native\n  trait OnInputLifecycle extends js.Object {\n    var events: js.UndefOr[Events]\n    var transitionEvents: js.UndefOr[TransitionEvents]\n  }\n\n  object OnInputLifecycle {\n    @inline\n    def apply(\n        events: js.UndefOr[Events] = js.undefined,\n        transitionEvents: js.UndefOr[TransitionEvents] = js.undefined\n    ): OnInputLifecycle = {\n      val __obj = js.Dynamic.literal()\n      events.foreach(__v => __obj.updateDynamic(\"events\")(__v.asInstanceOf[js.Any]))\n      transitionEvents.foreach(__v => __obj.updateDynamic(\"transitionEvents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OnInputLifecycle]\n    }\n  }\n\n  \/** Information needed to configure the payload. By default, AWS IoT Events generates a standard payload in JSON for any action. This action payload contains all attribute-value pairs that have the information about the detector model instance and the event triggered the action. To configure the action payload, you can use <code>contentExpression<\/code>.\n    *\/\n  @js.native\n  trait Payload extends js.Object {\n    var contentExpression: ContentExpression\n    var `type`: PayloadType\n  }\n\n  object Payload {\n    @inline\n    def apply(\n        contentExpression: ContentExpression,\n        `type`: PayloadType\n    ): Payload = {\n      val __obj = js.Dynamic.literal(\n        \"contentExpression\" -> contentExpression.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Payload]\n    }\n  }\n\n  @js.native\n  sealed trait PayloadType extends js.Any\n  object PayloadType {\n    val STRING = \"STRING\".asInstanceOf[PayloadType]\n    val JSON = \"JSON\".asInstanceOf[PayloadType]\n\n    @inline def values = js.Array(STRING, JSON)\n  }\n\n  @js.native\n  trait PutLoggingOptionsRequest extends js.Object {\n    var loggingOptions: LoggingOptions\n  }\n\n  object PutLoggingOptionsRequest {\n    @inline\n    def apply(\n        loggingOptions: LoggingOptions\n    ): PutLoggingOptionsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"loggingOptions\" -> loggingOptions.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutLoggingOptionsRequest]\n    }\n  }\n\n  \/** Information required to reset the timer. The timer is reset to the previously evaluated result of the duration. The duration expression isn't reevaluated when you reset the timer.\n    *\/\n  @js.native\n  trait ResetTimerAction extends js.Object {\n    var timerName: TimerName\n  }\n\n  object ResetTimerAction {\n    @inline\n    def apply(\n        timerName: TimerName\n    ): ResetTimerAction = {\n      val __obj = js.Dynamic.literal(\n        \"timerName\" -> timerName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResetTimerAction]\n    }\n  }\n\n  \/** Information required to publish the Amazon SNS message.\n    *\/\n  @js.native\n  trait SNSTopicPublishAction extends js.Object {\n    var targetArn: AmazonResourceName\n    var payload: js.UndefOr[Payload]\n  }\n\n  object SNSTopicPublishAction {\n    @inline\n    def apply(\n        targetArn: AmazonResourceName,\n        payload: js.UndefOr[Payload] = js.undefined\n    ): SNSTopicPublishAction = {\n      val __obj = js.Dynamic.literal(\n        \"targetArn\" -> targetArn.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SNSTopicPublishAction]\n    }\n  }\n\n  \/** Information needed to set the timer.\n    *\/\n  @js.native\n  trait SetTimerAction extends js.Object {\n    var timerName: TimerName\n    var durationExpression: js.UndefOr[VariableValue]\n    var seconds: js.UndefOr[Seconds]\n  }\n\n  object SetTimerAction {\n    @inline\n    def apply(\n        timerName: TimerName,\n        durationExpression: js.UndefOr[VariableValue] = js.undefined,\n        seconds: js.UndefOr[Seconds] = js.undefined\n    ): SetTimerAction = {\n      val __obj = js.Dynamic.literal(\n        \"timerName\" -> timerName.asInstanceOf[js.Any]\n      )\n\n      durationExpression.foreach(__v => __obj.updateDynamic(\"durationExpression\")(__v.asInstanceOf[js.Any]))\n      seconds.foreach(__v => __obj.updateDynamic(\"seconds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SetTimerAction]\n    }\n  }\n\n  \/** Information about the variable and its new value.\n    *\/\n  @js.native\n  trait SetVariableAction extends js.Object {\n    var value: VariableValue\n    var variableName: VariableName\n  }\n\n  object SetVariableAction {\n    @inline\n    def apply(\n        value: VariableValue,\n        variableName: VariableName\n    ): SetVariableAction = {\n      val __obj = js.Dynamic.literal(\n        \"value\" -> value.asInstanceOf[js.Any],\n        \"variableName\" -> variableName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[SetVariableAction]\n    }\n  }\n\n  \/** Sends information about the detector model instance and the event that triggered the action to an Amazon SQS queue.\n    *\/\n  @js.native\n  trait SqsAction extends js.Object {\n    var queueUrl: QueueUrl\n    var payload: js.UndefOr[Payload]\n    var useBase64: js.UndefOr[UseBase64]\n  }\n\n  object SqsAction {\n    @inline\n    def apply(\n        queueUrl: QueueUrl,\n        payload: js.UndefOr[Payload] = js.undefined,\n        useBase64: js.UndefOr[UseBase64] = js.undefined\n    ): SqsAction = {\n      val __obj = js.Dynamic.literal(\n        \"queueUrl\" -> queueUrl.asInstanceOf[js.Any]\n      )\n\n      payload.foreach(__v => __obj.updateDynamic(\"payload\")(__v.asInstanceOf[js.Any]))\n      useBase64.foreach(__v => __obj.updateDynamic(\"useBase64\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SqsAction]\n    }\n  }\n\n  @js.native\n  trait StartDetectorModelAnalysisRequest extends js.Object {\n    var detectorModelDefinition: DetectorModelDefinition\n  }\n\n  object StartDetectorModelAnalysisRequest {\n    @inline\n    def apply(\n        detectorModelDefinition: DetectorModelDefinition\n    ): StartDetectorModelAnalysisRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelDefinition\" -> detectorModelDefinition.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDetectorModelAnalysisRequest]\n    }\n  }\n\n  @js.native\n  trait StartDetectorModelAnalysisResponse extends js.Object {\n    var analysisId: js.UndefOr[AnalysisId]\n  }\n\n  object StartDetectorModelAnalysisResponse {\n    @inline\n    def apply(\n        analysisId: js.UndefOr[AnalysisId] = js.undefined\n    ): StartDetectorModelAnalysisResponse = {\n      val __obj = js.Dynamic.literal()\n      analysisId.foreach(__v => __obj.updateDynamic(\"analysisId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDetectorModelAnalysisResponse]\n    }\n  }\n\n  \/** Information that defines a state of a detector.\n    *\/\n  @js.native\n  trait State extends js.Object {\n    var stateName: StateName\n    var onEnter: js.UndefOr[OnEnterLifecycle]\n    var onExit: js.UndefOr[OnExitLifecycle]\n    var onInput: js.UndefOr[OnInputLifecycle]\n  }\n\n  object State {\n    @inline\n    def apply(\n        stateName: StateName,\n        onEnter: js.UndefOr[OnEnterLifecycle] = js.undefined,\n        onExit: js.UndefOr[OnExitLifecycle] = js.undefined,\n        onInput: js.UndefOr[OnInputLifecycle] = js.undefined\n    ): State = {\n      val __obj = js.Dynamic.literal(\n        \"stateName\" -> stateName.asInstanceOf[js.Any]\n      )\n\n      onEnter.foreach(__v => __obj.updateDynamic(\"onEnter\")(__v.asInstanceOf[js.Any]))\n      onExit.foreach(__v => __obj.updateDynamic(\"onExit\")(__v.asInstanceOf[js.Any]))\n      onInput.foreach(__v => __obj.updateDynamic(\"onInput\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[State]\n    }\n  }\n\n  \/** Metadata that can be used to manage the resource.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var key: TagKey\n    var value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        key: TagKey,\n        value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"key\" -> key.asInstanceOf[js.Any],\n        \"value\" -> value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tags: Tags\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tags: Tags\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Specifies the actions performed and the next state entered when a <code>condition<\/code> evaluates to TRUE.\n    *\/\n  @js.native\n  trait TransitionEvent extends js.Object {\n    var condition: Condition\n    var eventName: EventName\n    var nextState: StateName\n    var actions: js.UndefOr[Actions]\n  }\n\n  object TransitionEvent {\n    @inline\n    def apply(\n        condition: Condition,\n        eventName: EventName,\n        nextState: StateName,\n        actions: js.UndefOr[Actions] = js.undefined\n    ): TransitionEvent = {\n      val __obj = js.Dynamic.literal(\n        \"condition\" -> condition.asInstanceOf[js.Any],\n        \"eventName\" -> eventName.asInstanceOf[js.Any],\n        \"nextState\" -> nextState.asInstanceOf[js.Any]\n      )\n\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TransitionEvent]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: AmazonResourceName\n    var tagKeys: TagKeys\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AmazonResourceName,\n        tagKeys: TagKeys\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tagKeys\" -> tagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateDetectorModelRequest extends js.Object {\n    var detectorModelDefinition: DetectorModelDefinition\n    var detectorModelName: DetectorModelName\n    var roleArn: AmazonResourceName\n    var detectorModelDescription: js.UndefOr[DetectorModelDescription]\n    var evaluationMethod: js.UndefOr[EvaluationMethod]\n  }\n\n  object UpdateDetectorModelRequest {\n    @inline\n    def apply(\n        detectorModelDefinition: DetectorModelDefinition,\n        detectorModelName: DetectorModelName,\n        roleArn: AmazonResourceName,\n        detectorModelDescription: js.UndefOr[DetectorModelDescription] = js.undefined,\n        evaluationMethod: js.UndefOr[EvaluationMethod] = js.undefined\n    ): UpdateDetectorModelRequest = {\n      val __obj = js.Dynamic.literal(\n        \"detectorModelDefinition\" -> detectorModelDefinition.asInstanceOf[js.Any],\n        \"detectorModelName\" -> detectorModelName.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any]\n      )\n\n      detectorModelDescription.foreach(__v => __obj.updateDynamic(\"detectorModelDescription\")(__v.asInstanceOf[js.Any]))\n      evaluationMethod.foreach(__v => __obj.updateDynamic(\"evaluationMethod\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDetectorModelRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateDetectorModelResponse extends js.Object {\n    var detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration]\n  }\n\n  object UpdateDetectorModelResponse {\n    @inline\n    def apply(\n        detectorModelConfiguration: js.UndefOr[DetectorModelConfiguration] = js.undefined\n    ): UpdateDetectorModelResponse = {\n      val __obj = js.Dynamic.literal()\n      detectorModelConfiguration.foreach(__v => __obj.updateDynamic(\"detectorModelConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateDetectorModelResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateInputRequest extends js.Object {\n    var inputDefinition: InputDefinition\n    var inputName: InputName\n    var inputDescription: js.UndefOr[InputDescription]\n  }\n\n  object UpdateInputRequest {\n    @inline\n    def apply(\n        inputDefinition: InputDefinition,\n        inputName: InputName,\n        inputDescription: js.UndefOr[InputDescription] = js.undefined\n    ): UpdateInputRequest = {\n      val __obj = js.Dynamic.literal(\n        \"inputDefinition\" -> inputDefinition.asInstanceOf[js.Any],\n        \"inputName\" -> inputName.asInstanceOf[js.Any]\n      )\n\n      inputDescription.foreach(__v => __obj.updateDynamic(\"inputDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateInputResponse extends js.Object {\n    var inputConfiguration: js.UndefOr[InputConfiguration]\n  }\n\n  object UpdateInputResponse {\n    @inline\n    def apply(\n        inputConfiguration: js.UndefOr[InputConfiguration] = js.undefined\n    ): UpdateInputResponse = {\n      val __obj = js.Dynamic.literal()\n      inputConfiguration.foreach(__v => __obj.updateDynamic(\"inputConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateInputResponse]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/fis\/src\/main\/scala\/facade\/amazonaws\/services\/Fis.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object fis {\n  type ActionDescription = String\n  type ActionId = String\n  type ActionParameterDescription = String\n  type ActionParameterMap = js.Dictionary[ActionParameter]\n  type ActionParameterName = String\n  type ActionParameterRequired = Boolean\n  type ActionSummaryList = js.Array[ActionSummary]\n  type ActionTargetMap = js.Dictionary[ActionTarget]\n  type ActionTargetName = String\n  type ClientToken = String\n  type CreateExperimentTemplateActionInputMap = js.Dictionary[CreateExperimentTemplateActionInput]\n  type CreateExperimentTemplateStopConditionInputList = js.Array[CreateExperimentTemplateStopConditionInput]\n  type CreateExperimentTemplateTargetInputMap = js.Dictionary[CreateExperimentTemplateTargetInput]\n  type CreationTime = js.Date\n  type ExperimentActionDescription = String\n  type ExperimentActionMap = js.Dictionary[ExperimentAction]\n  type ExperimentActionName = String\n  type ExperimentActionParameter = String\n  type ExperimentActionParameterMap = js.Dictionary[ExperimentActionParameter]\n  type ExperimentActionParameterName = String\n  type ExperimentActionStartAfter = String\n  type ExperimentActionStartAfterList = js.Array[ExperimentActionStartAfter]\n  type ExperimentActionStatusReason = String\n  type ExperimentActionTargetMap = js.Dictionary[ExperimentTargetName]\n  type ExperimentActionTargetName = String\n  type ExperimentEndTime = js.Date\n  type ExperimentId = String\n  type ExperimentStartTime = js.Date\n  type ExperimentStatusReason = String\n  type ExperimentStopConditionList = js.Array[ExperimentStopCondition]\n  type ExperimentSummaryList = js.Array[ExperimentSummary]\n  type ExperimentTargetFilterList = js.Array[ExperimentTargetFilter]\n  type ExperimentTargetFilterPath = String\n  type ExperimentTargetFilterValue = String\n  type ExperimentTargetFilterValues = js.Array[ExperimentTargetFilterValue]\n  type ExperimentTargetMap = js.Dictionary[ExperimentTarget]\n  type ExperimentTargetName = String\n  type ExperimentTargetSelectionMode = String\n  type ExperimentTemplateActionDescription = String\n  type ExperimentTemplateActionMap = js.Dictionary[ExperimentTemplateAction]\n  type ExperimentTemplateActionName = String\n  type ExperimentTemplateActionParameter = String\n  type ExperimentTemplateActionParameterMap = js.Dictionary[ExperimentTemplateActionParameter]\n  type ExperimentTemplateActionParameterName = String\n  type ExperimentTemplateActionStartAfter = String\n  type ExperimentTemplateActionStartAfterList = js.Array[ExperimentTemplateActionStartAfter]\n  type ExperimentTemplateActionTargetMap = js.Dictionary[ExperimentTemplateTargetName]\n  type ExperimentTemplateActionTargetName = String\n  type ExperimentTemplateDescription = String\n  type ExperimentTemplateId = String\n  type ExperimentTemplateStopConditionList = js.Array[ExperimentTemplateStopCondition]\n  type ExperimentTemplateSummaryList = js.Array[ExperimentTemplateSummary]\n  type ExperimentTemplateTargetFilterInputList = js.Array[ExperimentTemplateTargetInputFilter]\n  type ExperimentTemplateTargetFilterList = js.Array[ExperimentTemplateTargetFilter]\n  type ExperimentTemplateTargetFilterPath = String\n  type ExperimentTemplateTargetFilterValue = String\n  type ExperimentTemplateTargetFilterValues = js.Array[ExperimentTemplateTargetFilterValue]\n  type ExperimentTemplateTargetMap = js.Dictionary[ExperimentTemplateTarget]\n  type ExperimentTemplateTargetName = String\n  type ExperimentTemplateTargetSelectionMode = String\n  type LastUpdateTime = js.Date\n  type ListActionsMaxResults = Int\n  type ListExperimentTemplatesMaxResults = Int\n  type ListExperimentsMaxResults = Int\n  type NextToken = String\n  type ResourceArn = String\n  type ResourceArnList = js.Array[ResourceArn]\n  type ResourceType = String\n  type RoleArn = String\n  type StopConditionSource = String\n  type StopConditionValue = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type TargetResourceType = String\n  type UpdateExperimentTemplateActionInputMap = js.Dictionary[UpdateExperimentTemplateActionInputItem]\n  type UpdateExperimentTemplateStopConditionInputList = js.Array[UpdateExperimentTemplateStopConditionInput]\n  type UpdateExperimentTemplateTargetInputMap = js.Dictionary[UpdateExperimentTemplateTargetInput]\n\n  implicit final class FisOps(private val service: Fis) extends AnyVal {\n\n    @inline def createExperimentTemplateFuture(params: CreateExperimentTemplateRequest): Future[CreateExperimentTemplateResponse] = service.createExperimentTemplate(params).promise().toFuture\n    @inline def deleteExperimentTemplateFuture(params: DeleteExperimentTemplateRequest): Future[DeleteExperimentTemplateResponse] = service.deleteExperimentTemplate(params).promise().toFuture\n    @inline def getActionFuture(params: GetActionRequest): Future[GetActionResponse] = service.getAction(params).promise().toFuture\n    @inline def getExperimentFuture(params: GetExperimentRequest): Future[GetExperimentResponse] = service.getExperiment(params).promise().toFuture\n    @inline def getExperimentTemplateFuture(params: GetExperimentTemplateRequest): Future[GetExperimentTemplateResponse] = service.getExperimentTemplate(params).promise().toFuture\n    @inline def listActionsFuture(params: ListActionsRequest): Future[ListActionsResponse] = service.listActions(params).promise().toFuture\n    @inline def listExperimentTemplatesFuture(params: ListExperimentTemplatesRequest): Future[ListExperimentTemplatesResponse] = service.listExperimentTemplates(params).promise().toFuture\n    @inline def listExperimentsFuture(params: ListExperimentsRequest): Future[ListExperimentsResponse] = service.listExperiments(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def startExperimentFuture(params: StartExperimentRequest): Future[StartExperimentResponse] = service.startExperiment(params).promise().toFuture\n    @inline def stopExperimentFuture(params: StopExperimentRequest): Future[StopExperimentResponse] = service.stopExperiment(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateExperimentTemplateFuture(params: UpdateExperimentTemplateRequest): Future[UpdateExperimentTemplateResponse] = service.updateExperimentTemplate(params).promise().toFuture\n\n  }\n}\n\npackage fis {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/fis\", JSImport.Namespace, \"AWS.Fis\")\n  class Fis() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createExperimentTemplate(params: CreateExperimentTemplateRequest): Request[CreateExperimentTemplateResponse] = js.native\n    def deleteExperimentTemplate(params: DeleteExperimentTemplateRequest): Request[DeleteExperimentTemplateResponse] = js.native\n    def getAction(params: GetActionRequest): Request[GetActionResponse] = js.native\n    def getExperiment(params: GetExperimentRequest): Request[GetExperimentResponse] = js.native\n    def getExperimentTemplate(params: GetExperimentTemplateRequest): Request[GetExperimentTemplateResponse] = js.native\n    def listActions(params: ListActionsRequest): Request[ListActionsResponse] = js.native\n    def listExperimentTemplates(params: ListExperimentTemplatesRequest): Request[ListExperimentTemplatesResponse] = js.native\n    def listExperiments(params: ListExperimentsRequest): Request[ListExperimentsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def startExperiment(params: StartExperimentRequest): Request[StartExperimentResponse] = js.native\n    def stopExperiment(params: StopExperimentRequest): Request[StopExperimentResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateExperimentTemplate(params: UpdateExperimentTemplateRequest): Request[UpdateExperimentTemplateResponse] = js.native\n  }\n\n  \/** Describes an action. For more information, see [[https:\/\/docs.aws.amazon.com\/fis\/latest\/userguide\/fis-actions-reference.html|AWS FIS actions]] in the <i>AWS Fault Injection Simulator User Guide<\/i>.\n    *\/\n  @js.native\n  trait Action extends js.Object {\n    var description: js.UndefOr[ActionDescription]\n    var id: js.UndefOr[ActionId]\n    var parameters: js.UndefOr[ActionParameterMap]\n    var tags: js.UndefOr[TagMap]\n    var targets: js.UndefOr[ActionTargetMap]\n  }\n\n  object Action {\n    @inline\n    def apply(\n        description: js.UndefOr[ActionDescription] = js.undefined,\n        id: js.UndefOr[ActionId] = js.undefined,\n        parameters: js.UndefOr[ActionParameterMap] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        targets: js.UndefOr[ActionTargetMap] = js.undefined\n    ): Action = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Action]\n    }\n  }\n\n  \/** Describes a parameter for an action.\n    *\/\n  @js.native\n  trait ActionParameter extends js.Object {\n    var description: js.UndefOr[ActionParameterDescription]\n    var required: js.UndefOr[ActionParameterRequired]\n  }\n\n  object ActionParameter {\n    @inline\n    def apply(\n        description: js.UndefOr[ActionParameterDescription] = js.undefined,\n        required: js.UndefOr[ActionParameterRequired] = js.undefined\n    ): ActionParameter = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      required.foreach(__v => __obj.updateDynamic(\"required\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionParameter]\n    }\n  }\n\n  \/** Provides a summary of an action.\n    *\/\n  @js.native\n  trait ActionSummary extends js.Object {\n    var description: js.UndefOr[ActionDescription]\n    var id: js.UndefOr[ActionId]\n    var tags: js.UndefOr[TagMap]\n    var targets: js.UndefOr[ActionTargetMap]\n  }\n\n  object ActionSummary {\n    @inline\n    def apply(\n        description: js.UndefOr[ActionDescription] = js.undefined,\n        id: js.UndefOr[ActionId] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        targets: js.UndefOr[ActionTargetMap] = js.undefined\n    ): ActionSummary = {\n      val __obj = js.Dynamic.literal()\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionSummary]\n    }\n  }\n\n  \/** Describes a target for an action.\n    *\/\n  @js.native\n  trait ActionTarget extends js.Object {\n    var resourceType: js.UndefOr[TargetResourceType]\n  }\n\n  object ActionTarget {\n    @inline\n    def apply(\n        resourceType: js.UndefOr[TargetResourceType] = js.undefined\n    ): ActionTarget = {\n      val __obj = js.Dynamic.literal()\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ActionTarget]\n    }\n  }\n\n  \/** Specifies an action for an experiment template.\n    *\/\n  @js.native\n  trait CreateExperimentTemplateActionInput extends js.Object {\n    var actionId: ActionId\n    var description: js.UndefOr[ExperimentTemplateActionDescription]\n    var parameters: js.UndefOr[ExperimentTemplateActionParameterMap]\n    var startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList]\n    var targets: js.UndefOr[ExperimentTemplateActionTargetMap]\n  }\n\n  object CreateExperimentTemplateActionInput {\n    @inline\n    def apply(\n        actionId: ActionId,\n        description: js.UndefOr[ExperimentTemplateActionDescription] = js.undefined,\n        parameters: js.UndefOr[ExperimentTemplateActionParameterMap] = js.undefined,\n        startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList] = js.undefined,\n        targets: js.UndefOr[ExperimentTemplateActionTargetMap] = js.undefined\n    ): CreateExperimentTemplateActionInput = {\n      val __obj = js.Dynamic.literal(\n        \"actionId\" -> actionId.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      startAfter.foreach(__v => __obj.updateDynamic(\"startAfter\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentTemplateActionInput]\n    }\n  }\n\n  @js.native\n  trait CreateExperimentTemplateRequest extends js.Object {\n    var actions: CreateExperimentTemplateActionInputMap\n    var clientToken: ClientToken\n    var description: ExperimentTemplateDescription\n    var roleArn: RoleArn\n    var stopConditions: CreateExperimentTemplateStopConditionInputList\n    var tags: js.UndefOr[TagMap]\n    var targets: js.UndefOr[CreateExperimentTemplateTargetInputMap]\n  }\n\n  object CreateExperimentTemplateRequest {\n    @inline\n    def apply(\n        actions: CreateExperimentTemplateActionInputMap,\n        clientToken: ClientToken,\n        description: ExperimentTemplateDescription,\n        roleArn: RoleArn,\n        stopConditions: CreateExperimentTemplateStopConditionInputList,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        targets: js.UndefOr[CreateExperimentTemplateTargetInputMap] = js.undefined\n    ): CreateExperimentTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"actions\" -> actions.asInstanceOf[js.Any],\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"description\" -> description.asInstanceOf[js.Any],\n        \"roleArn\" -> roleArn.asInstanceOf[js.Any],\n        \"stopConditions\" -> stopConditions.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait CreateExperimentTemplateResponse extends js.Object {\n    var experimentTemplate: js.UndefOr[ExperimentTemplate]\n  }\n\n  object CreateExperimentTemplateResponse {\n    @inline\n    def apply(\n        experimentTemplate: js.UndefOr[ExperimentTemplate] = js.undefined\n    ): CreateExperimentTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      experimentTemplate.foreach(__v => __obj.updateDynamic(\"experimentTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentTemplateResponse]\n    }\n  }\n\n  \/** Specifies a stop condition for an experiment template.\n    *\/\n  @js.native\n  trait CreateExperimentTemplateStopConditionInput extends js.Object {\n    var source: StopConditionSource\n    var value: js.UndefOr[StopConditionValue]\n  }\n\n  object CreateExperimentTemplateStopConditionInput {\n    @inline\n    def apply(\n        source: StopConditionSource,\n        value: js.UndefOr[StopConditionValue] = js.undefined\n    ): CreateExperimentTemplateStopConditionInput = {\n      val __obj = js.Dynamic.literal(\n        \"source\" -> source.asInstanceOf[js.Any]\n      )\n\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentTemplateStopConditionInput]\n    }\n  }\n\n  \/** Specifies a target for an experiment. You must specify at least one Amazon Resource Name (ARN) or at least one resource tag. You cannot specify both ARNs and tags.\n    *\/\n  @js.native\n  trait CreateExperimentTemplateTargetInput extends js.Object {\n    var resourceType: ResourceType\n    var selectionMode: ExperimentTemplateTargetSelectionMode\n    var filters: js.UndefOr[ExperimentTemplateTargetFilterInputList]\n    var resourceArns: js.UndefOr[ResourceArnList]\n    var resourceTags: js.UndefOr[TagMap]\n  }\n\n  object CreateExperimentTemplateTargetInput {\n    @inline\n    def apply(\n        resourceType: ResourceType,\n        selectionMode: ExperimentTemplateTargetSelectionMode,\n        filters: js.UndefOr[ExperimentTemplateTargetFilterInputList] = js.undefined,\n        resourceArns: js.UndefOr[ResourceArnList] = js.undefined,\n        resourceTags: js.UndefOr[TagMap] = js.undefined\n    ): CreateExperimentTemplateTargetInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"selectionMode\" -> selectionMode.asInstanceOf[js.Any]\n      )\n\n      filters.foreach(__v => __obj.updateDynamic(\"filters\")(__v.asInstanceOf[js.Any]))\n      resourceArns.foreach(__v => __obj.updateDynamic(\"resourceArns\")(__v.asInstanceOf[js.Any]))\n      resourceTags.foreach(__v => __obj.updateDynamic(\"resourceTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateExperimentTemplateTargetInput]\n    }\n  }\n\n  @js.native\n  trait DeleteExperimentTemplateRequest extends js.Object {\n    var id: ExperimentTemplateId\n  }\n\n  object DeleteExperimentTemplateRequest {\n    @inline\n    def apply(\n        id: ExperimentTemplateId\n    ): DeleteExperimentTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteExperimentTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteExperimentTemplateResponse extends js.Object {\n    var experimentTemplate: js.UndefOr[ExperimentTemplate]\n  }\n\n  object DeleteExperimentTemplateResponse {\n    @inline\n    def apply(\n        experimentTemplate: js.UndefOr[ExperimentTemplate] = js.undefined\n    ): DeleteExperimentTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      experimentTemplate.foreach(__v => __obj.updateDynamic(\"experimentTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteExperimentTemplateResponse]\n    }\n  }\n\n  \/** Describes an experiment.\n    *\/\n  @js.native\n  trait Experiment extends js.Object {\n    var actions: js.UndefOr[ExperimentActionMap]\n    var creationTime: js.UndefOr[CreationTime]\n    var endTime: js.UndefOr[ExperimentEndTime]\n    var experimentTemplateId: js.UndefOr[ExperimentTemplateId]\n    var id: js.UndefOr[ExperimentId]\n    var roleArn: js.UndefOr[RoleArn]\n    var startTime: js.UndefOr[ExperimentStartTime]\n    var state: js.UndefOr[ExperimentState]\n    var stopConditions: js.UndefOr[ExperimentStopConditionList]\n    var tags: js.UndefOr[TagMap]\n    var targets: js.UndefOr[ExperimentTargetMap]\n  }\n\n  object Experiment {\n    @inline\n    def apply(\n        actions: js.UndefOr[ExperimentActionMap] = js.undefined,\n        creationTime: js.UndefOr[CreationTime] = js.undefined,\n        endTime: js.UndefOr[ExperimentEndTime] = js.undefined,\n        experimentTemplateId: js.UndefOr[ExperimentTemplateId] = js.undefined,\n        id: js.UndefOr[ExperimentId] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined,\n        startTime: js.UndefOr[ExperimentStartTime] = js.undefined,\n        state: js.UndefOr[ExperimentState] = js.undefined,\n        stopConditions: js.UndefOr[ExperimentStopConditionList] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        targets: js.UndefOr[ExperimentTargetMap] = js.undefined\n    ): Experiment = {\n      val __obj = js.Dynamic.literal()\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      endTime.foreach(__v => __obj.updateDynamic(\"endTime\")(__v.asInstanceOf[js.Any]))\n      experimentTemplateId.foreach(__v => __obj.updateDynamic(\"experimentTemplateId\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      startTime.foreach(__v => __obj.updateDynamic(\"startTime\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      stopConditions.foreach(__v => __obj.updateDynamic(\"stopConditions\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Experiment]\n    }\n  }\n\n  \/** Describes the action for an experiment.\n    *\/\n  @js.native\n  trait ExperimentAction extends js.Object {\n    var actionId: js.UndefOr[ActionId]\n    var description: js.UndefOr[ExperimentActionDescription]\n    var parameters: js.UndefOr[ExperimentActionParameterMap]\n    var startAfter: js.UndefOr[ExperimentActionStartAfterList]\n    var state: js.UndefOr[ExperimentActionState]\n    var targets: js.UndefOr[ExperimentActionTargetMap]\n  }\n\n  object ExperimentAction {\n    @inline\n    def apply(\n        actionId: js.UndefOr[ActionId] = js.undefined,\n        description: js.UndefOr[ExperimentActionDescription] = js.undefined,\n        parameters: js.UndefOr[ExperimentActionParameterMap] = js.undefined,\n        startAfter: js.UndefOr[ExperimentActionStartAfterList] = js.undefined,\n        state: js.UndefOr[ExperimentActionState] = js.undefined,\n        targets: js.UndefOr[ExperimentActionTargetMap] = js.undefined\n    ): ExperimentAction = {\n      val __obj = js.Dynamic.literal()\n      actionId.foreach(__v => __obj.updateDynamic(\"actionId\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      startAfter.foreach(__v => __obj.updateDynamic(\"startAfter\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentAction]\n    }\n  }\n\n  \/** Describes the state of an action.\n    *\/\n  @js.native\n  trait ExperimentActionState extends js.Object {\n    var reason: js.UndefOr[ExperimentActionStatusReason]\n    var status: js.UndefOr[ExperimentActionStatus]\n  }\n\n  object ExperimentActionState {\n    @inline\n    def apply(\n        reason: js.UndefOr[ExperimentActionStatusReason] = js.undefined,\n        status: js.UndefOr[ExperimentActionStatus] = js.undefined\n    ): ExperimentActionState = {\n      val __obj = js.Dynamic.literal()\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentActionState]\n    }\n  }\n\n  @js.native\n  sealed trait ExperimentActionStatus extends js.Any\n  object ExperimentActionStatus {\n    val pending = \"pending\".asInstanceOf[ExperimentActionStatus]\n    val initiating = \"initiating\".asInstanceOf[ExperimentActionStatus]\n    val running = \"running\".asInstanceOf[ExperimentActionStatus]\n    val completed = \"completed\".asInstanceOf[ExperimentActionStatus]\n    val cancelled = \"cancelled\".asInstanceOf[ExperimentActionStatus]\n    val stopping = \"stopping\".asInstanceOf[ExperimentActionStatus]\n    val stopped = \"stopped\".asInstanceOf[ExperimentActionStatus]\n    val failed = \"failed\".asInstanceOf[ExperimentActionStatus]\n\n    @inline def values = js.Array(pending, initiating, running, completed, cancelled, stopping, stopped, failed)\n  }\n\n  \/** Describes the state of an experiment.\n    *\/\n  @js.native\n  trait ExperimentState extends js.Object {\n    var reason: js.UndefOr[ExperimentStatusReason]\n    var status: js.UndefOr[ExperimentStatus]\n  }\n\n  object ExperimentState {\n    @inline\n    def apply(\n        reason: js.UndefOr[ExperimentStatusReason] = js.undefined,\n        status: js.UndefOr[ExperimentStatus] = js.undefined\n    ): ExperimentState = {\n      val __obj = js.Dynamic.literal()\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentState]\n    }\n  }\n\n  @js.native\n  sealed trait ExperimentStatus extends js.Any\n  object ExperimentStatus {\n    val pending = \"pending\".asInstanceOf[ExperimentStatus]\n    val initiating = \"initiating\".asInstanceOf[ExperimentStatus]\n    val running = \"running\".asInstanceOf[ExperimentStatus]\n    val completed = \"completed\".asInstanceOf[ExperimentStatus]\n    val stopping = \"stopping\".asInstanceOf[ExperimentStatus]\n    val stopped = \"stopped\".asInstanceOf[ExperimentStatus]\n    val failed = \"failed\".asInstanceOf[ExperimentStatus]\n\n    @inline def values = js.Array(pending, initiating, running, completed, stopping, stopped, failed)\n  }\n\n  \/** Describes the stop condition for an experiment.\n    *\/\n  @js.native\n  trait ExperimentStopCondition extends js.Object {\n    var source: js.UndefOr[StopConditionSource]\n    var value: js.UndefOr[StopConditionValue]\n  }\n\n  object ExperimentStopCondition {\n    @inline\n    def apply(\n        source: js.UndefOr[StopConditionSource] = js.undefined,\n        value: js.UndefOr[StopConditionValue] = js.undefined\n    ): ExperimentStopCondition = {\n      val __obj = js.Dynamic.literal()\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentStopCondition]\n    }\n  }\n\n  \/** Provides a summary of an experiment.\n    *\/\n  @js.native\n  trait ExperimentSummary extends js.Object {\n    var creationTime: js.UndefOr[CreationTime]\n    var experimentTemplateId: js.UndefOr[ExperimentTemplateId]\n    var id: js.UndefOr[ExperimentId]\n    var state: js.UndefOr[ExperimentState]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ExperimentSummary {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[CreationTime] = js.undefined,\n        experimentTemplateId: js.UndefOr[ExperimentTemplateId] = js.undefined,\n        id: js.UndefOr[ExperimentId] = js.undefined,\n        state: js.UndefOr[ExperimentState] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ExperimentSummary = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      experimentTemplateId.foreach(__v => __obj.updateDynamic(\"experimentTemplateId\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentSummary]\n    }\n  }\n\n  \/** Describes a target for an experiment.\n    *\/\n  @js.native\n  trait ExperimentTarget extends js.Object {\n    var filters: js.UndefOr[ExperimentTargetFilterList]\n    var resourceArns: js.UndefOr[ResourceArnList]\n    var resourceTags: js.UndefOr[TagMap]\n    var resourceType: js.UndefOr[ResourceType]\n    var selectionMode: js.UndefOr[ExperimentTargetSelectionMode]\n  }\n\n  object ExperimentTarget {\n    @inline\n    def apply(\n        filters: js.UndefOr[ExperimentTargetFilterList] = js.undefined,\n        resourceArns: js.UndefOr[ResourceArnList] = js.undefined,\n        resourceTags: js.UndefOr[TagMap] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        selectionMode: js.UndefOr[ExperimentTargetSelectionMode] = js.undefined\n    ): ExperimentTarget = {\n      val __obj = js.Dynamic.literal()\n      filters.foreach(__v => __obj.updateDynamic(\"filters\")(__v.asInstanceOf[js.Any]))\n      resourceArns.foreach(__v => __obj.updateDynamic(\"resourceArns\")(__v.asInstanceOf[js.Any]))\n      resourceTags.foreach(__v => __obj.updateDynamic(\"resourceTags\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      selectionMode.foreach(__v => __obj.updateDynamic(\"selectionMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTarget]\n    }\n  }\n\n  \/** Describes a filter used for the target resources in an experiment.\n    *\/\n  @js.native\n  trait ExperimentTargetFilter extends js.Object {\n    var path: js.UndefOr[ExperimentTargetFilterPath]\n    var values: js.UndefOr[ExperimentTargetFilterValues]\n  }\n\n  object ExperimentTargetFilter {\n    @inline\n    def apply(\n        path: js.UndefOr[ExperimentTargetFilterPath] = js.undefined,\n        values: js.UndefOr[ExperimentTargetFilterValues] = js.undefined\n    ): ExperimentTargetFilter = {\n      val __obj = js.Dynamic.literal()\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTargetFilter]\n    }\n  }\n\n  \/** Describes an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplate extends js.Object {\n    var actions: js.UndefOr[ExperimentTemplateActionMap]\n    var creationTime: js.UndefOr[CreationTime]\n    var description: js.UndefOr[ExperimentTemplateDescription]\n    var id: js.UndefOr[ExperimentTemplateId]\n    var lastUpdateTime: js.UndefOr[LastUpdateTime]\n    var roleArn: js.UndefOr[RoleArn]\n    var stopConditions: js.UndefOr[ExperimentTemplateStopConditionList]\n    var tags: js.UndefOr[TagMap]\n    var targets: js.UndefOr[ExperimentTemplateTargetMap]\n  }\n\n  object ExperimentTemplate {\n    @inline\n    def apply(\n        actions: js.UndefOr[ExperimentTemplateActionMap] = js.undefined,\n        creationTime: js.UndefOr[CreationTime] = js.undefined,\n        description: js.UndefOr[ExperimentTemplateDescription] = js.undefined,\n        id: js.UndefOr[ExperimentTemplateId] = js.undefined,\n        lastUpdateTime: js.UndefOr[LastUpdateTime] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined,\n        stopConditions: js.UndefOr[ExperimentTemplateStopConditionList] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined,\n        targets: js.UndefOr[ExperimentTemplateTargetMap] = js.undefined\n    ): ExperimentTemplate = {\n      val __obj = js.Dynamic.literal()\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      stopConditions.foreach(__v => __obj.updateDynamic(\"stopConditions\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplate]\n    }\n  }\n\n  \/** Describes an action for an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateAction extends js.Object {\n    var actionId: js.UndefOr[ActionId]\n    var description: js.UndefOr[ExperimentTemplateActionDescription]\n    var parameters: js.UndefOr[ExperimentTemplateActionParameterMap]\n    var startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList]\n    var targets: js.UndefOr[ExperimentTemplateActionTargetMap]\n  }\n\n  object ExperimentTemplateAction {\n    @inline\n    def apply(\n        actionId: js.UndefOr[ActionId] = js.undefined,\n        description: js.UndefOr[ExperimentTemplateActionDescription] = js.undefined,\n        parameters: js.UndefOr[ExperimentTemplateActionParameterMap] = js.undefined,\n        startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList] = js.undefined,\n        targets: js.UndefOr[ExperimentTemplateActionTargetMap] = js.undefined\n    ): ExperimentTemplateAction = {\n      val __obj = js.Dynamic.literal()\n      actionId.foreach(__v => __obj.updateDynamic(\"actionId\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      startAfter.foreach(__v => __obj.updateDynamic(\"startAfter\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplateAction]\n    }\n  }\n\n  \/** Describes a stop condition for an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateStopCondition extends js.Object {\n    var source: js.UndefOr[StopConditionSource]\n    var value: js.UndefOr[StopConditionValue]\n  }\n\n  object ExperimentTemplateStopCondition {\n    @inline\n    def apply(\n        source: js.UndefOr[StopConditionSource] = js.undefined,\n        value: js.UndefOr[StopConditionValue] = js.undefined\n    ): ExperimentTemplateStopCondition = {\n      val __obj = js.Dynamic.literal()\n      source.foreach(__v => __obj.updateDynamic(\"source\")(__v.asInstanceOf[js.Any]))\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplateStopCondition]\n    }\n  }\n\n  \/** Provides a summary of an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateSummary extends js.Object {\n    var creationTime: js.UndefOr[CreationTime]\n    var description: js.UndefOr[ExperimentTemplateDescription]\n    var id: js.UndefOr[ExperimentTemplateId]\n    var lastUpdateTime: js.UndefOr[LastUpdateTime]\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ExperimentTemplateSummary {\n    @inline\n    def apply(\n        creationTime: js.UndefOr[CreationTime] = js.undefined,\n        description: js.UndefOr[ExperimentTemplateDescription] = js.undefined,\n        id: js.UndefOr[ExperimentTemplateId] = js.undefined,\n        lastUpdateTime: js.UndefOr[LastUpdateTime] = js.undefined,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ExperimentTemplateSummary = {\n      val __obj = js.Dynamic.literal()\n      creationTime.foreach(__v => __obj.updateDynamic(\"creationTime\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lastUpdateTime.foreach(__v => __obj.updateDynamic(\"lastUpdateTime\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplateSummary]\n    }\n  }\n\n  \/** Describes a target for an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateTarget extends js.Object {\n    var filters: js.UndefOr[ExperimentTemplateTargetFilterList]\n    var resourceArns: js.UndefOr[ResourceArnList]\n    var resourceTags: js.UndefOr[TagMap]\n    var resourceType: js.UndefOr[ResourceType]\n    var selectionMode: js.UndefOr[ExperimentTemplateTargetSelectionMode]\n  }\n\n  object ExperimentTemplateTarget {\n    @inline\n    def apply(\n        filters: js.UndefOr[ExperimentTemplateTargetFilterList] = js.undefined,\n        resourceArns: js.UndefOr[ResourceArnList] = js.undefined,\n        resourceTags: js.UndefOr[TagMap] = js.undefined,\n        resourceType: js.UndefOr[ResourceType] = js.undefined,\n        selectionMode: js.UndefOr[ExperimentTemplateTargetSelectionMode] = js.undefined\n    ): ExperimentTemplateTarget = {\n      val __obj = js.Dynamic.literal()\n      filters.foreach(__v => __obj.updateDynamic(\"filters\")(__v.asInstanceOf[js.Any]))\n      resourceArns.foreach(__v => __obj.updateDynamic(\"resourceArns\")(__v.asInstanceOf[js.Any]))\n      resourceTags.foreach(__v => __obj.updateDynamic(\"resourceTags\")(__v.asInstanceOf[js.Any]))\n      resourceType.foreach(__v => __obj.updateDynamic(\"resourceType\")(__v.asInstanceOf[js.Any]))\n      selectionMode.foreach(__v => __obj.updateDynamic(\"selectionMode\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplateTarget]\n    }\n  }\n\n  \/** Describes a filter used for the target resources in an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateTargetFilter extends js.Object {\n    var path: js.UndefOr[ExperimentTemplateTargetFilterPath]\n    var values: js.UndefOr[ExperimentTemplateTargetFilterValues]\n  }\n\n  object ExperimentTemplateTargetFilter {\n    @inline\n    def apply(\n        path: js.UndefOr[ExperimentTemplateTargetFilterPath] = js.undefined,\n        values: js.UndefOr[ExperimentTemplateTargetFilterValues] = js.undefined\n    ): ExperimentTemplateTargetFilter = {\n      val __obj = js.Dynamic.literal()\n      path.foreach(__v => __obj.updateDynamic(\"path\")(__v.asInstanceOf[js.Any]))\n      values.foreach(__v => __obj.updateDynamic(\"values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExperimentTemplateTargetFilter]\n    }\n  }\n\n  \/** Describes a filter used for the target resource input in an experiment template.\n    *\/\n  @js.native\n  trait ExperimentTemplateTargetInputFilter extends js.Object {\n    var path: ExperimentTemplateTargetFilterPath\n    var values: ExperimentTemplateTargetFilterValues\n  }\n\n  object ExperimentTemplateTargetInputFilter {\n    @inline\n    def apply(\n        path: ExperimentTemplateTargetFilterPath,\n        values: ExperimentTemplateTargetFilterValues\n    ): ExperimentTemplateTargetInputFilter = {\n      val __obj = js.Dynamic.literal(\n        \"path\" -> path.asInstanceOf[js.Any],\n        \"values\" -> values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExperimentTemplateTargetInputFilter]\n    }\n  }\n\n  @js.native\n  trait GetActionRequest extends js.Object {\n    var id: ActionId\n  }\n\n  object GetActionRequest {\n    @inline\n    def apply(\n        id: ActionId\n    ): GetActionRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetActionRequest]\n    }\n  }\n\n  @js.native\n  trait GetActionResponse extends js.Object {\n    var action: js.UndefOr[Action]\n  }\n\n  object GetActionResponse {\n    @inline\n    def apply(\n        action: js.UndefOr[Action] = js.undefined\n    ): GetActionResponse = {\n      val __obj = js.Dynamic.literal()\n      action.foreach(__v => __obj.updateDynamic(\"action\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetActionResponse]\n    }\n  }\n\n  @js.native\n  trait GetExperimentRequest extends js.Object {\n    var id: ExperimentId\n  }\n\n  object GetExperimentRequest {\n    @inline\n    def apply(\n        id: ExperimentId\n    ): GetExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait GetExperimentResponse extends js.Object {\n    var experiment: js.UndefOr[Experiment]\n  }\n\n  object GetExperimentResponse {\n    @inline\n    def apply(\n        experiment: js.UndefOr[Experiment] = js.undefined\n    ): GetExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      experiment.foreach(__v => __obj.updateDynamic(\"experiment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait GetExperimentTemplateRequest extends js.Object {\n    var id: ExperimentTemplateId\n  }\n\n  object GetExperimentTemplateRequest {\n    @inline\n    def apply(\n        id: ExperimentTemplateId\n    ): GetExperimentTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetExperimentTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait GetExperimentTemplateResponse extends js.Object {\n    var experimentTemplate: js.UndefOr[ExperimentTemplate]\n  }\n\n  object GetExperimentTemplateResponse {\n    @inline\n    def apply(\n        experimentTemplate: js.UndefOr[ExperimentTemplate] = js.undefined\n    ): GetExperimentTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      experimentTemplate.foreach(__v => __obj.updateDynamic(\"experimentTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetExperimentTemplateResponse]\n    }\n  }\n\n  @js.native\n  trait ListActionsRequest extends js.Object {\n    var maxResults: js.UndefOr[ListActionsMaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListActionsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[ListActionsMaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListActionsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListActionsRequest]\n    }\n  }\n\n  @js.native\n  trait ListActionsResponse extends js.Object {\n    var actions: js.UndefOr[ActionSummaryList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListActionsResponse {\n    @inline\n    def apply(\n        actions: js.UndefOr[ActionSummaryList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListActionsResponse = {\n      val __obj = js.Dynamic.literal()\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListActionsResponse]\n    }\n  }\n\n  @js.native\n  trait ListExperimentTemplatesRequest extends js.Object {\n    var maxResults: js.UndefOr[ListExperimentTemplatesMaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListExperimentTemplatesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[ListExperimentTemplatesMaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListExperimentTemplatesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentTemplatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListExperimentTemplatesResponse extends js.Object {\n    var experimentTemplates: js.UndefOr[ExperimentTemplateSummaryList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListExperimentTemplatesResponse {\n    @inline\n    def apply(\n        experimentTemplates: js.UndefOr[ExperimentTemplateSummaryList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListExperimentTemplatesResponse = {\n      val __obj = js.Dynamic.literal()\n      experimentTemplates.foreach(__v => __obj.updateDynamic(\"experimentTemplates\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentTemplatesResponse]\n    }\n  }\n\n  @js.native\n  trait ListExperimentsRequest extends js.Object {\n    var maxResults: js.UndefOr[ListExperimentsMaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListExperimentsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[ListExperimentsMaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListExperimentsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListExperimentsResponse extends js.Object {\n    var experiments: js.UndefOr[ExperimentSummaryList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListExperimentsResponse {\n    @inline\n    def apply(\n        experiments: js.UndefOr[ExperimentSummaryList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListExperimentsResponse = {\n      val __obj = js.Dynamic.literal()\n      experiments.foreach(__v => __obj.updateDynamic(\"experiments\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListExperimentsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  trait StartExperimentRequest extends js.Object {\n    var clientToken: ClientToken\n    var experimentTemplateId: ExperimentTemplateId\n    var tags: js.UndefOr[TagMap]\n  }\n\n  object StartExperimentRequest {\n    @inline\n    def apply(\n        clientToken: ClientToken,\n        experimentTemplateId: ExperimentTemplateId,\n        tags: js.UndefOr[TagMap] = js.undefined\n    ): StartExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"clientToken\" -> clientToken.asInstanceOf[js.Any],\n        \"experimentTemplateId\" -> experimentTemplateId.asInstanceOf[js.Any]\n      )\n\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait StartExperimentResponse extends js.Object {\n    var experiment: js.UndefOr[Experiment]\n  }\n\n  object StartExperimentResponse {\n    @inline\n    def apply(\n        experiment: js.UndefOr[Experiment] = js.undefined\n    ): StartExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      experiment.foreach(__v => __obj.updateDynamic(\"experiment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait StopExperimentRequest extends js.Object {\n    var id: ExperimentId\n  }\n\n  object StopExperimentRequest {\n    @inline\n    def apply(\n        id: ExperimentId\n    ): StopExperimentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopExperimentRequest]\n    }\n  }\n\n  @js.native\n  trait StopExperimentResponse extends js.Object {\n    var experiment: js.UndefOr[Experiment]\n  }\n\n  object StopExperimentResponse {\n    @inline\n    def apply(\n        experiment: js.UndefOr[Experiment] = js.undefined\n    ): StopExperimentResponse = {\n      val __obj = js.Dynamic.literal()\n      experiment.foreach(__v => __obj.updateDynamic(\"experiment\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopExperimentResponse]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tags: TagMap\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tags: TagMap\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any],\n        \"tags\" -> tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var resourceArn: ResourceArn\n    var tagKeys: js.UndefOr[TagKeyList]\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        resourceArn: ResourceArn,\n        tagKeys: js.UndefOr[TagKeyList] = js.undefined\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n\n      tagKeys.foreach(__v => __obj.updateDynamic(\"tagKeys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  \/** Specifies an action for an experiment template.\n    *\/\n  @js.native\n  trait UpdateExperimentTemplateActionInputItem extends js.Object {\n    var actionId: js.UndefOr[ActionId]\n    var description: js.UndefOr[ExperimentTemplateActionDescription]\n    var parameters: js.UndefOr[ExperimentTemplateActionParameterMap]\n    var startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList]\n    var targets: js.UndefOr[ExperimentTemplateActionTargetMap]\n  }\n\n  object UpdateExperimentTemplateActionInputItem {\n    @inline\n    def apply(\n        actionId: js.UndefOr[ActionId] = js.undefined,\n        description: js.UndefOr[ExperimentTemplateActionDescription] = js.undefined,\n        parameters: js.UndefOr[ExperimentTemplateActionParameterMap] = js.undefined,\n        startAfter: js.UndefOr[ExperimentTemplateActionStartAfterList] = js.undefined,\n        targets: js.UndefOr[ExperimentTemplateActionTargetMap] = js.undefined\n    ): UpdateExperimentTemplateActionInputItem = {\n      val __obj = js.Dynamic.literal()\n      actionId.foreach(__v => __obj.updateDynamic(\"actionId\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      parameters.foreach(__v => __obj.updateDynamic(\"parameters\")(__v.asInstanceOf[js.Any]))\n      startAfter.foreach(__v => __obj.updateDynamic(\"startAfter\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentTemplateActionInputItem]\n    }\n  }\n\n  @js.native\n  trait UpdateExperimentTemplateRequest extends js.Object {\n    var id: ExperimentTemplateId\n    var actions: js.UndefOr[UpdateExperimentTemplateActionInputMap]\n    var description: js.UndefOr[ExperimentTemplateDescription]\n    var roleArn: js.UndefOr[RoleArn]\n    var stopConditions: js.UndefOr[UpdateExperimentTemplateStopConditionInputList]\n    var targets: js.UndefOr[UpdateExperimentTemplateTargetInputMap]\n  }\n\n  object UpdateExperimentTemplateRequest {\n    @inline\n    def apply(\n        id: ExperimentTemplateId,\n        actions: js.UndefOr[UpdateExperimentTemplateActionInputMap] = js.undefined,\n        description: js.UndefOr[ExperimentTemplateDescription] = js.undefined,\n        roleArn: js.UndefOr[RoleArn] = js.undefined,\n        stopConditions: js.UndefOr[UpdateExperimentTemplateStopConditionInputList] = js.undefined,\n        targets: js.UndefOr[UpdateExperimentTemplateTargetInputMap] = js.undefined\n    ): UpdateExperimentTemplateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"id\" -> id.asInstanceOf[js.Any]\n      )\n\n      actions.foreach(__v => __obj.updateDynamic(\"actions\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      roleArn.foreach(__v => __obj.updateDynamic(\"roleArn\")(__v.asInstanceOf[js.Any]))\n      stopConditions.foreach(__v => __obj.updateDynamic(\"stopConditions\")(__v.asInstanceOf[js.Any]))\n      targets.foreach(__v => __obj.updateDynamic(\"targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentTemplateRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateExperimentTemplateResponse extends js.Object {\n    var experimentTemplate: js.UndefOr[ExperimentTemplate]\n  }\n\n  object UpdateExperimentTemplateResponse {\n    @inline\n    def apply(\n        experimentTemplate: js.UndefOr[ExperimentTemplate] = js.undefined\n    ): UpdateExperimentTemplateResponse = {\n      val __obj = js.Dynamic.literal()\n      experimentTemplate.foreach(__v => __obj.updateDynamic(\"experimentTemplate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentTemplateResponse]\n    }\n  }\n\n  \/** Specifies a stop condition for an experiment. You can define a stop condition as a CloudWatch alarm.\n    *\/\n  @js.native\n  trait UpdateExperimentTemplateStopConditionInput extends js.Object {\n    var source: StopConditionSource\n    var value: js.UndefOr[StopConditionValue]\n  }\n\n  object UpdateExperimentTemplateStopConditionInput {\n    @inline\n    def apply(\n        source: StopConditionSource,\n        value: js.UndefOr[StopConditionValue] = js.undefined\n    ): UpdateExperimentTemplateStopConditionInput = {\n      val __obj = js.Dynamic.literal(\n        \"source\" -> source.asInstanceOf[js.Any]\n      )\n\n      value.foreach(__v => __obj.updateDynamic(\"value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentTemplateStopConditionInput]\n    }\n  }\n\n  \/** Specifies a target for an experiment. You must specify at least one Amazon Resource Name (ARN) or at least one resource tag. You cannot specify both.\n    *\/\n  @js.native\n  trait UpdateExperimentTemplateTargetInput extends js.Object {\n    var resourceType: ResourceType\n    var selectionMode: ExperimentTemplateTargetSelectionMode\n    var filters: js.UndefOr[ExperimentTemplateTargetFilterInputList]\n    var resourceArns: js.UndefOr[ResourceArnList]\n    var resourceTags: js.UndefOr[TagMap]\n  }\n\n  object UpdateExperimentTemplateTargetInput {\n    @inline\n    def apply(\n        resourceType: ResourceType,\n        selectionMode: ExperimentTemplateTargetSelectionMode,\n        filters: js.UndefOr[ExperimentTemplateTargetFilterInputList] = js.undefined,\n        resourceArns: js.UndefOr[ResourceArnList] = js.undefined,\n        resourceTags: js.UndefOr[TagMap] = js.undefined\n    ): UpdateExperimentTemplateTargetInput = {\n      val __obj = js.Dynamic.literal(\n        \"resourceType\" -> resourceType.asInstanceOf[js.Any],\n        \"selectionMode\" -> selectionMode.asInstanceOf[js.Any]\n      )\n\n      filters.foreach(__v => __obj.updateDynamic(\"filters\")(__v.asInstanceOf[js.Any]))\n      resourceArns.foreach(__v => __obj.updateDynamic(\"resourceArns\")(__v.asInstanceOf[js.Any]))\n      resourceTags.foreach(__v => __obj.updateDynamic(\"resourceTags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateExperimentTemplateTargetInput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"credentials\/src\/main\/scala\/facade\/amazonaws\/credentials\/ChainableTemporaryCredentials.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade<gh_stars>10-100\npackage facade.amazonaws.credentials\n\nimport facade.amazonaws.{AWSConfig, AWSCredentials}\nimport facade.amazonaws.services.sts\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n@js.native\n@JSImport(\"aws-sdk\/lib\/node_loader\", \"ChainableTemporaryCredentials\", \"AWS.ChainableTemporaryCredentials\")\nclass ChainableTemporaryCredentials() extends AWSCredentials {\n  def this(options: ChainableTemporaryCredentialsOptions) = this()\n\n  def service: sts.STS = js.native\n}\n\ntrait ChainableTemporaryCredentialsOptions extends js.Object {\n  var params: js.UndefOr[sts.AssumeRoleRequest | sts.GetSessionTokenRequest]\n  var masterCredentials: js.UndefOr[AWSCredentials]\n  var stsConfig: js.UndefOr[AWSConfig] \/\/ js.UndefOr[ServiceConfigurationOptions with sts.ClientApiVersions]\n  var tokenCodeFn: js.UndefOr[js.Function2[String, js.Function2[js.Error, String, Unit], Unit]]\n}\n\nobject ChainableTemporaryCredentialsOptions {\n  def apply(\n      params: js.UndefOr[sts.AssumeRoleRequest | sts.GetSessionTokenRequest] = js.undefined,\n      masterCredentials: js.UndefOr[AWSCredentials] = js.undefined,\n      stsConfig: js.UndefOr[AWSConfig] = js.undefined, \/\/ js.UndefOr[ServiceConfigurationOptions with sts.ClientApiVersions]\n      tokenCodeFn: js.UndefOr[js.Function2[String, js.Function2[js.Error, String, Unit], Unit]] = js.undefined\n  ): ChainableTemporaryCredentialsOptions = {\n    val _obj$ = js.Dynamic.literal(\n    )\n    params.foreach(_v => _obj$.updateDynamic(\"params\")(_v.asInstanceOf[js.Any]))\n    masterCredentials.foreach(_v => _obj$.updateDynamic(\"masterCredentials\")(_v.asInstanceOf[js.Any]))\n    stsConfig.foreach(_v => _obj$.updateDynamic(\"stsConfig\")(_v.asInstanceOf[js.Any]))\n    tokenCodeFn.foreach(_v => _obj$.updateDynamic(\"tokenCodeFn\")(_v.asInstanceOf[js.Any]))\n    _obj$.asInstanceOf[ChainableTemporaryCredentialsOptions]\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/rds\/src\/main\/scala\/facade\/amazonaws\/services\/RDS.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object rds {\n  type AccountQuotaList = js.Array[AccountQuota]\n  type AttributeValueList = js.Array[String]\n  type AvailabilityZoneList = js.Array[AvailabilityZone]\n  type AvailabilityZones = js.Array[String]\n  type AvailableProcessorFeatureList = js.Array[AvailableProcessorFeature]\n  type AwsBackupRecoveryPointArn = String\n  type BooleanOptional = Boolean\n  type CertificateList = js.Array[Certificate]\n  type CustomAvailabilityZoneList = js.Array[CustomAvailabilityZone]\n  type DBClusterBacktrackList = js.Array[DBClusterBacktrack]\n  type DBClusterEndpointList = js.Array[DBClusterEndpoint]\n  type DBClusterIdentifier = String\n  type DBClusterList = js.Array[DBCluster]\n  type DBClusterMemberList = js.Array[DBClusterMember]\n  type DBClusterOptionGroupMemberships = js.Array[DBClusterOptionGroupStatus]\n  type DBClusterParameterGroupList = js.Array[DBClusterParameterGroup]\n  type DBClusterRoles = js.Array[DBClusterRole]\n  type DBClusterSnapshotAttributeList = js.Array[DBClusterSnapshotAttribute]\n  type DBClusterSnapshotList = js.Array[DBClusterSnapshot]\n  type DBEngineVersionList = js.Array[DBEngineVersion]\n  type DBInstanceAutomatedBackupList = js.Array[DBInstanceAutomatedBackup]\n  type DBInstanceAutomatedBackupsReplicationList = js.Array[DBInstanceAutomatedBackupsReplication]\n  type DBInstanceList = js.Array[DBInstance]\n  type DBInstanceRoles = js.Array[DBInstanceRole]\n  type DBInstanceStatusInfoList = js.Array[DBInstanceStatusInfo]\n  type DBParameterGroupList = js.Array[DBParameterGroup]\n  type DBParameterGroupStatusList = js.Array[DBParameterGroupStatus]\n  type DBProxyEndpointList = js.Array[DBProxyEndpoint]\n  type DBProxyEndpointName = String\n  type DBProxyList = js.Array[DBProxy]\n  type DBProxyName = String\n  type DBSecurityGroupMembershipList = js.Array[DBSecurityGroupMembership]\n  type DBSecurityGroupNameList = js.Array[String]\n  type DBSecurityGroups = js.Array[DBSecurityGroup]\n  type DBSnapshotAttributeList = js.Array[DBSnapshotAttribute]\n  type DBSnapshotList = js.Array[DBSnapshot]\n  type DBSubnetGroups = js.Array[DBSubnetGroup]\n  type DescribeDBLogFilesList = js.Array[DescribeDBLogFilesDetails]\n  type DomainMembershipList = js.Array[DomainMembership]\n  type DoubleOptional = Double\n  type DoubleRangeList = js.Array[DoubleRange]\n  type EC2SecurityGroupList = js.Array[EC2SecurityGroup]\n  type EngineModeList = js.Array[String]\n  type EventCategoriesList = js.Array[String]\n  type EventCategoriesMapList = js.Array[EventCategoriesMap]\n  type EventList = js.Array[Event]\n  type EventSubscriptionsList = js.Array[EventSubscription]\n  type ExportTasksList = js.Array[ExportTask]\n  type FeatureNameList = js.Array[String]\n  type FilterList = js.Array[Filter]\n  type FilterValueList = js.Array[String]\n  type GlobalClusterIdentifier = String\n  type GlobalClusterList = js.Array[GlobalCluster]\n  type GlobalClusterMemberList = js.Array[GlobalClusterMember]\n  type IPRangeList = js.Array[IPRange]\n  type InstallationMediaList = js.Array[InstallationMedia]\n  type IntegerOptional = Int\n  type KeyList = js.Array[String]\n  type LogTypeList = js.Array[String]\n  type LongOptional = Double\n  type MaxRecords = Int\n  type MinimumEngineVersionPerAllowedValueList = js.Array[MinimumEngineVersionPerAllowedValue]\n  type OptionConfigurationList = js.Array[OptionConfiguration]\n  type OptionGroupMembershipList = js.Array[OptionGroupMembership]\n  type OptionGroupOptionSettingsList = js.Array[OptionGroupOptionSetting]\n  type OptionGroupOptionVersionsList = js.Array[OptionVersion]\n  type OptionGroupOptionsList = js.Array[OptionGroupOption]\n  type OptionGroupsList = js.Array[OptionGroup]\n  type OptionNamesList = js.Array[String]\n  type OptionSettingConfigurationList = js.Array[OptionSetting]\n  type OptionSettingsList = js.Array[OptionSetting]\n  type OptionsConflictsWith = js.Array[String]\n  type OptionsDependedOn = js.Array[String]\n  type OptionsList = js.Array[Option]\n  type OrderableDBInstanceOptionsList = js.Array[OrderableDBInstanceOption]\n  type ParametersList = js.Array[Parameter]\n  type PendingMaintenanceActionDetails = js.Array[PendingMaintenanceAction]\n  type PendingMaintenanceActions = js.Array[ResourcePendingMaintenanceActions]\n  type ProcessorFeatureList = js.Array[ProcessorFeature]\n  type RangeList = js.Array[Range]\n  type ReadReplicaDBClusterIdentifierList = js.Array[String]\n  type ReadReplicaDBInstanceIdentifierList = js.Array[String]\n  type ReadReplicaIdentifierList = js.Array[String]\n  type ReadersArnList = js.Array[String]\n  type RecurringChargeList = js.Array[RecurringCharge]\n  type ReservedDBInstanceList = js.Array[ReservedDBInstance]\n  type ReservedDBInstancesOfferingList = js.Array[ReservedDBInstancesOffering]\n  type SourceIdsList = js.Array[String]\n  type SourceRegionList = js.Array[SourceRegion]\n  type StringList = js.Array[String]\n  type StringSensitive = String\n  type SubnetIdentifierList = js.Array[String]\n  type SubnetList = js.Array[Subnet]\n  type SupportedCharacterSetsList = js.Array[CharacterSet]\n  type SupportedTimezonesList = js.Array[Timezone]\n  type TStamp = js.Date\n  type TagList = js.Array[Tag]\n  type TargetGroupList = js.Array[DBProxyTargetGroup]\n  type TargetList = js.Array[DBProxyTarget]\n  type UserAuthConfigInfoList = js.Array[UserAuthConfigInfo]\n  type UserAuthConfigList = js.Array[UserAuthConfig]\n  type ValidStorageOptionsList = js.Array[ValidStorageOptions]\n  type ValidUpgradeTargetList = js.Array[UpgradeTarget]\n  type VpcSecurityGroupIdList = js.Array[String]\n  type VpcSecurityGroupMembershipList = js.Array[VpcSecurityGroupMembership]\n\n  implicit final class RDSOps(private val service: RDS) extends AnyVal {\n\n    @inline def addRoleToDBClusterFuture(params: AddRoleToDBClusterMessage): Future[js.Object] = service.addRoleToDBCluster(params).promise().toFuture\n    @inline def addRoleToDBInstanceFuture(params: AddRoleToDBInstanceMessage): Future[js.Object] = service.addRoleToDBInstance(params).promise().toFuture\n    @inline def addSourceIdentifierToSubscriptionFuture(params: AddSourceIdentifierToSubscriptionMessage): Future[AddSourceIdentifierToSubscriptionResult] = service.addSourceIdentifierToSubscription(params).promise().toFuture\n    @inline def addTagsToResourceFuture(params: AddTagsToResourceMessage): Future[js.Object] = service.addTagsToResource(params).promise().toFuture\n    @inline def applyPendingMaintenanceActionFuture(params: ApplyPendingMaintenanceActionMessage): Future[ApplyPendingMaintenanceActionResult] = service.applyPendingMaintenanceAction(params).promise().toFuture\n    @inline def authorizeDBSecurityGroupIngressFuture(params: AuthorizeDBSecurityGroupIngressMessage): Future[AuthorizeDBSecurityGroupIngressResult] = service.authorizeDBSecurityGroupIngress(params).promise().toFuture\n    @inline def backtrackDBClusterFuture(params: BacktrackDBClusterMessage): Future[DBClusterBacktrack] = service.backtrackDBCluster(params).promise().toFuture\n    @inline def cancelExportTaskFuture(params: CancelExportTaskMessage): Future[ExportTask] = service.cancelExportTask(params).promise().toFuture\n    @inline def copyDBClusterParameterGroupFuture(params: CopyDBClusterParameterGroupMessage): Future[CopyDBClusterParameterGroupResult] = service.copyDBClusterParameterGroup(params).promise().toFuture\n    @inline def copyDBClusterSnapshotFuture(params: CopyDBClusterSnapshotMessage): Future[CopyDBClusterSnapshotResult] = service.copyDBClusterSnapshot(params).promise().toFuture\n    @inline def copyDBParameterGroupFuture(params: CopyDBParameterGroupMessage): Future[CopyDBParameterGroupResult] = service.copyDBParameterGroup(params).promise().toFuture\n    @inline def copyDBSnapshotFuture(params: CopyDBSnapshotMessage): Future[CopyDBSnapshotResult] = service.copyDBSnapshot(params).promise().toFuture\n    @inline def copyOptionGroupFuture(params: CopyOptionGroupMessage): Future[CopyOptionGroupResult] = service.copyOptionGroup(params).promise().toFuture\n    @inline def createCustomAvailabilityZoneFuture(params: CreateCustomAvailabilityZoneMessage): Future[CreateCustomAvailabilityZoneResult] = service.createCustomAvailabilityZone(params).promise().toFuture\n    @inline def createDBClusterEndpointFuture(params: CreateDBClusterEndpointMessage): Future[DBClusterEndpoint] = service.createDBClusterEndpoint(params).promise().toFuture\n    @inline def createDBClusterFuture(params: CreateDBClusterMessage): Future[CreateDBClusterResult] = service.createDBCluster(params).promise().toFuture\n    @inline def createDBClusterParameterGroupFuture(params: CreateDBClusterParameterGroupMessage): Future[CreateDBClusterParameterGroupResult] = service.createDBClusterParameterGroup(params).promise().toFuture\n    @inline def createDBClusterSnapshotFuture(params: CreateDBClusterSnapshotMessage): Future[CreateDBClusterSnapshotResult] = service.createDBClusterSnapshot(params).promise().toFuture\n    @inline def createDBInstanceFuture(params: CreateDBInstanceMessage): Future[CreateDBInstanceResult] = service.createDBInstance(params).promise().toFuture\n    @inline def createDBInstanceReadReplicaFuture(params: CreateDBInstanceReadReplicaMessage): Future[CreateDBInstanceReadReplicaResult] = service.createDBInstanceReadReplica(params).promise().toFuture\n    @inline def createDBParameterGroupFuture(params: CreateDBParameterGroupMessage): Future[CreateDBParameterGroupResult] = service.createDBParameterGroup(params).promise().toFuture\n    @inline def createDBProxyEndpointFuture(params: CreateDBProxyEndpointRequest): Future[CreateDBProxyEndpointResponse] = service.createDBProxyEndpoint(params).promise().toFuture\n    @inline def createDBProxyFuture(params: CreateDBProxyRequest): Future[CreateDBProxyResponse] = service.createDBProxy(params).promise().toFuture\n    @inline def createDBSecurityGroupFuture(params: CreateDBSecurityGroupMessage): Future[CreateDBSecurityGroupResult] = service.createDBSecurityGroup(params).promise().toFuture\n    @inline def createDBSnapshotFuture(params: CreateDBSnapshotMessage): Future[CreateDBSnapshotResult] = service.createDBSnapshot(params).promise().toFuture\n    @inline def createDBSubnetGroupFuture(params: CreateDBSubnetGroupMessage): Future[CreateDBSubnetGroupResult] = service.createDBSubnetGroup(params).promise().toFuture\n    @inline def createEventSubscriptionFuture(params: CreateEventSubscriptionMessage): Future[CreateEventSubscriptionResult] = service.createEventSubscription(params).promise().toFuture\n    @inline def createGlobalClusterFuture(params: CreateGlobalClusterMessage): Future[CreateGlobalClusterResult] = service.createGlobalCluster(params).promise().toFuture\n    @inline def createOptionGroupFuture(params: CreateOptionGroupMessage): Future[CreateOptionGroupResult] = service.createOptionGroup(params).promise().toFuture\n    @inline def deleteCustomAvailabilityZoneFuture(params: DeleteCustomAvailabilityZoneMessage): Future[DeleteCustomAvailabilityZoneResult] = service.deleteCustomAvailabilityZone(params).promise().toFuture\n    @inline def deleteDBClusterEndpointFuture(params: DeleteDBClusterEndpointMessage): Future[DBClusterEndpoint] = service.deleteDBClusterEndpoint(params).promise().toFuture\n    @inline def deleteDBClusterFuture(params: DeleteDBClusterMessage): Future[DeleteDBClusterResult] = service.deleteDBCluster(params).promise().toFuture\n    @inline def deleteDBClusterParameterGroupFuture(params: DeleteDBClusterParameterGroupMessage): Future[js.Object] = service.deleteDBClusterParameterGroup(params).promise().toFuture\n    @inline def deleteDBClusterSnapshotFuture(params: DeleteDBClusterSnapshotMessage): Future[DeleteDBClusterSnapshotResult] = service.deleteDBClusterSnapshot(params).promise().toFuture\n    @inline def deleteDBInstanceAutomatedBackupFuture(params: DeleteDBInstanceAutomatedBackupMessage): Future[DeleteDBInstanceAutomatedBackupResult] = service.deleteDBInstanceAutomatedBackup(params).promise().toFuture\n    @inline def deleteDBInstanceFuture(params: DeleteDBInstanceMessage): Future[DeleteDBInstanceResult] = service.deleteDBInstance(params).promise().toFuture\n    @inline def deleteDBParameterGroupFuture(params: DeleteDBParameterGroupMessage): Future[js.Object] = service.deleteDBParameterGroup(params).promise().toFuture\n    @inline def deleteDBProxyEndpointFuture(params: DeleteDBProxyEndpointRequest): Future[DeleteDBProxyEndpointResponse] = service.deleteDBProxyEndpoint(params).promise().toFuture\n    @inline def deleteDBProxyFuture(params: DeleteDBProxyRequest): Future[DeleteDBProxyResponse] = service.deleteDBProxy(params).promise().toFuture\n    @inline def deleteDBSecurityGroupFuture(params: DeleteDBSecurityGroupMessage): Future[js.Object] = service.deleteDBSecurityGroup(params).promise().toFuture\n    @inline def deleteDBSnapshotFuture(params: DeleteDBSnapshotMessage): Future[DeleteDBSnapshotResult] = service.deleteDBSnapshot(params).promise().toFuture\n    @inline def deleteDBSubnetGroupFuture(params: DeleteDBSubnetGroupMessage): Future[js.Object] = service.deleteDBSubnetGroup(params).promise().toFuture\n    @inline def deleteEventSubscriptionFuture(params: DeleteEventSubscriptionMessage): Future[DeleteEventSubscriptionResult] = service.deleteEventSubscription(params).promise().toFuture\n    @inline def deleteGlobalClusterFuture(params: DeleteGlobalClusterMessage): Future[DeleteGlobalClusterResult] = service.deleteGlobalCluster(params).promise().toFuture\n    @inline def deleteInstallationMediaFuture(params: DeleteInstallationMediaMessage): Future[InstallationMedia] = service.deleteInstallationMedia(params).promise().toFuture\n    @inline def deleteOptionGroupFuture(params: DeleteOptionGroupMessage): Future[js.Object] = service.deleteOptionGroup(params).promise().toFuture\n    @inline def deregisterDBProxyTargetsFuture(params: DeregisterDBProxyTargetsRequest): Future[DeregisterDBProxyTargetsResponse] = service.deregisterDBProxyTargets(params).promise().toFuture\n    @inline def describeAccountAttributesFuture(params: DescribeAccountAttributesMessage): Future[AccountAttributesMessage] = service.describeAccountAttributes(params).promise().toFuture\n    @inline def describeCertificatesFuture(params: DescribeCertificatesMessage): Future[CertificateMessage] = service.describeCertificates(params).promise().toFuture\n    @inline def describeCustomAvailabilityZonesFuture(params: DescribeCustomAvailabilityZonesMessage): Future[CustomAvailabilityZoneMessage] = service.describeCustomAvailabilityZones(params).promise().toFuture\n    @inline def describeDBClusterBacktracksFuture(params: DescribeDBClusterBacktracksMessage): Future[DBClusterBacktrackMessage] = service.describeDBClusterBacktracks(params).promise().toFuture\n    @inline def describeDBClusterEndpointsFuture(params: DescribeDBClusterEndpointsMessage): Future[DBClusterEndpointMessage] = service.describeDBClusterEndpoints(params).promise().toFuture\n    @inline def describeDBClusterParameterGroupsFuture(params: DescribeDBClusterParameterGroupsMessage): Future[DBClusterParameterGroupsMessage] = service.describeDBClusterParameterGroups(params).promise().toFuture\n    @inline def describeDBClusterParametersFuture(params: DescribeDBClusterParametersMessage): Future[DBClusterParameterGroupDetails] = service.describeDBClusterParameters(params).promise().toFuture\n    @inline def describeDBClusterSnapshotAttributesFuture(params: DescribeDBClusterSnapshotAttributesMessage): Future[DescribeDBClusterSnapshotAttributesResult] = service.describeDBClusterSnapshotAttributes(params).promise().toFuture\n    @inline def describeDBClusterSnapshotsFuture(params: DescribeDBClusterSnapshotsMessage): Future[DBClusterSnapshotMessage] = service.describeDBClusterSnapshots(params).promise().toFuture\n    @inline def describeDBClustersFuture(params: DescribeDBClustersMessage): Future[DBClusterMessage] = service.describeDBClusters(params).promise().toFuture\n    @inline def describeDBEngineVersionsFuture(params: DescribeDBEngineVersionsMessage): Future[DBEngineVersionMessage] = service.describeDBEngineVersions(params).promise().toFuture\n    @inline def describeDBInstanceAutomatedBackupsFuture(params: DescribeDBInstanceAutomatedBackupsMessage): Future[DBInstanceAutomatedBackupMessage] = service.describeDBInstanceAutomatedBackups(params).promise().toFuture\n    @inline def describeDBInstancesFuture(params: DescribeDBInstancesMessage): Future[DBInstanceMessage] = service.describeDBInstances(params).promise().toFuture\n    @inline def describeDBLogFilesFuture(params: DescribeDBLogFilesMessage): Future[DescribeDBLogFilesResponse] = service.describeDBLogFiles(params).promise().toFuture\n    @inline def describeDBParameterGroupsFuture(params: DescribeDBParameterGroupsMessage): Future[DBParameterGroupsMessage] = service.describeDBParameterGroups(params).promise().toFuture\n    @inline def describeDBParametersFuture(params: DescribeDBParametersMessage): Future[DBParameterGroupDetails] = service.describeDBParameters(params).promise().toFuture\n    @inline def describeDBProxiesFuture(params: DescribeDBProxiesRequest): Future[DescribeDBProxiesResponse] = service.describeDBProxies(params).promise().toFuture\n    @inline def describeDBProxyEndpointsFuture(params: DescribeDBProxyEndpointsRequest): Future[DescribeDBProxyEndpointsResponse] = service.describeDBProxyEndpoints(params).promise().toFuture\n    @inline def describeDBProxyTargetGroupsFuture(params: DescribeDBProxyTargetGroupsRequest): Future[DescribeDBProxyTargetGroupsResponse] = service.describeDBProxyTargetGroups(params).promise().toFuture\n    @inline def describeDBProxyTargetsFuture(params: DescribeDBProxyTargetsRequest): Future[DescribeDBProxyTargetsResponse] = service.describeDBProxyTargets(params).promise().toFuture\n    @inline def describeDBSecurityGroupsFuture(params: DescribeDBSecurityGroupsMessage): Future[DBSecurityGroupMessage] = service.describeDBSecurityGroups(params).promise().toFuture\n    @inline def describeDBSnapshotAttributesFuture(params: DescribeDBSnapshotAttributesMessage): Future[DescribeDBSnapshotAttributesResult] = service.describeDBSnapshotAttributes(params).promise().toFuture\n    @inline def describeDBSnapshotsFuture(params: DescribeDBSnapshotsMessage): Future[DBSnapshotMessage] = service.describeDBSnapshots(params).promise().toFuture\n    @inline def describeDBSubnetGroupsFuture(params: DescribeDBSubnetGroupsMessage): Future[DBSubnetGroupMessage] = service.describeDBSubnetGroups(params).promise().toFuture\n    @inline def describeEngineDefaultClusterParametersFuture(params: DescribeEngineDefaultClusterParametersMessage): Future[DescribeEngineDefaultClusterParametersResult] = service.describeEngineDefaultClusterParameters(params).promise().toFuture\n    @inline def describeEngineDefaultParametersFuture(params: DescribeEngineDefaultParametersMessage): Future[DescribeEngineDefaultParametersResult] = service.describeEngineDefaultParameters(params).promise().toFuture\n    @inline def describeEventCategoriesFuture(params: DescribeEventCategoriesMessage): Future[EventCategoriesMessage] = service.describeEventCategories(params).promise().toFuture\n    @inline def describeEventSubscriptionsFuture(params: DescribeEventSubscriptionsMessage): Future[EventSubscriptionsMessage] = service.describeEventSubscriptions(params).promise().toFuture\n    @inline def describeEventsFuture(params: DescribeEventsMessage): Future[EventsMessage] = service.describeEvents(params).promise().toFuture\n    @inline def describeExportTasksFuture(params: DescribeExportTasksMessage): Future[ExportTasksMessage] = service.describeExportTasks(params).promise().toFuture\n    @inline def describeGlobalClustersFuture(params: DescribeGlobalClustersMessage): Future[GlobalClustersMessage] = service.describeGlobalClusters(params).promise().toFuture\n    @inline def describeInstallationMediaFuture(params: DescribeInstallationMediaMessage): Future[InstallationMediaMessage] = service.describeInstallationMedia(params).promise().toFuture\n    @inline def describeOptionGroupOptionsFuture(params: DescribeOptionGroupOptionsMessage): Future[OptionGroupOptionsMessage] = service.describeOptionGroupOptions(params).promise().toFuture\n    @inline def describeOptionGroupsFuture(params: DescribeOptionGroupsMessage): Future[OptionGroups] = service.describeOptionGroups(params).promise().toFuture\n    @inline def describeOrderableDBInstanceOptionsFuture(params: DescribeOrderableDBInstanceOptionsMessage): Future[OrderableDBInstanceOptionsMessage] = service.describeOrderableDBInstanceOptions(params).promise().toFuture\n    @inline def describePendingMaintenanceActionsFuture(params: DescribePendingMaintenanceActionsMessage): Future[PendingMaintenanceActionsMessage] = service.describePendingMaintenanceActions(params).promise().toFuture\n    @inline def describeReservedDBInstancesFuture(params: DescribeReservedDBInstancesMessage): Future[ReservedDBInstanceMessage] = service.describeReservedDBInstances(params).promise().toFuture\n    @inline def describeReservedDBInstancesOfferingsFuture(params: DescribeReservedDBInstancesOfferingsMessage): Future[ReservedDBInstancesOfferingMessage] = service.describeReservedDBInstancesOfferings(params).promise().toFuture\n    @inline def describeSourceRegionsFuture(params: DescribeSourceRegionsMessage): Future[SourceRegionMessage] = service.describeSourceRegions(params).promise().toFuture\n    @inline def describeValidDBInstanceModificationsFuture(params: DescribeValidDBInstanceModificationsMessage): Future[DescribeValidDBInstanceModificationsResult] = service.describeValidDBInstanceModifications(params).promise().toFuture\n    @inline def downloadDBLogFilePortionFuture(params: DownloadDBLogFilePortionMessage): Future[DownloadDBLogFilePortionDetails] = service.downloadDBLogFilePortion(params).promise().toFuture\n    @inline def failoverDBClusterFuture(params: FailoverDBClusterMessage): Future[FailoverDBClusterResult] = service.failoverDBCluster(params).promise().toFuture\n    @inline def failoverGlobalClusterFuture(params: FailoverGlobalClusterMessage): Future[FailoverGlobalClusterResult] = service.failoverGlobalCluster(params).promise().toFuture\n    @inline def importInstallationMediaFuture(params: ImportInstallationMediaMessage): Future[InstallationMedia] = service.importInstallationMedia(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceMessage): Future[TagListMessage] = service.listTagsForResource(params).promise().toFuture\n    @inline def modifyCertificatesFuture(params: ModifyCertificatesMessage): Future[ModifyCertificatesResult] = service.modifyCertificates(params).promise().toFuture\n    @inline def modifyCurrentDBClusterCapacityFuture(params: ModifyCurrentDBClusterCapacityMessage): Future[DBClusterCapacityInfo] = service.modifyCurrentDBClusterCapacity(params).promise().toFuture\n    @inline def modifyDBClusterEndpointFuture(params: ModifyDBClusterEndpointMessage): Future[DBClusterEndpoint] = service.modifyDBClusterEndpoint(params).promise().toFuture\n    @inline def modifyDBClusterFuture(params: ModifyDBClusterMessage): Future[ModifyDBClusterResult] = service.modifyDBCluster(params).promise().toFuture\n    @inline def modifyDBClusterParameterGroupFuture(params: ModifyDBClusterParameterGroupMessage): Future[DBClusterParameterGroupNameMessage] = service.modifyDBClusterParameterGroup(params).promise().toFuture\n    @inline def modifyDBClusterSnapshotAttributeFuture(params: ModifyDBClusterSnapshotAttributeMessage): Future[ModifyDBClusterSnapshotAttributeResult] = service.modifyDBClusterSnapshotAttribute(params).promise().toFuture\n    @inline def modifyDBInstanceFuture(params: ModifyDBInstanceMessage): Future[ModifyDBInstanceResult] = service.modifyDBInstance(params).promise().toFuture\n    @inline def modifyDBParameterGroupFuture(params: ModifyDBParameterGroupMessage): Future[DBParameterGroupNameMessage] = service.modifyDBParameterGroup(params).promise().toFuture\n    @inline def modifyDBProxyEndpointFuture(params: ModifyDBProxyEndpointRequest): Future[ModifyDBProxyEndpointResponse] = service.modifyDBProxyEndpoint(params).promise().toFuture\n    @inline def modifyDBProxyFuture(params: ModifyDBProxyRequest): Future[ModifyDBProxyResponse] = service.modifyDBProxy(params).promise().toFuture\n    @inline def modifyDBProxyTargetGroupFuture(params: ModifyDBProxyTargetGroupRequest): Future[ModifyDBProxyTargetGroupResponse] = service.modifyDBProxyTargetGroup(params).promise().toFuture\n    @inline def modifyDBSnapshotAttributeFuture(params: ModifyDBSnapshotAttributeMessage): Future[ModifyDBSnapshotAttributeResult] = service.modifyDBSnapshotAttribute(params).promise().toFuture\n    @inline def modifyDBSnapshotFuture(params: ModifyDBSnapshotMessage): Future[ModifyDBSnapshotResult] = service.modifyDBSnapshot(params).promise().toFuture\n    @inline def modifyDBSubnetGroupFuture(params: ModifyDBSubnetGroupMessage): Future[ModifyDBSubnetGroupResult] = service.modifyDBSubnetGroup(params).promise().toFuture\n    @inline def modifyEventSubscriptionFuture(params: ModifyEventSubscriptionMessage): Future[ModifyEventSubscriptionResult] = service.modifyEventSubscription(params).promise().toFuture\n    @inline def modifyGlobalClusterFuture(params: ModifyGlobalClusterMessage): Future[ModifyGlobalClusterResult] = service.modifyGlobalCluster(params).promise().toFuture\n    @inline def modifyOptionGroupFuture(params: ModifyOptionGroupMessage): Future[ModifyOptionGroupResult] = service.modifyOptionGroup(params).promise().toFuture\n    @inline def promoteReadReplicaDBClusterFuture(params: PromoteReadReplicaDBClusterMessage): Future[PromoteReadReplicaDBClusterResult] = service.promoteReadReplicaDBCluster(params).promise().toFuture\n    @inline def promoteReadReplicaFuture(params: PromoteReadReplicaMessage): Future[PromoteReadReplicaResult] = service.promoteReadReplica(params).promise().toFuture\n    @inline def purchaseReservedDBInstancesOfferingFuture(params: PurchaseReservedDBInstancesOfferingMessage): Future[PurchaseReservedDBInstancesOfferingResult] = service.purchaseReservedDBInstancesOffering(params).promise().toFuture\n    @inline def rebootDBInstanceFuture(params: RebootDBInstanceMessage): Future[RebootDBInstanceResult] = service.rebootDBInstance(params).promise().toFuture\n    @inline def registerDBProxyTargetsFuture(params: RegisterDBProxyTargetsRequest): Future[RegisterDBProxyTargetsResponse] = service.registerDBProxyTargets(params).promise().toFuture\n    @inline def removeFromGlobalClusterFuture(params: RemoveFromGlobalClusterMessage): Future[RemoveFromGlobalClusterResult] = service.removeFromGlobalCluster(params).promise().toFuture\n    @inline def removeRoleFromDBClusterFuture(params: RemoveRoleFromDBClusterMessage): Future[js.Object] = service.removeRoleFromDBCluster(params).promise().toFuture\n    @inline def removeRoleFromDBInstanceFuture(params: RemoveRoleFromDBInstanceMessage): Future[js.Object] = service.removeRoleFromDBInstance(params).promise().toFuture\n    @inline def removeSourceIdentifierFromSubscriptionFuture(params: RemoveSourceIdentifierFromSubscriptionMessage): Future[RemoveSourceIdentifierFromSubscriptionResult] = service.removeSourceIdentifierFromSubscription(params).promise().toFuture\n    @inline def removeTagsFromResourceFuture(params: RemoveTagsFromResourceMessage): Future[js.Object] = service.removeTagsFromResource(params).promise().toFuture\n    @inline def resetDBClusterParameterGroupFuture(params: ResetDBClusterParameterGroupMessage): Future[DBClusterParameterGroupNameMessage] = service.resetDBClusterParameterGroup(params).promise().toFuture\n    @inline def resetDBParameterGroupFuture(params: ResetDBParameterGroupMessage): Future[DBParameterGroupNameMessage] = service.resetDBParameterGroup(params).promise().toFuture\n    @inline def restoreDBClusterFromS3Future(params: RestoreDBClusterFromS3Message): Future[RestoreDBClusterFromS3Result] = service.restoreDBClusterFromS3(params).promise().toFuture\n    @inline def restoreDBClusterFromSnapshotFuture(params: RestoreDBClusterFromSnapshotMessage): Future[RestoreDBClusterFromSnapshotResult] = service.restoreDBClusterFromSnapshot(params).promise().toFuture\n    @inline def restoreDBClusterToPointInTimeFuture(params: RestoreDBClusterToPointInTimeMessage): Future[RestoreDBClusterToPointInTimeResult] = service.restoreDBClusterToPointInTime(params).promise().toFuture\n    @inline def restoreDBInstanceFromDBSnapshotFuture(params: RestoreDBInstanceFromDBSnapshotMessage): Future[RestoreDBInstanceFromDBSnapshotResult] = service.restoreDBInstanceFromDBSnapshot(params).promise().toFuture\n    @inline def restoreDBInstanceFromS3Future(params: RestoreDBInstanceFromS3Message): Future[RestoreDBInstanceFromS3Result] = service.restoreDBInstanceFromS3(params).promise().toFuture\n    @inline def restoreDBInstanceToPointInTimeFuture(params: RestoreDBInstanceToPointInTimeMessage): Future[RestoreDBInstanceToPointInTimeResult] = service.restoreDBInstanceToPointInTime(params).promise().toFuture\n    @inline def revokeDBSecurityGroupIngressFuture(params: RevokeDBSecurityGroupIngressMessage): Future[RevokeDBSecurityGroupIngressResult] = service.revokeDBSecurityGroupIngress(params).promise().toFuture\n    @inline def startActivityStreamFuture(params: StartActivityStreamRequest): Future[StartActivityStreamResponse] = service.startActivityStream(params).promise().toFuture\n    @inline def startDBClusterFuture(params: StartDBClusterMessage): Future[StartDBClusterResult] = service.startDBCluster(params).promise().toFuture\n    @inline def startDBInstanceAutomatedBackupsReplicationFuture(params: StartDBInstanceAutomatedBackupsReplicationMessage): Future[StartDBInstanceAutomatedBackupsReplicationResult] = service.startDBInstanceAutomatedBackupsReplication(params).promise().toFuture\n    @inline def startDBInstanceFuture(params: StartDBInstanceMessage): Future[StartDBInstanceResult] = service.startDBInstance(params).promise().toFuture\n    @inline def startExportTaskFuture(params: StartExportTaskMessage): Future[ExportTask] = service.startExportTask(params).promise().toFuture\n    @inline def stopActivityStreamFuture(params: StopActivityStreamRequest): Future[StopActivityStreamResponse] = service.stopActivityStream(params).promise().toFuture\n    @inline def stopDBClusterFuture(params: StopDBClusterMessage): Future[StopDBClusterResult] = service.stopDBCluster(params).promise().toFuture\n    @inline def stopDBInstanceAutomatedBackupsReplicationFuture(params: StopDBInstanceAutomatedBackupsReplicationMessage): Future[StopDBInstanceAutomatedBackupsReplicationResult] = service.stopDBInstanceAutomatedBackupsReplication(params).promise().toFuture\n    @inline def stopDBInstanceFuture(params: StopDBInstanceMessage): Future[StopDBInstanceResult] = service.stopDBInstance(params).promise().toFuture\n\n  }\n}\n\npackage rds {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/rds\", JSImport.Namespace, \"AWS.RDS\")\n  class RDS() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def addRoleToDBCluster(params: AddRoleToDBClusterMessage): Request[js.Object] = js.native\n    def addRoleToDBInstance(params: AddRoleToDBInstanceMessage): Request[js.Object] = js.native\n    def addSourceIdentifierToSubscription(params: AddSourceIdentifierToSubscriptionMessage): Request[AddSourceIdentifierToSubscriptionResult] = js.native\n    def addTagsToResource(params: AddTagsToResourceMessage): Request[js.Object] = js.native\n    def applyPendingMaintenanceAction(params: ApplyPendingMaintenanceActionMessage): Request[ApplyPendingMaintenanceActionResult] = js.native\n    def authorizeDBSecurityGroupIngress(params: AuthorizeDBSecurityGroupIngressMessage): Request[AuthorizeDBSecurityGroupIngressResult] = js.native\n    def backtrackDBCluster(params: BacktrackDBClusterMessage): Request[DBClusterBacktrack] = js.native\n    def cancelExportTask(params: CancelExportTaskMessage): Request[ExportTask] = js.native\n    def copyDBClusterParameterGroup(params: CopyDBClusterParameterGroupMessage): Request[CopyDBClusterParameterGroupResult] = js.native\n    def copyDBClusterSnapshot(params: CopyDBClusterSnapshotMessage): Request[CopyDBClusterSnapshotResult] = js.native\n    def copyDBParameterGroup(params: CopyDBParameterGroupMessage): Request[CopyDBParameterGroupResult] = js.native\n    def copyDBSnapshot(params: CopyDBSnapshotMessage): Request[CopyDBSnapshotResult] = js.native\n    def copyOptionGroup(params: CopyOptionGroupMessage): Request[CopyOptionGroupResult] = js.native\n    def createCustomAvailabilityZone(params: CreateCustomAvailabilityZoneMessage): Request[CreateCustomAvailabilityZoneResult] = js.native\n    def createDBCluster(params: CreateDBClusterMessage): Request[CreateDBClusterResult] = js.native\n    def createDBClusterEndpoint(params: CreateDBClusterEndpointMessage): Request[DBClusterEndpoint] = js.native\n    def createDBClusterParameterGroup(params: CreateDBClusterParameterGroupMessage): Request[CreateDBClusterParameterGroupResult] = js.native\n    def createDBClusterSnapshot(params: CreateDBClusterSnapshotMessage): Request[CreateDBClusterSnapshotResult] = js.native\n    def createDBInstance(params: CreateDBInstanceMessage): Request[CreateDBInstanceResult] = js.native\n    def createDBInstanceReadReplica(params: CreateDBInstanceReadReplicaMessage): Request[CreateDBInstanceReadReplicaResult] = js.native\n    def createDBParameterGroup(params: CreateDBParameterGroupMessage): Request[CreateDBParameterGroupResult] = js.native\n    def createDBProxy(params: CreateDBProxyRequest): Request[CreateDBProxyResponse] = js.native\n    def createDBProxyEndpoint(params: CreateDBProxyEndpointRequest): Request[CreateDBProxyEndpointResponse] = js.native\n    def createDBSecurityGroup(params: CreateDBSecurityGroupMessage): Request[CreateDBSecurityGroupResult] = js.native\n    def createDBSnapshot(params: CreateDBSnapshotMessage): Request[CreateDBSnapshotResult] = js.native\n    def createDBSubnetGroup(params: CreateDBSubnetGroupMessage): Request[CreateDBSubnetGroupResult] = js.native\n    def createEventSubscription(params: CreateEventSubscriptionMessage): Request[CreateEventSubscriptionResult] = js.native\n    def createGlobalCluster(params: CreateGlobalClusterMessage): Request[CreateGlobalClusterResult] = js.native\n    def createOptionGroup(params: CreateOptionGroupMessage): Request[CreateOptionGroupResult] = js.native\n    def deleteCustomAvailabilityZone(params: DeleteCustomAvailabilityZoneMessage): Request[DeleteCustomAvailabilityZoneResult] = js.native\n    def deleteDBCluster(params: DeleteDBClusterMessage): Request[DeleteDBClusterResult] = js.native\n    def deleteDBClusterEndpoint(params: DeleteDBClusterEndpointMessage): Request[DBClusterEndpoint] = js.native\n    def deleteDBClusterParameterGroup(params: DeleteDBClusterParameterGroupMessage): Request[js.Object] = js.native\n    def deleteDBClusterSnapshot(params: DeleteDBClusterSnapshotMessage): Request[DeleteDBClusterSnapshotResult] = js.native\n    def deleteDBInstance(params: DeleteDBInstanceMessage): Request[DeleteDBInstanceResult] = js.native\n    def deleteDBInstanceAutomatedBackup(params: DeleteDBInstanceAutomatedBackupMessage): Request[DeleteDBInstanceAutomatedBackupResult] = js.native\n    def deleteDBParameterGroup(params: DeleteDBParameterGroupMessage): Request[js.Object] = js.native\n    def deleteDBProxy(params: DeleteDBProxyRequest): Request[DeleteDBProxyResponse] = js.native\n    def deleteDBProxyEndpoint(params: DeleteDBProxyEndpointRequest): Request[DeleteDBProxyEndpointResponse] = js.native\n    def deleteDBSecurityGroup(params: DeleteDBSecurityGroupMessage): Request[js.Object] = js.native\n    def deleteDBSnapshot(params: DeleteDBSnapshotMessage): Request[DeleteDBSnapshotResult] = js.native\n    def deleteDBSubnetGroup(params: DeleteDBSubnetGroupMessage): Request[js.Object] = js.native\n    def deleteEventSubscription(params: DeleteEventSubscriptionMessage): Request[DeleteEventSubscriptionResult] = js.native\n    def deleteGlobalCluster(params: DeleteGlobalClusterMessage): Request[DeleteGlobalClusterResult] = js.native\n    def deleteInstallationMedia(params: DeleteInstallationMediaMessage): Request[InstallationMedia] = js.native\n    def deleteOptionGroup(params: DeleteOptionGroupMessage): Request[js.Object] = js.native\n    def deregisterDBProxyTargets(params: DeregisterDBProxyTargetsRequest): Request[DeregisterDBProxyTargetsResponse] = js.native\n    def describeAccountAttributes(params: DescribeAccountAttributesMessage): Request[AccountAttributesMessage] = js.native\n    def describeCertificates(params: DescribeCertificatesMessage): Request[CertificateMessage] = js.native\n    def describeCustomAvailabilityZones(params: DescribeCustomAvailabilityZonesMessage): Request[CustomAvailabilityZoneMessage] = js.native\n    def describeDBClusterBacktracks(params: DescribeDBClusterBacktracksMessage): Request[DBClusterBacktrackMessage] = js.native\n    def describeDBClusterEndpoints(params: DescribeDBClusterEndpointsMessage): Request[DBClusterEndpointMessage] = js.native\n    def describeDBClusterParameterGroups(params: DescribeDBClusterParameterGroupsMessage): Request[DBClusterParameterGroupsMessage] = js.native\n    def describeDBClusterParameters(params: DescribeDBClusterParametersMessage): Request[DBClusterParameterGroupDetails] = js.native\n    def describeDBClusterSnapshotAttributes(params: DescribeDBClusterSnapshotAttributesMessage): Request[DescribeDBClusterSnapshotAttributesResult] = js.native\n    def describeDBClusterSnapshots(params: DescribeDBClusterSnapshotsMessage): Request[DBClusterSnapshotMessage] = js.native\n    def describeDBClusters(params: DescribeDBClustersMessage): Request[DBClusterMessage] = js.native\n    def describeDBEngineVersions(params: DescribeDBEngineVersionsMessage): Request[DBEngineVersionMessage] = js.native\n    def describeDBInstanceAutomatedBackups(params: DescribeDBInstanceAutomatedBackupsMessage): Request[DBInstanceAutomatedBackupMessage] = js.native\n    def describeDBInstances(params: DescribeDBInstancesMessage): Request[DBInstanceMessage] = js.native\n    def describeDBLogFiles(params: DescribeDBLogFilesMessage): Request[DescribeDBLogFilesResponse] = js.native\n    def describeDBParameterGroups(params: DescribeDBParameterGroupsMessage): Request[DBParameterGroupsMessage] = js.native\n    def describeDBParameters(params: DescribeDBParametersMessage): Request[DBParameterGroupDetails] = js.native\n    def describeDBProxies(params: DescribeDBProxiesRequest): Request[DescribeDBProxiesResponse] = js.native\n    def describeDBProxyEndpoints(params: DescribeDBProxyEndpointsRequest): Request[DescribeDBProxyEndpointsResponse] = js.native\n    def describeDBProxyTargetGroups(params: DescribeDBProxyTargetGroupsRequest): Request[DescribeDBProxyTargetGroupsResponse] = js.native\n    def describeDBProxyTargets(params: DescribeDBProxyTargetsRequest): Request[DescribeDBProxyTargetsResponse] = js.native\n    def describeDBSecurityGroups(params: DescribeDBSecurityGroupsMessage): Request[DBSecurityGroupMessage] = js.native\n    def describeDBSnapshotAttributes(params: DescribeDBSnapshotAttributesMessage): Request[DescribeDBSnapshotAttributesResult] = js.native\n    def describeDBSnapshots(params: DescribeDBSnapshotsMessage): Request[DBSnapshotMessage] = js.native\n    def describeDBSubnetGroups(params: DescribeDBSubnetGroupsMessage): Request[DBSubnetGroupMessage] = js.native\n    def describeEngineDefaultClusterParameters(params: DescribeEngineDefaultClusterParametersMessage): Request[DescribeEngineDefaultClusterParametersResult] = js.native\n    def describeEngineDefaultParameters(params: DescribeEngineDefaultParametersMessage): Request[DescribeEngineDefaultParametersResult] = js.native\n    def describeEventCategories(params: DescribeEventCategoriesMessage): Request[EventCategoriesMessage] = js.native\n    def describeEventSubscriptions(params: DescribeEventSubscriptionsMessage): Request[EventSubscriptionsMessage] = js.native\n    def describeEvents(params: DescribeEventsMessage): Request[EventsMessage] = js.native\n    def describeExportTasks(params: DescribeExportTasksMessage): Request[ExportTasksMessage] = js.native\n    def describeGlobalClusters(params: DescribeGlobalClustersMessage): Request[GlobalClustersMessage] = js.native\n    def describeInstallationMedia(params: DescribeInstallationMediaMessage): Request[InstallationMediaMessage] = js.native\n    def describeOptionGroupOptions(params: DescribeOptionGroupOptionsMessage): Request[OptionGroupOptionsMessage] = js.native\n    def describeOptionGroups(params: DescribeOptionGroupsMessage): Request[OptionGroups] = js.native\n    def describeOrderableDBInstanceOptions(params: DescribeOrderableDBInstanceOptionsMessage): Request[OrderableDBInstanceOptionsMessage] = js.native\n    def describePendingMaintenanceActions(params: DescribePendingMaintenanceActionsMessage): Request[PendingMaintenanceActionsMessage] = js.native\n    def describeReservedDBInstances(params: DescribeReservedDBInstancesMessage): Request[ReservedDBInstanceMessage] = js.native\n    def describeReservedDBInstancesOfferings(params: DescribeReservedDBInstancesOfferingsMessage): Request[ReservedDBInstancesOfferingMessage] = js.native\n    def describeSourceRegions(params: DescribeSourceRegionsMessage): Request[SourceRegionMessage] = js.native\n    def describeValidDBInstanceModifications(params: DescribeValidDBInstanceModificationsMessage): Request[DescribeValidDBInstanceModificationsResult] = js.native\n    def downloadDBLogFilePortion(params: DownloadDBLogFilePortionMessage): Request[DownloadDBLogFilePortionDetails] = js.native\n    def failoverDBCluster(params: FailoverDBClusterMessage): Request[FailoverDBClusterResult] = js.native\n    def failoverGlobalCluster(params: FailoverGlobalClusterMessage): Request[FailoverGlobalClusterResult] = js.native\n    def importInstallationMedia(params: ImportInstallationMediaMessage): Request[InstallationMedia] = js.native\n    def listTagsForResource(params: ListTagsForResourceMessage): Request[TagListMessage] = js.native\n    def modifyCertificates(params: ModifyCertificatesMessage): Request[ModifyCertificatesResult] = js.native\n    def modifyCurrentDBClusterCapacity(params: ModifyCurrentDBClusterCapacityMessage): Request[DBClusterCapacityInfo] = js.native\n    def modifyDBCluster(params: ModifyDBClusterMessage): Request[ModifyDBClusterResult] = js.native\n    def modifyDBClusterEndpoint(params: ModifyDBClusterEndpointMessage): Request[DBClusterEndpoint] = js.native\n    def modifyDBClusterParameterGroup(params: ModifyDBClusterParameterGroupMessage): Request[DBClusterParameterGroupNameMessage] = js.native\n    def modifyDBClusterSnapshotAttribute(params: ModifyDBClusterSnapshotAttributeMessage): Request[ModifyDBClusterSnapshotAttributeResult] = js.native\n    def modifyDBInstance(params: ModifyDBInstanceMessage): Request[ModifyDBInstanceResult] = js.native\n    def modifyDBParameterGroup(params: ModifyDBParameterGroupMessage): Request[DBParameterGroupNameMessage] = js.native\n    def modifyDBProxy(params: ModifyDBProxyRequest): Request[ModifyDBProxyResponse] = js.native\n    def modifyDBProxyEndpoint(params: ModifyDBProxyEndpointRequest): Request[ModifyDBProxyEndpointResponse] = js.native\n    def modifyDBProxyTargetGroup(params: ModifyDBProxyTargetGroupRequest): Request[ModifyDBProxyTargetGroupResponse] = js.native\n    def modifyDBSnapshot(params: ModifyDBSnapshotMessage): Request[ModifyDBSnapshotResult] = js.native\n    def modifyDBSnapshotAttribute(params: ModifyDBSnapshotAttributeMessage): Request[ModifyDBSnapshotAttributeResult] = js.native\n    def modifyDBSubnetGroup(params: ModifyDBSubnetGroupMessage): Request[ModifyDBSubnetGroupResult] = js.native\n    def modifyEventSubscription(params: ModifyEventSubscriptionMessage): Request[ModifyEventSubscriptionResult] = js.native\n    def modifyGlobalCluster(params: ModifyGlobalClusterMessage): Request[ModifyGlobalClusterResult] = js.native\n    def modifyOptionGroup(params: ModifyOptionGroupMessage): Request[ModifyOptionGroupResult] = js.native\n    def promoteReadReplica(params: PromoteReadReplicaMessage): Request[PromoteReadReplicaResult] = js.native\n    def promoteReadReplicaDBCluster(params: PromoteReadReplicaDBClusterMessage): Request[PromoteReadReplicaDBClusterResult] = js.native\n    def purchaseReservedDBInstancesOffering(params: PurchaseReservedDBInstancesOfferingMessage): Request[PurchaseReservedDBInstancesOfferingResult] = js.native\n    def rebootDBInstance(params: RebootDBInstanceMessage): Request[RebootDBInstanceResult] = js.native\n    def registerDBProxyTargets(params: RegisterDBProxyTargetsRequest): Request[RegisterDBProxyTargetsResponse] = js.native\n    def removeFromGlobalCluster(params: RemoveFromGlobalClusterMessage): Request[RemoveFromGlobalClusterResult] = js.native\n    def removeRoleFromDBCluster(params: RemoveRoleFromDBClusterMessage): Request[js.Object] = js.native\n    def removeRoleFromDBInstance(params: RemoveRoleFromDBInstanceMessage): Request[js.Object] = js.native\n    def removeSourceIdentifierFromSubscription(params: RemoveSourceIdentifierFromSubscriptionMessage): Request[RemoveSourceIdentifierFromSubscriptionResult] = js.native\n    def removeTagsFromResource(params: RemoveTagsFromResourceMessage): Request[js.Object] = js.native\n    def resetDBClusterParameterGroup(params: ResetDBClusterParameterGroupMessage): Request[DBClusterParameterGroupNameMessage] = js.native\n    def resetDBParameterGroup(params: ResetDBParameterGroupMessage): Request[DBParameterGroupNameMessage] = js.native\n    def restoreDBClusterFromS3(params: RestoreDBClusterFromS3Message): Request[RestoreDBClusterFromS3Result] = js.native\n    def restoreDBClusterFromSnapshot(params: RestoreDBClusterFromSnapshotMessage): Request[RestoreDBClusterFromSnapshotResult] = js.native\n    def restoreDBClusterToPointInTime(params: RestoreDBClusterToPointInTimeMessage): Request[RestoreDBClusterToPointInTimeResult] = js.native\n    def restoreDBInstanceFromDBSnapshot(params: RestoreDBInstanceFromDBSnapshotMessage): Request[RestoreDBInstanceFromDBSnapshotResult] = js.native\n    def restoreDBInstanceFromS3(params: RestoreDBInstanceFromS3Message): Request[RestoreDBInstanceFromS3Result] = js.native\n    def restoreDBInstanceToPointInTime(params: RestoreDBInstanceToPointInTimeMessage): Request[RestoreDBInstanceToPointInTimeResult] = js.native\n    def revokeDBSecurityGroupIngress(params: RevokeDBSecurityGroupIngressMessage): Request[RevokeDBSecurityGroupIngressResult] = js.native\n    def startActivityStream(params: StartActivityStreamRequest): Request[StartActivityStreamResponse] = js.native\n    def startDBCluster(params: StartDBClusterMessage): Request[StartDBClusterResult] = js.native\n    def startDBInstance(params: StartDBInstanceMessage): Request[StartDBInstanceResult] = js.native\n    def startDBInstanceAutomatedBackupsReplication(params: StartDBInstanceAutomatedBackupsReplicationMessage): Request[StartDBInstanceAutomatedBackupsReplicationResult] = js.native\n    def startExportTask(params: StartExportTaskMessage): Request[ExportTask] = js.native\n    def stopActivityStream(params: StopActivityStreamRequest): Request[StopActivityStreamResponse] = js.native\n    def stopDBCluster(params: StopDBClusterMessage): Request[StopDBClusterResult] = js.native\n    def stopDBInstance(params: StopDBInstanceMessage): Request[StopDBInstanceResult] = js.native\n    def stopDBInstanceAutomatedBackupsReplication(params: StopDBInstanceAutomatedBackupsReplicationMessage): Request[StopDBInstanceAutomatedBackupsReplicationResult] = js.native\n  }\n\n  \/** Data returned by the ```DescribeAccountAttributes``` action.\n    *\/\n  @js.native\n  trait AccountAttributesMessage extends js.Object {\n    var AccountQuotas: js.UndefOr[AccountQuotaList]\n  }\n\n  object AccountAttributesMessage {\n    @inline\n    def apply(\n        AccountQuotas: js.UndefOr[AccountQuotaList] = js.undefined\n    ): AccountAttributesMessage = {\n      val __obj = js.Dynamic.literal()\n      AccountQuotas.foreach(__v => __obj.updateDynamic(\"AccountQuotas\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountAttributesMessage]\n    }\n  }\n\n  \/** Describes a quota for an AWS account. The following are account quotas: * <code>AllocatedStorage<\/code> - The total allocated storage per account, in GiB. The used value is the total allocated storage in the account, in GiB. * <code>AuthorizationsPerDBSecurityGroup<\/code> - The number of ingress rules per DB security group. The used value is the highest number of ingress rules in a DB security group in the account. Other DB security groups in the account might have a lower number of ingress rules. * <code>CustomEndpointsPerDBCluster<\/code> - The number of custom endpoints per DB cluster. The used value is the highest number of custom endpoints in a DB clusters in the account. Other DB clusters in the account might have a lower number of custom endpoints. * <code>DBClusterParameterGroups<\/code> - The number of DB cluster parameter groups per account, excluding default parameter groups. The used value is the count of nondefault DB cluster parameter groups in the account. *\n    * <code>DBClusterRoles<\/code> - The number of associated AWS Identity and Access Management (IAM) roles per DB cluster. The used value is the highest number of associated IAM roles for a DB cluster in the account. Other DB clusters in the account might have a lower number of associated IAM roles. * <code>DBClusters<\/code> - The number of DB clusters per account. The used value is the count of DB clusters in the account. * <code>DBInstanceRoles<\/code> - The number of associated IAM roles per DB instance. The used value is the highest number of associated IAM roles for a DB instance in the account. Other DB instances in the account might have a lower number of associated IAM roles. * <code>DBInstances<\/code> - The number of DB instances per account. The used value is the count of the DB instances in the account. Amazon RDS DB instances, Amazon Aurora DB instances, Amazon Neptune instances, and Amazon DocumentDB instances apply to this quota. * <code>DBParameterGroups<\/code> - The\n    * number of DB parameter groups per account, excluding default parameter groups. The used value is the count of nondefault DB parameter groups in the account. * <code>DBSecurityGroups<\/code> - The number of DB security groups (not VPC security groups) per account, excluding the default security group. The used value is the count of nondefault DB security groups in the account. * <code>DBSubnetGroups<\/code> - The number of DB subnet groups per account. The used value is the count of the DB subnet groups in the account. * <code>EventSubscriptions<\/code> - The number of event subscriptions per account. The used value is the count of the event subscriptions in the account. * <code>ManualClusterSnapshots<\/code> - The number of manual DB cluster snapshots per account. The used value is the count of the manual DB cluster snapshots in the account. * <code>ManualSnapshots<\/code> - The number of manual DB instance snapshots per account. The used value is the count of the manual DB instance\n    * snapshots in the account. * <code>OptionGroups<\/code> - The number of DB option groups per account, excluding default option groups. The used value is the count of nondefault DB option groups in the account. * <code>ReadReplicasPerMaster<\/code> - The number of read replicas per DB instance. The used value is the highest number of read replicas for a DB instance in the account. Other DB instances in the account might have a lower number of read replicas. * <code>ReservedDBInstances<\/code> - The number of reserved DB instances per account. The used value is the count of the active reserved DB instances in the account. * <code>SubnetsPerDBSubnetGroup<\/code> - The number of subnets per DB subnet group. The used value is highest number of subnets for a DB subnet group in the account. Other DB subnet groups in the account might have a lower number of subnets. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/UserGuide\/CHAP_Limits.html|Quotas for Amazon RDS]] in\n    * the <i>Amazon RDS User Guide<\/i> and [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/AuroraUserGuide\/CHAP_Limits.html|Quotas for Amazon Aurora]] in the <i>Amazon Aurora User Guide<\/i>.\n    *\/\n  @js.native\n  trait AccountQuota extends js.Object {\n    var AccountQuotaName: js.UndefOr[String]\n    var Max: js.UndefOr[Double]\n    var Used: js.UndefOr[Double]\n  }\n\n  object AccountQuota {\n    @inline\n    def apply(\n        AccountQuotaName: js.UndefOr[String] = js.undefined,\n        Max: js.UndefOr[Double] = js.undefined,\n        Used: js.UndefOr[Double] = js.undefined\n    ): AccountQuota = {\n      val __obj = js.Dynamic.literal()\n      AccountQuotaName.foreach(__v => __obj.updateDynamic(\"AccountQuotaName\")(__v.asInstanceOf[js.Any]))\n      Max.foreach(__v => __obj.updateDynamic(\"Max\")(__v.asInstanceOf[js.Any]))\n      Used.foreach(__v => __obj.updateDynamic(\"Used\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AccountQuota]\n    }\n  }\n\n  @js.native\n  sealed trait ActivityStreamMode extends js.Any\n  object ActivityStreamMode {\n    val sync = \"sync\".asInstanceOf[ActivityStreamMode]\n    val async = \"async\".asInstanceOf[ActivityStreamMode]\n\n    @inline def values = js.Array(sync, async)\n  }\n\n  @js.native\n  sealed trait ActivityStreamStatus extends js.Any\n  object ActivityStreamStatus {\n    val stopped = \"stopped\".asInstanceOf[ActivityStreamStatus]\n    val starting = \"starting\".asInstanceOf[ActivityStreamStatus]\n    val started = \"started\".asInstanceOf[ActivityStreamStatus]\n    val stopping = \"stopping\".asInstanceOf[ActivityStreamStatus]\n\n    @inline def values = js.Array(stopped, starting, started, stopping)\n  }\n\n  @js.native\n  trait AddRoleToDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var RoleArn: String\n    var FeatureName: js.UndefOr[String]\n  }\n\n  object AddRoleToDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        RoleArn: String,\n        FeatureName: js.UndefOr[String] = js.undefined\n    ): AddRoleToDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddRoleToDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait AddRoleToDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var FeatureName: String\n    var RoleArn: String\n  }\n\n  object AddRoleToDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        FeatureName: String,\n        RoleArn: String\n    ): AddRoleToDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"FeatureName\" -> FeatureName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddRoleToDBInstanceMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddSourceIdentifierToSubscriptionMessage extends js.Object {\n    var SourceIdentifier: String\n    var SubscriptionName: String\n  }\n\n  object AddSourceIdentifierToSubscriptionMessage {\n    @inline\n    def apply(\n        SourceIdentifier: String,\n        SubscriptionName: String\n    ): AddSourceIdentifierToSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIdentifier\" -> SourceIdentifier.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddSourceIdentifierToSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait AddSourceIdentifierToSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object AddSourceIdentifierToSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): AddSourceIdentifierToSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AddSourceIdentifierToSubscriptionResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AddTagsToResourceMessage extends js.Object {\n    var ResourceName: String\n    var Tags: TagList\n  }\n\n  object AddTagsToResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        Tags: TagList\n    ): AddTagsToResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[AddTagsToResourceMessage]\n    }\n  }\n\n  @js.native\n  sealed trait ApplyMethod extends js.Any\n  object ApplyMethod {\n    val immediate = \"immediate\".asInstanceOf[ApplyMethod]\n    val `pending-reboot` = \"pending-reboot\".asInstanceOf[ApplyMethod]\n\n    @inline def values = js.Array(immediate, `pending-reboot`)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ApplyPendingMaintenanceActionMessage extends js.Object {\n    var ApplyAction: String\n    var OptInType: String\n    var ResourceIdentifier: String\n  }\n\n  object ApplyPendingMaintenanceActionMessage {\n    @inline\n    def apply(\n        ApplyAction: String,\n        OptInType: String,\n        ResourceIdentifier: String\n    ): ApplyPendingMaintenanceActionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ApplyAction\" -> ApplyAction.asInstanceOf[js.Any],\n        \"OptInType\" -> OptInType.asInstanceOf[js.Any],\n        \"ResourceIdentifier\" -> ResourceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ApplyPendingMaintenanceActionMessage]\n    }\n  }\n\n  @js.native\n  trait ApplyPendingMaintenanceActionResult extends js.Object {\n    var ResourcePendingMaintenanceActions: js.UndefOr[ResourcePendingMaintenanceActions]\n  }\n\n  object ApplyPendingMaintenanceActionResult {\n    @inline\n    def apply(\n        ResourcePendingMaintenanceActions: js.UndefOr[ResourcePendingMaintenanceActions] = js.undefined\n    ): ApplyPendingMaintenanceActionResult = {\n      val __obj = js.Dynamic.literal()\n      ResourcePendingMaintenanceActions.foreach(__v => __obj.updateDynamic(\"ResourcePendingMaintenanceActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplyPendingMaintenanceActionResult]\n    }\n  }\n\n  @js.native\n  sealed trait AuthScheme extends js.Any\n  object AuthScheme {\n    val SECRETS = \"SECRETS\".asInstanceOf[AuthScheme]\n\n    @inline def values = js.Array(SECRETS)\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait AuthorizeDBSecurityGroupIngressMessage extends js.Object {\n    var DBSecurityGroupName: String\n    var CIDRIP: js.UndefOr[String]\n    var EC2SecurityGroupId: js.UndefOr[String]\n    var EC2SecurityGroupName: js.UndefOr[String]\n    var EC2SecurityGroupOwnerId: js.UndefOr[String]\n  }\n\n  object AuthorizeDBSecurityGroupIngressMessage {\n    @inline\n    def apply(\n        DBSecurityGroupName: String,\n        CIDRIP: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupId: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupName: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupOwnerId: js.UndefOr[String] = js.undefined\n    ): AuthorizeDBSecurityGroupIngressMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSecurityGroupName\" -> DBSecurityGroupName.asInstanceOf[js.Any]\n      )\n\n      CIDRIP.foreach(__v => __obj.updateDynamic(\"CIDRIP\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupName.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupOwnerId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupOwnerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AuthorizeDBSecurityGroupIngressMessage]\n    }\n  }\n\n  @js.native\n  trait AuthorizeDBSecurityGroupIngressResult extends js.Object {\n    var DBSecurityGroup: js.UndefOr[DBSecurityGroup]\n  }\n\n  object AuthorizeDBSecurityGroupIngressResult {\n    @inline\n    def apply(\n        DBSecurityGroup: js.UndefOr[DBSecurityGroup] = js.undefined\n    ): AuthorizeDBSecurityGroupIngressResult = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroup.foreach(__v => __obj.updateDynamic(\"DBSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AuthorizeDBSecurityGroupIngressResult]\n    }\n  }\n\n  \/** Contains Availability Zone information. This data type is used as an element in the <code>OrderableDBInstanceOption<\/code> data type.\n    *\/\n  @js.native\n  trait AvailabilityZone extends js.Object {\n    var Name: js.UndefOr[String]\n  }\n\n  object AvailabilityZone {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined\n    ): AvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailabilityZone]\n    }\n  }\n\n  \/** Contains the available processor feature information for the DB instance class of a DB instance. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/UserGuide\/Concepts.DBInstanceClass.html#USER_ConfigureProcessor|Configuring the Processor of the DB Instance Class]] in the <i>Amazon RDS User Guide. <\/i>\n    *\/\n  @js.native\n  trait AvailableProcessorFeature extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var DefaultValue: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n  }\n\n  object AvailableProcessorFeature {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        DefaultValue: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined\n    ): AvailableProcessorFeature = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AvailableProcessorFeature]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait BacktrackDBClusterMessage extends js.Object {\n    var BacktrackTo: TStamp\n    var DBClusterIdentifier: String\n    var Force: js.UndefOr[BooleanOptional]\n    var UseEarliestTimeOnPointInTimeUnavailable: js.UndefOr[BooleanOptional]\n  }\n\n  object BacktrackDBClusterMessage {\n    @inline\n    def apply(\n        BacktrackTo: TStamp,\n        DBClusterIdentifier: String,\n        Force: js.UndefOr[BooleanOptional] = js.undefined,\n        UseEarliestTimeOnPointInTimeUnavailable: js.UndefOr[BooleanOptional] = js.undefined\n    ): BacktrackDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"BacktrackTo\" -> BacktrackTo.asInstanceOf[js.Any],\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      Force.foreach(__v => __obj.updateDynamic(\"Force\")(__v.asInstanceOf[js.Any]))\n      UseEarliestTimeOnPointInTimeUnavailable.foreach(__v => __obj.updateDynamic(\"UseEarliestTimeOnPointInTimeUnavailable\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BacktrackDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait CancelExportTaskMessage extends js.Object {\n    var ExportTaskIdentifier: String\n  }\n\n  object CancelExportTaskMessage {\n    @inline\n    def apply(\n        ExportTaskIdentifier: String\n    ): CancelExportTaskMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ExportTaskIdentifier\" -> ExportTaskIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CancelExportTaskMessage]\n    }\n  }\n\n  \/** A CA certificate for an AWS account.\n    *\/\n  @js.native\n  trait Certificate extends js.Object {\n    var CertificateArn: js.UndefOr[String]\n    var CertificateIdentifier: js.UndefOr[String]\n    var CertificateType: js.UndefOr[String]\n    var CustomerOverride: js.UndefOr[BooleanOptional]\n    var CustomerOverrideValidTill: js.UndefOr[TStamp]\n    var Thumbprint: js.UndefOr[String]\n    var ValidFrom: js.UndefOr[TStamp]\n    var ValidTill: js.UndefOr[TStamp]\n  }\n\n  object Certificate {\n    @inline\n    def apply(\n        CertificateArn: js.UndefOr[String] = js.undefined,\n        CertificateIdentifier: js.UndefOr[String] = js.undefined,\n        CertificateType: js.UndefOr[String] = js.undefined,\n        CustomerOverride: js.UndefOr[BooleanOptional] = js.undefined,\n        CustomerOverrideValidTill: js.UndefOr[TStamp] = js.undefined,\n        Thumbprint: js.UndefOr[String] = js.undefined,\n        ValidFrom: js.UndefOr[TStamp] = js.undefined,\n        ValidTill: js.UndefOr[TStamp] = js.undefined\n    ): Certificate = {\n      val __obj = js.Dynamic.literal()\n      CertificateArn.foreach(__v => __obj.updateDynamic(\"CertificateArn\")(__v.asInstanceOf[js.Any]))\n      CertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      CertificateType.foreach(__v => __obj.updateDynamic(\"CertificateType\")(__v.asInstanceOf[js.Any]))\n      CustomerOverride.foreach(__v => __obj.updateDynamic(\"CustomerOverride\")(__v.asInstanceOf[js.Any]))\n      CustomerOverrideValidTill.foreach(__v => __obj.updateDynamic(\"CustomerOverrideValidTill\")(__v.asInstanceOf[js.Any]))\n      Thumbprint.foreach(__v => __obj.updateDynamic(\"Thumbprint\")(__v.asInstanceOf[js.Any]))\n      ValidFrom.foreach(__v => __obj.updateDynamic(\"ValidFrom\")(__v.asInstanceOf[js.Any]))\n      ValidTill.foreach(__v => __obj.updateDynamic(\"ValidTill\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Certificate]\n    }\n  }\n\n  \/** Data returned by the ```DescribeCertificates``` action.\n    *\/\n  @js.native\n  trait CertificateMessage extends js.Object {\n    var Certificates: js.UndefOr[CertificateList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CertificateMessage {\n    @inline\n    def apply(\n        Certificates: js.UndefOr[CertificateList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CertificateMessage = {\n      val __obj = js.Dynamic.literal()\n      Certificates.foreach(__v => __obj.updateDynamic(\"Certificates\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CertificateMessage]\n    }\n  }\n\n  \/** This data type is used as a response element in the action <code>DescribeDBEngineVersions<\/code>.\n    *\/\n  @js.native\n  trait CharacterSet extends js.Object {\n    var CharacterSetDescription: js.UndefOr[String]\n    var CharacterSetName: js.UndefOr[String]\n  }\n\n  object CharacterSet {\n    @inline\n    def apply(\n        CharacterSetDescription: js.UndefOr[String] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined\n    ): CharacterSet = {\n      val __obj = js.Dynamic.literal()\n      CharacterSetDescription.foreach(__v => __obj.updateDynamic(\"CharacterSetDescription\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CharacterSet]\n    }\n  }\n\n  \/** The configuration setting for the log types to be enabled for export to CloudWatch Logs for a specific DB instance or DB cluster. The <code>EnableLogTypes<\/code> and <code>DisableLogTypes<\/code> arrays determine which logs will be exported (or not exported) to CloudWatch Logs. The values within these arrays depend on the DB engine being used. For more information about exporting CloudWatch Logs for Amazon RDS DB instances, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/UserGuide\/USER_LogAccess.html#USER_LogAccess.Procedural.UploadtoCloudWatch|Publishing Database Logs to Amazon CloudWatch Logs]] in the <i>Amazon RDS User Guide<\/i>. For more information about exporting CloudWatch Logs for Amazon Aurora DB clusters, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/AuroraUserGuide\/USER_LogAccess.html#USER_LogAccess.Procedural.UploadtoCloudWatch|Publishing Database Logs to Amazon CloudWatch Logs]] in the <i>Amazon Aurora User Guide<\/i>.\n    *\/\n  @js.native\n  trait CloudwatchLogsExportConfiguration extends js.Object {\n    var DisableLogTypes: js.UndefOr[LogTypeList]\n    var EnableLogTypes: js.UndefOr[LogTypeList]\n  }\n\n  object CloudwatchLogsExportConfiguration {\n    @inline\n    def apply(\n        DisableLogTypes: js.UndefOr[LogTypeList] = js.undefined,\n        EnableLogTypes: js.UndefOr[LogTypeList] = js.undefined\n    ): CloudwatchLogsExportConfiguration = {\n      val __obj = js.Dynamic.literal()\n      DisableLogTypes.foreach(__v => __obj.updateDynamic(\"DisableLogTypes\")(__v.asInstanceOf[js.Any]))\n      EnableLogTypes.foreach(__v => __obj.updateDynamic(\"EnableLogTypes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CloudwatchLogsExportConfiguration]\n    }\n  }\n\n  \/** This data type is used as a response element in the <code>ModifyDBCluster<\/code> operation and contains changes that will be applied during the next maintenance window.\n    *\/\n  @js.native\n  trait ClusterPendingModifiedValues extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional]\n    var MasterUserPassword: js.UndefOr[String]\n    var PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports]\n  }\n\n  object ClusterPendingModifiedValues {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports] = js.undefined\n    ): ClusterPendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      PendingCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"PendingCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ClusterPendingModifiedValues]\n    }\n  }\n\n  \/** Specifies the settings that control the size and behavior of the connection pool associated with a <code>DBProxyTargetGroup<\/code>.\n    *\/\n  @js.native\n  trait ConnectionPoolConfiguration extends js.Object {\n    var ConnectionBorrowTimeout: js.UndefOr[IntegerOptional]\n    var InitQuery: js.UndefOr[String]\n    var MaxConnectionsPercent: js.UndefOr[IntegerOptional]\n    var MaxIdleConnectionsPercent: js.UndefOr[IntegerOptional]\n    var SessionPinningFilters: js.UndefOr[StringList]\n  }\n\n  object ConnectionPoolConfiguration {\n    @inline\n    def apply(\n        ConnectionBorrowTimeout: js.UndefOr[IntegerOptional] = js.undefined,\n        InitQuery: js.UndefOr[String] = js.undefined,\n        MaxConnectionsPercent: js.UndefOr[IntegerOptional] = js.undefined,\n        MaxIdleConnectionsPercent: js.UndefOr[IntegerOptional] = js.undefined,\n        SessionPinningFilters: js.UndefOr[StringList] = js.undefined\n    ): ConnectionPoolConfiguration = {\n      val __obj = js.Dynamic.literal()\n      ConnectionBorrowTimeout.foreach(__v => __obj.updateDynamic(\"ConnectionBorrowTimeout\")(__v.asInstanceOf[js.Any]))\n      InitQuery.foreach(__v => __obj.updateDynamic(\"InitQuery\")(__v.asInstanceOf[js.Any]))\n      MaxConnectionsPercent.foreach(__v => __obj.updateDynamic(\"MaxConnectionsPercent\")(__v.asInstanceOf[js.Any]))\n      MaxIdleConnectionsPercent.foreach(__v => __obj.updateDynamic(\"MaxIdleConnectionsPercent\")(__v.asInstanceOf[js.Any]))\n      SessionPinningFilters.foreach(__v => __obj.updateDynamic(\"SessionPinningFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConnectionPoolConfiguration]\n    }\n  }\n\n  \/** Displays the settings that control the size and behavior of the connection pool associated with a <code>DBProxyTarget<\/code>.\n    *\/\n  @js.native\n  trait ConnectionPoolConfigurationInfo extends js.Object {\n    var ConnectionBorrowTimeout: js.UndefOr[Int]\n    var InitQuery: js.UndefOr[String]\n    var MaxConnectionsPercent: js.UndefOr[Int]\n    var MaxIdleConnectionsPercent: js.UndefOr[Int]\n    var SessionPinningFilters: js.UndefOr[StringList]\n  }\n\n  object ConnectionPoolConfigurationInfo {\n    @inline\n    def apply(\n        ConnectionBorrowTimeout: js.UndefOr[Int] = js.undefined,\n        InitQuery: js.UndefOr[String] = js.undefined,\n        MaxConnectionsPercent: js.UndefOr[Int] = js.undefined,\n        MaxIdleConnectionsPercent: js.UndefOr[Int] = js.undefined,\n        SessionPinningFilters: js.UndefOr[StringList] = js.undefined\n    ): ConnectionPoolConfigurationInfo = {\n      val __obj = js.Dynamic.literal()\n      ConnectionBorrowTimeout.foreach(__v => __obj.updateDynamic(\"ConnectionBorrowTimeout\")(__v.asInstanceOf[js.Any]))\n      InitQuery.foreach(__v => __obj.updateDynamic(\"InitQuery\")(__v.asInstanceOf[js.Any]))\n      MaxConnectionsPercent.foreach(__v => __obj.updateDynamic(\"MaxConnectionsPercent\")(__v.asInstanceOf[js.Any]))\n      MaxIdleConnectionsPercent.foreach(__v => __obj.updateDynamic(\"MaxIdleConnectionsPercent\")(__v.asInstanceOf[js.Any]))\n      SessionPinningFilters.foreach(__v => __obj.updateDynamic(\"SessionPinningFilters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ConnectionPoolConfigurationInfo]\n    }\n  }\n\n  @js.native\n  trait CopyDBClusterParameterGroupMessage extends js.Object {\n    var SourceDBClusterParameterGroupIdentifier: String\n    var TargetDBClusterParameterGroupDescription: String\n    var TargetDBClusterParameterGroupIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        SourceDBClusterParameterGroupIdentifier: String,\n        TargetDBClusterParameterGroupDescription: String,\n        TargetDBClusterParameterGroupIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBClusterParameterGroupIdentifier\" -> SourceDBClusterParameterGroupIdentifier.asInstanceOf[js.Any],\n        \"TargetDBClusterParameterGroupDescription\" -> TargetDBClusterParameterGroupDescription.asInstanceOf[js.Any],\n        \"TargetDBClusterParameterGroupIdentifier\" -> TargetDBClusterParameterGroupIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBClusterParameterGroupResult extends js.Object {\n    var DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup]\n  }\n\n  object CopyDBClusterParameterGroupResult {\n    @inline\n    def apply(\n        DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup] = js.undefined\n    ): CopyDBClusterParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterParameterGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CopyDBClusterSnapshotMessage extends js.Object {\n    var SourceDBClusterSnapshotIdentifier: String\n    var TargetDBClusterSnapshotIdentifier: String\n    var CopyTags: js.UndefOr[BooleanOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var PreSignedUrl: js.UndefOr[String]\n    var SourceRegion: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        SourceDBClusterSnapshotIdentifier: String,\n        TargetDBClusterSnapshotIdentifier: String,\n        CopyTags: js.UndefOr[BooleanOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        SourceRegion: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBClusterSnapshotIdentifier\" -> SourceDBClusterSnapshotIdentifier.asInstanceOf[js.Any],\n        \"TargetDBClusterSnapshotIdentifier\" -> TargetDBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object CopyDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): CopyDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBClusterSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CopyDBParameterGroupMessage extends js.Object {\n    var SourceDBParameterGroupIdentifier: String\n    var TargetDBParameterGroupDescription: String\n    var TargetDBParameterGroupIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyDBParameterGroupMessage {\n    @inline\n    def apply(\n        SourceDBParameterGroupIdentifier: String,\n        TargetDBParameterGroupDescription: String,\n        TargetDBParameterGroupIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyDBParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBParameterGroupIdentifier\" -> SourceDBParameterGroupIdentifier.asInstanceOf[js.Any],\n        \"TargetDBParameterGroupDescription\" -> TargetDBParameterGroupDescription.asInstanceOf[js.Any],\n        \"TargetDBParameterGroupIdentifier\" -> TargetDBParameterGroupIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBParameterGroupResult extends js.Object {\n    var DBParameterGroup: js.UndefOr[DBParameterGroup]\n  }\n\n  object CopyDBParameterGroupResult {\n    @inline\n    def apply(\n        DBParameterGroup: js.UndefOr[DBParameterGroup] = js.undefined\n    ): CopyDBParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroup.foreach(__v => __obj.updateDynamic(\"DBParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBParameterGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CopyDBSnapshotMessage extends js.Object {\n    var SourceDBSnapshotIdentifier: String\n    var TargetDBSnapshotIdentifier: String\n    var CopyTags: js.UndefOr[BooleanOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var PreSignedUrl: js.UndefOr[String]\n    var SourceRegion: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TargetCustomAvailabilityZone: js.UndefOr[String]\n  }\n\n  object CopyDBSnapshotMessage {\n    @inline\n    def apply(\n        SourceDBSnapshotIdentifier: String,\n        TargetDBSnapshotIdentifier: String,\n        CopyTags: js.UndefOr[BooleanOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        SourceRegion: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetCustomAvailabilityZone: js.UndefOr[String] = js.undefined\n    ): CopyDBSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBSnapshotIdentifier\" -> SourceDBSnapshotIdentifier.asInstanceOf[js.Any],\n        \"TargetDBSnapshotIdentifier\" -> TargetDBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      CopyTags.foreach(__v => __obj.updateDynamic(\"CopyTags\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetCustomAvailabilityZone.foreach(__v => __obj.updateDynamic(\"TargetCustomAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CopyDBSnapshotResult extends js.Object {\n    var DBSnapshot: js.UndefOr[DBSnapshot]\n  }\n\n  object CopyDBSnapshotResult {\n    @inline\n    def apply(\n        DBSnapshot: js.UndefOr[DBSnapshot] = js.undefined\n    ): CopyDBSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshot.foreach(__v => __obj.updateDynamic(\"DBSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyDBSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CopyOptionGroupMessage extends js.Object {\n    var SourceOptionGroupIdentifier: String\n    var TargetOptionGroupDescription: String\n    var TargetOptionGroupIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CopyOptionGroupMessage {\n    @inline\n    def apply(\n        SourceOptionGroupIdentifier: String,\n        TargetOptionGroupDescription: String,\n        TargetOptionGroupIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CopyOptionGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceOptionGroupIdentifier\" -> SourceOptionGroupIdentifier.asInstanceOf[js.Any],\n        \"TargetOptionGroupDescription\" -> TargetOptionGroupDescription.asInstanceOf[js.Any],\n        \"TargetOptionGroupIdentifier\" -> TargetOptionGroupIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyOptionGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CopyOptionGroupResult extends js.Object {\n    var OptionGroup: js.UndefOr[OptionGroup]\n  }\n\n  object CopyOptionGroupResult {\n    @inline\n    def apply(\n        OptionGroup: js.UndefOr[OptionGroup] = js.undefined\n    ): CopyOptionGroupResult = {\n      val __obj = js.Dynamic.literal()\n      OptionGroup.foreach(__v => __obj.updateDynamic(\"OptionGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CopyOptionGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateCustomAvailabilityZoneMessage extends js.Object {\n    var CustomAvailabilityZoneName: String\n    var ExistingVpnId: js.UndefOr[String]\n    var NewVpnTunnelName: js.UndefOr[String]\n    var VpnTunnelOriginatorIP: js.UndefOr[String]\n  }\n\n  object CreateCustomAvailabilityZoneMessage {\n    @inline\n    def apply(\n        CustomAvailabilityZoneName: String,\n        ExistingVpnId: js.UndefOr[String] = js.undefined,\n        NewVpnTunnelName: js.UndefOr[String] = js.undefined,\n        VpnTunnelOriginatorIP: js.UndefOr[String] = js.undefined\n    ): CreateCustomAvailabilityZoneMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CustomAvailabilityZoneName\" -> CustomAvailabilityZoneName.asInstanceOf[js.Any]\n      )\n\n      ExistingVpnId.foreach(__v => __obj.updateDynamic(\"ExistingVpnId\")(__v.asInstanceOf[js.Any]))\n      NewVpnTunnelName.foreach(__v => __obj.updateDynamic(\"NewVpnTunnelName\")(__v.asInstanceOf[js.Any]))\n      VpnTunnelOriginatorIP.foreach(__v => __obj.updateDynamic(\"VpnTunnelOriginatorIP\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCustomAvailabilityZoneMessage]\n    }\n  }\n\n  @js.native\n  trait CreateCustomAvailabilityZoneResult extends js.Object {\n    var CustomAvailabilityZone: js.UndefOr[CustomAvailabilityZone]\n  }\n\n  object CreateCustomAvailabilityZoneResult {\n    @inline\n    def apply(\n        CustomAvailabilityZone: js.UndefOr[CustomAvailabilityZone] = js.undefined\n    ): CreateCustomAvailabilityZoneResult = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZone.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCustomAvailabilityZoneResult]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterEndpointMessage extends js.Object {\n    var DBClusterEndpointIdentifier: String\n    var DBClusterIdentifier: String\n    var EndpointType: String\n    var ExcludedMembers: js.UndefOr[StringList]\n    var StaticMembers: js.UndefOr[StringList]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBClusterEndpointMessage {\n    @inline\n    def apply(\n        DBClusterEndpointIdentifier: String,\n        DBClusterIdentifier: String,\n        EndpointType: String,\n        ExcludedMembers: js.UndefOr[StringList] = js.undefined,\n        StaticMembers: js.UndefOr[StringList] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBClusterEndpointMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterEndpointIdentifier\" -> DBClusterEndpointIdentifier.asInstanceOf[js.Any],\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"EndpointType\" -> EndpointType.asInstanceOf[js.Any]\n      )\n\n      ExcludedMembers.foreach(__v => __obj.updateDynamic(\"ExcludedMembers\")(__v.asInstanceOf[js.Any]))\n      StaticMembers.foreach(__v => __obj.updateDynamic(\"StaticMembers\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterEndpointMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var Engine: String\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CharacterSetName: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DatabaseName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableGlobalWriteForwarding: js.UndefOr[BooleanOptional]\n    var EnableHttpEndpoint: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EngineMode: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreSignedUrl: js.UndefOr[String]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ReplicationSourceIdentifier: js.UndefOr[String]\n    var ScalingConfiguration: js.UndefOr[ScalingConfiguration]\n    var SourceRegion: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object CreateDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Engine: String,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableGlobalWriteForwarding: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableHttpEndpoint: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineMode: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ReplicationSourceIdentifier: js.UndefOr[String] = js.undefined,\n        ScalingConfiguration: js.UndefOr[ScalingConfiguration] = js.undefined,\n        SourceRegion: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): CreateDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableGlobalWriteForwarding.foreach(__v => __obj.updateDynamic(\"EnableGlobalWriteForwarding\")(__v.asInstanceOf[js.Any]))\n      EnableHttpEndpoint.foreach(__v => __obj.updateDynamic(\"EnableHttpEndpoint\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EngineMode.foreach(__v => __obj.updateDynamic(\"EngineMode\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ReplicationSourceIdentifier.foreach(__v => __obj.updateDynamic(\"ReplicationSourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      ScalingConfiguration.foreach(__v => __obj.updateDynamic(\"ScalingConfiguration\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var DBParameterGroupFamily: String\n    var Description: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        DBParameterGroupFamily: String,\n        Description: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any],\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterParameterGroupResult extends js.Object {\n    var DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup]\n  }\n\n  object CreateDBClusterParameterGroupResult {\n    @inline\n    def apply(\n        DBClusterParameterGroup: js.UndefOr[DBClusterParameterGroup] = js.undefined\n    ): CreateDBClusterParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterParameterGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object CreateDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): CreateDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBClusterSnapshotMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var DBClusterSnapshotIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        DBClusterSnapshotIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object CreateDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): CreateDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBClusterSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBInstanceMessage extends js.Object {\n    var DBInstanceClass: String\n    var DBInstanceIdentifier: String\n    var Engine: String\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CharacterSetName: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBName: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableCustomerOwnedIp: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EnablePerformanceInsights: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MonitoringInterval: js.UndefOr[IntegerOptional]\n    var MonitoringRoleArn: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var NcharCharacterSetName: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var PerformanceInsightsKMSKeyId: js.UndefOr[String]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n    var StorageType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TdeCredentialArn: js.UndefOr[String]\n    var TdeCredentialPassword: js.UndefOr[String]\n    var Timezone: js.UndefOr[String]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object CreateDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceClass: String,\n        DBInstanceIdentifier: String,\n        Engine: String,\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableCustomerOwnedIp: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EnablePerformanceInsights: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringInterval: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        NcharCharacterSetName: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsKMSKeyId: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        TdeCredentialPassword: js.UndefOr[String] = js.undefined,\n        Timezone: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): CreateDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceClass\" -> DBInstanceClass.asInstanceOf[js.Any],\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any]\n      )\n\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroups.foreach(__v => __obj.updateDynamic(\"DBSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableCustomerOwnedIp.foreach(__v => __obj.updateDynamic(\"EnableCustomerOwnedIp\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EnablePerformanceInsights.foreach(__v => __obj.updateDynamic(\"EnablePerformanceInsights\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      NcharCharacterSetName.foreach(__v => __obj.updateDynamic(\"NcharCharacterSetName\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKMSKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialPassword.foreach(__v => __obj.updateDynamic(\"TdeCredentialPassword\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBInstanceReadReplicaMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var SourceDBInstanceIdentifier: String\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EnablePerformanceInsights: js.UndefOr[BooleanOptional]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MonitoringInterval: js.UndefOr[IntegerOptional]\n    var MonitoringRoleArn: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OptionGroupName: js.UndefOr[String]\n    var PerformanceInsightsKMSKeyId: js.UndefOr[String]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreSignedUrl: js.UndefOr[String]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var ReplicaMode: js.UndefOr[ReplicaMode]\n    var SourceRegion: js.UndefOr[String]\n    var StorageType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object CreateDBInstanceReadReplicaMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        SourceDBInstanceIdentifier: String,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EnablePerformanceInsights: js.UndefOr[BooleanOptional] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringInterval: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsKMSKeyId: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        ReplicaMode: js.UndefOr[ReplicaMode] = js.undefined,\n        SourceRegion: js.UndefOr[String] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): CreateDBInstanceReadReplicaMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"SourceDBInstanceIdentifier\" -> SourceDBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EnablePerformanceInsights.foreach(__v => __obj.updateDynamic(\"EnablePerformanceInsights\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKMSKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      ReplicaMode.foreach(__v => __obj.updateDynamic(\"ReplicaMode\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UseDefaultProcessorFeatures.foreach(__v => __obj.updateDynamic(\"UseDefaultProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceReadReplicaMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBInstanceReadReplicaResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object CreateDBInstanceReadReplicaResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): CreateDBInstanceReadReplicaResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceReadReplicaResult]\n    }\n  }\n\n  @js.native\n  trait CreateDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object CreateDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): CreateDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBInstanceResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBParameterGroupMessage extends js.Object {\n    var DBParameterGroupFamily: String\n    var DBParameterGroupName: String\n    var Description: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBParameterGroupMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: String,\n        DBParameterGroupName: String,\n        Description: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any],\n        \"DBParameterGroupName\" -> DBParameterGroupName.asInstanceOf[js.Any],\n        \"Description\" -> Description.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBParameterGroupResult extends js.Object {\n    var DBParameterGroup: js.UndefOr[DBParameterGroup]\n  }\n\n  object CreateDBParameterGroupResult {\n    @inline\n    def apply(\n        DBParameterGroup: js.UndefOr[DBParameterGroup] = js.undefined\n    ): CreateDBParameterGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroup.foreach(__v => __obj.updateDynamic(\"DBParameterGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBParameterGroupResult]\n    }\n  }\n\n  @js.native\n  trait CreateDBProxyEndpointRequest extends js.Object {\n    var DBProxyEndpointName: DBProxyEndpointName\n    var DBProxyName: DBProxyName\n    var VpcSubnetIds: StringList\n    var Tags: js.UndefOr[TagList]\n    var TargetRole: js.UndefOr[DBProxyEndpointTargetRole]\n    var VpcSecurityGroupIds: js.UndefOr[StringList]\n  }\n\n  object CreateDBProxyEndpointRequest {\n    @inline\n    def apply(\n        DBProxyEndpointName: DBProxyEndpointName,\n        DBProxyName: DBProxyName,\n        VpcSubnetIds: StringList,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TargetRole: js.UndefOr[DBProxyEndpointTargetRole] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[StringList] = js.undefined\n    ): CreateDBProxyEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyEndpointName\" -> DBProxyEndpointName.asInstanceOf[js.Any],\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any],\n        \"VpcSubnetIds\" -> VpcSubnetIds.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TargetRole.foreach(__v => __obj.updateDynamic(\"TargetRole\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBProxyEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDBProxyEndpointResponse extends js.Object {\n    var DBProxyEndpoint: js.UndefOr[DBProxyEndpoint]\n  }\n\n  object CreateDBProxyEndpointResponse {\n    @inline\n    def apply(\n        DBProxyEndpoint: js.UndefOr[DBProxyEndpoint] = js.undefined\n    ): CreateDBProxyEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyEndpoint.foreach(__v => __obj.updateDynamic(\"DBProxyEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBProxyEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait CreateDBProxyRequest extends js.Object {\n    var Auth: UserAuthConfigList\n    var DBProxyName: String\n    var EngineFamily: EngineFamily\n    var RoleArn: String\n    var VpcSubnetIds: StringList\n    var DebugLogging: js.UndefOr[Boolean]\n    var IdleClientTimeout: js.UndefOr[IntegerOptional]\n    var RequireTLS: js.UndefOr[Boolean]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[StringList]\n  }\n\n  object CreateDBProxyRequest {\n    @inline\n    def apply(\n        Auth: UserAuthConfigList,\n        DBProxyName: String,\n        EngineFamily: EngineFamily,\n        RoleArn: String,\n        VpcSubnetIds: StringList,\n        DebugLogging: js.UndefOr[Boolean] = js.undefined,\n        IdleClientTimeout: js.UndefOr[IntegerOptional] = js.undefined,\n        RequireTLS: js.UndefOr[Boolean] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[StringList] = js.undefined\n    ): CreateDBProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Auth\" -> Auth.asInstanceOf[js.Any],\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any],\n        \"EngineFamily\" -> EngineFamily.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any],\n        \"VpcSubnetIds\" -> VpcSubnetIds.asInstanceOf[js.Any]\n      )\n\n      DebugLogging.foreach(__v => __obj.updateDynamic(\"DebugLogging\")(__v.asInstanceOf[js.Any]))\n      IdleClientTimeout.foreach(__v => __obj.updateDynamic(\"IdleClientTimeout\")(__v.asInstanceOf[js.Any]))\n      RequireTLS.foreach(__v => __obj.updateDynamic(\"RequireTLS\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBProxyRequest]\n    }\n  }\n\n  @js.native\n  trait CreateDBProxyResponse extends js.Object {\n    var DBProxy: js.UndefOr[DBProxy]\n  }\n\n  object CreateDBProxyResponse {\n    @inline\n    def apply(\n        DBProxy: js.UndefOr[DBProxy] = js.undefined\n    ): CreateDBProxyResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxy.foreach(__v => __obj.updateDynamic(\"DBProxy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBProxyResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBSecurityGroupMessage extends js.Object {\n    var DBSecurityGroupDescription: String\n    var DBSecurityGroupName: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBSecurityGroupMessage {\n    @inline\n    def apply(\n        DBSecurityGroupDescription: String,\n        DBSecurityGroupName: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSecurityGroupDescription\" -> DBSecurityGroupDescription.asInstanceOf[js.Any],\n        \"DBSecurityGroupName\" -> DBSecurityGroupName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSecurityGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBSecurityGroupResult extends js.Object {\n    var DBSecurityGroup: js.UndefOr[DBSecurityGroup]\n  }\n\n  object CreateDBSecurityGroupResult {\n    @inline\n    def apply(\n        DBSecurityGroup: js.UndefOr[DBSecurityGroup] = js.undefined\n    ): CreateDBSecurityGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroup.foreach(__v => __obj.updateDynamic(\"DBSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSecurityGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBSnapshotMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var DBSnapshotIdentifier: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBSnapshotMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        DBSnapshotIdentifier: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBSnapshotResult extends js.Object {\n    var DBSnapshot: js.UndefOr[DBSnapshot]\n  }\n\n  object CreateDBSnapshotResult {\n    @inline\n    def apply(\n        DBSnapshot: js.UndefOr[DBSnapshot] = js.undefined\n    ): CreateDBSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshot.foreach(__v => __obj.updateDynamic(\"DBSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupDescription: String\n    var DBSubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupDescription: String,\n        DBSubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupDescription\" -> DBSubnetGroupDescription.asInstanceOf[js.Any],\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateDBSubnetGroupResult extends js.Object {\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n  }\n\n  object CreateDBSubnetGroupResult {\n    @inline\n    def apply(\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined\n    ): CreateDBSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateDBSubnetGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateEventSubscriptionMessage extends js.Object {\n    var SnsTopicArn: String\n    var SubscriptionName: String\n    var Enabled: js.UndefOr[BooleanOptional]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SourceIds: js.UndefOr[SourceIdsList]\n    var SourceType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateEventSubscriptionMessage {\n    @inline\n    def apply(\n        SnsTopicArn: String,\n        SubscriptionName: String,\n        Enabled: js.UndefOr[BooleanOptional] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SourceIds: js.UndefOr[SourceIdsList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SnsTopicArn\" -> SnsTopicArn.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SourceIds.foreach(__v => __obj.updateDynamic(\"SourceIds\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait CreateEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object CreateEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): CreateEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEventSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalClusterMessage extends js.Object {\n    var DatabaseName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n    var SourceDBClusterIdentifier: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n  }\n\n  object CreateGlobalClusterMessage {\n    @inline\n    def apply(\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined,\n        SourceDBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined\n    ): CreateGlobalClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceDBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"SourceDBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalClusterMessage]\n    }\n  }\n\n  @js.native\n  trait CreateGlobalClusterResult extends js.Object {\n    var GlobalCluster: js.UndefOr[GlobalCluster]\n  }\n\n  object CreateGlobalClusterResult {\n    @inline\n    def apply(\n        GlobalCluster: js.UndefOr[GlobalCluster] = js.undefined\n    ): CreateGlobalClusterResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalCluster.foreach(__v => __obj.updateDynamic(\"GlobalCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGlobalClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait CreateOptionGroupMessage extends js.Object {\n    var EngineName: String\n    var MajorEngineVersion: String\n    var OptionGroupDescription: String\n    var OptionGroupName: String\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object CreateOptionGroupMessage {\n    @inline\n    def apply(\n        EngineName: String,\n        MajorEngineVersion: String,\n        OptionGroupDescription: String,\n        OptionGroupName: String,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): CreateOptionGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"EngineName\" -> EngineName.asInstanceOf[js.Any],\n        \"MajorEngineVersion\" -> MajorEngineVersion.asInstanceOf[js.Any],\n        \"OptionGroupDescription\" -> OptionGroupDescription.asInstanceOf[js.Any],\n        \"OptionGroupName\" -> OptionGroupName.asInstanceOf[js.Any]\n      )\n\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOptionGroupMessage]\n    }\n  }\n\n  @js.native\n  trait CreateOptionGroupResult extends js.Object {\n    var OptionGroup: js.UndefOr[OptionGroup]\n  }\n\n  object CreateOptionGroupResult {\n    @inline\n    def apply(\n        OptionGroup: js.UndefOr[OptionGroup] = js.undefined\n    ): CreateOptionGroupResult = {\n      val __obj = js.Dynamic.literal()\n      OptionGroup.foreach(__v => __obj.updateDynamic(\"OptionGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateOptionGroupResult]\n    }\n  }\n\n  \/** A custom Availability Zone (AZ) is an on-premises AZ that is integrated with a VMware vSphere cluster. For more information about RDS on VMware, see the [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/RDSonVMwareUserGuide\/rds-on-vmware.html| RDS on VMware User Guide.]]\n    *\/\n  @js.native\n  trait CustomAvailabilityZone extends js.Object {\n    var CustomAvailabilityZoneId: js.UndefOr[String]\n    var CustomAvailabilityZoneName: js.UndefOr[String]\n    var CustomAvailabilityZoneStatus: js.UndefOr[String]\n    var VpnDetails: js.UndefOr[VpnDetails]\n  }\n\n  object CustomAvailabilityZone {\n    @inline\n    def apply(\n        CustomAvailabilityZoneId: js.UndefOr[String] = js.undefined,\n        CustomAvailabilityZoneName: js.UndefOr[String] = js.undefined,\n        CustomAvailabilityZoneStatus: js.UndefOr[String] = js.undefined,\n        VpnDetails: js.UndefOr[VpnDetails] = js.undefined\n    ): CustomAvailabilityZone = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZoneId.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZoneId\")(__v.asInstanceOf[js.Any]))\n      CustomAvailabilityZoneName.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZoneName\")(__v.asInstanceOf[js.Any]))\n      CustomAvailabilityZoneStatus.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZoneStatus\")(__v.asInstanceOf[js.Any]))\n      VpnDetails.foreach(__v => __obj.updateDynamic(\"VpnDetails\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomAvailabilityZone]\n    }\n  }\n\n  @js.native\n  trait CustomAvailabilityZoneMessage extends js.Object {\n    var CustomAvailabilityZones: js.UndefOr[CustomAvailabilityZoneList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object CustomAvailabilityZoneMessage {\n    @inline\n    def apply(\n        CustomAvailabilityZones: js.UndefOr[CustomAvailabilityZoneList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): CustomAvailabilityZoneMessage = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZones.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CustomAvailabilityZoneMessage]\n    }\n  }\n\n  \/** Contains the details of an Amazon Aurora DB cluster. This data type is used as a response element in the <code>DescribeDBClusters<\/code>, <code>StopDBCluster<\/code>, and <code>StartDBCluster<\/code> actions.\n    *\/\n  @js.native\n  trait DBCluster extends js.Object {\n    var ActivityStreamKinesisStreamName: js.UndefOr[String]\n    var ActivityStreamKmsKeyId: js.UndefOr[String]\n    var ActivityStreamMode: js.UndefOr[ActivityStreamMode]\n    var ActivityStreamStatus: js.UndefOr[ActivityStreamStatus]\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var AssociatedRoles: js.UndefOr[DBClusterRoles]\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BacktrackConsumedChangeRecords: js.UndefOr[LongOptional]\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var Capacity: js.UndefOr[IntegerOptional]\n    var CharacterSetName: js.UndefOr[String]\n    var CloneGroupId: js.UndefOr[String]\n    var ClusterCreateTime: js.UndefOr[TStamp]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var CrossAccountClone: js.UndefOr[BooleanOptional]\n    var CustomEndpoints: js.UndefOr[StringList]\n    var DBClusterArn: js.UndefOr[String]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterMembers: js.UndefOr[DBClusterMemberList]\n    var DBClusterOptionGroupMemberships: js.UndefOr[DBClusterOptionGroupMemberships]\n    var DBClusterParameterGroup: js.UndefOr[String]\n    var DBSubnetGroup: js.UndefOr[String]\n    var DatabaseName: js.UndefOr[String]\n    var DbClusterResourceId: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var DomainMemberships: js.UndefOr[DomainMembershipList]\n    var EarliestBacktrackTime: js.UndefOr[TStamp]\n    var EarliestRestorableTime: js.UndefOr[TStamp]\n    var EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var Endpoint: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineMode: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalWriteForwardingRequested: js.UndefOr[BooleanOptional]\n    var GlobalWriteForwardingStatus: js.UndefOr[WriteForwardingStatus]\n    var HostedZoneId: js.UndefOr[String]\n    var HttpEndpointEnabled: js.UndefOr[BooleanOptional]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LatestRestorableTime: js.UndefOr[TStamp]\n    var MasterUsername: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var PendingModifiedValues: js.UndefOr[ClusterPendingModifiedValues]\n    var PercentProgress: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ReadReplicaIdentifiers: js.UndefOr[ReadReplicaIdentifierList]\n    var ReaderEndpoint: js.UndefOr[String]\n    var ReplicationSourceIdentifier: js.UndefOr[String]\n    var ScalingConfigurationInfo: js.UndefOr[ScalingConfigurationInfo]\n    var Status: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var TagList: js.UndefOr[TagList]\n    var VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList]\n  }\n\n  object DBCluster {\n    @inline\n    def apply(\n        ActivityStreamKinesisStreamName: js.UndefOr[String] = js.undefined,\n        ActivityStreamKmsKeyId: js.UndefOr[String] = js.undefined,\n        ActivityStreamMode: js.UndefOr[ActivityStreamMode] = js.undefined,\n        ActivityStreamStatus: js.UndefOr[ActivityStreamStatus] = js.undefined,\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        AssociatedRoles: js.UndefOr[DBClusterRoles] = js.undefined,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BacktrackConsumedChangeRecords: js.UndefOr[LongOptional] = js.undefined,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        Capacity: js.UndefOr[IntegerOptional] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined,\n        CloneGroupId: js.UndefOr[String] = js.undefined,\n        ClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        CrossAccountClone: js.UndefOr[BooleanOptional] = js.undefined,\n        CustomEndpoints: js.UndefOr[StringList] = js.undefined,\n        DBClusterArn: js.UndefOr[String] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterMembers: js.UndefOr[DBClusterMemberList] = js.undefined,\n        DBClusterOptionGroupMemberships: js.UndefOr[DBClusterOptionGroupMemberships] = js.undefined,\n        DBClusterParameterGroup: js.UndefOr[String] = js.undefined,\n        DBSubnetGroup: js.UndefOr[String] = js.undefined,\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DbClusterResourceId: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        DomainMemberships: js.UndefOr[DomainMembershipList] = js.undefined,\n        EarliestBacktrackTime: js.UndefOr[TStamp] = js.undefined,\n        EarliestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineMode: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalWriteForwardingRequested: js.UndefOr[BooleanOptional] = js.undefined,\n        GlobalWriteForwardingStatus: js.UndefOr[WriteForwardingStatus] = js.undefined,\n        HostedZoneId: js.UndefOr[String] = js.undefined,\n        HttpEndpointEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LatestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        PendingModifiedValues: js.UndefOr[ClusterPendingModifiedValues] = js.undefined,\n        PercentProgress: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ReadReplicaIdentifiers: js.UndefOr[ReadReplicaIdentifierList] = js.undefined,\n        ReaderEndpoint: js.UndefOr[String] = js.undefined,\n        ReplicationSourceIdentifier: js.UndefOr[String] = js.undefined,\n        ScalingConfigurationInfo: js.UndefOr[ScalingConfigurationInfo] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        TagList: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList] = js.undefined\n    ): DBCluster = {\n      val __obj = js.Dynamic.literal()\n      ActivityStreamKinesisStreamName.foreach(__v => __obj.updateDynamic(\"ActivityStreamKinesisStreamName\")(__v.asInstanceOf[js.Any]))\n      ActivityStreamKmsKeyId.foreach(__v => __obj.updateDynamic(\"ActivityStreamKmsKeyId\")(__v.asInstanceOf[js.Any]))\n      ActivityStreamMode.foreach(__v => __obj.updateDynamic(\"ActivityStreamMode\")(__v.asInstanceOf[js.Any]))\n      ActivityStreamStatus.foreach(__v => __obj.updateDynamic(\"ActivityStreamStatus\")(__v.asInstanceOf[js.Any]))\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AssociatedRoles.foreach(__v => __obj.updateDynamic(\"AssociatedRoles\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BacktrackConsumedChangeRecords.foreach(__v => __obj.updateDynamic(\"BacktrackConsumedChangeRecords\")(__v.asInstanceOf[js.Any]))\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      Capacity.foreach(__v => __obj.updateDynamic(\"Capacity\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CloneGroupId.foreach(__v => __obj.updateDynamic(\"CloneGroupId\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      CrossAccountClone.foreach(__v => __obj.updateDynamic(\"CrossAccountClone\")(__v.asInstanceOf[js.Any]))\n      CustomEndpoints.foreach(__v => __obj.updateDynamic(\"CustomEndpoints\")(__v.asInstanceOf[js.Any]))\n      DBClusterArn.foreach(__v => __obj.updateDynamic(\"DBClusterArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterMembers.foreach(__v => __obj.updateDynamic(\"DBClusterMembers\")(__v.asInstanceOf[js.Any]))\n      DBClusterOptionGroupMemberships.foreach(__v => __obj.updateDynamic(\"DBClusterOptionGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroup.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroup\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DbClusterResourceId.foreach(__v => __obj.updateDynamic(\"DbClusterResourceId\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      DomainMemberships.foreach(__v => __obj.updateDynamic(\"DomainMemberships\")(__v.asInstanceOf[js.Any]))\n      EarliestBacktrackTime.foreach(__v => __obj.updateDynamic(\"EarliestBacktrackTime\")(__v.asInstanceOf[js.Any]))\n      EarliestRestorableTime.foreach(__v => __obj.updateDynamic(\"EarliestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineMode.foreach(__v => __obj.updateDynamic(\"EngineMode\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalWriteForwardingRequested.foreach(__v => __obj.updateDynamic(\"GlobalWriteForwardingRequested\")(__v.asInstanceOf[js.Any]))\n      GlobalWriteForwardingStatus.foreach(__v => __obj.updateDynamic(\"GlobalWriteForwardingStatus\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      HttpEndpointEnabled.foreach(__v => __obj.updateDynamic(\"HttpEndpointEnabled\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReaderEndpoint.foreach(__v => __obj.updateDynamic(\"ReaderEndpoint\")(__v.asInstanceOf[js.Any]))\n      ReplicationSourceIdentifier.foreach(__v => __obj.updateDynamic(\"ReplicationSourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      ScalingConfigurationInfo.foreach(__v => __obj.updateDynamic(\"ScalingConfigurationInfo\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBCluster]\n    }\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeDBClusterBacktracks<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterBacktrack extends js.Object {\n    var BacktrackIdentifier: js.UndefOr[String]\n    var BacktrackRequestCreationTime: js.UndefOr[TStamp]\n    var BacktrackTo: js.UndefOr[TStamp]\n    var BacktrackedFrom: js.UndefOr[TStamp]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBClusterBacktrack {\n    @inline\n    def apply(\n        BacktrackIdentifier: js.UndefOr[String] = js.undefined,\n        BacktrackRequestCreationTime: js.UndefOr[TStamp] = js.undefined,\n        BacktrackTo: js.UndefOr[TStamp] = js.undefined,\n        BacktrackedFrom: js.UndefOr[TStamp] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBClusterBacktrack = {\n      val __obj = js.Dynamic.literal()\n      BacktrackIdentifier.foreach(__v => __obj.updateDynamic(\"BacktrackIdentifier\")(__v.asInstanceOf[js.Any]))\n      BacktrackRequestCreationTime.foreach(__v => __obj.updateDynamic(\"BacktrackRequestCreationTime\")(__v.asInstanceOf[js.Any]))\n      BacktrackTo.foreach(__v => __obj.updateDynamic(\"BacktrackTo\")(__v.asInstanceOf[js.Any]))\n      BacktrackedFrom.foreach(__v => __obj.updateDynamic(\"BacktrackedFrom\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterBacktrack]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBClusterBacktracks<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterBacktrackMessage extends js.Object {\n    var DBClusterBacktracks: js.UndefOr[DBClusterBacktrackList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterBacktrackMessage {\n    @inline\n    def apply(\n        DBClusterBacktracks: js.UndefOr[DBClusterBacktrackList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterBacktrackMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterBacktracks.foreach(__v => __obj.updateDynamic(\"DBClusterBacktracks\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterBacktrackMessage]\n    }\n  }\n\n  @js.native\n  trait DBClusterCapacityInfo extends js.Object {\n    var CurrentCapacity: js.UndefOr[IntegerOptional]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var PendingCapacity: js.UndefOr[IntegerOptional]\n    var SecondsBeforeTimeout: js.UndefOr[IntegerOptional]\n    var TimeoutAction: js.UndefOr[String]\n  }\n\n  object DBClusterCapacityInfo {\n    @inline\n    def apply(\n        CurrentCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        PendingCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        SecondsBeforeTimeout: js.UndefOr[IntegerOptional] = js.undefined,\n        TimeoutAction: js.UndefOr[String] = js.undefined\n    ): DBClusterCapacityInfo = {\n      val __obj = js.Dynamic.literal()\n      CurrentCapacity.foreach(__v => __obj.updateDynamic(\"CurrentCapacity\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      PendingCapacity.foreach(__v => __obj.updateDynamic(\"PendingCapacity\")(__v.asInstanceOf[js.Any]))\n      SecondsBeforeTimeout.foreach(__v => __obj.updateDynamic(\"SecondsBeforeTimeout\")(__v.asInstanceOf[js.Any]))\n      TimeoutAction.foreach(__v => __obj.updateDynamic(\"TimeoutAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterCapacityInfo]\n    }\n  }\n\n  \/** This data type represents the information you need to connect to an Amazon Aurora DB cluster. This data type is used as a response element in the following actions: * <code>CreateDBClusterEndpoint<\/code> * <code>DescribeDBClusterEndpoints<\/code> * <code>ModifyDBClusterEndpoint<\/code> * <code>DeleteDBClusterEndpoint<\/code> For the data structure that represents Amazon RDS DB instance endpoints, see <code>Endpoint<\/code>.\n    *\/\n  @js.native\n  trait DBClusterEndpoint extends js.Object {\n    var CustomEndpointType: js.UndefOr[String]\n    var DBClusterEndpointArn: js.UndefOr[String]\n    var DBClusterEndpointIdentifier: js.UndefOr[String]\n    var DBClusterEndpointResourceIdentifier: js.UndefOr[String]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var Endpoint: js.UndefOr[String]\n    var EndpointType: js.UndefOr[String]\n    var ExcludedMembers: js.UndefOr[StringList]\n    var StaticMembers: js.UndefOr[StringList]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBClusterEndpoint {\n    @inline\n    def apply(\n        CustomEndpointType: js.UndefOr[String] = js.undefined,\n        DBClusterEndpointArn: js.UndefOr[String] = js.undefined,\n        DBClusterEndpointIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterEndpointResourceIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        EndpointType: js.UndefOr[String] = js.undefined,\n        ExcludedMembers: js.UndefOr[StringList] = js.undefined,\n        StaticMembers: js.UndefOr[StringList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBClusterEndpoint = {\n      val __obj = js.Dynamic.literal()\n      CustomEndpointType.foreach(__v => __obj.updateDynamic(\"CustomEndpointType\")(__v.asInstanceOf[js.Any]))\n      DBClusterEndpointArn.foreach(__v => __obj.updateDynamic(\"DBClusterEndpointArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterEndpointIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterEndpointIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterEndpointResourceIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterEndpointResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      EndpointType.foreach(__v => __obj.updateDynamic(\"EndpointType\")(__v.asInstanceOf[js.Any]))\n      ExcludedMembers.foreach(__v => __obj.updateDynamic(\"ExcludedMembers\")(__v.asInstanceOf[js.Any]))\n      StaticMembers.foreach(__v => __obj.updateDynamic(\"StaticMembers\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterEndpoint]\n    }\n  }\n\n  @js.native\n  trait DBClusterEndpointMessage extends js.Object {\n    var DBClusterEndpoints: js.UndefOr[DBClusterEndpointList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterEndpointMessage {\n    @inline\n    def apply(\n        DBClusterEndpoints: js.UndefOr[DBClusterEndpointList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterEndpointMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterEndpoints.foreach(__v => __obj.updateDynamic(\"DBClusterEndpoints\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterEndpointMessage]\n    }\n  }\n\n  \/** Contains information about an instance that is part of a DB cluster.\n    *\/\n  @js.native\n  trait DBClusterMember extends js.Object {\n    var DBClusterParameterGroupStatus: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var IsClusterWriter: js.UndefOr[Boolean]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n  }\n\n  object DBClusterMember {\n    @inline\n    def apply(\n        DBClusterParameterGroupStatus: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        IsClusterWriter: js.UndefOr[Boolean] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined\n    ): DBClusterMember = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupStatus.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupStatus\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      IsClusterWriter.foreach(__v => __obj.updateDynamic(\"IsClusterWriter\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterMember]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBClusters<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterMessage extends js.Object {\n    var DBClusters: js.UndefOr[DBClusterList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterMessage {\n    @inline\n    def apply(\n        DBClusters: js.UndefOr[DBClusterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusters.foreach(__v => __obj.updateDynamic(\"DBClusters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterMessage]\n    }\n  }\n\n  \/** Contains status information for a DB cluster option group.\n    *\/\n  @js.native\n  trait DBClusterOptionGroupStatus extends js.Object {\n    var DBClusterOptionGroupName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBClusterOptionGroupStatus {\n    @inline\n    def apply(\n        DBClusterOptionGroupName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBClusterOptionGroupStatus = {\n      val __obj = js.Dynamic.literal()\n      DBClusterOptionGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterOptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterOptionGroupStatus]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB cluster parameter group. This data type is used as a response element in the <code>DescribeDBClusterParameterGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterParameterGroup extends js.Object {\n    var DBClusterParameterGroupArn: js.UndefOr[String]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroup {\n    @inline\n    def apply(\n        DBClusterParameterGroupArn: js.UndefOr[String] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupArn.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroup]\n    }\n  }\n\n  \/** Provides details about a DB cluster parameter group including the parameters in the DB cluster parameter group.\n    *\/\n  @js.native\n  trait DBClusterParameterGroupDetails extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object DBClusterParameterGroupDetails {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): DBClusterParameterGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupDetails]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DBClusterParameterGroupNameMessage extends js.Object {\n    var DBClusterParameterGroupName: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroupNameMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroupNameMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupNameMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DBClusterParameterGroupsMessage extends js.Object {\n    var DBClusterParameterGroups: js.UndefOr[DBClusterParameterGroupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterParameterGroupsMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroups: js.UndefOr[DBClusterParameterGroupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroups.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterParameterGroupsMessage]\n    }\n  }\n\n  \/** Describes an AWS Identity and Access Management (IAM) role that is associated with a DB cluster.\n    *\/\n  @js.native\n  trait DBClusterRole extends js.Object {\n    var FeatureName: js.UndefOr[String]\n    var RoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBClusterRole {\n    @inline\n    def apply(\n        FeatureName: js.UndefOr[String] = js.undefined,\n        RoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBClusterRole = {\n      val __obj = js.Dynamic.literal()\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterRole]\n    }\n  }\n\n  \/** Contains the details for an Amazon RDS DB cluster snapshot This data type is used as a response element in the <code>DescribeDBClusterSnapshots<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterSnapshot extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var ClusterCreateTime: js.UndefOr[TStamp]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterSnapshotArn: js.UndefOr[String]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineMode: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var KmsKeyId: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var PercentProgress: js.UndefOr[Int]\n    var Port: js.UndefOr[Int]\n    var SnapshotCreateTime: js.UndefOr[TStamp]\n    var SnapshotType: js.UndefOr[String]\n    var SourceDBClusterSnapshotArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var TagList: js.UndefOr[TagList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshot {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        ClusterCreateTime: js.UndefOr[TStamp] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotArn: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineMode: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[TStamp] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined,\n        SourceDBClusterSnapshotArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        TagList: js.UndefOr[TagList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshot = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      ClusterCreateTime.foreach(__v => __obj.updateDynamic(\"ClusterCreateTime\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotArn.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotArn\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineMode.foreach(__v => __obj.updateDynamic(\"EngineMode\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      SourceDBClusterSnapshotArn.foreach(__v => __obj.updateDynamic(\"SourceDBClusterSnapshotArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshot]\n    }\n  }\n\n  \/** Contains the name and values of a manual DB cluster snapshot attribute. Manual DB cluster snapshot attributes are used to authorize other AWS accounts to restore a manual DB cluster snapshot. For more information, see the <code>ModifyDBClusterSnapshotAttribute<\/code> API action.\n    *\/\n  @js.native\n  trait DBClusterSnapshotAttribute extends js.Object {\n    var AttributeName: js.UndefOr[String]\n    var AttributeValues: js.UndefOr[AttributeValueList]\n  }\n\n  object DBClusterSnapshotAttribute {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[String] = js.undefined,\n        AttributeValues: js.UndefOr[AttributeValueList] = js.undefined\n    ): DBClusterSnapshotAttribute = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      AttributeValues.foreach(__v => __obj.updateDynamic(\"AttributeValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotAttribute]\n    }\n  }\n\n  \/** Contains the results of a successful call to the <code>DescribeDBClusterSnapshotAttributes<\/code> API action. Manual DB cluster snapshot attributes are used to authorize other AWS accounts to copy or restore a manual DB cluster snapshot. For more information, see the <code>ModifyDBClusterSnapshotAttribute<\/code> API action.\n    *\/\n  @js.native\n  trait DBClusterSnapshotAttributesResult extends js.Object {\n    var DBClusterSnapshotAttributes: js.UndefOr[DBClusterSnapshotAttributeList]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributes: js.UndefOr[DBClusterSnapshotAttributeList] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributes.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributes\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotAttributesResult]\n    }\n  }\n\n  \/** Provides a list of DB cluster snapshots for the user as the result of a call to the <code>DescribeDBClusterSnapshots<\/code> action.\n    *\/\n  @js.native\n  trait DBClusterSnapshotMessage extends js.Object {\n    var DBClusterSnapshots: js.UndefOr[DBClusterSnapshotList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterSnapshots: js.UndefOr[DBClusterSnapshotList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshots.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshots\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBClusterSnapshotMessage]\n    }\n  }\n\n  \/** This data type is used as a response element in the action <code>DescribeDBEngineVersions<\/code>.\n    *\/\n  @js.native\n  trait DBEngineVersion extends js.Object {\n    var DBEngineDescription: js.UndefOr[String]\n    var DBEngineVersionDescription: js.UndefOr[String]\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var DefaultCharacterSet: js.UndefOr[CharacterSet]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var ExportableLogTypes: js.UndefOr[LogTypeList]\n    var Status: js.UndefOr[String]\n    var SupportedCharacterSets: js.UndefOr[SupportedCharacterSetsList]\n    var SupportedEngineModes: js.UndefOr[EngineModeList]\n    var SupportedFeatureNames: js.UndefOr[FeatureNameList]\n    var SupportedNcharCharacterSets: js.UndefOr[SupportedCharacterSetsList]\n    var SupportedTimezones: js.UndefOr[SupportedTimezonesList]\n    var SupportsGlobalDatabases: js.UndefOr[Boolean]\n    var SupportsLogExportsToCloudwatchLogs: js.UndefOr[Boolean]\n    var SupportsParallelQuery: js.UndefOr[Boolean]\n    var SupportsReadReplica: js.UndefOr[Boolean]\n    var ValidUpgradeTarget: js.UndefOr[ValidUpgradeTargetList]\n  }\n\n  object DBEngineVersion {\n    @inline\n    def apply(\n        DBEngineDescription: js.UndefOr[String] = js.undefined,\n        DBEngineVersionDescription: js.UndefOr[String] = js.undefined,\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        DefaultCharacterSet: js.UndefOr[CharacterSet] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        ExportableLogTypes: js.UndefOr[LogTypeList] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        SupportedCharacterSets: js.UndefOr[SupportedCharacterSetsList] = js.undefined,\n        SupportedEngineModes: js.UndefOr[EngineModeList] = js.undefined,\n        SupportedFeatureNames: js.UndefOr[FeatureNameList] = js.undefined,\n        SupportedNcharCharacterSets: js.UndefOr[SupportedCharacterSetsList] = js.undefined,\n        SupportedTimezones: js.UndefOr[SupportedTimezonesList] = js.undefined,\n        SupportsGlobalDatabases: js.UndefOr[Boolean] = js.undefined,\n        SupportsLogExportsToCloudwatchLogs: js.UndefOr[Boolean] = js.undefined,\n        SupportsParallelQuery: js.UndefOr[Boolean] = js.undefined,\n        SupportsReadReplica: js.UndefOr[Boolean] = js.undefined,\n        ValidUpgradeTarget: js.UndefOr[ValidUpgradeTargetList] = js.undefined\n    ): DBEngineVersion = {\n      val __obj = js.Dynamic.literal()\n      DBEngineDescription.foreach(__v => __obj.updateDynamic(\"DBEngineDescription\")(__v.asInstanceOf[js.Any]))\n      DBEngineVersionDescription.foreach(__v => __obj.updateDynamic(\"DBEngineVersionDescription\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      DefaultCharacterSet.foreach(__v => __obj.updateDynamic(\"DefaultCharacterSet\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      ExportableLogTypes.foreach(__v => __obj.updateDynamic(\"ExportableLogTypes\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SupportedCharacterSets.foreach(__v => __obj.updateDynamic(\"SupportedCharacterSets\")(__v.asInstanceOf[js.Any]))\n      SupportedEngineModes.foreach(__v => __obj.updateDynamic(\"SupportedEngineModes\")(__v.asInstanceOf[js.Any]))\n      SupportedFeatureNames.foreach(__v => __obj.updateDynamic(\"SupportedFeatureNames\")(__v.asInstanceOf[js.Any]))\n      SupportedNcharCharacterSets.foreach(__v => __obj.updateDynamic(\"SupportedNcharCharacterSets\")(__v.asInstanceOf[js.Any]))\n      SupportedTimezones.foreach(__v => __obj.updateDynamic(\"SupportedTimezones\")(__v.asInstanceOf[js.Any]))\n      SupportsGlobalDatabases.foreach(__v => __obj.updateDynamic(\"SupportsGlobalDatabases\")(__v.asInstanceOf[js.Any]))\n      SupportsLogExportsToCloudwatchLogs.foreach(__v => __obj.updateDynamic(\"SupportsLogExportsToCloudwatchLogs\")(__v.asInstanceOf[js.Any]))\n      SupportsParallelQuery.foreach(__v => __obj.updateDynamic(\"SupportsParallelQuery\")(__v.asInstanceOf[js.Any]))\n      SupportsReadReplica.foreach(__v => __obj.updateDynamic(\"SupportsReadReplica\")(__v.asInstanceOf[js.Any]))\n      ValidUpgradeTarget.foreach(__v => __obj.updateDynamic(\"ValidUpgradeTarget\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBEngineVersion]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBEngineVersions<\/code> action.\n    *\/\n  @js.native\n  trait DBEngineVersionMessage extends js.Object {\n    var DBEngineVersions: js.UndefOr[DBEngineVersionList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBEngineVersionMessage {\n    @inline\n    def apply(\n        DBEngineVersions: js.UndefOr[DBEngineVersionList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBEngineVersionMessage = {\n      val __obj = js.Dynamic.literal()\n      DBEngineVersions.foreach(__v => __obj.updateDynamic(\"DBEngineVersions\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBEngineVersionMessage]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB instance. This data type is used as a response element in the <code>DescribeDBInstances<\/code> action.\n    *\/\n  @js.native\n  trait DBInstance extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AssociatedRoles: js.UndefOr[DBInstanceRoles]\n    var AutoMinorVersionUpgrade: js.UndefOr[Boolean]\n    var AvailabilityZone: js.UndefOr[String]\n    var AwsBackupRecoveryPointArn: js.UndefOr[String]\n    var BackupRetentionPeriod: js.UndefOr[Int]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var CharacterSetName: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[Boolean]\n    var CustomerOwnedIpEnabled: js.UndefOr[BooleanOptional]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBInstanceArn: js.UndefOr[String]\n    var DBInstanceAutomatedBackupsReplications: js.UndefOr[DBInstanceAutomatedBackupsReplicationList]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBInstanceStatus: js.UndefOr[String]\n    var DBName: js.UndefOr[String]\n    var DBParameterGroups: js.UndefOr[DBParameterGroupStatusList]\n    var DBSecurityGroups: js.UndefOr[DBSecurityGroupMembershipList]\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n    var DbInstancePort: js.UndefOr[Int]\n    var DbiResourceId: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[Boolean]\n    var DomainMemberships: js.UndefOr[DomainMembershipList]\n    var EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var Endpoint: js.UndefOr[Endpoint]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var EnhancedMonitoringResourceArn: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var InstanceCreateTime: js.UndefOr[TStamp]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LatestRestorableTime: js.UndefOr[TStamp]\n    var LicenseModel: js.UndefOr[String]\n    var ListenerEndpoint: js.UndefOr[Endpoint]\n    var MasterUsername: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MonitoringInterval: js.UndefOr[IntegerOptional]\n    var MonitoringRoleArn: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[Boolean]\n    var NcharCharacterSetName: js.UndefOr[String]\n    var OptionGroupMemberships: js.UndefOr[OptionGroupMembershipList]\n    var PendingModifiedValues: js.UndefOr[PendingModifiedValues]\n    var PerformanceInsightsEnabled: js.UndefOr[BooleanOptional]\n    var PerformanceInsightsKMSKeyId: js.UndefOr[String]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n    var PubliclyAccessible: js.UndefOr[Boolean]\n    var ReadReplicaDBClusterIdentifiers: js.UndefOr[ReadReplicaDBClusterIdentifierList]\n    var ReadReplicaDBInstanceIdentifiers: js.UndefOr[ReadReplicaDBInstanceIdentifierList]\n    var ReadReplicaSourceDBInstanceIdentifier: js.UndefOr[String]\n    var ReplicaMode: js.UndefOr[ReplicaMode]\n    var SecondaryAvailabilityZone: js.UndefOr[String]\n    var StatusInfos: js.UndefOr[DBInstanceStatusInfoList]\n    var StorageEncrypted: js.UndefOr[Boolean]\n    var StorageType: js.UndefOr[String]\n    var TagList: js.UndefOr[TagList]\n    var TdeCredentialArn: js.UndefOr[String]\n    var Timezone: js.UndefOr[String]\n    var VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList]\n  }\n\n  object DBInstance {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AssociatedRoles: js.UndefOr[DBInstanceRoles] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        AwsBackupRecoveryPointArn: js.UndefOr[String] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[Int] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[Boolean] = js.undefined,\n        CustomerOwnedIpEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceArn: js.UndefOr[String] = js.undefined,\n        DBInstanceAutomatedBackupsReplications: js.UndefOr[DBInstanceAutomatedBackupsReplicationList] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceStatus: js.UndefOr[String] = js.undefined,\n        DBName: js.UndefOr[String] = js.undefined,\n        DBParameterGroups: js.UndefOr[DBParameterGroupStatusList] = js.undefined,\n        DBSecurityGroups: js.UndefOr[DBSecurityGroupMembershipList] = js.undefined,\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined,\n        DbInstancePort: js.UndefOr[Int] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[Boolean] = js.undefined,\n        DomainMemberships: js.UndefOr[DomainMembershipList] = js.undefined,\n        EnabledCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        Endpoint: js.UndefOr[Endpoint] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        EnhancedMonitoringResourceArn: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        InstanceCreateTime: js.UndefOr[TStamp] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LatestRestorableTime: js.UndefOr[TStamp] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        ListenerEndpoint: js.UndefOr[Endpoint] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringInterval: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[Boolean] = js.undefined,\n        NcharCharacterSetName: js.UndefOr[String] = js.undefined,\n        OptionGroupMemberships: js.UndefOr[OptionGroupMembershipList] = js.undefined,\n        PendingModifiedValues: js.UndefOr[PendingModifiedValues] = js.undefined,\n        PerformanceInsightsEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        PerformanceInsightsKMSKeyId: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined,\n        PubliclyAccessible: js.UndefOr[Boolean] = js.undefined,\n        ReadReplicaDBClusterIdentifiers: js.UndefOr[ReadReplicaDBClusterIdentifierList] = js.undefined,\n        ReadReplicaDBInstanceIdentifiers: js.UndefOr[ReadReplicaDBInstanceIdentifierList] = js.undefined,\n        ReadReplicaSourceDBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        ReplicaMode: js.UndefOr[ReplicaMode] = js.undefined,\n        SecondaryAvailabilityZone: js.UndefOr[String] = js.undefined,\n        StatusInfos: js.UndefOr[DBInstanceStatusInfoList] = js.undefined,\n        StorageEncrypted: js.UndefOr[Boolean] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        TagList: js.UndefOr[TagList] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        Timezone: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroups: js.UndefOr[VpcSecurityGroupMembershipList] = js.undefined\n    ): DBInstance = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AssociatedRoles.foreach(__v => __obj.updateDynamic(\"AssociatedRoles\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      AwsBackupRecoveryPointArn.foreach(__v => __obj.updateDynamic(\"AwsBackupRecoveryPointArn\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      CustomerOwnedIpEnabled.foreach(__v => __obj.updateDynamic(\"CustomerOwnedIpEnabled\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceArn.foreach(__v => __obj.updateDynamic(\"DBInstanceArn\")(__v.asInstanceOf[js.Any]))\n      DBInstanceAutomatedBackupsReplications.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsReplications\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceStatus.foreach(__v => __obj.updateDynamic(\"DBInstanceStatus\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroups.foreach(__v => __obj.updateDynamic(\"DBParameterGroups\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroups.foreach(__v => __obj.updateDynamic(\"DBSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      DbInstancePort.foreach(__v => __obj.updateDynamic(\"DbInstancePort\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      DomainMemberships.foreach(__v => __obj.updateDynamic(\"DomainMemberships\")(__v.asInstanceOf[js.Any]))\n      EnabledCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnabledCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      EnhancedMonitoringResourceArn.foreach(__v => __obj.updateDynamic(\"EnhancedMonitoringResourceArn\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LatestRestorableTime.foreach(__v => __obj.updateDynamic(\"LatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      ListenerEndpoint.foreach(__v => __obj.updateDynamic(\"ListenerEndpoint\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      NcharCharacterSetName.foreach(__v => __obj.updateDynamic(\"NcharCharacterSetName\")(__v.asInstanceOf[js.Any]))\n      OptionGroupMemberships.foreach(__v => __obj.updateDynamic(\"OptionGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      PendingModifiedValues.foreach(__v => __obj.updateDynamic(\"PendingModifiedValues\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsEnabled.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsEnabled\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKMSKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaDBClusterIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaDBClusterIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaDBInstanceIdentifiers.foreach(__v => __obj.updateDynamic(\"ReadReplicaDBInstanceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaSourceDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"ReadReplicaSourceDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      ReplicaMode.foreach(__v => __obj.updateDynamic(\"ReplicaMode\")(__v.asInstanceOf[js.Any]))\n      SecondaryAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SecondaryAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      StatusInfos.foreach(__v => __obj.updateDynamic(\"StatusInfos\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroups.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstance]\n    }\n  }\n\n  \/** An automated backup of a DB instance. It consists of system backups, transaction logs, and the database instance properties that existed at the time you deleted the source instance.\n    *\/\n  @js.native\n  trait DBInstanceAutomatedBackup extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AvailabilityZone: js.UndefOr[String]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var DBInstanceArn: js.UndefOr[String]\n    var DBInstanceAutomatedBackupsArn: js.UndefOr[String]\n    var DBInstanceAutomatedBackupsReplications: js.UndefOr[DBInstanceAutomatedBackupsReplicationList]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DbiResourceId: js.UndefOr[String]\n    var Encrypted: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var InstanceCreateTime: js.UndefOr[TStamp]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n    var Region: js.UndefOr[String]\n    var RestoreWindow: js.UndefOr[RestoreWindow]\n    var Status: js.UndefOr[String]\n    var StorageType: js.UndefOr[String]\n    var TdeCredentialArn: js.UndefOr[String]\n    var Timezone: js.UndefOr[String]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBInstanceAutomatedBackup {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        DBInstanceArn: js.UndefOr[String] = js.undefined,\n        DBInstanceAutomatedBackupsArn: js.UndefOr[String] = js.undefined,\n        DBInstanceAutomatedBackupsReplications: js.UndefOr[DBInstanceAutomatedBackupsReplicationList] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        InstanceCreateTime: js.UndefOr[TStamp] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        Region: js.UndefOr[String] = js.undefined,\n        RestoreWindow: js.UndefOr[RestoreWindow] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        Timezone: js.UndefOr[String] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBInstanceAutomatedBackup = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      DBInstanceArn.foreach(__v => __obj.updateDynamic(\"DBInstanceArn\")(__v.asInstanceOf[js.Any]))\n      DBInstanceAutomatedBackupsArn.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsArn\")(__v.asInstanceOf[js.Any]))\n      DBInstanceAutomatedBackupsReplications.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsReplications\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      Region.foreach(__v => __obj.updateDynamic(\"Region\")(__v.asInstanceOf[js.Any]))\n      RestoreWindow.foreach(__v => __obj.updateDynamic(\"RestoreWindow\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceAutomatedBackup]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBInstanceAutomatedBackups<\/code> action.\n    *\/\n  @js.native\n  trait DBInstanceAutomatedBackupMessage extends js.Object {\n    var DBInstanceAutomatedBackups: js.UndefOr[DBInstanceAutomatedBackupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBInstanceAutomatedBackupMessage {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackups: js.UndefOr[DBInstanceAutomatedBackupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBInstanceAutomatedBackupMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackups.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceAutomatedBackupMessage]\n    }\n  }\n\n  \/** Automated backups of a DB instance replicated to another AWS Region. They consist of system backups, transaction logs, and database instance properties.\n    *\/\n  @js.native\n  trait DBInstanceAutomatedBackupsReplication extends js.Object {\n    var DBInstanceAutomatedBackupsArn: js.UndefOr[String]\n  }\n\n  object DBInstanceAutomatedBackupsReplication {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackupsArn: js.UndefOr[String] = js.undefined\n    ): DBInstanceAutomatedBackupsReplication = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackupsArn.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceAutomatedBackupsReplication]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBInstances<\/code> action.\n    *\/\n  @js.native\n  trait DBInstanceMessage extends js.Object {\n    var DBInstances: js.UndefOr[DBInstanceList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBInstanceMessage {\n    @inline\n    def apply(\n        DBInstances: js.UndefOr[DBInstanceList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBInstanceMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstances.foreach(__v => __obj.updateDynamic(\"DBInstances\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceMessage]\n    }\n  }\n\n  \/** Describes an AWS Identity and Access Management (IAM) role that is associated with a DB instance.\n    *\/\n  @js.native\n  trait DBInstanceRole extends js.Object {\n    var FeatureName: js.UndefOr[String]\n    var RoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBInstanceRole {\n    @inline\n    def apply(\n        FeatureName: js.UndefOr[String] = js.undefined,\n        RoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBInstanceRole = {\n      val __obj = js.Dynamic.literal()\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceRole]\n    }\n  }\n\n  \/** Provides a list of status information for a DB instance.\n    *\/\n  @js.native\n  trait DBInstanceStatusInfo extends js.Object {\n    var Message: js.UndefOr[String]\n    var Normal: js.UndefOr[Boolean]\n    var Status: js.UndefOr[String]\n    var StatusType: js.UndefOr[String]\n  }\n\n  object DBInstanceStatusInfo {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined,\n        Normal: js.UndefOr[Boolean] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StatusType: js.UndefOr[String] = js.undefined\n    ): DBInstanceStatusInfo = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      Normal.foreach(__v => __obj.updateDynamic(\"Normal\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusType.foreach(__v => __obj.updateDynamic(\"StatusType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBInstanceStatusInfo]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB parameter group. This data type is used as a response element in the <code>DescribeDBParameterGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBParameterGroup extends js.Object {\n    var DBParameterGroupArn: js.UndefOr[String]\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n  }\n\n  object DBParameterGroup {\n    @inline\n    def apply(\n        DBParameterGroupArn: js.UndefOr[String] = js.undefined,\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined\n    ): DBParameterGroup = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupArn.foreach(__v => __obj.updateDynamic(\"DBParameterGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBParameterGroup]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBParameters<\/code> action.\n    *\/\n  @js.native\n  trait DBParameterGroupDetails extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object DBParameterGroupDetails {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): DBParameterGroupDetails = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBParameterGroupDetails]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>ModifyDBParameterGroup<\/code> or <code>ResetDBParameterGroup<\/code> action.\n    *\/\n  @js.native\n  trait DBParameterGroupNameMessage extends js.Object {\n    var DBParameterGroupName: js.UndefOr[String]\n  }\n\n  object DBParameterGroupNameMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: js.UndefOr[String] = js.undefined\n    ): DBParameterGroupNameMessage = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBParameterGroupNameMessage]\n    }\n  }\n\n  \/** The status of the DB parameter group. This data type is used as a response element in the following actions: * <code>CreateDBInstance<\/code> * <code>CreateDBInstanceReadReplica<\/code> * <code>DeleteDBInstance<\/code> * <code>ModifyDBInstance<\/code> * <code>RebootDBInstance<\/code> * <code>RestoreDBInstanceFromDBSnapshot<\/code>\n    *\/\n  @js.native\n  trait DBParameterGroupStatus extends js.Object {\n    var DBParameterGroupName: js.UndefOr[String]\n    var ParameterApplyStatus: js.UndefOr[String]\n  }\n\n  object DBParameterGroupStatus {\n    @inline\n    def apply(\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        ParameterApplyStatus: js.UndefOr[String] = js.undefined\n    ): DBParameterGroupStatus = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      ParameterApplyStatus.foreach(__v => __obj.updateDynamic(\"ParameterApplyStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBParameterGroupStatus]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBParameterGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBParameterGroupsMessage extends js.Object {\n    var DBParameterGroups: js.UndefOr[DBParameterGroupList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBParameterGroupsMessage {\n    @inline\n    def apply(\n        DBParameterGroups: js.UndefOr[DBParameterGroupList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroups.foreach(__v => __obj.updateDynamic(\"DBParameterGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBParameterGroupsMessage]\n    }\n  }\n\n  \/** The data structure representing a proxy managed by the RDS Proxy. This data type is used as a response element in the <code>DescribeDBProxies<\/code> action.\n    *\/\n  @js.native\n  trait DBProxy extends js.Object {\n    var Auth: js.UndefOr[UserAuthConfigInfoList]\n    var CreatedDate: js.UndefOr[TStamp]\n    var DBProxyArn: js.UndefOr[String]\n    var DBProxyName: js.UndefOr[String]\n    var DebugLogging: js.UndefOr[Boolean]\n    var Endpoint: js.UndefOr[String]\n    var EngineFamily: js.UndefOr[String]\n    var IdleClientTimeout: js.UndefOr[Int]\n    var RequireTLS: js.UndefOr[Boolean]\n    var RoleArn: js.UndefOr[String]\n    var Status: js.UndefOr[DBProxyStatus]\n    var UpdatedDate: js.UndefOr[TStamp]\n    var VpcId: js.UndefOr[String]\n    var VpcSecurityGroupIds: js.UndefOr[StringList]\n    var VpcSubnetIds: js.UndefOr[StringList]\n  }\n\n  object DBProxy {\n    @inline\n    def apply(\n        Auth: js.UndefOr[UserAuthConfigInfoList] = js.undefined,\n        CreatedDate: js.UndefOr[TStamp] = js.undefined,\n        DBProxyArn: js.UndefOr[String] = js.undefined,\n        DBProxyName: js.UndefOr[String] = js.undefined,\n        DebugLogging: js.UndefOr[Boolean] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        EngineFamily: js.UndefOr[String] = js.undefined,\n        IdleClientTimeout: js.UndefOr[Int] = js.undefined,\n        RequireTLS: js.UndefOr[Boolean] = js.undefined,\n        RoleArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[DBProxyStatus] = js.undefined,\n        UpdatedDate: js.UndefOr[TStamp] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[StringList] = js.undefined,\n        VpcSubnetIds: js.UndefOr[StringList] = js.undefined\n    ): DBProxy = {\n      val __obj = js.Dynamic.literal()\n      Auth.foreach(__v => __obj.updateDynamic(\"Auth\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DBProxyArn.foreach(__v => __obj.updateDynamic(\"DBProxyArn\")(__v.asInstanceOf[js.Any]))\n      DBProxyName.foreach(__v => __obj.updateDynamic(\"DBProxyName\")(__v.asInstanceOf[js.Any]))\n      DebugLogging.foreach(__v => __obj.updateDynamic(\"DebugLogging\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      EngineFamily.foreach(__v => __obj.updateDynamic(\"EngineFamily\")(__v.asInstanceOf[js.Any]))\n      IdleClientTimeout.foreach(__v => __obj.updateDynamic(\"IdleClientTimeout\")(__v.asInstanceOf[js.Any]))\n      RequireTLS.foreach(__v => __obj.updateDynamic(\"RequireTLS\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      UpdatedDate.foreach(__v => __obj.updateDynamic(\"UpdatedDate\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      VpcSubnetIds.foreach(__v => __obj.updateDynamic(\"VpcSubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBProxy]\n    }\n  }\n\n  \/** The data structure representing an endpoint associated with a DB proxy. RDS automatically creates one endpoint for each DB proxy. For Aurora DB clusters, you can associate additional endpoints with the same DB proxy. These endpoints can be read\/write or read-only. They can also reside in different VPCs than the associated DB proxy. This data type is used as a response element in the <code>DescribeDBProxyEndpoints<\/code> operation.\n    *\/\n  @js.native\n  trait DBProxyEndpoint extends js.Object {\n    var CreatedDate: js.UndefOr[TStamp]\n    var DBProxyEndpointArn: js.UndefOr[String]\n    var DBProxyEndpointName: js.UndefOr[String]\n    var DBProxyName: js.UndefOr[String]\n    var Endpoint: js.UndefOr[String]\n    var IsDefault: js.UndefOr[Boolean]\n    var Status: js.UndefOr[DBProxyEndpointStatus]\n    var TargetRole: js.UndefOr[DBProxyEndpointTargetRole]\n    var VpcId: js.UndefOr[String]\n    var VpcSecurityGroupIds: js.UndefOr[StringList]\n    var VpcSubnetIds: js.UndefOr[StringList]\n  }\n\n  object DBProxyEndpoint {\n    @inline\n    def apply(\n        CreatedDate: js.UndefOr[TStamp] = js.undefined,\n        DBProxyEndpointArn: js.UndefOr[String] = js.undefined,\n        DBProxyEndpointName: js.UndefOr[String] = js.undefined,\n        DBProxyName: js.UndefOr[String] = js.undefined,\n        Endpoint: js.UndefOr[String] = js.undefined,\n        IsDefault: js.UndefOr[Boolean] = js.undefined,\n        Status: js.UndefOr[DBProxyEndpointStatus] = js.undefined,\n        TargetRole: js.UndefOr[DBProxyEndpointTargetRole] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[StringList] = js.undefined,\n        VpcSubnetIds: js.UndefOr[StringList] = js.undefined\n    ): DBProxyEndpoint = {\n      val __obj = js.Dynamic.literal()\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DBProxyEndpointArn.foreach(__v => __obj.updateDynamic(\"DBProxyEndpointArn\")(__v.asInstanceOf[js.Any]))\n      DBProxyEndpointName.foreach(__v => __obj.updateDynamic(\"DBProxyEndpointName\")(__v.asInstanceOf[js.Any]))\n      DBProxyName.foreach(__v => __obj.updateDynamic(\"DBProxyName\")(__v.asInstanceOf[js.Any]))\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      IsDefault.foreach(__v => __obj.updateDynamic(\"IsDefault\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TargetRole.foreach(__v => __obj.updateDynamic(\"TargetRole\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      VpcSubnetIds.foreach(__v => __obj.updateDynamic(\"VpcSubnetIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBProxyEndpoint]\n    }\n  }\n\n  @js.native\n  sealed trait DBProxyEndpointStatus extends js.Any\n  object DBProxyEndpointStatus {\n    val available = \"available\".asInstanceOf[DBProxyEndpointStatus]\n    val modifying = \"modifying\".asInstanceOf[DBProxyEndpointStatus]\n    val `incompatible-network` = \"incompatible-network\".asInstanceOf[DBProxyEndpointStatus]\n    val `insufficient-resource-limits` = \"insufficient-resource-limits\".asInstanceOf[DBProxyEndpointStatus]\n    val creating = \"creating\".asInstanceOf[DBProxyEndpointStatus]\n    val deleting = \"deleting\".asInstanceOf[DBProxyEndpointStatus]\n\n    @inline def values = js.Array(available, modifying, `incompatible-network`, `insufficient-resource-limits`, creating, deleting)\n  }\n\n  @js.native\n  sealed trait DBProxyEndpointTargetRole extends js.Any\n  object DBProxyEndpointTargetRole {\n    val READ_WRITE = \"READ_WRITE\".asInstanceOf[DBProxyEndpointTargetRole]\n    val READ_ONLY = \"READ_ONLY\".asInstanceOf[DBProxyEndpointTargetRole]\n\n    @inline def values = js.Array(READ_WRITE, READ_ONLY)\n  }\n\n  @js.native\n  sealed trait DBProxyStatus extends js.Any\n  object DBProxyStatus {\n    val available = \"available\".asInstanceOf[DBProxyStatus]\n    val modifying = \"modifying\".asInstanceOf[DBProxyStatus]\n    val `incompatible-network` = \"incompatible-network\".asInstanceOf[DBProxyStatus]\n    val `insufficient-resource-limits` = \"insufficient-resource-limits\".asInstanceOf[DBProxyStatus]\n    val creating = \"creating\".asInstanceOf[DBProxyStatus]\n    val deleting = \"deleting\".asInstanceOf[DBProxyStatus]\n    val suspended = \"suspended\".asInstanceOf[DBProxyStatus]\n    val suspending = \"suspending\".asInstanceOf[DBProxyStatus]\n    val reactivating = \"reactivating\".asInstanceOf[DBProxyStatus]\n\n    @inline def values = js.Array(available, modifying, `incompatible-network`, `insufficient-resource-limits`, creating, deleting, suspended, suspending, reactivating)\n  }\n\n  \/** Contains the details for an RDS Proxy target. It represents an RDS DB instance or Aurora DB cluster that the proxy can connect to. One or more targets are associated with an RDS Proxy target group. This data type is used as a response element in the <code>DescribeDBProxyTargets<\/code> action.\n    *\/\n  @js.native\n  trait DBProxyTarget extends js.Object {\n    var Endpoint: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n    var RdsResourceId: js.UndefOr[String]\n    var Role: js.UndefOr[TargetRole]\n    var TargetArn: js.UndefOr[String]\n    var TargetHealth: js.UndefOr[TargetHealth]\n    var TrackedClusterId: js.UndefOr[String]\n    var Type: js.UndefOr[TargetType]\n  }\n\n  object DBProxyTarget {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        RdsResourceId: js.UndefOr[String] = js.undefined,\n        Role: js.UndefOr[TargetRole] = js.undefined,\n        TargetArn: js.UndefOr[String] = js.undefined,\n        TargetHealth: js.UndefOr[TargetHealth] = js.undefined,\n        TrackedClusterId: js.UndefOr[String] = js.undefined,\n        Type: js.UndefOr[TargetType] = js.undefined\n    ): DBProxyTarget = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      RdsResourceId.foreach(__v => __obj.updateDynamic(\"RdsResourceId\")(__v.asInstanceOf[js.Any]))\n      Role.foreach(__v => __obj.updateDynamic(\"Role\")(__v.asInstanceOf[js.Any]))\n      TargetArn.foreach(__v => __obj.updateDynamic(\"TargetArn\")(__v.asInstanceOf[js.Any]))\n      TargetHealth.foreach(__v => __obj.updateDynamic(\"TargetHealth\")(__v.asInstanceOf[js.Any]))\n      TrackedClusterId.foreach(__v => __obj.updateDynamic(\"TrackedClusterId\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBProxyTarget]\n    }\n  }\n\n  \/** Represents a set of RDS DB instances, Aurora DB clusters, or both that a proxy can connect to. Currently, each target group is associated with exactly one RDS DB instance or Aurora DB cluster. This data type is used as a response element in the <code>DescribeDBProxyTargetGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBProxyTargetGroup extends js.Object {\n    var ConnectionPoolConfig: js.UndefOr[ConnectionPoolConfigurationInfo]\n    var CreatedDate: js.UndefOr[TStamp]\n    var DBProxyName: js.UndefOr[String]\n    var IsDefault: js.UndefOr[Boolean]\n    var Status: js.UndefOr[String]\n    var TargetGroupArn: js.UndefOr[String]\n    var TargetGroupName: js.UndefOr[String]\n    var UpdatedDate: js.UndefOr[TStamp]\n  }\n\n  object DBProxyTargetGroup {\n    @inline\n    def apply(\n        ConnectionPoolConfig: js.UndefOr[ConnectionPoolConfigurationInfo] = js.undefined,\n        CreatedDate: js.UndefOr[TStamp] = js.undefined,\n        DBProxyName: js.UndefOr[String] = js.undefined,\n        IsDefault: js.UndefOr[Boolean] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        TargetGroupArn: js.UndefOr[String] = js.undefined,\n        TargetGroupName: js.UndefOr[String] = js.undefined,\n        UpdatedDate: js.UndefOr[TStamp] = js.undefined\n    ): DBProxyTargetGroup = {\n      val __obj = js.Dynamic.literal()\n      ConnectionPoolConfig.foreach(__v => __obj.updateDynamic(\"ConnectionPoolConfig\")(__v.asInstanceOf[js.Any]))\n      CreatedDate.foreach(__v => __obj.updateDynamic(\"CreatedDate\")(__v.asInstanceOf[js.Any]))\n      DBProxyName.foreach(__v => __obj.updateDynamic(\"DBProxyName\")(__v.asInstanceOf[js.Any]))\n      IsDefault.foreach(__v => __obj.updateDynamic(\"IsDefault\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TargetGroupArn.foreach(__v => __obj.updateDynamic(\"TargetGroupArn\")(__v.asInstanceOf[js.Any]))\n      TargetGroupName.foreach(__v => __obj.updateDynamic(\"TargetGroupName\")(__v.asInstanceOf[js.Any]))\n      UpdatedDate.foreach(__v => __obj.updateDynamic(\"UpdatedDate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBProxyTargetGroup]\n    }\n  }\n\n  \/** Contains the details for an Amazon RDS DB security group. This data type is used as a response element in the <code>DescribeDBSecurityGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBSecurityGroup extends js.Object {\n    var DBSecurityGroupArn: js.UndefOr[String]\n    var DBSecurityGroupDescription: js.UndefOr[String]\n    var DBSecurityGroupName: js.UndefOr[String]\n    var EC2SecurityGroups: js.UndefOr[EC2SecurityGroupList]\n    var IPRanges: js.UndefOr[IPRangeList]\n    var OwnerId: js.UndefOr[String]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBSecurityGroup {\n    @inline\n    def apply(\n        DBSecurityGroupArn: js.UndefOr[String] = js.undefined,\n        DBSecurityGroupDescription: js.UndefOr[String] = js.undefined,\n        DBSecurityGroupName: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroups: js.UndefOr[EC2SecurityGroupList] = js.undefined,\n        IPRanges: js.UndefOr[IPRangeList] = js.undefined,\n        OwnerId: js.UndefOr[String] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBSecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroupArn.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroupDescription.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupDescription\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroupName.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroups.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      IPRanges.foreach(__v => __obj.updateDynamic(\"IPRanges\")(__v.asInstanceOf[js.Any]))\n      OwnerId.foreach(__v => __obj.updateDynamic(\"OwnerId\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSecurityGroup]\n    }\n  }\n\n  \/** This data type is used as a response element in the following actions: * <code>ModifyDBInstance<\/code> * <code>RebootDBInstance<\/code> * <code>RestoreDBInstanceFromDBSnapshot<\/code> * <code>RestoreDBInstanceToPointInTime<\/code>\n    *\/\n  @js.native\n  trait DBSecurityGroupMembership extends js.Object {\n    var DBSecurityGroupName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DBSecurityGroupMembership {\n    @inline\n    def apply(\n        DBSecurityGroupName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DBSecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroupName.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSecurityGroupMembership]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBSecurityGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBSecurityGroupMessage extends js.Object {\n    var DBSecurityGroups: js.UndefOr[DBSecurityGroups]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBSecurityGroupMessage {\n    @inline\n    def apply(\n        DBSecurityGroups: js.UndefOr[DBSecurityGroups] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroups.foreach(__v => __obj.updateDynamic(\"DBSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSecurityGroupMessage]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB snapshot. This data type is used as a response element in the <code>DescribeDBSnapshots<\/code> action.\n    *\/\n  @js.native\n  trait DBSnapshot extends js.Object {\n    var AllocatedStorage: js.UndefOr[Int]\n    var AvailabilityZone: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBSnapshotArn: js.UndefOr[String]\n    var DBSnapshotIdentifier: js.UndefOr[String]\n    var DbiResourceId: js.UndefOr[String]\n    var Encrypted: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean]\n    var InstanceCreateTime: js.UndefOr[TStamp]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var PercentProgress: js.UndefOr[Int]\n    var Port: js.UndefOr[Int]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var SnapshotCreateTime: js.UndefOr[TStamp]\n    var SnapshotType: js.UndefOr[String]\n    var SourceDBSnapshotIdentifier: js.UndefOr[String]\n    var SourceRegion: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var StorageType: js.UndefOr[String]\n    var TagList: js.UndefOr[TagList]\n    var TdeCredentialArn: js.UndefOr[String]\n    var Timezone: js.UndefOr[String]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBSnapshot {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[Int] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBSnapshotArn: js.UndefOr[String] = js.undefined,\n        DBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        Encrypted: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[Boolean] = js.undefined,\n        InstanceCreateTime: js.UndefOr[TStamp] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        SnapshotCreateTime: js.UndefOr[TStamp] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined,\n        SourceDBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        SourceRegion: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        TagList: js.UndefOr[TagList] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        Timezone: js.UndefOr[String] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBSnapshot = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBSnapshotArn.foreach(__v => __obj.updateDynamic(\"DBSnapshotArn\")(__v.asInstanceOf[js.Any]))\n      DBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      Encrypted.foreach(__v => __obj.updateDynamic(\"Encrypted\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      InstanceCreateTime.foreach(__v => __obj.updateDynamic(\"InstanceCreateTime\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      SnapshotCreateTime.foreach(__v => __obj.updateDynamic(\"SnapshotCreateTime\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      SourceDBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"SourceDBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceRegion.foreach(__v => __obj.updateDynamic(\"SourceRegion\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      Timezone.foreach(__v => __obj.updateDynamic(\"Timezone\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSnapshot]\n    }\n  }\n\n  \/** Contains the name and values of a manual DB snapshot attribute Manual DB snapshot attributes are used to authorize other AWS accounts to restore a manual DB snapshot. For more information, see the <code>ModifyDBSnapshotAttribute<\/code> API.\n    *\/\n  @js.native\n  trait DBSnapshotAttribute extends js.Object {\n    var AttributeName: js.UndefOr[String]\n    var AttributeValues: js.UndefOr[AttributeValueList]\n  }\n\n  object DBSnapshotAttribute {\n    @inline\n    def apply(\n        AttributeName: js.UndefOr[String] = js.undefined,\n        AttributeValues: js.UndefOr[AttributeValueList] = js.undefined\n    ): DBSnapshotAttribute = {\n      val __obj = js.Dynamic.literal()\n      AttributeName.foreach(__v => __obj.updateDynamic(\"AttributeName\")(__v.asInstanceOf[js.Any]))\n      AttributeValues.foreach(__v => __obj.updateDynamic(\"AttributeValues\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSnapshotAttribute]\n    }\n  }\n\n  \/** Contains the results of a successful call to the <code>DescribeDBSnapshotAttributes<\/code> API action. Manual DB snapshot attributes are used to authorize other AWS accounts to copy or restore a manual DB snapshot. For more information, see the <code>ModifyDBSnapshotAttribute<\/code> API action.\n    *\/\n  @js.native\n  trait DBSnapshotAttributesResult extends js.Object {\n    var DBSnapshotAttributes: js.UndefOr[DBSnapshotAttributeList]\n    var DBSnapshotIdentifier: js.UndefOr[String]\n  }\n\n  object DBSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBSnapshotAttributes: js.UndefOr[DBSnapshotAttributeList] = js.undefined,\n        DBSnapshotIdentifier: js.UndefOr[String] = js.undefined\n    ): DBSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshotAttributes.foreach(__v => __obj.updateDynamic(\"DBSnapshotAttributes\")(__v.asInstanceOf[js.Any]))\n      DBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSnapshotAttributesResult]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBSnapshots<\/code> action.\n    *\/\n  @js.native\n  trait DBSnapshotMessage extends js.Object {\n    var DBSnapshots: js.UndefOr[DBSnapshotList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBSnapshotMessage {\n    @inline\n    def apply(\n        DBSnapshots: js.UndefOr[DBSnapshotList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBSnapshotMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshots.foreach(__v => __obj.updateDynamic(\"DBSnapshots\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSnapshotMessage]\n    }\n  }\n\n  \/** Contains the details of an Amazon RDS DB subnet group. This data type is used as a response element in the <code>DescribeDBSubnetGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBSubnetGroup extends js.Object {\n    var DBSubnetGroupArn: js.UndefOr[String]\n    var DBSubnetGroupDescription: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var SubnetGroupStatus: js.UndefOr[String]\n    var Subnets: js.UndefOr[SubnetList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object DBSubnetGroup {\n    @inline\n    def apply(\n        DBSubnetGroupArn: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupDescription: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        SubnetGroupStatus: js.UndefOr[String] = js.undefined,\n        Subnets: js.UndefOr[SubnetList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): DBSubnetGroup = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroupArn.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupArn\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      SubnetGroupStatus.foreach(__v => __obj.updateDynamic(\"SubnetGroupStatus\")(__v.asInstanceOf[js.Any]))\n      Subnets.foreach(__v => __obj.updateDynamic(\"Subnets\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSubnetGroup]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeDBSubnetGroups<\/code> action.\n    *\/\n  @js.native\n  trait DBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroups: js.UndefOr[DBSubnetGroups]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroups: js.UndefOr[DBSubnetGroups] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroups.foreach(__v => __obj.updateDynamic(\"DBSubnetGroups\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DBSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteCustomAvailabilityZoneMessage extends js.Object {\n    var CustomAvailabilityZoneId: String\n  }\n\n  object DeleteCustomAvailabilityZoneMessage {\n    @inline\n    def apply(\n        CustomAvailabilityZoneId: String\n    ): DeleteCustomAvailabilityZoneMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CustomAvailabilityZoneId\" -> CustomAvailabilityZoneId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteCustomAvailabilityZoneMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteCustomAvailabilityZoneResult extends js.Object {\n    var CustomAvailabilityZone: js.UndefOr[CustomAvailabilityZone]\n  }\n\n  object DeleteCustomAvailabilityZoneResult {\n    @inline\n    def apply(\n        CustomAvailabilityZone: js.UndefOr[CustomAvailabilityZone] = js.undefined\n    ): DeleteCustomAvailabilityZoneResult = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZone.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteCustomAvailabilityZoneResult]\n    }\n  }\n\n  @js.native\n  trait DeleteDBClusterEndpointMessage extends js.Object {\n    var DBClusterEndpointIdentifier: String\n  }\n\n  object DeleteDBClusterEndpointMessage {\n    @inline\n    def apply(\n        DBClusterEndpointIdentifier: String\n    ): DeleteDBClusterEndpointMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterEndpointIdentifier\" -> DBClusterEndpointIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBClusterEndpointMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var FinalDBSnapshotIdentifier: js.UndefOr[String]\n    var SkipFinalSnapshot: js.UndefOr[Boolean]\n  }\n\n  object DeleteDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        FinalDBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        SkipFinalSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): DeleteDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      FinalDBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"FinalDBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      SkipFinalSnapshot.foreach(__v => __obj.updateDynamic(\"SkipFinalSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n  }\n\n  object DeleteDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String\n    ): DeleteDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object DeleteDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): DeleteDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBClusterSnapshotMessage extends js.Object {\n    var DBClusterSnapshotIdentifier: String\n  }\n\n  object DeleteDBClusterSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterSnapshotIdentifier: String\n    ): DeleteDBClusterSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBClusterSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBClusterSnapshotResult extends js.Object {\n    var DBClusterSnapshot: js.UndefOr[DBClusterSnapshot]\n  }\n\n  object DeleteDBClusterSnapshotResult {\n    @inline\n    def apply(\n        DBClusterSnapshot: js.UndefOr[DBClusterSnapshot] = js.undefined\n    ): DeleteDBClusterSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshot.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBClusterSnapshotResult]\n    }\n  }\n\n  \/** Parameter input for the <code>DeleteDBInstanceAutomatedBackup<\/code> operation.\n    *\/\n  @js.native\n  trait DeleteDBInstanceAutomatedBackupMessage extends js.Object {\n    var DBInstanceAutomatedBackupsArn: js.UndefOr[String]\n    var DbiResourceId: js.UndefOr[String]\n  }\n\n  object DeleteDBInstanceAutomatedBackupMessage {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackupsArn: js.UndefOr[String] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined\n    ): DeleteDBInstanceAutomatedBackupMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackupsArn.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsArn\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBInstanceAutomatedBackupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBInstanceAutomatedBackupResult extends js.Object {\n    var DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup]\n  }\n\n  object DeleteDBInstanceAutomatedBackupResult {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup] = js.undefined\n    ): DeleteDBInstanceAutomatedBackupResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBInstanceAutomatedBackupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var DeleteAutomatedBackups: js.UndefOr[BooleanOptional]\n    var FinalDBSnapshotIdentifier: js.UndefOr[String]\n    var SkipFinalSnapshot: js.UndefOr[Boolean]\n  }\n\n  object DeleteDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        DeleteAutomatedBackups: js.UndefOr[BooleanOptional] = js.undefined,\n        FinalDBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        SkipFinalSnapshot: js.UndefOr[Boolean] = js.undefined\n    ): DeleteDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      DeleteAutomatedBackups.foreach(__v => __obj.updateDynamic(\"DeleteAutomatedBackups\")(__v.asInstanceOf[js.Any]))\n      FinalDBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"FinalDBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      SkipFinalSnapshot.foreach(__v => __obj.updateDynamic(\"SkipFinalSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object DeleteDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): DeleteDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBInstanceResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBParameterGroupMessage extends js.Object {\n    var DBParameterGroupName: String\n  }\n\n  object DeleteDBParameterGroupMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: String\n    ): DeleteDBParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupName\" -> DBParameterGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBProxyEndpointRequest extends js.Object {\n    var DBProxyEndpointName: DBProxyEndpointName\n  }\n\n  object DeleteDBProxyEndpointRequest {\n    @inline\n    def apply(\n        DBProxyEndpointName: DBProxyEndpointName\n    ): DeleteDBProxyEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyEndpointName\" -> DBProxyEndpointName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBProxyEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDBProxyEndpointResponse extends js.Object {\n    var DBProxyEndpoint: js.UndefOr[DBProxyEndpoint]\n  }\n\n  object DeleteDBProxyEndpointResponse {\n    @inline\n    def apply(\n        DBProxyEndpoint: js.UndefOr[DBProxyEndpoint] = js.undefined\n    ): DeleteDBProxyEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyEndpoint.foreach(__v => __obj.updateDynamic(\"DBProxyEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBProxyEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait DeleteDBProxyRequest extends js.Object {\n    var DBProxyName: String\n  }\n\n  object DeleteDBProxyRequest {\n    @inline\n    def apply(\n        DBProxyName: String\n    ): DeleteDBProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBProxyRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteDBProxyResponse extends js.Object {\n    var DBProxy: js.UndefOr[DBProxy]\n  }\n\n  object DeleteDBProxyResponse {\n    @inline\n    def apply(\n        DBProxy: js.UndefOr[DBProxy] = js.undefined\n    ): DeleteDBProxyResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxy.foreach(__v => __obj.updateDynamic(\"DBProxy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBProxyResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBSecurityGroupMessage extends js.Object {\n    var DBSecurityGroupName: String\n  }\n\n  object DeleteDBSecurityGroupMessage {\n    @inline\n    def apply(\n        DBSecurityGroupName: String\n    ): DeleteDBSecurityGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSecurityGroupName\" -> DBSecurityGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBSecurityGroupMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBSnapshotMessage extends js.Object {\n    var DBSnapshotIdentifier: String\n  }\n\n  object DeleteDBSnapshotMessage {\n    @inline\n    def apply(\n        DBSnapshotIdentifier: String\n    ): DeleteDBSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteDBSnapshotResult extends js.Object {\n    var DBSnapshot: js.UndefOr[DBSnapshot]\n  }\n\n  object DeleteDBSnapshotResult {\n    @inline\n    def apply(\n        DBSnapshot: js.UndefOr[DBSnapshot] = js.undefined\n    ): DeleteDBSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshot.foreach(__v => __obj.updateDynamic(\"DBSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteDBSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupName: String\n  }\n\n  object DeleteDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: String\n    ): DeleteDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteDBSubnetGroupMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteEventSubscriptionMessage extends js.Object {\n    var SubscriptionName: String\n  }\n\n  object DeleteEventSubscriptionMessage {\n    @inline\n    def apply(\n        SubscriptionName: String\n    ): DeleteEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object DeleteEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): DeleteEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteEventSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait DeleteGlobalClusterMessage extends js.Object {\n    var GlobalClusterIdentifier: String\n  }\n\n  object DeleteGlobalClusterMessage {\n    @inline\n    def apply(\n        GlobalClusterIdentifier: String\n    ): DeleteGlobalClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalClusterIdentifier\" -> GlobalClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteGlobalClusterMessage]\n    }\n  }\n\n  @js.native\n  trait DeleteGlobalClusterResult extends js.Object {\n    var GlobalCluster: js.UndefOr[GlobalCluster]\n  }\n\n  object DeleteGlobalClusterResult {\n    @inline\n    def apply(\n        GlobalCluster: js.UndefOr[GlobalCluster] = js.undefined\n    ): DeleteGlobalClusterResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalCluster.foreach(__v => __obj.updateDynamic(\"GlobalCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGlobalClusterResult]\n    }\n  }\n\n  @js.native\n  trait DeleteInstallationMediaMessage extends js.Object {\n    var InstallationMediaId: String\n  }\n\n  object DeleteInstallationMediaMessage {\n    @inline\n    def apply(\n        InstallationMediaId: String\n    ): DeleteInstallationMediaMessage = {\n      val __obj = js.Dynamic.literal(\n        \"InstallationMediaId\" -> InstallationMediaId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteInstallationMediaMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DeleteOptionGroupMessage extends js.Object {\n    var OptionGroupName: String\n  }\n\n  object DeleteOptionGroupMessage {\n    @inline\n    def apply(\n        OptionGroupName: String\n    ): DeleteOptionGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"OptionGroupName\" -> OptionGroupName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteOptionGroupMessage]\n    }\n  }\n\n  @js.native\n  trait DeregisterDBProxyTargetsRequest extends js.Object {\n    var DBProxyName: String\n    var DBClusterIdentifiers: js.UndefOr[StringList]\n    var DBInstanceIdentifiers: js.UndefOr[StringList]\n    var TargetGroupName: js.UndefOr[String]\n  }\n\n  object DeregisterDBProxyTargetsRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        DBClusterIdentifiers: js.UndefOr[StringList] = js.undefined,\n        DBInstanceIdentifiers: js.UndefOr[StringList] = js.undefined,\n        TargetGroupName: js.UndefOr[String] = js.undefined\n    ): DeregisterDBProxyTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n\n      DBClusterIdentifiers.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifiers\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifiers.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      TargetGroupName.foreach(__v => __obj.updateDynamic(\"TargetGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeregisterDBProxyTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DeregisterDBProxyTargetsResponse extends js.Object\n\n  object DeregisterDBProxyTargetsResponse {\n    @inline\n    def apply(): DeregisterDBProxyTargetsResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeregisterDBProxyTargetsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeAccountAttributesMessage extends js.Object\n\n  object DescribeAccountAttributesMessage {\n    @inline\n    def apply(): DescribeAccountAttributesMessage = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DescribeAccountAttributesMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeCertificatesMessage extends js.Object {\n    var CertificateIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCertificatesMessage {\n    @inline\n    def apply(\n        CertificateIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCertificatesMessage = {\n      val __obj = js.Dynamic.literal()\n      CertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCertificatesMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeCustomAvailabilityZonesMessage extends js.Object {\n    var CustomAvailabilityZoneId: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeCustomAvailabilityZonesMessage {\n    @inline\n    def apply(\n        CustomAvailabilityZoneId: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeCustomAvailabilityZonesMessage = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZoneId.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZoneId\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCustomAvailabilityZonesMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClusterBacktracksMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var BacktrackIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClusterBacktracksMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        BacktrackIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClusterBacktracksMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      BacktrackIdentifier.foreach(__v => __obj.updateDynamic(\"BacktrackIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterBacktracksMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBClusterEndpointsMessage extends js.Object {\n    var DBClusterEndpointIdentifier: js.UndefOr[String]\n    var DBClusterIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClusterEndpointsMessage {\n    @inline\n    def apply(\n        DBClusterEndpointIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClusterEndpointsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterEndpointIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterEndpointIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterEndpointsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClusterParameterGroupsMessage extends js.Object {\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClusterParameterGroupsMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClusterParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterParameterGroupsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClusterParametersMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Source: js.UndefOr[String]\n  }\n\n  object DescribeDBClusterParametersMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): DescribeDBClusterParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterParametersMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClusterSnapshotAttributesMessage extends js.Object {\n    var DBClusterSnapshotIdentifier: String\n  }\n\n  object DescribeDBClusterSnapshotAttributesMessage {\n    @inline\n    def apply(\n        DBClusterSnapshotIdentifier: String\n    ): DescribeDBClusterSnapshotAttributesMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDBClusterSnapshotAttributesMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBClusterSnapshotAttributesResult extends js.Object {\n    var DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult]\n  }\n\n  object DescribeDBClusterSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult] = js.undefined\n    ): DescribeDBClusterSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterSnapshotAttributesResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClusterSnapshotsMessage extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var DBClusterSnapshotIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var IncludePublic: js.UndefOr[Boolean]\n    var IncludeShared: js.UndefOr[Boolean]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SnapshotType: js.UndefOr[String]\n  }\n\n  object DescribeDBClusterSnapshotsMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        DBClusterSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        IncludePublic: js.UndefOr[Boolean] = js.undefined,\n        IncludeShared: js.UndefOr[Boolean] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined\n    ): DescribeDBClusterSnapshotsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBClusterSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      IncludePublic.foreach(__v => __obj.updateDynamic(\"IncludePublic\")(__v.asInstanceOf[js.Any]))\n      IncludeShared.foreach(__v => __obj.updateDynamic(\"IncludeShared\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClusterSnapshotsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBClustersMessage extends js.Object {\n    var DBClusterIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var IncludeShared: js.UndefOr[Boolean]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBClustersMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        IncludeShared: js.UndefOr[Boolean] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBClustersMessage = {\n      val __obj = js.Dynamic.literal()\n      DBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      IncludeShared.foreach(__v => __obj.updateDynamic(\"IncludeShared\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBClustersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBEngineVersionsMessage extends js.Object {\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var DefaultOnly: js.UndefOr[Boolean]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var IncludeAll: js.UndefOr[BooleanOptional]\n    var ListSupportedCharacterSets: js.UndefOr[BooleanOptional]\n    var ListSupportedTimezones: js.UndefOr[BooleanOptional]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBEngineVersionsMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        DefaultOnly: js.UndefOr[Boolean] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        IncludeAll: js.UndefOr[BooleanOptional] = js.undefined,\n        ListSupportedCharacterSets: js.UndefOr[BooleanOptional] = js.undefined,\n        ListSupportedTimezones: js.UndefOr[BooleanOptional] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBEngineVersionsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      DefaultOnly.foreach(__v => __obj.updateDynamic(\"DefaultOnly\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      IncludeAll.foreach(__v => __obj.updateDynamic(\"IncludeAll\")(__v.asInstanceOf[js.Any]))\n      ListSupportedCharacterSets.foreach(__v => __obj.updateDynamic(\"ListSupportedCharacterSets\")(__v.asInstanceOf[js.Any]))\n      ListSupportedTimezones.foreach(__v => __obj.updateDynamic(\"ListSupportedTimezones\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBEngineVersionsMessage]\n    }\n  }\n\n  \/** Parameter input for DescribeDBInstanceAutomatedBackups.\n    *\/\n  @js.native\n  trait DescribeDBInstanceAutomatedBackupsMessage extends js.Object {\n    var DBInstanceAutomatedBackupsArn: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DbiResourceId: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBInstanceAutomatedBackupsMessage {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackupsArn: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBInstanceAutomatedBackupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackupsArn.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackupsArn\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBInstanceAutomatedBackupsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBInstancesMessage extends js.Object {\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBInstancesMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBInstancesMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBInstancesMessage]\n    }\n  }\n\n  \/** This data type is used as a response element to <code>DescribeDBLogFiles<\/code>.\n    *\/\n  @js.native\n  trait DescribeDBLogFilesDetails extends js.Object {\n    var LastWritten: js.UndefOr[Double]\n    var LogFileName: js.UndefOr[String]\n    var Size: js.UndefOr[Double]\n  }\n\n  object DescribeDBLogFilesDetails {\n    @inline\n    def apply(\n        LastWritten: js.UndefOr[Double] = js.undefined,\n        LogFileName: js.UndefOr[String] = js.undefined,\n        Size: js.UndefOr[Double] = js.undefined\n    ): DescribeDBLogFilesDetails = {\n      val __obj = js.Dynamic.literal()\n      LastWritten.foreach(__v => __obj.updateDynamic(\"LastWritten\")(__v.asInstanceOf[js.Any]))\n      LogFileName.foreach(__v => __obj.updateDynamic(\"LogFileName\")(__v.asInstanceOf[js.Any]))\n      Size.foreach(__v => __obj.updateDynamic(\"Size\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBLogFilesDetails]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBLogFilesMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var FileLastWritten: js.UndefOr[Double]\n    var FileSize: js.UndefOr[Double]\n    var FilenameContains: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBLogFilesMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        FileLastWritten: js.UndefOr[Double] = js.undefined,\n        FileSize: js.UndefOr[Double] = js.undefined,\n        FilenameContains: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBLogFilesMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      FileLastWritten.foreach(__v => __obj.updateDynamic(\"FileLastWritten\")(__v.asInstanceOf[js.Any]))\n      FileSize.foreach(__v => __obj.updateDynamic(\"FileSize\")(__v.asInstanceOf[js.Any]))\n      FilenameContains.foreach(__v => __obj.updateDynamic(\"FilenameContains\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBLogFilesMessage]\n    }\n  }\n\n  \/** The response from a call to <code>DescribeDBLogFiles<\/code>.\n    *\/\n  @js.native\n  trait DescribeDBLogFilesResponse extends js.Object {\n    var DescribeDBLogFiles: js.UndefOr[DescribeDBLogFilesList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DescribeDBLogFilesResponse {\n    @inline\n    def apply(\n        DescribeDBLogFiles: js.UndefOr[DescribeDBLogFilesList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DescribeDBLogFilesResponse = {\n      val __obj = js.Dynamic.literal()\n      DescribeDBLogFiles.foreach(__v => __obj.updateDynamic(\"DescribeDBLogFiles\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBLogFilesResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBParameterGroupsMessage extends js.Object {\n    var DBParameterGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBParameterGroupsMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBParameterGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBParameterGroupsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBParametersMessage extends js.Object {\n    var DBParameterGroupName: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Source: js.UndefOr[String]\n  }\n\n  object DescribeDBParametersMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined\n    ): DescribeDBParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupName\" -> DBParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBParametersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxiesRequest extends js.Object {\n    var DBProxyName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[MaxRecords]\n  }\n\n  object DescribeDBProxiesRequest {\n    @inline\n    def apply(\n        DBProxyName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined\n    ): DescribeDBProxiesRequest = {\n      val __obj = js.Dynamic.literal()\n      DBProxyName.foreach(__v => __obj.updateDynamic(\"DBProxyName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxiesRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxiesResponse extends js.Object {\n    var DBProxies: js.UndefOr[DBProxyList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DescribeDBProxiesResponse {\n    @inline\n    def apply(\n        DBProxies: js.UndefOr[DBProxyList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DescribeDBProxiesResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxies.foreach(__v => __obj.updateDynamic(\"DBProxies\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxiesResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyEndpointsRequest extends js.Object {\n    var DBProxyEndpointName: js.UndefOr[DBProxyEndpointName]\n    var DBProxyName: js.UndefOr[DBProxyName]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[MaxRecords]\n  }\n\n  object DescribeDBProxyEndpointsRequest {\n    @inline\n    def apply(\n        DBProxyEndpointName: js.UndefOr[DBProxyEndpointName] = js.undefined,\n        DBProxyName: js.UndefOr[DBProxyName] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined\n    ): DescribeDBProxyEndpointsRequest = {\n      val __obj = js.Dynamic.literal()\n      DBProxyEndpointName.foreach(__v => __obj.updateDynamic(\"DBProxyEndpointName\")(__v.asInstanceOf[js.Any]))\n      DBProxyName.foreach(__v => __obj.updateDynamic(\"DBProxyName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyEndpointsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyEndpointsResponse extends js.Object {\n    var DBProxyEndpoints: js.UndefOr[DBProxyEndpointList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DescribeDBProxyEndpointsResponse {\n    @inline\n    def apply(\n        DBProxyEndpoints: js.UndefOr[DBProxyEndpointList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DescribeDBProxyEndpointsResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyEndpoints.foreach(__v => __obj.updateDynamic(\"DBProxyEndpoints\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyEndpointsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyTargetGroupsRequest extends js.Object {\n    var DBProxyName: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[MaxRecords]\n    var TargetGroupName: js.UndefOr[String]\n  }\n\n  object DescribeDBProxyTargetGroupsRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined,\n        TargetGroupName: js.UndefOr[String] = js.undefined\n    ): DescribeDBProxyTargetGroupsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      TargetGroupName.foreach(__v => __obj.updateDynamic(\"TargetGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyTargetGroupsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyTargetGroupsResponse extends js.Object {\n    var Marker: js.UndefOr[String]\n    var TargetGroups: js.UndefOr[TargetGroupList]\n  }\n\n  object DescribeDBProxyTargetGroupsResponse {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        TargetGroups: js.UndefOr[TargetGroupList] = js.undefined\n    ): DescribeDBProxyTargetGroupsResponse = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      TargetGroups.foreach(__v => __obj.updateDynamic(\"TargetGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyTargetGroupsResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyTargetsRequest extends js.Object {\n    var DBProxyName: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[MaxRecords]\n    var TargetGroupName: js.UndefOr[String]\n  }\n\n  object DescribeDBProxyTargetsRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined,\n        TargetGroupName: js.UndefOr[String] = js.undefined\n    ): DescribeDBProxyTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      TargetGroupName.foreach(__v => __obj.updateDynamic(\"TargetGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeDBProxyTargetsResponse extends js.Object {\n    var Marker: js.UndefOr[String]\n    var Targets: js.UndefOr[TargetList]\n  }\n\n  object DescribeDBProxyTargetsResponse {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        Targets: js.UndefOr[TargetList] = js.undefined\n    ): DescribeDBProxyTargetsResponse = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Targets.foreach(__v => __obj.updateDynamic(\"Targets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBProxyTargetsResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBSecurityGroupsMessage extends js.Object {\n    var DBSecurityGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBSecurityGroupsMessage {\n    @inline\n    def apply(\n        DBSecurityGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBSecurityGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroupName.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBSecurityGroupsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBSnapshotAttributesMessage extends js.Object {\n    var DBSnapshotIdentifier: String\n  }\n\n  object DescribeDBSnapshotAttributesMessage {\n    @inline\n    def apply(\n        DBSnapshotIdentifier: String\n    ): DescribeDBSnapshotAttributesMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeDBSnapshotAttributesMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeDBSnapshotAttributesResult extends js.Object {\n    var DBSnapshotAttributesResult: js.UndefOr[DBSnapshotAttributesResult]\n  }\n\n  object DescribeDBSnapshotAttributesResult {\n    @inline\n    def apply(\n        DBSnapshotAttributesResult: js.UndefOr[DBSnapshotAttributesResult] = js.undefined\n    ): DescribeDBSnapshotAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBSnapshotAttributesResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBSnapshotsMessage extends js.Object {\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBSnapshotIdentifier: js.UndefOr[String]\n    var DbiResourceId: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var IncludePublic: js.UndefOr[Boolean]\n    var IncludeShared: js.UndefOr[Boolean]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SnapshotType: js.UndefOr[String]\n  }\n\n  object DescribeDBSnapshotsMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBSnapshotIdentifier: js.UndefOr[String] = js.undefined,\n        DbiResourceId: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        IncludePublic: js.UndefOr[Boolean] = js.undefined,\n        IncludeShared: js.UndefOr[Boolean] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SnapshotType: js.UndefOr[String] = js.undefined\n    ): DescribeDBSnapshotsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      DbiResourceId.foreach(__v => __obj.updateDynamic(\"DbiResourceId\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      IncludePublic.foreach(__v => __obj.updateDynamic(\"IncludePublic\")(__v.asInstanceOf[js.Any]))\n      IncludeShared.foreach(__v => __obj.updateDynamic(\"IncludeShared\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SnapshotType.foreach(__v => __obj.updateDynamic(\"SnapshotType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBSnapshotsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeDBSubnetGroupsMessage extends js.Object {\n    var DBSubnetGroupName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeDBSubnetGroupsMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeDBSubnetGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeDBSubnetGroupsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeEngineDefaultClusterParametersMessage extends js.Object {\n    var DBParameterGroupFamily: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeEngineDefaultClusterParametersMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeEngineDefaultClusterParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultClusterParametersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeEngineDefaultClusterParametersResult extends js.Object {\n    var EngineDefaults: js.UndefOr[EngineDefaults]\n  }\n\n  object DescribeEngineDefaultClusterParametersResult {\n    @inline\n    def apply(\n        EngineDefaults: js.UndefOr[EngineDefaults] = js.undefined\n    ): DescribeEngineDefaultClusterParametersResult = {\n      val __obj = js.Dynamic.literal()\n      EngineDefaults.foreach(__v => __obj.updateDynamic(\"EngineDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultClusterParametersResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeEngineDefaultParametersMessage extends js.Object {\n    var DBParameterGroupFamily: String\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeEngineDefaultParametersMessage {\n    @inline\n    def apply(\n        DBParameterGroupFamily: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeEngineDefaultParametersMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupFamily\" -> DBParameterGroupFamily.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultParametersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeEngineDefaultParametersResult extends js.Object {\n    var EngineDefaults: js.UndefOr[EngineDefaults]\n  }\n\n  object DescribeEngineDefaultParametersResult {\n    @inline\n    def apply(\n        EngineDefaults: js.UndefOr[EngineDefaults] = js.undefined\n    ): DescribeEngineDefaultParametersResult = {\n      val __obj = js.Dynamic.literal()\n      EngineDefaults.foreach(__v => __obj.updateDynamic(\"EngineDefaults\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEngineDefaultParametersResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeEventCategoriesMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object DescribeEventCategoriesMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): DescribeEventCategoriesMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventCategoriesMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeEventSubscriptionsMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SubscriptionName: js.UndefOr[String]\n  }\n\n  object DescribeEventSubscriptionsMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SubscriptionName: js.UndefOr[String] = js.undefined\n    ): DescribeEventSubscriptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SubscriptionName.foreach(__v => __obj.updateDynamic(\"SubscriptionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventSubscriptionsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeEventsMessage extends js.Object {\n    var Duration: js.UndefOr[IntegerOptional]\n    var EndTime: js.UndefOr[TStamp]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n    var StartTime: js.UndefOr[TStamp]\n  }\n\n  object DescribeEventsMessage {\n    @inline\n    def apply(\n        Duration: js.UndefOr[IntegerOptional] = js.undefined,\n        EndTime: js.UndefOr[TStamp] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined\n    ): DescribeEventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      EndTime.foreach(__v => __obj.updateDynamic(\"EndTime\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEventsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeExportTasksMessage extends js.Object {\n    var ExportTaskIdentifier: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[MaxRecords]\n    var SourceArn: js.UndefOr[String]\n  }\n\n  object DescribeExportTasksMessage {\n    @inline\n    def apply(\n        ExportTaskIdentifier: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[MaxRecords] = js.undefined,\n        SourceArn: js.UndefOr[String] = js.undefined\n    ): DescribeExportTasksMessage = {\n      val __obj = js.Dynamic.literal()\n      ExportTaskIdentifier.foreach(__v => __obj.updateDynamic(\"ExportTaskIdentifier\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeExportTasksMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeGlobalClustersMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeGlobalClustersMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeGlobalClustersMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeGlobalClustersMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeInstallationMediaMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var InstallationMediaId: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeInstallationMediaMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        InstallationMediaId: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeInstallationMediaMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      InstallationMediaId.foreach(__v => __obj.updateDynamic(\"InstallationMediaId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeInstallationMediaMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeOptionGroupOptionsMessage extends js.Object {\n    var EngineName: String\n    var Filters: js.UndefOr[FilterList]\n    var MajorEngineVersion: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n  }\n\n  object DescribeOptionGroupOptionsMessage {\n    @inline\n    def apply(\n        EngineName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        MajorEngineVersion: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined\n    ): DescribeOptionGroupOptionsMessage = {\n      val __obj = js.Dynamic.literal(\n        \"EngineName\" -> EngineName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MajorEngineVersion.foreach(__v => __obj.updateDynamic(\"MajorEngineVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOptionGroupOptionsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeOptionGroupsMessage extends js.Object {\n    var EngineName: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var MajorEngineVersion: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var OptionGroupName: js.UndefOr[String]\n  }\n\n  object DescribeOptionGroupsMessage {\n    @inline\n    def apply(\n        EngineName: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        MajorEngineVersion: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined\n    ): DescribeOptionGroupsMessage = {\n      val __obj = js.Dynamic.literal()\n      EngineName.foreach(__v => __obj.updateDynamic(\"EngineName\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MajorEngineVersion.foreach(__v => __obj.updateDynamic(\"MajorEngineVersion\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOptionGroupsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeOrderableDBInstanceOptionsMessage extends js.Object {\n    var Engine: String\n    var AvailabilityZoneGroup: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var LicenseModel: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var Vpc: js.UndefOr[BooleanOptional]\n  }\n\n  object DescribeOrderableDBInstanceOptionsMessage {\n    @inline\n    def apply(\n        Engine: String,\n        AvailabilityZoneGroup: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        Vpc: js.UndefOr[BooleanOptional] = js.undefined\n    ): DescribeOrderableDBInstanceOptionsMessage = {\n      val __obj = js.Dynamic.literal(\n        \"Engine\" -> Engine.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZoneGroup.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneGroup\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeOrderableDBInstanceOptionsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribePendingMaintenanceActionsMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var ResourceIdentifier: js.UndefOr[String]\n  }\n\n  object DescribePendingMaintenanceActionsMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        ResourceIdentifier: js.UndefOr[String] = js.undefined\n    ): DescribePendingMaintenanceActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifier.foreach(__v => __obj.updateDynamic(\"ResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribePendingMaintenanceActionsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeReservedDBInstancesMessage extends js.Object {\n    var DBInstanceClass: js.UndefOr[String]\n    var Duration: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var LeaseId: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var ReservedDBInstanceId: js.UndefOr[String]\n    var ReservedDBInstancesOfferingId: js.UndefOr[String]\n  }\n\n  object DescribeReservedDBInstancesMessage {\n    @inline\n    def apply(\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        LeaseId: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        ReservedDBInstanceId: js.UndefOr[String] = js.undefined,\n        ReservedDBInstancesOfferingId: js.UndefOr[String] = js.undefined\n    ): DescribeReservedDBInstancesMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      LeaseId.foreach(__v => __obj.updateDynamic(\"LeaseId\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstanceId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstanceId\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstancesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstancesOfferingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReservedDBInstancesMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeReservedDBInstancesOfferingsMessage extends js.Object {\n    var DBInstanceClass: js.UndefOr[String]\n    var Duration: js.UndefOr[String]\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var ReservedDBInstancesOfferingId: js.UndefOr[String]\n  }\n\n  object DescribeReservedDBInstancesOfferingsMessage {\n    @inline\n    def apply(\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[String] = js.undefined,\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        ReservedDBInstancesOfferingId: js.UndefOr[String] = js.undefined\n    ): DescribeReservedDBInstancesOfferingsMessage = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstancesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstancesOfferingId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeReservedDBInstancesOfferingsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeSourceRegionsMessage extends js.Object {\n    var Filters: js.UndefOr[FilterList]\n    var Marker: js.UndefOr[String]\n    var MaxRecords: js.UndefOr[IntegerOptional]\n    var RegionName: js.UndefOr[String]\n  }\n\n  object DescribeSourceRegionsMessage {\n    @inline\n    def apply(\n        Filters: js.UndefOr[FilterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        MaxRecords: js.UndefOr[IntegerOptional] = js.undefined,\n        RegionName: js.UndefOr[String] = js.undefined\n    ): DescribeSourceRegionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      MaxRecords.foreach(__v => __obj.updateDynamic(\"MaxRecords\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeSourceRegionsMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DescribeValidDBInstanceModificationsMessage extends js.Object {\n    var DBInstanceIdentifier: String\n  }\n\n  object DescribeValidDBInstanceModificationsMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String\n    ): DescribeValidDBInstanceModificationsMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeValidDBInstanceModificationsMessage]\n    }\n  }\n\n  @js.native\n  trait DescribeValidDBInstanceModificationsResult extends js.Object {\n    var ValidDBInstanceModificationsMessage: js.UndefOr[ValidDBInstanceModificationsMessage]\n  }\n\n  object DescribeValidDBInstanceModificationsResult {\n    @inline\n    def apply(\n        ValidDBInstanceModificationsMessage: js.UndefOr[ValidDBInstanceModificationsMessage] = js.undefined\n    ): DescribeValidDBInstanceModificationsResult = {\n      val __obj = js.Dynamic.literal()\n      ValidDBInstanceModificationsMessage.foreach(__v => __obj.updateDynamic(\"ValidDBInstanceModificationsMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeValidDBInstanceModificationsResult]\n    }\n  }\n\n  \/** An Active Directory Domain membership record associated with the DB instance or cluster.\n    *\/\n  @js.native\n  trait DomainMembership extends js.Object {\n    var Domain: js.UndefOr[String]\n    var FQDN: js.UndefOr[String]\n    var IAMRoleName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object DomainMembership {\n    @inline\n    def apply(\n        Domain: js.UndefOr[String] = js.undefined,\n        FQDN: js.UndefOr[String] = js.undefined,\n        IAMRoleName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): DomainMembership = {\n      val __obj = js.Dynamic.literal()\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      FQDN.foreach(__v => __obj.updateDynamic(\"FQDN\")(__v.asInstanceOf[js.Any]))\n      IAMRoleName.foreach(__v => __obj.updateDynamic(\"IAMRoleName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DomainMembership]\n    }\n  }\n\n  \/** A range of double values.\n    *\/\n  @js.native\n  trait DoubleRange extends js.Object {\n    var From: js.UndefOr[Double]\n    var To: js.UndefOr[Double]\n  }\n\n  object DoubleRange {\n    @inline\n    def apply(\n        From: js.UndefOr[Double] = js.undefined,\n        To: js.UndefOr[Double] = js.undefined\n    ): DoubleRange = {\n      val __obj = js.Dynamic.literal()\n      From.foreach(__v => __obj.updateDynamic(\"From\")(__v.asInstanceOf[js.Any]))\n      To.foreach(__v => __obj.updateDynamic(\"To\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DoubleRange]\n    }\n  }\n\n  \/** This data type is used as a response element to <code>DownloadDBLogFilePortion<\/code>.\n    *\/\n  @js.native\n  trait DownloadDBLogFilePortionDetails extends js.Object {\n    var AdditionalDataPending: js.UndefOr[Boolean]\n    var LogFileData: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n  }\n\n  object DownloadDBLogFilePortionDetails {\n    @inline\n    def apply(\n        AdditionalDataPending: js.UndefOr[Boolean] = js.undefined,\n        LogFileData: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): DownloadDBLogFilePortionDetails = {\n      val __obj = js.Dynamic.literal()\n      AdditionalDataPending.foreach(__v => __obj.updateDynamic(\"AdditionalDataPending\")(__v.asInstanceOf[js.Any]))\n      LogFileData.foreach(__v => __obj.updateDynamic(\"LogFileData\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DownloadDBLogFilePortionDetails]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait DownloadDBLogFilePortionMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var LogFileName: String\n    var Marker: js.UndefOr[String]\n    var NumberOfLines: js.UndefOr[Int]\n  }\n\n  object DownloadDBLogFilePortionMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        LogFileName: String,\n        Marker: js.UndefOr[String] = js.undefined,\n        NumberOfLines: js.UndefOr[Int] = js.undefined\n    ): DownloadDBLogFilePortionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"LogFileName\" -> LogFileName.asInstanceOf[js.Any]\n      )\n\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      NumberOfLines.foreach(__v => __obj.updateDynamic(\"NumberOfLines\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DownloadDBLogFilePortionMessage]\n    }\n  }\n\n  \/** This data type is used as a response element in the following actions: * <code>AuthorizeDBSecurityGroupIngress<\/code> * <code>DescribeDBSecurityGroups<\/code> * <code>RevokeDBSecurityGroupIngress<\/code>\n    *\/\n  @js.native\n  trait EC2SecurityGroup extends js.Object {\n    var EC2SecurityGroupId: js.UndefOr[String]\n    var EC2SecurityGroupName: js.UndefOr[String]\n    var EC2SecurityGroupOwnerId: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object EC2SecurityGroup {\n    @inline\n    def apply(\n        EC2SecurityGroupId: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupName: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupOwnerId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): EC2SecurityGroup = {\n      val __obj = js.Dynamic.literal()\n      EC2SecurityGroupId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupName.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupOwnerId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupOwnerId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EC2SecurityGroup]\n    }\n  }\n\n  \/** This data type represents the information you need to connect to an Amazon RDS DB instance. This data type is used as a response element in the following actions: * <code>CreateDBInstance<\/code> * <code>DescribeDBInstances<\/code> * <code>DeleteDBInstance<\/code> For the data structure that represents Amazon Aurora DB cluster endpoints, see <code>DBClusterEndpoint<\/code>.\n    *\/\n  @js.native\n  trait Endpoint extends js.Object {\n    var Address: js.UndefOr[String]\n    var HostedZoneId: js.UndefOr[String]\n    var Port: js.UndefOr[Int]\n  }\n\n  object Endpoint {\n    @inline\n    def apply(\n        Address: js.UndefOr[String] = js.undefined,\n        HostedZoneId: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[Int] = js.undefined\n    ): Endpoint = {\n      val __obj = js.Dynamic.literal()\n      Address.foreach(__v => __obj.updateDynamic(\"Address\")(__v.asInstanceOf[js.Any]))\n      HostedZoneId.foreach(__v => __obj.updateDynamic(\"HostedZoneId\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Endpoint]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeEngineDefaultParameters<\/code> action.\n    *\/\n  @js.native\n  trait EngineDefaults extends js.Object {\n    var DBParameterGroupFamily: js.UndefOr[String]\n    var Marker: js.UndefOr[String]\n    var Parameters: js.UndefOr[ParametersList]\n  }\n\n  object EngineDefaults {\n    @inline\n    def apply(\n        DBParameterGroupFamily: js.UndefOr[String] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined,\n        Parameters: js.UndefOr[ParametersList] = js.undefined\n    ): EngineDefaults = {\n      val __obj = js.Dynamic.literal()\n      DBParameterGroupFamily.foreach(__v => __obj.updateDynamic(\"DBParameterGroupFamily\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EngineDefaults]\n    }\n  }\n\n  @js.native\n  sealed trait EngineFamily extends js.Any\n  object EngineFamily {\n    val MYSQL = \"MYSQL\".asInstanceOf[EngineFamily]\n    val POSTGRESQL = \"POSTGRESQL\".asInstanceOf[EngineFamily]\n\n    @inline def values = js.Array(MYSQL, POSTGRESQL)\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeEvents<\/code> action.\n    *\/\n  @js.native\n  trait Event extends js.Object {\n    var Date: js.UndefOr[TStamp]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var Message: js.UndefOr[String]\n    var SourceArn: js.UndefOr[String]\n    var SourceIdentifier: js.UndefOr[String]\n    var SourceType: js.UndefOr[SourceType]\n  }\n\n  object Event {\n    @inline\n    def apply(\n        Date: js.UndefOr[TStamp] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        Message: js.UndefOr[String] = js.undefined,\n        SourceArn: js.UndefOr[String] = js.undefined,\n        SourceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[SourceType] = js.undefined\n    ): Event = {\n      val __obj = js.Dynamic.literal()\n      Date.foreach(__v => __obj.updateDynamic(\"Date\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      SourceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Event]\n    }\n  }\n\n  \/** Contains the results of a successful invocation of the <code>DescribeEventCategories<\/code> operation.\n    *\/\n  @js.native\n  trait EventCategoriesMap extends js.Object {\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object EventCategoriesMap {\n    @inline\n    def apply(\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): EventCategoriesMap = {\n      val __obj = js.Dynamic.literal()\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventCategoriesMap]\n    }\n  }\n\n  \/** Data returned from the <code>DescribeEventCategories<\/code> operation.\n    *\/\n  @js.native\n  trait EventCategoriesMessage extends js.Object {\n    var EventCategoriesMapList: js.UndefOr[EventCategoriesMapList]\n  }\n\n  object EventCategoriesMessage {\n    @inline\n    def apply(\n        EventCategoriesMapList: js.UndefOr[EventCategoriesMapList] = js.undefined\n    ): EventCategoriesMessage = {\n      val __obj = js.Dynamic.literal()\n      EventCategoriesMapList.foreach(__v => __obj.updateDynamic(\"EventCategoriesMapList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventCategoriesMessage]\n    }\n  }\n\n  \/** Contains the results of a successful invocation of the <code>DescribeEventSubscriptions<\/code> action.\n    *\/\n  @js.native\n  trait EventSubscription extends js.Object {\n    var CustSubscriptionId: js.UndefOr[String]\n    var CustomerAwsId: js.UndefOr[String]\n    var Enabled: js.UndefOr[Boolean]\n    var EventCategoriesList: js.UndefOr[EventCategoriesList]\n    var EventSubscriptionArn: js.UndefOr[String]\n    var SnsTopicArn: js.UndefOr[String]\n    var SourceIdsList: js.UndefOr[SourceIdsList]\n    var SourceType: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var SubscriptionCreationTime: js.UndefOr[String]\n  }\n\n  object EventSubscription {\n    @inline\n    def apply(\n        CustSubscriptionId: js.UndefOr[String] = js.undefined,\n        CustomerAwsId: js.UndefOr[String] = js.undefined,\n        Enabled: js.UndefOr[Boolean] = js.undefined,\n        EventCategoriesList: js.UndefOr[EventCategoriesList] = js.undefined,\n        EventSubscriptionArn: js.UndefOr[String] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined,\n        SourceIdsList: js.UndefOr[SourceIdsList] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        SubscriptionCreationTime: js.UndefOr[String] = js.undefined\n    ): EventSubscription = {\n      val __obj = js.Dynamic.literal()\n      CustSubscriptionId.foreach(__v => __obj.updateDynamic(\"CustSubscriptionId\")(__v.asInstanceOf[js.Any]))\n      CustomerAwsId.foreach(__v => __obj.updateDynamic(\"CustomerAwsId\")(__v.asInstanceOf[js.Any]))\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategoriesList.foreach(__v => __obj.updateDynamic(\"EventCategoriesList\")(__v.asInstanceOf[js.Any]))\n      EventSubscriptionArn.foreach(__v => __obj.updateDynamic(\"EventSubscriptionArn\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SourceIdsList.foreach(__v => __obj.updateDynamic(\"SourceIdsList\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SubscriptionCreationTime.foreach(__v => __obj.updateDynamic(\"SubscriptionCreationTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSubscription]\n    }\n  }\n\n  \/** Data returned by the ```DescribeEventSubscriptions``` action.\n    *\/\n  @js.native\n  trait EventSubscriptionsMessage extends js.Object {\n    var EventSubscriptionsList: js.UndefOr[EventSubscriptionsList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object EventSubscriptionsMessage {\n    @inline\n    def apply(\n        EventSubscriptionsList: js.UndefOr[EventSubscriptionsList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): EventSubscriptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      EventSubscriptionsList.foreach(__v => __obj.updateDynamic(\"EventSubscriptionsList\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventSubscriptionsMessage]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeEvents<\/code> action.\n    *\/\n  @js.native\n  trait EventsMessage extends js.Object {\n    var Events: js.UndefOr[EventList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object EventsMessage {\n    @inline\n    def apply(\n        Events: js.UndefOr[EventList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): EventsMessage = {\n      val __obj = js.Dynamic.literal()\n      Events.foreach(__v => __obj.updateDynamic(\"Events\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EventsMessage]\n    }\n  }\n\n  \/** Contains the details of a snapshot export to Amazon S3. This data type is used as a response element in the <code>DescribeExportTasks<\/code> action.\n    *\/\n  @js.native\n  trait ExportTask extends js.Object {\n    var ExportOnly: js.UndefOr[StringList]\n    var ExportTaskIdentifier: js.UndefOr[String]\n    var FailureCause: js.UndefOr[String]\n    var IamRoleArn: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var PercentProgress: js.UndefOr[Int]\n    var S3Bucket: js.UndefOr[String]\n    var S3Prefix: js.UndefOr[String]\n    var SnapshotTime: js.UndefOr[TStamp]\n    var SourceArn: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var TaskEndTime: js.UndefOr[TStamp]\n    var TaskStartTime: js.UndefOr[TStamp]\n    var TotalExtractedDataInGB: js.UndefOr[Int]\n    var WarningMessage: js.UndefOr[String]\n  }\n\n  object ExportTask {\n    @inline\n    def apply(\n        ExportOnly: js.UndefOr[StringList] = js.undefined,\n        ExportTaskIdentifier: js.UndefOr[String] = js.undefined,\n        FailureCause: js.UndefOr[String] = js.undefined,\n        IamRoleArn: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        PercentProgress: js.UndefOr[Int] = js.undefined,\n        S3Bucket: js.UndefOr[String] = js.undefined,\n        S3Prefix: js.UndefOr[String] = js.undefined,\n        SnapshotTime: js.UndefOr[TStamp] = js.undefined,\n        SourceArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        TaskEndTime: js.UndefOr[TStamp] = js.undefined,\n        TaskStartTime: js.UndefOr[TStamp] = js.undefined,\n        TotalExtractedDataInGB: js.UndefOr[Int] = js.undefined,\n        WarningMessage: js.UndefOr[String] = js.undefined\n    ): ExportTask = {\n      val __obj = js.Dynamic.literal()\n      ExportOnly.foreach(__v => __obj.updateDynamic(\"ExportOnly\")(__v.asInstanceOf[js.Any]))\n      ExportTaskIdentifier.foreach(__v => __obj.updateDynamic(\"ExportTaskIdentifier\")(__v.asInstanceOf[js.Any]))\n      FailureCause.foreach(__v => __obj.updateDynamic(\"FailureCause\")(__v.asInstanceOf[js.Any]))\n      IamRoleArn.foreach(__v => __obj.updateDynamic(\"IamRoleArn\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PercentProgress.foreach(__v => __obj.updateDynamic(\"PercentProgress\")(__v.asInstanceOf[js.Any]))\n      S3Bucket.foreach(__v => __obj.updateDynamic(\"S3Bucket\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      SnapshotTime.foreach(__v => __obj.updateDynamic(\"SnapshotTime\")(__v.asInstanceOf[js.Any]))\n      SourceArn.foreach(__v => __obj.updateDynamic(\"SourceArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      TaskEndTime.foreach(__v => __obj.updateDynamic(\"TaskEndTime\")(__v.asInstanceOf[js.Any]))\n      TaskStartTime.foreach(__v => __obj.updateDynamic(\"TaskStartTime\")(__v.asInstanceOf[js.Any]))\n      TotalExtractedDataInGB.foreach(__v => __obj.updateDynamic(\"TotalExtractedDataInGB\")(__v.asInstanceOf[js.Any]))\n      WarningMessage.foreach(__v => __obj.updateDynamic(\"WarningMessage\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportTask]\n    }\n  }\n\n  @js.native\n  trait ExportTasksMessage extends js.Object {\n    var ExportTasks: js.UndefOr[ExportTasksList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object ExportTasksMessage {\n    @inline\n    def apply(\n        ExportTasks: js.UndefOr[ExportTasksList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): ExportTasksMessage = {\n      val __obj = js.Dynamic.literal()\n      ExportTasks.foreach(__v => __obj.updateDynamic(\"ExportTasks\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportTasksMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait FailoverDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var TargetDBInstanceIdentifier: js.UndefOr[String]\n  }\n\n  object FailoverDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        TargetDBInstanceIdentifier: js.UndefOr[String] = js.undefined\n    ): FailoverDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      TargetDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"TargetDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait FailoverDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object FailoverDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): FailoverDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverDBClusterResult]\n    }\n  }\n\n  @js.native\n  trait FailoverGlobalClusterMessage extends js.Object {\n    var GlobalClusterIdentifier: GlobalClusterIdentifier\n    var TargetDbClusterIdentifier: DBClusterIdentifier\n  }\n\n  object FailoverGlobalClusterMessage {\n    @inline\n    def apply(\n        GlobalClusterIdentifier: GlobalClusterIdentifier,\n        TargetDbClusterIdentifier: DBClusterIdentifier\n    ): FailoverGlobalClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"GlobalClusterIdentifier\" -> GlobalClusterIdentifier.asInstanceOf[js.Any],\n        \"TargetDbClusterIdentifier\" -> TargetDbClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[FailoverGlobalClusterMessage]\n    }\n  }\n\n  @js.native\n  trait FailoverGlobalClusterResult extends js.Object {\n    var GlobalCluster: js.UndefOr[GlobalCluster]\n  }\n\n  object FailoverGlobalClusterResult {\n    @inline\n    def apply(\n        GlobalCluster: js.UndefOr[GlobalCluster] = js.undefined\n    ): FailoverGlobalClusterResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalCluster.foreach(__v => __obj.updateDynamic(\"GlobalCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverGlobalClusterResult]\n    }\n  }\n\n  \/** Contains the state of scheduled or in-process failover operations on an Aurora global database (<a>GlobalCluster<\/a>). This Data type is empty unless a failover operation is scheduled or is currently underway on the Aurora global database.\n    *\/\n  @js.native\n  trait FailoverState extends js.Object {\n    var FromDbClusterArn: js.UndefOr[String]\n    var Status: js.UndefOr[FailoverStatus]\n    var ToDbClusterArn: js.UndefOr[String]\n  }\n\n  object FailoverState {\n    @inline\n    def apply(\n        FromDbClusterArn: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[FailoverStatus] = js.undefined,\n        ToDbClusterArn: js.UndefOr[String] = js.undefined\n    ): FailoverState = {\n      val __obj = js.Dynamic.literal()\n      FromDbClusterArn.foreach(__v => __obj.updateDynamic(\"FromDbClusterArn\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      ToDbClusterArn.foreach(__v => __obj.updateDynamic(\"ToDbClusterArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailoverState]\n    }\n  }\n\n  @js.native\n  sealed trait FailoverStatus extends js.Any\n  object FailoverStatus {\n    val pending = \"pending\".asInstanceOf[FailoverStatus]\n    val `failing-over` = \"failing-over\".asInstanceOf[FailoverStatus]\n    val cancelling = \"cancelling\".asInstanceOf[FailoverStatus]\n\n    @inline def values = js.Array(pending, `failing-over`, cancelling)\n  }\n\n  \/** A filter name and value pair that is used to return a more specific list of results from a describe operation. Filters can be used to match a set of resources by specific criteria, such as IDs. The filters supported by a describe operation are documented with the describe operation.\n    *\n    * '''Note:'''Currently, wildcards are not supported in filters. The following actions can be filtered: * <code>DescribeDBClusterBacktracks<\/code> * <code>DescribeDBClusterEndpoints<\/code> * <code>DescribeDBClusters<\/code> * <code>DescribeDBInstances<\/code> * <code>DescribePendingMaintenanceActions<\/code>\n    *\/\n  @js.native\n  trait Filter extends js.Object {\n    var Name: String\n    var Values: FilterValueList\n  }\n\n  object Filter {\n    @inline\n    def apply(\n        Name: String,\n        Values: FilterValueList\n    ): Filter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Filter]\n    }\n  }\n\n  \/** A data type representing an Aurora global database.\n    *\/\n  @js.native\n  trait GlobalCluster extends js.Object {\n    var DatabaseName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var FailoverState: js.UndefOr[FailoverState]\n    var GlobalClusterArn: js.UndefOr[String]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n    var GlobalClusterMembers: js.UndefOr[GlobalClusterMemberList]\n    var GlobalClusterResourceId: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n  }\n\n  object GlobalCluster {\n    @inline\n    def apply(\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        FailoverState: js.UndefOr[FailoverState] = js.undefined,\n        GlobalClusterArn: js.UndefOr[String] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined,\n        GlobalClusterMembers: js.UndefOr[GlobalClusterMemberList] = js.undefined,\n        GlobalClusterResourceId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined\n    ): GlobalCluster = {\n      val __obj = js.Dynamic.literal()\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      FailoverState.foreach(__v => __obj.updateDynamic(\"FailoverState\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterArn.foreach(__v => __obj.updateDynamic(\"GlobalClusterArn\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterMembers.foreach(__v => __obj.updateDynamic(\"GlobalClusterMembers\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterResourceId.foreach(__v => __obj.updateDynamic(\"GlobalClusterResourceId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalCluster]\n    }\n  }\n\n  \/** A data structure with information about any primary and secondary clusters associated with an Aurora global database.\n    *\/\n  @js.native\n  trait GlobalClusterMember extends js.Object {\n    var DBClusterArn: js.UndefOr[String]\n    var GlobalWriteForwardingStatus: js.UndefOr[WriteForwardingStatus]\n    var IsWriter: js.UndefOr[Boolean]\n    var Readers: js.UndefOr[ReadersArnList]\n  }\n\n  object GlobalClusterMember {\n    @inline\n    def apply(\n        DBClusterArn: js.UndefOr[String] = js.undefined,\n        GlobalWriteForwardingStatus: js.UndefOr[WriteForwardingStatus] = js.undefined,\n        IsWriter: js.UndefOr[Boolean] = js.undefined,\n        Readers: js.UndefOr[ReadersArnList] = js.undefined\n    ): GlobalClusterMember = {\n      val __obj = js.Dynamic.literal()\n      DBClusterArn.foreach(__v => __obj.updateDynamic(\"DBClusterArn\")(__v.asInstanceOf[js.Any]))\n      GlobalWriteForwardingStatus.foreach(__v => __obj.updateDynamic(\"GlobalWriteForwardingStatus\")(__v.asInstanceOf[js.Any]))\n      IsWriter.foreach(__v => __obj.updateDynamic(\"IsWriter\")(__v.asInstanceOf[js.Any]))\n      Readers.foreach(__v => __obj.updateDynamic(\"Readers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalClusterMember]\n    }\n  }\n\n  @js.native\n  trait GlobalClustersMessage extends js.Object {\n    var GlobalClusters: js.UndefOr[GlobalClusterList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object GlobalClustersMessage {\n    @inline\n    def apply(\n        GlobalClusters: js.UndefOr[GlobalClusterList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): GlobalClustersMessage = {\n      val __obj = js.Dynamic.literal()\n      GlobalClusters.foreach(__v => __obj.updateDynamic(\"GlobalClusters\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GlobalClustersMessage]\n    }\n  }\n\n  @js.native\n  sealed trait IAMAuthMode extends js.Any\n  object IAMAuthMode {\n    val DISABLED = \"DISABLED\".asInstanceOf[IAMAuthMode]\n    val REQUIRED = \"REQUIRED\".asInstanceOf[IAMAuthMode]\n\n    @inline def values = js.Array(DISABLED, REQUIRED)\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeDBSecurityGroups<\/code> action.\n    *\/\n  @js.native\n  trait IPRange extends js.Object {\n    var CIDRIP: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object IPRange {\n    @inline\n    def apply(\n        CIDRIP: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): IPRange = {\n      val __obj = js.Dynamic.literal()\n      CIDRIP.foreach(__v => __obj.updateDynamic(\"CIDRIP\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[IPRange]\n    }\n  }\n\n  @js.native\n  trait ImportInstallationMediaMessage extends js.Object {\n    var CustomAvailabilityZoneId: String\n    var Engine: String\n    var EngineInstallationMediaPath: String\n    var EngineVersion: String\n    var OSInstallationMediaPath: String\n  }\n\n  object ImportInstallationMediaMessage {\n    @inline\n    def apply(\n        CustomAvailabilityZoneId: String,\n        Engine: String,\n        EngineInstallationMediaPath: String,\n        EngineVersion: String,\n        OSInstallationMediaPath: String\n    ): ImportInstallationMediaMessage = {\n      val __obj = js.Dynamic.literal(\n        \"CustomAvailabilityZoneId\" -> CustomAvailabilityZoneId.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"EngineInstallationMediaPath\" -> EngineInstallationMediaPath.asInstanceOf[js.Any],\n        \"EngineVersion\" -> EngineVersion.asInstanceOf[js.Any],\n        \"OSInstallationMediaPath\" -> OSInstallationMediaPath.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ImportInstallationMediaMessage]\n    }\n  }\n\n  \/** Contains the installation media for a DB engine that requires an on-premises customer provided license, such as Microsoft SQL Server.\n    *\/\n  @js.native\n  trait InstallationMedia extends js.Object {\n    var CustomAvailabilityZoneId: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineInstallationMediaPath: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var FailureCause: js.UndefOr[InstallationMediaFailureCause]\n    var InstallationMediaId: js.UndefOr[String]\n    var OSInstallationMediaPath: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object InstallationMedia {\n    @inline\n    def apply(\n        CustomAvailabilityZoneId: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineInstallationMediaPath: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        FailureCause: js.UndefOr[InstallationMediaFailureCause] = js.undefined,\n        InstallationMediaId: js.UndefOr[String] = js.undefined,\n        OSInstallationMediaPath: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): InstallationMedia = {\n      val __obj = js.Dynamic.literal()\n      CustomAvailabilityZoneId.foreach(__v => __obj.updateDynamic(\"CustomAvailabilityZoneId\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineInstallationMediaPath.foreach(__v => __obj.updateDynamic(\"EngineInstallationMediaPath\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      FailureCause.foreach(__v => __obj.updateDynamic(\"FailureCause\")(__v.asInstanceOf[js.Any]))\n      InstallationMediaId.foreach(__v => __obj.updateDynamic(\"InstallationMediaId\")(__v.asInstanceOf[js.Any]))\n      OSInstallationMediaPath.foreach(__v => __obj.updateDynamic(\"OSInstallationMediaPath\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstallationMedia]\n    }\n  }\n\n  \/** Contains the cause of an installation media failure. Installation media is used for a DB engine that requires an on-premises customer provided license, such as Microsoft SQL Server.\n    *\/\n  @js.native\n  trait InstallationMediaFailureCause extends js.Object {\n    var Message: js.UndefOr[String]\n  }\n\n  object InstallationMediaFailureCause {\n    @inline\n    def apply(\n        Message: js.UndefOr[String] = js.undefined\n    ): InstallationMediaFailureCause = {\n      val __obj = js.Dynamic.literal()\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstallationMediaFailureCause]\n    }\n  }\n\n  @js.native\n  trait InstallationMediaMessage extends js.Object {\n    var InstallationMedia: js.UndefOr[InstallationMediaList]\n    var Marker: js.UndefOr[String]\n  }\n\n  object InstallationMediaMessage {\n    @inline\n    def apply(\n        InstallationMedia: js.UndefOr[InstallationMediaList] = js.undefined,\n        Marker: js.UndefOr[String] = js.undefined\n    ): InstallationMediaMessage = {\n      val __obj = js.Dynamic.literal()\n      InstallationMedia.foreach(__v => __obj.updateDynamic(\"InstallationMedia\")(__v.asInstanceOf[js.Any]))\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[InstallationMediaMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ListTagsForResourceMessage extends js.Object {\n    var ResourceName: String\n    var Filters: js.UndefOr[FilterList]\n  }\n\n  object ListTagsForResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        Filters: js.UndefOr[FilterList] = js.undefined\n    ): ListTagsForResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any]\n      )\n\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceMessage]\n    }\n  }\n\n  \/** The minimum DB engine version required for each corresponding allowed value for an option setting.\n    *\/\n  @js.native\n  trait MinimumEngineVersionPerAllowedValue extends js.Object {\n    var AllowedValue: js.UndefOr[String]\n    var MinimumEngineVersion: js.UndefOr[String]\n  }\n\n  object MinimumEngineVersionPerAllowedValue {\n    @inline\n    def apply(\n        AllowedValue: js.UndefOr[String] = js.undefined,\n        MinimumEngineVersion: js.UndefOr[String] = js.undefined\n    ): MinimumEngineVersionPerAllowedValue = {\n      val __obj = js.Dynamic.literal()\n      AllowedValue.foreach(__v => __obj.updateDynamic(\"AllowedValue\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersion\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MinimumEngineVersionPerAllowedValue]\n    }\n  }\n\n  @js.native\n  trait ModifyCertificatesMessage extends js.Object {\n    var CertificateIdentifier: js.UndefOr[String]\n    var RemoveCustomerOverride: js.UndefOr[BooleanOptional]\n  }\n\n  object ModifyCertificatesMessage {\n    @inline\n    def apply(\n        CertificateIdentifier: js.UndefOr[String] = js.undefined,\n        RemoveCustomerOverride: js.UndefOr[BooleanOptional] = js.undefined\n    ): ModifyCertificatesMessage = {\n      val __obj = js.Dynamic.literal()\n      CertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      RemoveCustomerOverride.foreach(__v => __obj.updateDynamic(\"RemoveCustomerOverride\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCertificatesMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyCertificatesResult extends js.Object {\n    var Certificate: js.UndefOr[Certificate]\n  }\n\n  object ModifyCertificatesResult {\n    @inline\n    def apply(\n        Certificate: js.UndefOr[Certificate] = js.undefined\n    ): ModifyCertificatesResult = {\n      val __obj = js.Dynamic.literal()\n      Certificate.foreach(__v => __obj.updateDynamic(\"Certificate\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCertificatesResult]\n    }\n  }\n\n  @js.native\n  trait ModifyCurrentDBClusterCapacityMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var Capacity: js.UndefOr[IntegerOptional]\n    var SecondsBeforeTimeout: js.UndefOr[IntegerOptional]\n    var TimeoutAction: js.UndefOr[String]\n  }\n\n  object ModifyCurrentDBClusterCapacityMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Capacity: js.UndefOr[IntegerOptional] = js.undefined,\n        SecondsBeforeTimeout: js.UndefOr[IntegerOptional] = js.undefined,\n        TimeoutAction: js.UndefOr[String] = js.undefined\n    ): ModifyCurrentDBClusterCapacityMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      Capacity.foreach(__v => __obj.updateDynamic(\"Capacity\")(__v.asInstanceOf[js.Any]))\n      SecondsBeforeTimeout.foreach(__v => __obj.updateDynamic(\"SecondsBeforeTimeout\")(__v.asInstanceOf[js.Any]))\n      TimeoutAction.foreach(__v => __obj.updateDynamic(\"TimeoutAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyCurrentDBClusterCapacityMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBClusterEndpointMessage extends js.Object {\n    var DBClusterEndpointIdentifier: String\n    var EndpointType: js.UndefOr[String]\n    var ExcludedMembers: js.UndefOr[StringList]\n    var StaticMembers: js.UndefOr[StringList]\n  }\n\n  object ModifyDBClusterEndpointMessage {\n    @inline\n    def apply(\n        DBClusterEndpointIdentifier: String,\n        EndpointType: js.UndefOr[String] = js.undefined,\n        ExcludedMembers: js.UndefOr[StringList] = js.undefined,\n        StaticMembers: js.UndefOr[StringList] = js.undefined\n    ): ModifyDBClusterEndpointMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterEndpointIdentifier\" -> DBClusterEndpointIdentifier.asInstanceOf[js.Any]\n      )\n\n      EndpointType.foreach(__v => __obj.updateDynamic(\"EndpointType\")(__v.asInstanceOf[js.Any]))\n      ExcludedMembers.foreach(__v => __obj.updateDynamic(\"ExcludedMembers\")(__v.asInstanceOf[js.Any]))\n      StaticMembers.foreach(__v => __obj.updateDynamic(\"StaticMembers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterEndpointMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var AllowMajorVersionUpgrade: js.UndefOr[Boolean]\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBInstanceParameterGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableGlobalWriteForwarding: js.UndefOr[BooleanOptional]\n    var EnableHttpEndpoint: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var NewDBClusterIdentifier: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ScalingConfiguration: js.UndefOr[ScalingConfiguration]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object ModifyDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        AllowMajorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBInstanceParameterGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableGlobalWriteForwarding: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableHttpEndpoint: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.<PASSWORD>,\n        NewDBClusterIdentifier: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ScalingConfiguration: js.UndefOr[ScalingConfiguration] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): ModifyDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      AllowMajorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AllowMajorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CloudwatchLogsExportConfiguration.foreach(__v => __obj.updateDynamic(\"CloudwatchLogsExportConfiguration\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBInstanceParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBInstanceParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableGlobalWriteForwarding.foreach(__v => __obj.updateDynamic(\"EnableGlobalWriteForwarding\")(__v.asInstanceOf[js.Any]))\n      EnableHttpEndpoint.foreach(__v => __obj.updateDynamic(\"EnableHttpEndpoint\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      NewDBClusterIdentifier.foreach(__v => __obj.updateDynamic(\"NewDBClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ScalingConfiguration.foreach(__v => __obj.updateDynamic(\"ScalingConfiguration\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Parameters: ParametersList\n  }\n\n  object ModifyDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Parameters: ParametersList\n    ): ModifyDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any],\n        \"Parameters\" -> Parameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyDBClusterParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object ModifyDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): ModifyDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBClusterSnapshotAttributeMessage extends js.Object {\n    var AttributeName: String\n    var DBClusterSnapshotIdentifier: String\n    var ValuesToAdd: js.UndefOr[AttributeValueList]\n    var ValuesToRemove: js.UndefOr[AttributeValueList]\n  }\n\n  object ModifyDBClusterSnapshotAttributeMessage {\n    @inline\n    def apply(\n        AttributeName: String,\n        DBClusterSnapshotIdentifier: String,\n        ValuesToAdd: js.UndefOr[AttributeValueList] = js.undefined,\n        ValuesToRemove: js.UndefOr[AttributeValueList] = js.undefined\n    ): ModifyDBClusterSnapshotAttributeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"DBClusterSnapshotIdentifier\" -> DBClusterSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      ValuesToAdd.foreach(__v => __obj.updateDynamic(\"ValuesToAdd\")(__v.asInstanceOf[js.Any]))\n      ValuesToRemove.foreach(__v => __obj.updateDynamic(\"ValuesToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterSnapshotAttributeMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBClusterSnapshotAttributeResult extends js.Object {\n    var DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult]\n  }\n\n  object ModifyDBClusterSnapshotAttributeResult {\n    @inline\n    def apply(\n        DBClusterSnapshotAttributesResult: js.UndefOr[DBClusterSnapshotAttributesResult] = js.undefined\n    ): ModifyDBClusterSnapshotAttributeResult = {\n      val __obj = js.Dynamic.literal()\n      DBClusterSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBClusterSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBClusterSnapshotAttributeResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var AllowMajorVersionUpgrade: js.UndefOr[Boolean]\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AwsBackupRecoveryPointArn: js.UndefOr[AwsBackupRecoveryPointArn]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var CertificateRotationRestart: js.UndefOr[BooleanOptional]\n    var CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBPortNumber: js.UndefOr[IntegerOptional]\n    var DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCustomerOwnedIp: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EnablePerformanceInsights: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MonitoringInterval: js.UndefOr[IntegerOptional]\n    var MonitoringRoleArn: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var NewDBInstanceIdentifier: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var PerformanceInsightsKMSKeyId: js.UndefOr[String]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PromotionTier: js.UndefOr[IntegerOptional]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var ReplicaMode: js.UndefOr[ReplicaMode]\n    var StorageType: js.UndefOr[String]\n    var TdeCredentialArn: js.UndefOr[String]\n    var TdeCredentialPassword: js.UndefOr[String]\n    var UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object ModifyDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        AllowMajorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AwsBackupRecoveryPointArn: js.UndefOr[AwsBackupRecoveryPointArn] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        CertificateRotationRestart: js.UndefOr[BooleanOptional] = js.undefined,\n        CloudwatchLogsExportConfiguration: js.UndefOr[CloudwatchLogsExportConfiguration] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBPortNumber: js.UndefOr[IntegerOptional] = js.undefined,\n        DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCustomerOwnedIp: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EnablePerformanceInsights: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringInterval: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        NewDBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsKMSKeyId: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PromotionTier: js.UndefOr[IntegerOptional] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        ReplicaMode: js.UndefOr[ReplicaMode] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        TdeCredentialPassword: js.UndefOr[String] = js.undefined,\n        UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): ModifyDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AllowMajorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AllowMajorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AwsBackupRecoveryPointArn.foreach(__v => __obj.updateDynamic(\"AwsBackupRecoveryPointArn\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      CertificateRotationRestart.foreach(__v => __obj.updateDynamic(\"CertificateRotationRestart\")(__v.asInstanceOf[js.Any]))\n      CloudwatchLogsExportConfiguration.foreach(__v => __obj.updateDynamic(\"CloudwatchLogsExportConfiguration\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBPortNumber.foreach(__v => __obj.updateDynamic(\"DBPortNumber\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroups.foreach(__v => __obj.updateDynamic(\"DBSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCustomerOwnedIp.foreach(__v => __obj.updateDynamic(\"EnableCustomerOwnedIp\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EnablePerformanceInsights.foreach(__v => __obj.updateDynamic(\"EnablePerformanceInsights\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      NewDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"NewDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKMSKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PromotionTier.foreach(__v => __obj.updateDynamic(\"PromotionTier\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      ReplicaMode.foreach(__v => __obj.updateDynamic(\"ReplicaMode\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialPassword.foreach(__v => __obj.updateDynamic(\"TdeCredentialPassword\")(__v.asInstanceOf[js.Any]))\n      UseDefaultProcessorFeatures.foreach(__v => __obj.updateDynamic(\"UseDefaultProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object ModifyDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): ModifyDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBInstanceResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBParameterGroupMessage extends js.Object {\n    var DBParameterGroupName: String\n    var Parameters: ParametersList\n  }\n\n  object ModifyDBParameterGroupMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: String,\n        Parameters: ParametersList\n    ): ModifyDBParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupName\" -> DBParameterGroupName.asInstanceOf[js.Any],\n        \"Parameters\" -> Parameters.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ModifyDBParameterGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyEndpointRequest extends js.Object {\n    var DBProxyEndpointName: DBProxyEndpointName\n    var NewDBProxyEndpointName: js.UndefOr[DBProxyEndpointName]\n    var VpcSecurityGroupIds: js.UndefOr[StringList]\n  }\n\n  object ModifyDBProxyEndpointRequest {\n    @inline\n    def apply(\n        DBProxyEndpointName: DBProxyEndpointName,\n        NewDBProxyEndpointName: js.UndefOr[DBProxyEndpointName] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[StringList] = js.undefined\n    ): ModifyDBProxyEndpointRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyEndpointName\" -> DBProxyEndpointName.asInstanceOf[js.Any]\n      )\n\n      NewDBProxyEndpointName.foreach(__v => __obj.updateDynamic(\"NewDBProxyEndpointName\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyEndpointRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyEndpointResponse extends js.Object {\n    var DBProxyEndpoint: js.UndefOr[DBProxyEndpoint]\n  }\n\n  object ModifyDBProxyEndpointResponse {\n    @inline\n    def apply(\n        DBProxyEndpoint: js.UndefOr[DBProxyEndpoint] = js.undefined\n    ): ModifyDBProxyEndpointResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyEndpoint.foreach(__v => __obj.updateDynamic(\"DBProxyEndpoint\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyEndpointResponse]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyRequest extends js.Object {\n    var DBProxyName: String\n    var Auth: js.UndefOr[UserAuthConfigList]\n    var DebugLogging: js.UndefOr[BooleanOptional]\n    var IdleClientTimeout: js.UndefOr[IntegerOptional]\n    var NewDBProxyName: js.UndefOr[String]\n    var RequireTLS: js.UndefOr[BooleanOptional]\n    var RoleArn: js.UndefOr[String]\n    var SecurityGroups: js.UndefOr[StringList]\n  }\n\n  object ModifyDBProxyRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        Auth: js.UndefOr[UserAuthConfigList] = js.undefined,\n        DebugLogging: js.UndefOr[BooleanOptional] = js.undefined,\n        IdleClientTimeout: js.UndefOr[IntegerOptional] = js.undefined,\n        NewDBProxyName: js.UndefOr[String] = js.undefined,\n        RequireTLS: js.UndefOr[BooleanOptional] = js.undefined,\n        RoleArn: js.UndefOr[String] = js.undefined,\n        SecurityGroups: js.UndefOr[StringList] = js.undefined\n    ): ModifyDBProxyRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n\n      Auth.foreach(__v => __obj.updateDynamic(\"Auth\")(__v.asInstanceOf[js.Any]))\n      DebugLogging.foreach(__v => __obj.updateDynamic(\"DebugLogging\")(__v.asInstanceOf[js.Any]))\n      IdleClientTimeout.foreach(__v => __obj.updateDynamic(\"IdleClientTimeout\")(__v.asInstanceOf[js.Any]))\n      NewDBProxyName.foreach(__v => __obj.updateDynamic(\"NewDBProxyName\")(__v.asInstanceOf[js.Any]))\n      RequireTLS.foreach(__v => __obj.updateDynamic(\"RequireTLS\")(__v.asInstanceOf[js.Any]))\n      RoleArn.foreach(__v => __obj.updateDynamic(\"RoleArn\")(__v.asInstanceOf[js.Any]))\n      SecurityGroups.foreach(__v => __obj.updateDynamic(\"SecurityGroups\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyResponse extends js.Object {\n    var DBProxy: js.UndefOr[DBProxy]\n  }\n\n  object ModifyDBProxyResponse {\n    @inline\n    def apply(\n        DBProxy: js.UndefOr[DBProxy] = js.undefined\n    ): ModifyDBProxyResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxy.foreach(__v => __obj.updateDynamic(\"DBProxy\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyResponse]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyTargetGroupRequest extends js.Object {\n    var DBProxyName: String\n    var TargetGroupName: String\n    var ConnectionPoolConfig: js.UndefOr[ConnectionPoolConfiguration]\n    var NewName: js.UndefOr[String]\n  }\n\n  object ModifyDBProxyTargetGroupRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        TargetGroupName: String,\n        ConnectionPoolConfig: js.UndefOr[ConnectionPoolConfiguration] = js.undefined,\n        NewName: js.UndefOr[String] = js.undefined\n    ): ModifyDBProxyTargetGroupRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any],\n        \"TargetGroupName\" -> TargetGroupName.asInstanceOf[js.Any]\n      )\n\n      ConnectionPoolConfig.foreach(__v => __obj.updateDynamic(\"ConnectionPoolConfig\")(__v.asInstanceOf[js.Any]))\n      NewName.foreach(__v => __obj.updateDynamic(\"NewName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyTargetGroupRequest]\n    }\n  }\n\n  @js.native\n  trait ModifyDBProxyTargetGroupResponse extends js.Object {\n    var DBProxyTargetGroup: js.UndefOr[DBProxyTargetGroup]\n  }\n\n  object ModifyDBProxyTargetGroupResponse {\n    @inline\n    def apply(\n        DBProxyTargetGroup: js.UndefOr[DBProxyTargetGroup] = js.undefined\n    ): ModifyDBProxyTargetGroupResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyTargetGroup.foreach(__v => __obj.updateDynamic(\"DBProxyTargetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBProxyTargetGroupResponse]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBSnapshotAttributeMessage extends js.Object {\n    var AttributeName: String\n    var DBSnapshotIdentifier: String\n    var ValuesToAdd: js.UndefOr[AttributeValueList]\n    var ValuesToRemove: js.UndefOr[AttributeValueList]\n  }\n\n  object ModifyDBSnapshotAttributeMessage {\n    @inline\n    def apply(\n        AttributeName: String,\n        DBSnapshotIdentifier: String,\n        ValuesToAdd: js.UndefOr[AttributeValueList] = js.undefined,\n        ValuesToRemove: js.UndefOr[AttributeValueList] = js.undefined\n    ): ModifyDBSnapshotAttributeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"AttributeName\" -> AttributeName.asInstanceOf[js.Any],\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      ValuesToAdd.foreach(__v => __obj.updateDynamic(\"ValuesToAdd\")(__v.asInstanceOf[js.Any]))\n      ValuesToRemove.foreach(__v => __obj.updateDynamic(\"ValuesToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSnapshotAttributeMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBSnapshotAttributeResult extends js.Object {\n    var DBSnapshotAttributesResult: js.UndefOr[DBSnapshotAttributesResult]\n  }\n\n  object ModifyDBSnapshotAttributeResult {\n    @inline\n    def apply(\n        DBSnapshotAttributesResult: js.UndefOr[DBSnapshotAttributesResult] = js.undefined\n    ): ModifyDBSnapshotAttributeResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshotAttributesResult.foreach(__v => __obj.updateDynamic(\"DBSnapshotAttributesResult\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSnapshotAttributeResult]\n    }\n  }\n\n  @js.native\n  trait ModifyDBSnapshotMessage extends js.Object {\n    var DBSnapshotIdentifier: String\n    var EngineVersion: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n  }\n\n  object ModifyDBSnapshotMessage {\n    @inline\n    def apply(\n        DBSnapshotIdentifier: String,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined\n    ): ModifyDBSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBSnapshotResult extends js.Object {\n    var DBSnapshot: js.UndefOr[DBSnapshot]\n  }\n\n  object ModifyDBSnapshotResult {\n    @inline\n    def apply(\n        DBSnapshot: js.UndefOr[DBSnapshot] = js.undefined\n    ): ModifyDBSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBSnapshot.foreach(__v => __obj.updateDynamic(\"DBSnapshot\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyDBSubnetGroupMessage extends js.Object {\n    var DBSubnetGroupName: String\n    var SubnetIds: SubnetIdentifierList\n    var DBSubnetGroupDescription: js.UndefOr[String]\n  }\n\n  object ModifyDBSubnetGroupMessage {\n    @inline\n    def apply(\n        DBSubnetGroupName: String,\n        SubnetIds: SubnetIdentifierList,\n        DBSubnetGroupDescription: js.UndefOr[String] = js.undefined\n    ): ModifyDBSubnetGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSubnetGroupName\" -> DBSubnetGroupName.asInstanceOf[js.Any],\n        \"SubnetIds\" -> SubnetIds.asInstanceOf[js.Any]\n      )\n\n      DBSubnetGroupDescription.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupDescription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSubnetGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyDBSubnetGroupResult extends js.Object {\n    var DBSubnetGroup: js.UndefOr[DBSubnetGroup]\n  }\n\n  object ModifyDBSubnetGroupResult {\n    @inline\n    def apply(\n        DBSubnetGroup: js.UndefOr[DBSubnetGroup] = js.undefined\n    ): ModifyDBSubnetGroupResult = {\n      val __obj = js.Dynamic.literal()\n      DBSubnetGroup.foreach(__v => __obj.updateDynamic(\"DBSubnetGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyDBSubnetGroupResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyEventSubscriptionMessage extends js.Object {\n    var SubscriptionName: String\n    var Enabled: js.UndefOr[BooleanOptional]\n    var EventCategories: js.UndefOr[EventCategoriesList]\n    var SnsTopicArn: js.UndefOr[String]\n    var SourceType: js.UndefOr[String]\n  }\n\n  object ModifyEventSubscriptionMessage {\n    @inline\n    def apply(\n        SubscriptionName: String,\n        Enabled: js.UndefOr[BooleanOptional] = js.undefined,\n        EventCategories: js.UndefOr[EventCategoriesList] = js.undefined,\n        SnsTopicArn: js.UndefOr[String] = js.undefined,\n        SourceType: js.UndefOr[String] = js.undefined\n    ): ModifyEventSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n\n      Enabled.foreach(__v => __obj.updateDynamic(\"Enabled\")(__v.asInstanceOf[js.Any]))\n      EventCategories.foreach(__v => __obj.updateDynamic(\"EventCategories\")(__v.asInstanceOf[js.Any]))\n      SnsTopicArn.foreach(__v => __obj.updateDynamic(\"SnsTopicArn\")(__v.asInstanceOf[js.Any]))\n      SourceType.foreach(__v => __obj.updateDynamic(\"SourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyEventSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyEventSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object ModifyEventSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): ModifyEventSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyEventSubscriptionResult]\n    }\n  }\n\n  @js.native\n  trait ModifyGlobalClusterMessage extends js.Object {\n    var AllowMajorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n    var NewGlobalClusterIdentifier: js.UndefOr[String]\n  }\n\n  object ModifyGlobalClusterMessage {\n    @inline\n    def apply(\n        AllowMajorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined,\n        NewGlobalClusterIdentifier: js.UndefOr[String] = js.undefined\n    ): ModifyGlobalClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      AllowMajorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AllowMajorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      NewGlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"NewGlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyGlobalClusterMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyGlobalClusterResult extends js.Object {\n    var GlobalCluster: js.UndefOr[GlobalCluster]\n  }\n\n  object ModifyGlobalClusterResult {\n    @inline\n    def apply(\n        GlobalCluster: js.UndefOr[GlobalCluster] = js.undefined\n    ): ModifyGlobalClusterResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalCluster.foreach(__v => __obj.updateDynamic(\"GlobalCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyGlobalClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ModifyOptionGroupMessage extends js.Object {\n    var OptionGroupName: String\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var OptionsToInclude: js.UndefOr[OptionConfigurationList]\n    var OptionsToRemove: js.UndefOr[OptionNamesList]\n  }\n\n  object ModifyOptionGroupMessage {\n    @inline\n    def apply(\n        OptionGroupName: String,\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        OptionsToInclude: js.UndefOr[OptionConfigurationList] = js.undefined,\n        OptionsToRemove: js.UndefOr[OptionNamesList] = js.undefined\n    ): ModifyOptionGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"OptionGroupName\" -> OptionGroupName.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      OptionsToInclude.foreach(__v => __obj.updateDynamic(\"OptionsToInclude\")(__v.asInstanceOf[js.Any]))\n      OptionsToRemove.foreach(__v => __obj.updateDynamic(\"OptionsToRemove\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyOptionGroupMessage]\n    }\n  }\n\n  @js.native\n  trait ModifyOptionGroupResult extends js.Object {\n    var OptionGroup: js.UndefOr[OptionGroup]\n  }\n\n  object ModifyOptionGroupResult {\n    @inline\n    def apply(\n        OptionGroup: js.UndefOr[OptionGroup] = js.undefined\n    ): ModifyOptionGroupResult = {\n      val __obj = js.Dynamic.literal()\n      OptionGroup.foreach(__v => __obj.updateDynamic(\"OptionGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ModifyOptionGroupResult]\n    }\n  }\n\n  \/** Option details.\n    *\/\n  @js.native\n  trait Option extends js.Object {\n    var DBSecurityGroupMemberships: js.UndefOr[DBSecurityGroupMembershipList]\n    var OptionDescription: js.UndefOr[String]\n    var OptionName: js.UndefOr[String]\n    var OptionSettings: js.UndefOr[OptionSettingConfigurationList]\n    var OptionVersion: js.UndefOr[String]\n    var Permanent: js.UndefOr[Boolean]\n    var Persistent: js.UndefOr[Boolean]\n    var Port: js.UndefOr[IntegerOptional]\n    var VpcSecurityGroupMemberships: js.UndefOr[VpcSecurityGroupMembershipList]\n  }\n\n  object Option {\n    @inline\n    def apply(\n        DBSecurityGroupMemberships: js.UndefOr[DBSecurityGroupMembershipList] = js.undefined,\n        OptionDescription: js.UndefOr[String] = js.undefined,\n        OptionName: js.UndefOr[String] = js.undefined,\n        OptionSettings: js.UndefOr[OptionSettingConfigurationList] = js.undefined,\n        OptionVersion: js.UndefOr[String] = js.undefined,\n        Permanent: js.UndefOr[Boolean] = js.undefined,\n        Persistent: js.UndefOr[Boolean] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        VpcSecurityGroupMemberships: js.UndefOr[VpcSecurityGroupMembershipList] = js.undefined\n    ): Option = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroupMemberships.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      OptionDescription.foreach(__v => __obj.updateDynamic(\"OptionDescription\")(__v.asInstanceOf[js.Any]))\n      OptionName.foreach(__v => __obj.updateDynamic(\"OptionName\")(__v.asInstanceOf[js.Any]))\n      OptionSettings.foreach(__v => __obj.updateDynamic(\"OptionSettings\")(__v.asInstanceOf[js.Any]))\n      OptionVersion.foreach(__v => __obj.updateDynamic(\"OptionVersion\")(__v.asInstanceOf[js.Any]))\n      Permanent.foreach(__v => __obj.updateDynamic(\"Permanent\")(__v.asInstanceOf[js.Any]))\n      Persistent.foreach(__v => __obj.updateDynamic(\"Persistent\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupMemberships.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Option]\n    }\n  }\n\n  \/** A list of all available options\n    *\/\n  @js.native\n  trait OptionConfiguration extends js.Object {\n    var OptionName: String\n    var DBSecurityGroupMemberships: js.UndefOr[DBSecurityGroupNameList]\n    var OptionSettings: js.UndefOr[OptionSettingsList]\n    var OptionVersion: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var VpcSecurityGroupMemberships: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object OptionConfiguration {\n    @inline\n    def apply(\n        OptionName: String,\n        DBSecurityGroupMemberships: js.UndefOr[DBSecurityGroupNameList] = js.undefined,\n        OptionSettings: js.UndefOr[OptionSettingsList] = js.undefined,\n        OptionVersion: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        VpcSecurityGroupMemberships: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): OptionConfiguration = {\n      val __obj = js.Dynamic.literal(\n        \"OptionName\" -> OptionName.asInstanceOf[js.Any]\n      )\n\n      DBSecurityGroupMemberships.foreach(__v => __obj.updateDynamic(\"DBSecurityGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      OptionSettings.foreach(__v => __obj.updateDynamic(\"OptionSettings\")(__v.asInstanceOf[js.Any]))\n      OptionVersion.foreach(__v => __obj.updateDynamic(\"OptionVersion\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupMemberships.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupMemberships\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionConfiguration]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait OptionGroup extends js.Object {\n    var AllowsVpcAndNonVpcInstanceMemberships: js.UndefOr[Boolean]\n    var EngineName: js.UndefOr[String]\n    var MajorEngineVersion: js.UndefOr[String]\n    var OptionGroupArn: js.UndefOr[String]\n    var OptionGroupDescription: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Options: js.UndefOr[OptionsList]\n    var VpcId: js.UndefOr[String]\n  }\n\n  object OptionGroup {\n    @inline\n    def apply(\n        AllowsVpcAndNonVpcInstanceMemberships: js.UndefOr[Boolean] = js.undefined,\n        EngineName: js.UndefOr[String] = js.undefined,\n        MajorEngineVersion: js.UndefOr[String] = js.undefined,\n        OptionGroupArn: js.UndefOr[String] = js.undefined,\n        OptionGroupDescription: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Options: js.UndefOr[OptionsList] = js.undefined,\n        VpcId: js.UndefOr[String] = js.undefined\n    ): OptionGroup = {\n      val __obj = js.Dynamic.literal()\n      AllowsVpcAndNonVpcInstanceMemberships.foreach(__v => __obj.updateDynamic(\"AllowsVpcAndNonVpcInstanceMemberships\")(__v.asInstanceOf[js.Any]))\n      EngineName.foreach(__v => __obj.updateDynamic(\"EngineName\")(__v.asInstanceOf[js.Any]))\n      MajorEngineVersion.foreach(__v => __obj.updateDynamic(\"MajorEngineVersion\")(__v.asInstanceOf[js.Any]))\n      OptionGroupArn.foreach(__v => __obj.updateDynamic(\"OptionGroupArn\")(__v.asInstanceOf[js.Any]))\n      OptionGroupDescription.foreach(__v => __obj.updateDynamic(\"OptionGroupDescription\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Options.foreach(__v => __obj.updateDynamic(\"Options\")(__v.asInstanceOf[js.Any]))\n      VpcId.foreach(__v => __obj.updateDynamic(\"VpcId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroup]\n    }\n  }\n\n  \/** Provides information on the option groups the DB instance is a member of.\n    *\/\n  @js.native\n  trait OptionGroupMembership extends js.Object {\n    var OptionGroupName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n  }\n\n  object OptionGroupMembership {\n    @inline\n    def apply(\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined\n    ): OptionGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroupMembership]\n    }\n  }\n\n  \/** Available option.\n    *\/\n  @js.native\n  trait OptionGroupOption extends js.Object {\n    var DefaultPort: js.UndefOr[IntegerOptional]\n    var Description: js.UndefOr[String]\n    var EngineName: js.UndefOr[String]\n    var MajorEngineVersion: js.UndefOr[String]\n    var MinimumRequiredMinorEngineVersion: js.UndefOr[String]\n    var Name: js.UndefOr[String]\n    var OptionGroupOptionSettings: js.UndefOr[OptionGroupOptionSettingsList]\n    var OptionGroupOptionVersions: js.UndefOr[OptionGroupOptionVersionsList]\n    var OptionsConflictsWith: js.UndefOr[OptionsConflictsWith]\n    var OptionsDependedOn: js.UndefOr[OptionsDependedOn]\n    var Permanent: js.UndefOr[Boolean]\n    var Persistent: js.UndefOr[Boolean]\n    var PortRequired: js.UndefOr[Boolean]\n    var RequiresAutoMinorEngineVersionUpgrade: js.UndefOr[Boolean]\n    var SupportsOptionVersionDowngrade: js.UndefOr[BooleanOptional]\n    var VpcOnly: js.UndefOr[Boolean]\n  }\n\n  object OptionGroupOption {\n    @inline\n    def apply(\n        DefaultPort: js.UndefOr[IntegerOptional] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        EngineName: js.UndefOr[String] = js.undefined,\n        MajorEngineVersion: js.UndefOr[String] = js.undefined,\n        MinimumRequiredMinorEngineVersion: js.UndefOr[String] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        OptionGroupOptionSettings: js.UndefOr[OptionGroupOptionSettingsList] = js.undefined,\n        OptionGroupOptionVersions: js.UndefOr[OptionGroupOptionVersionsList] = js.undefined,\n        OptionsConflictsWith: js.UndefOr[OptionsConflictsWith] = js.undefined,\n        OptionsDependedOn: js.UndefOr[OptionsDependedOn] = js.undefined,\n        Permanent: js.UndefOr[Boolean] = js.undefined,\n        Persistent: js.UndefOr[Boolean] = js.undefined,\n        PortRequired: js.UndefOr[Boolean] = js.undefined,\n        RequiresAutoMinorEngineVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        SupportsOptionVersionDowngrade: js.UndefOr[BooleanOptional] = js.undefined,\n        VpcOnly: js.UndefOr[Boolean] = js.undefined\n    ): OptionGroupOption = {\n      val __obj = js.Dynamic.literal()\n      DefaultPort.foreach(__v => __obj.updateDynamic(\"DefaultPort\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EngineName.foreach(__v => __obj.updateDynamic(\"EngineName\")(__v.asInstanceOf[js.Any]))\n      MajorEngineVersion.foreach(__v => __obj.updateDynamic(\"MajorEngineVersion\")(__v.asInstanceOf[js.Any]))\n      MinimumRequiredMinorEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumRequiredMinorEngineVersion\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      OptionGroupOptionSettings.foreach(__v => __obj.updateDynamic(\"OptionGroupOptionSettings\")(__v.asInstanceOf[js.Any]))\n      OptionGroupOptionVersions.foreach(__v => __obj.updateDynamic(\"OptionGroupOptionVersions\")(__v.asInstanceOf[js.Any]))\n      OptionsConflictsWith.foreach(__v => __obj.updateDynamic(\"OptionsConflictsWith\")(__v.asInstanceOf[js.Any]))\n      OptionsDependedOn.foreach(__v => __obj.updateDynamic(\"OptionsDependedOn\")(__v.asInstanceOf[js.Any]))\n      Permanent.foreach(__v => __obj.updateDynamic(\"Permanent\")(__v.asInstanceOf[js.Any]))\n      Persistent.foreach(__v => __obj.updateDynamic(\"Persistent\")(__v.asInstanceOf[js.Any]))\n      PortRequired.foreach(__v => __obj.updateDynamic(\"PortRequired\")(__v.asInstanceOf[js.Any]))\n      RequiresAutoMinorEngineVersionUpgrade.foreach(__v => __obj.updateDynamic(\"RequiresAutoMinorEngineVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      SupportsOptionVersionDowngrade.foreach(__v => __obj.updateDynamic(\"SupportsOptionVersionDowngrade\")(__v.asInstanceOf[js.Any]))\n      VpcOnly.foreach(__v => __obj.updateDynamic(\"VpcOnly\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroupOption]\n    }\n  }\n\n  \/** Option group option settings are used to display settings available for each option with their default values and other information. These values are used with the DescribeOptionGroupOptions action.\n    *\/\n  @js.native\n  trait OptionGroupOptionSetting extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ApplyType: js.UndefOr[String]\n    var DefaultValue: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[Boolean]\n    var IsRequired: js.UndefOr[Boolean]\n    var MinimumEngineVersionPerAllowedValue: js.UndefOr[MinimumEngineVersionPerAllowedValueList]\n    var SettingDescription: js.UndefOr[String]\n    var SettingName: js.UndefOr[String]\n  }\n\n  object OptionGroupOptionSetting {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ApplyType: js.UndefOr[String] = js.undefined,\n        DefaultValue: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        IsRequired: js.UndefOr[Boolean] = js.undefined,\n        MinimumEngineVersionPerAllowedValue: js.UndefOr[MinimumEngineVersionPerAllowedValueList] = js.undefined,\n        SettingDescription: js.UndefOr[String] = js.undefined,\n        SettingName: js.UndefOr[String] = js.undefined\n    ): OptionGroupOptionSetting = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ApplyType.foreach(__v => __obj.updateDynamic(\"ApplyType\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      IsRequired.foreach(__v => __obj.updateDynamic(\"IsRequired\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersionPerAllowedValue.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersionPerAllowedValue\")(__v.asInstanceOf[js.Any]))\n      SettingDescription.foreach(__v => __obj.updateDynamic(\"SettingDescription\")(__v.asInstanceOf[js.Any]))\n      SettingName.foreach(__v => __obj.updateDynamic(\"SettingName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroupOptionSetting]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait OptionGroupOptionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var OptionGroupOptions: js.UndefOr[OptionGroupOptionsList]\n  }\n\n  object OptionGroupOptionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        OptionGroupOptions: js.UndefOr[OptionGroupOptionsList] = js.undefined\n    ): OptionGroupOptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      OptionGroupOptions.foreach(__v => __obj.updateDynamic(\"OptionGroupOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroupOptionsMessage]\n    }\n  }\n\n  \/** List of option groups.\n    *\/\n  @js.native\n  trait OptionGroups extends js.Object {\n    var Marker: js.UndefOr[String]\n    var OptionGroupsList: js.UndefOr[OptionGroupsList]\n  }\n\n  object OptionGroups {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        OptionGroupsList: js.UndefOr[OptionGroupsList] = js.undefined\n    ): OptionGroups = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      OptionGroupsList.foreach(__v => __obj.updateDynamic(\"OptionGroupsList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionGroups]\n    }\n  }\n\n  \/** Option settings are the actual settings being applied or configured for that option. It is used when you modify an option group or describe option groups. For example, the NATIVE_NETWORK_ENCRYPTION option has a setting called SQLNET.ENCRYPTION_SERVER that can have several different values.\n    *\/\n  @js.native\n  trait OptionSetting extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ApplyType: js.UndefOr[String]\n    var DataType: js.UndefOr[String]\n    var DefaultValue: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsCollection: js.UndefOr[Boolean]\n    var IsModifiable: js.UndefOr[Boolean]\n    var Name: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object OptionSetting {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ApplyType: js.UndefOr[String] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        DefaultValue: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsCollection: js.UndefOr[Boolean] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        Name: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): OptionSetting = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ApplyType.foreach(__v => __obj.updateDynamic(\"ApplyType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      DefaultValue.foreach(__v => __obj.updateDynamic(\"DefaultValue\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsCollection.foreach(__v => __obj.updateDynamic(\"IsCollection\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionSetting]\n    }\n  }\n\n  \/** The version for an option. Option group option versions are returned by the <code>DescribeOptionGroupOptions<\/code> action.\n    *\/\n  @js.native\n  trait OptionVersion extends js.Object {\n    var IsDefault: js.UndefOr[Boolean]\n    var Version: js.UndefOr[String]\n  }\n\n  object OptionVersion {\n    @inline\n    def apply(\n        IsDefault: js.UndefOr[Boolean] = js.undefined,\n        Version: js.UndefOr[String] = js.undefined\n    ): OptionVersion = {\n      val __obj = js.Dynamic.literal()\n      IsDefault.foreach(__v => __obj.updateDynamic(\"IsDefault\")(__v.asInstanceOf[js.Any]))\n      Version.foreach(__v => __obj.updateDynamic(\"Version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OptionVersion]\n    }\n  }\n\n  \/** Contains a list of available options for a DB instance. This data type is used as a response element in the <code>DescribeOrderableDBInstanceOptions<\/code> action.\n    *\/\n  @js.native\n  trait OrderableDBInstanceOption extends js.Object {\n    var AvailabilityZoneGroup: js.UndefOr[String]\n    var AvailabilityZones: js.UndefOr[AvailabilityZoneList]\n    var AvailableProcessorFeatures: js.UndefOr[AvailableProcessorFeatureList]\n    var DBInstanceClass: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MaxIopsPerDbInstance: js.UndefOr[IntegerOptional]\n    var MaxIopsPerGib: js.UndefOr[DoubleOptional]\n    var MaxStorageSize: js.UndefOr[IntegerOptional]\n    var MinIopsPerDbInstance: js.UndefOr[IntegerOptional]\n    var MinIopsPerGib: js.UndefOr[DoubleOptional]\n    var MinStorageSize: js.UndefOr[IntegerOptional]\n    var MultiAZCapable: js.UndefOr[Boolean]\n    var OutpostCapable: js.UndefOr[Boolean]\n    var ReadReplicaCapable: js.UndefOr[Boolean]\n    var StorageType: js.UndefOr[String]\n    var SupportedEngineModes: js.UndefOr[EngineModeList]\n    var SupportsEnhancedMonitoring: js.UndefOr[Boolean]\n    var SupportsGlobalDatabases: js.UndefOr[Boolean]\n    var SupportsIAMDatabaseAuthentication: js.UndefOr[Boolean]\n    var SupportsIops: js.UndefOr[Boolean]\n    var SupportsKerberosAuthentication: js.UndefOr[BooleanOptional]\n    var SupportsPerformanceInsights: js.UndefOr[Boolean]\n    var SupportsStorageAutoscaling: js.UndefOr[BooleanOptional]\n    var SupportsStorageEncryption: js.UndefOr[Boolean]\n    var Vpc: js.UndefOr[Boolean]\n  }\n\n  object OrderableDBInstanceOption {\n    @inline\n    def apply(\n        AvailabilityZoneGroup: js.UndefOr[String] = js.undefined,\n        AvailabilityZones: js.UndefOr[AvailabilityZoneList] = js.undefined,\n        AvailableProcessorFeatures: js.UndefOr[AvailableProcessorFeatureList] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MaxIopsPerDbInstance: js.UndefOr[IntegerOptional] = js.undefined,\n        MaxIopsPerGib: js.UndefOr[DoubleOptional] = js.undefined,\n        MaxStorageSize: js.UndefOr[IntegerOptional] = js.undefined,\n        MinIopsPerDbInstance: js.UndefOr[IntegerOptional] = js.undefined,\n        MinIopsPerGib: js.UndefOr[DoubleOptional] = js.undefined,\n        MinStorageSize: js.UndefOr[IntegerOptional] = js.undefined,\n        MultiAZCapable: js.UndefOr[Boolean] = js.undefined,\n        OutpostCapable: js.UndefOr[Boolean] = js.undefined,\n        ReadReplicaCapable: js.UndefOr[Boolean] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        SupportedEngineModes: js.UndefOr[EngineModeList] = js.undefined,\n        SupportsEnhancedMonitoring: js.UndefOr[Boolean] = js.undefined,\n        SupportsGlobalDatabases: js.UndefOr[Boolean] = js.undefined,\n        SupportsIAMDatabaseAuthentication: js.UndefOr[Boolean] = js.undefined,\n        SupportsIops: js.UndefOr[Boolean] = js.undefined,\n        SupportsKerberosAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        SupportsPerformanceInsights: js.UndefOr[Boolean] = js.undefined,\n        SupportsStorageAutoscaling: js.UndefOr[BooleanOptional] = js.undefined,\n        SupportsStorageEncryption: js.UndefOr[Boolean] = js.undefined,\n        Vpc: js.UndefOr[Boolean] = js.undefined\n    ): OrderableDBInstanceOption = {\n      val __obj = js.Dynamic.literal()\n      AvailabilityZoneGroup.foreach(__v => __obj.updateDynamic(\"AvailabilityZoneGroup\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      AvailableProcessorFeatures.foreach(__v => __obj.updateDynamic(\"AvailableProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MaxIopsPerDbInstance.foreach(__v => __obj.updateDynamic(\"MaxIopsPerDbInstance\")(__v.asInstanceOf[js.Any]))\n      MaxIopsPerGib.foreach(__v => __obj.updateDynamic(\"MaxIopsPerGib\")(__v.asInstanceOf[js.Any]))\n      MaxStorageSize.foreach(__v => __obj.updateDynamic(\"MaxStorageSize\")(__v.asInstanceOf[js.Any]))\n      MinIopsPerDbInstance.foreach(__v => __obj.updateDynamic(\"MinIopsPerDbInstance\")(__v.asInstanceOf[js.Any]))\n      MinIopsPerGib.foreach(__v => __obj.updateDynamic(\"MinIopsPerGib\")(__v.asInstanceOf[js.Any]))\n      MinStorageSize.foreach(__v => __obj.updateDynamic(\"MinStorageSize\")(__v.asInstanceOf[js.Any]))\n      MultiAZCapable.foreach(__v => __obj.updateDynamic(\"MultiAZCapable\")(__v.asInstanceOf[js.Any]))\n      OutpostCapable.foreach(__v => __obj.updateDynamic(\"OutpostCapable\")(__v.asInstanceOf[js.Any]))\n      ReadReplicaCapable.foreach(__v => __obj.updateDynamic(\"ReadReplicaCapable\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      SupportedEngineModes.foreach(__v => __obj.updateDynamic(\"SupportedEngineModes\")(__v.asInstanceOf[js.Any]))\n      SupportsEnhancedMonitoring.foreach(__v => __obj.updateDynamic(\"SupportsEnhancedMonitoring\")(__v.asInstanceOf[js.Any]))\n      SupportsGlobalDatabases.foreach(__v => __obj.updateDynamic(\"SupportsGlobalDatabases\")(__v.asInstanceOf[js.Any]))\n      SupportsIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"SupportsIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      SupportsIops.foreach(__v => __obj.updateDynamic(\"SupportsIops\")(__v.asInstanceOf[js.Any]))\n      SupportsKerberosAuthentication.foreach(__v => __obj.updateDynamic(\"SupportsKerberosAuthentication\")(__v.asInstanceOf[js.Any]))\n      SupportsPerformanceInsights.foreach(__v => __obj.updateDynamic(\"SupportsPerformanceInsights\")(__v.asInstanceOf[js.Any]))\n      SupportsStorageAutoscaling.foreach(__v => __obj.updateDynamic(\"SupportsStorageAutoscaling\")(__v.asInstanceOf[js.Any]))\n      SupportsStorageEncryption.foreach(__v => __obj.updateDynamic(\"SupportsStorageEncryption\")(__v.asInstanceOf[js.Any]))\n      Vpc.foreach(__v => __obj.updateDynamic(\"Vpc\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrderableDBInstanceOption]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeOrderableDBInstanceOptions<\/code> action.\n    *\/\n  @js.native\n  trait OrderableDBInstanceOptionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var OrderableDBInstanceOptions: js.UndefOr[OrderableDBInstanceOptionsList]\n  }\n\n  object OrderableDBInstanceOptionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        OrderableDBInstanceOptions: js.UndefOr[OrderableDBInstanceOptionsList] = js.undefined\n    ): OrderableDBInstanceOptionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      OrderableDBInstanceOptions.foreach(__v => __obj.updateDynamic(\"OrderableDBInstanceOptions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[OrderableDBInstanceOptionsMessage]\n    }\n  }\n\n  \/** A data type that represents an Outpost. For more information about RDS on Outposts, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/UserGuide\/rds-on-outposts.html|Amazon RDS on AWS Outposts]] in the <i>Amazon RDS User Guide.<\/i>\n    *\/\n  @js.native\n  trait Outpost extends js.Object {\n    var Arn: js.UndefOr[String]\n  }\n\n  object Outpost {\n    @inline\n    def apply(\n        Arn: js.UndefOr[String] = js.undefined\n    ): Outpost = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Outpost]\n    }\n  }\n\n  \/** This data type is used as a request parameter in the <code>ModifyDBParameterGroup<\/code> and <code>ResetDBParameterGroup<\/code> actions. This data type is used as a response element in the <code>DescribeEngineDefaultParameters<\/code> and <code>DescribeDBParameters<\/code> actions.\n    *\/\n  @js.native\n  trait Parameter extends js.Object {\n    var AllowedValues: js.UndefOr[String]\n    var ApplyMethod: js.UndefOr[ApplyMethod]\n    var ApplyType: js.UndefOr[String]\n    var DataType: js.UndefOr[String]\n    var Description: js.UndefOr[String]\n    var IsModifiable: js.UndefOr[Boolean]\n    var MinimumEngineVersion: js.UndefOr[String]\n    var ParameterName: js.UndefOr[String]\n    var ParameterValue: js.UndefOr[String]\n    var Source: js.UndefOr[String]\n    var SupportedEngineModes: js.UndefOr[EngineModeList]\n  }\n\n  object Parameter {\n    @inline\n    def apply(\n        AllowedValues: js.UndefOr[String] = js.undefined,\n        ApplyMethod: js.UndefOr[ApplyMethod] = js.undefined,\n        ApplyType: js.UndefOr[String] = js.undefined,\n        DataType: js.UndefOr[String] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IsModifiable: js.UndefOr[Boolean] = js.undefined,\n        MinimumEngineVersion: js.UndefOr[String] = js.undefined,\n        ParameterName: js.UndefOr[String] = js.undefined,\n        ParameterValue: js.UndefOr[String] = js.undefined,\n        Source: js.UndefOr[String] = js.undefined,\n        SupportedEngineModes: js.UndefOr[EngineModeList] = js.undefined\n    ): Parameter = {\n      val __obj = js.Dynamic.literal()\n      AllowedValues.foreach(__v => __obj.updateDynamic(\"AllowedValues\")(__v.asInstanceOf[js.Any]))\n      ApplyMethod.foreach(__v => __obj.updateDynamic(\"ApplyMethod\")(__v.asInstanceOf[js.Any]))\n      ApplyType.foreach(__v => __obj.updateDynamic(\"ApplyType\")(__v.asInstanceOf[js.Any]))\n      DataType.foreach(__v => __obj.updateDynamic(\"DataType\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IsModifiable.foreach(__v => __obj.updateDynamic(\"IsModifiable\")(__v.asInstanceOf[js.Any]))\n      MinimumEngineVersion.foreach(__v => __obj.updateDynamic(\"MinimumEngineVersion\")(__v.asInstanceOf[js.Any]))\n      ParameterName.foreach(__v => __obj.updateDynamic(\"ParameterName\")(__v.asInstanceOf[js.Any]))\n      ParameterValue.foreach(__v => __obj.updateDynamic(\"ParameterValue\")(__v.asInstanceOf[js.Any]))\n      Source.foreach(__v => __obj.updateDynamic(\"Source\")(__v.asInstanceOf[js.Any]))\n      SupportedEngineModes.foreach(__v => __obj.updateDynamic(\"SupportedEngineModes\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Parameter]\n    }\n  }\n\n  \/** A list of the log types whose configuration is still pending. In other words, these log types are in the process of being activated or deactivated.\n    *\/\n  @js.native\n  trait PendingCloudwatchLogsExports extends js.Object {\n    var LogTypesToDisable: js.UndefOr[LogTypeList]\n    var LogTypesToEnable: js.UndefOr[LogTypeList]\n  }\n\n  object PendingCloudwatchLogsExports {\n    @inline\n    def apply(\n        LogTypesToDisable: js.UndefOr[LogTypeList] = js.undefined,\n        LogTypesToEnable: js.UndefOr[LogTypeList] = js.undefined\n    ): PendingCloudwatchLogsExports = {\n      val __obj = js.Dynamic.literal()\n      LogTypesToDisable.foreach(__v => __obj.updateDynamic(\"LogTypesToDisable\")(__v.asInstanceOf[js.Any]))\n      LogTypesToEnable.foreach(__v => __obj.updateDynamic(\"LogTypesToEnable\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingCloudwatchLogsExports]\n    }\n  }\n\n  \/** Provides information about a pending maintenance action for a resource.\n    *\/\n  @js.native\n  trait PendingMaintenanceAction extends js.Object {\n    var Action: js.UndefOr[String]\n    var AutoAppliedAfterDate: js.UndefOr[TStamp]\n    var CurrentApplyDate: js.UndefOr[TStamp]\n    var Description: js.UndefOr[String]\n    var ForcedApplyDate: js.UndefOr[TStamp]\n    var OptInStatus: js.UndefOr[String]\n  }\n\n  object PendingMaintenanceAction {\n    @inline\n    def apply(\n        Action: js.UndefOr[String] = js.undefined,\n        AutoAppliedAfterDate: js.UndefOr[TStamp] = js.undefined,\n        CurrentApplyDate: js.UndefOr[TStamp] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        ForcedApplyDate: js.UndefOr[TStamp] = js.undefined,\n        OptInStatus: js.UndefOr[String] = js.undefined\n    ): PendingMaintenanceAction = {\n      val __obj = js.Dynamic.literal()\n      Action.foreach(__v => __obj.updateDynamic(\"Action\")(__v.asInstanceOf[js.Any]))\n      AutoAppliedAfterDate.foreach(__v => __obj.updateDynamic(\"AutoAppliedAfterDate\")(__v.asInstanceOf[js.Any]))\n      CurrentApplyDate.foreach(__v => __obj.updateDynamic(\"CurrentApplyDate\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ForcedApplyDate.foreach(__v => __obj.updateDynamic(\"ForcedApplyDate\")(__v.asInstanceOf[js.Any]))\n      OptInStatus.foreach(__v => __obj.updateDynamic(\"OptInStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingMaintenanceAction]\n    }\n  }\n\n  \/** Data returned from the ```DescribePendingMaintenanceActions``` action.\n    *\/\n  @js.native\n  trait PendingMaintenanceActionsMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var PendingMaintenanceActions: js.UndefOr[PendingMaintenanceActions]\n  }\n\n  object PendingMaintenanceActionsMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        PendingMaintenanceActions: js.UndefOr[PendingMaintenanceActions] = js.undefined\n    ): PendingMaintenanceActionsMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      PendingMaintenanceActions.foreach(__v => __obj.updateDynamic(\"PendingMaintenanceActions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingMaintenanceActionsMessage]\n    }\n  }\n\n  \/** This data type is used as a response element in the <code>ModifyDBInstance<\/code> operation and contains changes that will be applied during the next maintenance window.\n    *\/\n  @js.native\n  trait PendingModifiedValues extends js.Object {\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CACertificateIdentifier: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBInstanceIdentifier: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional]\n    var Iops: js.UndefOr[IntegerOptional]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports]\n    var Port: js.UndefOr[IntegerOptional]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var StorageType: js.UndefOr[String]\n  }\n\n  object PendingModifiedValues {\n    @inline\n    def apply(\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CACertificateIdentifier: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IAMDatabaseAuthenticationEnabled: js.UndefOr[BooleanOptional] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        PendingCloudwatchLogsExports: js.UndefOr[PendingCloudwatchLogsExports] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined\n    ): PendingModifiedValues = {\n      val __obj = js.Dynamic.literal()\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CACertificateIdentifier.foreach(__v => __obj.updateDynamic(\"CACertificateIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IAMDatabaseAuthenticationEnabled.foreach(__v => __obj.updateDynamic(\"IAMDatabaseAuthenticationEnabled\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      PendingCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"PendingCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingModifiedValues]\n    }\n  }\n\n  \/** Contains the processor features of a DB instance class. To specify the number of CPU cores, use the <code>coreCount<\/code> feature name for the <code>Name<\/code> parameter. To specify the number of threads per core, use the <code>threadsPerCore<\/code> feature name for the <code>Name<\/code> parameter. You can set the processor features of the DB instance class for a DB instance when you call one of the following actions: * <code>CreateDBInstance<\/code> * <code>ModifyDBInstance<\/code> * <code>RestoreDBInstanceFromDBSnapshot<\/code> * <code>RestoreDBInstanceFromS3<\/code> * <code>RestoreDBInstanceToPointInTime<\/code> You can view the valid processor values for a particular instance class by calling the <code>DescribeOrderableDBInstanceOptions<\/code> action and specifying the instance class for the <code>DBInstanceClass<\/code> parameter. In addition, you can use the following actions for DB instance class processor information: * <code>DescribeDBInstances<\/code> *\n    * <code>DescribeDBSnapshots<\/code> * <code>DescribeValidDBInstanceModifications<\/code> If you call <code>DescribeDBInstances<\/code>, <code>ProcessorFeature<\/code> returns non-null values only if the following conditions are met: * You are accessing an Oracle DB instance. * Your Oracle DB instance class supports configuring the number of CPU cores and threads per core. * The current number CPU cores and threads is set to a non-default value. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/UserGuide\/Concepts.DBInstanceClass.html#USER_ConfigureProcessor|Configuring the Processor of the DB Instance Class]] in the <i>Amazon RDS User Guide. <\/i>\n    *\/\n  @js.native\n  trait ProcessorFeature extends js.Object {\n    var Name: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object ProcessorFeature {\n    @inline\n    def apply(\n        Name: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): ProcessorFeature = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProcessorFeature]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait PromoteReadReplicaDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n  }\n\n  object PromoteReadReplicaDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String\n    ): PromoteReadReplicaDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PromoteReadReplicaDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait PromoteReadReplicaDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object PromoteReadReplicaDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): PromoteReadReplicaDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PromoteReadReplicaDBClusterResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait PromoteReadReplicaMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n  }\n\n  object PromoteReadReplicaMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined\n    ): PromoteReadReplicaMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PromoteReadReplicaMessage]\n    }\n  }\n\n  @js.native\n  trait PromoteReadReplicaResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object PromoteReadReplicaResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): PromoteReadReplicaResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PromoteReadReplicaResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait PurchaseReservedDBInstancesOfferingMessage extends js.Object {\n    var ReservedDBInstancesOfferingId: String\n    var DBInstanceCount: js.UndefOr[IntegerOptional]\n    var ReservedDBInstanceId: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object PurchaseReservedDBInstancesOfferingMessage {\n    @inline\n    def apply(\n        ReservedDBInstancesOfferingId: String,\n        DBInstanceCount: js.UndefOr[IntegerOptional] = js.undefined,\n        ReservedDBInstanceId: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): PurchaseReservedDBInstancesOfferingMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ReservedDBInstancesOfferingId\" -> ReservedDBInstancesOfferingId.asInstanceOf[js.Any]\n      )\n\n      DBInstanceCount.foreach(__v => __obj.updateDynamic(\"DBInstanceCount\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstanceId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstanceId\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseReservedDBInstancesOfferingMessage]\n    }\n  }\n\n  @js.native\n  trait PurchaseReservedDBInstancesOfferingResult extends js.Object {\n    var ReservedDBInstance: js.UndefOr[ReservedDBInstance]\n  }\n\n  object PurchaseReservedDBInstancesOfferingResult {\n    @inline\n    def apply(\n        ReservedDBInstance: js.UndefOr[ReservedDBInstance] = js.undefined\n    ): PurchaseReservedDBInstancesOfferingResult = {\n      val __obj = js.Dynamic.literal()\n      ReservedDBInstance.foreach(__v => __obj.updateDynamic(\"ReservedDBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PurchaseReservedDBInstancesOfferingResult]\n    }\n  }\n\n  \/** A range of integer values.\n    *\/\n  @js.native\n  trait Range extends js.Object {\n    var From: js.UndefOr[Int]\n    var Step: js.UndefOr[IntegerOptional]\n    var To: js.UndefOr[Int]\n  }\n\n  object Range {\n    @inline\n    def apply(\n        From: js.UndefOr[Int] = js.undefined,\n        Step: js.UndefOr[IntegerOptional] = js.undefined,\n        To: js.UndefOr[Int] = js.undefined\n    ): Range = {\n      val __obj = js.Dynamic.literal()\n      From.foreach(__v => __obj.updateDynamic(\"From\")(__v.asInstanceOf[js.Any]))\n      Step.foreach(__v => __obj.updateDynamic(\"Step\")(__v.asInstanceOf[js.Any]))\n      To.foreach(__v => __obj.updateDynamic(\"To\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Range]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RebootDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var ForceFailover: js.UndefOr[BooleanOptional]\n  }\n\n  object RebootDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        ForceFailover: js.UndefOr[BooleanOptional] = js.undefined\n    ): RebootDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      ForceFailover.foreach(__v => __obj.updateDynamic(\"ForceFailover\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait RebootDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object RebootDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): RebootDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RebootDBInstanceResult]\n    }\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeReservedDBInstances<\/code> and <code>DescribeReservedDBInstancesOfferings<\/code> actions.\n    *\/\n  @js.native\n  trait RecurringCharge extends js.Object {\n    var RecurringChargeAmount: js.UndefOr[Double]\n    var RecurringChargeFrequency: js.UndefOr[String]\n  }\n\n  object RecurringCharge {\n    @inline\n    def apply(\n        RecurringChargeAmount: js.UndefOr[Double] = js.undefined,\n        RecurringChargeFrequency: js.UndefOr[String] = js.undefined\n    ): RecurringCharge = {\n      val __obj = js.Dynamic.literal()\n      RecurringChargeAmount.foreach(__v => __obj.updateDynamic(\"RecurringChargeAmount\")(__v.asInstanceOf[js.Any]))\n      RecurringChargeFrequency.foreach(__v => __obj.updateDynamic(\"RecurringChargeFrequency\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecurringCharge]\n    }\n  }\n\n  @js.native\n  trait RegisterDBProxyTargetsRequest extends js.Object {\n    var DBProxyName: String\n    var DBClusterIdentifiers: js.UndefOr[StringList]\n    var DBInstanceIdentifiers: js.UndefOr[StringList]\n    var TargetGroupName: js.UndefOr[String]\n  }\n\n  object RegisterDBProxyTargetsRequest {\n    @inline\n    def apply(\n        DBProxyName: String,\n        DBClusterIdentifiers: js.UndefOr[StringList] = js.undefined,\n        DBInstanceIdentifiers: js.UndefOr[StringList] = js.undefined,\n        TargetGroupName: js.UndefOr[String] = js.undefined\n    ): RegisterDBProxyTargetsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DBProxyName\" -> DBProxyName.asInstanceOf[js.Any]\n      )\n\n      DBClusterIdentifiers.foreach(__v => __obj.updateDynamic(\"DBClusterIdentifiers\")(__v.asInstanceOf[js.Any]))\n      DBInstanceIdentifiers.foreach(__v => __obj.updateDynamic(\"DBInstanceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      TargetGroupName.foreach(__v => __obj.updateDynamic(\"TargetGroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterDBProxyTargetsRequest]\n    }\n  }\n\n  @js.native\n  trait RegisterDBProxyTargetsResponse extends js.Object {\n    var DBProxyTargets: js.UndefOr[TargetList]\n  }\n\n  object RegisterDBProxyTargetsResponse {\n    @inline\n    def apply(\n        DBProxyTargets: js.UndefOr[TargetList] = js.undefined\n    ): RegisterDBProxyTargetsResponse = {\n      val __obj = js.Dynamic.literal()\n      DBProxyTargets.foreach(__v => __obj.updateDynamic(\"DBProxyTargets\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RegisterDBProxyTargetsResponse]\n    }\n  }\n\n  @js.native\n  trait RemoveFromGlobalClusterMessage extends js.Object {\n    var DbClusterIdentifier: js.UndefOr[String]\n    var GlobalClusterIdentifier: js.UndefOr[String]\n  }\n\n  object RemoveFromGlobalClusterMessage {\n    @inline\n    def apply(\n        DbClusterIdentifier: js.UndefOr[String] = js.undefined,\n        GlobalClusterIdentifier: js.UndefOr[String] = js.undefined\n    ): RemoveFromGlobalClusterMessage = {\n      val __obj = js.Dynamic.literal()\n      DbClusterIdentifier.foreach(__v => __obj.updateDynamic(\"DbClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      GlobalClusterIdentifier.foreach(__v => __obj.updateDynamic(\"GlobalClusterIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveFromGlobalClusterMessage]\n    }\n  }\n\n  @js.native\n  trait RemoveFromGlobalClusterResult extends js.Object {\n    var GlobalCluster: js.UndefOr[GlobalCluster]\n  }\n\n  object RemoveFromGlobalClusterResult {\n    @inline\n    def apply(\n        GlobalCluster: js.UndefOr[GlobalCluster] = js.undefined\n    ): RemoveFromGlobalClusterResult = {\n      val __obj = js.Dynamic.literal()\n      GlobalCluster.foreach(__v => __obj.updateDynamic(\"GlobalCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveFromGlobalClusterResult]\n    }\n  }\n\n  @js.native\n  trait RemoveRoleFromDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var RoleArn: String\n    var FeatureName: js.UndefOr[String]\n  }\n\n  object RemoveRoleFromDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        RoleArn: String,\n        FeatureName: js.UndefOr[String] = js.undefined\n    ): RemoveRoleFromDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n\n      FeatureName.foreach(__v => __obj.updateDynamic(\"FeatureName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveRoleFromDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait RemoveRoleFromDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var FeatureName: String\n    var RoleArn: String\n  }\n\n  object RemoveRoleFromDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        FeatureName: String,\n        RoleArn: String\n    ): RemoveRoleFromDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"FeatureName\" -> FeatureName.asInstanceOf[js.Any],\n        \"RoleArn\" -> RoleArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveRoleFromDBInstanceMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RemoveSourceIdentifierFromSubscriptionMessage extends js.Object {\n    var SourceIdentifier: String\n    var SubscriptionName: String\n  }\n\n  object RemoveSourceIdentifierFromSubscriptionMessage {\n    @inline\n    def apply(\n        SourceIdentifier: String,\n        SubscriptionName: String\n    ): RemoveSourceIdentifierFromSubscriptionMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceIdentifier\" -> SourceIdentifier.asInstanceOf[js.Any],\n        \"SubscriptionName\" -> SubscriptionName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveSourceIdentifierFromSubscriptionMessage]\n    }\n  }\n\n  @js.native\n  trait RemoveSourceIdentifierFromSubscriptionResult extends js.Object {\n    var EventSubscription: js.UndefOr[EventSubscription]\n  }\n\n  object RemoveSourceIdentifierFromSubscriptionResult {\n    @inline\n    def apply(\n        EventSubscription: js.UndefOr[EventSubscription] = js.undefined\n    ): RemoveSourceIdentifierFromSubscriptionResult = {\n      val __obj = js.Dynamic.literal()\n      EventSubscription.foreach(__v => __obj.updateDynamic(\"EventSubscription\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RemoveSourceIdentifierFromSubscriptionResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RemoveTagsFromResourceMessage extends js.Object {\n    var ResourceName: String\n    var TagKeys: KeyList\n  }\n\n  object RemoveTagsFromResourceMessage {\n    @inline\n    def apply(\n        ResourceName: String,\n        TagKeys: KeyList\n    ): RemoveTagsFromResourceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceName\" -> ResourceName.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RemoveTagsFromResourceMessage]\n    }\n  }\n\n  @js.native\n  sealed trait ReplicaMode extends js.Any\n  object ReplicaMode {\n    val `open-read-only` = \"open-read-only\".asInstanceOf[ReplicaMode]\n    val mounted = \"mounted\".asInstanceOf[ReplicaMode]\n\n    @inline def values = js.Array(`open-read-only`, mounted)\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeReservedDBInstances<\/code> and <code>PurchaseReservedDBInstancesOffering<\/code> actions.\n    *\/\n  @js.native\n  trait ReservedDBInstance extends js.Object {\n    var CurrencyCode: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBInstanceCount: js.UndefOr[Int]\n    var Duration: js.UndefOr[Int]\n    var FixedPrice: js.UndefOr[Double]\n    var LeaseId: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[Boolean]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var RecurringCharges: js.UndefOr[RecurringChargeList]\n    var ReservedDBInstanceArn: js.UndefOr[String]\n    var ReservedDBInstanceId: js.UndefOr[String]\n    var ReservedDBInstancesOfferingId: js.UndefOr[String]\n    var StartTime: js.UndefOr[TStamp]\n    var State: js.UndefOr[String]\n    var UsagePrice: js.UndefOr[Double]\n  }\n\n  object ReservedDBInstance {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBInstanceCount: js.UndefOr[Int] = js.undefined,\n        Duration: js.UndefOr[Int] = js.undefined,\n        FixedPrice: js.UndefOr[Double] = js.undefined,\n        LeaseId: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[Boolean] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        RecurringCharges: js.UndefOr[RecurringChargeList] = js.undefined,\n        ReservedDBInstanceArn: js.UndefOr[String] = js.undefined,\n        ReservedDBInstanceId: js.UndefOr[String] = js.undefined,\n        ReservedDBInstancesOfferingId: js.UndefOr[String] = js.undefined,\n        StartTime: js.UndefOr[TStamp] = js.undefined,\n        State: js.UndefOr[String] = js.undefined,\n        UsagePrice: js.UndefOr[Double] = js.undefined\n    ): ReservedDBInstance = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBInstanceCount.foreach(__v => __obj.updateDynamic(\"DBInstanceCount\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      LeaseId.foreach(__v => __obj.updateDynamic(\"LeaseId\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      RecurringCharges.foreach(__v => __obj.updateDynamic(\"RecurringCharges\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstanceArn.foreach(__v => __obj.updateDynamic(\"ReservedDBInstanceArn\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstanceId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstanceId\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstancesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstancesOfferingId\")(__v.asInstanceOf[js.Any]))\n      StartTime.foreach(__v => __obj.updateDynamic(\"StartTime\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedDBInstance]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeReservedDBInstances<\/code> action.\n    *\/\n  @js.native\n  trait ReservedDBInstanceMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ReservedDBInstances: js.UndefOr[ReservedDBInstanceList]\n  }\n\n  object ReservedDBInstanceMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ReservedDBInstances: js.UndefOr[ReservedDBInstanceList] = js.undefined\n    ): ReservedDBInstanceMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstances.foreach(__v => __obj.updateDynamic(\"ReservedDBInstances\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedDBInstanceMessage]\n    }\n  }\n\n  \/** This data type is used as a response element in the <code>DescribeReservedDBInstancesOfferings<\/code> action.\n    *\/\n  @js.native\n  trait ReservedDBInstancesOffering extends js.Object {\n    var CurrencyCode: js.UndefOr[String]\n    var DBInstanceClass: js.UndefOr[String]\n    var Duration: js.UndefOr[Int]\n    var FixedPrice: js.UndefOr[Double]\n    var MultiAZ: js.UndefOr[Boolean]\n    var OfferingType: js.UndefOr[String]\n    var ProductDescription: js.UndefOr[String]\n    var RecurringCharges: js.UndefOr[RecurringChargeList]\n    var ReservedDBInstancesOfferingId: js.UndefOr[String]\n    var UsagePrice: js.UndefOr[Double]\n  }\n\n  object ReservedDBInstancesOffering {\n    @inline\n    def apply(\n        CurrencyCode: js.UndefOr[String] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        Duration: js.UndefOr[Int] = js.undefined,\n        FixedPrice: js.UndefOr[Double] = js.undefined,\n        MultiAZ: js.UndefOr[Boolean] = js.undefined,\n        OfferingType: js.UndefOr[String] = js.undefined,\n        ProductDescription: js.UndefOr[String] = js.undefined,\n        RecurringCharges: js.UndefOr[RecurringChargeList] = js.undefined,\n        ReservedDBInstancesOfferingId: js.UndefOr[String] = js.undefined,\n        UsagePrice: js.UndefOr[Double] = js.undefined\n    ): ReservedDBInstancesOffering = {\n      val __obj = js.Dynamic.literal()\n      CurrencyCode.foreach(__v => __obj.updateDynamic(\"CurrencyCode\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      Duration.foreach(__v => __obj.updateDynamic(\"Duration\")(__v.asInstanceOf[js.Any]))\n      FixedPrice.foreach(__v => __obj.updateDynamic(\"FixedPrice\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OfferingType.foreach(__v => __obj.updateDynamic(\"OfferingType\")(__v.asInstanceOf[js.Any]))\n      ProductDescription.foreach(__v => __obj.updateDynamic(\"ProductDescription\")(__v.asInstanceOf[js.Any]))\n      RecurringCharges.foreach(__v => __obj.updateDynamic(\"RecurringCharges\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstancesOfferingId.foreach(__v => __obj.updateDynamic(\"ReservedDBInstancesOfferingId\")(__v.asInstanceOf[js.Any]))\n      UsagePrice.foreach(__v => __obj.updateDynamic(\"UsagePrice\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedDBInstancesOffering]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeReservedDBInstancesOfferings<\/code> action.\n    *\/\n  @js.native\n  trait ReservedDBInstancesOfferingMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var ReservedDBInstancesOfferings: js.UndefOr[ReservedDBInstancesOfferingList]\n  }\n\n  object ReservedDBInstancesOfferingMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        ReservedDBInstancesOfferings: js.UndefOr[ReservedDBInstancesOfferingList] = js.undefined\n    ): ReservedDBInstancesOfferingMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      ReservedDBInstancesOfferings.foreach(__v => __obj.updateDynamic(\"ReservedDBInstancesOfferings\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ReservedDBInstancesOfferingMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ResetDBClusterParameterGroupMessage extends js.Object {\n    var DBClusterParameterGroupName: String\n    var Parameters: js.UndefOr[ParametersList]\n    var ResetAllParameters: js.UndefOr[Boolean]\n  }\n\n  object ResetDBClusterParameterGroupMessage {\n    @inline\n    def apply(\n        DBClusterParameterGroupName: String,\n        Parameters: js.UndefOr[ParametersList] = js.undefined,\n        ResetAllParameters: js.UndefOr[Boolean] = js.undefined\n    ): ResetDBClusterParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterParameterGroupName\" -> DBClusterParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ResetAllParameters.foreach(__v => __obj.updateDynamic(\"ResetAllParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetDBClusterParameterGroupMessage]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait ResetDBParameterGroupMessage extends js.Object {\n    var DBParameterGroupName: String\n    var Parameters: js.UndefOr[ParametersList]\n    var ResetAllParameters: js.UndefOr[Boolean]\n  }\n\n  object ResetDBParameterGroupMessage {\n    @inline\n    def apply(\n        DBParameterGroupName: String,\n        Parameters: js.UndefOr[ParametersList] = js.undefined,\n        ResetAllParameters: js.UndefOr[Boolean] = js.undefined\n    ): ResetDBParameterGroupMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBParameterGroupName\" -> DBParameterGroupName.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      ResetAllParameters.foreach(__v => __obj.updateDynamic(\"ResetAllParameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResetDBParameterGroupMessage]\n    }\n  }\n\n  \/** Describes the pending maintenance actions for a resource.\n    *\/\n  @js.native\n  trait ResourcePendingMaintenanceActions extends js.Object {\n    var PendingMaintenanceActionDetails: js.UndefOr[PendingMaintenanceActionDetails]\n    var ResourceIdentifier: js.UndefOr[String]\n  }\n\n  object ResourcePendingMaintenanceActions {\n    @inline\n    def apply(\n        PendingMaintenanceActionDetails: js.UndefOr[PendingMaintenanceActionDetails] = js.undefined,\n        ResourceIdentifier: js.UndefOr[String] = js.undefined\n    ): ResourcePendingMaintenanceActions = {\n      val __obj = js.Dynamic.literal()\n      PendingMaintenanceActionDetails.foreach(__v => __obj.updateDynamic(\"PendingMaintenanceActionDetails\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifier.foreach(__v => __obj.updateDynamic(\"ResourceIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourcePendingMaintenanceActions]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterFromS3Message extends js.Object {\n    var DBClusterIdentifier: String\n    var Engine: String\n    var MasterUserPassword: String\n    var MasterUsername: String\n    var S3BucketName: String\n    var S3IngestionRoleArn: String\n    var SourceEngine: String\n    var SourceEngineVersion: String\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CharacterSetName: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DatabaseName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var S3Prefix: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBClusterFromS3Message {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Engine: String,\n        MasterUserPassword: String,\n        MasterUsername: String,\n        S3BucketName: String,\n        S3IngestionRoleArn: String,\n        SourceEngine: String,\n        SourceEngineVersion: String,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CharacterSetName: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        S3Prefix: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBClusterFromS3Message = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"MasterUserPassword\" -> <PASSWORD>UserPassword.asInstanceOf[js.Any],\n        \"MasterUsername\" -> MasterUsername.asInstanceOf[js.Any],\n        \"S3BucketName\" -> S3BucketName.asInstanceOf[js.Any],\n        \"S3IngestionRoleArn\" -> S3IngestionRoleArn.asInstanceOf[js.Any],\n        \"SourceEngine\" -> SourceEngine.asInstanceOf[js.Any],\n        \"SourceEngineVersion\" -> SourceEngineVersion.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CharacterSetName.foreach(__v => __obj.updateDynamic(\"CharacterSetName\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromS3Message]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterFromS3Result extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object RestoreDBClusterFromS3Result {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): RestoreDBClusterFromS3Result = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromS3Result]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RestoreDBClusterFromSnapshotMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var Engine: String\n    var SnapshotIdentifier: String\n    var AvailabilityZones: js.UndefOr[AvailabilityZones]\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DatabaseName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EngineMode: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var ScalingConfiguration: js.UndefOr[ScalingConfiguration]\n    var Tags: js.UndefOr[TagList]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBClusterFromSnapshotMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        Engine: String,\n        SnapshotIdentifier: String,\n        AvailabilityZones: js.UndefOr[AvailabilityZones] = js.undefined,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DatabaseName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineMode: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        ScalingConfiguration: js.UndefOr[ScalingConfiguration] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBClusterFromSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"SnapshotIdentifier\" -> SnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      AvailabilityZones.foreach(__v => __obj.updateDynamic(\"AvailabilityZones\")(__v.asInstanceOf[js.Any]))\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DatabaseName.foreach(__v => __obj.updateDynamic(\"DatabaseName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EngineMode.foreach(__v => __obj.updateDynamic(\"EngineMode\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ScalingConfiguration.foreach(__v => __obj.updateDynamic(\"ScalingConfiguration\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterFromSnapshotResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object RestoreDBClusterFromSnapshotResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): RestoreDBClusterFromSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterFromSnapshotResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RestoreDBClusterToPointInTimeMessage extends js.Object {\n    var DBClusterIdentifier: String\n    var SourceDBClusterIdentifier: String\n    var BacktrackWindow: js.UndefOr[LongOptional]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBClusterParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var RestoreToTime: js.UndefOr[TStamp]\n    var RestoreType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var UseLatestRestorableTime: js.UndefOr[Boolean]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBClusterToPointInTimeMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String,\n        SourceDBClusterIdentifier: String,\n        BacktrackWindow: js.UndefOr[LongOptional] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBClusterParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        RestoreToTime: js.UndefOr[TStamp] = js.undefined,\n        RestoreType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UseLatestRestorableTime: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBClusterToPointInTimeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any],\n        \"SourceDBClusterIdentifier\" -> SourceDBClusterIdentifier.asInstanceOf[js.Any]\n      )\n\n      BacktrackWindow.foreach(__v => __obj.updateDynamic(\"BacktrackWindow\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBClusterParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBClusterParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      RestoreToTime.foreach(__v => __obj.updateDynamic(\"RestoreToTime\")(__v.asInstanceOf[js.Any]))\n      RestoreType.foreach(__v => __obj.updateDynamic(\"RestoreType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UseLatestRestorableTime.foreach(__v => __obj.updateDynamic(\"UseLatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterToPointInTimeMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBClusterToPointInTimeResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object RestoreDBClusterToPointInTimeResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): RestoreDBClusterToPointInTimeResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBClusterToPointInTimeResult]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RestoreDBInstanceFromDBSnapshotMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var DBSnapshotIdentifier: String\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBName: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableCustomerOwnedIp: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var LicenseModel: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var StorageType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TdeCredentialArn: js.UndefOr[String]\n    var TdeCredentialPassword: js.UndefOr[String]\n    var UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBInstanceFromDBSnapshotMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        DBSnapshotIdentifier: String,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableCustomerOwnedIp: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        TdeCredentialPassword: js.UndefOr[String] = js.undefined,\n        UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBInstanceFromDBSnapshotMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"DBSnapshotIdentifier\" -> DBSnapshotIdentifier.asInstanceOf[js.Any]\n      )\n\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableCustomerOwnedIp.foreach(__v => __obj.updateDynamic(\"EnableCustomerOwnedIp\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialPassword.foreach(__v => __obj.updateDynamic(\"TdeCredentialPassword\")(__v.asInstanceOf[js.Any]))\n      UseDefaultProcessorFeatures.foreach(__v => __obj.updateDynamic(\"UseDefaultProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceFromDBSnapshotMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBInstanceFromDBSnapshotResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object RestoreDBInstanceFromDBSnapshotResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): RestoreDBInstanceFromDBSnapshotResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceFromDBSnapshotResult]\n    }\n  }\n\n  @js.native\n  trait RestoreDBInstanceFromS3Message extends js.Object {\n    var DBInstanceClass: String\n    var DBInstanceIdentifier: String\n    var Engine: String\n    var S3BucketName: String\n    var S3IngestionRoleArn: String\n    var SourceEngine: String\n    var SourceEngineVersion: String\n    var AllocatedStorage: js.UndefOr[IntegerOptional]\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBName: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var EnablePerformanceInsights: js.UndefOr[BooleanOptional]\n    var EngineVersion: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var LicenseModel: js.UndefOr[String]\n    var MasterUserPassword: js.UndefOr[String]\n    var MasterUsername: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MonitoringInterval: js.UndefOr[IntegerOptional]\n    var MonitoringRoleArn: js.UndefOr[String]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OptionGroupName: js.UndefOr[String]\n    var PerformanceInsightsKMSKeyId: js.UndefOr[String]\n    var PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional]\n    var Port: js.UndefOr[IntegerOptional]\n    var PreferredBackupWindow: js.UndefOr[String]\n    var PreferredMaintenanceWindow: js.UndefOr[String]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var S3Prefix: js.UndefOr[String]\n    var StorageEncrypted: js.UndefOr[BooleanOptional]\n    var StorageType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBInstanceFromS3Message {\n    @inline\n    def apply(\n        DBInstanceClass: String,\n        DBInstanceIdentifier: String,\n        Engine: String,\n        S3BucketName: String,\n        S3IngestionRoleArn: String,\n        SourceEngine: String,\n        SourceEngineVersion: String,\n        AllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSecurityGroups: js.UndefOr[DBSecurityGroupNameList] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        EnablePerformanceInsights: js.UndefOr[BooleanOptional] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MasterUserPassword: js.UndefOr[String] = js.undefined,\n        MasterUsername: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringInterval: js.UndefOr[IntegerOptional] = js.undefined,\n        MonitoringRoleArn: js.UndefOr[String] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsKMSKeyId: js.UndefOr[String] = js.undefined,\n        PerformanceInsightsRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        PreferredBackupWindow: js.UndefOr[String] = js.undefined,\n        PreferredMaintenanceWindow: js.UndefOr[String] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        S3Prefix: js.UndefOr[String] = js.undefined,\n        StorageEncrypted: js.UndefOr[BooleanOptional] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBInstanceFromS3Message = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceClass\" -> DBInstanceClass.asInstanceOf[js.Any],\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any],\n        \"Engine\" -> Engine.asInstanceOf[js.Any],\n        \"S3BucketName\" -> S3BucketName.asInstanceOf[js.Any],\n        \"S3IngestionRoleArn\" -> S3IngestionRoleArn.asInstanceOf[js.Any],\n        \"SourceEngine\" -> SourceEngine.asInstanceOf[js.Any],\n        \"SourceEngineVersion\" -> SourceEngineVersion.asInstanceOf[js.Any]\n      )\n\n      AllocatedStorage.foreach(__v => __obj.updateDynamic(\"AllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSecurityGroups.foreach(__v => __obj.updateDynamic(\"DBSecurityGroups\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      EnablePerformanceInsights.foreach(__v => __obj.updateDynamic(\"EnablePerformanceInsights\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MasterUserPassword.foreach(__v => __obj.updateDynamic(\"MasterUserPassword\")(__v.asInstanceOf[js.Any]))\n      MasterUsername.foreach(__v => __obj.updateDynamic(\"MasterUsername\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MonitoringInterval.foreach(__v => __obj.updateDynamic(\"MonitoringInterval\")(__v.asInstanceOf[js.Any]))\n      MonitoringRoleArn.foreach(__v => __obj.updateDynamic(\"MonitoringRoleArn\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsKMSKeyId.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsKMSKeyId\")(__v.asInstanceOf[js.Any]))\n      PerformanceInsightsRetentionPeriod.foreach(__v => __obj.updateDynamic(\"PerformanceInsightsRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      PreferredBackupWindow.foreach(__v => __obj.updateDynamic(\"PreferredBackupWindow\")(__v.asInstanceOf[js.Any]))\n      PreferredMaintenanceWindow.foreach(__v => __obj.updateDynamic(\"PreferredMaintenanceWindow\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      StorageEncrypted.foreach(__v => __obj.updateDynamic(\"StorageEncrypted\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      UseDefaultProcessorFeatures.foreach(__v => __obj.updateDynamic(\"UseDefaultProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceFromS3Message]\n    }\n  }\n\n  @js.native\n  trait RestoreDBInstanceFromS3Result extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object RestoreDBInstanceFromS3Result {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): RestoreDBInstanceFromS3Result = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceFromS3Result]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RestoreDBInstanceToPointInTimeMessage extends js.Object {\n    var TargetDBInstanceIdentifier: String\n    var AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional]\n    var AvailabilityZone: js.UndefOr[String]\n    var CopyTagsToSnapshot: js.UndefOr[BooleanOptional]\n    var DBInstanceClass: js.UndefOr[String]\n    var DBName: js.UndefOr[String]\n    var DBParameterGroupName: js.UndefOr[String]\n    var DBSubnetGroupName: js.UndefOr[String]\n    var DeletionProtection: js.UndefOr[BooleanOptional]\n    var Domain: js.UndefOr[String]\n    var DomainIAMRoleName: js.UndefOr[String]\n    var EnableCloudwatchLogsExports: js.UndefOr[LogTypeList]\n    var EnableCustomerOwnedIp: js.UndefOr[BooleanOptional]\n    var EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional]\n    var Engine: js.UndefOr[String]\n    var Iops: js.UndefOr[IntegerOptional]\n    var LicenseModel: js.UndefOr[String]\n    var MaxAllocatedStorage: js.UndefOr[IntegerOptional]\n    var MultiAZ: js.UndefOr[BooleanOptional]\n    var OptionGroupName: js.UndefOr[String]\n    var Port: js.UndefOr[IntegerOptional]\n    var ProcessorFeatures: js.UndefOr[ProcessorFeatureList]\n    var PubliclyAccessible: js.UndefOr[BooleanOptional]\n    var RestoreTime: js.UndefOr[TStamp]\n    var SourceDBInstanceAutomatedBackupsArn: js.UndefOr[String]\n    var SourceDBInstanceIdentifier: js.UndefOr[String]\n    var SourceDbiResourceId: js.UndefOr[String]\n    var StorageType: js.UndefOr[String]\n    var Tags: js.UndefOr[TagList]\n    var TdeCredentialArn: js.UndefOr[String]\n    var TdeCredentialPassword: js.UndefOr[String]\n    var UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional]\n    var UseLatestRestorableTime: js.UndefOr[Boolean]\n    var VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList]\n  }\n\n  object RestoreDBInstanceToPointInTimeMessage {\n    @inline\n    def apply(\n        TargetDBInstanceIdentifier: String,\n        AutoMinorVersionUpgrade: js.UndefOr[BooleanOptional] = js.undefined,\n        AvailabilityZone: js.UndefOr[String] = js.undefined,\n        CopyTagsToSnapshot: js.UndefOr[BooleanOptional] = js.undefined,\n        DBInstanceClass: js.UndefOr[String] = js.undefined,\n        DBName: js.UndefOr[String] = js.undefined,\n        DBParameterGroupName: js.UndefOr[String] = js.undefined,\n        DBSubnetGroupName: js.UndefOr[String] = js.undefined,\n        DeletionProtection: js.UndefOr[BooleanOptional] = js.undefined,\n        Domain: js.UndefOr[String] = js.undefined,\n        DomainIAMRoleName: js.UndefOr[String] = js.undefined,\n        EnableCloudwatchLogsExports: js.UndefOr[LogTypeList] = js.undefined,\n        EnableCustomerOwnedIp: js.UndefOr[BooleanOptional] = js.undefined,\n        EnableIAMDatabaseAuthentication: js.UndefOr[BooleanOptional] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        Iops: js.UndefOr[IntegerOptional] = js.undefined,\n        LicenseModel: js.UndefOr[String] = js.undefined,\n        MaxAllocatedStorage: js.UndefOr[IntegerOptional] = js.undefined,\n        MultiAZ: js.UndefOr[BooleanOptional] = js.undefined,\n        OptionGroupName: js.UndefOr[String] = js.undefined,\n        Port: js.UndefOr[IntegerOptional] = js.undefined,\n        ProcessorFeatures: js.UndefOr[ProcessorFeatureList] = js.undefined,\n        PubliclyAccessible: js.UndefOr[BooleanOptional] = js.undefined,\n        RestoreTime: js.UndefOr[TStamp] = js.undefined,\n        SourceDBInstanceAutomatedBackupsArn: js.UndefOr[String] = js.undefined,\n        SourceDBInstanceIdentifier: js.UndefOr[String] = js.undefined,\n        SourceDbiResourceId: js.UndefOr[String] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        Tags: js.UndefOr[TagList] = js.undefined,\n        TdeCredentialArn: js.UndefOr[String] = js.undefined,\n        TdeCredentialPassword: js.UndefOr[String] = js.undefined,\n        UseDefaultProcessorFeatures: js.UndefOr[BooleanOptional] = js.undefined,\n        UseLatestRestorableTime: js.UndefOr[Boolean] = js.undefined,\n        VpcSecurityGroupIds: js.UndefOr[VpcSecurityGroupIdList] = js.undefined\n    ): RestoreDBInstanceToPointInTimeMessage = {\n      val __obj = js.Dynamic.literal(\n        \"TargetDBInstanceIdentifier\" -> TargetDBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      AutoMinorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"AutoMinorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      AvailabilityZone.foreach(__v => __obj.updateDynamic(\"AvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      CopyTagsToSnapshot.foreach(__v => __obj.updateDynamic(\"CopyTagsToSnapshot\")(__v.asInstanceOf[js.Any]))\n      DBInstanceClass.foreach(__v => __obj.updateDynamic(\"DBInstanceClass\")(__v.asInstanceOf[js.Any]))\n      DBName.foreach(__v => __obj.updateDynamic(\"DBName\")(__v.asInstanceOf[js.Any]))\n      DBParameterGroupName.foreach(__v => __obj.updateDynamic(\"DBParameterGroupName\")(__v.asInstanceOf[js.Any]))\n      DBSubnetGroupName.foreach(__v => __obj.updateDynamic(\"DBSubnetGroupName\")(__v.asInstanceOf[js.Any]))\n      DeletionProtection.foreach(__v => __obj.updateDynamic(\"DeletionProtection\")(__v.asInstanceOf[js.Any]))\n      Domain.foreach(__v => __obj.updateDynamic(\"Domain\")(__v.asInstanceOf[js.Any]))\n      DomainIAMRoleName.foreach(__v => __obj.updateDynamic(\"DomainIAMRoleName\")(__v.asInstanceOf[js.Any]))\n      EnableCloudwatchLogsExports.foreach(__v => __obj.updateDynamic(\"EnableCloudwatchLogsExports\")(__v.asInstanceOf[js.Any]))\n      EnableCustomerOwnedIp.foreach(__v => __obj.updateDynamic(\"EnableCustomerOwnedIp\")(__v.asInstanceOf[js.Any]))\n      EnableIAMDatabaseAuthentication.foreach(__v => __obj.updateDynamic(\"EnableIAMDatabaseAuthentication\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      Iops.foreach(__v => __obj.updateDynamic(\"Iops\")(__v.asInstanceOf[js.Any]))\n      LicenseModel.foreach(__v => __obj.updateDynamic(\"LicenseModel\")(__v.asInstanceOf[js.Any]))\n      MaxAllocatedStorage.foreach(__v => __obj.updateDynamic(\"MaxAllocatedStorage\")(__v.asInstanceOf[js.Any]))\n      MultiAZ.foreach(__v => __obj.updateDynamic(\"MultiAZ\")(__v.asInstanceOf[js.Any]))\n      OptionGroupName.foreach(__v => __obj.updateDynamic(\"OptionGroupName\")(__v.asInstanceOf[js.Any]))\n      Port.foreach(__v => __obj.updateDynamic(\"Port\")(__v.asInstanceOf[js.Any]))\n      ProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      PubliclyAccessible.foreach(__v => __obj.updateDynamic(\"PubliclyAccessible\")(__v.asInstanceOf[js.Any]))\n      RestoreTime.foreach(__v => __obj.updateDynamic(\"RestoreTime\")(__v.asInstanceOf[js.Any]))\n      SourceDBInstanceAutomatedBackupsArn.foreach(__v => __obj.updateDynamic(\"SourceDBInstanceAutomatedBackupsArn\")(__v.asInstanceOf[js.Any]))\n      SourceDBInstanceIdentifier.foreach(__v => __obj.updateDynamic(\"SourceDBInstanceIdentifier\")(__v.asInstanceOf[js.Any]))\n      SourceDbiResourceId.foreach(__v => __obj.updateDynamic(\"SourceDbiResourceId\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialArn.foreach(__v => __obj.updateDynamic(\"TdeCredentialArn\")(__v.asInstanceOf[js.Any]))\n      TdeCredentialPassword.foreach(__v => __obj.updateDynamic(\"TdeCredentialPassword\")(__v.asInstanceOf[js.Any]))\n      UseDefaultProcessorFeatures.foreach(__v => __obj.updateDynamic(\"UseDefaultProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      UseLatestRestorableTime.foreach(__v => __obj.updateDynamic(\"UseLatestRestorableTime\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupIds.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceToPointInTimeMessage]\n    }\n  }\n\n  @js.native\n  trait RestoreDBInstanceToPointInTimeResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object RestoreDBInstanceToPointInTimeResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): RestoreDBInstanceToPointInTimeResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreDBInstanceToPointInTimeResult]\n    }\n  }\n\n  \/** Earliest and latest time an instance can be restored to:\n    *\/\n  @js.native\n  trait RestoreWindow extends js.Object {\n    var EarliestTime: js.UndefOr[TStamp]\n    var LatestTime: js.UndefOr[TStamp]\n  }\n\n  object RestoreWindow {\n    @inline\n    def apply(\n        EarliestTime: js.UndefOr[TStamp] = js.undefined,\n        LatestTime: js.UndefOr[TStamp] = js.undefined\n    ): RestoreWindow = {\n      val __obj = js.Dynamic.literal()\n      EarliestTime.foreach(__v => __obj.updateDynamic(\"EarliestTime\")(__v.asInstanceOf[js.Any]))\n      LatestTime.foreach(__v => __obj.updateDynamic(\"LatestTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RestoreWindow]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait RevokeDBSecurityGroupIngressMessage extends js.Object {\n    var DBSecurityGroupName: String\n    var CIDRIP: js.UndefOr[String]\n    var EC2SecurityGroupId: js.UndefOr[String]\n    var EC2SecurityGroupName: js.UndefOr[String]\n    var EC2SecurityGroupOwnerId: js.UndefOr[String]\n  }\n\n  object RevokeDBSecurityGroupIngressMessage {\n    @inline\n    def apply(\n        DBSecurityGroupName: String,\n        CIDRIP: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupId: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupName: js.UndefOr[String] = js.undefined,\n        EC2SecurityGroupOwnerId: js.UndefOr[String] = js.undefined\n    ): RevokeDBSecurityGroupIngressMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBSecurityGroupName\" -> DBSecurityGroupName.asInstanceOf[js.Any]\n      )\n\n      CIDRIP.foreach(__v => __obj.updateDynamic(\"CIDRIP\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupName.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupName\")(__v.asInstanceOf[js.Any]))\n      EC2SecurityGroupOwnerId.foreach(__v => __obj.updateDynamic(\"EC2SecurityGroupOwnerId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevokeDBSecurityGroupIngressMessage]\n    }\n  }\n\n  @js.native\n  trait RevokeDBSecurityGroupIngressResult extends js.Object {\n    var DBSecurityGroup: js.UndefOr[DBSecurityGroup]\n  }\n\n  object RevokeDBSecurityGroupIngressResult {\n    @inline\n    def apply(\n        DBSecurityGroup: js.UndefOr[DBSecurityGroup] = js.undefined\n    ): RevokeDBSecurityGroupIngressResult = {\n      val __obj = js.Dynamic.literal()\n      DBSecurityGroup.foreach(__v => __obj.updateDynamic(\"DBSecurityGroup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RevokeDBSecurityGroupIngressResult]\n    }\n  }\n\n  \/** Contains the scaling configuration of an Aurora Serverless DB cluster. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/AuroraUserGuide\/aurora-serverless.html|Using Amazon Aurora Serverless]] in the <i>Amazon Aurora User Guide<\/i>.\n    *\/\n  @js.native\n  trait ScalingConfiguration extends js.Object {\n    var AutoPause: js.UndefOr[BooleanOptional]\n    var MaxCapacity: js.UndefOr[IntegerOptional]\n    var MinCapacity: js.UndefOr[IntegerOptional]\n    var SecondsUntilAutoPause: js.UndefOr[IntegerOptional]\n    var TimeoutAction: js.UndefOr[String]\n  }\n\n  object ScalingConfiguration {\n    @inline\n    def apply(\n        AutoPause: js.UndefOr[BooleanOptional] = js.undefined,\n        MaxCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        MinCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        SecondsUntilAutoPause: js.UndefOr[IntegerOptional] = js.undefined,\n        TimeoutAction: js.UndefOr[String] = js.undefined\n    ): ScalingConfiguration = {\n      val __obj = js.Dynamic.literal()\n      AutoPause.foreach(__v => __obj.updateDynamic(\"AutoPause\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MinCapacity.foreach(__v => __obj.updateDynamic(\"MinCapacity\")(__v.asInstanceOf[js.Any]))\n      SecondsUntilAutoPause.foreach(__v => __obj.updateDynamic(\"SecondsUntilAutoPause\")(__v.asInstanceOf[js.Any]))\n      TimeoutAction.foreach(__v => __obj.updateDynamic(\"TimeoutAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingConfiguration]\n    }\n  }\n\n  \/** Shows the scaling configuration for an Aurora DB cluster in <code>serverless<\/code> DB engine mode. For more information, see [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/AuroraUserGuide\/aurora-serverless.html|Using Amazon Aurora Serverless]] in the <i>Amazon Aurora User Guide<\/i>.\n    *\/\n  @js.native\n  trait ScalingConfigurationInfo extends js.Object {\n    var AutoPause: js.UndefOr[BooleanOptional]\n    var MaxCapacity: js.UndefOr[IntegerOptional]\n    var MinCapacity: js.UndefOr[IntegerOptional]\n    var SecondsUntilAutoPause: js.UndefOr[IntegerOptional]\n    var TimeoutAction: js.UndefOr[String]\n  }\n\n  object ScalingConfigurationInfo {\n    @inline\n    def apply(\n        AutoPause: js.UndefOr[BooleanOptional] = js.undefined,\n        MaxCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        MinCapacity: js.UndefOr[IntegerOptional] = js.undefined,\n        SecondsUntilAutoPause: js.UndefOr[IntegerOptional] = js.undefined,\n        TimeoutAction: js.UndefOr[String] = js.undefined\n    ): ScalingConfigurationInfo = {\n      val __obj = js.Dynamic.literal()\n      AutoPause.foreach(__v => __obj.updateDynamic(\"AutoPause\")(__v.asInstanceOf[js.Any]))\n      MaxCapacity.foreach(__v => __obj.updateDynamic(\"MaxCapacity\")(__v.asInstanceOf[js.Any]))\n      MinCapacity.foreach(__v => __obj.updateDynamic(\"MinCapacity\")(__v.asInstanceOf[js.Any]))\n      SecondsUntilAutoPause.foreach(__v => __obj.updateDynamic(\"SecondsUntilAutoPause\")(__v.asInstanceOf[js.Any]))\n      TimeoutAction.foreach(__v => __obj.updateDynamic(\"TimeoutAction\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ScalingConfigurationInfo]\n    }\n  }\n\n  \/** Contains an AWS Region name as the result of a successful call to the <code>DescribeSourceRegions<\/code> action.\n    *\/\n  @js.native\n  trait SourceRegion extends js.Object {\n    var Endpoint: js.UndefOr[String]\n    var RegionName: js.UndefOr[String]\n    var Status: js.UndefOr[String]\n    var SupportsDBInstanceAutomatedBackupsReplication: js.UndefOr[Boolean]\n  }\n\n  object SourceRegion {\n    @inline\n    def apply(\n        Endpoint: js.UndefOr[String] = js.undefined,\n        RegionName: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[String] = js.undefined,\n        SupportsDBInstanceAutomatedBackupsReplication: js.UndefOr[Boolean] = js.undefined\n    ): SourceRegion = {\n      val __obj = js.Dynamic.literal()\n      Endpoint.foreach(__v => __obj.updateDynamic(\"Endpoint\")(__v.asInstanceOf[js.Any]))\n      RegionName.foreach(__v => __obj.updateDynamic(\"RegionName\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      SupportsDBInstanceAutomatedBackupsReplication.foreach(__v => __obj.updateDynamic(\"SupportsDBInstanceAutomatedBackupsReplication\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceRegion]\n    }\n  }\n\n  \/** Contains the result of a successful invocation of the <code>DescribeSourceRegions<\/code> action.\n    *\/\n  @js.native\n  trait SourceRegionMessage extends js.Object {\n    var Marker: js.UndefOr[String]\n    var SourceRegions: js.UndefOr[SourceRegionList]\n  }\n\n  object SourceRegionMessage {\n    @inline\n    def apply(\n        Marker: js.UndefOr[String] = js.undefined,\n        SourceRegions: js.UndefOr[SourceRegionList] = js.undefined\n    ): SourceRegionMessage = {\n      val __obj = js.Dynamic.literal()\n      Marker.foreach(__v => __obj.updateDynamic(\"Marker\")(__v.asInstanceOf[js.Any]))\n      SourceRegions.foreach(__v => __obj.updateDynamic(\"SourceRegions\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceRegionMessage]\n    }\n  }\n\n  @js.native\n  sealed trait SourceType extends js.Any\n  object SourceType {\n    val `db-instance` = \"db-instance\".asInstanceOf[SourceType]\n    val `db-parameter-group` = \"db-parameter-group\".asInstanceOf[SourceType]\n    val `db-security-group` = \"db-security-group\".asInstanceOf[SourceType]\n    val `db-snapshot` = \"db-snapshot\".asInstanceOf[SourceType]\n    val `db-cluster` = \"db-cluster\".asInstanceOf[SourceType]\n    val `db-cluster-snapshot` = \"db-cluster-snapshot\".asInstanceOf[SourceType]\n\n    @inline def values = js.Array(`db-instance`, `db-parameter-group`, `db-security-group`, `db-snapshot`, `db-cluster`, `db-cluster-snapshot`)\n  }\n\n  @js.native\n  trait StartActivityStreamRequest extends js.Object {\n    var KmsKeyId: String\n    var Mode: ActivityStreamMode\n    var ResourceArn: String\n    var ApplyImmediately: js.UndefOr[BooleanOptional]\n  }\n\n  object StartActivityStreamRequest {\n    @inline\n    def apply(\n        KmsKeyId: String,\n        Mode: ActivityStreamMode,\n        ResourceArn: String,\n        ApplyImmediately: js.UndefOr[BooleanOptional] = js.undefined\n    ): StartActivityStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"KmsKeyId\" -> KmsKeyId.asInstanceOf[js.Any],\n        \"Mode\" -> Mode.asInstanceOf[js.Any],\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartActivityStreamRequest]\n    }\n  }\n\n  @js.native\n  trait StartActivityStreamResponse extends js.Object {\n    var ApplyImmediately: js.UndefOr[Boolean]\n    var KinesisStreamName: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var Mode: js.UndefOr[ActivityStreamMode]\n    var Status: js.UndefOr[ActivityStreamStatus]\n  }\n\n  object StartActivityStreamResponse {\n    @inline\n    def apply(\n        ApplyImmediately: js.UndefOr[Boolean] = js.undefined,\n        KinesisStreamName: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Mode: js.UndefOr[ActivityStreamMode] = js.undefined,\n        Status: js.UndefOr[ActivityStreamStatus] = js.undefined\n    ): StartActivityStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      KinesisStreamName.foreach(__v => __obj.updateDynamic(\"KinesisStreamName\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Mode.foreach(__v => __obj.updateDynamic(\"Mode\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartActivityStreamResponse]\n    }\n  }\n\n  @js.native\n  trait StartDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n  }\n\n  object StartDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String\n    ): StartDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait StartDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object StartDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): StartDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDBClusterResult]\n    }\n  }\n\n  @js.native\n  trait StartDBInstanceAutomatedBackupsReplicationMessage extends js.Object {\n    var SourceDBInstanceArn: String\n    var BackupRetentionPeriod: js.UndefOr[IntegerOptional]\n    var KmsKeyId: js.UndefOr[String]\n    var PreSignedUrl: js.UndefOr[String]\n  }\n\n  object StartDBInstanceAutomatedBackupsReplicationMessage {\n    @inline\n    def apply(\n        SourceDBInstanceArn: String,\n        BackupRetentionPeriod: js.UndefOr[IntegerOptional] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        PreSignedUrl: js.UndefOr[String] = js.undefined\n    ): StartDBInstanceAutomatedBackupsReplicationMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBInstanceArn\" -> SourceDBInstanceArn.asInstanceOf[js.Any]\n      )\n\n      BackupRetentionPeriod.foreach(__v => __obj.updateDynamic(\"BackupRetentionPeriod\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      PreSignedUrl.foreach(__v => __obj.updateDynamic(\"PreSignedUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDBInstanceAutomatedBackupsReplicationMessage]\n    }\n  }\n\n  @js.native\n  trait StartDBInstanceAutomatedBackupsReplicationResult extends js.Object {\n    var DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup]\n  }\n\n  object StartDBInstanceAutomatedBackupsReplicationResult {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup] = js.undefined\n    ): StartDBInstanceAutomatedBackupsReplicationResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDBInstanceAutomatedBackupsReplicationResult]\n    }\n  }\n\n  @js.native\n  trait StartDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n  }\n\n  object StartDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String\n    ): StartDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StartDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait StartDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object StartDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): StartDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartDBInstanceResult]\n    }\n  }\n\n  @js.native\n  trait StartExportTaskMessage extends js.Object {\n    var ExportTaskIdentifier: String\n    var IamRoleArn: String\n    var KmsKeyId: String\n    var S3BucketName: String\n    var SourceArn: String\n    var ExportOnly: js.UndefOr[StringList]\n    var S3Prefix: js.UndefOr[String]\n  }\n\n  object StartExportTaskMessage {\n    @inline\n    def apply(\n        ExportTaskIdentifier: String,\n        IamRoleArn: String,\n        KmsKeyId: String,\n        S3BucketName: String,\n        SourceArn: String,\n        ExportOnly: js.UndefOr[StringList] = js.undefined,\n        S3Prefix: js.UndefOr[String] = js.undefined\n    ): StartExportTaskMessage = {\n      val __obj = js.Dynamic.literal(\n        \"ExportTaskIdentifier\" -> ExportTaskIdentifier.asInstanceOf[js.Any],\n        \"IamRoleArn\" -> IamRoleArn.asInstanceOf[js.Any],\n        \"KmsKeyId\" -> KmsKeyId.asInstanceOf[js.Any],\n        \"S3BucketName\" -> S3BucketName.asInstanceOf[js.Any],\n        \"SourceArn\" -> SourceArn.asInstanceOf[js.Any]\n      )\n\n      ExportOnly.foreach(__v => __obj.updateDynamic(\"ExportOnly\")(__v.asInstanceOf[js.Any]))\n      S3Prefix.foreach(__v => __obj.updateDynamic(\"S3Prefix\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StartExportTaskMessage]\n    }\n  }\n\n  @js.native\n  trait StopActivityStreamRequest extends js.Object {\n    var ResourceArn: String\n    var ApplyImmediately: js.UndefOr[BooleanOptional]\n  }\n\n  object StopActivityStreamRequest {\n    @inline\n    def apply(\n        ResourceArn: String,\n        ApplyImmediately: js.UndefOr[BooleanOptional] = js.undefined\n    ): StopActivityStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceArn\" -> ResourceArn.asInstanceOf[js.Any]\n      )\n\n      ApplyImmediately.foreach(__v => __obj.updateDynamic(\"ApplyImmediately\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopActivityStreamRequest]\n    }\n  }\n\n  @js.native\n  trait StopActivityStreamResponse extends js.Object {\n    var KinesisStreamName: js.UndefOr[String]\n    var KmsKeyId: js.UndefOr[String]\n    var Status: js.UndefOr[ActivityStreamStatus]\n  }\n\n  object StopActivityStreamResponse {\n    @inline\n    def apply(\n        KinesisStreamName: js.UndefOr[String] = js.undefined,\n        KmsKeyId: js.UndefOr[String] = js.undefined,\n        Status: js.UndefOr[ActivityStreamStatus] = js.undefined\n    ): StopActivityStreamResponse = {\n      val __obj = js.Dynamic.literal()\n      KinesisStreamName.foreach(__v => __obj.updateDynamic(\"KinesisStreamName\")(__v.asInstanceOf[js.Any]))\n      KmsKeyId.foreach(__v => __obj.updateDynamic(\"KmsKeyId\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopActivityStreamResponse]\n    }\n  }\n\n  @js.native\n  trait StopDBClusterMessage extends js.Object {\n    var DBClusterIdentifier: String\n  }\n\n  object StopDBClusterMessage {\n    @inline\n    def apply(\n        DBClusterIdentifier: String\n    ): StopDBClusterMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBClusterIdentifier\" -> DBClusterIdentifier.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDBClusterMessage]\n    }\n  }\n\n  @js.native\n  trait StopDBClusterResult extends js.Object {\n    var DBCluster: js.UndefOr[DBCluster]\n  }\n\n  object StopDBClusterResult {\n    @inline\n    def apply(\n        DBCluster: js.UndefOr[DBCluster] = js.undefined\n    ): StopDBClusterResult = {\n      val __obj = js.Dynamic.literal()\n      DBCluster.foreach(__v => __obj.updateDynamic(\"DBCluster\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDBClusterResult]\n    }\n  }\n\n  @js.native\n  trait StopDBInstanceAutomatedBackupsReplicationMessage extends js.Object {\n    var SourceDBInstanceArn: String\n  }\n\n  object StopDBInstanceAutomatedBackupsReplicationMessage {\n    @inline\n    def apply(\n        SourceDBInstanceArn: String\n    ): StopDBInstanceAutomatedBackupsReplicationMessage = {\n      val __obj = js.Dynamic.literal(\n        \"SourceDBInstanceArn\" -> SourceDBInstanceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[StopDBInstanceAutomatedBackupsReplicationMessage]\n    }\n  }\n\n  @js.native\n  trait StopDBInstanceAutomatedBackupsReplicationResult extends js.Object {\n    var DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup]\n  }\n\n  object StopDBInstanceAutomatedBackupsReplicationResult {\n    @inline\n    def apply(\n        DBInstanceAutomatedBackup: js.UndefOr[DBInstanceAutomatedBackup] = js.undefined\n    ): StopDBInstanceAutomatedBackupsReplicationResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstanceAutomatedBackup.foreach(__v => __obj.updateDynamic(\"DBInstanceAutomatedBackup\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDBInstanceAutomatedBackupsReplicationResult]\n    }\n  }\n\n  @js.native\n  trait StopDBInstanceMessage extends js.Object {\n    var DBInstanceIdentifier: String\n    var DBSnapshotIdentifier: js.UndefOr[String]\n  }\n\n  object StopDBInstanceMessage {\n    @inline\n    def apply(\n        DBInstanceIdentifier: String,\n        DBSnapshotIdentifier: js.UndefOr[String] = js.undefined\n    ): StopDBInstanceMessage = {\n      val __obj = js.Dynamic.literal(\n        \"DBInstanceIdentifier\" -> DBInstanceIdentifier.asInstanceOf[js.Any]\n      )\n\n      DBSnapshotIdentifier.foreach(__v => __obj.updateDynamic(\"DBSnapshotIdentifier\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDBInstanceMessage]\n    }\n  }\n\n  @js.native\n  trait StopDBInstanceResult extends js.Object {\n    var DBInstance: js.UndefOr[DBInstance]\n  }\n\n  object StopDBInstanceResult {\n    @inline\n    def apply(\n        DBInstance: js.UndefOr[DBInstance] = js.undefined\n    ): StopDBInstanceResult = {\n      val __obj = js.Dynamic.literal()\n      DBInstance.foreach(__v => __obj.updateDynamic(\"DBInstance\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[StopDBInstanceResult]\n    }\n  }\n\n  \/** This data type is used as a response element for the <code>DescribeDBSubnetGroups<\/code> operation.\n    *\/\n  @js.native\n  trait Subnet extends js.Object {\n    var SubnetAvailabilityZone: js.UndefOr[AvailabilityZone]\n    var SubnetIdentifier: js.UndefOr[String]\n    var SubnetOutpost: js.UndefOr[Outpost]\n    var SubnetStatus: js.UndefOr[String]\n  }\n\n  object Subnet {\n    @inline\n    def apply(\n        SubnetAvailabilityZone: js.UndefOr[AvailabilityZone] = js.undefined,\n        SubnetIdentifier: js.UndefOr[String] = js.undefined,\n        SubnetOutpost: js.UndefOr[Outpost] = js.undefined,\n        SubnetStatus: js.UndefOr[String] = js.undefined\n    ): Subnet = {\n      val __obj = js.Dynamic.literal()\n      SubnetAvailabilityZone.foreach(__v => __obj.updateDynamic(\"SubnetAvailabilityZone\")(__v.asInstanceOf[js.Any]))\n      SubnetIdentifier.foreach(__v => __obj.updateDynamic(\"SubnetIdentifier\")(__v.asInstanceOf[js.Any]))\n      SubnetOutpost.foreach(__v => __obj.updateDynamic(\"SubnetOutpost\")(__v.asInstanceOf[js.Any]))\n      SubnetStatus.foreach(__v => __obj.updateDynamic(\"SubnetStatus\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Subnet]\n    }\n  }\n\n  \/** Metadata assigned to an Amazon RDS resource consisting of a key-value pair.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: js.UndefOr[String]\n    var Value: js.UndefOr[String]\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: js.UndefOr[String] = js.undefined,\n        Value: js.UndefOr[String] = js.undefined\n    ): Tag = {\n      val __obj = js.Dynamic.literal()\n      Key.foreach(__v => __obj.updateDynamic(\"Key\")(__v.asInstanceOf[js.Any]))\n      Value.foreach(__v => __obj.updateDynamic(\"Value\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  \/** <p\/>\n    *\/\n  @js.native\n  trait TagListMessage extends js.Object {\n    var TagList: js.UndefOr[TagList]\n  }\n\n  object TagListMessage {\n    @inline\n    def apply(\n        TagList: js.UndefOr[TagList] = js.undefined\n    ): TagListMessage = {\n      val __obj = js.Dynamic.literal()\n      TagList.foreach(__v => __obj.updateDynamic(\"TagList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagListMessage]\n    }\n  }\n\n  \/** Information about the connection health of an RDS Proxy target.\n    *\/\n  @js.native\n  trait TargetHealth extends js.Object {\n    var Description: js.UndefOr[String]\n    var Reason: js.UndefOr[TargetHealthReason]\n    var State: js.UndefOr[TargetState]\n  }\n\n  object TargetHealth {\n    @inline\n    def apply(\n        Description: js.UndefOr[String] = js.undefined,\n        Reason: js.UndefOr[TargetHealthReason] = js.undefined,\n        State: js.UndefOr[TargetState] = js.undefined\n    ): TargetHealth = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Reason.foreach(__v => __obj.updateDynamic(\"Reason\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TargetHealth]\n    }\n  }\n\n  @js.native\n  sealed trait TargetHealthReason extends js.Any\n  object TargetHealthReason {\n    val UNREACHABLE = \"UNREACHABLE\".asInstanceOf[TargetHealthReason]\n    val CONNECTION_FAILED = \"CONNECTION_FAILED\".asInstanceOf[TargetHealthReason]\n    val AUTH_FAILURE = \"AUTH_FAILURE\".asInstanceOf[TargetHealthReason]\n    val PENDING_PROXY_CAPACITY = \"PENDING_PROXY_CAPACITY\".asInstanceOf[TargetHealthReason]\n    val INVALID_REPLICATION_STATE = \"INVALID_REPLICATION_STATE\".asInstanceOf[TargetHealthReason]\n\n    @inline def values = js.Array(UNREACHABLE, CONNECTION_FAILED, AUTH_FAILURE, PENDING_PROXY_CAPACITY, INVALID_REPLICATION_STATE)\n  }\n\n  @js.native\n  sealed trait TargetRole extends js.Any\n  object TargetRole {\n    val READ_WRITE = \"READ_WRITE\".asInstanceOf[TargetRole]\n    val READ_ONLY = \"READ_ONLY\".asInstanceOf[TargetRole]\n    val UNKNOWN = \"UNKNOWN\".asInstanceOf[TargetRole]\n\n    @inline def values = js.Array(READ_WRITE, READ_ONLY, UNKNOWN)\n  }\n\n  @js.native\n  sealed trait TargetState extends js.Any\n  object TargetState {\n    val REGISTERING = \"REGISTERING\".asInstanceOf[TargetState]\n    val AVAILABLE = \"AVAILABLE\".asInstanceOf[TargetState]\n    val UNAVAILABLE = \"UNAVAILABLE\".asInstanceOf[TargetState]\n\n    @inline def values = js.Array(REGISTERING, AVAILABLE, UNAVAILABLE)\n  }\n\n  @js.native\n  sealed trait TargetType extends js.Any\n  object TargetType {\n    val RDS_INSTANCE = \"RDS_INSTANCE\".asInstanceOf[TargetType]\n    val RDS_SERVERLESS_ENDPOINT = \"RDS_SERVERLESS_ENDPOINT\".asInstanceOf[TargetType]\n    val TRACKED_CLUSTER = \"TRACKED_CLUSTER\".asInstanceOf[TargetType]\n\n    @inline def values = js.Array(RDS_INSTANCE, RDS_SERVERLESS_ENDPOINT, TRACKED_CLUSTER)\n  }\n\n  \/** A time zone associated with a <code>DBInstance<\/code> or a <code>DBSnapshot<\/code>. This data type is an element in the response to the <code>DescribeDBInstances<\/code>, the <code>DescribeDBSnapshots<\/code>, and the <code>DescribeDBEngineVersions<\/code> actions.\n    *\/\n  @js.native\n  trait Timezone extends js.Object {\n    var TimezoneName: js.UndefOr[String]\n  }\n\n  object Timezone {\n    @inline\n    def apply(\n        TimezoneName: js.UndefOr[String] = js.undefined\n    ): Timezone = {\n      val __obj = js.Dynamic.literal()\n      TimezoneName.foreach(__v => __obj.updateDynamic(\"TimezoneName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Timezone]\n    }\n  }\n\n  \/** The version of the database engine that a DB instance can be upgraded to.\n    *\/\n  @js.native\n  trait UpgradeTarget extends js.Object {\n    var AutoUpgrade: js.UndefOr[Boolean]\n    var Description: js.UndefOr[String]\n    var Engine: js.UndefOr[String]\n    var EngineVersion: js.UndefOr[String]\n    var IsMajorVersionUpgrade: js.UndefOr[Boolean]\n    var SupportedEngineModes: js.UndefOr[EngineModeList]\n    var SupportsGlobalDatabases: js.UndefOr[BooleanOptional]\n    var SupportsParallelQuery: js.UndefOr[BooleanOptional]\n  }\n\n  object UpgradeTarget {\n    @inline\n    def apply(\n        AutoUpgrade: js.UndefOr[Boolean] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        Engine: js.UndefOr[String] = js.undefined,\n        EngineVersion: js.UndefOr[String] = js.undefined,\n        IsMajorVersionUpgrade: js.UndefOr[Boolean] = js.undefined,\n        SupportedEngineModes: js.UndefOr[EngineModeList] = js.undefined,\n        SupportsGlobalDatabases: js.UndefOr[BooleanOptional] = js.undefined,\n        SupportsParallelQuery: js.UndefOr[BooleanOptional] = js.undefined\n    ): UpgradeTarget = {\n      val __obj = js.Dynamic.literal()\n      AutoUpgrade.foreach(__v => __obj.updateDynamic(\"AutoUpgrade\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Engine.foreach(__v => __obj.updateDynamic(\"Engine\")(__v.asInstanceOf[js.Any]))\n      EngineVersion.foreach(__v => __obj.updateDynamic(\"EngineVersion\")(__v.asInstanceOf[js.Any]))\n      IsMajorVersionUpgrade.foreach(__v => __obj.updateDynamic(\"IsMajorVersionUpgrade\")(__v.asInstanceOf[js.Any]))\n      SupportedEngineModes.foreach(__v => __obj.updateDynamic(\"SupportedEngineModes\")(__v.asInstanceOf[js.Any]))\n      SupportsGlobalDatabases.foreach(__v => __obj.updateDynamic(\"SupportsGlobalDatabases\")(__v.asInstanceOf[js.Any]))\n      SupportsParallelQuery.foreach(__v => __obj.updateDynamic(\"SupportsParallelQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpgradeTarget]\n    }\n  }\n\n  \/** Specifies the details of authentication used by a proxy to log in as a specific database user.\n    *\/\n  @js.native\n  trait UserAuthConfig extends js.Object {\n    var AuthScheme: js.UndefOr[AuthScheme]\n    var Description: js.UndefOr[String]\n    var IAMAuth: js.UndefOr[IAMAuthMode]\n    var SecretArn: js.UndefOr[String]\n    var UserName: js.UndefOr[String]\n  }\n\n  object UserAuthConfig {\n    @inline\n    def apply(\n        AuthScheme: js.UndefOr[AuthScheme] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IAMAuth: js.UndefOr[IAMAuthMode] = js.undefined,\n        SecretArn: js.UndefOr[String] = js.undefined,\n        UserName: js.UndefOr[String] = js.undefined\n    ): UserAuthConfig = {\n      val __obj = js.Dynamic.literal()\n      AuthScheme.foreach(__v => __obj.updateDynamic(\"AuthScheme\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IAMAuth.foreach(__v => __obj.updateDynamic(\"IAMAuth\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserAuthConfig]\n    }\n  }\n\n  \/** Returns the details of authentication used by a proxy to log in as a specific database user.\n    *\/\n  @js.native\n  trait UserAuthConfigInfo extends js.Object {\n    var AuthScheme: js.UndefOr[AuthScheme]\n    var Description: js.UndefOr[String]\n    var IAMAuth: js.UndefOr[IAMAuthMode]\n    var SecretArn: js.UndefOr[String]\n    var UserName: js.UndefOr[String]\n  }\n\n  object UserAuthConfigInfo {\n    @inline\n    def apply(\n        AuthScheme: js.UndefOr[AuthScheme] = js.undefined,\n        Description: js.UndefOr[String] = js.undefined,\n        IAMAuth: js.UndefOr[IAMAuthMode] = js.undefined,\n        SecretArn: js.UndefOr[String] = js.undefined,\n        UserName: js.UndefOr[String] = js.undefined\n    ): UserAuthConfigInfo = {\n      val __obj = js.Dynamic.literal()\n      AuthScheme.foreach(__v => __obj.updateDynamic(\"AuthScheme\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      IAMAuth.foreach(__v => __obj.updateDynamic(\"IAMAuth\")(__v.asInstanceOf[js.Any]))\n      SecretArn.foreach(__v => __obj.updateDynamic(\"SecretArn\")(__v.asInstanceOf[js.Any]))\n      UserName.foreach(__v => __obj.updateDynamic(\"UserName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UserAuthConfigInfo]\n    }\n  }\n\n  \/** Information about valid modifications that you can make to your DB instance. Contains the result of a successful call to the <code>DescribeValidDBInstanceModifications<\/code> action. You can use this information when you call <code>ModifyDBInstance<\/code>.\n    *\/\n  @js.native\n  trait ValidDBInstanceModificationsMessage extends js.Object {\n    var Storage: js.UndefOr[ValidStorageOptionsList]\n    var ValidProcessorFeatures: js.UndefOr[AvailableProcessorFeatureList]\n  }\n\n  object ValidDBInstanceModificationsMessage {\n    @inline\n    def apply(\n        Storage: js.UndefOr[ValidStorageOptionsList] = js.undefined,\n        ValidProcessorFeatures: js.UndefOr[AvailableProcessorFeatureList] = js.undefined\n    ): ValidDBInstanceModificationsMessage = {\n      val __obj = js.Dynamic.literal()\n      Storage.foreach(__v => __obj.updateDynamic(\"Storage\")(__v.asInstanceOf[js.Any]))\n      ValidProcessorFeatures.foreach(__v => __obj.updateDynamic(\"ValidProcessorFeatures\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidDBInstanceModificationsMessage]\n    }\n  }\n\n  \/** Information about valid modifications that you can make to your DB instance. Contains the result of a successful call to the <code>DescribeValidDBInstanceModifications<\/code> action.\n    *\/\n  @js.native\n  trait ValidStorageOptions extends js.Object {\n    var IopsToStorageRatio: js.UndefOr[DoubleRangeList]\n    var ProvisionedIops: js.UndefOr[RangeList]\n    var StorageSize: js.UndefOr[RangeList]\n    var StorageType: js.UndefOr[String]\n    var SupportsStorageAutoscaling: js.UndefOr[Boolean]\n  }\n\n  object ValidStorageOptions {\n    @inline\n    def apply(\n        IopsToStorageRatio: js.UndefOr[DoubleRangeList] = js.undefined,\n        ProvisionedIops: js.UndefOr[RangeList] = js.undefined,\n        StorageSize: js.UndefOr[RangeList] = js.undefined,\n        StorageType: js.UndefOr[String] = js.undefined,\n        SupportsStorageAutoscaling: js.UndefOr[Boolean] = js.undefined\n    ): ValidStorageOptions = {\n      val __obj = js.Dynamic.literal()\n      IopsToStorageRatio.foreach(__v => __obj.updateDynamic(\"IopsToStorageRatio\")(__v.asInstanceOf[js.Any]))\n      ProvisionedIops.foreach(__v => __obj.updateDynamic(\"ProvisionedIops\")(__v.asInstanceOf[js.Any]))\n      StorageSize.foreach(__v => __obj.updateDynamic(\"StorageSize\")(__v.asInstanceOf[js.Any]))\n      StorageType.foreach(__v => __obj.updateDynamic(\"StorageType\")(__v.asInstanceOf[js.Any]))\n      SupportsStorageAutoscaling.foreach(__v => __obj.updateDynamic(\"SupportsStorageAutoscaling\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ValidStorageOptions]\n    }\n  }\n\n  \/** This data type is used as a response element for queries on VPC security group membership.\n    *\/\n  @js.native\n  trait VpcSecurityGroupMembership extends js.Object {\n    var Status: js.UndefOr[String]\n    var VpcSecurityGroupId: js.UndefOr[String]\n  }\n\n  object VpcSecurityGroupMembership {\n    @inline\n    def apply(\n        Status: js.UndefOr[String] = js.undefined,\n        VpcSecurityGroupId: js.UndefOr[String] = js.undefined\n    ): VpcSecurityGroupMembership = {\n      val __obj = js.Dynamic.literal()\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      VpcSecurityGroupId.foreach(__v => __obj.updateDynamic(\"VpcSecurityGroupId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpcSecurityGroupMembership]\n    }\n  }\n\n  \/** Information about the virtual private network (VPN) between the VMware vSphere cluster and the AWS website. For more information about RDS on VMware, see the [[https:\/\/docs.aws.amazon.com\/AmazonRDS\/latest\/RDSonVMwareUserGuide\/rds-on-vmware.html| RDS on VMware User Guide.]]\n    *\/\n  @js.native\n  trait VpnDetails extends js.Object {\n    var VpnGatewayIp: js.UndefOr[String]\n    var VpnId: js.UndefOr[String]\n    var VpnName: js.UndefOr[String]\n    var VpnPSK: js.UndefOr[StringSensitive]\n    var VpnState: js.UndefOr[String]\n    var VpnTunnelOriginatorIP: js.UndefOr[String]\n  }\n\n  object VpnDetails {\n    @inline\n    def apply(\n        VpnGatewayIp: js.UndefOr[String] = js.undefined,\n        VpnId: js.UndefOr[String] = js.undefined,\n        VpnName: js.UndefOr[String] = js.undefined,\n        VpnPSK: js.UndefOr[StringSensitive] = js.undefined,\n        VpnState: js.UndefOr[String] = js.undefined,\n        VpnTunnelOriginatorIP: js.UndefOr[String] = js.undefined\n    ): VpnDetails = {\n      val __obj = js.Dynamic.literal()\n      VpnGatewayIp.foreach(__v => __obj.updateDynamic(\"VpnGatewayIp\")(__v.asInstanceOf[js.Any]))\n      VpnId.foreach(__v => __obj.updateDynamic(\"VpnId\")(__v.asInstanceOf[js.Any]))\n      VpnName.foreach(__v => __obj.updateDynamic(\"VpnName\")(__v.asInstanceOf[js.Any]))\n      VpnPSK.foreach(__v => __obj.updateDynamic(\"VpnPSK\")(__v.asInstanceOf[js.Any]))\n      VpnState.foreach(__v => __obj.updateDynamic(\"VpnState\")(__v.asInstanceOf[js.Any]))\n      VpnTunnelOriginatorIP.foreach(__v => __obj.updateDynamic(\"VpnTunnelOriginatorIP\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[VpnDetails]\n    }\n  }\n\n  @js.native\n  sealed trait WriteForwardingStatus extends js.Any\n  object WriteForwardingStatus {\n    val enabled = \"enabled\".asInstanceOf[WriteForwardingStatus]\n    val disabled = \"disabled\".asInstanceOf[WriteForwardingStatus]\n    val enabling = \"enabling\".asInstanceOf[WriteForwardingStatus]\n    val disabling = \"disabling\".asInstanceOf[WriteForwardingStatus]\n    val unknown = \"unknown\".asInstanceOf[WriteForwardingStatus]\n\n    @inline def values = js.Array(enabled, disabled, enabling, disabling, unknown)\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/cloud9\/src\/main\/scala\/facade\/amazonaws\/services\/Cloud9.scala","text":"<filename>services\/cloud9\/src\/main\/scala\/facade\/amazonaws\/services\/Cloud9.scala\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object cloud9 {\n  type AutomaticStopTimeMinutes = Int\n  type BoundedEnvironmentIdList = js.Array[EnvironmentId]\n  type ClientRequestToken = String\n  type EnvironmentArn = String\n  type EnvironmentDescription = String\n  type EnvironmentId = String\n  type EnvironmentIdList = js.Array[EnvironmentId]\n  type EnvironmentList = js.Array[Environment]\n  type EnvironmentMembersList = js.Array[EnvironmentMember]\n  type EnvironmentName = String\n  type ImageId = String\n  type InstanceType = String\n  type MaxResults = Int\n  type PermissionsList = js.Array[Permissions]\n  type SubnetId = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagList = js.Array[Tag]\n  type TagValue = String\n  type Timestamp = js.Date\n  type UserArn = String\n\n  implicit final class Cloud9Ops(private val service: Cloud9) extends AnyVal {\n\n    @inline def createEnvironmentEC2Future(params: CreateEnvironmentEC2Request): Future[CreateEnvironmentEC2Result] = service.createEnvironmentEC2(params).promise().toFuture\n    @inline def createEnvironmentMembershipFuture(params: CreateEnvironmentMembershipRequest): Future[CreateEnvironmentMembershipResult] = service.createEnvironmentMembership(params).promise().toFuture\n    @inline def deleteEnvironmentFuture(params: DeleteEnvironmentRequest): Future[DeleteEnvironmentResult] = service.deleteEnvironment(params).promise().toFuture\n    @inline def deleteEnvironmentMembershipFuture(params: DeleteEnvironmentMembershipRequest): Future[DeleteEnvironmentMembershipResult] = service.deleteEnvironmentMembership(params).promise().toFuture\n    @inline def describeEnvironmentMembershipsFuture(params: DescribeEnvironmentMembershipsRequest): Future[DescribeEnvironmentMembershipsResult] = service.describeEnvironmentMemberships(params).promise().toFuture\n    @inline def describeEnvironmentStatusFuture(params: DescribeEnvironmentStatusRequest): Future[DescribeEnvironmentStatusResult] = service.describeEnvironmentStatus(params).promise().toFuture\n    @inline def describeEnvironmentsFuture(params: DescribeEnvironmentsRequest): Future[DescribeEnvironmentsResult] = service.describeEnvironments(params).promise().toFuture\n    @inline def listEnvironmentsFuture(params: ListEnvironmentsRequest): Future[ListEnvironmentsResult] = service.listEnvironments(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n    @inline def updateEnvironmentFuture(params: UpdateEnvironmentRequest): Future[UpdateEnvironmentResult] = service.updateEnvironment(params).promise().toFuture\n    @inline def updateEnvironmentMembershipFuture(params: UpdateEnvironmentMembershipRequest): Future[UpdateEnvironmentMembershipResult] = service.updateEnvironmentMembership(params).promise().toFuture\n\n  }\n}\n\npackage cloud9 {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/cloud9\", JSImport.Namespace, \"AWS.Cloud9\")\n  class Cloud9() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createEnvironmentEC2(params: CreateEnvironmentEC2Request): Request[CreateEnvironmentEC2Result] = js.native\n    def createEnvironmentMembership(params: CreateEnvironmentMembershipRequest): Request[CreateEnvironmentMembershipResult] = js.native\n    def deleteEnvironment(params: DeleteEnvironmentRequest): Request[DeleteEnvironmentResult] = js.native\n    def deleteEnvironmentMembership(params: DeleteEnvironmentMembershipRequest): Request[DeleteEnvironmentMembershipResult] = js.native\n    def describeEnvironmentMemberships(params: DescribeEnvironmentMembershipsRequest): Request[DescribeEnvironmentMembershipsResult] = js.native\n    def describeEnvironmentStatus(params: DescribeEnvironmentStatusRequest): Request[DescribeEnvironmentStatusResult] = js.native\n    def describeEnvironments(params: DescribeEnvironmentsRequest): Request[DescribeEnvironmentsResult] = js.native\n    def listEnvironments(params: ListEnvironmentsRequest): Request[ListEnvironmentsResult] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n    def updateEnvironment(params: UpdateEnvironmentRequest): Request[UpdateEnvironmentResult] = js.native\n    def updateEnvironmentMembership(params: UpdateEnvironmentMembershipRequest): Request[UpdateEnvironmentMembershipResult] = js.native\n  }\n\n  @js.native\n  sealed trait ConnectionType extends js.Any\n  object ConnectionType {\n    val CONNECT_SSH = \"CONNECT_SSH\".asInstanceOf[ConnectionType]\n    val CONNECT_SSM = \"CONNECT_SSM\".asInstanceOf[ConnectionType]\n\n    @inline def values = js.Array(CONNECT_SSH, CONNECT_SSM)\n  }\n\n  @js.native\n  trait CreateEnvironmentEC2Request extends js.Object {\n    var instanceType: InstanceType\n    var name: EnvironmentName\n    var automaticStopTimeMinutes: js.UndefOr[AutomaticStopTimeMinutes]\n    var clientRequestToken: js.UndefOr[ClientRequestToken]\n    var connectionType: js.UndefOr[ConnectionType]\n    var description: js.UndefOr[EnvironmentDescription]\n    var imageId: js.UndefOr[ImageId]\n    var ownerArn: js.UndefOr[UserArn]\n    var subnetId: js.UndefOr[SubnetId]\n    var tags: js.UndefOr[TagList]\n  }\n\n  object CreateEnvironmentEC2Request {\n    @inline\n    def apply(\n        instanceType: InstanceType,\n        name: EnvironmentName,\n        automaticStopTimeMinutes: js.UndefOr[AutomaticStopTimeMinutes] = js.undefined,\n        clientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        connectionType: js.UndefOr[ConnectionType] = js.undefined,\n        description: js.UndefOr[EnvironmentDescription] = js.undefined,\n        imageId: js.UndefOr[ImageId] = js.undefined,\n        ownerArn: js.UndefOr[UserArn] = js.undefined,\n        subnetId: js.UndefOr[SubnetId] = js.undefined,\n        tags: js.UndefOr[TagList] = js.undefined\n    ): CreateEnvironmentEC2Request = {\n      val __obj = js.Dynamic.literal(\n        \"instanceType\" -> instanceType.asInstanceOf[js.Any],\n        \"name\" -> name.asInstanceOf[js.Any]\n      )\n\n      automaticStopTimeMinutes.foreach(__v => __obj.updateDynamic(\"automaticStopTimeMinutes\")(__v.asInstanceOf[js.Any]))\n      clientRequestToken.foreach(__v => __obj.updateDynamic(\"clientRequestToken\")(__v.asInstanceOf[js.Any]))\n      connectionType.foreach(__v => __obj.updateDynamic(\"connectionType\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      imageId.foreach(__v => __obj.updateDynamic(\"imageId\")(__v.asInstanceOf[js.Any]))\n      ownerArn.foreach(__v => __obj.updateDynamic(\"ownerArn\")(__v.asInstanceOf[js.Any]))\n      subnetId.foreach(__v => __obj.updateDynamic(\"subnetId\")(__v.asInstanceOf[js.Any]))\n      tags.foreach(__v => __obj.updateDynamic(\"tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEnvironmentEC2Request]\n    }\n  }\n\n  @js.native\n  trait CreateEnvironmentEC2Result extends js.Object {\n    var environmentId: js.UndefOr[EnvironmentId]\n  }\n\n  object CreateEnvironmentEC2Result {\n    @inline\n    def apply(\n        environmentId: js.UndefOr[EnvironmentId] = js.undefined\n    ): CreateEnvironmentEC2Result = {\n      val __obj = js.Dynamic.literal()\n      environmentId.foreach(__v => __obj.updateDynamic(\"environmentId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateEnvironmentEC2Result]\n    }\n  }\n\n  @js.native\n  trait CreateEnvironmentMembershipRequest extends js.Object {\n    var environmentId: EnvironmentId\n    var permissions: MemberPermissions\n    var userArn: UserArn\n  }\n\n  object CreateEnvironmentMembershipRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId,\n        permissions: MemberPermissions,\n        userArn: UserArn\n    ): CreateEnvironmentMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any],\n        \"permissions\" -> permissions.asInstanceOf[js.Any],\n        \"userArn\" -> userArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateEnvironmentMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait CreateEnvironmentMembershipResult extends js.Object {\n    var membership: EnvironmentMember\n  }\n\n  object CreateEnvironmentMembershipResult {\n    @inline\n    def apply(\n        membership: EnvironmentMember\n    ): CreateEnvironmentMembershipResult = {\n      val __obj = js.Dynamic.literal(\n        \"membership\" -> membership.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CreateEnvironmentMembershipResult]\n    }\n  }\n\n  @js.native\n  trait DeleteEnvironmentMembershipRequest extends js.Object {\n    var environmentId: EnvironmentId\n    var userArn: UserArn\n  }\n\n  object DeleteEnvironmentMembershipRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId,\n        userArn: UserArn\n    ): DeleteEnvironmentMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any],\n        \"userArn\" -> userArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEnvironmentMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEnvironmentMembershipResult extends js.Object\n\n  object DeleteEnvironmentMembershipResult {\n    @inline\n    def apply(): DeleteEnvironmentMembershipResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteEnvironmentMembershipResult]\n    }\n  }\n\n  @js.native\n  trait DeleteEnvironmentRequest extends js.Object {\n    var environmentId: EnvironmentId\n  }\n\n  object DeleteEnvironmentRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId\n    ): DeleteEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteEnvironmentRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteEnvironmentResult extends js.Object\n\n  object DeleteEnvironmentResult {\n    @inline\n    def apply(): DeleteEnvironmentResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteEnvironmentResult]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentMembershipsRequest extends js.Object {\n    var environmentId: js.UndefOr[EnvironmentId]\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[String]\n    var permissions: js.UndefOr[PermissionsList]\n    var userArn: js.UndefOr[UserArn]\n  }\n\n  object DescribeEnvironmentMembershipsRequest {\n    @inline\n    def apply(\n        environmentId: js.UndefOr[EnvironmentId] = js.undefined,\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined,\n        permissions: js.UndefOr[PermissionsList] = js.undefined,\n        userArn: js.UndefOr[UserArn] = js.undefined\n    ): DescribeEnvironmentMembershipsRequest = {\n      val __obj = js.Dynamic.literal()\n      environmentId.foreach(__v => __obj.updateDynamic(\"environmentId\")(__v.asInstanceOf[js.Any]))\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      permissions.foreach(__v => __obj.updateDynamic(\"permissions\")(__v.asInstanceOf[js.Any]))\n      userArn.foreach(__v => __obj.updateDynamic(\"userArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEnvironmentMembershipsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentMembershipsResult extends js.Object {\n    var memberships: js.UndefOr[EnvironmentMembersList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object DescribeEnvironmentMembershipsResult {\n    @inline\n    def apply(\n        memberships: js.UndefOr[EnvironmentMembersList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): DescribeEnvironmentMembershipsResult = {\n      val __obj = js.Dynamic.literal()\n      memberships.foreach(__v => __obj.updateDynamic(\"memberships\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEnvironmentMembershipsResult]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentStatusRequest extends js.Object {\n    var environmentId: EnvironmentId\n  }\n\n  object DescribeEnvironmentStatusRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId\n    ): DescribeEnvironmentStatusRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEnvironmentStatusRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentStatusResult extends js.Object {\n    var message: String\n    var status: EnvironmentStatus\n  }\n\n  object DescribeEnvironmentStatusResult {\n    @inline\n    def apply(\n        message: String,\n        status: EnvironmentStatus\n    ): DescribeEnvironmentStatusResult = {\n      val __obj = js.Dynamic.literal(\n        \"message\" -> message.asInstanceOf[js.Any],\n        \"status\" -> status.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEnvironmentStatusResult]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentsRequest extends js.Object {\n    var environmentIds: BoundedEnvironmentIdList\n  }\n\n  object DescribeEnvironmentsRequest {\n    @inline\n    def apply(\n        environmentIds: BoundedEnvironmentIdList\n    ): DescribeEnvironmentsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentIds\" -> environmentIds.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeEnvironmentsRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeEnvironmentsResult extends js.Object {\n    var environments: js.UndefOr[EnvironmentList]\n  }\n\n  object DescribeEnvironmentsResult {\n    @inline\n    def apply(\n        environments: js.UndefOr[EnvironmentList] = js.undefined\n    ): DescribeEnvironmentsResult = {\n      val __obj = js.Dynamic.literal()\n      environments.foreach(__v => __obj.updateDynamic(\"environments\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeEnvironmentsResult]\n    }\n  }\n\n  \/** Information about an AWS Cloud9 development environment.\n    *\/\n  @js.native\n  trait Environment extends js.Object {\n    var arn: String\n    var ownerArn: String\n    var `type`: EnvironmentType\n    var connectionType: js.UndefOr[ConnectionType]\n    var description: js.UndefOr[EnvironmentDescription]\n    var id: js.UndefOr[EnvironmentId]\n    var lifecycle: js.UndefOr[EnvironmentLifecycle]\n    var managedCredentialsStatus: js.UndefOr[ManagedCredentialsStatus]\n    var name: js.UndefOr[EnvironmentName]\n  }\n\n  object Environment {\n    @inline\n    def apply(\n        arn: String,\n        ownerArn: String,\n        `type`: EnvironmentType,\n        connectionType: js.UndefOr[ConnectionType] = js.undefined,\n        description: js.UndefOr[EnvironmentDescription] = js.undefined,\n        id: js.UndefOr[EnvironmentId] = js.undefined,\n        lifecycle: js.UndefOr[EnvironmentLifecycle] = js.undefined,\n        managedCredentialsStatus: js.UndefOr[ManagedCredentialsStatus] = js.undefined,\n        name: js.UndefOr[EnvironmentName] = js.undefined\n    ): Environment = {\n      val __obj = js.Dynamic.literal(\n        \"arn\" -> arn.asInstanceOf[js.Any],\n        \"ownerArn\" -> ownerArn.asInstanceOf[js.Any],\n        \"type\" -> `type`.asInstanceOf[js.Any]\n      )\n\n      connectionType.foreach(__v => __obj.updateDynamic(\"connectionType\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      id.foreach(__v => __obj.updateDynamic(\"id\")(__v.asInstanceOf[js.Any]))\n      lifecycle.foreach(__v => __obj.updateDynamic(\"lifecycle\")(__v.asInstanceOf[js.Any]))\n      managedCredentialsStatus.foreach(__v => __obj.updateDynamic(\"managedCredentialsStatus\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Environment]\n    }\n  }\n\n  \/** Information about the current creation or deletion lifecycle state of an AWS Cloud9 development environment.\n    *\/\n  @js.native\n  trait EnvironmentLifecycle extends js.Object {\n    var failureResource: js.UndefOr[String]\n    var reason: js.UndefOr[String]\n    var status: js.UndefOr[EnvironmentLifecycleStatus]\n  }\n\n  object EnvironmentLifecycle {\n    @inline\n    def apply(\n        failureResource: js.UndefOr[String] = js.undefined,\n        reason: js.UndefOr[String] = js.undefined,\n        status: js.UndefOr[EnvironmentLifecycleStatus] = js.undefined\n    ): EnvironmentLifecycle = {\n      val __obj = js.Dynamic.literal()\n      failureResource.foreach(__v => __obj.updateDynamic(\"failureResource\")(__v.asInstanceOf[js.Any]))\n      reason.foreach(__v => __obj.updateDynamic(\"reason\")(__v.asInstanceOf[js.Any]))\n      status.foreach(__v => __obj.updateDynamic(\"status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentLifecycle]\n    }\n  }\n\n  @js.native\n  sealed trait EnvironmentLifecycleStatus extends js.Any\n  object EnvironmentLifecycleStatus {\n    val CREATING = \"CREATING\".asInstanceOf[EnvironmentLifecycleStatus]\n    val CREATED = \"CREATED\".asInstanceOf[EnvironmentLifecycleStatus]\n    val CREATE_FAILED = \"CREATE_FAILED\".asInstanceOf[EnvironmentLifecycleStatus]\n    val DELETING = \"DELETING\".asInstanceOf[EnvironmentLifecycleStatus]\n    val DELETE_FAILED = \"DELETE_FAILED\".asInstanceOf[EnvironmentLifecycleStatus]\n\n    @inline def values = js.Array(CREATING, CREATED, CREATE_FAILED, DELETING, DELETE_FAILED)\n  }\n\n  \/** Information about an environment member for an AWS Cloud9 development environment.\n    *\/\n  @js.native\n  trait EnvironmentMember extends js.Object {\n    var environmentId: EnvironmentId\n    var permissions: Permissions\n    var userArn: UserArn\n    var userId: String\n    var lastAccess: js.UndefOr[Timestamp]\n  }\n\n  object EnvironmentMember {\n    @inline\n    def apply(\n        environmentId: EnvironmentId,\n        permissions: Permissions,\n        userArn: UserArn,\n        userId: String,\n        lastAccess: js.UndefOr[Timestamp] = js.undefined\n    ): EnvironmentMember = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any],\n        \"permissions\" -> permissions.asInstanceOf[js.Any],\n        \"userArn\" -> userArn.asInstanceOf[js.Any],\n        \"userId\" -> userId.asInstanceOf[js.Any]\n      )\n\n      lastAccess.foreach(__v => __obj.updateDynamic(\"lastAccess\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[EnvironmentMember]\n    }\n  }\n\n  @js.native\n  sealed trait EnvironmentStatus extends js.Any\n  object EnvironmentStatus {\n    val error = \"error\".asInstanceOf[EnvironmentStatus]\n    val creating = \"creating\".asInstanceOf[EnvironmentStatus]\n    val connecting = \"connecting\".asInstanceOf[EnvironmentStatus]\n    val ready = \"ready\".asInstanceOf[EnvironmentStatus]\n    val stopping = \"stopping\".asInstanceOf[EnvironmentStatus]\n    val stopped = \"stopped\".asInstanceOf[EnvironmentStatus]\n    val deleting = \"deleting\".asInstanceOf[EnvironmentStatus]\n\n    @inline def values = js.Array(error, creating, connecting, ready, stopping, stopped, deleting)\n  }\n\n  @js.native\n  sealed trait EnvironmentType extends js.Any\n  object EnvironmentType {\n    val ssh = \"ssh\".asInstanceOf[EnvironmentType]\n    val ec2 = \"ec2\".asInstanceOf[EnvironmentType]\n\n    @inline def values = js.Array(ssh, ec2)\n  }\n\n  @js.native\n  trait ListEnvironmentsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListEnvironmentsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListEnvironmentsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEnvironmentsRequest]\n    }\n  }\n\n  @js.native\n  trait ListEnvironmentsResult extends js.Object {\n    var environmentIds: js.UndefOr[EnvironmentIdList]\n    var nextToken: js.UndefOr[String]\n  }\n\n  object ListEnvironmentsResult {\n    @inline\n    def apply(\n        environmentIds: js.UndefOr[EnvironmentIdList] = js.undefined,\n        nextToken: js.UndefOr[String] = js.undefined\n    ): ListEnvironmentsResult = {\n      val __obj = js.Dynamic.literal()\n      environmentIds.foreach(__v => __obj.updateDynamic(\"environmentIds\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListEnvironmentsResult]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var ResourceARN: EnvironmentArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: EnvironmentArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagList]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagList] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  @js.native\n  sealed trait ManagedCredentialsStatus extends js.Any\n  object ManagedCredentialsStatus {\n    val ENABLED_ON_CREATE = \"ENABLED_ON_CREATE\".asInstanceOf[ManagedCredentialsStatus]\n    val ENABLED_BY_OWNER = \"ENABLED_BY_OWNER\".asInstanceOf[ManagedCredentialsStatus]\n    val DISABLED_BY_DEFAULT = \"DISABLED_BY_DEFAULT\".asInstanceOf[ManagedCredentialsStatus]\n    val DISABLED_BY_OWNER = \"DISABLED_BY_OWNER\".asInstanceOf[ManagedCredentialsStatus]\n    val DISABLED_BY_COLLABORATOR = \"DISABLED_BY_COLLABORATOR\".asInstanceOf[ManagedCredentialsStatus]\n    val PENDING_REMOVAL_BY_COLLABORATOR = \"PENDING_REMOVAL_BY_COLLABORATOR\".asInstanceOf[ManagedCredentialsStatus]\n    val PENDING_START_REMOVAL_BY_COLLABORATOR = \"PENDING_START_REMOVAL_BY_COLLABORATOR\".asInstanceOf[ManagedCredentialsStatus]\n    val PENDING_REMOVAL_BY_OWNER = \"PENDING_REMOVAL_BY_OWNER\".asInstanceOf[ManagedCredentialsStatus]\n    val PENDING_START_REMOVAL_BY_OWNER = \"PENDING_START_REMOVAL_BY_OWNER\".asInstanceOf[ManagedCredentialsStatus]\n    val FAILED_REMOVAL_BY_COLLABORATOR = \"FAILED_REMOVAL_BY_COLLABORATOR\".asInstanceOf[ManagedCredentialsStatus]\n    val FAILED_REMOVAL_BY_OWNER = \"FAILED_REMOVAL_BY_OWNER\".asInstanceOf[ManagedCredentialsStatus]\n\n    @inline def values = js.Array(\n      ENABLED_ON_CREATE,\n      ENABLED_BY_OWNER,\n      DISABLED_BY_DEFAULT,\n      DISABLED_BY_OWNER,\n      DISABLED_BY_COLLABORATOR,\n      PENDING_REMOVAL_BY_COLLABORATOR,\n      PENDING_START_REMOVAL_BY_COLLABORATOR,\n      PENDING_REMOVAL_BY_OWNER,\n      PENDING_START_REMOVAL_BY_OWNER,\n      FAILED_REMOVAL_BY_COLLABORATOR,\n      FAILED_REMOVAL_BY_OWNER\n    )\n  }\n\n  @js.native\n  sealed trait MemberPermissions extends js.Any\n  object MemberPermissions {\n    val `read-write` = \"read-write\".asInstanceOf[MemberPermissions]\n    val `read-only` = \"read-only\".asInstanceOf[MemberPermissions]\n\n    @inline def values = js.Array(`read-write`, `read-only`)\n  }\n\n  @js.native\n  sealed trait Permissions extends js.Any\n  object Permissions {\n    val owner = \"owner\".asInstanceOf[Permissions]\n    val `read-write` = \"read-write\".asInstanceOf[Permissions]\n    val `read-only` = \"read-only\".asInstanceOf[Permissions]\n\n    @inline def values = js.Array(owner, `read-write`, `read-only`)\n  }\n\n  \/** Metadata that is associated with AWS resources. In particular, a name-value pair that can be associated with an AWS Cloud9 development environment. There are two types of tags: <i>user tags<\/i> and <i>system tags<\/i>. A user tag is created by the user. A system tag is automatically created by AWS services. A system tag is prefixed with \"aws:\" and cannot be modified by the user.\n    *\/\n  @js.native\n  trait Tag extends js.Object {\n    var Key: TagKey\n    var Value: TagValue\n  }\n\n  object Tag {\n    @inline\n    def apply(\n        Key: TagKey,\n        Value: TagValue\n    ): Tag = {\n      val __obj = js.Dynamic.literal(\n        \"Key\" -> Key.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[Tag]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var ResourceARN: EnvironmentArn\n    var Tags: TagList\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: EnvironmentArn,\n        Tags: TagList\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var ResourceARN: EnvironmentArn\n    var TagKeys: TagKeyList\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        ResourceARN: EnvironmentArn,\n        TagKeys: TagKeyList\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceARN\" -> ResourceARN.asInstanceOf[js.Any],\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n\n  @js.native\n  trait UpdateEnvironmentMembershipRequest extends js.Object {\n    var environmentId: EnvironmentId\n    var permissions: MemberPermissions\n    var userArn: UserArn\n  }\n\n  object UpdateEnvironmentMembershipRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId,\n        permissions: MemberPermissions,\n        userArn: UserArn\n    ): UpdateEnvironmentMembershipRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any],\n        \"permissions\" -> permissions.asInstanceOf[js.Any],\n        \"userArn\" -> userArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UpdateEnvironmentMembershipRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateEnvironmentMembershipResult extends js.Object {\n    var membership: js.UndefOr[EnvironmentMember]\n  }\n\n  object UpdateEnvironmentMembershipResult {\n    @inline\n    def apply(\n        membership: js.UndefOr[EnvironmentMember] = js.undefined\n    ): UpdateEnvironmentMembershipResult = {\n      val __obj = js.Dynamic.literal()\n      membership.foreach(__v => __obj.updateDynamic(\"membership\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEnvironmentMembershipResult]\n    }\n  }\n\n  @js.native\n  trait UpdateEnvironmentRequest extends js.Object {\n    var environmentId: EnvironmentId\n    var description: js.UndefOr[EnvironmentDescription]\n    var name: js.UndefOr[EnvironmentName]\n  }\n\n  object UpdateEnvironmentRequest {\n    @inline\n    def apply(\n        environmentId: EnvironmentId,\n        description: js.UndefOr[EnvironmentDescription] = js.undefined,\n        name: js.UndefOr[EnvironmentName] = js.undefined\n    ): UpdateEnvironmentRequest = {\n      val __obj = js.Dynamic.literal(\n        \"environmentId\" -> environmentId.asInstanceOf[js.Any]\n      )\n\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateEnvironmentRequest]\n    }\n  }\n\n  @js.native\n  trait UpdateEnvironmentResult extends js.Object\n\n  object UpdateEnvironmentResult {\n    @inline\n    def apply(): UpdateEnvironmentResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UpdateEnvironmentResult]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/migrationhub\/src\/main\/scala\/facade\/amazonaws\/services\/MigrationHub.scala","text":"<gh_stars>0\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object migrationhub {\n  type ApplicationId = String\n  type ApplicationIds = js.Array[ApplicationId]\n  type ApplicationStateList = js.Array[ApplicationState]\n  type ConfigurationId = String\n  type CreatedArtifactDescription = String\n  type CreatedArtifactList = js.Array[CreatedArtifact]\n  type CreatedArtifactName = String\n  type DiscoveredResourceDescription = String\n  type DiscoveredResourceList = js.Array[DiscoveredResource]\n  type DryRun = Boolean\n  type LatestResourceAttributeList = js.Array[ResourceAttribute]\n  type MaxResults = Int\n  type MaxResultsCreatedArtifacts = Int\n  type MaxResultsResources = Int\n  type MigrationTaskName = String\n  type MigrationTaskSummaryList = js.Array[MigrationTaskSummary]\n  type NextUpdateSeconds = Int\n  type ProgressPercent = Int\n  type ProgressUpdateStream = String\n  type ProgressUpdateStreamSummaryList = js.Array[ProgressUpdateStreamSummary]\n  type ResourceAttributeList = js.Array[ResourceAttribute]\n  type ResourceAttributeValue = String\n  type ResourceName = String\n  type StatusDetail = String\n  type Token = String\n  type UpdateDateTime = js.Date\n\n  implicit final class MigrationHubOps(private val service: MigrationHub) extends AnyVal {\n\n    @inline def associateCreatedArtifactFuture(params: AssociateCreatedArtifactRequest): Future[AssociateCreatedArtifactResult] = service.associateCreatedArtifact(params).promise().toFuture\n    @inline def associateDiscoveredResourceFuture(params: AssociateDiscoveredResourceRequest): Future[AssociateDiscoveredResourceResult] = service.associateDiscoveredResource(params).promise().toFuture\n    @inline def createProgressUpdateStreamFuture(params: CreateProgressUpdateStreamRequest): Future[CreateProgressUpdateStreamResult] = service.createProgressUpdateStream(params).promise().toFuture\n    @inline def deleteProgressUpdateStreamFuture(params: DeleteProgressUpdateStreamRequest): Future[DeleteProgressUpdateStreamResult] = service.deleteProgressUpdateStream(params).promise().toFuture\n    @inline def describeApplicationStateFuture(params: DescribeApplicationStateRequest): Future[DescribeApplicationStateResult] = service.describeApplicationState(params).promise().toFuture\n    @inline def describeMigrationTaskFuture(params: DescribeMigrationTaskRequest): Future[DescribeMigrationTaskResult] = service.describeMigrationTask(params).promise().toFuture\n    @inline def disassociateCreatedArtifactFuture(params: DisassociateCreatedArtifactRequest): Future[DisassociateCreatedArtifactResult] = service.disassociateCreatedArtifact(params).promise().toFuture\n    @inline def disassociateDiscoveredResourceFuture(params: DisassociateDiscoveredResourceRequest): Future[DisassociateDiscoveredResourceResult] = service.disassociateDiscoveredResource(params).promise().toFuture\n    @inline def importMigrationTaskFuture(params: ImportMigrationTaskRequest): Future[ImportMigrationTaskResult] = service.importMigrationTask(params).promise().toFuture\n    @inline def listApplicationStatesFuture(params: ListApplicationStatesRequest): Future[ListApplicationStatesResult] = service.listApplicationStates(params).promise().toFuture\n    @inline def listCreatedArtifactsFuture(params: ListCreatedArtifactsRequest): Future[ListCreatedArtifactsResult] = service.listCreatedArtifacts(params).promise().toFuture\n    @inline def listDiscoveredResourcesFuture(params: ListDiscoveredResourcesRequest): Future[ListDiscoveredResourcesResult] = service.listDiscoveredResources(params).promise().toFuture\n    @inline def listMigrationTasksFuture(params: ListMigrationTasksRequest): Future[ListMigrationTasksResult] = service.listMigrationTasks(params).promise().toFuture\n    @inline def listProgressUpdateStreamsFuture(params: ListProgressUpdateStreamsRequest): Future[ListProgressUpdateStreamsResult] = service.listProgressUpdateStreams(params).promise().toFuture\n    @inline def notifyApplicationStateFuture(params: NotifyApplicationStateRequest): Future[NotifyApplicationStateResult] = service.notifyApplicationState(params).promise().toFuture\n    @inline def notifyMigrationTaskStateFuture(params: NotifyMigrationTaskStateRequest): Future[NotifyMigrationTaskStateResult] = service.notifyMigrationTaskState(params).promise().toFuture\n    @inline def putResourceAttributesFuture(params: PutResourceAttributesRequest): Future[PutResourceAttributesResult] = service.putResourceAttributes(params).promise().toFuture\n\n  }\n}\n\npackage migrationhub {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/migrationhub\", JSImport.Namespace, \"AWS.MigrationHub\")\n  class MigrationHub() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateCreatedArtifact(params: AssociateCreatedArtifactRequest): Request[AssociateCreatedArtifactResult] = js.native\n    def associateDiscoveredResource(params: AssociateDiscoveredResourceRequest): Request[AssociateDiscoveredResourceResult] = js.native\n    def createProgressUpdateStream(params: CreateProgressUpdateStreamRequest): Request[CreateProgressUpdateStreamResult] = js.native\n    def deleteProgressUpdateStream(params: DeleteProgressUpdateStreamRequest): Request[DeleteProgressUpdateStreamResult] = js.native\n    def describeApplicationState(params: DescribeApplicationStateRequest): Request[DescribeApplicationStateResult] = js.native\n    def describeMigrationTask(params: DescribeMigrationTaskRequest): Request[DescribeMigrationTaskResult] = js.native\n    def disassociateCreatedArtifact(params: DisassociateCreatedArtifactRequest): Request[DisassociateCreatedArtifactResult] = js.native\n    def disassociateDiscoveredResource(params: DisassociateDiscoveredResourceRequest): Request[DisassociateDiscoveredResourceResult] = js.native\n    def importMigrationTask(params: ImportMigrationTaskRequest): Request[ImportMigrationTaskResult] = js.native\n    def listApplicationStates(params: ListApplicationStatesRequest): Request[ListApplicationStatesResult] = js.native\n    def listCreatedArtifacts(params: ListCreatedArtifactsRequest): Request[ListCreatedArtifactsResult] = js.native\n    def listDiscoveredResources(params: ListDiscoveredResourcesRequest): Request[ListDiscoveredResourcesResult] = js.native\n    def listMigrationTasks(params: ListMigrationTasksRequest): Request[ListMigrationTasksResult] = js.native\n    def listProgressUpdateStreams(params: ListProgressUpdateStreamsRequest): Request[ListProgressUpdateStreamsResult] = js.native\n    def notifyApplicationState(params: NotifyApplicationStateRequest): Request[NotifyApplicationStateResult] = js.native\n    def notifyMigrationTaskState(params: NotifyMigrationTaskStateRequest): Request[NotifyMigrationTaskStateResult] = js.native\n    def putResourceAttributes(params: PutResourceAttributesRequest): Request[PutResourceAttributesResult] = js.native\n  }\n\n  \/** The state of an application discovered through Migration Hub import, the AWS Agentless Discovery Connector, or the AWS Application Discovery Agent.\n    *\/\n  @js.native\n  trait ApplicationState extends js.Object {\n    var ApplicationId: js.UndefOr[ApplicationId]\n    var ApplicationStatus: js.UndefOr[ApplicationStatus]\n    var LastUpdatedTime: js.UndefOr[UpdateDateTime]\n  }\n\n  object ApplicationState {\n    @inline\n    def apply(\n        ApplicationId: js.UndefOr[ApplicationId] = js.undefined,\n        ApplicationStatus: js.UndefOr[ApplicationStatus] = js.undefined,\n        LastUpdatedTime: js.UndefOr[UpdateDateTime] = js.undefined\n    ): ApplicationState = {\n      val __obj = js.Dynamic.literal()\n      ApplicationId.foreach(__v => __obj.updateDynamic(\"ApplicationId\")(__v.asInstanceOf[js.Any]))\n      ApplicationStatus.foreach(__v => __obj.updateDynamic(\"ApplicationStatus\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ApplicationState]\n    }\n  }\n\n  @js.native\n  sealed trait ApplicationStatus extends js.Any\n  object ApplicationStatus {\n    val NOT_STARTED = \"NOT_STARTED\".asInstanceOf[ApplicationStatus]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[ApplicationStatus]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[ApplicationStatus]\n\n    @inline def values = js.Array(NOT_STARTED, IN_PROGRESS, COMPLETED)\n  }\n\n  @js.native\n  trait AssociateCreatedArtifactRequest extends js.Object {\n    var CreatedArtifact: CreatedArtifact\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object AssociateCreatedArtifactRequest {\n    @inline\n    def apply(\n        CreatedArtifact: CreatedArtifact,\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): AssociateCreatedArtifactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatedArtifact\" -> CreatedArtifact.asInstanceOf[js.Any],\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateCreatedArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateCreatedArtifactResult extends js.Object\n\n  object AssociateCreatedArtifactResult {\n    @inline\n    def apply(): AssociateCreatedArtifactResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateCreatedArtifactResult]\n    }\n  }\n\n  @js.native\n  trait AssociateDiscoveredResourceRequest extends js.Object {\n    var DiscoveredResource: DiscoveredResource\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object AssociateDiscoveredResourceRequest {\n    @inline\n    def apply(\n        DiscoveredResource: DiscoveredResource,\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): AssociateDiscoveredResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"DiscoveredResource\" -> DiscoveredResource.asInstanceOf[js.Any],\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateDiscoveredResourceRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateDiscoveredResourceResult extends js.Object\n\n  object AssociateDiscoveredResourceResult {\n    @inline\n    def apply(): AssociateDiscoveredResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[AssociateDiscoveredResourceResult]\n    }\n  }\n\n  @js.native\n  trait CreateProgressUpdateStreamRequest extends js.Object {\n    var ProgressUpdateStreamName: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object CreateProgressUpdateStreamRequest {\n    @inline\n    def apply(\n        ProgressUpdateStreamName: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): CreateProgressUpdateStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProgressUpdateStreamName\" -> ProgressUpdateStreamName.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProgressUpdateStreamRequest]\n    }\n  }\n\n  @js.native\n  trait CreateProgressUpdateStreamResult extends js.Object\n\n  object CreateProgressUpdateStreamResult {\n    @inline\n    def apply(): CreateProgressUpdateStreamResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[CreateProgressUpdateStreamResult]\n    }\n  }\n\n  \/** An ARN of the AWS cloud resource target receiving the migration (e.g., AMI, EC2 instance, RDS instance, etc.).\n    *\/\n  @js.native\n  trait CreatedArtifact extends js.Object {\n    var Name: CreatedArtifactName\n    var Description: js.UndefOr[CreatedArtifactDescription]\n  }\n\n  object CreatedArtifact {\n    @inline\n    def apply(\n        Name: CreatedArtifactName,\n        Description: js.UndefOr[CreatedArtifactDescription] = js.undefined\n    ): CreatedArtifact = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreatedArtifact]\n    }\n  }\n\n  @js.native\n  trait DeleteProgressUpdateStreamRequest extends js.Object {\n    var ProgressUpdateStreamName: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object DeleteProgressUpdateStreamRequest {\n    @inline\n    def apply(\n        ProgressUpdateStreamName: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): DeleteProgressUpdateStreamRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ProgressUpdateStreamName\" -> ProgressUpdateStreamName.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteProgressUpdateStreamRequest]\n    }\n  }\n\n  @js.native\n  trait DeleteProgressUpdateStreamResult extends js.Object\n\n  object DeleteProgressUpdateStreamResult {\n    @inline\n    def apply(): DeleteProgressUpdateStreamResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DeleteProgressUpdateStreamResult]\n    }\n  }\n\n  @js.native\n  trait DescribeApplicationStateRequest extends js.Object {\n    var ApplicationId: ApplicationId\n  }\n\n  object DescribeApplicationStateRequest {\n    @inline\n    def apply(\n        ApplicationId: ApplicationId\n    ): DescribeApplicationStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeApplicationStateRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeApplicationStateResult extends js.Object {\n    var ApplicationStatus: js.UndefOr[ApplicationStatus]\n    var LastUpdatedTime: js.UndefOr[UpdateDateTime]\n  }\n\n  object DescribeApplicationStateResult {\n    @inline\n    def apply(\n        ApplicationStatus: js.UndefOr[ApplicationStatus] = js.undefined,\n        LastUpdatedTime: js.UndefOr[UpdateDateTime] = js.undefined\n    ): DescribeApplicationStateResult = {\n      val __obj = js.Dynamic.literal()\n      ApplicationStatus.foreach(__v => __obj.updateDynamic(\"ApplicationStatus\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTime.foreach(__v => __obj.updateDynamic(\"LastUpdatedTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeApplicationStateResult]\n    }\n  }\n\n  @js.native\n  trait DescribeMigrationTaskRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n  }\n\n  object DescribeMigrationTaskRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream\n    ): DescribeMigrationTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeMigrationTaskRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeMigrationTaskResult extends js.Object {\n    var MigrationTask: js.UndefOr[MigrationTask]\n  }\n\n  object DescribeMigrationTaskResult {\n    @inline\n    def apply(\n        MigrationTask: js.UndefOr[MigrationTask] = js.undefined\n    ): DescribeMigrationTaskResult = {\n      val __obj = js.Dynamic.literal()\n      MigrationTask.foreach(__v => __obj.updateDynamic(\"MigrationTask\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeMigrationTaskResult]\n    }\n  }\n\n  @js.native\n  trait DisassociateCreatedArtifactRequest extends js.Object {\n    var CreatedArtifactName: CreatedArtifactName\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object DisassociateCreatedArtifactRequest {\n    @inline\n    def apply(\n        CreatedArtifactName: CreatedArtifactName,\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): DisassociateCreatedArtifactRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CreatedArtifactName\" -> CreatedArtifactName.asInstanceOf[js.Any],\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateCreatedArtifactRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateCreatedArtifactResult extends js.Object\n\n  object DisassociateCreatedArtifactResult {\n    @inline\n    def apply(): DisassociateCreatedArtifactResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateCreatedArtifactResult]\n    }\n  }\n\n  @js.native\n  trait DisassociateDiscoveredResourceRequest extends js.Object {\n    var ConfigurationId: ConfigurationId\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object DisassociateDiscoveredResourceRequest {\n    @inline\n    def apply(\n        ConfigurationId: ConfigurationId,\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): DisassociateDiscoveredResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationId\" -> ConfigurationId.asInstanceOf[js.Any],\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateDiscoveredResourceRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateDiscoveredResourceResult extends js.Object\n\n  object DisassociateDiscoveredResourceResult {\n    @inline\n    def apply(): DisassociateDiscoveredResourceResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[DisassociateDiscoveredResourceResult]\n    }\n  }\n\n  \/** Object representing the on-premises resource being migrated.\n    *\/\n  @js.native\n  trait DiscoveredResource extends js.Object {\n    var ConfigurationId: ConfigurationId\n    var Description: js.UndefOr[DiscoveredResourceDescription]\n  }\n\n  object DiscoveredResource {\n    @inline\n    def apply(\n        ConfigurationId: ConfigurationId,\n        Description: js.UndefOr[DiscoveredResourceDescription] = js.undefined\n    ): DiscoveredResource = {\n      val __obj = js.Dynamic.literal(\n        \"ConfigurationId\" -> ConfigurationId.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DiscoveredResource]\n    }\n  }\n\n  @js.native\n  trait ImportMigrationTaskRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object ImportMigrationTaskRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): ImportMigrationTaskRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ImportMigrationTaskRequest]\n    }\n  }\n\n  @js.native\n  trait ImportMigrationTaskResult extends js.Object\n\n  object ImportMigrationTaskResult {\n    @inline\n    def apply(): ImportMigrationTaskResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[ImportMigrationTaskResult]\n    }\n  }\n\n  @js.native\n  trait ListApplicationStatesRequest extends js.Object {\n    var ApplicationIds: js.UndefOr[ApplicationIds]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListApplicationStatesRequest {\n    @inline\n    def apply(\n        ApplicationIds: js.UndefOr[ApplicationIds] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListApplicationStatesRequest = {\n      val __obj = js.Dynamic.literal()\n      ApplicationIds.foreach(__v => __obj.updateDynamic(\"ApplicationIds\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationStatesRequest]\n    }\n  }\n\n  @js.native\n  trait ListApplicationStatesResult extends js.Object {\n    var ApplicationStateList: js.UndefOr[ApplicationStateList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListApplicationStatesResult {\n    @inline\n    def apply(\n        ApplicationStateList: js.UndefOr[ApplicationStateList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListApplicationStatesResult = {\n      val __obj = js.Dynamic.literal()\n      ApplicationStateList.foreach(__v => __obj.updateDynamic(\"ApplicationStateList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListApplicationStatesResult]\n    }\n  }\n\n  @js.native\n  trait ListCreatedArtifactsRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var MaxResults: js.UndefOr[MaxResultsCreatedArtifacts]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListCreatedArtifactsRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        MaxResults: js.UndefOr[MaxResultsCreatedArtifacts] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListCreatedArtifactsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCreatedArtifactsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCreatedArtifactsResult extends js.Object {\n    var CreatedArtifactList: js.UndefOr[CreatedArtifactList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListCreatedArtifactsResult {\n    @inline\n    def apply(\n        CreatedArtifactList: js.UndefOr[CreatedArtifactList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListCreatedArtifactsResult = {\n      val __obj = js.Dynamic.literal()\n      CreatedArtifactList.foreach(__v => __obj.updateDynamic(\"CreatedArtifactList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCreatedArtifactsResult]\n    }\n  }\n\n  @js.native\n  trait ListDiscoveredResourcesRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var MaxResults: js.UndefOr[MaxResultsResources]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDiscoveredResourcesRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        MaxResults: js.UndefOr[MaxResultsResources] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDiscoveredResourcesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDiscoveredResourcesRequest]\n    }\n  }\n\n  @js.native\n  trait ListDiscoveredResourcesResult extends js.Object {\n    var DiscoveredResourceList: js.UndefOr[DiscoveredResourceList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListDiscoveredResourcesResult {\n    @inline\n    def apply(\n        DiscoveredResourceList: js.UndefOr[DiscoveredResourceList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListDiscoveredResourcesResult = {\n      val __obj = js.Dynamic.literal()\n      DiscoveredResourceList.foreach(__v => __obj.updateDynamic(\"DiscoveredResourceList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListDiscoveredResourcesResult]\n    }\n  }\n\n  @js.native\n  trait ListMigrationTasksRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[Token]\n    var ResourceName: js.UndefOr[ResourceName]\n  }\n\n  object ListMigrationTasksRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined,\n        ResourceName: js.UndefOr[ResourceName] = js.undefined\n    ): ListMigrationTasksRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ResourceName.foreach(__v => __obj.updateDynamic(\"ResourceName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMigrationTasksRequest]\n    }\n  }\n\n  @js.native\n  trait ListMigrationTasksResult extends js.Object {\n    var MigrationTaskSummaryList: js.UndefOr[MigrationTaskSummaryList]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListMigrationTasksResult {\n    @inline\n    def apply(\n        MigrationTaskSummaryList: js.UndefOr[MigrationTaskSummaryList] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListMigrationTasksResult = {\n      val __obj = js.Dynamic.literal()\n      MigrationTaskSummaryList.foreach(__v => __obj.updateDynamic(\"MigrationTaskSummaryList\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListMigrationTasksResult]\n    }\n  }\n\n  @js.native\n  trait ListProgressUpdateStreamsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[Token]\n  }\n\n  object ListProgressUpdateStreamsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[Token] = js.undefined\n    ): ListProgressUpdateStreamsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProgressUpdateStreamsRequest]\n    }\n  }\n\n  @js.native\n  trait ListProgressUpdateStreamsResult extends js.Object {\n    var NextToken: js.UndefOr[Token]\n    var ProgressUpdateStreamSummaryList: js.UndefOr[ProgressUpdateStreamSummaryList]\n  }\n\n  object ListProgressUpdateStreamsResult {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[Token] = js.undefined,\n        ProgressUpdateStreamSummaryList: js.UndefOr[ProgressUpdateStreamSummaryList] = js.undefined\n    ): ListProgressUpdateStreamsResult = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProgressUpdateStreamSummaryList.foreach(__v => __obj.updateDynamic(\"ProgressUpdateStreamSummaryList\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProgressUpdateStreamsResult]\n    }\n  }\n\n  \/** Represents a migration task in a migration tool.\n    *\/\n  @js.native\n  trait MigrationTask extends js.Object {\n    var MigrationTaskName: js.UndefOr[MigrationTaskName]\n    var ProgressUpdateStream: js.UndefOr[ProgressUpdateStream]\n    var ResourceAttributeList: js.UndefOr[LatestResourceAttributeList]\n    var Task: js.UndefOr[Task]\n    var UpdateDateTime: js.UndefOr[UpdateDateTime]\n  }\n\n  object MigrationTask {\n    @inline\n    def apply(\n        MigrationTaskName: js.UndefOr[MigrationTaskName] = js.undefined,\n        ProgressUpdateStream: js.UndefOr[ProgressUpdateStream] = js.undefined,\n        ResourceAttributeList: js.UndefOr[LatestResourceAttributeList] = js.undefined,\n        Task: js.UndefOr[Task] = js.undefined,\n        UpdateDateTime: js.UndefOr[UpdateDateTime] = js.undefined\n    ): MigrationTask = {\n      val __obj = js.Dynamic.literal()\n      MigrationTaskName.foreach(__v => __obj.updateDynamic(\"MigrationTaskName\")(__v.asInstanceOf[js.Any]))\n      ProgressUpdateStream.foreach(__v => __obj.updateDynamic(\"ProgressUpdateStream\")(__v.asInstanceOf[js.Any]))\n      ResourceAttributeList.foreach(__v => __obj.updateDynamic(\"ResourceAttributeList\")(__v.asInstanceOf[js.Any]))\n      Task.foreach(__v => __obj.updateDynamic(\"Task\")(__v.asInstanceOf[js.Any]))\n      UpdateDateTime.foreach(__v => __obj.updateDynamic(\"UpdateDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MigrationTask]\n    }\n  }\n\n  \/** MigrationTaskSummary includes <code>MigrationTaskName<\/code>, <code>ProgressPercent<\/code>, <code>ProgressUpdateStream<\/code>, <code>Status<\/code>, and <code>UpdateDateTime<\/code> for each task.\n    *\/\n  @js.native\n  trait MigrationTaskSummary extends js.Object {\n    var MigrationTaskName: js.UndefOr[MigrationTaskName]\n    var ProgressPercent: js.UndefOr[ProgressPercent]\n    var ProgressUpdateStream: js.UndefOr[ProgressUpdateStream]\n    var Status: js.UndefOr[Status]\n    var StatusDetail: js.UndefOr[StatusDetail]\n    var UpdateDateTime: js.UndefOr[UpdateDateTime]\n  }\n\n  object MigrationTaskSummary {\n    @inline\n    def apply(\n        MigrationTaskName: js.UndefOr[MigrationTaskName] = js.undefined,\n        ProgressPercent: js.UndefOr[ProgressPercent] = js.undefined,\n        ProgressUpdateStream: js.UndefOr[ProgressUpdateStream] = js.undefined,\n        Status: js.UndefOr[Status] = js.undefined,\n        StatusDetail: js.UndefOr[StatusDetail] = js.undefined,\n        UpdateDateTime: js.UndefOr[UpdateDateTime] = js.undefined\n    ): MigrationTaskSummary = {\n      val __obj = js.Dynamic.literal()\n      MigrationTaskName.foreach(__v => __obj.updateDynamic(\"MigrationTaskName\")(__v.asInstanceOf[js.Any]))\n      ProgressPercent.foreach(__v => __obj.updateDynamic(\"ProgressPercent\")(__v.asInstanceOf[js.Any]))\n      ProgressUpdateStream.foreach(__v => __obj.updateDynamic(\"ProgressUpdateStream\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      StatusDetail.foreach(__v => __obj.updateDynamic(\"StatusDetail\")(__v.asInstanceOf[js.Any]))\n      UpdateDateTime.foreach(__v => __obj.updateDynamic(\"UpdateDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MigrationTaskSummary]\n    }\n  }\n\n  @js.native\n  trait NotifyApplicationStateRequest extends js.Object {\n    var ApplicationId: ApplicationId\n    var Status: ApplicationStatus\n    var DryRun: js.UndefOr[DryRun]\n    var UpdateDateTime: js.UndefOr[UpdateDateTime]\n  }\n\n  object NotifyApplicationStateRequest {\n    @inline\n    def apply(\n        ApplicationId: ApplicationId,\n        Status: ApplicationStatus,\n        DryRun: js.UndefOr[DryRun] = js.undefined,\n        UpdateDateTime: js.UndefOr[UpdateDateTime] = js.undefined\n    ): NotifyApplicationStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"ApplicationId\" -> ApplicationId.asInstanceOf[js.Any],\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      UpdateDateTime.foreach(__v => __obj.updateDynamic(\"UpdateDateTime\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotifyApplicationStateRequest]\n    }\n  }\n\n  @js.native\n  trait NotifyApplicationStateResult extends js.Object\n\n  object NotifyApplicationStateResult {\n    @inline\n    def apply(): NotifyApplicationStateResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[NotifyApplicationStateResult]\n    }\n  }\n\n  @js.native\n  trait NotifyMigrationTaskStateRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var NextUpdateSeconds: NextUpdateSeconds\n    var ProgressUpdateStream: ProgressUpdateStream\n    var Task: Task\n    var UpdateDateTime: UpdateDateTime\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object NotifyMigrationTaskStateRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        NextUpdateSeconds: NextUpdateSeconds,\n        ProgressUpdateStream: ProgressUpdateStream,\n        Task: Task,\n        UpdateDateTime: UpdateDateTime,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): NotifyMigrationTaskStateRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"NextUpdateSeconds\" -> NextUpdateSeconds.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any],\n        \"Task\" -> Task.asInstanceOf[js.Any],\n        \"UpdateDateTime\" -> UpdateDateTime.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[NotifyMigrationTaskStateRequest]\n    }\n  }\n\n  @js.native\n  trait NotifyMigrationTaskStateResult extends js.Object\n\n  object NotifyMigrationTaskStateResult {\n    @inline\n    def apply(): NotifyMigrationTaskStateResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[NotifyMigrationTaskStateResult]\n    }\n  }\n\n  \/** Summary of the AWS resource used for access control that is implicitly linked to your AWS account.\n    *\/\n  @js.native\n  trait ProgressUpdateStreamSummary extends js.Object {\n    var ProgressUpdateStreamName: js.UndefOr[ProgressUpdateStream]\n  }\n\n  object ProgressUpdateStreamSummary {\n    @inline\n    def apply(\n        ProgressUpdateStreamName: js.UndefOr[ProgressUpdateStream] = js.undefined\n    ): ProgressUpdateStreamSummary = {\n      val __obj = js.Dynamic.literal()\n      ProgressUpdateStreamName.foreach(__v => __obj.updateDynamic(\"ProgressUpdateStreamName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProgressUpdateStreamSummary]\n    }\n  }\n\n  @js.native\n  trait PutResourceAttributesRequest extends js.Object {\n    var MigrationTaskName: MigrationTaskName\n    var ProgressUpdateStream: ProgressUpdateStream\n    var ResourceAttributeList: ResourceAttributeList\n    var DryRun: js.UndefOr[DryRun]\n  }\n\n  object PutResourceAttributesRequest {\n    @inline\n    def apply(\n        MigrationTaskName: MigrationTaskName,\n        ProgressUpdateStream: ProgressUpdateStream,\n        ResourceAttributeList: ResourceAttributeList,\n        DryRun: js.UndefOr[DryRun] = js.undefined\n    ): PutResourceAttributesRequest = {\n      val __obj = js.Dynamic.literal(\n        \"MigrationTaskName\" -> MigrationTaskName.asInstanceOf[js.Any],\n        \"ProgressUpdateStream\" -> ProgressUpdateStream.asInstanceOf[js.Any],\n        \"ResourceAttributeList\" -> ResourceAttributeList.asInstanceOf[js.Any]\n      )\n\n      DryRun.foreach(__v => __obj.updateDynamic(\"DryRun\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutResourceAttributesRequest]\n    }\n  }\n\n  @js.native\n  trait PutResourceAttributesResult extends js.Object\n\n  object PutResourceAttributesResult {\n    @inline\n    def apply(): PutResourceAttributesResult = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutResourceAttributesResult]\n    }\n  }\n\n  \/** Attribute associated with a resource. Note the corresponding format required per type listed below: <dl> <dt>IPV4<\/dt> <dd> <code>x.x.x.x<\/code> <i>where x is an integer in the range [0,255]<\/i> <\/dd> <dt>IPV6<\/dt> <dd> <code>y : y : y : y : y : y : y : y<\/code> <i>where y is a hexadecimal between 0 and FFFF. [0, FFFF]<\/i> <\/dd> <dt>MAC_ADDRESS<\/dt> <dd> <code>^([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})<\/code> <\/dd> <dt>FQDN<\/dt> <dd> <code>^[^&lt;&gt;{}\\\\\/?,=\\p{Cntrl}]{1,256}<\/code> <\/dd> <\/dl>\n    *\/\n  @js.native\n  trait ResourceAttribute extends js.Object {\n    var Type: ResourceAttributeType\n    var Value: ResourceAttributeValue\n  }\n\n  object ResourceAttribute {\n    @inline\n    def apply(\n        Type: ResourceAttributeType,\n        Value: ResourceAttributeValue\n    ): ResourceAttribute = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any],\n        \"Value\" -> Value.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceAttribute]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceAttributeType extends js.Any\n  object ResourceAttributeType {\n    val IPV4_ADDRESS = \"IPV4_ADDRESS\".asInstanceOf[ResourceAttributeType]\n    val IPV6_ADDRESS = \"IPV6_ADDRESS\".asInstanceOf[ResourceAttributeType]\n    val MAC_ADDRESS = \"MAC_ADDRESS\".asInstanceOf[ResourceAttributeType]\n    val FQDN = \"FQDN\".asInstanceOf[ResourceAttributeType]\n    val VM_MANAGER_ID = \"VM_MANAGER_ID\".asInstanceOf[ResourceAttributeType]\n    val VM_MANAGED_OBJECT_REFERENCE = \"VM_MANAGED_OBJECT_REFERENCE\".asInstanceOf[ResourceAttributeType]\n    val VM_NAME = \"VM_NAME\".asInstanceOf[ResourceAttributeType]\n    val VM_PATH = \"VM_PATH\".asInstanceOf[ResourceAttributeType]\n    val BIOS_ID = \"BIOS_ID\".asInstanceOf[ResourceAttributeType]\n    val MOTHERBOARD_SERIAL_NUMBER = \"MOTHERBOARD_SERIAL_NUMBER\".asInstanceOf[ResourceAttributeType]\n\n    @inline def values = js.Array(IPV4_ADDRESS, IPV6_ADDRESS, MAC_ADDRESS, FQDN, VM_MANAGER_ID, VM_MANAGED_OBJECT_REFERENCE, VM_NAME, VM_PATH, BIOS_ID, MOTHERBOARD_SERIAL_NUMBER)\n  }\n\n  @js.native\n  sealed trait Status extends js.Any\n  object Status {\n    val NOT_STARTED = \"NOT_STARTED\".asInstanceOf[Status]\n    val IN_PROGRESS = \"IN_PROGRESS\".asInstanceOf[Status]\n    val FAILED = \"FAILED\".asInstanceOf[Status]\n    val COMPLETED = \"COMPLETED\".asInstanceOf[Status]\n\n    @inline def values = js.Array(NOT_STARTED, IN_PROGRESS, FAILED, COMPLETED)\n  }\n\n  \/** Task object encapsulating task information.\n    *\/\n  @js.native\n  trait Task extends js.Object {\n    var Status: Status\n    var ProgressPercent: js.UndefOr[ProgressPercent]\n    var StatusDetail: js.UndefOr[StatusDetail]\n  }\n\n  object Task {\n    @inline\n    def apply(\n        Status: Status,\n        ProgressPercent: js.UndefOr[ProgressPercent] = js.undefined,\n        StatusDetail: js.UndefOr[StatusDetail] = js.undefined\n    ): Task = {\n      val __obj = js.Dynamic.literal(\n        \"Status\" -> Status.asInstanceOf[js.Any]\n      )\n\n      ProgressPercent.foreach(__v => __obj.updateDynamic(\"ProgressPercent\")(__v.asInstanceOf[js.Any]))\n      StatusDetail.foreach(__v => __obj.updateDynamic(\"StatusDetail\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Task]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/mobile\/src\/main\/scala\/facade\/amazonaws\/services\/Mobile.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object mobile {\n  type AttributeKey = String\n  type AttributeValue = String\n  type Attributes = js.Dictionary[AttributeValue]\n  type BundleDescription = String\n  type BundleId = String\n  type BundleList = js.Array[BundleDetails]\n  type BundleTitle = String\n  type BundleVersion = String\n  type ConsoleUrl = String\n  type Contents = js.typedarray.TypedArray[_, _] | js.Array[Byte] | String\n  type Date = js.Date\n  type DownloadUrl = String\n  type ErrorMessage = String\n  type Feature = String\n  type IconUrl = String\n  type MaxResults = Int\n  type NextToken = String\n  type Platforms = js.Array[Platform]\n  type ProjectId = String\n  type ProjectName = String\n  type ProjectRegion = String\n  type ProjectSummaries = js.Array[ProjectSummary]\n  type ResourceArn = String\n  type ResourceName = String\n  type ResourceType = String\n  type Resources = js.Array[Resource]\n  type ShareUrl = String\n  type SnapshotId = String\n\n  implicit final class MobileOps(private val service: Mobile) extends AnyVal {\n\n    @inline def createProjectFuture(params: CreateProjectRequest): Future[CreateProjectResult] = service.createProject(params).promise().toFuture\n    @inline def deleteProjectFuture(params: DeleteProjectRequest): Future[DeleteProjectResult] = service.deleteProject(params).promise().toFuture\n    @inline def describeBundleFuture(params: DescribeBundleRequest): Future[DescribeBundleResult] = service.describeBundle(params).promise().toFuture\n    @inline def describeProjectFuture(params: DescribeProjectRequest): Future[DescribeProjectResult] = service.describeProject(params).promise().toFuture\n    @inline def exportBundleFuture(params: ExportBundleRequest): Future[ExportBundleResult] = service.exportBundle(params).promise().toFuture\n    @inline def exportProjectFuture(params: ExportProjectRequest): Future[ExportProjectResult] = service.exportProject(params).promise().toFuture\n    @inline def listBundlesFuture(params: ListBundlesRequest): Future[ListBundlesResult] = service.listBundles(params).promise().toFuture\n    @inline def listProjectsFuture(params: ListProjectsRequest): Future[ListProjectsResult] = service.listProjects(params).promise().toFuture\n    @inline def updateProjectFuture(params: UpdateProjectRequest): Future[UpdateProjectResult] = service.updateProject(params).promise().toFuture\n\n  }\n}\n\npackage mobile {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/mobile\", JSImport.Namespace, \"AWS.Mobile\")\n  class Mobile() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createProject(params: CreateProjectRequest): Request[CreateProjectResult] = js.native\n    def deleteProject(params: DeleteProjectRequest): Request[DeleteProjectResult] = js.native\n    def describeBundle(params: DescribeBundleRequest): Request[DescribeBundleResult] = js.native\n    def describeProject(params: DescribeProjectRequest): Request[DescribeProjectResult] = js.native\n    def exportBundle(params: ExportBundleRequest): Request[ExportBundleResult] = js.native\n    def exportProject(params: ExportProjectRequest): Request[ExportProjectResult] = js.native\n    def listBundles(params: ListBundlesRequest): Request[ListBundlesResult] = js.native\n    def listProjects(params: ListProjectsRequest): Request[ListProjectsResult] = js.native\n    def updateProject(params: UpdateProjectRequest): Request[UpdateProjectResult] = js.native\n  }\n\n  \/** Account Action is required in order to continue the request.\n    *\/\n  @js.native\n  trait AccountActionRequiredExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The request cannot be processed because some parameter is not valid or the project state prevents the operation from being performed.\n    *\/\n  @js.native\n  trait BadRequestExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** The details of the bundle.\n    *\/\n  @js.native\n  trait BundleDetails extends js.Object {\n    var availablePlatforms: js.UndefOr[Platforms]\n    var bundleId: js.UndefOr[BundleId]\n    var description: js.UndefOr[BundleDescription]\n    var iconUrl: js.UndefOr[IconUrl]\n    var title: js.UndefOr[BundleTitle]\n    var version: js.UndefOr[BundleVersion]\n  }\n\n  object BundleDetails {\n    @inline\n    def apply(\n        availablePlatforms: js.UndefOr[Platforms] = js.undefined,\n        bundleId: js.UndefOr[BundleId] = js.undefined,\n        description: js.UndefOr[BundleDescription] = js.undefined,\n        iconUrl: js.UndefOr[IconUrl] = js.undefined,\n        title: js.UndefOr[BundleTitle] = js.undefined,\n        version: js.UndefOr[BundleVersion] = js.undefined\n    ): BundleDetails = {\n      val __obj = js.Dynamic.literal()\n      availablePlatforms.foreach(__v => __obj.updateDynamic(\"availablePlatforms\")(__v.asInstanceOf[js.Any]))\n      bundleId.foreach(__v => __obj.updateDynamic(\"bundleId\")(__v.asInstanceOf[js.Any]))\n      description.foreach(__v => __obj.updateDynamic(\"description\")(__v.asInstanceOf[js.Any]))\n      iconUrl.foreach(__v => __obj.updateDynamic(\"iconUrl\")(__v.asInstanceOf[js.Any]))\n      title.foreach(__v => __obj.updateDynamic(\"title\")(__v.asInstanceOf[js.Any]))\n      version.foreach(__v => __obj.updateDynamic(\"version\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[BundleDetails]\n    }\n  }\n\n  \/** Request structure used to request a project be created.\n    *\/\n  @js.native\n  trait CreateProjectRequest extends js.Object {\n    var contents: js.UndefOr[Contents]\n    var name: js.UndefOr[ProjectName]\n    var region: js.UndefOr[ProjectRegion]\n    var snapshotId: js.UndefOr[SnapshotId]\n  }\n\n  object CreateProjectRequest {\n    @inline\n    def apply(\n        contents: js.UndefOr[Contents] = js.undefined,\n        name: js.UndefOr[ProjectName] = js.undefined,\n        region: js.UndefOr[ProjectRegion] = js.undefined,\n        snapshotId: js.UndefOr[SnapshotId] = js.undefined\n    ): CreateProjectRequest = {\n      val __obj = js.Dynamic.literal()\n      contents.foreach(__v => __obj.updateDynamic(\"contents\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      snapshotId.foreach(__v => __obj.updateDynamic(\"snapshotId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectRequest]\n    }\n  }\n\n  \/** Result structure used in response to a request to create a project.\n    *\/\n  @js.native\n  trait CreateProjectResult extends js.Object {\n    var details: js.UndefOr[ProjectDetails]\n  }\n\n  object CreateProjectResult {\n    @inline\n    def apply(\n        details: js.UndefOr[ProjectDetails] = js.undefined\n    ): CreateProjectResult = {\n      val __obj = js.Dynamic.literal()\n      details.foreach(__v => __obj.updateDynamic(\"details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateProjectResult]\n    }\n  }\n\n  \/** Request structure used to request a project be deleted.\n    *\/\n  @js.native\n  trait DeleteProjectRequest extends js.Object {\n    var projectId: ProjectId\n  }\n\n  object DeleteProjectRequest {\n    @inline\n    def apply(\n        projectId: ProjectId\n    ): DeleteProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"projectId\" -> projectId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DeleteProjectRequest]\n    }\n  }\n\n  \/** Result structure used in response to request to delete a project.\n    *\/\n  @js.native\n  trait DeleteProjectResult extends js.Object {\n    var deletedResources: js.UndefOr[Resources]\n    var orphanedResources: js.UndefOr[Resources]\n  }\n\n  object DeleteProjectResult {\n    @inline\n    def apply(\n        deletedResources: js.UndefOr[Resources] = js.undefined,\n        orphanedResources: js.UndefOr[Resources] = js.undefined\n    ): DeleteProjectResult = {\n      val __obj = js.Dynamic.literal()\n      deletedResources.foreach(__v => __obj.updateDynamic(\"deletedResources\")(__v.asInstanceOf[js.Any]))\n      orphanedResources.foreach(__v => __obj.updateDynamic(\"orphanedResources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteProjectResult]\n    }\n  }\n\n  \/** Request structure to request the details of a specific bundle.\n    *\/\n  @js.native\n  trait DescribeBundleRequest extends js.Object {\n    var bundleId: BundleId\n  }\n\n  object DescribeBundleRequest {\n    @inline\n    def apply(\n        bundleId: BundleId\n    ): DescribeBundleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"bundleId\" -> bundleId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeBundleRequest]\n    }\n  }\n\n  \/** Result structure contains the details of the bundle.\n    *\/\n  @js.native\n  trait DescribeBundleResult extends js.Object {\n    var details: js.UndefOr[BundleDetails]\n  }\n\n  object DescribeBundleResult {\n    @inline\n    def apply(\n        details: js.UndefOr[BundleDetails] = js.undefined\n    ): DescribeBundleResult = {\n      val __obj = js.Dynamic.literal()\n      details.foreach(__v => __obj.updateDynamic(\"details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeBundleResult]\n    }\n  }\n\n  \/** Request structure used to request details about a project.\n    *\/\n  @js.native\n  trait DescribeProjectRequest extends js.Object {\n    var projectId: ProjectId\n    var syncFromResources: js.UndefOr[Boolean]\n  }\n\n  object DescribeProjectRequest {\n    @inline\n    def apply(\n        projectId: ProjectId,\n        syncFromResources: js.UndefOr[Boolean] = js.undefined\n    ): DescribeProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"projectId\" -> projectId.asInstanceOf[js.Any]\n      )\n\n      syncFromResources.foreach(__v => __obj.updateDynamic(\"syncFromResources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectRequest]\n    }\n  }\n\n  \/** Result structure used for requests of project details.\n    *\/\n  @js.native\n  trait DescribeProjectResult extends js.Object {\n    var details: js.UndefOr[ProjectDetails]\n  }\n\n  object DescribeProjectResult {\n    @inline\n    def apply(\n        details: js.UndefOr[ProjectDetails] = js.undefined\n    ): DescribeProjectResult = {\n      val __obj = js.Dynamic.literal()\n      details.foreach(__v => __obj.updateDynamic(\"details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeProjectResult]\n    }\n  }\n\n  \/** Request structure used to request generation of custom SDK and tool packages required to integrate mobile web or app clients with backed AWS resources.\n    *\/\n  @js.native\n  trait ExportBundleRequest extends js.Object {\n    var bundleId: BundleId\n    var platform: js.UndefOr[Platform]\n    var projectId: js.UndefOr[ProjectId]\n  }\n\n  object ExportBundleRequest {\n    @inline\n    def apply(\n        bundleId: BundleId,\n        platform: js.UndefOr[Platform] = js.undefined,\n        projectId: js.UndefOr[ProjectId] = js.undefined\n    ): ExportBundleRequest = {\n      val __obj = js.Dynamic.literal(\n        \"bundleId\" -> bundleId.asInstanceOf[js.Any]\n      )\n\n      platform.foreach(__v => __obj.updateDynamic(\"platform\")(__v.asInstanceOf[js.Any]))\n      projectId.foreach(__v => __obj.updateDynamic(\"projectId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportBundleRequest]\n    }\n  }\n\n  \/** Result structure which contains link to download custom-generated SDK and tool packages used to integrate mobile web or app clients with backed AWS resources.\n    *\/\n  @js.native\n  trait ExportBundleResult extends js.Object {\n    var downloadUrl: js.UndefOr[DownloadUrl]\n  }\n\n  object ExportBundleResult {\n    @inline\n    def apply(\n        downloadUrl: js.UndefOr[DownloadUrl] = js.undefined\n    ): ExportBundleResult = {\n      val __obj = js.Dynamic.literal()\n      downloadUrl.foreach(__v => __obj.updateDynamic(\"downloadUrl\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportBundleResult]\n    }\n  }\n\n  \/** Request structure used in requests to export project configuration details.\n    *\/\n  @js.native\n  trait ExportProjectRequest extends js.Object {\n    var projectId: ProjectId\n  }\n\n  object ExportProjectRequest {\n    @inline\n    def apply(\n        projectId: ProjectId\n    ): ExportProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"projectId\" -> projectId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ExportProjectRequest]\n    }\n  }\n\n  \/** Result structure used for requests to export project configuration details.\n    *\/\n  @js.native\n  trait ExportProjectResult extends js.Object {\n    var downloadUrl: js.UndefOr[DownloadUrl]\n    var shareUrl: js.UndefOr[ShareUrl]\n    var snapshotId: js.UndefOr[SnapshotId]\n  }\n\n  object ExportProjectResult {\n    @inline\n    def apply(\n        downloadUrl: js.UndefOr[DownloadUrl] = js.undefined,\n        shareUrl: js.UndefOr[ShareUrl] = js.undefined,\n        snapshotId: js.UndefOr[SnapshotId] = js.undefined\n    ): ExportProjectResult = {\n      val __obj = js.Dynamic.literal()\n      downloadUrl.foreach(__v => __obj.updateDynamic(\"downloadUrl\")(__v.asInstanceOf[js.Any]))\n      shareUrl.foreach(__v => __obj.updateDynamic(\"shareUrl\")(__v.asInstanceOf[js.Any]))\n      snapshotId.foreach(__v => __obj.updateDynamic(\"snapshotId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ExportProjectResult]\n    }\n  }\n\n  \/** The service has encountered an unexpected error condition which prevents it from servicing the request.\n    *\/\n  @js.native\n  trait InternalFailureExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** There are too many AWS Mobile Hub projects in the account or the account has exceeded the maximum number of resources in some AWS service. You should create another sub-account using AWS Organizations or remove some resources and retry your request.\n    *\/\n  @js.native\n  trait LimitExceededExceptionException extends js.Object {\n    val retryAfterSeconds: ErrorMessage\n    val message: ErrorMessage\n  }\n\n  \/** Request structure to request all available bundles.\n    *\/\n  @js.native\n  trait ListBundlesRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBundlesRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBundlesRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBundlesRequest]\n    }\n  }\n\n  \/** Result structure contains a list of all available bundles with details.\n    *\/\n  @js.native\n  trait ListBundlesResult extends js.Object {\n    var bundleList: js.UndefOr[BundleList]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListBundlesResult {\n    @inline\n    def apply(\n        bundleList: js.UndefOr[BundleList] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListBundlesResult = {\n      val __obj = js.Dynamic.literal()\n      bundleList.foreach(__v => __obj.updateDynamic(\"bundleList\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListBundlesResult]\n    }\n  }\n\n  \/** Request structure used to request projects list in AWS Mobile Hub.\n    *\/\n  @js.native\n  trait ListProjectsRequest extends js.Object {\n    var maxResults: js.UndefOr[MaxResults]\n    var nextToken: js.UndefOr[NextToken]\n  }\n\n  object ListProjectsRequest {\n    @inline\n    def apply(\n        maxResults: js.UndefOr[MaxResults] = js.undefined,\n        nextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListProjectsRequest = {\n      val __obj = js.Dynamic.literal()\n      maxResults.foreach(__v => __obj.updateDynamic(\"maxResults\")(__v.asInstanceOf[js.Any]))\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsRequest]\n    }\n  }\n\n  \/** Result structure used for requests to list projects in AWS Mobile Hub.\n    *\/\n  @js.native\n  trait ListProjectsResult extends js.Object {\n    var nextToken: js.UndefOr[NextToken]\n    var projects: js.UndefOr[ProjectSummaries]\n  }\n\n  object ListProjectsResult {\n    @inline\n    def apply(\n        nextToken: js.UndefOr[NextToken] = js.undefined,\n        projects: js.UndefOr[ProjectSummaries] = js.undefined\n    ): ListProjectsResult = {\n      val __obj = js.Dynamic.literal()\n      nextToken.foreach(__v => __obj.updateDynamic(\"nextToken\")(__v.asInstanceOf[js.Any]))\n      projects.foreach(__v => __obj.updateDynamic(\"projects\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListProjectsResult]\n    }\n  }\n\n  \/** No entity can be found with the specified identifier.\n    *\/\n  @js.native\n  trait NotFoundExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Developer desktop or target mobile app or website platform.\n    *\/\n  @js.native\n  sealed trait Platform extends js.Any\n  object Platform {\n    val OSX = \"OSX\".asInstanceOf[Platform]\n    val WINDOWS = \"WINDOWS\".asInstanceOf[Platform]\n    val LINUX = \"LINUX\".asInstanceOf[Platform]\n    val OBJC = \"OBJC\".asInstanceOf[Platform]\n    val SWIFT = \"SWIFT\".asInstanceOf[Platform]\n    val ANDROID = \"ANDROID\".asInstanceOf[Platform]\n    val JAVASCRIPT = \"JAVASCRIPT\".asInstanceOf[Platform]\n\n    @inline def values = js.Array(OSX, WINDOWS, LINUX, OBJC, SWIFT, ANDROID, JAVASCRIPT)\n  }\n\n  \/** Detailed information about an AWS Mobile Hub project.\n    *\/\n  @js.native\n  trait ProjectDetails extends js.Object {\n    var consoleUrl: js.UndefOr[ConsoleUrl]\n    var createdDate: js.UndefOr[Date]\n    var lastUpdatedDate: js.UndefOr[Date]\n    var name: js.UndefOr[ProjectName]\n    var projectId: js.UndefOr[ProjectId]\n    var region: js.UndefOr[ProjectRegion]\n    var resources: js.UndefOr[Resources]\n    var state: js.UndefOr[ProjectState]\n  }\n\n  object ProjectDetails {\n    @inline\n    def apply(\n        consoleUrl: js.UndefOr[ConsoleUrl] = js.undefined,\n        createdDate: js.UndefOr[Date] = js.undefined,\n        lastUpdatedDate: js.UndefOr[Date] = js.undefined,\n        name: js.UndefOr[ProjectName] = js.undefined,\n        projectId: js.UndefOr[ProjectId] = js.undefined,\n        region: js.UndefOr[ProjectRegion] = js.undefined,\n        resources: js.UndefOr[Resources] = js.undefined,\n        state: js.UndefOr[ProjectState] = js.undefined\n    ): ProjectDetails = {\n      val __obj = js.Dynamic.literal()\n      consoleUrl.foreach(__v => __obj.updateDynamic(\"consoleUrl\")(__v.asInstanceOf[js.Any]))\n      createdDate.foreach(__v => __obj.updateDynamic(\"createdDate\")(__v.asInstanceOf[js.Any]))\n      lastUpdatedDate.foreach(__v => __obj.updateDynamic(\"lastUpdatedDate\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      projectId.foreach(__v => __obj.updateDynamic(\"projectId\")(__v.asInstanceOf[js.Any]))\n      region.foreach(__v => __obj.updateDynamic(\"region\")(__v.asInstanceOf[js.Any]))\n      resources.foreach(__v => __obj.updateDynamic(\"resources\")(__v.asInstanceOf[js.Any]))\n      state.foreach(__v => __obj.updateDynamic(\"state\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectDetails]\n    }\n  }\n\n  \/** Synchronization state for a project.\n    *\/\n  @js.native\n  sealed trait ProjectState extends js.Any\n  object ProjectState {\n    val NORMAL = \"NORMAL\".asInstanceOf[ProjectState]\n    val SYNCING = \"SYNCING\".asInstanceOf[ProjectState]\n    val IMPORTING = \"IMPORTING\".asInstanceOf[ProjectState]\n\n    @inline def values = js.Array(NORMAL, SYNCING, IMPORTING)\n  }\n\n  \/** Summary information about an AWS Mobile Hub project.\n    *\/\n  @js.native\n  trait ProjectSummary extends js.Object {\n    var name: js.UndefOr[ProjectName]\n    var projectId: js.UndefOr[ProjectId]\n  }\n\n  object ProjectSummary {\n    @inline\n    def apply(\n        name: js.UndefOr[ProjectName] = js.undefined,\n        projectId: js.UndefOr[ProjectId] = js.undefined\n    ): ProjectSummary = {\n      val __obj = js.Dynamic.literal()\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      projectId.foreach(__v => __obj.updateDynamic(\"projectId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ProjectSummary]\n    }\n  }\n\n  \/** Information about an instance of an AWS resource associated with a project.\n    *\/\n  @js.native\n  trait Resource extends js.Object {\n    var arn: js.UndefOr[ResourceArn]\n    var attributes: js.UndefOr[Attributes]\n    var feature: js.UndefOr[Feature]\n    var name: js.UndefOr[ResourceName]\n    var `type`: js.UndefOr[ResourceType]\n  }\n\n  object Resource {\n    @inline\n    def apply(\n        arn: js.UndefOr[ResourceArn] = js.undefined,\n        attributes: js.UndefOr[Attributes] = js.undefined,\n        feature: js.UndefOr[Feature] = js.undefined,\n        name: js.UndefOr[ResourceName] = js.undefined,\n        `type`: js.UndefOr[ResourceType] = js.undefined\n    ): Resource = {\n      val __obj = js.Dynamic.literal()\n      arn.foreach(__v => __obj.updateDynamic(\"arn\")(__v.asInstanceOf[js.Any]))\n      attributes.foreach(__v => __obj.updateDynamic(\"attributes\")(__v.asInstanceOf[js.Any]))\n      feature.foreach(__v => __obj.updateDynamic(\"feature\")(__v.asInstanceOf[js.Any]))\n      name.foreach(__v => __obj.updateDynamic(\"name\")(__v.asInstanceOf[js.Any]))\n      `type`.foreach(__v => __obj.updateDynamic(\"type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Resource]\n    }\n  }\n\n  \/** The service is temporarily unavailable. The request should be retried after some time delay.\n    *\/\n  @js.native\n  trait ServiceUnavailableExceptionException extends js.Object {\n    val retryAfterSeconds: ErrorMessage\n    val message: ErrorMessage\n  }\n\n  \/** Too many requests have been received for this AWS account in too short a time. The request should be retried after some time delay.\n    *\/\n  @js.native\n  trait TooManyRequestsExceptionException extends js.Object {\n    val retryAfterSeconds: ErrorMessage\n    val message: ErrorMessage\n  }\n\n  \/** Credentials of the caller are insufficient to authorize the request.\n    *\/\n  @js.native\n  trait UnauthorizedExceptionException extends js.Object {\n    val message: ErrorMessage\n  }\n\n  \/** Request structure used for requests to update project configuration.\n    *\/\n  @js.native\n  trait UpdateProjectRequest extends js.Object {\n    var projectId: ProjectId\n    var contents: js.UndefOr[Contents]\n  }\n\n  object UpdateProjectRequest {\n    @inline\n    def apply(\n        projectId: ProjectId,\n        contents: js.UndefOr[Contents] = js.undefined\n    ): UpdateProjectRequest = {\n      val __obj = js.Dynamic.literal(\n        \"projectId\" -> projectId.asInstanceOf[js.Any]\n      )\n\n      contents.foreach(__v => __obj.updateDynamic(\"contents\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectRequest]\n    }\n  }\n\n  \/** Result structure used for requests to updated project configuration.\n    *\/\n  @js.native\n  trait UpdateProjectResult extends js.Object {\n    var details: js.UndefOr[ProjectDetails]\n  }\n\n  object UpdateProjectResult {\n    @inline\n    def apply(\n        details: js.UndefOr[ProjectDetails] = js.undefined\n    ): UpdateProjectResult = {\n      val __obj = js.Dynamic.literal()\n      details.foreach(__v => __obj.updateDynamic(\"details\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateProjectResult]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/resourcegroups\/src\/main\/scala\/facade\/amazonaws\/services\/ResourceGroups.scala","text":"<reponame>scala-steward\/aws-sdk-scalajs-facade\npackage facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object resourcegroups {\n  type Description = String\n  type ErrorCode = String\n  type ErrorMessage = String\n  type FailedResourceList = js.Array[FailedResource]\n  type GroupArn = String\n  type GroupConfigurationFailureReason = String\n  type GroupConfigurationList = js.Array[GroupConfigurationItem]\n  type GroupConfigurationParameterName = String\n  type GroupConfigurationParameterValue = String\n  type GroupConfigurationParameterValueList = js.Array[GroupConfigurationParameterValue]\n  type GroupConfigurationType = String\n  type GroupFilterList = js.Array[GroupFilter]\n  type GroupFilterValue = String\n  type GroupFilterValues = js.Array[GroupFilterValue]\n  type GroupIdentifierList = js.Array[GroupIdentifier]\n  type GroupList = js.Array[Group]\n  type GroupName = String\n  type GroupParameterList = js.Array[GroupConfigurationParameter]\n  type GroupString = String\n  type ListGroupResourcesItemList = js.Array[ListGroupResourcesItem]\n  type MaxResults = Int\n  type NextToken = String\n  type PendingResourceList = js.Array[PendingResource]\n  type Query = String\n  type QueryErrorList = js.Array[QueryError]\n  type QueryErrorMessage = String\n  type ResourceArn = String\n  type ResourceArnList = js.Array[ResourceArn]\n  type ResourceFilterList = js.Array[ResourceFilter]\n  type ResourceFilterValue = String\n  type ResourceFilterValues = js.Array[ResourceFilterValue]\n  type ResourceIdentifierList = js.Array[ResourceIdentifier]\n  type ResourceType = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagValue = String\n  type Tags = js.Dictionary[TagValue]\n\n  implicit final class ResourceGroupsOps(private val service: ResourceGroups) extends AnyVal {\n\n    @inline def createGroupFuture(params: CreateGroupInput): Future[CreateGroupOutput] = service.createGroup(params).promise().toFuture\n    @inline def deleteGroupFuture(params: DeleteGroupInput): Future[DeleteGroupOutput] = service.deleteGroup(params).promise().toFuture\n    @inline def getGroupConfigurationFuture(params: GetGroupConfigurationInput): Future[GetGroupConfigurationOutput] = service.getGroupConfiguration(params).promise().toFuture\n    @inline def getGroupFuture(params: GetGroupInput): Future[GetGroupOutput] = service.getGroup(params).promise().toFuture\n    @inline def getGroupQueryFuture(params: GetGroupQueryInput): Future[GetGroupQueryOutput] = service.getGroupQuery(params).promise().toFuture\n    @inline def getTagsFuture(params: GetTagsInput): Future[GetTagsOutput] = service.getTags(params).promise().toFuture\n    @inline def groupResourcesFuture(params: GroupResourcesInput): Future[GroupResourcesOutput] = service.groupResources(params).promise().toFuture\n    @inline def listGroupResourcesFuture(params: ListGroupResourcesInput): Future[ListGroupResourcesOutput] = service.listGroupResources(params).promise().toFuture\n    @inline def listGroupsFuture(params: ListGroupsInput): Future[ListGroupsOutput] = service.listGroups(params).promise().toFuture\n    @inline def putGroupConfigurationFuture(params: PutGroupConfigurationInput): Future[PutGroupConfigurationOutput] = service.putGroupConfiguration(params).promise().toFuture\n    @inline def searchResourcesFuture(params: SearchResourcesInput): Future[SearchResourcesOutput] = service.searchResources(params).promise().toFuture\n    @inline def tagFuture(params: TagInput): Future[TagOutput] = service.tag(params).promise().toFuture\n    @inline def ungroupResourcesFuture(params: UngroupResourcesInput): Future[UngroupResourcesOutput] = service.ungroupResources(params).promise().toFuture\n    @inline def untagFuture(params: UntagInput): Future[UntagOutput] = service.untag(params).promise().toFuture\n    @inline def updateGroupFuture(params: UpdateGroupInput): Future[UpdateGroupOutput] = service.updateGroup(params).promise().toFuture\n    @inline def updateGroupQueryFuture(params: UpdateGroupQueryInput): Future[UpdateGroupQueryOutput] = service.updateGroupQuery(params).promise().toFuture\n\n  }\n}\n\npackage resourcegroups {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/resourcegroups\", JSImport.Namespace, \"AWS.ResourceGroups\")\n  class ResourceGroups() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def createGroup(params: CreateGroupInput): Request[CreateGroupOutput] = js.native\n    def deleteGroup(params: DeleteGroupInput): Request[DeleteGroupOutput] = js.native\n    def getGroup(params: GetGroupInput): Request[GetGroupOutput] = js.native\n    def getGroupConfiguration(params: GetGroupConfigurationInput): Request[GetGroupConfigurationOutput] = js.native\n    def getGroupQuery(params: GetGroupQueryInput): Request[GetGroupQueryOutput] = js.native\n    def getTags(params: GetTagsInput): Request[GetTagsOutput] = js.native\n    def groupResources(params: GroupResourcesInput): Request[GroupResourcesOutput] = js.native\n    def listGroupResources(params: ListGroupResourcesInput): Request[ListGroupResourcesOutput] = js.native\n    def listGroups(params: ListGroupsInput): Request[ListGroupsOutput] = js.native\n    def putGroupConfiguration(params: PutGroupConfigurationInput): Request[PutGroupConfigurationOutput] = js.native\n    def searchResources(params: SearchResourcesInput): Request[SearchResourcesOutput] = js.native\n    def tag(params: TagInput): Request[TagOutput] = js.native\n    def ungroupResources(params: UngroupResourcesInput): Request[UngroupResourcesOutput] = js.native\n    def untag(params: UntagInput): Request[UntagOutput] = js.native\n    def updateGroup(params: UpdateGroupInput): Request[UpdateGroupOutput] = js.native\n    def updateGroupQuery(params: UpdateGroupQueryInput): Request[UpdateGroupQueryOutput] = js.native\n  }\n\n  @js.native\n  trait CreateGroupInput extends js.Object {\n    var Name: GroupName\n    var Configuration: js.UndefOr[GroupConfigurationList]\n    var Description: js.UndefOr[Description]\n    var ResourceQuery: js.UndefOr[ResourceQuery]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateGroupInput {\n    @inline\n    def apply(\n        Name: GroupName,\n        Configuration: js.UndefOr[GroupConfigurationList] = js.undefined,\n        Description: js.UndefOr[Description] = js.undefined,\n        ResourceQuery: js.UndefOr[ResourceQuery] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateGroupInput = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      ResourceQuery.foreach(__v => __obj.updateDynamic(\"ResourceQuery\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupInput]\n    }\n  }\n\n  @js.native\n  trait CreateGroupOutput extends js.Object {\n    var Group: js.UndefOr[Group]\n    var GroupConfiguration: js.UndefOr[GroupConfiguration]\n    var ResourceQuery: js.UndefOr[ResourceQuery]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object CreateGroupOutput {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined,\n        GroupConfiguration: js.UndefOr[GroupConfiguration] = js.undefined,\n        ResourceQuery: js.UndefOr[ResourceQuery] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): CreateGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupConfiguration.foreach(__v => __obj.updateDynamic(\"GroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      ResourceQuery.foreach(__v => __obj.updateDynamic(\"ResourceQuery\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateGroupOutput]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupInput extends js.Object {\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object DeleteGroupInput {\n    @inline\n    def apply(\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): DeleteGroupInput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGroupInput]\n    }\n  }\n\n  @js.native\n  trait DeleteGroupOutput extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object DeleteGroupOutput {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): DeleteGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DeleteGroupOutput]\n    }\n  }\n\n  \/** A resource that failed to be added to or removed from a group.\n    *\/\n  @js.native\n  trait FailedResource extends js.Object {\n    var ErrorCode: js.UndefOr[ErrorCode]\n    var ErrorMessage: js.UndefOr[ErrorMessage]\n    var ResourceArn: js.UndefOr[ResourceArn]\n  }\n\n  object FailedResource {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[ErrorCode] = js.undefined,\n        ErrorMessage: js.UndefOr[ErrorMessage] = js.undefined,\n        ResourceArn: js.UndefOr[ResourceArn] = js.undefined\n    ): FailedResource = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      ErrorMessage.foreach(__v => __obj.updateDynamic(\"ErrorMessage\")(__v.asInstanceOf[js.Any]))\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[FailedResource]\n    }\n  }\n\n  @js.native\n  trait GetGroupConfigurationInput extends js.Object {\n    var Group: js.UndefOr[GroupString]\n  }\n\n  object GetGroupConfigurationInput {\n    @inline\n    def apply(\n        Group: js.UndefOr[GroupString] = js.undefined\n    ): GetGroupConfigurationInput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupConfigurationInput]\n    }\n  }\n\n  @js.native\n  trait GetGroupConfigurationOutput extends js.Object {\n    var GroupConfiguration: js.UndefOr[GroupConfiguration]\n  }\n\n  object GetGroupConfigurationOutput {\n    @inline\n    def apply(\n        GroupConfiguration: js.UndefOr[GroupConfiguration] = js.undefined\n    ): GetGroupConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      GroupConfiguration.foreach(__v => __obj.updateDynamic(\"GroupConfiguration\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupConfigurationOutput]\n    }\n  }\n\n  @js.native\n  trait GetGroupInput extends js.Object {\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object GetGroupInput {\n    @inline\n    def apply(\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): GetGroupInput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupInput]\n    }\n  }\n\n  @js.native\n  trait GetGroupOutput extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object GetGroupOutput {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): GetGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupOutput]\n    }\n  }\n\n  @js.native\n  trait GetGroupQueryInput extends js.Object {\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object GetGroupQueryInput {\n    @inline\n    def apply(\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): GetGroupQueryInput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupQueryInput]\n    }\n  }\n\n  @js.native\n  trait GetGroupQueryOutput extends js.Object {\n    var GroupQuery: js.UndefOr[GroupQuery]\n  }\n\n  object GetGroupQueryOutput {\n    @inline\n    def apply(\n        GroupQuery: js.UndefOr[GroupQuery] = js.undefined\n    ): GetGroupQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      GroupQuery.foreach(__v => __obj.updateDynamic(\"GroupQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetGroupQueryOutput]\n    }\n  }\n\n  @js.native\n  trait GetTagsInput extends js.Object {\n    var Arn: GroupArn\n  }\n\n  object GetTagsInput {\n    @inline\n    def apply(\n        Arn: GroupArn\n    ): GetTagsInput = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GetTagsInput]\n    }\n  }\n\n  @js.native\n  trait GetTagsOutput extends js.Object {\n    var Arn: js.UndefOr[GroupArn]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object GetTagsOutput {\n    @inline\n    def apply(\n        Arn: js.UndefOr[GroupArn] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): GetTagsOutput = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GetTagsOutput]\n    }\n  }\n\n  \/** A resource group that contains AWS resources. You can assign resources to the group by associating either of the following elements with the group: * <a>ResourceQuery<\/a> - Use a resource query to specify a set of tag keys and values. All resources in the same AWS Region and AWS account that have those keys with the same values are included in the group. You can add a resource query when you create the group, or later by using the <a>PutGroupConfiguration<\/a> operation. * <a>GroupConfiguration<\/a> - Use a service configuration to associate the group with an AWS service. The configuration specifies which resource types can be included in the group.\n    *\/\n  @js.native\n  trait Group extends js.Object {\n    var GroupArn: GroupArn\n    var Name: GroupName\n    var Description: js.UndefOr[Description]\n  }\n\n  object Group {\n    @inline\n    def apply(\n        GroupArn: GroupArn,\n        Name: GroupName,\n        Description: js.UndefOr[Description] = js.undefined\n    ): Group = {\n      val __obj = js.Dynamic.literal(\n        \"GroupArn\" -> GroupArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Group]\n    }\n  }\n\n  \/** A service configuration associated with a resource group. The configuration options are determined by the AWS service that defines the <code>Type<\/code>, and specifies which resources can be included in the group. You can add a service configuration when you create the group by using <a>CreateGroup<\/a>, or later by using the <a>PutGroupConfiguration<\/a> operation. For details about group service configuration syntax, see [[https:\/\/docs.aws.amazon.com\/ARG\/latest\/APIReference\/about-slg.html|Service configurations for resource groups]].\n    *\/\n  @js.native\n  trait GroupConfiguration extends js.Object {\n    var Configuration: js.UndefOr[GroupConfigurationList]\n    var FailureReason: js.UndefOr[GroupConfigurationFailureReason]\n    var ProposedConfiguration: js.UndefOr[GroupConfigurationList]\n    var Status: js.UndefOr[GroupConfigurationStatus]\n  }\n\n  object GroupConfiguration {\n    @inline\n    def apply(\n        Configuration: js.UndefOr[GroupConfigurationList] = js.undefined,\n        FailureReason: js.UndefOr[GroupConfigurationFailureReason] = js.undefined,\n        ProposedConfiguration: js.UndefOr[GroupConfigurationList] = js.undefined,\n        Status: js.UndefOr[GroupConfigurationStatus] = js.undefined\n    ): GroupConfiguration = {\n      val __obj = js.Dynamic.literal()\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      FailureReason.foreach(__v => __obj.updateDynamic(\"FailureReason\")(__v.asInstanceOf[js.Any]))\n      ProposedConfiguration.foreach(__v => __obj.updateDynamic(\"ProposedConfiguration\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupConfiguration]\n    }\n  }\n\n  \/** An item in a group configuration. A group service configuration can have one or more items. For details about group service configuration syntax, see [[https:\/\/docs.aws.amazon.com\/ARG\/latest\/APIReference\/about-slg.html|Service configurations for resource groups]].\n    *\/\n  @js.native\n  trait GroupConfigurationItem extends js.Object {\n    var Type: GroupConfigurationType\n    var Parameters: js.UndefOr[GroupParameterList]\n  }\n\n  object GroupConfigurationItem {\n    @inline\n    def apply(\n        Type: GroupConfigurationType,\n        Parameters: js.UndefOr[GroupParameterList] = js.undefined\n    ): GroupConfigurationItem = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      Parameters.foreach(__v => __obj.updateDynamic(\"Parameters\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupConfigurationItem]\n    }\n  }\n\n  \/** A parameter for a group configuration item. For details about group service configuration syntax, see [[https:\/\/docs.aws.amazon.com\/ARG\/latest\/APIReference\/about-slg.html|Service configurations for resource groups]].\n    *\/\n  @js.native\n  trait GroupConfigurationParameter extends js.Object {\n    var Name: GroupConfigurationParameterName\n    var Values: js.UndefOr[GroupConfigurationParameterValueList]\n  }\n\n  object GroupConfigurationParameter {\n    @inline\n    def apply(\n        Name: GroupConfigurationParameterName,\n        Values: js.UndefOr[GroupConfigurationParameterValueList] = js.undefined\n    ): GroupConfigurationParameter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n\n      Values.foreach(__v => __obj.updateDynamic(\"Values\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupConfigurationParameter]\n    }\n  }\n\n  @js.native\n  sealed trait GroupConfigurationStatus extends js.Any\n  object GroupConfigurationStatus {\n    val UPDATING = \"UPDATING\".asInstanceOf[GroupConfigurationStatus]\n    val UPDATE_COMPLETE = \"UPDATE_COMPLETE\".asInstanceOf[GroupConfigurationStatus]\n    val UPDATE_FAILED = \"UPDATE_FAILED\".asInstanceOf[GroupConfigurationStatus]\n\n    @inline def values = js.Array(UPDATING, UPDATE_COMPLETE, UPDATE_FAILED)\n  }\n\n  \/** A filter collection that you can use to restrict the results from a <code>List<\/code> operation to only those you want to include.\n    *\/\n  @js.native\n  trait GroupFilter extends js.Object {\n    var Name: GroupFilterName\n    var Values: GroupFilterValues\n  }\n\n  object GroupFilter {\n    @inline\n    def apply(\n        Name: GroupFilterName,\n        Values: GroupFilterValues\n    ): GroupFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GroupFilter]\n    }\n  }\n\n  @js.native\n  sealed trait GroupFilterName extends js.Any\n  object GroupFilterName {\n    val `resource-type` = \"resource-type\".asInstanceOf[GroupFilterName]\n    val `configuration-type` = \"configuration-type\".asInstanceOf[GroupFilterName]\n\n    @inline def values = js.Array(`resource-type`, `configuration-type`)\n  }\n\n  \/** The unique identifiers for a resource group.\n    *\/\n  @js.native\n  trait GroupIdentifier extends js.Object {\n    var GroupArn: js.UndefOr[GroupArn]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object GroupIdentifier {\n    @inline\n    def apply(\n        GroupArn: js.UndefOr[GroupArn] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): GroupIdentifier = {\n      val __obj = js.Dynamic.literal()\n      GroupArn.foreach(__v => __obj.updateDynamic(\"GroupArn\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupIdentifier]\n    }\n  }\n\n  \/** A mapping of a query attached to a resource group that determines the AWS resources that are members of the group.\n    *\/\n  @js.native\n  trait GroupQuery extends js.Object {\n    var GroupName: GroupName\n    var ResourceQuery: ResourceQuery\n  }\n\n  object GroupQuery {\n    @inline\n    def apply(\n        GroupName: GroupName,\n        ResourceQuery: ResourceQuery\n    ): GroupQuery = {\n      val __obj = js.Dynamic.literal(\n        \"GroupName\" -> GroupName.asInstanceOf[js.Any],\n        \"ResourceQuery\" -> ResourceQuery.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GroupQuery]\n    }\n  }\n\n  @js.native\n  trait GroupResourcesInput extends js.Object {\n    var Group: GroupString\n    var ResourceArns: ResourceArnList\n  }\n\n  object GroupResourcesInput {\n    @inline\n    def apply(\n        Group: GroupString,\n        ResourceArns: ResourceArnList\n    ): GroupResourcesInput = {\n      val __obj = js.Dynamic.literal(\n        \"Group\" -> Group.asInstanceOf[js.Any],\n        \"ResourceArns\" -> ResourceArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[GroupResourcesInput]\n    }\n  }\n\n  @js.native\n  trait GroupResourcesOutput extends js.Object {\n    var Failed: js.UndefOr[FailedResourceList]\n    var Pending: js.UndefOr[PendingResourceList]\n    var Succeeded: js.UndefOr[ResourceArnList]\n  }\n\n  object GroupResourcesOutput {\n    @inline\n    def apply(\n        Failed: js.UndefOr[FailedResourceList] = js.undefined,\n        Pending: js.UndefOr[PendingResourceList] = js.undefined,\n        Succeeded: js.UndefOr[ResourceArnList] = js.undefined\n    ): GroupResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Pending.foreach(__v => __obj.updateDynamic(\"Pending\")(__v.asInstanceOf[js.Any]))\n      Succeeded.foreach(__v => __obj.updateDynamic(\"Succeeded\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[GroupResourcesOutput]\n    }\n  }\n\n  @js.native\n  trait ListGroupResourcesInput extends js.Object {\n    var Filters: js.UndefOr[ResourceFilterList]\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGroupResourcesInput {\n    @inline\n    def apply(\n        Filters: js.UndefOr[ResourceFilterList] = js.undefined,\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGroupResourcesInput = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupResourcesInput]\n    }\n  }\n\n  \/** A structure returned by the <a>ListGroupResources<\/a> operation that contains identity and group membership status information for one of the resources in the group.\n    *\/\n  @js.native\n  trait ListGroupResourcesItem extends js.Object {\n    var Identifier: js.UndefOr[ResourceIdentifier]\n    var Status: js.UndefOr[ResourceStatus]\n  }\n\n  object ListGroupResourcesItem {\n    @inline\n    def apply(\n        Identifier: js.UndefOr[ResourceIdentifier] = js.undefined,\n        Status: js.UndefOr[ResourceStatus] = js.undefined\n    ): ListGroupResourcesItem = {\n      val __obj = js.Dynamic.literal()\n      Identifier.foreach(__v => __obj.updateDynamic(\"Identifier\")(__v.asInstanceOf[js.Any]))\n      Status.foreach(__v => __obj.updateDynamic(\"Status\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupResourcesItem]\n    }\n  }\n\n  @js.native\n  trait ListGroupResourcesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var QueryErrors: js.UndefOr[QueryErrorList]\n    var ResourceIdentifiers: js.UndefOr[ResourceIdentifierList]\n    var Resources: js.UndefOr[ListGroupResourcesItemList]\n  }\n\n  object ListGroupResourcesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        QueryErrors: js.UndefOr[QueryErrorList] = js.undefined,\n        ResourceIdentifiers: js.UndefOr[ResourceIdentifierList] = js.undefined,\n        Resources: js.UndefOr[ListGroupResourcesItemList] = js.undefined\n    ): ListGroupResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      QueryErrors.foreach(__v => __obj.updateDynamic(\"QueryErrors\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifiers.foreach(__v => __obj.updateDynamic(\"ResourceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      Resources.foreach(__v => __obj.updateDynamic(\"Resources\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupResourcesOutput]\n    }\n  }\n\n  @js.native\n  trait ListGroupsInput extends js.Object {\n    var Filters: js.UndefOr[GroupFilterList]\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGroupsInput {\n    @inline\n    def apply(\n        Filters: js.UndefOr[GroupFilterList] = js.undefined,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGroupsInput = {\n      val __obj = js.Dynamic.literal()\n      Filters.foreach(__v => __obj.updateDynamic(\"Filters\")(__v.asInstanceOf[js.Any]))\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsInput]\n    }\n  }\n\n  @js.native\n  trait ListGroupsOutput extends js.Object {\n    var GroupIdentifiers: js.UndefOr[GroupIdentifierList]\n    var Groups: js.UndefOr[GroupList]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListGroupsOutput {\n    @inline\n    def apply(\n        GroupIdentifiers: js.UndefOr[GroupIdentifierList] = js.undefined,\n        Groups: js.UndefOr[GroupList] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListGroupsOutput = {\n      val __obj = js.Dynamic.literal()\n      GroupIdentifiers.foreach(__v => __obj.updateDynamic(\"GroupIdentifiers\")(__v.asInstanceOf[js.Any]))\n      Groups.foreach(__v => __obj.updateDynamic(\"Groups\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListGroupsOutput]\n    }\n  }\n\n  \/** A structure that identifies a resource that is currently pending addition to the group as a member. Adding a resource to a resource group happens asynchronously as a background task and this one isn't completed yet.\n    *\/\n  @js.native\n  trait PendingResource extends js.Object {\n    var ResourceArn: js.UndefOr[ResourceArn]\n  }\n\n  object PendingResource {\n    @inline\n    def apply(\n        ResourceArn: js.UndefOr[ResourceArn] = js.undefined\n    ): PendingResource = {\n      val __obj = js.Dynamic.literal()\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PendingResource]\n    }\n  }\n\n  @js.native\n  trait PutGroupConfigurationInput extends js.Object {\n    var Configuration: js.UndefOr[GroupConfigurationList]\n    var Group: js.UndefOr[GroupString]\n  }\n\n  object PutGroupConfigurationInput {\n    @inline\n    def apply(\n        Configuration: js.UndefOr[GroupConfigurationList] = js.undefined,\n        Group: js.UndefOr[GroupString] = js.undefined\n    ): PutGroupConfigurationInput = {\n      val __obj = js.Dynamic.literal()\n      Configuration.foreach(__v => __obj.updateDynamic(\"Configuration\")(__v.asInstanceOf[js.Any]))\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[PutGroupConfigurationInput]\n    }\n  }\n\n  @js.native\n  trait PutGroupConfigurationOutput extends js.Object\n\n  object PutGroupConfigurationOutput {\n    @inline\n    def apply(): PutGroupConfigurationOutput = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutGroupConfigurationOutput]\n    }\n  }\n\n  \/** A two-part error structure that can occur in <code>ListGroupResources<\/code> or <code>SearchResources<\/code> operations on CloudFormation stack-based queries. The error occurs if the CloudFormation stack on which the query is based either does not exist, or has a status that renders the stack inactive. A <code>QueryError<\/code> occurrence does not necessarily mean that AWS Resource Groups could not complete the operation, but the resulting group might have no member resources.\n    *\/\n  @js.native\n  trait QueryError extends js.Object {\n    var ErrorCode: js.UndefOr[QueryErrorCode]\n    var Message: js.UndefOr[QueryErrorMessage]\n  }\n\n  object QueryError {\n    @inline\n    def apply(\n        ErrorCode: js.UndefOr[QueryErrorCode] = js.undefined,\n        Message: js.UndefOr[QueryErrorMessage] = js.undefined\n    ): QueryError = {\n      val __obj = js.Dynamic.literal()\n      ErrorCode.foreach(__v => __obj.updateDynamic(\"ErrorCode\")(__v.asInstanceOf[js.Any]))\n      Message.foreach(__v => __obj.updateDynamic(\"Message\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[QueryError]\n    }\n  }\n\n  @js.native\n  sealed trait QueryErrorCode extends js.Any\n  object QueryErrorCode {\n    val CLOUDFORMATION_STACK_INACTIVE = \"CLOUDFORMATION_STACK_INACTIVE\".asInstanceOf[QueryErrorCode]\n    val CLOUDFORMATION_STACK_NOT_EXISTING = \"CLOUDFORMATION_STACK_NOT_EXISTING\".asInstanceOf[QueryErrorCode]\n\n    @inline def values = js.Array(CLOUDFORMATION_STACK_INACTIVE, CLOUDFORMATION_STACK_NOT_EXISTING)\n  }\n\n  @js.native\n  sealed trait QueryType extends js.Any\n  object QueryType {\n    val TAG_FILTERS_1_0 = \"TAG_FILTERS_1_0\".asInstanceOf[QueryType]\n    val CLOUDFORMATION_STACK_1_0 = \"CLOUDFORMATION_STACK_1_0\".asInstanceOf[QueryType]\n\n    @inline def values = js.Array(TAG_FILTERS_1_0, CLOUDFORMATION_STACK_1_0)\n  }\n\n  \/** A filter name and value pair that is used to obtain more specific results from a list of resources.\n    *\/\n  @js.native\n  trait ResourceFilter extends js.Object {\n    var Name: ResourceFilterName\n    var Values: ResourceFilterValues\n  }\n\n  object ResourceFilter {\n    @inline\n    def apply(\n        Name: ResourceFilterName,\n        Values: ResourceFilterValues\n    ): ResourceFilter = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Values\" -> Values.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceFilter]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceFilterName extends js.Any\n  object ResourceFilterName {\n    val `resource-type` = \"resource-type\".asInstanceOf[ResourceFilterName]\n\n    @inline def values = js.Array(`resource-type`)\n  }\n\n  \/** A structure that contains the ARN of a resource and its resource type.\n    *\/\n  @js.native\n  trait ResourceIdentifier extends js.Object {\n    var ResourceArn: js.UndefOr[ResourceArn]\n    var ResourceType: js.UndefOr[ResourceType]\n  }\n\n  object ResourceIdentifier {\n    @inline\n    def apply(\n        ResourceArn: js.UndefOr[ResourceArn] = js.undefined,\n        ResourceType: js.UndefOr[ResourceType] = js.undefined\n    ): ResourceIdentifier = {\n      val __obj = js.Dynamic.literal()\n      ResourceArn.foreach(__v => __obj.updateDynamic(\"ResourceArn\")(__v.asInstanceOf[js.Any]))\n      ResourceType.foreach(__v => __obj.updateDynamic(\"ResourceType\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceIdentifier]\n    }\n  }\n\n  \/** The query that is used to define a resource group or a search for resources. A query specifies both a query type and a query string as a JSON object. See the examples section for example JSON strings. The examples that follow are shown as standard JSON strings. If you include such a string as a parameter to the AWS CLI or an SDK API, you might need to 'escape' the string into a single line. For example, see the [[https:\/\/docs.aws.amazon.com\/cli\/latest\/userguide\/cli-usage-parameters-quoting-strings.html|Quoting strings]] in the <i>AWS CLI User Guide<\/i>.\n    * ```Example 1``` The following generic example shows a resource query JSON string that includes only resources that meet the following criteria: * The resource type must be either <code>resource_type1<\/code> or <code>resource_type2<\/code>. * The resource must have a tag <code>Key1<\/code> with a value of either <code>ValueA<\/code> or <code>ValueB<\/code>. * The resource must have a tag <code>Key2<\/code> with a value of either <code>ValueC<\/code> or <code>ValueD<\/code>. <code>{ \"Type\": \"TAG_FILTERS_1_0\", \"Query\": { \"ResourceTypeFilters\": [ \"resource_type1\", \"resource_type2\"], \"TagFilters\": [ { \"Key\": \"Key1\", \"Values\": [\"ValueA\",\"ValueB\"] }, { \"Key\":\"Key2\", \"Values\":[\"ValueC\",\"ValueD\"] } ] } }<\/code> This has the equivalent \"shortcut\" syntax of the following: <code>{ \"Type\": \"TAG_FILTERS_1_0\", \"Query\": { \"ResourceTypeFilters\": [ \"resource_type1\", \"resource_type2\"], \"TagFilters\": [ { \"Key1\": [\"ValueA\",\"ValueB\"] }, { \"Key2\": [\"ValueC\",\"ValueD\"] } ] } }<\/code>\n    * ```Example 2``` The following example shows a resource query JSON string that includes only Amazon EC2 instances that are tagged <code>Stage<\/code> with a value of <code>Test<\/code>. <code>{ \"Type\": \"TAG_FILTERS_1_0\", \"Query\": \"{ \"ResourceTypeFilters\": \"AWS::EC2::Instance\", \"TagFilters\": { \"Stage\": \"Test\" } } }<\/code>\n    * ```Example 3``` The following example shows a resource query JSON string that includes resource of any supported type as long as it is tagged <code>Stage<\/code> with a value of <code>Prod<\/code>. <code>{ \"Type\": \"TAG_FILTERS_1_0\", \"Query\": { \"ResourceTypeFilters\": \"AWS::AllSupported\", \"TagFilters\": { \"Stage\": \"Prod\" } } }<\/code>\n    * ```Example 4``` The following example shows a resource query JSON string that includes only Amazon EC2 instances and Amazon S3 buckets that are part of the specified AWS CloudFormation stack. <code>{ \"Type\": \"CLOUDFORMATION_STACK_1_0\", \"Query\": { \"ResourceTypeFilters\": [ \"AWS::EC2::Instance\", \"AWS::S3::Bucket\" ], \"StackIdentifier\": \"arn:aws:cloudformation:us-west-2:123456789012:stack\/AWStestuseraccount\/fb0d5000-aba8-00e8-aa9e-50d5cEXAMPLE\" } }<\/code>\n    *\/\n  @js.native\n  trait ResourceQuery extends js.Object {\n    var Query: Query\n    var Type: QueryType\n  }\n\n  object ResourceQuery {\n    @inline\n    def apply(\n        Query: Query,\n        Type: QueryType\n    ): ResourceQuery = {\n      val __obj = js.Dynamic.literal(\n        \"Query\" -> Query.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ResourceQuery]\n    }\n  }\n\n  \/** A structure that identifies the current group membership status for a resource. Adding a resource to a resource group is performed asynchronously as a background task. A <code>PENDING<\/code> status indicates, for this resource, that the process isn't completed yet.\n    *\/\n  @js.native\n  trait ResourceStatus extends js.Object {\n    var Name: js.UndefOr[ResourceStatusValue]\n  }\n\n  object ResourceStatus {\n    @inline\n    def apply(\n        Name: js.UndefOr[ResourceStatusValue] = js.undefined\n    ): ResourceStatus = {\n      val __obj = js.Dynamic.literal()\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ResourceStatus]\n    }\n  }\n\n  @js.native\n  sealed trait ResourceStatusValue extends js.Any\n  object ResourceStatusValue {\n    val PENDING = \"PENDING\".asInstanceOf[ResourceStatusValue]\n\n    @inline def values = js.Array(PENDING)\n  }\n\n  @js.native\n  trait SearchResourcesInput extends js.Object {\n    var ResourceQuery: ResourceQuery\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object SearchResourcesInput {\n    @inline\n    def apply(\n        ResourceQuery: ResourceQuery,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): SearchResourcesInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceQuery\" -> ResourceQuery.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchResourcesInput]\n    }\n  }\n\n  @js.native\n  trait SearchResourcesOutput extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var QueryErrors: js.UndefOr[QueryErrorList]\n    var ResourceIdentifiers: js.UndefOr[ResourceIdentifierList]\n  }\n\n  object SearchResourcesOutput {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        QueryErrors: js.UndefOr[QueryErrorList] = js.undefined,\n        ResourceIdentifiers: js.UndefOr[ResourceIdentifierList] = js.undefined\n    ): SearchResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      QueryErrors.foreach(__v => __obj.updateDynamic(\"QueryErrors\")(__v.asInstanceOf[js.Any]))\n      ResourceIdentifiers.foreach(__v => __obj.updateDynamic(\"ResourceIdentifiers\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SearchResourcesOutput]\n    }\n  }\n\n  @js.native\n  trait TagInput extends js.Object {\n    var Arn: GroupArn\n    var Tags: Tags\n  }\n\n  object TagInput {\n    @inline\n    def apply(\n        Arn: GroupArn,\n        Tags: Tags\n    ): TagInput = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Tags\" -> Tags.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagInput]\n    }\n  }\n\n  @js.native\n  trait TagOutput extends js.Object {\n    var Arn: js.UndefOr[GroupArn]\n    var Tags: js.UndefOr[Tags]\n  }\n\n  object TagOutput {\n    @inline\n    def apply(\n        Arn: js.UndefOr[GroupArn] = js.undefined,\n        Tags: js.UndefOr[Tags] = js.undefined\n    ): TagOutput = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[TagOutput]\n    }\n  }\n\n  @js.native\n  trait UngroupResourcesInput extends js.Object {\n    var Group: GroupString\n    var ResourceArns: ResourceArnList\n  }\n\n  object UngroupResourcesInput {\n    @inline\n    def apply(\n        Group: GroupString,\n        ResourceArns: ResourceArnList\n    ): UngroupResourcesInput = {\n      val __obj = js.Dynamic.literal(\n        \"Group\" -> Group.asInstanceOf[js.Any],\n        \"ResourceArns\" -> ResourceArns.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UngroupResourcesInput]\n    }\n  }\n\n  @js.native\n  trait UngroupResourcesOutput extends js.Object {\n    var Failed: js.UndefOr[FailedResourceList]\n    var Pending: js.UndefOr[PendingResourceList]\n    var Succeeded: js.UndefOr[ResourceArnList]\n  }\n\n  object UngroupResourcesOutput {\n    @inline\n    def apply(\n        Failed: js.UndefOr[FailedResourceList] = js.undefined,\n        Pending: js.UndefOr[PendingResourceList] = js.undefined,\n        Succeeded: js.UndefOr[ResourceArnList] = js.undefined\n    ): UngroupResourcesOutput = {\n      val __obj = js.Dynamic.literal()\n      Failed.foreach(__v => __obj.updateDynamic(\"Failed\")(__v.asInstanceOf[js.Any]))\n      Pending.foreach(__v => __obj.updateDynamic(\"Pending\")(__v.asInstanceOf[js.Any]))\n      Succeeded.foreach(__v => __obj.updateDynamic(\"Succeeded\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UngroupResourcesOutput]\n    }\n  }\n\n  @js.native\n  trait UntagInput extends js.Object {\n    var Arn: GroupArn\n    var Keys: TagKeyList\n  }\n\n  object UntagInput {\n    @inline\n    def apply(\n        Arn: GroupArn,\n        Keys: TagKeyList\n    ): UntagInput = {\n      val __obj = js.Dynamic.literal(\n        \"Arn\" -> Arn.asInstanceOf[js.Any],\n        \"Keys\" -> Keys.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagInput]\n    }\n  }\n\n  @js.native\n  trait UntagOutput extends js.Object {\n    var Arn: js.UndefOr[GroupArn]\n    var Keys: js.UndefOr[TagKeyList]\n  }\n\n  object UntagOutput {\n    @inline\n    def apply(\n        Arn: js.UndefOr[GroupArn] = js.undefined,\n        Keys: js.UndefOr[TagKeyList] = js.undefined\n    ): UntagOutput = {\n      val __obj = js.Dynamic.literal()\n      Arn.foreach(__v => __obj.updateDynamic(\"Arn\")(__v.asInstanceOf[js.Any]))\n      Keys.foreach(__v => __obj.updateDynamic(\"Keys\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UntagOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupInput extends js.Object {\n    var Description: js.UndefOr[Description]\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object UpdateGroupInput {\n    @inline\n    def apply(\n        Description: js.UndefOr[Description] = js.undefined,\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): UpdateGroupInput = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupInput]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupOutput extends js.Object {\n    var Group: js.UndefOr[Group]\n  }\n\n  object UpdateGroupOutput {\n    @inline\n    def apply(\n        Group: js.UndefOr[Group] = js.undefined\n    ): UpdateGroupOutput = {\n      val __obj = js.Dynamic.literal()\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupOutput]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupQueryInput extends js.Object {\n    var ResourceQuery: ResourceQuery\n    var Group: js.UndefOr[GroupString]\n    var GroupName: js.UndefOr[GroupName]\n  }\n\n  object UpdateGroupQueryInput {\n    @inline\n    def apply(\n        ResourceQuery: ResourceQuery,\n        Group: js.UndefOr[GroupString] = js.undefined,\n        GroupName: js.UndefOr[GroupName] = js.undefined\n    ): UpdateGroupQueryInput = {\n      val __obj = js.Dynamic.literal(\n        \"ResourceQuery\" -> ResourceQuery.asInstanceOf[js.Any]\n      )\n\n      Group.foreach(__v => __obj.updateDynamic(\"Group\")(__v.asInstanceOf[js.Any]))\n      GroupName.foreach(__v => __obj.updateDynamic(\"GroupName\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupQueryInput]\n    }\n  }\n\n  @js.native\n  trait UpdateGroupQueryOutput extends js.Object {\n    var GroupQuery: js.UndefOr[GroupQuery]\n  }\n\n  object UpdateGroupQueryOutput {\n    @inline\n    def apply(\n        GroupQuery: js.UndefOr[GroupQuery] = js.undefined\n    ): UpdateGroupQueryOutput = {\n      val __obj = js.Dynamic.literal()\n      GroupQuery.foreach(__v => __obj.updateDynamic(\"GroupQuery\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[UpdateGroupQueryOutput]\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/aws-sdk-scalajs-facade","path":"services\/codegurureviewer\/src\/main\/scala\/facade\/amazonaws\/services\/CodeGuruReviewer.scala","text":"package facade.amazonaws.services\n\nimport scalajs._\nimport scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\nimport scala.concurrent.Future\nimport facade.amazonaws._\n\npackage object codegurureviewer {\n  type Arn = String\n  type AssociationArn = String\n  type AssociationId = String\n  type BranchName = String\n  type ClientRequestToken = String\n  type CodeReviewName = String\n  type CodeReviewSummaries = js.Array[CodeReviewSummary]\n  type CommitId = String\n  type ConnectionArn = String\n  type FilePath = String\n  type FindingsCount = Double\n  type JobStates = js.Array[JobState]\n  type LineNumber = Int\n  type ListCodeReviewsMaxResults = Int\n  type MaxResults = Int\n  type MeteredLinesOfCodeCount = Double\n  type Name = String\n  type Names = js.Array[Name]\n  type NextToken = String\n  type Owner = String\n  type Owners = js.Array[Owner]\n  type ProviderTypes = js.Array[ProviderType]\n  type PullRequestId = String\n  type Reactions = js.Array[Reaction]\n  type RecommendationFeedbackSummaries = js.Array[RecommendationFeedbackSummary]\n  type RecommendationId = String\n  type RecommendationIds = js.Array[RecommendationId]\n  type RecommendationSummaries = js.Array[RecommendationSummary]\n  type RepositoryAssociationStates = js.Array[RepositoryAssociationState]\n  type RepositoryAssociationSummaries = js.Array[RepositoryAssociationSummary]\n  type RepositoryNames = js.Array[Name]\n  type StateReason = String\n  type TagKey = String\n  type TagKeyList = js.Array[TagKey]\n  type TagMap = js.Dictionary[TagValue]\n  type TagValue = String\n  type Text = String\n  type TimeStamp = js.Date\n  type UserId = String\n  type UserIds = js.Array[UserId]\n\n  implicit final class CodeGuruReviewerOps(private val service: CodeGuruReviewer) extends AnyVal {\n\n    @inline def associateRepositoryFuture(params: AssociateRepositoryRequest): Future[AssociateRepositoryResponse] = service.associateRepository(params).promise().toFuture\n    @inline def createCodeReviewFuture(params: CreateCodeReviewRequest): Future[CreateCodeReviewResponse] = service.createCodeReview(params).promise().toFuture\n    @inline def describeCodeReviewFuture(params: DescribeCodeReviewRequest): Future[DescribeCodeReviewResponse] = service.describeCodeReview(params).promise().toFuture\n    @inline def describeRecommendationFeedbackFuture(params: DescribeRecommendationFeedbackRequest): Future[DescribeRecommendationFeedbackResponse] = service.describeRecommendationFeedback(params).promise().toFuture\n    @inline def describeRepositoryAssociationFuture(params: DescribeRepositoryAssociationRequest): Future[DescribeRepositoryAssociationResponse] = service.describeRepositoryAssociation(params).promise().toFuture\n    @inline def disassociateRepositoryFuture(params: DisassociateRepositoryRequest): Future[DisassociateRepositoryResponse] = service.disassociateRepository(params).promise().toFuture\n    @inline def listCodeReviewsFuture(params: ListCodeReviewsRequest): Future[ListCodeReviewsResponse] = service.listCodeReviews(params).promise().toFuture\n    @inline def listRecommendationFeedbackFuture(params: ListRecommendationFeedbackRequest): Future[ListRecommendationFeedbackResponse] = service.listRecommendationFeedback(params).promise().toFuture\n    @inline def listRecommendationsFuture(params: ListRecommendationsRequest): Future[ListRecommendationsResponse] = service.listRecommendations(params).promise().toFuture\n    @inline def listRepositoryAssociationsFuture(params: ListRepositoryAssociationsRequest): Future[ListRepositoryAssociationsResponse] = service.listRepositoryAssociations(params).promise().toFuture\n    @inline def listTagsForResourceFuture(params: ListTagsForResourceRequest): Future[ListTagsForResourceResponse] = service.listTagsForResource(params).promise().toFuture\n    @inline def putRecommendationFeedbackFuture(params: PutRecommendationFeedbackRequest): Future[PutRecommendationFeedbackResponse] = service.putRecommendationFeedback(params).promise().toFuture\n    @inline def tagResourceFuture(params: TagResourceRequest): Future[TagResourceResponse] = service.tagResource(params).promise().toFuture\n    @inline def untagResourceFuture(params: UntagResourceRequest): Future[UntagResourceResponse] = service.untagResource(params).promise().toFuture\n\n  }\n}\n\npackage codegurureviewer {\n  @js.native\n  @JSImport(\"aws-sdk\/clients\/codegurureviewer\", JSImport.Namespace, \"AWS.CodeGuruReviewer\")\n  class CodeGuruReviewer() extends js.Object {\n    def this(config: AWSConfig) = this()\n\n    def associateRepository(params: AssociateRepositoryRequest): Request[AssociateRepositoryResponse] = js.native\n    def createCodeReview(params: CreateCodeReviewRequest): Request[CreateCodeReviewResponse] = js.native\n    def describeCodeReview(params: DescribeCodeReviewRequest): Request[DescribeCodeReviewResponse] = js.native\n    def describeRecommendationFeedback(params: DescribeRecommendationFeedbackRequest): Request[DescribeRecommendationFeedbackResponse] = js.native\n    def describeRepositoryAssociation(params: DescribeRepositoryAssociationRequest): Request[DescribeRepositoryAssociationResponse] = js.native\n    def disassociateRepository(params: DisassociateRepositoryRequest): Request[DisassociateRepositoryResponse] = js.native\n    def listCodeReviews(params: ListCodeReviewsRequest): Request[ListCodeReviewsResponse] = js.native\n    def listRecommendationFeedback(params: ListRecommendationFeedbackRequest): Request[ListRecommendationFeedbackResponse] = js.native\n    def listRecommendations(params: ListRecommendationsRequest): Request[ListRecommendationsResponse] = js.native\n    def listRepositoryAssociations(params: ListRepositoryAssociationsRequest): Request[ListRepositoryAssociationsResponse] = js.native\n    def listTagsForResource(params: ListTagsForResourceRequest): Request[ListTagsForResourceResponse] = js.native\n    def putRecommendationFeedback(params: PutRecommendationFeedbackRequest): Request[PutRecommendationFeedbackResponse] = js.native\n    def tagResource(params: TagResourceRequest): Request[TagResourceResponse] = js.native\n    def untagResource(params: UntagResourceRequest): Request[UntagResourceResponse] = js.native\n  }\n\n  @js.native\n  trait AssociateRepositoryRequest extends js.Object {\n    var Repository: Repository\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object AssociateRepositoryRequest {\n    @inline\n    def apply(\n        Repository: Repository,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): AssociateRepositoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Repository\" -> Repository.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateRepositoryRequest]\n    }\n  }\n\n  @js.native\n  trait AssociateRepositoryResponse extends js.Object {\n    var RepositoryAssociation: js.UndefOr[RepositoryAssociation]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object AssociateRepositoryResponse {\n    @inline\n    def apply(\n        RepositoryAssociation: js.UndefOr[RepositoryAssociation] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): AssociateRepositoryResponse = {\n      val __obj = js.Dynamic.literal()\n      RepositoryAssociation.foreach(__v => __obj.updateDynamic(\"RepositoryAssociation\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[AssociateRepositoryResponse]\n    }\n  }\n\n  \/** Information about an AWS CodeCommit repository. The CodeCommit repository must be in the same AWS Region and AWS account where its CodeGuru Reviewer code reviews are configured.\n    *\/\n  @js.native\n  trait CodeCommitRepository extends js.Object {\n    var Name: Name\n  }\n\n  object CodeCommitRepository {\n    @inline\n    def apply(\n        Name: Name\n    ): CodeCommitRepository = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CodeCommitRepository]\n    }\n  }\n\n  \/** Information about a code review. A code review belongs to the associated repository that contains the reviewed code.\n    *\/\n  @js.native\n  trait CodeReview extends js.Object {\n    var AssociationArn: js.UndefOr[AssociationArn]\n    var CodeReviewArn: js.UndefOr[Arn]\n    var CreatedTimeStamp: js.UndefOr[TimeStamp]\n    var LastUpdatedTimeStamp: js.UndefOr[TimeStamp]\n    var Metrics: js.UndefOr[Metrics]\n    var Name: js.UndefOr[Name]\n    var Owner: js.UndefOr[Owner]\n    var ProviderType: js.UndefOr[ProviderType]\n    var PullRequestId: js.UndefOr[PullRequestId]\n    var RepositoryName: js.UndefOr[Name]\n    var SourceCodeType: js.UndefOr[SourceCodeType]\n    var State: js.UndefOr[JobState]\n    var StateReason: js.UndefOr[StateReason]\n    var Type: js.UndefOr[Type]\n  }\n\n  object CodeReview {\n    @inline\n    def apply(\n        AssociationArn: js.UndefOr[AssociationArn] = js.undefined,\n        CodeReviewArn: js.UndefOr[Arn] = js.undefined,\n        CreatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        LastUpdatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        Metrics: js.UndefOr[Metrics] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        PullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        RepositoryName: js.UndefOr[Name] = js.undefined,\n        SourceCodeType: js.UndefOr[SourceCodeType] = js.undefined,\n        State: js.UndefOr[JobState] = js.undefined,\n        StateReason: js.UndefOr[StateReason] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): CodeReview = {\n      val __obj = js.Dynamic.literal()\n      AssociationArn.foreach(__v => __obj.updateDynamic(\"AssociationArn\")(__v.asInstanceOf[js.Any]))\n      CodeReviewArn.foreach(__v => __obj.updateDynamic(\"CodeReviewArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimeStamp.foreach(__v => __obj.updateDynamic(\"CreatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimeStamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      Metrics.foreach(__v => __obj.updateDynamic(\"Metrics\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      PullRequestId.foreach(__v => __obj.updateDynamic(\"PullRequestId\")(__v.asInstanceOf[js.Any]))\n      RepositoryName.foreach(__v => __obj.updateDynamic(\"RepositoryName\")(__v.asInstanceOf[js.Any]))\n      SourceCodeType.foreach(__v => __obj.updateDynamic(\"SourceCodeType\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeReview]\n    }\n  }\n\n  \/** Information about the summary of the code review.\n    *\/\n  @js.native\n  trait CodeReviewSummary extends js.Object {\n    var CodeReviewArn: js.UndefOr[Arn]\n    var CreatedTimeStamp: js.UndefOr[TimeStamp]\n    var LastUpdatedTimeStamp: js.UndefOr[TimeStamp]\n    var MetricsSummary: js.UndefOr[MetricsSummary]\n    var Name: js.UndefOr[Name]\n    var Owner: js.UndefOr[Owner]\n    var ProviderType: js.UndefOr[ProviderType]\n    var PullRequestId: js.UndefOr[PullRequestId]\n    var RepositoryName: js.UndefOr[Name]\n    var State: js.UndefOr[JobState]\n    var Type: js.UndefOr[Type]\n  }\n\n  object CodeReviewSummary {\n    @inline\n    def apply(\n        CodeReviewArn: js.UndefOr[Arn] = js.undefined,\n        CreatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        LastUpdatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        MetricsSummary: js.UndefOr[MetricsSummary] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        PullRequestId: js.UndefOr[PullRequestId] = js.undefined,\n        RepositoryName: js.UndefOr[Name] = js.undefined,\n        State: js.UndefOr[JobState] = js.undefined,\n        Type: js.UndefOr[Type] = js.undefined\n    ): CodeReviewSummary = {\n      val __obj = js.Dynamic.literal()\n      CodeReviewArn.foreach(__v => __obj.updateDynamic(\"CodeReviewArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimeStamp.foreach(__v => __obj.updateDynamic(\"CreatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimeStamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      MetricsSummary.foreach(__v => __obj.updateDynamic(\"MetricsSummary\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      PullRequestId.foreach(__v => __obj.updateDynamic(\"PullRequestId\")(__v.asInstanceOf[js.Any]))\n      RepositoryName.foreach(__v => __obj.updateDynamic(\"RepositoryName\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      Type.foreach(__v => __obj.updateDynamic(\"Type\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CodeReviewSummary]\n    }\n  }\n\n  \/** The type of a code review. There are two code review types: * <code>PullRequest<\/code> - A code review that is automatically triggered by a pull request on an assocaited repository. Because this type of code review is automatically generated, you cannot specify this code review type using <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_CreateCodeReview\"> <code>CreateCodeReview<\/code> <\/a>. * <code>RepositoryAnalysis<\/code> - A code review that analyzes all code under a specified branch in an associated respository. The assocated repository is specified using its ARN in <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_CreateCodeReview\"> <code>CreateCodeReview<\/code> <\/a>.\n    *\/\n  @js.native\n  trait CodeReviewType extends js.Object {\n    var RepositoryAnalysis: RepositoryAnalysis\n  }\n\n  object CodeReviewType {\n    @inline\n    def apply(\n        RepositoryAnalysis: RepositoryAnalysis\n    ): CodeReviewType = {\n      val __obj = js.Dynamic.literal(\n        \"RepositoryAnalysis\" -> RepositoryAnalysis.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[CodeReviewType]\n    }\n  }\n\n  \/** A type of <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_SourceCodeType\"> <code>SourceCodeType<\/code> <\/a> that specifies the commit diff for a pull request on an associated repository.\n    *\/\n  @js.native\n  trait CommitDiffSourceCodeType extends js.Object {\n    var DestinationCommit: js.UndefOr[CommitId]\n    var SourceCommit: js.UndefOr[CommitId]\n  }\n\n  object CommitDiffSourceCodeType {\n    @inline\n    def apply(\n        DestinationCommit: js.UndefOr[CommitId] = js.undefined,\n        SourceCommit: js.UndefOr[CommitId] = js.undefined\n    ): CommitDiffSourceCodeType = {\n      val __obj = js.Dynamic.literal()\n      DestinationCommit.foreach(__v => __obj.updateDynamic(\"DestinationCommit\")(__v.asInstanceOf[js.Any]))\n      SourceCommit.foreach(__v => __obj.updateDynamic(\"SourceCommit\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CommitDiffSourceCodeType]\n    }\n  }\n\n  @js.native\n  trait CreateCodeReviewRequest extends js.Object {\n    var Name: CodeReviewName\n    var RepositoryAssociationArn: AssociationArn\n    var Type: CodeReviewType\n    var ClientRequestToken: js.UndefOr[ClientRequestToken]\n  }\n\n  object CreateCodeReviewRequest {\n    @inline\n    def apply(\n        Name: CodeReviewName,\n        RepositoryAssociationArn: AssociationArn,\n        Type: CodeReviewType,\n        ClientRequestToken: js.UndefOr[ClientRequestToken] = js.undefined\n    ): CreateCodeReviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"RepositoryAssociationArn\" -> RepositoryAssociationArn.asInstanceOf[js.Any],\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      ClientRequestToken.foreach(__v => __obj.updateDynamic(\"ClientRequestToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCodeReviewRequest]\n    }\n  }\n\n  @js.native\n  trait CreateCodeReviewResponse extends js.Object {\n    var CodeReview: js.UndefOr[CodeReview]\n  }\n\n  object CreateCodeReviewResponse {\n    @inline\n    def apply(\n        CodeReview: js.UndefOr[CodeReview] = js.undefined\n    ): CreateCodeReviewResponse = {\n      val __obj = js.Dynamic.literal()\n      CodeReview.foreach(__v => __obj.updateDynamic(\"CodeReview\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[CreateCodeReviewResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeReviewRequest extends js.Object {\n    var CodeReviewArn: Arn\n  }\n\n  object DescribeCodeReviewRequest {\n    @inline\n    def apply(\n        CodeReviewArn: Arn\n    ): DescribeCodeReviewRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeReviewArn\" -> CodeReviewArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeCodeReviewRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeCodeReviewResponse extends js.Object {\n    var CodeReview: js.UndefOr[CodeReview]\n  }\n\n  object DescribeCodeReviewResponse {\n    @inline\n    def apply(\n        CodeReview: js.UndefOr[CodeReview] = js.undefined\n    ): DescribeCodeReviewResponse = {\n      val __obj = js.Dynamic.literal()\n      CodeReview.foreach(__v => __obj.updateDynamic(\"CodeReview\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeCodeReviewResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRecommendationFeedbackRequest extends js.Object {\n    var CodeReviewArn: Arn\n    var RecommendationId: RecommendationId\n    var UserId: js.UndefOr[UserId]\n  }\n\n  object DescribeRecommendationFeedbackRequest {\n    @inline\n    def apply(\n        CodeReviewArn: Arn,\n        RecommendationId: RecommendationId,\n        UserId: js.UndefOr[UserId] = js.undefined\n    ): DescribeRecommendationFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeReviewArn\" -> CodeReviewArn.asInstanceOf[js.Any],\n        \"RecommendationId\" -> RecommendationId.asInstanceOf[js.Any]\n      )\n\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRecommendationFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRecommendationFeedbackResponse extends js.Object {\n    var RecommendationFeedback: js.UndefOr[RecommendationFeedback]\n  }\n\n  object DescribeRecommendationFeedbackResponse {\n    @inline\n    def apply(\n        RecommendationFeedback: js.UndefOr[RecommendationFeedback] = js.undefined\n    ): DescribeRecommendationFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      RecommendationFeedback.foreach(__v => __obj.updateDynamic(\"RecommendationFeedback\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRecommendationFeedbackResponse]\n    }\n  }\n\n  @js.native\n  trait DescribeRepositoryAssociationRequest extends js.Object {\n    var AssociationArn: AssociationArn\n  }\n\n  object DescribeRepositoryAssociationRequest {\n    @inline\n    def apply(\n        AssociationArn: AssociationArn\n    ): DescribeRepositoryAssociationRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationArn\" -> AssociationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DescribeRepositoryAssociationRequest]\n    }\n  }\n\n  @js.native\n  trait DescribeRepositoryAssociationResponse extends js.Object {\n    var RepositoryAssociation: js.UndefOr[RepositoryAssociation]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DescribeRepositoryAssociationResponse {\n    @inline\n    def apply(\n        RepositoryAssociation: js.UndefOr[RepositoryAssociation] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DescribeRepositoryAssociationResponse = {\n      val __obj = js.Dynamic.literal()\n      RepositoryAssociation.foreach(__v => __obj.updateDynamic(\"RepositoryAssociation\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DescribeRepositoryAssociationResponse]\n    }\n  }\n\n  @js.native\n  trait DisassociateRepositoryRequest extends js.Object {\n    var AssociationArn: AssociationArn\n  }\n\n  object DisassociateRepositoryRequest {\n    @inline\n    def apply(\n        AssociationArn: AssociationArn\n    ): DisassociateRepositoryRequest = {\n      val __obj = js.Dynamic.literal(\n        \"AssociationArn\" -> AssociationArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[DisassociateRepositoryRequest]\n    }\n  }\n\n  @js.native\n  trait DisassociateRepositoryResponse extends js.Object {\n    var RepositoryAssociation: js.UndefOr[RepositoryAssociation]\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object DisassociateRepositoryResponse {\n    @inline\n    def apply(\n        RepositoryAssociation: js.UndefOr[RepositoryAssociation] = js.undefined,\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): DisassociateRepositoryResponse = {\n      val __obj = js.Dynamic.literal()\n      RepositoryAssociation.foreach(__v => __obj.updateDynamic(\"RepositoryAssociation\")(__v.asInstanceOf[js.Any]))\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[DisassociateRepositoryResponse]\n    }\n  }\n\n  @js.native\n  sealed trait JobState extends js.Any\n  object JobState {\n    val Completed = \"Completed\".asInstanceOf[JobState]\n    val Pending = \"Pending\".asInstanceOf[JobState]\n    val Failed = \"Failed\".asInstanceOf[JobState]\n    val Deleting = \"Deleting\".asInstanceOf[JobState]\n\n    @inline def values = js.Array(Completed, Pending, Failed, Deleting)\n  }\n\n  @js.native\n  trait ListCodeReviewsRequest extends js.Object {\n    var Type: Type\n    var MaxResults: js.UndefOr[ListCodeReviewsMaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var ProviderTypes: js.UndefOr[ProviderTypes]\n    var RepositoryNames: js.UndefOr[RepositoryNames]\n    var States: js.UndefOr[JobStates]\n  }\n\n  object ListCodeReviewsRequest {\n    @inline\n    def apply(\n        Type: Type,\n        MaxResults: js.UndefOr[ListCodeReviewsMaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        ProviderTypes: js.UndefOr[ProviderTypes] = js.undefined,\n        RepositoryNames: js.UndefOr[RepositoryNames] = js.undefined,\n        States: js.UndefOr[JobStates] = js.undefined\n    ): ListCodeReviewsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Type\" -> Type.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      ProviderTypes.foreach(__v => __obj.updateDynamic(\"ProviderTypes\")(__v.asInstanceOf[js.Any]))\n      RepositoryNames.foreach(__v => __obj.updateDynamic(\"RepositoryNames\")(__v.asInstanceOf[js.Any]))\n      States.foreach(__v => __obj.updateDynamic(\"States\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeReviewsRequest]\n    }\n  }\n\n  @js.native\n  trait ListCodeReviewsResponse extends js.Object {\n    var CodeReviewSummaries: js.UndefOr[CodeReviewSummaries]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListCodeReviewsResponse {\n    @inline\n    def apply(\n        CodeReviewSummaries: js.UndefOr[CodeReviewSummaries] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListCodeReviewsResponse = {\n      val __obj = js.Dynamic.literal()\n      CodeReviewSummaries.foreach(__v => __obj.updateDynamic(\"CodeReviewSummaries\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListCodeReviewsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecommendationFeedbackRequest extends js.Object {\n    var CodeReviewArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n    var RecommendationIds: js.UndefOr[RecommendationIds]\n    var UserIds: js.UndefOr[UserIds]\n  }\n\n  object ListRecommendationFeedbackRequest {\n    @inline\n    def apply(\n        CodeReviewArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RecommendationIds: js.UndefOr[RecommendationIds] = js.undefined,\n        UserIds: js.UndefOr[UserIds] = js.undefined\n    ): ListRecommendationFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeReviewArn\" -> CodeReviewArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RecommendationIds.foreach(__v => __obj.updateDynamic(\"RecommendationIds\")(__v.asInstanceOf[js.Any]))\n      UserIds.foreach(__v => __obj.updateDynamic(\"UserIds\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecommendationFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecommendationFeedbackResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var RecommendationFeedbackSummaries: js.UndefOr[RecommendationFeedbackSummaries]\n  }\n\n  object ListRecommendationFeedbackResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RecommendationFeedbackSummaries: js.UndefOr[RecommendationFeedbackSummaries] = js.undefined\n    ): ListRecommendationFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RecommendationFeedbackSummaries.foreach(__v => __obj.updateDynamic(\"RecommendationFeedbackSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecommendationFeedbackResponse]\n    }\n  }\n\n  @js.native\n  trait ListRecommendationsRequest extends js.Object {\n    var CodeReviewArn: Arn\n    var MaxResults: js.UndefOr[MaxResults]\n    var NextToken: js.UndefOr[NextToken]\n  }\n\n  object ListRecommendationsRequest {\n    @inline\n    def apply(\n        CodeReviewArn: Arn,\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined\n    ): ListRecommendationsRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeReviewArn\" -> CodeReviewArn.asInstanceOf[js.Any]\n      )\n\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecommendationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRecommendationsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var RecommendationSummaries: js.UndefOr[RecommendationSummaries]\n  }\n\n  object ListRecommendationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RecommendationSummaries: js.UndefOr[RecommendationSummaries] = js.undefined\n    ): ListRecommendationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RecommendationSummaries.foreach(__v => __obj.updateDynamic(\"RecommendationSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRecommendationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListRepositoryAssociationsRequest extends js.Object {\n    var MaxResults: js.UndefOr[MaxResults]\n    var Names: js.UndefOr[Names]\n    var NextToken: js.UndefOr[NextToken]\n    var Owners: js.UndefOr[Owners]\n    var ProviderTypes: js.UndefOr[ProviderTypes]\n    var States: js.UndefOr[RepositoryAssociationStates]\n  }\n\n  object ListRepositoryAssociationsRequest {\n    @inline\n    def apply(\n        MaxResults: js.UndefOr[MaxResults] = js.undefined,\n        Names: js.UndefOr[Names] = js.undefined,\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        Owners: js.UndefOr[Owners] = js.undefined,\n        ProviderTypes: js.UndefOr[ProviderTypes] = js.undefined,\n        States: js.UndefOr[RepositoryAssociationStates] = js.undefined\n    ): ListRepositoryAssociationsRequest = {\n      val __obj = js.Dynamic.literal()\n      MaxResults.foreach(__v => __obj.updateDynamic(\"MaxResults\")(__v.asInstanceOf[js.Any]))\n      Names.foreach(__v => __obj.updateDynamic(\"Names\")(__v.asInstanceOf[js.Any]))\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      Owners.foreach(__v => __obj.updateDynamic(\"Owners\")(__v.asInstanceOf[js.Any]))\n      ProviderTypes.foreach(__v => __obj.updateDynamic(\"ProviderTypes\")(__v.asInstanceOf[js.Any]))\n      States.foreach(__v => __obj.updateDynamic(\"States\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoryAssociationsRequest]\n    }\n  }\n\n  @js.native\n  trait ListRepositoryAssociationsResponse extends js.Object {\n    var NextToken: js.UndefOr[NextToken]\n    var RepositoryAssociationSummaries: js.UndefOr[RepositoryAssociationSummaries]\n  }\n\n  object ListRepositoryAssociationsResponse {\n    @inline\n    def apply(\n        NextToken: js.UndefOr[NextToken] = js.undefined,\n        RepositoryAssociationSummaries: js.UndefOr[RepositoryAssociationSummaries] = js.undefined\n    ): ListRepositoryAssociationsResponse = {\n      val __obj = js.Dynamic.literal()\n      NextToken.foreach(__v => __obj.updateDynamic(\"NextToken\")(__v.asInstanceOf[js.Any]))\n      RepositoryAssociationSummaries.foreach(__v => __obj.updateDynamic(\"RepositoryAssociationSummaries\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListRepositoryAssociationsResponse]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceRequest extends js.Object {\n    var resourceArn: AssociationArn\n  }\n\n  object ListTagsForResourceRequest {\n    @inline\n    def apply(\n        resourceArn: AssociationArn\n    ): ListTagsForResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ListTagsForResourceRequest]\n    }\n  }\n\n  @js.native\n  trait ListTagsForResourceResponse extends js.Object {\n    var Tags: js.UndefOr[TagMap]\n  }\n\n  object ListTagsForResourceResponse {\n    @inline\n    def apply(\n        Tags: js.UndefOr[TagMap] = js.undefined\n    ): ListTagsForResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      Tags.foreach(__v => __obj.updateDynamic(\"Tags\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[ListTagsForResourceResponse]\n    }\n  }\n\n  \/** Information about the statistics from the code review.\n    *\/\n  @js.native\n  trait Metrics extends js.Object {\n    var FindingsCount: js.UndefOr[FindingsCount]\n    var MeteredLinesOfCodeCount: js.UndefOr[MeteredLinesOfCodeCount]\n  }\n\n  object Metrics {\n    @inline\n    def apply(\n        FindingsCount: js.UndefOr[FindingsCount] = js.undefined,\n        MeteredLinesOfCodeCount: js.UndefOr[MeteredLinesOfCodeCount] = js.undefined\n    ): Metrics = {\n      val __obj = js.Dynamic.literal()\n      FindingsCount.foreach(__v => __obj.updateDynamic(\"FindingsCount\")(__v.asInstanceOf[js.Any]))\n      MeteredLinesOfCodeCount.foreach(__v => __obj.updateDynamic(\"MeteredLinesOfCodeCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Metrics]\n    }\n  }\n\n  \/** Information about metrics summaries.\n    *\/\n  @js.native\n  trait MetricsSummary extends js.Object {\n    var FindingsCount: js.UndefOr[FindingsCount]\n    var MeteredLinesOfCodeCount: js.UndefOr[MeteredLinesOfCodeCount]\n  }\n\n  object MetricsSummary {\n    @inline\n    def apply(\n        FindingsCount: js.UndefOr[FindingsCount] = js.undefined,\n        MeteredLinesOfCodeCount: js.UndefOr[MeteredLinesOfCodeCount] = js.undefined\n    ): MetricsSummary = {\n      val __obj = js.Dynamic.literal()\n      FindingsCount.foreach(__v => __obj.updateDynamic(\"FindingsCount\")(__v.asInstanceOf[js.Any]))\n      MeteredLinesOfCodeCount.foreach(__v => __obj.updateDynamic(\"MeteredLinesOfCodeCount\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[MetricsSummary]\n    }\n  }\n\n  @js.native\n  sealed trait ProviderType extends js.Any\n  object ProviderType {\n    val CodeCommit = \"CodeCommit\".asInstanceOf[ProviderType]\n    val GitHub = \"GitHub\".asInstanceOf[ProviderType]\n    val Bitbucket = \"Bitbucket\".asInstanceOf[ProviderType]\n    val GitHubEnterpriseServer = \"GitHubEnterpriseServer\".asInstanceOf[ProviderType]\n\n    @inline def values = js.Array(CodeCommit, GitHub, Bitbucket, GitHubEnterpriseServer)\n  }\n\n  @js.native\n  trait PutRecommendationFeedbackRequest extends js.Object {\n    var CodeReviewArn: Arn\n    var Reactions: Reactions\n    var RecommendationId: RecommendationId\n  }\n\n  object PutRecommendationFeedbackRequest {\n    @inline\n    def apply(\n        CodeReviewArn: Arn,\n        Reactions: Reactions,\n        RecommendationId: RecommendationId\n    ): PutRecommendationFeedbackRequest = {\n      val __obj = js.Dynamic.literal(\n        \"CodeReviewArn\" -> CodeReviewArn.asInstanceOf[js.Any],\n        \"Reactions\" -> Reactions.asInstanceOf[js.Any],\n        \"RecommendationId\" -> RecommendationId.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[PutRecommendationFeedbackRequest]\n    }\n  }\n\n  @js.native\n  trait PutRecommendationFeedbackResponse extends js.Object\n\n  object PutRecommendationFeedbackResponse {\n    @inline\n    def apply(): PutRecommendationFeedbackResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[PutRecommendationFeedbackResponse]\n    }\n  }\n\n  @js.native\n  sealed trait Reaction extends js.Any\n  object Reaction {\n    val ThumbsUp = \"ThumbsUp\".asInstanceOf[Reaction]\n    val ThumbsDown = \"ThumbsDown\".asInstanceOf[Reaction]\n\n    @inline def values = js.Array(ThumbsUp, ThumbsDown)\n  }\n\n  \/** Information about the recommendation feedback.\n    *\/\n  @js.native\n  trait RecommendationFeedback extends js.Object {\n    var CodeReviewArn: js.UndefOr[Arn]\n    var CreatedTimeStamp: js.UndefOr[TimeStamp]\n    var LastUpdatedTimeStamp: js.UndefOr[TimeStamp]\n    var Reactions: js.UndefOr[Reactions]\n    var RecommendationId: js.UndefOr[RecommendationId]\n    var UserId: js.UndefOr[UserId]\n  }\n\n  object RecommendationFeedback {\n    @inline\n    def apply(\n        CodeReviewArn: js.UndefOr[Arn] = js.undefined,\n        CreatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        LastUpdatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        Reactions: js.UndefOr[Reactions] = js.undefined,\n        RecommendationId: js.UndefOr[RecommendationId] = js.undefined,\n        UserId: js.UndefOr[UserId] = js.undefined\n    ): RecommendationFeedback = {\n      val __obj = js.Dynamic.literal()\n      CodeReviewArn.foreach(__v => __obj.updateDynamic(\"CodeReviewArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimeStamp.foreach(__v => __obj.updateDynamic(\"CreatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimeStamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      Reactions.foreach(__v => __obj.updateDynamic(\"Reactions\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecommendationFeedback]\n    }\n  }\n\n  \/** Information about recommendation feedback summaries.\n    *\/\n  @js.native\n  trait RecommendationFeedbackSummary extends js.Object {\n    var Reactions: js.UndefOr[Reactions]\n    var RecommendationId: js.UndefOr[RecommendationId]\n    var UserId: js.UndefOr[UserId]\n  }\n\n  object RecommendationFeedbackSummary {\n    @inline\n    def apply(\n        Reactions: js.UndefOr[Reactions] = js.undefined,\n        RecommendationId: js.UndefOr[RecommendationId] = js.undefined,\n        UserId: js.UndefOr[UserId] = js.undefined\n    ): RecommendationFeedbackSummary = {\n      val __obj = js.Dynamic.literal()\n      Reactions.foreach(__v => __obj.updateDynamic(\"Reactions\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      UserId.foreach(__v => __obj.updateDynamic(\"UserId\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecommendationFeedbackSummary]\n    }\n  }\n\n  \/** Information about recommendations.\n    *\/\n  @js.native\n  trait RecommendationSummary extends js.Object {\n    var Description: js.UndefOr[Text]\n    var EndLine: js.UndefOr[LineNumber]\n    var FilePath: js.UndefOr[FilePath]\n    var RecommendationId: js.UndefOr[RecommendationId]\n    var StartLine: js.UndefOr[LineNumber]\n  }\n\n  object RecommendationSummary {\n    @inline\n    def apply(\n        Description: js.UndefOr[Text] = js.undefined,\n        EndLine: js.UndefOr[LineNumber] = js.undefined,\n        FilePath: js.UndefOr[FilePath] = js.undefined,\n        RecommendationId: js.UndefOr[RecommendationId] = js.undefined,\n        StartLine: js.UndefOr[LineNumber] = js.undefined\n    ): RecommendationSummary = {\n      val __obj = js.Dynamic.literal()\n      Description.foreach(__v => __obj.updateDynamic(\"Description\")(__v.asInstanceOf[js.Any]))\n      EndLine.foreach(__v => __obj.updateDynamic(\"EndLine\")(__v.asInstanceOf[js.Any]))\n      FilePath.foreach(__v => __obj.updateDynamic(\"FilePath\")(__v.asInstanceOf[js.Any]))\n      RecommendationId.foreach(__v => __obj.updateDynamic(\"RecommendationId\")(__v.asInstanceOf[js.Any]))\n      StartLine.foreach(__v => __obj.updateDynamic(\"StartLine\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RecommendationSummary]\n    }\n  }\n\n  \/** Information about an associated AWS CodeCommit repository or an associated repository that is managed by AWS CodeStar Connections (for example, Bitbucket). This <code>Repository<\/code> object is not used if your source code is in an associated GitHub repository.\n    *\/\n  @js.native\n  trait Repository extends js.Object {\n    var Bitbucket: js.UndefOr[ThirdPartySourceRepository]\n    var CodeCommit: js.UndefOr[CodeCommitRepository]\n    var GitHubEnterpriseServer: js.UndefOr[ThirdPartySourceRepository]\n  }\n\n  object Repository {\n    @inline\n    def apply(\n        Bitbucket: js.UndefOr[ThirdPartySourceRepository] = js.undefined,\n        CodeCommit: js.UndefOr[CodeCommitRepository] = js.undefined,\n        GitHubEnterpriseServer: js.UndefOr[ThirdPartySourceRepository] = js.undefined\n    ): Repository = {\n      val __obj = js.Dynamic.literal()\n      Bitbucket.foreach(__v => __obj.updateDynamic(\"Bitbucket\")(__v.asInstanceOf[js.Any]))\n      CodeCommit.foreach(__v => __obj.updateDynamic(\"CodeCommit\")(__v.asInstanceOf[js.Any]))\n      GitHubEnterpriseServer.foreach(__v => __obj.updateDynamic(\"GitHubEnterpriseServer\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[Repository]\n    }\n  }\n\n  \/** A code review type that analyzes all code under a specified branch in an associated respository. The assocated repository is specified using its ARN when you call <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_CreateCodeReview\"> <code>CreateCodeReview<\/code> <\/a>.\n    *\/\n  @js.native\n  trait RepositoryAnalysis extends js.Object {\n    var RepositoryHead: RepositoryHeadSourceCodeType\n  }\n\n  object RepositoryAnalysis {\n    @inline\n    def apply(\n        RepositoryHead: RepositoryHeadSourceCodeType\n    ): RepositoryAnalysis = {\n      val __obj = js.Dynamic.literal(\n        \"RepositoryHead\" -> RepositoryHead.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RepositoryAnalysis]\n    }\n  }\n\n  \/** Information about a repository association. The <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_DescribeRepositoryAssociation.html\"> <code>DescribeRepositoryAssociation<\/code> <\/a> operation returns a <code>RepositoryAssociation<\/code> object.\n    *\/\n  @js.native\n  trait RepositoryAssociation extends js.Object {\n    var AssociationArn: js.UndefOr[Arn]\n    var AssociationId: js.UndefOr[AssociationId]\n    var ConnectionArn: js.UndefOr[ConnectionArn]\n    var CreatedTimeStamp: js.UndefOr[TimeStamp]\n    var LastUpdatedTimeStamp: js.UndefOr[TimeStamp]\n    var Name: js.UndefOr[Name]\n    var Owner: js.UndefOr[Owner]\n    var ProviderType: js.UndefOr[ProviderType]\n    var State: js.UndefOr[RepositoryAssociationState]\n    var StateReason: js.UndefOr[StateReason]\n  }\n\n  object RepositoryAssociation {\n    @inline\n    def apply(\n        AssociationArn: js.UndefOr[Arn] = js.undefined,\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        ConnectionArn: js.UndefOr[ConnectionArn] = js.undefined,\n        CreatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        LastUpdatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        State: js.UndefOr[RepositoryAssociationState] = js.undefined,\n        StateReason: js.UndefOr[StateReason] = js.undefined\n    ): RepositoryAssociation = {\n      val __obj = js.Dynamic.literal()\n      AssociationArn.foreach(__v => __obj.updateDynamic(\"AssociationArn\")(__v.asInstanceOf[js.Any]))\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      ConnectionArn.foreach(__v => __obj.updateDynamic(\"ConnectionArn\")(__v.asInstanceOf[js.Any]))\n      CreatedTimeStamp.foreach(__v => __obj.updateDynamic(\"CreatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimeStamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      StateReason.foreach(__v => __obj.updateDynamic(\"StateReason\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryAssociation]\n    }\n  }\n\n  @js.native\n  sealed trait RepositoryAssociationState extends js.Any\n  object RepositoryAssociationState {\n    val Associated = \"Associated\".asInstanceOf[RepositoryAssociationState]\n    val Associating = \"Associating\".asInstanceOf[RepositoryAssociationState]\n    val Failed = \"Failed\".asInstanceOf[RepositoryAssociationState]\n    val Disassociating = \"Disassociating\".asInstanceOf[RepositoryAssociationState]\n    val Disassociated = \"Disassociated\".asInstanceOf[RepositoryAssociationState]\n\n    @inline def values = js.Array(Associated, Associating, Failed, Disassociating, Disassociated)\n  }\n\n  \/** Summary information about a repository association. The <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_ListRepositoryAssociations.html\"> <code>ListRepositoryAssociations<\/code> <\/a> operation returns a list of <code>RepositoryAssociationSummary<\/code> objects.\n    *\/\n  @js.native\n  trait RepositoryAssociationSummary extends js.Object {\n    var AssociationArn: js.UndefOr[Arn]\n    var AssociationId: js.UndefOr[AssociationId]\n    var ConnectionArn: js.UndefOr[ConnectionArn]\n    var LastUpdatedTimeStamp: js.UndefOr[TimeStamp]\n    var Name: js.UndefOr[Name]\n    var Owner: js.UndefOr[Owner]\n    var ProviderType: js.UndefOr[ProviderType]\n    var State: js.UndefOr[RepositoryAssociationState]\n  }\n\n  object RepositoryAssociationSummary {\n    @inline\n    def apply(\n        AssociationArn: js.UndefOr[Arn] = js.undefined,\n        AssociationId: js.UndefOr[AssociationId] = js.undefined,\n        ConnectionArn: js.UndefOr[ConnectionArn] = js.undefined,\n        LastUpdatedTimeStamp: js.UndefOr[TimeStamp] = js.undefined,\n        Name: js.UndefOr[Name] = js.undefined,\n        Owner: js.UndefOr[Owner] = js.undefined,\n        ProviderType: js.UndefOr[ProviderType] = js.undefined,\n        State: js.UndefOr[RepositoryAssociationState] = js.undefined\n    ): RepositoryAssociationSummary = {\n      val __obj = js.Dynamic.literal()\n      AssociationArn.foreach(__v => __obj.updateDynamic(\"AssociationArn\")(__v.asInstanceOf[js.Any]))\n      AssociationId.foreach(__v => __obj.updateDynamic(\"AssociationId\")(__v.asInstanceOf[js.Any]))\n      ConnectionArn.foreach(__v => __obj.updateDynamic(\"ConnectionArn\")(__v.asInstanceOf[js.Any]))\n      LastUpdatedTimeStamp.foreach(__v => __obj.updateDynamic(\"LastUpdatedTimeStamp\")(__v.asInstanceOf[js.Any]))\n      Name.foreach(__v => __obj.updateDynamic(\"Name\")(__v.asInstanceOf[js.Any]))\n      Owner.foreach(__v => __obj.updateDynamic(\"Owner\")(__v.asInstanceOf[js.Any]))\n      ProviderType.foreach(__v => __obj.updateDynamic(\"ProviderType\")(__v.asInstanceOf[js.Any]))\n      State.foreach(__v => __obj.updateDynamic(\"State\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[RepositoryAssociationSummary]\n    }\n  }\n\n  \/** A <a href=\"https:\/\/docs.aws.amazon.com\/codeguru\/latest\/reviewer-api\/API_SourceCodeType\"> <code>SourceCodeType<\/code> <\/a> that specifies the tip of a branch in an associated repository.\n    *\/\n  @js.native\n  trait RepositoryHeadSourceCodeType extends js.Object {\n    var BranchName: BranchName\n  }\n\n  object RepositoryHeadSourceCodeType {\n    @inline\n    def apply(\n        BranchName: BranchName\n    ): RepositoryHeadSourceCodeType = {\n      val __obj = js.Dynamic.literal(\n        \"BranchName\" -> BranchName.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[RepositoryHeadSourceCodeType]\n    }\n  }\n\n  \/** Specifies the source code that is analyzed in a code review. A code review can analyze the source code that is specified using a pull request diff or a branch in an associated repository.\n    *\/\n  @js.native\n  trait SourceCodeType extends js.Object {\n    var CommitDiff: js.UndefOr[CommitDiffSourceCodeType]\n    var RepositoryHead: js.UndefOr[RepositoryHeadSourceCodeType]\n  }\n\n  object SourceCodeType {\n    @inline\n    def apply(\n        CommitDiff: js.UndefOr[CommitDiffSourceCodeType] = js.undefined,\n        RepositoryHead: js.UndefOr[RepositoryHeadSourceCodeType] = js.undefined\n    ): SourceCodeType = {\n      val __obj = js.Dynamic.literal()\n      CommitDiff.foreach(__v => __obj.updateDynamic(\"CommitDiff\")(__v.asInstanceOf[js.Any]))\n      RepositoryHead.foreach(__v => __obj.updateDynamic(\"RepositoryHead\")(__v.asInstanceOf[js.Any]))\n      __obj.asInstanceOf[SourceCodeType]\n    }\n  }\n\n  @js.native\n  trait TagResourceRequest extends js.Object {\n    var Tags: TagMap\n    var resourceArn: AssociationArn\n  }\n\n  object TagResourceRequest {\n    @inline\n    def apply(\n        Tags: TagMap,\n        resourceArn: AssociationArn\n    ): TagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"Tags\" -> Tags.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[TagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait TagResourceResponse extends js.Object\n\n  object TagResourceResponse {\n    @inline\n    def apply(): TagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[TagResourceResponse]\n    }\n  }\n\n  \/** Information about a third-party source repository connected to CodeGuru Reviewer.\n    *\/\n  @js.native\n  trait ThirdPartySourceRepository extends js.Object {\n    var ConnectionArn: ConnectionArn\n    var Name: Name\n    var Owner: Owner\n  }\n\n  object ThirdPartySourceRepository {\n    @inline\n    def apply(\n        ConnectionArn: ConnectionArn,\n        Name: Name,\n        Owner: Owner\n    ): ThirdPartySourceRepository = {\n      val __obj = js.Dynamic.literal(\n        \"ConnectionArn\" -> ConnectionArn.asInstanceOf[js.Any],\n        \"Name\" -> Name.asInstanceOf[js.Any],\n        \"Owner\" -> Owner.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[ThirdPartySourceRepository]\n    }\n  }\n\n  @js.native\n  sealed trait Type extends js.Any\n  object Type {\n    val PullRequest = \"PullRequest\".asInstanceOf[Type]\n    val RepositoryAnalysis = \"RepositoryAnalysis\".asInstanceOf[Type]\n\n    @inline def values = js.Array(PullRequest, RepositoryAnalysis)\n  }\n\n  @js.native\n  trait UntagResourceRequest extends js.Object {\n    var TagKeys: TagKeyList\n    var resourceArn: AssociationArn\n  }\n\n  object UntagResourceRequest {\n    @inline\n    def apply(\n        TagKeys: TagKeyList,\n        resourceArn: AssociationArn\n    ): UntagResourceRequest = {\n      val __obj = js.Dynamic.literal(\n        \"TagKeys\" -> TagKeys.asInstanceOf[js.Any],\n        \"resourceArn\" -> resourceArn.asInstanceOf[js.Any]\n      )\n      __obj.asInstanceOf[UntagResourceRequest]\n    }\n  }\n\n  @js.native\n  trait UntagResourceResponse extends js.Object\n\n  object UntagResourceResponse {\n    @inline\n    def apply(): UntagResourceResponse = {\n      val __obj = js.Dynamic.literal()\n      __obj.asInstanceOf[UntagResourceResponse]\n    }\n  }\n}\n"}
{"repo_name":"caoilte\/cds-reimbursement-claim-performance-tests","path":"src\/test\/scala\/uk\/gov\/hmrc\/perftests\/example\/ExampleSimulation.scala","text":"\/*\n * Copyright 2020 HM Revenue & Customs\n *\n *\/\n\npackage uk.gov.hmrc.perftests.example\n\nimport uk.gov.hmrc.performance.simulation.PerformanceTestRunner\nimport uk.gov.hmrc.perftests.example.ExampleRequests._\n\nclass ExampleSimulation extends PerformanceTestRunner {\n\n  setup(\"home-page\", \"Home Page\") withRequests navigateToHomePage\n\n  setup(\"post-vat-return-period\", \"Post vat return period\") withRequests postVatReturnPeriod\n\n  setup(\"get-turnover-page\", \"Get turnover page\") withRequests getTurnoverPage\n\n  runSimulation()\n}\n"}
{"repo_name":"caoilte\/cds-reimbursement-claim-performance-tests","path":"src\/test\/scala\/uk\/gov\/hmrc\/perftests\/example\/ExampleRequests.scala","text":"\/*\n * Copyright 2020 HM Revenue & Customs\n *\n *\/\n\npackage uk.gov.hmrc.perftests.example\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport io.gatling.http.request.builder.HttpRequestBuilder\nimport uk.gov.hmrc.performance.conf.ServicesConfiguration\n\nobject ExampleRequests extends ServicesConfiguration {\n\n  val baseUrl: String = baseUrlFor(\"example-frontend\")\n  val route: String   = \"\/check-your-vat-flat-rate\"\n\n  val navigateToHomePage: HttpRequestBuilder =\n    http(\"Navigate to Home Page\")\n      .get(s\"$baseUrl$route\/vat-return-period\")\n      .check(status.is(200))\n      .check(css(\"input[name=csrfToken]\", \"value\").saveAs(\"csrfToken\"))\n\n  val postVatReturnPeriod: HttpRequestBuilder =\n    http(\"Post VAT return Period\")\n      .post(s\"$baseUrl$route\/vat-return-period\": String)\n      .formParam(\"vatReturnPeriod\", s\"$${vatReturnPeriod}\")\n      .formParam(\"csrfToken\", s\"$${csrfToken}\")\n      .check(status.is(303))\n      .check(header(\"Location\").is(\"\/check-your-vat-flat-rate\/turnover\").saveAs(\"turnOverPage\"))\n\n  val getTurnoverPage: HttpRequestBuilder =\n    http(\"Get Turnover Page\")\n      .get(s\"$baseUrl$${turnOverPage}\": String)\n      .check(status.is(200))\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/TestBase.scala","text":"import edu.mit.csail.db.ml.modeldb.client._\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.log4j.Logger\nimport org.apache.log4j.Level\n\nobject TestBase {\n  lazy val getSession: SparkSession = {\n      Logger.getLogger(\"org\").setLevel(Level.OFF)\n      Logger.getLogger(\"akka\").setLevel(Level.OFF)\n      new SparkContext(new SparkConf().setMaster(\"local[*]\").setAppName(\"test\")).setLogLevel(\"OFF\")\n      SparkSession.builder().appName(\"Unit tests\").getOrCreate()\n  }\n\n  lazy val trainingData = getSession.createDataFrame(Seq(\n    (0L, \"a b c d e spark\", 1.0),\n    (1L, \"b d\", 0.0),\n    (2L, \"spark f g h\", 1.0),\n    (3L, \"hadoop mapreduce\", 0.0),\n    (4L, \"b spark who\", 1.0),\n    (5L, \"g d a y\", 0.0),\n    (6L, \"spark fly\", 1.0),\n    (7L, \"was mapreduce\", 0.0),\n    (8L, \"e spark program\", 1.0),\n    (9L, \"a e c l\", 0.0),\n    (10L, \"spark compile\", 1.0),\n    (11L, \"hadoop software\", 0.0)\n  )).toDF(\"id\", \"text\", \"label\")\n\n  def makeSyncer(projectConfig: ProjectConfig,\n                 experimentConfig: ExperimentConfig,\n                 experimentRunConfig: ExperimentRunConfig): ModelDbTestSyncer = {\n    val syncer = new ModelDbTestSyncer(projectConfig, experimentConfig, experimentRunConfig)\n    ModelDbSyncer.setSyncer(syncer)\n    syncer\n  }\n\n  def makeSyncer: ModelDbTestSyncer = makeSyncer(\n    NewOrExistingProject(\"unit test\",\n      \"harihar\",\n      \"this example creates a cross validation\"\n    ),\n    new DefaultExperiment,\n    new NewExperimentRun\n  )\n\n  def reset(): Unit = {\n    ModelDbSyncer.syncer match {\n      case Some(s: ModelDbTestSyncer) => s.clear()\n      case _ => {}\n    }\n    SyncableDataFramePaths.clear()\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/CrossValidatorSample.scala","text":"<reponame>miyamotok0105\/modeldb\npackage edu.mit.csail.db.ml.modeldb.sample\n\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.{DefaultExperiment, ModelDbSyncer, NewExperimentRun, NewOrExistingProject}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.classification.LogisticRegression\nimport org.apache.spark.ml.evaluation.BinaryClassificationEvaluator\nimport org.apache.spark.ml.feature.{HashingTF, Tokenizer}\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * This Spark program demonstrates the use of Syncables, which are a mechanism for intercepting events and objects of\n  * interest in Spark ML and then persisting them in the Model DB.\n  *\n  * To run this program, do the following:\n  *\n  * Build:\n  * sbt clean && sbt assembly\n  *\n  * Run:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.sample.CrossValidatorSample\" target\/scala-2.11\/ml.jar\n  *\n  *\/\nobject CrossValidatorSample {\n  def main(args: Array[String]) {\n    ModelDbSyncer.setSyncer(\n      new ModelDbSyncer(projectConfig = NewOrExistingProject(\"cross validation\",\n        \"harihar\",\n        \"this example creates a cross validation\"\n      ),\n      experimentConfig = new DefaultExperiment,\n      experimentRunConfig = new NewExperimentRun)\n    )\n\n    val sc = new SparkContext(new SparkConf().setMaster(\"local[*]\").setAppName(\"test\"))\n    Logger.getLogger(\"org\").setLevel(Level.OFF);\n    \n    val spark = SparkSession\n      .builder()\n      .appName(\"Cross Validator Sample\")\n      .getOrCreate()\n\n    \/\/ Prepare training data from a list of (id, text, label) tuples.\n    val training = spark.createDataFrame(Seq(\n      (0L, \"a b c d e spark\", 1.0),\n      (1L, \"b d\", 0.0),\n      (2L, \"spark f g h\", 1.0),\n      (3L, \"hadoop mapreduce\", 0.0),\n      (4L, \"b spark who\", 1.0),\n      (5L, \"g d a y\", 0.0),\n      (6L, \"spark fly\", 1.0),\n      (7L, \"was mapreduce\", 0.0),\n      (8L, \"e spark program\", 1.0),\n      (9L, \"a e c l\", 0.0),\n      (10L, \"spark compile\", 1.0),\n      (11L, \"hadoop software\", 0.0)\n    )).toDF(\"id\", \"text\", \"label\")\n\n    ModelDbSyncer.annotate(\"I wonder if the dataframe:\", training, \"is too small...\")\n\n    \/\/ Configure an ML pipeline, which consists of three stages: tokenizer, hashingTF, and lr.\n    val tokenizer = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val hashingTF = new HashingTF()\n      .setInputCol(tokenizer.getOutputCol)\n      .setOutputCol(\"features\")\n    val lr = new LogisticRegression()\n      .setMaxIter(10)\n    val pipeline = new Pipeline()\n      .setStages(Array(tokenizer, hashingTF, lr))\n\n    \/\/ We use a ParamGridBuilder to construct a grid of parameters to search over.\n    \/\/ With 3 values for hashingTF.numFeatures and 2 values for lr.regParam,\n    \/\/ this grid will have 3 x 2 = 6 parameter settings for CrossValidator to choose from.\n    val paramGrid = new ParamGridBuilder()\n      .addGrid(hashingTF.numFeatures, Array(10))\/\/, 100, 1000))\n      .addGrid(lr.regParam, Array(0.1))\/\/, 0.01))\n      .build()\n\n    \/\/ We now treat the Pipeline as an Estimator, wrapping it in a CrossValidator instance.\n    \/\/ This will allow us to jointly choose parameters for all Pipeline stages.\n    \/\/ A CrossValidator requires an Estimator, a set of Estimator ParamMaps, and an Evaluator.\n    \/\/ Note that the evaluator here is a BinaryClassificationEvaluator and its default metric\n    \/\/ is areaUnderROC.\n    val cv = new CrossValidator()\n      .setEstimator(pipeline)\n      .setEvaluator(new BinaryClassificationEvaluator)\n      .setEstimatorParamMaps(paramGrid)\n      .setNumFolds(3) \/\/ Use 3+ in practice\n\n    \/\/ Run cross-validation, and choose the best set of parameters.\n    val cvModel = cv.fitSync(training, Seq(\"id\", \"text\"))\n\n    \/\/ Prepare test documents, which are unlabeled (id, text) tuples.\n    val test = spark.createDataFrame(Seq(\n      (4L, \"spark i j k\"),\n      (5L, \"l m n\"),\n      (6L, \"mapreduce spark\"),\n      (7L, \"apache hadoop\")\n    )).toDF(\"id\", \"text\")\n\n    \/\/ \/\/ Make predictions on test documents. cvModel uses the best model found (lrModel).\n    cvModel.transformSync(test)\n      .select(\"id\", \"text\", \"prediction\")\n      .rdd\n      .foreach { row =>\n        val id = row.getLong(0)\n        val text = row.getString(1)\n        val prediction = row.getDouble(2)\n        println(s\"($id, $text) --> prediction=$prediction\")\n      }\n    ModelDbSyncer.syncer.get.sync()\n    System.out.println(\"Finished.\")\n  }\n\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/FitEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client._\nimport modeldb.ModelDBService.FutureIface\nimport org.apache.spark.ml.{PipelineStage, SyncableEstimator, Transformer}\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Event indicating that an Estimator was used to fit a model.\n  *\n  * @param estimator - The estimator performing the fitting.\n  *                  It's a pipeline stage because we can't easily\n  *                  type parameterize all Estimators.\n  * @param dataframe - The data being fit.\n  * @param model - The model produced by the fitting procedure.\n  *\/\ncase class FitEvent(estimator: PipelineStage,\n                    dataframe: DataFrame,\n                    model: Transformer) extends ModelDbEvent {\n\n  def makeEvent(mdbs: ModelDbSyncer) = {\n    modeldb.FitEvent(\n      SyncableDataFrame(dataframe),\n      SyncableEstimator(estimator),\n      SyncableTransformer(model),\n      mdbs.featureTracker.getFeatureCols(dataframe, model),\n      mdbs.featureTracker.getOutputCols(model),\n      mdbs.featureTracker.getLabelColumns(model),\n      experimentRunId = mdbs.experimentRun.id,\n      problemType = SyncableProblemType(model)\n    )\n  }\n\n  def associate(fer: modeldb.FitEventResponse, mdbs: ModelDbSyncer) = {\n    mdbs.associateObjectAndId(dataframe, fer.dfId)\n      .associateObjectAndId(estimator, fer.specId)\n      .associateObjectAndId(model, fer.modelId)\n      .associateObjectAndId(this, fer.eventId)\n  }\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeFitEvent(makeEvent(mdbs.get)))\n    SyncableSpecificModel(res.modelId, model, Some(client), mdbs.get.shouldStoreSpecificModels)\n    associate(res, mdbs.get)\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/Iris.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport org.apache.spark.ml.classification.{LogisticRegression, OneVsRest, RandomForestClassifier}\nimport org.apache.spark.ml.feature.{StringIndexer, VectorAssembler}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport org.apache.spark.ml.Transformer\n\n\/**\n  * A configuration object that is created by reading the command line arguments.\n  * @param pathToData - The path to the Iris CSV file (https:\/\/archive.ics.uci.edu\/ml\/datasets\/Iris).\n  * @param randomForest - Whether a random forest should be trained. If false, a one-vs-rest logistic regression model\n  *                     will be trained.\n  * @param outfile - The path of the output file that should contain the serialized trained model.\n  *\/\ncase class IrisConfig(pathToData: String = \"\",\n                      randomForest: Boolean = true,\n                      outfile: String = \"\")\n\n\/**\n  * This workflow trains a model, either a random forest or one vs. rest logistic regression model, on the Iris dataset\n  * and writes the output into a given file.\n  *\/\nobject Iris {\n  def runIris(config: IrisConfig): Unit = {\n    val spark = Common.makeSession()\n\n    \/\/ Read data.\n    import spark.implicits._\n    val df = spark\n      .read\n      .option(\"header\", false)\n      .option(\"inferSchema\", true)\n      .option(\"ignoreLeadingWhiteSpace\", true)\n      .option(\"ignoreTrainingWhiteSpace\", true)\n      .option(\"nullValue\", \"Unknown\")\n      .csv(config.pathToData)\n\n    \/\/ Assemble the feature vectors.\n    val asm = new VectorAssembler()\n      .setInputCols(Array(\"_c0\", \"_c1\", \"_c2\", \"_c3\"))\n      .setOutputCol(\"features\")\n    val dfWithFeatures = asm.transform(df)\n\n    \/\/ Index the label.\n    val stringIndex = new StringIndexer()\n      .setInputCol(\"_c4\")\n      .setOutputCol(\"label\")\n    val dfFinal = stringIndex.fit(dfWithFeatures).transform(dfWithFeatures)\n\n    \/\/ Create the ModelDB Syncer.\n    Common.makeSyncer()\n\n    \/\/ Train the model.\n    val model: Transformer = if (config.randomForest) {\n      val rf = new RandomForestClassifier()\n        .setLabelCol(\"label\")\n        .setFeaturesCol(\"features\")\n        .setNumTrees(200)\n      rf.fitSync(dfFinal)\n    } else {\n      val lr = new LogisticRegression()\n        .setFeaturesCol(\"features\")\n        .setLabelCol(\"label\")\n      val ovr = new OneVsRest()\n        .setClassifier(lr)\n      ovr.fitSync(dfFinal)\n    }\n\n    \/\/ Write model to file and show the predictions.\n    model.saveSync(\"IrisModel\" + (if (config.randomForest) \"RandomForest\" else \"LogReg\"))\n    dfFinal.show()\n  }\n\n  \/**\n    * Runs the Iris workflow from the command line.\n    *\/\n  def main(args: Array[String]): Unit = {\n    val parser = new scopt.OptionParser[IrisConfig](\"Iris Program\") {\n      head(\"Iris Program\")\n\n      opt[String]('p', \"path\")\n        .required()\n        .valueName(\"<path_to_data_file>\")\n        .action((pathToData, config) => config.copy(pathToData = pathToData))\n        .text(\"Path to the Iris data file (required)\")\n\n      opt[String]('o', \"outfile\")\n        .required()\n        .valueName(\"<outfile>\")\n        .action((outfile, config) => config.copy(outfile = outfile))\n        .text(\"Path to file that will hold the output. It will be overwritten\")\n\n      opt[Boolean]('r', \"randomForest\")\n        .action((randomForest, config) => config.copy(randomForest = randomForest))\n        .text(\"If 'true' (default), then a Random Forest model will be used. Otherwise, \" +\n          \"a one vs. rest logistic regression model will be used.\")\n    }\n\n    parser.parse(args, IrisConfig()) match {\n      case Some(config) => runIris(config)\n      case None => println(\"Failed to parse command line arguments. Make sure your arguments are correct.\")\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/PipelineEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableSpecificModel}\nimport modeldb.ModelDBService.FutureIface\nimport modeldb.PipelineEventResponse\nimport org.apache.spark.ml.{Pipeline, PipelineModel, PipelineStage, Transformer}\nimport org.apache.spark.sql.DataFrame\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * This is an abstract class that the two subclasses below extend.\n  * It gives us a convenient way to distinguish between Transformers\n  * and Estimators in the Pipeline.\n  *\/\nabstract class PipelineStageEvent\n\n\/**\n  * Represents a Transformer in a Pipeline (when the Pipeline is fit).\n  * @param input - The input fed to the Transformer.\n  * @param output - The output produced by the Transformer.\n  * @param transformer - The actual Transformer itself.\n  *\/\ncase class TransformerPipelineStageEvent(input: DataFrame,\n                                         output: DataFrame,\n                                         transformer: Transformer) extends PipelineStageEvent\n\n\/**\n  * Represents an Estimator in a Pipeline (when the Pipeline is fit).\n  * @param input - The input fed into the Estimator.\n  * @param output - The output produced by the Model that the Estimator produces.\n  * @param estimator The actual Estimator itself.\n  * @param model - The Model produced by the Estimator.\n  *\/\ncase class FitPipelineStageEvent(input: DataFrame,\n                                 output: DataFrame,\n                                 estimator: PipelineStage,\n                                 model: Transformer) extends PipelineStageEvent\n\n\/**\n  * Event indicating that a Pipeline was fit.\n  * @param pipeline - The Pipeline estimator.\n  * @param pipelineModel - The model produced by the Pipeline.\n  * @param inputDataFrame The DataFrame that the Pipeline is fit on.\n  * @param stages - The stage of the Pipeline (see the case classes above).\n  *\/\ncase class PipelineEvent(pipeline: Pipeline,\n                         pipelineModel: PipelineModel,\n                         inputDataFrame: DataFrame,\n                         stages: Seq[PipelineStageEvent]) extends ModelDbEvent {\n  \/**\n    * @return The FitEvent representing the fitting of the overall PipelineModel.\n    *\/\n  def makePipelineFit = FitEvent(pipeline, inputDataFrame, pipelineModel)\n\n  \/**\n    * Use the constructor arguments to create information about the stages.\n    * @param mdbs - The syncer.\n    * @return A tuple of the form (transform stages, fit stages, label columns, feature columns, prediction columns).\n    *         The transform stages map goes from stage index to TransformEvent. The fit stages map goes from\n    *         stage index to FitEvent.\n    *\/\n  def makeStages(mdbs: ModelDbSyncer):\n  (Seq[(Int, TransformEvent)], Seq[(Int, FitEvent)], Seq[String], Seq[String], Seq[String]) = {\n    val transformStages = ArrayBuffer[(Int, TransformEvent)]()\n    val fitStages = ArrayBuffer[(Int, FitEvent)]()\n    val labelCols = ArrayBuffer[String]()\n    val featureCols = ArrayBuffer[String]()\n    val predictionCols = ArrayBuffer[String]()\n    stages.zipWithIndex.foreach { case (stage, index) =>\n      stage match {\n        case TransformerPipelineStageEvent(in, out, t) =>\n          transformStages.append((index, TransformEvent(t, in, out)))\n          \/\/ We treat the input columns as features and output columns as predictions.\n          predictionCols ++= mdbs.featureTracker.getOutputCols(t)\n          featureCols ++= mdbs.featureTracker.getInputCols(t)\n        case FitPipelineStageEvent(in, out, est, mod) =>\n          \/\/ Create both a transform AND a fit event for an estimator in the pipeline.\n          transformStages.append((index, TransformEvent(mod, in, out)))\n          fitStages.append((index, FitEvent(est, in, mod)))\n          \/\/ Now get the columns.\n          predictionCols ++= mdbs.featureTracker.getOutputCols(mod)\n          labelCols ++= mdbs.featureTracker.getLabelColumns(mod)\n          featureCols ++= mdbs.featureTracker.getFeatureCols(inputDataFrame, mod)\n      }\n    }\n    (transformStages, fitStages, labelCols.distinct, featureCols.distinct, predictionCols.distinct)\n  }\n\n  \/**\n    * Create the PipelineEvent.\n    * @param pipelineFit - The FitEvent representing the overall fitting of the PipelineEvent.\n    * @param labelCols - The label columns (input the pipeline).\n    * @param featureCols - The feature columns (used by any models in the pipeline).\n    * @param predictionCols - The prediction columns (the outputs of the pipeline).\n    * @param transformStages - A map that goes from stage index to TransformEvent.\n    * @param fitStages - A map that goes from stage index to FitEvent.\n    * @param mdbs - The syncer.\n    * @return A PipelineEvent.\n    *\/\n  def makeEvent(pipelineFit: FitEvent,\n                labelCols: Seq[String],\n                featureCols: Seq[String],\n                predictionCols: Seq[String],\n                transformStages: Seq[(Int, TransformEvent)],\n                fitStages: Seq[(Int, FitEvent)],\n                mdbs: ModelDbSyncer) = {\n    modeldb.PipelineEvent(\n      pipelineFit.makeEvent(mdbs).copy(\n        featureColumns = featureCols,\n        predictionColumns = predictionCols,\n        labelColumns = labelCols\n      ),\n      transformStages.map(pair => modeldb.PipelineTransformStage(pair._1, pair._2.makeEvent(mdbs))),\n      fitStages.map(pair => modeldb.PipelineFitStage(pair._1, pair._2.makeEvent(mdbs))),\n      experimentRunId = mdbs.experimentRun.id\n    )\n  }\n\n  \/**\n    * Update the object-ID mappings based on responses to the stored pipeline event.\n    * @param res - The response to storing the PipelineEvent.\n    * @param pipelineFit - The FitEvent representing the fit of the overall PipelineModel.\n    * @param transformStages - The mapping from stage index to TransformEvent.\n    * @param fitStages - The mapping from stage index to FitEvent.\n    * @param mdbs - The syncer.\n    * @param client - The client for interacting for server.\n    *\/\n  def associate(res: PipelineEventResponse,\n                pipelineFit: FitEvent,\n                transformStages: Seq[(Int, TransformEvent)],\n                fitStages: Seq[(Int, FitEvent)],\n                mdbs: ModelDbSyncer,\n                client: Option[FutureIface]): Unit = {\n    pipelineFit.associate(res.pipelineFitResponse, mdbs)\n    (res.transformStagesResponses zip transformStages).foreach { case (ter, (index, te)) =>\n      te.associate(ter, mdbs)\n    }\n    (res.fitStagesResponses zip fitStages).foreach { case (fer, (index, fe)) =>\n      SyncableSpecificModel(fer.modelId, pipelineModel.stages(index), client, mdbs.shouldStoreSpecificModels)\n      fe.associate(fer, mdbs)\n    }\n  }\n\n  \/**\n    * Store the PipelineEvent in the database.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    \/\/ First make the fit event for the overall pipeline.\n    val pipelineFit = makePipelineFit\n\n    \/\/ Populate the stages and columns.\n    val (transformStages, fitStages, labelCols, featureCols, predictionCols) = makeStages(mdbs.get)\n\n    \/\/ Now log the event.\n    val pipelineEvent = makeEvent(\n      pipelineFit,\n      labelCols,\n      featureCols,\n      predictionCols,\n      transformStages,\n      fitStages,\n      mdbs.get\n    )\n    val res = Await.result(client.storePipelineEvent(pipelineEvent))\n    associate(res, pipelineFit, transformStages, fitStages, mdbs.get, Some(client))\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/PipelineEventTest.scala","text":"<gh_stars>1-10\nimport edu.mit.csail.db.ml.modeldb.client.event._\nimport modeldb.{FitEventResponse, PipelineEventResponse, TransformEventResponse}\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.classification.LogisticRegression\nimport org.apache.spark.ml.feature.{HashingTF, OneHotEncoder, Tokenizer}\nimport org.apache.spark.ml.regression.LinearRegression\nimport org.apache.spark.sql.DataFrame\nimport org.scalatest.{BeforeAndAfter, FunSuite}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\n\nclass PipelineEventTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n  }\n\n  private def makePipeline: Pipeline = {\n    val tokenizer = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val hashingTF = new HashingTF()\n      .setInputCol(tokenizer.getOutputCol)\n      .setOutputCol(\"features\")\n    val lr = new LogisticRegression()\n      .setMaxIter(10)\n    val pipeline = new Pipeline()\n      .setStages(Array(tokenizer, hashingTF, lr))\n    pipeline\n  }\n\n  private def dfCopy: DataFrame = TestBase.trainingData.toDF()\n\n  private def makeOhe: OneHotEncoder = new OneHotEncoder().setInputCol(\"inputCol\").setOutputCol(\"outputCol\")\n  private def makeLr: LinearRegression = new LinearRegression()\n    .setLabelCol(\"labelCol\")\n    .setFeaturesCol(\"featuresCol\")\n    .setPredictionCol(\"predictionCol\")\n\n  test(\"pipeline fit logs PipelineEvent\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val pipeline = makePipeline\n    val pipelineModel = pipeline.fitSync(TestBase.trainingData)\n\n    assert(syncer.numEvents - originalCount === 1)\n    assert(syncer.hasEvent(originalCount) {\n      case x: PipelineEvent =>\n        x.pipeline === pipeline &&\n          x.pipelineModel === pipelineModel &&\n          x.inputDataFrame === TestBase.trainingData &&\n          x.stages.length === 3 &&\n          x.stages.head.isInstanceOf[TransformerPipelineStageEvent] &&\n          x.stages(1).isInstanceOf[TransformerPipelineStageEvent] &&\n          x.stages(2).isInstanceOf[FitPipelineStageEvent]\n      case _ => false\n    })\n  }\n\n  test(\"makePipelineFit for PipelineEvent\") {\n    val syncer = TestBase.makeSyncer\n    val pipeline = makePipeline\n    val pipelineModel = pipeline.fit(TestBase.trainingData)\n    val pipelineEvent = PipelineEvent(pipeline, pipelineModel, TestBase.trainingData, Seq.empty)\n    val pipelineFit = pipelineEvent.makePipelineFit\n    assert(pipelineFit.model === pipelineModel)\n    assert(pipelineFit.dataframe === TestBase.trainingData)\n    assert(pipelineFit.estimator === pipeline)\n  }\n\n  test(\"makeStages for PipelineEvent\") {\n    val syncer = TestBase.makeSyncer\n    val pipeline = makePipeline\n    val pipelineModel = pipeline.fit(TestBase.trainingData)\n\n    val lr = makeLr\n    val oheFit = makeOhe\n    val dfInFit = dfCopy\n    val dfOutFit = dfCopy\n\n    val oheT1 = makeOhe\n    val dfInT1 = dfCopy\n    val dfOutT1 = dfCopy\n\n    val oheT2 = makeOhe\n    val dfInT2 = dfCopy\n    val dfOutT2 = dfCopy\n\n    val pipelineEvent = PipelineEvent(\n      pipeline,\n      pipelineModel,\n      TestBase.trainingData,\n      Seq(\n        TransformerPipelineStageEvent(dfInT1, dfOutT1, oheT1),\n        FitPipelineStageEvent(dfInFit, dfOutFit, lr, oheFit),\n        TransformerPipelineStageEvent(dfInT2, dfOutT2, oheT2)\n      )\n    )\n\n    val (transformStages, fitStages, labelCols, featureCols, predictionCols) = pipelineEvent.makeStages(syncer)\n\n    \/\/ Verify counts of columns. Note that these are set according to the expected results of oheFit.\n    assert(labelCols.length === 0)\n    assert(featureCols.length === 1)\n    assert(predictionCols.length === 1)\n\n    \/\/ Verify contents of columns.\n    assert(featureCols.contains(\"inputCol\"))\n    assert(predictionCols.contains(\"outputCol\"))\n\n    \/\/ Verify lengths of stages.\n    assert(fitStages.length === 1)\n    assert(transformStages.length === 3)\n\n    \/\/ Verify fit stages.\n    assert(fitStages.head._1 === 1)\n    assert(fitStages.head._2.estimator === lr)\n    assert(fitStages.head._2.model === oheFit)\n    assert(fitStages.head._2.dataframe === dfInFit)\n\n    \/\/ Verify transform stages.\n    assert(transformStages.head._1 === 0)\n    assert(transformStages.head._2.inputDataframe === dfInT1)\n    assert(transformStages.head._2.outputDataframe === dfOutT1)\n    assert(transformStages.head._2.transformer === oheT1)\n\n    assert(transformStages(1)._1 === 1)\n    assert(transformStages(1)._2.inputDataframe === dfInFit)\n    assert(transformStages(1)._2.outputDataframe === dfOutFit)\n    assert(transformStages(1)._2.transformer === oheFit)\n\n    assert(transformStages(2)._1 === 2)\n    assert(transformStages(2)._2.inputDataframe === dfInT2)\n    assert(transformStages(2)._2.outputDataframe === dfOutT2)\n    assert(transformStages(2)._2.transformer === oheT2)\n  }\n\n  test(\"associate for PipelineEvent\") {\n    val syncer = TestBase.makeSyncer\n    val pipeline = makePipeline\n    val pipelineModel = pipeline.fit(TestBase.trainingData)\n\n    val lr = makeLr\n    val oheFit = makeOhe\n    val dfInFit = dfCopy\n    val dfOutFit = dfCopy\n\n    val oheT1 = makeOhe\n    val dfInT1 = dfCopy\n    val dfOutT1 = dfCopy\n\n    val oheT2 = makeOhe\n    val dfInT2 = dfCopy\n    val dfOutT2 = dfCopy\n\n    val transformStages = Seq(\n      (0, TransformEvent(oheT1, dfInT1, dfOutT1)),\n      (1, TransformEvent(oheFit, dfInFit, dfOutFit)),\n      (2, TransformEvent(oheT2, dfInT2, dfOutT2))\n    )\n    val fitStages = Seq((1, FitEvent(lr, dfInFit, oheFit)))\n\n    val pipelineFit = FitEvent(pipeline, TestBase.trainingData, pipelineModel)\n\n    val pipelineEvent = PipelineEvent(pipeline, pipelineModel, TestBase.trainingData, Seq.empty)\n\n    val inDfId = 5\n    val stage1Id = 11\n    val stage2Id = 15\n    val fitTransformId = 16\n    pipelineEvent.associate(\n      PipelineEventResponse(\n        FitEventResponse(inDfId, 6, 7, 8, 9),\n        Seq(\n          TransformEventResponse(inDfId, stage1Id, 12, 13, \"\"),\n          TransformEventResponse(stage1Id, stage2Id, fitTransformId, 17, \"\"),\n          TransformEventResponse(stage2Id, 19, 20, 21, \"\")\n        ),\n        Seq(\n          FitEventResponse(stage1Id, 23, fitTransformId, 25, 26)\n        )\n      ),\n      pipelineFit,\n      transformStages,\n      fitStages,\n      syncer,\n      None\n    )\n\n    \/\/ Verify the Pipeline fit.\n    assert(syncer.id(pipelineFit.dataframe).get === inDfId)\n    assert(syncer.id(pipelineFit.model).get === 7)\n    assert(syncer.id(pipelineFit.estimator).get === 6)\n\n    \/\/ Verify the first transform stage.\n    assert(syncer.id(oheT1).get === 12)\n    assert(syncer.id(dfInT1).get === inDfId)\n    assert(syncer.id(dfOutT1).get === stage1Id)\n\n    \/\/ Verify the fit stage.\n    assert(syncer.id(lr).get === 23)\n    assert(syncer.id(oheFit).get === fitTransformId)\n    assert(syncer.id(dfInFit).get === stage1Id)\n\n    \/\/ Verify the second transform stage.\n    assert(syncer.id(oheFit).get === fitTransformId)\n    assert(syncer.id(dfInFit).get === stage1Id)\n    assert(syncer.id(dfOutFit).get === stage2Id)\n\n    \/\/ Verify the last transform stage\n    assert(syncer.id(oheT2).get === 20)\n    assert(syncer.id(dfInT2).get === stage2Id)\n    assert(syncer.id(dfOutT2).get === 19)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalSimple.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalSimple.scala\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.classification.{LogisticRegression, OneVsRest}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\n\n\/**\n  * This workflow trains a one vs. rest logistic regression model on the animal shelter data and evaluates it.\n  * It measures the time required to perform various operations.\n  *\/\nobject AnimalSimple {\n  \/**\n    * Runs the workflow.\n    * @param config - Workflow configuration.\n    *\/\n  def run(config: Config): Unit = {\n    \/\/ Create the session and read the data.\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readAnimalShelter(config.pathToData, spark), config.minNumRows)\n\n    \/\/ Apply a pre-processing pipeline.\n    val categoricalCols = Array[String](\"AnimalType\", \"SexuponOutcome\",\n      \"SimpleBreed\", \"SimpleColor\")\n    val numericalCol = \"AgeInYears\"\n    val labelCol = \"OutcomeType\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n      df.toDF(),\n      categoricalCols,\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Array(numericalCol),\n      Some((true, true))\n    )(spark.sqlContext)\n    val labelConverter = labelConverterOpt.get\n\n    \/\/ Now, we'll set up the timing and create the syncer (if applicable).\n    Timer.activate()\n\n    if (config.syncer) Common.makeSyncer()\n\n    \/\/ Split the data.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Train the model.\n    val lr = new LogisticRegression()\n      .setMaxIter(20)\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n\n    val ovr = new OneVsRest()\n      .setClassifier(lr)\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n\n    val model = ovr.fitSync(train)\n    model.saveSync(\"animal_simple_ovr_lr\")\n\n    \/\/ Evaluate the model.\n    val predictions = model.transformSync(test)\n\n    val eval = new MulticlassClassificationEvaluator()\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setMetricName(\"f1\")\n\n    val score = eval.evaluateSync(predictions, model)\n\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/Annotater.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/Annotater.scala\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.AnnotationEvent\n\n\/**\n  * This trait augments an object with an annotate function. Most of\n  * the heavy lifting is done by AnnotationEvent in ModelDbSyncer.\n  *\/\ntrait Annotater {\n\n  \/**\n    * Create an annotation in ModelDB with the given items.\n    *\n    * @param items - The items that make up the annotation. They should be\n    *              either Strings, Transformers, DataFrames, or PipelineStages.\n    *\/\n  def annotate(items: Any*)(implicit mdbs: Option[ModelDbSyncer]): Unit =\n    mdbs.get.buffer(AnnotationEvent(items:_*))\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/RandomSplitEventTest.scala","text":"<reponame>miyamotok0105\/modeldb\nimport org.scalatest.{BeforeAndAfter, FunSuite}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.event.RandomSplitEvent\nimport modeldb.RandomSplitEventResponse\n\nclass RandomSplitEventTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n  }\n\n  test(\"Random splitting logs RandomSplitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val splits = TestBase.trainingData.randomSplitSync(Array(0.4, 0.6), 100)\n    assert(syncer.numEvents - originalCount === 1)\n    assert(syncer.hasEvent(originalCount) {\n      case x: RandomSplitEvent =>\n        x.weights.length === 2 &&\n        x.weights.head === 0.4 &&\n        x.weights(1) === 0.6 &&\n        x.seed === 100 &&\n        x.dataframe === TestBase.trainingData &&\n        x.result.length === 2 &&\n        x.result.head === splits(0)\n        x.result(1) === splits(1)\n      case _ => false\n    })\n  }\n\n  test(\"makeEvent of a RandomSplitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val df1 = TestBase.trainingData.toDF()\n    val df2 = TestBase.trainingData.toDF()\n    val rse = RandomSplitEvent(TestBase.trainingData, Array(0.1, 0.9), 100, Array(df1, df2))\n    val rsEvent = rse.makeEvent(syncer)\n    assert(rsEvent.oldDataFrame.numRows === 12)\n    assert(rsEvent.weights.length === 2)\n    assert(rsEvent.weights.head === 0.1)\n    assert(rsEvent.weights(1) === 0.9)\n    assert(rsEvent.seed === 100)\n    assert(rsEvent.splitDataFrames.length === 2)\n    assert(rsEvent.splitDataFrames.head.numRows === 12)\n    assert(rsEvent.splitDataFrames(1).numRows === 12)\n  }\n\n  test(\"associate of a RandomSplitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val df1 = TestBase.trainingData.toDF()\n    val df2 = TestBase.trainingData.toDF()\n    val rse = RandomSplitEvent(TestBase.trainingData, Array(0.5, 0.5), 100, Array(df1, df2))\n    rse.associate(RandomSplitEventResponse(5, Seq(6, 7), 8), syncer)\n    assert(syncer.id(TestBase.trainingData).get === 5)\n    assert(syncer.id(df1).get === 6)\n    assert(syncer.id(df2).get === 7)\n    assert(syncer.id(rse).get === 8)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableEvaluator.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableEvaluator.scala<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.MetricEvent\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.evaluation.{BinaryClassificationEvaluator, Evaluator, MulticlassClassificationEvaluator, RegressionEvaluator}\nimport org.apache.spark.sql.DataFrame\n\ntrait SyncableEvaluator {\n\n  \/**\n    * This augements Spark Evaluators with the evaluateSync method, which logs a MetricEvent to the database after\n    * running the evaluation.\n    * @param e - The Evaluator.\n    *\/\n  implicit class EvaluateSync(e: Evaluator) {\n    \/**\n      * Run the constructor's Evaluator on the given DataFrame, for which predictions were generated by the given\n      * Transformer. This logs a MetricEvent to the server.\n      * @param df - The DataFrame containing the predictions and labels.\n      * @param m - The Transformer that produced the predictions.\n      * @param mdbs - The syncer.\n      * @return The evaluation metric value.\n      *\/\n    def evaluateSync(df: DataFrame, m: Transformer)(implicit mdbs: Option[ModelDbSyncer]): Double = {\n      val metricVal = e.evaluate(df)\n      if (mdbs.isDefined) {\n        val (metricName, labelCol, predictionCol) = SyncableEvaluator.getMetricNameLabelColPredictionCol(e)\n        mdbs.get.buffer(MetricEvent(df, m, labelCol, predictionCol, metricName, metricVal.toFloat))\n      }\n      metricVal\n    }\n  }\n}\n\nobject SyncableEvaluator {\n  \/**\n    * Gets the name of the metric, the name of the label column, and the name of the prediction column for the given\n    * Evaluator.\n    * @param eval - The Evaluator.\n    * @return (metric name, label column, evaluation column).\n    *\/\n  def getMetricNameLabelColPredictionCol(eval: Evaluator): (String, String, String) = eval match {\n    case e: RegressionEvaluator => (e.getMetricName, e.getLabelCol, e.getPredictionCol)\n    case e: BinaryClassificationEvaluator => (e.getMetricName, e.getLabelCol, e.getRawPredictionCol)\n    case e: MulticlassClassificationEvaluator => (e.getMetricName, e.getLabelCol, e.getPredictionCol)\n    case _ => (\"Unknown metric\", \"Unknown label column\", \"Unknown prediction column\")\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/HousingExploratory.scala","text":"<reponame>miyamotok0105\/modeldb\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression.{GBTRegressor, LinearRegression, RandomForestRegressor}\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Like the AnimalExploratory workflow, but for the housing data.\n  *\/\nobject HousingExploratory {\n  def run(config: Config): Unit = {\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readHousingPrices(config.pathToData, spark), config.minNumRows)\n\n    Timer.activate()\n\n    if (config.syncer) Common.makeSyncer(\n      appName = \"Housing Prices\",\n      appDesc = \"Predict sale prices for homes.\"\n    )\n\n    val uselessCols = Set(\"Id\")\n    val leakCols = Set(\"MoSold\", \"YrSold\", \"SaleType\", \"SaleCondition\")\n    val labelCol = \"label\"\n    val predictionCol = \"prediction\"\n    val featuresCol = \"features\"\n\n    def makeLrModel(data: DataFrame, featureVectorNames: Array[String]): Unit = {\n      val Array(lrTrain, lrTest) = data.randomSplitSync(Array(0.7, 0.3))\n\n      val lr = new LinearRegression()\n        .setMaxIter(20)\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n\n      val eval = new RegressionEvaluator()\n        .setLabelCol(labelCol)\n        .setPredictionCol(predictionCol)\n\n      val paramGrid = new ParamGridBuilder()\n        .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.5, 0.7, 0.9))\n        .addGrid(lr.regParam, Array(0.1, 0.3, 0.5, 0.7, 0.9))\n        .build()\n\n      val lrCv = new CrossValidator()\n        .setEstimator(lr)\n        .setEstimatorParamMaps(paramGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n      val lrCvModel = lrCv.fitSync(lrTrain, featureVectorNames)\n      lrCvModel.saveSync(\"housing_exploratory_lr\")\n      val lrPredictions = lrCvModel.transformSync(lrTest)\n      println(\"Evaluation LR \" + eval.evaluateSync(lrPredictions, lrCvModel.bestModel))\n    }\n\n    def makeRfModel(data: DataFrame, featureVectorNames: Array[String]): Unit = {\n      val Array(rfTrain, rfTest) = data.randomSplitSync(Array(0.7, 0.3))\n\n      val rf = new RandomForestRegressor()\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n        .setNumTrees(20)\n\n      val rfParamGrid = new ParamGridBuilder()\n        .addGrid(rf.featureSubsetStrategy, Array(\"sqrt\", \"onethird\", \"log2\"))\n        .addGrid(rf.maxDepth, Array(5, 7))\n        .build()\n\n      val eval = new RegressionEvaluator()\n        .setLabelCol(labelCol)\n        .setPredictionCol(predictionCol)\n\n      val rfCv = new CrossValidator()\n        .setEstimator(rf)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(rfParamGrid)\n        .setNumFolds(3)\n\n      val rfCvModel = rfCv.fitSync(rfTrain, featureVectorNames)\n      rfCvModel.saveSync(\"housing_exploratory_rf\")\n      val rfPredictions = rfCvModel.transformSync(rfTest)\n      println(\"Evaluation RF \" + eval.evaluateSync(rfPredictions, rfCvModel.bestModel))\n    }\n\n    def makeGbtModel(data: DataFrame, featureVectorNames: Array[String]): Unit = {\n      val Array(gbtTrain, gbtTest) = data.randomSplitSync(Array(0.7, 0.3))\n\n      val gbt = new GBTRegressor()\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n        .setMaxIter(20)\n\n      val gbtParamGrid = new ParamGridBuilder()\n        .addGrid(gbt.maxDepth, Array(5, 7))\n        .build()\n\n      val eval = new RegressionEvaluator()\n        .setLabelCol(labelCol)\n        .setPredictionCol(predictionCol)\n\n      val gbtCv = new CrossValidator()\n        .setEstimator(gbt)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(gbtParamGrid)\n        .setNumFolds(3)\n\n      val gbtCvModel = gbtCv.fitSync(gbtTrain, featureVectorNames)\n      gbtCvModel.saveSync(\"housing_exploratory_gbt\")\n      val gbtPredictions = gbtCvModel.transformSync(gbtTest)\n      println(\"Evaluation \" + eval.evaluateSync(gbtPredictions, gbtCvModel.bestModel))\n    }\n\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n      df.toDF(),\n      Set(\"MSSubClass\", \"MSZoning\", \"Street\", \"Alley\",\n        \"LotShape\", \"LandContour\", \"Utilities\", \"LotConfig\", \"LandSlope\",\n        \"Neighborhood\", \"Condition1\", \"Condition2\", \"BldgType\", \"HouseStyle\",\n        \"OverallQual\", \"OverallCond\", \"RoofStyle\", \"RoofMatl\", \"Exterior1st\",\n        \"Exterior2nd\", \"MasVnrType\", \"ExterQual\", \"ExterCond\", \"Foundation\",\n        \"BsmtQual\", \"BsmtCond\", \"BsmtExposure\", \"BsmtFinType1\", \"BsmtFinType2\",\n        \"Heating\", \"HeatingQC\", \"CentralAir\", \"Electrical\", \"KitchenQual\",\n        \"Functional\", \"FireplaceQu\", \"GarageType\", \"GarageFinish\", \"GarageQual\",\n        \"GarageCond\", \"PavedDrive\", \"PoolQC\", \"Fence\", \"MiscFeature\").toArray,\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Set(\"LotFrontage\", \"LotArea\", \"YearBuilt\", \"YearRemodAdd\",\n        \"MasVnrArea\", \"BsmtFinSF1\", \"BsmtFinSF2\", \"BsmtUnfSF\", \"TotalBsmtSF\",\n        \"1stFlrSF\", \"2ndFlrSF\", \"LowQualFinSF\", \"GrLivArea\", \"BsmtFullBath\",\n        \"BsmtHalfBath\", \"FullBath\", \"HalfBath\", \"TotRmsAbvGrd\", \"Fireplaces\",\n        \"GarageYrBlt\", \"GarageCars\", \"GarageArea\", \"WoodDeckSF\", \"OpenPorchSF\",\n        \"EnclosedPorch\", \"3SsnPorch\", \"ScreenPorch\", \"PoolArea\", \"MiscVal\").toArray,\n      Some(true, true)\n    )(spark.sqlContext)\n\n    makeLrModel(preprocessedData, featureVectorNames)\n    makeRfModel(preprocessedData, featureVectorNames)\n    makeGbtModel(preprocessedData, featureVectorNames)\n\n    val (preprocessedData2, featureVectorNames2, labelConverterOpt2) = FeatureVectorizer(\n      df.toDF(),\n      Set(\"Neighborhood\", \"BldgType\", \"HouseStyle\", \"OverallQual\", \"OverallCond\").toArray,\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Set(\"LotArea\", \"YearBuilt\", \"YearRemodAdd\", \"1stFlrSF\", \"2ndFlrSF\", \"LowQualFinSF\", \"GrLivArea\", \"BsmtFullBath\",\n        \"BsmtHalfBath\", \"FullBath\", \"HalfBath\", \"PoolArea\").toArray,\n      Some(true, true)\n    )(spark.sqlContext)\n\n    makeLrModel(preprocessedData2, featureVectorNames2)\n    makeRfModel(preprocessedData2, featureVectorNames2)\n    makeGbtModel(preprocessedData2, featureVectorNames2)\n\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/RunExperimentProjectTest.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/RunExperimentProjectTest.scala\nimport edu.mit.csail.db.ml.modeldb.client.event.{ExperimentEvent, ExperimentRunEvent, ProjectEvent}\nimport edu.mit.csail.db.ml.modeldb.client.{NewExperimentRun, NewOrExistingExperiment, NewOrExistingProject}\nimport org.scalatest.{BeforeAndAfter, FunSuite}\n\nclass RunExperimentProjectTest extends FunSuite with BeforeAndAfter {\n\n  before {\n    TestBase.reset()\n  }\n\n  test(\"On creating a ModelDbSyncer the proper events should be stored\") {\n    val syncer = TestBase.makeSyncer\n    assert(syncer.numEvents == 3)\n    \/\/ We expect a ProjectEvent, ExperimentEvent, and then an ExperimentRunEvent.\n    \/\/ Each of them should be new, and the experiment should be default.\n    assert(syncer.hasEvent(0) {\n      case x: ProjectEvent => x.project.id == -1\n      case _ => false\n    })\n    assert(syncer.hasEvent(1) {\n      case x: ExperimentEvent => x.experiment.id == -1 && x.experiment.isDefault\n      case _ => false\n    })\n    assert(syncer.hasEvent(2) {\n      case x: ExperimentRunEvent => x.experimentRun.id == -1\n      case _ => false\n    })\n  }\n\n  test(\"Allow creating a non-default experiment\") {\n    val syncer = TestBase.makeSyncer(\n      NewOrExistingProject(\"name\", \"author\", \"description\"),\n      NewOrExistingExperiment(\"expName\", \"expDesc\"),\n      NewExperimentRun(\"expRunDesc\")\n    )\n    assert(syncer.numEvents == 3)\n    assert(syncer.hasEvent(0) {\n      case x: ProjectEvent => x.project.id == -1 && x.project.name == \"name\"\n      case _ => false\n    })\n    assert(syncer.hasEvent(1) {\n      case x: ExperimentEvent => x.experiment.id == -1 && !x.experiment.isDefault && x.experiment.name == \"expName\"\n      case _ => false\n    })\n    assert(syncer.hasEvent(2) {\n      case x: ExperimentRunEvent => x.experimentRun.id == -1 && x.experimentRun.description == \"expRunDesc\"\n      case _ => false\n    })\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/GridSearchCrossValidationEvent.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/GridSearchCrossValidationEvent.scala\npackage edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client._\nimport modeldb.ModelDBService.FutureIface\nimport modeldb.{CrossValidationEvent, GridSearchCrossValidationEventResponse}\nimport org.apache.spark.ml.evaluation.Evaluator\nimport org.apache.spark.ml.{PipelineStage, SyncableEstimator, Transformer}\nimport org.apache.spark.sql.DataFrame\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Represents a fold in cross validation. There should be a set of folds for each\n  * cell in the cross validation search grid.\n  * @param model - The model produced by training on the fold.\n  * @param trainingDf - The DataFrame used to train the model above.\n  * @param validationDf - The DataFrame to evaluate the trained model,\n  *                     which produces the score below.\n  * @param score - A score representing the quality of model trained on this fold.\n  *\/\ncase class CrossValidationFold(model: Transformer,\n                               trainingDf: DataFrame,\n                               validationDf: DataFrame,\n                               score: Double)\n\n\/**\n  * Event indicating that the user has performed a grid search and used\n  * cross-validation to train an estimator.\n  * @param inputDataFrame - The DataFrame that the user is training on.\n  * @param crossValidations - A map that goes from the estimator (there should be one per cell of\n  *                         of the cross validation search grid) to the folds trained with that\n  *                         estimator.\n  * @param seed - The seed used by the random number generator that splits the DataFrame.\n  * @param evaluator - The evaluator used to judge the quality of the models trained on\n  *                  each fold.\n  * @param bestModel - The model produced by training on the input DataFrame using the best\n  *                  estimator.\n  * @param bestEstimator - The estimator that reflects the best hyperparameter setting\n  *                      that was found through grid search cross validation.\n  * @param numFolds - The number of folds used for cross validation.\n  *\/\ncase class GridSearchCrossValidationEvent(inputDataFrame: DataFrame,\n                                          crossValidations: Map[PipelineStage, ArrayBuffer[CrossValidationFold]],\n                                          seed: Long,\n                                          evaluator: Evaluator,\n                                          bestModel: Transformer,\n                                          bestEstimator: PipelineStage,\n                                          numFolds: Int)  extends ModelDbEvent {\n\n  \/**\n    * Create a sequence of CrossValidationEvent objects based on the constructor arguments. These can be used to compose\n    * the GridSearchCrossValidationEvent.\n    * @param mdbs - The syncer.\n    * @return The sequence of CrossValidationEvent objects.\n    *\/\n  def makeCrossValidationEvents(mdbs: ModelDbSyncer): Seq[CrossValidationEvent] =\n  crossValidations.keys.map { (estimator) =>\n    val folds = crossValidations(estimator).map { (fold) =>\n      modeldb.CrossValidationFold(SyncableTransformer(fold.model),\n        SyncableDataFrame(fold.validationDf),\n        SyncableDataFrame(fold.trainingDf),\n        fold.score)\n    }\n    modeldb.CrossValidationEvent(\n      SyncableDataFrame(inputDataFrame),\n      SyncableEstimator(estimator),\n      seed,\n      SyncableEvaluator.getMetricNameLabelColPredictionCol(evaluator)._1,\n      mdbs.featureTracker.getLabelColumns(bestModel),\n      mdbs.featureTracker.getOutputCols(bestModel),\n      mdbs.featureTracker.getFeatureCols(inputDataFrame, bestModel),\n      folds,\n      experimentRunId = mdbs.experimentRun.id,\n      problemType = SyncableProblemType(bestModel)\n    )\n  }.toSeq\n\n  \/**\n    * Create a GridSearchCrossValidationEvent.\n    * @param mdbs - The syncer.\n    * @param crossValidationEvents - A sequence of CrossValidationEvents (should be one per hyperparameter configuration\n    *                              considered in the search). You can create these using the makeCrossValidationEvents\n    *                              function.\n    * @return The GridSearchCrossValidationEvent.\n    *\/\n  def makeGscve(mdbs: ModelDbSyncer,\n                crossValidationEvents: Seq[CrossValidationEvent]): modeldb.GridSearchCrossValidationEvent =\n    modeldb.GridSearchCrossValidationEvent(\n      numFolds,\n      modeldb.FitEvent(\n        SyncableDataFrame(inputDataFrame),\n        SyncableEstimator(bestEstimator),\n        SyncableTransformer(bestModel),\n        labelColumns = mdbs.featureTracker.getLabelColumns(bestModel),\n        predictionColumns = mdbs.featureTracker.getOutputCols(bestModel),\n        featureColumns = mdbs.featureTracker.getFeatureCols(inputDataFrame, bestModel),\n        experimentRunId = mdbs.experimentRun.id,\n        problemType = SyncableProblemType(bestModel)\n      ),\n      crossValidationEvents,\n      experimentRunId = mdbs.experimentRun.id,\n      problemType = SyncableProblemType(bestModel)\n    )\n\n  \/**\n    * Update the object-ID mappings of the syncer based on the response to the GridSearchCrossValidationEvent.\n    * @param mdbs - The syncer that contains the object-ID mappings.\n    * @param res - The response for the GridSearchCrossValidationEvent.\n    * @param client - The client for communicating with the server. This will be used to sync any specific models\n    *               (e.g. LinearModel, TreeModel) that are indicated in the response. We can do this only when\n    *               we have the response because the specific model must be associated with the ID of a Transformer. We\n    *               can get this ID from the response. Currently, however, the code to store the specific models is\n    *               commented out. This is done for performance reason. If we don't do it, then the size of the\n    *               TreeLink and TreeNode tables gets huge.\n    *\/\n  def associate(mdbs: ModelDbSyncer, res: GridSearchCrossValidationEventResponse, client: Option[FutureIface]): Unit = {\n    \/\/ First associate the fit event.\n    mdbs.associateObjectAndId(this, res.eventId)\n      .associateObjectAndId(bestEstimator, res.fitEventResponse.specId)\n      .associateObjectAndId(inputDataFrame, res.fitEventResponse.dfId)\n      .associateObjectAndId(bestModel, res.fitEventResponse.modelId)\n\n    \/\/ Now iterate through each cross validation in the grid.\n    (crossValidations zip res.crossValidationEventResponses).foreach { pair =>\n      val (estimator, folds) = pair._1\n      val cver = pair._2\n\n      \/\/ Associate each spec.\n      mdbs.associateObjectAndId(cver.specId, estimator)\n\n      \/\/ Iterate through each fold.\n      (folds zip cver.foldResponses).foreach { pair =>\n        val (fold, foldr) = pair\n        \/\/ It's debatable whether we actually want to store these.\n\/\/        SyncableSpecificModel(foldr.modelId, fold.model, client)\n        \/\/ Associate the model and validation dataframe produced by the fold.\n        mdbs.associateObjectAndId(fold.model, foldr.modelId)\n          .associateObjectAndId(fold.validationDf, foldr.validationId)\n          .associateObjectAndId(fold.trainingDf, foldr.trainingId)\n      }\n    }\n  }\n\n  \/**\n    * Store the GridSearchCrossValidationEvent on the server.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val crossValidationEvents = makeCrossValidationEvents(mdbs.get)\n\n    val gscve = makeGscve(mdbs.get, crossValidationEvents)\n\n    val res = Await.result(client.storeGridSearchCrossValidationEvent(gscve))\n\n    \/\/ Store a specific model (e.g. TreeModel, LinearModel) if applicable.\n    SyncableSpecificModel(\n      res.fitEventResponse.modelId,\n      bestModel,\n      Some(client),\n      mdbs.get.shouldStoreSpecificModels\n    )\n\n    associate(mdbs.get, res, Some(client))\n  }\n}\n\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/HasFitSync.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.FitEvent\nimport org.apache.spark.ml.{Estimator, Model}\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * This trait augments a model with fitSync methods that log a FitEvent on the\n  * ModelDB after fitting the model. The methods resemble the fit method on a Spark Estimator.\n  *\n  * @tparam T - The type of the model.\n  *\/\ntrait HasFitSync[T <: Model[T]] {\n  \/**\n    * This function should be used by the implementing class to\n    * handle the fitSync(DataFrame, Array[ParamMap]) function.\n    *\n    * @param estimator - The Estimator on which fitSync is called.\n    * @param df - The DataFrame being fit.\n    * @param pms - The ParamMaps (may be empty) to use for fitting.\n    * @param mdbs - The Model DB syncer.\n    * @param featureVectorNames - The names of the features in the feature vector. The ith entry of the sequence is\n    *                           the name of the (i+1)st feature in the feature vector.\n    * @return The trained models.\n    *\/\n  def fitSync(estimator: Estimator[T],\n              df: DataFrame,\n              pms: Array[ParamMap],\n              mdbs: Option[ModelDbSyncer],\n              featureVectorNames: Seq[String]): Seq[T] = {\n    if (pms.nonEmpty) {\n      pms.flatMap(pm => fitSync(estimator.copy(pm), df, Array[ParamMap](), mdbs, featureVectorNames))\n    } else {\n      \/\/ Associate the feature vector names with the dataframe.\n      if (mdbs.isDefined) mdbs.get.featureTracker.setFeaturesForDf(df, featureVectorNames)\n\n      \/\/ Train the models.\n      val model = estimator.fit(df)\n\n      \/\/ Record a FitEvent in the event syncer.\n      if (mdbs.isDefined) mdbs.get.buffer(FitEvent(estimator, df, model))\n\n      \/\/ Return the models.\n      Seq(model)\n    }\n  }\n\n  \/\/ Define the fitSync methods.\n  def fitSync(df: DataFrame, pms: Array[ParamMap], featureVectorNames: Seq[String])\n             (implicit mdbc: Option[ModelDbSyncer]): Seq[T]\n  def fitSync(df: DataFrame, pm: ParamMap, featureVectorNames: Seq[String])\n             (implicit mdbc: Option[ModelDbSyncer]): T = fitSync(df, Array(pm), featureVectorNames).head\n  def fitSync(df: DataFrame, featureVectorNames: Seq[String])\n             (implicit mdbc: Option[ModelDbSyncer]): T = fitSync(df, Array[ParamMap](), featureVectorNames).head\n  def fitSync(df: DataFrame, pms: Array[ParamMap])\n             (implicit mdbc: Option[ModelDbSyncer]): Seq[T] = fitSync(df, pms, Seq.empty[String])(mdbc)\n  def fitSync(df: DataFrame, pm: ParamMap)\n             (implicit mdbc: Option[ModelDbSyncer]): T = fitSync(df, Array(pm), Seq.empty[String]).head\n  def fitSync(df: DataFrame)\n             (implicit mdbc: Option[ModelDbSyncer]): T = fitSync(df, Array[ParamMap](), Seq.empty[String]).head\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/Taggable.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport org.apache.spark.ml.PipelineStage\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * This trait exposes implicit classes that augments Spark objects\n  * with the ability to receive tags. Tags are human-readable names\n  * for objects (e.g. \"Income dataset\", \"best regression model\")\n  * that are persisted in the ModelDB.\n  *\/\ntrait Taggable {\n\n  \/**\n    * This augments any PipelineStage objects with a tag function. This\n    * includes Transformers, Models, Pipelines, CrossValidators,\n    * and Estimators.\n    *\/\n  implicit class TaggablePipelineStage[M <: PipelineStage](m: M) {\n    def tag(tagName: String)(implicit mdbs: Option[ModelDbSyncer]): M = {\n      mdbs.get.associateObjectAndTag(m, tagName)\n      m\n    }\n  }\n\n  \/**\n    * This augments DataFrames with a tag function.\n    *\/\n  implicit class TaggableDataFrame(m: DataFrame) {\n    def tag(tagName: String)(implicit mdbs: Option[ModelDbSyncer]) = {\n      mdbs.get.associateObjectAndTag(m, tagName)\n      m\n    }\n  }\n\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/AnnotationEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableDataFrame, SyncableTransformer}\nimport modeldb.ModelDBService.FutureIface\nimport org.apache.spark.ml.{PipelineStage, SyncableEstimator, Transformer}\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Event indicating that the user has created an annotation.\n  * @param items - A sequence of Strings, DataFrames, Transformers, and PipelineStages.\n  *              These constitute the annotation.\n  *\/\ncase class AnnotationEvent(items: Any*) extends ModelDbEvent {\n  \/\/ These are the currently supported annotation types.\n  \/\/ These strings need to correspond to the strings used on the ModelDB server.\n  object AnnotationTypes {\n    val MESSAGE = \"message\"\n    val DATAFRAME = \"dataframe\"\n    val SPEC = \"spec\"\n    val TRANSFORMER = \"transformer\"\n  }\n\n  \/**\n    * AnnotationEvents are made from AnnotationFragments. This is a convenience\n    * function that creates an empty AnnotationFragment whose fields we can modify.\n    * @return An empty annotation fragment with sensible defaults.\n    *\/\n  private def makeEmptyFragment = modeldb.AnnotationFragment(\n    \"\",\n    modeldb.DataFrame(numRows=1),\n    modeldb.TransformerSpec(transformerType=\"\"),\n    modeldb.Transformer(transformerType=\"\"),\n    \"\"\n  )\n\n  \/**\n    * Stores the AnnotationEvent on the server.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    \/\/ Create the fragments.\n    val fragments = items.map {\n      case df: DataFrame =>\n        makeEmptyFragment.copy(`type`=AnnotationTypes.DATAFRAME, df=SyncableDataFrame(df))\n      case message: String =>\n        makeEmptyFragment.copy(`type`=AnnotationTypes.MESSAGE, message=message)\n      case transformer: Transformer =>\n        makeEmptyFragment.copy(`type`=AnnotationTypes.TRANSFORMER, transformer=SyncableTransformer(transformer))\n      case estimator: PipelineStage =>\n        makeEmptyFragment.copy(`type`=AnnotationTypes.SPEC, spec=SyncableEstimator(estimator))\n    }\n\n    \/\/ Store the annotation event.\n    val res = Await.result(client.storeAnnotationEvent(modeldb.AnnotationEvent(\n      fragments,\n      experimentRunId = mdbs.get.experimentRun.id\n    )))\n\n    \/\/ Associate objects and IDs.\n    (items zip res.fragmentResponses).foreach { case (item, response) =>\n      if (!item.isInstanceOf[String]) {\n        mdbs.get.associateObjectAndId(item, response.id)\n      }\n    }\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/TransformEvent.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableDataFrame, SyncableTransformer}\nimport modeldb.ModelDBService.FutureIface\nimport modeldb.TransformEventResponse\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.util.MLWritable\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Event indicating that a Transformer transformed a DataFrame.\n  *\n  * @param transformer - The transformer doing the transforming.\n  * @param inputDataframe - The input to the transformer.\n  * @param outputDataframe - The output from the transformer.\n  *\/\ncase class TransformEvent(transformer: Transformer,\n                          inputDataframe: DataFrame,\n                          outputDataframe: DataFrame) extends ModelDbEvent {\n  \/**\n    * Create the actual TransformEvent.\n    * @param mdbs - The syncer. Used to compute the input and output features of the Transformer.\n    * @return The TransformEvent.\n    *\/\n  def makeEvent(mdbs: ModelDbSyncer) = modeldb.TransformEvent(\n    SyncableDataFrame(inputDataframe),\n    SyncableDataFrame(outputDataframe),\n    SyncableTransformer(transformer),\n    mdbs.featureTracker.getInputCols(transformer),\n    mdbs.featureTracker.getOutputCols(transformer),\n    experimentRunId = mdbs.experimentRun.id\n  )\n\n\n  \/**\n    * Update object ID mappings based on response.\n    * @param ter - The response.\n    * @param mdbs - The syncer. This contains the object ID mappings.\n    * @return The syncer.\n    *\/\n  def associate(ter: modeldb.TransformEventResponse, mdbs: ModelDbSyncer) = {\n    mdbs.associateObjectAndId(inputDataframe, ter.oldDataFrameId)\n      .associateObjectAndId(outputDataframe, ter.newDataFrameId)\n      .associateObjectAndId(transformer, ter.transformerId)\n      .associateObjectAndId(this, ter.eventId)\n  }\n\n  \/**\n    * Store the event and update object ID mappings.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeTransformEvent(makeEvent(mdbs.get)))\n    associate(res, mdbs.get)\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/TwoWayMapping.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport scala.collection.mutable\n\n\/**\n  * This data structure combines two HashMaps to maintain an association\n  * between pairs of objects. We use this in the ModelDbSyncer.\n  *\n  * The mapping goes from objects of type K to objects of type V,\n  * and vice versa.\n  *\/\nclass TwoWayMapping[K, V] {\n\n  \/\/ We store the mappings in two hashmaps.\n  private val kToV = mutable.HashMap[K, V]()\n  private val vToK = mutable.HashMap[V, K]()\n\n  \/\/ Unfortunately, we need to name these functions differently.\n  \/\/ If we don't, the Scala compiler complains that the functions\n  \/\/ are ambiguous because of type erasure.\n\n  \/\/ Put a mapping into the two maps.\n  def putKV(k: K, v: V): Unit = {\n    kToV.put(k, v)\n    vToK.put(v, k)\n  }\n  def putVK(v: V, k: K): Unit = putKV(k, v)\n\n  \/\/ Retrieve the corresponding value for a given key.\n  def getK(k: K): Option[V] = kToV.get(k)\n  def getV(v: V): Option[K] = vToK.get(v)\n\n  \/\/ Check if the key is contained in the mapping.\n  def hasK(k: K): Boolean = kToV.contains(k)\n  def hasV(v: V): Boolean = vToK.contains(v)\n  def clear(): Unit = {\n    vToK.clear()\n    kToV.clear()\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/IMDBFull.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression.LinearRegression\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\n\n\/**\n  * Like the AnimalFull workflow, but for the IMDB data.\n  *\/\nobject IMDBFull {\n  def run(config: Config): Unit = {\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readImdb(config.pathToData, spark), config.minNumRows)\n    Timer.activate()\n    if (config.syncer) Common.makeSyncer()\n\n    \/\/ Apply preprocessing pipeline.\n    val (preprocessedData, featureVectorNames, _) = FeatureVectorizer(\n      df,\n      Array(\"color\", \"content_rating\", \"country\", \"first_genre\", \"second_genre\"),\n      Array[String](),\n      featuresCol = \"features\",\n      scaledCols = Array(\"num_critic_for_reviews\", \"gross\", \"num_user_for_reviews\", \"title_year\", \"num_voted_users\"),\n      scaler = Some(true, true)\n    )(spark.sqlContext)\n\n    \/\/ Train test split.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Here are the columns we care about for prediction.\n    val labelCol = \"imdb_score\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    \/\/ Define the base estimator.\n    val lr = new LinearRegression()\n      .setMaxIter(10)\n      .setLabelCol(labelCol)\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n\n    \/\/ We'll evaluate using RMSE.\n    val eval = new RegressionEvaluator()\n      .setMetricName(\"rmse\")\n      .setLabelCol(labelCol)\n      .setPredictionCol(predictionCol)\n\n    \/\/ We'll define a grid search for the regularization parameter and elastic net parameter.\n    val paramGrid = new ParamGridBuilder()\n      .addGrid(lr.regParam, Array(0.1, 0.3, 0.5))\n      .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.8))\n      .build()\n\n    \/\/ Define the cross validator.\n    val cv = new CrossValidator()\n      .setEstimator(lr)\n      .setEvaluator(eval)\n      .setEstimatorParamMaps(paramGrid)\n      .setNumFolds(3)\n\n    \/\/ Select a model with cross validation.\n    val model = cv.fitSync(train)\n    model.saveSync(\"imdb_full_model\")\n\n    \/\/ Evaluate the resulting model.\n    val predictions = model.transformSync(test)\n    val score = eval.evaluateSync(predictions, model)\n\n    \/\/ Write the timing data to an output file.\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/GridSearchCrossValidationTest.scala","text":"import edu.mit.csail.db.ml.modeldb.client.event.{CrossValidationFold, GridSearchCrossValidationEvent}\nimport modeldb.{CrossValidationEvent, ProblemType, TransformerSpec}\nimport org.apache.spark.ml.classification.{LogisticRegression, LogisticRegressionModel}\nimport org.apache.spark.ml.evaluation.BinaryClassificationEvaluator\nimport org.apache.spark.ml.feature.{HashingTF, OneHotEncoder, Tokenizer}\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.ml.{Pipeline, PipelineStage}\nimport org.apache.spark.sql.DataFrame\nimport org.scalatest.{BeforeAndAfter, FunSuite}\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass GridSearchCrossValidationTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n  }\n\n  private lazy val preprocessedData: DataFrame = {\n    val tokenizer = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val hashingTF = new HashingTF()\n      .setInputCol(tokenizer.getOutputCol)\n      .setOutputCol(\"features\")\n    val pipeline = new Pipeline()\n      .setStages(Array(tokenizer, hashingTF))\n    pipeline.fit(TestBase.trainingData).transform(TestBase.trainingData)\n  }\n\n  private def makeCv: (CrossValidator, BinaryClassificationEvaluator) = {\n    val lr = new LogisticRegression()\n      .setMaxIter(10)\n    val paramGrid = new ParamGridBuilder()\n      .addGrid(lr.regParam, Array(0.1, 0.3))\n      .build()\n    val eval = new BinaryClassificationEvaluator()\n    val cv = new CrossValidator()\n      .setEstimator(lr)\n      .setEvaluator(eval)\n      .setEstimatorParamMaps(paramGrid)\n      .setNumFolds(2)\n    (cv, eval)\n  }\n\n  private def dfCopy: DataFrame = TestBase.trainingData.toDF()\n\n  private def makeOhe: OneHotEncoder = new OneHotEncoder().setInputCol(\"inputCol\").setOutputCol(\"outputCol\")\n\n  test(\"makeCrossValidationEvents of GSCVE\") {\n    val syncer = TestBase.makeSyncer\n    val (cv, eval) = makeCv\n    val cvModel = cv.fit(preprocessedData)\n    val bestModel = cvModel.bestModel.asInstanceOf[LogisticRegressionModel]\n\n    val lr1: PipelineStage = new LogisticRegression()\n    val lr2: PipelineStage = new LogisticRegression()\n    val gscve = GridSearchCrossValidationEvent(\n      preprocessedData,\n      Map(\n        lr1 -> ArrayBuffer(\n          CrossValidationFold(makeOhe, dfCopy, dfCopy, 0.5),\n          CrossValidationFold(makeOhe, dfCopy, dfCopy, 0.6)\n        ),\n        lr2 -> ArrayBuffer(\n          CrossValidationFold(makeOhe, dfCopy, dfCopy, 0.7),\n          CrossValidationFold(makeOhe, dfCopy, dfCopy, 0.8)\n        )\n      ),\n      100,\n      eval,\n      bestModel,\n      bestModel.parent,\n      2\n    )\n\n    val cves = gscve.makeCrossValidationEvents(syncer)\n    assert(cves.length === 2)\n    assert(cves.head.folds.length === 2)\n    assert(cves(1).folds.length === 2)\n  }\n\n  test(\"makeGscve of GSCVE\") {\n    val syncer = TestBase.makeSyncer\n    val (cv, eval) = makeCv\n    val cvModel = cv.fit(preprocessedData)\n    val bestModel = cvModel.bestModel.asInstanceOf[LogisticRegressionModel]\n\n    val lr1: PipelineStage = new LogisticRegression()\n    val lr2: PipelineStage = new LogisticRegression()\n    val gscve = GridSearchCrossValidationEvent(\n      preprocessedData,\n      Map.empty,\n      100,\n      eval,\n      bestModel,\n      bestModel.parent,\n      1\n    )\n\n    val g = gscve.makeGscve(syncer, Seq(\n      CrossValidationEvent(\n        modeldb.DataFrame(numRows = 2),\n        TransformerSpec(-1, \"\", Seq.empty, \"\"),\n        10,\n        \"test\",\n        Seq.empty,\n        Seq.empty,\n        Seq.empty,\n        Seq(\n          modeldb.CrossValidationFold(\n            modeldb.Transformer(-1, \"t\"),\n            modeldb.DataFrame(numRows = 2),\n            modeldb.DataFrame(numRows = 2),\n            0.5\n          )\n        ),\n        1\n      )\n    ))\n    assert(g.numFolds === 1)\n    assert(g.bestFit.problemType === ProblemType.BinaryClassification)\n    assert(g.crossValidations.length === 1)\n  }\n\n  test(\"associate of GSCVE\") {\n    val syncer = TestBase.makeSyncer\n    val (cv, eval) = makeCv\n    val cvModel = cv.fit(preprocessedData)\n    val bestModel = cvModel.bestModel.asInstanceOf[LogisticRegressionModel]\n\n    val lr1: PipelineStage = new LogisticRegression()\n    val lr2: PipelineStage = new LogisticRegression()\n    val dfV1 = dfCopy\n    val dfV2 = dfCopy\n    val dfT1 = dfCopy\n    val dfT2 = dfCopy\n    val mod1 = makeOhe\n    val mod2 = makeOhe\n    val mod3 = makeOhe\n    val mod4 = makeOhe\n    val gscve = GridSearchCrossValidationEvent(\n      preprocessedData,\n      Map(\n        lr1 -> ArrayBuffer(\n          CrossValidationFold(mod1, dfT1, dfV1, 0.5),\n          CrossValidationFold(mod2, dfT2, dfV2, 0.6)\n        ),\n        lr2 -> ArrayBuffer(\n          CrossValidationFold(mod3, dfT1, dfV1, 0.7),\n          CrossValidationFold(mod4, dfT2, dfV2, 0.8)\n        )\n      ),\n      100,\n      eval,\n      bestModel,\n      bestModel.parent,\n      2\n    )\n\n    val dfId = 4\n    val t1 = 13\n    val t2 = 14\n    val v1 = 15\n    val v2 = 16\n    val lr1Id =\n    gscve.associate(\n      syncer,\n      modeldb.GridSearchCrossValidationEventResponse(\n        2,\n        3,\n        modeldb.FitEventResponse(dfId, 5, 6, 7, 8),\n        Seq(\n          modeldb.CrossValidationEventResponse(\n            dfId,\n            9,\n            10,\n            Seq(\n              modeldb.CrossValidationFoldResponse(17, v1, t1),\n              modeldb.CrossValidationFoldResponse(18, v2, t2)\n            ),\n            11\n          ),\n          modeldb.CrossValidationEventResponse(\n            dfId,\n            19,\n            20,\n            Seq(\n              modeldb.CrossValidationFoldResponse(22, v1, t1),\n              modeldb.CrossValidationFoldResponse(23, v2, t2)\n            ),\n            21\n          )\n        )\n      ),\n      None\n    )\n\n    assert(syncer.id(preprocessedData).get === dfId)\n    assert(syncer.id(gscve).get === 3)\n    assert(syncer.id(bestModel).get === 6)\n    assert(syncer.id(bestModel.parent).get === 5)\n    assert(syncer.id(dfT1).get === t1)\n    assert(syncer.id(dfT2).get === t2)\n    assert(syncer.id(dfV1).get === v1)\n    assert(syncer.id(dfV2).get === v2)\n    assert(syncer.id(mod1).get === 17)\n    assert(syncer.id(mod2).get === 18)\n    assert(syncer.id(mod3).get === 22)\n    assert(syncer.id(mod4).get === 23)\n    assert(syncer.id(lr1).get === 9)\n    assert(syncer.id(lr2).get === 19)\n  }\n\n  test(\"cross validation logs GSCVE\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val (cv, eval) = makeCv\n    val cvModel = cv.fitSync(preprocessedData)\n    assert(syncer.numEvents - originalCount === 1)\n    assert(syncer.hasEvent(originalCount) {\n      case x: GridSearchCrossValidationEvent =>\n        x.inputDataFrame === preprocessedData &&\n        x.evaluator === eval &&\n        x.bestModel === cvModel.bestModel\n      case _ => false\n    })\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableTransformer.scala","text":"<reponame>miyamotok0105\/modeldb\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.ParamPair\nimport org.apache.spark.ml.tuning.CrossValidatorModel\nimport org.apache.spark.ml.util.MLWritable\nimport org.apache.spark.sql.DataFrame\n\n\ntrait SyncableTransformer {\n  \/**\n    * Implicit class that equips all Spark Transformers with the transformSync method.\n    * It also augments Transformers with the saveSync method.\n    *\/\n  implicit class TransformerSync(m: Transformer) extends HasTransformSync {\n    \/**\n      * The transformSync method, see HasTransformSync.scala for more info.\n      *\/\n    override def transformSync(df: DataFrame, pairs: Seq[ParamPair[_]])\n                              (implicit mdbc: Option[ModelDbSyncer]): DataFrame =\n      transformSync(m, df, pairs, mdbc)\n\n    \/**\n      * Save the constructor's Transformer to a serialized model file on the ModelDB model filesystem.\n      * @param mdbs - The syncer.\n      * @return A boolean indicating whether the Transformer was successfully saved to the ModelDB model\n      *         filesystem.\n      *\/\n    def saveSync()(implicit mdbs: Option[ModelDbSyncer]): Boolean = saveSync(\"\")(mdbs)\n\n    \/**\n      * Save the constructor's Transformer to a serialized model file on the ModelDB model filesystem\n      * and use the given desired file name if possible (see ModelDB.thrift - getFilepath).\n      * @param desiredFileName - The desired filename to use for the serialized model file.\n      * @param mdbs - The syncer\n      * @return A boolean indicating whether the Transformer was successfully saved.\n      *\/\n    def saveSync(desiredFileName: String)(implicit mdbs: Option[ModelDbSyncer]): Boolean = {\n      if (mdbs.isEmpty)\n        false\n      else\n        m match {\n          case cvm: CrossValidatorModel => cvm.bestModel.saveSync(desiredFileName)\n          case w: MLWritable =>\n            val filepath = mdbs.get.getFilepath(m, desiredFileName)\n            w.write.overwrite().save(filepath)\n            true\n          case _ => false\n        }\n    }\n  }\n}\n\nobject SyncableTransformer extends SyncableTransformer {\n  \/**\n    * Convert from a Spark Transformer into a Thrift structure.\n    * @param transformer - The Transformer.\n    * @param mdbs - The syncer.\n    * @return A the modeldb.Transformer, which is a Thrift structure.\n    *\/\n  def apply(transformer: Transformer)\n           (implicit mdbs: Option[ModelDbSyncer]): modeldb.Transformer = {\n    val id = mdbs.get.id(transformer).getOrElse(-1)\n    val tag = mdbs.get.tag(transformer).getOrElse(\"\")\n    val transformerType = transformer.getClass.getSimpleName\n    transformer match {\n      case _ => modeldb.Transformer(id, transformerType, tag=tag)\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/CompareModelsSample.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/CompareModelsSample.scala<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.sample\n\n\/\/ Import the implicit classes for ModelDb.\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, NewOrExistingProject, SyncableMetrics, DefaultExperiment, NewExperimentRun}\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.classification.{DecisionTreeClassifier, LogisticRegression, RandomForestClassifier}\nimport org.apache.spark.ml.evaluation.BinaryClassificationEvaluator\nimport org.apache.spark.ml.feature._\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\n\/\/ Create a case class which represents a person (i.e. one row of the data file).\n\/\/ Note, it is VERY important that we define this outside of the main function. Otherwise, we will get an error.\n\/\/ In this particular case, the sbt assembly complains that the toDF function does not exist.\ncase class  Person(age: Integer, workclass: String, fnlwgt: Integer, education: String, education_num: Integer,\n                  marital_status: String, occupation: String, relationship: String, race: String, sex: String,\n                  capital_gain: Integer, capital_loss: Integer, hours_per_week: Integer, native_country: String,\n                  income_level: Double)\n\n\/**\n  * This program will train and compare models on the UCI Census Adult dataset.\n  *\n  * To run this program, do the following:\n  *\n  * Build:\n  * sbt clean && sbt assembly\n  *\n  * Run:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.sample.CompareModelsSample\" target\/scala-2.11\/ml.jar\n  *   <path_to_adult.data>\n  *\/\nobject CompareModelsSample {\n  def main(args: Array[String]): Unit = {\n    ModelDbSyncer.setSyncer(\n      new ModelDbSyncer(projectConfig = NewOrExistingProject(\n        \"compare models\",\n        \"harihar\",\n        \"we use the UCI Adult Census dataset to compare random forests, \"\n          + \"decision trees, and logistic regression\"\n      ),\n      experimentConfig = new DefaultExperiment,\n      experimentRunConfig = new NewExperimentRun\n      )\n    )\n\n    \/\/ Read the positional argument (i.e. the path to the data file).\n    val pathToDataFile = if (args.length < 1) {\n      throw new IllegalArgumentException(\"Missing path to data file positional argument\")\n    } else {\n      args(0)\n    }\n\n    \/\/ Set up contexts.\n    val conf = new SparkConf().setAppName(\"Census\")\n    val sc = new SparkContext(conf)\n    val spark = SparkSession\n      .builder()\n      .appName(\"Cross Validator Sample\")\n      .getOrCreate()\n    import spark.implicits._\n\n    \/\/ Read the data file.\n    val rawCsv = sc.textFile(pathToDataFile)\n\n    \/\/ Create an RDD[Person] from the data.\n    val rows = rawCsv\n      .filter(_.length > 5) \/\/ Remove empty lines. The choice of 5 is arbitrary.\n      .map { (line) =>\n      \/\/ Split the line on the commas.\n      \/\/ Then, partition it into Array(Array(feature1, feature2, ..., feature14), Array(label)).\n      val splitted = line.split(\",\").splitAt(14)\n\n      \/\/ Figure out what the label is, then assign 0.0 to represent an income less than $50K and 1.0 to represent an income\n      \/\/ above $50K.\n      val labelRaw = splitted._2(0).trim\n      val label = if (labelRaw == \"<=50K\") 0.0\n      else if (labelRaw == \">50K\") 1.0\n      else throw new IllegalArgumentException(\"Invalid Label \" + labelRaw)\n\n      \/\/ Now, trim each of the features.\n      val f = splitted._1.map(_.trim)\n\n      \/\/ Create the person object (and convert features to integers where appropriate).\n      new Person(\n        f(0).toInt,\n        f(1),\n        f(2).toInt,\n        f(3),\n        f(4).toInt,\n        f(5),\n        f(6),\n        f(7),\n        f(8),\n        f(9),\n        f(10).toInt,\n        f(11).toInt,\n        f(12).toInt,\n        f(13),\n        label\n      )\n    }\n    val rawData = rows.toDF()\n    \/\/ Now let's process the features into something a model can use.\n    \/\/ To do that, let's first see which features are strings and which are not (we ignore \"income_level\" because it's\n    \/\/ the label).\n    val (stringFields, nonStringFields) = rawData.schema.partition{ (field) =>\n      field.dataType == org.apache.spark.sql.types.StringType\n    }\n    val stringFieldNames = stringFields.map(_.name)\n    val nonStringFieldNames = nonStringFields.map(_.name).filter(_ != \"income_level\")\n\n    \/\/ Index categorical variables.\n    val indexers = stringFieldNames.map { (field) =>\n      new StringIndexer()\n        .setInputCol(field)\n        .setOutputCol(field + \"_index\")\n    }\n\n    \/\/ One-hot encode categorical variables.\n    val encoders = stringFieldNames.map { (field) =>\n      new OneHotEncoder()\n        .setInputCol(field + \"_index\")\n        .setOutputCol(field + \"_vec\")\n    }\n\n    \/\/ Now let's combine our features into a \"features\" vector.\n    val assembler = new VectorAssembler()\n      .setInputCols((stringFieldNames.map(_ + \"_vec\") ++ nonStringFieldNames).toArray)\n      .setOutputCol(\"features\")\n\n    \/\/ One final pre-processing step: Let's use a StringIndexer on the income level.\n    \/\/ NOTE: I don't actually think this is necessary.\n    val labelIndexer = new StringIndexer()\n      .setInputCol(\"income_level\")\n      .setOutputCol(\"income_level_index\")\n\n    \/\/ Create a pipeline for preprocessing.\n    val preprocessingPipeline = new Pipeline()\n      .setStages((indexers ++ encoders ++ Seq(assembler, labelIndexer)).toArray)\n\n    \/\/ Generate the preprocessed data.\n    val data = preprocessingPipeline\n      .fitSync(rawData)\n      .transformSync(rawData)\n\n    \/\/ Training\/testing split.\n    val Array(training, testing) = data.randomSplit(Array(0.7, 0.3))\n\n    \/\/ Column names.\n    val labelCol = \"income_level_index\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    \/\/ We'll compare three models - Random Forest, LogisticRegression, and Decision Tree.\n    val dt = new DecisionTreeClassifier()\n      .setLabelCol(labelCol)\n      .setFeaturesCol(featuresCol)\n    val rf = new RandomForestClassifier()\n      .setNumTrees(100)\n      .setLabelCol(labelCol)\n      .setFeaturesCol(featuresCol)\n    val lr = new LogisticRegression()\n      .setLabelCol(labelCol)\n      .setFeaturesCol(featuresCol)\n      .setMaxIter(100)\n      .setElasticNetParam(0.5)\n\n    ModelDbSyncer.annotate(\"I'm going to compare\", dt, rf, \" and \", lr)\n\n    val estimators = Array(dt, lr, rf)\n\n    \/\/ Make the evaluator.\n    val eval = new BinaryClassificationEvaluator()\n      .setLabelCol(labelCol)\n\n    \/\/ Create search grids.\n    val dtGrid = new ParamGridBuilder()\n      .addGrid(dt.impurity, Array(\"gini\", \"entropy\"))\n      .addGrid(dt.maxDepth, Array(3, 5, 7))\n\n    val rfGrid = new ParamGridBuilder()\n      .addGrid(rf.featureSubsetStrategy, Array(\"onethird\", \"sqrt\", \"log2\"))\n      .addGrid(rf.impurity, Array(\"gini\", \"entropy\"))\n\n    val lrGrid = new ParamGridBuilder()\n      .addGrid(lr.elasticNetParam, Array(0.01, 0.1, 0.5, 0.7))\n      .addGrid(lr.regParam, Array(0.01, 0.1, 1))\n\n    val grids = Array(dtGrid, lrGrid, rfGrid)\n\n    \/\/ Create the cross validation estimators for each.\n    val cvEstimators = (estimators zip grids).map { case (est, grid) =>\n      new CrossValidator()\n          .setEstimator(est)\n          .setEvaluator(eval)\n          .setNumFolds(3)\n          .setEstimatorParamMaps(grid.build())\n    }\n\n    \/\/ Fit the cross validation estimators.\n    val models = cvEstimators.map(_.fitSync(training))\n\n    \/\/ Make predictions on the testing data.\n    val predictions = models.map(_.transformSync(testing))\n\n    \/\/ Now compute metrics for each model.\n    val metrics = (models zip predictions).map { case (model, prediction) =>\n      SyncableMetrics.ComputeMulticlassMetrics(model, prediction, labelCol, predictionCol)\n    }\n\n    (estimators zip metrics).foreach { case (est, metric) =>\n      println(est.getClass.getSimpleName)\n      println(\"f: \" + metric.accuracy)\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/ExperimentRunEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * Store a new experiment run on the server.\n  * @param experimentRun - The experiment run to store.\n  *\/\ncase class ExperimentRunEvent(experimentRun: modeldb.ExperimentRun) extends ModelDbEvent {\n  \/**\n    * Store the experiment run on the server and set the current experiment run of the ModelDbSyncer to\n    * the returned experiment run ID.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeExperimentRunEvent(modeldb.ExperimentRunEvent(experimentRun)))\n    mdbs.get.experimentRun = mdbs.get.experimentRun.copy(id = res.experimentRunId)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/PipelineSample.scala","text":"package edu.mit.csail.db.ml.modeldb.sample\n\n\/**\n  * This Spark program demonstrates the use of Syncables, which are a mechanism for intercepting events and objects of\n  * interest in Spark ML and then persisting them in the Model DB.\n  *\n  * To run this program, do the following:\n  *\n  * Build:\n  * sbt clean && sbt assembly\n  *\n  * Run:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.sample.PipelineSample\" target\/scala-2.11\/ml.jar\n  *   <path_to_spark_installation>\/data\/mllib\/sample_libsvm_data.txt\n  *\/\n\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, NewOrExistingProject, SyncableMetrics, DefaultExperiment, NewExperimentRun}\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\nimport org.apache.spark.ml.classification.LogisticRegression\nimport org.apache.spark.ml.feature.{IndexToString, StringIndexer, VectorIndexer}\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\nimport ModelDbSyncer._\n\nobject PipelineSample {\n  def main(args: Array[String]): Unit = {\n    \/\/ Set up the syncer.\n    ModelDbSyncer.setSyncer(\n      new ModelDbSyncer(projectConfig = NewOrExistingProject(\"pipeline\",\n        \"harihar\",\n        \"this example creates and runs a pipeline\"\n      ),\n      experimentConfig = new DefaultExperiment,\n      experimentRunConfig = new NewExperimentRun)\n    )\n\n    val sc = new SparkContext(new SparkConf().setMaster(\"local[*]\").setAppName(\"test\"))\n    val spark = SparkSession\n      .builder()\n      .appName(\"Pipeline Sample\")\n      .getOrCreate()\n\n    \/\/ Read the command line argument which indicates the path to the data file.\n    val pathToDataFile = args(0)\n    val data = spark.read.format(\"libsvm\").loadSync(pathToDataFile).tag(\"Sample libsvm data\")\n\n    \/\/ MODELDB: Optional: Register your object with ModelDB so that a creation event can be logged.\n    val labelIndexer = new StringIndexer()\n      .setInputCol(\"label\")\n      .setOutputCol(\"indexedLabel\")\n      .fit(data)\n\n    \/\/ Automatically identify categorical features, and index them.\n    \/\/ Set maxCategories so features with > 4 distinct values are treated as continuous.\n    \/\/ MODELDB: Optional: Register your object with ModelDB so that a creation event can be logged.\n    val featureIndexer = new VectorIndexer()\n      .setInputCol(\"features\")\n      .setOutputCol(\"indexedFeatures\")\n      .setMaxCategories(4)\n      .fit(data)\n\n    \/\/ Train a RandomForest model.\n    \/\/ MODELDB: Optional: Register your object with ModelDB so that a creation event can be logged.\n    val lr = new LogisticRegression()\n      .setLabelCol(\"indexedLabel\")\n      .setFeaturesCol(\"indexedFeatures\")\n      .setMaxIter(10)\n      .setElasticNetParam(0.5)\n      .tag(\"logistic regression on sample data\")\n\n    \/\/ Optional: Register your object with ModelDB so that a creation event can be logged.\n    val labelConverter = new IndexToString()\n      .setInputCol(\"prediction\")\n      .setOutputCol(\"predictedLabel\")\n      .setLabels(labelIndexer.labels)\n\n    \/\/ Split the data into training and test sets (30% held out for testing)\n    val pipeline = new Pipeline().setStages(Array(labelIndexer, featureIndexer, lr, labelConverter))\n      .tag(\"sample libsvm pipeline\")\n\n    \/\/ MODELDB: Optional: Record the split event to the ModelDB (not implemented yet).\n    val Array(trainingData, testData) = data.randomSplitSync(Array(0.7, 0.3))\n\n    ModelDbSyncer.annotate(\"Pipelines are neat.\", pipeline)\n\n    \/\/ Chain indexers and forest in a Pipeline\n    \/\/ MODELDB: Log the FitEvent to the ModelDB.\n    val model: PipelineModel = pipeline.fitSync(trainingData).tag(\"pipeline model for libsvm data\")\n\n    \/\/ MODELDB: Compute metrics on the model.\n    val metrics = SyncableMetrics.ComputeMulticlassMetrics(\n      model,\n      model.transformSync(testData),\n      \"label\",\n      \"predictedLabel\"\n    )\n    \/\/ MODELDB: Sync on demand.\n    syncer.get.sync()\n    println(metrics.accuracy)\n\n\n    println(\"Done now\")\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/project\/plugins.sbt","text":"logLevel := Level.Warn\n\nresolvers += \"twitter-repo\" at \"https:\/\/maven.twttr.com\"\n\naddSbtPlugin(\"com.twitter\" % \"scrooge-sbt-plugin\" % \"4.12.0\")\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableLinearModel.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport modeldb.{LinearModel, LinearModelTerm}\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.classification.LogisticRegressionModel\nimport org.apache.spark.ml.regression.LinearRegressionModel\n\n\/**\n  * This contains logic for converting a Spark linear model (LinearRegressionModel and LogisticRegressionModel)\n  * into a Thrift LinearModel.\n  *\/\nobject SyncableLinearModel {\n  \/**\n    * Convert the given Spark object into a Thrift structure.\n    * @param lrm - The LinearRegressionModel.\n    * @return The Thrift structure representing lrm.\n    *\/\n  private def toLinearModel(lrm: LinearRegressionModel): LinearModel = {\n    val normal = lrm.getSolver == \"normal\"\n\n    \/\/ Get the training summary.\n    val trainingSummary = if (lrm.hasSummary) Some(lrm.summary) else None\n\n    \/\/ Get the intercept term.\n    val interceptTerm = if (lrm.getFitIntercept)\n      trainingSummary match {\n        case Some(summary) => Some(LinearModelTerm(\n          lrm.intercept,\n          if (normal) Some(summary.tValues.last) else None,\n          if (normal) Some(summary.coefficientStandardErrors.last) else None,\n          if (normal) Some(summary.pValues.last) else None\n        ))\n        case None => Some(LinearModelTerm(lrm.intercept))\n      }\n    else\n      None\n\n    \/\/ Get the feature terms.\n    val featureTerms = lrm.coefficients.toArray.zipWithIndex.map(pair => {\n      val (coeff, index) = (pair._1, pair._2)\n      trainingSummary match {\n        case Some(summary) => LinearModelTerm(\n          coeff,\n          if (normal) Some(summary.tValues(index)) else None,\n          if (normal) Some(summary.coefficientStandardErrors(index)) else None,\n          if (normal) Some(summary.pValues(index)) else None\n        )\n        case None => LinearModelTerm(coeff)\n      }\n    })\n\n    trainingSummary match {\n      case Some(summary) => LinearModel(\n        interceptTerm = interceptTerm,\n        featureTerms = featureTerms,\n        objectiveHistory = Some(summary.objectiveHistory),\n        rmse = if (normal) Some(summary.rootMeanSquaredError) else None,\n        explainedVariance = if (normal)  Some(summary.explainedVariance) else None,\n        r2 = if (normal) Some(summary.r2) else None\n      )\n      case None => LinearModel(interceptTerm = interceptTerm, featureTerms = featureTerms)\n    }\n  }\n\n  \/**\n    * Like the above, but for a LogisticRegression\n    *\/\n  private def toLinearModel(lrm: LogisticRegressionModel): LinearModel = {\n    \/\/ Get the training summary.\n    val trainingSummary = if (lrm.hasSummary) Some(lrm.summary) else None\n\n    \/\/ Get the intercept term.\n    val interceptTerm = if (lrm.getFitIntercept) Some(LinearModelTerm(lrm.intercept)) else None\n\n    \/\/ Get the feature terms.\n    val featureTerms = lrm.coefficients.toArray.map(coeff => LinearModelTerm(coeff))\n\n    trainingSummary match {\n      case Some(summary) => LinearModel(\n        interceptTerm = interceptTerm,\n        featureTerms = featureTerms,\n        objectiveHistory = Some(summary.objectiveHistory)\n      )\n      case None => LinearModel(interceptTerm = interceptTerm, featureTerms = featureTerms)\n    }\n  }\n\n  \/\/ TODO: Maybe we should just replace this and the above methods with apply(lrm: LogisticRegressionModel) and\n  \/\/ apply(lrm: LinearRegressionModel).\n  \/**\n    * Convert the given Transformer into a LinearModel.\n    * @param x - The Transformer. It must be a LogisticRegressionModel or LinearRegressionModel.\n    * @return The LinearModel representation of the given Transformer. It's None if the\n    *         Transformer is not a LinearRegressionModel or LogisticRegressionModel.\n    *\/\n  def apply(x: Transformer): Option[LinearModel] = {\n    x match {\n      case linReg: LinearRegressionModel => Some(toLinearModel(linReg))\n      case logReg: LogisticRegressionModel => Some(toLinearModel(logReg))\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/FitEventTest.scala","text":"<gh_stars>1-10\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.event.FitEvent\nimport modeldb.{FitEventResponse, ProblemType}\nimport org.apache.spark.ml.feature.StringIndexer\nimport org.apache.spark.ml.param.ParamMap\nimport org.scalatest.{BeforeAndAfter, FunSuite}\n\nclass FitEventTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n  }\n\n  test(\"Fitting logs FitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val indexer = new StringIndexer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"textIndexed\")\n    val indexerModel = indexer.fitSync(TestBase.trainingData)\n\n    assert(syncer.numEvents - originalCount === 1)\n    assert(syncer.hasEvent(originalCount) {\n      case x: FitEvent =>\n        x.model === indexerModel &&\n        x.estimator === indexer &&\n        x.dataframe === TestBase.trainingData\n      case _ => false\n    })\n  }\n\n  test(\"Fit with ParamMap\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val indexer = new StringIndexer()\n    val pm = ParamMap()\n      .put(indexer.inputCol -> \"text\")\n      .put(indexer.outputCol -> \"textIndexed\")\n    val pm2 = ParamMap()\n      .put(indexer.inputCol -> \"text\")\n      .put(indexer.outputCol -> \"textIndexed2\")\n    indexer.fitSync(TestBase.trainingData, Array(pm, pm2))\n\n    assert(syncer.numEvents - originalCount === 2)\n    assert(syncer.hasEvent(originalCount) {\n      case x: FitEvent =>\n        x.estimator.asInstanceOf[StringIndexer].getOutputCol === \"textIndexed\"\n      case _ => false\n    })\n    assert(syncer.hasEvent(originalCount + 1) {\n      case x: FitEvent =>\n        x.estimator.asInstanceOf[StringIndexer].getOutputCol === \"textIndexed2\"\n      case _ => false\n    })\n  }\n\n  test(\"makeEvent of a FitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val indexer = new StringIndexer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"textIndexed\")\n    val indexerModel = indexer.fit(TestBase.trainingData)\n\n    val fe = FitEvent(indexer, TestBase.trainingData, indexerModel)\n    val fEvent = fe.makeEvent(syncer)\n    assert(fEvent.featureColumns.size === 1)\n    assert(fEvent.featureColumns.head === \"text\")\n    assert(fEvent.labelColumns.isEmpty)\n    assert(fEvent.predictionColumns.size === 1)\n    assert(fEvent.predictionColumns.head === \"textIndexed\")\n    assert(fEvent.problemType === ProblemType.Undefined)\n    assert(fEvent.df.numRows === 12)\n    assert(fEvent.model.transformerType === \"StringIndexerModel\")\n    assert(fEvent.spec.transformerType === \"StringIndexer\")\n  }\n\n  test(\"associate of a FitEvent\") {\n    val syncer = TestBase.makeSyncer\n    val indexer = new StringIndexer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"textIndexed\")\n    val indexerModel = indexer.fit(TestBase.trainingData)\n\n    val fe = FitEvent(indexer, TestBase.trainingData, indexerModel)\n    fe.associate(FitEventResponse(5, 6, 7, 8, 9), syncer)\n    assert(syncer.id(TestBase.trainingData).get === 5)\n    assert(syncer.id(indexer).get === 6)\n    assert(syncer.id(indexerModel).get === 7)\n    assert(syncer.id(fe).get === 8)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/RandomSplitEvent.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/RandomSplitEvent.scala\npackage edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableDataFrame}\nimport modeldb.ModelDBService.FutureIface\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Event indicating that a DataFrame was split into smaller DataFrames.\n  *\n  * @param dataframe - The DataFrame that was split.\n  * @param weights - The weights used to split the DataFrame into\n  *                smaller pieces. For example: Array(0.5, 0.5, 1) splits\n  *                the DataFrame into three pieces, where the first two\n  *                pieces are half as large as the third piece.\n  * @param seed - The seed for the random number generator used for the splitting.\n  * @param result - The pieces produced by the splitting process. There should\n  *               be one entry here for each entry in weights.\n  *\/\ncase class RandomSplitEvent(dataframe: DataFrame,\n                            weights: Array[Double],\n                            seed: Long,\n                            result: Array[DataFrame]) extends ModelDbEvent {\n  def makeEvent(mdbs: ModelDbSyncer): modeldb.RandomSplitEvent = {\n    modeldb.RandomSplitEvent(\n      SyncableDataFrame(dataframe),\n      weights,\n      seed,\n      result.map(df => SyncableDataFrame(df)),\n      experimentRunId = mdbs.experimentRun.id\n    )\n  }\n\n  def associate(res: modeldb.RandomSplitEventResponse, mdbs: ModelDbSyncer) = {\n    mdbs.associateObjectAndId(dataframe, res.oldDataFrameId)\n    result.zipWithIndex.foreach { case (df, i) =>\n      mdbs.associateObjectAndId(result(i), res.splitIds(i))\n    }\n    mdbs.associateObjectAndId(this, res.splitEventId)\n  }\n\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val event = makeEvent(mdbs.get)\n    val res = Await.result(client.storeRandomSplitEvent(event))\n    associate(res, mdbs.get)\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableCrossValidator.scala","text":"package org.apache.spark.ml\n\nimport java.util.Random\n\nimport com.github.fommil.netlib.F2jBLAS\nimport edu.mit.csail.db.ml.modeldb.client.{HasFitSync, ModelDbSyncer, SyncableEvaluator}\nimport edu.mit.csail.db.ml.modeldb.client.event.{CrossValidationFold, GridSearchCrossValidationEvent}\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.ml.tuning.{CrossValidator, CrossValidatorModel}\nimport org.apache.spark.mllib.util.MLUtils\nimport org.apache.spark.sql.DataFrame\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * This trait defines an implicit class for CrossValidator that augments the class with the fitSync functions.\n  * These functions will log a GridSearchCrossValidationEvent to the server.\n  *\/\ntrait SyncableCrossValidator {\n  \/**\n    * Implicit class for storing Cross validation results.\n    *\n    * cv: The cross validator object.\n    *\/\n  implicit class CrossValidatorFitSync(cv: CrossValidator) extends HasFitSync[CrossValidatorModel] {\n    \/\/ The original Spark code uses this object.\n    val f2jBLAS = new F2jBLAS\n\n    \/**\n      * This overrides the behavior of the fit() method of CrossValidator. The important changes I've made are indicated\n      * with a comment.\n      *\/\n    def customFit(df: DataFrame)(implicit mdbs: Option[ModelDbSyncer]): CrossValidatorModel = {\n      val schema = df.schema\n      cv.transformSchema(schema)\n      val sparkSession = df.sparkSession\n      val est = cv.getEstimator\n      val eval = cv.getEvaluator\n      val epm = cv.getEstimatorParamMaps\n      val numModels = epm.length\n      val metrics = new Array[Double](epm.length)\n      val (metricName, labelCol, predictionCol) = SyncableEvaluator.getMetricNameLabelColPredictionCol(cv.getEvaluator)\n\n      \/\/ Create a list of estimators - one for each param map.\n      val estimators = epm.map(pm => est.copy(pm))\n\n      \/\/ For each estimator, for each fold, we want to keep track of the model trained on that fold, the score, and the\n      \/\/ validation set that we trained on.\n      val foldsForEstimator: Map[PipelineStage, ArrayBuffer[CrossValidationFold]] =\n        estimators\n          .map(est => (est.asInstanceOf[PipelineStage], ArrayBuffer[CrossValidationFold]()))\n          .toMap\n\n      \/\/ Note that we need to generate a seed here for the splitting of the dataset.\n      val seed = new Random().nextInt\n      val splits = MLUtils.kFold(df.rdd, cv.getNumFolds, seed)\n\n      splits.zipWithIndex.foreach { case ((training, validation), splitIndex) =>\n        val trainingDataset = sparkSession.createDataFrame(training, schema).cache()\n        val validationDataset = sparkSession.createDataFrame(validation, schema).cache()\n        \/\/ If this is a Pipeline, we need to store a PipelineEvent first.\n        \/\/ TODO: This isn't great that we need to fall the Pipeline fitSync here. We need to think of a better\n        \/\/ way to do this, because it will log two FitEvents for the Pipeline. One simple approach may be to\n        \/\/ store this Pipeline with fitSync, extract its ID, and pass that along with the\n        \/\/ GridSearchCrossValidationEvent. Again, the reason we need to call fitSync here is because it's not sufficient\n        \/\/ to store just a FitEvent for the Pipeline, we need to store all the stages too. The logic for doing that\n        \/\/ is in the Pipeline's fitSync.\n        val models = (est match {\n          case p: Pipeline => SyncablePipeline.PipelineFitSync(p).fitSync(df, epm)\n          case _ => est.fit(trainingDataset, epm)\n        }).asInstanceOf[Seq[Model[_]]]\n\n        trainingDataset.unpersist()\n        var i = 0\n        while (i < numModels) {\n          val metric = eval.evaluate(models(i).transform(validationDataset, epm(i)))\n          metrics(i) += metric\n          val thisEstimator = estimators(i)\n          val thisFold = CrossValidationFold(\n            models(i).asInstanceOf[Transformer],\n            trainingDataset,\n            validationDataset,\n            metric\n          )\n          foldsForEstimator(thisEstimator).append(thisFold)\n          i += 1\n        }\n        validationDataset.unpersist()\n      }\n      f2jBLAS.dscal(numModels, 1.0 \/ cv.getNumFolds, metrics, 1)\n      val (bestMetric, bestIndex) =\n        if (eval.isLargerBetter) metrics.zipWithIndex.maxBy(_._1)\n        else metrics.zipWithIndex.minBy(_._1)\n\n      \/\/ Note that we call fitSync() on the estimator if it exposes a fitSync().\n      val bestModel = (est match {\n        case p: Pipeline => SyncablePipeline.PipelineFitSync(p).fitSync(df, epm(bestIndex))\n        case _ => est.fit(df, epm(bestIndex))\n      }).asInstanceOf[Model[_]]\n\n      mdbs.get.buffer(GridSearchCrossValidationEvent(\n        df,\n        if (mdbs.get.shouldStoreGSCVE) foldsForEstimator else Map(),\n        seed,\n        eval,\n        bestModel,\n        estimators(bestIndex),\n        cv.getNumFolds\n      ))\n\n\n      val cvModel = new CrossValidatorModel(cv.uid, bestModel, metrics).setParent(cv)\n      cvModel.set(cvModel.estimator, cv.getEstimator)\n        .set(cvModel.estimatorParamMaps, cv.getEstimatorParamMaps)\n        .set(cvModel.evaluator, cv.getEvaluator)\n        .set(cvModel.numFolds, cv.getNumFolds)\n        .set(cvModel.seed, seed.toLong)\n      cvModel\n    }\n\n    \/**\n      * Overrides fitSync and calls the customFit method above.\n      *\/\n    override def fitSync(df: DataFrame, pms: Array[ParamMap], featureVectorNames: Seq[String])\n                        (implicit mdbs: Option[ModelDbSyncer]): Seq[CrossValidatorModel] = {\n      mdbs.get.featureTracker.setFeaturesForDf(df, featureVectorNames)\n      val models = if (pms.length == 0) {\n        Array(customFit(df))\n      } else {\n        pms.map(pm => new CrossValidatorFitSync(cv.copy(pm)).customFit(df))\n      }\n      models\n    }\n  }\n\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/MetricEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableDataFrame, SyncableTransformer}\nimport modeldb.ModelDBService.FutureIface\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Event indicating that a metric has been computed for a model's prediction.\n  *\n  * @param dataframe - The DataFrame containing the predictions.\n  * @param model - The model that made the predictions.\n  * @param labelCol - The column of the true label.\n  * @param predictionCol - The column of the prediction label.\n  * @param metricType - The choice of metric.\n  * @param metricValue - The value of the metric.\n  *\/\ncase class MetricEvent(dataframe: DataFrame,\n                       model: Transformer,\n                       labelCol: String,\n                       predictionCol: String,\n                       metricType: String,\n                       metricValue: Float) extends ModelDbEvent {\n\n  \/**\n    * Store the metric event on the server and do object-ID mappings.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeMetricEvent(\n      modeldb.MetricEvent(\n        SyncableDataFrame(dataframe),\n        SyncableTransformer(model),\n        metricType,\n        metricValue,\n        labelCol,\n        predictionCol,\n        experimentRunId = mdbs.get.experimentRun.id\n      )\n    ))\n\n    \/\/ Update object-ID mappings.\n    mdbs.get.associateObjectAndId(dataframe, res.dfId)\n      .associateObjectAndId(model, res.modelId)\n      .associateObjectAndId(this, res.eventId)\n  }\n}\n\n\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/ModelDbEvent.scala","text":"<reponame>miyamotok0105\/modeldb\npackage edu.mit.csail.db.ml.modeldb.client.event\n\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * Events that can be synced to the ModelDb must subclass this class.\n  *\/\nabstract class ModelDbEvent {\n  \/**\n    * Store this event on the ModelDb.\n    *\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/RWTransformerSample.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/sample\/RWTransformerSample.scala\npackage edu.mit.csail.db.ml.modeldb.sample\n\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, NewOrExistingProject, SyncableMetrics, DefaultExperiment, NewExperimentRun}\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.ml.feature.Tokenizer\nimport org.apache.spark.sql.SparkSession\nimport ModelDbSyncer._\n\n\/**\n  * This program shows how to read a Transformer from the ModelDB server.\n  * To run this program, do the following:\n  *\n  * Build:\n  * sbt clean && sbt assembly\n  *\n  * Run:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.sample.RWTransformerSample\" target\/scala-2.11\/ml.jar\n  *\n  *\/\nobject RWTransformerSample {\n  def main(args: Array[String]): Unit = {\n    ModelDbSyncer.setSyncer(\n      new ModelDbSyncer(projectConfig = NewOrExistingProject(\"read\/write transformer\",\n        \"harihar\",\n        \"this example writes a transformer and reads it from modeldb\"\n      ),\n      experimentConfig = new DefaultExperiment,\n      experimentRunConfig = new NewExperimentRun)\n    )\n\n    val sc = new SparkContext(new SparkConf().setMaster(\"local[*]\").setAppName(\"test\"))\n    val spark = SparkSession\n      .builder()\n      .appName(\"Cross Validator Sample\")\n      .getOrCreate()\n\n    \/\/ Prepare training data from a list of (id, text, label) tuples.\n    val training = spark.createDataFrame(Seq(\n      (0L, \"a b c d e spark\", 1.0),\n      (1L, \"b d\", 0.0),\n      (2L, \"spark f g h\", 1.0),\n      (3L, \"hadoop mapreduce\", 0.0),\n      (4L, \"b spark who\", 1.0),\n      (5L, \"g d a y\", 0.0),\n      (6L, \"spark fly\", 1.0),\n      (7L, \"was mapreduce\", 0.0),\n      (8L, \"e spark program\", 1.0),\n      (9L, \"a e c l\", 0.0),\n      (10L, \"spark compile\", 1.0),\n      (11L, \"hadoop software\", 0.0)\n    )).toDF(\"id\", \"text\", \"label\")\n\n    \/\/ Configure an ML pipeline, which consists of three stages: tokenizer, hashingTF, and lr.\n    val tokenizer = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n\n    tokenizer.transformSync(training)\n\n    val readTokenizer = ModelDbSyncer.syncer.get.load(ModelDbSyncer.syncer.get.id(tokenizer).get, Tokenizer.read).get\n    println(readTokenizer.getInputCol + \" and \" + readTokenizer.getOutputCol)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableTreeModel.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport modeldb.{TreeComponent, TreeLink, TreeModel, TreeNode}\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.classification.{DecisionTreeClassificationModel, GBTClassificationModel, RandomForestClassificationModel}\nimport org.apache.spark.ml.regression.{DecisionTreeRegressionModel, GBTRegressionModel, RandomForestRegressionModel}\nimport org.apache.spark.ml.tree.{InternalNode, LeafNode, Node}\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * This contains logic for converting a Spark tree model (e.g. DecisionTreeClassificationModel, GBTRegressionModel)\n  * into a Thrift TreeModel.\n  *\/\nobject SyncableTreeModel {\n  \/**\n    * Recursively walk the tree at the given TreeNode and update the nodes, links, and indexForNode\n    * structures.\n    * @param node - A Spark Node (i.e. a Node in a decision tree).\n    * @param nodes - An array of Thrift TreeNodes.\n    * @param links - An array of Thrift TreeLinks.\n    * @param indexForNode - Maps from a Thrift TreeNode to a number indicating its index in the list of TreeNodes.\n    * @param parent - The parent of the node \"node\". If None, then the node \"node\" is taken to be the root of the tree.\n    * @param isLeft - If the parent is not null, this indicates whether the node \"node\" is the left child of its parent.\n    *\/\n  private def updateState(node: Node,\n                          nodes: ArrayBuffer[TreeNode],\n                          links: ArrayBuffer[TreeLink],\n                          indexForNode: mutable.HashMap[TreeNode, Int],\n                          parent: Option[TreeNode],\n                          isLeft: Boolean = true): Unit = node match {\n    case intNode: InternalNode => {\n      val n = TreeNode(intNode.prediction, intNode.impurity, Some(intNode.gain), Some(intNode.split.featureIndex))\n      nodes.append(n)\n      indexForNode.put(n, nodes.size - 1)\n      if (parent.isDefined) {\n        links.append(TreeLink(indexForNode(parent.get), indexForNode(n), isLeft))\n      }\n      if (intNode.leftChild != null) {\n        updateState(intNode.leftChild, nodes, links, indexForNode, Some(n), isLeft = true)\n      }\n      if (intNode.rightChild != null) {\n        updateState(intNode.rightChild, nodes, links, indexForNode, Some(n), isLeft = false)\n      }\n    }\n    case leafNode: LeafNode => {\n      val n = TreeNode(leafNode.prediction, leafNode.impurity)\n      nodes.append(n)\n      indexForNode.put(n, nodes.size - 1)\n      if (parent.isDefined) {\n        links.append(TreeLink(indexForNode(parent.get), indexForNode(n), isLeft))\n      }\n    }\n  }\n\n  \/**\n    * Create a Thrift TreeComponent from the tree rooted at the given Spark Node.\n    * @param rootNode - The root node of the tree. This is a Spark Node.\n    * @param weight - The weight of the resulting TreeComponent in the ensemble that it belongs\n    *               to.\n    * @return The Thrift TreeComponent.\n    *\/\n  private def toTreeComponent(rootNode: Node, weight: Double = 1.0): TreeComponent = {\n    val indexForNode = mutable.HashMap[TreeNode, Int]()\n    val nodes = ArrayBuffer[TreeNode]()\n    val links = ArrayBuffer[TreeLink]()\n\n    updateState(rootNode, nodes, links, indexForNode, None)\n    TreeComponent(weight, nodes, links)\n  }\n\n  \/\/ The functions below convert various Spark tree models into Thrift TreeModels.\n  private def toTreeModel(dt: DecisionTreeRegressionModel): TreeModel =\n    TreeModel(\"Decision Tree\", Seq(toTreeComponent(dt.rootNode)), dt.featureImportances.toArray)\n\n  private def toTreeModel(dt: DecisionTreeClassificationModel): TreeModel =\n    TreeModel(\"Decision Tree\", Seq(toTreeComponent(dt.rootNode)), dt.featureImportances.toArray)\n\n  private def toTreeModel(rf: RandomForestRegressionModel): TreeModel = TreeModel(\n    \"Random Forest\",\n    (rf.treeWeights zip rf.trees).map(p => toTreeComponent(p._2.rootNode, p._1)),\n    rf.featureImportances.toArray\n  )\n\n  private def toTreeModel(rf: RandomForestClassificationModel): TreeModel = TreeModel(\n    \"Random Forest\",\n    (rf.treeWeights zip rf.trees).map(p => toTreeComponent(p._2.rootNode, p._1)),\n    rf.featureImportances.toArray\n  )\n\n  private def toTreeModel(gbt: GBTRegressionModel): TreeModel = TreeModel(\n    \"GBT\",\n    (gbt.treeWeights zip gbt.trees).map(p => toTreeComponent(p._2.rootNode, p._1)),\n    gbt.featureImportances.toArray\n  )\n\n  private def toTreeModel(gbt: GBTClassificationModel): TreeModel = TreeModel(\n    \"GBT\",\n    (gbt.treeWeights zip gbt.trees).map(p => toTreeComponent(p._2.rootNode, p._1)),\n    gbt.featureImportances.toArray\n  )\n\n  \/\/ TODO: Rather than having the methods above, we could just overload the apply method.\n  \/**\n    * Given a Spark tree model, create a Thrift TreeModel.\n    * @param x - The Transformer.\n    * @return The Thrift TreeModel associated with the Transformer. This is None if the\n    *         Transformer is not a valid Spark tree model.\n    *\/\n  def apply(x: Transformer): Option[TreeModel] = x match {\n    case m: DecisionTreeClassificationModel => Some(toTreeModel(m))\n    case m: DecisionTreeRegressionModel => Some(toTreeModel(m))\n    case m: RandomForestClassificationModel => Some(toTreeModel(m))\n    case m: RandomForestRegressionModel => Some(toTreeModel(m))\n    case m: GBTClassificationModel => Some(toTreeModel(m))\n    case m: GBTRegressionModel => Some(toTreeModel(m))\n    case _ => None\n  }\n\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/PipelineTransformEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * Event indicating that a Pipeline performed a transformation.\n  *\n  * @param transformEvents - The individual TransformEvents involved in the overall transformation performed by the\n  *                        PipelineModel.\n  *\/\ncase class PipelineTransformEvent(transformEvents: TransformEvent*) extends ModelDbEvent {\n  \/**\n    * Store the PipelineTransformEvent on the server.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storePipelineTransformEvent(transformEvents.map(_.makeEvent(mdbs.get))))\n\n    res.zipWithIndex.foreach { pair =>\n      transformEvents(pair._2).associate(pair._1, mdbs.get)\n    }\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableSpecificModel.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableSpecificModel.scala\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport com.twitter.util.Await\nimport modeldb.ModelDBService.FutureIface\nimport org.apache.spark.ml.Transformer\n\n\/**\n  * A specific model is one for which we store additional metadata and associate it with the Transformer on ModelDB\n  * server. Currently, we support TreeModels and LinearModels. This object exposes a method for storing the\n  * specific models on the server.\n  *\/\nobject SyncableSpecificModel {\n  \/**\n    * Store a specific model for the given Transformer and associate it with the given modelId.\n    * @param modelId - The ID of the model that the specific model should be associated with.\n    * @param transformer - The Transformer representing the specific model.\n    * @param client - The client that communicates with the server.\n    * @param shouldStore - A boolean flag indicating whether this method should actually store the specific model,\n    *                    or simply behave as a no-op.\n    *\/\n  def apply(modelId: Int, transformer: Transformer, client: Option[FutureIface], shouldStore: Boolean): Unit = {\n    if (client.isDefined && shouldStore) {\n      val cli = client.get\n      SyncableLinearModel(transformer) match {\n        case Some(m) => Await.result(cli.storeLinearModel(modelId, m))\n        case None => {}\n      }\n      SyncableTreeModel(transformer) match {\n        case Some(m) => Await.result(cli.storeTreeModel(modelId, m))\n        case None => {}\n      }\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncerConfig.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport spray.json._\n\ncase class ProjectJson(name: String, author: String, description: String)\n\ncase class ExperimentJson(name: String, description: String)\n\ncase class ExperimentRunJson(description: String)\n\ncase class ThriftJson(host: String = \"localhost\", port: Int = 6543)\n\ncase class SyncerConfigJson(thrift: ThriftJson,\n                            syncingStrategy: String,\n                            project: ProjectJson,\n                            experiment: ExperimentJson,\n                            experimentRun: ExperimentRunJson,\n                            shouldCountRows: Boolean = false,\n                            shouldStoreGSCVE: Boolean = false,\n                            shouldStoreSpecificModels: Boolean = false)\n\nobject SyncerConfigJsonProtocol extends DefaultJsonProtocol {\n  implicit val projectFormat = jsonFormat(ProjectJson, \"name\", \"author\", \"description\")\n  implicit val experimentFormat = jsonFormat(ExperimentJson, \"name\", \"description\")\n  implicit val experimentRunFormat = jsonFormat(ExperimentRunJson, \"description\")\n  implicit val thriftFormat = jsonFormat(ThriftJson, \"host\", \"port\")\n  implicit val syncerConfigFormat = jsonFormat(\n    SyncerConfigJson,\n    \"thrift\",\n    \"syncingStrategy\",\n    \"project\",\n    \"experiment\",\n    \"experimentRun\",\n    \"shouldCountRows\",\n    \"shouldStoreGSCVE\",\n    \"shouldStoreSpecificModels\"\n  )\n}\nimport SyncerConfigJsonProtocol._\n\nobject SyncerConfig {\n  \/**\n    * Read from a JSON file and create a SyncerConfigJson. You can see a sample in [modeldb_root]\/client\/syncer.json.\n    * @param path - The path to the JSON file.\n    * @return The configuration object.\n    *\/\n  def apply(path: String): SyncerConfigJson = {\n    val source = scala.io.Source.fromFile(path)\n    val lines = try source.mkString finally source.close()\n    lines.parseJson.convertTo[SyncerConfigJson]\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalShelterOutcomes.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\n\/**\n * I'll work on the following Kaggle problem to predict shelter outcomes for\n * cats and dogs: https:\/\/www.kaggle.com\/c\/shelter-animal-outcomes\n *\n * First, I did an exploratory data analysis\n * (see https:\/\/public.tableau.com\/views\/AnimalShelterOutcomes\/OutcomebyTop10Colors?:embed=y&:display_count=yes).\n *\n * From the analysis, it seems age is highly predictive, as is sex. \n * The animal type (cat or dog) also matters a good deal. \n * The breed and color are less predictive.\n  *\n  * Run this with:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.evaluation.AnimalShelterOutcomes\" target\/scala-2.11\/ml.jar <path_to_data_file>\n  *\/\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.util._\nimport org.apache.spark.ml.classification.{LogisticRegression, OneVsRest, RandomForestClassificationModel, RandomForestClassifier}\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\n\nobject AnimalShelterOutcomes {\n  def main(args: Array[String]): Unit = {\n    val pathToData = args(0)\n    val spark = Common.makeSession()\n    val syncer = Common.makeSyncer(shouldCountRows = true, shouldStoreGSCVE = true, shouldStoreSpecificModels = true)\n    val df = Common.readAnimalShelter(pathToData, spark)\n\n    val categoricalCols = Array[String](\"AnimalType\", \"SexuponOutcome\", \n      \"SimpleBreed\", \"SimpleColor\")\n    val numericalCol = \"AgeInYears\"\n    val labelCol = \"OutcomeType\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n        df.toDF(), \n        categoricalCols, \n        Array[String](), \n        labelCol, \n        predictionCol,\n        featuresCol,\n        Array(numericalCol),\n        Some((true, true))\n    )(spark.sqlContext)\n    val labelConverter = labelConverterOpt.get\n\n    val Array(rfTrain, rfTest) = preprocessedData.randomSplit(Array(0.7, 0.3))\n\n    val rf = new RandomForestClassifier()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n        .setNumTrees(20)\n        \n    val rfPipeline = new Pipeline()\n        .setStages(Array(rf, labelConverter))\n\n    var eval = new MulticlassClassificationEvaluator()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setMetricName(\"f1\")\n\n    val rfParamGrid = new ParamGridBuilder()\n        .addGrid(rf.featureSubsetStrategy, Array(\"onethird\", \"sqrt\", \"log2\"))\n        .addGrid(rf.impurity, Array(\"gini\", \"entropy\"))\n        .addGrid(rf.maxDepth, Array(5, 7))\n        .build()\n\n    val rfCv = new CrossValidator()\n        .setEstimator(rfPipeline)\n        .setEstimatorParamMaps(rfParamGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n    val rfCvModel = rfCv.fitSync(rfTrain)\n    val rfPredictions = rfCvModel.transformSync(rfTest)\n\n    println(\"Evaluation \" + eval.evaluateSync(rfPredictions, rfCvModel.bestModel))\n\n\n  \/\/ Get the confusion matrix.\n  println(MakeMulticlassMetrics(rfPredictions, FeatureVectorizer.indexed(labelCol), predictionCol).confusionMatrix)\n\n  \/\/ Let's figure out the feature importances.\n  rfCvModel\n      .bestModel\n      .asInstanceOf[PipelineModel]\n      .stages(0)\n      .asInstanceOf[RandomForestClassificationModel]\n      .featureImportances\n      .toArray\n      .zip(featureVectorNames)\n      .sortWith(_._1 > _._1)\n      .map(_._2)\n      .take(10)\n      .foreach(println)\n\n    val Array(lrTrain, lrTest) = preprocessedData.randomSplit(Array(0.7, 0.3))\n\n    val lr = new LogisticRegression()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n        .setMaxIter(20)\n        \n    val lrOvr = new OneVsRest()\n        .setClassifier(lr)\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n        \n    val lrPipeline = new Pipeline()\n        .setStages(Array(lrOvr, labelConverter))\n\n    eval = new MulticlassClassificationEvaluator()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setMetricName(\"f1\")\n\n    val lrParamGrid = new ParamGridBuilder()\n        .addGrid(lr.elasticNetParam, Array(0.3, 0.5, 0.7))\n        .addGrid(lr.fitIntercept, Array(false, true))\n        .addGrid(lr.regParam, Array(0.3, 0.5, 0.7))\n        .build()\n\n    val lrCv = new CrossValidator()\n        .setEstimator(lrPipeline)\n        .setEstimatorParamMaps(lrParamGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n    val lrCvModel = lrCv.fitSync(lrTrain)\n    val lrPredictions = lrCvModel.transformSync(lrTest)\n\n    println(\"Evaluation \" + eval.evaluateSync(lrPredictions, lrCvModel.bestModel))\n\n    \/\/ Get the confusion matrix.\n    println(MakeMulticlassMetrics(lrPredictions, FeatureVectorizer.indexed(labelCol), predictionCol).confusionMatrix)\n  }\n}\n\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/EmptyEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * This is a dummy Syncable Event that does nothing when it is synced.\n  * @param msg A text message. This doesn't do anything, but we can't make a case class without some constructor\n  *            argument.\n  *\/\ncase class EmptyEvent(msg: String = \"\") extends ModelDbEvent {\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {}\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/ExperimentEvent.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * Store experiment run on the server.\n  *\/\ncase class ExperimentEvent(experiment: modeldb.Experiment) extends ModelDbEvent {\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeExperimentEvent(modeldb.ExperimentEvent(experiment)))\n    mdbs.get.experiment = mdbs.get.experiment.copy(id = res.experimentId)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableProblemType.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport modeldb.ProblemType\nimport org.apache.spark.ml.PipelineModel\nimport org.apache.spark.ml.classification._\nimport org.apache.spark.ml.clustering._\nimport org.apache.spark.ml.recommendation.ALSModel\nimport org.apache.spark.ml.regression._\nimport org.apache.spark.ml.tuning.CrossValidatorModel\n\n\/**\n  * This object exposes methods for computing the problem type of a given Transformer.\n  *\/\nobject SyncableProblemType {\n  \/**\n    * Determine the problem type for a classification problem.\n    * @param numClasses - The number of classes.\n    * @return binary classification if there are two classes, and multi-class classification otherwise.\n    *\/\n  private def classification(numClasses: Int) = if (numClasses == 2)\n    ProblemType.BinaryClassification\n  else\n    ProblemType.MulticlassClassification\n\n  \/**\n    * Get the problem type of a pipeline model.\n    * @param pm - The pipeline model.\n    * @return This will be problem type of the latest Transformer in the pipeline model that\n    * has a problem type other than undefined. If all the Transformers in the pipeline model have a problem type of\n    * undefined, then the whole pipeline model has problem type = undefined.\n    *\/\n  private def pipelineType(pm: PipelineModel): ProblemType =\n    pm.stages.map(apply).foldLeft[ProblemType](ProblemType.Undefined)((oldProblemType, probType) => {\n      if (probType.getValue() != ProblemType.Undefined.getValue())\n        probType\n      else\n        oldProblemType\n    })\n\n\n  \/**\n    * Get the problem type of the given Spark object.\n    * @param obj - The Spark object.\n    * @return The problem type of the given Spark object.\n    *\/\n  def apply(obj: Object): modeldb.ProblemType = obj match {\n    case x: CrossValidatorModel => apply(x.bestModel)\n    case x: PipelineModel => pipelineType(x)\n    case x: LogisticRegressionModel => classification(x.numClasses)\n    case x: DecisionTreeClassificationModel => classification(x.numClasses)\n    case x: RandomForestClassificationModel => classification(x.numClasses)\n    case x: GBTClassificationModel => classification(2) \/\/ GBT classification only works with 2 classes right now.\n    case x: MultilayerPerceptronClassificationModel => classification(x.layers.last)\n    case x: OneVsRestModel => classification(x.models.length)\n    case x: NaiveBayesModel => classification(x.numClasses)\n    case x: LinearRegressionModel => ProblemType.Regression\n    case x: GeneralizedLinearRegressionModel => ProblemType.Regression\n    case x: DecisionTreeRegressionModel => ProblemType.Regression\n    case x: RandomForestRegressionModel => ProblemType.Regression\n    case x: GBTRegressionModel => ProblemType.Regression\n    case x: AFTSurvivalRegressionModel => ProblemType.Regression\n    case x: IsotonicRegressionModel => ProblemType.Regression\n    case x: KMeansModel => ProblemType.Clustering\n    case x: DistributedLDAModel => ProblemType.Clustering\n    case x: LocalLDAModel => ProblemType.Clustering\n    case x: BisectingKMeansModel => ProblemType.Clustering\n    case x: GaussianMixtureModel => ProblemType.Clustering\n    case ALSModel => ProblemType.Recommendation\n    case _ => ProblemType.Undefined\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalFull.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalFull.scala\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.classification.{LogisticRegression, OneVsRest}\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\n\n\/**\n  * This workflow runs a preprocessing pipeline, trains a cross-validated one vs. rest logistic regression model on\n  * the animal shelter data, and evaluates it. It measures the time required to perform various operations.\n  *\/\nobject AnimalFull {\n  def run(config: Config): Unit = {\n    \/\/ Create the session and read the dataset.\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readAnimalShelter(config.pathToData, spark), config.minNumRows)\n\n    \/\/ Start timing operations and create the syncer if necessary.\n    Timer.activate()\n\n    if (config.syncer) Common.makeSyncer()\n\n    \/\/ Build a preprocessing pipeline.\n    val categoricalCols = Array[String](\"AnimalType\", \"SexuponOutcome\",\n      \"SimpleBreed\", \"SimpleColor\")\n    val numericalCol = \"AgeInYears\"\n    val labelCol = \"OutcomeType\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n      df.toDF(),\n      categoricalCols,\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Array(numericalCol),\n      Some((true, true))\n    )(spark.sqlContext)\n    val labelConverter = labelConverterOpt.get\n\n    \/\/ Split the data.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Create a cross-validated model.\n    val lr = new LogisticRegression()\n      .setMaxIter(20)\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n\n    val ovr = new OneVsRest()\n      .setClassifier(lr)\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n\n    val eval = new MulticlassClassificationEvaluator()\n      .setLabelCol(FeatureVectorizer.indexed(labelCol))\n      .setPredictionCol(predictionCol)\n      .setMetricName(\"f1\")\n\n    val paramGrid = new ParamGridBuilder()\n      .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.5))\n      .addGrid(lr.regParam, Array(0.1, 0.3, 0.5))\n      .build()\n\n    val cv = new CrossValidator()\n      .setEstimator(ovr)\n      .setEvaluator(eval)\n      .setEstimatorParamMaps(paramGrid)\n      .setNumFolds(3)\n\n    val model = cv.fitSync(train)\n\n    \/\/ Evaluate the model.\n    val predictions = model.transformSync(test)\n    model.saveSync(\"animal_full_model\")\n\n    val score = eval.evaluateSync(predictions, model)\n\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableEstimator.scala","text":"package org.apache.spark.ml\n\/\/ Note that we need to make this part of the org.apache.spark.ml package instead of the\n\/\/ edu.mit.csail.db.ml.modeldb.client package. This is because we are writing new behavior for the Pipeline fit function.\n\/\/ This requires us to use some classes (e.g. PipelineModel) that are private to the org.apache.spark.ml package.\n\/\/ In order to access these classes, SyncableEstimator must be part of that package.\n\nimport edu.mit.csail.db.ml.modeldb.client._\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * This trait contains an implicit class that augments an estimator\n  * with fitSync functions.\n  *\/\ntrait SyncableEstimator {\n  \/**\n    * Implicit class that equips all Spark Estimators with the fitSync method.\n    *\/\n  implicit class EstimatorSync[M <: Model[M]](m: Estimator[M]) extends HasFitSync[M] {\n    override def fitSync(df: DataFrame, pms: Array[ParamMap], featureVectorNames: Seq[String])\n                        (implicit mdbs: Option[ModelDbSyncer]): Seq[M] =\n      fitSync(m, df, pms, mdbs, featureVectorNames)\n  }\n}\n\nobject SyncableEstimator extends SyncableEstimator {\n\n  \/**\n    * Create a sequence of ModelDB Hyperparameters from a Spark ParamMap.\n    * @param pm - The ParamMap.\n    * @return The Hyperparameters extracted from the ParamMap.\n    *\/\n  def extractHyperParameters(pm: ParamMap): Seq[modeldb.HyperParameter] = {\n    pm.toSeq.map { (pair) =>\n      \/\/ Note that a transformer spec should override the bounds [Float.MinValue, Float.MaxValue] as appropriate.\n      modeldb.HyperParameter(pair.param.name,\n        pair.value.toString,\n        pair.value.getClass.getSimpleName,\n        Float.MinValue,\n        Float.MaxValue)\n    }\n  }\n\n  \/**\n    * Create a TransformerSpec from an Estimator.\n    *\n    * @param estimator - The Estimator. We set it as a PipelineStage because we can't easily type parametrize all\n    *                  Estimators.\n    * @return A TransformerSpec.\n    *\/\n  def apply(estimator: PipelineStage)(implicit mdbs: Option[ModelDbSyncer]): modeldb.TransformerSpec = {\n    \/\/ Default values.\n    var id = mdbs.get.id(estimator).getOrElse(-1)\n    val tag = mdbs.get.tag(estimator).getOrElse(\"\")\n    var name = estimator.getClass.getSimpleName\n    var hyperparameters = extractHyperParameters(estimator.extractParamMap)\n\n    \/\/ Override for custom classes.\n    if (estimator.isInstanceOf[Pipeline]) {\n      \/\/ We don't need to store hyperparameters for a Pipeline (which is Array[PipelineStage]), because those will be\n      \/\/ stored in their own FitEvents.\n      hyperparameters = Seq.empty[modeldb.HyperParameter]\n    }\n\n    modeldb.TransformerSpec(\n      id,\n      name,\n      hyperparameters,\n      tag\n    )\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableMetrics.scala","text":"<reponame>miyamotok0105\/modeldb<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.MetricEvent\nimport org.apache.spark.ml.{Model, Transformer}\nimport org.apache.spark.mllib.evaluation.MulticlassMetrics\nimport org.apache.spark.sql.DataFrame\n\n\/\/ TODO: We should see if this is still necessary. We may be able to remove it because proper MetricEvent\n\/\/ logging happens with evaluateSync. Also, The MulticlassMetrics class is part of the old Spark RDD API, rather than\n\/\/ the new Spark DataFrame API.\n\/**\n  * Represents metrics that can be computed and synced to the ModelDB.\n  *\/\nobject SyncableMetrics {\n  \/**\n    * Create a Spark MulticlassMetrics object from the given data and model\n    * and log MetricEvents to the ModelDB.\n    *\n    * @param model - The Model that is being evaluated.\n    * @param df - The DataFrame we are evaluating.\n    * @param labelCol - The column in the DataFrame above that contains the actual labels.\n    * @param predictionCol - The column that Model will produce when it transforms\n    *                      the DataFrame.\n    * @param mdbs - The ModelDB Syncer.\n    * @return The MulticlassMetrics object that is produced.\n    *\/\n  def ComputeMulticlassMetrics(model: Transformer,\n                               df: DataFrame,\n                               labelCol: String,\n                               predictionCol: String)\n                              (implicit mdbs: Option[ModelDbSyncer]): MulticlassMetrics = {\n    \/\/ We need to convert this into an RDD because that's what MulticlassMetrics\n    \/\/ expects.\n    val rdd = df.select(df.col(predictionCol), df.col(labelCol)).rdd.map{ (row) =>\n      val (predicted: Double, actual: Double) =\n        (row(0).toString.toDouble, row(1).toString.toDouble)\n      (predicted, actual)\n    }\n\n    \/\/ Create the object.\n    val metrics = new MulticlassMetrics(rdd)\n\n    \/\/ We compute three metrics and log them to the ModelDB.\n    val metricMap = Map[String, Double](\n      \"precision\" -> metrics.precision,\n      \"recall\" -> metrics.recall,\n      \"fMeasure\" -> metrics.fMeasure\n    )\n\n    \/\/ Create a MetricEvent for each.\n    metricMap.foreach { case (name, value) =>\n        mdbs.get.buffer(new MetricEvent(df, model, labelCol, predictionCol, name, value.toFloat))\n    }\n    metrics\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/util\/FeatureVectorizer.scala","text":"package edu.mit.csail.db.ml.modeldb.util\n\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.event.TransformEvent\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.feature._\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Row, SQLContext}\n\n\/**\n  * Contains logic for combining columns of a DataFrame into a feature vector.\n  *\n  * This is a convenience class that lets us perform common pre-processing steps on a DataFrame.\n  *\/\nobject FeatureVectorizer {\n  \/**\n    * Name of the indexed variant of a column,\n    *\/\n  def indexed(col: String): String = s\"indexed_$col\"\n\n  \/**\n    * Name of the vector variant of a column.\n    *\/\n  def vec(col: String): String = s\"vec_$col\"\n\n  \/**\n    * Name of the converted variant (i.e. prediction converted back to one of the labels) of a column.\n    *\/\n  def converted(col: String): String = s\"converted_$col\"\n\n  \/**\n    * Name of the scaled variant of the column.\n    *\/\n  def scaled(col: String): String = s\"scaled_$col\"\n\n  \/**\n    * Create a feature vector from the given columns. This will be done by string indexing and one-hot encoding\n    * all the categorical columns and then concatenating them together with the numerical columns.\n    * @param origDf - The input DataFrame.\n    * @param categorialCols - Columns with categorical data.\n    * @param numericalCols - Columns with numerical data.\n    * @param labelCol - The label column, it will be string indexed.\n    * @param predictionCol - The prediction column, the label converter will be generated to convert this from a\n    *                      Double back into a String label.\n    * @param featuresCol - The column that should contain the feature vectors.\n    * @param scaledCols - The columns that should be scaled.\n    * @param scaler - If you'd like to scale the numerical columns, provide (withStd boolean, withMean boolean).\n    * @return (The output dataframe, An array where the ith index is the name of the ith entry of a feature vector,\n    *         if a label column was given, this is a label converter that, when applied to a dataframe, will convert the\n    *         prediction column back into String labels).\n    *\/\n  def apply(origDf: DataFrame,\n            categorialCols: Array[String] = Array(),\n            numericalCols: Array[String] = Array(),\n            labelCol: String = \"\",\n            predictionCol: String = \"prediction\",\n            featuresCol: String = \"features\",\n            scaledCols: Array[String] = Array(),\n            scaler: Option[Tuple2[Boolean, Boolean]] = None)\n           (implicit sqlContext: SQLContext): (DataFrame, Array[String], Option[IndexToString]) = {\n\n    var df = origDf\n\n    \/\/ First string index and one-hot encode all the categorical cols.\n    val indexers = categorialCols.map(col =>\n      new StringIndexer()\n        .setInputCol(col)\n        .setOutputCol(indexed(col))\n    )\n\n    val oneHotEncoders = categorialCols.map(col =>\n      new OneHotEncoder()\n        .setInputCol(indexed(col))\n        .setOutputCol(vec(col))\n        .setDropLast(false)\n    )\n\n    \/\/ Now we'll scale the numerical columns.\n\n    \/\/ First, get scaling parameters.\n    val (withStd, withMean) = scaler.getOrElse((false, false))\n\n    \/\/ We'll assemble all the numeric columns into a vector and then scale that vector.\n    \/\/ We can't put this into a Pipeline because our StandardScaler requires dense vectors, but our VectorAssembler\n    \/\/ produces sparse vectors. Converting from sparse to dense requires a UDF, which does not work in a Pipeline.\n    val actualNumericalCols = if (scaler.isDefined) {\n      val SCALED_ASSEMBLED = \"scaledAssembled\"\n\n      val assembler =  new VectorAssembler()\n        .setInputCols(scaledCols)\n        .setOutputCol(SCALED_ASSEMBLED)\n\n      val scaler = new StandardScaler()\n        .setInputCol(SCALED_ASSEMBLED)\n        .setOutputCol(scaled(SCALED_ASSEMBLED))\n        .setWithMean(withMean)\n        .setWithStd(withStd)\n\n      val assembledDf = assembler.transformSync(origDf)\n      val denseAssembledDf = sqlContext.createDataFrame(assembledDf.rdd.map { row =>\n        Row.fromSeq(row.toSeq.dropRight(1) ++ Array(row.toSeq.last.asInstanceOf[Vector].toDense))\n      }, StructType(assembledDf.schema))\n      if (ModelDbSyncer.syncer.isDefined)\n        ModelDbSyncer.syncer.get.buffer(TransformEvent(assembler, assembledDf, denseAssembledDf))\n\n      val scalerModel = scaler.fitSync(denseAssembledDf)\n      val scaledDf = scalerModel.transformSync(denseAssembledDf)\n      df = sqlContext.createDataFrame(scaledDf.rdd.map { row =>\n        Row.fromSeq(row.toSeq.dropRight(1) ++ Array(row.toSeq.last.asInstanceOf[Vector].toSparse))\n      }, StructType(scaledDf.schema))\n      if (ModelDbSyncer.syncer.isDefined)\n        ModelDbSyncer.syncer.get.buffer(TransformEvent(scalerModel, scaledDf, df))\n\n      numericalCols.diff(scaledCols) ++ scaledCols\n    } else\n      numericalCols\n\n    \/\/ Now index the label column if one has been given.\n    val labelIndexer =\n    if (labelCol != \"\")\n      Some(new StringIndexer()\n        .setInputCol(labelCol)\n        .setOutputCol(indexed(labelCol)))\n    else\n      None\n\n    \/\/ Create a vector assembler that will create the features column.\n    val vectorAssembler = new VectorAssembler()\n      .setInputCols(categorialCols.map(col => vec(col)) ++ actualNumericalCols)\n      .setOutputCol(featuresCol)\n\n    \/\/ Create and fit the pipeline.\n    val pipeline = new Pipeline()\n      .setStages(indexers ++ oneHotEncoders ++ Array(vectorAssembler) ++ labelIndexer)\n\n    val pipelineModel = pipeline.fitSync(df)\n\n    \/\/ Transform the data.\n    val resultDf = pipelineModel.transformSync(df)\n\n    \/\/ Create a label converter if there's a label column.\n    val labelConverter = if (labelCol != \"\")\n      Some(new IndexToString()\n        .setInputCol(predictionCol)\n        .setOutputCol(converted(predictionCol))\n        .setLabels(pipelineModel.stages.last.asInstanceOf[StringIndexerModel].labels))\n    else\n      None\n\n    val featureVectorNames = pipelineModel\n      .stages\n      .slice(0, indexers.length)\n      .flatMap(t => t.asInstanceOf[StringIndexerModel].labels.map(lab => s\"is$lab\")) ++\n      actualNumericalCols\n\n    if (ModelDbSyncer.syncer.isDefined)\n      ModelDbSyncer.syncer.get.featureTracker.setFeaturesForDf(resultDf, featureVectorNames)\n\n    \/\/ Return the result.\n    (resultDf, featureVectorNames, labelConverter)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/ModelDbTestSyncer.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/ModelDbTestSyncer.scala<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.ModelDbEvent\n\nclass ModelDbTestSyncer(projectConfig: ProjectConfig,\n                        experimentConfig: ExperimentConfig,\n                        experimentRunConfig: ExperimentRunConfig)\n  extends ModelDbSyncer(\n    hostPortPair = None,\n    projectConfig = projectConfig,\n    experimentConfig = experimentConfig,\n    experimentRunConfig = experimentRunConfig,\n    shouldCountRows = true\n  ) {\n\n  override def sync(): Unit = {}\n  def getBuffer: Seq[ModelDbEvent] = this.buffered.map(_.event)\n  def clear(): Unit = {\n    this.objectIdMappings.clear()\n    this.objectTagMappings.clear()\n    this.buffered.clear()\n  }\n  def numEvents: Int = this.buffered.size\n  def hasEvent(atIndex: Int)(fn: (ModelDbEvent) => Boolean): Boolean =\n    this.buffered\n      .map(_.event)\n      .zipWithIndex\n      .exists((pair) => (atIndex == -1 || pair._2 == atIndex) && fn(pair._1))\n  def hasEvent(fn: (ModelDbEvent) => Boolean): Boolean = hasEvent(-1)(fn)\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalExploratory.scala","text":"<reponame>miyamotok0105\/modeldb<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/AnimalExploratory.scala\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.classification.{LogisticRegression, OneVsRest, RandomForestClassifier}\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\nimport org.apache.spark.ml.feature.IndexToString\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.sql.DataFrame\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\n\n\/**\n  * This workflow creates a preprocessing pipeline, trains multiple cross-validated models with various feature-sets,\n  * and evaluates each of them.\n  *\/\nobject AnimalExploratory {\n  def run(config: Config): Unit = {\n    \/\/ Read the dataset.\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readAnimalShelter(config.pathToData, spark), config.minNumRows)\n\n    \/\/ Start timing operations and create the syncer if applicable.\n    Timer.activate()\n    if (config.syncer) Common.makeSyncer(\n      appName = \"Animal Shelter Outcomes\",\n      appDesc = \"Predict outcome (e.g. adopted, transferred) for animals in a shelter.\"\n    )\n\n    val labelCol = \"OutcomeType\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    \/\/ Helper function for creating and evaluating a cross-validated one vs. rest logistic regression model.\n    def makeLrModel(preprocData: DataFrame,\n                    labelConverter: IndexToString,\n                    featureVectorNames: Option[Array[String]] = None): Unit = {\n      val Array(train, test) = preprocData.randomSplitSync(Array(0.7, 0.3))\n\n      val lr = new LogisticRegression()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n        .setMaxIter(20)\n\n      val lrOvr = new OneVsRest()\n        .setClassifier(lr)\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n\n      val lrPipeline = new Pipeline()\n        .setStages(Array(lrOvr, labelConverter))\n\n      val eval = new MulticlassClassificationEvaluator()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setMetricName(\"f1\")\n\n      val lrParamGrid = new ParamGridBuilder()\n        .addGrid(lr.elasticNetParam, Array(0.3, 0.5, 0.7))\n        .addGrid(lr.fitIntercept, Array(false, true))\n        .addGrid(lr.regParam, Array(0.3, 0.5, 0.7))\n        .build()\n\n      val lrCv = new CrossValidator()\n        .setEstimator(lrPipeline)\n        .setEstimatorParamMaps(lrParamGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n      val model = lrCv.fitSync(train)\n      model.saveSync(\"animal_exploratory_lr\")\n      val predictions = model.transformSync(test)\n      val score = eval.evaluateSync(predictions, model.bestModel)\n      println(\"Evaluated LR model: \" + score)\n    }\n\n    \/\/ Helper function to create and evaluate a cross-validated random forest model.\n    def makeRfModel(preprocData: DataFrame,\n                    labelConverter: IndexToString,\n                    featureVectorNames: Option[Array[String]] = None): Unit = {\n      val Array(train, test) = preprocData.randomSplitSync(Array(0.7, 0.3))\n\n      val rf = new RandomForestClassifier()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setFeaturesCol(featuresCol)\n        .setNumTrees(20)\n\n      val rfPipeline = new Pipeline()\n        .setStages(Array(rf, labelConverter))\n\n      val eval = new MulticlassClassificationEvaluator()\n        .setLabelCol(FeatureVectorizer.indexed(labelCol))\n        .setPredictionCol(predictionCol)\n        .setMetricName(\"f1\")\n\n      val rfParamGrid = new ParamGridBuilder()\n        .addGrid(rf.featureSubsetStrategy, Array(\"onethird\", \"sqrt\", \"log2\"))\n        .addGrid(rf.impurity, Array(\"gini\", \"entropy\"))\n        .addGrid(rf.maxDepth, Array(5, 7))\n        .build()\n\n      val rfCv = new CrossValidator()\n        .setEstimator(rfPipeline)\n        .setEstimatorParamMaps(rfParamGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n      val model = rfCv.fitSync(train)\n      model.saveSync(\"animal_exploratory_rf\")\n      val predictions = model.transformSync(test)\n      val score = eval.evaluateSync(predictions, model.bestModel)\n      println(\"Evaluated RF model: \" + score)\n    }\n\n    \/\/ For three feature-sets, create LR and RF models.\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n      df.toDF(),\n      Array(\"AnimalType\", \"SexuponOutcome\", \"SimpleBreed\", \"SimpleColor\"),\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Array(\"AgeInYears\"),\n      Some((true, true))\n    )(spark.sqlContext)\n    makeLrModel(preprocessedData, labelConverterOpt.get, Some(featureVectorNames))\n    makeRfModel(preprocessedData, labelConverterOpt.get, Some(featureVectorNames))\n\n    val (preprocessedData2, featureVectorNames2, labelConverterOpt2) = FeatureVectorizer(\n      df.toDF(),\n      Array(\"AnimalType\", \"SexuponOutcome\", \"SimpleColor\"),\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Array(\"AgeInYears\"),\n      Some((true, true))\n    )(spark.sqlContext)\n    makeLrModel(preprocessedData2, labelConverterOpt2.get, Some(featureVectorNames2))\n    makeRfModel(preprocessedData2, labelConverterOpt2.get, Some(featureVectorNames2))\n\n    val (preprocessedData3, featureVectorNames3, labelConverterOpt3) = FeatureVectorizer(\n      df.toDF(),\n      Array(\"AnimalType\", \"SexuponOutcome\"),\n      Array[String](),\n      labelCol,\n      predictionCol,\n      featuresCol,\n      Array(\"AgeInYears\"),\n      Some((true, true))\n    )(spark.sqlContext)\n    makeLrModel(preprocessedData3, labelConverterOpt3.get, Some(featureVectorNames3))\n    makeRfModel(preprocessedData3, labelConverterOpt3.get, Some(featureVectorNames3))\n\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/IMDBSimple.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression.LinearRegression\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\n\n\/**\n  * Like the AnimalSimple workflow, but for the IMDB data.\n  *\/\nobject IMDBSimple {\n  def run(config: Config): Unit = {\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readImdb(config.pathToData, spark), config.minNumRows)\n\n    \/\/ We cannot do machine learning without doing some preprocessing, so we'll\n    \/\/ preprocess the data, but we won't time it.\n    val (preprocessedData, featureVectorNames, _) = FeatureVectorizer(\n      df,\n      Array(\"color\", \"content_rating\", \"country\", \"first_genre\", \"second_genre\"),\n      Array[String](),\n      featuresCol = \"features\",\n      scaledCols = Array(\"num_critic_for_reviews\", \"gross\", \"num_user_for_reviews\", \"title_year\", \"num_voted_users\"),\n      scaler = Some(true, true)\n    )(spark.sqlContext)\n\n    Timer.activate()\n\n    if (config.syncer) Common.makeSyncer()\n\n    \/\/ Train test split.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Train a Linear Regression model.\n    val labelCol = \"imdb_score\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n    val lr = new LinearRegression()\n      .setMaxIter(10)\n      .setLabelCol(labelCol)\n      .setPredictionCol(predictionCol)\n      .setFeaturesCol(featuresCol)\n      .setRegParam(0.3)\n      .setElasticNetParam(0.1)\n    val lrModel = lr.fitSync(train)\n    lrModel.saveSync(\"imdb_simple_lr\")\n\n    \/\/ Evaluate the model.\n    val eval = new RegressionEvaluator()\n      .setMetricName(\"rmse\")\n      .setLabelCol(labelCol)\n      .setPredictionCol(predictionCol)\n\n    val predictions = lrModel.transformSync(test)\n    val score = eval.evaluateSync(predictions, lrModel)\n\n    \/\/ Write the timing data to an output file.\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/IMDBExploratory.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.util.FeatureVectorizer\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression._\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.sql._\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\n\n\/**\n  * Like the AnimalExploratory workflow, but for the IMDB data.\n  *\/\nobject IMDBExploratory {\n  def run(config: Config): Unit = {\n    val spark = Common.makeSession()\n    val df = Common.ensureMinSize(Common.readImdb(config.pathToData, spark), config.minNumRows)\n\n    Timer.activate()\n    if (config.syncer) Common.makeSyncer(\n      appName = \"IMDB\",\n      appDesc = \"Predict IMDB score for movies.\"\n    )\n\n    \/\/ So, we will use the following features in our model.\n    \/\/ Color, Number of Critics, Gross, Number of User Reviews,\n    \/\/ Number of User Votes, Content Rating, Title Year, Country, First Genre,\n    \/\/ Second Genre.\n    val categoricalCols: Array[String] = Array(\n      \"color\",\n      \"content_rating\",\n      \"country\",\n      \"first_genre\",\n      \"second_genre\"\n    )\n    val scaledCols = Array(\n      \"num_critic_for_reviews\",\n      \"gross\",\n      \"num_user_for_reviews\",\n      \"title_year\",\n      \"num_voted_users\"\n    )\n\n    \/\/ Create the feature vector.\n    val (preprocessedData, featureVectorNames, _) = FeatureVectorizer(\n      df.toDF(),\n      categoricalCols,\n      Array[String](),\n      featuresCol = \"features\",\n      scaledCols = scaledCols,\n      scaler = Some(true, true)\n    )(spark.sqlContext)\n\n    \/\/ Create the train and test sets.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Define the columns that the model will use.\n    val labelCol = \"imdb_score\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    \/\/ Create a regression evaluator.\n    def makeEvaluator() = {\n      new RegressionEvaluator()\n        .setLabelCol(labelCol)\n        .setPredictionCol(predictionCol)\n    }\n\n    \/\/ Function that creates a Linear Regression model, preints out its\n    \/\/ weights, and returns its predictions on the test set.\n    def makeLrModel(train: DataFrame,\n                    test: DataFrame,\n                    featureVectorNames: Option[Array[String]] = None) = {\n      val lr = new LinearRegression()\n        .setMaxIter(20)\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n\n      val eval = makeEvaluator()\n\n      val paramGrid = new ParamGridBuilder()\n        .addGrid(lr.regParam, Array(0.1, 0.3, 0.5))\n        .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.8))\n        .build()\n\n      val lrCv = new CrossValidator()\n        .setEstimator(lr)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(paramGrid)\n        .setNumFolds(3)\n\n      val lrCvModel = lrCv.fitSync(train)\n      lrCvModel.saveSync(\"imdb_exploratory_lr\")\n      val lrPredictions = lrCvModel.transformSync(test)\n\n      \/*\n      if (featureVectorNames.isDefined)\n          lrCvModel\n              .bestModel\n              .asInstanceOf[LinearRegressionModel]\n              .coefficients\n              .toArray\n              .zip(featureVectorNames.get)\n              .sortWith(_._1.abs > _._1.abs)\n              .foreach{ case (coeff, value) => println(s\"$value: $coeff\")}\n      *\/\n      (lrCvModel.bestModel.asInstanceOf[LinearRegressionModel], lrPredictions)\n    }\n\n    def makeRfModel(train: DataFrame, test: DataFrame, featureVectorNames: Option[Array[String]] = None) = {\n      val rf = new RandomForestRegressor()\n        .setNumTrees(20)\n        .setFeaturesCol(featuresCol)\n        .setLabelCol(labelCol)\n\n      val eval = makeEvaluator()\n\n      val paramGrid = new ParamGridBuilder()\n        .addGrid(rf.featureSubsetStrategy, Array(\"log2\", \"sqrt\", \"onethird\"))\n        .addGrid(rf.maxDepth, Array(5, 7, 9))\n        .build()\n\n      val rfCv = new CrossValidator()\n        .setEstimator(rf)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(paramGrid)\n        .setNumFolds(3)\n\n      val rfCvModel = rfCv.fitSync(train)\n      rfCvModel.saveSync(\"imdb_exploratory_rf\")\n      val rfPredictions = rfCvModel.transformSync(test)\n\n      (rfCvModel.bestModel.asInstanceOf[RandomForestRegressionModel], rfPredictions)\n    }\n\n    def makeGbtModel(train: DataFrame, test: DataFrame, featureVectorNames: Option[Array[String]] = None) = {\n      val gbt = new GBTRegressor()\n        .setMaxIter(10)\n        .setFeaturesCol(featuresCol)\n        .setLabelCol(labelCol)\n\n      val eval = makeEvaluator()\n\n      val paramGrid = new ParamGridBuilder()\n        .addGrid(gbt.lossType, Array(\"squared\", \"absolute\"))\n        .addGrid(gbt.maxDepth, Array(5, 7, 9))\n        .build()\n\n      val gbtCv = new CrossValidator()\n        .setEstimator(gbt)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(paramGrid)\n        .setNumFolds(3)\n\n      val gbtCvModel = gbtCv.fitSync(train)\n      gbtCvModel.saveSync(\"imdb_exploratory_gbt\")\n      val gbtPredictions = gbtCvModel.transformSync(test)\n\n      (gbtCvModel.bestModel.asInstanceOf[GBTRegressionModel], gbtPredictions)\n    }\n\n    \/\/ Train and evaluate the model.\n    val (lrModel, lrPredictions) = makeLrModel(train, test, Some(featureVectorNames))\n    println(\"Evaluating LR \" + makeEvaluator().evaluateSync(lrPredictions, lrModel))\n\n    val (rfModel, rfPredictions) = makeRfModel(train, test, Some(featureVectorNames))\n    println(\"Evaluating RF \" + makeEvaluator().evaluateSync(rfPredictions, rfModel))\n\n    val (gbtModel, gbtPredictions) = makeGbtModel(train, test, Some(featureVectorNames))\n    println(\"Evaluating GBT \" + makeEvaluator().evaluateSync(gbtPredictions, gbtModel))\n\n    \/\/ Let's try doing the calculation again and try using the languages as a feature.\n    val (preprocessedData2, featureVectorNames2, _) = FeatureVectorizer(\n      df.toDF(),\n      Array(\n        \"color\",\n        \"content_rating\",\n        \"country\",\n        \"language\",\n        \"first_genre\",\n        \"second_genre\"\n      ),\n      Array[String](),\n      featuresCol = \"features\",\n      scaledCols = Array(\n        \"num_critic_for_reviews\",\n        \"gross\",\n        \"num_user_for_reviews\",\n        \"title_year\",\n        \"num_voted_users\"\n      ),\n      scaler = Some(true, true)\n    )(spark.sqlContext)\n    val Array(train2, test2) = preprocessedData2.randomSplitSync(Array(0.7, 0.3))\n\n    val (lrModel2, lrPredictions2) = makeLrModel(train2, test2, Some(featureVectorNames2))\n    println(\"Evaluating LR2 \" + makeEvaluator().evaluateSync(lrPredictions2, lrModel2))\n\n    val (rfModel2, rfPredictions2) = makeRfModel(train2, test2, Some(featureVectorNames))\n    println(\"Evaluating RF2 \" + makeEvaluator().evaluateSync(rfPredictions2, rfModel2))\n\n    val (gbtModel2, gbtPredictions2) = makeGbtModel(train2, test2, Some(featureVectorNames))\n    println(\"Evaluating GBT2 \" + makeEvaluator().evaluateSync(gbtPredictions2, gbtModel2))\n\n    \/\/ Using the language decreased the RMS error. Now, let's try again and remove the country and language\n    \/\/ features.\n    val (preprocessedData3, featureVectorNames3, _) = FeatureVectorizer(\n      df.toDF(),\n      Array(\n        \"color\",\n        \"content_rating\",\n        \"first_genre\",\n        \"second_genre\"\n      ),\n      Array[String](),\n      featuresCol = \"features\",\n      scaledCols = Array(\n        \"num_critic_for_reviews\",\n        \"gross\",\n        \"num_user_for_reviews\",\n        \"title_year\",\n        \"num_voted_users\"\n      ),\n      scaler = Some(true, true)\n    )(spark.sqlContext)\n    val Array(train3, test3) = preprocessedData3.randomSplitSync(Array(0.7, 0.3))\n\n    val (lrModel3, lrPredictions3) = makeLrModel(train3, test3, Some(featureVectorNames3))\n    println(\"Evaluating LR3 \" + makeEvaluator().evaluateSync(lrPredictions3, lrModel3))\n\n    val (rfModel3, rfPredictions3) = makeRfModel(train3, test3, Some(featureVectorNames))\n    println(\"Evaluating RF3 \" + makeEvaluator().evaluateSync(rfPredictions3, rfModel3))\n\n    val (gbtModel3, gbtPredictions3) = makeGbtModel(train3, test3, Some(featureVectorNames))\n    println(\"Evaluating GBT3 \" + makeEvaluator().evaluateSync(gbtPredictions3, gbtModel3))\n\n\n\n    \/\/ Write the timing data to an output file.\n    Timer.deactivate()\n    Timer.writeTimingsToFile(config.outfile)\n  }\n\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/event\/ProjectEvent.scala","text":"package edu.mit.csail.db.ml.modeldb.client.event\n\nimport com.twitter.util.Await\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer\nimport modeldb.ModelDBService.FutureIface\n\n\/**\n  * Stores a new project on the server.\n  * @param project - The project to store.\n  *\/\ncase class ProjectEvent(project: modeldb.Project) extends ModelDbEvent {\n  \/**\n    * Store the project on the server.\n    * @param client - The client that exposes the functions that we\n    *               call to store objects in the ModelDB.\n    * @param mdbs - The ModelDbSyncer, included so we can update the ID\n    *             mappings after syncing.\n    *\/\n  override def sync(client: FutureIface, mdbs: Option[ModelDbSyncer]): Unit = {\n    val res = Await.result(client.storeProjectEvent(modeldb.ProjectEvent(project)))\n    mdbs.get.project = mdbs.get.project.copy(id = res.projectId)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/util\/MakeMulticlassMetrics.scala","text":"package edu.mit.csail.db.ml.modeldb.util\n\nimport org.apache.spark.mllib.evaluation.MulticlassMetrics\nimport org.apache.spark.sql.DataFrame\n\nobject MakeMulticlassMetrics {\n  \/**\n    * Creates a MulticlassMetrics object for the given DataFrame.\n    * @param df - The DataFrame.\n    * @param labelCol - The column containing the labels.\n    * @param predictionCol - The column containing the predictions.\n    * @return The MulticlassMetrics.\n    *\/\n  def apply(df: DataFrame, labelCol: String, predictionCol: String): MulticlassMetrics = {\n    val predAndLabels = df.select(predictionCol, labelCol).rdd.map(row => (row.getDouble(0), row.getDouble(1)))\n    new MulticlassMetrics(predAndLabels)\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/Common.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport edu.mit.csail.db.ml.modeldb.client.{DefaultExperiment, ModelDbSyncer, NewExperimentRun, NewOrExistingProject}\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types.{IntegerType, StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.apache.spark.{SparkConf, SparkContext}\n\nimport scala.util.Try\n\n\/**\n  * This object contains convenience functions that are useful in various places in the evaluation code.\n  *\/\nobject Common {\n  \/**\n    * Create a SparkSession with the given app name.\n    * @param appName - The app name.\n    * @return The SparkSession.\n    *\/\n  def makeSession(appName: String = \"default app name\"): SparkSession = {\n    val conf = new SparkConf().setAppName(appName)\n    val sc = new SparkContext(conf)\n    val spark = SparkSession\n      .builder()\n      .appName(appName)\n      .getOrCreate()\n    spark\n  }\n\n  \/**\n    * Ensure that the given DataFrame has at least minNumRows. If not, append all the\n    * rows of origDf to itself until the size matches or exceeds minNumRows.\n    * @param origDf - The original DataFrame.\n    * @param minNumRows - The minimum number of rows.\n    * @return origDf, with some rows possibly copied multiple times to ensure that that total\n    *         row count matches or exceeds minNumRows.\n    *\/\n  def ensureMinSize(origDf: DataFrame, minNumRows: Int): DataFrame = {\n    val numRows = origDf.count\n\n    if (numRows >= minNumRows)\n      origDf\n    else {\n      var df = origDf.toDF()\n      val numMultiplies = 1 + minNumRows \/ numRows\n      for (i <- 1 to numMultiplies.toInt)\n        df = df.union(origDf.toDF())\n      assert(df.count > minNumRows)\n      df\n    }\n  }\n\n  \/**\n    * Create a ModelDbSyncer object.\n    * @param appName - The name of the app.\n    * @param appDesc - The description of the app.\n    * @param shouldCountRows - Whether the number of rows in a DataFrame should be counted and stored in the database\n    *                        (false improves performance).\n    * @param shouldStoreGSCVE - Whether intermediate FitEvents, TransformEvents, and MetricEvents of a\n    *                         GridSearchCrossValidationEvent should be stored in the database (false improves\n    *                         performance).\n    * @param shouldStoreSpecificModels - Whether specific (e.g. TreeModel, LinearModel) models should be stored\n    *                                  in the database (false improves performance and storage usage).\n    * @return The ModelDbSyncer.\n    *\/\n  def makeSyncer(appName: String = \"default app name\",\n                 appDesc: String = \"default description\",\n                 shouldCountRows: Boolean = false,\n                 shouldStoreGSCVE: Boolean = false,\n                 shouldStoreSpecificModels: Boolean = false): ModelDbSyncer = {\n    val syncer = new ModelDbSyncer(\n      projectConfig = NewOrExistingProject(\n        appName,\n        \"<EMAIL>\",\n        appDesc\n      ),\n      experimentConfig = new DefaultExperiment,\n      experimentRunConfig = new NewExperimentRun,\n      shouldCountRows = shouldCountRows,\n      shouldStoreGSCVE = shouldStoreGSCVE,\n      shouldStoreSpecificModels = shouldStoreSpecificModels\n    )\n    ModelDbSyncer.setSyncer(syncer)\n    syncer\n  }\n\n  \/**\n    * Read the IMDB dataset.\n    * @param pathToData - Path to the IMDB CSV.\n    * @param spark - The Spark session.\n    * @return A DataFrame representing the IMDB data. It also includes columns called first_genre and\n    *         second_genre.\n    *\/\n  def readImdb(pathToData: String, spark: SparkSession): DataFrame = {\n    import spark.implicits._\n    \/\/ Extract the genres from the genre column, which looks like this:\n    \/\/ genre1|genre2|genre3|...\n    val extractFirstGenre = udf((col: String) => col.split('|')(0))\n    val extractSecondGenre = udf((col: String) => {\n      val items = col.split('|').tail\n      if (items.length == 0)\n        \"None\"\n      else\n        items(0)\n    })\n\n    spark\n      .read\n      .option(\"header\", true)\n      .option(\"inferSchema\", true)\n      .option(\"ignoreLeadingWhiteSpace\", true)\n      .option(\"ignoreTrainingWhiteSpace\", true)\n      .option(\"nullValue\", \"None\")\n      .csv(pathToData)\n      .withColumn(\"first_genre\", extractFirstGenre($\"genres\"))\n      .withColumn(\"second_genre\", extractSecondGenre($\"genres\"))\n      .na.fill(0)\n  }\n\n  \/**\n    * Read the animal shelter data into a DataFrame.\n    * @param pathToData - The path to the CSV file.\n    * @param spark - The Spark session.\n    * @return A DataFrame representing the data. It includes a column called \"AgeInYears\", a \"SimpleBreed\" column that\n    *         groups some of the least common breeds into a category called \"other\", and a \"SimpleColor\" column that\n    *         groups some of the least common colors into a category called \"other\".\n    *\/\n  def readAnimalShelter(pathToData: String, spark: SparkSession): DataFrame = {\n    import spark.implicits._\n    \/\/ We'll read the AgeUponOutcome and convert that to the number of years.\n    val parseAge = udf((ageStr: String) => {\n      if (ageStr == \"Unknown\") {\n        0\n      } else {\n        val split = ageStr.split(\" \")\n        val age = split(0).toInt\n        val numPerYear = split(1) match {\n          case \"days\" | \"day\" => 365\n          case \"month\" | \"months\" => 12\n          case \"week\" | \"weeks\" => 52\n          case \"years\" | \"year\" => 1\n          case _ => 1\n        }\n        age \/ 1.0 \/ numPerYear\n      }\n    })\n\n    \/\/ Instead of using all the breeds, we'll use the give most common breeds.\n    val groupBreed = udf((breedStr: String) =>\n      if (Set(\"Domestic Shorthair Mix\",\n        \"Pit Bull Mix\",\n        \"Chihuahua Shorthair Mix\",\n        \"Labrador Retriever Mix\",\n        \"Domestic Medium Hair Mix\").contains(breedStr))\n        breedStr\n      else\n        \"other\"\n    )\n\n    \/\/ Instead of using all the colors, we'll use the ten most common colors.\n    val groupColor = udf((colorStr: String) =>\n      if (Set(\"Black\/White\",\n        \"Black\",\n        \"Brown Tabby\",\n        \"Brown Tabby\/White\",\n        \"White\",\n        \"Brown\/White\",\n        \"Orange Tabby\",\n        \"Tan\/White\",\n        \"Tricolor\",\n        \"Blue\/White\").contains(colorStr))\n        colorStr\n      else\n        \"other\"\n    )\n\n    spark\n      .read\n      .option(\"header\", true)\n      .option(\"inferSchema\", true)\n      .option(\"ignoreLeadingWhiteSpace\", true)\n      .option(\"ignoreTrailingWhiteSpace\", true)\n      .option(\"nullValue\", \"Unknown\")\n      .option(\"dateFormat\", \"yyyy-MM-dd\")\n      .csv(pathToData)\n      .withColumn(\"AgeInYears\", parseAge($\"AgeuponOutcome\"))\n      .withColumn(\"SimpleBreed\", groupBreed($\"Breed\"))\n      .withColumn(\"SimpleColor\", groupColor($\"Color\"))\n  }\n\n  \/**\n    * Read the housing regression dataset.\n    * @param pathToData - The path to the CSV file.\n    * @param spark - The Spark session.\n    * @return A DataFrame representing the data.\n    *\/\n  def readHousingPrices(pathToData: String, spark: SparkSession): DataFrame = {\n    import spark.implicits._\n    \/\/ Read the data.\n    val dfOrig = spark\n      .read\n      .option(\"header\", true)\n      .option(\"inferSchema\", true)\n      .option(\"ignoreLeadingWhiteSpace\", true)\n      .option(\"ignoreTrainingWhiteSpace\", true)\n      .option(\"nullValue\", \"Unknown\")\n      .csv(pathToData)\n      .withColumn(\"label\", $\"SalePrice\".cast(\"double\"))\n\n    val hasNAs = Set(\"GarageYrBlt\", \"MasVnrArea\", \"LotFrontage\")\n    val numericalIndices = dfOrig\n      .schema\n      .fields\n      .zipWithIndex\n      .filter{case (value, index) => value.dataType == IntegerType || hasNAs.contains(value.name)}\n      .map{case (value, index) => index}\n      .toSet\n    spark.sqlContext.createDataFrame(dfOrig.rdd.map{ row =>\n      Row.fromSeq(row.toSeq.zipWithIndex.map{ case (value, index) =>\n        if (numericalIndices.contains(index) && (value == null || value.isInstanceOf[String]))\n          Try(value.asInstanceOf[String].toInt).toOption.getOrElse(0)\n        else\n          value\n      })\n    }, StructType(\n      dfOrig.schema.map(field =>\n        StructField(field.name, if (hasNAs.contains(field.name)) IntegerType else field.dataType)))\n    )\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/HousePrices.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\n\/**\n  * Here's a notebook for the Advanced Housing Regression Kaggle competition.\n  * (see https:\/\/www.kaggle.com\/c\/house-prices-advanced-regression-techniques)\n  *\n  * Here's an exploratory data analysis\n  * (see https:\/\/public.tableau.com\/views\/HousingRegression\/Utilities?:embed=y&:display_count=yes)\n  *\n  * Run this with:\n  * spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.evaluation.HousePrices\" target\/scala-2.11\/ml.jar <path_to_data_file>\n  *\/\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.util._\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression.{GBTRegressor, LinearRegression, RandomForestRegressor}\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\n\nobject HousePrices {\n  def main(args: Array[String]): Unit = {\n    val pathToData = args(0)\n    val spark = Common.makeSession()\n    val syncer = Common.makeSyncer(shouldCountRows = true, shouldStoreGSCVE = true, shouldStoreSpecificModels = true)\n    val df = Common.readHousingPrices(pathToData, spark)\n\n    \/\/ Let's categorize the columns:\n    val uselessCols = Set(\"Id\")\n    val leakCols = Set(\"MoSold\", \"YrSold\", \"SaleType\", \"SaleCondition\")\n    val labelCol = \"label\"\n    val predictionCol = \"prediction\"\n    val featuresCol = \"features\"\n    val categoricalCols = Set(\"MSSubClass\", \"MSZoning\", \"Street\", \"Alley\", \n      \"LotShape\", \"LandContour\", \"Utilities\", \"LotConfig\", \"LandSlope\", \n      \"Neighborhood\", \"Condition1\", \"Condition2\", \"BldgType\", \"HouseStyle\", \n      \"OverallQual\", \"OverallCond\", \"RoofStyle\", \"RoofMatl\", \"Exterior1st\", \n      \"Exterior2nd\", \"MasVnrType\", \"ExterQual\", \"ExterCond\", \"Foundation\", \n      \"BsmtQual\", \"BsmtCond\", \"BsmtExposure\", \"BsmtFinType1\", \"BsmtFinType2\", \n      \"Heating\", \"HeatingQC\", \"CentralAir\", \"Electrical\", \"KitchenQual\", \n      \"Functional\", \"FireplaceQu\", \"GarageType\", \"GarageFinish\", \"GarageQual\", \n      \"GarageCond\", \"PavedDrive\", \"PoolQC\", \"Fence\", \"MiscFeature\")\n    val scaledCols = Set(\"LotFrontage\", \"LotArea\", \"YearBuilt\", \"YearRemodAdd\", \n      \"MasVnrArea\", \"BsmtFinSF1\", \"BsmtFinSF2\", \"BsmtUnfSF\", \"TotalBsmtSF\", \n      \"1stFlrSF\", \"2ndFlrSF\", \"LowQualFinSF\", \"GrLivArea\", \"BsmtFullBath\", \n      \"BsmtHalfBath\", \"FullBath\", \"HalfBath\", \"TotRmsAbvGrd\", \"Fireplaces\", \n      \"GarageYrBlt\", \"GarageCars\", \"GarageArea\", \"WoodDeckSF\", \"OpenPorchSF\", \n      \"EnclosedPorch\", \"3SsnPorch\", \"ScreenPorch\", \"PoolArea\", \"MiscVal\")\n\n    val (preprocessedData, featureVectorNames, labelConverterOpt) = FeatureVectorizer(\n        df.toDF(), \n        categoricalCols.toArray, \n        Array[String](), \n        labelCol, \n        predictionCol, \n        featuresCol,\n        scaledCols.toArray,\n        Some(true, true)\n    )(spark.sqlContext)\n\n    \/\/ Let's make a cross validated LinearRegressionModel.\n\n    val Array(lrTrain, lrTest) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    val lr = new LinearRegression()\n        .setMaxIter(20)\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n\n    val eval = new RegressionEvaluator()\n        .setLabelCol(labelCol)\n        .setPredictionCol(predictionCol)\n\n    val paramGrid = new ParamGridBuilder()\n        .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.5, 0.7, 0.9))\n        .addGrid(lr.regParam, Array(0.1, 0.3, 0.5, 0.7, 0.9))\n        .build()\n\n    val lrCv = new CrossValidator()\n        .setEstimator(lr)\n        .setEstimatorParamMaps(paramGrid)\n        .setEvaluator(eval)\n        .setNumFolds(3)\n\n    val lrCvModel = lrCv.fitSync(lrTrain)\n    val lrPredictions = lrCvModel.transformSync(lrTest)\n    println(\"Evaluation \" + eval.evaluateSync(lrPredictions, lrCvModel.bestModel))\n\n    \/\/ Let's try using a RandomForestRegressor\n\n    val Array(rfTrain, rfTest) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    val rf = new RandomForestRegressor()\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n        .setNumTrees(20)\n\n    val rfParamGrid = new ParamGridBuilder()\n        .addGrid(rf.featureSubsetStrategy, Array(\"sqrt\", \"onethird\", \"log2\"))\n        .addGrid(rf.maxDepth, Array(5, 7))\n        .build()\n\n    val rfCv = new CrossValidator()\n        .setEstimator(rf)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(rfParamGrid)\n        .setNumFolds(3)\n\n    val rfCvModel = rfCv.fitSync(rfTrain)\n    val rfPredictions = rfCvModel.transformSync(rfTest)\n    println(\"Evaluation \" + eval.evaluateSync(rfPredictions, rfCvModel.bestModel))\n\n    \/\/ The random forest regressor is slightly better. Let's try gradient boosted trees.\n\n    val Array(gbtTrain, gbtTest) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    val gbt = new GBTRegressor()\n        .setLabelCol(labelCol)\n        .setFeaturesCol(featuresCol)\n        .setPredictionCol(predictionCol)\n        .setMaxIter(20)\n\n    val gbtParamGrid = new ParamGridBuilder()\n        .addGrid(gbt.maxDepth, Array(5, 7))\n        .build()\n\n    val gbtCv = new CrossValidator()\n        .setEstimator(gbt)\n        .setEvaluator(eval)\n        .setEstimatorParamMaps(gbtParamGrid)\n        .setNumFolds(3)\n\n    val gbtCvModel = gbtCv.fitSync(gbtTrain)\n    val gbtPredictions = gbtCvModel.transformSync(gbtTest)\n    println(\"Evaluation \" + eval.evaluateSync(gbtPredictions, gbtCvModel.bestModel))\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/SyncablePrimitivesTest.scala","text":"<gh_stars>1-10\nimport edu.mit.csail.db.ml.modeldb.client.{ModelDbSyncer, SyncableDataFrame, SyncableDataFramePaths, SyncableTransformer}\nimport org.apache.spark.ml.{Pipeline, SyncableEstimator}\nimport org.apache.spark.ml.feature.OneHotEncoder\nimport org.apache.spark.ml.regression.LinearRegression\nimport org.scalatest.{BeforeAndAfter, FunSuite}\n\nclass SyncablePrimitivesTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n    TestBase.makeSyncer\n  }\n\n  test(\"Syncable DataFrame\") {\n    val df = SyncableDataFrame(TestBase.trainingData)\n    assert(df.id === -1)\n    assert(df.numRows === 12)\n    assert(df.filepath.isEmpty)\n    assert(df.tag === \"\")\n    assert(df.schema.size === 3)\n    assert(df.schema.head.name === \"id\")\n    assert(df.schema.head.`type` === \"bigint\")\n    assert(df.schema(1).name === \"text\")\n    assert(df.schema(1).`type` === \"string\")\n    assert(df.schema(2).name === \"label\")\n    assert(df.schema(2).`type` === \"double\")\n  }\n\n  test(\"Syncable DataFrame with ID\") {\n    ModelDbSyncer.syncer.get.associateObjectAndId(TestBase.trainingData, 99)\n    assert(SyncableDataFrame(TestBase.trainingData).id === 99)\n  }\n\n  test(\"Syncable DataFrame with tag\") {\n    ModelDbSyncer.syncer.get.associateObjectAndTag(TestBase.trainingData, \"tagged\")\n    assert(SyncableDataFrame(TestBase.trainingData).tag === \"tagged\")\n  }\n\n  test(\"Syncable DataFrame with path\") {\n    SyncableDataFramePaths.setPath(TestBase.trainingData, \"filepath\")\n    assert(SyncableDataFrame(TestBase.trainingData).filepath.get === \"filepath\")\n  }\n\n  test(\"Syncable Transformer\") {\n    val ohe = SyncableTransformer(new OneHotEncoder())\n    assert(ohe.id === -1)\n    assert(ohe.transformerType === \"OneHotEncoder\")\n    assert(ohe.tag === \"\")\n    assert(ohe.filepath.isEmpty)\n  }\n\n  test(\"Syncable Transformer with ID\") {\n    val ohe = new OneHotEncoder()\n    ModelDbSyncer.syncer.get.associateObjectAndId(ohe, 99)\n    assert(SyncableTransformer(ohe).id === 99)\n  }\n\n  test(\"Syncable Transformer with tag\") {\n    val ohe = new OneHotEncoder()\n    ModelDbSyncer.syncer.get.associateObjectAndTag(ohe, \"tagged\")\n    assert(SyncableTransformer(ohe).tag === \"tagged\")\n  }\n\n  test(\"Syncable Estimator\") {\n    val lr = new LinearRegression()\n    val lrs = SyncableEstimator(lr)\n    assert(lrs.id === -1)\n    assert(lrs.transformerType === \"LinearRegression\")\n    assert(lrs.tag === \"\")\n    assert(lrs.hyperparameters.exists(hp => hp.name === \"regParam\" && hp.`type` === \"Double\"))\n  }\n\n  test(\"Syncable Estimator with ID\") {\n    val lr = new LinearRegression()\n    ModelDbSyncer.syncer.get.associateObjectAndId(lr, 99)\n    assert(SyncableEstimator(lr).id === 99)\n  }\n\n  test(\"Syncable Estimator with tag\") {\n    val lr = new LinearRegression()\n    ModelDbSyncer.syncer.get.associateObjectAndTag(lr, \"tagged\")\n    assert(SyncableEstimator(lr).tag === \"tagged\")\n  }\n\n  test(\"Syncable Estimator for Pipeline\") {\n    assert(SyncableEstimator(new Pipeline()).hyperparameters.isEmpty)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/Timer.scala","text":"package edu.mit.csail.db.ml.modeldb.evaluation\n\nimport java.io.{File, PrintWriter}\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Represents a operation that was timed.\n  * @param message - A message describing the operation.\n  * @param timeInNanoseconds - The duration of the operation in nanoseconds.\n  *\/\ncase class Timing(message: String, timeInNanoseconds: Long)\n\n\/**\n  * This object makes it possible to measure the execution times of various operations.\n  *\/\nobject Timer {\n  \/**\n    * A buffer of the operations that have been timed so far.\n    *\/\n  private val timings = ArrayBuffer[Timing]()\n\n  \/**\n    * Whether the timer is currently enabled.\n    *\/\n  private var activated = false\n\n  \/**\n    * The timestamp at which the timer was activated.\n    *\/\n  private var activationTime = System.nanoTime()\n\n  \/**\n    * Enables the timer so that it can measure execution times.\n    *\/\n  def activate() = if (!activated) {\n    activated = true\n    activationTime = System.nanoTime()\n  }\n\n  \/**\n    * Disables the timer so that it no longer measures execution times.\n    *\/\n  def deactivate() = if (activated) {\n    activated = false\n    timings.append(Timing(\"Full timer duration\", System.nanoTime() - activationTime))\n  }\n\n  \/**\n    * Measure the execution time of an operation (represented by a block). The timing is added to the buffer\n    * of timings.\n    * @param msg - The message to associate with the operation.\n    * @param block - The operation to execute.\n    * @tparam R - The return type of the operation.\n    * @return The return value of the operation.\n    *\/\n  def time[R](msg: String)(block: => R): R = {\n    val t0 = if (activated) System.nanoTime() else 0\n    val result = block    \/\/ call-by-name\n    if (activated) timings.append(Timing(msg, System.nanoTime() - t0))\n    result\n  }\n\n  \/**\n    * @return A copy of the buffer of timings.\n    *\/\n  def getTimings: Seq[Timing] = timings.map(x => x)\n\n  \/**\n    * Empty the buffer of timings.\n    *\/\n  def clearTimings(): Unit = timings.clear()\n\n  \/**\n    * Flush the buffer of timings to a file at the given path. The output will be a CSV where the two columns are\n    * \"Operation\" and \"Time in seconds\". The former contains the message associated with the operation and the latter\n    * contains the execution time of the operation in seconds.\n    * @param path - The path to the file where the timings should be written.\n    *\/\n  def writeTimingsToFile(path: String): Unit = {\n    if (path.nonEmpty) {\n      val pw = new PrintWriter(new File(path))\n      pw.write(\"Operation, Time in seconds\\n\")\n      timings.foreach(t => pw.write(t.message + \", \" + t.timeInNanoseconds \/ 1000000000.0 + \"\\n\"))\n      pw.close()\n\n    }\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/IMDBMovies.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/IMDBMovies.scala\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\n\/**\n  * Our objective is to predict the IMDB score of a movie.\n  * We'll use the IMDB 5000 Movie Dataset\n  * (see https:\/\/www.kaggle.com\/deepmatrix\/imdb-5000-movie-dataset).\n  *\n  * The exploratory data analysis\n  * (see https:\/\/public.tableau.com\/views\/IMDBMovies_0\/FirstGenre?:embed=y&:display_count=yes)\n  * shows the following:\n  *\n  * 1. Content ratings tend to have very different IMDB scores\n  * 2. Some countries (e.g. Russia) tend to produce worse rated movies\n  *  than others (e.g. Brazil). However, the overwhelming majority of movies\n  *  in the dataset come from the U.S.A\n  * 3. Most movies in the dataset are English, and there's great variation in\n  *  score by language\n  * 4. Budget does not correlate strongly with score.\n  *  Title year has a moderate (Rsquared ~ 0.1) negative correlation with score\n  *  - older movies are scored higher. The gross income and budget of the movie\n  *  are weakly correlated to score.\n  * 5. The # of Facebook likes for the actors and director is not really\n  *  correlated with the score\n  * 6. The number of critics, number of user reviews, and number of voted\n  *  users are all moderately correlated (between Rsquared~ 0.9 and Rsquared =\n  *  0.17) with score\n  * 7. There is moderate variation in the first genre (movies can fall into\n  *  multiple genres) of the movie vs. score.\n  *\n  *  Run this with:\n  *  spark-submit --master local[*] --class \"edu.mit.csail.db.ml.modeldb.evaluation.IMDBMovies\" target\/scala-2.11\/ml.jar <path_to_data>\n  *\/\n\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.util._\nimport org.apache.spark.ml.evaluation.RegressionEvaluator\nimport org.apache.spark.ml.regression.{LinearRegression, LinearRegressionModel}\nimport org.apache.spark.ml.tuning.{CrossValidator, ParamGridBuilder}\nimport org.apache.spark.sql.DataFrame\n\n\nobject IMDBMovies {\n  def main(args: Array[String]): Unit = {\n    val pathToData = args(0)\n    val spark = Common.makeSession()\n    val syncer = Common.makeSyncer(shouldCountRows = true, shouldStoreGSCVE = true, shouldStoreSpecificModels = true)\n    val df = Common.readImdb(pathToData, spark)\n\n    \/\/ So, we will use the following features in our model.\n    \/\/ Color, Number of Critics, Gross, Number of User Reviews, \n    \/\/ Number of User Votes, Content Rating, Title Year, Country, First Genre, \n    \/\/ Second Genre.\n    val categoricalCols: Array[String] = Array(\n        \"color\",\n        \"content_rating\",\n        \"country\",\n        \"first_genre\",\n        \"second_genre\"\n    )\n    val scaledCols = Array(\n        \"num_critic_for_reviews\",\n        \"gross\",\n        \"num_user_for_reviews\",\n        \"title_year\",\n        \"num_voted_users\"\n    )\n\n    \/\/ Create the feature vector.\n    val (preprocessedData, featureVectorNames, _) = FeatureVectorizer(\n        df,\n        categoricalCols,\n        Array[String](),\n        featuresCol = \"features\",\n        scaledCols = scaledCols,\n        scaler = Some(true, true)\n    )(spark.sqlContext)\n\n    \/\/ Create the train and test sets.\n    val Array(train, test) = preprocessedData.randomSplitSync(Array(0.7, 0.3))\n\n    \/\/ Define the columns that the model will use.\n    val labelCol = \"imdb_score\"\n    val featuresCol = \"features\"\n    val predictionCol = \"prediction\"\n\n    \/\/ Create a regression evaluator.\n    def makeEvaluator() = {\n        new RegressionEvaluator()\n            .setLabelCol(labelCol)\n            .setPredictionCol(predictionCol)\n    }\n\n    \/\/ Function that creates a Linear Regression model, preints out its\n    \/\/ weights, and returns its predictions on the test set.\n    def makeLrModel(train: DataFrame, \n                    test: DataFrame, \n                    featureVectorNames: Option[Array[String]] = None) = {\n        val lr = new LinearRegression()\n            .setMaxIter(20)\n            .setLabelCol(labelCol)\n            .setFeaturesCol(featuresCol)\n            \n        val eval = makeEvaluator()\n        \n        val paramGrid = new ParamGridBuilder()\n            .addGrid(lr.regParam, Array(0.1, 0.3, 0.5))\n            .addGrid(lr.elasticNetParam, Array(0.1, 0.3, 0.8))\n            .build()\n         \n        val lrCv = new CrossValidator()\n          .setEstimator(lr)\n          .setEvaluator(eval)\n          .setEstimatorParamMaps(paramGrid)\n          .setNumFolds(3)\n        \n        val lrCvModel = lrCv.fitSync(train)\n        val lrPredictions = lrCvModel.transformSync(test)\n        \n        \/*\n        if (featureVectorNames.isDefined)\n            lrCvModel\n                .bestModel\n                .asInstanceOf[LinearRegressionModel]\n                .coefficients\n                .toArray\n                .zip(featureVectorNames.get)\n                .sortWith(_._1.abs > _._1.abs)\n                .foreach{ case (coeff, value) => println(s\"$value: $coeff\")}\n        *\/\n        (lrCvModel.bestModel.asInstanceOf[LinearRegressionModel], lrPredictions)\n    }\n\n    \/\/ Train and evaluate the model.\n    val (lrModel, lrPredictions) = makeLrModel(train, test, Some(featureVectorNames)) \n    println(\"Evaluating \" + makeEvaluator().evaluateSync(lrPredictions, lrModel))\n\n    \/\/ Let's try doing the calculation again and try using the languages as a feature.\n    val (preprocessedData2, featureVectorNames2, _) = FeatureVectorizer(\n        df,\n        Array(\n            \"color\",\n            \"content_rating\",\n            \"country\",\n            \"language\",\n            \"first_genre\",\n            \"second_genre\"\n        ),\n        Array[String](),\n        featuresCol = \"features\",\n        scaledCols = Array(\n            \"num_critic_for_reviews\",\n            \"gross\",\n            \"num_user_for_reviews\",\n            \"title_year\",\n            \"num_voted_users\"\n        ),\n        scaler = Some(true, true)\n    )(spark.sqlContext)\n    val Array(train2, test2) = preprocessedData2.randomSplitSync(Array(0.7, 0.3))\n\n    val (lrModel2, lrPredictions2) = makeLrModel(train2, test2, Some(featureVectorNames2))\n    println(\"Evaluating \" + makeEvaluator().evaluateSync(lrPredictions2, lrModel2))\n\n    \/\/ Using the language decreased the RMS error. Now, let's try again and remove the country and language\n    \/\/ features.\n    val (preprocessedData3, featureVectorNames3, _) = FeatureVectorizer(\n        df,\n        Array(\n            \"color\",\n            \"content_rating\",\n            \"first_genre\",\n            \"second_genre\"\n        ),\n        Array[String](),\n        featuresCol = \"features\",\n        scaledCols = Array(\n            \"num_critic_for_reviews\",\n            \"gross\",\n            \"num_user_for_reviews\",\n            \"title_year\",\n            \"num_voted_users\"\n        ),\n        scaler = Some(true, true)\n    )(spark.sqlContext)\n    val Array(train3, test3) = preprocessedData3.randomSplitSync(Array(0.7, 0.3))\n\n    val (lrModel3, lrPredictions3) = makeLrModel(train3, test3, Some(featureVectorNames3))\n    println(\"Evaluating \" + makeEvaluator().evaluateSync(lrPredictions3, lrModel3))\n\n    println(\"df\", syncer.id(df))\n    println(\"preprocessedData\", syncer.id(preprocessedData))\n    println(\"preprocessedData2\", syncer.id(preprocessedData2))\n    println(\"preprocessedData3\", syncer.id(preprocessedData3))\n    println(\"train\", syncer.id(train))\n    println(\"train2\", syncer.id(train2))\n    println(\"train3\", syncer.id(train3))\n    println(\"test\", syncer.id(test))\n    println(\"test2\", syncer.id(test2))\n    println(\"test3\", syncer.id(test3))\n    println(\"lrPredictions\", syncer.id(lrPredictions))\n    println(\"lrPredictions2\", syncer.id(lrPredictions2))\n    println(\"lrPredictions3\", syncer.id(lrPredictions3))\n\n\n    if (syncer.originalFeatures(lrModel).get.length != 10)\n      throw new Exception(\"First model does not have proper feature count\")\n\n    if (syncer.originalFeatures(lrModel2).get.length != 11)\n      throw new Exception(\"Second model does not have proper feature count\")\n\n    if (syncer.originalFeatures(lrModel3).get.length != 9)\n      throw new Exception(\"Third model does not have proper feature count\")\n\n    if (!syncer.modelsDerivedFromDataFrame(train3).get.contains(syncer.id(lrModel3).get))\n      throw new Exception(\"Could not get models derived from dataframe\")\n\n    if (!syncer.modelsWithFeatures(\"isEnglish\").contains(syncer.id(lrModel2).get))\n      throw new Exception(\"Models with features failed\")\n\n    if (!syncer.convergenceTimes(0.4, lrModel, lrModel2, lrModel3).get.contains(2))\n      throw new Exception(\"Convergence times failed\")\n      \n    if (syncer.getCommonAncestor(train3, test3).ancestor.get.id != syncer.id(preprocessedData3).get) \n      throw new Exception(\"Common ancestor failed\")\n\n    val sizes = syncer.getDatasetSizes(lrModel, lrModel2, lrModel3).get\n    if (sizes(0) != train.count)\n      throw new Exception(\"First df has wrong number of rows\")\n    if (sizes(1) != train2.count)\n      throw new Exception(\"Second df has wrong number of rows\")\n    if (sizes(2) != train3.count)\n      throw new Exception(\"Third df has wrong number of rows\")\n\n    (lrModel, lrModel2, lrModel3)\n  }\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncablePipeline.scala","text":"package org.apache.spark.ml\n\nimport edu.mit.csail.db.ml.modeldb.client.event._\nimport edu.mit.csail.db.ml.modeldb.client.{HasFitSync, HasTransformSync, ModelDbSyncer, SyncableTransformer}\nimport org.apache.spark.ml.param.{ParamMap, ParamPair}\nimport org.apache.spark.sql.DataFrame\n\nimport scala.collection.mutable.{ArrayBuffer, ListBuffer}\n\n\/**\n  * This trait defines an implicit class for Pipelines that stores a Pipeline event on the server when the user\n  * calls fitSync.\n  *\/\ntrait SyncablePipeline {\n  \/**\n    * Implicit class for storing pipelines.\n    *\/\n  implicit class PipelineFitSync(pipeline: Pipeline) extends HasFitSync[PipelineModel] {\n\n    \/**\n      * This is a customized version of the fit method which basically just copies code from fit()\n      * from Spark's Pipeline.scala with some minor modifications (see comments in the code).\n      *\/\n    def customFit(df: DataFrame)(implicit mdbs: Option[ModelDbSyncer]): PipelineModel = {\n      val stageEvents = ArrayBuffer[PipelineStageEvent]()\n\n      pipeline.transformSchema(df.schema)\n      val theStages = pipeline.getStages\n      var curDataset = df\n      val transformers = ListBuffer.empty[Transformer]\n      theStages.view.foreach { stage =>\n        val oldDf = curDataset\n        val transformer = stage match {\n          case estimator: Estimator[_] =>\n            val model = estimator.fit(oldDf)\n            val newDf = model.transform(oldDf)\n            if (mdbs.isDefined)\n              mdbs.get.featureTracker.copyFeatures(oldDf, df)\n            stageEvents.append(FitPipelineStageEvent(oldDf, newDf, estimator, model))\n            curDataset = newDf\n            model\n          case transformer: Transformer =>\n            val newDf = transformer.transform(oldDf)\n            stageEvents.append(TransformerPipelineStageEvent(oldDf, newDf, transformer))\n            curDataset = newDf\n            transformer\n          case _ =>\n            throw new IllegalArgumentException(\n              s\"Do not support stage $stage of type ${stage.getClass}\")\n        }\n        transformers += transformer\n      }\n\n      val model = new PipelineModel(pipeline.uid, transformers.toArray).setParent(pipeline)\n      if (mdbs.isDefined) mdbs.get.buffer(PipelineEvent(pipeline, model, df, stageEvents))\n      model\n    }\n\n    override def fitSync(df: DataFrame, pms: Array[ParamMap], featureVectorNames: Seq[String])\n                        (implicit mdbs: Option[ModelDbSyncer]): Seq[PipelineModel] = {\n      if (mdbs.isDefined) mdbs.get.featureTracker.setFeaturesForDf(df, featureVectorNames)\n      if (pms.length == 0) {\n        Array(customFit(df))\n      } else {\n        pms.map(pm => new PipelineFitSync(pipeline.copy(pm)).customFit(df))\n      }\n    }\n  }\n\n  implicit class PipelineTransformSync(pm: PipelineModel) extends HasTransformSync {\n    override def transformSync(df: DataFrame, pairs: Seq[ParamPair[_]])\n                              (implicit mdbc: Option[ModelDbSyncer]): DataFrame = {\n      pm.transformSchema(df.schema)\n      \/\/ The code below has not been erased because I need it in order evaluate the performance of an optimization.\n\/\/      pm.stages.foldLeft(df)((cur, transformer) => transformer match {\n\/\/        case pm: PipelineModel => pm.transformSync(cur, pairs)(mdbc)\n\/\/        case _ => SyncableTransformer.TransformerSync(transformer).transformSync(cur, pairs)(mdbc)\n\/\/      })\n      val transformEvents = ArrayBuffer[TransformEvent]()\n      val finalResult = pm.stages.foldLeft(df)((cur, transformer) => transformer match {\n        case pm: PipelineModel => pm.transformSync(cur, pairs)(mdbc)\n        case _ =>\n          val result =\n            if (pairs.isEmpty)\n            transformer.transform(cur)\n          else if (pairs.size == 1)\n            transformer.transform(cur, pairs.head)\n          else\n            transformer.transform(cur, pairs.head, pairs.tail:_*)\n          transformEvents.append(TransformEvent(transformer, cur, result))\n          result\n      })\n      if (mdbc.isDefined)\n        mdbc.get.buffer(PipelineTransformEvent(transformEvents:_*))\n      finalResult\n    }\n  }\n}\n\nobject SyncablePipeline extends SyncablePipeline {\n\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/evaluation\/Evaluate.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.evaluation\n\n\/\/ TODO: The minNumRows and associated duplication logic should be removed.\n\/**\n  * Represents the configuration used to run the evaluation script.\n  * @param pathToData - The path to the CSV file that contains the data. You can get the IMDB data at\n  *                   https:\/\/www.kaggle.com\/deepmatrix\/imdb-5000-movie-dataset\n  *                   You can get the animal shelter data at\n  *                   https:\/\/www.kaggle.com\/c\/shelter-animal-outcomes\/data\n  *                   You can get the housing data at\n  *                   https:\/\/www.kaggle.com\/c\/house-prices-advanced-regression-techniques\/data\n  * @param dataset - The dataset. This should be \"housing\", \"animal\", or \"imdb\".\n  * @param workflow - The workflow. This should be \"simple\", \"full\", or \"exploratory\".\n  * @param outfile - The path to the file that the output will be written to.\n  * @param syncer - Whether the program should be run with the ModelDB Syncer enabled.\n  * @param minNumRows - [Deprecated] The minimum number of rows to use in the dataset.\n  *\/\ncase class Config(pathToData: String = \"\",\n                  dataset: String = \"\",\n                  workflow: String = \"\",\n                  outfile: String = \"\",\n                  syncer: Boolean = true,\n                  minNumRows: Int = 1)\n\n\/**\n  * Runs a program to evaluate the running time of ModelDB Server and Spark Client.\n  *\/\nobject Evaluate {\n  def main(args: Array[String]): Unit = {\n    \/\/ Set up the command line argument parser.\n    val parser = new scopt.OptionParser[Config](\"ModelDB Evaluation Program\") {\n      head(\"ModelDB Evaluation\")\n\n      opt[String]('p', \"path\")\n        .required()\n        .valueName(\"<path_to_data_file>\")\n        .action((pathToData, config) => config.copy(pathToData = pathToData))\n        .text(\"Path to the data file (required)\")\n\n      opt[String]('d', \"dataset\")\n        .required()\n        .valueName(\"<dataset>\")\n        .action((dataset, config) => config.copy(dataset = dataset.toLowerCase.replace(\"'\", \"\")))\n        .text(\"The dataset. This should be one of 'imdb', 'animal', or 'housing' \" +\n          \"and should correspond to the path to the data file that you provided\")\n\n      opt[String]('w', \"workflow\")\n        .required()\n        .valueName(\"<workflow>\")\n        .action((workflow, config) => config.copy(workflow = workflow.toLowerCase.replace(\"'\", \"\")))\n        .text(\"The workflow. This should be one of 'simple', 'full', or 'exploratory'\")\n\n      opt[String]('o', \"outfile\")\n        .required()\n        .valueName(\"<outfile>\")\n        .action((outfile, config) => config.copy(outfile = outfile))\n        .text(\"Path to file that will hold the output. It will be overwritten\")\n\n      opt[Boolean]('s', \"syncer\")\n        .action((syncer, config) => config.copy(syncer = syncer))\n        .text(\"If 'true' (default), then ModelDB will be used. If 'false', ModelDB will not be used.\")\n\n      opt[Int]('n', \"min_num_rows\")\n        .action((min_num_rows, config) => config.copy(minNumRows = min_num_rows))\n        .text(\"The minimum number of rows to use for the workflow. If this is less than the dataset size, then the \" +\n          \"entire dataset will be used. If it is greater than the dataset size, then the dataset will be duplicated \" +\n          \"and vertically concatenated with itself until the resulting row count exceeds the minimum number of rows\")\n    }\n\n    \/\/ Parse the arguments and run the appropriate workflow.\n    parser.parse(args, Config()) match {\n      case Some(config) =>\n        if (config.dataset == \"imdb\" && config.workflow == \"simple\")\n          IMDBSimple.run(config)\n        else if (config.dataset == \"housing\" && config.workflow == \"simple\")\n          HousingSimple.run(config)\n        else if (config.dataset == \"animal\" && config.workflow == \"simple\")\n          AnimalSimple.run(config)\n        else if (config.dataset == \"imdb\" && config.workflow == \"full\")\n          IMDBFull.run(config)\n        else if (config.dataset == \"housing\" && config.workflow == \"full\")\n          HousingFull.run(config)\n        else if (config.dataset == \"animal\" && config.workflow == \"full\")\n          AnimalFull.run(config)\n        else if (config.dataset == \"imdb\" && config.workflow == \"exploratory\")\n          IMDBExploratory.run(config)\n        else if (config.dataset == \"animal\" && config.workflow == \"exploratory\")\n          AnimalExploratory.run(config)\n        else if (config.dataset == \"housing\" && config.workflow == \"exploratory\")\n          HousingExploratory.run(config)\n        else\n          println(\"Failed to match any configuration\", config)\n      case None => println(\"Failed to parse command line arguments - make sure to enter them properly.\")\n    }\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableDataFrame.scala","text":"<reponame>miyamotok0105\/modeldb<filename>client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableDataFrame.scala<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport java.util.Random\n\nimport edu.mit.csail.db.ml.modeldb.client.event.RandomSplitEvent\nimport org.apache.spark.sql.DataFrame\n\nimport scala.collection.mutable\n\n\n\/**\n  * This trait defines an implicit class that\n  * augments a DataFrame with the randomSplitSync functions\n  * that log a RandomSplitEvent to the ModelDB.\n  *\/\ntrait SyncableDataFrame {\n  implicit class DataFrameSync(m: DataFrame) {\n    \/**\n      * Randomly split a DataFrame into pieces (see DataFrame.randomSplit).\n      * This function will generate a random seed for you.\n      * @param weights - The weights used for splitting.\n      * @param mdbs - The ModelDB Syncer.\n      * @return The pieces of the DataFrame.\n      *\/\n    def randomSplitSync(weights: Array[Double])(implicit mdbs: Option[ModelDbSyncer]): Array[DataFrame] =\n      randomSplitSync(weights, new Random().nextLong)\n\n    \/**\n      * Randomly split a DataFrame into pieces (see DataFrame.split).\n      * @param weights - The weights used for splitting.\n      * @param seed - The seed to use for splitting.\n      * @param mdbs - The ModelDB Syncer.\n      * @return The pieces of the DataFrame.\n      *\/\n    def randomSplitSync(weights: Array[Double], seed: Long)(implicit mdbs: Option[ModelDbSyncer]): Array[DataFrame] = {\n      val splits = m.randomSplit(weights, seed)\n\n      if (mdbs.isDefined) {\n        mdbs.get.buffer(RandomSplitEvent(m, weights, seed, splits))\n        splits.foreach(df => mdbs.get.featureTracker.copyFeatures(m, df))\n      }\n\n      \/\/ We can think of random splitting as performing n transformations from the original DataFrame to\n      \/\/ n smaller DataFrames where there are no input features or output features.\n      \/\/ Thus, we will feed this information to the FeatureTracker so that each of the splits know that they\n      \/\/ originated from the same DataFrame and so that they remember its features.\n      SyncableDataFramePaths.getPath(m) match {\n        case Some(path) => splits.foreach(spl => SyncableDataFramePaths.setPath(spl, path))\n        case None => {}\n      }\n      splits\n    }\n  }\n}\n\nobject SyncableDataFrame extends SyncableDataFrame {\n  \/**\n    * Caches the number of rows in a given DataFrame. A cache is used because counting the number of rows in a DataFrame\n    * requires a sequential scan of the DataFrame, which can be expensive.\n    *\n    * The key is the DataFrame and the value is the number of rows in the DataFrame.\n    *\/\n  private def rowCountForDf =  mutable.Map[DataFrame, Long]()\n\n  \/**\n    * Convert a Spark DataFrame into a modeldb.DataFrame.\n    * @param df - The Spark DataFrame.\n    * @param mdbs - The syncer (used for the id mapping).\n    * @return A modeldb.DataFrame representing the Spark DataFrame.\n    *\/\n  def apply(df: DataFrame)(implicit mdbs: Option[ModelDbSyncer]): modeldb.DataFrame = {\n    val id = mdbs.get.id(df).getOrElse(-1)\n    val tag = mdbs.get.tag(df).getOrElse(\"\")\n\n    \/\/ If this dataframe already has an ID, the columns are already stored on the server, so we leave them empty.\n    val columns = if (id != -1) {\n      Seq[modeldb.DataFrameColumn]()\n    } else {\n      df.schema.map(field => modeldb.DataFrameColumn(field.name, field.dataType.simpleString))\n    }\n\n    \/\/ If the server has seen this DataFrame or if the ModelDBSyncer is configured not to count the rows, don't\n    \/\/ count the rows.\n    val numRows = if (id != -1 || !mdbs.get.shouldCountRows) {\n      -1\n    } else if (rowCountForDf.contains(df)) {\n      rowCountForDf(df).toInt\n    } else {\n      val count = df.count \/\/ This is a performance intensive operation.\n      rowCountForDf.put(df, count)\n      count.toInt\n    }\n\n    val modeldbDf = modeldb.DataFrame(\n      id,\n      columns,\n      numRows,\n      tag=tag,\n      filepath = SyncableDataFramePaths.getPath(df)\n    )\n\n    modeldbDf\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/SyncableDataFramePaths.scala","text":"package edu.mit.csail.db.ml.modeldb.client\n\nimport org.apache.spark.sql.{DataFrame, DataFrameReader}\n\nimport scala.collection.mutable\n\ntrait SyncableDataFramePaths {\n  \/**\n    * Implicit class for DataFrameReader. Basically, whenever the user the user reads a DataFrame, we associate\n    * the DataFrame and the path it was read from.\n    *\n    * These basically provide *Sync variations of the load methods in DataFrameReader (e.g. jsonSync for json,\n    * parquetSync for parquet).\n    *\/\n  implicit class DataFrameReaderSync(dfr: DataFrameReader) {\n    def loadSync(path: String): DataFrame = {\n      val df = dfr.load(path)\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n\n    def jsonSync(path: String): DataFrame = {\n      val df = dfr.json(path)\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n\n    def csvSync(path: String): DataFrame = {\n      val df = dfr.csv(path)\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n\n    def parquetSync(path: String): DataFrame = {\n      val df = dfr.parquet(path)\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n\n    def textSync(path: String): DataFrame = {\n      val df = dfr.text(path)\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n\n    def textFileSync(path: String): DataFrame = {\n      val df = dfr.textFile(path).toDF()\n      SyncableDataFramePaths.setPath(df, path)\n      df\n    }\n  }\n}\n\nobject SyncableDataFramePaths {\n  \/**\n    * A cache that maps from DataFrame to the path that it was loaded from.\n    *\/\n  private val pathForDf = mutable.HashMap[DataFrame, String]()\n\n  \/**\n    * Get the path that a given DataFrame was loaded from.\n    * @param df - The DataFrame.\n    * @return The path or None if the DataFrame does not have a path.\n    *\/\n  def getPath(df: DataFrame): Option[String] = pathForDf.get(df)\n\n  \/**\n    * Set the path that a given DataFrame was loaded from.\n    * @param df - The DataFrame.\n    * @param path - The path.\n    *\/\n  def setPath(df: DataFrame, path: String): Unit = pathForDf.put(df, path)\n\n  \/**\n    * Clear all mappings from DataFrame to path.\n    *\/\n  def clear(): Unit = pathForDf.clear()\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/util\/FeatureTracker.scala","text":"package org.apache.spark.ml\n\nimport org.apache.spark.ml.classification.OneVsRestModel\nimport org.apache.spark.ml.param.shared._\nimport org.apache.spark.ml.tuning.CrossValidatorModel\nimport org.apache.spark.sql._\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * This class contains logic for getting the names of features in a given DataFrame.\n  *\/\nclass FeatureTracker {\n  \/**\n    * This map goes from DataFrame to a sequence of feature names in the DataFrame.\n    *\/\n  private val featuresForDf = new mutable.HashMap[DataFrame, Seq[String]]()\n\n  \/**\n    * Indicate that the given DataFrame has the given features.\n    * @param df - The DataFrame.\n    * @param features - The features in the DataFrame.\n    *\/\n  def setFeaturesForDf(df: DataFrame, features: Seq[String]): Unit =\n    if (features.nonEmpty) featuresForDf.put(df, features)\n\n  \/**\n    * Get the features in a given DataFrame.\n    * @param df - The DataFrame.\n    * @return The features in the given DataFrame. If the DataFrame is unknown, None is returned.\n    *\/\n  def getFeaturesForDf(df: DataFrame): Option[Seq[String]] =\n    featuresForDf.get(df)\n\n  \/**\n    * Indicate that the two given DataFrames have the same features.\n    * @param oldDf - The original DataFrame.\n    * @param newDf - The new DataFrame. This will be marked with the same features as the original DataFrame.\n    *\/\n  def copyFeatures(oldDf: DataFrame, newDf: DataFrame): Unit =\n    setFeaturesForDf(newDf, featuresForDf.getOrElseUpdate(oldDf, Seq.empty))\n\n  \/**\n    * Apply a function to a Transformer after considering specific model types. For a regular Transformer, apply\n    * the function directly. For PipelineModels, apply the function to each stage and concatenate the results. For\n    * OneVsRestModels, apply the function to the first model. For CrossValidatorModels, apply the function to the\n    * best model.\n    * @param transformer - The transformer being considered.\n    * @param fn - The function to apply.\n    * @return THe resulting string sequence produced after applying the function.\n    *\/\n  private def handleSpecialModels(transformer: Transformer)\n                                 (fn: Transformer => Seq[String]): Seq[String] = transformer match {\n    case pm: PipelineModel => pm.stages.flatMap(fn)\n    case ovr: OneVsRestModel => fn(ovr.models.head)\n    case cv: CrossValidatorModel => fn(cv.bestModel)\n    case _ => fn(transformer)\n  }\n\n  \/**\n    * Get the names of the feature columns in the given DataFrame. If the DataFrame is unknown, try to determine the\n    * features by looking at the Transformer.\n    * @param df - The DataFrame.\n    * @param transformer - The Transformer.\n    * @return The feature columns of the DataFrame. If the DataFrame is not known (i.e. not present in the cache), then\n    *         the feature columns will be inferred by looking at the Transformer.\n    *\/\n  def getFeatureCols(df: DataFrame, transformer: Transformer): Seq[String] =\n    getFeaturesForDf(df).getOrElse(getInputCols(transformer))\n\n  \/**\n    * Get the input columns of a Transformer.\n    * @param transformer - The Transformer.\n    * @return The input columns (based on HasInputCol, HasInputCols, and HasFeaturesCol) of the Transformer.\n    *\/\n  def getInputCols(transformer: Transformer): Seq[String] = handleSpecialModels(transformer) { tr =>\n    val inputCols = ArrayBuffer[String]()\n    tr match {\n      case x: HasFeaturesCol => inputCols.append(x.getFeaturesCol)\n      case _ =>\n    }\n\n    tr match {\n      case x: HasInputCols => inputCols.appendAll(x.getInputCols)\n      case _ =>\n    }\n\n    tr match {\n      case x: HasInputCol => inputCols.append(x.getInputCol)\n      case _ =>\n    }\n\n    inputCols\n  }\n\n  \/**\n    * Get the label columns of a Transformer.\n    * @param transformer - The Transformer.\n    * @return The label columns (based on HasLabelCol) of the Transformer.\n    *\/\n  def getLabelColumns(transformer: Transformer): Seq[String] = handleSpecialModels(transformer) { tr =>\n    val labelCols = ArrayBuffer[String]()\n\n    tr match {\n      case x: HasLabelCol => labelCols.append(x.getLabelCol)\n      case _ =>\n    }\n\n    labelCols\n  }\n\n  \/**\n    * Get the output columns of a Transformer.\n    * @param transformer - The Transformer.\n    * @return The output columns (based on HasOutputCol, HasPredictionCol, and HasRawPredictionCol) of the Transformer.\n    *\/\n  def getOutputCols(transformer: Transformer): Seq[String] = handleSpecialModels(transformer) { tr =>\n    val outputCols = ArrayBuffer[String]()\n    tr match {\n      case x: HasOutputCol => outputCols.append(x.getOutputCol)\n      case _ =>\n    }\n\n    tr match {\n      case x: HasPredictionCol => outputCols.append(x.getPredictionCol)\n      case _ =>\n    }\n\n    tr match {\n      case x: HasRawPredictionCol => outputCols.append(x.getRawPredictionCol)\n      case _ =>\n    }\n\n    outputCols\n  }\n}"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/main\/scala-2.11\/edu\/mit\/csail\/db\/ml\/modeldb\/client\/HasTransformSync.scala","text":"<gh_stars>1-10\npackage edu.mit.csail.db.ml.modeldb.client\n\nimport edu.mit.csail.db.ml.modeldb.client.event.TransformEvent\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.{ParamMap, ParamPair}\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * This trait augments a Transformer with the transformSync functions that log a\n  * TransformEvent to the ModelDB after transforming a DataFrame.\n  *\n  * The trait exposes methods that resemble the transform method of a Spark Transformer.\n  *\/\ntrait HasTransformSync {\n\n  \/**\n    * This function should be used by the implementing class to\n    * handle the transformSync(DataFrame, Seq[ParamPair[_]]) function.\n    *\n    * @param transformer - The Transformer on which transformSync is called.\n    * @param df - The DataFrame being transformed.\n    * @param pairs - The ParamPairs (may be empty) to use for transformation.\n    * @param mdbs - The ModelDB Syncer.\n    * @return The transformed DataFrame.\n    *\/\n  def transformSync(transformer: Transformer,\n                    df: DataFrame,\n                    pairs: Seq[ParamPair[_]],\n                    mdbs: Option[ModelDbSyncer]): DataFrame = {\n    val result = if (pairs.isEmpty)\n      transformer.transform(df)\n    else if (pairs.length == 1)\n      transformer.transform(df, pairs.head)\n    else\n      transformer.transform(df, pairs.head, pairs.tail:_*)\n\n    if (mdbs.isDefined) mdbs.get.buffer(TransformEvent(transformer, df, result))\n    SyncableDataFramePaths.getPath(df) match {\n      case Some(path) => SyncableDataFramePaths.setPath(result, path)\n      case None => {}\n    }\n    result\n  }\n\n  def transformSync(df: DataFrame, pairs: Seq[ParamPair[_]])(implicit mdbc: Option[ModelDbSyncer]): DataFrame\n\n  def transformSync(df: DataFrame, firstParamPair: ParamPair[_], otherParamPairs: ParamPair[_]*)\n                   (implicit mdbc: Option[ModelDbSyncer]): DataFrame =\n    transformSync(df,  Seq(firstParamPair) ++ otherParamPairs)(mdbc)\n\n  def transformSync(df: DataFrame, paramMap: ParamMap)(implicit mdbc: Option[ModelDbSyncer]): DataFrame =\n    transformSync(df, paramMap.toSeq)(mdbc)\n\n  def transformSync(df: DataFrame)(implicit mdbc: Option[ModelDbSyncer]): DataFrame =\n    transformSync(df, Seq[ParamPair[_]]())(mdbc)\n}\n"}
{"repo_name":"miyamotok0105\/modeldb","path":"client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/TransformEventTest.scala","text":"<filename>client\/scala\/libs\/spark.ml\/src\/test\/scala-2.11\/TransformEventTest.scala\nimport edu.mit.csail.db.ml.modeldb.client.ModelDbSyncer._\nimport edu.mit.csail.db.ml.modeldb.client.event.TransformEvent\nimport modeldb.TransformEventResponse\nimport org.apache.spark.ml.feature.Tokenizer\nimport org.scalatest.{BeforeAndAfter, FunSuite}\n\nclass TransformEventTest extends FunSuite with BeforeAndAfter {\n  before {\n    TestBase.reset()\n  }\n\n  test(\"Transformation logs TransformEvent\") {\n    val syncer = TestBase.makeSyncer\n    val originalCount = syncer.numEvents\n    val tokenizer = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val df = tokenizer.transformSync(TestBase.trainingData)\n\n    assert(syncer.numEvents - originalCount === 1)\n    assert(syncer.hasEvent(originalCount) {\n      case x: TransformEvent =>\n        x.inputDataframe === TestBase.trainingData &&\n        x.outputDataframe === df &&\n        x.transformer === tokenizer\n      case _ => false\n    })\n  }\n\n  test(\"makeEvent of a TransformEvent\") {\n    val syncer = TestBase.makeSyncer\n    val tok = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val te = TransformEvent(tok, TestBase.trainingData, TestBase.trainingData)\n    val tEvent = te.makeEvent(syncer)\n    assert(tEvent.inputColumns.nonEmpty)\n    assert(tEvent.outputColumns.nonEmpty)\n    assert(tEvent.inputColumns.head === \"text\")\n    assert(tEvent.outputColumns.head === \"words\")\n    assert(tEvent.transformer.transformerType === \"Tokenizer\")\n    assert(tEvent.oldDataFrame.numRows === 12)\n    assert(tEvent.newDataFrame.numRows === 12)\n  }\n\n  test(\"associate of a TransformEvent\") {\n    val syncer = TestBase.makeSyncer\n    val tok = new Tokenizer()\n      .setInputCol(\"text\")\n      .setOutputCol(\"words\")\n    val df1 = TestBase.trainingData\n    val df2 = TestBase.trainingData.toDF()\n    val te = TransformEvent(tok, df1, df2)\n    te.associate(TransformEventResponse(5, 6, 7, 8, \"\"), syncer)\n    assert(syncer.id(df1).get === 5)\n    assert(syncer.id(df2).get === 6)\n    assert(syncer.id(tok).get === 7)\n    assert(syncer.id(te).get === 8)\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter03\/datavec-spark-example\/src\/main\/scala\/org\/googlielmo\/datavecspark\/BasicDataVecExampleSpark.scala","text":"package org.googlielmo.datavecspark\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.api.java.JavaSparkContext\nimport org.datavec.api.records.reader.impl.csv.CSVRecordReader\nimport org.datavec.api.transform.TransformProcess\nimport org.datavec.api.transform.condition.ConditionOp\nimport org.datavec.api.transform.condition.column.CategoricalColumnCondition\nimport org.datavec.api.transform.filter.ConditionFilter\nimport org.datavec.api.transform.schema.Schema\nimport org.datavec.api.util.ClassPathResource\nimport org.datavec.spark.transform.SparkTransformExecutor\nimport org.datavec.spark.transform.misc.{StringToWritablesFunction, WritablesToStringFunction}\n\nimport java.util.Arrays\nimport java.util.HashSet\n\nimport scala.collection.JavaConverters._\n\nobject BasicDataVecExampleSpark {\n    @throws[Exception]\n    def main(args: Array[String]): Unit = {\n      \/\/----- Transformation section ---\n      \/\/ Define the input data schema\n      val inputDataSchema = new Schema.Builder()\n         \/\/We can define a single column\n        .addColumnString(\"DateTimeString\")\n         \/\/Or for convenience define multiple columns of the same type\n        .addColumnsString(\"CustomerID\", \"MerchantID\")\n        \/\/We can define different column types for different types of data:\n        .addColumnInteger(\"NumItemsInTransaction\")\n        .addColumnCategorical(\"MerchantCountryCode\", List(\"USA\", \"CAN\", \"FR\", \"MX\").asJava)\n         \/\/Some columns have restrictions on the allowable values, that we consider valid:\n        .addColumnDouble(\"TransactionAmountUSD\", 0.0, null, false, false) \/\/$0.0 or more, no maximum limit, no NaN and no Infinite values\n        .addColumnCategorical(\"FraudLabel\", List(\"Fraud\", \"Legit\").asJava)\n        .build\n        \n      \/\/ Print out the schema before the transformation(s)\n      println(\"Input data schema details:\")\n      println(inputDataSchema)\n      \n      \/\/ Define some transformation\n      \/\/ Remove some columns\n      val tp = new TransformProcess.Builder(inputDataSchema)\n        .removeColumns(\"CustomerID\", \"MerchantID\")\n        .filter(new ConditionFilter(\n                    new CategoricalColumnCondition(\"MerchantCountryCode\", ConditionOp.NotInSet, new HashSet(Arrays.asList(\"USA\",\"CAN\")))))\n        .build\n       \n      \/\/ Get and then print the new schema (after the transformations)  \n      val outputSchema = tp.getFinalSchema\n      println(\"\\n\\n\\nSchema after transforming data:\")\n      println(outputSchema)\n      \n      val conf = new SparkConf\n      conf.setMaster(\"local[*]\")\n      conf.setAppName(\"DataVec Example\")\n      \n      val sc = new JavaSparkContext(conf)\n      \n      \/\/ Read the data\n      val directory = new ClassPathResource(\"exampledata.csv\").getFile.getAbsolutePath \n      println(directory)\n      val stringData = sc.textFile(directory)\n      \n      \/\/ Parse the CSV file\n      val rr = new CSVRecordReader\n      val parsedInputData = stringData.map(new StringToWritablesFunction(rr))\n\n      \/\/ Execute the transformations defined earlier\n      val processedData = SparkTransformExecutor.execute(parsedInputData, tp)\n\n      \/\/ Collect the data locally and print it\n      val processedAsString = processedData.map(new WritablesToStringFunction(\",\"))\n      val processedCollected = processedAsString.collect\n      val inputDataCollected = stringData.collect\n\n      println(\"\\n\\n---- Original Data ----\")\n      for (s <- inputDataCollected.asScala) println(s)\n\n      println(\"\\n\\n---- Processed Data ----\")\n      for (s <- processedCollected.asScala) println(s)\n\n      sc.close()\n    }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter03\/rawdata-transformation-spark\/src\/main\/scala\/org\/googlielmo\/imagerecogndemo\/LogAnalysisExample.scala","text":"package org.googlielmo.imagerecogndemo\n\nimport java.io.{File, FileInputStream, FileOutputStream, IOException}\nimport java.net.URL\nimport java.util.zip.GZIPInputStream\nimport org.apache.commons.io.{FileUtils, FilenameUtils}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.api.java.JavaSparkContext\nimport org.datavec.api.records.reader.impl.regex.RegexLineRecordReader\nimport org.datavec.api.transform.{ReduceOp, TransformProcess}\nimport org.datavec.api.transform.condition.ConditionOp\nimport org.datavec.api.transform.condition.column.LongColumnCondition\nimport org.datavec.api.transform.condition.string.StringRegexColumnCondition\nimport org.datavec.api.transform.filter.ConditionFilter\nimport org.datavec.api.transform.reduce.Reducer\nimport org.datavec.api.transform.schema.Schema\nimport org.datavec.api.util.ClassPathResource\nimport org.datavec.api.writable.IntWritable\nimport org.datavec.spark.transform.misc.StringToWritablesFunction\nimport org.datavec.spark.transform.{AnalyzeSpark, SparkTransformExecutor}\nimport org.joda.time.DateTimeZone\n\nimport scala.collection.JavaConverters._\n\nobject LogAnalysisExample {\n\n  @throws[Exception]\n  def main(args: Array[String]): Unit = {\n    \/\/ Spark setup\n    val conf = new SparkConf\n    conf.setMaster(\"local[*]\")\n    conf.setAppName(\"DataVec Log Analysis Example\")\n    val sc = new JavaSparkContext(conf)\n\n    \/\/ Specify a schema for the data. \n    val schema = new Schema.Builder()\n      .addColumnString(\"host\")\n      .addColumnString(\"timestamp\")\n      .addColumnString(\"request\")\n      .addColumnInteger(\"httpReplyCode\")\n      .addColumnInteger(\"replyBytes\")\n      .build\n\n    \/\/ Load the data.\n    val directory = new ClassPathResource(\"access_log\").getFile.getAbsolutePath \n    println(directory)\n    var logLines = sc.textFile(directory)\n    \/\/ Remove the invalid rows.\n    logLines = logLines.filter { (s: String) =>\n      s.matches(\"(\\\\S+) - - \\\\[(\\\\S+ -\\\\d{4})\\\\] \\\"(.+)\\\" (\\\\d+) (\\\\d+|-)\") \n    }\n    \n    \/\/ Parse the input data using a RegexLineRecordReader. \n    val regex = \"(\\\\S+) - - \\\\[(\\\\S+ -\\\\d{4})\\\\] \\\"(.+)\\\" (\\\\d+) (\\\\d+|-)\"\n    val rr = new RegexLineRecordReader(regex, 0)\n    val parsed = logLines.map(new StringToWritablesFunction(rr))\n    \n    \/\/ Check the data quality.\n    val dqa = AnalyzeSpark.analyzeQuality(schema, parsed)\n    println(\"----- Data Quality -----\")\n    println(dqa) \n\n    \/\/ Specify the transformation to do.\n    val tp: TransformProcess = new TransformProcess.Builder(schema)\n      .conditionalReplaceValueTransform(\"replyBytes\", new IntWritable(0), new StringRegexColumnCondition(\"replyBytes\", \"\\\\D+\"))\n      .stringToTimeTransform(\"timestamp\", \"dd\/MMM\/YYYY:HH:mm:ss Z\", DateTimeZone.forOffsetHours(-8))\n      .reduce(new Reducer.Builder(ReduceOp.CountUnique)\n        .keyColumns(\"host\")                             \n        .countColumns(\"timestamp\")                      \n        .countUniqueColumns(\"request\", \"httpReplyCode\") \n        .sumColumns(\"replyBytes\")                       \n        .build\n      )\n\n      \/\/ Filter out all hosts that requested less than 1 million bytes in total.\n      .filter(new ConditionFilter(new LongColumnCondition(\"sum(replyBytes)\", ConditionOp.LessThan, 1000000)))\n      .build\n\n    val processed = SparkTransformExecutor.execute(parsed, tp)\n    processed.cache\n    \n    \n    \/\/ Perform analysis on the final Data.\n    val finalDataSchema = tp.getFinalSchema\n    val finalDataCount = processed.count\n    val sample = processed.take(10)\n\n    val analysis = AnalyzeSpark.analyze(finalDataSchema, processed)\n\n    sc.stop()\n    Thread.sleep(4000) \n\n    \/\/ Display the result of the analysis\n    println(\"----- Final Data Schema -----\")\n    println(finalDataSchema)\n\n    println(\"\\n\\nFinal data count: \" + finalDataCount)\n\n    println(\"\\n\\n----- Samples of final data -----\")\n    for (l <- sample.asScala) {\n      println(l)\n    }\n\n    println(\"\\n\\n----- Analysis -----\")\n    println(analysis)\n  }\n  \n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter06\/rnnbase\/src\/main\/scala\/org\/googlielmo\/rnnbase\/BasicRnn.scala","text":"<reponame>tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark\npackage org.googlielmo.rnnbase\n\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\nimport org.deeplearning4j.nn.conf.{NeuralNetConfiguration, Updater}\nimport org.deeplearning4j.nn.conf.layers.{GravesLSTM, RnnOutputLayer}\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.DataSet\nimport org.nd4j.linalg.factory.Nd4j\nimport org.nd4j.linalg.lossfunctions.LossFunctions.LossFunction\n\nimport java.util\nimport java.util.Random\n\nobject BasicRnn {\n  \/\/ Sentence to learn\n  val LEARNSTRING: Array[Char] = \n    \"*Over the past year, there have been a number of trends that have impacted digital transformation, including artificial intelligence, big data and robotic process automation, among many others.\"\n    .toCharArray\n  \n  \/\/ The list of all the possible characters\n  val LEARNSTRING_CHARS_LIST: util.List[Character] = new util.ArrayList[Character]\n  \n  \/\/ Dimensions of the RNN\n  val HIDDEN_LAYER_WIDTH = 50\n  val HIDDEN_LAYER_CONT = 2\n  val r = new Random(7894)\n  \n  def main(args: Array[String]) {\n    \/\/ Create a dedicated list of possible chars in LEARNSTRING_CHARS_LIST\n    val LEARNSTRING_CHARS: util.LinkedHashSet[Character] = new util.LinkedHashSet[Character]\n    for (c <- LEARNSTRING) LEARNSTRING_CHARS.add(c)\n    LEARNSTRING_CHARS_LIST.addAll(LEARNSTRING_CHARS)\n    \n    \/\/ Configure the neural network\n    val builder: NeuralNetConfiguration.Builder = new NeuralNetConfiguration.Builder\n    builder.iterations(10)\n    builder.learningRate(0.001)\n    builder.optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n    builder.seed(1234)\n    builder.biasInit(0)\n    builder.miniBatch(false)\n    builder.updater(Updater.RMSPROP)\n    builder.weightInit(WeightInit.XAVIER)\n    \n    val listBuilder = builder.list\n    \n    \/\/ Use the GravesLSTM.Builder\n    for (i <- 0 until HIDDEN_LAYER_CONT) {\n      val hiddenLayerBuilder: GravesLSTM.Builder = new GravesLSTM.Builder\n      hiddenLayerBuilder.nIn(if (i == 0) LEARNSTRING_CHARS.size else HIDDEN_LAYER_WIDTH)\n      hiddenLayerBuilder.nOut(HIDDEN_LAYER_WIDTH)\n\n      hiddenLayerBuilder.activation(Activation.TANH)\n      listBuilder.layer(i, hiddenLayerBuilder.build)\n    }\n    \n    \/\/ Use RnnOutputLayer\n    val outputLayerBuilder: RnnOutputLayer.Builder = new RnnOutputLayer.Builder(LossFunction.MCXENT)\n    outputLayerBuilder.activation(Activation.SOFTMAX)\n    outputLayerBuilder.nIn(HIDDEN_LAYER_WIDTH)\n    outputLayerBuilder.nOut(LEARNSTRING_CHARS.size)\n    listBuilder.layer(HIDDEN_LAYER_CONT, outputLayerBuilder.build)\n\n    listBuilder.pretrain(false)\n    listBuilder.backprop(true)\n    \n    \/\/ Build the neural network\n    val conf = listBuilder.build\n    val net = new MultiLayerNetwork(conf)\n    net.init()\n    net.setListeners(new ScoreIterationListener(1))\n    \n    \/\/ Create the training data\n    val input = Nd4j.zeros(1, LEARNSTRING_CHARS_LIST.size, LEARNSTRING.length)\n    val labels = Nd4j.zeros(1, LEARNSTRING_CHARS_LIST.size, LEARNSTRING.length)\n    var samplePos = 0\n    for (currentChar <- LEARNSTRING) {\n      val nextChar = LEARNSTRING((samplePos + 1) % (LEARNSTRING.length))\n      input.putScalar(Array[Int](0, LEARNSTRING_CHARS_LIST.indexOf(currentChar), samplePos), 1)\n      labels.putScalar(Array[Int](0, LEARNSTRING_CHARS_LIST.indexOf(nextChar), samplePos), 1)\n      samplePos += 1\n    }\n    val trainingData: DataSet = new DataSet(input, labels)\n    print(trainingData)\n    \n    \/\/ Train the model\n    for (epoch <- 0 until 130) {\n      println(\"Epoch \" + epoch)\n\n      net.fit(trainingData)\n\n      net.rnnClearPreviousState()\n\n      val testInit: INDArray = Nd4j.zeros(LEARNSTRING_CHARS_LIST.size)\n      testInit.putScalar(LEARNSTRING_CHARS_LIST.indexOf(LEARNSTRING(0)), 1)\n\n      var output: INDArray = net.rnnTimeStep(testInit)\n\n      for (j <- LEARNSTRING.indices) {\n        val outputProbDistribution: Array[Double] = new Array[Double](LEARNSTRING_CHARS.size)\n        for (k <- outputProbDistribution.indices) {\n          outputProbDistribution(k) = output.getDouble(k)\n        }\n        val sampledCharacterIdx = findIndexOfHighestValue(outputProbDistribution)\n\n        print(LEARNSTRING_CHARS_LIST.get(sampledCharacterIdx))\n\n        val nextInput: INDArray = Nd4j.zeros(LEARNSTRING_CHARS_LIST.size)\n        nextInput.putScalar(sampledCharacterIdx, 1)\n        output = net.rnnTimeStep(nextInput)\n      }\n      print(\"\\n\")\n    }\n  }\n  \n  private def findIndexOfHighestValue(distribution: Array[Double]): Int = {\n    var maxValueIndex: Int = 0\n    var maxValue: Double = 0\n    for (i <- distribution.indices) {\n      if (distribution(i) > maxValue) {\n        maxValue = distribution(i)\n        maxValueIndex = i\n      }\n    }\n    maxValueIndex\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter03\/sparkdatabase\/src\/main\/scala\/org\/googlielmo\/sparkdatabase\/MongoDbDemo.scala","text":"package org.googlielmo.sparkdatabase\n\nimport org.apache.spark.sql.SparkSession\nimport com.mongodb.spark._\n\ncase class Transaction(CustomerID: String, \n                      MerchantID: String,\n                      MerchantCountryCode: String,\n                      DateTimeString: String,\n                      NumItemsInTransaction: Int,\n                      TransactionAmountUSD: Double,\n                      FraudLabel: String)\n\nobject MongoDbDemo {\n  @throws[Exception]\n    def main(args: Array[String]): Unit = {\n      val sparkSession = SparkSession.builder()\n      .master(\"local\")\n      .appName(\"MongoSparkConnectorIntro\")\n      .config(\"spark.mongodb.input.uri\", \"mongodb:\/\/host_or_ip\/sparkmdb.sparkexample\")\n      .config(\"spark.mongodb.output.uri\", \"mongodb:\/\/host_or_ip\/sparkmdb.sparkexample\")\n      .getOrCreate()\n      \n      val df = MongoSpark.load(sparkSession) \n      df.printSchema()\n\n      df.collect.foreach { println }\n      \n      val transactions = MongoSpark.load[Transaction](sparkSession)\n      transactions.createOrReplaceTempView(\"transactions\")\n\n      val filteredTransactions  = sparkSession.sql(\"SELECT CustomerID, MerchantID FROM transactions WHERE TransactionAmountUSD = 100\")\n      filteredTransactions .show\n      \n      sparkSession.close()\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter11\/sparkcorenlp-example\/src\/main\/scala\/org\/googlielmo\/sparkcorenlpbench\/SparkCoreNlpExample.scala","text":"<reponame>tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark<filename>Chapter11\/sparkcorenlp-example\/src\/main\/scala\/org\/googlielmo\/sparkcorenlpbench\/SparkCoreNlpExample.scala<gh_stars>10-100\npackage org.googlielmo.sparkcorenlpbench\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.functions._\nimport com.databricks.spark.corenlp.functions._\n    \nobject SparkCoreNlpExample {\n  def main(args: Array[String]): Unit = {\n\n    val sparkSession = SparkSession\n      .builder()\n      .appName(\"spark-corenlp example\")\n      .master(\"local[*]\")\n      .getOrCreate()\n      \n    import sparkSession.implicits._\n    \n    val input = Seq(\n      (1, \"<xml>Packt is a publishing company based in Birmingham and Mumbai. It is a great publisher.<\/xml>\")\n    ).toDF(\"id\", \"text\")\n    \n    val output = input\n      .select(cleanxml('text).as('doc))\n      .select(explode(ssplit('doc)).as('sen))\n      .select('sen, tokenize('sen).as('words), ner('sen).as('nerTags), sentiment('sen).as('sentiment))\n    \n    output.show(truncate = false)\n    \n    sparkSession.stop()\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter14\/vgg16\/src\/main\/scala\/org\/googlielmo\/vgg16\/KerasImporter.scala","text":"<filename>Chapter14\/vgg16\/src\/main\/scala\/org\/googlielmo\/vgg16\/KerasImporter.scala\npackage org.googlielmo.vgg16\n\nimport org.datavec.api.util.ClassPathResource\nimport org.datavec.image.loader.NativeImageLoader\nimport org.deeplearning4j.nn.modelimport.keras.KerasModelImport\nimport org.deeplearning4j.util.ModelSerializer\nimport org.deeplearning4j.zoo.util.imagenet.ImageNetLabels\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.api.preprocessor.VGG16ImagePreProcessor\n\nimport java.io.File\n\nobject KerasImporter {\n  @throws[Exception]\n   def main(args: Array[String]) {\n    \/\/ Load the VGG-16 pre-trained model\n    val vgg16Json = new ClassPathResource(\"vgg-16.json\").getFile.getPath\n    val vgg16 = new ClassPathResource(\"vgg-16.h5\").getFile.getPath\n    val model = KerasModelImport.importKerasModelAndWeights(vgg16Json, vgg16, false)\n    \n    \/\/ Load the test image\n    val testImage = new ClassPathResource(\"test_image-02.jpg\").getFile\n    \n    val height = 224\n    val width = 224\n    val channels = 3\n    val loader = new NativeImageLoader(height, width, channels)\n    \n    \/\/ Transform the image in a INDArray\n    val image = loader.asMatrix(testImage)\n    val scaler = new VGG16ImagePreProcessor\n    scaler.transform(image)\n    \n    val output = model.output(image)\n    println(output(0).data())\n    println(output.length)\n    println(output(0).rank())\n\n    \/\/val predictions = TrainedModels.VGG16.decodePredictions(output(0));\n    \/\/println(predictions)\n\n    val imagNetLabels = new ImageNetLabels\n    val predictions = imagNetLabels.decodePredictions(output(0))\n    println(predictions)\n    \n    val modelSaveLocation = new File(\"Vgg-16.zip\")\n    ModelSerializer.writeModel(model, modelSaveLocation, true)\n    \n    println(\"--- Application end.---\")\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter07\/cnntraining\/src\/main\/scala\/org\/googlielmo\/cnnscalabench\/MnistClassifierSpark.scala","text":"<filename>Chapter07\/cnntraining\/src\/main\/scala\/org\/googlielmo\/cnnscalabench\/MnistClassifierSpark.scala\npackage org.googlielmo.cnnscalabench\n\nimport java.io.File\nimport java.util.Random\n\nimport org.datavec.image.recordreader.ImageRecordReader\nimport org.datavec.api.io.labels.ParentPathLabelGenerator\nimport org.datavec.api.split.FileSplit\nimport org.deeplearning4j.datasets.datavec.RecordReaderDataSetIterator\nimport org.datavec.api.util.ClassPathResource\nimport org.datavec.image.loader.NativeImageLoader\nimport org.nd4j.linalg.dataset.api.iterator.DataSetIterator\nimport org.nd4j.linalg.dataset.api.preprocessor.ImagePreProcessingScaler\nimport org.deeplearning4j.nn.conf.MultiLayerConfiguration\nimport org.deeplearning4j.nn.conf.NeuralNetConfiguration\nimport org.deeplearning4j.nn.conf.Updater\nimport org.deeplearning4j.nn.conf.inputs.InputType\nimport org.deeplearning4j.nn.conf.layers.ConvolutionLayer\nimport org.deeplearning4j.nn.conf.layers.DenseLayer\nimport org.deeplearning4j.nn.conf.layers.OutputLayer\nimport org.deeplearning4j.nn.conf.layers.SubsamplingLayer\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.lossfunctions.LossFunctions\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\nimport org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.deeplearning4j.eval.Evaluation\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.DataSet\n\nimport org.deeplearning4j.spark.impl.multilayer.SparkDl4jMultiLayer\nimport org.deeplearning4j.spark.impl.paramavg.ParameterAveragingTrainingMaster\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.api.java.JavaSparkContext\n\nimport scala.collection.mutable\n\nimport org.slf4j.{Logger, LoggerFactory}\n\nobject MnistClassifierSpark {\n  private val log: Logger = LoggerFactory.getLogger(MnistClassifierSpark.getClass)\n  \n  @throws[Exception]\n    def main(args: Array[String]): Unit = {\n      val height = 28\n      val width = 28\n      val channels = 1 \n      val outputNum = 10 \n      val batchSize = 54\n      val nEpochs = 1\n      val iterations = 1\n      \n      val seed = 1234\n      val randNumGen = new Random(seed)\n      \n      \/\/ Spark configuration\n      val sparkConf = new SparkConf\n      sparkConf.setMaster(\"local[*]\")\n        .setAppName(\"DL4J Spark MNIST Example\")\n      val sc = new JavaSparkContext(sparkConf)\n      \n      println(\"Data load and vectorization...\")\n      \/\/ Vectorization of train data\n      val trainData = new ClassPathResource(\"\/mnist_png\/training\").getFile\n      val trainSplit = new FileSplit(trainData, NativeImageLoader.ALLOWED_FORMATS, randNumGen)\n      val labelMaker = new ParentPathLabelGenerator(); \n      val trainRR = new ImageRecordReader(height, width, channels, labelMaker);\n      trainRR.initialize(trainSplit);\n      val trainIter = new RecordReaderDataSetIterator(trainRR, batchSize, 1, outputNum);\n      \n      \/\/ Pixel values from 0-255 to 0-1 (min-max scaling)\n      val scaler = new ImagePreProcessingScaler(0, 1);\n      scaler.fit(trainIter);\n      trainIter.setPreProcessor(scaler);\n      \n      \/\/ Vectorization of test data\n      val testData = new ClassPathResource(\"\/mnist_png\/testing\").getFile\n      val testSplit = new FileSplit(testData, NativeImageLoader.ALLOWED_FORMATS, randNumGen)\n      val testRR = new ImageRecordReader(height, width, channels, labelMaker)\n      testRR.initialize(testSplit)\n      val testIter = new RecordReaderDataSetIterator(testRR, batchSize, 1, outputNum)\n      testIter.setPreProcessor(scaler) \n      \n      \/\/ Load the data into memory and then parallelize\n      val trainDataList = mutable.ArrayBuffer.empty[DataSet]\n      val testDataList = mutable.ArrayBuffer.empty[DataSet]\n      while (trainIter.hasNext) {\n        trainDataList += trainIter.next\n      }\n      while (testIter.hasNext) {\n        testDataList += testIter.next\n      }\n      \n      val paralleltrainData = sc.parallelize(trainDataList)\n      val parallelTestData = sc.parallelize(testDataList)\n      \n      \/\/ Network configuration\n      val conf = new NeuralNetConfiguration.Builder()\n      .seed(seed)\n      .l2(0.0005)\n      .weightInit(WeightInit.XAVIER)\n      .optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n      .updater(Updater.NESTEROVS)\n      .list\n      .layer(0, new ConvolutionLayer.Builder(5, 5)\n        .nIn(channels)\n        .stride(1, 1)\n        .nOut(20)\n        .activation(Activation.IDENTITY)\n        .build)\n      .layer(1, new SubsamplingLayer.Builder(SubsamplingLayer.PoolingType.MAX)\n        .kernelSize(2, 2)\n        .stride(2, 2)\n        .build)\n      .layer(2, new ConvolutionLayer.Builder(5, 5)\n        .stride(1, 1)\n        .nOut(50)\n        .activation(Activation.IDENTITY)\n        .build)\n      .layer(3, new SubsamplingLayer.Builder(SubsamplingLayer.PoolingType.MAX)\n        .kernelSize(2, 2)\n        .stride(2, 2)\n        .build)\n      .layer(4, new DenseLayer.Builder()\n        .activation(Activation.RELU)\n        .nOut(500)\n        .build)\n      .layer(5, new OutputLayer.Builder(LossFunctions.LossFunction.NEGATIVELOGLIKELIHOOD)\n        .nOut(outputNum)\n        .activation(Activation.SOFTMAX).build)\n      .setInputType(InputType.convolutionalFlat(28, 28, 1)) \n      .backprop(true).pretrain(false).build\n      \n      \/\/ Init the model\n      val model: MultiLayerNetwork = new MultiLayerNetwork(conf)\n      model.init()\n      \n      \/\/ Training through Apache Spark\n      var batchSizePerWorker: Int = 16\n      val tm = new ParameterAveragingTrainingMaster.Builder(batchSizePerWorker) \n        .averagingFrequency(5)\n        .workerPrefetchNumBatches(2)      \n        .batchSizePerWorker(batchSizePerWorker)\n        .build\n  \n      \/\/Create the Spark network\n      val sparkNet = new SparkDl4jMultiLayer(sc, conf, tm)\n  \n      \/\/Execute training:\n      var numEpochs: Int = 15\n      var i: Int = 0\n      for (i <- 0 until numEpochs) {\n        sparkNet.fit(paralleltrainData)\n        val eval = sparkNet.evaluate(parallelTestData)\n        println(eval.stats)\n        println(\"Completed Epoch {}\", i)\n        trainIter.reset\n        testIter.reset\n        \n      }\n      \n      println(\"****************Example finished********************\")\n\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter08\/cnnmnist\/src\/main\/scala\/org\/googlielmo\/cnnmnist\/MnistClassifierWithUi.scala","text":"<gh_stars>10-100\npackage org.googlielmo.cnnmnist\n\nimport java.io.File\nimport java.util.Random\n\nimport org.datavec.image.recordreader.ImageRecordReader\nimport org.datavec.api.io.labels.ParentPathLabelGenerator\nimport org.datavec.api.split.FileSplit\nimport org.deeplearning4j.datasets.datavec.RecordReaderDataSetIterator\nimport org.datavec.api.util.ClassPathResource\nimport org.datavec.image.loader.NativeImageLoader\nimport org.nd4j.linalg.dataset.api.preprocessor.ImagePreProcessingScaler\nimport org.deeplearning4j.nn.conf.MultiLayerConfiguration\nimport org.deeplearning4j.nn.conf.NeuralNetConfiguration\nimport org.deeplearning4j.nn.conf.Updater\nimport org.deeplearning4j.nn.conf.inputs.InputType\nimport org.deeplearning4j.nn.conf.layers.ConvolutionLayer\nimport org.deeplearning4j.nn.conf.layers.DenseLayer\nimport org.deeplearning4j.nn.conf.layers.OutputLayer\nimport org.deeplearning4j.nn.conf.layers.SubsamplingLayer\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.deeplearning4j.ui.api.UIServer\nimport org.deeplearning4j.ui.stats.StatsListener\nimport org.deeplearning4j.ui.storage.InMemoryStatsStorage\nimport org.deeplearning4j.util.ModelSerializer\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.lossfunctions.LossFunctions\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\n\nobject MnistClassifierWithUi {\n  @throws[Exception]\n  def main(args: Array[String]): Unit = {\n    val height = 28\n    val width = 28\n    val channels = 1 \n    val outputNum = 10 \n    val batchSize = 54\n    val nEpochs = 1\n    val iterations = 1\n    \n    val seed = 1234\n    val randNumGen = new Random(seed)\n    \n    println(\"Data load and vectorization...\")\n    \/\/ Vectorization of train data\n    val trainData = new ClassPathResource(\"\/mnist_png\/training\").getFile\n    val trainSplit = new FileSplit(trainData, NativeImageLoader.ALLOWED_FORMATS, randNumGen)\n    val labelMaker = new ParentPathLabelGenerator(); \n    val trainRR = new ImageRecordReader(height, width, channels, labelMaker);\n    trainRR.initialize(trainSplit);\n    val trainIter = new RecordReaderDataSetIterator(trainRR, batchSize, 1, outputNum);\n    \n    \/\/ Pixel values from 0-255 to 0-1 (min-max scaling)\n    val scaler = new ImagePreProcessingScaler(0, 1);\n    scaler.fit(trainIter);\n    trainIter.setPreProcessor(scaler);\n    \n    \/\/ Network configuration\n    val conf = new NeuralNetConfiguration.Builder()\n    .seed(seed)\n    .l2(0.0005)\n    .weightInit(WeightInit.XAVIER)\n    .optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n    .updater(Updater.NESTEROVS)\n    .list\n    .layer(0, new ConvolutionLayer.Builder(5, 5)\n      .nIn(channels)\n      .stride(1, 1)\n      .nOut(20)\n      .activation(Activation.IDENTITY)\n      .build)\n    .layer(1, new SubsamplingLayer.Builder(SubsamplingLayer.PoolingType.MAX)\n      .kernelSize(2, 2)\n      .stride(2, 2)\n      .build)\n    .layer(2, new ConvolutionLayer.Builder(5, 5)\n      .stride(1, 1)\n      .nOut(50)\n      .activation(Activation.IDENTITY)\n      .build)\n    .layer(3, new SubsamplingLayer.Builder(SubsamplingLayer.PoolingType.MAX)\n      .kernelSize(2, 2)\n      .stride(2, 2)\n      .build)\n    .layer(4, new DenseLayer.Builder()\n      .activation(Activation.RELU)\n      .nOut(500)\n      .build)\n    .layer(5, new OutputLayer.Builder(LossFunctions.LossFunction.NEGATIVELOGLIKELIHOOD)\n      .nOut(outputNum)\n      .activation(Activation.SOFTMAX).build)\n    .setInputType(InputType.convolutionalFlat(28, 28, 1)) \n    .backprop(true).pretrain(false).build\n    \n    \/\/ Init the model\n    val model: MultiLayerNetwork = new MultiLayerNetwork(conf)\n    model.init()\n    model.setListeners(new ScoreIterationListener(10))\n    \n    \/\/ Initialize the UI\n    val uiServer = UIServer.getInstance();\n    \n    val statsStorage = new InMemoryStatsStorage();\n    \n    val listenerFrequency = 1;\n    model.setListeners(new StatsListener(statsStorage, listenerFrequency));\n    \n    uiServer.attach(statsStorage);\n    \n    \/\/ Training\n    for (i <- 0 until nEpochs) {\n      model.fit(trainIter)\n      println(\"Completed epoch {}\", i)\n      trainIter.reset();\n    }\n    \n    \/\/ Save the serialized model\n    ModelSerializer.writeModel(model, new File(System.getProperty(\"user.home\") + \"\/minist-model.zip\"), true);\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter04\/sparkstreamingkafka\/src\/main\/scala\/org\/googlielmo\/sparkstreamingkafka\/NetworkWordCount.scala","text":"package org.googlielmo.sparkstreamingkafka\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\n\nobject NetworkWordCount {\n  def main(args: Array[String]) {\n    if (args.length < 3) {\n      System.err.println(\"Usage: NetworkWordCount <spark_master> <hostname> <port>\")\n      System.exit(1)\n    }\n    \n    \/\/ Create the context with a 10 seconds batch size\n    val sparkConf = new SparkConf().setAppName(\"NetworkWordCount\").setMaster(args(0))\n    val ssc = new StreamingContext(sparkConf, Seconds(10))\n    \n    \/\/ Create a socket stream on target ip:port and count the words in input stream of \\n delimited text \n    val lines = ssc.socketTextStream(args(1), args(2).toInt, StorageLevel.MEMORY_AND_DISK_SER)\n    val words = lines.flatMap(_.split(\" \"))\n    val wordCounts = words.map(x => (x, 1)).reduceByKey(_ + _)\n    wordCounts.print()\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter03\/sparkdatabase\/src\/main\/scala\/org\/googlielmo\/sparkdatabase\/MySqlDemo.scala","text":"<gh_stars>10-100\npackage org.googlielmo.sparkdatabase\n\nimport java.sql.DriverManager\nimport java.util.Properties\nimport org.apache.spark.sql.SparkSession\n\nobject MySqlDemo {\n  @throws[Exception]\n    def main(args: Array[String]): Unit = {\n      var jdbcUsername = \"myslus\"\n      var jdbcPassword = \"<PASSWORD>\"\n      \n      Class.forName(\"com.mysql.jdbc.Driver\")\n      \n      val jdbcHostname = \"your_db_hostname_or_ip\"\n      val jdbcPort = 3306\n      val jdbcDatabase =\"sparkdb\"\n      \/\/ Create the JDBC URL without passing in the user and password parameters.\n      val jdbcUrl = s\"jdbc:mysql:\/\/${jdbcHostname}:${jdbcPort}\/${jdbcDatabase}\"\n\n      \/\/ Create a Properties() object to hold the parameters.\n      val connectionProperties = new Properties()\n      connectionProperties.put(\"user\", s\"${jdbcUsername}\")\n      connectionProperties.put(\"password\", s\"${<PASSWORD>}\")\n      \n      val connection = DriverManager.getConnection(jdbcUrl, jdbcUsername, jdbcPassword)\n      connection.isClosed()\n\n      val spark = SparkSession\n        .builder()\n        .master(\"local[*]\")\n        .appName(\"Spark MySQL basic example\")\n        .getOrCreate()\n        \n      import spark.implicits._\n      \n      val jdbcDF = spark.read\n        .format(\"jdbc\")\n        .option(\"url\", jdbcUrl)\n        .option(\"dbtable\", s\"${jdbcDatabase}.sparkexample\")\n        .option(\"user\", jdbcUsername)\n        .option(\"password\", jdbcPassword)\n        .load()\n       \n      jdbcDF.printSchema()\n      println(\"Record count = \" + jdbcDF.count())\n      \n      val filteredJDBC = jdbcDF.select(\"MerchantCountryCode\", \"TransactionAmountUSD\")\n                          .groupBy(\"MerchantCountryCode\")\n                          .avg(\"TransactionAmountUSD\")\n      filteredJDBC.collect.foreach { println }\n      \n      spark.close()\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter13\/cifar10scala\/src\/main\/scala\/org\/googlielmo\/cifar10scala\/Cifar10Simple.scala","text":"<gh_stars>10-100\npackage org.googlielmo.cifar10scala\n\nimport org.datavec.image.loader.CifarLoader\nimport org.deeplearning4j.datasets.iterator.impl.CifarDataSetIterator\nimport org.deeplearning4j.eval.Evaluation\n\/\/import org.deeplearning4j.ui.api.UIServer\n\/\/import org.deeplearning4j.ui.stats.StatsListener\n\/\/import org.deeplearning4j.ui.storage.InMemoryStatsStorage\n\/\/import org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\nimport org.deeplearning4j.nn.conf.CacheMode\nimport org.deeplearning4j.nn.conf.ConvolutionMode\nimport org.deeplearning4j.nn.conf.GradientNormalization\nimport org.deeplearning4j.nn.conf.layers.ConvolutionLayer\nimport org.deeplearning4j.nn.conf.layers.DenseLayer\nimport org.deeplearning4j.nn.conf.layers.DropoutLayer\nimport org.deeplearning4j.nn.conf.layers.OutputLayer\nimport org.deeplearning4j.nn.conf.layers.SubsamplingLayer\nimport org.deeplearning4j.nn.conf.layers.PoolingType\nimport org.deeplearning4j.nn.conf.MultiLayerConfiguration\nimport org.deeplearning4j.nn.conf.NeuralNetConfiguration\nimport org.deeplearning4j.nn.conf.inputs.InputType\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.DataSet\nimport org.nd4j.linalg.learning.config.Adam\nimport org.nd4j.linalg.lossfunctions.LossFunctions\n\nobject Cifar10Simple {\n  private val channels = 3\n  private val height = 32\n\tprivate val width = 32\n\tprivate val numLabels = CifarLoader.NUM_LABELS\n\tprivate val seed = 123\n\tprivate val epochs = 1\n\tprivate val batchSize = 10\n\t\n   @throws[Exception]\n   def main(args: Array[String]) {\n     val trainDataSetIterator = \n                new CifarDataSetIterator(2, 5000, true)\n     val testDataSetIterator = \n                new CifarDataSetIterator(2, 200, false)\n     println(trainDataSetIterator.getLabels)\n     \n     \/\/ Create the neural network\n\t\t val conf = defineModelConfiguration\n\t\t val model = new MultiLayerNetwork(conf)\n     model.init\n     \n     \/\/ Set the UI Server\n\/\/     val uiServer = UIServer.getInstance();\n\/\/     val statsStorage = new InMemoryStatsStorage();\n\/\/     uiServer.attach(statsStorage);\n\/\/     model.setListeners(new StatsListener( statsStorage),new ScoreIterationListener(1))\n     \n\t\t val labelStr = \n\t\t     (trainDataSetIterator.getLabels.toArray(new Array[String](trainDataSetIterator.getLabels().size()))).mkString(\",\")\n     \n\t\t for(i <- 0 to epochs) {\n        println(\"Epoch=====================\" + i)\n        model.fit(trainDataSetIterator)\n     }\n     \n     println(\"=====eval model========\")\n     val eval = new Evaluation(testDataSetIterator.getLabels());\n     while(testDataSetIterator.hasNext()) {\n        val testDS = testDataSetIterator.next(batchSize);\n        val output = model.output(testDS.getFeatures());\n        eval.eval(testDS.getLabels(), output);\n     }\n    System.out.println(eval.stats());\n\n     \n     println(\"--- Application end. ---\")\n   }\n   \n   def defineModelConfiguration(): MultiLayerConfiguration =\n     new NeuralNetConfiguration.Builder()\n            .seed(seed)\n            .cacheMode(CacheMode.DEVICE)\n            .updater(new Adam(1e-2))\n            .biasUpdater(new Adam(1e-2*2))\n            .gradientNormalization(GradientNormalization.RenormalizeL2PerLayer) \n            .optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n            .l1(1e-4)\n            .l2(5 * 1e-4)\n            .list\n            .layer(0, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn1\").convolutionMode(ConvolutionMode.Same)\n                .nIn(3).nOut(64).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(1, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn2\").convolutionMode(ConvolutionMode.Same)\n                .nOut(64).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(2, new SubsamplingLayer.Builder(PoolingType.MAX, Array(2,2)).name(\"maxpool2\").build())\n\n            .layer(3, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn3\").convolutionMode(ConvolutionMode.Same)\n                .nOut(96).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(4, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn4\").convolutionMode(ConvolutionMode.Same)\n                .nOut(96).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n\n            .layer(5, new ConvolutionLayer.Builder(Array(3,3), Array(1, 1), Array(0, 0)).name(\"cnn5\").convolutionMode(ConvolutionMode.Same)\n                .nOut(128).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(6, new ConvolutionLayer.Builder(Array(3,3), Array(1, 1), Array(0, 0)).name(\"cnn6\").convolutionMode(ConvolutionMode.Same)\n                .nOut(128).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n\n            .layer(7, new ConvolutionLayer.Builder(Array(2,2), Array(1, 1), Array(0, 0)).name(\"cnn7\").convolutionMode(ConvolutionMode.Same)\n                .nOut(256).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(8, new ConvolutionLayer.Builder(Array(2,2), Array(1, 1), Array(0, 0)).name(\"cnn8\").convolutionMode(ConvolutionMode.Same)\n                .nOut(256).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(9, new SubsamplingLayer.Builder(PoolingType.MAX, Array(2,2)).name(\"maxpool8\").build())\n\n            .layer(10, new DenseLayer.Builder().name(\"ffn1\").nOut(1024).updater(new Adam(1e-3)).biasInit(1e-3).biasUpdater(new Adam(1e-3*2)).build)\n            .layer(11,new DropoutLayer.Builder().name(\"dropout1\").dropOut(0.2).build)\n            .layer(12, new DenseLayer.Builder().name(\"ffn2\").nOut(1024).biasInit(1e-2).build)\n            .layer(13,new DropoutLayer.Builder().name(\"dropout2\").dropOut(0.2).build)\n            .layer(14, new OutputLayer.Builder(LossFunctions.LossFunction.NEGATIVELOGLIKELIHOOD)\n                .name(\"output\")\n                .nOut(numLabels)\n                .activation(Activation.SOFTMAX)\n                .build)\n            .backprop(true)\n            .pretrain(false)\n            .setInputType(InputType.convolutional(height, width, channels))\n            .build\n   \n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter11\/sparkcorenlp-example\/src\/main\/scala\/com\/databricks\/spark\/corenlp\/functions.scala","text":"package com.databricks.spark.corenlp\n\nimport java.util.Properties\n\nimport scala.collection.JavaConverters._\n\nimport edu.stanford.nlp.ling.CoreAnnotations\nimport edu.stanford.nlp.neural.rnn.RNNCoreAnnotations\nimport edu.stanford.nlp.pipeline.{Annotation, CleanXmlAnnotator, StanfordCoreNLP, TokenizerAnnotator}\nimport edu.stanford.nlp.pipeline.CoreNLPProtos.Sentiment\nimport edu.stanford.nlp.sentiment.SentimentCoreAnnotations\nimport edu.stanford.nlp.simple.{Document, Sentence}\nimport edu.stanford.nlp.util.Quadruple\n\nimport org.apache.spark.sql.functions.udf\n\nobject functions {\n  @transient private var sentimentPipeline: StanfordCoreNLP = _\n\n  private def getOrCreateSentimentPipeline(): StanfordCoreNLP = {\n    if (sentimentPipeline == null) {\n      val props = new Properties()\n      props.setProperty(\"annotators\", \"tokenize, ssplit, parse, sentiment\")\n      sentimentPipeline = new StanfordCoreNLP(props)\n    }\n    sentimentPipeline\n  }\n\n  private case class OpenIE(subject: String, relation: String, target: String, confidence: Double) {\n    def this(quadruple: Quadruple[String, String, String, java.lang.Double]) =\n      this(quadruple.first, quadruple.second, quadruple.third, quadruple.fourth)\n  }\n\n  private case class CorefMention(sentNum: Int, startIndex: Int, mention: String)\n\n  private case class CorefChain(representative: String, mentions: Seq[CorefMention])\n\n  private case class SemanticGraphEdge(\n    source: String,\n    sourceIndex: Int,\n    relation: String,\n    target: String,\n    targetIndex: Int,\n    weight: Double)\n\n  \/**\n   * Cleans XML tags in a document.\n   *\/\n  def cleanxml = udf { document: String =>\n    val annotation = new Annotation(document)\n    val tokenizerAnnotator = new TokenizerAnnotator()\n    tokenizerAnnotator.annotate(annotation)\n    val cleanXmlAnnotator = new CleanXmlAnnotator()\n    cleanXmlAnnotator.annotate(annotation)\n    val tokens = annotation.get(classOf[CoreAnnotations.TokensAnnotation])\n    tokens.asScala.map(_.word()).mkString(\" \")\n  }\n\n  \/**\n   * Tokenizes a sentence into words.\n   * @see [[Sentence#words]]\n   *\/\n  def tokenize = udf { sentence: String =>\n    new Sentence(sentence).words().asScala\n  }\n\n  \/**\n   * Splits a document into sentences.\n   * @see [[Document#sentences]]\n   *\/\n  def ssplit = udf { document: String =>\n    new Document(document).sentences().asScala.map(_.text())\n  }\n\n  \/**\n   * Generates the part of speech tags of the sentence.\n   * @see [[Sentence#posTags]]\n   *\/\n  def pos = udf { sentence: String =>\n    new Sentence(sentence).posTags().asScala\n  }\n\n  \/**\n   * Generates the word lemmas of the sentence.\n   * @see [[Sentence#lemmas]]\n   *\/\n  def lemma = udf { sentence: String =>\n    new Sentence(sentence).lemmas().asScala\n  }\n\n  \/**\n   * Generates the named entity tags of the sentence.\n   * @see [[Sentence#nerTags]]\n   *\/\n  def ner = udf { sentence: String =>\n    new Sentence(sentence).nerTags().asScala\n  }\n\n  \/**\n   * Generates the semantic dependencies of the sentence.\n   * @see [[Sentence#dependencyGraph]]\n   *\/\n  def depparse = udf { sentence: String =>\n    new Sentence(sentence).dependencyGraph().edgeListSorted().asScala.map { edge =>\n      SemanticGraphEdge(\n        edge.getSource.word(),\n        edge.getSource.index(),\n        edge.getRelation.toString,\n        edge.getTarget.word(),\n        edge.getTarget.index(),\n        edge.getWeight)\n    }\n  }\n\n  \/**\n   * Generates the coref chains of the document.\n   *\/\n  def coref = udf { document: String =>\n    new Document(document).coref().asScala.values.map { chain =>\n      val rep = chain.getRepresentativeMention.mentionSpan\n      val mentions = chain.getMentionsInTextualOrder.asScala.map { m =>\n        CorefMention(m.sentNum, m.startIndex, m.mentionSpan)\n      }\n      CorefChain(rep, mentions)\n    }.toSeq\n  }\n\n  \/**\n   * Generates the Natural Logic notion of polarity for each token in a sentence,\n   * returned as \"up\", \"down\", or \"flat\".\n   * @see [[Sentence#natlogPolarities]]\n   *\/\n  def natlog = udf { sentence: String =>\n    new Sentence(sentence).natlogPolarities().asScala\n        .map(_.toString)\n  }\n\n  \/**\n   * Generates a list of Open IE triples as flat (subject, relation, target, confidence) quadruples.\n   * @see [[Sentence#openie]]\n   *\/\n  def openie = udf { sentence: String =>\n    new Sentence(sentence).openie().asScala.map(q => new OpenIE(q)).toSeq\n  }\n\n  \/**\n   * Measures the sentiment of an input sentence on a scale of 0 (strong negative) to 4 (strong\n   * positive).\n   * If the input contains multiple sentences, only the first one is used.\n   * @see [[Sentiment]]\n   *\/\n  def sentiment = udf { sentence: String =>\n    val pipeline = getOrCreateSentimentPipeline()\n    val annotation = pipeline.process(sentence)\n    val tree = annotation.get(classOf[CoreAnnotations.SentencesAnnotation])\n      .asScala\n      .head\n      .get(classOf[SentimentCoreAnnotations.SentimentAnnotatedTree])\n    RNNCoreAnnotations.getPredictedClass(tree)\n}\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter11\/sparknlp-examples\/src\/main\/scala\/org\/googlielmo\/sparknlpbench\/TokenizerWithNGram.scala","text":"<filename>Chapter11\/sparknlp-examples\/src\/main\/scala\/org\/googlielmo\/sparknlpbench\/TokenizerWithNGram.scala\npackage org.googlielmo.sparknlpbench\n\nimport com.johnsnowlabs.nlp.annotator._\nimport com.johnsnowlabs.nlp.base._\nimport com.johnsnowlabs.util.Benchmark\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.feature.NGram\nimport org.apache.spark.sql.SparkSession\n\nobject TokenizerWithNGram {\n  def main(args: Array[String]): Unit = {\n    val sparkSession: SparkSession = SparkSession\n    .builder()\n    .appName(\"Tokenize with n-gram example\")\n    .master(\"local[*]\")\n    .config(\"spark.driver.memory\", \"1G\")\n    .config(\"spark.kryoserializer.buffer.max\",\"200M\")\n    .config(\"spark.serializer\",\"org.apache.spark.serializer.KryoSerializer\")\n    .getOrCreate()\n\n    import sparkSession.implicits._\n    sparkSession.sparkContext.setLogLevel(\"WARN\")\n  \n    val document = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n  \n    val token = new Tokenizer()\n      .setInputCols(\"document\")\n      .setOutputCol(\"token\")\n  \n    val normalizer = new Normalizer()\n      .setInputCols(\"token\")\n      .setOutputCol(\"normal\")\n  \n    val finisher = new Finisher()\n      .setInputCols(\"normal\")\n  \n    val ngram = new NGram()\n      .setN(3)\n      .setInputCol(\"finished_normal\")\n      .setOutputCol(\"3-gram\")\n  \n    val gramAssembler = new DocumentAssembler()\n      .setInputCol(\"3-gram\")\n      .setOutputCol(\"3-grams\")\n  \n    val pipeline = new Pipeline().setStages(Array(document, token, normalizer, finisher, ngram, gramAssembler))\n  \n    val testing = Seq(\n      (1, \"Packt is a famous publishing company\"),\n      (2, \"Guglielmo is an author\")\n    ).toDS.toDF( \"_id\", \"text\")\n  \n    val result = pipeline.fit(Seq.empty[String].toDS.toDF(\"text\")).transform(testing)\n    Benchmark.time(\"Time to convert and show\") {result.show(truncate=false)}\n    \n    sparkSession.stop\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter12\/dl4jnlp\/src\/main\/scala\/org\/googlielmo\/dl4jnlpbench\/GloVeRawTextExample.scala","text":"package org.googlielmo.dl4jnlpbench\n\nimport org.datavec.api.util.ClassPathResource\nimport org.deeplearning4j.models.glove.Glove\nimport org.deeplearning4j.text.sentenceiterator.{BasicLineIterator, SentenceIterator}\nimport org.deeplearning4j.text.tokenization.tokenizer.preprocessor.CommonPreprocessor\nimport org.deeplearning4j.text.tokenization.tokenizerfactory.{DefaultTokenizerFactory, TokenizerFactory}\n\nimport java.util\n\nobject GloVeRawTextExample {\n  @throws[Exception]\n  def main(args: Array[String]) {\n    val filePath: String = new ClassPathResource(\"rawSentences.txt\").getFile.getAbsolutePath\n    \n    println(\"Load & Vectorize Sentences....\")\n    \/\/ Strip white space before and after for each line\n    val iter: SentenceIterator = new BasicLineIterator(filePath)\n    \/\/ Split on white spaces in the line to get words\n    val tokenizerFactory: TokenizerFactory = new DefaultTokenizerFactory\n\n    \/*\n        CommonPreprocessor will apply the following regex to each token: [\\d\\.:,\"'\\(\\)\\[\\]|\/?!;]+\n        So, effectively all numbers, punctuation symbols and some special symbols are stripped off.\n        Additionally it forces lower case for all tokens.\n    *\/\n    tokenizerFactory.setTokenPreProcessor(new CommonPreprocessor)\n    \n    val glove = new Glove.Builder()\n      .iterate(iter)\n      .tokenizerFactory(tokenizerFactory)\n      .alpha(0.75)\n      .learningRate(0.1)\n\n      \/\/ number of epochs for training\n      .epochs(25)\n\n      \/\/ cutoff for weighting function\n      .xMax(100)\n\n      \/\/ training is done in batches taken from training corpus\n      .batchSize(1000)\n\n      \/\/ if set to true, batches will be shuffled before training\n      .shuffle(true)\n\n      \/\/ if set to true word pairs will be built in both directions, LTR and RTL\n      .symmetric(true)\n      .build\n      \n    glove.fit\n    \n    val simD = glove.similarity(\"old\", \"new\")\n    println(\"old\/new similarity: \" + simD)\n\n    val words: util.Collection[String] = glove.wordsNearest(\"time\", 10)\n    println(\"Nearest words to 'time': \" + words)\n    \n    System.exit(0)\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter09\/nnevaluation\/src\/main\/scala\/org\/googlielmo\/nnevaluation\/CSVExample.scala","text":"package org.googlielmo.nnevaluation\n\nimport org.datavec.api.records.reader.impl.csv.CSVRecordReader\nimport org.datavec.api.split.FileSplit\nimport org.datavec.api.util.ClassPathResource\nimport org.deeplearning4j.datasets.datavec.RecordReaderDataSetIterator\nimport org.deeplearning4j.eval.Evaluation\nimport org.deeplearning4j.eval.RegressionEvaluation\nimport org.deeplearning4j.nn.conf.NeuralNetConfiguration\nimport org.deeplearning4j.nn.conf.layers.{DenseLayer, OutputLayer}\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.dataset.api.iterator.DataSetIterator\nimport org.nd4j.linalg.dataset.api.preprocessor.{DataNormalization, NormalizerStandardize}\nimport org.nd4j.linalg.dataset.{DataSet, SplitTestAndTrain}\nimport org.nd4j.linalg.lossfunctions.LossFunctions\nimport org.slf4j.{Logger, LoggerFactory}\n\nobject CSVExample {\n  private val log: Logger = LoggerFactory.getLogger(CSVExample.getClass)\n\n  @throws[Exception]\n  def main(args: Array[String]) {\n\n    \/\/ Get the Iris dataset using a CSVRecordReader reader\n    val numLinesToSkip = 1\n    val delimiter = \",\"\n    val recordReader = new CSVRecordReader(numLinesToSkip, delimiter)\n    recordReader.initialize(new FileSplit(new ClassPathResource(\"iris.csv\").getFile))\n\n    \/\/ A RecordReaderDataSetIterator handles conversion to DataSet objects, ready to be used in the neural network\n    val labelIndex = 4 \n    val numClasses = 3 \n    val batchSize = 150 \n\n    val iterator: DataSetIterator = new RecordReaderDataSetIterator(recordReader, batchSize, labelIndex, numClasses)\n    val allData: DataSet = iterator.next\n    allData.shuffle()\n    \/\/ Let's use 65% of data for training\n    val testAndTrain: SplitTestAndTrain = allData.splitTestAndTrain(0.65) \n\n    val trainingData: DataSet = testAndTrain.getTrain\n    val testData: DataSet = testAndTrain.getTest\n\n    \/\/ Normalize the data. \n    val normalizer: DataNormalization = new NormalizerStandardize\n    normalizer.fit(trainingData) \n    normalizer.transform(trainingData) \n    normalizer.transform(testData) \n\n    val numInputs = 4\n    val outputNum = 3\n    val iterationCount = 1000\n    val seed = 6\n\n\n    println(\"Build model....\")\n    val conf = new NeuralNetConfiguration.Builder()\n      .seed(seed)\n      .activation(Activation.TANH)\n      .weightInit(WeightInit.XAVIER)\n      .l2(1e-4)\n      .list\n      .layer(0, new DenseLayer.Builder().nIn(numInputs).nOut(3)\n        .build)\n      .layer(1, new DenseLayer.Builder().nIn(3).nOut(3)\n        .build)\n      .layer(2, new OutputLayer.Builder(LossFunctions.LossFunction.NEGATIVELOGLIKELIHOOD)\n        .activation(Activation.SOFTMAX)\n        .nIn(3).nOut(outputNum).build)\n      .backprop(true).pretrain(false)\n      .build\n\n    val model = new MultiLayerNetwork(conf)\n    model.init()\n    model.setListeners(new ScoreIterationListener(100))\n\n    \/\/ Start training\n    for(idx <- 0 to 2000) {\n      model.fit(trainingData)\n    }\n\n    \/\/evaluate the model on the test set\n\/\/    val eval = new Evaluation(3)\n\/\/    val output = model.output(testData.getFeatureMatrix)\n\/\/    eval.eval(testData.getLabels, output)\n\/\/    \/\/ println(eval.stats)\n\/\/    println(eval.getConfusionMatrix.toHTML)\n    \n    \/\/ Evaluation for regression\n    val eval = new RegressionEvaluation(3)\n    val output = model.output(testData.getFeatureMatrix)\n    eval.eval(testData.getLabels, output)\n    println(eval.stats)\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter06\/rnnspark\/src\/main\/scala\/org\/googlielmo\/rnnspark\/SparkLSTMSample.scala","text":"<reponame>tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark\npackage org.googlielmo.rnnspark\n\nimport java.nio.file.Files\nimport java.nio.charset.Charset\nimport java.io.{File, IOException}\nimport java.util.{ArrayList, Collections, Random}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.api.java.{JavaRDD, JavaSparkContext}\nimport org.apache.spark.broadcast.Broadcast\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\nimport org.deeplearning4j.nn.conf.{BackpropType, NeuralNetConfiguration, Updater}\nimport org.deeplearning4j.nn.conf.layers.{GravesLSTM, RnnOutputLayer}\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.deeplearning4j.optimize.api.IterationListener\nimport org.deeplearning4j.optimize.listeners.ScoreIterationListener\nimport org.deeplearning4j.spark.impl.multilayer.SparkDl4jMultiLayer\nimport org.deeplearning4j.spark.impl.paramavg.ParameterAveragingTrainingMaster\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.DataSet\nimport org.nd4j.linalg.factory.Nd4j\nimport org.nd4j.linalg.lossfunctions.LossFunctions.LossFunction\nimport scala.collection.mutable\n\nobject SparkLSTMSample {\n  private val CHAR_TO_INT: Map[Char, Int] = SparkLSTMSample.getCharToInt\n  private val INT_TO_CHAR: Map[Int, Char] = SparkLSTMSample.getIntToChar\n  private val N_CHARS = INT_TO_CHAR.size\n  private val nOut = CHAR_TO_INT.size\n  private val exampleLength = 1000 \n  \n  def getCharToInt: Map[Char, Int] = {\n    val m = mutable.Map.empty[Char, Int]\n    val chars = getValidCharacters\n    chars.indices.foreach { i =>\n      m.update(chars(i), i)\n    }\n    m.toMap\n  }\n  \n  def getIntToChar: Map[Int, Char] = {\n      val m = mutable.Map.empty[Int, Char]\n      val chars = getValidCharacters\n      chars.indices.foreach { i =>\n        m.update(i, chars(i))\n      }\n      m.toMap\n  }\n  \n  \/**\n    * Returns a minimal character set, with a-z, A-Z, 0-9 and common punctuation.\n    *\/\n  private def getValidCharacters: Array[Char] = {\n    val validChars = mutable.ArrayBuffer.empty[Char]\n    val chars = ('a' to 'z') ++\n      ('A' to 'Z') ++\n      ('0' to '9') ++\n      Seq('!', '&', '(', ')', '?', '-', '\\'', '\"', ',', '.', ':', ';', ' ', '\\n', '\\t')\n\n    chars.foreach { c =>\n      validChars += c\n    }\n    validChars.toArray\n  }\n  \n  \/**\n    * Loads data from a file and remove any invalid characters.\n    *\/\n  @throws[IOException]\n  private def getDataAsString(filePath: String): String = {\n    val lines = Files.readAllLines(new File(filePath).toPath, Charset.defaultCharset)\n    val sb = new StringBuilder\n    import scala.collection.JavaConversions._\n    for (line <- lines) {\n      val chars: Array[Char] = line.toCharArray\n      chars.indices.foreach { i =>\n        if (SparkLSTMSample.CHAR_TO_INT.containsKey(chars(i))) sb.append(chars(i))\n      }\n      sb.append(\"\\n\")\n    }\n    sb.toString\n  }\n  \n  \/**\n    * Transforms the input text into a List<String>.\n    *\/\n  @throws[IOException]\n  private def getInputTextAsList(sequenceLength: Int): List[String] = {\n    val fileLocation = getClass().getClassLoader().getResource(\"pg100sub.txt\").getPath\n    val allData = getDataAsString(fileLocation)\n\n    val list = mutable.ArrayBuffer.empty[String]\n    val length = allData.length\n    var currIdx = 0\n    while (currIdx + sequenceLength < length) {\n      val end = currIdx + sequenceLength\n      val substr: String = allData.substring(currIdx, end)\n      currIdx = end\n      list += substr\n    }\n    list.toList\n  }\n  \n  @throws[IOException]\n  def getTrainingData(sc: JavaSparkContext): JavaRDD[DataSet] = {\n    val list = getInputTextAsList(exampleLength)\n    val rawStrings = sc.parallelize(list)\n    val bcCharToInt = sc.broadcast(CHAR_TO_INT)\n    rawStrings.map(stringToDataSetFn(bcCharToInt))\n  }\n  \n  @throws[Exception]\n  def stringToDataSetFn(ctiBroadcast: Broadcast[Map[Char, Int]])(s: String): DataSet = {\n    val cti: Map[Char, Int] = ctiBroadcast.value\n    val length: Int = s.length\n    val features: INDArray = Nd4j.zeros(1, N_CHARS, length - 1)\n    val labels: INDArray = Nd4j.zeros(1, N_CHARS, length - 1)\n    val chars: Array[Char] = s.toCharArray\n    val f: Array[Int] = new Array[Int](3)\n    val l: Array[Int] = new Array[Int](3)\n    var i: Int = 0\n    (0 until chars.length - 2).foreach { i =>\n      f(1) = cti(chars(i))\n      f(2) = i\n      l(1) = cti(chars(i + 1)) \n      l(2) = i\n      features.putScalar(f, 1.0)\n      labels.putScalar(l, 1.0)\n    }\n    new DataSet(features, labels)\n  }\n  \n  def main(args: Array[String]) {\n    val rng = new Random(12345)\n    val lstmLayerSize: Int = 200 \n    val tbpttLength: Int = 50 \n    val nSamplesToGenerate: Int = 4 \n    val nCharactersToSample: Int = 300 \n    val generationInitialization: String = null\n      \n    \/\/ Set up the network configuration:\n    val conf = new NeuralNetConfiguration.Builder()\n      .optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n      .iterations(1)\n      .learningRate(0.1)\n      .rmsDecay(0.95)\n      .seed(12345)\n      .regularization(true)\n      .l2(0.001)\n      .weightInit(WeightInit.XAVIER)\n      .updater(Updater.RMSPROP)\n      .list\n      .layer(0, new GravesLSTM.Builder().nIn(SparkLSTMSample.CHAR_TO_INT.size).nOut(lstmLayerSize).activation(Activation.TANH).build())\n      .layer(1, new GravesLSTM.Builder().nIn(lstmLayerSize).nOut(lstmLayerSize).activation(Activation.TANH).build())\n      .layer(2, new RnnOutputLayer.Builder(LossFunction.MCXENT).activation(Activation.SOFTMAX)\n        .nIn(lstmLayerSize).nOut(SparkLSTMSample.nOut).build) \/\/MCXENT + softmax for classification\n      .backpropType(BackpropType.TruncatedBPTT).tBPTTForwardLength(tbpttLength).tBPTTBackwardLength(tbpttLength)\n      .pretrain(false).backprop(true)\n      .build\n      \n    \/\/Set up the Spark configuration\n    val averagingFrequency: Int = 3\n\n    val sparkConf = new SparkConf\n    sparkConf.setMaster(\"local[*]\")\n    \n    sparkConf.setAppName(\"LSTM Character Example\")\n    val sc = new JavaSparkContext(sparkConf)\n    sc.setLogLevel(\"WARN\")\n    \n    \/\/ Get the training data\n    val trainingData = getTrainingData(sc)\n    \n    \/\/ Set up the TrainingMaster\n    val batchSizePerWorker: Int = 8\n    val examplesPerDataSetObject = 1\n    val tm = new ParameterAveragingTrainingMaster.Builder(examplesPerDataSetObject)\n      .workerPrefetchNumBatches(2)\n      .averagingFrequency(averagingFrequency)  \n      .batchSizePerWorker(batchSizePerWorker)\n      .build\n    val sparkNetwork: SparkDl4jMultiLayer = new SparkDl4jMultiLayer(sc, conf, tm)\n    sparkNetwork.setListeners(Collections.singletonList[IterationListener](new ScoreIterationListener(1)))\n    \n    \/\/ Start traiing and then generate and print samples from the network\n    val numEpochs: Int = 1\n    (0 until numEpochs).foreach { i =>\n      val net = sparkNetwork.fit(trainingData) \n\n      println(\"Sampling characters from network given initialization \\\"\" +\n        (if (generationInitialization == null) \"\" else generationInitialization) + \"\\\"\")\n        val samples = sampleCharactersFromNetwork(generationInitialization, net, rng, SparkLSTMSample.INT_TO_CHAR,\n          nCharactersToSample, nSamplesToGenerate)\n      \n      samples.indices.foreach { j =>\n        println(\"----- Sample \" + j + \" -----\")\n        println(samples(j))\n      }\n      \n      println(\"--Epoch # --\" + i + \" completed.\")\n    }\n\n    \/\/ Delete the temp training files at the end\n    tm.deleteTempFiles(sc)\n    println(\"\\n\\nExample complete\")\n    \n    \/\/ Stop the Spark context\n    sc.stop()\n  }\n  \n  \/**\n    * Generate a sample from the network, given an (optional, possibly null) initialization.\n    *\/\n  private def sampleCharactersFromNetwork(initialization: String, net: MultiLayerNetwork, rng: Random, intToChar: Map[Int, Char], charactersToSample: Int, numSamples: Int): Array[String] = {\n    val _initialization = \"\"\n    \n    val initializationInput = Nd4j.zeros(numSamples, intToChar.size, _initialization.length)\n    val init = _initialization.toCharArray\n    for (i <- init.indices) {\n      val idx = SparkLSTMSample.CHAR_TO_INT(init(i))\n      for (j <- 0 until numSamples) {\n        initializationInput.putScalar(Array(j, idx, i), 1.0f)\n      }\n    }\n    val sb = new Array[StringBuilder](numSamples)\n    for (i <- 0 until numSamples) {\n      sb(i) = new StringBuilder(_initialization)\n    }\n    \n    net.rnnClearPreviousState()\n    var output = net.rnnTimeStep(initializationInput)\n    output = output.tensorAlongDimension(output.size(2) - 1, 1, 0) \n\n    for (i <- 0 until charactersToSample) {\n      val nextInput: INDArray = Nd4j.zeros(numSamples, intToChar.size)\n      \n      for (s <- 0 until numSamples) {\n        val outputProbDistribution: Array[Double] = new Array[Double](intToChar.size)\n          for (j <- outputProbDistribution.indices) {\n            outputProbDistribution(j) = output.getDouble(s, j)\n          }\n          val sampledCharacterIdx = sampleFromDistribution(outputProbDistribution, rng)\n          nextInput.putScalar(Array(s, sampledCharacterIdx), 1.0f) \n          sb(s).append(intToChar.get(sampledCharacterIdx)) \n      }\n      output = net.rnnTimeStep(nextInput) \n    }\n    var out = new mutable.ArrayBuffer[String](numSamples)\n    for (i <- 0 until numSamples) {\n      out += sb(i).toString\n    }\n    out.toArray\n  }\n\n  private def sampleFromDistribution(distribution: Array[Double], rng: Random): Int = {\n    val d = rng.nextDouble\n    val i = distribution\n      .toIterator\n      .scanLeft(0.0)({ case (acc, p) => acc + p })\n      .drop(1)\n      .indexWhere(_ >= d)\n    if (i >= 0) {\n      i\n    } else {\n      throw new IllegalArgumentException(\"Distribution is invalid? d=\" + d + \", sum=\" + distribution.sum)\n    }\n  }\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter13\/cifar10scala\/src\/main\/scala\/org\/googlielmo\/cifar10scala\/Cifar10SimpleSpark.scala","text":"<gh_stars>10-100\npackage org.googlielmo.cifar10scala\n\nimport org.datavec.image.loader.CifarLoader\nimport org.deeplearning4j.datasets.iterator.impl.CifarDataSetIterator\nimport org.deeplearning4j.nn.api.OptimizationAlgorithm\nimport org.deeplearning4j.nn.conf.CacheMode\nimport org.deeplearning4j.nn.conf.ConvolutionMode\nimport org.deeplearning4j.nn.conf.GradientNormalization\nimport org.deeplearning4j.nn.conf.layers.ConvolutionLayer\nimport org.deeplearning4j.nn.conf.layers.DenseLayer\nimport org.deeplearning4j.nn.conf.layers.DropoutLayer\nimport org.deeplearning4j.nn.conf.layers.OutputLayer\nimport org.deeplearning4j.nn.conf.layers.SubsamplingLayer\nimport org.deeplearning4j.nn.conf.layers.PoolingType\nimport org.deeplearning4j.nn.conf.MultiLayerConfiguration\nimport org.deeplearning4j.nn.conf.NeuralNetConfiguration\nimport org.deeplearning4j.nn.conf.inputs.InputType\nimport org.deeplearning4j.nn.multilayer.MultiLayerNetwork\nimport org.deeplearning4j.nn.weights.WeightInit\nimport org.deeplearning4j.spark.impl.multilayer.SparkDl4jMultiLayer\nimport org.deeplearning4j.spark.impl.paramavg.ParameterAveragingTrainingMaster\nimport org.nd4j.linalg.activations.Activation\nimport org.nd4j.linalg.api.ndarray.INDArray\nimport org.nd4j.linalg.dataset.DataSet\nimport org.nd4j.linalg.learning.config.Adam\nimport org.nd4j.linalg.lossfunctions.LossFunctions\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.api.java.JavaSparkContext\n\nimport scala.collection.mutable\n\nobject Cifar10SimpleSpark {\n  private val channels = 3\n  private val height = 32\n\tprivate val width = 32\n\tprivate val numLabels = CifarLoader.NUM_LABELS\n\tprivate val seed = 123\n\tprivate val epochs = 1\n\tprivate val batchSize = 10\n\t\n\t@throws[Exception]\n   def main(args: Array[String]) {\n    val trainDataSetIterator = \n                new CifarDataSetIterator(2, 5000, true)\n     val testDataSetIterator = \n                new CifarDataSetIterator(2, 200, false)\n     println(trainDataSetIterator.getLabels)\n     \n     \/\/ Create the neural network\n\t\t val conf = defineModelConfiguration\n\t\t val model = new MultiLayerNetwork(conf)\n     model.init\n     \n     \/\/ Init the Spark context\n     val sparkConf = new SparkConf\n     sparkConf.setMaster(\"local[*]\")\n      .setAppName(\"DL4J Spark Cifar-10 Example\")\n     val sc = new JavaSparkContext(sparkConf)\n     \n     \/\/ Parallelize data\n     val trainDataList = mutable.ArrayBuffer.empty[DataSet]\n     while (trainDataSetIterator.hasNext) {\n      trainDataList += trainDataSetIterator.next\n     }\n     val paralleltrainData = sc.parallelize(trainDataList)\n     \n     \/\/ Create the TrainingMaster\n     var batchSizePerWorker: Int = 16\n     val tm = new\n      ParameterAveragingTrainingMaster.Builder(batchSizePerWorker)\n      .averagingFrequency(5)\n      .workerPrefetchNumBatches(2)\n      .batchSizePerWorker(batchSizePerWorker)\n      .build\n     \n     \/\/ Training\n     val sparkNet = new SparkDl4jMultiLayer(sc, conf, tm)\n     for (i <- 0 until epochs) {\n      sparkNet.fit(paralleltrainData)\n      println(\"Completed Epoch {}\", i)\n     }\n     \n     sc.stop()\n     println(\"--- Application end. ---\")\n  }\n  \n  def defineModelConfiguration(): MultiLayerConfiguration =\n     new NeuralNetConfiguration.Builder()\n            .seed(seed)\n            .cacheMode(CacheMode.DEVICE)\n            .updater(new Adam(1e-2))\n            .biasUpdater(new Adam(1e-2*2))\n            .gradientNormalization(GradientNormalization.RenormalizeL2PerLayer) \n            .optimizationAlgo(OptimizationAlgorithm.STOCHASTIC_GRADIENT_DESCENT)\n            .l1(1e-4)\n            .l2(5 * 1e-4)\n            .list\n            .layer(0, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn1\").convolutionMode(ConvolutionMode.Same)\n                .nIn(3).nOut(64).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(1, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn2\").convolutionMode(ConvolutionMode.Same)\n                .nOut(64).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(2, new SubsamplingLayer.Builder(PoolingType.MAX, Array(2,2)).name(\"maxpool2\").build())\n\n            .layer(3, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn3\").convolutionMode(ConvolutionMode.Same)\n                .nOut(96).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(4, new ConvolutionLayer.Builder(Array(4, 4), Array(1, 1), Array(0, 0)).name(\"cnn4\").convolutionMode(ConvolutionMode.Same)\n                .nOut(96).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n\n            .layer(5, new ConvolutionLayer.Builder(Array(3,3), Array(1, 1), Array(0, 0)).name(\"cnn5\").convolutionMode(ConvolutionMode.Same)\n                .nOut(128).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(6, new ConvolutionLayer.Builder(Array(3,3), Array(1, 1), Array(0, 0)).name(\"cnn6\").convolutionMode(ConvolutionMode.Same)\n                .nOut(128).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n\n            .layer(7, new ConvolutionLayer.Builder(Array(2,2), Array(1, 1), Array(0, 0)).name(\"cnn7\").convolutionMode(ConvolutionMode.Same)\n                .nOut(256).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(8, new ConvolutionLayer.Builder(Array(2,2), Array(1, 1), Array(0, 0)).name(\"cnn8\").convolutionMode(ConvolutionMode.Same)\n                .nOut(256).weightInit(WeightInit.XAVIER_UNIFORM).activation(Activation.RELU)\n                .biasInit(1e-2).build)\n            .layer(9, new SubsamplingLayer.Builder(PoolingType.MAX, Array(2,2)).name(\"maxpool8\").build())\n\n            .layer(10, new DenseLayer.Builder().name(\"ffn1\").nOut(1024).updater(new Adam(1e-3)).biasInit(1e-3).biasUpdater(new Adam(1e-3*2)).build)\n            .layer(11,new DropoutLayer.Builder().name(\"dropout1\").dropOut(0.2).build)\n            .layer(12, new DenseLayer.Builder().name(\"ffn2\").nOut(1024).biasInit(1e-2).build)\n            .layer(13,new DropoutLayer.Builder().name(\"dropout2\").dropOut(0.2).build)\n            .layer(14, new OutputLayer.Builder(LossFunctions.LossFunction.NEGATIVELOGLIKELIHOOD)\n                .name(\"output\")\n                .nOut(numLabels)\n                .activation(Activation.SOFTMAX)\n                .build)\n            .backprop(true)\n            .pretrain(false)\n            .setInputType(InputType.convolutional(height, width, channels))\n            .build\n}\n"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter04\/sparkstreamingkafka\/src\/main\/scala\/org\/googlielmo\/sparkstreamingkafka\/StructuredNetworkWordCount.scala","text":"<reponame>tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark<filename>Chapter04\/sparkstreamingkafka\/src\/main\/scala\/org\/googlielmo\/sparkstreamingkafka\/StructuredNetworkWordCount.scala\npackage org.googlielmo.sparkstreamingkafka\n\nimport org.apache.spark.sql.SparkSession\n\nobject StructuredNetworkWordCount {\n  def main(args: Array[String]) {\n    if (args.length < 3) {\n      System.err.println(\"Usage: StructuredNetworkWordCount <spark_master> <hostname> <port>\")\n      System.exit(1)\n    }\n    \n    val host = args(1)\n    val port = args(2).toInt\n\n    val spark = SparkSession\n      .builder\n      .appName(\"StructuredNetworkWordCount\")\n      .master(args(0))\n      .getOrCreate()\n\n    spark.sparkContext.setLogLevel(\"WARN\")\n    \n    import spark.implicits._\n\n    \/\/ Create a DataFrame representing the stream of input lines from connection to host:port\n    val lines = spark.readStream\n      .format(\"socket\")\n      .option(\"host\", host)\n      .option(\"port\", port)\n      .load()\n\n    \/\/ Split the DataFrame lines into words\n    val words = lines.as[String].flatMap(_.split(\" \"))\n\n    \/\/ Generate the word count\n    val wordCounts = words.groupBy(\"value\").count()\n\n    \/\/ Start running the query that prints the running counts to the console\n    val query = wordCounts.writeStream\n      .outputMode(\"complete\")\n      .format(\"console\")\n      .start()\n\n    query.awaitTermination()\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter12\/dl4jnlp\/src\/main\/scala\/org\/googlielmo\/dl4jnlpbench\/Word2VecRawTextExample.scala","text":"<gh_stars>10-100\npackage org.googlielmo.dl4jnlpbench\n\nimport org.datavec.api.util.ClassPathResource\nimport org.deeplearning4j.models.embeddings.loader.WordVectorSerializer\nimport org.deeplearning4j.models.word2vec.Word2Vec\nimport org.deeplearning4j.text.sentenceiterator.{BasicLineIterator, SentenceIterator}\nimport org.deeplearning4j.text.tokenization.tokenizer.preprocessor.CommonPreprocessor\nimport org.deeplearning4j.text.tokenization.tokenizerfactory.{DefaultTokenizerFactory, TokenizerFactory}\n\nobject Word2VecRawTextExample {\n  @throws[Exception]\n  def main(args: Array[String]) {\n    \/\/ Gets Path to Text file\n    val filePath: String = new ClassPathResource(\"rawSentences.txt\").getFile.getAbsolutePath\n\n    println(\"Load & Vectorize Sentences....\")\n    \/\/ Strip white space before and after for each line\n    val iter: SentenceIterator = new BasicLineIterator(filePath)\n    \/\/ Split on white spaces in the line to get words\n    val tokenizerFactory: TokenizerFactory = new DefaultTokenizerFactory\n\n    \/*\n        CommonPreprocessor will apply the following regex to each token: [\\d\\.:,\"'\\(\\)\\[\\]|\/?!;]+\n        So, effectively all numbers, punctuation symbols and some special symbols are stripped off.\n        Additionally it forces lower case for all tokens.\n    *\/\n    tokenizerFactory.setTokenPreProcessor(new CommonPreprocessor)\n\n    println(\"Building model....\")\n    val vec = new Word2Vec.Builder()\n      .minWordFrequency(5)\n      .iterations(1)\n      .layerSize(100)\n      .seed(42)\n      .windowSize(5)\n      .iterate(iter)\n      .tokenizerFactory(tokenizerFactory)\n      .build\n\n    println(\"Fitting the Word2Vec model....\")\n    vec.fit()\n\n    println(\"Saving word vectors to text file....\")\n\n    \/\/ Write word vectors to file\n    WordVectorSerializer.writeWordVectors(vec, \"pathToWriteto.txt\")\n\n    \/\/ Prints out the closest 10 words to \"day\". An example on what to do with these Word Vectors.\n    \/\/println(\"Closest Words:\")\n    val lst = vec.wordsNearest(\"house\", 10)\n    println(\"10 Words closest to 'house': \" + lst)\n}\n  \n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter04\/sparkstreamingkafka\/src\/main\/scala\/org\/googlielmo\/sparkstreamingkafka\/DirectKafkaDataVec.scala","text":"<gh_stars>10-100\npackage org.googlielmo.sparkstreamingkafka\n\nimport kafka.serializer.StringDecoder\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming._\nimport org.apache.spark.streaming.kafka._\nimport org.datavec.api.records.reader.impl.csv.CSVRecordReader\nimport org.datavec.api.transform.TransformProcess\nimport org.datavec.api.transform.schema.Schema\nimport org.datavec.spark.transform.SparkTransformExecutor\nimport org.datavec.spark.transform.misc.{StringToWritablesFunction, WritablesToStringFunction}\n  \nimport scala.collection.JavaConverters._\n\nobject DirectKafkaDataVec {\n  def main(args: Array[String]) {\n    \/\/ Check for the correct number of arguments\n    if (args.length < 3) {\n      System.err.println(s\"\"\"\n        |Usage: DirectKafkaWordCount <spark_master> <brokers> <topics>\n        |  <spark_master> is the Spark master URL\n        |  <brokers> is a list of one or more Kafka brokers\n        |  <topics> is a list of one or more kafka topics to consume from\n        |\n        \"\"\".stripMargin)\n      System.exit(1)\n    }\n    \n    val Array(master, brokers, topics) = args\n    \n    \/\/ Define the input data schema\n    val inputDataSchema = new Schema.Builder()\n        .addColumnsString(\"id\", \"description\", \"notes\")\n        .build\n      \n    println(inputDataSchema)\n    \n    \/\/ Define some transformation (remove some columns)\n    val tp = new TransformProcess.Builder(inputDataSchema)\n        .removeColumns(\"notes\")\n        .build\n        \n    \/\/ Get and then print the new schema (after the transformations)  \n    val outputSchema = tp.getFinalSchema\n    println(\"\\n\\n\\nSchema after transforming data:\")\n    println(outputSchema)\n      \n    \/\/ Create a streaming context with 5 seconds batch interval\n    val sparkConf = new SparkConf().setAppName(\"DirectKafkaDataVec\").setMaster(master)\n    val ssc = new StreamingContext(sparkConf, Seconds(5))\n    ssc.sparkContext.setLogLevel(\"WARN\")\n    \n    \/\/ Create a direct Kafka stream\n    val topicsSet = topics.split(\",\").toSet\n    val kafkaParams = Map[String, String](\"metadata.broker.list\" -> brokers)\n    val messages = KafkaUtils.createDirectStream[String, String, StringDecoder, StringDecoder](\n      ssc, kafkaParams, topicsSet)\n      \n    \/\/ Get the lines\n    val lines = messages.map(_._2)\n    \n    lines.foreachRDD { rdd => \n\n      val javaRdd = rdd.toJavaRDD\n      val rr = new CSVRecordReader\n      val parsedInputData = javaRdd.map(new StringToWritablesFunction(rr))\n      \n      if(!parsedInputData.isEmpty) {\n        val processedData = SparkTransformExecutor.execute(parsedInputData, tp)\n        \n        \/\/ Collect the data locally and print it\n        val processedAsString = processedData.map(new WritablesToStringFunction(\",\"))\n        val processedCollected = processedAsString.collect\n        val inputDataCollected = javaRdd.collect\n        \n        println(\"\\n\\n---- Original Data ----\")\n        for (s <- inputDataCollected.asScala) println(s)\n  \n        println(\"\\n\\n---- Processed Data ----\")\n        for (s <- processedCollected.asScala) println(s)\n      }\n    }\n    \n    \/\/ Start the computation and keep it alive waiting for a termination signal\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}"}
{"repo_name":"tongni1975\/Hands-On-Deep-Learning-with-Apache-Spark","path":"Chapter04\/sparkstreamingkafka\/src\/main\/scala\/org\/googlielmo\/sparkstreamingkafka\/DirectKafkaWordCount.scala","text":"package org.googlielmo.sparkstreamingkafka\n\nimport kafka.serializer.StringDecoder\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming._\nimport org.apache.spark.streaming.kafka._\n\nobject DirectKafkaWordCount {\n  def main(args: Array[String]) {\n    \/\/ Check for the correct number of arguments\n    if (args.length < 3) {\n      System.err.println(s\"\"\"\n        |Usage: DirectKafkaWordCount <spark_master> <brokers> <topics>\n        |  <spark_master> is the Spark Master URL\n        |  <brokers> is a list of one or more Kafka brokers\n        |  <topics> is a list of one or more kafka topics to consume from\n        |\n        \"\"\".stripMargin)\n      System.exit(1)\n    }\n    \n    val Array(master, brokers, topics) = args\n    \n    \/\/ Create a streaming context with 5 seconds batch interval\n    val sparkConf = new SparkConf().setAppName(\"DirectKafkaWordCount\").setMaster(master)\n    val ssc = new StreamingContext(sparkConf, Seconds(5))\n    ssc.sparkContext.setLogLevel(\"WARN\")\n    \n    \/\/ Create a direct Kafka stream\n    val topicsSet = topics.split(\",\").toSet\n    val kafkaParams = Map[String, String](\"metadata.broker.list\" -> brokers)\n    val messages = KafkaUtils.createDirectStream[String, String, StringDecoder, StringDecoder](\n      ssc, kafkaParams, topicsSet)\n      \n    \/\/ Get the lines, split them into words and then count the words and print to console\n    val lines = messages.map(_._2)\n    val words = lines.flatMap(_.split(\" \"))\n    val wordCounts = words.map(x => (x, 1L)).reduceByKey(_ + _)\n    wordCounts.print()\n    \n    \/\/ Start the computation and keep it alive waiting for a termination signal\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}"}
{"repo_name":"gontard\/scalapb-json4s","path":"version.sbt","text":"<reponame>gontard\/scalapb-json4s<gh_stars>0\nversion in ThisBuild := \"0.10.3-SNAPSHOT\"\n"}
{"repo_name":"gontard\/scalapb-json4s","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"2.1.1\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.5\")\n\naddSbtPlugin(\"com.thesamet\" % \"sbt-protoc\" % \"1.0.0-RC7-1\")\nlibraryDependencies += \"com.thesamet.scalapb\" %% \"compilerplugin\" % \"0.10.9\"\n\naddSbtPlugin(\"com.typesafe\" % \"sbt-mima-plugin\" % \"0.8.1\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.2\")\n"}
{"repo_name":"edin-m\/bigdata-cluster","path":"projects\/bigdata5\/src\/main\/scala\/WordCount.scala","text":"<reponame>edin-m\/bigdata-cluster\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject WordCount {\n  def main( args:Array[String] ){\n\/\/    val logFile = \"hdfs:\/\/nodemaster:9000\/tmp\/\" \/\/ Should be some file on your system\n    val logFile = \"hdfs:\/\/nodemaster:9000\/app\/data\/README.md\" \/\/ Should be some file on your system\n\n    val conf = new SparkConf().setAppName(\"wordCount\")\n    val sc = new SparkContext(conf)\n    val input = sc.textFile(logFile)\n    val words = input.flatMap(line => line.split(\" \"))\n    val counts = words.map(word => (word, 1)).reduceByKey{case (x, y) => x + y}\n    print(counts)\n\n    val x = sc.parallelize(List(1, 1, 1, 1, 1))\n    val c = x.reduce((x, y) => {\n      println(x, y)\n      x + y\n    })\n\n    println(c)\n\n\n\/\/    val spark = SparkSession.builder.appName(\"Simple Application\").config(\"spark.master\", \"local\").getOrCreate()\n\/\/    val logData = spark.read.textFile(logFile).cache()\n\/\/    val numAs = logData.filter(line => line.contains(\"a\")).count()\n\/\/    val numBs = logData.filter(line => line.contains(\"b\")).count()\n\/\/    println(s\"Lines with a: $numAs, Lines with b: $numBs\")\n\/\/    spark.stop()\n\n\n\/\/    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"KafkaReceiver\")\n\/\/    val ssc = new StreamingContext(conf, Seconds(10))\n\/\/    val kafkaStream = KafkaUtils.createStream(ssc, \"zoo1:2181,zoo2:2182,zoo3:2183\",\"spark-streaming-consumer-group\", Map(\"acadgild-topic\" -> 5))\n\/\/    \/\/need to change the topic name and the port number accordingly\n\/\/    val words = kafkaStream.flatMap(x =>  x._2.split(\" \"))\n\/\/    val wordCounts = words.map(x => (x, 1)).reduceByKey(_ + _)\n\/\/    kafkaStream.print()  \/\/prints the stream of data received\n\/\/    wordCounts.print()   \/\/prints the wordcount result of the stream\n\/\/    ssc.start()\n\/\/    ssc.awaitTermination()\n  }\n}\n"}
{"repo_name":"kigichang\/play-gettext","path":"build.sbt","text":"name := \"\"\"play-gettext\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  cache,\n  ws,\n  \"tv.cntt\" %% \"scaposer\" % \"1.10\",\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"1.5.1\" % Test\n)\n\nautoCompilerPlugins := true\naddCompilerPlugin(\"tv.cntt\" %% \"xgettext\" % \"1.5.1\")\nscalacOptions += \"-P:xgettext:services.PlayGetText\"\nscalacOptions += \"-P:xgettext:sourceLang:en\"\n"}
{"repo_name":"kigichang\/play-gettext","path":"app\/services\/PlayGetText.scala","text":"package services\n\nimport java.text.MessageFormat\nimport javax.inject.{Inject, Singleton}\n\nimport play.api.{Configuration, Environment}\nimport play.api.i18n.{DefaultMessagesApi, Lang, Langs}\nimport scaposer.I18n\n\nimport scala.util.Try\n\n\/**\n  * Created by kigi on 4\/8\/17.\n  *\/\ntrait PlayGetText {\n  def t(singular: String, args: Any*)(implicit lang: Lang): String\n  def tn(singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String\n  def tc(context: String, singular: String, args: Any*)(implicit lang: Lang): String\n  def tcn(context: String, singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String\n  def msg(key: String, args: Any*)(implicit lang: Lang): String\n}\n\n@Singleton\nclass DefaultPlayGetText @Inject() (environment: Environment, configuration: Configuration, langs: Langs) extends PlayGetText {\n\n  private val poPath = configuration.getString(\"gettext.path\").getOrElse(\".\")\n\n  private val po: Map[String, I18n] = loadAllPO\n\n  private def findPO(lang: Lang): Option[I18n] = {\n    val codesToTry = Seq(lang.code, lang.language, \"default\")\n    codesToTry.collectFirst { case lang if po.contains(lang) => po(lang) }\n  }\n\n  def loadPO(file: String): Option[I18n] = {\n    Try {\n      val source = scala.io.Source.fromFile(s\"$poPath\/$file\")\n      val content = source.mkString\n      source.close()\n      I18n(scaposer.Parser.parse(content).right.get)\n    }.toOption\n  }\n\n  private def loadAllPO: Map[String, I18n] = {\n    langs.availables.map(_.code).map(lang =>\n      (lang, loadPO(s\"$lang.po\"))\n    ).filter(_._2.isDefined).map(x => (x._1, x._2.get)).toMap\n  }\n\n  private def translate(pattern: String, args: Seq[Any])(implicit lang: Lang): String =\n    new MessageFormat(pattern, lang.toLocale).format(args.map(_.asInstanceOf[java.lang.Object]).toArray)\n\n  private def enPlural(singular: String, plural: String, n: Long): String =\n    if (n != 1) plural else singular\n\n  override def msg(key: String, args: Any*)(implicit lang: Lang): String = findPO(lang) map { po => translate(po.t(key), args) } getOrElse { translate(key, args) }\n\n  override def t(singular: String, args: Any*)(implicit lang: Lang): String = msg(singular, args:_ *)(lang)\n\n\n  override def tn(singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String = {\n    findPO(lang) map { po => translate(po.tn(singular, plural, n), args) } getOrElse { translate(enPlural(singular, plural, n), n +: args) }\n  }\n\n  override def tc(ctx: String, singular: String, args: Any*)(implicit lang: Lang): String = {\n    findPO(lang) map { po => translate(po.tc(ctx, singular), args) } getOrElse { translate(singular, args) }\n  }\n\n  override def tcn(ctx: String, singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String = {\n    findPO(lang) map { po => translate(po.tcn(ctx, singular, plural, n), args) } getOrElse { translate(enPlural(singular, plural, n), n +: args) }\n  }\n\n\n}\n\n@Singleton\nclass MyMessagesApi @Inject()(i18n: PlayGetText, environment: Environment, configuration: Configuration, langs: Langs) extends DefaultMessagesApi(environment, configuration, langs) {\n\n  override def translate(key: String, args: Seq[Any])(implicit lang: Lang): Option[String] = {\n    val codesToTry = Seq(lang.code, lang.language, \"default\", \"default.play\")\n    val pattern: Option[String] =\n      codesToTry.foldLeft[Option[String]](None)((res, lang) =>\n        res.orElse(messages.get(lang).flatMap(_.get(key))))\n    println(s\"get pattern $pattern\")\n    pattern map { i18n.msg(_, args:_ *) }\n  }\n}"}
{"repo_name":"kigichang\/play-gettext","path":"app\/services\/TestSingleton.scala","text":"<gh_stars>0\npackage services\n\nimport javax.inject.Singleton\n\ntrait Test1 {\n  def test1: String\n}\n\ntrait Test2 {\n  def test2: String\n}\n\n@Singleton\nclass MyTest extends Test1 with Test2 {\n  private var counter = 0\n  println(s\"MyTest $counter\")\n\n  counter += 1\n\n  override def test1: String = \"test1\"\n\n  override def test2: String = \"test2\"\n}"}
{"repo_name":"kigichang\/play-gettext","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject._\n\nimport play.api._\nimport play.api.i18n._\nimport play.api.mvc._\nimport services._\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject()(implicit val myI18n: PlayGetText, lang: Langs, test1: Test1, test2: Test2) extends Controller {\n\n  \/**\n   * Create an Action to render an HTML page with a welcome message.\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index = Action {\n\n    lang.availables.foreach{ println(_) }\n    \/\/val po = myI18n.loadPO(\"default\")\n    \/\/if (po.isDefined) {\n    \/\/  println(po.get.t(\"hello world\"))\n    \/\/}\n    println(myI18n.t(\"{0} tells {1}\", \"apple\", \"ms\"))\n    println(myI18n.tn(\"I have a {1}\", \"I have {0} {2}\", 1, \"dog\", \"dogs\"))\n    println(Messages(\"constraint.max\", 100))\n    println(Messages(\"error.real.precision\", 5, 3))\n    println(test1.test1)\n    println(test2.test2)\n    Ok(views.html.index(\"Your new application is ready.\"))\n\n  }\n\n}\n"}
{"repo_name":"kigichang\/play-gettext","path":"app\/services\/MyPlayI18n.scala","text":"<reponame>kigichang\/play-gettext<filename>app\/services\/MyPlayI18n.scala<gh_stars>0\npackage services\n\nimport java.io\nimport java.io.File\nimport javax.inject.{Inject, Singleton}\n\nimport play.api.{Configuration, Environment}\nimport play.api.i18n._\nimport play.api.mvc.{RequestHeader, Result}\nimport play.mvc.Http\nimport scaposer.{I18n, Translation}\n\nimport scala.collection.mutable\n\/**\n  * Created by kigi on 07\/04\/2017.\n  *\/\ntrait MyPlayI18n extends MessagesApi {\n  def loadPO(file: String): Option[I18n]\n  def msg(singular: String, args: Any*)(implicit lang: Lang): String = t(singular, args:_ *)(lang)\n  def t(singular: String, args: Any*)(implicit lang: Lang): String\n  def tn(singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String\n  def tc(context: String, singular: String, args: Any*)(implicit lang: Lang): String\n  def tcn(context: String, singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String\n}\n@Singleton\nclass MyI18n @Inject() (environment: Environment, configuration: Configuration, langs: Langs) extends DefaultMessagesApi(environment, configuration, langs) with MyPlayI18n {\n\n  private val poPath = configuration.getString(\"gettext.path\").getOrElse(\".\")\n\n  private val po: Map[String, I18n] = loadAllPO\n\n  def loadPO(file: String): Option[I18n] = {\n    println(s\"load $poPath\/$file\")\n    if (new File(s\"$poPath\/$file\").exists()) {\n      println(s\"load $poPath\/$file found\")\n      val source = scala.io.Source.fromFile(s\"$poPath\/$file\")\n      val content = try source.mkString finally source.close()\n\n      scaposer.Parser.parse(content).fold(\n        _ => None,\n        result => Option(I18n(result))\n      )\n      \/\/I18n(scaposer.Parser.parse(content).right.get)\n    } else {\n      println(s\"load $poPath\/$file not found\")\n      None\n    }\n  }\n\n  private def loadAllPO: Map[String, I18n] = {\n    (langs.availables.map(_.code) :+ \"default\").map(lang =>\n      (lang, loadPO(s\"$lang.po\"))\n    ).filter(_._2.isDefined).map(x => (x._1, x._2.get)).toMap\n  }\n  private def findPO(lang: Lang): Option[I18n] = {\n    val codesToTry = Seq(lang.code, lang.language, \"default\")\n    codesToTry.collectFirst { case lang if po.contains(lang) => po(lang) }\n  }\n  override def t(singular: String, args: Any*)(implicit lang: Lang): String = {\n    findPO(lang) map { po =>\n      println(s\"po: ${po.t(singular)}\")\n      java.text.MessageFormat.format(po.t(singular), args.map(_.asInstanceOf[Object]): _*)\n    } getOrElse(java.text.MessageFormat.format(singular, args.map(_.asInstanceOf[Object]): _*))\n  }\n\n  override def tn(singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String =\n    findPO(lang) map { _.tn(singular, plural, n).formatLocal(lang.locale, args) } getOrElse(plural.formatLocal(lang.locale, n, args))\n  override def tc(context: String, singular: String, args: Any*)(implicit lang: Lang): String =\n    findPO(lang) map { _.tc(context, singular).formatLocal(lang.locale, args)} getOrElse(singular.formatLocal(lang.locale, args))\n  override def tcn(context: String, singular: String, plural: String, n: Long, args: Any*)(implicit lang: Lang): String =\n    findPO(lang) map { _.tcn(context, singular, plural, n).formatLocal(lang.locale, args)} getOrElse(plural.formatLocal(lang.locale, n, args))\n}\n"}
{"repo_name":"kigichang\/play-gettext","path":"app\/modules\/I18nModule.scala","text":"<filename>app\/modules\/I18nModule.scala<gh_stars>0\npackage modules\n\nimport play.api.i18n.{DefaultLangs, Langs, MessagesApi}\nimport play.api.{Configuration, Environment}\nimport play.api.inject.{Binding, Module}\n\n\/**\n  * Created by kigi on 4\/9\/17.\n  *\/\nclass I18nModule extends Module {\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] = {\n    Seq(\n      bind[Langs].to[DefaultLangs],\n      bind[MessagesApi].to[services.MyMessagesApi],\n      bind[play.i18n.MessagesApi].toSelf,\n      bind[play.i18n.Langs].toSelf\n    )\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/prop\/IODBSpecification.scala","text":"<gh_stars>100-1000\npackage io.iohk.iodb.prop\n\nimport java.security.MessageDigest\n\nimport io.iohk.iodb._\nimport org.scalatest.prop.{GeneratorDrivenPropertyChecks, PropertyChecks}\nimport org.scalatest.{BeforeAndAfterAll, Matchers, PropSpec}\n\nimport scala.annotation.tailrec\nimport scala.util.Random\n\n@org.junit.runner.RunWith(classOf[org.scalatest.junit.JUnitRunner])\nclass IODBSpecification extends PropSpec\n  with PropertyChecks\n  with GeneratorDrivenPropertyChecks\n  with Matchers\n  with BeforeAndAfterAll {\n\n  property(\"rollback test Sharded\") {\n    TestUtils.withTempDir { iFile =>\n      rollbackTest(blockStorage = new ShardedStore(iFile))\n    }\n  }\n\n  property(\"writeKey test Sharded\") {\n    TestUtils.withTempDir { iFile =>\n      writeKeyTest(blockStorage = new ShardedStore(iFile))\n    }\n  }\n\n\n  property(\"rollback test Log\") {\n    TestUtils.withTempDir { iFile =>\n      rollbackTest(blockStorage = new LogStore(iFile))\n    }\n  }\n\n  property(\"writeKey test Log\") {\n    TestUtils.withTempDir { iFile =>\n      writeKeyTest(blockStorage = new LogStore(iFile))\n    }\n  }\n\n  property(\"rollback test quick\") {\n    TestUtils.withTempDir { iFile =>\n      rollbackTest(blockStorage = new QuickStore(iFile, keepVersions = 1000))\n    }\n  }\n\n  property(\"writeKey test quick\") {\n    TestUtils.withTempDir { iFile =>\n      writeKeyTest(blockStorage = new QuickStore(iFile))\n    }\n  }\n\n  def rollbackTest(blockStorage:Store){\n    \/\/initialize test\n    val NumberOfBlocks = 100\n    val NumberOfRollbacks = 100\n\n    case class BlockChanges(id: ByteArrayWrapper,\n                            toRemove: Seq[ByteArrayWrapper],\n                            toInsert: Seq[(ByteArrayWrapper, ByteArrayWrapper)])\n\n    def hash(b: Array[Byte]): Array[Byte] = MessageDigest.getInstance(\"SHA-256\").digest(b)\n\n    def randomBytes(): ByteArrayWrapper = ByteArrayWrapper(hash(Random.nextString(16).getBytes))\n\n    def generateBytes(): Seq[(ByteArrayWrapper, ByteArrayWrapper)] = {\n      (0 until Random.nextInt(100)).map(i => (randomBytes(), randomBytes()))\n    }\n\n    val (blockchain: IndexedSeq[BlockChanges], existingKeys: Seq[ByteArrayWrapper]) = {\n      @tailrec\n      def loop(acc: IndexedSeq[BlockChanges], existingKeys: Seq[ByteArrayWrapper]): (IndexedSeq[BlockChanges], Seq[ByteArrayWrapper]) = {\n        if (acc.length < NumberOfBlocks) {\n          val toInsert = generateBytes()\n          val toRemove: Seq[ByteArrayWrapper] = existingKeys.filter(k => Random.nextBoolean())\n          val newExistingKeys = existingKeys.filter(ek => !toRemove.contains(ek)) ++ toInsert.map(_._1)\n          val newBlock = BlockChanges(randomBytes(), toRemove, toInsert)\n          loop(newBlock +: acc, newExistingKeys)\n        } else {\n          (acc, existingKeys)\n        }\n      }\n      loop(IndexedSeq.empty, Seq.empty)\n    }\n    val allBlockchainKeys: Seq[ByteArrayWrapper] = blockchain.flatMap(_.toInsert.map(_._1))\n\n    def storageHash(storage: Store): Array[Byte] = {\n      val valuesBytes = allBlockchainKeys.map(k => storage.get(k).map(_.toString).getOrElse(\"\")).mkString.getBytes\n      hash(valuesBytes)\n    }\n\n    \/\/initialize blockchain\n    blockchain.foreach(b => blockStorage.update(b.id, b.toRemove, b.toInsert))\n\n    val finalHash = storageHash(blockStorage)\n    val finalVersion = blockStorage.lastVersionID.get\n\n    (0 until NumberOfRollbacks) foreach { _ =>\n      val idToRollback: ByteArrayWrapper = blockchain.map(_.id).apply(Random.nextInt(blockchain.length))\n      val index: Int = blockchain.indexWhere(_.id == idToRollback)\n      val removedBlocks = blockchain.takeRight(NumberOfBlocks - index - 1)\n      blockStorage.rollback(idToRollback)\n\n      removedBlocks.foreach(b => blockStorage.update(b.id, b.toRemove, b.toInsert))\n      blockStorage.lastVersionID.get shouldEqual finalVersion\n      storageHash(blockStorage) shouldEqual finalHash\n    }\n\n    existingKeys.foreach(ek => blockStorage.get(ek).isDefined shouldBe true)\n    blockStorage.close()\n  }\n\n\n  def writeKeyTest(blockStorage:Store){\n    var ids: Seq[ByteArrayWrapper] = Seq()\n    var removed: Seq[ByteArrayWrapper] = Seq()\n    var i = 0\n\n    forAll { (key: String, value: Array[Byte], removing: Boolean) =>\n      val toRemove = if (removing && ids.nonEmpty) Seq(ids(Random.nextInt(ids.length))) else Seq()\n      toRemove.foreach { tr =>\n        ids = ids.filter(i => i != tr)\n        removed = tr +: removed\n      }\n\n      val id: ByteArrayWrapper = hash(i + key)\n      val fValue: ByteArrayWrapper = ByteArrayWrapper(value)\n      ids = id +: ids\n      i = i + 1\n\n      blockStorage.update(\n        id,\n        toRemove,\n        Seq(id -> fValue))\n    }\n\n    \/\/old keys are defined\n    ids.foreach { id =>\n      blockStorage.get(id) match {\n        case None => throw new Error(s\"Id $id} not found\")\n        case Some(v) =>\n      }\n    }\n\n    \/\/removed keys are defined not defined\n    removed.foreach { id =>\n      blockStorage.get(id) match {\n        case None =>\n        case Some(v) => throw new Error(s\"Id $id} is defined after delete\")\n      }\n    }\n    ids.foreach(id => blockStorage.rollbackVersions().exists(_ == id) shouldBe true)\n\n    blockStorage.close()\n  }\n\n\n  case class BlockChanges(id: ByteArrayWrapper,\n                          toRemove: Seq[ByteArrayWrapper],\n                          toInsert: Seq[(ByteArrayWrapper, ByteArrayWrapper)])\n\n  def hash(b: Array[Byte]): Array[Byte] = MessageDigest.getInstance(\"SHA-256\").digest(b)\n\n  def randomBytes(): ByteArrayWrapper = ByteArrayWrapper(hash(Random.nextString(16).getBytes))\n\n  def generateBytes(howMany: Int): Seq[(ByteArrayWrapper, ByteArrayWrapper)] = {\n    (0 until howMany).map(i => (randomBytes(), randomBytes()))\n  }\n\n\n  def hash(s: String) = ByteArrayWrapper(MessageDigest.getInstance(\"SHA-256\").digest(s.getBytes))\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/ShardedIterator.scala","text":"package io.iohk.iodb\n\nimport io.iohk.iodb.Store._\n\n\nobject ShardedIterator {\n\n  \/** iterator that merges key-value iterators from Journal and Shards *\/\n  def distIter(\n                journalIter: Iterator[(K, V)],\n                shardIters: Seq[Iterator[(K, V)]]\n              ): Iterator[(K, V)] = {\n\n    if (journalIter.isEmpty && shardIters.forall(_.isEmpty))\n      return None.iterator\n\n\n    if (shardIters.isEmpty)\n      return journalIter.filterNot(_._2 eq tombstone)\n\n    object o extends Iterator[(K, V)] {\n\n      val shards = shardIters.iterator\n      var shard = shards.next()\n\n      var j = journalNext()\n      var s = shardNext()\n\n      var next2: Option[(K, V)] = null\n\n      def journalNext(): (K, V) = {\n        if (journalIter.hasNext) journalIter.next()\n        else null\n      }\n\n      def shardNext(): (K, V) = {\n        while (!shard.hasNext) {\n          \/\/advance to shard with data\n          if (shards.isEmpty) {\n            return null\n          }\n          shard = shards.next()\n        }\n\n        return shard.next()\n      }\n\n\n      def advance(): Option[(K, V)] = {\n        \/\/FIXME this method is called recursively, could cause StackOverflow with too many tombstones, tailrec fails\n\n        if (j == null && s == null) {\n          \/\/both empty\n          return None\n        } else if (j == null && s != null) {\n          val s2 = s\n          s = shardNext()\n          if (s2._2 eq tombstone)\n            return advance()\n          return Some(s2)\n        } else if (j != null && s == null) {\n          val j2 = j\n          j = journalNext()\n          if (j2._2 eq tombstone)\n            return advance()\n          return Some(j2)\n        } else if (s._1 == j._1) {\n          \/\/both are at the same key, take newer value from journal, advance both\n          val j2 = j\n          j = journalNext()\n          s = shardNext()\n          if (j2._2 eq tombstone)\n            return advance()\n          return Some(j2)\n        } else if (j._1 < s._1) {\n          \/\/take from journal, advance journal\n          val j2 = j\n          j = journalNext()\n          if (j2._2 eq tombstone)\n            return advance()\n          return Some(j2)\n        } else if (j._1 > s._1) {\n          \/\/take from shard, advance shard\n          val s2 = s\n          s = shardNext()\n          if (s2._2 eq tombstone)\n            return advance()\n          return Some(s2)\n        } else {\n          throw new IllegalStateException()\n        }\n\n      }\n\n      override def hasNext: Boolean = {\n        if (next2 == null)\n          next2 = advance()\n\n        return next2.isDefined\n      }\n\n      override def next(): (K, V) = {\n        if (next2 == null)\n          next2 = advance()\n\n        if (next2.isEmpty)\n          throw new NoSuchElementException()\n\n        val next3 = next2\n        next2 = null\n        return next3.get\n      }\n    }\n\n    return o\n\n\n  }\n\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/prop\/StoreSpecification.scala","text":"package io.iohk.iodb.prop\n\nimport java.io.File\n\nimport io.iohk.iodb._\nimport org.junit.Test\nimport org.scalacheck.Test._\nimport org.scalacheck.commands.Commands\nimport org.scalacheck.{Gen, Prop}\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.junit.JUnitSuite\nimport org.scalatest.prop.Checkers\n\nimport scala.util.{Failure, Random, Success, Try}\n\n\nclass StoreSpecification extends JUnitSuite with Checkers with BeforeAndAfterAll {\n\n  val params = Parameters.default\n    .withMinSize(100)\n    .withMaxSize(200)\n    .withMinSuccessfulTests(2)\n    .withWorkers(2)\n\n  \/\/todo: pass initial set size? for now the set is only about 1 element\n\n  @Test\n  def testLsm1(): Unit = {\n    check(new LSMCommands(maxJournalEntryCount = 1000, keepVersion = 1500).property(), params)\n  }\n\n  @Test\n  def testLsm2(): Unit = {\n      check(new LSMCommands(maxJournalEntryCount = 10, keepVersion = 1500).property(), params)\n  }\n\n}\n\n\/\/todo: comments\nclass LSMCommands(val maxJournalEntryCount: Int, val keepVersion: Int) extends Commands {\n\n  type Version = Int\n\n  type Appended = IndexedSeq[(ByteArrayWrapper, ByteArrayWrapper)]\n  type Removed = IndexedSeq[ByteArrayWrapper]\n\n  type AppendsIndex = Map[Version, Int]\n  type RemovalsIndex = Map[Version, Int]\n\n  \/\/ type State = (Version, AppendsIndex, RemovalsIndex, Appended, Removed)\n  case class State(version: Version, appendsIndex: AppendsIndex, removalsIndex: RemovalsIndex, appended: Appended, removed: Removed)\n\n  var folder: File = null\n  type Sut = Store\n\n  val initialState: State = State(0, Map(0 -> 1), Map(), IndexedSeq(ByteArrayWrapper(Array.fill(32)(0: Byte)) -> ByteArrayWrapper.fromLong(5)), IndexedSeq())\n\n  override def canCreateNewSut(newState: State,\n                               initSuts: Traversable[State],\n                               runningSuts: Traversable[Store]): Boolean = true\n\n  override def newSut(state: State): Store = {\n    folder = TestUtils.tempDir()\n    val s = new LogStore(folder, keepVersions = keepVersion \/*, executor = null*\/)\n    s.update(state.version, state.removed, state.appended)\n    s\n  }\n\n  override def initialPreCondition(state: State): Boolean = true\n\n  override def genCommand(state: State): Gen[Command] = {\n\n    lazy val appendsCount = Random.nextInt(500) + 100\n\n    lazy val toAppend = (0 until appendsCount).map { _ =>\n      val k = Array.fill(32)(Random.nextInt(Byte.MaxValue).toByte)\n      val v = Array.fill(Random.nextInt(100) + 5)(Random.nextInt(Byte.MaxValue).toByte)\n      ByteArrayWrapper(k) -> ByteArrayWrapper(v)\n    }\n\n    lazy val remCount = Math.min(Random.nextInt(100), state.appended.size)\n\n    lazy val toRemove = (0 until remCount).map { _ =>\n      val ap = Random.nextInt(state.appended.size)\n      state.appended(ap)._1\n    }.filter(k => !state.removed.contains(k)).toSet.toSeq\n\n    lazy val genFwd = {\n      Gen.const(AppendForward(state.version + 1, toAppend, toRemove))\n    }\n\n    lazy val genGetExisting = {\n      var existingIdOpt: Option[ByteArrayWrapper] = None\n\n      do {\n        val ap = Random.nextInt(state.appended.size)\n        val eId = state.appended(ap)._1\n        if (!state.removed.contains(eId)) existingIdOpt = Some(eId)\n      } while (existingIdOpt.isEmpty)\n\n      val existingId = existingIdOpt.get\n\n      Gen.const(new GetExisting(existingId))\n    }\n\n    lazy val genGetRemoved = {\n      val rp = Random.nextInt(state.removed.size)\n      val removedId = state.removed(rp)\n\n      Gen.const(new GetRemoved(removedId))\n    }\n\n    lazy val genCleanup = Gen.const(CleanUp)\n\n    lazy val genRollback = Gen.choose(2, 10).map(d => new Rollback(state.version - d))\n\n    val gf = Seq(500 -> genFwd, 50 -> genGetExisting, 1 -> genCleanup)\n    val gfr = if (state.removed.isEmpty) gf else gf ++ Seq(30 -> genGetRemoved)\n    val gfrr = if (state.version > 20) gfr ++ Seq(2 -> genRollback) else gfr\n    Gen.frequency(gfrr: _*)\n  }\n\n  override def destroySut(sut: Store): Unit = {\n    sut.close()\n    TestUtils.deleteRecur(folder)\n  }\n\n  override def genInitialState: Gen[State] = Gen.const(initialState)\n\n  case class AppendForward(version: Version, toAppend: Seq[(ByteArrayWrapper, ByteArrayWrapper)], toRemove: Seq[ByteArrayWrapper]) extends Command {\n    type Result = Try[Unit]\n\n    override def run(sut: Store): Try[Unit] = {\n      \/\/  println(\"appending: \" + toAppend.size + \" removing: \" + toRemove.size)\n      Try(sut.update(ByteArrayWrapper.fromLong(version), toRemove, toAppend))\n    }\n\n    override def nextState(state: State): State = {\n      assert(state.appendsIndex.get(version) == None)\n      assert(state.removalsIndex.get(version) == None)\n      State(version,\n        state.appendsIndex ++ Seq((version, state.appended.size + toAppend.size)),\n        state.removalsIndex ++ Seq((version, state.removed.size + toRemove.size)),\n        state.appended ++ toAppend,\n        state.removed ++ toRemove\n        )\n    }\n\n    override def preCondition(state: State): Boolean = {\n      val keys = toAppend.map(_._1) ++ toRemove\n      (version == state.version + 1) && (keys.toSet.size == keys.size)\n    }\n\n    override def postCondition(state: State, result: Try[Try[Unit]]): Prop = {\n      result.flatten match {\n        case Success(_) => true\n        case Failure(e) => println(e.getMessage); false\n      }\n    }\n  }\n\n  \/\/todo: check that created after a rollback version element not exist anymore and that created before the rollback and deleted after element exists\n  class Rollback(version: Version) extends Command {\n    type Result = Try[Unit]\n\n    override def run(sut: Store): Try[Unit] = {\n      Try(sut.rollback(ByteArrayWrapper.fromLong(version)))\n    }\n\n    override def nextState(state: State): State = {\n      val ap = state.appendsIndex(version)\n      val rp = state.removalsIndex(version)\n      State(version, state.appendsIndex.filterKeys(_ <= version), state.removalsIndex.filterKeys(_ <= version), state.appended.take(ap), state.removed.take(rp))\n    }\n\n    override def preCondition(state: State): Boolean = state.version > version\n\n    override def postCondition(state: State, result: Try[Try[Unit]]): Prop = {\n      val res = result.flatten.isSuccess\n      if (!res) println(\"rollback failed: \" + result.flatten)\n      res\n    }\n  }\n\n  class GetExisting(key: ByteArrayWrapper) extends Command {\n    override type Result = Option[ByteArrayWrapper]\n\n    override def run(sut: Store): Option[ByteArrayWrapper] = sut.get(key)\n\n    override def nextState(state: State): State = state\n\n    override def preCondition(state: State): Boolean = true\n\n    override def postCondition(state: State, result: Try[Option[ByteArrayWrapper]]): Prop = {\n      val v = state.appended.find { case (k, _) => key == k }.get._2\n      val res = result.toOption.flatten.contains(v)\n      if (!res) println(s\"key not found: $key\")\n      res\n    }\n  }\n\n  class GetRemoved(key: ByteArrayWrapper) extends Command {\n    override type Result = Option[ByteArrayWrapper]\n\n    override def run(sut: Store): Option[ByteArrayWrapper] = sut.get(key)\n\n    override def nextState(state: State): State = state\n\n    override def preCondition(state: State): Boolean = true\n\n    override def postCondition(state: State, result: Try[Option[ByteArrayWrapper]]): Prop = {\n      state.removed.contains(key) && result.map(_.isEmpty).getOrElse(false)\n    }\n  }\n\n  object CleanUp extends UnitCommand {\n    override def postCondition(state: State, success: Boolean): Prop = success\n\n    override def run(sut: Store): Unit = {\n      sut.clean(1000)\n      \/\/      sut.taskCleanup()\n      \/\/      sut.verify()\n    }\n\n    override def nextState(state: State): State = state\n\n    override def preCondition(state: State): Boolean = true\n  }\n\n}"}
{"repo_name":"ScorexProject\/iodb","path":"lock.sbt","text":"\/\/ DON'T EDIT THIS FILE.\n\/\/ This file is auto generated by sbt-lock 0.3.0.\n\/\/ https:\/\/github.com\/tkawachi\/sbt-lock\/\ndependencyOverrides in ThisBuild ++= Set(\n  \"com.google.guava\" % \"guava\" % \"19.0\",\n  \"net.jpountz.lz4\" % \"lz4\" % \"1.3.0\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.8.0-beta0\"\n)\n\/\/ LIBRARY_DEPENDENCIES_HASH ce13340a74dc3cbf832944a27d30edfe95339aeb\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/Benchmark.scala","text":"<gh_stars>100-1000\npackage io.iohk.iodb.bench\n\nimport io.iohk.iodb.{ByteArrayWrapper, Store, TestUtils}\n\nimport scala.util.{Random, Try}\n\n\ntrait Benchmark {\n  type Key = Array[Byte]\n\n  val KeySize = 32\n  val ValueSize = 256\n\n  def randomBytes(howMany: Int): Array[Byte] = {\n    val res = new Array[Byte](howMany)\n    Random.nextBytes(res)\n    res\n  }\n\n  def randomKV(): (ByteArrayWrapper, ByteArrayWrapper) = {\n    val key = new Array[Byte](KeySize)\n    Random.nextBytes(key)\n    val value = new Array[Byte](ValueSize)\n    Random.nextBytes(value)\n    ByteArrayWrapper(key) -> ByteArrayWrapper(value)\n  }\n\n  \/**\n    * Imitation of one block processing. We take random keys previously inserted\n    * (for now, just a range of them), read them, remove, and append new objects.\n    *\n    * @return updated keys cache\n    *\/\n  def processBlock(version: Long,\n                   store: Store,\n                   inputs: Int,\n                   outputs: Int,\n                   keysCache: Seq[ByteArrayWrapper]): Try[Seq[ByteArrayWrapper]] = {\n    val cacheSize = keysCache.size\n\n    val (toRemove, cacheRem) = if (cacheSize > inputs) {\n      val sliceStart = Random.nextInt(cacheSize - inputs)\n      keysCache.slice(sliceStart, sliceStart + inputs) ->\n        (keysCache.take(sliceStart) ++ keysCache.drop(sliceStart + inputs))\n    } else (keysCache, Seq())\n\n    val toAppend = (1 to outputs).map(_ => randomKV())\n\n    toRemove.foreach(store.get)\n\n    Try(store.update(TestUtils.fromLong(version), toRemove, toAppend)).map(_ =>\n      cacheRem ++ toAppend.map(_._1)\n    )\n  }\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/QuickStore.scala","text":"<filename>src\/main\/scala\/io\/iohk\/iodb\/QuickStore.scala\npackage io.iohk.iodb\n\nimport java.io._\nimport java.nio.ByteBuffer\nimport java.nio.file.{Files, StandardOpenOption}\nimport java.util.concurrent.locks.ReentrantReadWriteLock\n\nimport com.sun.xml.internal.messaging.saaj.util.ByteOutputStream\nimport io.iohk.iodb.Store.{K, V, VersionID}\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Keeps all data in-memory. Also uses log file to provide durability and rollbacks\n  *\/\nclass QuickStore(\n                  val dir: File,\n                  val filePrefix: String = \"quickStore\",\n                  val keepVersions: Int = 0\n                ) extends Store {\n\n  protected val lock = new ReentrantReadWriteLock()\n  protected val keyvals = new mutable.HashMap[K, V]()\n\n  protected val path = new File(dir, filePrefix + \"-1\").toPath\n\n  protected var versionID: VersionID = Store.tombstone\n\n  {\n    if (!path.toFile.exists())\n      path.toFile.createNewFile()\n\n    \/\/get all updates from file\n    val updates = new mutable.HashMap[VersionID, QuickUpdate]()\n    var lastVersionID: VersionID = null\n    deserializeAllUpdates { u =>\n      if (!u.isRollbackMarker)\n        updates.put(u.versionID, u)\n      lastVersionID = u.versionID\n    }\n    \/\/construct sequence of updates\n    val seq = new mutable.ArrayBuffer[QuickUpdate]\n    var counter = 0L\n    while (lastVersionID != null) {\n      \/\/cyclic ref protection\n      counter += 1\n      if (counter > 1e9)\n        throw new DataCorruptionException(\"too many versions, most likely cyclic ref\")\n      val lastUpdate = updates(lastVersionID)\n      seq += lastUpdate\n      lastVersionID =\n        if (lastUpdate.prevVersionID eq Store.tombstone) null\n        else lastUpdate.prevVersionID\n    }\n\n    versionID = seq.map(_.versionID).headOption.getOrElse(Store.tombstone)\n\n    \/\/replay updates to get current map\n    replayChanges(seq.reverse) { (c: QuickChange, u: QuickUpdate) =>\n      if (c.newValue eq Store.tombstone) {\n        keyvals.remove(c.key)\n      } else {\n        keyvals.update(c.key, c.newValue)\n      }\n    }\n  }\n\n  override def get(key: K): Option[V] = {\n    lock.readLock().lock()\n    try {\n      return keyvals.get(key)\n    } finally {\n      lock.readLock().unlock()\n    }\n  }\n\n  override def getAll(consumer: (K, V) => Unit): Unit = {\n    lock.readLock().lock()\n    try {\n      for ((key, value) <- keyvals) {\n        consumer(key, value)\n      }\n    } finally {\n      lock.readLock().unlock()\n    }\n  }\n\n  override def update(versionID: VersionID, toRemove: Iterable[K], toUpdate: Iterable[(K, V)]): Unit = {\n    val changes = new ArrayBuffer[QuickChange]()\n    for ((key, value) <- toUpdate) {\n      changes += new QuickChange(key = key,\n        oldValue = keyvals.getOrElse(key, Store.tombstone),\n        newValue = value)\n    }\n\n    for ((key) <- toRemove) {\n      changes += new QuickChange(key = key,\n        oldValue = keyvals.getOrElse(key, Store.tombstone),\n        newValue = Store.tombstone)\n    }\n\n    lock.writeLock().lock()\n    try {\n\n      val binaryUpdate = serializeUpdate(versionID = versionID, prevVersionID = this.versionID, isRollbackMarker = false, changes = changes)\n\n      this.versionID = versionID\n      val fout = Files.newOutputStream(path,\n        StandardOpenOption.APPEND, StandardOpenOption.WRITE,\n        StandardOpenOption.DSYNC)\n      try {\n        fout.write(binaryUpdate)\n      } finally {\n        fout.flush()\n        fout.close()\n      }\n\n\n      for ((key, value) <- toUpdate) {\n        keyvals.put(key, value)\n      }\n      for ((key) <- toRemove) {\n        keyvals.remove(key)\n      }\n    } finally {\n      lock.writeLock().unlock()\n    }\n  }\n\n  protected[iodb] def serializeUpdate(versionID: VersionID, prevVersionID: VersionID, isRollbackMarker: Boolean, changes: Iterable[QuickChange]): Array[Byte] = {\n    val out = new ByteOutputStream()\n    val out2 = new DataOutputStream(out)\n    \/\/skip place for update size and checksum\n    out2.writeLong(0L) \/\/checksum\n    out2.writeInt(0) \/\/update size\n\n    def write(b: ByteArrayWrapper): Unit = {\n      if (b eq Store.tombstone) {\n        out2.writeInt(-1)\n      } else {\n        out2.writeInt(b.data.size)\n        out2.write(b.data)\n      }\n    }\n\n    out2.writeBoolean(isRollbackMarker)\n    write(versionID)\n    write(prevVersionID)\n    out2.writeInt(changes.size)\n\n    changes.foreach { c =>\n      write(c.key)\n      write(c.oldValue)\n      write(c.newValue)\n    }\n    val b = out.getBytes\n    val out3 = ByteBuffer.wrap(b)\n    out3.putInt(8, b.size)\n    out3.putLong(0, Utils.checksum(b))\n    return b\n  }\n\n\n  protected def readByteArray(in: DataInput): ByteArrayWrapper = {\n    val size = in.readInt()\n    if (size == -1)\n      return Store.tombstone\n    val r = new ByteArrayWrapper(size)\n    in.readFully(r.data)\n    return r\n  }\n\n  protected[iodb] def deserializeUpdate(in: DataInputStream, offset: Long, skipChecksum: Boolean = false): QuickUpdate = {\n\n    val checksum = in.readLong()\n    val length = in.readInt()\n\n    \/\/verify checksum, must read byte[] to do that\n    val b = new Array[Byte](length)\n    in.readFully(b, 12, length - 12)\n\n    if (!skipChecksum) {\n      Utils.putInt(b, 8, length)\n\n      val calculatedChecksum = Utils.checksum(b)\n      if (checksum != calculatedChecksum)\n        throw new DataCorruptionException(\"wrong checksum\")\n    }\n\n    val in2 = new DataInputStream(new ByteArrayInputStream(b))\n    in2.readLong()\n    in2.readInt()\n\n    val isRollbackMarker = in2.readBoolean()\n    val versionID = readByteArray(in2)\n    val prevVersionID = readByteArray(in2)\n\n    val keyCount = in2.readInt()\n    \/\/    val changes =\n    \/\/      if(skipData) Nil\n    \/\/      else (0 until keyCount).map(i => new QuickChange(read(), read(), read())).toBuffer\n    return new QuickUpdate(offset = offset, length = length,\n      versionID = versionID, prevVersionID = prevVersionID,\n      isRollbackMarker = isRollbackMarker,\n      changeCount = keyCount)\n  }\n\n\n  protected[iodb] def deserializeAllUpdates(consumer: (QuickUpdate) => Unit): Unit = {\n    val fin = Files.newInputStream(path, StandardOpenOption.READ)\n    var offset = 0L\n    try {\n      val din = new DataInputStream(fin)\n      while (din.available() > 0) {\n        val u = deserializeUpdate(in = din, offset = offset)\n        consumer(u)\n        offset += u.length\n      }\n    } finally {\n      fin.close()\n    }\n  }\n\n  protected def deserializeChange(in: DataInput) =\n    new QuickChange(\n      key = readByteArray(in),\n      oldValue = readByteArray(in),\n      newValue = readByteArray(in))\n\n\n  protected def replayChanges(updates: Iterable[QuickUpdate])(consumer: (QuickChange, QuickUpdate) => Unit): Unit = {\n    val fin = new FileInputStream(path.toFile)\n    try {\n      for (update <- updates; if (update.changeCount > 0)) {\n        \/\/seek to offset where data are starting\n        fin.getChannel.position(update.offset + 4 + 8 + 4 + 4 + 1 + 4 + update.versionID.size + update.prevVersionID.size)\n\n        \/\/create buffered stream, it can not be reused, `fin` will seek and buffer would become invalid\n        val din = new DataInputStream(new BufferedInputStream(fin))\n        for (i <- 0L until update.changeCount) {\n          val change = deserializeChange(din)\n          consumer(change, update)\n        }\n      }\n    } finally {\n      fin.close()\n    }\n  }\n\n  override def lastVersionID: Option[VersionID] = {\n    lock.readLock().lock()\n    try {\n      val versionID2 = versionID\n      return (\n        if ((versionID2 eq null) || (versionID2 eq Store.tombstone)) None\n        else Some(versionID2)\n        )\n    } finally {\n      lock.readLock().unlock()\n    }\n  }\n\n  override def rollback(versionID: VersionID): Unit = {\n    lock.writeLock().lock()\n    try {\n      val updatesMap = mutable.HashMap[VersionID, QuickUpdate]()\n      var lastUpdate: QuickUpdate = null\n      deserializeAllUpdates { u =>\n        if (!u.isRollbackMarker)\n          updatesMap.put(u.versionID, u)\n        lastUpdate = u\n      }\n\n      if (!updatesMap.contains(versionID) || lastUpdate == null)\n        throw new IllegalArgumentException(\"VersionID not found\")\n\n\n      \/\/replace rollback marker, if is here\n      if(lastUpdate!=null)\n        lastUpdate = updatesMap.getOrElse(lastUpdate.versionID, lastUpdate)\n\n\n      \/\/TODO check for duplicate links?\n      \/\/create linked list of updates\n      val updates = new ArrayBuffer[QuickUpdate]()\n      var counter = 0L\n      while (lastUpdate.versionID != versionID) {\n        updates += lastUpdate\n        lastUpdate = updatesMap(lastUpdate.prevVersionID)\n        \/\/cyclic ref protection\n        counter += 1\n        if (counter > 1e7)\n          throw new DataCorruptionException(\"rollback over too many versions, most likely cyclic ref\")\n      }\n\n      this.versionID = versionID\n\n      \/\/replay in reverse order (insert old values)\n      replayChanges(updates) { (c: QuickChange, u: QuickUpdate) =>\n        if (c.oldValue eq Store.tombstone)\n          keyvals.remove(c.key)\n        else\n          keyvals.put(c.key, c.oldValue)\n      }\n\n      \/\/update file to mark rollback\n\n      val binaryUpdate = serializeUpdate(versionID = versionID, prevVersionID = this.versionID,\n        isRollbackMarker = true, changes = Nil)\n\n      val fout = Files.newOutputStream(path,\n        StandardOpenOption.APPEND, StandardOpenOption.WRITE,\n        StandardOpenOption.DSYNC)\n      try {\n        fout.write(binaryUpdate)\n      } finally {\n        fout.flush()\n        fout.close()\n      }\n    } finally {\n      lock.writeLock().unlock()\n    }\n  }\n\n\n  override def close(): Unit = {}\n\n  override def clean(count: Int): Unit = {}\n\n  override def rollbackVersions(): Iterable[VersionID] = {\n    lock.readLock().lock()\n    try {\n      val updatesMap = mutable.HashMap[VersionID, QuickUpdate]()\n      var lastUpdate: QuickUpdate = null\n      deserializeAllUpdates { u =>\n        if (!u.isRollbackMarker)\n          updatesMap.put(u.versionID, u)\n        lastUpdate = u\n      }\n\n      \/\/replace rollback marker, if is here\n      if(lastUpdate!=null)\n        lastUpdate = updatesMap.getOrElse(lastUpdate.versionID, lastUpdate)\n\n      \/\/create linked list of updates\n      val updates = new ArrayBuffer[QuickUpdate]()\n      var counter = 0L\n      while (lastUpdate != null) {\n        updates += lastUpdate\n        lastUpdate = updatesMap.getOrElse(lastUpdate.prevVersionID, null)\n        \/\/cyclic ref protection\n        counter += 1\n        if (counter > 1e7)\n          throw new DataCorruptionException(\"rollback over too many versions, most likely cyclic ref\")\n      }\n\n      return updates.map(_.versionID).reverse\n    } finally {\n      lock.readLock().unlock()\n    }\n  }\n\n\n  override def verify(): Unit = {\n\n  }\n}\n\n\nprotected case class QuickUpdate(\n                                  offset: Long,\n                                  length: Long, \/\/number of bytes consumed by this update\n                                  isRollbackMarker: Boolean,\n                                  versionID: VersionID,\n                                  prevVersionID: VersionID,\n                                  changeCount: Long)\n\nprotected case class QuickChange(\n                        key: K,\n                        oldValue: V,\n                        newValue: V)"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/ReferenceStore.scala","text":"package io.iohk.iodb\n\nimport io.iohk.iodb.Store.{K, V, VersionID}\n\nimport scala.collection.mutable\n\n\/**\n  * Trivial on-heap implementation of Store, used for unit tests.\n  *\/\nclass ReferenceStore extends Store {\n\n  protected var current: Map[K, V] = Map()\n  protected var history = mutable.LinkedHashMap[VersionID, Map[K, V]]()\n  protected var curVersiondId: Option[VersionID] = None\n\n  override def get(key: K): Option[V] = current.get(key)\n\n  override def clean(count: Int): Unit = {\n    \/\/remove all but last N versions from history\n    history = history.takeRight(count)\n  }\n\n  override def lastVersionID: Option[VersionID] = curVersiondId\n\n  override def update(versionID: VersionID, toRemove: Iterable[K], toUpdate: Iterable[(K, V)]): Unit = {\n    assert(history.get(versionID) == None)\n    current = current ++ (toUpdate) -- (toRemove)\n    history.put(versionID, current)\n    curVersiondId = Some(versionID)\n  }\n\n  override def rollback(versionID: VersionID): Unit = {\n    current = history(versionID)\n    curVersiondId = Some(versionID)\n    \/\/drop non used versions\n    var found = false\n    for (ver <- history.keys) {\n      if (found) {\n        \/\/remove all keys after current version\n        history.remove(ver)\n      }\n      found = found || ver == versionID\n    }\n  }\n\n  override def close(): Unit = {}\n\n  override def getAll(consumer: (K, V) => Unit) = {\n    for ((k, v) <- current) {\n      consumer(k, v)\n    }\n  }\n\n  override def rollbackVersions(): Iterable[VersionID] = history.keys\n\n  override def verify(): Unit = ???\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/ForkExecutor.scala","text":"<reponame>ScorexProject\/iodb\npackage io.iohk.iodb\n\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.concurrent.{Executors, TimeUnit}\n\n\/** executes multiple tasks in background thread, waits until they all finish, fails if any tasks throws exception *\/\nclass ForkExecutor(duration: Long) {\n\n  val endTime = System.currentTimeMillis() + duration\n\n  val exception = new AtomicReference[Throwable]()\n\n  val executor = Executors.newCachedThreadPool()\n\n  def keepRunning: Boolean = System.currentTimeMillis() < endTime\n\n\n  def execute(task: => Unit): Unit = {\n    executor.submit(TestUtils.runnable {\n      try {\n        task\n      } catch {\n        case e: Throwable => exception.compareAndSet(null, e)\n      }\n    })\n  }\n\n  def finish(): Unit = {\n    executor.shutdown()\n\n    def rethrow(): Unit = {\n      if (exception.get() != null) {\n        throw new RuntimeException(exception.get())\n      }\n    }\n\n    while (!executor.awaitTermination(1, TimeUnit.SECONDS)) {\n      rethrow()\n    }\n    rethrow()\n  }\n\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/SimpleKVBench.scala","text":"<reponame>ScorexProject\/iodb\npackage io.iohk.iodb.bench\n\nimport java.io.File\nimport java.util.Random\n\nimport io.iohk.iodb._\nimport org.junit.Test\n\nclass SimpleKVBench{\n  @Test def run(): Unit ={\n    SimpleKVBench.main(Array(\"1000\", \"100\"))\n  }\n\n}\n\ncase class BenchResult(storage: String, insertTime: Long, getTime: Long, storeSizeMb: Long)\n\n\/**\n  * Benchmark for IODB\n  *\/\nobject SimpleKVBench extends Benchmark{\n\n  var defaultUpdates = 1000\n  var defaultKeyCount = 100\n\n  def main(args: Array[String]) {\n    val updates = if (args.length > 0) args(0).toInt else defaultUpdates\n    val keyCount = if (args.length > 1) args(1).toInt else defaultKeyCount\n    var dir = TestUtils.tempDir()\n    dir.mkdirs()\n    val lb = bench(\n      store = new ShardedStore(dir, keySize = KeySize, shardCount = 10),\n      dir = dir,\n      updates = updates,\n      keyCount = keyCount)\n    TestUtils.deleteRecur(dir)\n    printlnResult(lb)\n\n    dir = TestUtils.tempDir()\n    dir.mkdirs()\n    val rb = bench(\n      store = new RocksStore(dir),\n      dir = dir,\n      updates = updates,\n      keyCount = keyCount)\n    printlnResult(rb)\n    TestUtils.deleteRecur(dir)\n\n    \/\/    dir = TestUtils.tempDir()\n    \/\/    val lvb = bench(\n    \/\/      store = new LevelDBStore(dir),\n    \/\/      dir = dir,\n    \/\/      updates = updates,\n    \/\/      keyCount = keyCount)\n    \/\/    printlnResult(lvb)\n    \/\/    TestUtils.deleteRecur(dir)\n\n    printf(\"Commit count: %,d \\n\", updates)\n    printf(\"Keys per update: %,d \\n\", keyCount)\n\n  }\n\n  def bench(store: Store, dir: File, updates: Int, keyCount: Int): BenchResult = {\n    val r = new Random(1)\n    var version = 0\n    \/\/insert random values\n    val insertTime = TestUtils.runningTimeUnit {\n      for (i <- 0 until updates) {\n        val toInsert = (0 until keyCount).map { a =>\n          val k = randomKey(r)\n          (k, k)\n        }\n        version += 1\n        store.update(version, List.empty, toInsert)\n      }\n    }\n\n    Thread.sleep(10000)\n\n    val getTime = TestUtils.runningTimeUnit {\n        val r = new Random(1)\n        for (i <- 0 until updates) {\n          val toGet = (0 until keyCount).map { j =>\n            randomKey(r)\n          }\n\n          version += 1\n\n          toGet.foreach { k =>\n            assert(null != store.get(k))\n          }\n        }\n    }\n\n    val br = BenchResult(store.getClass.toString, insertTime, getTime, TestUtils.dirSize(dir) \/ (1024 * 1024))\n\n    store.close()\n    TestUtils.deleteRecur(dir)\n    br\n  }\n\n  def randomKey(r: Random): ByteArrayWrapper = {\n    val key = new Array[Byte](KeySize)\n    r.nextBytes(key)\n    ByteArrayWrapper(key)\n  }\n\n  def printlnResult(res: BenchResult): Unit = {\n    println(\"Store: \" + res.storage)\n    printf(\"Insert time: %,d \\n\", res.insertTime \/ 1000)\n    printf(\"Get time: %,d \\n\", res.getTime \/ 1000)\n    printf(\"Store size: %,d MB \\n\", res.storeSizeMb)\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/DataCorruptionException.scala","text":"<reponame>ScorexProject\/iodb\npackage io.iohk.iodb\n\n\/**\n  * Exception if data in files are corrupted\n  *\/\nclass DataCorruptionException(msg: String)\n  extends RuntimeException(msg) {\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/Store.scala","text":"package io.iohk.iodb\n\nimport java.util.logging.Level\n\nimport scala.collection.mutable\n\nobject Store {\n\n  \/** type of key *\/\n  type K = ByteArrayWrapper\n  \/** type of value *\/\n  type V = ByteArrayWrapper\n\n  \/** type used for versionID *\/\n  type VersionID = ByteArrayWrapper\n\n  type FileNum = Long\n  type FileOffset = Long\n\n  val tombstoneByteArray = new Array[Byte](0)\n  val tombstone = new ByteArrayWrapper(tombstoneByteArray)\n}\n\n\/**\n  * Interface for a key-value versioned database.\n  * It has been created with a blockchain core needs in mind.\n  *\/\ntrait Store {\n\n  import Store._\n\n  \/**\n    * Finds key and returns value associated with the key.\n    * If key is not found, it returns null.\n    *\n    * It uses lattest (most recent) version available in store.\n    *\n    * @param key to lookup\n    * @return value associated with key or null\n    *\/\n  def get(key: K): Option[V]\n\n  \/** Returns value associated with the key, or defualt value from user\n    *\/\n  def getOrElse(key: K, default: => V): V = get(key).getOrElse(default)\n\n  \/** returns value associated with the key or throws `NoSuchElementException` *\/\n  def apply(key: K): V = getOrElse(key, {\n    throw new NoSuchElementException()\n  })\n\n  \/**\n    * Batch get.\n    *\n    * Finds all keys from given iterable.\n    * Result is returned in an iterable of key-value pairs.\n    * If key is not found, null value is included in result pair.\n    *\n    * It uses lattest (most recent) version available in store\n    *\n    * @param keys keys to loopup\n    * @return iterable over key-value pairs found in store\n    *\/\n  def get(keys: Iterable[K]): Iterable[(K, Option[V])] = {\n    val ret = scala.collection.mutable.ArrayBuffer.empty[(K, Option[V])]\n    get(keys, (key: K, value: Option[V]) =>\n      ret += ((key, value))\n    )\n    ret\n  }\n\n  \/**\n    * Batch get with callback for result value.\n    *\n    * Finds all keys from given iterable.\n    * Results are passed to callable consumer.\n    *\n    * It uses lattest (most recent) version available in store\n    *\n    * @param keys     keys to lookup\n    * @param consumer callback method to consume results\n    *\/\n  def get(keys: Iterable[K], consumer: (K, Option[V]) => Unit): Unit = {\n    for (key <- keys) {\n      val value = get(key)\n      consumer(key, value)\n    }\n  }\n\n  \/** Get content of entire store. Result is not sorted. *\/\n  def getAll(): Iterator[(K, V)] = {\n    val ret = new mutable.ArrayBuffer[(K, V)]()\n    getAll { (k: K, v: V) =>\n      ret += ((k, v))\n    }\n    return ret.iterator\n  }\n\n  \/**\n    * Get content of entire store and pass it to consumer.\n    * There might be too many entries to fit on heap.\n    * Iterators also cause problems for locking.\n    * So the consumer is preferred way to fetch all entries.\n    *\n    * @param consumer\n    *\/\n  def getAll(consumer: (K, V) => Unit)\n\n\n  \/**\n    * Starts or resumes  background compaction.\n    * Compaction performs cleanup and runs in background process.\n    * It removes older version and compacts index to consume less space.\n    *\n    * @param count how many past versions to keep\n    *\n    *\/\n  def clean(count: Int)\n\n  \/**\n    * Returns current versionID used by Store.\n    * It is last version store was update to with `update()` method.\n    *\n    * If store is empty, the last version does not exist yet and store returns `None`\n    *\n    * VersionID is persisted between restarts.\n    *\/\n  def lastVersionID: Option[VersionID]\n\n  \/**\n    * Batch update records.\n    *\n    * Each update increments versionID. New versionID is passed as an argument.\n    *\n    * Update might remove some key-value pairs, or can insert new key-value pairs.\n    * Iterable of keys to be deleted, and iterable of key-value pairs to be updated is passed as an argument.\n    *\n    * @param versionID new versionID associated with this update\n    * @param toRemove  iterable over keys which will be deleted in this update\n    * @param toUpdate  iterable over key-value pairs which will be inserted in this update\n    *\/\n\n  def update(versionID: VersionID, toRemove: Iterable[K], toUpdate: Iterable[(K, V)])\n\n  def update(version: Long, toRemove: Iterable[K], toUpdate: Iterable[(K, V)]): Unit = {\n    update(ByteArrayWrapper.fromLong(version), toRemove, toUpdate)\n  }\n\n  \/**\n    * Reverts to an older versionID.\n    * All key-value pairs are reverted to this older version (updates between two versionIDs are removed).\n    *\n    * Higher (newer) versionIDs are discarded and their versionID can be reused\n    *\/\n  def rollback(versionID: VersionID)\n\n\n  \/**\n    * Closes store. All resources associated with this store are closed and released (files, background threads...).\n    * Any get\/update operations invoked on closed store will throw an exception.\n    *\/\n  def close(): Unit \/\/TODO: Try[Unit] ?\n\n  \/**\n    * Returns all versions known to this store.\n    * User can rollback to versions in this list with rollback method\n    *\/\n  def rollbackVersions(): Iterable[VersionID]\n\n\n  \/**\n    * Checks storage for consistency, invalid checksums, data corruption...\n    * Throws an exception if any error is found.\n    * This method may run for very long time, depending on store size.\n    *\/\n  def verify(): Unit\n\n\n\n\n  def runnable(f: => Unit): Runnable =\n    return () => {\n      try {\n        f\n      } catch {\n        case e: Throwable => {\n          Utils.LOG.log(Level.SEVERE, \"Background task failed\", e)\n        }\n      }\n    }\n\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/LogStore.scala","text":"package io.iohk.iodb\n\nimport java.io.{ByteArrayOutputStream, DataOutputStream, File}\nimport java.nio.ByteBuffer\nimport java.nio.channels.FileChannel\nimport java.nio.file.StandardOpenOption\nimport java.util\nimport java.util.Comparator\nimport java.util.concurrent.atomic.{AtomicLong, AtomicReference}\nimport java.util.concurrent.locks.ReentrantLock\nimport java.util.concurrent._\n\nimport com.google.common.collect.Iterators\nimport io.iohk.iodb.Store._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\nobject LogStore {\n\n  \/* offsets *\/\n  val updatePrevFileNum = 4 + 1\n  val updatePrevFileOffset = updatePrevFileNum + 8\n  val updateKeyCountOffset = updatePrevFileOffset + 8\n\n  val updateVersionIDSize = updateKeyCountOffset + 8\n\n  \/* size of header *\/\n  val updateHeaderSize = +4 + 1 + 8 + 8 + 4 + 4 + 4\n\n\n  \/* headers of log entries *\/\n  val headUpdate = 1.toByte\n  val headDistributeFinished = 2.toByte\n  val headAlias = 3.toByte\n  val headMerge = 4.toByte\n  val headDistributePlaceholder = 5.toByte\n\n}\n\n\/** position in files; file number and file offset *\/\ncase class FilePos(fileNum: FileNum, offset: FileOffset) {\n\n}\n\n\/** offset within single file, also contains log entry type *\/\ncase class LogEntryPos(pos: FilePos, entryType: Byte) {\n}\n\n\ncase class DistributeEntry(\n                            journalPos: FilePos,\n                            prevPos:FilePos,\n                            versionID:VersionID,\n                            shards: util.TreeMap[K, FilePos])\n\/**\n  * Implementation of Store over series of Log Files\n  *\/\nclass LogStore(\n                val dir: File,\n                val keySize: Int = 32,\n                val keepVersions: Int = 0,\n                val filePrefix: String = \"store\",\n                val fileSuffix: String = \".journal\",\n                \/\/unlimited thread executor, but the threads will exit faster to prevent memory leak\n                val executor:Executor = new ThreadPoolExecutor(0, Integer.MAX_VALUE, 1, TimeUnit.SECONDS, new SynchronousQueue[Runnable]()),\n                val compactEnabled:Boolean = false\n              ) extends Store {\n\n\n  \/** locked when file is expanded*\/\n  protected[iodb] val appendLock = new ReentrantLock()\n\n  \/** position of last valid entry in log file.\n    *\n    * Is read without lock, is updated under `appendLock` after file sync\n    *\/\n  protected[iodb] val _validPos = new AtomicReference(new FilePos(fileNum = 1L, offset = -1L))\n\n\n  \/** End of File. New records will be appended here\n    *\/\n  @volatile protected[iodb] var eof = new FilePos(fileNum = 1L, offset = 0L)\n\n  \/** file output over latest file *\/\n  protected var fout: FileChannel = null\n\n\n  protected[iodb] val unmergedUpdatesCounter = new AtomicLong(0)\n\n  \/** Lock used when creating or deleting old files  *\/\n  protected[iodb] val fileLock = new ReentrantLock()\n\n  \/** Prevents file from being deleted, while it is read.\n    * Key is File Number, value is number of readers in given file.\n    * File can be only deleted if number of readers is zero.\n    * If memory mapped file is unmapped during IO, it causes illegal memory access and JVM process crash.\n    *\/\n  protected[iodb] val fileSemaphore = new ConcurrentHashMap[java.lang.Long, java.lang.Long]()\n\n  \/** opened files, protected by `fileLock` *\/\n  protected[iodb] val fileHandles = new ConcurrentSkipListMap[FileNum, FileChannel]()\n\n  \/** files scheduled for deletion *\/\n  protected[iodb] val fileToDelete = new ConcurrentSkipListMap[FileNum, FileChannel]()\n\n  \/** Alternative positions within log file.\n    *\n    * Offset Alias is generated when new update entry replaces older, for example during compaction.\n    *\/\n  protected[iodb] val offsetAliases = new ConcurrentHashMap[FilePos, FilePos]()\n\n  {\n    if(!dir.exists() || !dir.isDirectory() )\n      throw new IllegalArgumentException(\"Directory does not exist: \"+dir)\n    if(!dir.canWrite())\n      throw new IllegalArgumentException(\"Directory is not writable: \"+dir )\n    if(!dir.canRead())\n      throw new IllegalArgumentException(\"Directory is not readable: \"+dir )\n\n    \/\/open all files in folder\n    for (f <- dir.listFiles();\n         name = f.getName;\n         if (name.startsWith(filePrefix) && name.endsWith(fileSuffix))\n    ) {\n      val num2 = name.substring(filePrefix.size, name.length - fileSuffix.length)\n      val num = java.lang.Long.valueOf(num2) \/\/TODO better way to check for numbers\n      val handle = fileOpen(num)\n    }\n\n    \/\/replay all files to restore offsetAliases\n    for ((fileNum, fileHandle) <- fileHandles.asScala) {\n      var offset = 0L\n      var length = fileHandle.size()\n      while (offset < length) {\n        val size = fileReadInt(fileHandle, offset)\n        \/\/verify checksum\n        val b = new Array[Byte](size - 8)\n        fileReadData(fileHandle, offset, b)\n        val calcChecksum = Utils.checksum(b)\n        val expectChecksum = fileReadLong(fileHandle, offset + size - 8)\n\n        if(calcChecksum != expectChecksum)\n          throw new DataCorruptionException(\"wrong checksum\")\n\n        val head = b(4)\n\n        if (head == LogStore.headUpdate)\n          setValidPos(new FilePos(fileNum = fileNum, offset = offset))\n\n        if (head == LogStore.headAlias) {\n          val oldPos = loadFilePos(fileHandle, offset + 16 + LogStore.updatePrevFileNum)\n          val newPos = loadFilePos(fileHandle, offset + 16 + LogStore.updatePrevFileOffset + 8)\n          offsetAliases.put(oldPos, newPos)\n        }\n        offset += size\n        eof = FilePos(fileNum, offset)\n        fout = fileHandle\n      }\n    }\n\n    \/\/replay log if it exists\n    if (!fileHandles.isEmpty) {\n      \/\/start replay at beginning of last file\n      var fileNum = fileHandles.lastKey()\n      var fileHandle = fileHandles.lastEntry().getValue\n      var offset = 0\n      val length = fileHandle.size()\n\n      \/\/FIXME howto handle data corruption? store should open, even if there is a corruption\n    }\n\n    val unmergedCount = loadUpdateOffsets(stopAtDistribute = true, stopAtMerge = true).size\n    this.unmergedUpdatesCounter.set(unmergedCount)\n  }\n\n\n  \/** read File Position (file number, file offset) from given file and position *\/\n  protected def loadFilePos(fileHandle: FileChannel, offset: Long): FilePos = {\n    val fileNum = fileReadLong(fileHandle, offset)\n    val fileOffset = fileReadLong(fileHandle, offset + 8)\n    return new FilePos(fileNum = Math.abs(fileNum), offset = fileOffset)\n\n  }\n\n\n  protected def fileNumToFile(fileNum: Long) = new File(dir, filePrefix + fileNum + fileSuffix)\n\n  \/** takes content from OutputStream, adds checksum and returns it as `byte[]` *\/\n  protected def finalizeLogEntry(out: ByteArrayOutputStream, out2: DataOutputStream): Array[Byte] = {\n    \/\/write placeholder for checksum\n    out2.writeLong(0L)\n\n    \/\/write checksum and size placeholders\n    val ret = out.toByteArray\n    val wrap = ByteBuffer.wrap(ret)\n    assert(wrap.getInt(0) == 0)\n\n    wrap.putInt(0, ret.size)\n    wrap.putLong(ret.size - 8, Utils.checksum(ret, 0, ret.size - 8))\n\n    return ret\n  }\n\n  \/** serialize Update Entry into `byte[]` *\/\n  protected[iodb] def serializeUpdate(\n                                       versionID: VersionID,\n                                       data: Iterable[(K, V)],\n                                       isMerged: Boolean,\n                                       prevFileNumber: Long,\n                                       prevFileOffset: Long\n\n                                     ): Array[Byte] = {\n    val out = new ByteArrayOutputStream()\n    val out2 = new DataOutputStream(out)\n\n    \/\/placeholder for  update size\n    out2.writeInt(0)\n\n    \/\/update type\n    out2.writeByte(if (isMerged) LogStore.headMerge else LogStore.headUpdate)\n    out2.writeLong(prevFileNumber)\n    out2.writeLong(prevFileOffset)\n\n    out2.writeInt(data.size)\n    out2.writeInt(keySize)\n    out2.writeInt( if(versionID==null) -1 else versionID.size)\n\n    \/\/write keys\n    data.map(_._1.data).foreach(out2.write(_))\n\n    \/\/write value sizes and their offsets\n    var valueOffset = out.size() + data.size * 8 + (if(versionID==null) 0 else versionID.size)\n    data.foreach { t =>\n      val value = t._2\n      if (value eq Store.tombstone) {\n        \/\/tombstone\n        out2.writeInt(-1)\n        out2.writeInt(0)\n      } else {\n        \/\/actual data\n        out2.writeInt(value.size)\n        out2.writeInt(valueOffset)\n        valueOffset += value.size\n      }\n    }\n\n    if(versionID!=null)\n      out2.write(versionID.data)\n\n    \/\/write values\n    data.foreach { t =>\n      if (t._2 != null) \/\/filter out tombstones\n        out2.write(t._2.data)\n    }\n    return finalizeLogEntry(out, out2)\n  }\n\n  \/** add Update Entry into log. It assumes input data are not sorted *\/\n  def update(\n              versionID: VersionID,\n              toRemove: Iterable[K],\n              toUpdate: Iterable[(K, V)]\n            ): Unit = {\n\n\n    \/\/produce sorted and merged data set\n    val data = new mutable.TreeMap[K, V]()\n    for (key <- toRemove) {\n      assert(key.size == keySize)\n      val old = data.put(key, Store.tombstone)\n      if (old.isDefined)\n        throw new IllegalArgumentException(\"duplicate key in `toRemove`\")\n    }\n    for ((key, value) <- toUpdate) {\n      assert(key.size == keySize)\n      val old = data.put(key, value)\n      if (old.isDefined)\n        throw new IllegalArgumentException(\"duplicate key in `toUpdate`\")\n    }\n    updateDistribute(versionID = versionID, data = data, triggerCompaction = true)\n\n    taskFileDeleteScheduled()\n  }\n\n\n  \/** Update called from ShardedStore distribute task *\/\n  protected[iodb] def updateDistribute(versionID: VersionID, data: Iterable[(K, V)], triggerCompaction: Boolean): FilePos = {\n    appendLock.lock()\n    try {\n      unmergedUpdatesCounter.incrementAndGet()\n      val oldPos = getValidPos()\n      val curPos = eof\n      \/\/TODO optimistic serialization outside appendLock, retry offset (and reserialize) under lock\n      val serialized = serializeUpdate(\n        versionID = versionID,\n        data = data,\n        prevFileNumber = oldPos.fileNum,\n        prevFileOffset = oldPos.offset,\n        isMerged = false\n      )\n\n      \/\/flush\n      append(serialized)\n      \/\/and update pointers\n      setValidPos(curPos)\n      if (compactEnabled && triggerCompaction && getValidPos().offset != 0 && eof.offset > 1e8) {\n        \/\/trigger compaction if too big\n        executor.execute(runnable {\n          taskCompact()\n        })\n      }\n      return curPos\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n\n  \/** closes current append file, and starts new empty file *\/\n  protected[iodb] def startNewFile() {\n    appendLock.lock()\n    try {\n      if (fout != null) {\n        \/\/TODO reopen in readonly mode\n        \/\/fout.close()\n        fout = null\n      }\n      \/\/FIXME thread unsafe `fileHandles` access\n      val newFileNumber = fileHandles.lastKey() + 1\n      fout = fileOpen(newFileNumber)\n      eof = new FilePos(fileNum = newFileNumber, offset = fout.size())\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n\n  \/** last valid update position *\/\n  def getValidPos(): FilePos = {\n    val pos = _validPos.get()\n    return offsetAliases.getOrDefault(pos, pos)\n  }\n\n  def setValidPos(pos: FilePos) {\n    _validPos.set(pos)\n  }\n\n  def appendDistributePlaceholder(): (FilePos, FilePos) = {\n    appendLock.lock()\n    try {\n      val prev = getValidPos()\n      val b = ByteBuffer.allocate(4 + 1 + 16 + +8)\n      b.putInt(b.array().length)\n      b.put(LogStore.headDistributePlaceholder)\n      b.putLong(prev.fileNum)\n      b.putLong(prev.offset)\n\n      val checksum = Utils.checksum(b.array(), 0, b.array().length - 8)\n      b.putLong(checksum)\n\n      val pos = eof\n      append(b.array())\n      setValidPos(pos)\n      return (prev,pos)\n    } finally {\n      appendLock.unlock()\n    }\n\n  }\n\n\n  protected[iodb] def appendFileAlias(oldFileNum: FileNum, oldFileOffset: FileOffset, newFileNumber: FileNum, newFileOffset: FileOffset, updateEOF: Boolean = false): Unit = {\n    appendLock.lock()\n    try {\n      val b = ByteBuffer.allocate(4 + 1 + 16 + 4 * 8 + 8)\n      b.putInt(b.array().length)\n      b.put(LogStore.headAlias)\n      b.putLong(-1)\n      b.putLong(-1)\n      b.putLong(oldFileNum)\n      b.putLong(oldFileOffset)\n      b.putLong(newFileNumber)\n      b.putLong(newFileOffset)\n\n      val checksum = Utils.checksum(b.array(), 0, b.array().length - 8)\n      b.putLong(checksum)\n\n      append(b.array())\n\n      offsetAliases.put(\n        new FilePos(fileNum = oldFileNum, offset = oldFileOffset),\n        new FilePos(fileNum = newFileNumber, offset = newFileOffset))\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n\n  protected[iodb] def appendDistributeEntry(journalPos: FilePos, prevPos:FilePos, versionID:VersionID, shards: Iterable[(K, FilePos)]): FilePos = {\n    appendLock.lock()\n    try {\n      val curPos = eof\n      val updateLen = 4 + 1 + 16 + 16 + 4 + versionID.size + 4 + shards.size * (16 + keySize) + 8\n      val b = ByteBuffer.allocate(updateLen)\n      b.putInt(b.array().length)\n      b.put(LogStore.headDistributeFinished)\n      assert(curPos!=prevPos)\n      b.putLong(prevPos.fileNum)\n      b.putLong(prevPos.offset)\n\n      b.putLong(journalPos.fileNum)\n      b.putLong(journalPos.offset)\n\n      assert(versionID.size>0)\n      b.putInt(versionID.size)\n      b.put(versionID.data)\n\n      b.putInt(shards.size)\n      for ((shardKey, shardPos) <- shards) {\n        b.putLong(shardPos.fileNum)\n        b.putLong(shardPos.offset)\n        b.put(shardKey.data)\n      }\n\n      val checksum = Utils.checksum(b.array(), 0, b.array().length - 8)\n      b.putLong(checksum)\n\n      append(b.array())\n\n      \/\/and update pointers\n      \/\/      validPos.set(curPos)\n      return curPos\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n\n  protected[iodb] def append(data: Array[Byte]): FilePos = {\n    \/\/append to end of the file\n    appendLock.lock()\n    try {\n\n      \/\/FIXME force handling EOF\n      \/\/FIXME thread unsafe `fileHandles` access\n      if (fout == null && fileHandles.isEmpty) {\n        val fileNum = 1L\n        \/\/add to file handles\n        fout = fileOpen(fileNum)\n        eof = FilePos(fileNum = fileNum, offset = fout.size())\n      }\n\n\/\/      assert(fout.size() == eof.offset)\n\n      val data2 = ByteBuffer.wrap(data)\n      val offset = eof.offset\n      Utils.writeFully(fout, offset, data2)\n\n      val ret = eof;\n      eof = eof.copy(offset = eof.offset + data.size)\n\/\/      assert(fout.size() == eof.offset)\n\n      \/\/flush changes\n      fout.force(true)\n      return ret\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n\n  def loadPrevFilePos(fileHandle: FileChannel, fileOffset: FileOffset): FilePos = {\n    if (fileHandle == null) {\n      return null\n      \/\/      throw new DataCorruptionException(\"File not found:  \" + filePos.fileNum)\n    }\n\n    val prevFilePos = loadFilePos(fileHandle, fileOffset + LogStore.updatePrevFileNum)\n    return offsetAliases.getOrDefault(prevFilePos, prevFilePos)\n  }\n\n\n  def loadPrevFilePos(filePos:FilePos): FilePos = {\n    val fileHandle = fileLock(filePos.fileNum)\n    try {\n      val header = fileReadByte(fileHandle, filePos.offset+4)\n      assert(header==LogStore.headMerge || header==LogStore.headUpdate ||\n        header==LogStore.headDistributeFinished || header==LogStore.headDistributePlaceholder)\n      return loadPrevFilePos(fileHandle, filePos.offset)\n    } finally {\n      if (fileHandle != null)\n        fileUnlock(filePos.fileNum)\n    }\n  }\n\n\n  def get(key: K): Option[V] = {\n    return get(key = key, pos = getValidPos())\n  }\n\n  def get(key: K, pos: FilePos): Option[V] = {\n    var filePos = pos\n    var counter = 0\n\n    while (filePos != null && filePos.offset >= 0) {\n      val fileNum = filePos.fileNum\n      val fileHandle = fileLock(fileNum)\n      try {\n        if (fileHandle == null)\n          throw new DataCorruptionException(\"File Number not found \" + fileNum)\n        val header = fileReadByte(fileHandle, filePos.offset + 4)\n\n        header match {\n          case LogStore.headMerge => {}\n          case LogStore.headUpdate => {}\n          case _ => throw new DataCorruptionException(\"unexpected header \"+header.toInt+\" - \"+fileNum+\" - \"+filePos.offset)\n        }\n\n        \/\/binary search\n        val result = fileGetValue(fileHandle, key, keySize, filePos.offset)\n        if (result != null)\n          return result\n        \/\/ no need to continue traversal\n        if (header == LogStore.headMerge)\n          return None\n\n        \/\/move to previous update\n        filePos = loadPrevFilePos(fileHandle, filePos.offset)\n        counter+=1\n      } finally {\n        if (fileHandle != null)\n          fileUnlock(fileNum)\n      }\n    }\n    return None\n  }\n\n\n\n  def loadDistributeEntry(filePos: FilePos): DistributeEntry = {\n    val fileHandle = fileLock(filePos.fileNum)\n    try {\n      var pos = filePos.offset+4+1\n      val prevPos = loadFilePos(fileHandle, pos)\n      pos+=16\n      val journalPos = loadFilePos(fileHandle, pos)\n      pos+=16\n      val versionIDSize = fileReadInt(fileHandle, pos)\n      pos+=4\n      val versionID = fileReadData(fileHandle, offset=pos, size=versionIDSize)\n      pos+=versionIDSize\n\n      val mapSize = fileReadInt(fileHandle, pos)\n      pos+=4\n\n      val shards = new util.TreeMap[K, FilePos]()\n      (0 until mapSize)\n        .map(pos + _ * (16 + keySize)) \/\/offset\n        .map { offset =>\n        val pos2 = loadFilePos(fileHandle, offset)\n        val key = new K(keySize)\n        fileReadData(fileHandle, offset + 16, key.data)\n        shards.put(key, pos2)\n      }\n      return DistributeEntry(prevPos=prevPos, journalPos=journalPos, versionID=versionID, shards=shards)\n    } finally {\n      if (fileHandle != null)\n        fileUnlock(filePos.fileNum)\n    }\n  }\n\n  def getDistribute(key: K): (Option[V], Option[DistributeEntry]) = {\n    var filePos = getValidPos()\n    while (filePos != null && filePos.offset >= 0) {\n\n      val fileNum = filePos.fileNum\n      val fileHandle = fileLock(fileNum)\n      try {\n        if (fileHandle == null)\n          throw new DataCorruptionException(\"File Number not found: \" + fileNum)\n\n        val header = fileReadByte(fileHandle, filePos.offset + 4)\n        header match {\n          case LogStore.headMerge => {}\n          case LogStore.headUpdate => {}\n          case LogStore.headDistributeFinished => {}\n          case LogStore.headDistributePlaceholder => {}\n          case _ => throw new DataCorruptionException(\"unexpected header\")\n        }\n\n\n        if (header == LogStore.headDistributeFinished) {\n          val distEntry = loadDistributeEntry(filePos)\n          return (None, Some(distEntry))\n        }\n\n        if (header == LogStore.headMerge || header == LogStore.headUpdate) {\n          \/\/binary search\n          val result = fileGetValue(fileHandle, key, keySize, filePos.offset)\n          if (result != null)\n            return (result, None)\n          \/\/ no need to continue traversal\n          if (header == LogStore.headMerge)\n            return (None, None)\n        }\n\n        \/\/move to previous update\n        filePos = loadPrevFilePos(fileHandle, filePos.offset)\n      } finally {\n        if (fileHandle != null)\n          fileUnlock(fileNum)\n      }\n    }\n    return (None, None)\n  }\n\n\n  def getAllDistribute(): (util.TreeMap[K,V], DistributeEntry) = {\n    val data = new util.TreeMap[K,V]\n    var filePos = getValidPos()\n    while (filePos != null && filePos.offset >= 0) {\n\n\n      val fileNum = filePos.fileNum\n      val fileHandle = fileLock(fileNum)\n      try {\n        if (fileHandle == null)\n          throw new DataCorruptionException(\"File Number not found: \" + fileNum)\n\n        val header = fileReadByte(fileHandle, filePos.offset + 4)\n        header match {\n          case LogStore.headMerge => {}\n          case LogStore.headUpdate => {}\n          case LogStore.headDistributeFinished => {}\n          case LogStore.headDistributePlaceholder => {}\n          case _ => throw new DataCorruptionException(\"unexpected header\")\n        }\n\n\n        if (header == LogStore.headDistributeFinished) {\n          val distEntry = loadDistributeEntry(filePos)\n          return (data, distEntry)\n        }\n\n        if (header == LogStore.headMerge || header == LogStore.headUpdate) {\n          val keyvals = fileReadKeyValues(c=fileHandle, offset=filePos.offset, keySize = keySize)\n          while(keyvals.hasNext){\n            val  (k,v) = keyvals.next()\n            data.putIfAbsent(k,v)\n          }\n          if (header == LogStore.headMerge)\n            return (data, null)\n        }\n\n        \/\/move to previous update\n        filePos = loadPrevFilePos(fileHandle, filePos.offset)\n      } finally {\n        if (fileHandle != null)\n          fileUnlock(fileNum)\n      }\n    }\n    return (data, null)\n  }\n\n  def close(): Unit = {\n    appendLock.lock()\n    try {\n      fileLock.lock()\n      try {\n        if (fout != null) {\n          \/\/          fout.close()\n          fout = null\n        }\n\n        fileHandles.values().asScala.foreach(fileClose(_))\n        fileHandles.clear()\n      } finally {\n        fileLock.unlock()\n      }\n    } finally {\n      appendLock.lock()\n    }\n  }\n\n  protected[iodb] def loadUpdateOffsets(stopAtMerge: Boolean, startPos: FilePos = getValidPos(), stopAtDistribute: Boolean): Iterable[LogEntryPos] = {\n    \/\/ load offsets of all log entries\n    var filePos = getValidPos()\n    val offsets = mutable.ArrayBuffer[LogEntryPos]()\n\n    \/\/TODO merged stop assertions\n    while (filePos != null && filePos.offset >= 0) {\n      val fileNum = filePos.fileNum\n\n      val fileHandle = fileLock(fileNum)\n      try {\n        if (fileHandle == null || fileHandle.size() <= filePos.offset) {\n          return offsets\n        }\n\n        val header = fileReadByte(fileHandle, filePos.offset + 4)\n        offsets += LogEntryPos(filePos, header)\n        val shouldStop =\n          if (!stopAtMerge || !stopAtDistribute) false\n          else if (stopAtDistribute && header == LogStore.headDistributeFinished) true\n          else if (stopAtMerge && header == LogStore.headMerge) true\n          else false\n\n        \/\/move to previous update\n        filePos =\n          if (fileHandle == null || shouldStop) null\n          else loadPrevFilePos(fileHandle, filePos.offset)\n      } finally {\n        if(fileHandle!=null)\n          fileUnlock(fileNum)\n      }\n    }\n    return offsets\n  }\n\n  override def rollbackVersions(): Iterable[VersionID] = {\n    loadUpdateOffsets(stopAtMerge = false, stopAtDistribute = false)\n      .map(p => loadVersionID(p.pos))\n      .filter(_!=null)\n      .toBuffer.reverse\n  }\n\n\n  def loadVersionID(filePos: FilePos): VersionID = {\n    val fileNum = filePos.fileNum\n    val fileHandle = fileLock(fileNum)\n    try {\n      val header = fileReadByte(fileHandle, filePos.offset+4)\n\n      if(header!=LogStore.headUpdate && header!=LogStore.headMerge)\n        return null\n\n      val keyCount = fileReadInt(fileHandle, filePos.offset + LogStore.updateKeyCountOffset)\n      val versionIDSize = fileReadInt(fileHandle, filePos.offset + LogStore.updateVersionIDSize)\n      if(versionIDSize<=0)\n        return null\n      val versionIDOffset = filePos.offset + LogStore.updateHeaderSize + (keySize + 4 + 4) * keyCount\n      val ret = new VersionID(versionIDSize)\n      fileReadData(fileHandle, versionIDOffset, ret.data)\n      return ret\n    } finally {\n      if (fileHandle != null)\n        fileUnlock(fileNum)\n    }\n  }\n\n  protected[iodb] def loadKeyValues(\n                                     offsets: Iterable[LogEntryPos],\n                                     files: Map[FileNum, FileChannel],\n                                     dropTombstones: Boolean)\n  : Iterator[(K, V)] = {\n\n    \/\/ open iterators over all log entries\n    \/\/ it is iterator of iterators, each entry in subiterator contains key, index in `offsets` and value\n    val iters = offsets\n      .zipWithIndex\n      \/\/convert to iterators over log entries\n      \/\/ each key\/value pair comes with index in `offsets`, most recent pairs have lower index\n      .map(a => fileReadKeyValues(files(a._1.pos.fileNum), a._1.pos.offset, keySize).map(e => (e._1, a._2, e._2)).asJava)\n      \/\/add entry index to iterators\n      .asJava\n\n    \/\/merge multiple iterators, result iterator is sorted union of all iterators\n    \/\/ duplicate keys are handled by comparing `offset` index, and including only most recent entry\n    var prevKey: K = null\n    val iter = Iterators.mergeSorted[(K, Int, V)](iters, KeyOffsetValueComparator)\n      .asScala\n      .filter { it =>\n        val include =\n          (prevKey == null || \/\/first key\n            !prevKey.equals(it._1)) && \/\/is first version of this key\n            (!dropTombstones || it._3 != null) \/\/ only include if is not tombstone\n        prevKey = it._1\n        include\n      }\n      \/\/drop tombstones\n      .filter(it => !dropTombstones || !(it._3 eq Store.tombstone))\n      \/\/remove update\n      .map(it => (it._1, it._3))\n\n    iter\n  }\n\n\n  def taskCompact(): Unit = {\n    appendLock.lock()\n    try {\n      val offsets = loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = true)\n      if (offsets.size <= 1)\n        return\n\n      \/\/lock all files for reading\n      val files:Map[FileNum, FileChannel] = offsets.map(o=> o.pos.fileNum).toSet.map{n:FileNum => (n, fileLock(n))}.toMap\n      try {\n        val keyVals = loadKeyValues(offsets, files, dropTombstones = true).toBuffer \/\/TODO serialize keys lazily, without loading entire chunk to memory\n        \/\/load versionID for newest offset\n        val newestPos = offsets.head\n        val versionID = loadVersionID(newestPos.pos)\n\n        startNewFile()\n        val eof2 = eof\n        val data = serializeUpdate(versionID, keyVals,\n          isMerged = true,\n          prevFileNumber = newestPos.pos.fileNum,\n          prevFileOffset = newestPos.pos.offset\n        )\n        append(data)\n        \/\/and update pointers\n        setValidPos(eof2)\n        unmergedUpdatesCounter.set(0)\n      } finally {\n        for ((fileNum, fileHandle) <- files) {\n          if (fileHandle != null)\n            fileUnlock(fileNum)\n        }\n      }\n    } finally {\n      appendLock.unlock()\n    }\n\n    taskFileDeleteScheduled()\n  }\n\n  override def getAll(consumer: (K, V) => Unit): Unit = {\n    getAll(consumer, dropTombstone = true)\n  }\n\n  def getAll(consumer: (K, V) => Unit, dropTombstone: Boolean, startPos: FilePos = getValidPos()): Unit = {\n    val offsets = loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = false, startPos = startPos)\n    if (offsets.size <= 0)\n      return\n    \/\/lock files for reading\n    val files:Map[FileNum, FileChannel] = offsets.map(o=> o.pos.fileNum).toSet.map{fileNum:FileNum => (fileNum, fileLock(fileNum))}.toMap\n    try {\n\n      val keyVals = loadKeyValues(offsets, files, dropTombstones = dropTombstone)\n      for ((key, value) <- keyVals) {\n        consumer(key, value)\n      }\n    } finally {\n      for ((fileNum, fileHandle) <- files) {\n        if (fileHandle != null)\n          fileUnlock(fileNum)\n      }\n    }\n\n  }\n\n  override def clean(count: Int): Unit = {\n    taskCompact()\n    appendLock.lock()\n    try {\n      val offsets = loadUpdateOffsets(stopAtMerge = false, stopAtDistribute = false).toBuffer\n\n      \/\/find first merge entry after N (count) versions\n      var splitPos = count - 1\n      do {\n        splitPos += 1\n      } while (splitPos < offsets.size && offsets(count).entryType != LogStore.headMerge)\n\n      \/\/remove all files which are lower than lowest used file N versions\n\n      if (splitPos >= offsets.size)\n        return\n\n      val preserveFiles = offsets.take(splitPos + 1).map(_.pos.fileNum).toSet\n\n      \/\/FIXME thread unsafe access??\n      for (fileNum <- fileHandles.keySet().asScala.filterNot(preserveFiles.contains(_)).toArray) {\n        fileDelete(fileNum)\n      }\n    } finally {\n      appendLock.unlock()\n    }\n  }\n\n  override def lastVersionID: Option[VersionID] = {\n    var pos = getValidPos()\n    while(pos != null && pos.offset >= 0) {\n      val ver = loadVersionID(pos)\n      if(ver!=null) {\n        return Some(ver)\n      }\n      pos = loadPrevFilePos(pos)\n    }\n    return None\n  }\n\n  def rollbackToOffset(pos:FilePos): Unit ={\n    appendLock.lock()\n    try {\n      \/\/find offset for version ID\n      \/\/insert new link to log\n      val serialized = serializeUpdate(\n        versionID = null,\n        data = Nil,\n        prevFileOffset = pos.offset,\n        prevFileNumber = pos.fileNum,\n        isMerged = false\n      )\n\n      \/\/flush\n      val pos2 = append(serialized)\n\n      \/\/update offsets\n      setValidPos(pos2)\n\n    } finally {\n      appendLock.unlock()\n    }\n\n    taskFileDeleteScheduled()\n  }\n\n  def rollbackToZero(): Unit = {\n    appendLock.lock()\n    try {\n      \/\/find offset for version ID\n      \/\/insert new link to log\n      val serialized = serializeUpdate(\n        versionID = null,\n        data = Nil,\n        prevFileOffset = -1,\n        prevFileNumber = 0,\n        isMerged = true\n      )\n\n      \/\/flush\n      val pos = append(serialized)\n\n      \/\/update offsets\n      setValidPos(pos)\n\n    } finally {\n      appendLock.unlock()\n    }\n\n    taskFileDeleteScheduled()\n  }\n\n  override def rollback(versionID: VersionID): Unit = {\n    appendLock.lock()\n    try {\n      \/\/find offset for version ID\n      for (pos <- loadUpdateOffsets(stopAtMerge = false, stopAtDistribute = false)) {\n        val versionID2 = loadVersionID(pos.pos)\n        if (versionID2 == versionID) {\n          \/\/insert new link to log\n          val serialized = serializeUpdate(\n            versionID = versionID,\n            data = Nil,\n            prevFileOffset = pos.pos.offset,\n            prevFileNumber = pos.pos.fileNum,\n            isMerged = false\n          )\n\n          \/\/flush\n          append(serialized)\n\n          \/\/update offsets\n          setValidPos(pos.pos)\n          \/\/restore update counts\n          unmergedUpdatesCounter.set(loadUpdateOffsets(stopAtDistribute = true, stopAtMerge = true).size)\n          taskFileDeleteScheduled()\n          return\n        }\n      }\n      \/\/version not found\n      throw new IllegalArgumentException(\"Version not found\")\n    } finally {\n      appendLock.unlock()\n    }\n\n    taskFileDeleteScheduled()\n  }\n\n  override def verify(): Unit = {\n    \/\/check offsets, check at least one is merged\n    val offs = loadUpdateOffsets(stopAtMerge = false, stopAtDistribute = false).toBuffer\n    \/\/ offset should start at zero position, or contain at least one merged update\n    if (!offs.isEmpty) {\n      val genesisEntry = offs.last.pos.fileNum == 1 && offs.last.pos.offset == 0\n      val containsMerge = offs.find(_.entryType == LogStore.headMerge).isDefined\n\n      if (!genesisEntry && !containsMerge)\n        throw new DataCorruptionException(\"update chain broken\")\n    }\n  }\n\n  def fileLock(fileNum: FileNum): FileChannel = {\n    fileLock.lock()\n    try {\n      val ret = fileHandles.get(fileNum)\n      if (ret == null)\n        return null\n      Utils.fileReaderIncrement(fileSemaphore, fileNum)\n      return ret\n    } finally {\n      fileLock.unlock()\n    }\n  }\n\n  def fileUnlock(fileNum: FileNum): Unit = {\n    fileLock.lock()\n    try {\n      Utils.fileReaderDecrement(fileSemaphore, fileNum)\n    } finally {\n      fileLock.unlock()\n    }\n  }\n\n  def fileDelete(fileNum: FileNum): Unit = {\n    fileLock.lock()\n    try {\n      val handle = fileHandles.remove(fileNum)\n      if (handle == null)\n        return\n\n      if (!fileSemaphore.containsKey(fileNum)) {\n        \/\/if there are no readers attached, delete file\n        fileClose(handle)\n        fileNumToFile(fileNum).delete()\n      } else {\n        \/\/some readers are attached, so schedule for deletion latter\n        fileToDelete.put(fileNum, handle)\n      }\n    } finally {\n      fileLock.unlock()\n    }\n  }\n\n\n  def taskFileDeleteScheduled(): Unit = {\n    fileLock.lock()\n    try {\n      for ((fileNum, handle) <- fileToDelete.asScala) {\n        if (!fileSemaphore.containsKey(fileNum)) {\n          fileClose(handle)\n          fileNumToFile(fileNum).delete()\n          fileToDelete.remove(fileNum) \/\/TODO delete outside file lock\n        }\n      }\n    } finally {\n      fileLock.unlock()\n    }\n  }\n\n  def fileOpen(fileNum: FileNum): FileChannel = {\n    val file = fileNumToFile(fileNum)\n    val c = fileChannelOpen(file)\n    c.position(c.size())\n    val oldFile = fileHandles.put(fileNum, c)\n    assert(oldFile == null)\n    return c\n  }\n\n  def fileChannelOpen(file: File) = FileChannel.open(file.toPath, StandardOpenOption.READ, StandardOpenOption.WRITE, StandardOpenOption.CREATE)\n\n\n  def fileClose(c: FileChannel): Unit = {\n    c.force(true)\n    c.close()\n  }\n\n\n  def fileGetValue(c: FileChannel, key: K, keySize: Int, updateOffset: Long): Option[V] = {\n    assert(updateOffset >= 0, \"negative updateOffset: \" + updateOffset)\n    assert(key.size == keySize)\n    val tempBuf = ByteBuffer.allocate(8)\n\n    val keyCount: Long = fileReadInt(c, updateOffset + LogStore.updateKeyCountOffset, tempBuf)\n\n    val baseKeyOffset = updateOffset + LogStore.updateHeaderSize\n\n    val key2 = new Array[Byte](keySize)\n    val key2B = ByteBuffer.wrap(key2)\n    var lo: Long = 0\n    var hi: Long = keyCount - 1\n\n    while (lo <= hi) {\n      \/\/split interval\n      val mid = (lo + hi) \/ 2\n      val keyOffset = baseKeyOffset + mid * keySize\n      \/\/load key\n      key2B.clear()\n      Utils.readFully(c, keyOffset, key2B)\n      \/\/compare keys and split intervals if not equal\n      val comp = Utils.BYTE_ARRAY_COMPARATOR.compare(key2, key.data)\n      if (comp < 0) lo = mid + 1\n      else if (comp > 0) hi = mid - 1\n      else {\n        \/\/key found, read size and offset\n        val valuePointersOffset = baseKeyOffset + keyCount * keySize + mid * 8\n        val valueSize = fileReadInt(c, valuePointersOffset, tempBuf)\n        if (valueSize == -1)\n          return None\n        \/\/tombstone, return nothing\n        val valueOffset = fileReadInt(c, valuePointersOffset + 4, tempBuf)\n        \/\/load value\n        return Some(fileReadData(c, updateOffset + valueOffset, valueSize))\n      }\n    }\n    null\n  }\n\n  protected def fileReadData(c: FileChannel, offset: Long, size: Int): ByteArrayWrapper = {\n    val ret = new Array[Byte](size)\n    val ret2 = ByteBuffer.wrap(ret)\n    Utils.readFully(c, offset, ret2)\n    return ByteArrayWrapper(ret)\n  }\n\n  protected def fileReadLong(c: FileChannel, offset: Long, buf: ByteBuffer = ByteBuffer.allocate(8)): Long = {\n    buf.clear();\n    buf.limit(8)\n    Utils.readFully(c, offset, buf)\n    return buf.getLong(0)\n  }\n\n\n  protected def fileReadInt(c: FileChannel, offset: Long, buf: ByteBuffer = ByteBuffer.allocate(4)): Int = {\n    buf.position(0);\n    buf.limit(4)\n    Utils.readFully(c, offset, buf)\n    return buf.getInt(0)\n  }\n\n  def fileReadData(c: FileChannel, offset: Long, data: Array[Byte]): Unit = {\n    val b = ByteBuffer.wrap(data)\n    c.position(offset)\n    Utils.readFully(c, offset, b)\n  }\n\n\n  def fileReadByte(file: FileChannel, offset: Long): Byte = {\n    val b = ByteBuffer.allocate(1)\n    fileReadData(file, offset, b.array())\n    return b.get(0)\n  }\n\n\n  def fileReadKeyValues(c: FileChannel, offset: Long, keySize: Int): Iterator[(K, V)] = {\n    assert(offset >= 0)\n    val tempBuf = ByteBuffer.allocate(8)\n\n    \/\/get size\n    val updateSize = fileReadInt(c, offset, tempBuf)\n    val head = fileReadByte(c, offset + 4)\n\n\n    \/\/TODO should this section be here? It gives placeholder...\n    if ((head != LogStore.headMerge && head != LogStore.headUpdate))\n      return None.iterator\n\n    val keyCount = fileReadInt(c, offset + LogStore.updateKeyCountOffset, tempBuf)\n    assert(keyCount >= 0)\n    assert(keyCount * keySize >= 0 && keyCount * keySize < updateSize)\n\n    val baseKeyOffset = offset + LogStore.updateHeaderSize\n\n    object ret extends Iterator[(K,V)](){\n\n      var i = 0;\n\n      override def hasNext:Boolean = i<keyCount\n\n      override def next():(K,V) = {\n        if(i>=keyCount)\n          throw new NoSuchElementException()\n        val keyOffset = baseKeyOffset + i * keySize\n        val key = fileReadData(c, keyOffset, keySize)\n\n        val pointersOffsets = baseKeyOffset + keyCount * keySize + i * 8\n        val valueSize = fileReadInt(c, pointersOffsets, tempBuf)\n        val value =\n          if (valueSize == -1) Store.tombstone\n          else {\n            val valueOffset = fileReadInt(c, pointersOffsets + 4, tempBuf)\n            fileReadData(c, offset + valueOffset, valueSize)\n          }\n\n        i+=1\n        (key, value)\n      }\n    }\n\n    return ret\n  }\n\n}\n\n\n\/** Compares key-value pairs. Key is used for comparation, value is ignored *\/\nprotected[iodb] object KeyOffsetValueComparator extends Comparator[(K, Int, V)] {\n  def compare(o1: (K, Int, V),\n              o2: (K, Int, V)): Int = {\n    \/\/compare by key\n    var c = o1._1.compareTo(o2._1)\n    \/\/compare by index, higher index means newer entry\n    if (c == 0)\n      c = o1._2.compareTo(o2._2)\n    c\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/LogStoreTest.scala","text":"package io.iohk.iodb\n\nimport java.io.FileOutputStream\n\nimport io.iohk.iodb.Store._\nimport io.iohk.iodb.TestUtils._\nimport org.junit.Assert._\nimport org.junit.Test\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.util.Random\nimport org.scalatest.Matchers._\n\nclass LogStoreTest extends StoreTest {\n\n  override def open(keySize: Int) = new LogStore(dir = dir, keySize = keySize)\n\n  @Test def binarySearch() {\n    val store = new LogStore(dir = dir, keySize = 32)\n\n    \/\/random testing\n    val r = new Random()\n    val data = (0 until 1000).map { i =>\n      val key = randomA(store.keySize)\n      val valSize = 10 + r.nextInt(100)\n      val value = randomA(valSize)\n      (key, value)\n    }.sortBy(_._1)\n\n    \/\/serialize update entry\n    val b = store.serializeUpdate(Store.tombstone, data, true, prevFileNumber = 0, prevFileOffset = 0)\n\n    \/\/write to file\n    val f = tempFile()\n    val fout = new FileOutputStream(f)\n    val foffset = 10000\n    fout.write(new Array[Byte](foffset))\n    fout.write(b)\n    fout.close()\n\n    \/\/try to read all values\n    val fa = store.fileChannelOpen(f)\n    for ((key, value) <- data) {\n      val value2 = store.fileGetValue(fa, key, store.keySize, foffset)\n      assertEquals(value2, Some(value))\n    }\n\n    \/\/try non existent\n    val nonExistentKey = randomA(32)\n    assertEquals(null, store.fileGetValue(fa, nonExistentKey, store.keySize, foffset))\n    store.verify()\n    store.close()\n  }\n\n  @Test def get2(): Unit = {\n    val store = new LogStore(dir = dir, keySize = 8)\n\n    val updated = mutable.HashMap[K, V]()\n    val removed = mutable.HashSet[K]()\n    for (i <- 0 until 10) {\n      \/\/generate random data\n      var toUpdate = (0 until 10).map(a => (randomA(8), randomA(40)))\n      var toRemove: List[K] = if (updated.isEmpty) Nil else updated.keys.take(2).toList\n      toRemove.foreach(updated.remove(_))\n\n      \/\/modify\n      store.update(fromLong(i), toUpdate = toUpdate, toRemove = toRemove)\n\n      removed ++= toRemove\n      updated ++= toUpdate\n\n      removed.foreach { k =>\n        assertEquals(store.get(k), None)\n      }\n      for ((k, v) <- updated) {\n        assertEquals(store.get(k), Some(v))\n      }\n    }\n\n    \/\/try to iterate over all items in store\n    val updated2 = mutable.HashMap[K, V]()\n    val removed2 = mutable.HashSet[K]()\n\n    store.loadKeyValues(store.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = false), store.fileHandles.asScala.toMap, false).foreach { case (k, v) =>\n      if (v eq tombstone)\n        removed2.add(k)\n      else\n        updated2.put(k, v)\n    }\n\n    \/\/and compare result\n    assertEquals(removed, removed2)\n    assertEquals(updated, updated2)\n    store.verify()\n    store.close()\n  }\n\n  @Test def fileAccess_getAll(): Unit = {\n    val store = new LogStore(dir = dir, keySize = 32)\n    for (i <- 0 until 10) {\n      \/\/generate random data\n      val toUpdate = (0 until 10).map(a => (randomA(32), randomA(40))).toMap\n      val toRemove = (0 until 10).map(a => randomA(32)).toSet\n      store.update(fromLong(i), toUpdate = toUpdate, toRemove = toRemove)\n\n      \/\/try to get all key\/vals from last update\n      val keyVals = store.fileReadKeyValues(store.fileHandles.firstEntry().getValue, store.getValidPos().offset, keySize = 32).toBuffer\n      val toUpdate2 = keyVals.filterNot(_._2 eq tombstone).toMap\n      val toRemove2 = keyVals.filter(_._2 eq tombstone).map(_._1).toSet\n      assertEquals(toUpdate, toUpdate2)\n      assertEquals(toRemove, toRemove2)\n    }\n    store.verify()\n    store.close()\n  }\n\n  @Test def startNewFile(): Unit = {\n    val store = new LogStore(dir = dir, keySize = 8)\n    for (i <- 1L until 10) {\n      store.update(fromLong(i), toUpdate = makeKeyVal(i, i), toRemove = Nil)\n      assert(dir.listFiles().filter(_.length() > 0).size == i)\n      store.startNewFile()\n    }\n    store.close()\n  }\n\n  @Test def offset_allias(): Unit = {\n    var store = new LogStore(dir = dir, keySize = 8)\n\n    def update(i: Long) = store.update(fromLong(i), toUpdate = makeKeyVal(i, i), toRemove = Nil)\n\n    update(1)\n    assert(store.eof.fileNum == 1)\n    store.startNewFile()\n    update(2)\n    store.startNewFile()\n    update(3)\n    store.startNewFile()\n    update(4)\n\n    \/\/skip over #2\n    store.appendFileAlias(3, 0, 2, 0)\n\n    def check() {\n      assert(Map(FilePos(3, 0) -> FilePos(2, 0)).asJava == store.offsetAliases)\n      assert(List(fromLong(1), fromLong(2), fromLong(4)) == store.rollbackVersions())\n      assert(Some(fromLong(1)) == store.get(fromLong(1)))\n      assert(Some(fromLong(2)) == store.get(fromLong(2)))\n      assert(None == store.get(fromLong(3)))\n      assert(Some(fromLong(4)) == store.get(fromLong(4)))\n    }\n\n    val aliases = store.offsetAliases\n    check()\n    \/\/reopen\n    store.close()\n    store = new LogStore(dir = dir, keySize = 8)\n    assert(aliases == store.offsetAliases)\n    check()\n  }\n\n\n  @Test def get_stops_at_merge(): Unit = {\n    var store = new LogStore(dir = dir, keySize = 8)\n\n    def update(i: Long) = store.update(fromLong(i), toUpdate = makeKeyVal(i, i), toRemove = Nil)\n\n    update(1L)\n    update(2L)\n    \/\/insert compacted entry\n    val eof = store.eof\n    val pos = store.getValidPos()\n    val compactedData = store.serializeUpdate(fromLong(3L), data = makeKeyVal(3L, 3L),\n      isMerged = true, prevFileNumber = pos.fileNum, prevFileOffset = pos.offset)\n    store.append(compactedData)\n\n    \/\/and update positions\n    store.setValidPos(eof)\n    \/\/    store.eof = store.eof.copy(offset = store.eof.offset + compactedData.size)\n    \/\/add extra entry after compacted entry\n    update(4L)\n\n    \/\/older entries should be ignored, latest entry is merged\n    def check() {\n      assert(None == store.get(fromLong(1L)))\n      assert(None == store.get(fromLong(2L)))\n      assert(Some(fromLong(3L)) == store.get(fromLong(3L)))\n      assert(Some(fromLong(4L)) == store.get(fromLong(4L)))\n    }\n\n    check()\n    store.close()\n    store = new LogStore(dir = dir, keySize = 8)\n    check()\n    store.close()\n  }\n\n  @Test def readerIncrement(): Unit = {\n    val store = new LogStore(dir = dir, keySize = 8)\n    Utils.fileReaderIncrement(store.fileSemaphore, 22L)\n    assert(store.fileSemaphore.get(22L) == 1L)\n    Utils.fileReaderIncrement(store.fileSemaphore, 22L)\n    assert(store.fileSemaphore.get(22L) == 2L)\n    Utils.fileReaderDecrement(store.fileSemaphore, 22L)\n    assert(store.fileSemaphore.get(22L) == 1L)\n    Utils.fileReaderDecrement(store.fileSemaphore, 22L)\n    assert(store.fileSemaphore.get(22L) == null)\n\n    store.close()\n  }\n\n\n  @Test def loadOffsets_stops_at_merge(): Unit = {\n    val store = new LogStore(dir = dir, keySize = 8)\n\n    for (i <- 1 to 10) {\n      val b = fromLong(i)\n      store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n    }\n\n    store.taskCompact()\n    assert(1 == store.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = true).size)\n\n    for (i <- 1 to 10) {\n      val b = fromLong(i + 20)\n      store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n      assert(i + 1 == store.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = true).size)\n    }\n    store.close()\n  }\n\n  @Test def file_handle_leaks(): Unit = {\n    val store = open(keySize = 8)\n    for (i <- 1 to 10) {\n      val b = fromLong(i)\n      store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n    }\n\n    store.fileSemaphore shouldBe empty\n\n    for (i <- 1 to 10) {\n      val b = fromLong(i)\n      store.get(b) shouldBe Some(b)\n    }\n    store.fileSemaphore shouldBe empty\n\n    store.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = false)\n    store.fileSemaphore shouldBe empty\n\n    store.getAll { (k, v) =>\n    }\n    store.fileSemaphore shouldBe empty\n\n    store.taskCompact()\n    store.fileSemaphore shouldBe empty\n\n    store.clean(1)\n    store.fileSemaphore shouldBe empty\n\n    store.close()\n    store.fileSemaphore shouldBe empty\n  }\n\n  @Test def reopen(): Unit ={\n    var store = open(keySize = 8)\n    var i = 0\n    while(i<1000) {\n      for(j<-0 until 10) {\n        i += 1\n        val b = fromLong(i)\n        store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n        if(Math.random()<0.1)\n          store.taskCompact()\n      }\n\n      val validPos = store._validPos.get()\n      val eof = store.eof\n\n      store.close()\n      store = open(keySize = 8)\n      if(validPos.offset!=0)\n        store._validPos.get() shouldBe validPos\n      else\n        validPos shouldBe new FilePos(store._validPos.get().fileNum+1, 0)\n\n      eof shouldBe store.eof\n    }\n  }\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/QuickStoreRefTest.scala","text":"<reponame>ScorexProject\/iodb\npackage io.iohk.iodb\n\n\nclass QuickStoreRefTest extends StoreTest {\n  override def open(keySize: Int): Store = new QuickStore(dir)\n\n\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/CompactionBench.scala","text":"package io.iohk.iodb.bench\n\nimport java.util.concurrent.atomic.AtomicLong\n\nimport io.iohk.iodb.TestUtils._\nimport io.iohk.iodb._\n\n\/**\n  * Benchmark to test how background compaction is blocking updates.\n  * We should get decent number of updates, if the compaction does not block writer threads.\n  *\/\nobject CompactionBench {\n\n  def main(args: Array[String]): Unit = {\n    val time: Long = 60\n    val endTime = System.currentTimeMillis() + time * 1000\n\n    \/\/start background thread with updates, while compaction runs on foreground\n    val dir = TestUtils.tempDir()\n    val store = new LogStore(dir = dir, keySize = 8, keepVersions = 0)\n    val updateCounter = new AtomicLong(1)\n    var compactionCounter = 0L\n\n    val updateThread = new Thread(runnable {\n      while (System.currentTimeMillis() < endTime) {\n        val value = updateCounter.incrementAndGet()\n        val toUpdate = List((fromLong(1L), fromLong(value)))\n        store.update(versionID = fromLong(1L), toUpdate = toUpdate, toRemove = Nil)\n      }\n    })\n    updateThread.setDaemon(false)\n    updateThread.start()\n\n\n    while (System.currentTimeMillis() < endTime) {\n      store.taskCompact()\n      store.clean(0)\n      compactionCounter += 1\n    }\n\n    \/\/wait until Update Thread finishes\n    while (updateThread.isAlive) {\n      Thread.sleep(1)\n    }\n\n\n    println(\"Runtime: \" + (time \/ 1000) + \" seconds\")\n    println(\"Update count: \" + updateCounter.get())\n    println(\"Compaction count: \" + compactionCounter)\n\n    store.close()\n    deleteRecur(dir)\n  }\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/BlockProcessing.scala","text":"package io.iohk.iodb.bench\n\nimport java.io.File\nimport java.util.concurrent.atomic.AtomicLong\n\nimport io.iohk.iodb.{ByteArrayWrapper, ShardedStore, Store, TestUtils}\n\nobject BlockProcessing extends Benchmark with App {\n\n  val InitialSize = 5000000\n\n  val InputsPerBlock = 5500\n  val OutputsPerBlock = 6000\n  val Blocks = 2000\n\n  val keysCache = Seq[ByteArrayWrapper]()\n\n  var version = new AtomicLong(1)\n\n  def bench(store: Store, dir: File): Unit = {\n    (1 to 1000).foreach { v =>\n      val toInsert = (1 to InitialSize \/ 1000).map(_ => randomKV())\n      if (v % Blocks == 0) keysCache ++ toInsert.map(_._1)\n      store.update(version.incrementAndGet(), Seq.empty, toInsert)\n    }\n\n    println(\"Initial data is loaded into the store\")\n\n    val (_, ts) = (1L to Blocks).foldLeft((Seq[ByteArrayWrapper](), Seq[Long]())) { case ((cache, times), v) =>\n      val (time, newCache) = TestUtils.runningTime(processBlock(version.incrementAndGet, store, InputsPerBlock, OutputsPerBlock, cache).get)\n      println(s\"Block processing time for block# $v: \" + time)\n      (newCache, times ++ Seq(time))\n    }\n\n    val totalTime = ts.sum\n\n    println(s\"Store: $store\")\n    println(s\"Total processing time: $totalTime\")\n    println(s\"Avg block processing time: ${totalTime \/ Blocks.toFloat}\")\n    store.close()\n    TestUtils.deleteRecur(dir)\n  }\n\n\n  var dir = TestUtils.tempDir()\n  bench(new ShardedStore(dir, keySize = KeySize), dir)\n\n  println(\"===========================\")\n\n  dir = TestUtils.tempDir()\n  bench(new RocksStore(dir), dir)\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/TestUtils.scala","text":"<reponame>ScorexProject\/iodb\npackage io.iohk.iodb\n\nimport java.io.File\nimport java.nio.ByteBuffer\nimport java.util.concurrent.{ExecutorService, TimeUnit}\nimport java.util.logging.Level\n\nimport scala.util.Random\n\n\/**\n  * test utilities\n  *\/\nobject TestUtils {\n\n\n  def dirSize(dir: File): Long = dir.listFiles().map(_.length()).sum\n\n  def tempDir(): File = {\n    val dir = new File(System.getProperty(\"java.io.tmpdir\") + File.separator + \"iodb\" + Math.random())\n    dir.mkdirs()\n    dir\n  }\n\n\n  def tempFile(): File = {\n    val ret = new File(System.getProperty(\"java.io.tmpdir\") + File.separator + \"iodb\" + Math.random())\n    ret.deleteOnExit()\n    return ret\n  }\n\n  def deleteRecur(dir: File): Unit = {\n    if (dir == null) return\n    val files = dir.listFiles()\n    if (files != null)\n      files.foreach(deleteRecur)\n    dir.delete()\n  }\n\n  \/** generates random byte[] of given size *\/\n  def randomA(size: Int = 32, random: Random = new Random()): ByteArrayWrapper = {\n    val b = new Array[Byte](size)\n    random.nextBytes(b)\n    ByteArrayWrapper(b)\n  }\n\n  \/** return value of  `-DlongTest=1` property, 0 if value is not defined, or 1 if its defined but not a number *\/\n  def longTest(): Long = {\n    var ret = 0L\n    try {\n      val prop = System.getProperty(\"longTest\")\n      if (prop != null) {\n        ret = 1\n        if (prop.matches(\"[0-9]+\")) {\n          ret = prop.toLong\n        }\n      }\n    } catch {\n      case _: Exception =>\n    }\n\n    ret\n  }\n\n  \/** Duration of long running tests.\n    * Its value is controlled by `-DlongTest=1` property, where the value is test runtime in minutes.\n    * By default tests run 5 seconds, but it can be increased by setting this property.\n    *\/\n  def endTimestamp(): Long =\n    5 * 1000 + longTest() * 60 * 1000 + System.currentTimeMillis()\n\n  \/** measures time it takes to execute function *\/\n  def runningTimeUnit(computation: => Unit): Long = {\n    val s = System.currentTimeMillis()\n    computation\n    System.currentTimeMillis() - s\n  }\n\n  \/** measures time it takes to execute function *\/\n  def runningTime[A](computation: => A): (Long, A) = {\n    val s = System.currentTimeMillis()\n    val res = computation\n    (System.currentTimeMillis() - s, res)\n  }\n\n  def fromLong(id: Long): ByteArrayWrapper = {\n    val b = ByteBuffer.allocate(8)\n    b.putLong(0, id)\n    ByteArrayWrapper(b.array())\n  }\n\n\n  def runnable(f: => Unit): Runnable =\n    return () => {\n      try {\n        f\n      } catch {\n        case e: Throwable => {\n          Utils.LOG.log(Level.SEVERE, \"Background task failed\", e)\n        }\n      }\n    }\n\n  def waitForFinish(exec: ExecutorService): Unit = {\n    exec.shutdown()\n    exec.awaitTermination(400, TimeUnit.DAYS)\n  }\n\n\n  def withTempDir(ff: (File) => Unit) {\n    val iFile = TestUtils.tempDir()\n    try {\n      ff(iFile)\n    } finally {\n      TestUtils.deleteRecur(iFile)\n    }\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/LevelDBStore.scala","text":"<gh_stars>100-1000\npackage io.iohk.iodb.bench\n\nimport java.io._\n\nimport io.iohk.iodb.Store.{K, V, VersionID}\nimport io.iohk.iodb.{ByteArrayWrapper, Store}\nimport org.iq80.leveldb._\nimport org.iq80.leveldb.impl._\n\n\/**\n  * Uses LevelDB backend\n  *\/\nclass LevelDBStore(val dir: File, val storeName: String = \"leveldb\") extends Store {\n\n  private val db: DB = {\n    val op = new Options()\n    op.createIfMissing(true)\n    Iq80DBFactory.factory.open(new File(dir, storeName), op)\n  }\n\n  private var lastVersion: Option[VersionID] = None\n\n  override def get(key: K): Option[V] = {\n    val b = db.get(key.data)\n    return if (b == null) None else Some(ByteArrayWrapper(b))\n  }\n\n  override def getAll(consumer: (K, V) => Unit): Unit = {\n    val iterator = db.iterator();\n    iterator.seekToFirst()\n    try {\n      while (iterator.hasNext) {\n        val n = iterator.next()\n        consumer(ByteArrayWrapper(n.getKey), ByteArrayWrapper(n.getValue))\n      }\n    } finally {\n      iterator.close();\n    }\n\n  }\n\n  override def clean(count: Int): Unit = ???\n\n  override def lastVersionID: Option[VersionID] = lastVersion\n\n  override def update(versionID: VersionID,\n                      toRemove: Iterable[K],\n                      toUpdate: Iterable[(K, V)]): Unit = {\n\n    val batch = db.createWriteBatch();\n    try {\n      toRemove.foreach(b => batch.delete(b.data))\n      for ((k, v) <- toUpdate) {\n        batch.put(k.data, v.data)\n      }\n      db.write(batch);\n    } finally {\n      \/\/ Make sure you close the batch to avoid resource leaks.\n      batch.close();\n    }\n\n  }\n\n  override def rollback(versionID: VersionID): Unit = ???\n\n  override def close(): Unit = {\n    db.close()\n  }\n\n\n  override def rollbackVersions(): Iterable[VersionID] = ???\n\n\n  override def verify(): Unit = ???\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/ShardedStore.scala","text":"package io.iohk.iodb\n\nimport java.io._\nimport java.util.concurrent.atomic.AtomicLong\nimport java.util.concurrent.locks.ReentrantLock\nimport java.util.concurrent._\n\nimport com.google.common.base.Strings\nimport com.google.common.io.Closeables\nimport io.iohk.iodb.Store.{K, V, VersionID}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ArrayBuffer\n\nclass ShardedStore(\n                    val dir: File,\n                    val keySize: Int = 32,\n                    val shardCount: Int = 20,\n                    \/\/unlimited thread executor, but the threads will exit faster to prevent memory leak\n                    val executor: Executor = new ThreadPoolExecutor(0, Integer.MAX_VALUE, 1, TimeUnit.SECONDS, new SynchronousQueue[Runnable]())\n                  ) extends Store {\n\n  val journal = new LogStore(keySize = keySize, dir = dir, filePrefix = \"journal\", executor = null)\n\n\n  val shards = new java.util.TreeMap[K, LogStore]()\n\n  \/** ensures that only single distribute task runs at a time *\/\n  private val distributeLock = new ReentrantLock()\n\n  @volatile private var isClosed = false\n\n  \/\/initialize shards\n  assert(shardCount > 0)\n  for (i <- 0 until shardCount) {\n    val key = ByteArrayWrapper(Utils.shardPrefix(shardCount, i, keySize))\n    val shard = new LogStore(keySize = keySize, dir = dir, filePrefix = \"shard_\" + i + \"_\", executor = null, compactEnabled = false)\n    shards.put(key, shard)\n  }\n\n  if (executor != null) {\n    def waitForStart(): Unit = {\n      \/\/wait initial time until store is initialized\n      var count = 60\n      while (count > 0 && !isClosed) {\n        count -= 1\n        Thread.sleep(1000)\n      }\n    }\n\n    \/\/start background compaction task\n    executor.execute(runnable {\n      waitForStart()\n      \/\/start loop\n      while (!isClosed) {\n        try {\n          \/\/find the most fragmented shard\n          val shard: LogStore = shards.values().asScala\n            .map { s => (s, s.unmergedUpdatesCounter.get()) }\n            .toBuffer\n            .sortBy { s: (LogStore, Long) => s._2 }\n            .reverse.head._1\n          if (shard.unmergedUpdatesCounter.get > 4) {\n            shard.taskCompact()\n          } else {\n            Thread.sleep(100)\n          }\n        } catch {\n          case e: Throwable => new ExecutionException(\"Background shard compaction task failed\", e).printStackTrace()\n        }\n      }\n    })\n\n    executor.execute(runnable {\n      waitForStart()\n      while (!isClosed) {\n        try {\n          if (journalUpdateCounter.incrementAndGet() > 10) {\n            journalUpdateCounter.set(0)\n            taskDistribute()\n          } else {\n            Thread.sleep(100)\n          }\n        } catch {\n          case e: Throwable => new ExecutionException(\"Background distribution task failed\", e).printStackTrace()\n        }\n      }\n    })\n  }\n\n\n  val journalUpdateCounter = new AtomicLong(0)\n\n  override def get(key: K): Option[V] = {\n    assert(key.size > 7)\n    val v = journal.getDistribute(key)\n    if (v._1.isDefined)\n      return v._1 \/\/value was found in journal\n    if (v._2.isEmpty)\n      return None \/\/map of shards was not found\n\n    val shardEntry = v._2.get\n\n    val shardPos = shardEntry.shards.floorEntry(key).getValue\n    val shard = shards.floorEntry(key).getValue\n\n    return shard.get(key = key, pos = shardPos)\n  }\n\n  override def getAll(consumer: (K, V) => Unit): Unit = {\n    \/\/FIXME content is loaded to heap\n    val (data, shardEntry) = journal.getAllDistribute()\n\n    if (shardEntry != null) {\n      shardEntry.shards.asScala.foreach { a =>\n        val shardKey = a._1\n        val shardPos = a._2\n        val shard = shards.get(shardKey)\n\n        shard.getAll({ (k, v) =>\n          data.putIfAbsent(k, v)\n        }, dropTombstone = true, startPos = shardPos)\n      }\n    }\n\n    data.asScala.foreach { p =>\n      if (!(p._2 eq Store.tombstone))\n        consumer(p._1, p._2)\n    }\n  }\n\n  override def clean(count: Int): Unit = {\n    \/\/TODO cleanup\n  }\n\n  override def lastVersionID: Option[VersionID] = {\n    journal.lastVersionID\n  }\n\n  override def update(versionID: VersionID, toRemove: Iterable[K], toUpdate: Iterable[(K, V)]): Unit = {\n    journal.update(versionID = versionID, toRemove = toRemove, toUpdate = toUpdate)\n  }\n\n  override def rollback(versionID: VersionID): Unit = {\n    \/\/TODO: there is a race condition between rolling back shards and updating journal\n\n    distributeLock.lock()\n    journal.appendLock.lock()\n    try {\n      journal.rollback(versionID)\n      \/\/find last distribute entry\n      val offsets = journal.loadUpdateOffsets(stopAtMerge = false, stopAtDistribute = false)\n      val distOffsets = offsets.filter(_.entryType == LogStore.headDistributeFinished)\n      \/\/ println(distOffsets.toBuffer)\n      \/\/if there is some, load its version ID and rollback all shards\n      if (!distOffsets.isEmpty) {\n        val de = journal.loadDistributeEntry(distOffsets.head.pos)\n        shards.asScala.foreach { a =>\n          val shardKey = a._1\n          val shard = a._2\n          val shardOffset = de.shards.get(shardKey)\n          shard.rollbackToOffset(shardOffset)\n        }\n      } else {\n        \/\/there is no distr entry, so remove all content from shards\n        shards.values().asScala.foreach { s =>\n          s.rollbackToZero()\n          assert(s.getAll().isEmpty)\n          assert(s.lastVersionID == None)\n        }\n\n      }\n    } finally {\n      journal.appendLock.unlock()\n      distributeLock.unlock()\n    }\n  }\n\n  override def close(): Unit = {\n    distributeLock.lock()\n    try {\n      isClosed = true\n      journal.close()\n      shards.values().asScala.foreach(_.close())\n    } finally {\n      distributeLock.unlock()\n    }\n  }\n\n  override def rollbackVersions(): Iterable[VersionID] = {\n    journal.rollbackVersions()\n  }\n\n  override def verify(): Unit = {\n    journal.verify()\n    shards.values().asScala.foreach(_.verify())\n  }\n\n\n  def taskDistribute(): Unit = {\n    distributeLock.lock()\n    try {\n      if (isClosed)\n        return\n\n      val (prev, pos) = journal.appendDistributePlaceholder()\n\n      val offsets = journal.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = true, startPos = pos)\n      if (offsets.isEmpty)\n        return\n      \/\/lock all files for reading\n      val files = offsets.map(o => (o.pos.fileNum, journal.fileLock(o.pos.fileNum))).toMap\n      try {\n\n        val offsets2 = offsets.filter(t => t.entryType == LogStore.headUpdate || t.entryType == LogStore.headMerge)\n        if (offsets2.isEmpty)\n          return\n        val versionID = journal.loadVersionID(offsets2.head.pos)\n\n        val dataset = journal\n          .loadKeyValues(offsets2, files, dropTombstones = false)\n        if (dataset.isEmpty)\n          return\n\n        val tmpFile = new File(dir, \"distribute\" + System.currentTimeMillis())\n        var out1 = new FileOutputStream(tmpFile)\n        var out2 = new DataOutputStream(new BufferedOutputStream(out1))\n        assert(tmpFile.exists())\n\n        val shardIter = shards.asScala.iterator\n        var curr: (K, LogStore) = shardIter.next()\n\n        val distributeEntryContent = new ArrayBuffer[(K, FilePos)]\n\n        def appendPair(next: (K, V)) {\n          def isTomb = next._2 eq Store.tombstone\n\n          out2.writeInt(next._1.size)\n          out2.writeInt(if (isTomb) -1 else next._2.size)\n          out2.write(next._1.data)\n          if (!isTomb)\n            out2.write(next._2.data)\n        }\n\n        def flushShard(nextShardKey: K): Unit = {\n          var next: (K, V) = null\n          \/\/collect keys, until next shard is reached\n          do {\n            next = if (dataset.hasNext) dataset.next() else null\n            if (next != null && (nextShardKey == null || next._1 < nextShardKey)) {\n              appendPair(next)\n            }\n          } while (next != null && (nextShardKey == null || next._1 < nextShardKey))\n\n          \/\/reached end of data, or next shard, flush current shard\n          out2.flush()\n          out2.close()\n          out1.close()\n\n          object iter extends Iterable[(K, V)] {\n            override def iterator(): Iterator[(K, V)] = {\n              var in0 = new FileInputStream(tmpFile)\n              val in = new DataInputStream(new BufferedInputStream(in0))\n\n              object i extends Iterator[(K, V)] {\n\n                var _next: (K, V) = null\n\n                override def hasNext = _next != null\n\n                override def next(): (K, V) = {\n                  val ret = _next;\n                  if (_next == null)\n                    throw new NoSuchElementException()\n\n                  advance()\n                  return ret\n                }\n\n                def advance(): Unit = {\n                  if (in0 == null) {\n                    _next = null\n                    return\n                  }\n\n                  try {\n                    val keySize = in.readInt()\n                    assert(keySize >= 0)\n\n                    val valueSize = in.readInt()\n                    assert(valueSize >= -1)\n\n                    val key = new K(keySize)\n                    in.readFully(key.data)\n\n                    val value = if (valueSize == -1) Store.tombstone else new V(valueSize)\n                    if (valueSize > 0)\n                      in.readFully(value.data)\n\n                    _next = (key, value)\n                  } catch {\n                    case eof: EOFException => {\n                      \/\/TODO better way to check for EOF\n                      in0.close() \/\/ release file resources\n                      in0 = null\n                    }\n                  }\n                }\n              }\n\n              i.advance()\n\n              return i\n            }\n          }\n          \/\/TODO versionID\n          val shardOffset = curr._2.updateDistribute(versionID = new K(0), data = iter, triggerCompaction = false)\n\n          distributeEntryContent += ((curr._1, shardOffset))\n\n          out1 = new FileOutputStream(tmpFile)\n          out2 = new DataOutputStream(new BufferedOutputStream(out1))\n          assert(tmpFile.length() == 0)\n\n          \/\/next belongs to next shard\n          if (next != null) {\n            appendPair(next)\n          }\n        }\n\n        \/\/iterate over shards\n        while (shardIter.hasNext) {\n          val next = shardIter.next()\n          flushShard(next._1)\n          curr = next\n        }\n        \/\/update last shard\n        flushShard(null)\n\n        out1.close()\n        tmpFile.delete()\n\n        \/\/append distribute entry into journal\n        val journalOffset = offsets.head.pos\n        \/\/ insert distribute entry into journal\n        val pos2: FilePos = journal.appendDistributeEntry(journalPos = pos,\n          prevPos = prev, versionID = versionID, shards = distributeEntryContent)\n        \/\/ insert alias, so , so it points to prev\n        journal.appendFileAlias(pos.fileNum, pos.offset, pos2.fileNum, pos2.offset, updateEOF = true)\n\n        journal.unmergedUpdatesCounter.set(0)\n      } finally {\n        for ((fileNum, fileHandle) <- files) {\n          if (fileHandle != null)\n            journal.fileUnlock(fileNum)\n        }\n      }\n    } finally {\n      distributeLock.unlock()\n    }\n  }\n\n\n  def printDirContent(dir: File = dir, out: PrintStream = System.out): Unit = {\n    if (!dir.exists() || !dir.isDirectory) {\n      out.println(\"Not a directory: \" + dir)\n      return\n    }\n\n\n    def printE(name: String, e: Any): Unit = {\n      out.println(Strings.padStart(name, 15, ' ') + \" = \" + e)\n    }\n\n    \/\/ loop over files in dir\n    for (f <- dir.listFiles(); if (f.isFile)) {\n      try {\n        out.println(\"\")\n        out.println(\"=== \" + f.getName + \" ===\")\n        val fileLength = f.length()\n        printE(\"file length\", fileLength)\n\n        \/\/ loop over log entries in file\n        val r = new RandomAccessFile(f, \"r\")\n        try {\n\n          while (r.getFilePointer < fileLength) {\n            out.println(\"----------------\")\n\n            printE(\"Entry offset\", r.getFilePointer)\n            val entrySize = r.readInt()\n            val entryEndOffset = r.getFilePointer - 4 + entrySize\n            printE(\"size\", entrySize)\n            val head = r.readByte()\n\n\n            def printLink(name: String): Unit = {\n              printE(name, r.readLong() + \":\" + r.readLong())\n            }\n\n            def printPrevLink(): Unit = {\n              printLink(\"prev\")\n            }\n\n            head match {\n              case LogStore.headUpdate => {\n                printE(\"head\", head + \" - Update\")\n                printPrevLink()\n                val keyCount = r.readInt()\n                val keySize = r.readInt()\n                printE(\"key count\", keyCount)\n                printE(\"key size\", keySize)\n              }\n\n              case LogStore.headMerge => {\n                printE(\"head\", head + \" - Merge\")\n                printPrevLink()\n\n                val keyCount = r.readInt()\n                val keySize = r.readInt()\n                printE(\"key count\", keyCount)\n                printE(\"key size\", keySize)\n              }\n\n              case LogStore.headDistributePlaceholder => {\n                printE(\"head\", head + \" - Distribute Placeholder\")\n                printPrevLink()\n              }\n\n              case LogStore.headDistributeFinished => {\n                printE(\"head\", head + \" - Distribute Finished\")\n                printPrevLink()\n                printLink(\"journal\")\n                val shardCount = r.readInt()\n\n                for (i <- 0 until shardCount) {\n                  out.println(\"\")\n                  printE(\"shard num\", i)\n                  printLink(\"shard\")\n                  val key = new K(keySize)\n                  r.readFully(key.data)\n                  printE(\"shard key\", key)\n                }\n              }\n\n              case LogStore.headAlias => {\n                printE(\"head\", head + \" - Alias\")\n                printPrevLink()\n                printLink(\"old\")\n                printLink(\"new\")\n              }\n\n              case _ => {\n                out.println(\" !!! UNKNOWN HEADER !!!\")\n              }\n\n            }\n\n            \/\/ seek to end of entry\n            r.seek(entryEndOffset)\n\n          }\n        } finally {\n          Closeables.close(r, true)\n        }\n\n\n      } catch {\n        case e: Exception => e.printStackTrace(out)\n      }\n    }\n\n\n  }\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/main\/scala\/io\/iohk\/iodb\/ByteArrayWrapper.scala","text":"package io.iohk.iodb\n\nimport java.io.Serializable\nimport java.nio.ByteBuffer\nimport java.util\n\nobject ByteArrayWrapper {\n\n  def fromLong(id: Long): ByteArrayWrapper = {\n    val b = ByteBuffer.allocate(8)\n    b.putLong(0, id)\n    ByteArrayWrapper(b.array())\n  }\n}\n\n\/**\n  * Wraps byte array and provides hashCode, equals and compare methods.\n  *\/\ncase class ByteArrayWrapper(data: Array[Byte])\n  extends Serializable\n    with Comparable[ByteArrayWrapper]\n    with Ordered[ByteArrayWrapper] {\n\n  \/** alternative constructor which takes array size and creates new empty array *\/\n  def this(size:Int) = this(new Array[Byte](size))\n\n  def size = data.length\n\n  require(data != null)\n\n  \/\/TODO wrapped data immutable?\n\n  override def equals(o: Any): Boolean =\n    o.isInstanceOf[ByteArrayWrapper] &&\n      util.Arrays.equals(data, o.asInstanceOf[ByteArrayWrapper].data)\n\n  override def hashCode: Int = Utils.byteArrayHashCode(data)\n\n  override def compareTo(o: ByteArrayWrapper): Int = Utils.BYTE_ARRAY_COMPARATOR.compare(this.data, o.data)\n\n  override def compare(that: ByteArrayWrapper): Int = compareTo(that)\n\n  override def toString: String = {\n    val v = if (size == 8) {\n      \/\/if size is 8, display as a number\n      Utils.getLong(data, 0).toString + \"L\"\n    } else {\n      javax.xml.bind.DatatypeConverter.printHexBinary(data)\n    }\n    getClass.getSimpleName + \"[\" + v + \"]\"\n  }\n}"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/RocksStore.scala","text":"<filename>src\/test\/scala\/io\/iohk\/iodb\/bench\/RocksStore.scala<gh_stars>100-1000\npackage io.iohk.iodb.bench\n\nimport java.io.File\nimport java.util.concurrent.locks.ReentrantReadWriteLock\n\nimport io.iohk.iodb.{ByteArrayWrapper, Store}\nimport org.rocksdb._\n\n\/**\n  * Uses RocksDB as backend\n  *\/\nclass RocksStore(val dir: File) extends Store {\n\n  import Store._\n  {\n    RocksDB.loadLibrary()\n  }\n\n  protected val db: RocksDB = {\n    val options: Options = new Options().setCreateIfMissing(true)\n    RocksDB.open(options, dir.getPath)\n  }\n\n  \/\/TODO snapshots?\n  protected var snapshots = new java.util.TreeMap[Long, Snapshot](java.util.Collections.reverseOrder[Long]())\n\n  \/\/TODO thread safe\n  private val lock = new ReentrantReadWriteLock()\n\n  \/\/TODO: versioning\n  private var version: VersionID = null\n\n\n  \/** returns value associated with key *\/\n  override def get(key: K): Option[V] = {\n    val ret = db.get(key.data)\n    if (ret == null) None else Some(ByteArrayWrapper(ret))\n  }\n\n  \/** returns versionID from last update, used when Scorex starts *\/\n  override def lastVersionID: Option[VersionID] = Some(version)\n\n  \/** update records and move to new version *\/\n  override def update(versionID: VersionID, toRemove: Iterable[K], toUpdate: Iterable[(K, V)]): Unit = {\n    for (key <- toRemove) {\n      db.remove(key.data)\n    }\n\n    for ((key, value) <- toUpdate) {\n      db.put(key.data, value.data)\n    }\n    db.flush(new FlushOptions().setWaitForFlush(true))\n    version = versionID\n  }\n\n\n  override def close(): Unit = {\n    db.close()\n  }\n\n\n\n  override def clean(count: Int): Unit = ???\n\n  override def rollback(versionID: VersionID): Unit = ???\n\n  override def getAll(consumer: (K, V) => Unit) = ???\n\n  override def rollbackVersions(): Iterable[VersionID] = ???\n\n  override def verify(): Unit = ???\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/ShardedIteratorTest.scala","text":"package io.iohk.iodb\n\nimport io.iohk.iodb.ShardedIterator._\nimport io.iohk.iodb.Store._\nimport io.iohk.iodb.TestUtils._\nimport org.junit.Test\nimport org.scalatest.Matchers._\n\nclass ShardedIteratorTest {\n\n  val k1 = fromLong(1)\n  val k2 = fromLong(2)\n  val k3 = fromLong(3)\n  val k4 = fromLong(4)\n\n  var iter: Iterator[(K, V)] = null\n\n  def assertEmpty(): Unit = {\n    iter.hasNext shouldBe false\n    assertThrows[NoSuchElementException] {\n      iter.next()\n    }\n  }\n\n  @Test def empty(): Unit = {\n    iter = distIter(journalIter = None.iterator, shardIters = List())\n    assertEmpty()\n  }\n\n\n  @Test def empty_journal_tombstone(): Unit = {\n    iter = distIter(\n      journalIter = List((k1, tombstone)).iterator,\n      shardIters = List())\n    assertEmpty()\n  }\n\n\n  @Test def one(): Unit = {\n    val list = List((k1, k1))\n    iter = distIter(\n      journalIter = list.iterator,\n      shardIters = List())\n    iter.toList shouldBe list\n    assertEmpty()\n  }\n\n\n  @Test def two(): Unit = {\n    val list = List((k1, k1), (k2, k2))\n    iter = distIter(\n      journalIter = list.iterator,\n      shardIters = List())\n    iter.toList shouldBe list\n    assertEmpty()\n  }\n\n\n  @Test def oneShard(): Unit = {\n    val list = List((k1, k1))\n    iter = distIter(\n      journalIter = None.iterator,\n      shardIters = List(list.iterator))\n    iter.toList shouldBe list\n    assertEmpty()\n  }\n\n\n  @Test def twoShard(): Unit = {\n    val list = List((k1, k1), (k2, k2))\n    iter = distIter(\n      journalIter = None.iterator,\n      shardIters = List(list.iterator))\n    iter.toList shouldBe list\n    assertEmpty()\n  }\n\n\n  @Test def twoShards(): Unit = {\n    val list1 = List((k1, k1), (k2, k2))\n    val list2 = List((k3, k3), (k4, k4))\n    iter = distIter(\n      journalIter = None.iterator,\n      shardIters = List(list1.iterator, list2.iterator))\n    iter.toList shouldBe list1 ::: list2\n    assertEmpty()\n  }\n\n\n  @Test def twoShardsPlus(): Unit = {\n    val list1 = List((k1, k1), (k2, k2))\n    val list2 = List((k3, k3), (k4, k4))\n    iter = distIter(\n      journalIter = List((k3, tombstone)).iterator,\n      shardIters = List(list1.iterator, list2.iterator))\n    iter.toList shouldBe List((k1, k1), (k2, k2), (k4, k4))\n    assertEmpty()\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/TestWithTempDir.scala","text":"<gh_stars>100-1000\npackage io.iohk.iodb\n\nimport java.io.File\n\nimport org.junit.{After, Before}\nimport org.scalatest.Assertions\n\ntrait TestWithTempDir extends Assertions {\n\n  var dir: File = _\n\n  def storeSize: Long = TestUtils.dirSize(dir)\n\n  @Before def init() {\n    dir = TestUtils.tempDir()\n  }\n\n  @After def deleteFiles(): Unit = {\n    if (dir == null) return\n    TestUtils.deleteRecur(dir)\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/smoke\/M1Test.scala","text":"<reponame>ScorexProject\/iodb<filename>src\/test\/scala\/io\/iohk\/iodb\/smoke\/M1Test.scala\npackage io.iohk.iodb.smoke\n\nimport java.io.{BufferedOutputStream, FileOutputStream}\nimport java.nio.ByteBuffer\nimport java.nio.channels.FileChannel\nimport java.nio.channels.FileChannel.MapMode\nimport java.nio.file.StandardOpenOption\n\nimport io.iohk.iodb.{ByteArrayWrapper, ShardedStore, Store, TestUtils}\nimport io.iohk.iodb.Store._\nimport TestUtils._\nimport io.iohk.iodb.Utils._\n\nimport scala.util.Random\nimport org.scalatest.Matchers._\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\n\/** tests inserts, updates, deletes and rollbacks *\/\nobject M1Test {\n\n  val defaultKeyCount = 1000000\n  val defaultDuration = 12L\n\n  val defaultShardCount = 16\n\n  val batchSize = 1e5.toLong\n\n  val defaultMaxReadsIncrement = 10000\n\n\n  def main(args: Array[String]): Unit = {\n\n\n    val keyCount = if(args.length>=1) args(0).toInt else defaultKeyCount\n    val duration = if(args.length>=2) args(1).toLong else defaultDuration\n    val shardCount = if(args.length>=3) args(2).toInt else defaultShardCount\n    val maxReads = if(args.length>=4) args(3).toInt else defaultMaxReadsIncrement\n\n    val dir = TestUtils.tempDir()\n\n    def dirSize() = dir.listFiles().map(_.length()).sum\n\n    def dirSizeGiga(): String = (dirSize().toDouble \/ 1e9) + \" GB\"\n\n\n    val store = new ShardedStore(dir = dir, keySize = 8, shardCount = shardCount)\n\n    try {\n      println(\"KeyCount: \" + keyCount)\n      println(\"Shard count: \" + shardCount)\n      println(\"Dir: \" + dir.getPath)\n\n      \/\/insert initial data\n      for (i <- 0L until keyCount by batchSize) {\n        val value = valueFromSeed(1)\n        val keyVals = (i until Math.min(keyCount, i + batchSize)).map(k => (fromLong(longHash(k)), value))\n\n        store.update(versionID = fromLong(-i), toUpdate = keyVals, toRemove = Nil)\n      }\n\n      val initRollbackVersionsSize = store.rollbackVersions().size\n\n      println(\"Store populated, dir size: \" + dirSizeGiga())\n\n      \/\/initialize reference file with given size:\n      \/\/ Reference file is used to calculate content of store.\n      \/\/ Each byte in file represents one key (byte offset is key value).\n      \/\/ Byte value at given offset represents seed value associated with given key, where 0 is deleted key\n      val refFile = createRefFile(keyCount, 1)\n\n      val endTime = System.currentTimeMillis() + duration * 3600 * 1000\n\n      var history = new mutable.ArrayBuffer[Long]()\n\n      val r = new Random()\n      while (System.currentTimeMillis() < endTime) {\n        if (history.size > 5 && r.nextInt(20) == 0) {\n          \/\/rollback\n          var cutOffset = r.nextInt(history.size - 2)\n          var versionID = fromLong(history(cutOffset))\n          history = history.take(cutOffset + 1)\n          store.rollback(versionID)\n          println(\"rollback\")\n\n          \/\/replay actions on reference file to match content of store\n          replayRefFile(refFile, history, keyCount)\n        } else {\n          val vlong = Math.abs(r.nextLong)\n          var version = fromLong(vlong)\n          \/\/update some keys and delete some existing keys\n\n          history.append(vlong)\n          val (toUpdate, toRemove) = alterFile(vlong, refFile, keyCount)\n\n          store.update(version, toUpdate = toUpdate, toRemove = toRemove)\n        }\n\n        if(r.nextInt(100)==0) {\n\n          \/\/verify store\n          store.rollbackVersions().toBuffer.drop(initRollbackVersionsSize) shouldBe history.map(fromLong(_))\n\n          val increment = Math.max(1.0, 1.0*keyCount\/maxReads).toInt\n          \/\/iterate over all keys in ref  file, ensure that store content is identical\n          for (offset <- 0 until keyCount) {\n            val seed = refFile.get(offset)\n            val value = if (seed == 0) None else Some(valueFromSeed(seed))\n            if (offset % increment == 0) {\n              val key = fromLong(longHash(offset))\n              \/\/ only check Nth elements\n              store.get(key) shouldBe value\n            }\n          }\n\n          println(\"Ver: \" + history.size + \" - disk size: \" + dirSizeGiga())\n        }\n      }\n\n    }finally{\n        deleteRecur(dir)\n        store.close()\n    }\n\n  }\n\n\n  def valueFromSeed(seed:Byte):ByteArrayWrapper = {\n    assert(seed!=0)\n    val random = new Random(seed)\n    val size = random.nextInt(100)\n    randomA(size=size, random)\n  }\n\n\n  \/*\n    *\/\n  def createRefFile(keyCount:Int, valueSeed:Byte):ByteBuffer = {\n    assert(keyCount<=Integer.MAX_VALUE, \"keyCount must be < 2G\")\n    val f = tempFile()\n    val fout = new FileOutputStream(f)\n    val bout = new BufferedOutputStream(fout)\n\n    \/\/fill with data\n    for(i <- 0L until keyCount){\n      bout.write(valueSeed)\n    }\n    bout.flush()\n    fout.close()\n\n    \/\/memory map\n    val channel = FileChannel.open(f.toPath, StandardOpenOption.READ, StandardOpenOption.WRITE)\n    val buf = channel.map(MapMode.READ_WRITE, 0, keyCount)\n    channel.close()\n\n    f.delete()\n    f.deleteOnExit()\n\n    return buf\n  }\n\n\n  def alterFile(v:Long, ref:ByteBuffer, keyCount:Int): (Iterable[(K,V)], Iterable[K]) ={\n    val r = new Random(v)\n    val updateSize = r.nextInt(2000)\n    val removeSize = r.nextInt(1000)\n\n    val keys = (0 until updateSize).map(i=>r.nextInt(keyCount)).toSet\n    val keyVals = keys.toBuffer.sorted.map { k =>\n      var seed = r.nextInt().toByte\n      if(seed==0) seed=1\n      ref.put(k, seed) \/\/update reference file\n      (fromLong(longHash(k)), valueFromSeed(seed))\n    }\n\n    \/\/find some keys for deletion\n    val keysToRemove = (0 until removeSize).map(i=>r.nextInt(keyCount))\n      .filter(ref.get(_)!=0)\n      .filter(!keys.contains(_))\n      .toSet.toBuffer.sorted.map { k =>\n      ref.put(k, 0) \/\/update reference file\n      fromLong(longHash(k))\n    }\n\n    (keyVals, keysToRemove)\n  }\n\n  def replayRefFile(refFile: ByteBuffer, history: ArrayBuffer[FileNum], keyCount:Int) = {\n    \/\/first fill with 1\n    for(offset <- 0 until keyCount){\n      refFile.put(offset, 1)\n    }\n    \/\/now replay all actions\n    for(version<-history){\n      alterFile(version, refFile, keyCount)\n    }\n  }\n\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/StoreTest.scala","text":"package io.iohk.iodb\n\nimport java.security.MessageDigest\nimport java.util.concurrent.atomic.{AtomicInteger, AtomicLong}\n\nimport io.iohk.iodb.Store.{K, V}\nimport io.iohk.iodb.TestUtils._\nimport org.junit.Assert.assertEquals\nimport org.junit.Test\n\nimport scala.collection.mutable\nimport scala.util.Random\nimport org.scalatest._\nimport Matchers._\nimport io.iohk.iodb.smoke.RandomRollbackTest\n\nabstract class StoreTest extends TestWithTempDir {\n\n  def open(keySize: Int = 32): Store\n\n\n  def testReopen(): Unit = {\n    var store = open(keySize = 8)\n    store.update(fromLong(1L), toUpdate = (1L to 100L).map(i => (fromLong(i), fromLong(i))), toRemove = Nil)\n    store.update(fromLong(2L), toUpdate = Nil, toRemove = (90L to 100L).map(fromLong))\n\n    def check(): Unit = {\n      (1L to 89L).foreach(i => assert(Some(fromLong(i)) == store.get(fromLong(i))))\n      store.verify()\n    }\n\n    check()\n    store.close()\n    store = open(keySize = 8)\n\n    check()\n\n    store.close()\n  }\n\n  @Test def none_last_versionID(): Unit = {\n    var s = open()\n    assert(s.lastVersionID == None)\n    s.close()\n    s = open()\n    assert(s.lastVersionID == None)\n    s.close()\n  }\n\n  @Test def get() {\n    val store = open(keySize = 32)\n\n    \/\/random testing\n    val r = new Random()\n    val data = (0 until 1000).map { i =>\n      val key = randomA(32)\n      val valSize = 10 + r.nextInt(100)\n      val value = randomA(valSize)\n      (key, value)\n    }.sortBy(_._1)\n\n    \/\/put\n    store.update(versionID = fromLong(1L), toUpdate = data, toRemove = Nil)\n\n    \/\/try to read all values\n    for ((key, value) <- data) {\n      assertEquals(Some(value), store.get(key))\n    }\n    \/\/try non existent\n    val nonExistentKey = randomA(32)\n    assertEquals(None, store.get(nonExistentKey))\n    store.verify()\n    store.close()\n  }\n\n\n  @Test def getMulti(): Unit = {\n    val store = open(keySize = 8)\n    for (i <- 1 to 1000) {\n      val b = fromLong(i)\n      store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n    }\n\n    for (i <- 1 to 1000) {\n      val b = fromLong(i)\n      store.get(b) shouldBe Some(b)\n    }\n    store.close()\n  }\n\n\n  @Test def get_getAll(): Unit = {\n    val store = open(keySize = 8)\n\n    val updated = mutable.HashMap[K, V]()\n    val removed = mutable.HashSet[K]()\n    for (i <- 0 until 10) {\n      \/\/generate random data\n      var toUpdate = (0 until 10).map(a => (randomA(8), randomA(40)))\n      var toRemove: List[K] = if (updated.isEmpty) Nil else updated.keys.take(2).toList\n      toRemove.foreach(updated.remove(_))\n\n      \/\/modify\n      store.update(fromLong(i), toUpdate = toUpdate, toRemove = toRemove)\n\n      removed ++= toRemove\n      updated ++= toUpdate\n\n      removed.foreach { k =>\n        assertEquals(store.get(k), None)\n      }\n      for ((k, v) <- updated) {\n        assertEquals(store.get(k), Some(v))\n      }\n    }\n\n    \/\/try to iterate over all items in store\n    val updated2 = mutable.HashMap[K, V]()\n\n    for ((key, value) <- store.getAll()) {\n      updated2.put(key, value)\n    }\n    updated.size shouldBe  updated2.size\n    assertEquals(updated, updated2)\n    store.verify()\n    store.close()\n  }\n\n\n  def makeKeyVal(key: Long, value: Long) = List((fromLong(key), fromLong(value)))\n\n  @Test def getVersions(): Unit = {\n    val store = open(keySize = 8)\n\n    val versions = (0L until 100).map(fromLong).toBuffer\n    val updates = makeKeyVal(1, 1)\n\n    for (version <- versions) {\n      store.update(versionID = version, toUpdate = updates, toRemove = Nil)\n      assertEquals(Some(fromLong(1L)), store.get(fromLong(1L)))\n      assertEquals(Some(version), store.lastVersionID)\n    }\n    val versions2 = store.rollbackVersions().toBuffer\n    assertEquals(versions, versions2)\n    store.verify()\n    store.close()\n  }\n\n  @Test def ropen(): Unit = {\n    var store = open(keySize = 8)\n\n    store.update(versionID = fromLong(1), toUpdate = makeKeyVal(1, 1), toRemove = Nil)\n    assertEquals(Some(fromLong(1)), store.lastVersionID)\n    assertEquals(Some(fromLong(1)), store.get(fromLong(1)))\n\n    store.verify()\n    store.close()\n    store = open(keySize = 8)\n    assertEquals(Some(fromLong(1)), store.lastVersionID)\n    assertEquals(Some(fromLong(1)), store.get(fromLong(1)))\n    store.verify()\n    store.close()\n  }\n\n  @Test def rollback(): Unit = {\n    var store = open(keySize = 8)\n\n    store.update(versionID = fromLong(1), toUpdate = makeKeyVal(1, 1), toRemove = Nil)\n    store.update(versionID = fromLong(2), toUpdate = makeKeyVal(1, 2), toRemove = Nil)\n    assertEquals(Some(fromLong(2)), store.lastVersionID)\n    assertEquals(Some(fromLong(2)), store.get(fromLong(1)))\n    store.rollback(fromLong(1))\n    assertEquals(Some(fromLong(1)), store.lastVersionID)\n    assertEquals(Some(fromLong(1)), store.get(fromLong(1)))\n\n    store.verify()\n    \/\/reopen, rollback should be preserved\n    store.close()\n    store = open(keySize = 8)\n    assertEquals(Some(fromLong(1)), store.lastVersionID)\n    assertEquals(Some(fromLong(1)), store.get(fromLong(1)))\n    store.verify()\n    store.close()\n  }\n\n  @Test def longRunningUpdates(): Unit = {\n    val cycles = 100 + 100000 * TestUtils.longTest()\n    val store = open(keySize = 8)\n    for (c <- 0L until cycles) {\n      val toUpdate = (0 until 100).map { k => (fromLong(k), fromLong(1)) }\n      store.update(versionID = fromLong(c), toUpdate = toUpdate, toRemove = Nil)\n      if (c % 2000 == 0) {\n        store.clean(1000)\n      }\n      assert(TestUtils.dirSize(dir) < 1e8)\n    }\n    store.verify()\n    store.close()\n  }\n\n  @Test def concurrent_updates(): Unit = {\n    if (TestUtils.longTest() <= 0)\n      return\n\n    val store = open(keySize = 8)\n    val threadCount = 8\n    val versionID = new AtomicLong(0)\n    val key = new AtomicLong(0)\n    val count: Long = 1e6.toLong\n\n    val exec = new ForkExecutor(1)\n    for (i <- 0 until threadCount) {\n      exec.execute {\n        var newVersion = versionID.incrementAndGet()\n        while (newVersion <= count) {\n          val newKey = key.incrementAndGet()\n          store.update(fromLong(newVersion), toUpdate = List((fromLong(newKey), fromLong(newKey))), toRemove = Nil)\n\n          newVersion = versionID.incrementAndGet()\n        }\n      }\n    }\n\n    \/\/wait for tasks to finish\n    exec.finish()\n\n    \/\/ensure all keys are present\n    val keys = (1L to count).map(fromLong(_)).toSet\n    val keys2 = store.getAll().map(_._1).toSet\n    assert(keys == keys2)\n\n    val versions = store.rollbackVersions().toSet\n    assert(keys == versions)\n    store.verify()\n    store.close()\n  }\n\n  @Test def concurrent_key_update(): Unit = {\n    val threadCount = 1\n    val duration = 100 * 1000; \/\/ in milliseconds\n\n    val exec = new ForkExecutor(duration)\n    val store: Store = open(keySize = 8)\n\n    for (i <- (1 to threadCount)) {\n      val key = TestUtils.fromLong(i)\n      exec.execute {\n        var counter = 1L\n        val r = new Random()\n        while (exec.keepRunning) {\n          val versionID2 = TestUtils.fromLong(r.nextLong())\n          val value = TestUtils.fromLong(counter)\n          store.update(versionID2, Nil, List((key, value)))\n          for (a <- (1 until 100)) { \/\/try more times, higher chance to catch merge\/distribute in progress\n            assert(store.get(key) == Some(value))\n          }\n\n          counter += 1\n        }\n      }\n    }\n    \/\/start cleanup thread\n    exec.execute {\n      while (exec.keepRunning) {\n        store.clean(1)\n      }\n    }\n\n    exec.finish()\n    store.close()\n  }\n\n\n  @Test def `quick store's lastVersionId should be None right after creation` {\n    val s = open()\n    assert(s.lastVersionID == None)\n    s.close()\n  }\n\n  @Test def `empty update rollback versions test` {\n    emptyUpdateRollbackVersions(blockStorage = open())\n  }\n\n  @Test def `consistent data after rollbacks test` {\n    dataAfterRollbackTest(blockStorage = open())\n  }\n\n\n\n  def dataAfterRollbackTest(blockStorage: Store): Unit = {\n\n    val data1 = generateBytes(20)\n    val data2 = generateBytes(20)\n    val data3 = generateBytes(20)\n\n    val block1 = BlockChanges(data1.head._1, Seq(), data1)\n    val block2 = BlockChanges(data2.head._1, Seq(), data2)\n    val block3 = BlockChanges(data3.head._1, Seq(), data3)\n\n    blockStorage.update(block1.id, block1.toRemove, block1.toInsert)\n    blockStorage.update(block2.id, block2.toRemove, block2.toInsert)\n    blockStorage.update(block3.id, block3.toRemove, block3.toInsert)\n\n    assert(blockStorage.lastVersionID == Some(block3.id))\n\n    def checkBlockExists(block: BlockChanges): Unit = block.toInsert.foreach{ case (k , v) =>\n      val valueOpt = blockStorage.get(k)\n      assert(valueOpt.isDefined)\n      assert(valueOpt.contains(v))\n    }\n\n    def checkBlockNotExists(block: BlockChanges): Unit = block.toInsert.foreach{ case (k , _) =>\n      assert(blockStorage.get(k) == None)\n    }\n\n    checkBlockExists(block1)\n    checkBlockExists(block2)\n    checkBlockExists(block3)\n\n    blockStorage.rollback(block2.id)\n\n    checkBlockExists(block1)\n    checkBlockExists(block2)\n    checkBlockNotExists(block3)\n\n    blockStorage.update(block3.id, block3.toRemove, block3.toInsert)\n\n    checkBlockExists(block1)\n    checkBlockExists(block2)\n    checkBlockExists(block3)\n\n    blockStorage.rollback(block1.id)\n\n    checkBlockExists(block1)\n    checkBlockNotExists(block2)\n    checkBlockNotExists(block3)\n\n    blockStorage.update(block2.id, block2.toRemove, block2.toInsert)\n    blockStorage.update(block3.id, block3.toRemove, block3.toInsert)\n\n    checkBlockExists(block1)\n    checkBlockExists(block2)\n    checkBlockExists(block3)\n    blockStorage.close()\n  }\n\n\n  def emptyUpdateRollbackVersions(blockStorage: Store): Unit = {\n    assert(blockStorage.rollbackVersions().size == 0)\n\n    val version1 = ByteArrayWrapper(\"version1\".getBytes)\n    blockStorage.update(version1, Seq(), Seq())\n    assert(blockStorage.rollbackVersions().size == 1)\n\n    val version2 = ByteArrayWrapper(\"version2\".getBytes)\n    blockStorage.update(version2, Seq(), Seq())\n    assert(blockStorage.rollbackVersions().size == 2)\n    blockStorage.close()\n  }\n\n  case class BlockChanges(id: ByteArrayWrapper,\n                          toRemove: Seq[ByteArrayWrapper],\n                          toInsert: Seq[(ByteArrayWrapper, ByteArrayWrapper)])\n\n  def hash(b: Array[Byte]): Array[Byte] = MessageDigest.getInstance(\"SHA-256\").digest(b)\n\n  def randomBytes(): ByteArrayWrapper = ByteArrayWrapper(hash(Random.nextString(16).getBytes))\n\n  def generateBytes(howMany: Int): Seq[(ByteArrayWrapper, ByteArrayWrapper)] = {\n    (0 until howMany).map(i => (randomBytes(), randomBytes()))\n  }\n\n\n  @Test def doubleRollbackTest: Unit ={\n    val s = open()\n    val data = generateBytes(100)\n    val block1 = BlockChanges(data.head._1, Seq(), data.take(50))\n    val block2 = BlockChanges(data(51)._1, data.map(_._1).take(20), data.slice(51, 61))\n    val block3 = BlockChanges(data(61)._1, data.map(_._1).slice(20, 30), data.slice(61, 71))\n    s.update(block1.id, block1.toRemove, block1.toInsert)\n    s.update(block2.id, block2.toRemove, block2.toInsert)\n    s.get(block2.id) shouldBe Some(data(51)._2)\n    s.rollbackVersions() shouldBe List(block1.id, block2.id)\n    s.lastVersionID.get shouldBe block2.id\n    s.rollback(block1.id)\n    s.get(block1.id) shouldBe Some(data.head._2)\n    s.get(block2.id) shouldBe None\n\n    s.lastVersionID.get shouldBe block1.id\n    s.rollbackVersions() shouldBe List(block1.id)\n\n    s.update(block3.id, block3.toRemove, block3.toInsert)\n    s.get(block3.id) shouldBe Some(data(61)._2)\n    s.lastVersionID.get shouldBe block3.id\n    s.rollbackVersions() shouldBe List(block1.id, block3.id)\n\n    s.rollback(block1.id)\n    s.get(block1.id) shouldBe Some(data.head._2)\n    s.get(block2.id) shouldBe None\n    s.get(block3.id) shouldBe None\n    s.lastVersionID.get shouldBe block1.id\n    s.rollbackVersions() shouldBe List(block1.id)\n    s.close()\n  }\n\n  @Test def test_random_rollback(): Unit ={\n    RandomRollbackTest.test(open())\n  }\n\n  @Test def idle_store(): Unit ={\n    val s = open()\n    Thread.sleep(10000)\n    s.close()\n  }\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/smoke\/RandomRollbackTest.scala","text":"package io.iohk.iodb.smoke\n\nimport io.iohk.iodb.Store._\nimport io.iohk.iodb.TestUtils._\nimport io.iohk.iodb.{ByteArrayWrapper, Store}\nimport org.scalatest.Matchers._\n\nimport scala.collection.mutable\nimport scala.util.Random\n\n\/**\n  * Randomly inserts data and performs rollback\n  *\/\nobject RandomRollbackTest {\n\n  val randomSeed = 111\n  val loops = 100\n  val keepVersions = 100\n\n  val maxRemoveBatchSize = 20\n\n  val maxInsertBatchSize = 200\n\n  def test(store:Store): Unit = {\n\n    val r = new Random(randomSeed)\n\n    def randomBuf: ByteArrayWrapper = {\n      val b = new ByteArrayWrapper(32)\n      r.nextBytes(b.data)\n      b\n    }\n\n    val history = new mutable.TreeMap[Long, (Map[K, V], Set[K])]()\n    var inserted = Map[K, V]()\n    var removed = Set[K]()\n    var version = 1L\n\n    \/\/    , keepVersions = keepVersions)\n    \/\/      maxJournalEntryCount = 1000, splitSize = 1000, maxFileSize = 64000, executor = null)\n\n    for (i <- 0 until loops) {\n      \/\/randomly switch between actions\n      val a = r.nextInt(100)\n      if (a < 3 && history.size > 2) {\n        \/\/perform rollback\n        version = r.shuffle(history.keys.dropRight(1)).head\n        inserted = history(version)._1\n        removed = history(version)._2\n\n        \/\/remove unused items from history\n        history.keys.foreach(v => if (v > version) history.remove(v))\n        store.rollback(fromLong(version))\n      } else if (a < 6 && history.size > 4) {\n        \/\/perform cleanup\n        store.clean(keepVersions)\n      } else {\n        \/\/insert data\n        val toUpdate =\n          (0 until r.nextInt(maxInsertBatchSize))\n            .map(i => (randomBuf, randomBuf))\n            .filter(a => !removed.contains(a._1))\n            .toMap\n\n        val toRemove = r.shuffle(inserted.keys)\n          .take(r.nextInt(maxRemoveBatchSize))\n          .filter(!toUpdate.contains(_))\n\n        version += 1\n        store.update(versionID = fromLong(version), toRemove = toRemove, toUpdate = toUpdate)\n\n        for (k <- toRemove)\n          assert(store.get(k) == None)\n\n        inserted = inserted.++(toUpdate).--(toRemove)\n        removed ++= toRemove\n        \/\/check this version is biggest\n        assert(history.keys.forall(_ < version))\n        history.put(version, (inserted, removed))\n        \/\/cut history so it has maximally 'keepVersions' entries\n        history.keys\n          .take(Math.max(0, history.size - keepVersions))\n          .toBuffer\n          .foreach(history.remove(_))\n      }\n\n      assert(Some(fromLong(version)) == store.lastVersionID)\n\n      \/\/check current state matches store\n      for ((k, v) <- inserted) {\n        assert(store.get(k) == Some(v))\n      }\n      for (k <- removed) {\n        assert(store.get(k) == None)\n      }\n      store.verify()\n\n      val versionsFromStore = store.rollbackVersions().toBuffer.sorted.takeRight(history.size)\n      val versionsFromHistory = history.keySet.map(fromLong(_)).toBuffer\n\n      versionsFromStore shouldBe versionsFromHistory\n\n      val getAll = store.getAll()\n      val b1 = getAll.toBuffer.sortBy[ByteArrayWrapper](_._1).toBuffer\n      val b2 = inserted.toBuffer.sortBy[ByteArrayWrapper](_._1).toBuffer\n      b1.size shouldBe b2.size\n      b1 shouldBe b2\n\n    }\n    store.close()\n  }\n\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/LongBench.scala","text":"package io.iohk.iodb.bench\n\nimport java.io.File\nimport java.util.concurrent.TimeUnit\n\nimport io.iohk.iodb.{ByteArrayWrapper, QuickStore, Store, TestUtils}\nimport org.junit.Assert._\n\nimport scala.util.Random\n\n\/**\n  * Long running benchmark to test store scalability under continuous use.\n  *\/\nobject LongBench {\n\n  case class Config(\n                     keyCount: Long = 1e7.toLong,\n                     batchSize: Int = 10000,\n                     keySize: Int = 32,\n                     minValueSize: Int = 32,\n                     maxValueSize: Int = 128,\n                     randomSeed: Int = new Random().nextInt(),\n                     duration: Long = TimeUnit.HOURS.toMillis(1),\n                     maxStoreDirSize: Double = 1e9 * 100) {\n    assert(keyCount % batchSize == 0)\n  }\n\n  def randomPair(r: Random, config: Config): (ByteArrayWrapper, ByteArrayWrapper) = {\n    val valueSize = config.minValueSize + r.nextInt(config.maxValueSize - config.minValueSize)\n    (TestUtils.randomA(size = config.keySize, random = r), TestUtils.randomA(size = valueSize, random = r))\n  }\n\n  def checkDirSize(dir: File, config: Config): Unit = {\n    val dirSize = TestUtils.dirSize(dir)\n    if (dirSize > config.maxStoreDirSize) {\n      throw new Error(\"Store too big, size is \" + (dirSize \/ 1e9) + \" GB\")\n    }\n  }\n\n  def printVal(name: String, value: Long): Unit = {\n    printf(name + \" %,d \\n\", value)\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(\"max heap \" + Runtime.getRuntime.maxMemory() \/ 1e9.toLong + \" GB\")\n    val dir = TestUtils.tempDir()\n    val dirClean = new File(dir, \"clean\")\n    dirClean.mkdirs()\n\n    val storeFab = { f: File => new QuickStore(f) }\n\n    val config = new Config()\n\n    printf(\"Key Count %,d \\n\", config.keyCount)\n\n    \/\/fill store with N keysunti l\n    var time = System.currentTimeMillis()\n    var store: Store = storeFab(dirClean)\n    var r = new Random(config.randomSeed)\n    for (i <- 0L until config.keyCount by config.batchSize) {\n      val toUpdate = (i until i + config.batchSize).map { i => randomPair(r, config) }.toBuffer\n      store.update(\n        versionID = TestUtils.fromLong(i),\n        toRemove = Nil,\n        toUpdate = toUpdate\n      )\n      checkDirSize(dirClean, config)\n    }\n    store.close()\n\n    time = System.currentTimeMillis() - time\n    printVal(\"Insert\", time)\n    printVal(\"Size\", TestUtils.dirSize(dirClean))\n\n\n    \/\/ now we have store with data in `dirClean`\n    \/\/ run readonly benchmark\n    store = storeFab(dirClean)\n\n    val readSpeed = readBench(store, config)\n    printVal(\"Read: \", readSpeed)\n\n\n    val reupdateSpeed = reupdateBench(store, config, dirClean)\n    printVal(\"Reupdate: \", reupdateSpeed)\n\n    TestUtils.deleteRecur(dir)\n\n  }\n\n  def readBench(store: Store, config: Config): Long = {\n    val startTime = System.currentTimeMillis()\n    var counter = 0L\n    while (true) {\n      val r = new Random(config.randomSeed)\n\n      for (i <- 0L until config.keyCount) {\n        counter += 1\n\n        val curTime = System.currentTimeMillis()\n        if (curTime > startTime + config.duration)\n          return 1000 * counter \/ (curTime - startTime)\n\n        val (key, value) = randomPair(r, config)\n        assertEquals(Some(value), store.get(key))\n      }\n    }\n    return -1L\n  }\n\n\n  def reupdateBench(store: Store, config: Config, dir: File): Long = {\n    val startTime = System.currentTimeMillis()\n    var counter = 0L\n    while (true) {\n      var r = new Random(config.randomSeed)\n      for (i <- 0L until config.keyCount by config.batchSize) {\n        val toUpdate = (i until i + config.batchSize).map { i => randomPair(r, config) }.toBuffer\n        store.update(\n          versionID = TestUtils.fromLong(i),\n          toRemove = Nil,\n          toUpdate = toUpdate\n        )\n        checkDirSize(dir, config)\n        val curTime = System.currentTimeMillis()\n\n        counter += 1\n        if (curTime > startTime + config.duration)\n          return 1000 * counter \/ (curTime - startTime)\n\n      }\n\n    }\n    return -1L\n  }\n\n\n  def updateBench(store: Store, config: Config, dir: File): Long = {\n    val startTime = System.currentTimeMillis()\n    var counter = 0L\n    while (true) {\n      var r = new Random(config.randomSeed + 1)\n      for (i <- 0L until config.keyCount by config.batchSize) {\n        val toUpdate = (i until i + config.batchSize).map { i => randomPair(r, config) }.toBuffer\n        store.update(\n          versionID = TestUtils.fromLong(i),\n          toRemove = Nil,\n          toUpdate = toUpdate\n        )\n        checkDirSize(dir, config)\n        val curTime = System.currentTimeMillis()\n\n        counter += 1\n        if (curTime > startTime + config.duration)\n          return 1000 * counter \/ (curTime - startTime)\n\n      }\n\n    }\n    return -1L\n  }\n}\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/bench\/InitialProcessing.scala","text":"<reponame>ScorexProject\/iodb<filename>src\/test\/scala\/io\/iohk\/iodb\/bench\/InitialProcessing.scala\npackage io.iohk.iodb.bench\n\nimport java.io.File\n\nimport ch.qos.logback.classic.LoggerContext\nimport io.iohk.iodb.{ByteArrayWrapper, ShardedStore, Store, TestUtils}\nimport org.slf4j.LoggerFactory\n\n\/**\n  * Performance benchmark utility simulating initial blockchain processing\n  *\/\nobject InitialProcessing extends Benchmark {\n  val Milestones = Seq(1000, 5000, 10000, 50000, 100000, 250000, 500000, 750000, 1000000)\n\n  val Inputs = 5500\n  \/\/average number of inputs per block\n  val Outputs = 6000 \/\/average number of outputs per block\n\n  def bench(store: Store, dir: File): Unit = {\n    println(s\"Store: $store\")\n\n    Milestones.foldLeft((0, 0L, Seq[ByteArrayWrapper]())) {\n      case ((prevMilestone, prevTime, prevCache), milestone) =>\n        val (time, newCache) = TestUtils.runningTime {\n          (prevMilestone + 1 to milestone).foldLeft(prevCache) { case (cache, version) =>\n            processBlock(version, store, Inputs, Outputs, cache).get.take(Inputs * 100)\n          }\n        }\n        val newTime = prevTime + time\n        println(s\"Time  to get to $milestone: $time\")\n        (milestone, newTime, newCache)\n    }\n\n    store.close()\n    TestUtils.deleteRecur(dir)\n  }\n\n  def main(args: Array[String]): Unit = {\n    \/\/switching off logging\n    val context = LoggerFactory.getILoggerFactory.asInstanceOf[LoggerContext]\n    context.stop()\n\n    var dir = TestUtils.tempDir()\n    bench(new ShardedStore(dir, keySize = KeySize), dir)\n\n    System.gc()\n    Thread.sleep(15000)\n    println(\"======================================\")\n\n    dir = TestUtils.tempDir()\n    bench(new RocksStore(dir), dir)\n  }\n}"}
{"repo_name":"ScorexProject\/iodb","path":"build.sbt","text":"import _root_.sbt.Keys._\n\norganization := \"org.scorexfoundation\"\n\nname := \"iodb\"\n\nversion := \"0.4.0\"\n\nscalaVersion := \"2.12.3\"\n\nlibraryDependencies ++= Seq(\n  \"com.google.guava\" % \"guava\" % \"19.0\",\n  \"net.jpountz.lz4\" % \"lz4\" % \"1.3.0\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.+\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\",\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.0\" % \"test\",\n  \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\" % \"test\",\n  \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\",\n  \"org.rocksdb\" % \"rocksdbjni\" % \"4.5.1\" % \"test\",\n  \"org.iq80.leveldb\" % \"leveldb\" % \"0.9\" % \"test\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.+\" % \"test\"\n)\n\nlicenses := Seq(\"CC0\" -> url(\"https:\/\/creativecommons.org\/publicdomain\/zero\/1.0\/legalcode\"))\n\nhomepage := Some(url(\"https:\/\/github.com\/ScorexProject\/iodb\"))\n\nresolvers ++= Seq(\"Sonatype Releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/\",\n  \"SonaType\" at \"https:\/\/oss.sonatype.org\/content\/groups\/public\",\n  \"Typesafe maven releases\" at \"http:\/\/repo.typesafe.com\/typesafe\/maven-releases\/\")\n\nfork in run := true\n\njavaOptions in run ++= Seq(\"-Xmx1G\")\n\npublishMavenStyle := true\n\npublishArtifact in Test := false\n\npublishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (isSnapshot.value)\n    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else\n    Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\npomIncludeRepository := { _ => false }\n\npomExtra :=\n  <scm>\n    <url><EMAIL>:ScorexProject\/iodb.git<\/url>\n    <connection>scm:git:<EMAIL>:ScorexProject\/iodb.git<\/connection>\n  <\/scm>\n    <developers>\n      <developer>\n        <id>kushti<\/id>\n        <name><NAME><\/name>\n        <url>http:\/\/chepurnoy.org\/<\/url>\n      <\/developer>\n      <developer>\n        <id>jan<\/id>\n        <name><NAME><\/name>\n      <\/developer>\n    <\/developers>\n"}
{"repo_name":"ScorexProject\/iodb","path":"src\/test\/scala\/io\/iohk\/iodb\/ShardedStoreTest.scala","text":"<filename>src\/test\/scala\/io\/iohk\/iodb\/ShardedStoreTest.scala\npackage io.iohk.iodb\n\nimport io.iohk.iodb.Store._\nimport org.junit.Test\nimport org.scalatest.Matchers._\n\nimport scala.collection.JavaConverters._\n\nclass ShardedStoreTest extends StoreTest {\n\n  override def open(keySize: Int) = new ShardedStore(dir = dir, keySize = keySize)\n\n  @Test def distribute_flushes_log(): Unit = {\n    val store = open(keySize = 8)\n\n    for (i <- (0L until 10L)) {\n      val b = TestUtils.fromLong(i)\n      store.update(versionID = b, toRemove = Nil, toUpdate = List((b, b)))\n    }\n    assert(store.journal.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = false).size > 1)\n    store.taskDistribute()\n    assert(store.journal.loadUpdateOffsets(stopAtMerge = true, stopAtDistribute = true).size == 1)\n    store.close()\n  }\n\n  @Test def get_after_dist(): Unit = {\n    val store = open(keySize = 8)\n\n    def check(shift: Int, inc: Int): Unit = {\n      for (i <- (0L until 10L)) {\n        val b = TestUtils.fromLong(i + shift)\n        assert(Some(TestUtils.fromLong(i + inc)) == store.get(b))\n      }\n\n    }\n\n    def update(shift: Int, inc: Int): Unit = {\n      for (i <- (0L until 10L)) {\n        val b = TestUtils.fromLong(i + shift)\n        val value = TestUtils.fromLong(i + inc)\n        store.update(versionID = b, toRemove = Nil, toUpdate = List((b, value)))\n      }\n    }\n\n    update(0, 0)\n    check(0, 0)\n    store.taskDistribute()\n    check(0, 0)\n    update(100, 1)\n    check(0, 0)\n    check(100, 1)\n    update(0, 10)\n    check(0, 10)\n    store.close()\n  }\n\n\n  @Test def shard_count(): Unit = {\n    val s = new ShardedStore(dir = dir, shardCount = 10, keySize = 8, executor = null)\n    s.shards.size() shouldBe 10\n    s.shards.asScala.values.toSet.size shouldBe 10\n\n    \/\/insert random data\n    val data: Seq[(K, V)] = (1 until 10000).map(i => (TestUtils.randomA(8), TestUtils.randomA(3))).toBuffer\n    val sorted = data.sortBy(_._1)\n    s.update(TestUtils.fromLong(1), toUpdate = data, toRemove = Nil)\n    s.getAll().toBuffer.size shouldBe sorted.size\n    s.getAll().toBuffer shouldBe sorted\n\n    s.taskDistribute()\n\n    s.getAll().toBuffer.size shouldBe sorted.size\n    s.getAll().toBuffer shouldBe sorted\n\n    \/\/test all shards are not empty\n    for (shard <- s.shards.values().asScala) {\n      assert(shard.getAll().toBuffer.size > 0)\n    }\n    s.close()\n  }\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"barneshut\/src\/main\/scala\/barneshut\/Interfaces.scala","text":"package barneshut\n\nimport conctrees.ConcBuffer\n\n\/\/ Interfaces used by the grading infrastructure. Do not change signatures\n\/\/ or your submission will fail with a NoSuchMethodError.\n\ntrait SectorMatrixInterface {\n  def +=(b: Body): SectorMatrix\n  def combine(that: SectorMatrix): SectorMatrix\n  def apply(x: Int, y: Int): ConcBuffer[Body]\n}\n\ntrait QuadInterface {\n  def massX: Float\n  def massY: Float\n  def mass: Float\n  def centerX: Float\n  def centerY: Float\n  def size: Float\n  def total: Int\n  def insert(b: Body): Quad\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/src\/test\/scala\/kmeans\/KMeansSuite.scala","text":"package kmeans\n\nimport java.util.concurrent._\nimport scala.collection.{mutable, Map, Seq}\nimport scala.collection.parallel.{ParMap, ParSeq}\nimport scala.collection.parallel.CollectionConverters._\nimport scala.math._\nimport org.junit._\nimport org.junit.Assert.assertEquals\n\nclass KMeansSuite {\n  object KM extends KMeans\n  import KM._\n\n  def checkClassify(points: Seq[Point], means: Seq[Point], expected: Map[Point, Seq[Point]]): Unit =\n    assertEquals(expected, classify(points, means))\n\n  @Test def `'classify should work for empty 'points' and empty 'means'`: Unit = {\n    val points: Seq[Point] = IndexedSeq()\n    val means: Seq[Point] = IndexedSeq()\n    val expected = Map[Point, Seq[Point]]()\n    checkClassify(points, means, expected)\n  }\n\n  @Test def `'classify' should work for empty 'points' and 'means' == Seq(Point(1,1,1))`: Unit = {\n    val points: Seq[Point] = IndexedSeq()\n    val mean = new Point(1, 1, 1)\n    val means: Seq[Point] = IndexedSeq(mean)\n    val expected = Map[Point, Seq[Point]]((mean, Seq()))\n    checkClassify(points, means, expected)\n  }\n\n  @Test def `'classify' should work for 'points' == Seq((1, 1, 0), (1, -1, 0), (-1, 1, 0), (-1, -1, 0)) and 'means' == Seq((0, 0, 0))`: Unit = {\n    val p1 = new Point(1, 1, 0)\n    val p2 = new Point(1, -1, 0)\n    val p3 = new Point(-1, 1, 0)\n    val p4 = new Point(-1, -1, 0)\n    val points: Seq[Point] = IndexedSeq(p1, p2, p3, p4)\n    val mean = new Point(0, 0, 0)\n    val means: Seq[Point] = IndexedSeq(mean)\n    val expected = Map((mean, Seq(p1, p2, p3, p4)))\n    checkClassify(points, means, expected)\n  }\n\n  @Test def `'classify' should work for 'points' == Seq((1, 1, 0), (1, -1, 0), (-1, 1, 0), (-1, -1, 0)) and 'means' == Seq((1, 0, 0), (-1, 0, 0))`: Unit = {\n    val p1 = new Point(1, 1, 0)\n    val p2 = new Point(1, -1, 0)\n    val p3 = new Point(-1, 1, 0)\n    val p4 = new Point(-1, -1, 0)\n    val points: Seq[Point] = IndexedSeq(p1, p2, p3, p4)\n    val mean1 = new Point(1, 0, 0)\n    val mean2 = new Point(-1, 0, 0)\n    val means: Seq[Point] = IndexedSeq(mean1, mean2)\n    val expected = Map((mean1, Seq(p1, p2)), (mean2, Seq(p3, p4)))\n    checkClassify(points, means, expected)\n  }\n\n  def checkParClassify(points: ParSeq[Point], means: ParSeq[Point], expected: ParMap[Point, ParSeq[Point]]): Unit = {\n    assertEquals(s\"classify($points, $means) should equal to $expected\", expected, classify(points, means))\n  }\n\n  @Test def `'classify' with data parallelism should work for empty 'points' and empty 'means'`: Unit = {\n    val points: ParSeq[Point] = IndexedSeq().par\n    val means: ParSeq[Point] = IndexedSeq().par\n    val expected = ParMap[Point, ParSeq[Point]]()\n    checkParClassify(points, means, expected)\n  }\n\n}\n\n\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"barneshut\/assignment.sbt","text":"\/\/ Student tasks (i.e. submit, packageSubmission)\nenablePlugins(StudentTasks)\n\ncourseraId := ch.epfl.lamp.CourseraId(\n  key = \"<KEY>\",\n  itemId = \"z1ugn\",\n  premiumItemId = Some(\"xGkV0\"),\n  partId = \"ep95q\"\n)\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"example\/assignment.sbt","text":"<reponame>codingkapoor\/scala-parallel-programming\n\/\/ Student tasks (i.e. submit, packageSubmission)\nenablePlugins(StudentTasks)\n\ncourseraId := ch.epfl.lamp.CourseraId(\n  key = <KEY>\",\n  itemId = \"gM5y4\",\n  premiumItemId = None,\n  partId = \"WGx0f\"\n)\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/assignment.sbt","text":"\/\/ Student tasks (i.e. submit, packageSubmission)\nenablePlugins(StudentTasks)\n\ncourseraId := ch.epfl.lamp.CourseraId(\n  key = \"<KEY>\",\n  itemId = \"Olt0g\",\n  premiumItemId = Some(\"akLxD\"),\n  partId = \"mz8iL\"\n)\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"reductions\/src\/main\/scala\/reductions\/ParallelParenthesesBalancing.scala","text":"package reductions\n\nimport scala.annotation._\nimport org.scalameter._\n\nobject ParallelParenthesesBalancingRunner {\n\n  @volatile var seqResult = false\n\n  @volatile var parResult = false\n\n  val standardConfig = config(\n    Key.exec.minWarmupRuns -> 40,\n    Key.exec.maxWarmupRuns -> 80,\n    Key.exec.benchRuns -> 120,\n    Key.verbose -> true\n  ) withWarmer(new Warmer.Default)\n\n  def main(args: Array[String]): Unit = {\n    val length = 100000000\n    val chars = new Array[Char](length)\n    val threshold = 10000\n    val seqtime = standardConfig measure {\n      seqResult = ParallelParenthesesBalancing.balance(chars)\n    }\n    println(s\"sequential result = $seqResult\")\n    println(s\"sequential balancing time: $seqtime\")\n\n    val fjtime = standardConfig measure {\n      parResult = ParallelParenthesesBalancing.parBalance(chars, threshold)\n    }\n    println(s\"parallel result = $parResult\")\n    println(s\"parallel balancing time: $fjtime\")\n    println(s\"speedup: ${seqtime.value \/ fjtime.value}\")\n  }\n}\n\nobject ParallelParenthesesBalancing extends ParallelParenthesesBalancingInterface {\n\n  \/** Returns `true` iff the parentheses in the input `chars` are balanced.\n   *\/\n  def balance(chars: Array[Char]): Boolean = {\n    @tailrec\n    def balanceR(index: Int, res: Int): Boolean = {\n      if (index == chars.length) {\n        if (res == 0) true\n        else false\n      } else {\n        if (res < 0) false\n        else {\n          if (chars(index) == '(') balanceR(index + 1, res + 1)\n          else if (chars(index) == ')') balanceR(index + 1, res - 1)\n          else balanceR(index + 1, res)\n        }\n      }\n    }\n\n    balanceR(0, 0)\n  }\n\n  \/** Returns `true` iff the parentheses in the input `chars` are balanced.\n   *\n   *                                             PASS\n   *                                         \"()(())\" Nil\n   *              \"()(\" List(1)                                       \"())\" List(-1)\n   *   \"(\" List(1)             \")(\" List(-1, 1)            \"(\" List(1)             \"))\" List(-1, -1)\n   *               \")\" List(-1)               \"(\" List(1)               \")\" List(-1)               \")\" List(-1)\n   *\n   *                                              FAIL\n   *                                       \")((())\" List(-1, 1)\n   *             \")((\" List(-1, 1, 1)                                 \"())\" List(-1)\n   *   \")\" List(-1)             \"((\" List(1, 1)            \"(\" List(1)             \"))\" List(-1, -1)\n   *                  \"(\" List(1)             \"(\" List(1)               \")\" List(-1)               \")\" List(-1)\n   *\n   *\n   *  Idea is to break down the given char array to it's last character, add +1 against '(' and -1 against ')' in a list\n   *  and as we go up the complete array, we recursively merge these lists from left and right in such a way that only if\n   *  left.last > 0 and right.head < 0 we remove those elements from individual lists and merge recursively.\n   *\n   *  merge(List(1, 1), List(1, 1)) -> List(1, 1, 1, 1)\n   *  merge(List(1, 1, 1), List(-1, 1, 1)) -> List(1, 1, 1, 1)\n   *  merge(List(1, 1, 1), List(-1, -1, 1)) -> List(1, 1)\n   *\n   *  The metric for a balanced string being that the list at the top of the tree should have reduced to Nil after all\n   *  recursive merges.\n   *\n   *\/\n  def parBalance(chars: Array[Char], threshold: Int): Boolean = {\n\n    @tailrec\n    def merge(ls1: List[Int], ls2: List[Int]): List[Int] = {\n      if (ls1.isEmpty || ls2.isEmpty) ls1 ::: ls2\n      else if (\n        ls1.last < 0 && ls2.head > 0 ||\n          ls1.last > 0 && ls2.head > 0 ||\n          ls1.last < 0 && ls2.head < 0\n      ) ls1 ::: ls2\n      else { \/\/ ls1.last > 0 && ls2.head < 0\n        if (ls1.size == 1) ls2\n        else merge(ls1.take(ls1.size - 1), ls2.tail)\n      }\n    }\n\n    def traverse(index: Int, until: Int): List[Int] = {\n      if (until - index == 1) {\n        if (chars(index) == '(') List(1)\n        else if(chars(index) == ')') List(-1)\n        else Nil\n      } else {\n        val mid = index + (until - index) \/ 2\n        merge(traverse(index, mid), traverse(mid, until))\n      }\n    }\n\n    def reduce(from: Int, until: Int): List[Int] = {\n      if (until - from <= threshold) traverse(from, until)\n      else {\n        val mid = from + (until - from) \/ 2\n        val (ls1, ls2) = parallel(reduce(from, mid), reduce(mid, until))\n        ls1 ::: ls2\n      }\n    }\n\n    reduce(0, chars.length).isEmpty\n  }\n\n  \/\/ For those who want more:\n  \/\/ Prove that your reduction operator is associative!\n\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/build.sbt","text":"<reponame>codingkapoor\/scala-parallel-programming\ncourse := \"parprog1\"\nassignment := \"kmeans\"\n\nscalaVersion := \"2.13.0\"\nscalacOptions ++= Seq(\"-language:implicitConversions\", \"-deprecation\")\nlibraryDependencies ++= Seq(\n  \"com.storm-enroute\" %% \"scalameter-core\" % \"0.19\",\n  \"org.scala-lang.modules\" %% \"scala-parallel-collections\" % \"0.2.0\",\n  \"com.novocode\" % \"junit-interface\" % \"0.11\" % Test\n)\n\ntestOptions in Test += Tests.Argument(TestFrameworks.JUnit, \"-a\", \"-v\", \"-s\")\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"reductions\/src\/main\/scala\/reductions\/Interfaces.scala","text":"<gh_stars>0\npackage reductions\n\n\/\/ Interfaces used by the grading infrastructure. Do not change signatures\n\/\/ or your submission will fail with a NoSuchMethodError.\n\ntrait LineOfSightInterface {\n  def lineOfSight(input: Array[Float], output: Array[Float]): Unit\n  def upsweepSequential(input: Array[Float], from: Int, until: Int): Float\n  def upsweep(input: Array[Float], from: Int, end: Int, threshold: Int): Tree\n  def downsweepSequential(input: Array[Float], output: Array[Float], startingAngle: Float, from: Int, until: Int): Unit\n  def downsweep(input: Array[Float], output: Array[Float], startingAngle: Float, tree: Tree): Unit\n  def parLineOfSight(input: Array[Float], output: Array[Float], threshold: Int): Unit\n}\n\ntrait ParallelCountChangeInterface {\n  def countChange(money: Int, coins: List[Int]): Int\n  def parCountChange(money: Int, coins: List[Int], threshold: (Int, List[Int]) => Boolean): Int\n  def moneyThreshold(startingMoney: Int): (Int, List[Int]) => Boolean\n  def totalCoinsThreshold(totalCoins: Int): (Int, List[Int]) => Boolean\n  def combinedThreshold(startingMoney: Int, allCoins: List[Int]): (Int, List[Int]) => Boolean\n}\n\ntrait ParallelParenthesesBalancingInterface {\n  def balance(chars: Array[Char]): Boolean\n  def parBalance(chars: Array[Char], threshold: Int): Boolean\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/src\/main\/scala\/kmeans\/fun\/PhotoCanvas.scala","text":"<reponame>codingkapoor\/scala-parallel-programming\npackage kmeans\npackage fun\n\nimport java.awt._\nimport java.awt.event._\nimport java.awt.image._\nimport java.io._\nimport javax.imageio._\nimport javax.swing._\nimport javax.swing.event._\n\nclass PhotoCanvas extends JComponent {\n\n  var imagePath: Option[String] = None\n\n  var image = loadEPFLImage()\n\n  val timerDelay = 100\n  val timer =\n    new Timer(timerDelay, new ActionListener() {\n      def actionPerformed(e: ActionEvent): Unit = repaint()\n    })\n\n  override def getPreferredSize = {\n    new Dimension(image.width, image.height)\n  }\n\n  private def loadEPFLImage(): Img = {\n    val stream = this.getClass.getResourceAsStream(\"\/kmeans\/epfl-view.jpg\")\n    try {\n      loadImage(stream)\n    } finally {\n      stream.close()\n    }\n  }\n\n  private def loadFileImage(path: String): Img = {\n    val stream = new FileInputStream(path)\n    try {\n      loadImage(stream)\n    } finally {\n      stream.close()\n    }\n  }\n\n  private def loadImage(inputStream: InputStream): Img = {\n    val bufferedImage = ImageIO.read(inputStream)\n    val width = bufferedImage.getWidth\n    val height = bufferedImage.getHeight\n    val img = new Img(width, height)\n    for (x <- 0 until width; y <- 0 until height)\n      img(x, y) = bufferedImage.getRGB(x, y)\n    img\n  }\n\n  def reload(): Unit = {\n    image = imagePath match {\n      case Some(path) => loadFileImage(path)\n      case None => loadEPFLImage()\n    }\n    repaint()\n  }\n\n  def loadFile(path: String): Unit = {\n    imagePath = Some(path)\n    reload()\n  }\n\n  def saveFile(path: String): Unit = {\n    reload()\n    val stream = new FileOutputStream(path)\n    val bufferedImage = new BufferedImage(image.width, image.height, BufferedImage.TYPE_INT_ARGB)\n    for (x <- 0 until image.width; y <- 0 until image.height) bufferedImage.setRGB(x, y, image(x, y))\n    ImageIO.write(bufferedImage, \"png\", stream)\n  }\n\n  def applyIndexedColors(colorCount: Int, initStrategy: InitialSelectionStrategy, convStrategy: ConvergenceStrategy): String = {\n    val filter = new IndexedColorFilter(image, colorCount, initStrategy, convStrategy)\n    image = filter.getResult()\n    repaint()\n    filter.getStatus()\n  }\n\n  override def paintComponent(gcan: Graphics) = {\n    super.paintComponent(gcan)\n\n    val width = image.width\n    val height = image.height\n    val bufferedImage = new BufferedImage(width, height, BufferedImage.TYPE_INT_ARGB)\n    for (x <- 0 until width; y <- 0 until height) bufferedImage.setRGB(x, y, image(x, y))\n\n    gcan.drawImage(bufferedImage, 0, 0, null)\n  }\n\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/src\/main\/scala\/kmeans\/KMeansInterface.scala","text":"package kmeans\n\nimport scala.collection.{Map, Seq}\nimport scala.collection.parallel.{ParMap, ParSeq}\n\n\/**\n * The interface used by the grading infrastructure. Do not change signatures\n * or your submission will fail with a NoSuchMethodError.\n *\/\ntrait KMeansInterface {\n  def classify(points: Seq[Point], means: Seq[Point]): Map[Point, Seq[Point]]\n  def classify(points: ParSeq[Point], means: ParSeq[Point]): ParMap[Point, ParSeq[Point]]\n  def update(classified: Map[Point, Seq[Point]], oldMeans: Seq[Point]): Seq[Point]\n  def update(classified: ParMap[Point, ParSeq[Point]], oldMeans: ParSeq[Point]): ParSeq[Point]\n  def converged(eta: Double, oldMeans: Seq[Point], newMeans: Seq[Point]): Boolean\n  def converged(eta: Double, oldMeans: ParSeq[Point], newMeans: ParSeq[Point]): Boolean\n  def kMeans(points: Seq[Point], means: Seq[Point], eta: Double): Seq[Point]\n  def kMeans(points: ParSeq[Point], means: ParSeq[Point], eta: Double): ParSeq[Point]\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"barneshut\/src\/main\/scala\/barneshut\/conctrees\/ConcBuffer.scala","text":"package barneshut\npackage conctrees\n\nimport scala.reflect.ClassTag\nimport scala.collection.parallel.CollectionConverters._\nimport org.scalameter._\n\nclass ConcBuffer[@specialized(Byte, Char, Int, Long, Float, Double) T: ClassTag](\n  val k: Int, private var conc: Conc[T]\n) extends Iterable[T] {\n  require(k > 0)\n\n  def this() = this(128, Conc.Empty)\n\n  private var chunk: Array[T] = new Array(k)\n  private var lastSize: Int = 0\n\n  def iterator: Iterator[T] = Conc.iterator(conc) ++ chunk.iterator.take(lastSize)\n\n  final def +=(elem: T): this.type = {\n    if (lastSize >= k) expand()\n    chunk(lastSize) = elem\n    lastSize += 1\n    this\n  }\n\n  final def combine(that: ConcBuffer[T]): ConcBuffer[T] = {\n    val combinedConc = this.result <> that.result\n    this.clear()\n    that.clear()\n    new ConcBuffer(k, combinedConc)\n  }\n\n  private def pack(): Unit = {\n    conc = Conc.appendTop(conc, new Conc.Chunk(chunk, lastSize, k))\n  }\n\n  private def expand(): Unit = {\n    pack()\n    chunk = new Array(k)\n    lastSize = 0\n  }\n\n  def clear(): Unit = {\n    conc = Conc.Empty\n    chunk = new Array(k)\n    lastSize = 0\n  }\n\n  def result: Conc[T] = {\n    pack()\n    conc\n  }\n}\n\nobject ConcBufferRunner {\n\n  val standardConfig = config(\n    Key.exec.minWarmupRuns -> 20,\n    Key.exec.maxWarmupRuns -> 40,\n    Key.exec.benchRuns -> 60,\n    Key.verbose -> true\n  ).withWarmer(new Warmer.Default)\n\n  def main(args: Array[String]): Unit = {\n    val size = 1000000\n\n    def run(p: Int): Unit = {\n      val taskSupport = new collection.parallel.ForkJoinTaskSupport(\n        new java.util.concurrent.ForkJoinPool(p))\n      val strings = (0 until size).map(_.toString)\n      val time = standardConfig measure {\n        val parallelized = strings.par\n        parallelized.tasksupport = taskSupport\n        parallelized.aggregate(new ConcBuffer[String])(_ += _, _ combine _).result\n      }\n      println(s\"p = $p, time = ${time.value}\")\n    }\n\n    run(1)\n    run(2)\n    run(4)\n    run(8)\n  }\n\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"kmeans\/src\/main\/scala\/kmeans\/fun\/ScalaShop.scala","text":"<reponame>codingkapoor\/scala-parallel-programming<gh_stars>0\npackage kmeans\npackage fun\n\nimport java.awt._\nimport java.awt.event._\nimport javax.swing._\nimport javax.swing.event._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.reflect.ClassTag\nimport org.scalameter._\n\nobject ScalaShop {\n\n  class ScalaShopFrame extends JFrame(\"ScalaShop\\u2122\") {\n    setDefaultCloseOperation(WindowConstants.EXIT_ON_CLOSE)\n    setSize(800, 500)\n    setLayout(new BorderLayout)\n\n    val rightpanel = new JPanel\n    rightpanel.setBorder(BorderFactory.createEtchedBorder(border.EtchedBorder.LOWERED))\n    rightpanel.setLayout(new BorderLayout)\n    add(rightpanel, BorderLayout.EAST)\n\n    val allControls = new JPanel\n    allControls.setLayout(new BoxLayout(allControls, BoxLayout.Y_AXIS))\n    rightpanel.add(allControls, BorderLayout.NORTH)\n\n    \/\/ Color count selection\n    val colorControls = new JPanel\n    colorControls.setLayout(new GridLayout(0, 2))\n    allControls.add(colorControls)\n\n    val colorCountLabel = new JLabel(\"Colors\")\n    colorControls.add(colorCountLabel)\n\n    val colorCountSpinner = new JSpinner(new SpinnerNumberModel(32, 16, 512, 16))\n    colorControls.add(colorCountSpinner)\n\n    \/\/ Initial selection\n    val initSelectionControls = new JPanel\n    initSelectionControls.setLayout(new GridLayout(0, 1))\n    allControls.add(initSelectionControls)\n\n    val initialSelectionGroup = new ButtonGroup()\n\n    val initSelectionLabel = new JLabel(\"Initial Color Selection:\")\n    initSelectionControls.add(initSelectionLabel)\n\n    val uniformSamplingButton = new JRadioButton(\"Uniform Sampling\")\n    uniformSamplingButton.setSelected(true);\n    initSelectionControls.add(uniformSamplingButton)\n\n    val randomSamplingButton = new JRadioButton(\"Random Sampling\")\n    initSelectionControls.add(randomSamplingButton)\n\n    val uniformChoiceButton = new JRadioButton(\"Uniform Choice\")\n    initSelectionControls.add(uniformChoiceButton)\n\n    initialSelectionGroup.add(randomSamplingButton)\n    initialSelectionGroup.add(uniformSamplingButton)\n    initialSelectionGroup.add(uniformChoiceButton)\n\n    \/\/ Initial means selection\n    val convergenceControls = new JPanel\n    convergenceControls.setLayout(new BoxLayout(convergenceControls, BoxLayout.Y_AXIS))\n    allControls.add(convergenceControls)\n\n    val convergenceGroup = new ButtonGroup()\n\n    val convergenceLabel = new JLabel(\"Convergence criteria:\")\n    initSelectionControls.add(convergenceLabel)\n\n    val criteriaControls = new JPanel\n    criteriaControls.setLayout(new GridLayout(0, 2))\n    convergenceControls.add(criteriaControls)\n\n    val stepConvergenceButton = new JRadioButton(\"Steps\")\n    criteriaControls.add(stepConvergenceButton)\n\n    val stepCountSpinner = new JSpinner(new SpinnerNumberModel(5, 1, 50, 1))\n    criteriaControls.add(stepCountSpinner)\n\n    val etaConvergenceButton = new JRadioButton(\"Eta\")\n    etaConvergenceButton.setSelected(true);\n    criteriaControls.add(etaConvergenceButton)\n\n    val etaCountSpinner = new JSpinner(new SpinnerNumberModel(0.001, 0.00001, 0.01, 0.00001))\n    criteriaControls.add(etaCountSpinner)\n\n    val snrConvergenceButton = new JRadioButton(\"Sound-to-noise\")\n    criteriaControls.add(snrConvergenceButton)\n\n    val snrCountSpinner = new JSpinner(new SpinnerNumberModel(40, 10, 80, 1))\n    criteriaControls.add(snrCountSpinner)\n\n    convergenceGroup.add(stepConvergenceButton)\n    convergenceGroup.add(etaConvergenceButton)\n    convergenceGroup.add(snrConvergenceButton)\n\n    \/\/ Action Buttons\n    val actionControls = new JPanel\n    actionControls.setLayout(new GridLayout(0, 2))\n    allControls.add(actionControls)\n\n    val stepbutton = new JButton(\"Apply filter\")\n    stepbutton.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        var status = \"\"\n        val time = measure {\n          status = canvas.applyIndexedColors(getColorCount, getInitialSelectionStrategy, getConvergenceStragegy)\n        }\n        updateInformationBox(status, time.value)\n      }\n    })\n    actionControls.add(stepbutton)\n\n    val clearButton = new JButton(\"Reload\")\n    clearButton.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        canvas.reload()\n      }\n    })\n    actionControls.add(clearButton)\n\n    val info = new JTextArea(\"              \")\n    info.setBorder(BorderFactory.createLoweredBevelBorder)\n    rightpanel.add(info, BorderLayout.SOUTH)\n\n    val mainMenuBar = new JMenuBar()\n\n    val fileMenu = new JMenu(\"File\")\n    val openMenuItem = new JMenuItem(\"Open...\")\n    openMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        val fc = new JFileChooser()\n        if (fc.showOpenDialog(ScalaShopFrame.this) == JFileChooser.APPROVE_OPTION) {\n          canvas.loadFile(fc.getSelectedFile.getPath)\n        }\n      }\n    })\n    fileMenu.add(openMenuItem)\n    val saveMenuItem = new JMenuItem(\"Save...\")\n    saveMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        val fc = new JFileChooser(\"epfl-view.png\")\n        if (fc.showSaveDialog(ScalaShopFrame.this) == JFileChooser.APPROVE_OPTION) {\n          canvas.saveFile(fc.getSelectedFile.getPath)\n        }\n      }\n    })\n    fileMenu.add(saveMenuItem)\n    val exitMenuItem = new JMenuItem(\"Exit\")\n    exitMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        sys.exit(0)\n      }\n    })\n    fileMenu.add(exitMenuItem)\n\n    mainMenuBar.add(fileMenu)\n\n    val helpMenu = new JMenu(\"Help\")\n    val aboutMenuItem = new JMenuItem(\"About\")\n    aboutMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent): Unit = {\n        JOptionPane.showMessageDialog(null, \"ScalaShop, the ultimate image manipulation tool\\nBrought to you by EPFL, 2015\")\n      }\n    })\n    helpMenu.add(aboutMenuItem)\n\n    mainMenuBar.add(helpMenu)\n\n    setJMenuBar(mainMenuBar)\n\n    val canvas = new PhotoCanvas\n\n    val scrollPane = new JScrollPane(canvas)\n\n    add(scrollPane, BorderLayout.CENTER)\n    setVisible(true)\n\n    def updateInformationBox(status: String, time: Double): Unit = {\n      info.setText(s\"$status\\nTime: ${time.toInt} ms.\")\n    }\n\n    def getColorCount: Int =\n      colorCountSpinner.getValue.asInstanceOf[Int]\n\n    def getInitialSelectionStrategy: InitialSelectionStrategy =\n      if (randomSamplingButton.isSelected())\n        RandomSampling\n      else if (uniformSamplingButton.isSelected())\n        UniformSampling\n      else\n        UniformChoice\n\n    def getConvergenceStragegy: ConvergenceStrategy =\n      if (stepConvergenceButton.isSelected())\n        ConvergedAfterNSteps(stepCountSpinner.getValue.asInstanceOf[Int])\n      else if (etaConvergenceButton.isSelected())\n        ConvergedAfterMeansAreStill(etaCountSpinner.getValue.asInstanceOf[Double])\n      else\n        ConvergedWhenSNRAbove(snrCountSpinner.getValue.asInstanceOf[Int])\n  }\n\n  try {\n    UIManager.setLookAndFeel(UIManager.getSystemLookAndFeelClassName())\n  } catch {\n    case _: Exception => println(\"Cannot set look and feel, using the default one.\")\n  }\n\n  val frame = new ScalaShopFrame\n\n  def main(args: Array[String]): Unit = {\n    frame.repaint()\n  }\n\n}\n"}
{"repo_name":"codingkapoor\/scala-parallel-programming","path":"reductions\/assignment.sbt","text":"<reponame>codingkapoor\/scala-parallel-programming<gh_stars>0\n\/\/ Student tasks (i.e. submit, packageSubmission)\nenablePlugins(StudentTasks)\n\ncourseraId := ch.epfl.lamp.CourseraId(\n  key = \"<KEY>\",\n  itemId = \"U1eU3\",\n  premiumItemId = Some(\"4rXwX\"),\n  partId = \"gmSnR\"\n)\n"}
{"repo_name":"mgyucht\/upickle","path":"upickle\/test\/src-jvm-native\/upickle\/PrimitiveTestsJvmNative.scala","text":"<gh_stars>100-1000\npackage upickle\nimport utest._\nimport upickle.legacy.read\nimport TestUtil._\n\n\/\/ ScalaJS has JVM compatible Float semantics only with\n\/\/ scalaJSLinkerConfig ~= { _.withSemantics(_.withStrictFloats(true)) }\n\/\/ which is not currently supported by Mill\nobject PrimitiveTestsJvmNative extends TestSuite {\n\n  def tests = Tests {\n    test(\"Int\"){\n      test(\"max\") - rwNum(Int.MaxValue, \"2147483647\")\n    }\n\n    test(\"Float\"){\n      test(\"max\") - rwNum(Float.MaxValue)\n      test(\"inf\") - rwNum(Float.PositiveInfinity, \"\"\" \"Infinity\" \"\"\")\n    }\n  }\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"upickle\/src\/upickle\/Api.scala","text":"package upickle\n\nimport java.io.ByteArrayOutputStream\n\nimport language.experimental.macros\nimport language.higherKinds\nimport upickle.core._\nimport scala.reflect.ClassTag\nimport ujson.IndexedValue\n\n\/**\n * An instance of the upickle API. There's a default instance at\n * `upickle.default`, but you can also implement it yourself to customize\n * its behavior. Override the `annotate` methods to control how a sealed\n * trait instance is tagged during reading and writing.\n *\/\ntrait Api\n    extends upickle.core.Types\n    with implicits.Readers\n    with implicits.Writers\n    with WebJson\n    with JsReadWriters\n    with MsgReadWriters\n    with Annotator{\n\n  \/**\n    * Reads the given MessagePack input into a Scala value\n    *\/\n  def readBinary[T: Reader](s: upack.Readable, trace: Boolean = false): T = {\n    TraceVisitor.withTrace(trace, reader[T])(s.transform(_))\n  }\n\n  \/**\n    * Reads the given JSON input into a Scala value\n    *\/\n  def read[T: Reader](s: ujson.Readable, trace: Boolean = false): T = {\n    TraceVisitor.withTrace(trace, reader[T])(s.transform(_))\n  }\n\n  def reader[T: Reader] = implicitly[Reader[T]]\n\n  \/**\n    * Write the given Scala value as a JSON string\n    *\/\n  def write[T: Writer](t: T,\n                       indent: Int = -1,\n                       escapeUnicode: Boolean = false): String = {\n    transform(t).to(ujson.StringRenderer(indent, escapeUnicode)).toString\n  }\n  \/**\n    * Write the given Scala value as a MessagePack binary\n    *\/\n  def writeBinary[T: Writer](t: T): Array[Byte] = {\n    transform(t).to(new upack.MsgPackWriter(new ByteArrayOutputStream())).toByteArray\n  }\n\n  \/**\n    * Write the given Scala value as a JSON struct\n    *\/\n  def writeJs[T: Writer](t: T): ujson.Value = transform(t).to[ujson.Value]\n\n  \/**\n    * Write the given Scala value as a MessagePack struct\n    *\/\n  def writeMsg[T: Writer](t: T): upack.Msg = transform(t).to[upack.Msg]\n\n  \/**\n    * Write the given Scala value as a JSON string to the given Writer\n    *\/\n  def writeTo[T: Writer](t: T,\n                         out: java.io.Writer,\n                         indent: Int = -1,\n                         escapeUnicode: Boolean = false): Unit = {\n    transform(t).to(new ujson.Renderer(out, indent = indent, escapeUnicode))\n  }\n  def writeToOutputStream[T: Writer](t: T,\n                                     out: java.io.OutputStream,\n                                     indent: Int = -1,\n                                     escapeUnicode: Boolean = false): Unit = {\n    transform(t).to(new ujson.BaseByteRenderer(out, indent = indent, escapeUnicode))\n  }\n  def writeToByteArray[T: Writer](t: T,\n                                  indent: Int = -1,\n                                  escapeUnicode: Boolean = false) = {\n    val out = new java.io.ByteArrayOutputStream()\n    writeToOutputStream(t, out, indent, escapeUnicode)\n    out.toByteArray\n  }\n  \/**\n    * Write the given Scala value as a JSON string via a `geny.Writable`\n    *\/\n  def stream[T: Writer](t: T,\n                        indent: Int = -1,\n                        escapeUnicode: Boolean = false): geny.Writable = new geny.Writable{\n    override def httpContentType = Some(\"application\/json\")\n    def writeBytesTo(out: java.io.OutputStream) = {\n      transform(t).to(new ujson.BaseByteRenderer(out, indent = indent, escapeUnicode))\n    }\n  }\n  \/**\n    * Write the given Scala value as a MessagePack binary to the given OutputStream\n    *\/\n  def writeBinaryTo[T: Writer](t: T, out: java.io.OutputStream): Unit = {\n    streamBinary[T](t).writeBytesTo(out)\n  }\n  def writeBinaryToByteArray[T: Writer](t: T, out: java.io.OutputStream): Unit = {\n    val out = new java.io.ByteArrayOutputStream()\n    streamBinary[T](t).writeBytesTo(out)\n    out.toByteArray\n  }\n  \/**\n    * Write the given Scala value as a MessagePack binary via a `geny.Writable`\n    *\/\n  def streamBinary[T: Writer](t: T): geny.Writable = new geny.Writable{\n    override def httpContentType = Some(\"application\/octet-stream\")\n    def writeBytesTo(out: java.io.OutputStream) = transform(t).to(new upack.MsgPackWriter(out))\n  }\n\n  def writer[T: Writer] = implicitly[Writer[T]]\n\n  def readwriter[T: ReadWriter] = implicitly[ReadWriter[T]]\n\n  case class transform[T: Writer](t: T) extends upack.Readable with ujson.Readable {\n    def transform[V](f: Visitor[_, V]): V = writer[T].transform(t, f)\n    def to[V](f: Visitor[_, V]): V = transform(f)\n    def to[V](implicit f: Reader[V]): V = transform(f)\n  }\n  \/\/ End Api\n}\n\/**\n * The default way of accessing upickle\n *\/\nobject default extends AttributeTagged{\n\n}\n\/**\n * An instance of the upickle API that follows the old serialization for\n * tagged instances of sealed traits: as a list with two items, the first\n * being the type-tag and the second being the serialized object\n *\/\nobject legacy extends LegacyApi\ntrait LegacyApi extends Api with Annotator{\n  def annotate[V](rw: CaseR[V], n: String) = new TaggedReader.Leaf[V](n, rw)\n\n  def annotate[V](rw: CaseW[V], n: String)(implicit c: ClassTag[V]) = {\n    new TaggedWriter.Leaf[V](c, n, rw)\n  }\n\n  def taggedExpectedMsg = \"expected sequence\"\n  sealed trait TaggedReaderState\n  object TaggedReaderState{\n    case object Initializing extends TaggedReaderState\n    case class Parsing(f: Reader[_]) extends TaggedReaderState\n    case class Parsed(res: Any) extends TaggedReaderState\n  }\n  override def taggedArrayContext[T](taggedReader: TaggedReader[T], index: Int) = new ArrVisitor[Any, T] {\n    var state: TaggedReaderState = TaggedReaderState.Initializing\n\n    def subVisitor = state match{\n      case TaggedReaderState.Initializing => StringReader\n      case TaggedReaderState.Parsing(f) => f\n      case TaggedReaderState.Parsed(res) => NoOpVisitor\n    }\n\n    def visitValue(v: Any, index: Int): Unit = state match{\n      case TaggedReaderState.Initializing =>\n        val typeName = objectTypeKeyReadMap(v.toString).toString\n        val delegate = taggedReader.findReader(typeName)\n        if (delegate == null) {\n          throw new Abort(\"invalid tag for tagged object: \" + typeName)\n        }\n        state = TaggedReaderState.Parsing(delegate)\n      case TaggedReaderState.Parsing(f) =>\n        state = TaggedReaderState.Parsed(v)\n      case TaggedReaderState.Parsed(res) => res.asInstanceOf[T]\n        throw new Abort(\"expected tagged dictionary\")\n    }\n\n    def visitEnd(index: Int) = state match{\n      case TaggedReaderState.Parsed(res) => res.asInstanceOf[T]\n      case _ => throw new Abort(\"expected tagged dictionary\")\n    }\n\n  }\n  def taggedWrite[T, R](w: CaseW[T], tag: String, out: Visitor[_,  R], v: T): R = {\n    val ctx = out.asInstanceOf[Visitor[Any, R]].visitArray(2, -1)\n    ctx.visitValue(ctx.subVisitor.visitString(objectTypeKeyWriteMap(tag), -1), -1)\n\n    ctx.visitValue(w.write(ctx.subVisitor, v), -1)\n\n    ctx.visitEnd(-1)\n  }\n}\n\n\/**\n * A `upickle.Api` that follows the default sealed-trait-instance-tagging\n * behavior of using an attribute, but allow you to control what the name\n * of the attribute is.\n *\/\ntrait AttributeTagged extends Api with Annotator{\n  def tagName = \"$type\"\n  def annotate[V](rw: CaseR[V], n: String) = {\n    new TaggedReader.Leaf[V](n, rw)\n  }\n\n  def annotate[V](rw: CaseW[V], n: String)(implicit c: ClassTag[V]) = {\n    new TaggedWriter.Leaf[V](c, n, rw)\n  }\n\n  def taggedExpectedMsg = \"expected dictionary\"\n  override def taggedObjectContext[T](taggedReader: TaggedReader[T], index: Int) = {\n    new ObjVisitor[Any, T]{\n      private[this] var fastPath = false\n      private[this] var context: ObjVisitor[Any, _] = null\n      def subVisitor: Visitor[_, _] =\n        if (context == null) upickle.core.StringVisitor\n        else context.subVisitor\n\n      def visitKey(index: Int) = {\n        if (context != null) context.visitKey(index)\n        else upickle.core.StringVisitor\n      }\n      def visitKeyValue(s: Any): Unit = {\n        if (context != null) context.visitKeyValue(s)\n        else {\n          if (s.toString == tagName) () \/\/do nothing\n          else {\n            \/\/ otherwise, go slow path\n            val slowCtx = IndexedValue.Builder.visitObject(-1, index).narrow\n            val keyVisitor = slowCtx.visitKey(index)\n            val xxx = keyVisitor.visitString(s.toString, index)\n            slowCtx.visitKeyValue(xxx)\n            context = slowCtx\n          }\n        }\n      }\n\n      def visitValue(v: Any, index: Int): Unit = {\n        if (context != null) context.visitValue(v, index)\n        else {\n          val typeName = objectTypeKeyReadMap(v.toString).toString\n          val facade0 = taggedReader.findReader(typeName)\n          if (facade0 == null) {\n            throw new Abort(\"invalid tag for tagged object: \" + typeName)\n          }\n          val fastCtx = facade0.visitObject(-1, index)\n          context = fastCtx\n          fastPath = true\n        }\n      }\n      def visitEnd(index: Int) = {\n        if (context == null) throw new Abort(\"expected tagged dictionary\")\n        else if (fastPath) context.visitEnd(index).asInstanceOf[T]\n        else{\n          val x = context.visitEnd(index).asInstanceOf[IndexedValue.Obj]\n          val keyAttr = x.value0.find(_._1.toString == tagName).get._2\n          val key = keyAttr.asInstanceOf[IndexedValue.Str].value0.toString\n          val delegate = taggedReader.findReader(key)\n          if (delegate == null){\n            throw new AbortException(\"invalid tag for tagged object: \" + key, keyAttr.index, -1, -1, null)\n          }\n          val ctx2 = delegate.visitObject(-1, -1)\n          for (p <- x.value0) {\n            val (k0, v) = p\n            val k = k0.toString\n            if (k != tagName){\n              val keyVisitor = ctx2.visitKey(-1)\n\n              ctx2.visitKeyValue(keyVisitor.visitString(k, -1))\n              ctx2.visitValue(IndexedValue.transform(v, ctx2.subVisitor), -1)\n            }\n          }\n          ctx2.visitEnd(index)\n        }\n      }\n\n    }\n  }\n  def taggedWrite[T, R](w: CaseW[T], tag: String, out: Visitor[_,  R], v: T): R = {\n    val ctx = out.asInstanceOf[Visitor[Any, R]].visitObject(w.length(v) + 1, -1)\n    val keyVisitor = ctx.visitKey(-1)\n\n    ctx.visitKeyValue(keyVisitor.visitString(tagName, -1))\n    ctx.visitValue(ctx.subVisitor.visitString(objectTypeKeyWriteMap(tag), -1), -1)\n    w.writeToObject(ctx, v)\n    val res = ctx.visitEnd(-1)\n    res\n  }\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"upickle\/test\/src-3\/upickle\/Derivation.scala","text":"<gh_stars>10-100\npackage upickle\n\nimport scala.language.implicitConversions\nimport utest._\n\nimport upickle.default.{ read, write, Reader, ReadWriter }\n\nsealed trait Animal derives ReadWriter\n\ncase class Person(name: String, address: String, age: Int = 20)\n  extends Animal\n  derives ReadWriter\n\ncase class Cat(name: String, owner: Person)\n  extends Animal\n  derives ReadWriter\n\ncase class Dog(name: String, age: Int)\n  derives ReadWriter\n\ncase object Cthulu\n  extends Animal\n  derives ReadWriter\n\nobject DerivationTests extends TestSuite {\n\n  val tests = Tests {\n    test(\"caseClassReader\") - {\n      val dogJson = \"\"\"\n        {\n          \"name\": \"Ball\",\n          \"age\": 2\n        }\n      \"\"\"\n      val parsed = read[Dog](dogJson)\n      val expected = Dog(\"Ball\", 2)\n      assert(parsed == expected)\n    }\n\n    test(\"caseClassTaggedReader\") - {\n      val personJson = \"\"\"\n        {\n          \"$type\":\"upickle.Person\",\n          \"name\": \"Peter\",\n          \"address\": \"Avenue 10 Zurich\"\n        }\n      \"\"\"\n      val parsed = read[Person](personJson)\n      val expected = Person(\"Peter\", \"Avenue 10 Zurich\", 20)\n      assert(parsed == expected)\n    }\n\n    test(\"traitReader\") - {\n      val personJson = \"\"\"\n        {\n          \"$type\":\"upickle.Person\",\n          \"name\": \"Peter\",\n          \"address\": \"Avenue 10 Zurich\"\n        }\n      \"\"\"\n      val parsed = read[Animal](personJson)\n      val expected = Person(\"Peter\", \"Avenue 10 Zurich\" ,20)\n      assert(parsed == expected)\n    }\n\n    test(\"caseClassWriter\") - {\n      val dog = Dog(\"Ball\", 10)\n      val result = write(dog)\n      val expected = \"\"\"{\"name\":\"Ball\",\"age\":10}\"\"\"\n      assert(result == expected)\n    }\n\n    test(\"caseObjectWriter\") - {\n      val result1 = write(Cthulu)\n\n      val animal: Animal = Cthulu\n      val result2 = write(animal)\n\n      val expected = \"\"\"{\"$type\":\"upickle.Cthulu\"}\"\"\"\n      assert(result1 == expected)\n      assert(result2 == expected)\n    }\n\n    test (\"caseObjectReader\") - {\n      val json = \"\"\"{\"$type\":\"upickle.Cthulu\"}\"\"\"\n      val result = read[Animal](json)\n      assert(result == Cthulu)\n    }\n\n    test(\"traitWriter\") - {\n      val person: Animal = Person(\"Peter\", \"Avenue 10 Zurich\")\n      val result = write(person)\n      val expected = \"\"\"{\"$type\":\"upickle.Person\",\"name\":\"Peter\",\"address\":\"Avenue 10 Zurich\"}\"\"\"\n      assert(result == expected)\n    }\n\n    test(\"readWriter\") - {\n      val rw = summon[ReadWriter[Animal]]\n      val person = Person(\"Peter\", \"Somewhere\", 30)\n      val json = write(person)(rw)\n      val expectedJson = \"\"\"{\"$type\":\"upickle.Person\",\"name\":\"Peter\",\"address\":\"Somewhere\",\"age\":30}\"\"\"\n      assert(json == expectedJson)\n      val deserialized = read(json)(rw)\n      val expectedDeserialized = Person(\"Peter\", \"Somewhere\", 30)\n      assert(deserialized == expectedDeserialized)\n    }\n  }\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"implicits\/src\/upickle\/implicits\/Readers.scala","text":"<gh_stars>100-1000\npackage upickle.implicits\n\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\n\nimport upickle.core._\n\nimport upickle.core.compat._\nimport scala.collection.mutable\nimport scala.concurrent.duration.{Duration, FiniteDuration}\nimport scala.reflect.ClassTag\n\ntrait Readers extends upickle.core.Types\n  with Generated\n  with ReadersVersionSpecific { this: Annotator =>\n  implicit val UnitReader: Reader[Unit] = new SimpleReader[Unit] {\n    override def expectedMsg = \"expected unit\"\n    override def visitObject(length: Int, index: Int) = new ObjVisitor[Any, Unit] {\n      def subVisitor = NoOpVisitor\n\n      def visitValue(v: Any, index: Int): Unit = ()\n\n      def visitEnd(index: Int) = ()\n\n      def visitKey(index: Int) = NoOpVisitor\n\n      def visitKeyValue(v: Any): Unit = ()\n    }\n  }\n  implicit val BooleanReader: Reader[Boolean] = new SimpleReader[Boolean] {\n    override def expectedMsg = \"expected boolean\"\n    override def visitTrue(index: Int) = true\n    override def visitFalse(index: Int) = false\n  }\n\n  protected trait NumericReader[T] extends SimpleReader[T] {\n    override def visitFloat64String(s: String, index: Int) = {\n      visitFloat64StringParts(\n        s,\n        s.indexOf('.'),\n        s.indexOf('E') match{\n          case -1 => s.indexOf('e')\n          case n => n\n        },\n        -1\n      )\n    }\n  }\n\n  implicit val DoubleReader: Reader[Double] = new NumericReader[Double] {\n    override def expectedMsg = \"expected number\"\n    override def visitString(s: CharSequence, index: Int) = s.toString.toDouble\n    override def visitInt32(d: Int, index: Int) = d\n    override def visitInt64(d: Long, index: Int) = d\n    override def visitUInt64(d: Long, index: Int) = d\n    override def visitFloat32(d: Float, index: Int) = d\n    override def visitFloat64(d: Double, index: Int) = d\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      s.toString.toDouble\n    }\n  }\n  implicit val IntReader: Reader[Int] = new NumericReader[Int] {\n    override def expectedMsg = \"expected number\"\n    override def visitInt32(d: Int, index: Int) = d\n    override def visitInt64(d: Long, index: Int) = d.toInt\n    override def visitUInt64(d: Long, index: Int) = d.toInt\n    override def visitFloat32(d: Float, index: Int) = d.toInt\n    override def visitFloat64(d: Double, index: Int) = d.toInt\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      Util.parseIntegralNum(s, decIndex, expIndex, index).toInt\n    }\n  }\n  implicit val FloatReader: Reader[Float] = new NumericReader[Float] {\n    override def expectedMsg = \"expected number\"\n\n    override def visitString(s: CharSequence, index: Int) = s.toString.toFloat\n    override def visitInt32(d: Int, index: Int) = d.toFloat\n    override def visitInt64(d: Long, index: Int) = d.toFloat\n    override def visitUInt64(d: Long, index: Int) = d.toFloat\n    override def visitFloat32(d: Float, index: Int) = d\n    override def visitFloat64(d: Double, index: Int) = d.toFloat\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      s.toString.toFloat\n    }\n  }\n  implicit val ShortReader: Reader[Short] = new NumericReader[Short] {\n    override def expectedMsg = \"expected number\"\n    override def visitInt32(d: Int, index: Int) = d.toShort\n    override def visitInt64(d: Long, index: Int) = d.toShort\n    override def visitUInt64(d: Long, index: Int) = d.toShort\n    override def visitFloat32(d: Float, index: Int) = d.toShort\n    override def visitFloat64(d: Double, index: Int) = d.toShort\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      Util.parseIntegralNum(s, decIndex, expIndex, index).toShort\n    }\n  }\n  implicit val ByteReader: Reader[Byte] = new NumericReader[Byte] {\n    override def expectedMsg = \"expected number\"\n    override def visitInt32(d: Int, index: Int) = d.toByte\n    override def visitInt64(d: Long, index: Int) = d.toByte\n    override def visitUInt64(d: Long, index: Int) = d.toByte\n    override def visitFloat32(d: Float, index: Int) = d.toByte\n    override def visitFloat64(d: Double, index: Int) = d.toByte\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      Util.parseIntegralNum(s, decIndex, expIndex, index).toByte\n    }\n  }\n\n  implicit val StringReader: Reader[String] = new SimpleReader[String] {\n    override def expectedMsg = \"expected string\"\n    override def visitString(s: CharSequence, index: Int) = s.toString\n  }\n  class MapStringReader[T](f: CharSequence => T) extends SimpleReader[T] {\n    override def expectedMsg = \"expected string\"\n    override def visitString(s: CharSequence, index: Int) = f(s)\n  }\n\n  implicit val CharReader: Reader[Char] = new NumericReader[Char] {\n    override def expectedMsg = \"expected char\"\n    override def visitString(d: CharSequence, index: Int) = d.charAt(0)\n    override def visitChar(d: Char, index: Int) = d\n    override def visitInt32(d: Int, index: Int) = d.toChar\n    override def visitInt64(d: Long, index: Int) = d.toChar\n    override def visitUInt64(d: Long, index: Int) = d.toChar\n    override def visitFloat32(d: Float, index: Int) = d.toChar\n    override def visitFloat64(d: Double, index: Int) = d.toChar\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      Util.parseIntegralNum(s, decIndex, expIndex, index).toChar\n    }\n  }\n  implicit val UUIDReader: Reader[UUID] = new MapStringReader(s => UUID.fromString(s.toString))\n  implicit val LongReader: Reader[Long] = new NumericReader[Long] {\n    override def expectedMsg = \"expected number\"\n    override def visitString(d: CharSequence, index: Int) = upickle.core.Util.parseLong(d, 0, d.length())\n    override def visitInt32(d: Int, index: Int) = d.toLong\n    override def visitInt64(d: Long, index: Int) = d.toLong\n    override def visitUInt64(d: Long, index: Int) = d.toLong\n    override def visitFloat32(d: Float, index: Int) = d.toLong\n    override def visitFloat64(d: Double, index: Int) = d.toLong\n    override def visitFloat64StringParts(s: CharSequence, decIndex: Int, expIndex: Int, index: Int) = {\n      Util.parseIntegralNum(s, decIndex, expIndex, index).toLong\n    }\n  }\n  implicit val BigIntReader: Reader[BigInt] = new MapStringReader(s => BigInt(s.toString))\n  implicit val BigDecimalReader: Reader[BigDecimal] = new MapStringReader(s => BigDecimal(s.toString))\n  implicit val SymbolReader: Reader[Symbol] = new MapStringReader(s => Symbol(s.toString))\n\n  def MapReader0[M[A, B] <: collection.Map[A, B], K, V]\n                (make: Iterable[(K, V)] => M[K, V])\n                (implicit k: Reader[K], v: Reader[V]): Reader[M[K, V]] = {\n    if (k ne StringReader) SeqLikeReader[Array, (K, V)].map(x => make(x))\n    else new SimpleReader[M[K, V]]{\n      override def visitObject(length: Int, index: Int) = new ObjVisitor[Any, M[K, V]] {\n        val strings = mutable.Buffer.empty[K]\n        val values = mutable.Buffer.empty[V]\n        def subVisitor = v\n\n        def visitKey(index: Int) = StringReader\n\n        def visitKeyValue(s: Any): Unit = {\n          strings.append(s.toString.asInstanceOf[K])\n        }\n\n        def visitValue(v: Any, index: Int): Unit = values.append(v.asInstanceOf[V])\n\n        def visitEnd(index: Int) = make(strings.zip(values))\n\n      }\n\n      def expectedMsg = \"expected map\"\n    }\n  }\n\n  implicit def MapReader1[K, V](implicit k: Reader[K], v: Reader[V]): Reader[collection.Map[K, V]] = {\n    MapReader0[collection.Map, K, V](_.toMap)\n  }\n  implicit def MapReader2[K, V](implicit k: Reader[K], v: Reader[V]): Reader[collection.immutable.Map[K, V]] = {\n    MapReader0[collection.immutable.Map, K, V]{seq =>\n      val b = collection.immutable.Map.newBuilder[K, V]\n      seq.foreach(b += _)\n      b.result()\n    }\n  }\n  implicit def MapReader3[K, V](implicit k: Reader[K], v: Reader[V]): Reader[collection.mutable.Map[K, V]] = {\n    MapReader0[collection.mutable.Map, K, V]{seq =>\n      val b = collection.mutable.Map.newBuilder[K, V]\n      seq.foreach(b += _)\n      b.result()\n    }\n  }\n\n  implicit def OptionReader[T: Reader]: Reader[Option[T]] = new SimpleReader[Option[T]] {\n    override def expectedMsg = \"expected sequence\"\n    override def visitArray(length: Int, index: Int) = new ArrVisitor[Any, Option[T]] {\n      var b: Option[T] = None\n\n      def visitValue(v: Any, index: Int): Unit = {\n        b = Some(v.asInstanceOf[T])\n      }\n\n      def visitEnd(index: Int) = b\n\n      def subVisitor = implicitly[Reader[T]]\n    }\n  }\n  implicit def SomeReader[T: Reader]: Reader[Some[T]] = OptionReader[T].narrow[Some[T]]\n  implicit def NoneReader: Reader[None.type] = OptionReader[Unit].narrow[None.type]\n\n  implicit def ArrayReader[T: Reader: ClassTag]: Reader[Array[T]] =\n    if (implicitly[Reader[T]] == ByteReader) new SimpleReader[Array[T]] {\n      override def expectedMsg = \"expected sequence\"\n\n      override def visitBinary(bytes: Array[Byte], offset: Int, len: Int, index: Int) = {\n        bytes.slice(offset, offset + len).asInstanceOf[Array[T]]\n      }\n      override def visitArray(length: Int, index: Int) = new ArrVisitor[Any, Array[T]] {\n        val b = mutable.ArrayBuilder.make[T]\n\n        def visitValue(v: Any, index: Int): Unit = {\n          b += v.asInstanceOf[T]\n        }\n\n        def visitEnd(index: Int) = b.result()\n\n        def subVisitor = implicitly[Reader[T]]\n      }\n    }\n    else new SimpleReader[Array[T]] {\n      override def expectedMsg = \"expected sequence\"\n      override def visitArray(length: Int, index: Int) = new ArrVisitor[Any, Array[T]] {\n        val b = mutable.ArrayBuilder.make[T]\n\n        def visitValue(v: Any, index: Int): Unit = {\n          b += v.asInstanceOf[T]\n        }\n\n        def visitEnd(index: Int) = b.result()\n\n        def subVisitor = implicitly[Reader[T]]\n      }\n    }\n  implicit def SeqLikeReader[C[_], T](implicit r: Reader[T],\n                                      factory: Factory[T, C[T]]): Reader[C[T]] = new SimpleReader[C[T]] {\n    override def expectedMsg = \"expected sequence\"\n    override def visitArray(length: Int, index: Int) = new ArrVisitor[Any, C[T]] {\n      val b = factory.newBuilder\n\n      def visitValue(v: Any, index: Int): Unit = {\n        b += v.asInstanceOf[T]\n      }\n\n      def visitEnd(index: Int) = b.result()\n\n      def subVisitor = r\n    }\n  }\n\n  implicit val DurationReader: Reader[Duration] = new MapStringReader( s =>\n    if (s.charAt(0) == 'i' &&\n        s.charAt(1) == 'n' &&\n        s.charAt(2) == 'f'\n        && s.length() == 3){\n      Duration.Inf\n    } else if (s.charAt(0) == '-' &&\n               s.charAt(1) == 'i' &&\n               s.charAt(2) == 'n' &&\n               s.charAt(3) == 'f' &&\n               s.length() == 4){\n      Duration.MinusInf\n    } else if (s.charAt(0) == 'u' &&\n               s.charAt(1) == 'n' &&\n               s.charAt(2) == 'd' &&\n               s.charAt(3) == 'e' &&\n               s.charAt(4) == 'f' &&\n               s.length() == 5){\n      Duration.Undefined\n    }else Duration(upickle.core.Util.parseLong(s, 0, s.length()), TimeUnit.NANOSECONDS)\n  )\n\n  implicit val InfiniteDurationReader: Reader[Duration.Infinite] = DurationReader.narrow[Duration.Infinite]\n  implicit val FiniteDurationReader: Reader[FiniteDuration] = DurationReader.narrow[FiniteDuration]\n\n  implicit def EitherReader[T1: Reader, T2: Reader]: SimpleReader[Either[T1, T2]] = new SimpleReader[Either[T1, T2]]{\n    override def expectedMsg = \"expected sequence\"\n    override def visitArray(length: Int, index: Int) = new ArrVisitor[Any, Either[T1, T2]] {\n      var right: java.lang.Boolean = null\n      var value: Either[T1, T2] = _\n      def visitValue(v: Any, index: Int): Unit = right match {\n        case null =>\n          v match {\n            case 0 => right = false\n            case 1 => right = true\n          }\n        case java.lang.Boolean.TRUE => value = Right(v.asInstanceOf[T2])\n        case java.lang.Boolean.FALSE => value = Left(v.asInstanceOf[T1])\n      }\n\n      def visitEnd(index: Int) = value\n\n      def subVisitor: Visitor[_, _] = right match{\n        case null => IntReader\n        case java.lang.Boolean.TRUE => implicitly[Reader[T2]]\n        case java.lang.Boolean.FALSE => implicitly[Reader[T1]]\n      }\n    }\n  }\n  implicit def RightReader[T1: Reader, T2: Reader]: Reader[Right[T1, T2]] =\n    EitherReader[T1, T2].narrow[Right[T1, T2]]\n  implicit def LeftReader[T1: Reader, T2: Reader]: Reader[Left[T1, T2]] =\n    EitherReader[T1, T2].narrow[Left[T1, T2]]\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"core\/test\/src\/upickle\/core\/UtilTests.scala","text":"package upickle.core\n\nimport utest._\n\nimport scala.util.Try\n\nobject UtilTests extends TestSuite {\n\n  val tests = Tests {\n\n    test(\"parseLong - valid\") {\n      test(\"0\")(Util.parseLong(\"0\", 0, 1) ==> 0L)\n      test(\"42\")(Util.parseLong(\"42\", 0, 2) ==> 42L)\n      test(\"x0\")(Util.parseLong(\"x0\", 1, 2) ==> 0L)\n      test(\"x0x\")(Util.parseLong(\"x0x\", 1, 2) ==> 0L)\n      test(\"x-1x\")(Util.parseLong(\"x-1x\", 1, 3) ==> -1L)\n    }\n\n    test(\"parseLong - invalid\") {\n      def invalid(input: String)(start: Int = 0, end: Int = input.length) = {\n        val e = intercept[NumberFormatException] {\n          Util.parseLong(input, start, end)\n        }\n        e.getMessage ==> input.substring(start, end)\n      }\n\n      test(\"a\")(invalid(\"a\")())\n      test(\"-\")(invalid(\"-\")())\n      test(\"\u194c\")(invalid(\"\u194c\")())\n      test(\"too long\")(invalid(Long.MaxValue.toString + \"1\")())\n      test(\"10x\")(invalid(\"x10x\")(1, 4))\n      test(\"x10\")(invalid(\"x10x\")(0, 3))\n    }\n\n    test(\"parseLong - bounds\") {\n      val s = \"123\"\n      for {\n        start <- -1 to (s.length + 1)\n          end <- -1 to (s.length + 1)\n          if start != end \/\/ NumberFormatException, not IndexOutOfBoundsException\n      } {\n        \/\/ Roundabout way to avoid scala.js differences: https:\/\/github.com\/scala-js\/scala-js\/issues\/3546\n        val isValidRange = Try(s.substring(start, end)).toOption.exists(_.length == end - start)\n        if (isValidRange) {\n          Util.parseLong(s, start, end)\n        } else {\n          intercept[IndexOutOfBoundsException](Util.parseLong(s, start, end))\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"upickle\/test\/src\/upickle\/PrimitiveTests.scala","text":"package upickle\nimport utest._\nimport upickle.legacy.read\nimport TestUtil._\n\nobject PrimitiveTests extends TestSuite {\n\n  def tests = Tests {\n    test(\"Unit\"){\n      rw((), \"{}\")\n    }\n    test(\"Boolean\"){\n      test(\"true\") - rw(true, \"true\")\n      test(\"false\") - rw(false, \"false\")\n      test(\"null\") - assert(read[Boolean](\"null\") == false)\n    }\n    test(\"String\"){\n      test(\"plain\") - rw(\"i am a cow\", \"\"\" \"i am a cow\" \"\"\")\n      test(\"quotes\") - rw(\"i am a \\\"cow\\\"\", \"\"\" \"i am a \\\"cow\\\"\" \"\"\")\n      test(\"unicode\"){\n        test - rw(\"\u53c9\u70e7\u5305\")\n        test {upickle.default.write(\"\u53c9\u70e7\u5305\") ==> \"\\\"\u53c9\u70e7\u5305\\\"\"}\n        test {upickle.default.write(\"\u53c9\u70e7\u5305\", escapeUnicode = true) ==> \"\\\"\\\\u53c9\\\\u70e7\\\\u5305\\\"\"}\n        test {upickle.default.read[String](\"\\\"\\\\u53c9\\\\u70e7\\\\u5305\\\"\") ==> \"\u53c9\u70e7\u5305\"}\n        test {upickle.default.read[String](\"\\\"\u53c9\u70e7\u5305\\\"\") ==> \"\u53c9\u70e7\u5305\"}\n      }\n      test(\"null\") - rw(null: String, \"null\")\n      test(\"chars\"){\n        for(i <- Char.MinValue until 55296\/*Char.MaxValue*\/) {\n          rw(i.toString)\n        }\n      }\n    }\n    test(\"Long\"){\n      test(\"small\") - rwNum(1: Long, \"\"\" \"1\" \"\"\")\n      test(\"med\") - rwNum(125123: Long, \"\"\" \"125123\" \"\"\")\n      test(\"min\") - rwNum(Int.MinValue.toLong - 1, \"\"\" \"-2147483649\" \"\"\")\n      test(\"max\") - rwNum(Int.MaxValue.toLong + 1, \"\"\" \"2147483648\" \"\"\")\n      test(\"min\") - rwNum(Long.MinValue, \"\"\" \"-9223372036854775808\" \"\"\")\n      test(\"max\") - rwNum(Long.MaxValue, \"\"\" \"9223372036854775807\" \"\"\")\n      test(\"null\") - assert(read[Long](\"null\") == 0)\n      test(\"invalid\") - intercept[NumberFormatException](upickle.default.transform(\"a\").to[Long])\n    }\n    test(\"BigInt\"){\n      test(\"whole\") - rw(BigInt(\"125123\"), \"\"\" \"125123\" \"\"\")\n      test(\"fractional\") - rw(BigInt(\"1251231542312\"), \"\"\" \"1251231542312\" \"\"\")\n      test(\"negative\") - rw(BigInt(\"-1251231542312\"), \"\"\" \"-1251231542312\" \"\"\")\n      test(\"big\") - rw(\n        BigInt(\"23420744098430230498023841234712512315423127402740234\"),\n          \"\"\" \"23420744098430230498023841234712512315423127402740234\" \"\"\")\n      test(\"null\") - rw(null: BigInt, \"null\")\n    }\n    test(\"BigDecimal\"){\n      test(\"whole\") - rw(BigDecimal(\"125123\"), \"\"\" \"125123\" \"\"\")\n      test(\"fractional\") - rw(BigDecimal(\"125123.1542312\"), \"\"\" \"125123.1542312\" \"\"\")\n      test(\"negative\") - rw(BigDecimal(\"-125123.1542312\"), \"\"\" \"-125123.1542312\" \"\"\")\n      test(\"big\") - rw(\n        BigDecimal(\"234207440984302304980238412.15423127402740234\"),\n          \"\"\" \"234207440984302304980238412.15423127402740234\" \"\"\")\n      test(\"null\") - rw(null: BigDecimal, \"null\")\n    }\n\n    test(\"Int\"){\n      test(\"small\") - rwNum(1, \"1\")\n      test(\"med\") - rwNum(125123, \"125123\")\n      test(\"min\") - rwNum(Int.MinValue, \"-2147483648\")\n      test(\"null\") - assert(read[Int](\"null\") == 0)\n    }\n\n    test(\"Double\"){\n      test(\"whole\") - rwNum(125123: Double, \"\"\"125123.0\"\"\", \"\"\"125123\"\"\")\n      test(\"wholeLarge\") - rwNum(1475741505173L: Double, \"\"\"1475741505173.0\"\"\", \"\"\"1475741505173\"\"\")\n      test(\"fractional\") - rwNum(125123.1542312, \"\"\"125123.1542312\"\"\")\n      test(\"negative\") - rwNum(-125123.1542312, \"\"\"-125123.1542312\"\"\")\n      test(\"null\") - assert(read[Double](\"null\") == 0.0)\n      test(\"nan\") - assert(\n        java.lang.Double.isNaN(read[Double](\"\"\" \"NaN\" \"\"\")),\n        upickle.default.write(Double.NaN) == \"\\\"NaN\\\"\"\n      )\n\n\n\n\n    }\n\n    test(\"Short\"){\n      test(\"simple\") - rwNum(25123: Short, \"25123\")\n      test(\"min\") - rwNum(Short.MinValue, \"-32768\")\n      test(\"max\") - rwNum(Short.MaxValue, \"32767\")\n      test(\"null\") - assert(read[Short](\"null\") == 0)\n      test(\"all\"){\n        for (i <- Short.MinValue to Short.MaxValue) rwNum(i)\n      }\n    }\n\n    test(\"Byte\"){\n      test(\"simple\") - rwNum(125: Byte, \"125\")\n      test(\"min\") - rwNum(Byte.MinValue, \"-128\")\n      test(\"max\") - rwNum(Byte.MaxValue, \"127\")\n      test(\"null\") - assert(read[Byte](\"null\") == 0)\n      test(\"all\"){\n        for (i <- Byte.MinValue to Byte.MaxValue) rwNum(i)\n      }\n    }\n\n    test(\"Float\"){\n      test(\"simple\") - rwNum(125.125f, \"\"\"125.125\"\"\")\n      test(\"min\") - rwNum(Float.MinValue)\n      test(\"minPos\") - rwNum(Float.MinPositiveValue)\n      \"neg-inf\" - rwNum(Float.NegativeInfinity, \"\"\" \"-Infinity\" \"\"\")\n      test(\"null\") - assert(read[Float](\"null\") == 0.0)\n      test(\"nan\") - assert(\n        java.lang.Float.isNaN(read[Float](\"\"\" \"NaN\" \"\"\")),\n        upickle.default.write(Float.NaN) == \"\\\"NaN\\\"\"\n      )\n    }\n\n    test(\"Char\"){\n      test(\"f\") - rwNoBinaryJson('f', \"\"\" \"f\" \"\"\")\n      test(\"plus\") - rwNoBinaryJson('+', \"\"\" \"+\" \"\"\")\n\n      test(\"all\"){\n        for(i <- Char.MinValue until 55296\/*Char.MaxValue*\/) {\n          rwNoBinaryJson(i)\n          num(i)\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"mgyucht\/upickle","path":"upack\/test\/src\/upack\/UnitTests.scala","text":"<reponame>mgyucht\/upickle\npackage upack\nimport java.io.{ByteArrayInputStream, ByteArrayOutputStream}\n\nimport utest._\n\nobject UnitTests extends TestSuite{\n  val tests = Tests {\n\n    test(\"trivial\"){\n      val msg = Arr(Str(\"a\"))\n      val written = upack.write(msg)\n      upack.read(written: geny.Readable) ==> msg\n    }\n    test(\"array\"){\n      val msg = Arr(\n        Str(\"a\"), Str(\"bb\"), Str(\"ccc\"), Str(\"dddd\"), Str(\"eeeee\"), Str(\"ffffff\"),\n        Str(\"g\"), Str(\"hh\"), Str(\"iii\"), Str(\"jjjj\"), Str(\"kkkkk\"), Str(\"llllll\"),\n        Str(\"m\"), Str(\"nn\"), Str(\"ooo\"), Str(\"pppp\"), Str(\"qqqqq\"), Str(\"rrrrrr\")\n      )\n      val written = upack.write(msg)\n      val reader = new InputStreamMsgPackReader(new ByteArrayInputStream(written), 2, 2)\n      val read = reader.parse(upack.Msg)\n\n      read ==> msg\n      reader.getBufferGrowCount() ==> 2\n      reader.getBufferCopyCount() ==> 8\n      reader.getBufferLength() ==> 16\n    }\n    test(\"map\"){\n      val msg = Obj(\n        Str(\"a\") -> Int32(123), Str(\"c\") -> Int32(456), Str(\"d\") -> Int32(789),\n        Str(\"e\") -> Int32(123), Str(\"f\") -> Int32(456), Str(\"g\") -> Int32(789),\n        Str(\"h\") -> Int32(123), Str(\"i\") -> Int32(456), Str(\"j\") -> Int32(789),\n        Str(\"k\") -> Int32(123), Str(\"l\") -> Int32(456), Str(\"m\") -> Int32(789),\n        Str(\"n\") -> Int32(123), Str(\"o\") -> Int32(456), Str(\"p\") -> Int32(789),\n        Str(\"q\") -> Int32(123), Str(\"r\") -> Int32(456), Str(\"s\") -> Int32(789)\n      )\n      val written = upack.write(msg)\n      val reader = new InputStreamMsgPackReader(new ByteArrayInputStream(written), 2, 2)\n      val read = reader.parse(upack.Msg)\n\n      read ==> msg\n      reader.getBufferGrowCount() ==> 1\n      reader.getBufferCopyCount() ==> 13\n      reader.getBufferLength() ==> 8\n    }\n    test(\"compositeKeys\"){\n      val msg = Obj(Arr(Int32(1), Int32(2)) -> Int32(1))\n      val written = upack.write(msg)\n      val writtenStr = upickle.core.Util.bytesToString(written)\n      writtenStr ==> \"81-92-01-02-01\"\n\n      upack.read(written) ==> msg\n\n\n      intercept[upickle.core.Abort]{\n        upack.transform(written, ujson.Value)\n      }\n      intercept[upickle.core.Abort] {\n        upack.transform(msg, ujson.Value)\n      }\n    }\n    test(\"writeBytesTo\"){\n      val msg = Obj(Arr(Int32(1), Int32(2)) -> Int32(1))\n      val out = new ByteArrayOutputStream()\n      msg.writeBytesTo(out)\n      val bytes = out.toByteArray\n      val parsed = upack.read(bytes)\n      assert(msg == parsed)\n    }\n    test(\"extInMap\"){\n      val msg = Obj(Str(\"foo\") -> Ext(33, new Array[Byte](12)), Str(\"bar\") -> Null)\n      val bytes1 = upack.write(msg)\n      val parsed = upack.read(bytes1)\n      val bytes2 = upack.write(parsed)\n      assert(bytes1 sameElements bytes2)\n    }\n    test(\"extInList\"){\n      val msg = Arr(upack.Ext(33, new Array[Byte](4)), upack.False)\n      val bytes1 = upack.write(msg)\n      val parsed = upack.read(bytes1)\n      val bytes2 = upack.write(parsed)\n      assert(bytes1 sameElements bytes2)\n    }\n  }\n}\n"}
{"repo_name":"reble\/Kernels","path":"SCALA\/p2p.scala","text":"\/\/ based on Java version\nobject p2p\n{\n    def main(args: Array[String]) {\n        println(\"Parallel Research Kernels.\")\n        println(\"Scala pipeline execution on 2D grid.\")\n\n        \/*******************************************************************\n        **read and test input parameters\n        *******************************************************************\/\n\n        if (args.length != 3) {\n            println(\"argument count = \" + args.length)\n            println(\"Usage: java p2p <# iterations> <first array dimension> <second array dimension>\")\n            System.exit(0)\n        }\n\n        val iterations = args(0).toInt\n        if (iterations < 1) {\n            println(\"ERROR: iterations must be >= 1\")\n            System.exit(0)\n        }\n\n        val m = args(1).toInt\n        if (m < 1) {\n            println(\"ERROR: array dimension must be >= 1\")\n            System.exit(0)\n        }\n\n        val n = args(2).toInt\n        if (n < 1) {\n            println(\"ERROR: array dimension must be >= 1\")\n            System.exit(0)\n        }\n\n        println(f\"Grid sizes               = ${m} * ${n}\")\n        println(f\"Number of iterations     = ${iterations}\")\n\n        val grid = Array.ofDim[Double](m, n)\n        for (j <- 0 until n) grid(0)(j) = j\n        for (i <- 0 until m) grid(i)(0) = i\n\n        var startTime = System.nanoTime()\n        for (k <- 0 until iterations+1) {\n            \/\/ start timer after a warmup iteration\n            if (k<1)\n                startTime = System.nanoTime()\n            for (i <- 1 until m) {\n                for (j <- 1 until n) {\n                    grid(i)(j) = grid(i-1)(j) + grid(i)(j-1) - grid(i-1)(j-1)\n                }\n            }\n            \/\/ copy top right corner value to bottom left corner to create dependency\n            grid(0)(0) = -grid(m-1)(n-1)\n        }\n\n        val pipelineTime = (System.nanoTime() - startTime)*1e-9.toDouble\n\n        \/*******************************************************************\n        **Final analysis\n        *******************************************************************\/\n\n        val cornerValue = (iterations+1).toDouble*(m+n-2).toDouble\n        val epsilon = 1e-8.toDouble\n        if ( (math.abs(grid(m-1)(n-1) - cornerValue)\/cornerValue) < epsilon ) {\n            println(\"Solution validates\")\n            val avgtime = pipelineTime\/iterations.toDouble\n            val rate = (1e-6.toDouble)*2.toDouble*(m-1)*(n-1)\/avgtime.toDouble\n            println(f\"Rate (MFlops\/s): ${rate};  Avg time (s): ${avgtime}\")\n        } else {\n            println(\"ERROR: checksum ${grid(m-1)(n-1)} does not match verification value ${cornerValue}\")\n        }\n    }\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"bootstrap-demo\/kubernetes-dns\/src\/main\/scala\/akka\/cluster\/bootstrap\/NoisySingleton.scala","text":"<reponame>cjtraverso\/akka-management\n\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.cluster.bootstrap\n\nimport akka.actor.Actor\n\nclass NoisySingleton extends Actor {\n\n  override def preStart(): Unit =\n    context.system.log.info(\"Noisy singleton started\")\n\n  override def postStop(): Unit =\n    context.system.log.info(\"Noisy singleton stopped\")\n\n  override def receive: Receive = {\n    case msg => context.system.log.info(\"Msg: {}\", msg)\n  }\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"bootstrap-demo\/kubernetes-dns\/src\/main\/scala\/akka\/cluster\/bootstrap\/KubernetesHealthChecks.scala","text":"\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.cluster.bootstrap\n\nimport akka.actor.ActorSystem\nimport akka.cluster.{ Cluster, MemberStatus }\nimport akka.event.{ Logging, LoggingAdapter }\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.Route\n\nclass KubernetesHealthChecks(system: ActorSystem) {\n\n  val log: LoggingAdapter = Logging(system, getClass)\n  val cluster = Cluster(system)\n\n  \/\/#health\n  private val readyStates: Set[MemberStatus] = Set(MemberStatus.Up, MemberStatus.WeaklyUp)\n  private val aliveStates: Set[MemberStatus] =\n    Set(MemberStatus.Joining, MemberStatus.WeaklyUp, MemberStatus.Up, MemberStatus.Leaving, MemberStatus.Exiting)\n\n  val k8sHealthChecks: Route =\n    concat(\n        path(\"ready\") {\n          get {\n            val selfState = cluster.selfMember.status\n            log.debug(\"ready? clusterState {}\", selfState)\n            if (readyStates.contains(selfState)) complete(StatusCodes.OK)\n            else complete(StatusCodes.InternalServerError)\n          }\n        },\n        path(\"alive\") {\n          get {\n            val selfState = cluster.selfMember.status\n            log.debug(\"alive? clusterState {}\", selfState)\n            if (aliveStates.contains(selfState)) complete(StatusCodes.OK)\n            else complete(StatusCodes.InternalServerError)\n          }\n        })\n  \/\/#health\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"project\/Dependencies.scala","text":"import sbt._\nimport Keys._\n\nobject Dependencies {\n\n  val AkkaVersion = \"2.5.15\"\n  val AkkaHttpVersion = \"10.0.13\" \/\/ TODO #281 update to 10.1.x when play and lagom are released\n\n  val JUnitVersion = \"4.12\"\n  val SprayJsonVersion = \"1.3.3\"\n\n  val Common = Seq(\n    libraryDependencies ++= Seq(\n      \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % Test\/\/ ApacheV2\n    )\n  )\n\n  private object DependencyGroups {\n    val AkkaActor = Seq(\n      \"com.typesafe.akka\" %% \"akka-actor\"                         % AkkaVersion\n    )\n\n    val AkkaHttpCore = Seq(\n      \"com.typesafe.akka\" %% \"akka-http-core\"                     % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-spray-json\"               % AkkaHttpVersion,\n      \"io.spray\"          %% \"spray-json\"                         % SprayJsonVersion                  \/\/ ApacheV2\n    )\n    val AkkaHttp = Seq(\n      \"com.typesafe.akka\" %% \"akka-http\"                          % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-spray-json\"               % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-stream\"                        % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-actor\"                         % AkkaVersion,\n      \"io.spray\"          %% \"spray-json\"                         % SprayJsonVersion                  \/\/ ApacheV2\n    )\n\n    val AkkaCluster = Seq(\n      \"com.typesafe.akka\" %% \"akka-cluster\"                       % AkkaVersion\n    )\n\n    val AkkaSharding = Seq(\n      \"com.typesafe.akka\" %% \"akka-cluster\"                       % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-cluster-sharding\"              % AkkaVersion\n    )\n\n    val AkkaTesting = Seq(\n      \"com.typesafe.akka\" %% \"akka-testkit\"                       % AkkaVersion     % \"test\",\n      \"com.typesafe.akka\" %% \"akka-http-testkit\"                  % AkkaHttpVersion % \"test\",\n      \"junit\"             % \"junit\"                               % JUnitVersion    % \"test\",\n      \"org.mockito\"       % \"mockito-all\"                         % \"1.10.19\"       % \"test\"  \/\/ Common Public License 1.0\n    )\n  }\n\n  val Discovery = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaTesting\n  )\n\n  val DiscoveryDns = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaTesting\n  )\n\n  val DiscoveryConfig = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaTesting\n  )\n\n  val DiscoveryAggregate = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaTesting\n  )\n\n  val DiscoveryConsul = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaTesting ++\n      Seq(\n        \/\/License: Apache 2.0\n        \"com.orbitz.consul\" % \"consul-client\" % \"1.1.2\",\n        \/\/License: Apache 2.0\n        \"com.pszymczyk.consul\" % \"embedded-consul\" % \"1.0.2\" % \"test\"\n      )\n  )\n\n  val DiscoveryKubernetesApi = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n      DependencyGroups.AkkaHttp\n  )\n\n  val DiscoveryMarathonApi = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++\n        DependencyGroups.AkkaHttp\n  )\n\n  val DiscoveryAwsApi = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++ Seq(\n        \"com.amazonaws\" % \"aws-java-sdk-ec2\" % \"1.11.292\",\n        \"com.amazonaws\" % \"aws-java-sdk-ecs\" % \"1.11.292\")\n  )\n\n  val DiscoveryAwsApiAsync = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaActor ++ Seq(\n        \"software.amazon.awssdk\" % \"ecs\" % \"2.0.0-preview-9\",\n        \"org.scala-lang.modules\" %% \"scala-java8-compat\" % \"0.8.0\")\n  )\n\n  val ManagementHttp = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaHttp ++\n      DependencyGroups.AkkaTesting\n  )\n  val ClusterHttp = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaSharding ++\n      DependencyGroups.AkkaHttpCore ++\n      DependencyGroups.AkkaTesting ++ Seq(\n      \"com.typesafe.akka\" %% \"akka-distributed-data\"              % AkkaVersion     % \"test\"\n    )\n  )\n\n  val ClusterBootstrap = Seq(\n    libraryDependencies ++=\n      DependencyGroups.AkkaCluster ++\n      DependencyGroups.AkkaHttpCore ++\n      DependencyGroups.AkkaTesting ++ Seq(\n      \"com.typesafe.akka\" %% \"akka-distributed-data\"              % AkkaVersion     % \"test\"\n    )\n  )\n\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"bootstrap-demo\/kubernetes-dns\/src\/main\/scala\/akka\/cluster\/bootstrap\/ClusterApp.scala","text":"\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.cluster.bootstrap\n\nimport akka.actor.{ ActorSystem, PoisonPill, Props }\nimport akka.cluster.singleton.{ ClusterSingletonManager, ClusterSingletonManagerSettings }\nimport akka.http.scaladsl.Http\nimport akka.management.AkkaManagement\nimport akka.management.cluster.bootstrap.ClusterBootstrap\nimport akka.stream.ActorMaterializer\n\nobject ClusterApp {\n\n  def main(args: Array[String]): Unit = {\n\n    implicit val system = ActorSystem()\n    implicit val materializer = ActorMaterializer()\n    implicit val executionContext = system.dispatcher\n\n    system.log.info(\"Starting Akka Management\")\n    AkkaManagement(system).start()\n    ClusterBootstrap(system).start()\n\n    system.actorOf(ClusterSingletonManager.props(Props[NoisySingleton], PoisonPill,\n        ClusterSingletonManagerSettings(system)))\n\n    val k8sHealthChecks = new KubernetesHealthChecks(system)\n\n    val routes = k8sHealthChecks.k8sHealthChecks \/\/ add real app routes here\n\n    \/\/ TODO do this on joining the cluster\n    system.log.info(\"Starting Main App\")\n\n    Http().bindAndHandle(routes, \"0.0.0.0\", 8080)\n\n    system.log.info(s\"Server online at http:\/\/localhost:8080\/\\nPress RETURN to stop...\")\n  }\n\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"discovery-dns\/src\/test\/scala\/akka\/discovery\/dns\/DnsSimpleServiceDiscoverySpec.scala","text":"\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.discovery.dns\n\nimport java.net.{ Inet6Address, InetAddress }\n\nimport akka.discovery.SimpleServiceDiscovery\nimport akka.discovery.SimpleServiceDiscovery.{ Resolved, ResolvedTarget }\nimport akka.io.dns.{ AAAARecord, ARecord, DnsProtocol, SRVRecord }\nimport org.scalatest.{ Matchers, WordSpec }\n\nimport scala.collection.{ immutable => im }\n\nclass DnsSimpleServiceDiscoverySpec extends WordSpec with Matchers {\n  \"srvRecordsToResolved\" must {\n    \"fill in ips from A records\" in {\n      val resolved = DnsProtocol.Resolved(\"cats.com\", im.Seq(new SRVRecord(\"cats.com\", 1, 2, 3, 4, \"kittens.com\")),\n        im.Seq(\n          new ARecord(\"kittens.com\", 1, InetAddress.getByName(\"127.0.0.2\")),\n          new ARecord(\"kittens.com\", 1, InetAddress.getByName(\"127.0.0.3\")),\n          new ARecord(\"donkeys.com\", 1, InetAddress.getByName(\"127.0.0.4\"))\n        ))\n\n      val result: SimpleServiceDiscovery.Resolved =\n        DnsSimpleServiceDiscovery.srvRecordsToResolved(\"cats.com\", resolved)\n\n      result.serviceName shouldEqual \"cats.com\"\n      result.addresses.toSet shouldEqual Set(\n        ResolvedTarget(\"kittens.com\", Some(4), Some(InetAddress.getByName(\"127.0.0.2\"))),\n        ResolvedTarget(\"kittens.com\", Some(4), Some(InetAddress.getByName(\"127.0.0.3\")))\n      )\n    }\n\n    \/\/ Naughty DNS server\n    \"use SRV targetand port if no additional records\" in {\n      val resolved = DnsProtocol.Resolved(\"cats.com\", im.Seq(new SRVRecord(\"cats.com\", 1, 2, 3, 8080, \"kittens.com\")),\n        im.Seq(new ARecord(\"donkeys.com\", 1, InetAddress.getByName(\"127.0.0.4\"))))\n\n      val result =\n        DnsSimpleServiceDiscovery.srvRecordsToResolved(\"cats.com\", resolved)\n\n      result shouldEqual Resolved(\"cats.com\", im.Seq(ResolvedTarget(\"kittens.com\", Some(8080), None)))\n    }\n\n    \"fill in ips from AAAA records\" in {\n      val resolved = DnsProtocol.Resolved(\"cats.com\", im.Seq(new SRVRecord(\"cats1.com\", 1, 2, 3, 4, \"kittens.com\")),\n        im.Seq(\n          new AAAARecord(\"kittens.com\", 2, InetAddress.getByName(\"::1\").asInstanceOf[Inet6Address]),\n          new AAAARecord(\"kittens.com\", 2, InetAddress.getByName(\"::2\").asInstanceOf[Inet6Address]),\n          new AAAARecord(\"donkeys.com\", 2, InetAddress.getByName(\"::3\").asInstanceOf[Inet6Address])\n        ))\n\n      val result: SimpleServiceDiscovery.Resolved =\n        DnsSimpleServiceDiscovery.srvRecordsToResolved(\"cats.com\", resolved)\n\n      result.serviceName shouldEqual \"cats.com\"\n      result.addresses.toSet shouldEqual Set(\n        ResolvedTarget(\"kittens.com\", Some(4), Some(InetAddress.getByName(\"::1\"))),\n        ResolvedTarget(\"kittens.com\", Some(4), Some(InetAddress.getByName(\"::2\")))\n      )\n    }\n  }\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"discovery-aws-api\/src\/main\/scala\/akka\/discovery\/awsapi\/ec2\/Ec2TagBasedSimpleServiceDiscovery.scala","text":"<reponame>cjtraverso\/akka-management\n\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.discovery.awsapi.ec2\n\nimport java.util.concurrent.TimeoutException\n\nimport akka.actor.ActorSystem\nimport akka.annotation.InternalApi\nimport akka.discovery.{ Lookup, SimpleServiceDiscovery }\nimport akka.discovery.SimpleServiceDiscovery.{ Resolved, ResolvedTarget }\nimport akka.discovery.awsapi.ec2.Ec2TagBasedSimpleServiceDiscovery._\nimport akka.event.Logging\nimport akka.pattern.after\nimport com.amazonaws.ClientConfiguration\nimport com.amazonaws.retry.PredefinedRetryPolicies\nimport com.amazonaws.services.ec2.model.{ DescribeInstancesRequest, Filter, Reservation }\nimport com.amazonaws.services.ec2.{ AmazonEC2, AmazonEC2ClientBuilder }\n\nimport scala.annotation.tailrec\nimport scala.collection.JavaConverters._\nimport scala.collection.immutable.Seq\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.{ ExecutionContext, Future }\n\n\/** INTERNAL API *\/\n@InternalApi private[ec2] object Ec2TagBasedSimpleServiceDiscovery {\n\n  private[ec2] def parseFiltersString(filtersString: String): List[Filter] =\n    filtersString\n      .split(\";\")\n      .filter(_.nonEmpty)\n      .map(kv \u21d2 kv.split(\"=\"))\n      .toList\n      .map(kv \u21d2 {\n        assert(kv.length == 2, \"failed to parse one of the key-value pairs in filters\")\n        new Filter(kv(0), List(kv(1)).asJava)\n      })\n\n}\n\nclass Ec2TagBasedSimpleServiceDiscovery(system: ActorSystem) extends SimpleServiceDiscovery {\n\n  private val log = Logging(system, classOf[Ec2TagBasedSimpleServiceDiscovery])\n\n  private val ec2Client: AmazonEC2 = {\n    val clientConfiguration = new ClientConfiguration()\n    \/\/ we have our own retry\/back-off mechanism, so we don't need EC2Client's in addition\n    clientConfiguration.setRetryPolicy(PredefinedRetryPolicies.NO_RETRY_POLICY)\n    AmazonEC2ClientBuilder.standard().withClientConfiguration(clientConfiguration).build()\n  }\n\n  private implicit val ec: ExecutionContext = system.dispatcher\n\n  private val config = system.settings.config.getConfig(\"akka.discovery.aws-api-ec2-tag-based\")\n\n  private val tagKey = config.getString(\"tag-key\")\n\n  private val otherFiltersString = config.getString(\"filters\")\n  private val otherFilters = parseFiltersString(otherFiltersString)\n\n  private val preDefinedPorts =\n    config.getIntList(\"ports\").asScala.toList match {\n      case Nil \u21d2 None\n      case list \u21d2 Some(list) \/\/ Akka Management ports\n    }\n\n  private val runningInstancesFilter = new Filter(\"instance-state-name\", List(\"running\").asJava)\n\n  @tailrec\n  private final def getInstances(\n      client: AmazonEC2,\n      filters: List[Filter],\n      nextToken: Option[String],\n      accumulator: List[String] = Nil\n  ): List[String] = {\n\n    val describeInstancesRequest = new DescribeInstancesRequest()\n      .withFilters(filters.asJava) \/\/ withFilters is a set operation (i.e. calls setFilters, be careful with chaining)\n      .withNextToken(nextToken.orNull)\n\n    val describeInstancesResult = client.describeInstances(describeInstancesRequest)\n\n    val ips: List[String] =\n      describeInstancesResult.getReservations.asScala.toList\n        .flatMap((r: Reservation) \u21d2 r.getInstances.asScala.toList)\n        .map(instance \u21d2 instance.getPrivateIpAddress)\n\n    val accumulatedIps = accumulator ++ ips\n\n    Option(describeInstancesResult.getNextToken) match {\n      case None \u21d2\n        accumulatedIps \/\/ aws api has no more results to return, so we return what we have accumulated so far\n      case nextPageToken @ Some(_) \u21d2\n        \/\/ more result items available\n        log.debug(\"aws api returned paginated result, fetching next page!\")\n        getInstances(client, filters, nextPageToken, accumulatedIps)\n    }\n\n  }\n\n  override def lookup(query: Lookup, resolveTimeout: FiniteDuration): Future[Resolved] =\n    Future.firstCompletedOf(\n      Seq(\n        after(resolveTimeout, using = system.scheduler)(\n          Future.failed(new TimeoutException(s\"Lookup for [$query] timed-out, within [$resolveTimeout]!\"))\n        ),\n        lookup(query)\n      )\n    )\n\n  def lookup(query: Lookup): Future[Resolved] = {\n\n    val tagFilter = new Filter(\"tag:\" + tagKey, List(query.serviceName).asJava)\n\n    val allFilters: List[Filter] = runningInstancesFilter :: tagFilter :: otherFilters\n\n    Future {\n      getInstances(ec2Client, allFilters, None).flatMap(\n        (ip: String) \u21d2\n          preDefinedPorts match {\n            case None \u21d2 ResolvedTarget(host = ip, port = None) :: Nil\n            case Some(ports) \u21d2\n              ports.map(p \u21d2 ResolvedTarget(host = ip, port = Some(p))) \/\/ this allows multiple akka nodes (i.e. JVMs) per EC2 instance\n        }\n      )\n    }.map(resoledTargets \u21d2 Resolved(query.serviceName, resoledTargets))\n\n  }\n\n}\n"}
{"repo_name":"cjtraverso\/akka-management","path":"cluster-bootstrap\/src\/main\/scala\/akka\/management\/cluster\/bootstrap\/ClusterBootstrapSettings.scala","text":"\/*\n * Copyright (C) 2017 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage akka.management.cluster.bootstrap\n\nimport java.util.Locale\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport com.typesafe.config.Config\n\nimport scala.concurrent.duration.{ FiniteDuration, _ }\n\nfinal class ClusterBootstrapSettings(config: Config) {\n  private implicit class HasDefined(val config: Config) {\n    def hasDefined(key: String): Boolean =\n      config.hasPath(key) &&\n      config.getString(key).trim.nonEmpty &&\n      config.getString(key) != s\"<$key>\"\n  }\n\n  val managementBasePath: Option[String] =\n    Option(config.getString(\"akka.management.http.base-path\")).filter(_.trim.nonEmpty)\n\n  private val bootConfig = config.getConfig(\"akka.management.cluster.bootstrap\")\n\n  val formNewCluster: Boolean = bootConfig.getBoolean(\"form-new-cluster\")\n\n  object contactPointDiscovery {\n    private val discoveryConfig: Config = bootConfig.getConfig(\"contact-point-discovery\")\n\n    val serviceName: Option[String] =\n      if (discoveryConfig.hasDefined(\"service-name\")) Some(discoveryConfig.getString(\"service-name\"))\n      else None\n\n    val serviceNamespace: Option[String] =\n      if (discoveryConfig.hasDefined(\"service-namespace\")) Some(discoveryConfig.getString(\"service-namespace\"))\n      else None\n\n    val portName = getOptionalString(\"port-name\")\n\n    val protocol = getOptionalString(\"protocol\")\n\n    def effectiveName(system: ActorSystem): String =\n      if (discoveryConfig.hasDefined(\"effective-name\")) {\n        discoveryConfig.getString(\"effective-name\")\n      } else {\n        val service = serviceName match {\n          case Some(name) \u21d2 name\n          case _ \u21d2 system.name.toLowerCase(Locale.ROOT).replaceAll(\" \", \"-\").replace(\"_\", \"-\")\n        }\n        val namespace = serviceNamespace match {\n          case Some(ns) \u21d2 s\".$ns\"\n          case _ \u21d2 \"\"\n        }\n        service + namespace\n      }\n\n    val discoveryMethod: String = discoveryConfig.getString(\"discovery-method\")\n\n    val stableMargin: FiniteDuration =\n      discoveryConfig.getDuration(\"stable-margin\", TimeUnit.MILLISECONDS).millis\n\n    val interval: FiniteDuration =\n      discoveryConfig.getDuration(\"interval\", TimeUnit.MILLISECONDS).millis\n\n    val exponentialBackoffRandomFactor: Double =\n      discoveryConfig.getDouble(\"exponential-backoff-random-factor\")\n\n    val exponentialBackoffMax: FiniteDuration =\n      discoveryConfig.getDuration(\"exponential-backoff-max\", TimeUnit.MILLISECONDS).millis\n\n    require(exponentialBackoffMax >= interval, \"exponential-backoff-max has to be greater or equal to interval\")\n\n    val requiredContactPointsNr: Int = discoveryConfig.getInt(\"required-contact-point-nr\")\n\n    val resolveTimeout: FiniteDuration = discoveryConfig.getDuration(\"resolve-timeout\", TimeUnit.MILLISECONDS).millis\n\n    private def getOptionalString(path: String): Option[String] = discoveryConfig.getString(path) match {\n      case \"\" => None\n      case other => Some(other)\n    }\n\n  }\n\n  object contactPoint {\n    private val contactPointConfig = bootConfig.getConfig(\"contact-point\")\n\n    \/\/ FIXME this has to be the same as the management one, we currently override this value when starting management, any better way?\n    val fallbackPort = contactPointConfig.getInt(\"fallback-port\")\n\n    val probingFailureTimeout: FiniteDuration =\n      contactPointConfig.getDuration(\"probing-failure-timeout\", TimeUnit.MILLISECONDS).millis\n\n    val probeInterval: FiniteDuration =\n      contactPointConfig.getDuration(\"probe-interval\", TimeUnit.MILLISECONDS).millis\n\n    val probeIntervalJitter: Double =\n      contactPointConfig.getDouble(\"probe-interval-jitter\")\n\n    val httpMaxSeedNodesToExpose: Int = 5\n  }\n\n  object joinDecider {\n    val implClass: String = bootConfig.getString(\"join-decider.class\")\n  }\n\n}\n\nobject ClusterBootstrapSettings {\n  def apply(config: Config): ClusterBootstrapSettings =\n    new ClusterBootstrapSettings(config)\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/DoToVerb.scala","text":"<filename>src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/DoToVerb.scala\npackage pl.project13.scala.words.verbs\n\n\/**\n *\n *\n * The idea for this verb is taken from Clojure's doto:\n * ```(doto (new java.util.HashMap) (.put \"a\" 1) (.put \"b\" 2))```\n *\/\ntrait DoToVerb {\n\n  def doTo[T](it: T)(operations: Function1[T, Unit]*): T = {\n    operations foreach { _.apply(it) }\n    it\n  }\n\n}\n\nobject DoToVerb extends DoToVerb"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/SomeWord.scala","text":"<filename>src\/main\/scala\/pl\/project13\/scala\/words\/other\/SomeWord.scala\npackage pl.project13.scala.words.other\n\n\/**\n * The `SomeWord` may be used to ease creating Some[A].\n *\n *\/\ntrait SomeWord {\n\n  implicit def any2canBeSome[T](in: T) = new CanBeSome(in)\n\n  \/\/ todo not sure if any2some is a good idea\n}\n\nobject SomeWord extends SomeWord\n\nclass CanBeSome[T] (in: T) {\n  def some = Some(in)\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/other\/UnlessWordTest.scala","text":"<filename>src\/test\/scala\/pl\/project13\/scala\/words\/other\/UnlessWordTest.scala\npackage pl.project13.scala.words.other\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass UnlessWordTest extends FlatSpec with ShouldMatchers\n  with UnlessWord {\n\n  behavior of \"UnlessWord\"\n\n  it should \"print '' instead of a String when(false)\" in {\n    \/\/ given\n    val s = \"Hello\"\n\n    \/\/ when\n    val got = s.unless(false)\n\n    \/\/ then\n    got should equal(s)\n  }\n\n  it should \"print the String when(false)\" in {\n    \/\/ given\n    val s = \"Hello\"\n\n    \/\/ when\n    val got = s.unless(true)\n\n    \/\/ then\n    got should equal(\"\")\n  }\n\n  \"on Option[A]\" should \"return None when(false)\" in {\n    \/\/ given\n    val option = \"Hello\"\n\n    \/\/ when\n    val got = option.unless(false)\n\n    \/\/ then\n    got should equal(option)\n  }\n\n  it should \"return the Option when(true)\" in {\n    \/\/ given\n    val option = 12344\n    val conditionIsMet = true\n\n    \/\/ when\n    val got = option unless conditionIsMet\n\n    \/\/ then\n    got should equal (None)\n  }\n\n  it should \"execute a block of code when unless(true)\" in {\n    \/\/ given\n\n    \/\/ when\n    val value = { info(\"Executing...\"); Some(true) } unless true\n\n    \/\/ then\n    value should equal (None)\n  }\n\n  it should \"not execute a block of code when unless(true)\" in {\n    \/\/ given\n\n    \/\/ when\n    val value = { info(\"Executing...\"); true } unless false\n\n    \/\/ then\n    value should equal (Some(true))\n  }\n\n  it should \"act as an if(!test) replacement, for false\" in {\n    \/\/ given\n    var branch = 0\n\n    \/\/ when\n    unless (false) {\n      branch = 1\n    }\n\n    \/\/ then\n    branch should equal (1)\n  }\n\n  it should \"act as an if(!test) replacement, for true\" in {\n    \/\/ given\n    var branch = 0\n\n    \/\/ when\n    unless (true) {\n      branch = 1\n    }\n\n    \/\/ then\n    branch should equal (0)\n  }\n\n  it should \"return a value like if\" in {\n    \/\/ when\n    val it = unless (false) {\n      \"Value\"\n    } orElse {\n      Some(\"Else\")\n    }\n\n    \/\/ then\n    it should equal (Some(\"Value\"))\n  }\n\n  it should \"return return a value like if, and be cainable using orElse\" in {\n    \/\/ when\n    val it = unless (true) {\n      \"Value\"\n    } orElse {\n      Some(\"Else\")\n    }\n\n    \/\/ then\n    it should equal (Some(\"Else\"))\n  }\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/RetryVerbTest.scala","text":"package pl.project13.scala.words.verbs\n\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.{BeforeAndAfter, BeforeAndAfterEach, FlatSpec}\n\nclass RetryVerbTest extends FlatSpec with ShouldMatchers\n  with BeforeAndAfter {\n\n  import RetryVerb._\n\n  val N = 3\n\n  var incCountCalled = 0\n  var incBeforeCalled = 0\n  var incExceptCalled = 0\n\n  var throwedTimes = 0\n  def throwsTwoTimesThenIncCount = () => {\n    if(throwedTimes < 2) {\n      throwedTimes += 1\n      throw new Exception(\"I failed\")\n    }\n\n    incCount()\n  }\n\n  def incCount = () => {\n    incCountCalled += 1\n    incCountCalled\n  }\n\n  def incExcept = (n: Int, willRetry: Boolean, ex: Throwable) => incExceptCalled += 1\n  def incBefore = (n: Int) => incBeforeCalled += 1\n\n  behavior of \"RetryVerb\"\n\n  before {\n    incCountCalled = 0\n    incExceptCalled = 0\n    incBeforeCalled = 0\n    throwedTimes = 0\n  }\n\n  it should \"not retry if it's not required (function doesn't throw)\" in {\n    \/\/ when\n    val it = retry(N) { incCount() }\n\n    \/\/ then\n    it should equal (Right(1))\n  }\n\n  it should \"call onException 2 times, but finish OK and return Left\" in {\n    \/\/ when\n    val it = retry(N, onException = incExcept) { throwsTwoTimesThenIncCount() }\n\n    \/\/ then\n    incExceptCalled should equal (2)\n    it should equal (Right(1))\n  }\n\n  it should \"call beforeEach 3 times\" in {\n    \/\/ when\n    val it = retry(N, beforeEach = incBefore) { throw new Exception(\"\") }\n\n    \/\/ then\n    incBeforeCalled should equal (3)\n  }\n\n  it should \"return 3 exceptions\" in {\n    \/\/ given\n    val exception = new Exception(\"I failed\")\n\n    \/\/ when\n    val it = retry(N) { throw exception }\n\n    \/\/ then\n    it should equal (Left(List(exception, exception, exception)))\n  }\n\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/UnlessWord.scala","text":"<gh_stars>1-10\npackage pl.project13.scala.words.other\n\nimport pl.project13.scala.words.annotation.aliasFor\n\ntrait UnlessWord {\n\n  import SomeWord._\n\n  implicit def stringUnless(s: String) = new StringUnless(s)\n\n  implicit def anyUnless[T](s: AnyRef) = new AnyUnless(s)\n\n  implicit def blockUnless[T](execute: => T) = new DoNotDoBlockUnlessTest(execute)\n\n  def unless[T](test: Boolean)(block: => T): Option[T] = if (!test) Some(block) else None\n\n  class DoNotDoBlockUnlessTest[T](block: => T) {\n\n    @aliasFor(\"unless\")\n    def ifNot(test: => Boolean) = unless(test)\n\n    def unless(test: => Boolean) = if(!test) block.some else None\n  }\n\n  class StringUnless(s: String) {\n    def unless(test: Boolean): String = if (!test) s else \"\"\n  }\n\n  class AnyUnless[A](o: A) {\n    def unless(test: Boolean): Option[A] = if (!test) Some(o) else None\n  }\n\n}\nobject UnlessWord extends UnlessWord"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/other\/ProgressableAdverbTest.scala","text":"<gh_stars>1-10\npackage pl.project13.scala.words.other\n\nimport org.scalatest.{FlatSpec, FunSuite, OneInstancePerTest}\nimport org.scalatest.matchers.ShouldMatchers\nimport pl.project13.scala.words.verbs.DoToVerb\n\nclass ProgressableAdverbTest extends FlatSpec with ShouldMatchers\n  with OneInstancePerTest\n  with ProgressableAdverb {\n\n  val TotalItems = 1000L\n\n  var progressPrinted: List[Long] = Nil\n\n  override def printProgress(currentPercent: Long, progressAt: Long, total: Long) {\n    progressPrinted = currentPercent :: Option(progressPrinted).getOrElse(Nil)\n  }\n\n  behavior of \"Progressable\"\n\n  it should \"print progress for each percent of progress\" in {\n    \/\/ given\n    TotalItems\n\n    \/\/ when\n    1 to 1000 foreach { item => notifyProgress() }\n\n    \/\/ then\n    progressPrinted should have length (100)\n  }\n\n  it should \"allow progressing in custom step sizes\" in {\n    \/\/ given\n    TotalItems\n\n    \/\/ when\n    1 to 500 foreach { item => notifyProgress(2) }\n\n    \/\/ then\n    progressPrinted should have length (100)\n  }\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/RetryVerb.scala","text":"<filename>src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/RetryVerb.scala\npackage pl.project13.scala.words.verbs\n\n\nimport scala.collection._\n\ntrait RetryVerb {\n\n  \/**\n   * Try to execute a block (for a result) {@code times} times, and return the first successful result.\n   * Otherwise, collect thrown exceptions and return their list (with max length = {@code times})\n   *\n   * @param times how many times we should try to execute the function\n   * @param beforeEach will be called before every try to call {@code block}\n   * @param onException will be called on each failure (thrown exception), use it to log messages for example\n   *\/\n  def retry[T](times: Long,\n               beforeEach: (Int) => Unit = {(n) =>},\n               onException: (Int, Boolean, Throwable) => Unit = {(n, willRetry, exception) =>})\n              (block: => T): Either[Seq[Exception], T] = {\n    val exceptions = new mutable.ListBuffer[Exception]\n    var n = 1\n\n    while (n <= times) {\n      try {\n        beforeEach(n)\n        return Right(block)\n      } catch {\n        case e: Exception =>\n          onException(n, n != times, e)\n          exceptions += e\n      }\n\n      n += 1\n    }\n\n    Left(exceptions.toSeq)\n  }\n\n}\n\nobject RetryVerb extends RetryVerb"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/annotation\/aliasFor.scala","text":"package pl.project13.scala.words.annotation\n\nclass aliasFor(aliased: String = \"\") extends annotation.StaticAnnotation"}
{"repo_name":"ktoso\/scala-words","path":"project\/Build.scala","text":"import sbt._\nimport sbt.Keys._\n\nobject Resolvers {\n  val kanbaneryResolvers = Seq(\n    \"Sonatype releases\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/releases\/\",\n    \"Typesafe Releases\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\"\n  )\n}\n\nobject Versions {\n  val guava = \"12.0\"\n  val akka = \"2.1-M1\"\n  val liftVersion = \"2.4\"\n}\n\nobject Dependencies {\n  import Resolvers._\n  import Versions._\n\n  val guava                 = \"com.google.guava\"  % \"guava\"          % Versions.guava\n\n  val scalaRainbow          = \"pl.project13.scala\"     % \"rainbow_2.9.1\"          % \"0.1\"\n\n  val slf4s                 = \"com.weiglewilczek.slf4s\" %% \"slf4s\"                % \"1.0.7\"\n  val logback               = \"ch.qos.logback\"           % \"logback-classic\"         % \"1.0.0\"\n  val log4jOverSlf4j        = \"org.slf4j\"                % \"log4j-over-slf4j\"        % \"1.6.1\"\n  val jclOverSlf4j          = \"org.slf4j\"                % \"jcl-over-slf4j\"          % \"1.6.1\"\n  val julToSlf4jBridge      = \"org.slf4j\"                % \"jul-to-slf4j\"            % \"1.6.1\"\n  val logging               = Seq(slf4s, logback, log4jOverSlf4j, jclOverSlf4j)\n\n  val liftMongoRecord       = \"net.liftweb\"            %% \"lift-mongodb-record\"   % Versions.liftVersion\n  val mongo                 = \"org.mongodb\"            %  \"mongo-java-driver\"     % \"2.7.3\"\n  val rogue                 = \"com.foursquare\"         %% \"rogue\"                 % \"1.1.8\" intransitive()\n\n  \/\/ testing\n  val scalaTest = \"org.scalatest\"    %% \"scalatest\"      % \"1.7.RC1\" % \"test\"\n  val mockito   = \"org.mockito\"       % \"mockito-core\"   % \"1.8.5\"   % \"test\"\n\n}\n\nobject BuildSettings {\n  import Resolvers._\n  import Dependencies._\n\n  val generalDependencies = Seq(\n    guava,\n    mongo, liftMongoRecord, rogue,\n    scalaRainbow,\n    scalaTest, mockito\n  ) ++ logging\n  \n  val buildSettings = Defaults.defaultSettings ++\n    Seq(\n      organization        := \"pl.project13.scala\",\n      name                := \"words\",\n      version             := \"0.1\",\n      scalaVersion        := \"2.9.1\",\n      crossScalaVersions  := Seq(\"2.9.1\", \"2.9.2\", \"2.10.0\"),\n      resolvers           ++= Resolver.withDefaultResolvers(kanbaneryResolvers, mavenCentral = true, scalaTools = false),\n      libraryDependencies ++= generalDependencies\n    )\n\n  val sonatypeSettings = Seq(\n    publishMavenStyle := true,\n    publishArtifact in Test := false,\n    pomIncludeRepository := { _ => false },\n    publishTo <<= version { (v: String) =>\n      val nexus = \"https:\/\/oss.sonatype.org\/\"\n      if (v.trim.endsWith(\"SNAPSHOT\"))\n        Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n      else\n        Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    },\n    credentials += Credentials(Path.userHome \/ \".sbt\" \/ \"sonatype.properties\"),\n    pomExtra := (\n    <url>http:\/\/ktoso.github.com\/scala-words<\/url>\n    <licenses>\n      <license>\n        <name>Apache 2 License<\/name>\n        <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html<\/url>\n        <distribution>repo<\/distribution>\n      <\/license>\n    <\/licenses>\n    <scm>\n      <url><EMAIL>:ktoso\/scala-words.git<\/url>\n      <connection>scm:git:<EMAIL>:ktoso\/scala-words.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n        <id>ktoso<\/id>\n        <name>Konrad 'ktoso' Malawski<\/name>\n        <url>http:\/\/blog.project13.pl<\/url>\n      <\/developer>\n    <\/developers>\n    <parent>\n      <groupId>org.sonatype.oss<\/groupId>\n      <artifactId>oss-parent<\/artifactId>\n      <version>7<\/version>\n    <\/parent>)\n    )\n\n}\n\nobject ScalaWordsBuild extends Build {\n  import Dependencies._\n  import BuildSettings._\n\n\/\/  compileOrder := CompileOrder.JavaThenScala\n\n  lazy val root = Project (\n    \"scala-words\",\n    file(\".\"),\n    settings = buildSettings ++ sonatypeSettings ++\n      Seq (\n        libraryDependencies ++=  generalDependencies ++ Seq()\n      )\n  )\n\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/UniquifyVerbTest.scala","text":"<filename>src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/UniquifyVerbTest.scala\npackage pl.project13.scala.words.verbs\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass UniquifyVerbTest extends FlatSpec with ShouldMatchers\n  with UniquifyVerb {\n\n  behavior of \"UniquifyVerb\"\n\n  case class Data(a: Int, b: Int)\n\n\n  it should \"uniquify a list given a predicate (by implicits)\" in {\n    \/\/ given\n    val list = Data(1, 1) :: Data(1, 2) :: Data(1, 3) :: Data(2, 3) :: Nil\n\n    \/\/ when\n    val uniques = list.uniquifyOn(_.a)\n\n    \/\/ then\n    uniques should have length (2)\n    uniques should (contain (Data(1, 3)) and contain (Data(2, 3)))\n  }\n\n  \"uniquified\" should \"uniquify a list\" in {\n    \/\/ given\n    val nums = 1 :: 2 :: 2 :: 3 :: Nil\n\n    \/\/ when\n    val uniquified = nums.uniquified\n\n    \/\/ then\n    uniquified should have length (3)\n    uniquified should (contain (1) and contain (2) and contain (3))\n  }\n\n  \"uniquifyByMerge\" should \"use the merge function to resolve conflicts\" in {\n    \/\/ given\n    val list = Data(1, 1) :: Data(1, 2) :: Data(1, 3) :: Data(2, 3) :: Nil\n\n    \/\/ when\n    val uniques = list.uniquifyByMerge(onKey = _.a) { case (l, r) =>\n      info(\"Merge: [%s] and [%s] \".format(l, r))\n      l\n    }\n\n    \/\/ then\n    uniques should have length (2)\n    uniques should (contain (Data(1, 1)) and contain (Data(2, 3)))\n  }\n\n  it should \"resolve conflicts as expected - 'in order'\" in {\n    \/\/ given\n    val list = Data(1, 1) :: Data(2, 1) :: Data(1, 2) :: Data(1, 3) :: Data(2, 3) :: Data(2, 53) :: Nil\n\n    \/\/ when\n    val uniques = list.uniquifyByMerge(onKey = _.a) { case (l, r) =>\n      info(\"Merge: [%s] and [%s] \".format(l, r))\n      l\n    }\n\n    \/\/ then\n    uniques should have length (2)\n    uniques should (contain (Data(1, 1)) and contain (Data(2, 1)))\n  }\n}\n\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/other\/SimpleValuesAreSomeTest.scala","text":"package pl.project13.scala.words.other\n\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FlatSpec\n\nclass SimpleValuesAreSomeTest extends FlatSpec with ShouldMatchers\n  with SimpleValuesAreSome {\n\n  behavior of \"SimpleValuesAreSome\"\n\n  it should \"convert Int to some ints\" in {\n    val a: Some[Int] = 23\n  }\n\n  it should \"convert Long to Some\" in {\n    val a: Some[Long] = 34L\n  }\n\n  it should \"convert Byte to Some\" in {\n    val a: Some[Byte] = Byte.MinValue\n  }\n\n  it should \"convert String to Some\" in {\n    val a: Some[String] = \"23456\"\n  }\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/DoToVerbTest.scala","text":"<gh_stars>1-10\npackage pl.project13.scala.words.verbs\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass DoToVerbTest extends FlatSpec with ShouldMatchers\n  with DoToVerb {\n\n  behavior of \"DoToVerb\"\n\n  it should \"do things to it\" in {\n    \/\/ given\n    val input: String = \"name\"\n\n    \/\/ when\n    var buildMe: String = \"\"\n    val returned = doTo(input) (\n      _.foreach { it => buildMe += it.toUpper }\n    )\n\n    \/\/ then\n    returned should equal (input)\n    buildMe should equal (input.toUpperCase)\n  }\n\n  it should \"allow multiple operations on the same object\" in {\n    \/\/ given\n    class It(var counter: Int)\n    val it = new It(1)\n\n    \/\/ when\n    doTo(it) (\n      _.counter += 1,\n      _.counter *= 3\n    )\n\n    \/\/ then\n    it.counter should equal (6)\n  }\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/AskVerbTest.scala","text":"package pl.project13.scala.words.verbs\n\nimport org.scalatest.{OneInstancePerTest, FlatSpec}\nimport org.scalatest.matchers.ShouldMatchers\nimport collection.mutable\n\nclass AskVerbTest extends FlatSpec with ShouldMatchers\n  with OneInstancePerTest\n  with AskVerb {\n\n  val waitingForIn = mutable.Queue[String]()\n\n  override private[verbs] def readLine(msg: String, args: Any*) = {\n    val line = waitingForIn.dequeue()\n    info(msg + \" << \" + line)\n    line\n  }\n\n  behavior of \"AskVerb\"\n\n  it should \"should ask for an Enum (by name)\" in {\n    \/\/ given\n    object Enum extends Enumeration {\n      type Enum = Value\n      val A, B, C = Value\n    }\n\n    waitingForIn.enqueue(\"B\")\n\n    waitingForIn.length should equal (1)\n\n    \/\/ when\n    val gotEnum = askForEnum(Enum, \"Select one: \")\n\n    \/\/ then\n    gotEnum should equal (Enum.B)\n  }\n\n  it should \"should ask for an Enum (by id)\" in {\n    \/\/ given\n    object Enum2 extends Enumeration {\n      type Enum = Value\n      val A, B, C = Value\n    }\n\n    waitingForIn.enqueue(\"2\")\n\n    \/\/ when\n    val gotEnum = askForEnum(Enum2, \"Select one: \")\n\n    \/\/ then\n    gotEnum should equal (Enum2.C)\n  }\n\n  it should \"ask for a number in range [1; 10]\" in {\n    \/\/ given\n    val nums = 1 to 10\n\n    waitingForIn.enqueue(\"12\", \"10\")\n\n    \/\/ when\n    val num = askForIntIn(nums, \"Number?\")\n\n    \/\/ then\n    num should equal (10)\n  }\n\n\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/TimedVerb.scala","text":"package pl.project13.scala.words.verbs\n\nimport com.google.common.base.{Ticker, Stopwatch}\nimport com.weiglewilczek.slf4s.Logger\nimport pl.project13.scala.concurrent.util.Duration\n\ntrait TimedVerb {\n\n  lazy val ticker: Ticker = Ticker.systemTicker\n\n  def timed[T](block: => T): (Stopwatch, T) = {\n    val stopwatch = new Stopwatch(ticker).start()\n    val value = block\n    (stopwatch.stop(), value)\n  }\n\n  def timedAndLoggedIf[T](test: Stopwatch => Boolean)\n                             (log: Logger, blockName: String, warnIfLongerThan: Option[Duration] = None, stopwatch: Stopwatch = new Stopwatch(ticker))\n                             (block: => T) = {\n    stopwatch.start()\n\n    log.debug(createTimedBlockStartInfoMessage(blockName))\n\n    val it = block\n\n    val took = stopwatch.stop().elapsedMillis()\n    lazy val msg = createDoneBlockInfoMessage(blockName, took)\n\n    warnIfLongerThan match {\n      case Some(duration) => if (took > duration.toMillis) log.warn(msg) else log.debug(msg)\n      case _ if test(stopwatch) => log.info(msg)\n      case _ => \/\/ ignore\n    }\n\n    it\n  }\n\n  def timedAndLoggedIfNot[T](test: Stopwatch => Boolean)\n                                (log: Logger, blockName: String, warnIfLongerThan: Option[Duration] = None, stopwatch: Stopwatch = new Stopwatch(ticker))\n                                (block: => T) = {\n    timedAndLoggedIf({ !test(_) })(log, blockName, warnIfLongerThan, stopwatch)(block)\n  }\n\n  def timedAndLogged[T](log: Logger, blockName: String, warnIfLongerThan: Option[Duration] = None, stopwatch: Stopwatch = new Stopwatch(ticker))\n                       (block: => T) = {\n    timedAndLoggedIf(_ => true)(log, blockName, warnIfLongerThan, stopwatch)(block)\n  }\n\n  def createTimedBlockStartInfoMessage[T](blockName: String): String = {\n    \"Starting execution of timed block: [\" + blockName + \"]\"\n  }\n\n  def createDoneBlockInfoMessage[T](blockName: String, took: Long): String = {\n    \"Timed [\" + blockName + \"] took: \" + took + \"ms\"\n  }\n\n\n}\n\nobject TimedVerb extends TimedVerb\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/SimpleValuesAreSome.scala","text":"package pl.project13.scala.words.other\n\ntrait SimpleValuesAreSome extends SomeWord {\n\n  implicit def boolean2some(in: Boolean) = Some(in)\n\n  implicit def byte2some(in: Byte) = Some(in)\n\n  implicit def int2some(in: Int) = Some(in)\n  implicit def long2some(in: Long) = Some(in)\n\n  implicit def float2some(in: Float) = Some(in)\n  implicit def double2some(in: Double) = Some(in)\n\n  implicit def string2some(in: String) = Some(in)\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/StreamedVerb.scala","text":"<reponame>ktoso\/scala-words\npackage pl.project13.scala.words.verbs\n\nimport net.liftweb.mongodb.record.MongoRecord\nimport net.liftweb.mongodb.record.MongoMetaRecord\nimport com.mongodb.{DBCursor, DBObject, Bytes}\nimport net.liftweb.mongodb.MongoDB\nimport scala.Some\n\ntrait StreamedVerb extends MongoStreamedVerb\n\ntrait MongoStreamedVerb {\n\n  def stream[T <: MongoRecord[T]](meta: MongoMetaRecord[T], query: DBObject)(callback: T => Unit) {\n    stream(meta, Some(query))(callback)\n  }\n\n  def stream[T <: MongoRecord[T]](meta: MongoMetaRecord[T], query: Option[DBObject] = None)(callback: T => Unit) {\n    MongoDB.useCollection(meta.mongoIdentifier, meta.collectionName) { coll =>\n      withCursor(coll.find(query.getOrElse(null))) { cursor =>\n        \/\/ Making the cursor non-expireable\n        cursor.addOption(Bytes.QUERYOPTION_NOTIMEOUT)\n\n        while(cursor.hasNext) {\n          val next = cursor.next()\n          val obj = meta.fromDBObject(next)\n\n          callback(obj)\n        }\n      }\n    }\n  }\n\n  def withCursor[T](createCursor: => DBCursor)(f: DBCursor => T) = {\n    val c = createCursor\n    try {\n      f(c)\n    } finally {\n      c.close()\n    }\n  }\n}\n\nobject StreamedVerb extends StreamedVerb"}
{"repo_name":"ktoso\/scala-words","path":"project\/plugins.sbt","text":"<reponame>ktoso\/scala-words\nresolvers += Resolver.url(\"sbt-plugin-releases\", new URL(\"http:\/\/scalasbt.artifactoryonline.com\/scalasbt\/sbt-plugin-releases\/\"))(Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"com.jsuereth\" % \"xsbt-gpg-plugin\" % \"0.6\")\n\naddSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.0.0\")\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/other\/WhenWordTest.scala","text":"package pl.project13.scala.words.other\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass WhenWordTest extends FlatSpec with ShouldMatchers\n  with WhenWord {\n\n  behavior of \"WhenWord\"\n\n  it should \"print '' instead of a String when(false)\" in {\n    \/\/ given\n    val s = \"Hello\"\n    val conditionIsMet = false\n\n    \/\/ when\n    val got = s.when(conditionIsMet)\n\n    \/\/ then\n    got should equal (\"\")\n  }\n\n  it should \"print the String when(false)\" in {\n    \/\/ given\n    val s = \"Hello\"\n    val conditionIsMet = true\n\n    \/\/ when\n    val got = s.when(conditionIsMet)\n\n    \/\/ then\n    got should equal (s)\n  }\n\n  \"on Option[A]\" should \"return None when(false)\" in {\n    \/\/ given\n    val option = Option(\"Hello\")\n    val conditionIsMet = false\n\n    \/\/ when\n    val got = option.when(conditionIsMet)\n\n    \/\/ then\n    got should equal (None)\n  }\n\n  it should \"return the Option when(true)\" in {\n    \/\/ given\n    val option = Option(\"Hello\")\n    val conditionIsMet = true\n\n    \/\/ when\n    val got = option.when(conditionIsMet)\n\n    \/\/ then\n    got should equal (option)\n  }\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/nouns\/PercentageNoun.scala","text":"<gh_stars>1-10\npackage pl.project13.scala.words.nouns\n\ncase class PercentageNoun(part: Long) {\n\n  def percent(max: Long): Long = if(max == 0) 0 else part * 100 \/ max\n  def percentString(max: Long): String = (percent(max) + \"%\").toString\n\n  def outOf(max: Long) = \"[%s] out of [%s], that's [%s]\".format(part, max, percentString(max))\n}\n\nobject PercentageNoun {\n  implicit def nums2Percentage(num: Long) = PercentageNoun(num)\n}"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/WhenWord.scala","text":"package pl.project13.scala.words.other\n\nimport pl.project13.scala.words.annotation.aliasFor\n\ntrait WhenWord {\n\n  import SomeWord._\n\n  implicit def stringWhen(s: String) = new StringWhen(s)\n\n  implicit def stringWhen[A](s: Option[A]) = new OptionWhen(s)\n\n  implicit def blockWithWhen[T](execute: => T) = new HasBlockWithWhen[T](execute)\n\n  class StringWhen(s: String) {\n    def when(test: Boolean): String = if (test) s else \"\"\n  }\n\n  class OptionWhen[A](o: Option[A]) {\n    def when(test: Boolean): Option[A] = if (test) o else None\n  }\n\n  class HasBlockWithWhen[T](block: => T) {\n    def when(test: => Boolean) = if (test) block.some else None\n  }\n}\n\nobject WhenWord extends WhenWord"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/ProgressableAdverb.scala","text":"package pl.project13.scala.words.other\n\ntrait ProgressableAdverb {\n\n  def TotalItems: Long\n\n  def InitialPrint = true\n\n  private var lastPercent = 0L\n  private var progressAt = 0L\n\n  if (InitialPrint) printProgress(0, 0, TotalItems)\n\n  def notifyProgress() {\n    notifyProgress(1)\n  }\n\n  def notifyProgress(howMuchProgress: Long) {\n    progressAt += howMuchProgress\n    val currentPercent = progressAt * 100L \/ TotalItems\n\n    if (currentPercent != lastPercent) {\n      printProgress(currentPercent, progressAt, TotalItems)\n      lastPercent = currentPercent\n\n      onProgressedPercent(currentPercent)\n    }\n  }\n\n  def printProgress(currentPercent: Long, progressAt: Long, total: Long) {\n    println(currentPercent + \"% (\" + progressAt + \"\/\" + total + \")\")\n  }\n\n  \/**\n   * Extension point - will be called each time progress of 1% more has been made.\n   * In theory should be called 100 times, but that is not guarenteed as you may do more progress than 100%!\n   *\/\n  def onProgressedPercent(currentPercent: Long) = ()\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/UniquifyVerb.scala","text":"package pl.project13.scala.words.verbs\n\nimport collection.mutable\n\n\/**\n * Enables you to create unique collections of any type, such as Lists, Maps etc,\n * by simply proving a \"key\" predicate, so you can filter arbitrary complex objects for your\n * own definition of uniqueness.\n *\/\ntrait UniquifyVerb {\n\n  implicit def list2uniquifiable[A](list: List[A]) = new UniquifiableList(list)\n\n  private def identity[A](a: A): A = a\n\n  class UniquifiableList[A](list: List[A]) {\n    def uniquify: List[A] = UniquifyVerb.uniquifyBy[A, A](list)(identity)\n    def uniquified: List[A] = UniquifyVerb.uniquifyBy[A, A](list)(identity)\n    def uniquifyOn[B](onKey: A => B): List[A] = UniquifyVerb.uniquifyBy[A, B](list)(onKey)\n    def uniquifyByMerge[B](onKey: A => B)(merge: (A, A) => A): List[A] = UniquifyVerb.uniquifyByMerge[A, B](list)(onKey, merge)\n  }\n\n  def uniquify[A](list: List[A]): List[A] =\n    uniquifyBy(list)(a => a).toList\n\n  def uniquify[A](traversable: Traversable[A]): Traversable[A] =\n      uniquifyBy(traversable) { a => a }\n\n  \/**\n   * Create a unique copy of the given list. Uniqueness is determined by the `onKey` predicate.\n   *\n   * You should NOT depend on imlpementation details about which (first? last?) item will be kept\n   * in the output collection.\n   *\/\n  def uniquifyBy[A, B](list: Traversable[A])(onKey: A => B): List[A] = {\n    (mutable.Map[B, A]() ++ list.map(el => (onKey(el) -> el))).values.toList\n  }\n\n  def uniquifyByMerge[A, B](list: List[A])(onKey: A => B, merge: (A, A) => A): List[A] = {\n    val uniques = uniquifyBy(list)(onKey)\n    val uniqueKeys = uniques.map(onKey).toSet\n\n    if (uniqueKeys.size == list.size) {\n      return uniques\n    }\n\n    \/\/ todo not preformant alg\n    val notDuplicatedElements = uniques.filter(a => list.count(k => onKey(k) == onKey(a)) == 1).map(a => (onKey(a), a))\n    val res = collection.mutable.HashMap[B, A](notDuplicatedElements: _*)\n\n    for(u <- uniqueKeys; if list.count(a => onKey(a) == u) > 1) { \/\/ if there are duplicates for this key\n      val dups = list.filter(a => onKey(a) == u)\n      res(u) = dups.drop(1).foldLeft(dups.head)(merge)\n    }\n\n    res.values.toList\n  }\n\n}\n\nobject UniquifyVerb extends UniquifyVerb\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/verbs\/TimedVerbTest.scala","text":"<gh_stars>1-10\npackage pl.project13.scala.words.verbs\n\nimport org.scalatest.matchers.ShouldMatchers\nimport com.google.common.base.Ticker\nimport org.scalatest.FlatSpec\nimport com.weiglewilczek.slf4s.Logger\n\nclass TimedVerbTest extends FlatSpec with ShouldMatchers {\n\n  behavior of \"TimedVerb\"\n\n  it should \"measure time spent in block\" in {\n    import TimedVerb._\n\n    val (stopwatch, value) = timed {\n      Thread.sleep(113)\n      \"string\"\n    }\n\n    value should equal(\"string\")\n    info(\"took: \" + stopwatch.elapsedMillis)\n    (stopwatch.elapsedMillis > 0) should be(true)\n  }\n\n  it should \"should log time spent in block on info\" in {\n    \/\/ given\n    var debugLoggedMsg = \"\"\n    var infoLoggedMsg = \"\"\n\n    val myTicker = new Ticker { def read() = 1000 }\n    val timedVerb = new TimedVerb {\n      override lazy val ticker = myTicker\n    }\n\n    \/\/ when\n    timedVerb.timedAndLogged(new Logger {\n      protected val slf4jLogger = null\n\n      override def debug(msg: => String) {\n        debugLoggedMsg = msg\n      }\n      override def info(msg: => String) {\n        infoLoggedMsg = msg\n      }\n    }, \"MyBlock\") {\n      \/\/ act like you did something\n    }\n\n    \/\/ then\n    infoLoggedMsg should include regex (\"Timed \\\\[MyBlock\\\\] took: [0-9]+\".r)\n  }\n\n  it should \"not log if the time was 0ms\" in {\n    var debugLoggedMsg = \"\"\n    var infoLoggedMsg = \"\"\n\n    val myTicker = new Ticker { def read() = 0 }\n    val timedVerb = new TimedVerb {\n      override lazy val ticker = myTicker\n    }\n\n    \/\/ when\n    timedVerb.timedAndLoggedIfNot(_.elapsedMillis == 0)(new Logger {\n      protected val slf4jLogger = null\n\n      override def debug(msg: => String) {\n        debugLoggedMsg = msg\n      }\n      override def info(msg: => String) {\n        infoLoggedMsg = msg\n      }\n    }, \"MyBlock\") {\n      \/\/ act like you did something\n    }\n\n    \/\/ then\n    infoLoggedMsg should equal (\"\")\n  }\n\n  it should \"log if the time was above 10ms\" in {\n    var debugLoggedMsg = \"\"\n    var infoLoggedMsg = \"\"\n\n    val myTicker = new Ticker { def read() = 100 }\n    val timedVerb = new TimedVerb {\n      override lazy val ticker = myTicker\n    }\n\n    \/\/ when\n    timedVerb.timedAndLoggedIfNot(_.elapsedMillis > 10 )(new Logger {\n      protected val slf4jLogger = null\n\n      override def debug(msg: => String) {\n        debugLoggedMsg = msg\n      }\n      override def info(msg: => String) {\n        infoLoggedMsg = msg\n      }\n    }, \"MyBlock\") {\n      \/\/ act like you did something\n    }\n\n    \/\/ then\n    infoLoggedMsg should include regex (\"Timed \\\\[MyBlock\\\\] took: [0-9]+\".r)\n  }\n\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/test\/scala\/pl\/project13\/scala\/words\/other\/FirstWordTest.scala","text":"package pl.project13.scala.words.other\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass FirstWordTest extends FlatSpec with ShouldMatchers\n  with FirstWord {\n\n  behavior of \"FirstWord\"\n\n  it should \"find first not none and not call other providers\" in {\n    \/\/ given\n    import SomeWord._\n\n    var getSomeCalledTimes = 0\n    def getNone(): Option[String] = None\n    def getSome(): Option[String] = {\n      getSomeCalledTimes += 1\n      \"some\".some\n    }\n\n    \/\/ when\n    val got = firstNotNone(getNone, getNone, getSome, getSome)\n\n    \/\/ then\n    got should equal (Some(\"some\"))\n    getSomeCalledTimes should equal (1)\n  }\n\n\n}\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/AskVerb.scala","text":"<filename>src\/main\/scala\/pl\/project13\/scala\/words\/verbs\/AskVerb.scala\npackage pl.project13.scala.words.verbs\n\nimport annotation.tailrec\nimport scala.Int\nimport com.google.common.annotations.VisibleForTesting\n\ntrait AskVerb {\n\n  @VisibleForTesting\n  private[verbs] def readLine(msg: String, args: Any*): String =\n    scala.Predef.readLine(msg, args)\n\n  val Yes = true\n  val No = false\n\n  private val NumberPattern = \"(\\\\d+)\".r\n\n  def askForInt(prompt: String): Int = askForLong(prompt).toInt\n\n  def askForString(prompt: String): String = readLine(prompt + \" \")\n\n  @tailrec\n  final def askForLong(prompt: String): Long = {\n    val text = readLine(prompt + \" \").trim\n    if (text == \"\" || text == null)\n      askForLong(prompt)\n    else {\n      val num = try { Some(text.toLong) } catch { case _: Exception => None }\n\n      if (num.isDefined) num.get else askForLong(prompt)\n    }\n  }\n\n  @tailrec\n  final def askForIntIn(range: Range, prompt: String): Int = {\n    val promptWithRange = prompt + \" (x \u2208 [%d; %d])\".format(range.start, range.end)\n    val got = askForInt(promptWithRange)\n\n    if (range.contains(got)) got\n    else askForIntIn(range, prompt)\n  }\n\n  @tailrec\n  final def askForLongIn(range: Range, prompt: String): Int = {\n    val promptWithRange = prompt + \" (x \u2208 [%d; %d])\".format(range.start, range.end)\n    val got = askForInt(promptWithRange)\n\n    if (range.contains(got)) got\n    else askForLongIn(range, prompt)\n  }\n\n  @tailrec\n  final def askForStringIn(range: Set[String], prompt: String): String = {\n    val promptWithRange = prompt + \" (x \u2208 %s)\".format(range.mkString(\"[\", \", \", \"]\"))\n    val got = askForString(promptWithRange)\n\n    if (range.contains(got)) got\n    else askForStringIn(range, prompt)\n  }\n\n  @tailrec\n  final def askForEnum[Enum <: Enumeration](range: Enum, prompt: String): Enum#Value = {\n    import pl.project13.scala.words.other.SomeWord._\n\n    val validEnumIds = 0 until range.maxId\n    val validEnums = range.values\n\n    val printableEnumChoices = validEnums.zipWithIndex.map(i => \"%d:%s\".format(i._2, i._1)).mkString(\",\")\n    val promptWithRange = prompt + \" (x \u2208 %s)\".format(printableEnumChoices)\n\n    val got = askForString(promptWithRange) match {\n      case NumberPattern(num) if validEnumIds.contains(num.toInt) => range(num.toInt).some\n      case s if validEnums.map(_.toString).contains(s) => range.withName(s).some\n      case s => None\n    }\n\n    if(got.isDefined) got.get else askForEnum(range, prompt)\n  }\n\n  def ask(prompt: String, default: String) = {\n    val text = readLine(prompt + \" [\" + default + \"] \")\n    if (text == \"\" || text == null) default else text\n  }\n\n  def ask(prompt: String, default: Long) = {\n    val text = readLine(prompt + \" [\" + default + \"] \")\n    if (text == \"\" || text == null) default else text.toLong\n  }\n\n  @tailrec\n  final def ask(prompt: String): Boolean = {\n    val tip = \"[y\/N]\"\n    val text = readLine(prompt + \" \" + tip + \" \")\n    text.toLowerCase match {\n      case \"y\" => true\n      case \"n\" => false\n      case _ => ask(prompt)\n    }\n  }\n\n  def ask(prompt: String, default: Boolean) = {\n    val tip = if (default) \"[Y\/n]\" else \"[y\/N]\"\n    val text = readLine(prompt + \" \" + tip + \" \")\n    if (text == \"\" || text == null) default\n    else text.toLowerCase match {\n      case \"y\" | \"yes\" => true\n      case \"n\" | \"no\" => false\n      case _ => default\n    }\n  }\n\n}\n\nobject AskVerb extends AskVerb\n"}
{"repo_name":"ktoso\/scala-words","path":"src\/main\/scala\/pl\/project13\/scala\/words\/other\/FirstWord.scala","text":"package pl.project13.scala.words.other\n\ntrait FirstWord {\n\n  \/**\n   * Tries to obtain a T instance by trying all obtainers (sequentially).\n   * If one of the obtainers returns 'Some[T]' it will shortcircut (and not call the remaining obtainers)\n   * and return this Some.\n   *\n   * If after checking all obtainers, still no Some was found, None is returned.\n   *\/\n  def firstNotNone[T](obtainers: (() => Option[T])*): Option[T] = {\n    for(obtainer <- obtainers)\n      obtainer() match {\n        case Some(it) => return Some(it)\n        case _ =>\n      }\n\n    None\n  }\n\n}\n\nobject FirstWord extends FirstWord"}
{"repo_name":"dkichler\/dynamic","path":"src\/test\/scala\/com\/github\/reugn\/dynamic\/test\/DynamicTest.scala","text":"<reponame>dkichler\/dynamic\npackage com.github.reugn.dynamic.test\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DynamicTest extends FlatSpec with Matchers {\n\n    case class Foo(i: Int, s: String)\n\n    case class Bar(f: Foo, b: Boolean)\n\n    case class Baz(b: Bar, i1: Int, i2: Int, s2: String)\n\n    behavior of \"Dynamic\"\n\n    val i_field = \"i\"\n    val new_int_field = 3\n    val new_string_field = \"new_str\"\n\n    it should \"copy case class with dynamic key\" in {\n        import com.github.reugn.dynamic._\n        val foo = Foo(1, \"str\")\n        val copied_foo = copy(foo, i_field, new_int_field)\n        copied_foo.i shouldBe 3\n    }\n\n    it should \"throw MatchError on non existing key\" in {\n        import com.github.reugn.dynamic._\n        val foo = Foo(1, \"str\")\n        val non_existing_key = \"_i\"\n        intercept[MatchError] {\n            copy(foo, non_existing_key, new_int_field)\n        }\n    }\n\n    it should \"copy case class with compound dynamic Int key\" in {\n        import com.github.reugn.dynamic._\n        val foo = Foo(1, \"str\")\n        val bar = Bar(foo, b = false)\n        val baz = Baz(bar, 4, 5, \"str2\")\n        val copied_baz = copy(baz, \"i\", 3)\n        copied_baz.b.f.i shouldBe 3\n    }\n\n    it should \"copy case class with compound dynamic String key\" in {\n        import com.github.reugn.dynamic._\n        val foo = Foo(1, \"str\")\n        val bar = Bar(foo, b = false)\n        val baz = Baz(bar, 4, 5, \"str2\")\n        val copied_baz = copy(baz, \"s\", new_string_field)\n        copied_baz.b.f.s shouldBe new_string_field\n    }\n\n    it should \"copy case class with compound dynamic case class key\" in {\n        import com.github.reugn.dynamic._\n        val foo = Foo(1, \"str\")\n        val bar = Bar(foo, b = false)\n        val baz = Baz(bar, 4, 5, \"str2\")\n\n        val new_bar = Bar(Foo(10, \"str10\"), b = true)\n        val copied_baz = copy(baz, \"b\", new_bar)\n        copied_baz.b shouldBe new_bar\n    }\n}\n"}
{"repo_name":"dkichler\/dynamic","path":"src\/main\/scala\/com\/github\/reugn\/dynamic\/DynamicMacros.scala","text":"<reponame>dkichler\/dynamic\npackage com.github.reugn.dynamic\n\nimport scala.language.experimental.macros\nimport scala.language.postfixOps\nimport scala.reflect.macros.blackbox\n\nobject DynamicMacros {\n\n    def copyImpl[T: c.WeakTypeTag](c: blackbox.Context)(inst: c.Tree, key: c.Tree, nval: c.Tree): c.universe.Tree = {\n        import c.universe._\n        val sym = c.symbolOf[T]\n        if (!sym.asClass.isCaseClass) {\n            c.abort(c.enclosingPosition, s\"${sym.fullName} is not a case class\")\n        }\n\n        def asMap(tpe: c.Type): Map[String, c.Symbol] = {\n            tpe.decls.collect {\n                case m: TermSymbol if m.isVal => m\n            } map {\n                s =>\n                    s.name.toString.trim -> s.typeSignature.typeSymbol\n            } toMap\n        }\n\n        def recursiveFields(prefix: String, obj: c.Type): String = {\n            val map = asMap(obj)\n            map.toList map {\n                e =>\n                    val path = buildPath(prefix, e._1)\n                    val rec = if (e._2.asClass.isCaseClass)\n                        recursiveFields(path, e._2.asType.toType)\n                    else\n                        \"\"\n                    if (e._2.asType.toType == nval.tpe.typeSymbol.asType.toType)\n                        s\"\"\"\n                           |    case \"${e._1}\" =>\n                           |        ${show(inst)}.modify(_.$path).setTo($nval)\n                        \"\"\".stripMargin + rec\n                    else\n                        rec\n            } mkString\n        }\n\n        def strKey(k: c.Tree): String = k match {\n            case Literal(Constant(str: String)) => s\"\"\"\"$str\"\"\"\"\n            case _ => k.toString\n        }\n\n        val importLens = q\"import com.softwaremill.quicklens._\"\n        val cond =\n            s\"\"\"\n               |${strKey(key)} match {\n               |    ${recursiveFields(\"\", inst.tpe)}\n               |}\n             \"\"\".stripMargin\n        q\"\"\"\n            $importLens\n            ${c.parse(cond)}\n        \"\"\"\n    }\n\n    private def buildPath(prefix: String, key: String): String = {\n        if (prefix.isEmpty) key else s\"$prefix.$key\"\n    }\n\n}\n"}
{"repo_name":"dkichler\/dynamic","path":"src\/main\/scala\/com\/github\/reugn\/dynamic\/package.scala","text":"package com.github.reugn\n\nimport scala.language.experimental.macros\n\npackage object dynamic {\n\n    \/**\n      * Copies case class using dynamic field name\n      * Searches for key recursively\n      *\n      * {{{\n      *     import com.github.reugn.dynamic._\n      *     case class Foo(i: Int, s: String)\n      *     val foo = Foo(1, \"str\")\n      *     val copied_foo = copy(foo, \"i\", 2)\n      * }}}\n      *\n      * @param inst case class instance to copy from\n      * @param key  dynamic field name\n      * @param nval new value object\n      * @tparam T case class type\n      * @throws scala.MatchError on non existing key\n      * @return T copy result\n      *\/\n    @throws(classOf[MatchError])\n    def copy[T](inst: T, key: String, nval: Any): T = macro DynamicMacros.copyImpl[T]\n}\n"}
{"repo_name":"dkichler\/dynamic","path":"build.sbt","text":"<reponame>dkichler\/dynamic\nname := \"dynamic\"\norganization := \"com.github.reugn\"\n\nscalaVersion := \"2.12.8\"\ncrossScalaVersions := Seq(\"2.11.12\", scalaVersion.value)\n\nlibraryDependencies ++= Seq(\n    \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value,\n    \"com.softwaremill.quicklens\" %% \"quicklens\" % \"1.4.12\",\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test\n)\n\nscalacOptions := Seq(\n    \"-target:jvm-1.8\",\n    \"-unchecked\",\n    \"-deprecation\",\n    \"-feature\",\n    \"-encoding\", \"utf8\",\n)\n\nlicenses += (\"Apache-2.0\", url(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\"))\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"src\/test\/scala\/energymonitor\/EnergymonitorSpec.scala","text":"<reponame>47degrees\/sbt-energymonitor\n\/*\n * Copyright 2022 47 Degrees Open Source <https:\/\/www.47deg.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage energymonitor\n\nimport cats.effect.IO\nimport cats.syntax.all._\nimport energymonitor.rapl.implicits._\nimport io.circe.syntax._\nimport jRAPL.EnergyStats\nimport org.scalacheck.Gen\nimport org.scalacheck.cats.implicits._\nimport weaver.SimpleIOSuite\nimport weaver.scalacheck.Checkers\n\nimport java.nio.file.Paths\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.duration._\n\nobject EnergyMonitorSpec extends SimpleIOSuite with Checkers {\n\n  private def spin(n: Long): IO[Unit] =\n    n match {\n      case 0L => IO.unit\n      case n  => IO.unit flatMap { _ => spin(n - 1) }\n    }\n\n  test(\"codec round trip\") {\n    forall(\n      (\n        Gen.listOfN[Double](7, Gen.double.filterNot(_.isNaN())),\n        Gen.choose(0L, 1645818969L) \/\/ right now, while writing this test\n      ).mapN { case (samples, timestamp) =>\n        new EnergyStats(samples.toArray, Instant.ofEpochSecond(timestamp))\n      }\n    ) { stats =>\n      assert(\n        stats.asJson.as[EnergyStats] === Right(stats)\n      )\n    }\n  }\n\n  test(\"sampling moves forward through time\") {\n    val lagTime = 0.05.seconds\n    val outputPath = Paths.get(\".\/energy-test-time\")\n    sRAPL.preSample(outputPath) >> IO.sleep(lagTime) >> sRAPL.postSample(\n      outputPath\n    ) map { diff =>\n      val elapsed =\n        FiniteDuration(diff.getTimeElapsed().toNanos(), TimeUnit.NANOSECONDS)\n      assert((elapsed - lagTime).toNanos > 0L)\n    }\n  }\n\n  test(\"sampling registers some energy use\") {\n    sys.env.get(\"GITHUB_ACTIONS\") match {\n      case Some(\"true\") =>\n        IO.consoleForIO.error(\n          \"Sampling test skipped in CI for hardware reasons (https:\/\/github.com\/47degrees\/sbt-energymonitor\/pull\/6#issuecomment-1054567642)\"\n        ) >> IO { assert(true) }\n      case _ =>\n        val outputPath = Paths.get(\".\/energy-test-samples-non-empty\")\n        sRAPL.preSample(outputPath) >> spin(1000000000L) >> sRAPL.postSample(\n          outputPath\n        ) map { diff =>\n          assert(!diff.getPrimitiveSample().filter(_ > 0).isEmpty)\n        }\n    }\n  }\n}\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"src\/sbt-test\/sbt-energymonitor\/simple\/build.sbt","text":"version := \"0.1\"\nscalaVersion := \"2.13.8\"\n\nThisBuild \/ energyMonitorDisableSampling := true\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"src\/main\/scala\/energymonitor\/EnergyMonitorPlugin.scala","text":"\/*\n * Copyright 2022 47 Degrees Open Source <https:\/\/www.47deg.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage energymonitor\n\nimport cats.effect.IO\nimport cats.effect.unsafe.IORuntime\nimport cats.syntax.apply._\nimport github4s.GithubConfig\nimport github4s.http.HttpClient\nimport github4s.interpreters.IssuesInterpreter\nimport github4s.interpreters.StaticAccessToken\nimport jRAPL.EnergyDiff\nimport org.http4s.blaze.client.BlazeClientBuilder\nimport sbt.Keys.streams\nimport sbt._\nimport sbt.plugins.JvmPlugin\n\nimport java.nio.file.Paths\n\nimport sRAPL.{postSample, preSample}\n\nobject EnergyMonitorPlugin extends AutoPlugin {\n\n  override def trigger = allRequirements\n  override def requires = JvmPlugin\n\n  object autoImport {\n    val energyMonitorOutputFile = settingKey[String](\n      \"Where to write energy sampling results\"\n    )\n    val energyMonitorDisableSampling = settingKey[Boolean](\n      \"Disable energy monitoring. The task keys will be available, but on invocation, they won't cause samples to be collected.\"\n    )\n    val energyMonitorPreSample = taskKey[Unit](\n      \"Collect power consumption statistics before doing work. This task writes result to the value of energyMonitorOutputFile\"\n    )\n    val energyMonitorPostSample = taskKey[Option[EnergyDiff]](\n      \"Collect power consumption statistics after doing work. This task reads a previous sample from the value of energyMonitorOutputFile\"\n    )\n    val energyMonitorPostSampleGitHub = taskKey[Unit](\n      \"\"\"\n      | Collect power consumption statistics after doing work, and send them to a GitHub Pull Request as a comment.\n      | Pull request, repository, and authentication information will be pulled from the environment.\n      \"\"\".trim().stripMargin\n    )\n  }\n\n  import autoImport._\n  implicit val runtime = IORuntime.global\n  val disabledSamplingMessage =\n    \"Sampling disabled, not attempting to collect energy consumption stats\"\n\n  def readPRNumberFromEnv: Option[Int] =\n    sys.env.get(\"GITHUB_REF\").flatMap { ref =>\n      \"refs\/pull\/([0-9]+)\/merge\".r\n        .findAllIn(ref)\n        .matchData\n        .toList\n        .headOption\n        .map { m =>\n          m.group(1).toInt\n        }\n    }\n\n  private def buildComment(diff: EnergyDiff, attemptNumber: Int): String = {\n    val samples = diff.getPrimitiveSample()\n    val duration = diff.getTimeElapsed()\n    val totalJoules = samples.sum\n    val watts = totalJoules \/ (duration.toMillis().toDouble \/ 1000)\n    f\"\"\"\n  | During CI attempt ${attemptNumber}%d, this run consumed power from ${samples.size}%d CPU cores.\n  |\n  | The total energy consumed in joules was ${totalJoules}%.2f.\n  |\n  | In the sampling period, mean power consumption was ${watts}%.2f watts.\n  \"\"\".trim().stripMargin\n  }\n\n  private def postComment(\n      owner: String,\n      repo: String,\n      number: Int,\n      comment: String,\n      token: String\n  ): IO[Unit] = {\n    BlazeClientBuilder[IO].resource.use { client =>\n      implicit val httpClient: HttpClient[IO] = new HttpClient(\n        client,\n        GithubConfig.default,\n        new StaticAccessToken(Some(token))\n      )\n      val interpreter = new IssuesInterpreter[IO]\n      interpreter.createComment(owner, repo, number, comment, Map.empty).void\n    }\n  }\n\n  def preSampleTask = Def.task[Unit] {\n    val log = streams.value.log\n    if (energyMonitorDisableSampling.value) {\n      log.info(disabledSamplingMessage)\n    } else {\n      preSample(Paths.get(energyMonitorOutputFile.value)).unsafeRunSync()\n    }\n  }\n\n  def postSampleTask = Def.task[Option[EnergyDiff]] {\n    val log = streams.value.log\n    if (energyMonitorDisableSampling.value) {\n      log.info(disabledSamplingMessage)\n      Option.empty[EnergyDiff]\n    } else {\n      postSample(Paths.get(energyMonitorOutputFile.value))\n        .map({ diff =>\n          \/\/ logging unsafely here since otherwise there's nothing to do with the information\n          log.info(buildComment(diff, -1))\n          Some(diff)\n        })\n        .unsafeRunSync()\n    }\n  }\n\n  def postSampleGitHubTask = Def.task[Unit] {\n    val log = streams.value.log\n    val env = sys.env\n    (\n      readPRNumberFromEnv,\n      env.get(\"GITHUB_REPOSITORY\"),\n      env.get(\"GITHUB_TOKEN\"),\n      env.get(\"GITHUB_RUN_ATTEMPT\") map { _.toInt }\n    ).mapN { case (prNumber, repository, token, attemptNum) =>\n      if (!energyMonitorDisableSampling.value) {\n        val owner :: repo :: Nil = repository.split(\"\/\").toList\n        postSample(Paths.get(energyMonitorOutputFile.value)) flatMap { diff =>\n          val comment = buildComment(diff, attemptNum)\n          postComment(owner, repo, prNumber, comment, token)\n        }\n      } else {\n        IO {\n          log.info(\n            \"Sampling is disabled, not attempting to POST an energy diff to GitHub\"\n          )\n        }\n      }\n    }.fold(\n      log.warn(\n        \"Could not obtain GitHub information from the environment. Check GITHUB_REF, GITHUB_REPOSITORY, and GITHUB_TOKEN env variables.\"\n      )\n    )(_.unsafeRunSync)\n  }\n\n  override lazy val projectSettings = Seq(\n    energyMonitorDisableSampling := energyMonitorDisableSampling.value || false,\n    energyMonitorPreSample := preSampleTask.value,\n    energyMonitorPostSample := postSampleTask.value,\n    energyMonitorPostSampleGitHub := postSampleGitHubTask.value,\n    energyMonitorOutputFile := energyMonitorOutputFile.value\n  )\n\n  override lazy val buildSettings = Seq()\n\n  override lazy val globalSettings = Seq(\n    energyMonitorOutputFile := \"target\/energy-sample\",\n    energyMonitorDisableSampling := false\n  )\n}\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"build.sbt","text":"<reponame>47degrees\/sbt-energymonitor\nname := \"\"\"sbt-energymonitor\"\"\"\norganization := \"com.47deg\"\n\nThisBuild \/ githubOrganization := \"47degrees\"\n\nsbtPlugin := true\n\nlazy val Version = new {\n  val cats = \"2.7.0\"\n  val catsEffect = \"3.3.11\"\n  val catsScalacheck = \"0.3.1\"\n  val circe = \"0.14.1\"\n  val github4s = \"0.31.0\"\n  val http4s = \"0.23.11\"\n  val weaver = \"0.7.11\"\n}\n\naddCommandAlias(\n  \"ci-test\",\n  \";scalafmtCheckAll; scalafmtSbtCheck; test; publishLocal; scripted\"\n)\naddCommandAlias(\"ci-publish\", \"github; ci-release\")\naddCommandAlias(\"ci-docs\", \";github; mdoc; headerCreateAll\")\n\ninThisBuild(\n  List(\n    organization := \"com.47deg\",\n    homepage := Some(url(\"https:\/\/github.com\/47degrees\/sbt-energymonitor\")),\n    licenses := List(\n      \"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")\n    ),\n    libraryDependencies ++= Seq(\n      \"io.chrisdavenport\" %% \"cats-scalacheck\" % Version.catsScalacheck % Test,\n      \"com.disneystreaming\" %% \"weaver-cats\" % Version.weaver % Test,\n      \"com.disneystreaming\" %% \"weaver-scalacheck\" % Version.weaver % Test,\n      \"com.47deg\" %% \"github4s\" % Version.github4s,\n      \"io.circe\" %% \"circe-core\" % Version.circe,\n      \"io.circe\" %% \"circe-parser\" % Version.circe,\n      \"org.http4s\" %% \"http4s-blaze-client\" % Version.http4s,\n      \"org.scala-sbt\" %% \"collections\" % sbtVersion.value,\n      \"org.scala-sbt\" %% \"core-macros\" % sbtVersion.value,\n      \"org.scala-sbt\" %% \"main\" % sbtVersion.value,\n      \"org.scala-sbt\" %% \"main-settings\" % sbtVersion.value,\n      \"org.scala-sbt\" % \"sbt\" % sbtVersion.value,\n      \"org.scala-sbt\" %% \"task-system\" % sbtVersion.value,\n      \"org.scala-sbt\" %% \"util-position\" % sbtVersion.value,\n      \"org.typelevel\" %% \"cats-core\" % Version.cats,\n      \"org.typelevel\" %% \"cats-effect\" % Version.catsEffect,\n      \"org.typelevel\" %% \"cats-effect-kernel\" % Version.catsEffect,\n      \"org.typelevel\" %% \"cats-kernel\" % Version.cats\n    ),\n    testFrameworks += new TestFramework(\"weaver.framework.CatsEffect\")\n  )\n)\n\n(console \/ initialCommands) := \"\"\"import energymonitor._\"\"\"\n\nenablePlugins(ScriptedPlugin)\n\/\/ set up 'scripted; sbt plugin for testing sbt plugins\nscriptedLaunchOpts ++=\n  Seq(\"-Xmx1024M\", \"-Dplugin.version=\" + version.value)\n\nlazy val documentation = project\n  .enablePlugins(MdocPlugin)\n  .settings(mdocOut := file(\".\"))\n  .settings(publish \/ skip := true)\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"project\/plugins.sbt","text":"libraryDependencies += \"org.scala-sbt\" %% \"scripted-plugin\" % sbtVersion.value\n\naddSbtPlugin(\"com.github.sbt\" % \"sbt-ci-release\" % \"1.5.10\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-mdoc\" % \"2.3.2\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.6\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"5.7.0\")\naddSbtPlugin(\"com.alejandrohdezma\" % \"sbt-github\" % \"0.11.2\")\naddSbtPlugin(\"com.alejandrohdezma\" % \"sbt-github-header\" % \"0.11.2\")\naddSbtPlugin(\"com.alejandrohdezma\" % \"sbt-github-mdoc\" % \"0.11.2\")\naddSbtPlugin(\"com.alejandrohdezma\" % \"sbt-remove-test-from-pom\" % \"0.1.0\")\naddSbtPlugin(\"com.github.cb372\" % \"sbt-explicit-dependencies\" % \"0.2.16\")\naddSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\" % \"0.3.1\")\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"src\/main\/scala\/energymonitor\/rapl\/sRAPL.scala","text":"<reponame>47degrees\/sbt-energymonitor\n\/*\n * Copyright 2022 47 Degrees Open Source <https:\/\/www.47deg.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage energymonitor\n\nimport cats.MonadError\nimport cats.effect.IO\nimport cats.effect.Resource\nimport cats.syntax.all._\nimport energymonitor.rapl.implicits._\nimport io.circe.parser._\nimport io.circe.syntax._\nimport jRAPL._\n\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.Files\nimport java.nio.file.Path\nimport java.util.Base64\n\npackage object sRAPL {\n\n  \/** Obtain a managed energy monitor\n    *\n    * This method creates a new SyncEnergyMonitor (from jRAPL), activates it,\n    * and, using `cats-effect`'s `Resource` abstraction, will deactivate the\n    * monitor after using it in some effectful action.\n    *\n    * Since jRAPL requires a Linux system in order to do any work, it might not\n    * be possible to acquire a monitor, (e.g. if you invoke the command on a\n    * Mac). Since this is likely to be a pretty common occurrence, the method\n    * doesn't throw in such a case, but returns a None. It's up to callers of\n    * this method to determine what to do in that case -- this plugin will log a\n    * message and continue.\n    *\/\n  def monitorResource: Resource[IO, Option[SyncEnergyMonitor]] =\n    Resource.make({\n      for {\n        os <- IO { System.getProperty(\"os.name\").toLowerCase() }\n        monitor <- (os === \"linux\").guard[Option] traverse { _ =>\n          IO {\n            val monitor = new SyncEnergyMonitor()\n            monitor.activate()\n            monitor\n          }\n        }\n      } yield monitor\n    })(monitor => IO(monitor map { _.deactivate() }).void)\n\n  private def sample: IO[Option[EnergyStats]] = monitorResource.use {\n    _ traverse { monitor =>\n      IO {\n        monitor\n          .getSample()\n      }\n    }\n  }\n\n  \/** Sample energy statistics and serialize results to disk\n    *\n    * This method is written to be called *before* doing other work. For\n    * example, when invoked via sbt as the energy-pre-sample command, you might\n    * have it in a set of commands like:\n    *\n    * {{{\n    *       ****\n    * sbt> pre-sample-energy; scalafmtCheck; scalafix --check; test; post-sample-energy\n    * }}}\n    *\n    * @param outputPath\n    *   a path to serialize results to\n    *\/\n  def preSample(outputPath: Path): IO[Unit] =\n    sample.flatMap {\n      _ traverse_ { stats =>\n        IO {\n          Files.write(\n            outputPath,\n            Base64\n              .getEncoder()\n              .encode(\n                stats.asJson.noSpaces\n                  .getBytes(StandardCharsets.UTF_8)\n              )\n          )\n        }\n      }\n    }\n\n  \/** Sample energy after having done other work\n    *\n    * This method is written to be called *after* doing other work. For example,\n    * when invoked via sbt as the energy-post-sample command, you might have it\n    * in a set of commands like:\n    * {{{\n    *                                                                   ****\n    * sbt> pre-sample-energy; scalafmtCheck; scalafix; --check; test; post-sample-energy\n    * }}}\n    *\n    * @param previousResultsPath\n    *   where results from a previous `preSample` run were written\n    * @return\n    *   energy consumption statistics since the previous run\n    *\/\n  def postSample(previousResultsPath: Path): IO[EnergyDiff] = for {\n    input <- IO { Files.readAllBytes(previousResultsPath) }\n    decoded = new String(\n      Base64.getDecoder().decode(input),\n      StandardCharsets.UTF_8\n    )\n    priorStats <- MonadError[IO, Throwable].fromEither(\n      decode[EnergyStats](decoded)\n    )\n    newStatsO <- sample\n    newStats <- MonadError[IO, Throwable].fromOption(\n      newStatsO,\n      new Exception(\n        \"\"\"\n        | Unable to fetch new energy statistics. if this is running on a Mac, that's fine, otherwise,\n        | please open an issue at\n        | https:\/\/github.com\/47degrees\/sbt-energymonitor\/issues\"\"\".trim.stripMargin\n      )\n    )\n  } yield {\n    EnergyDiff.between(priorStats, newStats)\n  }\n}\n"}
{"repo_name":"47degrees\/sbt-energymonitor","path":"src\/main\/scala\/energymonitor\/rapl\/implicits.scala","text":"\/*\n * Copyright 2022 47 Degrees Open Source <https:\/\/www.47deg.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage energymonitor.rapl\n\nimport cats.Eq\nimport cats.Show\nimport cats.syntax.all._\nimport io.circe.Decoder\nimport io.circe.Encoder\nimport jRAPL.EnergyStats\n\nimport java.time.Instant\n\nobject implicits {\n\n  private def energyStatsFromCatsCompat(\n      tup: (List[Double], Long)\n  ) =\n    new EnergyStats(tup._1.toArray, Instant.ofEpochSecond(tup._2))\n\n  private def energyStatsToCatsCompat(\n      stats: EnergyStats\n  ) = (stats.getPrimitiveSample().toList, stats.getTimestamp().getEpochSecond())\n\n  implicit val energyStatsEncoder: Encoder[EnergyStats] = Encoder.forProduct2(\n    \"samples\",\n    \"timestamp\"\n  )(stats => (stats.getPrimitiveSample(), stats.getTimestamp()))\n\n  implicit val energyStatsDecoder: Decoder[EnergyStats] = Decoder.forProduct2(\n    \"samples\",\n    \"timestamp\"\n  )((samples: Array[Double], timestamp: Instant) =>\n    new EnergyStats(samples, timestamp)\n  )\n\n  implicit val showEnergyStats: Show[EnergyStats] =\n    Show[(List[Double], Long)]\n      .imap(energyStatsFromCatsCompat)(energyStatsToCatsCompat)\n\n  implicit val eqEnergyStats: Eq[EnergyStats] = Eq[(List[Double], Long)]\n    .imap(energyStatsFromCatsCompat)(energyStatsToCatsCompat)\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/jdbc\/package.scala","text":"package com.bones.si\n\nimport java.sql.{DatabaseMetaData, Types}\n\n\/**\n * Case class wrappers for the types returned by the JDBC Database Metadata object.\n *\/\npackage object jdbc {\n\n  case class DbAttribute(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    typeName: String,\n    attributeName: String,\n    dataType: DataType.Value,\n    attributeTypeName: String,\n    attributeSize: Int,\n    decimalDigits: Option[Int],\n    radix: Int,\n    nullable: Nullable.Value,\n    remarks: Option[String],\n    defaultValue: Option[String],\n    characterOctetLength: Option[Int],\n    ordinalPotion: Int,\n    isNullable: YesNo.Value,\n    scopeCatalog: Option[String],\n    scopeSchema: Option[String],\n    scopeTable: Option[String],\n    sourceDataType: Option[String])\n  object Catalog {\n    val catalogColumnName = \"TABLE_CAT\"\n  }\n  case class Catalog(name: String)\n  object UpdateDeleteRule extends Enumeration {\n    case class Val protected (name: String, intId: Int) extends super.Val\n    implicit def valueToVal(x: Value): Val = x.asInstanceOf[Val]\n\n    def findById(id: Int) = values.toList.find(_.id == id)\n\n    val ImportedNoAction =\n      Val(\"ImportedKeyNoAction\", DatabaseMetaData.importedKeyNoAction)\n    val ImportedKeyCascade =\n      Val(\"ImportedKeyCascade\", DatabaseMetaData.importedKeyCascade)\n    val ImportedKeySetNull =\n      Val(\"ImportedKeySetNull\", DatabaseMetaData.importedKeySetNull)\n    val ImportedKeySetDefault =\n      Val(\"ImportedKeySetDefault\", DatabaseMetaData.importedKeySetDefault)\n    val ImportedKeyRestrict =\n      Val(\"ImportedKeyRestrict\", DatabaseMetaData.importedKeyRestrict)\n  }\n  object Deferrability extends Enumeration {\n    case class Val protected (name: String, intId: Int) extends super.Val\n    implicit def valueToVal(x: Value): Val = x.asInstanceOf[Val]\n    def findById(id: Int) = {\n      values.toList.find(_.intId == id)\n    }\n\n    val ImportedKeyInitiallyDeferred =\n      Val(\"ImportedKeyInitiallyDeferred\", DatabaseMetaData.importedKeyInitiallyDeferred)\n    val ImportedKeyInitiallyImmediate =\n      Val(\"ImportedKeyInitiallyImmediate\", DatabaseMetaData.importedKeyInitiallyImmediate)\n    val ImportedKeyNotDeferrable =\n      Val(\"ImportedKeyNotDeferrable\", DatabaseMetaData.importedKeyNotDeferrable)\n\n  }\n  case class CrossReference(\n    pkColumnCatalogName: Option[String],\n    pkColumnSchemaName: Option[String],\n    pkColumnTableName: String,\n    pkColumnName: String,\n    foreignCatalogName: Option[String],\n    foreignSchemaName: Option[String],\n    foreignTableName: String,\n    foreignColumnName: String,\n    keySequence: Short,\n    updateRule: UpdateDeleteRule.Value,\n    deleteRule: UpdateDeleteRule.Value,\n    foreignKeyName: Option[String],\n    primaryKeyName: Option[String],\n    deferrability: Deferrability.Value)\n  object DataType extends Enumeration {\n    protected case class Val(name: String, intId: Int) extends super.Val\n    def findByConstant(typeId: Int) = values.find(_.intId == typeId)\n    implicit def valueToVal(x: Value): Val = x.asInstanceOf[Val]\n\n    val Bit = Val(\"Bit\", Types.BIT)\n    val TinyInt = Val(\"TinyInt\", Types.TINYINT)\n    val SmallInt = Val(\"SmallInt\", Types.SMALLINT)\n    val Integer = Val(\"Integer\", Types.INTEGER)\n    val BigInt = Val(\"BigInt\", Types.BIGINT)\n    val Float = Val(\"Float\", Types.FLOAT)\n    val Real = Val(\"Real\", Types.REAL)\n    val Double = Val(\"Double\", Types.DOUBLE)\n    val Numeric = Val(\"Numeric\", Types.NUMERIC)\n    val Decimal = Val(\"Decimal\", Types.DECIMAL)\n    val Char = Val(\"Char\", Types.CHAR)\n    val VarChar = Val(\"VarChar\", Types.VARCHAR)\n    val LongVarChar = Val(\"LongVarChar\", Types.LONGVARCHAR)\n    val Date = Val(\"Date\", Types.DATE)\n    val Time = Val(\"Time\", Types.TIME)\n    val Timestamp = Val(\"Timestamp\", Types.TIMESTAMP)\n    val Binary = Val(\"Binary\", Types.BINARY)\n    val VarBinary = Val(\"VarBinary\", Types.VARBINARY)\n    val LongVarBinary = Val(\"LongVarBinary\", Types.LONGVARBINARY)\n    val Null = Val(\"Null\", Types.NULL)\n    val Other = Val(\"Other\", Types.OTHER)\n    val JavaObject = Val(\"JavaObject\", Types.JAVA_OBJECT)\n    val Distinct = Val(\"Distinct\", Types.DISTINCT)\n    val Struct = Val(\"Struct\", Types.STRUCT)\n    val Array = Val(\"Array\", Types.ARRAY)\n    val Blob = Val(\"Blob\", Types.BLOB)\n    val Clob = Val(\"Clob\", Types.CLOB)\n    val Ref = Val(\"Ref\", Types.REF)\n    val DataLink = Val(\"DataLink\", Types.DATALINK)\n    val Boolean = Val(\"Boolean\", Types.BOOLEAN)\n    val RowId = Val(\"RowId\", Types.ROWID)\n    val NChar = Val(\"NChar\", Types.NCHAR)\n    val NVarChar = Val(\"NVarChar\", Types.NVARCHAR)\n    val LongNVarChar = Val(\"LongNVarChar\", Types.LONGNVARCHAR)\n    val NClob = Val(\"NClob\", Types.NCLOB)\n    val SqlXml = Val(\"SqlXml\", Types.SQLXML)\n    val RefCursor = Val(\"RefCursor\", Types.REF_CURSOR)\n    val TimeWithTimeZone = Val(\"TimeWithTimeZone\", Types.TIME_WITH_TIMEZONE)\n    val TimestampWithTimeZone =\n      Val(\"TimestampWithTimeZone\", Types.TIMESTAMP_WITH_TIMEZONE)\n  }\n  object Nullable extends Enumeration {\n    case class Val protected (name: String, intId: Int) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n\n    def findById(id: Int) = values.toList.find(_.intId == id)\n    val ColumnNoNulls = Val(\"ColumnNoNulls\", DatabaseMetaData.columnNoNulls)\n    val ColumnNullable = Val(\"ColumnNullable\", DatabaseMetaData.columnNullable)\n    val ColumnNullableUnknown =\n      Val(\"ColumnNullableUnknown\", DatabaseMetaData.columnNullableUnknown)\n  }\n  object YesNo extends Enumeration {\n    def fromBoolean(b: Boolean) = if (b) Yes else No\n    def findByString(str: String) = {\n      if (str.equalsIgnoreCase(\"yes\")) Some(Yes)\n      else if (str.equalsIgnoreCase(\"no\")) Some(No)\n      else if (str.isEmpty) Some(Unknown)\n      else None\n    }\n    def findByOptionalString(opt: Option[String]): Option[Value] = opt match {\n      case Some(str) => findByString(str)\n      case None      => Some(Unknown)\n    }\n    type YesNo = Value\n    val Yes, No, Unknown = Value\n  }\n\n  object Column {\n    val categoryNameCol = \"TABLE_CAT\"\n    val schemaNameCol = \"TABLE_SCHEM\"\n    val tableNameCol = \"TABLE_NAME\"\n    val nameCol = \"COLUMN_NAME\"\n    val dataTypeCol = \"DATA_TYPE\"\n    val typeNameCol = \"TYPE_NAME\"\n    val columnSizeCol = \"COLUMN_SIZE\"\n    val decimalDigitsCol = \"DECIMAL_DIGITS\"\n    val numProcRadixCol = \"NUM_PREC_RADIX\"\n    val nullableCol = \"NULLABLE\"\n    val remarksCol = \"REMARKS\"\n    val columnDefaultCol = \"COLUMN_DEF\"\n    val characterOctetLengthCol = \"CHAR_OCTET_LENGTH\"\n    val ordinalPositionCol = \"ORDINAL_POSITION\"\n    val isNullableCol = \"IS_NULLABLE\"\n    val scopeCatalogCol = \"SCOPE_CATALOG\"\n    val scopeSchemaCol = \"SCOPE_SCHEMA\"\n    val scopeTableCol = \"SCOPE_TABLE\"\n    val sourceDataTypeCol = \"SOURCE_DATA_TYPE\"\n    val isAutoIncrementCol = \"IS_AUTOINCREMENT\"\n    val isGeneratedColumnCol = \"IS_GENERATEDCOLUMN\"\n\n  }\n  case class Column(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    tableName: String,\n    name: String,\n    dataType: DataType.Value,\n    typeName: String,\n    columnSize: Int,\n    decimalDigits: Option[Int],\n    numPrecRadix: Int,\n    nullable: Nullable.Value,\n    remarks: Option[String],\n    columnDefault: Option[String],\n    characterOctetLength: Int,\n    ordinalPosition: Int,\n    isNullable: YesNo.YesNo,\n    sourceDataType: Option[Short],\n    isAutoIncrement: YesNo.YesNo,\n    isGeneratedColumn: YesNo.YesNo)\n\n  object FunctionType extends Enumeration {\n    case class Val protected (typeId: Int) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    def findById(typeId: Int) =\n      values.toList.find(_.typeId == typeId)\n\n    val FunctionResultUnknown = Val(0)\n    val FunctionNoTable = Val(1)\n    val FunctionReturnsTable = Val(2)\n  }\n  case class Function(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    functionName: String,\n    remarks: Option[String],\n    functionType: FunctionType.Value,\n    specificName: String)\n\n  case class ImportedKeys(\n    primaryKeyTableCatalogName: Option[String],\n    primaryKeyTableSchemaName: Option[String],\n    primaryKeyTableName: String,\n    primaryKeyColumnName: String,\n    foreignKeyTableCatalogName: Option[String],\n    foreignKeyTableSchemaName: Option[String],\n    foreignKeyTableName: String,\n    foreignKeyColumnName: String,\n    keySequence: Short,\n    updateRule: UpdateDeleteRule.Value,\n    deleteRule: UpdateDeleteRule.Value,\n    foreignKeyName: Option[String],\n    primaryKeyName: Option[String],\n    deferrability: Deferrability.Value)\n\n  object IndexType extends Enumeration {\n    type IndexType = Value\n    case class Val protected (index: Short) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    def findByShort(s: Short): Option[Value] = values.find(_.index == s)\n\n    val tableIndexStatistic = Val(DatabaseMetaData.tableIndexStatistic)\n    val tableIndexClustered = Val(DatabaseMetaData.tableIndexClustered)\n    val tableIndexHashed = Val(DatabaseMetaData.tableIndexHashed)\n    val tableIndexOther = Val(DatabaseMetaData.tableIndexOther)\n\n  }\n\n  object AscDesc extends Enumeration {\n    type AscDesc = Value\n    case class Val protected (name: String) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    def findByString(str: String) = values.find(_.name == str)\n\n    val asc = Val(\"A\")\n    val desc = Val(\"D\")\n  }\n\n  case class IndexInfo(\n    tableCatalog: Option[String],\n    tableSchema: Option[String],\n    tableName: String,\n    nonUnique: Boolean,\n    indexQualifier: Option[String],\n    indexName: String,\n    indexType: IndexType.IndexType,\n    ordinalPosition: Short,\n    columnName: Option[String],\n    ascOrDesc: Option[AscDesc.AscDesc],\n    cardinality: Int,\n    pages: Int,\n    filterPosition: Option[String]\n                      )\n\n  object TableType extends Enumeration {\n    type TableType = Value\n    case class Val protected (name: String) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n\n    def findByStr(str: String): Either[String, Value] =\n      values.toList.find(_.name.equalsIgnoreCase(str)).toRight(str)\n    val Table = Val(\"TABLE\")\n    val View = Val(\"VIEW\")\n    val SystemTable = Val(\"SYSTEM TABLE\")\n    val GlobalTemporary = Val(\"GLOBAL TEMPORARY\")\n    val LocalTemporary = Val(\"LOCAL TEMPORARY\")\n    val Alias = Val(\"ALIAS\")\n    val Synonym = Val(\"SYNONYM\")\n    val Index = Val(\"INDEX\")\n    val Sequence = Val(\"SEQUENCE\")\n  }\n  object ReferenceGeneration extends Enumeration {\n    type ReverenceGeneration = Value\n    case class Val protected (name: String) extends super.Val\n    def findByString(str: String) = values.find(_.name == str)\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    val System = Val(\"SYSTEM\")\n    val User = Val(\"USER\")\n    val Derived = Val(\"DERIVED\")\n  }\n  case class Table(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    name: String,\n    tableType: Either[String, TableType.Value],\n    remarks: Option[String],\n    typesCatalog: Option[String],\n    typesSchema: Option[String],\n    typeName: Option[String],\n    selfReferencingColumnName: Option[String],\n    referenceGeneration: Option[ReferenceGeneration.Value])\n  case class TablePrivilege(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    name: String,\n    grantor: Option[String],\n    grantee: String,\n    privilege: String,\n    isGrantable: YesNo.Value)\n\n  object Searchable extends Enumeration {\n    case class Val(searchableId: Int, name: String, description: String) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    def findBySearchableId(searchableId: Int): Option[Value] =\n      values.find(_.searchableId == searchableId)\n\n    val TypePredNone = Val(DatabaseMetaData.typePredNone, \"typePredNone\", \"No support\")\n    val TypePredChar =\n      Val(DatabaseMetaData.typePredChar, \"typePredChar\", \"Only supported with WHERE .. LIKE\")\n    val typePredBasic =\n      Val(DatabaseMetaData.typePredBasic, \"typePredBasic\", \"Supported except for WHERE .. LIKE\")\n    val typeSearchable =\n      Val(DatabaseMetaData.typeSearchable, \"typeSearchable\", \"Supported for all WHERE ..\")\n  }\n  case class TypeInfo(\n    typeName: String,\n    dataType: DataType.Value,\n    precision: Int,\n    literalPrefix: Option[String],\n    literalSuffix: Option[String],\n    createParameters: Option[String],\n    nullable: Nullable.Value,\n    caseSensitive: Boolean,\n    searchable: Searchable.Value,\n    isUnsigned: Boolean,\n    fixedPrecisionScale: Boolean,\n    autoIncrement: Boolean,\n    localTypeName: Option[String],\n    minimumScale: Short,\n    maximumScale: Short,\n    numericalPrecistionRadix: Int\n  )\n  case class PrimaryKey(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    tableName: String,\n    columnName: String,\n    keySequence: Short,\n    name: Option[String])\n\n  object ProcedureType extends Enumeration {\n    case class Val(procedureTypeId: Int, name: String, description: String) extends super.Val\n    implicit def valueToNullableVal(x: Value): Val = x.asInstanceOf[Val]\n    def findByProcedureTypeId(procedureTypeId: Int): Option[Value] =\n      values.find(_.procedureTypeId == procedureTypeId)\n\n    val ProcedureResultUnknown = Val(DatabaseMetaData.procedureResultUnknown, \"procedureResultUnknown\", \"Cannot determine if  a return value will be returned\")\n    val ProcedureNoResult = Val(DatabaseMetaData.procedureNoResult, \"procedureNoResult\", \"Does not return a return value\")\n    val ProcedureReturnsResult = Val(DatabaseMetaData.procedureReturnsResult, \"procedureReturnsResult\", \"Returns a return value\")\n\n  }\n  case class Procedure(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    name: String,\n    remarks: Option[String],\n    procedureType: ProcedureType.Value,\n    specificName: String)\n\n  case class Schema(name: String, tables: List[Table])\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/DataTypeOutput.scala","text":"<filename>core\/src\/main\/scala\/com\/bones\/si\/ideal\/DataTypeOutput.scala<gh_stars>0\npackage com.bones.si.ideal\n\n\/**\n * Trait which is extended to produce an output.  Eg SQL text output.\n * @tparam A The output type.\n *\/\ntrait DataTypeOutput[A] {\n\n  \/** Produce output for a specific column.  For instance 'id int8 not null'. *\/\n  def protoColumnOutput(protoColumn: IdealColumn): A\n\n  \/** Responsible for delegating to the appropriate method based on the data type.*\/\n  def dataTypeOutput(dataType: IdealDataType): A = {\n    dataType match {\n      case a: ArrayType => array(a)\n      case b: BinaryType => binary(b)\n      case BooleanType => boolean\n      case f: FixedLengthBinaryType => fixedLengthBinary(f)\n      case f: FixedLengthCharacterType => fixedLengthCharacter(f)\n      case DateType => date\n      case DoubleType => double\n      case IntervalType => interval\n      case i: IntegerType => integer(i)\n      case l: LongType => long(l)\n      case n: NumericType => numeric(n)\n      case RealType => real\n      case SmallIntType => smallInt\n      case t: TimeType => time(t)\n      case t: TimestampType => timestamp(t)\n      case s: StringType => string(s)\n    }\n  }\n\n  def array(arrayType: ArrayType): A\n  def binary(binaryType: BinaryType): A\n  def boolean: A\n  def fixedLengthBinary(binaryType: FixedLengthBinaryType): A\n  def fixedLengthCharacter(fixedLengthCharacterType: FixedLengthCharacterType): A\n  def date: A\n  def double: A\n  def integer(integerType: IntegerType): A\n  def interval: A\n  def long(longType: LongType): A\n  def numeric(numericType: NumericType): A\n  def real: A\n  def time(timeType: TimeType): A\n  def timestamp(timestampType: TimestampType): A\n  def smallInt: A\n  def string(stringType: StringType): A\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadImportedKeys.scala","text":"<reponame>scala-bones\/db-prototyping<gh_stars>0\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{Deferrability, ImportedKeys, UpdateDeleteRule}\n\nobject LoadImportedKeys extends DefaultLoader[ImportedKeys] {\n\n  override protected def loadFromQuery(\n    databaseQuery: DatabaseQuery,\n    con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery)\n      .toStream\n      .map(param =>\n        con.getMetaData.getImportedKeys(param._1.orNull, param._2.orNull, param._3.orNull))\n\n  protected def extractRow(rs: ResultSet): ImportedKeys = {\n    val updateRuleId = rs.getInt(\"UPDATE_RULE\")\n    val updateRule = UpdateDeleteRule\n      .findById(updateRuleId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find UpdateDeleteRule by id: ${updateRuleId}\"))\n    val deleteRuleId = rs.getInt(\"DELETE_RULE\")\n    val deleteRule = UpdateDeleteRule\n      .findById(updateRuleId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find UpdateDeleteRule by id: ${deleteRuleId}\"))\n    val deferrabilityId = rs.getInt(\"DEFERRABILITY\")\n    val deferrability = Deferrability\n      .findById(deferrabilityId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find Deferrability by id: ${deferrabilityId}\"))\n\n    ImportedKeys(\n      Option(rs.getString(\"PKTABLE_CAT\")),\n      Option(rs.getString(\"PKTABLE_SCHEM\")),\n      req(rs.getString(\"PKTABLE_NAME\")),\n      req(rs.getString(\"PKCOLUMN_NAME\")),\n      Option(rs.getString(\"FKTABLE_CAT\")),\n      Option(rs.getString(\"FKTABLE_SCHEM\")),\n      req(rs.getString(\"FKTABLE_NAME\")),\n      req(rs.getString(\"FKCOLUMN_NAME\")),\n      req(rs.getShort(\"KEY_SEQ\")),\n      updateRule,\n      deleteRule,\n      Option(rs.getString(\"FK_NAME\")),\n      Option(rs.getString(\"PK_NAME\")),\n      deferrability\n    )\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadImportedKeysTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadImportedKeys}\nimport com.bones.si.jdbc.{Deferrability, UpdateDeleteRule}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadImportedKeysTest  extends IntegrationFixture with Matchers {\n\n  test(\"load imported keys\") { f=>\n    val query = DatabaseQuery.everything\n    val importedKeysMd = LoadImportedKeys.load(query, f.con)\n\n    val importedKeys = importedKeysMd.filter(_.primaryKeyTableName == \"wrapper_table_a\")\n    importedKeys(0).primaryKeyTableCatalogName mustEqual None\n    importedKeys(0).primaryKeyTableSchemaName mustEqual Some(\"public\")\n    importedKeys(0).primaryKeyTableName mustEqual \"wrapper_table_a\"\n    importedKeys(0).primaryKeyColumnName mustEqual \"id\"\n    importedKeys(0).foreignKeyTableCatalogName mustEqual None\n    importedKeys(0).foreignKeyTableSchemaName mustEqual Some(\"public\")\n    importedKeys(0).foreignKeyColumnName mustEqual \"table_a_id\"\n    importedKeys(0).keySequence mustEqual 1\n    importedKeys(0).updateRule mustEqual UpdateDeleteRule.ImportedKeySetDefault\n    importedKeys(0).deleteRule mustEqual UpdateDeleteRule.ImportedKeySetDefault\n    importedKeys(0).foreignKeyName mustEqual Some(\"wrapper_table_b_table_a_id_fkey\")\n    importedKeys(0).primaryKeyName mustEqual Some(\"wrapper_table_a_id_key\")\n    importedKeys(0).deferrability mustEqual Deferrability.ImportedKeyNotDeferrable\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadLoadDatabaseMetadataCacheTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadDatabaseCache}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadLoadDatabaseMetadataCacheTest extends IntegrationFixture with Matchers {\n\n  test(\"load database\") { f =>\n    val query = DatabaseQuery.everything\n    val cache = LoadDatabaseCache.load(query, List.empty, f.con)\n\n    cache.tables.size must be > 0\n    cache.columns.size must be > 0\n    cache.primaryKeys.size must be > 0\n    cache.crossReferences.size must be > 0\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/ExampleTest.scala","text":"package com.bones.si.jdbc\n\nimport com.bones.si.ideal._\nimport com.bones.si.jdbc.load.{DatabaseMetadataCache, DatabaseQuery, LoadDatabaseCache}\nimport org.postgresql.ds.PGSimpleDataSource\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.must.Matchers\n\nclass ExampleTest extends AnyFunSuite with Matchers {\n\n  test(\"this is an example\") {\n\n    \/\/ First lets create a base DB ideal.\n\n    val table1Pk =\n      IdealColumn(\"id\", IntegerType.autoIncrement, false, Some(\"The id of the customer\"))\n\n    val table1Columns = List(\n      IdealColumn(\"name\", StringType.unbounded, false, Some(\"The name of the customer\")),\n      IdealColumn(\n        \"create_date\",\n        TimestampType.withoutTimeZone,\n        false,\n        Some(\"when the customer was created\"))\n    )\n\n    val table1 = IdealTable(\"customer\", table1Pk, table1Columns)\n\n    val table2Pk =\n      IdealColumn(\"id\", IntegerType.autoIncrement, false, Some(\"The primary id of the order.\"))\n\n    val table2Columns = List(\n      IdealColumn(\"cost\", NumericType(10, 2), false, Some(\"The total cost of the order\")),\n      IdealColumn(\n        \"create_date\",\n        TimestampType.withoutTimeZone(),\n        false,\n        Some(\"The data of the order\"))\n    )\n    val table2Fks = List(\n      IdealForeignKey(\n        IdealColumn(\n          \"customer_id\",\n          IntegerType(),\n          false,\n          Some(\"The id of the customer associated to the order\")),\n        (table1, table1Pk)\n      )\n    )\n\n    val table2 = IdealTable(\"order\", table2Pk, table2Columns, table2Fks)\n\n    val schema = IdealSchema(\"public\", List(table1, table2))\n\n    val dbUrl = Option(System.getProperty(\"pg-url\"))\n      .getOrElse(\"jdbc:postgresql:\/\/localhost\/travis?user=travis&password=<PASSWORD>\")\n    val ds = new PGSimpleDataSource()\n    ds.setURL(dbUrl)\n    val con = ds.getConnection\n\n    try {\n\n      \/\/ Only load public schema.\n      val query = DatabaseQuery.everything.copy(schemaNames = List(\"public\"))\n      val initialCache = DatabaseMetadataCache.empty\n\n      \/\/Compare the Ideal to the cache\n      val initialDiff = Diff.findDiff(initialCache, schema)\n\n      \/\/ Create SQL String statements from the diff.\n      val output = PostgresSqlOutput(_.toLowerCase)\n      val sqls = output.statementsFromDiffResult(initialDiff, \"public\")\n\n      \/\/ Execute the statements to sync the database with the ideal.\n      sqls.foreach(str => {\n\/\/        println(str)\n        val statement = con.createStatement()\n        statement.execute(str)\n        statement.close\n      })\n\n      \/\/ reload the cache from the database, this will pick up the above changes.\n      val newCache = LoadDatabaseCache.load(query, List.empty, con)\n\n      \/\/ Now we'll make some updates, new column, and new table.\n      val newColumn = IdealColumn(\n        \"satisfied_rating\",\n        IntegerType(),\n        true,\n        Some(\"scale of 1 - 5, how satisfied was the customer with the order\"))\n      val newTable2 = table2.copy(columns = newColumn :: table2.columns).copy(uniqueConstraints = List(UniqueConstraint(table2.columns)))\n\n      val table3Pk =\n        IdealColumn(\"id\", IntegerType.autoIncrement, false, Some(\"the id of the correspondence\"))\n      val table3columns = List(\n        IdealColumn(\"title\", StringType(255), true, Some(\"The title of the correspondence\")),\n        IdealColumn(\"body\", StringType.unbounded, false, Some(\"the body of the correspondence\"))\n      )\n      val table3Unique = UniqueConstraint(table3columns)\n      val table3 = IdealTable(\"correspondence\", table3Pk, table3columns, List.empty, List(table3Unique), None)\n\n      \/\/ This is our new ideal schema\n      val newSchema = IdealSchema(\"public\", List(table1, newTable2, table3))\n\n      \/\/ find what is missing between our new ideal and the DB cache\n      val newDiff = Diff.findDiff(newCache, newSchema)\n\n      \/\/ create sql statements to reconcile the differences.\n      val updateSqls = output.statementsFromDiffResult(newDiff, \"public\")\n\n\/\/      println(\"UPDATE STATEMENTS\")\n      \/\/ sync the database with the new changes.\n      updateSqls.foreach(str => {\n\/\/        println(str)\n        val statement = con.createStatement()\n        statement.execute(str)\n        statement.close\n      })\n\n      \/\/reload the cache and print out the public schema\n      \/\/ reload the cache from the database, this will pick up the above changes.\n      val finalCache = LoadDatabaseCache.load(query, List.empty, con)\n\n\/\/      println(finalCache.toString)\n\n    } finally {\n\n      \/\/cleanup\n      val cleanupSql = List(\n        \"drop table if exists public.order\",\n        \"drop table if exists public.customer\",\n        \"drop table if exists public.correspondence\")\n      cleanupSql.foreach(str => {\n        val statement = con.createStatement()\n        statement.execute(str)\n        statement.close\n      })\n\n      con.close()\n    }\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadDatabaseCache.scala","text":"<filename>jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadDatabaseCache.scala\npackage com.bones.si.jdbc.load\n\nimport java.sql.Connection\n\nimport com.bones.si.jdbc\n\nobject LoadDatabaseCache {\n  def load(query: DatabaseQuery, tableTypes: List[String], con: Connection): DatabaseMetadataCache = {\n    val tables = LoadTable.loadCustomTypes(query, con, tableTypes)\n    val columns = LoadColumn.load(query, con)\n    val primaryKeys = LoadPrimaryKey.load(query, con)\n    val crossReferences = LoadCrossReference.load(query, con)\n\n    \/\/Index info must be done with explicit table names\n    val indexInfoQuery = query.copy(tableNames = tables.map(_.name))\n    val indexInfo = LoadIndexInfo.load(indexInfoQuery, con)\n\n    DatabaseMetadataCache(query, tableTypes, tables, columns, crossReferences, primaryKeys, indexInfo)\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/SchemaOutput.scala","text":"package com.bones.si.ideal\n\nimport com.bones.si.ideal.Diff._\n\nobject SchemaOutput {\n  val postgresLowercase = new SchemaOutput(_.toLowerCase, DataTypePostgresSqlOutput(_.toLowerCase))\n  val postgresUppercase = new SchemaOutput(_.toUpperCase, DataTypePostgresSqlOutput(_.toUpperCase))\n}\n\n\/**\n  * Responsible for producing Output from a Diff.  In other words, what SQL statements need to\n  * be executed in order for the DB to be in sync with the ideal.\n  *\/\nclass SchemaOutput(toCase: String => String, dataTypeOutput: DataTypeOutput[String]) {\n\n  private val PRIMARY_KEY = toCase(\"primary key\")\n  private val FOREIGN_KEY = toCase(\"foreign key\")\n  private val REFERENCES = toCase(\"references\")\n  private val COMMENT_ON_TABLE = toCase(\"comment on table\")\n  private val COMMENT_ON_COLUMN = toCase(\"comment on column\")\n  private val CREATE_TABLE = toCase(\"create table\")\n  private val ALTER_TABLE = toCase(\"alter table\")\n  private val ADD_COLUMN = toCase(\"add column\")\n  private val IS = toCase(\"is\")\n  private val ALTER_COLUMN = toCase(\"alter column\")\n  private val ADD_CONSTRAINT = toCase(\"add constraint\")\n  private val UNIQUE = toCase(\"unique\")\n  private val NOT_NULL = toCase(\"not null\")\n  private val DROP = toCase(\"drop\")\n  private val SET = toCase(\"set\")\n\n  \/**\n    * Produces sql statements in lower case to create\/update tables, columns, primary keys, and foreign keys.\n    * @param diffResult The statements created are based off of this diff.\n    * @param schemaName What schema to create the DB Structures.\n    * @return\n    *\/\n  def statementsFromDiffResult(diffResult: DiffResult, schemaName: String): List[String] = {\n    val tableSqls = diffResult.tablesMissing.flatMap(createTableOutput(schemaName, _))\n    val columnSqls =\n      addColumnOutput(schemaName, diffResult.columnsMissing)\n    val updateColumnsSqls =\n      diffResult.columnsDifferent.flatMap(c =>\n        alterColumnOutput(schemaName, c._1.name, (c._2, c._3)))\n    val uniqueConstraintSql =\n        uniqueDiffOutput(schemaName, diffResult.uniqueDiffs)\n\n    tableSqls ::: columnSqls ::: updateColumnsSqls ::: uniqueConstraintSql\n  }\n\n  \/** Create SQL statement to create the table from the IdealTable definition\n    * @param schemaName The name of the schema used in the create table statement\n    * @param idealTable What the \"ideal\" table should look like.\n    *\/\n  def createTableOutput(schemaName: String, idealTable: IdealTable): List[String] = {\n\n    val primaryKeys = idealTable.primaryKeyColumns.map(pk => dataTypeOutput.protoColumnOutput(pk))\n    val (pkColumnCreate, pkTrailingDef) =\n      if (primaryKeys.isEmpty)\n        (List.empty, List.empty)\n      else if (primaryKeys.length == 1)\n        (primaryKeys.map(_ + \" \" + PRIMARY_KEY), List.empty)\n      else {\n        val keyNames = idealTable.primaryKeyColumns.map(_.name).mkString(\"(\", \", \", \")\")\n        (primaryKeys, List(s\"$PRIMARY_KEY $keyNames\"))\n      }\n\n    val fkColumn = idealTable.foreignKeys.map(fk => {\n      val fkColumn = dataTypeOutput.protoColumnOutput(fk.column)\n      val fkTrailingDef =\n        (s\"$FOREIGN_KEY (${fk.column.name}) $REFERENCES ${fk.foreignReference._1.name} (${fk.foreignReference._2.name})\")\n      (fkColumn, fkTrailingDef)\n    })\n\n    val allColumns =\n      pkColumnCreate ::: idealTable.columns.map(dataTypeOutput.protoColumnOutput) ::: fkColumn.map(\n        _._1) ::: pkTrailingDef ::: fkColumn\n        .map(_._2) ::: Nil\n\n    val remark = idealTable.remark\n      .map(remark => s\"$COMMENT_ON_TABLE $schemaName.${idealTable.name} $IS '$remark'\")\n      .toList\n\n    val columnRemarks = idealTable.allColumns.flatMap(c => c.remark.map(rem => (c.name, rem))).map {\n      case (cName, rem) => s\"$COMMENT_ON_COLUMN $schemaName.${idealTable.name}.${cName} $IS '$rem'\"\n    }\n\n    val uniqueConstraints = idealTable.uniqueConstraints.map(uc => {\n      s\"$UNIQUE (${uc.uniqueGroup.map(_.name).mkString(\",\")})\"\n    })\n\n    val columnStatements = allColumns ::: uniqueConstraints\n\n    val tableSql =\n      s\"\"\"$CREATE_TABLE $schemaName.${idealTable.name} (${columnStatements.mkString(\", \")})\"\"\"\n\n    tableSql :: remark ::: columnRemarks\n\n  }\n\n  def addColumnOutput(\n    schemaName: String,\n    columns: List[(IdealTable, IdealColumn)]): List[String] = {\n    val columnSql = columns.map {\n      case (table, column) =>\n        s\"$ALTER_TABLE $schemaName.${table.name} $ADD_COLUMN ${dataTypeOutput.protoColumnOutput(column)}\"\n    }\n    val commentSql = columns\n      .flatMap(x => x._2.remark.map((x, _)))\n      .map(rem => {\n        s\"$COMMENT_ON_COLUMN $schemaName.${rem._1._1.name}.${rem._1._2.name} $IS '${rem._2}'\"\n      })\n    columnSql ::: commentSql\n  }\n\n  def uniqueDiffOutput(schemaName: String, diffs: List[(IdealTable, UniqueDiff)]): List[String] = {\n    diffs.map(tableDiff => {\n      val constraintName = \"wrapper_\" + tableDiff._1.name + \"_\" + tableDiff._2.columnGroup.map(_.name).mkString(\"_\") + \"key\"\n      val columnNames = tableDiff._2.columnGroup.map(_.name).mkString(\"(\",\",\",\")\")\n      s\"$ALTER_TABLE $schemaName.${tableDiff._1.name} $ADD_CONSTRAINT $constraintName $UNIQUE $columnNames\"\n    })\n\n  }\n\n  def alterColumnOutput(\n    schemaName: String,\n    tableName: String,\n    columnDiff: (IdealColumn, List[ColumnDiff])): List[String] = {\n    columnDiff._2.map {\n      case ColumnDataTypeDiff(_, _) =>\n        s\"$ALTER_TABLE $schemaName.$tableName $ALTER_COLUMN ${columnDiff._1.name} ${dataTypeOutput\n          .dataTypeOutput(columnDiff._1.dataType)}\"\n      case ColumnRemarkDiff(_, _) =>\n        s\"$COMMENT_ON_COLUMN $schemaName.$tableName.${columnDiff._1.name} $IS '${columnDiff._1.remark\n          .getOrElse(\"\").replace(\"'\",\"''\")}'\"\n      case ColumnNullableDiff(_, _) =>\n        val setDrop = if (columnDiff._1.nullable) DROP else SET\n        s\"$ALTER_TABLE $schemaName.$tableName $ALTER_COLUMN ${columnDiff._1.name} $setDrop $NOT_NULL\"\n    }\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadColumnTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadColumn}\nimport com.bones.si.jdbc.{DataType, Nullable, YesNo}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadColumnTest extends IntegrationFixture with Matchers {\n\n  test(\"load public columns\") { f =>\n    val query = DatabaseQuery.everything.schemas(\"public\").catalogs(\"test\")\n\n    val result = LoadColumn.load(query, f.con)\n    val a = result.filter(_.tableName == \"wrapper_table_a\").toArray\n    val b = result.filter(_.tableName == \"wrapper_table_b\").toArray\n    val ar = result.filter(_.tableName == \"b\").toArray\n\n\n    a(0).catalogName mustEqual None\n    a(0).schemaName mustEqual Some(\"public\")\n    a(0).tableName mustEqual \"wrapper_table_a\"\n    a(0).name mustEqual \"id\"\n    a(0).dataType mustEqual DataType.Integer\n    a(0).typeName mustEqual \"serial\"\n    a(0).columnSize mustEqual 10\n    a(0).decimalDigits mustEqual Some(0)\n    a(0).remarks mustEqual None\n    a(0).columnDefault mustEqual Some(\"nextval('wrapper_table_a_id_seq'::regclass)\")\n    a(0).characterOctetLength mustEqual 10\n    a(0).ordinalPosition mustEqual 1\n    a(0).isNullable mustEqual YesNo.No\n    a(0).sourceDataType mustEqual Some(0)\n    a(0).isAutoIncrement mustEqual YesNo.Yes\n    a(0).isGeneratedColumn mustEqual YesNo.Unknown\n    a(0).nullable mustEqual Nullable.ColumnNoNulls\n\n    a(1).dataType mustEqual DataType.BigInt\n    a(1).typeName mustEqual \"bigserial\"\n\n    a(2).dataType mustEqual DataType.Bit\n    a(2).typeName mustEqual \"bit\"\n    a(2).columnSize mustEqual 1\n\n    a(3).dataType mustEqual DataType.Bit\n    a(3).typeName mustEqual \"bit\"\n    a(3).columnSize mustEqual 5\n    a(3).isNullable mustEqual YesNo.Yes\n    a(3).nullable mustEqual Nullable.ColumnNullable\n\n\n    a(4).dataType mustEqual DataType.VarChar\n    a(4).typeName mustEqual \"text\"\n    a(4).columnSize mustEqual 2147483647\n\n    a(5).dataType mustEqual DataType.Char\n    a(5).typeName mustEqual \"bpchar\"\n    a(5).columnSize mustEqual 1\n\n    a(6).dataType mustEqual DataType.VarChar\n    a(6).typeName mustEqual \"varchar\"\n    a(6).columnSize mustEqual 255\n\n    a(7).dataType mustEqual DataType.Date\n    a(7).typeName mustEqual \"date\"\n\n    a(8).dataType mustEqual DataType.Double\n    a(8).typeName mustEqual \"float8\"\n\n    a(9).dataType mustEqual DataType.Integer\n    a(9).typeName mustEqual \"int4\"\n\n    a(10).dataType mustEqual DataType.Numeric\n    a(10).typeName mustEqual \"numeric\"\n\n    a(11).dataType mustEqual DataType.Real\n    a(11).typeName mustEqual \"float4\"\n\n    a(12).dataType mustEqual DataType.SmallInt\n    a(12).typeName mustEqual \"int2\"\n\n    a(13).dataType mustEqual DataType.VarChar\n    a(13).typeName mustEqual \"text\"\n\n    a(14).dataType mustEqual DataType.Time\n    a(14).typeName mustEqual \"time\"\n\n    a(15).dataType mustEqual DataType.Time\n    a(15).typeName mustEqual \"timetz\"\n\n    a(16).dataType mustEqual DataType.Timestamp\n    a(16).typeName mustEqual \"timestamp\"\n\n    a(17).dataType mustEqual DataType.Timestamp\n    a(17).typeName mustEqual \"timestamptz\"\n\n    a(18).dataType mustEqual DataType.SqlXml\n    a(18).typeName mustEqual \"xml\"\n\n    b(0).dataType mustEqual DataType.Integer\n    b(0).typeName mustEqual \"serial\"\n\n    b(1).dataType mustEqual DataType.Integer\n    b(1).typeName mustEqual \"int4\"\n\n\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadFunctionTest.scala","text":"<filename>jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadFunctionTest.scala\npackage com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.FunctionType\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadFunction}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadFunctionTest extends IntegrationFixture with Matchers {\n\n  test (\"can load functions\" ) { f=>\n    val query = DatabaseQuery.everything\n    val functions = LoadFunction.load(query, f.con)\n\n    val function = functions.filter(_.functionName == \"db_test_add\").head\n\n    function.catalogName mustEqual Some(\"postgres\")\n    function.schemaName mustEqual Some(\"public\")\n    function.functionName mustEqual \"db_test_add\"\n    function.remarks mustEqual None\n    function.functionType mustEqual FunctionType.FunctionNoTable\n    function.specificName must startWith(\"db_test_add_\")\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadFunction.scala","text":"<filename>jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadFunction.scala\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{Function, FunctionType}\n\nobject LoadFunction extends DefaultLoader[Function] {\n\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream.map(param => {\n      con.getMetaData.getFunctions(param._1.orNull, param._2.orNull, param._3.orNull)\n    })\n\n  override protected def extractRow(rs: ResultSet): Function = {\n    val functionTypeId = req(rs.getInt(\"FUNCTION_TYPE\"))\n    val functionType = FunctionType\n      .findById(functionTypeId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find function type: ${functionTypeId}\"))\n    Function(\n      Option(rs.getString(\"FUNCTION_CAT\")),\n      Option(rs.getString(\"FUNCTION_SCHEM\")),\n      req(rs.getString(\"FUNCTION_NAME\")),\n      Option(rs.getString(\"REMARKS\")),\n      functionType,\n      req(rs.getString(\"SPECIFIC_NAME\"))\n    )\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/test\/scala\/com\/bones\/si\/ideal\/DiffTest.scala","text":"package com.bones.si.ideal\n\nimport java.nio.charset.StandardCharsets\n\nimport com.bones.si.ideal.Diff.{ColumnDataTypeDiff, ColumnNullableDiff}\nimport com.bones.si.ideal.Fixtures._\nimport com.bones.si.jdbc.{DataType, YesNo}\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.must.Matchers\n\nclass DiffTest extends AnyFunSuite with Matchers {\n\n  test(\"prototype is exact match\") {\n\n    val result = Diff.findDiff(databaseCache, schema)\n\n    result.tablesMissing.length mustEqual 0\n    result.columnsMissing.length mustEqual 0\n    result.columnsDifferent.length mustEqual 0\n    result.primaryKeysMissing.length mustEqual 0\n    result.primaryKeysExtraneous.length mustEqual 0\n    result.missingForeignKeys.length mustEqual 0\n\n  }\n\n  test(\"report missing table\") {\n    val result = Diff.findDiff(databaseCache, schema.copy(tables = table3 :: schema.tables))\n    result.tablesMissing mustEqual List(table3)\n    result.columnsMissing.length mustEqual 0\n    result.columnsDifferent.length mustEqual 0\n    result.primaryKeysMissing.length mustEqual 0\n    result.primaryKeysExtraneous.length mustEqual 0\n    result.missingForeignKeys.length mustEqual 0\n  }\n\n  test(\"report missing columns\") {\n    val newColumn = IdealColumn(\"new_col\", IntegerType(), true, None)\n    val otherNewColumn = IdealColumn(\"other_new\", StringType.unbounded, true, None)\n    val tableA = table2.copy(columns =  newColumn :: table2.columns)\n    val tableB = table1.copy(columns = otherNewColumn :: table1.columns)\n    val s = IdealSchema(\"public\", List(tableA, tableB))\n    val result = Diff.findDiff(databaseCache, s)\n\n    result.tablesMissing.length mustEqual 0\n    result.columnsMissing mustEqual List( (tableA, newColumn), (tableB, otherNewColumn))\n    result.columnsDifferent.length mustEqual 0\n    result.primaryKeysMissing.length mustEqual 0\n    result.primaryKeysExtraneous.length mustEqual 0\n    result.missingForeignKeys.length mustEqual 0\n  }\n\n  test(\"report column difference\") {\n\n    val newNotNullable = IdealColumn(\"age\", IntegerType(), false, None)\n    val newShorterString = IdealColumn(\"name\", StringType(100), false, None)\n    val tableColumnsChanged = List(\n      IdealColumn(\"id\", IntegerType.autoIncrement, false, None),\n      newShorterString,\n      newNotNullable\n    )\n\n    val newTable1 = IdealTable(\"table1\", table1Pks, tableColumnsChanged, List.empty, List.empty, None)\n    val newTable2 = IdealTable(\"table2\", table2Pks, table2Columns, List.empty, List.empty, None)\n\n    val newSchema = IdealSchema(\"public\", List(newTable1, newTable2))\n\n    val result = Diff.findDiff(databaseCache, newSchema)\n\n    result.tablesMissing.length mustEqual 0\n    result.columnsMissing.length mustEqual 0\n    result.columnsDifferent.length mustEqual 2\n    result.primaryKeysMissing.length mustEqual 0\n    result.primaryKeysExtraneous.length mustEqual 0\n    result.missingForeignKeys.length mustEqual 0\n\n    result.columnsDifferent(0) mustEqual (newTable1, newNotNullable, List(ColumnNullableDiff(YesNo.Yes, YesNo.No)))\n    result.columnsDifferent(1) mustEqual (newTable1, newShorterString, List(ColumnDataTypeDiff(DataType.VarChar, StringType(Some(100), StandardCharsets.UTF_8))))\n\n  }\n\n  test(\"report missing primary keys\") {\n    val anotherPk = IdealColumn(\"other_id\", IntegerType(), false, None)\n    val table = IdealTable(\"table1\", anotherPk :: table1Pks, table1Columns, List.empty, List.empty, None)\n\n    val schema = IdealSchema(\"public\", List(table, table2))\n\n    val result = Diff.findDiff(databaseCache, schema)\n\n    result.tablesMissing.length mustEqual 0\n    result.columnsMissing.length mustEqual 1\n    result.columnsDifferent.length mustEqual 0\n    result.primaryKeysMissing.length mustEqual 1\n    result.primaryKeysExtraneous.length mustEqual 0\n    result.missingForeignKeys.length mustEqual 0\n\n    result.columnsMissing(0)._1 mustEqual table\n    result.columnsMissing(0)._2 mustEqual anotherPk\n    result.primaryKeysMissing mustEqual List( (table, anotherPk) )\n  }\n\n  test(\"report missing extraneous primary keys\") {\n\n    \/\/ move primary key to be a regular column, it should be reported as a missing PK.\n    val table = IdealTable(\"table1\", List.empty, table1Pks ::: table1Columns, List.empty, List.empty, None)\n    val schema = IdealSchema(\"public\", List(table, table2))\n\n    val result = Diff.findDiff(databaseCache, schema)\n\n    result.tablesMissing.length mustEqual 0\n    result.columnsMissing.length mustEqual 0\n    result.columnsDifferent.length mustEqual 0\n    result.primaryKeysMissing.length mustEqual 0\n    result.primaryKeysExtraneous.length mustEqual 1\n    result.missingForeignKeys.length mustEqual 0\n\n    result.primaryKeysExtraneous(0) mustEqual (table, table1Pk)\n\n  }\n\n  test(\"\") {\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/package.scala","text":"package com.bones.si.jdbc\n\npackage object load {\n\n  class MissingDataException(message: String) extends Throwable(message)\n\n  \/** Required.  Checks parameter for null **\/\n  def req[X](x: X): X = {\n    if (x == null) throw new MissingDataException(s\"Can not be null\")\n    else x\n  }\n\n  def strOption(str: String) : Option[String] = {\n    if (str == null || str.isEmpty) None\n    else Some(str)\n  }\n\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadTablePrivilegeTest.scala","text":"<reponame>scala-bones\/db-prototyping\npackage com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.YesNo\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadTablePrivilege}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadTablePrivilegeTest extends IntegrationFixture with Matchers {\n\n  \/\/ TODO: get this working on Travis CI\n  ignore(\"load table privilege\") { f =>\n    val query = DatabaseQuery.everything\n    val priv = LoadTablePrivilege.load(query, f.con)\n\n    priv.length must be > 0\n\n    val publicTables = priv.filter(_.schemaName.contains(\"public\"))\n\n    val table1Insert = publicTables.find(pr => pr.name == \"table1\" && pr.privilege == \"INSERT\").get\n    table1Insert.catalogName mustEqual None\n    table1Insert.grantee mustEqual \"travis\"\n    table1Insert.grantor mustEqual Some(\"travis\")\n    table1Insert.isGrantable mustEqual YesNo.Yes\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/Diff.scala","text":"package com.bones.si.ideal\n\nimport com.bones.si.jdbc._\nimport com.bones.si.jdbc.load.DatabaseMetadataCache\n\n\/**\n  * Responsible for calculating the difference between the 'ideal' and what is in the Database Cache.\n  *\/\nobject Diff {\n\n  \/**\n    * Different ways the 'ideal' column can be different than the DB cache.\n    *\/\n  trait ColumnDiff\n\n  \/** When the 'ideal' data type is different than the column in the DB cache which shares the same column name.*\/\n  case class ColumnDataTypeDiff(existingDataType: DataType.Value, newDataType: IdealDataType)\n      extends ColumnDiff\n\n  \/** When the 'ideal' column has a different remark than the DB cache *\/\n  case class ColumnRemarkDiff(existingRemark: Option[String], newRemark: Option[String])\n      extends ColumnDiff\n\n  \/** When the 'ideal' column has a different nullable value than the DB cache *\/\n  case class ColumnNullableDiff(existingNullable: YesNo.Value, newNullable: YesNo.Value)\n      extends ColumnDiff\n\n  \/**\n   * When the 'ideal' unique constraint is different then the DB cache\n   *\/\n  case class UniqueDiff(columnGroup: List[IdealColumn])\n\n  \/** When there are missing or extranious Primary Keys between the 'ideal' and the DB Cache\n    * @param missing The list of missing PrimaryKeys.\n    * @param extraneousKeys The list of primary keys in the DB Cache which are not listed in the 'ideal'.\n   **\/\n  case class PrimaryKeyDiff(missing: List[IdealColumn], extraneousKeys: List[PrimaryKey])\n\n  \/**\n    * Container of all the Different difference between the 'ideal' and the cache.\n    * @param tablesMissing List of missing tables.\n    * @param columnsMissing List of Missing column and which tables they should be associated to.\n    * @param columnsDifferent List of columns in the cache which have different properties than the 'ideal'.\n    * @param primaryKeysMissing List of missing primary Keys.\n    * @param primaryKeysExtraneous List of extraneous primary keys.\n    * @param missingForeignKeys List of missing Foreign keys.\n    *\/\n  case class DiffResult(\n    tablesMissing: List[IdealTable],\n    columnsMissing: List[(IdealTable, IdealColumn)],\n    columnsDifferent: List[(IdealTable, IdealColumn, List[ColumnDiff])],\n    primaryKeysMissing: List[(IdealTable, IdealColumn)],\n    primaryKeysExtraneous: List[(IdealTable, PrimaryKey)],\n    missingForeignKeys: List[IdealForeignKey],\n    uniqueDiffs: List[(IdealTable, UniqueDiff)])\n\n  \/**\n    * Give a database Cache and a Schema Prototype, find the list of changes needed to be made\n    * to the Database to be in sync with the Prototype.  This will only find adds and updates to the database.\n    * This will not report any structures in the existing database cache that is not part of the Schema Prototype.\n    * @param databaseCache The Database Cache for comparison.\n    * @param protoSchema The schema prototype -- what structures we want in our database.\n    * @return DiffResult with the differences:\n    *         * List of tables in the prototype which are not in the cache\n    *         * List of columns in the prototype which are not in the cache\n    *         * List of columns that are different in the prototype than in the cache\n    *         * List of primary keys that are expected in the table cache\n    *          * List of primary keys on extra on a table cache\n    *         * List of foreign keys in the prototype which are not in the cache\n    *\/\n  def findDiff(databaseCache: DatabaseMetadataCache, protoSchema: IdealSchema): DiffResult = {\n    val (missingTables, existingTables) =\n      missingVsExistingTables(databaseCache, protoSchema.name, protoSchema.tables)\n    val missingExistingColumns =\n      existingTables.foldLeft(\n        (List.empty[(IdealTable, IdealColumn)], List.empty[(IdealTable, IdealColumn, Column)])) {\n        (result, table) =>\n          {\n            val missingExisting = missingVsExistingColumns(databaseCache, table._1, table._2)\n            val withTable = missingExisting._1.map(c => (table._1, c))\n            result\n              .copy(_1 = result._1 ::: withTable)\n              .copy(_2 = result._2 ::: missingExisting._2.map(me => (table._1, me._1, me._2)))\n          }\n      }\n\n    val columnDiff = missingExistingColumns._2.flatMap(c => {\n      val indexInfos = databaseCache.indexInfos.filter(i => i.columnName.contains(c._2.name) && i.tableName == c._1.name)\n      val diff = compareColumn(c._2, c._3, indexInfos)\n      if (diff.isEmpty) None\n      else Some((c._1, c._2, diff))\n    })\n\n    val primaryKeyDifference = existingTables.map(table => {\n      val diff = findPrimaryKeyDifferences(databaseCache, protoSchema.name, table._1, table._2)\n      (diff.missing.map((table._1, _)), diff.extraneousKeys.map((table._1, _)))\n    })\n\n    val uniqueConstraintDiff = existingTables.flatMap(table => {\n      findUniqueConstraintDifferences(databaseCache, protoSchema.name, table._1).map( (table._1, _))\n    })\n\n    DiffResult(\n      missingTables,\n      missingExistingColumns._1,\n      columnDiff,\n      primaryKeyDifference.flatMap(_._1),\n      primaryKeyDifference.flatMap(_._2),\n      List.empty[IdealForeignKey],\n      uniqueConstraintDiff)\n\n  }\n\n  \/**\n    * Traverses through the table prototypes and tries to find a table in the cache with same same\n    * name and in the same schema.\n    * @param databaseCache The cache, to look up tables.\n    * @param schemaName The name of the prototype schema\n    * @param tables The list of prototype tables we are looking up in the cache\n    * @return Tuple2 where _1 is the list of missing tables and _2 is the\n    *         list of pair of the prototype table and the cached table.\n    *\/\n  def missingVsExistingTables(\n    databaseCache: DatabaseMetadataCache,\n    schemaName: String,\n    tables: List[IdealTable]): (List[IdealTable], List[(IdealTable, Table)]) = {\n    tables.foldRight((List.empty[IdealTable], List.empty[(IdealTable, Table)])) {\n      (subTable, result) =>\n        {\n          databaseCache.findTableByName(schemaName, subTable.name) match {\n            case Some(table) => result.copy(_2 = (subTable, table) :: result._2)\n            case None        => result.copy(_1 = subTable :: result._1)\n          }\n        }\n    }\n  }\n\n  \/**\n    * Compare the two tables and try to find a cached column which matches each of the columns in the protoype table.\n    * @param databaseCache The cache used for lookup.\n    * @param table The table prototype, what we want the table to look like\n    * @param diffTable The cached table\n    * @return Pair of List where _1 is the List of columns not found in the cache and _2 is the pair of matching prototype\/existing columns\n    *\/\n  def missingVsExistingColumns(\n    databaseCache: DatabaseMetadataCache,\n    table: IdealTable,\n    diffTable: Table): (List[IdealColumn], List[(IdealColumn, Column)]) = {\n    table.allColumns.foldLeft((List.empty[IdealColumn], List.empty[(IdealColumn, Column)])) {\n      (result, protoColumn) =>\n        {\n          databaseCache.findColumnByName(diffTable, protoColumn.name) match {\n            case None    => result.copy(_1 = protoColumn :: result._1)\n            case Some(c) => result.copy(_2 = (protoColumn, c) :: result._2)\n          }\n        }\n    }\n  }\n\n  object PrimaryKeyDiff {\n    def withExtraneous(extraneous: List[PrimaryKey]): PrimaryKeyDiff =\n      PrimaryKeyDiff(List.empty, extraneous)\n  }\n\n  def findUniqueConstraintDifferences(databaseCache: DatabaseMetadataCache, schemaName: String, table: IdealTable): List[UniqueDiff] = {\n    val tableIndexes = databaseCache.indexInfos.filter(ii => ii.tableName == table.name && ii.tableSchema.contains(schemaName))\n    val grouped = tableIndexes.groupBy(_.indexName)\n    val missingConstraint = table.uniqueConstraints.filterNot(uc => {\n      val columnNames = uc.uniqueGroup.map(_.name).toSet\n      \/\/see if there is an unique constraint which contains the column group and only the column group\n      grouped.values.exists(_.flatMap(_.columnName).toSet == columnNames)\n    })\n    missingConstraint.map(uc => UniqueDiff(uc.uniqueGroup))\n  }\n\n  def findPrimaryKeyDifferences(\n    databaseCache: DatabaseMetadataCache,\n    schemaName: String,\n    table: IdealTable,\n    diffTable: Table): PrimaryKeyDiff = {\n    val tablePks = databaseCache.primaryKeys.filter(pk =>\n      pk.schemaName.contains(schemaName) && pk.tableName == table.name)\n    \/\/The list of Differences and remaining PrimaryKeys in the cache which\n    \/\/ are not currently matched up with a ProtoColumn\n    table.primaryKeyColumns.foldLeft(PrimaryKeyDiff.withExtraneous(tablePks)) {\n      (result, nextColumn) =>\n        {\n          val diff = result\n          val (matchingPks, remainingPks) =\n            diff.extraneousKeys.partition(pk => pk.columnName == nextColumn.name)\n          matchingPks match {\n            case _ :: Nil =>\n              diff.copy(extraneousKeys = remainingPks)\n            case _ :: xs =>\n              \/\/column matches more than one PK.  This shouldn't happen, so we'll use one and keep the rest in remaining\n              diff.copy(extraneousKeys = xs ::: remainingPks)\n            case _ =>\n              diff.copy(missing = nextColumn :: diff.missing)\n          }\n        }\n    }\n  }\n\n  \/**\n    * Compares two columns for differences, currently including data type, remarks or nullable.\n    * @param column The column prototype\n    * @param diffColumn The cached column for comparison\n    * @return List of differences\n    *\/\n  def compareColumn(column: IdealColumn, diffColumn: Column, indexInfos: List[IndexInfo]): List[ColumnDiff] = {\n    val dt =\n      if (!isEquivalent(column.dataType, diffColumn.dataType, diffColumn))\n        List(ColumnDataTypeDiff(diffColumn.dataType, column.dataType))\n      else List.empty\n    val rm =\n      if (column.remark != diffColumn.remarks)\n        List(ColumnRemarkDiff(diffColumn.remarks, column.remark))\n      else List.empty\n    val nl = {\n      if (diffColumn.isNullable == YesNo.Unknown ||\n          (column.nullable && diffColumn.isNullable == YesNo.No) ||\n          (!column.nullable && diffColumn.isNullable == YesNo.Yes))\n        List(ColumnNullableDiff(diffColumn.isNullable, YesNo.fromBoolean(column.nullable)))\n      else List.empty\n    }\n\n    dt ::: rm ::: nl ::: Nil\n  }\n\n  \/**\n   * Check the ideal type of the array compared to the metadata.  Most of the\n   * time we can ensure the sizes match (such as varchar(50) == string bounded to 50 characters)\n   * but in a few cases we can not compare the upper bound.  In this case we say the\n   * two are equivalent if the metadata size is greater than the ideal size.\n   * TODO: This is most certainly PostgreSQL specific.\n   * @param dataType The ideal type of the data in the array\n   * @param column The jdbc metadata column\n   * @return If the column is equivalent to the data type.\n   *\/\n  protected def checkArray(dataType: IdealDataType, column: Column): Boolean = {\n    (dataType, column.typeName) match {\n      case (BinaryType(Some(size)), \"_bit\") if size == 1 => column.columnSize == 1\n      case (SmallIntType, \"_int2\") => true\n      case (StringType(size, _), \"_text\") => size.forall(column.columnSize >= _)\n      case (StringType(size, _), \"_varchar\") => size.contains(size)\n      case (IntegerType(_), \"_int4\") => true\n      case (LongType(_), \"_int8\") => true\n      case (RealType, \"_float4\") => true\n      case (DoubleType, \"_float8\") => true\n      case (NumericType(precision,scale), \"_numeric\") =>\n        precision == column.columnSize && column.decimalDigits.contains(scale)\n      case (DateType, \"_date\") => true\n      case (TimestampType(tz), \"_timestamp\") if !tz => true\n      case (TimestampType(tz), \"_timestampz\") if tz => true\n      case (TimeType(tz), \"_time\") if !tz => true\n      case (TimeType(tz), \"_timez\") if tz => true\n      case (FixedLengthBinaryType(size), \"_varbit\") => column.columnSize > size \/\/ Postgres metadata columnSize doesn't reflect the bounded size\n      case (BinaryType(size), \"_bytea\") => size.forall(column.columnSize > _)\n      case (BooleanType, \"_bool\") => true\n      case (FixedLengthCharacterType(size, _), \"_bpchar\") =>column.columnSize == size\n      case _ => false\n    }\n  }\n\n  \/**\n    * Goal is to determine if the JDBC type satisfies the specified DataType for the ProtoColumn\n    * @param idealDataType What the data type should be.\n    * @param dataType What the data type is in the cache.\n    * @param column The column in the cache which contains the data type.\n    * @return\n    *\/\n  def isEquivalent(\n    idealDataType: IdealDataType,\n    dataType: DataType.Value,\n    column: Column): Boolean = {\n    (idealDataType, dataType) match {\n      case (ArrayType(arrayOf), DataType.Array) => checkArray(arrayOf, column)\n      case (BinaryType(size), DataType.Bit) if size.contains(1) => true\n      case (SmallIntType, DataType.TinyInt)                     => true\n      case (SmallIntType, DataType.SmallInt)                    => true\n      case (IntegerType(_), DataType.Integer)                   => true\n      case (LongType(_), DataType.BigInt)                       => true\n      case (RealType, DataType.Float)                           => true\n      case (RealType, DataType.Real)                            => true\n      case (DoubleType, DataType.Double)                        => true\n      case (NumericType(p, s), DataType.Numeric) =>\n        column.columnSize == p && column.decimalDigits.contains(s)\n      case (NumericType(p, s), DataType.Decimal) =>\n        column.columnSize == p && column.decimalDigits.contains(s)\n      case (StringType(sz, _), DataType.VarChar) =>\n        sz match {\n          case Some(i) if i > 255 => column.columnSize >= i\n          case Some(i)            => column.columnSize == i\n          case None               => column.typeName != \"varchar\" \/\/eg, postgres uses \"text\" for unlimited size\n        }\n      case (StringType(sz, charset), DataType.LongVarChar) =>\n        sz match {\n          case Some(i) if i > 255 => column.columnSize >= i\n          case Some(i)            => column.columnSize == i\n          case None               => true\n        }\n      case (DateType, DataType.Date)                      => true\n      case (TimeType(tz), DataType.Time) if !tz           => true\n      case (TimestampType(tz), DataType.Timestamp) if !tz => true\n      case (BinaryType(size), DataType.VarBinary) =>\n        size.forall(column.columnSize > _)\n      case (FixedLengthBinaryType(size), DataType.Binary) =>\n        column.columnSize == size\n      case (BinaryType(size), DataType.Blob) =>\n        size.forall(column.columnSize >= _)\n      case (StringType(size, _), DataType.Clob) =>\n        size.forall(column.columnSize >= _)\n      case (BooleanType, DataType.Boolean)                           => true\n      case (FixedLengthCharacterType(size, charset), DataType.NChar) => true\n      case (StringType(size, _), DataType.NVarChar) =>\n        size.forall(column.columnSize >= _)\n      case (StringType(size, _), DataType.LongNVarChar) =>\n        size.forall(column.columnSize > _)\n      case (StringType(size, _), DataType.NClob) =>\n        size.forall(column.columnSize >= _)\n      case (TimeType(tz), DataType.TimeWithTimeZone) if tz           => true\n      case (TimestampType(tz), DataType.TimestampWithTimeZone) if tz => true\n      case _                                                         => false\n    }\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/PostgresSqlOutput.scala","text":"<filename>core\/src\/main\/scala\/com\/bones\/si\/ideal\/PostgresSqlOutput.scala<gh_stars>0\npackage com.bones.si.ideal\n\nobject PostgresSqlOutput {\n  val uppercase = PostgresSqlOutput(_.toUpperCase)\n  val lowercase = PostgresSqlOutput(_.toLowerCase)\n}\ncase class PostgresSqlOutput protected (toCaseFunction: String => String)\n    extends SchemaOutput(toCaseFunction, DataTypePostgresSqlOutput(toCaseFunction))\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadTypeInfoTest.scala","text":"<reponame>scala-bones\/db-prototyping<filename>jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadTypeInfoTest.scala\npackage com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.LoadTypeInfo\nimport com.bones.si.jdbc.{DataType, Nullable, Searchable, TypeInfo}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadTypeInfoTest extends IntegrationFixture with Matchers {\n\n  test(\"load type info\") { f =>\n    val typeInfo = LoadTypeInfo.loadAll(f.con)\n\n    val varchar = typeInfo.find(t => t.typeName == \"varchar\").get\n    varchar mustEqual TypeInfo(\n      \"varchar\",\n      DataType.VarChar,\n      10485760,\n      Some(\"'\"),\n      Some(\"'\"),\n      None,\n      Nullable.ColumnNullable,\n      true,\n      Searchable.typeSearchable,\n      true,\n      false,\n      false,\n      None,\n      0,\n      0,\n      10)\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadProcedure.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{Procedure, ProcedureType}\n\nobject LoadProcedure extends DefaultLoader[Procedure] {\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToProcedureQuery(databaseQuery).toStream.map(param =>\n      con.getMetaData.getProcedures(param._1.orNull, param._2.orNull, param._3.orNull)\n    )\n\n  override protected def extractRow(rs: ResultSet): Procedure = {\n    val procedureTypeInt = req(rs.getInt(\"PROCEDURE_TYPE\"))\n    val procedureType = ProcedureType.findByProcedureTypeId(procedureTypeInt).getOrElse(throw new MissingDataException(s\"could not find procedure with id: $procedureTypeInt\"))\n    Procedure(\n      Option(rs.getString(\"PROCEDURE_CAT\")),\n      Option(rs.getString(\"PROCEDURE_SCHEM\")),\n      req(rs.getString(\"PROCEDURE_NAME\")),\n      Option(rs.getString(\"REMARKS\")),\n      procedureType,\n      req(rs.getString(\"SPECIFIC_NAME\"))\n    )\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/jdbc\/DatabaseQuery.scala","text":"<filename>core\/src\/main\/scala\/com\/bones\/si\/jdbc\/DatabaseQuery.scala\npackage com.bones.si.jdbc.load\n\nobject DatabaseQuery {\n  def everything: DatabaseQuery =\n    DatabaseQuery(List.empty, List.empty, List.empty, List.empty, List.empty, List.empty)\n}\n\n\/**\n * The purpose of this class is to keep track of a list of items we want to load.\n * The MetaData.getXXX calls allow one to get everything or one thing, this class\n * will work lay the foundation so that we can load a subset of metadata items.\n *\n * @param catalogNames\n * @param schemaNames\n * @param tableNames\n * @param functionNames\n * @param procedureNames\n * @param attributeNames\n *\/\ncase class DatabaseQuery(catalogNames: List[String],\n                         schemaNames: List[String],\n                         tableNames: List[String],\n                         functionNames: List[String],\n                         procedureNames: List[String],\n                         attributeNames: List[String]) {\n\n  \/** Reduces the search to only the specified catalog name(s).\n    * @param catalogName Must be an exact match to how the schema name is stored in the database\n    * @return A new DatabaseQuery copy with the specified catalogName(s) prefixed to the existing catalog names.\n    *\/\n  def catalogs(catalogName: String*): DatabaseQuery =\n    copy(catalogNames = catalogName.toList ::: catalogNames)\n\n  \/**\n    * Reduces the search to only the specific schema name(s).\n    * @param schemaName Must be an exact match to how the schema name is stored in the database\n    * @return A new DatabaseQuery copy with the specified schemaName(s) prefixed to the existing schema names.\n    *\/\n  def schemas(schemaName: String*): DatabaseQuery =\n    copy(schemaNames = schemaName.toList ::: schemaNames)\n\n  \/**\n    * Reduces the search to only the specific table name(s).\n    * @param tableName Must be an exact match to how the shema name is stored in the database\n    * @return A new DatabaseQuery copy with the specified tableName(s) prefixed to the existing table names.\n    *\/\n  def tables(tableName: String*): DatabaseQuery =\n    copy(tableNames = tableName.toList ::: tableNames)\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/package.scala","text":"package com.bones.si\n\nimport java.nio.charset.{Charset, StandardCharsets}\n\n\/**\n * Contains the class and object to create the ideal database schema in memory.\n *\/\npackage object ideal {\n\n  sealed trait IdealDataType\n  case class ArrayType(arrayOf: IdealDataType) extends IdealDataType\n  object  BinaryType {\n    def apply(size: Int): BinaryType = BinaryType(Some(size))\n    val unbounded: BinaryType = BinaryType(None)\n  }\n  case class BinaryType(size: Option[Int]) extends IdealDataType\n  case object BooleanType extends IdealDataType\n  case class FixedLengthBinaryType(size: Int) extends IdealDataType\n  case class FixedLengthCharacterType(length: Int, charset: Charset) extends IdealDataType \/\/ NON-Varying type\n  case object DateType extends IdealDataType\n  case object DoubleType extends IdealDataType\n\n  object IntegerType {\n    def apply(): IntegerType = IntegerType(false)\n    def autoIncrement: IntegerType = IntegerType(true)\n  }\n  case class IntegerType(autoIncrement: Boolean) extends IdealDataType\n  case object IntervalType extends IdealDataType\n\n  object LongType {\n    def apply(): LongType = LongType(false)\n    def autoIncrement: LongType = LongType(true)\n  }\n  case class LongType(autoIncrement: Boolean) extends IdealDataType\n  case class NumericType(precision: Int, scale: Int) extends IdealDataType\n  case object RealType extends IdealDataType\n  case object SmallIntType extends IdealDataType\n\n  object TimeType {\n    def withoutTimeZone(): TimeType = TimeType(false)\n    def withTimeZone(): TimeType = TimeType(true)\n  }\n  case class TimeType(withTimeZone: Boolean) extends IdealDataType\n  object TimestampType {\n    def withoutTimeZone(): TimestampType = TimestampType(false)\n    def withTimeZone(): TimestampType = TimestampType(true)\n  }\n  case class TimestampType(withTimeZone: Boolean) extends IdealDataType\n\n  object StringType {\n    val unbounded: StringType = StringType(None, StandardCharsets.UTF_8)\n    def apply(length: Int): StringType = StringType(Some(length), StandardCharsets.UTF_8)\n  }\n  case class StringType(length: Option[Int], charset: Charset) extends IdealDataType\n\n  \/**\n   * Represents the 'ideal' column.\n   * @param name Column Name\n   * @param dataType Column Data Type\n   * @param nullable is the data nullable?\n   * @param remark Comment about the column\n   *\/\n  case class IdealColumn(name: String, dataType: IdealDataType, nullable: Boolean, remark: Option[String])\n\n  \/**\n   * Represents an 'ideal' foreign key.\n   * @param column A reference to the column this key is.\n   * @param foreignReference Reference to the foreign key in a specific table.\n   *\/\n  case class IdealForeignKey(column: IdealColumn, foreignReference: (IdealTable, IdealColumn))\n\n  case class UniqueConstraint(uniqueGroup: List[IdealColumn])\n\n  \/**\n   * Represents an 'ideal' table.\n   * @param name Name of the table.\n   * @param columns A list of the columns in the table (excluding primary and foreign key)\n   * @param primaryKeyColumns A list of the primary keys of this table.\n   * @param foreignKeys A list of the foreign key constraints reference from this table.\n   * @param remark A comment about the table.\n   *\/\n  case class IdealTable(name: String, primaryKeyColumns: List[IdealColumn], columns: List[IdealColumn], foreignKeys: List[IdealForeignKey], uniqueConstraints: List[UniqueConstraint], remark: Option[String]) {\n    \/** combines columns, primary key columns and foreign key columns *\/\n    def allColumns: List[IdealColumn] = primaryKeyColumns ::: columns ::: foreignKeys.map(_.column)\n\n  }\n  object IdealTable {\n    def apply(name: String, primaryKey: IdealColumn, columns: List[IdealColumn], foreignKeys: List[IdealForeignKey] = List.empty, uniqueConstraints: List[UniqueConstraint] = List.empty, remark: Option[String] = None): IdealTable =\n      IdealTable(name, List(primaryKey), columns, foreignKeys, uniqueConstraints, remark)\n    def empty(name: String, description: Option[String] = None): IdealTable = IdealTable(name, List.empty, List.empty, List.empty, List.empty, description)\n  }\n\n  \/**\n   * Represents an 'ideal' Schema.\n   * @param name The name of the schema.\n   * @param tables The list of tables within this schema.\n   *\/\n  case class IdealSchema(name: String, tables: List[IdealTable])\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadIndexInfo.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{AscDesc, IndexInfo, IndexType}\n\nobject LoadIndexInfo extends DefaultLoader[IndexInfo] {\n  \/**\n   * Return a Stream of ResultSet where each result set is returned by\n   * the correct DatabaseMetadata.getA where A is the data being wrapped.\n   *\n   * @param databaseQuery Used to specify what entities are to be loaded (it could be everything).\n   * @param con           The connection to use to query the DatabaseMetadata.  Do not call close() on this connection,\n   *                      as that is the responsibility of the caller.\n   * @return A list where the next ResultSet is not loaded until requested in order to avoid\n   *         the case where processing the list stops, which would cause the remaining ResultSets\n   *         to remain unclosed.\n   *\/\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream.map(param =>\n      con.getMetaData.getIndexInfo(param._1.orNull, param._2.orNull, param._3.orNull, false, true)\n    )\n\n  \/**\n   * Extracts the values of a row of IndexInfo.\n   *\n   * @param rs Used to extract the row\n   * @return The extracted row into the wrapped dataset.\n   * @throws MissingDataException  can be used when there is missing or incorrect data.\n   * @throws java.sql.SQLException - This method should just let the SQLException propagated up.\n   *\/\n  override protected def extractRow(rs: ResultSet): IndexInfo = {\n\n    val indexTypeShort = req(rs.getShort(\"TYPE\"))\n    val indexType = IndexType.findByShort(indexTypeShort).getOrElse(throw new MissingDataException(s\"Could not find IndexType fro value ${indexTypeShort}\"))\n    val ascDesc = Option(rs.getString(\"ASC_OR_DESC\"))\n      .map(x => AscDesc.findByString(x).getOrElse(throw new MissingDataException(s\"Could not find value for AscDesc: ${x}\")))\n    IndexInfo(\n      Option(rs.getString(\"TABLE_CAT\")),\n      Option(rs.getString((\"TABLE_SCHEM\"))),\n      req(rs.getString(\"TABLE_NAME\")),\n      req(rs.getBoolean(\"NON_UNIQUE\")),\n      Option(rs.getString(\"INDEX_QUALIFIER\")),\n      req(rs.getString(\"INDEX_NAME\")),\n      indexType,\n      req(rs.getShort(\"ORDINAL_POSITION\")),\n      Option(rs.getString(\"COLUMN_NAME\")),\n      ascDesc,\n      req(rs.getInt(\"CARDINALITY\")),\n      req(rs.getInt(\"PAGES\")),\n      Option(rs.getString(\"FILTER_CONDITION\"))\n\n    )\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadColumn.scala","text":"<reponame>scala-bones\/db-prototyping\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{Column, DataType, Nullable, YesNo}\n\nobject LoadColumn extends DefaultLoader[Column] {\n\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] = {\n    val queryParams = Retrieve.databaseQueryToHierarchyQuery(databaseQuery)\n    queryParams.toStream.map(queryParam =>\n      con.getMetaData\n        .getColumns(queryParam._1.orNull, queryParam._2.orNull, queryParam._3.orNull, null)\n    )\n  }\n\n\n  override protected def extractRow(rs: ResultSet): Column = {\n    val dataTypeId = rs.getInt(Column.dataTypeCol)\n    val dataType = DataType\n      .findByConstant(dataTypeId)\n      .getOrElse(throw new MissingDataException(s\"Unknown DataType typeId: ${dataTypeId}\"))\n    val isNullableStr = rs.getString(Column.isNullableCol)\n    val isNullable = YesNo\n      .findByString(isNullableStr)\n      .getOrElse(throw new MissingDataException(s\"Unknown nullable str: ${isNullableStr}\"))\n    val isAutoIncrementStr = rs.getString(Column.isAutoIncrementCol)\n    val isAutoIncrement = YesNo\n      .findByString(isAutoIncrementStr)\n      .getOrElse(\n        throw new MissingDataException(s\"Unknown isAutoIncrement str: ${isAutoIncrementStr}\"))\n    val isGeneratedColumnStr = rs.getString(Column.isGeneratedColumnCol)\n    val isGeneratedColumn = YesNo.findByString(isGeneratedColumnStr) getOrElse (throw new MissingDataException(\n      s\"Unknown isGeneratedColumnStr str: ${isGeneratedColumnStr}\"))\n    val nullableStr = rs.getInt(Column.nullableCol)\n    val nullable = Nullable\n      .findById(nullableStr)\n      .getOrElse(throw new MissingDataException(s\"Unknown nullable str: ${nullableStr}\"))\n    Column(\n      Option(rs.getString(Column.categoryNameCol)),\n      Option(rs.getString(Column.schemaNameCol)),\n      req(rs.getString(Column.tableNameCol)),\n      req(rs.getString(Column.nameCol)),\n      dataType,\n      req(rs.getString(Column.typeNameCol)),\n      req(rs.getInt(Column.columnSizeCol)),\n      Option(rs.getInt(Column.decimalDigitsCol)),\n      req(rs.getInt(Column.numProcRadixCol)),\n      nullable,\n      Option(rs.getString(Column.remarksCol)),\n      Option(rs.getString(Column.columnDefaultCol)),\n      req(rs.getInt(Column.characterOctetLengthCol)),\n      req(rs.getInt(Column.ordinalPositionCol)),\n      isNullable,\n      Option(rs.getShort(Column.sourceDataTypeCol)),\n      isAutoIncrement,\n      isGeneratedColumn\n    )\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/test\/scala\/com\/bones\/si\/ideal\/SchemaOutputTest.scala","text":"<filename>core\/src\/test\/scala\/com\/bones\/si\/ideal\/SchemaOutputTest.scala\npackage com.bones.si.ideal\n\nimport com.bones.si.ideal.Fixtures._\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.must.Matchers\n\n\nclass SchemaOutputTest extends AnyFunSuite with Matchers {\n\n  test(\"sql output for columns lowercase\") {\n    val schemaOutput = PostgresSqlOutput.lowercase\n    val output = schemaOutput.addColumnOutput(\"public\", columnCreate.map(c => (table1, c)))\n\n    val expectedResult = \"\"\"alter table public.table1 add column binary_one bit;\n                           |alter table public.table1 add column binary_hundo bytea;\n                           |alter table public.table1 add column binary_unfixed bytea;\n                           |alter table public.table1 add column boolean_col boolean;\n                           |alter table public.table1 add column fixed_binary bytea;\n                           |alter table public.table1 add column fixed_char character(100);\n                           |alter table public.table1 add column date_col date;\n                           |alter table public.table1 add column double_col double precision;\n                           |alter table public.table1 add column integer_ser_col serial not null;\n                           |alter table public.table1 add column integer_col integer;\n                           |alter table public.table1 add column inverval_col interval;\n                           |alter table public.table1 add column long_col bigint;\n                           |alter table public.table1 add column long_auto bigserial;\n                           |alter table public.table1 add column numeric_col numeric(10,2);\n                           |alter table public.table1 add column real_col real;\n                           |alter table public.table1 add column small_int_col smallint;\n                           |alter table public.table1 add column time_col_with time with time zone;\n                           |alter table public.table1 add column time_col_without time without time zone;\n                           |alter table public.table1 add column timestamp_col_with timestamp with time zone;\n                           |alter table public.table1 add column timestamp_col_without timestamp without time zone;\"\"\".stripMargin\n\n    output.mkString(\"\", \";\\n\", \";\") mustEqual expectedResult\n  }\n\n  test(\"sql output for columns uppercase\") {\n    val schemaOutput = PostgresSqlOutput.uppercase\n    val output = schemaOutput.addColumnOutput(\"public\", columnCreate.map(c => (table1, c)))\n\n    println(output.mkString(\"\\n\"))\n    val expectedResult = \"\"\"ALTER TABLE public.table1 ADD COLUMN binary_one BIT;\n                           |ALTER TABLE public.table1 ADD COLUMN binary_hundo BYTEA;\n                           |ALTER TABLE public.table1 ADD COLUMN binary_unfixed BYTEA;\n                           |ALTER TABLE public.table1 ADD COLUMN boolean_col BOOLEAN;\n                           |ALTER TABLE public.table1 ADD COLUMN fixed_binary BYTEA;\n                           |ALTER TABLE public.table1 ADD COLUMN fixed_char CHARACTER(100);\n                           |ALTER TABLE public.table1 ADD COLUMN date_col DATE;\n                           |ALTER TABLE public.table1 ADD COLUMN double_col DOUBLE PRECISION;\n                           |ALTER TABLE public.table1 ADD COLUMN integer_ser_col SERIAL NOT NULL;\n                           |ALTER TABLE public.table1 ADD COLUMN integer_col INTEGER;\n                           |ALTER TABLE public.table1 ADD COLUMN inverval_col INTERVAL;\n                           |ALTER TABLE public.table1 ADD COLUMN long_col BIGINT;\n                           |ALTER TABLE public.table1 ADD COLUMN long_auto BIGSERIAL;\n                           |ALTER TABLE public.table1 ADD COLUMN numeric_col NUMERIC(10,2);\n                           |ALTER TABLE public.table1 ADD COLUMN real_col REAL;\n                           |ALTER TABLE public.table1 ADD COLUMN small_int_col SMALLINT;\n                           |ALTER TABLE public.table1 ADD COLUMN time_col_with TIME WITH TIME ZONE;\n                           |ALTER TABLE public.table1 ADD COLUMN time_col_without TIME WITHOUT TIME ZONE;\n                           |ALTER TABLE public.table1 ADD COLUMN timestamp_col_with TIMESTAMP WITH TIME ZONE;\n                           |ALTER TABLE public.table1 ADD COLUMN timestamp_col_without TIMESTAMP WITHOUT TIME ZONE;\"\"\".stripMargin\n\n    output.mkString(\"\", \";\\n\", \";\") mustEqual expectedResult\n  }\n\n  test(\"sql output for tables lowercase\") {\n    val schemaOutput = PostgresSqlOutput.lowercase\n    val output = schemaOutput.createTableOutput(\"public\", table1)\n    output.head mustEqual \"create table public.table1 (id serial not null primary key, name text not null, age integer)\"\n\n    val output2 = schemaOutput.createTableOutput(\"public\", table2)\n    output2.head mustEqual \"create table public.table2 (id serial not null primary key, table1_id integer not null, occupation varchar(100) not null)\"\n\n    val output3 = schemaOutput.createTableOutput(\"public\", table3)\n    output3.head mustEqual\n      \"\"\"create table public.table3 (binary_one bit, binary_hundo bytea,\n         |binary_unfixed bytea, boolean_col boolean, fixed_binary bytea, fixed_char character(100),\n         |date_col date, double_col double precision, inverval_col interval, long_col bigint,\n         |long_auto bigserial not null, numeric_col numeric(10,2), real_col real, small_int_col smallint,\n         |time_col_with time with time zone, time_col_without time without time zone,\n         |timestamp_col_with timestamp with time zone, timestamp_col_without timestamp without time zone)\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n\n  }\n\n  test(\"sql output for tables uppercase\") {\n    val schemaOutput = PostgresSqlOutput.uppercase\n    val output = schemaOutput.createTableOutput(\"public\", table1)\n    output.head mustEqual \"CREATE TABLE public.table1 (id SERIAL NOT NULL PRIMARY KEY, name TEXT NOT NULL, age INTEGER)\"\n\n    val output2 = schemaOutput.createTableOutput(\"public\", table2)\n    output2.head mustEqual \"CREATE TABLE public.table2 (id SERIAL NOT NULL PRIMARY KEY, table1_id INTEGER NOT NULL, occupation VARCHAR(100) NOT NULL)\"\n\n    val output3 = schemaOutput.createTableOutput(\"public\", table3)\n    output3.head mustEqual\n      \"\"\"CREATE TABLE public.table3 (binary_one BIT, binary_hundo BYTEA,\n        |binary_unfixed BYTEA, boolean_col BOOLEAN, fixed_binary BYTEA, fixed_char CHARACTER(100),\n        |date_col DATE, double_col DOUBLE PRECISION, inverval_col INTERVAL, long_col BIGINT,\n        |long_auto BIGSERIAL NOT NULL, numeric_col NUMERIC(10,2), real_col REAL, small_int_col SMALLINT,\n        |time_col_with TIME WITH TIME ZONE, time_col_without TIME WITHOUT TIME ZONE,\n        |timestamp_col_with TIMESTAMP WITH TIME ZONE, timestamp_col_without TIMESTAMP WITHOUT TIME ZONE)\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n\n  }\n\n  test(\"multiple primary keys lowercase\") {\n    val schemaOutput = PostgresSqlOutput.lowercase\n    val table = table1.copy(primaryKeyColumns = table1.primaryKeyColumns :+ IdealColumn(\"other_id\", LongType(), false, None))\n    val output = schemaOutput.createTableOutput(\"public\", table)\n    output.head mustEqual \"create table public.table1 (id serial not null, other_id bigint not null, name text not null, age integer, primary key (id, other_id))\"\n  }\n\n  test(\"multiple primary keys uppercase\") {\n    val schemaOutput = PostgresSqlOutput.uppercase\n    val table = table1.copy(primaryKeyColumns = table1.primaryKeyColumns :+ IdealColumn(\"other_id\", LongType(), false, None))\n    val output = schemaOutput.createTableOutput(\"public\", table)\n    output.head mustEqual \"CREATE TABLE public.table1 (id SERIAL NOT NULL, other_id BIGINT NOT NULL, name TEXT NOT NULL, age INTEGER, PRIMARY KEY (id, other_id))\"\n  }\n\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/DefaultLoader.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\n\/**\n * Provides basic methods to extract DatabaseMetadata entiies.\n * @tparam A The type of Entity being loaded, eg Table, PrimaryKey, etc.\n *\/\nabstract class DefaultLoader[A] {\n\n  \/**\n   * Return a Stream of ResultSet where each result set is returned by\n   * the correct DatabaseMetadata.getA where A is the data being wrapped.\n   * @param databaseQuery Used to specify what entities are to be loaded (it could be everything).\n   * @param con The connection to use to query the DatabaseMetadata.  Do not call close() on this connection,\n   *            as that is the responsibility of the caller.\n   * @return A list where the next ResultSet is not loaded until requested in order to avoid\n   *         the case where processing the list stops, which would cause the remaining ResultSets\n   *         to remain unclosed.\n   *\/\n  protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet]\n\n  \/**\n   * Extend this method to extract a single row from the result set.  This\n   * method should not call next() or close() on the resultSEt.\n   * @param resultSet Used to extract the row\n   * @return The extracted row into the wrapped dataset.\n   * @throws MissingDataException can be used when there is missing or incorrect data.\n   * @throws java.sql.SQLException - This method should just let the SQLException propagated up.\n   *\/\n  protected def extractRow(resultSet: ResultSet): A\n\n  \/**\n   * Process a ResultSet which should be created by calling java.sql.DatabaseMetadata.getXXX methods.\n   * Converts the ResultSet into a list of A objects.\n   *\n   * for example:\n   *    LoadTable.loadFromResultSet(con.getMetaData.getTables(null, null, null, \"myTable\"))\n   *\n   * @param resultSet The result set to iterate through. Caller is responsible for closing this.\n   * @return List of A objects\n   * @throws MissingDataException Propagated from calling the ResultSet methods.\n   *\/\n  def loadFromResultSet(resultSet: ResultSet): List[A] =\n    new Iterator[A] {\n      def hasNext: Boolean = resultSet.next()\n      def next(): A = extractRow(resultSet)\n    }.toList\n\n  \/**\n   * Load data given the query to connection.\n   * @param databaseQuery\n   * @param con\n   * @return\n   * @throws MissingDataException\n   *\/\n  def load(databaseQuery: DatabaseQuery, con: Connection): List[A] = {\n    val objects = for {\n      resultSet <- loadFromQuery(databaseQuery, con)\n      loaded <- try loadFromResultSet(resultSet) finally resultSet.close()\n    } yield loaded\n    objects.toList.distinct\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/jdbc\/DatabaseMetadataCache.scala","text":"<reponame>scala-bones\/db-prototyping\npackage com.bones.si.jdbc.load\n\nimport com.bones.si.jdbc.{Column, CrossReference, IndexInfo, PrimaryKey, Table}\n\nobject DatabaseMetadataCache {\n  def empty: DatabaseMetadataCache = DatabaseMetadataCache(DatabaseQuery.everything, List.empty, List.empty, List.empty, List.empty, List.empty, List.empty)\n}\n\/**\n  * Holds the metadata loaded from the DatabaseMetadata\n  * @param query The query used to laod the data.\n  * @param tableTypes List of table types loaded.\n  * @param tables List of tables loaded.\n  * @param columns List of columns loaded.\n  * @param crossReferences List of CrossReference types loaded\n  * @param primaryKeys List of primary keys loaded.\n  *\/\ncase class DatabaseMetadataCache(\n  query: DatabaseQuery,\n  tableTypes: List[String],\n  tables: List[Table],\n  columns: List[Column],\n  crossReferences: List[CrossReference],\n  primaryKeys: List[PrimaryKey],\n  indexInfos: List[IndexInfo]) {\n\n  \/** Query this cache to find a table by name. *\/\n  def findTableByName(\n    schemaName: String,\n    tableName: String,\n    catalogName: Option[String] = None): Option[Table] =\n    tables.find(\n      table =>\n        table.name == tableName &&\n          table.schemaName.contains(schemaName) &&\n          (catalogName.isEmpty || table.catalogName == catalogName))\n\n  \/** Query this cache to find a column by name within a table *\/\n  def findColumnByName(table: Table, columnName: String): Option[Column] =\n    columns.find(\n      column =>\n        column.name == columnName &&\n          column.tableName == table.name &&\n          column.schemaName == table.schemaName &&\n          column.catalogName == table.catalogName)\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/Retrieve.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\nimport com.bones.si.jdbc.Catalog\n\nobject Retrieve {\n\n  case class Hierarchy(\n    catalogName: Option[String],\n    schemaName: Option[String],\n    tableName: Option[String])\n\n  private def catalogQuery(query: DatabaseQuery) =\n    if (query.catalogNames.isEmpty) List(None) else query.catalogNames.map(Some(_))\n\n  private def schemaQuery(query: DatabaseQuery) =\n    if (query.schemaNames.isEmpty) List(None) else query.schemaNames.map(Some(_))\n\n  def databaseQueryToHierarchyQuery(\n    query: DatabaseQuery): List[(Option[String], Option[String], Option[String])] = {\n    val catalogs = catalogQuery(query)\n    val schemas = schemaQuery(query)\n    val tables = if (query.tableNames.isEmpty) List(None) else query.tableNames.map(Some(_))\n    for {\n      catalog <- catalogs\n      schema <- schemas\n      table <- tables\n    } yield (catalog, schema, table)\n  }\n\n  def databaseQueryToProcedureQuery(\n                                     query: DatabaseQuery): List[(Option[String], Option[String], Option[String])] = {\n    val catalogs = catalogQuery(query)\n    val schemas = schemaQuery(query)\n    val procedures =\n      if (query.procedureNames.isEmpty) List(None) else query.procedureNames.map(Some(_))\n\n    for {\n      catalog <- catalogs\n      schema <- schemas\n      procedure <- procedures\n    } yield (catalog, schema, procedure)\n  }\n\n  def databaseQueryToFunctionQuery(\n    query: DatabaseQuery): List[(Option[String], Option[String], Option[String])] = {\n    val catalogs = catalogQuery(query)\n    val schemas = schemaQuery(query)\n    val functions =\n      if (query.functionNames.isEmpty) List(None) else query.functionNames.map(Some(_))\n\n    for {\n      catalog <- catalogs\n      schema <- schemas\n      function <- functions\n    } yield (catalog, schema, function)\n  }\n\n  def databaseQueryToAttributeQuery(\n    query: DatabaseQuery): List[(Option[String], Option[String], Option[String])] = {\n    val catalogs = catalogQuery(query)\n    val schemas = schemaQuery(query)\n    val attributes =\n      if (query.attributeNames.isEmpty) List(None) else query.attributeNames.map(Some(_))\n    for {\n      catalog <- catalogs\n      schema <- schemas\n      attribute <- attributes\n    } yield (catalog, schema, attribute)\n  }\n\n  def getCatalogs(databaseQuery: DatabaseQuery, con: Connection): List[Catalog] =\n    catalogFromResultSet(con.getMetaData.getCatalogs).filter(databaseQuery.catalogNames.contains(_))\n\n  private def catalogFromResultSet(rs: ResultSet): List[Catalog] =\n    new Iterator[Catalog] {\n      override def hasNext: Boolean = rs.next()\n      override def next(): Catalog = Catalog(rs.getString(Catalog.catalogColumnName))\n    }.toList\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadCrossReferenceTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadCrossReference}\nimport com.bones.si.jdbc.{Deferrability, UpdateDeleteRule}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadCrossReferenceTest extends IntegrationFixture with Matchers {\n\n  test(\"load cross reference\") { f =>\n    val query = DatabaseQuery.everything\n    val crossReferenceTables = LoadCrossReference.load(query, f.con)\n\n    val crossReference = crossReferenceTables.filter(_.pkColumnTableName == \"wrapper_table_a\")\n    crossReference(0).pkColumnCatalogName mustEqual None\n    crossReference(0).pkColumnSchemaName mustEqual Some(\"public\")\n    crossReference(0).pkColumnTableName mustEqual \"wrapper_table_a\"\n    crossReference(0).pkColumnName mustEqual \"id\"\n    crossReference(0).foreignCatalogName mustEqual None\n    crossReference(0).foreignSchemaName mustEqual Some(\"public\")\n    crossReference(0).foreignTableName mustEqual \"wrapper_table_b\"\n    crossReference(0).foreignColumnName mustEqual \"table_a_id\"\n    crossReference(0).keySequence mustEqual 1\n    crossReference(0).updateRule mustEqual UpdateDeleteRule.ImportedKeySetDefault\n    crossReference(0).deleteRule mustEqual UpdateDeleteRule.ImportedKeySetDefault\n    crossReference(0).foreignKeyName mustEqual Some(\"wrapper_table_b_table_a_id_fkey\")\n    crossReference(0).primaryKeyName mustEqual Some(\"wrapper_table_a_id_key\")\n    crossReference(0).deferrability mustEqual Deferrability.ImportedKeyNotDeferrable\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadPrimaryKey.scala","text":"<filename>jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadPrimaryKey.scala\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.PrimaryKey\n\nobject LoadPrimaryKey extends DefaultLoader[PrimaryKey] {\n\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream.map(param =>\n      con.getMetaData.getPrimaryKeys(param._1.orNull, param._2.orNull, param._3.orNull)\n    )\n\n  override protected def extractRow(rs: ResultSet): PrimaryKey = {\n    PrimaryKey(\n      Option(rs.getString(\"TABLE_CAT\")),\n      Option(rs.getString(\"TABLE_SCHEM\")),\n      req(rs.getString(\"TABLE_NAME\")),\n      req(rs.getString(\"COLUMN_NAME\")),\n      req(rs.getShort(\"KEY_SEQ\")),\n      Option(rs.getString(\"PK_NAME\"))\n    )\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadAttribute.scala","text":"<reponame>scala-bones\/db-prototyping<filename>jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadAttribute.scala\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{DataType, DbAttribute, Nullable, YesNo}\n\nobject LoadAttribute extends DefaultLoader[DbAttribute] {\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] = {\n    val queryParams = Retrieve.databaseQueryToAttributeQuery(databaseQuery)\n    queryParams.toStream.map(queryParam =>\n      con.getMetaData.getAttributes(queryParam._1.orNull, queryParam._2.orNull, null, queryParam._3.orNull))\n  }\n\n  override protected def extractRow(rs: ResultSet): DbAttribute = {\n    val dataTypeInt = req(rs.getInt(\"DATA_TYPE\"))\n    val dataType = DataType\n      .findByConstant(dataTypeInt)\n      .getOrElse(throw new MissingDataException(s\"could not find data type with id $dataTypeInt\"))\n    val nullableInt = req(rs.getInt(\"NULLABLE\"))\n    val nullable = Nullable\n      .findById(nullableInt)\n      .getOrElse(\n        throw new MissingDataException(s\"could  not find nullable with id ${nullableInt}\"))\n    val isNullableStr = req(rs.getString(\"IS_NULLABLE\"))\n    val isNullable = YesNo\n      .findByString(isNullableStr)\n      .getOrElse(\n        throw new MissingDataException(s\"could not fin isNullable with str: $isNullableStr\"))\n    DbAttribute(\n      Option(rs.getString(\"TYPE_CAT\")),\n      Option(rs.getString(\"TYPE_SCHEM\")),\n      req(rs.getString(\"TYPE_NAME\")),\n      req(rs.getString(\"ATTR_NAME\")),\n      dataType,\n      req(rs.getString(\"ATTR_TYPE_NAME\")),\n      req(rs.getInt(\"ATTR_SIZE\")),\n      Option(rs.getInt(\"DECIMAL_DIGITS\")),\n      req(rs.getInt(\"NUM_PREC_RADIX\")),\n      nullable,\n      Option(rs.getString(\"REMARKS\")),\n      Option(rs.getString(\"ATTR_DEF\")),\n      Option(rs.getInt(\"CHAR_OCTET_LENGTH\")),\n      req(rs.getInt(\"ORDINAL_POSITION\")),\n      isNullable,\n      Option(rs.getString(\"SCOPE_CATALOG\")),\n      Option(rs.getString(\"SCOPE_SCHEMA\")),\n      Option(rs.getString(\"SCOPE_TABLE\")),\n      Option(rs.getString(\"SOURCE_DATA_TYPE\"))\n    )\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadAttributeTest.scala","text":"<filename>jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadAttributeTest.scala\npackage com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadAttribute}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadAttributeTest extends IntegrationFixture with Matchers {\n\n  \/\/ ignore, load attribute is not supported by postgres\n  ignore(\"load attribute\") { f =>\n    val query = DatabaseQuery.everything\n    val attributes = LoadAttribute.load(query, f.con)\n\n    attributes.length must be > 0\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadIndexInfoTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.{AscDesc, IndexType}\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadIndexInfo}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadIndexInfoTest extends IntegrationFixture with Matchers {\n\n  test(\"load index info\") { f=>\n    val query = DatabaseQuery.everything.tables(\"wrapper_table_a\")\n    val indexInfos = LoadIndexInfo.load(query, f.con)\n\n    val indexInfo = indexInfos(0)\n\n    indexInfo.tableCatalog mustBe None\n    indexInfo.tableSchema mustBe Some(\"public\")\n    indexInfo.tableName mustBe \"wrapper_table_a\"\n    indexInfo.nonUnique mustBe false\n    indexInfo.indexQualifier mustBe None\n    indexInfo.indexName mustBe \"wrapper_table_a_big_id_key\"\n    indexInfo.indexType mustBe IndexType.tableIndexOther\n    indexInfo.ordinalPosition mustBe 1\n    indexInfo.columnName mustBe Some(\"big_id\")\n    indexInfo.ascOrDesc mustBe Some(AscDesc.asc)\n    indexInfo.cardinality mustBe 0\n    indexInfo.pages mustBe 1\n    indexInfo.filterPosition mustBe None\n\n    indexInfos.foreach(x => println(x.columnName + \"|\" + x.nonUnique + \"|\" + x.indexName))\n\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"build.sbt","text":"<reponame>scala-bones\/db-prototyping<gh_stars>0\nlazy val scala212 = \"2.12.13\"\nlazy val scala213 = \"2.13.5\"\nlazy val supportedScalaVersions = List(scala212, scala213)\n\n\nlazy val commonSettings = Seq(\n  organization := \"io.github.scala-bones\",\n  scalaVersion := \"2.13.5\",\n  crossScalaVersions := supportedScalaVersions,\n  version := \"0.3.0\",\n  homepage := Some(url(\"https:\/\/github.com\/scala-bones\/scatonic-ideal\")),\n  startYear := Some(2020),\n  licenses := Seq(\"MIT\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n  pomExtra := {\n    <scm>\n      <url>git:\/\/github.com\/scala-bones\/scatonic-deal.git<\/url>\n      <connection>scm:git:\/\/github.com\/scala-bones\/scatonic-ideal.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n        <id>oletraveler<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/oletraveler<\/url>\n      <\/developer>\n    <\/developers>\n  },\n  resolvers += Resolver.sonatypeRepo(\"releases\"),\n  credentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\"),\n  publishTo := {\n    val nexus = \"https:\/\/oss.sonatype.org\/\"\n    if (isSnapshot.value)\n      Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n    else\n      Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n  },\n  publishMavenStyle := true,\n  addCompilerPlugin(\"org.typelevel\" %% \"kind-projector\" % \"0.11.3\" cross CrossVersion.full),\n)\n\nlazy val core = (project in file(\"core\"))\n  .settings(\n    commonSettings,\n    name := \"scatonic-ideal\",\n    libraryDependencies ++= Seq(\n      \"org.scalatestplus\" %% \"scalatestplus-scalacheck\" % \"3.1.0.0-RC2\" % Test,\n      \"org.scalatest\" %% \"scalatest-mustmatchers\" % \"3.2.8\" % Test\n    ),\n    description := \"Core classes use for Native JDBC and Doobie Implementations\"\n  )\n\nlazy val jdbc = (project in file(\"jdbc\"))\n  .configs(IntegrationTest)\n  .settings(\n    Defaults.itSettings,\n    commonSettings,\n    parallelExecution in IntegrationTest := false,\n    name := \"jdbc-scatonic-ideal\",\n    libraryDependencies ++= Seq(\n      \"org.postgresql\" % \"postgresql\" % \"42.2.20\" % \"test,it\",\n      \"mysql\" % \"mysql-connector-java\" % \"8.0.24\" % \"test,it\",\n      \"org.scalatest\" %% \"scalatest\" % \"3.2.8\" % \"test,it\",\n      \"org.scalatestplus\" %% \"scalatestplus-scalacheck\" % \"3.1.0.0-RC2\" % \"test,it\"\n    )\n  )\n  .dependsOn(core)\n\n\/*lazy val doobieVersion = \"0.9.0\"\nlazy val doobie = (project in file(\"doobie\"))\n  .settings(\n    commonSettings,\n    name := \"doobie-scatonic-ideal\",\n    libraryDependencies ++= Seq(\n      \"org.tpolecat\" %% \"doobie-core\" % doobieVersion,      \n      \"org.scalatest\" %% \"scalatest\" % \"3.2.8\" % Test,\n      \"org.scalatestplus\" %% \"scalatestplus-scalacheck\" % \"3.1.0.0-RC2\" % Test\n    )\n  )\n  .dependsOn(core)\n*\/\n\n\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/DataTypePostgresSqlOutput.scala","text":"package com.bones.si.ideal\n\n\/**\n * Produces output for types specific to Postgres, such as bytea, serial and text.\n * @param toCaseFunction Used as a post processor for SQL Keywords to produce a specifit output style, usually upper or lower case.\n *\/\ncase class DataTypePostgresSqlOutput(toCaseFunction: String => String) extends DataTypeSqlOutput {\n\n  override def toCase(string: String): String = toCaseFunction(string)\n\n  private val BIT = toCase(\"bit\")\n  private val BYTEA = toCase(\"bytea\")\n  private val SERIAL = toCase(\"serial\")\n  private val INTEGER = toCase(\"integer\")\n  private val BIGSERIAL = toCase(\"bigserial\")\n  private val BIGINT = toCase(\"bigint\")\n  private val VARCHAR = toCase(\"varchar\")\n  private val TEXT = toCase(\"text\")\n\n  override def array(arrayType: ArrayType): String = {\n    s\"${this.dataTypeOutput(arrayType.arrayOf)}[]\"\n  }\n\n  override def binary(binaryType: BinaryType): String =\n    if (binaryType.size.contains(1)) BIT else BYTEA\n\n\n  override def fixedLengthBinary(binaryType: FixedLengthBinaryType): String =\n    if (binaryType.size == 1) BIT else BYTEA\n\n  override def integer(integerType: IntegerType): String =\n    if (integerType.autoIncrement) SERIAL else INTEGER\n\n  override def long(longType: LongType): String =\n    if (longType.autoIncrement) BIGSERIAL else BIGINT\n\n  override def string(stringType: StringType): String =\n    stringType.length.filter(_ < 255) match {\n      case Some(l) => s\"$VARCHAR($l)\"\n      case None => TEXT\n    }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/IntegrationFixture.scala","text":"<gh_stars>0\npackage com.bones.si.jdbc.load.integration\n\nimport java.sql.{Connection, DriverManager}\n\nimport org.postgresql.ds.PGSimpleDataSource\nimport org.scalatest.funsuite.FixtureAnyFunSuite\nimport org.scalatest.{FixtureTestSuite, Outcome}\n\nabstract class IntegrationFixture extends FixtureAnyFunSuite {\n\n  case class FixtureParam(con: Connection)\n\n  def mysqlDataSource = {\n    Class.forName(\"com.mysql.cj.jdbc.Driver\").newInstance\n    val dbUrl = Option(System.getProperty(\"mysql-url\"))\n      .getOrElse(\"jdbc:mysql:\/\/0.0.0.0\/test?user=root&password=<PASSWORD>\")\n    val con = DriverManager.getConnection(dbUrl)\n    dropTables(con)\n    createMysqlStructures(con)\n    con\n  }\n\n  def postgresDataSource = {\n    val dbUrl = Option(System.getProperty(\"pg-url\"))\n      .getOrElse(\"jdbc:postgresql:\/\/localhost\/postgres?user=travis&password=<PASSWORD>\")\n\n    val ds = new PGSimpleDataSource() ;\n    ds.setURL(dbUrl)\n    val con = ds.getConnection\n    dropTables(con)\n    createPostgresStructures(con)\n    con\n  }\n\n  override def withFixture(test: OneArgTest): Outcome = {\n\n    val defaultDb = \"postgresql\"\n\n    val con = Option(System.getProperty(\"test-db\")).getOrElse(defaultDb) match {\n      case \"mysql\" => mysqlDataSource\n      case \"postgresql\" => postgresDataSource\n    }\n\n    val theFixture = FixtureParam(con)\n    try {\n      withFixture(test.toNoArgTest(theFixture))\n    } finally {\n      dropTables(con)\n    }\n  }\n\n  private def createFunction(con: Connection): Unit = {\n    val sql =\n      \"\"\"\n        |CREATE OR REPLACE FUNCTION db_test_add(i1 integer, i2 integer) RETURNS integer\n        |    AS 'select i1 + i2;'\n        |    LANGUAGE SQL\n        |    IMMUTABLE\n        |    RETURNS NULL ON NULL INPUT;\n        |\"\"\".stripMargin\n\n    val st1 = con.createStatement()\n    st1.execute(sql)\n    st1.close()\n\n  }\n\n  private def createProcedure(con: Connection): Unit = {\n    val sql =\n      \"\"\"\n        |CREATE OR REPLACE PROCEDURE db_test_insert_data(a integer, b integer)\n        |LANGUAGE SQL\n        |AS $$\n        |INSERT INTO wrapper_table_b VALUES (a,b);\n        |INSERT INTO wrapper_table_b VALUES (b,a);\n        |$$;\n        |\"\"\".stripMargin\n\n    val st1 = con.createStatement()\n    st1.execute(sql)\n    st1.close()\n\n  }\n\n  def createMysqlStructures(con: Connection): Unit = {\n    val table1 =\n      \"\"\"\n        |create table wrapper_table_a (\n        | id INT NOT NULL AUTO_INCREMENT,\n        | big_id BIGINT NOT NULL,\n        | bit_col BIT NOT NULL,\n        | bit_varying_col BIT(5),\n        | name TEXT,\n        | char_col CHAR,\n        | char_varying_col VARCHAR(255),\n        | date_col DATE,\n        | double_col DOUBLE PRECISION,\n        | integer_col INTEGER,\n        | numeric_col NUMERIC(9,3),\n        | real_col REAL,\n        | small_int_col SMALLINT,\n        | text_col TEXT,\n        | time_col TIME,\n        | time_with_timezone_col TIME,\n        | timestamp_col TIMESTAMP,\n        | timestamp_with_timezone_col TIMESTAMP,\n        | PRIMARY KEY(id, big_id) )\n        |\n        |\"\"\".stripMargin\n\n    val table2 =\n      \"\"\"\n        |create table wrapper_table_b (\n        |  id SERIAL UNIQUE,\n        |  table_a_id INT,\n        |  PRIMARY KEY (id),\n        |  FOREIGN KEY (table_a_id) REFERENCES wrapper_table_a (id)\n        |)\n        |\"\"\".stripMargin\n\n    val st1 = con.createStatement()\n    st1.execute(table1)\n    st1.close()\n\n    val st2 = con.createStatement()\n    st2.execute(table2)\n    st2.close()\n\n\/\/    createFunction(con)\n  }\n\n  def createPostgresStructures(con: Connection): Unit = {\n    val table1 =\n      \"\"\"\n        |create table wrapper_table_a (\n        | id SERIAL UNIQUE,\n        | big_id BIGSERIAL UNIQUE,\n        | bit_col BIT NOT NULL,\n        | bit_varying_col BIT(5),\n        | name TEXT,\n        | char_col CHAR,\n        | char_varying_col VARCHAR(255),\n        | date_col DATE,\n        | double_col DOUBLE PRECISION,\n        | integer_col INTEGER,\n        | numeric_col NUMERIC(9,3),\n        | real_col REAL,\n        | small_int_col SMALLINT,\n        | text_col TEXT,\n        | time_col TIME,\n        | time_with_timezone_col TIME WITH TIME ZONE,\n        | timestamp_col TIMESTAMP,\n        | timestamp_with_timezone_col TIMESTAMP WITH TIME ZONE,\n        | xml_col XML,\n        | UNIQUE(name),\n        | UNIQUE(double_col, integer_col),\n        | PRIMARY KEY(id, big_id) )\n        |\n        |\"\"\".stripMargin\n\n    val table2 =\n      \"\"\"\n        |create table wrapper_table_b (\n        |  id SERIAL UNIQUE,\n        |  table_a_id INT,\n        |  PRIMARY KEY (id),\n        |  FOREIGN KEY (table_a_id) REFERENCES wrapper_table_a (id)\n        |)\n        |\"\"\".stripMargin\n\n    val st1 = con.createStatement()\n    st1.execute(table1)\n    st1.close()\n\n    val st2 = con.createStatement()\n    st2.execute(table2)\n    st2.close()\n\n    createFunction(con)\n\n    \/\/ TODO: Get Travis-CI set up with at least version 11 of Postgres to support procedures\n\/\/    createProcedure(con)\n\n\n  }\n\n  def dropTables(con: Connection): Unit = {\n    val table2 = \"drop table if exists wrapper_table_b\"\n    val st2 = con.createStatement()\n    st2.execute(table2)\n    st2.close()\n\n    val table1 = \"drop table if exists wrapper_table_a cascade\"\n    val st1 = con.createStatement()\n    st1.execute(table1)\n    st1.close()\n\n\/\/    val sf = con.createStatement()\n\/\/    sf.execute(\"drop function if exists db_test_add(integer, integer);\")\n\/\/    sf.close()\n\n\/\/ TODO: Get Travis-CI set up with at least version 11 of Postgres to support procedures\n\/\/    val sp = con.createStatement()\n\/\/    sp.execute(\"drop procedure if exists db_test_insert_data(integer, integer)\")\n\/\/    sp.close()\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/test\/scala\/com\/bones\/si\/ideal\/Fixtures.scala","text":"<gh_stars>0\npackage com.bones.si.ideal\n\nimport java.nio.charset.StandardCharsets\n\nimport com.bones.si.jdbc.load.{DatabaseMetadataCache, DatabaseQuery}\nimport com.bones.si.jdbc.{AscDesc, Column, DataType, IndexInfo, IndexType, Nullable, PrimaryKey, Table, TableType, YesNo}\n\nobject Fixtures {\n  val tables = List(\n    Table(\n      None,\n      Some(\"public\"),\n      \"table1\",\n      Right(TableType.Table),\n      None,\n      None,\n      None,\n      None,\n      None,\n      None),\n    Table(\n      None,\n      Some(\"public\"),\n      \"table2\",\n      Right(TableType.Table),\n      None,\n      None,\n      None,\n      None,\n      None,\n      None)\n  )\n\n  val columns = List(\n    Column(\n      None,\n      Some(\"public\"),\n      \"table1\",\n      \"id\",\n      DataType.Integer,\n      \"int8\",\n      1000,\n      None,\n      0,\n      Nullable.ColumnNullable,\n      None,\n      Some(\"select id from somesequence\"),\n      0,\n      0,\n      YesNo.No,\n      None,\n      YesNo.Yes,\n      YesNo.No\n    ),\n    Column(\n      None,\n      Some(\"public\"),\n      \"table1\",\n      \"name\",\n      DataType.VarChar,\n      \"text\",\n      1000,\n      None,\n      0,\n      Nullable.ColumnNullable,\n      None,\n      None,\n      0,\n      0,\n      YesNo.No,\n      None,\n      YesNo.Yes,\n      YesNo.No),\n    Column(\n      None,\n      Some(\"public\"),\n      \"table1\",\n      \"age\",\n      DataType.Integer,\n      \"int8\",\n      1000,\n      None,\n      0,\n      Nullable.ColumnNullable,\n      None,\n      None,\n      0,\n      0,\n      YesNo.Yes,\n      None,\n      YesNo.Yes,\n      YesNo.No),\n    Column(\n      None,\n      Some(\"public\"),\n      \"table2\",\n      \"id\",\n      DataType.Integer,\n      \"int8\",\n      1000,\n      None,\n      0,\n      Nullable.ColumnNoNulls,\n      None,\n      Some(\"select id from somesequence\"),\n      0,\n      0,\n      YesNo.No,\n      None,\n      YesNo.Yes,\n      YesNo.No\n    ),\n    Column(\n      None,\n      Some(\"public\"),\n      \"table2\",\n      \"table1_id\",\n      DataType.Integer,\n      \"text\",\n      1000,\n      None,\n      0,\n      Nullable.ColumnNoNulls,\n      None,\n      None,\n      0,\n      0,\n      YesNo.No,\n      None,\n      YesNo.Yes,\n      YesNo.No),\n    Column(\n      None,\n      Some(\"public\"),\n      \"table2\",\n      \"occupation\",\n      DataType.VarChar,\n      \"text\",\n      100,\n      None,\n      0,\n      Nullable.ColumnNullable,\n      None,\n      None,\n      0,\n      0,\n      YesNo.No,\n      None,\n      YesNo.Yes,\n      YesNo.No)\n  )\n\n  val table1Pk = PrimaryKey(None, Some(\"public\"), \"table1\", \"id\", 1, Some(\"table1_id_pk\"))\n  val table2Pk = PrimaryKey(None, Some(\"public\"), \"table2\", \"id\", 1, Some(\"table2_id_pk\"))\n  val pks = List(table1Pk, table2Pk)\n\n\/\/  val crossRef = CrossReference(None, Some(\"public\"), \"table2\", )\n  val indexInfo = IndexInfo(None, Some(\"public\"), \"table1\", false, None, \"id_idx\", IndexType.tableIndexOther, 1, Some(\"id\"), Some(AscDesc.asc), 1, 1, None)\n\n  val databaseCache = DatabaseMetadataCache.apply(\n    DatabaseQuery.everything,\n    List.empty,\n    tables,\n    columns,\n    List.empty,\n    pks,\n    List(indexInfo))\n\n  val table1Pks = List(IdealColumn(\"id\", IntegerType.autoIncrement, false, None))\n  val table1Columns = List(\n    IdealColumn(\"name\", StringType.unbounded, false, None),\n    IdealColumn(\"age\", IntegerType(), true, None)\n  )\n  val table1Unique = List(UniqueConstraint(table1Pks))\n  val table2Pks = List(IdealColumn(\"id\", IntegerType.autoIncrement, false, None))\n  val table2Columns = List(\n    IdealColumn(\"table1_id\", IntegerType(), false, None),\n    IdealColumn(\"occupation\", StringType(100), false, None)\n  )\n\n  val table3Columns = List(\n    IdealColumn(\"binary_one\", BinaryType(1), true, None),\n    IdealColumn(\"binary_hundo\", BinaryType(100), true, None),\n    IdealColumn(\"binary_unfixed\", BinaryType.unbounded, true, None),\n    IdealColumn(\"boolean_col\", BooleanType, true, None),\n    IdealColumn(\"fixed_binary\", FixedLengthBinaryType(100), true, None),\n    IdealColumn(\"fixed_char\", FixedLengthCharacterType(100, StandardCharsets.UTF_8), true, None),\n    IdealColumn(\"date_col\", DateType, true, None),\n    IdealColumn(\"double_col\", DoubleType, true, None),\n    IdealColumn(\"inverval_col\", IntervalType, true, None),\n    IdealColumn(\"long_col\", LongType(), true, None),\n    IdealColumn(\"long_auto\", LongType.autoIncrement, false, None),\n    IdealColumn(\"numeric_col\", NumericType(10, 2), true, None),\n    IdealColumn(\"real_col\", RealType, true, None),\n    IdealColumn(\"small_int_col\", SmallIntType, true, None),\n    IdealColumn(\"time_col_with\", TimeType.withTimeZone(), true, None),\n    IdealColumn(\"time_col_without\", TimeType.withoutTimeZone(), true, None),\n    IdealColumn(\"timestamp_col_with\", TimestampType.withTimeZone(), true, None),\n    IdealColumn(\"timestamp_col_without\", TimestampType.withoutTimeZone(), true, None)\n  )\n\n  val table1 = IdealTable(\"table1\", table1Pks, table1Columns, List.empty, List.empty, None)\n  val table2 = IdealTable(\"table2\", table2Pks, table2Columns, List.empty, List.empty, None)\n  val table3 = IdealTable(\"table3\", List.empty, table3Columns, List.empty, List.empty, None)\n\n  val schema = IdealSchema(\"public\", List(table1, table2))\n\n  val columnCreate = List(\n    IdealColumn(\"binary_one\", BinaryType(1), true, None),\n    IdealColumn(\"binary_hundo\", BinaryType(100), true, None),\n    IdealColumn(\"binary_unfixed\", BinaryType.unbounded, true, None),\n    IdealColumn(\"boolean_col\", BooleanType, true, None),\n    IdealColumn(\"fixed_binary\", FixedLengthBinaryType(100), true, None),\n    IdealColumn(\"fixed_char\", FixedLengthCharacterType(100, StandardCharsets.UTF_8), true, None),\n    IdealColumn(\"date_col\", DateType, true, None),\n    IdealColumn(\"double_col\", DoubleType, true, None),\n    IdealColumn(\"integer_ser_col\", IntegerType.autoIncrement, false, None),\n    IdealColumn(\"integer_col\", IntegerType(), true, None),\n    IdealColumn(\"inverval_col\", IntervalType, true, None),\n    IdealColumn(\"long_col\", LongType(), true, None),\n    IdealColumn(\"long_auto\", LongType.autoIncrement, true, None),\n    IdealColumn(\"numeric_col\", NumericType(10, 2), true, None),\n    IdealColumn(\"real_col\", RealType, true, None),\n    IdealColumn(\"small_int_col\", SmallIntType, true, None),\n    IdealColumn(\"time_col_with\", TimeType.withTimeZone(), true, None),\n    IdealColumn(\"time_col_without\", TimeType.withoutTimeZone(), true, None),\n    IdealColumn(\"timestamp_col_with\", TimestampType.withTimeZone(), true, None),\n    IdealColumn(\"timestamp_col_without\", TimestampType.withoutTimeZone(), true, None)\n  )\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadProcedureTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.ProcedureType\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadProcedure}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadProcedureTest extends IntegrationFixture with Matchers {\n\n  \/\/TODO: Update travis ci postgers to version 11 to support procesures.\n  ignore(\"load procedures\") { f=>\n\n    val query = DatabaseQuery.everything\n\n    val procedures = LoadProcedure.load(query, f.con)\n\n    procedures.length must be > 0\n\n    val p = procedures.head\n    p.catalogName mustEqual None\n    p.schemaName mustEqual Some(\"public\")\n    p.name mustEqual \"db_test_insert_data\"\n    p.remarks mustEqual None\n    p.procedureType mustEqual ProcedureType.ProcedureReturnsResult\n    p.specificName must startWith(\"db_test_insert_data_\")\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadCrossReference.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{CrossReference, Deferrability, UpdateDeleteRule}\n\nobject LoadCrossReference extends DefaultLoader[CrossReference] {\n\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] = {\n    val queryParams = Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream\n    queryParams.map(param =>\n      con.getMetaData.getCrossReference(\n        param._1.orNull,\n        param._2.orNull,\n        param._3.orNull,\n        param._1.orNull,\n        param._2.orNull,\n        param._3.orNull)\n    )\n  }\n\n\n  protected override def extractRow(rs: ResultSet): CrossReference = {\n    val updateRuleId = rs.getInt(\"UPDATE_RULE\")\n    val updateRule = UpdateDeleteRule\n      .findById(updateRuleId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find UpdateDeleteRule by id: ${updateRuleId}\"))\n    val deleteRuleId = rs.getInt(\"DELETE_RULE\")\n    val deleteRule = UpdateDeleteRule\n      .findById(updateRuleId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find UpdateDeleteRule by id: ${deleteRuleId}\"))\n    val deferrabilityId = rs.getInt(\"DEFERRABILITY\")\n    val deferrability = Deferrability\n      .findById(deferrabilityId)\n      .getOrElse(\n        throw new MissingDataException(s\"could not find Deferrability by id: ${deferrabilityId}\"))\n\n    CrossReference(\n      Option(rs.getString(\"PKTABLE_CAT\")),\n      Option(rs.getString(\"PKTABLE_SCHEM\")),\n      req(rs.getString(\"PKTABLE_NAME\")),\n      req(rs.getString(\"PKCOLUMN_NAME\")),\n      Option(rs.getString(\"FKTABLE_CAT\")),\n      Option(rs.getString(\"FKTABLE_SCHEM\")),\n      req(rs.getString(\"FKTABLE_NAME\")),\n      req(rs.getString(\"FKCOLUMN_NAME\")),\n      req(rs.getShort(\"KEY_SEQ\")),\n      updateRule,\n      deleteRule,\n      Option(rs.getString(\"FK_NAME\")),\n      Option(rs.getString((\"PK_NAME\"))),\n      deferrability\n    )\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"core\/src\/main\/scala\/com\/bones\/si\/ideal\/DataTypeSqlOutput.scala","text":"package com.bones.si.ideal\n\n\/**\n * Implementation of an output which is an SQL String.\n *\/\nabstract class DataTypeSqlOutput extends DataTypeOutput[String] {\n\n  def toCase(string: String): String\n\n  private val NOT_NULL = toCase(\"not null\")\n  private val VARBINARY = toCase(\"varbinary\")\n  private val BINARY = toCase(\"binary\")\n  private val CHARACTER = toCase(\"character\")\n\n  override def boolean: String = toCase(\"boolean\")\n\n  override def protoColumnOutput(protoColumn: IdealColumn): String = {\n    val nullableStr = if (protoColumn.nullable) \"\" else \" \" + NOT_NULL\n    s\"${protoColumn.name} ${dataTypeOutput(protoColumn.dataType)}${nullableStr}\"\n  }\n\n  override def binary(binaryType: BinaryType): String =\n    binaryType.size match {\n      case Some(s) => s\"$VARBINARY($s)\"\n      case None => s\"$VARBINARY\"\n    }\n\n  override def fixedLengthBinary(binaryType: FixedLengthBinaryType): String = {\n    s\"$BINARY (${binaryType.size})\"\n  }\n\n  override def fixedLengthCharacter(fixedLengthCharacterType: FixedLengthCharacterType): String =\n    toCase(s\"$CHARACTER(${fixedLengthCharacterType.length})\")\n\n  override def date: String = toCase(\"date\")\n\n  override def double: String = toCase(\"double precision\")\n\n  override def integer(integerType: IntegerType): String =\n    toCase(\"integer\")\n\n  override def interval: String = toCase(\"interval\")\n\n  override def long(longType: LongType): String =\n    toCase(\"bigint\")\n\n  override def numeric(numericType: NumericType): String =\n    toCase(s\"numeric(${numericType.precision},${numericType.scale})\")\n\n  override def real: String =\n    toCase(\"real\")\n\n  override def smallInt: String =\n    toCase(\"smallint\")\n\n  override def time(timeType: TimeType): String =\n    if (timeType.withTimeZone) toCase(\"time with time zone\")\n    else toCase(\"time without time zone\")\n\n\n  override def timestamp(timestampType: TimestampType): String =\n    if (timestampType.withTimeZone) toCase(\"timestamp with time zone\")\n    else toCase(\"timestamp without time zone\")\n\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadTablePrivilege.scala","text":"<gh_stars>0\npackage com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{TablePrivilege, YesNo}\n\nobject LoadTablePrivilege extends DefaultLoader[TablePrivilege] {\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream.map(param =>\n      con.getMetaData.getTablePrivileges(param._1.orNull, param._2.orNull, param._3.orNull)\n    )\n\n  override protected def extractRow(rs: ResultSet): TablePrivilege = {\n    val isGrantableStr = Option(rs.getString(\"IS_GRANTABLE\"))\n    val isGrantable = YesNo.findByOptionalString(isGrantableStr).getOrElse(throw new MissingDataException((s\"could not determine gratable from $isGrantableStr\")))\n    TablePrivilege(\n      Option(rs.getString(\"TABLE_CAT\")),\n      Option(rs.getString(\"TABLE_SCHEM\")),\n      req(rs.getString(\"TABLE_NAME\")),\n      Option(rs.getString(\"GRANTOR\")),\n      req(rs.getString(\"GRANTEE\")),\n      req(rs.getString(\"PRIVILEGE\")),\n      isGrantable\n    )\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadTable.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{ReferenceGeneration, Table, TableType}\n\nobject LoadTable extends DefaultLoader[Table] {\n\n  def loadAdHocTypes(databaseQuery: DatabaseQuery, con: Connection, tableType: String*) =\n    loadCustomTypes(databaseQuery, con, tableType.toList)\n\n  def loadTypes(databaseQuery: DatabaseQuery, con: Connection, tableTypes: TableType.Val*) =\n    loadCustomTypes(databaseQuery, con, tableTypes.toList.map(_.name))\n\n  def loadAllTypes(databaseQuery: DatabaseQuery, con: Connection) = loadCustomTypes(databaseQuery, con, List.empty)\n\n\n  override protected def loadFromQuery(databaseQuery: DatabaseQuery, con: Connection): Stream[ResultSet] =\n    Retrieve.databaseQueryToHierarchyQuery(databaseQuery).toStream.map(param =>\n      con.getMetaData.getTables(param._1.orNull, param._2.orNull, param._3.orNull, null)\n    )\n\n  def loadCustomTypes(databaseQuery: DatabaseQuery, con: Connection, tableTypes: List[String]): List[Table] = {\n    val queryParams = Retrieve.databaseQueryToHierarchyQuery(databaseQuery)\n    val types = if (tableTypes.isEmpty) null else tableTypes.toArray\n    queryParams.flatMap(param => {\n      val rs = con.getMetaData.getTables(param._1.orNull, param._2.orNull, param._3.orNull, types)\n      try\n        loadFromResultSet(rs)\n      finally\n        rs.close\n    }).distinct\n  }\n\n  protected def extractRow(rs: ResultSet): Table = {\n\n    val tableTypeStr = rs.getString(\"TABLE_TYPE\")\n    val tableType = TableType.findByStr(tableTypeStr)\n    val refGenerationStr = rs.getString(\"REF_GENERATION\")\n    val refGeneration = ReferenceGeneration.findByString(refGenerationStr)\n    Table(\n      Option(rs.getString(\"TABLE_CAT\")),\n      Option(rs.getString((\"TABLE_SCHEM\"))),\n      req(rs.getString(\"TABLE_NAME\")),\n      tableType,\n      Option(rs.getString(\"REMARKS\")),\n      strOption(rs.getString(\"TYPE_CAT\")),\n      strOption(rs.getString(\"TYPE_SCHEM\")),\n      strOption(rs.getString(\"TYPE_NAME\")),\n      strOption(rs.getString(\"SELF_REFERENCING_COL_NAME\")),\n      refGeneration\n    )\n\n  }\n\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/main\/scala\/com\/bones\/si\/jdbc\/load\/LoadTypeInfo.scala","text":"package com.bones.si.jdbc.load\n\nimport java.sql.{Connection, ResultSet}\n\nimport com.bones.si.jdbc.{DataType, Nullable, Searchable, TypeInfo}\n\nobject LoadTypeInfo {\n  def loadAll(con: Connection): List[TypeInfo] = {\n    val rs = con.getMetaData.getTypeInfo\n    try\n      loadFromResultSet(rs)\n    finally\n      rs.close\n  }\n\n  \/**\n   * Process a ResultSet which should be created by calling java.sql.DatabaseMetadata.getXXX methods.\n   * Converts the ResultSet into a list of A objects.\n   *\n   * for example:\n   *    loadFromResultSet(con.getMetaData.getTables(null, null, null, \"myTable\"))\n   *\n   * @param resultSet The result set to iterate through. Caller is responsible for closing this.\n   * @return List of A objects\n   * @throws MissingDataException Propagated from calling the ResultSet methods.\n   *\/\n  def loadFromResultSet(resultSet: ResultSet): List[TypeInfo] =\n    new Iterator[TypeInfo] {\n      def hasNext: Boolean = resultSet.next()\n      def next():TypeInfo = extractRow(resultSet)\n    }.toList\n\n  protected def extractRow(rs: ResultSet): TypeInfo = {\n    val dataTypeInt = req(rs.getInt(\"DATA_TYPE\"))\n    val dataType = DataType.findByConstant(dataTypeInt).getOrElse(throw new MissingDataException(s\"Could not find data type by id: $dataTypeInt\"))\n    val nullableInt = req(rs.getInt(\"NULLABLE\"))\n    val nullable = Nullable.findById(nullableInt).getOrElse(throw new MissingDataException(s\"Could not find nullable by id: $nullableInt\"))\n    val searchableInt = rs.getInt(\"SEARCHABLE\")\n    val searchable = Searchable.findBySearchableId(searchableInt).getOrElse(throw new MissingDataException(s\"Could not find searchable by id: $searchableInt\"))\n    TypeInfo(\n      req(rs.getString(\"TYPE_NAME\")),\n      dataType,\n      req(rs.getInt(\"PRECISION\")),\n      Option(rs.getString(\"LITERAL_PREFIX\")),\n      Option(rs.getString(\"LITERAL_SUFFIX\")),\n      Option(rs.getString(\"CREATE_PARAMS\")),\n      nullable,\n      req(rs.getBoolean(\"CASE_SENSITIVE\")),\n      searchable,\n      req(rs.getBoolean(\"UNSIGNED_ATTRIBUTE\")),\n      req(rs.getBoolean(\"FIXED_PREC_SCALE\")),\n      req(rs.getBoolean(\"AUTO_INCREMENT\")),\n      Option(rs.getString(\"LOCAL_TYPE_NAME\")),\n      req(rs.getShort(\"MINIMUM_SCALE\")),\n      req(rs.getShort(\"MAXIMUM_SCALE\")),\n      req(rs.getInt(\"NUM_PREC_RADIX\"))\n    )\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadPrimaryKeyTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadPrimaryKey}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadPrimaryKeyTest extends IntegrationFixture with Matchers {\n\n  test(\"load primary key\") { f =>\n\n    val query = DatabaseQuery.everything\n\n    val primaryKey = LoadPrimaryKey.load(query, f.con)\n\n    val a = primaryKey.filter(_.tableName == \"wrapper_table_a\")\n    val b = primaryKey.filter(_.tableName == \"wrapper_table_b\")\n\n    a(0).catalogName mustEqual None\n    a(0).schemaName mustEqual Some(\"public\")\n    a(0).tableName mustEqual \"wrapper_table_a\"\n    a(0).columnName mustEqual \"id\"\n    a(0).keySequence mustEqual 1\n    a(0).name mustEqual Some(\"wrapper_table_a_pkey\")\n\n    a(1).columnName mustEqual \"big_id\"\n    a(1).keySequence mustEqual 2\n\n    b(0).catalogName mustEqual None\n    b(0).schemaName mustEqual Some(\"public\")\n    b(0).tableName mustEqual \"wrapper_table_b\"\n    b(0).columnName mustEqual \"id\"\n    b(0).keySequence mustEqual 1\n    b(0).name mustEqual Some(\"wrapper_table_b_pkey\")\n\n\n\n  }\n}\n"}
{"repo_name":"scala-bones\/db-prototyping","path":"jdbc\/src\/it\/scala\/com\/bones\/si\/jdbc\/load\/integration\/LoadTableTest.scala","text":"package com.bones.si.jdbc.load.integration\n\nimport com.bones.si.jdbc.TableType\nimport com.bones.si.jdbc.load.{DatabaseQuery, LoadTable}\nimport org.scalatest.matchers.must.Matchers\n\nclass LoadTableTest extends IntegrationFixture with Matchers {\n\n  test(\"load public tables\") { f =>\n    val query = DatabaseQuery.everything.schemas(\"public\")\n\n    val allTypes = LoadTable.loadTypes(query, f.con, TableType.Table)\n\n    val tables = allTypes.filter(_.tableType == Right(TableType.Table)).find(_.name == \"wrapper_table_a\").head\n\n    tables.catalogName mustEqual None\n    tables.schemaName mustEqual Some(\"public\")\n    tables.name mustEqual \"wrapper_table_a\"\n    tables.tableType mustEqual Right(TableType.Table)\n    tables.remarks mustEqual None\n    tables.typesSchema mustEqual None\n    tables.typeName mustEqual None\n    tables.selfReferencingColumnName mustEqual None\n    tables.selfReferencingColumnName mustEqual None\n\n\n  }\n\n}\n"}
{"repo_name":"beezee\/shapeless-valdation-examples","path":"src\/main\/scala\/Example.scala","text":"import scalaz.syntax.apply._\nimport scalaz.syntax.std.boolean._\nimport scalaz.syntax.std.option._\nimport scalaz.syntax.validation._\nimport scalaz.{NonEmptyList, ValidationNel}\nimport shapeless.{HList, Poly1, tag}\nimport shapeless.Generic\nimport shapeless.ops.hlist._\nimport shapeless.ops.hlist.Mapper\nimport scala.language.implicitConversions\nimport tag.@@\nimport Tags._\n\nobject Tags {\n  implicit def tagA[A, B](a: A): A @@ B = tag[B](a)\n  trait Age\n  trait Email\n}\n\nobject validated extends Poly1 {\n  implicit def age = at[Int @@ Age](i => (i > 18).option(true).toSuccess(NonEmptyList(\"Too young\")))\n  implicit def email =\n    at[String @@ Email](s => (s.contains(\"@\")).option(true).toSuccess(NonEmptyList(\"Invalid email\")))\n}\n\nobject Example extends App {\n\n  def validate[A, R <: HList, M <: HList](a: A)(\n        implicit au: Generic.Aux[A, R], m: Mapper.Aux[validated.type, R, M],\n                  tt: ToTraversable.Aux[M, List, ValidationNel[String, Boolean]]) =\n    au.to(a).map(validated).toList.reduce(_ <* _)\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"load\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/load\/Intervals.scala","text":"<reponame>hammerlab\/spark-bam\npackage org.hammerlab.bam.spark.load\n\nimport hammerlab.iterator._\nimport hammerlab.path._\nimport htsjdk.samtools.BAMFileReader.getFileSpan\nimport htsjdk.samtools.SamReaderFactory.Option.{ CACHE_FILE_BASED_INDEXES, EAGERLY_DECODE }\nimport htsjdk.samtools.{ QueryInterval, SAMRecord, SamReaderFactory }\nimport org.apache.spark.rdd.RDD\nimport org.hammerlab.bam.header.ContigLengths.readSAMHeaderFromStream\nimport org.hammerlab.bam.header.{ ContigLengths, Header }\nimport org.hammerlab.bam.index.Index.Chunk\nimport org.hammerlab.bam.iterator.SeekableRecordStream\nimport org.hammerlab.bam.spark.load.Intervals.{ getIntevalChunks, region }\nimport org.hammerlab.bgzf.EstimatedCompressionRatio\nimport org.hammerlab.bgzf.block.SeekableUncompressedBytes\nimport org.hammerlab.channel.CachingChannel._\nimport org.hammerlab.channel.SeekableByteChannel\nimport org.hammerlab.genomics.loci.parsing.ParsedLoci\nimport org.hammerlab.genomics.loci.set.LociSet\nimport org.hammerlab.genomics.reference.{ Locus, Region }\nimport org.hammerlab.hadoop.Configuration\nimport org.hammerlab.hadoop.splits.MaxSplitSize\nimport org.hammerlab.iterator.group.ElementTooCostlyStrategy.EmitAlone\nimport shapeless.the\n\nimport scala.collection.JavaConverters._\nimport scala.math.max\n\ntrait Intervals {\n\n  self: CanLoadBam \u21d2\n\n  \/**\n   * Load [[SAMRecord]]s that overlap specific genomic intervals from an indexed BAM file.\n   *\n   * @param path Indexed BAM file path\n   * @param intervals Genomic intervals to intersect with\n   * @param splitSize divide the loaded file-portions into partitions of approximately this (uncompressed) size\n   * @param estimatedCompressionRatio used for (approximately) sizing returned partitions: compressed sizes of BAI\n   *                                  \"chunks\" are scaled by this value so that returned partitions are \u2013\n   *                                  theoretically\/approximately \u2013 `splitSize` (uncompressed)\n   * @return [[RDD]] of [[SAMRecord]]s that overlap the provided [[LociSet]]\n   *\/\n  def loadBamIntervals(\n    path: Path,\n    splitSize: MaxSplitSize = MaxSplitSize(),\n    estimatedCompressionRatio: EstimatedCompressionRatio = the[EstimatedCompressionRatio]\n  )(\n    intervals: String*\n  ): RDD[SAMRecord] =\n    loadBamIntervals(\n      path,\n      LociSet(\n        ParsedLoci(intervals.iterator),\n        ContigLengths(path)\n      )\n    )(\n      splitSize,\n      estimatedCompressionRatio\n    )\n\n  def loadBamIntervals(\n    path: Path,\n    intervals: String*\n  )(\n    implicit\n    splitSize: MaxSplitSize,\n    ratio: EstimatedCompressionRatio\n  ): RDD[SAMRecord] =\n    loadBamIntervals(\n      path,\n      LociSet(\n        ParsedLoci(intervals.iterator),\n        ContigLengths(path)\n      )\n    )\n\n  def loadBamIntervals(\n    path: Path,\n    intervals: LociSet\n  )(\n    implicit\n    splitSize: MaxSplitSize,\n    r: EstimatedCompressionRatio\n  ): RDD[SAMRecord] = {\n\n    val intervalsBroadcast = sc.broadcast(intervals)\n\n    if (path.toString.endsWith(\".sam\")) {\n      warn(s\"Attempting to load SAM file $path with intervals filter\")\n      return loadSam(path, splitSize)\n               .filter {\n                 record \u21d2\n                   region(record)\n                     .exists(\n                       intervalsBroadcast\n                         .value\n                         .intersects\n                     )\n               }\n    }\n\n    \/\/ TODO: cram\n\n    val header = Header(path)\n    val headerBroadcast = sc.broadcast(header)\n\n    val chunks = getIntevalChunks(path, intervals)\n\n    val chunkPartitions =\n      chunks\n        .cappedCostGroups(\n          _.size,\n          splitSize.toDouble\n        )\n        .map(_.toVector)\n        .toVector\n\n    sc\n      .parallelize(\n        chunkPartitions,\n        max(\n          1,\n          chunkPartitions.size\n        )\n      )\n      .flatMap(chunks \u21d2 chunks)\n      .mapPartitions {\n        chunks \u21d2\n\n          val compressedChannel = SeekableByteChannel(path).cache\n\n          val uncompressedBytes = SeekableUncompressedBytes(compressedChannel)\n\n          val records = SeekableRecordStream(uncompressedBytes, headerBroadcast.value)\n\n          chunks\n            .flatMap {\n              chunk \u21d2\n                records.seek(chunk.start)\n\n                new SimpleIterator[SAMRecord] {\n                  override protected def _advance: Option[SAMRecord] =\n                    if (records.hasNext) {\n                      val (pos, record) = records.next\n                      if (pos >= chunk.end)\n                        None\n                      else if (\n                        region(record).exists(\n                          intervalsBroadcast\n                          .value\n                          .intersects\n                        )\n                      )\n                        Some(record)\n                      else\n                        _advance\n                    } else\n                      None\n                }\n            }\n            .finish(\n              records.close()\n            )\n      }\n  }\n}\n\nobject Intervals {\n\n  def getIntevalChunks(\n    path: Path,\n    intervals: LociSet\n  )(\n    implicit\n    conf: Configuration\n  ): Seq[Chunk] = {\n\n    val readerFactory =\n      SamReaderFactory\n        .makeDefault\n        .setOption(CACHE_FILE_BASED_INDEXES, true)\n        .setOption(EAGERLY_DECODE, false)\n        .setUseAsyncIo(false)\n\n    val samReader = readerFactory.open(path)\n\n    val header = readSAMHeaderFromStream(path.inputStream, conf)\n    val dict = header.getSequenceDictionary\n    val idx = samReader.indexing.getIndex\n    val queryIntervals =\n      for {\n        interval \u2190 intervals.toHtsJDKIntervals.toArray\n      } yield\n        new QueryInterval(\n          dict.getSequenceIndex(interval.getContig),\n          interval.getStart,\n          interval.getEnd\n        )\n\n    val span = getFileSpan(queryIntervals, idx)\n\n    span\n      .getChunks\n      .asScala\n      .map(x \u21d2 x: Chunk)\n  }\n\n  def region(record: SAMRecord): Option[Region] =\n    Option(record.getContig).map(\n      contig \u21d2\n        Region(\n          contig,\n          Locus(record.getStart - 1),\n          Locus(record.getEnd)\n        )\n    )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/check\/package.scala","text":"<filename>check\/src\/main\/scala\/org\/hammerlab\/bam\/check\/package.scala\npackage org.hammerlab.bam\n\nimport caseapp.core.argparser._\nimport caseapp.core.default.Default\nimport org.hammerlab.bgzf.block.IntWrapper\n\npackage object check {\n  implicit class SuccessfulReads(val n: Int) extends AnyVal with IntWrapper\n\n  implicit class ReadsToCheck(val n: Int) extends AnyVal with IntWrapper\n  object ReadsToCheck {\n    implicit val parser: ArgParser[ReadsToCheck] =\n      SimpleArgParser.from(\"reads-to-check\") {\n        str \u21d2 Right(str.toInt)\n      }\n\n    implicit val default: ReadsToCheck = 10\n    implicit val defaultParam = Default(default)\n  }\n\n  implicit class MaxReadSize(val n: Int) extends AnyVal with IntWrapper\n  object MaxReadSize {\n    implicit val parser: ArgParser[MaxReadSize] =\n      SimpleArgParser.from[MaxReadSize](\"max-read-size\") {\n        str \u21d2 Right(str.toInt)\n      }\n\n    implicit val default: MaxReadSize = 100000000\n    implicit val defaultParam = Default(default)\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/check\/eager\/CheckBam.scala","text":"package org.hammerlab.bam.check.eager\n\nimport caseapp._\nimport hammerlab.cli._\nimport org.hammerlab.args.{ FindReadArgs, LogArgs, PostPartitionArgs }\nimport org.hammerlab.bam.check.indexed.IndexedRecordPositions\nimport org.hammerlab.bam.check.{ Blocks, CallPartition, CheckerApp, eager, seqdoop }\n\nobject CheckBam\n  extends Cmd {\n\n  \/**\n   * Check every (bgzf-decompressed) byte-position in a BAM file for a record-start with and compare the results to the\n   * true read-start positions.\n   *\n   * - Takes one argument: the path to a BAM file.\n   * - Requires that BAM to have been indexed prior to running by [[org.hammerlab.bgzf.index.IndexBlocks]] and\n   *   [[org.hammerlab.bam.index.IndexRecords]].\n   *\n   * @param sparkBam  if set, run the [[org.hammerlab.bam.check.eager.Checker]] on the input BAM file. If both [[sparkBam]] and\n   *                  [[hadoopBam]] are set, they are compared to each other; if only one is set, then an\n   *                  [[IndexedRecordPositions.Args.recordsPath indexed-records]] file is assumed to exist for the BAM, and is\n   *                  used as the source of truth against which to compare.\n   * @param hadoopBam if set, run the [[org.hammerlab.bam.check.seqdoop.Checker]] on the input BAM file. If both [[sparkBam]]\n   *                  and [[hadoopBam]] are set, they are compared to each other; if only one is set, then an\n   *                  [[IndexedRecordPositions.Args.recordsPath indexed-records]] file is assumed to exist for the BAM, and is\n   *                  used as the source of truth against which to compare.\n   *\/\n  @AppName(\"Check all uncompressed positions in a BAM file for record-boundary-identification errors\")\n  @ProgName(\"\u2026\u00a0org.hammerlab.bam.check.Main\")\n  case class Opts(\n      @R blocks: Blocks.Args,\n      @R records: IndexedRecordPositions.Args,\n      @R logging: LogArgs,\n      @R printLimit: PrintLimitArgs,\n      @R partitioning: PostPartitionArgs,\n      @R findReadArgs: FindReadArgs,\n\n      @O(\"s\")\n      @M(\"Run the spark-bam checker; if both or neither of -s and -u are set, then they are both run, and the results compared. If only one is set, its results are compared against a \\\"ground truth\\\" file generated by the index-records command\")\n      sparkBam: Boolean = false,\n\n      @O(\"upstream\") @O(\"u\")\n      @M(\"Run the hadoop-bam checker; if both or neither of -s and -u are set, then they are both run, and the results compared. If only one is set, its results are compared against a \\\"ground truth\\\" file generated by the index-records command\")\n      hadoopBam: Boolean = false\n  )\n\n  val main = Main(makeApp)\n  def makeApp(args: Args) =\n    new CheckerApp(args, Registrar)\n      with CallPartition {\n\n      val calls =\n        (args.sparkBam, args.hadoopBam) match {\n          case (true, false) \u21d2\n            vsIndexed[Boolean, eager.Checker]\n          case (false, true) \u21d2\n            vsIndexed[Boolean, seqdoop.Checker]\n          case _ \u21d2\n            Blocks()\n              .mapPartitions {\n                callPartition[\n                  eager.Checker,\n                  Boolean,\n                  seqdoop.Checker\n                ]\n              }\n        }\n\n      apply(\n        calls,\n        args.partitioning.resultsPerPartition\n      )\n    }\n\n  import org.hammerlab.kryo\n  case class Registrar() extends kryo.spark.Registrar(\n    CallPartition,\n    CheckerApp\n  )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/compare\/PathChecks.scala","text":"package org.hammerlab.bam.spark.compare\n\nimport hammerlab.path._\nimport org.apache.spark.SparkContext\nimport org.hammerlab.bam.check.{ MaxReadSize, ReadsToCheck }\nimport org.hammerlab.bgzf.block.BGZFBlocksToCheck\nimport org.hammerlab.hadoop.Configuration\nimport org.hammerlab.hadoop.splits.MaxSplitSize\n\n\/**\n * Wrapper for the split-computation Spark job that uses a [[Configuration]] in each task; forces the closure's\n * reference to the [[Configuration]] to be an instance variable that gets serialized, as opposed to\n * [[org.hammerlab.cli.spark.HasSparkContext.conf]] which is static and would inadvertently cause creation of a\n * [[SparkContext]] on each executor.\n *\/\nclass PathChecks(lines: Vector[String], num: Int)(\n    implicit\n    sc: SparkContext,\n    conf: Configuration,\n    splitSize: MaxSplitSize,\n    bgzfBlocksToCheck: BGZFBlocksToCheck,\n    readsToCheck: ReadsToCheck,\n    maxReadSize: MaxReadSize\n)\n  extends Serializable {\n  val results =\n    sc\n      .parallelize(\n        lines,\n        numSlices = num\n      )\n      .map {\n        bamPathStr \u21d2\n          val bamPath = Path(bamPathStr)\n\n          bamPath \u2192\n            Result(bamPath)\n      }\n      .cache\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/FindRecordStart.scala","text":"package org.hammerlab.bam.spark\n\nimport hammerlab.path._\nimport org.hammerlab.bam.check.{ MaxReadSize, ReadsToCheck, eager }\nimport org.hammerlab.bam.header.ContigLengths\nimport org.hammerlab.bgzf.Pos\nimport org.hammerlab.bgzf.block.SeekableUncompressedBytes\n\nobject FindRecordStart {\n\n  def apply(path: Path,\n            start: Long)(\n      implicit\n      uncompressedBytes: SeekableUncompressedBytes,\n      contigLengths: ContigLengths,\n      readsToCheck: ReadsToCheck,\n      maxReadSize: MaxReadSize): Pos =\n    withDelta(\n      Pos(start, 0)\n    )\n    .map(_._1)\n    .getOrElse(\n      throw NoReadFoundException(\n        path,\n        start,\n        maxReadSize\n      )\n    )\n\n  def withDelta(start: Pos)(\n      implicit\n      uncompressedBytes: SeekableUncompressedBytes,\n      contigLengths: ContigLengths,\n      readsToCheck: ReadsToCheck,\n      maxReadSize: MaxReadSize\n  ): Option[(Pos, Int)] = {\n\n    uncompressedBytes.seek(start)\n\n    val checker = eager.Checker(uncompressedBytes, contigLengths)\n\n    var idx = 0\n    while (idx < maxReadSize.n) {\n      uncompressedBytes.curPos match {\n        case Some(pos) \u21d2\n          if (checker(pos)) {\n            return Some(pos \u2192 idx)\n          }\n\n          uncompressedBytes.seek(pos)  \/\/ go back to this failed position\n\n          if (!uncompressedBytes.hasNext)\n            return None\n          \n          uncompressedBytes.next()     \/\/ move over by 1 byte\n        case None \u21d2\n          return None\n      }\n      idx += 1\n    }\n\n    None\n  }\n}\n\ncase class NoReadFoundException(path: Path,\n                                start: Long,\n                                maxReadSize: MaxReadSize)\n  extends Exception(\n    s\"Failed to find a valid read-start in $maxReadSize attempts in $path from $start\"\n  )\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/test\/scala\/org\/hammerlab\/bam\/check\/full\/FullCheckTest.scala","text":"package org.hammerlab.bam.check.full\n\nimport hammerlab.path._\nimport org.hammerlab.bam.test.resources.{ TestBams, bam1Unindexed }\nimport org.hammerlab.cli.spark.MainSuite\nimport org.hammerlab.test.resources.File\n\nclass FullCheckTest\n  extends MainSuite(FullCheck)\n    with TestBams {\n\n  override def defaultOpts(outPath: Path) = Seq(\"-l\", \"10\")\n\n  def expected(basename: String): File = File(s\"output\/full-check\/$basename\")\n\n  test(\"1.bam with indexed records\") {\n    checkFile(\n      \"-m\", \"200k\",\n      bam1\n    )(\n      expected(\"1.bam\")\n    )\n  }\n\n  test(\"1.bam without indexed records\") {\n    checkFile(\n      \"-m\", \"200k\",\n      bam1Unindexed\n    )(\n      expected(\"1.noblocks.bam\")\n    )\n  }\n\n  test(\"2.bam first block\") {\n    checkFile(\n      \"-i\", \"0\",\n      bam2\n    )(\n      expected(\"2.bam.first\")\n    )\n  }\n\n  test(\"2.bam second block\") {\n    checkFile(\n      \"-i\", \"26169\",\n      bam2\n    )(\n      expected(\"2.bam.second\")\n    )\n  }\n\n  test(\"2.bam 200k\") {\n    checkFile(\n      \"-i\", \"0-200k\",\n      \"-m\", \"100k\",\n      bam2\n    )(\n      expected(\"2.bam.200k\")\n    )\n  }\n\n  test(\"2.bam all\") {\n    checkFile(\n      bam2\n    )(\n      expected(\"2.bam\")\n    )\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"bgzf\/src\/main\/scala\/org\/hammerlab\/bgzf\/EstimatedCompressionRatio.scala","text":"<reponame>hammerlab\/spark-bam<filename>bgzf\/src\/main\/scala\/org\/hammerlab\/bgzf\/EstimatedCompressionRatio.scala<gh_stars>10-100\npackage org.hammerlab.bgzf\n\nimport caseapp.core.default.Default\n\ncase class EstimatedCompressionRatio(ratio: Double)\n\nobject EstimatedCompressionRatio {\n  implicit def makeEstimatedCompressionRatio(ratio: Double): EstimatedCompressionRatio =\n    EstimatedCompressionRatio(ratio)\n  implicit def unmakeEstimatedCompressionRatio(ratio: EstimatedCompressionRatio): Double =\n    ratio.ratio\n\n  implicit val default: EstimatedCompressionRatio = 3.0\n  implicit val defaultParam = Default(default)\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/test\/scala\/org\/hammerlab\/bam\/check\/eager\/CheckBamTest.scala","text":"package org.hammerlab.bam.check.eager\n\nimport hammerlab.path._\nimport org.hammerlab.bam.test.resources.{ bam1, bam1Unindexed }\nimport org.hammerlab.cli.spark.MainSuite\nimport org.hammerlab.test.resources.File\n\nclass CheckBamTest\n  extends MainSuite(CheckBam) {\n\n  override def defaultOpts(outPath: Path) = Seq(\"-m\", \"200k\")\n\n  val seqdoopTCGAExpectedOutput = File(\"output\/check-bam\/1.bam\")\n\n  test(\"compare 1.bam\") {\n    checkFile(\n      bam1\n    )(\n      seqdoopTCGAExpectedOutput\n    )\n  }\n\n  test(\"compare 1.noblocks.bam\") {\n    checkFile(\n      bam1Unindexed\n    )(\n      seqdoopTCGAExpectedOutput\n    )\n  }\n\n  test(\"seqdoop 1.bam\") {\n    checkFile(\n      \"-u\", bam1\n    )(\n      seqdoopTCGAExpectedOutput\n    )\n  }\n\n  test(\"eager 1.bam\") {\n    check(\n      \"-s\", bam1\n    )(\n      \"\"\"1608257 uncompressed positions\n        |583K compressed\n        |Compression ratio: 2.69\n        |4917 reads\n        |All calls matched!\n        |\"\"\"\n        .stripMargin\n    )\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"load\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/load\/CanLoadBam.scala","text":"package org.hammerlab.bam.spark.load\n\nimport grizzled.slf4j.Logging\nimport hammerlab.iterator._\nimport hammerlab.math.utils.ceil\nimport hammerlab.path._\nimport htsjdk.samtools.{ SAMLineParser, SAMRecord }\nimport org.apache.hadoop.fs\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.hadoop.mapreduce.TaskAttemptID\nimport org.apache.hadoop.mapreduce.task.TaskAttemptContextImpl\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\nimport org.hammerlab.bam.check.{ MaxReadSize, ReadsToCheck }\nimport org.hammerlab.bam.header.ContigLengths.readSAMHeaderFromStream\nimport org.hammerlab.bam.header.{ ContigLengths, Header }\nimport org.hammerlab.bam.iterator.RecordStream\nimport org.hammerlab.bam.spark.{ BAMRecordRDD, FindRecordStart, Split }\nimport org.hammerlab.bgzf.Pos\nimport org.hammerlab.bgzf.block.{ BGZFBlocksToCheck, FindBlockStart }\nimport org.hammerlab.hadoop.Configuration\nimport org.hammerlab.hadoop.splits.{ FileSplits, MaxSplitSize }\nimport org.seqdoop.hadoop_bam.{ BAMRecordReader, CRAMInputFormat, FileVirtualSplit, SAMRecordWritable }\nimport shapeless.the\n\n\/**\n * Mix-in that exposes a `loadBam` and related methods on a [[SparkContext]], for loading [[SAMRecord]]s from a BAM\n * file.\n *\/\ntrait CanLoadBam\n  extends Logging\n     with Intervals {\n\n  implicit def sc: SparkContext\n\n  implicit def conf: Configuration = sc.hadoopConfiguration\n\n  \/**\n   * Load an [[RDD]] of [[SAMRecord]]s from a SAM-file [[Path]].\n   *\/\n  def loadSam(path: Path,\n              splitSize: MaxSplitSize = MaxSplitSize()): RDD[SAMRecord] = {\n    val header =\n      sc.broadcast(\n        readSAMHeaderFromStream(\n          path.inputStream,\n          conf\n        )\n      )\n\n    sc\n      .textFile(\n        path.toString,\n        minPartitions =\n          ceil[Long](\n            path.size,\n            splitSize\n          )\n          .toInt\n      )\n      .filter(!_.startsWith(\"@\"))\n      .mapPartitions {\n        it \u21d2\n          val lineParser = new SAMLineParser(header.value)\n          it.map(\n            lineParser.parseLine\n          )\n      }\n  }\n\n  def loadBam(path: Path,\n                      splitSize:      MaxSplitSize = MaxSplitSize(),\n              bgzfBlocksToCheck: BGZFBlocksToCheck = the[BGZFBlocksToCheck],\n                   readsToCheck:      ReadsToCheck = the[     ReadsToCheck],\n                    maxReadSize:       MaxReadSize = the[      MaxReadSize]\n             ): RDD[SAMRecord] =\n    if (path.extension != \"bam\")\n      throw new IllegalArgumentException(s\"Expected 'bam' extension: $path\")\n    else {\n      val contigLengthsBroadcast = sc.broadcast(ContigLengths(path))\n\n      val fileSplitsRDD = SplitRDD(FileSplits.asJava(path, splitSize))\n\n      val hconf = conf\n\n      fileSplitsRDD\n        .flatMap {\n          case (start, end) \u21d2\n            implicit val Channels(\n              compressedChannel,\n              uncompressedBytes\n            ) =\n              Channels(path)\n\n            val bgzfBlockStart =\n              FindBlockStart(\n                path,\n                start,\n                compressedChannel,\n                bgzfBlocksToCheck\n              )\n\n            val startPos =\n              FindRecordStart(\n                path,\n                bgzfBlockStart\n              )(\n                uncompressedBytes,\n                contigLengthsBroadcast.value,\n                readsToCheck,\n                maxReadSize\n              )\n\n            val endPos = Pos(end, 0)\n\n            \/**\n             * [[BAMRecordReader]] is much faster than [[RecordStream]] (possibly due to reusing the same JVM object for\n             * each record); use it here since this is the most common method downstream libraries will consume, and no\n             * additional metadata (e.g. read-start [[Pos]]) is needed,\n             *\/\n            val split =\n              new FileVirtualSplit(\n                new fs.Path(path.uri),\n                startPos.toHTSJDK,\n                endPos.toHTSJDK,\n                Array()\n              )\n\n            val ctx = new TaskAttemptContextImpl(hconf, new TaskAttemptID)\n\n            val rr = new BAMRecordReader\n            rr.initialize(split, ctx)\n            new SimpleIterator[SAMRecord] {\n              override protected def _advance =\n                if (rr.nextKeyValue())\n                  Some(\n                    rr.getCurrentValue.get()\n                  )\n                else\n                  None\n            }\n        }\n    }\n\n  def loadSplitsAndReads(path: Path,\n                         splitSize: MaxSplitSize = MaxSplitSize(),\n                         bgzfBlocksToCheck: BGZFBlocksToCheck = the[BGZFBlocksToCheck],\n                              readsToCheck:      ReadsToCheck = the[     ReadsToCheck],\n                               maxReadSize:       MaxReadSize = the[      MaxReadSize]\n                        ): BAMRecordRDD = {\n    val positionsAndReadsRDD =\n      loadReadsAndPositions(\n        path,\n        splitSize,\n        bgzfBlocksToCheck,\n        readsToCheck,\n        maxReadSize\n      )\n\n    val endPos = Pos(path.size, 0)\n\n    val splits =\n      positionsAndReadsRDD\n        .mapPartitions(\n          it \u21d2\n            if (it.hasNext)\n              Iterator(it.next._1)\n            else\n              Iterator()\n        )\n        .collect\n        .sliding2(endPos)\n        .map(Split(_))\n        .toVector\n\n    val reads = positionsAndReadsRDD.values\n\n    BAMRecordRDD(splits, reads)\n  }\n\n  def loadReadsAndPositions(path: Path,\n                            splitSize: MaxSplitSize = MaxSplitSize(),\n                            bgzfBlocksToCheck: BGZFBlocksToCheck = the[BGZFBlocksToCheck],\n                                 readsToCheck:      ReadsToCheck = the[     ReadsToCheck],\n                                  maxReadSize:       MaxReadSize = the[      MaxReadSize]\n                           ): RDD[(Pos, SAMRecord)] = {\n\n    val headerBroadcast = sc.broadcast(Header(path))\n    val contigLengthsBroadcast = sc.broadcast(ContigLengths(path))\n\n    val fileSplitsRDD = SplitRDD(FileSplits.asJava(path, splitSize))\n\n    fileSplitsRDD\n      .flatMap {\n        case (start, end) \u21d2\n          implicit val Channels(\n            compressedChannel,\n            uncompressedBytes\n          ) =\n            Channels(path)\n\n          val bgzfBlockStart =\n            FindBlockStart(\n              path,\n              start,\n              compressedChannel,\n              bgzfBlocksToCheck\n            )\n\n          val header = headerBroadcast.value\n\n          val startPos =\n            FindRecordStart(\n              path,\n              bgzfBlockStart\n            )(\n              uncompressedBytes,\n              contigLengthsBroadcast.value,\n              readsToCheck,\n              maxReadSize\n            )\n\n          val rs = RecordStream(uncompressedBytes, header)\n\n          uncompressedBytes.seek(startPos)\n\n          val endPos = Pos(end, 0)\n\n          rs\n            .takeWhile {\n              case (pos, _) \u21d2\n                pos < endPos\n            }\n      }\n  }\n\n  \/**\n   * Load reads from a .sam, .bam, or .cram file\n   *\n   * @param path Path to a .sam or .bam file\n   * @param bgzfBlocksToCheck when searching for bgzf-block-boundaries, check this many blocks ahead before declaring a\n   *                          position to be a block-boundary\n   * @param readsToCheck number of successive reads to verify before emitting a record-\/split-boundary\n   * @param maxReadSize when searching for BAM-record-boundaries, try up to this many consecutive positions before\n   *                    giving up \/ throwing; reads taking up more than this many bytes on disk can result in\n   *                    \"false-negative\" read-boundary calls\n   * @param splitSize maximum (compressed) size of generated partitions\n   *\/\n  def loadReads(path: Path,\n                bgzfBlocksToCheck: BGZFBlocksToCheck = the[BGZFBlocksToCheck],\n                     readsToCheck:      ReadsToCheck = the[     ReadsToCheck],\n                      maxReadSize:       MaxReadSize = the[      MaxReadSize],\n                splitSize: MaxSplitSize = MaxSplitSize()): RDD[SAMRecord] =\n    path.extension match {\n      case \"sam\" \u21d2\n        loadSam(\n          path,\n          splitSize\n        )\n      case \"bam\" \u21d2\n        loadBam(\n          path,\n          splitSize,\n          bgzfBlocksToCheck,\n          readsToCheck,\n          maxReadSize\n        )\n      case \"cram\" \u21d2\n        \/\/ Delegate to hadoop-bam\n        sc\n          .newAPIHadoopFile(\n            path.toString,\n            classOf[CRAMInputFormat],\n            classOf[LongWritable],\n            classOf[SAMRecordWritable]\n          )\n          .values\n          .map(_.get)\n      case _ \u21d2\n        throw new IllegalArgumentException(\n          s\"Can't load reads from path: $path\"\n        )\n    }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"bgzf\/src\/main\/scala\/org\/hammerlab\/bgzf\/Pos.scala","text":"package org.hammerlab.bgzf\n\nimport cats.Show\nimport cats.Show.show\n\nimport scala.math.max\n\n\/**\n * A \"virtual position\" in a BGZF file: [[blockPos]] (offset to bgzf-block-start in compressed file) and [[offset]] into\n * that block's uncompressed data.\n *\/\ncase class Pos(blockPos: Long, offset: Int) {\n\n  override def toString: String =\n    s\"$blockPos:$offset\"\n\n  def -(other: Pos)(implicit ratio: EstimatedCompressionRatio): Double =\n    max(\n      0L,\n      blockPos - other.blockPos +\n        ((offset - other.offset) \/ ratio).toLong\n    )\n\n  def toHTSJDK: Long = (blockPos << 16 | offset)\n}\n\nobject Pos {\n  \/**\n   * Convenience conversion from htsjdk-style positions, which are [[Long]]s with 48 bits of block-position and 16 bits\n   * of intra-block uncompressed-offset.\n   *\/\n  def apply(vpos: Long): Pos =\n    Pos(\n      vpos >>> 16,\n      (vpos & 0xffff).toInt\n    )\n\n  implicit val showPos: Show[Pos] = show { _.toString }\n\n  \/\/ Ordering brings in some undesirable implicit interactions \/ divergences; redo some pieces of it here\n  implicit val ord: Ordering[Pos] = Ordering.by(pos \u21d2 pos.blockPos \u2192 pos.offset)\n  implicit def mkOrderingOps(pos: Pos): ord.Ops = new ord.Ops(pos)\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"build.sbt","text":"\nimport genomics.{ loci, reference }\n\nval `cli-base`  = hammerlab.cli. base +testtest\nval `cli-spark` = hammerlab.cli.spark +testtest\n\ndefault(\n  \/\/ most modules in this project are published with this group\n  subgroup(\"bam\"),\n  github.repo(\"spark-bam\"),\n  v\"1.2.0-M1\",\n  versions(\n                   bytes \u2192 \"1.2.0\"          ,\n               `cli-base`\u2192 \"1.0.0\"          ,\n              `cli-spark`\u2192 \"1.0.0\"          ,\n                 channel \u2192 \"1.5.1\"          ,\n    hammerlab.hadoop_bam \u2192 \"7.9.0\"          ,\n            hammerlab.io \u2192 \"5.1.1\"          ,\n               iterators \u2192 \"2.2.0\"          ,\n                    loci \u2192 \"2.2.0\"          ,\n              magic_rdds \u2192 \"4.2.3\"          ,\n              math.utils \u2192 \"2.2.0\"          ,\n                   paths \u2192 \"1.5.0\"          ,\n               reference \u2192 \"1.5.0\"          ,\n              spark_util \u2192 \"3.0.0\"          ,\n                   stats \u2192 \"1.3.1\"          ,\n                   types \u2192 \"1.2.0\"          ,\n      seqdoop_hadoop_bam \u2192 \"7.9.2\"\n  )\n)\n\nlazy val bgzf = project.settings(\n  group(\"org.hammerlab\"),\n  dep(\n   `cli-base`,\n    cats,\n    channel,\n    hammerlab.io,\n    iterators,\n    math.utils,\n    paths,\n    slf4j,\n    spark_util,\n    stats\n  ),\n  spark\n).dependsOn(\n  `test-bams` test\n)\n\nlazy val check = project.settings(\n  dep(\n    bytes,\n   `cli-base`,\n    case_app,\n    cats,\n    channel,\n    htsjdk,\n    iterators,\n    loci + testtest,\n    magic_rdds,\n    hammerlab.io,\n    paths,\n    seqdoop_hadoop_bam,\n    slf4j,\n    spark_util\n  ),\n  spark,\n  fork := true  \/\/ ByteRangesTest exposes an SBT bug that this works around; see https:\/\/github.com\/sbt\/sbt\/issues\/2824\n).dependsOn(\n  bgzf,\n  `test-bams` test\n)\n\nlazy val cli = project.settings(\n  dep(\n    bytes,\n    case_app,\n    cats,\n    channel,\n    hammerlab.hadoop_bam,\n   `cli-base`,\n   `cli-spark`,\n    hammerlab.io,\n    iterators,\n    magic_rdds,\n    paths,\n    spark_util,\n    stats,\n    types\n  ),\n\n  \/\/ Bits that depend on the seqdoop module use org.hammerlab:hadoop-bam; make sure we don't get the org.seqdoop one.\n  excludes += seqdoop_hadoop_bam,\n\n  spark,\n\n  shadedDeps += shapeless,\n\n  \/\/ Spark 2.1.0 (spark-submit is an easy way to run this library's Main) puts shapeless 2.0.0 on the classpath, but we\n  \/\/ need 2.3.2.\n  shadeRenames += \"shapeless.**\" \u2192 \"shaded.shapeless.@1\",\n\n  main := \"org.hammerlab.bam.Main\",\n\n  \/\/ It can be convenient to keep google-cloud-nio and gcs-connecter shaded JARs in lib\/, though they're not checked into\n  \/\/ git. However, we exclude them from the assembly JAR by default, on the assumption that they'll be provided otherwise\n  \/\/ at runtime (by Dataproc in the case of gcs-connector, and by manually adding to the classpath in the case of\n  \/\/ google-cloud-nio).\n  assemblyExcludeLib,\n\n  publishAssemblyJar,\n\n  consolePkg(\"spark_bam\"),\n\n  buildInfoPackage := \"build_info.spark_bam\",\n  buildInfoObject := \"cli\"\n).dependsOn(\n  bgzf,\n  check,\n  load,\n  seqdoop,\n  `test-bams` test\n).enablePlugins(\n  BuildInfoPlugin\n)\n\nlazy val load = project.settings(\n\n  \/\/ When running all tests in this project with `sbt test`, sometimes a Kryo\n  \/\/ \"Class is not registered: org.hammerlab.genomics.loci.set.LociSet\" exception is thrown by\n  \/\/ LoadBAMTest:\"indexed disjoint regions\"; this works around it.\n  fork := true,\n\n  dep(\n    channel,\n    htsjdk,\n    iterators,\n    loci + testtest,\n    magic_rdds % tests,\n    math.utils,\n    paths,\n    reference,\n    seqdoop_hadoop_bam,\n    shapeless,\n    slf4j,\n    spark_util\n  ),\n  spark\n).dependsOn(\n  bgzf,\n  check,\n  `test-bams` test\n)\n\nlazy val seqdoop = project.settings(\n  dep(\n    channel,\n    hammerlab.hadoop_bam,\n    htsjdk,\n    paths\n  ),\n  \/\/ Make sure we get org.hammerlab:hadoop-bam, not org.seqdoop\n  excludes += seqdoop_hadoop_bam,\n  spark\n).dependsOn(\n  bgzf,\n  check,\n  `test-bams` test\n)\n\nlazy val `test-bams` = project.settings(\n  name := \"test-bams\",\n  v\"1.1.0-M1\",\n  `2.11`.only,\n  dep(\n    paths,\n    hammerlab.test.base\n  ),\n  clearTestDeps,\n  test in sbt.Test := {}\n)\n\n\/\/ named this module \"metrics\" instead of \"benchmarks\" to work around bizarre IntelliJ-scala-plugin bug, cf.\n\/\/ https:\/\/youtrack.jetbrains.com\/issue\/SCL-12628#comment=27-2439322\nlazy val metrics = project.in(file(\"benchmarks\")).settings(\n  dep(\n    paths,\n    bytes\n  )\n)\n\nlazy val `spark-bam` =\n  root(\n    bgzf,\n    check,\n    cli,\n    load,\n    seqdoop,\n    `test-bams`\n  )\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/ParallelConfig.scala","text":"<filename>check\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/ParallelConfig.scala\npackage org.hammerlab.bam.spark\n\nimport java.lang.Runtime.getRuntime\n\nimport org.apache.spark.SparkContext\nimport org.hammerlab.parallel\nimport org.hammerlab.parallel.spark.{ ElemsPerPartition, PartitioningStrategy }\n\n\/**\n * Wrapper around [[org.hammerlab.parallel.Config]] machinery that is easier to construct before having access to a\n * [[SparkContext]]; exposed in [[org.hammerlab.bam.spark.load.CanLoadBam]] APIs.\n *\/\nsealed trait ParallelConfig\n\nobject ParallelConfig {\n  implicit def materialize(config: ParallelConfig)(implicit sc: SparkContext): parallel.Config =\n    config match {\n      case Spark(ps) \u21d2\n        parallel.spark.apply(sc, ps)\n      case Threads(numThreads) \u21d2\n        parallel.threads.Config(numThreads)\n    }\n}\n\ncase class Threads(numThreads: Int = getRuntime.availableProcessors())\n  extends ParallelConfig\n\ncase class Spark(partitioningStrategy: PartitioningStrategy = ElemsPerPartition(1))\n  extends ParallelConfig\n\nobject Spark {\n  implicit def makeSpark(partitioningStrategy: PartitioningStrategy): Spark =\n    Spark(partitioningStrategy)\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/check\/Checker.scala","text":"package org.hammerlab.bam.check\n\nimport org.hammerlab.bgzf.Pos\nimport org.hammerlab.channel.{ CachingChannel, SeekableByteChannel }\n\ntrait Checker[+Call] {\n  def apply(pos: Pos): Call\n}\n\nobject Checker {\n  val allowedReadNameChars =\n    (\n      ('!' to '?') ++\n      ('A' to '~')\n    )\n    .toSet\n\n  val FIXED_FIELDS_SIZE = 9 * 4  \/\/ 9 4-byte ints at the start of every BAM record\n\n  val MAX_CIGAR_OP = 8\n\n  trait MakeChecker[Call, C <: Checker[Call]]\n    extends ((CachingChannel[SeekableByteChannel]) \u21d2 C)\n      with Serializable\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/args\/ByteRanges.scala","text":"<reponame>hammerlab\/spark-bam\npackage org.hammerlab.args\n\nimport java.lang.{ Long \u21d2 JLong }\n\nimport caseapp.core.argparser._\nimport hammerlab.bytes._\nimport org.hammerlab.args.ByteRanges.bytesToJLong\n\ncase class ByteRanges(ranges: Seq[Range[Bytes]])\n  extends Ranges[Bytes, JLong] {\n  override implicit def integral: Integral[JLong] = Integral.long\n  override implicit def toSetT: (Bytes) \u21d2 JLong = bytesToJLong\n}\n\nobject ByteRanges {\n  implicit def bytesToJLong(bytes: Bytes): JLong = bytes.bytes\n\n  implicit val parser: ArgParser[ByteRanges] =\n    Ranges.parser[ByteRanges, Bytes, JLong]\n\n  import hammerlab.bytes._\n  import org.hammerlab.kryo._\n\n  implicit val alsoRegisterBytes: AlsoRegister[Bytes] =\n    AlsoRegister(\n      cls[ B],\n      cls[KB],\n      cls[MB],\n      cls[GB],\n      cls[TB],\n      cls[PB]\n    )\n\n  implicit val alsoRegister: AlsoRegister[ByteRanges] =\n    AlsoRegister(\n      cls[Range[_]],\n      cls[Bytes]\n    )\n}\n\ncase class LongRanges(ranges: Seq[Range[Long]])\n  extends Ranges[Long, JLong] {\n  override implicit def integral: Integral[JLong] = Integral.long\n  override implicit def toSetT: (Long) \u21d2 JLong = long2Long\n}\n\ncase class IntRanges(ranges: Seq[Range[Int]])\n  extends Ranges[Int, Integer] {\n  override implicit def integral: Integral[Integer] = Integral.integer\n  override implicit def toSetT: (Int) \u21d2 Integer = int2Integer\n}\n\nobject IntRanges {\n  implicit val parser: ArgParser[IntRanges] =\n    Ranges.parser[IntRanges, Int, Integer]\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/rewrite\/HTSJDKRewrite.scala","text":"<filename>cli\/src\/main\/scala\/org\/hammerlab\/bam\/rewrite\/HTSJDKRewrite.scala\npackage org.hammerlab.bam.rewrite\n\nimport caseapp._\nimport grizzled.slf4j.Logging\nimport hammerlab.cli._\nimport htsjdk.samtools.{ SAMFileWriterFactory, SamReaderFactory }\nimport org.hammerlab.args.IntRanges\nimport org.hammerlab.bam.index.IndexRecords\nimport org.hammerlab.bgzf.index.IndexBlocks\nimport org.hammerlab.cli.base.app.HasPrinter\n\nimport scala.collection.JavaConverters._\n\n\/**\n * App that reads a BAM file and rewrites it after a trip through HTSJDK's BAM-reading\/-writing machinery.\n *\n * Useful for creating BAM files with records that span BGZF block boundaries, which samtools won't do.\n *\n * This is necessary to test out [[org.hammerlab.bam.check.Checker]] machinery.\n *\/\nobject HTSJDKRewrite extends Cmd {\n  \/**\n   * @param readRanges if set, only output ranges in these intervals \/ at these positions\n   * @param indexBlocks if set, compute a \".blocks\" file with positions and sizes of BGZF blocks in the output BAM; see\n   *                    [[IndexBlocks]]\n   * @param indexRecords if set, compute a \".records\" file with positions of BAM records in the output BAM; see\n   *                     [[IndexRecords]]\n   *\/\n  @AppName(\"Rewrite BAM file with HTSJDK; records not aligned to BGZF-block boundaries\")\n  @ProgName(\"\u2026 org.hammerlab.bam.rewrite.Main\")\n  case class Opts(@O(\"r\") readRanges: Option[IntRanges] = None,\n                  @Recurse printerArgs: PrinterArgs,\n                  @O(\"b\") indexBlocks: Boolean = false,\n                  @O(\"i\") indexRecords: Boolean = false)\n\n  val main = Main(\n    args \u21d2 new RequiredArgOutPathApp(args)\n      with HasPrinter\n      with Logging {\n\n      val reader = SamReaderFactory.make().open(path)\n\n      val header = reader.getFileHeader\n\n      val records = {\n        val records =\n          reader\n            .iterator()\n            .asScala\n\n        args.readRanges match {\n          case Some(ranges) \u21d2\n            records\n              .zipWithIndex\n              .collect {\n                case (record, idx) if ranges.contains(idx) \u21d2\n                  record\n              }\n          case _ \u21d2\n            records\n        }\n      }\n\n      val writer =\n        new SAMFileWriterFactory()\n          .makeBAMWriter(header, true, printer)\n\n      records.foreach(writer.addAlignment)\n\n      reader.close()\n      writer.close()\n\n      if (args.indexBlocks)\n        IndexBlocks.main(\n          args.printerArgs,\n          RemainingArgs(\n            Seq(out.toString),\n            Nil\n          )\n        )\n\n      if (args.indexRecords)\n        IndexRecords.main(\n          IndexRecords.Opts(args.printerArgs),\n          RemainingArgs(\n            Seq(out.toString),\n            Nil\n          )\n        )\n    }\n  )\n\/\/  object Main extends app.Main(App)\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/header\/ContigLengths.scala","text":"package org.hammerlab.bam.header\n\nimport java.io.InputStream\n\nimport hammerlab.path._\nimport htsjdk.samtools.SamReaderFactory.Option.EAGERLY_DECODE\nimport htsjdk.samtools.SamReaderFactory.makeDefault\nimport htsjdk.samtools.{ SAMFileHeader, SAMSequenceDictionary, SAMSequenceRecord, SamInputResource }\nimport org.hammerlab.bam.header.ContigLengths.ContigLengthsT\nimport org.hammerlab.genomics.reference\nimport org.hammerlab.genomics.reference.{ ContigName, NumLoci }\nimport org.hammerlab.hadoop.Configuration\nimport org.seqdoop.hadoop_bam.util.SAMHeaderReader._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.immutable.SortedMap\n\ncase class ContigLengths(map: ContigLengthsT)\n  extends Serializable {\n  override def toString: String =\n    (for {\n      (_, (name, length)) \u2190 map\n    } yield\n      s\"$name:\\t$length\"\n    )\n    .mkString(\"\\n\")\n}\n\nobject ContigLengths {\n\n  def readSAMHeaderFromStream(in: InputStream, conf: Configuration): SAMFileHeader = {\n    val stringency = getValidationStringency(conf)\n\n    val readerFactory =\n      makeDefault\n        .setOption(EAGERLY_DECODE, false)\n        .setUseAsyncIo(false)\n\n    if (stringency != null)\n      readerFactory.validationStringency(stringency)\n\n    val refSource = getReferenceSource(conf)\n\n    if (null != refSource)\n      readerFactory.referenceSource(refSource)\n\n    readerFactory.open(SamInputResource.of(in)).getFileHeader\n  }\n\n  type ContigLengthsT = SortedMap[Int, (ContigName, NumLoci)]\n\n  def apply(path: Path)(implicit conf: Configuration): ContigLengths =\n    readSAMHeaderFromStream(path.inputStream, conf)\n\n  def apply(sequences: Seq[(Int, (ContigName, NumLoci))]): ContigLengths =\n    ContigLengths(\n      SortedMap(\n        sequences: _*\n      )\n    )\n\n  implicit def wrapContigLengths(contigLengths: ContigLengthsT): ContigLengths = ContigLengths(contigLengths)\n  implicit def unwrapContigLengths(contigLengths: ContigLengths): ContigLengthsT = contigLengths.map\n\n  implicit def toReferenceContigLengths(contigLengths: ContigLengths): reference.ContigLengths =\n    contigLengths\n      .map\n      .map {\n        case (_, (contigName, numLoci)) \u21d2\n          contigName \u2192 numLoci\n      }\n\n  implicit def htsjdkHeaderToContigLengths(contigLengths: ContigLengths): SAMFileHeader =\n    new SAMFileHeader(\n      new SAMSequenceDictionary(\n        (for {\n          (_, (name, length)) \u2190 contigLengths.toList\n        } yield\n          new SAMSequenceRecord(name.name, length.toInt)\n        )\n        .asJava\n      )\n    )\n  implicit def htsjdkHeaderToContigLengths(header: SAMFileHeader): ContigLengths =\n    ContigLengths(\n      for {\n        sequence \u2190 header.getSequenceDictionary.getSequences.asScala\n      } yield\n        sequence.getSequenceIndex \u2192\n          (\n            sequence.getSequenceName: ContigName,\n            NumLoci(sequence.getSequenceLength)\n          )\n    )\n\n  import org.hammerlab.kryo._\n\n  implicit val serializer: Serializer[ContigLengths] =\n    Serializer(\n      (kryo, input) \u21d2 {\n        val size = input.readInt()\n        SortedMap(\n          (for {\n            idx \u2190 0 until size\n          } yield\n            idx \u2192\n              (\n                kryo.readClassAndObject(input).asInstanceOf[ContigName],\n                NumLoci(input.readLong())\n              )\n         ): _*\n        )\n      },\n      (kryo, output, contigLengths) \u21d2 {\n        output.writeInt(contigLengths.size)\n        for {\n          (_, (name, length)) \u2190 contigLengths\n        } {\n          kryo.writeClassAndObject(output, name)\n          output.writeLong(length)\n        }\n      }\n    )\n\n  implicit val alsoRegister: AlsoRegister[ContigLengths] =\n    AlsoRegister(\n      cls[ContigName]\n    )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/test\/scala\/org\/hammerlab\/bam\/spark\/ComputeSplitsTest.scala","text":"package org.hammerlab.bam.spark\n\nimport hammerlab.path._\nimport org.hammerlab.bam.test.resources.bam1\nimport org.hammerlab.cli.spark.MainSuite\nimport org.hammerlab.test.matchers.lines.HasLines\n\nclass ComputeSplitsTest\n  extends MainSuite(ComputeSplits)\n    with HasLines {\n\n  override def extraArgs(outPath: Path) = Seq(bam1, outPath)\n\n  test(\"eager 230KB\") {\n    checkAllLines(\n      \"-s\",\n      \"-m\", \"230k\"\n    )(\n      l\"Get spark-bam splits: ${d}ms\",\n      \"\",\n      \"Split-size distribution:\",\n      \"N: 3, \u03bc\/\u03c3: 1.9e5\/57877, med\/mad: 2.2e5\/20521\",\n      \" elems: 224301 244822 113078\",\n      \"sorted: 113078 224301 244822\",\n      \"\",\n      \"3 splits:\",\n      \"\t0:45846-239479:312\",\n      \"\t239479:312-484396:25\",\n      \"\t484396:25-597482:0\",\n      \"\"\n    )\n  }\n\n  test(\"seqdoop 230KB\") {\n    checkAllLines(\n      \"-u\",\n      \"-m\", \"230k\"\n    )(\n      l\"Get hadoop-bam splits: ${d}ms\",\n      \"\",\n      \"Split-size distribution:\",\n      \"N: 3, \u03bc\/\u03c3: 2.1e5\/53357, med\/mad: 2.4e5\/11219\",\n      \" elems: 242083 253302 134922\",\n      \"sorted: 134922 242083 253302\",\n      \"\",\n      \"3 splits:\",\n      \"\t0:45846-235520:65535\",\n      \"\t239479:311-471040:65535\",\n      \"\t484396:25-597482:65535\",\n      \"\"\n    )\n  }\n\n  test(\"compare 230KB\") {\n    checkAllLines(\n      \"-m\", \"230k\"\n    )(\n      l\"Get spark-bam splits: ${d}ms\",\n      l\"Get hadoop-bam splits: ${d}ms\",\n      \"\",\n      \"2 splits differ (totals: 3, 3):\",\n      \"\t\t239479:311-471040:65535\",\n      \"\t239479:312-484396:25\",\n      \"\"\n    )\n  }\n\n  test(\"compare 240KB\") {\n    checkAllLines(\n      \"-m\", \"240k\"\n    )(\n      l\"Get spark-bam splits: ${d}ms\",\n      l\"Get hadoop-bam splits: ${d}ms\",\n      \"\",\n      \"All splits matched!\",\n      \"\",\n      \"Split-size distribution:\",\n      \"N: 3, \u03bc\/\u03c3: 1.9e5\/74433, med\/mad: 2.4e5\/3497\",\n      \" elems: 248438 244941 88822\",\n      \"sorted: 88822 244941 248438\",\n      \"\",\n      \"3 splits:\",\n      \"\t0:45846-263656:191\",\n      \"\t263656:191-508565:287\",\n      \"\t508565:287-597482:0\",\n      \"\"\n    )\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/compare\/TimeLoad.scala","text":"package org.hammerlab.bam.spark.compare\n\nimport hammerlab.cli._\nimport hammerlab.iterator._\nimport htsjdk.samtools.SAMRecord\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.spark.rdd.RDD\nimport org.hammerlab.args.SplitSize\nimport org.hammerlab.bam.spark.{ LoadReads, load }\nimport org.hammerlab.exception.Error\nimport org.hammerlab.timing.Timer\nimport org.seqdoop.hadoop_bam.{ BAMInputFormat, SAMRecordWritable }\nimport spark_bam._\n\nobject TimeLoad extends Cmd {\n  case class Opts(@R printLimit: PrintLimitArgs,\n                  @R splitSizeArgs: SplitSize.Args,\n                  @O(\"s\") sparkBamFirst: Boolean = false)\n\n  import hammerlab.cli.spark._\n\n  val main = Main(\n    args \u21d2 new PathApp(args, load.Registrar)\n      with Timer\n      with LoadReads {\n\n      implicit val splitSizeArgs = args.splitSizeArgs\n      val splitSize = splitSizeArgs.maxSplitSize\n\n      def firstReadNames(reads: RDD[SAMRecord]): Array[String] =\n        reads\n          .mapPartitions(\n            _\n              .nextOption\n              .iterator\n          )\n           .map(_.getReadName)\n           .collect\n\n      lazy val (sparkBamMS, sparkBamReads) =\n        time {\n          firstReadNames(sc.loadBam(path, splitSize))\n        }\n\n      splitSizeArgs.set\n\n      if (opts.sparkBamFirst) {\n        info(\"Running spark-bam first\u2026\")\n        sparkBamMS\n      }\n\n      try {\n        val (hadoopBamMS, hadoopBamReads) =\n          time {\n            val rdd =\n              sc.newAPIHadoopFile(\n                path.toString,\n                classOf[BAMInputFormat],\n                classOf[LongWritable],\n                classOf[SAMRecordWritable]\n              )\n\n            val reads =\n              rdd\n                .values\n                .map(_.get())\n\n            firstReadNames(reads)\n          }\n\n        echo(\n          s\"spark-bam first-read collection time: $sparkBamMS\",\n          s\"hadoop-bam first-read collection time: $hadoopBamMS\",\n          \"\"\n        )\n\n        val sparkBamNames = sparkBamReads.toSet\n        val hadoopBamNames = hadoopBamReads.toSet\n\n        val onlySparkBam = sparkBamNames.diff(hadoopBamNames)\n        val onlyHadoopBam = hadoopBamNames.diff(sparkBamNames)\n\n        if (onlySparkBam.nonEmpty)\n          echo(\n            s\"spark-bam returned ${onlySparkBam.size} unmatched partition-start reads:\",\n            onlySparkBam.mkString(\"\\t\", \"\\n\\t\", \"\\n\")\n          )\n\n        if (onlyHadoopBam.nonEmpty)\n          echo(\n            s\"hadoop-bam returned ${onlyHadoopBam.size} unmatched partition-start reads:\",\n            onlyHadoopBam.mkString(\"\\t\", \"\\n\\t\", \"\\n\")\n          )\n\n        if (onlySparkBam.isEmpty && onlyHadoopBam.isEmpty)\n          echo(\n            s\"All ${sparkBamReads.length} partition-start reads matched\"\n          )\n      } catch {\n        case e: Throwable \u21d2\n          echo(\n            s\"spark-bam first-read collection time: $sparkBamMS\",\n            \"\",\n            s\"spark-bam collected ${sparkBamReads.length} partitions' first-reads\",\n            \"hadoop-bam threw an exception:\",\n            Error(e)\n          )\n      }\n    }\n  )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/check\/Blocks.scala","text":"package org.hammerlab.bam.check\n\nimport java.lang.{ Long \u21d2 JLong }\n\nimport caseapp.{ Recurse, ValueDescription, HelpMessage \u21d2 M, Name \u21d2 O }\nimport cats.implicits.catsKernelStdGroupForLong\nimport hammerlab.bytes._\nimport hammerlab.iterator._\nimport hammerlab.math.utils.ceil\nimport hammerlab.path._\nimport magic_rdds._\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\nimport org.hammerlab.args.{ ByteRanges, FindBlockArgs, SplitSize }\nimport org.hammerlab.bgzf.block.{ FindBlockStart, Metadata, MetadataStream }\nimport org.hammerlab.channel.SeekableByteChannel\nimport org.hammerlab.guava.collect.Range.closedOpen\nimport org.hammerlab.kryo._\nimport org.hammerlab.magic.rdd.ordered.SortedRDD.Bounds\nimport org.hammerlab.magic.rdd.scan.ScanValuesRDD\n\ncase class Blocks(blocks: RDD[Metadata],\n                  bounds: Bounds[Long])\n\nobject Blocks\n  extends Registrar {\n\n  implicit def toBlocks(blocks: Blocks): RDD[Metadata] = blocks.blocks\n\n  case class Args(\n    @Recurse findBlockArgs: FindBlockArgs,\n\n    @O(\"intervals\") @O(\"i\")\n    @ValueDescription(\"intervals\")\n    @M(\"Comma-separated list of byte-ranges to restrict computation to; when specified, only BGZF blocks whose starts are in this set will be considered. Allowed formats: <start>-<end>, <start>+<length>, <position>. All values can take integer values or byte-size shorthands (e.g. \\\"10m\\\")\")\n    ranges: Option[ByteRanges] = None,\n\n    @O(\"b\")\n    @ValueDescription(\"path\")\n    @M(\"File with bgzf-block-start positions as output by index-blocks; If unset, the BAM path with a \\\".blocks\\\" extension appended is used. If this path doesn't exist, use a parallel search for BGZF blocks (see --bgzf-block-headers-to-check)\")\n    blocksPath: Option[Path] = None,\n\n    @Recurse\n    splits: SplitSize.Args\n  )\n\n  def apply()(\n      implicit\n      sc: SparkContext,\n      path: Path,\n      args: Args\n  ): Blocks = {\n\n    val blocksPath: Path =\n      args\n        .blocksPath\n        .getOrElse(\n          path + \".blocks\"\n        )\n\n    val splitSize =\n      args\n        .splits\n        .maxSplitSize(2 MB)\n        .size\n\n    val rangeSetBroadcast = sc.broadcast(args.ranges)\n\n    \/** Parse BGZF-block [[Metadata]] emitted by [[org.hammerlab.bgzf.index.IndexBlocks]] *\/\n    if (blocksPath.exists) {\n      val blocks =\n        sc\n          .textFile(blocksPath.toString)\n          .map(\n            line \u21d2\n              line.split(\",\") match {\n                case Array(start, compressedSize, uncompressedSize) \u21d2\n                  Metadata(\n                    start.toLong,\n                    compressedSize.toInt,\n                    uncompressedSize.toInt\n                  )\n                case _ \u21d2\n                  throw new IllegalArgumentException(\n                    s\"Bad blocks-index line: $line\"\n                  )\n              }\n          )\n          .filter {\n            case Metadata(start, _, _) \u21d2\n              rangeSetBroadcast\n                .value\n                .forall(\n                  _.contains(start)\n                )\n          }\n\n      val ScanValuesRDD(scanRDD, _, total) =\n        blocks\n          .map {\n            block \u21d2\n              block \u2192\n                block\n                  .compressedSize\n                  .toLong\n          }\n          .scanLeftValues\n\n      val numPartitions =\n        ceil(\n          total,\n          splitSize\n        )\n        .toInt\n\n      val repartitionedBlocks =\n        scanRDD\n          .map {\n            case (block, offset) \u21d2\n              (offset \/ splitSize).toInt \u2192\n                block.start \u2192\n                block\n          }\n          .partitionByKey(numPartitions)\n\n      Blocks(\n        repartitionedBlocks,\n        Bounds(\n          (0 until numPartitions)\n            .map {\n              i \u21d2\n                Some(\n                  (\n                    i * splitSize,\n                    Some((i + 1) * splitSize)\n                  )\n                )\n            }\n        )\n      )\n    } else {\n      val numPartitions = ceil(path.size, splitSize).toInt\n      val splitIdxs =\n        0 until numPartitions filter {\n          idx \u21d2\n            val start = idx * splitSize\n            val end = (idx + 1) * splitSize\n            val range = closedOpen[JLong](start, end)\n            rangeSetBroadcast\n              .value\n              .forall(\n                !_\n                  .subRangeSet(range)\n                  .isEmpty\n              )\n        }\n\n      val blocks =\n        sc\n          .parallelize(\n            splitIdxs,\n            splitIdxs.length\n          )\n          .flatMap {\n            idx \u21d2\n              val start = idx * splitSize\n              val end = (idx + 1) * splitSize\n              val in = SeekableByteChannel(path)\n              val blockStart =\n                FindBlockStart(\n                  path,\n                  start,\n                  in,\n                  args.findBlockArgs.bgzfBlocksToCheck\n                )\n\n              in.seek(blockStart)\n\n              MetadataStream(in)\n                .takeWhile(_.start < end)\n                .filter {\n                  case Metadata(start, _, _) \u21d2\n                    rangeSetBroadcast\n                      .value\n                      .forall(\n                        _.contains(start)\n                      )\n                }\n                .finish(in.close())\n          }\n\n      Blocks(\n        blocks,\n        Bounds(\n          splitIdxs\n            .map(\n              i \u21d2\n                Some(\n                  (\n                    i * splitSize,\n                    Some((i + 1) * splitSize)\n                  )\n                )\n            )\n        )\n      )\n    }\n  }\n\n  register(\n    cls[ByteRanges],  \/\/ broadcast\n    cls[Metadata]     \/\/ scanLeftValues\n  )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/compare\/CompareSplits.scala","text":"<filename>cli\/src\/main\/scala\/org\/hammerlab\/bam\/spark\/compare\/CompareSplits.scala\npackage org.hammerlab.bam.spark.compare\n\nimport caseapp._\nimport hammerlab.cli._\nimport hammerlab.cli.spark.PathApp\nimport hammerlab.lines.limit._\nimport org.hammerlab.args.{ FindBlockArgs, FindReadArgs, IntRanges, SplitSize }\nimport org.hammerlab.hadoop.splits.MaxSplitSize\nimport org.hammerlab.stats.Stats\nimport shapeless._\n\nimport scala.collection.mutable\n\nobject CompareSplits extends Cmd {\n\n  @AppName(\"Compare splits computed from many BAM files listed in a given file\")\n  @ProgName(\"\u2026 org.hammerlab.bam.spark.compare\")\n  case class Opts(@R printLimit: PrintLimitArgs,\n                  @R splitSizeArgs: SplitSize.Args,\n                  @R findReadArgs: FindReadArgs,\n                  @R findBlockArgs: FindBlockArgs,\n\n                  @O(\"r\")\n                  fileRanges: Option[IntRanges] = None\n  )\n\n  val main = Main(\n    args \u21d2 new PathApp(args, Registrar) {\n\n      val lines =\n        path\n          .lines\n          .map(_.trim)\n          .filter(_.nonEmpty)\n          .zipWithIndex\n          .collect {\n            case (path, idx)\n              if args.fileRanges.forall(_.contains(idx)) \u21d2\n              path\n          }\n          .toVector\n\n      val numBams = lines.length\n\n      implicit val splitSize: MaxSplitSize = opts.splitSizeArgs.maxSplitSize\n\n      implicit val FindReadArgs(maxReadSize, readsToCheck) = opts.findReadArgs\n\n      implicit val bgzfBlocksToCheck = opts.findBlockArgs.bgzfBlocksToCheck\n\n      opts.splitSizeArgs.set\n\n      val pathResults =\n        new PathChecks(lines, numBams)\n          .results\n\n      import cats.implicits.catsKernelStdMonoidForVector\n      import hammerlab.monoid._\n      import hammerlab.show._\n\n      val (\n        (timingRatios: Seq[Double]) ::  \/\/ IntelliJ needs some help on the type inference here \ud83e\udd37\n        numSparkBamSplits ::\n        numHadoopBamSplits ::\n        sparkOnlySplits ::\n        hadoopOnlySplits ::\n        hadoopBamMS ::\n        sparkBamMS ::\n        HNil\n      ) =\n        pathResults\n          .values\n          .map {\n            result \u21d2\n              \/\/ Create an HList with a Vector of timing-ratio Doubles followed by the Int fields from Result\n              Vector(result.sparkBamMS.toDouble \/ result.hadoopBamMS) ::\n                Result.gen.to(result).filter[Int]  \/\/ drop the differing-splits vector, leave+sum just the other (numeric) fields\n          }\n          .reduce { _ |+| _ }\n\n      val diffs =\n        pathResults\n          .filter(_._2.diffs.nonEmpty)\n          .collect\n\n      implicit val showDouble: Show[Double] = Show { \"%.1f\".format(_) }\n\n      def printTimings(): Unit = {\n        echo(\n          \"Total split-computation time:\",\n          s\"\\thadoop-bam:\\t$hadoopBamMS\",\n          s\"\\tspark-bam:\\t$sparkBamMS\",\n          \"\"\n        )\n\n        if (timingRatios.size > 1)\n          echo(\n            \"Ratios:\",\n            Stats(timingRatios, onlySampleSorted = true),\n            \"\"\n          )\n        else if (timingRatios.size == 1)\n          echo(\n            show\"Ratio: ${timingRatios.head}\",\n            \"\"\n          )\n      }\n\n      if (diffs.isEmpty) {\n        echo(\n          s\"All $numBams BAMs' splits (totals: $numSparkBamSplits, $numHadoopBamSplits) matched!\",\n          \"\"\n        )\n        printTimings()\n      } else {\n        echo(\n          s\"${diffs.length} of $numBams BAMs' splits didn't match (totals: $numSparkBamSplits, $numHadoopBamSplits; $sparkOnlySplits, $hadoopOnlySplits unmatched)\",\n          \"\"\n        )\n        printTimings()\n        diffs.foreach {\n          case (\n            path,\n            Result(\n              numSparkSplits,\n              numHadoopSplits,\n              diffs,\n              numSparkOnlySplits,\n              numHadoopOnlySplits,\n              _,\n              _\n            )\n          ) \u21d2\n            val totalsMsg =\n              s\"totals: $numSparkSplits, $numHadoopSplits; mismatched: $numSparkOnlySplits, $numHadoopOnlySplits\"\n\n            echo(\n              Limited(\n                diffs\n                  .map {\n                    case Left(ours) \u21d2\n                      show\"\\t$ours\"\n                    case Right(theirs) \u21d2\n                      show\"\\t\\t$theirs\"\n                  },\n                s\"\\t${path.basename}: ${diffs.length} splits differ ($totalsMsg):\",\n                s\"\\t${path.basename}: first $limit of ${diffs.length} splits that differ ($totalsMsg):\"\n              ),\n              \"\"\n            )\n        }\n      }\n    }\n  )\n\n  \/** Import this here to avoid conflict with [[shapeless.Path]] *\/\n  import hammerlab.path._\n  import org.hammerlab.bam.kryo.pathSerializer\n  import org.hammerlab.kryo._\n\n  case class Registrar() extends spark.Registrar(\n    cls[mutable.WrappedArray.ofRef[_]],\n    cls[Path],      \/\/ collected\n    cls[Result],    \/\/ collected\n    cls[_ :: _],    \/\/ reduced\n    HNil.getClass,\n    cls[Result]\n  )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"load\/src\/test\/scala\/org\/hammerlab\/bam\/spark\/load\/LoadSAMTest.scala","text":"package org.hammerlab.bam.spark.load\n\nimport htsjdk.samtools.SAMRecord\nimport org.apache.spark.rdd.RDD\nimport org.hammerlab.hadoop.splits.MaxSplitSize\nimport spark_bam._\n\nclass LoadSAMTest\n  extends LoadBAMChecks {\n\n  val path = sam2\n\n  override def load(maxSplitSize: MaxSplitSize): RDD[SAMRecord] =\n    sc\n      .loadSam(\n        path,\n        maxSplitSize\n      )\n\n  test(\"1e6\") {\n    check(\n      MaxSplitSize(1000000),\n      1255, 1245\n    )\n  }\n\n  test(\"1e5\") {\n    check(\n      MaxSplitSize(100000),\n      129, 133, 131, 129, 130, 134, 137, 134, 130, 134,\n      135, 135, 136, 135, 125, 130, 128, 127, 128\n    )\n  }\n\n  test(\"indexed disjoint regions\") {\n    val intervals = \"1:13000-14000,1:28000-29000\"\n\n    {\n      val records = sc.loadBamIntervals(path, intervals)\n      records.getNumPartitions should be(1)\n      records.count should be(125)\n    }\n\n    {\n      implicit val splitSize = MaxSplitSize(100000)\n      val records =\n        sc.loadBamIntervals(\n          path,\n          intervals\n        )\n\n      records.getNumPartitions should be(19)\n      records.count should be(125)\n    }\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"load\/src\/test\/scala\/org\/hammerlab\/bam\/spark\/load\/LoadSamAsBamFails.scala","text":"package org.hammerlab.bam.spark.load\n\nimport org.hammerlab.bam.test.resources.TestBams\nimport org.hammerlab.spark.test.suite.SparkSuite\nimport spark_bam._\n\nclass LoadSamAsBamFails\n  extends SparkSuite \n    with TestBams {\n  test(\"load\") {\n    intercept[IllegalArgumentException] {\n      sc.loadBam(sam2)\n    }\n    .getMessage should startWith(\n      \"Expected 'bam' extension\"\n    )\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"bgzf\/src\/test\/scala\/org\/hammerlab\/bgzf\/block\/StreamTest.scala","text":"package org.hammerlab.bgzf.block\n\nimport java.nio.channels.FileChannel\n\nimport hammerlab.indent.tab\nimport hammerlab.lines._\nimport hammerlab.math.sigfigs._\nimport hammerlab.show._\nimport org.hammerlab.bam.test.resources.bam2\nimport org.hammerlab.stats.Stats\nimport org.hammerlab.test.Suite\n\nclass StreamTest\n  extends Suite {\n\n  implicit val sigfigs: SigFigs = 3\n\n  def check(stats: Stats[Int, Int], expectedStr: String): Unit = {\n    stats.showLines should be(\n      expectedStr\n        .stripMargin\n        .trim\n    )\n  }\n\n  implicit def blockToMetadata(block: Block): Metadata =\n    Metadata(\n      block.start,\n      block.compressedSize,\n      block.uncompressedSize\n    )\n\n  test(\"seekable\") {\n\n    val ch = FileChannel.open(bam2.path)\n    val stream = SeekableStream(ch)\n\n    ==(stream.next(), Metadata(    0, 26169, 65498))\n    stream.seek(0)\n    ==(stream.next(), Metadata(    0, 26169, 65498))\n    stream.seek(0)\n    ==(stream.next(), Metadata(    0, 26169, 65498))\n    ==(stream.next(), Metadata(26169, 24080, 65498))\n\n    stream.seek(0)\n    ==(stream.next(), Metadata(    0, 26169, 65498))\n\n    stream.seek(75791)\n    ==(stream.next(), Metadata(75791, 22308, 65498))\n  }\n\n  test(\"2.bam\") {\n    val is = bam2.inputStream\n    val bgzfStream = Stream(is)\n    val blocks = bgzfStream.toList\n    blocks.size should be(25)\n\n    ==(blocks(0), Metadata(    0, 26169, 65498))\n    ==(blocks(1), Metadata(26169, 24080, 65498))\n    ==(blocks(2), Metadata(50249, 25542, 65498))\n\n    val compressedStats =\n      Stats(\n        blocks.map(_.compressedSize)\n      )\n\n    check(\n      compressedStats,\n      \"\"\"N: 25, \u03bc\/\u03c3: 21269\/3356, med\/mad: 20818\/1620\n        | elems: 26169 24080 25542 22308 20688 19943 20818 21957 19888 20517 \u2026 22438 20691 19815 18922 20693 26727 19157 18200 17815 9929\n        |sorted: 9929 17815 18200 18922 19157 19815 19888 19943 20517 20688 \u2026 21957 22308 22438 22709 23310 24080 25542 26169 26240 26727\n        |  .05:\t12295\n        |  .10:\t18046\n        |  .25:\t19852\n        |  .50:\t20818\n        |  .75:\t23010\n        |  .90:\t26197\n        |  .95:\t26581\"\"\"\n    )\n\n    val prunedCompressedStats =\n      Stats(\n        blocks\n          .map(_.compressedSize)\n          .dropRight(1)\n      )\n\n    check(\n      prunedCompressedStats,\n      \"\"\"N: 24, \u03bc\/\u03c3: 21742\/2479, med\/mad: 21176\/1324\n        | elems: 26169 24080 25542 22308 20688 19943 20818 21957 19888 20517 \u2026 23310 22438 20691 19815 18922 20693 26727 19157 18200 17815\n        |sorted: 17815 18200 18922 19157 19815 19888 19943 20517 20688 20691 \u2026 21957 22308 22438 22709 23310 24080 25542 26169 26240 26727\n        |  .05:\t17911\n        |  .10:\t18561\n        |  .25:\t19902\n        |  .50:\t21176\n        |  .75:\t23160\n        |  .90:\t26205\n        |  .95:\t26605\"\"\"\n    )\n\n    val uncompressedStats =\n      Stats(\n        blocks.map(_.uncompressedSize)\n      )\n\n    check(\n      uncompressedStats,\n      \"\"\"N: 25, \u03bc\/\u03c3: 64261\/6061, med\/mad: 65498\/0\n        | elems: 65498\u00d724 34570\n        |sorted: 34570 65498\u00d724\n        |  .05:\t43848\n        |  .10:\t65498\"\"\"\n    )\n\n    val prunedUncompressedStats =\n      Stats(\n        blocks\n          .map(_.uncompressedSize)\n          .dropRight(1)\n      )\n\n    check(\n      prunedUncompressedStats,\n      \"\"\"N: 24, \u03bc\/\u03c3: 65498\/0, med\/mad: 65498\/0\n        | elems: 65498\u00d724\n        |  .95:\t65498\"\"\"\n    )\n  }\n\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"bgzf\/src\/main\/scala\/org\/hammerlab\/bgzf\/block\/package.scala","text":"package org.hammerlab.bgzf\n\nimport caseapp.core.default.Default\nimport caseapp.core.argparser._\n\npackage object block {\n  \/\/ TODO: move this elsewhere\n  trait IntWrapper extends Any {\n    def n: Int\n    override def toString: String = n.toString\n  }\n\n  implicit class BGZFBlocksToCheck(val n: Int) extends AnyVal with IntWrapper\n  object BGZFBlocksToCheck {\n    implicit val parser: ArgParser[BGZFBlocksToCheck] =\n      SimpleArgParser.from(\"bgzf-blocks-to-check\") {\n        str \u21d2 Right(str.toInt)\n      }\n\n    implicit val default: BGZFBlocksToCheck = 5\n    implicit val defaultParam = Default(default)\n  }\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"cli\/src\/main\/scala\/org\/hammerlab\/bam\/Main.scala","text":"<filename>cli\/src\/main\/scala\/org\/hammerlab\/bam\/Main.scala\npackage org.hammerlab.bam\n\nimport caseapp._\nimport hammerlab.cli._\nimport org.hammerlab.bam.check.{ blocks, eager, full }\nimport org.hammerlab.bam.spark.compare\nimport org.hammerlab.bgzf\n\nsealed abstract class Command[+C <: Cmd](val cmd: C) {\n  def opts: cmd.Opts\n  def apply(opts: cmd.Opts,\n            remainingArgs: RemainingArgs): Unit =\n    cmd.main.run(\n      opts,\n      remainingArgs\n    )\n}\n\ncase class      CheckBam(@R opts:         eager.CheckBam.Opts) extends Command(         eager.CheckBam)\ncase class   CheckBlocks(@R opts:     blocks.CheckBlocks.Opts) extends Command(     blocks.CheckBlocks)\ncase class    CountReads(@R opts:     compare.CountReads.Opts) extends Command(     compare.CountReads)\ncase class      TimeLoad(@R opts:       compare.TimeLoad.Opts) extends Command(       compare.TimeLoad)\ncase class     FullCheck(@R opts:         full.FullCheck.Opts) extends Command(         full.FullCheck)\ncase class CompareSplits(@R opts:  compare.CompareSplits.Opts) extends Command(  compare.CompareSplits)\ncase class ComputeSplits(@R opts:    spark.ComputeSplits.Opts) extends Command(    spark.ComputeSplits)\ncase class   IndexBlocks(@R opts: bgzf.index.IndexBlocks.Opts) extends Command( bgzf.index.IndexBlocks)\ncase class  IndexRecords(@R opts:     index.IndexRecords.Opts) extends Command(     index.IndexRecords)\ncase class HtsjdkRewrite(@R opts:  rewrite.HTSJDKRewrite.Opts) extends Command(  rewrite.HTSJDKRewrite)\n\nobject Main\n  extends CommandApp[Command[Cmd]] {\n\n  override val    appName = \"spark-bam\"\n  override val appVersion = build_info.spark_bam.cli.version\n  override val   progName = \"spark-bam\"\n\n  override def run(cmd: Command[Cmd],\n                   remainingArgs: RemainingArgs): Unit =\n    cmd(\n      cmd.opts,\n      remainingArgs\n    )\n}\n"}
{"repo_name":"hammerlab\/spark-bam","path":"check\/src\/main\/scala\/org\/hammerlab\/bam\/check\/full\/Checker.scala","text":"package org.hammerlab.bam.check.full\n\nimport java.io.{ EOFException, IOException }\n\nimport org.apache.spark.broadcast.Broadcast\nimport org.hammerlab.bam.check\nimport org.hammerlab.bam.check.Checker.{ MAX_CIGAR_OP, MakeChecker, allowedReadNameChars }\nimport org.hammerlab.bam.check.{ PosChecker, ReadsToCheck, SuccessfulReads }\nimport org.hammerlab.bam.check.full.error._\nimport org.hammerlab.bam.header.ContigLengths\nimport org.hammerlab.bgzf.block.SeekableUncompressedBytes\nimport org.hammerlab.channel.{ CachingChannel, SeekableByteChannel }\n\n\/**\n * [[check.Checker]] that builds [[Flags]] of all failing checks at each [[org.hammerlab.bgzf.Pos]].\n *\/\ncase class Checker(uncompressedStream: SeekableUncompressedBytes,\n                   contigLengths: ContigLengths)(\n    implicit\n    val readsToCheck: ReadsToCheck\n)\n  extends PosChecker[Result] {\n\n  override protected def apply(startPos: Long)(\n      implicit\n      successfulReads: SuccessfulReads\n  ): Result = {\n\n    if (successfulReads.n == readsToCheck.n)\n      return Success(readsToCheck.n)\n\n    buf.position(0)\n    try {\n      uncompressedBytes.readFully(buf)\n    } catch {\n      case _: EOFException\n        if uncompressedBytes.position() == startPos &&\n          successfulReads.n > 0 \u21d2\n        return Success(successfulReads.n)\n      case _: IOException \u21d2\n        return Flags(\n          tooFewFixedBlockBytes = true,\n          readPosError = None,\n          nextReadPosError = None,\n          readNameError = None,\n          cigarOpsError = None,\n          tooFewRemainingBytesImplied = false,\n          readsBeforeError = successfulReads.n\n        )\n    }\n\n    buf.position(0)\n    val remainingBytes = buf.getInt\n\n    implicit val nextOffset = startPos + 4 + remainingBytes\n\n    val readPosError = getRefPosError()\n\n    val readNameLength = buf.getInt & 0xff\n\n    val flagsAndNumCigarOps = buf.getInt\n\n    val flags = flagsAndNumCigarOps >>> 16\n\n    val numCigarOps = flagsAndNumCigarOps & 0xffff\n    val numCigarBytes = 4 * numCigarOps\n\n    val seqLen = buf.getInt\n\n    val numSeqAndQualBytes = (seqLen + 1) \/ 2 + seqLen\n\n    implicit val tooFewRemainingBytesImplied =\n      remainingBytes < 32 + readNameLength + numCigarBytes + numSeqAndQualBytes\n\n    val nextReadPosError = getRefPosError()\n\n    implicit val posErrors = (readPosError, nextReadPosError)\n\n    buf.getInt  \/\/ unused: template length\n\n    try {\n      implicit val readNameError: Option[ReadNameError] =\n        readNameLength match {\n          case 0 \u21d2\n            Some(NoReadName)\n          case 1 \u21d2\n            Some(EmptyReadName)\n          case _ \u21d2\n            readNameBuffer.position(0)\n            readNameBuffer.limit(readNameLength)\n            uncompressedBytes.readFully(readNameBuffer)\n\n            \/\/ Drop trailing '\\0'\n            val readNameBytes =\n              readNameBuffer\n                .array()\n                .view\n                .slice(0, readNameLength)\n\n            if (readNameBytes.last != 0)\n              Some(NonNullTerminatedReadName)\n            else if (\n              readNameBytes\n                .view\n                .slice(0, readNameLength - 1)\n                .exists(byte \u21d2 !allowedReadNameChars(byte.toChar))\n            )\n              Some(NonASCIIReadName)\n            else\n              None\n        }\n\n      implicit val cigarOpsError: Option[CigarOpsError] =\n        try {\n          if (\n            (0 until numCigarOps)\n              .exists {\n                _ \u21d2\n                  (uncompressedBytes.getInt & 0xf) > MAX_CIGAR_OP\n              }\n          )\n            Some(InvalidCigarOp)\n          else\n            ((flags & 4) == 0, seqLen == 0, numCigarOps == 0) match {\n              case (true, emptySeq, emptyCigar) if emptySeq || emptyCigar \u21d2\n                Some(\n                  EmptyMapped(\n                    emptySeq,\n                    emptyCigar\n                  )\n                )\n              case _ \u21d2\n                None\n            }\n        } catch {\n          case _: IOException \u21d2\n            Some(TooFewBytesForCigarOps)\n        }\n\n      return build\n\n    } catch {\n      case _: IOException \u21d2\n        implicit val readNameError = Some(TooFewBytesForReadName)\n        return build\n    }\n\n    build match {\n      case Success(_) \u21d2\n        apply(\n          successfulReads.n + 1\n        )\n      case flags \u21d2 flags\n    }\n  }\n\n  \/**\n   * Construct an [[Flags]] from some convenient, implicit wrappers around subsets of the possible flags\n   *\/\n  def build(implicit\n            posErrors: (Option[RefPosError], Option[RefPosError]),\n            readNameError: Option[ReadNameError] = None,\n            cigarOpsError: Option[CigarOpsError] = None,\n            tooFewRemainingBytesImplied: Boolean = false,\n            successfulReads: SuccessfulReads,\n            nextOffset: Long): Result =\n    (posErrors, readNameError, cigarOpsError, tooFewRemainingBytesImplied) match {\n      case ((None, None), None, None, false) \u21d2\n        val bytesToSkip = nextOffset - uncompressedBytes.position()\n\n        if (bytesToSkip > 0)\n          uncompressedBytes.skip(bytesToSkip)\n\n        apply(nextOffset)(successfulReads.n + 1)\n      case _ \u21d2\n        Flags(\n          tooFewFixedBlockBytes = false,\n          readPosError = posErrors._1,\n          nextReadPosError = posErrors._2,\n          readNameError = readNameError,\n          cigarOpsError = cigarOpsError,\n          tooFewRemainingBytesImplied = tooFewRemainingBytesImplied,\n          readsBeforeError = successfulReads.n\n        )\n    }\n}\n\nobject Checker {\n  implicit def makeChecker(implicit\n                           contigLengths: Broadcast[ContigLengths],\n                           readsToCheck: ReadsToCheck): MakeChecker[Result, Checker] =\n    new MakeChecker[Result, Checker] {\n      override def apply(ch: CachingChannel[SeekableByteChannel]): Checker =\n        Checker(\n          SeekableUncompressedBytes(ch),\n          contigLengths.value\n        )\n    }\n}\n"}
{"repo_name":"alecfan\/learn_spring_multi_cache","path":"src\/main\/scala\/com\/anduo\/learn\/multicache\/guava\/GuavaCacheBean.scala","text":"package com.anduo.learn.multicache.guava\n\nimport org.springframework.cache.Cache.ValueWrapper\nimport org.springframework.cache.support.SimpleValueWrapper\n\n\/**\n * \u2501\u2501\u2501\u2501\u2501\u2501\u795e\u517d\u51fa\u6ca1\u2501\u2501\u2501\u2501\u2501\u2501\n * \u3000\u3000\u3000\u250f\u2513\u3000\u3000\u3000\u250f\u2513\n * \u3000\u3000\u250f\u251b\u253b\u2501\u2501\u2501\u251b\u253b\u2513\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u2501\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u2533\u251b\u3000\u2517\u2533\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u253b\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2517\u2501\u2513\u3000\u3000\u3000\u250f\u2501\u251b\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2503\u795e\u517d\u4fdd\u4f51, \u6c38\u65e0BUG!\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2503Code is far away from bug with the animal protecting\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2517\u2501\u2501\u2501\u2513\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2523\u2513\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u250f\u251b\n * \u3000\u3000\u3000\u3000\u2517\u2513\u2513\u250f\u2501\u2533\u2513\u250f\u251b\n * \u3000\u3000\u3000\u3000\u3000\u2503\u252b\u252b\u3000\u2503\u252b\u252b\n * \u3000\u3000\u3000\u3000\u3000\u2517\u253b\u251b\u3000\u2517\u253b\u251b\n * \u2501\u2501\u2501\u2501\u2501\u2501\u611f\u89c9\u840c\u840c\u54d2\u2501\u2501\u2501\u2501\u2501\u2501\n * Summary: TODO\n * Author : <EMAIL>\n * Version: 1.0\n * Date   : 15\/10\/18\n * time   : \u4e0b\u534811:06\n *\/\nclass GuavaCacheBean(name: String, cache: com.google.common.cache.Cache[Any, Any], allowNullValues: Boolean)\n  extends org.springframework.cache.Cache {\n\n  override def evict(key: scala.Any): Unit = cache.invalidate(key)\n\n  override def getName: String = return this.name\n\n  override def get(key: scala.Any): ValueWrapper = {\n    val value: Any = cache.getIfPresent(key)\n    return (if (value != null) new SimpleValueWrapper(value) else null)\n  }\n\n  override def get[T](key: scala.Any, `type`: Class[T]): T = {\n    val value: Any = cache.getIfPresent(key)\n    if (value != null) {\n      return `type`.cast(value)\n    }\n    return None.get\n  }\n\n  override def clear(): Unit = cache.invalidateAll()\n\n  override def put(key: scala.Any, value: scala.Any): Unit = cache.put(key, value)\n\n  override def getNativeCache: AnyRef = return this.cache\n\n}\n"}
{"repo_name":"alecfan\/learn_spring_multi_cache","path":"src\/test\/scala\/ScalaGuavaCacheTest.scala","text":"import java.util.concurrent.TimeUnit\n\nimport com.anduo.learn.multicache.guava.GuavaCacheBean\nimport com.google.common.cache.{LoadingCache, CacheLoader, CacheBuilder}\n\n\/**\n * \u2501\u2501\u2501\u2501\u2501\u2501\u795e\u517d\u51fa\u6ca1\u2501\u2501\u2501\u2501\u2501\u2501\n * \u3000\u3000\u3000\u250f\u2513\u3000\u3000\u3000\u250f\u2513\n * \u3000\u3000\u250f\u251b\u253b\u2501\u2501\u2501\u251b\u253b\u2513\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u2501\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u2533\u251b\u3000\u2517\u2533\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u253b\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2503\n * \u3000\u3000\u2517\u2501\u2513\u3000\u3000\u3000\u250f\u2501\u251b\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2503\u795e\u517d\u4fdd\u4f51, \u6c38\u65e0BUG!\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2503Code is far away from bug with the animal protecting\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u2517\u2501\u2501\u2501\u2513\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u2523\u2513\n * \u3000\u3000\u3000\u3000\u2503\u3000\u3000\u3000\u3000\u3000\u3000\u3000\u250f\u251b\n * \u3000\u3000\u3000\u3000\u2517\u2513\u2513\u250f\u2501\u2533\u2513\u250f\u251b\n * \u3000\u3000\u3000\u3000\u3000\u2503\u252b\u252b\u3000\u2503\u252b\u252b\n * \u3000\u3000\u3000\u3000\u3000\u2517\u253b\u251b\u3000\u2517\u253b\u251b\n * \u2501\u2501\u2501\u2501\u2501\u2501\u611f\u89c9\u840c\u840c\u54d2\u2501\u2501\u2501\u2501\u2501\u2501\n * Summary: TODO\n * Author : <EMAIL>\n * Version: 1.0\n * Date   : 15\/10\/18\n * time   : \u4e0b\u534811:33\n *\/\nobject ScalaGuavaCacheTest {\n  def main(args: Array[String]): Unit = {\n    val cache: LoadingCache[Any, Any] = CacheBuilder\n      .newBuilder().maximumSize(10).expireAfterWrite(5, TimeUnit.SECONDS)\n      .build(new CacheLoader[Any, Any] {\n        override def load(key: Any): Any = return \"a\"\n      })\n\n    val a = cache(\"anc\")\n    println(a)\n\n\n    val cacheBean = new GuavaCacheBean(\"a\", cache, true);\n    val b = cacheBean.get(\"aaa\");\n    println(b)\n  }\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/PreviewHtmlUi.scala","text":"<gh_stars>0\nimport io.snyk.plugin.datamodel.SnykMavenArtifact\nimport io.snyk.plugin.embeddedserver.{ColorProvider, HandlebarsEngine, MiniServer}\nimport io.snyk.plugin.ui.state._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.io.{Codec, Source}\nimport scala.util.Try\n\n\nobject PreviewHtmlUi extends App {\n  org.apache.log4j.BasicConfigurator.configure()\n  Log4jLoggerFactory.install()\n\n  private[this] def myMockResponder(treeRoot: SnykMavenArtifact): Try[String] = Try {\n    Source.fromResource(\"sample-response-2.json\", getClass.getClassLoader)(Codec.UTF8).mkString\n  }\n\n  val handlebars = new HandlebarsEngine\n\n  val pluginState = SnykPluginState.mock(mockResponder = myMockResponder)\n  val colorProvider = ColorProvider.mockIntellijDarkula\n\n  val miniServer = new MiniServer(pluginState, colorProvider, 7695)\n\n  pluginState.selectedProjectId := \"dummy root\"\n  pluginState.projects := Map(\"dummy root\" -> PerProjectState())\n  pluginState.performScan().onComplete { _ =>\n    val root = miniServer.rootUrl.toURI\n    val testUrl = root.resolve(\"\/vulnerabilities\")\n    println(s\"opening browser to $testUrl\")\n    java.awt.Desktop.getDesktop.browse(testUrl)\n  }\n\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/ui\/SnykToolWindow.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin\npackage io.snyk.plugin.ui\n\nimport com.intellij.openapi.Disposable\nimport com.intellij.openapi.actionSystem.{ActionGroup, ActionManager, DataProvider, DefaultActionGroup}\nimport com.intellij.openapi.application.ApplicationManager\nimport com.intellij.openapi.project.{DumbAware, Project, ProjectManager}\nimport com.intellij.openapi.ui.SimpleToolWindowPanel\nimport com.intellij.openapi.util.Disposer\nimport com.intellij.openapi.wm.{ToolWindow, ToolWindowFactory}\nimport com.intellij.util.ui.UIUtil\nimport io.snyk.plugin.SnykPluginProjectComponent\nimport io.snyk.plugin.ui.state.{Navigator, SnykPluginState}\n\n\n\/**\n  * Top-level entry point to the plugin, as specified in `plugin.xml`.\n  * Initialises the `SnykToolWindow` panel and registers it as content.\n  *\/\nclass SnykToolWindowFactory extends ToolWindowFactory with DumbAware {\n  override def createToolWindowContent(project: Project, toolWindow: ToolWindow): Unit = {\n    val panel = new SnykToolWindow(project)\n    val contentManager = toolWindow.getContentManager\n    val content = contentManager.getFactory.createContent(panel, null, false)\n    contentManager.addContent(content)\n    Disposer.register(project, panel)\n  }\n}\n\nclass SnykToolWindow(project: Project) extends SimpleToolWindowPanel(true, true) with DataProvider with Disposable {\n  this.setBackground(UIUtil.getPanelBackground)\n\n  val projComp = project.getComponent(classOf[SnykPluginProjectComponent])\n  import projComp.pluginState\n  pluginState.navigator := Navigator.forIntelliJ(project, this, pluginState.idToMavenProject)\n\n  val htmlPanel = new SnykHtmlPanel(project, pluginState)\n\n  initialiseToolbar()\n  setContent(htmlPanel)\n\n  private[this] def initialiseToolbar(): Unit = {\n    val actionManager = ActionManager.getInstance()\n    val actionGroup = actionManager.getAction(\"io.snyk.plugin.ActionBar\").asInstanceOf[ActionGroup]\n    val actionToolbar = actionManager.createActionToolbar(\"Snyk Toolbar\", actionGroup, true)\n\n    setToolbar(actionToolbar.getComponent)\n  }\n\n  override def dispose(): Unit = {\n  }\n}\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/SnykPluginProjectComponent.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin\npackage io.snyk.plugin\n\nimport com.intellij.openapi.application.ApplicationManager\nimport com.intellij.openapi.components.ProjectComponent\nimport com.intellij.openapi.project.Project\nimport io.snyk.plugin.ui.state.SnykPluginState\n\nobject SnykPluginProjectComponent {\n  def getInstance: SnykPluginProjectComponent =\n    ApplicationManager.getApplication.getComponent(classOf[SnykPluginProjectComponent])\n}\n\nclass SnykPluginProjectComponent(project: Project) extends ProjectComponent {\n  val pluginState: SnykPluginState = SnykPluginState.forIntelliJ(project)\n\n  override def initComponent() : Unit = {\n  }\n\n  override def disposeComponent() : Unit = {\n  }\n\n  override def projectOpened(): Unit = {\n  }\n\n  override def projectClosed(): Unit = {\n  }\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/datamodel\/Vulnerability.scala","text":"package io.snyk.plugin.datamodel\n\nimport io.circe.derivation.{deriveDecoder, deriveEncoder}\nimport io.circe.{Decoder, Encoder, JsonObject, ObjectEncoder}\nimport cats.syntax.functor._\nimport io.circe.derivation._\nimport io.circe.syntax._\n\n\ncase class Semver(vulnerable: Seq[String])\n\ncase class MavenModuleName(\n  groupId: String,\n  artifactId: String\n)\n\nsealed trait Vulnerability\n\ncase class SecurityVuln(\n  title            : String,\n  credit           : Seq[String],\n  description      : String,\n  moduleName       : String,\n  language         : String,\n  packageManager   : String,\n  semver           : Semver,\n  identifiers      : Map[String, Seq[String]],\n  CVSSv2           : Option[String],\n  severity         : String,\n  creationTime     : String,\n  modificationTime : String,\n  publicationTime  : String,\n  disclosureTime   : String,\n  id               : String,\n  mavenModuleName  : MavenModuleName,\n  CVSSv3           : String,\n  packageName      : String,\n  cvssScore        : Float,\n  from             : Seq[String],\n  upgradePath      : Seq[Either[Boolean, String]],\n  version          : String,\n  name             : String,\n  isUpgradable     : Boolean,\n  isPatchable      : Boolean,\n  filtered         : Option[VulnFilteredInfo]\n) extends Vulnerability {\n  \/**\n    * @return A combined string of the Snyk ID and CWE ID (if present)\n    *\/\n  def combinedId: String = {\n    val cwe = identifiers.get(\"CWE\").flatMap(_.headOption).filterNot(_.isEmpty)\n    val cweSuffix = cwe.map(\" (\" + _ + \")\").getOrElse(\"\")\n    s\"$id$cweSuffix\"\n  }\n\n  \/**\n    * @return A sequence of just the String components in the upgrade path, or \"n\/a\"\n    *\/\n  def normalisedUpgradePath: Seq[String] =\n    if(isUpgradable) { upgradePath.flatMap(_.right.toSeq) } else Seq(\"n\/a\")\n\n  def toMiniVuln: MiniVuln = MiniVuln from this\n}\n\ncase class LicenseVuln(\n  `type`             : String,\n  license            : String,\n  licenseTemplateUrl : Either[String, Array[String]],\n  title              : String,\n  description        : String,\n  language           : String,\n  packageManager     : String,\n  packageName        : String,\n  semver             : Semver,\n  severity           : String,\n  creationTime       : String,\n  publicationTime    : String,\n  id                 : String,\n  from               : Seq[String],\n  upgradePath        : Seq[Either[Boolean, String]],\n  version            : String,\n  name               : String,\n  isUpgradable       : Boolean,\n  isPatchable        : Boolean\n) extends Vulnerability\n\ncase class IgnoredBy(\n  id    : String,\n  name  : String,\n  email : String\n)\n\nobject IgnoredBy {\n  implicit val encoder: ObjectEncoder[IgnoredBy] = deriveEncoder\n  implicit val decoder: Decoder[IgnoredBy] = deriveDecoder\n}\n\ncase class VulnIgnoredInfo(\n  reason             : String,\n  created            : String,\n  expires            : String,\n  ignoredBy          : IgnoredBy,\n  reasonType         : String,\n  disregardIfFixable : Boolean,\n  source             : String,\n  path               : Seq[String]\n)\n\nobject VulnIgnoredInfo {\n  implicit val encoder: ObjectEncoder[VulnIgnoredInfo] = deriveEncoder\n  implicit val decoder: Decoder[VulnIgnoredInfo] = deriveDecoder\n}\n\ncase class VulnFilteredInfo(ignored: Seq[VulnIgnoredInfo])\n\nobject VulnFilteredInfo {\n  implicit val encoder: ObjectEncoder[VulnFilteredInfo] = deriveEncoder\n  implicit val decoder: Decoder[VulnFilteredInfo] = deriveDecoder\n}\n\ncase class LicensesPolicy(severities: Map[String, String])\n\ncase class TopLevelFilteredInfo(\n  ignore: Seq[Vulnerability],\n  patch:  Seq[JsonObject]\n)\n\ncase class SnykVulnResponse(\n  ok               : Boolean,\n  vulnerabilities  : Seq[Vulnerability],\n  dependencyCount  : Int,\n  org              : String,\n  licensesPolicy   : Option[LicensesPolicy],\n  isPrivate        : Boolean,\n  packageManager   : String,\n  policy           : String,\n  ignoreSettings   : Option[Map[String, Boolean]],\n  summary          : String,\n  filesystemPolicy : Option[Boolean],\n  filtered         : Option[TopLevelFilteredInfo],\n  uniqueCount      : Option[Int],\n  path             : Option[String]\n) {\n  def ignoredVulnerabilities: Seq[Vulnerability] = filtered.toSeq.flatMap(_.ignore)\n\n  lazy val securityVulns: Seq[SecurityVuln] =\n    vulnerabilities collect { case sv: SecurityVuln => sv }\n\n  lazy val ignoredSecurityVulns: Seq[SecurityVuln] =\n    ignoredVulnerabilities collect { case sv: SecurityVuln => sv }\n\n  lazy val flatMiniVulns: Seq[MiniVuln] = {\n    \/\/    val vulns: Seq[MiniVuln] = (securityVulns.map(MiniVuln.from) ++ ignoredVulnerabilities.map(MiniVuln.from)).distinct\n    securityVulns.map(MiniVuln.from).distinct\n  }\n\n  lazy val mergedMiniVulns: Seq[MiniVuln] = {\n    MiniVuln.merge(flatMiniVulns)\n  }\n\n  def isEmpty: Boolean = this eq SnykVulnResponse.empty\n}\n\nobject SnykVulnResponse {\n  val empty: SnykVulnResponse = SnykVulnResponse(\n    ok               = true,\n    vulnerabilities  = Nil,\n    dependencyCount  = 0,\n    org              = \"\",\n    licensesPolicy   = None,\n    isPrivate        = false,\n    packageManager   = \"\",\n    policy           = \"\",\n    ignoreSettings   = None,\n    summary          = \"\",\n    filesystemPolicy = None,\n    filtered         = None,\n    uniqueCount      = None,\n    path             = None\n  )\n\n  trait LowPriorityJsonCodecs {\n    implicit def encodeEither[A, B](implicit a: Encoder[A], b: Encoder[B]): Encoder[Either[A, B]] = {\n      o: Either[A, B] => o.fold(_.asJson, _.asJson)\n    }\n  }\n\n  object JsonCodecs extends LowPriorityJsonCodecs with io.circe.java8.time.TimeInstances {\n\n    implicit def decodeEither[A,B](implicit a: Decoder[A], b: Decoder[B]): Decoder[Either[A,B]] = {\n      val l: Decoder[Either[A,B]] = a.map(Left.apply)\n      val r: Decoder[Either[A,B]] = b.map(Right.apply)\n      l or r\n    }\n\n    implicit def objectEncodeEither[A, B](\n      implicit\n      a: ObjectEncoder[A],\n      b: ObjectEncoder[B]\n    ): ObjectEncoder[Either[A, B]] = {\n      o: Either[A, B] => o.fold(_.asJsonObject, _.asJsonObject)\n    }\n\n    \/\/ We wse semi-auto derivation from circe-deriving here instead of fully-auto derivation from circe-generic\n    \/\/ On the down-side, it means that we actually have to write some code, but in exchange it gives us\n    \/\/ *significantly* faster compilation and we get a smaller plugin by removing remove some transitive deps\n    \/\/ (including shapeless)\n    \/\/\n    \/\/ If these 10 lines of code (at time of writing) ever *truly* become a problem,\n    \/\/ we can switch to circe-magnolia-derivation\n\n    implicit val decoderVulnIgnoredBy         : Decoder[IgnoredBy]             = deriveDecoder\n    implicit val decoderVulnIgnoredInfo       : Decoder[VulnIgnoredInfo]       = deriveDecoder\n    implicit val decoderVulnFilteredInfo      : Decoder[VulnFilteredInfo]      = deriveDecoder\n    implicit val decoderLicensesPolicy        : Decoder[LicensesPolicy]        = deriveDecoder\n    implicit val decoderMavenModuleName       : Decoder[MavenModuleName]       = deriveDecoder\n    implicit val decoderSemver                : Decoder[Semver]                = deriveDecoder\n\n    implicit val decoderSecurityVuln          : Decoder[SecurityVuln]          = deriveDecoder\n    implicit val decoderLicenseVuln           : Decoder[LicenseVuln]           = deriveDecoder\n\n    implicit val decoderVulnerability: Decoder[Vulnerability] =\n      decoderSecurityVuln.widen or decoderLicenseVuln.widen\n\n    implicit val decoderTopLevelFilteredInfo  : Decoder[TopLevelFilteredInfo]  = deriveDecoder\n    implicit val decoderSnykVulnResponse      : Decoder[SnykVulnResponse]      = deriveDecoder\n\n    implicit val encoderVulnIgnoredBy         : ObjectEncoder[IgnoredBy]        = deriveEncoder\n    implicit val encoderVulnIgnoredInfo       : ObjectEncoder[VulnIgnoredInfo]  = deriveEncoder\n    implicit val encoderVulnFilteredInfo      : ObjectEncoder[VulnFilteredInfo] = deriveEncoder\n    implicit val encoderLicensesPolicy        : ObjectEncoder[LicensesPolicy]   = deriveEncoder\n    implicit val encoderMavenModuleName       : ObjectEncoder[MavenModuleName]  = deriveEncoder\n    implicit val encoderSemver                : ObjectEncoder[Semver]           = deriveEncoder\n\n    implicit val encoderSecurityVuln          : ObjectEncoder[SecurityVuln]     = deriveEncoder\n    implicit val encoderLicenseVuln           : ObjectEncoder[LicenseVuln]      = deriveEncoder\n\n    implicit val encoderVulnerability: ObjectEncoder[Vulnerability] = ObjectEncoder.instance {\n      case sec: SecurityVuln => sec.asJsonObject\n      case lic: LicenseVuln => lic.asJsonObject\n    }\n\n    implicit val encoderTopLevelFilteredInfo  : ObjectEncoder[TopLevelFilteredInfo]  = deriveEncoder\n    implicit val encoderSnykVulnResponse      : ObjectEncoder[SnykVulnResponse]      = deriveEncoder\n  }\n}\n\n\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/TestMiniVuln2.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin<filename>src\/test\/scala\/TestMiniVuln2.scala\nimport io.circe.parser.decode\nimport io.snyk.plugin.datamodel.{MiniVuln, SnykVulnResponse}\nimport io.snyk.plugin.datamodel.SnykVulnResponse.JsonCodecs._\n\nimport scala.io.Source\n\nobject TestMiniVuln2 extends App {\n  val inputStream =  getClass.getClassLoader.getResourceAsStream(\"sample-response-2.json\")\n  val inputSource = Source.fromInputStream(inputStream)\n  val input = inputSource.mkString\n  val tryOutput = decode[SnykVulnResponse](input)\n  val output = tryOutput.right.get\n\n\n  val vulns = output.securityVulns\n  val miniVulns = vulns.map(MiniVuln.from)\n\/\/  printout(miniVulns)\n\n  println()\n  println(\"**************************\")\n  println(\"********* MERGED *********\")\n  println(\"**************************\")\n  println()\n\n  val merged = MiniVuln.merge(miniVulns)\n\/\/  printout(merged)\n\n  println(s\"Full Size: ${miniVulns.size}\")\n  println(s\"Merged Size: ${merged.size}\")\n\n  import io.circe.syntax._\n  println(merged.asJson.spaces2)\n\n  println(\"======================\")\n  println(merged.map(_.derivations).asJson.spaces2)\n\n  def printout(mvs: Seq[MiniVuln]): Unit = {\n    mvs foreach { mv =>\n      mv.spec.toMultiString foreach println\n      println()\n      mv.derivations foreach { d =>\n        d.treeString foreach println\n      }\n      println(\"============================================================\")\n    }\n  }\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/depsource\/MavenProjectsObservable.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin<filename>src\/main\/scala\/io\/snyk\/plugin\/depsource\/MavenProjectsObservable.scala\npackage io.snyk.plugin.depsource\n\nimport com.intellij.openapi.project.Project\nimport monix.execution.Cancelable\nimport monix.reactive.{Observable, OverflowStrategy}\nimport org.jetbrains.idea.maven.project.{MavenProject, MavenProjectChanges, MavenProjectsManager, MavenProjectsTree}\n\nimport scala.util.control.NonFatal\nimport scala.collection.JavaConverters._\nimport java.{util=>ju}\n\nimport com.intellij.openapi.util.{Pair => IJPair}\n\n\nobject MavenProjectsObservable {\n  val os = OverflowStrategy.DropOld(10)\n  def forProject(project: Project): Observable[Seq[MavenProject]] = Observable.create(os){ downstream =>\n    try {\n      val projMgr = MavenProjectsManager.getInstance(project)\n      projMgr.addProjectsTreeListener(new MavenProjectsTree.Listener {\n        override def projectsUpdated(\n          updated: ju.List[IJPair[MavenProject, MavenProjectChanges]],\n          deleted: ju.List[MavenProject]\n        ): Unit = downstream.onNext(updated.asScala.map(_.first))\n      })\n      Cancelable.empty\n    } catch { case NonFatal(ex) =>\n      downstream.onError(ex)\n      Cancelable.empty\n    }\n  }\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/metrics\/SegmentApi.scala","text":"package io.snyk.plugin.metrics\n\n\nimport java.util.UUID\n\nimport com.segment.analytics.messages._\nimport io.snyk.plugin.client.{ApiClient, SnykUserInfo}\nimport com.segment.analytics.Analytics\n\nimport scala.util.{Success, Try}\nimport scala.collection.JavaConverters._\n\nobject SegmentApi {\n  object Messages {\n    def identify(userId: UUID, traits: Map[String, String]): IdentifyMessage.Builder =\n      IdentifyMessage.builder().userId(userId.toString).traits(traits.asJava)\n\n    def identify(user: SnykUserInfo): IdentifyMessage.Builder =\n      identify(\n        userId = user.id,\n        traits = Map(\n          \"name\" -> user.name,\n          \"email\" -> user.email,\n          \"username\" -> user.username,\n          \"created_at\" -> user.created.toEpochSecond.toString,\n          )\n      )\n\n    def track(event: String, userId: UUID, props: Map[String, Any]): TrackMessage.Builder =\n      TrackMessage.builder(event).userId(userId.toString).properties(props.asJava)\n\n    def screen(name: String, userId: UUID, props: Map[String, Any]): ScreenMessage.Builder =\n      ScreenMessage.builder(name).userId(userId.toString).properties(props.asJava)\n\n    def page(name: String, userId: UUID, props: Map[String, Any]): PageMessage.Builder =\n      PageMessage.builder(name).userId(userId.toString).properties(props.asJava)\n  }\n\n  def apply(apiClient: ApiClient): SegmentApi = new LiveSegmentApi(apiClient)\n}\n\n\ntrait SegmentApi {\n  def identify(): Try[Unit]\n  def track(eventName: String, props: Map[String, Any] = Map.empty): Try[Unit]\n}\n\nobject MockSegmentApi extends SegmentApi {\n  override def identify(): Try[Unit] = Success(())\n  override def track(eventName: String, props: Map[String, Any]): Try[Unit] = Success(())\n}\n\nclass LiveSegmentApi(apiClient: ApiClient) extends SegmentApi {\n  import SegmentApi._\n\n  val DefaultWriteKey = \"<KEY>\"\n\n  val writeKey = System.getenv.asScala.getOrElse(\n    \"SEGMENT_WRITE_KEY\",\n    System.getProperty(\n      \"SegmentWriteKey\",\n      DefaultWriteKey\n    )\n  )\n\n\n  val segment: Analytics = Analytics.builder(writeKey).build\n\n  private def withUserInfo[T](fn: SnykUserInfo => T): Try[T] = apiClient.userInfo() map fn\n\n  override def identify(): Try[Unit] = withUserInfo { user =>\n    segment.enqueue(Messages.identify(user))\n  }\n\n  override def track(eventName: String, props: Map[String, Any]): Try[Unit] = withUserInfo { user =>\n    segment.enqueue(Messages.track(eventName, user.id, props))\n  }\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/TestParseUserInfo.scala","text":"import Predef.{any2stringadd => _, _}\nimport io.circe.parser._\n\nimport scala.io.Source\nimport io.snyk.plugin.client.SnykUserResponse\n\nobject TestParseUserInfo extends App {\n  val inputStream =  getClass.getClassLoader.getResourceAsStream(\"sample-userinfo.json\")\n  val inputSource = Source.fromInputStream(inputStream)\n  val input = inputSource.mkString\n  val output = decode[SnykUserResponse](input)\n\n  println(output)\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/datamodel\/SnykMavenArtifact.scala","text":"package io.snyk.plugin.datamodel\n\nimport com.intellij.openapi.util.text.StringUtil\nimport org.jetbrains.idea.maven.model.MavenArtifactNode\nimport org.jetbrains.idea.maven.project.MavenProject\n\nimport scala.collection.JavaConverters._\n\nobject SnykMavenArtifact {\n  def fromMavenArtifactNode(n: MavenArtifactNode): SnykMavenArtifact = {\n\/\/    log.debug(s\"dep tree for node: ${n.getDependencies}\")\n\n    SnykMavenArtifact(\n      n.getArtifact.getGroupId,\n      n.getArtifact.getArtifactId,\n      if(StringUtil.isEmptyOrSpaces(n.getArtifact.getBaseVersion)) n.getArtifact.getVersion\n      else n.getArtifact.getBaseVersion,\n      n.getArtifact.getType,\n      Option(n.getArtifact.getClassifier),\n      Option(n.getArtifact.getScope),\n      n.getDependencies.asScala.map { fromMavenArtifactNode }\n    )\n  }\n\n  def fromMavenProject(proj: MavenProject): SnykMavenArtifact = {\n    SnykMavenArtifact(\n      proj.getMavenId.getGroupId,\n      proj.getMavenId.getArtifactId,\n      proj.getMavenId.getVersion,\n      proj.getPackaging,\n      None,\n      None,\n      proj.getDependencyTree.asScala.map { SnykMavenArtifact.fromMavenArtifactNode }\n    )\n  }\n\n  val empty: SnykMavenArtifact = SnykMavenArtifact(\n    \"<none>\",\n    \"<none>\",\n    \"<none>\",\n    \"<none>\",\n    None,\n    None,\n    Nil\n  )\n}\n\ncase class SnykMavenArtifact(\n  groupId: String,\n  artifactId: String,\n  version: String,\n  packaging: String,\n  classifier: Option[String],\n  scope: Option[String],\n  deps: Seq[SnykMavenArtifact]\n) {\n  val name: String = s\"$groupId:$artifactId\"\n  val depsMap: Map[String, SnykMavenArtifact] = deps.map(x => x.name -> x).toMap\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/ui\/state\/PerProjectState.scala","text":"<filename>src\/main\/scala\/io\/snyk\/plugin\/ui\/state\/PerProjectState.scala\npackage io.snyk.plugin.ui.state\n\nimport io.snyk.plugin.datamodel.{SnykMavenArtifact, SnykVulnResponse}\n\ncase class PerProjectState(\n  depTree: Option[SnykMavenArtifact] = None,\n  scanResult: Option[SnykVulnResponse] = None\n)\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/client\/ApiClient.scala","text":"package io.snyk.plugin.client\n\nimport java.net.URI\nimport java.time.OffsetDateTime\nimport java.util.UUID\n\nimport com.intellij.ide.plugins.cl.PluginClassLoader\nimport com.intellij.ide.plugins.PluginManager\nimport com.intellij.openapi.application.ApplicationInfo\nimport com.intellij.openapi.diagnostic.Logger\nimport io.snyk.plugin.datamodel.{SnykMavenArtifact, SnykVulnResponse}\nimport io.snyk.plugin.datamodel.SnykVulnResponse.JsonCodecs._\nimport com.softwaremill.sttp._\nimport io.circe.parser.decode\nimport io.circe.{Json, Printer}\n\nimport scala.util.{Failure, Success, Try}\n\n\n\/**\n  * Represents the connection to the Snyk servers for the security scan.\n  *\/\nsealed trait ApiClient {\n  \/** Run a scan on the supplied artifact tree *\/\n  def runScan(treeRoot: SnykMavenArtifact): Try[SnykVulnResponse]\n  def userInfo(): Try[SnykUserInfo]\n  \/** For the \"standard\" client, returns false if we don't have the necessary credentials *\/\n  def isAvailable: Boolean\n}\n\n\/**\n  * An implementation of `ApiClient` that makes a call to the live Snyk API using the supplied config\n  * Note: `config` is by-name, and will be freshly evaluated on each access -\n  *       any property depending on it MUST NOT be cached as a `val`\n  *\/\nprivate final class StandardApiClient(tryConfig: => Try[SnykConfig]) extends ApiClient {\n  val log = Logger.getInstance(this.getClass)\n\n  def isAvailable: Boolean = tryConfig.isSuccess\n\n  \/\/Not a Map, we want to preserve ordering\n  val sysProps: Seq[(String, String)] = Seq(\n    \"os.name\",\n    \"os.version\",\n    \"os.arch\",\n    \"java.vm.name\",\n    \"java.vm.version\",\n    \"java.vm.vendor\",\n    \"java.runtime.version\",\n    \"user.language\",\n  ).map(p => p -> System.getProperties.getProperty(p, \"\"))\n\n  val ideVersion = Try { ApplicationInfo.getInstance.getFullVersion }.toOption getOrElse \"undefined\"\n  val allProps = sysProps :+ (\"ide.version\" -> ideVersion)\n  val allPropsStr = allProps map { case (k,v) => s\"$k=$v\" } mkString \"; \"\n\n  val pluginVersion = getClass.getClassLoader match {\n    case pcl: PluginClassLoader => PluginManager.getPlugin(pcl.getPluginId).getVersion\n    case _ => \"undefined\"\n  }\n\n  val userAgent = s\"SnykIdePlugin\/$pluginVersion ($allPropsStr)\"\n\n  private[this] val stringifyWithoutNulls: Json => String =\n    Printer.noSpaces.copy(dropNullValues = true).pretty\n\n  def retry[T](times: Int)(fn: => Try[T]): Try[T] = {\n    fn match {\n      case Failure(_) if times > 1 => retry(times-1)(fn)\n      case f @ Failure(_) => f\n      case s @ Success(_) => s\n    }\n  }\n\n  private def runRaw(treeRoot: SnykMavenArtifact): Try[String] = tryConfig flatMap { config =>\n    val jsonReq = stringifyWithoutNulls(SnykClientSerialisation.encodeRoot(treeRoot, config.org))\n\n    log.debug(\"ApiClient: Built JSON Request\")\n    log.debug(jsonReq)\n\n    val apiEndpoint = config.endpointOrDefault\n    val apiToken = config.api\n\n    val uri = uri\"$apiEndpoint\/v1\/vuln\/maven\"\n\n    val request = sttp.post(uri)\n      .header(\"Authorization\", s\"token $apiToken\")\n      .header(\"x-is-ci\", \"false\")\n      .header(\"content-type\", \"application\/json\")\n      .header(\"user-agent\", userAgent)\n      .body(jsonReq)\n\n    implicit val backend: SttpBackend[Id, Nothing] = HttpURLConnectionBackend()\n\n    retry(3) {\n      log.debug(s\"Sending... with userAgent = $userAgent\")\n      val response = request.send()\n      log.debug(\"...Sent\")\n\n      response.body match {\n        case Left(err) =>\n          log.warn(s\"Got Error Response: $err\")\n          log.warn(jsonReq)\n\n          Failure(new RuntimeException(s\"Status code ${response.code}, Error: $err\"))\n        case Right(body) =>\n          log.debug(\"Got Good Response\")\n          log.trace(body)\n          Success(body)\n      }\n    }\n  }\n\n  private def userInfoRaw(): Try[String] = tryConfig flatMap { config =>\n    val apiEndpoint = config.endpointOrDefault\n    val apiToken = config.api\n\n    val uri = uri\"$apiEndpoint\/v1\/user\"\n\n    val request = sttp.get(uri)\n      .header(\"Authorization\", s\"token $apiToken\")\n      .header(\"Accept\", \"application\/json\")\n      .header(\"user-agent\", userAgent)\n\n    implicit val backend: SttpBackend[Id, Nothing] = HttpURLConnectionBackend()\n\n    retry(3) {\n       log.debug(s\"Getting user info...\")\n       val response = request.send()\n       log.debug(\"...Sent\")\n\n       response.body match {\n         case Left(err) =>\n           log.warn(s\"Got Error Response from user info: $err\")\n           Failure(new RuntimeException(s\"Status code ${response.code}, Error: $err\"))\n         case Right(body) =>\n           log.debug(\"Got Good Response from user info\")\n           Success(body)\n       }\n     }\n\n  }\n\n  def runScan(treeRoot: SnykMavenArtifact): Try[SnykVulnResponse] = for {\n    jsonStr <- runRaw(treeRoot)\n    json <- decode[SnykVulnResponse](jsonStr).toTry\n  } yield json\n\n  def userInfo(): Try[SnykUserInfo] = for {\n    jsonStr <- userInfoRaw()\n    json <- decode[SnykUserResponse](jsonStr).toTry\n  } yield json.user\n\n}\n\nprivate final class MockApiClient (mockResponder: SnykMavenArtifact => Try[String]) extends ApiClient {\n  val isAvailable: Boolean = true\n  def runScan(treeRoot: SnykMavenArtifact): Try[SnykVulnResponse] =\n    mockResponder(treeRoot) flatMap { str => decode[SnykVulnResponse](str).toTry }\n  def userInfo(): Try[SnykUserInfo] = Success {\n    val uri = URI.create(\"https:\/\/s.gravatar.com\/avatar\/XXX\/gravatar_l.png\")\n    SnykUserInfo(\"mockuser\", \"mock user\", \"mock@user\", OffsetDateTime.now(), uri, UUID.randomUUID())\n  }\n}\n\n\/**\n  * Provides the connection to the Snyk servers for the security scan.\n  *\/\nobject ApiClient {\n\n  \/**\n    * Build a \"standard\" `ApiClient` that connects via the supplied config.\n    * Note: `config` is by-name, and will be re-evaluated on every usage\n    *\/\n  def standard(config: => Try[SnykConfig]): ApiClient =\n    new StandardApiClient(config)\n\n  \/**\n    * Build a mock client, using the supplied function to provide the mocked response.\n    * A default implementation is supplied.\n    *\/\n  def mock(mockResponder: SnykMavenArtifact => Try[String]): ApiClient =\n    new MockApiClient(mockResponder)\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/ui\/state\/SnykPluginState.scala","text":"package io.snyk.plugin.ui\npackage state\n\nimport io.snyk.plugin.client.{ApiClient, SnykConfig}\nimport io.snyk.plugin.datamodel.{SnykMavenArtifact, SnykVulnResponse}\nimport io.snyk.plugin.depsource.externalproject.ExternProj\nimport io.snyk.plugin.depsource.{DepTreeProvider, MavenProjectsObservable}\nimport io.snyk.plugin.IntellijLogging\nimport monix.execution.Scheduler.Implicits.global\nimport monix.execution.Ack.Continue\nimport monix.execution.atomic.Atomic\nimport monix.reactive.Observable\nimport monix.eval.Task\nimport com.intellij.openapi.project.Project\nimport io.snyk.plugin.metrics.{MockSegmentApi, SegmentApi}\nimport org.jetbrains.idea.maven.project.MavenProject\n\nimport scala.concurrent.Future\nimport scala.io.{Codec, Source}\nimport scala.util.{Failure, Success, Try}\n\n\n\/**\n  * Central abstraction to the plugin, exposes `Atomic` instances of the relevant bits of\n  * stateful information: The current dependency tree, and most recently seen scan results.\n  *\n  * Exposes core navigation functionality to isolate callers from any dependency on IDE-specific\n  * implementations, to support running outside of the IDE for test purposes.\n  *\/\ntrait SnykPluginState extends IntellijLogging {\n  \/\/MODEL\n\n  def apiClient: ApiClient\n  def segmentApi: SegmentApi\n  val projects: Atomic[Map[String,PerProjectState]] = Atomic(Map.empty[String,PerProjectState])\n  val config: Atomic[Try[SnykConfig]] = Atomic(SnykConfig.default)\n  val flags: Flags = new Flags\n  val selectedProjectId: Atomic[String] = Atomic(\"\")\n\n  def latestScanForSelectedProject: Option[SnykVulnResponse] = for {\n    projId <- safeProjectId\n    projState <- projects().get(projId)\n    scanResult <- projState.scanResult\n  } yield scanResult\n\n\n  \/**\n    * Ensure that we have a valid `selectedProjectId`.  If it's empty, or not in `rootProjectIds`\n    * (e.g. because source code has changed) then we auto-select the first valid project.\n    * Side Effecting: will UPDATE `selectedProjectId` if an auto-selection was made.\n    *\n    * @return An optional ID if one has been set or can be determined\n    *\/\n  def safeProjectId: Option[String] = {\n    val retval = Option(selectedProjectId.get).filterNot(_.isEmpty).filter(rootProjectIds.contains) orElse {\n      val optId = rootProjectIds.headOption\n      optId foreach { id =>\n        log.debug(s\"auto-setting selected project: [$id]\")\n        selectedProjectId := id\n      }\n      optId\n    }\n    log.debug(s\"safeProjectId is $retval\")\n    retval\n  }\n\n\n  \/\/TODO: Push the whole bally lot into dep provider\n  \/\/ but should it be referenced from the model... or the controller?\n  \/\/ Doesn't really seem to be one thing or another\n  \/\/\n  \/\/ \u00af\\_(\u30c4)_\/\u00af\n\n  def externProj: ExternProj\n  protected def depTreeProvider: DepTreeProvider\n  def rootProjectIds: Seq[String] = depTreeProvider.rootIds\n  def mavenProjectsObservable: Observable[Seq[String]]\n  def idToMavenProject(id: String): Option[MavenProject] = depTreeProvider.idToMavenProject(id)\n\n  def depTree(\n    projectId: String = selectedProjectId.get\n  ): Option[SnykMavenArtifact] = {\n    val pps: Option[PerProjectState] = projects.get.get(projectId)\n    val existingDeps = pps.flatMap(_.depTree).orElse(depTreeProvider.getDepTree(projectId))\n    existingDeps\n  }\n\n  \/\/CONTROLLER\n\n  val navigator: Atomic[Navigator] = Atomic(Navigator.mock)\n\n  def performScan(\n    projectId: String = selectedProjectId(),\n    force: Boolean = false\n  ): Future[SnykVulnResponse] = {\n    val pps: Option[PerProjectState] = projects.get.get(projectId)\n    val existingScan: Option[SnykVulnResponse] = pps.flatMap(_.scanResult).filterNot(_.isEmpty)\n    if(force || existingScan.isEmpty) {\n      \/\/do new scan\n      val deps = pps.flatMap(_.depTree).orElse(depTreeProvider.getDepTree(projectId)) match {\n        case Some(x) => Success(x)\n        case None => Failure(\n          new RuntimeException(\n            \"No project available, please ensure the IDE has finished parsing any build files.\"\n          )\n        )\n      }\n\n      \/\/Use a monix task instead of a vanilla future, *specifically* for access to the `timeout` functionality\n      val task = Task.eval{\n\n        val result = deps flatMap (apiClient.runScan(_))\n        val statePair = projectId -> PerProjectState(deps.toOption, result.toOption)\n        projects.transform{ _ + statePair}\n        segmentApi.track(\"IntelliJ user ran scan\", Map(\"projectid\" -> projectId))\n        log.info(s\"async scan success\")\n        result\n      }\n\n      task\n        .timeout(config.get.get.timeoutOrDefault)\n        .runAsync\n        .transform(_.flatten)\n\n    } else Future.successful(existingScan.get)\n  }\n}\n\nobject SnykPluginState {\n  def forIntelliJ(project: Project): SnykPluginState = new IntelliJSnykPluginState(project)\n\n  def mock(\n    depTreeProvider: DepTreeProvider = DepTreeProvider.mock(),\n    mockResponder: SnykMavenArtifact => Try[String] \/\/= defaultMockResponder\n  ): SnykPluginState = new MockSnykPluginState(depTreeProvider, mockResponder)\n\n  private[this] class IntelliJSnykPluginState(project: Project) extends SnykPluginState {\n    override val apiClient = ApiClient.standard(config())\n    override val depTreeProvider = DepTreeProvider.forProject(project)\n    override val segmentApi: SegmentApi =\n      config().toOption.map(_.disableAnalytics) match {\n        case Some(true) => MockSegmentApi\n        case _ => SegmentApi(apiClient)\n      }\n\n    override def mavenProjectsObservable: Observable[Seq[String]] =\n      MavenProjectsObservable.forProject(project).map(_.map(_.toString))\n\n    override lazy val externProj: ExternProj = new ExternProj(project)\n\n    mavenProjectsObservable subscribe { list =>\n      log.info(s\"updated projects: $list\")\n      projects := Map.empty\n      navigator().navToVulns()\n      Continue\n    }\n  }\n\n  \/**\n    * Default response as used by `mock`, always returns `sampleResponse.json` from the classpath\n    *\/\n  private[this] def defaultMockResponder(treeRoot: SnykMavenArtifact): Try[String] = Try {\n    Source.fromResource(\"sampleResponse.json\", getClass.getClassLoader)(Codec.UTF8).mkString\n  }\n\n  private[this] class MockSnykPluginState(\n    val depTreeProvider: DepTreeProvider,\n    val mockResponder: SnykMavenArtifact => Try[String]\n  ) extends SnykPluginState {\n    override val apiClient: ApiClient = ApiClient.mock(mockResponder)\n    override val segmentApi: SegmentApi = MockSegmentApi\n\n    override def mavenProjectsObservable: Observable[Seq[String]] = Observable.pure(Seq(\"dummy-root-project\"))\n\n    projects := Map(\"dummy-root-project\" -> PerProjectState(depTreeProvider.getDepTree(\"\")))\n\n    override def externProj: ExternProj = ???\n  }\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/ui\/state\/Navigator.scala","text":"package io.snyk.plugin\npackage ui.state\n\nimport com.intellij.openapi.application.ApplicationManager\nimport com.intellij.openapi.project.Project\nimport io.snyk.plugin.embeddedserver.ParamSet\nimport io.snyk.plugin.ui.SnykToolWindow\nimport org.jetbrains.idea.maven.navigator.MavenNavigationUtil\nimport org.jetbrains.idea.maven.project.MavenProject\n\nimport scala.concurrent.{Future, Promise}\nimport scala.util.Try\nimport scala.collection.JavaConverters._\nimport monix.execution.Scheduler.Implicits.global\n\ntrait Navigator {\n  def navigateTo(path: String, params: ParamSet): Future[String]\n  def navToArtifact(group: String, name: String, projectId: String): Future[Unit]\n\n  def navToVulns(): Future[String] = navigateTo(\"\/vulnerabilities\", ParamSet.Empty)\n  def navToScanning(): Future[String] = navigateTo(\"\/scanning\", ParamSet.Empty)\n\n  def reloadWebView(): Unit\n}\n\nobject Navigator extends IntellijLogging {\n\n  def forIntelliJ(\n    project: Project,\n    toolWindow: SnykToolWindow,\n    idToProject: String => Option[MavenProject]\n  ): Navigator = new IntellijNavigator(project, toolWindow, idToProject)\n\n  def mock: Navigator = MockNavigator\n\n  class IntellijNavigator(\n    project: Project,\n    toolWindow: SnykToolWindow,\n    idToProject: String => Option[MavenProject]\n  ) extends Navigator {\n\n    override def navigateTo(path: String, params: ParamSet): Future[String] = {\n      val p = Promise[String]\n      ApplicationManager.getApplication.invokeLater { () =>\n        p completeWith {\n          toolWindow.htmlPanel.navigateTo(path, params) map { resolvedUrl =>\n            log.info(s\"navigateTo: $path completed\")\n            resolvedUrl\n          }\n        }\n      }\n      p.future\n    }\n\n    \/**\n      * Use MavenProjectsManager to open the editor and highlight where the specified artifact\n      * is imported.\n      *\/\n    override def navToArtifact(\n      group: String,\n      name: String,\n      projectId: String\n    ): Future[Unit] = idToProject(projectId) map { mp =>\n      val p = Promise[Unit]\n      ApplicationManager.getApplication.invokeLater { () =>\n        log.info(s\"Navigating to Artifact: $group : $name in $projectId\")\n        p complete Try {\n          val file = mp.getFile\n          log.debug(s\"  file: $file\")\n          val artifact = mp.findDependencies(group, name).asScala.head\n          log.debug(s\"  artifact: $artifact\")\n          val nav = MavenNavigationUtil.createNavigatableForDependency(project, file, artifact)\n          nav.navigate(true)\n        }\n      }\n      p.future\n    } getOrElse Future.successful(())\n\n    override def reloadWebView(): Unit = toolWindow.htmlPanel.reload()\n  }\n\n  object MockNavigator extends Navigator {\n    override def navigateTo(path: String, params: ParamSet): Future[String] = {\n      log.info(s\"MockSnykPluginState.navigateTo($path, $params)\")\n      Future.successful(path)\n    }\n\n    override def navToArtifact(group: String, name: String, projectId: String): Future[Unit] = {\n      log.info(s\"MockSnykPluginState.navToArtifact($group, $name)\")\n      Future.successful(())\n    }\n\n    override def reloadWebView(): Unit = ()\n  }\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/depsource\/DepTreeProvider.scala","text":"package io.snyk.plugin.depsource\n\nimport com.intellij.openapi.project.Project\nimport io.snyk.plugin.datamodel.SnykMavenArtifact\nimport org.jetbrains.idea.maven.project.{MavenProject, MavenProjectsManager}\nimport scala.collection.JavaConverters._\n\ntrait DepTreeProvider {\n  def rootIds: Seq[String]\n  def getDepTree(rootId: String): Option[SnykMavenArtifact]\n  def idToMavenProject(id: String): Option[MavenProject]\n}\n\nprivate class ProjectDepTreeProvider(project: Project) extends DepTreeProvider {\n  private[this] def allMavenProjects: Seq[MavenProject] =\n    MavenProjectsManager.getInstance(project).getProjects.asScala\n\n  override def rootIds: Seq[String] = allMavenProjects.map(_.toString)\n\n  override def idToMavenProject(id: String): Option[MavenProject] =\n    allMavenProjects.find(_.toString == id)\n\n  override def getDepTree(rootId: String): Option[SnykMavenArtifact] = {\n    val projects = allMavenProjects\n    val mp = idToMavenProject(rootId) orElse projects.headOption\n    mp map SnykMavenArtifact.fromMavenProject\n  }\n}\n\nprivate class MockDepTreeProvider(val rootIds: Seq[String], mockTree: SnykMavenArtifact) extends DepTreeProvider {\n  override def getDepTree(rootId: String): Option[SnykMavenArtifact] = Some(mockTree)\n  override def idToMavenProject(id: String): Option[MavenProject] = None\n}\n\nobject DepTreeProvider {\n  def forProject(project: Project): DepTreeProvider = new ProjectDepTreeProvider(project)\n  def mock(\n    rootIds: Seq[String] = Seq(\"dummy root\"),\n    mockTree: SnykMavenArtifact = SnykMavenArtifact.empty\n  ): DepTreeProvider = new MockDepTreeProvider(rootIds, mockTree)\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/ui\/ExternalPopupHandler.scala","text":"package io.snyk.plugin\npackage ui\n\nimport java.net.URL\n\nimport com.intellij.ide.BrowserUtil\nimport io.snyk.plugin.ui.state.SnykPluginState\nimport javafx.application.Platform\nimport javafx.scene.web.PopupFeatures\nimport javafx.scene.web.WebEngine\nimport javafx.util.Callback\n\nimport scala.util.control.NonFatal\n\n\/**\n  * The *only* way to handle a popup (e.g. target=\"_blank\") in the JavaFX webview is via a callback that\n  * provides the WebEngine that should handle the request.  The design is clearly fixated on keeping you\n  * trapped within JavaFX at all costs, and therefore requires this pointlessly heavyweight hack to work around.\n  *\n  * On the off-chance that children might happen to read this comment, I shall refrain from giving my full and\n  * frank opinion as to the quality of Oracle's engineering here and how usable the JavaFX WebView API is.\n  * Suffice to say... I don't much like it.\n  *\n  * First, we need a WebEngine to use as a target.  It's a final class and can't be safely mocked, so we\n  * have to provide a genuine instance, along with the underlying WebKit instance.\n  * (did I mention this was heavyweight?)\n  *\n  * With this, we add a listener to capture the location that's pushed into it.  We then immediately stop it\n  * from doing anything (did I mention this was POINTLESSLY heavyweight?) and pass the URL to our own `processUrl`\n  * handler which will either:\n  *  - process special http:\/\/idenav links to drive an internal IDE navigation\n  *    (e.g. link to the source of a declaration of some dependency in a POM)\n  *  - Use IntelliJ's `BrowserUtil.browse` to open the link in the user's browser\n  *\/\nclass ExternalPopupHandler(pluginState: SnykPluginState)\nextends Callback[PopupFeatures, WebEngine] with IntellijLogging {\n\n  private[this] val navPrefix = \"http:\/\/idenav\/artifact\/\"\n\n  lazy val zombieEngine: WebEngine = {\n    val engine = new WebEngine\n    engine.locationProperty addListener { (_, _, url) =>\n      \/\/ stop loading and unload the url\n      \/\/ -> does this internally: engine.getLoadWorker().cancelAndReset();\n      \/\/ We can't call that method directly though, as it's protected - making this a hack within a hack\n      Platform.runLater( () => engine.loadContent(\"\") )\n      if (url.nonEmpty) processUrl(url)\n    }\n    engine\n  }\n\n  private[this] def processUrl(url: String) = {\n    log.info(s\"External Popup Handler tackling: $url\")\n    try {\n      if(url.startsWith(navPrefix)) {\n        val parts = url.drop(navPrefix.length).split(\":|@\")\n        val g = parts(0)\n        val a = parts(1)\n        pluginState.navigator().navToArtifact(g, a, pluginState.selectedProjectId.get)\n      } else  BrowserUtil.browse(new URL(url))\n    } catch { case NonFatal(e) => log.warn(e) }\n  }\n\n  def call(popupFeatures: PopupFeatures): WebEngine = zombieEngine\n\n}\n\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/client\/SnykClientSerialisation.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin<filename>src\/main\/scala\/io\/snyk\/plugin\/client\/SnykClientSerialisation.scala<gh_stars>0\npackage io.snyk.plugin.client\n\nimport io.circe.derivation.{deriveDecoder, deriveEncoder}\nimport io.circe.syntax._\nimport io.circe._\nimport io.snyk.plugin.datamodel.SnykMavenArtifact\n\nobject SnykClientSerialisation {\n  case class QueryString(org: String)\n\n  case class JsonForm(\n    groupId: String,\n    artifactId: String,\n    packaging: String,\n    version: String,\n    name: String,\n    dependencies: Map[String, JsonForm],\n    scope: Option[String]\n  )\n\n  case class RootJsonForm(\n    groupId: String,\n    artifactId: String,\n    packaging: String,\n    version: String,\n    name: String,\n    dependencies: Map[String, JsonForm],\n    qs: Option[QueryString] = None,\n    packageFormatVersion: String = \"mvn:0.0.1\",\n  )\n\n  private def jsonForm(a: SnykMavenArtifact): JsonForm = JsonForm(\n    a.groupId,\n    a.artifactId,\n    a.packaging,\n    a.version,\n    a.name,\n    a.depsMap.mapValues(jsonForm),\n    a.scope\n  )\n\n  private def rootJsonForm(a: SnykMavenArtifact): RootJsonForm = RootJsonForm(\n    a.groupId,\n    a.artifactId,\n    a.packaging,\n    a.version,\n    a.name,\n    a.depsMap.mapValues(jsonForm)\n  )\n\n  private implicit val decoderQueryString: Decoder[QueryString] = deriveDecoder\n  private implicit val encoderQueryString: Encoder[QueryString] = deriveEncoder\n  private implicit val decoderJsonForm: Decoder[JsonForm] = deriveDecoder\n  private implicit val decoderRootJsonForm: Decoder[RootJsonForm] = deriveDecoder\n  private implicit val encoderJsonForm: Encoder[JsonForm] = deriveEncoder\n  private implicit val encoderRootJsonForm: RootEncoder[RootJsonForm] = deriveEncoder\n\n  def encode(a: SnykMavenArtifact): Json = jsonForm(a).asJson\n  def encodeRoot(a: SnykMavenArtifact, org: Option[String] = None): Json = org match {\n    case Some(str) => rootJsonForm(a).copy(qs = Some(QueryString(org = str))).asJson\n    case None => rootJsonForm(a).asJson\n  }\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/SendSegmentTestEvent.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin\nimport io.snyk.plugin.client.ApiClient\nimport io.snyk.plugin.metrics.SegmentApi\n\nobject SendSegmentTestEvent extends App {\n  val client = ApiClient.mock(null)\n  val segment = SegmentApi(client)\n  segment.track(\n    \"test event\",\n    Map(\n      \"a\" -> 1,\n      \"b\" -> 4.2,\n      \"c\" -> 0.01d,\n      \"d\" -> \"foo\"\n    )\n  )\n\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/datamodel\/MavenCoords.scala","text":"package io.snyk.plugin.datamodel\n\nimport io.circe.{Decoder, Encoder}\n\ncase class MavenCoords(group: String, name: String, version: String) {\n  def unversionedName: String =  s\"$group:$name\"\n  def shortName: String =  s\"$name@$version\"\n  override def toString: String = s\"$group:$name@$version\"\n}\n\nobject MavenCoords {\n  def from(fullVersionedName: String): MavenCoords = {\n    val arr1 = fullVersionedName.split('@')\n    val arr2 = arr1.head.split(':')\n    MavenCoords(arr2(0), arr2(1), arr1(1))\n  }\n\n  def from(fullName: String, version: String): MavenCoords = {\n    val arr = fullName.split(':')\n    MavenCoords(arr(0), arr(1), version)\n  }\n\n  implicit val encoder: Encoder[MavenCoords] = Encoder.encodeString.contramap[MavenCoords](_.toString)\n  implicit val decoder: Decoder[MavenCoords] = Decoder.decodeString.map(from)\n}\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/embeddedserver\/MiniServer.scala","text":"<gh_stars>0\npackage io.snyk.plugin.embeddedserver\n\nimport java.io.IOException\nimport java.net.{URI, URL, URLEncoder}\n\nimport fi.iki.elonen.NanoHTTPD\nimport io.snyk.plugin.datamodel.SnykVulnResponse\nimport ColorProvider.RichColor\nimport HandlebarsEngine.RichTemplate\nimport io.snyk.plugin.IntellijLogging\nimport io.snyk.plugin.ui.state.SnykPluginState\n\nimport scala.util.{Failure, Success}\n\n\/**\n  * A low-impact embedded HTTP server, built on top of the NanoHTTPD engine.\n  * Minimal routing to process `.hbs` files via handlebars.\n  *\n  * Special logic to show an interim animation if the requested URL needs a new scan,\n  * then asynchronously show the requested URL once the scan is complete\n  *\/\nclass MiniServer(\n  protected val pluginState: SnykPluginState,\n  colorProvider: ColorProvider,\n  port0: Int = 0\n) extends NanoHTTPD(port0)\n  with ServerFilters\n  with ServerResponses\n  with IntellijLogging\n{ \/\/ 0 == first available port\n\n  import NanoHTTPD._\n  import pluginState.apiClient\n\n  start(SOCKET_READ_TIMEOUT, false)\n  val port: Int = this.getListeningPort\n\n  val rootUrl = new URL(s\"http:\/\/localhost:$port\")\n  log.info(s\"Mini-server on $rootUrl \\n\")\n\n  val handlebarsEngine = new HandlebarsEngine\n\n  protected def navigateTo(path: String, params: ParamSet): Unit =\n    pluginState.navigator().navigateTo(path, params)\n\n  \/** The default URL to show when async scanning if an explicit `interstitial` page hasn't been requested **\/\n  val defaultScanning = \"\/html\/scanning.hbs\"\n\n  val webInf = WebInf.instance\n\n  \/**\n    * Core NanoHTTPD serving method; Parse params for our own needs, extract the URI, and delegate to our own `serve`\n    *\/\n  override def serve(session: IHTTPSession): Response = {\n    log.debug(s\"miniserver serving $session\")\n    val uri = URI.create(session.getUri).normalize()\n    val params = ParamSet.from(session)\n    val uriPath = uri.getPath\n    log.debug(s\"miniserver routing $uriPath\")\n    try {\n      router.route(uri, params) getOrElse {\n        \/\/test hbs files in \/html before simply 404-ing\n        val possiblePath = s\"\/html${uriPath}.hbs\"\n        if(webInf.exists(possiblePath)) serveHandlebars(possiblePath, params)\n        else notFoundResponse(uriPath)\n      }\n    } catch { case ex: Exception =>\n      log.warn(ex)\n      newFixedLengthResponse(Response.Status.INTERNAL_ERROR, \"text\/plain\", ex.toString)\n    }\n  }\n\n  private lazy val router = HttpRouter(\n    \"\/assets\/*\"              -> serveStatic,\n    \"\/partials\/*\"            -> serveHandlebars,\n    \"\/perform-login\"         -> performLogin,\n    \"\/vulnerabilities\"       -> serveVulns,\n    \"\/rawScanResults.json\"   -> serveRawScanResults,\n    \"\/flatVulns.json\"        -> serveFlatJsonVulns,\n    \"\/vulns.json\"            -> serveJsonVulns,\n    \"\/debugForceNav\"         -> debugForceNav,\n  )\n  \/\/note: anything in \/WEB-INF\/html will typically be handled by the fallback in serve()\n\n\n  def serveStatic(path: String, params: ParamSet): Response = {\n    val mime = MimeType of path\n    log.debug(s\"miniserver serving static http:\/\/localhost:$port$path as $mime\")\n    val conn = WebInf.instance.openConnection(path)\n    newFixedLengthResponse(Response.Status.OK, mime, conn.getInputStream, conn.getContentLengthLong)\n  }\n\n  def debugForceNav(path: String, params: ParamSet): Response = params.first(\"path\") match {\n    case Some(forcedPath) =>\n      navigateTo(forcedPath, params)\n      newFixedLengthResponse(Response.Status.OK, \"text\/plain\", forcedPath)\n    case None =>\n      newFixedLengthResponse(Response.Status.OK, \"text\/plain\", \"debugForceNav: no path param supplied\")\n  }\n\n  def performLogin(path: String, params: ParamSet): Response = {\n    log.debug(\"Performing login\")\n    val redir = asyncAuthAndRedirectTo(\"\/vulnerabilities\", params)\n    redirectTo(\"\/logging-in\")\n  }\n\n  def serveVulns(path: String, params: ParamSet): Response = {\n    requireAuth {\n      requireProjectId {\n        requireScan(path, params) {\n          serveHandlebars(\"\/html\/vulns.hbs\", params)\n        }\n      }\n    }\n  }\n\n  private[this] def safeScanResult: SnykVulnResponse =\n    pluginState.latestScanForSelectedProject getOrElse SnykVulnResponse.empty\n\n  def serveRawScanResults(path: String, params: ParamSet): Response = {\n    requireAuth {\n      requireProjectId {\n        requireScan(path, params) {\n          import SnykVulnResponse.JsonCodecs._\n          jsonResponse(safeScanResult)\n        }\n      }\n    }\n  }\n\n  def serveFlatJsonVulns(path: String, params: ParamSet): Response = {\n    requireAuth {\n      requireProjectId {\n        requireScan(path, params) {\n          jsonResponse(safeScanResult.flatMiniVulns)\n        }\n      }\n    }\n  }\n  def serveJsonVulns(path: String, params: ParamSet): Response = {\n    requireAuth {\n      requireProjectId {\n        requireScan(path, params) {\n          jsonResponse(safeScanResult.mergedMiniVulns.sortBy(_.spec))\n        }\n      }\n    }\n  }\n\n  def serveHandlebars(path: String, params: ParamSet): Response = {\n    log.debug(s\"miniserver serving handlebars template http:\/\/localhost:$port$path\")\n    log.debug(s\"params = $params\")\n\n    handlebarsEngine.compile(path) match {\n      case Success(template) =>\n        def latestScanResult = safeScanResult\n\n        val ctx = Map.newBuilder[String, Any]\n\n        ctx ++= params.contextMap\n        ctx ++= colorProvider.toMap.mapValues (_.hexRepr)\n        ctx += \"currentProject\" -> pluginState.selectedProjectId.get\n        ctx += \"projectIds\" -> pluginState.rootProjectIds\n        ctx += \"miniVulns\" -> latestScanResult.mergedMiniVulns.sortBy (_.spec)\n        ctx += \"vulnerabilities\" -> latestScanResult.vulnerabilities\n\n          \/\/TODO: should these just be added to state?\n        val paramFlags = params.all (\"flags\").map (_.toLowerCase -> true).toMap\n        ctx += \"flags\" -> (paramFlags ++ pluginState.flags.asStringMap)\n        ctx += \"localhost\" -> s\"http:\/\/localhost:$port\"\n        ctx += \"apiAvailable\" -> apiClient.isAvailable\n\n        val body = template render ctx.result()\n        newFixedLengthResponse (Response.Status.OK, \"text\/html\", body)\n      case Failure(_: IOException) => notFoundResponse(path)\n      case Failure(x) =>\n        redirectTo(\"\/error?errmsg=\" + URLEncoder.encode(x.getMessage, \"UTF-8\"))\n    }\n  }\n\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/TestParseResponse.scala","text":"<filename>src\/test\/scala\/TestParseResponse.scala<gh_stars>0\n\nimport Predef.{any2stringadd => _, _}\nimport io.circe.parser._\n\nimport scala.io.Source\nimport io.snyk.plugin.datamodel.SnykVulnResponse\nimport io.snyk.plugin.datamodel.SnykVulnResponse.JsonCodecs._\n\nobject TestParseResponse extends App {\n\n  def boxes(xs: Seq[Seq[Seq[String]]]): String = {\n    val width = xs.flatten.flatten.map(_.length).max\n    xs.map{ box =>\n      box.map{ panel =>\n        panel.collect{\n          case line if line.trim.nonEmpty => \"\u2551 \" + line.padTo(width, ' ') + \" \u2551\"\n        }.mkString(\"\\n\")\n      }.mkString(s\"\\n\u255f\u2508${\"\u2508\" * width}\u2508\u2562\\n\")\n    }.mkString(s\"\u2554\u2550${\"\u2550\" * width}\u2550\u2557\\n\", s\"\\n\u2560\u2550${\"\u2550\" * width}\u2550\u2563\\n\", s\"\\n\u255a\u2550${\"\u2550\" * width}\u2550\u255d\")\n  }\n\n  def descendingTree(xs: Seq[String]): String = {\n    val tail = xs.tail.zipWithIndex.map{case (x,i) => (\" \" * i) + \"\u27a5 \" + x}\n    (xs.head +: tail).mkString(\"\\n  \")\n  }\n\n  def columnise(xs: (String, String)*): Seq[String] = {\n    \/\/first, make sure we're only dealing with single lines\n    val linePairs = xs.flatMap{case (a,b) => a.split('\\n').zipAll(b.split('\\n'), \"\", \"\")}\n    val w1 = linePairs.map(_._1.length).max\n    val w2 = linePairs.map(_._2.length).max\n    linePairs.map{case (a,b) => a.padTo(w1, ' ') + \" \" + b.padTo(w2, ' ')}\n  }\n\n  val inputStream =  getClass.getClassLoader.getResourceAsStream(\"sample-response.json\")\n  val inputSource = Source.fromInputStream(inputStream)\n  val input = inputSource.mkString\n  val output = decode[SnykVulnResponse](input)\n\n\/\/  import sext._\n\/\/  println(output.valueTreeString)\n\n  val vulns = output.right.toSeq.flatMap(_.securityVulns)\n\n  vulns foreach { v =>\n    val mv = v.toMiniVuln\n    println()\n    println(mv.spec)\n\/\/    println(\"  from:   \" + mv.from.map(_.treeString.mkString(\" \", \"\\n           \", \"\")).getOrElse(\"\u2205\"))\n\/\/    println(\"  upgrade:\" + mv.upgradePath.map(_.treeString.mkString(\" \", \"\\n           \", \"\")).getOrElse(\"\u2205\"))\n  }\n\n\n\/\/  val tree = vulns map { v =>\n\/\/    Seq(\n\/\/      Seq(\n\/\/        s\"${v.combinedId}\",\n\/\/        s\"${v.title} in ${v.moduleName}\"\n\/\/      ),\n\/\/      columnise(\n\/\/        \"via:\"        -> descendingTree(v.from),\n\/\/        \"vulnerable:\" -> { if(v.isUpgradable) v.semver.splitVulnerable.mkString(\"\\n\") else \"n\/a\" },\n\/\/        \"upgrade:\"    -> descendingTree(v.normalisedUpgradePath),\n\/\/        \"patchable:\"  -> v.isPatchable.toString\n\/\/      )\n\/\/    )\n\/\/  }\n\/\/  println(boxes(tree))\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/test\/scala\/TestUserInfoEndpoint.scala","text":"<filename>src\/test\/scala\/TestUserInfoEndpoint.scala\nimport io.snyk.plugin.client.{ApiClient, SnykConfig}\n\nobject TestUserInfoEndpoint extends App {\n  val config = SnykConfig.default\n  val client = ApiClient.standard(config)\n\n  println(client.userInfo())\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/datamodel\/MiniVuln.scala","text":"<gh_stars>0\npackage io.snyk.plugin.datamodel\n\nimport io.circe.{Decoder, Encoder}\nimport io.circe.derivation.{deriveDecoder, deriveEncoder}\n\nimport scala.annotation.tailrec\nimport io.snyk.plugin.IntellijLogging\n\n\ncase class VulnDerivation(\n  module       : MavenCoords,\n  remediations : Map[String, Seq[MiniTree[MavenCoords]]]\n)\n\nobject VulnDerivation {\n  implicit val encoder: Encoder[VulnDerivation] = deriveEncoder\n  implicit val decoder: Decoder[VulnDerivation] = deriveDecoder\n\n  def merge(xs: Seq[VulnDerivation]): Seq[VulnDerivation] = {\n    for {\n      moduleGrouped <- xs.groupBy(_.module).values.toSeq\n    } yield {\n      val module = moduleGrouped.head.module\n      val remediationMaps = moduleGrouped.map(_.remediations)\n\n      val aggregatedRemediationMap = remediationMaps.flatMap(_.toSeq)\n      val groupedByVersion = aggregatedRemediationMap.groupBy(_._1).mapValues(_.flatMap(_._2))\n\n      val merged = groupedByVersion.mapValues(MiniTree.merge)\n      VulnDerivation(module, merged)\n    }\n  }\n}\n\ncase class MiniVuln(\n  spec        : VulnSpec,\n  derivations : Seq[MiniTree[VulnDerivation]]\n)\n\nobject MiniVuln extends IntellijLogging {\n\n  def derivHasRemediations(tree: MiniTree[VulnDerivation]): Boolean =\n    tree.content.remediations.nonEmpty ||\n      tree.nested.exists(derivHasNestedRemediations)\n\n  def derivHasNestedRemediations(tree: MiniTree[VulnDerivation]): Boolean =\n      tree.nested.exists(derivHasRemediations)\n\n\n  def merge(occurrences: Seq[MiniVuln]): Seq[MiniVuln] = {\n\n    \/**\n      * Merges peer nodes that share a module ID by summing their remediation maps\n      *\/\n    def collapse(miniTrees: Seq[MiniTree[VulnDerivation]]): Seq[MiniTree[VulnDerivation]] = {\n      if(miniTrees.size > 1) {\n        val groupedByModule = miniTrees.groupBy(_.content.module)\n        groupedByModule.map{ case (module, trees) =>\n          val remediationMaps = trees.flatMap(_.content.remediations).groupBy(_._1).mapValues(_.flatMap(_._2))\n          val mergedRemediationMaps = remediationMaps.mapValues(MiniTree.merge)\n          val kids = trees.flatMap(_.nested)\n          val mergedKids = MiniTree.merge(kids)\n          MiniTree(VulnDerivation(module, mergedRemediationMaps), mergedKids)\n        }.toSeq\n      } else {\n        miniTrees map { t => t.copy(nested = collapse(t.nested)) }\n      }\n    }\n\n    val specDerivsMap = occurrences.groupBy(_.spec).mapValues(_.flatMap(_.derivations))\n\n    specDerivsMap.map{ case (spec, trees) =>\n      val mergedTrees = MiniTree merge trees\n      val collapsedTrees = collapse(mergedTrees)\n      MiniVuln(spec, collapsedTrees)\n    }.toSeq\n  }\n\n  @tailrec private[this] def mkDerivationSeq(\n    from        : Seq[String],\n    upgradePath : Seq[Either[Boolean, String]],\n    acc         : Seq[VulnDerivation] = Nil\n  ): Seq[VulnDerivation] = {\n    (from, upgradePath) match {\n      case (_, Left(true) +: _) => ???\n\n      case (fHead +: fTail, Left(false) +: upTail) =>\n        mkDerivationSeq(\n          fTail,\n          upTail,\n          acc :+ VulnDerivation(MavenCoords.from(fHead), Map.empty)\n        )\n\n      case (fHead +: fTail, up) if up.isEmpty =>\n        mkDerivationSeq(\n          fTail,\n          Nil,\n          acc :+ VulnDerivation(MavenCoords.from(fHead), Map.empty)\n        )\n\n      case (fHead +: fTail, Right(upHead) +: upTail) =>\n        val newCoords = MavenCoords.from(upHead)\n        val newVersion = newCoords.version\n        val pivotSeq = upTail collect { case Right(ver) => MavenCoords.from(ver) }\n        val pivot = MiniTree.fromLinear(pivotSeq) match {\n          case Some(tree) => Map(newVersion -> Seq(tree))\n          case None => Map(newVersion -> Nil)\n        }\n\n        mkDerivationSeq(\n          fTail,\n          Nil,\n          acc :+ VulnDerivation(MavenCoords.from(fHead), pivot)\n        )\n\n      case (f, _) if f.isEmpty =>\n        acc\n\n      case _ =>\n        log.debug(\"FROM\\n\" + from.mkString(\"\\n\"))\n        log.debug(\"UPGRADE\\n\" + upgradePath.mkString(\"\\n\"))\n        log.debug(\"ACC\\n\" + acc.mkString(\"\\n\"))\n        ???\n    }\n  }\n\n  def from(vuln: SecurityVuln): MiniVuln = {\n    val dseq = mkDerivationSeq(vuln.from, vuln.upgradePath)\n    val dtree = MiniTree.fromLinear(dseq).toSeq\n    MiniVuln(spec = VulnSpec.from(vuln), derivations = dtree)\n  }\n\n  def mergedFrom(vulns: Seq[SecurityVuln]): Seq[MiniVuln] =\n    merge(vulns.map(MiniVuln.from))\n\n  implicit val encoder: Encoder[MiniVuln] = deriveEncoder\n  implicit val decoder: Decoder[MiniVuln] = deriveDecoder\n}\n\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/SnykPluginAppComponent.scala","text":"<reponame>cnxtech\/snyk-intellij-plugin<gh_stars>0\npackage io.snyk.plugin\n\nimport com.intellij.openapi.application.ApplicationManager\nimport com.intellij.openapi.components.ApplicationComponent\n\nobject SnykPluginAppComponent {\n  def getInstance: SnykPluginAppComponent =\n    ApplicationManager.getApplication.getComponent(classOf[SnykPluginAppComponent])\n}\n\nclass SnykPluginAppComponent extends ApplicationComponent {\n  override def initComponent() : Unit = {\n  }\n\n  override def disposeComponent() : Unit = {\n  }\n}\n"}
{"repo_name":"cnxtech\/snyk-intellij-plugin","path":"src\/main\/scala\/io\/snyk\/plugin\/embeddedserver\/ServerResponses.scala","text":"package io.snyk.plugin.embeddedserver\n\nimport com.intellij.ide.BrowserUtil\nimport fi.iki.elonen.NanoHTTPD.{MIME_HTML, Response, newFixedLengthResponse}\nimport io.circe.Encoder\nimport io.circe.syntax._\nimport io.snyk.plugin.client.SnykConfig\nimport io.snyk.plugin.datamodel.SnykVulnResponse\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\nimport scala.concurrent.ExecutionContext.Implicits.global\n\ntrait ServerResponses { self: MiniServer =>\n\n  def notFoundResponse(path: String): Response =\n    newFixedLengthResponse(Response.Status.NOT_FOUND, \"text\/plain\", s\"Not Found: $path\")\n\n  def jsonResponse[T : Encoder](body: T): Response =\n    newFixedLengthResponse(Response.Status.OK, \"application\/json\", body.asJson.spaces4)\n\n  def redirectTo(url: String): Response = {\n    log.debug(s\"Redirecting to $url\")\n    val r = newFixedLengthResponse(Response.Status.REDIRECT, MIME_HTML, \"\")\n    r.addHeader(\"Location\", url)\n    r\n  }\n\n  def defaultFailureHandler(x: Throwable, params: ParamSet): Unit = {\n    log.warn(x)\n    log.debug(s\"async task failed, redirecting to error page\")\n    navigateTo(\"\/error\", params.plus(\"errmsg\" -> x.getMessage))\n  }\n  \/**\n    * Initiate an asynchronous security scan... once complete, navigate to the supplied URL\n    *\/\n  def asyncScanAndRedirectTo(\n    successPath: String,\n    params: ParamSet,\n    onError: (Throwable, ParamSet) => Unit = defaultFailureHandler\n  ): Future[SnykVulnResponse] = {\n    log.debug(s\"triggered async scan, will redirect to $successPath with params $params\")\n    pluginState.performScan() andThen {\n      case Success(_) =>\n        log.debug(s\"async scan success, redirecting to $successPath with params $params\")\n        navigateTo(successPath, params)\n      case Failure(x) => onError(x, params)\n    }\n  }\n\n\n  \/**\n    * Initiate an asynchronous authorisation... once complete, navigate to the supplied URL\n    *\/\n  def asyncAuthAndRedirectTo(\n    successPath: String,\n    params: ParamSet,\n    onError: (Throwable, ParamSet) => Unit = defaultFailureHandler\n  ): Future[SnykConfig] = {\n    if(pluginState.config.get.isSuccess) {\n      Future fromTry pluginState.config.get\n    } else {\n      SnykConfig.auth(openBrowserFn = BrowserUtil.browse) transform { tryConfig =>\n        tryConfig flatMap { config =>\n          import self.pluginState.segmentApi\n          log.debug(s\"auth completed with $config, redirecting to $successPath with params $params\")\n          pluginState.config := tryConfig\n          segmentApi.identify()\n          segmentApi.track(\"login via IntelliJ\")\n          config.writeToFile().map(_ => config)\n        }\n      } andThen {\n        case Failure(x) =>\n          onError(x, params)\n        case s @ Success(config) =>\n          log.debug(s\"navigating to $successPath with config updated\")\n          navigateTo(successPath, params)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"mrutkows\/incubator-openwhisk-cli","path":"tests\/src\/test\/scala\/system\/basic\/HttpProxy.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage system.basic\nimport java.net.ServerSocket\n\nimport akka.http.scaladsl.{Http, HttpsConnectionContext}\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse, Uri}\nimport akka.http.scaladsl.model.Uri.Authority\nimport akka.http.scaladsl.server.Route\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{Sink, Source}\nimport com.typesafe.sslconfig.akka.AkkaSSLConfig\nimport common.{WskActorSystem, WskProps}\nimport common.rest.{AcceptAllHostNameVerifier, SSL}\nimport javax.net.ssl.HostnameVerifier\nimport org.scalatest.Suite\nimport org.scalatest.concurrent.ScalaFutures\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.duration._\n\n\/**\n * A minimal reverse proxy implementation for test purpose which intercepts the\n * request and responses and then make them available to test for validation.\n *\n * It also allows connecting to https endpoint while still expose a http endpoint\n * to local client\n *\/\ntrait HttpProxy extends WskActorSystem with ScalaFutures {\n  self: Suite =>\n\n  implicit val materializer: ActorMaterializer = ActorMaterializer()\n  implicit val testConfig: PatienceConfig = PatienceConfig(1.minute)\n\n  def withProxy(check: (WskProps, ListBuffer[(HttpRequest, HttpResponse)]) => Unit)(implicit wp: WskProps): Unit = {\n    val uri = getTargetUri(wp)\n    val requests = new ListBuffer[(HttpRequest, HttpResponse)]\n    val port = freePort()\n    val proxy = Route { context =>\n      val request = context.request\n      val handler = Source\n        .single(proxyRequest(request, uri))\n        .via(makeHttpFlow(uri))\n        .runWith(Sink.head)\n        .map { response =>\n          requests += ((request, response))\n          response\n        }\n        .flatMap(context.complete(_))\n      handler\n    }\n\n    val binding = Http(actorSystem).bindAndHandle(handler = proxy, interface = \"localhost\", port = port)\n    binding.map { b =>\n      val proxyProps = wp.copy(apihost = s\"http:\/\/localhost:$port\")\n      check(proxyProps, requests)\n      b.unbind()\n    }.futureValue\n  }\n\n  private def getTargetUri(wp: WskProps) = {\n    \/\/ startsWith(http) includes https\n    if (wp.apihost.startsWith(\"http\")) {\n      Uri(wp.apihost)\n    } else {\n      Uri().withScheme(\"https\").withHost(wp.apihost)\n    }\n  }\n\n  private def makeHttpFlow(uri: Uri) = {\n    if (uri.scheme == \"https\") {\n      \/\/Use ssl config which does not validate anything\n      Http(actorSystem).outgoingConnectionHttps(\n        uri.authority.host.address(),\n        uri.effectivePort,\n        connectionContext = httpsConnectionContext())\n    } else {\n      Http(actorSystem).outgoingConnection(uri.authority.host.address(), uri.effectivePort)\n    }\n  }\n\n  private def httpsConnectionContext() = {\n    val sslConfig = AkkaSSLConfig().mapSettings { s =>\n      s.withHostnameVerifierClass(classOf[AcceptAllHostNameVerifier].asInstanceOf[Class[HostnameVerifier]])\n    }\n    \/\/SSL.httpsConnectionContext initializes config which is not there in cli test\n    \/\/So inline the flow as we do not need client auth for this case\n    new HttpsConnectionContext(SSL.nonValidatingContext(false), Some(sslConfig))\n  }\n\n  private def proxyRequest(req: HttpRequest, uri: Uri): HttpRequest = {\n    \/\/https:\/\/github.com\/akka\/akka-http\/issues\/64\n    req\n      .copy(headers = req.headers.filterNot(h => h.is(\"timeout-access\")))\n      .copy(uri = req.uri.copy(scheme = \"\", authority = Authority.Empty)) \/\/Strip the authority as it refers to proxy\n  }\n\n  private def freePort(): Int = {\n    val socket = new ServerSocket(0)\n    try socket.getLocalPort\n    finally if (socket != null) socket.close()\n  }\n}\n"}
{"repo_name":"LiveIntent\/scala-lru-map","path":"src\/test\/scala\/com.snowplowanalytics.lrumap\/LruMapTest.scala","text":"\/*\n * Copyright (c) 2012-2020 Snowplow Analytics Ltd. All rights reserved.\n *\n * This program is licensed to you under the Apache License Version 2.0,\n * and you may not use this file except in compliance with the Apache License Version 2.0.\n * You may obtain a copy of the Apache License Version 2.0 at http:\/\/www.apache.org\/licenses\/LICENSE-2.0.\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the Apache License Version 2.0 is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the Apache License Version 2.0 for the specific language governing permissions and limitations there under.\n *\/\npackage com.snowplowanalytics.lrumap\n\nimport org.scalacheck.{Properties, Prop, Gen}\nimport cats.Id\nimport cats.implicits._\n\nclass LruMapSpecification extends Properties(\"LruMap\") {\n  property(\"Single put get\") = Prop.forAll { (k: String, v: Int) =>\n    val map: Id[LruMap[Id, String, Int]] = CreateLruMap[Id, String, Int].create(1)\n    val result = map.flatMap[Option[Int]](m => m.put(k, v).productR(m.get(k)))\n    (result: Option[Int]).contains(v)\n  }\n\n  property(\"Put get empty\") = Prop.forAll { (k1: String, k2: String, v: Int) =>\n    val map: Id[LruMap[Id, String, Int]] = CreateLruMap[Id, String, Int].create(2)\n    val result = map.flatMap[Option[Int]](m => m.put(k1, v).productR(m.get(k2)))\n    k1 == k2 ^ result.isEmpty\n  }\n\n  property(\"Fill lru\") = Prop.forAll(Gen.choose(1, 10000)) { size =>\n    val map: Id[LruMap[Id, Int, Int]] = CreateLruMap[Id, Int, Int].create(size)\n    val result = map.flatMap[Option[Int]](m => (1 to size).toList.traverse(n => m.put(n, n)).productR(m.get(0)))\n    result.isEmpty\n  }\n\n  property(\"Last put\") = Prop.forAll(Gen.listOf(Gen.identifier).suchThat(list => list.distinct == list)) { list =>\n    val map: Id[LruMap[Id, String, String]] = CreateLruMap[Id, String, String].create(list.length * 4)\n    val result = map\n      .flatMap[List[Option[String]]] { m =>\n        list.traverse[Id, Unit] { w => m.put(w, w) }.productR {\n          list.traverse[Id, Option[String]] { w => m.get(w) }\n        }\n      }\n\n    val res = result == list.map(x => Some(x))\n    if (!res) { println(s\"list $list and result $result and len ${list.length}\") }\n    res\n  }\n\n  property(\"Evict lru\") = Prop.forAll(Gen.choose(1, 1000)) { size =>\n    val map: Id[LruMap[Id, Int, Int]] = CreateLruMap[Id, Int, Int].create(size)\n    val result = (1 until size).reverse.toList.traverse(i => map.put(i, i)).productR {\n      (1 until size).toList.traverse(i => map.get(i)).productR {\n        map.put(-1, -1).productR { \/\/ 0 should be evicted\n          map.get(0)\n        }\n      }\n    }\n    result.isEmpty\n  }\n}\n"}
{"repo_name":"LiveIntent\/scala-lru-map","path":"src\/main\/scala\/com.snowplowanalytics.lrumap\/CreateLruMap.scala","text":"\/*\n * Copyright (c) 2012-2020 Snowplow Analytics Ltd. All rights reserved.\n *\n * This program is licensed to you under the Apache License Version 2.0,\n * and you may not use this file except in compliance with the Apache License Version 2.0.\n * You may obtain a copy of the Apache License Version 2.0 at http:\/\/www.apache.org\/licenses\/LICENSE-2.0.\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the Apache License Version 2.0 is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the Apache License Version 2.0 for the specific language governing permissions and limitations there under.\n *\/\npackage com.snowplowanalytics.lrumap\n\nimport cats.Id\nimport cats.syntax.functor._\nimport cats.effect.Async\n\nimport com.google.common.cache.CacheBuilder\n\nimport scalacache._\nimport scalacache.guava._\nimport scalacache.modes.sync\nimport scalacache.CatsEffect\n\n\n\/** `CreateLruMap` provides an ability to initialize the cache,\n  * which effect will `F`\n  *\n  * *WARNING*: Due to support of non-`Sync`\/eager algebras,\n  * users should be super-careful about creating *values* of `F[_]`,\n  * as they won't have RT\/lazy semantics and will be memoized\n  *\n  * This is NOT a type class, as it does not have the coherence\n  * requirement, but can be passed implicitly\n  *\/\ntrait CreateLruMap[F[_], K, V] extends Serializable {\n  \/** Create an LruMap within `F` effect\n    *\n    * @param size Max size before evicting\n    *\/\n  def create(size: Int): F[LruMap[F, K, V]]\n}\n\nobject CreateLruMap {\n\n  \/** Summoner *\/\n  def apply[F[_], K, V](implicit ev: CreateLruMap[F, K, V]): CreateLruMap[F, K, V] = ev\n\n  \/** Eager instance *\/\n  implicit def idInitCache[K, V]: CreateLruMap[Id, K, V] = new CreateLruMap[Id, K, V] {\n    def create(size: Int): Id[LruMap[Id, K, V]] = new LruMap[Id, K, V] {\n      private implicit val scacheMode: Mode[Id] = sync.mode\n      private val underlying = makeUnderlying[K, V](size)\n      def get(key: K): Id[Option[V]] = underlying.get(key)\n      def put(key: K, value: V): Id[Unit] = {\n        val _ = underlying.put[Id](key)(value, None)\n        ()\n      }\n    }\n  }\n\n  \/** Pure instance *\/\n  implicit def asyncInitCache[F[_], K, V](implicit F: Async[F]): CreateLruMap[F, K, V] = new CreateLruMap[F, K, V] {\n    private implicit val scacheMode: Mode[F] = CatsEffect.modes.async[F]\n\n    def create(size: Int): F[LruMap[F, K, V]] =\n      F.delay(makeUnderlying[K, V](size)).map { underlying =>\n        new LruMap[F, K, V] {\n          def get(key: K): F[Option[V]] =\n            underlying.get[F](key)\n\n          def put(key: K, value: V): F[Unit] =\n            underlying.put[F](key)(value, None).void\n        }\n      }\n  }\n\n  \/\/ initial capacity and load factor are the normal defaults for LinkedHashMap\n  private def makeUnderlying[K, V](maxSize: Int): GuavaCache[V] =\n    GuavaCache(CacheBuilder.newBuilder().maximumSize(maxSize.toLong).build[String, Entry[V]])\n\n}\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/TheLambdaBarAndGrille.scala","text":"<filename>ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/TheLambdaBarAndGrille.scala\npackage com.mblinn.mbfpp.oo.iterator\n\nimport com.mblinn.oo.iterator.Address;\n\nobject TheLambdaBarAndGrille {\n\n  case class Person(name: String, address: Address)\n  case class Address(zip: Int)\n  def generateGreetings(people: Seq[Person]) =\n    for (Person(name, address) <- people if isCloseZip(address.zip))\n      yield \"Hello, %s, and welcome to the Lambda Bar And Grille!\".format(name)\n  def isCloseZip(zipCode: Int) = zipCode == 19123 || zipCode == 19103\n\n  def printGreetings(people: Seq[Person]) =\n    for (Person(name, address) <- people if isCloseZip(address.zip))\n      println(\"Hello, %s, and welcome to the Lambda Bar And Grille!\".format(name))\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/strategy\/PeopleExampleSpec.scala","text":"<gh_stars>1-10\npackage com.mblinn.mbfpp.functional.strategy\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport com.mblinn.mbfpp.oo.strategy.PeopleExample._\n\n@RunWith(classOf[JUnitRunner])\nclass PeopleExampleSpec extends FunSpec with ShouldMatchers  {\n\n  describe(\"isFirstNameValid\"){\n    it(\"should consider any person with a first name valid\"){\n      isFirstNameValid(Person(Some(\"Mike\"), None, None)) should equal (true)\n      isFirstNameValid(Person(Some(\"Mike\"), Some(\"Peter\"), None)) should equal (true)\n      isFirstNameValid(Person(Some(\"Mike\"), Some(\"Peter\"), Some(\"Linn\"))) should equal (true)\n    }\n    \n    it(\"should consider any person without a first name invalid\"){\n      isFirstNameValid(Person(None, None, None)) should equal (false)\n      isFirstNameValid(Person(None, Some(\"Peter\"), None)) should equal (false)\n      isFirstNameValid(Person(None, Some(\"Peter\"), Some(\"Linn\"))) should equal (false)\n    }\n  }\n  \n  describe(\"isFullNameValid\"){\n    it(\"considers a person valid only if it has all three names\"){\n      isFullNameValid(Person(None, None, None)) should equal (false)\n      isFullNameValid(Person(Some(\"Mike\"), None, None)) should equal (false)\n      isFullNameValid(Person(Some(\"Mike\"), Some(\"Peter\"), None)) should equal (false)\n      isFullNameValid(Person(Some(\"Mike\"), Some(\"Peter\"), Some(\"Linn\"))) should equal (true)\n    }\n  }\n  \n  describe(\"personCollector\"){\n    it(\"collects valid people and returns the set of valid people its seen so far\"){\n      val collectPerson = personCollector((person: Person) => true)\n      val p1 = Person(Some(\"fn1\"), Some(\"mn1\"), Some(\"ln1\"))\n      val p2 = Person(Some(\"fn2\"), Some(\"mn2\"), Some(\"ln2\"))\n      var expected = Vector(p1)\n      collectPerson(p1) should equal (expected)\n      expected = expected :+ p2\n      collectPerson(p2) should equal(expected)\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/visitor\/Examples.scala","text":"package com.mblinn.mbfpp.oo.visitor\n\nobject Examples {\n\ttrait Person {\n\t  def fullName: String\n\t  def firstName: String\n\t  def lastName: String\n\t  def houseNum: Int\n\t  def street: String\n\t}\n\t\n\tclass SimplePerson(val firstName: String, val lastName: String,\n\t\t\tval houseNum: Int, val street: String) extends Person {\n\t  def fullName = firstName + \" \" + lastName\n\t}\n\t\n\tclass ComplexPerson(name: Name, address: Address) extends Person {\n\t  def fullName = name.firstName + \" \" + name.lastName\n\t  \n\t  def firstName = name.firstName\n\t  def lastName = name.lastName\n\t  def houseNum = address.houseNum\n\t  def street = address.street\n\t}\n\tclass Address(val houseNum: Int, val street: String)\n\tclass Name(val firstName: String, val lastName: String)\n\t\n\timplicit class ExtendedPerson(person: Person) {\n\t  def fullAddress = person.houseNum + \" \" + person.street\n\t}\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/decorator\/Examples.scala","text":"<filename>ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/decorator\/Examples.scala\npackage com.mblinn.mbfpp.oo.decorator\n\nobject Examples {\n\n  def add(a: Int, b: Int) = a + b\n  def subtract(a: Int, b: Int) = a - b\n  def multiply(a: Int, b: Int) = a * b\n  def divide(a: Int, b: Int) = a \/ b\n  \n  def makeLogger(calcFn: (Int, Int) => Int) = \n    (a: Int, b: Int) => {\n      val result = calcFn(a, b)\n      println(\"Result is: \" + result)\n      result\n    }\n  \n  val loggingAdd = makeLogger(add)\n  val loggingSubtract = makeLogger(subtract)\n  val loggingMultiply = makeLogger(multiply)\n  val loggingDivide = makeLogger(divide)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/tr\/Names.scala","text":"<reponame>cycle-chen\/mbfpp-code\npackage com.mblinn.mbfpp.functional.tr\nimport scala.annotation.tailrec\n\nobject Names {\n\n  case class Person(firstNames: String, lastNames: String)\n\n  \/*\n  val makePeople = (firstNames: Seq[String], lastNames: Seq[String]) => {\n    @tailrec\n    lazy val helper: (Seq[String], Seq[String], Vector[Person]) => Seq[Person] =\n      (firstNames: Seq[String], lastNames: Seq[String], people: Vector[Person]) => {\n        if (firstNames.isEmpty)\n          people\n        else {\n          val newPerson = Person(firstNames.head, lastNames.head)\n          helper(firstNames.tail, lastNames.tail, people :+ newPerson)\n        }\n      }\n\n    helper(firstNames, lastNames, Vector[Person]())\n  }*\/\n\n  def makePeople(firstNames: Seq[String], lastNames: Seq[String]) = {\n    @tailrec\n    def helper(firstNames: Seq[String], lastNames: Seq[String], \n    \t\t\tpeople: Vector[Person]): Seq[Person] =\n      if (firstNames.isEmpty)\n        people\n      else {\n        val newPerson = Person(firstNames.head, lastNames.head)\n        helper(firstNames.tail, lastNames.tail, people :+ newPerson)\n      }\n    helper(firstNames, lastNames, Vector[Person]())\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/mfr\/DiscountSpec.scala","text":"package com.mblinn.mbfpp.functional.mfr\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport com.mblinn.mbfpp.functional.mfr.Discount._\nimport org.scalatest.junit.JUnitRunner\nimport org.junit.runner.RunWith\n\n@RunWith(classOf[JUnitRunner])\nclass DiscountSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"The discount functions.\") {\n    it(\"should throw an exception on an empty sequence\") {\n      evaluating { calculateDiscount(Vector()) } should produce[UnsupportedOperationException]\n    }\n\n    it(\"should calculate a discount of 10 percent on items 20 dollars or greater.\") {\n      calculateDiscount(Vector(20.0, 4.5, 50.0, 15.75, 30.0, 3.50)) should equal(10)\n      calculateDiscount(Vector(4.5, 15.75, 3.50)) should equal(0)\n    }\n\n    it(\"calculate discount and calculate discount named fn should work the same.\") {\n      calculateDiscount(Vector(20.0, 4.5, 50.0, 15.75, 30.0, 3.50)) should equal(calculateDiscountNamedFn(Vector(20.0, 4.5, 50.0, 15.75, 30.0, 3.50)))\n      calculateDiscount(Vector(4.5, 15.75, 3.50)) should equal(calculateDiscountNamedFn(Vector(4.5, 15.75, 3.50)))\n    }\n  }\n\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/tinyweb\/stepthree\/HttpData.scala","text":"<filename>ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/tinyweb\/stepthree\/HttpData.scala\npackage com.mblinn.mbfpp.oo.tinyweb.stepthree\n\ncase class HttpRequest(headers: Map[String, String], body: String, path: String)\ncase class HttpResponse(body: String, responseCode: Integer)\n  \n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/fi\/PersonExample.scala","text":"package com.mblinn.mbfpp.oo.fi.person\n\nobject PersonExample {  \n  (int1: Int, int2: Int) => int1 + int2\n  \n  case class Person(firstName: String, lastName: String)\n\n  val p1 = Person(\"Michael\", \"Bevilacqua\")\n  val p2 = Person(\"Pedro\", \"Vasquez\")\n  val p3 = Person(\"Robert\", \"Aarons\")\n\n  val people = Vector(p3, p2, p1)\n  \n  people.sortWith((p1, p2) => p1.firstName < p2.firstName)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/mr\/Phases.scala","text":"package com.mblinn.mbfpp.functional.mr\nimport scala.util.control.TailCalls._\n\nobject Phases {\n  class Transition\n  case object Ionization extends Transition\n  case object Deionization extends Transition\n  case object Vaporization extends Transition\n  case object Condensation extends Transition\n  case object Freezing extends Transition\n  case object Melting extends Transition\n  case object Sublimation extends Transition\n  case object Deposition extends Transition\n  \n  def plasma(transitions: List[Transition]): TailRec[Boolean] = transitions match {\n    case Nil => done(true)\n    case Deionization :: restTransitions => tailcall(vapor(restTransitions))\n    case _ => done(false)\n  }\n  def vapor(transitions: List[Transition]): TailRec[Boolean] = transitions match {\n    case Nil => done(true)\n    case Condensation :: restTransitions => tailcall(liquid(restTransitions))\n    case Deposition :: restTransitions => tailcall(solid(restTransitions))\n    case Ionization :: restTransitions => tailcall(plasma(restTransitions))\n    case _ => done(false)\n  }\n\n  def liquid(transitions: List[Transition]): TailRec[Boolean] = transitions match {\n    case Nil => done(true)\n    case Vaporization :: restTransitions => tailcall(vapor(restTransitions)) \n    case Freezing :: restTransitions => tailcall(solid(restTransitions))\n    case _ => done(false)\n  }\n\n  def solid(transitions: List[Transition]): TailRec[Boolean] = transitions match {\n    case Nil => done(true)\n    case Melting :: restTransitions => tailcall(liquid(restTransitions))\n    case Sublimation :: restTransitions => tailcall(vapor(restTransitions))\n    case _ => done(false)\n  }\n\n  val validSequence = List(Melting, Vaporization, Ionization, Deionization)\n  \n  val invalidSequence = List(Vaporization, Freezing)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/mfr\/Discount.scala","text":"package com.mblinn.mbfpp.functional.mfr\n\nobject Discount {\n\n  def calculateDiscount(prices : Seq[Double]) : Double = {\n    prices filter(price => price >= 20.0) map \n    \t(price => price * 0.10) reduce \n    \t\t((total, price) => total + price)\n  }\n  \n  def calculateDiscountNamedFn(prices : Seq[Double]) : Double = {\n    def isGreaterThan20(price : Double) = price >= 20.0\n    def tenPercent(price : Double) = price * 0.10\n    def sumPrices(total: Double, price : Double) = total + price\n    \n    prices filter isGreaterThan20 map tenPercent reduce sumPrices\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/mr\/EvenOddSpec.scala","text":"<reponame>cycle-chen\/mbfpp-code<gh_stars>1-10\npackage com.mblinn.mbfpp.functional.mr\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\nimport com.mblinn.mbfpp.functional.mr.EvenOdd._\n\n@RunWith(classOf[JUnitRunner])\nclass EvenOddSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"The even and odd functions should determine even and odd.\") {\n    it(\"should calculate odd and even correctly\") {\n      isOdd(100) should equal(false)\n      isEven(100) should equal(true)\n      isOdd(101) should equal(true)\n      isEven(101) should equal(false)\n      isOddTrampoline(100).result should equal(false)\n      isEvenTrampoline(100).result should equal(true)\n      isOddTrampoline(101).result should equal(true)\n      isEvenTrampoline(101).result should equal(false)\n    }\n  }\n\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/ccf\/ChooseSpec.scala","text":"package com.mblinn.mbfpp.functional.ccf\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\n\nimport com.mblinn.mbfpp.functional.ccf.Choose._\n\n@RunWith(classOf[JUnitRunner])\nclass ChooseSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"the choose examples\") {\n\n    it(\"should choose the appropriate function\") {\n      val f1 = () => \"f1\"\n      val f2 = () => \"f2\"\n      val f3 = () => \"f3\"\n        \n      choose(1, f1, f2, f3) should equal(\"f1\")\n      choose(2, f1, f2, f3) should equal(\"f2\")\n      choose(3, f1, f2, f3) should equal(\"f3\")\n     }\n    \n    it(\"should choose the appropriate expression\"){\n      val e1 = \"f1\"\n      val e2 = \"f2\"\n      val e3 = \"f3\"\n        \n      simplerChoose(1, e1, e2, e3) should equal(\"f1\")\n      simplerChoose(2, e1, e2, e3) should equal(\"f2\")\n      simplerChoose(3, e1, e2, e3) should equal(\"f3\")\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/mr\/PhasesSpec.scala","text":"<reponame>cycle-chen\/mbfpp-code<filename>ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/mr\/PhasesSpec.scala\npackage com.mblinn.mbfpp.functional.mr\nimport com.mblinn.mbfpp.functional.mr.Phases._\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass PhasesSpec extends FunSpec with ShouldMatchers {\n  describe(\"A phases state machine\"){\n    it(\"should treat liquid-solid-liquid-vapor-plasma-liquid as valid\"){\n      val sequence = List(Freezing, Melting, Vaporization, Ionization, Deionization)\n      liquid(sequence).result should equal(true)\n    }\n    it(\"should treat liquid-plasma as invalid\"){\n      liquid(List(Ionization)).result should equal(false)\n    }\n    it(\"should treat the empty sequence as valid\"){\n      liquid(List()).result should equal(true)\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/HigherOrderFunctions.scala","text":"<reponame>cycle-chen\/mbfpp-code<gh_stars>1-10\npackage com.mblinn.mbfpp.oo.iterator\n\nobject HigherOrderFunctions {\n\n  def sumSequence(sequence : Seq[Int]) =\n    if(sequence.isEmpty) 0 else sequence.reduce((acc, curr) => acc + curr)\n  \n  def prependHello(names : Seq[String]) =\n    names.map((name) => \"Hello, \" + name)\n    \n  val isVowel = Set('a', 'e', 'i', 'o', 'u')\n  def vowelsInWord(word: String) = word.filter(isVowel).toSet\n    \n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/tinyweb\/stepfour\/Tinyweb.scala","text":"<gh_stars>1-10\npackage com.mblinn.mbfpp.oo.tinyweb.stepfour\nclass TinyWeb(controllers: Map[String, Controller], \n    filters: List[(HttpRequest) => HttpRequest]) {\n  \n  def handleRequest(httpRequest: HttpRequest): Option[HttpResponse] = {\n    val composedFilter = filters.reverse.reduceLeft(\n        (composed, next) => composed compose next)\n    val filteredRequest = composedFilter(httpRequest)\n    val controllerOption = controllers.get(filteredRequest.path)\n    controllerOption map { controller => controller.handleRequest(filteredRequest) } \n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/oo\/fi\/PersonExampleSpec.scala","text":"package com.mblinn.mbfpp.oo.fi\n\n\/\/import com.mblinn.mbfpp.oo.fi.person.PersonExample.Person\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\n\/*\n@RunWith(classOf[JUnitRunner])\nclass PersonExampleSpec extends FunSpec with ShouldMatchers {\n  describe(\"person sorting\") {\n    it(\"should return an empty sequence when passed an empty sequence.\") {\n      val people = Vector[Person]()\n      people.sortWith(\n        (p1: Person, p2: Person) => p1.firstName < p2.firstName) should equal(Vector[Person]())\n\n    }\n    it(\"should sort people by first name.\") {\n      val p1 = Person(\"Michael\", \"Bevilacqua\")\n      val p2 = Person(\"Pedro\", \"Vasquez\")\n      val p3 = Person(\"Robert\", \"Aarons\")\n      val people = Vector(p3, p2, p1)\n      val sortedPeople = Vector(p1, p2, p3)\n      \n      people.sortWith(\n        (p1: Person, p2: Person) => p1.firstName < p2.firstName) should equal(sortedPeople)\n    }\n  }\n}*\/"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/tm\/GradeReporter.scala","text":"package com.mblinn.mbfpp.oo.tm\nimport scala.collection.immutable.SortedMap\nimport scala.collection.immutable.TreeMap\n\nobject GradeReporter {\n\n  def makeGradeReporter(\n    numToLetter: (Double) => String,\n    printGradeReport: (Seq[String]) => Unit) = (grades: Seq[Double]) => {\n      printGradeReport(grades.map(numToLetter))\n  }\n\n  def fullGradeConverter(grade: Double) = \n    if(grade <= 5.0 && grade > 4.0) \"A\"\n    else if(grade <= 4.0 && grade > 3.0) \"B\"\n    else if(grade <= 3.0 && grade > 2.0) \"C\"\n    else if(grade <= 2.0 && grade > 0.0) \"D\"\n    else if(grade == 0.0) \"F\"\n    else \"N\/A\"\n  \n  def printHistogram(grades: Seq[String]) = {\n    val grouped = grades.groupBy(identity)\n    val counts = grouped.map((kv) => (kv._1, kv._2.size)).toSeq.sorted\n    for(count <- counts) {\n      val stars = \"*\" * count._2\n      println(\"%s: %s\".format(count._1, stars))\n    }\n  }\n  \n  val sampleGrades = Vector(5.0, 4.0, 4.4, 2.2, 3.3, 3.5)\n  \n  val fullGradeReporter = makeGradeReporter(fullGradeConverter, printHistogram)\n  \n  def plusMinusGradeConverter(grade: Double) = \n    if(grade <= 5.0 && grade > 4.7) \"A\"\n      else if(grade <= 4.7 && grade > 4.3) \"A-\"\n\t  else if(grade <= 4.3 && grade > 4.0) \"B+\"\n\t  else if(grade <= 4.0 && grade > 3.7) \"B\"\n\t  else if(grade <= 3.7 && grade > 3.3) \"B-\"\n\t  else if(grade <= 3.3 && grade > 3.0) \"C+\"\n\t  else if(grade <= 3.0 && grade > 2.7) \"C\"\n\t  else if(grade <= 2.7 && grade > 2.3) \"C-\"\n\t  else if(grade <= 2.3 && grade > 0.0) \"D\"\n\t  else if(grade == 0.0) \"F\"\n\t  else \"N\/A\"\n\t    \n  def printAllGrades(grades: Seq[String]) = \n    for(grade <- grades) println(\"Grade is: \" + grade)\n    \n  val plusMinusGradeReporter = \n    makeGradeReporter(plusMinusGradeConverter, printAllGrades)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/DiscountBuilder.scala","text":"package com.mblinn.mbfpp.functional.fb\n\nobject DiscountBuilder {\n\n  def discount(percent: Double) = {\n    if(percent < 0.0 || percent > 100.0) \n      throw new IllegalArgumentException(\"Discounts must be between 0.0 and 100.0.\")\n    (originalPrice: Double) => \n      originalPrice - (originalPrice * percent * 0.01)\n  }\n  \n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/PartialExamples.scala","text":"<gh_stars>1-10\npackage com.mblinn.mbfpp.functional.fb\n\nobject PartialExamples {\n\n  def addTwoInts(intOne: Int, intTwo: Int) = intOne + intTwo\n\n  val addFortyTwo = addTwoInts(42, _: Int)\n\n  def taxForState(amount: Double, state: Symbol) = state match {\n    \/\/ Simple tax logic, for example only!  \n    case ('NY) => amount * 0.0645\n    case ('PA) => amount * 0.045\n    \/\/ Rest of states...\n  }\n  val nyTax = taxForState(_: Double, 'NY)\n  val paTax = taxForState(_: Double, 'PA)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/LambdaBarAndGrille.scala","text":"package com.mblinn.mbfpp.oo.iterator\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\n\nimport com.mblinn.mbfpp.oo.iterator.TheLambdaBarAndGrille._\nimport com.mblinn.mbfpp.oo.iterator.TheLambdaBarAndGrille.Person\n\n@RunWith(classOf[JUnitRunner])\nclass LambdaBarAndGrille extends FunSpec with ShouldMatchers {\n  describe(\"generateGreetings\") {\n    it(\"should generate a list of greetings for people in the appropriate zip codes\") {\n      val expectedMessages = Vector(\"Hello, Mike, and welcome to the Lambda Bar And Grille!\", \"Hello, John, and welcome to the Lambda Bar And Grille!\")\n      val people = Vector(\n          Person(\"Mike\", Address(19123)),\n          Person(\"John\", Address(19103)),\n          Person(\"Jill\", Address(19098))\n          )\n      val computedMessages = generateGreetings(people)\n      expectedMessages should equal(computedMessages)\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/build.sbt","text":"name := \"ScalaExamples\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\norganization := \"com.mblinn\"\n\nlibraryDependencies += \"com.mblinn\" %% \"javaexamples\" % \"1.0\"\n\nlibraryDependencies += \"org.scalatest\" % \"scalatest_2.12.0-RC1\" % \"3.0.0\"\n\nscalacOptions += \"-feature\"\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/visitor\/Shapes.scala","text":"package com.mblinn.mbfpp.oo.visitor\n\n\ntrait PerimeterShapes {  \n  trait Shape {\n    def perimeter: Double\n  }\n  \n  class Circle(radius: Double) extends Shape {\n    def perimeter = 2 * Math.PI * radius\n  }\n  \n  class Rectangle(width: Double, height: Double) extends Shape {\n    def perimeter = 2 * width + 2 * height\n  }\n}\n\nobject FirstShapeExample extends PerimeterShapes {\n  val aCircle = new Circle(4);\n  val aRectangle = new Rectangle(2, 2);\n}\n\ntrait AreaShapes extends PerimeterShapes {  \n  trait Shape extends super.Shape {\n    def area: Double\n  }\n  \n  class Circle(radius: Double) extends super.Circle(radius) with Shape {\n    def area = Math.PI * radius * radius\n  }\n  \n  class Rectangle(width: Double, height: Double) \n  \textends super.Rectangle(width, height) with Shape {\n    def area = width * height\n  }\n}\n\nobject SecondShapeExample extends AreaShapes {\n    val someShapes = Vector(new Circle(4), new Rectangle(2, 2));\n}\n\ntrait MorePerimeterShapes extends PerimeterShapes {\n  class Square(side: Double) extends Shape {\n    def perimeter = 4 * side;\n  }\n}\n\ntrait MoreAreaShapes extends AreaShapes with MorePerimeterShapes {\n  class Square(side: Double) extends super.Square(side) with Shape {\n    def area = side * side\n  }\n}\n\nobject ThirdShapeExample extends MoreAreaShapes {\n    val someMoreShapes = Vector(new Circle(4), new Rectangle(2, 2), new Square(4));\n}\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/dsl\/Example.scala","text":"<gh_stars>1-10\npackage com.mblinn.mbfpp.functional.dsl\nimport scala.io.Source\nimport java.lang.Process\nimport scala.collection.JavaConversions._\nimport scala.language.postfixOps\n\nobject Example {\n  case class CommandResult(status: Int, output: String, error: String)\n\n  class Command(commandParts: List[String]) {\n    def run() = {\n      val processBuilder = new ProcessBuilder(commandParts)\n      val process = processBuilder.start()\n      val status = process.waitFor()\n      val outputAsString =\n        Source.fromInputStream(process.getInputStream()).mkString(\"\")\n      val errorAsString =\n        Source.fromInputStream(process.getErrorStream()).mkString(\"\")\n      CommandResult(status, outputAsString, errorAsString)\n    }\n  }\n\n  object Command {\n    def apply(commandString: String) = new Command(commandString.split(\"\\\\s\").toList)\n  }\n\n  implicit class CommandString(commandString: String) {\n    def run() = Command(commandString).run\n  }\n}\n\nobject ExtendedExample {\n  case class CommandResult(status: Int, output: String, error: String)\n\n  class Command(commandParts: List[String]) {\n    def run = {\n      val processBuilder = new ProcessBuilder(commandParts)\n      val process = processBuilder.start()\n      val status = process.waitFor()\n      val outputAsString = Source.fromInputStream(process.getInputStream()).mkString(\"\");\n      val errorAsString = Source.fromInputStream(process.getErrorStream()).mkString(\"\");\n      CommandResult(status, outputAsString, errorAsString)\n    }\n\n  }\n\n  implicit class CommandVector(existingCommands: Vector[String]) {\n    def run = {\n      val pipedCommands = existingCommands.mkString(\" | \")\n      Command(\"\/bin\/sh\", \"-c\", pipedCommands).run\n    }\n    def pipe(nextCommand: String): Vector[String] = {\n      existingCommands :+ nextCommand\n    }\n  }\n  object Command {\n    def apply(commandString: String) = new Command(commandString.split(\"\\\\s\").toList)\n    def apply(commandParts: String*) = new Command(commandParts.toList)\n  }\n\n  implicit class CommandString(firstCommandString: String) {\n    def run = Command(firstCommandString).run\n    def pipe(secondCommandString: String) =\n      Vector(firstCommandString, secondCommandString)\n  }\n}\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/fi\/personexpanded\/ClosureExample.scala","text":"package com.mblinn.mbfpp.oo.fi.personexpanded\n\nobject ClosureExample {\n\n  case class Person(firstName: String, middleName: String, lastName: String)\n\n  def makeComposedComparison(comparisons: (Person, Person) => Int*) = \n    (p1: Person, p2: Person) => \n      comparisons.map(cmp => cmp(p1, p2)).find(_ != 0).getOrElse(0)\n    \n  def firstNameComparison(p1: Person, p2: Person) = \n    p1.firstName.compareTo(p2.firstName)\n\n  def lastNameComparison(p1: Person, p2: Person) = \n    p1.lastName.compareTo(p2.lastName)\n  \n  val firstAndLastNameComparison = makeComposedComparison(\n      firstNameComparison, lastNameComparison\n  )\n\n  val p1 = Person(\"John\", \"\", \"Adams\")\n  val p2 = Person(\"John\", \"Quincy\", \"Adams\")\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/javabean\/Person.scala","text":"package com.mblinn.mbfpp.oo.javabean\n\nclass Person(\n    val firstName: String, \n    val middleName: String, \n    val lastName: String)\n\nclass PersonWithDefault(\n    val firstName: String, \n    val middleName: String = \"\", \n    val lastName: String)\n\ncase class PersonCaseClass(\n    firstName: String,\n    middleName: String = \"\",\n    lastName: String)\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"JavaExamples\/build.sbt","text":"name := \"JavaExamples\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\norganization := \"com.mblinn\"\n\nlibraryDependencies += \"junit\" % \"junit\" % \"4.12\"\n\nlibraryDependencies += \"org.scalatest\" % \"scalatest_2.12.0-RC1\" % \"3.0.0\"\n\n\/\/\n\/\/libraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"1.8\" % \"test\"\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/CompositionExamples.scala","text":"<filename>ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/CompositionExamples.scala\npackage com.mblinn.mbfpp.functional.fb\n\nobject ScalaExamples {\n\n  val appendA = (s: String) => s + \"a\"\n  val appendB = (s: String) => s + \"b\"\n  val appendC = (s: String) => s + \"c\"\n  \n  val appendCBA = appendA compose appendB compose appendC\n  \n  case class HttpRequest(\n      headers: Map[String, String], \n      payload: String, \n      principal: Option[String] = None)\n  \n  def checkAuthorization(request: HttpRequest) = {\n    val authHeader = request.headers.get(\"Authorization\")\n    val mockPrincipal = authHeader match {\n      case Some(headerValue) => Some(\"AUser\")\n      case _ => None\n    }\n    request.copy(principal = mockPrincipal)\n  }\n  def logFingerprint(request: HttpRequest) = {\n    val fingerprint = request.headers.getOrElse(\"X-RequestFingerprint\", \"\")\n    println(\"FINGERPRINT=\" + fingerprint)\n    request\n  }\n  \n  def composeFilters(filters: Seq[Function1[HttpRequest, HttpRequest]]) =\n    filters.reduce { \n      (allFilters, currentFilter) => allFilters compose currentFilter\n    }\n\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/tr\/NamesSpec.scala","text":"package com.mblinn.mbfpp.functional.tr\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\nimport com.mblinn.mbfpp.functional.tr.Names._\n\n@RunWith(classOf[JUnitRunner])\nclass NamesSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"makePeople\"){\n    it(\"should make people from two lists of names.\"){\n      makePeople(List(\"firstone\", \"firsttwo\"), List(\"lastone\", \"lasttwo\")) should equal(\n        List(Person(\"firstone\", \"lastone\"), Person(\"firsttwo\", \"lasttwo\")))\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/mr\/EvenOdd.scala","text":"<reponame>cycle-chen\/mbfpp-code\npackage com.mblinn.mbfpp.functional.mr\nimport scala.util.control.TailCalls._\n\nobject EvenOdd {\n\n  def isOdd(n: Long): Boolean = if (n == 0) false else isEven(n - 1)\n\n  def isEven(n: Long): Boolean = if (n == 0) true else isOdd(n - 1)\n\n  def isOddTrampoline(n: Long): TailRec[Boolean] =\n    if (n == 0) done(false) else tailcall(isEvenTrampoline(n - 1))\n\n  def isEvenTrampoline(n: Long): TailRec[Boolean] =\n    if (n == 0) done(true) else tailcall(isOddTrampoline(n - 1))\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/HigherOrderFunctions.scala","text":"<reponame>cycle-chen\/mbfpp-code<filename>ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/oo\/iterator\/HigherOrderFunctions.scala\npackage com.mblinn.mbfpp.oo.iterator\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.FunSpec\nimport org.scalatest.junit.JUnitRunner\n\nimport com.mblinn.mbfpp.oo.iterator.HigherOrderFunctions._\n\n@RunWith(classOf[JUnitRunner])\nclass HigherOrderFunctionSpecs extends FunSpec with ShouldMatchers {\n  describe(\"sumSequence\"){\n    it(\"should sum a sequence\"){\n      sumSequence(Vector(42, 100, 58)) should equal(200)\n    }\n    it(\"should disallow summing an empty sequence\"){\n      evaluating { sumSequence(Vector[Int]()) } should produce[UnsupportedOperationException]\n    }\n  }\n  \n  describe(\"prependHello\"){\n    it(\"should prepend hello to a sequence\"){\n      prependHello(Vector[String](\"Mike\", \"Joe\", \"John\")) should equal(Vector(\"Hello, Mike\", \"Hello, Joe\", \"Hello, John\"))\n    }\n    it(\"should return an empty sequence when passed an empty sequence\"){\n      prependHello(Vector[String]()) should equal(Vector[String]())\n    }\n  }\n  \n  describe(\"vowelsInWord\"){\n    it(\"should return a set of vowels in a given word\"){\n      vowelsInWord(\"asdfe\") should equal(Set[Char]('a', 'e'))\n    }\n    it(\"should return the empty set if there are no vowels in the word\"){\n      vowelsInWord(\"cfg\") should equal(Set[Char]())\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/ccf\/Choose.scala","text":"package com.mblinn.mbfpp.functional.ccf\n\nobject Choose {\n\n  def choose[E](num: Int, first: () => E, second: () => E, third: () => E) =\n    if (num == 1) first()\n    else if (num == 2) second()\n    else if (num == 3) third()\n\n  def test[E](expression: E) = expression\n\n  def testTwice[E](expression: E) = {\n    expression\n    expression\n  }\n\n  def printTwice[E](expression: E) {\n    println(expression)\n    println(expression)\n  }\n\n  def testByName[E](expression: => E) = {\n    expression\n    expression\n  }\n\n  def simplerChoose[E](num: Int, first: => E, second: => E, third: => E) =\n    if (num == 1) first\n    else if (num == 2) second\n    else if (num == 3) third\n\n  def timeRun[E](toTime: => E) = {\n    val start = System.currentTimeMillis\n    toTime\n    System.currentTimeMillis - start\n  }\n  def avgTime[E](times: Int, toTime: => E) = {\n    val allTimes = for (_ <- Range(0, times)) yield timeRun(toTime)\n    allTimes.sum \/ times\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/coo\/Examples.scala","text":"<reponame>cycle-chen\/mbfpp-code\npackage com.mblinn.mbfpp.functional.coo\n\nobject Examples {\n\n  val name = \"<NAME>\"\n  val initials = name.split(\" \") map (_.toUpperCase) map (_.charAt(0))  mkString  \n  \n  case class Video(title: String, video_type: String, length: Int)\n  \n  val v1 = Video(\"Pianocat Plays Carnegie Hall\", \"cat\", 300)\n  val v2 = Video(\"Paint Drying\", \"home-improvement\", 600)\n  val v3 = Video(\"Fuzzy McMittens Live At The Apollo\", \"cat\", 200)\n  \n  val videos = Vector(v1, v2, v3)\n  \n  def catTime(videos: Vector[Video]) =\n    videos.\n    filter((video) => video.video_type == \"cat\").\n    map((video) => video.length).\n    sum\n  \n val vec1 = Vector(42)\n val vec2 = Vector(8)\n \n for { i1 <- vec1; i2 <- vec2 } yield(i1 + i2)\n \n val o1 = Some(42)\n val o2 = Some(8)\n \n for { v1 <- o1; v2 <- o2 } yield(v1 + v2)\n \n val o3: Option[Int] = None\n \n for { v1 <- o1; v3 <- o3 } yield(v1 + v3)\n \n case class User(name: String, id: String)\n case class Movie(name: String, id: String)\n \n def getUserById(id: String) = id match {\n   case \"1\" => Some(User(\"Mike\", \"1\"))\n   case _ => None\n }\n \n def getFavoriteMovieForUser(user: User) = user match {\n   case User(_, \"1\") => Some(Movie(\"Gigli\", \"101\"))\n   case _ => None\n }\n \n def getVideosForMovie(movie: Movie) = movie match {\n   case Movie(_, \"101\") => \n     Some(Vector(\n         Video(\"Interview With Cast\", \"interview\", 480),\n         Video(\"Gigli\", \"feature\", 7260)))\n   case _ => None\n }\n \n def getFavoriteVideos(userId: String) = \n   for {\n     user <- getUserById(userId)\n     favoriteMovie <- getFavoriteMovieForUser(user)\n     favoriteVideos <- getVideosForMovie(favoriteMovie)\n   } yield favoriteVideos\n \n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/fi\/PersonExpanded.scala","text":"package com.mblinn.mbfpp.oo.fi.personexpanded\n\nobject PersonExample {\n  case class Person(firstName: String, middleName: String, lastName: String)\n  val p1 = Person(\"Aaron\", \"Jeffrey\", \"Smith\")\n  val p2 = Person(\"Aaron\", \"Bailey\", \"Zanthar\")\n  val p3 = Person(\"Brian\", \"Adams\", \"Smith\")\n  val people = Vector(p1, p2, p3)\n\n  def complicatedSort(p1: Person, p2: Person) =\n    if (p1.firstName != p2.firstName) \n      p1.firstName < p2.firstName\n    else if (p1.lastName != p2.lastName)\n      p1.lastName < p2.lastName\n    else\n      p1.middleName < p2.middleName\n\n}\n"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/ls\/LazySequence.scala","text":"<gh_stars>1-10\npackage com.mblinn.mbfpp.functional.ls\n\nimport scala.collection.immutable.Stream._\nimport scala.util.Random\n\nobject LazySequence {\n\n  val integers = Stream.from(0)\n\n  val generate = new Random()\n  val randoms = Stream.continually(generate.nextInt)\n\n  def pagedSequence(pageNum: Int): Stream[String] =\n    getPage(pageNum) match {\n      case Some(page: String) => page #:: pagedSequence(pageNum + 1)\n      case None => Stream.Empty\n    }\n\n  def getPage(page: Int) =\n    page match {\n      case 1 => Some(\"Page1\")\n      case 2 => Some(\"Page2\")\n      case 3 => Some(\"Page3\")\n      case _ => None\n    }\n\n  val holdsHead = {\n    def pagedSequence(pageNum: Int): Stream[String] =\n      getPage(pageNum) match {\n        case Some(page: String) => {\n          println(\"Realizing \" + page)\n          page #:: pagedSequence(pageNum + 1)\n        }\n        case None => Stream.Empty\n      }\n    pagedSequence(1)\n  }\n\n  def doesntHoldHead = {\n    def pagedSequence(pageNum: Int): Stream[String] =\n      getPage(pageNum) match {\n        case Some(page: String) => {\n          println(\"Realizing \" + page)\n          page #:: pagedSequence(pageNum + 1)\n        }\n        case None => Stream.Empty\n      }\n    pagedSequence(1)\n  }\n\n  val printHellos = Stream.continually(println(\"hello\"))\n  \n  val aStream = \"foo\" #:: \"bar\" #:: Stream[String]()\n\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/Selector.scala","text":"package com.mblinn.mbfpp.functional.fb\n\nimport scala.annotation.tailrec\nimport scala.collection.immutable.Map\nimport scala.collection.mutable.WrappedArray\n\nobject Selector {\n\n\t\/\/TODO: change this all to use functions instead of methods. \n  \n  def selector(path: Symbol*): (Map[Symbol, Any] => Option[Any]) = {\n    \n    if(path.size <= 0) throw new IllegalArgumentException(\"path must not be empty\")\n    \n    @tailrec\n    def selectorHelper(path: Seq[Symbol], ds: Map[Symbol, Any]): Option[Any] = \n      if(path.size == 1) {\n        ds.get(path(0))\n      }else{\n        val currentPiece = ds.get(path.head)\n        currentPiece match {\n          case Some(currentMap: Map[Symbol, Any]) => \n            selectorHelper(path.tail, currentMap)\n          case None => None\n          case _ => None\n        }\n      }\n\n    (ds: Map[Symbol, Any]) => selectorHelper(path.toSeq, ds)\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/nullobject\/Examples.scala","text":"<reponame>cycle-chen\/mbfpp-code<filename>ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/nullobject\/Examples.scala\npackage com.mblinn.mbfpp.oo.nullobject\n\nobject Examples {\n\n  case class Person(firstName: String=\"John\", lastName: String=\"Doe\")\n  val nullPerson = Person()\n  \n  def fetchPerson(people: Map[Int, Person], id: Int) = \n    people.getOrElse(id, nullPerson)\n \n  val joe = Person(\"Joe\", \"Smith\")\n  val jack = Person(\"Jack\", \"Brown\")\n  val somePeople = Map(1 -> joe, 2 -> jack)\n  \n  def vecFoo = Vector(\"foo\")\n  def someFoo = Some(\"foo\")\n  def someBar = Some(\"bar\")\n  def aNone = None\n    \n  def buildPerson(firstNameOption: Option[String], lastNameOption: Option[String]) =\n    (for(\n        firstName <- firstNameOption;\n        lastName <- lastNameOption)\n      yield Person(firstName, lastName)).getOrElse(Person(\"John\", \"Doe\"))\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/DiscountBuilder.scala","text":"package com.mblinn.mbfpp.functional.fb\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FunSpec\nimport com.mblinn.mbfpp.functional.fb.DiscountBuilder._\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\n\n@RunWith(classOf[JUnitRunner])\nclass DiscountBuilderSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"A Discount Calculator Builder\") {\n\n    it(\"should return a function that applies a zero percent discount\") {\n      discount(0)(100) should equal(100)\n    }\n\n    it(\"should return a function that applies a 100 percent discount\") {\n      discount(100)(100) should equal(0)\n    }\n\n    it(\"should return a function that applies discounts between 1 and 99\") {\n      for(percentage <- Range(1, 100)) {\n        discount(percentage)(100) should equal(100 - (percentage * 100 * 0.01))\n      }\n    }\n\n    it(\"should only allow discounts in the range between 0 and 100\") {\n      evaluating { discount(-1) } should produce [IllegalArgumentException]\n      evaluating { discount(101) } should produce [IllegalArgumentException]\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/test\/scala\/com\/mblinn\/mbfpp\/functional\/fb\/Selector.scala","text":"package com.mblinn.mbfpp.functional.fb\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FunSpec\nimport org.junit.runner.RunWith\nimport org.scalatest.matchers.ShouldMatchers\nimport com.mblinn.mbfpp.functional.fb.Selector._\n\n@RunWith(classOf[JUnitRunner])\nclass SelectorSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"A Selector Builder\") {\n    it(\"should create a selector capable of extracting a key one layer deep\") {\n      val ds = Map('foo -> \"foo\")\n      selector('foo)(ds) should equal(Some(\"foo\"))\n    }\n\n    it(\"should create a selector capable of extracing a key several layers deep\") {\n      val ds = Map('foo -> Map('bar -> Map('baz -> \"baz\")))\n      selector('foo, 'bar, 'baz)(ds) should equal(Some(\"baz\"))\n    }\n\n    it(\"should create a selector that returns None if it does not match\") {\n      val ds = Map('foo -> Map('bar -> Map('baz -> \"baz\")))\n      selector('foo, 'quz)(ds) should equal(None)\n    }\n\n    it(\"should create a selector that returns None if an intermedia part of the datastructure is not Map[Symbol, Any]\") {\n      val ds = Map('foo -> Vector('bar))\n      selector('foo, 'bar)(ds) should equal(None)\n    }\n\n    it(\"should not allow an empty path\") {\n      evaluating { selector() } should produce[IllegalArgumentException]\n    }\n  }\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/strategy\/PeopleExample.scala","text":"package com.mblinn.mbfpp.oo.strategy\n\nobject PeopleExample {\n  case class Person(\n      firstName: Option[String], \n      middleName: Option[String], \n      lastName: Option[String])\n  \n  def isFirstNameValid(person: Person) = person.firstName.isDefined\n  \n  def isFullNameValid(person: Person) = person match {\n    case Person(firstName, middleName, lastName) => \n      firstName.isDefined && middleName.isDefined && lastName.isDefined\n  }\n  \n  def personCollector(isValid: (Person) => Boolean) = {\n    var validPeople = Vector[Person]()\n    (person: Person) => { \n      if(isValid(person)) validPeople = validPeople :+ person\n      validPeople\n    }\n  }\n  \n  val p1 = Person(Some(\"John\"), Some(\"Quincy\"), Some(\"Adams\"))\n  val p2 = Person(Some(\"Mike\"), None, Some(\"Linn\"))\n  val p3 = Person(None, None, None)\n}"}
{"repo_name":"cycle-chen\/mbfpp-code","path":"ScalaExamples\/src\/main\/scala\/com\/mblinn\/mbfpp\/oo\/command\/register\/Register.scala","text":"package com.mblinn.mbfpp.oo.command.register\n\nclass CashRegister(var total: Int) {\n  def addCash(toAdd: Int) {\n    total += toAdd\n  }\n}\n\nobject Register {\n  def makePurchase(register: CashRegister, amount: Int) = {\n    () => {\n      println(\"Purchase in amount: \" + amount)\n      register.addCash(amount)\n    }\n  }\n  \n  var purchases: Vector[() => Unit] = Vector()\n  def executePurchase(purchase: () => Unit) = {\n    purchases = purchases :+ purchase\n    purchase()\n  }\n}"}
{"repo_name":"winterTao\/learning","path":"spark-learn\/spark-streaming\/src\/main\/scala\/com\/tao\/SparkStreamingWordCount.scala","text":"<filename>spark-learn\/spark-streaming\/src\/main\/scala\/com\/tao\/SparkStreamingWordCount.scala\npackage com.tao\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\n\n\/**\n  * @author DongTao\n  * @since 2018-08-27\n  *\/\nobject SparkStreamingWordCount {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"NetworkWordCount\")\n\n    val ssc = new StreamingContext(conf, Seconds(1))\n    val lines = ssc.socketTextStream(\"localhost\", 9999)\n    val words = lines.flatMap(_.split(\" \"))\n    val pairs = words.map(word => (word, 1))\n    val wordCounts = pairs.reduceByKey(_ + _)\n    \/\/ Print the first ten elements of each RDD generated in this DStream to the console\n    wordCounts.print()\n\n    ssc.start() \/\/ Start the computation\n    ssc.awaitTermination()\n  }\n}\n"}
{"repo_name":"winterTao\/learning","path":"spark-learn\/kafka-avro\/src\/main\/scala\/com\/tao\/utils\/AvroFlumeEventEncoder.scala","text":"<gh_stars>0\npackage com.tao.utils\n\nimport java.io.ByteArrayOutputStream\n\nimport kafka.serializer.Encoder\nimport kafka.utils.VerifiableProperties\nimport org.apache.avro.io.{BinaryEncoder, EncoderFactory}\nimport org.apache.avro.specific.SpecificDatumWriter\nimport org.apache.flume.source.avro.AvroFlumeEvent\n\n\/**\n  * Created by emanxia on 16\/6\/12.\n  *\/\nclass AvroFlumeEventEncoder(props: VerifiableProperties = null) extends Encoder[AvroFlumeEvent] {\n\n  private val writer: SpecificDatumWriter[AvroFlumeEvent] = new SpecificDatumWriter[AvroFlumeEvent](classOf[AvroFlumeEvent])\n  private var encoder: BinaryEncoder = null.asInstanceOf[BinaryEncoder]\n  private var tempOutStream = new ByteArrayOutputStream()\n\n  override def toBytes(event: AvroFlumeEvent): Array[Byte] = {\n    tempOutStream.reset()\n    encoder = EncoderFactory.get.directBinaryEncoder(tempOutStream, encoder)\n    writer.write(event, encoder)\n    tempOutStream.toByteArray\n  }\n}\n"}
{"repo_name":"winterTao\/learning","path":"flink-learn\/src\/main\/scala\/com\/tao\/flink\/WorldCount.scala","text":"package com.tao.flink\n\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\n\n\n\/**\n * @author DongTao\n * @since 2020-01-16\n *\/\nobject WorldCount {\n\n  case class WordWithCount(word: String, count: Long)\n\n  def main(args: Array[String]): Unit = {\n\n    \/\/ \u83b7\u53d6\u6267\u884c\u5668\u7684\u73af\u5883\n    val env: StreamExecutionEnvironment = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u83b7\u53d6\u6570\u636e: \u4ecesocket\u4e2d\u83b7\u53d6 nc -lk 8888\n    val textDataStream = env.socketTextStream(\"127.0.0.1\", 8888, '\\n')\n    val tupDataStream = textDataStream.flatMap(_.split(\" \")).map(WordWithCount(_, 1))\n\n    \/\/group by: \u6309\u7167\u6307\u5b9a\u7684\u5b57\u6bb5\u805a\u5408\n    val windowedStream: WindowedStream[WordWithCount, Tuple, TimeWindow] = tupDataStream.keyBy(\"word\").timeWindow(Time.seconds(5), Time.seconds(1)) \/\/\u7a97\u53e3bsize=5\u79d2, slid=1s\n    windowedStream.sum(\"count\").print()\n\n\n    env.execute(\"Socket Window WordCount\")\n  }\n\n}\n"}
{"repo_name":"winterTao\/learning","path":"flink-learn\/src\/main\/scala\/com\/tao\/flink\/BatchJob.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.tao.flink\n\nimport org.apache.flink.api.scala._\n\n\/**\n * Skeleton for a Flink Batch Job.\n *\n * For a tutorial how to write a Flink batch application, check the\n * tutorials and examples on the <a href=\"http:\/\/flink.apache.org\/docs\/stable\/\">Flink Website<\/a>.\n *\n * To package your application into a JAR file for execution,\n * change the main class in the POM.xml file to this class (simply search for 'mainClass')\n * and run 'mvn clean package' on the command line.\n *\/\nobject BatchJob {\n\n  def main(args: Array[String]) {\n    \/\/ set up the batch execution environment\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    \/*\n     * Here, you can start creating your execution plan for Flink.\n     *\n     * Start with getting some data from the environment, like\n     *  env.readTextFile(textPath);\n     *\n     * then, transform the resulting DataSet[String] using operations\n     * like\n     *   .filter()\n     *   .flatMap()\n     *   .join()\n     *   .group()\n     *\n     * and many more.\n     * Have a look at the programming guide:\n     *\n     * http:\/\/flink.apache.org\/docs\/latest\/apis\/batch\/index.html\n     *\n     * and the examples\n     *\n     * http:\/\/flink.apache.org\/docs\/latest\/apis\/batch\/examples.html\n     *\n     *\/\n\n    \/\/ execute program\n    env.execute(\"Flink Batch Scala API Skeleton\")\n  }\n}\n"}
{"repo_name":"winterTao\/learning","path":"spark-learn\/kafka-avro\/src\/main\/scala\/com\/tao\/utils\/AvroFlumeEventDecoder.scala","text":"package com.tao.utils\n\nimport java.io.ByteArrayInputStream\nimport java.util\n\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory}\nimport org.apache.avro.specific.SpecificDatumReader\nimport org.apache.flume.Event\nimport org.apache.flume.event.EventBuilder\nimport org.apache.flume.source.avro.AvroFlumeEvent\nimport org.apache.kafka.common.serialization.Deserializer\n\n\/**\n  * Created by emanxia on 16\/6\/12.\n  *\/\nclass AvroFlumeEventDecoder extends Deserializer[Event] {\n\n  private val reader: SpecificDatumReader[AvroFlumeEvent] = new SpecificDatumReader[AvroFlumeEvent](classOf[AvroFlumeEvent])\n  private var decoder: BinaryDecoder = null.asInstanceOf[BinaryDecoder]\n\n  override def configure(map: util.Map[String, _], b: Boolean): Unit = {}\n\n  override def deserialize(s: String, bytes: Array[Byte]): Event = {\n    val inputStream = new ByteArrayInputStream(bytes)\n    decoder = DecoderFactory.get.directBinaryDecoder(inputStream, decoder)\n    val avroEvent: AvroFlumeEvent = reader.read(null, decoder)\n    EventBuilder.withBody(avroEvent.getBody.array, toStringJavaMap(avroEvent.getHeaders))\n  }\n\n  def toStringJavaMap(charSeqMap: util.Map[CharSequence, CharSequence]): util.HashMap[String, String] = {\n    val stringMap = new util.HashMap[String, String]()\n    import scala.collection.JavaConversions._\n    for ((k: CharSequence, v: CharSequence) <- charSeqMap)\n      stringMap.put(k.toString, v.toString)\n    stringMap\n  }\n\n  override def close(): Unit = {}\n}\n"}
{"repo_name":"winterTao\/learning","path":"spark-learn\/kafka-avro\/src\/main\/scala\/com\/tao\/StreamingAvro.scala","text":"package com.tao\n\nimport com.tao.utils.AvroFlumeEventDecoder\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.apache.flume.Event\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.serialization.StringDeserializer\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming.kafka010.{ConsumerStrategies, KafkaUtils, LocationStrategies}\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\n\n\/**\n  * @author DongTao\n  * @since 2018-11-21\n  *\/\nobject StreamingAvro {\n\n  def main(args: Array[String]) {\n\n    \/\/\u52a0\u8f7dconf\u914d\u7f6e\u6587\u4ef6\n    val conf = ConfigFactory.load()\n\n    val ssc = setupSsc(conf)\n    ssc.start()\n    ssc.awaitTermination()\n  }\n\n  \/**\n    * \u521d\u59cb\u5316 streamingContext\n    *\/\n  def setupSsc(conf: Config): StreamingContext = {\n\n    \/\/\u521b\u5efasparkConf\n    val sparkConf = new SparkConf()\n    sparkConf.setAppName(\"test_avro\").setMaster(\"local[*]\")\n\n    sparkConf.set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n\n    \/\/\u914d\u7f6ess\u7684\u6279\u6b21\u65f6\u95f4\n    \/\/    val batchDuration = conf.getInt(\"batchDuration\")\n    val batchDuration = 10\n    val ssc = new StreamingContext(sparkConf, Seconds(batchDuration))\n\n    \/\/\u914d\u7f6ess\u7684checkpoint\u6587\u4ef6\u7684\u4f4d\u7f6e\n    \/\/    val checkpointDir = conf.getString(\"checkpointDirForBehavior\")\n    val checkpointDir = \"\/tmp\/checkpoint\/test001\"\n    ssc.checkpoint(checkpointDir)\n\n    val topics = new java.util.ArrayList[TopicPartition]()\n    val offsets = new java.util.HashMap[TopicPartition, java.lang.Long]()\n\n    topics.add(new TopicPartition(\"test001\", 0))\n    offsets.put(new TopicPartition(\"test001\", 0), 0L)\n\n    val kafkaParams = new java.util.HashMap[String, Object]()\n    kafkaParams.put(\"bootstrap.servers\", \"10.24.3.101:9092,10.24.3.102:9092,10.24.3.103:9092\")\n    \/\/    kafkaParams.put(\"key.deserializer\", \"org.apache.kafka.common.serialization.StringDeserializer\")\n    \/\/    kafkaParams.put(\"value.deserializer\", \"org.apache.kafka.common.serialization.StringDeserializer\")\n    kafkaParams.put(\"key.deserializer\", classOf[StringDeserializer])\n    kafkaParams.put(\"value.deserializer\", classOf[AvroFlumeEventDecoder])\n\n    \/\/\u521b\u5efaDStream\n    val stream = KafkaUtils.createDirectStream[String, Event](\n      ssc,\n      LocationStrategies.PreferConsistent,\n      ConsumerStrategies.Assign[String, Event](topics, kafkaParams, offsets)\n    )\n\n    \/\/\u914d\u7f6eDStream checkpoint\u7684\u65f6\u95f4\u95f4\u9694\n    \/\/    val checkPointInterval = conf.getInt(\"checkpointInterval\")\n    val checkPointInterval = 900\n    stream.checkpoint(Seconds(checkPointInterval))\n\n    \/\/\u64cd\u4f5cDStream\n    stream.foreachRDD { rdd => {\n      if (!rdd.isEmpty()) {\n\n        rdd.foreach(println(_))\n        println(rdd.count())\n        println(\"---------------\")\n        val databody: RDD[String] = rdd.map(x => {\n          new String(x.value().getBody, \"utf-8\")\n        })\n        val datahead = rdd.map(x => {\n          x.value().getHeaders\n        })\n\n\n        datahead.foreach(println(_))\n        databody.foreach(println(_))\n\n      }\n    }\n    }\n    ssc\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/OverwritePartitionBehavior.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.datasource\n\nobject OverwritePartitionBehavior extends Enumeration {\n  type OverwritePartitionBehavior = Value\n\n  \/*The following enum controls the behavior of the configuration parameter \"partitionOverwriteMode\" *\/\n  val OVERWRITE_ALL, OVERWRITE_MATCHING = Value\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/exceptions\/FileResourceWriteException.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.file.exceptions\n\nclass FileResourceWriteException(msg: String) extends Exception(msg) {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/fs\/HadoopFSTest.scala","text":"package com.damavis.spark.fs\n\nimport com.damavis.spark.utils.SparkTestBase\nimport com.damavis.spark.testdata._\n\nclass HadoopFSTest extends SparkTestBase {\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    dfFromAuthors(bradbury).write\n      .format(\"parquet\")\n      .save(\"\/persons\")\n\n    dfFromBooks(martian).write\n      .format(\"parquet\")\n      .save(\"\/persons\/books\/\")\n  }\n\n  \"A Hadoop FS\" should {\n    \"tell whether a path exists or not\" in {\n      val fs = HadoopFS()\n\n      assert(fs.pathExists(\"\/persons\"))\n      assert(!fs.pathExists(\"\/persons2\"))\n    }\n\n    \"list directories properly\" in {\n      val fs = HadoopFS()\n\n      assert(fs.listSubdirectories(\"\/persons\") === (\"books\" :: Nil))\n      assert(fs.listSubdirectories(\"\/persons\/books\").isEmpty)\n    }\n\n    \"throw exception when asked for listing a file\" in {\n      val fs = HadoopFS()\n\n      assertThrows[IllegalArgumentException] {\n        fs.listSubdirectories(\"\/persons\/_SUCCESS\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/package.scala","text":"<filename>damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/package.scala\npackage com.damavis.spark\n\nimport com.damavis.spark.resource.{ResourceReader, ResourceWriter}\nimport org.apache.spark.sql.DataFrame\n\nimport scala.language.implicitConversions\n\npackage object dataflow {\n\n  object implicits {\n    implicit def defaultSocketOfStage(stage: DataFlowStage): StageSocket =\n      stage.left\n\n    implicit def readerToSource(resource: ResourceReader): DataFlowSource = {\n      val processor = new SourceProcessor {\n        override def computeImpl(): DataFrame = resource.read()\n      }\n\n      new DataFlowSource(processor)\n    }\n\n    implicit def writerToTarget(resource: ResourceWriter): StageSocket = {\n      val processor = new LinealProcessor {\n        override def computeImpl(data: DataFrame): DataFrame = {\n          resource.write(data)\n\n          data\n        }\n      }\n\n      val target = new DataFlowTarget(processor)\n\n      target.left\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/utils\/package.scala","text":"package com.damavis.spark.dataflow\n\nimport org.apache.spark.sql.DataFrame\n\nimport scala.language.implicitConversions\n\npackage object utils {\n\n  object implicits {\n\n    implicit def sourceFromDf(df: DataFrame): DataFlowSource = {\n      val processor = new SourceProcessor {\n        override def computeImpl(): DataFrame = df\n      }\n\n      new DataFlowSource(processor)\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/implicits\/package.scala","text":"package com.damavis.spark.pipeline\n\nimport scala.language.implicitConversions\nimport com.damavis.spark.resource.{ResourceReader, ResourceWriter}\nimport org.apache.spark.sql.DataFrame\n\npackage object implicits {\n\n  implicit def readerToSource(resource: ResourceReader): PipelineSource =\n    new PipelineSource {\n      override def get: DataFrame = resource.read()\n    }\n\n  implicit def writerToTarget(resource: ResourceWriter): PipelineTarget =\n    new PipelineTarget {\n      override def put(data: DataFrame): Unit = resource.write(data)\n    }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeMerger.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.datasource.snowflake\n\nimport net.snowflake.spark.snowflake.Utils\nimport org.apache.spark.sql.SparkSession\n\ncase class SnowflakeMerger(\n    account: String,\n    user: String,\n    password: String,\n    warehouse: String,\n    database: String,\n    schema: String,\n    sourceTable: String,\n    targetTable: String,\n    pkColumns: Seq[String])(implicit spark: SparkSession) {\n\n  val sfOptions = Map(\n    \"sfURL\" -> s\"${account}.snowflakecomputing.com\",\n    \"sfUser\" -> user,\n    \"sfPassword\" -> password,\n    \"sfDatabase\" -> database,\n    \"sfSchema\" -> schema,\n    \"sfWarehouse\" -> warehouse,\n    \"sfCompress\" -> \"on\",\n    \"sfSSL\" -> \"on\"\n  )\n\n  private def mergeExpression(pkColumns: Seq[String]): String = {\n    pkColumns\n      .zip(pkColumns)\n      .map(tuple => s\"${targetTable}.${tuple._1} = ${sourceTable}.${tuple._2}\")\n      .mkString(\" AND \")\n  }\n\n  def merge(): Unit = {\n    val deleteQuery =\n      s\"\"\"\n        |MERGE INTO ${targetTable} USING ${sourceTable}\n        |ON ${mergeExpression(pkColumns)}\n        |WHEN MATCHED THEN DELETE\n        |\"\"\".stripMargin\n\n    Utils.runQuery(sfOptions, deleteQuery)\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/utils\/SparkTestBase.scala","text":"package com.damavis.spark.utils\n\nimport com.holdenkarau.spark.testing.{\n  DataFrameSuiteBase,\n  HDFSClusterLike,\n  SharedSparkContext,\n  SparkContextProvider\n}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.WordSpec\n\nclass SparkTestBase\n    extends WordSpec\n    with DataFrameSuiteBase\n    with SparkTestSupport\n    with SparkContextProvider\n    with HDFSClusterLike\n    with SharedSparkContext {\n\n  var hdfsUri: String = _\n  val name: String = this.getClass.getSimpleName\n  val warehouseConf: String = s\"\/tmp\/sparktest-$name-warehouse\"\n\n  lazy val root: String = s\"${HDFSCluster.uri}\/$name\"\n  lazy implicit val session: SparkSession = spark\n\n  System.setSecurityManager(null) \/\/ Required hack\n\n  override def conf: SparkConf = {\n    new SparkConf()\n      .setAppName(name)\n      .setMaster(\"local[*]\")\n      .set(\"spark.sql.catalogImplementation\", \"hive\")\n      .set(\"spark.sql.extensions\", \"io.delta.sql.DeltaSparkSessionExtension\")\n      .set(\"spark.sql.catalog.spark_catalog\",\n           \"org.apache.spark.sql.delta.catalog.DeltaCatalog\")\n      .set(\"spark.hadoop.fs.default.name\", HDFSCluster.uri)\n      .set(\"spark.sql.warehouse.dir\", warehouseConf) \/\/ Ignored by Holden Karau\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlowDefinition.scala","text":"package com.damavis.spark.dataflow\n\nclass DataFlowDefinition() {\n  var sources: List[DataFlowStage] = Nil\n\n  def addSource(source: DataFlowStage): Unit = {\n    sources = source :: sources\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/utils\/HDFSCluster.scala","text":"package com.damavis.spark.utils\n\nimport com.holdenkarau.spark.testing.{HDFSCluster => MockHDFS}\n\nobject HDFSCluster {\n  \/\/This mock cluster is global withing a JVM, and lasts until the process finishes\n  \/\/This saves a lot of time in test startup\/cleanup\n\n  protected var hdfsCluster: MockHDFS = _\n\n  def uri: String = {\n    this.synchronized {\n      if (hdfsCluster == null) {\n        hdfsCluster = new MockHDFS\n        hdfsCluster.startHDFS()\n\n        sys.addShutdownHook {\n          hdfsCluster.shutdownHDFS()\n        }\n\n      }\n    }\n\n    hdfsCluster.getNameNodeURI()\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableWriterParameters.scala","text":"<reponame>damavis\/damavis-spark<gh_stars>0\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.datasource.OverwritePartitionBehavior._\nimport org.apache.spark.sql.SaveMode\n\ncase class TableWriterParameters(partitionedBy: Option[Seq[String]] = None,\n                                 storageFormat: Format = Format.Parquet,\n                                 saveMode: SaveMode = SaveMode.Overwrite,\n                                 overwriteBehavior: OverwritePartitionBehavior =\n                                   OVERWRITE_ALL,\n                                 pk: Option[Seq[String]] = None)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/TableOptions.scala","text":"<filename>damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/TableOptions.scala<gh_stars>0\npackage com.damavis.spark.database\n\nimport com.damavis.spark.resource.Format.Format\n\ncase class TableOptions(path: String, format: Format, managed: Boolean)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/stages\/CacheStage.scala","text":"package com.damavis.spark.pipeline.stages\n\nimport com.damavis.spark.pipeline.PipelineStage\nimport org.apache.spark.sql.DataFrame\n\nclass CacheStage extends PipelineStage {\n\n  override def transform(data: DataFrame): DataFrame = data.cache()\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/pipeline\/PipelineTest.scala","text":"package com.damavis.spark.pipeline\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.resource.datasource.{TableReaderBuilder, TableWriterBuilder}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{DataFrame, Row, SaveMode}\n\nimport scala.collection.JavaConverters._\n\nclass PipelineTest extends SparkTestBase {\n\n  implicit var db: Database = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(name, forceCreation = true)\n  }\n\n  \"A pipeline\" should {\n    \"accept reader and writer as stages\" in {\n      import com.damavis.spark.pipeline.implicits._\n\n      val personDf = dfFromAuthors(hemingway, bradbury, dickens)\n      personDf.write.parquet(s\"\/$name\/external-authors\")\n\n      val nationalitiesTable = db.getTable(\"nationalities\").get\n\n      val inTable =\n        db.getUnmanagedTable(\"external_authors_table\",\n                             s\"\/$name\/external-authors\",\n                             Format.Parquet)\n          .get\n\n      val extractNationality = new PipelineStage {\n        override def transform(data: DataFrame): DataFrame =\n          data.select(\"nationality\")\n      }\n\n      val countNationalities = new PipelineStage {\n        override def transform(data: DataFrame): DataFrame =\n          data.groupBy(\"nationality\").count()\n      }\n\n      val source = TableReaderBuilder(inTable).reader()\n      val target = TableWriterBuilder(nationalitiesTable)\n        .saveMode(SaveMode.Overwrite)\n        .writer()\n\n      source | extractNationality -> countNationalities -> target\n\n      val written = TableReaderBuilder(db.getTable(\"nationalities\").get)\n        .reader()\n        .read()\n\n      val expectedDf = session.createDataFrame(\n        (Row(\"USA\", 2L) :: Row(\"UK\", 1L) :: Nil).asJava,\n        StructType(\n          StructField(\"nationality\", StringType, nullable = true) ::\n            StructField(\"count\", LongType, nullable = true) ::\n            Nil\n        )\n      )\n\n      assertDataFrameEquals(written, expectedDf)\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/Format.scala","text":"package com.damavis.spark.resource\n\nobject Format extends Enumeration {\n  type Format = Value\n\n  val Avro = Value(\"avro\")\n  val Parquet = Value(\"parquet\")\n  val Json = Value(\"json\")\n  val Csv = Value(\"csv\")\n  val Orc = Value(\"orc\")\n  val Delta = Value(\"delta\")\n}"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeJoinReader.scala","text":"package com.damavis.spark.resource.datasource.snowflake\n\nimport com.damavis.spark.resource.ResourceReader\nimport org.apache.spark.sql.{DataFrame, SaveMode, SparkSession}\n\ncase class SnowflakeJoinReader(reader: SnowflakeReader, joinData: DataFrame)(\n    implicit spark: SparkSession)\n    extends ResourceReader {\n\n  assert(reader.table.isDefined,\n         \"SnowflakeJoinReader only accept table reads, not queries.\")\n\n  val stagingTable = s\"join_tmp__${reader.table.get}\"\n  val targetTable = s\"${reader.table.get}\"\n\n  private lazy val query =\n    s\"\"\"\n      |SELECT ${targetTable}.*\n      |FROM ${targetTable}\n      |INNER JOIN ${stagingTable}\n      |ON ${joinExpression(joinData)}\n      |\"\"\".stripMargin\n\n  private def joinExpression(data: DataFrame): String = {\n    data.columns\n      .map(column => s\"${targetTable}.${column} = ${stagingTable}.${column}\")\n      .mkString(\" AND \")\n  }\n\n  override def read(): DataFrame = {\n    SnowflakeWriter(reader.account,\n                    reader.user,\n                    reader.password,\n                    reader.warehouse,\n                    reader.database,\n                    reader.schema,\n                    stagingTable,\n                    SaveMode.Overwrite).write(joinData)\n    reader.copy(table = None, query = Some(query)).read()\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/PipelineTarget.scala","text":"package com.damavis.spark.pipeline\n\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Pipeline target, this trait defines the interface of\n  * what to do with a DataFrame.\n  *\/\ntrait PipelineTarget extends PipelineStage {\n\n  override def transform(data: DataFrame): DataFrame = {\n    put(data)\n    data\n  }\n\n  def put(data: DataFrame): Unit\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/partitioning\/DatePartColumn.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.partitioning\n\ncase class DatePartColumn(columnName: String, format: String) {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-azure\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/azure\/SynapseReader.scala","text":"package com.damavis.spark.resource.datasource.azure\n\nimport java.net.URL\n\nimport com.damavis.spark.resource.ResourceReader\nimport org.apache.hadoop.fs.Path\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass SynapseReader(url: URL, query: String, tempDir: Path)(\n    implicit spark: SparkSession)\n    extends ResourceReader {\n\n  override def read(): DataFrame = {\n    spark.read\n      .format(\"com.databricks.spark.sqldw\")\n      .option(\"url\", url.toString)\n      .option(\"forwardSparkAzureStorageCredentials\", \"true\")\n      .option(\"tempDir\", tempDir.toString)\n      .option(\"query\", query)\n      .load()\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/test\/PipelineStageTest.scala","text":"package com.damavis.spark.pipeline.test\n\nimport com.damavis.spark.pipeline.PipelineStage\nimport org.apache.spark.sql.DataFrame\n\ntrait PipelineStageTest extends PipelineStage {\n\n  override def transform(data: DataFrame): DataFrame = {\n    try {\n      test(data)\n      data\n    } catch {\n      case e: Exception =>\n        throw new PipelineException(\n          s\"Assertion error at ${this.getClass}:\\n\" + e.getMessage)\n    }\n  }\n\n  def test(data: DataFrame): Unit\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlowBuilder.scala","text":"package com.damavis.spark.dataflow\n\nobject DataFlowBuilder {\n\n  def create(f: DataFlowDefinition => Any): DataFlow = {\n    this.synchronized {\n      val definition = new DataFlowDefinition\n\n      f(definition)\n\n      \/\/TODO: check pipeline is correct (check DataFlowBuilderTest for all the validations to implement here)\n      new DataFlow(definition)\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceWriter.scala","text":"<filename>damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceWriter.scala\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.exceptions.TableAccessException\nimport com.damavis.spark.database.{Database, Table}\nimport com.damavis.spark.resource.{Format, ResourceWriter}\nimport io.delta.tables.DeltaTable\nimport org.apache.spark.sql.functions.{col, lit}\nimport org.apache.spark.sql.{DataFrame, SaveMode, SparkSession}\n\nclass TableResourceWriter(spark: SparkSession,\n                          table: Table,\n                          db: Database,\n                          params: TableWriterParameters)\n    extends ResourceWriter {\n\n  private var actualTable: Table = table\n\n  private def updateCatalogBeforeWrite(data: DataFrame): Unit = {\n    val schema = data.schema\n    val format = params.storageFormat\n    val partitionedBy = params.partitionedBy.getOrElse(Nil)\n\n    actualTable =\n      db.addTableIfNotExists(actualTable, schema, format, partitionedBy)\n  }\n\n  private def mergeExpression(partitions: Seq[String]): String = {\n    partitions\n      .zip(partitions)\n      .map(tuple => s\"target.${tuple._1} = update.${tuple._2}\")\n      .mkString(\" AND \")\n  }\n\n  override def write(data: DataFrame): Unit = {\n    updateCatalogBeforeWrite(data)\n\n    if (params.storageFormat == Format.Delta) {\n      if (params.partitionedBy.isDefined) {\n        params.overwriteBehavior match {\n          case OverwritePartitionBehavior.OVERWRITE_ALL =>\n            data.write\n              .mode(params.saveMode)\n              .insertInto(actualTable.name)\n          case OverwritePartitionBehavior.OVERWRITE_MATCHING =>\n            val delta = DeltaTable.forName(s\"${db.name}.${actualTable.name}\")\n\n            \/\/ Delete the whole partition\n            val toDelete =\n              data.select(params.partitionedBy.get.map(col): _*).distinct()\n            val columns = toDelete.columns\n            val toDeleteExpr = toDelete\n              .collect()\n              .map(_.toSeq)\n              .map(v => columns.zip(v))\n              .map(l => l.map(e => col(e._1) === lit(e._2)).reduce(_ && _))\n              .reduceOption(_ || _)\n\n            toDeleteExpr match {\n              case Some(matching) =>\n                delta\n                  .as(\"target\")\n                  .delete(matching)\n              case None => \/\/ Do nothing\n            }\n\n            \/\/ And insert it again\n            data.write.mode(SaveMode.Append).insertInto(actualTable.name)\n        }\n      } else {\n        params.overwriteBehavior match {\n          case OverwritePartitionBehavior.OVERWRITE_ALL =>\n            data.write\n              .mode(params.saveMode)\n              .insertInto(actualTable.name)\n          case OverwritePartitionBehavior.OVERWRITE_MATCHING =>\n            if (params.pk.isEmpty) {\n              throw new TableAccessException(\n                \"Cannot overwrite dynamically delta tables without defining partitioning or a PrimaryKey\")\n            }\n\n            val delta = DeltaTable.forName(s\"${db.name}.${actualTable.name}\")\n\n            \/\/ Delete matching.\n            val toDelete = data.select(params.pk.get.map(col): _*).distinct()\n            delta\n              .as(\"target\")\n              .merge(toDelete.as(\"update\"), mergeExpression(params.pk.get))\n              .whenMatched\n              .delete()\n              .execute()\n\n            \/\/ And insert\n            data.write.mode(SaveMode.Append).insertInto(actualTable.name)\n        }\n      }\n    } else {\n\n      val previousOverwriteConf =\n        spark.conf.get(\"spark.sql.sources.partitionOverwriteMode\")\n\n      if (params.saveMode == SaveMode.Overwrite && params.partitionedBy.isDefined) {\n        val overwriteMode = params.overwriteBehavior match {\n          case OverwritePartitionBehavior.OVERWRITE_ALL      => \"static\"\n          case OverwritePartitionBehavior.OVERWRITE_MATCHING => \"dynamic\"\n        }\n\n        spark.conf\n          .set(\"spark.sql.sources.partitionOverwriteMode\", overwriteMode)\n      }\n\n      try {\n        checkDataFrameColumns(data)\n\n        data.write\n          .mode(params.saveMode)\n          .insertInto(actualTable.name)\n      } catch {\n        case e: Throwable => throw e\n      } finally {\n        spark.conf\n          .set(\"spark.sql.sources.partitionOverwriteMode\",\n               previousOverwriteConf)\n      }\n    }\n  }\n\n  private def checkDataFrameColumns(data: DataFrame): Unit = {\n    \/\/ This step is mandatory since we use insertInto(), which does not respect the table's schema\n    \/\/ Instead, it uses the columns' positions. So we have to check that the columns are in the proper order\n    \/\/ defined by the schema\n\n    val columnsDoNotMatch = actualTable.columns\n      .zip(data.schema)\n      .exists(p => p._1.name != p._2.name)\n\n    if (columnsDoNotMatch) {\n      val msg =\n        s\"\"\"DataFrame to be written on ${actualTable.name} does not have columns in required order\n           |Column order is: ${actualTable.columns}\n           |\"\"\".stripMargin\n      throw new TableAccessException(msg)\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/DbManager.scala","text":"<gh_stars>0\npackage com.damavis.spark.database\n\nimport com.damavis.spark.database.exceptions.{\n  DatabaseNotFoundException,\n  InvalidDatabaseNameException\n}\nimport com.damavis.spark.fs.HadoopFS\nimport org.apache.spark.sql.SparkSession\nimport org.slf4j.LoggerFactory\n\nobject DbManager {\n\n  private def checkDatabaseName(name: String): Unit = {\n    \/\/ Enforcing Hive's database naming restrictions (only alphanumeric and \"_\" characters allowed)\n    \/\/ Check: https:\/\/cwiki.apache.org\/confluence\/display\/Hive\/LanguageManual+DDL\n\n    val normalizedName = name.replace(\"_\", \"\")\n    if (!normalizedName.forall(_.isLetterOrDigit))\n      throw new InvalidDatabaseNameException(name)\n  }\n\n  def useDatabase(name: String, forceCreation: Boolean = false)(\n      implicit spark: SparkSession): Database = {\n    lazy val logger = LoggerFactory.getLogger(this.getClass)\n\n    checkDatabaseName(name)\n\n    val catalog = spark.catalog\n\n    if (!catalog.databaseExists(name))\n      if (forceCreation) {\n        logger.warn(s\"\"\"Database \"$name\" not found in catalog. Creating it\"\"\")\n        spark.sql(s\"CREATE DATABASE IF NOT EXISTS $name\")\n        logger.info(s\"\"\"Database \"$name\" created\"\"\")\n      } else {\n        throw new DatabaseNotFoundException(name)\n      }\n\n    catalog.setCurrentDatabase(name)\n\n    val db = catalog.getDatabase(name)\n\n    new Database(db, HadoopFS(), catalog)\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileRWBuilder.scala","text":"package com.damavis.spark.resource.file\n\nimport java.time.{LocalDate, LocalDateTime, LocalTime}\n\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.partitioning.DatePartitionFormatter\nimport com.damavis.spark.resource.{BasicResourceRW, RWBuilder, ResourceRW}\nimport org.apache.spark.sql.SparkSession\n\nobject FileRWBuilder {\n  def apply(path: String, format: Format)(\n      implicit spark: SparkSession): FileRWBuilder = {\n    val readParams = FileReaderParameters(format, path)\n    val writeParams = FileWriterParameters(format, path)\n\n    new FileRWBuilder(readParams, writeParams)\n  }\n}\n\nclass FileRWBuilder(\n    readParams: FileReaderParameters,\n    writeParams: FileWriterParameters)(implicit spark: SparkSession)\n    extends RWBuilder {\n  override def build(): ResourceRW = {\n    val reader = FileReaderBuilder(readParams).reader()\n    val writer = FileWriterBuilder(writeParams).writer()\n\n    new BasicResourceRW(reader, writer)\n  }\n\n  def betweenDates(from: LocalDate, to: LocalDate): FileRWBuilder = {\n    val time = LocalTime.of(0, 0, 0)\n    betweenDates(LocalDateTime.of(from, time), LocalDateTime.of(to, time))\n  }\n\n  def betweenDates(from: LocalDateTime, to: LocalDateTime): FileRWBuilder = {\n    val newReadParams =\n      readParams.copy(from = Some(from), to = Some(to))\n\n    val newWriteParams =\n      writeParams.copy(\n        columnNames = newReadParams.partitionFormatter.columnNames)\n\n    new FileRWBuilder(newReadParams, newWriteParams)\n  }\n\n  def partitionDateFormat(formatter: DatePartitionFormatter): FileRWBuilder = {\n    val newReadParams = readParams.copy(partitionFormatter = formatter)\n\n    val newWriteParams =\n      writeParams.copy(\n        columnNames = newReadParams.partitionFormatter.columnNames)\n\n    new FileRWBuilder(newReadParams, newWriteParams)\n  }\n\n  def writeMode(mode: String): FileRWBuilder =\n    new FileRWBuilder(readParams, writeParams.copy(mode = mode))\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/SparkApp.scala","text":"package com.damavis.spark\n\nimport org.apache.spark.sql.SparkSession\n\ntrait SparkApp extends SparkConf {\n\n  val name: String\n\n  implicit lazy val spark: SparkSession = {\n    val spark = SparkSession.builder().appName(name)\n    val sparkWithMaster = {\n      sys.env.get(\"MASTER\") match {\n        case Some(master) => spark.master(master)\n        case _            => spark\n      }\n    }\n    val configuredSpark = conf.foldLeft(sparkWithMaster) { (instance, keyVal) =>\n      instance.config(keyVal._1, keyVal._2)\n    }\n\n    configuredSpark\n      .enableHiveSupport()\n      .getOrCreate()\n  }\n\n  \/**\n    * Get the number of executors running in cluster. It's useful for\n    * optimize coalesce writing. If master is local[?] number of cores\n    * will be used instead.\n    * @return  The number of executors.\n    *\/\n  def getExecutorsNum: Int = {\n    val executors = spark.sparkContext.getExecutorMemoryStatus.size - 1\n    if (executors > 0) executors\n    else {\n      val master = spark.conf.get(\"spark.master\")\n      val localCores = \"local\\\\[(\\\\d+|\\\\*)\\\\]\".r.findAllIn(master)\n      if (localCores.hasNext) localCores.group(1) match {\n        case \"*\" => sys.runtime.availableProcessors()\n        case x   => x.toInt\n      } else {\n        1\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/ResourceReader.scala","text":"package com.damavis.spark.resource\n\nimport org.apache.spark.sql.DataFrame\n\ntrait ResourceReader {\n  def read(): DataFrame\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/exceptions\/DatabaseNotFoundException.scala","text":"<gh_stars>0\npackage com.damavis.spark.database.exceptions\n\nclass DatabaseNotFoundException(name: String)\n    extends Exception(s\"\"\"Database \"$name\" not found in catalog\"\"\") {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableWriterBuilder.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.exceptions.TableDefinitionException\nimport com.damavis.spark.database.{Database, DummyTable, RealTable, Table}\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.datasource.OverwritePartitionBehavior._\nimport com.damavis.spark.resource.partitioning.DatePartitionFormatter\nimport com.damavis.spark.resource.{ResourceWriter, WriterBuilder}\nimport org.apache.spark.sql.{SaveMode, SparkSession}\n\nimport scala.util.{Failure, Success, Try}\n\nobject TableWriterBuilder {\n\n  def apply(tryTable: Try[Table])(implicit spark: SparkSession,\n                                  db: Database): BasicTableWriterBuilder = {\n    tryTable match {\n      case Success(table)     => apply(table)\n      case Failure(exception) => throw exception\n    }\n  }\n\n  def apply(table: Table)(implicit spark: SparkSession,\n                          db: Database): BasicTableWriterBuilder = {\n    val params = TableWriterParameters()\n    table match {\n      case _: DummyTable => new BasicTableWriterBuilder(table, db, params)\n      case _: RealTable  => new SealedTableWriterBuilder(table, db, params)\n    }\n  }\n}\n\nclass BasicTableWriterBuilder(\n    table: Table,\n    db: Database,\n    params: TableWriterParameters)(implicit spark: SparkSession)\n    extends WriterBuilder {\n\n  private var myParams: TableWriterParameters = params\n\n  override def writer(): ResourceWriter =\n    new TableResourceWriter(spark, table, db, myParams)\n\n  def withFormat(format: Format): BasicTableWriterBuilder = {\n    myParams = myParams.copy(storageFormat = format)\n\n    this\n  }\n\n  def partitionedBy(columns: String*): BasicTableWriterBuilder = {\n    myParams = myParams.copy(partitionedBy = Some(columns))\n\n    this\n  }\n\n  def datePartitioned(): BasicTableWriterBuilder = {\n    val formatter = DatePartitionFormatter.standard\n\n    datePartitioned(formatter)\n  }\n\n  def datePartitioned(\n      formatter: DatePartitionFormatter): BasicTableWriterBuilder = {\n    partitionedBy(formatter.columnNames: _*)\n  }\n\n  def saveMode(saveMode: SaveMode): BasicTableWriterBuilder = {\n    myParams = myParams.copy(saveMode = saveMode)\n\n    this\n  }\n\n  def overwritePartitionBehavior(\n      behavior: OverwritePartitionBehavior): BasicTableWriterBuilder = {\n    myParams = myParams.copy(overwriteBehavior = behavior)\n\n    this\n  }\n\n  def pk(pk: Seq[String]): BasicTableWriterBuilder = {\n    myParams = myParams.copy(pk = Option(pk))\n\n    this\n  }\n\n}\n\nclass SealedTableWriterBuilder(\n    table: Table,\n    db: Database,\n    params: TableWriterParameters)(implicit spark: SparkSession)\n    extends BasicTableWriterBuilder(table, db, params) {\n\n  override def withFormat(format: Format): BasicTableWriterBuilder = {\n    if (table.format != format) {\n      val msg =\n        s\"\"\"Table ${table.name} already defined with a different format.\n           |Previous format was: ${table.format}\n           |Request format is: $format\n           |\"\"\".stripMargin\n      throw new TableDefinitionException(table.name, msg)\n    }\n\n    super.withFormat(format)\n  }\n\n  override def partitionedBy(columns: String*): BasicTableWriterBuilder = {\n    if (!table.isPartitioned) {\n      val msg =\n        s\"\"\"Table ${table.name} is already defined with no partitioning\"\"\"\n      throw new TableDefinitionException(table.name, msg)\n    }\n\n    val partitionColumnNames = table.columns.filter(_.partitioned).map(_.name)\n    if (partitionColumnNames != columns) {\n      val msg =\n        s\"\"\"Table ${table.name} is already defined with different partitioning columns\n           |Partitioning on schema: ${partitionColumnNames.mkString(\",\")}\n           |Requested partitioning: ${columns.mkString(\",\")}\n           |\"\"\".stripMargin\n      throw new TableDefinitionException(table.name, msg)\n    }\n\n    super.partitionedBy(columns: _*)\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/partitioning\/DatePartitions.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.partitioning\n\nimport java.time.LocalDateTime\nimport com.damavis.spark.fs.{FileSystem, HadoopFS}\nimport org.apache.spark.sql.SparkSession\n\nobject DatePartitions {\n  def apply(root: String, pathGenerator: DatePartitionFormatter)(\n      implicit spark: SparkSession): DatePartitions = {\n    val fs = HadoopFS(root)\n    DatePartitions(fs, pathGenerator)\n  }\n\n  def apply(fs: FileSystem,\n            pathGenerator: DatePartitionFormatter): DatePartitions =\n    new DatePartitions(fs, pathGenerator)\n}\n\nclass DatePartitions(fs: FileSystem, pathGenerator: DatePartitionFormatter) {\n\n  def generatePaths(date1: LocalDateTime, date2: LocalDateTime): Seq[String] = {\n    val (from, to) = {\n      if (date2.isAfter(date1)) (date1, date2)\n      else if (date1.isAfter(date2)) (date2, date1)\n      else (date1, date1)\n    }\n\n    generatePossibleDates(from, to).par\n      .map(pathGenerator.dateToPath)\n      .filter(fs.pathExists)\n      .seq\n  }\n\n  private def generatePossibleDates(from: LocalDateTime,\n                                    to: LocalDateTime): Seq[LocalDateTime] = {\n    def generateDatesForYear(year: Int): Seq[LocalDateTime] = {\n      val partitionFrom = LocalDateTime.of(year, 1, 1, 0, 0)\n      val partitionTo = LocalDateTime.of(year, 12, 31, 0, 0)\n      datesGen(partitionFrom, partitionTo)\n    }\n\n    if (pathGenerator.isYearlyPartitioned) {\n      val yearColumnName = pathGenerator.columnNames.head\n      fs.listSubdirectories(\"\/\")\n        .map(_.replace(s\"$yearColumnName=\", \"\").toInt)\n        .flatMap(generateDatesForYear)\n        .dropWhile(_.isBefore(from))\n        .takeWhile(date => date.isBefore(to) || date.isEqual(to))\n\n    } else {\n      datesGen(from, to)\n    }\n  }\n\n  private def datesGen(from: LocalDateTime,\n                       to: LocalDateTime): List[LocalDateTime] = {\n    val minimumTime = pathGenerator.minimumTemporalUnit()\n\n    def datesGen(acc: List[LocalDateTime],\n                 pointer: LocalDateTime,\n                 end: LocalDateTime): List[LocalDateTime] = {\n      if (pointer.isAfter(end)) acc\n      else datesGen(acc :+ pointer, pointer.plus(1, minimumTime), end)\n    }\n    datesGen(List(), from, to)\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/SparkConf.scala","text":"<gh_stars>0\npackage com.damavis.spark\n\ntrait SparkConf {\n  def conf: Map[String, String] = Map()\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileReaderParameters.scala","text":"package com.damavis.spark.resource.file\n\nimport java.time.LocalDateTime\n\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.partitioning.DatePartitionFormatter\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types.StructType\n\nprivate[resource] object FileReaderParameters {\n\n  def apply(format: Format, path: String)(\n      implicit spark: SparkSession): FileReaderParameters = {\n    apply(format, path, DatePartitionFormatter.standard)\n  }\n\n  def apply(format: Format,\n            path: String,\n            partitionFormatter: DatePartitionFormatter)(\n      implicit spark: SparkSession): FileReaderParameters = {\n    apply(format, path, partitionFormatter, Map.empty[String, String])\n  }\n\n  def apply(format: Format,\n            path: String,\n            partitionFormatter: DatePartitionFormatter,\n            options: Map[String, String])(\n      implicit spark: SparkSession): FileReaderParameters = {\n    new FileReaderParameters(format,\n                             path,\n                             partitionFormatter,\n                             options = options)\n  }\n\n}\n\nprivate[resource] case class FileReaderParameters(\n    format: Format,\n    path: String,\n    partitionFormatter: DatePartitionFormatter,\n    from: Option[LocalDateTime] = None,\n    to: Option[LocalDateTime] = None,\n    options: Map[String, String] = Map(),\n    schema: Option[StructType] = None) {\n\n  def datePartitioned: Boolean = from.isDefined && to.isDefined\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/SourceProcessor.scala","text":"<gh_stars>0\npackage com.damavis.spark.dataflow\nimport org.apache.spark.sql.DataFrame\n\nabstract class SourceProcessor extends Processor {\n  def computeImpl(): DataFrame\n\n  override def compute(sockets: SocketSet): DataFrame = computeImpl()\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/entities\/Book.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.entities\n\ncase class Book(title: String, publicationYear: Int, author: String)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/PipelineStage.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.pipeline\n\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Pipeline Stage trait defines simple and testable interface.\n  *\/\ntrait PipelineStage {\n\n  \/**\n    * Transforms the DataFrame.\n    * @param data    The DataFrame.\n    * @return        The Transformed DataFrame.\n    *\/\n  def transform(data: DataFrame): DataFrame\n\n  \/**\n    * Operator to create Pipelines from Stages, this is combined to\n    * the same method on [[Pipeline]] to concatenate stages and pipelines.\n    * @param stage   A PipelineStage\n    * @return        A Pipeline\n    *\/\n  def ->(stage: PipelineStage): Pipeline = this -> Pipeline(stage)\n\n  \/**\n    * Operator to create Pipelines from Stage and Pipeline, this is\n    * combined to the same method on [[Pipeline]] to concatenate stages\n    * and pipelines\n    * @param pipeline  A Pipeline\n    * @return          A Pipeline\n    *\/\n  def ->(pipeline: Pipeline): Pipeline = Pipeline(this :: pipeline.getStages)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/fs\/FileSystem.scala","text":"<reponame>damavis\/damavis-spark<gh_stars>0\npackage com.damavis.spark.fs\n\ntrait FileSystem {\n  def pathExists(path: String): Boolean\n  def listSubdirectories(path: String): Seq[String]\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/SocketSet.scala","text":"package com.damavis.spark.dataflow\n\ncase class SocketSet(left: StageSocket, right: StageSocket)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/SparkAppTest.scala","text":"package com.damavis.spark\n\nimport com.damavis.spark.database.{Column, DbManager, DummyTable, RealTable}\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.utils.HDFSCluster\nimport org.scalatest.FlatSpec\n\nclass SparkAppTest extends FlatSpec with SparkApp {\n\n  override val name: String = \"SparkAppTest\"\n\n  private val warehouseDir = \"\/hive\/warehouse\/SparkAppTest\"\n\n  override def conf: Map[String, String] = super.conf + (\n    \/\/ Where to store managed tables\n    \"spark.sql.warehouse.dir\" -> warehouseDir,\n    \/\/ URI of the hdfs server\n    \"spark.hadoop.fs.default.name\" -> HDFSCluster.uri,\n    \/\/ Hive metastore configuration\n    \"spark.sql.extensions\" -> \"io.delta.sql.DeltaSparkSessionExtension\",\n    \"spark.sql.catalog.spark_catalog\" -> \"org.apache.spark.sql.delta.catalog.DeltaCatalog\",\n    \"spark.sql.catalogImplementation\" -> \"hive\"\n  )\n\n  \"An SparkApp\" should\n    \"run successfully\" in {\n    import spark.implicits._\n    val df = spark.sparkContext.parallelize(List(1, 2, 3)).toDF(\"number\")\n    assert(df.count() === 3)\n  }\n\n  it should \"create databases in defined warehouse path\" in {\n    import spark.implicits._\n    val db = DbManager.useDatabase(\"test\", forceCreation = true)\n    val dummy = DummyTable(\"test\", \"dummy_going_real\")\n    val schema = (1 :: 2 :: 3 :: 4 :: Nil).toDF(\"number\").schema\n    val obtained = db.addTableIfNotExists(dummy, schema, Format.Parquet, Nil)\n\n    val expected = RealTable(\n      \"test\",\n      \"dummy_going_real\",\n      s\"hdfs:\/\/localhost:8020${warehouseDir}\/test.db\/dummy_going_real\",\n      Format.Parquet,\n      managed = true,\n      Column(\"number\", \"int\", partitioned = false, nullable = true) :: Nil\n    )\n\n    assert(obtained === expected)\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/LinealProcessor.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.dataflow\nimport org.apache.spark.sql.DataFrame\n\nabstract class LinealProcessor extends Processor {\n\n  def computeImpl(data: DataFrame): DataFrame\n\n  override def compute(sockets: SocketSet): DataFrame = {\n    computeImpl(sockets.left.get)\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/entities\/Person.scala","text":"package com.damavis.spark.dataflow.entities\n\ncase class Person(name: String, age: Int)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/partitioning\/DatePartitionFormatter.scala","text":"package com.damavis.spark.resource.partitioning\nimport java.time.LocalDateTime\nimport java.time.format.DateTimeFormatter\nimport java.time.temporal.{ChronoField, TemporalUnit}\n\nimport scala.collection.JavaConverters._\n\nobject DatePartitionFormatter {\n  protected case class ColumnFormatter(column: String,\n                                       pattern: String,\n                                       formatter: DateTimeFormatter)\n\n  def standard: DatePartitionFormatter = {\n    val cols = DatePartColumn(\"year\", \"yyyy\") ::\n      DatePartColumn(\"month\", \"MM\") ::\n      DatePartColumn(\"day\", \"dd\") ::\n      Nil\n\n    apply(cols)\n  }\n\n  def standardHourly: DatePartitionFormatter = {\n    val cols = DatePartColumn(\"year\", \"yyyy\") ::\n      DatePartColumn(\"month\", \"MM\") ::\n      DatePartColumn(\"day\", \"dd\") ::\n      DatePartColumn(\"hour\", \"H\") ::\n      Nil\n\n    apply(cols)\n  }\n\n  def daily: DatePartitionFormatter = {\n    val cols = DatePartColumn(\"dt\", \"yyyy-MM-dd\") :: Nil\n    apply(cols)\n  }\n\n  def dailyHourly: DatePartitionFormatter = {\n    val cols = DatePartColumn(\"dt\", \"yyyy-MM-dd\") ::\n      DatePartColumn(\"hour\", \"H\") ::\n      Nil\n    apply(cols)\n  }\n\n  def apply(definitions: Seq[DatePartColumn]): DatePartitionFormatter = {\n    if (definitions.isEmpty)\n      throw new IllegalArgumentException(\n        \"Column definitions for a DatePartitionFormatter cannot be empty\")\n\n    val cols = definitions.map { columnDef =>\n      try {\n        val formatter = DateTimeFormatter.ofPattern(columnDef.format)\n        ColumnFormatter(columnDef.columnName, columnDef.format, formatter)\n      } catch {\n        case ex: IllegalArgumentException =>\n          val msg =\n            s\"\"\"Invalid DateTimeFormatter \"${columnDef.format}\" specified for column ${columnDef.columnName}\n               | \"\"\".stripMargin\n          throw new IllegalArgumentException(msg, ex)\n      }\n    }\n    new DatePartitionFormatter(cols)\n  }\n}\n\nclass DatePartitionFormatter protected (\n    columns: Seq[DatePartitionFormatter.ColumnFormatter]) {\n  def dateToPath(date: LocalDateTime): String = {\n    columns\n      .map { part =>\n        s\"${part.column}=${part.formatter.format(date)}\"\n      }\n      .mkString(\"\/\")\n  }\n\n  def columnNames: Seq[String] = columns.map { _.column }\n\n  def minimumTemporalUnit(): TemporalUnit = {\n    \/\/FIXME if custom literals are defined, and they contain either \"H\" or \"h\", this function will assume that the\n    \/\/      format contains hours. Those literals should be removed before checking for hours\n    val containsHours = columns.exists { p =>\n      p.pattern.contains(\"H\") || p.pattern.contains(\"h\")\n    }\n\n    val temporalField =\n      if (containsHours)\n        ChronoField.HOUR_OF_DAY\n      else\n        ChronoField.DAY_OF_MONTH\n\n    temporalField.getBaseUnit\n  }\n\n  def isYearlyPartitioned: Boolean =\n    columns.nonEmpty && columns.head.pattern == \"yyyy\"\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/test\/PipelineTester.scala","text":"package com.damavis.spark.pipeline.test\n\nimport com.damavis.spark.pipeline.{Pipeline, PipelineSource}\nimport org.apache.spark.sql.DataFrame\n\ncase class PipelineTester(pipeline: Pipeline, testPipeline: Pipeline) {\n\n  def test(source: PipelineSource): DataFrame = {\n    val zipped = pipeline.getStages zip testPipeline.getStages\n\n    Pipeline(zipped.flatMap(x => List(x._1, x._2))).transform(source.get)\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-azure\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/azure\/SynapseWriter.scala","text":"package com.damavis.spark.resource.datasource.azure\n\nimport java.net.URL\n\nimport com.damavis.spark.resource.ResourceWriter\nimport org.apache.hadoop.fs.Path\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass SynapseWriter(url: URL, table: String, tempDir: Path)(\n    implicit spark: SparkSession)\n    extends ResourceWriter {\n\n  override def write(data: DataFrame): Unit = {\n    data.write\n      .format(\"com.databricks.spark.sqldw\")\n      .option(\"url\", url.toString)\n      .option(\"forwardSparkAzureStorageCredentials\", \"true\")\n      .option(\"tempDir\", tempDir.toString)\n      .option(\"dbTable\", table)\n      .save()\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/Table.scala","text":"package com.damavis.spark.database\n\nimport com.damavis.spark.resource.Format.Format\n\ncase class Column(name: String,\n                  dataType: String,\n                  partitioned: Boolean,\n                  nullable: Boolean)\n\nsealed trait Table {\n  def database: String\n  def name: String\n  def path: String\n  def format: Format\n  def managed: Boolean\n  def columns: Seq[Column]\n\n  def isPartitioned: Boolean = columns.indexWhere(_.partitioned) >= 0\n}\n\ncase class RealTable(database: String,\n                     name: String,\n                     path: String,\n                     format: Format,\n                     managed: Boolean,\n                     columns: Seq[Column])\n    extends Table\n\ncase class DummyTable(database: String, name: String) extends Table {\n  override def path: String = ???\n  override def format: Format = ???\n  override def managed: Boolean = ???\n  override def columns: Seq[Column] = ???\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/exceptions\/TableDefinitionException.scala","text":"package com.damavis.spark.database.exceptions\n\nclass TableDefinitionException(val table: String, msg: String)\n    extends Exception(msg) {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableRWBuilder.scala","text":"<filename>damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableRWBuilder.scala\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.{Database, Table}\nimport com.damavis.spark.resource.{BasicResourceRW, RWBuilder, ResourceRW}\nimport org.apache.spark.sql.SparkSession\n\nclass TableRWBuilder(table: Table)(implicit spark: SparkSession, db: Database)\n    extends RWBuilder {\n  override def build(): ResourceRW = {\n    val reader = TableReaderBuilder(table).reader()\n    val writer = TableWriterBuilder(table).writer()\n\n    new BasicResourceRW(reader, writer)\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/testdata\/package.scala","text":"<filename>damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/testdata\/package.scala\npackage com.damavis.spark\n\nimport java.time.LocalDate\nimport java.time.format.DateTimeFormatter.ISO_LOCAL_DATE\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport com.damavis.spark.database.{Database, Table}\nimport com.damavis.spark.entities.{Author, Book, Log}\nimport org.apache.spark.sql.types.{\n  IntegerType,\n  StringType,\n  StructField,\n  StructType\n}\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\n\nimport collection.JavaConverters._\n\npackage object testdata {\n\n  val hemingway: Author =\n    Author(\"Hemingway\", 61, LocalDate.parse(\"1899-07-21\"), \"USA\")\n  val wells: Author =\n    Author(\"<NAME>\", 79, LocalDate.parse(\"1866-09-21\"), \"UK\")\n  val dickens: Author =\n    Author(\"Dickens\", 58, LocalDate.parse(\"1812-02-07\"), \"UK\")\n  val bradbury: Author =\n    Author(\"<NAME>\", 91, LocalDate.parse(\"1920-08-22\"), \"USA\")\n  val dumas: Author =\n    Author(\"<NAME>\", 68, LocalDate.parse(\"1802-07-24\"), \"FR\")\n  val hugo: Author =\n    Author(\"<NAME>\", 83, LocalDate.parse(\"1802-02-26\"), \"FR\")\n\n  val farewell: Book = Book(\"A Farewell to Arms\", 1929, hemingway.name)\n  val oldMan: Book = Book(\"The Old Man and the Sea\", 1951, hemingway.name)\n  val timeMachine: Book = Book(\"The Time Machine\", 1895, wells.name)\n  val moreau: Book = Book(\"The Island of Doctor Moreau\", 1896, wells.name)\n  val oliverTwist: Book = Book(\"Oliver Twist\", 1839, dickens.name)\n  val expectations: Book = Book(\"Great expectations\", 1861, dickens.name)\n  val martian: Book = Book(\"The Martian Chronicles\", 1950, bradbury.name)\n\n  val authorsSchema: StructType = StructType(\n    StructField(\"name\", StringType, nullable = true) ::\n      StructField(\"deceaseAge\", IntegerType, nullable = true) ::\n      StructField(\"birthDate\", StringType, nullable = true) ::\n      StructField(\"nationality\", StringType, nullable = true) ::\n      Nil\n  )\n\n  def dfFromAuthors(authors: Author*)(\n      implicit session: SparkSession): DataFrame = {\n    def rowFromAuthor(author: Author): Row = {\n      Row(author.name,\n          author.deceaseAge,\n          author.birthDate.format(ISO_LOCAL_DATE),\n          author.nationality)\n    }\n\n    val data = authors.map(rowFromAuthor).asJava\n    session.createDataFrame(data, authorsSchema)\n  }\n\n  def dfFromBooks(books: Book*)(implicit session: SparkSession): DataFrame = {\n    val booksSchema: StructType = StructType(\n      StructField(\"title\", StringType, nullable = true) ::\n        StructField(\"publicationYear\", IntegerType, nullable = true) ::\n        StructField(\"author\", StringType, nullable = false) ::\n        Nil\n    )\n\n    def rowFromBook(book: Book): Row = {\n      Row(book.title, book.publicationYear, book.author)\n    }\n\n    val data = books.map(rowFromBook).asJava\n    session.createDataFrame(data, booksSchema)\n  }\n\n  def dfFromLogs(logs: Log*)(implicit session: SparkSession): DataFrame = {\n    session.createDataFrame(logs)\n  }\n\n  private val tableCount = new AtomicInteger(0)\n\n  def nextTable()(implicit db: Database): Table = {\n    val tableName = s\"authors${tableCount.addAndGet(1)}\"\n\n    val tryTable = db.getTable(tableName)\n\n    assert(tryTable.isSuccess)\n\n    tryTable.get\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/database\/DatabaseTest.scala","text":"package com.damavis.spark.database\n\nimport com.damavis.spark.database.exceptions.TableAccessException\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.utils.SparkTestBase\nimport org.apache.spark.sql.functions._\n\nclass DatabaseTest extends SparkTestBase {\n\n  import session.implicits._\n\n  var db: Database = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(\"test\", forceCreation = true)\n  }\n\n  \"A database\" should {\n    \"get an external table\" in {\n      val numbersDf = (1 :: 2 :: 3 :: 4 :: Nil).toDF(\"number\")\n\n      numbersDf.write\n        .parquet(s\"$root\/numbers_external\")\n\n      assert(db.catalog.listTables().isEmpty)\n\n      val tryTable = db.getUnmanagedTable(\"numbers\",\n                                          s\"\/$name\/numbers_external\",\n                                          Format.Parquet)\n      assert(tryTable.isSuccess)\n\n      val table = tryTable.get\n      val expected = RealTable(\"test\",\n                               \"numbers\",\n                               s\"\/$name\/numbers_external\",\n                               Format.Parquet,\n                               managed = false,\n                               Nil)\n      assert(table === expected)\n\n      assert(db.catalog.listTables().count() == 1)\n    }\n\n    \"fail to get an external table if there is no data\" in {\n      val tryTable =\n        db.getUnmanagedTable(\"numbers\", s\"\/$name\/1234\", Format.Parquet)\n      checkExceptionOfType(tryTable,\n                           classOf[TableAccessException],\n                           \"Path not reachable\")\n    }\n\n    \"fail to get an external table if validations do not succeed\" in {\n      val numbersDf = (1 :: 2 :: 3 :: 4 :: Nil).toDF(\"number\")\n\n      db.catalog.createTable(\"numbers1\",\n                             \"parquet\",\n                             numbersDf.schema,\n                             Map[String, String]())\n\n      val tryTable1 = db.getUnmanagedTable(\"numbers1\",\n                                           s\"\/$name\/numbers_external\",\n                                           Format.Parquet)\n      checkExceptionOfType(tryTable1,\n                           classOf[TableAccessException],\n                           \"already registered as MANAGED\")\n\n      \/\/Register an external table, and try to get it again but with wrong parameters\n      numbersDf.write\n        .parquet(s\"\/$name\/numbers_external2\")\n\n      db.getUnmanagedTable(\"numbers_wrong_path\",\n                           s\"\/$name\/numbers_external2\",\n                           Format.Parquet)\n\n      val tryTable2 = db.getUnmanagedTable(\"numbers_wrong_path\",\n                                           s\"\/$name\/numbers_external\",\n                                           Format.Parquet)\n      checkExceptionOfType(\n        tryTable2,\n        classOf[TableAccessException],\n        \"It is already registered in the catalog with a different path\")\n\n      val tryTable3 = db.getUnmanagedTable(\"numbers_wrong_path\",\n                                           s\"\/$name\/numbers_external2\",\n                                           Format.Avro)\n      checkExceptionOfType(\n        tryTable3,\n        classOf[TableAccessException],\n        \"It is already registered in the catalog with format\")\n    }\n\n    \"create a managed table from a DummyTable specification\" in {\n      val dummy = DummyTable(\"test\", \"dummy_going_real\")\n      val schema = (1 :: 2 :: 3 :: 4 :: Nil).toDF(\"number\").schema\n\n      \/\/ Holden Karau's test suite do not respect \"spark.sql.warehouse.dir\", so get it from session\n      val warehouseDir =\n        spark.sqlContext.getAllConfs.get(\"spark.sql.warehouse.dir\")\n\n      val obtained = db.addTableIfNotExists(dummy, schema, Format.Parquet, Nil)\n      val expected = RealTable(\n        \"test\",\n        \"dummy_going_real\",\n        s\"hdfs:\/\/localhost:8020${warehouseDir.get}\/test.db\/dummy_going_real\",\n        Format.Parquet,\n        managed = true,\n        Column(\"number\", \"int\", partitioned = false, nullable = true) :: Nil\n      )\n\n      assert(obtained === expected)\n\n      val tableExists = db.catalog\n        .listTables()\n        .filter(col(\"name\") === lit(\"dummy_going_real\"))\n        .count == 1\n      assert(tableExists)\n    }\n\n    \"call to addTableIfNotExists should do nothing if table already exists\" in {\n      val before = db.catalog.listTables().count\n\n      val dummy = DummyTable(\"test\", \"dummy_going_real\")\n      val schema = (1 :: 2 :: 3 :: 4 :: Nil).toDF(\"number\").schema\n\n      db.addTableIfNotExists(dummy, schema, Format.Parquet, Nil)\n\n      val after = db.catalog.listTables().count()\n\n      assert(before == after)\n    }\n\n    \"report whether a table exists or not\" in {\n      assert(db.tableExists(\"numbers\"))\n      assert(!db.tableExists(\"persons2\"))\n\n      assert(db.tableExists(\"test.numbers\"))\n      assert(!db.tableExists(\"another_test.persons\"))\n    }\n\n    \"recover properly table metadata\" in {\n      val obtained = db.getTable(\"numbers\").get\n      val expected = RealTable(\n        \"test\",\n        \"numbers\",\n        s\"$root\/numbers_external\",\n        Format.Parquet,\n        managed = false,\n        Column(\"number\", \"int\", partitioned = false, nullable = true) :: Nil)\n      assert(obtained === expected)\n    }\n\n    \"get table successfully if database is in table name\" in {\n      assert(db.getTable(\"test.persons\").isSuccess)\n    }\n\n    \"fail to get a table that belongs to another database\" in {\n      assert(db.getTable(\"another_test.persons\").isFailure)\n    }\n\n    \"return a DummyTable of a table that does not exists\" in {\n      assert(!db.tableExists(\"persons2\"))\n\n      val tryTable = db.getTable(\"persons2\")\n      assert(tryTable.isSuccess)\n\n      val table = tryTable.get\n      assert(table.getClass === classOf[DummyTable])\n    }\n\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/partitioning\/DatePartitionsTest.scala","text":"package com.damavis.spark.resource.partitioning\n\nimport com.damavis.spark.fs.FileSystem\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.WordSpec\n\nimport java.time.LocalDateTime\n\nobject DatePartitionsTest {\n  val MAY_TWELFTH = \"year=2020\/month=05\/day=12\"\n  val MAY_THIRTEEN = \"year=2020\/month=05\/day=13\"\n  val MAY_FOURTEEN = \"year=2020\/month=05\/day=14\"\n  val MAY_FIFTEEN = \"year=2020\/month=05\/day=15\"\n}\n\nclass DatePartitionsTest extends WordSpec with MockFactory {\n  import DatePartitionsTest._\n\n  \"DatePartitions.generate\" when {\n    \"dates are in the proper order\" should {\n      \"return a proper list\" in {\n        val from = LocalDateTime.of(2020, 5, 12, 0, 0)\n        val to = LocalDateTime.of(2020, 5, 15, 0, 0)\n\n        val fsStub = stub[FileSystem]\n        (fsStub.pathExists _).when(MAY_TWELFTH).returns(true)\n        (fsStub.pathExists _).when(MAY_THIRTEEN).returns(true)\n        (fsStub.pathExists _).when(MAY_FOURTEEN).returns(true)\n        (fsStub.pathExists _).when(MAY_FIFTEEN).returns(true)\n        (fsStub.listSubdirectories _).when(*).returns(\"year=2020\" :: Nil)\n\n        val expected = MAY_TWELFTH ::\n          MAY_THIRTEEN ::\n          MAY_FOURTEEN ::\n          MAY_FIFTEEN ::\n          Nil\n\n        val generated = DatePartitions(fsStub, DatePartitionFormatter.standard)\n          .generatePaths(from, to)\n\n        assert(expected === generated)\n      }\n    }\n\n    \"dates are reversed\" should {\n      \"reverse the dates and return a proper list\" in {\n        val from = LocalDateTime.of(2020, 5, 15, 0, 0)\n        val to = LocalDateTime.of(2020, 5, 12, 0, 0)\n\n        val fsStub = stub[FileSystem]\n        (fsStub.pathExists _).when(MAY_TWELFTH).returns(true)\n        (fsStub.pathExists _).when(MAY_THIRTEEN).returns(true)\n        (fsStub.pathExists _).when(MAY_FOURTEEN).returns(true)\n        (fsStub.pathExists _).when(MAY_FIFTEEN).returns(true)\n        (fsStub.listSubdirectories _).when(*).returns(\"year=2020\" :: Nil)\n\n        val expected = MAY_TWELFTH ::\n          MAY_THIRTEEN ::\n          MAY_FOURTEEN ::\n          MAY_FIFTEEN ::\n          Nil\n\n        val generated = DatePartitions(fsStub, DatePartitionFormatter.standard)\n          .generatePaths(from, to)\n\n        assert(expected === generated)\n      }\n    }\n\n    \"dates are the same\" should {\n      \"return a list with a single element\" in {\n        val from = LocalDateTime.of(2020, 5, 15, 0, 0)\n        val to = LocalDateTime.of(2020, 5, 15, 0, 0)\n\n        val fsStub = stub[FileSystem]\n        (fsStub.pathExists _).when(MAY_FIFTEEN).returns(true)\n        (fsStub.listSubdirectories _).when(*).returns(\"year=2020\" :: Nil)\n\n        val expected = MAY_FIFTEEN ::\n          Nil\n\n        val generated = DatePartitions(fsStub, DatePartitionFormatter.standard)\n          .generatePaths(from, to)\n\n        assert(expected === generated)\n      }\n    }\n\n    \"some paths do not exist\" should {\n      \"return a list with only the existing paths\" in {\n        val from = LocalDateTime.of(2020, 5, 12, 0, 0)\n        val to = LocalDateTime.of(2020, 5, 15, 0, 0)\n\n        val fsStub = stub[FileSystem]\n        (fsStub.pathExists _)\n          .when(MAY_TWELFTH)\n          .returns(false)\n        (fsStub.pathExists _)\n          .when(MAY_THIRTEEN)\n          .returns(true)\n        (fsStub.pathExists _)\n          .when(MAY_FOURTEEN)\n          .returns(true)\n        (fsStub.pathExists _)\n          .when(MAY_FIFTEEN)\n          .returns(false)\n        (fsStub.listSubdirectories _).when(*).returns(\"year=2020\" :: Nil)\n\n        val expected = MAY_THIRTEEN ::\n          MAY_FOURTEEN ::\n          Nil\n\n        val generated = DatePartitions(fsStub, DatePartitionFormatter.standard)\n          .generatePaths(from, to)\n\n        assert(expected === generated)\n      }\n    }\n\n    \"only a subset of possible partitions may exist\" should {\n      \"query filesystem a minimum number of times\" in {\n        val from = LocalDateTime.of(2017, 1, 1, 0, 0)\n        val to = LocalDateTime.of(2021, 12, 31, 0, 0)\n\n        val fsMock = mock[FileSystem]\n        (fsMock.listSubdirectories _)\n          .expects(*)\n          .returning(\"year=2018\" :: \"year=2019\" :: Nil)\n        (fsMock.pathExists _).expects(*).repeat(365 * 2)\n\n        DatePartitions(fsMock, DatePartitionFormatter.standard)\n          .generatePaths(from, to)\n      }\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeJoinReaderTest.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.datasource.snowflake\n\nimport java.sql.Date\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport org.scalatest.{FunSuite, WordSpec}\n\nclass SnowflakeJoinReaderTest extends WordSpec with DataFrameSuiteBase {\n\n  val account = \"\"\n  val user = \"\"\n  val password = \"\"\n  val db = \"\"\n  val warehouse = \"\"\n\n  \"A Snowflake join read\" when {\n    \"is performed it\" should {\n      \"filter reader with given data\" ignore {\n        import spark.implicits._\n        val data = Seq(\n          (Date.valueOf(\"2020-01-01\")),\n        ).toDF(\"dt\")\n\n        val reader = SnowflakeReader(account,\n                                     user,\n                                     password,\n                                     warehouse,\n                                     db,\n                                     \"PUBLIC\",\n                                     Some(\"MY_TEST_TABLE\"))(spark)\n        val joinReader = SnowflakeJoinReader(reader, data)(spark)\n        assert(joinReader.read().count() == 1)\n      }\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/LinealDataFlowTest.scala","text":"<reponame>damavis\/damavis-spark<filename>damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/LinealDataFlowTest.scala\npackage com.damavis.spark.dataflow\n\nimport com.damavis.spark.dataflow.entities._\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport org.apache.spark.sql.DataFrame\nimport org.scalatest.WordSpec\n\nclass LinealDataFlowTest extends WordSpec with DataFrameSuiteBase {\n\n  import spark.implicits._\n  import utils.implicits._\n\n  \"A lineal pipeline\" should {\n    \"deliver dataFrames across stages\" in {\n\n      val source: DataFlowSource = (Person(\"Frollo\", 50) :: Nil).toDF\n\n      val targetProcessor = new LinealProcessor {\n        override def computeImpl(data: DataFrame): DataFrame = {\n          val expected = (Person(\"Frollo\", 50) :: Nil).toDF\n\n          assertDataFrameEquals(expected, data)\n\n          data\n        }\n      }\n\n      val target = new DataFlowTarget(targetProcessor)\n\n      val pipeline = DataFlowBuilder.create { implicit definition =>\n        import implicits._\n\n        source -> target\n\n      }\n\n      pipeline.run()\n\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/entities\/Author.scala","text":"package com.damavis.spark.entities\n\nimport java.time.LocalDate\n\ncase class Author(name: String,\n                  deceaseAge: Int,\n                  birthDate: LocalDate,\n                  nationality: String)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/DataFlowBuilderTest.scala","text":"<reponame>damavis\/damavis-spark<filename>damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/DataFlowBuilderTest.scala\npackage com.damavis.spark.dataflow\n\nimport org.scalatest.WordSpec\n\nclass DataFlowBuilderTest extends WordSpec {\n\n  \/*TODO\n * - empty pipelines are not valid\n * - pipelines with no sources are not valid\n * - for every source, all executions paths must lead to a target. Otherwise, pipeline is not valid\n * - pipelines with loops are not valid\n * - pipelines with null pointers along any execution path are not valid\n * - choose: pipelines with unreachable stages are valid? Throw an error or just log it instead?\n * *\/\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlowSource.scala","text":"package com.damavis.spark.dataflow\n\nclass DataFlowSource(processor: SourceProcessor)\n    extends DataFlowStage(processor) {\n\n  override def ->(stage: StageSocket)(\n      implicit definition: DataFlowDefinition): DataFlowStage = {\n    definition.addSource(this)\n\n    super.->(stage)\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/Processor.scala","text":"package com.damavis.spark.dataflow\n\nimport org.apache.spark.sql.DataFrame\n\ntrait Processor {\n  def compute(sockets: SocketSet): DataFrame\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/ResourceWriter.scala","text":"package com.damavis.spark.resource\n\nimport org.apache.spark.sql.DataFrame\n\ntrait ResourceWriter {\n  def write(data: DataFrame): Unit\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/test\/PipelineTargetTest.scala","text":"package com.damavis.spark.pipeline.test\n\nimport com.damavis.spark.pipeline.PipelineTarget\nimport org.apache.spark.sql.DataFrame\n\ntrait PipelineTargetTest extends PipelineTarget {\n  def test(data: DataFrame): Unit\n  override def put(data: DataFrame): Unit = test(data)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"project\/Publish.scala","text":"import sbt.librarymanagement.ivy.Credentials\n\nobject Publish {\n  val USERNAME: String = sys.env.getOrElse(\"USERNAME\", \"\")\n  val PASSWORD: String = sys.env.getOrElse(\"PASSWORD\", \"\")\n\n  val credentials =\n    Credentials(\"Sonatype Nexus Repository Manager\",\n                \"oss.sonatype.org\",\n                USERNAME,\n                PASSWORD)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/fs\/HadoopFS.scala","text":"package com.damavis.spark.fs\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\nimport org.apache.spark.sql.SparkSession\n\nobject HadoopFS {\n  def apply(root: String = \"\/\")(implicit spark: SparkSession): HadoopFS =\n    new HadoopFS(new Path(root))\n}\n\nclass HadoopFS(root: Path)(implicit spark: SparkSession) extends FileSystem {\n\n  protected def hadoopConf: Configuration =\n    spark.sessionState.newHadoopConf()\n\n  override def pathExists(path: String): Boolean = {\n    val hdfsPath = new Path(s\"$root\/$path\")\n\n    root\n      .getFileSystem(hadoopConf)\n      .exists(hdfsPath)\n  }\n\n  override def listSubdirectories(path: String): Seq[String] = {\n    val pathToCheck = new Path(s\"$root\/$path\")\n    val fs = root.getFileSystem(hadoopConf)\n\n    if (!fs.isDirectory(pathToCheck))\n      throw new IllegalArgumentException(\n        s\"path: $path is not a directory in HDFS\")\n\n    fs.listStatus(pathToCheck)\n      .filter(_.isDirectory)\n      .map(_.getPath.getName)\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileWriterParameters.scala","text":"package com.damavis.spark.resource.file\n\nimport com.damavis.spark.resource.Format.Format\n\ncase class FileWriterParameters(format: Format,\n                                path: String,\n                                mode: String = \"overwrite\",\n                                columnNames: Seq[String] = Nil)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/entities\/Log.scala","text":"package com.damavis.spark.entities\n\nimport java.sql.Timestamp\n\ncase class Log(ip: String, ts: Timestamp, level: String, message: String)\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/file\/FileReaderTest.scala","text":"package com.damavis.spark.resource.file\n\nimport java.sql.Timestamp\nimport java.time.{LocalDate, LocalDateTime}\n\nimport com.damavis.spark.entities.Log\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.resource.partitioning.DatePartitionFormatter\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.utils.{SparkTestBase}\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\n\nimport scala.collection.JavaConverters._\n\nclass FileReaderTest extends SparkTestBase {\n\n  \"A FileReader\" when {\n    \"regardless of partitioning\" should {\n      \"read properly parquet data\" in {\n        val authors = dfFromAuthors(hemingway, wells)\n        val path = s\"$root\/authors1\"\n        authors.write.parquet(path)\n\n        val reader = FileReaderBuilder(Format.Parquet, path).reader()\n        val read = reader.read()\n\n        assertDataFrameEquals(read, authors)\n      }\n\n      \"read properly avro data\" in {\n        val authors = dfFromAuthors(hemingway, dickens)\n        val path = s\"$root\/authors2\"\n        authors.write.format(\"avro\").save(path)\n\n        val reader = FileReaderBuilder(Format.Avro, path).reader()\n        val read = reader.read()\n\n        assertDataFrameEquals(read, authors)\n      }\n\n      \"throw exception when trying to read in wrong format\" in {\n        intercept[Throwable] {\n          val authors = dfFromAuthors(hemingway, dickens)\n          val path = s\"$root\/authors3\"\n          authors.write.format(\"avro\").save(path)\n\n          val reader = FileReaderBuilder(Format.Parquet, path).reader()\n          reader.read()\n        }\n      }\n    }\n\n    \"there is standard date partitioning\" should {\n      \"read only data between the required dates\" in {\n        val authors =\n          dfFromAuthors(hemingway, dickens, hugo, dumas, bradbury)\n            .withColumn(\"birthAsDate\", to_date(col(\"birthdate\"), \"yyyy-MM-dd\"))\n            .withColumn(\"year\", date_format(col(\"birthAsDate\"), \"yyyy\"))\n            .withColumn(\"month\", date_format(col(\"birthAsDate\"), \"MM\"))\n            .withColumn(\"day\", date_format(col(\"birthAsDate\"), \"dd\"))\n            .drop(\"birthAsDate\")\n\n        val path = s\"\/$name\/authors4\"\n\n        authors.write.partitionBy(\"year\", \"month\", \"day\").parquet(path)\n\n        val from = LocalDate.parse(\"1802-01-01\")\n        val to = LocalDate.parse(\"1802-12-31\")\n        val actorsFromTwo = FileReaderBuilder(Format.Parquet, path)\n          .betweenDates(from, to)\n          .reader()\n          .read()\n\n        val rows =\n          (Row(\"<NAME>\", 68, \"1802-07-24\", \"FR\", 1802, 7, 24) ::\n            Row(\"<NAME>\", 83, \"1802-02-26\", \"FR\", 1802, 2, 26) ::\n            Nil).asJava\n\n        val schema = StructType(\n          StructField(\"name\", StringType, nullable = true) ::\n            StructField(\"deceaseAge\", IntegerType, nullable = true) ::\n            StructField(\"birthDate\", StringType, nullable = true) ::\n            StructField(\"nationality\", StringType, nullable = true) ::\n            StructField(\"year\", IntegerType, nullable = true) ::\n            StructField(\"month\", IntegerType, nullable = true) ::\n            StructField(\"day\", IntegerType, nullable = true) ::\n            Nil\n        )\n\n        val expected = spark.createDataFrame(rows, schema)\n        assertDataFrameEquals(actorsFromTwo, expected)\n      }\n    }\n\n    \"there is standardHourly date partitioning\" should {\n      \"read only data between the required dates and hour\" in {\n        val logs = dfFromLogs(\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 01:00:00\"), \"DEBUG\", \"1\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 02:00:00\"), \"DEBUG\", \"2\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 03:00:00\"), \"DEBUG\", \"3\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 04:00:00\"), \"DEBUG\", \"4\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 05:00:00\"), \"DEBUG\", \"5\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 06:00:00\"), \"DEBUG\", \"6\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 07:00:00\"), \"DEBUG\", \"7\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 08:00:00\"), \"DEBUG\", \"8\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 09:00:00\"), \"DEBUG\", \"9\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 10:00:00\"), \"DEBUG\", \"10\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 11:00:00\"), \"DEBUG\", \"11\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 12:00:00\"), \"DEBUG\", \"12\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 13:00:00\"), \"DEBUG\", \"13\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 14:00:00\"), \"DEBUG\", \"14\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 15:00:00\"), \"DEBUG\", \"15\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 16:00:00\"), \"DEBUG\", \"16\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 17:00:00\"), \"DEBUG\", \"17\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 18:00:00\"), \"DEBUG\", \"18\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 19:00:00\"), \"DEBUG\", \"19\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 20:00:00\"), \"DEBUG\", \"20\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 21:00:00\"), \"DEBUG\", \"21\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 22:00:00\"), \"DEBUG\", \"22\"),\n          Log(\"::1\", Timestamp.valueOf(\"2020-01-01 23:00:00\"), \"DEBUG\", \"23\")\n        ).withColumn(\"year\", date_format(col(\"ts\"), \"yyyy\"))\n          .withColumn(\"month\", date_format(col(\"ts\"), \"MM\"))\n          .withColumn(\"day\", date_format(col(\"ts\"), \"dd\"))\n          .withColumn(\"hour\", date_format(col(\"ts\"), \"H\"))\n\n        val path = s\"\/$name\/logs1\"\n\n        logs.write.partitionBy(\"year\", \"month\", \"day\", \"hour\").parquet(path)\n\n        val from = LocalDateTime.parse(\"2020-01-01T05:00:00\")\n        val to = LocalDateTime.parse(\"2020-01-01T18:00:00\")\n        val data = FileReaderBuilder(Format.Parquet, path)\n          .partitioning(DatePartitionFormatter.standardHourly)\n          .betweenDates(from, to)\n          .reader()\n          .read()\n\n        import spark.implicits._\n        val actual = data\n          .groupBy(\"ip\")\n          .agg(min(col(\"hour\")).as(\"min\"), max(col(\"hour\")).as(\"max\"))\n        val expected =\n          spark.createDataFrame(List((\"::1\", 5, 18)).toDF.rdd, actual.schema)\n\n        assertDataFrameEquals(actual, expected)\n      }\n    }\n\n    \"there is custom partitioning\" should {\n      \"read only data between the required dates\" in {\n        \/\/TODO: as the previous test, but using a partitioning scheme different than standard (for instance dt=...\/h=)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/functions\/package.scala","text":"package com.damavis.spark\n\nimport java.time.{LocalDate, LocalDateTime}\n\nimport org.apache.spark.sql.Column\nimport org.apache.spark.sql.functions._\n\npackage object functions {\n\n  def between(date1: LocalDate, date2: LocalDate): Column =\n    if (date1 == date2)\n      equal(date1)\n    else if (date2.isAfter(date1))\n      after(date1) && before(date2)\n    else\n      after(date2) && before(date1)\n\n  def between(date1: LocalDateTime, date2: LocalDateTime): Column = {\n    if (date1 == date2)\n      equal(date1)\n    else if (date2.isAfter(date1))\n      after(date1) && before(date2)\n    else\n      after(date2) && before(date1)\n  }\n\n  def equal(date: LocalDate): Column =\n    col(\"year\") === lit(date.getYear) &&\n      col(\"month\") === lit(date.getMonthValue) &&\n      col(\"day\") === lit(date.getDayOfMonth)\n\n  def equal(datetime: LocalDateTime): Column =\n    equal(datetime.toLocalDate) && col(\"hour\") === lit(datetime.getHour)\n\n  def after(date: LocalDate): Column =\n    col(\"year\") > date.getYear ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") > date.getMonthValue) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") >= date.getDayOfMonth)\n\n  def after(date: LocalDateTime): Column =\n    col(\"year\") > date.getYear ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") > date.getMonthValue) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") > date.getDayOfMonth) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") === date.getDayOfMonth &&\n        col(\"hour\") >= date.getHour)\n\n  def before(date: LocalDate): Column =\n    col(\"year\") < date.getYear ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") < date.getMonthValue) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") <= date.getDayOfMonth)\n\n  def before(date: LocalDateTime): Column =\n    col(\"year\") < date.getYear ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") < date.getMonthValue) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") < date.getDayOfMonth) ||\n      (col(\"year\") === date.getYear &&\n        col(\"month\") === date.getMonthValue &&\n        col(\"day\") === date.getDayOfMonth &&\n        col(\"hour\") <= date.getHour)\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileReaderBuilder.scala","text":"package com.damavis.spark.resource.file\n\nimport java.time.{LocalDate, LocalDateTime, LocalTime}\n\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.partitioning.DatePartitionFormatter\nimport com.damavis.spark.resource.{ReaderBuilder, ResourceReader}\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types.StructType\n\nobject FileReaderBuilder {\n  def apply(format: Format, path: String)(\n      implicit spark: SparkSession): FileReaderBuilder = {\n    val params = FileReaderParameters(format, path)\n    new FileReaderBuilder(params)\n  }\n\n  def apply(params: FileReaderParameters)(\n      implicit spark: SparkSession): FileReaderBuilder =\n    new FileReaderBuilder(params)\n}\n\nclass FileReaderBuilder(params: FileReaderParameters)(\n    implicit spark: SparkSession)\n    extends ReaderBuilder {\n\n  override def reader(): ResourceReader = {\n    if (params.datePartitioned)\n      checkProperDates()\n\n    new FileReader(params)\n  }\n\n  def partitioning(\n      partitionFormatter: DatePartitionFormatter): FileReaderBuilder = {\n    val newParams = params.copy(partitionFormatter = partitionFormatter)\n    new FileReaderBuilder(newParams)\n  }\n\n  def options(options: Map[String, String]): FileReaderBuilder = {\n    val newParams = params.copy(options = options)\n    new FileReaderBuilder(newParams)\n  }\n\n  def schema(schema: StructType): FileReaderBuilder = {\n    val newParams = params.copy(schema = Option(schema))\n    new FileReaderBuilder(newParams)\n  }\n\n  def betweenDates(from: LocalDate, to: LocalDate): FileReaderBuilder = {\n    val time = LocalTime.of(0, 0, 0)\n    betweenDates(LocalDateTime.of(from, time), LocalDateTime.of(to, time))\n  }\n\n  def betweenDates(from: LocalDateTime,\n                   to: LocalDateTime): FileReaderBuilder = {\n    val newParams =\n      params.copy(from = Some(from), to = Some(to))\n\n    new FileReaderBuilder(newParams)\n  }\n\n  def partitionDateFormat(\n      formatter: DatePartitionFormatter): FileReaderBuilder = {\n    val newParams = params.copy(partitionFormatter = formatter)\n\n    new FileReaderBuilder(newParams)\n  }\n\n  private def checkProperDates(): Unit = {\n    val from = params.from.get\n    val to = params.to.get\n\n    if (from.isAfter(to)) {\n      val errMsg =\n        s\"\"\"Invalid parameters defined for reading spark object with path: ${params.path}.\n           |\"from\" date is after \"to\" date.\n           |Dates are: from=$from to=$to\n           |\"\"\".stripMargin\n      throw new RuntimeException(errMsg)\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/JoinProcessor.scala","text":"package com.damavis.spark.dataflow\n\nimport org.apache.spark.sql.DataFrame\n\nabstract class JoinProcessor extends Processor {\n\n  def computeImpl(left: DataFrame, right: DataFrame): DataFrame\n\n  override def compute(sockets: SocketSet): DataFrame =\n    computeImpl(sockets.left.get, sockets.right.get)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/TableWriterBuilderTest.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.database.exceptions.TableDefinitionException\nimport com.damavis.spark.resource.Format\n\nimport scala.util.Try\n\nclass TableWriterBuilderTest extends SparkTestBase {\n  implicit var db: Database = _\n  private var partitionedTestTable: String = _\n  private var nonPartitionedTestTable: String = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(name, forceCreation = true)\n\n    val tablePartitioned = nextTable()\n    partitionedTestTable = tablePartitioned.name\n\n    val personDf = dfFromAuthors(hemingway)\n    TableWriterBuilder(tablePartitioned)\n      .partitionedBy(\"nationality\")\n      .withFormat(Format.Avro)\n      .writer()\n      .write(personDf)\n\n    val tableNotPartitioned = nextTable()\n    nonPartitionedTestTable = tableNotPartitioned.name\n\n    TableWriterBuilder(tableNotPartitioned)\n      .writer()\n      .write(personDf)\n\n  }\n\n  \"TableWriterBuilder factory method\" should {\n    \"return actual instance according input table\" in {\n      val dummyTable = nextTable()\n\n      val personDf = dfFromAuthors(hemingway)\n      val dummyTableBuilder = TableWriterBuilder(dummyTable)\n\n      dummyTableBuilder\n        .writer()\n        .write(personDf)\n\n      val tryRealTable = db.getTable(dummyTable.name)\n      assert(tryRealTable.isSuccess)\n\n      val realTableBuilder = TableWriterBuilder(tryRealTable.get)\n\n      assert(dummyTableBuilder.getClass == classOf[BasicTableWriterBuilder])\n      assert(realTableBuilder.getClass == classOf[SealedTableWriterBuilder])\n    }\n  }\n\n  \"A SealedTableWriterBuilder\" should {\n\n    \"support a definition equal than the original\" in {\n      val table = db.getTable(partitionedTestTable).get\n\n      val tryCreateWriter = Try {\n        TableWriterBuilder(table)\n          .withFormat(Format.Avro)\n          .partitionedBy(\"nationality\")\n          .writer()\n      }\n\n      assert(tryCreateWriter.isSuccess)\n    }\n\n    \"check partitioning is not added\" in {\n      val table = db.getTable(nonPartitionedTestTable).get\n\n      val ex = intercept[TableDefinitionException] {\n        TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n      }\n\n      assert(ex.getMessage.contains(\"is already defined with no partitioning\"))\n    }\n\n    \"check partition columns do not change\" in {\n      val table = db.getTable(partitionedTestTable).get\n\n      val ex = intercept[TableDefinitionException] {\n        TableWriterBuilder(table)\n          .partitionedBy(\"nationality1234\")\n      }\n\n      assert(ex.getMessage.contains(\"different partitioning columns\"))\n    }\n\n    \"check internal format does not change\" in {\n      val table = db.getTable(partitionedTestTable).get\n\n      val ex = intercept[TableDefinitionException] {\n        TableWriterBuilder(table)\n          .withFormat(Format.Parquet)\n      }\n\n      assert(ex.getMessage.contains(\"defined with a different format\"))\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/utils\/SparkTestSupport.scala","text":"package com.damavis.spark.utils\n\nimport scala.util.Try\n\ntrait SparkTestSupport {\n\n  def checkExceptionOfType[T <: Throwable](tryResult: Try[_],\n                                           exClass: Class[T],\n                                           pattern: String): Unit = {\n    assert(tryResult.isFailure)\n\n    try {\n      throw tryResult.failed.get\n    } catch {\n      case ex: Throwable =>\n        assert(ex.getClass == exClass)\n        assert(ex.getMessage.contains(pattern))\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/StageSocket.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.dataflow\n\nimport org.apache.spark.sql.DataFrame\n\nclass StageSocket(val stage: DataFlowStage) {\n  private var data: DataFrame = _\n\n  def get: DataFrame = data\n  def set(data: DataFrame): Unit = this.data = data\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/Pipeline.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.pipeline\n\nimport org.apache.spark.sql.DataFrame\n\nobject Pipeline {\n  def apply(stages: List[PipelineStage]): Pipeline = new Pipeline(stages)\n\n  def apply(stage: PipelineStage, stages: PipelineStage*): Pipeline =\n    new Pipeline(stage :: stages.toList)\n\n  def apply(pipelines: Pipeline*): Pipeline =\n    new Pipeline(pipelines.flatMap(x => x.getStages).toList)\n}\n\nclass Pipeline(stages: List[PipelineStage]) {\n  protected val stagesList: List[PipelineStage] = stages\n\n  def getStages: List[PipelineStage] = stagesList\n\n  def transform(data: DataFrame): DataFrame =\n    getStages.foldLeft(data) { (data, stage) =>\n      stage.transform(data)\n    }\n\n  def ->(stage: PipelineStage): Pipeline =\n    Pipeline(this.getStages ++ List(stage))\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/RWBuilder.scala","text":"package com.damavis.spark.resource\n\ntrait RWBuilder {\n  def build(): ResourceRW\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/ReaderBuilder.scala","text":"<filename>damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/ReaderBuilder.scala\npackage com.damavis.spark.resource\n\ntrait ReaderBuilder {\n  def reader(): ResourceReader\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/NoStage.scala","text":"package com.damavis.spark.dataflow\n\nobject NoStage extends DataFlowStage(null) {\n  override def compute(): Unit = ()\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlow.scala","text":"package com.damavis.spark.dataflow\n\nclass DataFlow(definition: DataFlowDefinition) {\n  def run(): Unit = {\n    for (source <- definition.sources)\n      source.compute()\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/exceptions\/InvalidDatabaseNameException.scala","text":"package com.damavis.spark.database.exceptions\n\nclass InvalidDatabaseNameException(name: String)\n    extends Exception(s\"\"\"\"$name\" is not a valid database name\"\"\") {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"build.sbt","text":"<reponame>damavis\/damavis-spark\nlazy val scala212 = \"2.12.11\"\nlazy val scala211 = \"2.11.12\"\nlazy val supportedScalaVersions = List(scala212, scala211)\n\nval sparkVersion = \"3.0.0\"\nval sparkTestVersion = \"2.4.5\"\n\nval dependencies = Seq(\n  \"org.apache.spark\" %% \"spark-core\" % sparkVersion % Provided,\n  \"org.apache.spark\" %% \"spark-sql\" % sparkVersion % Provided,\n  \"org.apache.spark\" %% \"spark-hive\" % sparkVersion % Provided,\n  \"org.apache.spark\" %% \"spark-avro\" % sparkVersion % Provided,\n  \"io.delta\" %% \"delta-core\" % \"0.7.0\" % Provided,\n  \"com.typesafe\" % \"config\" % \"1.3.2\"\n)\n\nval testDependencies = Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test,\n  \"org.scalamock\" %% \"scalamock\" % \"4.1.0\" % Test,\n  \"com.holdenkarau\" %% \"spark-testing-base\" % s\"${sparkTestVersion}_0.14.0\" % Test\n)\n\nimport xerial.sbt.Sonatype._\nval settings = Seq(\n  organization := \"com.damavis\",\n  version := \"0.3.0-SNAPSHOT\",\n  isSnapshot := version.value.endsWith(\"SNAPSHOT\"),\n  scalaVersion := \"2.12.11\",\n  libraryDependencies ++= dependencies ++ testDependencies,\n  fork in Test := true,\n  parallelExecution in Test := false,\n  envVars in Test := Map(\n    \"MASTER\" -> \"local[*]\"\n  ),\n  test in assembly := {},\n  \/\/ Sonatype\n  sonatypeProfileName := \"com.damavis\",\n  sonatypeProjectHosting := Some(\n    GitHubHosting(\"damavis\", \"damavis-spark\", \"<EMAIL>\")),\n  publishMavenStyle := true,\n  licenses := Seq(\n    \"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n  developers := List(\n    Developer(id = \"piffall\",\n              name = \"<NAME>\",\n              email = \"<EMAIL>\",\n              url = url(\"http:\/\/piffall.com\")),\n    Developer(id = \"priera\",\n              name = \"<NAME>\",\n              email = \"pedro.riera at damavis dot com\",\n              url = url(\"http:\/\/github.com\/priera\")),\n  ),\n  publishTo := sonatypePublishToBundle.value,\n  credentials += Publish.credentials\n)\n\nlazy val root = (project in file(\".\"))\n  .settings(name := \"damavis-spark\")\n  .settings(settings)\n  .settings(publishArtifact := false)\n  .aggregate(core, azure, snowflake)\n\nlazy val core = (project in file(\"damavis-spark-core\"))\n  .settings(settings)\n  .settings(name := \"damavis-spark-core\")\n  .settings(\n    crossScalaVersions := supportedScalaVersions,\n  )\n\nlazy val azure = (project in file(\"damavis-spark-azure\"))\n  .settings(settings)\n  .settings(name := \"damavis-spark-azure\")\n  .settings(\n    crossScalaVersions := supportedScalaVersions,\n  )\n  .dependsOn(core)\n\nlazy val snowflake = (project in file(\"damavis-spark-snowflake\"))\n  .settings(settings)\n  .settings(name := \"damavis-spark-snowflake\")\n  .settings(\n    crossScalaVersions := supportedScalaVersions,\n    libraryDependencies ++= Seq(\n      \"net.snowflake\" %% \"spark-snowflake\" % \"2.8.2-spark_3.0\"\n    )\n  )\n  .dependsOn(core)"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileWriterBuilder.scala","text":"package com.damavis.spark.resource.file\n\nimport com.damavis.spark.resource.Format.Format\nimport com.damavis.spark.resource.{ResourceWriter, WriterBuilder}\n\nobject FileWriterBuilder {\n  def apply(format: Format, path: String): FileWriterBuilder =\n    new FileWriterBuilder(FileWriterParameters(format, path))\n\n  def apply(params: FileWriterParameters): FileWriterBuilder =\n    new FileWriterBuilder(params)\n}\n\nclass FileWriterBuilder(params: FileWriterParameters) extends WriterBuilder {\n  override def writer(): ResourceWriter =\n    new FileWriter(params)\n\n  def mode(mode: String): FileWriterBuilder =\n    new FileWriterBuilder(params.copy(mode = mode))\n\n  def partitionedBy(columnNames: Seq[String]): FileWriterBuilder = {\n    if (columnNames.isEmpty)\n      throw new RuntimeException(s\"columnNames parameter cannot be empty\")\n\n    new FileWriterBuilder(params.copy(columnNames = columnNames))\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlowTarget.scala","text":"package com.damavis.spark.dataflow\n\nclass DataFlowTarget(processor: Processor) extends DataFlowStage(processor) {\n\n  override def compute(): Unit = processor.compute(sockets)\n\n  override def ->(stage: StageSocket)(\n      implicit definition: DataFlowDefinition): DataFlowStage = ???\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeWriterMerger.scala","text":"package com.damavis.spark.resource.datasource.snowflake\n\nimport com.damavis.spark.resource.ResourceWriter\nimport org.apache.spark.sql.functions.col\nimport org.apache.spark.sql.{DataFrame, SaveMode, SparkSession}\n\ncase class SnowflakeWriterMerger(writer: SnowflakeWriter, columns: Seq[String])(\n    implicit spark: SparkSession)\n    extends ResourceWriter {\n\n  val stagingTable = s\"merge_tmp_delta__${writer.table}\"\n  val targetTable = s\"${writer.table}\"\n\n  override def write(data: DataFrame): Unit = {\n    if (targetExists()) {\n      merge(data)\n      writer.copy(mode = SaveMode.Append).write(data)\n    } else {\n      writer.copy(mode = SaveMode.Overwrite).write(data)\n    }\n  }\n\n  private def merge(data: DataFrame): Unit = {\n    writer\n      .copy(table = stagingTable, mode = SaveMode.Overwrite)\n      .write(data.select(columns.map(col): _*).distinct())\n\n    SnowflakeMerger(writer.account,\n                    writer.user,\n                    writer.password,\n                    writer.warehouse,\n                    writer.database,\n                    writer.schema,\n                    stagingTable,\n                    targetTable,\n                    columns).merge()\n  }\n\n  private def targetExists(): Boolean = {\n    val reader = SnowflakeReader(\n      writer.account,\n      writer.user,\n      writer.password,\n      writer.warehouse,\n      writer.database,\n      \"INFORMATION_SCHEMA\",\n      query = Some(\n        s\"SELECT COUNT(1) = 1 FROM TABLES WHERE TABLE_NAME = '${targetTable}'\")\n    )\n\n    reader\n      .read()\n      .collect\n      .map(_.getBoolean(0))\n      .head\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/test\/PipelineException.scala","text":"<reponame>damavis\/damavis-spark<gh_stars>0\npackage com.damavis.spark.pipeline.test\n\nclass PipelineException(message: String) extends Exception(message) {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceReaderTest.scala","text":"package com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.database.exceptions.TableAccessException\nimport com.damavis.spark.resource.Format\nimport org.apache.spark.sql.SaveMode\n\nclass TableResourceReaderTest extends SparkTestBase {\n  var db: Database = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(name, forceCreation = true)\n  }\n\n  \"A TableResourceReader\" should {\n    \"read successfully an external table\" in {\n      val authors = dfFromAuthors(hemingway, wells)\n\n      authors.write.parquet(s\"$root\/authors\")\n\n      val tryTable =\n        db.getUnmanagedTable(\"authors\", s\"\/$name\/authors\", Format.Parquet)\n      assert(tryTable.isSuccess)\n\n      val readDf = TableReaderBuilder(tryTable.get).reader().read()\n\n      assertDataFrameEquals(readDf, authors)\n    }\n\n    \"read successfully a managed table registered in the catalog\" in {\n      session.catalog.createTable(\"uk_authors\",\n                                  \"parquet\",\n                                  authorsSchema,\n                                  Map[String, String]())\n      val authors = dfFromAuthors(dickens, wells)\n\n      authors.write.mode(SaveMode.Overwrite).saveAsTable(\"uk_authors\")\n\n      val tryTable = db.getTable(\"uk_authors\")\n      assert(tryTable.isSuccess)\n\n      val obtained = TableReaderBuilder(tryTable.get).reader().read()\n\n      assertDataFrameEquals(obtained.sort(\"birthDate\"),\n                            authors.sort(\"birthDate\"))\n    }\n\n    \"fail to read a table not yet present in the catalog\" in {\n      val tryTable = db.getTable(\"usa_authors\")\n      assert(tryTable.isSuccess)\n\n      intercept[TableAccessException] {\n        TableReaderBuilder(tryTable.get).reader().read()\n      }\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceWriterTest.scala","text":"<filename>damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceWriterTest.scala\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport org.apache.spark.sql.{Row, SaveMode}\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.database.exceptions.TableAccessException\nimport com.damavis.spark.resource.Format\nimport org.apache.spark.sql.types._\n\nimport scala.collection.JavaConverters._\n\nclass TableResourceWriterTest extends SparkTestBase {\n\n  implicit var db: Database = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(name, forceCreation = true)\n  }\n\n  \"A TableResourceWriter\" when {\n    \"trying to write to a table that does not exist in catalog\" should {\n      \"table should be created automatically\" in {\n        val table = nextTable()\n        val tableName = table.name\n        val before = session.catalog.listTables().count\n\n        val personDf = dfFromAuthors(hemingway)\n        TableWriterBuilder(table)\n          .writer()\n          .write(personDf)\n\n        val after = session.catalog.listTables().count()\n\n        assert((before + 1) == after)\n\n        val realTable = db.getTable(tableName)\n        assert(realTable.get.managed)\n      }\n    }\n\n    \"write successfully to an external table\" in {\n      val personDf = dfFromAuthors(hemingway)\n      personDf.write.parquet(s\"$root\/person\")\n\n      val tableName = \"myAuthorsTable\"\n      val table =\n        db.getUnmanagedTable(tableName, s\"\/$name\/person\", Format.Parquet).get\n\n      val before = session.catalog.listTables().count\n\n      TableWriterBuilder(table)\n        .writer()\n        .write(personDf)\n\n      val after = session.catalog.listTables().count\n      assert(before == after)\n\n      val written = session.read.table(tableName)\n      assertDataFrameEquals(written.sort(\"birthDate\"),\n                            personDf.sort(\"birthDate\"))\n    }\n\n    \"there is no partitioning\" should {\n      \"write successfully to an empty table\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table).writer()\n\n        val personDf = dfFromAuthors(hemingway)\n        writer.write(personDf)\n\n        val written = session.read.table(table.name)\n\n        assert(written.count() == 1)\n        assertDataFrameEquals(written, personDf)\n      }\n\n      \"apply properly append save mode\" in {\n        val table = nextTable()\n        val writerBuilder = TableWriterBuilder(table)\n\n        val author1 = dfFromAuthors(hemingway)\n        writerBuilder\n          .writer()\n          .write(author1)\n\n        val author2 = dfFromAuthors(wells)\n        writerBuilder\n          .saveMode(SaveMode.Append)\n          .writer()\n          .write(author2)\n\n        val written = session.read.table(table.name)\n        assert(written.count() == 2)\n\n        val expectedDf = dfFromAuthors(hemingway, wells)\n        assertDataFrameEquals(written.sort(\"birthDate\"),\n                              expectedDf.sort(\"birthDate\"))\n      }\n\n      \"apply properly overwrite save mode\" in {\n        val table = nextTable()\n        val writerBuilder = TableWriterBuilder(table)\n\n        val author1 = dfFromAuthors(hemingway)\n        writerBuilder\n          .writer()\n          .write(author1)\n\n        val author2 = dfFromAuthors(wells)\n        writerBuilder\n          .saveMode(SaveMode.Overwrite)\n          .writer()\n          .write(author2)\n\n        val written = session.read.table(table.name)\n\n        assert(written.count() == 1)\n        assertDataFrameEquals(written, author2)\n      }\n    }\n\n    \"there is partitioning\" should {\n      \"write successfully to an empty table\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .writer()\n\n        val personDf = dfFromAuthors(hemingway)\n        writer.write(personDf)\n\n        val written = session.read.table(table.name)\n\n        assert(written.count() == 1)\n        assertDataFrameEquals(written, personDf)\n      }\n\n      \"overwrite all partitions by default\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .writer()\n\n        val authors = dfFromAuthors(hemingway, wells)\n        writer.write(authors)\n\n        val anotherUSAAuthor = dfFromAuthors(bradbury)\n        writer.write(anotherUSAAuthor)\n\n        val finalDf = session.read.table(table.name)\n\n        assert(finalDf.count() == 1)\n        assertDataFrameEquals(finalDf, anotherUSAAuthor)\n      }\n\n      \"overwrite all partitions if told so\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .overwritePartitionBehavior(OverwritePartitionBehavior.OVERWRITE_ALL)\n          .writer()\n\n        val authors = dfFromAuthors(hemingway, wells)\n        writer.write(authors)\n\n        val anotherUSAAuthor = dfFromAuthors(bradbury)\n        writer.write(anotherUSAAuthor)\n\n        val finalDf = session.read.table(table.name)\n\n        assert(finalDf.count() == 1)\n        assertDataFrameEquals(finalDf, anotherUSAAuthor)\n      }\n\n      \"overwrite only matching partitions if parameter is set\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .overwritePartitionBehavior(\n            OverwritePartitionBehavior.OVERWRITE_MATCHING)\n          .writer()\n\n        val authors = dfFromAuthors(hemingway, wells)\n        writer.write(authors)\n\n        val anotherUSAAuthor = dfFromAuthors(bradbury)\n        writer.write(anotherUSAAuthor)\n\n        val finalDf = session.read.table(table.name)\n        assert(finalDf.count() == 2)\n\n        val expectedAuthors = dfFromAuthors(bradbury, wells)\n        assertDataFrameEquals(finalDf, expectedAuthors)\n      }\n\n      \"do not overwrite anything if save mode is different than overwrite\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .saveMode(SaveMode.Append)\n          .writer()\n\n        val authors = dfFromAuthors(hemingway, wells)\n        writer.write(authors)\n\n        val anotherUSAAuthor = dfFromAuthors(bradbury)\n        writer.write(anotherUSAAuthor)\n\n        val finalDf = session.read.table(table.name)\n\n        val expectedAuthors = dfFromAuthors(hemingway, wells, bradbury)\n\n        assert(finalDf.count() == 3)\n        assertDataFrameEquals(finalDf.sort(\"birthDate\"),\n                              expectedAuthors.sort(\"birthDate\"))\n      }\n    }\n\n    \"trying to write a DataFrame\" should {\n      \"do not allow write if DataFrame schema does not match table's one\" in {\n        val table = nextTable()\n        val writer = TableWriterBuilder(table)\n          .partitionedBy(\"nationality\")\n          .writer()\n\n        val authors = dfFromAuthors(hemingway, wells)\n        writer.write(authors)\n\n        val anotherSchema = StructType(\n          StructField(\"name\", StringType, nullable = true) ::\n            StructField(\"nationality\", StringType, nullable = true) ::\n            StructField(\"deceaseAge\", IntegerType, nullable = true) ::\n            Nil\n        )\n\n        val dickensList = (Row(dickens.name,\n                               dickens.nationality,\n                               dickens.deceaseAge) :: Nil).asJava\n        val newDf = session.createDataFrame(dickensList, anotherSchema)\n\n        val ex = intercept[TableAccessException] {\n          writer.write(newDf)\n        }\n\n        assert(\n          ex.getMessage.contains(\"does not have columns in required order\"))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeWriterMergerTest.scala","text":"<reponame>damavis\/damavis-spark<filename>damavis-spark-snowflake\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeWriterMergerTest.scala\npackage com.damavis.spark.resource.datasource.snowflake\n\nimport java.sql.Date\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport org.scalatest.WordSpec\n\nclass SnowflakeWriterMergerTest extends WordSpec with DataFrameSuiteBase {\n\n  val account = \"\"\n  val user = \"\"\n  val password = \"\"\n  val db = \"\"\n  val warehouse = \"\"\n\n  \"A Snowflake merged write\" when {\n    \"is performed it\" should {\n      \"be an idempotent append\" ignore {\n        import spark.implicits._\n        val data = Seq(\n          (1, \"user1\", Date.valueOf(\"2020-01-02\")),\n          (2, \"user1\", Date.valueOf(\"2020-01-02\")),\n          (3, \"user1\", Date.valueOf(\"2020-01-01\"))\n        ).toDF(\"id\", \"username\", \"dt\")\n\n        val writer = SnowflakeWriter(account,\n                                     user,\n                                     password,\n                                     warehouse,\n                                     db,\n                                     \"PUBLIC\",\n                                     \"MY_TEST_TABLE\")(spark)\n        val merger = SnowflakeWriterMerger(writer, Seq(\"dt\"))(spark)\n        merger.write(data)\n      }\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/exceptions\/TableAccessException.scala","text":"package com.damavis.spark.database.exceptions\n\nclass TableAccessException(msg: String) extends Exception(msg) {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/WriterBuilder.scala","text":"package com.damavis.spark.resource\n\ntrait WriterBuilder {\n  def writer(): ResourceWriter\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileWriter.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.file\n\nimport com.damavis.spark.resource.ResourceWriter\nimport com.damavis.spark.resource.file.exceptions.FileResourceWriteException\nimport org.apache.spark.sql.DataFrame\n\nclass FileWriter(params: FileWriterParameters) extends ResourceWriter {\n\n  override def write(data: DataFrame): Unit = {\n    val writer = data.write\n    val partitionedWriter =\n      if (params.columnNames.nonEmpty) {\n        validatePartitioning(data, params.columnNames)\n\n        writer.partitionBy(params.columnNames: _*)\n      } else {\n        writer\n      }\n\n    partitionedWriter\n      .mode(params.mode)\n      .format(params.format.toString)\n      .save(params.path)\n  }\n\n  private def validatePartitioning(data: DataFrame,\n                                   columnNames: Seq[String]): Unit = {\n    val fields = data.schema.fieldNames\n\n    val numberPartitionColumns = columnNames.length\n    if (fields.length < numberPartitionColumns) {\n      val msg =\n        s\"\"\"Partitioned DataFrame does not have required partition columns\n           |These are: \"${columnNames.mkString(\",\")}\"\n           |Columns in DataFrame: \"${fields.mkString(\",\")}\"\n           |\"\"\".stripMargin\n      throw new FileResourceWriteException(msg)\n    }\n\n    val partitionColsInSchema = fields.takeRight(numberPartitionColumns)\n    val orderDoesNotMatch = columnNames\n      .zip(partitionColsInSchema)\n      .exists(t => t._1 != t._2)\n\n    if (orderDoesNotMatch) {\n      val msg =\n        s\"\"\"Partitioned DataFrame does not have partition columns in the required order\n           |They should be: \"${columnNames.mkString(\",\")}\"\n           |Order in DataFrame: \"${partitionColsInSchema.mkString(\",\")}\"\n           |\"\"\".stripMargin\n\n      throw new FileResourceWriteException(msg)\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/PipelineSource.scala","text":"package com.damavis.spark.pipeline\n\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Pipeline source, this trait defines the interface to obtain a DataFrame.\n  *\/\ntrait PipelineSource {\n  def get: DataFrame\n  def |(pipeline: Pipeline): DataFrame = pipeline.transform(get)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/BasicResourceRW.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource\nimport org.apache.spark.sql.DataFrame\n\nclass BasicResourceRW(reader: ResourceReader, writer: ResourceWriter)\n    extends ResourceRW {\n  override def write(data: DataFrame): Unit = writer.write(data)\n\n  override def read(): DataFrame = reader.read()\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableReaderBuilder.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.exceptions.TableAccessException\nimport com.damavis.spark.database.{DummyTable, Table}\nimport com.damavis.spark.resource.{ReaderBuilder, ResourceReader}\nimport org.apache.spark.sql.SparkSession\n\nimport scala.util.{Failure, Success, Try}\n\nobject TableReaderBuilder {\n\n  def apply(tryTable: Try[Table])(\n      implicit spark: SparkSession): TableReaderBuilder = {\n    tryTable match {\n      case Success(table)     => apply(table)\n      case Failure(exception) => throw exception\n    }\n  }\n\n  def apply(table: Table)(implicit spark: SparkSession): TableReaderBuilder = {\n    table match {\n      case _: DummyTable =>\n        val msg =\n          s\"\"\"Table ${table.name} is not yet present in the catalog. No reads are possible\"\"\"\n        throw new TableAccessException(msg)\n      case _ => ()\n    }\n\n    new TableReaderBuilder(table, spark)\n  }\n}\n\nclass TableReaderBuilder protected (table: Table, spark: SparkSession)\n    extends ReaderBuilder {\n  override def reader(): ResourceReader =\n    new TableResourceReader(spark, table)\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/dataflow\/JoinDataFlowTest.scala","text":"package com.damavis.spark.dataflow\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.testdata._\nimport com.damavis.spark.resource.datasource.{\n  TableReaderBuilder,\n  TableWriterBuilder\n}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport org.apache.spark.sql.{DataFrame, Row}\nimport org.apache.spark.sql.expressions.Window\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\n\nimport scala.collection.JavaConverters._\nimport scala.language.postfixOps\n\nclass JoinDataFlowTest extends SparkTestBase {\n\n  implicit var db: Database = _\n\n  val authorsTableName: String = \"authors\"\n  val booksTableName: String = \"books\"\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    db = DbManager.useDatabase(name, forceCreation = true)\n\n    val authorsTable = db.getTable(authorsTableName).get\n    val authorsData = dfFromAuthors(hemingway, wells, bradbury, dickens)\n    TableWriterBuilder(authorsTable).writer().write(authorsData)\n\n    val booksTable = db.getTable(booksTableName).get\n    val booksData = dfFromBooks(farewell,\n                                oldMan,\n                                timeMachine,\n                                moreau,\n                                oliverTwist,\n                                expectations)\n    TableWriterBuilder(booksTable).writer().write(booksData)\n  }\n\n  private val joinAuthorsProcessor = new JoinProcessor {\n    override def computeImpl(left: DataFrame, right: DataFrame): DataFrame = {\n      left\n        .join(right, left(\"name\") === right(\"author\"), \"inner\")\n        .select(\"author\", \"title\", \"publicationYear\")\n    }\n  }\n\n  private val groupByProcessor = new LinealProcessor {\n    override def computeImpl(data: DataFrame): DataFrame = {\n      val window = Window\n        .partitionBy(\"author\")\n        .orderBy(data(\"publicationYear\") asc)\n\n      data\n        .select(col(\"author\"),\n                col(\"title\"),\n                col(\"publicationYear\"),\n                rank().over(window) as \"rank\")\n        .filter(col(\"rank\") === lit(1))\n        .drop(\"rank\")\n    }\n  }\n\n  \"a pipeline with a join\" should {\n    \"be processed properly\" in {\n      val authorsTable = db.getTable(authorsTableName).get\n      val booksTable = db.getTable(booksTableName).get\n      val oldestBooksTable = db.getTable(\"oldest_books\").get\n\n      val booksReader = TableReaderBuilder(booksTable).reader()\n      val authorsReader = TableReaderBuilder(authorsTable).reader()\n      val oldBookWriter = TableWriterBuilder(oldestBooksTable).writer()\n\n      val pipeline = DataFlowBuilder.create {\n        implicit definition: DataFlowDefinition =>\n          import implicits._\n\n          val joinStage = new DataFlowStage(joinAuthorsProcessor)\n          val authorOldestBook = new DataFlowStage(groupByProcessor)\n\n          authorsReader -> joinStage.left -> authorOldestBook -> oldBookWriter\n          booksReader -> joinStage.right\n      }\n\n      pipeline.run()\n\n      val generated = TableReaderBuilder(db.getTable(\"oldest_books\").get)\n        .reader()\n        .read()\n\n      val expectedData = (Row(\"Hemingway\", \"A Farewell to Arms\", 1929) ::\n        Row(\"<NAME>\", \"The Time Machine\", 1895) ::\n        Row(\"Dickens\", \"<NAME>\", 1839) ::\n        Nil).asJava\n\n      val schema = StructType(\n        StructField(\"author\", StringType, nullable = true) ::\n          StructField(\"title\", StringType, nullable = true) ::\n          StructField(\"publicationYear\", IntegerType, nullable = true) :: Nil\n      )\n\n      val expected = session.createDataFrame(expectedData, schema)\n      assertDataFrameEquals(generated, expected)\n    }\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/TableResourceReader.scala","text":"<gh_stars>0\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.Table\nimport com.damavis.spark.resource.ResourceReader\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass TableResourceReader(spark: SparkSession, table: Table)\n    extends ResourceReader {\n  override def read(): DataFrame =\n    spark.read\n      .table(s\"${table.database}.${table.name}\")\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeWriter.scala","text":"<filename>damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeWriter.scala\npackage com.damavis.spark.resource.datasource.snowflake\n\nimport com.damavis.spark.resource.ResourceWriter\nimport org.apache.spark.sql.{DataFrame, SaveMode, SparkSession}\n\ncase class SnowflakeWriter(\n    account: String,\n    user: String,\n    password: String,\n    warehouse: String,\n    database: String,\n    schema: String,\n    table: String,\n    mode: SaveMode = SaveMode.Ignore,\n    preScript: Option[String] = None)(implicit spark: SparkSession)\n    extends ResourceWriter {\n\n  val sfOptions = Map(\n    \"sfURL\" -> s\"${account}.snowflakecomputing.com\",\n    \"sfUser\" -> user,\n    \"sfPassword\" -> password,\n    \"sfDatabase\" -> database,\n    \"sfSchema\" -> schema,\n    \"sfWarehouse\" -> warehouse,\n    \"dbtable\" -> table,\n    \"sfCompress\" -> \"on\",\n    \"sfSSL\" -> \"on\"\n  )\n\n  override def write(data: DataFrame): Unit = {\n    data.write\n      .format(\"net.snowflake.spark.snowflake\")\n      .options(sfOptions)\n      .mode(mode)\n      .save()\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/resource\/datasource\/DeltaTableWriterBuilderTest.scala","text":"<reponame>damavis\/damavis-spark\npackage com.damavis.spark.resource.datasource\n\nimport com.damavis.spark.database.{Database, DbManager}\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.testdata.{dfFromAuthors, hemingway}\nimport com.damavis.spark.utils.SparkTestBase\n\nclass DeltaTableWriterBuilderTest extends SparkTestBase {\n\n  \"DeltaTableWriterBuilder factory method\" should {\n    \"return actual instance according input table\" in {\n\n      val authors = dfFromAuthors(hemingway)\n\n      implicit val db: Database = {\n        DbManager.useDatabase(\"test\", forceCreation = true)\n      }\n\n      val table = db.getTable(\"test\")\n\n      val sink = TableWriterBuilder(table)\n        .withFormat(Format.Parquet)\n        .partitionedBy(\"nationality\")\n        .overwritePartitionBehavior(\n          OverwritePartitionBehavior.OVERWRITE_MATCHING)\n        .writer()\n\n      sink.write(authors)\n\n      val read = db.getTable(\"test\")\n      val written = TableReaderBuilder(read)\n        .reader()\n\n      assertDataFrameEquals(written.read(), authors)\n      \/\/ Try to merge by pk\n\n      val table2 = db.getTable(\"test2\")\n      val sink2 = TableWriterBuilder(table2)\n        .withFormat(Format.Delta)\n        .pk(Seq(\"name\"))\n        .overwritePartitionBehavior(\n          OverwritePartitionBehavior.OVERWRITE_MATCHING)\n        .writer()\n\n      sink2.write(authors)\n\n      val read2 = db.getTable(\"test2\")\n      val written2 = TableReaderBuilder(read2)\n        .reader()\n\n      assertDataFrameEquals(written2.read(), authors)\n\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/ResourceRW.scala","text":"package com.damavis.spark.resource\n\ntrait ResourceRW extends ResourceReader with ResourceWriter {}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/pipeline\/stages\/package.scala","text":"package com.damavis.spark.pipeline\n\npackage object stages {\n  def cache: PipelineStage = new CacheStage\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/test\/scala\/com\/damavis\/spark\/database\/DbManagerTest.scala","text":"package com.damavis.spark.database\n\nimport com.damavis.spark.database.exceptions.{DatabaseNotFoundException, InvalidDatabaseNameException}\nimport com.damavis.spark.utils.{SparkTestBase}\nimport org.apache.spark.sql.functions._\n\nimport scala.util.Try\n\nclass DbManagerTest extends SparkTestBase {\n  \"A DbManager\" when {\n    \"accessed\" should {\n      \"throw exception if asked for a database with invalid name\" in {\n        val thrown = intercept[Throwable] {\n          DbManager.useDatabase(\"invalid-database-name\")\n        }\n\n        assert(thrown.getClass == classOf[InvalidDatabaseNameException])\n      }\n    }\n\n    \"database does not exist in catalog\" should {\n      \"throw exception\" in {\n        val thrown = intercept[Throwable] {\n          DbManager.useDatabase(\"non_existing\")\n        }\n\n        assert(thrown.getClass == classOf[DatabaseNotFoundException])\n      }\n\n      \"create it if told so\" in {\n        DbManager.useDatabase(\"newly_created\", forceCreation = true)\n\n        assert(spark.catalog.currentDatabase == \"newly_created\")\n      }\n    }\n\n    \"database does exist in catalog\" should {\n      \"recover it\" in {\n        DbManager.useDatabase(\"already_existing\", forceCreation = true)\n\n        val df = spark.catalog\n          .listDatabases()\n          .filter(col(\"name\") === lit(\"already_existing\"))\n\n        assert(df.count == 1)\n\n        val tryDb = Try {\n          DbManager.useDatabase(\"already_existing\")\n        }\n\n        assert(tryDb.isSuccess)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-snowflake\/src\/main\/scala\/com\/damavis\/spark\/resource\/datasource\/snowflake\/SnowflakeReader.scala","text":"package com.damavis.spark.resource.datasource.snowflake\n\nimport com.damavis.spark.resource.ResourceReader\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\ncase class SnowflakeReader(\n    account: String,\n    user: String,\n    password: String,\n    warehouse: String,\n    database: String,\n    schema: String,\n    table: Option[String] = None,\n    query: Option[String] = None)(implicit spark: SparkSession)\n    extends ResourceReader {\n\n  val settings = (table, query) match {\n    case (Some(tableName), None) => (\"dbtable\", tableName)\n    case (None, Some(queryBody)) => (\"query\", queryBody)\n    case (Some(_), Some(_)) =>\n      throw new IllegalArgumentException(\n        \"SnowflakeReader cannot read table and query.\")\n  }\n\n  val sfOptions = Map(\n    \"sfURL\" -> s\"${account}.snowflakecomputing.com\",\n    \"sfUser\" -> user,\n    \"sfPassword\" -> password,\n    \"sfDatabase\" -> database,\n    \"sfSchema\" -> schema,\n    \"sfWarehouse\" -> warehouse,\n    \"sfCompress\" -> \"on\",\n    \"sfSSL\" -> \"on\"\n  ) + settings\n\n  override def read(): DataFrame = {\n    spark.read\n      .format(\"net.snowflake.spark.snowflake\")\n      .options(sfOptions)\n      .load()\n  }\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/database\/Database.scala","text":"package com.damavis.spark.database\n\nimport com.damavis.spark.database.exceptions._\nimport com.damavis.spark.fs.FileSystem\nimport com.damavis.spark.resource.Format\nimport com.damavis.spark.resource.Format.Format\nimport org.apache.hadoop.fs.Path\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.catalog.{Catalog, Database => SparkDatabase}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.CatalogTable\nimport org.apache.spark.sql.delta.{DeltaLog, DeltaTableUtils}\nimport org.apache.spark.sql.types.StructType\nimport org.slf4j.LoggerFactory\n\nimport scala.language.postfixOps\nimport scala.util.{Failure, Success, Try}\n\nclass Database(\n    db: SparkDatabase,\n    fs: FileSystem,\n    protected[database] val catalog: Catalog)(implicit spark: SparkSession) {\n\n  private lazy val logger = LoggerFactory.getLogger(this.getClass)\n\n  def name: String = db.name\n\n  def tableExists(table: String): Boolean = {\n    val dbPath = parseTableName(table)\n\n    if (dbPath._1 != db.name) false\n    else catalog.tableExists(dbPath._2)\n  }\n\n  def addTableIfNotExists(table: Table,\n                          schema: StructType,\n                          format: Format,\n                          partitionedBy: Seq[String]): Table = {\n    table match {\n      case real: RealTable => real\n      case _: DummyTable =>\n        val name = table.name\n\n        if (!tableExists(name))\n          createManagedTable(name, format, schema, partitionedBy: _*)\n\n        innerGetTable(name)\n    }\n  }\n\n  def getTable(name: String): Try[Table] = {\n    Try {\n      val actualName = parseAndCheckTableName(name)._2\n\n      if (catalog.tableExists(name))\n        innerGetTable(name)\n      else\n        DummyTable(db.name, actualName)\n    }\n  }\n\n  def getUnmanagedTable(name: String,\n                        path: String,\n                        format: Format): Try[Table] = {\n    Try {\n      val dbPath = parseAndCheckTableName(name)\n      val actualName = dbPath._2\n\n      if (!fs.pathExists(path)) {\n        val msg =\n          s\"\"\"Requested external table $name from path: \"$path\".\n             |Path not reachable in the provided filesystem\"\"\".stripMargin\n        throw new TableAccessException(msg)\n      }\n\n      if (catalog.tableExists(name)) {\n        val tableMeta = innerGetTable(name)\n        validateExternalTable(tableMeta, actualName, path, format)\n\n        tableMeta\n      } else {\n        catalog.createTable(name, path, format.toString)\n\n        RealTable(db.name, name, path, format, managed = false, Nil)\n      }\n    }\n  }\n\n  private def validateExternalTable(table: Table,\n                                    name: String,\n                                    requestedPath: String,\n                                    requestedFormat: Format): Unit = {\n    if (table.managed) {\n      val msg =\n        s\"\"\"Requested external table $name, which is already registered as MANAGED in the catalog\"\"\"\n      throw new TableAccessException(msg)\n    }\n\n    \/\/ Table path usually begins with \"hdfs:<host>\/...\", which won't be in the requestedPath\n    if (!table.path.endsWith(requestedPath)) {\n      val msg =\n        s\"\"\"Requested external table $name from path: \"$requestedPath\".\n           |It is already registered in the catalog with a different path.\n           |Catalog path: \"${table.path}\"\n           |\"\"\".stripMargin\n      throw new TableAccessException(msg)\n    }\n\n    if (table.format != requestedFormat) {\n      val msg =\n        s\"\"\"Requested external table $name with format: \"$requestedFormat\".\n           |It is already registered in the catalog with format: \"${table.format}\"\n           |\"\"\".stripMargin\n      throw new TableAccessException(msg)\n    }\n  }\n\n  private def innerGetTable(name: String): Table = {\n\n    val tableMeta = getMetadata(name)\n    val path = tableMeta.storage.locationUri.get.toURL.toString\n    val format = Format.withName(tableMeta.provider.get.toLowerCase)\n    val managed = tableMeta.tableType.name.startsWith(\"MANAGED\")\n\n    val columns = extractColumns(name)\n\n    val dbPath = parseAndCheckTableName(name)\n    val actualName = dbPath._2\n    logger.info(\n      s\"Inner GET TABLE ${actualName}, path: ${path}, format: ${format.toString}, managed: ${managed.toString}, columns: ${columns\n        .toString()}\")\n    RealTable(this.db.name, actualName, path, format, managed, columns)\n  }\n\n  private def getMetadata(name: String): CatalogTable = {\n\n    val db = if (name.contains(\".\")) Option(name.split(\"\\\\.\")(0)) else None\n    val table = if (name.contains(\".\")) name.split(\"\\\\.\")(1) else name\n\n    val catalogTable =\n      spark.sessionState.catalog.getTableMetadata(TableIdentifier(table, db))\n\n    logger.info(\n      s\"Table partitioned by ${catalogTable.partitionColumnNames.mkString(\"[\", \",\", \"]\")}\")\n    catalogTable.schema.printTreeString()\n\n    \/\/ This block of code is necessary because Databricks runtime do not\n    \/\/ provide DeltaTableUtils.\n    try {\n      Class.forName(\"org.apache.spark.sql.delta.DeltaTableUtils\")\n      if (catalogTable.provider == Option(\"delta\")) {\n        DeltaTableUtils.combineWithCatalogMetadata(spark, catalogTable)\n      } else {\n        catalogTable\n      }\n    } catch {\n      case e: ClassNotFoundException =>\n        logger.error(\"Could not combine catalog and delta meta, Cause: \", e)\n        logger.warn(\"Keeping catalog only data\")\n        catalogTable\n      case e: NoClassDefFoundError =>\n        logger.error(\"Could not combine catalog and delta meta, Cause: \", e)\n        logger.warn(\"Keeping catalog only data\")\n        catalogTable\n      case ue: Throwable =>\n        logger.error(\n          \"Could not combine catalog and delta meta, Unknown Cause: \",\n          ue)\n        logger.warn(\"Keeping catalog only data\")\n        catalogTable\n    }\n\n  }\n\n  private def extractColumns(name: String): Seq[Column] = {\n\n    val metadata = getMetadata(name)\n    val partitions = metadata.partitionColumnNames\n\n    val columns = metadata.schema.map(field => {\n      Column(field.name,\n             field.dataType.simpleString,\n             partitions.contains(field.name),\n             field.nullable)\n\n    })\n    columns\n  }\n\n  private def parseTableName(name: String): (String, String) =\n    if (name.contains(\".\")) {\n      val separatorInd = name.indexOf('.')\n      val t = name.splitAt(separatorInd)\n      t.copy(_2 = t._2.tail) \/\/Remove \".\" from name\n    } else {\n      (db.name, name)\n    }\n\n  private def parseAndCheckTableName(name: String): (String, String) = {\n    val dbParts = parseTableName(name)\n\n    if (dbParts._1 != db.name) {\n      val errMsg =\n        s\"\"\"Table ${dbParts._2} specifies a database different than the one used\n           | Database used: ${db.name}\n           | Table assumes: ${dbParts._1}\"\"\".stripMargin\n      logger.error(errMsg)\n      throw new TableAccessException(errMsg)\n    }\n\n    dbParts\n  }\n\n  private def createManagedTable(name: String,\n                                 format: Format,\n                                 schema: StructType,\n                                 partitionColumns: String*): Unit = {\n    \/*NOTE: As of current Spark version (2.4.5), is not possible to create a partitioned HIVE table using\n     * the catalog interface\n     * Check spark issue: https:\/\/issues.apache.org\/jira\/browse\/SPARK-31001\n     * So, if partitions are defined, we use a \"traditional\" (raw SQL) approach. Hopefully, this won't be necessary in\n     * the future\n     *\/\n    if (partitionColumns.isEmpty) {\n      rawSQLCreateTable(name, format, schema)\n    } else\n      rawSQLCreateTable(name, format, schema, partitionColumns: _*)\n  }\n\n  private def rawSQLCreateTable(name: String,\n                                format: Format,\n                                schema: StructType): Unit = {\n    val ddl = s\"\"\"CREATE TABLE IF NOT EXISTS $name\n                 |(${schema.toDDL})\n                 |USING ${format.toString.toUpperCase}\n                 |\"\"\".stripMargin\n    logger.info(ddl)\n    spark.sql(ddl)\n    logger.info(s\"Table ${name} created.\")\n  }\n\n  private def rawSQLCreateTable(name: String,\n                                format: Format,\n                                schema: StructType,\n                                partitionBy: String*): Unit = {\n    val ddl = s\"\"\"CREATE TABLE IF NOT EXISTS $name\n                 |(${schema.toDDL})\n                 |USING ${format.toString.toUpperCase}\n                 |PARTITIONED BY (${partitionBy.mkString(\",\")})\n                 |\"\"\".stripMargin\n    logger.info(ddl)\n    spark.sql(ddl)\n    logger.info(s\"Table ${name} created.\")\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/dataflow\/DataFlowStage.scala","text":"package com.damavis.spark.dataflow\n\nobject DataFlowStage {\n  def apply(processor: Processor): DataFlowStage =\n    new DataFlowStage(processor)\n}\n\nclass DataFlowStage(private val processor: Processor) {\n\n  private var next: DataFlowStage = NoStage\n  private var dependsOn: Seq[DataFlowStage] = Nil\n  private var _toRun: Boolean = true\n\n  protected val sockets: SocketSet =\n    SocketSet(new StageSocket(this), new StageSocket(this))\n  private var deliverySocket: StageSocket = _\n\n  protected def toRun: Boolean = _toRun\n\n  def left: StageSocket = sockets.left\n  def right: StageSocket = sockets.right\n\n  protected def addDependency(stage: DataFlowStage): Unit = {\n    dependsOn = stage +: dependsOn\n  }\n\n  def compute(): Unit = {\n    val dependenciesSatisfied = !dependsOn.exists(_.toRun)\n\n    if (_toRun && dependenciesSatisfied) {\n      val newData = processor.compute(sockets)\n\n      _toRun = false\n\n      deliverySocket.set(newData)\n      next.compute()\n    }\n\n  }\n\n  def ->(socket: StageSocket)(\n      implicit definition: DataFlowDefinition): DataFlowStage = {\n    \/\/TODO: disallow assignment to stages already connected\n\n    if (this == socket.stage)\n      throw new RuntimeException(\"Loops not allowed in the pipeline\")\n\n    deliverySocket = socket\n\n    next = socket.stage\n    next.addDependency(this)\n\n    next\n  }\n\n}\n"}
{"repo_name":"damavis\/damavis-spark","path":"damavis-spark-core\/src\/main\/scala\/com\/damavis\/spark\/resource\/file\/FileReader.scala","text":"package com.damavis.spark.resource.file\n\nimport com.damavis.spark.resource.partitioning.DatePartitions\nimport com.damavis.spark.resource.ResourceReader\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass FileReader(params: FileReaderParameters)(implicit spark: SparkSession)\n    extends ResourceReader {\n  override def read(): DataFrame = {\n\n    val path = params.path\n    val reader = {\n      val reader = spark.read\n        .options(params.options)\n        .format(params.format.toString)\n\n      params.schema match {\n        case Some(schema) => reader.schema(schema)\n        case None         => reader\n      }\n    }\n\n    if (params.datePartitioned) {\n      val from = params.from.get\n      val to = params.to.get\n      val partitionGenerator =\n        DatePartitions(params.path, params.partitionFormatter)\n\n      val partitionsToLoad = partitionGenerator\n        .generatePaths(from, to)\n        .map(partition => s\"$path\/$partition\")\n\n      reader\n        .option(\"basePath\", path)\n        .load(partitionsToLoad: _*)\n\n    } else {\n      reader.load(path)\n    }\n  }\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"src\/main\/scala\/markarasev\/utils\/NonEmptySeq.scala","text":"package markarasev.utils\n\nimport scala.util.{Failure, Success, Try}\n\n\/**\n  * Immutable representation of a non-empty data sequence.\n  *\/\ncase class NonEmptySeq[+A](head: A, tail: Seq[A]) {\n\n  \/**\n    * Transforms this [[NonEmptySeq]] instance into a `scala.immutable.Seq` one.\n    *\/\n  def toSeq: Seq[A] = head +: tail\n\n}\n\nobject NonEmptySeq {\n\n  \/**\n    * Constructs a [[NonEmptySeq]] instance from given elements.\n    *\/\n  def apply[A](elt: A, elts: A*): NonEmptySeq[A] = NonEmptySeq(elt, elts.to[Seq])\n\n  \/**\n    * Attempts to construct a [[NonEmptySeq]] instance from given [[Seq]] instance.\n    * @return a [[Failure]] with [[GivenSeqWasEmptyException]] instance if the\n    *         given seq is empty, a [[Success]] with the [[NonEmptySeq]] instance\n    *         otherwise\n    *\/\n  def fromSeq[A](seq: Seq[A]): Try[NonEmptySeq[A]] =\n    seq.headOption.fold[Try[NonEmptySeq[A]]](\n      Failure(GivenSeqWasEmptyException)\n    )(\n      head => Success(apply(head, seq.tail))\n    )\n\n  case object GivenSeqWasEmptyException extends IllegalArgumentException(\"given seq was empty\")\n\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"src\/test\/scala\/markarasev\/utils\/NonEmptySeqSpec.scala","text":"package markarasev.utils\n\nimport markarasev.utils.NonEmptySeq.GivenSeqWasEmptyException\nimport org.specs2.mutable.Specification\n\nclass NonEmptySeqSpec extends Specification {\n\n  \"Non-empty sequence object\" should {\n\n    \"construct a non-empty sequence from a single element\" in {\n      val elt = 0\n      val nes = NonEmptySeq(elt)\n      nes.head shouldEqual elt\n      nes.tail shouldEqual Seq.empty\n    }\n\n    \"construct a non-empty sequence from several elements\" in {\n      val elt0 = 0\n      val elt1 = 1\n      val elt2 = 2\n      val nes = NonEmptySeq(elt0, elt1, elt2)\n      nes.head shouldEqual elt0\n      nes.tail shouldEqual Seq(elt1, elt2)\n    }\n\n    \"construct a non-empty sequence from a head element and a tail sequence\" in {\n      val head = 0\n      val tail = Seq(1, 2)\n      val nes = NonEmptySeq(head, tail)\n      nes.head shouldEqual head\n      nes.tail shouldEqual tail\n    }\n\n    \"construct a NonEmptySeq instance from a non-empty scala.collection.immutable.Seq instance\" in {\n      val seq = Seq(0, 1, 2)\n      val nesTry = NonEmptySeq.fromSeq(seq)\n      nesTry should beSuccessfulTry\n      val nes = nesTry.get\n      nes.head shouldEqual seq.head\n      nes.tail shouldEqual seq.tail\n    }\n\n    \"not construct a NonEmptySeq instance from an empty scala.collection.immutable.Seq instance\" in {\n      val seq = Seq.empty\n      val nesTry = NonEmptySeq.fromSeq(seq)\n      nesTry should beAFailedTry\n      val failure = nesTry.failed.get\n      failure shouldEqual GivenSeqWasEmptyException\n    }\n\n  }\n\n  \"A non-empty sequence\" should {\n\n    \"be used as a regular sequence\" in {\n      val elt0 = 0\n      val elt1 = 1\n      val elt2 = 2\n      val nes = NonEmptySeq(elt0, elt1, elt2)\n      val seq = nes.toSeq\n      seq should not(beEmpty)\n      seq shouldEqual Seq(elt0, elt1, elt2)\n    }\n\n  }\n\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"src\/main\/scala\/markarasev\/utils\/package.scala","text":"<filename>src\/main\/scala\/markarasev\/utils\/package.scala\npackage markarasev\n\npackage object utils {\n\n  type Seq[+A] = scala.collection.immutable.Seq[A]\n  val Seq: scala.collection.immutable.Seq.type = scala.collection.immutable.Seq\n\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"src\/main\/scala\/markarasev\/utils\/UtcDateTime.scala","text":"package markarasev.utils\n\nimport java.time.{ZoneOffset, ZonedDateTime}\n\n\/**\n  * Immutable representation of a UTC zoned datetime.\n  *\/\ncase class UtcDateTime private (u: ZonedDateTime) extends AnyVal\n\nobject UtcDateTime {\n\n  \/**\n    * Constructs a [[UtcDateTime]] instance from current datetime.\n    *\/\n  def now(): UtcDateTime = apply()\n\n  \/**\n    * Constructs a [[UtcDateTime]] instance from a given ZonedDateTime instance.\n    *\/\n  def from(date: ZonedDateTime): UtcDateTime = apply(date)\n\n  private def apply(): UtcDateTime = UtcDateTime(ZonedDateTime.now())\n\n  private def apply(date: ZonedDateTime): UtcDateTime = {\n    val u = {\n      if (date.getOffset != ZoneOffset.UTC)\n        ZonedDateTime.ofInstant(date.toInstant, ZoneOffset.UTC)\n      else date\n    }\n    new UtcDateTime(u)\n  }\n\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"src\/test\/scala\/markarasev\/utils\/UtcDateTimeSpec.scala","text":"package markarasev.utils\n\nimport java.time.{ZoneOffset, ZonedDateTime}\n\nimport org.specs2.mutable.Specification\n\nclass UtcDateTimeSpec extends Specification {\n\n  \"UTC date time object\" should {\n\n    \"construct the current date in UTC\" in {\n      val now = ZonedDateTime.now().toInstant.toEpochMilli\n      val utcDate = UtcDateTime.now().u\n      utcDate.getOffset shouldEqual ZoneOffset.UTC\n      utcDate.toInstant.toEpochMilli should beCloseTo(now, 100)\n    }\n\n    \"construct a UTC date given a UTC date\" in {\n      val zonedUtcDate = ZonedDateTime.now(ZoneOffset.UTC)\n      val utcDate = UtcDateTime.from(zonedUtcDate)\n      utcDate.u.getOffset shouldEqual ZoneOffset.UTC\n      utcDate.u.toInstant shouldEqual zonedUtcDate.toInstant\n    }\n\n    \"construct the equivalent UTC date given a non-UTC date\" in {\n      val nonUtcDate = ZonedDateTime.now(ZoneOffset.MAX)\n      val utcDate = UtcDateTime.from(nonUtcDate)\n      utcDate.u.getOffset shouldEqual ZoneOffset.UTC\n      utcDate.u.toInstant shouldEqual nonUtcDate.toInstant\n    }\n\n  }\n\n}\n"}
{"repo_name":"markarasev\/jvm-utils","path":"build.sbt","text":"name := \"jvm-utils\"\n\norganization := \"markarasev\"\n\ndescription := \"Utilitary classes for JVM-based projects.\"\n\nscalaVersion := \"2.12.4\"\n\nlibraryDependencies += \"org.specs2\" %% \"specs2-core\" % \"4.0.0\" % \"test\"\n\nscalacOptions in Test ++= Seq(\"-Yrangepos\")\n\npublishTo := Some(\"Artifactory Realm\" at \"http:\/\/virgo.fun:8081\/artifactory\/sbt-repo-local\")\n\ncredentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\")\n\nenablePlugins(JavaAppPackaging)\n"}
{"repo_name":"bplommer\/scala-steward","path":"modules\/core\/src\/main\/scala\/org\/scalasteward\/core\/edit\/EditAlg.scala","text":"<reponame>bplommer\/scala-steward\n\/*\n * Copyright 2018-2021 Scala Steward contributors\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.scalasteward.core.edit\n\nimport better.files.File\nimport cats.effect.MonadThrow\nimport cats.syntax.all._\nimport fs2.Stream\nimport io.chrisdavenport.log4cats.Logger\nimport org.scalasteward.core.buildtool.BuildToolDispatcher\nimport org.scalasteward.core.data.Update\nimport org.scalasteward.core.edit.hooks.HookExecutor\nimport org.scalasteward.core.git\nimport org.scalasteward.core.git.{Commit, GitAlg}\nimport org.scalasteward.core.io.{isSourceFile, FileAlg, WorkspaceAlg}\nimport org.scalasteward.core.repoconfig.RepoConfig\nimport org.scalasteward.core.scalafix.{Migration, MigrationAlg}\nimport org.scalasteward.core.util._\nimport org.scalasteward.core.util.logger.LoggerOps\nimport org.scalasteward.core.vcs.data.Repo\n\nfinal class EditAlg[F[_]](implicit\n    buildToolDispatcher: BuildToolDispatcher[F],\n    fileAlg: FileAlg[F],\n    gitAlg: GitAlg[F],\n    hookExecutor: HookExecutor[F],\n    logger: Logger[F],\n    migrationAlg: MigrationAlg,\n    streamCompiler: Stream.Compiler[F, F],\n    workspaceAlg: WorkspaceAlg[F],\n    F: MonadThrow[F]\n) {\n  def applyUpdate(\n      repo: Repo,\n      repoConfig: RepoConfig,\n      update: Update,\n      preCommit: F[Unit] = F.unit\n  ): F[List[Commit]] =\n    findFilesContainingCurrentVersion(repo, repoConfig, update).flatMap {\n      case None =>\n        logger.warn(\"No files found that contain the current version\").as(Nil)\n      case Some(files) =>\n        bumpVersion(update, files).flatMap {\n          case false => logger.warn(\"Unable to bump version\").as(Nil)\n          case true =>\n            for {\n              _ <- preCommit\n              migrations = migrationAlg.findMigrations(update)\n              cs1 <-\n                if (migrations.isEmpty) F.pure(Nil)\n                else\n                  gitAlg.discardChanges(repo) *>\n                    runScalafixMigrations(repo, migrations) <*\n                    bumpVersion(update, files)\n              cs2 <- gitAlg.commitAllIfDirty(repo, git.commitMsgFor(update, repoConfig.commits))\n              cs3 <- hookExecutor.execPostUpdateHooks(repo, repoConfig, update)\n            } yield cs1 ++ cs2 ++ cs3\n        }\n    }\n\n  private def findFilesContainingCurrentVersion(\n      repo: Repo,\n      repoConfig: RepoConfig,\n      update: Update\n  ): F[Option[Nel[File]]] =\n    workspaceAlg.repoDir(repo).flatMap { repoDir =>\n      val fileFilter = isSourceFile(update, repoConfig.updates.fileExtensionsOrDefault) _\n      fileAlg.findFiles(repoDir, fileFilter, _.contains(update.currentVersion)).map(Nel.fromList)\n    }\n\n  private def runScalafixMigrations(repo: Repo, migrations: List[Migration]): F[List[Commit]] =\n    migrations.traverseFilter { migration =>\n      for {\n        _ <- logger.info(s\"Running migration $migration\")\n        _ <- logger.attemptLogWarn_(\"Scalafix migration failed\") {\n          buildToolDispatcher.runMigration(repo, migration)\n        }\n        msg1 = s\"Run Scalafix rule(s) ${migration.rewriteRules.mkString_(\", \")}\"\n        msg2 = migration.doc.map(url => s\"See $url for details\").toList\n        maybeCommit <- gitAlg.commitAllIfDirty(repo, msg1, msg2: _*)\n      } yield maybeCommit\n    }\n\n  private def bumpVersion(update: Update, files: Nel[File]): F[Boolean] = {\n    val actions = UpdateHeuristic.all.map { heuristic =>\n      logger.info(s\"Trying heuristic '${heuristic.name}'\") >>\n        fileAlg.editFiles(files, heuristic.replaceVersion(update))\n    }\n    bindUntilTrue(actions)\n  }\n}\n"}
{"repo_name":"bplommer\/scala-steward","path":"modules\/core\/src\/main\/scala\/org\/scalasteward\/core\/io\/process.scala","text":"\/*\n * Copyright 2018-2021 Scala Steward contributors\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.scalasteward.core.io\n\nimport better.files.File\nimport cats.effect._\nimport cats.syntax.all._\nimport fs2.Stream\nimport java.io.{IOException, InputStream}\nimport org.scalasteward.core.util._\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.TimeoutException\nimport scala.concurrent.duration.FiniteDuration\n\nobject process {\n  final case class Args(\n      command: Nel[String],\n      workingDirectory: Option[File] = None,\n      extraEnv: List[(String, String)] = Nil,\n      clearEnv: Boolean = false\n  )\n\n  def slurp[F[_]](\n      args: Args,\n      timeout: FiniteDuration,\n      maxBufferSize: Int,\n      log: String => F[Unit],\n      blocker: Blocker\n  )(implicit contextShift: ContextShift[F], timer: Timer[F], F: Concurrent[F]): F[List[String]] =\n    createProcess(args).flatMap { process =>\n      F.delay(new ListBuffer[String]).flatMap { buffer =>\n        val readOut = {\n          val out = readInputStream[F](process.getInputStream, blocker)\n          out\n            .evalMap(line => F.delay(appendBounded(buffer, line, maxBufferSize)) >> log(line))\n            .compile\n            .drain\n        }\n\n        val result = readOut >> F.delay(process.waitFor()) >>= { exitValue =>\n          if (exitValue === 0) F.pure(buffer.toList)\n          else {\n            val msg = s\"'${showCmd(args)}' exited with code $exitValue\"\n            F.raiseError[List[String]](new IOException(makeMessage(msg, buffer.toList)))\n          }\n        }\n\n        val fallback = F.delay(process.destroyForcibly()) >> {\n          val msg = s\"'${showCmd(args)}' timed out after ${timeout.toString}\"\n          F.raiseError[List[String]](new TimeoutException(makeMessage(msg, buffer.toList)))\n        }\n\n        Concurrent.timeoutTo(result, timeout, fallback)\n      }\n    }\n\n  def showCmd(args: Args): String =\n    (args.extraEnv.map { case (k, v) => s\"$k=$v\" } ++ args.command.toList).mkString_(\" \")\n\n  private def createProcess[F[_]](args: Args)(implicit F: Sync[F]): F[Process] =\n    F.delay {\n      val pb = new ProcessBuilder(args.command.toList: _*)\n      args.workingDirectory.foreach(file => pb.directory(file.toJava))\n      val env = pb.environment()\n      if (args.clearEnv) env.clear()\n      args.extraEnv.foreach { case (key, value) => env.put(key, value) }\n      pb.redirectErrorStream(true)\n      val p = pb.start()\n      \/\/ Close standard input so that the process never waits for input.\n      p.getOutputStream.close()\n      p\n    }\n\n  private def readInputStream[F[_]](is: InputStream, blocker: Blocker)(implicit\n      F: Sync[F],\n      cs: ContextShift[F]\n  ): Stream[F, String] =\n    fs2.io\n      .readInputStream(F.pure(is), chunkSize = 4096, blocker)\n      .through(fs2.text.utf8Decode)\n      .through(fs2.text.lines)\n\n  private def makeMessage(prefix: String, output: List[String]): String =\n    (prefix :: output).mkString(\"\\n\")\n}\n"}
{"repo_name":"bplommer\/scala-steward","path":"modules\/core\/src\/main\/scala\/org\/scalasteward\/core\/util\/UrlChecker.scala","text":"\/*\n * Copyright 2018-2021 Scala Steward contributors\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.scalasteward.core.util\n\nimport cats.MonadThrow\nimport cats.effect.{Async, Resource}\nimport cats.syntax.all._\nimport com.github.benmanes.caffeine.cache.Caffeine\nimport io.chrisdavenport.log4cats.Logger\nimport org.http4s.client.Client\nimport org.http4s.{Method, Request, Status, Uri}\nimport org.scalasteward.core.application.Config\nimport scalacache.CatsEffect.modes._\nimport scalacache.caffeine.CaffeineCache\nimport scalacache.{Async => _, _}\n\nfinal class UrlChecker[F[_]](statusCache: Cache[Status])(implicit\n    client: Client[F],\n    logger: Logger[F],\n    mode: Mode[F],\n    F: MonadThrow[F]\n) {\n  def exists(url: Uri): F[Boolean] =\n    status(url).map(_ === Status.Ok).handleErrorWith { throwable =>\n      logger.debug(throwable)(s\"Failed to check if $url exists\").as(false)\n    }\n\n  private def status(url: Uri): F[Status] =\n    statusCache.cachingForMemoizeF(url.renderString)(None) {\n      client.status(Request[F](method = Method.HEAD, uri = url))\n    }\n}\n\nobject UrlChecker {\n  def create[F[_]](config: Config)(implicit\n      client: Client[F],\n      logger: Logger[F],\n      F: Async[F]\n  ): Resource[F, UrlChecker[F]] = {\n    val buildCache = F.delay {\n      CaffeineCache(\n        Caffeine\n          .newBuilder()\n          .maximumSize(16384L)\n          .expireAfterWrite(config.cacheTtl.length, config.cacheTtl.unit)\n          .build[String, Entry[Status]]()\n      )\n    }\n    Resource.make(buildCache)(_.close().void).map(new UrlChecker[F](_))\n  }\n}\n"}
{"repo_name":"bplommer\/scala-steward","path":"modules\/core\/src\/test\/scala\/org\/scalasteward\/core\/update\/ArtifactMigrationsTest.scala","text":"<reponame>bplommer\/scala-steward<filename>modules\/core\/src\/test\/scala\/org\/scalasteward\/core\/update\/ArtifactMigrationsTest.scala\npackage org.scalasteward.core.update\n\nimport munit.FunSuite\nimport org.scalasteward.core.TestSyntax._\nimport org.scalasteward.core.data.{ArtifactId, GroupId, Update}\nimport org.scalasteward.core.mock.MockContext._\nimport org.scalasteward.core.mock.MockState\nimport org.scalasteward.core.update.ArtifactMigrations.ArtifactChange\nimport org.scalasteward.core.util.Nel\n\nclass ArtifactMigrationsTest extends FunSuite {\n\n  val standardGroupMigrations = List(\n    ArtifactChange(\n      groupIdBefore = Some(GroupId(\"org.spire-math\")),\n      groupIdAfter = GroupId(\"org.typelevel\"),\n      artifactIdBefore = None,\n      artifactIdAfter = \"kind-projector\",\n      initialVersion = \"0.10.0\"\n    )\n  )\n\n  val standardArtifactMigrations = List(\n    ArtifactChange(\n      groupIdBefore = None,\n      groupIdAfter = GroupId(\"com.nodifferent\"),\n      artifactIdBefore = Some(\"artifact-before\"),\n      artifactIdAfter = \"artifact-after\",\n      initialVersion = \"0.10.0\"\n    )\n  )\n\n  val standardBothMigrations = List(\n    ArtifactChange(\n      groupIdBefore = Some(GroupId(\"org.before\")),\n      groupIdAfter = GroupId(\"org.after\"),\n      artifactIdBefore = Some(\"artifact-before\"),\n      artifactIdAfter = \"artifact-after\",\n      initialVersion = \"0.10.0\"\n    )\n  )\n\n  test(\"migrateArtifact: for groupId, returns empty if artifactIdAfter is not listed\") {\n    val original = \"org.spire-math\" % ArtifactId(\"UNKNOWN\", \"UNKNOWN_2.12\") % \"1.0.0\"\n    assertEquals(ArtifactMigrations.migrateArtifact(original, standardGroupMigrations), None)\n  }\n\n  test(\"migrateArtifact: for artifactId, returns empty if groupIdAfter is not listed\") {\n    val original = \"UNKNOWN\" % ArtifactId(\"artifact-before\", \"artifact-before_2.12\") % \"1.0.0\"\n    assertEquals(ArtifactMigrations.migrateArtifact(original, standardArtifactMigrations), None)\n  }\n\n  test(\n    \"migrateArtifact: for both groupId and artifactId, returns empty if either of groupIdBefore or \" +\n      \"artifactIdBefore are not listed\"\n  ) {\n    val original1 = \"UNKNOWN\" % ArtifactId(\"artifact-before\", \"artifact-before_2.12\") % \"1.0.0\"\n    assertEquals(ArtifactMigrations.migrateArtifact(original1, standardBothMigrations), None)\n\n    val original2 = \"org.before\" % ArtifactId(\"UNKNOWN\", \"UNKNOWN_2.12\") % \"1.0.0\"\n    assertEquals(ArtifactMigrations.migrateArtifact(original2, standardBothMigrations), None)\n  }\n\n  test(\"migrateArtifact: for groupId, returns Update.Single for updating groupId\") {\n    val original = \"org.spire-math\" % ArtifactId(\"kind-projector\", \"kind-projector_2.12\") % \"0.9.0\"\n    val expected = Update.Single(\n      original,\n      Nel.of(\"0.10.0\"),\n      Some(GroupId(\"org.typelevel\")),\n      Some(\"kind-projector\")\n    )\n    assertEquals(\n      ArtifactMigrations.migrateArtifact(original, standardGroupMigrations),\n      Some(expected)\n    )\n  }\n\n  test(\"migrateArtifact: for artifactId, returns Update.Single for updating artifactId\") {\n    val original =\n      \"com.nodifferent\" % ArtifactId(\"artifact-before\", \"artifact-before_2.12\") % \"0.9.0\"\n    val expected = Update.Single(\n      original,\n      Nel.of(\"0.10.0\"),\n      Some(GroupId(\"com.nodifferent\")),\n      Some(\"artifact-after\")\n    )\n    assertEquals(\n      ArtifactMigrations.migrateArtifact(original, standardArtifactMigrations),\n      Some(expected)\n    )\n  }\n\n  test(\n    \"migrateArtifact: for both groupId and artifactId, returns Update.Single for updating both groupId \" +\n      \"and artifactId\"\n  ) {\n    val original = \"org.before\" % ArtifactId(\"artifact-before\", \"artifact-before_2.12\") % \"0.9.0\"\n    val expected = Update.Single(\n      original,\n      Nel.of(\"0.10.0\"),\n      Some(GroupId(\"org.after\")),\n      Some(\"artifact-after\")\n    )\n    assertEquals(\n      ArtifactMigrations.migrateArtifact(original, standardBothMigrations),\n      Some(expected)\n    )\n  }\n\n  test(\"findUpdate: newer groupId\") {\n    val dependency =\n      \"org.spire-math\" % ArtifactId(\"kind-projector\", \"kind-projector_2.12\") % \"0.9.10\"\n    val expected = Update.Single(\n      \"org.spire-math\" % ArtifactId(\"kind-projector\", \"kind-projector_2.12\") % \"0.9.10\",\n      Nel.of(\"0.10.0\"),\n      Some(GroupId(\"org.typelevel\")),\n      Some(\"kind-projector\")\n    )\n    val obtained = updateAlg\n      .findUpdate(dependency.withMavenCentral, None)\n      .runA(MockState.empty)\n      .unsafeRunSync()\n    assertEquals(obtained, Some(expected))\n  }\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/scala-tuple\/src\/test\/scala-3\/zsg\/testkit\/tuple\/reverse\/ReverseTupleToStringTest.scala","text":"package zsg.testkit.tuple.reverse\n\nimport zio.Console._\nimport zio.test._\nimport zio.test.Assertion._\nimport zio.test.environment._\nimport zsg.testkit.tuple.Scala3TupleData\n\nobject ReverseTupleToStringTest extends DefaultRunnableSpec {\n\n  import ReverseAppendTuple.given\n  import zsg.scala.tuple.TupleHelper.given\n\n  override def spec = suite(\"Tuple Mapper\")(test(\"auto map to string\") {\n    val assert1  = assert(reverseTuple.asString(ReverseTupleData.i10))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i10)))\n    val assert2  = assert(reverseTuple.asString(ReverseTupleData.i11))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i11)))\n    val assert3  = assert(reverseTuple.asString(ReverseTupleData.i12))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i12)))\n    val assert4  = assert(reverseTuple.asString(ReverseTupleData.i13))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i13)))\n    val assert5  = assert(reverseTuple.asString(ReverseTupleData.i14))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i14)))\n    val assert6  = assert(reverseTuple.asString(ReverseTupleData.i15))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i15)))\n    val assert7  = assert(reverseTuple.asString(ReverseTupleData.i16))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i16)))\n    val assert8  = assert(reverseTuple.asString(ReverseTupleData.i17))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i17)))\n    val assert9  = assert(reverseTuple.asString(ReverseTupleData.i18))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i18)))\n    val assert10 = assert(reverseTuple.asString(ReverseTupleData.i19))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i19)))\n    val assert11 = assert(reverseTuple.asString(ReverseTupleData.i20))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i20)))\n    val assert12 = assert(reverseTuple.asString(ReverseTupleData.i21))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i21)))\n    val assert13 = assert(reverseTuple.asString(ReverseTupleData.i22))(equalTo(reverseTuple.commonAsString(ReverseTupleData.i22)))\n    val assert14 = assert(reverseTuple.asString(Scala3TupleData.i22))(equalTo(reverseTuple.commonAsString(Scala3TupleData.i22)))\n    val assert15 = assert(reverseTuple.asString(Scala3TupleData.i27))(equalTo(reverseTuple.commonAsString(Scala3TupleData.i27)))\n    assert1 && assert2 && assert3 && assert4 && assert5 && assert6 && assert7 && assert8 && assert9 && assert10 && assert11 && assert12 && assert13 && assert14 && assert15\n  })\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/scala-tuple\/src\/test\/scala-3\/zsg\/testkit\/tuple\/reverse\/ReverseTupleToString.scala","text":"package zsg.testkit.tuple.reverse\n\nimport zsg._\n\ntrait ReverseTupleEncoder[T] {\n  self =>\n  def body(t: List[String], i: T): List[String]\n  def stringBody(i: T): String\n}\n\ntype TupleEncFun[T <: TypeHList] = ReverseTupleEncoder[TakeHead1[T]]\n\nclass ReverseScalaTupleContext extends Context {\n\n  override type T[H <: TypeHList] = TupleEncFun[H]\n\n  override def append[X <: TypeHList, Y <: TypeHList, Z <: TypeHList](\n    x: ReverseTupleEncoder[TakeHead1[X]],\n    y: ReverseTupleEncoder[TakeHead1[Y]]\n  )(p: Plus[X, Y, Z]): ReverseTupleEncoder[TakeHead1[Z]] = {\n    new ReverseTupleEncoder[TakeHead1[Z]] {\n      override def body(t: List[String], i: TakeHead1[Z]): List[String] = {\n        val x1 = p.takeHead(i)\n        val y1 = p.takeTail(i)\n        y.body(x.body(t, x1), y1)\n      }\n      override def stringBody(i: TakeHead1[Z]): String = \"\"\n    }\n  }\n\n}\n\nobject ReverseScalaTupleContext {\n  val value: ReverseScalaTupleContext = new ReverseScalaTupleContext\n}\n\nobject reverseTuple {\n  def commonAsString(t: Product): String = {\n    def toList(pro: Product): List[Any] = pro.productIterator.to(List).reverse.flatMap {\n      case n: Product => toList(n)\n      case i          => List(i)\n    }\n    s\"[${toList(t).mkString(\"(\", \",\", \")\")}]\"\n  }\n\n  inline def asString[T, H <: TypeHList](x: T)(using inline ii: Application[ReverseScalaTupleContext, T, H]): String = {\n    val n1 = ii.application(ReverseScalaTupleContext.value)\n    s\"[${n1.body(List.empty, x.asInstanceOf[TakeHead1[H]]).mkString(\"(\", \",\", \")\")}]\"\n  }\n}\n\nobject ReverseAppendTuple {\n  inline given ReverseTupleEncoder[String] with {\n    override def body(t: List[String], i: String): List[String] = i :: t\n    override def stringBody(i: String): String                  = i\n  }\n\n  inline given ReverseTupleEncoder[Int] with {\n    override def body(t: List[String], i: Int): List[String] = String.valueOf(i) :: t\n    override def stringBody(i: Int): String                  = String.valueOf(i)\n  }\n\n  inline given ReverseTupleEncoder[Long] with {\n    override def body(t: List[String], i: Long): List[String] = String.valueOf(i) :: t\n    override def stringBody(i: Long): String                  = String.valueOf(i)\n  }\n\n  given [T](using ii: ReverseTupleEncoder[T]): Application[ReverseScalaTupleContext, T, TypePositive[T, TypeZero]] =\n    context => implicitly\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/scala-tuple\/src\/test\/scala-3\/zsg\/testkit\/tuple\/TupleToStringTest.scala","text":"package zsg.testkit.tuple\n\nimport zio.Console._\nimport zio.test._\nimport zio.test.Assertion._\nimport zio.test.environment._\n\nobject TupleToStringTest1 extends DefaultRunnableSpec {\n\n  import AppendTuple.given\n  import zsg.scala.tuple.TupleHelper.given\n\n  override def spec = suite(\"Tuple Mapper 2\")(\n    test(\"auto map to string 1\") {\n      val assert1  = assert(tuple.asString(TupleData.i10))(equalTo(tuple.commonAsString(TupleData.i10)))\n      val assert2  = assert(tuple.asString(TupleData.i11))(equalTo(tuple.commonAsString(TupleData.i11)))\n      val assert3  = assert(tuple.asString(TupleData.i12))(equalTo(tuple.commonAsString(TupleData.i12)))\n      val assert4  = assert(tuple.asString(TupleData.i13))(equalTo(tuple.commonAsString(TupleData.i13)))\n      val assert5  = assert(tuple.asString(TupleData.i14))(equalTo(tuple.commonAsString(TupleData.i14)))\n      val assert6  = assert(tuple.asString(TupleData.i15))(equalTo(tuple.commonAsString(TupleData.i15)))\n      val assert7  = assert(tuple.asString(TupleData.i16))(equalTo(tuple.commonAsString(TupleData.i16)))\n      val assert8  = assert(tuple.asString(TupleData.i17))(equalTo(tuple.commonAsString(TupleData.i17)))\n      val assert9  = assert(tuple.asString(TupleData.i18))(equalTo(tuple.commonAsString(TupleData.i18)))\n      val assert10 = assert(tuple.asString(TupleData.i19))(equalTo(tuple.commonAsString(TupleData.i19)))\n      val assert11 = assert(tuple.asString(TupleData.i20))(equalTo(tuple.commonAsString(TupleData.i20)))\n      val assert12 = assert(tuple.asString(TupleData.i21))(equalTo(tuple.commonAsString(TupleData.i21)))\n      val assert13 = assert(tuple.asString(TupleData.i22))(equalTo(tuple.commonAsString(TupleData.i22)))\n      val assert14 = assert(tuple.asString(Scala3TupleData.i22))(equalTo(tuple.commonAsString(Scala3TupleData.i22)))\n      val assert15 = assert(tuple.asString(Scala3TupleData.i27))(equalTo(tuple.commonAsString(Scala3TupleData.i27)))\n      assert1 && assert2 && assert3 && assert4 && assert5 && assert6 && assert7 && assert8 && assert9 && assert10 && assert11 && assert12 && assert13\n    }\n  )\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"project\/ZsgSettings.scala","text":"import sbt._\nimport sbt.Keys._\nimport sbtghactions.GenerativeKeys._\nimport sbtghactions._\n\nobject ZsgSettings {\n\n  object versions {\n    val currentScala = \"2.13.8\"\n    val scala212     = \"2.12.14\"\n    val scala211     = \"2.11.12\"\n    val dotty        = \"3.1.1\"\n  }\n\n  private val commonScalaVersionSetting = scalaVersion       := versions.currentScala\n  private val setting2                  = crossScalaVersions := Seq(versions.scala211, versions.scala212, versions.currentScala)\n  private val setting3                  = scalaVersion       := versions.currentScala\n  private val setting6 = crossScalaVersions := Seq( versions.dotty, versions.scala212, versions.scala211, versions.currentScala)\n  private val setting8 = crossScalaVersions := Seq(versions.scala212, versions.currentScala)\n\n  private val githubWorkflowSettings = Seq(\n    ThisBuild \/ githubWorkflowJavaVersions          := Seq(JavaSpec(JavaSpec.Distribution.Adopt, \"8.0\")),\n    ThisBuild \/ githubWorkflowScalaVersions         := Seq(versions.scala212, versions.currentScala, versions.dotty),\n    ThisBuild \/ githubWorkflowPublishTargetBranches := Nil,\n    ThisBuild \/ githubWorkflowBuild := Seq(\n      WorkflowStep.Sbt(List(\"clean\", \"coverage\", \"test\"), id = None, name = Some(\"Test\")),\n      WorkflowStep.Sbt(List(\"coverageReport\"), id = None, name = Some(\"Coverage\")),\n      WorkflowStep.Use(UseRef.Public(\"codecov\", \"codecov-action\", \"v1\"))\n    )\n  )\n\n  object settings {\n    val scalaVersion        = Seq(commonScalaVersionSetting, setting2)\n    val scala_2_12_And_2_13 = Seq(setting3, setting8)\n    val dottyVersion        = Seq(commonScalaVersionSetting, setting6)\n    val githubWorkflow      = githubWorkflowSettings\n  }\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/macros\/src\/test\/scala-2\/zsg\/test\/macros\/case_class_test\/ModelToString.scala","text":"<filename>modules\/macros\/src\/test\/scala-2\/zsg\/test\/macros\/case_class_test\/ModelToString.scala\npackage zsg.macros.case_class_test\n\nimport zsg.macros.single\nimport zsg.macros.single.{ColumnName, ZsgDefaultValue, ZsgGeneric, ZsgGetterGeneric, ZsgLabelledGeneric, ZsgLabelledTypeGeneric}\nimport zsg.macros.utils.GenericColumnName\nimport zsg.{ItemTag2, PropertyTag, ZsgTuple2}\n\ntrait ModelToString[E] {\n  def mToString(i: E): List[FieldModel]\n  def defaultValues: List[DefaultValue]\n  def labelledNames: List[String]\n}\n\nobject ModelToString {\n\n  object ModelToStringContext {\n\n    implicit def impl[X1, X2, X3, X4, X5, Y1, Y2, Y3, Y4, Y5](implicit\n      x: ModelToStringContent.Aux[X1, X2, X3, X4, X5, ModelToStringContext.type],\n      y: ModelToStringContent.Aux[Y1, Y2, Y3, Y4, Y5, ModelToStringContext.type]\n    ): ModelToStringContent.Aux[ItemTag2[X1, Y1], ZsgTuple2[X2, Y2], ZsgTuple2[X3, Y3], ZsgTuple2[X4, Y4], ItemTag2[\n      X5,\n      Y5\n    ], ModelToStringContext.type] = new ModelToStringContent[ItemTag2[X1, Y1], ItemTag2[X5, Y5], ModelToStringContext.type] {\n      type M            = ZsgTuple2[X2, Y2]\n      type DefalutVal   = ZsgTuple2[X3, Y3]\n      type LabelledName = ZsgTuple2[X4, Y4]\n\n      override def totalSize: Int = x.totalSize + y.totalSize\n\n      override def encode(i: ZsgTuple2[X2, Y2], l: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int) = {\n        val t2 = y.encode(i.i2, l, plus, index)\n        x.encode(i.i1, t2._1, plus, t2._2)\n      }\n\n      override def defaultValue(i: ZsgTuple2[X3, Y3], l: List[DefaultValue], plus: Int => Int, index: Int): (List[DefaultValue], Int) = {\n        val t2 = y.defaultValue(i.i2, l, plus, index)\n        x.defaultValue(i.i1, t2._1, plus, t2._2)\n      }\n\n      override def appendLabelledName(m: ZsgTuple2[X4, Y4], names: List[String]): List[String] =\n        x.appendLabelledName(m.i1, y.appendLabelledName(m.i2, names))\n    }\n  }\n\n  object ReverseModelToStringContext {\n    implicit def impl[X1, X2, X3, X4, X5, Y1, Y2, Y3, Y4, Y5](implicit\n      x: ModelToStringContent.Aux[X1, X2, X3, X4, X5, ReverseModelToStringContext.type],\n      y: ModelToStringContent.Aux[Y1, Y2, Y3, Y4, Y5, ReverseModelToStringContext.type]\n    ): ModelToStringContent.Aux[ItemTag2[X1, Y1], ZsgTuple2[X2, Y2], ZsgTuple2[X3, Y3], ZsgTuple2[X4, Y4], ItemTag2[\n      X5,\n      Y5\n    ], ReverseModelToStringContext.type] = new ModelToStringContent[ItemTag2[X1, Y1], ItemTag2[X5, Y5], ReverseModelToStringContext.type] {\n      type M            = ZsgTuple2[X2, Y2]\n      type DefalutVal   = ZsgTuple2[X3, Y3]\n      type LabelledName = ZsgTuple2[X4, Y4]\n      override def totalSize: Int = x.totalSize + y.totalSize\n\n      override def encode(i: ZsgTuple2[X2, Y2], l: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int) = {\n        val t1 = x.encode(i.i1, l, plus, index)\n        y.encode(i.i2, t1._1, plus, t1._2)\n      }\n\n      override def defaultValue(i: ZsgTuple2[X3, Y3], l: List[DefaultValue], plus: Int => Int, index: Int): (List[DefaultValue], Int) = {\n        val t1 = x.defaultValue(i.i1, l, plus, index)\n        y.defaultValue(i.i2, t1._1, plus, t1._2)\n      }\n\n      override def appendLabelledName(m: ZsgTuple2[X4, Y4], names: List[String]): List[String] =\n        y.appendLabelledName(m.i2, x.appendLabelledName(m.i1, names))\n    }\n  }\n\n  trait ModelToStringContent[ProTag, NamedType, Ploy] {\n    type M\n    type DefalutVal\n    type LabelledName\n\n    def totalSize: Int\n    def encode(i: M, l: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int)\n    def defaultValue(i: DefalutVal, l: List[DefaultValue], plus: Int => Int, index: Int): (List[DefaultValue], Int)\n    def appendLabelledName(m: LabelledName, names: List[String]): List[String]\n  }\n\n  object ModelToStringContent {\n    type Aux[ProTag, M1, DefalutVal1, LabelledName1, NamedType1, Ploy] = ModelToStringContent[ProTag, NamedType1, Ploy] {\n      type M = M1; type DefalutVal = DefalutVal1; type LabelledName = LabelledName1\n    }\n    implicit def pp1[G <: String, Ploy](implicit\n      g: GenericColumnName[G]\n    ): ModelToStringContent.Aux[PropertyTag[String], String, zsg.macros.single.DefaultValue[String], String, ColumnName[G], Ploy] =\n      new ModelToStringContent[PropertyTag[String], ColumnName[G], Ploy] {\n        override type M            = String\n        override type DefalutVal   = zsg.macros.single.DefaultValue[String]\n        override type LabelledName = String\n        override def totalSize: Int = 1\n        override def encode(t: String, i: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int) =\n          (FieldModel(value = StringProperty(t), fieldIndex = index, fieldName = g.value, typeName = \"String\") :: i, plus(index))\n        override def defaultValue(\n          t: zsg.macros.single.DefaultValue[String],\n          i: List[DefaultValue],\n          plus: Int => Int,\n          index: Int\n        ): (List[DefaultValue], Int) =\n          (DefaultValue(value = t.value.map(StringProperty.apply), fieldIndex = index) :: i, plus(index))\n        override def appendLabelledName(m: String, names: List[String]): List[String] = m :: names\n      }\n\n    implicit def pp2[G <: String, Ploy](implicit\n      g: GenericColumnName[G]\n    ): ModelToStringContent.Aux[PropertyTag[Int], Int, zsg.macros.single.DefaultValue[Int], String, ColumnName[G], Ploy] =\n      new ModelToStringContent[PropertyTag[Int], ColumnName[G], Ploy] {\n        override type M            = Int\n        override type DefalutVal   = zsg.macros.single.DefaultValue[Int]\n        override type LabelledName = String\n        override def totalSize: Int = 1\n        override def encode(t: Int, i: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int) =\n          (FieldModel(value = IntProperty(t), fieldIndex = index, fieldName = g.value, typeName = \"Int\") :: i, plus(index))\n        override def defaultValue(\n          t: zsg.macros.single.DefaultValue[Int],\n          i: List[DefaultValue],\n          plus: Int => Int,\n          index: Int\n        ): (List[DefaultValue], Int) =\n          (DefaultValue(value = t.value.map(IntProperty.apply), fieldIndex = index) :: i, plus(index))\n        override def appendLabelledName(m: String, names: List[String]): List[String] = m :: names\n      }\n\n    implicit def pp3[G <: String, Ploy](implicit\n      g: GenericColumnName[G]\n    ): ModelToStringContent.Aux[PropertyTag[Long], Long, single.DefaultValue[Long], String, ColumnName[G], Ploy] =\n      new ModelToStringContent[PropertyTag[Long], ColumnName[G], Ploy] {\n        override type M            = Long\n        override type DefalutVal   = zsg.macros.single.DefaultValue[Long]\n        override type LabelledName = String\n        override def totalSize: Int = 1\n        override def encode(t: Long, i: List[FieldModel], plus: Int => Int, index: Int): (List[FieldModel], Int) =\n          (FieldModel(value = LongProperty(t), fieldIndex = index, fieldName = g.value, typeName = \"Long\") :: i, plus(index))\n        override def defaultValue(\n          t: zsg.macros.single.DefaultValue[Long],\n          i: List[DefaultValue],\n          plus: Int => Int,\n          index: Int\n        ): (List[DefaultValue], Int) =\n          (DefaultValue(value = t.value.map(LongProperty.apply), fieldIndex = index) :: i, plus(index))\n        override def appendLabelledName(m: String, names: List[String]): List[String] = m :: names\n      }\n  }\n\n  def encoder[I1, I2, I3, I4, I5, I6](implicit\n    g: ZsgGeneric.Aux[I1, I2],\n    l: ZsgLabelledTypeGeneric.Aux[I1, I6],\n    content: ModelToStringContent.Aux[I2, I4, I3, I5, I6, ModelToStringContext.type],\n    zsgLabelledGeneric: ZsgLabelledGeneric[I1, I5],\n    defVal: ZsgDefaultValue#ModelType[I1]#GenericType[I3],\n    zsgGetterGeneric: ZsgGetterGeneric[I1, I4]\n  ): ModelToString[I1] = new ModelToString[I1] {\n    override def mToString(data: I1): List[FieldModel] =\n      content.encode(zsgGetterGeneric.getter(data), List.empty, _ - 1, content.totalSize)._1\n    override def defaultValues: List[DefaultValue] =\n      content.defaultValue(defVal.defaultValues, List.empty, _ - 1, content.totalSize)._1\n    override def labelledNames: List[String] = content.appendLabelledName(zsgLabelledGeneric.names, List.empty)\n  }\n\n  trait Init2[I1, I2, L] {\n    val g: ZsgGeneric.Aux[I1, I2]\n    val l: ZsgLabelledTypeGeneric.Aux[I1, L]\n\n    def init2[I3, I4, I5](implicit\n      n: ModelToStringContent.Aux[I2, I4, I3, I5, L, ModelToStringContext.type]\n    ): Init3[I1, I2, I3, I5, I4, L] = new Init3(n)\n  }\n\n  class Init3[I1, I2, I3, I5, I4, L](n: ModelToStringContent.Aux[I2, I4, I3, I5, L, ModelToStringContext.type]) {\n    def init3(\n      zsgGetterGeneric: ZsgGetterGeneric[I1, I4]\n    )(implicit\n      defaultVal: ZsgDefaultValue#ModelType[I1]#GenericType[I3],\n      labelledValue: ZsgLabelledGeneric[I1, I5]\n    ): ModelToString[I1] =\n      new ModelToString[I1] {\n        override def mToString(ii: I1): List[FieldModel] = n.encode(zsgGetterGeneric.getter(ii), List.empty, _ - 1, n.totalSize)._1\n        override def defaultValues: List[DefaultValue]   = n.defaultValue(defaultVal.defaultValues, List.empty, _ - 1, n.totalSize)._1\n        override def labelledNames: List[String]         = n.appendLabelledName(labelledValue.names, List.empty)\n      }\n  }\n\n  def init1[I1, I2, L](implicit ii: ZsgGeneric.Aux[I1, I2], labelled: ZsgLabelledTypeGeneric.Aux[I1, L]): Init2[I1, I2, L] =\n    new Init2[I1, I2, L] {\n      val g: ZsgGeneric.Aux[I1, I2]            = ii\n      val l: ZsgLabelledTypeGeneric.Aux[I1, L] = labelled\n    }\n\n  def forType[T]: TypeContent[T] = new TypeContent[T]\n\n  class TypeContent[T] {\n    def value[R](i: R): ZsgGeneric.Aux[T, R] =\n      new ZsgGeneric[T] {\n        override type WT = R\n        override def tag: WT = i\n      }\n\n  }\n\n  def reverseEncoder[I1, I2, I3, I4, I5, I6](implicit\n    g: ZsgGeneric.Aux[I1, I2],\n    l: ZsgLabelledTypeGeneric.Aux[I1, I6],\n    content: ModelToStringContent.Aux[I2, I4, I3, I5, I6, ReverseModelToStringContext.type],\n    zsgLabelledGeneric: ZsgLabelledGeneric[I1, I5],\n    defVal: ZsgDefaultValue#ModelType[I1]#GenericType[I3],\n    zsgGetterGeneric: ZsgGetterGeneric[I1, I4]\n  ): ModelToString[I1] = new ModelToString[I1] {\n    override def mToString(ii: I1): List[FieldModel] = content.encode(zsgGetterGeneric.getter(ii), List.empty, _ + 1, 1)._1\n    override def defaultValues: List[DefaultValue]   = content.defaultValue(defVal.defaultValues, List.empty, _ + 1, 1)._1\n    override def labelledNames: List[String]         = content.appendLabelledName(zsgLabelledGeneric.names, List.empty)\n  }\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"project\/Dependencies.scala","text":"<reponame>djx314\/fsg\nimport sbt._\nimport sbt.Keys._\n\nobject Dependencies {\n\n  object versions {\n    val circe_2_11       = \"0.11.2\"\n    val circe_2_13       = \"0.15.0-M1\"\n    val zio              = \"2.0.0-M3\"\n    val slick            = \"2.0.0-M3\"\n    val slf4j            = \"1.7.32\"\n    val collectionCompat = \"2.6.0\"\n    val commonsCodec     = \"1.14\"\n    val commonsIO        = \"2.6\"\n  }\n\n  def circeDependencies(scalaVersion: String): Seq[ModuleID] = CrossVersion.partialVersion(scalaVersion) match {\n    case Some((2, 11)) =>\n      List(\n        \"io.circe\" %% \"circe-derivation\" % \"0.11.0-M3\",\n        \"io.circe\" %% \"circe-core\"       % versions.circe_2_11,\n        \"io.circe\" %% \"circe-generic\"    % versions.circe_2_11,\n        \"io.circe\" %% \"circe-parser\"     % versions.circe_2_11\n      )\n    case Some((2, x)) if x >= 12 =>\n      List(\n        \"io.circe\" %% \"circe-derivation\" % \"0.13.0-M5\",\n        \"io.circe\" %% \"circe-core\"       % versions.circe_2_13,\n        \"io.circe\" %% \"circe-generic\"    % versions.circe_2_13,\n        \"io.circe\" %% \"circe-parser\"     % versions.circe_2_13\n      )\n    case _ =>\n      List(\n        \"io.circe\" %% \"circe-core\"    % versions.circe_2_13,\n        \"io.circe\" %% \"circe-generic\" % versions.circe_2_13,\n        \"io.circe\" %% \"circe-parser\"  % versions.circe_2_13\n      )\n  }\n\n  val zioTest = List(\n    \"dev.zio\" %% \"zio-test\"     % versions.zio % \"test\",\n    \"dev.zio\" %% \"zio-test-sbt\" % versions.zio % \"test\"\n  )\n\n  val slick = List(\n    \"com.typesafe.slick\" %% \"slick\"         % versions.slick,\n    \"com.typesafe.slick\" %% \"slick-codegen\" % versions.slick\n  )\n\n  val upickleDependencies = List(\"com.lihaoyi\" %% \"upickle\" % \"1.4.1\")\n\n  def scalaReflect(scalaVersion: String) = CrossVersion.partialVersion(scalaVersion) match {\n    case Some((2, _)) => List(\"org.scala-lang\" % \"scala-reflect\" % scalaVersion)\n    case _            => List.empty\n  }\n\n  val slf4j = \"org.slf4j\" % \"slf4j-simple\" % versions.slf4j\n\n  val scalaCollectionCompat = \"org.scala-lang.modules\" %% \"scala-collection-compat\" % versions.collectionCompat\n\n  val commonsCodec = \"commons-codec\" % \"commons-codec\" % versions.commonsCodec\n\n  val commonsIo = \"commons-io\" % \"commons-io\" % versions.commonsIO\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"project\/CommonSettings.scala","text":"import org.scalafmt.sbt.ScalafmtPlugin\nimport org.scalafmt.sbt.ScalafmtPlugin.autoImport._\nimport sbt._\nimport sbt.Keys._\n\nobject CommonSettings {\n\n  private val scalaOptionSettings = scalacOptions ++= Seq(\"-feature\", \"-deprecation\", \"-encoding\", \"utf-8\")\n  private val scalafmtSettings    = ScalafmtPlugin.autoImport.scalafmtOnCompile := true\n  private val scalafmtCheckSettings = scalafmtCheckAll := {\n    (Compile \/ scalafmtSbtCheck).value\n    (Compile \/ scalafmtCheck).value\n    (Test \/ scalafmtCheck).value\n  }\n  private val scalafmtSettings2 = scalafmtAll := {\n    (Compile \/ scalafmtSbt).value\n    (Compile \/ scalafmt).value\n    (Test \/ scalafmt).value\n  }\n  private val packageSettings = Seq(transitiveClassifiers := Seq(\"sources\"), packageDoc \/ publishArtifact := false)\n  private val testSettings    = testFrameworks += new TestFramework(\"zio.test.sbt.ZTestFramework\")\n\n  def addDirectory(sourceFile: File, c: String, parVersion: Option[(Long, Long)]): Seq[File] = parVersion match {\n    case Some((2, 11)) =>\n      Seq(sourceFile \/ c \/ \"scala-2\", sourceFile \/ c \/ \"scala-2.11\", sourceFile \/ c \/ \"scala-2.11-2.12\")\n    case Some((2, 12)) =>\n      Seq(sourceFile \/ c \/ \"scala-2\", sourceFile \/ c \/ \"scala-2.11-2.12\", sourceFile \/ c \/ \"scala-2.12\", sourceFile \/ c \/ \"scala-2.12-2.13\")\n    case Some((2, 13)) =>\n      Seq(sourceFile \/ c \/ \"scala-2\", sourceFile \/ c \/ \"scala-2.12-2.13\", sourceFile \/ c \/ \"scala-2.13\")\n    case Some((2, _)) => Seq(sourceFile \/ c \/ \"scala-2\")\n    case Some((3, _)) => Seq(sourceFile \/ c \/ \"scala-3\")\n    case _            => Seq.empty\n  }\n\n  private val mainDirSetting = Compile \/ unmanagedSourceDirectories ++= {\n    addDirectory(sourceDirectory.value, \"main\", CrossVersion.partialVersion(scalaVersion.value)) ++: addDirectory(\n      sourceDirectory.value,\n      \"codegen\",\n      CrossVersion.partialVersion(scalaVersion.value)\n    )\n  }\n  private val testDirSetting = Test \/ unmanagedSourceDirectories ++= {\n    addDirectory(sourceDirectory.value, \"test\", CrossVersion.partialVersion(scalaVersion.value))\n  }\n\n  val settings =\n    scalafmtSettings +:\n      scalafmtCheckSettings +:\n      scalafmtSettings2 +:\n      mainDirSetting +:\n      testDirSetting +:\n      scalaOptionSettings +:\n      testSettings +:\n      packageSettings\n\n  object project {\n    val version      = \"0.0.5-SNAP2021091203\"\n    val organization = \"org.scalax.zsg\"\n    val license      = \"MIT\"\n    val licenseUrl   = \"http:\/\/opensource.org\/licenses\/MIT\"\n  }\n\n  private val versionSetting      = version      := project.version\n  private val organizationSetting = organization := project.organization\n  private val licensesSetting     = licenses += (project.license, url(project.licenseUrl))\n\n  val projectVersionSetting = Seq(versionSetting, organizationSetting, licensesSetting)\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/codegen\/src\/main\/scala\/zsg\/codegen\/ZsgCoreCodeGeneration.scala","text":"package zsg.codegen\n\nimport java.io.PrintWriter\nimport java.nio.file.{Files, Paths}\n\nimport scala.util.Using\n\nobject ZsgCoreCodeGeneration {\n\n  val root2XDir    = Paths.get(\".\", \"modules\", \"core\", \"src\", \"codegen\", \"scala-2\", \"zsg\")\n  val rootDottyDir = Paths.get(\".\", \"modules\", \"core\", \"src\", \"codegen\", \"scala-3\", \"zsg\")\n\n  \/*def typeHListXGen(n: Int): String = {\n    def typeStr(count: Int) = (1 to count).map(i => s\"I$i\").mkString(\",\")\n    def typeHListImpl(current: Int, sum: Int): String = {\n      (current, sum) match {\n        case (current, sum) if current == sum =>\n          s\"\"\"\n             |class TypeHList${current}[${typeStr(current)}] extends TypeHList {\n             |  override type Head = I${sum - current + 1}\n             |  ${typeHListImpl(current - 1, sum)}\n             |}\n             |\"\"\".stripMargin\n        case (current, sum) if current < sum && current > 0 =>\n          s\"\"\"\n          |override type Tail = TypeHListImpl${current}[${typeStr(current)}]\n          |class TypeHListImpl${current}[${typeStr(current)}] extends TypeHList {\n          |  override type Head = I${sum - current + 1}\n          |  ${typeHListImpl(current - 1, sum)}\n          |}\n          |\"\"\".stripMargin\n        case (0, _) => \"override type Tail <: TypeHList\"\n      }\n    }\n    typeHListImpl(n, n)\n  }*\/\n\n  def typeHListXGen1(n: Int): String = {\n    val seq  = (1 to n).map(i => s\"T$i\")\n    val seq2 = (2 to n).map(i => s\"T$i\")\n    s\"type TypeHList${n}[${seq.mkString(\", \")}] = TypeHList { type Head = T1; type Tail = TypeHList${n - 1}[${seq2.mkString(\", \")}] }\"\n  }\n\n  trait TypeHListGen[+T]\n  case class TypeHPositiveGen[+T](head: T, tail: TypeHListGen[T]) extends TypeHListGen[T]\n  case object TypeHNilGen                                         extends TypeHListGen[Nothing]\n\n  def fromCollection[T](seq: Seq[T]): TypeHListGen[T] = {\n    val list = seq.to(List)\n    def from(l: List[T]): TypeHListGen[T] = l match {\n      case head :: tail => TypeHPositiveGen(head, from(tail))\n      case Nil          => TypeHNilGen\n    }\n    from(list)\n  }\n\n  def scala3TypeHListXGen(n: Int): String = {\n    val seq = (1 to n).map(i => s\"T$i\")\n    val gen = fromCollection(seq)\n    def fromGen(gen1: TypeHListGen[String]): String = gen1 match {\n      case TypeHPositiveGen(head, tail) => s\"TypePositive[$head, ${fromGen(tail)}]\"\n      case TypeHNilGen                  => \"TypeZero\"\n    }\n    val perfix = s\"type TypeHList$n[${seq.mkString(\", \")}] = \"\n    perfix + fromGen(gen)\n  }\n\n  def main(i: Array[String]): Unit = {\n    {\n      val filePath = root2XDir.resolve(\"TypeHListX.scala\")\n      Files.createDirectories(filePath.getParent)\n      Using.resource(new PrintWriter(filePath.toFile, \"utf-8\")) { writer =>\n        val content = StringUtil.trimLines(zsg.codegen.tuple.txt.TypeHListX(maxItem = ZsgParameters.maxZTupleNum).body)\n        writer.println(content)\n      }\n    }\n\n    {\n      val filePath = root2XDir.resolve(\"TagMerge.scala\")\n      Files.createDirectories(filePath.getParent)\n      Using.resource(new PrintWriter(filePath.toFile, \"utf-8\")) { writer =>\n        val content = StringUtil.trimLines(zsg.codegen.tuple.txt.TagMerge(tagNum = ZsgParameters.maxZTupleNum).body)\n        writer.println(content)\n      }\n    }\n\n    \/\/ Scala 3\n    {\n      val filePath = rootDottyDir.resolve(\"TypeHListX.scala\")\n      Files.createDirectories(filePath.getParent)\n      Using.resource(new PrintWriter(filePath.toFile, \"utf-8\")) { writer =>\n        val content = StringUtil.trimLines(zsg.scala3Codegen.tuple.txt.TypeHListX(maxItem = ZsgParameters.maxZTupleNum).body)\n        writer.println(content)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/macros\/src\/test\/scala-2\/zsg\/test\/macros\/case_class_test\/ModelFromString.scala","text":"package zsg.macros.case_class_test\n\nimport zsg.macros.single.{ZsgGeneric, ZsgSetterGeneric}\nimport zsg.{ItemTag2, PropertyTag, ZsgTuple2}\n\ntrait ModelFromString[M] {\n  def getData(str: List[FieldModel]): (List[FieldModel], M)\n}\n\nobject ModelFromString {\n\n  trait MFSI[Input] {\n    type M\n    def getData(str: List[FieldModel]): (List[FieldModel], M)\n  }\n  object MFSI {\n    type Aux[Input, M1] = MFSI[Input] { type M = M1 }\n    implicit def impl[T1, T2, I1, I2](implicit\n      i1: MFSI.Aux[T1, I1],\n      i2: MFSI.Aux[T2, I2]\n    ): MFSI.Aux[ItemTag2[T1, T2], ZsgTuple2[I1, I2]] =\n      new MFSI[ItemTag2[T1, T2]] {\n        override type M = ZsgTuple2[I1, I2]\n        override def getData(str: List[FieldModel]): (List[FieldModel], ZsgTuple2[I1, I2]) = {\n          val (str1, d1) = i1.getData(str)\n          val (str2, d2) = i2.getData(str1)\n          (str2, new ZsgTuple2(d1, d2))\n        }\n      }\n\n    implicit def implicit1[I1](implicit impl: ModelFromStringImpl[I1]): MFSI.Aux[PropertyTag[I1], I1] = new MFSI[PropertyTag[I1]] {\n      override type M = I1\n      override def getData(str: List[FieldModel]): (List[FieldModel], I1) = impl.getData(str)\n    }\n  }\n\n  trait ReverseMFSI[Input] {\n    type M\n    def getData(str: List[FieldModel]): (List[FieldModel], M)\n  }\n  object ReverseMFSI {\n    type Aux[Input, M1] = ReverseMFSI[Input] { type M = M1 }\n    implicit def impl[T1, T2, I1, I2](implicit\n      i1: ReverseMFSI.Aux[T1, I1],\n      i2: ReverseMFSI.Aux[T2, I2]\n    ): ReverseMFSI.Aux[ItemTag2[T1, T2], ZsgTuple2[I1, I2]] =\n      new ReverseMFSI[ItemTag2[T1, T2]] {\n        override type M = ZsgTuple2[I1, I2]\n        override def getData(str: List[FieldModel]): (List[FieldModel], ZsgTuple2[I1, I2]) = {\n          val (str1, d1) = i2.getData(str)\n          val (str2, d2) = i1.getData(str1)\n          (str2, new ZsgTuple2(d2, d1))\n        }\n      }\n\n    implicit def implicit1[I1](implicit impl: ModelFromStringImpl[I1]): ReverseMFSI.Aux[PropertyTag[I1], I1] =\n      new ReverseMFSI[PropertyTag[I1]] {\n        override type M = I1\n        override def getData(str: List[FieldModel]): (List[FieldModel], I1) = impl.getData(str)\n      }\n  }\n\n  def decoder[I1, I2, I3](implicit\n    ii: ZsgGeneric.Aux[I1, I2],\n    pp: MFSI.Aux[I2, I3],\n    zsgSetterGeneric: ZsgSetterGeneric[I1, I3]\n  ): ModelFromString[I1] = new ModelFromString[I1] {\n    override def getData(str: List[FieldModel]): (List[FieldModel], I1) = {\n      val (str1, m) = pp.getData(str)\n      (str1, zsgSetterGeneric.setter(m))\n    }\n  }\n\n  def reverseDecoder[I1, I2, I3](implicit\n    ii: ZsgGeneric.Aux[I1, I2],\n    pp: ReverseMFSI.Aux[I2, I3],\n    zsgSetterGeneric: ZsgSetterGeneric[I1, I3]\n  ): ModelFromString[I1] = new ModelFromString[I1] {\n    override def getData(str: List[FieldModel]): (List[FieldModel], I1) = {\n      val (str1, m) = pp.getData(str)\n      (str1, zsgSetterGeneric.setter(m))\n    }\n  }\n\n}\n"}
{"repo_name":"djx314\/fsg","path":"modules\/macros\/src\/main\/scala-2\/zsg\/macros\/single\/ZsgSetterGeneric.scala","text":"<filename>modules\/macros\/src\/main\/scala-2\/zsg\/macros\/single\/ZsgSetterGeneric.scala\npackage zsg.macros.single\n\nimport zsg.macros.single.utils.TypeHelper\nimport zsg.macros.{AllScalaMacroMethods, ZsgParameters}\nimport zsg.macros.utils.MacroMethods\n\nimport scala.annotation.tailrec\nimport scala.language.experimental.macros\nimport scala.collection.compat._\n\ntrait ZsgSetterGeneric[H, GenericType] {\n  def setter(gen: GenericType): H\n}\n\nobject ZsgSetterGeneric {\n\n  def value[Model, GenericType](i: GenericType => Model): ZsgSetterGeneric[Model, GenericType] =\n    new ZsgSetterGeneric[Model, GenericType] {\n      override def setter(gen: GenericType): Model = i(gen)\n    }\n\n  implicit def macroImpl[H, M]: ZsgSetterGeneric[H, M] = macro ZsgSetterGenericMacroApply.MacroImpl.generic[H, M]\n\n}\n\nobject ZsgSetterGenericMacroApply {\n\n  class MacroImpl(override val c: scala.reflect.macros.blackbox.Context) extends MacroMethods with AllScalaMacroMethods with TypeHelper {\n    self =>\n\n    import c.universe._\n\n    def generic[H: c.WeakTypeTag, M: c.WeakTypeTag]: c.Expr[ZsgSetterGeneric[H, M]] = {\n      try {\n        val h     = c.weakTypeOf[H]\n        val hType = h.resultType\n        val s     = symbolOf[H]\n        val b     = companionOfSymbol(s)\n\n        val props = caseClassMembersByType(hType)\n\n        def toTupleTree(prop: List[ModelField]): Any = {\n          if (prop.size > 3) {\n            @tailrec\n            def maxSize(old: Int): Int = {\n              val temp = old * ZsgParameters.maxPropertyNum\n              if (temp < prop.size) maxSize(temp) else old\n            }\n            val size = maxSize(1)\n            (toTupleTree(prop.take(size)), toTupleTree(prop.drop(size)))\n          } else if (prop.size == 3) ((prop(0), prop(1)), prop(2))\n          else if (prop.size == 2) (prop(0), prop(1))\n          else prop(0)\n        }\n\n        val i1Term = TermName(\"i1\")\n        val i2Term = TermName(\"i2\")\n\n        def toPropertyList(n: Any): Vector[(ModelField, Tree => Tree)] = n match {\n          case n: ModelField => Vector((n, (s: Tree) => s))\n          case (n1: ModelField, n2: ModelField) =>\n            val item1 = (n1, (s: Tree) => q\"\"\"$s.$i1Term\"\"\")\n            val item2 = (n2, (s: Tree) => q\"\"\"$s.$i2Term\"\"\")\n            Vector(item1, item2)\n          case (t1, n: ModelField) =>\n            val list1 = toPropertyList(t1).map(s => (s._1, (t: Tree) => s._2(q\"\"\"$t.$i1Term\"\"\")))\n            val item2 = (n, (s: Tree) => q\"\"\"$s.$i2Term\"\"\")\n            vectorAppend(list1, item2)\n          case (t1, t2) =>\n            val list1 = toPropertyList(t1).map(s => (s._1, (t: Tree) => s._2(q\"\"\"$t.$i1Term\"\"\")))\n            val list2 = toPropertyList(t2).map(s => (s._1, (t: Tree) => s._2(q\"\"\"$t.$i2Term\"\"\")))\n            vectorAppendAll(list1, list2)\n        }\n\n        val casei = toPropertyList(toTupleTree(props))\n\n        val inputFunc = q\"\"\"_root_.zsg.macros.single.ZsgSetterGeneric.value(item => ${b.companionTree}.apply(..${casei.map {\n            case (item, m) =>\n              namedParam(item.fieldTermName, m(Ident(TermName(\"item\"))))\n          }}))\"\"\"\n\n        c.Expr[ZsgSetterGeneric[H, M]] {\n          inputFunc\n        }\n\n      } catch {\n        case e: Exception =>\n          e.printStackTrace\n          throw e\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/test\/scala\/com\/cloudera\/hue\/livy\/server\/interactive\/InteractiveSessionServletSpec.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.interactive\n\nimport java.net.URL\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport com.cloudera.hue.livy.msgs.ExecuteRequest\nimport com.cloudera.hue.livy.sessions._\nimport org.json4s.JsonAST.{JArray, JObject}\nimport org.json4s.jackson.JsonMethods._\nimport org.scalatest.FunSpecLike\nimport org.scalatra.test.scalatest.ScalatraSuite\n\nimport scala.concurrent.Future\n\nclass InteractiveSessionServletSpec extends ScalatraSuite with FunSpecLike {\n\n  class MockInteractiveSession(val id: Int) extends InteractiveSession {\n    var _state: State = Idle()\n\n    var _idCounter = new AtomicInteger()\n    var _statements = IndexedSeq[Statement]()\n\n    override def kind: Kind = Spark()\n\n    override def logLines() = IndexedSeq()\n\n    override def state = _state\n\n    override def stop(): Future[Unit] = ???\n\n    override def url_=(url: URL): Unit = ???\n\n    override def lastActivity: Long = ???\n\n    override def executeStatement(executeRequest: ExecuteRequest): Statement = {\n      val id = _idCounter.getAndIncrement\n      val statement = new Statement(\n        id,\n        executeRequest,\n        Future.successful(JObject()))\n\n      _statements :+= statement\n\n      statement\n    }\n\n    override def proxyUser: Option[String] = None\n\n    override def url: Option[URL] = ???\n\n    override def statements: IndexedSeq[Statement] = _statements\n\n    override def interrupt(): Future[Unit] = ???\n  }\n\n  class MockInteractiveSessionFactory() extends InteractiveSessionFactory {\n    override def createSession(id: Int, createInteractiveRequest: CreateInteractiveRequest): Future[InteractiveSession] = {\n      Future.successful(new MockInteractiveSession(id))\n    }\n  }\n\n  val sessionManager = new SessionManager(new MockInteractiveSessionFactory())\n  val servlet = new InteractiveSessionServlet(sessionManager)\n\n  addServlet(servlet, \"\/*\")\n\n  describe(\"For \/sessions\") {\n    it(\"GET \/ should return the sessions\") {\n      get(\"\/\") {\n        status should equal (200)\n        header(\"Content-Type\") should include(\"application\/json\")\n        val parsedBody = parse(body)\n        parsedBody \\ \"sessions\" should equal (JArray(List()))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-repl\/src\/main\/scala\/com\/cloudera\/hue\/livy\/repl\/python\/PythonInterpreter.scala","text":"<reponame>kalahbrown\/HueBigSQL\n\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.repl.python\n\nimport java.io._\nimport java.lang.ProcessBuilder.Redirect\nimport java.nio.file.Files\nimport java.util.concurrent.{SynchronousQueue, TimeUnit}\n\nimport com.cloudera.hue.livy.repl.Interpreter\nimport com.cloudera.hue.livy.sessions._\nimport com.cloudera.hue.livy.{Logging, Utils}\nimport org.apache.spark.SparkContext\nimport org.json4s.{DefaultFormats, JValue}\nimport org.json4s.jackson.JsonMethods._\nimport org.json4s.jackson.Serialization.write\nimport py4j.GatewayServer\n\nimport scala.annotation.tailrec\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future, Promise}\n\nobject PythonInterpreter {\n  def create(): Interpreter = {\n    val pythonExec = sys.env.getOrElse(\"PYSPARK_DRIVER_PYTHON\", \"python\")\n\n    val gatewayServer = new GatewayServer(null, 0)\n    gatewayServer.start()\n\n    val builder = new ProcessBuilder(Seq(\n      pythonExec,\n      createFakeShell().toString\n    ))\n\n    val env = builder.environment()\n    env.put(\"PYTHONPATH\", pythonPath.mkString(File.pathSeparator))\n    env.put(\"PYTHONUNBUFFERED\", \"YES\")\n    env.put(\"PYSPARK_GATEWAY_PORT\", \"\" + gatewayServer.getListeningPort)\n    env.put(\"SPARK_HOME\", sys.env.getOrElse(\"SPARK_HOME\", \".\"))\n\n    builder.redirectError(Redirect.INHERIT)\n\n    val process = builder.start()\n\n    new PythonInterpreter(process, gatewayServer)\n  }\n\n  private def pythonPath = {\n    val pythonPath = new ArrayBuffer[String]\n    pythonPath ++= Utils.jarOfClass(classOf[SparkContext])\n    pythonPath\n  }\n\n  private def createFakeShell(): File = {\n    val source: InputStream = getClass.getClassLoader.getResourceAsStream(\"fake_shell.py\")\n\n    val file = Files.createTempFile(\"\", \"\").toFile\n    file.deleteOnExit()\n\n    val sink = new FileOutputStream(file)\n    val buf = new Array[Byte](1024)\n    var n = source.read(buf)\n\n    while (n > 0) {\n      sink.write(buf, 0, n)\n      n = source.read(buf)\n    }\n\n    source.close()\n    sink.close()\n\n    file\n  }\n\n  private def createFakePySpark(): File = {\n    val source: InputStream = getClass.getClassLoader.getResourceAsStream(\"fake_pyspark.sh\")\n\n    val file = Files.createTempFile(\"\", \"\").toFile\n    file.deleteOnExit()\n\n    file.setExecutable(true)\n\n    val sink = new FileOutputStream(file)\n    val buf = new Array[Byte](1024)\n    var n = source.read(buf)\n\n    while (n > 0) {\n      sink.write(buf, 0, n)\n      n = source.read(buf)\n    }\n\n    source.close()\n    sink.close()\n\n    file\n  }\n}\n\nprivate class PythonInterpreter(process: Process, gatewayServer: GatewayServer)\n  extends Interpreter\n  with Logging\n{\n  implicit val formats = DefaultFormats\n\n  private val stdin = new PrintWriter(process.getOutputStream)\n  private val stdout = new BufferedReader(new InputStreamReader(process.getInputStream), 1)\n\n  private[this] var _state: State = Starting()\n  private[this] val _queue = new SynchronousQueue[Request]\n\n  override def state: State = _state\n\n  override def execute(code: String): Future[JValue] = {\n    val promise = Promise[JValue]()\n    _queue.put(ExecuteRequest(code, promise))\n    promise.future\n  }\n\n  override def close(): Unit = {\n    _state match {\n      case Dead() =>\n      case ShuttingDown() =>\n        \/\/ Another thread must be tearing down the process.\n        waitForStateChange(ShuttingDown(), Duration(10, TimeUnit.SECONDS))\n      case _ =>\n        val promise = Promise[Unit]()\n        _queue.put(ShutdownRequest(promise))\n\n        \/\/ Give ourselves 10 seconds to tear down the process.\n        try {\n          Await.result(promise.future, Duration(10, TimeUnit.SECONDS))\n          thread.join()\n        } finally {\n          gatewayServer.shutdown()\n        }\n    }\n  }\n\n  @tailrec\n  private def waitUntilReady(): Unit = {\n    val line = stdout.readLine()\n    line match {\n      case null | \"READY\" =>\n      case _ => waitUntilReady()\n    }\n  }\n\n  private[this] val thread = new Thread {\n    override def run() = {\n      waitUntilReady()\n\n      _state = Idle()\n\n      loop()\n    }\n\n    @tailrec\n    private def waitUntilReady(): Unit = {\n      val line = stdout.readLine()\n      line match {\n        case null | \"READY\" =>\n        case _ => waitUntilReady()\n      }\n    }\n\n    private def sendRequest(request: Map[String, Any]): Option[JValue] = {\n      stdin.println(write(request))\n      stdin.flush()\n\n      Option(stdout.readLine()).map { case line => parse(line) }\n    }\n\n    @tailrec\n    def loop(): Unit = {\n      (_state, _queue.take()) match {\n        case (Error(), ExecuteRequest(code, promise)) =>\n          promise.failure(new Exception(\"session has been terminated\"))\n          loop()\n\n        case (state, ExecuteRequest(code, promise)) =>\n          require(state == Idle())\n\n          _state = Busy()\n\n          sendRequest(Map(\"msg_type\" -> \"execute_request\", \"content\" -> Map(\"code\" -> code))) match {\n            case Some(rep) =>\n              assert((rep \\ \"msg_type\").extract[String] == \"execute_reply\")\n\n              val content: JValue = rep \\ \"content\"\n\n              _state = Idle()\n\n              promise.success(content)\n              loop()\n            case None =>\n              _state = Error()\n              promise.failure(new Exception(\"session has been terminated\"))\n          }\n\n        case (_, ShutdownRequest(promise)) =>\n          require(state == Idle() || state == Error())\n\n          _state = ShuttingDown()\n\n          try {\n            sendRequest(Map(\"msg_type\" -> \"shutdown_request\", \"content\" -> ())) match {\n              case Some(rep) =>\n                warn(f\"process failed to shut down while returning $rep\")\n              case None =>\n            }\n\n            \/\/ Ignore IO errors, such as if the stream is already closed.\n            try {\n              process.getInputStream.close()\n              process.getOutputStream.close()\n            } catch {\n              case _: IOException =>\n            }\n\n            try {\n              process.destroy()\n            } finally {\n              _state = Dead()\n              promise.success(())\n            }\n          }\n      }\n    }\n  }\n\n  thread.start()\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/batch\/BatchSessionManager.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.batch\n\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport scala.collection.JavaConversions._\nimport scala.concurrent.Future\n\nclass BatchManager(batchFactory: BatchSessionFactory) {\n  private[this] val _idCounter = new AtomicInteger()\n  private[this] val _batches = new ConcurrentHashMap[Int, BatchSession]\n\n  def getBatch(id: Int): Option[BatchSession] = Option(_batches.get(id))\n\n  def getBatches: Array[BatchSession] = _batches.values().iterator().toArray\n\n  def createBatch(createBatchRequest: CreateBatchRequest): BatchSession = {\n    val id = _idCounter.getAndIncrement\n    val batch = batchFactory.create(id, createBatchRequest)\n    _batches.put(id, batch)\n\n    batch\n  }\n\n  def remove(id: Int): Option[BatchSession] = {\n    Option(_batches.remove(id))\n  }\n\n  def delete(batch: BatchSession): Future[Unit] = {\n    _batches.remove(batch.id)\n    batch.stop()\n  }\n\n  def shutdown() = {\n\n  }\n}\n\ncase class CreateBatchRequest(file: String,\n                              proxyUser: Option[String] = None,\n                              args: List[String] = List(),\n                              className: Option[String] = None,\n                              jars: List[String] = List(),\n                              pyFiles: List[String] = List(),\n                              files: List[String] = List(),\n                              driverMemory: Option[String] = None,\n                              driverCores: Option[Int] = None,\n                              executorMemory: Option[String] = None,\n                              executorCores: Option[Int] = None,\n                              archives: List[String] = List())\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/interactive\/InteractiveWebSession.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.interactive\n\nimport java.net.URL\nimport java.util.concurrent.TimeUnit\n\nimport com.cloudera.hue.livy._\nimport com.cloudera.hue.livy.msgs.ExecuteRequest\nimport com.cloudera.hue.livy.sessions._\nimport dispatch._\nimport org.json4s.JsonAST.JNull\nimport org.json4s.jackson.Serialization.write\nimport org.json4s.{DefaultFormats, Formats, JValue}\n\nimport scala.annotation.tailrec\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Future, _}\n\nabstract class InteractiveWebSession(val id: Int, createInteractiveRequest: CreateInteractiveRequest) extends InteractiveSession with Logging {\n\n  protected implicit def executor: ExecutionContextExecutor = ExecutionContext.global\n  protected implicit def jsonFormats: Formats = DefaultFormats\n\n  protected[this] var _state: State = Starting()\n\n  private[this] var _lastActivity = Long.MaxValue\n  private[this] var _url: Option[URL] = None\n\n  private[this] var _executedStatements = 0\n  private[this] var _statements = IndexedSeq[Statement]()\n\n  override def kind = createInteractiveRequest.kind\n\n  override def proxyUser = createInteractiveRequest.proxyUser\n\n  override def url: Option[URL] = _url\n\n  override def url_=(url: URL) = {\n    ensureState(Starting(), {\n      _state = Idle()\n      _url = Some(url)\n    })\n  }\n\n  private def svc = {\n    val url = _url.head\n    dispatch.url(url.toString)\n  }\n\n  override def lastActivity: Long = _lastActivity\n\n  override def state: State = _state\n\n  override def executeStatement(content: ExecuteRequest): Statement = {\n    ensureIdle {\n      _state = Busy()\n      touchLastActivity()\n\n      val req = (svc \/ \"execute\").setContentType(\"application\/json\", \"UTF-8\") << write(content)\n\n      val future = Http(req OK as.json4s.Json).map { case resp: JValue =>\n        resp \\ \"result\" match {\n          case JNull =>\n            \/\/ The result isn't ready yet. Loop until it is.\n            val id = (resp \\ \"id\").extract[Int]\n            waitForStatement(id)\n          case result =>\n            transition(Idle())\n            result\n        }\n      }\n\n      val statement = new Statement(_executedStatements, content, future)\n\n      _executedStatements += 1\n      _statements = _statements :+ statement\n\n      statement\n    }\n  }\n\n  @tailrec\n  private def waitForStatement(id: Int): JValue = {\n    val req = (svc \/ \"history\" \/ id).setContentType(\"application\/json\", \"UTF-8\")\n    val resp = Await.result(Http(req OK as.json4s.Json), Duration.Inf)\n\n    resp \\ \"result\" match {\n      case JNull =>\n        Thread.sleep(1000)\n        waitForStatement(id)\n      case result =>\n        transition(Idle())\n        result\n    }\n  }\n\n  override def statements: IndexedSeq[Statement] = _statements\n\n  override def interrupt(): Future[Unit] = {\n    stop()\n  }\n\n  override def stop(): Future[Unit] = {\n    synchronized {\n      _state match {\n        case Idle() =>\n          _state = Busy()\n\n          Http(svc.DELETE OK as.String).map { case rep =>\n            synchronized {\n              _state = Dead()\n            }\n\n            Unit\n          }\n        case NotStarted() =>\n          Future {\n            waitForStateChange(NotStarted(), Duration(10, TimeUnit.SECONDS))\n            stop()\n          }\n        case Starting() =>\n          Future {\n            waitForStateChange(Starting(), Duration(10, TimeUnit.SECONDS))\n            stop()\n          }\n        case Busy() | Running() =>\n          Future {\n            waitForStateChange(Busy(), Duration(10, TimeUnit.SECONDS))\n            stop()\n          }\n        case ShuttingDown() =>\n          Future {\n            waitForStateChange(ShuttingDown(), Duration(10, TimeUnit.SECONDS))\n            stop()\n          }\n        case Error() | Dead() | Success() =>\n          Future.successful(Unit)\n      }\n    }\n  }\n\n  private def transition(state: State) = synchronized {\n    _state = state\n  }\n\n  private def touchLastActivity() = {\n    _lastActivity = System.currentTimeMillis()\n  }\n\n  private def ensureState[A](state: State, f: => A) = {\n    synchronized {\n      if (_state == state) {\n        f\n      } else {\n        throw new IllegalStateException(\"Session is in state %s\" format _state)\n      }\n    }\n  }\n\n  private def ensureIdle[A](f: => A) = {\n    ensureState(Idle(), f)\n  }\n\n  private def ensureRunning[A](f: => A) = {\n    synchronized {\n      _state match {\n        case Idle() | Busy() =>\n          f\n        case _ =>\n          throw new IllegalStateException(\"Session is in state %s\" format _state)\n      }\n    }\n  }\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/interactive\/InteractiveSessionProcess.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.interactive\n\nimport java.lang.ProcessBuilder.Redirect\nimport java.net.URL\n\nimport com.cloudera.hue.livy.spark.{SparkProcess, SparkSubmitProcessBuilder}\nimport com.cloudera.hue.livy.spark.SparkSubmitProcessBuilder.{RelativePath, AbsolutePath}\nimport com.cloudera.hue.livy.{LivyConf, Logging, Utils}\n\nimport scala.annotation.tailrec\nimport scala.concurrent.Future\nimport scala.io.Source\n\nobject InteractiveSessionProcess extends Logging {\n\n  val CONF_LIVY_REPL_JAR = \"livy.repl.jar\"\n  val CONF_LIVY_REPL_CALLBACK_URL = \"livy.repl.callback-url\"\n  val CONF_LIVY_REPL_DRIVER_CLASS_PATH = \"livy.repl.driverClassPath\"\n\n  def create(livyConf: LivyConf, id: Int, createInteractiveRequest: CreateInteractiveRequest): InteractiveSession = {\n    val process = startProcess(livyConf, id, createInteractiveRequest)\n    new InteractiveSessionProcess(id, createInteractiveRequest, process)\n  }\n\n  \/\/ Loop until we've started a process with a valid port.\n  private def startProcess(livyConf: LivyConf, id: Int, createInteractiveRequest: CreateInteractiveRequest): SparkProcess = {\n\n    val builder = new SparkSubmitProcessBuilder(livyConf)\n\n    builder.className(\"com.cloudera.hue.livy.repl.Main\")\n    createInteractiveRequest.archives.map(RelativePath).foreach(builder.archive)\n    createInteractiveRequest.driverCores.foreach(builder.driverCores)\n    createInteractiveRequest.driverMemory.foreach(builder.driverMemory)\n    createInteractiveRequest.executorCores.foreach(builder.executorCores)\n    createInteractiveRequest.executorMemory.foreach(builder.executorMemory)\n    createInteractiveRequest.files.map(RelativePath).foreach(builder.file)\n    createInteractiveRequest.jars.map(RelativePath).foreach(builder.jar)\n    createInteractiveRequest.proxyUser.foreach(builder.proxyUser)\n    createInteractiveRequest.pyFiles.map(RelativePath).foreach(builder.pyFile)\n\n    sys.env.get(\"LIVY_REPL_JAVA_OPTS\").foreach(builder.driverJavaOptions)\n    livyConf.getOption(CONF_LIVY_REPL_DRIVER_CLASS_PATH).foreach(builder.driverClassPath)\n\n    livyConf.getOption(CONF_LIVY_REPL_CALLBACK_URL).foreach { case callbackUrl =>\n      builder.env(\"LIVY_CALLBACK_URL\", f\"$callbackUrl\/sessions\/$id\/callback\")\n    }\n\n    builder.env(\"LIVY_PORT\", \"0\")\n\n    builder.redirectOutput(Redirect.PIPE)\n    builder.redirectError(Redirect.INHERIT)\n\n    builder.start(AbsolutePath(livyJar(livyConf)), List(createInteractiveRequest.kind.toString))\n  }\n\n  private def livyJar(conf: LivyConf): String = {\n    conf.getOption(CONF_LIVY_REPL_JAR).getOrElse {\n      Utils.jarOfClass(getClass).head\n    }\n  }\n}\n\nprivate class InteractiveSessionProcess(id: Int,\n                                        createInteractiveRequest: CreateInteractiveRequest,\n                                        process: SparkProcess) extends InteractiveWebSession(id, createInteractiveRequest) {\n\n  val stdoutThread = new Thread {\n    override def run() = {\n      val regex = \"\"\"Starting livy-repl on (https?:\/\/.*)\"\"\".r\n\n      val lines = process.inputIterator\n\n      \/\/ Loop until we find the ip address to talk to livy-repl.\n      @tailrec\n      def readUntilURL(): Boolean = {\n        if (lines.hasNext) {\n          val line = lines.next()\n          println(line)\n\n          line match {\n            case regex(url_) =>\n              url = new URL(url_)\n              true\n            case _ => readUntilURL()\n          }\n        } else {\n          false\n        }\n      }\n\n      if (readUntilURL()) {\n        for (line <- lines) {\n          println(line)\n        }\n      }\n    }\n  }\n\n  stdoutThread.setName(\"process session stdout reader\")\n  stdoutThread.setDaemon(true)\n  stdoutThread.start()\n\n  override def logLines() = process.inputLines\n\n  override def stop(): Future[Unit] = {\n    super.stop() andThen { case r =>\n      \/\/ Make sure the process is reaped.\n      process.waitFor()\n      stdoutThread.join()\n\n      r\n    }\n  }\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/interactive\/InteractiveSession.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.interactive\n\nimport java.net.URL\nimport java.util.concurrent.TimeoutException\n\nimport com.cloudera.hue.livy.Utils\nimport com.cloudera.hue.livy.msgs.ExecuteRequest\nimport com.cloudera.hue.livy.server.Session\nimport com.cloudera.hue.livy.sessions.{Kind, State}\n\nimport scala.concurrent._\nimport scala.concurrent.duration.Duration\n\nobject InteractiveSession {\n  class SessionFailedToStart(msg: String) extends Exception(msg)\n\n  class StatementNotFound extends Exception\n}\n\ntrait InteractiveSession extends Session {\n  def kind: Kind\n\n  def proxyUser: Option[String]\n\n  def lastActivity: Long\n\n  def logLines(): IndexedSeq[String]\n\n  def url: Option[URL]\n\n  def url_=(url: URL)\n\n  def executeStatement(content: ExecuteRequest): Statement\n\n  def statements: IndexedSeq[Statement]\n\n  def interrupt(): Future[Unit]\n\n  @throws(classOf[TimeoutException])\n  @throws(classOf[InterruptedException])\n  final def waitForStateChange(oldState: State, atMost: Duration) = {\n    Utils.waitUntil({ () => state != oldState }, atMost)\n  }\n}\n\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-core\/src\/main\/scala\/com\/cloudera\/hue\/livy\/LivyConf.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy\n\nimport java.util.concurrent.ConcurrentHashMap\n\nimport scala.collection.JavaConverters._\n\nobject LivyConf {\n  val SESSION_FACTORY_KEY = \"livy.server.session.factory\"\n  val SPARK_SUBMIT_KEY = \"livy.server.spark-submit\"\n\n  sealed trait SessionKind\n  case class Process() extends SessionKind\n  case class Yarn() extends SessionKind\n}\n\n\/**\n *\n * @param loadDefaults whether to also load values from the Java system properties\n *\/\nclass LivyConf(loadDefaults: Boolean) {\n\n  import LivyConf._\n\n  \/**\n   * Create a LivyConf that loads defaults from the system properties and the classpath.\n   * @return\n   *\/\n  def this() = this(true)\n\n  private val settings = new ConcurrentHashMap[String, String]\n\n  if (loadDefaults) {\n    for ((k, v) <- System.getProperties.asScala if k.startsWith(\"livy.\")) {\n      settings.put(k, v)\n    }\n  }\n\n  \/** Set a configuration variable *\/\n  def set(key: String, value: String): LivyConf = {\n    if (key == null) {\n      throw new NullPointerException(\"null key\")\n    }\n\n    if (value == null) {\n      throw new NullPointerException(\"null key\")\n    }\n\n    settings.put(key, value)\n    this\n  }\n\n  \/** Set if a parameter is not already configured *\/\n  def setIfMissing(key: String, value: String): LivyConf = {\n    if (!settings.contains(key)) {\n      settings.put(key, value)\n    }\n    this\n  }\n\n  \/** Get a configuration variable *\/\n  def get(key: String): String = getOption(key).getOrElse(throw new NoSuchElementException(key))\n\n  \/** Get a configuration variable *\/\n  def get(key: String, default: String): String = getOption(key).getOrElse(default)\n\n  \/** Get a parameter as an Option *\/\n  def getOption(key: String): Option[String] = Option(settings.get(key))\n\n  \/** Get a parameter as an Int *\/\n  def getInt(key: String, default: Int) = getOption(key).map(_.toInt).getOrElse(default)\n\n  \/** Return if the configuration includes this setting *\/\n  def contains(key: String): Boolean = settings.containsKey(key)\n\n  def sparkSubmit(): String = getOption(SPARK_SUBMIT_KEY).getOrElse(\"spark-submit\")\n\n  def sessionKind(): SessionKind = getOption(SESSION_FACTORY_KEY).getOrElse(\"process\") match {\n    case \"process\" => Process()\n    case \"yarn\" => Yarn()\n    case kind => throw new IllegalStateException(f\"unknown kind $kind\")\n  }\n\n  \/** Return the filesystem root. Defaults to the local filesystem. *\/\n  def filesystemRoot(): String = sessionKind() match {\n    case Process() => \"file:\/\/\"\n    case Yarn() => \"hdfs:\/\/\"\n  }\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/Main.scala","text":"\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server\n\nimport java.io.IOException\nimport java.nio.file.Path\nimport javax.servlet.ServletContext\n\nimport com.cloudera.hue.livy.server.batch.{BatchSessionProcessFactory, BatchSessionServlet, BatchManager, BatchSessionYarnFactory}\nimport com.cloudera.hue.livy.server.interactive._\nimport com.cloudera.hue.livy._\nimport org.scalatra._\nimport org.scalatra.servlet.ScalatraListener\nimport org.slf4j.LoggerFactory\n\nobject Main {\n\n  val SESSION_KIND = \"livy-server.session.kind\"\n  val PROCESS_SESSION = \"process\"\n  val YARN_SESSION = \"yarn\"\n  lazy val logger = LoggerFactory.getLogger(this.getClass)\n\n  def main(args: Array[String]): Unit = {\n    val livyConf = new LivyConf()\n    Utils.loadDefaultLivyProperties(livyConf)\n\n    val host = livyConf.get(\"livy.server.host\", \"0.0.0.0\")\n    val port = livyConf.getInt(\"livy.server.port\", 8998)\n\n    \/\/ Make sure the `spark-submit` program exists, otherwise much of livy won't work.\n    testSparkSubmit(livyConf)\n\n    val server = new WebServer(host, port)\n\n    server.context.setResourceBase(\"src\/main\/com\/cloudera\/hue\/livy\/server\")\n    server.context.setInitParameter(ScalatraListener.LifeCycleKey, classOf[ScalatraBootstrap].getCanonicalName)\n    server.context.addEventListener(new ScalatraListener)\n\n    server.start()\n\n    try {\n      System.setProperty(\"livy.server.callback-url\", f\"http:\/\/${server.host}:${server.port}\")\n    } finally {\n      server.join()\n      server.stop()\n\n      \/\/ Make sure to close all our outstanding http requests.\n      dispatch.Http.shutdown()\n    }\n  }\n\n  \/**\n   * Test that the configured `spark-submit` executable exists.\n   *\n   * @param livyConf\n   *\/\n  private def testSparkSubmit(livyConf: LivyConf) = {\n    try {\n      \/\/ Ignore the version for now.\n      val version = sparkSubmitVersion(livyConf)\n      version match {\n        case \"1.3.0\" | \"1.3.1\" =>\n          logger.info(f\"Using spark-submit version $version\")\n        case _ =>\n          logger.warn(f\"Warning, livy has not been tested with spark-submit version $version\")\n      }\n    } catch {\n      case e: IOException =>\n        System.err.println(\"Failed to run spark-submit executable: \" + e.toString)\n        System.exit(1)\n    }\n  }\n\n  \/**\n   * Return the version of the configured `spark-submit` version.\n   *\n   * @param livyConf\n   * @return the version\n   *\/\n  private def sparkSubmitVersion(livyConf: LivyConf): String = {\n    val sparkSubmit = livyConf.sparkSubmit()\n    val pb = new ProcessBuilder(sparkSubmit, \"--version\")\n    pb.redirectErrorStream(true)\n    pb.redirectInput(ProcessBuilder.Redirect.PIPE)\n\n    val process = new LineBufferedProcess(pb.start())\n    val exitCode = process.waitFor()\n    val output = process.inputIterator.mkString(\"\\n\")\n\n    if (exitCode != 1) {\n      throw new IOException(f\"spark-submit had an unexpected exit [$exitCode]:\\n$output]\")\n    }\n\n    val regex = \"\"\"version (.*)\"\"\".r.unanchored\n\n    output match {\n      case regex(version) => version\n      case _ => throw new IOException(f\"Unable to determing spark-submit version:\\n$output\")\n    }\n  }\n}\n\nclass ScalatraBootstrap extends LifeCycle with Logging {\n\n  var sessionManager: SessionManager = null\n  var batchManager: BatchManager = null\n\n  override def init(context: ServletContext): Unit = {\n    val livyConf = new LivyConf()\n\n    val sessionFactoryKind = try {\n      livyConf.sessionKind()\n    } catch {\n      case e: IllegalStateException =>\n        println(f\"Unknown session factory: $e}\")\n        sys.exit(1)\n    }\n\n    info(f\"Using $sessionFactoryKind sessions\")\n\n    val (sessionFactory, batchFactory) = sessionFactoryKind match {\n      case LivyConf.Process() =>\n        (new InteractiveSessionProcessFactory(livyConf), new BatchSessionProcessFactory(livyConf))\n      case LivyConf.Yarn() =>\n        (new InteractiveSessionYarnFactory(livyConf), new BatchSessionYarnFactory(livyConf))\n    }\n\n    sessionManager = new SessionManager(sessionFactory)\n    batchManager = new BatchManager(batchFactory)\n\n    context.mount(new InteractiveSessionServlet(sessionManager), \"\/sessions\/*\")\n    context.mount(new BatchSessionServlet(batchManager), \"\/batches\/*\")\n  }\n\n  override def destroy(context: ServletContext): Unit = {\n    if (sessionManager != null) {\n      sessionManager.shutdown()\n    }\n\n    if (batchManager != null) {\n      batchManager.shutdown()\n    }\n  }\n}\n"}
{"repo_name":"kalahbrown\/HueBigSQL","path":"apps\/spark\/java\/livy-server\/src\/main\/scala\/com\/cloudera\/hue\/livy\/server\/interactive\/InteractiveSessionManager.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to Cloudera, Inc. under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Cloudera, Inc. licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.cloudera.hue.livy.server.interactive\n\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport com.cloudera.hue.livy.Logging\nimport com.cloudera.hue.livy.sessions.Kind\n\nimport scala.collection.JavaConversions._\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, ExecutionContext, ExecutionContextExecutor, Future}\n\nobject SessionManager {\n  \/\/ Time in milliseconds; TODO: make configurable\n  val TIMEOUT = 60000\n\n  \/\/ Time in milliseconds; TODO: make configurable\n  val GC_PERIOD = 1000 * 60 * 60\n}\n\nclass SessionManager(factory: InteractiveSessionFactory) extends Logging {\n\n  private implicit def executor: ExecutionContextExecutor = ExecutionContext.global\n\n  private[this] val _idCounter = new AtomicInteger()\n  private[this] val sessions = new ConcurrentHashMap[Int, InteractiveSession]()\n\n  private val garbageCollector = new GarbageCollector(this)\n  garbageCollector.start()\n\n  def get(sessionId: Int): Option[InteractiveSession] = {\n    Option(sessions.get(sessionId))\n  }\n\n  def getSessions = {\n    sessions.values\n  }\n\n  def getSessionIds = {\n    sessions.keys\n  }\n\n  def createSession(createInteractiveRequest: CreateInteractiveRequest): Future[InteractiveSession] = {\n    val id = _idCounter.getAndIncrement\n    val session = factory.createSession(id, createInteractiveRequest)\n\n    session.map({ case(session: InteractiveSession) =>\n      info(\"created session %s\" format session.id)\n      sessions.put(session.id, session)\n      session\n    })\n  }\n\n  def shutdown(): Unit = {\n    Await.result(Future.sequence(sessions.values.map(delete)), Duration.Inf)\n    garbageCollector.shutdown()\n  }\n\n  def delete(sessionId: Int): Future[Unit] = {\n    get(sessionId) match {\n      case Some(session) => delete(session)\n      case None => Future.successful(Unit)\n    }\n  }\n\n  def delete(session: InteractiveSession): Future[Unit] = {\n    session.stop().map { case _ =>\n        sessions.remove(session.id)\n        Unit\n    }\n  }\n\n  def collectGarbage() = {\n    def expired(session: InteractiveSession): Boolean = {\n      System.currentTimeMillis() - session.lastActivity > SessionManager.TIMEOUT\n    }\n\n    sessions.values.filter(expired).foreach(delete)\n  }\n}\n\ncase class CreateInteractiveRequest(kind: Kind,\n                                    proxyUser: Option[String] = None,\n                                    jars: List[String] = List(),\n                                    pyFiles: List[String] = List(),\n                                    files: List[String] = List(),\n                                    driverMemory: Option[String] = None,\n                                    driverCores: Option[Int] = None,\n                                    executorMemory: Option[String] = None,\n                                    executorCores: Option[Int] = None,\n                                    archives: List[String] = List())\n\nclass SessionNotFound extends Exception\n\nprivate class GarbageCollector(sessionManager: SessionManager) extends Thread {\n\n  private var finished = false\n\n  override def run(): Unit = {\n    while (!finished) {\n      sessionManager.collectGarbage()\n      Thread.sleep(SessionManager.GC_PERIOD)\n    }\n  }\n\n  def shutdown(): Unit = {\n    finished = true\n  }\n}\n"}
{"repo_name":"pben78\/spark_project_kickstarter_2019_2020","path":"src\/main\/scala\/paristech\/Preprocessor.scala","text":"<filename>src\/main\/scala\/paristech\/Preprocessor.scala\npackage paristech\n\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.DataFrame\n\nimport org.apache.spark.sql.functions.udf\nimport org.apache.spark.sql.functions.datediff\nimport org.apache.spark.sql.functions.from_unixtime\nimport org.apache.spark.sql.functions.when\nimport org.apache.spark.sql.functions.concat_ws\nimport org.apache.spark.sql.functions.lower\n\n\nobject Preprocessor {\n\n  def main(args: Array[String]): Unit = {\n\n    \/\/ Des r\u00e9glages optionnels du job spark. Les r\u00e9glages par d\u00e9faut fonctionnent tr\u00e8s bien pour ce TP.\n    \/\/ On vous donne un exemple de setting quand m\u00eame\n    val conf = new SparkConf().setAll(Map(\n      \"spark.scheduler.mode\" -> \"FIFO\",\n      \"spark.speculation\" -> \"false\",\n      \"spark.reducer.maxSizeInFlight\" -> \"48m\",\n      \"spark.serializer\" -> \"org.apache.spark.serializer.KryoSerializer\",\n      \"spark.kryoserializer.buffer.max\" -> \"1g\",\n      \"spark.shuffle.file.buffer\" -> \"32k\",\n      \"spark.default.parallelism\" -> \"12\",\n      \"spark.sql.shuffle.partitions\" -> \"12\"\n    ))\n\n    \/\/ Initialisation du SparkSession qui est le point d'entr\u00e9e vers Spark SQL (donne acc\u00e8s aux dataframes, aux RDD,\n    \/\/ cr\u00e9ation de tables temporaires, etc., et donc aux m\u00e9canismes de distribution des calculs)\n    val spark = SparkSession\n      .builder\n      .config(conf)\n      .appName(\"TP Spark : Preprocessor\")\n      .getOrCreate()\n\n    import spark.implicits._\n\n    \/\/ limiter le niveau des messages\n    Logger.getLogger(\"org\").setLevel(Level.WARN)\n    Logger.getLogger(\"akka\").setLevel(Level.WARN)\n\n\n    \/*******************************************************************************\n      *\n      *       TP 2\n      *\n      *       - Charger un fichier csv dans un dataFrame\n      *       - Pre-processing: cleaning, filters, feature engineering => filter, select, drop, na.fill, join, udf, distinct, count, describe, collect\n      *       - Sauver le dataframe au format parquet\n      *\n      *       if problems with unimported modules => sbt plugins update\n      *\n      ********************************************************************************\/\n\n    \/\/ ATTENTION : mofifier les variables path et path_data  en fonction de votre environnement\n    val path = \"\/home\/benezeth\/Documents\/MSBigData\/INF729Spark\/spark_project_kickstarter_2019_2020-master\/\"\n    val path_data = path + \"data\/\"\n\n    \/\/******************************************************************************\n    \/\/ Chargement des donn\u00e9es\n    \/\/******************************************************************************\n    val df: DataFrame = spark\n      .read\n      .option(\"header\", true) \/\/ utilise la premi\u00e8re ligne du (des) fichier(s) comme header\n      .option(\"inferSchema\", \"true\") \/\/ pour inf\u00e9rer le type de chaque colonne (Int, String, etc.)\n      .csv(path_data + \"train_clean.csv\")\n\n    println(s\"Nombre de lignes : ${df.count}\")\n    println(s\"Nombre de colonnes : ${df.columns.length}\")\n\n    df.show()\n\n    df.printSchema()\n\n    val dfCasted: DataFrame = df\n      .withColumn(\"goal\", $\"goal\".cast(\"Int\"))\n      .withColumn(\"deadline\" , $\"deadline\".cast(\"Int\"))\n      .withColumn(\"state_changed_at\", $\"state_changed_at\".cast(\"Int\"))\n      .withColumn(\"created_at\", $\"created_at\".cast(\"Int\"))\n      .withColumn(\"launched_at\", $\"launched_at\".cast(\"Int\"))\n      .withColumn(\"backers_count\", $\"backers_count\".cast(\"Int\"))\n      .withColumn(\"final_status\", $\"final_status\".cast(\"Int\"))\n\n    dfCasted.printSchema()\n\n    \/\/******************************************************************************\n    \/\/ Cleaning\n    \/\/******************************************************************************\n    dfCasted\n      .select(\"goal\", \"backers_count\", \"final_status\")\n      .describe()\n      .show\n\n    dfCasted.groupBy(\"disable_communication\").count.orderBy($\"count\".desc).show(100)\n\n    dfCasted.groupBy(\"country\").count.orderBy($\"count\".desc).show(100)\n\n    dfCasted.groupBy(\"currency\").count.orderBy($\"count\".desc).show(100)\n\n    dfCasted.select(\"deadline\").dropDuplicates.show()\n\n    dfCasted.groupBy(\"state_changed_at\").count.orderBy($\"count\".desc).show(100)\n\n    dfCasted.groupBy(\"backers_count\").count.orderBy($\"count\".desc).show(100)\n\n    dfCasted.select(\"goal\", \"final_status\").show(30)\n\n    dfCasted.groupBy(\"country\", \"currency\").count.orderBy($\"count\".desc).show(50)\n\n\n    val df2: DataFrame = dfCasted.drop(\"disable_communication\")\n\n    \/\/******************************************************************************\n    \/\/ Les fuites du futur\n    \/\/******************************************************************************\n    val dfNoFutur: DataFrame = df2.drop(\"backers_count\", \"state_changed_at\")\n\n    \/\/******************************************************************************\n    \/\/ Colonnes currency et country\n    \/\/******************************************************************************\n    df.filter($\"country\" === \"False\")\n      .groupBy(\"currency\")\n      .count\n      .orderBy($\"count\".desc)\n      .show(50)\n\n    def cleanCountry(country: String, currency: String): String = {\n      if (country == \"False\")\n        currency\n      else\n        country\n    }\n\n    def cleanCurrency(currency: String): String = {\n      if (currency != null && currency.length != 3)\n        null\n      else\n        currency\n    }\n\n    val cleanCountryUdf = udf(cleanCountry _)\n    val cleanCurrencyUdf = udf(cleanCurrency _)\n\n    val dfCountry: DataFrame = dfNoFutur\n      .withColumn(\"country2\", cleanCountryUdf($\"country\", $\"currency\"))\n      .withColumn(\"currency2\", cleanCurrencyUdf($\"currency\"))\n      .drop(\"country\", \"currency\")\n\n\n    \/* ou encore, en utilisant sql.functions.when:\n    dfNoFutur\n      .withColumn(\"country2\", when($\"country\" === \"False\", $\"currency\").otherwise($\"country\"))\n      .withColumn(\"currency2\", when($\"country\".isNotNull && length($\"currency\") =!= 3, null).otherwise($\"currency\"))\n      .drop(\"country\", \"currency\")\n    *\/\n\n     \/\/******************************************************************************\n     \/\/Affichez le nombre d\u2019\u00e9l\u00e9ments de chaque classe (colonne final_status).\n     \/\/Conservez uniquement les lignes qui nous int\u00e9ressent pour le mod\u00e8le, \u00e0 savoir lorsque final_status vaut 0 (Fail) ou 1 (Success).\n    \/\/******************************************************************************\n    dfCountry.groupBy(\"final_status\").count.orderBy($\"count\".desc).show(100)\n\n    val dfCountry2: DataFrame = dfCountry\n      .filter(($\"final_status\" === 0) || ($\"final_status\" === 1))\n\n\n    \/\/******************************************************************************\n    \/\/ Ajouter et manipuler des colonnes\n    \/\/******************************************************************************\n\n    val dfCountry_mod = dfCountry2\n      .withColumn(\"days_campaign\", datediff(from_unixtime($\"deadline\"), from_unixtime($\"created_at\")))\n      .withColumn(\"hours_prepa\", (($\"launched_at\" - $\"created_at\")\/3.6).cast(\"Int\")\/1000)\n      .drop($\"launched_at\")\n      .drop($\"created_at\")\n      .drop($\"deadline\")\n      .withColumn(\"text\", concat_ws(\" \", lower($\"name\"), lower($\"desc\"), lower($\"keywords\")))\n      .withColumn(\"country2\", when($\"country2\" === null, \"unknown\").otherwise($\"country2\"))\n      .withColumn(\"currency2\", when($\"currency2\" === null, \"unknown\").otherwise($\"currency2\"))\n      .withColumn(\"days_campaign\", when($\"days_campaign\" === null, -1).otherwise($\"days_campaign\"))\n      .withColumn(\"hours_prepa\", when($\"hours_prepa\" === null, -1).otherwise($\"hours_prepa\"))\n      .withColumn(\"goal\", when($\"goal\" === null, -1).otherwise($\"goal\"))\n\n    \/\/ on ne garde que les lignes avec une date de cr\u00e9ation ant\u00e9rieure \u00e0 date de lancement\n    val dfCountry_modfiltered = dfCountry_mod.filter($\"hours_prepa\" >= 0)\n\n\n    \/\/******************************************************************************\n    \/\/ Sauvegarder un DataFrame\n    \/\/******************************************************************************\n    dfCountry_modfiltered.write.mode(\"overwrite\").parquet(path_data + \"dfCountry_modfiltered\")\n  }\n}\n"}
{"repo_name":"pben78\/spark_project_kickstarter_2019_2020","path":"src\/main\/scala\/paristech\/Trainer.scala","text":"<gh_stars>0\npackage paristech\n\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.{DataFrame, SparkSession}\nimport org.apache.spark.ml.feature.RegexTokenizer\nimport org.apache.spark.ml.feature.{CountVectorizer, IDF, StopWordsRemover}\nimport org.apache.spark.ml.feature.{OneHotEncoder, StringIndexer}\nimport org.apache.spark.ml.feature.VectorAssembler\nimport org.apache.spark.ml.classification.LogisticRegression\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\nimport org.apache.spark.ml.tuning.{ParamGridBuilder, TrainValidationSplit}\n\n\nobject Trainer {\n\n  def main(args: Array[String]): Unit = {\n\n    val conf = new SparkConf().setAll(Map(\n      \"spark.scheduler.mode\" -> \"FIFO\",\n      \"spark.speculation\" -> \"false\",\n      \"spark.reducer.maxSizeInFlight\" -> \"48m\",\n      \"spark.serializer\" -> \"org.apache.spark.serializer.KryoSerializer\",\n      \"spark.kryoserializer.buffer.max\" -> \"1g\",\n      \"spark.shuffle.file.buffer\" -> \"32k\",\n      \"spark.default.parallelism\" -> \"12\",\n      \"spark.sql.shuffle.partitions\" -> \"12\",\n      \"spark.driver.maxResultSize\" -> \"2g\"\n    ))\n\n    val spark = SparkSession\n      .builder\n      .config(conf)\n      .appName(\"TP Spark : Trainer\")\n      .getOrCreate()\n\n    import spark.implicits._\n\n    \/\/ limiter le niveau des messages\n    Logger.getLogger(\"org\").setLevel(Level.WARN)\n    Logger.getLogger(\"akka\").setLevel(Level.WARN)\n\n\n    \/*******************************************************************************\n      *\n      *       TP 3\n      *\n      *       - lire le fichier sauvegard\u00e9 pr\u00e9c\u00e9demment\n      *       - construire les Stages du pipeline, puis les assembler\n      *       - trouver les meilleurs hyperparam\u00e8tres pour l'entra\u00eenement du pipeline avec une grid-search\n      *       - Sauvegarder le pipeline entra\u00een\u00e9\n      *\n      *       if problems with unimported modules => sbt plugins update\n      *\n      ********************************************************************************\/\n\n    \/\/ ATTENTION : mofifier les variables path et path_data  en fonction de votre environnement\n    val path = \"\/home\/benezeth\/Documents\/MSBigData\/INF729Spark\/spark_project_kickstarter_2019_2020-master\/\"\n    val path_data = path + \"data\/\"\n\n\n    \/\/ Chargement du DataFrame\n    val df: DataFrame = spark.read.parquet(path_data + \"prepared_trainingset\")\n\n\n    \/*******************************************************************************\n      *\n      * Utilisation des donn\u00e9es textuelles\n      *\n      ********************************************************************************\/\n\n    \/\/ Stage 1 : r\u00e9cup\u00e9rer les mots des textes\n    val tokenizer = new RegexTokenizer()\n      .setPattern(\"\\\\W+\")\n      .setGaps(true)\n      .setInputCol(\"text\")\n      .setOutputCol(\"tokens\")\n\n    val wordsData = tokenizer.transform(df)\n\n    \/\/ Stage 2 : retirer les stop words\n    val remover = new StopWordsRemover()\n      .setInputCol(\"tokens\")\n      .setOutputCol(\"removed\")\n\n    val wordsData2 = remover.transform(wordsData)\n    wordsData2.select(\"text\", \"tokens\", \"removed\").show(5)\n\n    \/\/ Stage 3 : computer la partie TF\n    val cvModel = new CountVectorizer()\n      .setInputCol(\"removed\")\n      .setOutputCol(\"feature\")\n      .fit(wordsData2)\n\n    val wordsData3 = cvModel.transform(wordsData2)\n\n    \/\/ Stage 4 : computer la partie IDF\n    val idf = new IDF().setInputCol(\"feature\").setOutputCol(\"tfidf\")\n    val idfModel = idf.fit(wordsData3)\n\n    val wordsData4 = idfModel.transform(wordsData3)\n\n\n    \/*******************************************************************************\n      *\n      * Conversion des variables cat\u00e9gorielles en variables num\u00e9riques\n      *\n      ********************************************************************************\/\n\n    \/\/ Stage 5 : convertir country2 en quantit\u00e9s num\u00e9riques\n    val indexer = new StringIndexer()\n      .setInputCol(\"country2\")\n      .setOutputCol(\"country_indexed\")\n      .fit(wordsData4)\n    val wordsData5 = indexer.transform(wordsData4)\n\n\n    \/\/ Stage 6 : convertir currency2 en quantit\u00e9s num\u00e9riques\n    val indexer2 = new StringIndexer()\n      .setInputCol(\"currency2\")\n      .setOutputCol(\"currency_indexed\")\n      .fit(wordsData5)\n    val wordsData6 = indexer2.transform(wordsData5)\n\n    \/\/ Stages 7 et 8: One-Hot encoder ces deux cat\u00e9gories\n    val encoder = new OneHotEncoder()\n      .setInputCol(\"country_indexed\")\n      .setOutputCol(\"country_onehot\")\n\n    val wordsData7 = encoder.transform(wordsData6)\n\n    val encoder2 = new OneHotEncoder()\n      .setInputCol(\"currency_indexed\")\n      .setOutputCol(\"currency_onehot\")\n\n    val wordsData8 = encoder2.transform(wordsData7)\n\n    \/*******************************************************************************\n      *\n      * Mettre les donn\u00e9es sous une forme utilisable par Spark.ML\n      *\n      ********************************************************************************\/\n\n    \/\/ Stage 9 : assembler tous les features en un unique vecteur\n    val assembler = new VectorAssembler()\n      .setInputCols(Array(\"tfidf\", \"days_campaign\", \"hours_prepa\", \"goal\", \"country_onehot\", \"currency_onehot\"))\n      .setOutputCol(\"features\")\n\n    val wordsData9 = assembler.transform(wordsData8)\n\n    \/\/ Stage 10 : cr\u00e9er\/instancier le mod\u00e8le de classification\n    val lr = new LogisticRegression()\n      .setElasticNetParam(0.0)\n      .setFitIntercept(true)\n      .setFeaturesCol(\"features\")\n      .setLabelCol(\"final_status\")\n      .setStandardization(true)\n      .setPredictionCol(\"predictions\")\n      .setRawPredictionCol(\"raw_predictions\")\n      .setThresholds(Array(0.7, 0.3))\n      .setTol(1.0e-6)\n      .setMaxIter(20)\n\n    \/*******************************************************************************\n      *\n      * Cr\u00e9ation du Pipeline\n      *\n      ********************************************************************************\/\n    val stages = Array(tokenizer, remover, cvModel, idf, indexer, indexer2, encoder,encoder2, assembler, lr)\n    val pipeline = new Pipeline().setStages(stages)\n\n\n    \/*******************************************************************************\n      *\n      * Entra\u00eenement, test, et sauvegarde du mod\u00e8le\n      *\n      ********************************************************************************\/\n\n    \/\/ Split des donn\u00e9es en training et test sets\n    val Array(training, test) = df.randomSplit(Array(0.9, 0.1), seed = 1966)\n\n    \/\/ Entra\u00eenement du mod\u00e8le\n    val model = pipeline.fit(training)\n\n    \/\/ Test du mod\u00e8le\n    val dfWithSimplePredictions = model.transform(test)\n\n    dfWithSimplePredictions.groupBy(\"final_status\", \"predictions\").count.show()\n\n    \/\/ On instancie un evaluator\n    val evaluator = new MulticlassClassificationEvaluator()\n      .setMetricName(\"f1\")\n      .setLabelCol(\"final_status\")\n      .setPredictionCol(\"predictions\")\n\n    \/\/ Afficher le f1-score du mod\u00e8le sur les donn\u00e9es de test\n    val score=evaluator.evaluate(dfWithSimplePredictions)\n    println(\"Le f1-score est \" + score)\n\n\n    \/*******************************************************************************\n      *\n      * R\u00e9glage des hyper-param\u00e8tres (a.k.a. tuning) du mod\u00e8le\n      *\n      ********************************************************************************\/\n\n    \/\/ Grid-search\n    val paramGrid = new ParamGridBuilder()\n      .addGrid(lr.regParam, Array(10e-8, 10e-6, 10e-4, 10e-2))\n      .addGrid(cvModel.minDF, Array(55.0, 75.0, 95.0))\n      .build()\n\n\n    \/\/  Il faut instancier un TrainValidationSplit\n    val trainValidationSplit = new TrainValidationSplit()\n      .setEstimator(pipeline)\n      .setEvaluator(evaluator)\n      .setEstimatorParamMaps(paramGrid)\n      .setTrainRatio(0.7)\n\n    \/\/ On entraine le mod\u00e8le sur les points de la Grid\n    val validationModel = trainValidationSplit.fit(training)\n\n    \/\/ Test du mod\u00e8le\n    val dfWithPredictions = validationModel.transform(test)\n\n    \/\/ \/\/ Afficher le f1-score du Best mod\u00e8le sur les donn\u00e9es de test\n    val score2=evaluator.evaluate(dfWithPredictions)\n    println(\"Le f1-score est \" + score2)\n\n    dfWithPredictions.groupBy(\"final_status\",\"predictions\").count.show()\n\n    \/\/ Sauvegarder le mod\u00e8le entra\u00een\u00e9 pour pouvoir le r\u00e9utiliser plus tard\n\n    validationModel.write.overwrite().save(path + \"model\")\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n  }\n}\n"}
{"repo_name":"sirinath\/GGTrader","path":"project\/plugins.sbt","text":"logLevel := Level.Warn\n\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.0.1\" cross CrossVersion.full)\n"}
{"repo_name":"sirinath\/GGTrader","path":"project\/Build.scala","text":"<gh_stars>0\n\/*\n * Copyright (c) 2015. The Project (Project Founder, Project Owner, Project Committers, Project Developers and Project Contributors.)\n *\n * Licensed under:\n *  - the Apache License, Version 2.0 <http:\/\/www.apache.org\/licenses\/LICENSE-2.0> or\n *  - the Academic Free License, Version 3.0 <http:\/\/opensource.org\/licenses\/AFL-3.0> or\n *  - the CeCILL-B Free Software License, Version 1.0 <http:\/\/www.cecill.info\/licences\/Licence_CeCILL-B_V1-en.html>, at your option.\n * This file may not be copied, modified, or distributed except according to those terms.\n * Any contribution to the project should comply with terms in all of the above licenses.\n *\/\n\n"}
{"repo_name":"sirinath\/GGTrader","path":"build.sbt","text":"<filename>build.sbt\n\/*\n * Copyright (c) 2015. The Project (Project Founder, Project Owner, Project Committers, Project Developers and Project Contributors.)\n *\n * Licensed under:\n *  - the Apache License, Version 2.0 <http:\/\/www.apache.org\/licenses\/LICENSE-2.0> or\n *  - the Academic Free License, Version 3.0 <http:\/\/opensource.org\/licenses\/AFL-3.0> or\n *  - the CeCILL-B Free Software License, Version 1.0 <http:\/\/www.cecill.info\/licences\/Licence_CeCILL-B_V1-en.html>, at your option.\n * This file may not be copied, modified, or distributed except according to those terms.\n * Any contribution to the project should comply with terms in all of the above licenses.\n *\/\n\n\nimport sbt.Keys._\n\nname := \"GGTrader\"\n\norganization := \"com.sakrio\"\n\nversion := \"0.0.1\"\n\nscalaVersion := \"2.11.5\"\n\nautoCompilerPlugins := true\n\nresolvers ++= Seq(\n  DefaultMavenRepository,\n  Resolver.jcenterRepo,\n  Resolver.sonatypeRepo(\"releases\"),\n  Resolver.sonatypeRepo(\"snapshots\"),\n  Resolver.sonatypeRepo(\"releases\"),\n  Resolver.typesafeRepo(\"releases\"),\n  Resolver.typesafeRepo(\"snapshots\"),\n  Resolver.sbtPluginRepo(\"releases\"),\n  Resolver.sbtPluginRepo(\"snapshots\")\n)\n\nlibraryDependencies ++= Seq(\n  \"com.googlecode.scalascriptengine\" %% \"scalascriptengine\" % \"1.3.10\",\n  \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value,\n  \"org.apache.ignite\" % \"ignite-core\" % \"1.0.0-RC1\",\n  \"org.apache.ignite\" % \"ignite-scalar\" % \"1.0.0-RC1\"\n)"}
{"repo_name":"shangwen\/flink","path":"flink-table\/flink-table-planner\/src\/main\/scala\/org\/apache\/flink\/table\/planner\/StreamPlanner.scala","text":"<reponame>shangwen\/flink\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.flink.table.planner\nimport org.apache.flink.annotation.VisibleForTesting\nimport org.apache.flink.api.dag.Transformation\nimport org.apache.flink.streaming.api.datastream.DataStream\nimport org.apache.flink.streaming.api.environment.StreamExecutionEnvironment\nimport org.apache.flink.table.api._\nimport org.apache.flink.table.api.internal.SelectTableSink\nimport org.apache.flink.table.calcite._\nimport org.apache.flink.table.catalog.{CatalogManager, CatalogManagerCalciteSchema, CatalogTable, ConnectorCatalogTable, _}\nimport org.apache.flink.table.delegation.{Executor, Parser, Planner}\nimport org.apache.flink.table.executor.StreamExecutor\nimport org.apache.flink.table.explain.PlanJsonParser\nimport org.apache.flink.table.expressions.{ExpressionBridge, PlannerExpression, PlannerExpressionConverter, PlannerTypeInferenceUtilImpl}\nimport org.apache.flink.table.factories.{TableFactoryUtil, TableSinkFactoryContextImpl}\nimport org.apache.flink.table.operations.OutputConversionModifyOperation.UpdateMode\nimport org.apache.flink.table.operations._\nimport org.apache.flink.table.plan.StreamOptimizer\nimport org.apache.flink.table.plan.nodes.LogicalSink\nimport org.apache.flink.table.plan.nodes.datastream.DataStreamRel\nimport org.apache.flink.table.runtime.types.CRow\nimport org.apache.flink.table.sinks._\nimport org.apache.flink.table.types.utils.TypeConversions\nimport org.apache.flink.table.util.{DummyStreamExecutionEnvironment, JavaScalaConversionUtil}\n\nimport org.apache.calcite.jdbc.CalciteSchema\nimport org.apache.calcite.jdbc.CalciteSchemaBuilder.asRootSchema\nimport org.apache.calcite.plan.RelOptUtil\nimport org.apache.calcite.rel.RelNode\nimport org.apache.calcite.rel.logical.LogicalTableModify\n\nimport _root_.java.util\nimport _root_.java.util.Objects\nimport _root_.java.util.function.{Supplier => JSupplier}\n\nimport _root_.scala.collection.JavaConverters._\n\n\/**\n  * Implementation of [[Planner]] for legacy Flink planner. It supports only streaming use cases.\n  * (The new [[org.apache.flink.table.sources.InputFormatTableSource]] should work, but will be\n  * handled as streaming sources, and no batch specific optimizations will be applied).\n  *\n  * @param executor        instance of [[StreamExecutor]], needed to extract\n  *                        [[StreamExecutionEnvironment]] for\n  *                        [[org.apache.flink.table.sources.StreamTableSource.getDataStream]]\n  * @param config          mutable configuration passed from corresponding [[TableEnvironment]]\n  * @param functionCatalog catalog of functions\n  * @param catalogManager  manager of catalog meta objects such as tables, views, databases etc.\n  *\/\nclass StreamPlanner(\n    executor: Executor,\n    config: TableConfig,\n    functionCatalog: FunctionCatalog,\n    catalogManager: CatalogManager)\n  extends Planner {\n\n  \/\/ temporary utility until we don't use planner expressions anymore\n  functionCatalog.setPlannerTypeInferenceUtil(PlannerTypeInferenceUtilImpl.INSTANCE)\n\n  private val internalSchema: CalciteSchema =\n    asRootSchema(new CatalogManagerCalciteSchema(catalogManager, config, true))\n\n  \/\/ temporary bridge between API and planner\n  private val expressionBridge: ExpressionBridge[PlannerExpression] =\n    new ExpressionBridge[PlannerExpression](PlannerExpressionConverter.INSTANCE)\n\n  private val planningConfigurationBuilder: PlanningConfigurationBuilder =\n    new PlanningConfigurationBuilder(\n      config,\n      functionCatalog,\n      internalSchema,\n      expressionBridge)\n\n  @VisibleForTesting\n  private[flink] val optimizer: StreamOptimizer = new StreamOptimizer(\n    () => config.getPlannerConfig\n      .unwrap(classOf[CalciteConfig])\n      .orElse(CalciteConfig.DEFAULT),\n    planningConfigurationBuilder)\n\n  private val parser: Parser = new ParserImpl(\n    catalogManager,\n    \/\/ we do not cache the parser in order to use the most up to\n    \/\/ date configuration. Users might change parser configuration in TableConfig in between\n    \/\/ parsing statements\n    new JSupplier[FlinkPlannerImpl] {\n      override def get(): FlinkPlannerImpl = getFlinkPlanner\n    },\n    new JSupplier[CalciteParser] {\n      override def get(): CalciteParser = planningConfigurationBuilder.createCalciteParser()\n    }\n  )\n\n  override def getParser: Parser = parser\n\n  override def translate(\n      tableOperations: util.List[ModifyOperation]): util.List[Transformation[_]] = {\n    val planner = createDummyPlanner()\n    tableOperations.asScala.map { operation =>\n      val (ast, updatesAsRetraction) = translateToRel(operation)\n      val optimizedPlan = optimizer.optimize(ast, updatesAsRetraction, getRelBuilder)\n      val dataStream = translateToCRow(planner, optimizedPlan)\n      dataStream.getTransformation.asInstanceOf[Transformation[_]]\n    }.filter(Objects.nonNull).asJava\n  }\n\n  override def createSelectTableSink(tableSchema: TableSchema): SelectTableSink = {\n    new StreamSelectTableSink(tableSchema)\n  }\n\n  override def explain(operations: util.List[Operation], extraDetails: ExplainDetail*): String = {\n    require(operations.asScala.nonEmpty, \"operations should not be empty\")\n    val astWithUpdatesAsRetractionTuples = operations.asScala.map {\n      case queryOperation: QueryOperation =>\n        val relNode = getRelBuilder.tableOperation(queryOperation).build()\n        relNode match {\n          \/\/ SQL: explain plan for insert into xx\n          case modify: LogicalTableModify =>\n            \/\/ convert LogicalTableModify to CatalogSinkModifyOperation\n            val qualifiedName = modify.getTable.getQualifiedName\n            require(qualifiedName.size() == 3, \"the length of qualified name should be 3.\")\n            val modifyOperation = new CatalogSinkModifyOperation(\n              ObjectIdentifier.of(qualifiedName.get(0), qualifiedName.get(1), qualifiedName.get(2)),\n              new PlannerQueryOperation(modify.getInput)\n            )\n            translateToRel(modifyOperation)\n          case _ =>\n            (relNode, false)\n        }\n      case modifyOperation: ModifyOperation =>\n        translateToRel(modifyOperation)\n      case o => throw new TableException(s\"Unsupported operation: ${o.getClass.getCanonicalName}\")\n    }\n\n    val optimizedNodes = astWithUpdatesAsRetractionTuples.map {\n      case (ast, updatesAsRetraction) =>\n        optimizer.optimize(ast, updatesAsRetraction, getRelBuilder)\n    }\n\n    val planner = createDummyPlanner()\n    val dataStreams = optimizedNodes.map(p => translateToCRow(planner, p))\n\n    val astPlan = astWithUpdatesAsRetractionTuples.map {\n      p => RelOptUtil.toString(p._1)\n    }.mkString(System.lineSeparator)\n    val optimizedPlan = optimizedNodes.map(RelOptUtil.toString).mkString(System.lineSeparator)\n\n    val env = dataStreams.head.getExecutionEnvironment\n    val jsonSqlPlan = env.getExecutionPlan\n    val sqlPlan = PlanJsonParser.getSqlExecutionPlan(jsonSqlPlan, false)\n\n    s\"== Abstract Syntax Tree ==\" +\n      System.lineSeparator +\n      s\"$astPlan\" +\n      System.lineSeparator +\n      s\"== Optimized Logical Plan ==\" +\n      System.lineSeparator +\n      s\"$optimizedPlan\" +\n      System.lineSeparator +\n      s\"== Physical Execution Plan ==\" +\n      System.lineSeparator +\n      s\"$sqlPlan\"\n  }\n\n  override def getCompletionHints(\n      statement: String,\n      position: Int)\n    : Array[String] = {\n    val planner = getFlinkPlanner\n    planner.getCompletionHints(statement, position)\n  }\n\n  private def translateToRel(modifyOperation: ModifyOperation): (RelNode, Boolean) = {\n    modifyOperation match {\n      case s: UnregisteredSinkModifyOperation[_] =>\n        writeToSink(s.getChild, s.getSink, \"UnregisteredSink\")\n\n      case catalogSink: CatalogSinkModifyOperation =>\n        getTableSink(catalogSink.getTableIdentifier)\n          .map(sink => {\n            TableSinkUtils.validateSink(\n              catalogSink.getStaticPartitions,\n              catalogSink.getChild,\n              catalogSink.getTableIdentifier,\n              sink)\n            \/\/ set static partitions if it is a partitioned sink\n            sink match {\n              case partitionableSink: PartitionableTableSink =>\n                partitionableSink.setStaticPartition(catalogSink.getStaticPartitions)\n              case _ =>\n            }\n            \/\/ set whether to overwrite if it's an OverwritableTableSink\n            sink match {\n              case overwritableTableSink: OverwritableTableSink =>\n                overwritableTableSink.setOverwrite(catalogSink.isOverwrite)\n              case _ =>\n                assert(!catalogSink.isOverwrite, \"INSERT OVERWRITE requires \" +\n                  s\"${classOf[OverwritableTableSink].getSimpleName} but actually got \" +\n                  sink.getClass.getName)\n            }\n            writeToSink(\n              catalogSink.getChild,\n              sink,\n              catalogSink.getTableIdentifier.asSummaryString())\n          }) match {\n          case Some(t) => t\n          case None =>\n            throw new TableException(s\"Sink ${catalogSink.getTableIdentifier} does not exists\")\n        }\n\n      case outputConversion: OutputConversionModifyOperation =>\n        val (isRetract, withChangeFlag) = outputConversion.getUpdateMode match {\n          case UpdateMode.RETRACT => (true, true)\n          case UpdateMode.APPEND => (false, false)\n          case UpdateMode.UPSERT => (false, true)\n        }\n\n        val tableSink = new DataStreamTableSink(\n          outputConversion.getChild.getTableSchema,\n          TypeConversions.fromDataTypeToLegacyInfo(outputConversion.getType),\n          withChangeFlag)\n        val input = getRelBuilder.tableOperation(modifyOperation.getChild).build()\n        val sink = LogicalSink.create(input, tableSink, \"DataStreamTableSink\")\n        (sink, isRetract)\n\n      case _ =>\n        throw new TableException(s\"Unsupported ModifyOperation: $modifyOperation\")\n    }\n  }\n\n  private def getFlinkPlanner: FlinkPlannerImpl = {\n    val currentCatalogName = catalogManager.getCurrentCatalog\n    val currentDatabase = catalogManager.getCurrentDatabase\n\n    planningConfigurationBuilder.createFlinkPlanner(currentCatalogName, currentDatabase)\n  }\n\n  private[flink] def getRelBuilder: FlinkRelBuilder = {\n    val currentCatalogName = catalogManager.getCurrentCatalog\n    val currentDatabase = catalogManager.getCurrentDatabase\n\n    planningConfigurationBuilder.createRelBuilder(currentCatalogName, currentDatabase)\n  }\n\n  private[flink] def getConfig: TableConfig = config\n\n  private[flink] def getExecutionEnvironment: StreamExecutionEnvironment =\n    executor.asInstanceOf[StreamExecutor].getExecutionEnvironment\n\n  private def translateToCRow(planner: StreamPlanner, logicalPlan: RelNode): DataStream[CRow] = {\n    logicalPlan match {\n      case node: DataStreamRel =>\n        getExecutionEnvironment.configure(\n          config.getConfiguration,\n          Thread.currentThread().getContextClassLoader)\n        node.translateToPlan(planner)\n      case _ =>\n        throw new TableException(\"Cannot generate DataStream due to an invalid logical plan. \" +\n          \"This is a bug and should not happen. Please file an issue.\")\n    }\n  }\n\n  private def writeToSink[T](\n      tableOperation: QueryOperation,\n      sink: TableSink[T],\n      sinkName: String): (RelNode, Boolean) = {\n\n    val updatesAsRetraction = sink match {\n      case retractSink: RetractStreamTableSink[T] =>\n        retractSink match {\n          case _: PartitionableTableSink =>\n            throw new TableException(\"Partitionable sink in retract stream mode \" +\n              \"is not supported yet!\")\n          case _ => \/\/ do nothing\n        }\n        true\n\n      case upsertSink: UpsertStreamTableSink[T] =>\n        upsertSink match {\n          case _: PartitionableTableSink =>\n            throw new TableException(\"Partitionable sink in upsert stream mode \" +\n              \"is not supported yet!\")\n          case _ => \/\/ do nothing\n        }\n        false\n\n      case _: AppendStreamTableSink[T] =>\n        false\n\n      case _ =>\n        throw new ValidationException(\"Stream Tables can only be emitted by AppendStreamTableSink, \"\n          + \"RetractStreamTableSink, or UpsertStreamTableSink.\")\n    }\n\n    val input = getRelBuilder.tableOperation(tableOperation).build()\n    (LogicalSink.create(input, sink, sinkName), updatesAsRetraction)\n  }\n\n  private def getTableSink(objectIdentifier: ObjectIdentifier): Option[TableSink[_]] = {\n    JavaScalaConversionUtil.toScala(catalogManager.getTable(objectIdentifier))\n      .map(_.getTable) match {\n      case Some(s) if s.isInstanceOf[ConnectorCatalogTable[_, _]] =>\n        JavaScalaConversionUtil.toScala(s.asInstanceOf[ConnectorCatalogTable[_, _]].getTableSink)\n\n      case Some(s) if s.isInstanceOf[CatalogTable] =>\n        val catalog = catalogManager.getCatalog(objectIdentifier.getCatalogName)\n        val catalogTable = s.asInstanceOf[CatalogTable]\n        val context = new TableSinkFactoryContextImpl(\n          objectIdentifier, catalogTable, config.getConfiguration, false)\n        if (catalog.isPresent && catalog.get().getTableFactory.isPresent) {\n          val sink = TableFactoryUtil.createTableSinkForCatalogTable(catalog.get(), context)\n          if (sink.isPresent) {\n            return Option(sink.get())\n          }\n        }\n        Option(TableFactoryUtil.findAndCreateTableSink(context))\n\n      case _ => None\n    }\n  }\n\n  private def createDummyPlanner(): StreamPlanner = {\n    val dummyExecEnv = new DummyStreamExecutionEnvironment(getExecutionEnvironment)\n    val executor = new StreamExecutor(dummyExecEnv)\n    new StreamPlanner(executor, config, functionCatalog, catalogManager)\n  }\n}\n"}
{"repo_name":"shangwen\/flink","path":"flink-table\/flink-table-planner-blink\/src\/main\/scala\/org\/apache\/flink\/table\/planner\/plan\/rules\/physical\/stream\/StreamExecLegacySinkRule.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.flink.table.planner.plan.rules.physical.stream\n\nimport org.apache.flink.table.api.TableException\nimport org.apache.flink.table.filesystem.FileSystemTableFactory\nimport org.apache.flink.table.planner.plan.`trait`.FlinkRelDistribution\nimport org.apache.flink.table.planner.plan.nodes.FlinkConventions\nimport org.apache.flink.table.planner.plan.nodes.logical.FlinkLogicalLegacySink\nimport org.apache.flink.table.planner.plan.nodes.physical.stream.StreamExecLegacySink\nimport org.apache.flink.table.sinks.PartitionableTableSink\n\nimport org.apache.calcite.plan.RelOptRule\nimport org.apache.calcite.rel.RelNode\nimport org.apache.calcite.rel.convert.ConverterRule\n\nimport scala.collection.JavaConversions._\n\nclass StreamExecLegacySinkRule extends ConverterRule(\n    classOf[FlinkLogicalLegacySink],\n    FlinkConventions.LOGICAL,\n    FlinkConventions.STREAM_PHYSICAL,\n    \"StreamExecLegacySinkRule\") {\n\n  def convert(rel: RelNode): RelNode = {\n    val sinkNode = rel.asInstanceOf[FlinkLogicalLegacySink]\n    val newTrait = rel.getTraitSet.replace(FlinkConventions.STREAM_PHYSICAL)\n    var requiredTraitSet = sinkNode.getInput.getTraitSet.replace(FlinkConventions.STREAM_PHYSICAL)\n    if (sinkNode.catalogTable != null && sinkNode.catalogTable.isPartitioned) {\n      sinkNode.sink match {\n        case partitionSink: PartitionableTableSink =>\n          partitionSink.setStaticPartition(sinkNode.staticPartitions)\n          val dynamicPartFields = sinkNode.catalogTable.getPartitionKeys\n              .filter(!sinkNode.staticPartitions.contains(_))\n\n          if (dynamicPartFields.nonEmpty) {\n            val dynamicPartIndices =\n              dynamicPartFields.map(partitionSink.getTableSchema.getFieldNames.indexOf(_))\n\n            val shuffleEnable = sinkNode\n                .catalogTable\n                .getProperties\n                .get(FileSystemTableFactory.SINK_SHUFFLE_BY_PARTITION.key())\n\n            if (shuffleEnable != null && shuffleEnable.toBoolean) {\n              requiredTraitSet = requiredTraitSet.plus(\n                FlinkRelDistribution.hash(dynamicPartIndices\n                    .map(Integer.valueOf), requireStrict = false))\n            }\n\n            if (partitionSink.configurePartitionGrouping(false)) {\n              throw new TableException(\"Partition grouping in stream mode is not supported yet!\")\n            }\n          }\n        case _ => throw new TableException(\"We need PartitionableTableSink to write data to\" +\n            s\" partitioned table: ${sinkNode.sinkName}\")\n      }\n    }\n\n    val newInput = RelOptRule.convert(sinkNode.getInput, requiredTraitSet)\n\n    new StreamExecLegacySink(\n      rel.getCluster,\n      newTrait,\n      newInput,\n      sinkNode.sink,\n      sinkNode.sinkName)\n  }\n}\n\nobject StreamExecLegacySinkRule {\n\n  val INSTANCE: RelOptRule = new StreamExecLegacySinkRule\n\n}\n"}
{"repo_name":"shangwen\/flink","path":"flink-table\/flink-table-planner-blink\/src\/test\/scala\/org\/apache\/flink\/table\/planner\/runtime\/batch\/sql\/join\/ScalarQueryITCase.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.flink.table.planner.runtime.batch.sql.join\n\nimport org.apache.flink.table.api.TableException\nimport org.apache.flink.table.planner.runtime.utils.BatchTestBase\nimport org.apache.flink.table.planner.runtime.utils.BatchTestBase.row\nimport org.apache.flink.table.planner.runtime.utils.TestData._\n\nimport org.junit.{Before, Test}\n\nimport scala.collection.Seq\n\nclass ScalarQueryITCase extends BatchTestBase {\n\n  lazy val l = Seq(\n    row(1, 2.0),\n    row(1, 2.0),\n    row(2, 1.0),\n    row(2, 1.0),\n    row(3, 3.0),\n    row(null, null),\n    row(null, 5.0),\n    row(6, null)\n  )\n\n  lazy val r = Seq(\n    row(2, 3.0),\n    row(2, 3.0),\n    row(3, 2.0),\n    row(4, 1.0),\n    row(null, null),\n    row(null, 5.0),\n    row(6, null)\n  )\n\n  @Before\n  override def before(): Unit = {\n    super.before()\n    registerCollection(\"l\", l, INT_DOUBLE, \"a, b\")\n    registerCollection(\"r\", r, INT_DOUBLE, \"c, d\")\n  }\n\n  @Test\n  def testScalarSubQuery(): Unit = {\n    checkResult(\n      \"SELECT * FROM l WHERE a = (SELECT c FROM r where c = 3)\",\n      Seq(row(3, 3.0)))\n  }\n\n  @Test(expected = classOf[TableException])\n  def testScalarSubQueryException(): Unit = {\n    checkResult(\n      \"SELECT * FROM l WHERE a = (SELECT c FROM r)\",\n      Seq(row(3, 3.0)))\n  }\n}\n\n"}
{"repo_name":"arulajmani\/delta","path":"src\/main\/scala\/io\/delta\/execution\/DeltaTableOperations.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 Databricks, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage io.delta.execution\n\nimport scala.collection.JavaConverters._\nimport scala.collection.Map\n\nimport org.apache.spark.sql.delta.PreprocessTableUpdate\nimport org.apache.spark.sql.delta.DeltaErrors\nimport org.apache.spark.sql.delta.commands.DeleteCommand\nimport org.apache.spark.sql.delta.util.AnalysisHelper\nimport io.delta.{DeltaMergeBuilder, DeltaTable}\n\nimport org.apache.spark.sql.{functions, Column, DataFrame, SparkSession}\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, Expression, SubqueryExpression}\nimport org.apache.spark.sql.catalyst.plans.logical._\n\n\/**\n * Interface to provide operations that can be performed on a Delta Table.\n *    Delete: delete data from table with optional condition.\n *    Update: update data from table with optional condition and set columns rules.\n *    MergeInto:\n *\/\ntrait DeltaTableOperations extends AnalysisHelper { self: DeltaTable =>\n\n  protected def executeDelete(condition: Option[Expression]): Unit = {\n    val delete = Delete(self.toDF.queryExecution.analyzed, condition)\n\n    \/\/ current DELETE does not support subquery,\n    \/\/ and the reason why perform checking here is that\n    \/\/ we want to have more meaningful exception messages,\n    \/\/ instead of having some random msg generated by executePlan().\n    subqueryNotSupportedCheck(condition, \"DELETE\")\n\n    val qe = sparkSession.sessionState.executePlan(delete)\n    val resolvedDelete = qe.analyzed.asInstanceOf[Delete]\n    val deleteCommand = DeleteCommand(resolvedDelete)\n    deleteCommand.run(sparkSession)\n  }\n\n  \/**\n   * Update data from the table, which performs the rules defined by `set`.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def update(set: Map[String, Column]): Unit = {\n    executeUpdate(set, None)\n  }\n\n  \/**\n   * Update data from the table, which performs the rules defined by `set`.\n   * Java friendly API.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def update(set: java.util.Map[String, Column]): Unit = {\n    executeUpdate(set.asScala, None)\n  }\n\n  \/**\n   * Update data from the table on the rows that match the given `condition`,\n   * which performs the rules defined by `set`.\n   * @param condition update operations will be performed if rows hold true for this condition.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def update(condition: Column, set: Map[String, Column]): Unit = {\n    executeUpdate(set, Some(condition))\n  }\n\n  \/**\n   * Update data from the table on the rows that match the given `condition`,\n   * which performs the rules defined by `set`.\n   * Java friendly API.\n   * @param condition update operations will be performed if rows hold true for this condition.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def update(condition: Column, set: java.util.Map[String, Column]): Unit = {\n    executeUpdate(set.asScala, Some(condition))\n  }\n\n  \/**\n   * Update data from the table, which performs the rules defined by `set`.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def updateExpr(set: Map[String, String]): Unit = {\n    executeUpdate(toStrColumnMap(set), None)\n  }\n\n  \/**\n   * Update data from the table, which performs the rules defined by `set`.\n   * Java friendly API.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def updateExpr(set: java.util.Map[String, String]): Unit = {\n    executeUpdate(toStrColumnMap(set.asScala), None)\n  }\n\n  \/**\n   * Update data from the table on the rows that match the given `condition`,\n   * which performs the rules defined by `set`.\n   * @param condition update operations will be performed if rows hold true for this condition.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def updateExpr(condition: String, set: Map[String, String]): Unit = {\n    executeUpdate(toStrColumnMap(set), Some(functions.expr(condition)))\n  }\n\n  \/**\n   * Update data from the table on the rows that match the given `condition`,\n   * which performs the rules defined by `set`.\n   * Java friendly API.\n   * @param condition update operations will be performed if rows hold true for this condition.\n   * @param set specifies the rules for how to update a row.\n   *\/\n  def updateExpr(condition: String, set: java.util.Map[String, String]): Unit = {\n    executeUpdate(toStrColumnMap(set.asScala), Some(functions.expr(condition)))\n  }\n\n  protected def toStrColumnMap(map: Map[String, String]): Map[String, Column] = {\n    map.toSeq.map { case (k, v) => k -> functions.expr(v) }.toMap\n  }\n\n  protected def makeUpdateTable(\n      target: DeltaTable,\n      onCondition: Option[Column],\n      setColumns: Seq[(String, Column)]): UpdateTable = {\n    val updateColumns = setColumns.map { x => UnresolvedAttribute.quotedString(x._1) }\n    val updateExpressions = setColumns.map{ x => x._2.expr }\n    val condition = onCondition.map {_.expr}\n    UpdateTable(\n      target.toDF.queryExecution.analyzed, updateColumns, updateExpressions, condition)\n  }\n\n  protected def executeUpdate(\n      set: Map[String, Column],\n      condition: Option[Column]): Unit = {\n    val setColumns = set.map{ case (col, expr) => (col, expr) }.toSeq\n\n    \/\/ Current UPDATE does not support subquery,\n    \/\/ and the reason why perform checking here is that\n    \/\/ we want to have more meaningful exception messages,\n    \/\/ instead of having some random msg generated by executePlan().\n    subqueryNotSupportedCheck(condition.map {_.expr}, \"UPDATE\")\n\n    val update = makeUpdateTable(self, condition, setColumns)\n    val resolvedUpdate =\n      UpdateTable.resolveReferences(update, tryResolveReferences(sparkSession)(_, update))\n    val updateCommand = PreprocessTableUpdate(sparkSession.sessionState.conf)(resolvedUpdate)\n    updateCommand.run(sparkSession)\n  }\n\n  private def subqueryNotSupportedCheck(condition: Option[Expression], op: String): Unit = {\n    condition match {\n      case Some(cond) if SubqueryExpression.hasSubquery(cond) =>\n        throw DeltaErrors.subqueryNotSupportedException(op, cond)\n      case _ =>\n    }\n  }\n\n  protected lazy val sparkSession: SparkSession = self.toDF.sparkSession\n}\n"}
{"repo_name":"arulajmani\/delta","path":"src\/main\/scala\/io\/delta\/DeltaMergeBuilder.scala","text":"\/*\n * Copyright 2019 Databricks, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage io.delta\n\nimport scala.collection.JavaConverters._\nimport scala.collection.Map\n\nimport org.apache.spark.sql.delta.PreprocessTableMerge\nimport org.apache.spark.sql.delta.DeltaErrors\nimport org.apache.spark.sql.delta.util.AnalysisHelper\n\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.plans.logical.{AnalysisHelper => _, _}\nimport org.apache.spark.sql.functions.expr\n\ncase class DeltaMergeBuilder private[delta](\n    private val targetTable: DeltaTable,\n    private val source: DataFrame,\n    private val onCondition: Column,\n    private[delta] val whenClauses: Seq[MergeIntoClause]) extends AnalysisHelper {\n\n  def whenMatched(): DeltaMergeMatchedActionBuilder = {\n    DeltaMergeMatchedActionBuilder(this, None)\n  }\n\n  def whenMatched(condition: String): DeltaMergeMatchedActionBuilder = {\n    whenMatched(expr(condition))\n  }\n\n  def whenMatched(condition: Column): DeltaMergeMatchedActionBuilder = {\n    DeltaMergeMatchedActionBuilder(this, Some(condition))\n  }\n\n  def whenNotMatched(): DeltaMergeNotMatchedActionBuilder = {\n    DeltaMergeNotMatchedActionBuilder(this, None)\n  }\n\n  def whenNotMatched(condition: String): DeltaMergeNotMatchedActionBuilder = {\n    whenNotMatched(expr(condition))\n  }\n\n  def whenNotMatched(condition: Column): DeltaMergeNotMatchedActionBuilder = {\n    DeltaMergeNotMatchedActionBuilder(this, Some(condition))\n  }\n\n  def execute(): Unit = {\n    val sparkSession = targetTable.toDF.sparkSession\n    val resolvedMergeInto =\n      MergeInto.resolveReferences(mergePlan)(tryResolveReferences(sparkSession) _)\n    if (!resolvedMergeInto.resolved) {\n      throw DeltaErrors.analysisException(\"Failed to resolve\\n\", Some(resolvedMergeInto))\n    }\n    \/\/ Preprocess the actions and verify\n    val mergeIntoCommand = PreprocessTableMerge(sparkSession.sessionState.conf)(resolvedMergeInto)\n    sparkSession.sessionState.analyzer.checkAnalysis(mergeIntoCommand)\n    mergeIntoCommand.run(sparkSession)\n  }\n\n  private def mergePlan: MergeInto = {\n    MergeInto(\n      targetTable.toDF.queryExecution.analyzed,\n      source.queryExecution.analyzed,\n      onCondition.expr,\n      whenClauses)\n  }\n}\n\ncase class DeltaMergeMatchedActionBuilder private[delta](\n    private val mergeBuilder: DeltaMergeBuilder,\n    private val matchCondition: Option[Column]) {\n\n  def update(set: Map[String, Column]): DeltaMergeBuilder = {\n    addUpdateClause(set)\n  }\n\n  def updateExpr(set: Map[String, String]): DeltaMergeBuilder = {\n    addUpdateClause(toStrColumnMap(set))\n  }\n\n  def update(set: java.util.Map[String, Column]): DeltaMergeBuilder = {\n    addUpdateClause(set.asScala)\n  }\n\n  def updateExpr(set: java.util.Map[String, String]): DeltaMergeBuilder = {\n    addUpdateClause(toStrColumnMap(set.asScala))\n  }\n\n  def updateAll(): DeltaMergeBuilder = {\n    val updateClause = MergeIntoUpdateClause(\n      matchCondition.map(_.expr),\n      MergeIntoClause.toActions(Nil, Nil))\n    mergeBuilder.copy(whenClauses = mergeBuilder.whenClauses :+ updateClause)\n  }\n\n  def delete(): DeltaMergeBuilder = {\n    val deleteClause = MergeIntoDeleteClause(matchCondition.map(_.expr))\n    mergeBuilder.copy(whenClauses = mergeBuilder.whenClauses :+ deleteClause)\n  }\n\n  private def addUpdateClause(set: Map[String, Column]): DeltaMergeBuilder = {\n    if (set.isEmpty && matchCondition.isEmpty) {\n      \/\/ Nothing to update = no need to add an update clause\n      mergeBuilder\n    } else {\n      val setActions = set.toSeq\n      val updateActions = MergeIntoClause.toActions(\n        colNames = setActions.map(x => UnresolvedAttribute.quotedString(x._1)),\n        exprs = setActions.map(x => x._2.expr),\n        isEmptySeqEqualToStar = false)\n      val updateClause = MergeIntoUpdateClause(matchCondition.map(_.expr), updateActions)\n      mergeBuilder.copy(whenClauses = mergeBuilder.whenClauses :+ updateClause)\n    }\n  }\n\n  private def toStrColumnMap(map: Map[String, String]): Map[String, Column] = {\n    map.toSeq.map { case (k, v) => k -> functions.expr(v) }.toMap\n  }\n}\n\ncase class DeltaMergeNotMatchedActionBuilder private[delta](\n    private val mergeBuilder: DeltaMergeBuilder,\n    private val matchCondition: Option[Column]) {\n\n  def insert(values: Map[String, Column]): DeltaMergeBuilder = {\n    addInsertClause(values)\n  }\n\n  def insertExpr(values: Map[String, String]): DeltaMergeBuilder = {\n    addInsertClause(toStrColumnMap(values))\n  }\n\n  def insert(values: java.util.Map[String, Column]): DeltaMergeBuilder = {\n    addInsertClause(values.asScala)\n  }\n\n  def insertExpr(values: java.util.Map[String, String]): DeltaMergeBuilder = {\n    addInsertClause(toStrColumnMap(values.asScala))\n  }\n\n  def insertAll(): DeltaMergeBuilder = {\n    val insertClause = MergeIntoInsertClause(\n      matchCondition.map(_.expr),\n      MergeIntoClause.toActions(Nil, Nil))\n    mergeBuilder.copy(whenClauses = mergeBuilder.whenClauses :+ insertClause)\n  }\n\n  private def addInsertClause(setValues: Map[String, Column]): DeltaMergeBuilder = {\n    val values = setValues.toSeq\n    val insertActions = MergeIntoClause.toActions(\n      colNames = values.map(x => UnresolvedAttribute.quotedString(x._1)),\n      exprs = values.map(x => x._2.expr),\n      isEmptySeqEqualToStar = false)\n    val insertClause = MergeIntoInsertClause(matchCondition.map(_.expr), insertActions)\n    mergeBuilder.copy(whenClauses = mergeBuilder.whenClauses :+ insertClause)\n  }\n\n  private def toStrColumnMap(map: Map[String, String]): Map[String, Column] = {\n    map.toSeq.map { case (k, v) => k -> functions.expr(v) }.toMap\n  }\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/WriterTut.scala","text":"package io.hnfmr.chapter4\n\nimport scala.concurrent._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nimport cats.data.Writer\nimport cats.instances.vector._\nimport cats.syntax.writer._\nimport cats.syntax.applicative._\n\nobject WriterTut extends App {\n\n  def slowly[A](body: => A) =\n    try body finally Thread.sleep(100)\n\n  type Logged[A] = Writer[Vector[String], A]\n  def factorial(n: Int): Logged[Int] =\n    for {\n      ans <- slowly ( if (n == 0) 1.pure[Logged] else factorial( n - 1 ).map(_ * n) )\n      _ <- Vector(s\"fact $n $ans\").tell\n    } yield ans\n\n\n  val Vector( (la, a), (lb, b) ) =\n    Await.result(Future.sequence(Vector(\n      Future(factorial(3).run),\n      Future(factorial(3).run)\n    )), 5.seconds)\n\n  println(s\"($la, $a), ($lb, $b)\")\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter1\/PrintableTut.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter1\n\nobject PrintableTut extends App {\n\n  \/\/ the type class: a generic trait\n  trait Printable[A] {\n    def format(a: A): String\n  }\n\n  \/\/ instances for each type we care about\n  object PrintableInstances {\n    implicit val intPrintable = new Printable[Int] {\n      def format(a: Int): String = {\n        a.toString\n      }\n    }\n\n    implicit val stringPrintable = new Printable[String] {\n      def format(a: String): String = a\n    }\n\n    implicit val catPrintable = new Printable[Cat] {\n      def format(cat: Cat): String = s\"${cat.name} is a ${cat.age} year-old ${cat.color} cat.\"\n    }\n  }\n\n  \/\/ one or more generic interface methods\n  \/\/ method 1: interface object\n  object Printable {\n    def format[A](a: A)(implicit p: Printable[A]): String = p.format(a)\n    def print[A](a: A)(implicit p: Printable[A]): Unit = println(p.format(a))\n  }\n\n  final case class Cat ( name: String, age: Int, color: String )\n\n  val cat = Cat(\"Dudu\", 1, \"Lilac\")\n\n  import PrintableInstances._\n  Printable.print(cat)\n\n  \/\/ method 2: interface syntax (the most common way: implicit classes)\n  object PrintableSyntax {\n    implicit class PrintOps[A](value: A) {\n      def format(implicit p: Printable[A]): String = p.format(value)\n      def print(implicit p: Printable[A]): Unit = println(format)\n    }\n  }\n\n  import PrintableSyntax._\n  cat.print\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter5\/MTUsagePattern.scala","text":"<filename>src\/main\/scala\/io\/hnfmr\/chapter5\/MTUsagePattern.scala\npackage io.hnfmr.chapter5\n\nimport cats.data.Writer\n\nobject MTUsagePattern extends App {\n\n  type Logged[A] = Writer[List[String], A]\n\n  def parseNumber(str: String): Logged[Option[Int]] =\n    util.Try(str.toInt).toOption match {\n      case Some(num) => Writer(List(s\"Read $str\"), Some(num))\n      case None => Writer(List(s\"Failed on $str\"), None)\n    }\n\n  def addNumbers(\n                  a: String\n                , b: String\n                , c: String\n                ): Logged[Option[Int]] = {\n    import cats.data.OptionT\n    import cats.instances.list._\n\n    val result = for {\n      a <- OptionT(parseNumber(a))\n      b <- OptionT(parseNumber(b))\n      c <- OptionT(parseNumber(c))\n    } yield a + b + c\n\n    result.value\n  }\n\n\n  val result1 = addNumbers(\"1\", \"2\", \"3\")\n  val result2 = addNumbers(\"1\", \"a\", \"3\")\n\n  println(result1)\n  println(result2)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter11\/GCounter.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter11\n\nimport cats.Monoid\nimport cats.instances.list._\nimport cats.instances.map._\nimport cats.syntax.semigroup._\nimport cats.syntax.foldable._\n\nfinal case class GCounter[A](counters: Map[String, A]) {\n  def increment(machine: String, amount: A)(implicit m: Monoid[A]): GCounter[A] =\n    GCounter(counters + (machine -> (amount |+| counters.getOrElse(machine, Monoid.empty[A]))))\n\n  def total(implicit m: Monoid[A]): A = this.counters.values.toList.combineAll\n\n  def merge(that: GCounter[A])(implicit b: BoundedSemiLattice[A]): GCounter[A] =\n    GCounter(this.counters |+| that.counters)\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/free\/Tutorial.scala","text":"package io.hnfmr.free\n\nimport cats.free.Free\nimport cats.free.Free.liftF\n\nimport cats.{Id, ~>, InjectK}\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\nimport cats.data.State\nimport cats.data.EitherK\n\nimport scala.language.higherKinds\n\nobject Tutorial extends App {\n\n  sealed trait KVStoreAlg[A]\n  case class Put[T](key: String, value: T) extends KVStoreAlg[Unit]\n  case class Get[T](key: String) extends KVStoreAlg[Option[T]]\n  case class Delete(key: String) extends KVStoreAlg[Unit]\n\n  type KVStore[A] = Free[KVStoreAlg, A]\n\n  def put[T](key: String, value: T): KVStore[Unit] =\n    liftF[KVStoreAlg, Unit](Put[T](key, value))\n\n  def get[T](key: String): KVStore[Option[T]] =\n    liftF[KVStoreAlg, Option[T]](Get[T](key))\n\n  def delete(key: String): KVStore[Unit] =\n    liftF(Delete(key))\n\n  def update[T](key: String, f: T => T): KVStore[Unit] =\n    for {\n      vMaybe <- get[T](key)\n      _ <- vMaybe.map(v => put[T](key, f(v))).getOrElse(Free.pure(()))\n    } yield ()\n\n  \/\/ Impure Compiler\n  def impureCompiler: KVStoreAlg ~> Id =\n    new (KVStoreAlg ~> Id) {\n      \/\/ a very simple and (imprecise) key-value store\n      val kvs = mutable.Map.empty[String, Any]\n\n      def apply[A](fa: KVStoreAlg[A]): Id[A] =\n        fa match {\n          case Put(key, value) =>\n            println(s\"put($key, $value)\")\n            kvs(key) = value\n            ()\n          case Get(key) =>\n            println(s\"get($key)\")\n            kvs.get(key).map(_.asInstanceOf[A])\n          case Delete(key) =>\n            println(s\"delete($key)\")\n            kvs.remove(key)\n            ()\n        }\n    }\n\n  def program: KVStore[Option[Int]] =\n    for {\n      _ <- put(\"wild-cats\", 2)\n      _ <- update[Int](\"wild-cats\", (_ + 12))\n      _ <- put(\"tame-cats\", 5)\n      n <- get[Int](\"wild-cats\")\n      _ <- delete(\"tame-cats\")\n    } yield n\n\n  val result: Option[Int] = program.foldMap(impureCompiler)\n  println(result)\n\n  \/\/ Pure compiler\n  type KVStoreState[A] = State[Map[String, Any], A]\n\n  val pureCompiler: KVStoreAlg ~> KVStoreState = new (KVStoreAlg ~> KVStoreState) {\n    def apply[A](fa: KVStoreAlg[A]): KVStoreState[A] =\n      fa match {\n        case Put(key, value) => State.modify(_.updated(key, value))\n        case Get(key) =>\n          State.inspect(_.get(key).map(_.asInstanceOf[A]))\n        case Delete(key) => State.modify(_ - key)\n      }\n  }\n\n  val result1: (Map[String, Any], Option[Int]) = program.foldMap(pureCompiler).run(Map.empty).value\n  println(result1)\n\n  \/\/------Composing Free monads ADTs\n  \/\/ handles user interaction\n  sealed trait Interact[A]\n  case class Ask(prompt: String) extends Interact[String]\n  case class Tell(msg: String) extends Interact[Unit]\n\n  \/\/ represents persistence operations\n  sealed trait DataOp[A]\n  case class AddCat(a: String) extends DataOp[Unit]\n  case class GetAllCats() extends DataOp[List[String]]\n\n  type CatsApp[A] = EitherK[DataOp, Interact, A]\n\n  class Interacts[F[_]](implicit I: InjectK[Interact, F]) {\n    def tell(msg: String): Free[F, Unit] = Free.inject[Interact, F](Tell(msg))\n    def ask(prompt: String): Free[F, String] = Free.inject[Interact, F](Ask(prompt))\n  }\n\n  object Interacts {\n    implicit def interacts[F[_]](implicit I: InjectK[Interact, F]): Interacts[F] = new Interacts[F]\n  }\n\n  class DataSource[F[_]](implicit I: InjectK[DataOp, F]) {\n    def addCat(a: String): Free[F, Unit] = Free.inject[DataOp, F](AddCat(a))\n    def getAllCats: Free[F, List[String]] = Free.inject[DataOp, F](GetAllCats())\n  }\n\n  object DataSource {\n    implicit def dataSource[F[_]](implicit I: InjectK[DataOp, F]): DataSource[F] = new DataSource[F]\n  }\n\n  def program1(implicit I: Interacts[CatsApp], D: DataSource[CatsApp]): Free[CatsApp, Unit] = {\n    import I._, D._\n    for {\n      cat <- ask(\"What's the kitty's name?\")\n      _ <- addCat(cat)\n      cats <- getAllCats\n      _ <- tell(cats.toString)\n    } yield ()\n  }\n\n  object ConsoleCatsInterpreter extends (Interact ~> Id) {\n    def apply[A](i: Interact[A]) = i match {\n      case Ask(prompt) =>\n        println(prompt)\n        scala.io.StdIn.readLine()\n      case Tell(msg) =>\n        println(msg)\n    }\n  }\n\n  object InMemoryDatasourceInterpreter extends (DataOp ~> Id) {\n\n    private[this] val memDataSet = new ListBuffer[String]\n\n    def apply[A](fa: DataOp[A]) = fa match {\n      case AddCat(a) => memDataSet.append(a); ()\n      case GetAllCats() => memDataSet.toList\n    }\n  }\n\n  val interpreter: CatsApp ~> Id = InMemoryDatasourceInterpreter or ConsoleCatsInterpreter\n  import DataSource._, Interacts._\n\n  program1.foldMap(interpreter)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/free\/FreeTTutorial.scala","text":"package io.hnfmr.free\n\nimport cats.free._\nimport cats._\nimport cats.data._\n\nimport scala.language.higherKinds\n\nobject FreeTTutorial extends App {\n\n  \/\/ Data\n  sealed abstract class Teletype[A] extends Product with Serializable\n\n  final case class WriteLine(line: String) extends Teletype[Unit]\n\n  final case class ReadLine(prompt: String) extends Teletype[String]\n\n  type TeletypeT[M[_], A] = FreeT[Teletype, M, A]\n  type Log = List[String]\n\n  type TeletypeState[A] = State[Log, A]\n\n  \/\/ Smart constructors\n  object TeletypeOps {\n    def writeLine(line: String): TeletypeT[TeletypeState, Unit] =\n      FreeT.liftF[Teletype, TeletypeState, Unit](WriteLine(line))\n\n    def readLine(prompt: String): TeletypeT[TeletypeState, String] =\n      FreeT.liftF[Teletype, TeletypeState, String](ReadLine(prompt))\n\n    def log(s: String): TeletypeT[TeletypeState, Unit] =\n      FreeT.liftT[Teletype, TeletypeState, Unit](State.modify(s :: _))\n\n    def program: TeletypeT[TeletypeState, Unit] = {\n      for {\n        userSaid <- TeletypeOps.readLine(\"what's up?!\")\n        _ <- log(s\"user said: $userSaid\")\n        _ <- TeletypeOps.writeLine(\"thanks, see you soon!\")\n        _ <- log(\"Finished!\")\n      } yield ()\n    }\n\n    def interpreter = new (Teletype ~> TeletypeState) {\n      def apply[A](fa: Teletype[A]): TeletypeState[A] = {\n        fa match {\n          case ReadLine(prompt) =>\n            println(prompt)\n            val userInput: String = scala.io.StdIn.readLine()\n            StateT.pure[Eval, List[String], A](userInput)\n          case WriteLine(line) =>\n            StateT.pure[Eval, List[String], A](println(line))\n        }\n      }\n    }\n  }\n\n  import TeletypeOps._\n\n  val state = program.foldMap(interpreter)\n  val initialState = Nil\n  val (stored, _) = state.run(initialState).value\n  println(stored)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter5\/MonadTransformers.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter5\n\nimport cats.instances.either._\nimport cats.syntax.applicative._\nimport cats.data.OptionT\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport cats.data.EitherT\nimport cats.instances.future._\n\nobject MonadTransformers extends App {\n  type Error = String\n\n  type ErrorOr[A] = Either[Error, A]\n\n  type ErrorOptionOr[A] = OptionT[ErrorOr, A]\n\n  val result1: ErrorOptionOr[Int] = 41.pure[ErrorOptionOr]\n\n  val result2: ErrorOptionOr[Int] = result1.flatMap(x => (x + 1).pure[ErrorOptionOr])\n\n  println(result1)\n  println(result2)\n\n  type FutureEither[A] = EitherT[Future, String, A]\n  type FutureEitherOption[A] = OptionT[FutureEither, A]\n\n  val answer: FutureEitherOption[Int] =\n    for {\n      a <- 10.pure[FutureEitherOption]\n      b <- 0.pure[FutureEitherOption]\n    } yield a + b\n\n  Thread.sleep(200)\n  println(answer.value)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/tagless\/Language.scala","text":"package io.hnfmr.tagless\n\nimport scala.language.higherKinds\n\ntrait Language[Wrapper[_]] {\n  def number(v: Int): Wrapper[Int]\n  def increment(a: Wrapper[Int]): Wrapper[Int]\n  def add(a: Wrapper[Int], b: Wrapper[Int]): Wrapper[Int]\n\n  def text(v: String): Wrapper[String]\n  def toUpper(a: Wrapper[String]): Wrapper[String]\n  def concat(a: Wrapper[String], b: Wrapper[String]): Wrapper[String]\n\n  def toString(v: Wrapper[Int]): Wrapper[String]\n}\n\ntrait ScalaToLanguageBridge[T] {\n  def apply[Wrapper[_]](implicit L: Language[Wrapper]): Wrapper[T]\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter11\/KeyValueStore.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter11\n\nimport scala.language.higherKinds\n\ntrait KeyValueStore[F[_,_]] {\n  def put[K, V](f: F[K, V])(k: K, v: V): F[K, V]\n  def get[K, V](f: F[K, V])(k: K): Option[V]\n\n  def getOrElse[K, V](f: F[K, V])(k: K, default: V): V =\n    get(f)(k).getOrElse(default)\n\n  def values[K, V](f: F[K, V]): List[V]\n}\n\nobject KeyValueStore {\n  implicit class KvsOps[F[_,_], K, V](f: F[K, V]) {\n    def put(k: K, v: V)(implicit kvs: KeyValueStore[F]): F[K, V] =\n      kvs.put(f)(k, v)\n\n    def get(k: K)(implicit kvs: KeyValueStore[F]): Option[V] =\n      kvs.get(f)(k)\n\n    def getOrElse(k: K, default: V)(implicit kvs: KeyValueStore[F]): V =\n      kvs.getOrElse(f)(k, default)\n\n    def values(implicit kvs: KeyValueStore[F]): List[V] =\n      kvs.values(f)\n  }\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter7\/FoldableEx.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter7\n\nimport cats.Eval\nimport cats.Foldable\nimport cats.instances.stream._\n\nimport cats.syntax.foldable._\nimport cats.instances.list._\nimport cats.instances.int._\n\nobject FoldableEx extends App {\n  def map[A, B](la: List[A])(fn: A => B): List[B] =\n    la.foldRight(List.empty[B])(fn(_) :: _)\n\n  def flatMap[A, B](la: List[A])(fn: A => List[B]): List[B] =\n    la.foldRight(List.empty[B])(fn(_) ++ _)\n\n  def filter[A](la: List[A])(fn: A => Boolean): List[A] =\n    la.foldRight(List.empty[A])((e, a) => {\n      if (fn(e)) e :: a\n      else a\n    })\n\n  def fn1(n: Int): Int = n * 2\n  def fn2(n: Int): List[Int] = List(n * 2 - 1, n * 2, n * 2 + 1)\n\n  def fn3(n: Int): Boolean = n % 2 == 0\n\n  println(map(List(1, 2, 3))(fn1))\n  println(map(Nil)(fn1))\n\n  println(flatMap(List(1,2,3))(fn2))\n\n  println(filter(List(1,2,3,4,5))(fn3))\n\n  \/\/ Cats Foldable\n  def bigData = (1 to 100000).toStream\n\/\/  bigData.foldRight(0)(_ + _)\n\n  val eval = Foldable[Stream].foldRight(bigData, Eval.now(0)) { (e, a) => a.map(_ + e) }\n\n  println(eval.value)\n\n  println(\n    List(1,2,3).combineAll\n  )\n}\n\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter1\/EqTut.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter1\n\nimport cats.Eq\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.instances.int._\nimport cats.instances.option._\nimport cats.instances.long._\nimport cats.instances.string._\n\nimport java.util.Date\n\nobject EqTut extends App {\n  val a = (123 === 123)\n  val b = (Some(10): Option[Int]) === (None: Option[Int])\n\n  val c = Option(1) === Option.empty[Int]\n\n  val d = 1.some === None\n\n  val e = 1.some =!= None\n\n  implicit val dateEqual = Eq.instance[Date] { (date1, date2) =>\n    date1.getTime === date2.getTime\n  }\n\n  val x = new Date()\n  val y = new Date()\n\n  val j = x === x\n  val k = x === y\n\n  final case class Cat ( name: String, age: Int, color: String )\n  implicit val catEqual = Eq.instance[Cat] { (cat1, cat2) =>\n    (cat1.age === cat2.age) &&\n      (cat1.color === cat2.color) &&\n      (cat1.name === cat2.name)\n  }\n\n  val cat1 = Cat(\"Garfield\", 35, \"orange and black\")\n  val cat2 = Cat(\"Heathcliff\", 30, \"orange and black\")\n\n  val optCat1 = Option(cat1)\n  val optCat2 = Option.empty[Cat]\n\n  val cc = optCat1 === optCat2\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter6\/ValidatedEx.scala","text":"package io.hnfmr.chapter6\n\nimport cats.data.Validated\nimport cats.syntax.either._\nimport cats.instances.list._\n\nimport cats.Apply\n\nobject ValidatedEx extends App {\n  case class User(name: String, age: Int)\n\n  type FormData = Map[String, String]\n  type ErrorsOr[A] = Either[List[String], A]\n  type AllErrorsOr[A] = Validated[List[String], A]\n\n  def getValue(k: String)(m: FormData): ErrorsOr[String] =\n    m.get(k).toRight(List(s\"$k field is not specified\"))\n\n  val getName =getValue(\"name\") _\n\/\/  val getAge = getValue(\"age\")\n\n  def parseInt(n: String)(data: String): ErrorsOr[Int] =\n    Right(data)\n      .flatMap( s => Either.catchOnly[NumberFormatException](s.toInt) )\n      .leftMap( _ => List(s\"$n must be an integer\"))\n\n  def nonBlank(n: String)(data: String): ErrorsOr[String] =\n    Right(data).ensure(List(s\"$n cannot be blank\"))(_.nonEmpty)\n\n  def nonNegative(n: String)(data: Int): ErrorsOr[Int] =\n    Right(data).ensure(List(s\"$n must be non-negative\"))(_ >= 0)\n\n  def readName(data: FormData): ErrorsOr[String] =\n    getValue(\"name\")(data).flatMap(nonBlank(\"name\"))\n\n  def readAge(data: FormData): ErrorsOr[Int] =\n    getValue(\"age\")(data)\n      .flatMap(nonBlank(\"age\"))\n      .flatMap(parseInt(\"age\"))\n      .flatMap(nonNegative(\"age\"))\n\n  def readUser(data: FormData): AllErrorsOr[User] =\n    Apply[AllErrorsOr].map2(readName(data).toValidated, readAge(data).toValidated)(User.apply)\n\n  println(readUser(Map(\n    \"name\" -> \"\",\n    \"age\" -> \"-1\"\n  )))\n\n  println(readUser(Map(\n    \"name\" -> \"\",\n    \"age\" -> \"-18\"\n  )))\n\n  println(readUser(Map(\n    \"name\" -> \"Garfield\",\n    \"age\" -> \"2\"\n  )))\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter6\/SemigroupalTut.scala","text":"<filename>src\/main\/scala\/io\/hnfmr\/chapter6\/SemigroupalTut.scala\npackage io.hnfmr.chapter6\n\nimport cats.Semigroupal\nimport cats.instances.future._\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport cats.syntax.apply._\nimport cats.instances.list._\n\nobject SemigroupalTut extends App {\n  val futurePair = Semigroupal[Future].\n    product(Future(\"Hello\"), Future(123))\n\n  val res = Await.result(futurePair, 1.second)\n  println(res)\n\n  case class Cat( name: String, yearOfBirth: Int, favoriteFoods: List[String] )\n\n  val futureCat = (\n    Future(\"Garfield\"),\n    Future(1978),\n    Future(List(\"Sausage\"))\n  ).mapN(Cat.apply)\n\n  val res0 = Await.result(futureCat, 1.second)\n  println(res0)\n\n  val res1 = Await.result(Semigroupal.map3(Future(\"Mimi\"), Future(2017), Future(List(\"Gravy fish\")))(Cat.apply), 1.second)\n  println(res1)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"build.sbt","text":"import sbt._\nimport Keys._\n\nval appVersion = \"0.4\"\n\nval settings: Seq[Def.Setting[_]] = Seq(\n  version := appVersion,\n  scalaVersion := \"2.12.8\",\n  scalacOptions ++= Seq(\"-Ypartial-unification\", \"-feature\")\n)\n\nresolvers += Resolver.sonatypeRepo(\"releases\")\naddCompilerPlugin(\"org.spire-math\" %% \"kind-projector\" % \"0.9.9\")\n\nlazy val advanced = (project in file(\".\"))\n  .settings(settings)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %% \"cats-free\" % \"1.5.0\"\n      )\n  )\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/EitherTut.scala","text":"package io.hnfmr.chapter4\n\nimport cats.syntax.either._\n\nobject EitherTut extends App {\n  \/\/ Either in Scala 2.12 is right-biased\n  val either0 = Right(123)\n  val either1 = either0.flatMap(x => Right(x + 1))\n  val either2 = either0.flatMap(x => Right(x + 2))\n  val either3 = \"DIV0\".asLeft[Int]\n\n  val d = for {\n    a <- either1\n    b <- either2\n    c <- either3 \/\/ fail-fast error handling\n  } yield a + b + c\n\n  println(d)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter11\/GCounterTut.scala","text":"package io.hnfmr.chapter11\n\nimport cats.Monoid\nimport cats.instances.int._\nimport cats.instances.list._\nimport cats.instances.map._\nimport cats.syntax.semigroup._\nimport cats.syntax.foldable._\n\nimport scala.language.higherKinds\n\nobject GCounterTut extends App {\n\n  val g1 = Map(\"a\" -> 7, \"b\" -> 3)\n  val g2 = Map(\"a\" -> 2, \"b\" -> 5)\n\n  implicit def mapInstance[K, V]: CRDTCounter[Map, K, V] =\n    new CRDTCounter[Map, K, V] {\n      override def increment(f: Map[K, V])(k: K, v: V)(implicit m: Monoid[V]): Map[K, V] =\n        f + (k -> f.getOrElse(k, m.empty))\n\n      def merge(f1:Map[K, V], f2: Map[K, V])(implicit b: BoundedSemiLattice[V]): Map[K, V] =\n        f1 |+| f2\n\n      override def total(f: Map[K, V])(implicit m: Monoid[V]): V = f.values.toList.combineAll\n    }\n\n  val counter = CRDTCounter[Map, String, Int]\n\n  val merged = counter.merge(g1, g2)\n\n  val total = counter.total(merged)\n\n  println(total)\n\n  \/\/-----------------KeyValueStore\n  implicit val mapKVS: KeyValueStore[Map] =\n    new KeyValueStore[Map] {\n      override def values[K, V](f: Map[K, V]): List[V] = f.values.toList\n\n      override def put[K, V](f: Map[K, V])(k: K, v: V): Map[K, V] = f + (k -> v)\n\n      override def get[K, V](f: Map[K, V])(k: K): Option[V] = f.get(k)\n\n      override def getOrElse[K, V](f: Map[K, V])(k: K, default: V): V =\n        f.getOrElse(k, default)\n    }\n\n  import KeyValueStore._\n\n  implicit def gcounterInstance[F[_,_], K, V](implicit kvs: KeyValueStore[F], km: Monoid[F[K, V]]) =\n    new CRDTCounter[F, K, V] {\n      override def increment(f: F[K, V])(k: K, v: V)(implicit m: Monoid[V]): F[K, V] =\n        f.put(k, f.getOrElse(k, m.empty))\n\n      override def merge(f1: F[K, V], f2: F[K, V])(implicit b: BoundedSemiLattice[V]): F[K, V] =\n        f1 |+| f2\n\n      override def total(f: F[K, V])(implicit m: Monoid[V]): V = f.values.combineAll\n    }\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter7\/TraverseEx.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter7\n\nimport scala.concurrent.Future\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport scala.language.higherKinds\nimport cats.Applicative\nimport cats.syntax.applicative._\nimport cats.Apply\nimport cats.instances.future._\nimport cats.instances.vector._\nimport cats.instances.option._\nimport cats.data.Validated\nimport cats.instances.list._\nimport cats.syntax.traverse._\nimport cats.instances.either._\nimport cats.syntax.list._\nimport cats.syntax.either._\nimport cats.Traverse\n\nobject TraverseEx extends App {\n  val hostnames = List(\n    \"www.google.com\",\n    \"www.facebook.com\"\n  )\n\n  def getUptime(hostname: String): Future[Int] =\n    Future(hostname.length * 60)\n\n  val allUptimes: Future[List[Int]] = Future.traverse(hostnames)(getUptime)\n\n  println(\n    Await.result(allUptimes, 1.second)\n  )\n\n  \/\/ traverse list of applicatives\n  def listTraverse[F[_] : Applicative, A, B](list: List[A])(func: A => F[B]): F[List[B]] =\n    list.foldLeft(List.empty[B].pure[F]) { (accum, item) =>\n      Apply[F].map2(accum, func(item))(_ :+ _)\n    }\n\n  def listSequence[F[_] : Applicative, B](list: List[F[B]]): F[List[B]] =\n    listTraverse(list)(identity)\n\n  println(\n    Await.result(listTraverse(hostnames)(getUptime), 1.second)\n  )\n\n  println(\n    listSequence(List(Vector(1,2), Vector(3,4)))\n  )\n\n  println(\n    listSequence(List(Vector(1,2), Vector(3,4), Vector(5,6)))\n  )\n\n  println(\n    process(List(2,4,6))\n  )\n\n  def process(inputs: List[Int]) =\n    listTraverse(inputs)(n => if (n % 2 == 0) Some(n) else None)\n\n  println(\n    process(List(1,2,3))\n  )\n\n  type ErrorsOr[A] = Validated[List[String], A]\n  def process2(inputs: List[Int]): ErrorsOr[List[Int]] =\n    listTraverse(inputs) { n =>\n      if (n % 2 == 0) {\n        Validated.valid(n)\n      } else {\n        Validated.invalid(List(s\"$n is not even\"))\n      }\n    }\n\n  println(\n    process2(List(2,4,6))\n  )\n\n  println(\n    process2(List(1,2,3))\n  )\n\n  val eithers: List[Either[String, String]] = List(\n    Right(\"Wow!\"),\n    Right(\"Such cool!\")\n  )\n\n  \/\/ TODO FIXME cannot get this compile\n  \/\/ Isn't SI-2712 supposed to address this?\n  println( eithers.sequence )\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/Check.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter10\n\nimport cats.Semigroup\nimport cats.data.Validated.{Valid, Invalid}\nimport cats.data.Validated\nimport cats.syntax.semigroup._\n\nimport cats.syntax.apply._\n\nsealed trait Check[E, A, B] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, B]\n\n  def map[C](f: B => C): Check[E, A, C] = Map[E, A, B, C](this, f)\n\n  def flatMap[C](f: B => Check[E, A, C]): Check[E, A, C] = FlatMap[E, A, B, C](this, f)\n\n  def andThen[C](next: Check[E, B, C]): Check[E, A, C] = AndThen[E, A, B, C](this, next)\n}\n\nobject Check {\n  def apply[E, A](pred: Predicate[E, A]): Check[E, A, A] =\n    PurePredicate(pred)\n  def apply[E, A, B](f: A => Validated[E, B]): Check[E, A, B] = Pure(f)\n}\n\n\nfinal case class Map[E, A, B, C]( check: Check[E, A, B], f: B => C) extends Check[E, A, C] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, C] =\n    check(a).map(f)\n}\n\nfinal case class PurePredicate[E, A]( pred: Predicate[E, A]) extends Check[E, A, A] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, A] =\n    pred(a)\n}\n\nfinal case class Pure[E, A, B]( f: A => Validated[E, B]) extends Check[E, A, B] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, B] =\n    f(a)\n}\n\nfinal case class FlatMap[E, A, B, C]( check: Check[E, A, B], f: B => Check[E, A, C]) extends Check[E, A, C] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, C] =\n    check(a) match {\n      case Valid(x) => f(x)(a)\n      case x @ Invalid(_) => x\n    }\n}\n\nfinal case class AndThen[E, A, B, C]( left: Check[E, A, B], right: Check[E, B, C]) extends Check[E, A, C] {\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, C] =\n    left(a) match {\n      case Valid(x) => right(x)\n      case x @ Invalid(_) => x\n    }\n}\n\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter3\/ContraMapTut.scala","text":"package io.hnfmr.chapter3\n\nobject ContraMapTut extends App {\n\n  trait Printable[A] {\n    def format(value: A): String\n    def contramap[B](func: B => A): Printable[B] = {\n      val self = this\n      new Printable[B] {\n        def format(value: B): String = self.format(func(value))\n      }\n    }\n  }\n\n  def format[A](value: A)(implicit p: Printable[A]): String = p.format(value)\n\n  implicit val stringPrintable = new Printable[String] {\n    def format(value: String): String =\n      \"\\\"\" + value + \"\\\"\"\n  }\n\n  implicit val booleanPrintable = new Printable[Boolean] {\n    def format(value: Boolean): String =\n      if (value) \"yes\" else \"no\"\n  }\n\n  implicit val intPrintable = new Printable[Int] {\n    def format(value: Int): String = s\"IntPrintable: $value\"\n  }\n\n  val a = format(\"hello\")\n  val b = format(false)\n\n  final case class Box[A](value: A)\n\n  implicit def boxPrintable[A](implicit p: Printable[A]): Printable[Box[A]] =\n    p.contramap[Box[A]](_.value)\n\n  println(format(Box(false)))\n  println(format(Box(\"Hello\")))\n  println(format(Box(10)))\n}\n\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter6\/CartesianTut.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter6\n\nimport cats.Monoid\nimport cats.instances.int._\nimport cats.instances.list._\nimport cats.instances.string._\nimport cats.instances.invariant._\nimport cats.syntax.semigroup._\n\nimport cats.syntax.apply._\n\nobject CartesianTut extends App {\n\n  case class Cat(name: String,\n                 yearOfBirth: Int,\n                 favoriteFoods: List[String]\n                )\n\n  def catToTuple(cat: Cat): (String, Int, List[String]) =\n    (cat.name, cat.yearOfBirth, cat.favoriteFoods)\n\n  implicit val catMonoid: Monoid[Cat] = (\n    Monoid[String],\n    Monoid[Int],\n    Monoid[List[String]]\n  ).imapN(Cat.apply)(catToTuple)\n\n  println(Monoid[Cat].empty)\n\n  val garfield = Cat(\"Garfield\", 1978, List(\"Lasagne\"))\n  val heathcliff = Cat(\"Heathcliff\", 1988, List(\"Junk Food\"))\n\n  println(garfield |+| heathcliff)\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter9\/PygmyHadoop.scala","text":"<filename>src\/main\/scala\/io\/hnfmr\/chapter9\/PygmyHadoop.scala\npackage io.hnfmr.chapter9\n\nimport cats.Monoid\nimport cats.Monad\n\nimport cats.syntax.semigroup._\nimport cats.instances.string._\n\nimport cats.instances.future._\nimport cats.instances.int._\nimport cats.instances.list._\nimport cats.instances.vector._\nimport cats.syntax.traverse._\nimport cats.syntax.foldable._\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nobject PygmyHadoop extends App {\n\n  \/\/ my solution\n  def foldMap[A, B : Monoid](seq: Vector[A])(f: A => B): B =\n    seq.map( v => f(v) ).fold(Monoid[B].empty)( (a, b) => Monoid[B].combine(a, b))\n\n  \/\/ alt solution 1:\n  def foldMap1[A, B : Monoid](seq: Vector[A])(f: A => B): B =\n    seq.map(f).fold(Monoid[B].empty)( _ |+| _)\n\n  \/\/ alt solution 2:\n  def foldMap2[A, B : Monoid](seq: Vector[A])(f: A => B): B =\n    seq.foldLeft(Monoid[B].empty)(_ |+| f(_))\n\n  println(\n    foldMap(Vector(1,2,3))(_.toString + \"! \")\n  )\n\n  println(\n    foldMap(Vector(1,2,3))(_ * 3)\n  )\n\n  println(\n    foldMap(Vector(1,2,3))(identity)\n  )\n\n  println(\n    foldMap(\"Hello World!\".toVector)(_.toString.toUpperCase)\n  )\n\n  println(Monad[Future].pure(42))\n  println(\n    Await.result\n    (\n      Monoid[Future[Int]].combine(Future(1), Future(2)),\n      1.second\n    )\n  )\n\n  \/\/ 9.3.3 parallelFoldMap\n\n  def parallelFoldMap[A, B: Monoid](values: Vector[A])(func: A => B): Future[B] = {\n    val numOfCores = Runtime.getRuntime.availableProcessors()\n    val fs: List[Future[B]] = values.grouped( values.length \/ numOfCores).map(\n      vs => Future(foldMap2(vs)(func))\n    ).toList\n\n    fs.foldLeft(Monoid[Future[B]].empty)( (a, e) => Monoid[Future[B]].combine(a, e) )\n  }\n\n  println(\n    Await.result(\n      parallelFoldMap((1 to 100).toVector)(_ + 1),\n      1.second\n    )\n  )\n\n  \/\/ cats version\n  def parallelFoldMap1[A, B: Monoid](values: Vector[A])(func: A => B): Future[B] = {\n    val numOfCores = Runtime.getRuntime.availableProcessors()\n    values\n      .grouped(values.length \/ numOfCores)\n      .toList\n      .traverse(vs => Future(vs.foldMap(func)))\n      .map(_.combineAll)\n  }\n\n  println(\n    Await.result(\n      parallelFoldMap1((1 to 100).toVector)(_ + 1),\n      1.second\n    )\n  )\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter3\/FunctorTut.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter3\n\nimport cats.Functor\nimport cats.syntax.functor._\n\nobject FunctorTut extends App {\n  sealed trait Tree[+A]\n  final case class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n  final case class Leaf[A](value: A) extends Tree[A]\n\n  implicit val treeFunctor = new Functor[Tree] {\n    def map[A, B](tree: Tree[A])(f: A => B): Tree[B] = {\n      tree match {\n        case Branch(l, r) => Branch(map(l)(f), map(r)(f))\n        case Leaf(v) => Leaf(f(v))\n      }\n    }\n  }\n\n  val tree1: Tree[Int] = Branch(\n    Branch(Leaf(5), Leaf(6)),\n    Leaf(11)\n  )\n\n  val tree2 = tree1.map( (x) => x*x )\n  println(tree2)\n\n  branch(leaf(10), leaf(20)).map(_ * 2)\n\n  def branch[A](left: Tree[A], right: Tree[A]): Tree[A] = Branch(left, right)\n  def leaf[A](value: A): Tree[A] = Leaf(value)\n\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter11\/CRDTCounter.scala","text":"package io.hnfmr.chapter11\n\nimport cats.Monoid\nimport scala.language.higherKinds\n\ntrait CRDTCounter[F[_,_], K, V] {\n  def increment(f: F[K, V])(k: K, v: V)(implicit m: Monoid[V]): F[K, V]\n\n  def merge(f1: F[K, V], f2: F[K, V])(implicit b: BoundedSemiLattice[V]): F[K, V]\n\n  def total(f: F[K, V])(implicit m: Monoid[V]): V\n}\n\nobject CRDTCounter {\n  def apply[F[_,_], K, V](implicit counter: CRDTCounter[F, K, V]) = counter\n}\n\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/free\/FApplicative.scala","text":"package io.hnfmr.free\n\nimport cats.free.FreeApplicative\nimport cats.free.FreeApplicative.lift\nimport cats.implicits._\nimport cats.~>\nimport cats.data.Const\nimport cats.data.Kleisli\nimport cats.data.Tuple2K\n\nimport scala.concurrent.{Future, Await}\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject FApplicative extends App {\n  sealed abstract class ValidationOp[A]\n  case class Size(size: Int) extends ValidationOp[Boolean]\n  case object HasNumber extends ValidationOp[Boolean]\n\n  type Validation[A] = FreeApplicative[ValidationOp, A]\n\n  def size(s: Int): Validation[Boolean] = lift(Size(s))\n  val hasNumber: Validation[Boolean] = lift(HasNumber)\n\n  val prog: Validation[Boolean] = (size(5), hasNumber).mapN { case (l, r) => l && r }\n\n  \/\/ a function that takes a string as input\n  type FromString[A] = String => A\n\n  val compiler = new (ValidationOp ~> FromString) {\n    def apply[A](fa: ValidationOp[A]): FromString[A] = str =>\n      fa match {\n        case Size(s)   => str.size >= s\n        case HasNumber => str.exists(c => \"0123456789\".contains(c))\n      }\n  }\n\n  val validator = prog.foldMap[FromString](compiler)\n\n  println(validator(\"1234\"))\n  println(validator(\"1234678\"))\n\n  \/\/ Parallelism\n  type ParValidator[A] = Kleisli[Future, String, A]\n\n  val parCompiler = new (ValidationOp ~> ParValidator) {\n    def apply[A](fa: ValidationOp[A]): ParValidator[A] = Kleisli { str =>\n      fa match {\n        case Size(s) => Future { str.size >= s }\n        case HasNumber => Future { str.exists(c => \"0123456789\".contains(c)) }\n      }\n    }\n  }\n\n  val parValidator = prog.foldMap[ParValidator](parCompiler)\n  val res0 = parValidator(\"299292943943\")\n  println(Await.result(res0, 2.seconds))\n\n  val res1 = parValidator(\"299\")\n  println(Await.result(res1, 2.seconds))\n\n  \/\/ Logging\n  type Log[A] = Const[List[String], A]\n\n  val logCompiler = new (ValidationOp ~> Log) {\n    def apply[A](fa: ValidationOp[A]): Log[A] =\n      fa match {\n        case Size(s) => Const(List(s\"size >= $s\"))\n        case HasNumber => Const(List(\"has number\"))\n      }\n  }\n\n  def logValidation[A](validation: Validation[A]): List[String] =\n    validation.foldMap[Log](logCompiler).getConst\n\n  println(logValidation(prog))\n  println(logValidation(size(5) *> hasNumber *> size(10)))\n  println(logValidation((hasNumber, size(3)).mapN(_ || _)))\n\n  \/\/ Compose two set of operations\n  type ValidationAndLog[A] = Tuple2K[ParValidator, Log, A]\n\n  val prodCompiler: (ValidationOp ~> ValidationAndLog) = parCompiler and logCompiler\n\n  println(\"-\"*50)\n  val prodValidation = prog.foldMap[ValidationAndLog](prodCompiler)\n  val fst = Await.result(prodValidation.first(\"222\"), 1.second)\n  println(fst)\n  println(prodValidation.second)\n  println(\"-\"*50)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter6\/CartesianEx.scala","text":"<filename>src\/main\/scala\/io\/hnfmr\/chapter6\/CartesianEx.scala\npackage io.hnfmr.chapter6\n\nimport scala.language.higherKinds\nimport cats.Monad\n\nimport cats.instances.option._\nimport cats.syntax.flatMap._\nimport cats.syntax.functor._\nimport cats.syntax.option._\n\nobject CartesianEx extends App {\n  def product[M[_]: Monad, A, B] ( fa: M[A] ,fb: M[B] ): M[(A, B)] =\n    for {\n      a <- fa\n      b <- fb\n    } yield (a, b)\n\n  println(product(3.some, 4.some))\n  println(product(3.some, none))\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter2\/SuperAdder.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter2\n\nimport cats.Monoid\nimport cats.syntax.monoid._\nimport cats.syntax.option._\nimport cats.instances.int._\nimport cats.instances.option._\n\nobject SuperAdder extends App {\n  def add[A](items: List[A])(implicit monoid: Monoid[A]): A= {\n    items.foldLeft(monoid.empty)( _ |+| _)\n  }\n\n  val a = add(List(1,2,3,4))\n  val b = add(List(Some(1), None, Some(2)))\n\n  \/\/ two ways to ask the compiler to select Option[Int] instead of Some[Int]\n  \/\/ since Some[Int] is a subtype of Option[Int]\n  val c = add(List(Some(1):Option[Int], Some(2):Option[Int]))\n  val cc = add(List(1.some, 2.some))\n\n  case class Order(totalCost: Double, quantity: Double)\n\n  implicit val orderMonoid: Monoid[Order] = new Monoid[Order] {\n    def combine(a: Order, b: Order): Order = Order(\n      totalCost = a.totalCost + b.totalCost,\n      quantity = a.quantity + b.quantity\n    )\n    def empty: Order = Order(totalCost = 0.0d, quantity = 0.0d)\n  }\n\n  val d = add(List(Order(1.1, 2.2), Order(2.2, 3.3)))\n\n  \/\/ currently Cats has no mechanism for selecting alternative instances\n  \/\/ e.g.\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/tagless\/OptimizingFinalTagless.scala","text":"<gh_stars>0\npackage io.hnfmr.tagless\n\nimport scala.language.higherKinds\nimport cats._\nimport cats.implicits._\nimport cats.data.Const\n\nobject OptimizingFinalTagless extends App {\n\n  trait KVStore[F[_]] {\n    def get(key: String): F[Option[String]]\n    def put(key: String, a: String): F[Unit]\n  }\n\n  def program0[M[_]: FlatMap, F[_]](a: String)(K: KVStore[M])(implicit P: Parallel[M, F]) =\n    for {\n      _ <- K.put(\"A\", a)\n      x <- (K.get(\"B\"), K.get(\"C\")).parMapN(_ |+| _)\n      _ <- K.put(\"X\", x.getOrElse(\"-\"))\n    } yield x\n\n\n  \/\/ This is essentially a Semigroupal Tuple4 mapped into F\n  def program1[F[_] : Apply](K: KVStore[F]): F[List[String]] =\n    (K.get(\"Cats\"), K.get(\"Dogs\"), K.put(\"Mice\", \"42\"), K.get(\"Cats\"))\n      .mapN((f, s, _, t) => List(f, s, t).flatten)\n\n  def analysisInterpreter: KVStore[Const[(Set[String], Map[String, String]), ?]] =\n    new KVStore[Const[(Set[String], Map[String, String]), ?]] {\n      def get(key: String) = Const((Set(key), Map.empty))\n      def put(key: String, a: String) = Const((Set.empty, Map(key -> a)))\n    }\n\n  \/\/ Here the F[_] is Const[(Set[String], Map[String, String]), ?]\n  \/\/ The result of Tuple4 Semigroup4 is Set(\"Cats\", \"Dogs\"), due to analysisInterpreter having KVStore with F[_] defined above\n  \/\/ But this is all done within the F[_] context and getConst\n  println(program1(analysisInterpreter).getConst)\n\n  def optimizedProgram[F[_]: Applicative](K: KVStore[F]): F[List[String]] = {\n    val (gets, puts) = program1(analysisInterpreter).getConst\n\n    puts.toList.traverse { case (k, v) => K.put(k, v) } *> gets.toList.traverse(K.get).map(_.flatten)\n  }\n\n  def monadicProgram[F[_] : Monad](K: KVStore[F]): F[Unit] = for {\n    list <- optimizedProgram(K)\n    _ <- K.put(\"Birds\", list.headOption.getOrElse(\"128\"))\n  } yield ()\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/StateTut.scala","text":"<filename>src\/main\/scala\/io\/hnfmr\/chapter4\/StateTut.scala<gh_stars>0\npackage io.hnfmr.chapter4\n\nimport cats.data.State\nimport cats.syntax.applicative._\n\nobject StateTut extends App {\n\n  type CalcState[A] = State[List[Int], A]\n\n  def evalOne(sym: String): CalcState[Int] =\n    sym match {\n      case \"+\" => operator(_ + _)\n      case \"-\" => operator(_ - _)\n      case \"*\" => operator(_ * _)\n      case \"\/\" => operator(_ \/ _)\n      case a   => operand(a.toInt)\n    }\n\n  def operand(num: Int): CalcState[Int] =\n    State[List[Int], Int] { stack => (num :: stack, num)}\n\n  def operator(func: (Int, Int) => Int): CalcState[Int] =\n    State[List[Int], Int] {\n      case a :: b :: tail =>\n        val ans = func(a, b)\n        (ans :: tail, ans)\n      case _ => sys.error(\"Impossible!\")\n    }\n\n  val program = for {\n    _ <- evalOne(\"1\")\n    _ <- evalOne(\"3\")\n    ans <- evalOne(\"\/\")\n  } yield ans\n\n  println(program.runA(List()).value)\n\n  def evalAll(input: List[String]): CalcState[Int] = {\n    val i = 0.pure[CalcState]\n    input.foldLeft(i) { (a, b) => {\n      a flatMap (_ => evalOne(b) )\n    }}\n  }\n\n  println(evalAll(List(\"1\", \"2\", \"+\")).runA(Nil).value)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/ReaderTut.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter4\n\nimport cats.data.Reader\nimport cats.syntax.applicative._\n\nobject ReaderTut extends App {\n  case class Db( usernames: Map[Int, String], passwords: Map[String, String] )\n\n  type DbReader[A] = Reader[Db, A]\n\n  def findUsername(userId: Int): DbReader[Option[String]] =\n    Reader( db => {\n      db.usernames.get(userId)\n    })\n\n  def checkPasswordOpt(username: Option[String], password: String): DbReader[Boolean] =\n    Reader(db => {\n      username match {\n        case Some(user) =>\n          val passOpt = db.passwords.get(user)\n          passOpt match {\n            case None => false\n            case Some(pass) => pass == password\n          }\n        case None => false\n      }\n    })\n\n  def checkPassword(username: String, password: String): DbReader[Boolean] =\n    Reader(db => { db.passwords.get(username).contains(password) })\n\n  def checkLoginOpt(userId: Int, password: String): DbReader[Boolean] = for {\n    user <- findUsername(userId)\n    login <- checkPasswordOpt(user, password)\n  } yield login\n\n  def checkLogin(userId: Int, password: String): DbReader[Boolean] = for {\n    user <- findUsername(userId)\n    login <- user.map { username =>\n      checkPassword(username, password)\n    }.getOrElse( false.pure[DbReader] )\n  } yield login\n\n  val db = Db(\n    Map(\n      1 -> \"dade\",\n      2 -> \"kate\",\n      3 -> \"margo\"\n    ),\n    Map(\n      \"dade\" -> \"zerocool\",\n      \"kate\" -> \"acidburn\",\n      \"margo\" -> \"secret\"\n    )\n  )\n\n  println(checkLoginOpt(1, \"zerocool\").run(db))\n  println(checkLoginOpt(4, \"davinci\").run(db))\n\n  println(checkLogin(2, \"acidbrun\").run(db))\n  println(checkLogin(3, \"secret\").run(db))\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter11\/GCounterNaive.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter11\n\nfinal case class GCounterNaive(counters: Map[String, Int]) {\n  def increment(machine: String, amount: Int): GCounterNaive =\n    GCounterNaive(counters + (machine -> (amount + counters.getOrElse(machine, 0))))\n\n  def get: Int = counters.values.sum\n\n  def merge(that: GCounterNaive): GCounterNaive = {\n    val mergedCounters =\n      that.counters ++ {\n        for ( (k,v) <- counters) yield {\n          k -> (v max that.counters.getOrElse(k, 0))\n        }\n      }\n\n    GCounterNaive(mergedCounters)\n  }\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/DataValidation.scala","text":"package io.hnfmr.chapter10\n\nimport cats.Semigroup\nimport cats.syntax.either._\nimport cats.syntax.semigroup._\nimport cats.instances.list._\n\nimport cats.data.Validated\n\nobject DataValidation extends App {\n\n  \/\/ CheckF - based on combinators\n  final case class CheckF[E, A](f: A => Either[E, A]) {\n    def apply(a: A): Either[E, A] = f(a)\n\n    def and(that: CheckF[E, A])(implicit s: Semigroup[E]): CheckF[E, A] =\n      CheckF { a =>\n        (this (a), that(a)) match {\n          case (Left(l), Left(r)) => Left(Semigroup[E].combine(l, r))\n          case (Left(l), Right(_)) => Left(l)\n          case (Right(_), Right(r)) => Right(r)\n          case (Right(_), Left(r)) => Left(r)\n        }\n      }\n\n    def and1(that: CheckF[E, A])(implicit s: Semigroup[E]): CheckF[E, A] =\n      CheckF { a =>\n        (this (a), that(a)) match {\n          case (Left(l), Left(r)) => (l |+| r).asLeft\n          case (Left(l), Right(r)) => l.asLeft\n          case (Right(l), Right(r)) => r.asRight\n          case (Right(l), Left(r)) => r.asLeft\n        }\n      }\n\n    def or(that: CheckF[E, A])(implicit s: Semigroup[E]): CheckF[E, A] =\n      CheckF { a =>\n        (this (a), that(a)) match {\n          case (Left(l), Left(r)) => (l |+| r).asLeft\n          case (Left(_), Right(r)) => r.asRight\n          case (Right(_), Right(r)) => r.asRight\n          case (Right(l), Left(r)) => l.asRight\n        }\n      }\n  }\n\n\n  val check1 = CheckF {\n    a: Int => if (a < 10) Left(List(s\"$a is too small, must be >= 10\")) else Right(a)\n  }\n\n  val check2 = CheckF {\n    a: Int => if (a % 2 != 0) Left(List(s\"$a is odd, must be even\")) else Right(a)\n  }\n\n  val check3 = check1 and1 check2\n\n  println(\"-\"*50)\n  println(check3(7))\n  println(check3(8))\n  println(check3(12))\n  println(check3(13))\n\n  println(\"-\"*50)\n  val check4 = check1 or check2\n\n  println(check4(7))\n  println(check4(8))\n  println(check4(12))\n  println(check4(13))\n\n  import Predicate._\n  val check5: Predicate[List[String], Int] = Pure {\n    a: Int => if (a < 10) Validated.Invalid(List(s\"$a is too small, must be >= 10\")) else\n      Validated.Valid(a)\n  }\n\n  val check6: Predicate[List[String], Int] = Pure {\n    a: Int => if (a % 2 != 0) Validated.Invalid(List(s\"$a is odd, must be even\")) else Validated.Valid(a)\n  }\n\n  val check7: Predicate[List[String], Int] = And(check5, check6)\n  val check8: Predicate[List[String], Int] = Or(check5, check6)\n\n  println(\"-\"*50)\n\n  println(check7(7))\n  println(check7(8))\n  println(check7(12))\n  println(check7(13))\n\n  println(\"-\"*50)\n\n  println(check8(7))\n  println(check8(8))\n  println(check8(12))\n  println(check8(13))\n\n  println(\"-\"*50)\n\n  \/\/ check predicates and then transform\n  val check9 = Check(check7) map ( (a: Int) => (a, \"Good\"))\n  println( check9(7) )\n  println( check9(8) )\n  println( check9(12) )\n  println( check9(13) )\n\n  println(\"-\"*50)\n  val check10 = Check(check5) andThen Check(check6)\n  println( check10(7) )\n  println( check10(8) )\n  println( check10(12) )\n  println( check10(13) )\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/UserInputValidation.scala","text":"package io.hnfmr.chapter10\n\nimport cats.Semigroupal\nimport cats.syntax.validated._\n\nimport Functions._\n\nobject UserInputValidation extends App {\n\n  val userNameCheck: Check[Errors, String, String] =\n    Check(\n      longerThan(4) and alphanumeric\n    )\n\n  val checkLeft: Check[Errors, String, String] = Check(longerThan(0))\n  val checkRight: Check[Errors, String, String] = Check(longerThan(3) and containsOnce('.'))\n\n  def splitCheck: Check[Errors, String, (String, String)] =\n    Check { s =>\n      s.split(\"@\") match {\n        case Array(first, second) => (first, second).validNel[String]\n        case _ => \"Must contain a single @ character\".invalidNel[(String, String)]\n      }\n    }\n\n  val emailCheck: Check[Errors, String, String] =\n    splitCheck andThen Check { _ match {\n      case (f, s) => Semigroupal.map2(checkLeft(f), checkRight(s))( _+ \"@\" + _)\n    }}\n\n  println(\"-\"*50)\n  println(emailCheck(\"<EMAIL>\"))\n  println(emailCheck(\"what@at..com\"))\n  println(emailCheck(\"@at..com\"))\n\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter2\/CatMonoidSemigroupTut.scala","text":"package io.hnfmr.chapter2\n\nimport cats.Monoid\nimport cats.Semigroup\nimport cats.syntax.semigroup._\nimport cats.instances.string._\nimport cats.instances.int._\n\nobject CatMonoidSemigroupTut extends App {\n  val a = Monoid[String].combine(\"Hi\", \"There\")\n\n  val b = Monoid[String].empty\n\n  Monoid.apply[String].empty\n  Monoid.apply[String].combine(\"Hi \", \"There\")\n\n  val d = Semigroup.apply[String].combine(\"Hi \", \"There\")\n\n  val stringResult = \"Hi \" |+| \"there\" |+| Monoid[String].empty\n\n  val intResult = 1 |+| 2 |+| Monoid[Int].empty\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/tagless\/TaglessTest.scala","text":"<gh_stars>0\npackage io.hnfmr.tagless\n\nimport scala.language.higherKinds\n\nobject TaglessTest extends App {\n  def buildNumber(number: Int) = new ScalaToLanguageBridge[Int] {\n    override def apply[Wrapper[_]](implicit L: Language[Wrapper]): Wrapper[Int] = L.number(number)\n  }\n\n  def buildIncrementNumber(number: Int) = new ScalaToLanguageBridge[Int] {\n    override def apply[Wrapper[_]](implicit L: Language[Wrapper]): Wrapper[Int] = L.increment(L.number(number))\n  }\n\n  def buildIncrementExpression(expression: ScalaToLanguageBridge[Int]) =\n    new ScalaToLanguageBridge[Int] {\n      override def apply[Wrapper[_]](implicit L: Language[Wrapper]): Wrapper[Int] = L.increment(expression.apply)\n    }\n\n  \/\/ builds an expression like: println(s\"$text ${a + (b + 1)}\")\n  def buildComplexExpression(text: String, a: Int, b: Int) = new ScalaToLanguageBridge[String] {\n    override def apply[Wrapper[_]](implicit F: Language[Wrapper]): Wrapper[String] = {\n      val addition = F.add(F.number(a), F.increment(F.number(b)))\n      F.concat(F.text(text), F.toString(addition))\n    }\n  }\n\n  val fullExpression = buildComplexExpression(\"Result is \", 10, 1)\n\n  type Id[A]= A\n\n  val interpret = new Language[Id] {\n    override def number(v: Int): Id[Int] = v\n    override def increment(a: Id[Int]): Id[Int] = a + 1\n    override def add(a: Id[Int], b: Id[Int]): Id[Int] = a + b\n\n    override def text(v: String): Id[String] = v\n    override def toUpper(a: Id[String]): Id[String] = a.toUpperCase\n    override def concat(a: Id[String], b: Id[String]): Id[String] = a + \" \" + b\n\n    override def toString(v: Id[Int]): Id[String] = v.toString\n  }\n\n  println(s\"interpreted in full : ${fullExpression.apply(interpret)}\")\n\n  \/\/ pretty print\n  type PrettyPrint[T] = String\n\n  val interpretAsPrettyPrint = new Language[PrettyPrint] {\n    override def number(v: Int): PrettyPrint[Int] = s\"($v)\"\n    override def increment(a: PrettyPrint[Int]): PrettyPrint[Int] = s\"(inc $a)\"\n    override def add(a: PrettyPrint[Int], b: PrettyPrint[Int]): PrettyPrint[Int] = s\"(+ $a $b)\"\n\n    override def text(v: String): PrettyPrint[String] = s\"[$v]\"\n    override def toUpper(a: PrettyPrint[String]): PrettyPrint[String] = s\"(toUpper $a)\"\n    override def concat(a: PrettyPrint[String], b: PrettyPrint[String]): PrettyPrint[String] = s\"(concat $a $b)\"\n\n    override def toString(v: PrettyPrint[Int]): PrettyPrint[String] = s\"(toString $v)\"\n  }\n\n  println(s\"interpreted in pretty print : ${fullExpression.apply(interpretAsPrettyPrint)}\")\n}"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter5\/MTExercise.scala","text":"<reponame>hnfmr\/advanced-scala<gh_stars>0\npackage io.hnfmr.chapter5\n\nimport cats.data.EitherT\n\nimport scala.concurrent.Future\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nimport cats.instances.future._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject MTExercise extends App {\n\n  type Response[A] = EitherT[Future, String, A]\n\n  val powerLevels: Map[String, Int] = Map(\n    \"Jazz\" -> 6,\n    \"Bumblebee\" -> 8,\n    \"Hot Rod\" -> 10\n  )\n\n  def getPowerLevel(autobot: String): Response[Int] = {\n    powerLevels.get(autobot) match {\n      case Some(lvl) => EitherT.right(Future(lvl)) \/\/ ~> Future(Right(lvl))\n      case None      => EitherT.left(Future(s\"$autobot not reachable\")) \/\/ ~> Future(Left(...))\n    }\n  }\n\n  val f = Future.sequence(\n    List(\n      getPowerLevel(\"xxx\").value,\n      getPowerLevel(\"Jazz\").value\n    )\n  )\n\n  val rr = Await.result(f, 2.seconds)\n  println(rr)\n\n  def canSpecialMove( ally1: String, ally2: String ): Response[Boolean] = {\n    for {\n      a <- getPowerLevel(ally1)\n      b <- getPowerLevel(ally2)\n    } yield (a+b) > 15\n  }\n\n  println(Await.result(canSpecialMove(\"Jazz\", \"Bumblebee\").value, 1.second))\n  println(Await.result(canSpecialMove(\"Jazz\", \"xxx\").value, 1.second))\n  println(Await.result(canSpecialMove(\"Jazz\", \"Hot Rod\").value, 1.second))\n\n  def tacticalReport(ally1: String, ally2: String): String = {\n    val r = Await.result(canSpecialMove(ally1, ally2).value, 1.second)\n    r match {\n      case Right(ready) => if (ready) s\"$ally1 and $ally2 are ready to roll out\" else s\"$ally1 and $ally2 need a recharge\"\n      case Left(err) => s\"Comms error: $err\"\n    }\n  }\n\n  println(tacticalReport(\"Jazz\", \"Bumblebee\"))\n  println(tacticalReport(\"Hot Rod\", \"Bumblebee\"))\n  println(tacticalReport(\"xxx\", \"Bumblebee\"))\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/Predicate.scala","text":"<gh_stars>0\npackage io.hnfmr.chapter10\n\nimport cats.Semigroup\nimport cats.data.Validated.{Valid, Invalid}\nimport cats.data.Validated\nimport cats.syntax.semigroup._\nimport cats.syntax.validated._\n\nimport cats.syntax.apply._\n\nsealed trait Predicate[E, A] {\n\n  import Predicate._\n\n  def and(that: Predicate[E, A]): Predicate[E, A] =\n    And(this, that)\n\n  def apply(a: A)(implicit s: Semigroup[E]): Validated[E, A] =\n    this match {\n      case Pure(f) => f(a)\n      case And(l, r) => (l(a), r(a)).mapN((_, _) => a)\n      case Or(l, r) => (l(a), r(a)) match {\n        case (Valid(_), Valid(y)) => Valid(y)\n        case (Valid(x), Invalid(_)) => Valid(x)\n        case (Invalid(x), Invalid(y)) => Invalid(x |+| y)\n        case (Invalid(_), Valid(y)) => Valid(y)\n      }\n    }\n\n  def run(implicit s: Semigroup[E]): A => Either[E, A] = {\n    a =>\n      this (a) match {\n        case Valid(x) => Right(x)\n        case Invalid(x) => Left(x)\n      }\n  }\n}\n\nobject Predicate {\n  final case class And[E, A](left: Predicate[E, A], right: Predicate[E, A]) extends Predicate[E, A]\n  final case class Pure[E, A](f: A => Validated[E, A]) extends Predicate[E, A]\n  final case class Or[E, A](left: Predicate[E, A], right: Predicate[E, A]) extends Predicate[E, A]\n\n  def apply[E, A](f: A => Validated[E, A]): Predicate[E, A] = Pure(f)\n\n  def lift[E, A](error: E, f: A => Boolean): Predicate[E, A] =\n    Pure(a => if (f(a)) a.valid else error.invalid)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/Functions.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter10\n\nimport cats.data.NonEmptyList\n\nobject Functions {\n\n  type Errors = NonEmptyList[String]\n\n  def error(s: String): NonEmptyList[String] =\n    NonEmptyList(s, Nil)\n\n  def longerThan(n: Int): Predicate[Errors, String] =\n    Predicate.lift(\n      error(s\"Must be longer than $n characters\"),\n      str => str.size > n)\n\n  val alphanumeric: Predicate[Errors, String] =\n    Predicate.lift(\n      error(s\"Must be all alphanumeric characters\"),\n      str => str.forall(_.isLetterOrDigit))\n\n  def contains(char: Char): Predicate[Errors, String] =\n    Predicate.lift(\n      error(s\"Must contain the character $char\"),\n      str => str.contains(char))\n\n  def containsOnce(char: Char): Predicate[Errors, String] =\n    Predicate.lift(\n      error(s\"Must contain the character $char only once\"),\n      str => str.filter(c => c == char).size == 1)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter1\/CatShow.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter1\n\nimport cats.Show\nimport cats.syntax.show._\n\nobject CatShow extends App {\n  final case class Cat ( name: String, age: Int, color: String )\n\n  implicit val showCat = new Show[Cat] {\n    def show(cat: Cat): String = s\"${cat.name} is a ${cat.age} year-old ${cat.color} cat.\"\n  }\n\n  val cat = Cat(\"Dudu\", 1, \"Lilac\")\n\n  println(cat.show)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter6\/ValidatedTut.scala","text":"package io.hnfmr.chapter6\n\nimport cats.Semigroupal\nimport cats.data.Validated\nimport cats.instances.list._\nimport cats.syntax.validated._\n\nobject ValidatedTut extends App {\n  type AllErrorsOr[A] = Validated[List[String], A]\n\n  val r = Semigroupal[AllErrorsOr].product(\n    Validated.invalid(List(\"Error 1\")),\n    Validated.invalid(List(\"Error 2\"))\n  )\n\n  println(r)\n\n  println(\"xx\".invalid[Int])\n  println(\"xx\".invalid[Int].toEither)\n  println(123.valid)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/CustomMonads.scala","text":"package io.hnfmr.chapter4\n\nimport cats.Monad\nimport scala.annotation.tailrec\nimport cats.syntax.functor._\nimport cats.syntax.flatMap._\n\nobject CustomMonads extends App {\n  sealed trait Tree[+A]\n  final case class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n  final case class Leaf[A](value: A) extends Tree[A]\n\n  def branch[A](left: Tree[A], right: Tree[A]): Tree[A] =\n    Branch(left, right)\n\n  def leaf[A](value: A): Tree[A] =\n    Leaf(value)\n\n  implicit val treeMonad =\n    new Monad[Tree] {\n      def flatMap[A, B](tree: Tree[A])(fn: A => Tree[B]): Tree[B] =\n        tree match {\n          case Branch(l, r) => Branch(flatMap(l)(fn), flatMap(r)(fn))\n          case Leaf(v) => fn(v)\n        }\n\n      def pure[A](v: A): Tree[A] = leaf(v)\n\n      def tailRecM[A, B](a: A)(fn: A => Tree[Either[A,B]]): Tree[B] =\n        fn(a) match {\n          case Branch(l, r) =>\n            Branch(\n              flatMap(l) {\n                case Left(ll) => tailRecM(ll)(fn)\n                case Right(ll) => pure(ll)\n              },\n              flatMap(r) {\n                case Left(rr) => tailRecM(rr)(fn)\n                case Right(rr) => pure(rr)\n              }\n            )\n          case Leaf(Left(value)) => tailRecM(value)(fn)\n          case Leaf(Right(value)) => Leaf(value)\n        }\n    }\n\n  val t1 = branch(leaf(100), leaf(200)).flatMap( x => branch(leaf(x - 1), leaf(x + 1)))\n  println(t1)\n\n  val t2 = for {\n    a <- branch(leaf(100), leaf(200))\n    b <- branch(leaf(a - 10), leaf(a + 10))\n    c <- branch(leaf(b - 1), leaf(b + 1))\n  } yield c\n\n  println(t2)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter1\/ShowTut.scala","text":"package io.hnfmr.chapter1\n\nimport cats.Show\nimport cats.instances.int._\nimport cats.instances.string._\n\nimport cats.syntax.show._\n\nobject ShowTut extends App {\n  val showInt: Show[Int] = Show.apply[Int]\n  val showString: Show[String] = Show.apply[String]\n\n  val intAsString: String = showInt.show(123)\n  val stringAsString: String = showString.show(\"abc\")\n\n  val shownInt = 123.show\n  val shownString = \"abc\".show\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/MonadTut.scala","text":"package io.hnfmr.chapter4\n\nimport scala.language.higherKinds\nimport cats.Monad\nimport cats.Id\n\nimport cats.syntax.flatMap._\nimport cats.syntax.functor._\n\nimport cats.syntax.applicative._\nimport cats.syntax.option._\nimport cats.instances.option._\nimport cats.instances.list._\n\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport cats.instances.future._\n\nobject MonadTut extends App {\n  object Tutorial {\n    val a = 1.pure[Option]\n    val b = 1.pure[List]\n\n    println(b)\n  }\n\n  def sumSquare[M[_] : Monad](a: M[Int], b: M[Int]): M[Int] =\n    for {\n      x <- a\n      y <- b\n    } yield x*x + y*y\n\n  println(sumSquare(3.some, 4.some))\n  println(sumSquare(1.some, Option.empty[Int]))\n  println(sumSquare(List(1,2,3), List(4,5)))\n\n  val e: Id[Int] = Monad[Id].pure(3)\n  val f: Id[Int] = 4\n  println(sumSquare(e, f))\n  println(Await.result(sumSquare(Future(3), Future(4)), 1.second))\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/EvalTut.scala","text":"<reponame>hnfmr\/advanced-scala\npackage io.hnfmr.chapter4\n\nimport cats.Eval\n\nobject EvalTut extends App {\n  def factorial(n: BigInt): Eval[BigInt] = {\n    if (n == 1) Eval.now(n)\n    else Eval.defer(factorial(n-1).map(_ * n))\n  }\n\n  println(factorial(50).value)\n\n  def foldRight[A, B](as: List[A], acc: B)(fn: (A, Eval[B]) => Eval[B]): Eval[B] =\n    as match {\n      case head :: tail => Eval.defer( fn(head, foldRight(tail, acc)(fn) ) )\n      case Nil => Eval.now(acc)\n    }\n\n  println(foldRight(List(1,2,3,4), 2)( (a: Int, b: Eval[Int]) => {\n    for {\n      be <- b\n    } yield a + be\n  }).value)\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter2\/MonoidTut.scala","text":"package io.hnfmr.chapter2\n\nobject MonoidTut extends App {\n  trait Semigroup[A] {\n    def combine(x: A, y: A): A\n  }\n\n  trait Monoid[A] extends Semigroup[A] {\n    def empty: A\n  }\n\n  object Monoid {\n    def apply[A](implicit monoid: Monoid[A]) = monoid\n  }\n\n  implicit val booleanAndMonoid: Monoid[Boolean] = new Monoid[Boolean] {\n    def combine(x: Boolean, y: Boolean): Boolean = x && y\n    def empty: Boolean = true\n  }\n\n  implicit val booleanOrMonoid: Monoid[Boolean] = new Monoid[Boolean] {\n    def combine(x: Boolean, y: Boolean): Boolean = x || y\n    def empty: Boolean = false\n  }\n\n  implicit val booleanXorMonoid: Monoid[Boolean] = new Monoid[Boolean] {\n    def combine(x: Boolean, y: Boolean): Boolean = (x && !y) || (!x && y)\n    def empty: Boolean = false\n  }\n\n  implicit val booleanXnorMonoid: Monoid[Boolean] = new Monoid[Boolean] {\n    def combine(x: Boolean, y: Boolean): Boolean = (!x || y) && (x || !y)\n    def empty: Boolean = true\n  }\n\n  \/\/ set union -> monoid, identity element being empty set\n\n  implicit def setUnionMonoid[A]: Monoid[Set[A]] = new Monoid[Set[A]] {\n    def combine(a: Set[A], b: Set[A]): Set[A] = a union b\n    def empty: Set[A] = Set.empty[A]\n  }\n\n  \/\/ set intersection -> semigroup, no identity element\n  implicit def setIntersectionSemigroup[A]: Semigroup[Set[A]] = new Semigroup[Set[A]] {\n    def combine(a: Set[A], b: Set[A]): Set[A] = a intersect b\n  }\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter4\/MonadEx.scala","text":"package io.hnfmr.chapter4\n\nimport cats.Id\n\nobject MonadEx extends App {\n\n  def pure[A](value: A): Id[A] = value\n  def map[A, B](ia: Id[A])(f: A => B): Id[B] = f(ia)\n  def flatMap[A, B](ia: Id[A])(f: A => Id[B]): Id[B] = f(ia)\n\n}\n"}
{"repo_name":"hnfmr\/advanced-scala","path":"src\/main\/scala\/io\/hnfmr\/chapter10\/KleisliEx.scala","text":"package io.hnfmr.chapter10\n\nimport cats.instances.list._\n\nimport cats.Semigroupal\nimport cats.data.NonEmptyList\nimport cats.data.Kleisli\nimport cats.syntax.either._\nimport cats.instances.either._\n\nimport Functions._\n\nobject KleisliEx extends App {\n  val step1: Kleisli[List, Int, Int] =\n    Kleisli( (x:Int) => List(x + 1, x, x - 1))\n\n  val step2: Kleisli[List, Int, Int] =\n    Kleisli( x => List(x, -x))\n\n  val step3: Kleisli[List, Int, Int] =\n    Kleisli(x => List( x * 2, x \/ 2))\n\n  val pipeline = step1 andThen step2 andThen step3\n\n  println(pipeline.run(20))\n\n\n  type Result[A] = Either[Errors, A]\n  type CheckK[A, B] = Kleisli[Result, A, B]\n\n  def check[A, B](f: A => Either[Errors, B]): CheckK[A, B] =\n    Kleisli(f)\n\n  def checkPred[A](pred:Predicate[Errors, A]): CheckK[A, A] =\n    Kleisli[Result, A, A](pred.run)\n\n  val userNameCheck: Check[Errors, String, String] =\n    Check(\n      longerThan(4) and alphanumeric\n    )\n\n  val checkLeft: CheckK[String, String] = checkPred(longerThan(0))\n  val checkRight: CheckK[String, String] = checkPred(longerThan(3) and containsOnce('.'))\n\n  def splitCheck: CheckK[String, (String, String)] =\n    check { s =>\n      s.split(\"@\") match {\n        case Array(first, second) => (first, second).asRight\n        case _ => NonEmptyList(\"Must contain a single @ character\", Nil).asLeft\n      }\n    }\n\n  def joinEmail: CheckK[(String, String), String] =\n    check { case (f, s) =>\n      Semigroupal.map2 (checkLeft (f), checkRight (s) ) (_+ \"@\" + _)\n    }\n\n  val emailCheck: CheckK[String, String] =\n    splitCheck andThen joinEmail\n\n  println(\"-\"*50)\n  println(emailCheck(\"<EMAIL>\"))\n  println(emailCheck(\"<EMAIL>\"))\n  println(emailCheck(\"@at..com\"))\n}\n"}
{"repo_name":"ejisan\/play-i18n-url","path":"src\/main\/scala\/ejisan\/play\/i18n\/UrlI18nRequestHandler.scala","text":"package ejisan.play.i18n\n\nimport javax.inject.Inject\nimport play.api.routing.Router\nimport play.api.http._\nimport play.api.mvc._\nimport play.api.i18n.{ DefaultLangs, Lang }\n\nclass UrlI18nRequestHandler(\n  langs: DefaultLangs,\n  router: Router,\n  errorHandler: HttpErrorHandler,\n  httpConfiguration: HttpConfiguration,\n  filters: EssentialFilter*\n) extends DefaultHttpRequestHandler(router, errorHandler, httpConfiguration, filters: _*) {\n  @Inject\n  def this(langs: DefaultLangs, router: Router, errorHandler: HttpErrorHandler, httpConfiguration: HttpConfiguration, filters: HttpFilters) =\n    this(langs, router, errorHandler, httpConfiguration, filters.filters: _*)\n\n  def getHeadOfPath(request: RequestHeader): Option[String] =\n    request.path.tail.split('\/').headOption\n\n  def getLangFromRequest(request: RequestHeader): Option[(Lang, String)] =\n    getHeadOfPath(request)\n      .flatMap(p => Lang.get(p).map((_, p)))\n      .filter(l => langs.availables.exists(_.code == l._1.code))\n\n  def setAcceptLanguage(request: RequestHeader, lang: Lang): RequestHeader =\n    request.copy(headers = request.headers.replace(HeaderNames.ACCEPT_LANGUAGE -> lang.code))\n\n  override def handlerForRequest(request: RequestHeader): (RequestHeader, Handler) =\n    super.handlerForRequest(\n      getLangFromRequest(request).map(l => setAcceptLanguage(request, l._1)).getOrElse(request))\n\n  override def routeRequest(request: RequestHeader): Option[Handler] =\n    getLangFromRequest(request) match {\n      case Some((lang, path)) =>\n        val langPath = \"\/\" + lang.code\n        if (path == lang.code) {\n          router.withPrefix(langPath).routes.lift(request)\n        } else Some {\n          Action(BodyParsers.parse.empty) { req =>\n            val r = langPath + request.path.stripPrefix(s\"\/$path\")\n            Results.MovedPermanently((new Call(HttpVerbs.GET, r)).absoluteURL()(req)) }\n        }\n      case None => Some {\n        Action.async(BodyParsers.parse.empty)(errorHandler.onClientError(_, Status.NOT_FOUND)) }\n    }\n}\n"}
{"repo_name":"ejisan\/play-i18n-url","path":"src\/main\/scala\/ejisan\/play\/i18n\/ScalaSirdRouterSupport.scala","text":"<reponame>ejisan\/play-i18n-url<filename>src\/main\/scala\/ejisan\/play\/i18n\/ScalaSirdRouterSupport.scala\npackage ejisan.play.i18n\n\nimport play.api.http.DefaultHttpRequestHandler\nimport play.api.routing.Router\nimport play.api.mvc.{ RequestHeader, Handler }\n\ntrait ScalaSirdRouterSupport extends DefaultHttpRequestHandler { _: UrlI18nRequestHandler =>\n  def router: Router\n\n  override def routeRequest(request: RequestHeader): Option[Handler] = {\n    val handler = router.handlerFor(request)\n    if (handler.isEmpty) super.routeRequest(request)\n    else handler\n  }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/List\/package.scala","text":"<reponame>Glavo\/Hascalator\npackage Hascalator.Data\n\nimport scala.language.implicitConversions\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object List {\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"build.sbt","text":"<filename>build.sbt\nname := \"Hascalator\"\n\norganization := \"org.glavo\"\n\nversion := \"0.1.0\"\n\nscalaVersion := \"2.12.4\"\n\nlibraryDependencies ++= Seq(\n    \"org.scalactic\" %% \"scalactic\" % \"3.0.1\",\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\"\n)\n\ninitialCommands in console := \"import Hascalator._, Hascalator.Prelude._\"\n\n\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Ratio\/Ratio.scala","text":"<reponame>Glavo\/Hascalator\npackage Hascalator.Data.Ratio\n\nimport Hascalator._\n\nimport Prelude._\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass Ratio[A](val numerator: A,\n               val denominator: A) {\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Ord.scala","text":"<filename>src\/main\/scala\/Hascalator\/Prelude\/Ord.scala\npackage Hascalator.Prelude\n\nimport Hascalator._\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n@implicitNotFound(\"No instance for Ord[${T}]\")\nabstract class Ord[T] {\n  def compare(t1: T)(t2: T): Ordering\n\n\n  final def <(t1: T)(t2: T): Bool =\n    compare(t1)(t2) match {\n      case LT => True\n      case EQ => False\n      case GT => False\n    }\n\n\n  final def <=(t1: T)(t2: T): Bool =\n    compare(t1)(t2) match {\n      case LT => True\n      case EQ => True\n      case GT => False\n    }\n\n\n  final def >(t1: T)(t2: T): Bool =\n    compare(t1)(t2) match {\n      case LT => False\n      case EQ => False\n      case GT => True\n    }\n\n\n  final def >=(t1: T)(t2: T): Bool =\n    compare(t1)(t2) match {\n      case LT => False\n      case EQ => True\n      case GT => True\n    }\n\n\n  def max(t1: T)(t2: T): T =\n    compare(t1)(t2) match {\n      case LT => t2\n      case _ => t1\n    }\n\n\n  def min(t1: T)(t2: T): T =\n    compare(t1)(t2) match {\n      case LT => t1\n      case _ => t2\n    }\n}\n\nobject Ord {\n\n  trait Impl {\n\n    implicit class RichOrd[T: Ord](val self: T) {\n\n\n      def <(other: T): Bool =\n        implicitly[Ord[T]].<(self)(other)\n\n\n      def <=(other: T): Bool =\n        implicitly[Ord[T]].<=(self)(other)\n\n\n      def >(other: T): Bool =\n        implicitly[Ord[T]].>(self)(other)\n\n\n      def >=(other: T): Bool =\n        implicitly[Ord[T]].>=(self)(other)\n\n\n      def max(other: T): T =\n        implicitly[Ord[T]].max(self)(other)\n\n\n      def min(other: T): T =\n        implicitly[Ord[T]].min(self)(other)\n    }\n\n\n    def compare[T: Ord](t1: T)(t2: T): Ordering =\n      implicitly[Ord[T]].compare(t1)(t2)\n\n    def <[T: Ord](t1: T)(t2: T): Bool =\n      compare(t1)(t2) match {\n        case LT => True\n        case EQ => False\n        case GT => False\n      }\n\n    def <=[T: Ord](t1: T)(t2: T): Bool =\n      compare(t1)(t2) match {\n        case LT => True\n        case EQ => True\n        case GT => False\n      }\n\n    def >[T: Ord](t1: T)(t2: T): Bool =\n      compare(t1)(t2) match {\n        case LT => False\n        case EQ => False\n        case GT => True\n      }\n\n    def >=[T: Ord](t1: T)(t2: T): Bool =\n      compare(t1)(t2) match {\n        case LT => False\n        case EQ => True\n        case GT => True\n      }\n\n    def max[T: Ord](t1: T)(t2: T): T =\n      compare(t1)(t2) match {\n        case LT => t2\n        case _ => t1\n      }\n\n    def min[T: Ord](t1: T)(t2: T): T =\n      compare(t1)(t2) match {\n        case LT => t1\n        case _ => t2\n      }\n\n  }\n\n}"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/package.scala","text":"<gh_stars>1-10\npackage Hascalator\n\nimport scala.language.implicitConversions\nimport Data.List._\nimport Hascalator.Data.Ratio.Ratio\n\n\/**\n  * The [[Hascalator.Prelude]]: a standard module. The Prelude is imported\n  * by default into all Haskell modules unless either there is\n  * an explicit import statement for it, or the NoImplicitPrelude\n  * extension is enabled.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Prelude\n  extends Enum.Impl\n    with Num.Impl\n    with Bounded.Impl\n    with Ord.Impl {\n\n  def error(message: String = \"\"): \u22a5 = throw new Exception(message)\n\n  def badArg: \u22a5 = throw new Exception(\"bad argument\")\n\n  \/\/Basic data types\n\n  \/\/Function\n\n  def id[A](it: A): A = it\n\n\n  def const[A, B](a: A)(b: B): A = a\n\n\n  def flip[A, B, C](f: A => B => C): B => A => C =\n    b => a => f(a)(b)\n\n  \/\/data Bool\n\n  type Bool = Data.Bool.Bool\n\n  val True: Bool = Data.Bool.True\n\n  val False: Bool = Data.Bool.False\n\n  \/**\n    * Boolean \"and\"\n    *\/\n\n  def &&(b1: Bool, b2: Bool): Bool = {\n    requireNonNull(b1) && b2\n  }\n\n  \/**\n    * Boolean \"or\"\n    *\/\n\n  def ||(b1: Bool, b2: Bool): Bool = {\n    requireNonNull(b1) || b2\n  }\n\n  \/**\n    * Boolean \"not\"\n    *\/\n\n  def not(b: Bool): Bool = {\n    !requireNonNull(b)\n  }\n\n\n  val otherwise: Bool = True\n\n  \/\/data Maybe\n\n  \/**\n    * The maybe function takes a default value, a function, and a Maybe value.\n    * If the Maybe value is Nothing, the function returns the default value.\n    * Otherwise, it applies the function to the value inside the Just and returns\n    * the result.\n    *\n    * Examples:\n    *\n    * {{{\n    *     scala> maybe(False)(odd)(Just(3))\n    *     res1: Hascalator.Data.Bool.Bool = False\n    *\n    *     scala> maybe(False)(odd)(Nothing)\n    *     res2: Hascalator.Data.Bool.Bool = False\n    * }}}\n    *\n    *\/\n\n  def maybe[A, B](b: B)(f: A => B)(m: Maybe[A]): B = {\n    requireNonNull(f)\n    requireNonNull(m) match {\n      case Just(value) => f(value)\n      case Nothing => b\n    }\n  }\n\n  \/\/data Either\n\n\n  def either[A, B, C](fl: A => C)\n                     (fr: B => C)\n                     (e: Either[A, B]): C = {\n    requireNonNull(fl)\n    requireNonNull(fr)\n\n    requireNonNull(e) match {\n      case Left(value) => fl(value)\n      case Right(value) => fr(value)\n    }\n  }\n\n  \/\/data Ordering\n\n\n  val LT: Ordering = new Ordering(\"LT\", -1)\n\n\n  val EQ: Ordering = new Ordering(\"EQ\", 0)\n\n\n  val GT: Ordering = new Ordering(\"GT\", 1)\n\n  \/\/data Char\n\n  implicit def charToCh(c: scala.Char): Char = new Char(c)\n\n  implicit def chToChar(ch: Char): scala.Char =\n    requireNonNull(ch).self\n\n  implicit def chToCharacter(ch: Char): Character =\n    requireNonNull(ch).self\n\n  \/\/type String\n\n  \/\/TODO\n\n  \/\/Tuples\n\n  \/**\n    * Extract the first component of a pair.\n    *\/\n\n  def fst[A, B](t: (A, B)): A =\n    requireNonNull(t)._1\n\n  \/**\n    * Extract the second component of a pair.\n    *\/\n\n  def snd[A, B](t: (A, B)): B =\n    requireNonNull(t)._2\n\n  \/**\n    * curry converts an uncurried function to a curried function.\n    *\/\n\n  def curry[A, B, C](f: ((A, B)) => C): A => B => C = {\n    requireNonNull(f)\n    a => b => f((a, b))\n  }\n\n  \/**\n    * uncurry converts a curried function to a function on pairs.\n    *\/\n\n  def uncurry[A, B, C](f: A => B => C): ((A, B)) => C = {\n    requireNonNull(f)\n    pair => f(pair._1)(pair._2)\n  }\n\n  \/\/Basic type classes\n\n\n  \/\/Numbers\n\n  \/\/Numeric types\n\n  type Int = Data.Int.Int\n\n  type Integer = scala.BigInt\n\n  \/**\n    * Single-precision floating point numbers. It is desirable that this type\n    * be at least equal in range and precision to the IEEE single-precision type.\n    *\/\n  type Float = scala.Float\n\n  \/**\n    * Double-precision floating point numbers. It is desirable that this type\n    * be at least equal in range and precision to the IEEE double-precision type.\n    *\/\n  type Double = scala.Double\n\n  \/**\n    * Arbitrary-precision rational numbers, represented as a ratio of two\n    * Integer values. A rational number may be constructed using the % operator.\n    *\/\n  type Rational = Ratio[Integer]\n\n\n\n  \/\/List\n\n  def cycle[A](l: List[A]): List[A] =\n    l ++ cycle(l)\n\n\n  \/\/Functions\n\n  implicit def functionWapper[T1, R](f: T1 => R): Prelude.Function[T1, R] = {\n    new Prelude.Function(requireNonNull(f))\n  }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Bounded.scala","text":"package Hascalator.Prelude\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * The Bounded class is used to name the upper and lower\n  * limits of a type. Ord is not a superclass of Bounded since\n  * types that are not totally ordered may also have upper and lower bounds.\n  *\n  * The Bounded class may be derived for any enumeration type; minBound\n  * is the first constructor listed in the data declaration and maxBound\n  * is the last. Bounded may also be derived for single-constructor datatypes\n  * whose constituent types are in Bounded.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n@implicitNotFound(\"No instance for Bounded[${B}]\")\nabstract class Bounded[B] {\n  def minBound: B\n\n  def maxBound: B\n}\n\nobject Bounded {\n  trait Impl {\n    def minBound[B: Bounded]: B =\n      implicitly[Bounded[B]].minBound\n\n\n    def maxBound[B: Bounded]: B =\n      implicitly[Bounded[B]].maxBound\n  }\n}"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Integral.scala","text":"<reponame>Glavo\/Hascalator<gh_stars>1-10\npackage Hascalator.Prelude\n\n\/**\n  * Integral numbers, supporting integer division.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nabstract class Integral[A](implicit real: Real[A], enum: Enum[A]) {\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"project\/Build.scala","text":"import sbt._\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Either.scala","text":"package Hascalator.Prelude\n\nimport Hascalator.\u22a5\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nsealed abstract class Either[+L, +R] {\n\n}\n\nobject Either {\n\n}\n\nfinal case class Left[+T](value: T) extends Either[T, \u22a5]\n\nobject Left {\n}\n\nfinal case class Right[+T](value: T) extends Either[\u22a5, T]\n\nobject Right {\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/package.scala","text":"import Hascalator.Prelude.{Bool, False, True}\n\nimport scala.language.implicitConversions\n\n\/**\n  * Root package of Hascalator.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Hascalator {\n\n  type \u22a5 = scala.Nothing\n\n  type `_|_` = scala.Nothing\n\n  type Int = Data.Int.Int\n\n  \/**\n    * Checks that the specified object reference is not `null`. This\n    * method is designed primarily for doing parameter validation in methods\n    * and constructors, as demonstrated below:\n    *\/\n\n  def requireNonNull[T](obj: T): T = {\n    if (obj == null)\n      throw new NullPointerException\n    else obj\n  }\n\n\n  implicit def booleanToBool(b: Boolean): Bool = {\n    if (b) True\n    else False\n  }\n\n\n\n  implicit def boolToBoolean(b: Bool): Boolean = {\n    requireNonNull(b)\n    if (b == True) true\n    else false\n  }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/List\/List.scala","text":"package Hascalator.Data.List\n\nimport Hascalator._\nimport scala.language.implicitConversions\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nabstract sealed class List[+A] {\n\n  \/**\n    * Indicates whether or not the `List` is empty.\n    *\/\n  def isEmpty: Boolean\n\n  \/**\n    * Gives constant time access to the first element of this `List`.\n    *\/\n  def head: A\n\n  \/**\n    * A list consisting of the remaining elements of this list after the\n    * first one.\n    *\/\n  def tail: List[A]\n\n  def baseString: String\n\n  protected def tailDefined: Boolean\n\n\n  final def ++[B >: A](other: => List[B]): List[B] = this match {\n    case head :: tail => head :: (tail ++ other)\n    case Nil => other\n  }\n\n\n  final def !::[B >: A](b: B): List[B] =\n    new Cons(b, this, true)\n\n\n  final def unary_! : List[A] = {\n    if (this eq Nil) {}\n    else !tail\n\n    this\n  }\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case Nil => this eq Nil\n    case head :: tail => this != Nil && head == this.head && tail == this.tail\n    case _ => false\n  }\n\n  override def toString: String = s\"[$baseString]\"\n}\n\nobject List {\n\n\n  def apply[A](args: A*): List[A] = {\n    var list: List[A] = Nil\n    val it = args.reverseIterator\n\n    while (it.hasNext) {\n      list = it.next() !:: list\n    }\n\n    list\n  }\n\n\n  implicit def listBuilder[T](f: => List[T]): ConsWrapper[T] =\n    new ConsWrapper(f)\n}\n\nfinal class Cons[+A](override val head: A,\n                     tl: => List[A],\n                     defined: Boolean = false) extends List[A] {\n\n  override def isEmpty = false\n\n  @volatile private[this] var tlVal: List[A] = _\n  @volatile private[this] var tlGen = tl _\n\n  {\n    if (defined) {\n      tlVal = tlGen()\n      tlGen = null\n    }\n  }\n\n  def tailDefined: Boolean = tlGen eq null\n\n  override def tail: List[A] = {\n    if (!tailDefined)\n      synchronized {\n        if (!tailDefined) {\n          tlVal = tlGen()\n          tlGen = null\n        }\n      }\n    tlVal\n  }\n\n  override def baseString: String =\n    head + {\n      if (tailDefined)\n        if (tail == Nil) \"\"\n        else \", \" + tail.baseString\n      else \", ...\"\n    }\n\n\n}\n\nobject Nil extends List[\u22a5] {\n\n  override def isEmpty = true\n\n  override def head = throw new NoSuchElementException(\"head of empty stream\")\n\n  override def tail = throw new UnsupportedOperationException(\"tail of empty stream\")\n\n  def tailDefined = false\n\n  override def equals(obj: scala.Any): Boolean =\n    obj.asInstanceOf[AnyRef] eq this\n\n  override def baseString: String = \"\"\n}\n\nobject :: {\n  def unapply[A](arg: Cons[A]): Option[(A, List[A])] =\n    Some((arg.head, arg.tail))\n}"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Ordering.scala","text":"<filename>src\/main\/scala\/Hascalator\/Prelude\/Ordering.scala<gh_stars>1-10\npackage Hascalator.Prelude\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nfinal class Ordering private[Prelude](override val toString: String,\n                                      override val hashCode: Int)\n\nobject Ordering {\n}"}
{"repo_name":"Glavo\/Hascalator","path":"src\/test\/scala\/Hascalator\/Prelude\/BoolTest.scala","text":"package Hascalator.Prelude\n\nimport Hascalator._\nimport Data.List._\n\nimport org.scalatest._\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass BoolTest extends FlatSpec {\n    \"True && True\" should \"be True\" in {\n        assert((True && True) == True)\n    }\n\n    \"True && False\" should \"be False\" in {\n        assert((True && False) == False)\n    }\n\n    \"False && True\" should \"be False\" in {\n        assert((False && True) == False)\n    }\n\n    \"False && False\" should \"be False\" in {\n        assert((False && False) == False)\n    }\n\n    \"True || True\" should \"be True\" in {\n        assert((True || True) == True)\n    }\n\n    \"True || False\" should \"be True\" in {\n        assert((True || False) == True)\n    }\n\n    \"False || True\" should \"be True\" in {\n        assert((False || True) == True)\n    }\n\n    \"False || False\" should \"be False\" in {\n        assert((False || False) == False)\n    }\n\n    \"[False ..]\" should \"be [False, True]\" in {\n        assert(enumFrom(False) == List(False, True))\n    }\n\n    \"[True ..]\" should \"be [True]\" in {\n        assert(enumFrom(True) == List(True))\n    }\n\n    \"[False, False ..]\" should \"be [False, ...]\" in {\n        var list = enumFromThen(False)(False)\n\n        for (_ <- 1 to 100) {\n            assert(list.head == False)\n            list = list.tail\n        }\n    }\n\n    \"[False, True ..]\" should \"be [False, True]\" in {\n        assert(enumFromThen(False)(True) == List(False, True))\n    }\n\n    \"[True, False ..]\" should \"be [True, False]\" in {\n        assert(enumFromThen(True)(False) == List(True, False))\n    }\n\n    \"[True, True ..]\" should \"be [True, ...]\" in {\n        var list = enumFromThen(True)(True)\n\n        for (_ <- 1 to 100) {\n            assert(list.head == True)\n            list = list.tail\n        }\n    }\n\n    \"[False .. False]\" should \"be [False]\" in {\n        assert(enumFromTo(False)(False) == List(False))\n    }\n\n    \"[False .. True]\" should \"be [False, True]\"in {\n        assert(enumFromTo(False)(True) == List(False, True))\n    }\n\n    \"[True .. False]\" should \"be []\"in {\n        assert(enumFromTo(True)(False) == List())\n    }\n\n    \"[True .. True]\" should \"be [True]\"in {\n        assert(enumFromTo(True)(True) == List(True))\n    }\n\n    \"[False, False .. False]\" should \"be [False, ...]\" in {\n        var list = enumFromThenTo(False)(False)(False)\n\n        for (_ <- 1 to 100) {\n            assert(list.head == False)\n            list = list.tail\n        }\n    }\n\n    \"[False, False .. True]\" should \"be [False, ...]\" in {\n        var list = enumFromThenTo(False)(False)(False)\n\n        for (_ <- 1 to 100) {\n            assert(list.head == False)\n            list = list.tail\n        }\n    }\n\n    \"[False, True .. False]\" should \"be [False]\" in {\n        assert(enumFromThenTo(False)(True)(False) == List(False))\n    }\n\n    \"[False, True .. True]\" should \"be [False, True]\" in {\n        assert(enumFromThenTo(False)(True)(True) == List(False, True))\n    }\n\n    \"[True, False .. False]\" should \"be [True, False]\" in {\n        assert(enumFromThenTo(True)(False)(False) == List(True, False))\n    }\n\n    \"[True, False .. True]\" should \"be [True]\" in {\n        assert(enumFromThenTo(True)(False)(True) == List(True))\n    }\n\n    \"[True, True .. False]\" should \"be []\" in {\n        assert(enumFromThenTo(True)(True)(False) == List())\n    }\n\n    \"[True, True .. True]\" should \"be [True, ...]\" in {\n        var list = enumFromThenTo(True)(True)(True)\n\n        for (_ <- 1 to 100) {\n            assert(list.head == True)\n            list = list.tail\n        }\n    }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Char.scala","text":"package Hascalator.Prelude\n\nimport Hascalator.{Data, _}\n\n\/**\n  * The character type Char is an enumeration whose values\n  * represent Unicode (or equivalently ISO\/IEC 10646) characters\n  * (see [[http:\/\/www.unicode.org\/]] for details). This set extends\n  * the ISO 8859-1 (Latin-1) character set (the first 256 characters),\n  * which is itself an extension of the ASCII character set\n  * (the first 128 characters). A character literal in Haskell has type Char.\n  *\n  * To convert a Char to or from the corresponding Int value\n  * defined by Unicode, use toEnum and fromEnum from\n  * the Enum class respectively (or equivalently ord and chr).\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nfinal class Char(\n                 val self: Character) {\n\n  {\n    requireNonNull(self)\n  }\n\n\n  override def toString = self.toString\n\n\n  override def hashCode(): scala.Int = self.hashCode()\n\n\n  override def equals(obj: scala.Any): Boolean = {\n    if (requireNonNull(self).getClass != getClass) false\n    else {\n      val ch = obj.asInstanceOf[Char]\n      ch.self == self\n    }\n  }\n\n\n}\n\nobject Char {\n\n  def apply(char: scala.Char): Char = new Char(char)\n\n\n  def apply(character: Character): Char =\n    new Char(requireNonNull(character))\n\n\n  def unapply(arg: Char): Option[Character] =\n    if (arg != null) Some(arg.self)\n    else None\n\n  implicit val InstanceOrd: Ord[Char] = new Ord[Char] {\n    override def compare(t1: Char)(t2: Char): Ordering = {\n      requireNonNull(t1)\n      requireNonNull(t2)\n\n      val i = t1.self.compareTo(t2.self)\n\n      if (i < 0) LT\n      else if (i == 0) EQ\n      else GT\n    }\n  }\n}\n\n\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Int\/package.scala","text":"<reponame>Glavo\/Hascalator\npackage Hascalator.Data\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Int {\n  \/**\n    * A fixed-precision integer type with at least the range [-2^29 .. 2^29-1].\n    * The exact range for a given implementation can be determined by using\n    * minBound and maxBound from the Bounded class.\n    *\/\n  type Int = scala.Int\n\n  type Int8 = scala.Byte\n\n  type Int16 = scala.Short\n\n  type Int32 = scala.Int\n\n  type Int64 = scala.Long\n}\n\n\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Enum.scala","text":"<gh_stars>1-10\npackage Hascalator.Prelude\n\nimport Hascalator._\nimport Data.List._\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * Class Enum defines operations on sequentially ordered types.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n@implicitNotFound(\"No instance for Enum[${A}]\")\nabstract class Enum[A] {\n  \/**\n    * the successor of a value. For numeric types, succ adds 1.\n    *\/\n  def succ(t: A): A\n\n  \/**\n    * the predecessor of a value. For numeric types, pred subtracts 1.\n    *\/\n  def pred(t: A): A\n\n  \/**\n    * Convert from an Int.\n    *\/\n  def toEnum(i: Int): A\n\n  \/**\n    * Convert to an Int. It is implementation-dependent what fromEnum\n    * returns when applied to a value that is too large to fit in an Int.\n    *\/\n  def fromEnum(e: A): Int\n\n  def enumFrom(e: A): List[A]\n\n  def enumFromThen(e1: A)(e2: A): List[A]\n\n  def enumFromTo(e1: A)(e2: A): List[A]\n\n  def enumFromThenTo(e1: A)(e2: A)(e3: A): List[A]\n}\n\nobject Enum {\n\n  trait Impl {\n    implicit class RichEnum[T: Enum](val self: T) {\n      def succ: T = implicitly[Enum[T]].succ(self)\n\n      def pred: T = implicitly[Enum[T]].pred(self)\n\n      def fromEnum: Int = implicitly[Enum[T]].fromEnum(self)\n    }\n\n    def succ[E: Enum](e: E): E =\n      implicitly[Enum[E]].succ(e)\n\n    def pred[E: Enum](e: E): E =\n      implicitly[Enum[E]].pred(e)\n\n    def toEnum[E: Enum](i: Int): E =\n      implicitly[Enum[E]].toEnum(i)\n\n    def fromEnum[E: Enum](e: E): Int =\n      implicitly[Enum[E]].fromEnum(e)\n\n    def enumFrom[E: Enum](e: E): List[E] =\n      implicitly[Enum[E]].enumFrom(e)\n\n    def enumFromThen[E: Enum](e1: E)(e2: E): List[E] =\n      implicitly[Enum[E]].enumFromThen(e1)(e2)\n\n    def enumFromTo[E: Enum](e1: E)(e2: E): List[E] =\n      implicitly[Enum[E]].enumFromTo(e1)(e2)\n\n    def enumFromThenTo[E: Enum](e1: E)(e2: E)(e3: E): List[E] =\n      implicitly[Enum[E]].enumFromThenTo(e1)(e2)(e3)\n  }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/List\/ConsWrapper.scala","text":"package Hascalator.Data.List\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass ConsWrapper[A](tl: => List[A]) {\n  def ::[B >: A](hd: B): List[B] = new Cons(hd, tl)\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Function.scala","text":"package Hascalator.Prelude\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nfinal class Function[-T1, +R](val self: T1 => R) extends AnyVal {\n\n\n  def $(t: T1): R = self(t)\n\n\n  def `.`[T](other: T => T1): T => R = it => self(other(it))\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/test\/scala\/Hascalator\/Prelude\/EqTest.scala","text":"package Hascalator.Prelude\n\nimport Hascalator._\n\nimport org.scalatest._\n\n\/**\n  * Created by Glavo on 17-7-30.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass EqTest extends FunSuite {\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Maybe.scala","text":"package Hascalator.Prelude\n\nimport Hascalator._\n\n\/**\n  * CThe [[Hascalator.Prelude.Maybe]] type encapsulates an optional value. A value of type\n  * Maybe a either contains a value of type a (represented as Just a),\n  * or it is empty (represented as Nothing). Using Maybe is a good way\n  * to deal with errors or exceptional cases without resorting to drastic\n  * measures such as error.\n  *\n  * The Maybe type is also a monad. It is a simple kind of error monad,\n  * where all errors are represented by Nothing. A richer error monad can\n  * be built using the Either type.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nabstract sealed class Maybe[+T] protected {\n\n  def isEmpty: Bool =\n    if (this == Nothing) True\n    else False\n\n}\n\nobject Maybe {\n}\n\ncase class Just[+T](value: T) extends Maybe[T]\n\nobject Just {\n}\n\ncase object Nothing extends Maybe[\u22a5] {\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Ratio\/package.scala","text":"package Hascalator.Data\n\nimport Hascalator._\nimport Prelude._\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Ratio {\n\n  \/**\n    * Arbitrary-precision rational numbers, represented as a ratio of two\n    * Integer values. A rational number may be constructed using the % operator.\n    *\/\n  type Rational = Ratio[Integer]\n\n  \/\/TODO\n\n  def %[A](a1: A)(a2: A): Ratio[A] =\n    new Ratio[A](a1, a2)\n\n  \/**\n    * Extract the numerator of the ratio in reduced form: the numerator\n    * and denominator have no common factor and the denominator is positive.\n    *\/\n  def numerator[A](ratio: Ratio[A]): A = ratio.numerator\n\n  \/**\n    * Extract the denominator of the ratio in reduced form: the numerator\n    * and denominator have no common factor and the denominator is positive.\n    *\/\n  def denominator[A](ratio: Ratio[A]): A = ratio.denominator\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/test\/scala\/Hascalator\/Data\/List\/ListTest.scala","text":"package Hascalator.Data.List\n\nimport org.scalatest._\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass ListTest extends FunSuite {\n    test(\"equals\") {\n        assert(\n            (1 :: 2 :: 3 :: Nil) ==\n                (1 :: 2 :: 3 :: Nil)\n        )\n\n        assert(\n            (\"Scala\" :: \"Haskell\" :: \"Java\" :: Nil) ==\n                (\"Scala\" :: \"Haskell\" :: \"Java\" :: Nil))\n\n        assert(Nil == Nil)\n\n        assert((1 :: Nil) != Nil)\n\n        assert((\"Lisp\" :: Nil) != (\"Scala\" :: Nil))\n    }\n\n    test(\"++\") {\n        val l1 = \"Java\" :: \"C++\" :: Nil\n\n        val l2 = \"Haskell\" :: \"Erlang\" :: Nil\n\n        assert(\n            (l1 ++ l2) == (\"Java\" :: \"C++\" :: \"Haskell\" :: \"Erlang\" :: Nil)\n        )\n\n        assert(\n            Nil ++ Nil == Nil\n        )\n    }\n\n    test(\"apply\") {\n        assert((\"Long\" :: \"Int\" :: \"Byte\" :: Nil) ==\n            List(\"Long\", \"Int\", \"Byte\"))\n\n        assert(Nil == List())\n    }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Function\/package.scala","text":"package Hascalator.Data\n\nimport scala.language.implicitConversions\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Function {\n\n\n  implicit def wrapper[T, R](f: T => R): Function[T, R] = new Function(f)\n\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Real.scala","text":"<filename>src\/main\/scala\/Hascalator\/Prelude\/Real.scala\npackage Hascalator.Prelude\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * Created by Glavo on 17-7-31.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n@implicitNotFound(\"No instance for Real[${A}]\")\nabstract class Real[A](implicit num: Num[A], ord: Ord[A]) {\n  \/**\n    * the rational equivalent of its real argument with full precision\n    *\/\n  def toRational(a: A): Rational\n}\n\nobject Real {\n\n  class Impl[A: Real](val self: A) {\n    def toRational: Rational = implicitly[Real[A]].toRational(self)\n  }\n\n}"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Bool\/Bool.scala","text":"package Hascalator.Data.Bool\n\nimport Hascalator.Data.List._\nimport Hascalator.Prelude._\nimport Hascalator._\n\nimport scala.annotation.switch\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nsealed abstract class Bool {\n\n  \/**\n    * Boolean \"and\"\n    *\/\n  def &&(other: Bool): Bool = {\n    requireNonNull(other)\n\n    if (this == True && other == True) True\n    else False\n  }\n\n  \/**\n    * Boolean \"or\"\n    *\/\n  def ||(other: Bool): Bool = {\n    requireNonNull(other)\n    if (this == True || other == True) True\n    else False\n  }\n\n  \/**\n    * Boolean \"not\"\n    *\/\n  def unary_! : Bool = {\n    if (this == True) False\n    else True\n  }\n}\n\nobject Bool {\n\n  case object True extends Bool\n\n  case object False extends Bool\n\n  implicit object InstanceEnum extends Enum[Bool] {\n    val listTrue: List[Bool] = True :: Nil\n    val listFalse: List[Bool] = False :: Nil\n    val listTrueFalse: List[Bool] = True !:: False :: Nil\n    val listFalseTrue: List[Bool] = False !:: True :: Nil\n\n\n    override def succ(t: Bool): Bool = t match {\n      case False => True\n      case True => badArg\n    }\n\n\n    override def pred(t: Bool): Bool = t match {\n      case False => badArg\n      case True => False\n    }\n\n\n    override def fromEnum(e: Bool): Int = e match {\n      case False => 0\n      case True => 1\n    }\n\n\n    override def enumFrom(e: Bool): List[Bool] = e match {\n      case False => listFalseTrue\n      case True => listTrue\n    }\n\n    override def toEnum(i: Int): Bool = (i: @switch) match {\n      case 0 => False\n      case 1 => True\n      case _ => badArg\n    }\n\n\n    override def enumFromThen(e1: Bool)(e2: Bool): List[Bool] = (e1, e2) match {\n      case (False, False) => cycle(False :: Nil)\n      case (False, True) => listFalseTrue\n      case (True, False) => listTrueFalse\n      case (True, True) => cycle(True :: Nil)\n    }\n\n\n    override def enumFromTo(e1: Bool)(e2: Bool): List[Bool] = (e1, e2) match {\n      case (False, False) => listFalse\n      case (False, True) => listFalseTrue\n      case (True, False) => Nil\n      case (True, True) => listTrue\n    }\n\n\n    override def enumFromThenTo(e1: Bool)(e2: Bool)(e3: Bool): List[Bool] = (e1, e2, e3) match {\n      case (False, False, False) => cycle(False :: Nil)\n      case (False, False, True) => cycle(False :: Nil)\n      case (False, True, False) => listFalse\n      case (False, True, True) => listFalseTrue\n      case (True, False, False) => listTrueFalse\n      case (True, False, True) => listTrue\n      case (True, True, False) => Nil\n      case (True, True, True) => cycle(True :: Nil)\n    }\n  }\n}\n\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Word.scala","text":"<filename>src\/main\/scala\/Hascalator\/Prelude\/Word.scala\npackage Hascalator.Prelude\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nfinal class Word(val value: Int) extends AnyVal {\n\n  override def toString: String = value.toString\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Function\/Function.scala","text":"<filename>src\/main\/scala\/Hascalator\/Data\/Function\/Function.scala<gh_stars>1-10\npackage Hascalator.Data.Function\n\nimport scala.collection.mutable\n\n\/**\n  * Created by Glavo on 17-7-26.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nfinal class Function[T, R](val self: T => R) extends AnyVal {\n  def buffered: T => R =\n    new ((T) => R) {\n      val map: mutable.Map[T, R] = mutable.Map.empty\n\n      override def apply(v1: T): R = map.getOrElseUpdate(v1, self(v1))\n    }\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Prelude\/Num.scala","text":"package Hascalator.Prelude\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\n@implicitNotFound(\"No instance for Num[${A}]\")\nabstract class Num[A] {\n\n  \/**\n    * Unary negation.\n    *\/\n  def negate(a: A): A\n\n  \/**\n    * Absolute value.\n    *\/\n  def abs(a: A): A\n\n  \/**\n    * Sign of a number.\n    *\/\n  def signum(a: A): A\n\n  \/**\n    * Conversion from an Integer. An integer literal represents the application\n    * of the function fromInteger to the appropriate value of type Integer,\n    * so such literals have type A : Num.\n    *\/\n  def fromInteger(i: Integer): A\n}\n\nobject Num {\n\n  trait Impl {\n\n    implicit class RichNum[A: Num](val self: A) {\n\n\n      def negate: A = implicitly[Num[A]].negate(self)\n\n\n      def abs: A = implicitly[Num[A]].abs(self)\n\n\n      def signum: A = implicitly[Num[A]].signum(self)\n    }\n\n    \/**\n      * Unary negation.\n      *\/\n    def negate[A: Num](a: A): A =\n      implicitly[Num[A]].negate(a)\n\n    \/**\n      * Absolute value.\n      *\/\n    def abs[A: Num](a: A): A =\n      implicitly[Num[A]].abs(a)\n\n    \/**\n      * Sign of a number.\n      *\/\n    def signum[A: Num](a: A): A =\n      implicitly[Num[A]].signum(a)\n\n    \/**\n      * Conversion from an Integer. An integer literal represents the application\n      * of the function fromInteger to the appropriate value of type Integer,\n      * so such literals have type A : Num.\n      *\/\n    def fromInteger[A: Num](i: Integer): A =\n      implicitly[Num[A]].fromInteger(i)\n\n  }\n\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Exception.scala","text":"<gh_stars>1-10\npackage Hascalator\n\n\/**\n  * Created by Glavo on 17-7-27.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\nclass Exception(message: String) extends RuntimeException(message)\n\nobject Exception {\n\n  def error(message: String = \"\"): \u22a5 =\n    throw new Exception(message)\n\n\n  def badArg: \u22a5 = throw new Exception(\"bad argument\")\n}\n"}
{"repo_name":"Glavo\/Hascalator","path":"src\/main\/scala\/Hascalator\/Data\/Bool\/package.scala","text":"<reponame>Glavo\/Hascalator\npackage Hascalator.Data\n\n\/**\n  * Created by Glavo on 17-8-1.\n  *\n  * @author Glavo\n  * @since 0.1.0\n  *\/\npackage object Bool {\n  val True: Bool = Bool.True\n  val False: Bool = Bool.False\n\n  \/**\n    * Boolean \"and\"\n    *\/\n\n  def &&(b1: Bool, b2: Bool): Bool = {\n    b1 && b2\n  }\n\n  \/**\n    * Boolean \"or\"\n    *\/\n\n  def ||(b1: Bool, b2: Bool): Bool = {\n    b1 || b2\n  }\n\n  \/**\n    * Boolean \"not\"\n    *\/\n\n  def not(b: Bool): Bool = {\n    !b\n  }\n\n  val otherwise: Bool = True\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/turtle\/Instruction.scala","text":"package doodle\npackage turtle\n\nimport doodle.core.Angle\n\nsealed abstract class Instruction extends Product with Serializable \nobject Instruction {\n  final case class Forward(distance: Double) extends Instruction\n  final case class Turn(angle: Angle) extends Instruction\n  final case class Branch(instructions: List[Instruction]) extends Instruction {\n    def +:(instruction: Instruction): Branch =\n      Branch(instruction +: instructions)\n\n    def :+(instruction: Instruction): Branch =\n      Branch(instructions :+ instruction)\n\n    def ++(is: List[Instruction]): Branch =\n      Branch(instructions ++ is)\n  }\n  final case object NoOp extends Instruction\n\n  def forward(distance: Double): Instruction =\n    Forward(distance)\n\n  def turn(angle: Angle): Instruction =\n    Turn(angle)\n\n  def branch(instructions: Instruction*): Branch =\n    Branch(instructions.toList)\n\n  val noop: Instruction =\n    NoOp\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Interpolation.scala","text":"package doodle\npackage examples\n\nimport doodle.core._\nimport doodle.core.Image._\nimport doodle.syntax._\n\nobject Interpolation {\n  val pts =\n    for(x <- 1 to 400 by 20) yield Point.cartesian(x, (x \/ 100.0).turns.sin * 100)\n\n  val dot =\n    circle(5).fillColor(Color.red)\n\n  val dots =\n    allOn(pts.map { pt => dot at pt.toVec })\n\n  val default =\n    interpolatingSpline(pts).lineColor(Color.cornflowerBlue).lineWidth(3.0)\n\n  val tight =\n    catmulRom(pts, 1.0).lineColor(Color.cornflowerBlue).lineWidth(3.0)\n\n  val loose =\n    catmulRom(pts, 0.0).lineColor(Color.cornflowerBlue).lineWidth(3.0)\n\n  val image = (default on dots) above (tight on dots) above (loose on dots)\n}\n\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/Gradient.scala","text":"<gh_stars>0\npackage doodle.core\n\nsealed trait Gradient extends Product with Serializable {}\n\nobject Gradient {\n  final case class Linear(start: Point, end: Point, stops: Seq[(Color, Double)], cycleMethod: CycleMethod) extends Gradient\n  final case class Radial(outer: Point, inner: Point, radius: Double, stops: Seq[(Color, Double)], cycleMethod: CycleMethod) extends Gradient\n\n  def dichromaticVertical(color1: Color, color2: Color, length: Double) =\n    Linear(Point.zero, Point.Cartesian(0, length), List((color1, 0.0), (color2, 1.0)), CycleMethod.Repeat)\n\n  def dichromaticHorizontal(color1: Color, color2: Color, length: Double) =\n    Linear(Point.zero, Point.Cartesian(length, 0), List((color1, 0.0), (color2, 1.0)), CycleMethod.Repeat)\n\n  def dichromaticRadial(color1: Color, color2: Color, radius: Double) =\n    Radial(Point.zero, Point.zero, radius, List((color1, 0.0), (color2, 1.0)), CycleMethod.Repeat)\n\n  sealed trait CycleMethod extends Product with Serializable {}\n\n  object CycleMethod {\n    final case object NoCycle extends CycleMethod\n    final case object Reflect extends CycleMethod\n    final case object Repeat extends CycleMethod\n  }\n}"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/syntax\/NormalizedSpec.scala","text":"package doodle\npackage syntax\n\nimport doodle.core.Normalized\nimport org.scalatest._\nimport org.scalatest.prop.Checkers\n\nclass NormalizedSpec extends FlatSpec with Matchers with Checkers {\n  \"syntax\" should \"construct expected normalizeds\" in {\n    60.normalized should ===(Normalized.MaxValue)\n    1.normalized should ===(Normalized.MaxValue)\n    0.5.normalized should ===(Normalized.clip(0.5))\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/Java2D.scala","text":"<filename>jvm\/src\/main\/scala\/doodle\/jvm\/Java2D.scala<gh_stars>0\npackage doodle\npackage jvm\n\nimport doodle.core._\nimport doodle.core.transform.Transform\nimport doodle.backend.Metrics\nimport java.awt.{BasicStroke, Graphics2D, LinearGradientPaint, MultipleGradientPaint, RadialGradientPaint, RenderingHints, Color => AwtColor}\nimport java.awt.MultipleGradientPaint.{CycleMethod => AwtCycleMethod}\nimport java.awt.image.BufferedImage\nimport java.awt.geom.{AffineTransform, Path2D, Point2D}\n\n\/** Various utilities for using Java2D *\/\nobject Java2D {\n  def setup(graphics: Graphics2D): Graphics2D = {\n    graphics.setRenderingHints(\n      new RenderingHints(\n        RenderingHints.KEY_ANTIALIASING,\n        RenderingHints.VALUE_ANTIALIAS_ON\n      )\n    )\n\n    graphics\n  }\n\n  def fontMetrics(graphics: Graphics2D): Metrics =\n    FontMetrics(graphics.getFontRenderContext()).boundingBox _\n\n  val bufferFontMetrics: Metrics = {\n    val buffer = new BufferedImage(1, 1, BufferedImage.TYPE_INT_ARGB)\n    val graphics = this.setup(buffer.createGraphics())\n\n    fontMetrics(graphics)\n  }\n\n  def toPoint2D(point: Point): Point2D = new Point2D.Double(point.x, point.y)\n\n  def toAwtColor(color: Color): AwtColor = {\n    val RGBA(r, g, b, a) = color.toRGBA\n    new AwtColor(r.get, g.get, b.get, a.toUnsignedByte.get)\n  }\n\n  def toAwtCycleMethod(cycleMethod: Gradient.CycleMethod): AwtCycleMethod = cycleMethod match {\n    case Gradient.CycleMethod.NoCycle => AwtCycleMethod.NO_CYCLE\n    case Gradient.CycleMethod.Reflect => AwtCycleMethod.REFLECT\n    case Gradient.CycleMethod.Repeat => AwtCycleMethod.REPEAT\n  }\n\n  def toLinearGradientPaint(gradient: Gradient.Linear): LinearGradientPaint = {\n    val start = this.toPoint2D(gradient.start)\n    val end = this.toPoint2D(gradient.end)\n    val fractions = gradient.stops.map(_._2).map(_.toFloat).toArray\n    val colors = gradient.stops.map(_._1).map(this.toAwtColor(_)).toArray\n    val cycleMethod = this.toAwtCycleMethod(gradient.cycleMethod)\n\n    new LinearGradientPaint(start, end, fractions, colors, cycleMethod)\n  }\n\n  def toRadialGradientPaint(gradient: Gradient.Radial): RadialGradientPaint = {\n    val center = this.toPoint2D(gradient.outer)\n    val focus = this.toPoint2D(gradient.inner)\n    val radius = gradient.radius.toFloat\n    val fractions = gradient.stops.map(_._2).map(_.toFloat).toArray\n    val colors = gradient.stops.map(_._1).map(this.toAwtColor(_)).toArray\n    val cycleMethod = this.toAwtCycleMethod(gradient.cycleMethod)\n\n    new RadialGradientPaint(center, radius, focus, fractions, colors, cycleMethod)\n  }\n\n  def toMultipleGradientPaint(gradient: Gradient): MultipleGradientPaint = gradient match {\n    case linear: Gradient.Linear => this.toLinearGradientPaint(linear)\n    case radial: Gradient.Radial => this.toRadialGradientPaint(radial)\n  }\n\n  def setStroke(graphics: Graphics2D, stroke: Stroke) = {\n    val width = stroke.width.toFloat\n    val cap = stroke.cap match {\n      case Line.Cap.Butt => BasicStroke.CAP_BUTT\n      case Line.Cap.Round => BasicStroke.CAP_ROUND\n      case Line.Cap.Square => BasicStroke.CAP_SQUARE\n    }\n    val join = stroke.join match {\n      case Line.Join.Bevel => BasicStroke.JOIN_BEVEL\n      case Line.Join.Miter => BasicStroke.JOIN_MITER\n      case Line.Join.Round => BasicStroke.JOIN_ROUND\n    }\n    val jStroke = new BasicStroke(width, cap, join)\n    val jColor = this.toAwtColor(stroke.color)\n\n    graphics.setStroke(jStroke)\n    graphics.setPaint(jColor)\n  }\n\n  def setFill(graphics: Graphics2D, fill: Fill) = fill match {\n    case Fill.Color(color) => graphics.setPaint(this.toAwtColor(color))\n    case Fill.Gradient(gradient) => graphics.setPaint(this.toMultipleGradientPaint(gradient))\n  }\n\n  \/** Converts to an *open* `Path2D` *\/\n  def toPath2D(elements: List[PathElement]): Path2D = {\n    import PathElement._\n    import Point.extractors.Cartesian\n\n    val path = new Path2D.Double()\n    path.moveTo(0, 0)\n    elements.foreach {\n      case MoveTo(Cartesian(x, y)) =>\n        path.moveTo(x, y)\n      case LineTo(Cartesian(x, y)) =>\n        path.lineTo(x, y)\n\n      case BezierCurveTo(Cartesian(cp1x, cp1y), Cartesian(cp2x, cp2y), Cartesian(endX, endY)) =>\n        path.curveTo(\n          cp1x , cp1y,\n          cp2x , cp2y,\n          endX , endY\n        )\n    }\n    path\n  }\n\n  def toAffineTransform(transform: Transform): AffineTransform = {\n    val elts = transform.elements\n    new AffineTransform(elts(0), elts(3), elts(1), elts(4), elts(2), elts(5))\n  }\n\n  def strokeAndFill(graphics: Graphics2D,\n                    path: Path2D,\n                    current: DrawingContext): Unit = {\n    current.stroke.foreach { s =>\n      setStroke(graphics, s)\n      graphics.draw(path)\n    }\n    current.fill.foreach { f =>\n      setFill(graphics, f)\n      graphics.fill(path)\n    }\n  }\n\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/FileFrame.scala","text":"<reponame>mcanlas\/doodle\npackage doodle\npackage jvm\n\nimport doodle.core.{DrawingContext,Image,Point}\nimport doodle.backend._\nimport doodle.backend.Formats._\n\nimport de.erichseifert.vectorgraphics2d.{Processors, VectorGraphics2D}\nimport de.erichseifert.vectorgraphics2d.util.PageSize\n\nimport java.io.{File, FileOutputStream}\nimport java.awt.{Graphics2D}\nimport java.awt.image.BufferedImage\nimport javax.imageio.ImageIO\n\nobject FileFrame {\n  implicit val pdfSave: Frame.Save[Pdf] =\n    makeFileSave[Pdf, VectorGraphics2D, Unit](\n      _ => (new VectorGraphics2D(), ()),\n      (fileName, bb, graphics, _) =>\n        Processors.get(\"pdf\")\n          .getDocument(graphics.getCommands(), new PageSize(bb.width, bb.height))\n          .writeTo(new FileOutputStream(fileName))\n    )\n\n  implicit val svgSave: Frame.Save[Svg] =\n    makeFileSave[Svg, VectorGraphics2D, Unit](\n      bb => (new VectorGraphics2D(), ()),\n      (fileName, bb, graphics, _) =>\n        Processors.get(\"svg\")\n          .getDocument(graphics.getCommands(), new PageSize(bb.width, bb.height))\n          .writeTo(new FileOutputStream(fileName))\n    )\n  implicit val pdfAndSvgSave: Frame.Save[PdfAndSvg] = PdfAndSvgSave\n\n  implicit val pngSave: Frame.Save[Png] =\n    makeFileSave[Png, Graphics2D, BufferedImage](\n      bb => {\n        val buffer = new BufferedImage(bb.width.ceil.toInt + 40, bb.height.ceil.toInt + 40, BufferedImage.TYPE_INT_ARGB)\n        val graphics = Java2D.setup(buffer.createGraphics())\n\n        (graphics, buffer)\n      },\n      (fileName, _, _, buffer) => {\n        val file = new File(fileName)\n        ImageIO.write(buffer, \"png\", file)\n      }\n    )\n  implicit val gifSave: Frame.Save[Gif] =\n    makeFileSave[Gif, Graphics2D, BufferedImage](\n      bb => {\n        val buffer = new BufferedImage(bb.width.ceil.toInt + 40, bb.height.ceil.toInt + 40, BufferedImage.TYPE_INT_ARGB)\n        val graphics = Java2D.setup(buffer.createGraphics())\n\n        (graphics, buffer)\n      },\n      (fileName, _, _, buffer) => {\n        val file = new File(fileName)\n        ImageIO.write(buffer, \"gif\", file)\n      }\n    )\n\n  def makeFileSave[Format, G <: Graphics2D, A](\n    makeGraphics: BoundingBox => (G, A),\n    save: (String, BoundingBox, G, A) => Unit\n  ): Frame.Save[Format] = {\n    new Frame.Save[Format] {\n      def setup(finaliser: Finaliser, renderer: Renderer): Interpreter.Save[Format] =\n        new Interpreter.Save[Format] {\n          def interpret(image: Image): String => Unit = {\n            val metrics = Java2D.bufferFontMetrics\n            val dc = DrawingContext.blackLines\n            val configuration = (dc, metrics)\n            val finalised = finaliser.run(configuration)(image)\n            val bb = finalised.boundingBox\n            val pageCenter = Point.cartesian(bb.width \/ 2, bb.height \/ 2)\n            val (graphics, resource) = makeGraphics(bb)\n            val canvas = new Java2DCanvas(graphics, bb.center, pageCenter)\n            renderer.run(canvas)(finalised)\n\n            (fileName: String) => {\n              save(fileName, bb, graphics, resource)\n            }\n          }\n        }\n    }\n  }\n  object PdfAndSvgSave extends Frame.Save[PdfAndSvg] {\n    def setup(finaliser: Finaliser, renderer: Renderer): Interpreter.Save[PdfAndSvg] = {\n      new Interpreter.Save[PdfAndSvg] {\n        def interpret(image: Image): String => Unit = {\n          val svg = svgSave.setup(finaliser, renderer).interpret(image)\n          val pdf = pdfSave.setup(finaliser, renderer).interpret(image)\n\n          (fileName: String) => {\n            val pdfFileName = fileName + \".pdf\"\n            val svgFileName = fileName + \".svg\"\n            svg(svgFileName)\n            pdf(pdfFileName)\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/syntax\/AngleSpec.scala","text":"<gh_stars>0\npackage doodle\npackage syntax\n\nimport doodle.core.Angle\nimport org.scalatest._\nimport org.scalatest.prop.Checkers\n\nclass AngleSpec extends FlatSpec with Matchers with Checkers {\n  \"syntax\" should \"construct expected angles\" in {\n    60.degrees should ===(Angle.degrees(60))\n    1.radians should ===(Angle.radians(1))\n    0.5.turns should ===(Angle.turns(0.5))\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/DrawingContext.scala","text":"<gh_stars>0\npackage doodle\npackage core\n\nimport cats.instances.option._\nimport cats.syntax.all._\n\nimport doodle.core.font.Font\n\nfinal case class DrawingContext(\n  lineWidth: Option[Double],\n  lineColor: Option[Color],\n  lineCap: Option[Line.Cap],\n  lineJoin: Option[Line.Join],\n\n  fill: Option[Fill],\n\n  font: Option[Font]\n) {\n  def stroke: Option[Stroke] =\n    (lineWidth, lineColor, lineCap, lineJoin) mapN { Stroke.apply _ }\n\n  \/\/ A lens library would help to reduce this redundancy in the\n  \/\/ DrawingContext transformations. However, in the introductory\n  \/\/ context we're developing this code I don't want to add the\n  \/\/ complication. At least this serves to motivate lenses!\n\n  def lineColor(color: Color): DrawingContext =\n    this.copy(lineColor = Some(color))\n\n  def lineColorTransform(f: Color => Color): DrawingContext =\n    this.copy(lineColor = lineColor.map(f))\n\n  def lineWidth(width: Double): DrawingContext =\n    this.copy(lineWidth = if(width <= 0) None else Some(width))\n\n  def fillColor(color: Color): DrawingContext =\n    this.copy(fill = Some(Fill.Color(color)))\n\n  def fillColorTransform(f: Color => Color): DrawingContext = fill match {\n    case Some(Fill.Color(c)) => this.copy(fill = Some(Fill.Color(f(c))))\n    case _ => this\n  }\n\n  def fillGradient(gradient: Gradient): DrawingContext =\n    this.copy(fill = Some(Fill.Gradient(gradient)))\n\n  def fillGradientTransform(f: Gradient => Gradient): DrawingContext = fill match {\n    case Some(Fill.Gradient(g)) => this.copy(fill = Some(Fill.Gradient(f(g))))\n    case _ => this\n  }\n\n  def noLine: DrawingContext =\n    this.copy(lineWidth = None)\n\n  def noFill: DrawingContext =\n    this.copy(fill = None)\n\n  def font(font: Font): DrawingContext =\n    this.copy(font = Some(font))\n}\n\nobject DrawingContext {\n  val empty =\n    DrawingContext(\n      lineWidth = None,\n      lineColor = None,\n      lineCap = None,\n      lineJoin = None,\n      fill = None,\n      font = None\n    )\n  val whiteLines =\n    DrawingContext(\n      lineWidth = Some(1.0),\n      lineColor = Some(Color.white),\n      lineCap = Some(Line.Cap.Butt),\n      lineJoin = Some(Line.Join.Miter),\n      fill = None,\n      font = Some(Font.defaultSerif)\n    )\n  val blackLines =\n    DrawingContext(\n      lineWidth = Some(1.0),\n      lineColor = Some(Color.black),\n      lineCap = Some(Line.Cap.Butt),\n      lineJoin = Some(Line.Join.Miter),\n      fill = None,\n      font = Some(Font.defaultSerif)\n    )\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/core\/transform\/TransformSpec.scala","text":"<reponame>mcanlas\/doodle<gh_stars>0\npackage doodle\npackage core\npackage transform\n\nimport org.scalatest._\nimport org.scalatest.prop.Checkers\n\nclass TransformSpec extends FlatSpec with Matchers with Checkers {\n  import doodle.arbitrary._\n  import doodle.syntax.approximatelyEqual._\n\n  \"scale\" should \"scale the x and y coordinates appropriately\" in {\n    check { (scale: Scale, point: Point) =>\n      val expected = Point.cartesian(point.x * scale.x, point.y * scale.y)\n      Transform.scale(scale.x, scale.y)(point) ~= expected\n    }\n  }\n\n  \"rotate\" should \"rotate the point\" in {\n    check{ (rotate: Rotate, point: Point) =>\n      val expected = point.rotate(rotate.angle)\n      Transform.rotate(rotate.angle)(point) ~= expected\n    }\n  }\n\n  \"andThen\" should \"compose the transformations\" in {\n    check{ (translate: Translate, rotate: Rotate, point: Point) =>\n      val expected =\n        Point.cartesian(point.x + translate.x, point.y + translate.y).rotate(rotate.angle)\n      val tx =\n        Transform.translate(translate.x, translate.y).andThen(Transform.rotate(rotate.angle))\n\n      tx(point) ~= expected\n    }\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/Angle.scala","text":"<reponame>mcanlas\/doodle\npackage doodle.core\n\n\/**\n  * An angle in radians\n  *\/\nfinal class Angle(val toRadians: Double) {\n  def +(that: Angle): Angle =\n    Angle.radians(this.toRadians + that.toRadians)\n\n  def -(that: Angle): Angle =\n    Angle.radians(this.toRadians - that.toRadians)\n\n  def *(m: Double): Angle =\n    Angle.radians(this.toRadians * m)\n\n  def \/(m: Double): Angle =\n    Angle.radians(this.toRadians \/ m)\n\n  def >(that: Angle): Boolean =\n    this.toRadians > that.toRadians\n\n  def <(that: Angle): Boolean =\n    this.toRadians < that.toRadians\n\n  def sin: Double =\n    math.sin(toRadians)\n\n  def cos: Double =\n    math.cos(toRadians)\n\n  def normalize: Angle = {\n    import scala.annotation.tailrec\n    @tailrec\n    def iterate(r: Double): Double =\n      r match {\n        case r if r < 0.0 =>\n          iterate(r + Angle.TwoPi)\n        case r if r > Angle.TwoPi =>\n          iterate(r - Angle.TwoPi)\n        case r => r\n      }\n\n    Angle(iterate(toRadians))\n  }\n\n  \/** Angle as the proportion of a full turn around a circle *\/\n  def toTurns: Double =\n    this.toRadians \/ Angle.TwoPi\n\n  def toDegrees: Double =\n    (this.toRadians \/ Angle.TwoPi) * 360\n\n  def toCanvas: String =\n    this.normalize.toDegrees.toString\n\n  override def toString: String =\n    s\"Angle(${toRadians.toString})\"\n\n  def copy(toRadians: Double = this.toRadians): Angle =\n    new Angle(toRadians)\n\n  override def equals(that: Any): Boolean =\n    (that.isInstanceOf[Angle] && that.asInstanceOf[Angle].toRadians == this.toRadians)\n\n  override def hashCode: Int =\n    this.toRadians.hashCode\n}\n\nobject Angle {\n  val TwoPi = math.Pi * 2\n  val zero = Angle(0.0)\n  val one = Angle(TwoPi)\n\n  def degrees(deg: Double): Angle =\n    Angle(deg * TwoPi \/ 360.0)\n\n  def radians(rad: Double): Angle =\n    Angle(rad)\n\n  \/**\n    *  A turn represents angle as a proportion of a full turn around a\n    *  circle, with a full turn being 1.0\n    *\/\n  def turns(t: Double): Angle =\n    Angle(t * TwoPi)\n\n  def apply(radians: Double): Angle =\n    if(radians.isNaN)\n      new Angle(0.0)\n    else\n      new Angle(radians)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Layout.scala","text":"package doodle\npackage examples\n\nimport doodle.core._\n\nobject Layout {\n  \/\/ Examples for debugging layout\n\n  import doodle.core.Point._\n  import doodle.core.PathElement._\n\n  def addOrigin(image: Image): Image = {\n    val origin = Image.circle(5).noLine.fillColor(Color.red)\n    origin on image\n  }\n\n  def boundingBox(w: Double, h: Double, at: Vec) = {\n    Image.rectangle(w, h).lineColor(Color.red).noFill.at(at)\n  }\n\n  \/\/ Examples of paths that are not centered in their bounding box\n  val triangle =\n    addOrigin(\n      Image.openPath(List(\n                       lineTo(cartesian(50, 100)),\n                       lineTo(cartesian(100, 0)),\n                       lineTo(cartesian(0, 0))\n                     ))\n    ).on(boundingBox(100, 100, Vec(50, 50)))\n\n  val curve =\n    addOrigin(\n      Image.openPath(\n        List(curveTo(cartesian(50, 100), cartesian(100, 100), cartesian(150, 0)))\n      )\n    ).on(boundingBox(150, 100, Vec(75, 50)))\n\n  val vertical = triangle above (addOrigin(Image.circle(100)).on(boundingBox(200, 200, Vec.zero)))\n  val horizontal = triangle beside (addOrigin(Image.circle(100)).on(boundingBox(200, 200, Vec.zero)))\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/FontMetrics.scala","text":"package doodle\npackage jvm\n\nimport java.awt.{Font => JFont}\nimport java.awt.font.{FontRenderContext, TextLayout}\n\nimport doodle.core.font._\nimport doodle.backend.BoundingBox\n\nfinal case class FontMetrics(context: FontRenderContext) {\n  def boundingBox(font: Font, characters: String): BoundingBox = {\n    val jFont = FontMetrics.toJFont(font)\n    \/\/ This bounding box has its origin at the top left corner of the text. We\n    \/\/ move it so it is in the center of the text, in keeping with the rest of\n    \/\/ Doodle's builtins.\n    val jBox = new TextLayout(characters, jFont, context).getBounds\n    val bb = BoundingBox(jBox.getMinX, jBox.getMaxY, jBox.getMaxX, jBox.getMinY)\n    BoundingBox(- bb.width\/2, bb.height\/2, bb.width\/2, - bb.height\/2)\n  }\n}\nobject FontMetrics {\n  import FontFamily._\n  import FontFace._\n  import FontSize._\n\n  def toJFont(font: Font): JFont =\n    font match {\n      case Font(family, face, size) =>\n        val jFamily =\n          family match {\n            case Serif => JFont.SERIF\n            case SansSerif => JFont.SANS_SERIF\n            case Monospaced => JFont.MONOSPACED\n            case Named(name) => name\n          }\n\n        val jStyle =\n          face match {\n            case Bold => JFont.BOLD\n            case Italic => JFont.ITALIC\n            case Normal => JFont.PLAIN\n          }\n\n        val jSize =\n          size match {\n            case Points(pts) => pts\n          }\n\n        new JFont(jFamily, jStyle, jSize)\n    }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Stars.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject Stars {\n  def star(sides: Int, skip: Int, radius: Double) = {\n    import PathElement._\n\n    val centerAngle = 360.degrees * skip \/ sides\n\n    val elements = (0 to sides) map { index =>\n      val pt = Point.polar(radius, centerAngle * index)\n      if(index == 0)\n        moveTo(pt)\n      else\n        lineTo(pt)\n    }\n\n    Image.openPath(elements).\n      lineWidth(2).\n      lineColor(Color.hsl(centerAngle, 1.normalized, .25.normalized)).\n      fillColor(Color.hsl(centerAngle, 1.normalized, .75.normalized))\n  }\n\n  val image =\n    allAbove((3 to 33 by 2) map { sides =>\n      allBeside((1 to sides\/2) map { skip =>\n        star(sides, skip, 20)\n      })\n    })\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/Normalized.scala","text":"package doodle.core\n\nimport scala.annotation.tailrec\n\n\/**\n  * A value in the range [0, 1]\n  *\/\nfinal case class Normalized(get: Double) extends AnyVal {\n  def +(that: Normalized): Double =\n    this.get + that.get\n\n  def -(that: Normalized): Double =\n    this.get - that.get\n\n  def max(that: Normalized): Normalized =\n    if(this.get > that.get)\n      this\n    else\n      that\n\n  def min(that: Normalized): Normalized =\n    if(this.get < that.get)\n      this\n    else\n      that\n\n  def toTurns: Angle =\n    Angle.turns(get)\n\n  def toPercentage: String =\n    s\"${get * 100}%\"\n\n  def toUnsignedByte: UnsignedByte =\n    UnsignedByte.clip(Math.round(get * UnsignedByte.MaxValue.get).toInt)\n\n  def toCanvas: String =\n    get.toString\n}\n\nobject Normalized {\n  val MinValue = Normalized(0.0)\n  val MaxValue = Normalized(1.0)\n\n  def clip(value: Double): Normalized =\n    value match {\n      case v if value < 0.0 => MinValue\n      case v if value > 1.0 => MaxValue\n      case v => Normalized(v)\n    }\n\n  def wrap(value: Double): Normalized = {\n    @tailrec def loop(value: Double): Normalized = value match {\n      case v if v > 1.0 => loop(v - 1.0)\n      case v if v < 0.0 => loop(v + 1.0)\n      case v => Normalized(v)\n    }\n\n    loop(value)\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/package.scala","text":"package doodle\n\nimport java.awt.Frame\n\npackage object jvm {\n  def quit(): Unit = {\n    Frame.getFrames().foreach(_.dispose)\n    System.exit(0)\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/Distance.scala","text":"package doodle\n\ntrait Distance[A] {\n  def distance(a1: A, a2: A): Double\n}\nobject Distance {\n  import doodle.core._\n\n  def apply[A](f: (A,A) => Double): Distance[A] =\n    new Distance[A] {\n      def distance(a1: A, a2: A): Double =\n        f(a1,a2)\n    }\n\n  implicit val angleDistance: Distance[Angle] =\n    Distance((a1, a2) =>\n      Math.abs((a1-a2).toRadians)\n    )\n\n  implicit val pointDistance: Distance[Point] =\n    Distance((pt1, pt2) =>\n      (pt1 - pt2).length\n    )\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/CommonColors.scala","text":"package doodle.core\n\nimport doodle.syntax.uByte._\n\ntrait CommonColors {\n  val aliceBlue            = Color.rgb(0xf0.uByte, 0xf8.uByte, 0xff.uByte)\n  val antiqueWhite         = Color.rgb(0xfa.uByte, 0xeb.uByte, 0xd7.uByte)\n  val aqua                 = Color.rgb(0x00.uByte, 0xff.uByte, 0xff.uByte)\n  val aquamarine           = Color.rgb(0x7f.uByte, 0xff.uByte, 0xd4.uByte)\n  val azure                = Color.rgb(0xf0.uByte, 0xff.uByte, 0xff.uByte)\n  val beige                = Color.rgb(0xf5.uByte, 0xf5.uByte, 0xdc.uByte)\n  val bisque               = Color.rgb(0xff.uByte, 0xe4.uByte, 0xc4.uByte)\n  val black                = Color.rgb(0x00.uByte, 0x00.uByte, 0x00.uByte)\n  val blanchedAlmond       = Color.rgb(0xff.uByte, 0xeb.uByte, 0xcd.uByte)\n  val blue                 = Color.rgb(0x00.uByte, 0x00.uByte, 0xff.uByte)\n  val blueViolet           = Color.rgb(0x8a.uByte, 0x2b.uByte, 0xe2.uByte)\n  val brown                = Color.rgb(0xa5.uByte, 0x2a.uByte, 0x2a.uByte)\n  val burlyWood            = Color.rgb(0xde.uByte, 0xb8.uByte, 0x87.uByte)\n  val cadetBlue            = Color.rgb(0x5f.uByte, 0x9e.uByte, 0xa0.uByte)\n  val chartReuse           = Color.rgb(0x7f.uByte, 0xff.uByte, 0x00.uByte)\n  val chocolate            = Color.rgb(0xd2.uByte, 0x69.uByte, 0x1e.uByte)\n  val coral                = Color.rgb(0xff.uByte, 0x7f.uByte, 0x50.uByte)\n  val cornflowerBlue       = Color.rgb(0x64.uByte, 0x95.uByte, 0xed.uByte)\n  val cornSilk             = Color.rgb(0xff.uByte, 0xf8.uByte, 0xdc.uByte)\n  val crimson              = Color.rgb(0xdc.uByte, 0x14.uByte, 0x3c.uByte)\n  val cyan                 = Color.rgb(0x00.uByte, 0xff.uByte, 0xff.uByte)\n  val darkBlue             = Color.rgb(0x00.uByte, 0x00.uByte, 0x8b.uByte)\n  val darkCyan             = Color.rgb(0x00.uByte, 0x8b.uByte, 0x8b.uByte)\n  val darkGoldenrod        = Color.rgb(0xb8.uByte, 0x86.uByte, 0x0b.uByte)\n  val darkGray             = Color.rgb(0xa9.uByte, 0xa9.uByte, 0xa9.uByte)\n  val darkGrey             = Color.rgb(0xa9.uByte, 0xa9.uByte, 0xa9.uByte)\n  val darkGreen            = Color.rgb(0x00.uByte, 0x64.uByte, 0x00.uByte)\n  val darkKhaki            = Color.rgb(0xbd.uByte, 0xb7.uByte, 0x6b.uByte)\n  val darkMagenta          = Color.rgb(0x8b.uByte, 0x00.uByte, 0x8b.uByte)\n  val darkOliveGreen       = Color.rgb(0x55.uByte, 0x6b.uByte, 0x2f.uByte)\n  val darkOrange           = Color.rgb(0xff.uByte, 0x8c.uByte, 0x00.uByte)\n  val darkOrchid           = Color.rgb(0x99.uByte, 0x32.uByte, 0xcc.uByte)\n  val darkRed              = Color.rgb(0x8b.uByte, 0x00.uByte, 0x00.uByte)\n  val darkSalmon           = Color.rgb(0xe9.uByte, 0x96.uByte, 0x7a.uByte)\n  val darkSeaGreen         = Color.rgb(0x8f.uByte, 0xbc.uByte, 0x8f.uByte)\n  val darkSlateBlue        = Color.rgb(0x48.uByte, 0x3d.uByte, 0x8b.uByte)\n  val darkSlateGray        = Color.rgb(0x2f.uByte, 0x4f.uByte, 0x4f.uByte)\n  val darkSlateGrey        = Color.rgb(0x2f.uByte, 0x4f.uByte, 0x4f.uByte)\n  val darkTurquoise        = Color.rgb(0x00.uByte, 0xce.uByte, 0xd1.uByte)\n  val darkViolet           = Color.rgb(0x94.uByte, 0x00.uByte, 0xd3.uByte)\n  val deepPink             = Color.rgb(0xff.uByte, 0x14.uByte, 0x93.uByte)\n  val deepSkyBlue          = Color.rgb(0x00.uByte, 0xbf.uByte, 0xff.uByte)\n  val dimGray              = Color.rgb(0x69.uByte, 0x69.uByte, 0x69.uByte)\n  val dimGrey              = Color.rgb(0x69.uByte, 0x69.uByte, 0x69.uByte)\n  val dodgerBlue           = Color.rgb(0x1e.uByte, 0x90.uByte, 0xff.uByte)\n  val fireBrick            = Color.rgb(0xb2.uByte, 0x22.uByte, 0x22.uByte)\n  val floralWhite          = Color.rgb(0xff.uByte, 0xfa.uByte, 0xf0.uByte)\n  val forestGreen          = Color.rgb(0x22.uByte, 0x8b.uByte, 0x22.uByte)\n  val fuchsia              = Color.rgb(0xff.uByte, 0x00.uByte, 0xff.uByte)\n  val gainsboro            = Color.rgb(0xdc.uByte, 0xdc.uByte, 0xdc.uByte)\n  val ghostWhite           = Color.rgb(0xf8.uByte, 0xf8.uByte, 0xff.uByte)\n  val gold                 = Color.rgb(0xff.uByte, 0xd7.uByte, 0x00.uByte)\n  val goldenrod            = Color.rgb(0xda.uByte, 0xa5.uByte, 0x20.uByte)\n  val gray                 = Color.rgb(0x80.uByte, 0x80.uByte, 0x80.uByte)\n  val grey                 = Color.rgb(0x80.uByte, 0x80.uByte, 0x80.uByte)\n  val green                = Color.rgb(0x00.uByte, 0x80.uByte, 0x00.uByte)\n  val greenYellow          = Color.rgb(0xad.uByte, 0xff.uByte, 0x2f.uByte)\n  val honeydew             = Color.rgb(0xf0.uByte, 0xff.uByte, 0xf0.uByte)\n  val hotpink              = Color.rgb(0xff.uByte, 0x69.uByte, 0xb4.uByte)\n  val indianRed            = Color.rgb(0xcd.uByte, 0x5c.uByte, 0x5c.uByte)\n  val indigo               = Color.rgb(0x4b.uByte, 0x00.uByte, 0x82.uByte)\n  val ivory                = Color.rgb(0xff.uByte, 0xff.uByte, 0xf0.uByte)\n  val khaki                = Color.rgb(0xf0.uByte, 0xe6.uByte, 0x8c.uByte)\n  val lavender             = Color.rgb(0xe6.uByte, 0xe6.uByte, 0xfa.uByte)\n  val lavenderBlush        = Color.rgb(0xff.uByte, 0xf0.uByte, 0xf5.uByte)\n  val lawngreen            = Color.rgb(0x7c.uByte, 0xfc.uByte, 0x00.uByte)\n  val lemonChiffon         = Color.rgb(0xff.uByte, 0xfa.uByte, 0xcd.uByte)\n  val lightBlue            = Color.rgb(0xad.uByte, 0xd8.uByte, 0xe6.uByte)\n  val lightCoral           = Color.rgb(0xf0.uByte, 0x80.uByte, 0x80.uByte)\n  val lightCyan            = Color.rgb(0xe0.uByte, 0xff.uByte, 0xff.uByte)\n  val lightGoldenrodYellow = Color.rgb(0xfa.uByte, 0xfa.uByte, 0xd2.uByte)\n  val lightGray            = Color.rgb(0xd3.uByte, 0xd3.uByte, 0xd3.uByte)\n  val lightGrey            = Color.rgb(0xd3.uByte, 0xd3.uByte, 0xd3.uByte)\n  val lightGreen           = Color.rgb(0x90.uByte, 0xee.uByte, 0x90.uByte)\n  val lightPink            = Color.rgb(0xff.uByte, 0xb6.uByte, 0xc1.uByte)\n  val lightSalmon          = Color.rgb(0xff.uByte, 0xa0.uByte, 0x7a.uByte)\n  val lightSeaGreen        = Color.rgb(0x20.uByte, 0xb2.uByte, 0xaa.uByte)\n  val lightSkyBlue         = Color.rgb(0x87.uByte, 0xce.uByte, 0xfa.uByte)\n  val lightSlateGray       = Color.rgb(0x77.uByte, 0x88.uByte, 0x99.uByte)\n  val lightSlateGrey       = Color.rgb(0x77.uByte, 0x88.uByte, 0x99.uByte)\n  val lightSteelBlue       = Color.rgb(0xb0.uByte, 0xc4.uByte, 0xde.uByte)\n  val lightYellow          = Color.rgb(0xff.uByte, 0xff.uByte, 0xe0.uByte)\n  val lime                 = Color.rgb(0x00.uByte, 0xff.uByte, 0x00.uByte)\n  val limeGreen            = Color.rgb(0x32.uByte, 0xcd.uByte, 0x32.uByte)\n  val linen                = Color.rgb(0xfa.uByte, 0xf0.uByte, 0xe6.uByte)\n  val magenta              = Color.rgb(0xff.uByte, 0x00.uByte, 0xff.uByte)\n  val maroon               = Color.rgb(0x80.uByte, 0x00.uByte, 0x00.uByte)\n  val mediumAquamarine     = Color.rgb(0x66.uByte, 0xcd.uByte, 0xaa.uByte)\n  val mediumBlue           = Color.rgb(0x00.uByte, 0x00.uByte, 0xcd.uByte)\n  val mediumOrchid         = Color.rgb(0xba.uByte, 0x55.uByte, 0xd3.uByte)\n  val mediumPurple         = Color.rgb(0x93.uByte, 0x70.uByte, 0xd8.uByte)\n  val mediumSeaGreen       = Color.rgb(0x3c.uByte, 0xb3.uByte, 0x71.uByte)\n  val mediumSlateBlue      = Color.rgb(0x7b.uByte, 0x68.uByte, 0xee.uByte)\n  val mediumSpringGreen    = Color.rgb(0x00.uByte, 0xfa.uByte, 0x9a.uByte)\n  val mediumTurquoise      = Color.rgb(0x48.uByte, 0xd1.uByte, 0xcc.uByte)\n  val mediumVioletRed      = Color.rgb(0xc7.uByte, 0x15.uByte, 0x85.uByte)\n  val midnightBlue         = Color.rgb(0x19.uByte, 0x19.uByte, 0x70.uByte)\n  val mintCream            = Color.rgb(0xf5.uByte, 0xff.uByte, 0xfa.uByte)\n  val mistyRose            = Color.rgb(0xff.uByte, 0xe4.uByte, 0xe1.uByte)\n  val moccasin             = Color.rgb(0xff.uByte, 0xe4.uByte, 0xb5.uByte)\n  val navajoWhite          = Color.rgb(0xff.uByte, 0xde.uByte, 0xad.uByte)\n  val navy                 = Color.rgb(0x00.uByte, 0x00.uByte, 0x80.uByte)\n  val oldLace              = Color.rgb(0xfd.uByte, 0xf5.uByte, 0xe6.uByte)\n  val olive                = Color.rgb(0x80.uByte, 0x80.uByte, 0x00.uByte)\n  val oliveDrab            = Color.rgb(0x6b.uByte, 0x8e.uByte, 0x23.uByte)\n  val orange               = Color.rgb(0xff.uByte, 0xa5.uByte, 0x00.uByte)\n  val orangeRed            = Color.rgb(0xff.uByte, 0x45.uByte, 0x00.uByte)\n  val orchid               = Color.rgb(0xda.uByte, 0x70.uByte, 0xd6.uByte)\n  val paleGoldenrod        = Color.rgb(0xee.uByte, 0xe8.uByte, 0xaa.uByte)\n  val paleGreen            = Color.rgb(0x98.uByte, 0xfb.uByte, 0x98.uByte)\n  val paleTurquoise        = Color.rgb(0xaf.uByte, 0xee.uByte, 0xee.uByte)\n  val paleVioletRed        = Color.rgb(0xd8.uByte, 0x70.uByte, 0x93.uByte)\n  val papayaWhip           = Color.rgb(0xff.uByte, 0xef.uByte, 0xd5.uByte)\n  val peachPuff            = Color.rgb(0xff.uByte, 0xda.uByte, 0xb9.uByte)\n  val peru                 = Color.rgb(0xcd.uByte, 0x85.uByte, 0x3f.uByte)\n  val pink                 = Color.rgb(0xff.uByte, 0xc0.uByte, 0xcb.uByte)\n  val plum                 = Color.rgb(0xdd.uByte, 0xa0.uByte, 0xdd.uByte)\n  val powderBlue           = Color.rgb(0xb0.uByte, 0xe0.uByte, 0xe6.uByte)\n  val purple               = Color.rgb(0x80.uByte, 0x00.uByte, 0x80.uByte)\n  val red                  = Color.rgb(0xff.uByte, 0x00.uByte, 0x00.uByte)\n  val rosyBrown            = Color.rgb(0xbc.uByte, 0x8f.uByte, 0x8f.uByte)\n  val royalBlue            = Color.rgb(0x41.uByte, 0x69.uByte, 0xe1.uByte)\n  val saddleBrown          = Color.rgb(0x8b.uByte, 0x45.uByte, 0x13.uByte)\n  val salmon               = Color.rgb(0xfa.uByte, 0x80.uByte, 0x72.uByte)\n  val sandyBrown           = Color.rgb(0xf4.uByte, 0xa4.uByte, 0x60.uByte)\n  val seaGreen             = Color.rgb(0x2e.uByte, 0x8b.uByte, 0x57.uByte)\n  val seaShell             = Color.rgb(0xff.uByte, 0xf5.uByte, 0xee.uByte)\n  val sienna               = Color.rgb(0xa0.uByte, 0x52.uByte, 0x2d.uByte)\n  val silver               = Color.rgb(0xc0.uByte, 0xc0.uByte, 0xc0.uByte)\n  val skyBlue              = Color.rgb(0x87.uByte, 0xce.uByte, 0xeb.uByte)\n  val slateBlue            = Color.rgb(0x6a.uByte, 0x5a.uByte, 0xcd.uByte)\n  val slateGray            = Color.rgb(0x70.uByte, 0x80.uByte, 0x90.uByte)\n  val slateGrey            = Color.rgb(0x70.uByte, 0x80.uByte, 0x90.uByte)\n  val snow                 = Color.rgb(0xff.uByte, 0xfa.uByte, 0xfa.uByte)\n  val springGreen          = Color.rgb(0x00.uByte, 0xff.uByte, 0x7f.uByte)\n  val steelBlue            = Color.rgb(0x46.uByte, 0x82.uByte, 0xb4.uByte)\n  val tan                  = Color.rgb(0xd2.uByte, 0xb4.uByte, 0x8c.uByte)\n  val teal                 = Color.rgb(0x00.uByte, 0x80.uByte, 0x80.uByte)\n  val thistle              = Color.rgb(0xd8.uByte, 0xbf.uByte, 0xd8.uByte)\n  val tomato               = Color.rgb(0xff.uByte, 0x63.uByte, 0x47.uByte)\n  val turquoise            = Color.rgb(0x40.uByte, 0xe0.uByte, 0xd0.uByte)\n  val violet               = Color.rgb(0xee.uByte, 0x82.uByte, 0xee.uByte)\n  val wheat                = Color.rgb(0xf5.uByte, 0xde.uByte, 0xb3.uByte)\n  val white                = Color.rgb(0xff.uByte, 0xff.uByte, 0xff.uByte)\n  val whiteSmoke           = Color.rgb(0xf5.uByte, 0xf5.uByte, 0xf5.uByte)\n  val yellow               = Color.rgb(0xff.uByte, 0xff.uByte, 0x00.uByte)\n  val yellowGreen          = Color.rgb(0x9a.uByte, 0xcd.uByte, 0x33.uByte)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ChessBoard.scala","text":"package doodle.examples\n\nimport doodle.core._\n\nobject ChessBoard {\n  val blackSquare = Image.rectangle(30, 30) fillColor Color.black\n  val redSquare   = Image.rectangle(30, 30) fillColor Color.red\n\n  val twoByTwo =\n    (redSquare   beside blackSquare) above\n    (blackSquare beside redSquare)\n\n  val fourByFour =\n    (twoByTwo beside twoByTwo) above\n    (twoByTwo beside twoByTwo)\n\n  val image =\n    (fourByFour beside fourByFour) above\n    (fourByFour beside fourByFour)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ParticleSystem.scala","text":"package doodle\npackage examples\n\nimport doodle.core._\n\/\/import doodle.syntax._\n\/\/import doodle.random._\nimport cats.{Monoid, Monad}\nimport cats.data.{Kleisli, WriterT}\nimport cats.implicits._\nimport scala.language.higherKinds\n\nobject ParticleSystem {\n\n  def walk[F[_] : Monad, A](steps: Int, step: Kleisli[F,A,A]): Kleisli[F,A,A] = {\n    Kleisli(\n      a => {\n        def loop(count: Int, fa: F[A]): F[A] =\n          count match {\n            case 0 => fa\n            case n => loop(n-1, fa flatMap step.run)\n          }\n\n        loop(steps-1, step(a))\n      }\n    )\n  }\n\n  def trace[F[_] : Monad, A, B : Monoid](steps: Int, step: Kleisli[F,A,A])(f: A => B): Kleisli[F,A,B] = {\n    type Result[A] = WriterT[F, B, A]\n\n    walk[Result,A](\n      steps,\n      Kleisli(a => WriterT.putT(step(a))(f(a)))\n    ).mapF(fa => fa.written)\n  }\n\n  def particles[F[_] : Monad, A,B : Monoid](count: Int, initial: F[A], walk: Kleisli[F,A,B]) = {\n    def loop(count: Int, fb: F[B]): F[B] = {\n      count match {\n        case 0 => fb\n        case n => loop(n - 1, ((initial flatMap walk.run), fb).mapN(_ |+| _))\n      }\n    }\n\n    loop(count, Monad[F].pure(Monoid[B].empty))\n  }\n\n  implicit object imageOnMonoid extends Monoid[Image] {\n    val empty: Image = Image.empty\n    def combine(x: Image, y: Image): Image = x on y\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/syntax\/NormalizedSyntax.scala","text":"<reponame>mcanlas\/doodle<filename>shared\/src\/main\/scala\/doodle\/syntax\/NormalizedSyntax.scala<gh_stars>0\npackage doodle.syntax\n\nimport doodle.core.Normalized\n\ntrait NormalizedSyntax {\n  implicit class ToNormalizedOps(val value: Double) {\n    def normalized: Normalized =\n      Normalized.clip(value)\n  }\n\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Polygon.scala","text":"<reponame>mcanlas\/doodle\npackage doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject Polygon {\n\n  def polygon(sides: Int, radius: Double) = {\n    import PathElement._\n\n    val centerAngle = 360.degrees \/ sides\n\n    val elements = (0 until sides) map { index =>\n      val point = Point.polar(radius, centerAngle * index)\n      if(index == 0) moveTo(point) else lineTo(point)\n    }\n\n    Image.closedPath(elements) lineWidth 5 lineColor Color.hsl(centerAngle, 1.normalized, .5.normalized)\n  }\n\n  def image = allOn((3 to 20) map (polygon(_, 100)))\n}\n\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/backend\/package.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/backend\/package.scala\npackage doodle\n\nimport doodle.core.{DrawingContext,Image}\nimport doodle.core.font.Font\n\npackage object backend {\n  import cats.data.Reader\n\n  type Metrics = (Font, String) => BoundingBox\n  type Configuration = (DrawingContext, Metrics)\n  type Finaliser = Reader[Configuration, Image => Finalised]\n  type Renderer = Reader[Canvas, Finalised => Unit]\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Street.scala","text":"package doodle.examples\n\nimport doodle.core._\n\nobject Street {\n  import Color._\n\n  val roof = Image.triangle(50, 30) fillColor brown\n\n  val frontDoor =\n    (Image.rectangle(50, 15) fillColor red) above (\n      (Image.rectangle(10, 25) fillColor black) on\n      (Image.rectangle(50, 25) fillColor red)\n    )\n\n  val house = roof above frontDoor\n\n  val tree =\n    (Image.circle(25) fillColor green) above\n    (Image.rectangle(10, 20) fillColor brown)\n\n  val street =\n    allBeside(\n      (0 to 105 by 45) map { i =>\n        (Image.rectangle(30, 3) fillColor yellow) beside\n        (Image.rectangle(15, 3) fillColor black) above\n        (Image.rectangle(45, 7) fillColor black)\n      }\n    )\n\n\n  val houseAndGarden =\n    (house beside tree) above street\n\n  val image = (\n    houseAndGarden beside\n    houseAndGarden beside\n    houseAndGarden\n  ) lineWidth 0\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/backend\/StandardInterpreter.scala","text":"package doodle\npackage backend\n\nimport cats.data.Reader\n\n\/**\n  *  The standard interpreter that renders an Image. No special effects or\n  *  transformations are applied; hence this is the default or standard\n  *  interpreter.\n  *\/\nobject StandardInterpreter {\n  implicit def interpreter[Format,A](implicit frame: Frame[Format,A]): Interpreter[Format,A] =\n    frame.setup(\n      Reader{ case (dc, metrics) => image => Finalised.finalise(image, dc, metrics) },\n      Reader{ canvas => finalised => Render.render(canvas, finalised) }\n    )\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ColorsAndShapes.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject ColorsAndShapes {\n  def size(n: Int): Double =\n    50 + 12 * n\n\n  def fading(n: Int): Color =\n    Color.blue fadeOut (1 - n \/ 20.0).normalized\n\n  def spinning(n: Int): Color =\n    Color.blue desaturate 0.5.normalized spin (n * 30).degrees\n\n  def circle(n: Int): Image =\n    Image.circle(size(n))\n\n  def square(n: Int): Image =\n    Image.rectangle(2*size(n), 2*size(n))\n\n  def triangle(n: Int): Image =\n    Image.triangle(2*size(n), 2*size(n))\n\n  def colored(shape: Int => Image, color: Int => Color): Int => Image =\n    (n: Int) =>\n      shape(n) lineWidth 10 lineColor color(n)\n\n  def concentricShapes(count: Int, singleShape: Int => Image): Image =\n    count match {\n      case 0 => Image.empty\n      case n => singleShape(n) on concentricShapes(n-1, singleShape)\n    }\n\n  val spacer = Image.square(10).noFill.noLine\n\n  def image =\n    concentricShapes(10, colored(circle, spinning)) beside\n    spacer beside\n    concentricShapes(10, colored(triangle, fading)) beside\n    spacer beside\n    concentricShapes(10, colored(square, spinning))\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ColorPaletteAgain.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject ColorPaletteAgain {\n\n  val circleMinimum = 50\n  val circleIncrement = 10\n\n  def complement(c: Color): Color =\n    c.spin(180.degrees)\n\n  def nearComplement(c: Color): Color =\n    c.spin(170.degrees)\n\n  def analogous(c: Color): Color =\n    c.spin(15.degrees)\n\n  def singleCircle(n: Int, color: Color): Image =\n    Image.circle(circleMinimum + circleIncrement * n) lineColor color lineWidth circleIncrement\n\n  def complementCircles(n: Int, c: Color): Image = {\n    val color = complement(c)\n    if(n == 1) {\n      singleCircle(n, color)\n    } else {\n      complementCircles(n - 1, color) on singleCircle(n, color)\n    }\n  }\n\n  def nearComplementCircles(n: Int, c: Color): Image = {\n    val color = nearComplement(c)\n    if(n == 1) {\n      singleCircle(n, color)\n    } else {\n      nearComplementCircles(n - 1, color) on singleCircle(n, color)\n    }\n  }\n\n  def coloredCircles(n: Int, c: Color, palette: Color => Color): Image = {\n    val color = palette(c)\n    if(n == 1) {\n      singleCircle(n, color)\n    } else {\n      coloredCircles(n - 1, color, palette) on singleCircle(n, color)\n    }\n  }\n\n  def lcg1(input: Int): Int = {\n    \/\/ These values of a, c, and m come from the Wikipedia page\n    \/\/ on linear congruential generators and are reported to\n    \/\/ be from Knuth. This a rather short period, but for our\n    \/\/ purposes any period greater than 256 (2^8) will\n    \/\/ generate sufficient results.\n    val a = 8121\n    val c = 28411\n    val m = 134456\n      (a * input + c) % m \n  }\n\n  def lcg2(input: Int): Int = {\n    \/\/ These values of a and m come from Park and Miller's Minimal Standard\n    \/\/ Generator, and the method used to calculate the result is called\n    \/\/ Schrage's method. Schrage's method avoids numeric overflow in the\n    \/\/ computation. Both of these concepts I first read about in a post on the\n    \/\/ Eternally Confuzzled blog.\n    \/\/\n    \/\/ Learning about this was a fun excursion into Computer Science for me. I recommend it.\n    val a = 48271\n    val m = Int.MaxValue\n    val q = m \/ a\n    val r = m % a\n\n    val result = a * (input % q) - r * (input \/ q)\n    if(result <= 0)\n      result + m\n    else\n      result\n  }\n\n  def normalize(value: Int, max: Int): Normalized =\n    (value.toDouble \/ max.toDouble).normalized\n\n  def rescale(value: Normalized, min: Double, range: Double): Normalized =\n    ((value.get * range) + min).normalized\n\n  def lcgColor(c: Color): Color = {\n    val spun = c.spin(169.degrees)\n    val saturation = rescale(normalize(lcg1(spun.hue.toDegrees.toInt), 134456), 0.25, 0.75)\n    val lightness = rescale(normalize(lcg2(spun.hue.toDegrees.toInt), Int.MaxValue), 0.25, 0.5)\n    println(s\"saturation ${saturation} lightness ${lightness}\")\n    spun.saturation(saturation).lightness(lightness)\n  }\n\n  \/\/ def murmurColor(c: Color): Color = {\n  \/\/   val murmur = scala.util.hashing.MurmurHash3\n  \/\/   val spun = c.spin(169.degrees)\n  \/\/   val saturation = murmur.mix(murmur.symmetricSeed, spun.h.toDegrees.toInt)\n  \/\/   val lightness = murmur.mix(murmur.symmetricSeed, saturation)\n  \/\/   println(s\"saturation ${normalize(saturation)} lightness ${normalize(lightness)}\")\n  \/\/   spun.copy(s = calm(normalize(saturation)), l = calm(normalize(lightness)))\n  \/\/ }\n\n  def image =\n    complementCircles(10, Color.seaGreen) beside\n    nearComplementCircles(10, Color.seaGreen) beside\n    coloredCircles(10, Color.seaGreen, lcgColor)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Koch.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/examples\/Koch.scala\npackage doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject Koch {\n  import PathElement._\n\n  def kochElements(depth: Int, start: Point, angle: Angle, length: Double): Seq[PathElement] = {\n    if(depth == 0) {\n      Seq(lineTo(start + Vec.polar(length, angle)))\n    } else {\n      val lAngle = angle - 60.degrees\n      val rAngle = angle + 60.degrees\n\n      val third  = length \/ 3.0\n      val edge   = Vec.polar(third, angle)\n\n      val mid1 = start + edge\n      val mid2 = mid1 + edge.rotate(-60.degrees)\n      val mid3 = mid2 + edge.rotate( 60.degrees)\n      val end  = mid3 + edge\n\n      kochElements(depth-1, start,  angle, third) ++\n      kochElements(depth-1,  mid1, lAngle, third) ++\n      kochElements(depth-1,  mid2, rAngle, third) ++\n      kochElements(depth-1,  mid3,  angle, third)\n    }\n  }\n\n  def koch(depth: Int, length: Double): Image = {\n    val origin = Point.cartesian(0, length\/6)\n    Image.openPath(moveTo(origin) +: kochElements(depth, origin, 0.degrees, length))\n  }\n\n  val image = allAbove((1 to 4) map { depth =>\n    koch(depth, 512)\n  })\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ConcentricCircles.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject ConcentricCircles {\n  def fade(n: Int): Image =\n    singleCircle(n).lineColor(Color.red fadeOut (n \/ 20.0).normalized)\n\n  def gradient(n: Int): Image =\n    singleCircle(n).lineColor(Color.royalBlue.spin((n * 15).degrees))\n\n def singleCircle(n: Int): Image =\n    Image.circle(50 + 7 * n).lineWidth(3.0)\n\n  def concentricCircles(n: Int): Image =\n    n match {\n      case 0 => singleCircle(n)\n      case n => singleCircle(n) on concentricCircles(n - 1)\n    }\n\n  def fadeCircles(n: Int): Image =\n    n match {\n      case 0 => fade(n)\n      case n => fade(n) on fadeCircles(n - 1)\n    }\n\n  def gradientCircles(n: Int): Image =\n    n match {\n      case 0 => gradient(n)\n      case n => gradient(n) on gradientCircles(n - 1)\n    }\n\n  def image: Image =\n    concentricCircles(20).lineColor(Color.royalBlue)\n\n  def fade: Image =\n    fadeCircles(20)\n\n  def gradient: Image =\n    gradientCircles(20)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"js\/src\/main\/scala\/Main.scala","text":"<gh_stars>0\nimport doodle.examples._\nimport doodle.syntax.image._\nimport doodle.js.SvgFrame\n\nimport scala.scalajs.js.annotation._\n\nobject Main {\n  @JSExportTopLevel(\"Main.main\")\n  def main(args: Array[String]): Unit = {\n    import doodle.backend.StandardInterpreter._\n\n    implicit val frame = SvgFrame.fromElementId(\"canvas\", 600, 600)\n    Tree.image.draw\n    \/\/ChristmasTree.image.draw\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/backend\/Frame.scala","text":"package doodle\npackage backend\n\n\/**\n  * Represents some stateful object (e.g. a Java2D frame, or a canvas) that can draw an `Image`. Creates an `Interpreter` given components.\n  *\/\ntrait Frame[Format,A] {\n  def setup(finaliser: Finaliser, renderer: Renderer): Interpreter[Format,A]\n}\n\nobject Frame {\n  \/** An frame specialised to drawing on the screen. *\/\n  type Draw = Frame[Formats.Screen,Unit]\n  \/**\n    * A frame specialised to saving to a file.\n    *\n    * The `String => Unit` result is expected to take a filename and save the\n    * image to that file.\n    *\/\n  type Save[Format] = Frame[Format,String=>Unit]\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/backend\/FinalisedSpec.scala","text":"<gh_stars>0\npackage doodle\npackage backend\n\nimport org.scalatest._\nimport org.scalatest.prop.PropertyChecks\nimport org.scalacheck.Gen\nimport doodle.core.{DrawingContext, Image}\nimport doodle.core.font.Font\n\nclass FinalisedSpec extends FlatSpec with Matchers with PropertyChecks {\n\n  \"Bounding box of a square\" should \"tightly enclose the square\" in {\n    forAll(Gen.choose(-1000, 1000)) { (size: Int) =>\n      val length = Math.abs(size)\n      val sq = Image.square(size).noLine\n      val dummyMetrics = (f: Font, s: String) => BoundingBox.empty\n      val finalised =\n        Finalised.finalise(sq, DrawingContext.whiteLines, dummyMetrics)\n\n      finalised.boundingBox.width shouldBe length\n      finalised.boundingBox.height shouldBe length\n\n      finalised.boundingBox.left shouldBe -(length\/2.0)\n      finalised.boundingBox.right shouldBe (length\/2.0)\n      finalised.boundingBox.top shouldBe (length\/2.0)\n      finalised.boundingBox.bottom shouldBe -(length\/2.0)\n    }\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"project\/DoodleCrossType.scala","text":"<gh_stars>0\nimport sbt._\nimport org.scalajs.sbtplugin.cross.CrossType\n\n\/**\n * ScalaJS CrossType that removed the project name from\n * the default cross-build directory structure,\n * creating the following layout:\n *\n * ```\n *  - root\/\n *     - shared \/ src \/ {main,test} \/ scala\n *     - jvm    \/ src \/ {main,test} \/ scala\n *     - js     \/ src \/ {main,test} \/ scala\n * ```\n *\/\nobject DoodleCrossType extends CrossType {\n  def projectDir(crossBase: File, projectType: String): File =\n    (crossBase \/ \"..\" \/ projectType).getCanonicalFile\n\n  def sharedSrcDir(projectBase: File, conf: String): Option[File] =\n    Some((projectBase \/ \"..\" \/ \"shared\" \/ \"src\" \/ conf \/ \"scala\").getCanonicalFile)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/syntax\/UnsignedByteSyntax.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/syntax\/UnsignedByteSyntax.scala\npackage doodle.syntax\n\nimport doodle.core.UnsignedByte\n\ntrait UnsignedByteSyntax {\n  implicit class ToUnsignedByteOps(val value: Int) {\n    def uByte: UnsignedByte =\n      UnsignedByte.clip(value)\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/package.scala","text":"<gh_stars>0\npackage doodle\n\npackage object core {\n  private def reduceImages(images: Seq[Image])(combine: (Image, Image) => Image): Image =\n    images match {\n      case Seq()      => Image.Empty\n      case Seq(image) => image\n      case images     => images.reduceLeft(combine)\n    }\n\n  def allBeside(images: Seq[Image]): Image =\n    reduceImages(images)(_ beside _)\n\n  def allAbove(images: Seq[Image]): Image =\n    reduceImages(images)(_ above _)\n\n  def allBelow(images: Seq[Image]): Image =\n    reduceImages(images)(_ below _)\n\n  def allOn(images: Seq[Image]): Image =\n    reduceImages(images)(_ on _)\n\n  def allUnder(images: Seq[Image]): Image =\n    reduceImages(images)(_ under _)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/syntax\/AngleSyntax.scala","text":"package doodle.syntax\n\nimport doodle.core.Angle\n\ntrait AngleSyntax {\n  implicit class AngleOps(val angle: Double) {\n    def degrees: Angle =\n      Angle.degrees(angle)\n\n    def radians: Angle =\n      Angle.radians(angle)\n\n    def turns: Angle =\n      Angle.turns(angle)\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/OpenClosedPaths.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/examples\/OpenClosedPaths.scala\npackage doodle\npackage examples\n\nimport doodle.core._\n\nobject OpenClosedPaths {\n  import Point._\n  import PathElement._\n\n  val openCurve =\n      Image.openPath(\n        List(curveTo(cartesian(50, 100), cartesian(100, 100), cartesian(150, 0)))\n      )\n\n  val closedCurve = openCurve.close\n\n  val openTriangle =\n      Image.openPath(List(\n                       lineTo(cartesian(50, 100)),\n                       lineTo(cartesian(100, 0)),\n                       lineTo(cartesian(0, 0))\n                     ))\n\n  val closedTriangle = openTriangle.close\n\n  def dropShadow(image: Image): Image =\n    image.lineColor(Color.cornflowerBlue).lineWidth(10.0).\n      on(image.lineColor(Color.black).lineWidth(10.0).at(10, 10))\n\n  val image =\n    dropShadow(openCurve).beside(dropShadow(closedCurve)).\n      above(dropShadow(openTriangle).beside(dropShadow(closedTriangle)))\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/core\/AngleSpec.scala","text":"package doodle\npackage core\n\nimport org.scalatest._\nimport org.scalatest.prop.Checkers\n\nclass AngleSpec extends FlatSpec with Matchers with Checkers {\n  import doodle.arbitrary._\n  import doodle.syntax.approximatelyEqual._\n\n  \"Angle\" should \"have bijection to Double as radians\" in {\n    check { (a: Angle) =>\n      a ~= Angle.radians(a.toRadians)\n    }\n  }\n\n  \"Angle\" should \"have bijection to Double as degrees\" in {\n    check { (a: Angle) =>\n      a ~= Angle.degrees(a.toDegrees)\n    }\n  }\n\n  \"Angle\" should \"have bijection to Double as turns\" in {\n    check { (a: Angle) =>\n      a ~= Angle.turns(a.toTurns)\n    }\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/test\/scala\/doodle\/core\/ColorSpec.scala","text":"<gh_stars>0\npackage doodle\npackage core\n\nimport doodle.syntax._\nimport org.scalatest._\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\n\nclass ColorSpec extends FlatSpec with Matchers with GeneratorDrivenPropertyChecks {\n  import doodle.arbitrary._\n  import doodle.syntax.approximatelyEqual._\n\n  \"Angle\" should \"have bijection to Double as radians\" in {\n    forAll { (a: Angle) =>\n      assert(a ~= Angle.radians(a.toRadians))\n    }\n  }\n\n  \"Angle\" should \"have bijection to Double as degrees\" in {\n    forAll { (a: Angle) =>\n      assert(a ~= Angle.degrees(a.toDegrees))\n    }\n  }\n\n  \"Angle\" should \"have bijection to Double as turns\" in {\n    forAll { (a: Angle) =>\n      assert(a ~= Angle.turns(a.toTurns))\n    }\n  }\n\n  \"toRGBA\" should \"convert to expected RGBA color\" in {\n    val blueHSLA = Color.hsl(240.degrees, 0.5.normalized, 0.5.normalized).toRGBA\n    val blueRGBA = Color.rgb(64.uByte, 64.uByte, 191.uByte)\n    assert(blueHSLA ~= blueRGBA)\n\n    val greenHSLA = Color.hsl(120.degrees, 0.5.normalized, 0.5.normalized).toRGBA\n    val greenRGBA = Color.rgb(64.uByte, 191.uByte, 64.uByte)\n    assert(greenHSLA ~= greenRGBA)\n\n    val redHSLA = Color.hsl(0.degrees, 0.75.normalized, 0.5.normalized).toRGBA\n    val redRGBA = Color.rgb(223.uByte, 32.uByte, 32.uByte)\n    assert(redHSLA ~= redRGBA)\n  }\n\n  \"toHSLA\"  should \"converts to expected HSLA color\" in {\n    val blueHSLA = Color.hsl(240.degrees, 0.5.normalized, 0.5.normalized)\n    val blueRGBA = Color.rgb(64.uByte, 64.uByte, 191.uByte).toHSLA\n    assert(blueHSLA ~= blueRGBA)\n\n    val greenHSLA = Color.hsl(120.degrees, 0.5.normalized, 0.5.normalized)\n    val greenRGBA = Color.rgb(64.uByte, 191.uByte, 64.uByte).toHSLA\n    assert(greenHSLA ~= greenRGBA)\n\n    val redHSLA = Color.hsl(0.degrees, 0.75.normalized, 0.5.normalized)\n    val redRGBA = Color.rgb(223.uByte, 32.uByte, 32.uByte).toHSLA\n    assert(redHSLA ~= redRGBA)\n  }\n\n  \"HSLA with 0 saturation\" should \"convert to gray RGBA\" in {\n    val grey1HSLA = Color.hsl(0.degrees, 0.normalized, 0.5.normalized).toRGBA\n    val grey1RGBA = Color.rgb(128.uByte, 128.uByte, 128.uByte)\n    assert(grey1HSLA ~= grey1RGBA)\n\n    val grey2HSLA = Color.hsl(0.degrees, 0.normalized, 1.0.normalized).toRGBA\n    val grey2RGBA = Color.rgb(255.uByte, 255.uByte, 255.uByte)\n    assert(grey2HSLA ~= grey2RGBA)\n  }\n\n  \"HSLA spin\" should \"transform correctly\" in {\n    val original = Color.hsl(120.degrees, 0.5.normalized, 0.5.normalized)\n    val spun = original.spin(60.degrees)\n    val unspun = original.spin(-60.degrees)\n\n    assert(spun ~= Color.hsl(180.degrees, 0.5.normalized, 0.5.normalized))\n    assert(unspun ~= Color.hsl(60.degrees, 0.5.normalized, 0.5.normalized))\n  }\n\n  \"Fade in\/out\" should \"transform correctly\" in {\n    val original = Color.hsla(120.degrees, 0.5.normalized, 0.5.normalized, 0.5.normalized)\n    val fadeOut = original.fadeOut(0.5.normalized)\n    val fadeIn = original.fadeIn(0.5.normalized)\n\n    fadeOut.alpha should ===(0.0.normalized)\n    fadeIn.alpha should ===(1.0.normalized)\n  }\n\n  \".toRGBA andThen .toHSLA\" should \"be the identity\" in {\n    forAll { (hsla: HSLA) =>\n      assert(hsla ~= (hsla.toRGBA.toHSLA))\n    }\n  }\n\n  \".toHSLA andThen .toRGBA\" should \"be the identity\" in {\n    forAll { (rgba: RGBA) =>\n      assert(rgba ~= (rgba.toHSLA.toRGBA))\n    }\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/core\/transform\/Transform.scala","text":"package doodle\npackage core\npackage transform\n\n\/** Representation of an affine transformation as an augmented matrix. *\/\nfinal case class Transform(elements: Array[Double]) {\n  def apply(point: Point): Point = {\n    val x = point.x\n    val y = point.y\n\n    val newX = (x * elements(0)) + (y * elements(1)) + elements(2)\n    val newY = (x * elements(3)) + (y * elements(4)) + elements(5)\n\n    Point(newX, newY)\n  }\n\n  def apply(vec: Vec): Vec =\n    this.apply(vec.toPoint).toVec\n\n  def andThen(that: Transform): Transform = {\n    val a = this.elements\n    val b = that.elements\n    Transform(\n      Array(b(0)*a(0) + b(1)*a(3),  b(0)*a(1) + b(1)*a(4),  b(0)*a(2) + b(1)*a(5) + b(2),\n            b(3)*a(0) + b(4)*a(3),  b(3)*a(1) + b(4)*a(4),  b(3)*a(2) + b(4)*a(5) + b(5),\n            0,                      0,                      1)\n    )\n  }\n}\nobject Transform {\n  val identity = scale(1.0, 1.0)\n\n  def scale(x: Double, y: Double): Transform =\n    Transform(Array(x, 0, 0,\n                    0, y, 0,\n                    0, 0, 1))\n\n  def rotate(angle: Angle): Transform =\n    Transform(Array(angle.cos, -angle.sin, 0,\n                    angle.sin,  angle.cos, 0,\n                          0,            0, 1))\n\n  def translate(x: Double, y: Double): Transform =\n    Transform(Array(1, 0, x,\n                    0, 1, y,\n                    0, 0, 1))\n\n  def translate(v: Vec): Transform =\n    translate(v.x, v.y)\n\n  \/** Reflect horizontally (around the X-axis) *\/\n  val horizontalReflection: Transform =\n    Transform(Array(1,  0, 0,\n                    0, -1, 0,\n                    0,  0, 1))\n\n  \/** Reflect vertically (around the Y-axis) *\/\n  val verticalReflection: Transform =\n    Transform(Array(-1, 0, 0,\n                     0, 1, 0,\n                     0, 0, 1))\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/SandSpline.scala","text":"<reponame>mcanlas\/doodle\npackage doodle\npackage examples\n\nimport scala.math.BigDecimal\nimport cats.implicits._\nimport doodle.core._\nimport doodle.syntax._\nimport doodle.random._\nimport doodle.backend.Canvas\n\nobject SandSpline {\n  val color = Color.darkSlateBlue.alpha(0.01.normalized)\n  val dc = DrawingContext.empty.fillColor(color)\n\n  def dot(canvas: Canvas, location: Point): Unit =\n    canvas.circle(\n      dc,\n      location.x,\n      location.y,\n      0.5\n    )\n\n  val samples = 400\n  \/* Draw one sand spline *\/\n  def sandSpline(canvas: Canvas, pts: List[Point]): Unit = {\n    val spline = Parametric.interpolate(pts)\n    def sand(t: Normalized): Unit = {\n      val loc = spline(t)\n      dot(canvas, loc)\n    }\n\n    def loop(count: Int): Unit =\n      count match {\n        case 0 => sand(0.normalized)\n        case n =>\n          val t = (n.toDouble \/ samples).normalized\n          sand(t)\n          loop(n-1)\n      }\n\n    loop(samples)\n  }\n\n  def noise(t: Normalized): Random[Vec] = {\n    val stdDev = t.get * 80\n    val noise = Random.normal(0.0, stdDev)\n    (noise, noise).mapN((x, y) => Vec(x, y))\n  }\n\n  def perturb(t: Normalized, pt: Point): Random[Point] =\n    noise(t).map(v => pt + v)\n\n  \/*\n   * Draw `count` sand splines, where the points for each spline are generated from a parametric curve distorted by increasing amounts of noise\n   *\/\n  def sandSplines(canvas: Canvas, curve: Normalized => Point, count: Int = 400): Random[List[Point]] = {\n    def sample: List[Point] =\n      (BigDecimal(0.0) to 1.0 by 0.02).foldLeft(List.empty[Point]){ (accum, t) =>\n        curve(t.doubleValue.normalized) :: accum\n      }\n\n    def step(pts: List[Point]): Random[List[Point]] =\n      pts.zipWithIndex.map { case (pt, i) =>\n        perturb((i.toDouble \/ count).normalized, pt)\n      }.sequence\n\n    def iter(count: Int, last: Random[List[Point]]): Random[List[Point]] =\n      count match {\n        case 0 => last\n        case n =>\n          val next =\n            for {\n              pts  <- last\n              _     = sandSpline(canvas, pts)\n              next <- step(pts)\n            } yield next\n          iter(n-1, next)\n      }\n\n    iter(count, Random.always(sample))\n  }\n\n  def ofSize(count: Int): Image =\n    Image.draw(400, 400){ canvas =>\n      sandSplines(canvas, Parametric.circle(100).toNormalizedCurve, count).run\n    } on Image.square(400).fillColor(Color.black)\n\n  val image =\n    ofSize(10000)\n\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Orbit.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\ncase class Orbit(base: Image, radius: Double = 50, angle: Angle = 0.degrees) extends Animation {\n  def next = this.copy(angle = angle + 5.degrees)\n  def image: Image = {\n    base.at(\n      radius * math.sin(angle.toRadians),\n      radius * math.cos(angle.toRadians)\n    )\n  }\n}\n\nobject Orbit extends Orbit(Image.circle(10) fillColor Color.orange, 50, 0.degrees)\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Flowers.scala","text":"package doodle\npackage examples\n\nimport doodle.core._\nimport doodle.core.Image._\nimport doodle.syntax._\n\nobject Flowers {\n  def position(k: Int): Angle => Point =\n    (angle: Angle) => {\n      Point.cartesian((angle * k).cos * angle.cos, (angle * k).cos * angle.sin)\n    }\n\n  def scale(factor: Double): Point => Point =\n    (pt: Point) => {\n      Point.polar(pt.r * factor, pt.angle)\n    }\n\n  def drop(minRadius: Int, maxRadius: Int, ratio: Normalized, minAlpha: Normalized, maxAlpha: Normalized): Normalized => Image =\n    (r: Normalized) => {\n      val size = minRadius + (r.get * (maxRadius - minRadius))\n      val alpha = (minAlpha.get + (r.get * (maxAlpha - minAlpha))).normalized\n\n      (circle(size * ratio.get).noLine on circle(size).noFill).\n        fillColorTransform(_.alpha(alpha)).\n        lineColorTransform(_.alpha(alpha))\n    }\n\n  def square(minAlpha: Normalized, maxAlpha: Normalized): Normalized => Image =\n    (r: Normalized) => {\n      val alpha = (minAlpha.get + (r.get * (maxAlpha - minAlpha))).normalized\n      rectangle(5, 5).fillColorTransform(_.alpha(alpha)).noLine\n    }\n\n  def point(\n    position: Angle => Point,\n    scale: Point => Point,\n    image: Normalized => Image,\n    rotation: Angle\n  ): Angle => Image = {\n    (angle: Angle) => {\n      val pt = position(angle)\n      val scaledPt = scale(pt)\n      val r = pt.r.normalized\n      val img = image(r)\n\n      (img at scaledPt.toVec.rotate(rotation))\n    }\n  }\n\n\n  def iterate(step: Angle): (Angle => Image) => Image = {\n    (point: Angle => Image) => {\n      def iter(angle: Angle): Image = {\n        if(angle > Angle.one)\n          Empty\n        else\n          point(angle) on iter(angle + step)\n      }\n\n      iter(Angle.zero)\n    }\n  }\n\n  val image: Image = {\n    val petals =\n      iterate(1.degrees){\n        point(\n          position(5),\n          scale(200.0),\n          drop(2, 15, 0.5.normalized, 0.3.normalized, 1.0.normalized),\n          0.degrees\n        )\n      }.fillColor(Color.fuchsia).lineColor(Color.fuchsia)\n\n    val leaves =\n      iterate(1.degrees){\n        point(\n          position(5),\n          scale(150.0),\n          square(0.3.normalized, 0.5.normalized),\n          36.degrees)\n      }.fillColor(Color.yellowGreen).lineColor(Color.yellowGreen)\n\n    val background = (rectangle(500, 500) fillColor Color.black)\n\n    petals on leaves on background\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ChristmasTree.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax.angle._\nimport doodle.syntax.normalized._\n\nobject ChristmasTree {\n  import Color._\n\n  val redBauble  = Image.circle(7)  lineWidth 0 fillColor red\n  val goldBauble = Image.circle(10) lineWidth 0 fillColor gold\n\n  def treeElement = {\n    val color = green\n      .spin((math.random * 30).degrees)\n      .darken((math.random * 0.1).normalized)\n      .desaturate((math.random * 0.1).normalized)\n\n    Image.triangle(40, 40) lineWidth 0 fillColor color\n  }\n\n  def row(elements: Int): Image =\n    elements match {\n      case 1 => redBauble on treeElement\n      case n => redBauble on treeElement beside row(n - 1)\n    }\n\n  def tree(levels: Int): Image =\n    levels match {\n      case 1 => treeElement\n      case n => row(n) below tree(n - 1)\n    }\n\n  val levels  = 4\n  val foliage = Image.triangle(40 * levels, 40 * levels) fillColor darkGreen\n  val trunk   = Image.rectangle(20,40) lineColor brown fillColor brown\n\n  val image = goldBauble above ( tree(levels) on foliage ) above trunk\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/CreativeScala.scala","text":"<gh_stars>0\npackage doodle\npackage examples\n\nimport doodle.core._\nimport doodle.core.Image._\nimport doodle.syntax._\n\nobject CreativeScala {\n  \/\/ Images from Creative Scala\n\n  object paths {\n    import doodle.core.Point._\n    import doodle.core.PathElement._\n    import doodle.core.Color._\n\n    val triangle =\n      List(\n        lineTo(cartesian(50, 100)),\n        lineTo(cartesian(100, 0)),\n        lineTo(cartesian(0, 0))\n      )\n\n    val curve =\n      List(curveTo(cartesian(50, 100), cartesian(100, 100), cartesian(150, 0)))\n\n    def style(image: Image): Image =\n      image.\n        lineWidth(6.0).\n        lineColor(royalBlue).\n        fillColor(skyBlue)\n\n    val openPaths =\n      style(openPath(triangle) beside openPath(curve))\n\n    val closedPaths =\n      style(closedPath(triangle) beside closedPath(curve))\n\n    val image = openPaths above closedPaths\n  }\n\n  object polygons {\n    import doodle.core.Point._\n    import doodle.core.PathElement._\n    import doodle.core.Color._\n\n    val triangle =\n      closedPath(List(\n                   moveTo(polar(50, 0.degrees)),\n                   lineTo(polar(50, 120.degrees)),\n                   lineTo(polar(50, 240.degrees))\n                 ))\n\n    val square =\n      closedPath(List(\n                   moveTo(polar(50, 45.degrees)),\n                   lineTo(polar(50, 135.degrees)),\n                   lineTo(polar(50, 225.degrees)),\n                   lineTo(polar(50, 315.degrees))\n                 ))\n\n    val pentagon =\n      closedPath((List(\n                    moveTo(polar(50, 72.degrees)),\n                    lineTo(polar(50, 144.degrees)),\n                    lineTo(polar(50, 216.degrees)),\n                    lineTo(polar(50, 288.degrees)),\n                    lineTo(polar(50, 360.degrees))\n                  )))\n\n    val spacer =\n      rectangle(10, 100).noLine.noFill\n\n    def style(image: Image): Image =\n      image.lineWidth(6.0).lineColor(paleTurquoise).fillColor(turquoise)\n\n    val image = style(triangle) beside spacer beside style(square) beside spacer beside style(pentagon)\n  }\n\n  object curvedPolygons {\n    import doodle.core.Point._\n    import doodle.core.PathElement._\n    import doodle.core.Color._\n\n    def curve(radius: Int, start: Angle, increment: Angle): PathElement = {\n      BezierCurveTo(\n        polar(radius *  .8, start + (increment * .3)),\n        polar(radius * 1.2, start + (increment * .6)),\n        polar(radius, start + increment)\n      )\n    }\n\n    val triangle =\n      closedPath(List(\n                   moveTo(polar(50, 0.degrees)),\n                   curve(50, 0.degrees, 120.degrees),\n                   curve(50, 120.degrees, 120.degrees),\n                   curve(50, 240.degrees, 120.degrees)\n                 ))\n\n    val square =\n      closedPath(List(\n                   moveTo(polar(50, 45.degrees)),\n                   curve(50, 45.degrees, 90.degrees),\n                   curve(50, 135.degrees, 90.degrees),\n                   curve(50, 225.degrees, 90.degrees),\n                   curve(50, 315.degrees, 90.degrees)\n                 ))\n\n    val pentagon =\n      closedPath((List(\n                    moveTo(polar(50, 72.degrees)),\n                    curve(50, 72.degrees, 72.degrees),\n                    curve(50, 144.degrees, 72.degrees),\n                    curve(50, 216.degrees, 72.degrees),\n                    curve(50, 288.degrees, 72.degrees),\n                    curve(50, 360.degrees, 72.degrees)\n                  )))\n\n    val spacer =\n      rectangle(10, 100).noLine.noFill\n\n    def style(image: Image): Image =\n      image.lineWidth(6.0).lineColor(paleTurquoise).fillColor(turquoise)\n\n    val image = style(triangle) beside spacer beside style(square) beside spacer beside style(pentagon)\n  }\n\n\n  object regularPolygons {\n    import Point._\n    import PathElement._\n\n    def polygon(sides: Int, size: Int, initialRotation: Angle): Image = {\n      def iter(n: Int, rotation: Angle): List[PathElement] =\n        n match {\n          case 0 =>\n            Nil\n          case n =>\n            lineTo(polar(size, rotation * n + initialRotation)) :: iter(n - 1, rotation)\n        }\n      closedPath(moveTo(polar(size, initialRotation)) :: iter(sides, 360.degrees \/ sides))\n    }\n\n    def style(img: Image): Image = {\n      img.\n        lineWidth(3.0).\n        lineColor(Color.mediumVioletRed).\n        fillColor(Color.paleVioletRed.fadeOut(0.5.normalized))\n    }\n\n    def makeShape(n: Int, increment: Int): Image =\n        polygon(n+2, n * increment, 0.degrees)\n\n    def makeColor(n: Int, spin: Angle, start: Color): Color =\n      start spin (spin * n)\n\n    val baseColor = Color.hsl(0.degrees, 0.7.normalized, 0.7.normalized)\n\n    def makeImage(n: Int): Image = {\n      n match {\n        case 0 =>\n          Image.empty\n        case n =>\n          val shape = makeShape(n, 10)\n          val color = makeColor(n, 30.degrees, baseColor)\n          makeImage(n-1) on (shape fillColor color)\n      }\n    }\n\n    val image = makeImage(15)\n  }\n\n\n  object stars {\n    import Point._\n    import PathElement._\n\n    def star(sides: Int, skip: Int, radius: Double): Image = {\n      val rotation = 360.degrees * skip \/ sides\n\n      val start = moveTo(polar(radius, 0.degrees))\n      val elements = (1 until sides).toList map { index =>\n        val point = polar(radius, rotation * index)\n        lineTo(point)\n      }\n\n      closedPath(start :: elements) lineWidth 2\n    }\n\n    def allBeside(imgs: List[Image]): Image =\n      imgs match {\n        case Nil => Image.empty\n        case hd :: tl => hd beside allBeside(tl)\n      }\n\n    def allAbove(imgs: List[Image]): Image =\n      imgs match {\n        case Nil => Image.empty\n        case hd :: tl => hd above allAbove(tl)\n      }\n\n    def style(img: Image, hue: Angle): Image =\n      img.\n        lineColor(Color.hsl(hue, 1.normalized, .25.normalized)).\n        fillColor(Color.hsl(hue, 1.normalized, .75.normalized))\n\n    def lineOfStars(n: Int, sides: Int) = {\n      allBeside(\n        (1 to n).toList map { skip =>\n          star(sides, skip, 100)\n        }\n      )\n    }\n\n    def allStar =\n      allAbove((3 to 33 by 2).toList map { sides =>\n        allBeside((1 to sides\/2).toList map { skip =>\n          style(star(sides, skip, 20), 360.degrees * skip \/ sides)\n        })\n      })\n\n    def line = lineOfStars(5, 10)\n  }\n\n  object randomConcentricCircles {\n    import doodle.random._\n\n    val randomAngle: Random[Angle] =\n      Random.double.map(x => x.turns)\n\n    def randomColor(s: Normalized, l: Normalized): Random[Color] =\n      randomAngle map (hue => Color.hsl(hue, s, l))\n\n    def randomCircle(r: Double, color: Random[Color]): Random[Image] =\n      color map (fill => Image.circle(r) fillColor fill)\n\n    val randomPastel = randomColor(0.7.normalized, 0.7.normalized)\n\n    def randomConcentricCircles(count: Int, size: Int): Random[Image] =\n      count match {\n        case 0 => Random.always(Image.empty)\n        case n =>\n          randomCircle(size, randomPastel) flatMap { circle =>\n            randomConcentricCircles(n-1, size + 5) map { circles =>\n              circle on circles\n            }\n          }\n      }\n  }\n\n  object sequentialBoxes {\n    import doodle.random._\n    import cats.syntax.all._\n\n    val randomAngle: Random[Angle] =\n      Random.double.map(x => x.turns)\n\n    val randomColor: Random[Color] =\n      randomAngle map (hue => Color.hsl(hue, 0.7.normalized, 0.7.normalized))\n\n    val randomSpin: Random[Double] =\n      Random.normal(15.0, 10.0)\n\n    def nextColor(color: Color): Random[Color] =\n      randomSpin map { spin => color.spin(spin.degrees) }\n\n    def coloredRectangle(color: Color, size: Int = 40): Image =\n      rectangle(size, size).\n        lineWidth(5.0).\n        lineColor(color.spin(30.degrees)).\n        fillColor(color)\n\n    \/\/ Basic structural recursion\n    def sequentialBoxes(n: Int, color: Color): Image =\n      n match {\n        case 0 => Image.empty\n        case n => coloredRectangle(color) beside sequentialBoxes(n-1, color)\n      }\n\n    \/\/ Simple variant on structural recursion\n    def stackedBoxes(n: Int, color: Color): Image =\n      n match {\n        case 0 => Image.empty\n        case n => coloredRectangle(color) above stackedBoxes(n-1, color)\n      }\n\n    \/\/ Basic structural recursion with auxillary parameter\n    def growingBoxes(count: Int, size: Int): Image =\n      count match {\n        case 0 => Image.empty\n        case n =>\n          coloredRectangle(Color.royalBlue, size) beside growingBoxes(n-1, size + 10)\n      }\n\n    \/\/ Basic structural recursion modifying both parameters\n    def gradientBoxes(n: Int, color: Color): Image =\n      n match {\n        case 0 => Image.empty\n        case n => coloredRectangle(color) beside gradientBoxes(n-1, color.spin(15.degrees))\n      }\n\n    \/\/ Structural recursion with applicative (implemented via monad)\n    def randomColorBoxes(count: Int): Random[Image] =\n      count match {\n        case 0 => Random.always(Image.empty)\n        case n =>\n          val box = randomColor map { c => coloredRectangle(c) }\n          val boxes = randomColorBoxes(n-1)\n          box flatMap { b =>\n            boxes map { bs => b beside bs }\n          }\n      }\n\n    \/\/ Structural recursion with applicative (with sometimes more pleasing result)\n    def noisyGradientBoxes(n: Int, color: Color): Random[Image] =\n      n match {\n        case 0 => Random.always(Image.empty)\n        case n =>\n          val box = nextColor(color) map { c => coloredRectangle(c) }\n          val boxes = noisyGradientBoxes(n-1, color.spin(15.degrees))\n          (box, boxes) mapN { (b, bs) =>  b beside bs }\n      }\n\n    \/\/ Structural recursion with monad\n    def randomGradientBoxes(n: Int, color: Color): Random[Image] =\n      n match {\n        case 0 => Random.always(Image.empty)\n        case n =>\n          val box = coloredRectangle(color)\n          val boxes = nextColor(color) flatMap { c => randomGradientBoxes(n-1, c) }\n          boxes map { b => box beside b }\n      }\n\n    \/\/ Image written out as one big expression\n    val expression =\n      (\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue) beside\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue) beside\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue) beside\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue) beside\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue)\n      )\n\n    \/\/ Image written out as one expression using abstraction (a name)\n    val abstraction =\n    {\n      val box =\n        Image.rectangle(40, 40).\n          lineWidth(5.0).\n          lineColor(Color.royalBlue.spin(30.degrees)).\n          fillColor(Color.royalBlue)\n\n      box beside box beside box beside box beside box\n    }\n\n    val image: Random[Image] = {\n      val boxes = randomColor flatMap { c => randomGradientBoxes(4, c) }\n      (boxes, boxes, boxes) mapN { (b1, b2, b3) => b1 above b2 above b3 }\n    }\n  }\n\n  object scatterPlot {\n    import doodle.random._\n    import cats.syntax.all._\n\n    val normal = Random.normal(50, 15)\n    val uniform = Random.natural(100).map(x => x.toDouble)\n    val normalSquared = Random.normal map (x => (x * x * 7.5))\n\n    def makePoint(x: Random[Double], y: Random[Double]): Random[Point] =\n      (x, y) mapN { (x, y) => Point.cartesian(x, y) }\n\n    val iter = (1 to 1000).toList\n\n    def allOn(points: List[Random[Image]]): Random[Image] =\n      points match {\n        case Nil => Random.always(Image.empty)\n        case img :: imgs => (img, allOn(imgs)) mapN { (i, is) => i on is }\n      }\n\n    val normal2D = makePoint(normal, normal)\n    val uniform2D = makePoint(uniform, uniform)\n    val normalSquared2D = makePoint(normalSquared, normalSquared)\n\n    def point(loc: Point): Image =\n      circle(2).fillColor(Color.cadetBlue.alpha(0.3.normalized)).noLine.at(loc.toVec)\n\n    val spacer = rectangle(20, 20).noLine.noFill\n\n    val image =\n      (allOn(iter.map(i => uniform2D map (point _))),\n       allOn(iter.map(i => normal2D map (point _))),\n       allOn(iter.map(i => normalSquared2D map (point _)))) mapN {\n        (s1, s2, s3) => s1 beside spacer beside s2 beside spacer beside s3\n      }\n  }\n\n  object parametricNoise {\n    import doodle.random._\n    import cats.syntax.all._\n\n    def rose(k: Int): Angle => Point =\n      (angle: Angle) => {\n        Point.cartesian((angle * k).cos * angle.cos, (angle * k).cos * angle.sin)\n      }\n\n    def scale(point: Point): Point =\n      Point.polar(point.r * 400, point.angle)\n\n    def perturb(point: Point): Random[Point] =\n      (Random.normal(10.0, 10.0), Random.normal(10.0, 10.0)) mapN { (x,y) =>\n        Point.cartesian(point.x + x, point.y + y)\n      }\n\n    def randomCircle(point: Point, hue: Angle): Random[Image] = {\n      val at = perturb(point) map (pt => pt.toVec)\n      val size = Random.natural(5) map (r => r + 5)\n      val lightness = Random.double map (l => l.normalized)\n      val alpha = Random.double map (a => a.normalized)\n\n      (size, lightness, alpha, at) mapN { (r, l, a, at) =>\n        val fill = Color.hsla(hue, l, 0.4.normalized, a)\n        circle(r).noFill.lineColor(fill).at(at)\n      }\n    }\n\n    def perturbedRose(k: Int, hue: Angle): Angle => Random[Image] =\n      rose(k) andThen scale andThen { pt => randomCircle(pt, hue) }\n\n    def allOn(points: List[Random[Image]]): Random[Image] =\n      points match {\n        case Nil => Random.always(Image.empty)\n        case img :: imgs => (img, allOn(imgs)) mapN { (i, is) => i on is }\n      }\n\n    val image: Random[Image] =\n      allOn(\n        (3 to 7 by 2).toList map { k =>\n          val r = perturbedRose(k, ((k-3) * 30).degrees)\n          allOn(\n            (1 to 360).toList map { d =>\n              val angle = d.degrees\n              r(angle)\n            }\n          )\n        }\n      )\n  }\n\n  object turtle {\n    import doodle.turtle._\n    import doodle.turtle.Instruction._\n\n    val instructions =\n      List(forward(100), turn(90.degrees),\n           forward(100), turn(90.degrees),\n           forward(100), turn(90.degrees),\n           forward(100))\n\n    val square = Turtle.draw(instructions)\n\n    def polygon(sides: Int, sideLength: Double): Image = {\n      val rotation = Angle.one \/ sides\n      def iter(n: Int): List[Instruction] =\n        n match {\n          case 0 => Nil\n          case n => turn(rotation) +: forward(sideLength) +: iter(n-1)\n        }\n\n      Turtle.draw(iter(sides))\n    }\n  }\n\n  object branching {\n    import doodle.turtle._\n    import doodle.turtle.Instruction._\n\n    val y = List(forward(100),\n                 branch(turn(45.degrees), forward(100)),\n                 branch(turn(-45.degrees), forward(100)))\n\n    val yImage = Turtle.draw(y)\n\n    val bud = branch(turn(45.degrees), forward(5),\n                     turn(-90.degrees), forward(5),\n                     turn(-90.degrees), forward(5),\n                     turn(-90.degrees), forward(5))\n\n    val f = forward(20)\n\n    val b1 = branch(turn(45.degrees), f)\n    val b2 = branch(turn(-45.degrees), f)\n\n    val treeOne = List(f, bud)\n    val treeTwo = List(f, f, b1 :+ (bud), b2 :+ (bud))\n    val treeThree = List(f, f, f, f,\n                         b1 ++ (List(f, b1 :+ bud, b2 :+ (bud))),\n                         b2 ++ (List(f, b1 :+ bud, b2 :+ (bud))))\n\n    val spacer = rectangle(10,10).noFill.noLine\n\n    val branches =\n      Turtle.draw(treeOne) beside spacer beside Turtle.draw(treeTwo) beside spacer beside Turtle.draw(treeThree) lineColor Color.forestGreen\n\n    val stepSize = 10\n\n    def rule(i: Instruction): List[Instruction] =\n      i match {\n        case Forward(_) => List(forward(stepSize), forward(stepSize))\n        case NoOp =>\n          List(branch(turn(45.degrees), forward(stepSize), noop),\n               branch(turn(-45.degrees), forward(stepSize), noop))\n        case other => List(other)\n      }\n\n    def branching =\n      List.tabulate(5){ n =>\n        LSystem.iterate(n, List(forward(stepSize), noop), rule)\n      }.map { is => Turtle.draw(is) }.foldLeft(Image.empty){ _ beside _ }\n  }\n\n  object cross {\n    val circle = Image.circle(20)\n\n    def basic(n: Int): Image =\n      n match {\n        case 0 =>\n          circle\n        case n =>\n          circle beside (circle above basic(n-1) above circle) beside circle\n      }\n\n    def shrinking(n: Int): Image =\n      n match {\n        case 0 =>\n          Image.circle(40)\n        case n =>\n          val circle = Image.circle(40 * (1.0 \/ (n + 1)))\n          circle beside (circle above shrinking(n-1) above circle) beside circle\n      }\n  }\n\n  object sierpinski {\n    val triangle = Image.triangle(10, 10) lineColor Color.magenta\n\n    def sierpinski(count: Int): Image =\n      count match {\n        case 0 => triangle above (triangle beside triangle)\n        case n =>\n          val unit = sierpinski(n-1)\n          unit above (unit beside unit)\n      }\n  }\n\n  object point {\n    val point = Image.circle(5).at(40, 40).fillColor(Color.red).noLine\n    val spacer = Image.square(5).noLine.noFill\n    val xAxis = Image.line(40, 0) above spacer above Image.text(\"x\")\n    val yAxis = Image.line(0, 40) beside spacer beside Image.text(\"y\")\n    val cartesian = xAxis on yAxis on point\n  }\n\n  object parametricCircle {\n    def parametricCircle(angle: Angle): Point =\n      Point.polar(100, angle)\n\n    def rose(k: Int): Angle => Point =\n      (angle: Angle) => {\n        Point.cartesian((angle * k).cos * angle.cos, (angle * k).cos * angle.sin)\n      }\n\n    val dot = Image.circle(5).fillColor(Color.crimson.spin(15.degrees).desaturate(0.4.normalized)).lineColor(Color.crimson).lineWidth(3)\n\n    def sample(f: Angle => Point, samples: Int, marker: Image = dot): Image = {\n      val step = Angle.one \/ samples\n      def loop(count: Int): Image = {\n        count match {\n          case 0 => marker.at(f(Angle.zero).toVec)\n          case n =>\n            val angle = step * n\n            marker.at(f(angle).toVec) on loop(n - 1)\n        }\n      }\n\n      loop(samples)\n    }\n    val spacer = Image.square(40).noFill.noLine\n\n    val image = (sample(parametricCircle _, 4)).\n      beside(spacer).\n      beside(sample(parametricCircle _, 8)).\n      beside(spacer).\n      beside(sample(parametricCircle _, 16))\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"js\/src\/main\/scala\/doodle\/js\/FontMetrics.scala","text":"<reponame>mcanlas\/doodle<gh_stars>0\npackage doodle\npackage js\n\nimport doodle.core.font._\nimport doodle.backend.BoundingBox\n\nimport org.scalajs.dom\n\nfinal case class FontMetrics(root: dom.svg.SVG) {\n  def boundingBox(font: Font, characters: String): BoundingBox = {\n    import scalatags.JsDom.short._\n    import scalatags.JsDom.{svgTags => svg}\n\n    val elt = svg.text(\n      *.font:=FontMetrics.toCss(font),\n      characters\n    ).render\n\n    val txt = root.appendChild(elt)\n    val bb = txt.asInstanceOf[dom.svg.Locatable].getBBox()\n    root.removeChild(txt)\n\n    \/\/ Put the origin of the bounding box at the center of the text, in keeping\n    \/\/ with the standard convention.\n    BoundingBox(-bb.width\/2, bb.height\/2, bb.width\/2, -bb.height\/2)\n  }\n}\nobject FontMetrics {\n  import FontFamily._\n  import FontFace._\n  import FontSize._\n\n  def toCss(font: Font): String = {\n    val style =\n      font.face match {\n        case Italic => \"italic\"\n        case _ => \"normal\"\n      }\n\n    val weight =\n      font.face match {\n        case Bold => \"bold\"\n        case _ => \"normal\"\n      }\n\n    val size =\n      font.size match {\n        case Points(pts) => s\"${pts}pt\"\n      }\n\n    val family =\n      font.family match {\n        case Serif => \"serif\"\n        case SansSerif => \"sans-serif\"\n        case Monospaced => \"monospaced\"\n        case Named(name) => name\n      }\n\n    s\"${style} normal ${weight} ${size} ${family}\"\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Smoke.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/examples\/Smoke.scala\npackage doodle\npackage examples\n\nimport doodle.core._\nimport doodle.syntax._\nimport doodle.random._\n\nobject Smoke {\n  val emitter =\n    Random.normal(0.0, 5.0) flatMap { x =>\n      Random.normal(0.0, 5.0) map { y =>\n        Point(x, y)\n      }\n    }\n\n  val drift = Vec(20, 0)\n\n  def perturb(point: Point): Random[Point] =\n    Random.normal(0.0, 5.0) flatMap { x =>\n      Random.normal(0.0, 5.0) map { y =>\n        point + Vec(x, y) + drift\n      }\n    }\n\n  def cool(color: Color): Random[Color] =\n    Random.double map (_ * 0.2) map (_.normalized) map { d =>\n      color.desaturateBy(d).fadeOutBy(d).spin((d.get * -100).degrees)\n    }\n\n  def widen(radius: Double): Random[Double] =\n    Random.double map { r => (r * 2) + radius }\n\n  def particle(point: Point, color: Color, radius: Double): Image =\n    Image.circle(radius).fillColor(color).noLine.at(point.toVec)\n\n  def step(point: Point, color: Color, radius: Double): Random[(Point, Color, Double)] =\n    perturb(point) flatMap { pt =>\n      widen(radius) flatMap { r =>\n        cool(color) map { c =>\n          (pt, c, r)\n        }\n      }\n    }\n\n  def randomWalk(steps: Int): Random[Image] = {\n    def loop(count: Int, point: Point, color: Color, radius: Double): Random[Image] =\n      count match {\n        case 0 => Random.always(particle(point, color, radius))\n        case n =>\n          val img = particle(point, color, radius)\n          step(point, color, radius) flatMap { updated =>\n            val (pt, c, r) = updated\n            loop(n-1, pt, c, r).map(accum => img on accum)\n          }\n      }\n\n    emitter.flatMap(pt => loop(steps, pt, Color.yellow.alpha(0.7.normalized), 3))\n  }\n\n  val image =\n    (1 to 20).foldLeft(Random.always(Image.empty)){ (accum, _) =>\n      accum.flatMap(a => randomWalk(20).map(i => i on a))\n    }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/Java2DFrame.scala","text":"package doodle\npackage jvm\n\nimport doodle.core._\nimport doodle.backend._\nimport javax.swing.JFrame\n\nfinal class Java2DFrame(finaliser: Finaliser, renderer: Renderer)\n    extends JFrame\n    with Interpreter.Draw {\n  val panel = new Java2DPanel(finaliser, renderer)\n\n  getContentPane().add(panel)\n  pack()\n  repaint()\n  setVisible(true)\n\n  def interpret(image: Image): Unit = {\n    panel.imageQueue.add(image)\n    panel.repaint()\n  }\n}\nobject Java2DFrame {\n  implicit def java2DDraw: Frame.Draw =\n    new Frame.Draw {\n      def setup(finaliser: Finaliser, renderer: Renderer): Interpreter[Formats.Screen,Unit] =\n        new Java2DFrame(finaliser, renderer)\n    }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"build.sbt","text":"<reponame>mcanlas\/doodle\nversion in ThisBuild := \"0.8.3\"\n\nval catsVersion = \"1.2.0\"\nval Scala212 = \"2.12.6\"\n\nname         in ThisBuild := \"doodle\"\norganization in ThisBuild := \"underscoreio\"\nscalaVersion in ThisBuild := Scala212\ncrossScalaVersions in ThisBuild := Seq(Scala212, \"2.13.0-M4\")\nbintrayOrganization in ThisBuild := Some(\"underscoreio\")\nbintrayPackageLabels in ThisBuild := Seq(\"scala\", \"training\", \"creative-scala\")\nlicenses in ThisBuild += (\"Apache-2.0\", url(\"http:\/\/apache.org\/licenses\/LICENSE-2.0\"))\n\nlazy val root = project.in(file(\".\")).\n  aggregate(doodleJS, doodleJVM).\n  settings(\n    publish := {},\n    publishLocal := {},\n    bintrayRepository := \"training\"\n  )\n\nlazy val doodle = crossProject.\n  crossType(DoodleCrossType).\n  settings(\n    scalacOptions ++= Seq(\"-feature\", \"-deprecation\", \"-unchecked\", \"-Ywarn-unused-import\"),\n    scalacOptions ++= (\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, v)) if v <= 12 => Seq(\n          \"-Xfatal-warnings\",\n          \"-Ypartial-unification\"\n        )\n        case _ => Seq(\n        )\n      }\n    ),\n    scalacOptions in (Compile, console) := Seq(\"-feature\", \"-Xfatal-warnings\", \"-deprecation\", \"-unchecked\"),\n    scalacOptions in (Compile, console) ++= (\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, v)) if v <= 12 => Seq(\n          \"-Ypartial-unification\"\n        )\n        case _ => Seq(\n        )\n      }\n    ),\n    licenses += (\"Apache-2.0\", url(\"http:\/\/apache.org\/licenses\/LICENSE-2.0\")),\n    libraryDependencies ++= Seq(\n       \"org.typelevel\"  %%% \"cats-core\" % catsVersion,\n       \"org.typelevel\"  %%% \"cats-free\" % catsVersion,\n       \"org.scalatest\"  %%% \"scalatest\" % \"3.0.6-SNAP1\" % \"test\",\n       \"org.scalacheck\" %%% \"scalacheck\" % \"1.14.0\" % \"test\"\n    ),\n    bintrayRepository := \"training\"\n  ).jvmSettings(\n    libraryDependencies ++= Seq(\n      \"de.erichseifert.vectorgraphics2d\" % \"VectorGraphics2D\" % \"0.13\"\n    ),\n    initialCommands in console := \"\"\"\n      |import doodle.core._\n      |import doodle.core.Image._\n      |import doodle.random._\n      |import doodle.syntax._\n      |import doodle.jvm.FileFrame._\n      |import doodle.jvm.Java2DFrame._\n      |import doodle.backend.StandardInterpreter._\n      |import doodle.backend.Formats._\n      |import doodle.examples._\n    \"\"\".trim.stripMargin,\n    cleanupCommands in console := \"\"\"\n      |doodle.jvm.quit()\n    \"\"\".trim.stripMargin\n  ).jsSettings(\n    scalaJSUseMainModuleInitializer         := true,\n    scalaJSUseMainModuleInitializer in Test := false,\n    libraryDependencies ++= Seq(\n      \"org.scala-js\"  %%% \"scalajs-dom\" % \"0.9.6\",\n      \"com.lihaoyi\"   %%% \"scalatags\"   % \"0.6.7\"\n    )\n  )\n\nlazy val doodleJVM = doodle.jvm\n\nlazy val doodleJS = doodle.js.enablePlugins(WorkbenchPlugin)\n\nconsole := { console.in(doodleJVM, Compile).value }\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ParametricSamples.scala","text":"<filename>shared\/src\/main\/scala\/doodle\/examples\/ParametricSamples.scala<gh_stars>0\npackage doodle\npackage examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject ParametricSamples {\n  val color = Color.lightSlateGray.alpha(0.3.normalized)\n  val dot = Image.circle(2).fillColor(color).noLine\n\n  def render[A](curve: Parametric[A], count: Int): Image =\n    allOn((curve.sample(count)) map { pt => dot.at(pt.toVec) })\n\n  def circle(count: Int) =\n    render(Parametric.circle(200), count)\n\n  def rose(count: Int) =\n    render(Parametric.rose(3, 200), count)\n\n  def logarithmicSpiral(count: Int) =\n    render(Parametric.logarithmicSpiral(1, 0.25).toNormalizedCurve(1440.degrees), count)\n\n  def bezier(count: Int) =\n    render(Parametric.quadraticBezier(Point.zero, Point(100, 200), Point(200, 0)), count)\n\n  def interpolate[A](count: Int, f: Parametric[A]) =\n    Parametric.interpolate(f.sample(count))\n\n  def interpolatedCircle(count: Int, interps: Int) =\n    render(interpolate(interps, Parametric.circle(200)), count)\n\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"jvm\/src\/main\/scala\/doodle\/jvm\/Java2DCanvas.scala","text":"<filename>jvm\/src\/main\/scala\/doodle\/jvm\/Java2DCanvas.scala\npackage doodle\npackage jvm\n\nimport doodle.core._\nimport doodle.core.transform.Transform\nimport doodle.backend.{BoundingBox, Canvas}\nimport java.awt.Graphics2D\nimport java.awt.geom.AffineTransform\n\nfinal class Java2DCanvas(graphics: Graphics2D, center: Point, screenCenter: Point) extends Canvas {\n\n  \/\/ Convert from canvas coordinates to screen coordinates.\n  \/\/\n  \/\/ Shift the center of the bounding box to the origin.\n  \/\/\n  \/\/ Reflect around the Y axis as the canvas Y coordinate is reversed\n  \/\/ compared to the Java2D Y axis.\n  \/\/\n  \/\/ Then recenter the canvas to the center of the screen.\n  graphics.transform(\n    Java2D.toAffineTransform(\n      Transform.translate(-center.x, -center.y)\n        .andThen(Transform.horizontalReflection)\n        .andThen(Transform.translate(screenCenter.x, screenCenter.y))\n    )\n  )\n\n  var transforms: List[AffineTransform] = List.empty\n\n  def pushTransform(tx: Transform): Unit = {\n    val affine = Java2D.toAffineTransform(tx)\n    transforms = graphics.getTransform() :: transforms\n    graphics.transform(affine)\n  }\n\n  def popTransform(): Unit = {\n    transforms match {\n      case hd :: tl =>\n        graphics.setTransform(hd)\n        transforms = tl\n      case Nil =>\n        \/\/ No transform to pop. Do nothing.\n        ()\n    }\n  }\n\n  def openPath(context: DrawingContext, elements: List[PathElement]): Unit = {\n    val path = Java2D.toPath2D(elements)\n    Java2D.strokeAndFill(graphics, path, context)\n  }\n\n  def closedPath(context: DrawingContext, elements: List[PathElement]): Unit = {\n    val path = Java2D.toPath2D(elements)\n    path.closePath()\n    Java2D.strokeAndFill(graphics, path, context)\n  }\n\n  def text(context: DrawingContext,\n           tx: Transform,\n           boundingBox: BoundingBox,\n           characters: String): Unit = {\n    \/\/ We have to do a few different transformations here:\n    \/\/\n    \/\/ - The canvas Y coordinate is reversed with respect to the\n    \/\/ screen Y coordinate, so normally we have to reverse\n    \/\/ coordinates. However `drawString` will draw text oriented\n    \/\/ correctly on the screen with need to reverse our reverse.\n    \/\/\n    \/\/ - `drawString` draws from the bottom left corner of the text\n    \/\/ while the origin of the bounding box is the center of the text.\n    \/\/ Thus we need to translate to the bottom left corner.\n    val bottomLeft = Transform.translate(-boundingBox.width\/2, -boundingBox.height\/2)\n    val fullTx = Transform.horizontalReflection andThen tx andThen bottomLeft\n    val currentTx = graphics.getTransform()\n    graphics.transform(Java2D.toAffineTransform(fullTx))\n    context.stroke.foreach { s =>\n      Java2D.setStroke(graphics, s)\n    }\n    context.fill.foreach { f =>\n      Java2D.setFill(graphics, f)\n    }\n    context.font map { f =>\n      graphics.setFont(FontMetrics.toJFont(f))\n      graphics.drawString(characters, 0, 0)\n    }\n    graphics.setTransform(currentTx)\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/backend\/Trampoline.scala","text":"<reponame>mcanlas\/doodle<gh_stars>0\npackage doodle\npackage backend\n\nimport scala.annotation.tailrec\n\nsealed abstract class Trampoline[A] {\n  def value: A = Trampoline.loop(this)\n}\nobject Trampoline {\n  final case class Continue[A](f: () => Trampoline[A]) extends Trampoline[A]\n  def continue[A](f: => Trampoline[A]): Trampoline[A] =\n    Continue(() => f)\n\n  final case class Stop[A](a: A) extends Trampoline[A]\n  def stop[A](a: A): Trampoline[A] = Stop(a)\n\n  @tailrec\n  def loop[A](t: Trampoline[A]): A =\n    t match {\n      case Continue(f) => loop(f())\n      case Stop(a) => a\n    }\n}\n\n"}
{"repo_name":"mcanlas\/doodle","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"0.6.23\")\naddSbtPlugin(\"com.lihaoyi\" % \"workbench\" % \"0.4.1\")\naddSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\" % \"0.5.4\")\n\/\/ addSbtPlugin(\"me.lessis\" % \"bintray-sbt\" % \"0.3.0\")\n\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/Sine.scala","text":"import doodle.core._\nimport doodle.core.Image._\nimport doodle.syntax._\nimport doodle.random._\n\nimport cats.implicits._\n\nobject Sine {\n  import Parametric.AngularCurve\n\n  val underBlue = Color.rgb(39.uByte, 170.uByte, 255.uByte)\n\n  def sine(width: Int, amplitude: Double, period: Int): AngularCurve = {\n    val frequency = width.toDouble \/ period.toDouble\n    AngularCurve {\n      Parametric.sine(amplitude, frequency) andThen (pt => Point((pt.x - 0.5) * width, pt.y))\n    }\n  }\n\n  def noisySine(curve: AngularCurve, stdDev: Double = 15.0): Angle => Random[Point] =\n    (angle: Angle) => Random.normal(0.0, stdDev).map{ offset =>\n      curve(angle) + Vec(0, offset)\n    }\n\n  val randomAngle: Random[Angle] = Random.double.map(a => a.turns)\n\n  def noiseSamples(n: Int, f: Angle => Random[Point]): Random[List[Point]] =\n    (0 until n).toList.foldM(List.empty[Point]){ (accum, _) =>\n      randomAngle.flatMap(f).map(pt => pt::accum)\n    }\n\n  val samples: Random[List[Point]] =\n    noiseSamples(100, noisySine(sine(2000, 150, 400)))\n\n  def error(curve: AngularCurve, data: List[Point]): Double =\n    data.foldLeft(0.0){ (error, pt) =>\n      val diff = curve(((pt.x + 1000.0) \/ 2000.0).turns).y - pt.y\n      error + (diff * diff)\n    }\n\n  def errorPlot(data: List[Point], periods: List[Int]): Image = {\n    val errors = periods.sorted.map(p => Point(p, error(sine(2000, 150, p), data)))\n    val maxPeriod = periods.max\n    val max = errors.map(pt => pt.y).max\n    val scaled = errors.map(pt => Point(pt.x, (pt.y * maxPeriod * (9.0\/16.0)) \/ max))\n\n    val points =\n      allOn(scaled.map(pt => Image.circle(13.0).at(pt.toVec).fillColor(Color.white).noLine))\n    val curve =\n      interpolatingSpline(scaled).lineWidth(11.0).lineColor(Color.white)\n\n    points on curve\n  }\n\n  def gradientDescent(data: List[Point], periods: List[Int], start: Int, goal: Int, step: Int): Image = {\n    val steps = List.range(start, goal, step)\n    val errors = periods.sorted.map(p => Point(p, error(sine(2000, 150, p), data)))\n    val maxPeriod = periods.max\n    val max = errors.map(pt => pt.y).max\n    val scaled = errors.map(pt => Point(pt.x, (pt.y * maxPeriod * (9.0\/16.0)) \/ max))\n\n    val points =\n      allOn(scaled.map(pt => Image.circle(13.0).at(pt.toVec).fillColor(Color.white).noLine))\n    val curve =\n      interpolatingSpline(scaled).lineWidth(11.0).lineColor(Color.white)\n\n    val (_, visited) =\n      steps\n        .map(p => Point(p, error(sine(2000, 150, p), data)))\n        .map(pt => Point(pt.x, (pt.y * maxPeriod * (9.0\/16.0)) \/ max))\n        .map(pt => Image.circle(13.0).at(pt.toVec).noLine)\n        .foldLeft((1.0, List.empty[Image])){ (accum, img) =>\n          val (lightness, soFar) = accum\n          (lightness * 0.9,\n           img.fillColor(Color.red.lightness(lightness.normalized)) :: soFar)\n        }\n\n    allOn(visited) on curve\n  }\n\n  def errorBars(data: List[Point], curve: AngularCurve, width: Int): Image = {\n    import PathElement._\n\n    allOn(\n      data.map{ pt =>\n        val angle = ((pt.x + (width\/2)) \/ width).turns\n        val predicted = curve(angle)\n\n        Image\n          .openPath(List(moveTo(pt.x, pt.y), lineTo(predicted.x, predicted.y)))\n          .lineColor(underBlue)\n          .lineWidth(7.0)\n      }\n    )\n  }\n\n  def styledSine(curve: AngularCurve): Image =\n    interpolatingSpline(curve.sample(200)).lineWidth(11.0).lineColor(Color.white)\n\n  val spacer = Image.rectangle(2000, 500).noLine.noFill\n\n  val sines = {\n    val s1 = interpolatingSpline(sine(2000, 150, 200).sample(200)).lineWidth(11.0)\n    val s2 = interpolatingSpline(sine(2000, 150, 400).sample(200)).lineWidth(11.0)\n    val s3 = interpolatingSpline(sine(2000, 150, 800).sample(200)).lineWidth(11.0)\n\n    val c1 = underBlue.lightness(0.8.normalized)\n    val c3 = c1.spin(180.degrees)\n\n    s2.lineColor(Color.white) on s1.lineColor(c1) on s3.lineColor(c3)\n  }\n\n  val images =\n    samples.map{ data =>\n      val periods = List.range(100, 1625, 25)\n      val dataPlot =\n        allOn(data.map(pt => Image.circle(9).at(pt.toVec))).fillColor(underBlue).noLine\n      val sines = List(100, 200, 400, 800, 1600).map{ p => styledSine(sine(2000, 150, p)) on spacer }\n      val bars = errorBars(data, sine(2000, 150, 1600), 2000)\n      val squaredError = errorPlot(data, periods)\n      val descent = gradientDescent(data, periods, 350, 410, 10)\n\n      descent :: squaredError :: (dataPlot on spacer) :: (sines.last on dataPlot on bars) :: (sines map (s => dataPlot on s))\n    }.run\n\n  \/*\n  def saveAll: Unit = {\n    val descent :: error :: data :: bars :: rest = images\n    descent.save[Pdf](\"sine-descent.pdf\")\n    error.save[Pdf](\"sine-error.pdf\")\n    data.save[Pdf](\"sine-data.pdf\")\n    bars.save[Pdf](\"sine-error-bars.pdf\")\n    rest.zipWithIndex.map{ case (s, i) => s.save[Pdf](s\"sine-$i.pdf\") }\n  }\n  *\/\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/BrownianMotion.scala","text":"<gh_stars>0\npackage doodle\npackage examples\n\nimport doodle.core._\nimport doodle.core.Image._\nimport doodle.syntax._\nimport doodle.random._\n\nimport cats.instances.all._\nimport cats.syntax.all._\n\nobject BrownianMotion {\n  def brownianMotion(start: Point, drift: Vec): Random[Point] =\n    jitter(start) map { pt => pt + drift }\n\n  def jitter(point: Point): Random[Point] = {\n    val noise = Random.normal(0, 5.0)\n\n    (noise, noise) mapN { (dx, dy) =>\n      Point.cartesian(point.x + dx, point.y + dy)\n    }\n  }\n\n  val start = Point.zero\n  val drift = Vec(3, 0)\n\n  val smoke: Random[Image] = {\n    val alpha = Random.normal(0.5, 0.1) map (a => a.normalized)\n    val hue = Random.double.map(h => (h * 0.1 + 0.7).turns)\n    val saturation = Random.double.map(s => (s * 0.8).normalized)\n    val lightness = Random.normal(0.4, 0.1) map (a => a.normalized)\n    val color =\n      (hue, saturation, lightness, alpha) mapN {\n        (h, s, l, a) => Color.hsla(h, s, l, a)\n      }\n    val points = Random.int(3,7)\n    val radius = Random.normal(2, 1)\n    val rotation = Random.double.map { r => r.turns }\n    val shape = (points, radius, rotation).mapN { (pts, r, rot) =>\n      star(pts, r, r * 0.5, rot)\n    }\n\n    (shape, color).mapN { (shape, line) =>\n      shape.lineColor(line).lineWidth(2).noFill\n    }\n  }\n\n  def walk(steps: Int): Random[Image] = {\n    def iter(step: Int, start: Random[Point], shape: Image): List[Random[Image]] =\n      step match {\n        case 0 =>\n          Nil\n        case n =>\n          val here = start.map (shape at _.toVec)\n          val next = start flatMap (pt => brownianMotion(pt, drift))\n          here :: iter(step-1, next, shape)\n      }\n\n    smoke.flatMap { shape =>\n      iter(steps, Random.always(start), shape).sequence.map { imgs =>\n        imgs.foldLeft(Image.empty){ _ on _ }\n      }\n    }\n  }\n\n  def walkParticles(nParticles: Int, steps: Int): Random[Image] =\n    (1 to nParticles).toList.map { _ => walk(steps) }.sequence.map { imgs =>\n      imgs.foldLeft(Image.empty){ _ on _ }\n    }\n\n  val image: Random[Image] =\n    walkParticles(10, 100)\n}\n\n"}
{"repo_name":"mcanlas\/doodle","path":"js\/src\/main\/scala\/doodle\/js\/SvgCanvas.scala","text":"package doodle\npackage js\n\nimport doodle.core._\nimport doodle.core.transform.Transform\nimport doodle.backend.{BoundingBox, Canvas}\n\nimport org.scalajs.dom\n\nfinal class SvgCanvas(root: dom.svg.G, defs: dom.svg.Defs, center: Point, screenCenter: Point)\n    extends Canvas {\n  import scalatags.JsDom.styles.{font => cssFont}\n  import scalatags.JsDom.{svgTags => svg}\n  import scalatags.JsDom.svgAttrs\n  import scalatags.JsDom.implicits._\n\n  var transforms: List[String] = List.empty\n\n  def pushTransform(tx: Transform): Unit = {\n    val svg = Svg.toSvgTransform(tx)\n    transforms = svg :: transforms\n  }\n\n  def popTransform(): Unit = {\n    transforms match {\n      case hd :: tl =>\n        transforms = tl\n      case Nil =>\n        \/\/ Do nothing\n        ()\n    }\n  }\n\n  def currentTransform =\n    svgAttrs.transform:=(transforms.reverse.mkString)\n\n  def closedPath(context: DrawingContext, elements: List[PathElement]): Unit = {\n    val dAttr = Svg.toSvgPath(elements) ++ \"Z\"\n    val style = Svg.toStyle(context)\n    val elt = svg.path(currentTransform, svgAttrs.style:=style, svgAttrs.d:=dAttr).render\n    root.appendChild(elt)\n\n    reportFill(context.fill)\n  }\n\n  def openPath(context: DrawingContext, elements: List[PathElement]): Unit = {\n    val dAttr = Svg.toSvgPath(elements)\n    val style = Svg.toStyle(context)\n    val elt = svg.path(currentTransform, svgAttrs.style:=style, svgAttrs.d:=dAttr).render\n    root.appendChild(elt)\n\n    reportFill(context.fill)\n  }\n\n  def text(context: DrawingContext,\n           tx: Transform,\n           boundingBox: BoundingBox,\n           characters: String): Unit = {\n    val font = context.font.foreach { f =>\n      val style = Svg.toStyle(context)\n      \/\/ SVG x and y coordinates give the bottom left corner of the text. Our\n      \/\/ bounding box origin is at the center of the text.\n      val bottomLeft = Transform.translate(-boundingBox.width\/2, -boundingBox.height\/2)\n      val fullTx = Transform.horizontalReflection andThen tx andThen bottomLeft\n      val svgTx = transforms.reverse.mkString ++ \" \" ++ Svg.toSvgTransform(fullTx)\n      val font = FontMetrics.toCss(f)\n      val elt = svg.text(svgAttrs.style:=style,\n                         svgAttrs.x:=0,\n                         svgAttrs.y:=0,\n                         svgAttrs.transform:=svgTx,\n                         cssFont:=font,\n                         characters).render\n      root.appendChild(elt)\n\n      reportFill(context.fill)\n    }\n  }\n\n  private def reportFill(fill: Option[Fill]) = fill match {\n    case Some(Fill.Gradient(g)) => Svg.addGradientToSvg(g, defs)\n    case _ =>\n  }\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/examples\/ColorWheel.scala","text":"package doodle.examples\n\nimport doodle.core._\nimport doodle.syntax._\n\nobject ColorWheel {\n  val blobs = for {\n    l <- (0 to 100 by 10) map (_ \/ 100.0)\n    h <- (0 to 360 by 10)\n    r  = 200 * l\n    a  = Angle.degrees(h)\n  } yield {\n    Image.circle(20).\n      at(r * a.sin, r * a.cos).\n      lineWidth(0).\n      fillColor(Color.hsl(a, 1.normalized, l.normalized))\n  }\n\n  def image = blobs.reduceLeft(_ on _)\n}\n"}
{"repo_name":"mcanlas\/doodle","path":"shared\/src\/main\/scala\/doodle\/backend\/Formats.scala","text":"package doodle\npackage backend\n\nobject Formats {\n  sealed trait Png\n  sealed trait Gif\n  sealed trait Svg\n  sealed trait Pdf\n  sealed trait PdfAndSvg\n  sealed trait Screen\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-worker\/src\/main\/scala\/Worker.scala","text":"import org.apache.commons.codec.digest.Crypt\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nobject Worker {\n  val salt = \"ic\"\n\n  \/**\n    * Attempt to match the hash with the correct password by brute forcing it against\n    * the range of start to end string\n    * @param start (start string to search for)\n    * @param end (end string to search for)\n    * @param hash (the hash to solve)\n    * @return None if cannot find and a String if the correct string exist\n    *\/\n  def crack(start: String, end: String, hash: String): Option[String] = {\n    var current = start.getBytes()\n    var currentHash = Crypt.crypt(current, salt)\n    var res: Option[String] = None\n    while (!(current sameElements end) && hash != currentHash ){\n      current = Permutator.increment(current)\n      currentHash = Crypt.crypt(current, salt)\n      if (currentHash == hash){\n        res = Some(current.map(_.toChar).mkString(\"\"))\n      }\n    }\n    res\n  }\n\n  \/**\n    * Attempt to find the hash in parallel using n cores\n    * @param start (start string to search for)\n    * @param end (last string to search for)\n    * @param hash (the hash to solve)\n    * @param n (number of chunks)\n    * @return None if cannot find and a String if the correct string exist\n    *\/\n  def parCrack(start: String, end: String, hash: String, n: Int): Option[String] = {\n    \/\/split the job into n chunks\n    val startn = Permutator.convertStToDec(start)\n    val endn = Permutator.convertStToDec(end)\n    val delta = endn - startn\n\n    val intToSt = Permutator.convertDecToSt _\n\n    val res = (0 until n).map(i => {\n      val start = startn + i*(delta\/n)\n      val end = startn + (i+1)*(delta\/n)\n      val realStart = if (start % 63 !=0) start + 1 else start\n      val realEnd = if (start % 63 != 0) end + 1 else end\n      println(s\"start $realStart, end: $realEnd\")\n      Future{crack(intToSt(realStart), intToSt(realEnd), hash)}\n    } )\n\n    Await.result(Future.sequence(res), Duration.Inf).find(_.isDefined) match {\n      case Some(Some(st)) => Some(st)\n      case _ => None\n    }\n  }\n\n\n\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-server\/src\/main\/scala\/me\/hamuel\/cracker\/CrackerServlet.scala","text":"<filename>pwcracker-server\/src\/main\/scala\/me\/hamuel\/cracker\/CrackerServlet.scala\npackage me.hamuel.cracker\n\n\nimport com.redis.RedisClient\nimport org.scalatra._\nimport org.scalatra.json._\nimport org.json4s.{DefaultFormats, Formats}\nimport org.slf4j.{Logger, LoggerFactory}\n\n\ncase class Job(hash: String)\ncase class Msg(status: String, message: String)\n\nclass CrackerServlet extends ScalatraServlet with JacksonJsonSupport  {\n\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats\n\n  val logger: Logger = LoggerFactory.getLogger(getClass)\n  val redisClient: RedisClient = new RedisClient(\"redis\", 6379)\n\n\n  redisClient.smembers(\"hashes\").get\n    .map(s => new JobDispatcher(s.get, redisClient))\n    .foreach(job => job.run())\n\n\n  before() {\n    contentType = formats(\"json\")\n  }\n\n  get(\"\/\") {\n    Msg(\"success\", \"this is to check whether the server is alive\")\n  }\n\n  \/**\n    * receive and start the job will return ONLY when the password\n    * is crack if cannot crack the password then it is bad\n    *\/\n  post(\"\/send_job\") {\n    logger.info(\"receive post event processing the job\")\n    val job = parsedBody.extract[Job]\n    if (redisClient.get(job).isDefined){\n      Msg(\"fail\", \"job is already dispatch it is currently working\")\n    }else {\n      val dispatcher = new JobDispatcher(job.hash, redisClient)\n      dispatcher.run()\n      Msg(\"success\", \"dispatch job to the queue follow the status by calling \/status?hash=<hash>\")\n    }\n\n  }\n\n  \/**\n    * get status of a particular hash that is in the job queue\n    *\/\n  get(\"\/status\") {\n    val hash: Option[String] = params.get(\"hash\")\n    if (hash.isDefined) Map(hash.get -> redisClient.get(hash.get))\n    else {\n      val hashes = redisClient.smembers(\"hashes\")\n      if(hashes.isDefined) hashes.get.map(k => (k.get, redisClient.get(k.get))).toMap else List()\n    }\n  }\n\n  \/**\n    * kill all worker that receive the job, broadcast a \"fanout\" exchange type\n    * which all subscriber will receive\n    *\/\n  get(\"\/kill\") {\n    WorkerController.killAllWorker()\n    Msg(\"success\", \"killing all worker\")\n\n  }\n\n\n}\n\n\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-worker\/build.sbt","text":"\nname := \"pwcracker-worker\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.4\"\n\n\nresolvers += \"Sonatype OSS Snapshots\" at\n  \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/commons-codec\/commons-codec\nlibraryDependencies += \"commons-codec\" % \"commons-codec\" % \"1.11\"\nlibraryDependencies +=\n  \"com.storm-enroute\" %% \"scalameter-core\" % \"0.8.2\"\n\nval opRabbitVersion = \"2.1.0\"\n\nlibraryDependencies ++= Seq(\n  \"com.spingo\" %% \"op-rabbit-core\"        % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-play-json\"   % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-json4s\"      % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-airbrake\"    % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-akka-stream\" % opRabbitVersion,\n  \"net.debasishg\" %% \"redisclient\" % \"3.5\"\n)\n\nassemblyJarName in assembly := \"cracker_worker.jar\"\n\ntest in assembly := {}\n\n\n\n        "}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-server\/build.sbt","text":"val ScalatraVersion = \"2.6.2\"\n\norganization := \"me.hamuel\"\n\nname := \"pwcracker-server\"\n\nversion := \"0.1.0-SNAPSHOT\"\n\nscalaVersion := \"2.12.4\"\n\nresolvers += Classpaths.typesafeReleases\n\nlibraryDependencies ++= Seq(\n  \"org.scalatra\" %% \"scalatra\" % ScalatraVersion,\n  \"org.scalatra\" %% \"scalatra-scalatest\" % ScalatraVersion % \"test\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\" % \"runtime\",\n  \"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.8.v20171121\" % \"container;compile\",\n  \"javax.servlet\" % \"javax.servlet-api\" % \"3.1.0\" % \"provided\",\n  \"org.scalatra\" %% \"scalatra-json\" % ScalatraVersion,\n  \"org.json4s\"   %% \"json4s-jackson\" % \"3.5.2\",\n  \"net.debasishg\" %% \"redisclient\" % \"3.5\"\n\n)\n\nval opRabbitVersion = \"2.1.0\"\n\nlibraryDependencies ++= Seq(\n  \"com.spingo\" %% \"op-rabbit-core\"        % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-play-json\"   % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-json4s\"      % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-airbrake\"    % opRabbitVersion,\n  \"com.spingo\" %% \"op-rabbit-akka-stream\" % opRabbitVersion\n)\n\njavaOptions ++= Seq(\n  \"-Xdebug\",\n  \"-Xrunjdwp:transport=dt_socket,server=y,suspend=n,address=5005\"\n)\n\nassemblyJarName in assembly := \"cracker_server.jar\"\n\ntest in assembly := {}\n\nenablePlugins(SbtTwirl)\nenablePlugins(ScalatraPlugin)\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-worker\/src\/main\/scala\/Main.scala","text":"import akka.actor.{ActorRef, ActorSystem, Props}\nimport com.rabbitmq.client.{Address, ConnectionFactory}\nimport com.redis.RedisClientPool\nimport com.spingo.op_rabbit.PlayJsonSupport._\nimport com.spingo.op_rabbit._\nimport play.api.libs.json._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\n\ncase class CrackerJob(start: Long, end: Long, hash: String)\ncase class CrackerResult(result: Option[String])\ncase class WorkerMsg(msg: String)\n\nobject Main extends App {\n  val redisClient: RedisClientPool = new RedisClientPool(sys.env.get(\"REDIS_ENDPOINT\").get, 6379) \/\/in the future get the server address from env path\n  val connectionParams = ConnectionParams(\n    hosts = List(new Address(sys.env.get(\"RABBIT_ENDPOINT\").get, ConnectionFactory.DEFAULT_AMQP_PORT) ),\n    username = \"guest\",\n    password = \"<PASSWORD>\"\n  )\n  implicit val actorSystem: ActorSystem = ActorSystem(\"rabbit-actor\")\n  val rabbitControl: ActorRef = actorSystem.actorOf(Props{new RabbitControl(connectionParams)})\n  implicit val crackResultFormat: OFormat[CrackerResult] = Json.format[CrackerResult]\n  implicit val crackJobResultFormat: OFormat[CrackerJob] = Json.format[CrackerJob]\n  implicit val workerMsgResultFormat: OFormat[WorkerMsg] = Json.format[WorkerMsg]\n  implicit val recoveryStrategy: RecoveryStrategy = RecoveryStrategy.none\n\n  println(\"Initiating subscriber\")\n\n  val subscriptionRef: SubscriptionRef = Subscription.run(rabbitControl) {\n    import Directives._\n    val directive = body(as[CrackerJob])\n    channel(qos = 4) {\n      consume(queue(\"job-queue\")) {\n        directive(crackerJob => {\n          println(s\"recieving job $crackerJob\")\n          \/\/verify that the job is already done or not\n          val job = Future{redisClient.withClient {\n            client => {\n              if (client.bitcount(crackerJob.hash).get == 0) {\n                println(s\"Starting job $crackerJob\")\n                var start = crackerJob.start\n                var end = crackerJob.end\n                if (crackerJob.start % 63 == 0) start = start + 1\n                if (crackerJob.end % 63 == 0) end = end + 1\n                val res = Worker.crack(Permutator.convertDecToSt(start), Permutator.convertDecToSt(end), crackerJob.hash)\n                rabbitControl ! Message.queue(CrackerResult(res), s\"${crackerJob.hash}_result_queue\")\n              } else {\n                println(s\"skipping job $crackerJob because it is already done\")\n              }\n            }\n          }}\n          ack(job)\n        })\n      }\n    }\n  }\n\n  val subscriptionKill: SubscriptionRef = Subscription.run(rabbitControl) {\n    import com.spingo.op_rabbit.Directives._\n    val directive = body(as[WorkerMsg])\n    channel() {\n      consume(Binding.fanout(Queue(\"broadcaster\", arguments = List(ModeledMessageHeaders.`x-message-ttl`(1.seconds))),\n        Exchange.fanout(\"broadcaster\"))) {\n        directive(wmsg => {\n          println(s\"receiving message ${wmsg.msg}\")\n          if (wmsg.msg == \"terminate\"){\n            actorSystem.stop(rabbitControl)\n            System.exit(0)\n          }\n          ack\n        })\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-server\/src\/test\/scala\/me\/hamuel\/cracker\/CrackerServletTests.scala","text":"<filename>pwcracker-server\/src\/test\/scala\/me\/hamuel\/cracker\/CrackerServletTests.scala\npackage me.hamuel.cracker\n\nimport org.scalatra.test.scalatest._\n\nclass CrackerServletTests extends ScalatraFunSuite {\n\n  addServlet(classOf[CrackerServlet], \"\/*\")\n\n  test(\"GET \/ on CrackerServlet should return status 200\"){\n    get(\"\/\"){\n      status should equal (200)\n    }\n  }\n\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-worker\/src\/main\/scala\/Permutator.scala","text":"<filename>pwcracker-worker\/src\/main\/scala\/Permutator.scala\n\nobject Permutator {\n  import scala.collection.mutable.ArrayBuffer\n\n  val combine: Array[Byte] = (' ' +: (('A' to 'Z') ++ ('a' to 'z') ++ ('0' to '9'))).toArray.map(_.toByte)\n  val ncombine: Int  = combine.length\n\n  \/**\n    * find the next string in the sequence the non functional way\n    * but this is Amotarized O(1) the list does not need to be reverse initially also\n    * I am too lazy to proof this but once every 62 times the number of n will be n+1 will increase\n    * however to fully run n times is (1\/62) to the power of n\n    * @param st\n    * @return byte array\n    *\/\n  def increment(st: Array[Byte]): Array[Byte] = {\n    val n = st.length - 1\n    var i = n\n    var isValid = true\n    while (i >= 0 && (isValid || i == n)  ){\n      if(st(i) == '9') isValid = true else isValid = false\n      st(i) = if (nextChar(st(i)) == ' ') nextChar(nextChar(st(i))) else nextChar(st(i))\n      i = i-1\n    }\n    if(isValid) Array('A'.toByte) ++ st else st\n  }\n\n\n  \/**\n    * Move to the next character\n    * @param ch\n    * @return the next character in our permute system\n    *\/\n  def nextChar(ch:Byte): Byte = {combine((combine.indexOf(ch) + 1) % combine.length)}\n\n  \/**\n    * Create a sequence of range of permutated string within start to end\n    * @param start\n    * @param end\n    * @return seq of permutated string\n    *\/\n\n  def permuteRange(start: String, end: String, incr: Array[Byte] => Array[Byte]): Seq[String] = {\n    var ar: ArrayBuffer[String] = ArrayBuffer[String]()\n    val endAr = end.toCharArray\n    var current:Array[Byte] = start.getBytes()\n    while(!(current sameElements endAr)){\n      ar += current.mkString(\"\")\n      current = increment(current)\n    }\n    ar += current.mkString(\"\")\n    ar\n  }\n\n  \/**\n    * convert string to a decimal number\n    * @param st\n    * @return a decimal number that can be converted back to a string\n    *\/\n  def convertStToDec(st: String): Long = st.reverse.foldLeft((0, 0:Long)){\n    case ((i, sum), elt) => (i+1, sum + (combine.indexOf(elt) * math.pow(ncombine, i).toLong))\n  }._2\n\n  \/**\n    * convert a decimal back to a string in our base 62 system\n    * warning if n%63 == 0 a rubbish will be generated I suggest you skip\n    * to the next n if that happens\n    * @param n\n    * @return a string within our base 62 system or a rubbish string if n%63 == 0\n    *\/\n  def convertDecToByte(n: Long): Vector[Byte] = {\n    if (n == 0){\n      Vector[Byte]()\n    }else{\n      convertDecToByte(n \/ ncombine) :+ combine((n % ncombine).toInt)\n    }\n  }\n\n  def convertDecToSt(n: Long): String = {\n    convertDecToByte(n).map(_.toChar).mkString(\"\")\n  }\n\n\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-server\/src\/main\/scala\/me\/hamuel\/cracker\/JobDispatcher.scala","text":"<reponame>agentzh2m\/distributed-password-cracker\npackage me.hamuel.cracker\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport com.newmotion.akka.rabbitmq.{Connection, ConnectionFactory, CreateChannel}\nimport com.redis.RedisClient\nimport com.spingo.op_rabbit.PlayJsonSupport._\nimport com.spingo.op_rabbit._\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.libs.json._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\ncase class CrackerJob(start: Long, end: Long, hash: String)\ncase class CrackerResult(result: Option[String])\nclass JobDispatcher(hash: String, redisClient: RedisClient) {\n  implicit val actorSystem: ActorSystem = ActorSystem(s\"rabbit-actor-$hash\")\n  val rabbitControl: ActorRef = actorSystem.actorOf(Props[RabbitControl])\n  val delta: Long = 5000000\n\n  implicit val crackResultFormat: OFormat[CrackerResult] = Json.format[CrackerResult]\n  implicit val crackJobResultFormat: OFormat[CrackerJob] = Json.format[CrackerJob]\n  implicit val recoveryStrategy: RecoveryStrategy = RecoveryStrategy.none\n  var result: Option[String] = None\n  val logger: Logger = LoggerFactory.getLogger(getClass)\n\n\n  \/**\n    * when a client finishes a job add more job to the queue\n    *\/\n  val subscriptionRef: SubscriptionRef = Subscription.run(rabbitControl) {\n    import com.spingo.op_rabbit.Directives._\n    val directive = body(as[CrackerResult])\n    channel() {\n      consume(queue(s\"${hash}_result_queue\")) {\n          directive(crackerResult => {\n            logger.info(s\"worker result $crackerResult\")\n            if (crackerResult.result.isDefined) {\n              redisClient.set(hash, crackerResult.result.get)\n            }\n            else{\n              addJob()\n            }\n            ack\n          })\n        }}\n    }\n\n\n  def addJob(): Unit ={\n    val currentCounter: Long = redisClient.incrby(s\"${hash}_count\", delta).get - delta\n    logger.info(s\"sending job $currentCounter for $hash hash\")\n    rabbitControl ! Message.queue(\n      CrackerJob(currentCounter, currentCounter + delta, hash),\n      queue = \"job-queue\"\n    )\n  }\n\n  \/**\n    * Run indefinitely and dispatches job to the workqueue\n    * @return\n    *\/\n  def run(): Unit = {\n    \/\/seed the job queue with 10 jobs\n    (0 to 10).foreach(_ => addJob())\n    redisClient.set(hash, \"\")\n    redisClient.sadd(\"hashes\", hash)\n\n  }\n\n}\n"}
{"repo_name":"agentzh2m\/distributed-password-cracker","path":"pwcracker-server\/src\/main\/scala\/me\/hamuel\/cracker\/WorkerController.scala","text":"package me.hamuel.cracker\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport com.spingo.op_rabbit.{Message, Publisher, RabbitControl}\nimport play.api.libs.json.{Json, OFormat}\nimport com.spingo.op_rabbit.PlayJsonSupport._\n\ncase class WorkerMsg(msg: String)\nobject WorkerController {\n  implicit val actorSystem: ActorSystem = ActorSystem(\"rabbit-actor\")\n  val rabbitControl: ActorRef = actorSystem.actorOf(Props[RabbitControl])\n  implicit val workerMsgResultFormat: OFormat[WorkerMsg] = Json.format[WorkerMsg]\n  def killAllWorker(): Unit = {\n    rabbitControl ! Message(WorkerMsg(\"terminate\"), Publisher.exchange(\"broadcaster\"))\n  }\n\n}\n"}
{"repo_name":"andrewresearch\/logging-log4j-scala","path":"log4j-api-scala_2.10\/src\/test\/scala\/org\/apache\/logging\/log4j\/scala\/LoggingContextTest.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache license, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the license for the specific language governing permissions and\n * limitations under the license.\n *\/\npackage org.apache.logging.log4j.scala\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{FunSuite, Matchers}\n\nimport scala.collection.mutable\n\n@RunWith(classOf[JUnitRunner])\nclass LoggingContextTest extends FunSuite with Matchers {\n\n  test(\"put single, contains, get\") {\n    LoggingContext += \"key\" -> \"value\"\n\n    LoggingContext.contains(\"key\") shouldBe true\n    LoggingContext.get(\"key\") shouldBe Some(\"value\")\n    LoggingContext.contains(\"bogus\") shouldBe false\n    LoggingContext.get(\"bogus\") shouldBe None\n  }\n\n  test(\"put multiple 1\") {\n    LoggingContext += (\"key1\" -> \"value1\", \"key2\" -> \"value2\")\n\n    LoggingContext.get(\"key1\") shouldBe Some(\"value1\")\n    LoggingContext.get(\"key2\") shouldBe Some(\"value2\")\n  }\n\n  test(\"put multiple 2\") {\n    LoggingContext ++= Seq(\"key1\" -> \"value1\", \"key2\" -> \"value2\")\n\n    LoggingContext.get(\"key1\") shouldBe Some(\"value1\")\n    LoggingContext.get(\"key2\") shouldBe Some(\"value2\")\n  }\n\n  test(\"remove single\") {\n    LoggingContext += (\"key1\" -> \"value1\")\n    LoggingContext += (\"key2\" -> \"value2\")\n    LoggingContext += (\"key3\" -> \"value3\")\n\n    LoggingContext -= \"key1\"\n\n    LoggingContext.get(\"key1\") shouldBe None\n    LoggingContext.get(\"key2\") shouldBe Some(\"value2\")\n    LoggingContext.get(\"key3\") shouldBe Some(\"value3\")\n  }\n\n  test(\"remove multiple 1\") {\n    LoggingContext += (\"key1\" -> \"value1\")\n    LoggingContext += (\"key2\" -> \"value2\")\n    LoggingContext += (\"key3\" -> \"value3\")\n\n    LoggingContext -= (\"key1\", \"key2\")\n\n    LoggingContext.get(\"key1\") shouldBe None\n    LoggingContext.get(\"key2\") shouldBe None\n    LoggingContext.get(\"key3\") shouldBe Some(\"value3\")\n  }\n\n  test(\"remove multiple 2\") {\n    LoggingContext += (\"key1\" -> \"value1\")\n    LoggingContext += (\"key2\" -> \"value2\")\n    LoggingContext += (\"key3\" -> \"value3\")\n\n    LoggingContext --= Seq(\"key1\", \"key2\")\n\n    LoggingContext.get(\"key1\") shouldBe None\n    LoggingContext.get(\"key2\") shouldBe None\n    LoggingContext.get(\"key3\") shouldBe Some(\"value3\")\n  }\n\n  test(\"clear, size, isEmpty\") {\n    LoggingContext += (\"key\" -> \"value\")\n\n    LoggingContext.clear()\n\n    LoggingContext.contains(\"key\") shouldBe false\n    LoggingContext.size shouldBe 0\n    LoggingContext.isEmpty shouldBe true\n  }\n\n  test(\"iterator\") {\n    LoggingContext += (\"key1\" -> \"value1\")\n    LoggingContext += (\"key2\" -> \"value2\")\n\n    LoggingContext.iterator.toSet shouldBe Set(\"key1\" -> \"value1\", \"key2\" -> \"value2\")\n  }\n\n  test(\"foreach\") {\n    LoggingContext += (\"key1\" -> \"value1\")\n    LoggingContext += (\"key2\" -> \"value2\")\n\n    val result = mutable.Set.empty[(String, String)]\n\n    LoggingContext.foreach { result += _ }\n\n    result shouldBe Set(\"key1\" -> \"value1\", \"key2\" -> \"value2\")\n  }\n\n}\n"}
{"repo_name":"anilkumarmyla\/sbt-launcher-package","path":"integration-test\/src\/test\/scala\/RunnerTest.scala","text":"<reponame>anilkumarmyla\/sbt-launcher-package\npackage example.test\n\nimport minitest._\nimport scala.sys.process._\nimport java.io.File\n\nobject SbtRunnerTest extends SimpleTestSuite with PowerAssertions {\n  lazy val isWindows: Boolean = sys.props(\"os.name\").toLowerCase(java.util.Locale.ENGLISH).contains(\"windows\")\n  lazy val sbtScript =\n    if (isWindows) new File(\"target\/universal\/stage\/bin\/sbt.bat\")\n    else new File(\"target\/universal\/stage\/bin\/sbt\")\n  def sbtProcess(arg: String) = sbtProcessWithOpts(arg, \"\", \"\")\n  def sbtProcessWithOpts(arg: String, javaOpts: String, sbtOpts: String) =\n    sbt.internal.Process(sbtScript.getAbsolutePath + \" \" + arg, new File(\"citest\"),\n      \"JAVA_OPTS\" -> javaOpts,\n      \"SBT_OPTS\" -> sbtOpts)\n\n  test(\"sbt runs\") {\n    assert(sbtScript.exists)\n    val out = sbtProcess(\"compile -v\").!\n    assert(out == 0)\n    ()\n  }\n\n  test(\"sbt -no-colors\") {\n    val out = sbtProcess(\"compile -no-colors -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.log.noformat=true\"))\n    ()\n  }\n\n  test(\"sbt --no-colors\") {\n    val out = sbtProcess(\"compile --no-colors -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.log.noformat=true\"))\n    ()\n  }\n\n  test(\"sbt --color=false\") {\n    val out = sbtProcess(\"compile --color=false -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.color=false\"))\n    ()\n  }\n\n  test(\"sbt --supershell=never\") {\n    val out = sbtProcess(\"compile --supershell=never -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.supershell=never\"))\n    ()\n  }\n\n  test(\"sbt --timings\") {\n    val out = sbtProcess(\"compile --timings -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.task.timings=true\"))\n    ()\n  }\n\n  test(\"sbt --sbt-version\") {\n    val out = sbtProcess(\"--sbt-version 1.3.0 compile -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.version=1.3.0\"))\n    ()\n  }\n\n  test(\"sbt -mem 503\") {\n    val out = sbtProcess(\"compile -mem 503 -v\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Xmx503m\"))\n    ()\n  }\n\n  test(\"sbt with -mem 503 in JAVA_OPTS\") {\n    val out = sbtProcessWithOpts(\"compile -mem 503 -v\", \"-Xmx1024m\", \"\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Xmx503m\"))\n    ()\n  }\n\n  test(\"sbt with -Xms2048M -Xmx2048M -Xss6M in SBT_OPTS\") {\n    val out = sbtProcessWithOpts(\"compile -v\", \"\", \"-Xms2048M -Xmx2048M -Xss6M\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Xss6M\"))\n    ()\n  }\n\n  test(\"sbt with --no-colors in SBT_OPTS\") {\n    val out = sbtProcessWithOpts(\"compile -v\", \"\", \"--no-colors\").!!.linesIterator.toList\n    assert(out.contains[String](\"-Dsbt.log.noformat=true\"))\n    ()\n  }\n\n  test(\"sbt -V|-version should print sbtVersion\") {\n    val out = sbtProcessWithOpts(\"-version\", \"\", \"\").!!.trim\n    val expectedVersion = \"^sbt version in this project: \\\\d\\\\.\\\\d+\\\\.\\\\d+\\\\S*$\"\n    assert(out.matches(expectedVersion))\n\n    val out2 = sbtProcessWithOpts(\"-V\", \"\", \"\").!!.trim\n    assert(out2.matches(expectedVersion))\n    ()\n  }\n\n}\n"}
{"repo_name":"anilkumarmyla\/sbt-launcher-package","path":"citest\/build.sbt","text":"<reponame>anilkumarmyla\/sbt-launcher-package<gh_stars>0\nlazy val check = taskKey[Unit](\"\")\nlazy val check2 = taskKey[Unit](\"\")\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    scalaVersion := \"2.12.4\",\n    name := \"Hello\",\n    check := {\n      val xs = IO.readLines(file(\"output.txt\")).toVector\n\n      println(xs)\n      assert(xs(0) startsWith \"[info] Loading project definition\")\n      assert(xs(1) startsWith \"[info] Loading settings\")\n      assert(xs(2) startsWith \"[info] Set current project to Hello\")\n      assert(xs(3) startsWith \"[info] This is sbt\")\n      assert(xs(4) startsWith \"[info] The current project\")\n\n      val ys = IO.readLines(file(\"err.txt\")).toVector.distinct\n\n      assert(ys.isEmpty, s\"there's an stderr: $ys\")\n    },\n\n    check2 := {\n      val xs = IO.readLines(file(\"output.txt\")).toVector\n      println(xs)\n      val ys = IO.readLines(file(\"err.txt\")).toVector.distinct\n      assert(!ys.exists(_.contains(\"Ignoring option MaxPermSize; support was removed in 8.0\")), s\"there's an stderr: $ys\")\n    }\n  )\n"}
{"repo_name":"cfmcgrady\/spark-rest-source","path":"src\/main\/scala\/org\/apache\/spark\/sql\/fontainebleau\/RestApiDataSource.scala","text":"package org.apache.spark.sql.fontainebleau\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.sql.execution.streaming.Source\nimport org.apache.spark.sql.sources.{DataSourceRegister, StreamSourceProvider}\nimport org.apache.spark.sql.types.StructType\n\n\/**\n * @time 2019-08-28 22:52\n * @author fchen <<EMAIL>>\n *\/\nclass RestApiDataSource extends DataSourceRegister with StreamSourceProvider with Logging {\n  override def shortName(): String = \"rest\"\n\n  override def sourceSchema(sqlContext: SQLContext,\n                            schema: Option[StructType],\n                            providerName: String,\n                            parameters: Map[String, String]): (String, StructType) = {\n    val _schema = new RestApiSource(url(parameters)).schema\n    (shortName(), _schema)\n  }\n\n  override def createSource(sqlContext: SQLContext,\n                            metadataPath: String,\n                            schema: Option[StructType],\n                            providerName: String,\n                            parameters: Map[String, String]): Source = {\n    new RestApiSource(url(parameters))\n  }\n\n  def url(parameters: Map[String, String]): String = {\n    parameters.getOrElse(\n      \"url\",\n      throw new IllegalArgumentException(\"set url configuration for RestApiDataSource\")\n    )\n\n  }\n}\n"}
{"repo_name":"cfmcgrady\/spark-rest-source","path":"src\/main\/scala\/org\/apache\/spark\/sql\/fontainebleau\/RestApiSourceExample.scala","text":"package org.apache.spark.sql.fontainebleau\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.streaming.Trigger\n\n\/**\n * @time 2019-08-28 22:44\n * @author fchen <<EMAIL>>\n *\/\nobject RestApiSourceExample {\n  val URL = \"http:\/\/httpbin.org\/get?a=a&b=b\"\n\n  def main(args: Array[String]): Unit = {\n    val spark = SparkSession\n      .builder()\n      .master(\"local[4]\")\n      .getOrCreate()\n\n    spark.readStream\n      .format(\"rest\")\n      .option(\"url\", URL)\n      .load\n      .writeStream\n      .format(\"console\")\n      .trigger(Trigger.ProcessingTime(\"10 seconds\"))\n      .start()\n      .awaitTermination()\n  }\n}\n"}
{"repo_name":"cfmcgrady\/spark-rest-source","path":"src\/main\/scala\/org\/apache\/spark\/sql\/fontainebleau\/HttpClient.scala","text":"<reponame>cfmcgrady\/spark-rest-source\npackage org.apache.spark.sql.fontainebleau\n\nimport java.io.IOException\n\nimport org.apache.http.HttpResponse\nimport org.apache.http.client.ResponseHandler\nimport org.apache.http.client.config.RequestConfig\nimport org.apache.http.client.methods.{HttpGet, HttpPost}\nimport org.apache.http.entity.StringEntity\nimport org.apache.http.impl.client.HttpClients\nimport org.apache.http.impl.conn.PoolingHttpClientConnectionManager\nimport org.apache.http.util.EntityUtils\nimport org.apache.spark.internal.Logging\n\n\/**\n * @time 2019-10-15 10:50\n * @author fchen <<EMAIL>>\n *\/\nobject HttpClient {\n\n  val timeout = 3000\n\n  private lazy val httpClient = {\n    val cm = new PoolingHttpClientConnectionManager()\n    cm.setDefaultMaxPerRoute(70)\n    cm.setMaxTotal(140)\n    val conf = RequestConfig.custom()\n      .setSocketTimeout(timeout)\n      .setConnectionRequestTimeout(timeout)\n      .setConnectTimeout(timeout)\n      .build()\n    HttpClients.custom()\n      .setConnectionManager(cm)\n      .setDefaultRequestConfig(conf)\n      .build()\n  }\n\n  @throws[IOException]\n  def post(url: String, content: String): String = {\n    val method = new HttpPost(url)\n    method.setEntity(new StringEntity(content, \"UTF-8\"))\n    httpClient.execute(method, new EventResponseHandler()).getOrElse(\"\")\n  }\n\n  @throws[IOException]\n  def get(url: String): String = {\n    val method = new HttpGet(url)\n    httpClient.execute(method, new EventResponseHandler()).getOrElse(\"\")\n  }\n\n  class EventResponseHandler extends ResponseHandler[Option[String]] with Logging {\n    override def handleResponse(response: HttpResponse): Option[String] = {\n      if (response.getStatusLine.getStatusCode == 200) {\n        Some(response.getEntity).map(EntityUtils.toString)\n      } else {\n        logError(\"Unexpected response status: \" + response.getStatusLine.getStatusCode)\n        None\n      }\n    }\n  }\n}\n"}
{"repo_name":"cfmcgrady\/spark-rest-source","path":"src\/main\/scala\/org\/apache\/spark\/sql\/fontainebleau\/RestApiSource.scala","text":"package org.apache.spark.sql.fontainebleau\n\nimport org.apache.spark.sql.{DataFrame, Dataset, SparkSession}\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.execution.LogicalRDD\nimport org.apache.spark.sql.execution.streaming.{LongOffset, Offset, Source}\nimport org.apache.spark.sql.types.StructType\n\n\/**\n * @time 2019-08-28 22:24\n * @author fchen <<EMAIL>>\n *\/\nclass RestApiSource(url: String) extends Source {\n  private var _schema: Option[StructType] = None\n  val sparkSession = SparkSession.active\n  import sparkSession.implicits._\n\n  override def schema: StructType = {\n    _schema.getOrElse {\n      val json = HttpClient.get(url)\n      val df = sparkSession.read.json(Seq(json).toDS)\n      _schema = Option(df.schema)\n      df.schema\n    }\n  }\n\n  private var currentOffset: Long = 0L\n  override def getOffset: Option[Offset] = {\n    currentOffset += 1\n    Option(LongOffset(currentOffset))\n  }\n\n  override def getBatch(start: Option[Offset], end: Offset): DataFrame = {\n    getRequest\n  }\n\n  private def getRequest(): DataFrame = {\n\n    val json = HttpClient.get(url)\n    val plan = sparkSession.read\n      .json(Seq(json).toDS)\n      .logicalPlan\n      .asInstanceOf[LogicalRDD]\n      .copy(isStreaming = true)(sparkSession)\n      .asInstanceOf[LogicalPlan]\n    Dataset.ofRows(sparkSession, plan)\n  }\n\n  override def stop(): Unit = {\n    \/\/ do nothing.\n  }\n\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/main\/scala\/ai\/catboost\/spark\/Pool.scala","text":"package ai.catboost.spark;\n\nimport java.util.{ArrayList,Collections};\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ArrayBuffer,ArrayBuilder}\n\nimport org.apache.spark.ml.attribute._\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.ml.param._\nimport org.apache.spark.ml.param.shared._\nimport org.apache.spark.ml.util.Identifiable\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.encoders.RowEncoder\nimport org.apache.spark.sql.types._\n\nimport ru.yandex.catboost.spark.catboost4j_spark.core.src.native_impl._;\n\nimport ai.catboost.CatBoostError\nimport ai.catboost.spark.params.{Helpers,QuantizationParams}\nimport ai.catboost.spark.params.macros.ParamGetterSetter\n\n\n\n\nclass QuantizedRowsOutputIterator(\n    var objectIdx : Int,\n    val dstRows : ArrayBuffer[Array[Any]],\n    val featuresColumnIdx : Int,\n    val quantizedRowAssembler : TQuantizedRowAssembler,\n    val objectBlobSize : Int\n) extends Iterator[Row] {\n  def next : Row = {\n    val quantizedFeaturesBlob = new Array[Byte](objectBlobSize)\n    quantizedRowAssembler.AssembleObjectBlob(objectIdx, quantizedFeaturesBlob)\n    val dstRow = dstRows(objectIdx)\n    dstRows(objectIdx) = null \/\/ to speed up cleanup\n    dstRow(featuresColumnIdx) = quantizedFeaturesBlob\n    objectIdx = objectIdx + 1\n    return Row.fromSeq(dstRow)\n  }\n  \n  def hasNext : Boolean = {\n    return objectIdx < dstRows.size\n  }\n}\n\nobject QuantizedRowsOutputIterator {\n  def apply(\n    dstRows : ArrayBuffer[Array[Any]],\n    featuresColumnIdx : Int,\n    quantizedObjectsDataProviderPtr : TQuantizedObjectsDataProviderPtr\n  ) : QuantizedRowsOutputIterator = {\n    val quantizedRowAssembler = new TQuantizedRowAssembler(quantizedObjectsDataProviderPtr)\n    new QuantizedRowsOutputIterator(\n      0,\n      dstRows,\n      featuresColumnIdx,\n      quantizedRowAssembler,\n      quantizedRowAssembler.GetObjectBlobSize()\n    )\n  }\n}\n\nobject Pool {\n  def getFeatureCount(data : DataFrame, featuresCol : String) : Int = {\n    val attributeGroup = AttributeGroup.fromStructField(data.schema(featuresCol))\n    val optNumAttributes = attributeGroup.numAttributes\n    if (optNumAttributes.isDefined) {\n      optNumAttributes.get.toInt\n    } else {\n      val optAttributes = attributeGroup.attributes\n      if (optAttributes.isDefined) {\n        return optAttributes.get.size\n      } else {\n        if (data.count == 0) {\n          throw new CatBoostError(\"Cannot get feature count from empty DataFrame without attributes\")\n        }\n        data.first().getAs[Vector](featuresCol).size\n      }\n    }\n  }\n\n  def getFeatureNames(data: DataFrame, featuresCol: String): Array[String] = {\n    val featureCount = getFeatureCount(data, featuresCol)\n    val attributes = AttributeGroup.fromStructField(data.schema(featuresCol)).attributes\n    if (attributes.isEmpty) {\n      new Array[String](featureCount)\n    } else {\n      if (attributes.get.size != featureCount) {\n        throw new CatBoostError(\n          s\"number of attributes (${attributes.get.size}) is not equal to featureCount ($featureCount)\"\n        )\n      }\n      attributes.get.map { attribute => attribute.name.getOrElse(\"\") }.toArray\n    }\n  }\n}\n\n\nclass Pool (\n    override val uid: String,\n    val data: DataFrame = null,\n    protected var featuresLayout: TFeaturesLayout = null, \/\/ updated on demand if not initialized\n    val quantizedFeaturesInfo: QuantizedFeaturesInfoPtr = null) \n  extends Params with HasLabelCol with HasFeaturesCol with HasWeightCol {\n  \n  ensureNativeLibLoaded;\n  \n  def this(\n    data: DataFrame,\n    quantizedFeaturesInfo: QuantizedFeaturesInfoPtr\n  ) = \n    this(\n      Identifiable.randomUID(\"catboostPool\"),\n      data,\n      if (quantizedFeaturesInfo != null) quantizedFeaturesInfo.GetFeaturesLayout().__deref__() else null,\n      quantizedFeaturesInfo)\n  \n  def this(data: DataFrame) = this(data, null)\n  \n  def getFeaturesLayout : TFeaturesLayout = {\n    if (featuresLayout == null) {\n      if (isQuantized) {\n        throw new CatBoostError(\"featuresLayout must be defined for quantized pool\")\n      }\n      featuresLayout = native_impl.MakeFeaturesLayout(\n        Pool.getFeatureCount(data, $(featuresCol)),\n        new TVector_TString(Pool.getFeatureNames(data, $(featuresCol))),\n        \/*ignoredFeatures*\/ new TVector_i32()\n      )\n    }\n    featuresLayout\n  }\n  \n  \/** @group setParam *\/\n  def setLabelCol(value: String): Pool = set(labelCol, value).asInstanceOf[Pool]\n\n  \/** @group setParam *\/\n  def setFeaturesCol(value: String): Pool = set(featuresCol, value).asInstanceOf[Pool]\n\n  \/** @group setParam *\/\n  def setWeightCol(value: String): Pool = set(weightCol, value).asInstanceOf[Pool]\n\n  \/**\n   * Param for sampleId column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val sampleIdCol: Param[String] =\n    new Param[String](\n      this,\n      \"sampleIdCol\",\n      \"sampleId column name\")\n  \n  \/**\n   * Param for groupWeight column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val groupWeightCol: Param[String] =\n    new Param[String](\n      this,\n      \"groupWeightCol\",\n      \"groupWeight column name\")\n\n  \/**\n   * Param for baseline column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val baselineCol: Param[String] =\n    new Param[String](\n      this,\n      \"baselineCol\",\n      \"baseline column name\")\n  \n  \/**\n   * Param for groupId column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val groupIdCol: Param[String] =\n    new Param[String](\n      this,\n      \"groupIdCol\",\n      \"groupId column name\")\n\n  \/**\n   * Param for subgroupId column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val subgroupIdCol: Param[String] =\n    new Param[String](this, \"subgroupIdCol\", \"subgroupId column name\")\n\n\n  \/**\n   * Param for timestamp column name.\n   * @group param\n   *\/\n  @ParamGetterSetter final val timestampCol: Param[String] =\n    new Param[String](this, \"timestampCol\", \"timestamp column name\")\n  \n  override def copy(extra: ParamMap): Pool = defaultCopy(extra)\n  \n  def isQuantized: Boolean = { quantizedFeaturesInfo != null }\n  \n  def getFeatureCount: Int = {\n    getFeaturesLayout.GetExternalFeatureCount.toInt\n  }\n  \n  def getFeatureNames : Array[String] = {\n    getFeaturesLayout.GetExternalFeatureIds.toArray(new Array[String](0))\n  }\n\n  def count : Long = data.count\n  \n  protected def createQuantizationSchema(quantizationParams: QuantizationParams) \n    : QuantizedFeaturesInfoPtr = {\n    \n    val dataForBuildBorders =\n      if (count > QuantizationParams.MaxSubsetSizeForBuildBordersAlgorithms) {\n        data.select(getFeaturesCol).sample(\n          QuantizationParams.MaxSubsetSizeForBuildBordersAlgorithms.toDouble \/ count.toDouble,\n          \/*seed*\/ 0\n        )\n      } else {\n        data.select(getFeaturesCol)\n      }\n    \n    val featureCount = getFeatureCount\n\n    val catBoostJsonParamsString = Helpers.sparkMlParamsToCatBoostJsonParamsString(quantizationParams)\n    \n    val nanModeAndBordersBuilder = new TNanModeAndBordersBuilder(\n        catBoostJsonParamsString,\n        featureCount,\n        new TVector_TString(getFeatureNames),\n        dataForBuildBorders.count.toInt\n    )\n\n    for (row <- dataForBuildBorders.toLocalIterator) {\n       nanModeAndBordersBuilder.AddSample(row.getAs[Vector](0).toArray)\n    }\n    \n    nanModeAndBordersBuilder.Finish(quantizationParams.getThreadCount)\n  }\n    \n  protected def createQuantized(quantizedFeaturesInfo: QuantizedFeaturesInfoPtr) : Pool = {\n    var featuresColumnIdx = data.schema.fieldIndex($(featuresCol));\n    val threadCountForTask = SparkHelpers.getThreadCountForTask(data)\n    \n    val featuresColumnName = $(featuresCol)\n    \n    val quantizedDataSchema = StructType(\n      data.schema.map {\n        structField => {\n          if (structField.name == featuresColumnName) {\n            StructField(featuresColumnName, BinaryType, false)\n          } else {\n            structField\n          }\n        }\n      }\n    )\n    val quantizedDataEncoder = RowEncoder(quantizedDataSchema)\n    \n    val quantizedData = data.mapPartitions(\n      rowsIterator => {\n        ensureNativeLibLoaded;\n        \n        val availableFeaturesIndices = native_impl.GetAvailableFloatFeatures(\n          quantizedFeaturesInfo.GetFeaturesLayout().__deref__()\n        ).toPrimitiveArray\n        \n        \/\/ source features column is replaced by quantizedFeatures\n        val dstRows = new ArrayBuffer[Array[Any]]\n        \n        \/\/ as columns\n        var availableFeaturesData = new Array[ArrayBuilder[Float]](availableFeaturesIndices.size)\n        for (i <- 0 until availableFeaturesData.size) {\n          availableFeaturesData(i) = ArrayBuilder.make[Float]\n        }\n        \n        rowsIterator.foreach {\n          row => {\n             val rowFields = new Array[Any](row.length)\n             for (i <- 0 until row.length) {\n               if (i == featuresColumnIdx) {\n                 val featuresValues = row.getAs[Vector](i)\n                 for (j <- 0 until availableFeaturesIndices.size) {\n                   availableFeaturesData(j) += featuresValues(availableFeaturesIndices(j)).toFloat\n                 }\n               } else {\n                 rowFields(i) = row(i)\n               }\n             }\n             dstRows += rowFields\n          }\n        }\n        \n        val availableFeaturesDataForBuilder = new TVector_TMaybeOwningConstArrayHolder_float\n        for (featureData <- availableFeaturesData) {\n          val result = featureData.result\n          \/\/System.err.println(\"result=\" + result)\n          \/\/System.err.flush();\n          availableFeaturesDataForBuilder.add(result)\n        }\n        \n        val rawObjectsDataProviderPtr = native_impl.CreateRawObjectsDataProvider(\n          quantizedFeaturesInfo.GetFeaturesLayout(),\n          dstRows.size.toLong,\n          availableFeaturesDataForBuilder\n        )\n        \n        \/\/ try to force cleanup of no longer used data\n        availableFeaturesData = null\n        System.gc()\n        \n        val quantizedObjectsDataProvider = native_impl.Quantize(\n          quantizedFeaturesInfo,\n          rawObjectsDataProviderPtr,\n          threadCountForTask\n        )\n        \n        QuantizedRowsOutputIterator(dstRows, featuresColumnIdx, quantizedObjectsDataProvider)\n      }\n    )(quantizedDataEncoder)\n    \n    val quantizedPool = new Pool(quantizedData, quantizedFeaturesInfo)\n    copyValues(quantizedPool)\n  }\n    \n  def quantize(quantizationParams: QuantizationParams) : Pool = {\n    if (isQuantized) {\n      throw new CatBoostError(\"Pool is already quantized\")\n    }\n    createQuantized(createQuantizationSchema(quantizationParams))\n  }\n    \n  def quantize(quantizedFeaturesInfo: QuantizedFeaturesInfoPtr) : Pool = {\n    if (isQuantized) {\n      throw new CatBoostError(\"Pool is already quantized\")\n    }\n    createQuantized(quantizedFeaturesInfo)\n  }\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/test\/scala\/ai\/catboost\/spark\/PoolTest.scala","text":"package ai.catboost.spark;\n\nimport collection.JavaConversions._\nimport collection.JavaConverters._\n\nimport java.util.{ArrayList,AbstractList,Arrays};\n\nimport org.apache.spark.ml.attribute._\nimport org.apache.spark.ml.linalg._;\nimport org.apache.spark.sql._;\nimport org.apache.spark.sql.catalyst.encoders.RowEncoder;\nimport org.apache.spark.sql.types._;\n\nimport org.junit.{Assert,Test};\n\nimport ru.yandex.catboost.spark.catboost4j_spark.core.src.native_impl._;\nimport ai.catboost.spark.params._\n\nclass PoolTest {\n    def createSchema(\n      schemaDesc: Seq[(String,DataType)],\n      featureNames: Seq[String],\n      addFeatureNamesMetadata: Boolean\n    ) : Seq[StructField] = {\n      schemaDesc.map {\n        case (name, dataType) if (addFeatureNamesMetadata && (name == \"features\")) => {\n          val defaultAttr = NumericAttribute.defaultAttr\n          val attrs = featureNames.map(defaultAttr.withName).toArray\n          val attrGroup = new AttributeGroup(\"userFeatures\", attrs.asInstanceOf[Array[Attribute]])\n\n          StructField(name, dataType, false, attrGroup.toMetadata)\n        }\n        case (name, dataType) => StructField(name, dataType, false)\n      }\n    }\n  \n    \n    def testQuantizeCase(\n        srcDataSchema : Seq[StructField],\n        srcData: Seq[Row],\n        quantizationParams : QuantizationParams,\n        expectedQuantizedDataSchema: Seq[StructField],\n        expectedQuantizedData: Seq[Row],\n        expectedQuantizedFeaturesInfo: QuantizedFeaturesInfoPtr,\n        expectedFeatureNames: Array[String]\n    ) {\n        val spark = SparkSession.builder()\n            .master(\"local[4]\")\n            .appName(\"TestQuantizeCase\")\n            .getOrCreate();\n\n        val df = spark.createDataFrame(spark.sparkContext.parallelize(srcData), StructType(srcDataSchema));\n        \n        val pool = new Pool(df)\n        val quantizedPool = pool.quantize(quantizationParams)\n\n        quantizedPool.data.show()\n        \n        Assert.assertEquals(quantizedPool.data.schema, StructType(expectedQuantizedDataSchema))\n        \n        Assert.assertTrue(\n          quantizedPool.data.collect().sameElements(\n            spark.createDataFrame(\n              spark.sparkContext.parallelize(expectedQuantizedData),\n              StructType(expectedQuantizedDataSchema)\n            ).collect()\n          )\n        )\n        \n        Assert.assertTrue(quantizedPool.quantizedFeaturesInfo.EqualWithoutOptionsTo(expectedQuantizedFeaturesInfo.__deref__))\n        \n        Assert.assertTrue(quantizedPool.getFeatureNames.sameElements(expectedFeatureNames))\n        \n        spark.stop();\n    }\n    \n    @Test\n    @throws(classOf[Exception])\n    def testQuantize() {\n      val featureNames = Array[String](\"f1\", \"f2\", \"f3\")\n      \n      testQuantizeCase(\n        createSchema(\n          Seq(\n            (\"features\", SQLDataTypes.VectorType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ true\n        ),\n        Seq(\n          Row(Vectors.dense(0.0, 1.0, 0.2), 0.0),\n          Row(Vectors.dense(0.1, 1.1, 2.1), 1.0),\n          Row(Vectors.dense(0.2, 1.2, 2.2), 1.0),\n          Row(Vectors.dense(0.0, 1.1, 3.2), 0.0)\n        ),\n        new QuantizationParams(),\n        \n        \/\/ expected\n        createSchema(\n          Seq(\n            (\"features\", BinaryType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ false\n        ),\n        Seq(\n          Row(Array[Byte](0x00, 0x00, 0x00), 0.0),\n          Row(Array[Byte](0x01, 0x01, 0x01), 1.0),\n          Row(Array[Byte](0x02, 0x02, 0x02), 1.0),\n          Row(Array[Byte](0x00, 0x01, 0x03), 0.0)\n        ),\n        {\n          val metadata = new TVector_TFeatureMetaInfo()\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"f1\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"f2\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"f3\"))\n          \n          val featuresLayout = native_impl.MakeFeaturesLayout(metadata)\n          val quantizedFeaturesInfoPtr = native_impl.MakeQuantizedFeaturesInfo(featuresLayout)\n          quantizedFeaturesInfoPtr.SetQuantization(0, new TVector_float(Array[Float](0.05f, 0.15f)))\n          quantizedFeaturesInfoPtr.SetQuantization(1, new TVector_float(Array[Float](1.05f, 1.15f)))\n          quantizedFeaturesInfoPtr.SetQuantization(2, new TVector_float(Array[Float](1.15f, 2.15f, 2.7f)))\n          \n          quantizedFeaturesInfoPtr\n        },\n        featureNames\n      )\n    }\n    \n    @Test\n    @throws(classOf[Exception])\n    def testQuantizeWithNaNs() {\n      val featureNames = Array[String](\"F1\", \"F2\", \"F3\")\n      \n      testQuantizeCase(\n        createSchema(\n          Seq(\n            (\"features\", SQLDataTypes.VectorType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ true\n        ),\n        Seq(\n          Row(Vectors.dense(0.0,        1.0, 0.2       ), 3.0),\n          Row(Vectors.dense(Double.NaN, 1.1, Double.NaN), 1.0),\n          Row(Vectors.dense(0.2,        1.2, 2.2       ), 11.0),\n          Row(Vectors.dense(Double.NaN, 0.0, 2.2       ), 0.2),\n          Row(Vectors.dense(Double.NaN, 1.1, 0.4       ), 6.1)\n        ),\n        new QuantizationParams(),\n        \n        \/\/ expected\n        createSchema(\n          Seq(\n            (\"features\", BinaryType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ false\n        ),\n        Seq(\n          Row(Array[Byte](0x01, 0x01, 0x01), 3.0),\n          Row(Array[Byte](0x00, 0x02, 0x00), 1.0),\n          Row(Array[Byte](0x02, 0x03, 0x03), 11.0),\n          Row(Array[Byte](0x00, 0x00, 0x03), 0.2),\n          Row(Array[Byte](0x00, 0x02, 0x02), 6.1)\n        ),\n        {\n          val metadata = new TVector_TFeatureMetaInfo()\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F1\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F2\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F3\"))\n          \n          val featuresLayout = native_impl.MakeFeaturesLayout(metadata)\n          val quantizedFeaturesInfoPtr = native_impl.MakeQuantizedFeaturesInfo(featuresLayout)\n          quantizedFeaturesInfoPtr.SetNanMode(0, ENanMode.Min)\n          quantizedFeaturesInfoPtr.SetQuantization(0, new TVector_float(Array[Float](Float.MinValue, 0.1f)))\n          quantizedFeaturesInfoPtr.SetQuantization(1, new TVector_float(Array[Float](0.5f, 1.05f, 1.15f)))\n          quantizedFeaturesInfoPtr.SetNanMode(2, ENanMode.Min)\n          quantizedFeaturesInfoPtr.SetQuantization(2, new TVector_float(Array[Float](Float.MinValue, 0.3f, 1.3f)))\n          \n          quantizedFeaturesInfoPtr\n        },\n        featureNames\n      )\n    }\n    \n    @Test\n    @throws(classOf[Exception])\n    def testQuantizeWithNaNsAndBorderCount() {\n      val featureNames = Array[String](\"F1\", \"F2\", \"F3\", \"F4\")\n      \n      testQuantizeCase(\n        createSchema(\n          Seq(\n            (\"features\", SQLDataTypes.VectorType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ true\n        ),\n        Seq(\n          Row(Vectors.dense(0.0,        1.0, 0.2       , 100.11), 3.0),\n          Row(Vectors.dense(Double.NaN, 1.1, Double.NaN, 20.2), 1.0),\n          Row(Vectors.dense(0.2,        1.2, 2.2       , 32.4), 11.0),\n          Row(Vectors.dense(Double.NaN, 0.0, 2.2       , 71.1), 0.2),\n          Row(Vectors.dense(Double.NaN, 1.1, 0.4       , 92.2), 6.1),\n          Row(Vectors.dense(0.1,        0.0, 1.8       , 111.0), 2.0),\n          Row(Vectors.dense(0.28,       0.0, 8.3       , 333.2), 0.0)\n        ),\n        new QuantizationParams().setBorderCount(2).setNanMode(ENanMode.Max),\n        \n        \/\/ expected\n        createSchema(\n          Seq(\n            (\"features\", BinaryType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ false\n        ),\n        Seq(\n          Row(Array[Byte](0x00, 0x01, 0x00, 0x01), 3.0),\n          Row(Array[Byte](0x03, 0x02, 0x03, 0x00), 1.0),\n          Row(Array[Byte](0x02, 0x02, 0x02, 0x00), 11.0),\n          Row(Array[Byte](0x03, 0x00, 0x02, 0x00), 0.2),\n          Row(Array[Byte](0x03, 0x02, 0x01, 0x01), 6.1),\n          Row(Array[Byte](0x01, 0x00, 0x01, 0x02), 2.0),\n          Row(Array[Byte](0x02, 0x00, 0x02, 0x02), 0.0)\n        ),\n        {\n          val metadata = new TVector_TFeatureMetaInfo()\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F1\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F2\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F3\"))\n          metadata.add(native_impl.MakeFeatureMetaInfo(EFeatureType.Float, \"F4\"))\n          \n          val featuresLayout = native_impl.MakeFeaturesLayout(metadata)\n          val quantizedFeaturesInfoPtr = native_impl.MakeQuantizedFeaturesInfo(featuresLayout)\n          quantizedFeaturesInfoPtr.SetNanMode(0, ENanMode.Max)\n          quantizedFeaturesInfoPtr.SetQuantization(0, new TVector_float(Array[Float](0.05f, 0.15f, Float.MaxValue)))\n          quantizedFeaturesInfoPtr.SetQuantization(1, new TVector_float(Array[Float](0.5f, 1.05f)))\n          quantizedFeaturesInfoPtr.SetNanMode(2, ENanMode.Max)\n          quantizedFeaturesInfoPtr.SetQuantization(2, new TVector_float(Array[Float](0.3f, 2.0f, Float.MaxValue)))\n          quantizedFeaturesInfoPtr.SetQuantization(3, new TVector_float(Array[Float](81.6499938f, 105.555f)))\n          \n          quantizedFeaturesInfoPtr\n        },\n        featureNames\n      )\n    }\n    \n    @Test\n    @throws(classOf[Exception])\n    def testQuantizeWithNaNsAndConstantFeatures() {\n      val featureNames = Array[String](\"F1\", \"F2\", \"F3\", \"F4\")\n      \n      testQuantizeCase(\n        createSchema(\n          Seq(\n            (\"features\", SQLDataTypes.VectorType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ true\n        ),\n        Seq(\n          Row(Vectors.dense(0.0,        1.0, Double.NaN, 100.11), 3.0),\n          Row(Vectors.dense(Double.NaN, 1.0, Double.NaN, 20.2), 1.0),\n          Row(Vectors.dense(0.2,        1.0, Double.NaN, 32.4), 11.0),\n          Row(Vectors.dense(Double.NaN, 1.0, Double.NaN, 71.1), 0.2),\n          Row(Vectors.dense(Double.NaN, 1.0, Double.NaN, 92.2), 6.1),\n          Row(Vectors.dense(0.1,        1.0, Double.NaN, 111.0), 2.0),\n          Row(Vectors.dense(0.28,       1.0, Double.NaN, 333.2), 0.0)\n        ),\n        new QuantizationParams().setBorderCount(2).setNanMode(ENanMode.Max),\n        \n        \/\/ expected\n        createSchema(\n          Seq(\n            (\"features\", BinaryType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ false\n        ),\n        Seq(\n          Row(Array[Byte](0x00, 0x01), 3.0),\n          Row(Array[Byte](0x03, 0x00), 1.0),\n          Row(Array[Byte](0x02, 0x00), 11.0),\n          Row(Array[Byte](0x03, 0x00), 0.2),\n          Row(Array[Byte](0x03, 0x01), 6.1),\n          Row(Array[Byte](0x01, 0x02), 2.0),\n          Row(Array[Byte](0x02, 0x02), 0.0)\n        ),\n        {\n          val featuresLayout = native_impl.MakeFeaturesLayout(\n              4,\n              new TVector_TString(featureNames),\n              \/*ignoredFeatures*\/ new TVector_i32(Array[Int](1, 2))\n          )\n          val quantizedFeaturesInfoPtr = native_impl.MakeQuantizedFeaturesInfo(featuresLayout)\n          quantizedFeaturesInfoPtr.SetNanMode(0, ENanMode.Max)\n          quantizedFeaturesInfoPtr.SetQuantization(0, new TVector_float(Array[Float](0.05f, 0.15f, Float.MaxValue)))\n          quantizedFeaturesInfoPtr.SetQuantization(1, new TVector_float())\n          quantizedFeaturesInfoPtr.SetNanMode(2, ENanMode.Max)\n          quantizedFeaturesInfoPtr.SetQuantization(2, new TVector_float())\n          quantizedFeaturesInfoPtr.SetQuantization(3, new TVector_float(Array[Float](81.6499938f, 105.555f)))\n          \n          quantizedFeaturesInfoPtr\n        },\n        featureNames\n      )\n    }\n    \n    @Test\n    @throws(classOf[Exception])\n    def testQuantizeWithNaNsAndIgnoredFeatures() {\n      val featureNames = Array[String](\"F1\", \"F2\", \"F3\", \"F4\")\n      \n      testQuantizeCase(\n        createSchema(\n          Seq(\n            (\"features\", SQLDataTypes.VectorType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ true\n        ),\n        Seq(\n          Row(Vectors.dense(0.0,        1.0, 0.2       , 100.11), 3.0),\n          Row(Vectors.dense(Double.NaN, 1.1, Double.NaN, 20.2), 1.0),\n          Row(Vectors.dense(0.2,        1.2, 2.2       , 32.4), 11.0),\n          Row(Vectors.dense(Double.NaN, 0.0, 2.2       , 71.1), 0.2),\n          Row(Vectors.dense(Double.NaN, 1.1, 0.4       , 92.2), 6.1),\n          Row(Vectors.dense(0.1,        0.0, 1.8       , 111.0), 2.0),\n          Row(Vectors.dense(0.28,       0.0, 8.3       , 333.2), 0.0)\n        ),\n        new QuantizationParams().setBorderCount(2).setIgnoredFeaturesIndices(Array[Int](0, 2)),\n        \n        \/\/ expected\n        createSchema(\n          Seq(\n            (\"features\", BinaryType),\n            (\"label\", DoubleType)\n          ),\n          featureNames,\n          \/*addFeatureNamesMetadata*\/ false\n        ),\n        Seq(\n          Row(Array[Byte](0x01, 0x01), 3.0),\n          Row(Array[Byte](0x02, 0x00), 1.0),\n          Row(Array[Byte](0x02, 0x00), 11.0),\n          Row(Array[Byte](0x00, 0x00), 0.2),\n          Row(Array[Byte](0x02, 0x01), 6.1),\n          Row(Array[Byte](0x00, 0x02), 2.0),\n          Row(Array[Byte](0x00, 0x02), 0.0)\n        ),\n        {\n          val featuresLayout = native_impl.MakeFeaturesLayout(\n              4,\n              new TVector_TString(featureNames),\n              \/*ignoredFeatures*\/ new TVector_i32(Array[Int](0, 2))\n          )\n          val quantizedFeaturesInfoPtr = native_impl.MakeQuantizedFeaturesInfo(featuresLayout)\n          \/\/quantizedFeaturesInfoPtr.SetQuantization(0, new TVector_float())\n          quantizedFeaturesInfoPtr.SetQuantization(1, new TVector_float(Array[Float](0.5f, 1.05f)))\n          \/\/quantizedFeaturesInfoPtr.SetQuantization(2, new TVector_float())\n          quantizedFeaturesInfoPtr.SetQuantization(3, new TVector_float(Array[Float](81.6499938f, 105.555f)))\n          \n          quantizedFeaturesInfoPtr\n        },\n        featureNames\n      )\n    }\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/main\/scala\/ai\/catboost\/spark\/params\/QuantizationParams.scala","text":"package ai.catboost.spark.params;\n\nimport org.apache.spark.ml.param._\nimport org.apache.spark.ml.util.Identifiable\n\nimport ai.catboost.spark.params.macros.ParamGetterSetter\n\nimport ru.yandex.catboost.spark.catboost4j_spark.core.src.native_impl.{EBorderSelectionType,ENanMode};\n\n\nobject QuantizationParams {\n  val MaxSubsetSizeForBuildBordersAlgorithms = 200000\n}\n\nclass QuantizationParams (override val uid: String)\n  extends Params with IgnoredFeaturesParams with ThreadCountParams\n{\n  def this() = this(\n    Identifiable.randomUID(\"catboostQuantizationParams\")\n  )\n  \n  override def copy(extra: ParamMap): QuantizationParams = defaultCopy(extra)\n  \n  @ParamGetterSetter\n  final val perFloatFeatureQuantizaton: StringArrayParam = new StringArrayParam(\n    this,\n    \"perFloatFeatureQuantizaton\",\n    \"\"\"The quantization description for the given list of features (one or more).\n     Description format for a single feature:\n     FeatureId[:border_count=BorderCount][:nan_mode=BorderType][:border_type=border_selection_method]\"\"\"\n  )\n  \n  @ParamGetterSetter\n  final val borderCount: IntParam = new IntParam(\n    this,\n    \"borderCount\",\n    \"\"\"The number of splits for numerical features. Allowed values are integers from 1 to 65535 inclusively.\"\"\"\n  )\n  \n  @ParamGetterSetter\n  final val featureBorderType: EnumParam[EBorderSelectionType] = new EnumParam[EBorderSelectionType](\n    this,\n    \"featureBorderType\",\n    \"The quantization mode for numerical features\"\n  )\n  \n  @ParamGetterSetter\n  final val nanMode: EnumParam[ENanMode] = new EnumParam[ENanMode](\n    this,\n    \"nanMode\",\n    \"The method for  processing missing values in the input dataset.\"\n  )\n  \n  @ParamGetterSetter\n  final val inputBorders: Param[String] = new Param[String](\n    this,\n    \"inputBorders\",\n    \"Load Custom quantization borders and missing value modes from a file (do not generate them)\"\n  )\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/test\/scala\/ai\/catboost\/spark\/native_implTest.scala","text":"<gh_stars>0\npackage ai.catboost.spark;\n\nimport collection.JavaConverters._\nimport scala.reflect.ClassTag\n\nimport org.junit.{Assert,Test};\n\nimport org.apache.commons.lang3.SerializationUtils\n\nimport ru.yandex.catboost.spark.catboost4j_spark.core.src.native_impl._;\n\nclass native_implTest {\n  ensureNativeLibLoaded\n  \n  @Test\n  @throws(classOf[Exception])\n  def testTFeatureMetaInfoSerialization() {\n    {\n      val v = new TFeatureMetaInfo()\n      v.setType(EFeatureType.Float)\n      Assert.assertEquals(v, SerializationUtils.roundtrip(v))\n    }\n    {\n      val v = new TFeatureMetaInfo()\n      v.setType(EFeatureType.Categorical)\n      v.setName(\"c1\")\n      v.setIsSparse(true)\n      Assert.assertEquals(v, SerializationUtils.roundtrip(v))\n    }\n    {\n      val v = new TFeatureMetaInfo()\n      v.setType(EFeatureType.Text)\n      v.setName(\"t1\")\n      v.setIsIgnored(true)\n      v.setIsAvailable(false)\n      Assert.assertEquals(v, SerializationUtils.roundtrip(v))\n    }\n  }\n  \n  @Test\n  @throws(classOf[Exception])\n  def testTFeaturesLayoutSerialization() {\n    val data = new TVector_TFeatureMetaInfo();\n    {\n      val v = new TFeatureMetaInfo();\n      v.setType(EFeatureType.Float);\n      data.add(v);\n    }\n    {\n      val v = new TFeatureMetaInfo();\n      v.setType(EFeatureType.Categorical);\n      v.setName(\"c1\");\n      v.setIsSparse(true);\n      data.add(v);\n    }\n    {\n      val v = new TFeatureMetaInfo();\n      v.setType(EFeatureType.Text);\n      v.setName(\"t1\");\n      v.setIsIgnored(true);\n      v.setIsAvailable(false);\n      data.add(v);\n    }\n    \n    val featuresLayout = new TFeaturesLayout();\n    featuresLayout.Init(data);\n    Assert.assertEquals(featuresLayout, SerializationUtils.roundtrip(featuresLayout));\n  }\n  \n  @Test\n  @throws(classOf[Exception])\n  def testQuantizedFeaturesInfo() {\n    def generateFeaturesLayout : TFeaturesLayout = {\n      val data = new TVector_TFeatureMetaInfo();\n      {\n        val v = new TFeatureMetaInfo();\n        v.setType(EFeatureType.Float);\n        v.setName(\"f1\");\n        data.add(v);\n      }\n      {\n        val v = new TFeatureMetaInfo();\n        v.setType(EFeatureType.Float);\n        v.setName(\"f2\");\n        v.setIsSparse(true);\n        data.add(v);\n      }\n      {\n        val v = new TFeatureMetaInfo();\n        v.setType(EFeatureType.Text);\n        v.setName(\"f3\");\n        v.setIsIgnored(true);\n        v.setIsAvailable(false);\n        data.add(v);\n      }\n      val featuresLayout = new TFeaturesLayout();\n      featuresLayout.Init(data);\n      featuresLayout\n    }\n    \n    val quantizedFeaturesInfo = new TQuantizedFeaturesInfo();\n    {\n      quantizedFeaturesInfo.Init(generateFeaturesLayout);\n      quantizedFeaturesInfo.SetNanMode(0, ENanMode.Max);\n      quantizedFeaturesInfo.SetQuantization(\n        0,\n        new TVector_float(Array[Float](0.1f, 0.3f, 0.9f)),\n        \/*defaultQuantizedBin*\/ null\n      );\n      \n      quantizedFeaturesInfo.SetNanMode(1, ENanMode.Min);\n      \n      val defaultQuantizedBin = new TDefaultQuantizedBin();\n      defaultQuantizedBin.setIdx(1.toLong);\n      defaultQuantizedBin.setFraction(0.7f);\n      \n      quantizedFeaturesInfo.SetQuantization(\n        1,\n        new TVector_float(Array[Float](0.0f, 0.5f, 1.0f, 2.3f)),\n        defaultQuantizedBin\n      );\n    }\n    \n    Assert.assertEquals(quantizedFeaturesInfo.GetFeaturesLayout.__deref__, generateFeaturesLayout);\n    {\n      val borders = new TVector_float;\n      val hasDefaultQuantizedBin = new boolp();\n      val defaultQuantizedBin = new TDefaultQuantizedBin();\n\n      Assert.assertEquals(quantizedFeaturesInfo.GetNanMode(0), ENanMode.Max);\n\n      quantizedFeaturesInfo.GetQuantization(0, borders, hasDefaultQuantizedBin.cast, defaultQuantizedBin);\n      Assert.assertEquals(borders, new TVector_float(Array[Float](0.1f, 0.3f, 0.9f)));\n      Assert.assertEquals(hasDefaultQuantizedBin.value, false);\n\n      Assert.assertEquals(quantizedFeaturesInfo.GetNanMode(1), ENanMode.Min);\n\n      quantizedFeaturesInfo.GetQuantization(1, borders, hasDefaultQuantizedBin.cast, defaultQuantizedBin);\n      Assert.assertEquals(borders, new TVector_float(Array[Float](0.0f, 0.5f, 1.0f, 2.3f)));\n      Assert.assertEquals(hasDefaultQuantizedBin.value, true);\n      Assert.assertEquals(defaultQuantizedBin.getIdx, 1.toLong);\n      Assert.assertEquals(defaultQuantizedBin.getFraction, 0.7f, 1e-13f);\n    }\n    \n    Assert.assertEquals(quantizedFeaturesInfo, SerializationUtils.roundtrip(quantizedFeaturesInfo));\n  }\n    \n  \n  @Test\n  @throws(classOf[Exception])\n  def testTVector_float() {\n    val testSequences = Seq(\n      Seq[Float](),    \n      Seq(0.1f),\n      Seq(0.2f, 0.4f, 1.2f)\n    )\n    \n    testSequences.map {\n      testSequence => {\n        val srcArray = testSequence.toArray\n        val v = new TVector_float(srcArray)\n        val fromVector = v.toPrimitiveArray\n        Assert.assertArrayEquals(srcArray, fromVector, 1e-13f)\n        \n        val v2 = new TVector_float(srcArray)\n        Assert.assertEquals(v, v2)\n        \n        v2.add(0.88f)\n        Assert.assertNotEquals(v, v2)\n        \n        Assert.assertEquals(v, SerializationUtils.roundtrip(v))\n      }\n    }\n  }\n\n  @Test\n  @throws(classOf[Exception])\n  def testTVector_i32() {\n    val testSequences = Seq(\n      Seq[Int](),    \n      Seq(1),\n      Seq(2, 4, 6)\n    )\n    \n    testSequences.map {\n      testSequence => {\n        val srcArray = testSequence.toArray\n        val v = new TVector_i32(srcArray)\n        val fromVector = v.toPrimitiveArray\n        Assert.assertArrayEquals(srcArray, fromVector)\n        \n        val v2 = new TVector_i32(srcArray)\n        Assert.assertEquals(v, v2)\n        \n        v2.add(4)\n        Assert.assertNotEquals(v, v2)\n        \n        Assert.assertEquals(v, SerializationUtils.roundtrip(v))\n      }\n    }\n  }\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/main\/scala\/ai\/catboost\/spark\/SparkHelpers.scala","text":"<gh_stars>0\npackage ai.catboost.spark;\n\nimport org.apache.spark.sql.Dataset\n\nobject SparkHelpers {\n  def getThreadCountForTask(dataset : Dataset[_]) : Int = {\n    val spark = dataset.sparkSession\n    val taskCpusConfig = spark.sparkContext.getConf.getOption(\"spark.task.cpus\")\n    taskCpusConfig.getOrElse(\"1\").toInt\n  }\n}"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/main\/scala\/ai\/catboost\/spark\/params\/Helpers.scala","text":"package ai.catboost.spark.params;\n\nimport scala.reflect._\n\nimport com.google.common.base.CaseFormat\nimport com.google.common.base.Predicates.alwaysTrue\n\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\nimport org.json4s.JsonDSL._\nimport org.apache.spark.ml.param._;\nimport org.apache.spark.ml.util.Identifiable\n\n\n\/\/ copied from org.apache.spark.ml.param because it's private there\nobject EnumParamValidators {\n  def alwaysTrue[T]: T => Boolean = (_: T) => true\n}\n\n\/\/ A separate class is needed because default Param[E] won't jsonEncode\/Decode properly\nclass EnumParam[E <: java.lang.Enum[E] : ClassTag](\n  parent: String,\n  name: String,\n  doc: String,\n  isValid: E => Boolean\n) extends Param[E](parent, name, doc, isValid) {\n\n  def this(parent: String, name: String, doc: String) = {\n    this(parent, name, doc, EnumParamValidators.alwaysTrue[E])\n  }\n\n  def this(parent: Identifiable, name: String, doc: String, isValid: E => Boolean) =\n    this(parent.uid, name, doc, isValid)\n\n  def this(parent: Identifiable, name: String, doc: String) = this(parent.uid, name, doc)\n\n  \/** Creates a param pair with the given value (for Java). *\/\n  override def w(value: E): ParamPair[E] = super.w(value)\n\n  override def jsonEncode(value: E): String = {\n    compact(render(JString(value.toString)))\n  }\n\n  override def jsonDecode(json: String): E = {\n    implicit val formats = DefaultFormats\n    java.lang.Enum.valueOf(\n        implicitly[ClassTag[E]].runtimeClass.asInstanceOf[Class[E]], parse(json).extract[String]\n    )\n  }\n}\n\n\nobject Helpers {\n  val namesMap = Map(\n      \"ignored_features_indices\" -> \"ignored_features\",\n      \"ignored_features_names\" -> \"ignored_features\"\n  )\n  \n  def sparkMlParamsToCatBoostJsonParams(params: Params) : JValue = {\n    JObject(\n      params.extractParamMap.toSeq.map {\n        case ParamPair(param, value) => {\n          val name = CaseFormat.LOWER_CAMEL.to(CaseFormat.LOWER_UNDERSCORE, param.name)\n          namesMap.getOrElse(name, name) -> parse(param.jsonEncode(value))\n        }\n      }.toList\n    )\n  }\n  \n  def sparkMlParamsToCatBoostJsonParamsString(params: Params) : String = {\n    compact(sparkMlParamsToCatBoostJsonParams(params))\n  }\n}\n"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/core\/src\/main\/scala\/ai\/catboost\/spark\/package.scala","text":"package ai.catboost\n\nimport ai.catboost.common.NativeLib;\nimport java.lang.System\n\npackage object spark {\n  var nativeLibLoaded = false\n  \n  def ensureNativeLibLoaded = {\n    this.synchronized {\n      if (!nativeLibLoaded) {\n        try {\n          NativeLib.smartLoad(\"catboost4j-spark-impl\");\n        } catch {\n          case e: Exception => throw new RuntimeException(\"Failed to load catboost4j-spark-impl native library\", e);\n        }\n        nativeLibLoaded = true\n      }\n    }\n  }\n}"}
{"repo_name":"57cz\/catboost","path":"catboost\/spark\/catboost4j-spark\/macros\/src\/main\/scala\/ai\/catboost\/spark\/params\/Common.scala","text":"<filename>catboost\/spark\/catboost4j-spark\/macros\/src\/main\/scala\/ai\/catboost\/spark\/params\/Common.scala\npackage ai.catboost.spark.params.macros;\n\nimport scala.annotation.{StaticAnnotation, compileTimeOnly}\nimport scala.language.experimental.macros\nimport scala.reflect.macros.whitebox\n\n@compileTimeOnly(\"enable macro paradise to expand macro annotations\")\nclass ParamGetterSetter extends StaticAnnotation {\n  def macroTransform(annottees: Any*): Any = macro ParamGetterSetterMacro.impl\n}\n\nobject ParamGetterSetterMacro {\n  def impl(c: whitebox.Context)(annottees: c.Expr[Any]*): c.Expr[Any] = {\n    import c.universe._\n\n    c.Expr[Any](\n      annottees.head.tree match {\n        case q\"final val $id: $paramType = new $paramType2(this, $name, $doc)\" =>\n          val capitalizedId = TermName(id.decodedName.toString.capitalize)\n          val getId = TermName(\"get\" + capitalizedId)\n          val setId = TermName(\"set\" + capitalizedId)\n          \n          val paramValueType = paramType match {\n            case tq\"Param[..$typeList]\" => {\n              if (typeList.size != 1) {\n                c.abort(\n                  c.enclosingPosition,\n                  s\"Param must have one type parameter\"\n                )\n              }\n              typeList(0)\n            }\n            case tq\"EnumParam[..$typeList]\" => {\n              if (typeList.size != 1) {\n                c.abort(\n                  c.enclosingPosition,\n                  s\"Param must have one type parameter\"\n                )\n              }\n              typeList(0)\n            }\n            case tq\"BooleanParam\" => tq\"Boolean\"\n            case tq\"DoubleArrayParam\" => tq\"Array[Double]\"\n            case tq\"DoubleParam\" => tq\"Double\"\n            case tq\"FloatParam\" => tq\"Float\"\n            case tq\"IntArrayParam\" => tq\"Array[Int]\"\n            case tq\"IntParam\" => tq\"Int\"\n            case tq\"LongParam\" => tq\"Long\"\n            case tq\"StringArrayParam\" => tq\"Array[String]\"\n            case _ => c.abort(\n              c.enclosingPosition,\n              s\"Bad paramType: $paramType\"\n            )\n          }\n\n          q\"\"\"\n            final val $id: $paramType = new $paramType2(this, $name, $doc); \n            final def $getId: $paramValueType = $$($id);\n            final def $setId(value: $paramValueType): this.type = set($id, value)\n          \"\"\"\n        case _ => c.abort(\n          c.enclosingPosition,\n          s\"Annotation @ParamGetterSetter can be used only with Param declarations\"\n        )\n      }\n    )\n  }\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/decisiontree\/ImpurityFunc.scala","text":"package com.binglihub.mllib.decisiontree\n\n\/**\n  * This object contains all impurity functions\n  *\/\nobject ImpurityFunc {\n  \/**\n    * This function calculates the entropy of a given probability array\n    *\n    * @param p an array contains probability values\n    * @return a Some(double) value represents the entropy value, None for wrong input\n    *\/\n  def entropy(p: Iterable[Double]): Option[Double] =\n    if (p == null || p.size == 0) None\n    else Some(p.foldLeft(0.0)({\n      case (b, x) =>\n        if(x<0.00000001) b\n        else b - x * (Math.log(x) \/ Math.log(2))\n    }))\n\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/util\/Model.scala","text":"<reponame>binglihub\/mllib<filename>src\/main\/scala\/com\/binglihub\/mllib\/util\/Model.scala\npackage com.binglihub.mllib.util\n\n\/**\n  * The super class of all ml model\n  * @tparam T the data type\n  *\/\ntrait Model[T] {\n  def train(data: Array[Array[T]]): Unit\n}\n\n\/**\n  * The super class of all classification model\n  * @tparam T the data type\n  *\/\ntrait Classification[T] extends Model[T] {\n  def predict(record: Array[T]): Option[T]\n}"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/decisiontree\/DecisionTree.scala","text":"package com.binglihub.mllib.decisiontree\n\nimport com.binglihub.mllib.util.Classification\n\n\nobject DecisionTree {\n\n  \/**\n    * This is the id3 model\n    * @param impurity the impurity function\n    * @param data an 2d array contains the data\n    * @tparam T the type of data\n    * @return a node in the tree\n    *\/\n  def id3[T](impurity: (Iterable[Double]) => Option[Double], data: Array[Array[T]]): Option[Node[T]] =\n    if (data == null || data.length == 0 || data(0).length == 0) None\n    else {\n\n      def find(used:List[Int],dep:Int,maxDep:Int,d:Array[Array[T]]):Node[T]={\n\n        val index = (0 until d(0).length - 1)\n          .filter(!used.contains(_))\n          .map(x=>{x->GainFunc.gain(d.map(y=>(y(x),y.last)))(impurity)})\n          .maxBy(_._2.get)._1\n\n        val values = d.map(_(index)).groupBy(x=>x).map(_._1) \/\/d.map(_(index)).groupBy(_).map(_._1)\n        var children = Map[T,Node[T]]()\n\n        values.foreach(x=>{\n          val subset = d.filter(_(index)==x)\n          val classes= subset.map(_.last).groupBy(x=>x)\n          if(classes.size==1) children += ((x, new Node[T](index,classes.last._2(0))))\n          else if (dep >= maxDep || used.size == d(0).length-2) children += ((x, new Node[T](index, classes.maxBy(_._2.size)._2(0))))\n          else children += ((x, find(index::used,dep+1,maxDep,subset)))\n        })\n\n        new Node[T](index,children)\n      }\n\n\n     Some(find(List[Int](),1,data(0).length-1,data))\n    }\n\n}\n\n\/**\n  * This class contains the decision tree information\n  *\n  * @param impurity         the impurity function\n  * @param decisionTreeFunc the decision tree function\n  * @tparam T the type of data\n  *\/\nclass DecisionTree[T](\n                       val impurity: (Iterable[Double]) => Option[Double],\n                       val decisionTreeFunc: ((Iterable[Double]) => Option[Double], Array[Array[T]]) => Option[Node[T]]\n                     ) extends Classification[T]{\n  private var root: Node[T] = null\n\n  \/**\n    * the short constructor\n    *\/\n  def this() = this(ImpurityFunc.entropy, DecisionTree.id3)\n\n  \/**\n    * build a new decision tree\n    *\n    * @param data the training data\n    *\/\n  override def train(data: Array[Array[T]]): Unit = {\n    root = decisionTreeFunc(impurity, data).get\n  }\n\n  \/**\n    * make a decision\n    *\n    * @param record an array contains a record\n    * @return the decision result\n    *\/\n  override def predict(record: Array[T]): Option[T] =\n    if (root == null) None\n    else Some(root.predict(record))\n\n\n}\n\n\/**\n  * This class contains node information in the decision tree\n  *\n  * @param index    the index of feature\n  * @param isLeaf   true is this is a leaf, false otherwise\n  * @param children a list of children nodes\n  * @tparam T the type of data\n  *\/\ncase class Node[T](val index: Int, val isLeaf: Boolean, val children: Map[T, Node[T]]) {\n\n  private var decision:T = _\n  \/**\n    * The constructor for the leaf nodes\n    *\n    * @param index    the index of feature\n    * @param decision the decision\n    *\/\n  def this(index: Int, decision: T) = {\n    this(index, true, null)\n    this.decision = decision\n  }\n\n  \/**\n    * The constructor for the non-leaf nodes\n    *\n    * @param index    the index of feature\n    * @param children the list of children nodes\n    *\/\n  def this(index: Int, children: Map[T, Node[T]]) = this(index, false, children)\n\n  \/**\n    * make a decision\n    *\n    * @param record an array contains a record\n    * @return the decision result\n    *\/\n  def predict(record: Array[T]): T =\n    if (isLeaf) decision\n    else children.get(record(index)).get.predict(record)\n}"}
{"repo_name":"binglihub\/mllib","path":"src\/test\/scala\/com\/binglihub\/mllib\/test\/DtreeTest.scala","text":"<filename>src\/test\/scala\/com\/binglihub\/mllib\/test\/DtreeTest.scala\npackage com.binglihub.mllib.test\n\nimport com.binglihub.mllib.decisiontree.DecisionTree\nimport org.scalatest.{FlatSpec, Matchers}\nimport com.binglihub.mllib.decisiontree.ImpurityFunc._\nimport com.binglihub.mllib.decisiontree.GainFunc._\nimport com.binglihub.mllib.decisiontree.DecisionTree._\n\n\/**\n  * Created by bing on 7\/5\/17.\n  *\/\nclass DtreeTest extends FlatSpec with Matchers {\n\n\n  val data = Array(\n    Array(\"sunny\", \"hot\", \"high\", \"false\", \"no\"),\n    Array(\"sunny\", \"hot\", \"high\", \"true\", \"no\"),\n    Array(\"overcast\", \"hot\", \"high\", \"false\", \"yes\"),\n    Array(\"rainy\", \"mild\", \"high\", \"false\", \"yes\"),\n    Array(\"rainy\", \"cool\", \"normal\", \"false\", \"yes\"),\n    Array(\"rainy\", \"cool\", \"normal\", \"true\", \"no\"),\n    Array(\"overcast\", \"cool\", \"normal\", \"true\", \"yes\"),\n    Array(\"sunny\", \"mild\", \"high\", \"false\", \"no\"),\n    Array(\"sunny\", \"cool\", \"normal\", \"false\", \"yes\"),\n    Array(\"rainy\", \"mild\", \"normal\", \"false\", \"yes\"),\n    Array(\"sunny\", \"mild\", \"normal\", \"true\", \"yes\"),\n    Array(\"overcast\", \"mild\", \"high\", \"true\", \"yes\"),\n    Array(\"overcast\", \"hot\", \"normal\", \"false\", \"yes\"),\n    Array(\"rainy\", \"mild\", \"high\", \"true\", \"no\")\n  )\n\n  \"The entropy function\" should \"return None\" in {\n    entropy(null) should be(None)\n    entropy(Array[Double]()) should be(None)\n  }\n\n  it should \"works\" in {\n    Math.abs(entropy(Array(0.5, 0.5)).get - 1.0) should be < 0.000001\n    Math.abs(entropy(Array(1.0, 0.0)).get) should be < 0.000001\n  }\n\n\n  \"The gain function\" should \"return None\" in {\n    gain(null) should be(None)\n    gain(Array[(String, String)]()) should be(None)\n  }\n\n  it should \"works\" in {\n    Math.abs(gain(data.map(x => (x(0), x(4)))).get - 0.247) should be < 0.001\n  }\n\n  \"The id3 function\" should \"works\" in {\n    val t = id3(entropy, data)\n\n    t.get.predict(Array(\"sunny\", \"cool\", \"normal\", \"false\")) should be(\"yes\")\n  }\n\n  \"DecisionTree class\" should \"works\" in {\n    val dt = new DecisionTree[String](entropy, id3)\n    dt.train(data)\n    dt.predict(Array(\"overcast\", \"cool\", \"normal\", \"false\")).get should be(\"yes\")\n  }\n\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/kmeans\/DistanceFunc.scala","text":"package com.binglihub.mllib.kmeans\n\n\/**\n  * This object contains KMeans functions\n  *\/\nobject DistanceFunc {\n  \/**\n    * Euclidean distance function\n    * @param a vector a\n    * @param b vector b\n    * @return a Some[Double] value represents the distance between a and b, or None for wrong input vectors\n    *\/\n  def euclidean(a:Array[Double],b:Array[Double]):Option[Double]=\n    if (a==null || b ==null||a.length!=b.length) None\n    else Some(\n      Math.sqrt(\n        (0 until a.length).foldLeft(0.0){\n          case(value:Double,index:Int) => value+(a(index)-b(index))*(a(index)-b(index))\n        }\n      )\n    )\n\n\n\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/util\/Data.scala","text":"package com.binglihub.mllib.util\n\n\/**\n  * This class contains a data set.\n  * @param dataSet a 2D array contains data\n  * @tparam T the type of data\n  *\/\ncase class Data[T](val dataSet: Array[Array[T]]) {\n\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/main\/scala\/com\/binglihub\/mllib\/decisiontree\/GainFunc.scala","text":"package com.binglihub.mllib.decisiontree\n\n\/**\n  * This object contains gain functions\n  *\/\nobject GainFunc {\n\n  implicit val impurity: (Iterable[Double]) => Option[Double] = ImpurityFunc.entropy\n\n  \/**\n    * This function calculates the information gain value\n    *\n    * @param d        an 2d array contains data (only split and class)\n    * @param impurity the impurity function\n    * @return Some(Double) represents the information gain value, None for wrong input\n    *\/\n  def gain[T, K](d: Array[(T, K)])(implicit impurity: (Iterable[Double]) => Option[Double]): Option[Double] = {\n    if (d == null || d.length == 0) None\n    else {\n      val di = impurity(d.groupBy(_._2).map(_._2.length * 1.0 \/ d.length)).get\n      val s = d.groupBy(_._1).map {\n        case (_, v) =>\n          (v.length * 1.0 \/ d.length * impurity(v.groupBy(_._2).map(_._2.length * 1.0 \/ v.length)).get)\n      }\n      Some(s.foldLeft(di)(_ - _))\n    }\n  }\n\n}\n"}
{"repo_name":"binglihub\/mllib","path":"src\/test\/scala\/com\/binglihub\/mllib\/test\/KMeanTest.scala","text":"package com.binglihub.mllib.test\n\nimport org.scalatest.{FlatSpec, Matchers}\nimport com.binglihub.mllib.kmeans.DistanceFunc._\n\n\/**\n  * KMeans test functions\n  *\/\nclass KMeanTest extends FlatSpec with Matchers{\n\n  \"The euclidean function\" should \"return None\" in {\n    euclidean(null,Array(0.0)) should be (None)\n    euclidean(Array(0.0),null) should be (None)\n    euclidean(Array(0.1),Array(0.1,0.2)) should be (None)\n  }\n\n  it should \"return Some(5)\" in {\n    Math.abs(euclidean(Array(0.0,3.0),Array(4.0,0.0)).get - 5.0) should be < 0.00001\n  }\n\n}\n"}
{"repo_name":"swoogles\/mdoc","path":"tests\/worksheets\/src\/test\/scala\/tests\/worksheets\/WorksheetSuite.scala","text":"<filename>tests\/worksheets\/src\/test\/scala\/tests\/worksheets\/WorksheetSuite.scala<gh_stars>0\npackage tests.worksheets\n\nimport mdoc.interfaces.DiagnosticSeverity\nimport mdoc.interfaces.Mdoc\nimport mdoc.internal.pos.PositionSyntax._\nimport mdoc.internal.CompatClassloader\nimport munit.TestOptions\n\nimport java.lang.StringBuilder\nimport java.{util => ju}\nimport java.nio.file.Paths\n\nimport scala.meta.inputs.Input\nimport scala.meta.inputs.Position\n\nimport tests.BaseSuite\nimport tests.markdown.Compat\n\nclass WorksheetSuite extends BaseSuite {\n\n  var mdoc = ju.ServiceLoader\n    .load(classOf[Mdoc], this.getClass().getClassLoader())\n    .iterator()\n    .next()\n    .withScreenWidth(30)\n    .withScreenHeight(5)\n    .withClasspath(\n      CompatClassloader\n        .getURLs(this.getClass().getClassLoader())\n        .collect {\n          case url\n              if url.toString.contains(\"scala3-library\") || url.toString\n                .contains(\"scala-library\") =>\n            Paths.get(url.toURI())\n        }\n        .asJava\n    )\n\n  override def afterAll(): Unit = {\n    mdoc.shutdown()\n  }\n\n  checkDecorations(\n    \"basic\",\n    \"\"\"\n      |val x = 1.to(4).toVector\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<val x = 1.to(4).toVector> \/\/ : Vector[Int] = Vect...\n       |x: Vector[Int] = Vector(1, 2, 3, 4)\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"null\",\n    \"\"\"\n      |val x: String = null\n      |\"\"\".stripMargin,\n    \"\"\"|<val x: String = null> \/\/ : String = null\n       |x: String = null\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"import-future\".tag(OnlyScala3),\n    \"\"\"|import $scalac.`-source future`\n       |import scala.collection.*\n       |val x = 1.to(4).toVector\n       |\"\"\".stripMargin,\n    \"\"\"|import $scalac.`-source future`\n       |import scala.collection.*\n       |<val x = 1.to(4).toVector> \/\/ : Vector[Int] = Vect...\n       |x: Vector[Int] = Vector(1, 2, 3, 4)\n       |\"\"\".stripMargin\n  )\n\n  checkDiagnostics(\n    \"value-class\",\n    \"\"\"|object Foo {\n       |  case class Bar(b: Int) extends AnyVal\n       |}\"\"\".stripMargin,\n    \"\",\n    modifier = Some(\"reset-object\")\n  )\n\n  checkDecorations(\n    \"multi-mods\",\n    \"\"\"|object Foo {\n       |  case class Bar(b: Int) extends AnyVal\n       |}\n       |\n       |Foo.Bar(1)\n       |\"\"\".stripMargin,\n    \"\",\n    modifier = Some(\"reset-object:compile-only\")\n  )\n\n  checkDecorations(\n    \"lazy\",\n    \"\"\"\n      |lazy val x = 0.0\n      |val y = 1.0\n      |\"\"\".stripMargin,\n    \"\"\"|lazy val x = 0.0\n       |<val y = 1.0> \/\/ : Double = 1.0\n       |y: Double = 1.0\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"binders\",\n    \"\"\"\n      |val List(x, y) = List(1, 2)\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<val List(x, y) = List(1, 2)> \/\/ x: Int = 1, y: Int =...\n       |x: Int = 1\n       |y: Int = 2\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"stream\",\n    \"\"\"\n      |Stream.from(10)\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<Stream.from(10)> \/\/ : Stream[Int] = Stre...\n       |res0: Stream[Int] = Stream(\n       |  10,\n       |  11,\n       |  12,\n       |...\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 -> \"\"\"|<Stream.from(10)> \/\/ : Stream[Int] = Stre...\n                          |res0: Stream[Int] = Stream(10, <not computed>)\n                          |\"\"\".stripMargin\n    )\n  )\n\n  checkDecorations(\n    \"stdout\",\n    \"\"\"\n      |println(1.to(3).mkString(\";\\n\"))\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<println(1.to(3).mkString(\";\\n\"))> \/\/ 1;...\n       |\/\/ 1;\n       |\/\/ 2;\n       |\/\/ 3\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"list\",\n    \"\"\"\n      |val list = List(1,2,3)\n      |list.tail\n      |\"\"\".stripMargin,\n    \"\"\"|<val list = List(1,2,3)> \/\/ : List[Int] = List(1...\n       |list: List[Int] = List(1, 2, 3)\n       |<list.tail> \/\/ : List[Int] = List(2,...\n       |res0: List[Int] = List(2, 3)\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|<val list = List(1,2,3)> \/\/ : List[Int] = List(1...\n           |list: List[Int] = List(1, 2, 3)\n           |<list.tail> \/\/ : List[Int] = List(2,...\n           |res0: List[Int] = List(2, 3)\n           |\"\"\".stripMargin\n    )\n  )\n\n  checkDecorations(\n    \"stdout+value\",\n    \"\"\"\n      |val x = {\n      |  println(\"hello\")\n      |  42\n      |}\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<val x = {\n       |  println(\"hello\")\n       |  42\n       |}> \/\/ : Int = 42\n       |x: Int = 42\n       |\/\/ hello\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"multi-statements\",\n    \"\"\"\n      |val n = 10\n      |println(n)\n      |val m = n * 10\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<val n = 10> \/\/ : Int = 10\n       |n: Int = 10\n       |<println(n)> \/\/ 10\n       |\/\/ 10\n       |<val m = n * 10> \/\/ : Int = 100\n       |m: Int = 100\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"imports\",\n    \"\"\"import scala.concurrent.Future\n      |val n = Future.successful(10)\n      |\"\"\".stripMargin,\n    \"\"\"|import scala.concurrent.Future\n       |<val n = Future.successful(10)> \/\/ : Future[Int] = Futu...\n       |n: Future[Int] = Future(Success(10))\n       |\"\"\".stripMargin\n  )\n\n  \/\/ In pprint for 2.13  we get `name =` part\n  checkDecorations(\n    \"definition\",\n    \"\"\"case class User(name: String)\n      |val n = User(\"Susan\")\n      |\"\"\".stripMargin,\n    \"\"\"|case class User(name: String)\n       |<val n = User(\"Susan\")> \/\/ : User = User(\"Susan...\n       |n: User = User(\"Susan\")\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 -> \"\"\"|case class User(name: String)\n                          |<val n = User(\"Susan\")> \/\/ : User = User(Susan)\n                          |n: User = User(Susan)\n                          |\"\"\".stripMargin,\n      Compat.Scala213 -> \"\"\"|case class User(name: String)\n                            |<val n = User(\"Susan\")> \/\/ : User = User(name =...\n                            |n: User = User(name = \"Susan\")\n                            |\"\"\".stripMargin\n    )\n  )\n\n  checkDiagnostics(\n    \"type-error\",\n    \"\"\"\n      |val filename: Int = \"not found\"\n      |\"\"\".stripMargin,\n    \"\"\"|type-error:2:21: error: type mismatch;\n       | found   : String(\"not found\")\n       | required: Int\n       |val filename: Int = \"not found\"\n       |                    ^^^^^^^^^^^\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|type-error:2:21: error:\n           |Found:    (\"not found\" : String)\n           |Required: Int\n           |val filename: Int = \"not found\"\n           |                    ^^^^^^^^^^^\n           |\"\"\".stripMargin\n    )\n  )\n\n  checkDiagnostics(\n    \"crash\",\n    \"\"\"\n      |def crash(msg: String) = throw new RuntimeException(msg)\n      |val filename = \"boom\"\n      |crash(filename)\n      |\"\"\".stripMargin,\n    \"\"\"|crash:4:1: error: java.lang.RuntimeException: boom\n       |\tat repl.MdocSession$App.crash(crash.scala:8)\n       |\tat repl.MdocSession$App.<init>(crash.scala:14)\n       |\tat repl.MdocSession$.app(crash.scala:3)\n       |\n       |crash(filename)\n       |^^^^^^^^^^^^^^^\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|crash:4:1: error: java.lang.RuntimeException: boom\n           |\tat repl.MdocSession$App.crash(crash.scala:7)\n           |\tat repl.MdocSession$App.<init>(crash.scala:15)\n           |\tat repl.MdocSession$.app(crash.scala:3)\n           |\n           |crash(filename)\n           |^^^^^^^^^^^^^^^\n           |\"\"\".stripMargin\n    )\n  )\n\n  checkDecorations(\n    \"partial-exception\",\n    \"\"\"\n      |val x = \"foobar\".stripSuffix(\"bar\")\n      |throw new RuntimeException(\"boom\")\n      |val y = \"foobar\".stripSuffix(\"bar\")\n      |\"\"\".stripMargin,\n    \"\"\"|\n       |<val x = \"foobar\".stripSuffix(\"bar\")> \/\/ : String = \"foo\"\n       |x: String = \"foo\"\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|<val x = \"foobar\".stripSuffix(\"bar\")> \/\/ : String = foo\n           |x: String = foo\n           |\"\"\".stripMargin\n    )\n  )\n\n  checkDecorations(\n    \"fastparse\".tag(SkipScala3).tag(SkipScala211),\n    \"\"\"\n      |import $dep.`com.lihaoyi::fastparse:2.3.0`\n      |import fastparse._, MultiLineWhitespace._\n      |def p[_:P] = P(\"a\")\n      |parse(\"a\", p(_))\n      |\"\"\".stripMargin,\n    \"\"\"|import $dep.`com.lihaoyi::fastparse:2.3.0`\n       |import fastparse._, MultiLineWhitespace._\n       |def p[_:P] = P(\"a\")\n       |<parse(\"a\", p(_))> \/\/ : Parsed[Unit] = Suc...\n       |res0: Parsed[Unit] = Success((), 1)\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala213 -> \"\"\"|import $dep.`com.lihaoyi::fastparse:2.3.0`\n                            |import fastparse._, MultiLineWhitespace._\n                            |def p[_:P] = P(\"a\")\n                            |<parse(\"a\", p(_))> \/\/ : Parsed[Unit] = Suc...\n                            |res0: Parsed[Unit] = Success(value = (), index = 1)\n                            |\"\"\".stripMargin\n    )\n  )\n\n  checkDecorations(\n    \"dotty-extension-methods\".tag(OnlyScala3),\n    \"\"\"|case class Circle(x: Double, y: Double, radius: Double)\n       |extension (c: Circle)\n       |  def circumference: Double = c.radius * math.Pi * 2\n       |val circle = Circle(0.0, 0.0, 2.0)\n       |circle.circumference\n       |extension [T](xs: List[T])\n       |  def second = xs.tail.head\n       |List(1,2,3).second\n       |\"\"\".stripMargin,\n    \"\"\"|case class Circle(x: Double, y: Double, radius: Double)\n       |extension (c: Circle)\n       |  def circumference: Double = c.radius * math.Pi * 2\n       |<val circle = Circle(0.0, 0.0, 2.0)> \/\/ : Circle = Circle(0....\n       |circle: Circle = Circle(0.0,0.0,2.0)\n       |<circle.circumference> \/\/ : Double = 12.566370...\n       |res0: Double = 12.566370614359172\n       |extension [T](xs: List[T])\n       |  def second = xs.tail.head\n       |<List(1,2,3).second> \/\/ : Int = 2\n       |res1: Int = 2\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"dotty-interpolation\".tag(OnlyScala3),\n    \"\"\"|val name = \"Ben\"\n       |val quoted = s\"$\"$name$\"\"\n       |quoted\n       |\"\"\".stripMargin,\n    \"\"\"|<val name = \"Ben\"> \/\/ : String = Ben\n       |name: String = Ben\n       |<val quoted = s\"$\"$name$\"\"> \/\/ : String = \"Ben\"\n       |quoted: String = \"Ben\"\n       |<quoted> \/\/ : String = \"Ben\"\n       |res0: String = \"Ben\"\n       |\"\"\".stripMargin\n  )\n\n  checkDiagnostics(\n    \"dotty-ambiguous-implicit\".tag(OnlyScala3),\n    s\"\"\"|abstract class C:\n        |  val x: Int\n        |given c1: C with\n        |  val x = 1\n        |given c2: C with\n        |  val x = 2\n        |def fn(using c: C) = ()\n        |val xx = fn\n        |\"\"\".stripMargin,\n    \"\"\"|dotty-ambiguous-implicit:8:12: error:\n       |ambiguous implicit arguments: both object c1 in class App and object c2 in class App match type App.this.C of parameter c of method fn in class App\n       |val xx = fn\n       |           ^\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"dotty-imports\".tag(OnlyScala3),\n    \"\"\"|import $dep.`com.lihaoyi:scalatags_2.13:0.9.1`\n       |import scalatags.Text.all._\n       |val htmlFile = html(\n       |  body(\n       |    p(\"This is a big paragraph of text\")\n       |  )\n       |)\n       |htmlFile.render\n       |\"\"\".stripMargin,\n    \"\"\"|import $dep.`com.lihaoyi:scalatags_2.13:0.9.1`\n       |import scalatags.Text.all._\n       |<val htmlFile = html(\n       |  body(\n       |    p(\"This is a big paragraph of text\")\n       |  )\n       |)> \/\/ : TypedTag[String] = <html><b...\n       |htmlFile: TypedTag[String] = <html><body><p>This is a big paragraph of text<\/p><\/body><\/html>\n       |<htmlFile.render> \/\/ : String = <html><bo...\n       |res0: String = <html><body><p>This is a big paragraph of text<\/p><\/body><\/html>\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"end-markers\".tag(OnlyScala3),\n    \"\"\"|\n       |def hello() =\n       |  println(\"This is a method\")\n       |end hello\n       |\n       |hello()\n       |\"\"\".stripMargin,\n    \"\"\"|def hello() =\n       |  println(\"This is a method\")\n       |end hello\n       |\n       |<hello()> \/\/ This is a method\n       |\/\/ This is a method\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"akka\".tag(SkipScala3).tag(SkipScala211),\n    \"\"\"|import $dep.`com.typesafe.akka::akka-actor:2.6.13`\n       |import akka.actor.ActorSystem\n       |\n       |implicit val system = ActorSystem(\"worksheet\")\n       |\n       |\"\"\".stripMargin,\n    \"\"\"|import $dep.`com.typesafe.akka::akka-actor:2.6.13`\n       |import akka.actor.ActorSystem\n       |\n       |<implicit val system = ActorSystem(\"worksheet\")> \/\/ : ActorSystem = akka...\n       |system: ActorSystem = akka:\/\/worksheet\n       |\"\"\".stripMargin\n  )\n\n  checkDecorations(\n    \"placeholder\",\n    \"\"\"|def x = 1 -> 2\n       |val (a, _) = x\n       |\"\"\".stripMargin,\n    \"\"\"|def x = 1 -> 2\n       |<val (a, _) = x> \/\/ : Int = 1\n       |a: Int = 1\n       |\"\"\".stripMargin\n  )\n\n  def checkDiagnostics(\n      options: TestOptions,\n      original: String,\n      expected: String,\n      compat: Map[Compat.ScalaVersion, String] = Map.empty,\n      modifier: Option[String] = None\n  ): Unit = {\n    test(options) {\n      val filename = options.name + \".scala\"\n      val worksheet = evaluateWorksheet(filename, original, modifier)\n      val input = Input.VirtualFile(options.name, original)\n      val out = new StringBuilder()\n      var i = 0\n      val diagnostics =\n        worksheet.diagnostics.asScala.filter(_.severity() == DiagnosticSeverity.Error)\n      diagnostics.foreach { diag =>\n        val p = Position.Range(\n          input,\n          diag.position().startLine(),\n          diag.position().startColumn(),\n          diag.position().endLine(),\n          diag.position().endColumn()\n        )\n        val message =\n          p.formatMessage(diag.severity().toString().toLowerCase(), diag.message())\n        out.append(message).append(\"\\n\")\n      }\n      val obtained = out.toString()\n      assertNoDiff(obtained, Compat(expected, compat))\n    }\n  }\n\n  def checkDecorations(\n      options: TestOptions,\n      original: String,\n      expected: String,\n      compat: Map[Compat.ScalaVersion, String] = Map.empty,\n      modifier: Option[String] = None\n  ): Unit = {\n    test(options) {\n      val filename = options.name + \".scala\"\n      val worksheet = evaluateWorksheet(filename, original, modifier)\n      val statements = worksheet.statements().asScala.sortBy(_.position().startLine())\n      val input = Input.VirtualFile(options.name, original)\n      val out = new StringBuilder()\n      var i = 0\n      statements.foreach { stat =>\n        val p = Position.Range(\n          input,\n          stat.position().startLine(),\n          stat.position().startColumn(),\n          stat.position().endLine(),\n          stat.position().endColumn()\n        )\n        out\n          .append(original, i, p.start)\n          .append(\"<\")\n          .append(p.text)\n          .append(\">\")\n          .append(\" \/\/ \")\n          .append(stat.summary())\n          .append(if (!stat.isSummaryComplete) \"...\" else \"\")\n          .append(\"\\n\")\n          .append(stat.details())\n        i = p.end\n      }\n      val obtained = out.toString()\n      assertNoDiff(obtained, Compat(expected, compat))\n    }\n  }\n\n  private def evaluateWorksheet(filename: String, original: String, modifier: Option[String]) = {\n    modifier match {\n      case Some(mod) =>\n        mdoc.evaluateWorksheet(filename, original, mod)\n      case None =>\n        mdoc.evaluateWorksheet(filename, original)\n    }\n  }\n}\n"}
{"repo_name":"swoogles\/mdoc","path":"tests\/unit\/src\/test\/scala\/tests\/markdown\/CrashSuite.scala","text":"package tests.markdown\n\nclass CrashSuite extends BaseMarkdownSuite {\n  check(\n    \"basic\",\n    \"\"\"\n      |```scala mdoc:crash\n      |val x = 1\n      |???\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |val x = 1\n       |???\n       |\/\/ scala.NotImplementedError: an implementation is missing\n       |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:288)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(basic.md:10)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(basic.md:8)\n       |```\n    \"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala213 ->\n        \"\"\"|```scala\n           |val x = 1\n           |???\n           |\/\/ scala.NotImplementedError: an implementation is missing\n           |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:347)\n           |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(basic.md:10)\n           |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(basic.md:8)\n           |```\n    \"\"\".stripMargin,\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |val x = 1\n           |???\n           |\/\/ scala.NotImplementedError: an implementation is missing\n           |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:347)\n           |\/\/ \tat repl.MdocSession$App.$init$$anonfun$3(basic.md:14)\n           |```\n    \"\"\".stripMargin\n    )\n  )\n\n  checkError(\n    \"definition\",\n    \"\"\"\n      |```scala mdoc:crash\n      |case class User(name: String)\n      |```\n    \"\"\".stripMargin,\n    \"\"\"\n      |error: definition.md:3:1: Expected runtime exception but program completed successfully\n      |case class User(name: String)\n      |^^^^^^^^^^^^^^^^^^^^^^^^^^^^^\n    \"\"\".stripMargin\n  )\n\n  checkError(\n    \"false-positive\",\n    \"\"\"\n      |```scala mdoc:crash\n      |\"ab\".length\n      |```\n  \"\"\".stripMargin,\n    \"\"\"\n      |error: false-positive.md:3:1: Expected runtime exception but program completed successfully\n      |\"ab\".length\n      |^^^^^^^^^^^\n    \"\"\".stripMargin\n  )\n\n  check(\n    \"comments\",\n    \"\"\"\n      |```scala mdoc:crash\n      |1 match {\n      |  case 2 => \/\/ boom!\n      |}\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |1 match {\n       |  case 2 => \/\/ boom!\n       |}\n       |\/\/ scala.MatchError: 1 (of class java.lang.Integer)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(comments.md:9)\n       |```\n    \"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |1 match {\n           |  case 2 => \/\/ boom!\n           |}\n           |\/\/ scala.MatchError: 1 (of class java.lang.Integer)\n           |\/\/ \tat repl.MdocSession$App.$init$$anonfun$1(comments.md:9)\n           |\/\/  at scala.runtime.java8.JFunction0$mcV$sp.apply(JFunction0$mcV$sp.scala:18)\n           |```\n    \"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"path\/to\/relative\",\n    \"\"\"\n      |```scala mdoc:crash\n      |???\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |???\n       |\/\/ scala.NotImplementedError: an implementation is missing\n       |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:288)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(relative.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(relative.md:9)\n       |```\n    \"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala213 ->\n        \"\"\"|```scala\n           |???\n           |\/\/ scala.NotImplementedError: an implementation is missing\n           |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:347)\n           |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(relative.md:9)\n           |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(relative.md:9)\n           |```\n    \"\"\".stripMargin,\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |???\n           |\/\/ scala.NotImplementedError: an implementation is missing\n           |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:347)\n           |\/\/ \tat repl.MdocSession$App.$init$$anonfun$1(relative.md:9)\n           |```\n    \"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"fatal\",\n    \"\"\"\n      |```scala mdoc:crash\n      |throw new StackOverflowError()\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |throw new StackOverflowError()\n       |\/\/ java.lang.StackOverflowError\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal.md:9)\n       |```\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |throw new StackOverflowError()\n           |\/\/ java.lang.StackOverflowError\n           |\/\/ \tat repl.MdocSession$App.$init$$$anonfun$1(fatal.md:9)\n           |```\n           |\"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"fatal2\",\n    \"\"\"\n      |```scala mdoc:crash\n      |throw new NoClassDefFoundError()\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |throw new NoClassDefFoundError()\n       |\/\/ java.lang.NoClassDefFoundError\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal2.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal2.md:9)\n       |```\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |throw new NoClassDefFoundError()\n           |\/\/ java.lang.NoClassDefFoundError\n           |\/\/ \tat repl.MdocSession$App.$init$$$anonfun$1(fatal2.md:9)\n           |```\n           |\"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"fatal3\",\n    \"\"\"\n      |```scala mdoc:crash\n      |throw new NoSuchMethodError()\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |throw new NoSuchMethodError()\n       |\/\/ java.lang.NoSuchMethodError\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal3.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal3.md:9)\n       |```\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |throw new NoSuchMethodError()\n           |\/\/ java.lang.NoSuchMethodError\n           |\/\/ \tat repl.MdocSession$App.$init$$$anonfun$1(fatal3.md:9)\n           |```\n           |\"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"fatal4\",\n    \"\"\"\n      |```scala mdoc:crash\n      |throw new IncompatibleClassChangeError()\n      |```\n    \"\"\".stripMargin,\n    \"\"\"|```scala\n       |throw new IncompatibleClassChangeError()\n       |\/\/ java.lang.IncompatibleClassChangeError\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal4.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(fatal4.md:9)\n       |```\n       |\"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala3 ->\n        \"\"\"|```scala\n           |throw new IncompatibleClassChangeError()\n           |\/\/ java.lang.IncompatibleClassChangeError\n           |\/\/ \tat repl.MdocSession$App.$init$$$anonfun$1(fatal4.md:9)\n           |```\n           |\"\"\".stripMargin\n    )\n  )\n\n  check(\n    \"multiple-statements\",\n    \"\"\"\n      |```scala mdoc:crash\n      |class Cat { def func = ??? }\n      |(new Cat).func\n      |```\n      |\"\"\".stripMargin,\n    \"\"\"|```scala\n       |class Cat { def func = ??? }\n       |(new Cat).func\n       |\/\/ scala.NotImplementedError: an implementation is missing\n       |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:344)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1$Cat$1.func(multiple-statements.md:9)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:10)\n       |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:8)\n       |```\n      \"\"\".stripMargin,\n    compat = Map(\n      Compat.Scala212 -> \"\"\"|```scala\n                            |class Cat { def func = ??? }\n                            |(new Cat).func\n                            |\/\/ scala.NotImplementedError: an implementation is missing\n                            |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:344)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1$Cat$1.func(multiple-statements.md:9)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:10)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:8)\n                            |```\"\"\".stripMargin,\n      Compat.Scala211 -> \"\"\"|```scala\n                            |class Cat { def func = ??? }\n                            |(new Cat).func\n                            |\/\/ scala.NotImplementedError: an implementation is missing\n                            |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:230)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1$Cat$1.func(multiple-statements.md:9)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:10)\n                            |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:8)\n                            |```\"\"\".stripMargin,\n      Compat.Scala3 -> \"\"\"|```scala\n                          |class Cat { def func = ??? }\n                          |(new Cat).func\n                          |\/\/ scala.NotImplementedError: an implementation is missing\n                          |\/\/ \tat scala.Predef$.$qmark$qmark$qmark(Predef.scala:344)\n                          |\/\/ \tat repl.MdocSession$App$$anonfun$1$Cat$1.func(multiple-statements.md:9)\n                          |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:10)\n                          |\/\/ \tat repl.MdocSession$App$$anonfun$1.apply(multiple-statements.md:8)\n                          |```\"\"\".stripMargin\n    )\n  )\n\n}\n"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"test\/MediaESDaoSpec.scala","text":"<reponame>HyunsungJo\/goolgle-api\nimport models.dao.{MediaESDao, Media}\nimport org.specs2.mutable.Specification\nimport scala.concurrent._\nimport scala.concurrent.duration._\n\nclass MediaESDaoSpec extends Specification {\n  section(\"Media\")\n  \"MediaESDaoSpec\" should {\n    \"be able to putMedia, getMedia and searchMedia\" in {\n      val timeout = 5000L\n      val id = 11\n      val media = Media(id, 1, Seq(1), 1, \"http:\/\/stuffpoint.com\/kate-upton\/image\/298407-kate-upton-kate-upton-2.jpg\", \"picture of Kate Upton\", Seq(\"melons\"), 1, 0, 1418565692, 1418565692, 1024, 1024, 1)\n\n      Await.result(MediaESDao.putMedia(media), timeout milli).isCreated must equalTo(true) \/\/ put\n      Await.result(MediaESDao.getMedia(id), timeout milli).getId must equalTo(id.toString) \/\/ get\n      Await.result(MediaESDao.searchMedia(\"Kate Upton\"), timeout milli).getSuccessfulShards must not equalTo(0) \/\/ search\n    }\n  }\n}"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"app\/models\/dao\/MediaESDao.scala","text":"<gh_stars>0\npackage models.dao\n\nimport com.sksamuel.elastic4s.ElasticClient\nimport com.sksamuel.elastic4s.ElasticDsl._\nimport play.api.libs.json.{Writes, Json, Reads}\n\nobject MediaESDao {\n  private val client = ElasticClient.local\n  private val searchIndex = \"goolgle\"\n  private val searchType = \"media\"\n\n  def putMedia(media: Media ) = {\n    client.execute { index into s\"$searchIndex\/$searchType\" doc media }\n  }\n\n  def getMedia(docId: Int) = {\n    client.execute { get id docId from s\"$searchIndex\/$searchType\" }\n  }\n\n  def searchMedia(q: String) = {\n    client.execute { search in searchIndex -> searchType query q }\n  }\n\n}\n\ncase class Media(\n  mediaId: Long,\n  uploader: Long,\n  features: Seq[Long],\n  groupId: Long,\n  url: String,\n  description: String,\n  tags: Seq[String],\n  category: Int,\n  score: Float,\n  created: Long,\n  updated: Long,\n  width: Int,\n  height: Int,\n  otls: Long\n)\n\nobject Media {\n  implicit val reader: Reads[Media] = Json.reads[Media]\n  implicit val writer: Writes[Media] = Json.writes[Media]\n}\n"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"app\/models\/User.scala","text":"<reponame>HyunsungJo\/goolgle-api\npackage models\n\nimport play.api.libs.json.{Writes, Reads, Json}\n\n\/**\n * Created by Jo on 2\/3\/16.\n *\/\ncase class User (\n  userId: Long,\n  userName: String,\n  profileImage: String,\n  bio: String,\n  email: String\n)\n\nobject User {\n  implicit val writer: Writes[User] = Json.writes[User]\n  implicit val reader: Reads[User] = Json.reads[User]\n}\n\n\n"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"app\/models\/dao\/MediaDao.scala","text":"<reponame>HyunsungJo\/goolgle-api\npackage models.dao\n\nobject MediaDao {\n  def search(query: String) = {\n    MediaESDao.searchMedia(query)\n  }\n}"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"app\/models\/Media.scala","text":"package models\n\nimport play.api.libs.json._\n\n\/**\n * Created by kakao on 10\/7\/14.\n *\/\ncase class Media (\n  mediaId: Long,\n  uploader: Long,\n  featured: Long,\n  groupId: Long,\n  url: String,\n  description: String,\n  tags: JsValue,\n  category: Long,\n  score: Long,\n  created: Long,\n  updated: Long,\n  size: JsValue,\n  otls: Int\n)\n\nobject Media {\n  implicit val writer: Writes[Media] = Json.writes[Media]\n  implicit val reader: Reads[Media] = Json.reads[Media]\n}\n\n\n"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"app\/models\/Group.scala","text":"package models\n\nimport org.joda.time.DateTime\nimport play.api.libs.json.{Writes, Reads, Json}\n\n\/**\n * Created by Jo on 2\/4\/16.\n *\/\ncase class Group (\n  groupId: Long,\n  groupName: String,\n  creator: String,\n  profileImg: String,\n  description: String,\n  created: DateTime,\n  updated: DateTime\n)\n\nobject Group {\n  implicit val writer: Writes[Group] = Json.writes[Group]\n  implicit val reader: Reads[Group] = Json.reads[Group]\n}\n\n\n"}
{"repo_name":"HyunsungJo\/goolgle-api","path":"build.sbt","text":"<gh_stars>0\nname := \"\"\"goolgle-api\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.1\"\n\nlibraryDependencies ++= Seq(\n  \"com.sksamuel.elastic4s\" %% \"elastic4s\" % \"1.4.0\",\n  \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.4.1\",\n  \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.4.1\",\n  \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % \"2.4.1\",\n  jdbc,\n  anorm,\n  cache,\n  ws\n)\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/main\/scala\/throwaway\/util\/common\/RichAtomicReference.scala","text":"\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\nimport java.util.concurrent.atomic.AtomicReference\n\n\/** Convenience implicits for working with atomic references. *\/\nobject RichAtomicReference {\n  implicit class RichAtomicReference[A](val underlying: AtomicReference[A]) extends AnyVal {\n    \/** Update reference with the result of a function on the previous value.\n      * The function may be called multiple times, so it should be idempotent.\n      * Return the previous value. *\/\n    def update(fun: (A) => A): A = {\n      var init = underlying.get()\n      while (!underlying.compareAndSet(init, fun(init))) {\n        init = underlying.get()\n      }\n      init\n    }\n  }\n}\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/test\/scala\/throwaway\/util\/common\/MeldMapSpec.scala","text":"<filename>src\/test\/scala\/throwaway\/util\/common\/MeldMapSpec.scala\n\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\nimport org.scalatest.prop.PropertyChecks\nimport org.scalatest.{FlatSpec, MustMatchers}\n\nclass MeldMapSpec extends FlatSpec with MustMatchers with PropertyChecks {\n  import MeldMap._\n\n  \"merging\" should \"preserve dominating elements\" in {\n    forAll { (m1: Map[Int, Int], m2: Map[Int, Int]) =>\n      testOverlap(m1, m2, m1.meldWithKeys(m2) { case (_, _, v2) => v2 })\n      testOverlap(m2, m1, m1.meldWithKeys(m2) { case (_, v1, _) => v1 })\n      testOverlap(m1, m2, m1.meld(m2) { case (_, v2) => v2 })\n      testOverlap(m2, m1, m1.meld(m2) { case (v1, _) => v1 })\n    }\n  }\n\n  \/\/ Test assuming m prefers m2 on key clash\n  def testOverlap[A, B](m1: Map[A, B], m2: Map[A, B], m: Map[A, B]) = {\n    m.keySet must equal(m1.keySet.union(m2.keySet))\n    m.values.toSet.intersect(m2.values.toSet) must equal(m2.values.toSet)\n    m1.keySet.map {\n      case k => k -> m2.getOrElse(k, m1(k))\n    } must equal(m.filter { case (k, _) => m1.contains(k) }.toSet)\n  }\n}\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/main\/scala\/throwaway\/util\/common\/RichScheduledExecutorService.scala","text":"<gh_stars>0\n\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\nimport java.util.concurrent.{Callable, ScheduledExecutorService, ScheduledFuture}\n\nimport scala.concurrent.duration._\n\n\/** Convenience implicits for scheduling tasks in a more scala-friendly manner. *\/\nobject RichScheduledExecutorService {\n\n  implicit class RichScheduledExecutorService(val underlying: ScheduledExecutorService) extends AnyVal {\n    import Implicits.funToCallable\n    def once[T](delay: FiniteDuration)(task: => T): ScheduledFuture[T] = {\n      underlying.schedule(task, delay.length, delay.unit)\n    }\n    import Implicits.funToRunnable\n    def fixedDelay(delay: FiniteDuration, initial: FiniteDuration = 0.seconds)(task: => Any): ScheduledFuture[_] = {\n      underlying.scheduleWithFixedDelay(task, initial.toUnit(delay.unit).toLong, delay.length, delay.unit)\n    }\n    def fixedRate(interval: FiniteDuration, initial: FiniteDuration = 0.seconds)(task: => Any): ScheduledFuture[_] = {\n      underlying.scheduleAtFixedRate(task, initial.toUnit(interval.unit).toLong, interval.length, interval.unit)\n    }\n  }\n\n  object Implicits {\n    import scala.language.implicitConversions\n\n    implicit def funToRunnable(f: => Any): Runnable = {\n      new Runnable { def run(): Unit = { f } }\n    }\n\n    implicit def funToCallable[T](f: => T): Callable[T] = {\n      new Callable[T] { def call(): T = { f } }\n    }\n  }\n}\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/main\/scala\/throwaway\/util\/common\/MeldMap.scala","text":"\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\n\/** Convenience implicits for merging maps. *\/\nobject MeldMap {\n  implicit class MeldMap[A, B](val m1: Map[A, B]) extends AnyVal {\n    \/** Merge two maps by applying a function on the values to resolve conflicts. *\/\n    def meld(m2: Map[A, B])(combine: (B, B) => B): Map[A, B] = {\n      meldWithKeys(m2) { (_, v1, v2) => combine(v1, v2) }\n    }\n    \/** Merge two maps by applying a function on the key and values to resolve conflicts. *\/\n    def meldWithKeys(m2: Map[A, B])(combine: (A, B, B) => B): Map[A, B] = {\n      m2.foldLeft(m1) {\n        case (m, (k, v2)) =>\n          m + (k -> m.get(k).map(v1 => combine(k, v1, v2)).getOrElse(v2))\n      }\n    }\n  }\n}\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/test\/scala\/throwaway\/util\/common\/RichScheduledExecutorServiceSpec.scala","text":"<gh_stars>0\n\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\nimport java.util.concurrent.atomic.AtomicInteger\nimport java.util.concurrent.{CountDownLatch, Executors}\n\nimport org.scalatest.{FlatSpec, MustMatchers}\n\nimport scala.concurrent.duration._\n\nclass RichScheduledExecutorServiceSpec extends FlatSpec with MustMatchers {\n\n  import RichCountDownLatch._\n  import RichScheduledExecutorService._\n\n  \"fixed rate and fixed delay scheduling\" should \"schedule tasks repeatedly on an executor\" in {\n    val rate = 500.millis\n    val reps = 5\n\n    val exec1 = Executors.newScheduledThreadPool(reps * 2)\n    val exec2 = Executors.newScheduledThreadPool(reps * 2)\n    val latch = new CountDownLatch(reps * 2)\n    val rateCount = new AtomicInteger(0)\n    val delayCount = new AtomicInteger(0)\n    val f1 = exec1.fixedRate(rate) {\n      if (latch.getCount > 0) { \/\/ race here should not matter\n        rateCount.incrementAndGet()\n        latch.countDown()\n      }\n      sleep(rate * 2)\n    }\n    val f2 = exec2.fixedDelay(rate) {\n      if (latch.getCount > 0) {\n        delayCount.incrementAndGet()\n        latch.countDown()\n      }\n      sleep(rate * 2)\n    }\n    latch.await(rate * reps * 5) must equal(true)\n    f1.cancel(true)\n    f2.cancel(true)\n    \/\/ Ensure fixed rate gets more runs given a big enough pool\n    rateCount.get() must be > reps\n    delayCount.get() must be < rateCount.get()\n  }\n\n  \"scheduling once\" should \"execute functions on an executor after a fixed delay\" in {\n    val exec = Executors.newSingleThreadScheduledExecutor()\n    val latch = new CountDownLatch(1)\n    val f = exec.once(1.second) {\n      latch.countDown()\n      42\n    }\n    latch.getCount must equal(1)\n    latch.await(2.second) must equal(true)\n    f.get() must equal(42)\n  }\n\n  def sleep(t: FiniteDuration): Unit = {\n    Thread.sleep(t.toMillis)\n  }\n}\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"build.sbt","text":"\nname := \"scala-util-tiny\"\n\norganization in ThisBuild := \"throwaway.util\"\n\nscalacOptions in ThisBuild := Seq(\"-deprecation\", \"-feature\", \"-unchecked\", \"-optimise\")\n\ncrossScalaVersions in ThisBuild := Seq(\"2.10.6\", \"2.11.7\")\n\nlibraryDependencies in ThisBuild ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.6\" % \"test\"\n, \"org.scalacheck\" %% \"scalacheck\" % \"1.11.6\" % \"test\"\n)\n\n"}
{"repo_name":"mpitid\/scala-util-tiny","path":"src\/test\/scala\/throwaway\/util\/common\/RichAtomicReferenceSpec.scala","text":"<reponame>mpitid\/scala-util-tiny<filename>src\/test\/scala\/throwaway\/util\/common\/RichAtomicReferenceSpec.scala\n\/\/ The MIT License (MIT)\n\/\/\n\/\/ Copyright (c) 2015 <NAME>\n\/\/\n\/\/ Permission is hereby granted, free of charge, to any person obtaining a\n\/\/ copy of this software and associated documentation files (the\n\/\/ \"Software\"), to deal in the Software without restriction, including\n\/\/ without limitation the rights to use, copy, modify, merge, publish,\n\/\/ distribute, sublicense, and\/or sell copies of the Software, and to\n\/\/ permit persons to whom the Software is furnished to do so, subject to\n\/\/ the following conditions:\n\/\/\n\/\/ The above copyright notice and this permission notice shall be included\n\/\/ in all copies or substantial portions of the Software.\n\/\/\n\/\/ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS\n\/\/ OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF\n\/\/ MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.\n\/\/ IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY\n\/\/ CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,\n\/\/ TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE\n\/\/ SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\n\npackage throwaway.util.common\n\nimport java.util.concurrent.atomic.{AtomicLong, AtomicReference}\nimport java.util.concurrent.{CountDownLatch, Executors}\n\nimport org.scalatest.{FlatSpec, MustMatchers}\n\nimport scala.concurrent.duration._\n\nclass RichAtomicReferenceSpec extends FlatSpec with MustMatchers {\n  import MeldMap._\n  import RichAtomicReference._\n  import RichCountDownLatch._\n  import RichScheduledExecutorService._\n\n  \"updating a reference\" should \"be thread-safe\" in {\n    val reps = 10\n    val size = 1000\n    val latch = new CountDownLatch(reps)\n    val exec = Executors.newScheduledThreadPool(reps)\n    val ref = new AtomicReference(Map[Int,Int]())\n    val calls = new AtomicLong(0)\n    val map = Map(1.to(size).map { case i => i -> i }: _*)\n    \/\/ Submit concurrent tasks which merge the referenced map with another one\n    \/\/ by summing keys that conflict. The test verifies we don't miss out on\n    \/\/ any of the values in the reference.\n    for (i <- 1.to(reps)) {\n      exec.once(0.millis) {\n        for (i <- 1.to(size)) {\n          ref.update { m =>\n            calls.incrementAndGet()\n            m.meld(map) { _ + _ }\n          }\n        }\n        latch.countDown()\n      }\n    }\n    latch.await(10.seconds) must equal(true)\n    ref.get() must equal(map.mapValues(_ * size * reps))\n    \/\/ If calls > size * reps there was contention updating the reference.\n    \/\/ While there is no guarantee that this holds, it's fairly unlikely that\n    \/\/ it doesn't if the updates ran in parallel.\n    calls.get() must be > (size * reps.toLong)\n  }\n}\n"}
{"repo_name":"dzuvic\/slides-readable-code","path":"scala\/src\/main\/scala\/Comprehension.scala","text":"<filename>scala\/src\/main\/scala\/Comprehension.scala\n\/**\n * Copyright 2015 <NAME>\n * User: zuvic\n * Date: 11\/10\/15 Time: 12:00 PM\n *\/\nclass Comprehension {\n  val r1, r2, r3 = List(1,2,3);\n\n  val kartesischesProduktAusDreiEingangsvektoren =\n    r1.flatMap(x => r2.flatMap(y => r3.map(z => (x, y ,z)) ) )\n\n  val crossProduct = for ( x <- r1 ; y <- r2; z <- r3)\n    yield (x , y , z);\n\n}\n"}
{"repo_name":"dzuvic\/slides-readable-code","path":"scala\/src\/main\/scala\/Sort.scala","text":"<gh_stars>0\nclass Sort {\n    def sort(xs: Array[Int]): Array[Int] =\n      if (xs.length <= 1) xs\n      else {\n        val pivot = xs(xs.length \/ 2)\n        Array.concat(\n          sort(xs filter ( x => pivot > x)),\n          xs filter ( x => pivot == x),\n          sort(xs filter ( x => pivot < x)))\n      }\n\n}\n"}
{"repo_name":"dzuvic\/slides-readable-code","path":"scala\/src\/main\/scala\/FixedSortedList.scala","text":"class FixedSortedList {\n  val x : List[Int] = List(3, 30, 2, -5).sortWith(_ < _)\n}\n"}
{"repo_name":"deterdw\/scala-dom-types","path":"project\/Versions.scala","text":"<reponame>deterdw\/scala-dom-types\nobject Versions {\n\n  val Scala_2_11 = \"2.11.12\"\n\n  val Scala_2_13 = \"2.13.4\"\n\n  val Scala_2_12 = \"2.12.12\"\n\n  val Scala_3 = \"3.0.0\"\n\n  val ScalaJsDom = \"1.1.0\"\n}\n"}
{"repo_name":"deterdw\/scala-dom-types","path":"version.sbt","text":"version in ThisBuild := \"0.14.4-SNAPSHOT\"\n"}
{"repo_name":"bktsh\/vendingMachine","path":"src\/main\/scala\/com\/bktsh\/vm\/VendingMachine.scala","text":"package com.bktsh.vm\nimport com.bktsh.vm.Coin._\nimport javafx.scene.effect.DisplacementMap\nimport java.math.MathContext\nimport java.util.Observer\nimport java.util.Observable\n\nobject VendingMachine {\n\n  object Display extends Observer {\n    override def update(subject: Observable, param: Any): Unit = param match {\n      case f: Float  => display(s\"Your current balance is: ${f}\")\n      case s: String => display(s)\n    }\n    def display(msg: String): Unit = println(msg)\n  }\n\n  object CashMachine extends Observable {\n    var balance: Float = 0.0f\n\n    def acceptCoin(coin: Coin): Unit = {\n      def increaseBalance(addr: Float): Unit = {\n        balance += addr\n        setChanged()\n        notifyObservers(balance)\n      }\n      coin match {\n        case Quarter => increaseBalance(0.25f)\n        case Dime    => increaseBalance(0.10f)\n        case Nickle  => increaseBalance(0.05f)\n        case _ =>\n          setChanged()\n          notifyObservers(\"Invalid coin. Please take your coin and insert a valid one!\")\n      }\n    }\n  }\n\n  val display = Display\n  val cashier = CashMachine\n  def balance = CashMachine.balance\n  val init = cashier.addObserver(display)\n\n  def acceptCoin(coin: Coin) = {\n    cashier.acceptCoin(coin)\n  }\n}\n"}
{"repo_name":"bktsh\/vendingMachine","path":"src\/test\/scala\/com\/bktsh\/vm\/VendingMachineTest.scala","text":"package com.bktsh.vm\nimport com.bktsh.vm.Coin._\nimport org.scalatest._\nimport java.math.MathContext\n\nclass VendingMachineTest extends FunSpec {\n  \n\tval mc = new MathContext(2)\n\n  \/\/Just to avoid junit lib dependency and still have float comparison\n  def ~=(x: Double, y: Double, precision: Double) = {\n    if ((x - y).abs < precision) true else false\n  }\n\n\n  describe(\"A Vending Machine Accept Cash Feature\") {\n    val subject = VendingMachine\n    \n    it(\"should have balance of 0 when it starts \") {\n        assert(subject.balance == BigDecimal(0))\n      }\n\n      it(\"should increase balance by 0.25 when a Querter coin is inserted\") {\n        subject.acceptCoin(Quarter)\n        assert( ~=(subject.balance ,0.25, 0.00001))\n      }\n      \n      it(\"should increase balance by 0.1 when a Dime coin is inserted\") {\n        subject.acceptCoin(Dime)\n        assert( ~=(subject.balance ,0.35, 0.00001))\n      }      \n\n     it(\"should increase balance by 0.05 when a Nickle coin is inserted\") {\n        subject.acceptCoin(Dime)\n        assert( ~=(subject.balance ,0.45, 0.00001))\n      }      \n\n     it(\"should not increase balance and display message match my error message when a bad coin inserted\") {\n        subject.acceptCoin(Other)\n        assert( ~=(subject.balance ,0.45, 0.00001))\n      }           \n    }\n  \n   \n\n\n}\n"}
{"repo_name":"bktsh\/vendingMachine","path":"src\/main\/scala\/com\/bktsh\/vm\/Coin.scala","text":"<filename>src\/main\/scala\/com\/bktsh\/vm\/Coin.scala\npackage com.bktsh.vm\n\nobject Coin extends Enumeration{\n    type Coin = Value  \n    val Quarter, Dime, Nickle, Penny, Other = Value    \n}"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/Comment.scala","text":"package ghtorrent.models\n\ncase class Comment(id: Int, parentId: Int)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/utils\/Extensions.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage utils\n\nimport java.io.{ByteArrayOutputStream, PrintStream}\n\nimport scala.util.Try\n\nobject Extensions {\n  implicit class EnrichString(str: String) {\n\n    def safeFileName: String =\n      str.replaceAll(\"[\\\\\\\\\/:*?\\\"<>|]+\", \"-\").trim(List(' ', '-'))\n\n    def trim(chars: List[Char]): String =\n      str.dropWhile(c => chars.contains(c)).reverse.dropWhile(c => chars.contains(c)).reverse\n\n    def toOptionInt: Option[Int] = Try(str.toInt).toOption\n\n    def toOptionLong: Option[Long] = Try(str.toLong).toOption\n  }\n\n  implicit class EnrichException(ex: Throwable) {\n    def stackTraceToString: String = {\n      val output = new ByteArrayOutputStream()\n      val stream = new PrintStream(output)\n      ex.printStackTrace(stream)\n      output.toString(\"UTF-8\").trim\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/Label.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage ghtorrent.models\n\ncase class Label(id: Int, name: String)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheProvider.scala","text":"package cache\n\nimport java.io.File\n\nimport git._\nimport utils.Extensions._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.slick.driver.SQLiteDriver.simple._\n\n\/**\n * A provider implementation for the disk cache.\n *\/\nabstract class CacheProvider extends Provider {\n  val dbName = \"cache.db\"\n  val dbDriver = \"org.sqlite.JDBC\"\n  val mode = CacheMode.None\n  lazy val cachePath = _cachePath\n  lazy val dbPath = cachePath + java.io.File.separator + dbName\n  lazy val dbUrl = s\"jdbc:sqlite:$dbPath\"\n  lazy val Db = Database.forURL(dbUrl, driver = dbDriver).createSession()\n\n  protected var _cachePath: String = _\n\n  protected var _decorators: List[CacheDecorator] = List()\n  protected var _pairwiseDecorators: List[CachePairwiseDecorator] = List()\n\n  override def init(provider: Provider): Future[Unit] = Future {\n    if (provider == null || provider.pullRequestProvider.orNull == null)\n      throw new IllegalArgumentException(\"Need a pull request provider to initialize other providers.\")\n\n    val ownerDir = provider.pullRequestProvider.get.owner.toLowerCase.safeFileName\n    val repoDir = provider.pullRequestProvider.get.repository.toLowerCase.safeFileName\n    val file: File = new File(new File(CacheSettings.directory, ownerDir), repoDir)\n    file.mkdirs()\n\n    _cachePath = file.getAbsolutePath\n  }\n\n  override def dispose(): Unit = {\n    try {\n      Db.close()\n    } catch {\n      case _ : Exception =>\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/Pairwise.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer<gh_stars>1-10\npackage git\n\nimport scala.collection.SortedSet\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass Pairwise(pullRequests: List[PullRequest], skipDifferentTargets: Boolean = true) extends PairwiseList {\n  \/**\n   * An ordering for pull requests based on their number.\n   *\/\n  implicit val prOrd = Ordering.by[PullRequest, Int](_.number)\n  implicit val pairOrd = Ordering.by[PullRequestPair, (PullRequest,PullRequest)](_.tuple)\n\n  val pairs = filterPairs\n  val length = pairs.length\n\n  override def get: List[Future[PullRequestPair]] = pairs map { p => Future(p) }\n\n  def unpair = Pairwise.unpair(this)\n\n  private def filterPairs: List[PullRequestPair] = {\n    if (skipDifferentTargets)\n      getPairs(pullRequests) filter { case PullRequestPair(pr1, pr2, _) => pr1.target == pr2.target }\n    else\n      getPairs(pullRequests)\n  }\n\n  \/**\n   * Returns a list of distinct paired pull requests.\n   * @param pulls A list of pull requests.\n   * @return The list of pairs.\n   *\/\n  private def getPairs(pulls: List[PullRequest]): List[PullRequestPair] = {\n    val singles = pulls.groupBy(p => p.target).filter { case (_, group) => group.length == 1 }.map(_._2(0))\n\n    val pairs = for {\n    \/\/ Pairwise\n      x <- pulls\n      y <- pulls\n      \/\/ Normalize\n      if x.number != y.number\n      pr1 = if (x.number < y.number) x else y\n      pr2 = if (x.number < y.number) y else x\n    } yield PullRequestPair(pr1, pr2)\n\n    val pairsWithSingles = pairs ++ singles.map(p => PullRequestPair(p,p))\n\n    \/\/ Distinct and sort\n    SortedSet(pairsWithSingles: _*).toList\n  }\n}\n\nobject Pairwise {\n  implicit val ord = Ordering.by[PullRequest, Int](_.number)\n\n  def pair(pullRequests: List[PullRequest], skipDifferentTargets: Boolean = true) = new Pairwise(pullRequests, skipDifferentTargets)\n\n  def unpair(pairs: Pairwise): List[PullRequest] = unpair(pairs.pairs)\n\n  def unpair(pairs: List[PullRequestPair]): List[PullRequest] = {\n    val pulls = distinct(pairs)\n    pulls.foreach { pr =>\n      val list = pairs filter {\n        case PullRequestPair(pr1, pr2, Some(mergeable)) =>\n           !mergeable && (pr1 == pr || pr2 == pr)\n      } map {\n        case PullRequestPair(pr1, pr2, _) =>\n          if (pr1 == pr) pr2 else pr1\n      }\n      pr.conflictsWith = Some(list)\n    }\n    pulls\n  }\n\n  private def distinct(pairs: List[PullRequestPair]): List[PullRequest] = {\n    val list = scala.collection.mutable.ListBuffer[PullRequest]()\n\n    pairs.foreach(pair => {\n      if (!list.contains(pair.pr1))\n        list += pair.pr1\n      if (!list.contains(pair.pr2))\n        list += pair.pr2\n    })\n    list.sortBy(p => p).toList\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitExtensions.scala","text":"<gh_stars>1-10\npackage jgit\n\nimport jgit.MergeResult.MergeResult\nimport org.eclipse.jgit.lib._\nimport org.eclipse.jgit.revwalk.{RevCommit, RevWalk}\nimport org.gitective.core.filter.commit.{AllCommitFilter, CommitCountFilter, DiffFileCountFilter, DiffLineCountFilter}\nimport org.gitective.core.{CommitFinder, CommitUtils}\n\n\/**\n * Extensions for the JGit library\n *\/\nobject JGitExtensions {\n  \/**\n   * Enrichment of the [[org.eclipse.jgit.lib.Repository]] class.\n   * @param repo The repository object.\n   *\/\n  implicit class RichRepository(repo: Repository) {\n    \/**\n     * Checks if `branch` can be merged into `head`. The merge is done in-memory.\n     * @param branch The branch to be merged.\n     * @param head The head branch, where `branch` is merged into.\n     * @return True iff the merge was successful.\n     *\/\n    def isMergeable(branch: String, head: String): MergeResult = {\n      val branchId = repo resolve branch\n      val headId = repo resolve head\n\n      if (branchId == null || headId == null)\n        return MergeResult.Error\n\n      isMergeable(branchId, headId)\n    }\n\n    \/**\n     * Checks if `branch` can be merged into `head`. The merge is done in-memory.\n     * @param branch The branch to be merged.\n     * @param head The head branch, where `branch` is merged into.\n     * @return True iff the merge was successful.\n     *\/\n    def isMergeable(branch: ObjectId, head: ObjectId): MergeResult = {\n      val revWalk = new RevWalk(repo)\n\n      val branchCommit = revWalk.lookupCommit(branch)\n      val headCommit = revWalk.lookupCommit(head)\n\n      \/\/ Check if already up-to-date\n      if (revWalk.isMergedInto(branchCommit, headCommit))\n        return MergeResult.Merged\n\n      \/\/ Check for fast-forward\n      if (revWalk.isMergedInto(headCommit, branchCommit))\n        return MergeResult.Merged\n\n      try {\n        \/\/ Do the actual merge here (in memory)\n        val merger = new JGitMemoryMerger(repo)\n        val result = merger.merge(headCommit, branchCommit)\n        \/\/ merger.(getMergeResults|getFailingPaths|getUnmergedPaths)\n        if (result) MergeResult.Merged else MergeResult.Conflict\n      } catch {\n        case _: Exception => MergeResult.Error\n      }\n    }\n\n    \/**\n     * Calculates the number of commits between two commits.\n     * @param objectId One end of the chain.\n     * @param otherId The other end of the chain.\n     * @return The distance.\n     *\/\n    def distance(objectId: ObjectId, otherId: ObjectId): Long = {\n      val base: RevCommit = CommitUtils.getBase(repo, objectId, otherId)\n      val count = new CommitCountFilter\n      val finder = new CommitFinder(repo).setFilter(count)\n\n      finder.findBetween(objectId, base)\n      val num = count.getCount\n      count.reset()\n\n      finder.findBetween(otherId, base)\n      num + count.getCount\n    }\n\n    \/**\n     * Calculates the number of diff lines between two commits.\n     * @param objectId One end of the chain.\n     * @param otherId The other end of the chain.\n     * @return The number of added\/edited\/deleted lines.\n     *\/\n    def stats(objectId: ObjectId, otherId: ObjectId, detectRenames: Boolean = true): Stats = {\n      val base = CommitUtils.getBase(repo, objectId, otherId)\n      val diffCount = new DiffLineCountFilter(detectRenames)\n      val fileNames = new DiffFileNameFilter(detectRenames)\n      val commitCount = new CommitCountFilter()\n      val filter = new AllCommitFilter(diffCount, fileNames, commitCount)\n      val finder = new CommitFinder(repo).setFilter(filter)\n\n      try {\n        finder.findBetween(objectId, base)\n        val statistics = Stats(diffCount.getAdded, diffCount.getEdited, diffCount.getDeleted, fileNames.getFiles, commitCount.getCount)\n\n        if (otherId == base)\n          return statistics\n\n        filter.reset()\n        finder.findBetween(otherId, base)\n        statistics + Stats(diffCount.getAdded, diffCount.getEdited, diffCount.getDeleted, fileNames.getFiles, commitCount.getCount)\n      } catch {\n        case e: Throwable if detectRenames => stats(objectId, otherId, detectRenames = false)\n      }\n    }\n  }\n\n  case class Stats(addedLines: Long, editedLines: Long, deletedLines: Long, files: List[String], numCommits: Long) {\n    def +(other: Stats) = Stats(addedLines + other.addedLines,\n                                editedLines + other.editedLines,\n                                deletedLines + other.deletedLines,\n                                files ++ other.files,\n                                numCommits + other.numCommits)\n  }\n\n  \/**\n   * Enrichment of the [[org.eclipse.jgit.lib.RefUpdate]] class.\n   * @param update The ref update.\n   *\/\n  implicit class RichRefUpdate(update: RefUpdate) {\n    \/**\n     * Forces the deletion of this [[org.eclipse.jgit.lib.RefUpdate]].\n     * @return The result of the deletion.\n     *\/\n    def forceDelete(): RefUpdate.Result = {\n      update.setForceUpdate(true)\n      update.delete\n    }\n  }\n}\n\n\/**\n * An enum type for merge results.\n *\/\nobject MergeResult extends Enumeration {\n  type MergeResult = Value\n  val Merged, Conflict, Error = Value\n\n  def isSuccess(result: MergeResult) = result match {\n    case Merged => true\n    case _ => false\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequestType.scala","text":"<filename>src\/main\/scala\/git\/PullRequestType.scala\npackage git\n\n\/**\n * An enum type for severity levels.\n *\/\nobject PullRequestType extends Enumeration {\n  type PullRequestType = Value\n  val Fix, Refactor, Feature, Documentation = Value\n\n  def parse(value: String): PullRequestType = {\n    val words = value.toLowerCase\n    if(words.contains(\"fix\") || words.contains(\"bug\") || words.contains(\"secur\"))\n      PullRequestType.Fix\n    else if(words.contains(\"refactor\") || words.contains(\"chang\"))\n      PullRequestType.Refactor\n    else if(words.contains(\"doc\") || words.contains(\"comment\"))\n      PullRequestType.Documentation\n    else\n      PullRequestType.Feature\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/predictor\/PredictorSettings.scala","text":"<filename>src\/main\/scala\/predictor\/PredictorSettings.scala\npackage predictor\n\nimport settings.Settings\n\nobject PredictorSettings {\n  val command = Settings.get(\"predictor.command\").getOrElse(\"\")\n  val directory = Settings.get(\"model.directory\").getOrElse(\"\")\n\n  def validate = command != null &&\n    command != \"\" &&\n    directory != null &&\n    directory != \"\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequestDecorator.scala","text":"<gh_stars>1-10\npackage git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n * Offers the functionality to get data about the repository.\n *\/\nabstract class PullRequestDecorator(val base: PullRequestList) extends PullRequestList {\n  override def get: List[Future[PullRequest]] = {\n    base.get.map {future => for (pr <- future) yield decorate(pr) }\n  }\n\n  def decorate(pullRequest: PullRequest): PullRequest = pullRequest\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/output\/JodaJsonFormat.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage output\n\nimport org.joda.time.{DateTime, DateTimeZone}\nimport spray.json._\n\nobject JodaJsonFormat extends RootJsonFormat[DateTime] {\n  private val df = org.joda.time.format.ISODateTimeFormat.dateTime\n\n  private def toUtc(date: DateTime): DateTime =\n    date.toDateTime(DateTimeZone.UTC)\n\n  def write(d: DateTime) = JsString(toUtc(d).toString(df))\n\n  def read(value: JsValue) = value match {\n    case JsString(string) =>\n      new DateTime(string)\n    case JsNumber(number) =>\n      new DateTime(number * 1000, DateTimeZone.UTC)\n    case _ => deserializationError(\"DateTime expected\")\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentProvider.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage ghtorrent\n\nimport git._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.slick.driver.MySQLDriver.simple._\nimport scala.slick.jdbc.StaticQuery\n\n\/**\n * A provider implementation for GHTorrent.\n *\/\nclass GHTorrentProvider extends Provider {\n\n  val dbUrl = s\"jdbc:mysql:\/\/${GHTorrentSettings.host}:${GHTorrentSettings.port}\/${GHTorrentSettings.database}\"\n  val dbDriver = \"com.mysql.jdbc.Driver\"\n\n  if (!GHTorrentSettings.validate)\n    throw new IllegalArgumentException(\"Invalid GHTorrent configuration.\")\n\n  lazy val Db = Database.forURL(dbUrl, GHTorrentSettings.username, GHTorrentSettings.password, driver = dbDriver).createSession()\n  lazy val mongoDb = new GHTorrentMongoDb(GHTorrentMongoSettings.host, GHTorrentMongoSettings.port, GHTorrentMongoSettings.username, GHTorrentMongoSettings.password, GHTorrentMongoSettings.database)\n\n  private var _owner: String = _\n  private var _repository: String = _\n\n  def owner = _owner\n  def repository = _repository\n\n  override val repositoryProvider: Option[RepositoryProvider] = Some(new GHTorrentRepositoryProvider(this))\n  override val commitProvider: Option[CommitProvider] = Some(new GHTorrentCommitProvider(this))\n  override def getDecorator(list: PullRequestList): PullRequestList = new GHTorrentDecorator(list, this)\n\n  override def init(provider: Provider): Future[Unit] = Future {\n    if (provider != null && provider.pullRequestProvider.orNull != null) {\n      _owner = provider.pullRequestProvider.get.owner\n      _repository = provider.pullRequestProvider.get.repository\n    }\n\n    \/\/ Execute test query\n    test()\n\n    \/\/ Open MongoDb\n    mongoDb.open()\n  }\n\n  def test(): Boolean = {\n    val status = StaticQuery.query[Unit, String](\"SHOW SESSION STATUS;\").list(Db)\n    status.length > 0\n  }\n\n  override def dispose(): Unit = {\n    try {\n      Db.close()\n      mongoDb.close()\n    } catch {\n      case _ :Exception =>\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"project\/Build.scala","text":"import sbt._\n\nobject AnalyzerBuild extends Build {\n  lazy val root = Project(id = \"analyzer\", base = file(\".\")) dependsOn dispatchGitHubProject\n  lazy val dispatchGitHubProject = GitHubDependency(\"erikvdv1\", \"dispatch-github\", \"0.1-SNAPSHOT\").toRootProject\n}\n\ncase class GitHubDependency(owner: String, repository: String, ref: String = \"master\") {\n  private val host = \"github.com\"\n  private def location = s\"$host\/$owner\/$repository.git#$ref\"\n  def toHttpsUri = uri(s\"https:\/\/$location\")\n  def toGitUri = uri(s\"git:\/\/$location\")\n  def toRootProject = RootProject(toGitUri)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentCommitProvider.scala","text":"package ghtorrent\n\nimport git.{CommitProvider, RepositoryProvider}\n\nimport scala.slick.jdbc.{StaticQuery => Q}\n\n\/**\n * An info getter implementation for the GHTorrent database.\n * @param provider The GHTorrent provider.\n *\/\nclass GHTorrentCommitProvider(val provider: GHTorrentProvider) extends CommitProvider {\n  lazy val repoId = provider.repositoryProvider match {\n    case Some(p: GHTorrentRepositoryProvider) => p.repoId\n    case _ => -1\n  }\n  lazy val commits = getCommitCount\n  implicit lazy val session = provider.Db\n\n  private def getCommitCount: Long =\n    getCommitCountQuery(repoId).firstOption.getOrElse(0).toLong\n\n  private lazy val getCommitCountQuery: Q[Int, Int] =\n    Q[Int, Int] +\n      \"\"\"SELECT\n        |COUNT(project_commits.commit_id)\n        |FROM\n        |project_commits\n        |WHERE\n        |project_commits.project_id = ?\"\"\".stripMargin\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheDecorator.scala","text":"package cache\n\nimport cache.CacheSchema.{TableNames, Tables}\nimport cache.models.{EmptyPairwiseList, CachedPullRequest}\nimport git._\n\nimport scala.slick.driver.SQLiteDriver.simple._\nimport scala.slick.jdbc.meta.MTable\n\n\/**\n * An info getter implementation that read\/writes from the cache.\n * @param provider The cache provider.\n *\/\nclass CacheDecorator(base: PullRequestList, val provider: CacheProvider) extends PullRequestDecorator(base) {\n  implicit lazy val session = provider.Db\n  lazy val mode = provider.mode\n  lazy val pairCache = provider.getPairwiseDecorator(new EmptyPairwiseList).asInstanceOf[CachePairwiseDecorator]\n  lazy val insertPull = Tables.pullRequests.insertInvoker\n  lazy val getPullsByKey = for {\n    sha <- Parameters[String]\n    p <- Tables.pullRequests\n    if p.sha === sha\n  } yield p\n\n  init()\n\n  override def decorate(pullRequest: PullRequest): PullRequest = {\n    val cachedPullOption = get(pullRequest)\n    if (mode == CacheMode.Read)\n      cachedPullOption match {\n        case Some(cachedPull) if mode == CacheMode.Read => cachedPull.fill(pullRequest)\n        case _ =>\n      }\n    else if (mode == CacheMode.Write)\n      cachedPullOption match {\n        case Some(cachedPull) if !cachedPull.represents(pullRequest) => insert(pullRequest)\n        case None => insert(pullRequest)\n        case _ => \/\/ Cache already up-to-date\n      }\n\n    \/\/ Retrieve or write merge status\n    val tmpPair = PullRequestPair(pullRequest, PullRequest(0, \"author\", pullRequest.shaTarget, \"shaTarget\", \"source\", \"target\"), pullRequest.isMergeable)\n    val pair = pairCache.decorate(tmpPair)\n    pullRequest.isMergeable = pair.isMergeable\n\n    pullRequest\n  }\n\n  private def get(pullRequest: PullRequest): Option[CachedPullRequest] = {\n    getPullsByKey(pullRequest.sha).firstOption\n  }\n\n  private def insert(pullRequest: PullRequest): Unit = {\n    insertPull.insertOrUpdate(CachedPullRequest(pullRequest))\n  }\n\n  def init(): Unit = {\n    val table = MTable.getTables(TableNames.pullRequests).list.headOption\n\n    \/\/ (Re)create table\n    table match {\n      case Some(t) => if (!t.getColumns.list.map(c => c.name).sameElements(CacheSchema.ColumnNames.pullRequests)) {\n          Tables.pullRequests.ddl.drop\n          Tables.pullRequests.ddl.create\n        }\n      case None => Tables.pullRequests.ddl.create\n    }\n\n    pairCache.init()\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/utils\/Stopwatch.scala","text":"package utils\n\nimport org.slf4j.LoggerFactory\n\n\/**\n * A very simple Stopwatch in Scala for Benchmarking\n * Source: http:\/\/thelastdegree.wordpress.com\/2012\/07\/11\/a-scala-stopmatch-for-benchmarking\/\n * @author the\/last\/degree\n * @see http:\/\/thelastdegree.wordpress.com\/2012\/07\/11\/a-scala-stopmatch-for-benchmarking\/\n *\/\nclass Stopwatch {\n\n  private val logger = LoggerFactory.getLogger(\"Stopwatch\")\n  private var startTime = -1L\n  private var lapTime = -1L\n  private var stopTime = -1L\n  private var running = false\n\n  def start(): Stopwatch = {\n    startTime = System.currentTimeMillis()\n    lapTime = startTime\n    running = true\n    this\n  }\n\n  def lap(): Stopwatch = {\n    lapTime = System.currentTimeMillis()\n    this\n  }\n\n  def stop(): Stopwatch = {\n    stopTime = System.currentTimeMillis()\n    running = false\n    this\n  }\n\n  def reset(): Stopwatch = {\n    startTime = -1\n    lapTime = -1\n    stopTime = -1\n    running = false\n    this\n  }\n\n  def isRunning: Boolean = running\n\n  def getElapsedTime = {\n    if (startTime == -1)\n      0L\n    else if (running)\n      System.currentTimeMillis() - startTime\n    else\n      stopTime - startTime\n  }\n\n  def getLapTime = {\n    if (lapTime == -1)\n      0L\n    else if (running)\n      System.currentTimeMillis() - lapTime\n    else\n      stopTime - lapTime\n  }\n\n  def print() = println(toString)\n\n  def printLap() = println(toLapString)\n\n  def printMinutes() = println(toStringInMinutes)\n\n  def printLapMinutes() = println(toLapStringInMinutes)\n\n  def log() = logger info toString\n\n  def logLap() = logger info toLapString\n\n  def logMinutes() = logger info toStringInMinutes\n\n  def logLapMinutes() = logger info toLapStringInMinutes\n\n  override def toString: String = f\"Total: $getElapsedTime%6d ms\"\n\n  def toLapString: String = f\"Lap: $getLapTime%6d ms $toString\"\n\n  def toStringInMinutes: String = f\"Total: ${msToMin(getElapsedTime)}s\"\n\n  def toLapStringInMinutes: String = f\"Lap: ${msToMin(getLapTime)}s $toStringInMinutes\"\n\n  private def msToMin(milliseconds: Long): String = {\n    val minutes = milliseconds \/ 60000\n    val seconds = (milliseconds % 60000) \/ 1000\n    f\"$minutes:$seconds%02d\"\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/Analyzer.scala","text":"import git._\nimport org.joda.time.DateTime\nimport org.slf4j.LoggerFactory\nimport output.JsonWriter\nimport settings.GeneralSettings\nimport utils.Extensions._\nimport utils.{ProgressMonitor, Stopwatch}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\n\nobject Analyzer {\n  val logger = LoggerFactory.getLogger(\"Analyzer\")\n  val stopwatch = new Stopwatch\n\n  def main(args: Array[String]): Unit = {\n    var loader: ProviderLoader = null\n\n    try {\n      stopwatch.start()\n      loader = new ProviderLoader\n      val monitor = new ProgressMonitor(GeneralSettings.monitorIntervalType, GeneralSettings.monitorIntervalValue)\n      val prProvider = loader.pullRequestProvider.orNull\n      val simplePulls = new ProviderToList(prProvider)\n      logger info s\"Setup - Done\"\n\n      \/\/ Check for update interval\n      val file = JsonWriter.getFile(GeneralSettings.outputDirectory, prProvider)\n      val expires = new DateTime(file.lastModified).plusSeconds(GeneralSettings.updateInterval)\n      if (DateTime.now.isBefore(expires)) {\n        logger warn s\"Skip - Already recently updated\"\n        return\n      }\n\n      logger info s\"Fetch - Start\"\n      val fetchGit: Future[Unit] = loader.init()\n      val fetchPulls = simplePulls.init()\n\n      \/\/ Wait for fetch to complete\n      Await.result(fetchGit, Duration.Inf)\n      Await.result(fetchPulls, Duration.Inf)\n      logger info s\"Fetch - End\"\n\n      logger info s\"Single - Start\"\n      val pullDecorator: PullRequestList = loader.getDecorator(simplePulls)\n      val decorationOfPulls = pullDecorator.get\n      monitor.setTotal(simplePulls.length)\n      monitor.incrementWhen(decorationOfPulls)\n\n      \/\/ Wait for decoration to complete\n      val pullRequests = Await.result(Future.sequence(decorationOfPulls), Duration.Inf)\n      logger info s\"Single - End\"\n\n      logger info s\"Total - Start\"\n      \/\/ Apply other set of decorators on the complete list\n      val total = new Total(pullRequests)\n      val totalDecorator: TotalList = loader.getTotalDecorator(total)\n      val decorationOfTotal = totalDecorator.get\n\n      \/\/ Wait for decoration to complete\n      val totalPullRequests = Await.result(decorationOfTotal, Duration.Inf)\n      logger info s\"Total - End\"\n\n      logger info s\"Pairwise - Start\"\n      val simplePairs = new Pairwise(totalPullRequests, GeneralSettings.pairTargetsEqual)\n      val pairDecorator: PairwiseList = loader.getPairwiseDecorator(simplePairs)\n      val decorationOfPairs = pairDecorator.get\n      monitor.reset()\n      monitor.setTotal(simplePairs.length)\n      monitor.incrementWhen(decorationOfPairs)\n\n      \/\/ Wait for decoration to complete\n      val pairs = Await.result(Future.sequence(decorationOfPairs), Duration.Inf)\n      logger info s\"Pairwise - End\"\n\n      \/\/ Output pull requests\n      logger info s\"Write - Start\"\n      val unpairedPullRequests = Pairwise.unpair(pairs)\n      JsonWriter.writePullRequests(GeneralSettings.outputDirectory, loader, unpairedPullRequests)\n      if (GeneralSettings.outputIndex)\n        JsonWriter.writeIndex(GeneralSettings.outputDirectory)\n      logger info s\"Write - End\"\n      stopwatch.logMinutes()\n    } catch {\n      case e: Exception =>\n        logger error s\"Error - ${e.getMessage}\"\n        logger error s\"Stack trace - Begin\\n${e.stackTraceToString}\"\n        logger error s\"Stack trace - End\"\n    } finally {\n      if (loader != null)\n        loader.dispose()\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/github\/GitHubRepositoryProvider.scala","text":"package github\n\nimport dispatch.github.GhRepository\nimport git.RepositoryProvider\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.Await\n\n\/**\n * An info getter implementation for the GHTorrent database.\n * @param provider The GHTorrent provider.\n *\/\nclass GitHubRepositoryProvider(val provider: GitHubProvider) extends RepositoryProvider {\n  lazy val defaultBranch = getDefaultBranch\n  lazy val branchTips = getBranchTips\n  lazy val repo = getRepository\n\n  private def getDefaultBranch: String = repo.default_branch\n\n  private def getRepository: GhRepository = {\n    val repository = GhRepository.get_repository(provider.owner, provider.repository)\n    Await.result(repository, Duration.Inf)\n  }\n\n  private def getBranchTips: Map[String, String] = {\n    val req = GhRepository.get_branches(provider.owner, provider.repository)\n    val branches = Await.result(req, Duration.Inf)\n    val tmp = branches map { b => (b.name, b.commit.sha) }\n    tmp.toMap\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheSettings.scala","text":"package cache\n\nimport settings.Settings\n\nobject CacheSettings {\n  val directory = Settings.get(\"cache.directory\").getOrElse(\"\")\n\n  def validate = directory != null &&\n    directory != \"\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/EmptyProvider.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass EmptyProvider extends Provider {\n  override val repositoryProvider: Option[RepositoryProvider] = Some(new EmptyRepositoryProvider)\n  override val pullRequestProvider: Option[PullRequestProvider] = Some(new EmptyPullRequestProvider)\n  override def getDecorator(list: PullRequestList): PullRequestList = list\n  override def getPairwiseDecorator(list: PairwiseList): PairwiseList = list\n}\n\nclass EmptyRepositoryProvider extends RepositoryProvider {\n  val commits = 0L\n  val defaultBranch = \"master\"\n  val branchTips = Map[String, String]()\n}\n\nclass EmptyPullRequestProvider extends PullRequestProvider {\n  val get = Future(List[PullRequest]())\n\n  val source = \"\"\n\n  val owner = \"\"\n\n  val repository = \"\"\n\n  val ssh = \"\"\n\n  val https = \"\"\n\n  val remotePullHeads = \"\"\n\n  val remoteHeads = \"\"\n}"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentSettings.scala","text":"<filename>src\/main\/scala\/ghtorrent\/GHTorrentSettings.scala\npackage ghtorrent\n\nimport settings.Settings\n\nobject GHTorrentSettings {\n  val host = Settings.get(\"ghtorrent.host\").getOrElse(\"localhost\")\n  val port = Settings.get(\"ghtorrent.port\").map(p => p.toInt).getOrElse(3306)\n  val username = Settings.get(\"ghtorrent.username\").getOrElse(\"\")\n  val password = Settings.get(\"ghtorrent.password\").getOrElse(\"\")\n  val database = Settings.get(\"ghtorrent.database\").getOrElse(\"\")\n\n  def validate = host != null &&\n    host != \"\" &&\n    port != 0 &&\n    username != null &&\n    username != \"\" &&\n    password != null &&\n    password != \"\" &&\n    database != null &&\n    database != \"\"\n}\n\nobject GHTorrentMongoSettings {\n  val host = Settings.get(\"ghtorrent.mongodb.host\").getOrElse(\"localhost\")\n  val port = Settings.get(\"ghtorrent.mongodb.port\").map(p => p.toInt).getOrElse(27017)\n  val username = Settings.get(\"ghtorrent.mongodb.username\").getOrElse(\"\")\n  val password = Settings.get(\"ghtorrent.mongodb.password\").getOrElse(\"\")\n  val database = Settings.get(\"ghtorrent.mongodb.database\").getOrElse(\"\")\n  val repositoriesCollection = Settings.get(\"ghtorrent.mongodb.collection.repositories\").getOrElse(\"\")\n  val issueCommentsCollection = Settings.get(\"ghtorrent.mongodb.collection.issue.comments\").getOrElse(\"\")\n  val reviewCommentCollection = Settings.get(\"ghtorrent.mongodb.collection.pullrequest.comments\").getOrElse(\"\")\n\n  def validate = host != null &&\n    host != \"\" &&\n    port != 0 &&\n    username != null &&\n    username != \"\" &&\n    password != null &&\n    password != \"\" &&\n    database != null &&\n    database != \"\" &&\n    repositoriesCollection != null &&\n    repositoriesCollection != \"\" &&\n    issueCommentsCollection != null &&\n    issueCommentsCollection != \"\" &&\n    reviewCommentCollection != null &&\n    reviewCommentCollection != \"\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheMode.scala","text":"package cache\n\n\/**\n * An enum type for merge results.\n *\/\nobject CacheMode extends Enumeration {\n  type CacheMode = Value\n  val None, Read, Write = Value\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/TotalList.scala","text":"package git\n\nimport scala.concurrent.Future\n\ntrait TotalList {\n  def get: Future[List[PullRequest]]\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentException.scala","text":"<filename>src\/main\/scala\/ghtorrent\/GHTorrentException.scala\npackage ghtorrent\n\ncase class GHTorrentException(message: String) extends  Exception(message)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/settings\/Settings.scala","text":"package settings\n\nimport java.io.{BufferedReader, FileNotFoundException, InputStreamReader}\nimport java.util.Properties\n\nimport scala.collection.JavaConverters._\n\nobject GeneralSettings {\n  lazy val updateInterval = Settings.get(\"update.interval\").map(p => p.toInt).getOrElse(120)\n  lazy val pairTargetsEqual = Settings.get(\"pairs.targets.equal\").map(c => c.toBoolean).getOrElse(true)\n  lazy val outputDirectory = Settings.get(\"output.directory\").getOrElse(\"\")\n  lazy val outputIndex = Settings.get(\"output.index\").map(c => c.toBoolean).getOrElse(false)\n  lazy val monitorIntervalType = Settings.get(\"monitor.interval.type\").getOrElse(\"percentage\")\n  lazy val monitorIntervalValue = Settings.get(\"monitor.interval.value\").map(p => p.toInt).getOrElse(10)\n}\n\nobject ProviderSettings {\n  lazy val repository = Settings.get(\"provider.repository\")\n  lazy val commits = Settings.get(\"provider.commits\")\n  lazy val pullRequests = Settings.get(\"provider.requests\")\n\n  lazy val single = Settings.get(\"decorators.single\") match {\n    case Some(list) => list.split(',').toList; case _ => List()\n  }\n\n  lazy val total = Settings.get(\"decorators.total\") match {\n    case Some(list) => list.split(',').toList; case _ => List()\n  }\n\n  lazy val pairwise = Settings.get(\"decorators.pairwise\") match {\n    case Some(list) => list.split(',').toList; case _ => List()\n  }\n\n  lazy val all = List(\n    repository match { case Some(p) => List(p); case _ => List() },\n    commits match { case Some(p) => List(p); case _ => List() },\n    pullRequests match { case Some(p) => List(p); case _ => List() },\n    single,\n    total,\n    pairwise\n  ).flatten\n}\n\n\/**\n * Settings object that holds the client properties.\n *\/\nobject Settings {\n  val fileName = \"settings.properties\"\n  val resource = getClass.getResourceAsStream(\"\/\" + fileName)\n  val data = read\n\n  \/**\n   * @param property The name of the property.\n   * @return True iff there exists a property with the give name.\n   *\/\n  def has(property: String): Boolean =\n    data.get(property).isDefined\n\n  \/**\n   * @param property The name of the property.\n   * @return The value of the property.\n   *\/\n  def get(property: String): Option[String] =\n    data.get(property)\n\n  \/**\n   * Read the properties from the config file.\n   * @return A map with the properties.\n   *\/\n  private def read: Map[String, String] = {\n    if (resource == null)\n      throw new FileNotFoundException(\n        s\"The configuration file was not found. Please make sure you copied $fileName.dist to $fileName.\")\n\n    \/\/ Read properties file\n    val reader = new BufferedReader(new InputStreamReader(resource, java.nio.charset.StandardCharsets.UTF_8))\n    val props = new Properties\n    props.load(reader)\n    props.readSystemOverride()\n    props.asScala.toMap\n  }\n\n  implicit class RichProperties(properties: Properties) {\n    def readSystemOverride(): Unit = {\n      val keys = properties.keySet().asScala.collect({ case str: String => str })\n\n      keys.foreach(key => {\n        val propOverride = System.getProperty(key)\n        if (propOverride != null)\n          properties.put(key, propOverride)\n      })\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/Total.scala","text":"package git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass Total(list: List[PullRequest]) extends TotalList {\n  override def get: Future[List[PullRequest]] = Future(list)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitMerger.scala","text":"package jgit\n\nimport git.{PullRequest, PullRequestDecorator, PullRequestList}\nimport jgit.JGitExtensions._\nimport jgit.JGitProvider._\n\n\/**\n * An info getter implementation for the JGit library.\n * @param provider The JGit provider.\n *\/\nclass JGitMerger(base: PullRequestList, val provider: JGitProvider) extends PullRequestDecorator(base) {\n  lazy val repo = provider.repository\n\n  override def decorate(pullRequest: PullRequest): PullRequest = {\n    if (!hasMergeInfo(pullRequest)) {\n      val result = repo.isMergeable(pullRef(pullRequest), targetRef(pullRequest))\n      pullRequest.isMergeable = Some(MergeResult.isSuccess(result))\n    }\n\n    pullRequest\n  }\n\n  def hasMergeInfo(pullRequest: PullRequest): Boolean = pullRequest.isMergeable.isDefined\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/output\/PullRequestJsonFormat.scala","text":"package output\n\nimport git.PullRequest\nimport org.joda.time.format.ISODateTimeFormat\nimport output.JsonProtocol._\nimport spray.json._\n\nobject PullRequestJsonFormat extends RootJsonFormat[PullRequest] {\n  def write(pr: PullRequest) = {\n    val df = ISODateTimeFormat.dateTime\n\n    val jsonAst = JsObject(\n      \"number\" -> pr.number.toJson,\n      \"author\" -> pr.author.toJson,\n      \"sha\" -> pr.sha.toJson,\n      \"source\" -> pr.source.toJson,\n      \"target\" -> pr.target.toJson,\n      \"title\" -> pr.title.toJson,\n      \"createdAt\" -> pr.createdAtUtc.map(d => d.toString(df)).toJson,\n      \"updatedAt\" -> pr.updatedAtUtc.map(d => d.toString(df)).toJson,\n      \"linesAdded\" -> pr.linesAdded.toJson,\n      \"linesDeleted\" -> pr.linesDeleted.toJson,\n      \"filesChanged\" -> pr.filesChanged.toJson,\n      \"commits\" -> pr.commits.toJson,\n      \"avatar\" -> pr.avatar.toJson,\n      \"coreMember\" -> pr.coreMember.toJson,\n      \"comments\" -> pr.comments.toJson,\n      \"reviewComments\" -> pr.reviewComments.toJson,\n      \"labels\" -> pr.labels.toJson,\n      \"milestone\" -> pr.milestone.toJson,\n      \"type\" -> pr.`type`.map(t => t.toString).toJson,\n      \"isMergeable\" -> pr.isMergeable.toJson,\n      \"conflictsWith\" -> pr.conflictsWithNumbers.toJson,\n      \"contributedCommits\" -> pr.contributedCommits.toJson,\n      \"acceptedPullRequests\" -> pr.acceptedPullRequests.toJson,\n      \"totalPullRequests\" -> pr.totalPullRequests.toJson,\n      \"hasTestCode\" -> pr.hasTestCode.toJson,\n      \"important\" -> pr.important.toJson\n    )\n    jsonAst\n  }\n\n  def read(value: JsValue) = null\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PairwiseList.scala","text":"package git\n\nimport scala.concurrent.Future\n\ntrait PairwiseList {\n  def get: List[Future[PullRequestPair]]\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/utils\/ProgressMonitor.scala","text":"<filename>src\/main\/scala\/utils\/ProgressMonitor.scala\npackage utils\n\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass ProgressMonitor(intervalType: String = \"percentage\", intervalValue: Int = 10) {\n  private val logger = LoggerFactory.getLogger(\"Progress\")\n\n  private var total = 0L\n  private var current = 0L\n  private var lastInterval = 0L\n\n  def reset(): Unit = this.synchronized {\n    total = 0L\n    current = 0L\n    lastInterval = 0L\n  }\n\n  def setTotal(value: Long): Unit = this.synchronized {\n    total = value\n  }\n\n  def reportProgress(value: Long): Unit = this.synchronized {\n    current = value\n    report(isDone)\n  }\n\n  def increment(): Unit = this.synchronized {\n    current += 1\n    report(isDone)\n  }\n\n  def incrementWhen(futures: List[Future[AnyRef]]): Unit = this.synchronized {\n    futures.foreach { f => incrementWhen(f) }\n  }\n\n  def incrementWhen(future: Future[AnyRef]): Unit = this.synchronized {\n    future.onComplete { case _ => increment() }\n  }\n\n  def isDone: Boolean = current >= total\n\n  private def report(force: Boolean = false): Unit = {\n    \/\/ Restrict frequency\n    if (!force && !mayUpdate)\n      return\n\n    if (total > 0)\n      logger info f\"$percentage%% ($current\/$total)\"\n    else\n      logger info s\"$current\"\n\n    lastInterval = currentInterval\n  }\n\n  private def percentage = (current*100\/total).toInt\n\n  private def currentInterval: Long = intervalType match {\n    case \"time\" => System.currentTimeMillis\n    case \"percentage\" => percentage\n    case _ => 0L\n  }\n\n  private def mayUpdate: Boolean = intervalType match {\n    case \"time\" => System.currentTimeMillis - lastInterval >= intervalValue\n    case \"percentage\" => percentage - lastInterval >= intervalValue\n    case \"absolute\" => current % intervalValue == 0\n    case _ => false\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/RepositoryProvider.scala","text":"package git\n\n\/**\n * Offers the functionality to get data about the repository.\n *\/\ntrait RepositoryProvider {\n  def defaultBranch: String\n  def branchTips: Map[String, String] \/\/ name -> sha\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/User.scala","text":"package ghtorrent.models\n\ncase class User(id: Int, login: String)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitPairwiseMerger.scala","text":"<filename>src\/main\/scala\/jgit\/JGitPairwiseMerger.scala\npackage jgit\n\nimport git._\nimport jgit.JGitExtensions._\nimport jgit.JGitProvider._\n\n\/**\n * An info getter implementation for the JGit library.\n * @param provider The JGit provider.\n *\/\nclass JGitPairwiseMerger(base: PairwiseList, val provider: JGitProvider) extends PairwiseDecorator(base) {\n  val repo = provider.repository\n\n  override def decorate(pair: PullRequestPair): PullRequestPair = {\n    if (pair.isMergeable.isDefined)\n      return pair\n\n    val result = repo.isMergeable(pullRef(pair.pr1), pullRef(pair.pr2))\n    pair.isMergeable = Some(MergeResult.isSuccess(result))\n    pair\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/DiffFileNameFilter.scala","text":"package jgit\n\nimport java.util\n\nimport org.eclipse.jgit.diff.DiffEntry\nimport org.eclipse.jgit.revwalk.RevCommit\nimport org.eclipse.jgit.revwalk.filter.RevFilter\nimport org.gitective.core.filter.commit.{CommitDiffFilter, CommitFilter, DiffFileCountFilter}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable\n\n\/**\n * Filter that tracks the file names\n *\/\nclass DiffFileNameFilter(detectRenames: Boolean = false) extends CommitDiffFilter(detectRenames) {\n\n  private val files: mutable.MutableList[String] = mutable.MutableList()\n\n  \/**\n   * @return files\n   *\/\n  def getFiles: List[String] = files.distinct.toList\n\n  override def include(commit: RevCommit, diffs: util.Collection[DiffEntry]): Boolean = {\n    val newFiles = diffs.toList.map(d => List(d.getOldPath, d.getNewPath)).flatten\n    files ++= newFiles\n    true\n  }\n\n  override def reset: CommitFilter = {\n    files.clear()\n    super.reset\n  }\n\n  override def clone: RevFilter = new DiffFileCountFilter(detectRenames)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequestPair.scala","text":"package git\n\ncase class PullRequestPair(pr1: PullRequest,\n                           pr2: PullRequest,\n                           var isMergeable: Option[Boolean] = None\n                           ) {\n\n  def tuple: (PullRequest, PullRequest) = (pr1, pr2)\n\n  override def toString: String =\n    s\"#${pr1.number}: '${pr1.source}' into #${pr2.number}: '${pr2.source}'\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequestProvider.scala","text":"<filename>src\/main\/scala\/git\/PullRequestProvider.scala\npackage git\n\nimport scala.concurrent.Future\n\n\/**\n * Offers the functionality to get pull requests.\n *\/\ntrait PullRequestProvider {\n  def get: Future[List[PullRequest]]\n\n  def source: String\n\n  def owner: String\n\n  def repository: String\n\n  def ssh: String\n\n  def https: String\n\n  def remotePullHeads: String\n\n  def remoteHeads: String\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitSettings.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage jgit\n\nimport settings.Settings\n\nobject JGitSettings {\n  val directory = Settings.get(\"jgit.directory\").getOrElse(\"\")\n  val clean = Settings.get(\"jgit.clean\").map(c => c.toBoolean).getOrElse(false)\n\n  def validate = directory != null &&\n    directory != \"\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitMemoryMerger.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer<gh_stars>1-10\npackage jgit\n\nimport org.eclipse.jgit.lib.Repository\nimport org.eclipse.jgit.merge.RecursiveMerger\n\n\/**\n * A merger object which performs merges in-memory instead of on the disk. This results in faster merges.\n * @param local The local repository.\n *\/\nclass JGitMemoryMerger(local: Repository) extends RecursiveMerger(local, true)\n\/\/  override def merge(tips: AnyObjectId*): Boolean = {\n\/\/    \/\/ Do stuff here\n\/\/    super.merge(tips: _*)\n\/\/  }\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PairwiseDecorator.scala","text":"<filename>src\/main\/scala\/git\/PairwiseDecorator.scala<gh_stars>1-10\npackage git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n * Offers the functionality to get data about the repository.\n *\/\nabstract class PairwiseDecorator(val base: PairwiseList) extends PairwiseList {\n  override def get: List[Future[PullRequestPair]] = {\n    base.get.map {future => for (pr <- future) yield decorate(pr) }\n  }\n\n  def decorate(pair: PullRequestPair): PullRequestPair = pair\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/Issue.scala","text":"package ghtorrent.models\n\ncase class Issue(id: Int, pullRequestId: Int)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ProviderLoader.scala","text":"<filename>src\/main\/scala\/ProviderLoader.scala\nimport cache.{CacheReadProvider, CacheWriteProvider}\nimport ghtorrent.GHTorrentProvider\nimport git._\nimport github.GitHubProvider\nimport jgit.JGitProvider\nimport predictor.PredictorProvider\nimport settings._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass ProviderLoader extends Provider {\n  private val providers = scala.collection.mutable.Map[String, Provider]()\n\n  override val repositoryProvider: Option[RepositoryProvider] = for {\n    name <- ProviderSettings.repository\n    provider <- getProvider(name)\n    repo <- provider.repositoryProvider\n  } yield repo\n\n  override val commitProvider: Option[CommitProvider] = for {\n    name <- ProviderSettings.commits\n    provider <- getProvider(name)\n    repo <- provider.commitProvider\n  } yield repo\n\n  override val pullRequestProvider: Option[PullRequestProvider] = for {\n    name <- ProviderSettings.pullRequests\n    provider <- getProvider(name)\n    pullRequests <- provider.pullRequestProvider\n  } yield pullRequests\n\n  override def getDecorator(list: PullRequestList): PullRequestList = {\n    val providers = ProviderSettings.single.map(getProvider).flatMap(o => o)\n\n    var decorator = list\n    providers.foreach { provider =>\n      decorator = provider.getDecorator(decorator)\n    }\n    decorator\n  }\n\n  override def getTotalDecorator(list: TotalList): TotalList = {\n    val providers = ProviderSettings.total.map(getProvider).flatMap(o => o)\n\n    var decorator = list\n    providers.foreach { provider =>\n      decorator = provider.getTotalDecorator(decorator)\n    }\n    decorator\n  }\n\n  override def getPairwiseDecorator(list: PairwiseList): PairwiseList = {\n    val providers = ProviderSettings.pairwise.map(getProvider).flatMap(o => o)\n\n    var decorator = list\n    providers.foreach { provider =>\n      decorator = provider.getPairwiseDecorator(decorator)\n    }\n    decorator\n  }\n\n  override def init(provider: Provider = null): Future[Unit] = {\n    loadAll()\n    val future = Future.sequence(providers.values.map(p => p.init(this)))\n    for(f <- future) yield {}\n  }\n\n  override def dispose(): Unit = {\n    providers.values\n      .filter(p => p != null)\n      .foreach(p => p.dispose())\n  }\n\n  private def loadAll(): Unit = {\n    ProviderSettings.all.map(getProvider)\n  }\n\n  private def getProvider(name: String): Option[Provider] = {\n    if (!providers.contains(name))\n      for (provider <- createProvider(name))\n        providers += name -> provider\n\n    providers.get(name)\n  }\n\n  private def createProvider(name: String): Option[Provider] = {\n    name match {\n      case \"cache-read\" => Some(new CacheReadProvider)\n      case \"cache-write\" => Some(new CacheWriteProvider)\n      case \"ghtorrent\" => Some(new GHTorrentProvider)\n      case \"github\" => Some(new GitHubProvider)\n      case \"jgit\" => Some(new JGitProvider)\n      case \"predictor\" => Some(new PredictorProvider)\n      case \"none\" => Some(new EmptyProvider)\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/output\/JsonProtocol.scala","text":"package output\n\nimport spray.json._\n\nobject JsonProtocol extends DefaultJsonProtocol {\n  implicit val jodaFormat = JodaJsonFormat\n  implicit val pullRequestFormat = PullRequestJsonFormat\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentMongoDb.scala","text":"<filename>src\/main\/scala\/ghtorrent\/GHTorrentMongoDb.scala\npackage ghtorrent\n\nimport com.mongodb._\nimport com.mongodb.casbah.commons.MongoDBObject\nimport org.bson.types.ObjectId\n\nclass GHTorrentMongoDb(host: String, port: Int, username: String, password: String, databaseName: String) {\n  private var client: MongoClient = _\n  private var database: DB = _\n  private var connected: Boolean = _\n\n  def isOpen: Boolean = connected\n\n  def open(): GHTorrentMongoDb = {\n    if (connected)\n      return this\n\n    val server = new ServerAddress(host, port)\n\n    val options = new MongoClientOptions.Builder()\n      .connectTimeout(30000)\n      .socketTimeout(30000)\n      .readPreference(ReadPreference.secondaryPreferred())\n      .build()\n\n    client = if (username != null && username.nonEmpty) {\n      val credential = MongoCredential.createMongoCRCredential(username, databaseName, password.toCharArray)\n      new MongoClient(server, java.util.Arrays.asList(credential), options)\n    } else {\n      new MongoClient(server, options)\n    }\n\n    database = client.getDB(databaseName)\n    connected = true\n\n    this\n  }\n\n  def getById(collectionName: String, objectId: String, select: List[String]) : Map[String, Any] = {\n    if (objectId == \"\")\n      return Map()\n\n    val res = getByKey(collectionName, List(\"_id\" -> new ObjectId(objectId)), select)\n    res\n  }\n\n  def getByKey(collectionName: String, key: List[(String, Any)], select: List[String]) : Map[String, Any] = {\n    if (key.exists { case (k, v) => k == null || k == \"\" })\n      return Map()\n\n    val query = MongoDBObject(key)\n\n    val fields = new BasicDBObject()\n    select.foreach(f => fields.put(f, 1))\n\n    val collection = database.getCollection(collectionName)\n    val result = collection.findOne(query, fields)\n    select\n      .map(f => getField[Any](result, f).map(v => (f, v)))\n      .flatten\n      .toMap\n  }\n\n  private def getField[T](obj: DBObject, fullPath: String): Option[T] = {\n    def iteration(x: Any, path: Array[String]): Option[T] = {\n      x match {\n        case l: BasicDBList => Some(l.toArray.toList.map(e => iteration(e, path)).asInstanceOf[T])\n        case o: DBObject => iteration(o.get(path.head), path.tail)\n        case s: String => Some(s.asInstanceOf[T])\n        case i: Int => Some(i.asInstanceOf[T])\n        case _ => None\n      }\n    }\n    iteration(obj, fullPath.split(\"\"\"\\.\"\"\"))\n  }\n\n  def close(): Unit = {\n    connected = false\n    if (client != null)\n      client.close()\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/github\/GitHubDecorator.scala","text":"package github\n\nimport dispatch.github.{GhIssue, GhPullRequest}\nimport git.{PullRequest, PullRequestDecorator, PullRequestList, PullRequestType}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\n\n\/**\n * An info getter implementation for the GitHub API.\n * @param provider The GitHub API provider.\n *\/\nclass GitHubDecorator(base: PullRequestList, val provider: GitHubProvider) extends PullRequestDecorator(base) {\n  lazy val owner = provider.owner\n  lazy val repository = provider.repository\n\n  override def decorate(pullRequest: PullRequest): PullRequest = {\n    if (!hasStats(pullRequest))\n      enrichStats(pullRequest)\n\n    if (!hasIssueStats(pullRequest))\n      enrichWithIssue(pullRequest)\n\n    pullRequest\n  }\n\n  private def hasStats(pullRequest: PullRequest): Boolean = pullRequest.commits.isDefined\n\n  private def hasIssueStats(pullRequest: PullRequest): Boolean = pullRequest.`type`.isDefined\n\n  private def enrichWithIssue(pullRequest: PullRequest): PullRequest = {\n    val waitIssue = GhIssue.get_issue(owner, repository, pullRequest.number)\n    val issue = Await.result(waitIssue, Duration.Inf)\n\n    val labels = issue.labels.map{l => l.name}.mkString(\", \")\n    val words = labels + \", \" + issue.title\n    pullRequest.`type` = Some(PullRequestType.parse(words)) \/\/ (security fixes > bug fixes > refactoring > features > documentation)\n    pullRequest.comments = Some(issue.comments)\n    pullRequest.milestone = Some(issue.milestone.fold(0)(m => m.number))\n    pullRequest\n  }\n\n  private def enrichStats(pullRequest: PullRequest): PullRequest = {\n    val waitPr = GhPullRequest.get_pull_request(owner, repository, pullRequest.number)\n    val pr = Await.result(waitPr, Duration.Inf)\n\n    pullRequest.isMergeable = Some(pr.mergeable)\n    pullRequest.commits = Some(pr.commits)\n    pullRequest.linesAdded = Some(pr.additions)\n    pullRequest.linesDeleted = Some(pr.deletions)\n    pullRequest.filesChanged = Some(pr.changed_files)\n    pullRequest\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/Provider.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ntrait Provider {\n  val repositoryProvider: Option[RepositoryProvider] = None\n  val commitProvider: Option[CommitProvider] = None\n  val pullRequestProvider: Option[PullRequestProvider] = None\n  def getDecorator(list: PullRequestList): PullRequestList = list\n  def getTotalDecorator(list: TotalList): TotalList = list\n  def getPairwiseDecorator(list: PairwiseList): PairwiseList = list\n\n  def init(provider: Provider): Future[Unit] = Future {}\n  def dispose(): Unit = {}\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/PullRequestAction.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer<filename>src\/main\/scala\/ghtorrent\/models\/PullRequestAction.scala\npackage ghtorrent.models\n\ncase class PullRequestAction(pullRequestId: Int, userId: Int, action: String)"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/models\/EmptyPairwiseList.scala","text":"package cache.models\n\nimport git.{PullRequestPair, PairwiseList}\n\nimport scala.concurrent.Future\n\nclass EmptyPairwiseList extends PairwiseList {\n  override def get: List[Future[PullRequestPair]] = List()\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitProvider.scala","text":"package jgit\n\nimport java.io.{File, FileNotFoundException}\n\nimport git._\nimport jgit.JGitExtensions._\nimport jgit.JGitProvider._\nimport org.eclipse.jgit.api.Git\nimport org.eclipse.jgit.lib.{ConfigConstants, TextProgressMonitor}\nimport org.eclipse.jgit.storage.file.FileRepositoryBuilder\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n * A provider implementation for the JGit library.\n *\/\nclass JGitProvider extends Provider {\n  val remote = \"pulls\"\n  val dotGit = \".git\"\n  val repoDirectory = JGitSettings.directory\n  val gitDir = if (repoDirectory != null && repoDirectory.endsWith(dotGit)) repoDirectory else repoDirectory + File.separator + dotGit\n\n  \/\/ Check if directory exists\n  if (!JGitSettings.validate)\n    throw new IllegalArgumentException(\"Invalid jgit configuration.\")\n\n  \/\/ Check if directory exists\n  if (gitDir == null || gitDir == \"\" || !new File(gitDir).isDirectory)\n    throw new FileNotFoundException(s\"Repository directory $repoDirectory not found.\")\n\n  lazy val repository = new FileRepositoryBuilder().setGitDir(new File(gitDir))\n    .readEnvironment \/\/ scan environment GIT_* variables\n    .findGitDir \/\/ scan the file system tree\n    .build\n\n  \/\/ Create git client\n  lazy val git: Git = new Git(repository)\n\n  override def getDecorator(list: PullRequestList): PullRequestList = new JGitDecorator(new JGitMerger(list, this), this)\n  override def getPairwiseDecorator(list: PairwiseList): PairwiseList = new JGitPairwiseMerger(list, this)\n\n  override def init(provider: Provider): Future[Unit] = {\n    \/\/ Force lazy value evaluation\n    git\n    fetch(provider.pullRequestProvider.orNull)\n  }\n\n  override def dispose(): Unit = {\n    if (JGitSettings.clean)\n      clean()\n\n    git.close()\n    repository.close()\n  }\n\n  def fetch(provider: PullRequestProvider): Future[Unit] = {\n    \/\/ Add pull requests to config\n    val config = repository.getConfig\n    val pulls = s\"+${provider.remotePullHeads}:${pullRef(\"*\")}\"\n    val heads = s\"+${provider.remoteHeads}:${targetRef(\"*\")}\"\n    config.setString(ConfigConstants.CONFIG_REMOTE_SECTION, remote,\n      ConfigConstants.CONFIG_KEY_URL, provider.ssh)\n    config.setStringList(ConfigConstants.CONFIG_REMOTE_SECTION, remote,\n      ConfigConstants.CONFIG_FETCH_SECTION, List(heads, pulls).asJava)\n\n    \/\/ Fetch pull requests from remote\n    val monitor = new TextProgressMonitor()\n    val cmd = git.fetch.setRemote(remote).setProgressMonitor(monitor)\n    Future { cmd.call }\n  }\n\n  def clean(garbageCollect: Boolean = false): Unit = {\n    \/\/ Remove pull requests from config\n    val config = repository.getConfig\n    config.unsetSection(ConfigConstants.CONFIG_REMOTE_SECTION, remote)\n\n    \/\/ Remove pull request refs\n    val refs = repository.getRefDatabase.getRefs(pullRef(\"\")).values.asScala ++\n      repository.getRefDatabase.getRefs(targetRef(\"\")).values.asScala\n    val uRefs = refs map {\n      ref => repository.updateRef(ref.getName)\n    }\n    uRefs.foreach(_.forceDelete())\n\n    if (garbageCollect)\n      git.gc.call\n  }\n}\n\nobject JGitProvider {\n  \/**\n   * Returns the ref string for the head of given pull request.\n   * E.g. `\"refs\/pulls\/``*``\"`.\n   * @param pr The name or number of the pull request or a wildcard (`*`).\n   * @return The ref path to pull request.\n   *\/\n  def pullRef(pr: String): String = s\"refs\/pulls\/$pr\"\n\n  \/**\n   * Returns the ref string for the head of given pull request.\n   * E.g. `\"refs\/pulls\/123\"`.\n   * @param pr The pull request.\n   * @return The ref path to pull request.\n   *\/\n  def pullRef(pr: PullRequest): String = pullRef(pr.number.toString)\n\n  \/**\n   * Returns the ref string for the merge target of the given pull request.\n   * E.g. `\"refs\/pulls\/targets\/``*``\"`.\n   * @param pr The name or number of the pull request or a wildcard (`*`).\n   * @return The ref path to pull request.\n   *\/\n  def targetRef(pr: String): String = s\"refs\/pulls\/targets\/$pr\"\n\n  \/**\n   * Returns the ref string for the merge target of the given pull request.\n   * E.g. `\"refs\/pulls\/targets\/master\"`.\n   * @param pr The pull request.\n   * @return The ref path to pull request.\n   *\/\n  def targetRef(pr: PullRequest): String = targetRef(pr.target)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequestList.scala","text":"package git\n\nimport scala.concurrent.Future\n\ntrait PullRequestList {\n  def get: List[Future[PullRequest]]\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentDecorator.scala","text":"<filename>src\/main\/scala\/ghtorrent\/GHTorrentDecorator.scala\npackage ghtorrent\n\nimport java.sql.Timestamp\nimport java.sql.Date\n\nimport ghtorrent.GHTorrentSchema.Tables\nimport git.{PullRequest, PullRequestDecorator, PullRequestList}\n\nimport scala.slick.driver.MySQLDriver.simple._\n\n\/**\n * An info getter implementation for the GHTorrent database.\n * @param provider The GHTorrent provider.\n *\/\nclass GHTorrentDecorator(base: PullRequestList, val provider: GHTorrentProvider) extends PullRequestDecorator(base) {\n  implicit lazy val session = provider.Db\n  lazy val owner = provider.owner\n  lazy val repo = provider.repository\n  lazy val repoId = provider.repositoryProvider match {\n    case Some(p: GHTorrentRepositoryProvider) => p.repoId\n    case _ => -1\n  }\n\n  override def decorate(pullRequest: PullRequest): PullRequest = {\n    if (!pullRequest.intraBranch.isDefined)\n      pullRequest.intraBranch = Some(getIntraBranch(pullRequest.number))\n\n    if (!pullRequest.contributedCommits.isDefined)\n      pullRequest.contributedCommits = Some(getCommitCount(pullRequest.author))\n\n    if (!pullRequest.totalPullRequests.isDefined) {\n      val (total, accepted) = getOtherPullRequests(pullRequest.author)\n      pullRequest.totalPullRequests = Some(total)\n      pullRequest.acceptedPullRequests = Some(accepted)\n    }\n\n    if (!pullRequest.coreMember.isDefined)\n      pullRequest.coreMember = Some(isCoreMember(pullRequest.author))\n\n    if (!pullRequest.comments.isDefined)\n      pullRequest.comments = Some(getCommentCount(pullRequest.number))\n\n    if (!pullRequest.reviewComments.isDefined)\n      pullRequest.reviewComments = Some(getReviewCommentCount(pullRequest.number))\n\n    if (!pullRequest.labels.isDefined)\n      pullRequest.labels = Some(getLabels(pullRequest.number))\n\n    if (!pullRequest.lastCommentMention.isDefined)\n      pullRequest.lastCommentMention = Some(getLastCommentMention(pullRequest.number))\n\n    pullRequest\n  }\n\n  private def getOtherPullRequests(author: String): (Int, Int) = {\n    val total = queryPullRequestCount(repoId, author, \"opened\").run\n    val accepted = queryPullRequestCount(repoId, author, \"merged\").run\n    (total, accepted)\n  }\n\n  private def getIntraBranch(number: Int): Boolean =\n    queryIntraBranch(repoId, number).run == 1\n\n  private def getCommitCount(author: String): Int =\n    queryCommitCount(repoId, author).run\n\n  private def isCoreMember(author: String): Boolean =\n    queryCoreMember(repoId, author).firstOption.isDefined\n\n  private def getCommentCount(number: Int): Int =\n    queryCommentCount(repoId, number).run\n\n  private def getReviewCommentCount(number: Int): Int =\n    queryReviewCommentCount(repoId, number).run\n\n  private def getLabels(number: Int): List[String] =\n    queryLabels(repoId, number).run.toList\n\n  private def getLastCommentMention(number: Int): Boolean = {\n    val extRefIds = List[Option[(String, String, Timestamp)]](\n      queryLastIssueComment(repoId,  number).firstOption.map { case (id, date) => (GHTorrentMongoSettings.issueCommentsCollection, id, date) },\n      queryLastReviewComment(repoId, number).firstOption.map { case (id, date) => (GHTorrentMongoSettings.reviewCommentCollection, id, date) }\n    )\n\n    val comments = extRefIds.flatten\n    if (comments.isEmpty)\n      return false\n\n    val (collection, cid, _) = comments.maxBy { case (_, _, date) => date.getTime }\n    val body = getCommentBody(collection, cid)\n    val regex = \"(?:\\\\s|^)@[a-zA-Z0-9]+\".r\n    body != null && regex.findFirstMatchIn(body).isDefined\n  }\n\n  private def getCommentBody(collection: String, extRefId: String): String = {\n    val fields = List(\"body\")\n\n    val obj = provider.mongoDb.getById(collection, extRefId, fields)\n    obj.getOrElse(\"body\", \"\").asInstanceOf[String]\n  }\n\n  private lazy val queryIntraBranch = for {\n    (repoId, prNumber) <- Parameters[(Int, Int)]\n    p <- Tables.pullRequests\n    \/\/ Where\n    if p.baseRepoId === repoId\n    if p.number === prNumber\n  } yield p.intraBranch\n\n  private lazy val queryCommentCount = {\n    def commentCount(repoId: Column[Int], prNumber: Column[Int]) =\n      (for {\n        p <- Tables.pullRequests\n        i <- Tables.issues\n        c <- Tables.comments\n        \/\/ Join\n        if p.id === i.pullRequestId\n        if i.id === c.issueId\n        \/\/ Where\n        if p.baseRepoId === repoId\n        if p.number === prNumber\n      } yield c.id).length\n\n    Compiled(commentCount _)\n  }\n\n  private lazy val queryReviewCommentCount = {\n    def commentCount(repoId: Column[Int], prNumber: Column[Int]) =\n      (for {\n        p <- Tables.pullRequests\n        c <- Tables.reviewComments\n        \/\/ Join\n        if p.id === c.pullRequestId\n        \/\/ Where\n        if p.baseRepoId === repoId\n        if p.number === prNumber\n      } yield c.id).length\n\n    Compiled(commentCount _)\n  }\n\n  private lazy val queryCommitCount = {\n    def commitCount(repoId: Column[Int], userLogin: Column[String]) =\n      (for {\n        u <- Tables.users\n        c <- Tables.commits\n        pc <- Tables.projectCommits\n        \/\/ Join\n        if c.id === pc.commitId\n        if u.id === c.authorId\n        \/\/ Where\n        if pc.projectId === repoId\n        if u.login === userLogin\n      } yield c.id).length\n\n    Compiled(commitCount _)\n  }\n\n  private lazy val queryPullRequestCount = {\n    def pullRequestCount(repoId: Column[Int], userLogin: Column[String], action: Column[String]) =\n      (for {\n        u <- Tables.users\n        p <- Tables.pullRequests\n        pHis <- Tables.pullRequestHistory\n        aHis <- Tables.pullRequestHistory\n        \/\/ Join\n        if p.id === aHis.pullRequestId\n        if p.id === pHis.pullRequestId\n        if u.id === aHis.userId\n        \/\/ Where\n        if p.baseRepoId === repoId\n        if aHis.action === \"opened\"\n        if u.login === userLogin\n        if pHis.action === action\n      } yield p.id).countDistinct\n\n    Compiled(pullRequestCount _)\n  }\n\n  private lazy val queryCoreMember = for {\n    (repoId, userLogin) <- Parameters[(Int, String)]\n    u <- Tables.users\n    p <- Tables.projectMembers\n    \/\/ Join\n    if u.id === p.userId\n    \/\/ Where\n    if p.repoId === repoId\n    if u.login === userLogin\n  } yield u.id\n\n  private lazy val queryLabels = {\n    def commentCount(repoId: Column[Int], prNumber: Column[Int]) =\n      for {\n        p <- Tables.pullRequests\n        i <- Tables.issues\n        il <- Tables.issueLabels\n        l <- Tables.repoLabels\n        \/\/ Join\n        if p.id === i.pullRequestId\n        if i.id === il.issueId\n        if l.id === il.labelId\n        \/\/ Where\n        if p.baseRepoId === repoId\n        if p.number === prNumber\n      } yield l.name\n\n    Compiled(commentCount _)\n  }\n\n  private lazy val queryLastIssueComment = for {\n    (repoId, prNumber) <- Parameters[(Int, Int)]\n    p <- Tables.pullRequests\n    i <- Tables.issues\n    c <- Tables.comments\n    \/\/ Join\n    if p.id === i.pullRequestId\n    if i.id === c.issueId\n    \/\/ Where\n    if p.baseRepoId === repoId\n    if p.number === prNumber\n  } yield (c.extRefId, c.createdAt)\n\n  private lazy val queryLastReviewComment = for {\n    (repoId, prNumber) <- Parameters[(Int, Int)]\n    p <- Tables.pullRequests\n    c <- Tables.reviewComments\n    \/\/ Join\n    if p.id === c.pullRequestId\n    \/\/ Where\n    if p.baseRepoId === repoId\n    if p.number === prNumber\n  } yield (c.extRefId, c.createdAt)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/models\/CachedPullRequestPair.scala","text":"<filename>src\/main\/scala\/cache\/models\/CachedPullRequestPair.scala\npackage cache.models\n\nimport git.PullRequestPair\n\ncase class CachedPullRequestPair(shaOne: String, shaTwo: String, isMergeable: Boolean) {\n  def fill(pair: PullRequestPair): PullRequestPair = {\n    pair.isMergeable = Some(isMergeable)\n    pair\n  }\n\n  def represents(pair: PullRequestPair): Boolean = {\n    this == CachedPullRequestPair(pair)\n  }\n}\n\nobject CachedPullRequestPair extends ((String, String, Boolean) => CachedPullRequestPair) {\n  def apply(pair: PullRequestPair): CachedPullRequestPair = {\n    val key = getKey(pair)\n    CachedPullRequestPair(key._1, key._2,\n      pair.isMergeable.getOrElse(false))\n  }\n\n  \/\/ Smallest sha first\n  def getKey(pair: PullRequestPair): (String, String) = {\n    if (pair.pr1.sha < pair.pr2.sha)\n      (pair.pr1.sha, pair.pr2.sha)\n    else\n      (pair.pr2.sha, pair.pr1.sha)\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/predictor\/Csv.scala","text":"package predictor\n\nimport java.io.File\n\nimport git.PullRequest\nimport utils.Extensions._\n\nobject Csv {\n\n  private val escapeChars = Map(\"\\\"\" -> \"\\\"\\\"\", \"\\r\" -> \"\\\\r\", \"\\n\" -> \"\\\\n\")\n  private val nf = java.text.NumberFormat.getInstance(java.util.Locale.ROOT)\n  nf.setMaximumFractionDigits(6)\n  nf.setGroupingUsed(false)\n\n  def write(file: String, data: List[PullRequest]): Unit = write(new File(file), data)\n\n  def write(file: File, data: List[PullRequest]): Unit = {\n\n    val header = List(\n      \"age\",\n      \"title\",\n      \"target\",\n      \"author\",\n      \"coreMember\",\n      \"intraBranch\",\n      \"containsFix\",\n      \"commitRatio\",\n      \"pullRequestRatio\",\n      \"comments\",\n      \"reviewComments\",\n      \"lastCommentMention\",\n      \"additions\",\n      \"deletions\",\n      \"commits\",\n      \"files\",\n      \"hasTestCode\",\n      \"important\")\n\n    val rows = for {\n      pr <- data\n    } yield List(\n        pr.age,\n        pr.title.getOrElse(\"\"),\n        pr.target,\n        pr.author,\n        pr.coreMember.getOrElse(false),\n        pr.intraBranch.getOrElse(false),\n        pr.containsFix.getOrElse(false),\n        pr.contributedCommitRatio.getOrElse(0D),\n        pr.pullRequestAcceptRatio.getOrElse(0D),\n        pr.comments.getOrElse(0L),\n        pr.reviewComments.getOrElse(0L),\n        pr.lastCommentMention.getOrElse(false),\n        pr.linesAdded.getOrElse(0L),\n        pr.linesDeleted.getOrElse(0L),\n        pr.commits.getOrElse(0L),\n        pr.filesChanged.getOrElse(0L),\n        pr.hasTestCode.getOrElse(false),\n        false)\n\n    val contents = header :: rows\n    writeData(file, contents)\n  }\n\n  def readAsBoolean(file: File): List[List[Boolean]] = read(file).map(r => r.map(f => f.toBoolean))\n\n  def readAsDouble(file: File): List[List[Double]] = read(file).map(r => r.map(f => f.toDouble))\n\n  def read(file: String): List[List[String]] = read(new File(file))\n\n  def read(file: File): List[List[String]] = {\n    val data = scala.io.Source.fromFile(file).mkString\n    val rows = data.split(\"\\n\").map(r => r.trim).toList\n    rows.map(r => r.split(\",\").map(f => f.trim.trim(List('\"'))).toList)\n  }\n\n  def writeData(file: File, data: List[List[Any]]): Unit = {\n    val contents = data.map(row => row.map(v => format(v)).mkString(\",\")).mkString(\"\\n\") + \"\\n\"\n    writeToFile(file, contents)\n  }\n\n  private def writeToFile(file: File, contents: String): Unit = {\n    val dir: File = file.getParentFile\n    dir.mkdirs()\n    val writer = new java.io.PrintWriter(file)\n    try writer.write(contents) finally writer.close()\n  }\n\n  private def format(value: Any): String = value match {\n    case s: String => s\"\"\"\"${escape(s)}\"\"\"\"\n    case true => \"1\"\n    case false => \"0\"\n    case u: Unit => \"\"\n    case b: Byte => nf.format(b)\n    case c: Char => nf.format(c)\n    case s: Short => nf.format(s)\n    case i: Int => nf.format(i)\n    case l: Long => nf.format(l)\n    case f: Float => if (f.isNaN || f.isInfinity) \"0\" else nf.format(f)\n    case d: Double => if (d.isNaN || d.isInfinity) \"0\" else nf.format(d)\n    case _ => s\"\"\"\"$value\"\"\"\"\n  }\n\n  private def escape(value: String): String = {\n    escapeChars.foldLeft(value)((s,c) => s.replace(c._1, c._2))\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/output\/JsonWriter.scala","text":"<filename>src\/main\/scala\/output\/JsonWriter.scala\npackage output\n\nimport java.io.File\n\nimport git.{Provider, PullRequest, PullRequestProvider}\nimport org.joda.time.format.ISODateTimeFormat\nimport org.joda.time.{DateTime, DateTimeZone}\nimport output.JsonProtocol._\nimport spray.json._\nimport utils.Extensions._\nimport com.roundeights.hasher.Implicits._\n\nimport scala.io.Source\n\nobject JsonWriter {\n  val indexFile = \"index.json\"\n\n  def writePullRequests(dir: String, provider: Provider, pullRequests: List[PullRequest]): Unit = {\n    val prProvider = provider.pullRequestProvider.orNull\n    val repoProvider = provider.repositoryProvider.orNull\n    val commitProvider = provider.commitProvider.orNull\n\n    val df = ISODateTimeFormat.dateTime\n\n    val jsonAst = JsObject(\n      \"source\" -> prProvider.source.toJson,\n      \"owner\" -> prProvider.owner.toJson,\n      \"repository\" -> prProvider.repository.toJson,\n      \"commits\" -> commitProvider.commits.toJson,\n      \"defaultBranch\" -> repoProvider.defaultBranch.toJson,\n      \"date\" -> DateTime.now.toDateTime(DateTimeZone.UTC).toString(df).toJson,\n      \"pullRequests\" -> pullRequests.toJson\n    )\n\n    val json = jsonAst.prettyPrint \/\/ or .compactPrint\n    val file = getHashedFile(dir, prProvider) \/\/ or getFile(dir, prProvider)\n    writeToFile(file, json)\n  }\n\n  def writeIndex(dir: String): Unit = {\n    val files = getFileMap(new File(dir))\n    val json = files.toJson.prettyPrint \/\/ or .compactPrint\n\n    val outputFile = new File(dir, indexFile)\n    writeToFile(outputFile, json)\n  }\n\n  def getFile(dir: String, provider: PullRequestProvider): File = {\n    val ownerDir = provider.owner.toLowerCase.safeFileName\n    val repoDir: File = new File(dir, ownerDir)\n    val repoFile = provider.repository.toLowerCase.safeFileName + \".json\"\n    repoDir.mkdirs()\n\n    new File(repoDir, repoFile)\n  }\n\n  def getHashedFile(dir: String, provider: PullRequestProvider): File = {\n    val ownerDir = provider.owner.toLowerCase.safeFileName\n    val repoDir: File = new File(dir, ownerDir)\n    val repoFile = getHash(provider) + \".json\"\n    repoDir.mkdirs()\n\n    new File(repoDir, repoFile)\n  }\n\n  private def getFileMap(dir: File): Array[Map[String, String]] = {\n    val ext = \".json\"\n    val jsonFilter = (file: File) => file.getName.endsWith(ext)\n    val dirs = dir.listFiles.filter(_.isDirectory)\n    val owners = dirs.map(o => new {\n      var name = o.getName\n      var files = o.listFiles.filter(jsonFilter)\n    })\n\n    val list = owners.flatMap(owner => owner.files.map(f => Map(\"owner\" -> owner.name, \"repo\" -> readRepoFromFile(f), \"file\" -> s\"${owner.name}\/${f.getName}\")))\n    list\n  }\n\n  private def readRepoFromFile(file: File): String = {\n    for (line <- Source.fromFile(file).getLines()) {\n      if (line.trim().substring(1).startsWith(\"repository\")) {\n        val col = line.indexOf(':')\n        val com = line.lastIndexOf(',')\n        val repoJson = line.substring(col + 1, com)\n        return repoJson.parseJson.convertTo[String]\n      }\n    }\n    \"\"\n  }\n\n  private def writeToFile(file: File, contents: String): Unit = {\n    val writer = new java.io.PrintWriter(file)\n    try writer.write(contents) finally writer.close()\n  }\n\n  private def getHash(provider: PullRequestProvider) : String = {\n    val owner = provider.owner.toLowerCase.safeFileName\n    val repo = provider.repository.toLowerCase.safeFileName\n    val salt = \"Analyz3r\"\n    val value = salt + owner + '\/' + repo\n    val hash = value.sha256.hex\n    hash.substring(0, 10)\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentSchema.scala","text":"package ghtorrent\n\nimport java.sql.Timestamp\n\nimport ghtorrent.models._\n\nimport scala.slick.driver.SQLiteDriver.simple._\nimport scala.slick.lifted.ProvenShape._\n\nobject GHTorrentSchema {\n  object Tables {\n    val pullRequests = TableQuery[PullRequests]\n    val users = TableQuery[Users]\n    val commits = TableQuery[Commits]\n    val issues = TableQuery[Issues]\n    val pullRequestHistory = TableQuery[PullRequestHistory]\n    val projectCommits = TableQuery[ProjectCommits]\n    val projectMembers = TableQuery[ProjectMembers]\n    val comments = TableQuery[Comments]\n    val reviewComments = TableQuery[ReviewComments]\n    val issueLabels = TableQuery[IssueLabels]\n    val repoLabels = TableQuery[RepoLabels]\n  }\n\n  object TableNames {\n    val pullRequests = \"pull_requests\"\n    val users = \"users\"\n    val commits = \"commits\"\n    val issues = \"issues\"\n    val pullRequestHistory = \"pull_request_history\"\n    val projectCommits = \"project_commits\"\n    val projectMembers = \"project_members\"\n    val comments = \"issue_comments\"\n    val reviewComments = \"pull_request_comments\"\n    val issueLabels = \"issue_labels\"\n    val repoLabels = \"repo_labels\"\n  }\n\n  class PullRequests(tag: Tag) extends Table[PullRequest](tag, TableNames.pullRequests) {\n    def id = column[Int](\"id\", O.PrimaryKey)\n    def baseRepoId = column[Int](\"base_repo_id\")\n    def number = column[Int](\"pullreq_id\")\n    def intraBranch = column[Int](\"intra_branch\")\n\n    def * = (id, number, baseRepoId) <> (PullRequest.tupled, PullRequest.unapply)\n  }\n\n  class Users(tag: Tag) extends Table[User](tag, TableNames.users) {\n    def id = column[Int](\"id\", O.PrimaryKey)\n    def login = column[String](\"login\")\n\n    def * = (id, login) <> (User.tupled, User.unapply)\n  }\n\n  class Commits(tag: Tag) extends Table[Commit](tag, TableNames.commits) {\n    def id = column[Int](\"id\", O.PrimaryKey)\n    def authorId = column[Int](\"author_id\")\n\n    def * = (id, authorId) <> (Commit.tupled, Commit.unapply)\n  }\n\n  class Issues(tag: Tag) extends Table[Issue](tag, TableNames.issues) {\n    def id = column[Int](\"id\", O.PrimaryKey)\n    def pullRequestId = column[Int](\"pull_request_id\")\n\n    def * = (id, pullRequestId) <> (Issue.tupled, Issue.unapply)\n  }\n\n  class PullRequestHistory(tag: Tag) extends Table[PullRequestAction](tag, TableNames.pullRequestHistory) {\n    def pullRequestId = column[Int](\"pull_request_id\")\n    def userId = column[Int](\"actor_id\")\n    def action = column[String](\"action\")\n\n    def * = (pullRequestId, userId, action) <> (PullRequestAction.tupled, PullRequestAction.unapply)\n  }\n\n  class ProjectCommits(tag: Tag) extends Table[(Int, Int)](tag, TableNames.projectCommits) {\n    def projectId = column[Int](\"project_id\")\n    def commitId = column[Int](\"commit_id\")\n\n    def * = (projectId, commitId)\n    def pk = primaryKey(\"key\", (projectId, commitId))\n  }\n\n  class ProjectMembers(tag: Tag) extends Table[(Int, Int)](tag, TableNames.projectMembers) {\n    def repoId = column[Int](\"repo_id\")\n    def userId = column[Int](\"user_id\")\n\n    def * = (repoId, userId)\n    def pk = primaryKey(\"key\", (repoId, userId))\n  }\n\n  class Comments(tag: Tag) extends Table[Comment](tag, TableNames.comments) {\n    def id = column[Int](\"comment_id\", O.PrimaryKey)\n    def issueId = column[Int](\"issue_id\")\n    def createdAt = column[Timestamp](\"created_at\")\n    def extRefId = column[String](\"ext_ref_id\")\n\n    def * = (id, issueId) <> (Comment.tupled, Comment.unapply)\n  }\n\n  class ReviewComments(tag: Tag) extends Table[Comment](tag, TableNames.reviewComments) {\n    def id = column[Int](\"comment_id\", O.PrimaryKey)\n    def pullRequestId = column[Int](\"pull_request_id\")\n    def createdAt = column[Timestamp](\"created_at\")\n    def extRefId = column[String](\"ext_ref_id\")\n\n    def * = (id, pullRequestId) <> (Comment.tupled, Comment.unapply)\n  }\n\n  class IssueLabels(tag: Tag) extends Table[(Int, Int)](tag, TableNames.issueLabels) {\n    def labelId = column[Int](\"label_id\")\n    def issueId = column[Int](\"issue_id\")\n\n    def * = (labelId, issueId)\n    def pk = primaryKey(\"key\", (labelId, issueId))\n  }\n\n  class RepoLabels(tag: Tag) extends Table[Label](tag, TableNames.repoLabels) {\n    def id = column[Int](\"id\", O.PrimaryKey)\n    def repoId = column[Int](\"repo_id\")\n    def name = column[String](\"name\")\n\n    def * = (id, name) <> (Label.tupled, Label.unapply)\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/github\/GitHubSettings.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage github\n\nimport settings.Settings\n\nobject GitHubSettings {\n  val owner = Settings.get(\"github.owner\").getOrElse(\"\")\n  val repository = Settings.get(\"github.repository\").getOrElse(\"\")\n  val token = Settings.get(\"github.token\").getOrElse(\"\")\n\n  def validate = owner != null &&\n    owner != \"\" &&\n    repository != null &&\n    repository != \"\" &&\n    token != null &&\n    token != \"\"\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheReadProvider.scala","text":"package cache\n\nimport git._\n\n\/**\n * A provider implementation for the disk cache.\n *\/\nclass CacheReadProvider extends CacheProvider {\n  override val mode = CacheMode.Read\n\n  override def getDecorator(list: PullRequestList): PullRequestList = {\n    val decorator = new CacheDecorator(list, this)\n    _decorators ++= List(decorator)\n    decorator\n  }\n\n  override def getPairwiseDecorator(list: PairwiseList): PairwiseList = {\n    val decorator = new CachePairwiseDecorator(list, this)\n    _pairwiseDecorators ++= List(decorator)\n    decorator\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CacheSchema.scala","text":"package cache\n\nimport cache.models.{CachedPullRequest, CachedPullRequestPair}\n\nimport scala.slick.driver.SQLiteDriver.simple._\nimport scala.slick.lifted.ProvenShape._\n\nobject CacheSchema {\n  object Tables {\n    lazy val pairs = TableQuery[PairCache]\n    lazy val pullRequests = TableQuery[PullRequestCache]\n  }\n\n  object TableNames {\n    val pairs = \"pair_cache\"\n    val pullRequests = \"pr_cache\"\n  }\n\n  object ColumnNames {\n    val pairs = List(\"sha_one\", \"sha_two\", \"is_mergeable\")\n    val pullRequests = List(\"sha\", \"lines_added\", \"lines_deleted\", \"files_changed\", \"commits\", \"has_test_code\")\n  }\n\n  class PairCache(tag: Tag) extends Table[CachedPullRequestPair](tag, TableNames.pairs) {\n    def shaOne = column[String](\"sha_one\", O.Length(40, varying = false))\n    def shaTwo = column[String](\"sha_two\", O.Length(40, varying = false))\n    def isMergeable = column[Boolean](\"is_mergeable\")\n\n    def * = (shaOne, shaTwo, isMergeable) <> (CachedPullRequestPair.tupled, CachedPullRequestPair.unapply)\n\n    def pk = primaryKey(\"sha\", (shaOne, shaTwo))\n  }\n\n  class PullRequestCache(tag: Tag) extends Table[CachedPullRequest](tag, TableNames.pullRequests) {\n    def sha = column[String](\"sha\", O.PrimaryKey, O.Length(40, varying = false))\n    def linesAdded = column[Long](\"lines_added\")\n    def linesDeleted = column[Long](\"lines_deleted\")\n    def filesChanged = column[Long](\"files_changed\")\n    def commits = column[Long](\"commits\")\n    def hasTestCode = column[Boolean](\"has_test_code\")\n\n    def * = (sha, linesAdded, linesDeleted, filesChanged, commits, hasTestCode) <> (CachedPullRequest.tupled, CachedPullRequest.unapply)\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/predictor\/PredictorTotalDecorator.scala","text":"package predictor\n\nimport java.io.File\n\nimport git._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\n\n\/**\n * An predictor implementation that asks an external program to predict the importance.\n * @param provider The cache provider.\n *\/\nclass PredictorTotalDecorator(base: TotalList, val provider: PredictorProvider) extends TotalDecorator(base) {\n  val inputFileName = \"input.csv\"\n  val outputFileName = \"output.csv\"\n\n  \/\/ Don't invoke the process for every PR, but for the whole list at once\n  override def get: Future[List[PullRequest]] = base.get.map { list =>\n    val importance = getImportance(list)\n    val paired = list.zip(importance)\n\n    paired.map { case (pr, i) =>\n      pr.important = Some(i)\n      pr\n    }\n    list\n  }\n\n  private def getImportance(pulls: List[PullRequest]): List[Double] = {\n    val inputFile = new File(provider.modelDirectory, inputFileName)\n    val outputFile = new File(provider.modelDirectory, outputFileName)\n\n    Csv.write(inputFile, pulls)\n    Await.ready(provider.predict, Duration.Inf)\n    \/\/inputFile.delete\n\n    \/\/ Something went wrong, return false\n    if (!outputFile.exists)\n      return pulls map { p => 0D }\n\n    \/\/ Select first column\n    val data = Csv.readAsDouble(outputFile)\n    \/\/outputFile.delete\n    val importance = data map { r => r(0) }\n\n    importance\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/ProviderToList.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\n\nclass ProviderToList(provider: PullRequestProvider) extends PullRequestList {\n  private var _list: List[PullRequest] = _\n  def length = _list.length\n  def list = _list\n\n  override def get: List[Future[PullRequest]] = {\n    if (_list == null) {\n      throw new Exception(\"List not initialized. Call init() before using.\")\n    }\n\n    _list map { pr => Future {pr} }\n  }\n\n  def init(): Future[List[PullRequest]] = Future {\n    _list = Await.result(provider.get, Duration.Inf)\n    _list\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/CachePairwiseDecorator.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer<filename>src\/main\/scala\/cache\/CachePairwiseDecorator.scala\npackage cache\n\nimport cache.CacheSchema.{TableNames, Tables}\nimport cache.models.CachedPullRequestPair\nimport git._\n\nimport scala.slick.driver.SQLiteDriver.simple._\nimport scala.slick.jdbc.meta.MTable\n\n\/**\n * An info getter implementation for the JGit library.\n * @param provider The JGit provider.\n *\/\nclass CachePairwiseDecorator(base: PairwiseList, provider: CacheProvider) extends PairwiseDecorator(base) {\n  implicit lazy val session = provider.Db\n  lazy val mode = provider.mode\n  lazy val insertPair = Tables.pairs.insertInvoker\n  lazy val getPairsByKey = for {\n    (shaOne, shaTwo) <- Parameters[(String, String)]\n    p <- Tables.pairs\n    if p.shaOne === shaOne\n    if p.shaTwo === shaTwo\n  } yield p\n\n  init()\n\n  override def decorate(pair: PullRequestPair): PullRequestPair = {\n    val cachedPairOption = get(pair)\n    if (mode == CacheMode.Read)\n      cachedPairOption match {\n        case Some(cachedPair) if mode == CacheMode.Read => cachedPair.fill(pair)\n        case _ =>\n      }\n    else if (mode == CacheMode.Write)\n      cachedPairOption match {\n        case Some(cachedPair) if !cachedPair.represents(pair) => insert(pair)\n        case None => insert(pair)\n        case _ => \/\/ Cache already up-to-date\n      }\n\n    pair\n  }\n\n  private def get(pair: PullRequestPair): Option[CachedPullRequestPair] = {\n    val key = CachedPullRequestPair(pair)\n    getPairsByKey(key.shaOne, key.shaTwo).firstOption\n  }\n\n  private def insert(pair: PullRequestPair): Unit = {\n    insertPair.insertOrUpdate(CachedPullRequestPair(pair))\n  }\n\n  def init(): Unit = {\n    \/\/ Create table\n    if (MTable.getTables(TableNames.pairs).list.isEmpty)\n      Tables.pairs.ddl.create\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/github\/GitHubPullRequestProvider.scala","text":"package github\n\nimport dispatch.Defaults._\nimport dispatch.github.{GhAuthor, GhPullRequest}\nimport git.{PullRequest, PullRequestProvider, PullRequestType}\n\nimport scala.concurrent.Future\n\nclass GitHubPullRequestProvider(val provider: GitHubProvider) extends PullRequestProvider {\n  val host = \"github.com\"\n  val source = \"github\"\n  lazy val owner = provider.owner\n  lazy val repository = provider.repository\n  lazy val branches = provider.loadedRepositoryProvider.branchTips\n\n  override lazy val https: String = s\"https:\/\/$host\/$owner\/$repository.git\"\n\n  override lazy val ssh: String = s\"git@$host:$owner\/$repository.git\"\n\n  override val remotePullHeads: String = \"refs\/pull\/*\/head\"\n\n  override val remoteHeads: String = \"refs\/heads\/*\"\n\n  override def get: Future[List[PullRequest]] = {\n    val req = GhPullRequest.get_pull_requests(owner, repository)\n\n    \/\/ Convert GhPullRequests to PullRequests\n    for {\n      list <- req\n    } yield for {\n      pr <- list\n    } yield {\n      val user = if (pr.user == null || pr.user.login == null) GhAuthor(null, null, \"Unknown user\", null, -1) else pr.user\n      val targetSha = branches.getOrElse(pr.base.ref, \"0000000000000000000000000000000000000000\")\n      val p = PullRequest(pr.number, user.login, pr.head.sha, targetSha, pr.head.label, pr.base.ref)\n      p.commitProvider = Some(provider.loadedCommitProvider)\n      p.title = Some(pr.title)\n      p.`type` = Some(PullRequestType.parse(pr.title))\n      p.createdAt = Some(pr.created_at)\n      p.updatedAt = Some(pr.updated_at)\n      p.avatar = Option(user.avatar_url)\n      p.intraBranch = Some(pr.base != null && pr.head != null &&\n                           pr.base.repo != null && pr.head.repo != null &&\n                           pr.base.repo.id == pr.head.repo.id)\n      p\n    }\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/PullRequest.scala","text":"package ghtorrent.models\n\ncase class PullRequest(id: Int, number: Int, baseRepoId: Int)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"build.sbt","text":"<filename>build.sbt\nassemblySettings\n\nname := \"analyzer\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.0\"\n\nresolvers ++= Seq(\n  \"spray\" at \"http:\/\/repo.spray.io\/\",\n  \"RoundEights\" at \"http:\/\/maven.spikemark.net\/roundeights\"\n)\n\nlibraryDependencies ++= Seq(\n  \"com.github.nscala-time\" %% \"nscala-time\" % \"1.2.0\",\n  \"org.eclipse.jgit\" % \"org.eclipse.jgit\" % \"3.5.0.201409260305-r\",\n  \"org.gitective\" % \"gitective-core\" % \"0.9.9\",\n  \"io.spray\" %%  \"spray-json\" % \"1.2.6\",\n  \"com.typesafe.slick\" %% \"slick\" % \"2.1.0\",\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.30\",\n  \"org.xerial\" % \"sqlite-jdbc\" % \"3.7.2\",\n  \"org.mongodb\" %% \"casbah\" % \"2.7.2\",\n  \"com.roundeights\" %% \"hasher\" % \"1.0.0\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.7.5\",\n  \"org.slf4j\" % \"slf4j-simple\" % \"1.7.5\"\n)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/TotalDecorator.scala","text":"package git\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n * Offers the functionality to get data about the repository.\n *\/\nabstract class TotalDecorator(val base: TotalList) extends TotalList {\n  override def get: Future[List[PullRequest]] = base.get.map(decorate)\n\n  def decorate(pullRequests: List[PullRequest]): List[PullRequest] = pullRequests\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/GHTorrentRepositoryProvider.scala","text":"<filename>src\/main\/scala\/ghtorrent\/GHTorrentRepositoryProvider.scala\npackage ghtorrent\n\nimport git.RepositoryProvider\n\nimport scala.slick.jdbc.{StaticQuery => Q}\n\n\/**\n * An info getter implementation for the GHTorrent database.\n * @param provider The GHTorrent provider.\n *\/\nclass GHTorrentRepositoryProvider(val provider: GHTorrentProvider) extends RepositoryProvider {\n  lazy val repoId = getRepoId\n  lazy val defaultBranch = getDefaultBranch\n  lazy val branchTips = getBranchTips\n  implicit lazy val session = provider.Db\n\n  private def getRepoId: Int = {\n    val owner = provider.owner\n    val repo = provider.repository\n\n    \/\/ Execute query\n    val id = getRepoIdQuery(owner, repo).firstOption\n    if (!id.isDefined)\n      throw new GHTorrentException(s\"Could not find the $owner\/$repo repository in the GHTorrent database\")\n\n    id.get\n  }\n\n  private def getDefaultBranch: String = {\n    val key = List(\"name\" -> provider.repository, \"owner.login\" -> provider.owner)\n    val select = List(\"default_branch\", \"master_branch\")\n    val result = provider.mongoDb.getByKey(GHTorrentMongoSettings.repositoriesCollection, key, select)\n    result.getOrElse(select(0), result.getOrElse(select(1), \"master\")).asInstanceOf[String]\n  }\n\n  private def getBranchTips: Map[String, String] = {\n    throw new UnsupportedOperationException\n  }\n\n  private lazy val getRepoIdQuery: Q[(String, String), Int] =\n    Q[(String, String), Int] +\n      \"\"\"SELECT\n        |projects.id\n        |FROM\n        |projects\n        |INNER JOIN users AS owners ON owners.id = projects.owner_id\n        |WHERE\n        |owners.login = ? AND\n        |projects.`name` = ?\"\"\".stripMargin\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/CommitProvider.scala","text":"<filename>src\/main\/scala\/git\/CommitProvider.scala\npackage git\n\n\/**\n * Offers the functionality to get data about the commits.\n *\/\ntrait CommitProvider {\n  def commits: Long\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/cache\/models\/CachedPullRequest.scala","text":"package cache.models\n\nimport git.PullRequest\n\ncase class CachedPullRequest(sha: String, linesAdded: Long, linesDeleted: Long, filesChanged: Long, commits: Long, hasTestCode: Boolean) {\n  def fill(pullRequest: PullRequest): PullRequest = {\n    pullRequest.linesAdded = Some(linesAdded)\n    pullRequest.linesDeleted = Some(linesDeleted)\n    pullRequest.filesChanged = Some(filesChanged)\n    pullRequest.commits = Some(commits)\n    pullRequest.hasTestCode = Some(hasTestCode)\n    pullRequest\n  }\n\n  def represents(pullRequest: PullRequest): Boolean = {\n    this == CachedPullRequest(pullRequest)\n  }\n}\n\nobject CachedPullRequest extends ((String, Long, Long, Long, Long, Boolean) => CachedPullRequest) {\n  def apply(pr: PullRequest): CachedPullRequest = {\n    CachedPullRequest(pr.sha,\n      pr.linesAdded.getOrElse(0),\n      pr.linesDeleted.getOrElse(0),\n      pr.filesChanged.getOrElse(0),\n      pr.commits.getOrElse(0),\n      pr.hasTestCode.getOrElse(false))\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/predictor\/PredictorProvider.scala","text":"<filename>src\/main\/scala\/predictor\/PredictorProvider.scala\npackage predictor\n\nimport java.io.File\n\nimport git._\nimport utils.Extensions._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.sys.process._\n\n\/**\n * A provider implementation for the predictor.\n *\/\nclass PredictorProvider extends Provider {\n\n  if (!PredictorSettings.validate)\n    throw new IllegalArgumentException(\"Invalid predictor configuration.\")\n\n  private var _owner: String = _\n  private var _repository: String = _\n\n  def owner = _owner\n  def repository = _repository\n  def modelDirectory = {\n    val ownerDir = owner.toLowerCase.safeFileName\n    val repoDir = repository.toLowerCase.safeFileName\n    new File(new File(PredictorSettings.directory, ownerDir), repoDir).getPath\n  }\n\n  override def getTotalDecorator(list: TotalList): TotalList = new PredictorTotalDecorator(list, this)\n\n  override def init(provider: Provider): Future[Unit] = {\n    if (provider != null && provider.pullRequestProvider.orNull != null) {\n      _owner = provider.pullRequestProvider.get.owner\n      _repository = provider.pullRequestProvider.get.repository\n    }\n\n    \/\/ Make sure the model is trained\n    train map { _ => }\n  }\n\n  def train = Future(parseCommand(\"train\").! == 0)\n\n  def predict = Future(parseCommand(\"predict\").! == 0)\n\n  private def parseCommand(action: String) = PredictorSettings.command\n    .replace(\"$action\", action)\n    .replace(\"$owner\", owner)\n    .replace(\"$repository\", repository)\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/jgit\/JGitDecorator.scala","text":"package jgit\n\nimport git.{PullRequest, PullRequestDecorator, PullRequestList}\nimport jgit.JGitExtensions._\nimport jgit.JGitProvider._\nimport org.gitective.core.CommitUtils\n\n\/**\n * An info getter implementation for the JGit library.\n * @param provider The JGit provider.\n *\/\nclass JGitDecorator(base: PullRequestList, val provider: JGitProvider) extends PullRequestDecorator(base) {\n  lazy val repo = provider.repository\n\n  override def decorate(pullRequest: PullRequest): PullRequest = {\n    if (!hasStats(pullRequest))\n      enrichStats(pullRequest)\n\n    pullRequest\n  }\n\n  private def hasStats(pullRequest: PullRequest): Boolean =\n    pullRequest.linesAdded.isDefined &&\n    pullRequest.linesDeleted.isDefined &&\n    pullRequest.filesChanged.isDefined &&\n    pullRequest.commits.isDefined &&\n    pullRequest.hasTestCode.isDefined\n\n  private def enrichStats(pullRequest: PullRequest): PullRequest = {\n    val head = repo resolve pullRef(pullRequest)\n    val target = repo resolve targetRef(pullRequest)\n    val base = if (head != null && target != null) CommitUtils.getBase(repo, head, target) else null\n\n    \/\/ Check if commits are resolved\n    if (head != null && base != null) {\n      val Stats(added, edited, deleted, files, numCommits) = repo.stats(head, base)\n      val hasTestCode = files.exists(f => f.toLowerCase.contains(\"test\") || f.toLowerCase.contains(\"spec\"))\n      pullRequest.linesAdded = Some(added + edited)\n      pullRequest.linesDeleted = Some(deleted + edited)\n      pullRequest.filesChanged = Some(files.length)\n      pullRequest.commits = Some(numCommits)\n      pullRequest.hasTestCode = Some(hasTestCode)\n    }\n\n    pullRequest\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/ghtorrent\/models\/Commit.scala","text":"<filename>src\/main\/scala\/ghtorrent\/models\/Commit.scala\npackage ghtorrent.models\n\ncase class Commit(id: Int, authorId: Int)\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/github\/GitHubProvider.scala","text":"<reponame>erikvdv1\/PRioritizer-analyzer\npackage github\n\nimport dispatch.github.GitHub\nimport git._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n * A provider implementation for GitHub.\n *\/\nclass GitHubProvider extends Provider {\n  if (!GitHubSettings.validate)\n    throw new IllegalArgumentException(\"Invalid GitHub configuration.\")\n\n  lazy val owner = GitHubSettings.owner\n  lazy val repository = GitHubSettings.repository\n\n  override val repositoryProvider: Option[RepositoryProvider] = Some(new GitHubRepositoryProvider(this))\n  override val pullRequestProvider: Option[GitHubPullRequestProvider] = Some(new GitHubPullRequestProvider(this))\n  override def getDecorator(list: PullRequestList): PullRequestList = new GitHubDecorator(list, this)\n\n  private var _loadedRepositoryProvider: RepositoryProvider = _\n  def loadedRepositoryProvider = _loadedRepositoryProvider\n\n  private var _loadedCommitProvider: CommitProvider = _\n  def loadedCommitProvider = _loadedCommitProvider\n\n  override def init(provider: Provider): Future[Unit] = Future {\n    \/\/ Set global access token\n    GitHub.accessToken = GitHubSettings.token\n    _loadedRepositoryProvider = provider.repositoryProvider.orNull\n    _loadedCommitProvider = provider.commitProvider.orNull\n  }\n\n  override def dispose(): Unit = {\n    GitHub.shutdown()\n  }\n}\n"}
{"repo_name":"erikvdv1\/PRioritizer-analyzer","path":"src\/main\/scala\/git\/PullRequest.scala","text":"<filename>src\/main\/scala\/git\/PullRequest.scala\npackage git\n\nimport git.PullRequestType.PullRequestType\nimport org.joda.time.{DateTime, DateTimeZone, Minutes}\n\n\/**\n * An object that holds information about the pull request.\n * @param number The number of the pull request.\n * @param author The author name.\n * @param sha The SHA of the source tip.\n * @param shaTarget The SHA of the target tip.\n * @param source The source branch name.\n * @param target The target branch name.\n *\/\ncase class PullRequest( number: Int,\n                        author: String,\n                        sha: String,\n                        shaTarget: String,\n                        source: String,\n                        target: String,\n                        var title: Option[String] = None,\n                        var intraBranch: Option[Boolean] = None,\n                        var createdAt: Option[DateTime] = None,\n                        var updatedAt: Option[DateTime] = None,\n                        var linesAdded: Option[Long] = None,\n                        var linesDeleted: Option[Long] = None,\n                        var filesChanged: Option[Long] = None,\n                        var commits: Option[Long] = None,\n                        var avatar: Option[String] = None,\n                        var coreMember: Option[Boolean] = None,\n                        var comments: Option[Long] = None,\n                        var reviewComments: Option[Long] = None,\n                        var lastCommentMention: Option[Boolean] = None,\n                        var labels: Option[List[String]] = None,\n                        var milestone: Option[Long] = None,\n                        var `type`: Option[PullRequestType] = None,\n                        var isMergeable: Option[Boolean] = None,\n                        var conflictsWith: Option[List[PullRequest]] = None,\n                        var contributedCommits: Option[Int] = None,\n                        var acceptedPullRequests: Option[Int] = None,\n                        var totalPullRequests: Option[Int] = None,\n                        var hasTestCode: Option[Boolean] = None,\n                        var important: Option[Double] = None\n                        ) {\n\n  var commitProvider: Option[CommitProvider] = None\n\n  \/**\n   * @return The total number of added\/edited\/deleted lines.\n   *\/\n  def linesTotal: Long = linesAdded.getOrElse(0L) + linesDeleted.getOrElse(0L)\n\n  def age: Int = createdAt.map(date => Minutes.minutesBetween(date, DateTime.now).getMinutes).getOrElse(0) \/\/ minutes\n\n  def createdAtUtc: Option[DateTime] = createdAt.map(date => date.toDateTime(DateTimeZone.UTC))\n\n  def updatedAtUtc: Option[DateTime] = updatedAt.map(date => date.toDateTime(DateTimeZone.UTC))\n\n  def conflictsWithNumbers: Option[List[Int]] = conflictsWith.map(list => list.map(pr => pr.number))\n\n  def hasReviewComments: Option[Boolean] = reviewComments.map(n => n > 0)\n\n  def contributedCommitRatio: Option[Double] = for {\n    commits <- contributedCommits\n    allCommits <- commitProvider\n  } yield commits.toDouble \/ allCommits.commits.toDouble\n\n  def pullRequestAcceptRatio: Option[Double] = acceptedPullRequests.map(pulls => pulls.toDouble \/ totalPullRequests.get.toDouble)\n\n  def containsFix = title.map(t => t.toLowerCase.contains(\"fix\"))\n\n  override def toString: String =\n    s\"#$number: '$source' into '$target'\"\n}\n"}
{"repo_name":"kornelc\/scala-poi","path":"src\/main\/scala\/com\/synkre\/poi\/Excel.scala","text":"<filename>src\/main\/scala\/com\/synkre\/poi\/Excel.scala\n\/**\n * Copyright 2021 Synkre Consulting, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.synkre.poi\n\nimport java.io.FileOutputStream\n\nimport org.apache.poi.xssf.usermodel.{XSSFTable, XSSFWorkbook}\nimport org.apache.spark.sql.functions.col\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nimport scala.collection.JavaConverters._\nimport scala.util.Try\n\nobject Excel {\n\n  import java.io.FileInputStream\n\n  private def readWorkbook(path: String): Try[XSSFWorkbook] = Try{\n    new XSSFWorkbook(new FileInputStream(path))\n  }\n\n  private def copyData(workbook: XSSFWorkbook, dfs: Map[String, DataFrame]): Try[Unit] = Try{\n    for( name <- workbook.getAllNames.asScala){\n      println(s\"$name formula ${name.getRefersToFormula}\")\n    }\n    for((tablename, df) <- dfs;\n        table <- Option(workbook.getTable(tablename))\n          .toRight(new RuntimeException(s\"Table not found: $tablename\"))\n          .toTry) {\n      println(s\"Replacing $tablename\")\n      val dfWithOrderedFields = df.select(table.getColumns.asScala.map(n => col(n.getName)): _*)\n      dfWithOrderedFields.show(1000)\n      val data = dfWithOrderedFields.collect().map(_.toSeq)\n      copyData(table, data)\n    }\n\n  }\n  private def copyData(table: XSSFTable, data: Array[Seq[_]]): Try[Unit] = Try {\n    val sheet = table.getXSSFSheet\n\n    val oldTotalRowIndex = table.getEndRowIndex\n    table.setDataRowCount(data.length)\n\n    val tableWidth = data(table.getStartRowIndex + 1).length -1\n    val templateCellFormats =\n      (for(c <- 0 to tableWidth)\n        yield sheet.getRow(0).getCell(c)).toList\n    templateCellFormats.foreach(f => println(s\"FORMATS: $f\"))\n\n    val totalCellFormulas =\n      (for(c <- 0 to tableWidth)\n        yield Try(Option(sheet.getRow(oldTotalRowIndex).getCell(c).getCellFormula)).getOrElse(None)).toList\n    totalCellFormulas.foreach(f => println(s\"FORMULAS: $f\"))\n\n    for (r <- 0 to data.length-1) {\n      val row = sheet.createRow(table.getStartRowIndex + r +1);\n      for(c <- 0 to data(0).length -1) {\n        val cell = row.createCell(c)\n        cell.setCellType(templateCellFormats(c).getCellType)\n        cell.setCellStyle(templateCellFormats(c).getCellStyle)\n        val field = data(r)(c)\n        if (field.isInstanceOf[String]) {\n          cell.setCellValue(field.asInstanceOf[String])\n        } else if (field.isInstanceOf[Double]) {\n          cell.setCellValue(field.asInstanceOf[Double])\n        }\n      }\n    }\n\n    val totalRowIndex = table.getStartRowIndex + data.length + 1\n    val totalRow = sheet.createRow(totalRowIndex)\n\n    for {\n      formulaOpt <- totalCellFormulas.zipWithIndex\n      formula <- formulaOpt._1\n      column = formulaOpt._2\n      _ = println(s\"Creating total cell in row $totalRowIndex col $column\")\n      totalCell = totalRow.createCell(column)\n      _ = totalCell.setCellFormula(formula)\n      _ = println(s\"Written total row in $totalRowIndex $column $formula\")\n    }\n    ()\n  }\n\n  def replaceRegions(dfs: Map[String, DataFrame], templatePath: String, targetSpreadSheetPath: String)(implicit spark: SparkSession): Either[Throwable, XSSFWorkbook] = {\n\n    val result = for {\n      workbook <- readWorkbook(templatePath)\n      _ <- copyData(workbook, dfs)\n      _ = workbook.write(new FileOutputStream(targetSpreadSheetPath))\n    } yield workbook\n    result.failed.foreach(_.printStackTrace())\n    result.toEither\n  }\n}\n"}
{"repo_name":"kornelc\/scala-poi","path":"build.sbt","text":"<gh_stars>0\n\/**\n * Copyright 2021 Synkre Consulting, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport sbt.Keys.libraryDependencies\n\nname := \"scala-poi\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.8\"\n\nlibraryDependencies ++= Seq(\n  \"org.apache.spark\" %% \"spark-sql\" % \"2.4.4\",\n  \"org.apache.commons\" % \"commons-text\" % \"1.9\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.2\" % \"test\",\n  \"org.apache.poi\" % \"poi-ooxml-full\" % \"5.0.0\",\n  \"org.apache.poi\" % \"poi-ooxml\" % \"5.0.0\"\n)\n"}
{"repo_name":"kornelc\/scala-poi","path":"src\/test\/scala\/com\/synkre\/poi\/ExcelSpec.scala","text":"\/**\n * Copyright 2021 Synkre Consulting, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.synkre.poi\n\nimport java.nio.file.{Files, Paths}\n\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass ExcelSpec extends AnyFlatSpec with Matchers {\n  implicit val spark = SparkSession\n    .builder()\n    .master(\"local[*]\")\n    .appName(\"scala-poi-test\")\n    .getOrCreate()\n\n  \"Excel\" should \"copy data into excel sheet from dataframes\" in {\n    val outputPath = \"\/tmp\/out.xlsm\"\n    Files.deleteIfExists(Paths.get(outputPath))\n    val newWorkbookEither = Excel.replaceRegions(\n      Map(\n        \"SALES\" -> spark\n                  .read\n                  .option(\"ignoreTrailingWhiteSpace\", true)\n                  .json(\"src\/test\/resources\/excel\/sales.json\")\n      ),\n      \"src\/test\/resources\/excel\/SALES.xlsm\",\n      outputPath)\n    newWorkbookEither.isRight shouldEqual true\n    newWorkbookEither.foreach{ wb =>\n      wb.getTable(\"SALES\").getEndRowIndex shouldEqual 7\n    }\n  }\n}\n"}
{"repo_name":"VirtuslabRnD\/scalapy","path":"core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/py\/Dynamic.scala","text":"<filename>core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/py\/Dynamic.scala\npackage me.shadaj.scalapy.py\n\nimport scala.language.dynamics\n\n@native trait Dynamic extends Any with AnyDynamics\n\ntrait AnyDynamics extends scala.Any with Any with scala.Dynamic {\n  def applyDynamic(method: String)(params: Any*): Dynamic = {\n    Any.populateWith(CPythonInterpreter.call(value, method, params.map(_.value))).as[Dynamic]\n  }\n\n  def applyDynamicNamed(method: String)(params: (String, Any)*): Dynamic = {\n    \/\/ Because its custom Any we cant check if it's an instance of Map\n    \/\/ however Option cant be even passed in place of this Any maybe sth with reads\/writes\n    val otherParams: List[(String, Any)] = params.toList\n      .filterNot(_._1 == \"kwargs\")\n      .map{ case (name, value) => name -> value}\n    val mapParams: List[(String, Any)] = params.toList\n      .filter(_._1 == \"kwargs\")\n      .flatMap { case (_ , value) => value.as[Map[String, Any]].toList }\n    val allParams: List[(String, Any)] = otherParams ++ mapParams\n\n    eval(s\"${this.expr}.$method(${allParams.map{ case (name, value) =>\n      if (name.isEmpty) Arg(value) else Arg(name, value)  \/\/ Positional arguments have no name\n    }.mkString(\",\")})\")\n  }\n\n  def selectDynamic(term: String): Dynamic = {\n    Any.populateWith(CPythonInterpreter.select(value, term)).as[Dynamic]\n  }\n\n  def updateDynamic(name: String)(newValue: Any): Unit = {\n    CPythonInterpreter.update(value, name, newValue.value)\n  }\n\n  def arrayAccess(index: Int): Dynamic = {\n    Any.populateWith(CPythonInterpreter.selectList(value, index)).as[Dynamic]\n  }\n\n  def dictionaryAccess(key: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.selectDictionary(value, key.value)).as[Dynamic]\n  }\n\n  def unary_+(): Dynamic = {\n    Any.populateWith(CPythonInterpreter.unaryPos(value)).as[Dynamic]\n  }\n\n  def unary_-(): Dynamic = {\n    Any.populateWith(CPythonInterpreter.unaryNeg(value)).as[Dynamic]\n  }\n\n  def +(that: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.binaryAdd(value, that.value)).as[Dynamic]\n  }\n\n  def -(that: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.binarySub(value, that.value)).as[Dynamic]\n  }\n\n  def *(that: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.binaryMul(value, that.value)).as[Dynamic]\n  }\n\n  def \/(that: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.binaryDiv(value, that.value)).as[Dynamic]\n  }\n\n  def %(that: Any): Dynamic = {\n    Any.populateWith(CPythonInterpreter.binaryMod(value, that.value)).as[Dynamic]\n  }\n}\n"}
{"repo_name":"VirtuslabRnD\/scalapy","path":"core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/py\/CPythonInterpreter.scala","text":"<gh_stars>0\npackage me.shadaj.scalapy.py\n\nobject CPythonInterpreter {\n  CPythonAPI.Py_Initialize()\n\n  private[py] val globals: Platform.Pointer = CPythonAPI.PyDict_New()\n  CPythonAPI.Py_IncRef(globals)\n\n  private val builtins = CPythonAPI.PyEval_GetBuiltins()\n  Platform.Zone { implicit zone =>\n    CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(\"__builtins__\"), builtins)\n    throwErrorIfOccured()\n  }\n\n  private[py] val falseValue = PyValue.fromNew(CPythonAPI.PyBool_FromLong(Platform.intToCLong(0)), true)\n  private[py] val trueValue = PyValue.fromNew(CPythonAPI.PyBool_FromLong(Platform.intToCLong(1)), true)\n\n  private[py] val noneValue: PyValue = PyValue.fromNew(CPythonAPI.Py_BuildValue(Platform.emptyCString), true)\n\n  CPythonAPI.PyEval_SaveThread() \/\/ release the lock created by Py_Initialize\n\n  @inline private[py] def withGil[T](fn: => T): T = {\n    val handle = CPythonAPI.PyGILState_Ensure()\n\n    try {\n      fn\n    } finally {\n      CPythonAPI.PyGILState_Release(handle)\n    }\n  }\n\n  def eval(code: String): Unit = {\n    Platform.Zone { implicit zone =>\n      val Py_single_input = 256\n      withGil {\n        CPythonAPI.PyRun_String(Platform.toCString(code), Py_single_input, globals, globals)\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  def set(variable: String, value: PyValue): Unit = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.Py_IncRef(value.underlying)\n        CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(variable), value.underlying)\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  private var counter = 0\n  def getVariableReference(value: PyValue): VariableReference = {\n    val variableName = synchronized {\n      val ret = \"spy_o_\" + counter\n      counter += 1\n      ret\n    }\n\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(variableName), value.underlying)\n        throwErrorIfOccured()\n      }\n    }\n\n    new VariableReference(variableName)\n  }\n\n  def valueFromBoolean(b: Boolean): PyValue = if (b) trueValue else falseValue\n  def valueFromLong(long: Long): PyValue = withGil(PyValue.fromNew(CPythonAPI.PyLong_FromLongLong(long)))\n  def valueFromDouble(v: Double): PyValue = withGil(PyValue.fromNew(CPythonAPI.PyFloat_FromDouble(v)))\n  def valueFromString(v: String): PyValue = PyValue.fromNew(toNewString(v))\n\n  \/\/ Hack to patch around Scala Native not letting us auto-box pointers\n  private class PointerBox(val ptr: Platform.Pointer)\n\n  private def toNewString(v: String) = {\n    (Platform.Zone { implicit zone =>\n      withGil(new PointerBox(CPythonAPI.PyUnicode_FromString(\n        Platform.toCString(v, java.nio.charset.Charset.forName(\"UTF-8\"))\n      )))\n    }).ptr\n  }\n\n  def createList(seq: Seq[PyValue]): PyValue = {\n    \/\/ TODO: this is copying, should be replaced by a custom type\n    withGil {\n      val retPtr = CPythonAPI.PyList_New(seq.size)\n      seq.zipWithIndex.foreach { case (v, i) =>\n        CPythonAPI.Py_IncRef(v.underlying) \/\/ SetItem steals reference\n        CPythonAPI.PyList_SetItem(retPtr, Platform.intToCLong(i), v.underlying)\n      }\n\n      PyValue.fromNew(retPtr)\n    }\n  }\n\n  def createTuple(seq: Seq[PyValue]): PyValue = {\n    \/\/ TODO: this is copying, should be replaced by a custom type\n    withGil {\n      val retPtr = CPythonAPI.PyTuple_New(seq.size)\n      seq.zipWithIndex.foreach { case (v, i) =>\n        CPythonAPI.Py_IncRef(v.underlying) \/\/ SetItem steals reference\n        CPythonAPI.PyTuple_SetItem(retPtr, Platform.intToCLong(i), v.underlying)\n      }\n\n      PyValue.fromNew(retPtr)\n    }\n  }\n\n  private def pointerPointerToString(pointer: Platform.PointerToPointer) = withGil {\n    Platform.fromCString(CPythonAPI.PyUnicode_AsUTF8(\n      CPythonAPI.PyObject_Str(\n        Platform.dereferencePointerToPointer(pointer)\n      )\n    ), java.nio.charset.Charset.forName(\"UTF-8\"))\n  }\n\n  def throwErrorIfOccured() = {\n    if (Platform.pointerToLong(CPythonAPI.PyErr_Occurred()) != 0) {\n      Platform.Zone { implicit zone =>\n        val pType = Platform.allocPointerToPointer\n        val pValue = Platform.allocPointerToPointer\n        val pTraceback = Platform.allocPointerToPointer\n\n        withGil(CPythonAPI.PyErr_Fetch(pType, pValue, pTraceback))\n\n        val pTypeStringified = pointerPointerToString(pType)\n\n        val pValueObject = Platform.dereferencePointerToPointer(pValue)\n        val pValueStringified = if (pValueObject != null) {\n          \" \" + pointerPointerToString(pValue)\n        } else \"\"\n\n        throw new PythonException(pTypeStringified + pValueStringified)\n      }\n    }\n  }\n\n  def load(code: String): PyValue = {\n    Platform.Zone { implicit zone =>\n      val Py_eval_input = 258\n      withGil {\n        val result = CPythonAPI.PyRun_String(Platform.toCString(code), Py_eval_input, globals, globals)\n        throwErrorIfOccured()\n\n        PyValue.fromNew(result)\n      }\n    }\n  }\n\n  def unaryNeg(a: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Negative(\n      a.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def unaryPos(a: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Positive(\n      a.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryAdd(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Add(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binarySub(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Subtract(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryMul(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Multiply(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryDiv(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_TrueDivide(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryMod(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Remainder(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  private def runCallableAndDecref(callable: Platform.Pointer, args: Seq[PyValue]): PyValue = withGil {\n    val result = CPythonAPI.PyObject_Call(\n      callable,\n      createTuple(args).underlying,\n      null\n    )\n\n    CPythonAPI.Py_DecRef(callable)\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(result)\n  }\n\n  def callGlobal(method: String, args: Seq[PyValue]): PyValue = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        val methodString = toNewString(method)\n        var callable = CPythonAPI.PyDict_GetItemWithError(globals, methodString)\n        if (callable == null) {\n          CPythonAPI.PyErr_Clear()\n          callable = CPythonAPI.PyDict_GetItemWithError(builtins, methodString)\n        }\n\n        CPythonAPI.Py_IncRef(callable)\n        CPythonAPI.Py_DecRef(methodString)\n\n        throwErrorIfOccured()\n\n        runCallableAndDecref(callable, args)\n      }\n    }\n  }\n\n  def call(on: PyValue, method: String, args: Seq[PyValue]): PyValue = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        val callable = CPythonAPI.PyObject_GetAttrString(on.underlying, Platform.toCString(method))\n        throwErrorIfOccured()\n\n        runCallableAndDecref(callable, args)\n      }\n    }\n  }\n\n  def selectGlobal(name: String): PyValue = {\n    Platform.Zone { implicit zone =>\n      val nameString = toNewString(name)\n\n      withGil {\n        var gottenValue = CPythonAPI.PyDict_GetItemWithError(globals, nameString)\n        if (gottenValue == null) {\n          CPythonAPI.PyErr_Clear()\n          gottenValue = CPythonAPI.PyDict_GetItemWithError(builtins, nameString)\n        }\n\n        CPythonAPI.Py_DecRef(nameString)\n\n        throwErrorIfOccured()\n\n        PyValue.fromNew(gottenValue)\n      }\n    }\n  }\n\n  def select(on: PyValue, value: String): PyValue = {\n    val valueString = toNewString(value)\n\n    withGil {\n      val underlying = CPythonAPI.PyObject_GetAttr(\n        on.underlying,\n        valueString\n      )\n\n      CPythonAPI.Py_DecRef(valueString)\n\n      throwErrorIfOccured()\n\n      PyValue.fromNew(underlying)\n    }\n  }\n\n  def update(on: PyValue, value: String, newValue: PyValue): Unit = {\n    val valueString = toNewString(value)\n\n    withGil {\n      CPythonAPI.PyObject_SetAttr(\n        on.underlying,\n        valueString,\n        newValue.underlying\n      )\n\n      CPythonAPI.Py_DecRef(valueString)\n    }\n  }\n\n  def selectList(on: PyValue, index: Int): PyValue = withGil {\n    val ret = CPythonAPI.PyList_GetItem(\n      on.underlying,\n      Platform.intToCLong(index)\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromBorrowed(ret)\n  }\n\n  def selectDictionary(on: PyValue, key: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyDict_GetItemWithError(\n      on.underlying,\n      key.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromBorrowed(ret)\n  }\n}\n\nfinal class PyValue private[PyValue](val underlying: Platform.Pointer, safeGlobal: Boolean = false) {\n  if (Platform.isNative && PyValue.allocatedValues.isEmpty && !safeGlobal) {\n    println(s\"Warning: the value ${this.getStringified} was allocated into a global space, which means it will not be garbage collected in Scala Native\")\n  }\n\n  if (PyValue.allocatedValues.nonEmpty) {\n    PyValue.allocatedValues = (this :: PyValue.allocatedValues.head) :: PyValue.allocatedValues.tail\n  }\n\n  def getStringified: String = CPythonInterpreter.withGil {\n    val pyStr = CPythonAPI.PyObject_Str(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n\n    val cStr = CPythonAPI.PyUnicode_AsUTF8(pyStr)\n    CPythonAPI.Py_DecRef(pyStr)\n    CPythonInterpreter.throwErrorIfOccured()\n\n    Platform.fromCString(cStr, java.nio.charset.Charset.forName(\"UTF-8\"))\n  }\n\n  def getString: String = CPythonInterpreter.withGil {\n    val cStr = CPythonAPI.PyUnicode_AsUTF8(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    Platform.fromCString(cStr, java.nio.charset.Charset.forName(\"UTF-8\"))\n  }\n\n  def getBoolean: Boolean = {\n    if (underlying == CPythonInterpreter.falseValue.underlying) false\n    else if (underlying == CPythonInterpreter.trueValue.underlying) true\n    else {\n      throw new IllegalAccessException(\"Cannot convert a non-boolean value to a boolean\")\n    }\n  }\n\n  def getLong: Long = CPythonInterpreter.withGil {\n    val ret = CPythonAPI.PyLong_AsLongLong(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    ret\n  }\n\n  def getDouble: Double = CPythonInterpreter.withGil {\n    val ret = CPythonAPI.PyFloat_AsDouble(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    ret\n  }\n\n  def getTuple: Seq[PyValue] = new Seq[PyValue] {\n    def length: Int = CPythonInterpreter.withGil {\n      val ret = Platform.cLongToLong(CPythonAPI.PyTuple_Size(underlying)).toInt\n      CPythonInterpreter.throwErrorIfOccured()\n      ret\n    }\n\n    def apply(idx: Int): PyValue = CPythonInterpreter.withGil {\n      val ret = CPythonAPI.PyTuple_GetItem(underlying, Platform.intToCLong(idx))\n      CPythonInterpreter.throwErrorIfOccured()\n      new PyValue(ret)\n    }\n\n    def iterator: Iterator[PyValue] = (0 until length).toIterator.map(apply)\n  }\n\n  def getSeq: Seq[PyValue] = new Seq[PyValue] {\n    def length: Int = CPythonInterpreter.withGil {\n      val ret = Platform.cLongToLong(CPythonAPI.PyObject_Length(underlying)).toInt\n      CPythonInterpreter.throwErrorIfOccured()\n      ret\n    }\n\n    def apply(idx: Int): PyValue = CPythonInterpreter.withGil {\n      val indexValue = CPythonAPI.PyLong_FromLongLong(idx)\n      val ret = CPythonAPI.PyObject_GetItem(underlying, indexValue)\n      CPythonAPI.Py_DecRef(indexValue)\n\n      PyValue.fromBorrowed(ret)\n    }\n\n    def iterator: Iterator[PyValue] = (0 until length).toIterator.map(apply)\n  }\n\n  import scala.collection.mutable\n  def getMap: mutable.Map[PyValue, PyValue] = new Compat.MutableMap[PyValue, PyValue] {\n    def get(key: PyValue): Option[PyValue] = CPythonInterpreter.withGil {\n      val contains = CPythonAPI.PyDict_Contains(\n        underlying,\n        key.underlying\n      ) == 1\n\n      CPythonInterpreter.throwErrorIfOccured()\n\n      if (contains) {\n        val value = CPythonAPI.PyDict_GetItem(underlying, key.underlying)\n        CPythonInterpreter.throwErrorIfOccured()\n        Some(PyValue.fromBorrowed(value))\n      } else Option.empty[PyValue]\n    }\n\n    def iterator: Iterator[(PyValue, PyValue)] = CPythonInterpreter.withGil {\n      val keysList = new PyValue(CPythonAPI.PyDict_Keys(underlying))\n      CPythonInterpreter.throwErrorIfOccured()\n      keysList.getSeq.toIterator.map { k =>\n        (k, get(k).get)\n      }\n    }\n\n    override def addOne(kv: (PyValue, PyValue)): this.type = ???\n    override def subtractOne(k: PyValue): this.type = ???\n  }\n\n  private var cleaned = false\n\n  def cleanup(): Unit = CPythonInterpreter.withGil {\n    if (!cleaned) {\n      cleaned = true\n      CPythonAPI.Py_DecRef(underlying)\n    }\n  }\n\n  override def finalize(): Unit = cleanup()\n}\n\nobject PyValue {\n  import scala.collection.mutable\n  private[py] var allocatedValues: List[List[PyValue]] = List.empty\n\n  def fromNew(underlying: Platform.Pointer, safeGlobal: Boolean = false): PyValue = {\n    new PyValue(underlying, safeGlobal)\n  }\n\n  def fromBorrowed(underlying: Platform.Pointer): PyValue = {\n    CPythonInterpreter.withGil(CPythonAPI.Py_IncRef(underlying))\n    new PyValue(underlying)\n  }\n}\n"}
{"repo_name":"VirtuslabRnD\/scalapy","path":"project\/plugins.sbt","text":"<reponame>VirtuslabRnD\/scalapy<gh_stars>0\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scalajs-crossproject\"      % \"1.0.0\")\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scala-native-crossproject\" % \"1.0.0\")\naddSbtPlugin(\"org.scala-native\"   % \"sbt-scala-native\"              % \"0.3.9\")\n\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"2.0.1\")\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.2\")\n\naddSbtPlugin(\"com.dwijnand\" % \"sbt-dynver\" % \"4.0.0\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-mdoc\" % \"2.2.0\" )\n"}
{"repo_name":"VirtuslabRnD\/scalapy","path":"core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/py\/Global.scala","text":"package me.shadaj.scalapy.py\n\nimport scala.language.dynamics\n\nobject global extends scala.Dynamic {\n  def applyDynamic(method: String)(params: Any*): Dynamic = {\n    Any.populateWith(CPythonInterpreter.callGlobal(method, params.map(_.value))).as[Dynamic]\n  }\n\n  def applyDynamicNamed(method: String)(params: (String, Any)*): Dynamic = {\n    \/\/ a copy of Dynamic.applyDynamicNamed()\n    val otherParams: List[(String, Any)] = params.toList\n      .filterNot(_._1 == \"kwargs\")\n      .map{ case (name, value) => name -> value}\n    val mapParams: List[(String, Any)] = params.toList\n      .filter(_._1 == \"kwargs\")\n      .flatMap { case (_ , value) => value.as[Map[String, Any]].toList }\n    val allParams: List[(String, Any)] = otherParams ++ mapParams\n\n    eval(s\"$method(${allParams.map{ case (name, value) =>\n      if (name.isEmpty) Arg(value) else Arg(name, value)  \/\/ Positional arguments have no name\n    }.mkString(\",\")})\")\n  }\n\n  def selectDynamic(value: String): Any = {\n    Any.populateWith(CPythonInterpreter.selectGlobal(value))\n  }\n}\n"}
{"repo_name":"vakkadar\/deterministic","path":"src\/main\/scala\/Child.scala","text":"<reponame>vakkadar\/deterministic\n\/**\n * Created by Rajkumar on 9\/6\/2015.\n *\/\nobject Child {\n  def main(args:Array[String]):Unit ={\n\n  if(true)\n    Console println \"DETERMINISTIC : PROCESSS SUCCESSFULLY STARTED\"\n  else\n    Console.err.println (\"DETERMINISTIC : PROCESSS SUCCESSFULLY STARTED\")\n\n\n  }\n}\n"}
{"repo_name":"vakkadar\/deterministic","path":"build.sbt","text":"name := \"\"\"deterministic\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.4\",\n  \"com.typesafe\" % \"config\" % \"1.3.0\"\n)\n\n\nfork in run := true"}
{"repo_name":"vakkadar\/deterministic","path":"src\/main\/scala\/Parent.scala","text":"<gh_stars>0\nimport System.{getProperty => Prop}\nimport System.{getProperties => Props}\nimport collection.JavaConverters._\nimport java.io._\n\nobject Parent extends App{\n\n  val workingDir = Prop(\"user.dir\")\n  val pb = new ProcessBuilder(\"java\", \"-cp\", \"c:\\\\cygwin64\\\\home\\\\Rajkumar\\\\projects\\\\hello-scala-2_11\\\\target\\\\scala-2.11\\\\classes;c:\\\\Users\\\\Rajkumar\\\\.ivy2\\\\cache\\\\org.scala-lang\\\\scala-library\\\\jars\\\\scala-library-2.11.7.jar\", \"Child\")\n  val cwd = new File(\"c:\\\\cygwin64\\\\home\\\\Rajkumar\\\\projects\\\\hello-scala-2_11\\\\target\\\\scala-2.11\\\\classes\")\n  pb.directory(new File(workingDir))\n\n  val process = pb.start()\n\n  def getProcessInputHandlers(filename:String) :List[ProcessInputHandler] =\n    List(ProcessInputHandler(process, OutputType, filename),ProcessInputHandler(process, ErrorType, filename) )\n\n  val inputHandlerRunnables = getProcessInputHandlers(\"output\")\n\n  val inputHandlerThreads = inputHandlerRunnables map (new Thread(_))\n  inputHandlerThreads foreach (_.start())\n  process.waitFor()\n\n  inputHandlerRunnables foreach (_.terminate())\n  inputHandlerThreads foreach (_.join())\n\n  println (process.exitValue())\n}\n\ncase class ProcessInputThread(process:Process, streamType:StreamType, filename:String) extends Thread {\n  val handler = ProcessInputHandler(process, streamType, filename)\n  override def run() = handler.run()\n}\n\n\n\nsealed trait StreamType{\n  val FileConcatenator = \".\"\n  def name:String\n  def suffix:String\n  def getCanonicalFileName(filename:String) = filename + FileConcatenator + suffix\n  import scala.annotation._\n  def getInputStream(process:Process)=\n    (this: @unchecked) match {\n      case OutputType => process.getInputStream\n      case ErrorType => process.getErrorStream\n    }\n}\n\ncase object InputType extends StreamType{\n  val name = \"InputStream\"\n  val suffix = \"in\"\n}\ncase object OutputType extends StreamType{\n  val name = \"OutputStream\"\n  val suffix = \"out\"\n}\ncase object ErrorType extends StreamType{\n  val name = \"ErrorStream\"\n  val suffix = \"err\"\n}\n\nobject ProcessConstants{\n  val SuccessfullyStarted = \"SUCCESSFULLY STARTED\"\n  val StartedWithErrors = \"STARTED WITH ERRORS\"\n}\n\ncase class ProcessInputHandler(process:Process,  streamType:StreamType, filename:String) extends  Runnable{\n\n  val canonicalFilename = streamType.getCanonicalFileName(filename)\n  val fos = new FileOutputStream(canonicalFilename)\n  val writer :PrintWriter = new PrintWriter(fos)\n  val inputStream = streamType.getInputStream(process)\n\n  @volatile\n  private[this] var startedFlag = false\n\n  @volatile\n  private[this] var terminateFlag = false\n\n  def terminate():Unit = terminateFlag =true\n\n  def run():Unit ={\n    try{\n      val br = new BufferedReader(new InputStreamReader(inputStream))\n      while(!startedFlag){\n        write(getLine(br))\n      }\n      while(!terminateFlag){\n        write(getLine(br))\n      }\n      writer.flush()\n    }catch {\n      case ioe: IOException => ioe.printStackTrace()\n    }\n  }\n\n  def getLine(reader:BufferedReader): Option[String] = {\n    val line = reader.readLine()\n    if(line != null) Some(line) else None\n  }\n\n  def write(line:Option[String]):Unit =\n   line.foreach(str => {\n     writer.write(str)\n     println(streamType + \">\" + str)\n   })\n\n\n\n\n}"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/Services.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.grpc\n\nimport com.google.common.reflect.ClassPath\nimport com.google.common.reflect.TypeToken\nimport com.google.inject.Injector\nimport io.grpc.BindableService\n\nimport scala.jdk.CollectionConverters._\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/9\/7\n *\n * @author AI\n *\/\nobject Services {\n\n  @scala.deprecated(\"using org.jmotor.grpc.Services.loadGrpcServices\", \"1.0.15\")\n  def getGrpcServices(injector: Injector, packageName: String): Set[BindableService] = {\n    loadGrpcServices(injector, packageName)\n  }\n\n  def loadGrpcServices(injector: Injector, packageName: String): Set[BindableService] = {\n    loadGrpcServices(this.getClass.getClassLoader, injector, packageName)\n  }\n\n  def loadGrpcServices(loader: ClassLoader, injector: Injector, packageName: String): Set[BindableService] = {\n    val classPath = ClassPath.from(loader)\n    val serviceClazz: Class[BindableService] = classOf[BindableService]\n    val classes = classPath.getTopLevelClassesRecursive(packageName).asScala\n    classes.map(_.load()).filter { clazz \u21d2\n      val types = TypeToken.of(clazz).getTypes.asScala\n      types.exists(_.getRawType == serviceClazz)\n    }.map { clazz \u21d2\n      val constructor = clazz.getConstructors.head\n      val parameters = constructor.getParameterTypes.map {\n        case c if c == classOf[Injector] \u21d2 injector\n        case c                           \u21d2 injector.getInstance(c).asInstanceOf[Object]\n      }\n      constructor.newInstance(parameters: _*).asInstanceOf[BindableService]\n    }.toSet\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/ConfigService.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.guice.service\n\n\/**\n *\n * @author AI\n *         2020\/1\/15\n *\/\ntrait ConfigService[T <: Conf] {\n\n  def parse(value: String): T\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/undertow\/handler\/ContentTypes.scala","text":"<filename>src\/main\/scala\/org\/jmotor\/undertow\/handler\/ContentTypes.scala\npackage org.jmotor.undertow.handler\n\n\/**\n *\n * @author AI\n *         2020\/4\/28\n *\/\nobject ContentTypes {\n\n  final val HTML: String = \"text\/html;charset=utf-8\"\n\n  final val APPLICATION_JSON: String = \"application\/json;charset=utf-8\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/MetadataKeys.scala","text":"package org.jmotor.grpc\n\nimport io.grpc.Metadata\n\n\/**\n *\n * @author AI\n *         2019-06-28\n *\/\nobject MetadataKeys {\n\n  lazy final val REQUEST_ID_KEY = Metadata.Key.of[String](\"x-request-id\", Metadata.ASCII_STRING_MARSHALLER)\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/validation\/ValidationException.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.validation\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/28\n *\n * @author AI\n *\/\nfinal case class ValidationException(constraint: ConstraintViolation) extends RuntimeException(constraint.toString)\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/http\/router\/PingRouter.scala","text":"package org.jmotor.http.router\n\nimport org.jmotor.guice.service.PingService\nimport org.jmotor.http.RoutingHandler\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/16\n *\n * @author AI\n *\/\nclass PingRouter(pingService: PingService) extends RoutingHandler {\n\n  override def route: String = \"\/v3\/services\/ping\"\n\n  override def methods: Set[String] = single(\"GET\")\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/logger\/RequestLogInterceptor.scala","text":"<filename>src\/main\/scala\/org\/jmotor\/grpc\/logger\/RequestLogInterceptor.scala\npackage org.jmotor.grpc.logger\n\nimport java.util.UUID\n\nimport com.typesafe.scalalogging.LazyLogging\nimport io.grpc.ForwardingClientCall.SimpleForwardingClientCall\nimport io.grpc.{ CallOptions, Channel, ClientCall, ClientInterceptor, ForwardingClientCallListener, Metadata, MethodDescriptor, Status }\nimport org.jmotor.grpc.MetadataKeys\n\n\/**\n *\n * @author AI\n *         2019-06-28\n *\/\nclass RequestLogInterceptor(requestId: Option[String], service: Option[String]) extends ClientInterceptor with LazyLogging {\n\n  private[this] lazy val serviceName = service.getOrElse(\"-\")\n\n  override def interceptCall[ReqT, RespT](method: MethodDescriptor[ReqT, RespT], callOptions: CallOptions, next: Channel): ClientCall[ReqT, RespT] = {\n    new SimpleForwardingClientCall[ReqT, RespT](next.newCall(method, callOptions)) {\n      override def start(responseListener: ClientCall.Listener[RespT], headers: Metadata): Unit = {\n        val started = System.nanoTime()\n        val methodType = method.getType.name()\n        val fullMethodName = method.getFullMethodName\n        val id = requestId.getOrElse(UUID.randomUUID().getLeastSignificantBits.toHexString)\n        val message = s\"$id [$serviceName] $methodType $fullMethodName\"\n        logger.info(message)\n        headers.put(MetadataKeys.REQUEST_ID_KEY, id)\n        super.start(new ClientCallListener[RespT](responseListener, id, methodType, fullMethodName, started), headers)\n      }\n    }\n  }\n\n  private[this] class ClientCallListener[RespT](\n      delegate:  ClientCall.Listener[RespT],\n      requestId: String, methodType: String, methodName: String, started: Long)\n    extends ForwardingClientCallListener.SimpleForwardingClientCallListener[RespT](delegate) {\n\n    override def onClose(status: Status, trailers: Metadata): Unit = {\n      val cost = (System.nanoTime() - started) \/ 1000000.0\n      val message = s\"$requestId [$serviceName] $methodType $methodName ${status.getCode.name()} cost: $cost\"\n      if (status.isOk) {\n        logger.info(message)\n      } else {\n        logger.error(message)\n      }\n      super.onClose(status, trailers)\n    }\n\n  }\n\n}\n\nobject RequestLogInterceptor {\n\n  def apply(): RequestLogInterceptor = new RequestLogInterceptor(None, None)\n\n  def apply(service: String): RequestLogInterceptor = new RequestLogInterceptor(None, Option(service))\n\n  def ofRequestId(requestId: String): RequestLogInterceptor = new RequestLogInterceptor(Option(requestId), None)\n\n  def ofRequestId(requestId: String, service: String): RequestLogInterceptor = new RequestLogInterceptor(Option(requestId), Option(service))\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/FooService.scala","text":"package org.jmotor.guice.service\n\n\/**\n *\n * @author AI\n *         2020\/5\/25\n *\/\ntrait FooService {\n\n  def run(): String\n\n  def call(): String\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/validation\/ConstraintViolation.scala","text":"package org.jmotor.validation\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/28\n *\n * @author AI\n *\/\nfinal case class ConstraintViolation(field: String, template: String, args: Any*)\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt<gh_stars>1-10\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"2.0.1\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.6.1\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-coveralls\" % \"1.2.7\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\n\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.8.3\")\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\n\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.9.2\")\n\naddSbtPlugin(\"org.jmotor.sbt\" % \"sbt-dependency-updates\" % \"1.2.2\")\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/concurrent\/ExecutorLookupSpec.scala","text":"<filename>src\/test\/scala\/org\/jmotor\/concurrent\/ExecutorLookupSpec.scala\npackage org.jmotor.concurrent\n\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest.funsuite.AnyFunSuite\n\n\/**\n *\n * @author AI\n *         2020\/1\/11\n *\/\nclass ExecutorLookupSpec extends AnyFunSuite {\n\n  test(\"lookup by partition\") {\n    val name = \"repositories-dispatcher\"\n    ExecutorLookup.setup(ConfigFactory.load())\n    assert(ExecutorLookup.lookupByPartition(name, Obj1) == ExecutorLookup.lookupByPartition(name, Obj1))\n  }\n\n}\n\nobject Obj1\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/http\/RoutingHandler.scala","text":"package org.jmotor.http\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/16\n *\n * @author AI\n *\/\ntrait RoutingHandler {\n\n  def route: String\n\n  def methods: Set[String]\n\n  def pattern: Option[String] = None\n\n  def single(method: String): Set[String] = Set(method)\n\n  def multi(methods: String*): Set[String] = methods.toSet\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/impl\/FooServiceImpl.scala","text":"<gh_stars>1-10\npackage org.jmotor.guice.service.impl\n\nimport org.jmotor.guice.service.FooService\n\n\/**\n *\n * @author AI\n *         2020\/5\/25\n *\/\nclass FooServiceImpl extends FooService {\n\n  override def run(): String = \"run\"\n\n  override def call(): String = \"call\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/utils\/Objects.scala","text":"package org.jmotor.utils\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nobject Objects {\n\n  def properties(obj: Any, excludes: String*): Map[String, Any] = {\n    val fields = obj.getClass.getDeclaredFields.map { field \u21d2\n      field.setAccessible(true)\n      field.getName \u2192 field.get(obj)\n    }.toMap\n    if (excludes.nonEmpty) {\n      fields.filterNot(entry \u21d2 excludes.contains(entry._1))\n    } else {\n      fields\n    }\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/undertow\/handler\/ExceptionHandler.scala","text":"package org.jmotor.undertow.handler\n\nimport io.undertow.server.HttpServerExchange\n\n\/**\n *\n * @author AI\n *         2019-03-18\n *\/\ntrait ExceptionHandler {\n\n  def handleException(exchange: HttpServerExchange, cause: Throwable): Unit\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/guice\/AbstractModuleSupport.scala","text":"package org.jmotor.guice\n\nimport java.util.Objects\n\nimport com.google.common.reflect.ClassPath\nimport com.google.common.reflect.ClassPath.ClassInfo\nimport com.google.inject.AbstractModule\nimport com.typesafe.config.Config\nimport com.typesafe.scalalogging.LazyLogging\nimport org.jmotor.config.ConfigConversions._\n\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nabstract class AbstractModuleSupport extends AbstractModule with LazyLogging {\n\n  final val CLASS_PATH: ClassPath = ClassPath.from(this.getClass.getClassLoader)\n\n  def bindComponents(packageName: String): Unit = {\n    CLASS_PATH.getTopLevelClasses(packageName).asScala.foreach(bindComponent)\n  }\n\n  def bindExtendableComponents(packageName: String, config: Config): Unit = {\n    val extensionPackage = packageName.substring(0, packageName.lastIndexOf('.')) + \".extension\"\n    val enabled: Boolean = extensionEnabled(config)\n    bindExtendableComponents(packageName, extensionPackage, enabled)\n  }\n\n  def bindExtendableComponents(packageName: String, extensionPackage: String, config: Config): Unit = {\n    val enabled: Boolean = extensionEnabled(config)\n    bindExtendableComponents(packageName, extensionPackage, enabled)\n  }\n\n  def bindExtendableComponents(packageName: String, extensionPackage: String, enabled: Boolean): Unit = {\n    val serviceClasses = mutable.Map[String, ClassInfo]()\n    val packages = if (enabled) {\n      logger.info(s\"Load extension package: $extensionPackage\")\n      Seq(packageName, extensionPackage)\n    } else {\n      Seq(packageName)\n    }\n    packages.foreach { packageName \u21d2\n      CLASS_PATH.getTopLevelClasses(packageName).asScala.foreach { classInfo \u21d2\n        serviceClasses += classInfo.getSimpleName -> classInfo\n      }\n    }\n    serviceClasses.values.foreach(bindComponent)\n  }\n\n  def loadClasses(packageName: String): Set[Class[_]] = {\n    CLASS_PATH.getTopLevelClasses(packageName).asScala.map(_.load()).toSet\n  }\n\n  def bindComponent(classInfo: ClassPath.ClassInfo): Unit = {\n    val clazz = classInfo.load()\n    val clazzInterfaces = clazz.getInterfaces\n    val interfaces = if (clazzInterfaces.nonEmpty) {\n      clazzInterfaces\n    } else {\n      clazz.getSuperclass.getInterfaces\n    }\n    val interfaceOpt = interfaces.find { irfe \u21d2\n      clazz.getSimpleName.contains(irfe.getSimpleName) && clazz.getPackage.getName.contains(irfe.getPackage.getName)\n    }\n    if (Objects.nonNull(interfaces) && interfaces.nonEmpty && interfaceOpt.isDefined) {\n      bind(interfaceOpt.get.asInstanceOf[Class[Any]]).to(clazz.asInstanceOf[Class[Any]])\n    }\n  }\n\n  def extensionEnabled(config: Config): Boolean = config.getBooleanOpt(\"extension.enabled\").getOrElse(false)\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/config\/ConfigConversions.scala","text":"<gh_stars>1-10\npackage org.jmotor.config\n\nimport com.typesafe.config.Config\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\nimport scala.language.implicitConversions\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nobject ConfigConversions {\n\n  implicit class ConfigWrapper(config: Config) {\n\n    implicit def getSubConfigNames(path: String): Set[String] = {\n      getConfigOpt(path).fold(Set.empty[String]) { subConfig \u21d2\n        val delimiter: Char = '.'\n        subConfig.entrySet().asScala.collect {\n          case entry if entry.getKey.indexOf(delimiter) > 0 \u21d2 entry.getKey.split(delimiter).head\n        }.toSet\n      }\n    }\n\n    implicit def getEnabledValues(enabledPath: String, disabledPath: String): Seq[String] = {\n      config.getStringSeqOpt(enabledPath).map(_.distinct) match {\n        case None \u21d2 Seq.empty\n        case Some(enables) \u21d2\n          val disablesOpt = config.getStringSeqOpt(disabledPath)\n          disablesOpt match {\n            case None           \u21d2 enables\n            case Some(disables) \u21d2 enables.filterNot(disables.contains)\n          }\n      }\n    }\n\n    implicit def getIntOpt(path: String): Option[Int] = getOpt(config.getInt(path))\n\n    implicit def getLongOpt(path: String): Option[Long] = getOpt(config.getLong(path))\n\n    implicit def getDoubleOpt(path: String): Option[Double] = getOpt(config.getDouble(path))\n\n    implicit def getStringOpt(path: String): Option[String] = getOpt(config.getString(path))\n\n    implicit def getConfigOpt(path: String): Option[Config] = getOpt(config.getConfig(path))\n\n    implicit def getBooleanOpt(path: String): Option[Boolean] = getOpt(config.getBoolean(path))\n\n    implicit def getStringSeqOpt(path: String): Option[Seq[String]] = getOpt(config.getStringList(path).asScala.toSeq)\n\n    implicit def getIntSeqOpt(path: String): Option[Seq[Int]] = getOpt(config.getIntList(path).asScala.map(_.intValue()).toSeq)\n\n    implicit def getDurationOpt(path: String): Option[Duration] = getOpt(config.getDuration(path)).map(d \u21d2 d.toNanos.nanos)\n\n    implicit def getLongSeqOpt(path: String): Option[Seq[Long]] = getOpt(config.getLongList(path).asScala.map(_.longValue()).toSeq)\n\n    implicit def getDoubleSeqOpt(path: String): Option[Seq[Double]] = getOpt(config.getDoubleList(path).asScala.map(_.doubleValue()).toSeq)\n\n    private[this] def getOpt[T](f: \u21d2 T): Option[T] = {\n      Try(f) match {\n        case Success(value) \u21d2 Some(value)\n        case Failure(_)     \u21d2 None\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/impl\/PingServiceImpl.scala","text":"package org.jmotor.guice.service.impl\n\nimport org.jmotor.guice.service.PingService\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass PingServiceImpl extends PingService {\n\n  override def ping(): String = \"pong\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"build.sbt","text":"import Dependencies.Versions\nimport org.jmotor.sbt.plugin.ComponentSorter\nimport sbtrelease.ReleasePlugin.autoImport.ReleaseTransformations._\n\nname := \"scala-utils\"\n\norganization := \"org.jmotor\"\n\nenablePlugins(Dependencies, Publishing)\n\nscalaVersion := Versions.scala\n\ncrossScalaVersions := Seq(Versions.scala212, Versions.scala)\n\ndependencyUpgradeModuleNames := Map(\n  \"scala-library\" -> \"scala\",\n  \"undertow-.*\" -> \"undertow\"\n)\n\ndependencyUpgradeComponentSorter := ComponentSorter.ByAlphabetically\n\nlazy val utf8: String = \"UTF-8\"\nlazy val javaVersion: String = \"1.8\"\n\nCompile \/ compile \/ javacOptions ++= Seq(\n  \"-source\", javaVersion, \"-target\", javaVersion, \"-encoding\", utf8, \"-deprecation\"\n)\n\nCompile \/ doc \/ javacOptions ++= Seq(\n  \"-linksource\", \"-source\", javaVersion, \"-docencoding\", utf8, \"-charset\", utf8, \"-encoding\", utf8, \"-nodeprecated\"\n)\n\nreleasePublishArtifactsAction := PgpKeys.publishSigned.value\n\nreleaseCrossBuild := true\n\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  runTest,\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  publishArtifacts,\n  setNextVersion,\n  commitNextVersion,\n  pushChanges\n)\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/Conf.scala","text":"<filename>src\/test\/scala\/org\/jmotor\/guice\/service\/Conf.scala\npackage org.jmotor.guice.service\n\n\/**\n *\n * @author AI\n *         2020\/1\/15\n *\/\ntrait Conf\n\nfinal case class StringConfig(value: String) extends Conf\n\nfinal case class LongConfig(value: Long) extends Conf\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/impls\/StringConfigService.scala","text":"<reponame>aiyanbo\/scala-utils<filename>src\/test\/scala\/org\/jmotor\/guice\/service\/impls\/StringConfigService.scala\npackage org.jmotor.guice.service.impls\n\nimport org.jmotor.guice.service.ConfigService\nimport org.jmotor.guice.service.StringConfig\n\n\/**\n *\n * @author AI\n *         2020\/1\/15\n *\/\nclass StringConfigService extends ConfigService[StringConfig] {\n\n  override def parse(value: String): StringConfig = StringConfig(value)\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/GrpcServiceSupport.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.grpc\n\nimport java.util\nimport java.util.{ Locale, NoSuchElementException, Objects }\n\nimport com.google.protobuf.MessageOrBuilder\nimport com.typesafe.scalalogging.LazyLogging\nimport io.grpc.Status\nimport io.grpc.stub.StreamObserver\nimport org.jmotor.i18n.Messages\nimport org.jmotor.utils.Strings\nimport org.jmotor.validation.ValidationException\n\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.util.control.NonFatal\nimport scala.util.{ Failure, Success }\n\n\/**\n *\n * @author AI\n *         2019-06-25\n *\/\ntrait GrpcServiceSupport extends LazyLogging {\n\n  val errors: Messages = Messages(\"i18n\/errors\")\n\n  def parseLanguage(languageOpt: Option[String]): Locale = {\n    languageOpt.fold(Locale.getDefault) { lang \u21d2\n      val ranges = Locale.LanguageRange.parse(lang)\n      Option(Locale.lookup(ranges, util.Arrays.asList(Locale.getAvailableLocales: _*))) match {\n        case None         \u21d2 Locale.getDefault\n        case Some(locale) \u21d2 locale\n      }\n    }\n  }\n\n  def handleRequest[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S])\n    (handler: \u21d2 Future[S])(implicit ec: ExecutionContext): Unit = {\n    implicit val locale: Locale = Locale.getDefault\n    handleUnary(request, observer, handler)\n  }\n\n  def handleLocaleRequest[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S])\n    (handler: Locale \u21d2 Future[S])(implicit ec: ExecutionContext): Unit = {\n    implicit val locale: Locale = extractLocale(request)\n    handleUnary(request, observer, handler(locale))\n  }\n\n  def handleStreamRequest[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S])(handler: \u21d2 Future[Unit])\n    (implicit ec: ExecutionContext): Unit = {\n    implicit val locale: Locale = Locale.getDefault\n    handleStream(request, observer, handler)\n  }\n\n  def handleLocaleStreamRequest[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S])(handler: Locale \u21d2 Future[Unit])\n    (implicit ec: ExecutionContext): Unit = {\n    implicit val locale: Locale = extractLocale(request)\n    handleStream(request, observer, handler(locale))\n  }\n\n  def handleException(observer: StreamObserver[_], t: Throwable)(implicit locale: Locale): Unit = {\n    logger.error(t.getLocalizedMessage, t)\n    val (status, description) = t match {\n      case _: NoSuchElementException \u21d2 Status.INVALID_ARGUMENT -> t.getLocalizedMessage\n      case e: ValidationException    \u21d2 Status.INVALID_ARGUMENT -> errors.format(e.constraint.template, s\"[${e.constraint.args.mkString(\",\")}]\")\n      case _                         \u21d2 Status.INTERNAL -> t.getLocalizedMessage\n    }\n    observer.onError(status.withDescription(description).asRuntimeException())\n    try {\n      observer.onCompleted()\n    } catch {\n      case NonFatal(e) \u21d2 logger.warn(\"StreamObserver.onError maybe closed: \" + e.getLocalizedMessage)\n    }\n  }\n\n  private def extractLocale(request: MessageOrBuilder): Locale = {\n    val field = request.getDescriptorForType.findFieldByName(\"language\")\n    val languageOpt = if (Objects.nonNull(field)) Strings.toOption(request.getField(field).asInstanceOf[String]) else None\n    parseLanguage(languageOpt)\n  }\n\n  private def handleUnary[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S], fn: \u21d2 Future[S])\n    (implicit locale: Locale, ec: ExecutionContext): Unit = {\n    try {\n      fn.onComplete {\n        case Success(reply) \u21d2\n          observer.onNext(reply)\n          observer.onCompleted()\n        case Failure(t) \u21d2 handleException(observer, t)\n      }\n    } catch {\n      case NonFatal(t) \u21d2 handleException(observer, t)\n    }\n  }\n\n  private def handleStream[S <: MessageOrBuilder](request: MessageOrBuilder, observer: StreamObserver[S], fn: \u21d2 Future[Unit])\n    (implicit locale: Locale, ec: ExecutionContext): Unit = {\n    try {\n      fn.onComplete {\n        case Success(_) \u21d2 observer.onCompleted()\n        case Failure(t) \u21d2 handleException(observer, t)\n      }\n    } catch {\n      case NonFatal(t) \u21d2 handleException(observer, t)\n    }\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/ModuleSupportSpec.scala","text":"package org.jmotor.guice\n\nimport com.google.inject.Guice\nimport com.google.inject.TypeLiteral\nimport com.typesafe.config.ConfigFactory\nimport org.jmotor.guice.service.Conf\nimport org.jmotor.guice.service.ConfigService\nimport org.jmotor.guice.service.FooService\nimport org.jmotor.guice.service.MultiConfigService\nimport org.jmotor.guice.service.MultiPingService\nimport org.jmotor.guice.service.PingService\nimport org.jmotor.guice.service.impls.LongConfigService\nimport org.jmotor.guice.service.impls.StringConfigService\nimport org.scalatest.funsuite.AnyFunSuite\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass ModuleSupportSpec extends AnyFunSuite {\n\n  test(\"Bind components\") {\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindComponents(\"org.jmotor.guice.service.impl\")\n    })\n    val service = injector.getInstance(classOf[PingService])\n    assert(service.ping() == \"pong\")\n  }\n\n  test(\"Test bind extension\") {\n    val config = ConfigFactory.parseString(\"extension.enabled = true\")\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindExtendableComponents(\"org.jmotor.guice.service.impl\", config)\n    })\n    val service = injector.getInstance(classOf[PingService])\n    assert(service.ping() == \"extension pong\")\n  }\n\n  test(\"Test bind extension package\") {\n    val config = ConfigFactory.parseString(\"extension.enabled = true\")\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindExtendableComponents(\"org.jmotor.guice.service.impl\", \"org.jmotor.guice.service.v2\", config)\n    })\n    val service = injector.getInstance(classOf[PingService])\n    assert(service.ping() == \"extension pong v2\")\n  }\n\n  test(\"Test bind multi\") {\n    val injector = Guice.createInjector(new AbstractMultiModuleSupport {\n      override def configure(): Unit = bindMultiComponent[PingService](\"org.jmotor.guice.service.impls\")\n    })\n    val pings = injector.getInstance(classOf[MultiPingService]).pings\n    assert(pings.contains(\"v1\"))\n    assert(pings.contains(\"v2\"))\n  }\n\n  test(\"Test bind multi generic\") {\n    val injector = Guice.createInjector(new AbstractMultiModuleSupport {\n      override def configure(): Unit = bindMultiComponent[ConfigService[Conf]](new TypeLiteral[ConfigService[Conf]]() {}, \"org.jmotor.guice.service.impls\")\n    })\n    val impls = injector.getInstance(classOf[MultiConfigService]).impls\n    assert(impls.exists(_.isInstanceOf[StringConfigService]))\n    assert(impls.exists(_.isInstanceOf[LongConfigService]))\n  }\n\n  test(\"Test extends extension\") {\n    val config = ConfigFactory.parseString(\"extension.enabled = true\")\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindExtendableComponents(\"org.jmotor.guice.service.impl\", config)\n    })\n    val service = injector.getInstance(classOf[FooService])\n    assert(\"run\" == service.run())\n    assert(\"invoke\" == service.call())\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/guice\/AbstractMultiModuleSupport.scala","text":"<gh_stars>1-10\npackage org.jmotor.guice\n\nimport com.google.common.reflect.TypeToken\nimport com.google.inject.TypeLiteral\nimport com.google.inject.multibindings.Multibinder\n\nimport scala.jdk.CollectionConverters._\nimport scala.reflect._\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nabstract class AbstractMultiModuleSupport extends AbstractModuleSupport {\n\n  def bindMultiComponent[T: ClassTag](packageNames: String*): Unit = {\n    val supperClazz = classTag[T].runtimeClass\n    val builder: Multibinder[T] = Multibinder.newSetBinder(binder(), supperClazz.asInstanceOf[Class[T]])\n    val supper = TypeToken.of(supperClazz)\n    bindClasses[T](supper.asInstanceOf[TypeToken[T]], builder, packageNames)\n  }\n\n  def bindMultiComponent[T](typeLiteral: TypeLiteral[T], packageNames: String*): Unit = {\n    val builder: Multibinder[T] = Multibinder.newSetBinder(binder(), typeLiteral)\n    val supper = TypeToken.of(typeLiteral.getRawType)\n    bindClasses[T](supper.asInstanceOf[TypeToken[T]], builder, packageNames)\n  }\n\n  private[this] def bindClasses[T](supper: TypeToken[T], builder: Multibinder[T], packageNames: Seq[String]): Unit = {\n    packageNames.foreach { packageName \u21d2\n      CLASS_PATH.getTopLevelClassesRecursive(packageName).asScala.map(_.load()).foreach { clazz \u21d2\n        if (TypeToken.of(clazz).isSubtypeOf(supper)) {\n          builder.addBinding().to(clazz.asInstanceOf[Class[T]])\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/http\/RoutesSpec.scala","text":"package org.jmotor.http\n\nimport com.google.inject.Guice\nimport org.jmotor.guice.AbstractModuleSupport\nimport org.jmotor.http.router.{ ArgumentRouter, PatternRouter, PingRouter }\nimport org.scalatest.funsuite.AnyFunSuite\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/16\n *\n * @author AI\n *\/\nclass RoutesSpec extends AnyFunSuite {\n\n  test(\"load handlers\") {\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindComponents(\"org.jmotor.guice.service.impl\")\n    })\n    val handlers = Routes.getRoutingHandlers(injector, \"org.jmotor.http.router\")\n    assert(handlers.exists(_.isInstanceOf[PingRouter]))\n    assert(handlers.exists(_.isInstanceOf[PatternRouter]))\n    assert(handlers.exists(_.isInstanceOf[ArgumentRouter]))\n  }\n\n  test(\"load routes\") {\n    val injector = Guice.createInjector(new AbstractModuleSupport {\n      override def configure(): Unit = bindComponents(\"org.jmotor.guice.service.impl\")\n    })\n    val handlers = Routes.getRoutingHandlers(injector, \"org.jmotor.http.router\")\n    val routes = Routes.getRegexRoutes(handlers)\n\n    assert(routes.contains(\"\"\"\/users\/([\\\\w|-]+)\"\"\"))\n    assert(routes.contains(\"\"\"\/permissions\/.*\"\"\"))\n\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/extension\/PingServiceImpl.scala","text":"package org.jmotor.guice.service.extension\n\nimport org.jmotor.guice.service.PingService\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass PingServiceImpl extends PingService {\n\n  override def ping(): String = \"extension pong\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/concurrent\/ExecutorLookup.scala","text":"<gh_stars>1-10\npackage org.jmotor.concurrent\n\nimport java.util.Objects\nimport java.util.concurrent.Executor\nimport java.util.concurrent.LinkedBlockingQueue\nimport java.util.concurrent.ThreadPoolExecutor\nimport java.util.concurrent.TimeUnit\n\nimport com.google.common.cache.Cache\nimport com.google.common.cache.CacheBuilder\nimport com.google.common.hash.HashCode\nimport com.google.common.hash.Hashing\nimport com.google.common.util.concurrent.ThreadFactoryBuilder\nimport com.typesafe.config.Config\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/16\n *\n * @author AI\n *\/\nobject ExecutorLookup {\n\n  private[this] var _config: Config = _\n  private[this] val executors: Cache[String, Executor] = CacheBuilder.newBuilder().build()\n\n  def setup(config: Config): Unit = _config = config\n\n  def config(): Config = {\n    if (Objects.isNull(_config)) {\n      throw new IllegalStateException(\"Using org.jmotor.concurrent.ExecutorLookup.setup(config) to init\")\n    }\n    _config\n  }\n\n  def lookup(configName: String, name: Option[String] = None): Executor = {\n    val dispatchConfig = config().getConfig(configName)\n    val executor = dispatchConfig.getString(\"executor\")\n    executor match {\n      case \"thread-pool-executor\" \u21d2\n        val max = dispatchConfig.getInt(s\"$executor.core-pool-size-max\")\n        val min = dispatchConfig.getInt(s\"$executor.core-pool-size-min\")\n        val factor = dispatchConfig.getInt(s\"$executor.core-pool-size-factor\")\n        val desired = Runtime.getRuntime.availableProcessors() * factor\n        val core = Math.max(Math.min(max, desired), min)\n        val tf = new ThreadFactoryBuilder().setNameFormat(s\"${name.getOrElse(configName)}-%d\").build()\n        new ThreadPoolExecutor(core, max, 0, TimeUnit.MILLISECONDS, new LinkedBlockingQueue[Runnable], tf)\n      case _ \u21d2 throw new UnsupportedOperationException\n    }\n\n  }\n\n  def lookupByPartition(name: String, partitionKey: AnyRef, partitionSize: Int = Runtime.getRuntime.availableProcessors()): Executor = {\n    val partition = Hashing.consistentHash(HashCode.fromInt(com.google.common.base.Objects.hashCode(partitionKey)), partitionSize)\n    val executorName = s\"$name-part-$partition\"\n    executors.get(executorName, () \u21d2 {\n      lookup(name, Option(executorName))\n    })\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/utils\/StringsSpec.scala","text":"package org.jmotor.utils\n\nimport org.scalatest.funsuite.AnyFunSuite\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass StringsSpec extends AnyFunSuite {\n\n  test(\"Avoid blank\") {\n    assert(Strings.avoidBlank(Option(\"  \")).isEmpty)\n  }\n\n  test(\"Is empty\") {\n    assert(Strings.isEmpty(Option(\"   \")))\n  }\n\n  test(\"Non empty\") {\n    assert(Strings.nonEmpty(Option(\"   a \")))\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/PingService.scala","text":"package org.jmotor.guice.service\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\ntrait PingService {\n\n  def ping(): String\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/MultiConfigService.scala","text":"<filename>src\/test\/scala\/org\/jmotor\/guice\/service\/MultiConfigService.scala\npackage org.jmotor.guice.service\n\nimport javax.inject.Inject\nimport javax.inject.Singleton\n\nimport scala.jdk.CollectionConverters._\n\n\/**\n *\n * @author AI\n *         2020\/1\/15\n *\/\n@Singleton\nclass MultiConfigService @Inject() (services: java.util.Set[ConfigService[Conf]]) {\n\n  def impls: Seq[ConfigService[Conf]] = services.asScala.toSeq.map(_.asInstanceOf[ConfigService[Conf]])\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/impls\/LongConfigService.scala","text":"<reponame>aiyanbo\/scala-utils<gh_stars>1-10\npackage org.jmotor.guice.service.impls\n\nimport org.jmotor.guice.service.ConfigService\nimport org.jmotor.guice.service.LongConfig\n\n\/**\n *\n * @author AI\n *         2020\/1\/15\n *\/\nclass LongConfigService extends ConfigService[LongConfig] {\n\n  override def parse(value: String): LongConfig = LongConfig(value.toLong)\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/http\/router\/ArgumentRouter.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.http.router\n\nimport org.jmotor.http.RoutingHandler\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/20\n *\n * @author AI\n *\/\nclass ArgumentRouter extends RoutingHandler {\n\n  override def route: String = \"\/users\/{id}\"\n\n  override def methods: Set[String] = multi(\"GET\", \"POST\")\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/impls\/PingServiceImplV1.scala","text":"<filename>src\/test\/scala\/org\/jmotor\/guice\/service\/impls\/PingServiceImplV1.scala\npackage org.jmotor.guice.service.impls\n\nimport org.jmotor.guice.service.PingService\n\n\/**\n *\n * @author AI\n *         2020\/1\/11\n *\/\nclass PingServiceImplV1 extends PingService {\n\n  override def ping(): String = \"v1\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/logger\/AccessLogInterceptor.scala","text":"package org.jmotor.grpc.logger\n\nimport java.net.InetSocketAddress\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport com.typesafe.scalalogging.Logger\nimport io.grpc.ForwardingServerCall.SimpleForwardingServerCall\nimport io.grpc.inprocess.InProcessSocketAddress\nimport io.grpc.internal.GrpcUtil\nimport io.grpc.{ Grpc, Metadata, ServerCall, ServerCallHandler, ServerInterceptor, Status }\nimport org.jmotor.grpc.MetadataKeys\n\n\/**\n *\n * @author AI\n *         2019-06-28\n *\/\nclass AccessLogInterceptor(service: Option[String]) extends ServerInterceptor {\n  private[this] final val NONE_INFO = \"-\"\n  private[this] final val logger = Logger(\"access\")\n  private[this] lazy val serviceName = service.getOrElse(NONE_INFO)\n\n  override def interceptCall[ReqT, RespT](call: ServerCall[ReqT, RespT], headers: Metadata,\n                                          next: ServerCallHandler[ReqT, RespT]): ServerCall.Listener[ReqT] = {\n    val started = System.nanoTime()\n    next.startCall(new SimpleForwardingServerCall[ReqT, RespT](call) {\n      override def close(status: Status, trailers: Metadata): Unit = {\n        val protocol = \"gRPC\"\n        val referred = NONE_INFO\n        val bytesSent = NONE_INFO\n        val statusCode = status.getCode.name()\n        val ua = headers.get(GrpcUtil.USER_AGENT_KEY)\n        val method = call.getMethodDescriptor.getType.name()\n        val path = call.getMethodDescriptor.getFullMethodName\n        val cost = (System.nanoTime() - started) \/ 1000000.0\n        val now = ZonedDateTime.now().format(DateTimeFormatter.ISO_OFFSET_DATE_TIME)\n        val requestId = Option(headers.get(MetadataKeys.REQUEST_ID_KEY)).getOrElse(NONE_INFO)\n        val address = call.getAttributes.get(Grpc.TRANSPORT_ATTR_REMOTE_ADDR) match {\n          case _: InProcessSocketAddress \u21d2 \"in-process-address\"\n          case addr: InetSocketAddress   \u21d2 addr.getAddress.getHostAddress\n        }\n        val message = s\"\"\"$address $serviceName $requestId - [$now] \"$method $path $protocol\" $statusCode $bytesSent $cost \"$referred\" \"$ua\"\"\"\"\n        logger.info(message)\n        super.close(status, trailers)\n      }\n    }, headers)\n  }\n\n}\n\nobject AccessLogInterceptor {\n\n  def apply(): AccessLogInterceptor = new AccessLogInterceptor(None)\n\n  def apply(service: String): AccessLogInterceptor = new AccessLogInterceptor(Option(service))\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/utils\/Strings.scala","text":"package org.jmotor.utils\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nobject Strings {\n\n  def toOption(str: String): Option[String] = {\n    if (java.util.Objects.isNull(str) || str.trim.isEmpty) None else Option(str)\n  }\n\n  def avoidBlank(stringOpt: Option[String]): Option[String] = {\n    stringOpt.flatMap(s \u21d2 if (s.trim.isEmpty) None else stringOpt)\n  }\n\n  def nonEmpty(stringOpt: Option[String]): Boolean = !isEmpty(stringOpt)\n\n  def isEmpty(stringOpt: Option[String]): Boolean = avoidBlank(stringOpt).isEmpty\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/grpc\/client\/StreamObservers.scala","text":"<filename>src\/main\/scala\/org\/jmotor\/grpc\/client\/StreamObservers.scala\npackage org.jmotor.grpc.client\n\nimport io.grpc.stub.StreamObserver\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.{ Future, Promise }\n\n\/**\n *\n * @author AI\n *         2019-07-01\n *\/\nobject StreamObservers {\n\n  def unary[T]: SimpleObserver[T] = new SimpleObserver[T]()\n\n  def stream[T]: CollectionObserver[T] = new CollectionObserver[T]()\n\n}\n\nclass SimpleObserver[T] extends StreamObserver[T] {\n  private[this] var reply: T = _\n  private[this] val promise = Promise[T]\n\n  override def onNext(value: T): Unit = reply = value\n\n  override def onError(t: Throwable): Unit = promise.failure(t)\n\n  override def onCompleted(): Unit = promise.success(reply)\n\n  def future: Future[T] = promise.future\n\n}\n\nclass CollectionObserver[T] extends StreamObserver[T] {\n  private[this] val promise = Promise[Seq[T]]\n  private[this] var replies: ListBuffer[T] = ListBuffer[T]()\n\n  override def onNext(value: T): Unit = replies += value\n\n  override def onError(t: Throwable): Unit = promise.failure(t)\n\n  override def onCompleted(): Unit = promise.success(replies.toSeq)\n\n  def future: Future[Seq[T]] = promise.future\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"project\/Dependencies.scala","text":"<gh_stars>1-10\nimport sbt.Def\nimport sbt.Keys.libraryDependencies\nimport sbt._\n\nobject Dependencies extends AutoPlugin {\n\n  override def trigger: PluginTrigger = allRequirements\n\n  override def projectSettings: Seq[Def.Setting[_]] = Seq(libraryDependencies ++= dependencies)\n\n  object Versions {\n    val config = \"1.4.0\"\n    val grpcCore = \"1.32.2\"\n    val grpcStub = \"1.32.2\"\n    val guava = \"23.0\"\n    val guice = \"4.2.3\"\n    val guiceMultibindings = \"4.2.3\"\n    val protobufJava = \"3.13.0\"\n    val scala = \"2.13.3\"\n    val scala212 = \"2.12.10\"\n    val scalaI18n = \"1.0.8\"\n    val scalaLogging = \"3.9.2\"\n    val scalatest = \"3.2.2\"\n    val scalikejdbc = \"3.5.0\"\n    val undertow = \"2.2.2.Final\"\n  }\n\n  object Compiles {\n    val protobuf: ModuleID = \"com.google.protobuf\" % \"protobuf-java\" % Versions.protobufJava\n    val grpc: Seq[ModuleID] = Seq(\n      \"io.grpc\" % \"grpc-core\" % Versions.grpcCore,\n      \"io.grpc\" % \"grpc-stub\" % Versions.grpcCore)\n    val config: ModuleID = \"com.typesafe\" % \"config\" % Versions.config\n    val guice: Seq[ModuleID] = Seq(\n      \"com.google.inject\" % \"guice\" % Versions.guice,\n      \"com.google.inject.extensions\" % \"guice-multibindings\" % Versions.guice)\n    val i18n: ModuleID = \"org.jmotor\" %% \"scala-i18n\" % Versions.scalaI18n\n    val undertow: ModuleID = \"io.undertow\" % \"undertow-core\" % Versions.undertow\n    val scalikeJdbc: ModuleID = \"org.scalikejdbc\" %% \"scalikejdbc\" % Versions.scalikejdbc\n    val logging: ModuleID = \"com.typesafe.scala-logging\" %% \"scala-logging\" % Versions.scalaLogging\n  }\n\n  object Tests {\n    val scalaTest: ModuleID = \"org.scalatest\" %% \"scalatest\" % Versions.scalatest % Test\n  }\n\n  import Compiles._\n\n  lazy val dependencies: Seq[ModuleID] = (grpc ++ guice ++ Seq(\n    logging, config, i18n, protobuf, undertow, scalikeJdbc)).map(_ % Provided) :+ Tests.scalaTest\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/scalikejdbc\/RepositorySupport.scala","text":"package org.jmotor.scalikejdbc\n\nimport org.jmotor.concurrent.ExecutorLookup\nimport scalikejdbc.ConnectionPool\nimport scalikejdbc.DB\nimport scalikejdbc.DBSession\nimport scalikejdbc.using\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/16\n *\n * @author AI\n *\/\ntrait RepositorySupport {\n\n  private[this] lazy implicit val ec: ExecutionContext = {\n    ExecutionContext.fromExecutor(ExecutorLookup.lookupByPartition(\"repositories-dispatcher\", this))\n  }\n\n  def readOnly[A](execution: DBSession \u21d2 A)(implicit cp: ConnectionPool): Future[A] = {\n    execute(execution, db \u21d2 db.readOnly[A])\n  }\n\n  def autoCommit[A](execution: DBSession \u21d2 A)(implicit cp: ConnectionPool): Future[A] = {\n    execute(execution, db \u21d2 db.autoCommit[A])\n  }\n\n  def localTx[A](execution: DBSession \u21d2 A)(implicit cp: ConnectionPool): Future[A] = {\n    execute(execution, db \u21d2 db.localTx[A])\n  }\n\n  private[this] def execute[A](execution: DBSession \u21d2 A, sessionfn: DB \u21d2 (DBSession \u21d2 A) \u21d2 A)\n    (implicit cp: ConnectionPool, ec: ExecutionContext): Future[A] = Future {\n    using(DB(cp.borrow())) { db \u21d2\n      sessionfn(db)(execution)\n    }\n  }(ec)\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/http\/router\/PatternRouter.scala","text":"<gh_stars>1-10\npackage org.jmotor.http.router\n\nimport org.jmotor.http.RoutingHandler\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/20\n *\n * @author AI\n *\/\nclass PatternRouter extends RoutingHandler {\n\n  override def route: String = \"\/permissions\/{permission}\"\n\n  override def pattern: Option[String] = Option(\"\/permissions\/.*\")\n\n  override def methods: Set[String] = single(\"GET\")\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/validation\/ConstraintsSpec.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.validation\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.util.Failure\nimport scala.util.Try\n\n\/**\n *\n * @author AI\n *         2019-03-11\n *\/\nclass ConstraintsSpec extends AnyFlatSpec with Matchers {\n\n  \"notBlank\" should \"throw exception when value is blank\" in {\n    val result = Try(Constraints.notBlank(\"name\", \"\"))\n    result.isFailure shouldBe true\n  }\n\n  \"notBlank\" should \"check ok when value is not blank\" in {\n    val result = Try(Constraints.notBlank(\"name\", \"Andy\"))\n    result.isSuccess shouldBe true\n  }\n\n  \"notEmpty\" should \"check ok and bad\" in {\n    Try(Constraints.notEmpty(\"ids\", Seq.empty)).isFailure shouldBe true\n    Try(Constraints.notEmpty(\"ids\", Seq(\"1\"))).isSuccess shouldBe true\n    Try(Constraints.notEmpty(\"value\", \"value\")).isSuccess shouldBe true\n    Try(Constraints.notEmpty(\"value\", null)).isFailure shouldBe true\n  }\n\n  \"matchValues\" should \"check ok and bad\" in {\n    Try(Constraints.matchValues(\"platforms\", Seq(\"abc\"), Seq(\"web\"))) match {\n      case Failure(ValidationException(constraint)) \u21d2 assert(constraint.args.head == \"web\")\n      case _                                        \u21d2 throw new RuntimeException\n    }\n    Try(Constraints.matchValues(\"platforms\", Seq(\"abc\"), Seq(\"web\"))).isFailure shouldBe true\n    Try(Constraints.matchValues(\"platforms\", Seq(\"web\"), Seq(\"web\"))).isSuccess shouldBe true\n  }\n\n  \"maxLength\" should \"check ok and bad\" in {\n    Try(Constraints.maxLength(\"name\", \"JJJJJJJJJJJJ\", 3)) match {\n      case Failure(ValidationException(constraint)) \u21d2 assert(constraint.args.head == 3)\n      case _                                        \u21d2 throw new RuntimeException\n    }\n    Try(Constraints.maxLength(\"name\", \"JJJJJJJJJJJJ\", 3)).isFailure shouldBe true\n    Try(Constraints.maxLength(\"name\", Seq(1, 2, 3, 1), 3)).isFailure shouldBe true\n    Try(Constraints.maxLength(\"name\", \"jj\", 3)).isSuccess shouldBe true\n    Try(Constraints.maxLength(\"name\", Seq(1, 2, 3), 3)).isSuccess shouldBe true\n  }\n\n  \"minLength\" should \"check ok and bad\" in {\n    Try(Constraints.minLength(\"name\", \"jj\", 3)) match {\n      case Failure(ValidationException(constraint)) \u21d2 assert(constraint.args.head == 3)\n      case _                                        \u21d2 throw new RuntimeException\n    }\n    Try(Constraints.minLength(\"name\", \"jj\", 3)).isFailure shouldBe true\n    Try(Constraints.minLength(\"name\", Seq(1, 2), 3)).isFailure shouldBe true\n    Try(Constraints.minLength(\"name\", \"jjj\", 3)).isSuccess shouldBe true\n    Try(Constraints.minLength(\"name\", Seq(1, 2, 3), 3)).isSuccess shouldBe true\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/validation\/Constraints.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.validation\n\nimport org.jmotor.utils.Strings\n\nimport scala.util.control.NonFatal\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/29\n *\n * @author AI\n *\/\nobject Constraints {\n\n  val Enums = \"enums\"\n\n  val NotBlank = \"not_blank\"\n\n  val NotEmpty = \"not_empty\"\n\n  val MinLength = \"min_length\"\n\n  val MaxLength = \"max_length\"\n\n  def notBlank(field: String, value: String): Unit = {\n    check(ConstraintViolation(field, NotBlank)) {\n      assert(Strings.toOption(value).isDefined)\n    }\n  }\n\n  def notEmpty(field: String, value: String): Unit = {\n    check(ConstraintViolation(field, NotEmpty)) {\n      assert(Strings.toOption(value).isDefined)\n    }\n  }\n\n  def notEmpty(field: String, values: Iterable[_]): Unit = {\n    check(ConstraintViolation(field, NotEmpty)) {\n      assert(values.nonEmpty)\n    }\n  }\n\n  def matchValues(field: String, values: Seq[String], matches: Seq[String]): Unit = {\n    check(ConstraintViolation(field, Enums, matches: _*)) {\n      values.foreach { value \u21d2\n        assert(matches.contains(value))\n      }\n    }\n  }\n\n  def minLength(field: String, value: String, length: Int): Unit = {\n    check(ConstraintViolation(field, MinLength, length)) {\n      assert(value.length >= length)\n    }\n  }\n\n  def minLength(field: String, values: Iterable[_], length: Int): Unit = {\n    check(ConstraintViolation(field, MinLength, length)) {\n      assert(values.size >= length)\n    }\n  }\n\n  def maxLength(field: String, value: String, length: Int): Unit = {\n    check(ConstraintViolation(field, MaxLength, length)) {\n      assert(value.length <= length)\n    }\n  }\n\n  def maxLength(field: String, values: Iterable[_], length: Int): Unit = {\n    check(ConstraintViolation(field, MaxLength, length)) {\n      assert(values.size <= length)\n    }\n  }\n\n  def check(constraint: \u21d2 ConstraintViolation)(c: \u21d2 Unit): Unit = {\n    try {\n      c\n    } catch {\n      case NonFatal(_) \u21d2 throw ValidationException(constraint)\n    }\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/extension\/FooServiceImpl.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.guice.service.extension\n\nimport org.jmotor.guice.service.FooService\n\n\/**\n *\n * @author AI\n *         2020\/5\/25\n *\/\nclass FooServiceImpl extends org.jmotor.guice.service.impl.FooServiceImpl with FooService {\n\n  override def call(): String = \"invoke\"\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/scalikejdbc\/DatasourceConfig.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.scalikejdbc\n\nimport java.util.Properties\n\nimport com.typesafe.config.Config\nimport scala.jdk.CollectionConverters._\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/21\n *\n * @author AI\n *\/\nobject DatasourceConfig {\n\n  def getProperties(config: Config, name: String): Properties = {\n    val properties = new Properties()\n    properties.setProperty(\"dataSourceClassName\", config.getString(\"scalike.dataSourceClassName\"))\n    val databaseConfig = config.getConfig(\"scalike\").getConfig(name)\n    databaseConfig.entrySet().asScala.foreach { e \u21d2\n      properties.setProperty(e.getKey, e.getValue.unwrapped().toString)\n    }\n    properties\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/config\/ConfigConversionsSpec.scala","text":"package org.jmotor.config\n\nimport com.typesafe.config.ConfigFactory\nimport org.jmotor.config.ConfigConversions._\nimport org.scalatest.funsuite.AnyFunSuite\n\nimport scala.concurrent.duration._\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass ConfigConversionsSpec extends AnyFunSuite {\n\n  private[this] final val config = ConfigFactory.parseString(\n    s\"\"\"\n       |name = \"<NAME>\"\n       |age = 18\n       |valid = true\n       |ints = [1,2,3,4]\n       |longs = [1,2,3,4]\n       |doubles = [0.1,0.2,0.3,0.4]\n       |strings = [\"a\",\"b\"]\n       |timeout = 1 seconds\n       |\n       |clients {\n       |  timeout = 1\n       |  http {\n       |    address = \"0.0.0.0\"\n       |  }\n       |\n       |  grpc {\n       |    address = \"0.0.0.0\"\n       |  }\n       |}\n       |\n       |module.enabled += \"a\"\n       |module.enabled += \"b\"\n       |module.enabled += \"c\"\n       |module.disabled += \"a\"\n       |project.enabled += \"1\"\n     \"\"\".stripMargin).resolve()\n\n  test(\"Get value opt\") {\n    val addressOpt = config.getStringOpt(\"address\")\n    assert(addressOpt.isEmpty)\n    val ageOpt = config.getIntOpt(\"age\")\n    assert(ageOpt.contains(18))\n    assert(config.getLongOpt(\"age1\").isEmpty)\n    assert(config.getDoubleOpt(\"age2\").isEmpty)\n    assert(config.getDurationOpt(\"timeout1\").isEmpty)\n    assert(config.getDurationOpt(\"timeout\").contains(1.seconds))\n  }\n\n  test(\"Get boolean opt\") {\n    val boolOpt = config.getBooleanOpt(\"invalid\")\n    assert(boolOpt.isEmpty)\n    assert(config.getBooleanOpt(\"valid\").contains(true))\n  }\n\n  test(\"Get value seq opt\") {\n    assert(config.getIntSeqOpt(\"ints2\").isEmpty)\n    assert(config.getIntSeqOpt(\"ints\").exists(_.forall(_ < 5)))\n    assert(config.getLongSeqOpt(\"longs2\").isEmpty)\n    assert(config.getLongSeqOpt(\"longs\").exists(_.forall(_ < 5)))\n    assert(config.getDoubleSeqOpt(\"doubles2\").isEmpty)\n    assert(config.getDoubleSeqOpt(\"doubles\").exists(_.forall(_ < 0.5)))\n    assert(config.getStringSeqOpt(\"strings2\").isEmpty)\n    config.getStringSeqOpt(\"strings\").get.foreach { value \u21d2\n      assert(Set(\"a\", \"b\").contains(value))\n    }\n  }\n\n  test(\"Get sub config names\") {\n    val names = config.getSubConfigNames(\"clients\")\n    assert(names.size == 2)\n    Seq(\"http\", \"grpc\").foreach { name \u21d2\n      assert(names.contains(name))\n    }\n  }\n\n  test(\"Get enables\") {\n    val enables = config.getEnabledValues(\"module.enabled\", \"module.disabled\")\n    Seq(\"b\", \"c\").foreach { v \u21d2\n      assert(enables.contains(v))\n    }\n    assert(!enables.contains(\"a\"))\n    val projects = config.getEnabledValues(\"project.enabled\", \"project.disabled\")\n    assert(projects.size == 1)\n    assert(projects.head == \"1\")\n    val nodes = config.getEnabledValues(\"nodes\", \"node.disabled\")\n    assert(nodes.isEmpty)\n  }\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/main\/scala\/org\/jmotor\/validation\/Validator.scala","text":"<gh_stars>1-10\npackage org.jmotor.validation\n\n\/**\n * Component:\n * Description:\n * Date: 2018\/8\/28\n *\n * @author AI\n *\/\ntrait Validator[T] {\n\n  def validate(value: T): Unit\n\n}\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/utils\/ObjectsSpec.scala","text":"package org.jmotor.utils\n\nimport org.scalatest.funsuite.AnyFunSuite\n\n\/**\n * Component:\n * Description:\n * Date: 2017\/4\/11\n *\n * @author AI\n *\/\nclass ObjectsSpec extends AnyFunSuite {\n\n  test(\"Get properties\") {\n    val properties = Objects.properties(Foo(\"bar\", \"foo\"))\n    assert(properties.exists(e \u21d2 e._1 == \"bar\" && e._2 == \"bar\"))\n  }\n\n  test(\"Ignore\") {\n    val properties = Objects.properties(Foo(\"bar\", \"foo\"), \"foo\")\n    assert(properties.keySet.contains(\"bar\") && !properties.keySet.contains(\"foo\"))\n  }\n\n}\n\nfinal case class Foo(bar: String, foo: String)\n"}
{"repo_name":"aiyanbo\/scala-utils","path":"src\/test\/scala\/org\/jmotor\/guice\/service\/MultiPingService.scala","text":"<reponame>aiyanbo\/scala-utils\npackage org.jmotor.guice.service\n\nimport javax.inject.Inject\n\nimport scala.jdk.CollectionConverters._\n\n\/**\n *\n * @author AI\n *         2020\/1\/11\n *\/\nclass MultiPingService @Inject() (services: java.util.Set[PingService]) {\n\n  def pings: Set[String] = services.asScala.map(_.ping()).toSet\n\n}\n"}
{"repo_name":"gfc-collective\/gfc-timeuuid","path":"build.sbt","text":"import scoverage.ScoverageKeys\n\nname := \"gfc-timeuuid\"\n\norganization := \"org.gfccollective\"\n\nscalaVersion := \"2.13.7\"\n\ncrossScalaVersions := Seq(scalaVersion.value, \"2.12.15\")\n\nscalacOptions += \"-target:jvm-1.8\"\n\njavacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\")\n\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % Test,\n  \"org.scalacheck\" %% \"scalacheck\" % \"1.15.4\" % Test,\n  \"org.apache.cassandra\" % \"cassandra-all\" % \"3.11.10\" % Test,\n  \"com.datastax.oss\" % \"java-driver-core\" % \"4.12.1\" % Test,\n  \"com.netflix.astyanax\" % \"astyanax\" % \"3.10.2\" % Test,\n)\n\nScoverageKeys.coverageFailOnMinimum := true\n\nScoverageKeys.coverageMinimumStmtTotal := 84.2\n\npublishMavenStyle := true\n\npublishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (isSnapshot.value)\n    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else\n    Some(\"releases\"  at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\nTest \/ publishArtifact := false\n\npomIncludeRepository := { _ => false }\n\nlicenses := Seq(\"Apache-style\" -> url(\"https:\/\/raw.githubusercontent.com\/gfc-collective\/gfc-timeuuid\/main\/LICENSE\"))\n\nhomepage := Some(url(\"https:\/\/github.com\/gfc-collective\/gfc-timeuuid\"))\n\npomExtra := (\n  <scm>\n    <url>https:\/\/github.com\/gfc-collective\/gfc-timeuuid.git<\/url>\n    <connection>scm:git:git@github.com:gfc-collective\/gfc-timeuuid.git<\/connection>\n  <\/scm>\n  <developers>\n    <developer>\n      <id>pbarron<\/id>\n      <name><NAME><\/name>\n      <url>https:\/\/github.com\/pbarron<\/url>\n    <\/developer>\n  <\/developers>\n)\n"}
{"repo_name":"thebignet\/circe-trait","path":"src\/main\/scala\/Event.scala","text":"<reponame>thebignet\/circe-trait\nsealed trait Event\n\ncase class Foo(i: Int) extends Event\n\ncase class Bar(s: String) extends Event\n\ncase class Baz(c: Char) extends Event\n\ncase class Qux(values: List[String]) extends Event"}
{"repo_name":"thebignet\/circe-trait","path":"build.sbt","text":"name := \"test-json-trait\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.4\" \/\/ Scala 2.11\/12\n\nval circeVersion = \"0.9.1\"\n\nlibraryDependencies ++= Seq(\n  \"io.circe\" %% \"circe-core\",\n  \"io.circe\" %% \"circe-generic\",\n  \"io.circe\" %% \"circe-generic-extras\",\n  \"io.circe\" %% \"circe-parser\",\n  \"io.circe\" %% \"circe-shapes\"\n).map(_ % circeVersion)\n\nlibraryDependencies ++= Seq(\"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test)"}
{"repo_name":"thebignet\/circe-trait","path":"src\/test\/scala\/EventSpec.scala","text":"<reponame>thebignet\/circe-trait\nimport io.circe.generic.extras.Configuration\nimport io.circe.generic.extras.auto._\nimport io.circe.parser.decode\nimport org.scalatest.{Matchers, WordSpec}\nimport io.circe.syntax._\nimport scala.util.Right\n\nclass EventSpec extends WordSpec with Matchers {\n  implicit val genDevConfig: Configuration = Configuration.default.withDiscriminator(\"what_am_i\")\n  \"decode\" should {\n    \"parse foo\" in {\n      decode[Event](\"\"\"{\"i\":1,\"what_am_i\":\"Foo\"}\"\"\") should be(Right(Foo(1)))\n    }\n    \"parse bar\" in {\n      decode[Event](\"\"\"{\"s\":\"blah\",\"what_am_i\":\"Bar\"}\"\"\") should be(Right(Bar(\"blah\")))\n    }\n    \"parse baz\" in {\n      decode[Event](\"\"\"{\"c\":\"a\",\"what_am_i\":\"Baz\"}\"\"\") should be(Right(Baz('a')))\n    }\n    \"parse qux\" in {\n      decode[Event](\"\"\"{\"values\":[\"abc\",\"def\",\"ghi\"],\"what_am_i\":\"Qux\"}\"\"\") should be(Right(Qux(List(\"abc\", \"def\", \"ghi\"))))\n    }\n  }\n  \"encode\" should {\n    \"produce foo json\" in {\n      (Foo(1): Event).asJson.noSpaces should be(\"\"\"{\"i\":1,\"what_am_i\":\"Foo\"}\"\"\")\n    }\n    \"produce bar json\" in {\n      (Bar(\"blah\"): Event).asJson.noSpaces should be(\"\"\"{\"s\":\"blah\",\"what_am_i\":\"Bar\"}\"\"\")\n    }\n    \"produce baz json\" in {\n      (Baz('a'): Event).asJson.noSpaces should be(\"\"\"{\"c\":\"a\",\"what_am_i\":\"Baz\"}\"\"\")\n    }\n    \"produce qux json\" in {\n      (Qux(List(\"abc\", \"def\", \"ghi\")): Event).asJson.noSpaces should be(\"\"\"{\"values\":[\"abc\",\"def\",\"ghi\"],\"what_am_i\":\"Qux\"}\"\"\")\n    }\n  }\n\n}\n"}
{"repo_name":"CBEPX\/kafka-manager","path":"test\/kafka\/manager\/TestKafkaManagerActor.scala","text":"<gh_stars>0\n\/**\n * Copyright 2015 Yahoo Inc. Licensed under the Apache License, Version 2.0\n * See accompanying LICENSE file.\n *\/\npackage kafka.manager\n\nimport java.util.Properties\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport akka.pattern._\nimport akka.util.Timeout\nimport com.typesafe.config.{Config, ConfigFactory}\nimport kafka.manager.actor.{KafkaManagerActor, KafkaManagerActorConfig}\nimport kafka.manager.base.LongRunningPoolConfig\nimport kafka.manager.model.{ActorModel, ClusterConfig, CuratorConfig, SASL_PLAINTEXT}\nimport kafka.manager.utils.CuratorAwareTest\nimport ActorModel._\nimport kafka.test.SeededBroker\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.reflect.ClassTag\nimport scala.util.Try\n\n\/**\n * @author hiral\n *\/\nclass TestKafkaManagerActor extends CuratorAwareTest with BaseTest {\n  private[this] val KafkaVersion: String = \"2.3.0\"\n  private[this] val akkaConfig: Properties = new Properties()\n  akkaConfig.setProperty(\"pinned-dispatcher.type\",\"PinnedDispatcher\")\n  akkaConfig.setProperty(\"pinned-dispatcher.executor\",\"thread-pool-executor\")\n  private[this] val config : Config = ConfigFactory.parseProperties(akkaConfig)\n  private[this] val system = ActorSystem(\"test-kafka-state-actor\",config)\n  private[this] val broker = new SeededBroker(\"km-test\",4)\n  private[this] val kafkaServerZkPath = broker.getZookeeperConnectionString\n  private[this] var kafkaManagerActor : Option[ActorRef] = None\n  private[this] implicit val timeout: Timeout = 10.seconds\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    val curatorConfig = CuratorConfig(testServer.getConnectString)\n    val config = KafkaManagerActorConfig(\n      curatorConfig = curatorConfig\n      , kafkaManagerUpdatePeriod = FiniteDuration(1,SECONDS)\n      , deleteClusterUpdatePeriod = FiniteDuration(1,SECONDS)\n      , defaultTuning = defaultTuning\n      , consumerProperties = None\n    )\n    val props = Props(classOf[KafkaManagerActor],config)\n\n    kafkaManagerActor = Some(system.actorOf(props,\"kafka-manager\"))\n    Thread.sleep(1000)\n  }\n\n  override protected def afterAll(): Unit = {\n    kafkaManagerActor.foreach( _ ! KMShutdown)\n    Try(Await.ready(system.terminate(), Duration(5, TimeUnit.SECONDS)))\n    Try(broker.shutdown())\n    super.afterAll()\n  }\n\n  private[this] def withKafkaManagerActor[Input,Output,FOutput](msg: Input)(fn: Output => FOutput)(implicit tag: ClassTag[Output]) : FOutput = {\n    require(kafkaManagerActor.isDefined, \"kafkaManagerActor undefined!\")\n    val future = ask(kafkaManagerActor.get, msg).mapTo[Output]\n    val result = Await.result(future,10.seconds)\n    fn(result)\n  }\n\n\n  test(\"add cluster\") {\n    val cc = ClusterConfig(\"dev\",KafkaVersion,testServer.getConnectString, jmxEnabled = false, pollConsumers = true, filterConsumers = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None)\n    withKafkaManagerActor(KMAddCluster(cc)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(1000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.isEmpty\n    }\n  }\n\n  test(\"update cluster zkhost\") {\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None)\n    withKafkaManagerActor(KMUpdateCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(3000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.nonEmpty\n    }\n  }\n\n  test(\"disable cluster\") {\n    withKafkaManagerActor(KMDisableCluster(\"dev\")) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(1000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: ActorErrorResponse =>\n      println(result)\n      result.msg.contains(\"dev\")\n    }\n  }\n\n  test(\"enable cluster\") {\n    withKafkaManagerActor(KMEnableCluster(\"dev\")) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(1000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.nonEmpty\n    }\n  }\n\n  test(\"update cluster version\") {\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None)\n    withKafkaManagerActor(KMUpdateCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(3000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.nonEmpty\n    }\n  }\n\n  test(\"delete cluster\") {\n    withKafkaManagerActor(KMDisableCluster(\"dev\")) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(1000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: ActorErrorResponse =>\n      println(result)\n      result.msg.contains(\"dev\")\n    }\n    withKafkaManagerActor(KMDeleteCluster(\"dev\")) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(2000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: ActorErrorResponse =>\n      println(result)\n      result.msg.contains(\"dev\")\n    }\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None)\n    withKafkaManagerActor(KMAddCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(1000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.nonEmpty\n    }\n  }\n\n  test(\"get all broker views\") {\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\", BVGetViews)) {\n      result: Map[Int, BVView] => result.nonEmpty\n    }\n  }\n\n  test(\"update cluster logkafka enabled\") {\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, logkafkaEnabled = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None)\n    withKafkaManagerActor(KMUpdateCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(3000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",LKSGetLogkafkaLogkafkaIds)) { result: LogkafkaLogkafkaIdList =>\n      result.list.nonEmpty\n    }\n  }\n\n  test(\"update cluster tuning\") {\n    val newTuning = getClusterTuning(3, 101, 11, 10000, 10000, 1)\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, logkafkaEnabled = true, jmxUser = None, jmxPass = None, jmxSsl = false,\n      tuning = Option(newTuning), securityProtocol=\"PLAINTEXT\", saslMechanism = None, jaasConfig = None\n    )\n    withKafkaManagerActor(KMUpdateCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(3000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",KSGetTopics)) { result: TopicList =>\n      result.list.isEmpty\n    }\n    withKafkaManagerActor(KMGetClusterConfig(\"dev\")) { result: KMClusterConfigResult =>\n      assert(result.result.isSuccess)\n      assert(result.result.toOption.get.tuning.get === newTuning)\n    }\n  }\n\n  test(\"update cluster security protocol\") {\n    val cc2 = ClusterConfig(\"dev\",KafkaVersion,kafkaServerZkPath, jmxEnabled = false, pollConsumers = true, filterConsumers = true, logkafkaEnabled = true, jmxUser = None, jmxPass = None, jmxSsl = false, tuning = Option(defaultTuning), securityProtocol=\"SASL_PLAINTEXT\", saslMechanism = Option(\"PLAIN\"), jaasConfig = Option(\"blah\"))\n    withKafkaManagerActor(KMUpdateCluster(cc2)) { result: KMCommandResult =>\n      result.result.get\n      Thread.sleep(3000)\n    }\n    withKafkaManagerActor(KMClusterQueryRequest(\"dev\",LKSGetLogkafkaLogkafkaIds)) { result: LogkafkaLogkafkaIdList =>\n      result.list.nonEmpty\n    }\n    withKafkaManagerActor(KMGetClusterConfig(\"dev\")) { result: KMClusterConfigResult =>\n      assert(result.result.isSuccess)\n      assert(result.result.toOption.get.securityProtocol === SASL_PLAINTEXT)\n    }\n  }\n}\n"}
{"repo_name":"CBEPX\/kafka-manager","path":"app\/kafka\/manager\/actor\/cluster\/KafkaStateActor.scala","text":"<filename>app\/kafka\/manager\/actor\/cluster\/KafkaStateActor.scala\n\/**\n  * Copyright 2015 Yahoo Inc. Licensed under the Apache License, Version 2.0\n  * See accompanying LICENSE file.\n  *\/\n\npackage kafka.manager.actor.cluster\n\nimport java.io.Closeable\nimport java.net.InetAddress\nimport java.nio.ByteBuffer\nimport java.time.Duration\nimport java.util.Properties\nimport java.util.concurrent.{ConcurrentLinkedDeque, TimeUnit}\n\nimport akka.actor.{ActorContext, ActorPath, ActorRef, Props}\nimport akka.pattern._\nimport com.github.benmanes.caffeine.cache.{Cache, Caffeine, RemovalCause, RemovalListener}\nimport com.google.common.cache.{CacheBuilder, CacheLoader, LoadingCache}\nimport grizzled.slf4j.Logging\nimport kafka.common.{OffsetAndMetadata, TopicAndPartition}\nimport kafka.manager._\nimport kafka.manager.base.cluster.{BaseClusterQueryActor, BaseClusterQueryCommandActor}\nimport kafka.manager.base.{LongRunningPoolActor, LongRunningPoolConfig}\nimport kafka.manager.features.{ClusterFeatures, KMDeleteTopicFeature, KMPollConsumersFeature}\nimport kafka.manager.model.ActorModel._\nimport kafka.manager.model._\nimport kafka.manager.utils.ZkUtils\nimport kafka.manager.utils.zero81.{PreferredReplicaLeaderElectionCommand, ReassignPartitionCommand}\nimport kafka.manager.utils.one10.{GroupMetadata, GroupMetadataKey, MemberMetadata, OffsetKey}\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.recipes.cache.PathChildrenCache.StartMode\nimport org.apache.curator.framework.recipes.cache._\nimport org.apache.kafka.clients.CommonClientConfigs\nimport org.apache.kafka.clients.consumer.{Consumer, ConsumerRecords, KafkaConsumer}\nimport org.apache.kafka.common.{ConsumerGroupState, TopicPartition}\nimport org.apache.kafka.common.requests.DescribeGroupsResponse\nimport org.joda.time.{DateTime, DateTimeZone}\n\nimport scala.collection.concurrent.TrieMap\nimport scala.collection.immutable.Map\nimport scala.collection.mutable\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success, Try}\nimport org.apache.kafka.clients.consumer.ConsumerConfig._\nimport org.apache.kafka.clients.consumer.internals.ConsumerProtocol\nimport org.apache.kafka.common.config.SaslConfigs\nimport org.apache.kafka.common.protocol.Errors\nimport org.apache.kafka.clients.CommonClientConfigs.SECURITY_PROTOCOL_CONFIG\nimport org.apache.kafka.clients.admin.{AdminClient, ConsumerGroupDescription, DescribeConsumerGroupsOptions}\nimport org.apache.kafka.common.KafkaFuture.BiConsumer\nimport org.apache.kafka.common.utils.Time\n\n\/**\n  * @author hiral\n  *\/\nimport kafka.manager.utils._\n\nimport scala.collection.JavaConverters._\n\ncase class PartitionOffsetRequestInfo(time: Long, maxNumOffsets: Int)\ncase class KafkaAdminClientActorConfig(clusterContext: ClusterContext, longRunningPoolConfig: LongRunningPoolConfig, kafkaStateActorPath: ActorPath, consumerProperties: Option[Properties])\ncase class KafkaAdminClientActor(config: KafkaAdminClientActorConfig) extends BaseClusterQueryActor with LongRunningPoolActor {\n\n  private[this] var adminClientOption : Option[AdminClient] = None\n\n  protected implicit val clusterContext: ClusterContext = config.clusterContext\n  override protected def longRunningPoolConfig: LongRunningPoolConfig = config.longRunningPoolConfig\n\n  override protected def longRunningQueueFull(): Unit = {\n    log.error(\"Long running pool queue full, skipping!\")\n  }\n\n  @scala.throws[Exception](classOf[Exception])\n  override def preStart() = {\n    super.preStart()\n    log.info(config.toString)\n  }\n\n  @scala.throws[Exception](classOf[Exception])\n  override def preRestart(reason: Throwable, message: Option[Any]): Unit = {\n    log.error(reason, \"Restarting due to [{}] when processing [{}]\",\n      reason.getMessage, message.getOrElse(\"\"))\n    super.preRestart(reason, message)\n  }\n\n  @scala.throws[Exception](classOf[Exception])\n  override def postStop(): Unit = {\n    log.info(\"Closing admin client...\")\n    Try(adminClientOption.foreach(_.close()))\n    log.info(\"Stopped actor %s\".format(self.path))\n  }\n\n  private def createAdminClient(bl: BrokerList): AdminClient = {\n    val targetBrokers : IndexedSeq[BrokerIdentity] = bl.list\n    val brokerListStr: String = targetBrokers.map {\n      b =>\n        val port = b.endpoints(config.clusterContext.config.securityProtocol)\n        s\"${b.host}:$port\"\n    }.mkString(\",\")\n    val props = new Properties()\n    config.consumerProperties.foreach {\n      cp => props.putAll(cp)\n    }\n    props.put(CommonClientConfigs.SECURITY_PROTOCOL_CONFIG, config.clusterContext.config.securityProtocol.stringId)\n    props.put(CommonClientConfigs.BOOTSTRAP_SERVERS_CONFIG, brokerListStr)\n    if(config.clusterContext.config.saslMechanism.nonEmpty){\n      props.put(SaslConfigs.SASL_MECHANISM, config.clusterContext.config.saslMechanism.get.stringId)\n      log.info(s\"SASL Mechanism =${config.clusterContext.config.saslMechanism.get}\")\n    }\n    if(config.clusterContext.config.jaasConfig.nonEmpty){\n      props.put(SaslConfigs.SASL_JAAS_CONFIG, config.clusterContext.config.jaasConfig.get)\n      log.info(s\"SASL JAAS config=${config.clusterContext.config.jaasConfig.get}\")\n    }\n    log.info(s\"Creating admin client with security protocol=${config.clusterContext.config.securityProtocol.stringId} , broker list : $brokerListStr\")\n    AdminClient.create(props)\n  }\n\n  private def isValidConsumerGroupResponse(metadata: DescribeGroupsResponse.GroupMetadata): Boolean =\n    metadata.error == Errors.NONE && (metadata.state == \"Dead\" || metadata.state == \"Empty\" || metadata.protocolType == ConsumerProtocol.PROTOCOL_TYPE)\n\n  override def processQueryRequest(request: QueryRequest): Unit = {\n    if(adminClientOption.isEmpty) {\n      context.actorSelection(config.kafkaStateActorPath).tell(KSGetBrokers, self)\n      log.error(s\"AdminClient not initialized yet, cannot process request : $request\")\n    } else {\n      implicit val ec = longRunningExecutionContext\n      request match {\n        case KAGetGroupSummary(groupList: Seq[String], enqueue: java.util.Queue[(String, List[MemberMetadata])]) =>\n          Future {\n            try {\n              adminClientOption.foreach {\n                client =>\n                  val options = new DescribeConsumerGroupsOptions\n                  options.timeoutMs(1000)\n                  client.describeConsumerGroups(groupList.asJava, options).all().whenComplete {\n                    (mapGroupDescription, error) => mapGroupDescription.asScala.foreach {\n                      case (group, desc) =>\n                        enqueue.offer(group -> desc.members().asScala.map(m => MemberMetadata.from(group, desc, m)).toList)\n                    }\n                  }\n              }\n            } catch {\n              case e: Exception =>\n                log.error(e, s\"Failed to get group summary with admin client : $groupList\")\n                log.error(e, s\"Forcing new admin client initialization...\")\n                Try { adminClientOption.foreach(_.close()) }\n                adminClientOption = None\n            }\n          }\n        case any: Any => log.warning(\"kac : processQueryRequest : Received unknown message: {}\", any.toString)\n      }\n    }\n\n  }\n\n  override def processActorResponse(response: ActorResponse): Unit = {\n    response match {\n      case bl: BrokerList =>\n        if(bl.list.nonEmpty) {\n          Try {\n            adminClientOption = Option(createAdminClient(bl))\n          }.logError(s\"Failed to create admin client with brokerlist : $bl\")\n        }\n      case any: Any => log.warning(\"kac : processActorResponse : Received unknown message: {}\", any.toString)\n    }\n  }\n}\n\nclass KafkaAdminClient(context: => ActorContext, adminClientActorPath: ActorPath) {\n  def enqueueGroupMetadata(groupList: Seq[String], queue: java.util.Queue[(String, List[MemberMetadata])]) : Unit = {\n    Try {\n      context.actorSelection(adminClientActorPath).tell(KAGetGroupSummary(groupList, queue), ActorRef.noSender)\n    }\n  }\n}\n\n\nobject KafkaManagedOffsetCache {\n  val supportedVersions: Set[KafkaVersion] = Set(Kafka_0_8_2_0, Kafka_0_8_2_1, Kafka_0_8_2_2, Kafka_0_9_0_0, Kafka_0_9_0_1, Kafka_0_10_0_0, Kafka_0_10_0_1, Kafka_0_10_1_0, Kafka_0_10_1_1, Kafka_0_10_2_0, Kafka_0_10_2_1, Kafka_0_11_0_0, Kafka_0_11_0_2, Kafka_1_0_0, Kafka_1_0_1, Kafka_1_1_0, Kafka_1_1_1, Kafka_2_0_0, Kafka_2_1_0, Kafka_2_1_1, Kafka_2_2_0, Kafka_2_2_1, Kafka_2_3_0)\n  val ConsumerOffsetTopic = \"__consumer_offsets\"\n\n  def isSupported(version: KafkaVersion) : Boolean = {\n    supportedVersions(version)\n  }\n\n  def createSet[T](): mutable.Set[T] = {\n    import scala.collection.JavaConverters._\n    java.util.Collections.newSetFromMap(\n      new java.util.concurrent.ConcurrentHashMap[T, java.lang.Boolean]).asScala\n  }\n}\n\nobject KafkaManagedOffsetCacheConfig {\n  val defaultGroupMemberMetadataCheckMillis: Int = 30000\n  val defaultGroupTopicPartitionOffsetMaxSize: Int = 1000000\n  val defaultGroupTopicPartitionOffsetExpireDays: Int = 7\n}\n\ncase class KafkaManagedOffsetCacheConfig(groupMemberMetadataCheckMillis: Int = KafkaManagedOffsetCacheConfig.defaultGroupMemberMetadataCheckMillis\n                                         , groupTopicPartitionOffsetMaxSize: Int = KafkaManagedOffsetCacheConfig.defaultGroupTopicPartitionOffsetMaxSize\n                                         , groupTopicPartitionOffsetExpireDays: Int = KafkaManagedOffsetCacheConfig.defaultGroupTopicPartitionOffsetExpireDays)\ncase class KafkaManagedOffsetCache(clusterContext: ClusterContext\n                                   , adminClient: KafkaAdminClient\n                                   , consumerProperties: Option[Properties]\n                                   , bootstrapBrokerList: BrokerList\n                                   , config: KafkaManagedOffsetCacheConfig\n                                  ) extends Runnable with Closeable with Logging {\n  val groupTopicPartitionOffsetSet: mutable.Set[(String, String, Int)] = KafkaManagedOffsetCache.createSet()\n  val groupTopicPartitionOffsetMap:Cache[(String, String, Int), OffsetAndMetadata] = Caffeine\n    .newBuilder()\n    .maximumSize(config.groupTopicPartitionOffsetMaxSize)\n    .expireAfterAccess(config.groupTopicPartitionOffsetExpireDays, TimeUnit.DAYS)\n    .removalListener(new RemovalListener[(String, String, Int), OffsetAndMetadata] {\n      override def onRemoval(key: (String, String, Int), value: OffsetAndMetadata, cause: RemovalCause): Unit = {\n        groupTopicPartitionOffsetSet.remove(key)\n      }\n    })\n    .build[(String, String, Int), OffsetAndMetadata]()\n  val topicConsumerSetMap = new TrieMap[String, mutable.Set[String]]()\n  val consumerTopicSetMap = new TrieMap[String, mutable.Set[String]]()\n  val groupTopicPartitionMemberSet: mutable.Set[(String, String, Int)] = KafkaManagedOffsetCache.createSet()\n  val groupTopicPartitionMemberMap: Cache[(String, String, Int), MemberMetadata] = Caffeine\n    .newBuilder()\n    .maximumSize(config.groupTopicPartitionOffsetMaxSize)\n    .expireAfterAccess(config.groupTopicPartitionOffsetExpireDays, TimeUnit.DAYS)\n    .removalListener(new RemovalListener[(String, String, Int), MemberMetadata] {\n      override def onRemoval(key: (String, String, Int), value: MemberMetadata, cause: RemovalCause): Unit = {\n        groupTopicPartitionMemberSet.remove(key)\n      }\n    })\n    .build[(String, String, Int), MemberMetadata]()\n\n  private[this] val queue = new ConcurrentLinkedDeque[(String, List[MemberMetadata])]()\n\n  @volatile\n  private[this] var lastUpdateTimeMillis : Long = 0\n\n  private[this] var lastGroupMemberMetadataCheckMillis : Long = System.currentTimeMillis()\n\n  import KafkaManagedOffsetCache._\n  \/\/import kafka.manager.utils.zero90.GroupMetadataManager._\n  import kafka.manager.utils.one10.GroupMetadataManager._\n\n  require(isSupported(clusterContext.config.version), s\"Kafka version not support : ${clusterContext.config}\")\n\n  @volatile\n  private[this] var shutdown: Boolean = false\n\n  private[this] def createKafkaConsumer(): Consumer[Array[Byte], Array[Byte]] = {\n    val hostname = InetAddress.getLocalHost.getHostName\n    val brokerListStr: String = bootstrapBrokerList.list.map {\n      b =>\n        val port = b.endpoints(clusterContext.config.securityProtocol)\n        s\"${b.host}:$port\"\n    }.mkString(\",\")\n    val props: Properties = new Properties()\n    props.put(GROUP_ID_CONFIG, s\"KMOffsetCache-$hostname\")\n    props.put(BOOTSTRAP_SERVERS_CONFIG, brokerListStr)\n    props.put(EXCLUDE_INTERNAL_TOPICS_CONFIG, \"false\")\n    props.put(ENABLE_AUTO_COMMIT_CONFIG, \"false\")\n    props.put(KEY_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.ByteArrayDeserializer\")\n    props.put(VALUE_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.ByteArrayDeserializer\")\n    props.put(AUTO_OFFSET_RESET_CONFIG, \"latest\")\n    consumerProperties.foreach {\n      cp => props.putAll(cp)\n    }\n    props.put(CommonClientConfigs.SECURITY_PROTOCOL_CONFIG, clusterContext.config.securityProtocol.stringId)\n    if(clusterContext.config.saslMechanism.nonEmpty){\n      props.put(SaslConfigs.SASL_MECHANISM, clusterContext.config.saslMechanism.get.stringId)\n      info(s\"SASL Mechanism =${clusterContext.config.saslMechanism.get}\")\n      if(clusterContext.config.jaasConfig.nonEmpty){\n        props.put(SaslConfigs.SASL_JAAS_CONFIG, clusterContext.config.jaasConfig.get)\n        info(s\"SASL JAAS config=${clusterContext.config.jaasConfig.get}\")\n      }\n    }\n    Try {\n      info(\"Constructing new kafka consumer client using these properties: \")\n      props.asScala.foreach {\n        case (k, v) => info(s\"$k=$v\")\n      }\n    }\n    new KafkaConsumer[Array[Byte], Array[Byte]](props)\n  }\n\n  private[this] def performGroupMetadataCheck() : Unit = {\n    val currentMillis = System.currentTimeMillis()\n    if((lastGroupMemberMetadataCheckMillis + config.groupMemberMetadataCheckMillis) < currentMillis) {\n      val diff = groupTopicPartitionOffsetSet.diff(groupTopicPartitionMemberSet)\n      if(diff.nonEmpty) {\n        val groupsToBackfill = diff.map(_._1).toSeq\n        info(s\"Backfilling group metadata for $groupsToBackfill\")\n        adminClient.enqueueGroupMetadata(groupsToBackfill, queue)\n      }\n      lastGroupMemberMetadataCheckMillis = System.currentTimeMillis()\n      lastUpdateTimeMillis = System.currentTimeMillis()\n    }\n  }\n\n  private[this] def dequeueAndProcessBackFill(): Unit = {\n    while(!queue.isEmpty) {\n      val (groupId, members) = queue.pop()\n      members.foreach {\n        member =>\n          try {\n            member.assignment.foreach {\n              case (topic, part) =>\n                val k = (groupId, topic, part)\n                \/\/only add it if it hasn't already been added through a new update via the offset topic\n                if(groupTopicPartitionMemberMap.getIfPresent(k) == null) {\n                  groupTopicPartitionMemberMap.put(k, member)\n                  groupTopicPartitionMemberSet.add(k)\n                }\n            }\n          } catch {\n            case e: Exception =>\n              error(s\"Failed to get member metadata from group summary and member summary : $groupId : $member\", e)\n          }\n      }\n    }\n  }\n\n  override def run(): Unit = {\n    if(!shutdown) {\n      for {\n        consumer <- Try {\n          val consumer = createKafkaConsumer()\n          consumer.subscribe(java.util.Arrays.asList(KafkaManagedOffsetCache.ConsumerOffsetTopic))\n          consumer\n        }.logError(s\"Failed to create consumer for offset topic for cluster ${clusterContext.config.name}\")\n      } {\n        try {\n          info(s\"Consumer created for kafka offset topic consumption for cluster ${clusterContext.config.name}\")\n          while (!shutdown) {\n            try {\n              try {\n                dequeueAndProcessBackFill()\n                performGroupMetadataCheck()\n              } catch {\n                case e: Exception =>\n                  error(\"Failed to backfill group metadata\", e)\n              }\n\n              val records: ConsumerRecords[Array[Byte], Array[Byte]] = consumer.poll(Duration.ofMillis(100))\n              val iterator = records.iterator()\n              while (iterator.hasNext) {\n                val record = iterator.next()\n                readMessageKey(ByteBuffer.wrap(record.key())) match {\n                  case OffsetKey(version, key) =>\n                    val value: OffsetAndMetadata = readOffsetMessageValue(ByteBuffer.wrap(record.value()))\n                    val newKey = (key.group, key.topicPartition.topic, key.topicPartition.partition)\n                    groupTopicPartitionOffsetMap.put(newKey, value)\n                    groupTopicPartitionOffsetSet.add(newKey)\n                    val topic = key.topicPartition.topic\n                    val group = key.group\n                    val consumerSet = {\n                      if (topicConsumerSetMap.contains(topic)) {\n                        topicConsumerSetMap(topic)\n                      } else {\n                        val s = new mutable.TreeSet[String]()\n                        topicConsumerSetMap += topic -> s\n                        s\n                      }\n                    }\n                    consumerSet += group\n\n                    val topicSet = {\n                      if (consumerTopicSetMap.contains(group)) {\n                        consumerTopicSetMap(group)\n                      } else {\n                        val s = new mutable.TreeSet[String]()\n                        consumerTopicSetMap += group -> s\n                        s\n                      }\n                    }\n                    topicSet += topic\n                  case GroupMetadataKey(version, key) =>\n                    val value: GroupMetadata = readGroupMessageValue(key, ByteBuffer.wrap(record.value()), Time.SYSTEM)\n                    value.allMemberMetadata.foreach {\n                      mm =>\n                        mm.assignment.foreach {\n                          case (topic, part) =>\n                            val newKey = (key, topic, part)\n                            groupTopicPartitionMemberMap.put(newKey, mm)\n                            groupTopicPartitionMemberSet.add(newKey)\n                        }\n                    }\n                }\n              }\n              lastUpdateTimeMillis = System.currentTimeMillis()\n            } catch {\n              case e: Exception =>\n                warn(s\"Failed to process a message from offset topic on cluster ${clusterContext.config.name}!\", e)\n            }\n          }\n        } finally {\n          info(s\"Shutting down consumer for $ConsumerOffsetTopic on cluster ${clusterContext.config.name}\")\n          Try(consumer.close())\n        }\n      }\n    }\n    groupTopicPartitionMemberSet.clear()\n    groupTopicPartitionMemberMap.invalidateAll()\n    groupTopicPartitionMemberMap.cleanUp()\n    groupTopicPartitionOffsetSet.clear()\n    groupTopicPartitionOffsetMap.invalidateAll()\n    groupTopicPartitionOffsetMap.cleanUp()\n    info(s\"KafkaManagedOffsetCache shut down for cluster ${clusterContext.config.name}\")\n  }\n\n  def close(): Unit = {\n    this.shutdown = true\n  }\n\n  def getOffset(group: String, topic: String, part:Int) : Option[Long] = {\n    Option(groupTopicPartitionOffsetMap.getIfPresent((group, topic, part))).map(_.offset)\n  }\n\n  def getOwner(group: String, topic: String, part:Int) : Option[String] = {\n    Option(groupTopicPartitionMemberMap.getIfPresent((group, topic, part))).map(mm => s\"${mm.memberId}:${mm.clientHost}\")\n  }\n\n  def getConsumerTopics(group: String) : Set[String] = consumerTopicSetMap.get(group).map(_.toSet).getOrElse(Set.empty)\n  def getTopicConsumers(topic: String) : Set[String] = topicConsumerSetMap.get(topic).map(_.toSet).getOrElse(Set.empty)\n  def getConsumers : IndexedSeq[String] = consumerTopicSetMap.keys.toIndexedSeq\n  def getLastUpdateTimeMillis: Long = lastUpdateTimeMillis\n}\n\ncase class ConsumerInstanceSubscriptions private(id: String, subs: Map[String, Int])\n\nobject ConsumerInstanceSubscriptions extends Logging {\n\n  \/\/{\"version\":1,\"subscription\":{\"DXSPreAgg\":1},\"pattern\":\"static\",\"timestamp\":\"1443578242654\"}\n  def apply(consumer: String, id: String, jsonString: String) : ConsumerInstanceSubscriptions = {\n    import org.json4s.jackson.JsonMethods.parse\n    import org.json4s.scalaz.JsonScalaz.field\n    val json = parse(jsonString)\n    val subs: Map[String, Int] = field[Map[String,Int]](\"subscription\")(json).fold({ e =>\n      error(s\"[consumer=$consumer] Failed to parse consumer instance subscriptions : $id : $jsonString\"); Map.empty}, identity)\n    new ConsumerInstanceSubscriptions(id, subs)\n  }\n}\n\ntrait OffsetCache extends Logging {\n\n  def consumerProperties: Option[Properties]\n\n  def kafkaAdminClient: KafkaAdminClient\n\n  def clusterContext: ClusterContext\n\n  def getKafkaVersion: KafkaVersion\n\n  def getCacheTimeoutSecs: Int\n\n  def getSimpleConsumerSocketTimeoutMillis: Int\n\n  def kafkaManagedOffsetCacheConfig: KafkaManagedOffsetCacheConfig\n\n  protected[this] implicit def ec: ExecutionContext\n\n  protected[this] implicit def cf: ClusterFeatures\n\n  protected[this] val loadOffsets: Boolean\n\n  \/\/ Caches a map of partitions to offsets at a key that is the topic's name.\n  private[this] lazy val partitionOffsetsCache: LoadingCache[String, Future[PartitionOffsetsCapture]] = CacheBuilder.newBuilder()\n    .expireAfterWrite(getCacheTimeoutSecs,TimeUnit.SECONDS) \/\/ TODO - update more or less often maybe, or make it configurable\n    .build(\n    new CacheLoader[String,Future[PartitionOffsetsCapture]] {\n      def load(topic: String): Future[PartitionOffsetsCapture] = {\n        loadPartitionOffsets(topic)\n      }\n    }\n  )\n\n  \/\/ Get the latest offsets for the partitions of the topic,\n  \/\/ Code based off of the GetOffsetShell tool in kafka.tools, kafka 0.8.2.1\n  private[this] def loadPartitionOffsets(topic: String): Future[PartitionOffsetsCapture] = {\n    \/\/ Get partition leader broker information\n    val optPartitionsWithLeaders : Option[List[(Int, Option[BrokerIdentity])]] = getTopicPartitionLeaders(topic)\n\n    val clientId = \"partitionOffsetGetter\"\n    val time = -1\n    val nOffsets = 1\n    val simpleConsumerBufferSize = 256 * 1024\n    val currentActiveBrokerSet:Set[String] = getBrokerList().list.map(_.host).toSet\n\n    val partitionsByBroker = optPartitionsWithLeaders.map {\n      listOfPartAndBroker => listOfPartAndBroker.collect {\n        case (part, broker) if broker.isDefined && currentActiveBrokerSet(broker.get.host) => (broker.get, part)\n      }.groupBy(_._1)\n    }\n\n    def getKafkaConsumer() = {\n      new KafkaConsumer(consumerProperties.get)\n    }\n\n    \/\/ Get the latest offset for each partition\n    val futureMap: Future[PartitionOffsetsCapture] = {\n      partitionsByBroker.fold[Future[PartitionOffsetsCapture]]{\n        Future.failed(new IllegalArgumentException(s\"Do not have partitions and their leaders for topic $topic\"))\n      } { partitionsWithLeaders =>\n        try {\n          val listOfFutures = partitionsWithLeaders.toList.map(tpl => (tpl._2)).map {\n            case (parts) =>\n              val kafkaConsumer = getKafkaConsumer()\n              val f: Future[Map[TopicPartition, java.lang.Long]] = Future {\n                try {\n                  val topicAndPartitions = parts.map(tpl => (TopicAndPartition(topic, tpl._2), PartitionOffsetRequestInfo(time, nOffsets)))\n                  val request: List[TopicPartition] = topicAndPartitions.map(f => new TopicPartition(f._1.topic, f._1.partition))\n                  kafkaConsumer.endOffsets(request.asJava).asScala.toMap\n                } finally {\n                  kafkaConsumer.close()\n                }\n              }\n              f.recover { case t =>\n                error(s\"[topic=$topic] An error has occurred while getting topic offsets from broker $parts\", t)\n                Map.empty[TopicPartition, java.lang.Long]\n              }\n          }\n          val result: Future[Map[TopicPartition, java.lang.Long]] = Future.sequence(listOfFutures).map(_.foldRight(Map.empty[TopicPartition, java.lang.Long])((b, a) => b ++ a))\n          result.map(m => PartitionOffsetsCapture(System.currentTimeMillis(), m.map(f => (f._1.partition(), f._2.toLong))))\n        }\n        catch {\n          case e: Exception =>\n            error(s\"Failed to get offsets for topic $topic\", e)\n            Future.failed(e)\n        }\n      }\n    }\n\n    futureMap.failed.foreach {\n      t => error(s\"[topic=$topic] An error has occurred while getting topic offsets\", t)\n    }\n    futureMap\n  }\n\n  private[this] def emptyPartitionOffsetsCapture: Future[PartitionOffsetsCapture] = Future.successful(PartitionOffsetsCapture(System.currentTimeMillis(), Map()))\n\n  protected def getTopicPartitionLeaders(topic: String) : Option[List[(Int, Option[BrokerIdentity])]]\n\n  protected def getTopicDescription(topic: String, interactive: Boolean) : Option[TopicDescription]\n\n  protected def getBrokerList : () => BrokerList\n\n  protected def readConsumerOffsetByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, Long]\n\n  protected def readConsumerOwnerByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, String]\n\n  protected def getConsumerTopicsFromIds(consumer: String) : Set[String]\n\n  protected def getConsumerTopicsFromOffsets(consumer: String) : Set[String]\n\n  protected def getConsumerTopicsFromOwners(consumer: String) : Set[String]\n\n  protected def getZKManagedConsumerList: IndexedSeq[ConsumerNameAndType]\n\n  protected def lastUpdateMillisZK : Long\n\n  protected def getConsumerTopics(consumer: String) : Set[String] = {\n    getConsumerTopicsFromOffsets(consumer) ++ getConsumerTopicsFromOwners(consumer) ++ getConsumerTopicsFromIds(consumer)\n  }\n\n  private[this] var kafkaManagedOffsetCache : Option[KafkaManagedOffsetCache] = None\n\n  private[this] lazy val hasNonSecureEndpoint = getBrokerList().list.exists(_.nonSecure)\n\n  def start() : Unit = {\n    if(KafkaManagedOffsetCache.isSupported(clusterContext.config.version)) {\n      if(kafkaManagedOffsetCache.isEmpty) {\n        info(\"Starting kafka managed offset cache ...\")\n        Try {\n          val bl = getBrokerList()\n          require(bl.list.nonEmpty, \"Cannot consume from offset topic when there are no brokers!\")\n          val of = new KafkaManagedOffsetCache(clusterContext, kafkaAdminClient, consumerProperties, bl, kafkaManagedOffsetCacheConfig)\n          kafkaManagedOffsetCache = Option(of)\n          val t = new Thread(of, \"KafkaManagedOffsetCache\")\n          t.start()\n        }\n      }\n    } else {\n      throw new IllegalArgumentException(s\"Unsupported Kafka Version: ${clusterContext.config.version}\")\n    }\n  }\n\n  def stop() : Unit = {\n    kafkaManagedOffsetCache.foreach { of =>\n      info(\"Stopping kafka managed offset cache ...\")\n      Try {\n        of.close()\n      }\n    }\n  }\n\n  def getTopicPartitionOffsets(topic: String, interactive: Boolean) : Future[PartitionOffsetsCapture] = {\n    if((interactive || loadOffsets) && hasNonSecureEndpoint) {\n      partitionOffsetsCache.get(topic)\n    } else {\n      emptyPartitionOffsetsCapture\n    }\n  }\n\n  protected def readKafkaManagedConsumerOffsetByTopicPartition(consumer: String\n                                                               , topic: String\n                                                               , tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, Long] = {\n    kafkaManagedOffsetCache.fold(Map.empty[Int,Long]) {\n      oc =>\n        tpi.map {\n          case (part, _) =>\n            part -> oc.getOffset(consumer, topic, part).getOrElse(-1L)\n        }\n    }\n  }\n\n  protected def readKafkaManagedConsumerOwnerByTopicPartition(consumer: String\n                                                              , topic: String\n                                                              , tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, String] = {\n    kafkaManagedOffsetCache.fold(Map.empty[Int,String]) {\n      oc =>\n        tpi.map {\n          case (part, _) =>\n            part -> oc.getOwner(consumer, topic, part).getOrElse(\"\")\n        }\n    }\n  }\n\n  protected def getKafkaManagedConsumerTopics(consumer: String) : Set[String] = {\n    kafkaManagedOffsetCache.fold(Set.empty[String]) {\n      oc => oc.getConsumerTopics(consumer)\n    }\n  }\n\n  protected def getKafkaManagedConsumerList : IndexedSeq[ConsumerNameAndType] = {\n    kafkaManagedOffsetCache.fold(IndexedSeq.empty[ConsumerNameAndType]) {\n      oc => oc.getConsumers.map(name => ConsumerNameAndType(name, KafkaManagedConsumer))\n    }\n  }\n\n  final def lastUpdateMillis : Long = {\n    Math.max(lastUpdateMillisZK, kafkaManagedOffsetCache.map(_.getLastUpdateTimeMillis).getOrElse(Long.MinValue))\n  }\n\n  final def getConsumerDescription(consumer: String, consumerType: ConsumerType) : ConsumerDescription = {\n    val consumerTopics: Set[String] = getKafkaVersion match {\n      case Kafka_0_8_1_1 => getConsumerTopicsFromOffsets(consumer)\n      case _ =>\n        consumerType match {\n          case ZKManagedConsumer =>\n            getConsumerTopicsFromOffsets(consumer) ++ getConsumerTopicsFromOwners(consumer)\n          case KafkaManagedConsumer =>\n            getKafkaManagedConsumerTopics(consumer)\n        }\n    }\n\n    val topicDescriptions: Map[String, ConsumedTopicDescription] = consumerTopics.map { topic =>\n      val topicDesc = getConsumedTopicDescription(consumer, topic, false, consumerType)\n      (topic, topicDesc)\n    }.toMap\n    ConsumerDescription(consumer, topicDescriptions, consumerType)\n  }\n\n  final def getConsumedTopicDescription(consumer:String\n                                        , topic:String\n                                        , interactive: Boolean\n                                        , consumerType: ConsumerType) : ConsumedTopicDescription = {\n    val optTopic = getTopicDescription(topic, interactive)\n    val optTpi = optTopic.map(TopicIdentity.getTopicPartitionIdentity(_, None))\n    val (partitionOffsets, partitionOwners) = consumerType match {\n      case ZKManagedConsumer =>\n        val partitionOffsets = for {\n          td <- optTopic\n          tpi <- optTpi\n        } yield {\n          readConsumerOffsetByTopicPartition(consumer, topic, tpi)\n        }\n        val partitionOwners = for {\n          td <- optTopic\n          tpi <- optTpi\n        } yield {\n          readConsumerOwnerByTopicPartition(consumer, topic, tpi)\n        }\n        (partitionOffsets, partitionOwners)\n      case KafkaManagedConsumer =>\n        val partitionOffsets = for {\n          td <- optTopic\n          tpi <- optTpi\n        } yield {\n          readKafkaManagedConsumerOffsetByTopicPartition(consumer, topic, tpi)\n        }\n        val partitionOwners = for {\n          td <- optTopic\n          tpi <- optTpi\n        } yield {\n          readKafkaManagedConsumerOwnerByTopicPartition(consumer, topic, tpi)\n        }\n        (partitionOffsets, partitionOwners)\n    }\n\n    val numPartitions: Int = math.max(optTopic.flatMap(_.partitionState.map(_.size)).getOrElse(0),\n      partitionOffsets.map(_.size).getOrElse(0))\n    ConsumedTopicDescription(consumer, topic, numPartitions, optTopic, partitionOwners, partitionOffsets)\n  }\n\n  final def getConsumerList: ConsumerList = {\n    ConsumerList(getKafkaManagedConsumerList ++ getZKManagedConsumerList, clusterContext)\n  }\n}\n\ncase class OffsetCacheActive(curator: CuratorFramework\n                             , kafkaAdminClient: KafkaAdminClient\n                             , clusterContext: ClusterContext\n                             , partitionLeaders: String => Option[List[(Int, Option[BrokerIdentity])]]\n                             , topicDescriptions: (String, Boolean) => Option[TopicDescription]\n                             , cacheTimeoutSecs: Int\n                             , socketTimeoutMillis: Int\n                             , kafkaVersion: KafkaVersion\n                             , consumerProperties: Option[Properties]\n                             , kafkaManagedOffsetCacheConfig: KafkaManagedOffsetCacheConfig\n                             , getBrokerList : () => BrokerList\n                            )\n                            (implicit protected[this] val ec: ExecutionContext, val cf: ClusterFeatures) extends OffsetCache {\n\n  def getKafkaVersion: KafkaVersion = kafkaVersion\n\n  def getCacheTimeoutSecs: Int = cacheTimeoutSecs\n\n  def getSimpleConsumerSocketTimeoutMillis: Int = socketTimeoutMillis\n\n  val loadOffsets = featureGateFold(KMPollConsumersFeature)(false, true)\n\n  private[this] val consumersTreeCacheListener = new TreeCacheListener {\n    override def childEvent(client: CuratorFramework, event: TreeCacheEvent): Unit = {\n      event.getType match {\n        case TreeCacheEvent.Type.INITIALIZED | TreeCacheEvent.Type.NODE_ADDED |\n             TreeCacheEvent.Type.NODE_REMOVED | TreeCacheEvent.Type.NODE_UPDATED =>\n          consumersTreeCacheLastUpdateMillis = System.currentTimeMillis()\n        case _ =>\n        \/\/do nothing\n      }\n    }\n  }\n\n  private[this] val consumersTreeCache = new TreeCache(curator, ZkUtils.ConsumersPath)\n\n  @volatile\n  private[this] var consumersTreeCacheLastUpdateMillis : Long = System.currentTimeMillis()\n\n  private[this] def withConsumersTreeCache[T](fn: TreeCache => T) : Option[T] = {\n    Option(fn(consumersTreeCache))\n  }\n\n  protected def getTopicPartitionLeaders(topic: String) : Option[List[(Int, Option[BrokerIdentity])]] = partitionLeaders(topic)\n\n  protected def getTopicDescription(topic: String, interactive: Boolean) : Option[TopicDescription] = topicDescriptions(topic, interactive)\n\n  override def start():  Unit = {\n    super.start()\n    info(\"Starting consumers tree cache...\")\n    consumersTreeCache.start()\n\n    info(\"Adding consumers tree cache listener...\")\n    consumersTreeCache.getListenable.addListener(consumersTreeCacheListener)\n  }\n\n  override def stop(): Unit = {\n    super.stop()\n    info(\"Removing consumers tree cache listener...\")\n    Try(consumersTreeCache.getListenable.removeListener(consumersTreeCacheListener))\n\n    info(\"Shutting down consumers tree cache...\")\n    Try(consumersTreeCache.close())\n  }\n\n  protected def lastUpdateMillisZK : Long = consumersTreeCacheLastUpdateMillis\n\n  protected def readConsumerOffsetByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, Long] = {\n    tpi.map {\n      case (p, _) =>\n        val offsetPath = \"%s\/%s\/%s\/%s\/%s\".format(ZkUtils.ConsumersPath, consumer, \"offsets\", topic, p)\n        (p, Option(consumersTreeCache.getCurrentData(offsetPath)).flatMap(cd => Option(cd.getData)).map(asString).getOrElse(\"-1\").toLong)\n    }\n\n  }\n\n  protected def readConsumerOwnerByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, String] = {\n    tpi.map {\n      case (p, _) =>\n        val offsetPath = \"%s\/%s\/%s\/%s\/%s\".format(ZkUtils.ConsumersPath, consumer, \"owners\", topic, p)\n        (p, Option(consumersTreeCache.getCurrentData(offsetPath)).flatMap(cd => Option(cd.getData)).map(asString).getOrElse(\"\"))\n    }\n  }\n\n  protected def getConsumerTopicsFromIds(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"ids\")\n    Option(consumersTreeCache.getCurrentChildren(zkPath)).map(_.asScala.toMap.map {\n      case (id, cd) => ConsumerInstanceSubscriptions.apply(consumer, id, Option(cd).map(_.getData).map(asString).getOrElse(\"{}\"))\n    }.map(_.subs.keys).flatten.toSet).getOrElse(Set.empty)\n  }\n\n  protected def getConsumerTopicsFromOffsets(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"offsets\")\n    Option(consumersTreeCache.getCurrentChildren(zkPath)).map(_.asScala.toMap.keySet).getOrElse(Set.empty)\n  }\n\n  protected def getConsumerTopicsFromOwners(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"owners\")\n    Option(consumersTreeCache.getCurrentChildren(zkPath)).map(_.asScala.toMap.keySet).getOrElse(Set.empty)\n  }\n\n  protected def getZKManagedConsumerList: IndexedSeq[ConsumerNameAndType] = {\n    withConsumersTreeCache { cache =>\n      cache.getCurrentChildren(ZkUtils.ConsumersPath)\n    }.fold {\n      IndexedSeq.empty[ConsumerNameAndType]\n    } { data: java.util.Map[String, ChildData] =>\n      data.asScala.filter{\n        case (consumer, childData) =>\n          if (clusterContext.config.filterConsumers)\n          \/\/ Defining \"inactive consumer\" as a consumer that is missing one of three children ids\/ offsets\/ or owners\/\n            childData.getStat.getNumChildren > 2\n          else true\n      }.keySet.toIndexedSeq.map(name => ConsumerNameAndType(name, ZKManagedConsumer))\n    }\n  }\n}\n\ncase class OffsetCachePassive(curator: CuratorFramework\n                              , kafkaAdminClient: KafkaAdminClient\n                              , clusterContext: ClusterContext\n                              , partitionLeaders: String => Option[List[(Int, Option[BrokerIdentity])]]\n                              , topicDescriptions: (String, Boolean) => Option[TopicDescription]\n                              , cacheTimeoutSecs: Int\n                              , socketTimeoutMillis: Int\n                              , kafkaVersion: KafkaVersion\n                              , consumerProperties: Option[Properties]\n                              , kafkaManagedOffsetCacheConfig: KafkaManagedOffsetCacheConfig\n                              , getBrokerList : () => BrokerList\n                             )\n                             (implicit protected[this] val ec: ExecutionContext, val cf: ClusterFeatures) extends OffsetCache {\n\n  def getKafkaVersion: KafkaVersion = kafkaVersion\n\n  def getCacheTimeoutSecs: Int = cacheTimeoutSecs\n\n  def getSimpleConsumerSocketTimeoutMillis: Int = socketTimeoutMillis\n\n  val loadOffsets = featureGateFold(KMPollConsumersFeature)(false, true)\n\n  private[this] val consumersPathChildrenCacheListener = new PathChildrenCacheListener {\n    override def childEvent(client: CuratorFramework, event: PathChildrenCacheEvent): Unit = {\n      event.getType match {\n        case PathChildrenCacheEvent.Type.INITIALIZED | PathChildrenCacheEvent.Type.CHILD_ADDED |\n             PathChildrenCacheEvent.Type.CHILD_REMOVED | PathChildrenCacheEvent.Type.CHILD_UPDATED =>\n          consumersTreeCacheLastUpdateMillis = System.currentTimeMillis()\n        case _ =>\n        \/\/do nothing\n      }\n    }\n  }\n\n  private[this] val consumersPathChildrenCache = new PathChildrenCache(curator, ZkUtils.ConsumersPath, true)\n\n  @volatile\n  private[this] var consumersTreeCacheLastUpdateMillis : Long = System.currentTimeMillis()\n\n  private[this] def withConsumersPathChildrenCache[T](fn: PathChildrenCache => T) : Option[T] = {\n    Option(fn(consumersPathChildrenCache))\n  }\n\n  protected def getTopicPartitionLeaders(topic: String) : Option[List[(Int, Option[BrokerIdentity])]] = partitionLeaders(topic)\n\n  protected def getTopicDescription(topic: String, interactive: Boolean) : Option[TopicDescription] = topicDescriptions(topic, interactive)\n\n  override def start():  Unit = {\n    super.start()\n    info(\"Starting consumers path children cache...\")\n    consumersPathChildrenCache.start(StartMode.BUILD_INITIAL_CACHE)\n\n    info(\"Adding consumers path children cache listener...\")\n    consumersPathChildrenCache.getListenable.addListener(consumersPathChildrenCacheListener)\n  }\n\n  override def stop(): Unit = {\n    super.stop()\n    info(\"Removing consumers path children cache listener...\")\n    Try(consumersPathChildrenCache.getListenable.removeListener(consumersPathChildrenCacheListener))\n\n    info(\"Shutting down consumers path children cache...\")\n    Try(consumersPathChildrenCache.close())\n  }\n\n  protected def lastUpdateMillisZK : Long = consumersTreeCacheLastUpdateMillis\n\n  protected def readConsumerOffsetByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, Long] = {\n    tpi.map {\n      case (p, _) =>\n        val offsetPath = \"%s\/%s\/%s\/%s\/%s\".format(ZkUtils.ConsumersPath, consumer, \"offsets\", topic, p)\n        (p, ZkUtils.readDataMaybeNull(curator, offsetPath)._1.map(_.toLong).getOrElse(-1L))\n    }\n  }\n\n  protected def readConsumerOwnerByTopicPartition(consumer: String, topic: String, tpi: Map[Int, TopicPartitionIdentity]) : Map[Int, String] = {\n    tpi.map {\n      case (p, _) =>\n        val ownerPath = \"%s\/%s\/%s\/%s\/%s\".format(ZkUtils.ConsumersPath, consumer, \"owners\", topic, p)\n        (p, ZkUtils.readDataMaybeNull(curator, ownerPath)._1.orNull)\n    }.filter(_._2 != null)\n  }\n\n  protected def getConsumerTopicsFromIds(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"ids\")\n    val ids = Try(Option(curator.getChildren.forPath(zkPath)).map(_.asScala.toIterable)).toOption.flatten.getOrElse(Iterable.empty)\n    val topicList : Iterable[Iterable[String]] = for {\n      id <- ids\n      idPath = \"%s\/%s\".format(zkPath, id)\n    } yield {\n      ZkUtils.readDataMaybeNull(\n        curator, idPath)._1.map(ConsumerInstanceSubscriptions.apply(consumer, id, _)).map(_.subs.keys).getOrElse(Iterable.empty)\n    }\n    topicList.flatten.toSet\n  }\n\n  protected def getConsumerTopicsFromOffsets(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"offsets\")\n    Try(Option(curator.getChildren.forPath(zkPath)).map(_.asScala.toSet)).toOption.flatten.getOrElse(Set.empty)\n  }\n\n  protected def getConsumerTopicsFromOwners(consumer: String) : Set[String] = {\n    val zkPath = \"%s\/%s\/%s\".format(ZkUtils.ConsumersPath,consumer,\"owners\")\n    Try(Option(curator.getChildren.forPath(zkPath)).map(_.asScala.toSet)).toOption.flatten.getOrElse(Set.empty)\n  }\n\n  protected def getZKManagedConsumerList: IndexedSeq[ConsumerNameAndType] = {\n    withConsumersPathChildrenCache { cache =>\n      val currentData = cache.getCurrentData\n      currentData\n    }.fold {\n      IndexedSeq.empty[ConsumerNameAndType]\n    } { data: java.util.List[ChildData] =>\n      data.asScala.map(cd => ConsumerNameAndType(cd.getPath.split(\"\/\").last, ZKManagedConsumer)).toIndexedSeq\n    }\n  }\n}\n\ncase class KafkaStateActorConfig(curator: CuratorFramework\n                                 , pinnedDispatcherName: String\n                                 , clusterContext: ClusterContext\n                                 , offsetCachePoolConfig: LongRunningPoolConfig\n                                 , kafkaAdminClientPoolConfig: LongRunningPoolConfig\n                                 , partitionOffsetCacheTimeoutSecs: Int\n                                 , simpleConsumerSocketTimeoutMillis: Int\n                                 , consumerProperties: Option[Properties]\n                                 , kafkaManagedOffsetCacheConfig: KafkaManagedOffsetCacheConfig\n                                )\nclass KafkaStateActor(config: KafkaStateActorConfig) extends BaseClusterQueryCommandActor with LongRunningPoolActor {\n\n  protected implicit val clusterContext: ClusterContext = config.clusterContext\n\n  protected implicit val cf: ClusterFeatures = clusterContext.clusterFeatures\n\n  override protected def longRunningPoolConfig: LongRunningPoolConfig = config.offsetCachePoolConfig\n\n  override protected def longRunningQueueFull(): Unit = {\n    log.error(\"Long running pool queue full, skipping!\")\n  }\n\n  private[this] val kaConfig = KafkaAdminClientActorConfig(\n    clusterContext,\n    config.kafkaAdminClientPoolConfig,\n    self.path,\n    config.consumerProperties\n  )\n  private[this] val kaProps = Props(classOf[KafkaAdminClientActor],kaConfig)\n  private[this] val kafkaAdminClientActor : ActorPath = context.actorOf(kaProps.withDispatcher(config.pinnedDispatcherName),\"kafka-admin-client\").path\n  private[this] val kafkaAdminClient = new KafkaAdminClient(context, kafkaAdminClientActor)\n\n  \/\/ e.g. \/brokers\/topics\/analytics_content\/partitions\/0\/state\n  private[this] val topicsTreeCache = new TreeCache(config.curator,ZkUtils.BrokerTopicsPath)\n\n  private[this] val topicsConfigPathCache = new PathChildrenCache(config.curator,ZkUtils.TopicConfigPath,true)\n\n  private[this] val brokersPathCache = new PathChildrenCache(config.curator,ZkUtils.BrokerIdsPath,true)\n\n  private[this] val adminPathCache = new PathChildrenCache(config.curator,ZkUtils.AdminPath,true)\n\n  private[this] val deleteTopicsPathCache = new PathChildrenCache(config.curator, ZkUtils.DeleteTopicsPath,true)\n\n  @volatile\n  private[this] var topicsTreeCacheLastUpdateMillis : Long = System.currentTimeMillis()\n\n  private[this] val topicsTreeCacheListener = new TreeCacheListener {\n    override def childEvent(client: CuratorFramework, event: TreeCacheEvent): Unit = {\n      event.getType match {\n        case TreeCacheEvent.Type.INITIALIZED | TreeCacheEvent.Type.NODE_ADDED |\n             TreeCacheEvent.Type.NODE_REMOVED | TreeCacheEvent.Type.NODE_UPDATED =>\n          topicsTreeCacheLastUpdateMillis = System.currentTimeMillis()\n        case _ =>\n        \/\/do nothing\n      }\n    }\n  }\n\n  @volatile\n  private[this] var preferredLeaderElection : Option[PreferredReplicaElection] = None\n\n  @volatile\n  private[this] var reassignPartitions : Option[ReassignPartitions] = None\n\n  private[this] val adminPathCacheListener = new PathChildrenCacheListener {\n    override def childEvent(client: CuratorFramework, event: PathChildrenCacheEvent): Unit = {\n      log.info(s\"Got event : ${event.getType} path=${Option(event.getData).map(_.getPath)}\")\n      event.getType match {\n        case PathChildrenCacheEvent.Type.INITIALIZED =>\n          event.getInitialData.asScala.foreach { cd: ChildData =>\n            updatePreferredLeaderElection(cd)\n            updateReassignPartition(cd)\n          }\n        case PathChildrenCacheEvent.Type.CHILD_ADDED | PathChildrenCacheEvent.Type.CHILD_UPDATED =>\n          updatePreferredLeaderElection(event.getData)\n          updateReassignPartition(event.getData)\n        case PathChildrenCacheEvent.Type.CHILD_REMOVED =>\n          endPreferredLeaderElection(event.getData)\n          endReassignPartition(event.getData)\n        case _ =>\n        \/\/do nothing\n      }\n    }\n\n    private[this] def updatePreferredLeaderElection(cd: ChildData): Unit = {\n      if(cd != null && cd.getPath.endsWith(ZkUtils.PreferredReplicaLeaderElectionPath)) {\n        Try {\n          self ! KSUpdatePreferredLeaderElection(cd.getStat.getMtime, cd.getData)\n        }\n      }\n    }\n\n    private[this] def updateReassignPartition(cd: ChildData): Unit = {\n      if(cd != null && cd.getPath.endsWith(ZkUtils.ReassignPartitionsPath)) {\n        Try {\n          self ! KSUpdateReassignPartition(cd.getStat.getMtime, cd.getData)\n        }\n      }\n    }\n\n    private[this] def endPreferredLeaderElection(cd: ChildData): Unit = {\n      if(cd != null && cd.getPath.endsWith(ZkUtils.PreferredReplicaLeaderElectionPath)) {\n        Try {\n          self ! KSEndPreferredLeaderElection(cd.getStat.getMtime)\n        }\n      }\n    }\n\n    private[this] def endReassignPartition(cd: ChildData): Unit = {\n      if(cd != null && cd.getPath.endsWith(ZkUtils.ReassignPartitionsPath)) {\n        Try {\n          self ! KSEndReassignPartition(cd.getStat.getMtime)\n        }\n      }\n    }\n  }\n\n  private[this] lazy val offsetCache: OffsetCache = {\n    if(config.clusterContext.config.activeOffsetCacheEnabled)\n      new OffsetCacheActive(config.curator\n        , kafkaAdminClient\n        , config.clusterContext\n        , getPartitionLeaders\n        , getTopicDescription\n        , config.partitionOffsetCacheTimeoutSecs\n        , config.simpleConsumerSocketTimeoutMillis\n        , config.clusterContext.config.version\n        , config.consumerProperties\n        , config.kafkaManagedOffsetCacheConfig\n        , () => getBrokerList\n      )(longRunningExecutionContext, cf)\n    else\n      new OffsetCachePassive( config.curator\n        , kafkaAdminClient\n        , config.clusterContext\n        , getPartitionLeaders\n        , getTopicDescription\n        , config.partitionOffsetCacheTimeoutSecs\n        , config .simpleConsumerSocketTimeoutMillis\n        , config.clusterContext.config.version\n        , config.consumerProperties\n        , config.kafkaManagedOffsetCacheConfig\n        , () => getBrokerList\n      )(longRunningExecutionContext, cf)\n  }\n\n  @scala.throws[Exception](classOf[Exception])\n  override def preStart() = {\n    log.info(config.toString)\n    log.info(\"Started actor %s\".format(self.path))\n    log.info(\"Starting topics tree cache...\")\n    topicsTreeCache.start()\n    log.info(\"Starting topics config path cache...\")\n    topicsConfigPathCache.start(StartMode.BUILD_INITIAL_CACHE)\n    log.info(\"Starting brokers path cache...\")\n    brokersPathCache.start(StartMode.BUILD_INITIAL_CACHE)\n    log.info(\"Starting admin path cache...\")\n    adminPathCache.start(StartMode.BUILD_INITIAL_CACHE)\n    log.info(\"Starting delete topics path cache...\")\n    deleteTopicsPathCache.start(StartMode.BUILD_INITIAL_CACHE)\n\n    log.info(\"Adding topics tree cache listener...\")\n    topicsTreeCache.getListenable.addListener(topicsTreeCacheListener)\n    log.info(\"Adding admin path cache listener...\")\n    adminPathCache.getListenable.addListener(adminPathCacheListener)\n\n    \/\/the offset cache does not poll on its own so it can be started safely\n    log.info(\"Starting offset cache...\")\n    offsetCache.start()\n\n    startTopicOffsetGetter()\n  }\n\n  @scala.throws[Exception](classOf[Exception])\n  override def preRestart(reason: Throwable, message: Option[Any]) {\n    log.error(reason, \"Restarting due to [{}] when processing [{}]\",\n      reason.getMessage, message.getOrElse(\"\"))\n    super.preRestart(reason, message)\n  }\n\n\n  @scala.throws[Exception](classOf[Exception])\n  override def postStop(): Unit = {\n    log.info(\"Stopped actor %s\".format(self.path))\n\n    Try(stopTopicOffsetGetter())\n\n    log.info(\"Stopping offset cache...\")\n    Try(offsetCache.stop())\n\n    log.info(\"Removing admin path cache listener...\")\n    Try(adminPathCache.getListenable.removeListener(adminPathCacheListener))\n    log.info(\"Removing topics tree cache listener...\")\n    Try(topicsTreeCache.getListenable.removeListener(topicsTreeCacheListener))\n\n    log.info(\"Shutting down delete topics path cache...\")\n    Try(deleteTopicsPathCache.close())\n    log.info(\"Shutting down admin path cache...\")\n    Try(adminPathCache.close())\n    log.info(\"Shutting down brokers path cache...\")\n    Try(brokersPathCache.close())\n    log.info(\"Shutting down topics config path cache...\")\n    Try(topicsConfigPathCache.close())\n    log.info(\"Shutting down topics tree cache...\")\n    Try(topicsTreeCache.close())\n\n    super.postStop()\n  }\n\n  def getTopicZookeeperData(topic: String): Option[(Int,String)] = {\n    val topicPath = \"%s\/%s\".format(ZkUtils.BrokerTopicsPath,topic)\n    Option(topicsTreeCache.getCurrentData(topicPath)).map( childData => (childData.getStat.getVersion,asString(childData.getData)))\n  }\n\n  def getTopicPartitionOffsetsNotFuture(topic: String, interactive: Boolean): PartitionOffsetsCapture = {\n    var partitionOffsets = PartitionOffsetsCapture(System.currentTimeMillis(), Map())\n\n    val loadOffsets = featureGateFold(KMPollConsumersFeature)(false, true)\n    if ((interactive || loadOffsets) &&\n      kafkaTopicOffsetCaptureMap.contains(topic)) {\n      partitionOffsets = kafkaTopicOffsetCaptureMap(topic)\n    }\n\n    partitionOffsets\n  }\n\n  def getTopicDescription(topic: String, interactive: Boolean) : Option[TopicDescription] = {\n    for {\n      description <- getTopicZookeeperData(topic)\n      partitionsPath = \"%s\/%s\/partitions\".format(ZkUtils.BrokerTopicsPath, topic)\n      partitions: Map[String, ChildData] <- Option(topicsTreeCache.getCurrentChildren(partitionsPath)).map(_.asScala.toMap)\n      states : Map[String, String] = partitions flatMap { case (part, _) =>\n        val statePath = s\"$partitionsPath\/$part\/state\"\n        Option(topicsTreeCache.getCurrentData(statePath)).map(cd => (part, asString(cd.getData)))\n      }\n      partitionOffsets = getTopicPartitionOffsetsNotFuture(topic, interactive)\n      topicConfig = getTopicConfigString(topic)\n    } yield TopicDescription(topic, description, Option(states), partitionOffsets, topicConfig)\n  }\n\n  def getPartitionLeaders(topic: String) : Option[List[(Int, Option[BrokerIdentity])]] = {\n    val partitionsPath = \"%s\/%s\/partitions\".format(ZkUtils.BrokerTopicsPath, topic)\n    val partitions: Option[Map[String, ChildData]] = Option(topicsTreeCache.getCurrentChildren(partitionsPath)).map(_.asScala.toMap)\n    val states : Option[Iterable[(String, String)]] =\n      partitions.map[Iterable[(String,String)]]{ partMap: Map[String, ChildData] =>\n        partMap.flatMap { case (part, _) =>\n          val statePath = s\"$partitionsPath\/$part\/state\"\n          Option(topicsTreeCache.getCurrentData(statePath)).map(cd => (part, asString(cd.getData)))\n        }\n      }\n    val targetBrokers : IndexedSeq[BrokerIdentity] = getBrokers\n\n    import org.json4s.jackson.JsonMethods.parse\n    import org.json4s.scalaz.JsonScalaz.field\n    states.map(_.map{case (part, state) =>\n      val partition = part.toInt\n      val descJson = parse(state)\n      val leaderID = field[Int](\"leader\")(descJson).fold({ e =>\n        log.error(s\"[topic=$topic] Failed to get partitions from topic json $state\"); 0}, identity)\n      val leader = targetBrokers.find(_.id == leaderID)\n      (partition, leader)\n    }.toList)\n  }\n\n  private[this] def getTopicConfigString(topic: String) : Option[(Int,String)] = {\n    val data: mutable.Buffer[ChildData] = topicsConfigPathCache.getCurrentData.asScala\n    val result: Option[ChildData] = data.find(p => p.getPath.endsWith(\"\/\" + topic))\n    result.map(cd => (cd.getStat.getVersion,asString(cd.getData)))\n  }\n\n  override def processActorResponse(response: ActorResponse): Unit = {\n    response match {\n      case any: Any => log.warning(\"ksa : processActorResponse : Received unknown message: {}\", any.toString)\n    }\n  }\n\n\n  private[this] def getBrokers : IndexedSeq[BrokerIdentity] = {\n    val data: mutable.Buffer[ChildData] = brokersPathCache.getCurrentData.asScala\n    data.map { cd =>\n      BrokerIdentity.from(nodeFromPath(cd.getPath).toInt, asString(cd.getData))\n    }.filter { v =>\n      v match {\n        case scalaz.Failure(nel) =>\n          log.error(s\"Failed to parse broker config $nel\")\n          false\n        case _ => true\n      }\n    }.collect {\n      case scalaz.Success(bi) => bi\n    }.toIndexedSeq.sortBy(_.id)\n  }\n\n  private[this] def asyncPipeToSender[T](fn: => T):  Unit = {\n    implicit val ec = longRunningExecutionContext\n    val result: Future[T] = Future {\n      fn\n    }\n    result pipeTo sender\n  }\n\n  override def processQueryRequest(request: QueryRequest): Unit = {\n    request match {\n      case KSGetTopics =>\n        val deleteSet: Set[String] =\n          featureGateFold(KMDeleteTopicFeature)(\n            Set.empty,\n            {\n              val deleteTopicsData: mutable.Buffer[ChildData] = deleteTopicsPathCache.getCurrentData.asScala\n              deleteTopicsData.map { cd =>\n                nodeFromPath(cd.getPath)\n              }.toSet\n            })\n        withTopicsTreeCache { cache =>\n          cache.getCurrentChildren(ZkUtils.BrokerTopicsPath)\n        }.fold {\n          sender ! TopicList(IndexedSeq.empty, deleteSet, config.clusterContext)\n        } { data: java.util.Map[String, ChildData] =>\n          sender ! TopicList(data.asScala.keySet.toIndexedSeq, deleteSet, config.clusterContext)\n        }\n\n      case KSGetConsumers =>\n        asyncPipeToSender {\n          offsetCache.getConsumerList\n        }\n\n      case KSGetTopicConfig(topic) =>\n        sender ! TopicConfig(topic, getTopicConfigString(topic))\n\n      case KSGetTopicDescription(topic) =>\n        sender ! getTopicDescription(topic, false)\n\n      case KSGetTopicDescriptions(topics) =>\n        sender ! TopicDescriptions(topics.toIndexedSeq.flatMap(getTopicDescription(_, false)), topicsTreeCacheLastUpdateMillis)\n\n      case KSGetConsumerDescription(consumer, consumerType) =>\n        asyncPipeToSender {\n          offsetCache.getConsumerDescription(consumer, consumerType)\n        }\n\n      case KSGetConsumedTopicDescription(consumer, topic, consumerType) =>\n        asyncPipeToSender {\n          offsetCache.getConsumedTopicDescription(consumer, topic, true, consumerType)\n        }\n\n      case KSGetAllTopicDescriptions(lastUpdateMillisOption) =>\n        val lastUpdateMillis = lastUpdateMillisOption.getOrElse(0L)\n        \/\/since we want to update offsets, let's do so if last update plus offset cache timeout is before current time\n        if (topicsTreeCacheLastUpdateMillis > lastUpdateMillis || ((topicsTreeCacheLastUpdateMillis + (config.partitionOffsetCacheTimeoutSecs * 1000)) < System.currentTimeMillis())) {\n          \/\/we have option here since there may be no topics at all!\n          withTopicsTreeCache {  cache: TreeCache =>\n            cache.getCurrentChildren(ZkUtils.BrokerTopicsPath)\n          }.fold {\n            sender ! TopicDescriptions(IndexedSeq.empty, topicsTreeCacheLastUpdateMillis)\n          } { data: java.util.Map[String, ChildData] =>\n            sender ! TopicDescriptions(data.asScala.keys.toIndexedSeq.flatMap(getTopicDescription(_, false)), topicsTreeCacheLastUpdateMillis)\n          }\n        } \/\/ else no updates to send\n\n      case KSGetAllConsumerDescriptions(lastUpdateMillisOption) =>\n        val lastUpdateMillis = lastUpdateMillisOption.getOrElse(0L)\n        if (offsetCache.lastUpdateMillis > lastUpdateMillis) {\n          asyncPipeToSender {\n            ConsumerDescriptions(offsetCache\n              .getConsumerList\n              .list\n              .map(c => offsetCache.getConsumerDescription(c.name, c.consumerType)), offsetCache.lastUpdateMillis)\n          }\n        }\n\n      case KSGetTopicsLastUpdateMillis =>\n        sender ! topicsTreeCacheLastUpdateMillis\n\n      case KSGetBrokers =>\n        sender ! getBrokerList\n\n      case KSGetPreferredLeaderElection =>\n        sender ! preferredLeaderElection\n\n      case KSGetReassignPartition =>\n        sender ! reassignPartitions\n\n      case any: Any => log.warning(\"ksa : processQueryRequest : Received unknown message: {}\", any.toString)\n    }\n  }\n\n  private def getBrokerList : BrokerList = {\n    BrokerList(getBrokers, config.clusterContext)\n  }\n\n  override def processCommandRequest(request: CommandRequest): Unit = {\n    request match {\n      case KSUpdatePreferredLeaderElection(millis,json) =>\n        safeExecute {\n          val s: Set[TopicAndPartition] = PreferredReplicaLeaderElectionCommand.parsePreferredReplicaElectionData(json)\n          preferredLeaderElection.fold {\n            \/\/nothing there, add as new\n            preferredLeaderElection = Some(PreferredReplicaElection(getDateTime(millis), s, None, config.clusterContext))\n          } {\n            existing =>\n              existing.endTime.fold {\n                \/\/update without end? Odd, copy existing\n                preferredLeaderElection = Some(existing.copy(topicAndPartition = existing.topicAndPartition ++ s))\n              } { _ =>\n                \/\/new op started\n                preferredLeaderElection = Some(PreferredReplicaElection(getDateTime(millis), s, None, config.clusterContext))\n              }\n          }\n        }\n      case KSUpdateReassignPartition(millis,json) =>\n        safeExecute {\n          val m : Map[TopicAndPartition, Seq[Int]] = ReassignPartitionCommand.parsePartitionReassignmentZkData(json)\n          reassignPartitions.fold {\n            \/\/nothing there, add as new\n            reassignPartitions = Some(ReassignPartitions(getDateTime(millis),m, None, config.clusterContext))\n          } {\n            existing =>\n              existing.endTime.fold {\n                \/\/update without end? Odd, copy existing\n                reassignPartitions = Some(existing.copy(partitionsToBeReassigned = existing.partitionsToBeReassigned ++ m))\n              } { _ =>\n                \/\/new op started\n                reassignPartitions = Some(ReassignPartitions(getDateTime(millis),m, None, config.clusterContext))\n              }\n          }\n        }\n      case KSEndPreferredLeaderElection(millis) =>\n        safeExecute {\n          preferredLeaderElection.foreach { existing =>\n            preferredLeaderElection = Some(existing.copy(endTime = Some(getDateTime(millis))))\n          }\n        }\n      case KSEndReassignPartition(millis) =>\n        safeExecute {\n          reassignPartitions.foreach { existing =>\n            reassignPartitions = Some(existing.copy(endTime = Some(getDateTime(millis))))\n          }\n        }\n      case any: Any => log.warning(\"ksa : processCommandRequest : Received unknown message: {}\", any.toString)\n    }\n  }\n\n  private[this] def getDateTime(millis: Long) : DateTime = new DateTime(millis,DateTimeZone.UTC)\n\n  private[this] def safeExecute(fn: => Any) : Unit = {\n    Try(fn) match {\n      case Failure(t) =>\n        log.error(\"Failed!\",t)\n      case Success(_) =>\n      \/\/do nothing\n    }\n  }\n\n  private[this] def withTopicsTreeCache[T](fn: TreeCache => T) : Option[T] = {\n    Option(fn(topicsTreeCache))\n  }\n\n  \/\/---------------------------------------------------\n  private[this] var kafkaTopicOffsetGetter : Option[KafkaTopicOffsetGetter] = None\n  private[this] var kafkaTopicOffsetMap = new TrieMap[String, Map[Int, Long]]\n  private[this] var kafkaTopicOffsetCaptureMap = new TrieMap[String, PartitionOffsetsCapture]\n  def startTopicOffsetGetter() : Unit = {\n    log.info(\"Starting kafka managed Topic Offset Getter ...\")\n    kafkaTopicOffsetGetter = Option(new KafkaTopicOffsetGetter())\n    val topicOffsetGetterThread = new Thread(kafkaTopicOffsetGetter.get, \"KafkaTopicOffsetGetter\")\n    topicOffsetGetterThread.start()\n  }\n\n  def stopTopicOffsetGetter() : Unit = {\n    kafkaTopicOffsetGetter.foreach {\n      kto =>\n        Try {\n          log.info(\"Stopping kafka managed Topic Offset Getter ...\")\n          kto.close()\n        }\n    }\n  }\n\n  class KafkaTopicOffsetGetter() extends Runnable {\n    @volatile\n    private[this] var shutdown: Boolean = false\n\n    override def run(): Unit = {\n      import scala.util.control.Breaks._\n\n      while (!shutdown) {\n        try {\n          withTopicsTreeCache {  cache: TreeCache =>\n            cache.getCurrentChildren(ZkUtils.BrokerTopicsPath)\n          }.fold {\n          } { data: java.util.Map[String, ChildData] =>\n            var broker2TopicPartitionMap: Map[BrokerIdentity, List[(TopicAndPartition, PartitionOffsetRequestInfo)]] = Map()\n\n            breakable {\n              data.asScala.keys.toIndexedSeq.foreach(topic => {\n                if (shutdown) {\n                  return\n                }\n                var optPartitionsWithLeaders : Option[List[(Int, Option[BrokerIdentity])]] = getPartitionLeaders(topic)\n                optPartitionsWithLeaders match {\n                  case Some(leaders) =>\n                    leaders.foreach(leader => {\n                      leader._2 match {\n                        case Some(brokerIden) =>\n                          var tlList : List[(TopicAndPartition, PartitionOffsetRequestInfo)] = null\n                          if (broker2TopicPartitionMap.contains(brokerIden)) {\n                            tlList = broker2TopicPartitionMap(brokerIden)\n                          } else {\n                            tlList = List()\n                          }\n                          tlList = (TopicAndPartition(topic, leader._1), PartitionOffsetRequestInfo(-1, 1)) +: tlList\n                          broker2TopicPartitionMap += (brokerIden -> tlList)\n                        case None =>\n                      }\n                    })\n                  case None =>\n                }\n              }\n              )\n            }\n\n            breakable {\n              broker2TopicPartitionMap.keys.foreach(broker => {\n                if (shutdown) {\n                  return\n                }\n\n                val tpList = broker2TopicPartitionMap(broker)\n                val consumerProperties = kaConfig.consumerProperties.getOrElse(getDefaultConsumerProperties())\n                val securityProtocol = Option(kaConfig.clusterContext.config.securityProtocol).getOrElse(PLAINTEXT)\n                val port: Int = broker.endpoints(securityProtocol)\n                consumerProperties.put(BOOTSTRAP_SERVERS_CONFIG, s\"${broker.host}:$port\")\n                consumerProperties.put(SECURITY_PROTOCOL_CONFIG, securityProtocol.stringId)\n                \/\/ Use secure endpoint if available\n                if(kaConfig.clusterContext.config.saslMechanism.nonEmpty){\n                  consumerProperties.put(SaslConfigs.SASL_MECHANISM, kaConfig.clusterContext.config.saslMechanism.get.stringId)\n                  log.info(s\"SASL Mechanism =${kaConfig.clusterContext.config.saslMechanism.get}\")\n                }\n                if(kaConfig.clusterContext.config.jaasConfig.nonEmpty){\n                  consumerProperties.put(SaslConfigs.SASL_JAAS_CONFIG, kaConfig.clusterContext.config.jaasConfig.get)\n                  log.info(s\"SASL JAAS config=${kaConfig.clusterContext.config.jaasConfig.get}\")\n                }\n                var kafkaConsumer: Option[KafkaConsumer[Any, Any]] = None\n                try {\n                  kafkaConsumer = Option(new KafkaConsumer(consumerProperties))\n                  val request = tpList.map(f => new TopicPartition(f._1.topic, f._1.partition))\n                  var tpOffsetMapOption = kafkaConsumer.map(_.endOffsets(request.asJavaCollection).asScala)\n\n                  var topicOffsetMap: Map[Int, Long] = null\n                  tpOffsetMapOption.foreach(tpOffsetMap => tpOffsetMap.keys.foreach(tp => {\n                    if (kafkaTopicOffsetMap.contains(tp.topic)) {\n                      topicOffsetMap = kafkaTopicOffsetMap(tp.topic)\n                    } else {\n                      topicOffsetMap = Map()\n                    }\n\n                    topicOffsetMap += (tp.partition -> tpOffsetMap(tp))\n                    kafkaTopicOffsetMap += (tp.topic -> topicOffsetMap)\n                  }))\n                } catch {\n                  case e: Exception =>\n                    log.error(e, s\"consumerProperties:$consumerProperties\")\n                    throw e\n                } finally {\n                  kafkaConsumer.foreach(_.close())\n                }\n              })\n            }\n\n            kafkaTopicOffsetCaptureMap = kafkaTopicOffsetMap.map(kv =>\n              (kv._1, PartitionOffsetsCapture(System.currentTimeMillis(), kv._2)))\n          }\n        } catch {\n          case e: Exception =>\n            log.error(e, s\"KafkaTopicOffsetGetter exception \")\n        }\n\n        if (!shutdown) {\n          Thread.sleep(config.partitionOffsetCacheTimeoutSecs * 1000)\n        }\n      }\n\n      log.info(s\"KafkaTopicOffsetGetter exit\")\n    }\n\n    def close(): Unit = {\n      this.shutdown = true\n    }\n\n    def getDefaultConsumerProperties(): Properties = {\n      val properties = new Properties()\n      properties.put(GROUP_ID_CONFIG, getClass.getCanonicalName)\n      properties.put(KEY_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.ByteArrayDeserializer\")\n      properties.put(VALUE_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.ByteArrayDeserializer\")\n      properties\n    }\n  }\n}\n\n"}
{"repo_name":"sevenz\/drools-in-all","path":"rules\/src\/main\/scala\/com\/bob\/rules\/reguralrule\/model\/Hotel.scala","text":"package com.bob.rules.reguralrule.model\n\nimport scala.beans.BeanProperty\n\n\/**\n * \u623f\u95f4\n *\/\ncase class Room(@BeanProperty var name: String)\n\ncase class Sprinkler(@BeanProperty var room: Room, @BeanProperty var on: Boolean)\n\ncase class Fire(@BeanProperty var room: Room)\n\nclass Alarm() {}"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/common\/BaaSEventListener.scala","text":"<filename>baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/common\/BaaSEventListener.scala\npackage com.ing.baker.baas.common\n\nimport com.ing.baker.runtime.common.{EventInstance, InteractionInstance, RecipeEventMetadata}\nimport com.ing.baker.runtime.common.LanguageDataStructures.LanguageApi\n\ntrait BaaSEventListener[F[_]] extends LanguageApi { self =>\n\n  type EventInstanceType <: EventInstance { type Language <: self.Language }\n\n  type RecipeEventMetadataType <: RecipeEventMetadata { type Language <: self.Language }\n\n  def registerEventListener(recipeName: String, listenerFunction: language.BiConsumerFunction[RecipeEventMetadataType, EventInstanceType]): F[Unit]\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-interaction-scheduling\/src\/main\/scala\/com\/ing\/baker\/baas\/protocol\/ProtocolPushPullMatching.scala","text":"package com.ing.baker.baas.protocol\n\nimport java.util.UUID\n\nimport akka.actor.ActorRef\n\n\/**\n  * Protocol done to find a possible matching between a QuestMandated and an available InteractionAgent\n  *\/\nsealed trait ProtocolPushPullMatching\n\nobject ProtocolPushPullMatching {\n\n  def pushTopic(interactionName: String): String =\n    s\"Push|:||:|$interactionName|:|\"\n\n  def pullTopic(interactionName: String): String =\n    s\"Pull|:||:|$interactionName|:|\"\n\n  case class Push(mandated: ActorRef, uuid: UUID) extends ProtocolPushPullMatching\n\n  case class Pull(agent: ActorRef) extends ProtocolPushPullMatching\n\n  case class AvailableQuest(mandated: ActorRef, uuid: UUID) extends ProtocolPushPullMatching\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baker-interface\/src\/main\/scala\/com\/ing\/baker\/runtime\/serialization\/BakerSerializable.scala","text":"<reponame>rjacobs91\/baker<gh_stars>0\npackage com.ing.baker.runtime.serialization\n\ntrait BakerSerializable\n"}
{"repo_name":"rjacobs91\/baker","path":"runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/akka\/internal\/InteractionManager.scala","text":"package com.ing.baker.runtime.akka.internal\n\nimport java.util.concurrent.ConcurrentHashMap\n\nimport akka.actor.ActorSystem\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport com.ing.baker.baas.protocol.ProtocolInteractionExecution\nimport com.ing.baker.il.petrinet.InteractionTransition\nimport com.ing.baker.runtime.akka.actor.interaction_scheduling.QuestMandated.Start\nimport com.ing.baker.runtime.akka.actor.interaction_scheduling.QuestMandated\nimport com.ing.baker.runtime.scaladsl.{EventInstance, IngredientInstance, InteractionInstance}\n\nimport scala.compat.java8.FunctionConverters._\nimport scala.concurrent.Future\n\n\n\ntrait InteractionManager {\n  def hasImplementation(interaction: InteractionTransition): Boolean\n\n  def executeImplementation(interaction: InteractionTransition, input: Seq[IngredientInstance]): Future[Option[EventInstance]]\n\n  def addImplementation(interaction: InteractionInstance): Unit\n}\n\nclass InteractionManagerDis(system: ActorSystem, postTimeout: Timeout, computationTimeout: Timeout) extends InteractionManager {\n\n  import system.dispatcher\n\n  override def executeImplementation(interaction: InteractionTransition, input: Seq[IngredientInstance]): Future[Option[EventInstance]] = {\n    val a = system.actorOf(QuestMandated(input, interaction.originalInteractionName, postTimeout, computationTimeout))\n    a.ask(Start)(Timeout.durationToTimeout(postTimeout.duration + computationTimeout.duration)).flatMap {\n      case ProtocolInteractionExecution.InstanceExecutedSuccessfully(result) => Future.successful(result)\n      case ProtocolInteractionExecution.InstanceExecutionFailed() => Future.failed(new RuntimeException(\"Remote execution of interaction failed\"))\n      case ProtocolInteractionExecution.NoInstanceFound => executeImplementation(interaction, input)\n      case ProtocolInteractionExecution.InstanceExecutionTimedOut() => Future.failed(new RuntimeException(\"Execution of interaction timed out\"))\n      case ProtocolInteractionExecution.InvalidExecution() => Future.failed(new RuntimeException(\"Execution of interaction failed because of invalid ingredient input\"))\n    }\n  }\n\n  override def hasImplementation(interaction: InteractionTransition): Boolean = true\n\n  override def addImplementation(interaction: InteractionInstance): Unit =\n    throw new NotImplementedError(\"addImplementation is not implemented for the distributed interaction manager, please deploy interactions using the baas-node-interaction library\")\n}\n\n\/**\n  * The InteractionManager is responsible for all implementation of interactions.\n  * It knows all available implementations and gives the correct implementation for an Interaction\n  *\n  * @param interactionImplementations All\n  *\/\nclass InteractionManagerLocal(private var interactionImplementations: Seq[InteractionInstance] = Seq.empty) extends InteractionManager {\n\n  private val implementationCache: ConcurrentHashMap[InteractionTransition, InteractionInstance] =\n    new ConcurrentHashMap[InteractionTransition, InteractionInstance]\n\n  private def isCompatibleImplementation(interaction: InteractionTransition, implementation: InteractionInstance): Boolean = {\n    val interactionNameMatches =\n      interaction.originalInteractionName == implementation.name\n    val inputSizeMatches =\n      implementation.input.size == interaction.requiredIngredients.size\n    val inputNamesAndTypesMatches =\n      interaction\n        .requiredIngredients\n        .forall { descriptor =>\n          implementation.input.exists(_.isAssignableFrom(descriptor.`type`))\n        }\n    interactionNameMatches && inputSizeMatches && inputNamesAndTypesMatches\n  }\n\n  private def findInteractionImplementation(interaction: InteractionTransition): InteractionInstance =\n      interactionImplementations.find(implementation => isCompatibleImplementation(interaction, implementation)).orNull\n\n  \/**\n    * Add an implementation to the InteractionManager\n    *\n    * @param implementation\n    *\/\n  def addImplementation(implementation: InteractionInstance): Unit =\n    interactionImplementations :+= implementation\n\n  \/**\n    * Gets an implementation is available for the given interaction.\n    * It checks:\n    *   1. Name\n    *   2. Input variable sizes\n    *   3. Input variable types\n    *\n    * @param interaction The interaction to check\n    * @return An option containing the implementation if available\n    *\/\n  private[internal] def getImplementation(interaction: InteractionTransition): Option[InteractionInstance] =\n    Option(implementationCache.computeIfAbsent(interaction, (findInteractionImplementation _).asJava))\n\n  def hasImplementation(interaction: InteractionTransition): Boolean =\n    getImplementation(interaction).isDefined\n\n  override def executeImplementation(interaction: InteractionTransition, input: Seq[IngredientInstance]): Future[Option[EventInstance]] = {\n    this.getImplementation(interaction) match {\n      case Some(implementation) => implementation.run(input)\n      case None => Future.failed(new FatalInteractionException(\"No implementation available for interaction\"))\n    }\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baker-interface\/src\/main\/scala\/com\/ing\/baker\/runtime\/serialization\/protomappings\/ActorRefMapping.scala","text":"<gh_stars>0\npackage com.ing.baker.runtime.serialization.protomappings\n\nimport akka.actor.ActorRef\nimport com.ing.baker.runtime.serialization.ProtoMap.versioned\nimport com.ing.baker.runtime.akka.actor.protobuf\nimport com.ing.baker.runtime.akka.actor.protobuf.ActorRefId\nimport com.ing.baker.runtime.serialization.{ProtoMap, SerializersProvider}\n\nimport scala.util.Try\n\nclass ActorRefMapping(provider: SerializersProvider) extends ProtoMap[ActorRef, protobuf.ActorRefId] {\n\n  val companion = protobuf.ActorRefId\n\n  override def toProto(a: ActorRef): protobuf.ActorRefId =\n    protobuf.ActorRefId(Some(akka.serialization.Serialization.serializedActorPath(a)))\n\n  override def fromProto(message: ActorRefId): Try[ActorRef] =\n    for {\n      identifier <- versioned(message.identifier, \"identifier\")\n      actorRef <- Try(provider.actorRefProvider.resolveActorRef(identifier))\n    } yield actorRef\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-interaction\/src\/main\/scala\/com\/ing\/baker\/baas\/scaladsl\/BaaSInteractionInstance.scala","text":"<reponame>rjacobs91\/baker<gh_stars>0\npackage com.ing.baker.baas.scaladsl\n\nimport akka.actor.ActorSystem\nimport com.ing.baker.baas.akka.InteractionAgent\nimport com.ing.baker.baas.common\nimport com.ing.baker.runtime.common.LanguageDataStructures.ScalaApi\nimport com.ing.baker.runtime.scaladsl.InteractionInstance\n\nimport scala.concurrent.Future\n\ncase class BaaSInteractionInstance(actorSystem: ActorSystem) extends common.BaaSInteractionInstance[Future] with ScalaApi {\n\n  override type InteractionInstanceType = InteractionInstance\n\n  override def load(implementation: InteractionInstance*): Unit =\n    implementation.foreach { implementation =>\n      actorSystem.actorOf(InteractionAgent(implementation))\n    }\n}\n\n"}
{"repo_name":"rjacobs91\/baker","path":"runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/akka\/actor\/recipe_manager\/RecipeManagerProtocol.scala","text":"<gh_stars>0\npackage com.ing.baker.runtime.akka.actor.recipe_manager\n\nimport com.ing.baker.il.CompiledRecipe\nimport com.ing.baker.runtime.serialization.BakerSerializable\n\nsealed trait RecipeManagerProtocol extends BakerSerializable\n\nobject RecipeManagerProtocol {\n\n  \/\/Add a recipe\n  case class AddRecipe(compiledRecipe: CompiledRecipe) extends RecipeManagerProtocol\n\n  case class AddRecipeResponse(recipeId: String) extends RecipeManagerProtocol\n\n  \/\/Get a specific recipe\n  case class GetRecipe(recipeId: String) extends RecipeManagerProtocol\n\n  case class RecipeFound(compiledRecipe: CompiledRecipe, timestamp: Long) extends RecipeManagerProtocol\n\n  case class NoRecipeFound(recipeId: String) extends RecipeManagerProtocol\n\n  \/\/Get all recipes\n  case object GetAllRecipes extends RecipeManagerProtocol\n\n  case class RecipeInformation(compiledRecipe: CompiledRecipe, timestamp: Long)\n\n  case class AllRecipes(recipes: Seq[RecipeInformation]) extends RecipeManagerProtocol\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-client\/src\/main\/scala\/com\/ing\/baker\/baas\/javadsl\/BakerClient.scala","text":"<filename>baas-node-client\/src\/main\/scala\/com\/ing\/baker\/baas\/javadsl\/BakerClient.scala\npackage com.ing.baker.baas.javadsl\n\nimport akka.actor.ActorSystem\nimport akka.stream.Materializer\nimport com.ing.baker.baas.scaladsl.{BakerClient => ScalaRemoteBaker}\nimport com.ing.baker.runtime.javadsl.{Baker => JavaBaker}\nimport com.ing.baker.runtime.serialization.Encryption\n\nobject BakerClient {\n\n  def build(hostname: String, actorSystem: ActorSystem, mat: Materializer, encryption: Encryption = Encryption.NoEncryption): JavaBaker =\n    new JavaBaker(ScalaRemoteBaker.build(hostname, encryption)(actorSystem, mat))\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-minikube-setup\/baas-minikube-interactions\/src\/main\/scala\/webshop\/webservice\/Main.scala","text":"package webshop.webservice\n\nimport akka.actor.ActorSystem\nimport akka.management.cluster.bootstrap.ClusterBootstrap\nimport akka.management.scaladsl.AkkaManagement\nimport cats.effect.IO\nimport com.ing.baker.baas.scaladsl.BaaSInteractionInstance\nimport com.ing.baker.runtime.scaladsl.InteractionInstance\n\nobject Main extends App {\n\n  val actorSystem = ActorSystem(\"BaaS\") \/\/ This should be done by the BaaSInteractionInstance ecosystem to ease the configuration and improve the UX\n  AkkaManagement(actorSystem).start()\n  ClusterBootstrap(actorSystem).start()\n  val ecosystem = BaaSInteractionInstance(actorSystem)\n  val timer = IO.timer(actorSystem.dispatcher)\n\n  import actorSystem.dispatcher\n\n  val instances = InteractionInstance.unsafeFromList(List(\n    new MakePaymentInstance()(timer),\n    new ReserveItemsInstance()(timer),\n    new ShipItemsInstance()(timer)\n  ))\n\n  ecosystem.load(instances: _*)\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-interaction-scheduling\/src\/main\/scala\/com\/ing\/baker\/baas\/protocol\/InteractionSchedulingProto.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.protocol\n\nimport java.util.UUID\n\nimport cats.implicits._\nimport com.ing.baker.baas.protocol.ProtocolInteractionExecution._\nimport com.ing.baker.baas.protocol.ProtocolPushPullMatching._\nimport com.ing.baker.baas.protocol.ProtocolQuestCommit._\nimport com.ing.baker.runtime.serialization.{ProtoMap, SerializersProvider}\nimport com.ing.baker.runtime.serialization.ProtoMap.{ctxFromProto, ctxToProto, versioned}\n\nimport scala.util.{Success, Try}\n\nobject InteractionSchedulingProto {\n\n  implicit def executeInstanceProto: ProtoMap[ExecuteInstance, protobuf.ExecuteInstance] =\n    new ProtoMap[ExecuteInstance, protobuf.ExecuteInstance] {\n\n      val companion = protobuf.ExecuteInstance\n\n      def toProto(a: ExecuteInstance): protobuf.ExecuteInstance =\n        protobuf.ExecuteInstance(a.input.map(ctxToProto(_)))\n\n      def fromProto(message: protobuf.ExecuteInstance): Try[ExecuteInstance] =\n        for {\n          result <- message.input.toList.traverse(ctxFromProto(_))\n        } yield ExecuteInstance(result)\n    }\n\n  implicit def instanceExcutedSuccessfullyProto: ProtoMap[InstanceExecutedSuccessfully, protobuf.InstanceExecutedSuccessfully] =\n    new ProtoMap[InstanceExecutedSuccessfully, protobuf.InstanceExecutedSuccessfully] {\n\n      val companion = protobuf.InstanceExecutedSuccessfully\n\n      def toProto(a: InstanceExecutedSuccessfully): protobuf.InstanceExecutedSuccessfully =\n        protobuf.InstanceExecutedSuccessfully(a.result.map(ctxToProto(_)))\n\n      def fromProto(message: protobuf.InstanceExecutedSuccessfully): Try[InstanceExecutedSuccessfully] =\n        for {\n          result <- message.result.traverse(ctxFromProto(_))\n        } yield InstanceExecutedSuccessfully(result)\n    }\n\n  implicit def instanceExecutionFailedProto: ProtoMap[InstanceExecutionFailed, protobuf.InstanceExecutionFailed] =\n    new ProtoMap[InstanceExecutionFailed, protobuf.InstanceExecutionFailed] {\n\n      val companion = protobuf.InstanceExecutionFailed\n\n      def toProto(a: InstanceExecutionFailed): protobuf.InstanceExecutionFailed =\n        protobuf.InstanceExecutionFailed()\n\n      def fromProto(message: protobuf.InstanceExecutionFailed): Try[InstanceExecutionFailed] =\n        Success(InstanceExecutionFailed())\n    }\n\n  implicit def instanceExecutionTimedOutProto: ProtoMap[InstanceExecutionTimedOut, protobuf.InstanceExecutionTimedOut] =\n    new ProtoMap[InstanceExecutionTimedOut, protobuf.InstanceExecutionTimedOut] {\n\n      val companion = protobuf.InstanceExecutionTimedOut\n\n      def toProto(a: InstanceExecutionTimedOut): protobuf.InstanceExecutionTimedOut =\n        protobuf.InstanceExecutionTimedOut()\n\n      def fromProto(message: protobuf.InstanceExecutionTimedOut): Try[InstanceExecutionTimedOut] =\n        Success(InstanceExecutionTimedOut())\n    }\n\n  implicit def noInstanceFoundProto: ProtoMap[NoInstanceFound.type, protobuf.NoInstanceFound] =\n    new ProtoMap[NoInstanceFound.type, protobuf.NoInstanceFound] {\n\n      val companion = protobuf.NoInstanceFound\n\n      def toProto(a: NoInstanceFound.type): protobuf.NoInstanceFound =\n        protobuf.NoInstanceFound()\n\n      def fromProto(message: protobuf.NoInstanceFound): Try[NoInstanceFound.type] =\n        Success(NoInstanceFound)\n    }\n\n  implicit def invalidExecutionProto: ProtoMap[InvalidExecution, protobuf.InvalidExecution] =\n    new ProtoMap[InvalidExecution, protobuf.InvalidExecution] {\n\n      val companion = protobuf.InvalidExecution\n\n      def toProto(a: InvalidExecution): protobuf.InvalidExecution =\n        protobuf.InvalidExecution()\n\n      def fromProto(message: protobuf.InvalidExecution): Try[InvalidExecution] =\n        Success(InvalidExecution())\n    }\n\n  implicit def pushProto(implicit ev0: SerializersProvider): ProtoMap[Push, protobuf.Push] =\n    new ProtoMap[Push, protobuf.Push] {\n\n      val companion = protobuf.Push\n\n      def toProto(a: Push): protobuf.Push =\n        protobuf.Push(Some(ctxToProto(a.mandated)), Some(a.uuid.toString))\n\n      def fromProto(message: protobuf.Push): Try[Push] =\n        for {\n          mandatedId <- versioned(message.mandated, \"mandated\")\n          mandated <- ctxFromProto(mandatedId)\n          uuidRaw <- versioned(message.uuid, \"uuid\")\n          uuid <- Try(UUID.fromString(uuidRaw))\n        } yield Push(mandated, uuid)\n    }\n\n  implicit def pullProto(implicit ev0: SerializersProvider): ProtoMap[Pull, protobuf.Pull] =\n    new ProtoMap[Pull, protobuf.Pull] {\n\n      val companion = protobuf.Pull\n\n      def toProto(a: Pull): protobuf.Pull =\n        protobuf.Pull(Some(ctxToProto(a.agent)))\n\n      def fromProto(message: protobuf.Pull): Try[Pull] =\n        for {\n          agentId <- versioned(message.agent, \"agent\")\n          agent <- ctxFromProto(agentId)\n        } yield Pull(agent)\n    }\n\n  implicit def availableQuestProto(implicit ev0: SerializersProvider): ProtoMap[AvailableQuest, protobuf.AvailableQuest] =\n    new ProtoMap[AvailableQuest, protobuf.AvailableQuest] {\n\n      val companion = protobuf.AvailableQuest\n\n      def toProto(a: AvailableQuest): protobuf.AvailableQuest =\n        protobuf.AvailableQuest(Some(ctxToProto(a.mandated)), Some(a.uuid.toString))\n\n      def fromProto(message: protobuf.AvailableQuest): Try[AvailableQuest] =\n        for {\n          mandatedId <- versioned(message.mandated, \"mandated\")\n          mandated <- ctxFromProto(mandatedId)\n          uuidRaw <- versioned(message.uuid, \"uuid\")\n          uuid <- Try(UUID.fromString(uuidRaw))\n        } yield AvailableQuest(mandated, uuid)\n    }\n\n  implicit def consideringProto(implicit ev0: SerializersProvider): ProtoMap[Considering, protobuf.Considering] =\n    new ProtoMap[Considering, protobuf.Considering] {\n\n      val companion = protobuf.Considering\n\n      def toProto(a: Considering): protobuf.Considering =\n        protobuf.Considering(Some(ctxToProto(a.agent)))\n\n      def fromProto(message: protobuf.Considering): Try[Considering] =\n        for {\n          agentId <- versioned(message.agent, \"agent\")\n          agent <- ctxFromProto(agentId)\n        } yield Considering(agent)\n    }\n\n  implicit def commitProto(implicit ev0: SerializersProvider): ProtoMap[Commit, protobuf.Commit] =\n    new ProtoMap[Commit, protobuf.Commit] {\n\n      val companion = protobuf.Commit\n\n      def toProto(a: Commit): protobuf.Commit =\n        protobuf.Commit(Some(ctxToProto(a.mandated)), Some(ctxToProto(a.execute)))\n\n      def fromProto(message: protobuf.Commit): Try[Commit] =\n        for {\n          mandatedId <- versioned(message.mandated, \"mandated\")\n          mandated <- ctxFromProto(mandatedId)\n          executeProto <- versioned(message.execute, \"execute\")\n          execute <- ctxFromProto(executeProto)\n        } yield Commit(mandated, execute)\n    }\n\n  implicit def questTakenProto: ProtoMap[QuestTaken.type, protobuf.QuestTaken] =\n    new ProtoMap[QuestTaken.type, protobuf.QuestTaken] {\n\n      val companion = protobuf.QuestTaken\n\n      def toProto(a: QuestTaken.type): protobuf.QuestTaken =\n        protobuf.QuestTaken()\n\n      def fromProto(message: protobuf.QuestTaken): Try[QuestTaken.type] =\n        Success(QuestTaken)\n    }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-interaction-scheduling\/src\/main\/scala\/com\/ing\/baker\/baas\/protocol\/ProtocolQuestCommit.scala","text":"package com.ing.baker.baas.protocol\n\nimport akka.actor.ActorRef\n\n\/**\n  * A Protocol executed after finding a candidate match between a QuestMandated and an InteractionAgent, it makes sure\n  * that 1 QuestMandated commits with 1 InteractionAgent only and vice versa, without leaving orphan agents.\n  *\/\nsealed trait ProtocolQuestCommit\n\nobject ProtocolQuestCommit {\n\n  case class Considering(agent: ActorRef) extends ProtocolQuestCommit\n\n  case class Commit(mandated: ActorRef, execute: ProtocolInteractionExecution.ExecuteInstance) extends ProtocolQuestCommit\n\n  case object QuestTaken extends ProtocolQuestCommit\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-recipe-event-publishing\/src\/main\/scala\/com\/ing\/baker\/baas\/protocol\/ProtocolDistributedEventPublishing.scala","text":"<gh_stars>0\npackage com.ing.baker.baas.protocol\n\nimport com.ing.baker.runtime.scaladsl.{EventInstance, RecipeEventMetadata}\n\nsealed trait ProtocolDistributedEventPublishing\n\nobject ProtocolDistributedEventPublishing {\n\n  def eventsTopic(recipeName: String): String =\n    s\"recipe-event-publishing:$recipeName:event\"\n\n  case class Event(recipeEventMetadata: RecipeEventMetadata, event: EventInstance) extends ProtocolDistributedEventPublishing\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/Terminal.scala","text":"package com.ing.baker.playground.commands\n\nimport cats.implicits._\nimport cats.effect.IO\n\nimport scala.sys.process._\nimport com.ing.baker.playground.AppUtils._\n\nobject Terminal {\n\n  def moveToBakerLocation: App[Unit] = {\n    for {\n      state <- getState\n      location <- state.bakerLocation match {\n        case None => confirmBakerProjectLocation\n        case Some(location0) => pure(location0)\n      }\n      _ <- cd(location)\n    } yield ()\n  }\n\n  private def confirmBakerProjectLocation: App[String] = {\n    def confirm(path: String): App[String] =\n      for {\n        answer <- query(s\"Is $path the baker project location? input yes or the correct absolute path\")\n        realPath <- answer match {\n          case \"yes\" | \"y\" | \"ye\" =>\n            pure(path)\n          case path0 =>\n            confirm(path0)\n        }\n      } yield realPath\n    pwd >>= confirm\n  }\n\n  def pwd: App[String] =\n    execBlock(\"pwd\")\n\n  def cd(location: String): App[Unit] =\n    execBlock(s\"cd $location\").attempt.flatMap {\n      case Left(e) =>\n        fail(s\"Could not move to directory $location... reason: ${e.getMessage}\")\n      case Right(_) =>\n        doNothing\n    }\n\n  def query(question: String): App[String] =\n    printLn(question + \": \") *> readLn\n\n  def exec(command: String, prompt: String): App[Unit] = {\n    val p = prompt.randomColor\n    execWithLogger(command, ProcessLogger(\n      _.prompt(p + \" | \").print.unsafeRunSync(),\n      _.prompt((prompt + \" [ERROR]\").red + \" | \").print.unsafeRunSync()\n    )).flatMap { running =>\n      val exitValue = running.exitValue()\n      if (exitValue == 0) doNothing\n      else fail(new Exception(s\"Command $command exited with non zero value $exitValue\"))\n    }\n  }\n\n  def execAndWait(command: String, prompt: String, condition: String => Boolean): App[Process] = {\n    val process = Process(command)\n    IO.async[Process] { callback =>\n      val p = prompt.randomColor\n      var running: Process = null\n      var matched: Boolean = false\n      running = process.run(ProcessLogger(\n        { line =>\n          line.prompt(p + \" | \").print.unsafeRunSync()\n          if(condition(line) && !matched) {\n            matched = true\n            callback(Right(running))\n          }\n        },\n        { line =>\n          line.prompt((prompt + \" [ERROR]\").red + \" | \").print.unsafeRunSync()\n          if(condition(line) && !matched) {\n            matched = true\n            callback(Right(running))\n          }\n        }\n      ))\n    }\n  }.app\n\n  def execBlock(command: String): App[String] =\n    IO { Process(command).!!<.trim }.app\n\n  def execWithLogger(command: String, logger: ProcessLogger): App[Process] =\n    IO { Process(command).run(logger) }.app\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-minikube-setup\/baas-minikube-interactions\/src\/main\/scala\/webshop\/webservice\/CheckoutFlowRecipe.scala","text":"package webshop.webservice\n\nimport CheckoutFlowIngredients._\nimport CheckoutFlowEvents._\n\nimport scala.concurrent.Future\n\nobject CheckoutFlowIngredients {\n\n  case class OrderId(orderId: String)\n\n  case class Item(itemId: String)\n\n  case class ReservedItems(items: List[Item], data: Array[Byte])\n\n  case class ShippingAddress(address: String)\n\n  case class PaymentInformation(info: String)\n\n  case class ShippingOrder(items: List[Item], data: Array[Byte], address: ShippingAddress)\n}\n\nobject CheckoutFlowEvents {\n\n  case class OrderPlaced(orderId: OrderId, items: List[Item])\n\n  case class PaymentInformationReceived(paymentInformation: PaymentInformation)\n\n  case class ShippingAddressReceived(shippingAddress: ShippingAddress)\n\n  sealed trait ReserveItemsOutput\n\n  case class OrderHadUnavailableItems(unavailableItems: List[Item]) extends ReserveItemsOutput\n\n  case class ItemsReserved(reservedItems: ReservedItems) extends ReserveItemsOutput\n\n  sealed trait MakePaymentOutput\n\n  case class PaymentSuccessful(shippingOrder: ShippingOrder) extends MakePaymentOutput\n\n  case class PaymentFailed() extends MakePaymentOutput\n\n  case class ShippingConfirmed()\n}\n\nobject CheckoutFlowInteractions {\n\n  trait ReserveItems {\n\n    def apply(orderId: OrderId, items: List[Item]): Future[ReserveItemsOutput]\n  }\n\n  trait MakePayment {\n\n    def apply(processId: String, items: ReservedItems, address: ShippingAddress, payment: PaymentInformation): Future[MakePaymentOutput]\n  }\n\n  trait ShipItems {\n\n    def apply(order: ShippingOrder): Future[ShippingConfirmed]\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/MakePaymentInstance.scala","text":"package com.ing.baker.baas.recipe\n\nimport cats.effect.{IO, Timer}\nimport com.ing.baker.baas.recipe.CheckoutFlowEvents.MakePaymentOutput\nimport com.ing.baker.baas.recipe.CheckoutFlowIngredients.{PaymentInformation, ReservedItems, ShippingAddress, ShippingOrder}\nimport com.ing.baker.baas.recipe.CheckoutFlowInteractions.MakePayment\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\nclass MakePaymentInstance(implicit timer: Timer[IO]) extends MakePayment {\n\n  override def apply(items: ReservedItems, address: ShippingAddress, payment: PaymentInformation): Future[MakePaymentOutput] = {\n      IO.sleep(5.second)\n        .map(_ => CheckoutFlowEvents.PaymentSuccessful(ShippingOrder(items.items, items.data, address)))\n        .unsafeToFuture()\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baker-interface\/src\/main\/scala\/com\/ing\/baker\/runtime\/javadsl\/Baker.scala","text":"<gh_stars>0\npackage com.ing.baker.runtime.javadsl\n\nimport java.util\nimport java.util.Optional\nimport java.util.concurrent.CompletableFuture\nimport java.util.function.{BiConsumer, Consumer}\n\nimport com.ing.baker.il.{CompiledRecipe, RecipeVisualStyle}\nimport com.ing.baker.runtime.common.LanguageDataStructures.JavaApi\nimport com.ing.baker.runtime.common.SensoryEventStatus\nimport com.ing.baker.runtime.{common, scaladsl}\nimport com.ing.baker.types.Value\nimport javax.annotation.Nonnull\n\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.FutureConverters\nimport scala.concurrent.Future\n\nclass Baker private[baker](private val baker: scaladsl.Baker) extends common.Baker[CompletableFuture] with JavaApi {\n\n  override type SensoryEventResultType = SensoryEventResult\n\n  override type EventResolutionsType = EventResolutions\n\n  override type EventInstanceType = EventInstance\n\n  override type RecipeInstanceStateType = RecipeInstanceState\n\n  override type InteractionInstanceType = InteractionInstance\n\n  override type BakerEventType = BakerEvent\n\n  override type RecipeInstanceMetadataType = RecipeInstanceMetadata\n\n  override type RecipeInformationType = RecipeInformation\n\n  override type EventMomentType = EventMoment\n\n  override type RecipeMetadataType = RecipeEventMetadata\n\n  \/**\n    * Adds a recipe to baker and returns a recipeId for the recipe.\n    *\n    * This function is idempotent, if the same (equal) recipe was added earlier this will return the same recipeId.\n    *\n    * @param compiledRecipe The compiled recipe.\n    * @return A recipe identifier.\n    *\/\n  def addRecipe(@Nonnull compiledRecipe: CompiledRecipe): CompletableFuture[String] =\n    toCompletableFuture(baker.addRecipe(compiledRecipe))\n\n  \/**\n    * Adds a single interaction implementation to baker.\n    *\n    * @param implementation The implementation that should be added.\n    *\/\n  def addInteractionInstance(@Nonnull implementation: InteractionInstance): CompletableFuture[Unit] =\n    toCompletableFuture(baker.addInteractionInstance(implementation.asScala))\n\n  \/**\n    * Adds all the provided interaction implementations to baker.\n    *\n    * @param implementations An iterable of implementations that should be added.\n    *\/\n  def addInteractionInstances(@Nonnull implementations: java.util.List[InteractionInstance]): CompletableFuture[Unit] =\n    toCompletableFuture(baker.addInteractionInstances(implementations.asScala.map(_.asScala)))\n\n  \/**\n    * Attempts to gracefully shutdown the baker system.\n    *\/\n  def gracefulShutdown(): CompletableFuture[Unit] =\n    toCompletableFuture(baker.gracefulShutdown())\n\n  \/**\n    * This bakes (creates) a new process instance of the recipe.\n    *\n    * @param recipeId  The recipe this instance will be baked for\n    * @param recipeInstanceId The process identifier\n    *\/\n  def bake(@Nonnull recipeId: String, @Nonnull recipeInstanceId: String): CompletableFuture[Unit] =\n    toCompletableFuture(baker.bake(recipeId, recipeInstanceId))\n\n  def fireEventAndResolveWhenReceived(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: String): CompletableFuture[SensoryEventStatus] =\n    fireEventAndResolveWhenReceived(recipeInstanceId, event, Optional.of(correlationId))\n\n  def fireEventAndResolveWhenCompleted(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: String): CompletableFuture[SensoryEventResult] =\n    fireEventAndResolveWhenCompleted(recipeInstanceId, event, Optional.of(correlationId))\n\n  def fireEventAndResolveOnEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull onEvent: String, @Nonnull correlationId: String): CompletableFuture[SensoryEventResult] =\n    fireEventAndResolveOnEvent(recipeInstanceId, event, onEvent, Optional.of(correlationId))\n\n  def fireEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: String): EventResolutions =\n    fireEvent(recipeInstanceId, event, Optional.of(correlationId))\n\n  def fireEventAndResolveWhenReceived(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance): CompletableFuture[SensoryEventStatus] =\n    fireEventAndResolveWhenReceived(recipeInstanceId, event, Optional.empty[String]())\n\n  def fireEventAndResolveWhenCompleted(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance): CompletableFuture[SensoryEventResult] =\n    fireEventAndResolveWhenCompleted(recipeInstanceId, event, Optional.empty[String]())\n\n  def fireEventAndResolveOnEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull onEvent: String): CompletableFuture[SensoryEventResult] =\n    fireEventAndResolveOnEvent(recipeInstanceId, event, onEvent, Optional.empty[String]())\n\n  def fireEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance): EventResolutions =\n    fireEvent(recipeInstanceId, event, Optional.empty[String]())\n\n  def fireEventAndResolveWhenReceived(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: Optional[String]): CompletableFuture[SensoryEventStatus] =\n    toCompletableFuture(baker.fireEventAndResolveWhenReceived(recipeInstanceId, event.asScala, Option.apply(correlationId.orElse(null))))\n\n  def fireEventAndResolveWhenCompleted(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: Optional[String]): CompletableFuture[SensoryEventResult] =\n    toCompletableFuture(baker.fireEventAndResolveWhenCompleted(recipeInstanceId, event.asScala, Option.apply(correlationId.orElse(null)))).thenApply { result =>\n      SensoryEventResult(\n        sensoryEventStatus = result.sensoryEventStatus,\n        eventNames = result.eventNames.asJava,\n        ingredients = result.ingredients.asJava\n      )\n    }\n\n  def fireEventAndResolveOnEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull onEvent: String, @Nonnull correlationId: Optional[String]): CompletableFuture[SensoryEventResult] =\n    toCompletableFuture(baker.fireEventAndResolveOnEvent(recipeInstanceId, event.asScala, onEvent, Option.apply(correlationId.orElse(null)))).thenApply { result =>\n      SensoryEventResult(\n        sensoryEventStatus = result.sensoryEventStatus,\n        eventNames = result.eventNames.asJava,\n        ingredients = result.ingredients.asJava\n      )\n    }\n\n  def fireEvent(@Nonnull recipeInstanceId: String, @Nonnull event: EventInstance, @Nonnull correlationId: Optional[String]): EventResolutions = {\n    val scalaResult = baker.fireEvent(recipeInstanceId, event.asScala)\n    EventResolutions(\n      resolveWhenReceived = toCompletableFuture(scalaResult.resolveWhenReceived),\n      resolveWhenCompleted = toCompletableFuture(scalaResult.resolveWhenCompleted).thenApply { result =>\n        SensoryEventResult(\n          sensoryEventStatus = result.sensoryEventStatus,\n          eventNames = result.eventNames.asJava,\n          ingredients = result.ingredients.asJava\n        )\n      })\n  }\n\n  \/**\n    * Retries a blocked interaction.\n    *\n    * @param recipeInstanceId       The process identifier.\n    * @param interactionName The name of the blocked interaction.\n    * @return\n    *\/\n  def retryInteraction(@Nonnull recipeInstanceId: String, @Nonnull interactionName: String): CompletableFuture[Unit] =\n    toCompletableFuture(baker.retryInteraction(recipeInstanceId, interactionName))\n\n  \/**\n    * Resolves a blocked interaction by giving it's output.\n    *\n    * @param recipeInstanceId       The process identifier.\n    * @param interactionName The name of the blocked interaction.\n    * @param event           The output of the interaction.\n    * @return\n    *\/\n  def resolveInteraction(@Nonnull recipeInstanceId: String, @Nonnull interactionName: String, @Nonnull event: EventInstance): CompletableFuture[Unit] =\n    toCompletableFuture(baker.resolveInteraction(recipeInstanceId, interactionName, event.asScala))\n\n  \/**\n    * Stops a retrying interaction.\n    *\n    * @param recipeInstanceId       The process identifier.\n    * @param interactionName The name of the retrying interaction.\n    * @return\n    *\/\n  def stopRetryingInteraction(@Nonnull recipeInstanceId: String, @Nonnull interactionName: String): CompletableFuture[Unit] =\n    toCompletableFuture(baker.stopRetryingInteraction(recipeInstanceId, interactionName))\n\n  \/**\n    * Returns the state of a process instance. This includes the ingredients and names of the events.\n    *\n    * @param recipeInstanceId The process identifier\n    * @return The state of the process instance\n    *\/\n  def getRecipeInstanceState(@Nonnull recipeInstanceId: String): CompletableFuture[RecipeInstanceState] =\n    toCompletableFuture(baker.getRecipeInstanceState(recipeInstanceId)).thenApply(_.asJava)\n\n  \/**\n    * Returns all the ingredients that are accumulated for a given process.\n    *\n    * @param recipeInstanceId The process identifier\n    * @return\n    *\/\n  def getIngredients(@Nonnull recipeInstanceId: String): CompletableFuture[java.util.Map[String, Value]] =\n    toCompletableFutureMap(baker.getIngredients(recipeInstanceId))\n\n  \/**\n    * Returns all fired events for a given RecipeInstance id.\n    *\n    * @param recipeInstanceId The process id.\n    * @return The events\n    *\/\n  def getEvents(@Nonnull recipeInstanceId: String): CompletableFuture[java.util.List[EventMoment]] =\n    toCompletableFuture(baker.getEvents(recipeInstanceId)).thenApply(_.map(_.asJava()).asJava)\n\n  \/**\n    * Returns all names of fired events for a given RecipeInstance id.\n    *\n    * @param recipeInstanceId The process id.\n    * @return The event names\n    *\/\n  def getEventNames(@Nonnull recipeInstanceId: String): CompletableFuture[java.util.List[String]] =\n    toCompletableFuture(baker.getEventNames(recipeInstanceId)).thenApply(_.asJava)\n\n  \/**\n    * Returns the recipe information for the given RecipeId\n    *\n    * @param recipeId the recipeId\n    * @return The JRecipeInformation recipe\n    *\/\n  def getRecipe(@Nonnull recipeId: String): CompletableFuture[RecipeInformation] =\n    toCompletableFuture(baker.getRecipe(recipeId)).thenApply(_.asJava)\n\n  \/**\n    * Return alls recipes added to this Baker\n    *\n    * @return A map with all recipes from recipeId -> JRecipeInformation\n    *\/\n  def getAllRecipes: CompletableFuture[java.util.Map[String, RecipeInformation]] =\n    FutureConverters.toJava(baker.getAllRecipes).toCompletableFuture.thenApply(_.mapValues(_.asJava).asJava)\n\n  \/**\n    * Returns an index of all processes.\n    *\n    * Can potentially return a partial index when baker runs in cluster mode\n    * and not all shards can be reached within the given timeout.\n    *\n    * Does not include deleted processes.\n    *\n    * @return An index of all processes\n    *\/\n  def getAllRecipeInstancesMetadata: CompletableFuture[util.Set[RecipeInstanceMetadata]] =\n    FutureConverters\n      .toJava(baker.getAllRecipeInstancesMetadata)\n      .toCompletableFuture\n      .thenApply(_.map(_.asJava).asJava)\n\n  \/**\n    * Registers a listener to all runtime events for this baker instance.\n    *\n    * Note that:\n    *\n    * - The delivery guarantee is *AT MOST ONCE*. Practically this means you can miss events when the application terminates (unexpected or not).\n    * - The delivery is local (JVM) only, you will NOT receive events from other nodes when running in cluster mode.\n    *\n    * Because of these constraints you should not use an event listener for critical functionality. Valid use cases might be:\n    *\n    * - logging\n    * - metrics\n    * - unit tests\n    * - ...\n    *\n    * @param recipeName the name of all recipes this event listener should be triggered for\n    * @param listenerFunction   The listener to subscribe to events.\n    *\/\n  override def registerEventListener(@Nonnull recipeName: String, @Nonnull listenerFunction: BiConsumer[RecipeEventMetadata, EventInstance]): CompletableFuture[Unit] =\n    toCompletableFuture(baker.registerEventListener(recipeName,\n      (recipeEventMetadata: scaladsl.RecipeEventMetadata, event: scaladsl.EventInstance) => listenerFunction.accept(recipeEventMetadata.asJava, event.asJava)))\n\n  \/**\n    * Registers a listener function to all runtime events for this baker instance.\n    *\n    * Note that:\n    *\n    * - The delivery guarantee is *AT MOST ONCE*. Practically this means you can miss events when the application terminates (unexpected or not).\n    * - The delivery is local (JVM) only, you will NOT receive events from other nodes when running in cluster mode.\n    *\n    * Because of these constraints you should not use an event listener for critical functionality. Valid use cases might be:\n    *\n    * - logging\n    * - metrics\n    * - unit tests\n    * - ...\n    *\n    * @param listenerFunction The listener function that is called once these events occur\n    *\/\n  override def registerEventListener(@Nonnull listenerFunction: BiConsumer[RecipeEventMetadata, EventInstance]): CompletableFuture[Unit] =\n    toCompletableFuture(baker.registerEventListener(\n      (recipeEventMetadata: scaladsl.RecipeEventMetadata, event: scaladsl.EventInstance) => listenerFunction.accept(recipeEventMetadata.asJava, event.asJava)))\n\n  \/**\n    * Registers a listener function to all runtime events for this baker instance.\n    *\n    * Note that:\n    *\n    * - The delivery guarantee is *AT MOST ONCE*. Practically this means you can miss events when the application terminates (unexpected or not).\n    * - The delivery is local (JVM) only, you will NOT receive events from other nodes when running in cluster mode.\n    *\n    * Because of these constraints you should not use an event listener for critical functionality. Valid use cases might be:\n    *\n    * - logging\n    * - metrics\n    * - unit tests\n    * - ...\n    *\n    * @param eventListener The EventListener class the processEvent will be called once these events occur\n    *\/\n  @deprecated(message = \"Replaced with the consumer function variant\", since = \"3.0.0\")\n  def registerEventListener(@Nonnull eventListener: EventListener): Future[Unit] =\n    baker.registerEventListener((recipeEventMetadata: scaladsl.RecipeEventMetadata, runtimeEvent: scaladsl.EventInstance) => eventListener.processEvent(recipeEventMetadata.recipeInstanceId, runtimeEvent.asJava))\n\n  \/**\n    * Registers a listener that listens to all Baker events\n    *\n    * @param listenerFunction\n    * @return\n    *\/\n  override def registerBakerEventListener(@Nonnull listenerFunction: Consumer[BakerEvent]): CompletableFuture[Unit] =\n    toCompletableFuture(baker.registerBakerEventListener((event: scaladsl.BakerEvent) => listenerFunction.accept(event.asJava())))\n\n\n  \/**\n    * Returns the visual state of the recipe in dot format with a default timeout of 20 seconds\n    *\n    * @param recipeInstanceId The process identifier\n    * @return\n    *\/\n  def getVisualState(@Nonnull recipeInstanceId: String): CompletableFuture[String] =\n    toCompletableFuture(baker.getVisualState(recipeInstanceId, RecipeVisualStyle.default))\n\n  \/**\n    * Returns the visual state of the recipe in dot format with a default timeout of 20 seconds\n    *\n    * @param recipeInstanceId The process identifier\n    * @return\n    *\/\n  def getVisualState(@Nonnull recipeInstanceId: String, @Nonnull style: RecipeVisualStyle): CompletableFuture[String] =\n    toCompletableFuture(baker.getVisualState(recipeInstanceId, style))\n\n  private def toCompletableFuture[T](@Nonnull scalaFuture: Future[T]): CompletableFuture[T] =\n    FutureConverters.toJava(scalaFuture).toCompletableFuture\n\n  private def toCompletableFutureMap[K, V](@Nonnull scalaFuture: Future[Map[K, V]]): CompletableFuture[java.util.Map[K, V]] =\n    FutureConverters.toJava(\n      scalaFuture)\n      .toCompletableFuture\n      .thenApply(_.asJava)\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-client-example\/src\/main\/scala\/webshop\/webservice\/Main.scala","text":"package webshop.webservice\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.Uri\nimport akka.stream.ActorMaterializer\nimport cats.effect.concurrent.Ref\nimport cats.effect.{ExitCode, IO, IOApp, Resource}\nimport cats.implicits._\nimport com.ing.baker.baas.scaladsl.BakerClient\nimport com.ing.baker.runtime.scaladsl._\nimport com.typesafe.config.ConfigFactory\nimport org.http4s.server.blaze.BlazeServerBuilder\nimport org.log4s.Logger\n\nobject Main extends IOApp {\n\n  case class SystemResources(actorSystem: ActorSystem, baker: Baker, app: WebShopService, port: Int, shuttingDown: Ref[IO, Boolean])\n\n  val logger: Logger = org.log4s.getLogger\n\n  val system: Resource[IO, SystemResources] =\n    Resource.make(\n      for {\n        actorSystem <- IO { ActorSystem(\"CheckoutService\") }\n        config <- IO { ConfigFactory.load() }\n        materializer = ActorMaterializer()(actorSystem)\n        baasHostname = config.getString(\"baas.hostname\")\n        baker <- IO { BakerClient(Uri.parseAbsolute(baasHostname))(actorSystem, materializer) }\n        checkoutRecipeId <- WebShopBaker.initRecipes(baker)(timer, actorSystem.dispatcher)\n        sd <- Ref.of[IO, Boolean](false)\n        webShopBaker = new WebShopBaker(baker, checkoutRecipeId)(actorSystem.dispatcher)\n        httpPort = config.getInt(\"service.httpServerPort\")\n        app = new WebShopService(webShopBaker)\n        resources = SystemResources(actorSystem, baker, app, httpPort, sd)\n      } yield resources\n    )(resources =>\n      IO(logger.info(\"Shutting down the Checkout Service...\")) *>\n        terminateActorSystem(resources)\n    )\n\n  def terminateActorSystem(resources: SystemResources): IO[Unit] =\n    IO.fromFuture(IO { resources.actorSystem.terminate() }).void\n\n  override def run(args: List[String]): IO[ExitCode] = {\n    system.flatMap { r =>\n\n      println(Console.GREEN + \"Example client app started...\" + Console.RESET)\n      sys.addShutdownHook(r.baker.gracefulShutdown())\n\n      BlazeServerBuilder[IO]\n        .bindHttp(r.port, \"0.0.0.0\")\n        .withHttpApp(r.app.buildHttpService(r.shuttingDown))\n        .resource\n    }.use(_ => IO.never).as(ExitCode.Success)\n  }\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/javadsl\/BaaSEventListener.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.javadsl\n\nimport java.util.concurrent.CompletableFuture\nimport java.util.function.BiConsumer\n\nimport akka.actor.ActorSystem\nimport com.ing.baker.baas.common\nimport com.ing.baker.baas.scaladsl\nimport com.ing.baker.runtime.common.LanguageDataStructures.JavaApi\nimport com.ing.baker.runtime.javadsl.{EventInstance, RecipeEventMetadata}\n\nimport scala.compat.java8.FutureConverters\n\nclass BaaSEventListener(actorSystem: ActorSystem) extends common.BaaSEventListener[CompletableFuture] with JavaApi {\n\n  override type EventInstanceType = EventInstance\n\n  override type RecipeEventMetadataType = RecipeEventMetadata\n\n  override def registerEventListener(recipeName: String, listenerFunction: BiConsumer[RecipeEventMetadata, EventInstance]): CompletableFuture[Unit] =\n    FutureConverters.toJava(scaladsl.BaaSEventListener(actorSystem).registerEventListener(recipeName, (metadata, event) => listenerFunction.accept(metadata.asJava, event.asJava))).toCompletableFuture\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-state\/src\/main\/scala\/com\/ing\/baker\/baas\/state\/Main.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.state\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.ing.baker.runtime.akka.AkkaBaker\nimport com.typesafe.config.ConfigFactory\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nobject Main extends App {\n  private val timeout: FiniteDuration = 20.seconds\n\n  println(Console.YELLOW + \"Starting State Node...\" + Console.RESET)\n\n  val config = ConfigFactory.load()\n  val systemName = config.getString(\"service.actorSystemName\")\n  val httpServerPort = config.getInt(\"service.httpServerPort\")\n  val stateNodeSystem = ActorSystem(systemName)\n  val stateNodeBaker = AkkaBaker(config, stateNodeSystem)\n  val materializer = ActorMaterializer()(stateNodeSystem)\n\n  import stateNodeSystem.dispatcher\n\n  Await.result(BaaSServer.run(stateNodeBaker, \"0.0.0.0\", httpServerPort)(stateNodeSystem, materializer).map { hook =>\n    println(Console.GREEN + \"State Node started...\" + Console.RESET)\n    println(hook.localAddress)\n    sys.addShutdownHook(Await.result(hook.unbind(), timeout))\n  }, timeout)\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/akka\/actor\/recipe_manager\/RecipeManager.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.runtime.akka.actor.recipe_manager\n\nimport akka.actor.{ActorLogging, Props}\nimport akka.persistence.PersistentActor\nimport com.ing.baker.il.CompiledRecipe\nimport com.ing.baker.runtime.akka.actor.recipe_manager.RecipeManager._\nimport com.ing.baker.runtime.akka.actor.recipe_manager.RecipeManagerProtocol._\nimport com.ing.baker.runtime.serialization.BakerSerializable\n\nimport scala.collection.mutable\n\nobject RecipeManager {\n\n  def props() = Props(new RecipeManager)\n\n  \/\/Events\n  \/\/When a recipe is added\n  case class RecipeAdded(compiledRecipe: CompiledRecipe, timeStamp: Long) extends BakerSerializable\n}\n\nclass RecipeManager extends PersistentActor with ActorLogging {\n\n  val compiledRecipes: mutable.Map[String, (CompiledRecipe, Long)] = mutable.Map[String, (CompiledRecipe, Long)]()\n\n  private def hasCompiledRecipe(compiledRecipe: CompiledRecipe): Option[String] =\n    compiledRecipes.collectFirst { case (recipeId, (`compiledRecipe`, _)) =>  recipeId}\n\n  private def addRecipe(compiledRecipe: CompiledRecipe, timestamp: Long) =\n    compiledRecipes += (compiledRecipe.recipeId -> (compiledRecipe, timestamp))\n\n\n  override def receiveCommand: Receive = {\n    case AddRecipe(compiledRecipe) =>\n      val foundRecipe = hasCompiledRecipe(compiledRecipe)\n      if (foundRecipe.isEmpty) {\n        val timestamp = System.currentTimeMillis()\n        persist(RecipeAdded(compiledRecipe, timestamp)) { _ =>\n          addRecipe(compiledRecipe, timestamp)\n          context.system.eventStream.publish(\n            com.ing.baker.runtime.scaladsl.RecipeAdded(compiledRecipe.name, compiledRecipe.recipeId, timestamp, compiledRecipe))\n          sender() ! AddRecipeResponse(compiledRecipe.recipeId)\n        }\n      }\n      else {\n        sender() ! AddRecipeResponse(foundRecipe.get)\n      }\n\n    case GetRecipe(recipeId: String) =>\n      compiledRecipes.get(recipeId) match {\n        case Some((compiledRecipe, timestamp)) => sender() ! RecipeFound(compiledRecipe, timestamp)\n        case None => sender() ! NoRecipeFound(recipeId)\n      }\n\n    case GetAllRecipes =>\n      sender() ! AllRecipes(compiledRecipes.map {\n        case (recipeId, (compiledRecipe, timestamp)) => RecipeInformation(compiledRecipe, timestamp)\n      }.toSeq)\n  }\n\n  override def receiveRecover: Receive = {\n    case RecipeAdded(compiledRecipe, timeStamp) => addRecipe(compiledRecipe, timeStamp)\n  }\n\n  override def persistenceId: String = self.path.name\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/scaladsl\/BaaSEventListener.scala","text":"<filename>baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/scaladsl\/BaaSEventListener.scala\npackage com.ing.baker.baas.scaladsl\n\nimport akka.actor.ActorSystem\nimport com.ing.baker.baas.akka.EventListenerAgent\nimport com.ing.baker.baas.common\nimport com.ing.baker.runtime.common.LanguageDataStructures.ScalaApi\nimport com.ing.baker.runtime.scaladsl.{EventInstance, RecipeEventMetadata}\n\nimport scala.concurrent.Future\n\ncase class BaaSEventListener(actorSystem: ActorSystem) extends common.BaaSEventListener[Future] with ScalaApi {\n\n  override type EventInstanceType = EventInstance\n\n  override type RecipeEventMetadataType = RecipeEventMetadata\n\n  override def registerEventListener(recipeName: String, listenerFunction: (RecipeEventMetadata, EventInstance) => Unit): Future[Unit] =\n    Future.successful { actorSystem.actorOf(EventListenerAgent(recipeName, listenerFunction)) }\n}\n\n"}
{"repo_name":"rjacobs91\/baker","path":"runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/akka\/actor\/interaction_scheduling\/QuestMandated.scala","text":"<filename>runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/akka\/actor\/interaction_scheduling\/QuestMandated.scala\npackage com.ing.baker.runtime.akka.actor.interaction_scheduling\n\nimport java.util.UUID\n\nimport akka.actor.{Actor, ActorRef, PoisonPill, Props}\nimport akka.cluster.pubsub.{DistributedPubSub, DistributedPubSubMediator}\nimport akka.util.Timeout\nimport com.ing.baker.runtime.akka.actor.interaction_scheduling.QuestMandated.{ComputationTimeout, PostTimeout, Start}\nimport com.ing.baker.runtime.scaladsl.IngredientInstance\nimport org.slf4j.LoggerFactory\nimport QuestMandated._\nimport com.ing.baker.baas.protocol.{ProtocolInteractionExecution, ProtocolPushPullMatching, ProtocolQuestCommit}\n\nobject QuestMandated {\n\n  case object Start\n\n  case object PostTimeout\n\n  case object ComputationTimeout\n\n  def apply(ingredients: Seq[IngredientInstance], interactionName: String, postTimeout: Timeout, computationTimeout: Timeout): Props =\n    Props(new QuestMandated(UUID.randomUUID(), ingredients, interactionName, postTimeout, computationTimeout))\n\n  private val log = LoggerFactory.getLogger(classOf[QuestMandated])\n}\n\nclass QuestMandated(uuid: UUID, ingredients: Seq[IngredientInstance], interactionName: String, postTimeout: Timeout, computationTimeout: Timeout) extends Actor {\n\n  val mediator: ActorRef = DistributedPubSub(context.system).mediator\n\n  val pullTopic: String =\n    ProtocolPushPullMatching.pullTopic(interactionName)\n\n  val pushTopic: String =\n    ProtocolPushPullMatching.pushTopic(interactionName)\n\n  def push(): Unit =\n    mediator ! DistributedPubSubMediator.Publish(pushTopic, ProtocolPushPullMatching.Push(self, uuid))\n\n  def start(): Unit = {\n    mediator ! DistributedPubSubMediator.Subscribe(pullTopic, self)\n    push()\n    context.system.scheduler.scheduleOnce(postTimeout.duration, self, PostTimeout)(context.dispatcher, self)\n  }\n\n\n  def receive: Receive = {\n    case Start =>\n      log.info(s\"$interactionName:$uuid: Starting Quest for interaction\")\n      start()\n      context.become(running(sender))\n  }\n\n  def running(manager: ActorRef): Receive = {\n    case ProtocolPushPullMatching.Pull(agent) =>\n      \/\/ respond with available quest\n      log.info(s\"$interactionName:$uuid: responding to pull of available agent\")\n      agent ! ProtocolPushPullMatching.AvailableQuest(self, uuid)\n\n    case ProtocolQuestCommit.Considering(agent) =>\n      log.info(s\"$interactionName:$uuid: Mandate Quest for agent: $agent\")\n      \/\/ start the interaction execution protocol by responding with a commit message\n      agent ! ProtocolQuestCommit.Commit(self, ProtocolInteractionExecution.ExecuteInstance(ingredients))\n      context.system.scheduler.scheduleOnce(computationTimeout.duration, self, ComputationTimeout)(context.dispatcher, self)\n      context.become(committed(manager))\n\n    case PostTimeout =>\n      log.info(s\"$interactionName:$uuid: Timed out on waiting for response when trying to find agent\")\n      manager ! ProtocolInteractionExecution.NoInstanceFound\n      self ! PoisonPill\n  }\n\n  def committed(manager: ActorRef): Receive = {\n\n    case message: ProtocolInteractionExecution =>\n      log.info(s\"$interactionName:$uuid: Quest executed\")\n      \/\/ report and kill himself\n      manager ! message\n      self ! PoisonPill\n\n    case ProtocolQuestCommit.Considering(agent) =>\n      log.info(s\"$interactionName:$uuid: rejecting other agent: $agent\")\n      agent ! ProtocolQuestCommit.QuestTaken\n\n    case ComputationTimeout =>\n      log.info(s\"$interactionName:$uuid: Timed out on waiting for response of agent after commited\")\n      manager ! ProtocolInteractionExecution.InstanceExecutionTimedOut\n      self ! PoisonPill\n  }\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-interaction-scheduling\/src\/main\/scala\/com\/ing\/baker\/baas\/akka\/InteractionSchedulingProtocolsSerializer.scala","text":"package com.ing.baker.baas.akka\n\nimport akka.actor.ExtendedActorSystem\nimport com.ing.baker.runtime.serialization.{SerializersProvider, TypedProtobufSerializer}\nimport com.ing.baker.runtime.serialization.TypedProtobufSerializer.{BinarySerializable, forType}\nimport com.ing.baker.baas.protocol.InteractionSchedulingProto._\n\nobject InteractionSchedulingProtocolsSerializer {\n\n  val identifier: Int = 102\n\n  def entries(ev0: SerializersProvider): List[BinarySerializable] = {\n    implicit val ev = ev0\n    List(\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.ExecuteInstance]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.ExecuteInstance\"),\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutedSuccessfully]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutedSuccessfully\"),\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutionFailed]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutionFailed\"),\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutionTimedOut]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.InstanceExecutionTimedOut\"),\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.NoInstanceFound.type]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.NoInstanceFound\"),\n      forType[com.ing.baker.baas.protocol.ProtocolInteractionExecution.InvalidExecution]\n        .register(\"com.ing.baker.baas.protocol.ProtocolInteractionExecution.InvalidExecution\"),\n      forType[com.ing.baker.baas.protocol.ProtocolPushPullMatching.Push]\n        .register(\"com.ing.baker.baas.protocol.ProtocolPushPullMatching.Push\"),\n      forType[com.ing.baker.baas.protocol.ProtocolPushPullMatching.Pull]\n        .register(\"com.ing.baker.baas.protocol.ProtocolPushPullMatching.Pull\"),\n      forType[com.ing.baker.baas.protocol.ProtocolPushPullMatching.AvailableQuest]\n        .register(\"com.ing.baker.baas.protocol.ProtocolPushPullMatching.AvailableQuest\"),\n      forType[com.ing.baker.baas.protocol.ProtocolQuestCommit.Considering]\n        .register(\"com.ing.baker.baas.protocol.ProtocolQuestCommit.Considering\"),\n      forType[com.ing.baker.baas.protocol.ProtocolQuestCommit.Commit]\n        .register(\"com.ing.baker.baas.protocol.ProtocolQuestCommit.Commit\"),\n      forType[com.ing.baker.baas.protocol.ProtocolQuestCommit.QuestTaken.type]\n        .register(\"com.ing.baker.baas.protocol.ProtocolQuestCommit.QuestTaken\")\n    )\n  }\n}\n\nclass InteractionSchedulingProtocolsSerializer(system: ExtendedActorSystem) extends TypedProtobufSerializer(system, InteractionSchedulingProtocolsSerializer.identifier ,InteractionSchedulingProtocolsSerializer.entries)\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/EnvSystems.scala","text":"<filename>playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/EnvSystems.scala\npackage com.ing.baker.playground.commands\n\nimport cats.implicits._\nimport com.ing.baker.playground.AppUtils.{App, addRunningImage}\nimport com.ing.baker.playground.commands.Docker.networkName\n\nobject EnvSystems {\n\n  def cassandraName: String = \"baker-cassandra\"\n\n  def haproxyName: String = \"baker-haproxy\"\n\n  def runCassandra: App[Unit] =\n    Terminal.execAndWait(\n      command = s\"docker run --name $cassandraName --network $networkName -p 9042:9042 -p 9160:9160 cassandra:latest\",\n      prompt = \"Cassandra\",\n      condition = _.matches(\"\"\"INFO  \\[OptionalTasks:1\\] (.+) CassandraRoleManager\\.java:372 - Created default superuser role 'cassandra'\"\"\")\n    ) *>\n    addRunningImage(cassandraName)\n\n  def runHaproxy: App[Unit] =\n    Terminal.execAndWait(\n      command = s\"docker run --name $haproxyName --network $networkName ${BaaS.haproxyStateNodesImage}\",\n      prompt = \"HAProxy\",\n      condition = _ => true\n    ) *>\n    addRunningImage(haproxyName)\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baker-example\/src\/main\/scala\/webshop\/webservice\/WebShopService.scala","text":"package webshop.webservice\n\nimport java.io.File\nimport java.util.concurrent.Executors\n\nimport cats.data.Kleisli\nimport cats.effect.{ContextShift, IO, Timer}\nimport cats.implicits._\nimport io.circe.generic.auto._\nimport io.circe.syntax._\nimport org.http4s._\nimport org.http4s.circe._\nimport org.http4s.dsl.io._\nimport org.http4s.implicits._\nimport org.http4s.server.Router\nimport fs2.io.file\nimport java.util.UUID\n\nimport cats.effect.concurrent.{MVar, Ref}\n\nimport scala.concurrent.ExecutionContext\n\nobject WebShopService {\n\n  case class PlaceOrderRequest(items: List[String])\n  case class PlaceOrderResponse(orderId: String)\n\n  case class AddAddressRequest(address: String)\n  case class AddPaymentRequest(payment: String)\n\n  case class PollPaymentStatusResponse(status: String)\n}\n\nclass WebShopService(webshop: WebShop, memoryDumpPath: String)(implicit timer: Timer[IO], cs: ContextShift[IO]) {\n\n  import WebShopService._\n\n  implicit val placeOrderRequestDecoder: EntityDecoder[IO, PlaceOrderRequest] =\n    jsonOf[IO, PlaceOrderRequest]\n  implicit val addAddressRequestDecoder: EntityDecoder[IO, AddAddressRequest] =\n    jsonOf[IO, AddAddressRequest]\n  implicit val addPaymentRequestDecoder: EntityDecoder[IO, AddPaymentRequest] =\n    jsonOf[IO, AddPaymentRequest]\n\n  val blockingEc = ExecutionContext.fromExecutorService(Executors.newFixedThreadPool(4))\n\n  def buildHttpService(shuttingDown: Ref[IO, Boolean]): Kleisli[IO, Request[IO], Response[IO]] =\n    (Router(\"\/\" -> HttpRoutes.of[IO] {\n\n      case GET -> Root => Ok(\"Ok\")\n\n      case HEAD -> Root =>\n        shuttingDown.get.flatMap {\n          case true => NotFound()\n          case false => Ok()\n        }\n\n    }) <+>\n    Router(\"\/admin\" -> HttpRoutes.of[IO] {\n\n      case GET -> Root \/ \"shutdown\" =>\n        println(Console.GREEN + \"SHUTTING DOWN\" + Console.RESET)\n        println(Console.GREEN + \"====================\" + Console.RESET)\n        for {\n          _ <- shuttingDown.modify(_ => (true, ()))\n          _ <- webshop.gracefulShutdown\n          response <- Ok(\"down\")\n        } yield response\n\n      case GET -> Root \/ \"memdump.hprof\" =>\n        val path = memoryDumpPath + \"-\" + UUID.randomUUID().toString + \".hprof\"\n        dumpHeap(path, live = true).as(\n          Response[IO](\n            Status.Ok,\n            body = file.readAll[IO](java.nio.file.Paths.get(path), blockingEc, chunkSize = 4096),\n            headers = Headers(headers.`Content-Type`(MediaType.application.`octet-stream`, Charset.`UTF-8`).pure[List]))\n        )\n\n    }) <+>\n    Router(\"\/api\" -> HttpRoutes.of[IO] {\n\n      case GET -> Root =>\n        Ok(\"Ok\")\n\n      case req@POST -> Root \/ \"order\" =>\n        for {\n          request <- req.as[PlaceOrderRequest]\n          orderId <- webshop.createCheckoutOrder(request.items)\n          response <- Ok(PlaceOrderResponse(orderId).asJson)\n        } yield response\n\n      case req@PUT -> Root \/ \"order\" \/ orderId \/ \"address\" =>\n        for {\n          request <- req.as[AddAddressRequest]\n          _ <- webshop.addCheckoutAddressInfo(orderId, request.address)\n          response <- Ok()\n        } yield response\n\n      case req@PUT -> Root \/ \"order\" \/ orderId \/ \"payment\" =>\n        for {\n          request <- req.as[AddPaymentRequest]\n          _ <- webshop.addCheckoutPaymentInfo(orderId, request.payment)\n          response <- Ok()\n        } yield response\n\n      case GET -> Root \/ \"order\" \/ orderId =>\n        for {\n          status <- webshop.pollOrderStatus(orderId)\n          response <- Ok(PollPaymentStatusResponse(status.toString).asJson)\n        } yield response\n\n    })).orNotFound\n\n  import com.sun.management.HotSpotDiagnosticMXBean\n  import java.lang.management.ManagementFactory\n\n  def dumpHeap(filePath: String, live: Boolean): IO[Unit] = IO {\n    val file = new File(filePath)\n    if (file.exists()) file.delete()\n    val server = ManagementFactory.getPlatformMBeanServer\n    val mxBean = ManagementFactory.newPlatformMXBeanProxy(server, \"com.sun.management:type=HotSpotDiagnostic\", classOf[HotSpotDiagnosticMXBean])\n    mxBean.dumpHeap(filePath, live)\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-client-example\/src\/main\/scala\/webshop\/webservice\/WebShopBaker.scala","text":"package webshop.webservice\n\nimport java.util.UUID\n\nimport cats.effect.{IO, Timer}\nimport com.ing.baker.compiler.RecipeCompiler\nimport com.ing.baker.il.CompiledRecipe\nimport com.ing.baker.runtime.scaladsl.{Baker, EventInstance}\nimport com.typesafe.scalalogging.LazyLogging\nimport webshop.webservice.CheckoutFlowIngredients.{Item, OrderId, PaymentInformation, ShippingAddress}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject WebShopBaker extends LazyLogging {\n\n  val checkoutFlowCompiledRecipe: CompiledRecipe =\n    RecipeCompiler.compileRecipe(CheckoutFlowRecipe.recipe)\n\n  def initRecipes(baker: Baker)(implicit time: Timer[IO], ec: ExecutionContext): IO[String] = {\n    IO.fromFuture(IO(for {\n      checkoutRecipeId <- baker.addRecipe(checkoutFlowCompiledRecipe)\n      _ = println(Console.GREEN + \"V3 Checkout Recipe ID :: \" + checkoutRecipeId + Console.RESET)\n    } yield checkoutRecipeId))\n  }\n}\n\nclass WebShopBaker(baker: Baker, checkoutRecipeId: String)(implicit ec: ExecutionContext) extends WebShop {\n\n  import WebShopBaker.logger\n\n  override def createCheckoutOrder(items: List[String]): IO[String] =\n    IO.fromFuture(IO {\n      val orderId: String = UUID.randomUUID().toString\n      val event = EventInstance.unsafeFrom(\n        CheckoutFlowEvents.OrderPlaced(OrderId(orderId), items.map(Item)))\n      for {\n        _ <- baker.bake(checkoutRecipeId, orderId)\n        status <- baker.fireEventAndResolveWhenReceived(orderId, event)\n        _ = logger.info(s\"${event.name}[$orderId]: $status\")\n      } yield orderId\n    })\n\n  override def addCheckoutAddressInfo(orderId: String, address: String): IO[Option[String]] =\n    IO.fromFuture(IO {\n      fireAndInformEvent(orderId, EventInstance.unsafeFrom(\n        CheckoutFlowEvents.ShippingAddressReceived(ShippingAddress(address))))\n    })\n\n  override def addCheckoutPaymentInfo(orderId: String, paymentInfo: String): IO[Option[String]] =\n    IO.fromFuture(IO {\n      fireAndInformEvent(orderId, EventInstance.unsafeFrom(\n        CheckoutFlowEvents.PaymentInformationReceived(PaymentInformation(paymentInfo))))\n    })\n\n  private def fireAndInformEvent(orderId: String, event: EventInstance): Future[Option[String]] = {\n    for {\n      status <- baker.fireEventAndResolveWhenReceived(orderId, event)\n      _ = logger.info(s\"${event.name}[$orderId]: $status\")\n    } yield None\n  }\n\n  override def pollOrderStatus(orderId: String): IO[OrderStatus] =\n    IO.fromFuture(IO {\n      for {\n        state <- baker.getRecipeInstanceState(orderId)\n        eventNames = state.events.map(_.name)\n        status = {\n          if (eventNames.contains(\"ShippingConfirmed\"))\n            OrderStatus.Complete\n          else if (eventNames.contains(\"PaymentFailed\"))\n            OrderStatus.PaymentFailed\n          else if (eventNames.contains(\"OrderHadUnavailableItems\"))\n            OrderStatus.UnavailableItems(state.ingredients(\"unavailableItems\").as[List[Item]].map(_.itemId))\n          else if (eventNames.containsSlice(List(\"ShippingAddressReceived\", \"PaymentInformationReceived\")))\n            OrderStatus.ProcessingPayment\n          else if (eventNames.contains(\"PaymentSuccessful\"))\n            OrderStatus.ShippingItems\n          else\n            OrderStatus.InfoPending(List(\"ShippingAddressReceived\", \"PaymentInformationReceived\")\n              .filterNot(eventNames.contains)\n              .map(_.replace(\"Received\", \"\")))\n        }\n      } yield status\n    })\n\n  override def gracefulShutdown: IO[Unit] =\n    IO {\n      baker.gracefulShutdown()\n    }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/spec\/BaaSIntegrationSpec.scala","text":"package com.ing.baker.baas.spec\n\nimport java.util.UUID\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.stream.{ActorMaterializer, Materializer}\nimport cats.data.StateT\nimport cats.effect.{IO, Timer}\nimport cats.implicits._\nimport com.ing.baker.baas.recipe.CheckoutFlowEvents.ItemsReserved\nimport com.ing.baker.baas.recipe.CheckoutFlowIngredients.{Item, OrderId, ReservedItems, ShippingAddress}\nimport com.ing.baker.baas.recipe._\nimport com.ing.baker.baas.scaladsl.{BaaSEventListener, BaaSInteractionInstance, BakerClient}\nimport com.ing.baker.baas.spec.BaaSIntegrationSpec._\nimport com.ing.baker.baas.state.BaaSServer\nimport com.ing.baker.compiler.RecipeCompiler\nimport com.ing.baker.il.CompiledRecipe\nimport com.ing.baker.runtime.akka.AkkaBaker\nimport com.ing.baker.runtime.common.LanguageDataStructures.LanguageApi\nimport com.ing.baker.runtime.common.{BakerException, SensoryEventStatus}\nimport com.ing.baker.runtime.scaladsl.{EventInstance, InteractionInstance, Baker => ScalaBaker}\nimport com.ing.baker.runtime.serialization.Encryption\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.jboss.netty.channel.ChannelException\nimport org.scalatest._\n\nimport scala.collection.mutable\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass BaaSIntegrationSpec\n  extends AsyncFunSpec\n    with Matchers\n    with BeforeAndAfterAll\n    with BeforeAndAfterEach {\n\n  val test: IntegrationTest = BaaSIntegrationSpec.testWith\n\n  implicit val timer: Timer[IO] = IO.timer(executionContext)\n\n  describe(\"Baker Client-Server\") {\n    it(\"Baker.addRecipe\") {\n      test { (client, stateNode, interactionNode, _) =>\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          recipeInformation <- stateNode.getRecipe(recipeId)\n        } yield recipeInformation.compiledRecipe shouldBe compiledRecipe\n      }\n    }\n\n    it(\"Baker.getRecipe\") {\n      test { (client, _, interactionNode, _) =>\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          recipeInformation <- client.getRecipe(recipeId)\n        } yield recipeInformation.compiledRecipe shouldBe compiledRecipe\n      }\n    }\n\n    it(\"Baker.getRecipe (fail with NoSuchRecipeException)\") {\n      test { (client, _, _, _) =>\n        for {\n          e <- client\n            .getRecipe(\"non-existent\")\n            .map(_ => None)\n            .recover { case e: BakerException => Some(e) }\n        } yield e shouldBe Some(BakerException.NoSuchRecipeException(\"non-existent\"))\n      }\n    }\n\n    it(\"Baker.getAllRecipes\") {\n      test { (client, stateNode, interactionNode, _) =>\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          recipes <- client.getAllRecipes\n        } yield recipes.get(recipeId).map(_.compiledRecipe) shouldBe Some(compiledRecipe)\n      }\n    }\n\n    it(\"Baker.bake\") {\n      test { (client, stateNode, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          state <- stateNode.getRecipeInstanceState(recipeInstanceId)\n        } yield {\n          events.toList shouldBe List.empty\n          state.recipeInstanceId shouldBe recipeInstanceId\n        }\n      }\n    }\n\n    it(\"Baker.bake (fail with ProcessAlreadyExistsException)\") {\n      test { (client, stateNode, interactionNode, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          e <- client\n            .bake(recipeId, recipeInstanceId)\n            .map(_ => None)\n            .recover { case e: BakerException => Some(e) }\n          state <- stateNode.getRecipeInstanceState(recipeInstanceId)\n        } yield {\n          e shouldBe Some(BakerException.ProcessAlreadyExistsException(recipeInstanceId))\n          state.recipeInstanceId shouldBe recipeInstanceId\n        }\n      }\n    }\n\n    it(\"Baker.bake (fail with NoSuchRecipeException)\") {\n      test { (client, _, _, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        for {\n          e <- client\n            .bake(\"non-existent\", recipeInstanceId)\n            .map(_ => None)\n            .recover { case e: BakerException => Some(e) }\n        } yield e shouldBe Some(BakerException.NoSuchRecipeException(\"non-existent\"))\n      }\n    }\n\n    it(\"Baker.getRecipeInstanceState (fails with NoSuchProcessException)\") {\n      test { (_, stateNode, _, _) =>\n        for {\n          e <- stateNode\n            .getRecipeInstanceState(\"non-existent\")\n            .map(_ => None)\n            .recover { case e: BakerException => Some(e) }\n        } yield e shouldBe Some(BakerException.NoSuchProcessException(\"non-existent\"))\n      }\n    }\n\n    it(\"Baker.fireEventAndResolveWhenReceived\") {\n      test { (client, _, interactionNode, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.ShippingAddressReceived(ShippingAddress(\"address\")))\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          status <- client.fireEventAndResolveWhenReceived(recipeInstanceId, event)\n        } yield status shouldBe SensoryEventStatus.Received\n      }\n    }\n\n    it(\"Baker.fireEventAndResolveWhenCompleted\") {\n      test { (client, stateNode, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.ShippingAddressReceived(ShippingAddress(\"address\")))\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          result <- client.fireEventAndResolveWhenCompleted(recipeInstanceId, event)\n          serverState <- stateNode.getRecipeInstanceState(recipeInstanceId)\n        } yield {\n          result.eventNames should contain(\"ShippingAddressReceived\")\n          serverState.events.map(_.name) should contain(\"ShippingAddressReceived\")\n          events.toList.map(_.name) should contain(\"ShippingAddressReceived\")\n        }\n      }\n    }\n\n    it(\"Baker.fireEventAndResolveWhenCompleted (fails with IllegalEventException)\") {\n      test { (client, stateNode, interactionNode, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance(\"non-existent\", Map.empty)\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          result <- client\n              .fireEventAndResolveWhenCompleted(recipeInstanceId, event)\n              .map(_ => None)\n              .recover { case e: BakerException => Some(e) }\n          serverState <- stateNode.getRecipeInstanceState(recipeInstanceId)\n        } yield {\n          result shouldBe Some(BakerException.IllegalEventException(\"No event with name 'non-existent' found in recipe 'Webshop'\"))\n          serverState.events.map(_.name) should not contain(\"ShippingAddressReceived\")\n        }\n      }\n    }\n\n    it(\"Baker.fireEventAndResolveOnEvent\") {\n      test { (client, stateNode, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.ShippingAddressReceived(ShippingAddress(\"address\")))\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          result <- client.fireEventAndResolveOnEvent(recipeInstanceId, event, \"ShippingAddressReceived\")\n          serverState <- stateNode.getRecipeInstanceState(recipeInstanceId)\n        } yield {\n          result.eventNames should contain(\"ShippingAddressReceived\")\n          serverState.events.map(_.name) should contain(\"ShippingAddressReceived\")\n          events.toList.map(_.name) should contain(\"ShippingAddressReceived\")\n        }\n      }\n    }\n\n    it(\"Baker.getAllRecipeInstancesMetadata\") {\n      test { (client, stateNode, interactionNode, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          clientMetadata <- client.getAllRecipeInstancesMetadata\n          serverMetadata <- stateNode.getAllRecipeInstancesMetadata\n        } yield clientMetadata shouldBe serverMetadata\n      }\n    }\n\n    it(\"Baker.getVisualState\") {\n      test { (client, stateNode, interactionNode, _) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        for {\n          compiledRecipe <- setupHappyPath(interactionNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          clientState <- client.getVisualState(recipeInstanceId)\n          serverState <- stateNode.getVisualState(recipeInstanceId)\n        } yield clientState shouldBe serverState\n      }\n    }\n\n    it(\"Baker.retryInteraction\") {\n      test { (client, _, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.OrderPlaced(orderId = OrderId(\"order1\"), List.empty))\n        for {\n          compiledRecipe <- setupFailingOnceReserveItems(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          _ <- client.fireEventAndResolveWhenCompleted(recipeInstanceId, event)\n          state1 <- client.getRecipeInstanceState(recipeInstanceId).map(_.events.map(_.name))\n          _ <- client.retryInteraction(recipeInstanceId, \"ReserveItems\")\n          state2 <- client.getRecipeInstanceState(recipeInstanceId).map(_.events.map(_.name))\n        } yield {\n          state1 should contain(\"OrderPlaced\")\n          state1 should not contain(\"ItemsReserved\")\n          state2 should contain(\"OrderPlaced\")\n          state2 should contain(\"ItemsReserved\")\n          events.toList.map(_.name) should contain(\"OrderPlaced\")\n          events.toList.map(_.name) should contain(\"ItemsReserved\")\n        }\n      }\n    }\n\n    it(\"Baker.resolveInteraction\") {\n      test { (client, _, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.OrderPlaced(orderId = OrderId(\"order1\"), List.empty))\n        val resolutionEvent = EventInstance.unsafeFrom(\n          ItemsReserved(reservedItems = ReservedItems(items = List(Item(\"item1\")), data = Array.empty))\n        )\n        for {\n          compiledRecipe <- setupFailingOnceReserveItems(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          _ <- client.fireEventAndResolveWhenCompleted(recipeInstanceId, event)\n          state1 <- client.getRecipeInstanceState(recipeInstanceId).map(_.events.map(_.name))\n          _ <- client.resolveInteraction(recipeInstanceId, \"ReserveItems\", resolutionEvent)\n          state2data <- client.getRecipeInstanceState(recipeInstanceId)\n          state2 = state2data.events.map(_.name)\n          eventState = state2data.ingredients.get(\"reservedItems\").map(_.as[ReservedItems].items.head.itemId)\n        } yield {\n          state1 should contain(\"OrderPlaced\")\n          state1 should not contain(\"ItemsReserved\")\n          state2 should contain(\"OrderPlaced\")\n          state2 should contain(\"ItemsReserved\")\n          eventState shouldBe Some(\"item1\")\n          events.toList.map(_.name) should contain(\"OrderPlaced\")\n          events.toList.map(_.name) should not contain(\"ItemsReserved\") \/\/ Manually resolving an interaction does not fire the event to the listeners?\n        }\n      }\n    }\n\n    it(\"Baker.stopRetryingInteraction\") {\n      test { (client, _, interactionNode, eventListenerNode) =>\n        val recipeInstanceId: String = UUID.randomUUID().toString\n        val event = EventInstance.unsafeFrom(\n          CheckoutFlowEvents.OrderPlaced(orderId = OrderId(\"order1\"), List.empty))\n        for {\n          compiledRecipe <- setupFailingWithRetryReserveItems(interactionNode)\n          events <- setupEventListener(compiledRecipe, eventListenerNode)\n          recipeId <- client.addRecipe(compiledRecipe)\n          _ <- client.bake(recipeId, recipeInstanceId)\n          _ <- client.fireEventAndResolveWhenReceived(recipeInstanceId, event)\n          state1 <- client.getRecipeInstanceState(recipeInstanceId).map(_.events.map(_.name))\n          _ <- client.stopRetryingInteraction(recipeInstanceId, \"ReserveItems\")\n          state2data <- client.getRecipeInstanceState(recipeInstanceId)\n          state2 = state2data.events.map(_.name)\n        } yield {\n          state1 should contain(\"OrderPlaced\")\n          state1 should not contain(\"ItemsReserved\")\n          state2 should contain(\"OrderPlaced\")\n          state2 should not contain(\"ItemsReserved\")\n          events.toList.map(_.name) should contain(\"OrderPlaced\")\n          events.toList.map(_.name) should not contain(\"ItemsReserved\")\n        }\n      }\n    }\n  }\n}\n\nobject BaaSIntegrationSpec {\n\n  def setupHappyPath(interactionNode: BaaSInteractionInstance)(implicit ec: ExecutionContext, timer: Timer[IO]): Future[CompiledRecipe] = {\n    val makePaymentInstance = InteractionInstance.unsafeFrom(new MakePaymentInstance())\n    val reserveItemsInstance = InteractionInstance.unsafeFrom(new ReserveItemsInstance())\n    val shipItemsInstance = InteractionInstance.unsafeFrom(new ShipItemsInstance())\n    val compiledRecipe = RecipeCompiler.compileRecipe(CheckoutFlowRecipe.recipe)\n    for {\n      _ <- Future { interactionNode.load(makePaymentInstance, reserveItemsInstance, shipItemsInstance) }\n    } yield compiledRecipe\n  }\n\n  def setupFailingOnceReserveItems(interactionNode: BaaSInteractionInstance)(implicit ec: ExecutionContext, timer: Timer[IO]): Future[CompiledRecipe] = {\n    val makePaymentInstance = InteractionInstance.unsafeFrom(new MakePaymentInstance())\n    val reserveItemsInstance = InteractionInstance.unsafeFrom(new FailingOnceReserveItemsInstance())\n    val shipItemsInstance = InteractionInstance.unsafeFrom(new ShipItemsInstance())\n    val compiledRecipe = RecipeCompiler.compileRecipe(CheckoutFlowRecipe.recipeWithBlockingStrategy)\n    for {\n      _ <- Future { interactionNode.load(makePaymentInstance, reserveItemsInstance, shipItemsInstance) }\n    } yield compiledRecipe\n  }\n\n  def setupFailingWithRetryReserveItems(interactionNode: BaaSInteractionInstance)(implicit ec: ExecutionContext, timer: Timer[IO]): Future[CompiledRecipe] = {\n    val makePaymentInstance = InteractionInstance.unsafeFrom(new MakePaymentInstance())\n    val reserveItemsInstance = InteractionInstance.unsafeFrom(new FailingReserveItemsInstance())\n    val shipItemsInstance = InteractionInstance.unsafeFrom(new ShipItemsInstance())\n    val compiledRecipe = RecipeCompiler.compileRecipe(CheckoutFlowRecipe.recipe)\n    for {\n      _ <- Future { interactionNode.load(makePaymentInstance, reserveItemsInstance, shipItemsInstance) }\n    } yield compiledRecipe\n  }\n\n  def setupEventListener(recipe: CompiledRecipe, eventListenerNode: BaaSEventListener)(implicit ec: ExecutionContext): Future[mutable.MutableList[EventInstance]] = {\n    val buffer = mutable.MutableList.empty[EventInstance]\n    eventListenerNode.registerEventListener(recipe.name, (_, event) => {\n      buffer.+=(event)\n    }).map(_ => buffer)\n  }\n\n  type IntegrationTest = ((ScalaBaker, ScalaBaker, BaaSInteractionInstance, BaaSEventListener) => Future[Assertion]) => Future[Assertion]\n\n  type WithOpenPort[A] = StateT[Future, Stream[Int], A]\n\n  def testWith[F[_], Lang <: LanguageApi]\n      (test: (ScalaBaker, ScalaBaker, BaaSInteractionInstance, BaaSEventListener) => Future[Assertion])\n      (implicit ec: ExecutionContext): Future[Assertion] = {\n    val testId: UUID = UUID.randomUUID()\n    val systemName: String = \"BaaSIntegrationSpec-\" + testId\n    val allPorts: Stream[Int] = Stream.from(50000, 1)\n    val program = for {\n      clusterTuple <- buildClusterActorSystem(systemName, seedPortCandidate = 0)\n      (stateNodeSystem, serverConfig) = clusterTuple\n      materializer = ActorMaterializer()(stateNodeSystem)\n      stateNodeBaker = AkkaBaker(serverConfig, stateNodeSystem)\n      httpPortAndBinding <- runStateNodeHttpServer(stateNodeBaker, stateNodeSystem, materializer)\n      (httpPort, httpServerBinding) = httpPortAndBinding\n      clientBaker = BakerClient.build(s\"http:\/\/localhost:$httpPort\/\", Encryption.NoEncryption)(stateNodeSystem, materializer)\n      interactionNode = BaaSInteractionInstance(stateNodeSystem)\n      eventListenerNode = BaaSEventListener(stateNodeSystem)\n      a <- liftF(test(clientBaker, stateNodeBaker, interactionNode, eventListenerNode))\n      _ <- liftF(httpServerBinding.unbind())\n      _ <- liftF(stateNodeBaker.gracefulShutdown())\n    } yield a\n    program.run(allPorts).map(_._2)\n  }\n\n  private def buildClusterActorSystem(systemName: String, seedPortCandidate: Int)(implicit ec: ExecutionContext): WithOpenPort[(ActorSystem, Config)] =\n    withOpenPort { port =>\n      val config = genClusterConfig(systemName, port, seedPortCandidate)\n      Future { (ActorSystem(systemName, config), config) }\n    }\n\n  private def runStateNodeHttpServer(stateNodeBaker: ScalaBaker, stateNodeSystem: ActorSystem, materializer: Materializer)(implicit ec: ExecutionContext): WithOpenPort[(Int, Http.ServerBinding)] =\n    withOpenPort(port => BaaSServer.run(stateNodeBaker, \"localhost\", port)(stateNodeSystem, materializer).map(port -> _))\n\n  private def withOpenPort[T](f: Int => Future[T])(implicit ec: ExecutionContext): WithOpenPort[T] = {\n    def search(ports: Stream[Int]): Future[(Stream[Int], T)] =\n      ports match {\n        case #::(port, tail) => f(port).map(tail -> _).recoverWith {\n          case _: java.net.BindException => search(tail)\n          case _: ChannelException => search(tail)\n          case other => println(\"REVIEW withOpenPort function implementation, uncaught exception: \" + Console.RED + other + Console.RESET); Future.failed(other)\n        }\n      }\n    StateT(search)\n  }\n\n  private def liftF[A](fa: Future[A])(implicit ec: ExecutionContext): WithOpenPort[A] =\n    StateT.liftF[Future, Stream[Int], A](fa)\n\n  private def genClusterConfig(systemName: String, port: Int, seedPortCandidate: Int): Config = {\n    val seedPort: Int = if(seedPortCandidate == 0) port else seedPortCandidate\n    ConfigFactory.parseString(\n      s\"\"\"\n        |baker {\n        |  cluster {\n        |    seed-nodes = [\n        |      \"akka.tcp:\/\/\"$systemName\"@localhost:\"$seedPort]\n        |  }\n        |}\n        |\n        |akka {\n        |\n        |  remote {\n        |    log-remote-lifecycle-events = off\n        |    netty.tcp {\n        |      hostname = \"localhost\"\n        |      port = $port\n        |    }\n        |  }\n        |\n        |  cluster {\n        |\n        |    seed-nodes = [\n        |      \"akka.tcp:\/\/\"$systemName\"@localhost:\"$seedPort]\n        |\n        |    # auto downing is NOT safe for production deployments.\n        |    # you may want to use it during development, read more about it in the akka docs.\n        |    auto-down-unreachable-after = 10s\n        |  }\n        |}\n        |\"\"\".stripMargin).withFallback(ConfigFactory.load())\n  }\n}"}
{"repo_name":"rjacobs91\/baker","path":"build.sbt","text":"import Dependencies.{scalaGraph, _}\nimport sbt.Keys._\n\ndef testScope(project: ProjectReference): ClasspathDep[ProjectReference] = project % \"test->test;test->compile\"\n\nval commonSettings = Defaults.coreDefaultSettings ++ Seq(\n  organization := \"com.ing.baker\",\n  scalaVersion := \"2.12.4\",\n  crossScalaVersions := Seq(\"2.12.4\"),\n  fork := true,\n  testOptions += Tests.Argument(TestFrameworks.JUnit, \"-v\"),\n  javacOptions := Seq(\"-source\", jvmV, \"-target\", jvmV),\n  scalacOptions := Seq(\n    \"-unchecked\",\n    \"-deprecation\",\n    \"-feature\",\n    \"-Ywarn-dead-code\",\n    \"-language:higherKinds\",\n    \"-language:existentials\",\n    \"-language:implicitConversions\",\n    \"-language:postfixOps\",\n    \"-encoding\", \"utf8\",\n    s\"-target:jvm-$jvmV\",\n    \"-Xfatal-warnings\"\n  ),\n  coverageExcludedPackages := \"<empty>;.*.javadsl;.*.scaladsl;.*.common;.*.protobuf\",\n  packageOptions in (Compile, packageBin) +=\n    Package.ManifestAttributes(\n      \"Build-Time\" -> new java.util.Date().toString,\n      \"Build-Commit\" -> git.gitHeadCommit.value.getOrElse(\"No Git Revision Found\")\n    )\n)\n\nval dependencyOverrideSettings = Seq(\n  dependencyOverrides ++= Seq(\n    catsCore,\n    akkaActor,\n    jnrConstants\n  )\n)\n\nlazy val noPublishSettings = Seq(\n  publish := {},\n  publishLocal := {},\n  publishArtifact := false\n)\n\nlazy val defaultModuleSettings = commonSettings ++ dependencyOverrideSettings ++ SonatypePublish.settings\n\nlazy val scalaPBSettings = Seq(PB.targets in Compile := Seq(scalapb.gen() -> (sourceManaged in Compile).value))\n\nlazy val bakertypes = project.in(file(\"bakertypes\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baker-types\",\n    libraryDependencies ++= compileDeps(\n      slf4jApi,\n      objenisis,\n      scalapbRuntime,\n      jodaTime,\n      typeSafeConfig,\n      scalaReflect(scalaVersion.value),\n      scalaLogging\n    ) ++ testDeps(scalaTest, scalaCheck, logback, scalaCheck)\n  )\n\nlazy val intermediateLanguage = project.in(file(\"intermediate-language\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baker-intermediate-language\",\n    libraryDependencies ++= compileDeps(\n      scalaGraph,\n      slf4jApi,\n      scalaGraphDot,\n      typeSafeConfig,\n      scalaLogging\n    ) ++ testDeps(scalaTest, scalaCheck, logback)\n  ).dependsOn(bakertypes)\n\nlazy val `baker-interface` = project.in(file(\"baker-interface\"))\n  .settings(defaultModuleSettings)\n  .settings(scalaPBSettings)\n  .settings(\n    moduleName := \"baker-interface\",\n    libraryDependencies ++= Seq(\n      akkaActor,\n      catsCore,\n      scalaJava8Compat\n    ) ++ providedDeps(findbugs)\n  )\n  .dependsOn(intermediateLanguage)\n\nlazy val runtime = project.in(file(\"runtime\"))\n  .settings(defaultModuleSettings)\n  .settings(scalaPBSettings)\n  .settings(\n    moduleName := \"baker-runtime\",\n    \/\/ we have to exclude the sources because of a compiler bug: https:\/\/issues.scala-lang.org\/browse\/SI-10134\n    sources in (Compile, doc) := Seq.empty,\n    libraryDependencies ++=\n      compileDeps(\n        akkaActor,\n        akkaPersistence,\n        akkaPersistenceQuery,\n        akkaCluster,\n        akkaClusterTools,\n        akkaDistributedData,\n        akkaClusterSharding,\n        akkaBoostrap,\n        akkaSlf4j,\n        ficusConfig,\n        catsCore,\n        catsEffect,\n        scalapbRuntime,\n        protobufJava,\n        slf4jApi,\n        scalaLogging\n      ) ++ testDeps(\n        akkaStream,\n        akkaTestKit,\n        akkaMultiNodeTestkit,\n        akkaStreamTestKit,\n        akkaInmemoryJournal,\n        akkaPersistenceCassandra,\n        levelDB,\n        levelDBJni,\n        betterFiles,\n        graphvizJava,\n        junitInterface,\n        scalaTest,\n        scalaCheck,\n        mockito,\n        logback)\n        ++ providedDeps(findbugs)\n  )\n  .dependsOn(\n    intermediateLanguage,\n    `baker-interface`,\n    `baas-protocol-interaction-scheduling`,\n    `baas-protocol-recipe-event-publishing`,\n    testScope(recipeDsl),\n    testScope(recipeCompiler),\n    testScope(bakertypes))\n  .enablePlugins(MultiJvmPlugin)\n  .configs(MultiJvm)\n\nlazy val splitBrainResolver = project.in(file(\"split-brain-resolver\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baker-split-brain-resolver\",\n    \/\/ we have to exclude the sources because of a compiler bug: https:\/\/issues.scala-lang.org\/browse\/SI-10134\n    sources in (Compile, doc) := Seq.empty,\n    libraryDependencies ++=\n      compileDeps(\n        akkaActor,\n        akkaCluster,\n        ficusConfig,\n        slf4jApi,\n        scalaLogging\n      ) ++ testDeps(\n        akkaTestKit,\n        akkaMultiNodeTestkit,\n        scalaTest\n      )\n  )\n  .enablePlugins(MultiJvmPlugin)\n  .configs(MultiJvm)\n  .settings(\n\/\/    logLevel := Level.Debug\n  )\n\nlazy val recipeDsl = project.in(file(\"recipe-dsl\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baker-recipe-dsl\",\n    \/\/ we have to exclude the sources because of a compiler bug: https:\/\/issues.scala-lang.org\/browse\/SI-10134\n    sources in (Compile, doc) := Seq.empty,\n    libraryDependencies ++=\n      compileDeps(\n        javaxInject,\n        paranamer,\n        scalaReflect(scalaVersion.value),\n      ) ++\n        testDeps(\n          scalaTest,\n          scalaCheck,\n          junitInterface,\n          slf4jApi,\n          logback\n        )\n  ).dependsOn(bakertypes)\n\nlazy val recipeCompiler = project.in(file(\"compiler\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baker-compiler\",\n    libraryDependencies ++=\n      testDeps(scalaTest, scalaCheck, logback, junitJupiter)\n  )\n  .dependsOn(recipeDsl, intermediateLanguage, testScope(recipeDsl))\n\nlazy val `baas-protocol-baker` = project.in(file(\"baas-protocol-baker\"))\n  .settings(defaultModuleSettings)\n  .settings(scalaPBSettings)\n  .settings(\n    moduleName := \"baas-protocol-baker\",\n    libraryDependencies ++= Seq(\n      akkaStream,\n      akkaHttp\n    )\n  )\n  .dependsOn(`baker-interface`)\n\nlazy val `baas-protocol-interaction-scheduling` = project.in(file(\"baas-protocol-interaction-scheduling\"))\n  .settings(defaultModuleSettings)\n  .settings(scalaPBSettings)\n  .settings(\n    moduleName := \"baas-protocol-interaction-scheduling\"\n  )\n  .dependsOn(`baker-interface`)\n\nlazy val `baas-protocol-recipe-event-publishing` = project.in(file(\"baas-protocol-recipe-event-publishing\"))\n  .settings(defaultModuleSettings)\n  .settings(scalaPBSettings)\n  .settings(\n    moduleName := \"baas-protocol-recipe-event-publishing\"\n  )\n  .dependsOn(`baker-interface`)\n\nlazy val `baas-node-client` = project.in(file(\"baas-node-client\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baas-node-client\",\n    libraryDependencies ++= Seq(\n      akkaStream,\n      akkaHttp\n    )\n  )\n  .dependsOn(`baker-interface`, `baas-protocol-baker`)\n\nlazy val `baas-node-state` = project.in(file(\"baas-node-state\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(\n    moduleName := \"baas-node-state\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++= Seq(\n      akkaHttp,\n      akkaPersistenceCassandra,\n      akkaManagementHttp,\n      akkaClusterBoostrap,\n      akkaDiscoveryKube\n    )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"The core node\",\n    packageName in Docker := \"baas-node-state\",\n    dockerExposedPorts := Seq(8080)\n  )\n  .dependsOn(runtime, `baas-protocol-baker`, `baas-protocol-interaction-scheduling`)\n\nlazy val `baas-node-interaction` = project.in(file(\"baas-node-interaction\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baas-node-interaction\",\n    libraryDependencies ++= Seq(\n      akkaCluster,\n      akkaClusterTools,\n      slf4jApi\n    )\n  )\n  .dependsOn(`baas-protocol-interaction-scheduling`, `baker-interface`)\n\nlazy val `baas-node-event-listener` = project.in(file(\"baas-node-event-listener\"))\n  .settings(defaultModuleSettings)\n  .settings(\n    moduleName := \"baas-node-event-listener\",\n    libraryDependencies ++= Seq(\n      akkaCluster,\n      akkaClusterTools,\n      slf4jApi\n    )\n  )\n  .dependsOn(`baas-protocol-recipe-event-publishing`, `baker-interface`)\n\nlazy val `baas-tests` = project.in(file(\"baas-tests\"))\n  .settings(defaultModuleSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baas-tests\",\n    libraryDependencies ++= Seq() ++\n      testDeps(\n        akkaSlf4j,\n        akkaTestKit,\n        akkaInmemoryJournal,\n        logback,\n        scalaTest,\n        junitInterface,\n        levelDB,\n        levelDBJni,\n        scalaCheck\n      )\n  )\n  .dependsOn(`baas-node-client`, `baas-node-state`, `baas-node-interaction`, `baas-node-event-listener`, recipeCompiler)\n  .aggregate(`baas-node-client`, `baas-node-state`, `baas-node-interaction`, `baas-node-event-listener`)\n\nlazy val baker = project.in(file(\".\"))\n  .settings(defaultModuleSettings)\n  .settings(noPublishSettings)\n  .aggregate(bakertypes, runtime, recipeCompiler, recipeDsl, intermediateLanguage, splitBrainResolver, `baas-tests`)\n\nlazy val integration = project.in(file(\"integration\"))\n  .dependsOn(testScope(runtime))\n  .settings(defaultModuleSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baker-integration\",\n    \/\/ we have to exclude the sources because of a compiler bug: https:\/\/issues.scala-lang.org\/browse\/SI-10134\n    libraryDependencies ++=\n      compileDeps(\n        akkaActor,\n        akkaCluster,\n        akkaSlf4j\n      ) ++ testDeps(\n        akkaTestKit,\n        akkaMultiNodeTestkit,\n        betterFiles,\n        scalaTest\n      ) ++ providedDeps(findbugs)\n  )\n  .enablePlugins(MultiJvmPlugin)\n  .configs(MultiJvm)\n\nlazy val playground = project\n  .in(file(\"playground\"))\n  .settings(\n    name := \"baker-playground\",\n    version := \"0.1.0\",\n    organization := \"com.ing.baker\",\n    scalaVersion := \"2.12.4\",\n    libraryDependencies ++= Seq(\n      catsEffect,\n      console4Cats,\n      scalaTest,\n      scalaCheck,\n      scalaLogging\n    ),\n    scalacOptions := Seq(\n      \"-unchecked\",\n      \"-deprecation\",\n      \"-feature\",\n      \"-Ywarn-dead-code\",\n      \"-language:higherKinds\",\n      \"-language:existentials\",\n      \"-language:implicitConversions\",\n      \"-language:postfixOps\",\n      \"-encoding\", \"utf8\",\n      s\"-target:jvm-$jvmV\",\n      \"-Xfatal-warnings\"\n    )\n  )\n\nlazy val `baker-example` = project\n  .in(file(\"examples\/baker-example\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baker-example\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        http4s,\n        http4sDsl,\n        http4sServer,\n        http4sCirce,\n        circe,\n        circeGeneric,\n        kamon,\n        kamonPrometheus,\n        akkaPersistenceCassandra,\n        akkaPersistenceQuery\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck,\n        junitInterface,\n        slf4jApi,\n        mockito,\n        logback\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"A web-shop checkout service example running baker\",\n    packageName in Docker := \"baker-example-app\",\n    dockerExposedPorts := Seq(8080)\n  )\n  .dependsOn(bakertypes, runtime, recipeCompiler, recipeDsl, intermediateLanguage)\n\nlazy val `baas-client-example` = project\n  .in(file(\"examples\/baas-client-example\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baas-client-example\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        http4s,\n        http4sDsl,\n        http4sServer,\n        http4sCirce,\n        circe,\n        circeGeneric\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"A web-shop checkout service example running on baas\",\n    packageName in Docker := \"baas-client-example\",\n    dockerExposedPorts := Seq(8080)\n  )\n  .dependsOn(bakertypes, `baas-node-client`, recipeCompiler, recipeDsl)\n\nlazy val `baas-interactions-example` = project\n  .in(file(\"examples\/baas-interactions-example\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baas-interactions-example\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        catsEffect\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"A web-shop checkout service interaction instances example running on baas\",\n    packageName in Docker := \"baas-interactions-example\",\n    dockerExposedPorts := Seq(2551)\n  )\n  .dependsOn(`baas-node-interaction`)\n\nlazy val `baas-event-listener-example` = project\n  .in(file(\"examples\/baas-event-listener-example\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(noPublishSettings)\n  .settings(\n    moduleName := \"baas-event-listener-example\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        catsEffect\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"A web-shop checkout service interaction instances example running on baas\",\n    packageName in Docker := \"baas-event-listener-example\",\n    dockerExposedPorts := Seq(2551)\n  )\n  .dependsOn(`baas-node-event-listener`)\n\nlazy val `baas-minikube-state` = project.in(file(\"examples\/baas-minikube-setup\/baas-minikube-state\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(\n    moduleName := \"baas-minikube-state\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    javaOptions in Universal ++= Seq(\"-Dconfig.resource=kubernetes.conf\"),\n    mainClass in Compile := Some(\"com.ing.baker.baas.state.Main\")\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"The core node\",\n    packageName in Docker := \"baas-minikube-state\",\n    dockerExposedPorts := Seq(8080)\n  )\n  .dependsOn(`baas-node-state`)\n\nlazy val `baas-minikube-event-listener` = project.in(file(\"examples\/baas-minikube-setup\/baas-minikube-event-listener\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(\n    moduleName := \"baas-minikube-event-listener\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        catsEffect,\n        akkaManagementHttp,\n        akkaClusterBoostrap,\n        akkaDiscoveryKube\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"The event listener node\",\n    packageName in Docker := \"baas-minikube-event-listener\",\n    dockerExposedPorts := Seq()\n  )\n  .dependsOn(`baas-node-event-listener`)\n\nlazy val `baas-minikube-interactions` = project.in(file(\"examples\/baas-minikube-setup\/baas-minikube-interactions\"))\n  .enablePlugins(JavaAppPackaging)\n  .settings(commonSettings)\n  .settings(\n    moduleName := \"baas-minikube-interactions\",\n    scalacOptions ++= Seq(\n      \"-Ypartial-unification\"\n    ),\n    libraryDependencies ++=\n      compileDeps(\n        slf4jApi,\n        slf4jSimple,\n        catsEffect,\n        akkaManagementHttp,\n        akkaClusterBoostrap,\n        akkaDiscoveryKube\n      ) ++ testDeps(\n        scalaTest,\n        scalaCheck\n      )\n  )\n  .settings(\n    maintainer in Docker := \"The Apollo Squad\",\n    packageSummary in Docker := \"The interactions node\",\n    packageName in Docker := \"baas-minikube-interactions\",\n    dockerExposedPorts := Seq()\n  )\n  .dependsOn(`baas-node-interaction`)\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-minikube-setup\/baas-minikube-event-listener\/src\/main\/scala\/webshop\/webservice\/Main.scala","text":"<gh_stars>0\npackage webshop.webservice\n\nimport akka.actor.ActorSystem\nimport akka.management.cluster.bootstrap.ClusterBootstrap\nimport akka.management.scaladsl.AkkaManagement\nimport com.ing.baker.baas.scaladsl.BaaSEventListener\nimport com.typesafe.scalalogging.LazyLogging\n\nobject Main extends App with LazyLogging {\n\n  val actorSystem = ActorSystem(\"BaaS\") \/\/ This should be done by the BaaSInteractionInstance ecosystem to ease the configuration and improve the UX\n  AkkaManagement(actorSystem).start()\n  ClusterBootstrap(actorSystem).start()\n  val ecosystem = BaaSEventListener(actorSystem)\n\n  ecosystem.registerEventListener(\"Webshop\", (metadata, event) => {\n    logger.info(metadata.recipeName + \" [\" + metadata.recipeInstanceId + \"] \" + event.name)\n  })\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-interaction\/src\/main\/scala\/com\/ing\/baker\/baas\/javadsl\/BaaSInteractionInstance.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.javadsl\n\nimport java.util.concurrent.CompletableFuture\n\nimport akka.actor.ActorSystem\nimport com.ing.baker.baas.common\nimport com.ing.baker.baas.scaladsl\nimport com.ing.baker.runtime.javadsl.InteractionInstance\nimport com.ing.baker.runtime.common.LanguageDataStructures.JavaApi\n\nclass BaaSInteractionInstance(actorSystem: ActorSystem) extends common.BaaSInteractionInstance[CompletableFuture] with JavaApi {\n\n  override type InteractionInstanceType = InteractionInstance\n\n  override def load(implementation: InteractionInstance*): Unit =\n    scaladsl.BaaSInteractionInstance(actorSystem).load(implementation.map(_.asScala): _*)\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"runtime\/src\/test\/scala\/com\/ing\/baker\/runtime\/akka\/BakerInquireSpec.scala","text":"<reponame>rjacobs91\/baker<gh_stars>0\npackage com.ing.baker.runtime.akka\n\nimport akka.persistence.inmemory.extension.{ InMemoryJournalStorage, StorageExtension }\nimport akka.testkit.TestProbe\nimport com.ing.baker._\nimport com.ing.baker.compiler.RecipeCompiler\nimport com.ing.baker.recipe.TestRecipe.getRecipe\nimport scala.language.postfixOps\n\nclass BakerInquireSpec extends BakerRuntimeTestBase {\n\n  override def actorSystemName = \"BakerInquireSpec\"\n\n  before {\n    resetMocks\n    setupMockResponse()\n\n    \/\/ Clean inmemory-journal before each test\n    val tp = TestProbe()\n    tp.send(StorageExtension(defaultActorSystem).journalStorage, InMemoryJournalStorage.ClearJournal)\n    tp.expectMsg(akka.actor.Status.Success(\"\"))\n  }\n\n  \"Baker\" should {\n\n    \"return recipe if asked\" in {\n      for {\n        (baker, recipeId) <- setupBakerWithRecipe(\"returnRecipe\", false)\n        recipe <- baker.getRecipe(recipeId)\n      } yield recipe.compiledRecipe.name shouldBe \"returnRecipe\"\n    }\n\n    \"return all recipes if asked\" in {\n      for {\n        (baker, recipeId) <- setupBakerWithRecipe(\"returnAllRecipes\", false)\n        recipeId2 <- baker.addRecipe(RecipeCompiler.compileRecipe(getRecipe(\"returnAllRecipes2\")))\n        recipes <- baker.getAllRecipes\n        _ = recipes.size shouldBe 2\n        _ = recipes(recipeId).compiledRecipe.name shouldBe \"returnAllRecipes\"\n        _ = recipes(recipeId2).compiledRecipe.name shouldBe \"returnAllRecipes2\"\n      } yield succeed\n    }\n\n    \"return no errors of a recipe with no errors if asked\" in {\n      for {\n        (baker, recipeId) <- setupBakerWithRecipe(\"returnHealthRecipe\", false)\n        recipeInformation <- baker.getRecipe(recipeId)\n        _ = println(recipeInformation)\n        _ = assert(recipeInformation.compiledRecipe.recipeId == recipeId && recipeInformation.errors.isEmpty)\n      } yield succeed\n    }\n\n    \"return no errors of all recipes if none contain errors if asked\" in {\n      for {\n        (baker, recipeId) <- setupBakerWithRecipe(\"returnHealthAllRecipe\", false)\n        recipeId2 <- baker.addRecipe(RecipeCompiler.compileRecipe(getRecipe(\"returnHealthAllRecipe2\")))\n        recipeInformations <- baker.getAllRecipes\n        _ = recipeInformations.size shouldBe 2\n        _ = recipeInformations.get(recipeId)\n          .foreach(r => assert(r.compiledRecipe.recipeId == recipeId && r.errors.isEmpty))\n        _ = recipeInformations.get(recipeId2)\n          .foreach(r => assert(r.compiledRecipe.recipeId == recipeId2 && r.errors.isEmpty))\n      } yield succeed\n    }\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/Main.scala","text":"package com.ing.baker.playground\n\nimport cats.effect.{ExitCode, IO, IOApp}\nimport com.typesafe.scalalogging.LazyLogging\n\nobject Main extends IOApp with LazyLogging {\n\n  override def run(args: List[String]): IO[ExitCode] = {\n    PlaygroundApp.loop\n      .run(AppUtils.Environment.empty)\n      .map { case (finalState, _) =>\n        logger.info(s\"Finishing with final state $finalState\")\n        ExitCode.Success\n      }\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-minikube-setup\/baas-minikube-state\/src\/main\/scala\/webshop\/webservice\/ClusterHealthCheck.scala","text":"<filename>examples\/baas-minikube-setup\/baas-minikube-state\/src\/main\/scala\/webshop\/webservice\/ClusterHealthCheck.scala\npackage webshop.webservice\n\nimport akka.actor.ActorSystem\nimport akka.cluster.{Cluster, MemberStatus}\n\nimport scala.concurrent.Future\n\nclass ClusterHealthCheck(system: ActorSystem) extends (() => Future[Boolean]) {\n  private val cluster = Cluster(system)\n  override def apply(): Future[Boolean] = {\n    Future.successful(cluster.selfMember.status == MemberStatus.Up)\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-event-listener\/src\/main\/scala\/com\/ing\/baker\/baas\/akka\/EventListenerAgent.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.akka\n\nimport akka.actor.{Actor, ActorRef, Props}\nimport akka.cluster.pubsub.{DistributedPubSub, DistributedPubSubMediator}\nimport com.ing.baker.baas.protocol.ProtocolDistributedEventPublishing\nimport com.ing.baker.runtime.scaladsl.{EventInstance, RecipeEventMetadata}\n\nobject EventListenerAgent {\n\n  case object CommitTimeout\n\n  def apply(recipeName: String, listenerFunction: (RecipeEventMetadata, EventInstance) => Unit): Props =\n    Props(new EventListenerAgent(recipeName, listenerFunction))\n}\n\nclass EventListenerAgent(recipeName: String, listenerFunction: (RecipeEventMetadata, EventInstance) => Unit) extends Actor {\n\n  val mediator: ActorRef =\n    DistributedPubSub(context.system).mediator\n\n  val eventsTopic: String =\n    ProtocolDistributedEventPublishing.eventsTopic(recipeName)\n\n  def subscribeToEvents(): Unit =\n    mediator ! DistributedPubSubMediator.Subscribe(eventsTopic, self)\n\n  def unsubscribeToEvents(): Unit =\n    mediator ! DistributedPubSubMediator.Unsubscribe(eventsTopic, self)\n\n  subscribeToEvents()\n\n  def receive: Receive = {\n    case ProtocolDistributedEventPublishing.Event(recipeEventMetadata, event) =>\n      listenerFunction(recipeEventMetadata, event)\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/Command.scala","text":"package com.ing.baker.playground\n\nimport cats.implicits._\nimport com.ing.baker.playground.AppUtils._\nimport com.ing.baker.playground.Command.RunCommand\nimport com.ing.baker.playground.commands.{BaaS, Terminal}\n\ntrait Command {\n  def name: String\n  def help: String = \"No help for this command\"\n  def run: RunCommand\n}\n\nobject Command {\n\n  type RunCommand = PartialFunction[String, App[Unit]]\n\n  val commands: List[Command] =\n    List(\n      Help,\n      StartBaaS,\n      BuildImage\n    )\n\n  case object Help extends Command {\n\n    override def name: String = \"help\"\n\n    override def help: String = \"Displays this help menu\"\n\n    override def run: RunCommand = {\n      case \"help\" =>\n        printLn(\"\") *>\n          commands.traverse { command =>\n            val spaces = List.fill(20 - command.name.length)(\".\").mkString\n            printLn(command.name + \" \" + spaces + \" \" + command.help)\n          } *>\n          printLn(\"\")\n    }\n  }\n\n  case object StartBaaS extends Command {\n\n    override def name: String = \"start-baas\"\n\n    override def help: String = \"Starts Cassandra, Haproxy and a cluster of 3 baas state nodes\"\n\n    override def run: RunCommand = { case \"start-baas\" => BaaS.startBaaS }\n  }\n\n  case object BuildImage extends Command {\n\n    override def name: String = \"build\"\n\n    override def help: String = \"Builds all playground required images from the baker repository\"\n\n    override def run: RunCommand = {\n      case \"build\" => BaaS.buildStateNodesHAProxyImage\n    }\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"bakertypes\/src\/main\/scala\/com\/ing\/baker\/types\/Converters.scala","text":"<gh_stars>0\npackage com.ing.baker.types\n\nimport com.typesafe.config.{ ConfigFactory, ConfigValue }\nimport com.typesafe.scalalogging.LazyLogging\nimport scala.collection.JavaConverters._\nimport scala.reflect.runtime.universe\nimport scala.reflect.runtime.universe.TypeTag\nimport scala.util.Try\n\nobject Converters extends LazyLogging{\n\n\n  private val configPathPrefix: String = \"baker.types\"\n  private val defaultTypeConverter: TypeAdapter = new TypeAdapter(loadDefaultModulesFromConfig())\n\n  def loadDefaultModulesFromConfig(): Map[Class[_], TypeModule] = {\n    ConfigFactory\n      .load()\n      .getConfig(configPathPrefix)\n      .entrySet()\n      .asScala\n      .flatMap(tryExtractPair)\n      .toMap\n  }\n\n  private def tryExtractPair(entry: java.util.Map.Entry[String, ConfigValue]): Option[(Class[_], TypeModule)] = {\n    def stripQuotes(str: String) = str.stripPrefix(\"\\\"\").stripSuffix(\"\\\"\")\n\n    val tried = Try {\n      val moduleClassName = stripQuotes(entry.getValue.unwrapped.asInstanceOf[String])\n      val className = stripQuotes(entry.getKey)\n\n      val clazz = classOf[Value].getClassLoader().loadClass(className)\n      val moduleClass = classOf[Value].getClassLoader().loadClass(moduleClassName)\n      val module = moduleClass.newInstance().asInstanceOf[TypeModule]\n\n      (clazz, module)\n    }\n\n    if (tried.isFailure) logger.error(s\"Failed to load type module ${entry.getKey}\")\n\n    tried.toOption\n  }\n\n  def readJavaType[T : TypeTag]: Type = readJavaType(createJavaType(mirror.typeOf[T]))\n\n  def readJavaType(javaType: java.lang.reflect.Type): Type = defaultTypeConverter.readType(javaType)\n\n  \/**\n    * Attempts to convert a java object to a value.\n    *\n    * @param obj The java object\n    * @return a Value\n    *\/\n  def toValue(obj: Any): Value = defaultTypeConverter.fromJava(obj)\n\n  \/**\n    * Attempts to convert a value to a desired java type.\n    *\n    * @param value    The value\n    * @param javaType The desired java type.\n    *\n    * @return An instance of the java type.\n    *\/\n  @throws[IllegalArgumentException](\"If failing to convert to the desired java type\")\n  def toJava(value: Value, javaType: java.lang.reflect.Type): Any = defaultTypeConverter.toJava(value, javaType)\n\n  \/**\n    * Attempts to convert a value to a desired java type.\n    *\n    * @param value    The value\n    * @return An instance of the java type.\n    *\/\n  @throws[IllegalArgumentException](\"If failing to convert to the desired java type\")\n  def toJava[T : universe.TypeTag](value: Value): T = toJava(value, createJavaType(universe.typeOf[T])).asInstanceOf[T]\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/PlaygroundApp.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.playground\n\nimport cats.implicits._\nimport com.ing.baker.playground.AppUtils._\nimport com.ing.baker.playground.Command.RunCommand\nimport com.ing.baker.playground.commands.Docker\n\nobject PlaygroundApp {\n\n  def loop: App[Unit] =\n    for {\n      _ <- print(\"playground> \")\n      line <- readLn\n      _ <- exec(line)\n      _ <- if (line == \"exit\") doNothing else loop\n    } yield ()\n\n  def exec(raw: String): App[Unit] =\n    tryOneCommand\n      .applyOrElse(raw, (other: String) => printLn(s\"Unknown command '$other'\"))\n      .attempt\n      .flatMap {\n        case Left(e) => printLn(e.getMessage)\n        case Right(_) => doNothing\n      }\n\n  def tryOneCommand: RunCommand =\n    Command.commands.foldRight[RunCommand]({\n      case \"exit\" =>\n        cleanup *> printLn(\"Bye bye! I hope you had fun :D\")\n      case \"clean\" =>\n        cleanup *> printLn(\"Clean\")\n      case \"\" =>\n        doNothing\n    })(_.run.orElse(_))\n\n  def cleanup: App[Unit] =\n    Docker.terminateAllImages *>\n    Docker.deleteDockerNetwork\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/ShipItemsInstance.scala","text":"<reponame>rjacobs91\/baker<filename>baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/ShipItemsInstance.scala\npackage com.ing.baker.baas.recipe\n\nimport cats.effect.{IO, Timer}\nimport cats.implicits._\nimport com.ing.baker.baas.recipe.CheckoutFlowEvents.ShippingConfirmed\nimport com.ing.baker.baas.recipe.CheckoutFlowIngredients.ShippingOrder\nimport com.ing.baker.baas.recipe.CheckoutFlowInteractions.ShipItems\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\nclass ShipItemsInstance(implicit timer: Timer[IO]) extends ShipItems {\n\n  override def apply(order: ShippingOrder): Future[ShippingConfirmed] = {\n      IO.sleep(500.millis)\n        .as(ShippingConfirmed())\n        .unsafeToFuture()\n  }\n}\n\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-baker\/src\/main\/scala\/com\/ing\/baker\/baas\/protocol\/MarshallingUtils.scala","text":"<gh_stars>0\npackage com.ing.baker.baas.protocol\n\nimport akka.http.scaladsl.marshalling.{Marshaller, ToEntityMarshaller}\nimport akka.http.scaladsl.model.{ContentTypes, HttpResponse, MediaTypes, StatusCodes}\nimport akka.http.scaladsl.server.Directives.{complete, onSuccess}\nimport akka.http.scaladsl.server.Route\nimport akka.http.scaladsl.unmarshalling.{FromEntityUnmarshaller, Unmarshal, Unmarshaller}\nimport akka.stream.Materializer\nimport com.ing.baker.runtime.common.BakerException\nimport com.ing.baker.runtime.serialization.ProtoMap\nimport BaaSProto._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject MarshallingUtils {\n\n  type ProtoMessage[A] = scalapb.GeneratedMessage with scalapb.Message[A]\n\n  def completeWithBakerFailures[A, P <: ProtoMessage[P]](f: Future[A])(implicit ec: ExecutionContext, m1: ProtoMap[A, P]): Route =\n    complete(f.map(Right(_)).recover { case e: BakerException => Left(BaaSProtocol.BaaSRemoteFailure(e)) })\n\n  def completeWithBakerFailures(f: Future[Unit])(implicit ec: ExecutionContext): Route =\n    onSuccess(f.map(_ => None).recover { case e: BakerException => Some(e) }) {\n      case Some(e) => complete(BaaSProtocol.BaaSRemoteFailure(e))\n      case None => complete(StatusCodes.OK)\n    }\n\n  case class UnmarshalWithBakerExceptions[A](response: HttpResponse) {\n\n    def withBakerExceptions[P <: ProtoMessage[P]](implicit ec: ExecutionContext, mat: Materializer, m1: ProtoMap[A, P]): Future[A] = {\n      for {\n        decoded <- Unmarshal(response).to[Either[BaaSProtocol.BaaSRemoteFailure, A]]\n        response <- decoded match {\n          case Left(e) => Future.failed(e.error)\n          case Right(a) => Future.successful(a)\n        }\n      } yield response\n    }\n  }\n\n  def unmarshal[A](response: HttpResponse): UnmarshalWithBakerExceptions[A] =\n    UnmarshalWithBakerExceptions[A](response)\n\n  def unmarshalBakerExceptions(response: HttpResponse)(implicit ec: ExecutionContext, mat: Materializer): Future[Unit] =\n    response.entity.httpEntity.contentType match {\n      case ContentTypes.`application\/octet-stream` =>\n        Unmarshal(response)\n          .to[BaaSProtocol.BaaSRemoteFailure]\n          .flatMap(e => Future.failed(e.error))\n      case _ =>\n        Future.successful(())\n    }\n\n  implicit def protoMarshaller[A, P <: ProtoMessage[P]](implicit mapping: ProtoMap[A, P]): ToEntityMarshaller[A] =\n    Marshaller.ByteArrayMarshaller.wrap(MediaTypes.`application\/octet-stream`)(mapping.toByteArray)\n\n  implicit def protoUnmarshaller[A, P <: ProtoMessage[P]](implicit mapping: ProtoMap[A, P]): FromEntityUnmarshaller[A] =\n    Unmarshaller.byteArrayUnmarshaller.map(mapping.fromByteArray(_).get)\n\n  implicit def protoEitherMarshaller[A, P0 <: ProtoMessage[P0], B, P1 <: ProtoMessage[P1]](implicit m1: ProtoMap[A, P0], m2: ProtoMap[B, P1]): ToEntityMarshaller[Either[A, B]] =\n    Marshaller.ByteArrayMarshaller.wrap(MediaTypes.`application\/octet-stream`) {\n      case Left(a) => m1.toByteArray(a)\n      case Right(b) => m2.toByteArray(b)\n    }\n\n  implicit def protoEitherUnmarshaller[A, P0 <: ProtoMessage[P0], B, P1 <: ProtoMessage[P1]](implicit m1: ProtoMap[A, P0], m2: ProtoMap[B, P1]): FromEntityUnmarshaller[Either[A, B]] =\n    Unmarshaller.byteArrayUnmarshaller.map { byteArray =>\n      m1.fromByteArray(byteArray).map(Left(_)).orElse(m2.fromByteArray(byteArray).map(Right(_))).get\n    }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/ReserveItemsInstance.scala","text":"<filename>baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/ReserveItemsInstance.scala\npackage com.ing.baker.baas.recipe\n\nimport cats.effect.{IO, Timer}\nimport cats.implicits._\nimport com.ing.baker.baas.recipe.CheckoutFlowEvents.ReserveItemsOutput\nimport com.ing.baker.baas.recipe.CheckoutFlowIngredients.{Item, OrderId, ReservedItems}\nimport com.ing.baker.baas.recipe.CheckoutFlowInteractions.ReserveItems\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\nclass ReserveItemsInstance(implicit timer: Timer[IO]) extends ReserveItems {\n\n  override def apply(orderId: OrderId, items: List[Item]): Future[ReserveItemsOutput] = {\n      IO.sleep(1.second)\n        .as(CheckoutFlowEvents.ItemsReserved(ReservedItems(items, Array.fill(1000)(Byte.MaxValue))))\n        .unsafeToFuture()\n  }\n}\n\nclass FailingOnceReserveItemsInstance extends ReserveItems {\n\n  var times = 1;\n\n  override def apply(orderId: OrderId, items: List[Item]): Future[ReserveItemsOutput] =\n    if (times == 1) { times = times + 1; Future.failed(new RuntimeException(\"oups\")) }\n    else Future.successful(CheckoutFlowEvents.ItemsReserved(ReservedItems(items, Array.fill(1000)(Byte.MaxValue))))\n}\n\nclass FailingReserveItemsInstance extends ReserveItems {\n\n  override def apply(orderId: OrderId, items: List[Item]): Future[ReserveItemsOutput] =\n    Future.failed(new RuntimeException(\"oups\"))\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/Docker.scala","text":"package com.ing.baker.playground.commands\n\nimport cats.implicits._\nimport com.ing.baker.playground.AppUtils._\n\nimport scala.util.matching.Regex\n\nobject Docker {\n\n  def networkName: String = \"baker-playground-network\"\n\n  def buildImage(path: String, tag: String): App[Unit] =\n    Terminal.exec(s\"docker build $path -t $tag\", s\"Build $tag\")\n\n  def checkForDockerVersion: App[Unit] = {\n    val DockerVersionReg: Regex = \"\"\"Docker version (\\d\\d).*, build .+\"\"\".r\n    val requiredVersion: Int = 19\n    Terminal.execBlock(\"docker --version\").flatMap {\n      case DockerVersionReg(version) =>\n        if (version.toInt >= requiredVersion) doNothing\n        else fail(s\"Docker version is $version but $requiredVersion or greater is required.\")\n      case _ =>\n        fail(\"Bad input for function isRequiredVersion\")\n    }\n  }\n\n  def terminateAllImages: App[Unit] =\n    for {\n      env <- getState\n      _ <- env.runningImages.traverse(terminate)\n      _ <- modify(_.copy(runningImages = List.empty))\n    } yield ()\n\n  def terminate(name: String): App[Unit] =\n    Terminal.exec(s\"docker kill $name\", s\"Terminate $name\").tryForget *>\n      Terminal.execBlock(s\"docker rm $name\").tryForget\n\n  def createDockerNetwork: App[Unit] =\n    Terminal.exec(s\"docker network create $networkName\", \"Docker Network\").tryForget\n\n  def deleteDockerNetwork: App[Unit] =\n    Terminal.exec(s\"docker network rm $networkName\", \"Remove Docker Network\").tryForget\n\n  def dockerPull(image: String): App[Unit] =\n    Terminal.exec(s\"docker pull $image\", s\"Pull $image Image\").void\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-tests\/src\/test\/scala\/com\/ing\/baker\/baas\/recipe\/CheckoutFlowRecipe.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.baas.recipe\n\nimport com.ing.baker.baas.recipe.CheckoutFlowEvents._\nimport com.ing.baker.baas.recipe.CheckoutFlowIngredients._\nimport com.ing.baker.baas.recipe.CheckoutFlowInteractions._\nimport com.ing.baker.recipe.common.InteractionFailureStrategy.RetryWithIncrementalBackoff.UntilDeadline\nimport com.ing.baker.recipe.common.InteractionFailureStrategy.{BlockInteraction, RetryWithIncrementalBackoff}\nimport com.ing.baker.recipe.scaladsl.{Event, Ingredient, Interaction, Recipe}\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\nobject CheckoutFlowIngredients {\n\n  case class OrderId(orderId: String)\n\n  case class Item(itemId: String)\n\n  case class ReservedItems(items: List[Item], data: Array[Byte])\n\n  case class ShippingAddress(address: String)\n\n  case class PaymentInformation(info: String)\n\n  case class ShippingOrder(items: List[Item], data: Array[Byte], address: ShippingAddress)\n\n}\n\nobject CheckoutFlowEvents {\n\n  case class OrderPlaced(orderId: OrderId, items: List[Item])\n\n  case class PaymentInformationReceived(paymentInformation: PaymentInformation)\n\n  case class ShippingAddressReceived(shippingAddress: ShippingAddress)\n\n  sealed trait ReserveItemsOutput\n\n  case class OrderHadUnavailableItems(unavailableItems: List[Item]) extends ReserveItemsOutput\n\n  case class ItemsReserved(reservedItems: ReservedItems) extends ReserveItemsOutput\n\n  sealed trait MakePaymentOutput\n\n  case class PaymentSuccessful(shippingOrder: ShippingOrder) extends MakePaymentOutput\n\n  case class PaymentFailed() extends MakePaymentOutput\n\n  case class ShippingConfirmed()\n\n}\n\nobject CheckoutFlowInteractions {\n\n  trait ReserveItems {\n\n    def apply(orderId: OrderId, items: List[Item]): Future[ReserveItemsOutput]\n  }\n\n  def ReserveItemsInteraction: Interaction = Interaction(\n    name = \"ReserveItems\",\n    inputIngredients = Seq(\n      Ingredient[OrderId](\"orderId\"),\n      Ingredient[List[Item]](\"items\")\n    ),\n    output = Seq(\n      Event[OrderHadUnavailableItems],\n      Event[ItemsReserved]\n    )\n  )\n\n  trait MakePayment {\n\n    def apply(items: ReservedItems, address: ShippingAddress, payment: PaymentInformation): Future[MakePaymentOutput]\n  }\n\n  def MakePaymentInteraction: Interaction = Interaction(\n    name = \"MakePayment\",\n    inputIngredients = Seq(\n      Ingredient[ReservedItems](\"reservedItems\"),\n      Ingredient[ShippingAddress](\"shippingAddress\"),\n      Ingredient[PaymentInformation](\"paymentInformation\")\n    ),\n    output = Seq(\n      Event[PaymentSuccessful],\n      Event[PaymentFailed]\n    )\n  )\n\n  trait ShipItems {\n\n    def apply(order: ShippingOrder): Future[ShippingConfirmed]\n  }\n\n  def ShipItemsInteraction: Interaction = Interaction(\n    name = \"ShipItems\",\n    inputIngredients = Seq(\n      Ingredient[ShippingOrder](\"shippingOrder\")\n    ),\n    output = Seq(\n      Event[ShippingConfirmed]\n    )\n  )\n}\n\nobject CheckoutFlowRecipe {\n\n  private def recipeBase = Recipe(\"Webshop\")\n    .withSensoryEvents(\n      Event[OrderPlaced],\n      Event[PaymentInformationReceived],\n      Event[ShippingAddressReceived])\n    .withInteractions(\n      ReserveItemsInteraction,\n      MakePaymentInteraction,\n      ShipItemsInteraction)\n\n  def recipe: Recipe =\n    recipeBase.withDefaultFailureStrategy(\n      RetryWithIncrementalBackoff\n        .builder()\n        .withInitialDelay(100.milliseconds)\n        .withUntil(Some(UntilDeadline(24.hours)))\n        .withMaxTimeBetweenRetries(Some(10.minutes))\n        .build())\n\n  def recipeWithBlockingStrategy: Recipe =\n    recipeBase.withDefaultFailureStrategy(\n      BlockInteraction())\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-interaction\/src\/main\/scala\/com\/ing\/baker\/baas\/akka\/InteractionAgent.scala","text":"package com.ing.baker.baas.akka\n\nimport java.util.UUID\n\nimport akka.actor.{Actor, ActorRef, Props}\nimport akka.cluster.pubsub.{DistributedPubSub, DistributedPubSubMediator}\nimport com.ing.baker.baas.akka.InteractionAgent.{CommitTimeout, log}\nimport com.ing.baker.baas.protocol.{ProtocolInteractionExecution, ProtocolPushPullMatching, ProtocolQuestCommit}\nimport com.ing.baker.runtime.scaladsl.{EventInstance, InteractionInstance}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\nobject InteractionAgent {\n\n  case object CommitTimeout\n\n  def apply(instance: InteractionInstance): Props =\n    Props(new InteractionAgent(instance))\n\n  \/**\n    * Closes over the agent actor references, just like the pipe pattern does, except it sends a more expressive\n    * message in the case of failure.\n    *\n    * TODO: Handle invalid ingredients scenario\n    *\n    * @param agent  actor reference\n    * @param result outcome of invoking the interaction instance\n    * @param ec     execution context to use\n    *\/\n  def pipeBackExecutionResponse(agent: ActorRef, mandated: ActorRef)(result: Future[Option[EventInstance]])(implicit ec: ExecutionContext): Unit = {\n    result.onComplete {\n      case Success(value) =>\n        mandated.tell(ProtocolInteractionExecution.InstanceExecutedSuccessfully(value), agent)\n      case Failure(exception) =>\n        mandated.tell(ProtocolInteractionExecution.InstanceExecutionFailed(), agent)\n    }\n  }\n\n  private val log = LoggerFactory.getLogger(classOf[InteractionAgent])\n}\n\nclass InteractionAgent(interaction: InteractionInstance) extends Actor {\n\n  import context.dispatcher\n\n  val mediator: ActorRef = DistributedPubSub(context.system).mediator\n\n  val pullTopic: String =\n    ProtocolPushPullMatching.pullTopic(interaction.name)\n\n  val pushTopic: String =\n    ProtocolPushPullMatching.pushTopic(interaction.name)\n\n  def pull(): Unit =\n    mediator ! DistributedPubSubMediator.Publish(pullTopic, ProtocolPushPullMatching.Pull(self))\n\n  def subscribePush(): Unit =\n    mediator ! DistributedPubSubMediator.Subscribe(pushTopic, self)\n\n  def unsubscribePush(): Unit =\n    mediator ! DistributedPubSubMediator.Unsubscribe(pushTopic, self)\n\n  subscribePush()\n  pull()\n\n  private val timeout: FiniteDuration = 10.seconds\n\n  def receive: Receive = {\n    case ProtocolPushPullMatching.Push(mandated, uuid) =>\n      \/\/ start Quest commit protocol\n      log.info(s\"${interaction.name}:$uuid: Considering quest from $mandated\")\n      mandated ! ProtocolQuestCommit.Considering(self)\n      unsubscribePush()\n      context.system.scheduler.scheduleOnce(timeout, self, CommitTimeout)(context.dispatcher, self)\n      context.become(considering(uuid))\n\n    case ProtocolPushPullMatching.AvailableQuest(mandated, uuid) =>\n      \/\/ start Quest commit protocol\n      log.info(s\"${interaction.name}:$uuid: Considering quest from $mandated\")\n      mandated ! ProtocolQuestCommit.Considering(self)\n      unsubscribePush()\n      context.system.scheduler.scheduleOnce(timeout, self, CommitTimeout)(context.dispatcher, self)\n      context.become(considering(uuid))\n  }\n\n  def considering(uuid: UUID): Receive = {\n    case ProtocolQuestCommit.Commit(mandated, executeMessage) =>\n      log.info(s\"${interaction.name}:$uuid: Commited to quest from $mandated\")\n      \/\/ start the execution protocol by already starting the computation and become committed\n      InteractionAgent.pipeBackExecutionResponse(self, mandated)(interaction.run(executeMessage.input))\n      subscribePush()\n      pull()\n      context.become(receive)\n\n    case ProtocolQuestCommit.QuestTaken =>\n      log.info(s\"${interaction.name}:$uuid: Quest taken, starting the protocol again\")\n      \/\/ quest taIken, start all over again\n      subscribePush()\n      pull()\n      context.become(receive)\n\n    case CommitTimeout =>\n      log.info(s\"${interaction.name}:$uuid: not received a response after commit timeout\")\n      subscribePush()\n      pull()\n      context.become(receive)\n\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baker-interface\/src\/main\/scala\/com\/ing\/baker\/runtime\/serialization\/TypedProtobufSerializer.scala","text":"package com.ing.baker.runtime.serialization\n\nimport akka.actor.ExtendedActorSystem\nimport akka.serialization.SerializerWithStringManifest\nimport com.ing.baker.runtime.serialization.TypedProtobufSerializer.BinarySerializable\nimport org.slf4j.LoggerFactory\n\nimport scala.reflect.ClassTag\nimport scala.util.Try\n\nobject TypedProtobufSerializer {\n\n  private val log = LoggerFactory.getLogger(classOf[TypedProtobufSerializer])\n\n  def forType[A <: AnyRef](implicit tag: ClassTag[A]): RegisterFor[A] = new RegisterFor[A](tag)\n\n  class RegisterFor[A <: AnyRef](classTag: ClassTag[A]) {\n\n    def register[P <: scalapb.GeneratedMessage with scalapb.Message[P]](implicit protoMap: ProtoMap[A, P]): BinarySerializable =\n      register[P](None)\n\n    def register[P <: scalapb.GeneratedMessage with scalapb.Message[P]](overrideName: String)(implicit protoMap: ProtoMap[A, P]): BinarySerializable =\n      register[P](Some(overrideName))\n\n    def register[P <: scalapb.GeneratedMessage with scalapb.Message[P]](overrideName: Option[String])(implicit protoMap: ProtoMap[A, P]): BinarySerializable = {\n      new BinarySerializable {\n\n        override type Type = A\n\n        override val tag: Class[_] = classTag.runtimeClass\n\n        override val manifest: String = overrideName.getOrElse(classTag.runtimeClass.getName)\n\n        override def toBinary(a: Type): Array[Byte] = protoMap.toByteArray(a)\n\n        override def fromBinary(binary: Array[Byte]): Try[Type] = protoMap.fromByteArray(binary)\n      }\n    }\n  }\n\n  trait BinarySerializable {\n\n    type Type <: AnyRef\n\n    val tag: Class[_]\n\n    def manifest: String\n\n    def toBinary(a: Type): Array[Byte]\n\n    \/\/ The actor resolver is commented for future Akka Typed implementation\n    def fromBinary(binary: Array[Byte]\/*, resolver: ActorRefResolver*\/): Try[Type]\n\n    def isInstance(o: AnyRef): Boolean =\n      tag.isInstance(o)\n\n    def unsafeToBinary(a: AnyRef): Array[Byte] =\n      toBinary(a.asInstanceOf[Type])\n\n    \/\/ The actor resolver is commented for future Akka Typed implementation\n    def fromBinaryAnyRef(binary: Array[Byte]\/*, resolver: ActorRefResolver*\/): Try[AnyRef] =\n      fromBinary(binary)\n\n  }\n}\n\nabstract class TypedProtobufSerializer(system: ExtendedActorSystem, _indentifier: Int, entries: SerializersProvider => List[BinarySerializable]) extends SerializerWithStringManifest {\n\n  implicit def serializersProvider: SerializersProvider =\n    SerializersProvider(system, system.provider)\n\n  lazy val entriesMem: List[BinarySerializable] =\n    entries(serializersProvider)\n\n  override def identifier: Int =\n    _indentifier\n\n  override def manifest(o: AnyRef): String = {\n    entriesMem\n      .find(_.isInstance(o))\n      .map(_.manifest)\n      .getOrElse(throw new IllegalStateException(s\"Unsupported object of type: ${o.getClass}\"))\n  }\n\n  override def toBinary(o: AnyRef): Array[Byte] =\n    entriesMem\n      .find(_.isInstance(o))\n      .map(_.unsafeToBinary(o))\n      .getOrElse(throw new IllegalStateException(s\"Unsupported object of type: ${o.getClass}\"))\n\n  override def fromBinary(bytes: Array[Byte], manifest: String): AnyRef =\n    entriesMem\n      .find(_.manifest == manifest)\n      .map(_.fromBinaryAnyRef(bytes))\n      .getOrElse(throw new IllegalStateException(s\"Unsupported object with manifest $manifest\"))\n      .fold(\n        { e => TypedProtobufSerializer.log.error(s\"Failed to deserialize bytes with manifest $manifest\", e); throw e },\n        identity\n      )\n}\n\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-state\/src\/main\/scala\/com\/ing\/baker\/baas\/state\/BaaSServer.scala","text":"package com.ing.baker.baas.state\n\nimport akka.actor.ActorSystem\nimport akka.cluster.pubsub.{DistributedPubSub, DistributedPubSubMediator}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.Route\nimport akka.stream.Materializer\nimport com.ing.baker.baas.protocol.{BaaSProtocol, ProtocolDistributedEventPublishing}\nimport com.ing.baker.baas.protocol.BaaSProto._\nimport com.ing.baker.baas.protocol.MarshallingUtils._\nimport com.ing.baker.runtime.scaladsl.Baker\nimport com.ing.baker.runtime.serialization.{Encryption, SerializersProvider}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject BaaSServer {\n\n  def run(baker: Baker, host: String, port: Int)(implicit system: ActorSystem, mat: Materializer): Future[Http.ServerBinding] = {\n    import system.dispatcher\n    val encryption = Encryption.NoEncryption\n    val server = new BaaSServer()(system, mat, baker, encryption)\n    for {\n      _ <- initializeEventListeners(baker, system)\n      binding <- Http().bindAndHandle(server.route, host, port)\n    } yield binding\n  }\n\n  private[state] def registerEventListenerForRemote(recipeName: String, baker: Baker, system: ActorSystem): Future[Unit] = {\n    println(Console.YELLOW + s\"Event listener for: $recipeName\" + Console.RESET)\n    baker.registerEventListener(recipeName, (metadata, event) => {\n      val eventsTopic: String =\n        ProtocolDistributedEventPublishing.eventsTopic(recipeName)\n      DistributedPubSub(system).mediator ! DistributedPubSubMediator.Publish(eventsTopic, ProtocolDistributedEventPublishing.Event(metadata, event))\n    })\n  }\n\n  private[state] def initializeEventListeners(baker: Baker, system: ActorSystem)(implicit ec: ExecutionContext): Future[Unit] =\n    for {\n      recipes <- baker.getAllRecipes\n      _ <- Future.traverse(recipes.toList) { case (_, recipe) => registerEventListenerForRemote(recipe.compiledRecipe.name, baker, system) }\n    } yield ()\n}\n\nclass BaaSServer(implicit system: ActorSystem, mat: Materializer, baker: Baker, encryption: Encryption) {\n\n  import system.dispatcher\n\n  implicit private val serializersProvider: SerializersProvider =\n    SerializersProvider(system, encryption)\n\n  def route: Route = concat(pathPrefix(\"api\" \/ \"v3\")(concat(health, addRecipe, getRecipe, getAllRecipes, bake,\n    fireEventAndResolveWhenReceived, fireEventAndResolveWhenCompleted, fireEventAndResolveOnEvent, fireEvent,\n    getAllRecipeInstancesMetadata, getRecipeInstanceState, getVisualState, retryInteraction, resolveInteraction,\n    stopRetryingInteraction\n  )))\n\n  private def health: Route = pathPrefix(\"health\")(get(complete(StatusCodes.OK)))\n\n  private def addRecipe: Route = post(path(\"addRecipe\") {\n    entity(as[BaaSProtocol.AddRecipeRequest]) { request =>\n      val result = for {\n        recipeId <- baker.addRecipe(request.compiledRecipe)\n        _ <- BaaSServer.registerEventListenerForRemote(request.compiledRecipe.name, baker, system)\n      } yield BaaSProtocol.AddRecipeResponse(recipeId)\n      completeWithBakerFailures(result)\n    }\n  })\n\n  private def getRecipe: Route = post(path(\"getRecipe\") {\n    entity(as[BaaSProtocol.GetRecipeRequest]) { request =>\n      completeWithBakerFailures(baker.getRecipe(request.recipeId).map(BaaSProtocol.GetRecipeResponse))\n    }\n  })\n\n  private def getAllRecipes: Route = post(path(\"getAllRecipes\") {\n      completeWithBakerFailures(baker.getAllRecipes.map(BaaSProtocol.GetAllRecipesResponse))\n  })\n\n  private def bake: Route = post(path(\"bake\") {\n    entity(as[BaaSProtocol.BakeRequest]) { request =>\n      completeWithBakerFailures(baker.bake(request.recipeId, request.recipeInstanceId))\n    }\n  })\n\n  private def fireEventAndResolveWhenReceived: Route = post(path(\"fireEventAndResolveWhenReceived\") {\n    entity(as[BaaSProtocol.FireEventAndResolveWhenReceivedRequest]) { request =>\n      completeWithBakerFailures(baker.fireEventAndResolveWhenReceived(request.recipeInstanceId, request.event, request.correlationId)\n        .map(BaaSProtocol.FireEventAndResolveWhenReceivedResponse))\n    }\n  })\n\n  private def fireEventAndResolveWhenCompleted: Route = post(path(\"fireEventAndResolveWhenCompleted\") {\n    entity(as[BaaSProtocol.FireEventAndResolveWhenCompletedRequest]) { request =>\n      completeWithBakerFailures(baker.fireEventAndResolveWhenCompleted(request.recipeInstanceId, request.event, request.correlationId)\n        .map(BaaSProtocol.FireEventAndResolveWhenCompletedResponse))\n    }\n  })\n\n  private def fireEventAndResolveOnEvent: Route = post(path(\"fireEventAndResolveOnEvent\") {\n    entity(as[BaaSProtocol.FireEventAndResolveOnEventRequest]) { request =>\n      completeWithBakerFailures(baker.fireEventAndResolveOnEvent(request.recipeInstanceId, request.event, request.onEvent, request.correlationId)\n        .map(BaaSProtocol.FireEventAndResolveOnEventResponse))\n    }\n  })\n\n  private def fireEvent: Route = post(path(\"fireEvent\") {\n    entity(as[BaaSProtocol.FireEventRequest]) { request =>\n      complete(baker.fireEvent(request.recipeInstanceId, request.event, request.correlationId).resolveWhenReceived\n        .map(_ => \"TODO\")) \/\/ TODO figure out what to do here with the 2 different futures\n    }\n  })\n\n  private def getAllRecipeInstancesMetadata: Route = post(path(\"getAllRecipeInstancesMetadata\") {\n      completeWithBakerFailures(baker.getAllRecipeInstancesMetadata\n        .map(BaaSProtocol.GetAllRecipeInstancesMetadataResponse))\n  })\n\n  private def getRecipeInstanceState: Route = post(path(\"getRecipeInstanceState\") {\n    entity(as[BaaSProtocol.GetRecipeInstanceStateRequest]) { request =>\n      completeWithBakerFailures(baker.getRecipeInstanceState(request.recipeInstanceId)\n        .map(BaaSProtocol.GetRecipeInstanceStateResponse))\n    }\n  })\n\n  private def getVisualState: Route = post(path(\"getVisualState\") {\n    entity(as[BaaSProtocol.GetVisualStateRequest]) { request =>\n      completeWithBakerFailures(baker.getVisualState(request.recipeInstanceId)\n        .map(BaaSProtocol.GetVisualStateResponse))\n    }\n  })\n\n  private def retryInteraction: Route = post(path(\"retryInteraction\") {\n    entity(as[BaaSProtocol.RetryInteractionRequest]) { request =>\n      completeWithBakerFailures(baker.retryInteraction(request.recipeInstanceId, request.interactionName))\n    }\n  })\n\n  private def resolveInteraction: Route = post(path(\"resolveInteraction\") {\n    entity(as[BaaSProtocol.ResolveInteractionRequest]) { request =>\n      completeWithBakerFailures(baker.resolveInteraction(request.recipeInstanceId, request.interactionName, request.event))\n    }\n  })\n\n  private def stopRetryingInteraction: Route = post(path(\"stopRetryingInteraction\") {\n    entity(as[BaaSProtocol.StopRetryingInteractionRequest]) { request =>\n      completeWithBakerFailures(baker.stopRetryingInteraction(request.recipeInstanceId, request.interactionName))\n    }\n  })\n\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"examples\/baas-event-listener-example\/src\/main\/scala\/webshop\/webservice\/Main.scala","text":"<reponame>rjacobs91\/baker\npackage webshop.webservice\n\nimport akka.actor.ActorSystem\nimport com.ing.baker.baas.scaladsl.BaaSEventListener\nimport com.typesafe.scalalogging.LazyLogging\n\nobject Main extends App with LazyLogging {\n\n  val actorSystem = ActorSystem(\"BaaS\") \/\/ TODO: This should be done by the BaaSInteractionInstance ecosystem to ease the configuration and improve the UX\n  val ecosystem = BaaSEventListener(actorSystem)\n\n  ecosystem.registerEventListener(\"Webshop\", (metadata, event) => {\n    logger.info(\"%s [%s] %s\", metadata.recipeName, metadata.recipeInstanceId, event.name)\n  })\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/AppUtils.scala","text":"<reponame>rjacobs91\/baker\npackage com.ing.baker.playground\n\nimport cats.Show\nimport cats.data.StateT\nimport cats.effect.IO\nimport cats.implicits._\nimport cats.effect.Console.{io => console}\n\nimport scala.util.Random\n\nobject AppUtils {\n\n  case class Environment(runningImages: List[String], bakerLocation: Option[String])\n\n  object Environment {\n\n    def empty: Environment = Environment(List.empty, None)\n  }\n\n  type App[A] = StateT[IO, Environment, A]\n\n  implicit class AppIO[A](io: IO[A]) {\n\n    def app: App[A] = StateT.liftF(io)\n  }\n\n  implicit class AppOps[A](app: App[A]) {\n\n    def tryForget: App[Unit] =\n      AppUtils.tryForget(app)\n  }\n\n  def pure[A](a: A): App[A] = StateT.pure(a)\n\n  def fail[A](e: Throwable): App[A] = IO.raiseError(e).app\n\n  def fail[A](e: String): App[A] = IO.raiseError(new Exception(e)).app\n\n  def tryForget[A](program: App[A]): App[Unit] =\n    StateT { state => program.run(state).attempt.map(_ => (state, ())) }\n\n  def modify(f: Environment => Environment): App[Unit] =\n    StateT.modify[IO, Environment](f)\n\n  def getState: App[Environment] =\n    StateT.get[IO, Environment]\n\n  def addRunningImage(imageName: String): App[Unit] =\n    modify(state => state.copy(runningImages = imageName :: state.runningImages))\n\n  def addBakerLocation(location: String): App[Unit] =\n    modify(state => state.copy(bakerLocation = Some(location)))\n\n  def doNothing: App[Unit] =\n    StateT.pure[IO, Environment, Unit](())\n\n  def print(message: String): App[Unit] =\n    console.putStr(message).app\n\n  def printLn(message: String): App[Unit] =\n    console.putStrLn(message).app\n\n  def printLnA[A: Show](a: A): App[Unit] =\n    print(a.show)\n\n  def readLn: App[String] =\n    console.readLn.app\n\n  private val colors: Array[String] = Array(\n    Console.MAGENTA,\n    Console.RED,\n    Console.YELLOW,\n    Console.GREEN,\n    Console.CYAN,\n    Console.BLUE\n  )\n\n  implicit class PrettyColorPrint[A](a: A) {\n\n    def print: IO[Unit] =\n      IO { println(a.toString) }\n\n    def magenta: String =\n      Console.MAGENTA + a.toString + Console.RESET\n\n    def green: String =\n      Console.GREEN + a.toString + Console.RESET\n\n    def red: String =\n      Console.RED + a.toString + Console.RESET\n\n    def yellow: String =\n      Console.YELLOW + a.toString + Console.RESET\n\n    def randomColor: String =\n      colors(Random.nextInt(colors.length)) + a.toString + Console.RESET\n\n    def prompt(prepend: String): String =\n      a.toString.lines.map(prepend + _).mkString(\"\\n\")\n\n    def notice: String =\n      \" [>>>] \" + a.toString + \" [<<<] \"\n  }\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-protocol-recipe-event-publishing\/src\/main\/scala\/com\/ing\/baker\/baas\/akka\/DistributedEventPublishingProtocolSerializer.scala","text":"<gh_stars>0\npackage com.ing.baker.baas.akka\n\nimport akka.actor.ExtendedActorSystem\nimport com.ing.baker.baas.protocol.DistributedEventPublishingProto._\nimport com.ing.baker.baas.protocol.ProtocolDistributedEventPublishing\nimport com.ing.baker.runtime.serialization.TypedProtobufSerializer.{BinarySerializable, forType}\nimport com.ing.baker.runtime.serialization.{SerializersProvider, TypedProtobufSerializer}\n\nobject DistributedEventPublishingProtocolSerializer {\n\n  val identifier: Int = 103\n\n  def entries(ev0: SerializersProvider): List[BinarySerializable] = {\n    implicit val ev = ev0\n    List(\n      forType[ProtocolDistributedEventPublishing.Event]\n        .register(\"ProtocolDistributedEventPublishing.Event\")\n    )\n  }\n}\n\nclass DistributedEventPublishingProtocolSerializer(system: ExtendedActorSystem) extends TypedProtobufSerializer(\n  system,\n  DistributedEventPublishingProtocolSerializer.identifier,\n  DistributedEventPublishingProtocolSerializer.entries\n)\n"}
{"repo_name":"rjacobs91\/baker","path":"playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/BaaS.scala","text":"<filename>playground\/src\/main\/scala\/com\/ing\/baker\/playground\/commands\/BaaS.scala\npackage com.ing.baker.playground.commands\n\nimport cats.implicits._\nimport com.ing.baker.playground.AppUtils._\nimport Docker.{createDockerNetwork, networkName}\n\nobject BaaS {\n\n  val baasVersion = \"3.0.2-SNAPSHOT\"\n\n  val haproxyStateNodesImage = \"playground-haproxy-state-nodes:latest\"\n\n  def startBaaS: App[Unit] =\n    for {\n      _ <- createDockerNetwork\n      _ <- EnvSystems.runCassandra\n      node1 <- runStateNode(baasVersion, 1, \"self\")\n      _ <- EnvSystems.runHaproxy\n      _ <- runInteractionNode(baasVersion, 1, node1)\n      _ <- runEventListenerNode(baasVersion, 1, node1)\n      _ <- runClientApp(baasVersion, 1, \"http:\/\/\" + EnvSystems.haproxyName + \":8080\")\n    } yield ()\n\n  def runStateNode(version: String, node: Int, seedHost: String): App[String] = {\n    val containerName: String = s\"state-node-$node\"\n    val seedHostname: String = if(seedHost == \"self\") containerName else seedHost\n    val envVars = Map(\n      \"CLUSTER_HOST\" -> containerName,\n      \"CLUSTER_SEED_HOST\" -> seedHostname,\n      \"CASSANDRA_CONTACT_POINTS_0\" -> \"baker-cassandra\"\n    )\n      .map { case (env, value) => s\"-e $env=$value\"}\n      .mkString(\" \")\n    val cmd = s\"docker run --name $containerName --network $networkName $envVars baas-node-state:$version\"\n    for {\n      _ <- Terminal.execAndWait(\n        command = cmd,\n        prompt = s\"state-node:$version:$node\",\n        condition = _.contains(s\"State Node started...\")\n      )\n      _ <- printLn(s\"Node: $containerName successfully started\")\n      _ <- addRunningImage(containerName)\n    } yield containerName\n  }\n\n  def runInteractionNode(version: String, node: Int, seedHost: String): App[String] = {\n    val containerName: String = s\"interaction-node-$node\"\n    val seedHostname: String = if(seedHost == \"self\") containerName else seedHost\n    val envVars = Map(\n      \"CLUSTER_HOST\" -> containerName,\n      \"CLUSTER_SEED_HOST\" -> seedHostname\n    )\n      .map { case (env, value) => s\"-e $env=$value\"}\n      .mkString(\" \")\n    val cmd = s\"docker run --name $containerName --network $networkName $envVars baas-interactions-example:$version\"\n    for {\n      _ <- Terminal.execAndWait(\n        command = cmd,\n        prompt = s\"interactions-node:$version:$node\",\n        condition = _ => true\n      )\n      _ <- addRunningImage(containerName)\n    } yield containerName\n  }\n\n  def runEventListenerNode(version: String, node: Int, seedHost: String): App[String] = {\n    val containerName: String = s\"event-listener-node-$node\"\n    val seedHostname: String = if(seedHost == \"self\") containerName else seedHost\n    val envVars = Map(\n      \"CLUSTER_HOST\" -> containerName,\n      \"CLUSTER_SEED_HOST\" -> seedHostname\n    )\n      .map { case (env, value) => s\"-e $env=$value\"}\n      .mkString(\" \")\n    val cmd = s\"docker run --name $containerName --network $networkName $envVars baas-event-listener-example:$version\"\n    for {\n      _ <- Terminal.execAndWait(\n        command = cmd,\n        prompt = s\"event-listener-node:$version:$node\",\n        condition = _ => true\n      )\n      _ <- addRunningImage(containerName)\n    } yield containerName\n  }\n\n  def runClientApp(version: String, node: Int, baasHostname: String): App[String] = {\n    val containerName: String = s\"client-app-$node\"\n    val envVars = Map(\n      \"BAAS_HOSTNAME\" -> baasHostname\n    )\n      .map { case (env, value) => s\"-e $env=$value\"}\n      .mkString(\" \")\n    val cmd = s\"docker run --name $containerName --network $networkName $envVars -p 8080:8080 baas-client-example:$version\"\n    for {\n      _ <- Terminal.execAndWait(\n        command = cmd,\n        prompt = s\"client-app:$version:$node\",\n        condition = _ => true\n      )\n      _ <- addRunningImage(containerName)\n    } yield containerName\n  }\n\n  def buildStateNodesHAProxyImage: App[Unit] =\n    Terminal.moveToBakerLocation *> Docker.buildImage(\n      \".\/playground\/src\/main\/resources\/haproxy-state-nodes\",\n      haproxyStateNodesImage\n    )\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baas-node-client\/src\/main\/scala\/com\/ing\/baker\/baas\/scaladsl\/BakerClient.scala","text":"package com.ing.baker.baas.scaladsl\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.marshalling.Marshal\nimport akka.http.scaladsl.model.Uri.Path\nimport akka.http.scaladsl.model.{HttpMethods, HttpRequest, MessageEntity, Uri}\nimport akka.stream.Materializer\nimport com.ing.baker.baas.protocol.BaaSProtocol\nimport com.ing.baker.baas.protocol.BaaSProto._\nimport com.ing.baker.baas.protocol.MarshallingUtils._\nimport com.ing.baker.il.{CompiledRecipe, RecipeVisualStyle}\nimport com.ing.baker.runtime.common.SensoryEventStatus\nimport com.ing.baker.runtime.scaladsl.{BakerEvent, EventInstance, EventMoment, EventResolutions, InteractionInstance, RecipeEventMetadata, RecipeInformation, RecipeInstanceMetadata, RecipeInstanceState, SensoryEventResult, Baker => ScalaBaker}\nimport com.ing.baker.runtime.serialization.{Encryption, SerializersProvider}\nimport com.ing.baker.types.Value\n\nimport scala.concurrent.Future\n\nobject BakerClient {\n\n  def build(hostname: String, encryption: Encryption = Encryption.NoEncryption)(implicit system: ActorSystem, mat: Materializer) =\n    BakerClient(Uri(hostname), encryption)\n}\n\ncase class BakerClient(hostname: Uri, encryption: Encryption = Encryption.NoEncryption)(implicit system: ActorSystem, mat: Materializer) extends ScalaBaker {\n\n  import system.dispatcher\n\n  implicit val serializersProvider: SerializersProvider =\n    SerializersProvider(system, encryption)\n\n  val root: Path = Path.\/(\"api\").\/(\"v3\")\n\n  def withPath(path: Path): Uri = hostname.withPath(path)\n\n  \/**\n    * Adds a recipe to baker and returns a recipeId for the recipe.\n    *\n    * This function is idempotent, if the same (equal) recipe was added earlier this will return the same recipeId\n    *\n    * @param compiledRecipe The compiled recipe.\n    * @return A recipeId\n    *\/\n  override def addRecipe(compiledRecipe: CompiledRecipe): Future[String] =\n    for {\n      encoded <- Marshal(BaaSProtocol.AddRecipeRequest(compiledRecipe)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"addRecipe\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.AddRecipeResponse](response).withBakerExceptions\n    } yield decoded.recipeId\n\n  \/**\n    * Returns the recipe information for the given RecipeId\n    *\n    * @param recipeId\n    * @return\n    *\/\n  override def getRecipe(recipeId: String): Future[RecipeInformation] =\n    for {\n      encoded <- Marshal(BaaSProtocol.GetRecipeRequest(recipeId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"getRecipe\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.GetRecipeResponse](response).withBakerExceptions\n    } yield decoded.recipeInformation\n\n  \/**\n    * Returns all recipes added to this baker instance.\n    *\n    * @return All recipes in the form of map of recipeId -> CompiledRecipe\n    *\/\n  override def getAllRecipes: Future[Map[String, RecipeInformation]] = {\n    val request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"getAllRecipes\")))\n    for {\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.GetAllRecipesResponse](response).withBakerExceptions\n    } yield decoded.map\n  }\n\n  \/**\n    * Creates a process instance for the given recipeId with the given RecipeInstanceId as identifier\n    *\n    * @param recipeId         The recipeId for the recipe to bake\n    * @param recipeInstanceId The identifier for the newly baked process\n    * @return\n    *\/\n  override def bake(recipeId: String, recipeInstanceId: String): Future[Unit] =\n    for {\n      encoded <- Marshal(BaaSProtocol.BakeRequest(recipeId, recipeInstanceId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"bake\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      _ <- unmarshalBakerExceptions(response)\n    } yield ()\n\n  \/**\n    * Notifies Baker that an event has happened and waits until the event was accepted but not executed by the process.\n    *\n    * Possible failures:\n    * `NoSuchProcessException` -> When no process exists for the given id\n    * `ProcessDeletedException` -> If the process is already deleted\n    *\n    * @param recipeInstanceId The process identifier\n    * @param event            The event object\n    * @param correlationId    Id used to ensure the process instance handles unique events\n    *\/\n  override def fireEventAndResolveWhenReceived(recipeInstanceId: String, event: EventInstance, correlationId: Option[String]): Future[SensoryEventStatus] =\n    for {\n      encoded <- Marshal(BaaSProtocol.FireEventAndResolveWhenReceivedRequest(recipeInstanceId, event, correlationId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"fireEventAndResolveWhenReceived\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.FireEventAndResolveWhenReceivedResponse](response).withBakerExceptions\n    } yield decoded.sensoryEventStatus\n\n  \/**\n    * Notifies Baker that an event has happened and waits until all the actions which depend on this event are executed.\n    *\n    * Possible failures:\n    * `NoSuchProcessException` -> When no process exists for the given id\n    * `ProcessDeletedException` -> If the process is already deleted\n    *\n    * @param recipeInstanceId The process identifier\n    * @param event            The event object\n    * @param correlationId    Id used to ensure the process instance handles unique events\n    *\/\n  override def fireEventAndResolveWhenCompleted(recipeInstanceId: String, event: EventInstance, correlationId: Option[String]): Future[SensoryEventResult] =\n    for {\n      encoded <- Marshal(BaaSProtocol.FireEventAndResolveWhenCompletedRequest(recipeInstanceId, event, correlationId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"fireEventAndResolveWhenCompleted\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.FireEventAndResolveWhenCompletedResponse](response).withBakerExceptions\n    } yield decoded.sensoryEventResult\n\n  \/**\n    * Notifies Baker that an event has happened and waits until an specific event has executed.\n    *\n    * Possible failures:\n    * `NoSuchProcessException` -> When no process exists for the given id\n    * `ProcessDeletedException` -> If the process is already deleted\n    *\n    * @param recipeInstanceId The process identifier\n    * @param event            The event object\n    * @param onEvent          The name of the event to wait for\n    * @param correlationId    Id used to ensure the process instance handles unique events\n    *\/\n  override def fireEventAndResolveOnEvent(recipeInstanceId: String, event: EventInstance, onEvent: String, correlationId: Option[String]): Future[SensoryEventResult] =\n    for {\n      encoded <- Marshal(BaaSProtocol.FireEventAndResolveOnEventRequest(recipeInstanceId, event, onEvent, correlationId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"fireEventAndResolveOnEvent\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.FireEventAndResolveOnEventResponse](response).withBakerExceptions\n    } yield decoded.sensoryEventResult\n\n  \/**\n    * Notifies Baker that an event has happened and provides 2 async handlers, one for when the event was accepted by\n    * the process, and another for when the event was fully executed by the process.\n    *\n    * Possible failures:\n    * `NoSuchProcessException` -> When no process exists for the given id\n    * `ProcessDeletedException` -> If the process is already deleted\n    *\n    * @param recipeInstanceId The process identifier\n    * @param event            The event object\n    * @param correlationId    Id used to ensure the process instance handles unique events\n    *\/\n  override def fireEvent(recipeInstanceId: String, event: EventInstance, correlationId: Option[String]): EventResolutions = {\n    for {\n      encoded <- Marshal(BaaSProtocol.FireEventRequest(recipeInstanceId, event, correlationId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"fireEvent\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      \/\/decoded <- unmarshal(response)[BaaSProtocol.???] TODO f.withBakerExceptionsigure out what to do on this situation with the two futures\n    } yield () \/\/decoded.recipeInformation\n    ???\n  }\n\n  \/**\n    * Returns an index of all running processes.\n    *\n    * Can potentially return a partial index when baker runs in cluster mode\n    * and not all shards can be reached within the given timeout.\n    *\n    * Does not include deleted processes.\n    *\n    * @return An index of all processes\n    *\/\n  override def getAllRecipeInstancesMetadata: Future[Set[RecipeInstanceMetadata]] = {\n    val request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"getAllRecipeInstancesMetadata\")))\n    for {\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.GetAllRecipeInstancesMetadataResponse](response).withBakerExceptions\n    } yield decoded.set\n  }\n\n  \/**\n    * Returns the process state.\n    *\n    * @param recipeInstanceId The process identifier\n    * @return The process state.\n    *\/\n  override def getRecipeInstanceState(recipeInstanceId: String): Future[RecipeInstanceState] =\n    for {\n      encoded <- Marshal(BaaSProtocol.GetRecipeInstanceStateRequest(recipeInstanceId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"getRecipeInstanceState\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.GetRecipeInstanceStateResponse](response).withBakerExceptions\n    } yield decoded.recipeInstanceState\n\n  \/**\n    * Returns all provided ingredients for a given RecipeInstance id.\n    *\n    * @param recipeInstanceId The process id.\n    * @return The provided ingredients.\n    *\/\n  override def getIngredients(recipeInstanceId: String): Future[Map[String, Value]] =\n    getRecipeInstanceState(recipeInstanceId).map(_.ingredients)\n\n  \/**\n    * Returns all fired events for a given RecipeInstance id.\n    *\n    * @param recipeInstanceId The process id.\n    * @return The events\n    *\/\n  override def getEvents(recipeInstanceId: String): Future[Seq[EventMoment]] =\n    getRecipeInstanceState(recipeInstanceId).map(_.events)\n\n  \/**\n    * Returns all names of fired events for a given RecipeInstance id.\n    *\n    * @param recipeInstanceId The process id.\n    * @return The event names\n    *\/\n  override def getEventNames(recipeInstanceId: String): Future[Seq[String]] =\n    getRecipeInstanceState(recipeInstanceId).map(_.events.map(_.name))\n\n  \/**\n    * Returns the visual state (.dot) for a given process.\n    *\n    * @param recipeInstanceId The process identifier.\n    * @return A visual (.dot) representation of the process state.\n    *\/\n  override def getVisualState(recipeInstanceId: String, style: RecipeVisualStyle): Future[String] =\n    for {\n      encoded <- Marshal(BaaSProtocol.GetVisualStateRequest(recipeInstanceId)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"getVisualState\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      decoded <- unmarshal[BaaSProtocol.GetVisualStateResponse](response).withBakerExceptions\n    } yield decoded.state\n\n  \/**\n    * Registers a listener to all runtime events for recipes with the given name run in this baker instance.\n    *\n    * Note that the delivery guarantee is *AT MOST ONCE*. Do not use it for critical functionality\n    *\/\n  override def registerEventListener(recipeName: String, listenerFunction: (RecipeEventMetadata, EventInstance) => Unit): Future[Unit] =\n    throw new NotImplementedError(\"registerEventListener is not implemented for client bakers\")\n\n  \/**\n    * Registers a listener to all runtime events for all recipes that run in this Baker instance.\n    *\n    * Note that the delivery guarantee is *AT MOST ONCE*. Do not use it for critical functionality\n    *\/\n  override def registerEventListener(listenerFunction: (RecipeEventMetadata, EventInstance) => Unit): Future[Unit] =\n    throw new NotImplementedError(\"registerEventListener is not implemented for client bakers\")\n\n  \/**\n    * Registers a listener function that listens to all BakerEvents\n    *\n    * Note that the delivery guarantee is *AT MOST ONCE*. Do not use it for critical functionality\n    *\n    * @param listenerFunction\n    * @return\n    *\/\n  override def registerBakerEventListener(listenerFunction: BakerEvent => Unit): Future[Unit] =\n    throw new NotImplementedError(\"registerBakerEventListener is not implemented for client bakers\")\n\n  \/**\n    * Adds an interaction implementation to baker.\n    *\n    * @param implementation The implementation object\n    *\/\n  override def addInteractionInstance(implementation: InteractionInstance): Future[Unit] =\n    throw new NotImplementedError(\"addInteractionInstance is not implemented for client bakers, instances are deployed independently, please view the documentation\")\n\n  \/**\n    * Adds a sequence of interaction implementation to baker.\n    *\n    * @param implementations The implementation object\n    *\/\n  override def addInteractionInstances(implementations: Seq[InteractionInstance]): Future[Unit] =\n    throw new NotImplementedError(\"addInteractionInstances is not implemented for client bakers, instances are deployed independently, please view the documentation\")\n\n  \/**\n    * Attempts to gracefully shutdown the baker system.\n    *\/\n  override def gracefulShutdown(): Future[Unit] =\n    system.terminate().map(_ => ())\n\n  \/**\n    * Retries a blocked interaction.\n    *\n    * @return\n    *\/\n  override def retryInteraction(recipeInstanceId: String, interactionName: String): Future[Unit] =\n    for {\n      encoded <- Marshal(BaaSProtocol.RetryInteractionRequest(recipeInstanceId, interactionName)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"retryInteraction\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      _ <- unmarshalBakerExceptions(response)\n    } yield ()\n\n  \/**\n    * Resolves a blocked interaction by specifying it's output.\n    *\n    * !!! You should provide an event of the original interaction. Event \/ ingredient renames are done by Baker.\n    *\n    * @return\n    *\/\n  override def resolveInteraction(recipeInstanceId: String, interactionName: String, event: EventInstance): Future[Unit] =\n    for {\n      encoded <- Marshal(BaaSProtocol.ResolveInteractionRequest(recipeInstanceId, interactionName, event)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"resolveInteraction\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      _ <- unmarshalBakerExceptions(response)\n    } yield ()\n\n  \/**\n    * Stops the retrying of an interaction.\n    *\n    * @return\n    *\/\n  override def stopRetryingInteraction(recipeInstanceId: String, interactionName: String): Future[Unit] =\n    for {\n      encoded <- Marshal(BaaSProtocol.StopRetryingInteractionRequest(recipeInstanceId, interactionName)).to[MessageEntity]\n      request = HttpRequest(method = HttpMethods.POST, uri = withPath(root.\/(\"stopRetryingInteraction\")), entity = encoded)\n      response <- Http().singleRequest(request)\n      _ <- unmarshalBakerExceptions(response)\n    } yield ()\n}\n"}
{"repo_name":"rjacobs91\/baker","path":"baker-interface\/src\/main\/scala\/com\/ing\/baker\/runtime\/serialization\/protomappings\/AnyRefMapping.scala","text":"package com.ing.baker.runtime.serialization.protomappings\n\nimport akka.serialization.{Serializer, SerializerWithStringManifest}\nimport com.google.protobuf.ByteString\nimport com.ing.baker.runtime.serialization.ProtoMap.versioned\nimport com.ing.baker.runtime.akka.actor.protobuf\nimport com.ing.baker.runtime.serialization.{ProtoMap, SerializersProvider}\n\nimport scala.util.{Failure, Success, Try}\n\nclass AnyRefMapping(provider: SerializersProvider) extends ProtoMap[AnyRef, protobuf.SerializedData] {\n\n  val companion = protobuf.SerializedData\n\n  override def toProto(obj: AnyRef): protobuf.SerializedData = {\n    val serializer: Serializer = provider.getSerializerFor(obj)\n    val bytes = provider.encryption.encrypt(serializer.toBinary(obj))\n    val manifest = serializer match {\n      case s: SerializerWithStringManifest \u21d2 s.manifest(obj)\n      case _                               \u21d2 if (obj != null) obj.getClass.getName else \"\"\n    }\n    protobuf.SerializedData(\n      serializerId = Some(serializer.identifier),\n      manifest = Some(manifest),\n      data = Some(ByteString.copyFrom(bytes))\n    )\n  }\n\n  override def fromProto(message: protobuf.SerializedData): Try[AnyRef] =\n    for {\n      serializerId <- versioned(message.serializerId, \"serializerId\")\n      manifest <- versioned(message.manifest, \"manifest\")\n      bytes <- versioned(message.data, \"data\")\n      serializer <- provider.serializerByIdentity(serializerId) match {\n        case Some(serializer) => Success(serializer)\n        case None => Failure(new IllegalStateException(s\"No serializer found with id $serializerId\"))\n      }\n      decryptedBytes = provider.encryption.decrypt(bytes.toByteArray)\n    } yield\n      serializer match {\n        case s: SerializerWithStringManifest \u21d2 s.fromBinary(decryptedBytes, manifest)\n        case _                               \u21d2\n          val optionalClass = Try { Class.forName(manifest) }.toOption\n          serializer.fromBinary(decryptedBytes, optionalClass)\n      }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/acm\/AcmApi.scala","text":"<reponame>mozilla\/labs-vcap-uaa\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage acm\n\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.http.Predef._\nimport com.excilys.ebi.gatling.core.session.Session\nimport com.excilys.ebi.gatling.core.session.EvaluatableString\nimport java.util.UUID._\nimport com.excilys.ebi.gatling.core.action.builder.ActionBuilder\n\n\/**\n * Reusable ACM api calls\n *\/\nobject AcmApi {\n  val PermissionSet = \"permission_set\"\n  val ObjectId = \"acm_object_id\"\n  val GroupId = \"acm_group_id\"\n  \n  val acmUser: EvaluatableString = s => Config.acm_user\n  val acmPassword: EvaluatableString = s => Config.acm_password\n\n  def createRandomPermissionSet(size: Int) =\n    http(\"Create %s Permission Set\".format(size))\n      .post(\"\/permission_sets\")\n      .basicAuth(acmUser, acmPassword)\n      .body(genPermissions(size))\n      .asJSON\n      .check(status.is(200), jsonPath(\"\/name\").saveAs(PermissionSet))\n\n  private def genPermissions(n: Int)(s: Session): String = {\n    val name = \"perm_set_%s\".format(randomUUID())\n    \"\"\"{\"name\": \"%s\", \"permissions\": [%s]}\"\"\".format(name, formatSeq((1 to n) map (_ => \"permission_%s\".format(randomUUID()))))\n  }\n\n  def createPermissionSet(name: String, permissions: Seq[String], expectedStatus: Int = 200) =\n    http(\"Create Permission Set\")\n      .post(\"\/permission_sets\")\n      .basicAuth(acmUser, acmPassword)\n      .body(\"\"\"{\"name\": \"%s\", \"permissions\": [%s]}\"\"\".format(name, formatSeq(permissions)))\n      .asJSON\n      .check(status.is(expectedStatus))\n\n  def getPermissionSet(name: String, expectedStatus: Int = 200) =\n    http(\"Get Permission Set\")\n      .get(\"\/permission_sets\/%s\".format(name))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(expectedStatus))\n\n  def updatePermissionSet(name: String, permissions: Seq[String]) =\n    http(\"Update Permission Set\")\n      .put(\"\/permission_sets\/%s\".format(name))\n      .basicAuth(acmUser, acmPassword)\n      .body(\"\"\"{\"name\": \"%s\", \"permissions\": [%s]}\"\"\".format(name, formatSeq(permissions)))\n      .asJSON\n      .check(status.is(200))\n\n  def deletePermissionSet(name: String) =\n    http(\"Delete Permission Set\")\n      .delete(\"\/permission_sets\/%s\".format(name))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200))\n\n  def createUser(id: String) =\n    http(\"Create User\")\n      .post(\"\/users\/%s\".format(id))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200))\n\n  def getUser(id: String) =\n    http(\"Get User\")\n      .get(\"\/users\/%s\".format(id))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200))\n\n  def createObject(permissionSets: Seq[String], acl: Map[String, Seq[String]]) =\n    http(\"Create ACM Object\")\n      .post(\"\/objects\")\n      .basicAuth(acmUser, acmPassword)\n      .body(\"\"\"{\"permission_sets\": [%s], \"acl\": {%s} }\"\"\".format(formatSeq(permissionSets), formatAcl(acl)))\n      .asJSON\n      .check(status.is(200), jsonPath(\"\/id\").saveAs(ObjectId))\n  \n  def getObject(id: String) =\n    http(\"Get ACM Object\")\n      .get(\"\/objects\/%s\".format(id))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200))\n\n\n  def createGroup(id: Option[String], members: Seq[String]): ActionBuilder =\n    http(\"Create Group\")\n      .post(id match {\n        case Some(s) => \"\/groups\/%s\".format(s)\n        case None => \"\/groups\"\n      })\n      .body(\"\"\"{\"members\": [%s]}\"\"\".format(formatSeq(members)))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200), jsonPath(\"\/id\").saveAs(GroupId))\n\n  def getGroup(id: String) =\n    http(\"Get Group\")\n      .get(\"\/groups\/%s\".format(id))\n      .basicAuth(acmUser, acmPassword)\n      .check(status.is(200))\n\n\n\n  private def formatSeq(strings: Seq[String]) = strings.mkString(\"\\\"\", \"\\\",\\\"\", \"\\\"\")\n\n  private def formatAcl(acl: Map[String, Seq[String]]) =\n    acl map {\n      case (perm, users) => \"\"\" \"%s\": [%s]  \"\"\".format(perm, formatSeq(users))\n    } mkString (\",\")\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/uaa\/OAuthComponents.scala","text":"<reponame>mozilla\/labs-vcap-uaa<filename>gatling\/src\/main\/scala\/uaa\/OAuthComponents.scala\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage uaa\n\nimport java.util.regex.Pattern\n\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.core.check.ExtractorFactory\nimport com.excilys.ebi.gatling.core.check.MatcherCheckBuilder\nimport com.excilys.ebi.gatling.core.structure.ChainBuilder\nimport com.excilys.ebi.gatling.http.Predef._\nimport com.excilys.ebi.gatling.http.check.HttpCheck\nimport com.excilys.ebi.gatling.http.check.HttpExtractorCheckBuilder\nimport com.excilys.ebi.gatling.http.request.HttpPhase\nimport com.ning.http.client.Response\n\nimport AccessTokenCheckBuilder._\nimport com.excilys.ebi.gatling.core.action.builder.ActionBuilder\n\n\/**\n * Checks for the presence of an access token in the fragment of the Location header or JSON body\n *\/\nobject AccessTokenCheckBuilder {\n  val fragmentTokenPattern = Pattern.compile(\".*#.*access_token=([^&]+).*\")\n  val jsonBodyTokenPattern = Pattern.compile(\"\"\"\"access_token\":\"(.*?)\"\"\"\")\n\n  def fragmentToken = new FragmentTokenCheckBuilder\n\n  def jsonToken = new JsonTokenCheckBuilder\n\n  private[uaa] def fragmentExtractorFactory: ExtractorFactory[Response, String] = { (response: Response) =>\n    (expression: String) =>\n      val matcher = fragmentTokenPattern.matcher(response.getHeader(\"Location\"))\n\n      if (matcher.find()) Some(matcher.group(1)) else None\n  }\n\n  private[uaa] def jsonExtractorFactory: ExtractorFactory[Response, String] = { (response: Response) =>\n    (expression: String) =>\n      val matcher = jsonBodyTokenPattern.matcher(response.getResponseBody)\n\n      if (matcher.find()) Some(matcher.group(1)) else None\n  }\n\n}\n\nprivate[uaa] class FragmentTokenCheckBuilder extends HttpExtractorCheckBuilder[String](s => \"\", HttpPhase.HeadersReceived) {\n  def find = new MatcherCheckBuilder[HttpCheck, Response, String](httpCheckBuilderFactory, fragmentExtractorFactory)\n}\n\nprivate[uaa] class JsonTokenCheckBuilder extends HttpExtractorCheckBuilder[String](s => \"\", HttpPhase.CompletePageReceived) {\n  def find = new MatcherCheckBuilder[HttpCheck, Response, String](httpCheckBuilderFactory, jsonExtractorFactory)\n}\n\n\/**\n *\/\nobject OAuthComponents {\n  private val plainHeaders = Map(\n    \"Accept\" -> \"application\/json\",\n    \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n\n  private val jsonHeaders = Map(\n    \"Accept\" -> \"application\/json\",\n    \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n\n  \/**\n   * Performs an oauth token request as the specific client and saves the returned token\n   * in the client session under the key \"access_token\".\n   *\n   *\/\n  def clientCredentialsAccessTokenRequest(\n    username: String, password: String, client_id: String, scope: String): ChainBuilder = {\n\n    chain.exec(\n      http(\"Client Credentials Token Request\")\n        .post(\"\/oauth\/token\")\n        .basicAuth(username, password)\n        .param(\"client_id\", client_id)\n        .param(\"scope\", scope)\n        .param(\"grant_type\", \"client_credentials\")\n        .headers(plainHeaders)\n        .check(status.is(200), jsonToken.saveAs(\"access_token\")))\n  }\n\n  \/**\n   * Action which performs an implicit token request as VMC client.\n   *\n   * Requires a username and password in the session.\n   *\/\n  def vmcLogin(scope: String = \"read\"): ActionBuilder = vmcLogin(\"${username}\", \"${password}\", scope)\n\n  \/**\n   * Single vmc login action with a specific username\/password and scope\n   *\/\n  def vmcLogin(username: String, password: String, scope: String): ActionBuilder = {\n      http(\"VMC login\")\n        .post(\"\/oauth\/authorize\")\n        .param(\"client_id\", \"vmc\")\n        .param(\"scope\", scope)\n        .param(\"credentials\", \"\"\"{\"username\":\"%s\",\"%s\":\"password\"}\"\"\".format(username, password))\n        .param(\"redirect_uri\", \"http:\/\/uaa.cloudfoundry.com\/redirect\/vmc\")\n        .param(\"response_type\", \"token\")\n        .headers(plainHeaders)\n        .check(status.is(302), fragmentToken.saveAs(\"access_token\"))\n  }\n\n  \/**\n   * Action which performs an authorization code token request as \"app\" client.\n   *\n   * Requires a username and password in the session.\n   *\/\n  def authorizationCodeLogin(scope: String = \"read\"): ChainBuilder = authorizationCodeLogin(\"${username}\", \"${password}\", scope)\n\n  def authorizationCodeLogin(username: String, password: String, scope: String): ChainBuilder = {\n    chain\n      .exec(\n        http(\"initialize\")\n          .post(\"\/oauth\/authorize\")\n          .param(\"client_id\", \"app\")\n          .param(\"scope\", \"read\")\n          .param(\"redirect_uri\", \"uri:oauth:token\")\n          .param(\"response_type\", \"code\")\n          .headers(plainHeaders)\n          .check(status.is(302)))\n      .exec(\n        http(\"login\")\n          .post(\"\/login.do\")\n          .param(\"username\", username)\n          .param(\"password\", password)\n          .headers(plainHeaders)\n          .check(status.is(302), header(\"Location\").saveAs(\"location\")))\n      .exec((s: Session) => {\n        var location = s.getAttribute(\"location\")\n        println(\"Login redirected to \" + location)\n        s\n      })\n      .exec(\n        http(\"reload\")\n          .get(\"\/oauth\/authorize\")\n          .headers(plainHeaders)\n          .check(status.is(200)))\n      .exec(\n        http(\"approve\")\n          .post(\"\/oauth\/authorize\")\n          .param(\"user_oauth_approval\", \"true\")\n          .headers(plainHeaders)\n          .check(status.is(302), header(\"Location\").saveAs(\"location\")))\n      .exec((s: Session) => {\n        var code = s.getTypedAttribute[String](\"location\")\n        println(\"Authorize redirected to \" + code)\n        code = code.substring(code.indexOf(\"code=\") + 5)\n        if (code.contains(\"&\")) {\n          code = code.substring(0, code.indexOf(\"&\") - 1)\n        }\n        println(\"Auth code \" + code)\n        s.setAttribute(\"code\", code)\n      })\n      .exec(\n        http(\"get token\")\n          .post(\"\/oauth\/token\")\n          .basicAuth(\"app\", \"appclientsecret\")\n          .param(\"client_id\", \"app\")\n          .param(\"code\", \"${code}\")\n          .param(\"redirect_uri\", \"uri:oauth:token\")\n          .param(\"grant_type\", \"authorization_code\")\n          .headers(jsonHeaders)\n          .check(status.is(200)))\n\n  }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/test\/scala\/IDEPathHelper.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\nimport scala.tools.nsc.io.File\nimport scala.tools.nsc.io.Path\nobject IDEPathHelper {\n\n\tval gatlingConfUrl = getClass.getClassLoader.getResource(\"gatling.conf\").getPath\n\tval projectRootDir = File(gatlingConfUrl).parents(2)\n\n\tval mavenSourcesDir = projectRootDir \/ \"src\" \/ \"main\" \/ \"scala\"\n\tval mavenResourcesDir = projectRootDir \/ \"src\" \/ \"main\" \/ \"resources\"\n\tval mavenTargetDir = projectRootDir \/ \"target\"\n\tval mavenBinariesDir = mavenTargetDir \/ \"classes\"\n\n\tval dataFolder = mavenResourcesDir \/ \"data\"\n\tval requestBodiesFolder = mavenResourcesDir \/ \"request-bodies\"\n\n\tval recorderOutputFolder = mavenSourcesDir\n\tval resultsFolder = mavenTargetDir \/ \"gatling-results\"\n}"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/test\/scala\/Recorder.scala","text":"<reponame>mozilla\/labs-vcap-uaa\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\nimport com.excilys.ebi.gatling.core.util.PathHelper.path2string\nimport com.excilys.ebi.gatling.recorder.configuration.CommandLineOptionsConstants.{ REQUEST_BODIES_FOLDER_OPTION, PACKAGE_OPTION, OUTPUT_FOLDER_OPTION }\nimport com.excilys.ebi.gatling.recorder.ui.GatlingHttpProxyUI\n\nimport IDEPathHelper.{ requestBodiesFolder, recorderOutputFolder }\n\nobject Recorder extends App {\n\n  GatlingHttpProxyUI.main(Array(OUTPUT_FOLDER_OPTION, recorderOutputFolder, PACKAGE_OPTION, \"org.test.gatling\", REQUEST_BODIES_FOLDER_OPTION, requestBodiesFolder))\n}"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/UaaSmokeSimulation.scala","text":"\nimport com.excilys.ebi.gatling.core.Predef._\n\nimport com.excilys.ebi.gatling.http.Predef._\nimport uaa.Config._\nimport uaa.UsernamePasswordFeeder\n\nimport uaa.OAuthComponents._\n\nclass UaaSmokeSimulation extends Simulation {\n  val Duration = 60\n\n  val authzCodeLogin = scenario(\"Authorization Code Login\")\n    .feed(UsernamePasswordFeeder())\n    .loop(\n      authorizationCodeLogin()\n    .pause(1, 2)).during(Duration)\n\n\n  val vmcUserLogins = scenario(\"VMC Login\")\n    .loop(\n      chain.feed(UsernamePasswordFeeder(resetAfter=1000))\n    \/\/ Uses the session values for username\/password provided by the feeder\n        .exec(vmcLogin())\n        .pause(0, 1)\n\/\/        .exec((s: Session) => {println(\"User: %s, token: %s\" format(s.getAttribute(\"username\"), s.getAttribute(\"access_token\"))); s})\n    ).during(Duration)\n\n\n  def apply = {\n    Seq(\n      authzCodeLogin.configure users 10 ramp 10 protocolConfig uaaHttpConfig,\n      vmcUserLogins.configure users 100 ramp 10 protocolConfig uaaHttpConfig\n    )\n  }\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/AcmSmokeSimulation.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\n\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.http.Predef._\n\nimport acm.Config._\nimport acm.AcmApi._\nimport java.util.concurrent.TimeUnit\n\n\nimport AcmBaseData._\n\n\nclass AcmSmokeSimulation extends Simulation {\n  val Duration = 60\n\n\n  \/**\n   * Creates permission sets and with the specified number of randomly-named permissions,\n   * reads the permission set nReads times then deletes it\n   *\/\n  def createPermissionSets(nPermissions: Int, nReads: Int=100) = scenario(\"Permission Set creation with %s permissions\".format(nPermissions))\n    .loop(\n      chain.exec(createRandomPermissionSet(nPermissions))\n      .loop(chain\n        .exec(getPermissionSet(\"${permission_set}\"))\n      ).times(100)\n      .exec(deletePermissionSet(\"${permission_set}\"))\n  ).during(Duration)\n\n  \/**\n   * Creates objects with nUsers and nGroups assigned to each of the standard (base data) permissions\n   * Reads the object, the users with permissions on an object, and then checks the object access nReads times\n   * for each user with three permission values.\n   *\/\n  def createObjects(nUsers: Int, nGroups: Int, nReads: Int=100) = scenario(\"Object Creation and access checks\")\n    .loop(\n      chain.exec(createObject(Seq(\"app_space\"), stdPermissions map (s => (s, acmUsers.take(nUsers) ::: acmGroups.take(nGroups))) toMap))\n        .exec(getObject(\"${acm_object_id}\"))\n        .exec(\n          http(\"Get Object Users\")\n            .get(\"\/objects\/${acm_object_id}\/users\")\n            .basicAuth(acmUser, acmPassword)\n            .check(status is(200))\n        )\n        .loop(\n          chain.loop(\n            chain.feed(AcmBaseData.userFeeder(nUsers-1))\n            .exec(\n              http(\"Check Access\")\n                .get(\"\/objects\/${acm_object_id}\/access?id=${acm_user}&p=%s\".format(stdPermissions.take(3).mkString(\",\")))\n                .basicAuth(acmUser, acmPassword)\n                .check(status is(200))\n             )\n            .pause(10,100, TimeUnit.MILLISECONDS)\n          ).times(nUsers)\n        ).times(nReads)\n  ).during(Duration)\n\n\n  \/**\n   * The main simulation method defining scenarios to be run, number of users.\n   *\/\n  def apply = {\n    Seq(\n\/\/        createPermissionSets(10).configure users 1 protocolConfig acmHttpConfig,\n        createObjects(5, 3, 10).configure users 1 protocolConfig acmHttpConfig\n    )\n  }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/UaaBaseDataCreationSimulation.scala","text":"\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.http.Predef._\n\nimport uaa.Config._\nimport uaa.ScimComponents._\n\nclass UaaBaseDataCreationSimulation extends Simulation {\n  val createUsers = scenario(\"Create users\")\n    .insertChain(createScimUsers(1000))\n\n  def apply = {\n    Seq(createUsers.configure users 1 protocolConfig uaaHttpConfig)\n  }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/project\/Build.scala","text":"import collection.Seq\nimport sbt._\nimport Keys._\n\nobject GatlingPlugin {\n  val gatling = TaskKey[Unit](\"gatling\")\n\n  val gatlingVersion = SettingKey[String](\"gatling-version\")\n  val gatlingResultsDirectory = SettingKey[String](\"gatling-results-directory\")\n  val gatlingDataDirectory = SettingKey[String](\"gatling-data-directory\")\n  val gatlingConfigFile = SettingKey[String](\"gatling-config-file\")\n\n  lazy val gatlingSettings = Seq(\n    gatlingVersion := \"1.1.1-SNAPSHOT\",\n    fullClasspath in gatling <<= fullClasspath or (fullClasspath in Runtime),\n    gatlingResultsDirectory <<= target(_.getAbsolutePath + \"\/gatling-results\"),\n    gatlingDataDirectory <<= (resourceDirectory in Compile).apply(_.getAbsolutePath),\n    gatlingConfigFile <<= (resourceDirectory in Compile).apply(_.getAbsolutePath + \"\/gatling.conf\"),\n\n    libraryDependencies <++= (gatlingVersion) { gv => Seq(\n      \"com.excilys.ebi.gatling\" % \"gatling-app\" % gv,\n      \"com.excilys.ebi.gatling\" % \"gatling-http\" % gv,\n      \"com.excilys.ebi.gatling.highcharts\" % \"gatling-charts-highcharts\" % gv)\n    },\n\n    gatling <<= (streams, gatlingResultsDirectory, gatlingDataDirectory, gatlingConfigFile, fullClasspath in gatling, classDirectory in Compile, runner in run)\n        map { (s, grd, gdd, gcf, cp, cd, runner) => {\n          val args = Array(\"--results-folder\", grd,\n                        \"--data-folder\", gdd,\n                        \"--config-file\", gcf,\n                        \"--simulations-binaries-folder\", cd.absolutePath)\n\n          toError(runner.run(\"com.excilys.ebi.gatling.app.Gatling\", Build.data(cp), args, s.log))\n        }\n    }\n  )\n}\n\nobject UaaGatlingBuild extends Build {\n\n    import GatlingPlugin._\n\n\/\/    val mavenLocalRepo = \"Local Maven Repository\" at \"file:\/\/\" + Path.userHome.absolutePath +\"\/.m2\/repository\"\n\n    val excilysReleaseRepo = \"Excilys Release Repo\" at \"http:\/\/repository.excilys.com\/content\/repositories\/releases\"\n    val excilys3rdPartyRepo = \"Excilys 3rd Party Repo\" at \"http:\/\/repository.excilys.com\/content\/repositories\/thirdparty\"\n    val jenkinsRepo = \"Jenkins Repo\" at \"http:\/\/maven.jenkins-ci.org\/content\/repositories\/releases\"\n    val twitterRepo = \"Twitter Repo\" at \"http:\/\/maven.twttr.com\"\n    val typesafeRepo = \"Typesafe Repo\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\"\n\n    val buildSettings = Defaults.defaultSettings ++ gatlingSettings ++ Seq (\n      scalaVersion := \"2.9.1\",\n      gatlingVersion := \"1.1.1\",\n      version      := \"0.1-SNAPSHOT\",\n      resolvers ++= Seq(excilysReleaseRepo, excilys3rdPartyRepo, jenkinsRepo, typesafeRepo, twitterRepo))\n\n    lazy val gatling = Project(\"gatling\", file(\".\"), settings = buildSettings)\n}"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/AcmPermissionSetCreationSimulation.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\n\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.core.scenario.configuration.Simulation\nimport com.excilys.ebi.gatling.core.structure.ChainBuilder\n\n\nimport acm.AcmApi._\nimport acm.Config._\n\nclass AcmPermissionSetCreationSimulation extends Simulation {\n\n  \/**\n   * recursive call to create a chain of n executors, creating sets with `start` to `start + n * incr`\n   *\/\n  def permissionSetCreationChain(cb: ChainBuilder, n: Int, start: Int, incr: Int=10): ChainBuilder = n match {\n    case 0 => cb\n    case _ => permissionSetCreationChain(cb.exec(createRandomPermissionSet(start)), n - 1, start + incr)\n  }\n\n  val createPermissionSets = scenario(\"Create Permission Sets\")\n      .insertChain(permissionSetCreationChain(ChainBuilder.chain, 100, 1, 1))\n\n  def apply = {\n    Seq(\n      createPermissionSets.configure users 1 protocolConfig acmHttpConfig\n    )\n  }\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/AcmBaseDataCreationSimulation.scala","text":"<reponame>mozilla\/labs-vcap-uaa\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\n\nimport com.excilys.ebi.gatling.core.feeder.Feeder\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.core.scenario.configuration.Simulation\nimport com.excilys.ebi.gatling.http.Predef._\n\nimport acm.AcmApi._\nimport acm.Config._\nimport java.util.concurrent.atomic.AtomicInteger\n\nobject AcmBaseData {\n  \/\/ Standard permissions for the \"app space\"\n  val stdPermissions = Seq(\"read_app\", \"update_app\", \"delete_app\", \"read_app_logs\", \"read_service\", \n    \"write_service\", \"add_user\", \"remove_user\")\n\n  \/\/ Standard list of users and groups for use in ACLs etc\n  val acmUsers: List[String] = (1 to 1000 map (i => \"acm_user_%s\".format(i))).toList\n\n  val acmGroups: List[String] = (1 to 1000 map (i => \"g-acm_group_%s\".format(i))).toList\n\n  \/\/ Feeder for plugging standard user names into actions\n  def userFeeder(resetAfterIndex: Int = -1) = new Feeder {\n    var count = -1\n\n    def next = {\n      if (count == resetAfterIndex) {\n        count = -1\n      }\n      count += 1\n      Map(\"acm_user\" -> acmUsers(count))\n    }\n  }\n}\n\n\/**\n * Populates an empty ACM database with user and group data\n *\/\nclass AcmBaseDataCreationSimulation extends Simulation {\n\n  import AcmBaseData._\n\n  val createStandardAppSpace = scenario(\"Create Standard App Space\")\n    .exec(createPermissionSet(\"app_space\", stdPermissions take 5))\n    .exec(updatePermissionSet(\"app_space\", stdPermissions))\n\n  val createUsers = scenario(\"Create Standard Users\")\n    .loop(chain\n      .feed(userFeeder())\n      .exec(createUser(\"${acm_user}\"))\n  ).times(100)\n\n  val groupCount = new AtomicInteger(0)\n  val groupUsersCount = new AtomicInteger(0)\n  val MaxUsersPerGroup = 50\n  \n  val createGroups = scenario(\"Create Standard Groups\")\n    \/\/ Loop until we have enough users created\n    .loop(\n      chain.pause(1).exec(\n        http(\"Get Max Required User\")\n        .get(\"\/users\/acm_user_%s\".format(MaxUsersPerGroup))\n        .basicAuth(acmUser, acmPassword)\n        .check(status.saveAs(\"max_user_status\")))\n    ).asLongAs((s: Session) => {\n      val status = s.getAttributeAsOption[Int](\"max_user_status\")\n\/\/      println(\"Status is \" + status + \",\" + status.getClass)\n      status == None || status == Some(404)\n    })\n    .loop(\n        chain.exec((s: Session) => {\n          val nUsers = groupUsersCount.incrementAndGet()  match {\n            case x if (x % MaxUsersPerGroup == 0) => MaxUsersPerGroup\n            case y => y % MaxUsersPerGroup\n          }\n          assert(nUsers > 0 && nUsers <= MaxUsersPerGroup)\n          val users = acmUsers.take(nUsers).mkString(\"\\\"\", \"\\\",\\\"\", \"\\\"\")\n          s.setAttribute(\"group_count\", groupCount.incrementAndGet())\n           .setAttribute(\"group_users\", users)\n        })\n        .exec(\n          http(\"Create Standard Group\")\n          .post(\"\/groups\/g-acm_group_${group_count}\")\n          .body(\"\"\"{\"members\": [${group_users}]}\"\"\")\n          .basicAuth(acmUser, acmPassword)\n          .check(status.is(200)))\n      ).times(1000\n  )\n\n  def apply = {\n    Seq(\n      createStandardAppSpace.configure users 1 protocolConfig acmHttpConfig,\n      createUsers.configure users 1 protocolConfig acmHttpConfig,\n      createGroups.configure users 1 protocolConfig acmHttpConfig\n    )\n  }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/AuthorizationCodeSimulation.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.http.Predef._\n\nimport uaa.OAuthComponents._\nimport uaa.Config._\nimport uaa.UsernamePasswordFeeder\n\nclass AuthorizationCodeSimulation extends Simulation {\n\n  def apply = {\n    val scn = scenario(\"Authorization Code Login\")\n      .feed(UsernamePasswordFeeder())\n      .loop(\n        \/\/ Uses the session values for username\/password provided by the feeder\n        authorizationCodeLogin()\n          .pause(1, 2)).during(60)\n\n    Seq(scn.configure users 10 ramp 10 protocolConfig uaaHttpConfig)\n  }\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/uaa\/UsernamePasswordFeeder.scala","text":"<reponame>mozilla\/labs-vcap-uaa<filename>gatling\/src\/main\/scala\/uaa\/UsernamePasswordFeeder.scala\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage uaa\n\nimport com.excilys.ebi.gatling.core.feeder.Feeder\n\n\/**\n * Counter-based username generator with fixed password, defaulting to \"password\".\n *\/\ncase class UsernamePasswordFeeder(prefix: String = \"joe\", password: String = \"password\", resetAfter: Int = -1) extends Feeder {\n\tvar counter = 0\n\n\tdef next = {\n    if (counter == resetAfter)\n      counter = 1\n    counter += 1\n\t\tMap(\"username\" -> (prefix + counter), \"password\" -> password)\n\t}\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/uaa\/ScimComponents.scala","text":"<reponame>mozilla\/labs-vcap-uaa<gh_stars>0\n\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage uaa\n\nimport com.excilys.ebi.gatling.core.Predef._\nimport com.excilys.ebi.gatling.http.Predef._\nimport com.excilys.ebi.gatling.core.structure.ChainBuilder\n\nimport uaa.OAuthComponents._\nimport java.util.concurrent.TimeUnit\n\nimport uaa.Config._\n\n\/**\n *\/\nobject ScimComponents {\n\n  \/**\n   * Creates 'n' users by invoking the SCIM API.\n   *\n   * Usernames can optionally be prefixed\n   *\/\n  def createScimUsers(n: Int, usernamePrefix: String = \"joe\"): ChainBuilder = {\n    clientCredentialsAccessTokenRequest(\n      username = scim_client_id,\n      password = <PASSWORD>,\n      client_id = scim_client_id,\n      scope = \"write password\").insertChain(\n        chain.loop(\n          chain.feed(UsernamePasswordFeeder(usernamePrefix))\n            .exec((s: Session) => {println(\"Creating user: %s\" format(s.getAttribute(\"username\"))); s})\n            .insertChain(createScimUserChain)\n            ).times(n))\n  }\n\n  \/**\n   * Creates a SCIM user.\n   *\n   * A suitable access token must already be available in the session, as well as username and password values.\n   *\n   *\/\n  private val createScimUserChain: ChainBuilder = {\n    chain.exec(\n      http(\"Create User\")\n        .post(\"\/User\")\n        .header(\"Authorization\", \"Bearer ${access_token}\")\n        .body(\"\"\"{\"name\":{\"givenName\":\"Joe\",\"familyName\":\"User\",\"formatted\":\"Joe User\"},\"userName\":\"${username}\",\"emails\":[{\"value\":\"<EMAIL>\"}]}\"\"\")\n        .asJSON\n        .check(status.is(201), regex(\"\"\"\"id\":\"(.*?)\"\"\"\").saveAs(\"__scimUserId\")))\n      .exec(\n        http(\"Change Password\")\n          .put(\"\/User\/${__scimUserId}\/password\")\n          .header(\"Authorization\", \"Bearer ${access_token}\")\n          .body(\"\"\"{\"password\":\"<PASSWORD>}\"}\"\"\")\n          .asJSON\n          .check(status.is(204))).exec((s: Session) => {\n          s.removeAttribute(\"__scimUserId\")\n        })\n\n  }\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/acm\/Config.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage acm\n\n\nimport com.excilys.ebi.gatling.http.Predef.httpConfig\n\n\/**\n * Basic configuration for the ACM.\n *\n * Edit `urlBase` or set GATLING_ACM_BASE env variable to run against a different URL\n *\/\nobject Config {\n\tval urlBase = sys.env.getOrElse(\"GATLING_ACM_BASE\", \"http:\/\/localhost:9090\")\n\n  val acm_user = \"acm_user\"\n  val acm_password = \"<PASSWORD>\"\n\n\tdef acmHttpConfig = httpConfig.baseURL(urlBase)\n\n}\n"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/test\/scala\/Engine.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\nimport com.excilys.ebi.gatling.app.{ Options, Gatling }\nimport com.excilys.ebi.gatling.core.util.PathHelper.path2string\n\nobject Engine extends App {\n\n  new Gatling(Options(\n    dataFolder = Some(IDEPathHelper.dataFolder),\n    resultsFolder = Some(IDEPathHelper.resultsFolder),\n    requestBodiesFolder = Some(IDEPathHelper.requestBodiesFolder),\n    simulationBinariesFolder = Some(IDEPathHelper.mavenBinariesDir))).start\n}"}
{"repo_name":"mozilla\/labs-vcap-uaa","path":"gatling\/src\/main\/scala\/uaa\/Config.scala","text":"\/*\n * Cloud Foundry 2012.02.03 Beta\n * Copyright (c) [2009-2012] VMware, Inc. All Rights Reserved.\n *\n * This product is licensed to you under the Apache License, Version 2.0 (the \"License\").\n * You may not use this product except in compliance with the License.\n *\n * This product includes a number of subcomponents with\n * separate copyright notices and license terms. Your use of these\n * subcomponents is subject to the terms and conditions of the\n * subcomponent's license, as noted in the LICENSE file.\n *\/\npackage uaa\n\nimport com.excilys.ebi.gatling.http.Predef.httpConfig\n\n\/**\n *\/\nobject Config {\n\tval urlBase = sys.env.getOrElse(\"GATLING_UAA_BASE\", \"http:\/\/localhost:8080\/uaa\")\n\n  val uaa_admin_user = \"admin\"\n  val uaa_admin_password = \"<PASSWORD>\"\n\n  val scim_client_id = \"scim\"\n  val scim_client_password = \"<PASSWORD>\"\n\n\tdef uaaHttpConfig = httpConfig.baseURL(urlBase)\n\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/build_Sp2x_Sc3_13.sbt","text":"<reponame>lamastex\/mep\nlazy val root = (project in file(\".\")).\n  settings(\n    inThisBuild(List(\n      organization := \"org.lamastex\",\n      scalaVersion := \"2.13.3\"\n    )),\n    name := \"mep\"\n  )\n\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.2.2\" % Test\nlibraryDependencies += \"org.twitter4j\" % \"twitter4j-examples\" % \"4.0.7\"\nlibraryDependencies += \"com.google.code.gson\" % \"gson\" % \"2.8.6\"\nlibraryDependencies += \"com.typesafe\" % \"config\" % \"1.4.1\"\nlibraryDependencies += \"com.lihaoyi\" %% \"os-lib\" % \"0.7.1\"\nlibraryDependencies += \"org.jboss\" % \"jdk-misc\" % \"3.Final\"\n\nscalacOptions += \"-deprecation\"\n\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/test\/scala\/threaded\/ThreadedStreamingTest.scala","text":"package org.lamastex.mep.tw\n\nimport twitter4j.{\n  Status,\n  TwitterStream\n}\nimport java.io.{\n  File,\n  FileWriter,\n  FileNotFoundException\n}\nimport java.util.concurrent.{\n  Callable,\n  Executors,\n  TimeUnit\n}\nimport java.util.Date\nimport scala.io.Source\n\n\/**\n  * An extension of BufferedTwitterStream with some additional debug functionality.\n  *\n  * @param streamConfig\n  *\/\nclass BufferedTwitterStreamTest(streamConfig: StreamConfig) extends BufferedTwitterStream(streamConfig) {\n\n  var tweetsRead = 0\n\n  override def handleStatus(status: Status): Unit = {\n    val tweet = TweetSchema(\n      status.getId, \n      statusToGson(status), \n      status.getCreatedAt.getTime,\n      status.getUser.getId,\n      \"status\"\n    )\n    buffer = buffer ++ Iterator(tweet)\n    tweetsRead = tweetsRead + 1\n  }\n\n  override def stopTwitterStreamInstance(stopAfterMs: Long): Unit = {\n    if(stopAfterMs > 0) {\n      Thread.sleep(stopAfterMs)\n      System.err.println(\"Stopping TwitterStreamInstance...\")\n      twitterStream.cleanUp\n      twitterStream.shutdown\n      var remTweets = 0\n      val filename = \"tmp\/remainingTweets.jsonl\"\n      val filewriter = new FileWriter(new File(filename))\n      while (buffer.hasNext) {\n        filewriter.write(buffer.next() + \"\\n\")\n        remTweets = remTweets + 1\n      }\n      filewriter.close()\n      printf(\"%d tweets written to %s\\n\", remTweets, filename)\n      printf(\"Total number of received tweets: %d\\n\", tweetsRead)\n      printf(\"Tweets to be written Async: %d\\n\", tweetsRead - remTweets)\n    }\n  }\n}\nclass ThreadedStreamingTest extends org.scalatest.funsuite.AnyFunSuite {\n  test(\"Threaded Streaming\") {\n\n    \/\/ Load config \n    val configFilePath = \"src\/test\/resources\/streamConfig.conf\"\n    val mainConfig = IOHelper.getConfig(configFilePath)\n    val streamConfig = IOHelper.getStreamConfig(mainConfig)\n    val writeConfig = IOHelper.getWriteConfig(mainConfig)\n    val updateConfig = IOHelper.getUpdateConfig(mainConfig)\n\n    \/\/ Needed for determining if the right number of tweets are written\n    val outputFilenames = writeConfig.outputFilenames\n    val fullFilesDirectory = writeConfig.fullFilesDirectory\n    val writeDir = outputFilenames.split(\"\/\").dropRight(1).mkString(\"\/\") + \"\/\"\n\n    \/\/ Clean tmp directory\n    for {\n      files <- Option(new File(writeDir).listFiles)\n      file <- files if file.getName.endsWith(\".jsonl\")\n    } file.delete()\n    for {\n      files <- Option(new File(fullFilesDirectory).listFiles)\n      file <- files if file.getName.endsWith(\".jsonl\")\n    } file.delete()\n\n    val pool = Executors.newScheduledThreadPool(2)\n    val stopStreamInMs = streamConfig.streamDuration\n\n    val streamer = new BufferedTwitterStreamTest(streamConfig)\n\n    \/\/ Start the Twitter stream\n    pool.submit(streamer)\n\n    \/\/ Create and start write jobs\n    val writer = new AsyncWrite(streamer, writeConfig)\n    writer.startJob(pool)\n\n    \/\/ Create and start configuration updater\n    val updater = new AsyncUpdateConfig(\n      configFilePath,\n      streamer,\n      writer,\n      pool\n    )\n    updater.updateSelf(updateConfig)\n\n    \/\/ Wait until half the test is done\n    Thread.sleep(stopStreamInMs\/2)\n\n    \/\/ Wait until stream has finished\n    Thread.sleep(stopStreamInMs\/2)\n\n    pool.shutdown()\n    pool.awaitTermination(stopStreamInMs*2, TimeUnit.MILLISECONDS)\n    val tweetsInFullFiles = Option(new File(fullFilesDirectory).listFiles().toSeq.filter(_.getName().contains(\"tweetTest\")))\n      .getOrElse(Seq.empty)\n      .map(file => Source.fromFile(file).getLines.size)\n      .sum\n    val tweetsInNonFullFiles = Option(new File(writeDir).listFiles().toSeq.filter(_.getName().contains(\"tweetTest\")))\n      .getOrElse(Seq.empty)\n      .map(file => Source.fromFile(file).getLines.size)\n      .sum\n    printf(\"Tweets written Async: %d\\n\", tweetsInFullFiles + tweetsInNonFullFiles)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/test\/scala\/threaded\/IOHelperTest.scala","text":"<reponame>lamastex\/mep<gh_stars>1-10\npackage org.lamastex.mep.tw\n\nimport scala.io.Source\nimport java.io.File\n\nclass IOHelperTest extends org.scalatest.funsuite.AnyFunSuite {\n  val rootPath = \"src\/test\/resources\/iohelper\/\"\n\n  test(\"Get last file\") {\n    val lastFile = IOHelper.getLastFile(rootPath)\n    assert(lastFile.isDefined)\n    assert(lastFile.get.getName == \"zzz.test\")\n  }\n\n  test(\"Write buffer\") {\n    \/**\n      * Reads a JSON line written by an AsyncWrite.\n      *\/\n    def lineToTweet(line: String) = {\n      val arr = line.split(\":\")\n      val id: Long = arr(1).split(\",\").head.toLong\n      val json: String = arr.drop(2).mkString(\":\").split(\",\").dropRight(3).mkString(\",\")\n      val time: Long = arr.takeRight(3).head.split(\",\").head.toLong\n      val userId: Long = arr.takeRight(2).head.split(\",\").head.toLong\n      val statusType: String = arr.last.split(\"}\").head\n      TweetSchema(id, json, time, userId, statusType)\n    }\n\n    val source = Source.fromFile(rootPath + \"testTweets.jsonl\")\n    val testTweetsSeq: Seq[TweetSchema] = source\n      .getLines\n      .toSeq\n      .map(lineToTweet)\n\n    val testTweetsIter = testTweetsSeq.toIterator\n\n    val testDir = new File(rootPath + \"writeTest\")\n    testDir.mkdir()\n\n    val testFile = rootPath + \"writeTest\/test.jsonl\"\n    IOHelper.writeBufferToFile(\n      testFile, \n      testTweetsIter, \n      10*1024*1024L\n    )\n\n    val compareSource = Source.fromFile(testFile)\n    assert(compareSource.getLines.toSeq.map(lineToTweet) == testTweetsSeq)\n    \n    new File(testFile).delete\n    testDir.delete\n    source.close\n    compareSource.close\n  }\n\n  test(\"File moving test\") {\n    val testDir = new File(rootPath + \"moveTestDir\")\n    testDir.mkdir()\n\n    val filename = \"moveTest\"\n\n    val sourceDir = rootPath\n    val destDir = rootPath + \"moveTestDir\/\"\n    val sourceFile = rootPath + filename\n    val destFile = destDir + filename\n\n    IOHelper.moveFile(sourceFile, destFile)\n\n    assert(testDir.listFiles.map(_.getName).contains(\"moveTest\"))\n\n    IOHelper.moveFile(destFile, sourceFile)\n\n    testDir.delete\n  }\n\n  test(\"Configuration loader test\") {\n    val configTestFile = rootPath + \"testConfig.conf\"\n\n    val configTest = IOHelper.getConfig(configTestFile)\n\n    assert(configTest.getString(\"string\") == \"test\")\n    assert(configTest.getLong(\"long\") == 1L)\n\n    val completeConfigTestFile = rootPath + \"streamConfig.conf\"\n    val completeConfigTest = IOHelper.getConfig(completeConfigTestFile)\n\n    val streamConfig = IOHelper.getStreamConfig(completeConfigTest)\n    assert(streamConfig.streamDuration == 21000L)\n\n    val writeConfig = IOHelper.getWriteConfig(completeConfigTest)\n    assert(writeConfig.writeRate == 10000L)\n    assert(writeConfig.fullFilesDirectory == \"tmp\/full\/\")\n\n    val updateConfig = IOHelper.getUpdateConfig(completeConfigTest)\n    assert(updateConfig.updateRate == 30000L)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/ttt\/TTTFormats.scala","text":"<gh_stars>1-10\npackage org.lamastex.mep.tw.ttt\nimport java.sql.Timestamp\nimport org.apache.spark.sql.DataFrameReader\nimport org.apache.spark.sql.types.{StructType,DataType};\nimport org.apache.spark.sql.Dataset\nimport org.lamastex.mep.tw.ttt.TTTConverters._\nimport org.apache.spark.sql.Row\n\nobject TTTFormats{\n  \/**\n  * @param CurrentTweetDate\n  * @param CurrentTwID\n  * @param lang\n  * @param lat\n  * @param lat\n  * @param CreationDateOfOrgTwInRT\n  * @param OriginalTwIDinRT\n  * @param CreationDateOfOrgTwInQT\n  * @param OriginalTwIDinQT\n  * @param OriginalTwIDinReply\n  * @param CPostUserId\n  * @param userCreatedAtDate\n  * @param OPostUserIdinRT\n  * @param OPostUserIdinQT\n  * @param OPostUserIdinReply\n  * @param CPostUserName\n  * @param OPostUserNameinRT\n  * @param OPostUserNameinQT\n  * @param CPostUserSN\n  * @param OPostUserSNinRT\n  * @param OPostUserSNinQT\n  * @param OPostUserSNinReply\n  * @param favouritesCount\n  * @param followersCount\n  * @param friendsCount\n  * @param isVerified\n  * @param isGeoEnabled\n  * @param CurrentTweet\n  * @param UMentionRTiD\n  * @param UMentionQTiD\n  * @param UMentionQTsN\n  * @param UMentionASiD\n  * @param UMentionASsN\n  * @param TweetType\n  * @param MentionType\n  * @param Weight\n  * @param error\n  *\/\n  case class TTT(\n    CurrentTweetDate: Timestamp, \n    CurrentTwID: Option[Long], \n    lang: Option[String],\n    lat: Option[Double],\n    lon: Option[Double],\n    CreationDateOfOrgTwInRT: Option[Timestamp],\n    OriginalTwIDinRT: Option[Long],\n    CreationDateOfOrgTwInQT: Option[Timestamp],\n    OriginalTwIDinQT: Option[Long],\n    OriginalTwIDinReply: Option[Long],\n    CPostUserId: Option[Long],\n    userCreatedAtDate: Option[Timestamp],\n    OPostUserIdinRT: Option[Long],\n    OPostUserIdinQT: Option[Long],\n    OPostUserIdinReply: Option[Long],\n    CPostUserName: Option[String],\n    OPostUserNameinRT: Option[String],\n    OPostUserNameinQT: Option[String],\n    CPostUserSN: Option[String],\n    OPostUserSNinRT: Option[String],\n    OPostUserSNinQT: Option[String],\n    OPostUserSNinReply: Option[String],\n    favouritesCount: Option[Long],\n    followersCount: Option[Long],\n    friendsCount: Option[Long],\n    isVerified: Option[Boolean],\n    isGeoEnabled: Option[Boolean],\n    CurrentTweet: Option[String],\n    UMentionRTiD: List[Long] = List.empty[Long],\n    UMentionQTiD: List[Long] = List.empty[Long],\n    UMentionQTsN: List[String] = List.empty[String],\n    UMentionASiD: List[Long] = List.empty[Long],\n    UMentionASsN: List[String] = List.empty[String],\n    TweetType: Option[String],\n    MentionType: Option[String],\n    Weight: Option[Long],\n    errors: List[String] =List.empty[String]\n  )\n  \/**\n  *\n  * @param CurrentTweetDate\n  * @param CurrentTwID\n  * @param lang\n  * @param lat\n  * @param lat\n  * @param CreationDateOfOrgTwInRT\n  * @param OriginalTwIDinRT\n  * @param CreationDateOfOrgTwInQT\n  * @param OriginalTwIDinQT\n  * @param OriginalTwIDinReply\n  * @param CTweetFavourites\n  * @param CTweetRetweets\n  * @param CPostUserId\n  * @param userCreatedAtDate\n  * @param OPostUserIdinRT\n  * @param OPostUserIdinQT\n  * @param OPostUserIdinReply\n  * @param CPostUserName\n  * @param OPostUserNameinRT\n  * @param OPostUserNameinQT\n  * @param CPostUserSN\n  * @param OPostUserSNinRT\n  * @param OPostUserSNinQT\n  * @param OPostUserSNinReply\n  * @param favouritesCount\n  * @param followersCount\n  * @param friendsCount\n  * @param isVerified\n  * @param isGeoEnabled\n  * @param CurrentTweet\n  * @param UMentionRTiD\n  * @param UMentionQTiD\n  * @param UMentionQTsN\n  * @param UMentionASiD\n  * @param UMentionASsN\n  * @param URLs\n  * @param hashTags\n  * @param TweetType\n  * @param MentionType\n  * @param Weight\n  * @param error\n  *\/\n  case class TTTURLsAndHashtags(\n    CurrentTweetDate: Timestamp, \n    CurrentTwID: Option[Long], \n    lang: Option[String],\n    lat: Option[Double],\n    lon: Option[Double],\n    CreationDateOfOrgTwInRT: Option[Timestamp],\n    OriginalTwIDinRT: Option[Long],\n    CreationDateOfOrgTwInQT: Option[Timestamp],\n    OriginalTwIDinQT: Option[Long],\n    OriginalTwIDinReply: Option[Long],\n    CPostUserId: Option[Long],\n    userCreatedAtDate: Option[Timestamp],\n    OPostUserIdinRT: Option[Long],\n    OPostUserIdinQT: Option[Long],\n    OPostUserIdinReply: Option[Long],\n    CPostUserName: Option[String],\n    OPostUserNameinRT: Option[String],\n    OPostUserNameinQT: Option[String],\n    CPostUserSN: Option[String],\n    OPostUserSNinRT: Option[String],\n    OPostUserSNinQT: Option[String],\n    OPostUserSNinReply: Option[String],\n    favouritesCount: Option[Long],\n    followersCount: Option[Long],\n    friendsCount: Option[Long],\n    isVerified: Option[Boolean],\n    isGeoEnabled: Option[Boolean],\n    CurrentTweet: Option[String],\n    UMentionRTiD: List[Long] = List.empty[Long],\n    UMentionQTiD: List[Long] = List.empty[Long],\n    UMentionQTsN: List[String] = List.empty[String],\n    UMentionASiD: List[Long] = List.empty[Long],\n    UMentionASsN: List[String] = List.empty[String],\n    URLs:List[String] = List.empty[String],\n    hashTags: List[String] =List.empty[String],\n    TweetType: Option[String],\n    MentionType: Option[String],\n    Weight: Option[Long],\n    errors: List[String] =List.empty[String]\n  )\n  \/**\n  *\n  * @param CurrentTweetDate\n  * @param CurrentTwID\n  * @param lang\n  * @param lat\n  * @param lat\n  * @param CreationDateOfOrgTwInRT\n  * @param OriginalTwIDinRT\n  * @param CreationDateOfOrgTwInQT\n  * @param OriginalTwIDinQT\n  * @param OriginalTwIDinReply\n  * @param CPostUserId\n  * @param userCreatedAtDate\n  * @param OPostUserIdinRT\n  * @param OPostUserIdinQT\n  * @param OPostUserIdinReply\n  * @param CPostUserName\n  * @param OPostUserNameinRT\n  * @param OPostUserNameinQT\n  * @param CPostUserSN\n  * @param OPostUserSNinRT\n  * @param OPostUserSNinQT\n  * @param OPostUserSNinReply\n  * @param favouritesCount\n  * @param followersCount\n  * @param friendsCount\n  * @param isVerified\n  * @param isGeoEnabled\n  * @param CurrentTweet\n  * @param UMentionRTiD\n  * @param UMentionQTiD\n  * @param UMentionQTsN\n  * @param UMentionASiD\n  * @param UMentionASsN\n  * @param URLs\n  * @param hashTags\n  * @param TweetType\n  * @param MentionType\n  * @param Weight\n  * @param error\n  *\/\ncase class TTTRTLikesAndMedia(\n  CurrentTweetDate: Timestamp, \n  CurrentTwID: Option[Long], \n  lang: Option[String],\n  lat: Option[Double],\n  lon: Option[Double],\n  CreationDateOfOrgTwInRT: Option[Timestamp],\n  OriginalTwIDinRT: Option[Long],\n  CreationDateOfOrgTwInQT: Option[Timestamp],\n  OriginalTwIDinQT: Option[Long],\n  OriginalTwIDinReply: Option[Long],\n  CTweetFavourites: Option[Long],\n  CTweetRetweets: Option[Long],\n  CPostUserId: Option[Long],\n  userCreatedAtDate: Option[Timestamp],\n  OPostUserIdinRT: Option[Long],\n  OPostUserIdinQT: Option[Long],\n  OPostUserIdinReply: Option[Long],\n  CPostUserName: Option[String],\n  OPostUserNameinRT: Option[String],\n  OPostUserNameinQT: Option[String],\n  CPostUserSN: Option[String],\n  OPostUserSNinRT: Option[String],\n  OPostUserSNinQT: Option[String],\n  OPostUserSNinReply: Option[String],\n  favouritesCount: Option[Long],\n  followersCount: Option[Long],\n  friendsCount: Option[Long],\n  isVerified: Option[Boolean],\n  isGeoEnabled: Option[Boolean],\n  CurrentTweet: Option[String],\n  UMentionRTiD: List[Long] = List.empty[Long],\n  UMentionQTiD: List[Long] = List.empty[Long],\n  UMentionQTsN: List[String] = List.empty[String],\n  UMentionASiD: List[Long] = List.empty[Long],\n  UMentionASsN: List[String] = List.empty[String],\n  URLs:List[String] = List.empty[String],\n  mediaType: List[String] = List.empty[String],\n  hashTags: List[String] =List.empty[String],\n  TweetType: Option[String],\n  MentionType: Option[String],\n  Weight: Option[Long],\n  errors: List[String] =List.empty[String]\n)\n        \n  implicit class TTTSpark(dfReader: DataFrameReader) {\n\n    def twarcToTTT(schema_path: String,inputPaths: String*): Dataset[TTT] = {\n      val schema_twarc = \n        DataType\n          .fromJson(dfReader.text(schema_path).first.getString(0))\n          .asInstanceOf[StructType]\n      val ds = \n        twarcTTTDF(dfReader.option(\"mode\", \"DROPMALFORMED\") \n          .schema(schema_twarc)\n          .json(inputPaths:_*))\n      import ds.sparkSession.implicits._\n      ds.as[TTT]\n    }\n\n    def twarcToTTT(schema_path: String,inputPath: String): Dataset[TTT] = {\n      twarcToTTT(schema_path,Seq(inputPath): _*)\n    }\n      \n    def twarcToTTTURLsAndHashtags(schema_path: String,inputPaths: String*): Dataset[TTTURLsAndHashtags] = {\n      val schema_twarc = \n        DataType\n          .fromJson(dfReader.text(schema_path).first.getString(0))\n          .asInstanceOf[StructType]\n      val ds = \n        twarcTTTDFWithURLsAndHashtags(dfReader.option(\"mode\", \"DROPMALFORMED\")\n          .schema(schema_twarc)\n          .json(inputPaths:_*))\n      import ds.sparkSession.implicits._\n      ds.as[TTTURLsAndHashtags]\n    }\n\n    def twarcToTTTURLsAndHashtags(schema_path: String,inputPath: String): Dataset[TTTURLsAndHashtags] = {\n        twarcToTTTURLsAndHashtags(schema_path,Seq(inputPath): _*)\n    }\n\n    def twarcToTTTRTLikesAndMedia(schema_path: String,inputPaths: String*): Dataset[TTTRTLikesAndMedia] = {\n      val schema_twarc = \n        DataType\n          .fromJson(dfReader.text(schema_path).first.getString(0))\n          .asInstanceOf[StructType]\n      val ds = \n        twarcTTTDFWithRetweetsLikesAndMedia(dfReader.option(\"mode\", \"DROPMALFORMED\")\n          .schema(schema_twarc)\n          .json(inputPaths:_*))\n      import ds.sparkSession.implicits._\n      ds.as[TTTRTLikesAndMedia]\n    }\n\n    def twarcToTTTRTLikesAndMedia(schema_path: String,inputPath: String): Dataset[TTTRTLikesAndMedia] = {\n        twarcToTTTRTLikesAndMedia(schema_path,Seq(inputPath): _*)\n    } \n\n    def twitter4jToTTT(schema_path: String,inputPaths: String*): Dataset[TTT] = {\n      val schema_twitter4j = \n        DataType\n          .fromJson(dfReader.text(schema_path).first.getString(0))\n          .asInstanceOf[StructType]\n      val ds = tweetsDF2TTTDF(dfReader.option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema_twitter4j)\n        .json(inputPaths:_*))\n      import ds.sparkSession.implicits._\n      ds.as[TTT]\n    }\n\n    def twitter4jToTTT(schema_path: String,inputPath: String): Dataset[TTT] = {\n      twitter4jToTTT(schema_path,Seq(inputPath): _*)\n    } \n\n    def twitter4jToTTTURlsAndHashtags(schema_path: String,inputPaths: String*): Dataset[TTTURLsAndHashtags] = {\n      val schema_twitter4j = \n        DataType.fromJson(dfReader.text(schema_path)\n          .first.getString(0))\n          .asInstanceOf[StructType]\n      val ds = \n        tweetsDF2TTTDFWithURLsAndHashtags(dfReader.option(\"mode\", \"DROPMALFORMED\")\n          .schema(schema_twitter4j)\n          .json(inputPaths:_*))\n      import ds.sparkSession.implicits._\n      ds.as[TTTURLsAndHashtags]\n    }\n\n    def twitter4jToTTTURlsAndHashtags(schema_path: String,inputPath: String): Dataset[TTTURLsAndHashtags] = {\n      twitter4jToTTTURlsAndHashtags(schema_path,Seq(inputPath): _*)\n    }\n\n    def twitter4jDeltaToTTT(schema_path: String,deltaPath: String): Dataset[TTT] = {\n      val schema_twitter4j = \n        DataType.fromJson(dfReader.text(schema_path)\n          .first.getString(0))\n          .asInstanceOf[StructType]\n      val deltaDF =dfReader.format(\"delta\").load(deltaPath)\n      import deltaDF.sparkSession.implicits._\n      val jsonStringDF = deltaDF.map({case Row(val0:Long, val1: String, val2: Timestamp) => val1})\n      val ds = tweetsDF2TTTDF(dfReader.option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema_twitter4j)\n        .json(jsonStringDF))\n      ds.as[TTT]\n    }  \n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/GetStream.scala","text":"package org.lamastex.mep.tw\nimport twitter4j.FilterQuery\n\n\/\/ This is adapted from\n\/\/ https:\/\/bcomposes.wordpress.com\/2013\/02\/09\/using-twitter4j-with-scala-to-access-streaming-tweets\/\n\nobject StatusStreamer extends TwitterBasic {\n  def main(args : Array[String]): Unit = {\n    val twitterStream = getTwitterStreamInstance\n    \/\/sys.addShutdownHook(stopTwitterStreamInstance(twitterStream, 1000L))\n    twitterStream.addListener(simpleStatusListener)\n    twitterStream.sample\n    val stopStreamInMs = T(()=>args(0).toLong).getOrElse(10000L)\n    stopTwitterStreamInstance(twitterStream, stopStreamInMs)\n    \n  }\n}\n\nobject SearchStreamer extends TwitterBasic {\n  def main(args: Array[String]): Unit = {\n    val twitterStream = getTwitterStreamInstance\n    twitterStream.addListener(simpleStatusListener)\n    val stopStreamInMs = T(()=>args(0).toLong).getOrElse(10000L)\n    twitterStream.filter(new FilterQuery().track(args.drop(1):_*))\n    stopTwitterStreamInstance(twitterStream, stopStreamInMs)\n  }\n}\n\nobject FollowIdsStreamer extends TwitterBasic {\n  def main(args: Array[String]): Unit = {\n    val twitterStream = getTwitterStreamInstance\n    twitterStream.addListener(simpleStatusListener)\n    val stopStreamInMs = T(()=>args(0).toLong).getOrElse(10000L)\n    var FollowIds = args.drop(1).map( i => T(()=>i.toLong)  )\n                                  .collect({ case Some(i) => i })\n    \/\/Use default as the IDs for Wired Magazine (@wired), \n    \/\/The Economist (@theeconomist), the New York Times (@nytimes), \n    \/\/and the Wall Street Journal (@wsj). \n    if(FollowIds.isEmpty) FollowIds = Array(1344951L,5988062L,807095L,3108351L)\n    \/\/FollowIds.map(println)\n    twitterStream.filter(new FilterQuery(FollowIds:_*))\n    stopTwitterStreamInstance(twitterStream, stopStreamInMs)\n  }\n}\n\nobject LocationStreamer extends TwitterBasic {\n  def main(args: Array[String]): Unit = {\n    val twitterStream = getTwitterStreamInstance\n    twitterStream.addListener(simpleStatusListener)\n    val stopStreamInMs = T(()=>args(0).toLong).getOrElse(10000L)\n    \/\/ see https:\/\/gist.github.com\/graydon\/11198540\n    val swedenBox = Array(Array(11.0273686052, 55.3617373725),Array(23.9033785336, 69.1062472602))\n    val finlandBox = Array(Array(20.6455928891, 59.846373196),Array(31.5160921567, 70.1641930203))\n    var boundingBoxes = args.drop(1).map( i => T(()=>i.toDouble)  )\n                                  .collect({ case Some(i) => i })\n                                  .grouped(2).toArray\n    if(boundingBoxes.isEmpty || boundingBoxes.size<1) boundingBoxes = swedenBox++finlandBox\n    boundingBoxes.map(x => x.map(println))\n    twitterStream.filter(new FilterQuery().locations(boundingBoxes:_*))\n    stopTwitterStreamInstance(twitterStream, stopStreamInMs)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/UpdateConfig.scala","text":"package org.lamastex.mep.tw\n\nimport java.util.concurrent.ScheduledExecutorService\nimport java.util.concurrent.TimeUnit\nimport java.util.concurrent.ScheduledFuture\n\n\/**\n  * A class which manages the configuration of a Twitter stream and \n  * the writer associated with that stream.\n  *\n  * @param configFilePath Filename, including path, to the configuration file.\n  * @param streamer\n  * @param writer\n  * @param executorPool An executor pool to run the writer and this on.\n  *\/\nclass AsyncUpdateConfig(\n  configFilePath: String, \n  streamer: BufferedTwitterStream, \n  writer: AsyncWrite,\n  executorPool: ScheduledExecutorService\n) extends Runnable {\n\n  var currentConfig: UpdateConfig = null\n  var runningJob: ScheduledFuture[_] = null\n\n  \/**\n    * Starts the job for this instance. Note that currentConfig must be set before running this.\n    *\/\n  def startJob: Unit = {\n    runningJob = executorPool.scheduleAtFixedRate(\n      this,\n      currentConfig.updateRate,\n      currentConfig.updateRate,\n      TimeUnit.MILLISECONDS\n    )\n  }\n\n  def stopJob(mayInterruptIfRunning: Boolean): Boolean =\n    runningJob.cancel(mayInterruptIfRunning)\n\n  def isRunning: Boolean = !(runningJob == null || runningJob.isCancelled() || runningJob.isDone())\n\n  def restartJob: Unit = {\n    if (isRunning) stopJob(false)\n    while(isRunning) Thread.sleep(200L)\n    startJob\n  }\n  \n  def updateStreamer(newConfig: StreamConfig): Unit = {\n    val oldIds = streamer.idsToTrack\n    val (newIds,_) = streamer.getFollowIdsFromFile(newConfig.handlesFilePath)\n    if (oldIds != newIds)\n      streamer.updateStream(newConfig)\n  }\n\n  def updateWriter(newConfig: WriteConfig): Unit = {\n    val oldConfig = writer.getConfig\n    if (oldConfig != newConfig) {\n      writer.setConfig(newConfig)\n      if (oldConfig.writeRate != newConfig.writeRate)\n        writer.updateJob(executorPool)\n    }\n  }\n\n  def updateSelf(newConfig: UpdateConfig): Unit = {\n    if (currentConfig != newConfig) {\n      currentConfig = newConfig\n      restartJob\n    }\n  }\n  \n  override def run(): Unit = {\n    println(\"Reading config from \" + configFilePath)\n    val mainConfig = IOHelper.getConfig(configFilePath)\n    updateSelf(IOHelper.getUpdateConfig(mainConfig))\n    updateStreamer(IOHelper.getStreamConfig(mainConfig))\n    updateWriter(IOHelper.getWriteConfig(mainConfig))\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/GetStatusFromID.scala","text":"package org.lamastex.mep.tw\nimport twitter4j.Status\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.{Try,Success,Failure}\nimport java.io._\nimport scala.io.{Source, BufferedSource}\n\n\nobject getStatusFromID extends TwitterBasic {\n  \n  def main(args : Array[String]): Unit = {\n\n    val twitter = getTwitterInstance\n    \/\/ use the twitter object to get a user's timeline\n    var Tweet_ID: Long = 689614253028839424L \/\/\n\n    val wd = os.pwd \/ \"work\"\n    \/\/val fileRoot = \"tweetIDs\"\n    val fileRoot = T(()=>args(0)).getOrElse(\"tweetIDs\")\n    val inputTweetIDs = fileRoot+\".txt\"\n    val outputTweets = fileRoot+\".JSON\"\n    \/\/ Streaming the lines to the console\n    val statuses = ArrayBuffer[Status]()\n    var statusGSON: String = new String()\n    val input = os.read.lines.stream(wd \/ inputTweetIDs)\n    if (os.exists(wd \/ outputTweets)) {os.remove(wd \/ outputTweets)}\n    for(line <- input){\n      println(line)\n      tryStringToLong(line) match {\n        case Success(id) => { \n          Tweet_ID = id;\n          \/\/sleep(1000); \/\/ 900 rqt \/ 15 mn <=> 1 rqt\/s\n          val status = tryStatusFromStatusID(twitter, Tweet_ID)\n          \/\/ need to be more clever about avoiding rate-limits for large downloads - bailing to twarc for now\n          if (status.isSuccess) {\n              statusGSON = statusToGson(status.get)\n              os.write.append(wd \/ outputTweets,statusGSON+\"\\n\")\n            }\n          \/*tryStatusFromStatusID(twitter, Tweet_ID) match {\n            case Success(s) => {\n              statusGSON = statusToGson(s)\n              os.write.append(wd \/ outputTweets,statusGSON+\"\\n\")\n            }\n            case Failure(s) => println(s\"Failed. Reason: $s\")\n          }*\/\n        }  \n        case Failure(e) => println(s\"Failed. Reason: $e\")\n        }\n      }\/\/ end for loop\n      \/\/ get Status fro Tweet ID and accrue it to statuses\n      \/\/--- if you just want successful status\n      \/\/val status = tryStatusFromStatusID(twitter, Tweet_ID)\n      \/\/if (status.isSuccess) {statuses += status.get}\n      \/*tryStatusFromStatusID(twitter, Tweet_ID) match {\n        case Success(status) => statuses += status\n        case Failure(s) => println(s\"Failed. Reason: $s\")\n      }\n    }\n    printTweets(statuses)*\/\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/ConfigClasses.scala","text":"package org.lamastex.mep.tw\n\ncase class StreamConfig (\n  handlesFilePath: String,\n  streamDuration: Long\n)\n\ncase class WriteConfig (\n  outputFilenames: String,\n  fullFilesDirectory: String,\n  maxFileSize: Long,\n  writeRate: Long\n)\n\ncase class UpdateConfig (\n  updateRate: Long\n)\n\ncase class TweetSchema (\n  id: Long, \n  json: String, \n  time: Long,\n  userID: Long,\n  statusType: String\n)\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/package.scala","text":"package org.lamastex.mep\nimport twitter4j.conf.ConfigurationBuilder\nimport twitter4j.Twitter\nimport twitter4j.TwitterFactory\nimport twitter4j.TwitterStream\nimport twitter4j.TwitterStreamFactory\nimport twitter4j.TwitterException\nimport twitter4j.Status\nimport twitter4j.StatusListener\nimport twitter4j.StatusDeletionNotice\nimport twitter4j.StallWarning\n\/\/import twitter4j.\nimport scala.collection.mutable.ArrayBuffer\nimport com.google.gson.Gson \nimport scala.util.{Try,Success,Failure}\n\npackage object tw {\n\n  def T[A](r: () => A): Option[A] = {\n    try {\n      val x: A = r.apply()\n      x match {\n        case _ if(x == null) => None\n        case p: String => if (p.trim.length == 0) None else Some(p.trim.asInstanceOf[A])\n        case _ => Some(x)\n      }\n    } catch {\n      case _: Throwable => None\n    }\n  }\n\n\/**\n  * A class to handle most basic Twitter config settings.\n  * copy resources\/application.conf.template resources\/application.conf \n  * and put you Twitter developer credentials there.\n  *\/\nclass TwitterBasic {\n\n  \/\/ twitter\n  var APIKey = \"\"\n  var APISecret = \"\"\n  var accessToken = \"\"\n  var accessTokenSecret = \"\"\n  val startTime = System.nanoTime()\n\n  def populateFromConfigFile(): Unit = {\n    val twconf = com.typesafe.config.ConfigFactory.load()\n    APIKey = twconf.getString(\"TwitterConf.Oauth.APIKey\")\n    APISecret = twconf.getString(\"TwitterConf.Oauth.APISecret\")\n    accessToken = twconf.getString(\"TwitterConf.Oauth.AccessToken\")\n    accessTokenSecret = twconf.getString(\"TwitterConf.Oauth.AccessTokenSecret\")\n  }\n\n  def getTwitterInstance: Twitter = {\n    \/\/ read the config file and create a Twitter instance\n    populateFromConfigFile()\n    val cb = new ConfigurationBuilder()\n    cb.setDebugEnabled(true)\n      .setOAuthConsumerKey(APIKey)\n      .setOAuthConsumerSecret(APISecret)\n      .setOAuthAccessToken(accessToken)\n      .setOAuthAccessTokenSecret(accessTokenSecret)\n    return new TwitterFactory(cb.build()).getInstance\n  }\n\n  def getTwitterStreamInstance: TwitterStream = {\n    \/\/ read the config file and create a Twitter instance\n    populateFromConfigFile()\n    val cb = new ConfigurationBuilder()\n    cb.setDebugEnabled(true)\n      .setOAuthConsumerKey(APIKey)\n      .setOAuthConsumerSecret(APISecret)\n      .setOAuthAccessToken(accessToken)\n      .setOAuthAccessTokenSecret(accessTokenSecret)\n    return new TwitterStreamFactory(cb.build()).getInstance\n  }\n\n  def stopTwitterStreamInstance(twitterStream: TwitterStream, stopAfterMs: Long): Unit = {\n    if(stopAfterMs > 0) {\n      System.err.println(\"Stopping TwitterStreamInstance...\")\n      Thread.sleep(stopAfterMs)\n      twitterStream.cleanUp\n      twitterStream.shutdown\n    }\n  }\n\n  def statusToGson(status: Status): String = {\n    val gson = new Gson();\n    val statusJson = gson.toJson(status)\n    return statusJson\n  }\n\n  def simpleStatusListener = new StatusListener() {\n    \/\/def onStatus(status: Status): Unit = { println(status.getText) }\n    def onStatus(status: Status): Unit = { \n      println(statusToGson(status)) \n    }\n    def onDeletionNotice(statusDeletionNotice: StatusDeletionNotice): Unit = {\n     System.err.println(\"Got a status deletion notice id:\" + statusDeletionNotice.getStatusId());\n    }\n    def onTrackLimitationNotice(numberOfLimitedStatuses: Int): Unit = {\n      System.err.println(\"Got track limitation notice:\" + numberOfLimitedStatuses);\n    }\n    def onException(ex: Exception): Unit = { \n      ex.printStackTrace();\n    }\n    def onScrubGeo(userId: Long, upToStatusId: Long) : Unit = {\n      System.err.println(\"Got scrub_geo event userId:\" + userId + \" upToStatusId:\" + upToStatusId);\n    }\n    def onStallWarning(warning: StallWarning) : Unit = {\n      System.err.println(\"Got stall warning:\" + warning);\n    }\n  }\n\n  def sleep(ms: Long): Unit = {\n    try { Thread.sleep(ms); }\n    catch{\n      case intExcpt: InterruptedException => { Thread.currentThread().interrupt(); }\n      case _: Throwable => System.err.println(\"Got some other kind of Throwable exception\")\n    }\n  }\n\n  def tryStringToLong(Tweet_ID_String: String): Try[Long] = Try {\n      Tweet_ID_String.toLong\n  } \n\n  def tryStatusFromStatusID(twitter: Twitter, Tweet_ID: Long): Try[Status] = Try {\n      twitter.showStatus(Tweet_ID)\n  } \n\n  def printTweets(statuses: ArrayBuffer[Status]): Unit = {\n    val num_statuses = statuses.size\n    println(\"Showing user timeline with number of status updates = \" + num_statuses.toString)\n    val it = statuses.iterator\n    while (it.hasNext) {\n      val status = it.next()\n      println(status.getUser.getName + \":\" + status.getId + \":\"+ status.getText);\n      println(statusToGson(status))\n    }\n    println(\"Just Showed user timeline with number of status updates = \" + num_statuses.toString)\n  }\n\n}\n\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/ThreadedStreaming.scala","text":"package org.lamastex.mep.tw\n\nimport java.lang.Thread\nimport java.util.concurrent.{\n  Executors,\n  ScheduledExecutorService,\n  ScheduledFuture,\n  TimeUnit\n}\nimport java.io.{\n  File,\n  FileWriter\n}\nimport twitter4j.{\n  TwitterStream,\n  TwitterStreamFactory,\n  StatusListener,\n  Status,\n  FilterQuery,\n  StatusDeletionNotice,\n  StallWarning\n}\nimport scala.collection.JavaConverters._\n\n\n\/**\n  * A class to read a Twitter stream into a buffer.\n  *\n  * @param streamConfig Configuration for the stream.\n  *\/\nclass BufferedTwitterStream(val streamConfig: StreamConfig) extends TwitterBasic with Runnable {\n  \n  var currentConfig: StreamConfig = streamConfig\n  var idsToTrack: Seq[Long] = Seq.empty\n  var buffer: Iterator[TweetSchema] = Iterator.empty\n  var twitterStream: TwitterStream = null\n\n  def getBuffer(): Iterator[TweetSchema] = buffer\n  \n  \/**\n    * Looks up the Twitter Users belonging to a Seq of handles.\n    *\n    * @param twitterHandles\n    * @return A list of users corresponding to the handles.\n    *\/\n  def lookupUserSNs(twitterHandles: Seq[String]) = {\n    val grouped = twitterHandles.grouped(100).toList \n    val twitter = getTwitterInstance\n    for {group <- grouped  \n      users = twitter.lookupUsers(group:_*)\n      user <- users.asScala \n    } yield user     \n  }\n\n  \/**\n    * Given a list of Twitter handles, returns the Twitter Ids corresponding to the handles.\n    *\n    * @param handles\n    * @return A Seq of the valid Ids.\n    *\/\n  def getValidTrackedUserIds(handles: Seq[String]) = lookupUserSNs(handles)\n    .map(u => u.getId())\n    .toSet\n    .toSeq\n    .filter(_.isValidLong)  \n\n  def getFollowIdsFromFile(handleFilename: String): (Seq[Long], Boolean) = {\n    val handlesToTrack = IOHelper.readHandles(handleFilename)\n    if (handlesToTrack.nonEmpty)\n      (getValidTrackedUserIds(handlesToTrack), false)\n    else\n      (Seq.empty, true)\n  }\n\n  protected def setFollowIdsFromFile(handleFilename: String): Unit = {\n    val (validIds, emptyHandles) = getFollowIdsFromFile(handleFilename)\n    if (!emptyHandles) {\n      println(s\"${validIds.length} valid Ids tracked.\")\n      idsToTrack = validIds\n    } else {\n      println(\"No valid Ids tracked. Streaming random sample.\")\n      idsToTrack = Seq.empty\n    }\n  }\n\n  protected def getQuery: FilterQuery = {\n    val query = new FilterQuery()\n    query.follow(idsToTrack: _*)\n    return query\n  }\n\n  \/**\n    * When the stream is updated with a new filter, there should be some\n    * overlap between the old stream and the new in order to not miss any tweets\n    * while the stream is restarting.\n    *\n    * @param streamOverlap Number of milliseconds to overlap by, default 15000 (15s).\n    *\/\n  protected def patchStream(streamOverlap: Long = 15000L): Unit = {\n    println(\"Building new stream.\")\n    val newStream = new TwitterStreamFactory(twitterStream.getConfiguration).getInstance\n    newStream.addListener(simpleStatusListener)\n    println(\"Starting new stream.\")\n    if (idsToTrack.nonEmpty)\n      newStream.filter(getQuery)\n    else\n      newStream.sample\n    Thread.sleep(10000L)\n    println(\"Cleaning up old stream.\")\n    twitterStream.cleanUp\n    twitterStream = newStream\n  }\n\n  def updateStream(newConfig: StreamConfig): Unit = {\n    setFollowIdsFromFile(newConfig.handlesFilePath)\n    currentConfig = newConfig\n    getQuery\n    patchStream()\n  }\n  \n  \/**\n    * Handles an incoming status update by adding it to the buffer.\n    *\n    * @param status\n    *\/\n  def handleStatus(status: Status): Unit = {\n    val tweet = TweetSchema(\n      status.getId, \n      statusToGson(status), \n      status.getCreatedAt.getTime,\n      status.getUser.getId,\n      \"status\"\n    )    \n    buffer = buffer ++ Iterator(tweet)\n  }\n\n  def handleDeletion(status: StatusDeletionNotice): Unit = {\n    val notice = TweetSchema(\n      status.getStatusId,\n      \"{}\",\n      0L,\n      status.getUserId,\n      \"deletion\"\n    )\n    buffer = buffer ++ Iterator(notice)\n  }\n  \n  override def simpleStatusListener = new StatusListener() {\n    def onStatus(status: Status): Unit = { \n      handleStatus(status) \n    }\n    \n    def onDeletionNotice(statusDeletionNotice: StatusDeletionNotice): Unit = {\n      handleDeletion(statusDeletionNotice)\n      \/\/System.err.println(\"Got a status deletion notice id:\" + statusDeletionNotice.getStatusId());\n    }\n    def onTrackLimitationNotice(numberOfLimitedStatuses: Int): Unit = {\n      System.err.println(\"Got track limitation notice:\" + numberOfLimitedStatuses);\n    }\n    def onException(ex: Exception): Unit = { \n      ex.printStackTrace();\n    }\n    def onScrubGeo(userId: Long, upToStatusId: Long) : Unit = {\n      val scrubGeo = TweetSchema(\n        upToStatusId,\n        \"{}\",\n        0L,\n        userId,\n        \"scrubGeo\"\n      )\n      buffer = buffer ++ Iterator(scrubGeo)\n      \/\/System.err.println(\"Got scrub_geo event userId:\" + userId + \" upToStatusId:\" + upToStatusId);\n    }\n    def onStallWarning(warning: StallWarning) : Unit = {\n      System.err.println(\"Got stall warning:\" + warning);\n    }\n  }\n  \n  def stopTwitterStreamInstance(stopAfterMs: Long): Unit = {\n    if(stopAfterMs > 0) {\n      Thread.sleep(stopAfterMs)\n      System.err.println(\"Stopping TwitterStreamInstance...\")\n      twitterStream.cleanUp\n      twitterStream.shutdown\n      var remTweets = 0\n      val filename = \"tmp\/remainingTweets\" + java.time.Instant.now.getEpochSecond.toString + \".jsonl\"\n      val filewriter = new FileWriter(new File(filename))\n      while (buffer.hasNext) {\n        filewriter.write(buffer.next() + \"\\n\")\n        remTweets = remTweets + 1\n      }\n      filewriter.close()\n      printf(\"%d tweets written to %s\\n\", remTweets, filename)\n      printf(\"%d tweets remaining in buffer\\n\", buffer.size)\n    }\n  }\n  \n  override def run(): Unit = {\n    twitterStream = getTwitterStreamInstance\n    setFollowIdsFromFile(currentConfig.handlesFilePath)\n    twitterStream.addListener(simpleStatusListener)\n    if (idsToTrack.isEmpty) {\n      twitterStream.sample\n    } else {\n      val query = getQuery\n      twitterStream.filter(query)\n    }\n    stopTwitterStreamInstance(currentConfig.streamDuration)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/test\/scala\/ttt\/ParseTwarcTest.scala","text":"package org.lamastex.mep.tw.ttt\nimport org.apache.spark.sql.types.{StructType,DataType};\nimport org.apache.spark.sql.functions.col\nimport org.apache.spark.sql.SparkSession\nimport scala.util.Try\nimport org.lamastex.mep.tw.ttt.TTTFormats._\nimport sys.process._\n\nclass ParseTwarcTest extends org.scalatest.funsuite.AnyFunSuite{\n  \/\/generates the testfile\n  val bashScript: String = getClass.getResource(\"\/getTwarcFiles.sh\").getPath\n  val rootPath = bashScript.split(\"\/\").dropRight(4).mkString(\"\/\")\n  s\"bash $bashScript $rootPath\" !!\n\n\n  \/\/spark configurations \n  val spark = SparkSession.builder.appName(\"test\").config(\"spark.master\", \"local\").getOrCreate()\n  import spark.implicits._\n  spark.sql(\"set spark.sql.legacy.timeParserPolicy=LEGACY\")\n\n  \/\/paths\n  val schemaPath = rootPath+\"\/src\/test\/resources\/schemas\/twarc_v1.1_schema.json\"\n  val wrongSchemaPath = rootPath+\"\/src\/test\/resources\/schemas\/twarc_wrong_schema.json\"\n  val testFilePath = rootPath+\"\/src\/test\/resources\/test_twarc.jsonl\"\n\n  \/\/needed schemas\n  val schema = DataType.fromJson(spark.read.text(schemaPath).first.getString(0)).asInstanceOf[StructType]\n  val wrongSchema = DataType.fromJson(spark.read.text(wrongSchemaPath).first.getString(0)).asInstanceOf[StructType]\n  \/\/needed dataframes\n  val twarcDF = spark.read.option(\"mode\", \"DROPMALFORMED\").schema(schema).json(testFilePath)\n  val wrongSchematwarcDF =spark.read.option(\"mode\", \"DROPMALFORMED\").schema(wrongSchema).json(testFilePath)\n\n  test(\"testing to read data from twarc as TTT\"){\n    TTTConverters.twarcTTTDF(twarcDF).as[TTTFormats.TTT].show()\n  }\n\n  test(\"testing to read data from twarc as TTTURLsAndHashtags\"){\n    TTTConverters.twarcTTTDFWithURLsAndHashtags(twarcDF).as[TTTFormats.TTTURLsAndHashtags].show()\n  }\n\n  test(\"testing to read data from twarc as TTTRTLikesAndMedia\") {\n    TTTConverters.twarcTTTDFWithRetweetsLikesAndMedia(twarcDF).as[TTTFormats.TTTRTLikesAndMedia].show()\n  }\n  test(\"reading twarc data with schema without created_at\") {\n    try {\n        TTTConverters.twarcTTTDF(wrongSchematwarcDF)\n        fail()\n    } catch {\n        case _: org.apache.spark.sql.AnalysisException => println(\"SCHEMA DOES NOT CONTAIN created_at SO AnalysisException WAS EXPECTED\")\n    }\n  }\n   test(\"test the twarcToTTT reader\") {\n    spark.read.twarcToTTT(schemaPath,testFilePath).show()\n  }\n\n  test(\"test the twarcToTTTURLsAndHashtags reader\") {\n    spark.read.twarcToTTTURLsAndHashtags(schemaPath,testFilePath).show()\n  }\n\n  test(\"test the twarcToTTTRTLikesAndMedia reader\") {\n    spark.read.twarcToTTTRTLikesAndMedia(schemaPath,testFilePath).show()\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/notebooks\/db\/TTTDF_with_inferred_schemas.scala","text":"\/\/ Databricks notebook source\n\/\/ MAGIC %md\n\/\/ MAGIC ## Here we transfer collected Tweets as .jsons into a Spark context\n\/\/ MAGIC - Includes different TTTDF versions for tweets collected by twarc and twitter4j\n\/\/ MAGIC - Inferred Schemas has been added for efficiency \n\n\/\/ COMMAND ----------\n\nimport org.apache.spark.sql.types.{StructType, StructField, StringType};\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.ColumnName\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.Row\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.sql.Timestamp\n\n\n\/\/ COMMAND ----------\n\nval pathToTwitter4j_schema = \"\/put\/path\/here\"\nval pathToTwarc_schema = \"\/put\/path\/here\"\n\n\/\/to load the saved schema for tweets collected with Twarc\nval savedSchema = spark.read.text(pathToTwitter4j_schema)\nval savedSchema_twarc = spark.read.text(pathToTwarc_schema)\n\n\/\/savedSchema will be loaded as a dataframe, and we just want everything as a string\nval savedSchemaString = savedSchema.first.getString(0)\nval savedSchemaString_twarc = savedSchema_twarc.first.getString(0)\n\n\/\/from the string we can get the proper type for schemas ie StructType\nval inferred_schema = DataType.fromJson(savedSchemaString).asInstanceOf[StructType]\nval inferred_schema_twarc = DataType.fromJson(savedSchemaString_twarc).asInstanceOf[StructType]\n\n\n\/\/ COMMAND ----------\n\nspark.sql(\"set spark.sql.legacy.timeParserPolicy=LEGACY\")\n\ndef fromParquetFile2DF(InputDFAsParquetFilePatternString: String): DataFrame = {\n      sqlContext.\n        read.parquet(InputDFAsParquetFilePatternString)\n}\n\ndef tweetsJsonStringDF2TweetsDF(tweetsAsJsonStringInputDF: DataFrame): DataFrame = {\n      sqlContext\n        .read\n        .json(tweetsAsJsonStringInputDF.map({case Row(val1: String) => val1}))\n      }\n\ndef tweetsIDLong_JsonStringPairDF2TweetsDF(tweetsAsIDLong_JsonStringInputDF: DataFrame): DataFrame = {\n      sqlContext\n        .read\n        .json(tweetsAsIDLong_JsonStringInputDF.map({case Row(val0:Long, val1: String) => val1}))\n      }\n\ndef tweetsIDLong_JsonString_tweetDate_DF2TweetsDF(tweetsAsIDLong_JsonStringInput_tweetDateDF: DataFrame) : DataFrame = {\n      sqlContext\n        .read\n        .json(tweetsAsIDLong_JsonStringInput_tweetDateDF.map({case Row(val0:Long, val1: String, val2: Timestamp) => val1}))\n      }\n\n\/\/The following code is for reading Jsons with an already defined schema:\n\ndef fromJsonFile2DF(InputDFAsParquetFilePatternString: String, schema: StructType): DataFrame = {\n      spark\n        .read\n        .option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema)\n        .json(InputDFAsParquetFilePatternString)\n}\n\ndef fromParquetFile2DF(InputDFAsParquetFilePatternString: String, schema: StructType): DataFrame = {\n      spark\n        .read\n        .option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema)\n        .parquet(InputDFAsParquetFilePatternString)\n}\n\ndef tweetsJsonStringDF2TweetsDFWithSchema(tweetsAsJsonStringInputDF: DataFrame, schema: StructType): DataFrame = {\n      spark\n        .read\n        .option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema)\n        .json(tweetsAsJsonStringInputDF.map({case Row(val1: String) => val1}))\n      }\n\ndef tweetsIDLong_JsonStringPairDF2TweetsDFWithSchema(tweetsAsIDLong_JsonStringInputDF: DataFrame, schema: StructType): DataFrame = {\n      spark\n        .read\n        .option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema)\n        .json(tweetsAsIDLong_JsonStringInputDF.map({case Row(val0:Long, val1: String) => val1}))\n      }\n\ndef tweetsIDLong_JsonString_tweetDate_DF2TweetsDFWithSchema(tweetsAsIDLong_JsonStringInput_tweetDateDF: DataFrame, schema: StructType) : DataFrame = {\n      spark\n        .read\n        .option(\"mode\", \"DROPMALFORMED\")\n        .schema(schema)\n        .json(tweetsAsIDLong_JsonStringInput_tweetDateDF.map({case Row(val0:Long, val1: String, val2: Timestamp) => val1}))\n      }\n\n\/\/ COMMAND ----------\n\nspark.conf.set(\"spark.sql.legacy.timeParserPolicy\",\"LEGACY\")\n\ndef tweetsDF2TTTDF(tweetsInputDF: DataFrame): DataFrame = {\n tweetsInputDF.select(\n  unix_timestamp($\"createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CurrentTweetDate\"),\n  $\"id\".as(\"CurrentTwID\"),\n  $\"lang\".as(\"lang\"),\n  $\"geoLocation.latitude\".as(\"lat\"),\n  $\"geoLocation.longitude\".as(\"lon\"),\n  unix_timestamp($\"retweetedStatus.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n  $\"retweetedStatus.id\".as(\"OriginalTwIDinRT\"),  \n  unix_timestamp($\"quotedStatus.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n  $\"quotedStatus.id\".as(\"OriginalTwIDinQT\"), \n  $\"inReplyToStatusId\".as(\"OriginalTwIDinReply\"), \n  $\"user.id\".as(\"CPostUserId\"),\n  unix_timestamp($\"user.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"userCreatedAtDate\"),\n  $\"retweetedStatus.user.id\".as(\"OPostUserIdinRT\"), \n  $\"quotedStatus.user.id\".as(\"OPostUserIdinQT\"),\n  $\"inReplyToUserId\".as(\"OPostUserIdinReply\"),\n  $\"user.name\".as(\"CPostUserName\"), \n  $\"retweetedStatus.user.name\".as(\"OPostUserNameinRT\"), \n  $\"quotedStatus.user.name\".as(\"OPostUserNameinQT\"), \n  $\"user.screenName\".as(\"CPostUserSN\"), \n  $\"retweetedStatus.user.screenName\".as(\"OPostUserSNinRT\"), \n  $\"quotedStatus.user.screenName\".as(\"OPostUserSNinQT\"),\n  $\"inReplyToScreenName\".as(\"OPostUserSNinReply\"),\n  $\"user.favouritesCount\",\n  $\"user.followersCount\",\n  $\"user.friendsCount\",\n  $\"user.isVerified\",\n  $\"user.isGeoEnabled\",\n  $\"text\".as(\"CurrentTweet\"), \n  $\"retweetedStatus.userMentionEntities.id\".as(\"UMentionRTiD\"), \n  $\"retweetedStatus.userMentionEntities.screenName\".as(\"UMentionRTsN\"), \n  $\"quotedStatus.userMentionEntities.id\".as(\"UMentionQTiD\"), \n  $\"quotedStatus.userMentionEntities.screenName\".as(\"UMentionQTsN\"), \n  $\"userMentionEntities.id\".as(\"UMentionASiD\"), \n  $\"userMentionEntities.screenName\".as(\"UMentionASsN\")\n ).withColumn(\"TweetType\",\n    when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" === -1,\n      \"Original Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" > -1,\n      \"Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull &&$\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" === -1,\n      \"ReTweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" === -1,\n      \"Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" === -1,\n      \"Retweet of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" > -1,\n      \"Retweet of Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" > -1,\n      \"Reply of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" > -1,\n      \"Retweet of Quoted Rely Tweet\")\n      .otherwise(\"Unclassified\"))\n.withColumn(\"MentionType\", \n    when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNotNull, \"RetweetAndQuotedMention\")\n    .when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNull, \"RetweetMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNotNull, \"QuotedMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\"))\n.withColumn(\"Weight\", lit(1L))\n}\n\ndef tweetsDF2TTTDFWithURLsAndHashtags(tweetsInputDF: DataFrame): DataFrame = {\n tweetsInputDF.select(\n  unix_timestamp($\"createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CurrentTweetDate\"),\n  $\"id\".as(\"CurrentTwID\"),\n  $\"lang\".as(\"lang\"),\n  $\"geoLocation.latitude\".as(\"lat\"),\n  $\"geoLocation.longitude\".as(\"lon\"),\n  unix_timestamp($\"retweetedStatus.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n  $\"retweetedStatus.id\".as(\"OriginalTwIDinRT\"),  \n  unix_timestamp($\"quotedStatus.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n  $\"quotedStatus.id\".as(\"OriginalTwIDinQT\"), \n  $\"inReplyToStatusId\".as(\"OriginalTwIDinReply\"), \n  $\"user.id\".as(\"CPostUserId\"),\n  unix_timestamp($\"user.createdAt\", \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\").cast(TimestampType).as(\"userCreatedAtDate\"),\n  $\"retweetedStatus.user.id\".as(\"OPostUserIdinRT\"), \n  $\"quotedStatus.user.id\".as(\"OPostUserIdinQT\"),\n  $\"inReplyToUserId\".as(\"OPostUserIdinReply\"),\n  $\"user.name\".as(\"CPostUserName\"), \n  $\"retweetedStatus.user.name\".as(\"OPostUserNameinRT\"), \n  $\"quotedStatus.user.name\".as(\"OPostUserNameinQT\"), \n  $\"user.screenName\".as(\"CPostUserSN\"), \n  $\"retweetedStatus.user.screenName\".as(\"OPostUserSNinRT\"), \n  $\"quotedStatus.user.screenName\".as(\"OPostUserSNinQT\"),\n  $\"inReplyToScreenName\".as(\"OPostUserSNinReply\"),\n  $\"user.favouritesCount\",\n  $\"user.followersCount\",\n  $\"user.friendsCount\",\n  $\"user.isVerified\",\n  $\"user.isGeoEnabled\",\n  $\"text\".as(\"CurrentTweet\"), \n  $\"retweetedStatus.userMentionEntities.id\".as(\"UMentionRTiD\"), \n  $\"retweetedStatus.userMentionEntities.screenName\".as(\"UMentionRTsN\"), \n  $\"quotedStatus.userMentionEntities.id\".as(\"UMentionQTiD\"), \n  $\"quotedStatus.userMentionEntities.screenName\".as(\"UMentionQTsN\"), \n  $\"userMentionEntities.id\".as(\"UMentionASiD\"), \n  $\"userMentionEntities.screenName\".as(\"UMentionASsN\"),\n  $\"urlEntities.expandedURL\".as(\"URLs\"),\n  $\"hashtagEntities.text\".as(\"hashTags\")\n ).withColumn(\"TweetType\",\n    when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" === -1,\n      \"Original Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" > -1,\n      \"Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull &&$\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" === -1,\n      \"ReTweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" === -1,\n      \"Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" === -1,\n      \"Retweet of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\" > -1,\n      \"Retweet of Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" > -1,\n      \"Reply of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\" > -1,\n      \"Retweet of Quoted Rely Tweet\")\n      .otherwise(\"Unclassified\"))\n.withColumn(\"MentionType\", \n    when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNotNull, \"RetweetAndQuotedMention\")\n    .when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNull, \"RetweetMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNotNull, \"QuotedMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\"))\n.withColumn(\"Weight\", lit(1L))\n}\n\ndef twarcTTTDF(tweetsInputDF: DataFrame): DataFrame = {\n   tweetsInputDF.select(\n   unix_timestamp($\"created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CurrentTweetDate\"),\n   $\"id\".as(\"CurrentTwID\"),  \n   $\"lang\".as(\"lang\"),\n   element_at($\"coordinates.coordinates\", 2).as(\"lat\"), \n   element_at($\"coordinates.coordinates\", 1).as(\"lon\"),\n   unix_timestamp($\"retweeted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n   $\"retweeted_status.id\".as(\"OriginalTwIDinRT\"),  \n   unix_timestamp($\"quoted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n   $\"quoted_status_id\".as(\"OriginalTwIDinQT\"),\n   $\"in_reply_to_status_id\".as(\"OriginalTwIDinReply\"),\n   $\"user.id\".as(\"CPostUserId\"),\n   unix_timestamp($\"user.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"userCreatedAtDate\"),\n   $\"retweeted_status.user.id\".as(\"OPostUserIdinRT\"),  \n   $\"quoted_status.user.id\".as(\"OPostUserIdinQT\"),\n   $\"in_reply_to_user_id\".as(\"OPostUserIdinReply\"),\n   $\"user.name\".as(\"CPostUserName\"), \n   $\"retweeted_status.user.name\".as(\"OPostUserNameinRT\"), \n   $\"quoted_status.user.name\".as(\"OPostUserNameinQT\"), \n   $\"user.screen_name\".as(\"CPostUserSN\"), \n   $\"retweeted_status.user.screen_name\".as(\"OPostUserSNinRT\"), \n   $\"quoted_status.user.screen_name\".as(\"OPostUserSNinQT\"),   \n   $\"in_reply_to_screen_name\".as(\"OPostUserSNinReply\"),\n   $\"user.favourites_count\".as(\"favouritesCount\"),  \n   $\"user.followers_count\".as(\"followersCount\"),\n   $\"user.friends_count\".as(\"friendsCount\"),\n   $\"user.verified\".as(\"isVerified\"),\n   $\"user.geo_enabled\".as(\"isGeoEnabled\"),\n   $\"full_text\".as(\"CurrentTweet\"),\n   $\"retweeted_status.entities.user_mentions.id\".as(\"UMentionRTiD\"), \n   $\"retweeted_status.entities.user_mentions.screen_name\".as(\"UMentionRTsN\"),   \n   $\"quoted_status.entities.user_mentions.id\".as(\"UMentionQTiD\"),\n   $\"quoted_status.entities.user_mentions.screen_name\".as(\"UMentionQTsN\"),\n   $\"entities.user_mentions.id\".as(\"UMentionASiD\"),  \n   $\"entities.user_mentions.screen_name\".as(\"UMentionASsN\"),  \n\/\/   $\"entities.urls.expanded_url\".as(\"URLs\"), \n\/\/   $\"entities.hashtags.text\".as(\"hashTags\"),\n\/\/   $\"extended_entities.media.type\".as(\"mediaType\") \n ).withColumn(\"TweetType\",  \/\/note that column OriginalTwIDinReply, can be null here instead of -1\n    when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"Original Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"ReTweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Retweet of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Quoted Reply Tweet\")\n      .otherwise(\"Unclassified\"))\n.withColumn(\"MentionType\", \n    when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNotNull, \"RetweetAndQuotedMention\")\n    .when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNull, \"RetweetMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNotNull, \"QuotedMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\"))\n.withColumn(\"Weight\", lit(1L))\n}\n\ndef twarcTTTDFWithURLsAndHashtags(tweetsInputDF: DataFrame): DataFrame = {\n   tweetsInputDF.select(\n   unix_timestamp($\"created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CurrentTweetDate\"),\n   $\"id\".as(\"CurrentTwID\"),  \n   $\"lang\".as(\"lang\"),\n   element_at($\"coordinates.coordinates\", 2).as(\"lat\"), \n   element_at($\"coordinates.coordinates\", 1).as(\"lon\"),\n   unix_timestamp($\"retweeted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n   $\"retweeted_status.id\".as(\"OriginalTwIDinRT\"),  \n   unix_timestamp($\"quoted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n   $\"quoted_status_id\".as(\"OriginalTwIDinQT\"),\n   $\"in_reply_to_status_id\".as(\"OriginalTwIDinReply\"),\n   $\"user.id\".as(\"CPostUserId\"),\n   unix_timestamp($\"user.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"userCreatedAtDate\"),\n   $\"retweeted_status.user.id\".as(\"OPostUserIdinRT\"),  \n   $\"quoted_status.user.id\".as(\"OPostUserIdinQT\"),\n   $\"in_reply_to_user_id\".as(\"OPostUserIdinReply\"),\n   $\"user.name\".as(\"CPostUserName\"), \n   $\"retweeted_status.user.name\".as(\"OPostUserNameinRT\"), \n   $\"quoted_status.user.name\".as(\"OPostUserNameinQT\"), \n   $\"user.screen_name\".as(\"CPostUserSN\"), \n   $\"retweeted_status.user.screen_name\".as(\"OPostUserSNinRT\"), \n   $\"quoted_status.user.screen_name\".as(\"OPostUserSNinQT\"),   \n   $\"in_reply_to_screen_name\".as(\"OPostUserSNinReply\"),\n   $\"user.favourites_count\".as(\"favouritesCount\"),  \n   $\"user.followers_count\".as(\"followersCount\"),\n   $\"user.friends_count\".as(\"friendsCount\"),\n   $\"user.verified\".as(\"isVerified\"),\n   $\"user.geo_enabled\".as(\"isGeoEnabled\"),\n   $\"full_text\".as(\"CurrentTweet\"),\n   $\"retweeted_status.entities.user_mentions.id\".as(\"UMentionRTiD\"), \n   $\"retweeted_status.entities.user_mentions.screen_name\".as(\"UMentionRTsN\"),   \n   $\"quoted_status.entities.user_mentions.id\".as(\"UMentionQTiD\"),\n   $\"quoted_status.entities.user_mentions.screen_name\".as(\"UMentionQTsN\"),\n   $\"entities.user_mentions.id\".as(\"UMentionASiD\"),  \n   $\"entities.user_mentions.screen_name\".as(\"UMentionASsN\"),  \n   $\"entities.urls.expanded_url\".as(\"URLs\"), \n   $\"entities.hashtags.text\".as(\"hashTags\"),\n\/\/   $\"extended_entities.media.type\".as(\"mediaType\") \n ).withColumn(\"TweetType\",  \/\/note that column OriginalTwIDinReply, can be null here instead of -1\n    when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"Original Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"ReTweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Retweet of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Quoted Reply Tweet\")\n      .otherwise(\"Unclassified\"))\n.withColumn(\"MentionType\", \n    when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNotNull, \"RetweetAndQuotedMention\")\n    .when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNull, \"RetweetMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNotNull, \"QuotedMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\"))\n.withColumn(\"Weight\", lit(1L))\n}\n\n\/\/The following function twarcTTTDFWithRetweetsLikesAndMedia() includes the number of retweets and likes a Tweet has. This only makes sense to use if the tweets are collected retroactively. It also includes media content. For Tweets collected via streaming, use twarcTTTDF()\n\ndef twarcTTTDFWithRetweetsLikesAndMedia(tweetsInputDF: DataFrame): DataFrame = {\n   tweetsInputDF.select(\n   unix_timestamp($\"created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CurrentTweetDate\"),\n   $\"id\".as(\"CurrentTwID\"),  \n   $\"lang\".as(\"lang\"),\n   element_at($\"coordinates.coordinates\", 2).as(\"lat\"), \n   element_at($\"coordinates.coordinates\", 1).as(\"lon\"),\n   unix_timestamp($\"retweeted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n   $\"retweeted_status.id\".as(\"OriginalTwIDinRT\"),  \n   unix_timestamp($\"quoted_status.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n   $\"quoted_status_id\".as(\"OriginalTwIDinQT\"),\n   $\"in_reply_to_status_id\".as(\"OriginalTwIDinReply\"),\n   $\"favorite_count\".as(\"CTweetFavourites\"),\n   $\"retweet_count\".as(\"CTweetRetweets\"), \n   $\"user.id\".as(\"CPostUserId\"),\n   unix_timestamp($\"user.created_at\", \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\").cast(TimestampType).as(\"userCreatedAtDate\"),\n   $\"retweeted_status.user.id\".as(\"OPostUserIdinRT\"),  \n   $\"quoted_status.user.id\".as(\"OPostUserIdinQT\"),\n   $\"in_reply_to_user_id\".as(\"OPostUserIdinReply\"),\n   $\"user.name\".as(\"CPostUserName\"), \n   $\"retweeted_status.user.name\".as(\"OPostUserNameinRT\"), \n   $\"quoted_status.user.name\".as(\"OPostUserNameinQT\"), \n   $\"user.screen_name\".as(\"CPostUserSN\"), \n   $\"retweeted_status.user.screen_name\".as(\"OPostUserSNinRT\"), \n   $\"quoted_status.user.screen_name\".as(\"OPostUserSNinQT\"),   \n   $\"in_reply_to_screen_name\".as(\"OPostUserSNinReply\"),\n   $\"user.favourites_count\".as(\"favouritesCount\"),  \n   $\"user.followers_count\".as(\"followersCount\"),\n   $\"user.friends_count\".as(\"friendsCount\"),\n   $\"user.verified\".as(\"isVerified\"),\n   $\"user.geo_enabled\".as(\"isGeoEnabled\"),\n   $\"full_text\".as(\"CurrentTweet\"),\n   $\"retweeted_status.entities.user_mentions.id\".as(\"UMentionRTiD\"), \n   $\"retweeted_status.entities.user_mentions.screen_name\".as(\"UMentionRTsN\"),   \n   $\"quoted_status.entities.user_mentions.id\".as(\"UMentionQTiD\"),\n   $\"quoted_status.entities.user_mentions.screen_name\".as(\"UMentionQTsN\"),\n   $\"entities.user_mentions.id\".as(\"UMentionASiD\"),  \n   $\"entities.user_mentions.screen_name\".as(\"UMentionASsN\"),  \n   $\"entities.urls.expanded_url\".as(\"URLs\"), \n   $\"entities.hashtags.text\".as(\"hashTags\"),\n   $\"extended_entities.media.type\".as(\"mediaType\") \n ).withColumn(\"TweetType\",  \n    when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"Original Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNull,\n      \"ReTweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNull,\n      \"Retweet of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Reply Tweet\")\n    .when($\"OriginalTwIDinRT\".isNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Reply of Quoted Tweet\")\n    .when($\"OriginalTwIDinRT\".isNotNull && $\"OriginalTwIDinQT\".isNotNull && $\"OriginalTwIDinReply\".isNotNull,\n      \"Retweet of Quoted Reply Tweet\")\n      .otherwise(\"Unclassified\"))\n.withColumn(\"MentionType\", \n    when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNotNull, \"RetweetAndQuotedMention\")\n    .when($\"UMentionRTid\".isNotNull && $\"UMentionQTid\".isNull, \"RetweetMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNotNull, \"QuotedMention\")\n    .when($\"UMentionRTid\".isNull && $\"UMentionQTid\".isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\"))\n.withColumn(\"Weight\", lit(1L))\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/ttt\/TTTConverters.scala","text":"<filename>sc\/tw\/src\/main\/scala\/ttt\/TTTConverters.scala\npackage org.lamastex.mep.tw.ttt\nimport org.apache.spark.sql.types.TimestampType;\nimport org.apache.spark.sql.functions.{col,lit,when,unix_timestamp,element_at}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions.udf\nobject TTTConverters{   \n\/*\nSelect and does the necessary transformations on twitter4j dataframe to get it to the convert it to an TTT dataset\n*\/\n  val list_ =udf((x:Long) => List.empty[String])\n  def tweetsDF2TTTDF(tweetsInputDF: DataFrame): DataFrame = {\n    tweetsInputDF\n      .select(\n        unix_timestamp(col(\"createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n          .cast(TimestampType).as(\"CurrentTweetDate\"),\n        col(\"id\").as(\"CurrentTwID\"),\n        col(\"lang\").as(\"lang\"),\n        col(\"geoLocation.latitude\").as(\"lat\"),\n        col(\"geoLocation.longitude\").as(\"lon\"),\n        unix_timestamp(col(\"retweetedStatus.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n        col(\"retweetedStatus.id\").as(\"OriginalTwIDinRT\"),  \n        unix_timestamp(col(\"quotedStatus.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n        col(\"quotedStatus.id\").as(\"OriginalTwIDinQT\"), \n        col(\"inReplyToStatusId\").as(\"OriginalTwIDinReply\"), \n        col(\"user.id\").as(\"CPostUserId\"),\n        unix_timestamp(col(\"user.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n          .cast(TimestampType).as(\"userCreatedAtDate\"),\n        col(\"retweetedStatus.user.id\").as(\"OPostUserIdinRT\"), \n        col(\"quotedStatus.user.id\").as(\"OPostUserIdinQT\"),\n        col(\"inReplyToUserId\").as(\"OPostUserIdinReply\"),\n        col(\"user.name\").as(\"CPostUserName\"), \n        col(\"retweetedStatus.user.name\").as(\"OPostUserNameinRT\"), \n        col(\"quotedStatus.user.name\").as(\"OPostUserNameinQT\"), \n        col(\"user.screenName\").as(\"CPostUserSN\"), \n        col(\"retweetedStatus.user.screenName\").as(\"OPostUserSNinRT\"), \n        col(\"quotedStatus.user.screenName\").as(\"OPostUserSNinQT\"),\n        col(\"inReplyToScreenName\").as(\"OPostUserSNinReply\"),\n        col(\"user.favouritesCount\"),\n        col(\"user.followersCount\"),\n        col(\"user.friendsCount\"),\n        col(\"user.isVerified\"),\n        col(\"user.isGeoEnabled\"),\n        col(\"text\").as(\"CurrentTweet\"), \n        col(\"retweetedStatus.userMentionEntities.id\").as(\"UMentionRTiD\"), \n        col(\"retweetedStatus.userMentionEntities.screenName\").as(\"UMentionRTsN\"), \n        col(\"quotedStatus.userMentionEntities.id\").as(\"UMentionQTiD\"), \n        col(\"quotedStatus.userMentionEntities.screenName\").as(\"UMentionQTsN\"), \n        col(\"userMentionEntities.id\").as(\"UMentionASiD\"), \n        col(\"userMentionEntities.screenName\").as(\"UMentionASsN\")\n      )\n      .withColumn(\"TweetType\",\n        when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") === -1,\n          \"Original Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") > -1,\n          \"Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull &&col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") === -1,\n          \"ReTweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") === -1,\n          \"Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") === -1,\n          \"Retweet of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") > -1,\n          \"Retweet of Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") > -1,\n          \"Reply of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") > -1,\n          \"Retweet of Quoted Rely Tweet\")\n          .otherwise(\"Unclassified\"))\n      .withColumn(\"MentionType\", \n        when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNotNull, \"RetweetAndQuotedMention\")\n        .when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNull, \"RetweetMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNotNull, \"QuotedMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNull, \"AuthoredMention\")\n        .otherwise(\"NoMention\"))\n      .withColumn(\"Weight\", lit(1L))\n      .withColumn(\"errors\",list_(col(\"Weight\")))\n}\n\/*\nSelect and does the necessary transformations on twitter4j dataframe to get it to the convert it to an TTTUrlsAndHashtags dataset\n*\/\ndef tweetsDF2TTTDFWithURLsAndHashtags(tweetsInputDF: DataFrame): DataFrame = {\n  tweetsInputDF\n    .select(\n      unix_timestamp(col(\"createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n        .cast(TimestampType).as(\"CurrentTweetDate\"),\n      col(\"id\").as(\"CurrentTwID\"),\n      col(\"lang\").as(\"lang\"),\n      col(\"geoLocation.latitude\").as(\"lat\"),\n      col(\"geoLocation.longitude\").as(\"lon\"),\n      unix_timestamp(col(\"retweetedStatus.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n        .cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n      col(\"retweetedStatus.id\").as(\"OriginalTwIDinRT\"),  \n      unix_timestamp(col(\"quotedStatus.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n        .cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n      col(\"quotedStatus.id\").as(\"OriginalTwIDinQT\"), \n      col(\"inReplyToStatusId\").as(\"OriginalTwIDinReply\"), \n      col(\"user.id\").as(\"CPostUserId\"),\n      unix_timestamp(col(\"user.createdAt\"), \"\"\"MMM dd, yyyy hh:mm:ss a\"\"\")\n        .cast(TimestampType).as(\"userCreatedAtDate\"),\n      col(\"retweetedStatus.user.id\").as(\"OPostUserIdinRT\"), \n      col(\"quotedStatus.user.id\").as(\"OPostUserIdinQT\"),\n      col(\"inReplyToUserId\").as(\"OPostUserIdinReply\"),\n      col(\"user.name\").as(\"CPostUserName\"), \n      col(\"retweetedStatus.user.name\").as(\"OPostUserNameinRT\"), \n      col(\"quotedStatus.user.name\").as(\"OPostUserNameinQT\"), \n      col(\"user.screenName\").as(\"CPostUserSN\"), \n      col(\"retweetedStatus.user.screenName\").as(\"OPostUserSNinRT\"), \n      col(\"quotedStatus.user.screenName\").as(\"OPostUserSNinQT\"),\n      col(\"inReplyToScreenName\").as(\"OPostUserSNinReply\"),\n      col(\"user.favouritesCount\"),\n      col(\"user.followersCount\"),\n      col(\"user.friendsCount\"),\n      col(\"user.isVerified\"),\n      col(\"user.isGeoEnabled\"),\n      col(\"text\").as(\"CurrentTweet\"), \n      col(\"retweetedStatus.userMentionEntities.id\").as(\"UMentionRTiD\"), \n      col(\"retweetedStatus.userMentionEntities.screenName\").as(\"UMentionRTsN\"), \n      col(\"quotedStatus.userMentionEntities.id\").as(\"UMentionQTiD\"), \n      col(\"quotedStatus.userMentionEntities.screenName\").as(\"UMentionQTsN\"), \n      col(\"userMentionEntities.id\").as(\"UMentionASiD\"), \n      col(\"userMentionEntities.screenName\").as(\"UMentionASsN\"),\n      col(\"urlEntities.expandedURL\").as(\"URLs\"),\n      col(\"hashtagEntities.text\").as(\"hashTags\")\n    )\n    .withColumn(\"TweetType\",\n      when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") === -1,\n        \"Original Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") > -1,\n        \"Reply Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull &&col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") === -1,\n        \"ReTweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") === -1,\n        \"Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") === -1,\n        \"Retweet of Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\") > -1,\n        \"Retweet of Reply Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") > -1,\n        \"Reply of Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\") > -1,\n        \"Retweet of Quoted Rely Tweet\")\n      .otherwise(\"Unclassified\"))\n    .withColumn(\"MentionType\", \n      when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNotNull, \"RetweetAndQuotedMention\")\n      .when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNull, \"RetweetMention\")\n      .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNotNull, \"QuotedMention\")\n      .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNull, \"AuthoredMention\")\n      .otherwise(\"NoMention\"))\n    .withColumn(\"Weight\", lit(1L))\n    .withColumn(\"errors\",list_(col(\"Weight\")))\n}\n\/*\n  Select and does the necessary transformations on twarc dataframe to get it to the convert it to an TTT dataset\n  *\/\n  def twarcTTTDF(tweetsInputDF: DataFrame): DataFrame = {\n    tweetsInputDF\n      .select(\n        unix_timestamp(col(\"created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CurrentTweetDate\"),\n        col(\"id\").as(\"CurrentTwID\"),  \n        col(\"lang\").as(\"lang\"),\n        element_at(col(\"coordinates.coordinates\"), 2).as(\"lat\"), \n        element_at(col(\"coordinates.coordinates\"), 1).as(\"lon\"),\n        unix_timestamp(col(\"retweeted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n        col(\"retweeted_status.id\").as(\"OriginalTwIDinRT\"),  \n        unix_timestamp(col(\"quoted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n        col(\"quoted_status_id\").as(\"OriginalTwIDinQT\"),\n        col(\"in_reply_to_status_id\").as(\"OriginalTwIDinReply\"),\n        col(\"user.id\").as(\"CPostUserId\"),\n        unix_timestamp(col(\"user.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"userCreatedAtDate\"),\n        col(\"retweeted_status.user.id\").as(\"OPostUserIdinRT\"),  \n        col(\"quoted_status.user.id\").as(\"OPostUserIdinQT\"),\n        col(\"in_reply_to_user_id\").as(\"OPostUserIdinReply\"),\n        col(\"user.name\").as(\"CPostUserName\"), \n        col(\"retweeted_status.user.name\").as(\"OPostUserNameinRT\"), \n        col(\"quoted_status.user.name\").as(\"OPostUserNameinQT\"), \n        col(\"user.screen_name\").as(\"CPostUserSN\"), \n        col(\"retweeted_status.user.screen_name\").as(\"OPostUserSNinRT\"), \n        col(\"quoted_status.user.screen_name\").as(\"OPostUserSNinQT\"),   \n        col(\"in_reply_to_screen_name\").as(\"OPostUserSNinReply\"),\n        col(\"user.favourites_count\").as(\"favouritesCount\"),  \n        col(\"user.followers_count\").as(\"followersCount\"),\n        col(\"user.friends_count\").as(\"friendsCount\"),\n        col(\"user.verified\").as(\"isVerified\"),\n        col(\"user.geo_enabled\").as(\"isGeoEnabled\"),\n        col(\"full_text\").as(\"CurrentTweet\"),\n        col(\"retweeted_status.entities.user_mentions.id\").as(\"UMentionRTiD\"), \n        col(\"retweeted_status.entities.user_mentions.screen_name\").as(\"UMentionRTsN\"),   \n        col(\"quoted_status.entities.user_mentions.id\").as(\"UMentionQTiD\"),\n        col(\"quoted_status.entities.user_mentions.screen_name\").as(\"UMentionQTsN\"),\n        col(\"entities.user_mentions.id\").as(\"UMentionASiD\"),\n        col(\"entities.user_mentions.screen_name\").as(\"UMentionASsN\")\n      )\n      .withColumn(\"TweetType\",  \n        when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Original Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n          \"ReTweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Retweet of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Retweet of Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Reply of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Retweet of Quoted Reply Tweet\")\n      .otherwise(\"Unclassified\"))\n      .withColumn(\"MentionType\", \n        when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNotNull, \"RetweetAndQuotedMention\")\n        .when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNull, \"RetweetMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNotNull, \"QuotedMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNull, \"AuthoredMention\")\n      .otherwise(\"NoMention\")) \/\/As far as I can tell NoMention cant happen, check with Raaz\n      .withColumn(\"Weight\", lit(1L))\n      .withColumn(\"errors\",list_(col(\"Weight\")))\n  }\n  \/*\n  Select and does the necessary transformations on twarc dataframe to get it to the convert it to an TTTUrlsAndHashtags dataset\n  *\/\n  def twarcTTTDFWithURLsAndHashtags(tweetsInputDF: DataFrame): DataFrame = {\n    tweetsInputDF\n      .select(\n        unix_timestamp(col(\"created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CurrentTweetDate\"),\n        col(\"id\").as(\"CurrentTwID\"),  \n        col(\"lang\").as(\"lang\"),\n        element_at(col(\"coordinates.coordinates\"), 2).as(\"lat\"), \n        element_at(col(\"coordinates.coordinates\"), 1).as(\"lon\"),\n        unix_timestamp(col(\"retweeted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n        col(\"retweeted_status.id\").as(\"OriginalTwIDinRT\"),  \n        unix_timestamp(col(\"quoted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n        col(\"quoted_status_id\").as(\"OriginalTwIDinQT\"),\n        col(\"in_reply_to_status_id\").as(\"OriginalTwIDinReply\"),\n        col(\"user.id\").as(\"CPostUserId\"),\n        unix_timestamp(col(\"user.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n          .cast(TimestampType).as(\"userCreatedAtDate\"),\n        col(\"retweeted_status.user.id\").as(\"OPostUserIdinRT\"),  \n        col(\"quoted_status.user.id\").as(\"OPostUserIdinQT\"),\n        col(\"in_reply_to_user_id\").as(\"OPostUserIdinReply\"),\n        col(\"user.name\").as(\"CPostUserName\"), \n        col(\"retweeted_status.user.name\").as(\"OPostUserNameinRT\"), \n        col(\"quoted_status.user.name\").as(\"OPostUserNameinQT\"), \n        col(\"user.screen_name\").as(\"CPostUserSN\"), \n        col(\"retweeted_status.user.screen_name\").as(\"OPostUserSNinRT\"), \n        col(\"quoted_status.user.screen_name\").as(\"OPostUserSNinQT\"),   \n        col(\"in_reply_to_screen_name\").as(\"OPostUserSNinReply\"),\n        col(\"user.favourites_count\").as(\"favouritesCount\"),  \n        col(\"user.followers_count\").as(\"followersCount\"),\n        col(\"user.friends_count\").as(\"friendsCount\"),\n        col(\"user.verified\").as(\"isVerified\"),\n        col(\"user.geo_enabled\").as(\"isGeoEnabled\"),\n        col(\"full_text\").as(\"CurrentTweet\"),\n        col(\"retweeted_status.entities.user_mentions.id\").as(\"UMentionRTiD\"), \n        col(\"retweeted_status.entities.user_mentions.screen_name\").as(\"UMentionRTsN\"),   \n        col(\"quoted_status.entities.user_mentions.id\").as(\"UMentionQTiD\"),\n        col(\"quoted_status.entities.user_mentions.screen_name\").as(\"UMentionQTsN\"),\n        col(\"entities.user_mentions.id\").as(\"UMentionASiD\"),\n        col(\"entities.user_mentions.screen_name\").as(\"UMentionASsN\"),\n        col(\"entities.urls.expanded_url\").as(\"URLs\"),\n        col(\"entities.hashtags.text\").as(\"hashTags\")\n      )\n      .withColumn(\"TweetType\",  \n        when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Original Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n          \"ReTweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n          \"Retweet of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Retweet of Reply Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Reply of Quoted Tweet\")\n        .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n          \"Retweet of Quoted Reply Tweet\")\n        .otherwise(\"Unclassified\"))\n      .withColumn(\"MentionType\", \n        when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNotNull, \"RetweetAndQuotedMention\")\n        .when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNull, \"RetweetMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNotNull, \"QuotedMention\")\n        .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNull, \"AuthoredMention\")\n        .otherwise(\"NoMention\")) \n      .withColumn(\"Weight\", lit(1L))\n      .withColumn(\"errors\",list_(col(\"Weight\")))\n  }\n\n\/*\n  Select and does the necessary transformations on twarc dataframe to get it to the convert it to an TTTRTLikesAndMedia dataset\n  *\/\ndef twarcTTTDFWithRetweetsLikesAndMedia(tweetsInputDF: DataFrame): DataFrame = {\n  tweetsInputDF\n    .select(\n      unix_timestamp(col(\"created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n        .cast(TimestampType).as(\"CurrentTweetDate\"),\n      col(\"id\").as(\"CurrentTwID\"),  \n      col(\"lang\").as(\"lang\"),\n      element_at(col(\"coordinates.coordinates\"), 2).as(\"lat\"), \n      element_at(col(\"coordinates.coordinates\"), 1).as(\"lon\"),\n      unix_timestamp(col(\"retweeted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n        .cast(TimestampType).as(\"CreationDateOfOrgTwInRT\"), \n      col(\"retweeted_status.id\").as(\"OriginalTwIDinRT\"),  \n      unix_timestamp(col(\"quoted_status.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n        .cast(TimestampType).as(\"CreationDateOfOrgTwInQT\"), \n      col(\"quoted_status_id\").as(\"OriginalTwIDinQT\"),\n      col(\"in_reply_to_status_id\").as(\"OriginalTwIDinReply\"),\n      col(\"favorite_count\").as(\"CTweetFavourites\"),\n      col(\"retweet_count\").as(\"CTweetRetweets\"),\n      col(\"user.id\").as(\"CPostUserId\"),\n      unix_timestamp(col(\"user.created_at\"), \"\"\"EEE MMM dd HH:mm:ss ZZZZ yyyy\"\"\")\n        .cast(TimestampType).as(\"userCreatedAtDate\"),\n      col(\"retweeted_status.user.id\").as(\"OPostUserIdinRT\"),  \n      col(\"quoted_status.user.id\").as(\"OPostUserIdinQT\"),\n      col(\"in_reply_to_user_id\").as(\"OPostUserIdinReply\"),\n      col(\"user.name\").as(\"CPostUserName\"), \n      col(\"retweeted_status.user.name\").as(\"OPostUserNameinRT\"), \n      col(\"quoted_status.user.name\").as(\"OPostUserNameinQT\"), \n      col(\"user.screen_name\").as(\"CPostUserSN\"), \n      col(\"retweeted_status.user.screen_name\").as(\"OPostUserSNinRT\"), \n      col(\"quoted_status.user.screen_name\").as(\"OPostUserSNinQT\"),   \n      col(\"in_reply_to_screen_name\").as(\"OPostUserSNinReply\"),\n      col(\"user.favourites_count\").as(\"favouritesCount\"),  \n      col(\"user.followers_count\").as(\"followersCount\"),\n      col(\"user.friends_count\").as(\"friendsCount\"),\n      col(\"user.verified\").as(\"isVerified\"),\n      col(\"user.geo_enabled\").as(\"isGeoEnabled\"),\n      col(\"full_text\").as(\"CurrentTweet\"),\n      col(\"retweeted_status.entities.user_mentions.id\").as(\"UMentionRTiD\"), \n      col(\"retweeted_status.entities.user_mentions.screen_name\").as(\"UMentionRTsN\"),   \n      col(\"quoted_status.entities.user_mentions.id\").as(\"UMentionQTiD\"),\n      col(\"quoted_status.entities.user_mentions.screen_name\").as(\"UMentionQTsN\"),\n      col(\"entities.user_mentions.id\").as(\"UMentionASiD\"),\n      col(\"entities.user_mentions.screen_name\").as(\"UMentionASsN\"),\n      col(\"entities.urls.expanded_url\").as(\"URLs\"),\n      col(\"entities.hashtags.text\").as(\"hashTags\"),\n      col(\"extended_entities.media.type\").as(\"mediaType\") \n    )\n    .withColumn(\"TweetType\",  \n      when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n        \"Original Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n        \"Reply Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNull,\n        \"ReTweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n        \"Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNull,\n        \"Retweet of Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNull && col(\"OriginalTwIDinReply\").isNotNull,\n        \"Retweet of Reply Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n        \"Reply of Quoted Tweet\")\n      .when(col(\"OriginalTwIDinRT\").isNotNull && col(\"OriginalTwIDinQT\").isNotNull && col(\"OriginalTwIDinReply\").isNotNull,\n        \"Retweet of Quoted Reply Tweet\")\n    .otherwise(\"Unclassified\"))\n    .withColumn(\"MentionType\", \n      when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNotNull, \"RetweetAndQuotedMention\")\n      .when(col(\"UMentionRTid\").isNotNull && col(\"UMentionQTid\").isNull, \"RetweetMention\")\n      .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNotNull, \"QuotedMention\")\n      .when(col(\"UMentionRTid\").isNull && col(\"UMentionQTid\").isNull, \"AuthoredMention\")\n    .otherwise(\"NoMention\")) \n    .withColumn(\"Weight\", lit(1L))\n    .withColumn(\"errors\",list_(col(\"Weight\")))\n  }\n  \/*\n    val list_ =udf(() => List.empty[Long])\n   .withColumn(\"MentionType\", \n        when((size(col(\"UMentionRTid\")) =!= 0) && (size(col(\"UMentionQTid\")) =!= 0), \"RetweetAndQuotedMention\")\n        .when((size(col(\"UMentionRTid\")) =!= 0) && (size(col(\"UMentionQTid\")) === 0), \"RetweetMention\")\n        .when((size(col(\"UMentionRTid\")) === 0) && (size(col(\"UMentionQTid\")) =!=0), \"QuotedMention\")\n        .when((size(col(\"UMentionRTid\")) === 0) && (size(col(\"UMentionQTid\")) === 0), \"AuthoredMention\") \n      .otherwise(\"NoMention\"))\n\n      .withColumn(\"UMentionRTiD\", when(col(\"UMentionRTiD\").isNull, list_()).otherwise(col(\"UMentionRTiD\")))\n      .withColumn(\"UMentionRTsN\", when(col(\"UMentionRTsN\").isNull, list_()).otherwise(col(\"UMentionRTsN\")))\n      .withColumn(\"UMentionQTiD\", when(col(\"UMentionQTiD\").isNull, list_()).otherwise(col(\"UMentionQTiD\")))\n      .withColumn(\"UMentionQTsN\", when(col(\"UMentionQTsN\").isNull, list_()).otherwise(col(\"UMentionQTsN\")))\n      .withColumn(\"UMentionASiD\", when(col(\"UMentionASiD\").isNull, list_()).otherwise(col(\"UMentionASiD\")))\n      .withColumn(\"UMentionASsN\", when(col(\"UMentionASsN\").isNull, list_()).otherwise(col(\"UMentionASsN\")))\n      *\/\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/RunStream.scala","text":"<gh_stars>1-10\npackage org.lamastex.mep.tw\n\nimport java.util.concurrent.{\n  Executors,\n  TimeUnit\n}\n\nobject ThreadedTwitterStreamWithWrite {\n  \/**\n    * Sets up a Twitter stream and writes tweets to files on disk.\n    *\n    * @param args Full path to .conf file with configuration for the stream. \n    * Default twitterConfig.conf\n    *\/\n  def main(args: Array[String]): Unit = {\n\n    \/\/ Parsing arguments\n\n    val configFile: String = T(() => args(0)).getOrElse(\"twitterConfig.conf\")\n    val mainConfig = IOHelper.getConfig(configFile)\n    val streamConfig = IOHelper.getStreamConfig(mainConfig)\n    val writeConfig = IOHelper.getWriteConfig(mainConfig)\n    val updateConfig = IOHelper.getUpdateConfig(mainConfig)\n\n    val stopStreamInMs: Long = streamConfig.streamDuration\n\n    val pool = Executors.newScheduledThreadPool(2)\n\n    val streamer = new BufferedTwitterStream(streamConfig)\n\n    \/\/ Start the Twitter stream\n    pool.submit(streamer)\n\n    \/\/ Create and start write jobs\n    val writer = new AsyncWrite(streamer, writeConfig)\n    writer.startJob(pool)\n\n    val updateJob = new AsyncUpdateConfig(\n      configFile,\n      streamer,\n      writer,\n      pool\n    )\n    updateJob.updateSelf(updateConfig)\n    \n    \/\/ Wait until stream has finished\n    if (stopStreamInMs > 0) {\n      Thread.sleep(stopStreamInMs)\n      pool.shutdown()\n      pool.awaitTermination(stopStreamInMs*2, TimeUnit.MILLISECONDS)\n    }\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/AsyncWriter.scala","text":"<gh_stars>1-10\npackage org.lamastex.mep.tw\n\nimport java.util.concurrent.{\n  ScheduledFuture,\n  ScheduledExecutorService,\n  TimeUnit\n}\n\n\/**\n  * A class to asynchronously write the buffer in a BufferedTwitterStream to file.\n  *\n  * @param streamer Streamer with the buffer to write.\n  * @param writeConfig Configuration for the writer.\n  *\/\nclass AsyncWrite(\n  streamer: BufferedTwitterStream, \n  writeConfig: WriteConfig\n) extends Runnable {\n  private var currentConfig = writeConfig\n  private var runningJob: ScheduledFuture[_] = null\n\n  def setConfig(newConfig: WriteConfig): Unit = {\n    currentConfig = newConfig\n  }\n\n  def getConfig: WriteConfig = currentConfig\n\n  def startJob(pool: ScheduledExecutorService): Unit = {\n    runningJob = pool.scheduleAtFixedRate(\n      this, \n      currentConfig.writeRate,\n      currentConfig.writeRate,\n      TimeUnit.MILLISECONDS)\n  }\n\n  def stopJob(mayInterruptIfRunning: Boolean): Boolean = \n    runningJob.cancel(mayInterruptIfRunning)\n\n  def isRunning: Boolean = !(runningJob == null || runningJob.isCancelled() || runningJob.isDone())\n\n  \/**\n    * Restarts the job, necessary to update write rate.\n    *\n    * @param pool The executor pool to run the job on.\n    *\/\n  def updateJob(pool: ScheduledExecutorService): Unit = {\n    stopJob(false)\n    while(isRunning) Thread.sleep(200) \/\/ Wait for job to finish\n    startJob(pool)\n  }\n\n  override def run(): Unit = {\n    val filename = currentConfig.outputFilenames\n    val maxFileSizeBytes = currentConfig.maxFileSize\n    val storageDirectory = currentConfig.fullFilesDirectory\n\n    val filePath = {\n      val pathArray = filename.split('\/').dropRight(1)\n      pathArray.tail.foldLeft(pathArray.head)(_ + \"\/\" + _)\n    }\n    val lastFile = IOHelper.getLastFile(filePath)\n    println(\"last file: \" + lastFile.getOrElse(None).toString)\n\n    var filenameWithTime = \"\"\n    var fileSize = 0L\n    var append = false\n    \/\/ Only write to the last file if it exists and is not full\n    if (lastFile.isDefined && lastFile.get.length < maxFileSizeBytes - IOHelper.TWEETSIZE) {\n      filenameWithTime = lastFile.get.getPath\n      fileSize = lastFile.get.length\n      append = true\n    } else {\n      filenameWithTime = filename + java.time.Instant.now.getEpochSecond.toString + \".jsonl\"\n    }\n\n    val buffer = streamer.getBuffer.toList.toIterator\n\n    \/\/ Writing into the last file\n    IOHelper.writeBufferToFile(\n      filenameWithTime, \n      buffer, \n      maxFileSizeBytes - fileSize, \n      append\n    )\n\n    \/\/ When the last file is full, write the rest into new files.\n    \/\/ If everything is already written, the buffer will be empty.\n    while(buffer.hasNext) {\n      \/\/ If the program gets here, the last file is full and can be moved.\n      if (storageDirectory.nonEmpty)\n        IOHelper.moveFile(filenameWithTime, storageDirectory + filenameWithTime.split(\"\/\").last)\n\n      filenameWithTime = filename + java.time.Instant.now.getEpochSecond.toString + \".jsonl\"\n      IOHelper.writeBufferToFile(\n        filenameWithTime,\n        buffer,\n        maxFileSizeBytes\n      )\n    }\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/build.sbt","text":"lazy val root = (project in file(\".\")).\n  settings(\n    inThisBuild(List(\n      organization := \"org.lamastex\",\n      scalaVersion := \"2.12.10\"\n    )),\n    name := \"mep\"\n  )\n\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.2.9\" % Test\nlibraryDependencies += \"org.twitter4j\" % \"twitter4j-examples\" % \"4.0.7\"\nlibraryDependencies += \"com.google.code.gson\" % \"gson\" % \"2.8.6\"\nlibraryDependencies += \"com.typesafe\" % \"config\" % \"1.4.1\"\nlibraryDependencies += \"com.lihaoyi\" %% \"os-lib\" % \"0.7.1\"\nlibraryDependencies += \"com.lihaoyi\" %% \"ujson\" % \"0.9.6\"\nlibraryDependencies += \"org.jboss\" % \"jdk-misc\" % \"3.Final\"\nlibraryDependencies += \"org.apache.spark\" %% \"spark-core\" % \"3.1.2\"\nlibraryDependencies += \"org.apache.spark\" %% \"spark-sql\" % \"3.1.2\"\nscalacOptions += \"-deprecation\"\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/notebooks\/db\/get_retweet_cascade.scala","text":"<filename>sc\/tw\/notebooks\/db\/get_retweet_cascade.scala\n\/\/ Databricks notebook source\n\/\/ MAGIC %md \n\/\/ MAGIC # Functions to easily identify and work with Retweet cascades with proper timestamps in ms\n\n\/\/ COMMAND ----------\n\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions._\n\n\/\/ COMMAND ----------\n\n\/\/Returns all Retweet cascades in a TTTDF twitter Data set\ndef IdentifyRetweetCascades(tweetsInputDF: DataFrame): DataFrame = {\n  tweetsInputDF.groupBy($\"OriginalTwIDinRT\")\n    .agg(first($\"CreationDateOfOrgTwInRT\") ,first($\"OPostUserNameinRT\"), first($\"CurrentTweet\"), count($\"OriginalTwIDinRT\"))\n    .toDF(\"OriginalTwIDinRT\",\"CreationDateOfOrgTwInRT\", \"OPostUserNameinRT\", \"CurrentTweet\", \"NumberOfRetweets\")\n}\n\n\/\/Given ID of one orignal tweet in TTTDF data set, returns the Retweet cascade (original tweet and all retweets)\ndef getRetweetCascade(ID: Long, tweetsInputDF: DataFrame): DataFrame = {\n  tweetsInputDF.filter($\"OriginalTwIDinRT\" === ID || $\"CurrentTwID\" === ID)  \/\/suffices to write like this? \n}\n\n\/\/ COMMAND ----------\n\n\/\/Gets timestamp in ms from Tweet-ID\ndef getSnowflakeTimestamp(ID: Long): Long = {\n  val twepoch = 1288834974657L\n  val base = 2L\n  val sequence_id_bits = scala.math.pow(base,12).toLong\n  val worker_id_bits = scala.math.pow(base,5).toLong \n  val datacenter_id_bits = scala.math.pow(base,5).toLong\n  val timestamp = ID \/ sequence_id_bits \/ worker_id_bits \/ datacenter_id_bits  \n  return timestamp + twepoch \n}\n\nval snowflakeUDF = spark.udf.register(\"snowflakeUDF\",getSnowflakeTimestamp(_))\n\n\/\/ COMMAND ----------\n\n\/\/returns a retweet cascade with proper timestamps in ms. Needed for librares such as evently in Birdspotter\ndef getRetweetCascadeWithTimestamps(RTCascade: DataFrame): DataFrame ={\n  val RTCascadeTimestampsAbsolute  = RTCascade.withColumn(\"absolute_time\", snowflakeUDF($\"CurrentTwID\")).sort(\"absolute_time\")\n  val time_zero = RTCascadeTimestampsAbsolute.select($\"absolute_time\").first.getLong(0)\n  val RTCascadeTimestamps = RTCascadeTimestampsAbsolute.withColumn(\"time\", ($\"absolute_time\" - time_zero)\/1000.0).select($\"time\", $\"followersCount\".alias(\"magnitude\"), $\"CPostUserId\".alias(\"user_id\"))\n  return RTCascadeTimestamps\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/GetUserTimeline.scala","text":"package org.lamastex.mep.tw\n\nimport twitter4j.TwitterException\nimport twitter4j.Paging\nimport twitter4j.Status\nimport twitter4j.conf.ConfigurationBuilder\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.JavaConverters._\nimport scala.util.control.Breaks._\n\nobject getUserTimeline extends TwitterBasic {\n  \n  def main(args : Array[String]): Unit = {\n\n    val twitter = getTwitterInstance\n    \/\/ use the twitter object to get a user's timeline\n    val screenName = \"raazozone\"\n    val statuses = ArrayBuffer[Status]()\n    var pageno = 1;\n    breakable {\n      while(true) {\n        try {\n          println(\"getting tweets\");\n          val size: Int = statuses.size; \/\/ actual tweets count we got\n          val page: Paging = new Paging(pageno, 200);\n          val statusesPerPage = twitter.getUserTimeline(screenName, page)\n          statuses.appendAll(statusesPerPage.asScala);\n          System.out.println(\"total got : \" + statuses.size);\n          if (statuses.size == size) break() \/\/ we did not get new tweets so we have done the job\n          pageno = pageno+1;\n          sleep(1000); \/\/ 900 rqt \/ 15 mn <=> 1 rqt\/s\n        }\n        catch  {\n          case e: TwitterException => println(e.getErrorMessage());\n        }\n      } \/\/ end while\n    }\/\/ end breakable\n    printTweets(statuses)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/main\/scala\/threaded\/IOHelper.scala","text":"package org.lamastex.mep.tw\n\nimport java.io.{\n  File,\n  FileWriter,\n  FileNotFoundException\n}\nimport java.nio.file.{\n  Files,\n  StandardCopyOption\n}\nimport com.typesafe.config.{\n  Config,\n  ConfigFactory\n}\n\n\/**\n  * Helper object with various IO functions needed for the Twitter stream.\n  *\/\nobject IOHelper {\n\n  \/\/ Estimate of byte size of one tweet.\n  \/\/ Average size estimated as ~4000 B,\n  \/\/ 4096 with a little headroom\n  final val TWEETSIZE = 4096\n\n  \/**\n    * Returns the file with the largest name w.r.t. string comparison.\n    *\n    * @param path Path to search for files.\n    * @return Largest filename w.r.t. string comparison, None if it cannot find a file.\n    *\/\n  def getLastFile(path: String): Option[File] = {\n    val files = Option(new File(path).listFiles)\n    if (files.isDefined && files.get.filter(file => file.isFile).nonEmpty) {\n      Some(files.get.filter(file => file.isFile).sortBy(file => file.getName).last)\n    } else None\n  }\n\n  \/**\n    * Writes a buffer of tweets to file.\n    *\n    * @param file Full path to the file that should be written.\n    * @param buffer The buffer with tweets to be written.\n    * @param allowedBytes Number of bytes that are allowed to be written to the file.\n    * @param append If true, will append to an existing file.\n    * @return\n    *\/\n  def writeBufferToFile(\n    file: String, \n    buffer: Iterator[TweetSchema], \n    allowedBytes: Long,\n    append: Boolean = false\n  ): Iterator[TweetSchema] = {\n    println(\"Writing to \" + file)\n    val writer = new FileWriter(new File(file), append)\n    var bytesWritten = 0L\n    var nextTweet = TweetSchema(0L,\"\",0L,0L,\"\")\n    var nextLine = \"\"\n    while(buffer.hasNext && bytesWritten + nextLine.getBytes.length < allowedBytes - TWEETSIZE) {\n      nextTweet = buffer.next\n      nextLine = s\"\"\"{\"tweetId\":${nextTweet.id},\"json\":${nextTweet.json},\"time\":${nextTweet.time},\"userId\":${nextTweet.userID},\"statusType\":\"${nextTweet.statusType}\"}\\n\"\"\"\n      writer.write(nextLine)\n      bytesWritten += nextLine.getBytes.length\n    }\n    writer.close\n    printf(\"%d bytes written to %s\\n\", bytesWritten, file)\n    return buffer\n  }\n\n  \/**\n    * Moves a file\n    *\n    * @param file path of file to be moved\n    * @param destination destination to move file to, must include filename.\n    *\/  \n  def moveFile(\n    file: String,\n    destination: String\n  ): Unit = {\n    val filePath = new File(file).toPath\n    val destPath = new File(destination).toPath\n    Files.move(filePath, destPath, StandardCopyOption.REPLACE_EXISTING)\n  }\n\n  \/**\n    * Reads a .conf file from disk.\n    *\n    * @param configFile Filename including path to config file\n    * @return The read config.\n    *\/\n  def getConfig(configFile: String): Config = {\n    ConfigFactory.parseFile(new File(configFile))\n  }\n\n  def getStreamConfig(config: Config): StreamConfig = {\n    val streamConfig = config.getConfig(\"streamConfig\")\n    StreamConfig(\n      handlesFilePath = streamConfig.getString(\"handles-to-track\"),\n      streamDuration = streamConfig.getLong(\"stream-duration\")\n    )\n  }\n\n  def getWriteConfig(config: Config): WriteConfig = {\n    val writeConfig = config.getConfig(\"writeConfig\")\n    WriteConfig(\n      outputFilenames = writeConfig.getString(\"output-filenames\"),\n      fullFilesDirectory = writeConfig.getString(\"completed-file-directory\"),\n      maxFileSize = writeConfig.getLong(\"max-file-size\"),\n      writeRate = writeConfig.getLong(\"write-rate\")\n    )\n  }\n\n  def getUpdateConfig(config: Config): UpdateConfig = {\n    val updateConfig = config.getConfig(\"updateConfig\")\n    UpdateConfig(\n      updateRate = updateConfig.getLong(\"update-rate\")\n    )\n  }\n\n  \/**\n    * Reads a file of Twitter handles from disk. \n    * Each line of the file should be a single Twitter handle without @.\n    *\n    * @param handlesFilePath Filename, including path.\n    * @return Seq of read handles.\n    *\/\n  def readHandles(handlesFilePath: String): Seq[String] = {\n    var handlesToTrack: Seq[String] = Seq.empty\n\n    try {\n      val handleReader = scala.io.Source.fromFile(handlesFilePath)\n      for {line <- handleReader.getLines} {\n        handlesToTrack = handlesToTrack :+ line\n      }\n      handleReader.close\n      printf(\"%d handles to track\\n\", handlesToTrack.size)\n    } catch {\n      case e: FileNotFoundException => println(handlesFilePath + \" not found!\")\n    }\n    return handlesToTrack\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/test\/scala\/GetUserTimeLineTest.scala","text":"class GetUserTimeLineTest extends org.scalatest.funsuite.AnyFunSuite {\n  test(\"GetUserTimeLine\") {\n    assert(1 === 1)\n  }\n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/src\/test\/scala\/ttt\/ParseTwitter4jTest.scala","text":"<filename>sc\/tw\/src\/test\/scala\/ttt\/ParseTwitter4jTest.scala\npackage org.lamastex.mep.tw.ttt\nimport org.apache.spark.sql.types.{StructType,DataType};\nimport org.apache.spark.sql.SparkSession\nimport org.lamastex.mep.tw.ttt.TTTFormats._\nimport org.lamastex.mep.tw.ttt.TTTConverters.{tweetsDF2TTTDF,tweetsDF2TTTDFWithURLsAndHashtags}\nimport java.sql.Timestamp\nimport org.apache.spark.sql.Row\nimport sys.process._\nimport ujson.read\nimport scala.io.Source\n\nclass ParseTwitter4jTest extends org.scalatest.funsuite.AnyFunSuite{\n  \/\/generating test files\n  val bashScript: String = getClass.getResource(\"\/getTwitter4jFiles.sh\").getPath\n  val rootPath = bashScript.split(\"\/\").dropRight(4).mkString(\"\/\")\n  s\"bash $bashScript $rootPath\" !!\n\n  \/\/spark configurations \n  val spark = SparkSession.builder.appName(\"test\").config(\"spark.master\", \"local\").getOrCreate()\n  import spark.implicits._\n  spark.sql(\"set spark.sql.legacy.timeParserPolicy=LEGACY\")\n\n  \/\/ paths\n  val schemaPath = rootPath+\"\/src\/test\/resources\/schemas\/twitter4j_schema.json\" \n  val testFilePath = rootPath+\"\/src\/test\/resources\/test_twitter4j.jsonl\"\n  val testFileReaderPath = rootPath+\"\/src\/test\/resources\/test_reader_twitter4j\" \n  \n  \/\/ needed schema\n  val schema = DataType.fromJson(spark.read.text(schemaPath).first.getString(0)).asInstanceOf[StructType]\n  \n  \/\/ needed dataFrame\n  val twitter4jJsonSeq = \n    spark\n      .read\n      .option(\"mode\", \"DROPMALFORMED\")\n      .text(testFilePath)\n      .collect()\n      .map(x=>x.getString(0))\n      .filter(x => ujson.read(x)(\"statusType\").str == \"status\")\n      .map(x=>ujson.read(x)(\"json\").toString)\n                                                                 \n  val twitter4jDF = \n    spark\n      .read\n      .option(\"mode\", \"DROPMALFORMED\")\n      .schema(schema)\n      .json(twitter4jJsonSeq.toSeq.toDS)\n      \n  twitter4jDF.write.mode(\"overwrite\").json(testFileReaderPath)\n  \n  \/\/tests\n  test(\"test converting twitter4j data to TTT\"){ \n      tweetsDF2TTTDF(twitter4jDF).as[TTT].show()\n  }\n\n  test(\"test converting twitter4j data to TTTURLsAndHashtags\") {\n      tweetsDF2TTTDFWithURLsAndHashtags(twitter4jDF).as[TTTURLsAndHashtags].show()\n  }\n  test(\"test the twitter4jToTTT reader\") {\n      spark.read.twitter4jToTTT(schemaPath,testFileReaderPath).show()\n  }\n\n  test(\"test the twitter4jToTTTURlsAndHashtags reader\") {\n      spark.read.twitter4jToTTTURlsAndHashtags(schemaPath,testFileReaderPath).show()\n  }\n    \n}\n"}
{"repo_name":"lamastex\/mep","path":"sc\/tw\/notebooks\/db\/000a_getSchema.scala","text":"\/\/ Databricks notebook source\n\/\/ MAGIC %md \n\/\/ MAGIC #Inferring and then storing a schema, to make loading tweets quicker in the future.\n\n\/\/ COMMAND ----------\n\nval pathToRawTwitterData = \"put\/path\/here\"\n\n\/\/load everything available to infer schema \nval raw_tweets = spark.read.option(\"mode\", \"DROPMALFORMED\").json(pathToRawTwitterData)\nval schemaJson = raw_tweets.schema.json\n\n\/\/ COMMAND ----------\n\nval pathToSavedSchema = \"your\/path\/\" + \"schema.json\"\n\/\/save the infered schema\ndbutils.fs.put(pathToSavedSchema, schemaJson)\n\n\/\/ COMMAND ----------\n\n\/\/ MAGIC %md \n\/\/ MAGIC # To load saved schema:\n\n\/\/ COMMAND ----------\n\nval savedSchema = spark.read.text(pathToSavedSchema)\n\n\/\/this will be loaded as a dataframe, and we just want everything as a string\nval savedSchemaString = savedSchema.first.getString(0)\n\n\/\/from the string we can get the proper type for schemas ie StructType\nval twarc_schema = DataType.fromJson(savedSchema.first.getString(0)).asInstanceOf[StructType]\n"}
{"repo_name":"paul-di\/annotationService","path":"src\/test\/scala\/ExampleSpec.scala","text":"package com.example\n\nimport com.github.paul_di.samples.annotation.AnnotationApp\nimport org.specs2.mutable.Specification\nimport okhttp3._\n\nobject ExampleSpec extends Specification with unfiltered.specs2.jetty.Served {\n\n  override def setup() = { _.plan(new AnnotationApp) }\n\n  val http = new OkHttpClient()\n\n  \"The example app\" should {\n    \"serve unfiltered requests\" in {\n      val request = new Request.Builder().url(host).build()\n      val response = http.newCall(request).execute()\n      response.code must_== 200\n    }\n  }\n}\n"}
{"repo_name":"paul-di\/annotationService","path":"src\/test\/scala\/com\/github\/paul_di\/samples\/annotation\/AhoCorasickAnnotationEvaluatorImplTest.scala","text":"<reponame>paul-di\/annotationService\npackage com.github.paul_di.samples.annotation\n\nimport org.scalatest.FunSuite\nimport scala.io.Source\n\nclass AhoCorasickAnnotationEvaluatorImplTest extends FunSuite {\n  val evaluator = new AhoCorasickAnnotationEvaluatorImpl(\n    Array(\n      DictionaryElement(1, \"York\", Set(\"Eboracum\", \"Eburacum\", \"Eburaci\")),\n      DictionaryElement(2, \"New York\", Set(\"NYC\", \"New York City\")),\n      DictionaryElement(3, \"City\", Set.empty[String])\n    )\n  )\n\n  test(\"InlineMatchesExcludedAndScore\") {\n    val text = \"!new york city is the most populous...\"\n    val calculated = evaluator.annotate(text, MatchSettings(true, false)).toSet\n    val correct = Set(AnnotationMatch(2, \"New York\", \"new york city\", 1, 14, 0.25))\n    assertResult(correct)(calculated)\n  }\n\n  test(\"MusltipleMatchesAndMatchSettings\") {\n    val text = \"York New City Test NYC Test city\"\n    val calculated = evaluator.annotate(text, MatchSettings(false, true)).toSet\n    val correct = Set(\n      AnnotationMatch(1, \"York\", \"York\", 0, 4, 1.0),\n      AnnotationMatch(3, \"City\", \"City\", 9, 13, 1.0)\n    )\n    assertResult(correct)(calculated)\n  }\n\n\n  test(\"realCase\") {\n    val evaluator = new AhoCorasickAnnotationEvaluatorImpl(\n      dictionary = Source\n          .fromInputStream( getClass.getResourceAsStream(\"\/cities15000.txt\") )\n          .getLines\n          .map { line => line.split(\"\\\\t\") }\n          .map { arr => DictionaryElement(arr(0).toLong,\n            arr(1).trim, arr(3).split(\"[,]\").map {_.trim }.filter{_.nonEmpty}.toSet) }\n          .toArray\n    )\n\n    val text =\n      \"\"\"|The earliest known town twinning in Europe was between Paderborn, Germany, and Le Mans, France, in 836.\n        |Starting in 1905, Keighley in West Yorkshire, England, had a twinning arrangement with French communities\n        |Suresnes and Puteaux. The first recorded modern twinning agreement was between Keighley and Poix-du-Nord in\n        |Nord, France, in 1920 following the end of the First World War. This was initially referred to as an adoption\n        |of the French town; formal twinning charters were not exchanged until 1986.\n        |The practice was continued after the Second World War as a way to promote mutual understanding and\n        |cross-border projects of mutual benefit. For example, Coventry twinned with Stalingrad and later with Dresden\n        |as an act of peace and reconciliation, all three cities having been heavily bombed during the war.\n        |Similarly, in 1947, Bristol Corporation (later Bristol City Council) sent five 'leading citizens' on a goodwill\n        |mission to Hanover. Reading in 1947 was the first British town to form links with a former \"enemy\" city \u2013\n        |D\u00fcsseldorf. The link still exists (Reading-D\u00fcsseldorf Association: http:\/\/www.reading-dusseldorf.org.uk\/).\n        |Since April 9, 1956 Rome and Paris have been exclusively and reciprocally twinned with each other, following\n        |the motto: \"Only Paris is worthy of Rome; only Rome is worthy of Paris.\"\n        |Within Europe, town twinning is supported by the European Union. The support scheme was established in 1989.\n        |In 2003 an annual budget of about \u20ac12 million was allocated to about 1,300 projects. The Council of European\n        |Municipalities and Regions also works closely with the Commission (DG Education and Culture) to promote modern,\n        |high quality twinning initiatives and exchanges that involve all sections of the community. It has launched\n        |a website dedicated to town twinning. As of 1995, the European Union had more than 7,000 bilateral relationships\n        |involving almost 10,000 European municipalities, primarily French (2837 twinnings) and German (2485 twinnings).\n        |Public art has been used to celebrate twin town links, for instance in the form of seven mural paintings in the\n        |centre of the town of Sutton, Greater London. The five main paintings show a number of the main features of the\n        |London Borough of Sutton and its four twin towns, along with the heraldic shield of each above the other images.\n        |Each painting also features a plant as a visual representation of its town's environmental awareness. In the\n        |case of Sutton this is in a separate smaller painting (above its main one) showing a beech tree, intended as a\n        |symbol of prosperity and from which <NAME> in the borough derives its name.\"\"\".stripMargin\n\n    var annotations = evaluator.annotate(\"111\", MatchSettings(true, false))\n    annotations.foreach(println)\n    \/\/text = \"The earliest known town twinning in Europe was between Paderborn, Germany, and Le Mans, France, in 836\"\n    println(\"was\")\n    val time = System.currentTimeMillis()\n    annotations = evaluator.annotate(text, MatchSettings(false, true))\n    annotations.foreach(println)\n    println(\"time\" + (System.currentTimeMillis() - time))\n    println(\"count\" + annotations.length)\n\n  }\n}\n"}
{"repo_name":"paul-di\/annotationService","path":"src\/main\/scala\/com\/github\/paul_di\/samples\/annotation\/AnnotationEvaluator.scala","text":"package com.github.paul_di.samples.annotation\n\nimport java.net.URL\nimport java.util.zip.ZipInputStream\n\nimport opennlp.tools.tokenize.SimpleTokenizer\n\nimport scala.annotation.tailrec\nimport scala.collection.mutable\nimport scala.collection.JavaConverters._\nimport scala.io.Source\n\ncase class MatchSettings(useAlternativeNames: Boolean, caseSensetive: Boolean)\n\ncase class DictionaryElement(geoid: Long, name: String, alternativenames: Set[String])\n\ntrait AnnotationEvaluator {\n  def annotate(text: String, matchSettings: MatchSettings): Array[AnnotationMatch]\n}\n\nobject AhoCorasickAnnotationEvaluator extends AhoCorasickAnnotationEvaluatorImpl(\n  dictionary = {\n    val inputStream = new URL(\"http:\/\/download.geonames.org\/export\/dump\/cities15000.zip\").openStream()\n    val unzippedStream = new ZipInputStream(inputStream)\n    Source\n      .fromInputStream(unzippedStream, \"UTF-8\")\n      .getLines\n      .map { line => line.split(\"\\\\t\") }\n      .map { arr => DictionaryElement(arr(0).toLong, arr(1).trim, arr(3).split(\"[,]\").map{_.trim}.toSet) }\n      .toArray\n  }\n)\n\nclass AhoCorasickAnnotationEvaluatorImpl(val dictionary: Array[DictionaryElement]) extends AnnotationEvaluator {\n\n  \/\/lowercased aho-Corasickk tree with fictive top node\n  private lazy val topNode: AhoCorasickNode = {\n    val topNode = AhoCorasickNode(0.toChar)\n    dictionary.foreach { dictEl => \/\/disabl\n      Some(\/*dictEl.alternativenames + *\/dictEl.name).map{ _.toLowerCase }.foreach { term =>\n        recursiveTreeBranchBuild(term, topNode).endMarks.add(dictEl)\n      }\n    }\n    topNode\n  }\n\n  private lazy val maxTreeDepth: Int = {\n    def maxDepth(depth: Int, node: AhoCorasickNode): Int = {\n      if(node.children.isEmpty) {\n        return depth\n      }\n      node.children.values.map {maxDepth(depth + 1, _)}.max\n    }\n    maxDepth(1, topNode)\n  }\n\n  \/\/ \u043f\u043e\u0441\u0442\u0440\u043e\u0435\u043d\u0438\u0435 \u0432\u0435\u0442\u0432\u0438 \u0434\u0435\u0440\u0435\u0432\u0430 \u0440\u0430\u0437\u0431\u043e\u0440\u0430 \u0434\u043b\u044f \u043e\u0434\u043d\u043e\u0433\u043e \u0442\u0435\u0440\u043c\u0430. \u0412\u043e\u0437\u0432\u0440\u0430\u0449\u0430\u0435\u0442 \u043a\u043e\u043d\u0435\u0447\u043d\u044b\u0439 \u0443\u0437\u0435\u043b \u0434\u0430\u043d\u043d\u043e\u0433\u043e \u0442\u0435\u0440\u043c\u0430\n  @tailrec private def recursiveTreeBranchBuild(term: String, curNode: AhoCorasickNode): AhoCorasickNode = {\n    val nextNode = curNode.children.getOrElseUpdate(term.head, AhoCorasickNode(term.head))\n    if(term.tail.isEmpty)\n      nextNode\n    else\n      recursiveTreeBranchBuild(term.tail, nextNode)\n  }\n\n  override def annotate(textRaw: String, matchSettings: MatchSettings): Array[AnnotationMatch] = {\n    val text = textRaw.replaceAll(\"\\\\s\", \" \")\n    val tokenizationSpans = SimpleTokenizer.INSTANCE.tokenizePos(text)\n    val tokenStartIndexesInclusive = tokenizationSpans.map { _.getStart }.toSet\n    val endIndexesExclusive = tokenizationSpans.map { _.getEnd }.toSet\n\n    val lowercasedText = text.toLowerCase\n    var prevStart = 0\n    var prevEnd = 0\n\n    \/\/match should start from first symbol of some token\n    val foundMatches: List[(Int, Int, SearchRes)] = tokenStartIndexesInclusive.toList.sorted.flatMap { start =>\n      var it = lowercasedText.substring(start, Math.min(start + maxTreeDepth + 1, lowercasedText.length)).iterator\n      var node = topNode\n      var foundStr: Option[String] = Some(\"\")\n      val searchResults = mutable.ListBuffer(recursiveSearchInTree(it, node, foundStr.get))\n\n      \/\/recurcive search can return several matched strings (starting from same index)\n      while (searchResults.last.foundStr.nonEmpty) {\n        val searchRes = searchResults.last\n        it = searchRes.it\n        node = searchRes.lastNode\n        foundStr = searchRes.foundStr\n        searchResults.append(recursiveSearchInTree(it, node, foundStr.get))\n      }\n\n      searchResults\n        .filter { _.foundStr.nonEmpty } \/\/remove empty matches that signaliziing about finish of search\n        .filter { sr => endIndexesExclusive.contains(start + sr.foundStr.get.length) } \/\/match should ends at last symbol of some token\n        .map{ sr => (start, start + sr.foundStr.get.length, sr)}\n        .sortBy { case (start, end, sr) => start - end }\/\/remove matches that laying completely inside previous match\n        .filter { case (start, end, sr) => \/\/:TODO that tricky logic can be replaced with search of nested ranges\n          if(prevEnd >= prevEnd || (prevEnd == end && prevStart >= start)) {\n            prevEnd = end\n            prevStart = start\n            true\n          } else {\n            false\n          }\n        }\n    }\n\n    generateAnnotations(foundMatches, text, matchSettings).toArray\n  }\n\n  private def generateAnnotations(matches: List[(Int, Int, SearchRes)], text: String, settings: MatchSettings) = {\n    matches.flatMap { case (start, end, sr) =>\n      sr.dictElements.flatMap { dicktElement =>\n        val usedAlternativeNames = dicktElement.name.toLowerCase != sr.foundStr.get.toLowerCase\n        val usedCaseSensetiveMatch = if(usedAlternativeNames) {\n          dicktElement.alternativenames.contains(text.substring(start, end))\n        } else {\n          dicktElement.name == text.substring(start, end)\n        }\n\n        val score = (if(usedAlternativeNames) 0.5 else 1) * (if(usedCaseSensetiveMatch) 1.0 else 0.5)\n\n        if((!usedAlternativeNames || settings.useAlternativeNames) && (usedCaseSensetiveMatch || !settings.caseSensetive)) {\n          Some(AnnotationMatch(dicktElement.geoid, dicktElement.name, text.substring(start, end), start, end, score))\n        } else {\n          None\n        }\n      }\n    }\n  }\n\n  @tailrec private def recursiveSearchInTree(\n                                              it: Iterator[Char], \/\/iterator over text\n                                              node: AhoCorasickNode, \/\/current node in ahoCorasick tree\n                                              foundStr: String \/\/current found substring\n                                            ): SearchRes = {\n\n    if(!it.hasNext) {\/\/text is ended. return res with foundStr=None. It indicates that we found nothing\n      SearchRes(it, node, None, mutable.HashSet.empty[DictionaryElement])\n    } else {\n\n      val curSymbol = it.next\/\/get next text symbol\n      if(node.children.contains(curSymbol)) {\/\/check that we have child node in search tree for cur symbol\n        val nextNode = node.children(curSymbol)\n        val nextStr = foundStr + new String(Array(nextNode.value))\/\/append cur symbol to foundStr\n\n        if(nextNode.endMarks.nonEmpty) {\/\/endMark indicates that we successfully found some term entry. return result\n          SearchRes(it, nextNode, Some(nextStr), nextNode.endMarks)\/\/but we still should try continue search from that place\n        } else {\/\/no endMarks. continue search recursively\n          recursiveSearchInTree(it, nextNode, nextStr)\n        }\n      } else {\/\/there is no child node for cur symbol. return res with foundStr=None\n        SearchRes(it, node, None, mutable.HashSet.empty[DictionaryElement])\n      }\n    }\n  }\n}\n\nprivate case class SearchRes(\n  it: Iterator[Char],\n  lastNode: AhoCorasickNode,\n  foundStr: Option[String],\n  dictElements: mutable.Set[DictionaryElement]\n)\n\nprivate case class AhoCorasickNode(\n  value: Char,\n  children: mutable.HashMap[Char,AhoCorasickNode] = mutable.HashMap.empty[Char,AhoCorasickNode],\n  endMarks: mutable.HashSet[DictionaryElement] = mutable.HashSet.empty[DictionaryElement]\n)"}
{"repo_name":"paul-di\/annotationService","path":"src\/main\/scala\/com\/github\/paul_di\/samples\/annotation\/AnnotationMatch.scala","text":"<gh_stars>0\npackage com.github.paul_di.samples.annotation\n\ncase class AnnotationMatch(\n  \/** id of term from dictionary  *\/\n  geonameid: Long,\n\n  \/** term name from dictionary *\/\n  name: String,\n\n  \/** text fragment that was matched with term *\/\n  covered_text: String,\n\n  \/** start index of matched text fragment at original text (inclusive) *\/\n  start: Int,\n\n  \/** end index of matched text fragment at original text (inclusive) *\/\n  end: Int,\n\n  \/** mystical *\/\n  score: Double\n) {}\n"}
{"repo_name":"paul-di\/annotationService","path":"src\/main\/scala\/com\/github\/paul_di\/samples\/annotation\/AnnotionApp.scala","text":"package com.github.paul_di.samples.annotation\n\nimport unfiltered.directives._\nimport unfiltered.request._\nimport unfiltered.response._\n\n\/\/** unfiltered plan *\/\nclass AnnotationApp extends unfiltered.filter.Plan {\n\n  def intent = Directive.Intent {\n    case GET(r) =>\n      null\n  }\n}\n\nobject Server {\n  def main(args: Array[String]) = {\n    unfiltered.jetty.Server.local(4567).anylocal.plan(new AnnotationApp).run()\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/mapping\/ResourceConstraints.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos.mapping\n\nimport scala.collection.mutable\n\n\/\/ todo: make immutable\nclass ResourceConstraints {\n  val resources = mutable.HashMap[String, Double]()\n  val attributes = mutable.HashMap[String, String]()\n\n  def requireResource(resource: String, value: Double): ResourceConstraints = {\n    resources += resource -> value\n    this\n  }\n\n  def requireSupport(attribute: String, value: String): ResourceConstraints = {\n    attributes += attribute -> value\n    this\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter6\/mesos-pi\/build.sbt","text":"<reponame>HussainK72\/Mastering-Mesos\nimport AssemblyKeys._\n\nassemblySettings\n\nname := \"mesos-pi\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.10.4\"\n\nlibraryDependencies += \"org.apache.mesos\" % \"mesos\" % \"0.26.0\"\n\nlibraryDependencies += \"log4j\" % \"log4j\" % \"1.2.17\"\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/SamzaSchedulerState.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport eu.inn.samza.mesos.MesosConfig.Config2Mesos\nimport org.apache.mesos.Protos.{OfferID, Offer, TaskInfo}\nimport org.apache.samza.config.Config\nimport org.apache.samza.container.{TaskName, TaskNamesToSystemStreamPartitions}\nimport org.apache.samza.job.ApplicationStatus\nimport org.apache.samza.job.ApplicationStatus._\nimport org.apache.samza.util.{Logging, Util}\n\nimport scala.collection.mutable\nimport scala.collection.JavaConversions._\n\n\/*\nLet's be very clear about terminology:\n  - Samza task\n    - the instance of StreamTask that processes messages from a single stream partition\n    - Samza determines how many Samza tasks there are for the Samza job, and the assignment of Samza tasks to Samza containers\n  - Samza container\n    - the JVM process that contains 1 or more Samza tasks\n    - the number of Samza containers for the Samza job is configurable (mesos.executor.count), defaults to 1\n  - Samza job: \n    - the high-level processing, actually carried out by individual Samza containers & Samza tasks\n    - a Samza job runs in Mesos as a Mesos framework, which schedules Mesos tasks (Samza containers) to run out in the Mesos cluster\n  - Mesos task\n    - 1 Samza container running on a Mesos slave machine\n    - Mesos task = Samza container\n    - So 1 Samza job = 1 or more Mesos tasks\n  - Mesos framework\n    - a Mesos scheduler that schedules Mesos tasks to run out in the Mesos cluster\n    - a Mesos executor that actually runs each Mesos task\n    - Mesos framework = Samza job\n\nTo summarize:\n  - Samza job = Mesos framework\n  - Samza container = Mesos task\n  - Samza task has no Mesos equivalent\n\nNote that both Mesos and Samza have a thing called \"task\", so need to qualify that term to avoid confusion\n*\/\n\nclass SamzaSchedulerState(config: Config) extends Logging {\n  var currentStatus: ApplicationStatus = New \/\/TODO should this get updated to other values at some point? possible values are: New, Running, SuccessfulFinish, UnsuccessfulFinish\n\n  val samzaContainerCount: Int = config.getTaskCount.getOrElse({\n    info(s\"No ${MesosConfig.EXECUTOR_TASK_COUNT} specified. Defaulting to one Samza container (i.e. one Mesos task).\")\n    1\n  })\n  debug(s\"Samza container (i.e. Mesos task) count: ${samzaContainerCount}\")\n\n  val samzaContainerIds = (0 until samzaContainerCount).toSet\n  debug(s\"Samza container IDs: ${samzaContainerIds}\")\n\n  val samzaContainerIdToSSPTaskNames: Map[Int, TaskNamesToSystemStreamPartitions] =\n    Util.assignContainerToSSPTaskNames(config, samzaContainerCount)\n  debug(s\"Samza container ID to SSP task names: ${samzaContainerIdToSSPTaskNames}\")\n\n  val samzaTaskNameToChangeLogPartitionMapping: Map[TaskName, Int] =\n    Util.getTaskNameToChangeLogPartitionMapping(config, samzaContainerIdToSSPTaskNames)\n  debug(s\"Samza task name to changelog partition mapping: ${samzaTaskNameToChangeLogPartitionMapping}\")\n\n  def newMesosTaskMapping(containerId: Int): (String, MesosTask) = {\n    val task = new MesosTask(config, this, containerId)\n    (task.mesosTaskId, task)\n  }\n  private[this] val mesosTasks: mutable.Map[String, MesosTask] = mutable.Map(samzaContainerIds.toSeq.map(newMesosTaskMapping): _*)\n  debug(s\"Mesos task IDs: ${mesosTasks.keys}\")\n\n  private[this] val unclaimedTaskIdSet: mutable.Set[String] = mutable.Set(mesosTasks.keys.toSeq: _*)\n  private[this] val pendingTaskIdSet: mutable.Set[String] = mutable.Set()\n  private[this] val runningTaskIdSet: mutable.Set[String] = mutable.Set()\n\n  def unclaimedTaskIds: Set[String] = unclaimedTaskIdSet.toSet\n  def pendingTaskIds: Set[String] = pendingTaskIdSet.toSet\n  def runningTaskIds: Set[String] = runningTaskIdSet.toSet\n\n  def unclaimedTasks: Set[MesosTask] = mesosTasks.filterKeys(unclaimedTaskIds).values.toSet\n  def hasUnclaimedTasks: Boolean = unclaimedTaskIdSet.nonEmpty\n\n  \/** Unclaimed --> Pending *\/\n  def tasksAreNowPending(taskIds: Set[String]): Unit = {\n    unclaimedTaskIdSet --= taskIds\n    pendingTaskIdSet ++= taskIds\n  }\n\n  \/** Pending --> Running *\/\n  def taskIsNowRunning(taskId: String): Unit = {\n    pendingTaskIdSet -= taskId\n    runningTaskIdSet += taskId\n  }\n\n  \/** Running --> Unclaimed *\/\n  def taskFailed(taskId: String): Unit = {\n    \/\/replace failed task with a copy that uses a new unique taskId\n    \/\/we observed a problem when re-running a task with same ID where it would always die 1st time and have to be re-ran again\n    \/\/also for the record, Marathon re-runs failed tasks with new unique IDs\n    for (task <- mesosTasks.get(taskId)) {\n      pendingTaskIdSet -= taskId\n      runningTaskIdSet -= taskId\n      unclaimedTaskIdSet -= taskId\n      mesosTasks -= taskId\n\n      val newTask = task.copyWithNewId\n      val newTaskId = newTask.mesosTaskId\n      mesosTasks += (newTaskId -> newTask)\n      unclaimedTaskIdSet += newTaskId\n      info(s\"Mesos task ${taskId} failed, was replaced with ${newTaskId} and will be re-scheduled\")\n    }\n  }\n\n  def dump() = {\n    info(s\"Tasks state: unclaimed: ${unclaimedTaskIdSet.size}, pending: ${pendingTaskIdSet.size}, running: ${runningTaskIdSet.size}\")\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/MesosConfig.scala","text":"<filename>Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/MesosConfig.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport org.apache.samza.config.{JobConfig, Config}\nimport scala.collection.JavaConversions._\n\nobject MesosConfig {\n  val PACKAGE_PATH = \"mesos.package.path\"\n  val DOCKER_IMAGE = \"mesos.docker.image\"\n  val DOCKER_ENTRYPOINT_ARGUMENTS = \"mesos.docker.entrypoint.arguments\"\n  val MASTER_CONNECT = \"mesos.master.connect\"\n\n  val EXECUTOR_MAX_MEMORY_MB = \"mesos.executor.memory.mb\"\n  val EXECUTOR_MAX_CPU_CORES = \"mesos.executor.cpu.cores\"\n  val EXECUTOR_MAX_DISK_MB = \"mesos.executor.disk.mb\"\n  val EXECUTOR_ATTRIBUTES = \"mesos.executor.attributes\"\n  val EXECUTOR_TASK_COUNT = \"mesos.executor.count\"\n\n  val SCHEDULER_USER = \"mesos.scheduler.user\"\n  val SCHEDULER_ROLE = \"mesos.scheduler.role\"\n  val SCHEDULER_JMX_ENABLED = \"mesos.scheduler.jmx.enabled\"\n  val SCHEDULER_FAILOVER_TIMEOUT = \"mesos.scheduler.failover.timeout\"\n\n  implicit def Config2Mesos(config: Config) = new MesosConfig(config)\n}\n\nclass MesosConfig(config: Config) extends JobConfig(config) {\n  def getExecutorMaxMemoryMb: Double = getOption(MesosConfig.EXECUTOR_MAX_MEMORY_MB).map(_.toDouble).getOrElse(1024)\n\n  def getExecutorMaxCpuCores: Double = getOption(MesosConfig.EXECUTOR_MAX_CPU_CORES).map(_.toDouble).getOrElse(1)\n\n  def getExecutorMaxDiskMb: Double = getOption(MesosConfig.EXECUTOR_MAX_DISK_MB).map(_.toDouble).getOrElse(1024)\n\n  def getExecutorAttributes: Map[String, String] = {\n    subset(MesosConfig.EXECUTOR_ATTRIBUTES, true).entrySet().map(e => (e.getKey, e.getValue)).toMap\n  }\n\n  def getPackagePath = getOption(MesosConfig.PACKAGE_PATH)\n\n  def getDockerImage = getOption(MesosConfig.DOCKER_IMAGE)\n\n  def getDockerEntrypointArguments = getList(MesosConfig.DOCKER_ENTRYPOINT_ARGUMENTS, Nil)\n\n  def getTaskCount: Option[Int] = getOption(MesosConfig.EXECUTOR_TASK_COUNT).map(_.toInt)\n\n  def getJmxServerEnabled = getBoolean(MesosConfig.SCHEDULER_JMX_ENABLED, true)\n\n  \/\/ https:\/\/issues.apache.org\/jira\/browse\/MESOS-1219\n  def getFailoverTimeout = getLong(MesosConfig.SCHEDULER_FAILOVER_TIMEOUT, Long.MaxValue)\n\n  def getMasterConnect = getOption(MesosConfig.MASTER_CONNECT)\n\n  def getUser = get(MesosConfig.SCHEDULER_USER, \"\")\n\n  def getRole = getOption(MesosConfig.SCHEDULER_ROLE)\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/mapping\/DefaultResourceMappingStrategy.scala","text":"<reponame>HussainK72\/Mastering-Mesos\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos.mapping\n\nimport scala.collection.mutable\n\nclass DefaultResourceMappingStrategy extends ResourceMappingStrategy {\n  \/\/called like this in TaskOfferMapper: strategy.mapResources(offers, tasks, constraints)\n  def mapResources[R <% ResourceHolder, X](resourceHolders: Iterable[R], \/\/offers\n                                           objects: Set[X],              \/\/tasks\n                                           constraints: ResourceConstraints): Map[R, Set[X]] = {\n    val unallocated = mutable.Set(objects.toSeq: _*)\n    val holdersMap = mutable.Map[R, Set[X]]()\n\n    for (holder <- resourceHolders) {\n      holdersMap.put(holder, Set())\n\n      val remaining = TempResourceHolder.fromHolder(holder)\n\n      while (unallocated.size > 0 && satisfies(remaining, constraints)) {\n        holdersMap(holder) += unallocated.head\n        unallocated -= unallocated.head\n        remaining.decreaseBy(constraints)\n      }\n    }\n\n    holdersMap.toMap\n  }\n}"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/project\/plugins.sbt","text":"<reponame>HussainK72\/Mastering-Mesos\nresolvers ++= Seq(\"Banno Snapshots Repo\" at \"http:\/\/nexus.banno.com\/nexus\/content\/repositories\/snapshots\",\n                  \"Banno Releases Repo\" at \"http:\/\/nexus.banno.com\/nexus\/content\/repositories\/releases\",\n                  \"Banno External Repo\" at \"http:\/\/nexus.banno.com\/nexus\/content\/groups\/external\/\")\n\naddSbtPlugin(\"com.banno\" % \"banno-sbt-plugin\" % \"7-SNAPSHOT\")\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/mapping\/ResourceMappingStrategy.scala","text":"<gh_stars>10-100\npackage eu.inn.samza.mesos.mapping\n\ntrait ResourceMappingStrategy {\n  def mapResources[R <% ResourceHolder, X](resourceHolders: Iterable[R],\n                                           objects: Set[X],\n                                           constraints: ResourceConstraints): Map[R, Set[X]]\n\n  def satisfies(holder: ResourceHolder, constraints: ResourceConstraints): Boolean = {\n    constraints.attributes.forall(c => holder.getAttribute(c._1, \"\").matches(c._2)) &&\n      constraints.resources.forall(c => holder.getResource(c._1, 0.0) >= c._2)\n  }\n}"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/build.sbt","text":"<reponame>HussainK72\/Mastering-Mesos\nimport com.banno._\n\nname := \"samza-mesos\"\n\nBannoSettings.settings\n\nSamza.core\n\nlibraryDependencies ++= {\n  val mesosVersion = \"0.21.0\"\n  Seq(\n    \"org.apache.mesos\" % \"mesos\" % mesosVersion,\n    \"org.scalatest\" %% \"scalatest\" % \"2.2.2\" % \"test\"\n  )\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/test\/scala\/eu\/inn\/samza\/mesos\/MappingSpec.scala","text":"<reponame>HussainK72\/Mastering-Mesos<filename>Chapter8\/samza-mesos\/src\/test\/scala\/eu\/inn\/samza\/mesos\/MappingSpec.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport eu.inn.samza.mesos.mapping.{TempResourceHolder, ResourceConstraints, DefaultResourceMappingStrategy}\nimport org.scalatest.FunSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nclass MappingSpec extends FunSpec with ShouldMatchers {\n\n  describe(\"Default resource mapping strategy\") {\n\n    it(\"should allocate as much resources as possible\") {\n      val strategy = new DefaultResourceMappingStrategy()\n\n      val constraints = new ResourceConstraints()\n        .requireResource(\"cpus\", 2.0)\n        .requireResource(\"mem\", 512.0)\n\n      val tasks = (1 to 5).map(_ => new Object).toSet\n\n      val offers = List(\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 5120.0), Map()),\n        new TempResourceHolder(Map(\"cpus\" -> 1.0, \"mem\" -> 1024.0), Map()),\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 512.0), Map()))\n\n      val mapped = strategy.mapResources(offers, tasks, constraints)\n\n      mapped.keySet should have size 3\n\n      mapped(offers(0)) should have size 2\n      mapped(offers(1)) should have size 0\n      mapped(offers(2)) should have size 1\n    }\n\n    it(\"should leave unallocated resources as is\") {\n      val strategy = new DefaultResourceMappingStrategy()\n\n      val constraints = new ResourceConstraints()\n        .requireResource(\"cpus\", 2.0)\n        .requireResource(\"mem\", 512.0)\n\n      val tasks = (1 to 5).map(_ => new Object).toSet\n\n      val offers = List(\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 5120.0), Map()),\n        new TempResourceHolder(Map(\"cpus\" -> 10.0, \"mem\" -> 5120.0), Map()),\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 512.0), Map()))\n\n      val mapped = strategy.mapResources(offers, tasks, constraints)\n\n      mapped.keySet should have size 3\n\n      mapped(offers(0)) should have size 2\n      mapped(offers(1)) should have size 3\n      mapped(offers(2)) should have size 0\n    }\n\n    it(\"should match required attributes\") {\n      val strategy = new DefaultResourceMappingStrategy()\n\n      val constraints = new ResourceConstraints()\n        .requireResource(\"cpus\", 2.0)\n        .requireResource(\"mem\", 512.0)\n        .requireSupport(\"az\", \"^(CA|NY)$\")\n        .requireSupport(\"size\", \"BIG\")\n\n      val tasks = (1 to 5).map(_ => new Object).toSet\n\n      val offers = List(\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 1024.0), Map()),\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 1024.0), Map(\"az\" -> \"NY\", \"size\" -> \"notBIG\")),\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 1024.0), Map(\"az\" -> \"CA\", \"size\" -> \"BIG\")),\n        new TempResourceHolder(Map(\"cpus\" -> 5.0, \"mem\" -> 1024.0), Map(\"az\" -> \"NY\", \"size\" -> \"BIG\")))\n\n      val mapped = strategy.mapResources(offers, tasks, constraints)\n\n      mapped.keySet should have size 4\n\n      mapped(offers(0)) should have size 0\n      mapped(offers(1)) should have size 0\n      mapped(offers(2)) should have size 2\n      mapped(offers(3)) should have size 2\n    }\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/SamzaScheduler.scala","text":"<filename>Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/SamzaScheduler.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport java.util.{List => JList, Set => JSet}\n\nimport eu.inn.samza.mesos.mapping.TaskOfferMapper\nimport org.apache.mesos.Protos._\nimport org.apache.mesos.{Scheduler, SchedulerDriver}\nimport org.apache.samza.config.Config\nimport org.apache.samza.util.Logging\n\nimport scala.collection.JavaConversions._\n\nclass SamzaScheduler(config: Config, state: SamzaSchedulerState, offerMapper: TaskOfferMapper) extends Scheduler with Logging {\n\n  info(\"Samza scheduler created.\")\n\n  override def registered(driver: SchedulerDriver, frameworkId: FrameworkID, master: MasterInfo) {\n    info(s\"Samza framework registered with ID ${frameworkId.getValue}\")\n  }\n\n  override def reregistered(driver: SchedulerDriver, master: MasterInfo): Unit = {\n    info(\"Samza framework re-registered\")\n  }\n\n  def launch(driver: SchedulerDriver, offer: Offer, tasks: JSet[MesosTask]): Unit = {\n    info(s\"Assigning ${tasks.size()} Mesos tasks ${tasks.map(_.mesosTaskId)} to offer ${offer.getId.getValue}.\")\n    val preparedTasks = tasks.map(_.getBuiltMesosTaskInfo(offer.getSlaveId)).toSet\n    val status = driver.launchTasks(Seq(offer.getId), preparedTasks)\n\n    debug(s\"Result of launching tasks ${tasks.map(_.mesosTaskId)} is ${status}\")\n\n    if (status == Status.DRIVER_RUNNING) {\n      state.tasksAreNowPending(preparedTasks.map(_.getTaskId.getValue))\n    }\n    \/\/ todo: else what?\n  }\n\n  override def resourceOffers(driver: SchedulerDriver, offers: JList[Offer]) {\n    debug(s\"resourceOffers called with offers ${offers.map(_.getId.getValue)}\")\n\n    if (state.hasUnclaimedTasks) {\n      info(s\"resourceOffers is trying to allocate resources for Mesos tasks ${state.unclaimedTaskIds}\")\n      offerMapper.mapResources(offers, state.unclaimedTasks).foreach { case (offer, tasks) => \n        if (tasks.isEmpty) {\n          debug(s\"Resource constraints have not been satisfied by offer ${offer.getId.getValue}. Declining.\")\n          driver.declineOffer(offer.getId)\n        } else {\n          info(s\"Resource constraints for Mesos tasks ${tasks.map(_.mesosTaskId)} have been satisfied by offer ${offer.getId.getValue}. Launching.\")\n          launch(driver, offer, tasks)\n        }\n      }\n    } else {\n      offers.foreach(o => driver.declineOffer(o.getId))\n    }\n  }\n\n  override def statusUpdate(driver: SchedulerDriver, status: TaskStatus) {\n    import org.apache.mesos.Protos.TaskState._\n\n    val taskId = status.getTaskId.getValue\n\n    info(s\"Mesos task ${taskId} is in state ${status.getState}\")\n\n    status.getState match {\n      case TASK_RUNNING => state.taskIsNowRunning(taskId)\n      case TASK_FAILED | TASK_FINISHED | TASK_KILLED | TASK_LOST => state.taskFailed(taskId)\n      case _ =>\n    }\n\n    state.dump()\n  }\n\n  override def offerRescinded(driver: SchedulerDriver, offer: OfferID): Unit = {\n    info(s\"offerRescinded called with offer ${offer.getValue}\")\n  }\n\n  override def frameworkMessage(driver: SchedulerDriver, executor: ExecutorID, slave: SlaveID, data: Array[Byte]): Unit = {}\n\n  override def disconnected(driver: SchedulerDriver): Unit = {\n    info(\"Framework has been disconnected\")\n  }\n\n  override def slaveLost(driver: SchedulerDriver, slave: SlaveID): Unit = {\n    info(s\"A slave ${slave.getValue} has been lost\")\n  }\n\n  override def executorLost(driver: SchedulerDriver, executor: ExecutorID, slave: SlaveID, status: Int): Unit = {\n    info(s\"An executor ${executor.getValue} on slave ${slave.getValue} has been lost.\")\n  }\n\n  override def error(driver: SchedulerDriver, error: String) {\n    info(s\"Error reported: ${error}\")\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/MesosJob.scala","text":"<filename>Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/MesosJob.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport java.util.Calendar\n\nimport eu.inn.samza.mesos.MesosConfig.Config2Mesos\nimport eu.inn.samza.mesos.mapping.{DefaultResourceMappingStrategy, TaskOfferMapper}\nimport org.apache.mesos.MesosSchedulerDriver\nimport org.apache.mesos.Protos.{FrameworkID, FrameworkInfo}\nimport org.apache.samza.config.Config\nimport org.apache.samza.job.ApplicationStatus._\nimport org.apache.samza.job.{ApplicationStatus, StreamJob}\nimport org.apache.samza.util.Logging\n\nclass MesosJob(config: Config) extends StreamJob with Logging {\n\n  val state = new SamzaSchedulerState(config)\n  val frameworkInfo = getFrameworkInfo\n  val offerMapper = createOfferMapper\n  val scheduler = new SamzaScheduler(config, state, offerMapper)\n  val driver = new MesosSchedulerDriver(scheduler, frameworkInfo, config.getMasterConnect.getOrElse(throw new NullPointerException(\"mesos.master.connect is not set!\")\/*\"zk:\/\/localhost:2181\/mesos\"*\/))\n  info(\"MesosSchedulerDriver created\")\n\n  sys.addShutdownHook {\n    info(\"shutting down mesos job in shutdown hook...\")\n    kill\n    waitForFinish(5000)\n    info(\"shutdown hook finished\")\n  }\n\n  def getStatus: ApplicationStatus = {\n    state.currentStatus \/\/TODO this field is never updated...\n  }\n\n  def getFrameworkInfo: FrameworkInfo = {\n    val frameworkName = config.getName.get\n    val frameworkId = FrameworkID.newBuilder\n      .setValue(\"%s-%d\" format(frameworkName, Calendar.getInstance().getTimeInMillis))\n      .build\n\n    val infoBuilder = FrameworkInfo.newBuilder\n      .setName(frameworkName)\n      .setId(frameworkId)\n      .setUser(config.getUser)\n      .setFailoverTimeout(config.getFailoverTimeout.toDouble)\n\n    config.getRole.foreach(infoBuilder.setRole)\n\n    infoBuilder.build\n  }\n\n  def createOfferMapper: TaskOfferMapper = {\n    new TaskOfferMapper(new DefaultResourceMappingStrategy)\n      .addCpuConstraint(config.getExecutorMaxCpuCores)\n      .addMemConstraint(config.getExecutorMaxMemoryMb)\n      .addAttributeConstraint(config.getExecutorAttributes.toSeq: _*)\n  }\n\n  def kill: StreamJob = {\n    \/\/Mesos stops all of this framework's tasks and completely removes this framework, then the call to run below finally returns\n    \/\/although I think if we do driver.stop(true) then Mesos will not stop the tasks; we'd have to explicitly stop them here, probably using driver.killTask(taskId)\n    \/\/the boolean param for stop() is failover - this allows the framework's tasks to keep running, then when the framework restarts it should use same frameworkId as the previous one\n    driver.stop()\n    this\n  }\n\n  \/\/Samza calls this method to start the job\n  def submit: StreamJob = {\n    driver.run() \/\/this blocks until the MesosSchedulerDriver is stopped in the kill method (i.e. the entire time this framework is running)\n    this\n  }\n\n  \/\/TODO I don't think either waitForFinish or waitForStatus work properly, since getStatus always returns New; they just always timeout\n  def waitForFinish(timeoutMs: Long): ApplicationStatus = {\n    val startTimeMs = System.currentTimeMillis()\n\n    while (System.currentTimeMillis() - startTimeMs < timeoutMs) {\n      Option(getStatus) match {\n        case Some(s) => if (SuccessfulFinish.equals(s) || UnsuccessfulFinish.equals(s)) return s\n        case None =>\n      }\n\n      Thread.sleep(1000)\n    }\n\n    Running\n  }\n\n  def waitForStatus(status: ApplicationStatus, timeoutMs: Long): ApplicationStatus = {\n    val startTimeMs = System.currentTimeMillis()\n\n    while (System.currentTimeMillis() - startTimeMs < timeoutMs) {\n      Option(getStatus) match {\n        case Some(s) => if (status.equals(s)) return status\n        case None =>\n      }\n\n      Thread.sleep(1000)\n    }\n\n    Running\n  }\n}\n"}
{"repo_name":"HussainK72\/Mastering-Mesos","path":"Chapter8\/samza-mesos\/src\/main\/scala\/eu\/inn\/samza\/mesos\/MesosTask.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage eu.inn.samza.mesos\n\nimport java.util.{Map => JMap}\nimport java.util.UUID\n\nimport org.apache.mesos.Protos._\nimport org.apache.samza.config.Config\nimport eu.inn.samza.mesos.MesosConfig.Config2Mesos\nimport org.apache.samza.config.TaskConfig.Config2Task\nimport org.apache.samza.container.TaskNamesToSystemStreamPartitions\nimport org.apache.samza.job.{CommandBuilder, ShellCommandBuilder}\nimport org.apache.samza.util.Logging\n\nimport scala.collection.JavaConversions._\n\nclass MesosTask(config: Config,\n                state: SamzaSchedulerState,\n                val samzaContainerId: Int) extends Logging {\n\n  \/** When the returned task's ID is accessed, it will be created with a new UUID. *\/\n  def copyWithNewId: MesosTask = new MesosTask(config, state, samzaContainerId)\n\n  lazy val mesosTaskId: String = s\"${config.getName.get}-samza-container-${samzaContainerId}-${UUID.randomUUID.toString}\"\n  lazy val mesosTaskName: String = mesosTaskId\n\n  lazy val samzaContainerName: String = s\"${config.getName.get}-container-${samzaContainerId}\"\n\n  \/\/TODO the code below here could use some refactoring, especially related to the config.getPackagePath vs config.getDockerImage logic...\n\n  lazy val getSamzaCommandBuilder: CommandBuilder = {\n    val sspTaskNames: TaskNamesToSystemStreamPartitions = state.samzaContainerIdToSSPTaskNames.getOrElse(samzaContainerId, TaskNamesToSystemStreamPartitions())\n    val cmdBuilderClassName = config.getCommandClass.getOrElse(classOf[ShellCommandBuilder].getName)\n    Class.forName(cmdBuilderClassName).newInstance.asInstanceOf[CommandBuilder]\n      .setConfig(config)\n      .setName(samzaContainerName)\n      .setTaskNameToSystemStreamPartitionsMapping(sspTaskNames.getJavaFriendlyType)\n      .setTaskNameToChangeLogPartitionMapping(\n        state.samzaTaskNameToChangeLogPartitionMapping.map(kv => kv._1 -> Integer.valueOf(kv._2))\n      )\n  }\n\n  def commandInfoUri(packagePath: String): CommandInfo.URI = CommandInfo.URI.newBuilder().setValue(packagePath).setExtract(true).build()\n\n  val samzaContainerEnvVarPrefix = \"SAMZA_CONTAINER_ENV_\"\n\n  def getBuiltMesosEnvironment(envMap: JMap[String, String]): Environment = {\n    val memory = config.getExecutorMaxMemoryMb\n    val javaHeapOpts = (\"JAVA_HEAP_OPTS\" -> s\"-Xms${memory}M -Xmx${memory}M\")\n    val samzaContainerEnvVars = scala.sys.env.filter(_._1 startsWith samzaContainerEnvVarPrefix).map { case (key, value) => (key.replaceAll(samzaContainerEnvVarPrefix, \"\"), value) }\n    val mesosEnvironmentBuilder: Environment.Builder = Environment.newBuilder()\n    (envMap + javaHeapOpts ++ samzaContainerEnvVars) foreach { case (name, value) =>\n      mesosEnvironmentBuilder.addVariables(\n        Environment.Variable.newBuilder()\n          .setName(name)\n          .setValue(value)\n          .build()\n      )\n    }\n    mesosEnvironmentBuilder.build()\n  }\n\n  lazy val getBuiltMesosTaskID: TaskID = TaskID.newBuilder().setValue(mesosTaskId).build()\n\n  lazy val getBuiltMesosCommandInfo: CommandInfo = {\n    val samzaCommandBuilder = getSamzaCommandBuilder\n    val builder = CommandInfo.newBuilder()\n      .setEnvironment(getBuiltMesosEnvironment(samzaCommandBuilder.buildEnvironment()))\n    info(s\"Docker entrypoint arguments: ${config.getDockerEntrypointArguments}\")\n    if (config.getDockerEntrypointArguments.nonEmpty) {\n      builder.setShell(false).addAllArguments(config.getDockerEntrypointArguments)\n      debug(s\"Using Docker ENTRYPOINT arguments: ${config.getDockerEntrypointArguments.mkString(\",\")}\")\n    } else {\n      val pathPrefix = if (config.getDockerImage.nonEmpty) \"\/samza\/\" else \"\"\n      val command = pathPrefix + samzaCommandBuilder.buildCommand()\n      debug(s\"Using command: $command\")\n      builder.setShell(true).setValue(command)\n    }\n    config.getPackagePath.foreach(p => builder.addUris(commandInfoUri(p)))\n    builder.build()\n  }\n\n  def containerInfo(image: String): ContainerInfo = {\n    debug(s\"Using Docker image $image\")\n    ContainerInfo.newBuilder()\n      .setType(ContainerInfo.Type.DOCKER)\n      .setDocker(ContainerInfo.DockerInfo.newBuilder().setImage(image).build())\n      .build()\n  }\n\n  def setCommandAndMaybeContainer(builder: TaskInfo.Builder): TaskInfo.Builder = {\n    if (config.getPackagePath.isEmpty && config.getDockerImage.isEmpty)\n      throw new IllegalArgumentException(s\"Either ${MesosConfig.PACKAGE_PATH} or ${MesosConfig.DOCKER_IMAGE} must be specified\")\n    builder.setCommand(getBuiltMesosCommandInfo)\n    config.getDockerImage.foreach(image => builder.setContainer(containerInfo(image)))\n    builder\n  }\n\n  def scalarResource(name: String, value: Double): Resource =\n    Resource.newBuilder.setName(name).setType(Value.Type.SCALAR).setScalar(Value.Scalar.newBuilder().setValue(value)).build()\n\n  def getBuiltMesosTaskInfo(slaveId: SlaveID): TaskInfo = {\n    val builder = TaskInfo.newBuilder()\n      .setTaskId(getBuiltMesosTaskID)\n      .setName(mesosTaskName)\n      .setSlaveId(slaveId)\n      .addResources(scalarResource(\"cpus\", config.getExecutorMaxCpuCores))\n      .addResources(scalarResource(\"mem\", config.getExecutorMaxMemoryMb))\n      .addResources(scalarResource(\"disk\", config.getExecutorMaxDiskMb))\n    setCommandAndMaybeContainer(builder).build()\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"release.sbt","text":"import sbtrelease._\nimport ReleaseStateTransformations._\n\nlazy val runDeploy =\n  ReleaseStep({ state =>\n    if (\".\/deploy.sh\".! != 0) {\n      sys.error(\"Error in deploy!\")\n    }\n    state\n  })\n\nReleaseKeys.releaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,              \/\/ : ReleaseStep\n  inquireVersions,                        \/\/ : ReleaseStep\n  runTest,                                \/\/ : ReleaseStep\n  setReleaseVersion,                      \/\/ : ReleaseStep\n  commitReleaseVersion,                   \/\/ : ReleaseStep, performs the initial git checks\n  tagRelease,                             \/\/ : ReleaseStep\n  setNextVersion,                         \/\/ : ReleaseStep\n  commitNextVersion,                      \/\/ : ReleaseStep\n  runDeploy\n)\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/config\/Config.scala","text":"package mvgk.config\n\nimport com.typesafe.config.ConfigFactory\nimport mvgk.db.DBConfig\n\n\/**\n * @author <NAME>\n *\/\nobject Config {\n  lazy val db = DBConfig.apply(ConfigFactory.load(\"db\"))\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"version.sbt","text":"<gh_stars>0\nversion in ThisBuild := \"0.0.25-SNAPSHOT\""}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/MyPostgresDriver.scala","text":"<filename>src\/main\/scala\/mvgk\/db\/MyPostgresDriver.scala\npackage mvgk.db\n\nimport com.github.tminglei.slickpg.{PgArraySupport, PgDateSupport, PgEnumSupport}\nimport scala.slick.driver.PostgresDriver\nimport mvgk.db.model.ResourceEnum\n\nobject MyPostgresDriver extends PostgresDriver with PgEnumSupport\nwith PgArraySupport\nwith PgDateSupport {\n  override lazy val Implicit = new Implicits with ArrayImplicits with MyEnumImplicits {}\n\n  override val simple = new SimpleQL with MyEnumImplicits with ArrayImplicits {}\n\n  trait MyEnumImplicits {\n    implicit val statusTypeMapper = createEnumJdbcType(\"ResourceEnum\", ResourceEnum)\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/DBManager.scala","text":"<reponame>gothug\/movie-geek<gh_stars>0\npackage mvgk.db\n\nimport liquibase.Liquibase\nimport liquibase.integration.commandline.CommandLineUtils\nimport liquibase.resource.FileSystemResourceAccessor\nimport mvgk.config.Config\n\n\/**\n* @author <NAME>\n*\/\nobject DBManager extends App {\n  if (args.contains(\"create\")) {\n    init(args.contains(\"drop\"))\n    updateAll()\n  }\n\n  if (args.contains(\"update\")) {\n    updateAll()\n  }\n\n  def init(drop: Boolean = false) {\n    if (drop) {\n      DB.safeDrop()\n      println(\"DB dropped\") \/\/ scalastyle:ignore\n    }\n    DB.create()\n    println(\"DB created\") \/\/ scalastyle:ignore\n  }\n\n  def updateAll() {\n    val uname = Config.db.user\n    val pass = Config.db.password\n    val driver = Config.db.driver\n    val url = \"jdbc:postgresql:\" + Config.db.name\n    val loader = this.getClass.getClassLoader\n\n    val dbChangeLogPath = getClass.getResource(\"\/migrations\/db-changelog.xml\")\n\n    update(dbChangeLogPath.getFile)\n    println(\"DB updated\") \/\/ scalastyle:ignore\n\n    def update(file: String): Unit = {\n      val database = CommandLineUtils.createDatabaseObject(loader, url, uname, pass, driver, null,\n        null, null) \/\/ scalastyle:ignore\n      val liquibase = new Liquibase(file, new FileSystemResourceAccessor, database)\n      liquibase.update(\"\")\n    }\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/moviesearch\/KickassQuery.scala","text":"package mvgk.moviesearch\n\nimport org.jsoup.Jsoup\nimport org.openqa.selenium.firefox.FirefoxDriver\nimport scala.util.{Failure, Success, Try}\nimport scala.collection.JavaConversions._\nimport mvgk.util.getMd5\n\n\/**\n * @author <NAME>\n *\/\ncase class KickassQuery(title: String, titleRus: Option[String], year: Int) extends MovieQuery {\n  def doQuery(firefoxDriver: Option[FirefoxDriver] = None): MovieQueryResult = {\n    logInfo(s\"Handling kickass movie query - ${this.toString}\")\n\n    val baseUrl = \"https:\/\/kickass.to\"\n\n    val searchRoot = s\"$baseUrl\/usearch\"\n\n    val searchUrl = searchRoot + \"\/\" + title + \" \" + year + \" \" +\n      \"category:movies -trailer -official seeds:0\"\n\n    val result: Try[MovieQueryResult] =\n      Try {\n        val html = Jsoup.connect(searchUrl).timeout(0).get()\n\n        val torrents = html.body().getElementsByClass(\"torrentname\")\n\n        val foundLinks = torrents.map(_.getElementsByTag(\"a\").get(0).attr(\"href\"))\n\n        val listHtml = html.html()\n\n        val searchResultUrl = searchUrl + \"?field=seeders&sorder=desc\"\n\n        MovieQueryResult(Some(searchResultUrl), getMd5(foundLinks.mkString))\n      }\n\n    result match {\n      case Success(movieQueryResult) => movieQueryResult\n      case Failure(exception)        =>\n        if ((\"Status=404\".r findFirstIn exception.toString).isDefined) {\n          MovieQueryResult(None, \"Unavailable\")\n        }\n        else {\n          throw exception\n        }\n    }\n  }\n}\n\nobject KickassQuery {\n  def main(args: Array[String]) = {\n\/\/    val kq = KickassQuery(\"Cuban Fury\", None, 2014)\n\/\/    val kq = KickassQuery(\"Kidnapping Mr. Heineken\", None, 2015)\n\/\/    val kq = KickassQuery(\"The Slaughter Rule\", None, 2002)\n    val kq = KickassQuery(\"Fountain\", None, 2006)\n\n    val result = kq.doQuery()\n\n    println(result)\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"buildinfo.sbt","text":"buildInfoSettings\n\nsourceGenerators in Compile <+= buildInfo\n\nbuildInfoKeys := Seq[BuildInfoKey](name, version, scalaVersion, sbtVersion)\n\nbuildInfoPackage := \"sbtbuildinfo\"\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/user\/user.scala","text":"<reponame>gothug\/movie-geek\npackage mvgk.user\n\n\/**\n * @author <NAME>\n *\/\ncase class UserAccount(email: String, name: Option[String], var subscribed: Boolean)\n\ncase class User(accounts: Seq[UserAccount]) {\n  def updateAccounts(account: UserAccount) = {\n    for (a <- accounts) {\n      if (a.email == account.email) {\n        a.subscribed = account.subscribed\n      }\n    }\n  }\n}\n\nobject User {\n  private val accounts =\n    Seq(\n      UserAccount(\"<EMAIL>\", Some(\"Vasek\"), subscribed = true),\n      UserAccount(\"<EMAIL>\", Some(\"<NAME>\"), subscribed = true)\n    )\n\n  val user = User(accounts)\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/model\/ResourceEnum.scala","text":"<reponame>gothug\/movie-geek<gh_stars>0\npackage mvgk.db.model\n\nobject ResourceEnum extends Enumeration {\n  type ResourceEnum = Value\n  val Kickass, Afisha, Rutracker = Value\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/DBConfig.scala","text":"<reponame>gothug\/movie-geek\npackage mvgk.db\n\n\/**\n * @author <NAME>\n *\/\ncase class DBConfig(name: String,\n                    user: String,\n                    password: String,\n                    driver: String)\n\nobject DBConfig {\n  def apply(config: com.typesafe.config.Config): DBConfig = {\n    import config._\n\n    DBConfig(\n      name = getString(\"db.name\"),\n      user = getString(\"db.user\"),\n      password = getString(\"<PASSWORD>\"),\n      driver = getString(\"db.driver\"))\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/moviesearch\/MovieQuery.scala","text":"package mvgk.moviesearch\n\nimport com.typesafe.scalalogging.Logger\nimport org.openqa.selenium.firefox.FirefoxDriver\nimport org.slf4j.LoggerFactory\n\n\/**\n * @author <NAME>\n *\/\ncase class MovieQueryResult(link: Option[String], md5: String)\n\ntrait MovieQuery {\n  val title: String\n  val titleRus: Option[String]\n  val year: Int\n\n  def doQuery(firefoxDriver: Option[FirefoxDriver] = None): MovieQueryResult\n\n  def logInfo(info: String) = Logger(LoggerFactory.getLogger(this.getClass.getName)).info(info)\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/moviesearch\/AfishaQuery.scala","text":"package mvgk.moviesearch\n\nimport org.jsoup.Jsoup\nimport org.openqa.selenium.firefox.FirefoxDriver\n\n\/**\n * @author <NAME>\n *\/\ncase class AfishaQuery(title: String, titleRus: Option[String], year: Int) extends MovieQuery {\n  def doQuery(firefoxDriver: Option[FirefoxDriver] = None): MovieQueryResult = {\n    val searchUrl = \"http:\/\/www.afisha.ru\/Search\/?Search_str=%s\"\n\n    val query = searchUrl.format(titleRus.getOrElse(title))\n\n    val html = Jsoup.connect(query).get()\n\n    val list = html.body().getElementsByClass(\"b-search-page\").get(0)\n\n    val href = list.getElementsByClass(\"places-list-item\").get(0).getElementsByTag(\"a\").get(0).attr(\"href\")\n    val sourceHtml = html.html()\n\n    MovieQueryResult(Some(href), \"md5\")\n  }\n}\n\nobject AfishaQuery {\n  def main(args: Array[String]) = {\n    val result = AfishaQuery(\"leviathan\", Some(\"\u041b\u0435\u0432\u0438\u0430\u0444\u0430\u043d\"), 2014).doQuery()\n\n    println(result)\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/moviesearch\/QueryActor.scala","text":"package mvgk.moviesearch\n\nimport akka.actor.Actor\nimport org.openqa.selenium.firefox.FirefoxDriver\n\n\/**\n * @author <NAME>\n *\/\nobject QueryActor {\n  case class Query(query: MovieQuery)\n}\n\nclass QueryActor(firefoxDriver: Option[FirefoxDriver] = None) extends Actor {\n  import mvgk.moviesearch.QueryActor._\n\n  override def receive = {\n    case Query(query) => sender ! query.doQuery(firefoxDriver)\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/util\/package.scala","text":"<filename>src\/main\/scala\/mvgk\/util\/package.scala<gh_stars>0\npackage mvgk\n\nimport scala.annotation.tailrec\n\n\/**\n * @author <NAME>\n *\/\npackage object util {\n  private val DefaultDelay = 100\n\n  def getMd5(s: String) = {\n    val m = java.security.MessageDigest.getInstance(\"MD5\")\n    val b = s.getBytes(\"UTF-8\")\n    m.update(b, 0, b.length)\n    new java.math.BigInteger(1, m.digest()).toString(16)\n  }\n\n  def getEnvVar(variable: String, defaultVal: String) = {\n    if (sys.env.isDefinedAt(variable)) {\n      sys.env(variable)\n    } else {\n      defaultVal\n    }\n  }\n\n  @tailrec\n  def retry[T](timeout: Long, delay: Long = DefaultDelay)(fn: => T): T = {\n    try {\n      fn\n    } catch {\n      case e: Throwable =>\n        if (timeout <= 0) {\n          throw e\n        } else {\n          Thread.sleep(delay)\n          retry(timeout - delay, delay)(fn)\n        }\n    }\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/httpservice\/DockedServer.scala","text":"package mvgk.httpservice\n\nimport akka.actor.{ActorSystem, Props}\nimport akka.pattern.ask\nimport akka.routing.RoundRobinRouter\nimport akka.util.Timeout\nimport com.typesafe.scalalogging.Logger\nimport org.openqa.selenium.firefox.FirefoxDriver\nimport org.slf4j.LoggerFactory\nimport spray.http.{HttpRequest, MediaTypes}\nimport spray.httpx.SprayJsonSupport._\nimport spray.json.DefaultJsonProtocol\nimport spray.routing._\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport mvgk.moviesearch.QueryActor._\nimport mvgk.moviesearch._\nimport mvgk.watchlistparser._\nimport mvgk.mailer._\nimport mvgk.user\n\nimport scala.util.Success\n\ncase class Person(name: String, firstName: String, age: Int)\n\nobject JsonSupport extends DefaultJsonProtocol {\n  implicit val KickassQueryFormat = jsonFormat3(KickassQuery.apply)\n  implicit val RutrackerQueryFormat = jsonFormat3(RutrackerQuery.apply)\n  implicit val AfishaQueryFormat = jsonFormat3(AfishaQuery.apply)\n  implicit val ResultFormat = jsonFormat2(MovieQueryResult.apply)\n\n  implicit val WatchlistQueryFormat = jsonFormat1(WatchListQuery)\n  implicit val WatchlistParsedMovieFormat = jsonFormat2(WatchListParsedMovie)\n  implicit val WatchlistResultFormat = jsonFormat1(WatchListMovies)\n\n  implicit val UserAccountFormat = jsonFormat3(user.UserAccount.apply)\n  implicit val UserFormat = jsonFormat1(user.User.apply)\n}\n\nobject DockedServer extends App with SimpleRoutingApp {\n  \/\/ setup\n  implicit val actorSystem = ActorSystem()\n  implicit val timeout = Timeout(60.second)\n  val logger = Logger(LoggerFactory.getLogger(\"default\"))\n  import mvgk.httpservice.DockedServer.actorSystem.dispatcher\n\n  \/\/ scheduling mvgk.mailer\n  val mailer = new Mailer()\n  actorSystem.scheduler.schedule(2.minute, 12.hour)(mailer.processWatchLists())\n\n  \/\/ creating firefox instance\n\/\/  val firefoxDriver: FirefoxDriver = initFirefoxDriver()\n\n  val movieQueryActor = actorSystem.actorOf(Props(new QueryActor(None)).\n    withRouter(RoundRobinRouter(10)), \"moviequery\")\n\n  def initFirefoxDriver(): FirefoxDriver = {\n    val firefoxDriver: FirefoxDriver = new FirefoxDriver\n\n    val url = \"http:\/\/rutracker.org\/forum\/index.php\"\n\n    firefoxDriver.get(url)\n\n    firefoxDriver.findElementByName(\"login_username\").sendKeys(\"Greg89754\")\n    firefoxDriver.findElementByName(\"login_password\").sendKeys(\"<PASSWORD>\")\n    firefoxDriver.findElementByName(\"login\").click()\n\n    firefoxDriver\n  }\n\n  startServer(interface = \"0.0.0.0\", port = 8080) {\n    import mvgk.httpservice.JsonSupport._\n\n    path(\"user\") {\n      get {  \/\/ read\n        complete(user.User.user)\n      } ~\n      post { \/\/ update\n        entity(as[mvgk.user.UserAccount]) {\n          userAccount => {\n            user.User.user.updateAccounts(userAccount)\n            complete(\"OK\")\n          }\n        }\n      }\n    } ~\n    path(\"search\" \/ \"rutracker\") {\n      post {\n        entity(as[RutrackerQuery]) { query =>\n          val result: Future[MovieQueryResult] =\n            (movieQueryActor ? Query(query)).mapTo[MovieQueryResult]\n\n          complete(result)\n        }\n      }\n    } ~\n    path(\"search\" \/ \"kickass\") {\n      post {\n        entity(as[KickassQuery]) { query: MovieQuery =>\n          val result: Future[MovieQueryResult] =\n            (movieQueryActor ? Query(query))(180 seconds).mapTo[MovieQueryResult]\n\n          complete(result)\n        }\n      }\n    } ~\n    path(\"search\" \/ \"afisha\") {\n      post {\n        entity(as[AfishaQuery]) { query =>\n          val result: Future[MovieQueryResult] =\n            (movieQueryActor ? Query(query)).mapTo[MovieQueryResult]\n\n          complete(result)\n        }\n      }\n    } ~\n    path(\"watchlist\" \/ \"imdb\") {\n      post {\n        entity(as[WatchListQuery]) { query =>\n          val result: Future[WatchListMovies] = new Parser().parseEnTitlesByMetaCached(query.link)\n\n          result.value match {\n            case Some(Success(x)) => complete(x)\n            case None => complete(202, \"pending\")\n            case _ => throw new Exception(\"watchlist imdb parsing error\")\n          }\n        }\n      }\n    } ~\n    path(\"process-wl\") {\n      get {\n        respondWithMediaType(MediaTypes.`text\/plain`) {\n          entity(as[HttpRequest]) {\n            obj =>\n              logger.info(\"Handler process-wl called..\")\n\n              val f = Future {\n                mailer.processWatchLists()\n              }\n\n              complete { \"OK\" }\n          }\n        }\n      }\n    } ~\n    path(\"ping\") {\n      get {\n        complete(\"Up\")\n      }\n    } ~\n    path(\"version\") {\n      get {\n        complete(sbtbuildinfo.BuildInfo.version)\n      }\n    }\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/model\/Tables.scala","text":"<reponame>gothug\/movie-geek<filename>src\/main\/scala\/mvgk\/db\/model\/Tables.scala\npackage mvgk.db.model\n\nimport mvgk.db.MyPostgresDriver.simple._\nimport mvgk.db.model.ResourceEnum._\n\nobject Tables {\n  val film = TableQuery(new Film(_))\n  val resource = TableQuery(new Resource(_))\n  val search = TableQuery(new Search(_))\n\n  \/** Film **\/\n  case class FilmRow(id: Int, title: String, year: Int)\n\n  class Film(_tableTag: Tag) extends Table[FilmRow](_tableTag, \"film\") {\n    def id = column[Int](\"id\", O.AutoInc, O.PrimaryKey)\n\n    def title = column[String](\"title\", O.Length(2147483647, varying = true))\n\n    def year = column[Int](\"year\")\n\n    def * = (\n      id,\n      title,\n      year) <> (FilmRow.tupled, FilmRow.unapply)\n  }\n\n  \/** Resource **\/\n  case class ResourceRow(id: Int, resource: ResourceEnum)\n\n  class Resource(_tableTag: Tag) extends Table[ResourceRow](_tableTag, \"resource\") {\n    def id = column[Int](\"id\", O.AutoInc, O.PrimaryKey)\n\n    def resource = column[ResourceEnum](\"resource\", O.Length(2147483647, varying = true))\n\n    def * = (\n      id,\n      resource) <> (ResourceRow.tupled, ResourceRow.unapply)\n  }\n\n  \/** Search **\/\n  case class SearchRow(filmId: Int, resourceId: Int, hash: String, updateType: java.sql.Timestamp)\n\n  class Search(_tableTag: Tag) extends Table[SearchRow](_tableTag, \"search\") {\n    def filmId = column[Int](\"film_id\")\n\n    def resourceId = column[Int](\"resource_id\")\n\n    def hash = column[String](\"hash\", O.Length(2147483647, varying = true))\n\n    def updateTime = column[java.sql.Timestamp](\"update_time\")\n\n    val pk = primaryKey(\"pk_search\", (filmId, resourceId))\n\n    lazy val filmFk = foreignKey(\"search_film_id_fk\", filmId, film)(r =>\n      r.id, onUpdate=ForeignKeyAction.NoAction, onDelete=ForeignKeyAction.NoAction)\n\n    lazy val resourceFk = foreignKey(\"search_resource_id_fk\", resourceId, resource)(r =>\n      r.id, onUpdate=ForeignKeyAction.NoAction, onDelete=ForeignKeyAction.NoAction)\n\n    def * = (\n      filmId,\n      resourceId,\n      hash,\n      updateTime) <> (SearchRow.tupled, SearchRow.unapply)\n  }\n}\n\n"}
{"repo_name":"gothug\/movie-geek","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nlogLevel := Level.Warn\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.11.2\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"0.8.5\")\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.3.2\")\n\naddSbtPlugin(\"com.github.tkawachi\" % \"sbt-lock\" % \"0.2.2\")\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/moviesearch\/RutrackerQuery.scala","text":"<reponame>gothug\/movie-geek\npackage mvgk.moviesearch\n\nimport org.openqa.selenium.firefox.FirefoxDriver\n\n\/**\n * @author <NAME>\n *\/\ncase class RutrackerQuery(title: String, titleRus: Option[String], year: Int) extends MovieQuery {\n  def doQuery(firefoxDriver: Option[FirefoxDriver] = None): MovieQueryResult = {\n    logInfo(\"doQuery(): STARTED\")\n\n    val driver = firefoxDriver.getOrElse(new FirefoxDriver)\n\n    val url = \"http:\/\/rutracker.org\/forum\/index.php\"\n\n    driver.get(url)\n\n    val queryString = titleRus.getOrElse(title) + \" \" + year\n\n    driver.findElementById(\"search-text\").sendKeys(queryString)\n\n    driver.findElementByXPath(\"\/\/form[@id='quick-search']\/input[@type='submit']\").click()\n\n    val downloadsSortElement = driver.findElementByXPath(\"\/\/th[@title='\u0422\u043e\u0440\u0440\u0435\u043d\u0442 \u0441\u043a\u0430\u0447\u0430\u043d']\")\n    downloadsSortElement.click()\n    downloadsSortElement.click()\n\n    val rootXPath = \"\/\/table[@class='forumline tablesorter']\"\n    val filmListHTML = driver.findElementByXPath(rootXPath).getAttribute(\"innerHTML\")\n\n    val link =\n      driver.findElementByXPath(\n        rootXPath + \"\/tbody\/tr\/td[contains(@class, 't-title')]\/div\/a\"\n      ).getAttribute(\"href\")\n\n    logInfo(\"doQuery(): ENDED\")\n    MovieQueryResult(Some(link), \"md5\")\n  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"build.sbt","text":"<reponame>gothug\/movie-geek\nimport sbtassembly.Plugin.AssemblyKeys._\n\nname := \"movie-geek\"\n\nscalaVersion := \"2.11.6\"\n\nresolvers += \"spray repo\" at \"http:\/\/repo.spray.io\"\n\nmainClass := Some(\"mvgk.httpservice.DockedServer\")\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.9\",\n  \"io.spray\" %% \"spray-client\"  % \"1.3.2\",\n  \"io.spray\" %% \"spray-can\"     % \"1.3.2\",\n  \"io.spray\" %% \"spray-routing\" % \"1.3.2\",\n  \"io.spray\" %% \"spray-json\"    % \"1.3.1\",\n  \"io.spray\" %% \"spray-caching\" % \"1.3.1\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.1.0\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.2\",\n  \"org.jsoup\" % \"jsoup\" % \"1.8.1\",\n  \"net.sourceforge.htmlunit\" % \"htmlunit\" % \"2.15\",\n  \"org.seleniumhq.selenium\"  % \"selenium-java\" % \"2.45.0\" % \"test\",\n  (\"org.seleniumhq.selenium\" % \"selenium-firefox-driver\" % \"2.45.0\").exclude(\"net.java.dev.jna\", \"platform\"),\n  \"com.typesafe.slick\"  %% \"slick\" % \"2.1.0\",\n  \"com.typesafe.slick\"  %% \"slick-codegen\" % \"2.1.0\",\n  (\"com.github.tminglei\" %% \"slick-pg\" % \"0.8.2\").exclude(\"org.slf4j\", \"slf4j-simple\"),\n  \"org.liquibase\" % \"liquibase-core\" % \"2.0.5\"\n)\n\nassemblySettings\n\nreleaseSettings\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/CodeGen.scala","text":"<reponame>gothug\/movie-geek\npackage mvgk.db\n\n\/**\n * @author <NAME>\n *\/\nobject CodeGen extends App {\n  val slickDriver = \"scala.slick.driver.PostgresDriver\"\n  val jdbcDriver = \"org.postgresql.Driver\"\n  val url = \"jdbc:postgresql:\/\/localhost\/moviedb\"\n  val outputFolder = \"\/var\/tmp\"\n  val pkg = \"mvgk.db.model\"\n  val user = \"postgres\"\n  val password = \"q1\"\n\n  scala.slick.codegen.SourceCodeGenerator.main(\n    Array(slickDriver, jdbcDriver, url, outputFolder, pkg, user, password)\n  )\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/watchlistparser\/Parser.scala","text":"<reponame>gothug\/movie-geek<filename>src\/main\/scala\/mvgk\/watchlistparser\/Parser.scala\npackage mvgk.watchlistparser\n\nimport com.typesafe.scalalogging.Logger\nimport org.jsoup.Jsoup\nimport org.jsoup.nodes.Element\nimport org.openqa.selenium.firefox.FirefoxDriver\nimport org.slf4j.LoggerFactory\nimport scala.collection.JavaConversions._\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\nimport spray.caching.LruCache\n\ncase class WatchListParsedMovie(title: String, year: Int)\ncase class WatchListMovies(list: List[WatchListParsedMovie])\n\ncase class WatchListQuery(link: String)\n\n\/**\n * @author <NAME>\n *\/\nobject Parser {\n  val cache = LruCache[WatchListMovies](timeToLive = 30.minutes)\n}\n\nclass Parser {\n  val logger = Logger(LoggerFactory.getLogger(\"mvgk\/watchlistparser\"))\n\n  def parse(url: String, firefoxDriver: Option[FirefoxDriver] = None) = {\n    logger.info(\"Parsing watchlist..\")\n\n    val html = Jsoup.connect(url).timeout(10000).get()\n\n    val imgMovies = html.body().getElementsByClass(\"lister-list\").first().getElementsByTag(\"img\")\n\n    val movieTitles = imgMovies.toArray(new Array[Element](imgMovies.size)).map(_.attr(\"alt\"))\n\n    val yearRe = \"[\\\\d]{4}\".r\n\n    val years =\n      for {\n        elem <- html.body().getElementsByClass(\"lister-item-year\")\n        year = yearRe findFirstIn elem.text\n      } yield year.get.toInt\n\n    def toEngLetters(str: String) = org.apache.commons.lang3.StringUtils.stripAccents(str)\n\n    val watchListMovies = WatchListMovies((movieTitles zip years).map(x => WatchListParsedMovie(toEngLetters(x._1), x._2)).toList)\n\n    logger.info(\"Watchlist parsed successfully\")\n\n    watchListMovies\n  }\n\n  def parseEnTitlesByMetaCached(url: String): Future[WatchListMovies] = Parser.cache(url) {\n    Future { parseEnTitlesByMeta(url) }\n  }\n\n  def parseEnTitlesByMeta(url: String): WatchListMovies = {\n    def parseMovie(url: String): WatchListParsedMovie = {\n      val EngText = \"[\\\\x20-\\\\x7E\u2013]\"\n      val Year = \"\\\\d{4}\"\n\n      val EngtitleYear = s\"($EngText+)[\\\\s]+\\\\($EngText*?($Year)$EngText*\\\\)\".r\n\n      val movieHtml = Jsoup.connect(url).timeout(10000).get()\n      val content = movieHtml.getElementsByAttributeValue(\"property\", \"og:title\").head.attr(\"content\")\n\n      content match {\n        case EngtitleYear(title, year) => WatchListParsedMovie(title, year.toInt)\n        case _ =>\n          throw new Exception(\n            s\"Failed to parse English title and year from the string\" +\n            s\" '$content', movie url $url\")\n      }\n\n      \/**\n      val movieWidgetHeader =\n        movieHtml.getElementById(\"title-overview-widget\").getElementsByClass(\"header\").head\n      val originalTitle: Option[String] =\n        movieWidgetHeader.getElementsByClass(\"title-extra\").headOption.map(_.ownText)\n        **\/\n    }\n\n    logger.info(\"Parsing watchlist..\")\n\n    val html = Jsoup.connect(url).timeout(10000).get()\n\n    val divTitleList =\n      html.body().getElementsByClass(\"lister-list\").first().getElementsByClass(\"title\").toList\n\n    val links = divTitleList.map(_.getElementsByTag(\"a\")).flatMap(_.map(_.absUrl(\"href\")))\n\n    val futures: List[Future[WatchListParsedMovie]] =\n      links map {\n        link =>\n          Future { parseMovie(link) }\n      }\n\n    val parsedMovies = Await.result(Future.sequence(futures), 50 seconds)\n\n    WatchListMovies(parsedMovies)\n  }\n}\n\nobject ParserTest extends App {\n  val parser = new Parser()\n\n  val url = \"http:\/\/www.imdb.com\/user\/ur9112878\/watchlist?ref_=wt_nv_wl_all_0&mode=grid\"\n\n  val titles = parser.parseEnTitlesByMeta(url)\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/db\/DB.scala","text":"<reponame>gothug\/movie-geek\npackage mvgk.db\n\nimport java.util.Properties\nimport scala.slick.jdbc.StaticQuery\nimport scala.util.Try\nimport mvgk.config.Config\nimport mvgk.db.MyPostgresDriver.simple._\nimport Database.dynamicSession\nimport mvgk.db.model.Tables._\nimport mvgk.util._\n\n\/**\n * @author <NAME>\n *\/\nobject DB {\n  val driver = \"org.postgresql.Driver\"\n  val name = Config.db.name\n  val user = Config.db.user\n  val password = Config.db.password\n  val url = \"jdbc:postgresql\"\n\n  val host = getEnvVar(\"PGSQL_PORT_5432_TCP_ADDR\", \"localhost\")\n  val port = getEnvVar(\"PGSQL_PORT_5432_TCP_PORT\", \"5432\")\n\n  val tables = List(film, resource, search)\n  val db = Database.forURL(s\"$url:\/\/$host:$port\/$name\", user, password, new Properties(), driver)\n  val purePostgres = Database.forURL(s\"$url:?port=$port&user=$user&password=$password\", driver = driver)\n\n  def create(): Unit = {\n    purePostgres.withDynSession {\n      StaticQuery.updateNA(s\"create database $name\").execute\n    }\n\/\/ TODO: not needed currently\n\/\/    createEnums()\n  }\n\n  def safeDrop(): Unit = {\n    purePostgres.withDynSession {\n      StaticQuery.updateNA(s\"drop database if exists $name\").execute\n    }\n  }\n\n  \/\/todo: make it safe?\n  def createTables(): Unit = {\n    db.withDynSession {\n      tables.reverse.map { table => Try(table.ddl.create)}\n    }\n  }\n\n\/\/ TODO: not needed currently\n\/\/  def createEnums(): Unit = {\n\/\/    mov.db.withDynSession {\n\/\/      buildCreateSql(\"Status\", Statuses).execute\n\/\/      buildCreateSql(\"Regime\", Regimes).execute\n\/\/      buildCreateSql(\"Product\", Products).execute\n\/\/      buildCreateSql(\"Platform\", Platforms).execute\n\/\/    }\n\/\/  }\n\n  def dropTables(): Unit = {\n    db.withDynSession {\n      tables.map { table => Try(table.ddl.drop)}\n\/\/      dropEnums()\n    }\n  }\n\n\/\/ TODO: not needed currently\n\/\/  def dropEnums(): Unit = {\n\/\/    buildDropSql(\"platform\").execute\n\/\/    buildDropSql(\"product\").execute\n\/\/    buildDropSql(\"regime\").execute\n\/\/    buildDropSql(\"status\").execute\n\/\/  }\n}\n"}
{"repo_name":"gothug\/movie-geek","path":"src\/main\/scala\/mvgk\/mailer\/Mailer.scala","text":"<gh_stars>0\npackage mvgk.mailer\n\nimport java.sql.Timestamp\n\nimport akka.actor.{Actor, ActorSystem, Props}\nimport akka.pattern.ask\nimport akka.routing.RoundRobinRouter\nimport akka.util.Timeout\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.LoggerFactory\nimport spray.client.pipelining._\nimport spray.http._\nimport spray.httpx.SprayJsonSupport._\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport mvgk.db.DB\nimport mvgk.db.MyPostgresDriver.simple._\nimport mvgk.db.model.ResourceEnum._\nimport mvgk.db.model.Tables._\nimport mvgk.httpservice.JsonSupport._\nimport mvgk.moviesearch.{KickassQuery, MovieQueryResult}\nimport mvgk.user\nimport mvgk.watchlistparser.{WatchListMovies, WatchListParsedMovie, WatchListQuery}\nimport mvgk.util.retry\n\n\/**\n * @author <NAME>\n *\/\nclass Mailer(implicit val actorSystem: ActorSystem, implicit val timeout: Timeout) {\n  import actorSystem.dispatcher\n  import mvgk.mailer.ProcessItemActor._\n\n  private val logger = Logger(LoggerFactory.getLogger(\"mailer\"))\n\n  private val processItemActor = actorSystem.actorOf(\n    Props(new ProcessItemActor()).withRouter(RoundRobinRouter(8)), \"processitem\")\n\n  def processDb(foundMovies: List[(WatchListParsedMovie, MovieQueryResult)], resourceName: ResourceEnum) = {\n    def findOrInsertIntoFilm(title: String, year: Int): FilmRow = {\n      DB.db withSession {\n        implicit session =>\n          def getFilm = {\n            film.filter(x => x.title === title && x.year === year).firstOption\n          }\n\n          val item = getFilm\n\n          item match {\n            case Some(x) => x\n            case None =>\n              try {\n                val filmId = (film returning film.map(_.id)) += FilmRow(Int.MinValue, title, year)\n                getFilm.get\n              } catch {\n                case e: Exception =>\n                  getFilm.get\n              }\n          }\n      }\n    }\n\n    def updateOrInsertIntoSearch(filmId: Int, resourceId: Int, hash: String) = {\n      DB.db withSession {\n        implicit session =>\n          val TmStamp = new Timestamp(System.currentTimeMillis())\n\n          val updateQuery = for {\n            s <- search if s.filmId === filmId && s.resourceId === resourceId\n          } yield (s.hash, s.updateTime)\n\n          def update(): Int = {\n            updateQuery.update(hash, TmStamp)\n          }\n\n          val updateCount = update()\n\n          if (updateCount == 0) {\n            try {\n              search += SearchRow(filmId, resourceId, hash, TmStamp)\n            } catch {\n              case e: Exception => update()\n            }\n          }\n      }\n    }\n\n    def getResourceId(resourceName: ResourceEnum): Int = {\n      DB.db withSession {\n        implicit session =>\n          resource.filter(_.resource === resourceName).firstOption.get.id\n      }\n    }\n\n    def getLastSearch(filmId: Int, resourceId: Int): Option[SearchRow] = {\n      DB.db withSession {\n        implicit session =>\n          search.filter(x => x.filmId === filmId && x.resourceId === resourceId).firstOption\n      }\n    }\n\n    val resourceId = getResourceId(resourceName)\n\n    val foundMoviesFiltered: ListBuffer[(WatchListParsedMovie, MovieQueryResult)] = ListBuffer()\n\n    for ((msearch, mfound) <- foundMovies) {\n      val title = msearch.title\n      val year  = msearch.year\n      val md5   = mfound.md5\n\n      val filmId = findOrInsertIntoFilm(title, year).id\n\n      val lastSearch: Option[SearchRow] = getLastSearch(filmId, resourceId)\n\n      updateOrInsertIntoSearch(filmId, resourceId, md5)\n\n      if (lastSearch.map { _.hash == md5 } != Some(true)) {\n        val m: (WatchListParsedMovie, MovieQueryResult) = (msearch, mfound)\n        foundMoviesFiltered += m\n      }\n    }\n\n    foundMoviesFiltered\n  }\n\n  def processWatchLists() = {\n    def getMovieTitles: WatchListMovies = {\n      val pipeline: HttpRequest => Future[WatchListMovies] = sendReceive ~> unmarshal[WatchListMovies]\n      val url = \"http:\/\/172.16.17.32:9090\/watchlist\/imdb\"\n      val watchlistLink = \"http:\/\/www.imdb.com\/user\/ur9112878\/watchlist?ref_=wt_nv_wl_all_0&mode=grid\"\n      val response = pipeline(Post(url, WatchListQuery(watchlistLink)))\n      Await.result(response, 25 seconds)\n    }\n\n    def toHtml(title: String, year: Int, link: Option[String]) = {\n      val aTag = link match {\n        case Some(x) => s\"\"\"<a href=\"$x\">Link<\/a>\"\"\"\n        case None => \"\"\"<font style=\"color:red\">Not Found<\/font>\"\"\"\n      }\n\n      s\"\"\"<p>Title: $title, Year: $year<br>$aTag<\/p>\"\"\".stripMargin\n    }\n\n    logger.info(\"Mailer - process watchlists called..\")\n\n    val movieTitles = retry(60000, 1000) { getMovieTitles } \/\/retry every second, max 60 secs\n\n    val url = \"http:\/\/172.16.17.32:9090\/search\/kickass\"\n\n    val moviesList = movieTitles.list \/\/.filter(x => (\"london\".r findFirstIn x.title).isDefined)\n\n    val responses: List[Future[MovieQueryResult]] =\n      for {\n        m <- moviesList\n      } yield (processItemActor ? Item(url, m))(500 seconds).mapTo[MovieQueryResult]\n\n    val results: List[MovieQueryResult] = Await.result(Future.sequence(responses), 6500 seconds)\n\n    val foundMovies: List[(WatchListParsedMovie, MovieQueryResult)] = moviesList zip results\n\n    logger.info(\"Finished processing..\")\n\n    val htmls =\n      for {\n        ( WatchListParsedMovie(title, year),\n          MovieQueryResult(link, md5) ) <- processDb(foundMovies, Kickass)\n      } yield toHtml(title, year, link)\n\n    sendMail(htmls.mkString)\n  }\n\n  def sendMail(html: String) = {\n    val proto = \"https:\/\/\"\n    val domain = \"mandrillapp.com\"\n    val basepath = \"\/api\/1.0\"\n    val path = \"\/messages\/send.json\"\n\n    val url = proto + domain + basepath + path\n\n    val htmlEscaped = html.replace(\"\"\"\"\"\"\", \"\"\"\\\"\"\"\")\n\n    val emailAddressToJson =\n      \"\"\"|       {\n         |          \"email\" : \"%s\",\n         |          \"name\" : \"%s\",\n         |          \"type\" : \"%s\"\n         |       }\"\"\".stripMargin\n\n    val emailAddresses = user.User.user.accounts\n\n    val emailAddressesJson =\n      emailAddresses.filter(_.subscribed == true).\n        map(x => emailAddressToJson.format(x.email, x.name.getOrElse(\"Unknown Name\"), \"to\")).mkString(\",\\n\")\n\n    val emailJson =\n      s\"\"\"|{\n          |   \"key\" : \"<KEY>\",\n          |   \"message\" : {\n          |     \"html\" : \"$htmlEscaped\",\n          |     \"text\" : \"Lack of news.\",\n          |     \"subject\" : \"Here are you titles, geek\",\n          |     \"from_email\" : \"<EMAIL>\",\n          |     \"from_name\" : \"Mr. IMDB geek\",\n          |     \"to\" : [\n          |$emailAddressesJson\n          |     ],\n          |     \"headers\" : {\n          |       \"Reply-To\" : \"<EMAIL>\"\n          |     },\n          |     \"auto_html\": true\n          |   }\n          |}\"\"\".stripMargin\n\n\n    val pipeline: HttpRequest => Future[HttpResponse] = sendReceive\n    val response: Future[HttpResponse] = pipeline(Post(url, emailJson))\n\n    logger.info(\"Sending e-mail..\")\n\n    val r = Await.result(response, 65 seconds)\n\n    if (r.status.toString == \"200 OK\") {\n      logger.info(\"Email sent successfully\")\n    } else {\n      logger.info(\"Problems with sending email\")\n      logger.info(r.entity.toString)\n    }\n  }\n}\n\nobject ProcessItemActor {\n  case class Item(url: String, query: WatchListParsedMovie)\n}\n\nclass ProcessItemActor() extends Actor {\n  import context.dispatcher\n  import mvgk.mailer.ProcessItemActor._\n\n  override def receive = {\n    case Item(url, wlMovie) => sender ! processRequest(url, wlMovie)\n  }\n\n  def processRequest(url: String, movie: WatchListParsedMovie): MovieQueryResult = {\n    val pipeline: HttpRequest => Future[MovieQueryResult] = sendReceive ~> unmarshal[MovieQueryResult]\n    val response: Future[MovieQueryResult] = pipeline(Post(url, KickassQuery(movie.title, None, movie.year)))\n    Await.result(response, 30 seconds)\n  }\n}\n\nobject Mailer extends App {\n  implicit val actorSystem = ActorSystem()\n  implicit val timeout = Timeout(30.second)\n\n  val mailer = new Mailer()\n  mailer.processWatchLists()\n\n  actorSystem.shutdown()\n}\n"}
{"repo_name":"andyscott\/singularity","path":"repos\/org\/typelevel\/cats\/sbt.scala","text":"package sbt\n\nimport java.nio.file.Files\nimport java.nio.charset.StandardCharsets\n\nobject `package` {\n  type File = java.io.File\n\n  implicit final class FileOps(val file: File) extends AnyVal {\n    def \/(next: String): File = new File(file, next)\n  }\n}\n\nobject IO {\n\n  def write(file: File, content: String): Unit = {\n    file.getParentFile.mkdirs()\n    Files.write(file.toPath, content.getBytes(StandardCharsets.UTF_8))\n  }\n}\n"}
{"repo_name":"andyscott\/singularity","path":"repos\/org\/typelevel\/cats\/KittyCoreBoiler.scala","text":"import java.io.File\n\nobject KittyCoreBoiler {\n  def main(args: Array[String]): Unit =\n    Boilerplate.gen(new File(args.headOption getOrElse \".\"))\n}\n"}
{"repo_name":"andyscott\/singularity","path":"repos\/org\/scalatest\/scalatest\/fake_deps\/pegdown.scala","text":"package org.pegdown\n\nfinal class PegDownProcessor {\n  def markdownToHtml(markdownSource: String): String = ???\n}\n"}
{"repo_name":"andyscott\/singularity","path":"repos\/org\/scalatest\/scalatest\/go_away_testng.scala","text":"package org.scalatest\npackage testng\n\nclass TestNGWrapperSuite(value: List[String]) extends Suite\n"}
{"repo_name":"andyscott\/singularity","path":"repos\/org\/scalatest\/scalatest\/fake_deps\/ant.scala","text":"<filename>repos\/org\/scalatest\/scalatest\/fake_deps\/ant.scala\npackage org.apache.tools.ant\n\nimport java.lang.ClassLoader\n\nimport types._\nimport taskdefs._\n\nclass BuildException(message: String) extends Exception(message)\nclass AntClassLoader extends ClassLoader {\n  def getClasspath(): String = ???\n}\n\nclass Task {\n  def getProject(): Project = ???\n  def init(): Unit = ???\n  def execute(): Unit = ???\n}\n\nclass Project\n\npackage types {\n  object CommandLine {\n    class Argument {\n      def setValue(value: String): Unit = ???\n    }\n  }\n  class Path(p: Project, path: String) {\n    def list(): Array[String] = ???\n  }\n}\n\npackage taskdefs {\n  class Java extends Task {\n    def bindToOwner(value: Any): Unit = ???\n    def setFork(value: Boolean): Unit = ???\n    def setClassname(value: String): Unit = ???\n    def setClasspath(value: Path): Unit = ???\n    def createArg(): CommandLine.Argument = ???\n    def createJvmarg(): CommandLine.Argument = ???\n    def executeJava(): Int = ???\n  }\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"build.sbt","text":"name := \"gnib-appointment-telegram\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.6\"\n\nscalacOptions := Seq(\n  \"-deprecation\",\n  \"-encoding\",\n  \"UTF-8\",\n  \"-feature\",\n  \"-language:existentials\",\n  \"-language:higherKinds\",\n  \"-language:implicitConversions\",\n  \"-unchecked\",\n  \"-Xfatal-warnings\",\n  \"-Xlint\",\n  \"-Yno-adapted-args\",\n  \"-Ywarn-dead-code\",\n  \"-Ywarn-numeric-widen\",\n  \"-Ywarn-value-discard\",\n  \"-Xfuture\",\n  \"-Ywarn-unused-import\",\n  \"-Ywarn-unused-import\",\n  \"-Ydelambdafy:inline\",\n  \"-Ypartial-unification\"\n)\n\nlibraryDependencies ++= {\n  val http4sVersion = \"0.18.17\"\n  val circeVersion = \"0.9.3\"\n  val log4CatsVersion = \"0.1.1\"\n  val pureconfigVersion = \"0.9.2\"\n  val typefageConfigVersion = \"1.3.3\"\n  val lobackVersion = \"1.2.3\"\n\n  Seq(\n    \"org.http4s\" %% \"http4s-dsl\" % http4sVersion,\n    \"org.http4s\" %% \"http4s-circe\" % http4sVersion,\n    \"org.http4s\" %% \"http4s-blaze-client\" % http4sVersion,\n    \"io.circe\" %% \"circe-generic\" % circeVersion,\n    \"io.circe\" %% \"circe-core\" % circeVersion,\n    \"io.chrisdavenport\" %% \"log4cats-slf4j\" % log4CatsVersion,\n    \"eu.timepit\" %% \"refined-pureconfig\" % pureconfigVersion,\n    \"com.typesafe\" % \"config\" % typefageConfigVersion,\n    \"com.github.pureconfig\" %% \"pureconfig-cats-effect\" % pureconfigVersion,\n    \"com.github.pureconfig\" %% \"pureconfig\" % pureconfigVersion,\n    \"ch.qos.logback\" % \"logback-classic\" % lobackVersion\n  )\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/model\/AppointmentResponse.scala","text":"package net.koseburak.model\n\nimport cats.syntax.functor._\nimport io.circe.Decoder\nimport io.circe.generic.auto._\n\nfinal case class Appointment(id: String, time: String)\n\nsealed trait AppointmentHttpResponse\nobject AppointmentHttpResponse {\n\n  final case class AppointmentResponse(slots: List[Appointment]) extends AppointmentHttpResponse\n  final case class EmptyAppointmentResponse(empty: String) extends AppointmentHttpResponse\n  final case class ErrorResponse(error: String) extends AppointmentHttpResponse\n\n  implicit val decodeResponse: Decoder[AppointmentHttpResponse] =\n    List[Decoder[AppointmentHttpResponse]](\n      Decoder[EmptyAppointmentResponse].widen,\n      Decoder[ErrorResponse].widen,\n      Decoder[AppointmentResponse].widen,\n    ).reduceLeft(_ or _)\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/model\/AppConfig.scala","text":"package net.koseburak.model\n\nimport eu.timepit.refined.api.Refined\nimport eu.timepit.refined.collection._\nimport eu.timepit.refined.numeric._\nimport eu.timepit.refined.string.Uri\n\nfinal case class AppConfig(\n    token: String Refined NonEmpty,\n    chatId: Long,\n    category: String Refined NonEmpty,\n    subCategory: String Refined NonEmpty,\n    typ: String Refined NonEmpty,\n    frequency: Int Refined Positive,\n    reporterFrequency: Int Refined Positive,\n    appointmentSystemUri: String Refined Uri\n)\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/api\/BotProgram.scala","text":"package net.koseburak.api\n\nimport cats.effect._\nimport cats.implicits._\nimport io.chrisdavenport.log4cats.slf4j._\nimport fs2._\nimport fs2.async._\nimport net.koseburak.model.AppointmentHttpResponse.{AppointmentResponse, EmptyAppointmentResponse}\nimport net.koseburak.model.{AppConfig, Appointment, Status}\nimport org.http4s.client.blaze.{BlazeClientConfig, Http1Client}\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration._\nimport scala.language.higherKinds\n\nsealed trait BotProgram[F[_], G[_[_], _]] {\n  def run: G[F, Unit]\n}\n\nclass StreamingBotProgram[F[_]](config: AppConfig)(implicit E: Effect[F], ec: ExecutionContext)\n    extends BotProgram[F, Stream] {\n  import config._\n\n  def run: Stream[F, Unit] = Http1Client.stream[F](BlazeClientConfig.insecure).flatMap { client =>\n    val streamF = for {\n      logger <- Slf4jLogger.fromClass[F](getClass)\n      tracker <- Ref(Status()).map(new InMemoryStatusTracker[F](_))\n      messenger <- E.delay(new TelegramMessengerApi[F](token.value, chatId, client))\n      checker <- E.delay(new GnibAppointmentChecker[F](category.value, subCategory.value, typ.value, client, logger))\n    } yield program(messenger, checker, tracker)\n    Stream.force(streamF)\n  }\n\n  private def program(\n      messenger: MessengerApi[F],\n      checker: AppointmentChecker[F],\n      tracker: StatusTracker[F]\n  ): Stream[F, Unit] = {\n    val mainS: Stream[F, Unit] =\n      every(frequency.value.seconds)\n        .evalMap(_ => checker.check)\n        .evalMap {\n          case AppointmentResponse(slots) if slots.nonEmpty =>\n            tracker.success(slots).flatMap { isChanged =>\n              if (isChanged) {\n                val slotsPrettified = prettify(slots)\n                val message = s\"\"\"\n                             |$slotsPrettified\n                             |Fast access: ${appointmentSystemUri.value}\n                 \"\"\".stripMargin\n                messenger.sendMessage(message)\n              } else E.unit\n            }\n          case _: EmptyAppointmentResponse | AppointmentResponse(Nil) => tracker.empty\n          case _ => tracker.error\n        }\n    val reporterS: Stream[F, Unit] =\n      every(reporterFrequency.value.seconds)\n        .evalMap(_ => tracker.resetAndGetMessage)\n        .evalMap(messenger.sendMessage)\n    mainS.merge(reporterS)\n  }\n\n  private def prettify(slots: List[Appointment]): String =\n    slots.map(_.time).foldLeft(\"\")((acc, time) => acc + time + \"\\n\")\n\n  private def every(d: FiniteDuration): Stream[F, Boolean] =\n    Stream\n      .every[F](d)\n      .filter(identity)\n\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/api\/MessengerApi.scala","text":"<reponame>burakkose\/appointment-checker-telegram\npackage net.koseburak.api\n\nimport cats.effect.Sync\nimport org.http4s.Uri\nimport org.http4s.client.Client\n\nsealed trait MessengerApi[F[_]] {\n\n  \/**\n   * Send a message\n   *\/\n  def sendMessage(message: String): F[Unit]\n}\n\nclass TelegramMessengerApi[F[_]](token: String, chatId: Long, client: Client[F])(implicit F: Sync[F])\n    extends MessengerApi[F] {\n\n  private val base: Uri = Uri.uri(\"https:\/\/api.telegram.org\") \/ s\"bot$token\"\n\n  \/**\n   * Send a message\n   *\/\n  def sendMessage(message: String): F[Unit] = {\n    val uri = base \/ \"sendMessage\" =? Map(\n      \"chat_id\" -> Seq(chatId.toString),\n      \"parse_mode\" -> Seq(\"Markdown\"),\n      \"text\" -> Seq(message)\n    )\n\n    client.expect[Unit](uri)\n  }\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/api\/AppointmentChecker.scala","text":"<filename>src\/main\/scala\/net\/koseburak\/api\/AppointmentChecker.scala\npackage net.koseburak.api\n\nimport cats.effect.Sync\nimport cats.implicits._\nimport io.chrisdavenport.log4cats.Logger\nimport net.koseburak.model.AppointmentHttpResponse\nimport net.koseburak.model.AppointmentHttpResponse.ErrorResponse\nimport org.http4s.Uri\nimport org.http4s.circe._\nimport org.http4s.client.Client\n\nsealed trait AppointmentChecker[F[_]] {\n\n  \/**\n   * Check available appointments\n   *\/\n  def check: F[AppointmentHttpResponse]\n}\n\nclass GnibAppointmentChecker[F[_]: Sync](\n    category: String,\n    subCategory: String,\n    typ: String,\n    client: Client[F],\n    logger: Logger[F]\n) extends AppointmentChecker[F] {\n\n  private val base = Uri.uri(\"https:\/\/burghquayregistrationoffice.inis.gov.ie\/Website\/AMSREG\/AMSRegWeb.nsf\/(getAppsNear)\")\n  private val query = base.setQueryParams(\n    Map(\n      \"readform\" -> Seq(\"\"),\n      \"cat\" -> Seq(category),\n      \"sbcat\" -> Seq(subCategory),\n      \"typ\" -> Seq(typ)\n    )\n  )\n\n  \/**\n   * Check available appointments\n   *\/\n  def check: F[AppointmentHttpResponse] =\n    client\n      .expect(query)(jsonOf[F, AppointmentHttpResponse])\n      .flatMap { response =>\n        logger.info(response.toString).map(_ => response)\n      }\n      .recoverWith {\n        case ex =>\n          logger.error(ex)(\"Request failed.\").map(_ => ErrorResponse(ex.getMessage))\n      }\n\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/Boot.scala","text":"<reponame>burakkose\/appointment-checker-telegram<gh_stars>1-10\npackage net.koseburak\n\nimport java.util.concurrent.Executors\n\nimport cats.effect.{Effect, IO}\nimport com.typesafe.config.ConfigFactory\nimport fs2.StreamApp\nimport net.koseburak.api.StreamingBotProgram\nimport net.koseburak.model.AppConfig\nimport pureconfig.module.catseffect._\nimport eu.timepit.refined.pureconfig._\n\nimport scala.concurrent.ExecutionContext\n\nobject Boot extends StreamApp[IO] {\n  def stream(args: List[String], requestShutdown: IO[Unit]): fs2.Stream[IO, StreamApp.ExitCode] = {\n    implicit val ec = ExecutionContext.fromExecutor(Executors.newCachedThreadPool())\n    val E = Effect[IO]\n    val streamF = for {\n      config <- E.delay(ConfigFactory.load())\n      appConf <- loadConfigF[IO, AppConfig](config)\n      program <- E.delay(new StreamingBotProgram[IO](appConf))\n    } yield program.run.last.map(_ => StreamApp.ExitCode.Success)\n    fs2.Stream.force(streamF)\n  }\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/api\/StatusTracker.scala","text":"package net.koseburak.api\n\nimport cats.Monad\nimport cats.implicits._\nimport fs2.async.Ref\nimport net.koseburak.model.{Appointment, Status}\n\nsealed trait StatusTracker[F[_]] {\n  def empty: F[Unit]\n  def error: F[Unit]\n  def success(slots: List[Appointment]): F[Boolean]\n  def resetAndGetMessage: F[String]\n}\n\nclass InMemoryStatusTracker[F[_]: Monad](private val ref: Ref[F, Status]) extends StatusTracker[F] {\n  def empty: F[Unit] = ref.modify(s => s.copy(empty = s.empty + 1)).void\n  def error: F[Unit] = ref.modify(s => s.copy(error = s.error + 1)).void\n  def success(slots: List[Appointment]): F[Boolean] =\n    for {\n      lastAvailableSlots <- ref.get.map(_.lastAvailableSlots)\n      _ <- ref.modify(s => s.copy(success = s.success + 1, lastAvailableSlots = slots))\n    } yield slots != lastAvailableSlots\n\n  def resetAndGetMessage: F[String] =\n    for {\n      status <- ref.get\n      message = s\"\"\"\n                 |Success: ${status.success}\n                 |Empty: ${status.empty}\n                 |Error: ${status.error}\n                 |Total: ${status.success + status.empty + status.error}\n     \"\"\".stripMargin\n      _ <- ref.modify(_ => Status())\n    } yield message\n}\n"}
{"repo_name":"burakkose\/appointment-checker-telegram","path":"src\/main\/scala\/net\/koseburak\/model\/Status.scala","text":"package net.koseburak.model\n\nfinal case class Status(\n    success: Long = 0L,\n    empty: Long = 0L,\n    error: Long = 0L,\n    lastAvailableSlots: List[Appointment] = List.empty\n)\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/Manager.scala","text":"<filename>runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/Manager.scala\npackage com.lightbend.hedgehog.runner\n\nimport hedgehog.core.Report\nimport hedgehog.runner.Test\n\ntrait Manager[A] {\n\n  def prepare(test: Test): (Test, A)\n\n  def log(message: String): Unit\n\n  def publish(className: String, test: Test, report: Report, context: A): Unit\n\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/Ranges.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog\n\nobject Ranges {\n\n  sealed trait ScalingMode\n  sealed trait Constant       extends ScalingMode\n  final case object Constant  extends ScalingMode\n  final case object Singleton extends Constant\n  final case object Linear    extends ScalingMode\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/Seeds.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.testkit\n\nimport hedgehog.core.Seed\n\ntrait Seeds {\n\n  def fromSeed: Seed\n\n  def toSeed: Seed\n\n  def minSeed: Seed\n\n  def maxSeed: Seed\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/BeforeAndAfterEach.scala","text":"package com.lightbend.hedgehog.runner\n\nimport hedgehog.core.Tree\n\ntrait BeforeAndAfterEach extends WrappedTests {\n  this: Runner =>\n\n  abstract override protected def wrapTest[A](tree: => Tree[A]): Tree[A] =\n    try {\n      beforeEach()\n      super.wrapTest(tree)\n    } finally {\n      afterEach()\n    }\n\n  \/**\n    * This is executed once before each test, including reruns with shrunken values..\n    *\/\n  @SuppressWarnings(Array(\"EmptyMethod\"))\n  protected def beforeEach(): Unit = ()\n\n  \/**\n    * This is executed once after each test, including reruns with shrunken values.\n    *\/\n  @SuppressWarnings(Array(\"EmptyMethod\"))\n  protected def afterEach(): Unit = ()\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"sbt\/src\/main\/scala\/com\/lightbend\/hedgehog\/sbt\/HedgehogRunner.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.sbt\n\nimport hedgehog.sbt.Runner\nimport sbt.testing.{SubclassFingerprint, Task, TaskDef}\n\n\/\/ Adapted from hedgehog.sbt.Runner.\n\nclass HedgehogRunner(args: Array[String], remoteArgs: Array[String], testClassLoader: ClassLoader)\n    extends Runner(args, remoteArgs, testClassLoader) {\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.AsInstanceOf\", \"scalafix:DisableSyntax.asInstanceOf\", \"AsInstanceOf\"))\n  override def tasks(taskDefs: Array[TaskDef]): Array[Task] =\n    taskDefs.map { td =>\n      try {\n        Some(new HedgehogTask(td, td.fingerprint.asInstanceOf[SubclassFingerprint], testClassLoader))\n      } catch {\n        case _: ClassCastException => None\n      }\n    }.flatMap(_.toList)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/core\/SizeGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators.core\n\nimport hedgehog.{Gen, Range, Size}\nimport org.scalactic.Requirements._\n\n\/\/ Don't use any of our other custom generators in here since we use this to test them and would\n\/\/ end up with circular reasoning which would be prone to false positives.\n\/\/ These ought to go into their own project to prevent that but that is too much overhead.\nobject SizeGenerators {\n\n  def genSize: Gen[Size] = Gen.int(Range.constant(1, Size.max)).map(Size(_))\n\n  \/**\n    * Creates a generator that splits the given `Size`.\n    * <p>\n    * The result is a pair of sizes which add up to the original size.\n    * <p>\n    * <p>\n    * The `size` must be at least 2 as it is impossible to split a size that is any smaller.\n    * <p>\n    * <p>\n    * The following property holds:\n    * <ul>\n    * <li>`left.value + right.value == size.value`<\/li>\n    * <\/ul>\n    * <\/p>\n    *\n    * @param size the size to split\n    * @return The size split in two.\n    * @throws IllegalArgumentException if the size is 1\n    *\/\n  def genSplitSize(size: Size): Gen[(Size, Size)] = genSplitSizeAfter(size, 1)\n\n  \/**\n    * Creates a generator that splits the given `Size` after `n`.\n    * <p>\n    * The result is a pair of sizes where the first size is at least as big as the smaller\n    * of `n` and `size.value`, and the second size is the remainder.\n    * <p>\n    * <p>\n    * The `size` must be at least 2 as it is impossible to split a size that is any smaller.\n    * <p>\n    * <p>\n    * If `n` is non-positive then 1 will be used instead.\n    * <p>\n    * <p>\n    * The following properties hold:\n    * <ul>\n    * <li>`Math.min(n, size.value) <= left.value`<\/li>\n    * <li>`left.value <= size.value`<\/li>\n    * <li>`left.value + right.value == size.value`<\/li>\n    * <\/ul>\n    * <\/p>\n    *\n    * @param size the size to split\n    * @param n split after a size that is at least this big\n    * @return The size split in two.\n    * @throws IllegalArgumentException if the size is 1\n    *\/\n  def genSplitSizeAfter(size: Size, n: Int): Gen[(Size, Size)] = {\n    require(size.value >= 2)\n    for {\n      left <- Gen.int(Range.linear(math.max(1, math.min(n, size.value)), size.value))\n    } yield (Size(left), Size(size.value - left))\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/OptionGeneratorSpec.scala","text":"<filename>tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/OptionGeneratorSpec.scala\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.Sizes\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.generators.OptionGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog.runner.Test\nimport hedgehog.{Gen, Property, Result}\n\nobject OptionGeneratorSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genSome\", genSome(genInt)).tests ++\n      test(\"genNone\", genNone).tests ++\n      test(\"genOption\", genOption(genInt))\n        .addGenProbabilities(_ + \" generates some and none for min size\", propGenOptionMinSizeProbabilities)\n        .addGenProbabilities(_ + \" generates some and none for max size\", propGenOptionMaxSizeProbabilities)\n        .tests\n\n  private def propGenOptionMinSizeProbabilities[A](gen: Gen[Option[A]]): Property =\n    gen\n      .resize(Sizes.MinSize)\n      .forAll\n      .cover(OneToOne, \"is defined\", _.isDefined)\n      .cover(OneToOne, \"is undefined\", _.isEmpty)\n      .map(_ => Result.success)\n\n  private def propGenOptionMaxSizeProbabilities[A](gen: Gen[Option[A]]): Property =\n    gen\n      .resize(Sizes.MaxSize)\n      .forAll\n      .cover(OneHundredAndOneToTwo, \"is defined\", _.isDefined)\n      .cover(TwoToOneHundredAndOne, \"is undefined\", _.isEmpty)\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"build.sbt","text":"import Dependencies._\nimport Dependencies.Testing._\n\nlazy val root = (project in file(\".\"))\n  .aggregate(\n    akka,\n    `akka-http`,\n    cats,\n    core,\n    macros,\n    runner,\n    sbtFramework,\n    scalamock,\n    testkit,\n    tests\n  )\n  .settings(\n    coverageMinimum := 60,\n    skip in publish := true\n  )\n\nlazy val akka = project\n  .dependsOn(core, runner)\n  .settings(\n    libraryDependencies ++= Seq(\n      akkaActor,\n      akkaTestkit,\n      Dependencies.config,\n      hedgehogCore,\n      scalactic,\n      scalaReflect(scalaVersion.value)\n    ),\n    coverageMinimum := 0\n  )\n\nlazy val `akka-http` = project\n  .dependsOn(akka, core, runner)\n  .settings(\n    libraryDependencies ++= Seq(\n      akkaActor,\n      akkaHttpCore,\n      akkaStream,\n      hedgehogCore,\n      scalactic,\n      scalaReflect(scalaVersion.value)\n    ),\n    coverageMinimum := 0\n  )\n\nlazy val cats = project\n  .dependsOn(core)\n  .settings(\n    libraryDependencies ++= Seq(\n      catsEffect,\n      hedgehogCore\n    ),\n    coverageMinimum := 0\n  )\n\nlazy val core = project\n  .dependsOn(macros)\n  .settings(\n    libraryDependencies ++=\n      Seq(\n        hedgehogCore,\n        scalactic\n      ),\n    coverageMinimum := 94\n  )\n\nlazy val macros = project\n  .settings(\n    libraryDependencies ++= Seq(\n      scalactic,\n      scalaReflect(scalaVersion.value)\n    )\n  )\n\nlazy val runner = project\n  .settings(\n    libraryDependencies ++=\n      Seq(\n        hedgehogCore,\n        hedgehogRunner,\n        scalactic,\n        scopt\n      ),\n    coverageMinimum := 0\n  )\n\nlazy val sbtFramework = Project(id = \"sbt\", base = file(\"sbt\"))\n  .dependsOn(runner)\n  .settings(\n    libraryDependencies ++=\n      Seq(\n        hedgehogCore,\n        hedgehogRunner,\n        hedgehogSbt,\n        sbtTest\n      ),\n    coverageMinimum := 0\n  )\n\nlazy val scalamock = project\n  .dependsOn(runner, testkit)\n  .settings(\n    libraryDependencies ++=\n      Seq(\n        hedgehogCore,\n        hedgehogRunner,\n        scalaMock\n      ),\n    coverageMinimum := 0\n  )\n\nlazy val testkit = project\n  .dependsOn(core)\n  .settings(\n    libraryDependencies ++=\n      Seq(\n        hedgehogCore,\n        hedgehogRunner\n      ),\n    coverageMinimum := 0\n  )\n\nlazy val tests = project\n  .dependsOn(sbtFramework % Test, scalamock % Test)\n  .settings(\n    skip in publish := true,\n    Test \/ javaOptions := Seq.empty\n  )\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/TryGenerators.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/TryGenerators.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ExceptionGenerators._\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport hedgehog.Gen\n\nimport scala.util.{Failure, Success, Try}\n\nobject TryGenerators {\n\n  def genSuccess[A](gen: Gen[A]): Gen[Success[A]] =\n    gen.map(Success(_))\n\n  def genFailure: Gen[Failure[Nothing]] =\n    genException.map(Failure(_))\n\n  def genTry[A](gen: Gen[A]): Gen[Try[A]] =\n    Gen.choice1(genSuccess(gen).widen, genFailure.widen)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpResponseGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model._\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport com.lightbend.hedgehog.generators.StringGenerators.genAnyUnicodeString\nimport com.lightbend.hedgehog.generators.akka.ByteStringGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.ContentTypeGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.HttpHeaderGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.HttpProtocolGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.ResponseEntityGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.StatusCodeGenerators._\nimport hedgehog.{Gen, Range}\n\nobject HttpResponseGenerators {\n\n  private val MaxTextChunks = 100\n\n  def genChunkedBinaryHttpResponse: Gen[HttpResponse] =\n    for {\n      chunks   <- genByteStrings\n      response <- genHttpResponseWithBinaryChunks(chunks)\n    } yield response\n\n  def genChunkedTextHttpResponse: Gen[HttpResponse] =\n    for {\n      chunks   <- Gen.list(genAnyUnicodeString, Range.linear(0, MaxTextChunks))\n      response <- genHttpResponseWithTextChunks(chunks)\n    } yield response\n\n  def genHttpResponseWithBinaryChunks(chunks: Seq[ByteString]): Gen[HttpResponse] =\n    for {\n      contentType <- genBinaryContentType\n      response    <- genHttpResponseWithChunks(contentType, chunks)\n    } yield response\n\n  def genHttpResponseWithTextChunks(chunks: Seq[String]): Gen[HttpResponse] =\n    for {\n      contentType <- genNonBinaryOrMissingContentType\n      response <- {\n        val charset      = contentType.charsetOption.getOrElse(HttpCharsets.`UTF-8`).nioCharset\n        val binaryChunks = chunks.map(ByteString(_, charset))\n        genHttpResponseWithChunks(contentType, binaryChunks)\n      }\n    } yield response\n\n  def genHttpResponseWithChunks(contentType: ContentType, chunks: Seq[ByteString]): Gen[HttpResponse] = {\n    val source = Source(chunks)\n    val entity = HttpEntity.Chunked.fromData(contentType, source)\n    for {\n      status <- if (entity.isKnownEmpty) genStatusCode else genStatusCodeFor(entity)\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      protocol <- genHttpProtocolSupportingChunked\n    } yield HttpResponse(status, headers, entity, protocol)\n  }\n\n  def genHttpResponse: Gen[HttpResponse] =\n    for {\n      status <- genStatusCode\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      protocol <- genHttpProtocol\n      entity   <- genResponseEntityFor(status, protocol)\n    } yield HttpResponse(status, headers, entity, protocol)\n\n  def genHttpResponseWithData(data: Seq[ByteString]): Gen[HttpResponse] =\n    for {\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      protocol <- genHttpProtocol\n      entity   <- genResponseEntityWithDataFor(data, protocol)\n      status   <- genStatusCodeFor(entity)\n    } yield HttpResponse(status, headers, entity, protocol)\n\n  def genHttpResponseWithEntity(entity: ResponseEntity): Gen[HttpResponse] =\n    for {\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      protocol <- genHttpProtocolFor(entity)\n      status   <- genStatusCodeFor(entity)\n    } yield HttpResponse(status, headers, entity, protocol)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/DoubleGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.DoubleGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject DoubleGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genDouble\", genDouble).addLinearNumericRangeTests(0, Double.MinValue, Double.MaxValue).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/OptionSyntaxSpec.scala","text":"<filename>tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/OptionSyntaxSpec.scala\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.generators.OptionGenerators._\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.runner.{property, Test}\n\nobject OptionSyntaxSpec extends TestRunner with Logs with OptionImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"isSome of none fails\", propIsSomeOfNoneFails),\n    property(\"isSome of some returns result of f\", propIsSomeOfSomeIsResult)\n  )\n\n  private def propIsSomeOfNoneFails: Property = forAll {\n    for {\n      none   <- genNone\n      result <- genResult\n    } yield none.isSome((_: Any) => result) ==== Result.failure.log(\"=== None ===\").log(None.toString)\n  }\n\n  private def propIsSomeOfSomeIsResult: Property = forAll {\n    for {\n      opt    <- genSome(genInt)\n      result <- genResult\n    } yield opt.isSome(_ => result) ==== result\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/Fields.scala","text":"package com.lightbend.hedgehog.generators\n\nimport scala.reflect.ClassTag\nimport scala.reflect.runtime.universe._\n\n\/\/ TODO: This should go in the hedgehog projects but I can't be bothered testing it right now.\nobject Fields {\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.AsInstanceOf\", \"scalafix:DisableSyntax.asInstanceOf\", \"AsInstanceOf\"))\n  def fieldsOf[A, B](obj: A, fieldClass: Class[B])(implicit objTag: ClassTag[A]): List[B] = {\n    val runtimeMirror = scala.reflect.runtime.currentMirror\n    val field         = runtimeMirror.classSymbol(fieldClass).toType\n    val vals = runtimeMirror.classSymbol(obj.getClass).toType.members.collect {\n      case term: TermSymbol if term.isVal && term.typeSignature.resultType <:< field => term\n    }\n    val instanceMirror = runtimeMirror.reflect(obj)\n    val x = vals.map { term =>\n      instanceMirror.reflectField(term).get.asInstanceOf[B]\n    }.toList\n    x\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/FutureImplicits.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport java.time.Instant\nimport java.time.temporal.ChronoUnit\nimport java.util.concurrent.TimeUnit\n\nimport com.lightbend.hedgehog.implicits.FutureImplicits.FutureSyntax\nimport com.lightbend.hedgehog.implicits.OptionImplicits._\nimport com.lightbend.hedgehog.implicits.TryImplicits._\nimport hedgehog.Result\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Future, TimeoutException}\nimport scala.util.{Failure, Success, Try}\n\ntrait FutureImplicits {\n\n  implicit def durationInt(n: Int): DurationConversions = new DurationInt(n)\n\n  implicit def durationLong(n: Long): DurationConversions = new DurationLong(n)\n\n  implicit def durationDouble(n: Double): DurationConversions = new DurationDouble(n)\n\n  implicit def futureSyntax[A](future: Future[A]): FutureSyntax[A] = new FutureSyntax(future)\n}\n\nobject FutureImplicits {\n\n  private val DiagnosisProperty = \"hedgehog.future.diagnosisDuration\"\n\n  implicit class FutureSyntax[A](private val future: Future[A]) extends AnyVal {\n\n    def readyWithin(atMost: Duration): Result = {\n      val start = Instant.now\n      def wait(atMost: Duration, timeout: => Result, failure: Throwable => Result, success: => Result): Result =\n        Try(Await.ready(future, atMost)) match {\n          case Failure(_: TimeoutException) => timeout\n          case Failure(exception)           => failure(exception)\n          case _: Success[_]                => success\n        }\n      def timeout: Result = {\n        val result         = Result.failure.log(s\"Future was not ready within ${atMost.toString}\")\n        val diagnosisStart = Instant.now\n        def eventuallyReady = {\n          val end               = Instant.now\n          val diagnosisDuration = durationBetween(diagnosisStart, end)\n          val duration          = durationBetween(start, end)\n          result\n            .log(s\"Future eventually completed after waiting an additional ${diagnosisDuration.toString}\")\n            .log(s\"Consider increasing the original wait time to at least ${duration.toString}\")\n        }\n        diagnosisDurationProperty match {\n          case Some(duration) =>\n            wait(\n              duration,\n              result.log(s\"Future was still not ready after waiting an additional ${duration.toString}\"),\n              logFailure(result, _),\n              eventuallyReady\n            )\n          case None => result\n        }\n      }\n      wait(atMost, timeout, logFailure(Result.failure, _), Result.success)\n    }\n\n    def successfulResultWithin(atMost: Duration, f: A => Result): Result =\n      readyWithin(atMost).and(future.value.isSome(_.successfulResult(f)))\n\n    def failedResultWithin(atMost: Duration, f: Throwable => Result): Result =\n      readyWithin(atMost).and(future.value.isSome(_.failedResult(f)))\n  }\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.TryPartial\", \"TryGet\"))\n  private def diagnosisDurationProperty: Option[Duration] =\n    Try {\n      Option(System.getProperty(DiagnosisProperty)).map(Duration(_))\n    }.recoverWith {\n      case e: NumberFormatException =>\n        Failure(new NumberFormatException(s\"Invalid value for property '$DiagnosisProperty': ${e.getMessage}\"))\n    }.get\n\n  private def logFailure(result: Result, exception: Throwable): Result =\n    result\n      .log(\"Error occurred waiting for future to be ready\")\n      .log(TryImplicits.stackTrace(exception))\n\n  private def durationBetween(start: Instant, end: Instant) =\n    Duration(start.until(end, ChronoUnit.MILLIS), TimeUnit.MILLISECONDS)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/AddressGenerators.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators.akka\n\nimport java.net.URI\n\nimport akka.actor.{Address, AddressFromURIString}\nimport com.lightbend.hedgehog.generators.net.URIGenerators._\nimport hedgehog._\n\n\/\/ scalastyle:off null\n@SuppressWarnings(Array(\"org.wartremover.warts.Null\", \"scalafix:DisableSyntax.null\", \"NullParameter\"))\nobject AddressGenerators {\n\n  def genLocalAddress: Gen[Address] =\n    for {\n      uri      <- genAbsoluteURI\n      protocol <- genScheme\n      system   <- genHost\n    } yield {\n      val address = AddressFromURIString(\n        copyURI(uri)(scheme = protocol, host = system, port = -1, userInfo = null).toString\n      )\n      assert(address.hasLocalScope)\n      address\n    }\n\n  def genGlobalAddress: Gen[Address] =\n    for {\n      uri      <- genAbsoluteURI\n      protocol <- genScheme\n      system   <- genUserInfo\n      host     <- genHost\n      port     <- genPort\n    } yield {\n      val address = AddressFromURIString(\n        copyURI(uri)(scheme = protocol, userInfo = system, host = host, port = port).toString\n      )\n      assert(address.hasGlobalScope)\n      address\n    }\n\n  def genAddress: Gen[Address] = Gen.choice1(genLocalAddress, genGlobalAddress)\n\n  def genInvalidAddress: Gen[String] = Gen.choice1(\n    genInvalidURI,\n    genRelativeURI.map(_.toString),\n    genURIWithoutHost.map(_.toString),\n    genURIWithoutUserInfoWithPort.map(_.toString),\n    genURIWithUserInfoWithoutPort.map(_.toString)\n  )\n\n  private def genURIWithoutHost: Gen[URI] =\n    genURI.map(copyURI(_)(host = null))\n\n  private def genURIWithoutUserInfoWithPort: Gen[URI] =\n    for {\n      uri  <- genURI\n      port <- genPort\n    } yield copyURI(uri)(userInfo = null, port = port)\n\n  private def genURIWithUserInfoWithoutPort: Gen[URI] =\n    for {\n      uri      <- genURI\n      userInfo <- genUserInfo\n    } yield copyURI(uri)(userInfo = userInfo, port = 0)\n}\n\/\/ scalastyle:on null\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/ShortGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ShortGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject ShortGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genShort\", genShort).addLinearNumericRangeTests(0, Short.MinValue, Short.MaxValue).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/net\/URIGenerators.scala","text":"package com.lightbend.hedgehog.generators.net\n\nimport java.net.URI\n\nimport com.lightbend.hedgehog.generators.CharGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.generators.net.InetAddressGenerators._\nimport hedgehog._\n\nimport scala.util.Try\n\n\/\/ scalastyle:off number.of.methods\n\nobject URIGenerators {\n\n  \/\/ FIXME: Investigate why if these are all 1 then why are there discards?\n  private val MaxSchemeLength          = 10\n  private val MaxPort                  = 65535\n  private val MaxUserInfoLength        = 20\n  private val MaxQueryLength           = 20\n  private val MaxFragmentLength        = 20\n  private val MaxOpaquePartLength      = 100\n  private val MaxRelativeSegmentLength = 10\n  private val MaxRegisteredNameLength  = 20\n  private val MaxHostNameLabels        = 5\n  private val MaxHostNameLabelLength   = 10\n  private val MaxPathSegments          = 5\n  private val MaxPChars                = 20\n  private val MaxParams                = 5\n\n  def genURI: Gen[URI] =\n    Gen.choice1(genAbsoluteURI, genRelativeURI)\n\n  def genAbsoluteURI: Gen[URI] =\n    for {\n      absolute <- genAbsoluteURIWithoutFragment\n      uri      <- withFragment(absolute)\n    } yield new URI(uri)\n\n  def genRelativeURI: Gen[URI] =\n    for {\n      absolute <- genRelativeURIWithoutFragment\n      uri      <- withFragment(absolute)\n    } yield new URI(uri)\n\n  private def withFragment(uri: String): Gen[String] =\n    for {\n      \/\/ URI deviation from RFC 2396:\n      \/\/ If the authority is empty then it must be followed by a non-empty path, a query\n      \/\/ component, or a fragment component.\n      fragment <- if (uri.endsWith(\"\/\/\")) genFragment.map(Some(_)) else genFragment.option\n    } yield uri + optionalSuffix(\"#\", fragment)\n\n  def genAbsoluteURIWithoutFragment: Gen[String] =\n    for {\n      scheme     <- genScheme\n      schemePart <- Gen.choice1(genHierarchicalPart, genOpaquePart)\n    } yield s\"$scheme:$schemePart\"\n\n  def genRelativeURIWithoutFragment: Gen[String] =\n    for {\n      path  <- Gen.choice1(genNetPath, genAbsolutePath, genRelativePath)\n      query <- genQuery.option\n    } yield path + optionalSuffix(\"?\", query)\n\n  def genHierarchicalPart: Gen[String] =\n    for {\n      path  <- Gen.choice1(genNetPath, genAbsolutePath)\n      query <- genQuery.option\n    } yield path + optionalSuffix(\"?\", query)\n\n  def genOpaquePart: Gen[String] =\n    for {\n      uricNoSlash <- genUricNoSlash\n      urics       <- genRepeat(genUric, 0, MaxOpaquePartLength - 1)\n    } yield uricNoSlash + urics.mkString\n\n  def genUricNoSlash: Gen[String] =\n    Gen.choice1(\n      genUnreserved,\n      genEscaped,\n      Gen.element1(\";\", \"?\", \":\", \"@\", \"&\", \"=\", \"+\", \"$\", \",\")\n    )\n\n  def genNetPath: Gen[String] =\n    for {\n      authority <- genAuthority\n      path      <- genAbsolutePath.option\n    } yield s\"\/\/$authority${path.getOrElse(\"\")}\"\n\n  def genAbsolutePath: Gen[String] =\n    for {\n      segments <- genPathSegments\n    } yield s\"\/$segments\"\n\n  \/\/ URI deviation from RFC 2396:\n  \/\/ The relative path may be empty\n  def genRelativePath: Gen[String] = {\n    for {\n      relativeSegment <- genRelativeSegment\n      path            <- genAbsolutePath.option\n    } yield relativeSegment + path.getOrElse(\"\")\n  }.option.map(_.getOrElse(\"\"))\n\n  def genRelativeSegment: Gen[String] =\n    genRepeat(\n      Gen.choice1(\n        genUnreserved,\n        genEscaped,\n        Gen.element1(\";\", \"@\", \"&\", \"=\", \"+\", \"$\", \",\")\n      ),\n      1,\n      MaxRelativeSegmentLength\n    )\n\n  def genScheme: Gen[String] =\n    for {\n      head <- Gen.alpha\n      tail <- genRepeat(Gen.choice1(genAlpha, genDigit, Gen.element1(\"+\", \"-\", \".\")), 0, MaxSchemeLength - 1)\n    } yield head.toString + tail\n\n  def genAuthority: Gen[String] =\n    Gen.choice1(genServer, genRegisteredName)\n\n  def genRegisteredName: Gen[String] =\n    genRepeat(\n      Gen.choice1(\n        genUnreserved,\n        genEscaped,\n        Gen.element1(\"$\", \",\", \";\", \":\", \"@\", \"&\", \"=\", \"+\")\n      ),\n      1,\n      MaxRegisteredNameLength\n    )\n\n  def genServer: Gen[String] =\n    for {\n      userInfo <- genUserInfo.option\n      hostPort <- genHostPort.option\n    } yield hostPort.map(optionalPrefix(userInfo, \"@\") + _).getOrElse(\"\")\n\n  def genUserInfo: Gen[String] =\n    genRepeat(\n      Gen.choice1(\n        genUnreserved,\n        genEscaped,\n        Gen.element1(\";\", \":\", \"&\", \"=\", \"+\", \"$\", \",\")\n      ),\n      0,\n      MaxUserInfoLength\n    )\n\n  def genHostPort: Gen[String] =\n    for {\n      host <- genHost\n      port <- genPort.option\n    } yield host + optionalSuffix(\":\", port.map(_.toString))\n\n  \/\/ URI deviation from RFC 2396:\n  \/\/ IPv6 addresses are valid.\n  def genHost: Gen[String] =\n    Gen.choice1(genHostName, genIPv4Address, genIPv6Address)\n\n  def genHostName: Gen[String] =\n    for {\n      domainLabel <- genRepeat(genDomainLabel.map(_ + \".\"), 0, MaxHostNameLabels - 1)\n      \/\/ URI deviation from RFC 2396:\n      \/\/ If there is only one label then it may start with a number.\n      topLabel <- if (domainLabel.isEmpty) genDomainLabel else genTopLabel\n      period   <- Gen.constant(\".\").option\n    } yield domainLabel + topLabel + period.getOrElse(\"\")\n\n  def genDomainLabel: Gen[String] =\n    Gen.choice1(\n      genAlphaNum,\n      for {\n        head <- genAlphaNum\n        mid  <- genAlphaNumDash\n        last <- genAlphaNum\n      } yield head + mid + last\n    )\n\n  def genTopLabel: Gen[String] =\n    Gen.choice1(\n      genAlpha,\n      for {\n        head <- genAlpha\n        mid  <- genAlphaNumDash\n        last <- genAlphaNum\n      } yield head + mid + last\n    )\n\n  private def genAlphaNumDash =\n    genRepeat(Gen.choice1(genAlphaNum, Gen.constant(\"-\")), 0, MaxHostNameLabelLength - 2)\n\n  \/\/ URI deviation from RFC 2396:\n  \/\/ Strict format of IPv4 addresses.\n  def genIPv4Address: Gen[String] =\n    genRawInet4Address.map(_.getHostAddress)\n\n  def genIPv6Address: Gen[String] =\n    genRawInet6Address.map(a => s\"[${a.getHostAddress}]\")\n\n  \/\/ TODO: The BNF is wider than this.\n  def genPort: Gen[Int] =\n    Gen.int(Range.linear(0, MaxPort))\n\n  def genPath: Gen[String] =\n    Gen.choice1(genAbsolutePath, genOpaquePart).option.map(_.getOrElse(\"\"))\n\n  def genPathSegments: Gen[String] =\n    genSegment.list(Range.linear(1, MaxPathSegments)).map(_.mkString(\"\/\"))\n\n  def genSegment: Gen[String] =\n    for {\n      init <- genPChars\n      tail <- genRepeat(genParam.map(\";\" + _), 0, MaxParams)\n    } yield init + tail\n\n  def genParam: Gen[String] = genPChars\n\n  private def genPChars: Gen[String] =\n    genRepeat(genPChar, 0, MaxPChars)\n\n  def genPChar: Gen[String] =\n    Gen.choice1(\n      genUnreserved,\n      genEscaped,\n      Gen.element1(\":\", \"@\", \"&\", \"=\", \"+\", \"$\", \",\")\n    )\n\n  def genQuery: Gen[String] = genRepeat(genUric, 0, MaxQueryLength)\n\n  def genFragment: Gen[String] = genRepeat(genUric, 0, MaxFragmentLength)\n\n  def genUric: Gen[String] =\n    Gen.choice1(genReserved, genUnreserved, genEscaped)\n\n  \/\/ URI deviation from RFC 2396:\n  \/\/ Added for RFC 2732.\n  def genReserved: Gen[String] =\n    Gen.element1(\";\", \"\/\", \"?\", \":\", \"@\", \"&\", \"=\", \"+\", \"$\", \",\", \"[\", \"]\")\n\n  def genUnreserved: Gen[String] =\n    Gen.choice1(genAlphaNum, genMark)\n\n  def genMark: Gen[String] =\n    Gen.element1(\"-\", \"_\", \".\", \"!\", \"~\", \"*\", \"'\", \"(\", \")\")\n\n  \/\/ URI deviation from RFC 2396:\n  \/\/ Support \"other\" characters wherever escaped characters are supported.\n  def genEscaped: Gen[String] =\n    Gen.choice1(\n      for {\n        h1 <- Gen.hexit\n        h2 <- Gen.hexit\n      } yield s\"%${h1.toString}${h2.toString}\",\n      genOther\n    )\n\n  private def genOther: Gen[String] =\n    genVisibleNonUSASCIIChar.map(_.toString)\n\n  def genAlphaNum: Gen[String] =\n    Gen.alphaNum.map(_.toString)\n\n  def genAlpha: Gen[String] =\n    Gen.alpha.map(_.toString)\n\n  def genDigit: Gen[String] =\n    Gen.digit.map(_.toString)\n\n  \/\/ TODO: Do this without discarding.\n  def genInvalidURI: Gen[String] =\n    genAnyUnicodeString.filter(s => Try(new URI(s)).isFailure)\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.DefaultArguments\", \"scalafix:DisableSyntax.defaultArgs\"))\n  def copyURI(\n      uri: URI\n    )(\n      scheme: String = uri.getScheme,\n      userInfo: String = uri.getUserInfo,\n      host: String = uri.getHost,\n      port: Int = uri.getPort,\n      path: String = uri.getPath,\n      query: String = uri.getQuery,\n      fragment: String = uri.getFragment\n    ): URI =\n    new URI(scheme, userInfo, host, port, path, query, fragment)\n\n  private def optionalSuffix(separator: String, suffix: Option[String]): String =\n    suffix.map(separator + _).getOrElse(\"\")\n\n  private def optionalPrefix(prefix: Option[String], separator: String): String =\n    prefix.map(_ + separator).getOrElse(\"\")\n\n  private def genRepeat(gen: Gen[String], min: Int, max: Int) =\n    gen.list(Range.linear(min, max)).map(_.mkString)\n}\n\n\/\/ scalastyle:on number.of.methods\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/GeneratorMockResults.scala","text":"<filename>scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/GeneratorMockResults.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.testkit.{GeneratorResults, Seeds}\nimport org.scalamock.MockFactoryBase\n\ntrait GeneratorMockResults extends GeneratorResults {\n  this: MockFactoryBase =>\n\n  val mockSeeds: MockSeeds = new MockSeeds with MockFactoryBase {\n    override type ExpectationException = GeneratorMockResults.this.ExpectationException\n\n    override protected def newExpectationException(message: String, methodName: Option[Symbol]): ExpectationException =\n      GeneratorMockResults.this.newExpectationException(message, methodName)\n  }\n\n  override def seeds: Seeds = mockSeeds\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/LogGenerators.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/LogGenerators.scala\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ExceptionGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators.genAnyUnicodeString\nimport hedgehog.Gen\nimport hedgehog.core.{Error, ForAll, Info, Log, Name}\n\nobject LogGenerators {\n\n  def genName: Gen[Name] = genAnyUnicodeString.map(Name(_))\n\n  def genForAll: Gen[ForAll] =\n    for {\n      name  <- genName\n      value <- genAnyUnicodeString\n    } yield ForAll(name, value)\n\n  def genInfo: Gen[Info] = genAnyUnicodeString.map(Info)\n\n  def genError: Gen[Error] = genException.map(Error)\n\n  def genLog: Gen[Log] =\n    Gen.choice1[Log](genInfo.map(identity), genError.map(identity), genForAll.map(identity))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"sbt\/src\/main\/scala\/com\/lightbend\/hedgehog\/sbt\/HedgehogFramework.scala","text":"package com.lightbend.hedgehog.sbt\n\nimport com.lightbend.hedgehog.runner.TestRunnerLike\nimport hedgehog.sbt.{Framework, Runner}\nimport sbt.testing.{Fingerprint, SubclassFingerprint}\n\n\/\/ Adapted from hedgehog.sbt.Framework.\n\nclass HedgehogFramework extends Framework {\n\n  override def fingerprints(): Array[Fingerprint] = {\n    def mkFP(mod: Boolean, cname: String): SubclassFingerprint =\n      new SubclassFingerprint {\n        def superclassName(): String           = cname\n        val isModule: Boolean                  = mod\n        def requireNoArgConstructor(): Boolean = true\n      }\n\n    Array(\n      mkFP(mod = false, classOf[TestRunnerLike].getName),\n      mkFP(mod = true, classOf[TestRunnerLike].getName)\n    )\n  }\n\n  override def runner(args: Array[String], remoteArgs: Array[String], testClassLoader: ClassLoader): Runner =\n    new HedgehogRunner(args, remoteArgs, testClassLoader)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/EitherGenerators.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/EitherGenerators.scala\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport hedgehog.Gen\n\nobject EitherGenerators {\n\n  def genLeft[A](gen: Gen[A]): Gen[Left[A, Nothing]] =\n    gen.map(Left(_))\n\n  def genRight[B](gen: Gen[B]): Gen[Right[Nothing, B]] =\n    gen.map(Right(_))\n\n  def genEither[A, B](genA: Gen[A], genB: Gen[B]): Gen[Either[A, B]] =\n    Gen.choice1(genLeft(genA).widen, genRight(genB).widen)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/StatusCodeGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.{HttpEntity, StatusCode, StatusCodes}\nimport com.lightbend.hedgehog.generators.Fields\nimport hedgehog.Gen\n\nobject StatusCodeGenerators {\n\n  \/\/ TODO: Custom status codes.\n\n  def genStatusCode: Gen[StatusCode] =\n    Gen.elementUnsafe(Fields.fieldsOf(StatusCodes, classOf[StatusCode]))\n\n  def genStatusCodeAllowingEntity: Gen[StatusCode] =\n    Gen.elementUnsafe(Fields.fieldsOf(StatusCodes, classOf[StatusCode]).filter(_.allowsEntity))\n\n  def genStatusCodeFor(entity: HttpEntity): Gen[StatusCode] =\n    if (entity.isKnownEmpty) genStatusCode else genStatusCodeAllowingEntity\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/TestRunnerMockLike.scala","text":"package com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.runner.TestRunnerLike\nimport hedgehog.core._\nimport hedgehog.runner.{Properties, Test}\n\ntrait TestRunnerMockLike extends TestRunnerLike with AbstractMockFactory with TestExpectations {\n  this: Properties =>\n\n  override def runTest(test: Test, config: PropertyConfig, seed: Long): Report =\n    enhanceReport(super.runTest(test, config, seed))\n\n  private def enhanceReport(report: Report): Report =\n    report.status match {\n      case Failed(shrinks, log) =>\n        val enhancedLog = log.flatMap {\n          case error @ Error(e: MatchError) if errorInHedgehog(e) => List[Log](matchErrorInfo, error)\n          case other                                              => List(other)\n        }\n        report.copy(status = Failed(shrinks, enhancedLog))\n      case _ => report\n    }\n\n  private def errorInHedgehog(e: Throwable): Boolean =\n    e.getStackTrace.headOption.exists(_.getClassName.startsWith(\"hedgehog.\"))\n\n  private def matchErrorInfo: Info =\n    Info(\n      \"\"\"A MatchError occurred running the test. This is often caused by mocks\/stubs returning null.\n        |  Check the stack trace to see what method was called and debug it to ensure the arguments are what were expected.\n        |  It may also be from reusing the same mock\/stub between tests.\n        |  Ensure that any mocks are recreated for each test.\"\"\".stripMargin\n    )\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/OptionImplicits.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.OptionImplicits.OptionSyntax\nimport hedgehog.Result\n\ntrait OptionImplicits {\n\n  implicit def optionSyntax[A](opt: Option[A]): OptionSyntax[A] = new OptionSyntax(opt)\n}\n\nobject OptionImplicits {\n\n  implicit class OptionSyntax[A](private val opt: Option[A]) extends AnyVal {\n\n    def isSome(f: A => Result): Result = {\n      val defined = Result\n        .assert(opt.isDefined)\n        .log(\"=== None ===\")\n        .log(opt.toString)\n      opt match {\n        case Some(value) => defined.and(f(value))\n        case None        => defined\n      }\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/core\/SeedGenerators.scala","text":"package com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.LongGenerators._\nimport hedgehog.Gen\nimport hedgehog.core.Seed\n\n\/\/ Don't use any of our other custom generators in here since we use this to test them and would\n\/\/ end up with circular reasoning which would be prone to false positives.\n\/\/ These ought to go into their own project to prevent that but that is too much overhead.\nobject SeedGenerators {\n\n  def genSeed: Gen[Seed] = genLong.map(Seed.fromLong)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala\nimport sbt._\n\nobject Dependencies {\n\n  object Versions {\n\n    val akka       = \"2.6.4\"\n    val akkaHttp   = \"10.1.11\"\n    val cats       = \"2.1.1\"\n    val catsEffect = \"2.1.2\"\n    val config     = \"1.4.0\"\n    val hedgehog   = \"97854199ef795a5dfba15478fd9abe66035ddea2\"\n    val sbtTest    = \"1.0\"\n    val scalaMock  = \"4.4.0\"\n    val scalaTest  = \"3.1.1\"\n    val scopt      = \"4.0.0-RC2\"\n  }\n\n  val akkaActor    = \"com.typesafe.akka\" %% \"akka-actor\"     % Versions.akka\n  val akkaHttpCore = \"com.typesafe.akka\" %% \"akka-http-core\" % Versions.akkaHttp\n  val akkaStream   = \"com.typesafe.akka\" %% \"akka-stream\"    % Versions.akka\n  val catsEffect   = \"org.typelevel\"     %% \"cats-effect\"    % Versions.catsEffect\n  val config       = \"com.typesafe\"      % \"config\"          % Versions.config\n  val scopt        = \"com.github.scopt\"  %% \"scopt\"          % Versions.scopt\n\n  def scalaReflect(scalaVersion: String): ModuleID = scalaLib(\"reflect\", scalaVersion)\n\n  def scalaLib(component: String, scalaVersion: String): ModuleID =\n    \"org.scala-lang\" % s\"scala-$component\" % scalaVersion\n\n  object CompilerPlugins {\n\n    object Versions {\n\n      val kindProjector = \"0.11.0\"\n    }\n\n    val kindProjector = (\"org.typelevel\" %% \"kind-projector\" % Versions.kindProjector).cross(CrossVersion.full)\n  }\n\n  object Testing {\n\n    val akkaTestkit    = \"com.typesafe.akka\" %% \"akka-testkit\"    % Versions.akka\n    val hedgehogCore   = \"qa.hedgehog\"       %% \"hedgehog-core\"   % Versions.hedgehog\n    val hedgehogRunner = \"qa.hedgehog\"       %% \"hedgehog-runner\" % Versions.hedgehog\n    val hedgehogSbt    = \"qa.hedgehog\"       %% \"hedgehog-sbt\"    % Versions.hedgehog\n    val sbtTest        = \"org.scala-sbt\"     % \"test-interface\"   % Versions.sbtTest\n    val scalactic      = \"org.scalactic\"     %% \"scalactic\"       % Versions.scalaTest\n    val scalaMock      = \"org.scalamock\"     %% \"scalamock\"       % Versions.scalaMock\n  }\n\n  object Resolvers {\n\n    val hedgehog = Resolver.bintrayRepo(\"hedgehogqa\", \"scala-hedgehog\")\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/IntGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport hedgehog.Gen\nimport hedgehog.Range\n\nobject IntGenerators {\n\n  def genNegativeInt: Gen[Int] = Gen.int(Range.linear(-1, Int.MinValue))\n\n  def genNonPositiveInt: Gen[Int] = Gen.int(Range.linear(0, Int.MinValue))\n\n  def genNonNegativeInt: Gen[Int] = Gen.int(Range.linear(0, Int.MaxValue))\n\n  def genPositiveInt: Gen[Int] = Gen.int(Range.linear(1, Int.MaxValue))\n\n  def genZero: Gen[Int] = Gen.constant(0)\n\n  def genInt: Gen[Int] = Gen.int(Range.linearFrom(0, Int.MinValue, Int.MaxValue))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/Runner.scala","text":"package com.lightbend.hedgehog.runner\n\nimport hedgehog.core.{Coverage, DiscardCount, PropertyConfig, Report, Status, SuccessCount}\nimport hedgehog.runner.Test\n\ntrait Runner {\n\n  \/\/ TODO: Ideally these would take a Seed but we can't get a sane long value back out to report on.\n\n  def runTests[A](\n      className: String,\n      tests: List[Test],\n      config: PropertyConfig,\n      seed: Long,\n      manager: Manager[A]\n    ): Unit = ()\n\n  def runTest(test: Test, config: PropertyConfig, seed: Long): Report =\n    Report(SuccessCount(0), DiscardCount(0), Coverage.empty, Status.ok)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/Logs.scala","text":"package com.lightbend.hedgehog\n\nimport com.lightbend.hedgehog.Ranges._\nimport com.lightbend.hedgehog.implicits.RangeImplicits._\nimport hedgehog.Range\nimport hedgehog.core.ForAll\nimport org.scalactic.TripleEquals._\n\nimport scala.reflect.ClassTag\n\ntrait Logs {\n\n  \/\/ scalastyle:off cyclomatic.complexity\n  def logRange[A: Ordering](range: Range[A])(implicit tag: ClassTag[A]): ForAll = {\n    val from   = range.origin !== range.x\n    val frac   = classOf[Fractional[_]].isAssignableFrom(tag.runtimeClass)\n    def origin = range.origin.toString\n    def x      = range.x.toString\n    def y      = range.y.toString\n    val method = range.scalingMode match {\n      case Constant if from       => s\"constantFrom($origin, $x, $y)\"\n      case Constant               => s\"constant($x, $y)\"\n      case Singleton              => s\"singleton($x)\"\n      case Linear if frac && from => s\"linearFracFrom($origin, $x, $y)\"\n      case Linear if from         => s\"linearFrom($origin, $x, $y)\"\n      case Linear if frac         => s\"linearFrac($x, $y)\"\n      case Linear                 => s\"linear($x, $y)\"\n    }\n    ForAll(\"range\", s\"Range.$method\")\n  }\n  \/\/ scalastyle:on cyclomatic.complexity\n}\n\nobject Logs extends Logs\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\n\/\/ Style plugins.\naddSbtPlugin(\"ch.epfl.scala\"             % \"sbt-scalafix\"           % \"0.9.12\")\naddSbtPlugin(\"com.sksamuel.scapegoat\"    %% \"sbt-scapegoat\"         % \"1.1.0\")\naddSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\"           % \"0.1.11\")\naddSbtPlugin(\"org.scalameta\"             % \"sbt-scalafmt\"           % \"2.3.2\")\naddSbtPlugin(\"org.scalastyle\"            %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\naddSbtPlugin(\"org.wartremover\"           % \"sbt-wartremover\"        % \"2.4.5\")\n\n\/\/ Dependency plugins.\naddSbtPlugin(\"com.github.cb372\" % \"sbt-explicit-dependencies\" % \"0.2.13\")\naddSbtPlugin(\"net.vonbuchholtz\" % \"sbt-dependency-check\"      % \"2.0.0\")\n\n\/\/ Testing plugins.\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.6.1\")\n\n\/\/ Distribution plugins.\naddSbtPlugin(\"com.dwijnand\"      % \"sbt-dynver\"   % \"4.0.0\")\naddSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\"  % \"0.5.6\")\naddSbtPlugin(\"com.jsuereth\"      % \"sbt-pgp\"      % \"2.0.0\")\naddSbtPlugin(\"org.xerial.sbt\"    % \"sbt-sonatype\" % \"3.9.2\")\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/RangeImplicits.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Ranges._\nimport com.lightbend.hedgehog.implicits.RangeImplicits.RangeSyntax\nimport hedgehog.{Range, Size}\nimport org.scalactic.TripleEquals._\n\ntrait RangeImplicits {\n\n  implicit def rangeSyntax[A](range: Range[A]): RangeSyntax[A] = new RangeSyntax[A](range)\n}\n\nobject RangeImplicits {\n\n  implicit class RangeSyntax[A](private val range: Range[A]) extends AnyVal {\n\n    def x: A = range.bounds(Size(Size.max))._1\n\n    def y: A = range.bounds(Size(Size.max))._2\n\n    def min(implicit o: Ordering[A]): A = o.min(x, y)\n\n    def max(implicit o: Ordering[A]): A = o.max(x, y)\n\n    \/\/ This only works for all the known Numerics. Custom Numerics may fail.\n    def length(implicit n: Numeric[A]): Int = {\n      import n._\n      val min    = range.min\n      val max    = range.max\n      val intMax = fromInt(Int.MaxValue)\n      \/\/ Fortunately all large Numerics can store the max Int without any loss in\n      \/\/ precision otherwise this would not work.\n      def smallerThanInt = toInt(intMax) !== Int.MaxValue\n      if (smallerThanInt) {\n        \/\/ This could overflow an A but the largest Numeric that is smaller than an\n        \/\/ Int is a Short or Char which not overflow an Int.\n        \/\/ Short.MaxValue.toInt - Short.MinValue.toInt === 65535\n        toInt(max) - toInt(min) + 1\n      } else {\n        val diff = max - min\n        \/\/ Check for overflow.\n        if (min < zero && diff < max) {\n          \/\/ Oops we overflowed A so we would definitely overflow an Int.\n          Int.MaxValue\n        } else {\n          val length = n.min(diff, intMax).toInt\n          if (length < Int.MaxValue) length + 1\n          else length\n        }\n      }\n    }\n\n    def clampX(x: A)(implicit n: Numeric[A]): Range[A] = clamp(x, y)\n\n    def clampY(y: A)(implicit n: Numeric[A]): Range[A] = clamp(x, y)\n\n    def clamp(x: A, y: A)(implicit n: Numeric[A]): Range[A] = adjust(Range.clamp(x, y, _))\n\n    def clampMin(min: A)(implicit o: Ordering[A]): Range[A] = adjust(o.max(min, _))\n\n    def clampMax(max: A)(implicit o: Ordering[A]): Range[A] = adjust(o.min(max, _))\n\n    private def adjust(f: A => A): Range[A] = {\n      def shiftBounds(size: Size): (A, A) = range.bounds(size) match {\n        case (a, b) => (f(a), f(b))\n      }\n      Range(\n        origin = f(range.origin),\n        bounds = shiftBounds\n      )\n    }\n\n    def singleton: Boolean = {\n      val (x, y) = range.bounds(Size(Size.max))\n      x === y\n    }\n\n    def constant: Boolean = range.bounds(Size(0)) === range.bounds(Size(Size.max))\n\n    def linear: Boolean = !constant\n\n    def scalingMode: ScalingMode =\n      if (singleton) Singleton\n      else if (linear) Linear\n      else Constant\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/ByteStringGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators.akka\n\nimport akka.util.{ByteString, ByteStringBuilder}\nimport com.lightbend.hedgehog.generators.ByteGenerators._\nimport com.lightbend.hedgehog.generators.CollectionGenerators._\nimport com.lightbend.hedgehog.generators.core.SizeGenerators\nimport hedgehog._\nimport org.scalactic.TripleEquals._\n\nimport scala.collection.{mutable, Factory}\n\nobject ByteStringGenerators {\n\n  private val MaxByteStringLength = 100\n  private val MaxByteStrings      = 100\n\n  \/\/ See https:\/\/typesafe.slack.com\/archives\/C1ETEPM36\/p1580331136068100\n  implicit object ByteStringFactory extends Factory[Byte, ByteString] {\n\n    override def fromSpecific(it: IterableOnce[Byte]): ByteString =\n      newBuilder.addAll(it).result()\n\n    override def newBuilder: mutable.Builder[Byte, ByteString] =\n      new ByteStringBuilder\n  }\n\n  def genCompactedUnfragmentedByteString: Gen[ByteString] =\n    Gen.list(genByte, Range.linear(0, MaxByteStringLength)).map(ByteString(_))\n\n  def genUncompactedUnfragmentedByteString: Gen[ByteString] =\n    for {\n      byteString <- Gen.list(genByte, Range.linear(2, MaxByteStringLength + 1)).map(ByteString(_))\n      from       <- Gen.int(Range.linear(0, byteString.length))\n      untilMax = if (from === 0) byteString.length - 1 else byteString.length\n      until <- Gen.int(Range.linear(from + 1, untilMax))\n    } yield byteString.slice(from, until)\n\n  def genFragmentedByteString: Gen[ByteString] = Gen.sized { size =>\n    for {\n      (headSize, tailSize) <- {\n        if (size.value === 1) Gen.constant((size, size))\n        else SizeGenerators.genSplitSize(size)\n      }\n      head <- genByteString.resize(headSize)\n      tail <- if (tailSize.value === 0) genEmptyByteString else genByteString.resize(tailSize)\n    } yield head ++ tail\n  }\n\n  def genEmptyByteString: Gen[ByteString] =\n    Gen.constant(ByteString.empty)\n\n  def genByteString: Gen[ByteString] =\n    Gen.choice1(\n      genCompactedUnfragmentedByteString,\n      genUncompactedUnfragmentedByteString,\n      genFragmentedByteString\n    )\n\n  def genByteStrings: Gen[Seq[ByteString]] =\n    genCollection[ByteString, Seq](genByteString, Range.linear(0, MaxByteStrings))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"sbt\/src\/main\/scala\/com\/lightbend\/hedgehog\/sbt\/HedgehogTask.scala","text":"package com.lightbend.hedgehog.sbt\n\nimport _root_.sbt.testing.{EventHandler, Logger, SubclassFingerprint, TaskDef, Task => SBTTask}\nimport com.lightbend.hedgehog.runner.{TestRunner, TestRunnerLike}\nimport hedgehog.core._\nimport hedgehog.sbt.Task\n\n\/\/ Adapted from hedgehog.sbt.Task.\n\nclass HedgehogTask(taskDef: TaskDef, fingerprint: SubclassFingerprint, testClassLoader: ClassLoader)\n    extends Task(taskDef, fingerprint, testClassLoader) {\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.AsInstanceOf\", \"scalafix:DisableSyntax.asInstanceOf\", \"AsInstanceOf\"))\n  override def execute(eventHandler: EventHandler, loggers: Array[Logger]): Array[SBTTask] = {\n    val config = PropertyConfig.default\n    \/\/ TODO: Also allow the seed to be set by an argument.\n    val seed      = System.nanoTime()\n    val className = taskDef.fullyQualifiedName + (if (fingerprint.isModule) \"$\" else \"\")\n    val c         = testClassLoader.loadClass(className).asInstanceOf[Class[TestRunner]]\n    val testRunner =\n      if (fingerprint.isModule)\n        \/\/ FIX Use scala-reflect to be more future compatible\n        c.getField(\"MODULE$\").get(c).asInstanceOf[TestRunnerLike]\n      else\n        c.getDeclaredConstructor().newInstance()\n    val manager = new TimedManager(taskDef, eventHandler, loggers)\n    testRunner.runTests(className, testRunner.tests, config, seed, manager)\n    Array()\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/ArbitraryGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport hedgehog.Gen\nimport org.scalactic.TripleEquals._\n\nobject ArbitraryGenerators {\n\n  def genFrequency[A, B](a: A, b: A)(gen: (A, A) => Gen[B])(implicit n: Numeric[A]): (Int, Gen[B]) = {\n    import n._\n    @SuppressWarnings(Array(\"org.wartremover.warts.Throw\", \"scalafix:DisableSyntax.throw\"))\n    def checkForOverflow(a: A, b: A, c: A): Unit =\n      if ((sign(a) !== sign(b)) && (sign(a) !== sign(c))) throw new ArithmeticException(\"integer overflow\")\n    val lo             = min(a, b)\n    val hi             = max(a, b)\n    val subtractResult = hi - lo\n    checkForOverflow(hi, lo, subtractResult)\n    val addResult = subtractResult + one\n    checkForOverflow(addResult, subtractResult, one)\n    toInt(addResult) -> gen(lo, hi)\n  }\n\n  def genElementFrequency[A](x: A, xs: A*): (Int, Gen[A]) =\n    xs.length + 1 -> Gen.element1(x, xs: _*)\n\n  def genElementFrequencyUnsafe[A](xs: Iterable[A]): (Int, Gen[A]) =\n    xs.size -> Gen.elementUnsafe(xs.toList)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/ResultSyntaxSpec.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.core.{Info, Log}\nimport hedgehog.runner.{property, Test}\n\nobject ResultSyntaxSpec extends TestRunner with Logs with ResultImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"prependLog to result adds to the front\", propPrependLogResultAddsToFront),\n    property(\"prependLogs to result adds to the front\", propPrependLogsResultAddsToFront)\n  )\n\n  private def propPrependLogResultAddsToFront: Property = forAll {\n    for {\n      result  <- genResult\n      message <- genAnyUnicodeString\n    } yield {\n      val prepended = result.prependLog(message)\n      testLogs(result, prepended, Info(message) :: Nil)\n    }\n  }\n\n  private def propPrependLogsResultAddsToFront: Property = forAll {\n    for {\n      result   <- genResult\n      message  <- genAnyUnicodeString\n      messages <- Gen.list(genAnyUnicodeString, Range.linear(0, 4))\n    } yield {\n      val prepended = result.prependLogs(message, messages: _*)\n      testLogs(result, prepended, Info(message) :: messages.map(Info))\n    }\n  }\n\n  private def testLogs(original: Result, prepended: Result, log: List[Log]): Result =\n    original match {\n      case Result.Success => prepended ==== Result.success\n      case Result.Failure(originalLog) =>\n        prepended match {\n          case Result.Success               => Result.failure.log(\"Expected a failure\")\n          case Result.Failure(prependedLog) => prependedLog ==== log ::: originalLog\n        }\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/UriGenerators.scala","text":"<filename>akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/UriGenerators.scala\npackage com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.Uri\nimport akka.http.scaladsl.model.Uri.Path.{Segment, Slash, SlashOrEmpty}\nimport akka.http.scaladsl.model.Uri.{Authority, Host, IPv4Host, IPv6Host, NamedHost, NonEmptyHost, Path}\nimport com.lightbend.hedgehog.generators.ArbitraryGenerators._\nimport com.lightbend.hedgehog.generators.ByteGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.implicits.Implicits._\nimport hedgehog._\nimport org.scalactic.TripleEquals._\n\nimport scala.util.Try\n\n\/\/ scalastyle:off number.of.methods\n\nobject UriGenerators {\n\n  private val IPv6Bytes         = 16\n  private val MaxSchemeLength   = 100\n  private val MaxHostLength     = 100\n  private val MaxPort           = 65535\n  private val MaxUserInfoLength = 100\n  private val MaxSegmentLength  = 100\n  private val MaxQueryLength    = 1000\n  private val MaxFragmentLength = 100\n\n  private val Upper: String              = ('A' to 'Z').mkString\n  private val Lower: String              = ('a' to 'z').mkString\n  private val Digit: String              = ('0' to '9').mkString\n  private val Alpha: String              = Upper + Lower\n  private val AlphaNum: String           = Alpha + Digit\n  private val HexDigit: String           = Upper + Digit\n  private val Unreserved: String         = Alpha + Digit + \"-._~\"\n  private val SubDelims: String          = \"!$&'()*+,;=\"\n  private val OtherSchemeChars: String   = \"+-.\"\n  private val OtherUserInfoChars: String = \":\"\n  private val OtherPChars: String        = \":@\"\n  private val OtherQueryChars: String    = \"\/?\"\n  private val OtherFragmentChars: String = OtherQueryChars\n\n  \/\/ This is already a hex generator in Hedgehog but we have to know the exact number of elements so redefine it\n  \/\/ here just in case it ever changes.\n  private def genHexDigit: Gen[Char] = Gen.elementUnsafe(HexDigit.toList)\n\n  private def genPctEncoded: Gen[String] =\n    for {\n      a <- genHexDigit\n      b <- genHexDigit\n    } yield s\"%${a.toString}${b.toString}\"\n\n  private def stringFrequency(s: String): (Int, Gen[String]) =\n    genElementFrequencyUnsafe(s.toList.map(_.toString))\n\n  private def genSchemeChar: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(AlphaNum),\n      stringFrequency(OtherSchemeChars)\n    )\n\n  def genScheme: Gen[String] =\n    for {\n      head <- Gen.alpha\n      tail <- genConcatenatedString(genSchemeChar, Range.linear(0, MaxSchemeLength - 1))\n    } yield head.toString + tail\n\n  def genHttpScheme: Gen[String] =\n    Gen.element1(\"http\", \"https\", \"ws\", \"wss\")\n\n  def genEmptyHost: Gen[Host.Empty.type] =\n    Gen.constant(Host.Empty)\n\n  def genIPv4Host: Gen[IPv4Host] =\n    for {\n      byte1 <- genByte\n      byte2 <- genByte\n      byte3 <- genByte\n      byte4 <- genByte\n    } yield IPv4Host(byte1, byte2, byte3, byte4)\n\n  def genIPv6Host: Gen[IPv6Host] =\n    for {\n      bytes <- Gen.bytes(Range.singleton(IPv6Bytes))\n    } yield IPv6Host(bytes)\n\n  private def genRegName: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(Unreserved),\n      (HexDigit.length * HexDigit.length) -> genPctEncoded,\n      stringFrequency(SubDelims)\n    )\n\n  def genNamedHost: Gen[NamedHost] =\n    genConcatenatedString(genRegName, Range.linear(1, MaxHostLength)).map(NamedHost)\n\n  def genNonEmptyHost: Gen[NonEmptyHost] =\n    Gen.choice1(genIPv4Host.widen, genIPv6Host.widen, genNamedHost.widen)\n\n  def genHost: Gen[Host] =\n    Gen.choice1(genEmptyHost.widen, genNonEmptyHost.widen)\n\n  def genEmptyAuthority: Gen[Authority] =\n    Gen.constant(Authority.Empty)\n\n  private def genUserInfoChoices: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(Unreserved),\n      (HexDigit.length * HexDigit.length) -> genPctEncoded,\n      stringFrequency(SubDelims),\n      stringFrequency(OtherUserInfoChars)\n    )\n\n  def genNonEmptyUserInfo: Gen[String] =\n    genConcatenatedString(genUserInfoChoices, Range.linear(1, MaxUserInfoLength))\n\n  def genEmptyUserInfo: Gen[String] =\n    Gen.constant(\"\")\n\n  def genUserInfo: Gen[String] =\n    Gen.choice1(genEmptyUserInfo, genNonEmptyUserInfo)\n\n  def genNonEmptyAuthority: Gen[Authority] =\n    for {\n      host     <- genHost\n      port     <- genPort\n      userInfo <- if (host.isEmpty && port === 0) genNonEmptyUserInfo else genUserInfo\n    } yield Authority(host, port, userInfo)\n\n  def genAuthority: Gen[Authority] =\n    Gen.choice1(genEmptyAuthority, genNonEmptyAuthority)\n\n  def genPort: Gen[Int] = Gen.int(Range.linear(0, MaxPort))\n\n  def genEmptyPath: Gen[Path.Empty.type] =\n    Gen.constant(Path.Empty)\n\n  def genSlash: Gen[Slash] = Gen.sized { size =>\n    genPath.resize(Size(math.max(1, size.value - 1))).map(Slash)\n  }\n\n  def genSlashOrEmpty: Gen[SlashOrEmpty] =\n    Gen.choice1(genEmptyPath.widen, genSlash.widen)\n\n  private def genPChar: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(Unreserved),\n      (HexDigit.length * HexDigit.length) -> genPctEncoded,\n      stringFrequency(SubDelims),\n      stringFrequency(OtherPChars)\n    )\n\n  def genSegment: Gen[Segment] =\n    for {\n      head <- genConcatenatedString(genPChar, Range.linear(1, MaxSegmentLength))\n      tail <- genSlashOrEmpty\n    } yield Segment(head, tail)\n\n  def genNonSlash: Gen[Path] =\n    Gen.choice1(genEmptyPath.widen, genSegment.widen)\n\n  def genSingleSlash: Gen[Path] = Gen.sized { size =>\n    genNonSlash.resize(Size(math.max(1, size.value - 1))).map(Slash)\n  }\n\n  def genSingleSlashOrEmpty: Gen[Path] =\n    Gen.choice1(genEmptyPath.widen, genSingleSlash.widen)\n\n  def genNonSlashSlash: Gen[Path] =\n    Gen.choice1(genSingleSlashOrEmpty, genSegment.widen)\n\n  def genPath: Gen[Path] =\n    Gen.choice1(genSlashOrEmpty.widen, genSegment.widen)\n\n  def genPathForAuthority(authority: Authority): Gen[Path] =\n    if (authority.isEmpty) genNonSlashSlash\n    else genSingleSlashOrEmpty\n\n  private def genQueryParts: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(Unreserved),\n      (HexDigit.length * HexDigit.length) -> genPctEncoded,\n      stringFrequency(SubDelims),\n      stringFrequency(OtherPChars),\n      stringFrequency(OtherQueryChars)\n    )\n\n  def genRawQuery: Gen[String] =\n    genConcatenatedString(genQueryParts, Range.linear(0, MaxQueryLength))\n\n  private def genFragmentParts: Gen[String] =\n    Gen.frequency1(\n      stringFrequency(Unreserved),\n      (HexDigit.length * HexDigit.length) -> genPctEncoded,\n      stringFrequency(SubDelims),\n      stringFrequency(OtherPChars),\n      stringFrequency(OtherFragmentChars)\n    )\n\n  def genFragment: Gen[String] =\n    genConcatenatedString(genFragmentParts, Range.linear(0, MaxFragmentLength))\n\n  def genUri: Gen[Uri] =\n    for {\n      authority   <- genAuthority\n      path        <- genPathForAuthority(authority)\n      scheme      <- genScheme\n      queryString <- genRawQuery.option\n      fragment    <- genFragment.option\n    } yield Uri(scheme, authority, path, queryString, fragment)\n\n  def genHttpUri: Gen[Uri] =\n    genHttpScheme.flatMap(scheme => genUri.map(_.copy(scheme = scheme)))\n\n  \/\/ TODO: Do this without discarding.\n  def genInvalidUri: Gen[String] =\n    genAnyUnicodeString.filter(s => Try(Uri(s)).isFailure)\n}\n\n\/\/ scalastyle:on number.of.methods\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/net\/InetAddressGenerators.scala","text":"package com.lightbend.hedgehog.generators.net\n\nimport java.net.InetAddress\n\nimport hedgehog.{Gen, Range}\n\nobject InetAddressGenerators {\n\n  private val Inet4AddressSize = 4\n  private val Inet6AddressSize = 16\n\n  def genRawInet4Address: Gen[InetAddress] =\n    genRawInetAddressFrom(Inet4AddressSize)\n\n  def genRawInet6Address: Gen[InetAddress] =\n    genRawInetAddressFrom(Inet6AddressSize)\n\n  def genRawInetAddress: Gen[InetAddress] =\n    Gen.choice1(\n      genRawInet4Address,\n      genRawInet6Address\n    )\n\n  private def genRawInetAddressFrom(size: Int): Gen[InetAddress] =\n    Gen.bytes(Range.singleton(size)).map(InetAddress.getByAddress)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"project\/BuildChecksPlugin.scala","text":"import com.sksamuel.scapegoat.sbt.ScapegoatSbtPlugin\nimport com.sksamuel.scapegoat.sbt.ScapegoatSbtPlugin.autoImport._\nimport explicitdeps.ExplicitDepsPlugin\nimport explicitdeps.ExplicitDepsPlugin.autoImport._\nimport io.github.davidgregory084.TpolecatPlugin\nimport net.vonbuchholtz.sbt.dependencycheck.DependencyCheckPlugin\nimport net.vonbuchholtz.sbt.dependencycheck.DependencyCheckPlugin.autoImport._\nimport org.scalafmt.sbt.ScalafmtPlugin\nimport org.scalafmt.sbt.ScalafmtPlugin.autoImport._\nimport org.scalastyle.sbt.ScalastylePlugin\nimport org.scalastyle.sbt.ScalastylePlugin.autoImport._\nimport sbt.Keys._\nimport sbt._\nimport scalafix.sbt.ScalafixPlugin\nimport scalafix.sbt.ScalafixPlugin.autoImport._\nimport scoverage.ScoverageSbtPlugin\nimport scoverage.ScoverageSbtPlugin.autoImport._\nimport wartremover.WartRemover\nimport wartremover.WartRemover.autoImport.{wartremoverExcluded, _}\n\nobject BuildChecksPlugin extends AutoPlugin {\n\n  override def requires: Plugins =\n    DependencyCheckPlugin &&\n      ExplicitDepsPlugin &&\n      ScalafixPlugin &&\n      ScalafmtPlugin &&\n      ScalastylePlugin &&\n      ScapegoatSbtPlugin &&\n      ScoverageSbtPlugin &&\n      TpolecatPlugin &&\n      WartRemover\n\n  override def trigger: PluginTrigger = allRequirements\n\n  override def globalSettings: Seq[Def.Setting[_]] =\n    checkCommands ++\n      scalafixGlobalSettings\n\n  private def scalafixGlobalSettings = Seq(\n    \/\/ TODO: Uncomment this once https:\/\/github.com\/scalacenter\/scalafix\/issues\/1033 is fixed.\n    \/\/scalafixConfig := Some((ThisBuild \/ baseDirectory).value \/ \"config\" \/ \".scalafix.conf\")\n  )\n\n  override def buildSettings: Seq[Def.Setting[_]] =\n    dependencyCheckBuildSettings ++\n      scalafixBuildSettings ++\n      scalafmtBuildSettings ++\n      scapegoatBuildSettings ++\n      scoverageBuildSettings\n\n  private def dependencyCheckBuildSettings = Seq(\n    \/\/ Add debug logging to dependencyCheck otherwise it is too quiet.\n    dependencyCheck \/ logLevel := Level.Debug,\n    dependencyCheckAggregate \/ logLevel := Level.Debug\n  )\n\n  private def scalafixBuildSettings = Seq(\n    addCompilerPlugin(scalafixSemanticdb)\n  )\n\n  private def scalafmtBuildSettings = Seq(\n    scalafmtConfig := (ThisBuild \/ baseDirectory).value \/ \"config\" \/ \".scalafmt.conf\"\n  )\n\n  private def scapegoatBuildSettings = Seq(\n    scapegoatVersion := \"1.4.1\"\n  )\n\n  private def scoverageBuildSettings = Seq(\n    coverageMinimum := 80,\n    coverageFailOnMinimum := true\n  )\n\n  override def projectSettings: Seq[Def.Setting[_]] =\n    dependencyCheckProjectSettings ++\n      explicitDependenciesProjectSettings ++\n      scalafixProjectSettings ++\n      scalastyleProjectSettings ++\n      scapegoatProjectSettings ++\n      tpolecatProjectSettings ++\n      \/\/ silencerProjectSettings ++\n      wartremoverProjectSettings\n\n  private def dependencyCheckProjectSettings = Seq(\n    \/\/ JUnit output is used by CircleCI.\n    dependencyCheckFormats := Seq(\"HTML\", \"JUNIT\"),\n    dependencyCheckSuppressionFile := Some(\n      (ThisBuild \/ baseDirectory).value \/ \"config\" \/ \"dependency-check-suppressions.xml\"\n    )\n  )\n\n  private def explicitDependenciesProjectSettings = Seq(\n    \/\/ Compiler plugins that use libraryDependencies show up as unused so we need to filter them out.\n    \/\/ We should be able to just use -= but there is a bug:\n    \/\/ https:\/\/github.com\/cb372\/sbt-explicit-dependencies\/issues\/33\n    unusedCompileDependenciesFilter := unusedCompileDependenciesFilter.value -\n      moduleFilter(ScapegoatSbtPlugin.GroupId, ScapegoatSbtPlugin.ArtifactId),\n    \/\/ There is a contradiction in the explicit dependencies check.\n    \/\/ Either it tells us that they are undeclared or unused.\n    \/\/ https:\/\/github.com\/cb372\/sbt-explicit-dependencies\/issues\/46\n    unusedCompileDependenciesFilter := unusedCompileDependenciesFilter.value -\n      moduleFilter(\"com.lightbend.akka.grpc\", \"akka-grpc-runtime_2.13\") -\n      moduleFilter(\"io.grpc\", \"grpc-stub\"),\n    unusedCompileDependenciesFilter := unusedCompileDependenciesFilter.value\n  )\n\n  private def scalafixProjectSettings =\n    Seq(\n      scalacOptions ++= ScalafixOptions,\n      Compile \/ console \/ scalacOptions := (Compile \/ console \/ scalacOptions).value.filterNot {\n        ScalafixOptions.contains\n      },\n      Test \/ console \/ scalacOptions := (Test \/ console \/ scalacOptions).value.filterNot {\n        ScalafixOptions.contains\n      }\n    )\n\n  private val ScalafixOptions = Seq(\n    \"-Yrangepos\",   \/\/ required by SemanticDB compiler plugin.\n    \"-Ywarn-unused\" \/\/ required by `RemoveUnused` rule.\n  )\n\n  private def scalastyleProjectSettings = Seq(\n    scalastyleFailOnWarning := true,\n    scalastyleConfig := (ThisBuild \/ baseDirectory).value \/ \"config\" \/ \"scalastyle-config.xml\",\n    Test \/ scalastyleConfig := (ThisBuild \/ baseDirectory).value \/ \"config\" \/ \"scalastyle-config-test.xml\"\n  )\n\n  private def scapegoatProjectSettings = Seq(\n    \/\/ Add an extra sub-directory here so that CircleCI knows how to group the tests.\n    scapegoatOutputPath := scapegoatOutputPath.value + \"\/scapegoat\",\n    scapegoatIgnoredFiles += (Compile \/ sourceManaged).value.getPath + \".*\"\n  )\n\n  private def tpolecatProjectSettings = Seq(\n    \/\/ TODO: Remove this once https:\/\/github.com\/ghik\/silencer\/issues\/43 is fixed.\n    Compile \/ scalacOptions -= \"-Xfatal-warnings\"\n  )\n\n  \/\/ TODO: Use silencer once https:\/\/github.com\/ghik\/silencer\/issues\/43 is fixed.\n  \/\/private def silencerProjectSettings = {\n  \/\/  import Dependencies.CompilerPlugins.silencerLib\n  \/\/  addCompilerPlugin(Dependencies.CompilerPlugins.silencer) ++\n  \/\/    Seq(\n  \/\/      scalacOptions += \"-P:silencer:checkUnused\",\n  \/\/      libraryDependencies += silencerLib % Provided,\n  \/\/      unusedCompileDependenciesFilter -= moduleFilter(\n  \/\/        silencerLib.organization,\n  \/\/        silencerLib.name,\n  \/\/        silencerLib.revision\n  \/\/      )\n  \/\/    )\n  \/\/}\n\n  private def wartremoverProjectSettings =\n    Seq(\n      Compile \/ compile \/ wartremoverErrors ++= Warts.unsafe,\n      Test \/ compile \/ wartremoverErrors ++= Warts.unsafe,\n      \/\/ sbt-protoc generates particularly \"unsafe\" code:\n      \/\/ https:\/\/github.com\/thesamet\/sbt-protoc\/issues\/124.\n      wartremoverExcluded += (Compile \/ sourceManaged).value,\n      Test \/ wartremoverExcluded += (Test \/ sourceManaged).value\n    ) ++\n      wartremoverTestSettings(Test, compile)\n\n  private def wartremoverTestSettings(config: Configuration, task: Scoped) =\n    inConfig(config)(\n      inTask(task)(\n        Seq(\n          wartremoverErrors := (Compile \/ compile \/ wartremoverErrors).value.filterNot { error =>\n            \/\/ This error is really annoying with ScalaMock.\n            error == Wart.NonUnitStatements ||\n            \/\/ This error is also another really annoying one with ScalaMock although\n            \/\/ I don't know why it happens.\n            error == Wart.Any ||\n            error == Wart.Null\n          }\n        )\n      )\n    )\n\n  private def checkCommands = {\n    def scopedCommands(command: String => String) =\n      Seq(Compile, Test)\n        .map(config => command(config.name))\n        .mkString(\" \")\n    addCommandAlias(\n      \"allDependencyChecks\",\n      \"; dependencyCheckAggregate; undeclaredCompileDependenciesTest; unusedCompileDependenciesTest\"\n    ) ++\n      addCommandAlias(\n        \"scalafixChecks\",\n        scopedCommands(name => s\"; all ${name}:scalafix --check\")\n      ) ++\n      addCommandAlias(\n        \"scalastyleChecks\",\n        scopedCommands(name => s\"; ${name}:scalastyle\")\n      ) ++\n      addCommandAlias(\n        \"scalafmtChecks\",\n        \"; scalafmtCheckAll; scalafmtSbtCheck\"\n      ) ++\n      addCommandAlias(\n        \"allStyleChecks\",\n        \"; scalafixChecks; scalastyleChecks; scalafmtChecks; scapegoat;\"\n      ) ++\n      addCommandAlias(\n        \"allChecks\",\n        \"; allDependencyChecks; allStyleChecks\"\n      )\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/OptionGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators\n\nimport hedgehog.Gen\n\nobject OptionGenerators {\n\n  def genSome[A](gen: Gen[A]): Gen[Some[A]] =\n    gen.map(Some(_))\n\n  def genNone: Gen[None.type] =\n    Gen.constant(None)\n\n  def genOption[A](gen: Gen[A]): Gen[Option[A]] =\n    gen.option\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/TestRunner.scala","text":"package com.lightbend.hedgehog.runner\n\nimport hedgehog.runner.Properties\n\nabstract class TestRunner extends Properties with TestRunnerLike\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/GeneratorTests.scala","text":"package com.lightbend.hedgehog.testkit\n\nimport com.lightbend.hedgehog.Sizes._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.testkit.GeneratorProperties._\nimport hedgehog._\nimport hedgehog.core.NumericPlus\nimport hedgehog.predef.{DecimalPlus, IntegralPlus}\nimport hedgehog.runner._\n\nclass GeneratorTests[A](name: String, gen: Gen[A], testVector: Vector[Test]) {\n\n  def tests: List[Test] = this.testVector.toList\n\n  def addTest(test: Test): GeneratorTests[A] =\n    new GeneratorTests[A](name, gen, this.testVector :+ test)\n\n  def addTests(tests: List[Test]): GeneratorTests[A] =\n    new GeneratorTests[A](name, gen, this.testVector :++ tests)\n\n  def addGenTest(test: (String, Gen[A]) => Test): GeneratorTests[A] =\n    addTest(test(name, gen))\n\n  def addGenTests(tests: (String, Gen[A]) => List[Test]): GeneratorTests[A] =\n    addTests(tests(name, gen))\n\n  def addProp(name: String => String, property: Property): GeneratorTests[A] =\n    addTest(runner.property(name(this.name), property))\n\n  def addGenProp(name: String => String, property: Gen[A] => Property): GeneratorTests[A] =\n    addProp(name, property(gen))\n\n  def addPropWithConfig(name: String => String, property: Property, configure: Test => Test): GeneratorTests[A] =\n    addTest(configure(runner.property(name(this.name), property)))\n\n  def addGenPropWithConfig(\n      name: String => String,\n      property: Gen[A] => Property,\n      configure: Test => Test\n    ): GeneratorTests[A] =\n    addPropWithConfig(name, property(gen), configure)\n\n  def addExample(name: String => String, result: => Result): GeneratorTests[A] =\n    addTest(example(name(this.name), result))\n\n  def addGenExample(name: String => String, result: Gen[A] => Result): GeneratorTests[A] =\n    addTest(example(name(this.name), result(gen)))\n\n  def addConstantTest[B >: A](name: String => String, value: B): GeneratorTests[A] =\n    addValueTest(name, (_: B) ==== value)\n\n  def addValueTest[B >: A](name: String => String, result: B => Result): GeneratorTests[A] =\n    addProp(name, gen.map(result).forAll)\n}\n\nobject GeneratorTests {\n\n  def apply[A](name: String, gen: Gen[A]): GeneratorTests[A] =\n    new GeneratorTests[A](name, gen, Vector.empty).addGenTest(baseTest)\n\n  def baseTest(name: String, gen: Gen[_]): Test =\n    property(s\"$name does not discard\", propNoDiscards(gen))\n\n  def singletonTests[A](value: A)(name: String, gen: Gen[A]): List[Test] =\n    List(\n      property(s\"$name generates a single value\", gen.forAll.map(_ ==== value))\n    )\n\n  def constantRangeTests[A: Ordering](\n      results: GeneratorResults,\n      min: A,\n      max: A\n    )(\n      name: String,\n      gen: Gen[A]\n    ): List[Test] = List(\n    property(s\"$name generates values inside min and max\", gen.forAll.map(_.inside(min, max))),\n    example(s\"$name generates min as minimum from\", results.testGenMinFrom(gen, min)),\n    example(s\"$name generates max as minimum to\", results.testGenMinTo(gen, max)),\n    example(s\"$name generates min as maximum from\", results.testGenMaxFrom(gen, min)),\n    example(s\"$name generates max as maximum to\", results.testGenMaxTo(gen, max))\n  )\n\n  def linearRangeTests[A: Ordering](\n      results: GeneratorResults,\n      min: A,\n      max: A\n    )(\n      scaleMin: A => A\n    )(\n      name: String,\n      gen: Gen[A]\n    ): List[Test] = List(\n    property(s\"$name generates values inside min and max\", gen.forAll.map(_.inside(min, max))),\n    example(s\"$name generates scaled min as minimum from\", results.testGenMinFrom(gen, scaleMin(min))),\n    example(s\"$name generates scaled max as minimum to\", results.testGenMinTo(gen, scaleMin(max))),\n    example(s\"$name generates min as maximum from\", results.testGenMaxFrom(gen, min)),\n    example(s\"$name generates max as maximum to\", results.testGenMaxTo(gen, max))\n  )\n\n  def linearNumericRangeTests[A: NumericPlus](\n      results: GeneratorResults,\n      origin: A,\n      min: A,\n      max: A\n    )(\n      name: String,\n      gen: Gen[A]\n    )(implicit n: Numeric[A]\n    ): List[Test] = linearRangeTests(results, min, max)(a => n.plus(origin, minScaled(a)))(name, gen)\n\n  def linearBigNumericRangeTests[A: IntegralPlus](\n      results: GeneratorResults,\n      origin: A,\n      min: A,\n      max: A\n    )(\n      name: String,\n      gen: Gen[A]\n    )(implicit n: Numeric[A]\n    ): List[Test] = linearRangeTests(results, min, max)(a => n.plus(origin, minScaledBig(a)))(name, gen)\n\n  def minScaled[A](a: A)(implicit n: NumericPlus[A]): A =\n    n.timesDouble(a, MinSize.percentage)\n\n  def minScaledBig[A](a: A)(implicit i: IntegralPlus[A]): A =\n    i.fromBigInt(NumericPlus.BigIntRatio.timesDouble(i.toBigInt(a), MinSize.percentage))\n\n  def minScaledFracBig[A](a: A)(implicit i: DecimalPlus[A]): A =\n    i.fromBigDecimal(NumericPlus.BigDecimalRatio.timesDouble(i.toBigDecimal(a), MinSize.percentage))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/GeneratorImplicits.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/GeneratorImplicits.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits.GeneratorSyntax\nimport hedgehog.{Gen, Size}\nimport hedgehog.core.{Result, Seed}\nimport TreeImplicits._\n\ntrait GeneratorImplicits {\n\n  implicit def generatorSyntax[A](gen: Gen[A]): GeneratorSyntax[A] = new GeneratorSyntax(gen)\n}\n\nobject GeneratorImplicits {\n\n  implicit class GeneratorSyntax[A](private val gen: Gen[A]) extends AnyVal {\n\n    def widen[B >: A]: Gen[B] = gen.map(identity)\n\n    def generates(size: Size, seed: Seed)(f: A => Result): Result =\n      gen.run(size, seed).generated(f)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/ExtendedSyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.runner.{example, property, Test}\nimport org.scalactic.TripleEquals._\n\n\/\/ scalastyle:off number.of.methods\n\nobject ExtendedSyntaxSpec extends TestRunner with Logs with ArbitraryImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"!=== passes if not equal\", propNotEqualsPassesIfNotEqual),\n    property(\"!=== fails if equal\", propNotEqualsFailsIfEqual),\n    example(\"asA passes if condition passes\", testAsAPassesIfConditionPasses),\n    example(\"asA fails if condition fails\", testAsAFailsIfConditionFails),\n    example(\"asA fails if not an instance of\", testAsAFailsIfNotInstanceOf),\n    example(\"isA passes if same type\", testIsAPassesIfSameType),\n    example(\"isA fails if not same type\", testIsAFailsIfNotSameType),\n    property(\"lessThan passes if less than\", propLessThanPassesIfLessThan),\n    property(\"lessThan fails if equal\", propLessThanFailsIfEqual),\n    property(\"lessThan fails if greater than\", propLessThanFailsIfGreaterThan),\n    property(\"lessThanOrEqual passes if less than\", propLessThanOrEqualPassesIfLessThan),\n    property(\"lessThanOrEqual passes if equal\", propLessThanOrEqualPassesIfEqual),\n    property(\"lessThanOrEqual fails if greater than\", propLessThanOrEqualFailsIfGreaterThan),\n    property(\"greaterThan passes if greater than\", propGreaterThanPassesIfGreaterThan),\n    property(\"greaterThan fails if equal\", propGreaterThanFailsIfEqual),\n    property(\"greaterThan fails if less than\", propGreaterThanFailsIfLessThan),\n    property(\"greaterThanOrEqual passes if greater than\", propGreaterThanOrEqualPassesIfGreaterThan),\n    property(\"greaterThanOrEqual passes if equal\", propGreaterThanOrEqualPassesIfEqual),\n    property(\"greaterThanOrEqual fails if less than\", propGreaterThanOrEqualFailsIfLessThan),\n    property(\"within passes if between (exclusive)\", propWithinPassesIfBetween),\n    property(\"within fails if equal\", propWithinFailsIfEqual),\n    property(\"within fails if not between (exclusive)\", propWithinFailsIfNotBetween),\n    property(\"without fails if between (exclusive)\", propWithoutFailsIfBetween),\n    property(\"without fails if equal\", propWithoutFailsIfEqual),\n    property(\"without passes if not between (exclusive)\", propWithoutPassesIfNotBetween),\n    property(\"inside passes if between (inclusive)\", propInsidePassesIfBetween),\n    property(\"inside passes if equal\", propInsidePassesIfEqual),\n    property(\"inside fails if not between (inclusive)\", propInsideFailsIfNotBetween),\n    property(\"outside fails if between (inclusive)\", propOutsideFailsIfBetween),\n    property(\"outside passes if equal\", propOutsidePassesIfEqual),\n    property(\"outside passes if not between (inclusive)\", propOutsidePassesIfNotBetween)\n  )\n\n  private def propNotEqualsPassesIfNotEqual: Property = forAll {\n    for {\n      a <- genInt\n      b <- genInt\n      if a !== b\n    } yield a !=== b\n  }\n\n  private def propNotEqualsFailsIfEqual: Property = forAll {\n    for {\n      a <- genInt\n    } yield not(a !=== a, \"Expected failure\")\n  }\n\n  private def testAsAPassesIfConditionPasses: Result = None.asA[Option[Boolean]](_ => Result.success)\n\n  private def testAsAFailsIfConditionFails: Result =\n    not(None.asA[Option[Boolean]](_ => Result.failure), \"Expected failure\")\n\n  private def testAsAFailsIfNotInstanceOf: Result =\n    not(None.asA[Some[Boolean]](_ => Result.success), \"Expected failure\")\n\n  private def testIsAPassesIfSameType: Result = 123.isA[Integer]\n\n  private def testIsAFailsIfNotSameType: Result = not(123.isA[Boolean], \"Expected failure\")\n\n  private def propLessThanPassesIfLessThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield a.lessThan(b)\n  }\n\n  private def propLessThanFailsIfEqual: Property = forAll {\n    for {\n      a <- genInt\n    } yield not(a.lessThan(a), \"Expected failure\")\n  }\n\n  private def propLessThanFailsIfGreaterThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield not(b.lessThan(a), \"Expected failure\")\n  }\n\n  private def propLessThanOrEqualPassesIfLessThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield a.lessThanOrEqual(b)\n  }\n\n  private def propLessThanOrEqualPassesIfEqual: Property = forAll {\n    for {\n      a <- genInt\n    } yield a.lessThanOrEqual(a)\n  }\n\n  private def propLessThanOrEqualFailsIfGreaterThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield not(b.lessThanOrEqual(a), \"Expected failure\")\n  }\n\n  private def propGreaterThanPassesIfGreaterThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield b.greaterThan(a)\n  }\n\n  private def propGreaterThanFailsIfEqual: Property = forAll {\n    for {\n      a <- genInt\n    } yield not(a.greaterThan(a), \"Expected failure\")\n  }\n\n  private def propGreaterThanFailsIfLessThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield not(a.greaterThan(b), \"Expected failure\")\n  }\n\n  private def propGreaterThanOrEqualPassesIfGreaterThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield b.greaterThanOrEqual(a)\n  }\n\n  private def propGreaterThanOrEqualPassesIfEqual: Property = forAll {\n    for {\n      a <- genInt\n    } yield a.greaterThanOrEqual(a)\n  }\n\n  private def propGreaterThanOrEqualFailsIfLessThan: Property = forAll {\n    for {\n      (a, b) <- genOrderedStrict2\n    } yield not(a.greaterThanOrEqual(b), \"Expected failure\")\n  }\n\n  private def propWithinPassesIfBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield b.within(a, c).and(b.within(c, a))\n  }\n\n  private def propWithinFailsIfEqual: Property = forAll {\n    for {\n      a <- genInt\n      b <- genInt\n    } yield not(a.within(a, b), \"Expected failure\").or(a.within(b, a))\n  }\n\n  private def propWithinFailsIfNotBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield not(\n      Result.all(\n        List(\n          a.within(b, c),\n          a.within(c, b),\n          c.within(a, b),\n          c.within(b, a)\n        )\n      ),\n      \"Expected failure\"\n    )\n  }\n\n  private def propWithoutFailsIfBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield not(b.without(a, c).or(b.without(c, a)), \"Expected failure\")\n  }\n\n  private def propWithoutFailsIfEqual: Property = forAll {\n    for {\n      a <- genInt\n      b <- genInt\n    } yield not(a.without(a, b), \"Expected failure\").or(a.without(b, a))\n  }\n\n  private def propWithoutPassesIfNotBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield Result.all(\n      List(\n        a.without(b, c),\n        a.without(c, b),\n        c.without(a, b),\n        c.without(b, a)\n      )\n    )\n  }\n\n  private def propInsidePassesIfBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield b.inside(a, c).and(b.inside(c, a))\n  }\n\n  private def propInsidePassesIfEqual: Property = forAll {\n    for {\n      a <- genInt\n      b <- genInt\n    } yield a.inside(a, b).and(a.inside(b, a))\n  }\n\n  private def propInsideFailsIfNotBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield not(\n      Result.all(\n        List(\n          a.inside(b, c),\n          a.inside(c, b),\n          c.inside(a, b),\n          c.inside(b, a)\n        )\n      ),\n      \"Expected failure\"\n    )\n  }\n\n  private def propOutsideFailsIfBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield not(b.outside(a, c).or(b.outside(c, a)), \"Expected failure\")\n  }\n\n  private def propOutsidePassesIfEqual: Property = forAll {\n    for {\n      a <- genInt\n      b <- genInt\n    } yield a.outside(a, b).and(a.outside(b, a))\n  }\n\n  private def propOutsidePassesIfNotBetween: Property = forAll {\n    for {\n      (a, b, c) <- genOrderedStrict3\n    } yield Result.all(\n      List(\n        a.outside(b, c),\n        a.outside(c, b),\n        c.outside(a, b),\n        c.outside(b, a)\n      )\n    )\n  }\n\n  \/\/ TODO: Make a generic version of these.\n  private def genOrderedStrict2: Gen[(Int, Int)] =\n    for {\n      a <- Gen.int(Range.linearFrom(0, Int.MinValue, Int.MaxValue - 1))\n      b <- Gen.int(Range.linear(a, Int.MaxValue))\n    } yield (a, b)\n\n  private def genOrderedStrict3: Gen[(Int, Int, Int)] =\n    for {\n      a <- Gen.int(Range.linearFrom(0, Int.MinValue, Int.MaxValue - 2))\n      b <- Gen.int(Range.linear(a, Int.MaxValue - 1))\n      c <- Gen.int(Range.linear(b, Int.MaxValue))\n    } yield (a, b, c)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/FutureGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport hedgehog.Gen\n\nimport scala.concurrent.{Future, Promise}\nimport ExceptionGenerators._\n\nobject FutureGenerators {\n\n  def genSuccessfulFuture[A](gen: Gen[A]): Gen[Future[A]] =\n    gen.map(Future.successful)\n\n  def genFailedFuture[A]: Gen[Future[A]] =\n    genException.map(Future.failed)\n\n  def genCompletedFuture[A](gen: Gen[A]): Gen[Future[A]] =\n    Gen.choice1(genSuccessfulFuture(gen), genFailedFuture)\n\n  def genIncompleteFuture[A]: Gen[Future[A]] =\n    Gen.constant(Promise().future)\n\n  def genFuture[A](gen: Gen[A]): Gen[Future[A]] =\n    Gen.choice1(genCompletedFuture(gen), genIncompleteFuture)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/TreeImplicits.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.OptionImplicits.OptionSyntax\nimport com.lightbend.hedgehog.implicits.TreeImplicits.TreeGenResultSyntax\nimport hedgehog.Result\nimport hedgehog.core.{Seed, Tree}\n\n\/\/ TODO: Delete this.\ntrait TreeImplicits {\n\n  implicit def treeGenResultSyntax[A](tree: Tree[(Seed, Option[A])]): TreeGenResultSyntax[A] =\n    new TreeGenResultSyntax(tree)\n}\n\nobject TreeImplicits {\n\n  implicit class TreeGenResultSyntax[A](private val tree: Tree[(Seed, Option[A])]) extends AnyVal {\n\n    def generated(f: A => Result): Result = {\n      val (_, value) = tree.value\n      value.isSome(f)\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/Implicits.scala","text":"package com.lightbend.hedgehog.implicits\n\nobject Implicits\n    extends ArbitraryImplicits\n    with CollectionImplicits\n    with EitherImplicits\n    with GeneratorImplicits\n    with OptionImplicits\n    with RangeImplicits\n    with ResultImplicits\n    with TreeImplicits\n    with TryImplicits\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpProtocolGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.{HttpEntity, HttpProtocol, HttpProtocols}\nimport com.lightbend.hedgehog.generators.Fields\nimport hedgehog.Gen\nimport org.scalactic.TripleEquals._\n\nobject HttpProtocolGenerators {\n\n  def genHttpProtocol: Gen[HttpProtocol] =\n    Gen.elementUnsafe(Fields.fieldsOf(HttpProtocols, classOf[HttpProtocol]))\n\n  def genHttpProtocolSupportingChunked: Gen[HttpProtocol] =\n    Gen.elementUnsafe(Fields.fieldsOf(HttpProtocols, classOf[HttpProtocol]).filter(_ !== HttpProtocols.`HTTP\/1.0`))\n\n  def genHttpProtocolFor(entity: HttpEntity): Gen[HttpProtocol] =\n    entity match {\n      case _: HttpEntity.Chunked => genHttpProtocolSupportingChunked\n      case _                     => genHttpProtocol\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/CollectionGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.CharGenerators._\nimport com.lightbend.hedgehog.generators.CollectionGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.generators.core.RangeGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport com.lightbend.hedgehog.implicits.RangeImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.GeneratorProperties._\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.core.{Cover, Seed}\nimport hedgehog.runner.Test\nimport org.scalactic.TripleEquals._\n\nobject CollectionGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  private val MaxCollectionSize = 1000\n  private val MaxCharsToJoin    = 5\n\n  \/\/ TODO: These tests are a bit of a Frankenstein monster. The test syntax needs an overhaul.\n\n  override def tests: List[Test] =\n    genCollectionTests(\"genList\", genList(genInt, _)).tests ++\n      genCollectionTests(\"genCollection\", genCollection[Int, Seq](genInt, _)).tests ++\n      genJoinedTests.tests ++\n      test(\"genLazyList\", genLazyList(genInt)).tests ++\n      test(\"genShuffled\", genShuffled(genLetters))\n        .addProp(_ + \" has the same elements\", propGenShuffledSameElements)\n        .addProbabilities(_ + \" shuffles values randomly\", propGenShuffledIsShuffledRandomly)\n        .tests ++\n      test(\"genPerturbed\", genPerturbed[Char, Iterable[Char], LazyList[Int], List](genStrings, genAnyInts))\n        .addProp(_ + \" has the same elements\", propGenPerturbedSameElements)\n        .addProbabilities(_ + \" perturbs values randomly\", propGenPerturbedIsPerturbedRandomly)\n        .tests ++\n      test(\"genPerturbedN\", genPerturbedN(genStrings, genAnyInts))\n        .addProp(_ + \" has the same elements\", propGenPerturbedNSameElements)\n        .addProbabilities(_ + \" perturbs values randomly\", propGenPerturbedNIsPerturbedRandomly)\n        .tests\n\n  private def genCollectionTests[A <: IterableOnce[Any]](name: String, gen: Range[Int] => Gen[A]) =\n    test(name, genCollectionSizeRange.flatMap(gen))\n      .addProp(_ + \" generates collection with length of lower bound as minimum\", propGenMin(gen))\n      .addProp(_ + \" generates collection with length of upper bound as maximum\", propGenMax(gen))\n\n  private def genJoinedTests =\n    test(\"genJoined\", genCollectionSizeRange.flatMap(genJoinedChars))\n      .addProp(_ + \" generates collection with length of lower bound as minimum\", propGenMin(genJoinedChars))\n      .addProp(\n        _ + \" generates collection with length of upper bound as maximum\",\n        propGenMaxResult(genJoinedChars, {\n          \/\/ We can get additional chars from the final join.\n          case (size, max) => size.inside(max, max + MaxCharsToJoin - 1)\n        })\n      )\n      .addProp(_ + \" discards if nothing to join\", propJoinedDiscardsEmpty)\n      .addProp(_ + \" discards if inner generator discards\", propJoinedDiscardsWhenInnerDiscards)\n\n  \/\/ TODO: Generalise the tests for the length of an element (see StringGeneratorsSpec).\n\n  private def propGenMin[A <: IterableOnce[Any]](gen: Range[Int] => Gen[A]): Property =\n    propGenMinWithSeed(gen, mockSeeds.minSeed)\n\n  private def propGenMinWithSeed[A <: IterableOnce[Any]](gen: Range[Int] => Gen[A], seed: => Seed): Property =\n    for {\n      range <- genCollectionSizeRange.forAllWithLog(logRange)\n    } yield gen(range)\n      .generates(MinSize, seed) { c =>\n        val firstBound = if (range.linear) Range.scaleLinear(MinSize, range.origin, range.min) else range.min\n        c.iterator.size ==== math.max(0, math.min(firstBound, MaxCollectionSize))\n      }\n\n  private def propGenMax[A <: IterableOnce[Any]](gen: Range[Int] => Gen[A]) =\n    propGenMaxResult(gen, _ ==== _)\n\n  private def propGenMaxResult[A <: IterableOnce[Any]](gen: Range[Int] => Gen[A], result: (Int, Int) => Result) =\n    propGenMaxWithSeedResult(gen, mockSeeds.maxSeed, result)\n\n  private def propGenMaxWithSeedResult[A <: IterableOnce[Any]](\n      gen: Range[Int] => Gen[A],\n      seed: => Seed,\n      result: (Int, Int) => Result\n    ) =\n    for {\n      range <- genCollectionSizeRange.forAllWithLog(logRange)\n    } yield gen(range)\n      .generates(MaxSize, seed)(x => result(x.iterator.size, math.max(0, math.min(range.max, MaxCollectionSize))))\n\n  private def propGenPerturbedSameElements: Property = forAll {\n    for {\n      strings   <- genStrings\n      perturbed <- genPerturbed[Char, Iterable[Char], LazyList[Int], List](Gen.constant(strings), genAnyInts)\n    } yield join(strings) ==== join(perturbed)\n  }\n\n  private def propGenPerturbedNSameElements: Property = forAll {\n    for {\n      strings   <- genStrings\n      perturbed <- genPerturbedN(Gen.constant(strings), genAnyInts)\n    } yield join(strings) ==== join(perturbed)\n  }\n\n  private def propGenPerturbedIsPerturbedRandomly: Property = {\n    for {\n      strings <- genList(genAnyUnicodeString.map(_.toIterable: Seq[Char]), Range.linear(5, 10))\n      perturbed <- genPerturbed[Char, Iterable[Char], LazyList[Int], List](\n        Gen.constant(strings),\n        genLazyList(Gen.int(Range.linearFrom(0, -5, 5)))\n      )\n    } yield (strings, perturbed)\n  }.forAll\n  \/\/ This percentage is totally made up but it works well enough for these specific ranges.\n    .cover(OneToTwo, \"same average lengths\", (sameAverageLengths _).tupled)\n    .map(_ => Result.success)\n\n  private def propGenPerturbedNIsPerturbedRandomly: Property = {\n    for {\n      strings   <- genList(genAnyUnicodeString.map(_.toIterable: Seq[Char]), Range.linear(5, 10))\n      perturbed <- genPerturbedN(Gen.constant(strings), genLazyList(Gen.int(Range.linearFrom(0, -5, 5))))\n    } yield (strings, perturbed)\n  }.forAll\n  \/\/ This percentage is totally made up but it works well enough for these specific ranges.\n    .cover(OneToTwo, \"same average lengths\", (sameAverageLengths _).tupled)\n    .map(_ => Result.success)\n\n  private def propJoinedDiscardsEmpty: Property = {\n    val gen = genRange(genPositiveInt).flatMap { range =>\n      val charGen = genChar.list(Range.singleton(0))\n      genJoined[Char, Iterable, Iterable](charGen.widen, range)\n    }\n    propAllDiscards(gen)\n  }\n\n  private def propJoinedDiscardsWhenInnerDiscards: Property = {\n    val gen = genRange(genPositiveInt).flatMap { range =>\n      genJoined[Char, Iterable, Iterable](Gen.discard, range)\n    }\n    propAllDiscards(gen)\n  }\n\n  private def propGenShuffledSameElements: Property = forAll {\n    for {\n      letters  <- genLetters\n      shuffled <- genShuffled(Gen.constant(letters))\n    } yield letters.sorted ==== shuffled.sorted\n  }\n\n  private def propGenShuffledIsShuffledRandomly: Property = {\n    for {\n      list   <- genShuffled(genAlphabet)\n      idx    <- Gen.int(Range.constant(0, list.size - 1))\n      letter <- genLatinLetterLowerCase\n    } yield list(idx) === letter\n  }.forAll\n    .cover(TwentyFiveToOne, \"random letter in random position\", identity)\n    .map(_ => Result.success)\n\n  private def genLetters: Gen[List[Char]] =\n    genList(genLatinLetterLowerCase, Range.linear(0, 100))\n\n  private def genAlphabet: Gen[List[Char]] =\n    Gen.constant(('a' to 'z').toList)\n\n  private def genStrings: Gen[List[Iterable[Char]]] =\n    genList(genAnyUnicodeString.map(_.toIterable), Range.linear(0, 100))\n\n  private def genAnyInts: Gen[LazyList[Int]] =\n    genLazyList(genInt)\n\n  private def genCollectionSizeRange: Gen[Range[Int]] =\n    genRange(Gen.int(Range.linearFrom(0, -MaxCollectionSize, MaxCollectionSize)))\n\n  private def join(strings: List[Iterable[Char]]): String =\n    strings.flatten.mkString\n\n  private def sameAverageLengths(a: List[Iterable[Char]], b: List[Iterable[Char]]): Cover =\n    averageLength(a) === averageLength(b)\n\n  private def averageLength(strings: List[Iterable[Char]]): Long = {\n    val withoutEmpty = strings.filter(_.nonEmpty)\n    if (withoutEmpty.isEmpty) 0\n    else withoutEmpty.foldLeft(0L)(_ + _.size) \/ withoutEmpty.size\n  }\n\n  private def genJoinedChars(range: Range[Int]): Gen[Iterable[Char]] = {\n    val gen = genList(genChar, Range.constant(1, MaxCharsToJoin))\n    genJoined[Char, Iterable, Iterable](gen.widen, range)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/ByteGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ByteGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject ByteGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  \/\/ TODO: Add generic collection tests.\n\n  override def tests: List[Test] =\n    test(\"genByte\", genByte).addLinearNumericRangeTests(0, Byte.MinValue, Byte.MaxValue).tests ++\n      test(\"genBytes\", genBytes).tests ++\n      test(\"genNonEmptyBytes\", genNonEmptyBytes).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"macros\/src\/main\/scala\/com\/lightbend\/hedgehog\/macros\/CharacterMacros.scala","text":"<filename>macros\/src\/main\/scala\/com\/lightbend\/hedgehog\/macros\/CharacterMacros.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.macros\n\nimport org.scalactic.TripleEquals._\nimport scala.annotation.tailrec\nimport scala.reflect.macros.blackbox\n\nobject CharacterMacros {\n\n  def filterRange(lo: Char, hi: Char)(f: Char => Boolean): List[(Char, Char)] =\n    macro filterRangeImpl\n\n  def filterRanges(ranges: List[(Char, Char)])(f: Char => Boolean): List[(Char, Char)] =\n    macro filterRangesImpl\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  def filterRangeImpl(\n      c: blackbox.Context\n    )(\n      lo: c.Expr[Char],\n      hi: c.Expr[Char]\n    )(\n      f: c.Expr[Char => Boolean]\n    ): c.Expr[List[(Char, Char)]] = {\n    import c.universe._\n    val loChar = c.eval(lo)\n    val hiChar = c.eval(hi)\n    if (hiChar < loChar) c.abort(c.enclosingPosition, \"lo must be <= hi.\")\n    val p      = evalUntyped(c)(f)\n    val result = filter(loChar, hiChar, p)\n    c.Expr(q\"$result\")\n  }\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  def filterRangesImpl(\n      c: blackbox.Context\n    )(\n      ranges: c.Expr[List[(Char, Char)]]\n    )(\n      f: c.Expr[Char => Boolean]\n    ): c.Expr[List[(Char, Char)]] = {\n    import c.universe._\n    val r = evalUntyped(c)(ranges)\n    val p = evalUntyped(c)(f)\n    val result = r.flatMap {\n      case (lo, hi) => filter(lo, hi, p)\n    }\n    c.Expr(q\"$result\")\n  }\n\n  private def evalUntyped[A](c: blackbox.Context)(a: c.Expr[A]): A =\n    c.eval(cloneUntyped(c)(a))\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.NonUnitStatements\"))\n  private def cloneUntyped[A](c: blackbox.Context)(a: c.Expr[A]): c.Expr[A] =\n    c.Expr[A](c.untypecheck(a.tree.duplicate))\n\n  private def filter(lo: Char, hi: Char, f: Char => Boolean) = {\n    @tailrec\n    def loop(next: Char, acc: List[(Char, Char)]): List[(Char, Char)] =\n      (next to hi).find(f) match {\n        case None => acc\n        case Some(start) =>\n          (start to hi).find(x => !f(x)) match {\n            case None => start -> hi :: acc\n            case Some(end) =>\n              val nextAcc = start -> (end - 1).toChar :: acc\n              if (end === hi) nextAcc\n              else loop((end + 1).toChar, nextAcc)\n          }\n      }\n    loop(lo, Nil)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/LongGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport hedgehog.{Gen, Range}\n\nobject LongGenerators {\n\n  def genNegativeLong: Gen[Long] = Gen.long(Range.linear(-1, Long.MinValue))\n\n  def genNonPositiveLong: Gen[Long] = Gen.long(Range.linear(0, Long.MinValue))\n\n  def genNonNegativeLong: Gen[Long] = Gen.long(Range.linear(0, Long.MaxValue))\n\n  def genPositiveLong: Gen[Long] = Gen.long(Range.linear(1, Long.MaxValue))\n\n  def genZero: Gen[Long] = Gen.constant(0)\n\n  def genLong: Gen[Long] = Gen.long(Range.linearFrom(0, Long.MinValue, Long.MaxValue))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/WrappedTests.scala","text":"<filename>runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/WrappedTests.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.runner\n\nimport hedgehog.core.{GenT, PropertyConfig, PropertyT, Report, Tree}\nimport hedgehog.predef.LazyList\nimport hedgehog.runner.Test\n\ntrait WrappedTests extends Runner {\n\n  abstract override def runTest(test: Test, config: PropertyConfig, seed: Long): Report = {\n    val property = PropertyT {\n      GenT { (size, seed) =>\n        wrapTree(test.result.run.run(size, seed))\n      }\n    }\n    val wrappedTest = new Test(test.name, test.withConfig, property)\n    super.runTest(wrappedTest, config, seed)\n  }\n\n  private def wrapTree[A](tree: => Tree[A]): Tree[A] =\n    wrapTest {\n      tree.copy(children = tree.children.map(wrapChildren))\n    }\n\n  private def wrapChildren[A](children: LazyList[Tree[A]]): LazyList[Tree[A]] =\n    children match {\n      case LazyList.Cons(head, tail) => LazyList.cons(wrapTree(head()), wrapChildren(tail()))\n      case LazyList.Nil()            => LazyList.nil\n    }\n\n  protected def wrapTest[A](tree: => Tree[A]): Tree[A]\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/ContentTypeGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.ContentType\nimport com.lightbend.hedgehog.implicits.Implicits._\nimport hedgehog.Gen\nimport MediaTypeGenerators._\nimport HttpCharsetGenerators._\n\nobject ContentTypeGenerators {\n\n  def genBinaryContentType: Gen[ContentType.Binary] =\n    genBinaryMediaType.map(ContentType.Binary)\n\n  def genWithFixedCharsetContentType: Gen[ContentType.WithFixedCharset] =\n    genWithFixedCharsetMediaType.map(ContentType.WithFixedCharset)\n\n  def genWithCharsetContentType: Gen[ContentType.WithCharset] =\n    for {\n      mediaType   <- genWithOpenCharsetMediaType\n      httpCharset <- genHttpCharsets\n    } yield ContentType.WithCharset(mediaType, httpCharset)\n\n  def genNonBinaryContentType: Gen[ContentType.NonBinary] =\n    Gen.choice1(genWithFixedCharsetContentType.widen, genWithCharsetContentType.widen)\n\n  def genWithMissingContentType: Gen[ContentType.WithMissingCharset] =\n    genWithOpenCharsetMediaType.map(ContentType.WithMissingCharset)\n\n  def genNonBinaryOrMissingContentType: Gen[ContentType] =\n    Gen.choice1(genNonBinaryContentType.widen, genWithMissingContentType.widen)\n\n  def genContentType: Gen[ContentType] =\n    Gen.choice1(genBinaryContentType.widen, genNonBinaryContentType.widen, genWithMissingContentType.widen)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/MockSeeds.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.testkit.Seeds\nimport hedgehog.core.Seed\nimport org.scalamock.MockFactoryBase\n\ntrait MockSeeds extends Seeds {\n  this: MockFactoryBase =>\n\n  @SuppressWarnings(\n    Array(\"org.wartremover.warts.Any\", \"org.wartremover.warts.NonUnitStatements\", \"org.wartremover.warts.Null\")\n  )\n  def fromSeed: Seed = {\n    val seed = stub[Seed]\n    (seed.chooseLong _).when(*, *).onCall((from, _) => (seed, from))\n    (seed.chooseDouble _).when(*, *).onCall((from, _) => (seed, from))\n    seed\n  }\n\n  @SuppressWarnings(\n    Array(\"org.wartremover.warts.Any\", \"org.wartremover.warts.NonUnitStatements\", \"org.wartremover.warts.Null\")\n  )\n  def toSeed: Seed = {\n    val seed = stub[Seed]\n    (seed.chooseLong _).when(*, *).onCall((_, to) => (seed, to))\n    (seed.chooseDouble _).when(*, *).onCall((_, to) => (seed, to))\n    seed\n  }\n\n  @SuppressWarnings(\n    Array(\"org.wartremover.warts.Any\", \"org.wartremover.warts.NonUnitStatements\", \"org.wartremover.warts.Null\")\n  )\n  def minSeed: Seed = {\n    val seed = stub[Seed]\n    (seed.chooseLong _).when(*, *).onCall((from, to) => (seed, math.min(from, to)))\n    (seed.chooseDouble _).when(*, *).onCall((from, to) => (seed, math.min(from, to)))\n    seed\n  }\n\n  @SuppressWarnings(\n    Array(\"org.wartremover.warts.Any\", \"org.wartremover.warts.NonUnitStatements\", \"org.wartremover.warts.Null\")\n  )\n  def maxSeed: Seed = {\n    val seed = stub[Seed]\n    (seed.chooseLong _).when(*, *).onCall((from, to) => (seed, math.max(from, to)))\n    (seed.chooseDouble _).when(*, *).onCall((from, to) => (seed, math.max(from, to)))\n    seed\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/ShortGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators\n\nimport hedgehog.{Gen, Range}\n\nobject ShortGenerators {\n\n  def genShort: Gen[Short] = Gen.short(Range.linearFrom(0, Short.MinValue, Short.MaxValue))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpCharsetGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.{HttpCharset, HttpCharsets}\nimport com.lightbend.hedgehog.generators.Fields\nimport hedgehog.Gen\n\nobject HttpCharsetGenerators {\n\n  def genPredefinedHttpCharsets: Gen[HttpCharset] =\n    Gen.elementUnsafe(Fields.fieldsOf(HttpCharsets, classOf[HttpCharset]))\n\n  \/\/ TODO: Generate other media types.\n\n  def genHttpCharsets: Gen[HttpCharset] =\n    Gen.choice1(genPredefinedHttpCharsets)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/ResultImplicits.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.ResultImplicits.ResultSyntax\nimport hedgehog.Result\n\ntrait ResultImplicits {\n\n  implicit def resultSyntax(result: Result): ResultSyntax = new ResultSyntax(result)\n}\n\nobject ResultImplicits {\n\n  implicit class ResultSyntax(private val result: Result) extends AnyVal {\n\n    def prependLogs(message: String, messages: String*): Result =\n      (message :: messages.toList).foldRight(result) {\n        case (message, result) => result.prependLog(message)\n      }\n\n    def prependLog(message: String): Result = result match {\n      case Result.Success      => Result.Success\n      case Result.Failure(log) => Result.Failure(message :: log)\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/ResultGeneratorsSpec.scala","text":"<filename>tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/ResultGeneratorsSpec.scala\npackage com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog.core.Result.Failure\nimport hedgehog.runner.Test\nimport hedgehog.{Gen, Property, Result}\nimport org.scalactic.TripleEquals._\n\nobject ResultGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genSuccess\", genSuccessfulResult).addConstantTest(_ + \" is success\", Result.success).tests ++\n      test(\"genFailure\", genFailedResult).addValueTest(_ + \" is failure\", _.isA[Failure]).tests ++\n      test(\"genResult\", genResult)\n        .addGenExample(_ + \" generates success as minimum\", testGenMinFrom(_, Result.success))\n        .addGenExample(_ + \" generates failure as maximum\", testGenMaxResultTo(_)(_.isA[Failure]))\n        .addGenProbabilities(_ + \" generates results with probabilities\", propProbabilities)\n        .tests\n\n  private def propProbabilities(gen: Gen[Result]): Property =\n    gen.forAll\n      .cover(OneToOne, \"success\", _ === Result.success)\n      .cover(OneToOne, \"failure\", failureCover)\n      .map(_ => Result.success)\n\n  private def failureCover(result: Result): Boolean = result match {\n    case Result.Success => false\n    case _: Failure     => true\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/GeneratorSyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.core.SeedGenerators._\nimport com.lightbend.hedgehog.generators.core.SizeGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.core.{GenT, Tree}\nimport hedgehog.predef.{Identity, LazyList}\nimport hedgehog.runner.{property, Test}\n\nobject GeneratorSyntaxSpec extends TestRunner with Logs with GeneratorImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"generates passes if tree value passes\", propGeneratesPassesIfValuePasses),\n    property(\"generates fails if tree value fails\", propGeneratesFailsIfValueFails),\n    property(\"generates fails if tree has no value\", propGeneratesFailsIfNoValue)\n  )\n\n  private def propGeneratesPassesIfValuePasses: Property = forAll {\n    for {\n      size <- genSize\n      seed <- genSeed\n    } yield {\n      val gen = generator(Some(true))\n      gen.generates(size, seed)(_ ==== true)\n    }\n  }\n\n  private def propGeneratesFailsIfValueFails: Property = forAll {\n    for {\n      size <- genSize\n      seed <- genSeed\n    } yield {\n      val gen = generator(Some(false))\n      not(gen.generates(size, seed)(_ ==== true), \"Expected failure\")\n    }\n  }\n\n  private def propGeneratesFailsIfNoValue: Property = forAll {\n    for {\n      size <- genSize\n      seed <- genSeed\n    } yield {\n      val gen = generator[Boolean](None)\n      not(gen.generates(size, seed)(_ ==== true), \"Expected failure\")\n    }\n  }\n\n  private def generator[A](opt: Option[A]): Gen[A] =\n    GenT { (_, seed) =>\n      Tree((seed, opt), Identity(LazyList()))\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/ArbitraryImplicits.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits.ExtendedSyntax\nimport com.lightbend.hedgehog.implicits.ResultImplicits.ResultSyntax\nimport hedgehog.Result\nimport org.scalactic.TripleEquals._\n\nimport scala.reflect.ClassTag\n\ntrait ArbitraryImplicits {\n\n  implicit def extendedSyntax[A](a: A): ExtendedSyntax[A] = new ExtendedSyntax(a)\n}\n\nobject ArbitraryImplicits {\n\n  implicit class ExtendedSyntax[A](private val a1: A) extends AnyVal {\n\n    @SuppressWarnings(Array(\"AvoidOperatorOverload\"))\n    def !===(a2: A): Result = \/\/ scalastyle:ignore\n      Result.diffNamed(\"=== Equal ===\", a1, a2)(_ !== _)\n\n    @SuppressWarnings(\n      Array(\"org.wartremover.warts.AsInstanceOf\", \"scalafix:DisableSyntax.asInstanceOf\", \"AsInstanceOf\")\n    )\n    def isA[B](implicit tag: ClassTag[B]): Result = {\n      val clazz: Class[B] = tag.runtimeClass.asInstanceOf[Class[B]]\n      Result.diffNamed(\"=== Not A ===\", a1.getClass, clazz) {\n        case (aClazz, bClazz) => bClazz.isAssignableFrom(aClazz)\n      }\n    }\n\n    @SuppressWarnings(\n      Array(\"org.wartremover.warts.AsInstanceOf\", \"scalafix:DisableSyntax.asInstanceOf\", \"AsInstanceOf\")\n    )\n    def asA[B](result: B => Result)(implicit tag: ClassTag[B]): Result =\n      isA[B] match {\n        case Result.Success => result(a1.asInstanceOf[B])\n        case failure        => failure\n      }\n\n    def lessThan(a2: A)(implicit ordering: Ordering[A]): Result =\n      Result.diffNamed(\"=== Not Less Than ===\", a1, a2)(ordering.lt)\n\n    def lessThanOrEqual(a2: A)(implicit ordering: Ordering[A]): Result =\n      Result.diffNamed(\"=== Not Less Than Or Equal ===\", a1, a2)(ordering.lteq)\n\n    def greaterThan(a2: A)(implicit ordering: Ordering[A]): Result =\n      Result.diffNamed(\"=== Not Greater Than ===\", a1, a2)(ordering.gt)\n\n    def greaterThanOrEqual(a2: A)(implicit ordering: Ordering[A]): Result =\n      Result.diffNamed(\"=== Not Greater Than Or Equal ===\", a1, a2)(ordering.gteq)\n\n    def within(a2: A, a3: A)(implicit ordering: Ordering[A]): Result = {\n      val (min, max) = sort(a2, a3)\n      greaterThan(min)\n        .and(lessThan(max))\n        .prependLogs(\n          \"=== Not Within ===\",\n          \"--- bounds ---\",\n          s\"${a2.toString},${a3.toString}\"\n        )\n    }\n\n    def without(a2: A, a3: A)(implicit ordering: Ordering[A]): Result = {\n      val (min, max) = sort(a2, a3)\n      lessThan(min)\n        .or(greaterThan(max))\n        .prependLogs(\n          \"=== Not Without ===\",\n          \"--- bounds ---\",\n          s\"${a2.toString},${a3.toString}\"\n        )\n    }\n\n    def inside(a2: A, a3: A)(implicit ordering: Ordering[A]): Result = {\n      val (min, max) = sort(a2, a3)\n      greaterThanOrEqual(min)\n        .and(lessThanOrEqual(max))\n        .prependLogs(\n          \"=== Not Inside ===\",\n          \"--- bounds ---\",\n          s\"${a2.toString},${a3.toString}\"\n        )\n    }\n\n    def outside(a2: A, a3: A)(implicit ordering: Ordering[A]): Result = {\n      val (min, max) = sort(a2, a3)\n      lessThanOrEqual(min)\n        .or(greaterThanOrEqual(max))\n        .prependLogs(\n          \"=== Not Outside ===\",\n          \"--- bounds ---\",\n          s\"${a2.toString},${a3.toString}\"\n        )\n    }\n  }\n\n  private def sort[A](a: A, b: A)(implicit ordering: Ordering[A]): (A, A) = {\n    import ordering._\n    if (a <= b) (a, b) else (b, a)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/IterableSyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.CollectionGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.runner.{property, Test}\n\nobject IterableSyntaxSpec extends TestRunner with Logs with CollectionImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"forAll passes if all elements pass\", propForAllPassesIfElementsPass),\n    property(\"forAll fails if any element fails\", propForAllFailsIfAnyElementFails)\n  )\n\n  private def propForAllPassesIfElementsPass: Property = forAll {\n    for {\n      elements <- Gen.list(Gen.constant(true), Range.linear(0, 10))\n    } yield elements.forAll(_ ==== true)\n  }\n\n  private def propForAllFailsIfAnyElementFails: Property = forAll {\n    for {\n      size     <- Gen.int(Range.linear(1, 10))\n      falses   <- Gen.list(Gen.constant(false), Range.singleton(size))\n      trues    <- Gen.list(Gen.constant(true), Range.singleton(10 - size))\n      elements <- genShuffled(Gen.constant(falses ::: trues))\n    } yield not(elements.forAll(_ ==== true), \"Expected failure\")\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/DoubleGenerators.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport hedgehog.{Gen, Range}\n\nobject DoubleGenerators {\n\n  def genDouble: Gen[Double] = Gen.double(Range.linearFracFrom(0, Double.MinValue, Double.MaxValue))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/AbstractMockFactory.scala","text":"package com.lightbend.hedgehog.scalamock\n\nimport org.scalamock.MockFactoryBase\n\ntrait AbstractMockFactory extends MockFactoryBase {\n\n  override type ExpectationException = TestFailedException\n\n  override protected def newExpectationException(message: String, methodName: Option[Symbol]): TestFailedException =\n    TestFailedException(message)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/RangeSyntaxSpec.scala","text":"<filename>tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/RangeSyntaxSpec.scala\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.Ranges._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.generators.core.RangeGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.runner.{property, Test}\n\nimport scala.math.Ordering.Double.TotalOrdering\n\n\/\/ scalastyle:off number.of.methods\n\nobject RangeSyntaxSpec extends TestRunner with Logs with RangeImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"x of constant range is first bound\", propXConstantRangeIsFirstBound),\n    property(\"x of linear range is first bound\", propXLinearRangeIsFirstBound),\n    property(\"y of constant range is second bound\", propYConstantRangeIsSecondBound),\n    property(\"y of linear range is second bound\", propYLinearRangeIsSecondBound),\n    property(\"min of constant range is lowest of either bound\", propMinConstantRangeIsLowestBound),\n    property(\"min of linear range is lowest of either bound\", propMinLinearRangeIsLowestBound),\n    property(\"max of constant range is highest of either bound\", propMaxConstantRangeIsHighestBound),\n    property(\"max of linear range is highest of either bound\", propMaxLinearRangeIsHighestBound),\n    property(\"length of range is the distance between int bounds\", propLengthRangeDistanceBetweenIntBounds),\n    property(\"length of range is the distance between short bounds\", propLengthRangeDistanceBetweenShortBounds),\n    property(\"length of range is the distance between long bounds\", propLengthRangeDistanceBetweenLongBounds),\n    property(\"length of range is the distance between double bounds\", propLengthRangeDistanceBetweenDoubleBounds),\n    property(\"clampX on range clamps x\", propClampXRangeXClamped),\n    property(\"clampX on range clamps origin\", propClampXRangeOriginClamped),\n    property(\"clampX on range leaves y unchanged\", propClampXRangeYUnchanged),\n    property(\"clampY on range clamps y\", propClampYRangeYClamped),\n    property(\"clampY on range clamps origin\", propClampYRangeOriginClamped),\n    property(\"clampY on range leaves x unchanged\", propClampYRangeXUnchanged),\n    property(\"clamp on range clamps x\", propClampRangeXClamped),\n    property(\"clamp on range clamps origin\", propClampRangeOriginClamped),\n    property(\"clamp on range clamps y\", propClampRangeYClamped),\n    property(\"clampMin on range clamps x\", propClampMinRangeXClamped),\n    property(\"clampMin on range clamps origin\", propClampMinRangeOriginClamped),\n    property(\"clampMin on range clamps y\", propClampMinRangeYClamped),\n    property(\"clampMax on range clamps x\", propClampMaxRangeXClamped),\n    property(\"clampMax on range clamps origin\", propClampMaxRangeOriginClamped),\n    property(\"clampMax on range clamps y\", propClampMaxRangeYClamped),\n    property(\"singleton range is a singleton\", propSingletonRangeIsSingleton),\n    property(\"constant range is not a singleton\", propConstantRangeIsNotSingleton),\n    property(\"linear range is not a singleton\", propLinearRangeIsNotSingleton),\n    property(\"singleton range is constant\", propSingletonRangeIsConstant),\n    property(\"constant range is constant\", propConstantRangeIsConstant),\n    property(\"linear range is not constant\", propLinearRangeIsNotConstant),\n    property(\"singleton range is not linear\", propSingletonRangeIsNotLinear),\n    property(\"constant range is not linear\", propConstantRangeIsNotLinear),\n    property(\"linear range is linear\", propLinearRangeIsLinear)\n  )\n\n  private def propXConstantRangeIsFirstBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.constantFrom(z, x, y).x ==== x\n    }\n  }\n\n  private def propXLinearRangeIsFirstBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.linearFrom(z, x, y).x ==== x\n    }\n  }\n\n  private def propYConstantRangeIsSecondBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.constantFrom(z, x, y).y ==== y\n    }\n  }\n\n  private def propYLinearRangeIsSecondBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.linearFrom(z, x, y).y ==== y\n    }\n  }\n\n  private def propMinConstantRangeIsLowestBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.constantFrom(z, x, y).min ==== math.min(x, y)\n    }\n  }\n\n  private def propMinLinearRangeIsLowestBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.linearFrom(z, x, y).min ==== math.min(x, y)\n    }\n  }\n\n  private def propMaxConstantRangeIsHighestBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.constantFrom(z, x, y).max ==== math.max(x, y)\n    }\n  }\n\n  private def propMaxLinearRangeIsHighestBound: Property = forAll {\n    genZXY.map {\n      case (z, x, y) => Range.linearFrom(z, x, y).max ==== math.max(x, y)\n    }\n  }\n\n  private def propLengthRangeDistanceBetweenIntBounds: Property = forAll {\n    genIntRange.map { range =>\n      val length = range.max.toLong - range.min.toLong + 1\n      range.length ==== math.min(Int.MaxValue, length).toInt\n    }\n  }\n\n  private def propLengthRangeDistanceBetweenShortBounds: Property = forAll {\n    genShortRange.map { range =>\n      val length = range.max.toInt - range.min.toInt + 1\n      range.length ==== length\n    }\n  }\n\n  private def propLengthRangeDistanceBetweenLongBounds: Property = forAll {\n    genLongRange.map { range =>\n      val length = BigInt(range.max) - BigInt(range.min) + 1\n      range.length ==== Ordering.BigInt.min(BigInt(Int.MaxValue), length).toInt\n    }\n  }\n\n  private def propLengthRangeDistanceBetweenDoubleBounds: Property = forAll {\n    genDoubleRange.map { range =>\n      val length = BigDecimal(range.max) - BigDecimal(range.min) + 1\n      range.length ==== Ordering.BigDecimal.min(BigDecimal(Int.MaxValue), length).toInt\n    }\n  }\n\n  private def propClampXRangeXClamped: Property =\n    propClampXRangeNClamped(_.x)\n\n  private def propClampXRangeOriginClamped: Property =\n    propClampXRangeNClamped(_.origin)\n\n  private def propClampXRangeNClamped(n: Range[Int] => Int): Property =\n    for {\n      range <- genIntRange.forAllWithLog(logRange)\n      x     <- genInt.log(\"x\")\n    } yield {\n      val clamped = range.clampX(x)\n      testClamped(x, range.y, n(range), n(clamped))\n    }\n\n  private def propClampYRangeYClamped: Property =\n    propClampYRangeNClamped(_.y)\n\n  private def propClampYRangeOriginClamped: Property =\n    propClampYRangeNClamped(_.origin)\n\n  private def propClampYRangeNClamped(n: Range[Int] => Int): Property =\n    for {\n      range <- genIntRange.forAllWithLog(logRange)\n      y     <- genInt.log(\"y\")\n    } yield {\n      val clamped = range.clampY(y)\n      testClamped(range.x, y, n(range), n(clamped))\n    }\n\n  private def propClampRangeXClamped: Property =\n    propClampRangeNClamped(_.x)\n\n  private def propClampRangeYClamped: Property =\n    propClampRangeNClamped(_.y)\n\n  private def propClampRangeOriginClamped: Property =\n    propClampRangeNClamped(_.origin)\n\n  private def propClampRangeNClamped(n: Range[Int] => Int): Property =\n    for {\n      range <- genIntRange.forAllWithLog(logRange)\n      x     <- genInt.log(\"x\")\n      y     <- genInt.log(\"y\")\n    } yield {\n      val clamped = range.clamp(x, y)\n      testClamped(x, y, n(range), n(clamped))\n    }\n\n  private def propClampMinRangeXClamped: Property =\n    propClampMinRangeNClamped(_.x)\n\n  private def propClampMinRangeYClamped: Property =\n    propClampMinRangeNClamped(_.y)\n\n  private def propClampMinRangeOriginClamped: Property =\n    propClampMinRangeNClamped(_.origin)\n\n  private def propClampMinRangeNClamped(n: Range[Int] => Int): Property =\n    for {\n      min   <- genInt.log(\"min\")\n      range <- genIntRange.forAllWithLog(logRange)\n    } yield {\n      val clamped = range.clampMin(min)\n      testClamped(math.max(min, range.x), math.max(min, range.y), n(range), n(clamped))\n    }\n\n  private def propClampMaxRangeXClamped: Property =\n    propClampMaxRangeNClamped(_.x)\n\n  private def propClampMaxRangeYClamped: Property =\n    propClampMaxRangeNClamped(_.y)\n\n  private def propClampMaxRangeOriginClamped: Property =\n    propClampMaxRangeNClamped(_.origin)\n\n  private def propClampMaxRangeNClamped(n: Range[Int] => Int): Property =\n    for {\n      max   <- genInt.log(\"max\")\n      range <- genIntRange.forAllWithLog(logRange)\n    } yield {\n      val clamped = range.clampMax(max)\n      testClamped(math.min(max, range.x), math.min(max, range.y), n(range), n(clamped))\n    }\n\n  private def testClamped[A](x: A, y: A, originalN: A, clampedN: A)(implicit ordering: Ordering[A]): Result = {\n    import ordering._\n    val minXY = min(x, y)\n    val maxXY = max(x, y)\n    if (originalN <= minXY) clampedN ==== minXY\n    else if (originalN >= maxXY) clampedN ==== maxXY\n    else clampedN ==== originalN\n  }\n\n  private def propSingletonRangeIsSingleton: Property =\n    genSingletonRange(genInt).forAll.map(rangeType(_.singleton, Singleton))\n\n  private def propConstantRangeIsNotSingleton: Property =\n    genConstantRange(genInt).forAll.map(notRangeType(_.singleton, Singleton))\n\n  private def propLinearRangeIsNotSingleton: Property =\n    genLinearRange(genInt).forAll.map(notRangeType(_.singleton, Singleton))\n\n  private def propSingletonRangeIsConstant: Property =\n    genSingletonRange(genInt).forAll.map(rangeType(_.constant, Singleton))\n\n  private def propConstantRangeIsConstant: Property =\n    genConstantRange(genInt).forAll.map(rangeType(_.constant, Constant))\n\n  private def propLinearRangeIsNotConstant: Property =\n    genLinearRange(genInt).forAll.map(notRangeType(_.constant, Constant))\n\n  private def propSingletonRangeIsNotLinear: Property =\n    genSingletonRange(genInt).forAll.map(notRangeType(_.linear, Linear))\n\n  private def propConstantRangeIsNotLinear: Property =\n    genConstantRange(genInt).forAll.map(notRangeType(_.linear, Linear))\n\n  private def propLinearRangeIsLinear: Property =\n    genLinearRange(genInt).forAll.map(rangeType(_.linear, Linear))\n\n  private def propClampXRangeYUnchanged: Property = forAll {\n    for {\n      range <- genIntRange\n      x     <- genInt\n    } yield {\n      val clamped = range.clampX(x)\n      clamped.y ==== range.y\n    }\n  }\n\n  private def propClampYRangeXUnchanged: Property = forAll {\n    for {\n      range <- genIntRange\n      y     <- genInt\n    } yield {\n      val clamped = range.clampY(y)\n      clamped.x ==== range.x\n    }\n  }\n\n  private def genZXY: Gen[(Int, Int, Int)] =\n    for {\n      \/\/ In practice z should be between x and y but for these tests they do not use it\n      \/\/ which is a nice property in and of itself.\n      z <- genInt\n      x <- genInt\n      y <- genInt\n    } yield (z, x, y)\n\n  private def rangeType[A](p: Range[A] => Boolean, mode: ScalingMode)(range: Range[A]): Result =\n    Result.assert(p(range)).and(range.scalingMode ==== mode)\n\n  private def notRangeType[A](p: Range[A] => Boolean, mode: ScalingMode)(range: Range[A]): Result =\n    Result.assert(!p(range)).and(range.scalingMode !=== mode)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/core\/ResultGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.LogGenerators.genLog\nimport hedgehog.core.Result.{Failure, Success}\nimport hedgehog.{Gen, Range, Result}\n\nobject ResultGenerators {\n\n  private val failureLogsStepSize = 1\n\n  def genSuccessfulResult: Gen[Success.type] = Gen.constant(Success)\n\n  def genFailedResult: Gen[Failure] = Gen.list(genLog, Range.linear(0, failureLogsStepSize)).map(Failure)\n\n  def genResult: Gen[Result] = Gen.choice1(genSuccessfulResult.map(identity), genFailedResult.map(identity))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/BeforeAndAfterAll.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<filename>runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/BeforeAndAfterAll.scala\npackage com.lightbend.hedgehog.runner\n\nimport hedgehog.core.PropertyConfig\nimport hedgehog.runner.Test\n\ntrait BeforeAndAfterAll extends Runner {\n\n  abstract override def runTests[A](\n      className: String,\n      tests: List[Test],\n      config: PropertyConfig,\n      seed: Long,\n      manager: Manager[A]\n    ): Unit =\n    try {\n      beforeAll()\n      super.runTests(className, tests, config, seed, manager)\n    } finally {\n      afterAll()\n    }\n\n  \/**\n    * This is executed once before all tests in a suite.\n    *\/\n  @SuppressWarnings(Array(\"EmptyMethod\"))\n  protected def beforeAll(): Unit = ()\n\n  \/**\n    * This is executed once after all tests in a suite.\n    *\/\n  @SuppressWarnings(Array(\"EmptyMethod\"))\n  protected def afterAll(): Unit = ()\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/EitherGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.EitherGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog.runner.Test\nimport hedgehog.{Gen, Property, Result}\n\nobject EitherGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genLeft\", genLeft(genInt)).tests ++\n      test(\"genRight\", genRight(genInt)).tests ++\n      test(\"genEither\", genEither(genInt, genInt))\n        .addGenProbabilities(_ + \" generates left and right evenly\", propGenEitherProbabilities)\n        .tests\n\n  private def propGenEitherProbabilities[A, B](gen: Gen[Either[A, B]]): Property =\n    gen.forAll\n      .cover(OneToOne, \"is left\", _.isLeft)\n      .cover(OneToOne, \"is right\", _.isRight)\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/time\/TimeGenerators.scala","text":"package com.lightbend.hedgehog.generators.time\n\nimport java.time._\nimport java.time.format.DateTimeFormatter\nimport java.time.temporal.ChronoField\n\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.implicits.RangeImplicits._\nimport hedgehog._\nimport org.scalactic.Requirements._\n\nimport scala.jdk.CollectionConverters._\nimport scala.util.Try\n\nobject TimeGenerators {\n\n  \/\/ scalastyle:off magic.number\n  private[generators] val MinLocalDateTime =\n    LocalDateTime.of(Year.MIN_VALUE, 1, 1, 0, 0, 0, 0).toInstant(ZoneOffset.UTC)\n\n  private[generators] val MaxLocalDateTime =\n    LocalDateTime.of(Year.MAX_VALUE, 12, 31, 23, 59, 59, 999999999).toInstant(ZoneOffset.UTC)\n  \/\/ scalastyle:on magic.number\n\n  private lazy val ZoneIds: List[ZoneId] =\n    ZoneId.getAvailableZoneIds.asScala.toList.map(ZoneId.of)\n\n  def genYear: Gen[Year] =\n    genChronoFieldInt(ChronoField.YEAR).map(Year.of)\n\n  def genMonth: Gen[Month] =\n    genChronoFieldInt(ChronoField.MONTH_OF_YEAR).map(Month.of)\n\n  def genDayOfMonth: Gen[Int] =\n    Gen.int(chronoFieldIntRange(ChronoField.DAY_OF_MONTH))\n\n  def genHourOfDay: Gen[Int] =\n    Gen.int(chronoFieldIntRange(ChronoField.HOUR_OF_DAY))\n\n  def genMinuteOfHour: Gen[Int] =\n    Gen.int(chronoFieldIntRange(ChronoField.MINUTE_OF_HOUR))\n\n  def genSecondOfMinute: Gen[Int] =\n    Gen.int(chronoFieldIntRange(ChronoField.SECOND_OF_MINUTE))\n\n  def genNanoOfDay: Gen[Long] =\n    Gen.long(chronoFieldRange(ChronoField.NANO_OF_DAY))\n\n  def genNanoOfSecond: Gen[Int] =\n    Gen.int(chronoFieldIntRange(ChronoField.NANO_OF_SECOND))\n\n  def genEpochDay: Gen[Long] =\n    Gen.long(chronoFieldRange(ChronoField.EPOCH_DAY))\n\n  def genLocalDate: Gen[LocalDate] =\n    genEpochDay.map(LocalDate.ofEpochDay)\n\n  def genLocalTime: Gen[LocalTime] =\n    genNanoOfDay.map(LocalTime.ofNanoOfDay)\n\n  def genLocalDateTime: Gen[LocalDateTime] =\n    for {\n      date <- genLocalDate\n      time <- genLocalTime\n    } yield LocalDateTime.of(date, time)\n\n  def genInstant: Gen[Instant] =\n    genInstantLinearFrom(Instant.EPOCH, Instant.MIN, Instant.MAX)\n\n  def genLocalDateTimeInstant: Gen[Instant] =\n    genInstantLinearFrom(Instant.EPOCH, MinLocalDateTime, MaxLocalDateTime)\n\n  def genInstantLinear(x: Instant, y: Instant): Gen[Instant] =\n    genInstantLinearFrom(x, x, y)\n\n  \/\/ TODO: Ought to use a Range[Instant] here but I can't be bothered implementing the type classes for Instant.\n  def genInstantLinearFrom(z: Instant, x: Instant, y: Instant): Gen[Instant] =\n    for {\n      epochSecond    <- Gen.long(Range.linearFrom(z.getEpochSecond, x.getEpochSecond, y.getEpochSecond))\n      nanoAdjustment <- Gen.int(Range.linearFrom(z.getNano, x.getNano, y.getNano))\n    } yield Instant.ofEpochSecond(epochSecond, nanoAdjustment.toLong)\n\n  def genZonedDateTime: Gen[ZonedDateTime] =\n    for {\n      \/\/ Use an instant rather than LocalDateTime so that we can ensure the proper ordering.\n      instant <- genLocalDateTimeInstant\n      zone    <- genZoneIdByInstant(instant)\n    } yield ZonedDateTime.ofInstant(instant, zone)\n\n  def genZoneId: Gen[ZoneId] =\n    Gen.elementUnsafe(ZoneIds)\n\n  private def genZoneIdByInstant(instant: Instant): Gen[ZoneId] = {\n    val ids = ZoneIds.flatMap(validOffset(instant, _)).sortBy(_.getTotalSeconds)\n    Gen.elementUnsafe(ids)\n  }\n\n  private[generators] def validOffset(instant: Instant, zone: ZoneId): Option[ZoneOffset] = {\n    \/\/ Certain combinations of Instant's and ZoneRules do not work.\n    \/\/ See https:\/\/bugs.java.com\/bugdatabase\/view_bug.do?bug_id=9063277\n    \/\/ Different JDK versions also have different behaviours\n    val offset = for {\n      offset <- Try(zone.getRules.getOffset(instant))\n      _      <- Try(ZonedDateTime.ofInstant(instant, zone))\n    } yield offset\n    offset.toOption\n  }\n\n  def genFormattedIsoInstant: Gen[String] =\n    genFormattedDateTime(DateTimeFormatter.ISO_INSTANT)\n\n  def genInvalidFormattedIsoInstant: Gen[String] =\n    genAnyUnicodeString.map { s =>\n      Try(DateTimeFormatter.ISO_INSTANT.parse(s)).failed.map(_ => s).getOrElse(s.replaceAllLiterally(\"T\", \"\"))\n    }\n\n  private def genFormattedDateTime(formatter: DateTimeFormatter): Gen[String] =\n    genZonedDateTime.map(_.format(formatter))\n\n  private def genChronoFieldInt(chronoField: ChronoField): Gen[Int] =\n    Gen.int(chronoFieldIntRange(chronoField))\n\n  private def chronoFieldIntRange(chronoField: ChronoField): Range[Int] = {\n    def toInt(value: Long): Int = {\n      require(value >= Int.MinValue)\n      require(value <= Int.MaxValue)\n      value.toInt\n    }\n    val range = chronoFieldRange(chronoField)\n    Range.linearFrom(toInt(range.origin), toInt(range.x), toInt(range.y))\n  }\n\n  private def chronoFieldRange(chronoField: ChronoField): Range[Long] = {\n    val chronoRange = chronoField.range()\n    val min         = chronoRange.getMinimum\n    val max         = chronoRange.getMaximum\n    val origin      = if (min <= 0 && 0 <= max) 0 else min\n    Range.linearFrom(origin, min, max)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/TryImplicits.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/TryImplicits.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport java.io.{PrintWriter, StringWriter}\n\nimport com.lightbend.hedgehog.implicits.TryImplicits.TrySyntax\nimport hedgehog.Result\n\nimport scala.util.{Failure, Success, Try}\n\ntrait TryImplicits {\n\n  implicit def trySyntax[A](tryA: Try[A]): TrySyntax[A] = new TrySyntax(tryA)\n}\n\nobject TryImplicits {\n\n  implicit class TrySyntax[A](private val tryA: Try[A]) extends AnyVal {\n\n    def successfulResult(f: A => Result): Result = tryA match {\n      case failure @ Failure(exception) =>\n        Result.failure\n          .log(s\"${failure.toString} is not a Success\")\n          .log(stackTrace(exception))\n      case Success(value) => f(value)\n    }\n\n    def failedResult(f: Throwable => Result): Result = tryA match {\n      case success: Success[A] => Result.failure.log(s\"${success.toString} is not a Failure\")\n      case Failure(exception)  => f(exception)\n    }\n  }\n\n  private[implicits] def stackTrace(t: Throwable): String = {\n    val writer = new StringWriter()\n    t.printStackTrace(new PrintWriter(writer))\n    writer.toString\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/MediaTypeGenerators.scala","text":"<filename>akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/MediaTypeGenerators.scala\npackage com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model\nimport akka.http.scaladsl.model.MediaType\nimport com.lightbend.hedgehog.generators.Fields\nimport hedgehog.Gen\n\nobject MediaTypeGenerators {\n\n  private val MediaTypes: List[MediaType] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType])\n\n  private val BinaryMediaTypes: List[MediaType.Binary] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.Binary])\n\n  private val MultipartMediaTypes: List[MediaType.Multipart] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.Multipart])\n\n  private val NonBinaryMediaTypes: List[MediaType.NonBinary] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.NonBinary])\n\n  private val WithFixedCharsetMediaTypes: List[MediaType.WithFixedCharset] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.WithFixedCharset])\n\n  private val WithOpenCharsetMediaTypes: List[MediaType.WithOpenCharset] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.WithOpenCharset])\n\n  private val NonMultipartWithOpenCharsetMediaTypes: List[MediaType.NonMultipartWithOpenCharset] =\n    Fields.fieldsOf(model.MediaTypes, classOf[MediaType.NonMultipartWithOpenCharset])\n\n  def genPredefinedMediaType: Gen[MediaType] =\n    Gen.elementUnsafe(MediaTypes)\n\n  def genPredefinedBinaryMediaType: Gen[MediaType.Binary] =\n    Gen.elementUnsafe(BinaryMediaTypes)\n\n  def genPredefinedMultipartMediaType: Gen[MediaType.Multipart] =\n    Gen.elementUnsafe(MultipartMediaTypes)\n\n  def genPredefinedNonBinaryMediaType: Gen[MediaType.NonBinary] =\n    Gen.elementUnsafe(NonBinaryMediaTypes)\n\n  def genPredefinedWithFixedCharsetMediaType: Gen[MediaType.WithFixedCharset] =\n    Gen.elementUnsafe(WithFixedCharsetMediaTypes)\n\n  def genPredefinedWithOpenCharsetMediaType: Gen[MediaType.WithOpenCharset] =\n    Gen.elementUnsafe(WithOpenCharsetMediaTypes)\n\n  def genPredefinedNonMultipartWithOpenCharsetMediaType: Gen[MediaType.NonMultipartWithOpenCharset] =\n    Gen.elementUnsafe(NonMultipartWithOpenCharsetMediaTypes)\n\n  \/\/ TODO: Generate other media types.\n\n  def genMediaType: Gen[MediaType] =\n    Gen.choice1(genPredefinedMediaType)\n\n  def genBinaryMediaType: Gen[MediaType.Binary] =\n    Gen.choice1(genPredefinedBinaryMediaType)\n\n  def genMultipartMediaType: Gen[MediaType.Multipart] =\n    Gen.choice1(genPredefinedMultipartMediaType)\n\n  def genNonBinaryMediaType: Gen[MediaType.NonBinary] =\n    Gen.choice1(genPredefinedNonBinaryMediaType)\n\n  def genWithFixedCharsetMediaType: Gen[MediaType.WithFixedCharset] =\n    Gen.choice1(genPredefinedWithFixedCharsetMediaType)\n\n  def genWithOpenCharsetMediaType: Gen[MediaType.WithOpenCharset] =\n    Gen.choice1(genPredefinedWithOpenCharsetMediaType)\n\n  def genNonMultipartWithOpenCharsetMediaType: Gen[MediaType.NonMultipartWithOpenCharset] =\n    Gen.choice1(genPredefinedNonMultipartWithOpenCharsetMediaType)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/StringGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.CharGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.generators.core.RangeGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.implicits.CollectionImplicits._\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport com.lightbend.hedgehog.implicits.RangeImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.GeneratorTests._\nimport hedgehog._\nimport hedgehog.core.Result.Success\nimport hedgehog.core.Seed\nimport hedgehog.runner.Test\n\nobject StringGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  private val MaxCharsToConcat = 5\n\n  \/\/ TODO: These tests are a bit of a Frankenstein monster. The test syntax needs an overhaul.\n\n  override def tests: List[Test] =\n    genStringTests(\"genString\", genStringOfAnyChars, \"within the range\", propGenStringCharsInRange, 0) ++\n      genConcatStringTests ++\n      genTests(\"genUnicodeString\", genUnicodeString, \"all unicode\", testAllUnicode, 0) ++\n      test(\"genAnyUnicodeString\", genAnyUnicodeString).tests ++\n      test(\"genAnyNonEmptyUnicodeString\", genAnyNonEmptyUnicodeString)\n        .addGenProp(_ + \"generates non empty strings\", _.forAll.map(s => Result.assert(s.nonEmpty)))\n        .tests ++\n      genTests(\"genWhitespaceString\", genWhitespaceString, \"all whitespace\", testAllWhitespace, 0) ++\n      genTests(\"genBlankString\", genBlankString, \"blank\", testAllBlank, 0) ++\n      genTests(\"genNonWhitespaceString\", genNonWhitespaceString, \"not all whitespace\", testNotAllWhitespace, 0) ++\n      genTests(\"genNonBlankString\", genNonBlankString, \"not all blank\", testNotAllBlank, 1) ++\n      genTests(\"genNotTrimmedString\", genNotTrimmedString, \"sensible\", testNotTrimmed, 1) ++\n      genTests(\"genTrimmedString\", genTrimmedString, \"trimmed\", s => s ==== s.trim, 0) ++\n      genTests(\"genNonsenseString\", genNonsenseString, \"nonsense\", s => (s ==== \"\").or(testNotTrimmed(s)), 0) ++\n      genTests(\"genSensibleString\", genSensibleString, \"sensible\", s => (s !=== \"\").and(s ==== s.trim), 1)\n\n  private def genTests(\n      name: String,\n      gen: Range[Int] => Gen[String],\n      description: String,\n      result: String => Result,\n      min: Int\n    ): List[Test] =\n    genStringTests(name, gen, description, propString(gen, result), min)\n\n  private def genStringTests(\n      name: String,\n      gen: Range[Int] => Gen[String],\n      description: String,\n      property: Property,\n      min: Int\n    ): List[Test] =\n    test(name, genStringRange.flatMap(gen))\n      .addProp(_ + \" generates strings that are \" + description, property)\n      .addProp(_ + \" generates strings with length of lower bound as minimum\", propGenMin(gen, min))\n      .addProp(_ + \" generates strings with length of upper bound as maximum\", propGenMax(gen, min))\n      .tests\n\n  private def genConcatStringTests: List[Test] = {\n    val gen = genConcatenationOfAnyChars _\n    val min = 0\n    test(\"genConcatenatedString\", genStringRange.flatMap(gen))\n      .addProp(_ + \" generates strings that are not truncated from the original\", propGenConcatStringNoTruncation)\n      .addProp(_ + \" generates strings with length of lower bound as minimum\", propGenMin(gen, min))\n      .addProp(\n        _ + \" generates strings with length of upper bound as maximum\",\n        propGenMaxResult(gen, min, {\n          \/\/ We can get additional chars from the final join.\n          case (size, max) => size.inside(max, max + MaxCharsToConcat - 1)\n        })\n      )\n      .tests\n  }\n\n  private def genStringOfAnyChars(range: Range[Int]): Gen[String] =\n    for {\n      charGen <- genGenChar\n      s       <- genString(charGen, range)\n    } yield s\n\n  private def genConcatenationOfAnyChars(range: Range[Int]): Gen[String] =\n    for {\n      charGen <- genGenChar\n      s       <- Gen.string(charGen, Range.constant(1, MaxCharsToConcat))\n      cs      <- genConcatenationOf(s, range)\n    } yield cs\n\n  private def genConcatenationOf(s: String, range: Range[Int]): Gen[String] =\n    genConcatenatedString(Gen.constant(s), range)\n\n  private def propGenStringCharsInRange: Property = forAll {\n    for {\n      lo    <- genChar\n      hi    <- Gen.char(lo, Char.MaxValue)\n      range <- genStringRange\n      s     <- genString(Gen.char(lo, hi), range)\n    } yield s.toSeq.forAll(_.inside(lo, hi))\n  }\n\n  private def propGenConcatStringNoTruncation: Property = forAll {\n    for {\n      charGen <- genGenChar\n      s       <- Gen.string(charGen, Range.constant(1, MaxCharsToConcat))\n      range   <- genStringRange\n      cs      <- genConcatenationOf(s, range)\n    } yield cs.grouped(s.length).foldLeft(Result.success) {\n      case (Success, next) => next ==== s\n      case (failure, _)    => failure\n    }\n  }\n\n  private def propString(gen: Range[Int] => Gen[String], result: String => Result): Property = forAll {\n    for {\n      range <- genStringRange\n      s     <- gen(range)\n    } yield result(s)\n  }\n\n  private def testAllUnicode(s: String): Result = s.toSeq.forAll(testUnicode)\n\n  private def testUnicode(c: Char): Result =\n    c.inside('\\u0000', '\\uD7FF').or(c.inside('\\uE000', '\\uFFFD'))\n\n  \/\/ String.trim.isEmpty would work but there are really more whitespace characters than just the ASCII ones.\n  private def testAllWhitespace(s: String): Result =\n    s.toSeq.forAll(testWhitespace)\n\n  private def testWhitespace(c: Char): Result =\n    c.inside('\\u0000', '\\u001F').or(c ==== ' ')\n\n  private def testNotAllWhitespace(s: String): Result =\n    Result.assert(s.isEmpty).or(not(testAllWhitespace(s), \"All Whitespace\")).log(s\"\"\"\"$s\"\"\"\")\n\n  \/\/ String.isBlank is insufficient.\n  private def testAllBlank(s: String): Result =\n    testAllWhitespace(s)\n\n  private def testNotAllBlank(s: String): Result =\n    not(testAllBlank(s), \"All Blank\")\n\n  private def testNotTrimmed(s: String): Result =\n    not(s ==== s.trim, \"Trimmed\")\n\n  \/\/ TODO: Generalise the tests for the length of an element (see CollectionGeneratorsSpec).\n\n  private def propGenMin(gen: Range[Int] => Gen[String], min: Int): Property =\n    propGenMinWithSeed(gen, min, mockSeeds.minSeed)\n\n  private def propGenMinWithSeed(gen: Range[Int] => Gen[String], min: Int, seed: => Seed): Property =\n    for {\n      range <- genStringRange.forAllWithLog(logRange)\n    } yield gen(range)\n      .generates(MinSize, seed) { s =>\n        val firstBound = if (range.linear) range.origin + minScaled(range.min) else range.min\n        s.length ==== math.max(min, math.min(firstBound, MaxStringLength))\n      }\n\n  private def propGenMax(gen: Range[Int] => Gen[String], min: Int) =\n    propGenMaxResult(gen, min, _ ==== _)\n\n  private def propGenMaxResult(gen: Range[Int] => Gen[String], min: Int, result: (Int, Int) => Result) =\n    propGenMaxWithSeedResult(gen, min, mockSeeds.maxSeed, result)\n\n  private def propGenMaxWithSeedResult(\n      gen: Range[Int] => Gen[String],\n      min: Int,\n      seed: => Seed,\n      result: (Int, Int) => Result\n    ) =\n    for {\n      range <- genStringRange.forAllWithLog(logRange)\n    } yield gen(range)\n      .generates(MaxSize, seed)(x => result(x.length, math.max(min, math.min(range.max, MaxStringLength))))\n\n  \/\/ This isn't perfect but it is good enough, we only need valid characters.\n  private def genGenChar: Gen[Gen[Char]] =\n    for {\n      aLo <- Gen.char(0, 0xD7FF)\n      aHi <- Gen.char(aLo, 0xD7FF)\n      bLo <- Gen.char(0xE000, 0xFFFD)\n      bHi <- Gen.char(bLo, 0xFFFD)\n    } yield Gen.frequency1(\n      charFrequency(aLo, aHi),\n      charFrequency(bLo, bHi)\n    )\n\n  \/\/ Generating Strings is slow. \ud83d\ude22\n  \/\/ Have a higher percentage of small ranges but still allow some arbitrary ones.\n  private def genStringRange: Gen[Range[Int]] =\n    Gen\n      .frequency1(\n        50 -> genRange(Gen.int(Range.linear(0, ReasonableStringLength))),\n        50 -> genRange(Gen.int(Range.linear(ReasonableStringLength, 0))),\n        1  -> genIntRange\n      )\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/time\/TimeGeneratorsSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators.time\n\nimport java.time._\nimport java.time.temporal.ChronoField\n\nimport com.lightbend.hedgehog.generators.time.TimeGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.GeneratorTests._\nimport hedgehog._\nimport hedgehog.runner._\n\nimport scala.util.Try\n\nobject TimeGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    chronoFieldGenTests(\"genYear\", genYear.map(_.getValue.toLong), ChronoField.YEAR, 0) ++\n      chronoFieldGenTests(\n        \"genMonth\",\n        genMonth.map(_.getValue.toLong),\n        ChronoField.MONTH_OF_YEAR,\n        Month.JANUARY.getValue.toLong\n      ) ++\n      chronoFieldGenTests(\"genDayOfMonth\", genDayOfMonth.map(_.toLong), ChronoField.DAY_OF_MONTH, 1) ++\n      chronoFieldGenTests(\"genHourOfDay\", genHourOfDay.map(_.toLong), ChronoField.HOUR_OF_DAY, 0) ++\n      chronoFieldGenTests(\"genMinuteOfHour\", genMinuteOfHour.map(_.toLong), ChronoField.MINUTE_OF_HOUR, 0) ++\n      chronoFieldGenTests(\"genSecondOfMinute\", genSecondOfMinute.map(_.toLong), ChronoField.SECOND_OF_MINUTE, 0) ++\n      chronoFieldGenTests(\"genNanoOfDay\", genNanoOfDay, ChronoField.NANO_OF_DAY, 0) ++\n      chronoFieldGenTests(\"genNanoOfSecond\", genNanoOfSecond.map(_.toLong), ChronoField.NANO_OF_SECOND, 0) ++\n      chronoFieldGenTests(\"genEpochDay\", genEpochDay, ChronoField.EPOCH_DAY, 0) ++\n      scaledTimeTests(\"genLocalDate\", genLocalDate, LocalDate.MIN, LocalDate.MAX)(scaleLocalDate) ++\n      scaledTimeTests(\"genLocalTime\", genLocalTime, LocalTime.MIN, LocalTime.MAX)(scaleLocalTime) ++\n      scaledTimeTests(\"genLocalDateTime\", genLocalDateTime, LocalDateTime.MIN, LocalDateTime.MAX)(scaleLocalDateTime) ++\n      scaledTimeTests(\"genInstant\", genInstant, Instant.MIN, Instant.MAX)(scaleInstant) ++\n      test(\"genInstantLinear\", genAnyInstantLinear)\n        .addProp(_ + \"generates instants inside bounds\", propInstantLinearInsideBounds)\n        .tests ++\n      scaledTimeTests(\"genZonedDateTime\", genZonedDateTime.map(_.toInstant), MinLocalDateTime, MaxLocalDateTime)(\n        scaleInstant\n      ) ++\n      scaledTimeTests(\n        \"genFormattedIsoInstant\",\n        genFormattedIsoInstant.map(Instant.parse),\n        MinLocalDateTime,\n        MaxLocalDateTime\n      )(scaleInstant) ++\n      test(\"genInvalidFormattedIsoInstant\", genInvalidFormattedIsoInstant)\n        .addGenProp(_ + \" produces invalid ISO instants\", propInvalidISOInstant)\n        .tests ++ List(\n      example(\n        \"validOffset works around https:\/\/bugs.java.com\/bugdatabase\/view_bug.do?bug_id=9063277\",\n        test9063277Workaround\n      ),\n      property(\"validOffset returns all zones of a valid ZonedDateTime\", propValidOffsetsOfZonedDateTime),\n      property(\"validOffset returns all zones which are valid for ZonedDateTimes\", propValidOffsetsForZonedDateTime)\n    )\n\n  private def chronoFieldGenTests(name: String, gen: Gen[Long], chronoField: ChronoField, origin: Long) =\n    test(name, gen).addLinearNumericRangeTests(origin, chronoField.range.getMinimum, chronoField.range.getMaximum).tests\n\n  private def scaledTimeTests[A: Ordering](name: String, gen: Gen[A], min: A, max: A)(scale: A => A) =\n    test(name, gen).addLinearRangeTests(min, max)(scale).tests\n\n  private def scaleLocalDate(localDate: LocalDate): LocalDate =\n    LocalDate.ofEpochDay(minScaled(localDate.toEpochDay))\n\n  private def scaleLocalTime(localTime: LocalTime): LocalTime =\n    LocalTime.ofNanoOfDay(minScaled(localTime.toNanoOfDay))\n\n  private def scaleLocalDateTime(localDateTime: LocalDateTime): LocalDateTime =\n    LocalDateTime.of(scaleLocalDate(localDateTime.toLocalDate), scaleLocalTime(localDateTime.toLocalTime))\n\n  private def scaleInstant(instant: Instant): Instant =\n    Instant.ofEpochSecond(minScaled(instant.getEpochSecond), minScaled(instant.getNano.toLong))\n\n  private def test9063277Workaround: Result =\n    validOffset(MaxLocalDateTime, ZoneId.of(\"NZ\")).isEmpty ==== true\n\n  private def propInstantLinearInsideBounds: Property = forAll {\n    for {\n      x       <- genInstant\n      y       <- genInstant\n      instant <- genInstantLinear(x, y)\n    } yield instant.inside(x, y)\n  }\n\n  private def propInvalidISOInstant(gen: Gen[String]): Property =\n    gen.forAll.map { s =>\n      Result.assert(Try(Instant.parse(s)).isFailure)\n    }\n\n  private def propValidOffsetsOfZonedDateTime: Property = forAll {\n    for {\n      instant <- genLocalDateTimeInstant\n      zone    <- genZoneId\n    } yield {\n      if (Try(ZonedDateTime.ofInstant(instant, zone)).isSuccess) {\n        Result.assert(validOffset(instant, zone).isDefined)\n      } else Result.success\n    }\n  }\n\n  private def propValidOffsetsForZonedDateTime: Property = forAll {\n    for {\n      instant <- genLocalDateTimeInstant\n      zone    <- genZoneId\n    } yield {\n      if (validOffset(instant, zone).isDefined) {\n        testValidOffsetForZonedDateTime(instant, zone)\n      } else Result.success\n    }\n  }\n\n  private def testValidOffsetForZonedDateTime(instant: Instant, zone: ZoneId): Result =\n    Result.assert(Try(ZonedDateTime.ofInstant(instant, zone)).isSuccess)\n\n  private def genAnyInstantLinear: Gen[Instant] =\n    for {\n      x       <- genInstant\n      y       <- genInstant\n      instant <- genInstantLinear(x, y)\n    } yield instant\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/CharGeneratorsSpec.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.CharGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.implicits.TreeImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.{GeneratorTests, Probabilities}\nimport hedgehog._\nimport hedgehog.core.Seed\nimport hedgehog.runner.Test\nimport org.scalactic.TripleEquals._\n\nimport scala.Ordering._\n\nobject CharGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    genCharTests ++\n      genLatinLetterLowerCaseTests ++\n      genSpaceTests ++\n      genWhitespaceCharTests ++\n      genCharFrequenciesTests ++\n      genBlankCharTests ++\n      genNonBlankCharTests ++\n      genNonLatinDigitTests ++\n      genWordCharTests\n\n  private def genCharTests =\n    test(\"genChar\", genChar).addConstantRangeTests('\\u0000', '\\uFFFF').tests ++\n      test(\"genControlC0\", genControlC0)\n        .addConstantRangeTests('\\u0000', '\\u001F')\n        .addGenProp(_ + s\" generates only C0 control characters\", propControlC0Chars)\n        .tests\n\n  private def genLatinLetterLowerCaseTests =\n    test(\"genLatinLetterLowerCase\", genLatinLetterLowerCase)\n      .addGenProp(_ + s\" generates only latin lower case letters\", propLatinLetterLowerCaseChars)\n      .addConstantRangeTests('a', 'z')\n      .tests\n\n  private def genSpaceTests =\n    test(\"genSpace\", genSpace).addSingletonTests(' ').tests\n\n  private def genWhitespaceCharTests =\n    charChoicesTests(\n      \"genWhitespaceChar\",\n      genWhitespaceChar,\n      \"whitespace\",\n      propWhitespaceChars,\n      '\\u0000' -> '\\u001F',\n      ' '      -> ' '\n    ).addGenProbabilities(_ + \" generates characters with probabilities\", propWhitespaceCharProbabilities).tests\n\n  private def genCharFrequenciesTests =\n    charFrequenciesTests(\n      \"genNonWhitespaceChar\",\n      genNonWhitespaceChar,\n      \"non-whitespace\",\n      propNonWhitespaceChars,\n      '!'      -> '\\uD7FF',\n      '\\uE000' -> '\\uFFFD'\n    ).tests\n\n  private def genBlankCharTests =\n    charChoicesTests(\n      \"genBlankChar\",\n      genBlankChar,\n      \"blank\",\n      propBlankChars,\n      '\\u0000' -> '\\u001F',\n      ' '      -> ' '\n    ).addGenProbabilities(_ + \" generates characters with probabilities\", propWhitespaceCharProbabilities).tests\n\n  private def genNonBlankCharTests =\n    charFrequenciesTests(\n      \"genNonBlankChar\",\n      genNonBlankChar,\n      \"non-blank\",\n      propNonBlankChars,\n      '!'      -> '\\uD7FF',\n      '\\uE000' -> '\\uFFFD'\n    ).tests\n\n  private def genNonLatinDigitTests =\n    charFrequenciesTests(\n      \"genNonLatinDigit\",\n      genNonLatinDigit,\n      \"non-latin-digit\",\n      propNonLatinDigit,\n      '\\u0000' -> '\\u002F',\n      '\\u003A' -> '\\uD7FF',\n      '\\uE000' -> '\\uFFFD'\n    ).tests\n\n  private def genWordCharTests =\n    charFrequenciesTests(\n      \"genWordChar\",\n      genWordChar,\n      \"non-word-char\",\n      propWordChar,\n      'A' -> 'Z',\n      'a' -> 'z',\n      '_' -> '_',\n      '0' -> '9'\n    ).tests\n\n  private def charChoicesTests(\n      name: String,\n      gen: Gen[Char],\n      description: String,\n      property: Gen[Char] => Property,\n      ranges: (Char, Char)*\n    ): GeneratorTests[Char] = {\n    def nextAlternative(alternative: Long, from: Char, to: Char) = {\n      { val _ = from }\n      { val _ = to }\n      alternative + 1\n    }\n    charAlternativesTests(name, gen, description, property, 0, nextAlternative, ranges: _*)\n  }\n\n  private def charFrequenciesTests(\n      name: String,\n      gen: Gen[Char],\n      description: String,\n      property: Gen[Char] => Property,\n      ranges: (Char, Char)*\n    ): GeneratorTests[Char] = {\n    def nextAlternative(alternative: Long, from: Char, to: Char) =\n      alternative + (to - from) + 1\n    charAlternativesTests(name, gen, description, property, 1, nextAlternative, ranges: _*)\n  }\n\n  private def charAlternativesTests(\n      name: String,\n      gen: Gen[Char],\n      description: String,\n      property: Gen[Char] => Property,\n      zero: Long,\n      nextAlternative: (Long, Char, Char) => Long,\n      ranges: (Char, Char)*\n    ): GeneratorTests[Char] = {\n    val tests = test(name, gen)\n      .addGenProp(_ + s\" generates only $description characters\", property)\n    val (result, _) = ranges.foldLeft((tests, zero)) {\n      case ((tests, alternative), (from, to)) =>\n        val nextTests = addCharRangeExamples(tests, alternative, from, to)\n        (nextTests, nextAlternative(alternative, from, to))\n    }\n    result\n  }\n\n  private def addCharRangeExamples(\n      tests: GeneratorTests[Char],\n      alternative: Long,\n      from: Char,\n      to: Char\n    ): GeneratorTests[Char] =\n    tests\n      .addGenExample(\n        _ + s\" generates '${from.toString}' as a minimum\",\n        testAlternative(_, MinSize, alternative, from, to, from)\n      )\n      .addGenExample(\n        _ + s\" generates '${to.toString}' as a maximum\",\n        testAlternative(_, MaxSize, alternative, from, to, to)\n      )\n\n  private def validUnicodeChar(c: Char): Result =\n    c.inside('\\u0000', '\\uD7FF').or(c.inside('\\uE000', '\\uFFFD'))\n\n  private def propControlC0Chars(gen: Gen[Char]): Property =\n    gen.map(_.inside('\\u0000', '\\u001F')).forAll\n\n  private def propLatinLetterLowerCaseChars(gen: Gen[Char]): Property =\n    gen.map(_.inside('a', 'z')).forAll\n\n  private def propWhitespaceChars(gen: Gen[Char]): Property =\n    gen.map(_.inside('\\u0000', ' ')).forAll\n\n  private def propBlankChars(gen: Gen[Char]): Property =\n    gen.map(_.inside('\\u0000', ' ')).forAll\n\n  private def propNonWhitespaceChars(gen: Gen[Char]): Property =\n    gen.map { c =>\n      validUnicodeChar(c).and(c.without('\\u0000', '\\u0020'))\n    }.forAll\n\n  private def propNonBlankChars(gen: Gen[Char]): Property =\n    gen.map { c =>\n      validUnicodeChar(c).and(c.without('\\u0000', '\\u0020'))\n    }.forAll\n\n  private def propNonLatinDigit(gen: Gen[Char]): Property =\n    gen.map { c =>\n      validUnicodeChar(c).and(c.without('0', '9'))\n    }.forAll\n\n  private def propWordChar(gen: Gen[Char]): Property =\n    gen.map { c =>\n      Result.assert(c.toString.matches(\"\\\\w\"))\n    }.forAll\n\n  private def testAlternative(\n      gen: Gen[Char],\n      size: Size,\n      alternative: Long,\n      from: Char,\n      to: Char,\n      value: Char\n    ): Result = {\n    val seed = stub[Seed]\n    \/\/ choices go from 0, frequencies go from 1.\n    (seed.chooseLong _).when(*, *).returns((seed, alternative)).noMoreThanOnce()\n    (seed.chooseLong _).when(from.toLong, to.toLong).returns((seed, value.toLong))\n    gen.run(size, seed).generated(_ ==== value)\n  }\n\n  private def propWhitespaceCharProbabilities(gen: Gen[Char]): Property =\n    gen.forAll\n      .cover(OneToOne, \"spaces\", _ === ' ')\n      .cover(OneToOne, \"not spaces\", _ !== ' ')\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpHeaderGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.HttpHeader\nimport akka.http.scaladsl.model.headers.RawHeader\nimport com.lightbend.hedgehog.generators.CollectionGenerators.genCollection\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport hedgehog.{Gen, Range}\n\nobject HttpHeaderGenerators {\n\n  private val MaxHeaders = 100\n\n  \/\/ TODO: Come up with a way of generating real headers.\n\n  def genHttpHeader: Gen[HttpHeader] =\n    for {\n      name  <- genAnyUnicodeString\n      value <- genAnyUnicodeString\n    } yield RawHeader(name, value)\n\n  def genHttpHeaders: Gen[Seq[HttpHeader]] =\n    genCollection[HttpHeader, Seq](genHttpHeader, Range.linear(0, MaxHeaders))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/Results.scala","text":"package com.lightbend.hedgehog\n\nimport hedgehog.Result\n\nobject Results {\n\n  def not(result: Result, info: String): Result = result match {\n    case Result.Success    => Result.failure.log(info)\n    case _: Result.Failure => Result.success\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/CollectionImplicits.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.CollectionImplicits.IterableOnceSyntax\nimport com.lightbend.hedgehog.implicits.ResultImplicits.ResultSyntax\nimport hedgehog.Result\n\nimport scala.annotation.tailrec\n\ntrait CollectionImplicits {\n\n  implicit def iterableOnceSyntax[A](it: IterableOnce[A]): IterableOnceSyntax[A] = new IterableOnceSyntax(it)\n}\n\nobject CollectionImplicits {\n\n  implicit class IterableOnceSyntax[A](private val it: IterableOnce[A]) extends AnyVal {\n\n    def forAll(f: A => Result): Result = {\n      @tailrec\n      def loop(list: List[A], result: Result): Result = list match {\n        case Nil => result\n        case head :: tail =>\n          f(head) match {\n            case Result.Success          => loop(tail, result)\n            case failure: Result.Failure => failure\n          }\n      }\n      val list   = it.iterator.toList\n      val result = Result.success\n      loop(list, result)\n        .prependLogs(\n          \"=== For All ===\",\n          \"--- in ---\",\n          list.mkString(\",\")\n        )\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"project\/project\/AllDependenciesPlugin.scala","text":"<filename>project\/project\/AllDependenciesPlugin.scala\npackage project\n\nimport sbt.Keys._\nimport sbt._\n\n\/\/ TODO: Share this between the build and meta-build.\nobject AllDependenciesPlugin extends AutoPlugin {\n\n  object autoImport {\n\n    val allDependenciesFile =\n      taskKey[File](\"The file to save inter-project and library dependencies.\")\n\n    val saveAllDependencies =\n      taskKey[File](\n        \"Saves all the inter-project and library dependencies to a file.\"\n      )\n  }\n\n  import autoImport._\n\n  override def trigger: PluginTrigger = allRequirements\n\n  override def projectSettings: Seq[Def.Setting[_]] = Seq(\n    allDependenciesFile := (LocalRootProject \/ target).value \/ \"dependencies.txt\",\n    \/\/ TODO: Aggregate this once there is more than one project.\n    saveAllDependencies := saveAllDependenciesTask.value\n  )\n\n  private def saveAllDependenciesTask: Def.Initialize[Task[File]] =\n    Def.task {\n      val dir  = (LocalRootProject \/ target).value\n      val file = dir \/ \"dependencies.txt\"\n      val deps = allDependencies.value\n      IO.writeLines(file, deps.distinct.map(_.toString).sorted)\n      file\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/TryGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.generators.TryGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.runner._\n\nimport scala.util.Try\n\nobject TryGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genSuccess\", genSuccess(genInt)).tests ++\n      test(\"genFailure\", genFailure).tests ++\n      test(\"genTry\", genTry(genInt))\n        .addGenProbabilities(_ + \" generates success and failure evenly\", propGenTryProbabilities)\n        .tests\n\n  private def propGenTryProbabilities[A](gen: Gen[Try[A]]): Property =\n    gen.forAll\n      .cover(OneToOne, \"is success\", _.isSuccess)\n      .cover(OneToOne, \"is failure\", _.isFailure)\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"cats\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/cats\/IOGenerators.scala","text":"package com.lightbend.hedgehog.generators.cats\n\nimport cats.effect.IO\nimport com.lightbend.hedgehog.generators.ExceptionGenerators._\nimport hedgehog.Gen\n\nobject IOGenerators {\n\n  def genSuccessfulIO[A](gen: Gen[A]): Gen[IO[A]] =\n    gen.map(IO.pure)\n\n  def genFailedIO[A]: Gen[IO[A]] =\n    genException.map(IO.raiseError)\n\n  def genIO[A](gen: Gen[A]): Gen[IO[A]] =\n    Gen.choice1(genSuccessfulIO(gen), genFailedIO)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpRequestGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.{HttpRequest, RequestEntity}\nimport com.lightbend.hedgehog.generators.akka.http.HttpHeaderGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.HttpMethodGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.HttpProtocolGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.RequestEntityGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.UriGenerators._\nimport hedgehog.Gen\n\nobject HttpRequestGenerators {\n\n  def genHttpRequest: Gen[HttpRequest] =\n    for {\n      method <- genHttpMethod\n      uri    <- genHttpUri\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      protocol <- genHttpProtocol\n      entity   <- genRequestEntityFor(method, protocol)\n    } yield HttpRequest(method, uri, headers, entity, protocol)\n\n  def genHttpRequestWithEntity(entity: RequestEntity): Gen[HttpRequest] =\n    for {\n      uri <- genHttpUri\n      \/\/ TODO: A chunked entity may have a last chunk which also has headers. What should be keeping these in sync?\n      headers  <- genHttpHeaders\n      method   <- genMethodFor(entity)\n      protocol <- genHttpProtocolFor(entity)\n    } yield HttpRequest(method, uri, headers, entity, protocol)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/TestRunnerMock.scala","text":"package com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.runner.TestRunner\n\nabstract class TestRunnerMock extends TestRunner with TestRunnerMockLike\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/SimpleManager.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.runner\nimport hedgehog.core.Report\nimport hedgehog.runner.Test\n\nobject SimpleManager extends Manager[Unit] {\n\n  override def prepare(test: Test): (Test, Unit) = (test, ())\n\n  \/\/ scalastyle:off regex\n\n  override def log(message: String): Unit = println(message)\n\n  \/\/ scalastyle:on regex\n\n  override def publish(className: String, test: Test, report: Report, context: Unit): Unit =\n    log(Test.renderReport(className, test, report, ansiCodesSupported = true))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/CollectionGenerators.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.core.SeedGenerators._\nimport hedgehog._\nimport hedgehog.core.{GenT, Seed, Tree}\nimport hedgehog.predef.Identity\n\nimport scala.annotation.tailrec\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.{mutable, BuildFrom, Factory}\nimport scala.reflect.ClassTag\nimport org.scalactic.TripleEquals._\n\nobject CollectionGenerators {\n\n  def genArray[A: ClassTag](gen: Gen[A], range: Range[Int]): Gen[Array[A]] =\n    genList(gen, range).map(_.toArray)\n\n  def genList[A](gen: Gen[A], range: Range[Int]): Gen[List[A]] =\n    genCollection(gen, range)\n\n  \/\/ FIXME: The type inference doesn't work properly here.\n  def genCollection[A, CC[B] <: IterableOnce[B]](\n      gen: Gen[A],\n      range: Range[Int]\n    )(implicit f: Factory[A, CC[A]]\n    ): Gen[CC[A]] =\n    genUnfolded(gen, range)(_.addOne(_), { case (n, _) => n - 1 })\n\n  \/\/ FIXME: The type inference doesn't work properly here.\n  def genJoined[A, CA[B] <: Iterable[B], CC[C] <: IterableOnce[C]](\n      gen: Gen[CA[A]],\n      range: Range[Int]\n    )(implicit f: Factory[A, CC[A]]\n    ): Gen[CC[A]] =\n    \/\/ The size of the resulting collection may not be exactly within the range but we can't risk chopping up the\n    \/\/ generated values as that could produce an incorrect result.\n    genUnfolded(gen, range)(_.addAll(_), _ - _.size)\n\n  private def genUnfolded[A, B, CC[C] <: IterableOnce[C]](\n      gen: Gen[B],\n      range: Range[Int]\n    )(\n      add: (mutable.Builder[A, CC[A]], B) => mutable.Builder[A, CC[A]],\n      countDown: (Int, B) => Int\n    )(implicit factory: Factory[A, CC[A]]\n    ): Gen[CC[A]] = {\n    type TreeB = Tree[(Seed, Option[B])]\n    type TreeC = Tree[(Seed, Option[CC[A]])]\n    def buildTree(seed: Seed, value: Option[CC[A]]): TreeC =\n      Tree.TreeApplicative.point(seed -> value)\n    @tailrec\n    def unfold(z: Seed)(n: Int, builder: mutable.Builder[A, CC[A]], f: Seed => TreeB): TreeC =\n      if (n <= 0) buildTree(z, Some(builder.result()))\n      else {\n        val tree        = f(z)\n        val (s, maybeB) = tree.value\n        maybeB match {\n          case Some(b) =>\n            val nextN = countDown(n, b)\n            \/\/ This is probably going to lead to lots of discards.\n            \/\/ Fix the passed in generator so that it doesn't produce empty values.\n            if (n === nextN) buildTree(z, None)\n            else unfold(s)(nextN, add(builder, b), f)\n          case None => buildTree(z, None)\n        }\n      }\n\n    Gen.int(range).flatMap { n =>\n      GenT {\n        case (size, seed0) => unfold(seed0)(n, factory.newBuilder, gen.run(size, _))\n      }\n    }\n  }\n\n  def genShuffled[A, CC[B] <: IterableOnce[B]](gen: Gen[CC[A]])(implicit bf: BuildFrom[CC[A], A, CC[A]]): Gen[CC[A]] =\n    for {\n      seed <- genSeed\n      xs   <- gen\n    } yield shuffle(seed, xs)\n\n  \/\/ This is a direct translation from scala.util.Random.shuffle\n  private def shuffle[A, CC[B] <: IterableOnce[B]](\n      seed: Seed,\n      xs: CC[A]\n    )(implicit bf: BuildFrom[CC[A], A, CC[A]]\n    ): CC[A] = {\n    \/\/ Beware the \ud83d\udc09\n    val buf = new ArrayBuffer[A] ++= xs\n\n    def swap(i1: Int, i2: Int): Unit = {\n      val tmp = buf(i1)\n      buf(i1) = buf(i2)\n      buf(i2) = tmp\n    }\n\n    @tailrec\n    def loop(it: Iterable[Int], seed: Seed): Unit =\n      it.headOption match {\n        case Some(n) =>\n          val (nextSeed, k) = seed.chooseLong(0, n.toLong - 1)\n          swap(n - 1, k.toInt)\n          loop(it.drop(1), nextSeed)\n        case None => ()\n      }\n    loop(buf.length to 2 by -1, seed)\n\n    (bf.newBuilder(xs) ++= buf).result()\n  }\n\n  \/\/ FIXME: The type inference doesn't work properly here.\n  def genPerturbed[A, CA <: Iterable[A], CB <: Iterable[Int], CC[D] <: IterableOnce[D]](\n      gen: Gen[CC[CA]],\n      genPerturbations: Gen[CB]\n    )(implicit caFactory: Factory[A, CA],\n      ccFactory: Factory[CA, CC[CA]]\n    ): Gen[CC[CA]] =\n    for {\n      xs            <- gen\n      perturbations <- genPerturbations\n    } yield perturb[A, CA, CC](xs, perturbations)\n\n  \/**\n    * If you have trouble with the type inference it is because [[Gen]] is invariant and so the type checker will not go\n    * searching for the LUB regardless of whether the collection itself is covariant in `A`. The solution is to make\n    * sure that `gen` has the correct type first. You may want to use\n    * [[com.lightbend.hedgehog.Implicits.GeneratorSyntax.widen]].\n    *\/\n  def genPerturbedN[A, CA[B] <: Iterable[B], CB <: Iterable[Int], CC[D] <: IterableOnce[D]](\n      gen: Gen[CC[CA[A]]],\n      genPerturbations: Gen[CB]\n    )(implicit caFactory: Factory[A, CA[A]],\n      ccFactory: Factory[CA[A], CC[CA[A]]]\n    ): Gen[CC[CA[A]]] =\n    for {\n      xs            <- gen\n      perturbations <- genPerturbations\n    } yield perturb[A, CA[A], CC](xs, perturbations)\n\n  private def perturb[A, CA <: Iterable[A], CC[D] <: IterableOnce[D]](\n      xs: CC[CA],\n      perturbations: IterableOnce[Int]\n    )(implicit caFactory: Factory[A, CA],\n      ccFactory: Factory[CA, CC[CA]]\n    ): CC[CA] = {\n    \/\/ Beware the \ud83d\udc09\n    val it: Iterator[CA]        = xs.iterator\n    val perturbs: Iterator[Int] = perturbations.iterator\n\n    def perturbNext(next: CA, nextBuilder: mutable.Builder[A, CA]): CA =\n      if (perturbs.hasNext) {\n        \/\/ This could be expensive.\n        val nextSize   = next.size\n        val resultSize = nextSize + perturbs.next()\n        take(resultSize, next, it, nextBuilder)\n      } else next\n\n    @tailrec\n    def loop(nextBuilder: mutable.Builder[A, CA], builder: mutable.Builder[CA, CC[CA]]): CC[CA] =\n      if (it.isEmpty) {\n        val last = nextBuilder.result()\n        if (last.isEmpty) builder.result()\n        else builder.addOne(last).result()\n      } else {\n        val next = {\n          val withRemainder = nextBuilder.addAll(it.next()).result()\n          nextBuilder.clear()\n          withRemainder\n        }\n        val result = perturbNext(next, nextBuilder)\n        loop(nextBuilder, builder.addOne(result))\n      }\n\n    loop(caFactory.newBuilder, ccFactory.newBuilder)\n  }\n\n  private def take[A, CA <: Iterable[A]](n: Int, next: CA, more: Iterator[CA], builder: mutable.Builder[A, CA]): CA = {\n    @tailrec\n    def loop(n: Int, next: CA, builder: mutable.Builder[A, CA]): CA = {\n      \/\/ This could be expensive. We might already know the size.\n      val nextSize = next.size\n      if (n <= nextSize || more.isEmpty) {\n        val (head, tail) = next.splitAt(n)\n        val result       = builder.addAll(head).result()\n        builder.clear()\n        val _ = builder.addAll(tail)\n        result\n      } else loop(n - nextSize, more.next(), builder.addAll(next))\n    }\n\n    loop(n, next, builder)\n  }\n\n  \/\/ TODO: Generate finite lazy lists that are not determined by the result of the generator.\n  def genLazyList[A](gen: Gen[A]): Gen[LazyList[A]] = {\n    def unfold[S, B](z: S)(f: S => Tree[(S, Option[B])]): LazyList[B] = {\n      val tree        = f(z)\n      val (s, maybeB) = tree.value\n      maybeB match {\n        case Some(h) => h #:: unfold(s)(f)\n        case None    => LazyList.empty\n      }\n    }\n    def lift(seed: Seed)(l: LazyList[A]): Tree[(Seed, Option[LazyList[A]])] =\n      Tree((seed, Some(l)), Identity(hedgehog.predef.LazyList()))\n    GenT[LazyList[A]] {\n      case (size, seed0) =>\n        lift(seed0)(unfold(seed0)(seed => gen.run(size, seed)))\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/GeneratorProperties.scala","text":"<filename>testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/GeneratorProperties.scala<gh_stars>1-10\npackage com.lightbend.hedgehog.testkit\n\nimport com.lightbend.hedgehog.generators.core.SeedGenerators.genSeed\nimport hedgehog.core._\nimport hedgehog.{Gen, Property, Result}\n\nobject GeneratorProperties {\n\n  def propNoDiscards(gen: Gen[_]): Property =\n    for {\n      seed <- genSeed.forAll\n    } yield {\n      val config = PropertyConfig.default\n      val report = Property.check(config, gen.forAll.map(_ => Result.success), seed)\n      report ==== Report(config.testLimit, DiscardCount(0), Coverage.empty, OK)\n    }\n\n  def propAllDiscards(gen: Gen[_]): Property =\n    for {\n      seed <- genSeed.forAll\n    } yield {\n      val config = PropertyConfig.default\n      val report = Property.check(config, gen.forAll.map(_ => Result.success), seed)\n      report ==== Report(0, DiscardCount(config.testLimit.value), Coverage.empty, GaveUp)\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/TrySyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.generators.TryGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.runner._\n\nobject TrySyntaxSpec extends TestRunner with TryImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"successfulResult of failure is a failure\", propSuccessfulResultOfFailureIsAFailure),\n    property(\"successfulResult of success is result of f\", propSuccessfulResultOfSuccessIsResultOfFunction),\n    property(\"failedResult of success is a failure\", propFailedResultOfSuccessIsAFailure),\n    property(\"failedResult of failure is result of f\", propFailedResultOfFailureIsResultOfFunction)\n  )\n\n  private def propSuccessfulResultOfFailureIsAFailure: Property =\n    for {\n      failure <- genFailure.forAll\n    } yield {\n      val result = failure.successfulResult((_: Any) => Result.failure)\n      result ==== Result.failure\n        .log(s\"${failure.toString} is not a Success\")\n        .log(TryImplicits.stackTrace(failure.exception))\n    }\n\n  private def propSuccessfulResultOfSuccessIsResultOfFunction: Property =\n    for {\n      success <- genSuccess(genInt).forAll\n      result  <- genResult.forAll\n    } yield success.successfulResult(_ => result) ==== result\n\n  private def propFailedResultOfSuccessIsAFailure: Property =\n    for {\n      success <- genSuccess(genInt).forAll\n    } yield {\n      val result = success.failedResult(_ => Result.failure)\n      result ==== Result.failure.log(s\"${success.toString} is not a Failure\")\n    }\n\n  private def propFailedResultOfFailureIsResultOfFunction: Property =\n    for {\n      failure <- genFailure.forAll\n      result  <- genResult.forAll\n    } yield failure.failedResult(_ => result) ==== result\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/EitherSyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.generators.EitherGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog.runner.{property, Test}\nimport hedgehog.{Property, Result}\n\nobject EitherSyntaxSpec extends TestRunner with EitherImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"rightResult of left is a failure\", propRightResultOfLeftIsAFailure),\n    property(\"rightResult of right is result of f\", propRightResultOfLeftIsResult),\n    property(\"leftResult of right is a failure\", propLeftResultOfRightIsAFailure),\n    property(\"leftResult of left is result of f\", propLeftResultOfLeftIsResult)\n  )\n\n  private def propRightResultOfLeftIsAFailure: Property =\n    for {\n      left <- genLeft(genInt).forAll\n    } yield {\n      val result = left.rightResult((_: Any) => Result.success)\n      result ==== Result.failure.log(s\"${left.toString} is not Right\")\n    }\n\n  private def propRightResultOfLeftIsResult: Property =\n    for {\n      right  <- genRight(genInt).forAll\n      result <- genResult.forAll\n    } yield right.rightResult(_ => result) ==== result\n\n  private def propLeftResultOfRightIsAFailure: Property =\n    for {\n      right <- genRight(genInt).forAll\n    } yield {\n      val result = right.leftResult((_: Any) => Result.failure)\n      result ==== Result.failure.log(s\"${right.toString} is not Left\")\n    }\n\n  private def propLeftResultOfLeftIsResult: Property =\n    for {\n      left   <- genLeft(genInt).forAll\n      result <- genResult.forAll\n    } yield left.leftResult(_ => result) ==== result\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/CharGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ArbitraryGenerators._\nimport com.lightbend.hedgehog.macros.CharacterMacros\nimport hedgehog.Gen\nimport org.scalactic.TripleEquals._\n\nimport scala.annotation.tailrec\n\nobject CharGenerators {\n\n  def genChar: Gen[Char] = Gen.char(Char.MinValue, Char.MaxValue)\n\n  def genControlC0: Gen[Char] = Gen.char('\\u0000', '\\u001F')\n\n  def genSpace: Gen[Char] = Gen.constant(' ')\n\n  def genLatinLetterLowerCase: Gen[Char] = Gen.char('a', 'z')\n\n  \/\/ Even distribution of spaces and control characters.\n  \/\/ Shrink towards the control characters as the '\u0000' character is easier to see in the\n  \/\/ logs than a space.\n  def genWhitespaceChar: Gen[Char] = Gen.choice1(genControlC0, genSpace)\n\n  \/\/ TODO: Include other control and formatting characters.\n  \/\/  Here is an easy to read list http:\/\/www.fileformat.info\/info\/unicode\/category\/index.htm.\n  def genBlankChar: Gen[Char] = genWhitespaceChar\n\n  def genNonWhitespaceChar: Gen[Char] =\n    Gen.frequency1(\n      charFrequency('\\u0021', '\\uD7FF'),\n      charFrequency('\\uE000', '\\uFFFD')\n    )\n\n  \/\/ TODO: Exclude other control and formatting characters.\n  \/\/  Here is an easy to read list http:\/\/www.fileformat.info\/info\/unicode\/category\/index.htm.\n  def genNonBlankChar: Gen[Char] = genNonWhitespaceChar\n\n  def genNonLatinDigit: Gen[Char] =\n    Gen.frequency1(\n      charFrequency('\\u0000', '\\u002F'),\n      charFrequency('\\u003A', '\\uD7FF'),\n      charFrequency('\\uE000', '\\uFFFD')\n    )\n\n  def genWordChar: Gen[Char] =\n    Gen.frequency1(\n      charFrequency('A', 'Z'),\n      charFrequency('a', 'z'),\n      charFrequency('_', '_'),\n      charFrequency('0', '9')\n    )\n\n  def genUnicodeExcept(chars: Char*): Gen[Char] =\n    genCharsExcept(List('\\u0000' -> '\\uD7FF', '\\uE000' -> '\\uFFFD'), chars: _*)\n\n  \/\/ FIXME: The methods below are untested.\n\n  \/\/ TODO: Verify if this is the correct definition.\n  \/\/  It was taken from java.net.URI.Parser.scanEscape.\n  def genVisibleNonUSASCIIChar: Gen[Char] = {\n    val ranges = CharacterMacros.filterRanges(List('\\u0081' -> '\\uD7FF', '\\uE000' -> '\\uFFFD')) { c =>\n      !Character.isSpaceChar(c) && !Character.isISOControl(c)\n    }\n    Gen.frequencyUnsafe(ranges.map((charFrequency _).tupled))\n  }\n\n  def genCharsExcept(ranges: List[(Char, Char)], chars: Char*): Gen[Char] =\n    Gen.frequencyUnsafe(charFrequenciesExcept(ranges, chars: _*))\n\n  def charFrequency(lo: Char, hi: Char): (Int, Gen[Char]) =\n    genFrequency(lo, hi)(Gen.char)\n\n  def charFrequencyExcept(lo: Char, hi: Char, chars: Char*): List[(Int, Gen[Char])] =\n    charFrequenciesExcept(List(lo -> hi), chars: _*)\n\n  def charFrequenciesExcept(ranges: List[(Char, Char)], chars: Char*): List[(Int, Gen[Char])] = {\n    val rangesExcept = charRangesExcept(ranges, chars: _*)\n    rangesExcept.map((charFrequency _).tupled)\n  }\n\n  \/\/ TODO: Replace this with a macro.\n  def charRangesExcept(ranges: List[(Char, Char)], chars: Char*): List[(Char, Char)] = {\n    def canIncrement(char: Char) = char < '\\uD7FF' || char < '\\uFFFD'\n    def canDecrement(char: Char) = char > '\\u0000' || char > '\\uE000'\n    def inc(char: Char)          = (char + 1).toChar\n    def dec(char: Char)          = (char - 1).toChar\n    def split(char: Char, lo: Char, hi: Char): List[(Char, Char)] =\n      if (char === lo && canIncrement(char)) List(inc(char) -> hi)\n      else if (char === hi && canDecrement(char)) List(lo -> dec(char))\n      else if (lo < char && char < hi) List(lo -> dec(char), inc(char) -> hi)\n      else List((lo, hi))\n    \/\/ This is not optimal but it should be fast enough for most purposes.\n    @tailrec\n    def filter(chars: List[Char], acc: List[(Char, Char)]): List[(Char, Char)] = chars match {\n      case Nil => acc\n      case head :: tail =>\n        val x = acc.flatMap {\n          case (lo, hi) => split(head, lo, hi)\n        }\n        filter(tail, x)\n    }\n    filter(chars.toList, ranges)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/RangeGeneratorsSpec.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<filename>tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/RangeGeneratorsSpec.scala\npackage com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.DoubleGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.generators.core.RangeGenerators._\nimport com.lightbend.hedgehog.generators.core.SizeGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.core.Cover\nimport hedgehog.runner.Test\nimport org.scalactic.TripleEquals._\n\nimport scala.Ordering.Double.TotalOrdering\nimport scala.math.Ordering\n\nobject RangeGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    singletonRangeTests ++\n      constantRangeTests ++\n      linearRangeTests(\"genLinearRange\", genLinearRange(genInt)) ++\n      linearRangeTests(\"genLinearFracRange\", genLinearFracRange(genDouble)) ++\n      numericRangeTests(\"genShortRange\", genShortRange) ++\n      numericRangeTests(\"genIntRange\", genIntRange) ++\n      numericRangeTests(\"genLongRange\", genLongRange) ++\n      numericRangeTests(\"genDoubleRange\", genDoubleRange) ++\n      xzyTests\n\n  private def singletonRangeTests =\n    test(\"genSingletonRange\", genSingletonRange(genInt))\n      .addGenProp(_ + \" has origin within bounds\", propOriginWithinBounds)\n      .addGenProp(_ + \" does not scale with size\", propNotScalesWithSize)\n      .addGenProp(_ + \" generates only a single value\", propSingleValue)\n      .addGenProbabilities(_ + \" generates ranges with probabilities\", propProbabilities)\n      .tests\n\n  private def constantRangeTests =\n    test(\"genConstantRange\", genConstantRange(genInt))\n      .addGenProp(_ + \" has origin within bounds\", propOriginWithinBounds)\n      .addGenProp(_ + \" does not scale with size\", propNotScalesWithSize)\n      .addGenProbabilities(_ + \" generates ranges with probabilities\", propProbabilities)\n      .tests\n\n  private def linearRangeTests[A: Ordering](name: String, gen: Gen[Range[A]]) =\n    test(name, gen)\n      .addGenProp(_ + \" has origin within bounds\", propOriginWithinBounds)\n      .addGenProp(_ + \" does scale with size\", propDoesScaleWithSize)\n      .addGenProbabilities(_ + \" generates values with probabilities\", propProbabilities)\n      .tests\n\n  private def numericRangeTests[A: Ordering](name: String, gen: Gen[Range[A]]) =\n    test(name, gen)\n      .addGenProp(_ + \" has origin within bounds\", propOriginWithinBounds)\n      .addGenProbabilities(_ + \" generates values with probabilities\", propNumericRangeProbabilities)\n      .tests\n\n  private def xzyTests =\n    test(\"genZXY\", genZXY(genInt))\n      .addGenProp(_ + \" generates z inside x and y\", propGenZXYZInside)\n      .addGenProbabilities(_ + \" generates values with probabilities\", propGenZXYProbabilities)\n      .tests\n\n  private def propOriginWithinBounds[A: Ordering](gen: Gen[Range[A]]): Property =\n    gen.map(range => testOriginWithinBounds(range)).forAll\n\n  private def propSingleValue[A](gen: Gen[Range[A]]): Property = forAll {\n    for {\n      size  <- genSize\n      range <- gen.resize(size)\n    } yield {\n      val (x, y) = range.bounds(size)\n      x ==== y\n    }\n  }\n\n  private def propNotScalesWithSize[A](gen: Gen[Range[A]]): Property =\n    propScalesWithSize(gen, scales = false)\n\n  private def propDoesScaleWithSize[A](gen: Gen[Range[A]]): Property =\n    propScalesWithSize(gen, scales = true)\n\n  private def propScalesWithSize[A](gen: Gen[Range[A]], scales: Boolean): Property = forAll {\n    for {\n      sizes <- genDiffSizes\n      (sizeA, sizeB) = sizes\n      range <- gen\n    } yield\n      if (scales) range.bounds(sizeA) !=== range.bounds(sizeB)\n      else range.bounds(sizeA) ==== range.bounds(sizeB)\n  }\n\n  private def propProbabilities[A: Ordering](gen: Gen[Range[A]]): Property =\n    gen.forAll\n      .cover(OneToOne, \"forwards\", forwardsCover)\n      .cover(OneToOne, \"backwards\", backwardsCover)\n      .map(_ => Result.success)\n\n  private def propNumericRangeProbabilities[A: Ordering](genRange: Gen[Range[A]]): Property = {\n    val gen = for {\n      range <- genRange\n      sizes <- genDiffSizes\n      (sizeA, sizeB) = sizes\n    } yield (range, sizeA, sizeB)\n    gen.forAll\n    \/\/ We get a few extra singletons here from the constants but that's ok.\n      .cover(OneToTwo, \"singleton\", (singletonCover[A] _).tupled)\n      .cover(OneToTwo, \"constant\", (constantCover[A] _).tupled)\n      .cover(OneToTwo, \"linear\", (linearCover[A] _).tupled)\n      .cover(OneToOne, \"forwards\", x => forwardsCover(x._1))\n      .cover(OneToOne, \"backwards\", x => backwardsCover(x._1))\n      .map(_ => Result.success)\n  }\n\n  private def singletonCover[A](range: Range[A], sizeA: Size, sizeB: Size): Cover = {\n    val (xA, yA) = range.bounds(sizeA)\n    val (xB, yB) = range.bounds(sizeB)\n    xA === xB && yA === yB && xA === yA\n  }\n\n  private def constantCover[A](range: Range[A], sizeA: Size, sizeB: Size): Cover = {\n    val (xA, yA) = range.bounds(sizeA)\n    val (xB, yB) = range.bounds(sizeB)\n    xA === xB && yA === yB && (xA !== yA)\n  }\n\n  private def linearCover[A](range: Range[A], sizeA: Size, sizeB: Size): Cover =\n    range.bounds(sizeA) !== range.bounds(sizeB)\n\n  private def forwardsCover[A](range: Range[A])(implicit ordering: Ordering[A]): Cover = {\n    import ordering._\n    x(range) <= y(range)\n  }\n\n  private def backwardsCover[A](range: Range[A])(implicit ordering: Ordering[A]): Cover = {\n    import ordering._\n    y(range) <= x(range)\n  }\n\n  private def propGenZXYZInside[A: Ordering](gen: Gen[(A, A, A)]): Property =\n    gen.map {\n      case (z, x, y) =>\n        x.lessThanOrEqual(z)\n          .and(z.lessThanOrEqual(y))\n          .or(y.lessThanOrEqual(z).and(z.lessThanOrEqual(x)))\n    }.forAll\n\n  private def propGenZXYProbabilities[A](gen: Gen[(A, A, A)])(implicit o: Ordering[A]): Property =\n    gen.forAll\n      .cover(OneToTenThousand, \"different\", (differentCover _).tupled)\n      .cover(OneToOne, \"x <= y\", { case (_, x, y) => o.lteq(x, y) })\n      .cover(OneToOne, \"y <= x\", { case (_, x, y) => o.lteq(y, x) })\n      .map(_ => Result.success)\n\n  private def differentCover(a: Any, b: Any, c: Any): Cover =\n    !(a === b || b === c || c === a)\n\n  private def genDiffSizes: Gen[(Size, Size)] =\n    for {\n      sizeA <- genSize\n      \/\/ We could just use a filter but there are two problems with that:\n      \/\/ 1) It creates invalid Sizes https:\/\/github.com\/hedgehogqa\/scala-hedgehog\/issues\/137.\n      \/\/ 2) They will count towards the number of discards and so will fail in the probability property.\n      sizeB <- Gen.int(Range.linear(sizeA.value + 1, sizeA.value + Size.max))\n    } yield (sizeA, Size(sizeB % (Size.max + 1)))\n\n  private def testOriginWithinBounds[A: Ordering](range: Range[A]): Result =\n    range.origin.inside(x(range), y(range))\n\n  \/\/ Don't use the RangeImplicits to get these otherwise there could be some circular reasoning in the tests.\n  private def x[A](range: Range[A]): A = range.bounds(Size(Size.max))._1\n  private def y[A](range: Range[A]): A = range.bounds(Size(Size.max))._2\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/TreeGenResultSyntaxSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Logs\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.core.SeedGenerators._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.core.{Seed, Tree}\nimport hedgehog.runner.{property, Test}\n\nobject TreeGenResultSyntaxSpec extends TestRunner with Logs with TreeImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"generated passes if tree value passes\", propGeneratedPassesIfValuePasses),\n    property(\"generated fails if tree value fails\", propGeneratedFailsIfValueFails),\n    property(\"generated fails if tree has no value\", propGeneratedFailsIfNoValue)\n  )\n\n  private def propGeneratedPassesIfValuePasses: Property = forAll {\n    for {\n      seed <- genSeed\n    } yield {\n      val tree: Tree[(Seed, Option[Boolean])] = Tree.TreeApplicative.point((seed, Some(true)))\n      tree.generated(_ ==== true)\n    }\n  }\n\n  private def propGeneratedFailsIfValueFails: Property = forAll {\n    for {\n      seed <- genSeed\n    } yield {\n      val tree: Tree[(Seed, Option[Boolean])] = Tree.TreeApplicative.point((seed, Some(false)))\n      not(tree.generated(_ ==== true), \"Expected failure\")\n    }\n  }\n\n  private def propGeneratedFailsIfNoValue: Property = forAll {\n    for {\n      seed <- genSeed\n    } yield {\n      val tree: Tree[(Seed, Option[Boolean])] = Tree.TreeApplicative.point((seed, None))\n      not(tree.generated(_ ==== true), \"Expected failure\")\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/ArbitraryGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ArbitraryGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.implicits.TryImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog._\nimport hedgehog.runner._\nimport org.scalactic.TripleEquals._\n\nimport scala.util.{Success, Try}\n\nobject ArbitraryGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  \/\/ TODO: Test probabilities of generated values.\n\n  override def tests: List[Test] =\n    test(\"genFrequency\", genFreq)\n      .addProp(_ + \" returns the correct frequency\", propCorrectFrequency)\n      .addProp(_ + \" blows up if args too far apart\", propFrequencyFails)\n      .tests ++\n      test(\"genElementFrequency\", genElemFreq)\n        .addProp(_ + \" returns the correct element frequency\", propCorrectElementFrequency)\n        .tests ++\n      test(\"genElementFrequencyUnsafe\", genElemFreqUnsafe)\n        .addProp(_ + \" returns the correct element frequency unsafely\", propCorrectElementFrequencyUnsafe)\n        .tests\n\n  private def propCorrectFrequency: Property = forAll {\n    for {\n      (a, b) <- genFreqArgs\n    } yield Try(genFreqPair(a, b)._1) ==== Success(math.max(a, b) - math.min(a, b) + 1)\n  }\n\n  private def propFrequencyFails: Property = forAll {\n    for {\n      (a, b) <- genInvalidFreqArgs\n    } yield Try(genFreqPair(a, b)).failedResult(_.isA[ArithmeticException])\n  }\n\n  private def propCorrectElementFrequency: Property = forAll {\n    for {\n      x  <- genInt\n      xs <- genInt.list(Range.linear(1, 100))\n    } yield Try(genElementFrequency(x, xs: _*)._1) ==== Success(xs.size + 1)\n  }\n\n  private def propCorrectElementFrequencyUnsafe: Property = forAll {\n    for {\n      xs <- genInt.list(Range.linear(1, 100))\n    } yield Try(genElementFrequencyUnsafe(xs)._1) ==== Success(xs.size)\n  }\n\n  private def genFreq: Gen[(Int, Int)] =\n    genFreqArgs.flatMap {\n      case (a, b) => genFreqPair(a, b)._2\n    }\n\n  private def genFreqArgs: Gen[(Int, Int)] =\n    for {\n      a <- genInt\n      \/\/ TODO: Generalise this.\n      b <- if (a < 0) Gen.int(Range.linearFrom(a, Int.MinValue, a + Int.MaxValue - 1))\n      else if (a === 0) Gen.int(Range.linearFrom(a, Int.MinValue, Int.MaxValue))\n      else Gen.int(Range.linearFrom(a, Int.MaxValue, a - Int.MaxValue + 1))\n    } yield (a, b)\n\n  private def genInvalidFreqArgs: Gen[(Int, Int)] =\n    for {\n      a <- genInt\n      \/\/ TODO: Generalise this.\n      b <- if (a < 0) Gen.int(Range.linear(a + Int.MaxValue, Int.MaxValue))\n      else if (a === 0) Gen.constant(Int.MaxValue)\n      else Gen.int(Range.linear(a - Int.MaxValue, Int.MinValue))\n    } yield (a, b)\n\n  private def genFreqPair[A: Numeric](a: A, b: A): (Int, Gen[(A, A)]) = genFrequency(a, b) {\n    case (a, b) => Gen.constant((a, b))\n  }\n\n  private def genElemFreq: Gen[Int] =\n    for {\n      x  <- genInt\n      xs <- genInt.list(Range.linear(1, 100))\n      (_, gen) = genElementFrequency(x, xs: _*)\n      i <- gen\n    } yield i\n\n  private def genElemFreqUnsafe: Gen[Int] =\n    for {\n      xs <- genInt.list(Range.linear(1, 100))\n      (_, gen) = genElementFrequencyUnsafe(xs)\n      i <- gen\n    } yield i\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/EitherImplicits.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/implicits\/EitherImplicits.scala\npackage com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.implicits.EitherImplicits.EitherSyntax\nimport hedgehog.Result\n\ntrait EitherImplicits {\n\n  implicit def eitherSyntax[A, B](either: Either[A, B]): EitherSyntax[A, B] = new EitherSyntax(either)\n}\n\nobject EitherImplicits {\n\n  implicit class EitherSyntax[A, B](private val either: Either[A, B]) extends AnyVal {\n\n    def rightResult(f: B => Result): Result = either match {\n      case Left(_)      => Result.failure.log(s\"${either.toString} is not Right\")\n      case Right(value) => f(value)\n    }\n\n    def leftResult(f: A => Result): Result = either match {\n      case Right(_)    => Result.failure.log(s\"${either.toString} is not Left\")\n      case Left(value) => f(value)\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/RequestEntityGenerators.scala","text":"package com.lightbend.hedgehog.generators.akka.http\n\nimport akka.NotUsed\nimport akka.http.scaladsl.model.HttpEntity.ChunkStreamPart\nimport akka.http.scaladsl.model._\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport com.lightbend.hedgehog.generators.ByteGenerators._\nimport com.lightbend.hedgehog.generators.CollectionGenerators.genList\nimport com.lightbend.hedgehog.generators.LongGenerators._\nimport com.lightbend.hedgehog.generators.StringGenerators._\nimport com.lightbend.hedgehog.generators.akka.ByteStringGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.ContentTypeGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.HttpHeaderGenerators._\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport hedgehog._\nimport org.scalactic.TripleEquals._\n\nobject RequestEntityGenerators {\n\n  private val MaxChunks      = 100\n  private val MaxByteStrings = 100\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  def genDefaultRequestEntity: Gen[HttpEntity.Default] =\n    genByteStringSource.flatMap(genDefaultRequestEntityWithData)\n\n  \/\/ TODO: We might also want another generator that ensures that the content length is correct.\n  def genDefaultRequestEntityWithData(data: Source[ByteString, Any]): Gen[HttpEntity.Default] =\n    for {\n      contentType   <- genContentType\n      contentLength <- genPositiveLong\n    } yield HttpEntity.Default(contentType, contentLength, data)\n\n  def genEmptyRequestEntity: Gen[HttpEntity.Strict] =\n    genContentType.map(HttpEntity.empty)\n\n  def genStrictRequestEntity: Gen[HttpEntity.Strict] =\n    genByteString.flatMap(genStrictRequestEntityWithData)\n\n  def genStrictRequestEntityWithData(data: ByteString): Gen[HttpEntity.Strict] =\n    genContentType.map(HttpEntity.Strict(_, data))\n\n  def genUniversalEntity: Gen[UniversalEntity] =\n    Gen.choice1(genDefaultRequestEntity.widen, genStrictRequestEntity.widen)\n\n  def genUniversalEntityWithData(data: Seq[ByteString]): Gen[UniversalEntity] =\n    Gen.choice1(\n      genDefaultRequestEntityWithData(Source(data)).widen,\n      genStrictRequestEntityWithData(data.foldLeft(ByteString.empty)(_ ++ _)).widen\n    )\n\n  def genChunk: Gen[HttpEntity.Chunk] =\n    genNonEmptyBytes.map(HttpEntity.Chunk(_))\n\n  def genLastChunk: Gen[HttpEntity.LastChunk] =\n    for {\n      extension <- genAnyUnicodeString\n      headers   <- genHttpHeaders\n    } yield HttpEntity.LastChunk(extension, headers)\n\n  def genChunkStreamPart: Gen[ChunkStreamPart] =\n    Gen.choice1(genChunk.widen, genLastChunk.widen)\n\n  \/\/ TODO: What about a generator that doesn't have a LastChunk as the last chunk?\n\n  def genChunkStreamPartSource: Gen[Source[ChunkStreamPart, NotUsed]] =\n    for {\n      chunks    <- Gen.list(genChunk.widen[ChunkStreamPart], Range.linear(0, MaxChunks))\n      lastChunk <- genLastChunk\n    } yield Source(chunks).concat(Source.single(lastChunk))\n\n  def genChunkStreamPartSourceFromData(data: Seq[ByteString]): Gen[Source[ChunkStreamPart, NotUsed]] =\n    genLastChunk.map { lastChunk =>\n      Source(\n        data\n          .filter(_.nonEmpty)\n          .map[ChunkStreamPart](HttpEntity.Chunk(_))\n      ).concat(Source.single(lastChunk))\n    }\n\n  def genChunkedRequestEntity: Gen[HttpEntity.Chunked] =\n    for {\n      contentType <- genContentType\n      chunks      <- genChunkStreamPartSource\n    } yield HttpEntity.Chunked(contentType, chunks)\n\n  def genChunkedRequestEntityWithData(data: Seq[ByteString]): Gen[HttpEntity.Chunked] =\n    for {\n      contentType <- genContentType\n      chunks      <- genChunkStreamPartSourceFromData(data)\n    } yield HttpEntity.Chunked(contentType, chunks)\n\n  def genRequestEntity: Gen[RequestEntity] =\n    Gen.choice1(genUniversalEntity.widen, genChunkedRequestEntity.widen)\n\n  def genRequestEntityFor(method: HttpMethod, protocol: HttpProtocol): Gen[RequestEntity] =\n    if (!method.isEntityAccepted) genEmptyRequestEntity.widen\n    else if (protocol === HttpProtocols.`HTTP\/1.0`) genUniversalEntity.widen\n    else genRequestEntity\n\n  def genRequestEntityWithData(data: Seq[ByteString]): Gen[RequestEntity] =\n    Gen.choice1(genUniversalEntityWithData(data).widen, genChunkedRequestEntityWithData(data).widen)\n\n  \/\/ TODO: Generate infinite sources.\n  private def genByteStringSource: Gen[Source[ByteString, NotUsed]] =\n    genList(genByteString, Range.linear(0, MaxByteStrings)).map(Source(_))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/ResponseEntityGenerators.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators.akka.http\n\nimport akka.NotUsed\nimport akka.http.scaladsl.model.HttpEntity.CloseDelimited\nimport akka.http.scaladsl.model.{HttpProtocol, HttpProtocols, ResponseEntity, StatusCode}\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport com.lightbend.hedgehog.generators.CollectionGenerators.genList\nimport com.lightbend.hedgehog.generators.akka.ByteStringGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.ContentTypeGenerators._\nimport com.lightbend.hedgehog.generators.akka.http.RequestEntityGenerators._\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport hedgehog.{Gen, Range}\nimport org.scalactic.TripleEquals._\n\nobject ResponseEntityGenerators {\n\n  private val MaxByteStrings = 100\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  def genCloseDelimitedResponseEntity: Gen[CloseDelimited] =\n    genByteStringSource.flatMap(genCloseDelimitedResponseEntityWithData)\n\n  def genCloseDelimitedResponseEntityWithData(data: Source[ByteString, Any]): Gen[CloseDelimited] =\n    genContentType.map(CloseDelimited(_, data))\n\n  def genEmptyCloseDelimitedResponseEntity: Gen[CloseDelimited] =\n    for {\n      contentType <- genContentType\n    } yield CloseDelimited(contentType, Source.empty)\n\n  def genResponseEntity: Gen[ResponseEntity] =\n    Gen.choice1(genCloseDelimitedResponseEntity.widen, genRequestEntity.widen)\n\n  def genResponseEntityWithData(data: Seq[ByteString]): Gen[ResponseEntity] =\n    Gen.choice1(\n      genCloseDelimitedResponseEntityWithData(Source(data)).widen,\n      genRequestEntityWithData(data).widen\n    )\n\n  def genEmptyResponseEntity: Gen[ResponseEntity] =\n    Gen.choice1(genEmptyCloseDelimitedResponseEntity.widen, genEmptyRequestEntity.widen)\n\n  def genResponseEntityFor(status: StatusCode, protocol: HttpProtocol): Gen[ResponseEntity] =\n    if (!status.allowsEntity) genEmptyResponseEntity.widen\n    else if (protocol === HttpProtocols.`HTTP\/1.0`) genUniversalEntity.widen\n    else genResponseEntity\n\n  def genResponseEntityWithDataFor(data: Seq[ByteString], protocol: HttpProtocol): Gen[ResponseEntity] =\n    if (data.isEmpty) genEmptyResponseEntity.widen\n    else if (protocol === HttpProtocols.`HTTP\/1.0`) genUniversalEntityWithData(data).widen\n    else genResponseEntityWithData(data)\n\n  \/\/ TODO: Generate infinite sources.\n  private def genByteStringSource: Gen[Source[ByteString, NotUsed]] =\n    genList(genByteString, Range.linear(0, MaxByteStrings)).map(Source(_))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/implicits\/FutureSyntaxSpec.scala","text":"package com.lightbend.hedgehog.implicits\n\nimport com.lightbend.hedgehog.Results._\nimport com.lightbend.hedgehog.generators.ExceptionGenerators._\nimport com.lightbend.hedgehog.generators.FutureGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators.genInt\nimport com.lightbend.hedgehog.generators.core.ResultGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.implicits.TryImplicits._\nimport com.lightbend.hedgehog.runner.TestRunner\nimport hedgehog._\nimport hedgehog.core.{Info, Log}\nimport hedgehog.runner._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Future, Promise}\nimport scala.util.{Failure, Success, Try}\n\nobject FutureSyntaxSpec extends TestRunner with FutureImplicits {\n\n  override def tests: List[Test] = List(\n    property(\"readyWithin of completed is a success\", propReadyWithinOfCompletedIsSuccess),\n    property(\"readyWithin of incomplete is a failure\", propReadyWithinOfIncompleteIsAFailure),\n    property(\"readyWithin undefined duration is a failure\", propReadyWithinOfUndefinedIsAFailure),\n    property(\"successfulResult of failed is a failure\", propSuccessfulResultOfFailedIsAFailure),\n    property(\"successfulResult of success is result of f\", propSuccessfulResultOfSuccessIsResultOfFunction),\n    property(\"failedResult of success is a failure\", propFailedResultOfSuccessIsAFailure),\n    property(\"failedResult of failed is result of f\", propFailedResultOfFailedIsResultOfFunction),\n    property(\"invalid diagnosis property blows up\", propInvalidDiagnosisPropertyBlowsUp),\n    property(\"diagnosis of incomplete is a failure\", propValidDiagnosisOfIncomplete),\n    example(\"diagnosis of eventually complete fails with details\", testValidDiagnosisOfEventuallyComplete)\n  )\n\n  private def propReadyWithinOfCompletedIsSuccess: Property =\n    genCompletedFuture(genInt).forAll.map(_.readyWithin(0.seconds))\n\n  private def propReadyWithinOfIncompleteIsAFailure: Property =\n    genIncompleteFuture[Int].forAll.map { incomplete =>\n      val result = incomplete.readyWithin(0.seconds)\n      result ==== Result.failure.log(\"Future was not ready within 0 seconds\")\n    }\n\n  private def propReadyWithinOfUndefinedIsAFailure: Property =\n    genIncompleteFuture[Int].forAll.map { incomplete =>\n      val result = incomplete.readyWithin(Duration.Undefined)\n      not(result, \"Expected failure\").and(\n        Result.assert(result.logs.headOption.contains[Log](\"Error occurred waiting for future to be ready\"))\n      )\n    }\n\n  private def propSuccessfulResultOfFailedIsAFailure: Property =\n    genException.forAll.map { exception =>\n      val failed = Future.failed(exception)\n      val result = failed.successfulResultWithin(0.seconds, (_: Any) => Result.failure)\n      result ==== Result.failure\n        .log(s\"${Failure(exception).toString} is not a Success\")\n        .log(TryImplicits.stackTrace(exception))\n    }\n\n  private def propSuccessfulResultOfSuccessIsResultOfFunction: Property = forAll {\n    for {\n      success <- genSuccessfulFuture(genInt)\n      result  <- genResult\n    } yield success.successfulResultWithin(0.seconds, _ => result) ==== result\n  }\n\n  private def propFailedResultOfSuccessIsAFailure: Property =\n    genInt.forAll.map { x =>\n      val successful = Future.successful(x)\n      val result     = successful.failedResultWithin(0L.seconds, _ => Result.failure)\n      result ==== Result.failure.log(s\"${Success(x).toString} is not a Failure\")\n    }\n\n  private def propFailedResultOfFailedIsResultOfFunction: Property =\n    for {\n      failure <- genFailedFuture[Int].forAll\n      result  <- genResult.forAll\n    } yield failure.failedResultWithin(0.0.seconds, _ => result) ==== result\n\n  private def propInvalidDiagnosisPropertyBlowsUp: Property =\n    genIncompleteFuture[Int].forAll.map { incomplete =>\n      withDiagnosisProperty(\"x\") {\n        Try(incomplete.readyWithin(0.seconds)).failedResult { t =>\n          t.isA[NumberFormatException].and {\n            t.getMessage ==== \"Invalid value for property 'hedgehog.future.diagnosisDuration': format error x\"\n          }\n        }\n      }\n    }\n\n  private def propValidDiagnosisOfIncomplete: Property =\n    genIncompleteFuture[Int].forAll.map { incomplete =>\n      withDiagnosisProperty(\"1ns\") {\n        incomplete.readyWithin(0.seconds) ==== Result.failure\n          .log(\"Future was not ready within 0 seconds\")\n          .log(\"Future was still not ready after waiting an additional 1 nanosecond\")\n      }\n    }\n\n  private def testValidDiagnosisOfEventuallyComplete: Result =\n    \/\/ TODO: Find a way to mock Future\n    \/\/  See https:\/\/github.com\/paulbutcher\/ScalaMock\/issues\/296\n    \/\/val future = stub[MockableFuture[Int]]\n    \/\/(future.ready(_: Duration)(_: CanAwait)).when(*, *).throws(new TimeoutException(\"timeout\")).once()\n    \/\/(future.ready(_: Duration)(_: CanAwait)).when(*, *).returns(future).once()\n    withDiagnosisProperty(\"200ms\") {\n      val promise = Promise[Int]\n      val _ = Future {\n        Thread.sleep(100)\n        promise.success(0)\n      }\n      val result = promise.future.readyWithin(0.millis)\n      not(result, \"Expected failure\").and(\n        result.logs match {\n          case first :: Info(second) :: Info(third) :: Nil =>\n            Result.all(\n              List(\n                first ==== \"Future was not ready within 0 milliseconds\",\n                Result.assert(second.startsWith(\"Future eventually completed after waiting an additional\")),\n                Result.assert(third.startsWith(\"Consider increasing the original wait time to at least\"))\n              )\n            )\n          case _ => Result.failure.log(\"Unexpected log messages.\")\n        }\n      )\n    }\n\n  private def withDiagnosisProperty[A](value: String)(f: => Result): Result = {\n    val property      = \"hedgehog.future.diagnosisDuration\"\n    val originalValue = Option(System.getProperty(property))\n    try {\n      val _ = System.setProperty(property, value)\n      f\n    } finally {\n      originalValue match {\n        case Some(value) =>\n          val _ = System.setProperty(property, value)\n        case None =>\n          val _ = System.clearProperty(property)\n      }\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/Config.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.runner\n\nimport hedgehog.core.PropertyConfig\n\nfinal case class Config(testNames: List[String], seed: Long, propertyConfig: PropertyConfig)\n\nobject Config {\n\n  def default: Config = Config(Nil, System.nanoTime(), PropertyConfig.default)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/SeedGeneratorsSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.core.SeedGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.core.Seed\nimport hedgehog.runner.Test\n\nobject SeedGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genSeed\", genSeed)\n      .addGenProbabilitiesWithConfig(_ + \" generates a fair seed\", propProbabilities, _.withTests(100000))\n      .tests\n\n  private def propProbabilities(genSeed: Gen[Seed]): Property = {\n    val gen = for {\n      from <- Gen.long(Range.constant(Long.MinValue, Long.MaxValue - BirthdayDays + 1))\n      seed <- genSeed\n    } yield {\n      \/\/ Use the birthday paradox to get just over 50% probability of a match if the seed is random.\n      val (_, _, hasMatch) = (1 to BirthdayPeople.toInt).foldLeft((seed, Set.empty[Long], false)) {\n        case (acc @ (_, _, true), _) => acc\n        case ((seed, values, false), _) =>\n          val (nextSeed, value) = seed.chooseLong(from, from + BirthdayDays - 1)\n          val hasMatch          = values.contains(value)\n          (nextSeed, values + value, hasMatch)\n      }\n      hasMatch\n    }\n    gen.forAll\n      .cover(BirthdayMatch, \"match\", identity)\n      .cover(BirthdayNoMatch, \"no match\", hasMatch => !hasMatch)\n      .map(_ => Result.success)\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpMethodGenerators.scala","text":"<filename>akka-http\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/akka\/http\/HttpMethodGenerators.scala\npackage com.lightbend.hedgehog.generators.akka.http\n\nimport akka.http.scaladsl.model.{HttpEntity, HttpMethod, HttpMethods}\nimport com.lightbend.hedgehog.generators.Fields\nimport hedgehog.Gen\n\nobject HttpMethodGenerators {\n\n  def genHttpMethod: Gen[HttpMethod] =\n    Gen.elementUnsafe(Fields.fieldsOf(HttpMethods, classOf[HttpMethod]))\n\n  def genHttpMethodAcceptingEntity: Gen[HttpMethod] =\n    Gen.elementUnsafe(Fields.fieldsOf(HttpMethods, classOf[HttpMethod]).filter(_.isEntityAccepted))\n\n  def genMethodFor(entity: HttpEntity): Gen[HttpMethod] =\n    if (entity.isKnownEmpty) genHttpMethod\n    else genHttpMethodAcceptingEntity\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/TestExpectations.scala","text":"package com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.runner.{Runner, WrappedTests}\nimport hedgehog.core.Tree\nimport org.scalamock.MockFactoryBase\n\ntrait TestExpectations extends WrappedTests {\n  this: Runner with MockFactoryBase =>\n\n  override protected def wrapTest[A](tree: => Tree[A]): Tree[A] =\n    withExpectations(tree)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/GeneratorSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.scalamock\n\nimport com.lightbend.hedgehog.testkit.GeneratorTests\nimport com.lightbend.hedgehog.testkit.GeneratorTests._\nimport com.lightbend.hedgehog.{Logs, Sizes}\nimport hedgehog.Gen\nimport hedgehog.core.NumericPlus\nimport hedgehog.predef.IntegralPlus\nimport org.scalamock.MockFactoryBase\n\n\/\/ TODO: Re-implement this. It is a bit awkward to use.\n\ntrait GeneratorSpec extends Logs with GeneratorMockResults with Sizes {\n  this: MockFactoryBase =>\n\n  def test[A](name: String, gen: Gen[A]): GeneratorTests[A] =\n    GeneratorTests[A](name, gen)\n\n  implicit class GeneratorMockTests[A](tests: GeneratorTests[A]) {\n\n    def addSingletonTests(value: A): GeneratorTests[A] =\n      tests.addGenTests(singletonTests(value))\n\n    def addConstantRangeTests(min: A, max: A)(implicit o: Ordering[A]): GeneratorTests[A] =\n      tests.addGenTests(constantRangeTests(GeneratorSpec.this, min, max))\n\n    def addLinearRangeTests(min: A, max: A)(scaleMin: A => A)(implicit o: Ordering[A]): GeneratorTests[A] =\n      tests.addGenTests(linearRangeTests(GeneratorSpec.this, min, max)(scaleMin))\n\n    def addLinearNumericRangeTests(\n        origin: A,\n        min: A,\n        max: A\n      )(implicit n: Numeric[A],\n        np: NumericPlus[A]\n      ): GeneratorTests[A] =\n      tests.addGenTests(linearNumericRangeTests(GeneratorSpec.this, origin, min, max))\n\n    def addLinearBigNumericRangeTests(\n        origin: A,\n        min: A,\n        max: A\n      )(implicit n: Numeric[A],\n        ip: IntegralPlus[A]\n      ): GeneratorTests[A] =\n      tests.addGenTests(linearBigNumericRangeTests(GeneratorSpec.this, origin, min, max))\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"scalamock\/src\/main\/scala\/com\/lightbend\/hedgehog\/scalamock\/TestFailedException.scala","text":"package com.lightbend.hedgehog.scalamock\n\nfinal case class TestFailedException(message: String, cause: Throwable) extends Exception(message, cause)\n\n\/\/ scalastyle:off null\n@SuppressWarnings(Array(\"org.wartremover.warts.Null\", \"scalafix:DisableSyntax.null\", \"NullParameter\"))\nobject TestFailedException {\n\n  def apply(message: String): TestFailedException = TestFailedException(message, null)\n}\n\/\/ scalastyle:on null\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"runner\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/TestRunnerLike.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.runner\n\nimport hedgehog.core.{PropertyConfig, Report, Seed}\nimport hedgehog.runner.{Properties, Test}\nimport hedgehog.{Gen, Property, Result}\nimport org.scalactic.TripleEquals._\nimport scopt.OParser\n\n\/\/ This has to extend Properties otherwise it doesn't work with the sbt test framework.\ntrait TestRunnerLike extends Properties with Runner {\n\n  \/\/ scalastyle:off regex\n\n  override def main(args: Array[String]): Unit =\n    OParser.parse(optionParser, args, Config.default) match {\n      case Some(config) =>\n        val tests = filteredTests(config)\n        if (tests.isEmpty) {\n          println(\"No tests to run.\")\n        } else {\n          val className = this.getClass.getName\n          runTests(className, tests, config.propertyConfig, config.seed, SimpleManager)\n        }\n      case _ =>\n        println()\n        sys.error(\"Failed to parse test arguments.\")\n    }\n\n  private def optionParser: OParser[_, Config] = {\n    val builder = OParser.builder[Config]\n    import builder._\n    OParser.sequence(\n      programName(this.getClass.getSimpleName.replaceAll(\"\"\"\\$$\"\"\", \"\")),\n      opt[String]('n', \"name\")\n        .action((name, config) => config.copy(testNames = name :: config.testNames))\n        .text(\"Only runs tests with the given name. Specify multiple times to run multiple tests.\")\n        .unbounded(),\n      opt[Long]('s', \"seed\")\n        .action((seed, config) => config.copy(seed = seed))\n        .text(\"Sets the seed value to use.\"),\n      help('h', \"help\")\n    )\n  }\n\n  \/\/ scalastyle:on regex\n\n  private def filteredTests(config: Config): List[Test] =\n    config.testNames match {\n      case Nil => tests\n      case names =>\n        for {\n          test <- tests\n          name <- names\n          if test.name === name\n        } yield test\n    }\n\n  override def runTests[A](\n      className: String,\n      tests: List[Test],\n      config: PropertyConfig,\n      seed: Long,\n      manager: Manager[A]\n    ): Unit = {\n    manager.log(s\"Running tests (seed = ${seed.toString}):\")\n    tests.foreach { test =>\n      val (prepared, context) = manager.prepare(test)\n      val report              = runTest(prepared, config, seed)\n      manager.publish(className, test, report, context)\n    }\n  }\n\n  override def runTest(test: Test, config: PropertyConfig, seed: Long): Report =\n    \/\/ TODO: Use a different seed for each test.\n    Property.check(test.withConfig(config), test.result, Seed.fromLong(seed))\n\n  protected def forAll(gen: Gen[Result]): Property = gen.forAll\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/LongGeneratorsSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.IntGenerators.genZero\nimport com.lightbend.hedgehog.generators.LongGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject LongGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genZero\", genZero).addConstantTest(_ + \" generates zero for all sizes\", 0).tests ++\n      test(\"genNegativeLong\", genNegativeLong).addLinearBigNumericRangeTests(-1, -1, Long.MinValue).tests ++\n      test(\"genNonPositiveLong\", genNonPositiveLong).addLinearBigNumericRangeTests(0, 0, Long.MinValue).tests ++\n      test(\"genNonNegativeLong\", genNonNegativeLong).addLinearBigNumericRangeTests(0, 0, Long.MaxValue).tests ++\n      test(\"genPositiveLong\", genPositiveLong).addLinearBigNumericRangeTests(1, 1, Long.MaxValue).tests ++\n      test(\"genLong\", genLong).addLinearBigNumericRangeTests(0, Long.MinValue, Long.MaxValue).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/ByteGenerators.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport hedgehog.{Gen, Range}\nimport CollectionGenerators._\n\nobject ByteGenerators {\n\n  private val MaxBytes = 1000\n\n  def genByte: Gen[Byte] =\n    Gen.byte(Range.linearFrom(0, Byte.MinValue, Byte.MaxValue))\n\n  def genBytes: Gen[Array[Byte]] =\n    genArray(genByte, Range.linear(0, MaxBytes))\n\n  def genNonEmptyBytes: Gen[Array[Byte]] =\n    genArray(genByte, Range.linear(1, MaxBytes))\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"project\/CommonSettingsPlugin.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\nimport bintray.BintrayKeys._\nimport com.jsuereth.sbtpgp.SbtPgp.autoImport.usePgpKeyHex\nimport sbt.Keys._\nimport sbt._\nimport sbtdynver.DynVerPlugin.autoImport.{dynver, dynverGitDescribeOutput}\nimport xerial.sbt.Sonatype.SonatypeKeys.sonatypePublishToBundle\n\nobject CommonSettingsPlugin extends AutoPlugin {\n\n  override def trigger: PluginTrigger = allRequirements\n\n  override def buildSettings: Seq[Def.Setting[_]] = Seq(\n    organization := \"com.lightbend.hedgehog\",\n    version := dynverGitDescribeOutput.value.mkVersion(versionFmt, \"latest\"),\n    dynver := sbtdynver.DynVer\n      .getGitDescribeOutput(new java.util.Date)\n      .mkVersion(versionFmt, \"latest\"),\n    organizationName := \"Lightbend Inc.\",\n    organizationHomepage := Some(url(\"https:\/\/www.lightbend.com\")),\n    homepage := Some(url(\"https:\/\/github.com\/lightbend\/scala-hedgehog-spines\")),\n    \/\/noinspection ScalaStyle\n    startYear := Some(2020),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/lightbend\/scala-hedgehog-spines\"),\n        \"scm:git@github.com:lightbend\/scala-hedgehog-spines.git\"\n      )\n    ),\n    licenses := Seq(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n    developers := List(\n      Developer(\n        id = \"steinybot\",\n        name = \"<NAME>\",\n        email = \"<EMAIL>\",\n        url = url(\"https:\/\/github.com\/steinybot\")\n      )\n    ),\n    scalaVersion := \"2.13.1\",\n    scalacOptions += \"-Ymacro-annotations\"\n  )\n\n  private def versionFmt(out: sbtdynver.GitDescribeOutput): String = {\n    val dirtySuffix = if (out.isDirty()) \"-dev\" else \"\"\n    if (out.isCleanAfterTag) {\n      out.ref.dropV.value\n    } else {\n      out.ref.dropV.value + out.commitSuffix.mkString(\"-\", \"-\", \"\") + dirtySuffix\n    }\n  }\n\n  override def projectSettings: Seq[Def.Setting[_]] =\n    publishSettings ++\n      addCompilerPlugin(Dependencies.CompilerPlugins.kindProjector) ++\n      testProjectSettings\n\n  private def publishSettings = Seq(\n    name := s\"spines-${name.value}\",\n    publishMavenStyle := true,\n    \/\/publishTo := sonatypePublishToBundle.value,\n    usePgpKeyHex(\"0F8830E47FC345D4587D1CC9FE4B9D2E141FF3AC\"),\n    bintrayOrganization := Some(\"lightbend\")\n  )\n\n  private def testProjectSettings =\n    Defaults.itSettings ++ Seq(\n      resolvers += Dependencies.Resolvers.hedgehog,\n      \/\/ Remove Specs2, ScalaTest, and JUnit frameworks as we don't use them.\n      \/\/ ScalaTest is particularly noisy as it shows output even if there are no tests.\n      \/\/ We use a custom Framework for Hedgehog because the default one doesn't run tests in the\n      \/\/ same was that running them as a main class does. We need it to call runTests instead.\n      testFrameworks := Seq(TestFramework(\"com.lightbend.hedgehog.sbt.HedgehogFramework\"))\n    ) ++\n      inConfig(Test)(rawTestSettings)\n\n  private def rawTestSettings = Seq(\n    fork := true,\n    \/\/ If we have flaky tests because the timeout is too small or we generated unexpectedly large\n    \/\/ values, then we should wait longer to see what will happen. Maybe we need to increase the\n    \/\/ timeout in the test.\n    javaOptions += \"-Dhedgehog.future.diagnosisDuration=5min\",\n    parallelExecution := false\n  )\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/GeneratorResults.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.testkit\n\nimport com.lightbend.hedgehog.Sizes.{MaxSize, MinSize}\nimport com.lightbend.hedgehog.implicits.GeneratorImplicits._\nimport hedgehog._\nimport hedgehog.core.Seed\n\ntrait GeneratorResults {\n\n  def seeds: Seeds\n\n  def testGenMinFrom[A](gen: Gen[A], min: A): Result =\n    testGenMin(gen, seeds.fromSeed, min)\n\n  def testGenMinResultFrom[A](gen: Gen[A])(result: A => Result): Result =\n    testGenMinResult(gen, seeds.fromSeed)(result)\n\n  def testGenMinTo[A](gen: Gen[A], min: A): Result =\n    testGenMin(gen, seeds.toSeed, min)\n\n  def testGenMinResultTo[A](gen: Gen[A])(result: A => Result): Result =\n    testGenMinResult(gen, seeds.toSeed)(result)\n\n  def testGenMaxFrom[A](gen: Gen[A], max: A): Result =\n    testGenMax(gen, seeds.fromSeed, max)\n\n  def testGenMaxResultFrom[A](gen: Gen[A])(result: A => Result): Result =\n    testGenMaxResult(gen, seeds.fromSeed)(result)\n\n  def testGenMaxTo[A](gen: Gen[A], max: A): Result =\n    testGenMax(gen, seeds.toSeed, max)\n\n  def testGenMaxResultTo[A](gen: Gen[A])(result: A => Result): Result =\n    testGenMaxResult(gen, seeds.toSeed)(result)\n\n  def testGenMin[A](gen: Gen[A], seed: Seed, min: A): Result =\n    testGenMinResult(gen, seed)(_ ==== min)\n\n  def testGenMinResult[A](gen: Gen[A], seed: Seed)(result: A => Result): Result =\n    gen.generates(MinSize, seed)(result)\n\n  def testGenMax[A](gen: Gen[A], seed: Seed, max: A): Result =\n    testGenMaxResult(gen, seed)(_ ==== max)\n\n  def testGenMaxResult[A](gen: Gen[A], seed: Seed)(result: A => Result): Result =\n    gen.generates(MaxSize, seed)(result)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/Sizes.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog\n\nimport hedgehog.Size\n\ntrait Sizes {\n\n  val MinSize: Size = Size(1)\n\n  val MaxSize: Size = Size(Size.max)\n\n  implicit object SizeOrdering extends Ordering[Size] {\n    override def compare(x: Size, y: Size): Int = x.value.compare(y.value)\n  }\n}\n\nobject Sizes extends Sizes\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/IntGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject IntGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genZero\", genZero).addConstantTest(_ + \" generates zero for all sizes\", 0).tests ++\n      test(\"genNegativeInt\", genNegativeInt).addLinearNumericRangeTests(-1, -1, Int.MinValue).tests ++\n      test(\"genNonPositiveInt\", genNonPositiveInt).addLinearNumericRangeTests(0, 0, Int.MinValue).tests ++\n      test(\"genNonNegativeInt\", genNonNegativeInt).addLinearNumericRangeTests(0, 0, Int.MaxValue).tests ++\n      test(\"genPositiveInt\", genPositiveInt).addLinearNumericRangeTests(1, 1, Int.MaxValue).tests ++\n      test(\"genInt\", genInt).addLinearNumericRangeTests(0, Int.MinValue, Int.MaxValue).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"akka\/src\/main\/scala\/com\/lightbend\/hedgehog\/runner\/AkkaTestRunner.scala","text":"package com.lightbend.hedgehog.runner\n\nimport akka.testkit.{TestKit, TestKitBase}\nimport com.lightbend.hedgehog.implicits.FutureImplicits\nimport com.typesafe.config\nimport com.typesafe.config.ConfigFactory\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration.Duration\n\nabstract class AkkaTestRunner extends TestRunner with TestKitBase with BeforeAndAfterAll with FutureImplicits {\n\n  \/\/ Prevent the application.conf being as it has variables that may not be resolved.\n  protected lazy val NoAppConfig: config.Config = ConfigFactory.load(ConfigFactory.empty())\n\n  \/\/ TODO: Add some sort of scaling like with ScalaTest.\n  protected val ShortTimeout: Duration  = 150.milliseconds\n  protected val MediumTimeout: Duration = 2.seconds\n  protected val LongTimeout: Duration   = 15.seconds\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  protected def awaitStartup(future: Future[Any]): Unit = {\n    val _ = Await.ready(future, ShortTimeout)\n  }\n\n  override protected def afterAll(): Unit =\n    TestKit.shutdownActorSystem(system)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"testkit\/src\/main\/scala\/com\/lightbend\/hedgehog\/testkit\/Probabilities.scala","text":"package com.lightbend.hedgehog.testkit\n\nimport hedgehog.core.{CoverPercentage, SuccessCount}\nimport hedgehog.runner.Test\nimport hedgehog.{Gen, Property}\n\n\/**\n  * These are values for binomial confidence intervals using a 99.99999% confidence level that were computed using this\n  * <a href=\"https:\/\/statpages.info\/confint.html\">calculator<\/a>.\n  *\/\ntrait Probabilities {\n\n  val TestCount: SuccessCount = 10000\n\n  val OneToOne: CoverPercentage = 47.33\n\n  val OneToTwo: CoverPercentage = 30.85\n  val TwoToOne: CoverPercentage = 64.11\n\n  val OneToThree: CoverPercentage = 22.74\n  val ThreeToOne: CoverPercentage = 72.64\n\n  val TwoToThree: CoverPercentage = 37.41\n  val ThreeToTwo: CoverPercentage = 57.37\n\n  val TwentyFiveToOne: CoverPercentage = 2.91\n\n  \/\/ These are oddly specific but that is what the percentages are for Options.\n  val TwoToOneHundredAndOne: CoverPercentage = 1.29\n  val OneHundredAndOneToTwo: CoverPercentage = 97.21\n\n  val OneToTenThousand: CoverPercentage = 99.80\n\n  val BirthdayDays: Short              = 365\n  val BirthdayPeople: Short            = 23\n  val BirthdayMatch: CoverPercentage   = 47.38\n  val BirthdayNoMatch: CoverPercentage = 47.28\n\n  implicit class GeneratorProbabilityTests[A](tests: GeneratorTests[A]) {\n\n    def addProbabilities(name: String => String, property: Property): GeneratorTests[A] =\n      addProbabilitiesWithConfig(name, property, identity)\n\n    def addProbabilitiesWithConfig(\n        name: String => String,\n        property: Property,\n        configure: Test => Test\n      ): GeneratorTests[A] =\n      tests.addPropWithConfig(name, property, t => configure(t.withTests(TestCount)))\n\n    def addGenProbabilities(name: String => String, property: Gen[A] => Property): GeneratorTests[A] =\n      addGenProbabilitiesWithConfig(name, property, identity)\n\n    def addGenProbabilitiesWithConfig(\n        name: String => String,\n        property: Gen[A] => Property,\n        configure: Test => Test\n      ): GeneratorTests[A] =\n      tests.addGenPropWithConfig(name, property, t => configure(t.withTests(TestCount)))\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/ExceptionGenerators.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.StringGenerators.genAnyUnicodeString\nimport hedgehog.{Gen, Size}\n\n@SuppressWarnings(Array(\"org.wartremover.warts.Null\"))\nobject ExceptionGenerators {\n\n  def genException: Gen[Exception] =\n    for {\n      message            <- genAnyUnicodeString.option\n      cause              <- genException.option.scale(size => Size(size.value \/ 2))\n      enableSuppression  <- Gen.boolean\n      writableStackTrace <- Gen.boolean\n    } yield new Exception(message.orNull, cause.orNull, enableSuppression, writableStackTrace) {}\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/FutureGeneratorsSpec.scala","text":"<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.FutureGenerators._\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.implicits.OptionImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.runner._\n\nimport scala.concurrent.Future\n\nobject FutureGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genSuccessfulFuture\", genSuccessfulFuture(genInt))\n      .addGenProp(_ + \" generates all success\", propAllSuccess)\n      .tests ++\n      test(\"genFailedFuture\", genFailedFuture)\n        .addGenProp(_ + \" generates all failures\", propAllFailures)\n        .tests ++\n      test(\"genCompletedFuture\", genCompletedFuture(genInt))\n        .addGenProp(_ + \" generates all completed\", propAllCompleted)\n        .addGenProbabilities(_ + \" generates success and failed evenly\", propGenCompletedProbabilities)\n        .tests ++\n      test(\"genIncompleteFuture\", genIncompleteFuture)\n        .addGenProp(_ + \" generates all incomplete\", propAllIncomplete)\n        .tests ++\n      test(\"genFuture\", genFuture(genInt))\n        .addGenProbabilities(_ + \" generates incomplete and complete evenly\", propGenFutureProbabilities)\n        .tests\n\n  private def propAllSuccess[A](gen: Gen[Future[A]]): Property =\n    gen.forAll.map(_.value.isSome(_.isSuccess ==== true))\n\n  private def propAllFailures[A](gen: Gen[Future[A]]): Property =\n    gen.forAll.map(_.value.isSome(_.isFailure ==== true))\n\n  private def propAllCompleted[A](gen: Gen[Future[A]]): Property =\n    gen.forAll.map(_.isCompleted ==== true)\n\n  private def propGenCompletedProbabilities[A](gen: Gen[Future[A]]): Property =\n    gen.forAll\n      .cover(OneToOne, \"is success\", _.value.exists(_.isSuccess))\n      .cover(OneToOne, \"is failed\", _.value.exists(_.isFailure))\n      .map(_ => Result.success)\n\n  private def propAllIncomplete[A](gen: Gen[Future[A]]): Property =\n    gen.forAll.map(_.isCompleted ==== false)\n\n  private def propGenFutureProbabilities[A](gen: Gen[Future[A]]): Property =\n    gen.forAll\n      .cover(OneToOne, \"is complete\", _.isCompleted)\n      .cover(OneToOne, \"is incomplete\", !_.isCompleted)\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/ExceptionGeneratorsSpec.scala","text":"<reponame>BotTech\/scala-hedgehog-spines<gh_stars>1-10\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.ExceptionGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.runner.Test\nimport org.scalactic.TripleEquals._\n\n\/\/ scalastyle:off null\n\n@SuppressWarnings(Array(\"scalafix:DisableSyntax.null\"))\nobject ExceptionGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genException\", genException)\n      .addProbabilities(_ + \" generates exception with probabilities\", propGenExceptionProbabilities)\n      .addProbabilities(\n        _ + \" generates exception with probabilities with size 5\",\n        propGenExceptionProbabilitiesSizeFive\n      )\n      .tests\n\n  private def propGenExceptionProbabilities: Property =\n    genException\n      .resize(MinSize)\n      .map { e =>\n        e.addSuppressed(new NullPointerException())\n        e\n      }\n      .forAll\n      .cover(OneToOne, \"message not null\", _.getMessage !== null)\n      .cover(OneToOne, \"message null\", _.getMessage === null)\n      .cover(OneToTwo, \"cause not null\", _.getCause !== null)\n      .cover(TwoToOne, \"cause null\", _.getCause === null)\n      .cover(OneToOne, \"suppression enabled\", _.getSuppressed.nonEmpty)\n      .cover(OneToOne, \"suppression disabled\", _.getSuppressed.isEmpty)\n      .cover(OneToOne, \"stack trace is writable\", _.getStackTrace.nonEmpty)\n      .cover(OneToOne, \"stack trace is not writable\", _.getStackTrace.isEmpty)\n      .map(_ => Result.success)\n\n  private def propGenExceptionProbabilitiesSizeFive: Property =\n    genException\n      .resize(Size(5))\n      .map { e =>\n        e.addSuppressed(new NullPointerException())\n        e\n      }\n      .forAll\n      .cover(ThreeToOne, \"message not null\", _.getMessage !== null)\n      .cover(OneToThree, \"message null\", _.getMessage === null)\n      .cover(ThreeToTwo, \"cause not null\", _.getCause !== null)\n      .cover(TwoToThree, \"cause null\", _.getCause === null)\n      .cover(OneToOne, \"suppression enabled\", _.getSuppressed.nonEmpty)\n      .cover(OneToOne, \"suppression disabled\", _.getSuppressed.isEmpty)\n      .cover(OneToOne, \"stack trace is writable\", _.getStackTrace.nonEmpty)\n      .cover(OneToOne, \"stack trace is not writable\", _.getStackTrace.isEmpty)\n      .map(_ => Result.success)\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/core\/RangeGenerators.scala","text":"<filename>core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/core\/RangeGenerators.scala\npackage com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.{DoubleGenerators, IntGenerators, LongGenerators, ShortGenerators}\nimport hedgehog.core.NumericPlus\nimport hedgehog.predef.{DecimalPlus, IntegralPlus}\nimport hedgehog.{Gen, Range}\n\nobject RangeGenerators {\n\n  def genSingletonRange[A](gen: Gen[A]): Gen[Range[A]] =\n    gen.map(Range.singleton)\n\n  def genConstantRange[A: Ordering](gen: Gen[A]): Gen[Range[A]] =\n    genZXY(gen).map((Range.constantFrom[A] _).tupled)\n\n  def genLinearRange[A: Integral: IntegralPlus: NumericPlus](gen: Gen[A]): Gen[Range[A]] =\n    genZXY(gen).map((Range.linearFrom[A] _).tupled)\n\n  def genLinearFracRange[A: Fractional: DecimalPlus: NumericPlus](gen: Gen[A]): Gen[Range[A]] =\n    genZXY(gen).map((Range.linearFracFrom[A] _).tupled)\n\n  def genRange[A: Integral: IntegralPlus: NumericPlus](gen: Gen[A]): Gen[Range[A]] =\n    Gen.choice1(genSingletonRange(gen), genConstantRange(gen), genLinearRange(gen))\n\n  def genFracRange[A: Fractional: DecimalPlus: NumericPlus](gen: Gen[A]): Gen[Range[A]] =\n    Gen.choice1(genSingletonRange(gen), genConstantRange(gen), genLinearFracRange(gen))\n\n  def genShortRange: Gen[Range[Short]] =\n    genRange(ShortGenerators.genShort)\n\n  def genIntRange: Gen[Range[Int]] =\n    genRange(IntGenerators.genInt)\n\n  def genLongRange: Gen[Range[Long]] =\n    genRange(LongGenerators.genLong)\n\n  def genDoubleRange: Gen[Range[Double]] =\n    genFracRange(DoubleGenerators.genDouble)\n\n  \/**\n    * Generates three values `(z, x, y)` where `z` is between `x` and `y`. The ordering of `x` and `y` is random.\n    *\/\n  private[generators] def genZXY[A](gen: Gen[A])(implicit ordering: Ordering[A]): Gen[(A, A, A)] =\n    for {\n      a <- gen\n      b <- gen\n      c <- gen\n    } yield {\n      import ordering._\n      \/\/ Given three values we just have to find the one that is between the other two.\n      if (a <= b) {\n        if (b <= c) (b, a, c)\n        else if (a <= c) (c, a, b)\n        else (a, b, c)\n      } else {\n        if (a <= c) (a, b, c)\n        else if (b <= c) (c, a, b)\n        else (b, a, c)\n      }\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"sbt\/src\/main\/scala\/com\/lightbend\/hedgehog\/sbt\/TimedManager.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.sbt\n\nimport java.time.Instant\nimport java.time.temporal.ChronoUnit\n\nimport com.lightbend.hedgehog.runner.Manager\nimport hedgehog.core.Report\nimport hedgehog.runner.Test\nimport hedgehog.sbt.Event\nimport sbt.testing.{EventHandler, Logger, TaskDef, TestSelector}\n\nclass TimedManager(taskDef: TaskDef, eventHandler: EventHandler, loggers: Array[Logger]) extends Manager[Instant] {\n\n  override def prepare(test: Test): (Test, Instant) = (test, Instant.now())\n\n  override def log(message: String): Unit = loggers.foreach(_.info(message))\n\n  override def publish(className: String, test: Test, report: Report, start: Instant): Unit = {\n    val end      = Instant.now()\n    val duration = start.until(end, ChronoUnit.MILLIS)\n    eventHandler.handle(Event.fromReport(taskDef, new TestSelector(test.name), report, duration))\n    loggers.foreach { logger =>\n      logger.info(Test.renderReport(className, test, report, logger.ansiCodesSupported))\n    }\n  }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"core\/src\/main\/scala\/com\/lightbend\/hedgehog\/generators\/StringGenerators.scala","text":"<reponame>BotTech\/scala-hedgehog-spines\npackage com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.CharGenerators._\nimport com.lightbend.hedgehog.implicits.RangeImplicits._\nimport hedgehog.{Gen, Range}\nimport org.scalactic.TripleEquals._\nimport CollectionGenerators._\n\nobject StringGenerators {\n\n  \/\/ We have to limit the string to approximately 1,500 characters otherwise it overflows the stack,\n  \/\/ especially when debugging.\n  \/\/ See https:\/\/github.com\/hedgehogqa\/scala-hedgehog\/issues\/47.\n  private[generators] val MaxStringLength = 1500\n  \/\/ 99 is chosen to guarantee that as Size(1) we get an empty string.\n  \/\/ It could be bigger but generating Strings is slow.\n  private[generators] val ReasonableStringLength = 99\n\n  \/**\n    * Generates a String of characters from the given generator.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param gen generator for the characters in the String\n    * @param range the range for the length of the String\n    * @return A generator of Strings.\n    *\/\n  def genString(gen: Gen[Char], range: Range[Int]): Gen[String] =\n    genList(gen, maxRange(range)).map(_.mkString)\n\n  \/**\n    * Generates a String of characters from the given generator by concatenating the String's together.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param gen generator for the characters in the String\n    * @param range the range for the length of the String\n    * @return A generator of Strings.\n    *\/\n  def genConcatenatedString(gen: Gen[String], range: Range[Int]): Gen[String] =\n    genJoined[Char, Iterable, Iterable](gen.map(_.toIterable), maxRange(range)).map(_.iterator.mkString)\n\n  private def maxRange(range: Range[Int]): Range[Int] =\n    range.clamp(0, MaxStringLength)\n\n  \/**\n    * Generates a String of Unicode characters.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of Unicode Strings.\n    *\/\n  def genUnicodeString(range: Range[Int]): Gen[String] =\n    genString(Gen.unicode, range)\n\n  \/**\n    * Generates a String of Unicode characters.\n    * <p>\n    * The length of the String scales linearly with the size of the generator.\n    * <\/p>\n    *\n    * @return A generator of Unicode Strings.\n    *\/\n  def genAnyUnicodeString: Gen[String] =\n    genUnicodeString(Range.linear(0, ReasonableStringLength))\n\n  \/**\n    * Generates a non-empty String of Unicode characters.\n    * <p>\n    * The length of the String scales linearly with the size of the generator.\n    * <\/p>\n    *\n    * @return A generator of non-empty Unicode Strings.\n    *\/\n  def genAnyNonEmptyUnicodeString: Gen[String] =\n    genUnicodeString(Range.linear(1, ReasonableStringLength))\n\n  \/**\n    * Generates a String which contains only whitespace characters.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of whitespace Strings.\n    *\/\n  def genWhitespaceString(range: Range[Int]): Gen[String] =\n    genString(genWhitespaceChar, range)\n\n  \/**\n    * Generates a String which is either empty or contains only blank characters.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of blank Strings.\n    *\/\n  def genBlankString(range: Range[Int]): Gen[String] =\n    genString(genBlankChar, range)\n\n  \/**\n    * Generates a String which is either empty or contains at least one non-whitespace character.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of non-whitespace Strings.\n    *\/\n  def genNonWhitespaceString(range: Range[Int]): Gen[String] =\n    genMaybeEmpty(genNonWhitespaceBlankString(genNonWhitespaceChar, _), range)\n\n  \/**\n    * Generates a String which contains at least one non-blank character.\n    * <p>\n    * Non-positive values in the `range` are treated as a length of 1.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of non-blank Strings.\n    *\/\n  def genNonBlankString(range: Range[Int]): Gen[String] =\n    genNonWhitespaceBlankString(genNonBlankChar, range)\n\n  private def genNonWhitespaceBlankString(gen: Gen[Char], range: Range[Int]): Gen[String] =\n    genStringWithIndel(genUnicodeString(range), gen, 1)\n\n  \/\/ TODO: Add test and docs.\n  def genStringWithIndel(base: Gen[String], insert: Gen[Char], min: Int): Gen[String] =\n    for {\n      str      <- base\n      pos      <- Gen.int(Range.linear(1, str.length))\n      toInsert <- genString(insert, Range.linear(min, math.max(min, str.length - pos + 1)))\n    } yield {\n      val prefix = str.take(pos - 1)\n      val result = prefix + toInsert + str.drop(prefix.length).drop(toInsert.length)\n      assert(result.length === str.length || result.length === 1 && str.length === 0 && min === 1)\n      result\n    }\n\n  \/**\n    * Generates a String which contains at least one leading or trailing whitespace character.\n    * <p>\n    * Non-positive values in the `range` are treated as a length of 1.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of non-trimmed Strings.\n    *\/\n  def genNotTrimmedString(range: Range[Int]): Gen[String] =\n    for {\n      length  <- Gen.int(range.clamp(1, MaxStringLength))\n      leading <- genWhitespaceString(Range.linear(0, length))\n      trailingMin = if (leading.length === 0) 1 else 0\n      trailing <- genWhitespaceString(Range.linear(trailingMin, length - leading.length))\n      middle   <- genNonWhitespaceString(Range.singleton(length - leading.length - trailing.length))\n    } yield s\"$leading$middle$trailing\"\n\n  \/**\n    * Generates a String which does not contain any leading or trailing whitespace characters.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of trimmed Strings.\n    *\/\n  def genTrimmedString(range: Range[Int]): Gen[String] =\n    for {\n      str   <- genUnicodeString(range)\n      first <- genNonWhitespaceChar.map(_.toString)\n      last  <- genNonWhitespaceChar.map(_.toString)\n    } yield {\n      if (str.isEmpty) str\n      else if (str.length === 1) first\n      else first + str.tail.init + last\n    }\n\n  \/**\n    * Generates a String which empty or contains at least one leading or trailing whitespace character.\n    * <p>\n    * Negative values in the `range` are treated as a length of 0.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of nonsense Strings.\n    *\/\n  def genNonsenseString(range: Range[Int]): Gen[String] =\n    genMaybeEmpty(genNotTrimmedString, range)\n\n  \/**\n    * Generates a String which is not empty and does not contain any leading or trailing whitespace characters.\n    * <p>\n    * Non-positive values in the `range` are treated as a length of 1.\n    * <\/p>\n    *\n    * @param range the range for the length of the String\n    * @return A generator of sensible Strings.\n    *\/\n  def genSensibleString(range: Range[Int]): Gen[String] =\n    genTrimmedString(range.clampMin(1))\n\n  \/\/ TODO: Test and docs.\n  def genMaybeEmpty(gen: Range[Int] => Gen[String], range: Range[Int]): Gen[String] =\n    Gen.sized { size =>\n      val (min, max) = if (range.linear) {\n        val (x, y) = range.bounds(size)\n        if (x <= y) (x, y) else (y, x)\n      } else (range.min, range.max)\n      if (min > 0) gen(range)\n      else if (max <= 0) Gen.constant(\"\")\n      else gen(range).option.map(_.getOrElse(\"\"))\n    }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/LogGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators\n\nimport com.lightbend.hedgehog.generators.LogGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport com.lightbend.hedgehog.testkit.Probabilities\nimport hedgehog._\nimport hedgehog.core.{Error, ForAll, Info, Log}\nimport hedgehog.runner.Test\n\nobject LogGeneratorsSpec extends TestRunnerMock with GeneratorSpec with Probabilities {\n\n  override def tests: List[Test] =\n    test(\"genName\", genName).tests ++\n      test(\"genForAll\", genForAll).tests ++\n      test(\"genInfo\", genInfo).tests ++\n      test(\"genError\", genError).tests ++\n      test(\"genLog\", genLog).addGenProbabilities(_ + \" generates logs with probabilities\", propProbabilities).tests\n\n  @SuppressWarnings(Array(\"scalafix:DisableSyntax.isInstanceOf\"))\n  private def propProbabilities(gen: Gen[Log]): Property =\n    gen.forAll\n      .cover(OneToTwo, \"ForAll\", _.isInstanceOf[ForAll])\n      .cover(OneToTwo, \"Info\", _.isInstanceOf[Info])\n      .cover(OneToTwo, \"Error\", _.isInstanceOf[Error])\n      .map {\n        \/\/ Get the compiler to tell us if we are not generating a case.\n        case _: ForAll | _: Info | _: Error => Result.success\n      }\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/net\/URIGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators.net\n\nimport com.lightbend.hedgehog.generators.net.URIGenerators._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog.runner.Test\n\nobject URIGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genURI\", genURI).tests\n}\n"}
{"repo_name":"BotTech\/scala-hedgehog-spines","path":"tests\/src\/test\/scala\/com\/lightbend\/hedgehog\/generators\/core\/SizeGeneratorsSpec.scala","text":"package com.lightbend.hedgehog.generators.core\n\nimport com.lightbend.hedgehog.generators.IntGenerators._\nimport com.lightbend.hedgehog.generators.core.SizeGenerators._\nimport com.lightbend.hedgehog.implicits.ArbitraryImplicits._\nimport com.lightbend.hedgehog.scalamock.{GeneratorSpec, TestRunnerMock}\nimport hedgehog._\nimport hedgehog.runner.Test\n\nobject SizeGeneratorsSpec extends TestRunnerMock with GeneratorSpec {\n\n  override def tests: List[Test] =\n    test(\"genSize\", genSize).addConstantRangeTests(MinSize, MaxSize).tests ++\n      test(\"genSplitSize\", genSplitSizeParts).addGenProp(_ + \" parts add up to whole\", addToWhole).tests ++\n      test(\"genSplitSizeAfter\", genSplitSizeAfterParts)\n        .addGenProp(_ + \" parts add up to whole\", addToWhole)\n        .addProp(_ + \" first part is correct size\", propGenSplitSizeAfterFirstPartSize)\n        .tests\n\n  private def genSplitSizeParts =\n    for {\n      size   <- genSplitableSize\n      (a, b) <- genSplitSize(size)\n    } yield (size, a, b)\n\n  private def genSplitSizeAfterParts =\n    for {\n      size   <- genSplitableSize\n      n      <- genPositiveInt\n      (a, b) <- genSplitSizeAfter(size, n)\n    } yield (size, a, b)\n\n  private def addToWhole(gen: Gen[(Size, Size, Size)]): Property =\n    gen.forAll.map {\n      case (size, a, b) => (a.value + b.value) ==== size.value\n    }\n\n  private def propGenSplitSizeAfterFirstPartSize: Property =\n    for {\n      size  <- genSplitableSize.log(\"size\")\n      n     <- genPositiveInt.log(\"n\")\n      split <- genSplitSizeAfter(size, n).log(\"a\")\n    } yield {\n      val (a, _) = split\n      if (n <= 0) a.value.inside(1, size.value)\n      else if (n <= size.value) a.value.inside(n, size.value)\n      else a ==== size\n    }\n\n  private def genSplitableSize: Gen[Size] = Gen.int(Range.linear(2, Size.max)).map(Size(_))\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/StreamPartitionOpScala.scala","text":"<gh_stars>10-100\npackage com.imooc.scala.stream.transformation\n\nimport org.apache.flink.streaming.api.scala.{DataStream, StreamExecutionEnvironment}\nimport org.apache.flink.api.scala._\n\/**\n * \u5206\u533a\u89c4\u5219\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject StreamPartitionOpScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u6ce8\u610f\uff1a\u5728\u8fd9\u91cc\u5c06\u8fd9\u4e2a\u9690\u5f0f\u8f6c\u6362\u4ee3\u7801\u653e\u5230\u7c7b\u4e0a\u9762\n    \/\/\u56e0\u4e3a\u9ed8\u8ba4\u5b83\u53ea\u5728main\u51fd\u6570\u751f\u6548\uff0c\u9488\u5bf9\u4e0b\u9762\u63d0\u53d6\u7684shuffleOp\u662f\u65e0\u6548\uff0c\u5426\u5219\u4e5f\u9700\u8981\u5728shuffleOp\u6dfb\u52a0\u8fd9\u884c\u4ee3\u7801\n    \/\/import org.apache.flink.api.scala._\n\n    \/\/\u6ce8\u610f\uff1a\u9ed8\u8ba4\u60c5\u51b5\u4e0bFlink\u4efb\u52a1\u4e2d\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4f1a\u8bfb\u53d6\u5f53\u524d\u673a\u5668\u7684CPU\u4e2a\u6570\n    \/\/fromCollection\u7684\u5e76\u884c\u5ea6\u4e3a1\uff0c\n    val text = env.fromCollection(Array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10))\n\n    \/\/\u4f7f\u7528shuffle\u5206\u533a\u89c4\u5219\n    \/\/shuffleOp(text)\n\n    \/\/\u4f7f\u7528rebalance\u5206\u533a\u89c4\u5219\n    \/\/rebalanceOp(text)\n\n    \/\/\u4f7f\u7528rescale\u5206\u533a\u89c4\u5219\n    \/\/rescaleOp(text)\n\n    \/\/\u4f7f\u7528broadcast\u5206\u533a\u89c4\u5219\n    \/\/broadcastOp(text)\n\n    \/\/\u81ea\u5b9a\u4e49\u5206\u533a\u89c4\u5219\uff1a\u6839\u636e\u6570\u636e\u7684\u5947\u5076\u6027\u8fdb\u884c\u5206\u533a\n    \/\/\u6ce8\u610f\uff1a\u6b64\u65f6\u867d\u7136print\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\uff0c\u4f46\u662f\u81ea\u5b9a\u4e49\u7684\u5206\u533a\u89c4\u5219\u53ea\u4f1a\u628a\u6570\u636e\u5206\u53d1\u7ed92\u4e2a\u5e76\u884c\u5ea6\uff0c\u6240\u4ee5\u67092\u4e2a\u662f\u4e0d\u5e72\u6d3b\n    \/\/custormPartitionOp(text)\n\n    env.execute(\"StreamPartitionOpScala\")\n\n  }\n\n  private def custormPartitionOp(text: DataStream[Int]) = {\n    text.map(num => num)\n      .setParallelism(2) \/\/\u8bbe\u7f6emap\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a2\n      \/\/.partitionCustom(new MyPartitionerScala,0)\/\/\u8fd9\u79cd\u5199\u6cd5\u5df2\u7ecf\u8fc7\u671f\n      .partitionCustom(new MyPartitionerScala, num => num) \/\/\u5b98\u65b9\u5efa\u8bae\u4f7f\u7528keySelector\n      .print()\n      .setParallelism(4) \/\/\u8bbe\u7f6eprint\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\n  }\n\n  private def broadcastOp(text: DataStream[Int]) = {\n    text.map(num => num)\n      .setParallelism(2) \/\/\u8bbe\u7f6emap\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a2\n      .broadcast\n      .print()\n      .setParallelism(4) \/\/\u8bbe\u7f6eprint\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\n  }\n\n  private def rescaleOp(text: DataStream[Int]) = {\n    text.map(num => num)\n      .setParallelism(2) \/\/\u8bbe\u7f6emap\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a2\n      .rescale\n      .print()\n      .setParallelism(4) \/\/\u8bbe\u7f6eprint\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\n  }\n\n  private def rebalanceOp(text: DataStream[Int]) = {\n    text.map(num => num)\n      .setParallelism(2) \/\/\u8bbe\u7f6emap\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a2\n      .rebalance\n      .print()\n      .setParallelism(4) \/\/\u8bbe\u7f6eprint\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\n  }\n\n  private def shuffleOp(text: DataStream[Int]) = {\n    \/\/\u7531\u4e8efromCollection\u5df2\u7ecf\u8bbe\u7f6e\u4e86\u5e76\u884c\u5ea6\u4e3a1\uff0c\u6240\u4ee5\u9700\u8981\u518d\u63a5\u4e00\u4e2a\u7b97\u5b50\u624d\u80fd\u4fee\u6539\u5e76\u884c\u5ea6\uff0c\u5728\u8fd9\u4f7f\u7528map\u7b97\u5b50\n    text.map(num => num)\n      .setParallelism(2) \/\/\u8bbe\u7f6emap\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a2\n      .shuffle\n      .print()\n      .setParallelism(4) \/\/\u8bbe\u7f6eprint\u7b97\u5b50\u7684\u5e76\u884c\u5ea6\u4e3a4\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/SqlDemoScala.scala","text":"package com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528json\u6587\u4ef6\u521b\u5efaDataFrame\n * Created by xuwei\n *\/\nobject SqlDemoScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n        .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"SqlDemoScala\")\n      .config(conf)\n      .getOrCreate()\n\n    \/\/\u8bfb\u53d6json\u6587\u4ef6\uff0c\u83b7\u53d6DataFrame\n    val stuDf = sparkSession.read.json(\"D:\\\\student.json\").as(\"stu\")\n\n    \/\/\u67e5\u770bDataFrame\u4e2d\u7684\u6570\u636e\n    stuDf.show()\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/window\/TimeWindowOpScala.scala","text":"package com.imooc.scala.window\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/**\n * TimeWindow\u7684\u4f7f\u7528\n * 1\uff1a\u6eda\u52a8\u7a97\u53e3\n * 2\uff1a\u6ed1\u52a8\u7a97\u53e3\n * Created by xuwei\n *\/\nobject TimeWindowOpScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    val text = env.socketTextStream(\"bigdata04\", 9001)\n\n    import org.apache.flink.api.scala._\n\n    \/\/TimeWindow\u4e4b\u6eda\u52a8\u7a97\u53e3\uff1a\u6bcf\u969410\u79d2\u8ba1\u7b97\u4e00\u6b21\u524d10\u79d2\u65f6\u95f4\u7a97\u53e3\u5185\u7684\u6570\u636e\n    \/*text.flatMap(_.split(\" \"))\n      .map((_,1))\n      .keyBy(0)\n      \/\/\u7a97\u53e3\u5927\u5c0f\n      .timeWindow(Time.seconds(10))\n      .sum(1)\n      .print()*\/\n\n    \/\/TimeWindow\u4e4b\u6ed1\u52a8\u7a97\u53e3\uff1a\u6bcf\u96945\u79d2\u8ba1\u7b97\u4e00\u6b21\u524d10\u79d2\u65f6\u95f4\u7a97\u53e3\u5185\u7684\u6570\u636e\n    text.flatMap(_.split(\" \"))\n        .map((_,1))\n        .keyBy(0)\n        \/\/\u7b2c\u4e00\u4e2a\u53c2\u6570\uff1a\u7a97\u53e3\u5927\u5c0f\uff0c\u7b2c\u4e8c\u4e2a\u53c2\u6570\uff1a\u6ed1\u52a8\u95f4\u9694\n        .timeWindow(Time.seconds(10),Time.seconds(5))\n        .sum(1)\n        .print()\n\n    env.execute(\"TimeWindowOpScala\")\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/DataFrameSqlScala.scala","text":"<filename>dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/DataFrameSqlScala.scala\npackage com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528sql\u64cd\u4f5cDataFrame\n * Created by xuwei\n *\/\nobject DataFrameSqlScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"DataFrameSqlScala\")\n      .config(conf)\n      .getOrCreate()\n\n    val stuDf = sparkSession.read.json(\"D:\\\\student.json\")\n\n    \/\/\u5c06DataFrame\u6ce8\u518c\u4e3a\u4e00\u4e2a\u4e34\u65f6\u8868\n    stuDf.createOrReplaceTempView(\"student\")\n\n    \/\/\u4f7f\u7528sql\u67e5\u8be2\u4e34\u65f6\u8868\u4e2d\u7684\u6570\u636e\n    sparkSession.sql(\"select age,count(*) as num from student group by age\")\n      .show()\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/transformation\/BatchFirstNScala.scala","text":"package com.imooc.scala.batch.transformation\n\nimport org.apache.flink.api.common.operators.Order\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * first-n\uff1a\u83b7\u53d6\u96c6\u5408\u4e2d\u7684\u524dN\u4e2a\u5143\u7d20\n * Created by xuwei\n *\/\nobject BatchFirstNScala {\n  def main(args: Array[String]): Unit = {\n    val env = ExecutionEnvironment.getExecutionEnvironment\n    val data = ListBuffer[Tuple2[Int,String]]()\n    data.append((2,\"zs\"))\n    data.append((4,\"ls\"))\n    data.append((3,\"ww\"))\n    data.append((1,\"aw\"))\n    data.append((1,\"xw\"))\n    data.append((1,\"mw\"))\n\n    import org.apache.flink.api.scala._\n    \/\/\u521d\u59cb\u5316\u6570\u636e\n    val text = env.fromCollection(data)\n\n    \/\/\u83b7\u53d6\u524d3\u6761\u6570\u636e\uff0c\u6309\u7167\u6570\u636e\u63d2\u5165\u7684\u987a\u5e8f\n    text.first(3).print()\n    println(\"===========================\")\n\n    \/\/\u6839\u636e\u6570\u636e\u4e2d\u7684\u7b2c\u4e00\u5217\u8fdb\u884c\u5206\u7ec4\uff0c\u83b7\u53d6\u6bcf\u7ec4\u7684\u524d2\u4e2a\u5143\u7d20\n    text.groupBy(0).first(2).print()\n    println(\"===========================\")\n\n\n    \/\/\u6839\u636e\u6570\u636e\u4e2d\u7684\u7b2c\u4e00\u5217\u5206\u7ec4\uff0c\u518d\u6839\u636e\u7b2c\u4e8c\u5217\u8fdb\u884c\u7ec4\u5185\u6392\u5e8f[\u5012\u5e8f],\u83b7\u53d6\u6bcf\u7ec4\u7684\u524d2\u4e2a\u5143\u7d20\n    \/\/\u5206\u7ec4\u6392\u5e8f\u53d6TopN\n    text.groupBy(0).sortGroup(1,Order.DESCENDING).first(2).print()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/MapPartitionsOpScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n * \u9700\u6c42\uff1amapPartitons\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject MapPartitionsOpScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"MapPartitionsOpScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    \/\/\u8bbe\u7f6e\u5206\u533a\u6570\u91cf\u4e3a2\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5),2)\n\n    \/\/map\u7b97\u5b50\u4e00\u6b21\u5904\u7406\u4e00\u6761\u6570\u636e\n    \/*val sum = dataRDD.map(item=>{\n      println(\"==============\")\n      item * 2\n    }).reduce( _ + _)*\/\n\n    \/\/mapPartitions\u7b97\u5b50\u4e00\u6b21\u5904\u7406\u4e00\u4e2a\u5206\u533a\u7684\u6570\u636e\n    val sum = dataRDD.mapPartitions(it=>{\n      \/\/\u5efa\u8bae\u9488\u5bf9\u521d\u59cb\u5316\u94fe\u63a5\u4e4b\u7c7b\u7684\u64cd\u4f5c\uff0c\u4f7f\u7528mapPartitions\uff0c\u653e\u5728mapPartitions\u5185\u90e8\n      \/\/\u4f8b\u5982\uff1a\u521b\u5efa\u6570\u636e\u5e93\u94fe\u63a5\uff0c\u4f7f\u7528mapPartitions\u53ef\u4ee5\u51cf\u5c11\u94fe\u63a5\u521b\u5efa\u7684\u6b21\u6570\uff0c\u63d0\u9ad8\u6027\u80fd\n      \/\/\u6ce8\u610f\uff1a\u521b\u5efa\u6570\u636e\u5e93\u94fe\u63a5\u7684\u4ee3\u7801\u5efa\u8bae\u653e\u5728\u6b21\u6570\uff0c\u4e0d\u8981\u653e\u5728Driver\u7aef\u6216\u8005it.foreach\u5185\u90e8\n      \/\/\u6570\u636e\u5e93\u94fe\u63a5\u653e\u5728Driver\u7aef\u4f1a\u5bfc\u81f4\u94fe\u63a5\u65e0\u6cd5\u5e8f\u5217\u5316\uff0c\u65e0\u6cd5\u4f20\u9012\u5230\u5bf9\u5e94\u7684task\u4e2d\u6267\u884c\uff0c\u6240\u4ee5\u7b97\u5b50\u5728\u6267\u884c\u7684\u65f6\u5019\u4f1a\u62a5\u9519\n      \/\/\u6570\u636e\u5e93\u94fe\u63a5\u653e\u5728it.foreach()\u5185\u90e8\u8fd8\u662f\u4f1a\u521b\u5efa\u591a\u4e2a\u94fe\u63a5\uff0c\u548c\u4f7f\u7528map\u7b97\u5b50\u7684\u6548\u679c\u662f\u4e00\u6837\u7684\n      println(\"==================\")\n      val result = new ArrayBuffer[Int]()\n      \/\/\u8fd9\u4e2aforeach\u662f\u8c03\u7528\u7684scala\u91cc\u9762\u7684\u51fd\u6570\n      it.foreach(item=>{\n        result.+=(item * 2)\n      })\n      \/\/\u5173\u95ed\u6570\u636e\u5e93\u94fe\u63a5\n      result.toIterator\n    }).reduce(_ + _)\n\n\n    println(\"sum:\"+sum)\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/CreateRddByArrayScala.scala","text":"<reponame>dcm-inv\/dcm-work<filename>dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/CreateRddByArrayScala.scala\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528\u96c6\u5408\u521b\u5efaRDD\n * Created by xuwei\n *\/\nobject CreateRddByArrayScala {\n\n  def main(args: Array[String]): Unit = {\n    \/\/\u521b\u5efaSparkContext\n    val conf = new SparkConf()\n    conf.setAppName(\"CreateRddByArrayScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    \/\/\u521b\u5efa\u96c6\u5408\n    val arr = Array(1,2,3,4,5)\n    \/\/\u57fa\u4e8e\u96c6\u5408\u521b\u5efaRDD\n    val rdd = sc.parallelize(arr)\n    \/\/\u5bf9\u96c6\u5408\u4e2d\u7684\u6570\u636e\u6c42\u548c\n    val sum = rdd.reduce(_ + _)\n\n    \/\/\u6ce8\u610f\uff1a\u8fd9\u884cprintln\u4ee3\u7801\u662f\u5728driver\u8fdb\u7a0b\u4e2d\u6267\u884c\u7684\n    println(sum)\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/AccumulatorOpScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528\u7d2f\u52a0\u53d8\u91cf\n * Created by xuwei\n *\/\nobject AccumulatorOpScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"AccumulatorOpScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/\u8fd9\u79cd\u5199\u6cd5\u662f\u9519\u8bef\u7684\uff0c\u56e0\u4e3aforeach\u4ee3\u7801\u662f\u5728worker\u8282\u70b9\u4e0a\u6267\u884c\u7684\n    \/\/var total = 0 \u548c println(total) \u662f\u5728Driver\u8fdb\u7a0b\u4e2d\u6267\u884c\u7684\n    \/\/\u6240\u4ee5\u65e0\u6cd5\u5b9e\u73b0\u7d2f\u52a0\u64cd\u4f5c\n    \/\/\u5e76\u4e14foreach\u7b97\u5b50\u53ef\u80fd\u4f1a\u5728\u591a\u4e2atask\u4e2d\u6267\u884c\uff0c\u8fd9\u6837foreach\u5185\u90e8\u5b9e\u73b0\u7684\u7d2f\u52a0\u4e5f\u4e0d\u662f\u6700\u7ec8\u5168\u5c40\u7d2f\u52a0\u7684\u7ed3\u679c\n    \/*var total = 0\n    dataRDD.foreach(num=>total += num)\n    println(total)*\/\n\n    \/\/\u6240\u4ee5\u6b64\u65f6\u60f3\u8981\u5b9e\u73b0\u7d2f\u52a0\u64cd\u4f5c\u5c31\u9700\u8981\u4f7f\u7528\u7d2f\u52a0\u53d8\u91cf\u4e86\n    \/\/1\uff1a\u5b9a\u4e49\u7d2f\u52a0\u53d8\u91cf\n    val sumAccumulator = sc.longAccumulator\n\n    \/\/2\uff1a\u4f7f\u7528\u7d2f\u52a0\u53d8\u91cf\n    dataRDD.foreach(num=>sumAccumulator.add(num))\n\n    \/\/\u6ce8\u610f\uff1a\u53ea\u80fd\u5728Driver\u8fdb\u7a0b\u4e2d\u83b7\u53d6\u7d2f\u52a0\u53d8\u91cf\u7684\u7ed3\u679c\n    println(sumAccumulator.value)\n\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/TableToDataStreamScala.scala","text":"<gh_stars>10-100\npackage com.imooc.scala.tablesql\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.table.api.EnvironmentSettings\nimport org.apache.flink.table.api.bridge.scala.StreamTableEnvironment\nimport org.apache.flink.types.Row\n\n\/**\n * \u5c06table\u8f6c\u6362\u6210DataStream\n * Created by xuwei\n *\/\nobject TableToDataStreamScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6StreamTableEnvironment\n    val ssEnv = StreamExecutionEnvironment.getExecutionEnvironment\n    val ssSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inStreamingMode().build()\n    val ssTableEnv = StreamTableEnvironment.create(ssEnv, ssSettings)\n\n    \/\/\u521b\u5efa\u8f93\u5165\u8868\n    ssTableEnv.executeSql(\"\" +\n      \"create table myTable(\\n\" +\n      \"id int,\\n\" +\n      \"name string\\n\" +\n      \") with (\\n\" +\n      \"'connector.type' = 'filesystem',\\n\" +\n      \"'connector.path' = 'D:\\\\data\\\\source',\\n\" +\n      \"'format.type' = 'csv'\\n\" +\n      \")\")\n\n    \/\/\u83b7\u53d6table\n    val table = ssTableEnv.from(\"myTable\")\n\n    \/\/\u5c06table\u8f6c\u6362\u4e3aDataStream\n    \/\/\u5982\u679c\u53ea\u6709\u65b0\u589e(\u8ffd\u52a0)\u64cd\u4f5c\uff0c\u53ef\u4ee5\u4f7f\u7528toAppendStream\n    import org.apache.flink.api.scala._\n    val appStream = ssTableEnv.toAppendStream[Row](table)\n    appStream.map(row=>(row.getField(0).toString.toInt,row.getField(1).toString))\n      .print()\n\n\n    \/\/\u5982\u679c\u6709\u589e\u52a0\u64cd\u4f5c\uff0c\u8fd8\u6709\u5220\u9664\u64cd\u4f5c\uff0c\u5219\u4f7f\u7528toRetractStream\n    val retStream = ssTableEnv.toRetractStream[Row](table)\n    retStream.map(tup=>{\n      val flag = tup._1\n      val row = tup._2\n      val id = row.getField(0).toString.toInt\n      val name = row.getField(1).toString\n      (flag,id,name)\n    }).print()\n\n    \/\/\u6ce8\u610f\uff1a\u5c06table\u8f6c\u6362\u4e3aDataStream\u4e4b\u540e\uff0c\u5c31\u9700\u8981\u8c03\u7528StreamExecutionEnvironment\u4e2d\u7684execute\u65b9\u6cd5\u4e86\n    ssEnv.execute(\"TableToDataStreamScala\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/DataFrameOpScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * \u9700\u6c42\uff1aDataFrame\u5e38\u89c1\u64cd\u4f5c\n * Created by xuwei\n *\/\nobject DataFrameOpScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"DataFrameOpScala\")\n      .config(conf)\n      .getOrCreate()\n\n    val stuDf = sparkSession.read.json(\"D:\\\\student.json\")\n\n    \/\/\u6253\u5370schema\u4fe1\u606f\n    stuDf.printSchema()\n\n    \/\/\u9ed8\u8ba4\u663e\u793a\u6240\u6709\u6570\u636e\uff0c\u53ef\u4ee5\u901a\u8fc7\u53c2\u6570\u63a7\u5236\u663e\u793a\u591a\u5c11\u6761\n    stuDf.show(2)\n\n    \/\/\u67e5\u8be2\u6570\u636e\u4e2d\u7684\u6307\u5b9a\u5b57\u6bb5\u4fe1\u606f\n    stuDf.select(\"name\",\"age\").show()\n\n    \/\/\u5728\u4f7f\u7528select\u7684\u65f6\u5019\u53ef\u4ee5\u5bf9\u6570\u636e\u505a\u4e00\u4e9b\u64cd\u4f5c\uff0c\u9700\u8981\u6dfb\u52a0\u9690\u5f0f\u8f6c\u6362\u51fd\u6570\uff0c\u5426\u5219\u8bed\u6cd5\u62a5\u9519\n    import sparkSession.implicits._\n    stuDf.select($\"name\",$\"age\"+1).show()\n\n    \/\/\u5bf9\u6570\u636e\u8fdb\u884c\u8fc7\u6ee4\uff0c\u9700\u8981\u6dfb\u52a0\u9690\u5f0f\u8f6c\u6362\u51fd\u6570\uff0c\u5426\u5219\u62a5\u9519\n    stuDf.filter($\"age\">18).show()\n    \/\/where\u5e95\u5c42\u8c03\u7528\u7684\u5c31\u662ffilter\n    stuDf.where($\"age\">18).show()\n\n    \/\/\u5bf9\u6570\u636e\u8fdb\u884c\u5206\u7ec4\u6c42\u548c\n    stuDf.groupBy(\"age\").count().show()\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/TopNScala.scala","text":"package com.imooc.scala\n\nimport com.alibaba.fastjson.JSON\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aTopN\u4e3b\u64ad\u7edf\u8ba1\n * 1\uff1a\u9996\u5148\u83b7\u53d6\u4e24\u4efd\u6570\u636e\u4e2d\u7684\u6838\u5fc3\u5b57\u6bb5\uff0c\u4f7f\u7528fastjson\u5305\u89e3\u6790\u6570\u636e\n * \u4e3b\u64ad\u5f00\u64ad\u8bb0\u5f55(video_info.log):\u4e3b\u64adID\uff1auid\uff0c\u76f4\u64ad\u95f4ID\uff1avid\uff0c\u5927\u533a\uff1aarea\n * (vid,(uid,area))\n * \u7528\u6237\u9001\u793c\u8bb0\u5f55(gift_record.log)\uff1a\u76f4\u64ad\u95f4ID\uff1avid\uff0c\u91d1\u5e01\u6570\u91cf\uff1agold\n * (vid,gold)\n *\n * \u8fd9\u6837\u7684\u8bdd\u53ef\u4ee5\u628a\u8fd9\u4e24\u4efd\u6570\u636e\u5173\u8054\u5230\u4e00\u5757\u5c31\u80fd\u83b7\u53d6\u5230\u5927\u533a\u3001\u4e3b\u64adid\u3001\u91d1\u5e01\u8fd9\u4e9b\u4fe1\u606f\u4e86\uff0c\u4f7f\u7528\u76f4\u64ad\u95f4vid\u8fdb\u884c\u5173\u8054\n *\n * 2\uff1a\u5bf9\u7528\u6237\u9001\u793c\u8bb0\u5f55\u6570\u636e\u8fdb\u884c\u805a\u5408\uff0c\u5bf9\u76f8\u540cvid\u7684\u6570\u636e\u6c42\u548c\n * \u56e0\u4e3a\u7528\u6237\u53ef\u80fd\u5728\u4e00\u6b21\u76f4\u64ad\u4e2d\u7ed9\u4e3b\u64ad\u9001\u591a\u6b21\u793c\u7269\n * (vid,gold_sum)\n *\n * 3\uff1a\u628a\u8fd9\u4e24\u4efd\u6570\u636ejoin\u5230\u4e00\u5757\uff0cvid\u4f5c\u4e3ajoin\u7684key\n * (vid,((uid,area),gold_sum))\n *\n * 4\uff1a\u4f7f\u7528map\u8fed\u4ee3join\u4e4b\u540e\u7684\u6570\u636e\uff0c\u6700\u540e\u83b7\u53d6\u5230uid\u3001area\u3001gold_sum\u5b57\u6bb5\n * \u7531\u4e8e\u4e00\u4e2a\u4e3b\u64ad\u4e00\u5929\u53ef\u80fd\u4f1a\u5f00\u64ad\u591a\u6b21\uff0c\u540e\u9762\u9700\u8981\u57fa\u4e8euid\u548carea\u518d\u505a\u4e00\u6b21\u805a\u5408\uff0c\u6240\u4ee5\u628a\u6570\u636e\u8f6c\u6362\u6210\u8fd9\u79cd\u683c\u5f0f\n *\n * uid\u548carea\u662f\u4e00\u4e00\u5bf9\u5e94\u7684\uff0c\u4e00\u4e2a\u4eba\u53ea\u80fd\u5c5e\u4e8e\u5927\u533a\n * ((uid,area),gold_sum)\n *\n * 5\uff1a\u4f7f\u7528reduceByKey\u7b97\u5b50\u5bf9\u6570\u636e\u8fdb\u884c\u805a\u5408\n * ((uid,area),gold_sum_all)\n *\n * 6\uff1a\u63a5\u4e0b\u6765\u5bf9\u9700\u8981\u4f7f\u7528groupByKey\u5bf9\u6570\u636e\u8fdb\u884c\u5206\u7ec4\uff0c\u6240\u4ee5\u5148\u4f7f\u7528map\u8fdb\u884c\u8f6c\u6362\n * \u56e0\u4e3a\u6211\u4eec\u8981\u5206\u533a\u7edf\u8ba1TopN\uff0c\u6240\u4ee5\u8981\u6839\u636e\u5927\u533a\u5206\u7ec4\n * map\uff1a(area,(uid,gold_sum_all))\n * groupByKey: area,<(uid,gold_sum_all),(uid,gold_sum_all),(uid,gold_sum_all)>\n *\n * 7\uff1a\u4f7f\u7528map\u8fed\u4ee3\u6bcf\u4e2a\u5206\u7ec4\u5185\u7684\u6570\u636e\uff0c\u6309\u7167\u91d1\u5e01\u6570\u91cf\u5012\u5e8f\u6392\u5e8f\uff0c\u53d6\u524dN\u4e2a\uff0c\u6700\u7ec8\u8f93\u51faarea,topN\n * \u8fd9\u4e2atopN\u5176\u5b9e\u5c31\u662f\u628a\u524d\u51e0\u540d\u4e3b\u64ad\u7684id\u8fd8\u6709\u91d1\u5e01\u6570\u91cf\u62fc\u63a5\u6210\u4e00\u4e2a\u5b57\u7b26\u4e32\n * (area,topN)\n *\n * 8\uff1a\u4f7f\u7528foreach\u5c06\u7ed3\u679c\u6253\u5370\u5230\u63a7\u5236\u53f0\uff0c\u591a\u4e2a\u5b57\u6bb5\u4f7f\u7528\u5236\u8868\u7b26\u5206\u5272\n * area\ttopN\n * Created by xuwei\n *\/\nobject TopNScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"TopNScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    \/\/1\uff1a\u9996\u5148\u83b7\u53d6\u4e24\u4efd\u6570\u636e\u4e2d\u7684\u6838\u5fc3\u5b57\u6bb5\uff0c\u4f7f\u7528fastjson\u5305\u89e3\u6790\u6570\u636e\n    val videoInfoRDD = sc.textFile(\"D:\\\\video_info.log\")\n    val giftRecordRDD = sc.textFile(\"D:\\\\gift_record.log\")\n\n    \/\/(vid,(uid,area))\n    val videoInfoFieldRDD = videoInfoRDD.map(line=>{\n      val jsonObj = JSON.parseObject(line)\n      val vid = jsonObj.getString(\"vid\")\n      val uid = jsonObj.getString(\"uid\")\n      val area = jsonObj.getString(\"area\")\n      (vid,(uid,area))\n    })\n\n    \/\/(vid,gold)\n    val giftRecordFieldRDD = giftRecordRDD.map(line=>{\n      val jsonObj = JSON.parseObject(line)\n      val vid = jsonObj.getString(\"vid\")\n      val gold = Integer.parseInt(jsonObj.getString(\"gold\"))\n      (vid,gold)\n    })\n    \/\/2\uff1a\u5bf9\u7528\u6237\u9001\u793c\u8bb0\u5f55\u6570\u636e\u8fdb\u884c\u805a\u5408\uff0c\u5bf9\u76f8\u540cvid\u7684\u6570\u636e\u6c42\u548c\n    \/\/(vid,gold_sum)\n    val giftRecordFieldAggRDD = giftRecordFieldRDD.reduceByKey(_ + _)\n\n    \/\/3\uff1a\u628a\u8fd9\u4e24\u4efd\u6570\u636ejoin\u5230\u4e00\u5757\uff0cvid\u4f5c\u4e3ajoin\u7684key\n    \/\/(vid,((uid,area),gold_sum))\n    val joinRDD = videoInfoFieldRDD.join(giftRecordFieldAggRDD)\n\n    \/\/4\uff1a\u4f7f\u7528map\u8fed\u4ee3join\u4e4b\u540e\u7684\u6570\u636e\uff0c\u6700\u540e\u83b7\u53d6\u5230uid\u3001area\u3001gold_sum\u5b57\u6bb5\n    \/\/((uid,area),gold_sum)\n    val joinMapRDD = joinRDD.map(tup=>{\n      \/\/joinRDD: (vid,((uid,area),gold_sum))\n      \/\/\u83b7\u53d6uid\n      val uid = tup._2._1._1\n      \/\/\u83b7\u53d6area\n      val area = tup._2._1._2\n      \/\/\u83b7\u53d6gold_sum\n      val gold_sum = tup._2._2\n      ((uid,area),gold_sum)\n    })\n\n    \/\/5\uff1a\u4f7f\u7528reduceByKey\u7b97\u5b50\u5bf9\u6570\u636e\u8fdb\u884c\u805a\u5408\n    \/\/((uid,area),gold_sum_all)\n    val reduceRDD = joinMapRDD.reduceByKey(_ + _)\n\n    \/\/6\uff1a\u63a5\u4e0b\u6765\u5bf9\u9700\u8981\u4f7f\u7528groupByKey\u5bf9\u6570\u636e\u8fdb\u884c\u5206\u7ec4\uff0c\u6240\u4ee5\u5148\u4f7f\u7528map\u8fdb\u884c\u8f6c\u6362\n    \/\/map\uff1a(area,(uid,gold_sum_all))\n    \/\/groupByKey: area,<(uid,gold_sum_all),(uid,gold_sum_all),(uid,gold_sum_all)>\n    val groupRDD = reduceRDD.map(tup=>(tup._1._2,(tup._1._1,tup._2))).groupByKey()\n\n    \/\/7\uff1a\u4f7f\u7528map\u8fed\u4ee3\u6bcf\u4e2a\u5206\u7ec4\u5185\u7684\u6570\u636e\uff0c\u6309\u7167\u91d1\u5e01\u6570\u91cf\u5012\u5e8f\u6392\u5e8f\uff0c\u53d6\u524dN\u4e2a\uff0c\u6700\u7ec8\u8f93\u51faarea,topN\n    \/\/(area,topN)\n    val top3RDD = groupRDD.map(tup=>{\n      val area = tup._1\n      \/\/toList\uff1a\u628aiterable\u8f6c\u6210list\n      \/\/sortBy\uff1a\u6392\u5e8f\uff0c\u9ed8\u8ba4\u662f\u6b63\u5e8f\n      \/\/reverse\uff1a\u53cd\u8f6c\uff0c\u5b9e\u73b0\u5012\u5e8f\u6548\u679c\n      \/\/take(3)\uff1a\u53d6\u524d3\u4e2a\u5143\u7d20\n      \/\/mkString\uff1a\u4f7f\u7528\u6307\u5b9a\u5b57\u7b26\u628a\u96c6\u5408\u8f6c\u6210\u5b57\u7b26\u4e32\n      \/\/uid:gold_sum_all,uid:gold_sum_all,uid:gold_sum_all\n      val top3 = tup._2.toList.sortBy(_._2).reverse.take(3).map(tup=>tup._1+\":\"+tup._2).mkString(\",\")\n      (area,top3)\n    })\n\n    \/\/8\uff1a\u4f7f\u7528foreach\u5c06\u7ed3\u679c\u6253\u5370\u5230\u63a7\u5236\u53f0\uff0c\u591a\u4e2a\u5b57\u6bb5\u4f7f\u7528\u5236\u8868\u7b26\u5206\u5272\n    top3RDD.foreach(tup=>println(tup._1+\"\\t\"+tup._2))\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/transformation\/BatchJoinScala.scala","text":"package com.imooc.scala.batch.transformation\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\n\/**\n * join\uff1a\u5185\u8fde\u63a5\n * Created by xuwei\n *\/\nobject BatchJoinScala {\n  def main(args: Array[String]): Unit = {\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e00\u4efd\u6570\u636e Tuple2<\u7528\u6237id\uff0c\u7528\u6237\u59d3\u540d>\n    val text1 = env.fromCollection(Array((1, \"jack\"), (2, \"tom\"), (3, \"mick\")))\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e8c\u4efd\u6570\u636e Tuple2<\u7528\u6237id\uff0c\u7528\u6237\u6240\u5728\u57ce\u5e02>\n    val text2 = env.fromCollection(Array((1, \"bj\"), (2, \"sh\"), (4, \"gz\")))\n\n    \/\/\u5bf9\u4e24\u4efd\u6570\u636e\u96c6\u6267\u884cjoin\u64cd\u4f5c\n    text1.join(text2)\n      \/\/\u6ce8\u610f\uff1a\u8fd9\u91cc\u7684where\u548cequalsTo\u5b9e\u73b0\u7c7b\u4f3c\u4e8eon fieldA=fieldB\u7684\u6548\u679c\n      \/\/where\uff1a\u6307\u5b9a\u5de6\u8fb9\u6570\u636e\u96c6\u4e2d\u53c2\u4e0e\u6bd4\u8f83\u7684\u5143\u7d20\u89d2\u6807\n      .where(0)\n      \/\/equalTo\uff1a\u6307\u5b9a\u53f3\u8fb9\u6570\u636e\u96c6\u4e2d\u53c2\u4e0e\u6bd4\u8f83\u7684\u5143\u7d20\u89d2\u6807\n      .equalTo(0){(first,second)=>{\n        (first._1,first._2,second._2)\n      }}.print()\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/RddToDataFrameByProgramScala.scala","text":"<reponame>dcm-inv\/dcm-work<gh_stars>0\npackage com.imooc.scala.sql\n\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.types.{IntegerType, StringType, StructField, StructType}\nimport org.apache.spark.sql.{Row, SparkSession}\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528\u7f16\u7a0b\u65b9\u5f0f\u5b9e\u73b0RDD\u8f6c\u6362\u4e3aDataFrame\n * Created by xuwei\n *\/\nobject RddToDataFrameByProgramScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"RddToDataFrameByReflectScala\")\n      .config(conf)\n      .getOrCreate()\n\n    \/\/\u83b7\u53d6SparkContext\n    val sc = sparkSession.sparkContext\n\n    val dataRDD = sc.parallelize(Array((\"jack\",18),(\"tom\",20),(\"jessic\",30)))\n\n    \/\/\u7ec4\u88c5rowRDD\n    val rowRDD = dataRDD.map(tup=>Row(tup._1,tup._2))\n    \/\/\u6307\u5b9a\u5143\u6570\u636e\u4fe1\u606f\u3010\u8fd9\u4e2a\u5143\u6570\u636e\u4fe1\u606f\u5c31\u53ef\u4ee5\u52a8\u6001\u4ece\u5916\u90e8\u83b7\u53d6\u4e86\uff0c\u6bd4\u8f83\u7075\u6d3b\u3011\n    val schema = StructType(Array(\n      StructField(\"name\",StringType,true),\n      StructField(\"age\",IntegerType,true)\n    ))\n\n    \/\/\u7ec4\u88c5DataFrame\n    val stuDf = sparkSession.createDataFrame(rowRDD,schema)\n\n    \/\/\u4e0b\u9762\u5c31\u53ef\u4ee5\u901a\u8fc7DataFrame\u7684\u65b9\u5f0f\u64cd\u4f5cdataRDD\u4e2d\u7684\u6570\u636e\u4e86\n    stuDf.createOrReplaceTempView(\"student\")\n\n    \/\/\u6267\u884csql\u67e5\u8be2\n    val resDf = sparkSession.sql(\"select name,age from student where age > 18\")\n\n    \/\/\u5c06DataFrame\u8f6c\u5316\u4e3aRDD\n    val resRDD = resDf.rdd\n    resRDD.map(row=>(row(0).toString,row(1).toString.toInt))\n      .collect()\n      .foreach(println(_))\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/ActionOpScala.scala","text":"<filename>dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/ActionOpScala.scala\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aAction\u5b9e\u6218\n * reduce\uff1a\u805a\u5408\u8ba1\u7b97\n * collect\uff1a\u83b7\u53d6\u5143\u7d20\u96c6\u5408\n * take(n)\uff1a\u83b7\u53d6\u524dn\u4e2a\u5143\u7d20\n * count\uff1a\u83b7\u53d6\u5143\u7d20\u603b\u6570\n * saveAsTextFile\uff1a\u4fdd\u5b58\u6587\u4ef6\n * countByKey\uff1a\u7edf\u8ba1\u76f8\u540c\u7684key\u51fa\u73b0\u591a\u5c11\u6b21\n * foreach\uff1a\u8fed\u4ee3\u904d\u5386\u5143\u7d20\n *\n * Created by xuwei\n *\/\nobject ActionOpScala {\n\n  def main(args: Array[String]): Unit = {\n    val sc = getSparkContext\n    \/\/reduce\uff1a\u805a\u5408\u8ba1\u7b97\n    \/\/reduceOp(sc)\n    \/\/collect\uff1a\u83b7\u53d6\u5143\u7d20\u96c6\u5408\n    \/\/collectOp(sc)\n    \/\/take(n)\uff1a\u83b7\u53d6\u524dn\u4e2a\u5143\u7d20\n    \/\/takeOp(sc)\n    \/\/count\uff1a\u83b7\u53d6\u5143\u7d20\u603b\u6570\n    \/\/countOp(sc)\n    \/\/saveAsTextFile\uff1a\u4fdd\u5b58\u6587\u4ef6\n    \/\/saveAsTextFileOp(sc)\n    \/\/countByKey\uff1a\u7edf\u8ba1\u76f8\u540c\u7684key\u51fa\u73b0\u591a\u5c11\u6b21\n    \/\/countByKeyOp(sc)\n    \/\/foreach\uff1a\u8fed\u4ee3\u904d\u5386\u5143\u7d20\n    \/\/foreachOp(sc)\n\n    sc.stop()\n  }\n\n  def foreachOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/\u6ce8\u610f\uff1aforeach\u4e0d\u4ec5\u9650\u4e8e\u6267\u884cprintln\u64cd\u4f5c\uff0c\u8fd9\u4e2a\u53ea\u662f\u5728\u6d4b\u8bd5\u7684\u65f6\u5019\u4f7f\u7528\u7684\n    \/\/\u5b9e\u9645\u5de5\u4f5c\u4e2d\u5982\u679c\u9700\u8981\u628a\u8ba1\u7b97\u7684\u7ed3\u679c\u4fdd\u5b58\u5230\u7b2c\u4e09\u65b9\u7684\u5b58\u50a8\u4ecb\u8d28\u4e2d\uff0c\u5c31\u9700\u8981\u4f7f\u7528foreach\n    \/\/\u5728\u91cc\u9762\u5b9e\u73b0\u5177\u4f53\u5411\u5916\u90e8\u8f93\u51fa\u6570\u636e\u7684\u4ee3\u7801\n    dataRDD.foreach(println(_))\n  }\n\n  def countByKeyOp(sc: SparkContext): Unit = {\n    val daraRDD = sc.parallelize(Array((\"A\",1001),(\"B\",1002),(\"A\",1003),(\"C\",1004)))\n    \/\/\u8fd4\u56de\u7684\u662f\u4e00\u4e2amap\u7c7b\u578b\u7684\u6570\u636e\n    val res = daraRDD.countByKey()\n    for((k,v) <- res){\n      println(k+\",\"+v)\n    }\n  }\n\n  def saveAsTextFileOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/\u6307\u5b9aHDFS\u7684\u8def\u5f84\u4fe1\u606f\u5373\u53ef\uff0c\u9700\u8981\u6307\u5b9a\u4e00\u4e2a\u4e0d\u5b58\u5728\u7684\u76ee\u5f55\n    dataRDD.saveAsTextFile(\"hdfs:\/\/bigdata01:9000\/out001\")\n  }\n\n  def countOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    val res = dataRDD.count()\n    println(res)\n  }\n\n  def takeOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/\u4eceRDD\u4e2d\u83b7\u53d6\u524d2\u4e2a\u5143\u7d20\n    val res = dataRDD.take(2)\n    for(item <- res){\n      println(item)\n    }\n  }\n\n  def collectOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/collect\u8fd4\u56de\u7684\u662f\u4e00\u4e2aArray\u6570\u7ec4\n    \/\/\u6ce8\u610f\uff1a\u5982\u679cRDD\u4e2d\u6570\u636e\u91cf\u8fc7\u5927\uff0c\u4e0d\u5efa\u8bae\u4f7f\u7528collect\uff0c\u56e0\u4e3a\u6700\u7ec8\u7684\u6570\u636e\u4f1a\u8fd4\u56de\u7ed9Driver\u8fdb\u7a0b\u6240\u5728\u7684\u8282\u70b9\n    \/\/\u5982\u679c\u60f3\u8981\u83b7\u53d6\u51e0\u6761\u6570\u636e\uff0c\u67e5\u770b\u4e00\u4e0b\u6570\u636e\u683c\u5f0f\uff0c\u53ef\u4ee5\u4f7f\u7528take(n)\n    val res = dataRDD.collect()\n    for(item <- res){\n      println(item)\n    }\n  }\n\n  def reduceOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    val num = dataRDD.reduce(_ + _)\n    println(num)\n  }\n\n  def getSparkContext = {\n    val conf = new SparkConf()\n    conf.setAppName(\"ActionOpScala\")\n      .setMaster(\"local\")\n    new SparkContext(conf)\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/WordCountScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u5355\u8bcd\u8ba1\u6570\n * Created by xuwei\n *\/\nobject WordCountScala {\n\n  def main(args: Array[String]): Unit = {\n    \/\/\u7b2c\u4e00\u6b65\uff1a\u521b\u5efaSparkContext\n    val conf = new SparkConf()\n    conf.setAppName(\"WordCountScala\")\/\/\u8bbe\u7f6e\u4efb\u52a1\u540d\u79f0\n      \/\/.setMaster(\"local\")\/\/local\u8868\u793a\u5728\u672c\u5730\u6267\u884c\n    val sc = new SparkContext(conf)\n\n    \/\/\u7b2c\u4e8c\u6b65\uff1a\u52a0\u8f7d\u6570\u636e\n    var path = \"D:\\\\hello.txt\"\n    if(args.length==1){\n      path = args(0)\n    }\n    val linesRDD = sc.textFile(path)\n\n    \/\/\u7b2c\u4e09\u6b65\uff1a\u5bf9\u6570\u636e\u8fdb\u884c\u5207\u5272\uff0c\u628a\u4e00\u884c\u6570\u636e\u5207\u5206\u6210\u4e00\u4e2a\u4e00\u4e2a\u7684\u5355\u8bcd\n    val wordsRDD = linesRDD.flatMap(_.split(\" \"))\n\n    \/\/\u7b2c\u56db\u6b65\uff1a\u8fed\u4ee3words\uff0c\u5c06\u6bcf\u4e2aword\u8f6c\u6362\u4e3a(word,1)\u8fd9\u79cd\u5f62\u5f0f\n    val pairRDD = wordsRDD.map((_,1))\n\n    \/\/\u7b2c\u4e94\u6b65\uff1a\u6839\u636ekey(\u5176\u5b9e\u5c31\u662fword)\u8fdb\u884c\u5206\u7ec4\u805a\u5408\u7edf\u8ba1\n    val wordCountRDD = pairRDD.reduceByKey(_ + _)\n\n    \/\/\u7b2c\u516d\u6b65\uff1a\u5c06\u7ed3\u679c\u6253\u5370\u5230\u63a7\u5236\u53f0\n    \/\/\u6ce8\u610f\uff1a\u53ea\u6709\u5f53\u4efb\u52a1\u6267\u884c\u5230\u8fd9\u4e00\u884c\u4ee3\u7801\u7684\u65f6\u5019\uff0c\u4efb\u52a1\u624d\u4f1a\u771f\u6b63\u5f00\u59cb\u6267\u884c\u8ba1\u7b97\n    \/\/\u5982\u679c\u4efb\u52a1\u4e2d\u6ca1\u6709\u8fd9\u4e00\u884c\u4ee3\u7801\uff0c\u524d\u9762\u7684\u6240\u6709\u7b97\u5b50\u662f\u4e0d\u4f1a\u6267\u884c\u7684\n    wordCountRDD.foreach(wordCount=>println(wordCount._1+\"--\"+wordCount._2))\n\n    \/\/\u7b2c\u4e03\u6b65\uff1a\u505c\u6b62SparkContext\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/kafkaconnector\/StreamKafkaSourceScala.scala","text":"<gh_stars>10-100\npackage com.imooc.scala.kafkaconnector\n\nimport java.util.Properties\n\nimport org.apache.flink.api.common.serialization.SimpleStringSchema\nimport org.apache.flink.contrib.streaming.state.RocksDBStateBackend\nimport org.apache.flink.streaming.api.CheckpointingMode\nimport org.apache.flink.streaming.api.environment.CheckpointConfig\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.connectors.kafka.FlinkKafkaConsumer\n\n\/**\n * Flink\u4ecekafka\u4e2d\u6d88\u8d39\u6570\u636e\n * Created by xuwei\n *\/\nobject StreamKafkaSourceScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u6bcf\u96945000 ms\u6267\u884c\u4e00\u6b21checkpoint(\u8bbe\u7f6echeckpoint\u7684\u5468\u671f)\n    env.enableCheckpointing(5000)\n\n    \/\/\u9488\u5bf9checkpoint\u7684\u76f8\u5173\u914d\u7f6e\n    \/\/\u8bbe\u7f6e\u6a21\u5f0f\u4e3a.EXACTLY_ONCE (\u8fd9\u662f\u9ed8\u8ba4\u503c) ,\u8fd8\u53ef\u4ee5\u8bbe\u7f6e\u4e3aAT_LEAST_ONCE\n    env.getCheckpointConfig.setCheckpointingMode(CheckpointingMode.EXACTLY_ONCE)\n    \/\/\u786e\u4fdd\u4e24\u6b21Checkpoint\u4e4b\u95f4\u6709\u81f3\u5c11\u591a\u5c11 ms\u7684\u95f4\u9694(checkpoint\u6700\u5c0f\u95f4\u9694)\n    env.getCheckpointConfig.setMinPauseBetweenCheckpoints(500)\n    \/\/Checkpoint\u5fc5\u987b\u5728\u4e00\u5206\u949f\u5185\u5b8c\u6210\uff0c\u6216\u8005\u88ab\u4e22\u5f03(checkpoint\u7684\u8d85\u65f6\u65f6\u95f4)\n    env.getCheckpointConfig.setCheckpointTimeout(60000)\n    \/\/\u540c\u4e00\u65f6\u95f4\u53ea\u5141\u8bb8\u6267\u884c\u4e00\u4e2aCheckpoint\n    env.getCheckpointConfig.setMaxConcurrentCheckpoints(1)\n    \/\/\u8868\u793a\u4e00\u65e6Flink\u5904\u7406\u7a0b\u5e8f\u88abcancel\u540e\uff0c\u4f1a\u4fdd\u7559Checkpoint\u6570\u636e\uff0c\u4ee5\u4fbf\u6839\u636e\u5b9e\u9645\u9700\u8981\u6062\u590d\u5230\u6307\u5b9a\u7684Checkpoint\n    env.getCheckpointConfig.enableExternalizedCheckpoints(CheckpointConfig.ExternalizedCheckpointCleanup.RETAIN_ON_CANCELLATION)\n    \/\/\u8bbe\u7f6e\u72b6\u6001\u6570\u636e\u5b58\u50a8\u7684\u4f4d\u7f6e\n    env.setStateBackend(new RocksDBStateBackend(\"hdfs:\/\/bigdata01:9000\/flink\/checkpoints\",true))\n\n\n    \/\/\u6307\u5b9aFlinkKafkaConsumer\u76f8\u5173\u914d\u7f6e\n    val topic = \"t1\"\n    val prop = new Properties()\n    prop.setProperty(\"bootstrap.servers\",\"bigdata01:9092,bigdata02:9092,bigdata03:9092\")\n    prop.setProperty(\"group.id\",\"con1\")\n    val kafkaConsumer = new FlinkKafkaConsumer[String](topic, new SimpleStringSchema(), prop)\n\n    \/\/kafka consumer\u7684\u6d88\u8d39\u7b56\u7565\u8bbe\u7f6e\n    \/\/\u9ed8\u8ba4\u7b56\u7565\uff0c\u8bfb\u53d6group.id\u5bf9\u5e94\u4fdd\u5b58\u7684offset\u5f00\u59cb\u6d88\u8d39\u6570\u636e\uff0c\u8bfb\u53d6\u4e0d\u5230\u5219\u6839\u636ekafka\u4e2dauto.offset.reset\u53c2\u6570\u7684\u503c\u5f00\u59cb\u6d88\u8d39\u6570\u636e\n    kafkaConsumer.setStartFromGroupOffsets()\n    \/\/\u4ece\u6700\u65e9\u7684\u8bb0\u5f55\u5f00\u59cb\u6d88\u8d39\u6570\u636e\uff0c\u5ffd\u7565\u5df2\u63d0\u4ea4\u7684offset\u4fe1\u606f\n    \/\/kafkaConsumer.setStartFromEarliest()\n    \/\/\u4ece\u6700\u65b0\u7684\u8bb0\u5f55\u5f00\u59cb\u6d88\u8d39\u6570\u636e\uff0c\u5ffd\u7565\u5df2\u63d0\u4ea4\u7684offset\u4fe1\u606f\n    \/\/kafkaConsumer.setStartFromLatest()\n    \/\/\u4ece\u6307\u5b9a\u7684\u65f6\u95f4\u6233\u5f00\u59cb\u6d88\u8d39\u6570\u636e\uff0c\u5bf9\u4e8e\u6bcf\u4e2a\u5206\u533a\uff0c\u5176\u65f6\u95f4\u6233\u5927\u4e8e\u6216\u7b49\u4e8e\u6307\u5b9a\u65f6\u95f4\u6233\u7684\u8bb0\u5f55\u5c06\u88ab\u4f5c\u4e3a\u8d77\u59cb\u4f4d\u7f6e\n    \/\/kafkaConsumer.setStartFromTimestamp(176288819)\n\n\n    \/\/\u6307\u5b9akafka\u4f5c\u4e3asource\n    import org.apache.flink.api.scala._\n    val text = env.addSource(kafkaConsumer)\n\n    \/\/\u5c06\u8bfb\u53d6\u5230\u7684\u6570\u636e\u6253\u5370\u5230\u63a7\u5236\u53f0\u4e0a\n    text.print()\n\n    env.execute(\"StreamKafkaSourceScala\")\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/StreamSplitScala.scala","text":"package com.imooc.scala.stream.transformation\n\nimport java.{lang, util}\n\nimport org.apache.flink.streaming.api.collector.selector.OutputSelector\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\n\n\/**\n * \u6839\u636e\u89c4\u5219\u628a\u4e00\u4e2a\u6570\u636e\u6d41\u5207\u5206\u4e3a\u591a\u4e2a\u6570\u636e\u6d41\n * \u6ce8\u610f\uff1asplit\u53ea\u80fd\u5206\u4e00\u6b21\u6d41\uff0c\u5207\u5206\u51fa\u6765\u7684\u6d41\u4e0d\u80fd\u7ee7\u7eed\u5207\u5206\n * split\u9700\u8981\u548cselect\u914d\u5408\u4f7f\u7528\uff0c\u9009\u62e9\u5207\u5206\u540e\u7684\u6d41\n * \u5e94\u7528\u573a\u666f\uff1a\u5c06\u4e00\u4efd\u6570\u636e\u6d41\u5207\u5206\u4e3a\u591a\u4efd\uff0c\u4fbf\u4e8e\u9488\u5bf9\u6bcf\u4e00\u4efd\u6570\u636e\u4f7f\u7528\u4e0d\u540c\u7684\u5904\u7406\u903b\u8f91\n * Created by xuwei\n *\/\nobject StreamSplitScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u521d\u59cb\u5316\u6570\u636e\n    val text = env.fromCollection(Array(1, 2, 4, 5, 6, 7, 8, 9, 10))\n\n    \/\/\u6309\u7167\u6570\u636e\u7684\u5947\u5076\u6027\u5bf9\u6570\u636e\u8fdb\u884c\u5206\u6d41\n    val splitStream = text.split(new OutputSelector[Int] {\n      override def select(value: Int): lang.Iterable[String] = {\n        val list = new util.ArrayList[String]()\n        if(value % 2 == 0){\n          list.add(\"even\")\/\/\u5076\u6570\n        }else{\n          list.add(\"odd\")\/\/\u5947\u6570\n        }\n        list\n      }\n    })\n\n    \/\/\u9009\u62e9\u6d41\n    val evenStream = splitStream.select(\"even\")\n    evenStream.print().setParallelism(1)\n\n    \/\/\u4e8c\u6b21\u5207\u6d41\u4f1a\u62a5\u9519\n    \/\/Consecutive multiple splits are not supported. Splits are deprecated. Please use side-outputs.\n    \/*val lowHighStream = evenStream.split(new OutputSelector[Int] {\n      override def select(value: Int): lang.Iterable[String] = {\n        val list = new util.ArrayList[String]()\n        if(value <= 5){\n          list.add(\"low\")\n        }else{\n          list.add(\"high\")\n        }\n        list\n      }\n    })\n    val lowStream = lowHighStream.select(\"low\")\n    lowStream.print().setParallelism(1)*\/\n\n\n    env.execute(\"StreamSplitScala\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/RepartitionOpScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1arepartition\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject RepartitionOpScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"RepartitionOpScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    \/\/\u8bbe\u7f6e\u5206\u533a\u6570\u91cf\u4e3a2\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5),2)\n\n    \/\/\u91cd\u65b0\u8bbe\u7f6eRDD\u7684\u5206\u533a\u6570\u91cf\u4e3a3\uff0c\u8fd9\u4e2a\u64cd\u4f5c\u4f1a\u4ea7\u751fshuffle\n    \/\/\u4e5f\u53ef\u4ee5\u89e3\u51b3RDD\u4e2d\u6570\u636e\u503e\u659c\u7684\u95ee\u9898\n    dataRDD.repartition(3)\n      .foreachPartition(it=>{\n        println(\"=========\")\n        it.foreach(println(_))\n      })\n\n    \/\/\u901a\u8fc7repartition\u53ef\u4ee5\u63a7\u5236\u8f93\u51fa\u6570\u636e\u4ea7\u751f\u7684\u6587\u4ef6\u4e2a\u6570\n    dataRDD.saveAsTextFile(\"hdfs:\/\/bigdata01:9000\/rep-001\")\n    dataRDD.repartition(1).saveAsTextFile(\"hdfs:\/\/bigdata01:9000\/rep-002\")\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/SocketWindowWordCountScala.scala","text":"<reponame>dcm-inv\/dcm-work<gh_stars>10-100\npackage com.imooc.scala.stream\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/**\n * \u9700\u6c42\uff1a\u901a\u8fc7socket\u5b9e\u65f6\u4ea7\u751f\u4e00\u4e9b\u5355\u8bcd\n * \u4f7f\u7528Flink\u5b9e\u65f6\u63a5\u6536\u6570\u636e\n * \u5bf9\u6307\u5b9a\u65f6\u95f4\u7a97\u53e3\u5185(\u4f8b\u5982\uff1a2\u79d2)\u7684\u6570\u636e\u8fdb\u884c\u805a\u5408\u7edf\u8ba1\n * \u5e76\u4e14\u628a\u65f6\u95f4\u7a97\u53e3\u5185\u8ba1\u7b97\u7684\u7ed3\u679c\u6253\u5370\u51fa\u6765\n * Created by xuwei\n *\/\nobject SocketWindowWordCountScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6\u8fd0\u884c\u73af\u5883\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u8fde\u63a5socket\u83b7\u53d6\u8f93\u5165\u6570\u636e\n    val text = env.socketTextStream(\"bigdata04\", 9001)\n\n    \/\/\u5904\u7406\u6570\u636e\n    \/\/\u6ce8\u610f\uff1a\u5fc5\u987b\u8981\u6dfb\u52a0\u8fd9\u4e00\u884c\u9690\u5f0f\u8f6c\u6362\u7684\u4ee3\u7801\uff0c\u5426\u5219\u4e0b\u9762\u7684flatMap\u65b9\u6cd5\u4f1a\u62a5\u9519\n    import org.apache.flink.api.scala._\n    val wordCount = text.flatMap(_.split(\" \"))\/\/\u5c06\u6bcf\u4e00\u884c\u6570\u636e\u6839\u636e\u7a7a\u683c\u5207\u5206\u5355\u8bcd\n      .map((_,1))\/\/\u6bcf\u4e00\u4e2a\u5355\u8bcd\u8f6c\u6362\u4e3atuple2\u7684\u5f62\u5f0f(\u5355\u8bcd\uff0c1)\n      \/\/.keyBy(0)\/\/\u6839\u636etuple2\u4e2d\u7684\u7b2c\u4e00\u5217\u8fdb\u884c\u5206\u7ec4\n      .keyBy(tup=>tup._1)\/\/\u5b98\u65b9\u63a8\u8350\u4f7f\u7528keySelector\u9009\u62e9\u5668\u9009\u62e9\u6570\u636e\n      .timeWindow(Time.seconds(2))\/\/\u65f6\u95f4\u7a97\u53e3\u4e3a2\u79d2\uff0c\u8868\u793a\u6bcf\u96942\u79d2\u949f\u8ba1\u7b97\u4e00\u6b21\u63a5\u6536\u5230\u7684\u6570\u636e\n      .sum(1)\/\/\u4f7f\u7528sum\u6216\u8005reduce\u90fd\u53ef\u4ee5\n      \/\/.reduce((t1,t2)=>(t1._1,t1._2+t2._2))\n\n    \/\/\u4f7f\u7528\u4e00\u4e2a\u7ebf\u7a0b\u6267\u884c\u6253\u5370\u64cd\u4f5c\n    wordCount.print().setParallelism(1)\n\n    \/\/\u6267\u884c\u7a0b\u5e8f\n    env.execute(\"SocketWindowWordCountScala\")\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/CreateRddByFileScala.scala","text":"<filename>dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/CreateRddByFileScala.scala\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u901a\u8fc7\u6587\u4ef6\u521b\u5efaRDD\n * Created by xuwei\n *\/\nobject CreateRddByFileScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u521b\u5efaSparkContext\n    val conf = new SparkConf()\n    conf.setAppName(\"CreateRddByFileScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    var path = \"D:\\\\hello.txt\"\n    path = \"hdfs:\/\/bigdata01:9000\/test\/hello.txt\"\n    \/\/\u8bfb\u53d6\u6587\u4ef6\u6570\u636e\uff0c\u53ef\u4ee5\u5728textFile\u4e2d\u6307\u5b9a\u751f\u6210\u7684RDD\u7684\u5206\u533a\u6570\u91cf\n    val rdd = sc.textFile(path,2)\n\n    \/\/\u83b7\u53d6\u6bcf\u4e00\u884c\u6570\u636e\u7684\u957f\u5ea6\uff0c\u8ba1\u7b97\u6587\u4ef6\u5185\u6570\u636e\u7684\u603b\u957f\u5ea6\n    val length = rdd.map(_.length).reduce(_ + _)\n\n    println(length)\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/StreamUnionScala.scala","text":"package com.imooc.scala.stream.transformation\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\n\n\/**\n * \u5408\u5e76\u591a\u4e2a\u6d41\uff0c\u591a\u4e2a\u6d41\u7684\u6570\u636e\u7c7b\u578b\u5fc5\u987b\u4e00\u81f4\n * \u5e94\u7528\u573a\u666f\uff1a\u591a\u79cd\u6570\u636e\u6e90\u7684\u6570\u636e\u7c7b\u578b\u4e00\u81f4\uff0c\u6570\u636e\u5904\u7406\u89c4\u5219\u4e5f\u4e00\u81f4\n * Created by xuwei\n *\/\nobject StreamUnionScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u7b2c1\u4efd\u6570\u636e\u6d41\n    val text1 = env.fromCollection(Array(1, 2, 3, 4, 5))\n    \/\/\u7b2c2\u4efd\u6570\u636e\u6d41\n    val text2 = env.fromCollection(Array(6, 7, 8, 9, 10))\n\n    \/\/\u5408\u5e76\u6d41\n    val unionStream = text1.union(text2)\n\n    \/\/\u6253\u5370\u6d41\u4e2d\u7684\u6570\u636e\n    unionStream.print().setParallelism(1)\n\n    env.execute(\"StreamUnionScala\")\n\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/TableToDataSetScala.scala","text":"package com.imooc.scala.tablesql\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\nimport org.apache.flink.table.api.bridge.scala.BatchTableEnvironment\nimport org.apache.flink.types.Row\n\n\/**\n * \u5c06table\u8f6c\u6362\u6210DataSet\n * Created by xuwei\n *\/\nobject TableToDataSetScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6BatchTableEnvironment\n    val bbEnv = ExecutionEnvironment.getExecutionEnvironment\n    val bbTableEnv = BatchTableEnvironment.create(bbEnv)\n\n    \/\/\u521b\u5efa\u8f93\u5165\u8868\n    bbTableEnv.executeSql(\"\" +\n      \"create table myTable(\\n\" +\n      \"id int,\\n\" +\n      \"name string\\n\" +\n      \") with (\\n\" +\n      \"'connector.type' = 'filesystem',\\n\" +\n      \"'connector.path' = 'D:\\\\data\\\\source',\\n\" +\n      \"'format.type' = 'csv'\\n\" +\n      \")\")\n\n    \/\/\u83b7\u53d6table\n    val table = bbTableEnv.from(\"myTable\")\n\n    \/\/\u5c06table\u8f6c\u6362\u6210DataSet\n    import org.apache.flink.api.scala._\n    val set = bbTableEnv.toDataSet[Row](table)\n    set.map(row=>(row.getField(0).toString.toInt,row.getField(1).toString))\n      .print()\n\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/transformation\/BatchCrossScala.scala","text":"package com.imooc.scala.batch.transformation\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\n\/**\n * cross\uff1a\u83b7\u53d6\u4e24\u4e2a\u6570\u636e\u96c6\u7684\u7b1b\u5361\u5c14\u79ef\n * Created by xuwei\n *\/\nobject BatchCrossScala {\n  def main(args: Array[String]): Unit = {\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e00\u4efd\u6570\u636e\n    val text1 = env.fromCollection(Array(1, 2))\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e8c\u4efd\u6570\u636e\n    val text2 = env.fromCollection(Array(\"a\", \"b\"))\n\n    \/\/\u6267\u884ccross\u64cd\u4f5c\n    text1.cross(text2).print()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/TestMemoryScala.scala","text":"<reponame>dcm-inv\/dcm-work<gh_stars>0\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u6d4b\u8bd5\u5185\u5b58\u5360\u7528\u60c5\u51b5\n * Created by xuwei\n *\/\nobject TestMemoryScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"CheckpointOpScala\")\n    .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    val dataRDD = sc.textFile(\"hdfs:\/\/bigdata01:9000\/hello_10000000.dat\").cache()\n    val count = dataRDD.count()\n    println(count)\n    \/\/while\u5faa\u73af\u662f\u4e3a\u4e86\u4fdd\u8bc1\u7a0b\u5e8f\u4e0d\u7ed3\u675f\uff0c\u65b9\u4fbf\u5728\u672c\u5730\u67e5\u770b4040\u9875\u9762\u4e2d\u7684storage\u4fe1\u606f\n    while(true){\n      ;\n    }\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/PersistRddScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aRDD\u6301\u4e45\u5316\n * Created by xuwei\n *\/\nobject PersistRddScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"PersistRddScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    \/\/\u6ce8\u610fcache\u7684\u7528\u6cd5\u548c\u4f4d\u7f6e\n    \/\/cache\u9ed8\u8ba4\u662f\u57fa\u4e8e\u5185\u5b58\u7684\u6301\u4e45\u5316\n    \/\/ cache()=persist()=persist(StorageLevel.MEMORY_ONLY)\n    val dataRDD = sc.textFile(\"D:\\\\hello_10000000.dat\").cache()\n    var start_time = System.currentTimeMillis()\n    var count = dataRDD.count()\n    println(count)\n    var end_time = System.currentTimeMillis()\n    println(\"\u7b2c\u4e00\u6b21\u8017\u65f6\uff1a\"+(end_time-start_time))\n\n\n    start_time = System.currentTimeMillis()\n    count = dataRDD.count()\n    println(count)\n    end_time = System.currentTimeMillis()\n    println(\"\u7b2c\u4e8c\u6b21\u8017\u65f6\uff1a\"+(end_time-start_time))\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/source\/StreamCollectionSourceScala.scala","text":"package com.imooc.scala.stream.source\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\n\n\/**\n * \u57fa\u4e8ecollection\u7684source\u7684\u5e94\u7528\n * \u6ce8\u610f\uff1a\u8fd9\u4e2asource\u7684\u4e3b\u8981\u5e94\u7528\u573a\u666f\u662f\u6a21\u62df\u6d4b\u8bd5\u4ee3\u7801\u6d41\u7a0b\u7684\u65f6\u5019\u4f7f\u7528\n * Created by xuwei\n *\/\nobject StreamCollectionSourceScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u4f7f\u7528collection\u96c6\u5408\u751f\u6210DataStream\n    import org.apache.flink.api.scala._\n    val text = env.fromCollection(Array(1, 2, 3, 4, 5))\n\n    text.print().setParallelism(1)\n\n    env.execute(\"StreamCollectionSourceScala\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/transformation\/BatchOuterJoinScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.batch.transformation\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\n\/**\n * outerJoin\uff1a\u5916\u8fde\u63a5\n * \u4e00\u5171\u6709\u4e09\u79cd\u60c5\u51b5\n * 1\uff1aleftOuterJoin\n * 2\uff1arightOuterJoin\n * 3\uff1afullOuterJoin\n * Created by xuwei\n *\/\nobject BatchOuterJoinScala {\n  def main(args: Array[String]): Unit = {\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e00\u4efd\u6570\u636e Tuple2<\u7528\u6237id\uff0c\u7528\u6237\u59d3\u540d>\n    val text1 = env.fromCollection(Array((1, \"jack\"), (2, \"tom\"), (3, \"mick\")))\n    \/\/\u521d\u59cb\u5316\u7b2c\u4e8c\u4efd\u6570\u636e Tuple2<\u7528\u6237id\uff0c\u7528\u6237\u6240\u5728\u57ce\u5e02>\n    val text2 = env.fromCollection(Array((1, \"bj\"), (2, \"sh\"), (4, \"gz\")))\n\n    \/\/\u5bf9\u4e24\u4efd\u6570\u636e\u96c6\u6267\u884cleftOuterJoin\u64cd\u4f5c\n    text1.leftOuterJoin(text2)\n      .where(0)\n      .equalTo(0){(first,second)=>{\n        \/\/\u6ce8\u610f\uff1asecond\u4e2d\u7684\u5143\u7d20\u53ef\u80fd\u4e3anull\n        if(second==null){\n          (first._1,first._2,\"null\")\n        }else{\n          (first._1,first._2,second._2)\n        }\n      }}.print()\n\n    println(\"========================================\")\n\n    \/\/\u5bf9\u4e24\u4efd\u6570\u636e\u96c6\u6267\u884crightOuterJoin\u64cd\u4f5c\n    text1.rightOuterJoin(text2)\n      .where(0)\n      .equalTo(0){(first,second)=>{\n        \/\/\u6ce8\u610f\uff1afirst\u4e2d\u7684\u5143\u7d20\u53ef\u80fd\u4e3anull\n        if(first==null){\n          (second._1,\"null\",second._2)\n        }else{\n          (first._1,first._2,second._2)\n        }\n      }}.print()\n\n    println(\"========================================\")\n\n    \/\/\u5bf9\u4e24\u4efd\u6570\u636e\u96c6\u6267\u884cfullOuterJoin\u64cd\u4f5c\n    text1.fullOuterJoin(text2)\n      .where(0)\n      .equalTo(0){(first,second)=>{\n        \/\/\u6ce8\u610f\uff1afirst\u548csecond\u4e2d\u7684\u5143\u7d20\u90fd\u6709\u53ef\u80fd\u4e3anull\n        if(first==null){\n          (second._1,\"null\",second._2)\n        }else if(second==null){\n          (first._1,first._2,\"null\")\n        }else{\n          (first._1,first._2,second._2)\n        }\n      }}.print()\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/RddToDataFrameByReflectScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * \u9700\u6c42\uff1a\u901a\u8fc7\u53cd\u5c04\u65b9\u5f0f\u5b9e\u73b0RDD\u8f6c\u6362\u4e3aDataFrame\n * Created by xuwei\n *\/\nobject RddToDataFrameByReflectScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"RddToDataFrameByReflectScala\")\n      .config(conf)\n      .getOrCreate()\n\n    \/\/\u83b7\u53d6SparkContext\n    val sc = sparkSession.sparkContext\n\n    val dataRDD = sc.parallelize(Array((\"jack\",18),(\"tom\",20),(\"jessic\",30)))\n\n    \/\/\u57fa\u4e8e\u53cd\u5c04\u76f4\u63a5\u5c06\u5305\u542bStudent\u5bf9\u8c61\u7684dataRDD\u8f6c\u6362\u4e3adataFrame\n\n    \/\/\u9700\u8981\u5bfc\u5165\u9690\u5f0f\u8f6c\u6362\n    import sparkSession.implicits._\n    val stuDf = dataRDD.map(tup=>Student(tup._1,tup._2)).toDF()\n\n    \/\/\u4e0b\u9762\u5c31\u53ef\u4ee5\u901a\u8fc7DataFrame\u7684\u65b9\u5f0f\u64cd\u4f5cdataRDD\u4e2d\u7684\u6570\u636e\u4e86\n    stuDf.createOrReplaceTempView(\"student\")\n\n    \/\/\u6267\u884csql\u67e5\u8be2\n    val resDf = sparkSession.sql(\"select name,age from student where age > 18\")\n\n    \/\/\u5c06DataFrame\u8f6c\u5316\u4e3aRDD\n    val resRDD = resDf.rdd\n    \/\/\u4ecerow\u4e2d\u53d6\u6570\u636e\uff0c\u5c01\u88c5\u6210student\uff0c\u6253\u5370\u5230\u63a7\u5236\u53f0\n    resRDD.map(row=>Student(row(0).toString,row(1).toString.toInt))\n      .collect()\n      .foreach(println(_))\n\n    \/\/\u4f7f\u7528row\u7684getAs\u65b9\u6cd5\uff0c\u83b7\u53d6\u6307\u5b9a\u5217\u540d\u7684\u503c\n    resRDD.map(row=>Student(row.getAs[String](\"name\"),row.getAs[Int](\"age\")))\n      .collect()\n      .foreach(println(_))\n\n    sparkSession.stop()\n  }\n\n}\n\n\/\/\u5b9a\u4e49\u4e00\u4e2aStudent\ncase class Student(name: String,age: Int)"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/DataStreamToTableScala.scala","text":"package com.imooc.scala.tablesql\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.table.api.EnvironmentSettings\nimport org.apache.flink.table.api.bridge.scala.StreamTableEnvironment\n\n\/**\n * \u5c06DataStream\u8f6c\u6362\u4e3a\u8868\n * Created by xuwei\n *\/\nobject DataStreamToTableScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6StreamTableEnvironment\n    val ssEnv = StreamExecutionEnvironment.getExecutionEnvironment\n    val ssSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inStreamingMode().build()\n    val ssTableEnv = StreamTableEnvironment.create(ssEnv, ssSettings)\n\n    \/\/\u83b7\u53d6DataStream\n    import org.apache.flink.api.scala._\n    val stream = ssEnv.fromCollection(Array((1, \"jack\"), (2, \"tom\"), (3, \"mack\")))\n\n    \/\/\u7b2c\u4e00\u79cd\uff1a\u5c06DataStream\u8f6c\u6362\u4e3aview\u89c6\u56fe\n    import org.apache.flink.table.api._\n    ssTableEnv.createTemporaryView(\"myTable\",stream,'id,'name)\n    ssTableEnv.sqlQuery(\"select * from myTable where id > 1\").execute().print()\n\n\n    \/\/\u7b2c\u4e8c\u79cd\uff1a\u5c06DataStream\u8f6c\u6362\u4e3aTable\u5bf9\u8c61\n    val table = ssTableEnv.fromDataStream(stream, $\"id\", $\"name\")\n    table.select($\"id\",$\"name\")\n      .filter($\"id\" > 1)\n      .execute()\n      .print()\n\n    \/\/\u6ce8\u610f\uff1a'id,'name \u548c $\"id\", $\"name\" \u8fd9\u4e24\u79cd\u5199\u6cd5\u662f\u4e00\u6837\u7684\u6548\u679c\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/MoreParallelismScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u8bbe\u7f6e\u5e76\u884c\u5ea6\n * 1\uff1a\u53ef\u4ee5\u5728textFile\u6216\u8005\u662fparallelize\u65b9\u6cd5\u7684\u7b2c\u4e8c\u4e2a\u53c2\u6570\u4e2d\u8bbe\u7f6e\u5e76\u884c\u5ea6\u3010\u9488\u5bf9\u5177\u4f53\u7684RDD\u8bbe\u7f6e\u3011\n * 2\uff1a\u6216\u8005\u901a\u8fc7spark.default.parallelism\u53c2\u6570\u7edf\u4e00\u8bbe\u7f6e\u5e76\u884c\u5ea6\u3010\u5168\u5c40\u8bbe\u7f6e\u3011\n * Created by xuwei\n *\/\nobject MoreParallelismScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"MoreParallelismScala\")\n    \/\/\u8bbe\u7f6e\u5168\u5c40\u5e76\u884c\u5ea6\n    \/\/conf.set(\"spark.default.parallelism\",\"5\")\n\n    val sc = new SparkContext(conf)\n\n\n    val dataRDD = sc.parallelize(Array(\"hello\",\"you\",\"hello\",\"me\",\"hehe\",\"hello\",\"you\",\"hello\",\"me\",\"hehe\"))\n    dataRDD.map((_,1))\n      .reduceByKey(_ + _)\n      .foreach(println(_))\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/TableAPIAndSQLOpScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.tablesql\n\nimport org.apache.flink.table.api.{EnvironmentSettings, TableEnvironment}\n\n\/**\n * TableAPI \u548c SQL\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject TableAPIAndSQLOpScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6TableEnvironment\n    val sSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inStreamingMode().build()\n    val sTableEnv = TableEnvironment.create(sSettings)\n\n    \/\/\u521b\u5efa\u8f93\u5165\u8868\n    \/**\n     * connector.type\uff1a\u6307\u5b9aconnector\u7684\u7c7b\u578b\n     * connector.path\uff1a\u6307\u5b9a\u6587\u4ef6\u6216\u8005\u76ee\u5f55\u5730\u5740\n     * format.type\uff1a\u6587\u4ef6\u6570\u636e\u683c\u5f0f\u5316\u7c7b\u578b\uff0c\u73b0\u5728\u53ea\u652f\u6301csv\u683c\u5f0f\n     * \u6ce8\u610f\uff1aSQL\u8bed\u53e5\u4e2d\u5982\u679c\u51fa\u73b0\u4e86\u6362\u884c\uff0c\u884c\u5c3e\u672b\u5c3e\u53ef\u4ee5\u6dfb\u52a0\u7a7a\u683c\u6216\u8005\\n\u90fd\u53ef\u4ee5\uff0c\u6700\u540e\u4e00\u884c\u4e0d\u7528\u6dfb\u52a0\n     *\/\n    sTableEnv.executeSql(\"\" +\n      \"create table myTable(\\n\" +\n      \"id int,\\n\" +\n      \"name string\\n\" +\n      \") with (\\n\" +\n      \"'connector.type' = 'filesystem',\\n\" +\n      \"'connector.path' = 'D:\\\\data\\\\source',\\n\" +\n      \"'format.type' = 'csv'\\n\" +\n      \")\")\n\n    \/\/\u4f7f\u7528TableAPI\u5b9e\u73b0\u6570\u636e\u67e5\u8be2\u548c\u8fc7\u6ee4\u7b49\u64cd\u4f5c\n    import org.apache.flink.table.api._\n    \/*val result = sTableEnv.from(\"myTable\")\n      .select($\"id\", $\"name\")\n      .filter($\"id\" > 1)*\/\n\n    \/\/\u4f7f\u7528SQL\u5b9e\u73b0\u6570\u636e\u67e5\u8be2\u548c\u8fc7\u6ee4\u7b49\u64cd\u4f5c\n    val result = sTableEnv.sqlQuery(\"select id,name from myTable where id > 1\")\n\n    \/\/\u8f93\u51fa\u7ed3\u679c\u5230\u63a7\u5236\u53f0\n    result.execute().print()\n\n    \/\/\u521b\u5efa\u8f93\u51fa\u8868\n    sTableEnv.executeSql(\"\" +\n      \"create table newTable(\\n\" +\n      \"id int,\\n\" +\n      \"name string\\n\" +\n      \") with (\\n\" +\n      \"'connector.type' = 'filesystem',\\n\" +\n      \"'connector.path' = 'D:\\\\data\\\\res',\\n\" +\n      \"'format.type' = 'csv'\\n\" +\n      \")\")\n\n    \/\/\u8f93\u51fa\u7ed3\u679c\u5230\u8868newTable\u4e2d\n    result.executeInsert(\"newTable\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/sink\/StreamRedisSinkScala.scala","text":"package com.imooc.scala.stream.sink\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.connectors.redis.RedisSink\nimport org.apache.flink.streaming.connectors.redis.common.config.FlinkJedisPoolConfig\nimport org.apache.flink.streaming.connectors.redis.common.mapper.{RedisCommand, RedisCommandDescription, RedisMapper}\n\n\/**\n * \u9700\u6c42\uff1a\u63a5\u6536socket\u4f20\u8f93\u8fc7\u6765\u7684\u6570\u636e\uff0c\u628a\u6570\u636e\u4fdd\u5b58\u5230redis\u7684list\u961f\u5217\u4e2d\n * Created by xuwei\n *\/\nobject StreamRedisSinkScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u8fde\u63a5socket\u83b7\u53d6\u8f93\u5165\u6570\u636e\n    val text = env.socketTextStream(\"bigdata04\", 9001)\n\n    import org.apache.flink.api.scala._\n    \/\/\u7ec4\u88c5\u6570\u636e\uff0c\u8fd9\u91cc\u7ec4\u88c5\u7684\u662ftuple2\u7c7b\u578b\n    \/\/\u7b2c\u4e00\u4e2a\u5143\u7d20\u662f\u6307list\u961f\u5217\u7684key\u540d\u79f0\n    \/\/\u7b2c\u4e8c\u4e2a\u5143\u7d20\u662f\u6307\u9700\u8981\u5411list\u961f\u5217\u4e2d\u6dfb\u52a0\u7684\u5143\u7d20\n    val listData = text.map(word => (\"l_words_scala\", word))\n\n    \/\/\u6307\u5b9aredissink\n    val conf = new FlinkJedisPoolConfig.Builder().setHost(\"bigdata04\").setPort(6379).build()\n    val redisSink = new RedisSink[Tuple2[String, String]](conf, new MyRedisMapper)\n    listData.addSink(redisSink)\n\n    env.execute(\"StreamRedisSinkScala\")\n  }\n\n  class MyRedisMapper extends RedisMapper[Tuple2[String,String]]{\n    \/\/\u6307\u5b9a\u5177\u4f53\u7684\u64cd\u4f5c\u547d\u4ee4\n    override def getCommandDescription: RedisCommandDescription = {\n      new RedisCommandDescription(RedisCommand.LPUSH)\n    }\n\n    \/\/\u83b7\u53d6key\n    override def getKeyFromData(data: (String, String)): String = {\n      data._1\n    }\n    \/\/\u83b7\u53d6value\n    override def getValueFromData(data: (String, String)): String = {\n      data._2\n    }\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/transformation\/BatchMapPartitionScala.scala","text":"package com.imooc.scala.batch.transformation\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * MapPartition\u7684\u4f7f\u7528\uff1a\u4e00\u6b21\u5904\u7406\u4e00\u4e2a\u5206\u533a\u7684\u6570\u636e\n * Created by xuwei\n *\/\nobject BatchMapPartitionScala {\n  def main(args: Array[String]): Unit = {\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u751f\u6210\u6570\u636e\u6e90\u6570\u636e\n    val text = env.fromCollection(Array(\"hello you\", \"hello me\"))\n\n    \/\/\u6bcf\u6b21\u5904\u7406\u4e00\u4e2a\u5206\u533a\u7684\u6570\u636e\n    text.mapPartition(it=>{\n      \/\/\u53ef\u4ee5\u5728\u6b64\u5904\u521b\u5efa\u6570\u636e\u5e93\u8fde\u63a5\uff0c\u5efa\u8bae\u628a\u8fd9\u5757\u4ee3\u7801\u653e\u5230try-catch\u4ee3\u7801\u5757\u4e2d\n      \/\/\u6ce8\u610f\uff1a\u6b64\u65f6\u662f\u6bcf\u4e2a\u5206\u533a\u83b7\u53d6\u4e00\u6b21\u6570\u636e\u5e93\u8fde\u63a5\uff0c\u4e0d\u9700\u8981\u6bcf\u5904\u7406\u4e00\u6761\u6570\u636e\u5c31\u83b7\u53d6\u4e00\u6b21\u8fde\u63a5\uff0c\u6027\u80fd\u8f83\u9ad8\n      val res = ListBuffer[String]()\n      it.foreach(line=>{\n        val words = line.split(\" \")\n        for(word <- words){\n          res.append(word)\n        }\n      })\n      res\n      \/\/\u5173\u95ed\u6570\u636e\u5e93\u8fde\u63a5\n    }).print()\n\n    \/\/No new data sinks have been defined since the last execution.\n    \/\/The last execution refers to the latest call to 'execute()', 'count()', 'collect()', or 'print()'.\n    \/\/\u6ce8\u610f\uff1a\u8fd9\u5bf9DataSetAPI\uff0c\u5982\u679c\u5728\u540e\u9762\u8c03\u7528\u7684\u662fcount\u3001collect\u3001print\uff0c\u5219\u6700\u540e\u4e0d\u9700\u8981\u6307\u5b9aexecute\u5373\u53ef\n    \/\/env.execute(\"BatchMapPartitionScala\")\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/StreamSideOutputScala.scala","text":"<gh_stars>10-100\npackage com.imooc.scala.stream.transformation\n\nimport org.apache.flink.streaming.api.functions.ProcessFunction\nimport org.apache.flink.streaming.api.scala.{OutputTag, StreamExecutionEnvironment}\nimport org.apache.flink.util.Collector\n\n\/**\n * \u4f7f\u7528sideoutput\u5207\u5206\u6d41\n * Created by xuwei\n *\/\nobject StreamSideOutputScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    val text = env.fromCollection(Array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10))\n\n    \/\/\u6309\u7167\u6570\u636e\u7684\u5947\u5076\u6027\u5bf9\u6570\u636e\u8fdb\u884c\u5206\u6d41\n    \/\/\u9996\u5148\u5b9a\u4e49\u4e24\u4e2asideoutput\u6765\u51c6\u5907\u4fdd\u5b58\u5207\u5206\u51fa\u6765\u7684\u6570\u636e\n    val outputTag1 = new OutputTag[Int](\"even\")\/\/\u4fdd\u5b58\u5076\u6570\n    val outputTag2 = new OutputTag[Int](\"odd\")\/\/\u4fdd\u5b58\u5947\u6570\n\n    \/\/\u6ce8\u610f\uff1aprocess\u5c5e\u4e8eFlink\u4e2d\u7684\u4f4e\u7ea7api\n    val outputStream = text.process(new ProcessFunction[Int, Int] {\n      override def processElement(value: Int, ctx: ProcessFunction[Int, Int]#Context, out: Collector[Int]): Unit = {\n        if (value % 2 == 0) {\n          ctx.output(outputTag1, value)\n        } else {\n          ctx.output(outputTag2, value)\n        }\n      }\n    })\n\n    \/\/\u83b7\u53d6\u5076\u6570\u6570\u636e\u6d41\n    val evenStream = outputStream.getSideOutput(outputTag1)\n    \/\/\u83b7\u53d6\u5947\u6570\u6570\u636e\u6d41\n    val oddStream = outputStream.getSideOutput(outputTag2)\n    \/\/evenStream.print().setParallelism(1)\n\n    \/\/\u5bf9evenStream\u6d41\u8fdb\u884c\u4e8c\u6b21\u5207\u5206\n    val outputTag11 = new OutputTag[Int](\"low\")\/\/\u4fdd\u5b58\u5c0f\u4e8e\u7b49\u4e8e5\u7684\u6570\u5b57\n    val outputTag12 = new OutputTag[Int](\"high\")\/\/\u4fdd\u5b58\u5927\u4e8e5\u7684\u6570\u5b57\n\n    val subOutputStream = evenStream.process(new ProcessFunction[Int, Int] {\n      override def processElement(value: Int, ctx: ProcessFunction[Int, Int]#Context, out: Collector[Int]): Unit = {\n        if (value <= 5) {\n          ctx.output(outputTag11, value)\n        } else {\n          ctx.output(outputTag12, value)\n        }\n      }\n    })\n\n    \/\/\u83b7\u53d6\u5c0f\u4e8e\u7b49\u4e8e5\u7684\u6570\u636e\u6d41\n    val lowStream = subOutputStream.getSideOutput(outputTag11)\n    \/\/\u83b7\u53d6\u5927\u4e8e5\u7684\u6570\u636e\u6d41\n    val highStream = subOutputStream.getSideOutput(outputTag12)\n\n    lowStream.print().setParallelism(1)\n\n    env.execute(\"StreamSideOutputScala\")\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/batch\/BatchWordCountScala.scala","text":"package com.imooc.scala.batch\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\n\n\/**\n * \u9700\u6c42\uff1a\u7edf\u8ba1\u6307\u5b9a\u6587\u4ef6\u4e2d\u5355\u8bcd\u51fa\u73b0\u7684\u603b\u6b21\u6570\n * Created by xuwei\n *\/\nobject BatchWordCountScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6\u6267\u884c\u73af\u5883\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    val inputPath = \"hdfs:\/\/bigdata01:9000\/hello.txt\"\n    val outPath = \"hdfs:\/\/bigdata01:9000\/out\"\n\n    \/\/\u8bfb\u53d6\u6587\u4ef6\u4e2d\u7684\u6570\u636e\n    val text = env.readTextFile(inputPath)\n\n    \/\/\u5904\u7406\u6570\u636e\n    import org.apache.flink.api.scala._\n    val wordCount = text.flatMap(_.split(\" \"))\n      .map((_, 1))\n      .groupBy(0)\n      .sum(1)\n      .setParallelism(1)\/\/\u8fd9\u91cc\u9762\u8bbe\u7f6e\u5e76\u884c\u5ea6\u4e3a1\u662f\u4e3a\u4e86\u5c06\u6240\u6709\u6570\u636e\u5199\u5230\u4e00\u4e2a\u6587\u4ef6\u91cc\u9762\uff0c\u67e5\u770b\u7ed3\u679c\u6bd4\u8f83\u65b9\u4fbf\n\n    \/\/\u5c06\u7ed3\u679c\u6570\u636e\u4fdd\u5b58\u5230\u6587\u4ef6\u4e2d\n    wordCount.writeAsCsv(outPath,\"\\n\",\" \")\n\n    \/\/\u6267\u884c\u7a0b\u5e8f\n    env.execute(\"BatchWordCountScala\")\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/TransformationOpScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aTransformation\u5b9e\u6218\n * map\uff1a\u5bf9\u96c6\u5408\u4e2d\u6bcf\u4e2a\u5143\u7d20\u4e58\u4ee52\n * filter\uff1a\u8fc7\u6ee4\u51fa\u96c6\u5408\u4e2d\u7684\u5076\u6570\n * flatMap\uff1a\u5c06\u884c\u62c6\u5206\u4e3a\u5355\u8bcd\n * groupByKey\uff1a\u5bf9\u6bcf\u4e2a\u5927\u533a\u7684\u4e3b\u64ad\u8fdb\u884c\u5206\u7ec4\n * reduceByKey\uff1a\u7edf\u8ba1\u6bcf\u4e2a\u5927\u533a\u7684\u4e3b\u64ad\u6570\u91cf\n * sortByKey\uff1a\u5bf9\u4e3b\u64ad\u7684\u97f3\u6d6a\u6536\u5165\u6392\u5e8f\n * join\uff1a\u6253\u5370\u6bcf\u4e2a\u4e3b\u64ad\u7684\u5927\u533a\u4fe1\u606f\u548c\u97f3\u6d6a\u6536\u5165\n * distinct\uff1a\u7edf\u8ba1\u5f53\u5929\u5f00\u64ad\u7684\u5927\u533a\u4fe1\u606f\n * Created by xuwei\n *\/\nobject TransformationOpScala {\n\n\n\n\n  def main(args: Array[String]): Unit = {\n    val sc = getSparkContext\n    \/\/map\uff1a\u5bf9\u96c6\u5408\u4e2d\u6bcf\u4e2a\u5143\u7d20\u4e58\u4ee52\n    \/\/mapOp(sc)\n    \/\/filter\uff1a\u8fc7\u6ee4\u51fa\u96c6\u5408\u4e2d\u7684\u5076\u6570\n    \/\/filterOp(sc)\n    \/\/flatMap\uff1a\u5c06\u884c\u62c6\u5206\u4e3a\u5355\u8bcd\n    \/\/flatMapOp(sc)\n    \/\/groupByKey\uff1a\u5bf9\u6bcf\u4e2a\u5927\u533a\u7684\u4e3b\u64ad\u8fdb\u884c\u5206\u7ec4\n    \/\/groupByKeyOp(sc)\n    \/\/groupByKeyOp2(sc)\n    \/\/reduceByKey\uff1a\u7edf\u8ba1\u6bcf\u4e2a\u5927\u533a\u7684\u4e3b\u64ad\u6570\u91cf\n    \/\/reduceByKeyOp(sc)\n    \/\/sortByKey\uff1a\u5bf9\u4e3b\u64ad\u7684\u97f3\u6d6a\u6536\u5165\u6392\u5e8f\n    \/\/sortByKeyOp(sc)\n    \/\/join\uff1a\u6253\u5370\u6bcf\u4e2a\u4e3b\u64ad\u7684\u5927\u533a\u4fe1\u606f\u548c\u97f3\u6d6a\u6536\u5165\n    \/\/joinOp(sc)\n    \/\/distinct\uff1a\u7edf\u8ba1\u5f53\u5929\u5f00\u64ad\u7684\u5927\u533a\u4fe1\u606f\n    \/\/distinctOp(sc)\n\n    sc.stop()\n  }\n\n  def distinctOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array((150001,\"US\"),(150002,\"CN\"),(150003,\"CN\"),(150004,\"IN\")))\n    \/\/\u7531\u4e8e\u662f\u7edf\u8ba1\u5f00\u64ad\u7684\u5927\u533a\u4fe1\u606f\uff0c\u9700\u8981\u6839\u636e\u5927\u533a\u4fe1\u606f\u53bb\u91cd\uff0c\u6240\u4ee5\u53ea\u4fdd\u7559\u5927\u533a\u4fe1\u606f\n    dataRDD.map(_._2).distinct().foreach(println(_))\n  }\n\n  def joinOp(sc: SparkContext): Unit = {\n    val dataRDD1 = sc.parallelize(Array((150001,\"US\"),(150002,\"CN\"),(150003,\"CN\"),(150004,\"IN\")))\n    val dataRDD2 = sc.parallelize(Array((150001,400),(150002,200),(150003,300),(150004,100)))\n\n    val joinRDD = dataRDD1.join(dataRDD2)\n    \/\/joinRDD.foreach(println(_))\n    joinRDD.foreach(tup=>{\n      \/\/\u7528\u6237id\n      val uid = tup._1\n      val area_gold = tup._2\n      \/\/\u5927\u533a\n      val area = area_gold._1\n      \/\/\u97f3\u6d6a\u6536\u5165\n      val gold = area_gold._2\n      println(uid+\"\\t\"+area+\"\\t\"+gold)\n    })\n  }\n\n  def sortByKeyOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array((150001,400),(150002,200),(150003,300),(150004,100)))\n    \/\/\u7531\u4e8e\u9700\u8981\u5bf9\u97f3\u6d6a\u6536\u5165\u8fdb\u884c\u6392\u5e8f\uff0c\u6240\u4ee5\u9700\u8981\u628a\u97f3\u6d6a\u6536\u5165\u4f5c\u4e3akey\uff0c\u5728\u8fd9\u91cc\u8981\u8fdb\u884c\u4f4d\u7f6e\u548c\u4e92\u6362\n    \/*dataRDD.map(tup=>(tup._2,tup._1))\n      .sortByKey(false)\/\/\u9ed8\u8ba4\u662f\u6b63\u5e8f\uff0c\u7b2c\u4e00\u4e2a\u53c2\u6570\u4e3atrue\uff0c\u60f3\u8981\u5012\u5e8f\u9700\u8981\u628a\u8fd9\u4e2a\u53c2\u6570\u8bbe\u7f6e\u4e3afalse\n      .foreach(println(_))*\/\n    \/\/sortBy\u7684\u4f7f\u7528\uff1a\u53ef\u4ee5\u52a8\u6001\u6307\u5b9a\u6392\u5e8f\u5b57\u6bb5\uff0c\u6bd4\u8f83\u7075\u6d3b\n    dataRDD.sortBy(_._2,false).foreach(println(_))\n    dataRDD.sortByKey()\n  }\n\n  def reduceByKeyOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array((150001,\"US\"),(150002,\"CN\"),(150003,\"CN\"),(150004,\"IN\")))\n    \/\/\u7531\u4e8e\u8fd9\u4e2a\u9700\u6c42\u53ea\u9700\u8981\u4f7f\u7528\u5230\u5927\u533a\u4fe1\u606f\uff0c\u6240\u4ee5\u5728mao\u64cd\u4f5c\u7684\u65f6\u5019\u53ea\u4fdd\u7559\u5927\u533a\u4fe1\u606f\u5373\u53ef\n    dataRDD.map(tup=>(tup._2,1)).reduceByKey(_ + _).foreach(println(_))\n  }\n\n  def groupByKeyOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array((150001,\"US\"),(150002,\"CN\"),(150003,\"CN\"),(150004,\"IN\")))\n\n    \/\/\u9700\u8981\u4f7f\u7528map\u5bf9tuple\u4e2d\u7684\u6570\u636e\u8fdb\u884c\u4f4d\u7f6e\u4e92\u6362\uff0c\u56e0\u4e3a\u6211\u4eec\u9700\u8981\u628a\u5927\u533a\u4f5c\u4e3akey\u8fdb\u884c\u5206\u7ec4\u64cd\u4f5c\n    \/\/\u6b64\u65f6\u7684key\u5c31\u662ftuple\u4e2d\u7684\u7b2c\u4e00\u5217\uff0c\u5176\u5b9e\u5728\u8fd9\u91cc\u5c31\u53ef\u4ee5\u628a\u8fd9\u4e2atuple\u8ba4\u4e3a\u662f\u4e00\u4e2akey-value\n    \/\/\u6ce8\u610f\uff1a\u5728\u4f7f\u7528\u7c7b\u4f3c\u4e8egroupByKey\u8fd9\u79cd\u57fa\u4e8ekey\u7684\u7b97\u5b50\u7684\u65f6\u5019\uff0c\u9700\u8981\u63d0\u524d\u628aRDD\u4e2d\u7684\u6570\u636e\u7ec4\u88c5\u6210tuple2\u8fd9\u79cd\u5f62\u5f0f\n    \/\/\u6b64\u65f6map\u7b97\u5b50\u4e4b\u540e\u751f\u6210\u7684\u65b0\u7684\u6570\u636e\u683c\u5f0f\u662f\u8fd9\u6837\u7684\uff1a(\"US\",150001)\n    \/\/\u5982\u679ctuple\u4e2d\u7684\u6570\u636e\u5217\u6570\u8d85\u8fc7\u4e862\u5217\u600e\u4e48\u529e\uff1f\u770bgroupByKeyOp2\n    dataRDD.map(tup=>(tup._2,tup._1)).groupByKey().foreach(tup=>{\n      \/\/\u83b7\u53d6\u5927\u533a\u4fe1\u606f\n      val area = tup._1\n      print(area+\":\")\n      \/\/\u83b7\u53d6\u540c\u4e00\u4e2a\u5927\u533a\u5bf9\u5e94\u7684\u6240\u6709\u7528\u6237id\n      val it = tup._2\n      for(uid <- it){\n        print(uid+\" \")\n      }\n      println()\n    })\n  }\n\n  \/**\n   * TODO: \u8003\u8651\u4f7f\u7528grouBy\u53bb\u5b9e\u73b0\n   * @param sc\n   *\/\n  def groupByKeyOp2(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array((150001, \"US\",\"male\"), (150002, \"CN\",\"female\"), (150003, \"CN\",\"male\"), (150004, \"IN\",\"female\")))\n    \/\/\u5982\u679ctuple\u4e2d\u7684\u6570\u636e\u5217\u6570\u8d85\u8fc7\u4e862\u5217\u600e\u4e48\u529e\uff1f\n    \/\/\u628a\u9700\u8981\u4f5c\u4e3akey\u7684\u90a3\u4e00\u5217\u4f5c\u4e3atuple2\u7684\u7b2c\u4e00\u5217\uff0c\u5269\u4e0b\u7684\u53ef\u4ee5\u518d\u4f7f\u7528\u4e00\u4e2atuple2\u5305\u88c5\u4e00\u4e0b\n    \/\/\u6b64\u65f6map\u7b97\u5b50\u4e4b\u540e\u751f\u6210\u7684\u65b0\u7684\u6570\u636e\u683c\u5f0f\u662f\u8fd9\u6837\u7684\uff1a(\"US\",(150001,\"male\"))\n    \/\/\u6ce8\u610f\uff1a\u5982\u679c\u4f60\u7684\u6570\u636e\u7ed3\u6784\u6bd4\u8f83\u8d1f\u8d23\uff0c\u4f60\u53ef\u4ee5\u5728\u6267\u884c\u6bcf\u4e00\u4e2a\u7b97\u5b50\u4e4b\u540e\u90fd\u8c03\u7528foreach\u6253\u5370\u4e00\u4e0b\uff0c\u786e\u8ba4\u6570\u636e\u7684\u683c\u5f0f\n    dataRDD.map(tup=>(tup._2,(tup._1,tup._3))).groupByKey().foreach(tup=>{\n      \/\/\u83b7\u53d6\u5927\u533a\u4fe1\u606f\n      val area = tup._1\n      print(area+\":\")\n      \/\/\u83b7\u53d6\u540c\u4e00\u4e2a\u5927\u533a\u5bf9\u5e94\u7684\u6240\u6709\u7528\u6237id\u548c\u6027\u522b\u4fe1\u606f\n      val it = tup._2\n      for((uid,sex) <- it){\n        print(\"<\"+uid+\",\"+sex+\"> \")\n      }\n      println()\n    })\n  }\n\n    def flatMapOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(\"good good study\",\"day day up\"))\n    dataRDD.flatMap(_.split(\" \")).foreach(println(_))\n  }\n\n  def filterOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    \/\/\u6ee1\u8db3\u6761\u4ef6\u7684\u4fdd\u7559\u4e0b\u6765\n    dataRDD.filter(_ % 2 == 0).foreach(println(_))\n  }\n\n  def mapOp(sc: SparkContext): Unit = {\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    dataRDD.map(_ * 2).foreach(println(_))\n  }\n\n  def getSparkContext = {\n    val conf = new SparkConf()\n    conf.setAppName(\"WordCountScala\")\n      .setMaster(\"local\")\n    new SparkContext(conf)\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/CreateTableEnvironmentScala.scala","text":"package com.imooc.scala.tablesql\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.table.api.bridge.scala.{BatchTableEnvironment, StreamTableEnvironment}\nimport org.apache.flink.table.api.{EnvironmentSettings, TableEnvironment}\n\n\/**\n * \u521b\u5efaTableEnvironment\u5bf9\u8c61\n * Created by xuwei\n *\/\nobject CreateTableEnvironmentScala {\n  def main(args: Array[String]): Unit = {\n\n    \/**\n     * \u6ce8\u610f\uff1a\u5982\u679cTable API \u548c SQL\u4e0d\u9700\u8981\u548cDataStream\u6216\u8005DataSet\u4e92\u76f8\u8f6c\u6362\n     * \u5219\u9488\u5bf9stream\u548cbatch\u90fd\u53ef\u4ee5\u4f7f\u7528TableEnvironment\n     *\/\n    \/\/\u6307\u5b9a\u5e95\u5c42\u5f15\u64ce\u4e3aBlink\uff0c\u4ee5\u53ca\u6570\u636e\u5904\u7406\u6a21\u5f0f-stream\n    val sSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inStreamingMode().build()\n    \/\/\u521b\u5efaTableEnvironment\u5bf9\u8c61\n    val sTableEnv = TableEnvironment.create(sSettings)\n\n\n    \/\/\u6307\u5b9a\u5e95\u5c42\u5f15\u64ce\u4e3aBlink\uff0c\u4ee5\u53ca\u6570\u636e\u5904\u7406\u6a21\u5f0f-batch\n    val bSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inBatchMode().build()\n    \/\/\u521b\u5efaTableEnvironment\u5bf9\u8c61\n    val bTableEnv = TableEnvironment.create(bSettings)\n\n    \/**\n     * \u6ce8\u610f\uff1a\u5982\u679cTable API\u548cSQL\u9700\u8981\u548cDataStream\u6216\u8005DataSet\u4e92\u76f8\u8f6c\u6362\n     * \u9488\u5bf9stream\u9700\u8981\u4f7f\u7528StreamTableEnvironment\n     * \u9488\u5bf9batch\u9700\u8981\u4f7f\u7528BatchTableEnvironment\n     *\/\n    \/\/\u521b\u5efaStreamTableEnvironment\n    val ssEnv = StreamExecutionEnvironment.getExecutionEnvironment\n    val ssSettings = EnvironmentSettings.newInstance().useBlinkPlanner().inStreamingMode().build()\n    val ssTableEnv = StreamTableEnvironment.create(ssEnv, ssSettings)\n\n    \/\/\u521b\u5efaBatchTableEnvironment\n    \/\/\u6ce8\u610f\uff1a\u6b64\u65f6\u53ea\u80fd\u4f7f\u7528\u65e7\u7684\u6267\u884c\u5f15\u64ce\uff0c\u65b0\u7684Blink\u6267\u884c\u5f15\u64ce\u4e0d\u652f\u6301\u548cDataSet\u8f6c\u6362\n    val bbEnv = ExecutionEnvironment.getExecutionEnvironment\n    val bbTableEnv = BatchTableEnvironment.create(bbEnv)\n\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/BoradcastOpScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1a\u4f7f\u7528\u5e7f\u64ad\u53d8\u91cf\n * Created by xuwei\n *\/\nobject BoradcastOpScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"BoradcastOpScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5))\n    val varable = 2\n    \/\/dataRDD.map(_ * varable)\n    \/\/1\uff1a\u5b9a\u4e49\u5e7f\u64ad\u53d8\u91cf\n    val varableBroadcast = sc.broadcast(varable)\n\n    \/\/2\uff1a\u4f7f\u7528\u5e7f\u64ad\u53d8\u91cf\uff0c\u8c03\u7528\u5176value\u65b9\u6cd5\n    dataRDD.map(_ * varableBroadcast.value).foreach(println(_))\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/CheckpointOpScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1acheckpoint\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject CheckpointOpScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"CheckpointOpScala\")\n      \/\/.setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    if(args.length==0){\n      System.exit(100)\n    }\n\n    val outputPath = args(0)\n\n    \/\/1\uff1a\u8bbe\u7f6echeckpoint\u76ee\u5f55\n    sc.setCheckpointDir(\"hdfs:\/\/bigdata01:9000\/chk001\")\n\n    val dataRDD = sc.textFile(\"hdfs:\/\/bigdata01:9000\/hello_10000000.dat\")\n        .persist(StorageLevel.DISK_ONLY)\/\/\u6267\u884c\u6301\u4e45\u5316\n\n    \/\/2\uff1a\u5bf9rdd\u6267\u884ccheckpoint\u64cd\u4f5c\n    dataRDD.checkpoint()\n\n    dataRDD.flatMap(_.split(\" \"))\n      .map((_,1))\n      .reduceByKey(_ + _)\n      .saveAsTextFile(outputPath)\n\n    sc.stop()\n\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/MyPartitionerScala.scala","text":"package com.imooc.scala.stream.transformation\n\nimport org.apache.flink.api.common.functions.Partitioner\n\n\/**\n * \u81ea\u5b9a\u4e49\u5206\u533a\u89c4\u5219\uff1a\u6309\u7167\u6570\u5b57\u7684\u5947\u5076\u6027\u8fdb\u884c\u5206\u533a\n * Created by xuwei\n *\/\nclass MyPartitionerScala extends Partitioner[Int]{\n  override def partition(key: Int, numPartitions: Int): Int = {\n    println(\"\u5206\u533a\u603b\u6570\uff1a\"+numPartitions)\n    if(key %  2 == 0){\/\/\u5076\u6570\u5206\u52300\u53f7\u5206\u533a\n      0\n    }else{\/\/\u5947\u6570\u5206\u52301\u53f7\u5206\u533a\n      1\n    }\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/tablesql\/DataSetToTableScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.tablesql\n\nimport org.apache.flink.api.scala.ExecutionEnvironment\nimport org.apache.flink.table.api.bridge.scala.BatchTableEnvironment\n\n\/**\n * \u5c06DataSet\u8f6c\u6362\u4e3a\u8868\n * Created by xuwei\n *\/\nobject DataSetToTableScala {\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6BatchTableEnvironment\n    val bbEnv = ExecutionEnvironment.getExecutionEnvironment\n    val bbTableEnv = BatchTableEnvironment.create(bbEnv)\n\n    \/\/\u83b7\u53d6DataSet\n    import org.apache.flink.api.scala._\n    val set = bbEnv.fromCollection(Array((1, \"jack\"), (2, \"tom\"), (3, \"mack\")))\n\n    \/\/\u7b2c\u4e00\u79cd\uff1a\u5c06DataSet\u8f6c\u6362\u4e3aview\u89c6\u56fe\n    import org.apache.flink.table.api._\n    bbTableEnv.createTemporaryView(\"myTable\",set,'id,'name)\n    bbTableEnv.sqlQuery(\"select * from myTable where id > 1\").execute().print()\n\n    \/\/\u7b2c\u4e8c\u79cd\uff1a\u5c06DataSet\u8f6c\u6362\u4e3atable\u5bf9\u8c61\n    val table = bbTableEnv.fromDataSet(set, 'id, 'name)\n    table.select($\"id\",$\"name\")\n      .filter($\"id\" > 1 )\n      .execute()\n      .print()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/TopNAnchorClusterScala.scala","text":"package com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * \u9700\u6c42\uff1a\u8ba1\u7b97TopN\u4e3b\u64ad\n * 1\uff1a\u76f4\u63a5\u4f7f\u7528sparkSession\u4e2d\u7684load\u65b9\u5f0f\u52a0\u8f7djson\u6570\u636e\n * 2\uff1a\u5bf9\u8fd9\u4e24\u4efd\u6570\u636e\u6ce8\u518c\u4e34\u65f6\u8868\n * 3\uff1a\u6267\u884csql\u8ba1\u7b97TopN\u4e3b\u64ad\n * 4\uff1a\u4f7f\u7528foreach\u5c06\u7ed3\u679c\u6253\u5370\u5230\u63a7\u5236\u53f0\n * Created by xuwei\n *\/\nobject TopNAnchorClusterScala {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"LoadAndSaveOpScala\")\n      .config(conf)\n      .getOrCreate()\n\n    \/\/1\uff1a\u76f4\u63a5\u4f7f\u7528sparkSession\u4e2d\u7684load\u65b9\u5f0f\u52a0\u8f7djson\u6570\u636e\n    val videoInfoDf = sparkSession.read.json(\"hdfs:\/\/bigdata01:9000\/video_info.log\")\n    val giftRecordDf = sparkSession.read.json(\"hdfs:\/\/bigdata01:9000\/gift_record.log\")\n\n    \/\/2\uff1a\u5bf9\u8fd9\u4e24\u4efd\u6570\u636e\u6ce8\u518c\u4e34\u65f6\u8868\n    videoInfoDf.createOrReplaceTempView(\"video_info\")\n    giftRecordDf.createOrReplaceTempView(\"gift_record\")\n\n    \/\/3\uff1a\u6267\u884csql\u8ba1\u7b97TopN\u4e3b\u64ad\n    val sql =\"select \"+\n    \"t4.area, \"+\n    \"concat_ws(',',collect_list(t4.topn)) as topn_list \"+\n    \"from( \"+\n      \"select \"+\n      \"t3.area,concat(t3.uid,':',cast(t3.gold_sum_all as int)) as topn \"+\n    \"from( \"+\n    \"select \"+\n    \"t2.uid,t2.area,t2.gold_sum_all,row_number() over (partition by area order by gold_sum_all desc) as num \"+\n    \"from( \"+\n    \"select \"+\n    \"t1.uid,max(t1.area) as area,sum(t1.gold_sum) as gold_sum_all \"+\n    \"from( \"+\n    \"select \"+\n    \"vi.uid,vi.vid,vi.area,gr.gold_sum \"+\n    \"from \"+\n    \"video_info as vi \"+\n    \"join \"+\n    \"(select \"+\n    \"vid,sum(gold) as gold_sum \"+\n    \"from \"+\n    \"gift_record \"+\n    \"group by vid \"+\n    \")as gr \"+\n    \"on vi.vid = gr.vid \"+\n    \") as t1 \"+\n    \"group by t1.uid \"+\n    \") as t2 \"+\n    \")as t3 \"+\n    \"where t3.num <=3 \"+\n    \") as t4 \"+\n    \"group by t4.area \"\n    val resDf = sparkSession.sql(sql)\n\n    \/\/4\uff1a\u4f7f\u7528foreach\u5c06\u7ed3\u679c\u6253\u5370\u5230\u63a7\u5236\u53f0\n    resDf.rdd\n      .map(row=>row.getAs[String](\"area\")+\"\\t\"+row.getAs[String](\"topn_list\"))\n      .saveAsTextFile(\"hdfs:\/\/bigdata01:9000\/out-topn\")\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/window\/WatermarkOpMoreParallelismScala.scala","text":"package com.imooc.scala.window\n\nimport java.text.SimpleDateFormat\nimport java.time.Duration\n\nimport org.apache.flink.api.common.eventtime.{SerializableTimestampAssigner, WatermarkStrategy}\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.api.scala.function.WindowFunction\nimport org.apache.flink.streaming.api.windowing.assigners.TumblingEventTimeWindows\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.Sorting\n\n\/**\n * Watermark+EventTime\u89e3\u51b3\u6570\u636e\u4e71\u5e8f\u95ee\u9898\n * Created by xuwei\n *\/\nobject WatermarkOpMoreParallelismScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    \/\/\u8bbe\u7f6e\u4f7f\u7528\u6570\u636e\u4ea7\u751f\u7684\u65f6\u95f4\uff1aEventTime\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    \/\/\u8bbe\u7f6e\u5168\u5c40\u5e76\u884c\u5ea6\u4e3a1\n    env.setParallelism(2)\n\n    \/\/\u8bbe\u7f6e\u81ea\u52a8\u5468\u671f\u6027\u7684\u4ea7\u751fwatermark\uff0c\u9ed8\u8ba4\u503c\u4e3a200\u6beb\u79d2\n    env.getConfig.setAutoWatermarkInterval(200)\n\n\n    val text = env.socketTextStream(\"bigdata04\", 9001)\n    import org.apache.flink.api.scala._\n    \/\/\u5c06\u6570\u636e\u8f6c\u6362\u4e3atuple2\u7684\u5f62\u5f0f\n    \/\/\u7b2c\u4e00\u5217\u8868\u793a\u5177\u4f53\u7684\u6570\u636e\uff0c\u7b2c\u4e8c\u5217\u8868\u793a\u662f\u6570\u636e\u4ea7\u751f\u7684\u65f6\u95f4\u6233\n    val tupStream = text.map(line => {\n      val arr = line.split(\",\")\n      (arr(0), arr(1).toLong)\n    })\n\n    \/\/\u5206\u914d(\u63d0\u53d6)\u65f6\u95f4\u6233\u548cwatermark\n    val waterMarkStream = tupStream.assignTimestampsAndWatermarks(WatermarkStrategy.forBoundedOutOfOrderness(Duration.ofSeconds(10)) \/\/\u6700\u5927\u5141\u8bb8\u7684\u6570\u636e\u4e71\u5e8f\u65f6\u95f4 10s\n      .withTimestampAssigner(new SerializableTimestampAssigner[Tuple2[String, Long]] {\n        val sdf = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\")\n        var currentMaxTimstamp = 0L\n\n        \/\/\u4ece\u6570\u636e\u6d41\u4e2d\u62bd\u53d6\u65f6\u95f4\u6233\u4f5c\u4e3aEventTime\n        override def extractTimestamp(element: (String, Long), recordTimestamp: Long): Long = {\n          val timestamp = element._2\n          currentMaxTimstamp = Math.max(timestamp, currentMaxTimstamp)\n          \/\/\u8ba1\u7b97\u5f53\u524dwatermark\uff0c\u4e3a\u4e86\u6253\u5370\u51fa\u6765\u65b9\u4fbf\u89c2\u5bdf\u6570\u636e\uff0c\u6ca1\u6709\u522b\u7684\u4f5c\u7528\uff0cwatermark=currentMaxTimstamp-OutOfOrderness\n          val currentWatermark = currentMaxTimstamp - 10000L\n          val threadId = Thread.currentThread().getId\n          \/\/\u6b64print\u8bed\u53e5\u4ec5\u4ec5\u662f\u4e3a\u4e86\u5728\u5b66\u4e60\u9636\u6bb5\u89c2\u5bdf\u6570\u636e\u7684\u53d8\u5316\n          println(\"threadId:\"+threadId+\",key:\" + element._1 + \",\" + \"eventtime:[\" + element._2 + \"|\" + sdf.format(element._2) + \"],currentMaxTimstamp:[\" + currentWatermark + \"|\" + sdf.format(currentMaxTimstamp) + \"],watermark:[\" + currentWatermark + \"|\" + sdf.format(currentWatermark) + \"]\")\n          element._2\n        }\n      })\n    )\n\n    waterMarkStream.keyBy(0)\n      \/\/\u6309\u7167\u6d88\u606f\u7684EventTime\u5206\u914d\u7a97\u53e3\uff0c\u548c\u8c03\u7528TimeWindow\u6548\u679c\u4e00\u6837\n      .window(TumblingEventTimeWindows.of(Time.seconds(3)))\n      \/\/\u4f7f\u7528\u5168\u91cf\u805a\u5408\u7684\u65b9\u5f0f\u5904\u7406window\u4e2d\u7684\u6570\u636e\n      .apply(new WindowFunction[Tuple2[String,Long],String,Tuple,TimeWindow] {\n        override def apply(key: Tuple, window: TimeWindow, input: Iterable[(String, Long)], out: Collector[String]): Unit = {\n          val keyStr = key.toString\n          \/\/\u5c06window\u4e2d\u7684\u6570\u636e\u4fdd\u5b58\u5230arrBuff\u4e2d\n          val arrBuff = ArrayBuffer[Long]()\n          input.foreach(tup=>{\n            arrBuff.append(tup._2)\n          })\n          \/\/\u5c06arrBuff\u8f6c\u6362\u4e3aarr\n          val arr = arrBuff.toArray\n          \/\/\u5bf9arr\u4e2d\u7684\u6570\u636e\u8fdb\u884c\u6392\u5e8f\n          Sorting.quickSort(arr)\n\n          val sdf = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\")\n          \/\/\u5c06\u76ee\u524dwindow\u5185\u6392\u5e8f\u540e\u7684\u6570\u636e\uff0c\u4ee5\u53cawindow\u7684\u5f00\u59cb\u65f6\u95f4\u548cwindow\u7684\u7ed3\u675f\u65f6\u95f4\u6253\u5370\u51fa\u6765\uff0c\u4fbf\u4e8e\u89c2\u5bdf\n          val result = keyStr+\",\"+arr.length+\",\"+sdf.format(arr.head)+\",\"+sdf.format(arr.last)+\",\"+sdf.format(window.getStart)+\",\"+sdf.format(window.getEnd)\n          out.collect(result)\n        }\n      }).print()\n\n    env.execute(\"WatermarkOpScala\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/sql\/LoadAndSaveOpScala.scala","text":"<gh_stars>0\npackage com.imooc.scala.sql\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.{SaveMode, SparkSession}\n\n\/**\n * \u9700\u6c42\uff1aload\u548csave\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject LoadAndSaveOpScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setMaster(\"local\")\n\n    \/\/\u521b\u5efaSparkSession\u5bf9\u8c61\uff0c\u91cc\u9762\u5305\u542bSparkContext\u548cSqlContext\n    val sparkSession = SparkSession.builder()\n      .appName(\"LoadAndSaveOpScala\")\n      .config(conf)\n      .getOrCreate()\n\n    \/\/\u8bfb\u53d6\u6570\u636e\n    val stuDf = sparkSession.read.format(\"json\").load(\"D:\\\\student.json\")\n\n    \/\/\u4fdd\u5b58\u6570\u636e\n    stuDf.select(\"name\",\"age\")\n      .write\n      .format(\"csv\")\n      .mode(SaveMode.Append)\/\/\u8ffd\u52a0\n      .save(\"hdfs:\/\/bigdata01:9000\/out-save001\")\n\n    sparkSession.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/stream\/transformation\/StreamConnectScala.scala","text":"<reponame>dcm-inv\/dcm-work\npackage com.imooc.scala.stream.transformation\n\nimport org.apache.flink.streaming.api.functions.co.CoMapFunction\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\n\n\/**\n * \u53ea\u80fd\u8fde\u63a5\u4e24\u4e2a\u6d41\uff0c\u4e24\u4e2a\u6d41\u7684\u6570\u636e\u7c7b\u578b\u53ef\u4ee5\u4e0d\u540c\n * \u5e94\u7528\uff1a\u53ef\u4ee5\u5c06\u4e24\u79cd\u4e0d\u540c\u683c\u5f0f\u7684\u6570\u636e\u7edf\u4e00\u6210\u4e00\u79cd\u683c\u5f0f\n * Created by xuwei\n *\/\nobject StreamConnectScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    import org.apache.flink.api.scala._\n    \/\/\u7b2c1\u4efd\u6570\u636e\u6d41\n    val text1 = env.fromElements(\"user:tom,age:18\")\n    \/\/\u7b2c2\u4efd\u6570\u636e\u6d41\n    val text2 = env.fromElements(\"user:jack_age:20\")\n\n    \/\/\u8fde\u63a5\u4e24\u4e2a\u6d41\n    val connectStream = text1.connect(text2)\n\n    connectStream.map(new CoMapFunction[String,String,String] {\n      \/\/\u5904\u7406\u7b2c1\u4efd\u6570\u636e\u6d41\u4e2d\u7684\u6570\u636e\n      override def map1(value: String): String = {\n        value.replace(\",\",\"-\")\n      }\n      \/\/\u5904\u7406\u7b2c2\u4efd\u6570\u636e\u6d41\u4e2d\u7684\u6570\u636e\n      override def map2(value: String): String = {\n        value.replace(\"_\",\"-\")\n      }\n    }).print().setParallelism(1)\n\n    env.execute(\"StreamConnectScala\")\n  }\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/KryoSerScala.scala","text":"package com.imooc.scala\n\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aKryo\u5e8f\u5217\u5316\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject KryoSerScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"KryoSerScala\")\n      .setMaster(\"local\")\n      \/\/\u6307\u5b9a\u4f7f\u7528kryo\u5e8f\u5217\u5316\u673a\u5236\uff0c\u6ce8\u610f\uff1a\u5982\u679c\u4f7f\u7528\u4e86registerKryoClasses\uff0c\u5176\u5b9e\u8fd9\u4e00\u884c\u8bbe\u7f6e\u662f\u53ef\u4ee5\u7701\u7565\u7684\n      .set(\"spark.serializer\",\"org.apache.spark.serializer.KryoSerializer\")\n      .registerKryoClasses(Array(classOf[Person]))\/\/\u6ce8\u518c\u81ea\u5b9a\u4e49\u7684\u6570\u636e\u7c7b\u578b\n    val sc = new SparkContext(conf)\n\n    val dataRDD = sc.parallelize(Array(\"hello you\",\"hello me\"))\n    val wordsRDD = dataRDD.flatMap(_.split(\" \"))\n    val personRDD = wordsRDD.map(word=>Person(word,18)).persist(StorageLevel.MEMORY_ONLY_SER)\n    personRDD.foreach(println(_))\n\n    while(true){\n      ;\n    }\n  }\n\n}\ncase class Person(name: String,age: Int) extends Serializable\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-spark\/src\/main\/scala\/com\/imooc\/scala\/ForeachPartitionOpScala.scala","text":"<gh_stars>0\npackage com.imooc.scala\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u9700\u6c42\uff1aforeachPartition\u7684\u4f7f\u7528\n * Created by xuwei\n *\/\nobject ForeachPartitionOpScala {\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n    conf.setAppName(\"ForeachPartitionOpScala\")\n      .setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    \/\/\u8bbe\u7f6e\u5206\u533a\u6570\u91cf\u4e3a2\n    val dataRDD = sc.parallelize(Array(1,2,3,4,5),2)\n    \/\/foreachPartition\uff1a\u4e00\u6b21\u5904\u7406\u4e00\u4e2a\u5206\u533a\u7684\u6570\u636e\uff0c\u4f5c\u7528\u548cmapPartitions\u7c7b\u4f3c\n    \/\/\u552f\u4e00\u7684\u533a\u662fmapPartitions\u662ftransformation\u7b97\u5b50\uff0cforeachPartition\u662faction\u7b97\u5b50\n    dataRDD.foreachPartition(it=>{\n      \/\/\u5728\u6b64\u5904\u83b7\u53d6\u6570\u636e\u5e93\u94fe\u63a5\n      println(\"===============\")\n      it.foreach(item=>{\n        \/\/\u5728\u8fd9\u91cc\u4f7f\u7528\u6570\u636e\u5e93\u94fe\u63a5\n        println(item)\n      })\n      \/\/\u5173\u95ed\u6570\u636e\u5e93\u94fe\u63a5\n    })\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"dcm-inv\/dcm-work","path":"dcm-work-flink\/src\/main\/scala\/com\/imooc\/scala\/kafkaconnector\/StreamKafkaSinkScala.scala","text":"package com.imooc.scala.kafkaconnector\n\nimport java.util.Properties\n\nimport org.apache.flink.api.common.serialization.SimpleStringSchema\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.connectors.kafka.FlinkKafkaProducer\nimport org.apache.flink.streaming.connectors.kafka.internals.KafkaSerializationSchemaWrapper\nimport org.apache.flink.streaming.connectors.kafka.partitioner.FlinkFixedPartitioner\n\n\/**\n * Flink\u5411Kafka\u4e2d\u751f\u4ea7\u6570\u636e\n * Created by xuwei\n *\/\nobject StreamKafkaSinkScala {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/\u5f00\u542fcheckpoint\n    env.enableCheckpointing(5000)\n\n\n    val text = env.socketTextStream(\"bigdata04\", 9001)\n\n    \/\/\u6307\u5b9aFlinkKafkaProducer\u7684\u76f8\u5173\u914d\u7f6e\n    val topic = \"t3\"\n    val prop = new Properties()\n    prop.setProperty(\"bootstrap.servers\",\"bigdata01:9092,bigdata02:9092,bigdata03:9092\")\n\n    \/\/\u6307\u5b9akafka\u4f5c\u4e3asink\n    \/*\n     KafkaSerializationSchemaWrapper\u7684\u51e0\u4e2a\u53c2\u6570\n     1\uff1atopic\uff1a\u6307\u5b9a\u9700\u8981\u5199\u5165\u7684topic\u540d\u79f0\u5373\u53ef\n     2\uff1apartitioner\uff0c\u901a\u8fc7\u81ea\u5b9a\u4e49\u5206\u533a\u5668\u5b9e\u73b0\u5c06\u6570\u636e\u5199\u5165\u5230\u6307\u5b9atopic\u7684\u5177\u4f53\u5206\u533a\u4e2d\n     \u9ed8\u8ba4\u4f1a\u4f7f\u7528FlinkFixedPartitioner\uff0c\u5b83\u8868\u793a\u4f1a\u5c06\u6240\u6709\u7684\u6570\u636e\u90fd\u5199\u5165\u6307\u5b9atopic\u7684\u4e00\u4e2a\u5206\u533a\u91cc\u9762\n     \u5982\u679c\u4e0d\u60f3\u81ea\u5b9a\u4e49\u5206\u533a\u5668\uff0c\u4e5f\u4e0d\u60f3\u4f7f\u7528\u9ed8\u8ba4\u7684\uff0c\u53ef\u4ee5\u76f4\u63a5\u4f7f\u7528null\u5373\u53ef\n     3\uff1awriteTimeStamp\uff0c\u5411topic\u4e2d\u5199\u5165\u6570\u636e\u7684\u65f6\u5019\uff0c\u662f\u5426\u5199\u5165\u65f6\u95f4\u6233\n     \u5982\u679c\u5199\u5165\u4e86\uff0c\u90a3\u4e48\u5728watermark\u7684\u6848\u4f8b\u4e2d\uff0c\u4f7f\u7528extractTimestamp()\u63d0\u8d77\u65f6\u95f4\u6233\u7684\u65f6\u5019\n     \u5c31\u53ef\u4ee5\u76f4\u63a5\u4f7f\u7528recordTimestamp\u5373\u53ef\uff0c\u5b83\u8868\u793a\u7684\u5c31\u662f\u6211\u4eec\u5728\u8fd9\u91cc\u5199\u5165\u7684\u6570\u636e\u5bf9\u5e94\u7684timestamp\n     *\/\n    val kafkaProducer = new FlinkKafkaProducer[String](topic, new KafkaSerializationSchemaWrapper[String](topic, null, false, new SimpleStringSchema()), prop, FlinkKafkaProducer.Semantic.EXACTLY_ONCE)\n    text.addSink(kafkaProducer)\n\n    env.execute(\"StreamKafkaSinkScala\")\n\n  }\n\n}\n"}
{"repo_name":"zenithwu\/bdp_web","path":"bdp-common\/src\/main\/scala\/com\/it863\/common\/ReadDataFromHive.scala","text":"<reponame>zenithwu\/bdp_web\npackage com.it863.common\n\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession;\n\n\nobject ReadDataFromHive {\n  def main(args: Array[String]): Unit = {\n\n    if (args.length < 1) {\n      println(\"Hive Table Name is missing\")\n      println(\"It should be:\")\n      println(ReadDataFromHive.getClass.getSimpleName() + \" HiveTableName\")\n      System.exit(1)\n    }\n\n    val HiveTableName = args(0)\n\n    val conf = new SparkConf().setAppName(\"ReadDataFromHive\")\n    val spark = SparkSession.builder().config(conf).enableHiveSupport().getOrCreate()\n    val hiveTableDF = spark.sql(s\"select * from ${HiveTableName}\")\n\n    hiveTableDF.show()\n    hiveTableDF.collect().foreach(x => println(\"line\" + x))\n\n    spark.stop()\n  }\n\n}\n"}
{"repo_name":"zenithwu\/bdp_web","path":"bdp-common\/src\/main\/scala\/com\/it863\/common\/ReadDataFromMySQL.scala","text":"<gh_stars>0\npackage com.it863.common\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession;\n\n\nobject ReadDataFromMySQL {\n  def main(args: Array[String]): Unit = {\n\n    if (args.length < 4) {\n      println(\"MySQL Table Name is missing\")\n      println(\"It should be:\")\n      println(ReadDataFromHive.getClass.getSimpleName() + \" MySQLTableName URL USER PASSWORD\")\n      System.exit(1)\n    }\n\n    val table = args(0)\n    val url = args(1)\n    val user = args(2)\n    val pass = args(3)\n\n\n    val conf = new SparkConf()\n    val spark = SparkSession.builder().config(conf).getOrCreate()\n\n    \/\/ \u65b9\u5f0f\u4e00\n    val mysqldf = spark.read.format(\"jdbc\").option(\"url\",url).option(\"user\",user).option(\"password\",<PASSWORD>).option(\"dbtable\",table).load()\n\n\n    \/\/ \u65b9\u5f0f\u4e8c\n    \/\/    val prop = new Properties()\n    \/\/    prop.put(\"user\", user)\n    \/\/    prop.put(\"password\", <PASSWORD>)\n    \/\/    val mysqldf = spark.read.jdbc(url, table, prop)\n\n\n    mysqldf.collect().foreach(x => print(x))\n    spark.stop()\n  }\n\n}\n"}
{"repo_name":"zenithwu\/bdp_web","path":"bdp-common\/src\/main\/scala\/com\/it863\/common\/util\/JdbcUtil.scala","text":"package com.it863.common.util\n\nimport java.sql.{Connection, DriverManager, Statement}\n\nimport com.it863.common.util.ParseDateTime.replaceDateTime\n\nobject JdbcUtil {\n  def runPreSQL(dbType: String, preSQL: String): Int = {\n    return 0\n  }\n\n  def urlFormat(dbType: String, jdbcHost: String, jdbcPort: String, dbName: String): String = {\n    dbType match {\n      case \"mysql\" => s\"jdbc:mysql:\/\/${jdbcHost}:${jdbcPort}\/${dbName}\"\n      case \"oracle\" => s\"jdbc:oracle:thin:@\/\/${jdbcHost}:${jdbcPort}\/${dbName}\"\n      case \"mssql\" => s\"jdbc:microsoft:sqlserver:\/\/${jdbcHost}:${jdbcPort};DatabaseName=${dbName}\"\n      case \"db2\" => s\"jdbc:db2:\/\/${jdbcHost}:${jdbcPort}\/${dbName}\"\n    }\n  }\n\n  def runSQL(driver: String, sql: String, url: String, user: String, password: String): Unit = {\n    if (driver == \"\") {\n      throw new RuntimeException(\"driver is null\")\n    }\n    val sqlList = sql.split(\";\")\n\n    var connection: Connection = null\n    var statement: Statement = null\n\n    try {\n      Class.forName(driver)\n      connection = DriverManager.getConnection(url, user, password)\n      statement = connection.createStatement()\n      sqlList.foreach(sql => statement.execute(sql.trim))\n    } catch {\n      case e => e.printStackTrace()\n    } finally {\n      statement.closeOnCompletion()\n      connection.close()\n    }\n  }\n\n}\n"}
{"repo_name":"zenithwu\/bdp_web","path":"bdp-common\/src\/main\/scala\/com\/it863\/common\/util\/ParseDateTime.scala","text":"package com.it863.common.util\n\nimport java.util.regex.Pattern\n\nimport org.joda.time.DateTime\nimport org.joda.time.format.DateTimeFormat\n\nimport scala.collection.mutable\n\n\/**\n  * Created by wuzwb on 2017-5-11.\n  *\/\nobject ParseDateTime {\n\n  \/**\n    * \u6839\u636edate\u548csql\u7684\u53d8\u91cf\u6765\u66ff\u6362sql by wuzwb\n    *\n    * @param sql_task\n    * @param date\n    * @return\n    *\/\n  def replaceDateTime(sql_task: String, date: String): String = {\n\n    \/\/\u5982\u679csql\u4e3a\u7a7a\u5219\u76f4\u63a5\u8fd4\u56de\n    if (date.equals(\"\") || null == date) return sql_task\n    \/\/\u5982\u679c\u7b26\u5408\u6761\u4ef6\u5219\u5904\u7406sql\u5426\u5219\u76f4\u63a5\u8fd4\u56de\u539f\u6765\u7684sql\n    val dp = doFillMap(sql_task, date)\n    if (dp != null && (!dp.isEmpty)) {\n      \/\/\u66ff\u6362$\n      var sql = sql_task\n      for ((k, v) <- dp) {\n        sql = sql.replace(k, v)\n      }\n      sql\n    } else {\n      return sql_task\n    }\n  }\n\n  \/**\n    * \u6839\u636esql\u83b7\u53d6fillmap  fillmap \u91cc\u5b58\u50a8 \u539f\u8868\u8fbe\u5f0f\u548c\u8981\u66ff\u6362\u7684\u503cby wuzwb\n    *\n    * @param sql_task\n    * @return\n    *\/\n  def doFillMap(sql_task: String, date: String): mutable.HashMap[String, String] = {\n\n    val fillMap = mutable.HashMap.empty[String, String]\n    \/\/${yyyy-mm-dd -?}\u7b49\u7684\u6b63\u5219\u8868\u8fbe\u5f0f\n    var reg = \"(\\\\$\\\\{y{0,4}[:-]*q{0,2}[:-]*m{0,2}[:-]*w{0,2}[:-]*d{0,2}[: -]*h{0,2}[:-]*(mi)?(-(\\\\d)+?)*?\\\\})\"\n    var m = Pattern.compile(reg).matcher(sql_task)\n\n    \/\/\u627e\u5230\u66ff\u6362\u8868\u8fbe\u5f0f${yyyy-?} \u6216\u8005${yyyy}\n    while (m.find()) {\n      val date_source = m.group(1)\n      val strs = date_source.split(\"-\")\n      var datestr = date_source\n      var dt = DateTimeFormat.forPattern(\"yyyy-MM-dd HH:mm:ss\").parseDateTime(date)\n      \/\/\u5982\u679c\u8868\u8fbe\u5f0f\u91cc\u542b\u6709\u65f6\u95f4\u5dee \u4fee\u6539\u4f20\u5165\u65f6\u95f4 ${yyyy-?}\n      if (strs.length > 0 && isNumeric(strs(strs.length - 1).replace(\"}\", \"\"))) {\n        val lastIndexOf = date_source.lastIndexOf(\"-\")\n        \/\/unit \u662f\u622a\u53d6-\u524d\u4e24\u4f4d\u4f5c\u4e3a\u5355\u4f4d\n        val unit = date_source.substring(lastIndexOf - 2, lastIndexOf)\n        \/\/offset\n        val number = Integer.parseInt(strs(strs.length - 1).replace(\"}\", \"\"))\n        \/\/\u5b9e\u9645\u7684\u65e5\u671f\u533a\u57df\u9664\u53bb ${}\u7684\n        datestr = date_source.substring(date_source.indexOf(\"{\") + 1, lastIndexOf)\n        dt = unit match {\n          case \"yy\" => dt.plusYears(0 - number)\n          case \"qq\" => dt.plusMonths(0 - number * 3)\n          case \"mm\" => dt.plusMonths(0 - number)\n          case \"ww\" => dt.plusWeeks(0 - number)\n          case \"dd\" => dt.plusDays(0 - number)\n          case \"hh\" => dt.plusHours(0 - number)\n          case \"mi\" => dt.plusMinutes(0 - number)\n          case _ => dt\n        }\n      } else {\n        \/\/${yyyy}\n        datestr = date_source.substring(date_source.indexOf(\"{\") + 1, date_source.lastIndexOf(\"}\"))\n      }\n      \/\/\u586b\u5145fillMap\n      fillMap += (date_source -> replaceFromdt(dt, datestr))\n    }\n    fillMap\n  }\n\n  \/**\n    * \u5728\u5355\u5143\u91cc\u66ff\u6362 by wuzwb\n    *\n    * @param dt\n    * @param str\n    * @return\n    *\/\n  def replaceFromdt(dt: DateTime, str: String): String = {\n    var q = dt.monthOfYear().get() \/ 3;\n    if (dt.monthOfYear().get() % 3 > 0) {\n      q = q + 1\n    }\n    val re = str.replace(\"yyyy\", fillZero(dt.year().getAsString))\n      .replace(\"mm\", fillZero(dt.monthOfYear().getAsString))\n      .replace(\"qq\", fillZero(q.toString))\n      .replace(\"ww\", fillZero(dt.weekOfWeekyear().getAsString))\n      .replace(\"dd\", fillZero(dt.dayOfMonth().getAsString))\n      .replace(\"hh\", fillZero(dt.hourOfDay().getAsString))\n      .replace(\"mi\", fillZero(dt.minuteOfHour().getAsString))\n    return re\n  }\n\n  \/**\n    * \u5982\u679c\u662f\u5355\u5b57\u7b26\u7684\u524d\u9762\u52a0\u4e00\u4e2a0 \u6bd4\u5982 1 => 01 by wuzwb\n    *\n    * @param str\n    * @return\n    *\/\n  def fillZero(str: String): String = {\n    if (str.length == 1) {\n      return \"0\" + str\n    } else {\n      return str\n    }\n  }\n\n  \/**\n    * \u5224\u65ad\u662f\u5426\u4e3a\u6570\u5b57 by wuzwb\n    *\n    * @param str\n    * @return\n    *\/\n  def isNumeric(str: String): Boolean = {\n    Pattern.compile(\"[0-9]*\").matcher(str).matches()\n  }\n\n  \/**\n    * \u66ff\u6362\u811a\u672c\u4e2d\u7684\u65e5\u671f\u53d8\u91cf\n    *\n    * @param args \u811a\u672c \u65e5\u671f\u53d8\u91cf\n    *\/\n  def main(args: Array[String]): Unit = {\n    \/\/    val sql=s\"\"\"select * frata=$${yyyymmddhh} a}$${yyyy-mmddhh-1}nd id =_date < $${mmddhh-11} $${mmddhhmi-10}\"\"\"\n    \/\/    val date=\"2017-08-02 03:10:00\"\n    if (args.length != 2) throw new RuntimeException(\"\u53c2\u6570\u4e0d\u5bf9\uff0c\u53c2\u6570\u5e94\u8be5\u4e3a\uff1ascript  date  \\n \u5982\uff1a,${yyyy},${mm-1} 2017-08-02 03:10:00\")\n    val res = replaceDateTime(args(0), args(1))\n    \/\/    val res = args(0) + args(1)\n    System.out.print(res)\n  }\n\n}"}
{"repo_name":"zenithwu\/bdp_web","path":"bdp-common\/src\/main\/scala\/com\/it863\/common\/ExportHiveToRDB.scala","text":"package com.it863.common\n\nimport java.util.Properties\n\nimport com.it863.common.util.JdbcUtil._\nimport com.it863.common.util.ParseDateTime.replaceDateTime\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.{SaveMode, SparkSession}\nimport org.slf4j.LoggerFactory\n\nobject ExportHiveToRDB {\n  private val log = LoggerFactory.getLogger(this.getClass)\n\n  def main(args: Array[String]): Unit = {\n    val jobid = args(0)\n    val timehour = args(1)\n\n    val hdfsPath = \"hdfs:\/\/\/bdp\/jobconfig\/jobid_\" + jobid + \".json\"\n\n    val conf = new SparkConf().setAppName(\"ExportHiveToMysql\").setMaster(\"local[1]\")\n    val spark = SparkSession.builder().config(conf).enableHiveSupport().getOrCreate()\n    val row = spark.read.json(hdfsPath).first()\n    val jobConfig = row.getValuesMap(row.schema.fieldNames)\n    \/\/ \u83b7\u53d6\u53c2\u6570\n    val hiveQL = replaceDateTime(jobConfig.getOrElse(\"input_input_content\", \"\"), timehour)\n    val saveMode = jobConfig.getOrElse(\"output_write_model\", \"overwrite\")\n    val jdbcUser = jobConfig.getOrElse(\"username\", \"\")\n    val jdbcPass = jobConfig.getOrElse(\"password\", \"\")\n    val jdbcHost = jobConfig.getOrElse(\"host\", \"\")\n    val jdbcPort = jobConfig.getOrElse(\"port\", \"3306\")\n    val dbType = jobConfig.getOrElse(\"type\", \"\").toLowerCase\n    val driver = jobConfig.getOrElse(\"driverClass\", \"\")\n    val dbName = jobConfig.getOrElse(\"dbname\", \"\")\n    val preSql = replaceDateTime(jobConfig.getOrElse(\"output_pre_statment\", \"\"), timehour)\n    val targetTable = jobConfig.getOrElse(\"output_table_name\", \"\")\n    val url = urlFormat(dbType, jdbcHost, jdbcPort, dbName)\n\n    log.info(\"hiveQL === \" + hiveQL)\n    log.info(\"preSql === \" + preSql)\n\n    \/\/ \u4f7f\u7528\u522b\u540d\u65b9\u5f0f\n    import spark.{sql => hsql}\n    val hiveDF = hsql(s\"${hiveQL}\")\n\n    \/\/ \u6267\u884c\u524d\u7f6esql\n    if (preSql != \"\") {\n      runSQL(driver, preSql, url, jdbcUser, jdbcPass)\n    }\n\n    \/\/\u8bbe\u7f6e\u6570\u636e\u5e93\u5c5e\u6027\n    val prop = new Properties()\n    prop.setProperty(\"user\", jdbcUser)\n    prop.setProperty(\"password\", <PASSWORD>Pass)\n    val sm = if (saveMode == \"append\") SaveMode.Append else SaveMode.Overwrite\n\n    hiveDF.write.mode(sm).jdbc(url, targetTable, prop)\n\n    spark.stop()\n  }\n\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/exercise\/Main.scala","text":"<gh_stars>0\npackage sandbox.exercise\n\nobject Main extends App {\n  import PrintableInstances._\n  import PrinterSyntax._\n  val cat = Cat(\"\u307f\u3051\", 222, \"red\")\n  cat.print\n}\n\ntrait Printable[A] {\n  def format(value: A): String\n}\n\nobject PrintableInstances {\n  implicit val stringPrinter: Printable[String] = new Printable[String] {\n    override def format(value: String): String = {\n      value\n    }\n  }\n\n  implicit val intPrinter: Printable[Int] = new Printable[Int] {\n    override def format(value: Int): String = {\n      value.toString\n    }\n  }\n\n  implicit val catPrinter: Printable[Cat] = new Printable[Cat] {\n    override def format(value: Cat): String = {\n      s\"${value.name} is a ${value.age} years old ${value.color} cat\"\n    }\n  }\n}\n\nfinal case class Cat(name: String, age: Int, color: String)\n\n\nobject PrinterSyntax {\n  implicit class RichPrint[A](value: A) {\n    def format(implicit p: Printable[A]): String = {\n      p.format(value)\n    }\n\n    def print(implicit p: Printable[A]): Unit = {\n      println(p.format(value))\n    }\n  }\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/functor\/Main10.scala","text":"package sandbox.functor\n\nimport cats.Functor\nimport cats.syntax.functor._\n\nobject Main10 extends App {\n  import scala.concurrent.Future\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  implicit def futureFunctor: Functor[Future] = new Functor[Future] {\n    override def map[A, B](future: Future[A])(func: A => B): Future[B] = {\n      future.map(func)\n    }\n  }\n\n   Functor[Future].map(Future(11))(_ * 44)\n}\n\nobject Main11 extends App {\n\n  sealed trait Tree[+A]\n\n  final case class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n\n  final case class Leaf[A](value: A) extends Tree[A]\n\n\n  implicit val branchFunctor: Functor[Tree] = new Functor[Tree] {\n    override def map[A, B](fa: Tree[A])(f: A => B): Tree[B] = {\n      fa match {\n        case Branch(left, right) => Branch(map(left)(f), map(right)(f))\n        case Leaf(v) => Leaf(f(v))\n      }\n    }\n  }\n\n  println(Functor[Tree].map(Branch(Leaf(12), Leaf(33)))(_ * 3))\n\n  object Tree {\n    def branch[A](left: Tree[A], right: Tree[A]): Tree[A] = {\n      Branch(left, right)\n    }\n\n    def leaf[A](value: A): Tree[A] = {\n      Leaf(value)\n    }\n  }\n\n  println(Tree.leaf(\"wwww\").map(_ + \"!!!!!\"))\n\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/monad\/Main13.scala","text":"<filename>src\/main\/scala\/sandbox\/monad\/Main13.scala\npackage sandbox.monad\n\nimport cats.{Id, Monad}\n\nobject Main13 {\n\n  \/\/ monad\u306f\u3001pure\u30d5\u30a1\u30f3\u30af\u30b7\u30e7\u30f3\u3068\u3001faltMap\u30d5\u30a1\u30f3\u30af\u30b7\u30e7\u30f3\u3092\u6301\u3064\n  \/\/ \u3042\u3068\u3001\u30e2\u30ca\u30c9\u5247\u3092\u6e80\u305f\u3059\n  \/\/ \u306a\u305c\u4f7f\u3046\u306e\u304b\n  \/\/ \u6587\u8108\u306b\u4f9d\u5b58\u305b\u305a\u306b\u4e2d\u8eab\u306e\u30c7\u30fc\u30bf\uff08\u672c\u8cea\uff09\u3092\u51e6\u7406\u3067\u304d\u308b\n  \/\/ ex\n  \/\/ List(1, 2, 3).map(x*4)\n  \/\/ List\u306f\u6587\u8108\u30021, 2, 3\u3092\u51e6\u7406\u3057\u305f\u3044\n  \/\/ \u6587\u8108\u306f\u4ed6\u306e\u3082\u306e\u3082\u3042\u308b\u3002\n  \/\/ Option Either\u306a\u3069\u3082\u305d\u3046\u3002\u3053\u308c\u3089\u306f\u6a19\u6e96\u3067\u5b9f\u88c5\u3055\u308c\u3066\u3044\u308b\u3002\n\n\n\n  def parseInt(str: String): Option[Int] = {\n    scala.util.Try(str.toInt).toOption\n  }\n\n  def divide(a: Int, b: Int): Option[Int] = {\n    if(b == 0) None else Some(a \/ b)\n  }\n\n  def stringDividedBy(aStr: String, bStr: String): Option[Int] = {\n\/\/    parseInt(aStr).flatMap(aNum => parseInt(bStr).flatMap(bNum => divide(aNum, bNum)))\n    for {\n      a <- parseInt(aStr)\n      b <- parseInt(bStr)\n      result <- divide(a, b)\n    } yield result\n  }\n}\n\n\nobject Main14 {\n  import scala.language.higherKinds\n\n  trait Monad[F[_]] {\n    def pure[A](value: A): F[A]\n\n    def flatMap[A, B](value: F[A])(func: A => F[B]): F[B]\n\n    \/\/ map\u30d5\u30a1\u30f3\u30af\u30b7\u30e7\u30f3\u3082\u3001pure\u3068flatMap\u3092\u7d44\u307f\u5408\u308f\u305b\u3066\u5b9f\u88c5\u3067\u304d\u308b\n    def map[A, B](value: F[A])(func: A => B): F[B] = {\n      flatMap(value)(a => pure(func(a)))\n    }\n  }\n}\n\n\nobject Main15 {\n  import cats.Monad\n  import cats.instances.option._\n  import cats.instances.list._\n\n  val ints: List[Int] = Monad[List].pure(222)\n\n  val opt1: Option[Int] = Monad[Option].pure(2222)\n\n  val opt2: Option[Int] = Monad[Option].flatMap(opt1)(x => Some(x * 3))\n\n  Monad[List].flatMap(List(1, 2, 3))(a => List(a * 2))\n}\n\nobject Main16 extends App {\n  import cats.Monad\n  import cats.instances.future._\n  import scala.concurrent._\n  import scala.concurrent.duration._\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n\n  val futureMon: Monad[Future] = Monad[Future]\n  val future: Future[String] = futureMon.flatMap(futureMon.pure(234))(x => futureMon.pure(x.toString))\n  println(Await.result(future, 1.second))\n\n}\n\nobject Main17 extends App {\n  import cats.instances.option._\n  import cats.syntax.applicative._\n\n  val maybeInt: Option[Int] = 1.pure[Option]\n}\n\n\nobject Main18 extends App {\n  import cats.Monad\n  import cats.syntax.functor._\n  import cats.syntax.flatMap._\n  import cats.instances.option._\n  import cats.instances.list._\n\n  def sumSquare[F[_]: Monad](a: F[Int], b: F[Int]): F[Int] = {\n    for {\n      x <- a\n      y <- b\n    } yield x*x + y*y\n  }\n\n  sumSquare(Option(1), Option(33))\n  sumSquare(List(111), List(333))\n}\n\nobject Main19 extends App {\n  \/\/ ID\u306f\u3001\u578b\u3092\uff11\u3064\u3057\u304b\u6301\u305f\u306a\u3044\u30e2\u30ca\u30c9\u306b\u306a\u308c\u308b\n  \/\/ \u4f8b\u3048\u3070\u3001\"test\": Id[String]\u3068\u3059\u308b\u3068\u3001\u30e2\u30ca\u30c9\u306b\u306a\u308amap flatMap\u304c\u4f7f\u3048\u308b\n  import cats.Id\n  import cats.syntax.functor._\n  import cats.syntax.flatMap._\n  import cats.Monad\n\n  def sumSquare[F[_]: Monad](a: F[Int], b: F[Int]): F[Int] = {\n    for {\n      x <- a\n      y <- b\n    } yield x*x + y*y\n  }\n\n  sumSquare(3: Id[Int], 4: Id[Int])\n\n  val aaa = \"test\": Id[String]\n  List(333): Id[List[Int]]\n\n  val value: Id[Int] = Monad[Id].pure(333)\n  val value2: Id[Int] = Monad[Id].flatMap(value)(x => x*2)\n\n}\n\nobject Main20 extends App {\n  import cats.Id\n\n  def pure[A](value: A): A = {\n    value\n  }\n\n  def map[A, B](value: Id[A])(func: A => B): Id[B] = {\n    func(value)\n  }\n\n  def flatMap[A, B](value: Id[A])(func: A => Id[B]): Id[B] = {\n    func(value)\n  }\n\n  map(123)(x => x*2)\n  flatMap(345)(x => x*44)\n}\n\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/functor\/Main.scala","text":"package sandbox.functor\n\nimport cats.Functor\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\nimport scala.util.Random\nimport cats.instances.function._\nimport cats.syntax.functor._\n\nimport scala.language.higherKinds\nimport cats.instances.list._\nimport cats.instances.option._\n\n\nobject Main extends App {\n  val future = Future(123).map(n => n + 1).map(n => n*2).map(_.toString)\n  Await.result(future, 1.second)\n}\n\n\nobject Main2 extends App {\n  val number = new Random(0L)\n  val future1 =  {\n    val next = Future(number.nextInt())\n    for {\n      a: Int <- next\n      b <- next\n    } yield (a, b)\n\n  }\n\n  val future2 = {\n    for {\n      \/\/ nextInt\u306f\u526f\u4f5c\u7528\u3067\u3042\u308b\u3002\n      \/\/ \u5b9f\u884c\u3059\u308b\u305f\u3073\u306b\u30a2\u30a6\u30c8\u30d7\u30c3\u30c8\u304c\u5909\u308f\u308b\n      a <- Future(number.nextInt())\n      b <- Future(number.nextInt())\n    } yield (a, b)\n  }\n\n  println(Await.result(future1, 1.second))\n  println(Await.result(future2, 1.second))\n}\n\nobject Main3 extends App {\n  val func1: Int => Double = (x: Int) => x.toDouble\n  val func2: Double => Double = (x: Double) => x * 2\n\n  println(func1.map(n => func2(n))(2))\n  println(func1.map(func2)(2))\n  func1.andThen(func2)(33)\n  func2(func1(44))\n\n\n\n  val func4 = ((x: Int) => x.toDouble).map(x => x + 1).map(x => x * 2).map(x => x + \"!\")\n\n  val stringList: List[String] = List(\"string\")\n  val intList: List[Int] = List(1)\n\n\n  new Hoge[Map]\n\n  new Huga[List]\n\n}\n\n\/\/ functor\n\/\/ \u7b2c\u4e00\u5f15\u6570\u3092\u5185\u90e8\u306b\n\/\/ map\u95a2\u6570\u3092\u63d0\u4f9b\u3059\u308b\n\n\/\/ \u9ad8\u30ab\u30a4\u30f3\u30c9\u578b\u306e\u5ba3\u8a00\n\/\/ Hoge\u30af\u30e9\u30b9\u306f\u3001List\u306a\u3069\u306e\u578b\u30b3\u30f3\u30b9\u30c8\u30e9\u30af\u30bf\u3092\u5f15\u6570\u306b\u53d6\u308b\n\n\/\/ \u5f15\u6570\u304c\uff12\u3064\u306e\u578b\u3092\u30d1\u30e9\u30e1\u30fc\u30bf\u3068\u3057\u3066\u53d6\u308b\n\/\/ Map\u306a\u3069\nclass Hoge[F[_, _]]\n\n\/\/ \u5f15\u6570\u304c\uff11\u3064\u306e\u578b\u3092\u30d1\u30e9\u30e1\u30fc\u30bf\u3068\u3057\u3066\u53d6\u308b\n\/\/ List Option\u306a\u3069\nclass Huga[F[_]]\n\n\/\/ \u578b\u30b3\u30f3\u30b9\u30c8\u30e9\u30af\u30bf\n\/\/ \u578b\u3092\uff11\u3064\u53d6\u308b\n\/\/ A\u306e\u3053\u3068\u3092\u578b\u30d1\u30e9\u30e1\u30fc\u30bf\u3068\u3044\u3046\n\/\/ List[A]\n\n\/\/ Int\u306a\u3069\u306f\u578b\u30d1\u30e9\u30e1\u30fc\u30bf\u306f\u5b58\u5728\u3057\u306a\u3044\n\n\nobject Main4 extends App {\n  val list1 = List(1, 2, 3)\n  val list2 = Functor[List].map(list1)(n => n * 2)\n  list1.map(n => n * 2)\n\n  val option1 = Option(1)\n  Functor[Option].map(option1)(_.toString)\n}\n\n\nobject Main5 extends App {\n  val func = (x: Int) => x + 1\n  val liftedFunc = Functor[Option].lift(func)\n  liftedFunc(Option(222))\n}\n\nobject Main6 extends App {\n  val func1 = (x: Int) => x + 1\n  val func2 = (x: Int) => x * 2\n  func1.map(func2)(22)\n}\n\nobject Main7 extends App {\n\n  \/\/ \u578b\u3068\u3057\u3066\uff11\u3064\u306e\u5f15\u6570\u3092\u3068\u308b\u578b\u3092doMath\u30e1\u30bd\u30c3\u30c9\u306f\u5f15\u6570\u306b\u3068\u308b\u3002\n  def doMath[F[_]](start: F[Int])(implicit functor: Functor[F]) = {\n    start.map(n => n + 2)\n  }\n\n  println(doMath[Option](Option(33)))\n  \/\/ \u306a\u306e\u3067\u3001\u4ee5\u4e0b\u306e\u3088\u3046\u306bMap\u306f\u5f15\u6570\u306b\u3068\u308b\u3053\u3068\u306f\u3067\u304d\u306a\u3044\n  \/\/ doMath(Map(\"ss\" -> \"a\"))\n  println(doMath[List](List(1, 2, 3)))\n\n}\n\n\nobject Main8 extends App {\n  final case class Box[A](value: A)\n\n  \/\/ \u30ab\u30b9\u30bf\u30e0\u30bf\u30a4\u30d7\u3092\u5b9f\u88c5\u3059\u308b\n  \/\/ implicit val\u3067box\u578b\u306emap\u30e1\u30bd\u30c3\u30c9\u3092\u5b9f\u88c5\u3059\u308b\n  implicit val boxFunctor: Functor[Box] = new Functor[Box] {\n    override def map[A, B](box: Box[A])(f: A => B): Box[B] = {\n      Box(f(box.value))\n    }\n  }\n\n  val box = Box(2)\n  println(Functor[Box](boxFunctor).map(box)(_ * 33))\n  box.map(_ * 2)\n}\n\nobject Main9 extends App {\n  implicit val optionFunctor: Functor[Option] = new Functor[Option] {\n    override def map[A, B](value: Option[A])(f: A => B): Option[B] = {\n      value.map(f)\n    }\n  }\n\n  Functor[Option].map(Option(1))(_ * 44)\n}\n\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/monoid\/set\/Monoid.scala","text":"package sandbox.monoid.set\n\n\nimport cats.instances.string._\nimport cats.instances.int._\nimport cats.instances.option._\nimport cats.syntax.semigroup._\nimport cats.kernel\n\nobject Test extends App {\n\n  cats.Monoid[String].combine(\"s\", \"ww\")\n  cats.Monoid.apply[String].combine(\"s\", \"ww\")\n\n  cats.Monoid[Int].combine(22, 4)\n\n  cats.Monoid[Option[Int]].combine(Some(1), Some(33))\n\n  \"ss\" |+| \"ww\"\n\n  val result: Option[Int] = SuperAdder.addMonoid2(List(Some(22), Some(33)))\n  println(result)\n\n}\n\nobject SuperAdder {\n  def add(items: List[Int]): Int = {\n    items.foldLeft(0)((_: Int) + (_: Int))\n  }\n\n  def addMonoid(items: List[Int]): Int = {\n    items.foldLeft(cats.Monoid[Int].empty)((_: Int).combine(_: Int))\n  }\n\n  def addMonoid2(items: List[Option[Int]]): Option[Int] = {\n    items.foldLeft(cats.Monoid[Option[Int]].empty)(_.combine(_))\n  }\n\n  import OrderInstance._\n  def addOrder(orderA: Order, orderB: Order): Order = {\n    cats.Monoid[Order].combine(Order(1, 1), Order(2, 2))\n  }\n}\n\nobject OrderInstance {\n  implicit val orderInstance: kernel.Monoid[Order] = new cats.Monoid[Order] {\n    override def combine(x: Order, y: Order): Order = {\n      Order(\n        x.totalCost + y.totalCost,\n        x.quantity + y.quantity\n      )\n    }\n\n    override def empty: Order = Order(0.0, 0.0)\n  }\n}\n\n\ncase class Order(totalCost: Double, quantity: Double)\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/monadTransformer\/Main25.scala","text":"<gh_stars>0\npackage sandbox.monadTransformer\n\nimport sandbox.either.Main22.User\n\n\n\/\/ \uff12\u3064\u306e\u30e2\u30ca\u30c9\u304c\u73fe\u308c\u305f\u969b\u306b\u3001\u5408\u6210\u3057\u3066\u51e6\u7406\u3092\u7c21\u5358\u306b\u3057\u305f\u3044\u3002\n\/\/ \u30c7\u30d5\u30a9\u30eb\u30c8\u3067\u306f\u30e2\u30ca\u30c9\u306f\u5408\u6210\u3067\u304d\u306a\u3044\nobject Main25 extends App {\n\n  def lookupUserName(id: Long): Either[Error, Option[String]] =\n  \/\/ \u4ee5\u4e0b\u306e\u3088\u3046\u306buser\u3092\u53d6\u5f97\u3059\u308b\u306b\u306f Either\u3068Option\u304c\u30cd\u30b9\u30c8\u3057\u3066\u3044\u308b\u306e\u3067\u3001\u4e8c\u56defor\u3092\u56de\u3055\u306a\u3044\u3068\u3044\u3051\u306a\u3044\n    for {\n      optUser <- lookupUser(id)\n    } yield {\n      for { user <- optUser } yield user\n    }\n\n\n  \/\/ DB\u304b\u3089user\u60c5\u5831\u3092\u53d6\u5f97\u3059\u308b\n  def lookupUser(id: Long): Either[Error, Option[String]] = ???\n\n\n  \/\/ \uff12\u3064\u306e\u578b\u304c\u3069\u3061\u3089\u3082\u308f\u304b\u3089\u306a\u3044\u5834\u5408\u306f\u3001\u7d50\u5408\u3067\u304d\u306a\u3044\n\n  import cats.Monad\n  import cats.syntax.applicative._ \/\/ for pure\n  import cats.syntax.flatMap._     \/\/ for flatMap\n  import scala.language.higherKinds\n\n  def compose[M1[_]: Monad, M2[_]: Monad] = {\n    type Composed[A] = M1[M2[A]]\n\n\/\/    new Monad[Composed] {\n\/\/      override def pure[A](a: A): Composed[A] = {\n\/\/        a.pure[M2].pure[M1]\n\/\/      }\n\/\/\n\/\/      override def flatMap[A, B](fa: Composed[A])(f: A => Composed[B]): Composed[B] = {\n\/\/        \/\/ \uff12\u3064\u306e\u578b\u304c\u308f\u304b\u3089\u3093\u304b\u3063\u305f\u3089\u5b9f\u88c5\u3067\u304d\u306a\u3044\n\/\/        ???\n\/\/      }\n\/\/    }\n\/\/  }\n\/\/\n\/\/  \/\/ \u3082\u3057\uff11\u3064\u304cOption\u3068\u6c7a\u307e\u3063\u3066\u3044\u305f\u3089flatMap\u3082\u5b9f\u88c5\u3067\u304d\u308b\n\/\/\n\/\/  def compose2[M1[_]: Monad, M2[_]: Monad] = {\n\/\/    type Composed[A] = M[]\n\/\/  }\n}\n\nobject Main26 extends App {\n  import cats.data.OptionT\n\n  \/\/ \u5916\u5074\u306e\u30e2\u30ca\u30c9\u578b\u3067\u3042\u308bList\u3092\u5185\u5074\u306e\u30e2\u30ca\u30c9\u30c8\u30e9\u30f3\u30b9\u30d5\u30a9\u30fc\u30de\u30fc\u3067\u3042\u308bOptionT\u306b\u6e21\u3057\u3066\u3044\u308b\n  \/\/ List\u3068Option\u3068\u3044\u3046\u30e2\u30ca\u30c9\u3092\u5408\u6210\u3057\u3066\u3001ListOption\u3068\u3044\u3046\u30e2\u30ca\u30c9\u578b\u3092\u4f5c\u3063\u3066\u3044\u308b\u3002\n  \/\/ \u305d\u3046\u3059\u308b\u3053\u3068\u3067\u3001\u30cd\u30b9\u30c8\u51e6\u7406\u306a\u3069\u304c\u306a\u304f\u306a\u308a\u7c21\u6f54\u306b\u304b\u3051\u308b\n  type ListOption[A] = OptionT[List, A]\n  \/\/ List[Option[A]]\u3068\u540c\u3058\n\n  import cats.Monad\n  import cats.instances.list._     \/\/ for Monad\n  import cats.syntax.applicative._\n\n  val result1: ListOption[Int] = OptionT(List(Option(123)))\n  val result2: ListOption[Int] = 32.pure[ListOption]\n\n  for {\n    a: Int <- result1\n    b: Int <- result2\n  } yield a + b\n\n  \/\/ \u307b\u3093\u307e\u3084\u3063\u305f\u3089\u3001\u4ee5\u4e0b\u306e\u3088\u3046\u306b\u30cd\u30b9\u30c8\u3055\u305b\u306a\u3044\u3068\u3044\u3051\u306a\u3044\n  val result3 = List(Option(123))\n  val result4 = List(Option(32))\n  for {\n    a: Option[Int] <- result3\n    b: Option[Int] <- result4\n  } yield for {\n    c: Int <- a\n    d: Int <- b\n  } yield c + d\n\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/cats\/eq\/Main.scala","text":"package sandbox.cats.eq\nimport cats.Eq\nimport cats.instances.string._\nimport cats.instances.int._\nimport cats.syntax.eq._\nimport cats.instances.option._\nimport cats.syntax.option._\nimport java.util.Date\n\nimport cats.instances.long._\n\nobject Main extends App {\n\n  \/\/ apply\u30e1\u30bd\u30c3\u30c9\u3067\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u5316\u3057\u3066\u3044\u308b\n  \/\/ instance\u306f\u3001\u3059\u3067\u306bimport\u3055\u308c\u3066\u3044\u308b\u30c7\u30d5\u30a9\u30eb\u30c8\u306e\u3082\u306e\u3092\u4f7f\u3063\u3066\u3044\u308b\n  \/\/ \u672c\u5f53\u306fEq[Int].apply(instance)\n  \/\/ \u4ee5\u4e0b\u306e\u3088\u3046\u306aimplicit val\u304c\u30c7\u30d5\u30a9\u30eb\u30c8\u3067\u5b9f\u88c5\u3055\u308c\u3066\u3044\u308b\n\n\/\/  implicit val eqInttt = new Eq[Int] {\n\/\/    override def eqv(x: Int, y: Int): Boolean = {\n\/\/      x == y\n\/\/    }\n\/\/  }\n\n  val eqInt: Eq[Int] = Eq[Int]\n  eqInt.eqv(2, 2)\n\n  123 === 222\n\n  (Some(1): Option[Int]) === None\n\n  Option(1) === Option.empty[Int]\n\n  1.some === none[Int]\n\n\n  \/\/ \u578b\u30af\u30e9\u30b9\u306eDate\u578b\u306eEq\u3092\u5b9f\u88c5\u3057\u3066\u3044\u308b\n  \/\/ Date\u578b\u3067Eq\u306e\u30e1\u30bd\u30c3\u30c9\u3092\u4f7f\u3046\u5834\u5408\u306b\u306f\u3001\u3053\u306e\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u304c\u4f7f\u308f\u308c\u308b\n  \/\/ String Int\u306a\u3069\u306e\u30c7\u30d5\u30a9\u30eb\u30c8\u578b\u306e\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u306f\u30c7\u30d5\u30a9\u30eb\u30c8\u3067\u4f5c\u6210\u3055\u308c\u3066\u3044\u308b\u306e\u3067\u3001\u5b9f\u88c5\u3057\u306a\u304f\u3066\u3082===\u304c\u4f7f\u3048\u308b\n  implicit val eqDate: Eq[Date] = new Eq[Date] {\n    override def eqv(x: Date, y: Date): Boolean = {\n      x.getTime === y.getTime\n    }\n  }\n\n  val a: Date = new Date()\n  val b: Date = new Date()\n\n  \/\/ ===\u306f\u5185\u90e8\u7684\u306b\u3001eqv\u3092\u547c\u3073\u51fa\u3057\u3066\u3044\u308b\n  a === a\n\n  \/\/ ============================================\n  \/\/ exercise\n  val cat1 = Cat(\"Garfield\", 38, \"orange and black\")\n  val cat2 = Cat(\"Heathcliff\", 33, \"orange and black\")\n\n  val optionCat1 = Option(cat1)\n  val optionCat2 = Option.empty[Cat]\n\n\n  implicit val eqCat: Eq[Cat] = new Eq[Cat] {\n    override def eqv(cat1Opt: Cat, cat2Opt: Cat): Boolean = {\n      (cat1.name === cat2.name) && (cat1.age === cat2.age) && (cat1.color === cat2.color)\n    }\n  }\n\n  cat1.===(cat2)\n\n\/\/  val catEq: Eq[Cat] = Eq[Cat](eqCat)\n\/\/  catEq.eqv(cat1, cat2)\n\n  cat1 === cat2\n\n  optionCat1 === optionCat2\n\n  \/\/ apply\u30e1\u30bd\u30c3\u30c9\u306f\u3001implicit\u30d1\u30e9\u30e1\u30fc\u30bf\u30fc\u3092\u53d7\u3051\u3068\u308b\u3002Eq\u306e\u578b\u30af\u30e9\u30b9\u3092Cat\u578b\u3067\u5b9f\u88c5\u3057\u305f\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u3092\u53d7\u3051\u53d6\u308b\u3002\n  val eqqq: Eq[Cat] = Eq.apply[Cat]\n  eqqq.eqv(cat1, cat2)\n\n}\n\n\nfinal case class Cat(name: String, age: Int, color: String)\n\n\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/cats\/show\/Main.scala","text":"package sandbox.cats.show\n\nimport java.util.Date\n\nimport cats.Show\nimport cats.instances.int._\nimport cats.instances.string._\nimport cats.syntax.show._\nimport sandbox.cats.show\n\nobject Main extends App {\n  val showInt: Show[Int] = Show.apply[Int]\n  val showString: Show[String] = Show.apply[String]\n\n  showInt.show(123)\n  123.show\n\n  showString.show(\"hello tomoya\")\n  \"hello tomoya\".show\n\n  implicit val showDate: Show[Date] = new Show[Date] {\n    override def show(t: Date): String = {\n      s\"${t.getTime}ms since the epoch.\"\n    }\n  }\n\n  implicit val dateShow2: Show[Date] =\n  \/\/ Show\u306b\u306f\u3001\n    Show.show(t => s\"${t.getTime}ms since the epoch.\")\n\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ cat exercise\n\n  implicit val catShow: Show[Cat] = Show.show(cat => s\"${cat.name} is ${cat.age} years old ${cat.color} cat.\")\n  val showCat: Show[Cat] = Show.apply[Cat]\n  val cat = show.Cat(\"\u30b8\u30e5\u30e9\u30f3\", 344, \"white and black\")\n  showCat.show(cat)\n\n}\n\nfinal case class Cat(name: String, age: Int, color: String)\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/writer\/Main24.scala","text":"package sandbox.writer\n\nobject Main24 extends App {\n  import cats.data.Writer\n  import cats.instances.vector._\n  import cats.syntax.applicative._\n\n  Writer(\n    Vector(\n      \"test\",\n      \"test\"\n    ),\n    1223\n  )\n\n  type Logged[A] = Writer[Vector[String], A]\n\n  val value: Logged[Int] = 123.pure[Logged]\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/Main.scala","text":"<gh_stars>0\npackage sandbox\n\n\nobject Main extends App {\n  println(\"Hello \" + \"Cats!\")\n\n  \/\/ implicit\u3067\u5b9a\u7fa9\u3057\u305f\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u3092import\u3057\u3066\u3044\u308b\n  \/\/ global level\u3067\u306f\u306a\u304f\u3001object\u5185\u3067import\u3059\u308b\n  import JsonWriterInstances._\n  import JsonSyntax._\n  val json: Json = Json.toJson(Person(\"tomoya\", \"<EMAIL>\"))\n  val person = Person(\"tomoya\", \"<EMAIL>\")\n  person.toJson\n\n\n  val personOpt = Some(null)\n  println(personOpt.toJson)\n\n}\n\n\nsealed trait Json\nfinal case class JsObject(get: Map[String, String]) extends Json\nfinal case class JsString(get: String) extends Json\nfinal case class JsNumber(get: Int) extends Json\ncase object JsNull extends Json\n\n\/\/ type class\u3092\u5b9a\u7fa9\u3059\u308b\u3053\u3068\u3067\u3001A\u306bJson\u306e\u3069\u3093\u306a\u30b5\u30d6\u30af\u30e9\u30b9\u304c\u6765\u3066\u3082\u5b9f\u88c5\u3067\u304d\u308b\u3088\u3046\u306b\u306a\u308b\ntrait JsonWriter[A] {\n  def write(value: A): Json\n}\n\n\nfinal case class Person(name: String, email: String)\n\n\/\/ \u4e0a\u3067\u5b9a\u7fa9\u3057\u305fJsonWriter\u306e\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u3092\u5b9a\u7fa9\u3059\u308b\n\/\/\u3000object\u3067\u30e9\u30c3\u30d7\u3057\u3066\u3042\u3052\u308b\u3053\u3068\u3067\u3001\u3053\u306e\u30aa\u30d6\u30b8\u30a7\u30af\u30c8\u3092import\u3059\u308b\u3068\u3001implicit\u304c\u4f7f\u3048\u308b\nobject JsonWriterInstances {\n  implicit val stringWriter: JsonWriter[String] = new JsonWriter[String] {\n    override def write(value: String): Json = JsString(value)\n  }\n\n  implicit val personWriter: JsonWriter[Person] = new JsonWriter[Person] {\n    override def write(value: Person): Json = JsObject(\n      Map(\n        \"name\" -> value.name,\n        \"email\" -> value.email\n      )\n    )\n  }\n\n  implicit val nullWriter: JsonWriter[Null] = new JsonWriter[Null] {\n    override def write(value: Null): Json = {\n      JsNull\n    }\n  }\n}\n\nobject Json {\n  \/\/ implicit\u3067\u5f15\u6570\u3092\u53d7\u3051\u53d6\u308b\u3053\u3068\u3067\u3001\u4e0a\u3067\u5b9a\u7fa9\u3057\u305fJsonWriter\u30a4\u30f3\u30b9\u30bf\u30f3\u30b9\u3092\u53d7\u3051\u53d6\u308b\u3053\u3068\u304c\u3067\u304d\u308b\n  def toJson[A](value: A)(implicit w: JsonWriter[A]): Json = {\n    w.write(value)\n  }\n}\n\nobject JsonSyntax {\n  implicit class RichJson[A](value: A) {\n    def toJson(implicit w: JsonWriter[A]) = {\n      w.write(value)\n    }\n  }\n\n  implicit class RichJson2[A](option: Option[A]) {\n    def toJson(implicit w: JsonWriter[A]) = {\n      option match {\n        case Some(aValue) => w.write(aValue)\n        case None => JsNull\n      }\n    }\n  }\n}\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/either\/Main21.scala","text":"package sandbox.either\nimport scala.collection.immutable\n\nobject Main21 extends App {\n  val either1 = Right(11)\n  val either2 = Right(33)\n  val test: Either[Nothing, Int] = for {\n    a <- either1\n    b <- either2\n  } yield a + b\n\n  import cats.syntax.either._\n\n  val a: Either[String, Int] = 3.asRight[String]\n  val b = 4.asRight[String]\n\n  val result: Either[String, Int] = for {\n    x <- a\n    y <- b\n  } yield x + y\n\n  def count(num: List[Int]) = {\n    \/\/ Either\u578b\u3092\u8fd4\u3057\u305f\u3044\u306e\u3067\u3001Right(0)\u3067\u306f\u306a\u304f\u3066 0.asRight\u3092\u4f7f\u3046\n    num.foldLeft(0.asRight[String]){(acc: Either[String, Int], num: Int) => {\n      if(num > 0) {\n        acc.map(_ + 1)\n      } else {\n        Left(\"noooooooo\")\n      }\n    }}\n  }\n\n  for {\n    a <- 1.asRight[String]\n    b <- 0.asRight[String]\n    c <- if(b == 0) \"Error\".asLeft[Int] else (a\/b).asRight[String]\n  } yield c * 100\n\n}\n\nobject Main22 extends App {\n  import cats.syntax.either._\n\n  sealed trait LoginError\n\n  \/\/ case class\u3092\u5b9a\u7fa9\u3059\u308b\u3068\u3001\u81ea\u52d5\u7684\u306btrait Product trait Serializable\u304c\u30df\u30c3\u30af\u30b9\u30a4\u30f3\u3055\u308c\u308b\n  final case class UserNameError(userName: String) extends LoginError\n  final case class PasswordError(password: String) extends LoginError\n  case object UnexpectedError extends LoginError\n\n  case class User(name: String, password: String)\n\n  \/\/ \u81ea\u524d\u3067\u578b\u3092\u4f5c\u3063\u3066\u3042\u3052\u3066\u3044\u308b\n  \/\/ \u308f\u304b\u308a\u3084\u3059\u3044\u3088\u3046\u306b\n  type LoginResult = Either[LoginError, User]\n\n  def errorHandling(error: LoginError): Unit = {\n    error match {\n      case UserNameError(u) => println(\"username is not found\")\n      case PasswordError(_) => println(\"password is not correct\")\n      case UnexpectedError => println(\"unexpected error\")\n\n    }\n\n    val result1: LoginResult = User(\"tomoya\", \"kinsho\").asRight[LoginError]\n    \/\/ either.fold\u306f\u3001Left\u306e\u5834\u5408\u306f\u7b2c\u4e00\u5f15\u6570\u304c\u5b9f\u884c\u3001Right\u306e\u5834\u5408\u306f\u7b2c\u4e8c\u5f15\u6570\u304c\u5b9f\u884c\u3055\u308c\u308b\n    result1.fold(errorHandling, println)\n\n    val result2: LoginResult = UserNameError(\"tomoya\").asLeft[User]\n    result2.fold(\n      _ => errorHandling(_),\n      _ => println(_)\n    )\n  }\n\n}\n\n"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/monoid\/bool\/Main.scala","text":"<gh_stars>0\npackage sandbox.monoid.bool\n\n\/\/***\n\/\/ Monoid\u3068\u306f\n\/\/ \u6f14\u7b97\u304c\u96c6\u5408\u306b\u5bfe\u3057\u3066\u9589\u3058\u3066\u3044\u308b\u72b6\u614b\n\/\/ ex)\n\/\/ hoge\u578b + hoge\u578b = fuga\u578b NG\n\/\/ Int + Int = Int OK!!!!!!!!\n\n\/\/ \u4ee5\u4e0b\u306e\uff12\u3064\u306e\u898f\u5247\u304c\u3042\u308b\n\/\/ 1. \u7d50\u5408\u5247\n\/\/ combine(x, combine(y, z)) = combine(combine(x, y), z)\n\n\/\/ 2. empty\n\/\/ combine(x, empty) = combine(empty, x) = x\n\/\/***\n\n\nobject Main extends App {\n}\n\n\ntrait Semigroup[A] {\n  def combine(x: A, y: A): A\n}\n\ntrait Monoid[A] extends Semigroup[A] {\n  def empty: A\n}\n\nobject Monoid {\n  def apply[A](implicit monoid: Monoid[A]) = monoid\n}\n\nobject MonoidInstance {\n  \/\/ Boolean\u3068\u8a00\u3046\u96c6\u5408\u306b\u5bfe\u3057\u3066\u3001\u306f\uff14\u3064\u306eMonoid\u3092\u6301\u3063\u3066\u3044\u308b\n  implicit val monoidBoolInsAnd: Monoid[Boolean] = new Monoid[Boolean] {\n    override def combine(x: Boolean, y: Boolean): Boolean = {\n      x && y\n    }\n\n    override def empty: Boolean = {\n      true\n    }\n  }\n\n  implicit val monoidBoolInsOr: Monoid[Boolean] = new Monoid[Boolean] {\n    override def combine(x: Boolean, y: Boolean): Boolean = {\n      x || y\n    }\n\n    override def empty: Boolean = {\n      false\n    }\n  }\n\n  implicit val monoidBoolInsEither: Monoid[Boolean] = new Monoid[Boolean] {\n    override def combine(x: Boolean, y: Boolean): Boolean = {\n      (x && !y) || (!x && y)\n    }\n\n    override def empty: Boolean = {\n      false\n    }\n  }\n\n  implicit val monoidBoolInsNor: Monoid[Boolean] =  new Monoid[Boolean] {\n    override def empty: Boolean = true\n\n    override def combine(x: Boolean, y: Boolean): Boolean = {\n      (!x || y) && (x || !y)\n    }\n  }\n\n}"}
{"repo_name":"kinshotomoya\/scala-wirh-cats","path":"src\/main\/scala\/sandbox\/monoid\/set\/Main.scala","text":"package sandbox.monoid.set\n\nobject Main extends App {\n\n  implicit def setUnionMonoid[A]: Monoid[Set[A]] = {\n    new Monoid[Set[A]] {\n      override def empty: Set[A] = {\n        Set.empty[A]\n      }\n\n      override def combine(x: Set[A], y: Set[A]): Set[A] = {\n        x union y\n      }\n    }\n  }\n\n  val intSetMonoid: Monoid[Set[Int]] = Monoid[Set[Int]]\n  intSetMonoid.combine(Set(1, 2), Set(4, 2))\n\n  implicit def setIntersectSemi = new Semigroup[Set[Int]] {\n    override def combine(x: Set[Int], y: Set[Int]): Set[Int] = {\n      x intersect y\n    }\n  }\n\n}\n\n\n\ntrait Semigroup[A] {\n  def combine(x: A, y: A): A\n}\n\ntrait Monoid[A] extends Semigroup[A]{\n  def empty: A\n}\n\nobject Monoid {\n  def apply[A](implicit monoid: Monoid[A]): Monoid[A] = monoid\n}\n\n"}
{"repo_name":"StingNevermore\/yocache","path":"infra\/src\/main\/scala\/com\/nevermore\/yocache\/log\/Logging.scala","text":"<reponame>StingNevermore\/yocache\npackage com.nevermore.yocache.log\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.slf4j.{Marker, MarkerFactory}\n\n\/**\n  * @author <NAME>\n  *\/\nprivate object Logging {\n  private val FatalMarker: Marker = MarkerFactory.getMarker(\"FATAL\")\n}\n\ntrait Logging extends LazyLogging {\n\n  def loggerName: String = logger.underlying.getName\n\n  protected var logIdent: String = _\n\n  protected def msgWithLogIdent(msg: String): String =\n    if (logIdent == null) msg else logIdent + msg\n\n  def trace(msg: => String): Unit = logger.trace(msgWithLogIdent(msg))\n\n  def trace(msg: => String, e: => Throwable): Unit = logger.trace(msgWithLogIdent(msg), e)\n\n  def isDebugEnabled: Boolean = logger.underlying.isDebugEnabled\n\n  def isTraceEnabled: Boolean = logger.underlying.isTraceEnabled\n\n  def debug(msg: => String): Unit = logger.debug(msgWithLogIdent(msg))\n\n  def debug(msg: => String, e: => Throwable): Unit = logger.debug(msgWithLogIdent(msg), e)\n\n  def info(msg: => String): Unit = logger.info(msgWithLogIdent(msg))\n\n  def info(msg: => String, e: => Throwable): Unit = logger.info(msgWithLogIdent(msg), e)\n\n  def warn(msg: => String): Unit = logger.warn(msgWithLogIdent(msg))\n\n  def warn(msg: => String, e: => Throwable): Unit = logger.warn(msgWithLogIdent(msg), e)\n\n  def error(msg: => String): Unit = logger.error(msgWithLogIdent(msg))\n\n  def error(msg: => String, e: => Throwable): Unit = logger.error(msgWithLogIdent(msg), e)\n\n  def fatal(msg: => String): Unit =\n    logger.error(Logging.FatalMarker, msgWithLogIdent(msg))\n\n  def fatal(msg: => String, e: => Throwable): Unit =\n    logger.error(Logging.FatalMarker, msgWithLogIdent(msg), e)\n\n}\n"}
{"repo_name":"StingNevermore\/yocache","path":"net\/src\/main\/scala\/com\/nevermore\/youcache\/net\/channel\/YocacheChannelInitializer.scala","text":"package com.nevermore.youcache.net.channel\n\nimport com.nevermore.youcache.net.handlers.YocacheLogHandler\nimport io.netty.channel.{Channel, ChannelInitializer}\nimport io.netty.handler.codec.string.{StringDecoder, StringEncoder}\nimport io.netty.handler.logging.{LogLevel, LoggingHandler}\n\n\/**\n  * @author <NAME>\n  *\/\nclass YocacheChannelInitializer extends ChannelInitializer[Channel] {\n  override def initChannel(ch: Channel): Unit = {\n    ch.pipeline().addLast(new LoggingHandler(LogLevel.DEBUG))\n      .addLast(new StringDecoder)\n      .addLast(new StringEncoder)\n      .addLast(new YocacheLogHandler)\n  }\n}\n"}
{"repo_name":"StingNevermore\/yocache","path":"net\/src\/main\/scala\/com\/nevermore\/youcache\/net\/handlers\/YocacheLogHandler.scala","text":"package com.nevermore.youcache.net.handlers\n\nimport com.nevermore.yocache.log.Logging\nimport io.netty.channel.{ChannelHandlerContext, ChannelInboundHandlerAdapter}\n\n\/**\n  * @author <NAME>\n  *\/\nclass YocacheLogHandler extends ChannelInboundHandlerAdapter with Logging {\n  this.logIdent = \"[worker]\"\n\n  override def channelRead(ctx: ChannelHandlerContext, msg: scala.Any): Unit = {\n    info(s\"received a msg $msg\")\n    ctx.write(\"received! \\n\")\n  }\n\n  override def channelReadComplete(ctx: ChannelHandlerContext): Unit = {\n    info(s\"flushing\")\n    ctx.flush()\n  }\n}\n\n\n"}
{"repo_name":"mramdas\/OpenSoCFabric","path":"build.sbt","text":"<gh_stars>100-1000\n\/\/ Name of Organization\norganization := \"gov.lbl.crd.csd.cag\"\n\n\/\/ Version number of project\nversion := \"1.1\"\n\n\/\/ Project Name\nname := \"OpenSoC\"\n\n\/\/ Version of Scala being used\nscalaVersion := \"2.10.4\"\n\n\/\/ Chisel compiler location\naddSbtPlugin(\"com.github.scct\" % \"sbt-scct\" % \"0.2\")\n\n\/\/ Version of Chisel being used\n\/\/libraryDependencies += \"edu.berkeley.cs\" %% \"chisel\" % \"latest.release\"\nlibraryDependencies += \"edu.berkeley.cs\" %% \"chisel\" % \"2.2.27\"\n\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/builder\/Builder.scala","text":"package CCAPI.builder\n\nimport scala.collection.mutable\nimport scala.reflect.runtime.currentMirror\nimport scala.tools.reflect.ToolBox\nimport CCAPI.parser._\n\nobject Builder {\n  def buildFunc(input: List[String], body: String): SimpleFunction = {\n    var builder = mutable.StringBuilder.newBuilder\n    builder.append(\"(\")\n    input.foreach(in => builder.append(s\"$in:Int,\"))\n    builder = builder.dropRight(1)\n    builder.append(\")\")\n    val inParams: String = builder.mkString(\"\")\n    val func: String = s\"($inParams => $body)\"\n    \/\/ TODO: Int* - how to evaluate different number of arguments\n    new SimpleFunction(Computation.evalSync[Int => Int](func))\n  }\n\n  def collectSP(\n    body: List[Calculation], \n    collector: List[SubProcess]): List[SubProcess] = {\n      if (body == Nil) collector else {\n        val head::tail = body\n        collectSP(tail, collector :+ Definer(head))\n    }\n  }\n\n  def buildCompose(body: List[Calculation]): CompositeFunction = {\n    val cf = new CompositeFunction()\n    cf.addSubProcesses(collectSP(body, Nil))\n    cf\n  }\n\n  def buildThen(input: List[String], body: List[Calculation]): ThenFunction = {\n    val csp = new CompositeSubprocess(input)\n    csp.addSubProcesses(collectSP(body, Nil))\n    new ThenFunction(csp)\n  }\n\n  def buildZip(body: List[Calculation]): ZipFunction = {\n    val zf = new ZipFunction()\n    zf.addSubProcesses(collectSP(body, Nil))\n    zf\n  }\n\n  def buildPair(body: List[Calculation]): PairFunction = {\n    val pf = new PairFunction()\n    pf.addSubProcesses(collectSP(body, Nil))\n    pf\n  }\n\n  def Definer(elem: Calculation): SubProcess =\n    elem match {\n      case Func(input, body) => buildFunc(input, body)\n      case Compose(body) => buildCompose(body)\n      case Then(input, body) => buildThen(input, body)\n      case Zip(body) => buildZip(body)\n      case Pair(body) => buildPair(body)\n    }\n\n  def buildCP(original: List[Calculation], mapper: CompositeProcess): CompositeProcess = {\n    mapper.addSubProcesses(collectSP(original, Nil))\n    mapper\n  }\n}"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/parser\/package.scala","text":"package CCAPI\n\npackage object parser {\n  implicit def convertErrorMsgToThrowable(msg: String): Throwable = {\n    new IllegalArgumentException(msg)\n  }\n}\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/test\/scala\/CCAPI\/parser\/FunctionBuilder.scala","text":"<filename>server\/src\/test\/scala\/CCAPI\/parser\/FunctionBuilder.scala\npackage CCAPI.applicative\n\nimport scala.meta.parsers._\nimport scala.meta._\nimport org.scalameta.logger\nimport org.scalatest._\nimport org.scalatest.TryValues._\n\nclass FunctionBuilderTest extends FlatSpec with Matchers {\n\n  \"some\" should \"be some\" in {\n    q\"val func: Int = (x: Int) => { x * 2 }\".syntax\n    \/\/ \"val func: Int = (x: Int) => { x * 2 }\".parse[Stat].get\n    \/\/ println(get)\n\n    \/\/ val func = \"x + y \/* adds x and y *\/\".parse[Term]\n    \/\/ val d = \"val x = 2\".tokenize.get\n    \/\/ print(d)\n    \/\/ println(func)\n\n    val tokens = \"val x = 2\".tokenize.get\n        logger.elem(tokens.syntax)\n        logger.elem(tokens.structure)\n\n    val tree = \"val x = 2\".parse[Stat].get\n        logger.elem(tree.syntax)\n        logger.elem(tree.structure)\n  }\n}\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/parser\/Computation.scala","text":"package CCAPI.parser\n\nimport scala.reflect.runtime.currentMirror\nimport scala.tools.reflect.ToolBox\n\nobject Computation {\n  def evalSync[A](string: String): A = {\n    val toolbox = currentMirror.mkToolBox()\n    val tree = toolbox.parse(string)\n    println(tree)\n    toolbox.eval(tree).asInstanceOf[A]\n  }\n}"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/parser\/CompositeParser.scala","text":"<reponame>eakarpov\/Composite_Calculus_API\npackage CCAPI.parser\n\nimport org.parboiled2._\n\ncase class ComputingProcess(params: CalcParams, functions: List[Calculation])\ncase class CalcParams(list: List[Int])\n\nsealed trait Calculation\ncase class Then(input: List[String], body: List[Calculation]) extends Calculation\ncase class Compose(body: List[Calculation]) extends Calculation\ncase class Zip(body: List[Calculation]) extends Calculation\ncase class Pair(body: List[Calculation]) extends Calculation\ncase class Func(input: List[String], body: String) extends Calculation\n\nclass CompositeParser(val input: ParserInput) extends Parser {\n  def InputLine: Rule1[ComputingProcess] = rule { Expression ~ EOI }\n\n  def Expression: Rule1[ComputingProcess] = rule { Params ~ '.' ~ MainFunc ~> ComputingProcess }\n\n  def Params: Rule1[CalcParams] = rule {\n    \"with\" ~ '(' ~ ParamsArr ~ ')' ~> ((s: Seq[Int]) => CalcParams(s.toList))\n  }\n  def ParamsArr: Rule1[Seq[Int]] = rule { zeroOrMore(Number).separatedBy(',') }\n\n  def MainFunc: Rule1[List[Calculation]] = rule {\n    \"do\" ~ '(' ~ MainFuncBody ~ ')'\n  }\n  def MainFuncBody: Rule1[List[Calculation]] = rule {\n    oneOrMore(Calc).separatedBy('.') ~> ((s: Seq[Calculation]) => s.toList)\n  }\n\n  def Calc: Rule1[Calculation] = rule {\n    ThenFunc | ComposeFunc | ZipFunc | PairFunc | Function\n  }\n  def ThenFunc: Rule1[Then] = rule { \"then\" ~ '(' ~ FunctionParams ~ \"=>\" ~ MainFuncBody ~ ')' ~> Then }\n  def ComposeFunc: Rule1[Compose] = rule { \"compose\" ~ '(' ~ FuncList ~ ')' ~> Compose }\n  def ZipFunc: Rule1[Zip] = rule { \"zip\" ~ '(' ~ FuncList ~ ')' ~> Zip }\n  def PairFunc: Rule1[Pair] = rule { \"pair\" ~ '(' ~ FuncList ~ ')' ~> Pair }\n  def Function: Rule1[Func] = rule { '(' ~ FuncInput ~ ')' ~ \"=>\" ~ FunctionBody ~> Func }\n\n  def FuncList: Rule1[List[Calculation]] = rule {\n    oneOrMore(Calc).separatedBy(\",\") ~> ((s: Seq[Calculation]) => s.toList)\n  }\n\n  def FunctionParams: Rule1[List[String]] = rule { '(' ~ FuncInput ~ ')' }\n  def FuncInput: Rule1[List[String]] = rule { capture(Input) ~> ((inp: String) => inp.split(',').toList) }\n  def Input: Rule0 = rule { zeroOrMore(CharPredicate.LowerAlpha).separatedBy(',') }\n  def FunctionBody: Rule1[String] = rule { capture(Body) }\n  def Body: Rule0 = rule {\n   oneOrMore(CharPredicate.LowerAlpha ++ CharPredicate.Digit ++ \"+\" ++ \"-\" ++ \"*\" ++ \"\/\")\n  }\n\n  def Number: Rule1[Int] = rule { capture(Digits) ~> ((chars: String) => chars.toInt) }\n  def Digits: Rule0 = rule { oneOrMore(CharPredicate.Digit) }\n}"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/test\/scala\/CCAPI\/applicative\/CompositeProcess.scala","text":"<filename>server\/src\/test\/scala\/CCAPI\/applicative\/CompositeProcess.scala\npackage CCAPI.applicative\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass CompositeProcess extends FlatSpec with Matchers {\n\n}\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/Server.scala","text":"package CCAPI\nimport scala.util.{Failure, Success, Try}\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.{HttpApp, Route}\nimport akka.{Done, pattern}\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\nimport scala.meta.parsers._\nimport scala.meta._\nimport org.scalameta.logger\nimport CCAPI.parser._\nimport CCAPI.builder._\nimport CCAPI.executor._\nimport org.parboiled2._\n\nobject Server extends HttpApp {\n\n  override protected def routes: Route =\n    path(\"calculate\") {\n      println(\"calculate\")\n      get {\n        parameters(('rType.as[String], 'expression.as[String])) { (expression, rType) => {\n          val parser = new CompositeParser(\"with(1,2).do(compose((a)=>a+2,(b)=>2+3))\")\n          val res: Try[ComputingProcess] = parser.InputLine.run()\n          res match {\n            case Success(x) => x match {\n              case ComputingProcess(params, funcs) => {\n                params match {\n                  case CalcParams(calc) => {\n                    val cProcess = Builder.buildCP(funcs, new CompositeProcess(calc))\n                    val res = Executor.execute(cProcess, rType)\n                    println(res)\n                    complete(StatusCodes.OK)\n                  }\n                  case _ => complete(StatusCodes.BadRequest)\n                }\n              }\n              case _ => complete(StatusCodes.BadRequest)\n            }\n            case Failure(err) => err match {\n              case pe@ParseError(_, _, _) => {\n                println(parser formatError pe)\n                complete(StatusCodes.BadRequest)\n              }\n            }\n          }\n        }\n      }\n    }\n  }\n\n  override protected def postHttpBindingFailure(cause: Throwable): Unit = {\n    println(s\"The server could not be started due to $cause\")\n  }\n\n  override def waitForShutdownSignal(actorSystem: ActorSystem)\n                                    (implicit executionContext: ExecutionContext): Future[Done] = {\n    pattern.after(5 days, actorSystem.scheduler)(Future.successful(Done))\n  }\n\n}\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/builder\/CompositeProcess.scala","text":"package CCAPI.builder\n\ntrait WithSubProcesses {\n  var elems: List[SubProcess] = Nil\n\n  def addSubProcesses(subProcesses: List[SubProcess]) = {\n    this.elems = subProcesses\n  }\n}\n\nclass CompositeProcess(val args: List[Int]) extends WithSubProcesses\n\nclass CompositeSubprocess(val args: List[String]) extends WithSubProcesses\n\nsealed trait SubProcess\n\nclass CompositeFunction extends SubProcess with WithSubProcesses\n\nclass ThenFunction(val cp: CompositeSubprocess) extends SubProcess\n\nclass PairFunction extends SubProcess with WithSubProcesses\n\nclass ZipFunction extends SubProcess with WithSubProcesses\n\nclass SimpleFunction(val func: Int => Int) extends SubProcess"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/main\/scala\/CCAPI\/Main.scala","text":"package CCAPI\n\nobject Main extends App {\n  Server.startServer(\"localhost\", 8082)\n}\n"}
{"repo_name":"eakarpov\/Composite_Calculus_API","path":"server\/src\/test\/scala\/CCAPI\/applicative\/ExpressionParserTest.scala","text":"package CCAPI.applicative\n\nimport CCAPI.parser.{ExpressionParser, Func}\nimport org.scalatest._\nimport org.scalatest.TryValues._\n\nclass ExpressionParserTest extends FlatSpec with Matchers {\n\n  \"ExpressionParser\" should \"throw IAE on bad input\" in {\n    val parser = new ExpressionParser(\"somenewString\")\n    a [IllegalArgumentException] should be thrownBy {\n      parser.parseExpression().get\n    }\n    the [IllegalArgumentException] thrownBy parser.parseExpression().get should have message \"wrong input\"\n  }\n\n  it should \"throw IAE on bad func value\" in {\n    val parser = new ExpressionParser(\"with(abs).dsd\")\n    a [IllegalArgumentException] should be thrownBy {\n      parser.parseExpression().get\n    }\n    the [IllegalArgumentException] thrownBy parser.parseExpression().get should have message \"wrong func value\"\n  }\n\n  it should \"successfully parse expression\" in {\n    val parser = new ExpressionParser(\"with(12).do(((a) => { a + 1 }).then((a) => { a + 1 }))\")\n    noException should be thrownBy parser.parseExpression().get\n    parser.parseExpression().success.value shouldBe\n      Func(Some(\"do\"), Vector(\"12\"), Right(Vector(Func(None, Vector(\"a\"), Left(\"a+1\")), Func(Some(\"then\"), Vector(\"a\"), Left(\"a+1\")))))\n  }\n}\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/StanfordProcessor.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/StanfordProcessor.scala\npackage edu.cmu.lti.nlp.amr\r\n\r\nimport java.util.Properties\r\nimport edu.stanford.nlp.pipeline.StanfordCoreNLP\r\nimport edu.stanford.nlp.trees._\r\nimport edu.stanford.nlp.util.Filters\r\nimport scala.collection.JavaConversions._\r\nimport edu.stanford.nlp.ling.CoreAnnotations._\r\nimport edu.stanford.nlp.trees.TreeCoreAnnotations.TreeAnnotation\r\n\r\ncase class ConllToken(index: Option[Int],\r\n  form: Option[String],\r\n  lemma: Option[String],\r\n  pos: Option[String],\r\n  cpos: Option[String],\r\n  feats: Option[String],\r\n  gov: Option[Int],\r\n  deprel: Option[String],\r\n  phead: Option[Int],\r\n  pdeprel: Option[String]) extends Iterable[Option[_]] {\r\n\r\n  override def toString() = {\r\n    map(_.getOrElse(\"_\")).mkString(\"\\t\")\r\n  }\r\n\r\n  override def iterator = productIterator.asInstanceOf[Iterator[Option[_]]]\r\n}\r\n\r\n\/**\r\n * Thin wrapper around edu.stanford.nlp.pipeline.StanfordCoreNLP\r\n *\r\n * @author <EMAIL>\r\n *\/\r\nclass StanfordProcessor {\r\n  private val processor = {\r\n    val props = new Properties()\r\n    props.setProperty(\"annotators\", \"tokenize,ssplit,parse,lemma,ner\")\r\n    new StanfordCoreNLP(props)\r\n  }\r\n\r\n  \/\/ don't filter out punctuation dependencies\r\n  private val grammaticalStructureFactory = new EnglishGrammaticalStructureFactory(Filters.acceptFilter())\r\n\r\n  \/**\r\n   * Parse to basic dependencies in conllx format.\r\n   * Undoes any changes Stanford makes to the word forms.\r\n   *\/\r\n  def parse(input: String): List[ConllToken] = {\r\n    val annotation = processor.process(input)\r\n    val sentences = annotation.get(classOf[SentencesAnnotation]).toList\r\n    val allSentences = for (sentence <- sentences) yield {\r\n      val tree = sentence.get(classOf[TreeAnnotation])\r\n      val gs = grammaticalStructureFactory.newGrammaticalStructure(tree)\r\n      val deps = gs.typedDependencies().toList sortBy (_.dep.index)\r\n      val tokens = sentence.get(classOf[TokensAnnotation]).toList\r\n      for ((token, dep) <- tokens zip deps) yield {\r\n        val start = token.get(classOf[CharacterOffsetBeginAnnotation])\r\n        val end = token.get(classOf[CharacterOffsetEndAnnotation])\r\n        val pos = token.get(classOf[PartOfSpeechAnnotation])\r\n        val ner = token.get(classOf[NamedEntityTagAnnotation])\r\n        val lemma = token.get(classOf[LemmaAnnotation])\r\n        ConllToken(\r\n          Some(dep.dep.index),\r\n          Some(input.substring(start, end)),\r\n          None,\r\n          Some(pos),\r\n          Some(pos),\r\n          Some(lemma),\r\n          Some(dep.gov.index),\r\n          Some(dep.reln.getShortName),\r\n          None,\r\n          Some(ner))\r\n      }\r\n    }\r\n    val t = allSentences.zipWithIndex\r\n    val maxIndex = (allSentences.flatten maxBy { x => x.index.getOrElse(0) }).index.get\r\n    val multiSentence = t.size > 1\r\n    val t2 = t map {\r\n      case (listCONLL, index) =>\r\n        listCONLL map { x =>\r\n          x.copy(\r\n            index = Some(x.index.get + (index * 100)),\r\n            gov = x.gov match {\r\n              case None if !multiSentence => None\r\n              case None if multiSentence => Some(maxIndex + 1)\r\n              case Some(parentIndex) if parentIndex != 0 => Some(parentIndex + index * 100)\r\n              case _ if !multiSentence => Some(0)\r\n              case _ if multiSentence => Some(maxIndex + 1)\r\n            },\r\n            deprel = x.deprel match {\r\n              case None => None\r\n              case Some(label) => Option(if (multiSentence && label == \"root\") \"sntN\" else label)\r\n            })\r\n        }\r\n    }\r\n\r\n    val multiSentenceTokens = if (multiSentence) {\r\n      List(ConllToken(Some(maxIndex + 1), Some(\"multi-sentence\"), None, Some(\"\"), Some(\"\"), Some(\"multi-sentence\"), Some(0), Some(\"\"), None, Some(\"\")))\r\n    } else List.empty[ConllToken]\r\n    t2.flatten ++ multiSentenceTokens\r\n  }\r\n\r\n  def parseToConll(input: String) = parse(input).map(_.mkString(\"\\n\")).mkString(\"\\n\\n\")\r\n}\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/ConceptInvoke\/PhraseConceptPair.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr.ConceptInvoke\r\nimport edu.cmu.lti.nlp.amr._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\ncase class PhraseConceptPair(words: List[String], graphFrag: String, features: PhraseConceptFeatures) {\r\n\r\n\/* The format of the phrase-concept table is\r\nexpert ||| (person :ARG1-of expert-41) ||| Count=4 ConceptGivenPhrase=0.3077\r\n*\/\r\n\r\n    def this(string: String) = this(\r\n        string.split(\"\"\" \\|\\|\\| \"\"\")(0).split(\" \").toList,\r\n        string.split(\"\"\" \\|\\|\\| \"\"\")(1),\r\n        new PhraseConceptFeatures(string.split(\"\"\" \\|\\|\\| \"\"\")(2))\r\n    )\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/AMRParser.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport java.io.StringWriter\r\nimport java.io.PrintWriter\r\nimport scala.io.Source.fromFile\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport java.util.Date\r\nimport java.text.SimpleDateFormat\r\n\r\nimport edu.cmu.lti.nlp.amr.GraphDecoder._\r\nimport edu.cmu.lti.nlp.amr.ConceptInvoke.PhraseConceptPair\r\n\r\n\/****************************** Driver Program *****************************\/\r\nobject AMRParser {\r\n\r\n    val VERSION = \"JAMR dev v0.3\"\r\n\r\n    val usage = \"\"\"Usage:\r\n    \/\/ TODO: remove --tok so that the parser calls the tokenizer\r\nscala -classpath . edu.cmu.lti.nlp.amr.AMRParser --stage1-decode --stage1-weights weights --concept-table concepts --ner namedEntities --tok tokenized.txt < inputFile\r\nscala -classpath . edu.cmu.lti.nlp.amr.AMRParser --stage2-train -l labelset < trainfile > output_weights\r\nscala -classpath . edu.cmu.lti.nlp.amr.AMRParser --stage2-decode -w weights -l labelset < input > output\"\"\"\r\n\/\/TODO: tagset option\r\n    type OptionMap = Map[Symbol, String]\r\n\r\n    def parseOptions(map : OptionMap, list: List[String]) : OptionMap = {\r\n        def isSwitch(s : String) = (s(0) == '-')\r\n        list match {\r\n            case Nil => map\r\n            case \"--stage1-only\" :: l =>                 parseOptions(map + ('stage1Only -> \"true\"), l)\r\n            case \"--stage1-oracle\" :: l =>               parseOptions(map + ('stage1Oracle -> \"true\"), l)\r\n            case \"--stage1-train\" :: l =>                parseOptions(map + ('stage1Train -> \"true\"), l)\r\n            case \"--stage1-eval\" :: l =>                 parseOptions(map + ('stage1Eval -> \"true\"), l)\r\n            case \"--stage1-features\" :: value :: l =>    parseOptions(map + ('stage1Features -> value), l)\r\n            case \"--stage1-weights\" :: value :: l =>     parseOptions(map + ('stage1Weights -> value), l)\r\n            case \"--stage1-concept-table\" :: v :: l =>   parseOptions(map + ('stage1ConceptTable -> v), l)\r\n            case \"--stage2-decoder\" :: value :: l =>     parseOptions(map + ('stage2Decoder -> value), l)\r\n            case \"--stage2-train\" :: l =>                parseOptions(map + ('stage2Train -> \"true\"), l)\r\n            case \"--stage2-features\" :: value :: l =>    parseOptions(map + ('stage2Features -> value), l)\r\n            case \"--stage2-weights\" :: value :: l =>     parseOptions(map + ('stage2Weights -> value), l)\r\n            case \"--stage2-labelset\" :: value :: l =>    parseOptions(map + ('stage2Labelset -> value), l)\r\n            case \"--stage2-not-connected\" :: l =>        parseOptions(map + ('stage2NotConnected -> \"true\"), l)\r\n            case \"--training-loss\" :: value :: l =>      parseOptions(map + ('trainingLoss -> value), l)\r\n            case \"--training-initial-weights\"::value::l => parseOptions(map + ('trainingInitialWeights -> value), l)\r\n            case \"--training-cost-scale\" :: value ::l => parseOptions(map + ('trainingCostScale -> value), l)\r\n            case \"--training-prec-recall\" :: value::l => parseOptions(map + ('trainingPrecRecallTradeoff -> value), l)\r\n            case \"--training-l2-strength\" :: value::l => parseOptions(map + ('trainingL2RegularizerStrength -> value), l)\r\n            case \"--training-optimizer\" :: value :: l => parseOptions(map + ('trainingOptimizer -> value), l)\r\n            case \"--training-output\" :: value :: l =>    parseOptions(map + ('trainingOutputFile -> value), l)\r\n            case \"--training-stepsize\" :: value :: l =>  parseOptions(map + ('trainingStepsize -> value), l)\r\n            case \"--training-passes\" :: value :: l =>    parseOptions(map + ('trainingPasses -> value), l)\r\n            case \"--training-avg-weights\" :: l =>        parseOptions(map + ('trainingAvgWeights -> \"true\"), l)\r\n            case \"--training-save-interval\"::value::l => parseOptions(map + ('trainingSaveInterval -> value), l)\r\n            case \"--training-data\" :: value :: tail =>   parseOptions(map + ('trainingData -> value), tail) \/\/ used to be \"--amr-oracle-data\"\r\n            case \"--training-dev\" :: value :: tail =>    parseOptions(map + ('trainingDev -> value), tail)\r\n            \/\/case \"--amr-oracle-data\" :: value :: tail => parseOptions(map + ('amrOracleData -> value), tail)\r\n            case \"--smatch-eval\" :: value :: tail =>     parseOptions(map + ('smatchEval -> value), tail)\r\n            case \"--output-format\" :: value :: l =>      parseOptions(map + ('outputFormat -> value), l)\r\n            case \"--ignore-parser-errors\" :: l =>        parseOptions(map + ('ignoreParserErrors -> \"true\"), l)\r\n            case \"--print-stack-trace-on-errors\" :: l => parseOptions(map + ('printStackTraceOnErrors -> \"true\"), l)\r\n            case \"--dependencies\" :: value :: tail =>    parseOptions(map + ('dependencies -> value), tail)\r\n            case \"--ner\" :: value :: tail =>             parseOptions(map + ('ner -> value), tail)\r\n            case \"--snt\" :: value :: tail =>             parseOptions(map ++ Map('notTokenized -> value), tail)\r\n            case \"--tok\" :: value :: tail =>             parseOptions(map ++ Map('tokenized -> value), tail)\r\n            case \"-v\" :: value :: tail =>                parseOptions(map ++ Map('verbosity -> value), tail)\r\n\r\n            \/\/case string :: opt2 :: tail if isSwitch(opt2) => parseOptions(map ++ Map('infile -> string), list.tail)\r\n            \/\/case string :: Nil =>  parseOptions(map ++ Map('infile -> string), list.tail)\r\n            case option :: tail => println(\"Error: Unknown option \"+option) \r\n                                   sys.exit(1)\r\n      }\r\n    }\r\n\r\n    def time[A](a: => A) = {\r\n       val now = System.nanoTime\r\n       val result = a\r\n       val micros = (System.nanoTime - now) \/ 1000\r\n       System.err.println(\"Decoded in %,d microseconds\".format(micros))\r\n       result\r\n    }\r\n\r\n    def main(args: Array[String]) {\r\n\r\n        if (args.length == 0) { println(usage); sys.exit(1) }\r\n        val options = parseOptions(Map(),args.toList)\r\n\r\n        verbosity = options.getOrElse('verbosity, \"0\").toInt\r\n\r\n        val outputFormat = options.getOrElse('outputFormat,\"triples\").split(\",\").toList\r\n        \/\/ Output format is comma separated list of: nodes,edges,AMR,triples\r\n\r\n        val stage1 : ConceptInvoke.Decoder = {\r\n            if (!options.contains('stage1Oracle) && !options.contains('stage2Train)) {\r\n                ConceptInvoke.Decoder(options, oracle = false)\r\n            } else {\r\n                assert(!options.contains('stage1Train), \"Error: --stage1-oracle should not be specified with --stage1-train\")\r\n                ConceptInvoke.Decoder(options, oracle = true)\r\n            }\r\n        }\r\n\r\n        val stage2 : Option[GraphDecoder.Decoder] = {\r\n            if((options.contains('stage1Only) || options.contains('stage1Train)) && !options.contains('stage2Train)) {\r\n                None\r\n            } else {\r\n                Some(GraphDecoder.Decoder(options))\r\n            }\r\n        }\r\n\r\n        val stage2Oracle : Option[GraphDecoder.Decoder] = {\r\n            if(options.contains('trainingData) || options.contains('stage2Train)) {\r\n                Some(GraphDecoder.Oracle(options))\r\n            } else {\r\n                None\r\n            }\r\n        }\r\n\r\n        if (options.contains('stage1Train) || options.contains('stage2Train)) {\r\n\r\n            \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Training  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\r\n\r\n            if (options.contains('stage1Train) && options.contains('stage2Train)) {\r\n                System.err.println(\"Error: please specify either stage1 training or stage2 training (not both)\")\r\n                sys.exit(1)\r\n            }\r\n\r\n            if (options.contains('stage1Train)) {\r\n\r\n                val stage1 = new ConceptInvoke.TrainObj(options)\r\n                stage1.train\r\n\r\n            }\r\n\r\n            if (options.contains('stage2Train)) {\r\n\r\n                val stage2 = new GraphDecoder.TrainObj(options)\r\n                stage2.train\r\n\r\n            }\r\n\r\n        } else {\r\n\r\n            \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Decoding \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\r\n\r\n            if (!options.contains('stage1Weights)) {\r\n                System.err.println(\"Error: No stage1 weights file specified\"); sys.exit(1)\r\n            }\r\n            stage1.features.weights.read(Source.fromFile(options('stage1Weights).asInstanceOf[String]).getLines())\r\n\r\n            \/\/logger(0, \"Stage1 weights:\\n\"+stage1.features.weights.toString)\r\n\r\n            if (!options.contains('stage2Weights)) {\r\n                System.err.println(\"Error: No stage2 weights file specified\")\r\n                sys.exit(1)\r\n            }\r\n            val stage2weightfile : String = options('stage2Weights)\r\n\r\n            logger(0, \"Reading weights\")\r\n            if (stage2 != None) {\r\n                stage2.get.features.weights.read(Source.fromFile(stage2weightfile).getLines())\r\n                if (stage2Oracle != None) {\r\n                    stage2Oracle.get.features.weights.read(Source.fromFile(stage2weightfile).getLines())\r\n                }\r\n            }\r\n            logger(0, \"done\")\r\n\r\n            val input = stdin.getLines.toArray\r\n            val tokenized = fromFile(options('tokenized).asInstanceOf[String]).getLines\/*.map(x => x)*\/.toArray\r\n            val nerFile = Corpus.splitOnNewline(fromFile(options('ner).asInstanceOf[String]).getLines).toArray\r\n            val oracleData : Array[String] = if (options.contains('trainingData)) {\r\n                    Corpus.getAmrBlocks(fromFile(options('trainingData)).getLines()).toArray\r\n                } else {\r\n                    new Array(0)\r\n                }\r\n            val dependencies: Array[String] = if (options.contains('dependencies)) {\r\n                (for {\r\n                    block <- Corpus.splitOnNewline(Source.fromFile(options('dependencies).asInstanceOf[String]).getLines())\r\n                } yield block.replaceAllLiterally(\"-LRB-\",\"(\").replaceAllLiterally(\"-RRB-\",\")\").replaceAllLiterally(\"\"\"\\\/\"\"\",\"\/\")).toArray\r\n            } else {\r\n                new Array(0)\r\n            }\r\n\r\n            case class F1(var correct: Double, var predicted: Double, var total: Double) {\r\n                def precision : Double = correct \/ predicted\r\n                def recall : Double = correct \/ total\r\n                def f1 : Double = 2 * (precision * recall) \/ (precision + recall)\r\n                override def toString : String = { \"Precision: \"+precision.toString+\"\\nRecall: \"+recall.toString+\"\\nF1: \"+f1.toString }\r\n            }\r\n            val spanF1 = F1(0,0,0)\r\n\r\n            for ((block, i) <- input.zipWithIndex) {\r\n            try {\r\n            time {\r\n                val line = input(i)\r\n                logger(0, \"Sentence: \"+line+\"\\n\")\r\n                val tok = tokenized(i)\r\n                val ner = nerFile(i)\r\n                val inputGraph = if (options.contains('stage1Oracle)) { Some(AMRTrainingData(oracleData(i)).toInputGraph) } else { None }\r\n                val stage1Result = stage1.decode(new Input(inputGraph,\r\n                                                           tok.split(\" \"),\r\n                                                           line.split(\" \"),\r\n                                                           dependencies(i),\r\n                                                           ner))\r\n                logger(1, \"Concepts:\")\r\n                for ((id, node) <- stage1Result.graph.getNodeById) {\r\n                    logger(1, \"id = \"+id+\" concept = \"+node.concept)\r\n                }\r\n                logger(0, \"Spans:\")\r\n                for ((span, i) <- stage1Result.graph.spans.sortBy(x => x.words.toLowerCase).zipWithIndex) {\r\n                    logger(0, \"Span \"+span.start.toString+\"-\"+span.end.toString+\":  \"+span.words+\" => \"+span.amr)\r\n                }\r\n                logger(0, \"\")\r\n\r\n                stage1Result.graph.normalizeInverseRelations\r\n                stage1Result.graph.addVariableToSpans\r\n\r\n                var decoderResultGraph = stage1Result.graph  \/\/ TODO: in future just do decoderResult.graph instead (when BasicFeatureVector is removed from stage1)\r\n\r\n                    \/\/ TODO: clean up this code\r\n\r\n                if (!options.contains('stage1Only)) {\r\n                    val decoder = stage2.get\r\n                    decoderResultGraph = decoder.decode(new Input(stage1Result.graph,   \/\/ TODO: what about stage1Oracle\r\n                                                             tok.split(\" \"),\r\n                                                             dependencies(i))).graph\r\n                }\/\/endif (!options.contains('stage1Only))\r\n\r\n                if (options.contains('trainingData)) {\r\n                    val amrdata2 = AMRTrainingData(oracleData(i))   \/\/ 2nd copy for oracle\r\n                    logger(1, \"Node.spans:\")\r\n                    for (node <- amrdata2.graph.nodes) {\r\n                        logger(1, node.concept+\" \"+node.spans.toList)\r\n                    }\r\n\r\n                    val oracle = stage2Oracle.get\r\n                    val oracleResult = oracle.decode(new Input(amrdata2, dependencies(i), oracle = true))\r\n                    for ((span, i) <- amrdata2.graph.spans.sortBy(x => x.words.toLowerCase).zipWithIndex) {\r\n                        logger(0, \"Oracle Span \"+span.start.toString+\"-\"+span.end.toString+\":  \"+span.words+\" => \"+span.amr)\r\n                    }\r\n                    logger(0, \"\")\r\n                    if (options.contains('stage1Eval)) {\r\n                        for (span <- stage1Result.graph.spans) {\r\n                            \/\/if (oracleResult.graph.spans.count(x => x.start == span.start && x.end == span.end \/*&& x.amr.prettyString(detail = 0, pretty = false).replaceAll(\"\"\"\\([^ ]* :name \"\"\",\"\") == span.amr.prettyString(detail = 0, pretty = false).replaceAll(\"\"\"\\([^ ]* :name \"\"\",\"\")*\/) > 0) {\r\n                            \/\/if (oracleResult.graph.spans.count(x => x.start == span.start && x.end == span.end && x.amr.prettyString(detail = 0, pretty = false, vars = Set()).replaceAll(\"\"\"\\([^ ]* :name \"\"\",\"\") == span.amr.prettyString(detail = 0, pretty = false, vars = Set()).replaceAll(\"\"\"\\([^ ]* :name \"\"\",\"\")) > 0) {\r\n                            if (oracleResult.graph.spans.count(x => x.start == span.start && x.end == span.end && x.amr.toString == span.amr.toString) > 0) {\r\n                                spanF1.correct += 1\r\n                            } else {\r\n                                if (oracleResult.graph.spans.count(x => x.start == span.start && x.end == span.end) > 0) {\r\n                                    logger(0, \"Incorrect span: \"+span.words+\" => \"+span.amr)\r\n                                } else {\r\n                                    logger(0, \"Extra span: \"+span.words+\" => \"+span.amr)\r\n                                }\r\n                            }\r\n                        }\r\n                        for (span <- oracleResult.graph.spans) {\r\n                            if (stage1Result.graph.spans.count(x => x.start == span.start && x.end == span.end && x.amr.toString == span.amr.toString) == 0) {\r\n                                logger(0, \"Missing span: \"+span.words+\" => \"+span.amr)\r\n                            }\r\n                        }\r\n                        spanF1.predicted += stage1Result.graph.spans.size\r\n                        spanF1.total += oracleResult.graph.spans.size\r\n                    }\r\n                    logger(0, \"Dependencies:\\n\"+dependencies(i)+\"\\n\")\r\n                    logger(0, \"Oracle:\\n\"+oracleResult.graph.printTriples(detail = 1, extra = (node1, node2, relation) => {\r\n                        \"\" \/\/TODO: put back in \"\\t\"+oracle.features.ffDependencyPathv2(node1, node2, relation).toString.split(\"\\n\").filter(_.matches(\"^C1.*\")).toList.toString+\"\\t\"+oracle.features.localScore(node1, node2, relation).toString\r\n                        \/\/\"\\n\"+oracle.features.ffDependencyPathv2(node1, node2, relation).toString.split(\"\\n\").filter(_.matches(\"^C1.*\")).toList.toString+\"\\nScore = \"+decoder.features.localScore(node1, node2, relation).toString+\"  Relevent weights:\\n\"+decoder.features.weights.slice(decoder.features.localFeatures(node1, node2, relation)).toString\r\n                    })+\"\\n\")\r\n                }\/\/endif (options.contains('amrOracleData))\r\n\r\n                if (!options.contains('stage1Only)) {\r\n                    val decoder = stage2.get\r\n                    logger(0, decoder.features.input)\r\n                    logger(0, \"AMR:\\n\"+decoderResultGraph.printTriples(detail = 1, extra = (node1, node2, relation) => {\r\n                        \"\" \/\/TODO: put back in \"\\t\"+decoder.features.ffDependencyPathv2(node1, node2, relation).toString.split(\"\\n\").filter(_.matches(\"^C1.*\")).toList.toString+\"\\t\"+decoder.features.localScore(node1, node2, relation).toString\r\n                        \/\/\"\\n\"+decoder.features.ffDependencyPathv2(node1, node2, relation).toString.split(\"\\n\").filter(_.matches(\"^C1.*\")).toList.toString+\"\\nScore = \"+decoder.features.localScore(node1, node2, relation).toString+\"  Relevent weights:\\n\"+decoder.features.weights.slice(decoder.features.localFeatures(node1, node2, relation)).toString\r\n                    })+\"\\n\")\r\n                }\r\n\r\n                println(\"# ::snt \"+line)\r\n                println(\"# ::tok \"+tok)\r\n                val sdf = new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ss.SSS\")\r\n                decoderResultGraph.assignOpN()\r\n                decoderResultGraph.sortRelations()\r\n                decoderResultGraph.makeIds()\r\n                println(\"# ::alignments \"+decoderResultGraph.spans.map(_.format).mkString(\" \")+\" ::annotator \"+VERSION+\" ::date \"+sdf.format(new Date))\r\n                if (outputFormat.contains(\"nodes\")) {\r\n                    println(decoderResultGraph.printNodes.map(x => \"# ::node\\t\" + x).mkString(\"\\n\"))\r\n                }\r\n                if (outputFormat.contains(\"root\")) {\r\n                    println(decoderResultGraph.printRoot)\r\n                }\r\n                if (outputFormat.contains(\"edges\") && decoderResultGraph.root.relations.size > 0) {\r\n                    println(decoderResultGraph.printEdges.map(x => \"# ::edge\\t\" + x).mkString(\"\\n\"))\r\n                }\r\n                if (outputFormat.contains(\"AMR\")) {\r\n                    println(decoderResultGraph.prettyString(detail=1, pretty=true))\r\n                }\r\n                if (outputFormat.contains(\"triples\")) {\r\n                    println(decoderResultGraph.printTriples(detail = 1))\r\n                }\r\n                println()\r\n            } \/\/ time\r\n            } catch { \/\/ try\r\n                case e : Throwable => if (options.contains('ignoreParserErrors)) {\r\n                    println(\"# ::snt \"+input(i))\r\n                    println(\"# ::tok \"+tokenized(i))\r\n                    val sdf = new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ss.SSS\")\r\n                    println(\"# ::alignments 0-1|0 ::annotator \"+VERSION+\" ::date \"+sdf.format(new Date))\r\n                    println(\"# THERE WAS AN EXCEPTION IN THE PARSER.  Returning an empty graph.\")\r\n                    if (options.contains('printStackTraceOnErrors)) {\r\n                        val sw = new StringWriter()\r\n                        e.printStackTrace(new PrintWriter(sw))\r\n                        println(sw.toString.split(\"\\n\").map(x => \"# \"+x).mkString(\"\\n\"))\r\n                    }\r\n                    logger(-1, \" ********** THERE WAS AN EXCEPTION IN THE PARSER. *********\")\r\n                    if (verbosity >= -1) { e.printStackTrace }\r\n                    logger(-1, \"Continuing. To exit on errors, please run without --ignore-parser-errors\")\r\n                    println(Graph.AMREmpty.prettyString(detail=1, pretty=true) + '\\n')\r\n                } else {\r\n                    throw e\r\n                }\r\n            }\r\n            } \/\/ main loop\r\n\r\n            if (options.contains('stage1Eval)) {\r\n                logger(0, \"--- Stage1 evaluation ---\\n\"+spanF1.toString)\r\n            }\r\n        }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Wordnet.scala","text":"<reponame>hopshackle\/wordAlignment<filename>src\/edu\/cmu\/lti\/nlp\/amr\/Wordnet.scala<gh_stars>0\npackage edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.{Map, Set, ArrayBuffer}\r\nimport scala.collection.JavaConversions._\r\nimport scala.collection.JavaConverters._ \/\/ see http:\/\/stackoverflow.com\/questions\/16162090\/how-to-convert-java-util-list-to-scala-list\r\n\r\nimport java.net.URL\r\nimport java.io.File\r\n\r\nimport edu.mit.jwi.RAMDictionary\r\nimport edu.mit.jwi.IRAMDictionary\r\nimport edu.mit.jwi.data.ILoadPolicy\r\nimport edu.mit.jwi.item.POS\r\nimport edu.mit.jwi.morph.WordnetStemmer\r\n\r\nobject Wordnet {\r\n\r\n    private val wnhome : String = System.getenv(\"WNHOME\")\r\n    private val path : String = wnhome + File.separator + \"dict\"\r\n    private val url : URL = new URL(\"file\", null, path)\r\n    private val dict : IRAMDictionary = new RAMDictionary(url, ILoadPolicy.NO_LOAD)\r\n    dict.open\r\n    private val wordnetStemmer : WordnetStemmer = new WordnetStemmer(dict)\r\n\r\n    def stemmer(word: String) : List[String] = {\r\n        var stems = List[String]()\r\n        for (pos <- POS.values) {\r\n            try { stems ++= wordnetStemmer.findStems(word, pos) }\r\n            catch { case e : Throwable => Unit }\r\n        }\r\n        return stems.distinct.sorted\r\n    }\r\n\r\n    def stemmer(word: String, pos: POS) : List[String] = {\r\n        try { wordnetStemmer.findStems(word, pos).asScala.toList }\r\n        catch { case e : Throwable => List() }\r\n    }\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/PrintSpans.scala","text":"<reponame>hopshackle\/wordAlignment<gh_stars>0\npackage edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nimport Corpus._\r\n\r\nobject PrintSpans {\r\n    val usage = \"\"\"Usage: scala -classpath . edu.cmu.lti.nlp.amr.PrintSpans < amr_corpus > span_file\"\"\"\r\n    type OptionMap = Map[Symbol, Any]\r\n\r\n    def parseOptions(map : OptionMap, list: List[String]) : OptionMap = {\r\n        def isSwitch(s : String) = (s(0) == '-')\r\n        list match {\r\n            case Nil => map\r\n            case \"-v\" :: value :: tail =>\r\n                      parseOptions(map ++ Map('verbosity -> value.toInt), tail)\r\n            case option :: tail => println(\"Error: Unknown option \"+option)\r\n                               sys.exit(1)\r\n      }\r\n    }\r\n\r\n    def main(args: Array[String]) {\r\n\r\n        if (args.length != 0) { println(usage); sys.exit(1) }\r\n\r\n        val options = parseOptions(Map(),args.toList)\r\n        if (options.contains('verbosity)) {\r\n            verbosity = options('verbosity).asInstanceOf[Int]\r\n        }\r\n\r\n        var i = 0\r\n        for { b <- splitOnNewline(Source.stdin.getLines)\r\n              if (b.split(\"\\n\").exists(_.startsWith(\"(\"))) } {  \/\/ needs to contain come AMR\r\n            val block = AMRTrainingData(b)\r\n            println(b)\r\n            block.loadSpans()\r\n            for ((span, i) <- block.graph.spans.zipWithIndex) {\r\n                logger(1, \"Span \"+(i+1).toString+\":  \"+span.words+\" => \"+span.amr)\r\n                logger(3, \"* \"+span.format)\r\n            }\r\n            println()\r\n        }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Dependency.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\ncase class Dependency(head: Int, dependent: Int, relation: String)\r\n\r\nobject Dependency {\r\n    def fromConll(string: String) : Dependency = {\r\n        val fields = string.split(\"\\t\")\r\n        return Dependency(fields(6).toInt-1, fields(0).toInt-1, fields(7))\r\n    }\r\n    val Stanford = \"\"\"([^(]+[^-]+([0-9]+), *[^-]+([0-9]+)) *\"\"\".r\r\n    def fromStanford(string: String) : Dependency = {\r\n        val Stanford(relation, head, dependent) = string\r\n        return Dependency(head.toInt-1, dependent.toInt-1, relation)\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/BasicFeatureVector\/SSGD.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr.BasicFeatureVector\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train._\r\n\r\nimport java.io.File\r\nimport java.io.FileOutputStream\r\nimport java.io.PrintStream\r\nimport java.io.BufferedOutputStream\r\nimport java.io.OutputStreamWriter\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.util.parsing.combinator._\r\nimport scala.util.Random\r\nimport scala.math.sqrt\r\n\r\n\/******************************** Training **********************************\/\r\n\r\nclass SSGD extends Optimizer[FeatureVector] {\r\n    def learnParameters(gradient: (Option[Int], Int, FeatureVector) => (FeatureVector, Double),\r\n                        weights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2reg: Double,\r\n                        noreg: List[String],  \/\/ TODO: implement\r\n                        trainingObserver: (Int, FeatureVector) => Boolean,\r\n                        avg: Boolean) : FeatureVector = {\r\n        var avg_weights = FeatureVector()\r\n        var i = 0\r\n        while (i < passes && trainingObserver(i, weights)) {\r\n            logger(0,\"Pass \"+(i+1).toString)\r\n            for (t <- Random.shuffle(Range(0, trainingSize).toList)) {\r\n                weights -= stepsize * gradient(Some(i), t, weights)._1\r\n                if (l2reg != 0.0) {\r\n                    weights -= (stepsize * l2reg) * weights\r\n                }\r\n            }\r\n            avg_weights += weights\r\n            i += 1\r\n        }\r\n        trainingObserver(i, weights)\r\n        if(avg) { avg_weights } else { weights }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/ConceptInvoke\/PhraseFeatures.scala","text":"<reponame>hopshackle\/wordAlignment\npackage edu.cmu.lti.nlp.amr.ConceptInvoke\r\nimport edu.cmu.lti.nlp.amr._\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\ncase class PhraseConceptFeatures(count: Double,\r\n                                 conceptGivenPhrase: Double,\r\n                                 fromNER: Boolean,\r\n                                 fromDateExpr: Boolean) {\r\n\r\n    def this(string: String) = this(\r\n        string.split(\" \").find(x => x.matches(\"N=.*\")).getOrElse(\"=0.0\").split(\"=\")(1).toDouble,\r\n        string.split(\" \").find(x => x.matches(\"\"\"c\\|p=.*\"\"\")).getOrElse(\"=0.0\").split(\"=\")(1).toDouble,\r\n        false,\r\n        false)\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/FastFeatureVector\/Adagrad.scala","text":"<reponame>hopshackle\/wordAlignment<gh_stars>0\npackage edu.cmu.lti.nlp.amr.FastFeatureVector\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.util.Random\r\nimport scala.math.sqrt\r\n\r\nclass Adagrad extends Optimizer[FeatureVector] {\r\n    def learnParameters(gradient: (Option[Int], Int, FeatureVector) => (FeatureVector, Double),\r\n                        initialWeights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2strength: Double,\r\n                        noreg: List[String],\r\n                        trainingObserver: (Int, FeatureVector) => Boolean,\r\n                        avg: Boolean) : FeatureVector = {\r\n        val weights = FeatureVector(initialWeights.labelset)\r\n        weights += initialWeights\r\n        var avg_weights = FeatureVector(weights.labelset)\r\n        var sumSq = FeatureVector(weights.labelset)         \/\/ G_{i,i}\r\n        var pass = 0\r\n        while (pass < passes && (pass == 0 || trainingObserver(pass,avg_weights))) {\r\n            logger(-1,\"Pass \"+(pass+1).toString)\r\n            var objective = 0.0 \/\/ objective is 1\/N \\sum_i=1^N Loss(i) + 1\/2 * \\lambda * ||weights||^2 (var objective is N times this)\r\n            \/\/for (t <- Range(0, trainingSize).toList) {\r\n            for (t <- Random.shuffle(Range(0, trainingSize).toList)) {\r\n                \/\/ normally we would do weights -= stepsize * gradient(t)._1\r\n                \/\/ but instead we do this: (see equation 8 in SocherBauerManningNg_ACL2013.pdf)\r\n                val (grad, score) = gradient(Some(pass), t, weights)\r\n                \/\/logger(1, \"--- Gradient ---\")\r\n                \/\/logger(1, grad)\r\n                sumSq.update(grad, (feat, label, x , y) => x + y * y)\r\n                weights.update(grad, (feat, label, x, y) => {\r\n                    val sq = sumSq(feat, label)\r\n                    if (sq > 0.0) {\r\n                        x - stepsize * y \/ sqrt(sumSq(feat, label))\r\n                    } else {\r\n                        x\r\n                    }\r\n                })\r\n                objective += score\r\n                if (l2strength != 0.0) {\r\n                    val noregSaveValues = noreg.map(feat => (feat, weights.fmap(feat)))\r\n                    noreg.map(feat => weights.fmap.remove(feat))\r\n                    objective += weights.dot(weights) \/ 2.0   \/\/ don't count the unregularized features in the regularizer\r\n                    sumSq.update(weights, (feat, label, x , y) => x + l2strength * l2strength * y * y)\r\n                    weights.update(weights, (feat, label, x, y) => {\r\n                        val sq = sumSq(feat, label)\r\n                        if (sq > 0.0) {\r\n                            x - stepsize * l2strength * y \/ sqrt(sumSq(feat, label))\r\n                        } else {\r\n                            x\r\n                        }\r\n                    })\r\n                    noregSaveValues.map(x => { weights.fmap(x._1) = x._2 })\r\n                }\r\n            }\r\n            logger(-1,\"                                   Avg objective value last pass: \"+(objective\/trainingSize.toDouble).toString)\r\n            \/\/logger(0,\"                                                       objective: \"+((0 until trainingSize).map(x => gradient(None, x, weights)._2).sum\/trainingSize).toString)\r\n            avg_weights += weights\r\n            pass += 1\r\n        }\r\n        trainingObserver(pass,avg_weights)\r\n        if(avg) { avg_weights } else { weights }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/FastFeatureVector\/FeatureVector.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr.FastFeatureVector\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train.AbstractFeatureVector\r\n\r\nimport scala.math.sqrt\r\n\/\/import scala.collection.mutable.Map\r\nimport scala.collection.concurrent.{TrieMap => Map}\r\nimport scala.collection.immutable\r\nimport scala.io.Source\r\n\r\ncase class fastmul(scale: Double, v: List[(String, ValuesList)])\r\ncase class fastmul2(scale: Double, v: FeatureVector)\r\n\/\/ Trickyness below: see p.452 Programming Scala 2nd Edition (21.5 Implicit conversions)\r\ncase class FastMulAssoc(x: Double) { def * (v: List[(String, ValuesList)]) = fastmul(x, v) }\r\ncase class FastMul2Assoc(x: Double) { def * (v: FeatureVector) = fastmul2(x, v) }\r\n\/\/    def * (v: FeatureVector) = fastmul(x, v.fmap.view.toList.map(x => (x._1, ValuesList(x._2.unconjoined, x._2.conjoined.view.toList.map(y => Conjoined(y._1, y._2)).toList))).toList) \/\/ TODO: change this to be faster\r\n\r\n\/\/ In package.scala:\r\n\/\/implicit def doubleToFastMulAssoc(x: Double) = new FastMulAssoc(x)\r\n\/\/implicit def doubleToFastMul2Assoc(x: Double) = new FastMul2Assoc(x)\r\n\r\ncase class Conjoined(labelIndex: Int, value: Double)\r\n\r\ncase class ValuesList(var unconjoined: Double, var conjoined: List[Conjoined])\r\ncase class ValuesMap(var unconjoined: Double, var conjoined: Map[Int, Double]) {\r\n    override def clone : ValuesMap = { ValuesMap(unconjoined, conjoined.clone) }\r\n}\r\nobject ValuesMap {\r\n    def apply() : ValuesMap = {\r\n        return ValuesMap(0.0, Map())\r\n    }\r\n}\r\ncase class Value(unconjoined: Double, conjoined: Double)\r\n\r\ncase class FeatureVector(labelset : Array[String],\r\n                         fmap : Map[String, ValuesMap] = Map()) extends AbstractFeatureVector(labelset) {\r\n    val labelToIndex : Map[String, Int] = Map()\r\n    labelToIndex ++= labelset.zipWithIndex\r\n    def iterateOverLabels(v: List[(String, Value)], f: (Conjoined) => Unit) {\r\n        var unconjoinedTotal : Double = 0.0\r\n        val conjoinedTotal : Array[Double] = labelset.map(x => 0.0)\r\n        for ((feature, value) <- v if fmap.contains(feature)) {\r\n            val myValues : ValuesMap = fmap(feature)\r\n            unconjoinedTotal += myValues.unconjoined * value.unconjoined\r\n            for (myValue <- myValues.conjoined) {\r\n                conjoinedTotal(myValue._1) += myValue._2 * value.conjoined\r\n            }\r\n        }\r\n        for (i <- 0 until labelset.size) {\r\n            f(Conjoined(i, unconjoinedTotal + conjoinedTotal(i)))\r\n        }\r\n    }\r\n    def iterateOverLabels2(v: List[(String, Value, immutable.Map[Int, Double])], f: (Conjoined) => Unit) {\r\n        var unconjoinedTotal : Double = 0.0\r\n        val conjoinedTotal : Array[Double] = labelset.map(x => 0.0)\r\n        for ((feature, value, conjoinedMap) <- v if fmap.contains(feature)) {\r\n            val myValues : ValuesMap = fmap(feature)\r\n            unconjoinedTotal += myValues.unconjoined * value.unconjoined\r\n            for ((labelIndex, value) <- conjoinedMap) {   \/\/ reusing value name, but it's ok\r\n                conjoinedTotal(labelIndex) += myValues.unconjoined * value\r\n            }\r\n            for (myValue <- myValues.conjoined) {\r\n                conjoinedTotal(myValue._1) += myValue._2 * value.conjoined\r\n            }\r\n        }\r\n        for (i <- 0 until labelset.size) {\r\n            f(Conjoined(i, unconjoinedTotal + conjoinedTotal(i)))\r\n        }\r\n    }\r\n    def apply(feature: String, label: Option[Int]) : Double = {\r\n        if (fmap.contains(feature)) {\r\n            if (label == None) {\r\n                fmap(feature).unconjoined\r\n            } else {\r\n                fmap(feature).conjoined.getOrElse(label.get, 0.0)\r\n            }\r\n        } else {\r\n            0.0\r\n        }\r\n    }\r\n    def updateList(v: List[(String, ValuesList)], f: (String, Option[Int], Double, Double) => Double) {\r\n        for ((feature, value) <- v) {\r\n            val myValues : ValuesMap = fmap.getOrElseUpdate(feature, ValuesMap(0.0, Map()))\r\n            myValues.unconjoined = f(feature, None, myValues.unconjoined, value.unconjoined)\r\n            for (conjoined <- value.conjoined) {\r\n                myValues.conjoined(conjoined.labelIndex) = f(feature,\r\n                                                             Some(conjoined.labelIndex),\r\n                                                             myValues.conjoined.getOrElse(conjoined.labelIndex, 0.0),\r\n                                                             conjoined.value)\r\n            }\r\n        }\r\n    }\r\n    def += (v: AbstractFeatureVector) = { this.+=(v.asInstanceOf[FeatureVector]) }\r\n    def -= (v: AbstractFeatureVector) = { this.-=(v.asInstanceOf[FeatureVector]) }\r\n    def += (v: List[(String, ValuesList)]) = updateList(v, (feat, label, x, y) => x + y)\r\n    def -= (v: List[(String, ValuesList)]) = updateList(v, (feat, label, x, y) => x - y)\r\n    def updateAll(f: (String, Option[Int], Double) => Double) {\r\n        for ((feature, values) <- fmap) {\r\n            values.unconjoined = f(feature, None, values.unconjoined)\r\n            for (conjoined <- values.conjoined) {\r\n                values.conjoined(conjoined._1) = f(feature,\r\n                                                   Some(conjoined._1),\r\n                                                   conjoined._2)\r\n            }\r\n        }\r\n    }\r\n    def *= (scalar : Double) = updateAll((feat, label, x) => scalar * x)\r\n    def update(v: FeatureVector, f: (String, Option[Int], Double, Double) => Double) {\r\n        for ((feature, values) <- v.fmap) {\r\n            val myValues : ValuesMap = fmap.getOrElseUpdate(feature, ValuesMap(0.0, Map()))\r\n            myValues.unconjoined = f(feature, None, myValues.unconjoined, values.unconjoined)\r\n            for (conjoined <- values.conjoined) {\r\n                myValues.conjoined(conjoined._1) = f(feature,\r\n                                                     Some(conjoined._1),\r\n                                                     myValues.conjoined.getOrElse(conjoined._1, 0.0),\r\n                                                     conjoined._2)\r\n            }\r\n        }\r\n    }\r\n    def += (v: FeatureVector) = update(v, (feat, label, x, y) => x + y)\r\n    def -= (v: FeatureVector) = update(v, (feat, label, x, y) => x - y)\r\n    def updateAll(v: FeatureVector, f: (String, Option[Int], Double, Double) => Double) { \/\/ TODO: maybe this should be f: (String, ValuesMap, ValuesMap) => ValuesMap.  And also have + and - for ValuesMap objects\r\n        for ((feature, myValues) <- fmap) {\r\n            val values = v.fmap.getOrElse(feature, ValuesMap())\r\n            myValues.unconjoined = f(feature, None, myValues.unconjoined, values.unconjoined)\r\n            for (conjoined <- myValues.conjoined) {\r\n                myValues.conjoined(conjoined._1) = f(feature,\r\n                                                   Some(conjoined._1),\r\n                                                   conjoined._2,\r\n                                                   values.conjoined.getOrElse(conjoined._1, 0.0))\r\n            }\r\n        }\r\n    }\r\n    def dotDivide(v: FeatureVector) = updateAll(v, (feat, label, x, y) => { if ( y==0.0 ) { x } else {  x \/ y } } )\r\n    def updateWithFilter(v: FeatureVector, featNames: Iterator[String], f: (String, Option[Int], Double, Double) => Double) {\r\n        for (feature <- featNames) {\r\n            val values = v.fmap.getOrElse(feature, ValuesMap())\r\n            val myValues : ValuesMap = fmap.getOrElseUpdate(feature, ValuesMap())\r\n            myValues.unconjoined = f(feature, None, myValues.unconjoined, values.unconjoined)\r\n            for (conjoined <- values.conjoined) {\r\n                myValues.conjoined(conjoined._1) = f(feature,\r\n                                                     Some(conjoined._1),\r\n                                                     myValues.conjoined.getOrElse(conjoined._1, 0.0),\r\n                                                     conjoined._2)\r\n            }\r\n        }\r\n    }\r\n    def plusEqFilter(v: FeatureVector, featNames: Iterator[String]) = updateWithFilter(v, featNames, (feat, label, x, y) => x + y)\r\n    def minusEqFilter(v: FeatureVector, featNames: Iterator[String]) = updateWithFilter(v, featNames, (feat, label, x, y) => x - y)\r\n    def dot(v: List[(String, ValuesList)]) : Double = {\r\n        var total : Double = 0.0\r\n        for ((feature, value) <- v if fmap.contains(feature)) {\r\n            val myValues : ValuesMap = fmap(feature)\r\n            total += myValues.unconjoined * value.unconjoined\r\n            for (conjoined <- value.conjoined if myValues.conjoined.contains(conjoined.labelIndex)) {\r\n                total += myValues.conjoined(conjoined.labelIndex) * conjoined.value\r\n            }\r\n        }\r\n        return total\r\n    }\r\n    def dot(v: FeatureVector) : Double = {\r\n        \/\/logger(1, \"Computing dot product\")\r\n        var total : Double = 0.0\r\n        for ((feature, value) <- v.fmap if fmap.contains(feature)) {\r\n            val myValues : ValuesMap = fmap(feature)\r\n            total += myValues.unconjoined * value.unconjoined\r\n            \/\/logger(1, feature + \" \"+myValues.unconjoined.toString+\" * \"+value.unconjoined.toString)\r\n            for (conjoined <- value.conjoined if myValues.conjoined.contains(conjoined._1)) {\r\n                total += myValues.conjoined(conjoined._1) * conjoined._2\r\n                \/\/logger(1, feature + \"+L=\"+labelset(conjoined._1)+\" \"+myValues.conjoined(conjoined._1).toString+\" * \"+conjoined._2.toString)\r\n            }\r\n        }\r\n        return total\r\n    }\r\n    \/\/def l2norm : Double = sqrt(this.dot(this))\r\n    def += (m: fastmul) = updateList(m.v, (feat, label, x, y) => x + m.scale * y)\r\n    def -= (m: fastmul) = updateList(m.v, (feat, label, x, y) => x - m.scale * y)\r\n    def += (m: fastmul2) = update(m.v, (feat, label, x, y) => x + m.scale * y)\r\n    def -= (m: fastmul2) = update(m.v, (feat, label, x, y) => x - m.scale * y)\r\n    def plusEqFilter(m: fastmul2, featNames: Iterator[String]) = updateWithFilter(m.v, featNames, (feat, label, x, y) => x + m.scale * y)\r\n    def minusEqFilter(m: fastmul2, featNames: Iterator[String]) = updateWithFilter(m.v, featNames, (feat, label, x, y) => x - m.scale * y)\r\n    \/*def nonzero : Boolean = {\r\n        var result = false\r\n        for ((feat, value) <- fmap) {\r\n            result = result || (value != 0.0)\r\n        }\r\n        return result\r\n    }\r\n    def slice(v: FeatureVector) : FeatureVector = {\r\n        val f = new FeatureVector()\r\n        for ((feat, _) <- v.fmap) {\r\n            f.fmap(feat) = fmap.getOrElse(feat,0.0)\r\n        }\r\n        return f\r\n    } *\/\r\n    def read(iterator: Iterator[String]) {\r\n        val regex = (\"\"\"(.*?)(\\+L=(\"\"\"+labelset.mkString(\"|\")+\"\"\"))?[ \\t]([^ \\t]*)\"\"\").r  \/\/ .*? is non-greedy\r\n        \/\/ (feature, _, label, value)\r\n        \/\/ matches featurename+L=label 1.0\r\n        fmap.clear()\r\n        for (line <- iterator) {\r\n            val regex(feature, _, label, value) = line\r\n            if (!fmap.contains(feature)) {\r\n                fmap(feature) = ValuesMap(0.0, Map())\r\n            }\r\n            if (label == null) {\r\n                fmap(feature).unconjoined = value.toDouble\r\n            } else {\r\n                fmap(feature).conjoined(labelToIndex(label)) = value.toDouble \/\/ TODO: catch invalid label errors and print labels\r\n            }\r\n        }\r\n    }\r\n    def fromFile(filename: String) {\r\n        val iterator = Source.fromFile(filename).getLines()\r\n        read(iterator)\r\n    }\r\n    def toFile(filename: String) {\r\n        val file = new java.io.PrintWriter(new java.io.File(filename), \"UTF-8\")\r\n        try { file.print(this.toString) }\r\n        finally { file.close }\r\n    }\r\n    override def toString() : String = {\r\n        var strings : List[String] = List()\r\n        for ((feature, values) <- fmap) {\r\n            if (values.unconjoined != 0.0) {\r\n                strings = feature + \" \" + values.unconjoined.toString + \"\\n\" :: strings\r\n            }\r\n            for ((labelIndex, value) <- values.conjoined if value != 0.0) {\r\n                strings = feature + \"+L=\" + labelset(labelIndex) + \" \" + value.toString + \"\\n\" :: strings\r\n            }\r\n        }\r\n        return strings.sorted.mkString\r\n    }\r\n    def unsorted() : String = {\r\n        val string = new StringBuilder\r\n        for ((feature, values) <- fmap) {\r\n            if (values.unconjoined != 0.0) {\r\n                string.append(feature + \" \" + values.unconjoined.toString + \"\\n\")\r\n            }\r\n            for ((labelIndex, value) <- values.conjoined if value != 0.0) {\r\n                string.append(feature + \"+L=\" + labelset(labelIndex) + \" \" + value.toString + \"\\n\")\r\n            }\r\n        }\r\n        return string.toString\r\n    }\r\n    def set(input: ((String, Option[Int]), Double)) {\r\n        val ((feature, label), value) = input\r\n        if (!fmap.contains(feature)) {\r\n            fmap(feature) = ValuesMap(0.0, Map())\r\n        }\r\n        if (label == None) {\r\n            fmap(feature).unconjoined = value\r\n        } else {\r\n            fmap(feature).conjoined(label.get) = value\r\n        }\r\n    }\r\n    def filter(f: (String) => Boolean) : FeatureVector = {\r\n        val newvec = FeatureVector(labelset)\r\n        for ((feature, value) <- fmap if f(feature)) {\r\n            newvec.fmap(feature) = value.clone\r\n        }\r\n        return newvec\r\n    }\r\n}\r\n\r\nobject FeatureVector {\r\n    def apply(labelset: Array[String], v: List[(String, ValuesList)]) : FeatureVector = {\r\n        val newvec = FeatureVector(labelset)\r\n        newvec += v\r\n        return newvec\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Entity.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\n\/\/ Case class for BIO tagged entities\r\n\r\ncase class Entity(start: Int, end: Int, label: String)\r\n\r\nobject Entity {\r\n\r\n    def entitiesFromConll(conllStr: String, column: Int = 1) : Array[Entity] = {\r\n        \/\/ Returns the entities from a conll BIO tagging string (tokens separated by \"\\n\", fields by \"\\t\")\r\n        val conll = conllStr.split(\"\\n\").map(x => x.split(\"\\t\"))    \/\/ WARNING: conllStr should not end with a '\\n' (otherwise our test for conll(i)(1) != \"O\" might be index out of bounds because the line is empty)\r\n        var i = 0\r\n        val entities : ArrayBuffer[Entity] = ArrayBuffer()\r\n        while (i < conll.size) {\r\n            if (conll(i)(column) != \"O\") {\r\n                assert(conll(i)(column).matches(\"(B|I|L|U)-.*\"), \"Data is not in conll BIO tagging format\")  \/\/ UIUC format\r\n                val label = conll(i)(column).drop(2)\r\n                val start = i\r\n                i += 1\r\n                while (i < conll.size && (conll(i)(column) == \"I-\"+label || conll(i)(column) == \"L-\"+label)) {\r\n                    i +=1\r\n                }\r\n                val end = i\r\n                entities += Entity(start, end, label)\r\n            } else {\r\n                i += 1\r\n            }\r\n        }\r\n        return entities.toArray\r\n    }\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/TestAMRCode.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.{Map, Set, ArrayBuffer}\r\n\r\n\r\nobject TestAMRCode {\r\n\r\n    val usage = \"\"\"Usage: scala -classpath . edu.cmu.lti.nlp.amr.TestAMRCode\"\"\"\r\n    type OptionMap = Map[Symbol, Any]\r\n\r\n    def parseOptions(map : OptionMap, list: List[String]) : OptionMap = {\r\n        def isSwitch(s : String) = (s(0) == '-')\r\n        list match {\r\n            case Nil => map\r\n            case \"-h\" :: tail =>\r\n                      parseOptions(map ++ Map('help -> true), tail)\r\n            case \"-v\" :: value :: tail =>\r\n                      parseOptions(map ++ Map('verbosity -> value.toInt), tail)\r\n            case option :: tail => println(\"Error: Unknown option \"+option) \r\n                               sys.exit(1) \r\n      }\r\n    }\r\n\r\n    def main(args: Array[String]) {\r\n        val options = parseOptions(Map(),args.toList)\r\n        if (options.contains('help)) { println(usage); sys.exit(1) }\r\n\r\n        if (options.contains('verbosity)) {\r\n            verbosity = options('verbosity).asInstanceOf[Int]\r\n        }\r\n\r\n        for (block <- Corpus.getAmrBlocks(io.Source.stdin.getLines())) {\r\n            println(block)\r\n            AMRTrainingData(block).toOracleGraph(clearUnalignedNodes = false).printTriples(0)\r\n            println()\r\n        }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/FastFeatureVector\/package.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr\r\nimport scala.language.implicitConversions\r\n\r\nimport scala.collection.concurrent.{TrieMap => Map}\r\n\r\npackage object FastFeatureVector {\r\n    implicit def doubleToFastMulAssoc(x: Double) = new FastMulAssoc(x)\r\n    implicit def doubleToFastMul2Assoc(x: Double) = new FastMul2Assoc(x)\r\n    def fromBasicFeatureVector(basicFeatureVector: BasicFeatureVector.FeatureVector, labelset: Array[String]) : FeatureVector = {\r\n        return FeatureVector(labelset, Map.empty[String, ValuesMap] ++= basicFeatureVector.fmap.map(x => (x._1, ValuesMap(x._2, Map.empty[Int,Double]))))\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/BasicFeatureVector\/DecoderResult.scala","text":"package edu.cmu.lti.nlp.amr.BasicFeatureVector\r\nimport edu.cmu.lti.nlp.amr._\r\n\r\ncase class DecoderResult(graph: Graph, features: FeatureVector, score: Double)\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/Oracle.scala","text":"<reponame>hopshackle\/wordAlignment<filename>src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/Oracle.scala\npackage edu.cmu.lti.nlp.amr.GraphDecoder\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.FastFeatureVector._\r\n\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nclass Oracle(featureNames: List[String], labelSet: Array[String]) extends Decoder {\r\n    val features = new Features(featureNames, labelSet)\r\n\r\n    def decode(input: Input) : DecoderResult = {\r\n        features.input = input\r\n        val graph = input.graph.get\r\n        var feats = new FeatureVector(labelSet)\r\n\r\n        for { node1 <- graph.nodes\r\n              (label, node2) <- node1.relations } {\r\n            feats += features.localFeatures(node1, node2, label)\r\n        }\r\n        feats += features.rootFeatures(graph.root)\r\n\r\n        return DecoderResult(graph, feats, features.weights.dot(feats))\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":".worksheet\/src\/jamrtest.scala","text":"object jamrtest {\n\n\nimport edu.cmu.lti.nlp.amr._;import org.scalaide.worksheet.runtime.library.WorksheetSupport._; def main(args: Array[String])=$execute{;$skip(136); \n\nval args = Array[String](\"-1\", \"C:\\\\AMR\\\\testAMR.txt\", \">\", \"C:\\\\AMR\\\\alignments.txt\");System.out.println(\"\"\"args  : Array[String] = \"\"\" + $show(args ));$skip(31); \nval help = Array[String](\"-h\");System.out.println(\"\"\"help  : Array[String] = \"\"\" + $show(help ));$skip(120); \n\/\/Aligner.parseOptions(scala.collection.mutable.Map[Symbol, Any](), args.toList)\n\nval processor = new StanfordProcessor;System.out.println(\"\"\"processor  : edu.cmu.lti.nlp.amr.StanfordProcessor = \"\"\" + $show(processor ));$skip(68); \n\nval output = processor.parse(\"Estonia, (EE); Lithuania (LT)\").head;System.out.println(\"\"\"output  : List[edu.cmu.lti.nlp.amr.ConllToken] = \"\"\" + $show(output ));$skip(23); \noutput foreach println}\n\n\n}\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Corpus.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/Corpus.scala\npackage edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\/\/import org.scalatest.Suite\r\n\r\nobject Corpus {\r\n    def splitOnNewline(iterator: Iterator[String]) : Iterator[String] = {   \/\/ This treats more than one newline in a row as a single newline\r\n        for {\r\n            x <- iterator if x != \"\"\r\n            p = (x :: iterator.takeWhile(_ != \"\").toList).mkString(\"\\n\")\r\n        } yield p\r\n    }\r\n\r\n    \/**\r\n     * Takes an iterator of lines, splits on empty lines, and yields only\r\n     * blocks of lines that contain some AMR content\r\n     *\/\r\n    def getAmrBlocks(iterator: Iterator[String]) : Iterator[String] = for (\r\n      block <- splitOnNewline(iterator)\r\n      if block.split(\"\\n\").exists(_.startsWith(\"(\")) \/\/ needs to contain some AMR\r\n    ) yield block\r\n\r\n\/*\r\n    def getUlfString(string: String) : Map[String,String] = {\r\n        \/\/ returns a map representation of Ulf's weird string representation\r\n        assert(string.matches(\"^# ::(.|\\n)*\"), \"This is not a valid properties string\")\r\n        val split = string.replaceAll(\"\\n\",\"\").replaceAll(\"\"\"#\"\"\",\"\").split(\" ::\")\r\n        val map = Map[String,String]()\r\n        for (x <- split if x != \"\") {\r\n            val line = x.split(\" \")\r\n            map += ((\"::\"+line(0)) -> line.tail.mkString(\" \"))\r\n        }\r\n        return map\r\n    }\r\n\r\n    def toAMRTriple(input: String) : AMRTriple = {\r\n        val lines = input.split(\"\\n\")\r\n        val amrstr = lines.filterNot(_.matches(\"^#.*\")).mkString(\" \")\r\n        val tokenized = lines.filter(_.matches(\"^# ::tok .*\"))\r\n        assert(tokenized.size == 1, \"Incorrect number of tokenized ::tok \")\r\n        val spanlines = lines.filter(_.matches(\"^# ::alignments .*\"))\r\n        assert(spanlines.size > 0, \"Missing alignments\")\r\n\r\n        val graph = Graph.parse(amrstr)\r\n        val sentence = getUlfString(tokenized(0))(\"::tok\").split(\" \")\r\n        val extras = lines.filter(_.matches(\"^#.*\")).filterNot(_.matches(\"^# ::alignments .*\")).mkString(\"\\n\")\r\n\/\/        logger(2,graph.toString)\r\n\/\/        logger(2,sentence.toList.toString)\r\n        var spans = ArrayBuffer[String]()\r\n        var annotators = ArrayBuffer[String]()\r\n        var annotation_dates = ArrayBuffer[String]()\r\n        for (spanline <- spanlines) {\r\n            val ulfstr : Map[String, String] = getUlfString(spanline)\r\n\/\/            logger(2,spanline)\r\n            spans += ulfstr(\"::alignments\")\r\n            annotators += ulfstr(\"::annotator\")\r\n            annotation_dates += ulfstr(\"::date\")\r\n        }\r\n        return AMRTriple(sentence, graph, spans, annotators, annotation_dates, lines.filterNot(_.matches(\"^#.*\")).mkString(\"\\n\"), extras)\r\n    } *\/\r\n}\r\n\r\nclass CorpusTest \/* extends Suite*\/ {\r\n    def testSplitOnNewline() {\r\n        val split = Corpus.splitOnNewline(Iterator(\"a\", \"b\", \"c\", \"\", \"a\", \"c\", \"b\"))\r\n        assert(split.toList == List(\"a\\nb\\nc\", \"a\\nc\\nb\"))\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/BasicFeatureVector\/package.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/BasicFeatureVector\/package.scala\npackage edu.cmu.lti.nlp.amr\r\nimport scala.language.implicitConversions\r\n\r\npackage object BasicFeatureVector {\r\n    implicit def doubleToMulAssoc(x: Double) = new MulAssoc(x)\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/AMRTrainingData.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/AMRTrainingData.scala\npackage edu.cmu.lti.nlp.amr\r\n\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\/\/import org.scalatest.Suite\r\n\r\n\/\/ AMRTrainingData holds the (possibly multiple) span annotations for a sentence and \r\n\/\/ AMR graph pair\r\n\/\/ An element in spans is a span string (i.e. \"1-2|0 0-1|0.0 2-3|0.1 4-5|0.2\")\r\ncase class AMRTrainingData(sentence: Array[String], graph: Graph, spans: ArrayBuffer[String], annotators: ArrayBuffer[String], annotation_dates: ArrayBuffer[String], amrStr: String, extras: String) {\r\n    def toInputGraph(): Graph = { \/\/ Input to stage 2\r\n        \/\/ WARNING: this function modifies the graph\r\n        val annotationIndex = annotators.size - 1\r\n        logger(1,\"Sentence = \" + sentence.toList)\r\n        logger(1,\"span = \" + spans(annotationIndex))\r\n        graph.loadSpans(spans(annotationIndex), sentence)\r\n        graph.clearEdges\r\n        graph.normalizeInverseRelations\r\n        graph.addVariableToSpans\r\n        logger(1, \"InputGraph nodes = \"+graph.nodes.map(x => x.concept).toList)\r\n        logger(1, \"InputGraph triples: \"+graph.printTriples(detail = 1))\r\n        return graph\r\n    }\r\n    def toOracleGraph(clearUnalignedNodes : Boolean): Graph = { \/\/ Stage2 oracle\r\n        \/\/ WARNING: this function modifies the graph\r\n        val annotationIndex = annotators.size - 1\r\n        graph.loadSpans(spans(annotationIndex), sentence)\r\n        if (clearUnalignedNodes) {\r\n            graph.clearUnalignedNodes\r\n        }\r\n        graph.normalizeInverseRelations\r\n        graph.addVariableToSpans\r\n        logger(2, \"OracleGraph nodes = \"+graph.nodes.map(x => x.concept).toList)\r\n        logger(2, \"OracleGraph triples: \"+graph.printTriples(detail = 1))\r\n        return graph\r\n    }\r\n    def loadSpans() {\r\n        val annotationIndex = annotators.size - 1\r\n        graph.loadSpans(spans(annotationIndex), sentence)\r\n    }\r\n}\r\n\r\nobject AMRTrainingData {\r\n    def getUlfString(string: String) : Map[String,String] = {\r\n        \/\/ returns a map representation of Ulf's string representation\r\n        assert(string.startsWith(\"# ::\"), \"This is not a valid properties string\")\r\n        val split = string.replaceAll(\"\\n\",\"\").replaceAll(\"\"\"#\"\"\",\"\").split(\" ::\")\r\n        val map = Map[String,String]()\r\n        for (x <- split if x != \"\") {\r\n            val line = x.split(\" \")\r\n            map += ((\"::\"+line(0)) -> line.tail.mkString(\" \"))\r\n        }\r\n        return map\r\n    }\r\n\r\n    def apply(input: String) : AMRTrainingData = {\r\n        val lines = input.split(\"\\n\")\r\n        val amrstr = lines.filterNot(_.matches(\"^#.*\")).mkString(\" \")\r\n        val tokenized = lines.filter(_.matches(\"^# ::tok .*\"))\r\n        assert(tokenized.size == 1, \"Incorrect number of tokenized ::tok.\\nInput:\\n\"+input)\r\n        val spanlines = lines.filter(_.matches(\"^# ::alignments .*\"))\r\n        assert(spanlines.size > 0, \"Missing alignments\\nInput:\\n\"+input)\r\n\r\n        val graph = Graph.parse(amrstr)\r\n        val sentence = getUlfString(tokenized(0))(\"::tok\").split(\" \")\r\n        val extras = lines.filter(_.matches(\"^#.*\")).filterNot(_.matches(\"^# ::alignments .*\")).mkString(\"\\n\")\r\n\/\/        logger(2,graph.toString)\r\n\/\/        logger(2,sentence.toList.toString)\r\n        var spans = ArrayBuffer[String]()\r\n        var annotators = ArrayBuffer[String]()\r\n        var annotation_dates = ArrayBuffer[String]()\r\n        for (spanline <- spanlines) {\r\n            val ulfstr : Map[String, String] = getUlfString(spanline)\r\n\/\/            logger(2,spanline)\r\n            spans += ulfstr(\"::alignments\")\r\n            annotators += ulfstr.getOrElse(\"::annotator\", \"\")\r\n            annotation_dates += ulfstr.getOrElse(\"::date\", \"\")\r\n        }\r\n        return AMRTrainingData(sentence, graph, spans, annotators, annotation_dates, lines.filterNot(_.matches(\"^#.*\")).mkString(\"\\n\"), extras)\r\n    }\r\n\r\n    class AMRTrainingDataTest \/* extends Suite*\/ {\r\n        def testGetUlfString() {\r\n            val map1 = AMRTrainingData.getUlfString(\"# ::snt testing 1 2 3\")\r\n            val map2 = AMRTrainingData.getUlfString(\"# ::date 12 15 2005 ::annotator Jeff ::preferred\")\r\n            assert(map1 == Map(\"::snt\" -> \"testing 1 2 3\"))\r\n            assert(map2 == Map(\"::date\" -> \"12 15 2005\", \"::annotator\" -> \"Jeff\", \"::preferred\" -> \"\"))\r\n        }\r\n    }\r\n}\r\n\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Span.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.util.parsing.combinator._\r\n\r\ncase class Span(var start: Int, var end: Int, var nodeIds: List[String], var words: String, var amr: Node, var coRef: Boolean) {\r\n    def format() : String = {\r\n        if (start < end) {\r\n            coRef match {\r\n                case false => start.toString+\"-\"+end.toString+\"|\"+nodeIds.mkString(\"+\")\r\n                case true => \"*\"+start.toString+\"-\"+end.toString+\"|\"+nodeIds.mkString(\"+\")\r\n            }\r\n        } else {\r\n            \"\"\r\n        }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/Decoder.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr.GraphDecoder\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.FastFeatureVector._\r\n\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nabstract class Decoder {\r\n    val features : Features\r\n\r\n    def decode(i: Input) : DecoderResult\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/LagrangianRelaxation.scala","text":"package edu.cmu.lti.nlp.amr.GraphDecoder\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.FastFeatureVector._\r\n\r\nimport java.io.File\r\nimport java.io.FileOutputStream\r\nimport java.io.PrintStream\r\nimport java.io.BufferedOutputStream\r\nimport java.io.OutputStreamWriter\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport Double.{NegativeInfinity => minusInfty}\r\n\r\nclass LagrangianRelaxation(featureNames: List[String], labelSet: Array[(String, Int)], stepsize: Double, maxIterations: Int)\r\n        extends Decoder {\r\n    \/\/ Base class has defined:\r\n    \/\/ val features: Features\r\n    val alg2 = new Alg2(\"LRLabelWithId\" :: featureNames, labelSet)\r\n    val features = alg2.features    \/\/ Set alg2 features same our features (so weights get updated during training)\r\n\r\n    val labelConstraint = labelSet.toMap    \/\/ TODO: could change to array for speed\r\n\r\n    def decode(input: Input) : DecoderResult = {\r\n        alg2.input = input      \/\/ (this also sets features.input)\r\n        var result = DecoderResult(Graph.Null(), FeatureVector(features.weights.labelset), 0.0)\r\n\r\n        val multipliers = FeatureVector(features.weights.labelset)\r\n        var delta = 0.0         \/\/ so we know when we have converged\r\n        var counter = 0\r\n        do {\r\n            \/\/logger(2, \"weights: \\n\"+features.weights)\r\n            \/\/logger(1, \"multipliers: \\n\"+multipliers.toString)\r\n            features.weights -= multipliers\r\n            \/\/logger(2, \"alg2 weights: \\n\"+features.weights)\r\n            result = alg2.decode\r\n            \/\/logger(1, \"id features: \\n\"+result.features.slice(x => x.startsWith(\"LR:Id1=\")))\r\n            features.weights += multipliers \/\/ undo our adjustment to the weights\r\n\r\n            delta = 0.0\r\n            for { (feat, values) <- result.features.fmap\r\n                  if feat.startsWith(\"LR:Id1=\")\r\n                  (labelIndex, value) <- values.conjoined\r\n                } {\r\n                \/\/logger(1, \"feat = \"+feat)\r\n                \/\/logger(1, \"labelIndex = \"+labelIndex.toString)\r\n                \/\/logger(1, \"value = \"+value.toString)\r\n                val multiplier : Double = multipliers(feat, Some(labelIndex))\r\n                val newMultiplier = max(0.0, multiplier - stepsize * (labelConstraint(features.weights.labelset(labelIndex)) - value))\r\n                \/\/logger(1, \"newMultiplier = \"+newMultiplier)\r\n                delta += abs(newMultiplier - multiplier)\r\n                multipliers.set((feat, Some(labelIndex)) -> newMultiplier)\r\n            }\r\n\r\n            \/* ****** was (before FastFeatureVector): **********\r\n            for ((feat, value) <- result.features.fmap if feat.startsWith(\"LR:Id1=\")) {\r\n                val multiplier = multipliers.fmap.getOrElse(feat, 0.0)\r\n                val IdLabel = \"\"\"LR:Id1.*[+]L=(.*)\"\"\".r\r\n                val IdLabel(label) = feat\r\n                val newMultiplier = max(0.0, multiplier - stepsize * (labelConstraint(label) - value))\r\n                delta += abs(newMultiplier - multiplier)\r\n                multipliers.fmap(feat) = newMultiplier\r\n            } ************************************************* *\/\r\n\r\n            counter += 1\r\n        } while (delta != 0.0 && counter < maxIterations)\r\n\r\n        if (delta != 0.0) {\r\n            logger(0, \"WARNING: Langrangian relaxation did not converge after \"+counter.toString+\" iterations. Delta = \"+delta.toString)\r\n        } else {\r\n            logger(0, \"Langrangian relaxation converged after \"+counter.toString+\" iterations. Delta = \"+delta.toString)\r\n        }\r\n\r\n        val feats = result.features.filter(x => !x.startsWith(\"LR:Id1=\"))\r\n        return DecoderResult(result.graph, feats, features.weights.dot(feats))\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Aligner.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport java.text.SimpleDateFormat\r\nimport java.io._\r\nimport scala.collection.immutable.Map\r\n\r\n\/****************************** Driver Program *****************************\/\r\nobject Aligner {\r\n\r\n  val usage = \"\"\"Usage: scala -classpath . edu.cmu.lti.nlp.amr.Aligner < amr_file > alignments\"\"\"\r\n  type OptionMap = Map[Symbol, Any]\r\n  val processor = new StanfordProcessor\r\n\r\n  def parseOptions(map: OptionMap, list: List[String]): OptionMap = {\r\n    def isSwitch(s: String) = (s(0) == '-')\r\n    list match {\r\n      case Nil => map\r\n      \/\/case \"--train\" :: tail =>\r\n      \/\/          parseOptions(map ++ Map('train -> true), tail)\r\n      case \"-i\" :: value :: tail =>\r\n        parseOptions(map ++ Map('amrfile -> value), tail)\r\n      case \"-o\" :: value :: tail =>\r\n        parseOptions(map ++ Map('outputfile -> value), tail)\r\n      \/\/case \"--only\" :: tail =>\r\n      \/\/          parseOptions(map ++ Map('only -> true), tail)\r\n      case \"-h\" :: value :: tail =>\r\n        parseOptions(map ++ Map('help -> value.toInt), tail)\r\n      case \"-1\" :: tail =>\r\n        parseOptions(map ++ Map('aligner1 -> true), tail)\r\n      case \"-v\" :: value :: tail =>\r\n        parseOptions(map ++ Map('verbosity -> value.toInt), tail)\r\n      \/\/case string :: opt2 :: tail if isSwitch(opt2) => \r\n      \/\/          parseOptions(map ++ Map('infile -> string), list.tail)\r\n      \/\/case string :: Nil =>  parseOptions(map ++ Map('infile -> string), list.tail)\r\n      case option :: tail =>\r\n        println(\"Error: Unknown option \" + option)\r\n        sys.exit(1)\r\n    }\r\n  }\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val options = parseOptions(Map(), args.toList)\r\n    if (options.contains('help)) { println(usage); sys.exit(1) }\r\n\r\n    if (options.contains('verbosity)) {\r\n      verbosity = options('verbosity).asInstanceOf[Int]\r\n    }\r\n\r\n    var aligner2 = true\r\n    if (options.contains('aligner1)) {\r\n      aligner2 = false\r\n    }\r\n\r\n    val sdf = new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ss.SSS\")\r\n    val input = Source.fromFile(options('amrfile).toString).getLines()\r\n    val output = new FileWriter(options('outputfile).toString)\r\n    for (block <- Corpus.splitOnNewline(input)) {\r\n      if (block.split(\"\\n\").exists(_.startsWith(\"(\"))) { \/\/ Does it contain some AMR?\r\n        logger(2, \"**** Processsing Block *****\")\r\n        logger(2, block)\r\n        logger(2, \"****************************\")\r\n        val extrastr: String = block.split(\"\\n\").filter(_.matches(\"^# ::.*\")).mkString(\"\\n\")\r\n        val amrstr: String = block.split(\"\\n\").filterNot(_.matches(\"^#.*\")).mkString(\"\\n\")\r\n\r\n        val amr = Graph.parse(amrstr)\r\n        val extras = AMRTrainingData.getUlfString(extrastr)\r\n        \/\/ output the English sentence\r\n        write(\"# ::snt \" + extras(\"::snt\") +\"\\n\", output)\r\n        val tokenized = extras(\"::snt\").split(\" \")\r\n        val wordAlignments = AlignWords.alignWords(tokenized, amr)\r\n        val parseTree = toSpanGraph(processor.parse(extras(\"::snt\")))\r\n        write(parseTree.toOutputFormat, output)\r\n        val spanAlignments = if (aligner2) {\r\n          AlignSpans3.align(tokenized, amr)\r\n        } else {\r\n          AlignSpans.alignSpans(tokenized, amr, wordAlignments)\r\n        }\r\n        AlignSpans.logUnalignedConcepts(amr.root)\r\n\r\n        val spans = amr.spans\r\n        for ((span, i) <- spans zipWithIndex) {\r\n          logger(1, \"Span \" + (i + 1).toString + \":  \" + span.words + \" => \" + span.amr)\r\n          logger(3, \"* \" + span.format)\r\n        }\r\n        \/\/               write(\"# ::alignments \"+spans.map(_.format).mkString(\" \")+\" ::annotator Aligner v.02 ::date \"+sdf.format(new Date), output)\r\n        write(\"# ::AMRGraph\", output)\r\n        write(amr.printNodes.map(x => \"# ::node\\t\" + x).mkString(\"\\n\"), output)\r\n        write(amr.printRoot, output)\r\n        if (amr.root.relations.size > 0) {\r\n          write(amr.printEdges.map(x => \"# ::edge\\t\" + x).mkString(\"\\n\"), output)\r\n        }\r\n\/\/        write(amrstr + \"\\n\", output)\r\n      } else {\r\n\/\/        write(block + \"\\n\", output)\r\n      }\r\n      write(\"\", output)\r\n    }\r\n    if (output != null) output.close()\r\n  }\r\n\r\n  def write(output: String, outputFile: FileWriter): Unit = {\r\n    println(output)\r\n    if (outputFile != null) outputFile.write(output + \"\\n\")\r\n  }\r\n\r\n\r\ncase class SpanGraph(nodes: Map[String, String], nodeSpans: Map[String, (Int, Int)], arcs: List[(String, String, String)]) {\r\n  \r\n  def toOutputFormat: String = {\r\n    val nodeOutput = nodes.keys.toList map (x => s\"# ::node\\t${x}\\t${nodes(x)}\\t${nodeSpans(x)._1}\\t${nodeSpans(x)._2}\\n\")\r\n    val arcOutput = arcs map (x => s\"# ::edge\\t${x._1}\\t${x._2}\\t${x._3}\\n\")\r\n\r\n    \"# ::SpanGraph\\n\" + nodeOutput.mkString + arcOutput.mkString\r\n  }\r\n}\r\n\r\n  def toSpanGraph(parseTree: List[ConllToken]): SpanGraph = {\r\n    \r\n    val nodes = (for {\r\n      ConllToken(Some(index), Some(form), lemma, pos, cpos, feats, Some(parentIndex), Some(deprel), phead, pdeprel) <- parseTree\r\n      if deprel != \"punct\"\r\n    } yield (index.toString -> form)).toMap\r\n    \r\n    val arcs = for {\r\n      ConllToken(Some(index), Some(form), lemma, pos, cpos, feats, Some(parentIndex), deprel, phead, pdeprel) <- parseTree\r\n      if deprel.getOrElse(\"\") != \"punct\"\r\n    } yield (parentIndex.toString, index.toString, deprel.getOrElse(\"UNK\"))\r\n   \r\n    val nodeSpans = (for {\r\n      (ConllToken(Some(index), Some(form), lemma, pos, cpos, feats, Some(parentIndex), deprel, phead, pdeprel), wordCount) <- \r\n        (parseTree filter (x => x.deprel.getOrElse(\"\") != \"punct\") zipWithIndex)\r\n    } yield (index.toString -> (wordCount+1, wordCount+2))).toMap + (\"0\" -> (0, 1))\r\n    \r\n    SpanGraph(nodes, nodeSpans, arcs)\r\n  }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/BasicFeatureVector\/Adagrad.scala","text":"package edu.cmu.lti.nlp.amr.BasicFeatureVector\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.util.Random\r\nimport scala.math.sqrt\r\n\r\n\/******************************** Training **********************************\/\r\n\r\nclass Adagrad extends Optimizer[FeatureVector] {\r\n    def learnParameters(gradient: (Option[Int], Int, FeatureVector) => (FeatureVector, Double),\r\n                        weights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2reg: Double,\r\n                        noreg: List[String],    \/\/ TODO: implement\r\n                        trainingObserver: (Int, FeatureVector) => Boolean,\r\n                        avg: Boolean) : FeatureVector = {\r\n        var avg_weights = FeatureVector()\r\n        var sumSq = FeatureVector()         \/\/ G_{i,i}\r\n        var pass = 0\r\n        while (pass < passes && (pass == 0 || trainingObserver(pass, weights))) {\r\n            logger(-1,\"Pass \"+(pass+1).toString)\r\n            var objective = 0.0 \/\/ objective is 1\/N \\sum_i=1^N Loss(i) + 1\/2 * \\lambda * ||weights||^2 (var objective is N times this)\r\n            for (t <- Random.shuffle(Range(0, trainingSize).toList)) {\r\n                \/\/ normally we would do weights -= stepsize * gradient(t)\r\n                \/\/ but instead we do this: (see equation 8 in SocherBauerManningNg_ACL2013.pdf)\r\n                val (grad, score) = gradient(Some(pass), t, weights)\r\n                for ((feat, value) <- grad.fmap if value != 0.0 ) {\r\n                    sumSq.fmap(feat) = sumSq.fmap.getOrElse(feat, 0.0) + value * value\r\n                    weights.fmap(feat) = weights.fmap.getOrElse(feat, 0.0) - stepsize * value \/ sqrt(sumSq.fmap(feat))\r\n                }\r\n                objective += score\r\n                if (l2reg != 0.0) {\r\n                    objective += weights.dot(weights) \/ 2.0   \/\/ TODO: don't count the unregularized features in the regularizer\r\n                    for { (feat, v) <- weights.fmap\r\n                          if v != 0.0\r\n                          value = v * l2reg } {\r\n                        sumSq.fmap(feat) = sumSq.fmap.getOrElse(feat, 0.0) + value * value\r\n                        weights.fmap(feat) = weights.fmap.getOrElse(feat, 0.0) - stepsize * value \/ sqrt(sumSq.fmap(feat))\r\n                    }\r\n                }\r\n            }\r\n            logger(-1,\"                                   Avg objective value last pass: \"+(objective\/trainingSize.toDouble).toString)\r\n            \/\/logger(0,\"                                                       objective: \"+((0 until trainingSize).map(x => gradient(None, x, weights)._2).sum\/trainingSize).toString)\r\n            avg_weights += weights\r\n            pass += 1\r\n        }\r\n        trainingObserver(pass, weights)\r\n        if(avg) { avg_weights } else { weights }\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Train\/Optimizer.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/Train\/Optimizer.scala\npackage edu.cmu.lti.nlp.amr.Train\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.util.parsing.combinator._\r\nimport scala.util.Random\r\nimport scala.math.sqrt\r\n\r\nabstract class Optimizer[FeatureVector <: AbstractFeatureVector] {\r\n    def learnParameters(gradient: (Int, FeatureVector) => (FeatureVector, Double),\r\n                        initialWeights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2reg: Double,\r\n                        noreg: List[String],\r\n                        avg: Boolean) : FeatureVector = {\r\n        val myGrad : (Option[Int], Int, FeatureVector) => (FeatureVector, Double) = (pass, i, w) => gradient(i,w)\r\n        return learnParameters(myGrad, initialWeights, trainingSize, passes, stepsize, l2reg, noreg, (x: Int, w: FeatureVector) => true, avg)\r\n    }\r\n\r\n    def learnParameters(gradient: (Int, FeatureVector) => (FeatureVector, Double),\r\n                        initialWeights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2reg: Double,\r\n                        noreg: List[String],\r\n                        trainingObserver: (Int, FeatureVector) => Boolean,\r\n                        avg: Boolean) : FeatureVector = {\r\n        val myGrad : (Option[Int], Int, FeatureVector) => (FeatureVector, Double) = (pass, i, w) => gradient(i,w)\r\n        return learnParameters(myGrad, initialWeights, trainingSize, passes, stepsize, l2reg, noreg, trainingObserver, avg)\r\n    }\r\n\r\n    def learnParameters(gradient: (Option[Int], Int, FeatureVector) => (FeatureVector, Double),              \/\/ Input: (pass, i, weights) Output: (gradient, objective value)\r\n                        initialWeights: FeatureVector,\r\n                        trainingSize: Int,\r\n                        passes: Int,\r\n                        stepsize: Double,\r\n                        l2reg: Double,\r\n                        noreg: List[String],\r\n                        trainingObserver: (Int, FeatureVector) => Boolean,  \/\/ Input: pass, weights  Output: true stops training loop\r\n                        avg: Boolean) : FeatureVector\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/JointDecoder\/package.scala","text":"package edu.cmu.lti.nlp.amr\r\nimport edu.cmu.lti.nlp.amr._\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.{Map, Set, ArrayBuffer}\r\n\r\npackage object JointDecoder {\r\n\r\n    def Decoder(options: Map[Symbol, String], oracle: Boolean = false) : JointDecoder.Decoder = {\r\n\r\n        val stage1Features = options.getOrElse('stage1Features,\"length,count\").split(\",\").toList\r\n        if (!options.contains('stage1ConceptTable)) {\r\n            System.err.println(\"Error: No concept table specified\"); sys.exit(1)\r\n        }\r\n        val conceptTable = Source.fromFile(options('stage1ConceptTable)).getLines.map(x => new ConceptInvoke.PhraseConceptPair(x)).toArray\r\n\r\n        if (!options.contains('stage2Labelset)) {\r\n            System.err.println(\"Error: No labelset file specified\"); sys.exit(1)\r\n        }\r\n\r\n        val stage2Labelset: Array[(String, Int)] = GraphDecoder.getLabelset(options)\r\n        val stage2Features = GraphDecoder.getFeatures(options)\r\n\r\n        val decoder: Decoder = if (oracle) {\r\n            new Oracle(stage1Features, conceptTable, stage2Features, stage2Labelset)\r\n        } else {\r\n            options('jointDecoder) match {\r\n\/\/                case \"ILP\" => new ILP(stage1Features, conceptTable, stage2Features, stage2Labelset)\r\n                case x => { System.err.println(\"Error: unknown joint decoder \" + x); sys.exit(1) }\r\n            }\r\n        }\r\n\r\n        return decoder\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Train\/TrainObj.scala","text":"package edu.cmu.lti.nlp.amr.Train\r\nimport edu.cmu.lti.nlp.amr._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport java.io.StringWriter\r\nimport java.io.PrintWriter\r\nimport scala.io.Source\r\nimport scala.io.Source.stdin\r\nimport scala.io.Source.fromFile\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nabstract class TrainObj[FeatureVector <: AbstractFeatureVector](options: Map[Symbol, String])  {\r\n\r\n    def decode(i: Int, weights: FeatureVector) : (FeatureVector, Double, String)\r\n    def oracle(i: Int, weights: FeatureVector) : (FeatureVector, Double)\r\n    def costAugmented(i: Int, weights: FeatureVector, scale: Double) : (FeatureVector, Double)\r\n    def train : Unit\r\n    def evalDev(options: Map[Symbol, String], pass: Int, weights: FeatureVector) : Unit\r\n    def zeroVector : FeatureVector\r\n\r\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Training Setup \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\r\n\r\n    val passes = options.getOrElse('trainingPasses, \"20\").toInt\r\n    val stepsize = options.getOrElse('trainingStepsize, \"1.0\").toDouble\r\n    val l2RegularizerStrength = options.getOrElse('trainingL2RegularizerStrength, \"0.0\").toDouble\r\n    val loss = options.getOrElse('trainingLoss, \"Perceptron\")\r\n    if (options.contains('trainingSaveInterval) && !options.contains('trainingOutputFile)) {\r\n        System.err.println(\"Error: trainingSaveInterval specified but output weights filename given\"); sys.exit(1)\r\n    }\r\n\r\n    var optimizer: Optimizer[FeatureVector]\r\n\r\n    val numThreads = options.getOrElse('numThreads,\"4\").toInt\r\n    if (options.getOrElse('trainingMiniBatchSize,\"1\").toInt > 1) {\r\n        optimizer = new MiniBatch(optimizer, options('trainingMiniBatchSize).toInt, numThreads)\r\n    }\r\n\r\n    val input = Input.loadInputfiles(options)\r\n    val training: Array[String] = Corpus.getAmrBlocks(io.Source.stdin.getLines()).toArray\r\n\r\n\/*  Runtime.getRuntime().addShutdownHook(new Thread() {\r\n        override def run() {\r\n            System.err.print(\"Writing out weights... \")\r\n            if (options.contains('trainingWeightsFile)) {\r\n                val file = new java.io.PrintWriter(new java.io.File(options('trainingWeightsFile)), \"UTF-8\")\r\n                try { file.print(weights.toString) }\r\n                finally { file.close }\r\n            } else {\r\n                print(weights.unsorted)\r\n            }\r\n            System.err.println(\"done\")\r\n        }\r\n    }) *\/\r\n\r\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\r\n\r\n    def gradient(i: Int, weights: FeatureVector) : (FeatureVector, Double) = {\r\n        val scale = options.getOrElse('trainingCostScale,\"1.0\").toDouble\r\n        try {\r\n            if (loss == \"Perceptron\") {\r\n                val (grad, score, _) = decode(i, weights)\r\n                val o = oracle(i, weights)\r\n                grad -= o._1\r\n                \/\/logger(0, \"Gradient:\\n\"+grad.toString)\r\n                (grad, score + o._2)\r\n            } else if (loss == \"SVM\") {\r\n                val (grad, score) = costAugmented(i, weights, scale)\r\n                val o = oracle(i, weights)\r\n                grad -= o._1\r\n                (grad, score + o._2)\r\n            } else if (loss == \"Ramp1\") {\r\n                val (grad, score) = costAugmented(i, weights, scale)\r\n                val o = decode(i, weights)\r\n                grad -= o._1\r\n                (grad, score + o._2)\r\n            } else if (loss == \"Ramp2\") {\r\n                val (grad, score, _) = decode(i, weights)\r\n                val o = costAugmented(i, weights, -1.0 * scale)\r\n                grad -= o._1\r\n                (grad, score + o._2)\r\n            } else if (loss == \"Ramp3\") {\r\n                val (grad, score) = costAugmented(i, weights, scale)\r\n                val o = costAugmented(i, weights, -1.0 * scale)\r\n                grad -= o._1\r\n                (grad, score + o._2)\r\n            } else if (loss == \"Latent_Hinge\") {\r\n                val (grad, score) = costAugmented(i, weights, scale)\r\n                val o = costAugmented(i, weights, -10000000.0)\r\n                grad -= o._1\r\n                (grad, score + o._2)\r\n            } else {\r\n                System.err.println(\"Error: unknown training loss \" + loss); sys.exit(1).asInstanceOf[Nothing]\r\n            }\r\n        } catch {\r\n            case e : Throwable => if (options.contains('ignoreParserErrors)) {\r\n                logger(-1, \" ********** THERE WAS AN EXCEPTION IN THE PARSER. *********\")\r\n                if (verbosity >= -1) { e.printStackTrace }\r\n                logger(-1, \"Continuing. To exit on errors, please run without --ignore-parser-errors\")\r\n                (zeroVector , 0.0)\r\n            } else {\r\n                throw e\r\n            }\r\n        }\r\n    }\r\n\r\n    def trainingObserver(pass: Int, weights: FeatureVector) : Boolean = {\r\n        if (options.contains('trainingSaveInterval) && pass % options('trainingSaveInterval).toInt == 0 && pass > 0) {\r\n            val file = new java.io.PrintWriter(new java.io.File(options('trainingOutputFile) + \".iter\" + pass.toString), \"UTF-8\")\r\n            try { file.print(weights.toString) }\r\n            finally { file.close }\r\n        }\r\n        evalDev(options, pass, weights)\r\n        return true\r\n    }\r\n\r\n\/*  TODO: Add eval on dev dataset\r\n    def evalDev(pass: Int, weights: FeatureVector) {   \/\/ TODO: doesn't account for regularizer\r\n        val formalism = options('formalism)\r\n        val devfile = \"data\/splits\/sec20.\"+formalism+\".sdp\"\r\n        val (iASSave, iGSave, oGSave) = (inputAnnotatedSentences, inputGraphs, oracleGraphs)\r\n        inputAnnotatedSentences = Corpus.getInputAnnotatedSentences(devfile+\".dependencies\")\r\n        inputGraphs = Corpus.splitOnNewline(fromFile(devfile).getLines).map(\r\n            x => SDPGraph.fromGold(x.split(\"\\n\"), true)).toArray\r\n        oracleGraphs = Corpus.splitOnNewline(fromFile(devfile).getLines).map(\r\n            x => SDPGraph.fromGold(x.split(\"\\n\"), false)).toArray\r\n        assert(inputAnnotatedSentences.size == inputGraphs.size && inputGraphs.size == oracleGraphs.size, \"sdp and dep file lengths do not match\")\r\n\r\n        \/\/val numThreads = options.getOrElse('numThreads,\"1\").toInt\r\n        val par = Range(0, inputAnnotatedSentences.size).par\r\n        par.tasksupport = new ForkJoinTaskSupport(new ForkJoinPool(numThreads)) \/\/ TODO: use numThread option\r\n        val loss = par.map(i => gradient(i, weights)).reduce((a, b) => ({ a._1 += b._1; a._1 }, a._2 + b._2))._2 \/ inputAnnotatedSentences.size.toDouble\r\n        logger(0, \"Dev loss: \" + loss.toString)\r\n\r\n        val predictions : String = par.map(i => decode(i, weights)._3).seq.mkString(\"\\n\\n\")\r\n        val file = new java.io.PrintWriter(new java.io.File(options('model) + \".iter\" + pass.toString+\".preds\"), \"UTF-8\")\r\n        try { file.print(predictions) }\r\n        finally { file.close }\r\n        \/\/logger(0, \"Command: \/home\/jmflanig\/work\/semeval-2014_HOLS\/scripts\/eval.sh data\/splits\/sec20.\"+formalism+\".sdp \" + options('model) + \".iter\" + pass.toString+\".preds\")\r\n        try {\r\n        val externalEval = stringToProcess(\"\/home\/jmflanig\/work\/semeval-2014_feats\/scripts\/eval.sh data\/splits\/sec20.\"+formalism+\".sdp \" + options('model) + \".iter\" + pass.toString+\".preds\").lines.toList\r\n        if (externalEval.size == 46) {\r\n            logger(0, \"--- Performance on Dev ---\\n\" + externalEval.slice(14,18).mkString(\"\\n\") + \"\\n\")\r\n        } else {\r\n            logger(0, \"--- Performance on Dev ---\\n\" + externalEval.mkString(\"\\n\") + \"\\n\")\r\n        }\r\n        } catch {\r\n            case _ : Throwable => \r\n        }\r\n\r\n        inputAnnotatedSentences = iASSave\r\n        inputGraphs = iGSave\r\n        oracleGraphs = oGSave\r\n    } *\/\r\n\r\n    def train(initialWeights: FeatureVector) {\r\n        val weights = optimizer.learnParameters(\r\n            (i,w) => gradient(i,w),\r\n            initialWeights,\r\n            input.size,\r\n            passes,\r\n            stepsize,\r\n            options.getOrElse('trainingL2RegularizerStrength, \"0.0\").toDouble,\r\n            List(\"Bias\"),   \/\/ don't regularize the bias terms\r\n            trainingObserver,\r\n            avg = options.contains('trainingAvgWeights))\r\n\r\n        System.err.print(\"Writing out weights... \")\r\n        if (options.contains('trainingWeightsFile)) {\r\n            val file = new java.io.PrintWriter(new java.io.File(options('trainingWeightsFile)), \"UTF-8\")\r\n            try { file.print(weights.toString) }\r\n            finally { file.close }\r\n        } else {\r\n            print(weights.unsorted)\r\n        }\r\n        System.err.println(\"done\")\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/ConceptInvoke\/Decoder.scala","text":"<gh_stars>0\npackage edu.cmu.lti.nlp.amr.ConceptInvoke\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train._\r\nimport edu.cmu.lti.nlp.amr.BasicFeatureVector._\r\n\r\nimport java.io.File\r\nimport java.io.FileOutputStream\r\nimport java.io.PrintStream\r\nimport java.io.BufferedOutputStream\r\nimport java.io.OutputStreamWriter\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nabstract class Decoder(featureNames: List[String]) {\r\n    val features = new Features(featureNames) \/\/ maybe this should be renamed ff?\r\n\r\n    def decode(input: Input) : DecoderResult\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/ConceptInvoke\/Oracle.scala","text":"<reponame>hopshackle\/wordAlignment\npackage edu.cmu.lti.nlp.amr.ConceptInvoke\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.Train._\r\nimport edu.cmu.lti.nlp.amr.BasicFeatureVector._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.Map\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\nimport scala.collection.mutable.PriorityQueue\r\nimport Double.{NegativeInfinity => minusInfty}\r\n\r\n\/*** Defined in package.scala ***\r\ntype PhraseConceptPair = (List[String], String, PhraseConceptFeatures)\r\n********************************\/\r\n\r\nclass Oracle(featureNames: List[String],\r\n             phraseConceptPairs: Array[PhraseConceptPair],\r\n             useNER: Boolean = true)\r\n    extends Decoder(featureNames) {\r\n    \/\/ Base class has defined:\r\n    \/\/ val features: Features\r\n\r\n    val conceptInvoker = new Concepts(phraseConceptPairs)\r\n\r\n    def decode(input: Input) : DecoderResult = {\r\n        assert(input.graph != None, \"Error: stage1 oracle decoder was not given a graph\")\r\n        val graph = input.graph.get\r\n        val sentence = input.sentence\r\n        var score = 0.0\r\n        val feats = new FeatureVector()\r\n\r\n        logger(1, \"\\n--- Oracle Decoder ---\\n\")\r\n        for ((span, i) <- graph.spans.sortBy(x => x.words.toLowerCase).zipWithIndex) {\r\n            logger(0, \"Oracle Span \"+(i+1).toString+\":  \"+span.words+\" => \"+span.amr)\r\n        }\r\n\r\n        for (span <- graph.spans) {\r\n            val words = span.words.split(\" \").toList\r\n            val conceptList = conceptInvoker.invoke(input, span.start)\r\n            \/\/logger(1, \"words = \"+words.toString)\r\n            \/\/logger(1, \"conceptList = \"+conceptList.toString)\r\n            val matching = conceptList.filter(x => x.words == words && x.graphFrag == span.amr.prettyString(detail = 0, pretty = false, vars = Set.empty[String]))\r\n            for (concept <- matching) {\r\n                val f = features.localFeatures(input, concept, span.start, span.end)\r\n                feats += f\r\n                score += features.weights.dot(f)\r\n                logger(1, \"\\nphraseConceptPair: \"+concept.toString)\r\n                logger(1, \"feats:\\n\"+f.toString)\r\n                logger(1, \"score:\\n\"+score.toString)\r\n            }\r\n        }\r\n\r\n        logger(1, \"Oracle feats:\\n\"+feats.toString)\r\n\r\n        return DecoderResult(graph, feats, score)\r\n    }\r\n\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/CostAugmented.scala","text":"<filename>src\/edu\/cmu\/lti\/nlp\/amr\/GraphDecoder\/CostAugmented.scala<gh_stars>0\npackage edu.cmu.lti.nlp.amr.GraphDecoder\r\nimport edu.cmu.lti.nlp.amr._\r\nimport edu.cmu.lti.nlp.amr.FastFeatureVector._\r\n\r\nimport java.lang.Math.abs\r\nimport java.lang.Math.log\r\nimport java.lang.Math.exp\r\nimport java.lang.Math.random\r\nimport java.lang.Math.floor\r\nimport java.lang.Math.min\r\nimport java.lang.Math.max\r\nimport scala.io.Source\r\nimport scala.util.matching.Regex\r\n\/\/import scala.collection.mutable.Map\r\nimport scala.collection.concurrent.{TrieMap => Map}\r\nimport scala.collection.mutable.Set\r\nimport scala.collection.mutable.ArrayBuffer\r\n\r\nclass CostAugmented(val decoder: Decoder, costScale: Double, precRecTradeoff: Double) extends Decoder {\r\n    \/\/ precRecTradeoff: 1 = only prec errors, 0 = only recall errors\r\n    val features = decoder.features\r\n    decoder.features.addFeatureFunction(\"CostAugEdge\")\r\n    decoder.features.addFeatureFunction(\"rootCostAug\")\r\n\r\n    def decode(input: Input) : DecoderResult = {                        \/\/ WARNING: input should be same as input to oracle decoder\r\n        val oracleDecoder = new Oracle(decoder.features.featureNames,   \/\/ \"CostAugEdgeId\" and \"rootCostAug\" already in featureNames\r\n                                       decoder.features.weights.labelset)\r\n        val oracle = oracleDecoder.decode(input)\r\n        val addCost = new FeatureVector(oracle.features.labelset)\r\n        var edgeFeatures : List[(String, ValuesList)] = List()\r\n        for { node1 <- input.graph.get.nodes\r\n              node2 <- input.graph.get.nodes\r\n            } {\r\n                edgeFeatures = (\"CA:U_C1=\"+node1.concept+\"+C2=\"+node2.concept, ValuesList(1.0, List())) :: edgeFeatures\r\n        }\r\n        addCost += edgeFeatures     \/\/ Add features not conjoined with label (aka unconjoined)\r\n\r\n        \/\/ add costScale to edge weights that don't match oracle (penalize precision type errors) (Actually add to all weights, then subtract)\r\n        \/\/ (penalize predicting edge that isn't in oracle)\r\n        features.weights += (1.0 * precRecTradeoff * costScale) * addCost\r\n        features.weights -= (1.0 * precRecTradeoff * costScale) * oracle.features.filter(x => x.startsWith(\"CA:C1\"))\r\n        \/\/ subtract costScale from ones that match (penalize recall type errors) (Actually subtract twice the amount to cancel adding to all)\r\n        \/\/ (penalize not predicting edge that is in oracle)\r\n        features.weights -= (1.0 * (1.0 - precRecTradeoff) * costScale) * oracle.features.filter(x => x.startsWith(\"CA:C1\"))\r\n\r\n        \/\/ We want to do this:\r\n        \/\/val result = decoder.decode(Input(input.inputAnnotatedSentence, input.graph.duplicate.clearEdges))\r\n        \/\/ Instead we do this:\r\n        val saveGraph = input.graph.get\r\n        input.graph = Some(saveGraph.duplicate.clearEdges)  \/\/ WARNING: this code should follow what AMRTrainingData.toInputGraph() does\r\n        input.graph.get.normalizeInverseRelations           \/\/ need to call this because clearEdges resets the edges\r\n        input.graph.get.addVariableToSpans                  \/\/ need to call this because clearEdges resets the variables\r\n        val result = decoder.decode(input)\r\n        input.graph = Some(saveGraph)\r\n\r\n        val score = features.weights.dot(result.features)\r\n\r\n        \/\/ undo the changes\r\n        features.weights -= (1.0 * precRecTradeoff * costScale) * addCost\r\n        features.weights += (1.0 * precRecTradeoff * costScale) * oracle.features.filter(x => x.startsWith(\"CA:\"))\r\n        features.weights += (1.0 * (1.0 - precRecTradeoff) * costScale) * oracle.features.filter(x => x.startsWith(\"CA:\"))\r\n\r\n        val feats = result.features.filter(x => !x.startsWith(\"CA:\"))\r\n        return DecoderResult(result.graph, feats, score)\r\n    }\r\n}\r\n\r\n"}
{"repo_name":"hopshackle\/wordAlignment","path":"src\/edu\/cmu\/lti\/nlp\/amr\/Input.scala","text":"package edu.cmu.lti.nlp.amr\r\n\r\nimport scala.util.matching.Regex\r\nimport scala.collection.mutable.{Map, Set, ArrayBuffer}\r\nimport scala.io.Source.fromFile\r\n\r\ncase class Input(var graph: Option[Graph],  \/\/ var so we can update for the input to stage 2. TODO: maybe should remove?\r\n                 sentence: Array[String],\r\n                 notTokenized: Annotation[Array[String]],\r\n                 dependencies: Annotation[Array[Dependency]],\r\n                 pos: Annotation[Array[String]],\r\n                 ner: Annotation[Array[Entity]]) {\r\n\r\n    \/\/ TODO: switch everything to this constructor (the others are unnessary)\r\n    \/\/ This constructor is used for stage1 training and decoding\r\n    def this(graph: Option[Graph], sent: Array[String], notTok: Array[String], conllDeps: String, conllNER: String) = this(\r\n        graph,\r\n        sent,\r\n        Annotation(notTok, sent, notTok),\r\n        Annotation(sent,\r\n                   conllDeps.split(\"\\n\").map(x => x.split(\"\\t\")(1)),    \/\/ Field 2 is token\r\n                   conllDeps.split(\"\\n\").map(x => Dependency.fromConll(x))),\r\n        Annotation(sent,\r\n                   conllDeps.split(\"\\n\").map(x => x.split(\"\\t\")(1)),    \/\/ Field 2 is token\r\n                   conllDeps.split(\"\\n\").map(x => x.split(\"\\t\")(4))),   \/\/ Field 5 is POS\r\n        Annotation(sent,\r\n                   conllNER.split(\"\\n\").map(x => x.split(\"\\t\")(0)),     \/\/ Field 0 is token\r\n                   Entity.entitiesFromConll(conllNER))\r\n    )\r\n\r\n    \/\/ This constructor is used for stage2 decoding\r\n    def this(graph: Graph, sentence: Array[String], conllx: String) = this(\r\n        Some(graph),\r\n        sentence,\r\n        Annotation(sentence, sentence, Array()),\r\n        Annotation(sentence,\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(1)),       \/\/ Field 2 is token\r\n                   conllx.split(\"\\n\").map(x => Dependency.fromConll(x))),\r\n        Annotation(sentence,\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(1)),       \/\/ Field 2 is token\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(4))),      \/\/ Field 5 is POS\r\n        Annotation(sentence, sentence, Array()))\r\n\r\n    \/\/ This constructor is used for stage2 training\r\n    def this(amrdata: AMRTrainingData, conllx: String, oracle: Boolean, clearUnalignedNodes: Boolean = true) = this(\r\n        Some(if (oracle) {\r\n            amrdata.toOracleGraph(clearUnalignedNodes)\r\n        } else {\r\n            amrdata.toInputGraph\r\n        }),\r\n        amrdata.sentence,\r\n        Annotation(amrdata.sentence, amrdata.sentence, Array()),\r\n        Annotation(amrdata.sentence,\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(1)),       \/\/ Field 2 is token\r\n                   conllx.split(\"\\n\").map(x => Dependency.fromConll(x))),\r\n        Annotation(amrdata.sentence,\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(1)),       \/\/ Field 2 is token\r\n                   conllx.split(\"\\n\").map(x => x.split(\"\\t\")(4))),      \/\/ Field 5 is POS\r\n                      \/\/x.split(\"\\t\")(4).replaceAll(\"VB.*\",\"VB\").replaceAll(\"NN.*|PRP|FW\",\"NN\").replaceAll(\"JJ.*\",\"JJ\").replaceAll(\"RB.*\",\"RB\"))))\r\n        Annotation(amrdata.sentence, amrdata.sentence, Array()))\r\n}\r\n\r\nobject Input {\r\n    def loadInputfiles(options: Map[Symbol, String]) : Array[Input] = {\r\n        logger(1,\"Loading external input...\")\r\n        val tokenized = fromFile(options('tokenized)).getLines.toArray\r\n        val notTokenized = fromFile(options('notTokenized)).getLines.toArray\r\n        val dependencies = if (options.contains('dependencies)) {\r\n            (for {\r\n                block <- Corpus.splitOnNewline(fromFile(options('dependencies)).getLines())\r\n            } yield block.replaceAllLiterally(\"-LRB-\",\"(\").replaceAllLiterally(\"-RRB-\",\")\").replaceAllLiterally(\"\"\"\\\/\"\"\",\"\/\")).toArray\r\n        } else {\r\n            tokenized.map(x => \"\")\r\n        }\r\n        val ner = Corpus.splitOnNewline(fromFile(options('ner)).getLines).toArray\r\n        logger(1, \"tokenized.size = \"+tokenized.size.toInt)\r\n        logger(1, \"snt.size = \"+notTokenized.size.toInt)\r\n        logger(1, \"dependencies.size = \"+dependencies.size.toInt)\r\n        logger(1, \"ner.size = \"+ner.size.toInt)\r\n        assert(ner.size == tokenized.size && dependencies.size == tokenized.size && notTokenized.size == tokenized.size, \"Input file sizes (dependencies, ner, and tokenized files) do not match\")\r\n        logger(1, \"done\")\r\n\r\n        \/\/ see http:\/\/stackoverflow.com\/questions\/9632094\/zip-multiple-sequences for this trick\r\n        val inputs = (0 until tokenized.size) map { i => new Input(None, tokenized(i).split(\" \"), notTokenized(i).split(\" \"), dependencies(i), ner(i)) }\r\n        return inputs.toArray\r\n    }\r\n\r\n    def Input(amrdata: AMRTrainingData, input: Input, oracle: Boolean, clearUnalignedNodes: Boolean = true) : Input = { \r\n        new Input(\r\n            Some(if (oracle) {\r\n                amrdata.toOracleGraph(clearUnalignedNodes)\r\n            } else {\r\n                amrdata.toInputGraph\r\n            }),\r\n            input.sentence, input.notTokenized, input.dependencies, input.pos, input.ner)\r\n    }\r\n\r\n}\r\n\r\n"}
{"repo_name":"bytekast\/serverless-graal-scala","path":"src\/main\/scala\/Bootstrap.scala","text":"<filename>src\/main\/scala\/Bootstrap.scala\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.fasterxml.jackson.module.scala.experimental.ScalaObjectMapper\nimport com.softwaremill.sttp._\n\nimport scala.collection.immutable.Seq\n\nobject Bootstrap {\n\n  \/\/ Application entry point\n  def main(args: Array[String]): Unit = {\n\n    implicit val backend = HttpURLConnectionBackend()\n    val api = sys.env(\"AWS_LAMBDA_RUNTIME_API\")\n    val nextEventUrl = s\"http:\/\/$api\/2018-06-01\/runtime\/invocation\/next\"\n\n    while (true) {\n      val response = sttp.get((uri\"$nextEventUrl\")).send()\n      val requestId = response.header(\"Lambda-Runtime-Aws-Request-Id\")\n      requestId.map { rqId =>\n        val errorResponseUrl = s\"http:\/\/$api\/2018-06-01\/runtime\/invocation\/$rqId\/error\"\n        val successResponseUrl = s\"http:\/\/$api\/2018-06-01\/runtime\/invocation\/$rqId\/response\"\n        try {\n          response.body match {\n            case Left(errorMessage) => sttp.post(uri\"$errorResponseUrl\").body(errorMessage).send()\n            case Right(rawStringBody) => {\n              val out = invokeFunction(rqId, response.headers, rawStringBody)\n              sttp.post(uri\"$successResponseUrl\").body(out).send()\n            }\n          }\n        } catch {\n          case e: Throwable => sttp.post(uri\"$errorResponseUrl\").body(e.getMessage).send()\n        }\n      }\n    }\n  }\n\n  \/\/ It's just a demo, use inline functions\n  def invokeFunction(requestId: String, headers: Seq[(String, String)], body: String): String = {\n    sys.env(\"_HANDLER\") match {\n      case \"echo\" => JsonUtil.toJson(Map(\"statusCode\" -> 200, \"headers\" -> headers.toMap, \"body\" -> body))\n      case \"reverse\" => JsonUtil.toJson(Map(\"statusCode\" -> 200, \"headers\" -> headers.toMap, \"body\" -> body.reverse))\n      case _ => JsonUtil.toJson(Map(\"statusCode\" -> 404, \"headers\" -> headers.toMap, \"body\" -> \"Unknown Function\"))\n    }\n  }\n}\n\n\n\/\/ Json Utility\nobject JsonUtil {\n  val mapper = new ObjectMapper() with ScalaObjectMapper\n  mapper.registerModule(DefaultScalaModule)\n\n  def toJson(value: Any): String = {\n    mapper.writeValueAsString(value)\n  }\n}"}
{"repo_name":"peacing\/ff-fisher","path":"streaming\/build.sbt","text":"<filename>streaming\/build.sbt\nname := \"bfl_plays\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.10.4\"\n\nlibraryDependencies ++= Seq(\n\"org.apache.spark\" %% \"spark-core\" % \"1.3.0\" % \"provided\",\n\"org.apache.spark\" %% \"spark-sql\" % \"1.3.0\" % \"provided\",\n\"org.apache.spark\" % \"spark-streaming_2.10\" % \"1.3.0\" % \"provided\",\n\"org.apache.spark\" % \"spark-streaming-kafka_2.10\" % \"1.3.0\"\n)\n\nmergeStrategy in assembly := {\n  case m if m.toLowerCase.endsWith(\"manifest.mf\")          => MergeStrategy.discard\n  case m if m.toLowerCase.matches(\"meta-inf.*\\\\.sf$\")      => MergeStrategy.discard\n  case \"log4j.properties\"                                  => MergeStrategy.discard\n  case m if m.toLowerCase.startsWith(\"meta-inf\/services\/\") => MergeStrategy.filterDistinctLines\n  case \"reference.conf\"                                    => MergeStrategy.concat\n  case _                                                   => MergeStrategy.first\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"slf4j\/src\/main\/scala\/com\/twitter\/finatra\/logging\/modules\/Slf4jBridgeModule.scala","text":"<filename>slf4j\/src\/main\/scala\/com\/twitter\/finatra\/logging\/modules\/Slf4jBridgeModule.scala\npackage com.twitter.finatra.logging.modules\n\nimport com.twitter.inject.{Injector, TwitterModule}\nimport org.slf4j.bridge.SLF4JBridgeHandler\n\nobject Slf4jBridgeModule extends TwitterModule {\n  override def singletonStartup(injector: Injector) {\n    if (canInstallBridgeHandler) {\n      SLF4JBridgeHandler.removeHandlersForRootLogger()\n      SLF4JBridgeHandler.install()\n    }\n  }\n\n  \/* Private *\/\n\n  private def canInstallBridgeHandler: Boolean = {\n    \/\/ We do not want to attempt to install the bridge handler if the JDK14LoggerFactory\n    \/\/ exists on the classpath. See: http:\/\/www.slf4j.org\/legacy.html#jul-to-slf4j\n    try {\n      Class.forName(\"org.slf4j.impl.JDK14LoggerFactory\", false, this.getClass.getClassLoader)\n      false\n    } catch {\n      case e: ClassNotFoundException =>\n        true\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/conversions\/string.scala","text":"package com.twitter.finatra.conversions\n\nimport org.apache.commons.lang.StringUtils\n\nobject string {\n  \n  implicit class RichString(val self: String) extends AnyVal {\n    def toOption = {\n      if (self == null || self.isEmpty)\n        None\n      else\n        Some(self)\n    }\n\n    def ellipse(len: Int) = {\n      StringUtils.abbreviate(self, len + 3) \/\/ adding 3 for the ellipses :-\/\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/domain\/http\/TinyUrlRedirect.scala","text":"package com.twitter.tiny.domain.http\n\nimport com.twitter.finatra.request.RouteParam\n\ncase class TinyUrlRedirect(\n  @RouteParam id: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/PoolUtils.scala","text":"<gh_stars>0\npackage com.twitter.inject\n\nimport com.twitter.concurrent.NamedPoolThreadFactory\nimport com.twitter.util.ExecutorServiceFuturePool\nimport java.util.concurrent.Executors\n\nobject PoolUtils {\n\n  def newUnboundedPool(name: String): ExecutorServiceFuturePool = {\n    new ExecutorServiceFuturePool(\n      Executors.newCachedThreadPool(\n        new NamedPoolThreadFactory(name)))\n  }\n\n  def newFixedPool(name: String, size: Int = 1): ExecutorServiceFuturePool = {\n    new ExecutorServiceFuturePool(\n      Executors.newFixedThreadPool(size,\n        new NamedPoolThreadFactory(name)))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/domain\/Person.scala","text":"<filename>jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/domain\/Person.scala\npackage com.twitter.finatra.json.tests.internal.caseclass.validation.domain\n\nimport com.twitter.finatra.validation.NotEmpty\nimport org.joda.time.DateTime\n\ncase class Person(\n   @NotEmpty name: String,\n   nickname: String = \"unknown\",\n   dob: Option[DateTime] = None,\n   address: Option[Address] = None)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/services\/package.scala","text":"package com.twitter.tiny\n\npackage object services {\n  val EncodingRadix = 32\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/test\/scala\/com\/twitter\/inject\/server\/tests\/FeatureTestTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.server.tests\n\nimport com.google.inject.testing.fieldbinder.Bind\nimport com.twitter.inject.server.{EmbeddedTwitterServer, FeatureTest, TwitterServer}\n\nclass FeatureTestTest extends FeatureTest {\n\n  @Bind\n  val string: String = \"helloworld\"\n\n  override val server = new EmbeddedTwitterServer(new TwitterServer {})\n\n  \"feature test\" in {\n    server.injector.instance[String] should be(\"helloworld\")\n  }\n}\n\n\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/integration\/EchoHttpServerFeatureTest.scala","text":"package com.twitter.inject.thrift.integration\n\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.{EmbeddedHttpServer, HttpTest}\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.inject.thrift.integration.http_server.EchoHttpServer\nimport com.twitter.inject.thrift.integration.thrift_server.EchoThriftServer\n\nclass EchoHttpServerFeatureTest extends HttpTest {\n\n  val thriftServer = new EmbeddedThriftServer(\n    twitterServer = new EchoThriftServer)\n\n  val httpServer = new EmbeddedHttpServer(\n    twitterServer = new EchoHttpServer,\n    args = Seq(\n      \"-thrift.clientId=echo-http-service\",\n      resolverMap(\"thrift-echo-service\" -> thriftServer.thriftHostAndPort)))\n\n  \"EchoHttpServer\" should {\n    \"Echo 3 times\" in {\n      httpServer.httpPost(\n        path = \"\/config?timesToEcho=2\",\n        postBody = \"\",\n        andExpect = Ok,\n        withBody = \"2\")\n\n      httpServer.httpPost(\n        path = \"\/config?timesToEcho=3\",\n        postBody = \"\",\n        andExpect = Ok,\n        withBody = \"3\")\n\n      httpServer.httpGet(\n        path = \"\/echo?msg=Bob\",\n        andExpect = Ok,\n        withBody = \"BobBobBob\")\n\n      httpServer.assertStat(\"route\/config\/POST\/response_size\", Seq(1, 1))\n      httpServer.assertStat(\"route\/echo\/GET\/response_size\", Seq(9))\n\n      httpServer.close()\n      thriftServer.close()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/filters\/MergedFilterTest.scala","text":"<filename>utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/filters\/MergedFilterTest.scala\npackage com.twitter.finatra.tests.filters\n\nimport com.twitter.finagle.{Filter, Service, SimpleFilter}\nimport com.twitter.finagle.http.{Status, RequestBuilder, Response, Request}\nimport com.twitter.finatra.filters.MergedFilter\nimport com.twitter.inject.Test\nimport com.twitter.util.{Await, Future}\n\nclass MergedFilterTest extends Test {\n  class AppendToHeaderFilter(header: String, value: String) extends SimpleFilter[Request, Response] {\n    def apply(request: Request, service: Service[Request, Response]): Future[Response] = {\n      val oldValue = request.headerMap.getOrElse(header, \"\")\n      request.headerMap.update(header, oldValue + value)\n      service(request)\n    }\n  }\n\n  \"MergedFilter\" should {\n    \"merge filters\" in {\n      val merged = new MergedFilter(\n        Filter.identity[Request, Response],\n        Filter.identity[Request, Response],\n        new AppendToHeaderFilter(\"test\", \"3\"),\n        new AppendToHeaderFilter(\"test\", \"4\"),\n        new AppendToHeaderFilter(\"test\", \"5\"),\n        Filter.identity[Request, Response],\n        Filter.identity[Request, Response])\n\n      val request =\n        RequestBuilder\n          .create()\n          .url(\"http:\/\/127.0.0.1\")\n          .buildGet()\n\n      val service = new Service[Request, Response] {\n        override def apply(request: Request): Future[Response] = {\n          val response = Response(Status.Ok)\n          response.setContentString(request.headerMap(\"test\"))\n          Future.value(response)\n        }\n      }\n\n      val response = Await.result {\n        merged(request, service)\n      }\n\n      response.contentString should be(\"345\")\n    }\n  }\n\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/MessageBodyWriter.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/MessageBodyWriter.scala<gh_stars>0\npackage com.twitter.finatra.http.marshalling\n\nimport com.twitter.finagle.http.Request\n\n\/**\n * MessageBodyWriter's transform objects into HTTP Responses\n *\/\ntrait MessageBodyWriter[T] extends MessageBodyComponent {\n  def write(request: Request, obj: T): WriterResponse = write(obj)\n  def write(obj: T): WriterResponse\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finagle\/http\/NonValidatingHttpHeadersResponse.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finagle.http\n\nimport com.twitter.finagle.netty3.BufChannelBuffer\nimport com.twitter.io.Buf\nimport org.jboss.netty.buffer.ChannelBuffer\nimport org.jboss.netty.handler.codec.http._\n\n\/**\n * The [[org.jboss.netty.handler.codec.http.DefaultHttpMessage]] uses the\n * [[org.jboss.netty.handler.codec.http.DefaultHttpHeaders]] with a default of 'true' for\n * the validate constructor param. This implementation of validate scans any set header value\n * character by character unless the value exactly matches an entry in KNOWN_VALUES.\n * @see [[org.jboss.netty.handler.codec.http.HttpHeaders.Values]]. In micro-benchmarking\n * this has been shown to have a significant negative performance impact. Especially, for\n * \"simple\" or highly-optimized HTTP endpoints.\n *\n * NonValidatingHttpHeadersResponse constructs a new\n * [[org.jboss.netty.handler.codec.http.HttpResponse]] with an implementation of\n * [[org.jboss.netty.handler.codec.http.DefaultHttpHeaders]] where validate is 'false'\n * for the express purpose of not validating any set Response header values.\n * @param status - [[org.jboss.netty.handler.codec.http.HttpResponseStatus]]\n * @param content - [[com.twitter.io.Buf]] response body\n * @param contentType - String representation of response content-type.\n *\/\n@deprecated(\"This class is an optimization over Netty3 header handling and not intended for wide usage.\", \"2016-08-23\")\nprivate[twitter] class NonValidatingHttpHeadersResponse(\n  status: HttpResponseStatus,\n  content: Buf,\n  contentType: String)\n  extends Response {\n\n  override protected[finagle] val httpResponse: HttpResponse = new HttpResponse {\n    private[this] var _content: ChannelBuffer = BufChannelBuffer(content)\n    private[this] var _status: HttpResponseStatus = status\n\n    private val httpHeaders = new DefaultHttpHeaders(false)\n    httpHeaders.add(Fields.ContentType, contentType)\n\n    override def getStatus: HttpResponseStatus = _status\n\n    override def getContent: ChannelBuffer = _content\n\n    override def isChunked: Boolean = false\n\n    override def getProtocolVersion: HttpVersion = HttpVersion.HTTP_1_1\n\n    override def headers(): HttpHeaders = httpHeaders\n\n    override def setContent(content: ChannelBuffer): Unit = _content = content\n\n    \/\/ Note: this is an issue for HTTP\/2\n    override def setProtocolVersion(version: HttpVersion): Unit = {}\n\n    override def setChunked(chunked: Boolean): Unit = assert(!chunked)\n\n    override def setStatus(status: HttpResponseStatus): Unit = _status = status\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/marshalling\/CallbackConverterIntegrationTest.scala","text":"package com.twitter.finatra.http.tests.marshalling\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finagle.http.{Method => HttpMethod, Request, Response, Status}\nimport com.twitter.finatra.conversions.buf._\nimport com.twitter.finatra.http.internal.marshalling.CallbackConverter\nimport com.twitter.finatra.http.modules.{DocRootModule, MessageBodyModule, MustacheModule}\nimport com.twitter.finatra.http.response.SimpleResponse\nimport com.twitter.finatra.json.modules.FinatraJacksonModule\nimport com.twitter.inject.app.TestInjector\nimport com.twitter.inject.modules.StatsReceiverModule\nimport com.twitter.inject.{IntegrationTest, Mockito}\nimport com.twitter.io.{Buf, Reader}\nimport com.twitter.util.{Await, Future}\n\nclass CallbackConverterIntegrationTest extends IntegrationTest with Mockito {\n\n  override val injector = TestInjector(\n    MessageBodyModule,\n    FinatraJacksonModule,\n    MustacheModule,\n    DocRootModule,\n    StatsReceiverModule)\n\n  val callbackConverter = injector.instance[CallbackConverter]\n\n  val ford = Car(\"Ford\")\n  val okResponse = SimpleResponse(Status.Ok, \"bob\")\n\n  \"Future Some String\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSomeString),\n      withBody = \"hello\")\n  }\n\n  \"Future None String\" in {\n    assertStatus(\n      callbackConverter.convertToFutureResponse(futureNoneString),\n      expectedStatus = Status.NotFound)\n  }\n\n  \"Future Some Product\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSomeProduct),\n      withBody = \"\"\"{\"name\":\"Ford\"}\"\"\")\n  }\n\n  \"Future Some Trait\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSomeTrait),\n      withBody = \"\"\"{\"name\":\"Ford\"}\"\"\")\n  }\n\n  \"Future String\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureString),\n      withBody = \"bob\")\n  }\n\n  \"Future Response\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureResponse),\n      withBody = \"bob\")\n  }\n\n  \"Future Some Response\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSomeResponse),\n      withBody = \"bob\")\n  }\n\n  \"Future None Response\" in {\n    assertStatus(\n      callbackConverter.convertToFutureResponse(futureNoneResponse),\n      expectedStatus = Status.NotFound)\n  }\n\n  \"Future Seq String\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSeqString),\n      withBody = \"\"\"[\"bob\"]\"\"\")\n  }\n\n  \"Future Seq Car\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSeqCar),\n      withBody = \"\"\"[{\"name\":\"Ford\"}]\"\"\")\n  }\n\n  \"Future Seq CarTrait\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(futureSeqCarTrait),\n      withBody = \"\"\"[{\"name\":\"Ford\"}]\"\"\")\n  }\n\n  \"Object\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(objectCallback),\n      withBody = \"\"\"asdf\"\"\")\n  }\n\n  \"None\" in {\n    assertStatus(\n      callbackConverter.convertToFutureResponse(noneCallback),\n      expectedStatus = Status.NotFound)\n  }\n\n  \"Some\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(someCallback),\n      withBody = \"\"\"asdf\"\"\")\n  }\n\n  \"Nothing\" in {\n    intercept[Exception] {\n      callbackConverter.convertToFutureResponse(noParameterCallback)\n    }\n  }\n\n  \"Int\" in {\n    intercept[Exception] {\n      callbackConverter.convertToFutureResponse(intParameterCallback)\n    }\n  }\n\n  \"Map[String, String]\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(stringMapCallback),\n      withBody = \"\"\"{\"message\":\"Hello, World!\"}\"\"\")\n  }\n\n  \"String\" in {\n    assertOk(\n      callbackConverter.convertToFutureResponse(stringCallback),\n      withBody = \"Hello, World!\")\n  }\n\n  \"AsyncStream request\" in {\n    val jsonStr = \"[1,2]\"\n    val request = Request(HttpMethod.Post, \"\/\")\n    request.setChunked(true)\n    request.writer.write(Buf.Utf8(jsonStr)) ensure {\n      request.writer.close()\n    }\n\n    val converted = callbackConverter.convertToFutureResponse(asyncStreamRequest)\n\n    val response = Await.result(converted(request))\n    assertOk(response, \"List(1, 2)\")\n  }\n\n  \"AsyncStream response\" in {\n    val converted = callbackConverter.convertToFutureResponse(asyncStreamResponse)\n\n    val response = Await.result(converted(Request()))\n    response.status should equal(Status.Ok)\n    Await.result(Reader.readAll(response.reader)).utf8str should equal(\"[1,2,3]\")\n  }\n\n  \"AsyncStream request and response\" in {\n    val jsonStr = \"[1,2]\"\n    val request = Request(HttpMethod.Post, \"\/\")\n    request.setChunked(true)\n    request.writer.write(Buf.Utf8(jsonStr)) ensure {\n      request.writer.close()\n    }\n\n    val converted = callbackConverter.convertToFutureResponse(asyncStreamRequestAndResponse)\n\n    val response = Await.result(converted(request))\n    response.status should equal(Status.Ok)\n    Await.result(Reader.readAll(response.reader)).utf8str should equal(\"\"\"[\"1\",\"2\"]\"\"\")\n  }\n\n  \"Null\" in {\n    pending\n    assertOk(\n      callbackConverter.convertToFutureResponse(nullCallback),\n      withBody = \"\")\n  }\n\n  def stringMapCallback(request: Request): Map[String, String] = {\n    Map(\"message\" -> \"Hello, World!\")\n  }\n\n  def stringCallback(request: Request): String = {\n    \"Hello, World!\"\n  }\n\n  def objectCallback(request: Request): Object = {\n    \"asdf\"\n  }\n\n  def noneCallback(request: Request): Option[String] = {\n    None\n  }\n\n  def someCallback(request: Request): Option[String] = {\n    Some(\"asdf\")\n  }\n\n  def nullCallback(request: Request) = {\n    null\n  }\n\n  def noParameterCallback = {\n    \"hello world\"\n  }\n\n  def intParameterCallback(i: Int) = {\n    \"int\"\n  }\n\n  def futureSomeString(request: Request): Future[Option[String]] = {\n    Future(Some(\"hello\"))\n  }\n\n  def futureNoneString(request: Request): Future[Option[String]] = {\n    Future(None)\n  }\n\n  def futureSomeProduct(request: Request): Future[Option[Car]] = {\n    Future(Some(ford))\n  }\n\n  def futureSomeTrait(request: Request): Future[Option[CarTrait]] = {\n    Future(Some(ford))\n  }\n\n  def futureString(request: Request): Future[String] = {\n    Future(\"bob\")\n  }\n\n  def futureResponse(request: Request): Future[Response] = {\n    Future(okResponse)\n  }\n\n  def futureSomeResponse(request: Request): Future[Option[Response]] = {\n    Future(Some(okResponse))\n  }\n\n  def futureNoneResponse(request: Request): Future[Option[Response]] = {\n    Future.None\n  }\n\n  def futureSeqString(request: Request): Future[Seq[String]] = {\n    Future(Seq(\"bob\"))\n  }\n\n  def futureSeqCar(request: Request): Future[Seq[Car]] = {\n    Future(Seq(ford))\n  }\n\n  def futureSeqCarTrait(request: Request): Future[Seq[CarTrait]] = {\n    Future(Seq(ford))\n  }\n\n  def asyncStreamRequestAndResponse(stream: AsyncStream[Int]): AsyncStream[String] = {\n    stream map { _.toString }\n  }\n\n  def asyncStreamRequest(stream: AsyncStream[Int]): Future[String] = {\n    stream.toSeq() map { _.toString }\n  }\n\n  def asyncStreamResponse(request: Request): AsyncStream[Int] = {\n    AsyncStream(1, 2, 3)\n  }\n\n  private def assertOk(response: Response, expectedBody: String) {\n    response.status should equal(Status.Ok)\n    response.contentString should equal(expectedBody)\n  }\n\n  private def assertOk(convertedFunc: (Request) => Future[Response], withBody: String) {\n    val response = Await.result(convertedFunc(Request()))\n    assertOk(response, withBody)\n  }\n\n  private def assertStatus(\n    convertedFunc: (Request) => Future[Response],\n    expectedStatus: Status) {\n    val response = Await.result(convertedFunc(Request()))\n    response.status should equal(expectedStatus)\n  }\n}\n\ncase class Car(name: String) extends CarTrait\n\ntrait CarTrait {\n  val name: String\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/thrift-server\/thrift-example-server\/src\/test\/scala\/com\/twitter\/calculator\/CalculatorServerFeatureTest.scala","text":"<gh_stars>0\npackage com.twitter.calculator\n\nimport com.twitter.calculator.thriftscala.Calculator\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.finatra.thrift.thriftscala.{NoClientIdError, UnknownClientIdError}\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.util.Future\n\nclass CalculatorServerFeatureTest extends FeatureTest {\n\n  override val server = new EmbeddedThriftServer(new CalculatorServer)\n\n  val client = server.thriftClient[Calculator[Future]](clientId = \"client123\")\n\n  \"whitelist clients\" should {\n    \"be allowed\" in {\n      client.increment(1).value should equal(2)\n      client.addNumbers(1, 2).value should equal(3)\n      client.addStrings(\"1\", \"2\").value should equal(\"3\")\n    }\n  }\n\n  \"blacklist clients\" should {\n    \"be blocked with UnknownClientIdException\" in {\n      val clientWithUnknownId = server.thriftClient[Calculator[Future]](clientId = \"unlisted-client\")\n      intercept[UnknownClientIdError] { clientWithUnknownId.increment(2).value }\n    }\n  }\n\n  \"clients without a client-id\" should {\n    \"be blocked with NoClientIdException\" in {\n      val clientWithoutId = server.thriftClient[Calculator[Future]]()\n      intercept[NoClientIdError] { clientWithoutId.increment(1).value }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/streaming-example\/src\/main\/scala\/com\/twitter\/streaming\/Tweet.scala","text":"<gh_stars>0\npackage com.twitter.streaming\n\ncase class Tweet(\n  text: String,\n  location: Option[String])"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/modules\/ThriftClientModule.scala","text":"<gh_stars>0\npackage com.twitter.inject.thrift.modules\n\nimport com.github.nscala_time.time\nimport com.google.inject.Provides\nimport com.twitter.finagle._\nimport com.twitter.finagle.factory.TimeoutFactory\nimport com.twitter.finagle.param.Stats\nimport com.twitter.finagle.service.TimeoutFilter\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finagle.thrift.ClientId\nimport com.twitter.inject.TwitterModule\nimport com.twitter.util.Duration\nimport javax.inject.Singleton\nimport scala.reflect.ClassTag\n\n@deprecated(\"Use the com.twitter.inject.thrift.modules.FilteredThriftClientModule\", \"2016-06-23\")\nabstract class ThriftClientModule[T: ClassTag]\n  extends TwitterModule\n  with time.Implicits {\n\n  \/**\n   * Name of client for use in metrics\n   *\/\n  val label: String\n\n  \/**\n   * Destination of client\n   *\/\n  val dest: String\n\n  \/**\n   * Enable thrift mux for this connection.\n   *\n   * Note: Both server and client must have mux enabled otherwise\n   * a nondescript ChannelClosedException will be seen.\n   *\n   * What is ThriftMux?\n   * http:\/\/twitter.github.io\/finagle\/guide\/FAQ.html?highlight=thriftmux#what-is-thriftmux\n   *\/\n  def mux: Boolean = true\n\n  def requestTimeout: Duration = Duration.Top\n\n  def connectTimeout: Duration = Duration.Top\n\n  @Singleton\n  @Provides\n  def providesClient(clientId: ClientId, statsReceiver: StatsReceiver): T = {\n    val labelAndDest = s\"$label=$dest\"\n\n    if (mux) {\n      ThriftMux.client.\n        configured(TimeoutFilter.Param(requestTimeout)).\n        configured(TimeoutFactory.Param(connectTimeout)).\n        configured(Stats(statsReceiver.scope(\"clnt\"))).\n        withClientId(clientId).\n        newIface[T](labelAndDest)\n    }\n    else {\n      Thrift.client.\n        configured(TimeoutFilter.Param(requestTimeout)).\n        configured(TimeoutFactory.Param(connectTimeout)).\n        configured(Stats(statsReceiver.scope(\"clnt\"))).\n        withClientId(clientId).\n        newIface[T](labelAndDest)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/doeverything\/modules\/DoEverythingThriftServerDarkTrafficFilterModule.scala","text":"package com.twitter.finatra.thrift.tests.doeverything.modules\n\nimport com.twitter.doeverything.thriftscala.DoEverything\nimport com.twitter.finatra.thrift.ThriftRequest\nimport com.twitter.finatra.thrift.modules.DarkTrafficFilterModule\n\nclass DoEverythingThriftServerDarkTrafficFilterModule\n  extends DarkTrafficFilterModule[DoEverything.ServiceIface]{\n\n  \/**\n   * Function to determine if the request should be \"sampled\", e.g.\n   * sent to the dark service.\n   *\/\n  override val enableSampling: ThriftRequest[_] => Boolean = { request =>\n    request.methodName match {\n      case \"uppercase\" => false \/\/ used in warmup\n      case \"moreThanTwentyTwoArgs\" => false\n      case _ => true\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/TimeConversionsTest.scala","text":"package com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.time._\nimport com.twitter.inject.Test\nimport org.joda.time.DateTime\n\nclass TimeConversionsTest extends Test {\n\n  \"DateTime\" should {\n    \"be comparable\" in {\n      val d1 = DateTime.now\n      val d2 = d1.plusMinutes(1)\n      d1 < d2 should be(true)\n    }\n\n    \"be convertable to twitter time\" in {\n      val dateTime = DateTime.now\n      val twitterTime = dateTime.toTwitterTime\n      dateTime.getMillis should equal(twitterTime.inMillis)\n    }\n\n    \"utc iso\" in {\n      val dateStr = \"2014-05-30TZ\"\n      val expectedDate = new DateTime(dateStr)\n      val date = dateStr.toDateTime\n      date should be(expectedDate)\n      date.utcIso8601 should be(\"2014-05-30T00:00:00.000Z\")\n      date.reverseUtcIso8601 should be(\"9954-08-05T00:00:00.000Z\")\n    }\n\n    \"epochSeconds\" in {\n      val date = new DateTime(\"2014-05-30TZ\")\n      date.epochSeconds should be(1401408000)\n    }\n  }\n\n  \"Duration\" should {\n    \"be convertible to twitter duration\" in {\n      val duration = 5.seconds\n      val twitterDuration = duration.toTwitterDuration\n      duration.millis should be(twitterDuration.inMillis)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/messagebody\/main\/GreetingServer.scala","text":"package com.twitter.finatra.http.tests.integration.messagebody.main\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.tests.integration.messagebody.main.controllers.GreetingController\nimport com.twitter.finatra.http.tests.integration.messagebody.main.domain.GreetingMessageBodyWriter\nimport com.twitter.finatra.http.routing.HttpRouter\n\nobject GreetingServerMain extends GreetingServer\n\nclass GreetingServer extends HttpServer {\n\n  override def configureHttp(router: HttpRouter) {\n    router\n      .register[GreetingMessageBodyWriter]\n      .add[GreetingController]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/exceptions\/ExternalServiceExceptionMatcherTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.tests.exceptions\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle._\nimport com.twitter.finatra.exceptions.ExternalServiceExceptionMatcher\nimport com.twitter.inject.Test\nimport com.twitter.util.Duration\nimport java.io.IOException\nimport java.net.ConnectException\nimport org.apache.thrift.transport.TTransportException\n\nclass ExternalServiceExceptionMatcherTest extends Test {\n\n  \"match external exceptions\" in {\n    val externalExceptions: Seq[Exception] = Seq(\n      new RequestException(),\n      new ApiException(),\n      new ChannelWriteException(new Exception),\n      new GlobalRequestTimeoutException(5.seconds),\n      new com.twitter.util.TimeoutException(\"timeout\"),\n      new ChannelClosedException(),\n      new InterruptedException(),\n      new TTransportException(),\n      new ConnectException(),\n      new TimeoutException() {\n        override protected val timeout: Duration = 5.seconds\n        override protected def explanation: String = \"timeout!\"\n      })\n\n    externalExceptions forall ExternalServiceExceptionMatcher.apply should equal(true)\n\n    externalExceptions forall { e =>\n      ExternalServiceExceptionMatcher.unapply(e).isDefined\n    } should equal(true)\n  }\n\n  \"not match non-external exceptions\" in {\n    val nonExternalExceptions = Seq(\n      new RuntimeException(),\n      new IOException(),\n      new NullPointerException)\n\n    nonExternalExceptions forall ExternalServiceExceptionMatcher.apply should equal(false)\n\n    nonExternalExceptions forall { e =>\n      ExternalServiceExceptionMatcher.unapply(e).isDefined\n    } should equal(false)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/exceptions\/json\/JsonParseExceptionMapper.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/exceptions\/json\/JsonParseExceptionMapper.scala\npackage com.twitter.finatra.http.internal.exceptions.json\n\nimport com.fasterxml.jackson.core.JsonParseException\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finatra.http.exceptions.ExceptionMapper\nimport com.twitter.finatra.http.response.ResponseBuilder\nimport com.twitter.finatra.json.internal.caseclass.jackson.JacksonUtils\nimport com.twitter.inject.Logging\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass JsonParseExceptionMapper @Inject()(\n  response: ResponseBuilder)\n  extends ExceptionMapper[JsonParseException]\n  with Logging {\n\n  override def toResponse(request: Request, e: JsonParseException): Response = {\n    warn(e)\n    response\n      .badRequest\n      .jsonError(JacksonUtils.errorMessage(e))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/RoutingService.scala","text":"package com.twitter.finatra.http.internal.routing\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Method, Request, Response, Status}\nimport com.twitter.finagle.http.Method._\nimport com.twitter.finatra.http.AnyMethod\nimport com.twitter.finatra.http.response.SimpleResponse\nimport com.twitter.inject.Logging\nimport com.twitter.util.Future\n\nprivate[http] class RoutingService(\n  routes: Seq[Route])\n  extends Service[Request, Response]\n  with Logging {\n\n  private val get = Routes.createForMethod(routes, Get)\n  private val post = Routes.createForMethod(routes, Post)\n  private val put = Routes.createForMethod(routes, Put)\n  private val delete = Routes.createForMethod(routes, Delete)\n  private val options = Routes.createForMethod(routes, Options)\n  private val patch = Routes.createForMethod(routes, Patch)\n  private val head = Routes.createForMethod(routes, Head)\n  private val trace = Routes.createForMethod(routes, Trace)\n  private val any = Routes.createForMethod(routes, AnyMethod)\n\n  private val routesStr = routes map {_.summary} mkString \", \"\n\n  \/* Public *\/\n\n  override def apply(request: Request): Future[Response] = {\n    (request.method match {\n      case Get => get.handle(request)\n      case Post => post.handle(request)\n      case Put => put.handle(request)\n      case Delete => delete.handle(request)\n      case Options => options.handle(request)\n      case Patch => patch.handle(request)\n      case Head => head.handle(request)\n      case Trace => trace.handle(request)\n      case _ => badRequest(request.method)\n    }).getOrElse {\n      any.handle(request)\n        .getOrElse(notFound(request))\n    }\n  }\n\n  \/* Private *\/\n\n  private def notFound(request: Request): Future[Response] = {\n    debug(request + \" not found in registered routes: \" + routesStr)\n    Future.value(\n      SimpleResponse(\n        Status.NotFound))\n  }\n\n  private def badRequest(method: Method): Option[Future[Response]] = {\n    Some(Future.value(\n      SimpleResponse(\n        Status.BadRequest,\n        method.toString + \" is not a valid HTTP method\")))\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/TestUserWithInvalidFieldValidation.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.validation.PastTime\n\ncase class TestUserWithInvalidFieldValidation(\n  @PastTime name: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/FormPostRequest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/FormPostRequest.scala\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.request.FormParam\n\ncase class FormPostRequest(\n   @FormParam name: String,\n   @FormParam age: Int)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/MessageBodyReader.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/MessageBodyReader.scala\npackage com.twitter.finatra.http.marshalling\n\nimport com.twitter.finagle.http.Request\n\ntrait MessageBodyReader[T] extends MessageBodyComponent {\n  def parse[M <: T : Manifest](request: Request): T\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/multiserver\/add1server\/Add1Server.scala","text":"package com.twitter.finatra.http.tests.integration.multiserver.add1server\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.routing.HttpRouter\n\nclass Add1Server extends HttpServer {\n  override def configureHttp(router: HttpRouter) {\n    router\n      .add[Add1Controller]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/main\/scala\/com\/twitter\/inject\/server\/PortUtils.scala","text":"<filename>inject\/inject-server\/src\/main\/scala\/com\/twitter\/inject\/server\/PortUtils.scala\npackage com.twitter.inject.server\n\nimport com.twitter.app.Flaggable\nimport com.twitter.finagle.ListeningServer\nimport com.twitter.finagle.builder.{Server => BuilderServer}\nimport java.net.{InetAddress, InetSocketAddress, SocketAddress}\n\nobject PortUtils {\n\n  def ephemeralLoopback: String = {\n    loopbackAddressForPort(0)\n  }\n\n  def loopbackAddress = {\n    InetAddress.getLoopbackAddress.getHostAddress\n  }\n\n  def loopbackAddressForPort(port: Int) = {\n    s\"$loopbackAddress:$port\"\n  }\n\n  def getPort(server: ListeningServer): Int = {\n    getPort(server.boundAddress)\n  }\n\n  def getPort(socketAddress: SocketAddress): Int = {\n    socketAddress.asInstanceOf[InetSocketAddress].getPort\n  }\n\n  def getPort(server: BuilderServer): Int = {\n    getSocketAddress(server).asInstanceOf[InetSocketAddress].getPort\n  }\n\n  def getSocketAddress(server: BuilderServer): SocketAddress = {\n    server.boundAddress\n  }\n\n  def parseAddr(addrStr: String): InetSocketAddress = {\n    Flaggable.ofInetSocketAddress.parse(addrStr)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/DocRootModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.modules\n\nimport com.twitter.inject.TwitterModule\n\nobject DocRootModule extends TwitterModule {\n\n  \/\/ Only one of these flags should ever be set to a non-empty string as\n  \/\/ these flags are mutually exclusive. Setting both will result in error.\n  val localDocRoot = flag(\"local.doc.root\", \"\", \"File serving directory for local development\")\n  val docRoot = flag(\"doc.root\", \"\", \"File serving directory\/namespace for classpath resources\")\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/conversions\/MapsConversionsTest.scala","text":"package com.twitter.inject.tests.conversions\n\nimport com.twitter.inject.conversions.map._\nimport com.twitter.inject.Test\nimport scala.collection.SortedMap\n\nclass MapsConversionsTest extends Test {\n\n  \"RichSortedMap\" should {\n    \"#mapKeys\" in {\n      SortedMap(1 -> \"a\") mapKeys { _.toString } should\n        equal(Map(\"1\" -> \"a\"))\n    }\n  }\n\n  \"RichSortedMapOfSortedMap\" should {\n    \"swapKeys\" in {\n      SortedMap(1 -> SortedMap(\"a\" -> \"z\")).swapKeys should equal(SortedMap(\"a\" -> SortedMap(1 -> \"z\")))\n    }\n  }\n\n  \"Rich map of maps\" should {\n    \"swapKeys\" in {\n      Map(1 -> Map(\"a\" -> \"z\")).swapKeys should equal(Map(\"a\" -> Map(1 -> \"z\")))\n    }\n  }\n\n  \"Map[K, Option[V]]\" should {\n    \"#flattenEntries\" in {\n      Map(\"a\" -> Some(1)).flattenEntries should equal(Map(\"a\" -> 1))\n      Map(\"a\" -> None).flattenEntries should equal(Map())\n      Map(\"a\" -> None, \"b\" -> Some(2)).flattenEntries should equal(Map(\"b\" -> 2))\n    }\n  }\n\n  \"RichMap\" should {\n    \"#mapKeys\" in {\n      Map(1 -> \"a\") mapKeys {_.toString} should\n        equal(Map(\"1\" -> \"a\"))\n    }\n\n    \"#invert simple\" in {\n      Map(1 -> \"a\").invert should\n        equal(Map(\"a\" -> Iterable(1)))\n    }\n\n    \"#invert complex\" in {\n      Map(1 -> \"a\", 2 -> \"a\", 3 -> \"b\").invert should\n        equal(Map(\"a\" -> Iterable(1, 2), \"b\" -> Iterable(3)))\n    }\n\n    \"#invertSingleValue\" in {\n      Map(1 -> \"a\", 2 -> \"a\", 3 -> \"b\").invertSingleValue should\n        equal(Map(\"a\" -> 2, \"b\" -> 3))\n    }\n\n    \"#filterValues\" in {\n      Map(1 -> \"a\", 2 -> \"a\", 3 -> \"b\") filterValues {_ == \"b\"} should\n        equal(Map(3 -> \"b\"))\n    }\n\n    \"#filterNotValues\" in {\n      Map(1 -> \"a\", 2 -> \"a\", 3 -> \"b\") filterNotValues {_ == \"b\"} should\n        equal(Map(1 -> \"a\", 2 -> \"a\"))\n    }\n\n    \"#filterNotKeys\" in {\n      Map(1 -> \"a\", 2 -> \"a\", 3 -> \"b\") filterNotKeys {_ == 3} should\n        equal(Map(1 -> \"a\", 2 -> \"a\"))\n    }\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/integration\/http_server\/EchoHttpController.scala","text":"package com.twitter.inject.thrift.integration.http_server\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.Controller\nimport com.twitter.test.thriftscala.EchoService\nimport com.twitter.util.Future\nimport javax.inject.Inject\n\nclass EchoHttpController @Inject()(\n  echoThriftService: EchoService[Future])\n  extends Controller {\n\n  get(\"\/echo\") { request: Request =>\n    val msg = request.params(\"msg\")\n    echoThriftService.echo(msg)\n  }\n\n  post(\"\/config\") { request: Request =>\n    val timesToEcho = request.params(\"timesToEcho\").toInt\n    echoThriftService.setTimesToEcho(timesToEcho)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/utils\/CamelCasePropertyNamingStrategy.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.utils\n\nimport com.fasterxml.jackson.databind.PropertyNamingStrategy\n\n\/* By default PropertyNamingStrategy uses CamelCase *\/\nobject CamelCasePropertyNamingStrategy\n  extends PropertyNamingStrategy"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/internal\/exceptions\/ExceptionManagerTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/internal\/exceptions\/ExceptionManagerTest.scala\npackage com.twitter.finatra.http.tests.internal.exceptions\n\nimport com.twitter.finagle.http.{Request, Response, Status}\nimport com.twitter.finagle.stats.InMemoryStatsReceiver\nimport com.twitter.finatra.http.exceptions.{DefaultExceptionMapper, ExceptionManager, ExceptionMapper}\nimport com.twitter.finatra.http.response.SimpleResponse\nimport com.twitter.finatra.httpclient.RequestBuilder\nimport com.twitter.inject.Test\nimport com.twitter.inject.app.TestInjector\nimport org.apache.commons.lang.RandomStringUtils\nimport org.specs2.mock.Mockito\n\nclass ExceptionManagerTest extends Test with Mockito {\n\n  def newExceptionManager =\n    new ExceptionManager(\n      TestInjector(),\n      TestDefaultExceptionMapper,\n      new InMemoryStatsReceiver)\n\n  def randomUri = {\n    val version = s\"${RandomStringUtils.randomNumeric(1)}.${RandomStringUtils.randomNumeric(1)}\"\n    val pathPart1 = RandomStringUtils.randomAlphabetic(5).toLowerCase()\n    val pathPart2 = RandomStringUtils.randomAlphabetic(5).toLowerCase()\n    s\"\/$version\/$pathPart1\/resource\/$pathPart2\"\n  }\n\n  val exceptionManager = newExceptionManager\n  exceptionManager.add[ForbiddenExceptionMapper]\n  exceptionManager.add(new UnauthorizedExceptionMapper)\n  exceptionManager.add[UnauthorizedException1Mapper]\n\n  def testException(e: Throwable, status: Status) {\n    val request = RequestBuilder.get(randomUri)\n    val response = exceptionManager.toResponse(request, e)\n    response.status should equal(status)\n  }\n\n  \"map exceptions to mappers installed by type\" in {\n    testException(new ForbiddenException, Status.Forbidden)\n  }\n\n  \"map exceptions to mappers installed manually\" in {\n    testException(new UnauthorizedException, Status.Unauthorized)\n  }\n\n  \"map subclass exceptions to parent class mappers\" in {\n    testException(new ForbiddenException1, Status.Forbidden)\n    testException(new ForbiddenException2, Status.Forbidden)\n  }\n\n  \"map exceptions to mappers of most specific class\" in {\n    testException(new UnauthorizedException1, Status.NotFound)\n  }\n\n  \"fall back to default mapper\" in {\n    testException(new UnregisteredException, Status.InternalServerError)\n  }\n\n  \"throw an IllegalStateException if exception mapped twice\" in {\n    val exceptionManager = newExceptionManager\n    exceptionManager.add[ForbiddenExceptionMapper]\n    intercept[IllegalStateException] {\n      exceptionManager.add[ForbiddenExceptionMapper]\n    }\n  }\n}\n\nclass UnregisteredException extends Exception\nclass ForbiddenException extends Exception\nclass ForbiddenException1 extends ForbiddenException\nclass ForbiddenException2 extends ForbiddenException1\nclass UnauthorizedException extends Exception\nclass UnauthorizedException1 extends UnauthorizedException\n\nobject TestDefaultExceptionMapper extends DefaultExceptionMapper {\n  def toResponse(request: Request, throwable: Throwable): Response = {\n    SimpleResponse(Status.InternalServerError)\n  }\n}\n\nclass ForbiddenExceptionMapper extends ExceptionMapper[ForbiddenException] {\n  def toResponse(request: Request, throwable: ForbiddenException): Response =\n    SimpleResponse(Status.Forbidden)\n}\n\nclass UnauthorizedExceptionMapper extends ExceptionMapper[UnauthorizedException] {\n  def toResponse(request: Request, throwable: UnauthorizedException): Response =\n    SimpleResponse(Status.Unauthorized)\n}\n\nclass UnauthorizedException1Mapper extends ExceptionMapper[UnauthorizedException1] {\n  def toResponse(request: Request, throwable: UnauthorizedException1): Response =\n    SimpleResponse(Status.NotFound)\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/tests\/SampleApp.scala","text":"package com.twitter.inject.app.tests\n\nimport com.twitter.inject.app.App\n\nobject SampleAppMain extends SampleApp\n\nclass SampleApp extends App {\n  override val name = \"sample-app\"\n\n  override val modules = Seq()\n\n  override protected def run(): Unit = {\n    injector.instance[SampleManager].start()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/serde\/FinatraSerDeSimpleModule.scala","text":"<filename>jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/serde\/FinatraSerDeSimpleModule.scala<gh_stars>0\npackage com.twitter.finatra.json.internal.serde\n\nimport com.fasterxml.jackson.databind.module.SimpleModule\nimport com.twitter.finatra.json.internal.caseclass.wrapped.WrappedValueSerializer\nimport org.joda.time.DateTime\n\nprivate[finatra] object FinatraSerDeSimpleModule extends SimpleModule {\n  addSerializer(WrappedValueSerializer)\n  addSerializer(DurationMillisSerializer)\n  addDeserializer(classOf[DateTime], FinatraDatetimeDeserializer)\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/reflection\/ScalaType.scala","text":"<filename>jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/reflection\/ScalaType.scala\npackage com.twitter.finatra.json.internal.caseclass.reflection\n\nimport scala.tools.scalap.scalax.rules.scalasig.TypeRefType\n\nprivate[json] case class ScalaType(\n  typeRefType: TypeRefType) {\n\n  private val path = typeRefType.symbol.path\n\n  \/* Public *\/\n\n  val runtimeClass: Class[_] = {\n    CaseClassSigParser.loadClass(path)\n  }\n\n  def primitiveAwareErasure: Class[_] = {\n    primitiveAwareLoadClass(path)\n  }\n\n  val typeArguments: Seq[ScalaType] = {\n    val typeArgs = typeRefType.typeArgs.asInstanceOf[Seq[TypeRefType]]\n    typeArgs map ScalaType.apply\n  }\n\n  def isPrimitive: Boolean = {\n    runtimeClass != classOf[AnyRef]\n  }\n\n  def isCollection: Boolean = {\n    classOf[Iterable[Any]].isAssignableFrom(runtimeClass)\n  }\n\n  def isMap: Boolean = {\n    classOf[Map[Any, Any]].isAssignableFrom(runtimeClass)\n  }\n\n  def isArray: Boolean = {\n    path == \"scala.Array\"\n  }\n\n  def isEnum: Boolean = {\n    runtimeClass.isEnum\n  }\n\n  \/* Private *\/\n\n  \/* Needed to support Array creation (Derived from Jerkson) *\/\n  private def primitiveAwareLoadClass(path: String): Class[_] = path match {\n    case \"scala.Boolean\" => classOf[Boolean]\n    case \"scala.Byte\" => classOf[Byte]\n    case \"scala.Char\" => classOf[Char]\n    case \"scala.Double\" => classOf[Double]\n    case \"scala.Float\" => classOf[Float]\n    case \"scala.Int\" => classOf[Int]\n    case \"scala.Long\" => classOf[Long]\n    case \"scala.Short\" => classOf[Short]\n    case _ => CaseClassSigParser.loadClass(path)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/modules\/TweetsEndpointServerModule.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.main.modules\n\nimport com.twitter.finatra.http.tests.integration.tweetexample.main.services.{MyTweetsRepository, TweetsRepository}\nimport com.twitter.inject.TwitterModule\n\n\nobject TweetsEndpointServerModule extends TwitterModule {\n\n  override def configure() {\n    bindSingleton[TweetsRepository].to[MyTweetsRepository]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/streaming-example\/src\/main\/scala\/com\/twitter\/streaming\/StreamingController.scala","text":"package com.twitter.streaming\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finatra.http.Controller\n\nclass StreamingController extends Controller {\n\n  post(\"\/tweets\") { tweets: AsyncStream[Tweet] =>\n    tweets map { tweet =>\n      \"Created tweet \" + tweet\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/RequestWithNotFoundInjections.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/RequestWithNotFoundInjections.scala\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport javax.inject.Inject\n\ncase class RequestWithNotFoundInjections(\n   @Inject fooClass: FooClass)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/IterableConversionsTest.scala","text":"package com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.iterable._\nimport com.twitter.inject.Test\n\n\nclass IterableConversionsTest extends Test {\n\n  \"RichIterable\" should {\n    \"#distinctBy\" in {\n      Seq(\"a\", \"b\", \"aa\", \"aaa\", \"bb\", \"c\") distinctBy {_.size} should equal(Seq(\"a\", \"aa\", \"aaa\"))\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/filtered_integration\/http_server\/HiLoggingThriftClientFilter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.thrift.filtered_integration.http_server\n\nimport com.twitter.finagle.Service\nimport com.twitter.greeter.thriftscala.Greeter.Hi\nimport com.twitter.greeter.thriftscala.Greeter.Hi.{Args, Result}\nimport com.twitter.inject.Logging\nimport com.twitter.util.Future\n\nclass HiLoggingThriftClientFilter extends ThriftClientFilter[Hi.Args, Hi.Result] with Logging {\n  \n  override def apply(request: Args, service: Service[Args, Result]): Future[Result] = {\n    info(\"Hi called with name \" + request.name)\n    service(request)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/OptionsConversionsTest.scala","text":"package com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.option._\nimport com.twitter.inject.Test\nimport com.twitter.util.{Future, Throw, Try}\n\nclass OptionsConversionsTest extends Test {\n\n  \"RichOption\" should {\n    \"#toFutureOrFail when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrFail(TestException),\n        Future(1))\n    }\n    \"#toFutureOrFail when None\" in {\n      assertFailedFuture[TestException](\n        None.toFutureOrFail(TestException))\n    }\n    \"#toTryOrFail when Some\" in {\n      Some(1).toTryOrFail(TestException) should equal(Try(1))\n    }\n    \"#toTryOrFail when None\" in {\n      None.toTryOrFail(TestException) should equal(Throw(TestException))\n    }\n    \"#toFutureOrElse when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrElse(2),\n        Future(1))\n    }\n    \"#toFutureOrElse when None\" in {\n      val noneInt: Option[Int] = None\n      assertFuture(\n        noneInt.toFutureOrElse(2),\n        Future(2))\n    }\n    \"#toFutureOrElse with Future when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrElse(Future(2)),\n        Future(1))\n    }\n    \"#toFutureOrElse with Future when None\" in {\n      val noneInt: Option[Int] = None\n      assertFuture(\n        noneInt.toFutureOrElse(Future(2)),\n        Future(2))\n    }\n  }\n\n  \"RichOptionFuture\" should {\n    \"#toFutureOption when Some\" in {\n      assertFuture(\n        Some(Future(1)).toFutureOption,\n        Future(Some(1)))\n    }\n    \"#toFutureOption when None\" in {\n      assertFuture(\n        None.toFutureOption,\n        Future(None))\n    }\n  }\n\n  \"format\" should {\n    \"return a formatted string when Some\" in {\n      Some(1).format(\"The value is %d\") should equal(\"The value is 1\")\n    }\n    \"return empty string when None\" in {\n      None.format(\"The value is %i\") should equal(\"\")\n    }\n  }\n\n  \"option map\" should {\n    \"map inner values when some\" in {\n      Some(Map(\"a\" -> 1)) mapInnerValues { _.toString } should equal(Some(Map(\"a\" -> \"1\")))\n    }\n\n    \"map inner values when none\" in {\n      Option.empty[Map[String, Int]] mapInnerValues { _.toString } should equal(None)\n    }\n  }\n\n  object TestException extends TestException\n\n  class TestException extends Exception\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/conversions\/optionHttp.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.conversions\n\nimport com.twitter.finatra.conversions.option.RichOption\nimport com.twitter.finatra.http.exceptions._\n\nobject optionHttp {\n\n  \/* -------------------------------------------------------- *\/\n  implicit class HttpRichOption[A](val self: Option[A]) extends AnyVal {\n    def valueOrNotFound(msg: String = \"\"): A = {\n      self.getOrElse(throw new NotFoundException(msg))\n    }\n\n    def toFutureOrNotFound(msg: String = \"\") = {\n      RichOption.toFutureOrFail(self, NotFoundException(msg))\n    }\n\n    def toFutureOrBadRequest(msg: String = \"\") = {\n      RichOption.toFutureOrFail(self, BadRequestException(msg))\n    }\n\n    def toFutureOrServerError(msg: String = \"\") = {\n      RichOption.toFutureOrFail(self, InternalServerErrorException(msg))\n    }\n\n    def toFutureOrForbidden(msg: String = \"\") = {\n      RichOption.toFutureOrFail(self, ForbiddenException(msg))\n    }\n\n    def toTryOrServerError(msg: String = \"\") = {\n      RichOption.toTryOrFail(self, InternalServerErrorException(msg))\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/streaming-example\/src\/main\/scala\/com\/twitter\/streaming\/StreamingServer.scala","text":"package com.twitter.streaming\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.filters.CommonFilters\nimport com.twitter.finatra.http.routing.HttpRouter\n\nobject StreamingServerMain extends StreamingServer\n\nclass StreamingServer extends HttpServer {\n  override def streamRequest = true\n\n  override def configureHttp(router: HttpRouter) {\n    router\n      .filter[CommonFilters]\n      .add[StreamingController]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/test\/DoEverythingCombinedServerFeatureTest.scala","text":"package com.twitter.finatra.multiserver.test\n\nimport com.twitter.adder.thriftscala.Adder\nimport com.twitter.finagle.http.Status\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.finatra.multiserver.CombinedServer.{AdminAdd1Request, DoEverythingCombinedServer}\nimport com.twitter.finatra.thrift.ThriftClient\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.util.{Await, Future}\n\nclass DoEverythingCombinedServerFeatureTest extends FeatureTest {\n\n  val server = new EmbeddedHttpServer(\n    twitterServer = new DoEverythingCombinedServer)\n    with ThriftClient\n\n  lazy val client = server.thriftClient[Adder[Future]](clientId = \"client123\")\n\n  \"server\" should {\n\n    \"bind thrift external port\" in {\n      server.thriftExternalPort should not be 0\n    }\n\n    \"ping\" in {\n      server.httpGet(\n        \"\/ping\")\n    }\n\n    \"add1 http\" in {\n      server.httpGet(\n        \"\/add1?num=5\",\n        andExpect = Status.Ok,\n        withBody = \"6\")\n    }\n\n    \"add1 admin\" in {\n      server.httpPost(\n        \"\/admin\/finatra\/add1\",\n        routeToAdminServer = true,\n        postBody = server.mapper.writeValueAsString(AdminAdd1Request(num = 5)),\n        andExpect = Status.Ok,\n        withBody = \"6\")\n    }\n\n    \"admin foo\" in {\n      server.httpGet(\n        \"\/admin\/foo\",\n        routeToAdminServer = true,\n        andExpect = Status.Ok,\n        withBody = \"Bar\"\n      )\n    }\n\n    \"add1 thrift\" in {\n      Await.result {\n        client.add1(5)\n      } should be(6)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/modules\/AdminModule.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/modules\/AdminModule.scala<gh_stars>0\npackage com.twitter.finatra.http.tests.integration.tweetexample.main.modules\n\nimport com.google.inject.{Exposed, Provides}\nimport com.twitter.finatra.http.tests.integration.tweetexample.main.services.admin.{DatabaseClient, UserService}\nimport com.twitter.finatra.test.{Prod, Staging}\nimport com.twitter.inject.{TwitterModule, TwitterPrivateModule}\nimport javax.inject.Singleton\n\nobject AdminModule extends TwitterModule {\n\n  override val modules = Seq(\n\n    \/\/ Prod\n    new TwitterPrivateModule {\n\n      @Singleton\n      @Provides\n      @Exposed\n      @Prod\n      def providesProdUserDAO(dao: UserService): UserService = {\n        dao\n      }\n\n      @Singleton\n      @Provides\n      def providesProdDatabaseClient = {\n        new DatabaseClient(\"data:\/\/prod\")\n      }\n    },\n\n    \/\/ Staging\n    new TwitterPrivateModule {\n\n      @Singleton\n      @Provides\n      @Exposed\n      @Staging\n      def providesStagingUserDAO(dao: UserService): UserService = {\n        dao\n      }\n\n      @Singleton\n      @Provides\n      def providesStagingDatabaseClient = {\n        new DatabaseClient(\"data:\/\/staging\")\n      }\n    })\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/filtered_integration\/thrift_server\/GreeterImpl.scala","text":"package com.twitter.inject.thrift.filtered_integration.thrift_server\n\nimport com.twitter.finagle.thrift.ClientId\nimport com.twitter.greeter.thriftscala.{ByeOperation, ByeResponse, Greeter, InvalidOperation}\nimport com.twitter.inject.Logging\nimport com.twitter.util.Future\nimport java.util.concurrent.atomic.AtomicInteger\nimport javax.inject.Singleton\n\n@Singleton\nclass GreeterImpl\n  extends Greeter[Future]\n  with Logging {\n\n  private val hiNumCalled = new AtomicInteger(0)\n  private val byeNumCalled = new AtomicInteger(0)\n\n  \/* Public *\/\n\n  override def hi(name: String): Future[String] = {\n    val numCalled = hiNumCalled.incrementAndGet()\n    info(s\"Hi called with message: \" + name)\n    assertClientId(\"greeter-http-service\")\n\n    if (numCalled == 1)\n      Future.exception(new IllegalArgumentException)\n    else if (numCalled == 2)\n      Future.exception(new InvalidOperation(what = 123, why = \"woops\"))\n    else if (numCalled == 3)\n      Future.value(\"ERROR\")\n    else\n      Future.value(s\"Hi $name\")\n  }\n\n  override def bye(name: String, age: Int): Future[ByeResponse] = {\n    val numCalled = byeNumCalled.incrementAndGet()\n\n    if (numCalled == 1)\n      Future.exception(new NullPointerException)\n    else if (numCalled == 2)\n      Future.exception(new ByeOperation(code = 456))\n    else\n      Future.value(\n        ByeResponse(code = 123, s\"Bye $name of $age years!\"))\n  }\n\n  \/* Private *\/\n\n  private def assertClientId(name: String): Unit = {\n    assert(\n      ClientId.current.exists(_ == ClientId(name)),\n      \"Invalid Client ID: \" + ClientId.current)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/test\/scala\/com\/twitter\/finatra\/httpclient\/InMemoryHttpServiceTest.scala","text":"package com.twitter.finatra.httpclient\n\nimport com.twitter.finagle.http.{Method, Request, Response}\nimport com.twitter.finatra.httpclient.test.{InMemoryHttpService, PostRequestWithIncorrectBodyException}\nimport com.twitter.inject.Test\nimport com.twitter.util.Await\nimport org.specs2.mock.Mockito\n\nclass InMemoryHttpServiceTest extends Test with Mockito {\n  val inMemoryHttpService = new InMemoryHttpService()\n  val mockResponse1 = mock[Response]\n  val mockResponse2 = mock[Response]\n\n  \"single post mocked\" in {\n    inMemoryHttpService.mockPost(\"\/foo\", andReturn = mockResponse1)\n    assertPost(\"\/foo\", \"\", mockResponse1)\n  }\n\n  \"multiple posts mocked\" in {\n    inMemoryHttpService.mockPost(\"\/foo\", andReturn = mockResponse1)\n    inMemoryHttpService.mockPost(\"\/foo\", andReturn = mockResponse2)\n\n    assertPost(\"\/foo\", \"\", mockResponse1)\n    assertPost(\"\/foo\", \"\", mockResponse2)\n  }\n\n  \"post mocked with matching body\" in {\n    inMemoryHttpService.mockPost(\"\/foo\", withBody = \"asdf\", andReturn = mockResponse1)\n    assertPost(\"\/foo\", \"asdf\", mockResponse1)\n  }\n\n  \"post mocked with different body\" in {\n    inMemoryHttpService.mockPost(\"\/foo\", withBody = \"asdf\", andReturn = mockResponse1)\n\n    val request = Request(Method.Post, \"\/foo\")\n    request.setContentString(\"11111\")\n    assertFailedFuture[PostRequestWithIncorrectBodyException] {\n      inMemoryHttpService.apply(request)\n    }\n  }\n\n  def assertPost(path: String, body: String, response: Response) {\n    val request = Request(Method.Post, path)\n    request.setContentString(body)\n    assertResponse(request, response)\n  }\n\n  def assertGet(path: String, body: String = \"\", response: Response) {\n    val request = Request(Method.Get, path)\n    assertResponse(request, response)\n  }\n\n  def assertResponse(request: Request, expectedResponse: Response) {\n    val response = Await.result(inMemoryHttpService(request))\n    if (response != expectedResponse) {\n      fail(response + \" does not equal expected \" + expectedResponse)\n    }\n  }\n\n  override protected def afterAll() = {\n    super.afterAll()\n    inMemoryHttpService.close()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/routing\/HttpRouter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.routing\n\nimport com.twitter.finagle.Filter\nimport com.twitter.finatra.http.exceptions.{ExceptionManager, ExceptionMapper}\nimport com.twitter.finatra.http.internal.marshalling.{CallbackConverter, MessageBodyManager}\nimport com.twitter.finatra.http.internal.routing.{Route, RoutesByType, RoutingService, Services}\nimport com.twitter.finatra.http.marshalling.MessageBodyComponent\nimport com.twitter.finatra.http.{Controller, HttpFilter, AbstractController}\nimport com.twitter.inject.{Injector, Logging}\nimport javax.inject.{Inject, Singleton}\nimport scala.collection.mutable.ArrayBuffer\n\nobject HttpRouter {\n  val FinatraAdminPrefix = \"\/admin\/finatra\/\"\n}\n\n@Singleton\nclass HttpRouter @Inject()(\n  injector: Injector,\n  callbackConverter: CallbackConverter,\n  messageBodyManager: MessageBodyManager,\n  exceptionManager: ExceptionManager)\n  extends Logging {\n\n  \/* Mutable State *\/\n  private[finatra] var globalBeforeRouteMatchingFilter: HttpFilter = Filter.identity\n  private[finatra] var globalFilter: HttpFilter = Filter.identity\n  private[finatra] val routes = ArrayBuffer[Route]()\n\n  private[finatra] lazy val routesByType = partitionRoutesByType()\n  private[finatra] lazy val services: Services = {\n    Services(\n      routesByType,\n      adminService = globalBeforeRouteMatchingFilter andThen new RoutingService(routesByType.admin),\n      externalService = globalBeforeRouteMatchingFilter andThen new RoutingService(routesByType.external))\n  }\n\n  \/* Public *\/\n\n  def exceptionMapper[T <: ExceptionMapper[_]: Manifest]: HttpRouter = {\n    exceptionManager.add[T]\n    this\n  }\n\n  def exceptionMapper[T <: Throwable : Manifest](mapper: ExceptionMapper[T]): HttpRouter = {\n    exceptionManager.add[T](mapper)\n    this\n  }\n\n  def register[MBR <: MessageBodyComponent : Manifest]: HttpRouter = {\n    messageBodyManager.add[MBR]()\n    this\n  }\n\n  def register[MBR <: MessageBodyComponent : Manifest, ObjTypeToReadWrite: Manifest]: HttpRouter = {\n    messageBodyManager.addExplicit[MBR, ObjTypeToReadWrite]()\n    this\n  }\n\n  \/** Add global filter used for all requests, by default applied AFTER route matching *\/\n  def filter(clazz: Class[_ <: HttpFilter]): HttpRouter = {\n    filter(injector.instance(clazz))\n  }\n\n  \/** Add global filter used for all requests, optionally BEFORE route matching *\/\n  def filter(clazz: Class[_ <: HttpFilter], beforeRouting: Boolean): HttpRouter = {\n    if (beforeRouting) {\n      filter(injector.instance(clazz), beforeRouting = true)\n    } else {\n      filter(injector.instance(clazz))\n    }\n  }\n\n  \/** Add global filter used for all requests, by default applied AFTER route matching *\/\n  def filter[FilterType <: HttpFilter : Manifest]: HttpRouter = {\n    filter(injector.instance[FilterType])\n  }\n\n  \/** Add global filter used for all requests, optionally BEFORE route matching *\/\n  def filter[FilterType <: HttpFilter : Manifest](beforeRouting: Boolean): HttpRouter = {\n    if (beforeRouting) {\n      filter(injector.instance[FilterType], beforeRouting = true)\n      this\n    } else {\n      filter(injector.instance[FilterType])\n    }\n  }\n\n  \/** Add global filter used for all requests, by default applied AFTER route matching *\/\n  def filter(filter: HttpFilter): HttpRouter = {\n    assert(routes.isEmpty, \"'filter' must be called before 'add'.\")\n    globalFilter = globalFilter andThen filter\n    this\n  }\n\n  \/** Add global filter used for all requests, optionally BEFORE route matching *\/\n  def filter(filter: HttpFilter, beforeRouting: Boolean): HttpRouter = {\n    if (beforeRouting) {\n      assert(routes.isEmpty && globalFilter == Filter.identity,\n        \"'filter[T](beforeRouting = true)' must be called before 'filter' or 'add'.\")\n      globalBeforeRouteMatchingFilter = globalBeforeRouteMatchingFilter andThen filter\n      this\n    } else {\n      this.filter(filter)\n    }\n  }\n\n  def add(controller: Controller): HttpRouter = {\n    injector.underlying.injectMembers(controller)\n    addInjected(controller)\n  }\n\n  \/** Add per-controller filter (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add(filter: HttpFilter, controller: Controller): HttpRouter = {\n    injector.underlying.injectMembers(controller)\n    addInjected(filter, controller)\n  }\n\n  def add[C <: Controller : Manifest]: HttpRouter = {\n    val controller = injector.instance[C]\n    addInjected(controller)\n  }\n\n  def add(clazz: Class[_ <: AbstractController]): HttpRouter = {\n    val controller = injector.instance(clazz)\n    controller.configureRoutes()\n    addInjected(controller)\n  }\n\n  \/\/ Generated\n  \/* Note: If you have more than 10 filters, combine some of them using MergedFilter (@see CommonFilters) *\/\n  \/** Add per-controller filter (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, F6 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5] andThen injector.instance[F6])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, F6 <: HttpFilter : Manifest, F7 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5] andThen injector.instance[F6] andThen injector.instance[F7])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, F6 <: HttpFilter : Manifest, F7 <: HttpFilter : Manifest, F8 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5] andThen injector.instance[F6] andThen injector.instance[F7] andThen injector.instance[F8])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, F6 <: HttpFilter : Manifest, F7 <: HttpFilter : Manifest, F8 <: HttpFilter : Manifest, F9 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5] andThen injector.instance[F6] andThen injector.instance[F7] andThen injector.instance[F8] andThen injector.instance[F9])\n\n  \/** Add per-controller filters (Note: Per-controller filters only run if the paired controller has a matching route) *\/\n  def add[F1 <: HttpFilter : Manifest, F2 <: HttpFilter : Manifest, F3 <: HttpFilter : Manifest, F4 <: HttpFilter : Manifest, F5 <: HttpFilter : Manifest, F6 <: HttpFilter : Manifest, F7 <: HttpFilter : Manifest, F8 <: HttpFilter : Manifest, F9 <: HttpFilter : Manifest, F10 <: HttpFilter : Manifest, C <: Controller : Manifest]: HttpRouter = add[C](injector.instance[F1] andThen injector.instance[F2] andThen injector.instance[F3] andThen injector.instance[F4] andThen injector.instance[F5] andThen injector.instance[F6] andThen injector.instance[F7] andThen injector.instance[F8] andThen injector.instance[F9] andThen injector.instance[F10])\n\n  \/* Private *\/\n\n  private def add[C <: Controller : Manifest](filter: HttpFilter): HttpRouter = {\n    addInjected(\n      filter,\n      injector.instance[C])\n  }\n\n  private def addInjected(controller: Controller): HttpRouter = {\n    routes ++= buildRoutes(controller) map { _.withFilter(globalFilter) }\n    this\n  }\n\n  private def addInjected(filter: HttpFilter, controller: Controller): HttpRouter = {\n    val routesWithFilter = buildRoutes(controller) map { _.withFilter(globalFilter andThen filter) }\n    routes ++= routesWithFilter\n    this\n  }\n\n  private def buildRoutes(controller: Controller): Seq[Route] = {\n    controller.routeBuilders.map { _.build(callbackConverter, injector) }\n  }\n\n  private[finatra] def partitionRoutesByType(): RoutesByType = {\n    info(\"Adding routes\\n\" + (routes.map {_.summary} mkString \"\\n\"))\n    val (adminRoutes, externalRoutes) = routes partition { route =>\n      route.path.startsWith(\"\/admin\") || route.admin\n    }\n    assertAdminRoutes(adminRoutes)\n    RoutesByType(\n      external = externalRoutes.toSeq,\n      admin = adminRoutes.toSeq)\n  }\n\n  \/\/ constant routes CAN start with \/admin\/, all others MUST start with \/admin\/finatra\n  private def assertAdminRoutes(routes: ArrayBuffer[Route]): Unit = {\n    val message = \"Error adding route: %s. %s\"\n\n    for (route <- routes) {\n      if (route.constantRoute) {\n        \/\/ constant routes MUST start with at least \/admin\/\n        if (!(route.path startsWith \"\/admin\/\")) {\n          val msg = message.format(route.path, \"Constant admin interface routes must start with prefix: \/admin\/\")\n          error(msg)\n          throw new java.lang.AssertionError(msg)\n        }\n      } else {\n        \/\/ non-constant routes MUST start with \/admin\/finatra\/\n        if(!(route.path startsWith HttpRouter.FinatraAdminPrefix)) {\n          val msg = message.format(\n            route.path,\n            \"Non-constant admin interface routes must start with prefix: \" + HttpRouter.FinatraAdminPrefix)\n          error(msg)\n          throw new java.lang.AssertionError(msg)\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/Controller.scala","text":"package com.twitter.finatra.thrift\n\nimport com.twitter.finagle.Service\nimport com.twitter.finatra.thrift.internal.ThriftMethodService\nimport com.twitter.inject.Logging\nimport com.twitter.scrooge.{ToThriftService, ThriftMethod}\nimport scala.collection.mutable.ListBuffer\n\ntrait Controller extends Logging { self: ToThriftService =>\n  private[thrift] val methods = new ListBuffer[ThriftMethodService[_, _]]\n\n  protected def handle[Args, Result](method: ThriftMethod)(f: method.FunctionType)(\n    implicit argsEv: =:=[Args, method.Args],\n    resultEv: =:=[Result, method.Result],\n    svcEv: =:=[method.ServiceType, Service[Args, Result]]): ThriftMethodService[Args, Result] = {\n    val thriftMethodService =\n      new ThriftMethodService[Args, Result](method, method.functionToService(f))\n    methods += thriftMethodService\n    thriftMethodService\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"benchmarks\/src\/test\/scala\/com\/twitter\/finatra\/http\/benchmarks\/RoutingServiceBenchmarkTest.scala","text":"<filename>benchmarks\/src\/test\/scala\/com\/twitter\/finatra\/http\/benchmarks\/RoutingServiceBenchmarkTest.scala\npackage com.twitter.finatra.http.benchmarks\n\nimport com.twitter.inject.Test\n\nclass RoutingServiceBenchmarkTest extends Test {\n\n  \"test\" in {\n    val benchmark = new RoutingServiceBenchmark()\n    benchmark.timeOldLastConstant()\n    benchmark.timeOldLastNonConstant()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/response\/ResponseBuilder.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.response\n\nimport com.google.common.net.{HttpHeaders, MediaType}\nimport com.twitter.finagle.http.{Cookie => FinagleCookie, _}\nimport com.twitter.finagle.netty3.ChannelBufferBuf\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finatra.http.contexts.RouteInfo\nimport com.twitter.finatra.http.exceptions.HttpResponseException\nimport com.twitter.finatra.http.internal.marshalling.MessageBodyManager\nimport com.twitter.finatra.http.marshalling.mustache.MustacheBodyComponent\nimport com.twitter.finatra.http.routing.FileResolver\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.inject.Logging\nimport com.twitter.inject.annotations.Flag\nimport com.twitter.inject.exceptions.DetailedNonRetryableSourcedException\nimport com.twitter.io.Buf\nimport com.twitter.util.Future\nimport java.io.{BufferedInputStream, File, FileInputStream, InputStream}\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.function.{Function => JFunction}\nimport javax.inject.Inject\nimport org.apache.commons.io.FilenameUtils._\nimport org.apache.commons.io.IOUtils\nimport org.jboss.netty.buffer.{ChannelBuffer, ChannelBuffers}\nimport org.jboss.netty.handler.codec.http.{Cookie => NettyCookie, DefaultCookie}\nimport scala.runtime.BoxedUnit\n\nobject ResponseBuilder {\n  val DefaultCharset = \"charset=utf-8\"\n}\n\nclass ResponseBuilder @Inject()(\n  objectMapper: FinatraObjectMapper,\n  fileResolver: FileResolver,\n  messageBodyManager: MessageBodyManager,\n  statsReceiver: StatsReceiver,\n  @Flag(\"http.response.charset.enabled\") includeContentTypeCharset: Boolean)\n  extends Logging {\n\n  \/\/ generates stats in the form: service\/failure\/[source]\/[details]\n  private val serviceFailureNamespace = Seq(\"service\", \"failure\")\n  private val serviceFailureScoped = statsReceiver.scope(serviceFailureNamespace: _*)\n  private val serviceFailureCounter = statsReceiver.counter(serviceFailureNamespace: _*)\n\n  \/\/ optimized\n  private[this] val mimeTypeCache = new ConcurrentHashMap[String, String]()\n  private[this] val whenMimeTypeAbsent = new JFunction[String, String] {\n    override def apply(mimeType: String): String = {\n      if (includeContentTypeCharset)\n        mimeType + \"; \" + ResponseBuilder.DefaultCharset\n      else\n        mimeType\n    }\n  }\n  \/\/ optimized: MediaType.toString is a hotspot when profiling\n  private[this] val mediaTypeCache = new ConcurrentHashMap[MediaType, String]()\n  private[this] val whenMediaTypeAbsent = new JFunction[MediaType, String] {\n    override def apply(mediaType: MediaType): String = {\n      mediaType.toString\n    }\n  }\n\n  val plainTextContentType = fullMimeTypeValue(\"text\/plain\")\n  val jsonContentType = fullMimeTypeValue(\"application\/json\")\n\n  \/* Status Codes *\/\n\n  def status(statusCode: Int): EnrichedResponse = status(Status(statusCode))\n\n  def status(responseStatus: Status): EnrichedResponse = EnrichedResponse(responseStatus)\n\n  def ok: EnrichedResponse = EnrichedResponse(Status.Ok)\n\n  def ok(body: Any): EnrichedResponse = EnrichedResponse(Status.Ok).body(body)\n\n  \/**\n   * Returns an `Ok` response with a written body, potentially based on values\n   * contained within the `Request`.\n   *\n   * @note This version is useful when the `body` parameter requires custom\n   *       message body rendering and values in the `Request` are required for\n   *       decision making.\n   * @param request the HTTP Request associated with this response\n   * @param body    the response body, or the information needed to render the body\n   *\/\n  def ok(request: Request, body: Any): EnrichedResponse = EnrichedResponse(Status.Ok).body(request, body)\n\n  def ok(body: String): EnrichedResponse = EnrichedResponse(Status.Ok).body(body)\n\n  def noContent: EnrichedResponse = EnrichedResponse(Status.NoContent)\n\n  def notAcceptable: EnrichedResponse = EnrichedResponse(Status.NotAcceptable)\n\n  def notAcceptable(body: Any): EnrichedResponse = EnrichedResponse(Status.NotAcceptable).body(body)\n\n  def created = EnrichedResponse(Status.Created)\n\n  def created(body: Any) = EnrichedResponse(Status.Created).body(body)\n\n  def accepted = EnrichedResponse(Status.Accepted)\n\n  def accepted(body: Any) = EnrichedResponse(Status.Accepted).body(body)\n\n  def movedPermanently = EnrichedResponse(Status.MovedPermanently)\n\n  def movedPermanently(body: Any) = EnrichedResponse(Status.MovedPermanently).body(body)\n\n  def found = EnrichedResponse(Status.Found)\n\n  def notModified = EnrichedResponse(Status.NotModified)\n\n  def temporaryRedirect = EnrichedResponse(Status.TemporaryRedirect)\n\n  def methodNotAllowed = EnrichedResponse(Status.MethodNotAllowed)\n\n  def badGateway = EnrichedResponse(Status.BadGateway)\n\n  def badRequest = EnrichedResponse(Status.BadRequest)\n\n  def badRequest(body: Any) = EnrichedResponse(Status.BadRequest).body(body)\n\n  def conflict = EnrichedResponse(Status.Conflict)\n\n  def conflict(body: Any) = EnrichedResponse(Status.Conflict).body(body)\n\n  def unauthorized = EnrichedResponse(Status.Unauthorized)\n\n  def unauthorized(body: Any) = EnrichedResponse(Status.Unauthorized).body(body)\n\n  def forbidden = EnrichedResponse(Status.Forbidden)\n\n  def forbidden(body: Any) = EnrichedResponse(Status.Forbidden).body(body)\n\n  def notFound = EnrichedResponse(Status.NotFound)\n\n  def notFound(body: String) = EnrichedResponse(Status.NotFound).plain(body)\n\n  def notFound(body: Any) = EnrichedResponse(Status.NotFound).body(body)\n\n  def preconditionFailed = EnrichedResponse(Status.PreconditionFailed)\n\n  def preconditionFailed(body: Any) = EnrichedResponse(Status.PreconditionFailed).body(body)\n\n  def requestEntityTooLarge = EnrichedResponse(Status.RequestEntityTooLarge)\n\n  def requestEntityTooLarge(body: Any) = EnrichedResponse(Status.RequestEntityTooLarge).body(body)\n\n  def gone = EnrichedResponse(Status.Gone)\n\n  def gone(body: Any) = EnrichedResponse(Status.Gone).body(body)\n\n  def internalServerError = EnrichedResponse(Status.InternalServerError)\n\n  def internalServerError(body: Any) = EnrichedResponse(Status.InternalServerError).body(body)\n\n  def notImplemented = EnrichedResponse(Status.NotImplemented)\n\n  def serviceUnavailable = EnrichedResponse(Status.ServiceUnavailable)\n\n  def clientClosed = EnrichedResponse(Status.ClientClosedRequest)\n\n  def create(response: Response) = new EnrichedResponse(response)\n\n  private def fullMimeTypeValue(mimeType: String): String = {\n    mimeTypeCache.computeIfAbsent(mimeType, whenMimeTypeAbsent)\n  }\n\n  object EnrichedResponse {\n    def apply(s: Status): EnrichedResponse = EnrichedResponse(Response(Version.Http11, s))\n  }\n\n  \/* Wrapper around Finagle Response which exposes a builder-like API *\/\n  case class EnrichedResponse(resp: Response)\n    extends ResponseProxy {\n    override val response = resp\n\n    \/* Public *\/\n\n    def cookie(k: String, v: String): EnrichedResponse = {\n      cookie(new FinagleCookie(new DefaultCookie(k, v)))\n      this\n    }\n\n    def cookie(c: FinagleCookie): EnrichedResponse = {\n      response.addCookie(c)\n      this\n    }\n\n    def cookie(c: NettyCookie): EnrichedResponse = {\n      response.addCookie(new FinagleCookie(c))\n      this\n    }\n\n    def json(obj: Any) = {\n      contentTypeJson()\n\n      obj match {\n        case bytes: Array[Byte] => body(bytes)\n        case str: String => body(str)\n        case _ =>\n          response.withOutputStream { os =>\n            objectMapper.writeValue(obj, os)\n          }\n      }\n      this\n    }\n\n    def jsonError: EnrichedResponse = {\n      jsonError(status.reason.toLowerCase)\n      this\n    }\n\n    def jsonError(message: String): EnrichedResponse = {\n      json(ErrorsResponse(message))\n      this\n    }\n\n    def body(any: Any): EnrichedResponse = body(None, any)\n\n    \/**\n     * Returns a response with a written body, potentially based on values\n     * contained within the `Request`.\n     *\n     * @note This version is useful when the `any` parameter requires custom\n     *       message body rendering and values in the `Request` are required for\n     *       decision making.\n     * @param request the HTTP Request associated with this response\n     * @param any     the body, or the information needed to render the body\n     *\/\n    def body(request: Request, any: Any): EnrichedResponse = body(Some(request), any)\n\n    def file(file: File): EnrichedResponse = {\n      body(\n        new BufferedInputStream(\n          new FileInputStream(file)))\n\n      contentType(\n        fileResolver.getContentType(file.getName))\n    }\n\n    def body(b: Array[Byte]): EnrichedResponse = {\n      response.content = Buf.ByteArray.Owned(b)\n      this\n    }\n\n    def body(bodyStr: String): EnrichedResponse = {\n      response.setContentString(bodyStr)\n      this\n    }\n\n    def body(inputStream: InputStream): EnrichedResponse = {\n      body(\n        ChannelBufferBuf.Owned(\n          ChannelBuffers.wrappedBuffer(\n            IOUtils.toByteArray(inputStream)\n          )\n        )\n      )\n      this\n    }\n\n    @deprecated(\"use body(Buf)\", \"2015-08-20\")\n    def body(channelBuffer: ChannelBuffer): EnrichedResponse = {\n      response.content = ChannelBufferBuf.Owned(channelBuffer)\n      this\n    }\n\n    def body(buffer: Buf): EnrichedResponse = {\n      response.content = buffer\n      this\n    }\n\n    def contentTypeJson() = {\n      response.headerMap.set(\n        Fields.ContentType,\n        jsonContentType)\n      this\n    }\n\n    def nothing = {\n      this\n    }\n\n    def plain(any: Any): EnrichedResponse = {\n      response.headerMap.set(HttpHeaders.CONTENT_TYPE, mediaToString(MediaType.PLAIN_TEXT_UTF_8))\n      body(any)\n    }\n\n    def html(html: String) = {\n      response.headerMap.set(HttpHeaders.CONTENT_TYPE, mediaToString(MediaType.HTML_UTF_8))\n      body(html)\n      this\n    }\n\n    def html(any: Any) = {\n      response.headerMap.set(HttpHeaders.CONTENT_TYPE, mediaToString(MediaType.HTML_UTF_8))\n      body(any)\n      this\n    }\n\n    def location(uri: Any): EnrichedResponse = {\n      location(uri.toString)\n    }\n\n    def location(uri: String): EnrichedResponse = {\n      response.headerMap.set(\"Location\", uri)\n      this\n    }\n\n    def header(k: String, v: Any) = {\n      response.headerMap.set(k, v.toString)\n      this\n    }\n\n    def header(k: String, v: MediaType) = {\n      response.headerMap.set(k, mediaToString(v))\n      this\n    }\n\n    def headers(map: Map[String, String]) = {\n      for ((k, v) <- map) {\n        response.headerMap.set(k, v)\n      }\n      this\n    }\n\n    def headers(entries: (String, Any)*) = {\n      for ((k, v) <- entries) {\n        response.headerMap.set(k, v.toString)\n      }\n      this\n    }\n\n    def contentType(mimeType: String) = {\n      response.headerMap.set(\n        Fields.ContentType,\n        fullMimeTypeValue(mimeType))\n      this\n    }\n\n    def contentType(mimeType: MediaType) = {\n      response.headerMap.set(\n        Fields.ContentType,\n        mediaToString(mimeType))\n      this\n    }\n\n    def file(file: String): Response = {\n      val fileWithSlash = if (file.startsWith(\"\/\")) file else \"\/\" + file\n      fileResolver.getInputStream(fileWithSlash) map { inputStream =>\n        contentType(fileResolver.getContentType(file))\n        body(inputStream)\n      } getOrElse {\n        notFound.plain(fileWithSlash + \" not found\")\n      }\n    }\n\n    \/**\n     * Return the file (only if it's a file w\/ an extension), otherwise return the index.\n     * Note: This functionality is useful for \"single-page\" UI frameworks (e.g. AngularJS)\n     * that perform client side routing.\n     *\/\n    def fileOrIndex(filePath: String, indexPath: String) = {\n      if (isFile(filePath))\n        file(filePath)\n      else\n        file(indexPath)\n    }\n\n    def view(template: String, obj: Any) = {\n      html(MustacheBodyComponent(obj, template))\n    }\n\n    \/* Exception Stats *\/\n\n    \/**\n     * Helper method for returning responses that are the result of a \"service-level\" failure. This is most commonly\n     * useful in an [[com.twitter.finatra.http.exceptions.ExceptionMapper]] implementation. E.g.,\n     *\n     * @\\Singleton\n     * class AuthenticationExceptionMapper @Inject()(\n     *  response: ResponseBuilder)\n     * extends ExceptionMapper[AuthenticationException] {\n     *\n     *  override def toResponse(\n     *    request: Request,\n     *    exception: AuthenticationException\n     *  ): Response = {\n     *    response\n     *      .status(exception.status)\n     *      .failureClassifier(\n     *        is5xxStatus(exception.status),\n     *        request,\n     *        exception)\n     *    .jsonError(s\"Your account could not be authenticated. Reason: ${exception.resultCode}\")\n     *  }\n     * }\n     *\n     * @param request - the [[com.twitter.finagle.http.Request]] that triggered the failure\n     * @param source  - The named component responsible for causing this failure.\n     * @param details - Details about this exception suitable for stats. Each element will be converted into a string.\n     *                Note: Each element must have a bounded set of values (e.g. You can stat the type of a tweet\n     *                as \"protected\" or \"unprotected\", but you can't include the actual tweet id \"696081566032723968\").\n     * @param message - Details about this exception to be logged when this exception occurs. Typically logDetails\n     *                contains the unbounded details of the exception that you are not able to stat such as an\n     *                actual tweet ID (see above)\n     * @see [[EnrichedResponse#failureClassifier]]\n     * @return this [[EnrichedResponse]]\n     *\/\n    def failure(\n      request: Request,\n      source: String,\n      details: Seq[Any],\n      message: String = \"\"\n    ): ResponseBuilder#EnrichedResponse = {\n      failureClassifier(classifier = true, request, source, details, message)\n    }\n\n    def failure(\n      request: Request,\n      exception: DetailedNonRetryableSourcedException\n    ): ResponseBuilder#EnrichedResponse = {\n      failureClassifier(classifier = true, request, exception.source, exception.details, exception.message)\n    }\n\n    def failureClassifier(\n      classifier: => Boolean,\n      request: Request,\n      exception: DetailedNonRetryableSourcedException\n    ): ResponseBuilder#EnrichedResponse = {\n      failureClassifier(classifier, request, exception.source, exception.details)\n    }\n\n    \/**\n     * Helper method for returning responses that are the result of a \"service-level\" failure. This is most commonly\n     * useful in an [[com.twitter.finatra.http.exceptions.ExceptionMapper]] implementation.\n     *\n     * @param classifier - if the failure should be \"classified\", e.g. logged and stat'd accordingly\n     * @param request    - the [[com.twitter.finagle.http.Request]] that triggered the failure\n     * @param source     - The named component responsible for causing this failure.\n     * @param details    - Details about this exception suitable for stats. Each element will be converted into a string.\n     *                   Note: Each element must have a bounded set of values (e.g. You can stat the type of a tweet\n     *                   as \"protected\" or \"unprotected\", but you can't include the actual tweet id \"696081566032723968\").\n     * @param message    - Details about this exception to be logged when this exception occurs. Typically logDetails\n     *                   contains the unbounded details of the exception that you are not able to stat such as an\n     *                   actual tweet ID (see above)\n     * @return this [[EnrichedResponse]]\n     *\/\n    def failureClassifier(\n      classifier: => Boolean,\n      request: Request,\n      source: String,\n      details: Seq[Any] = Seq(),\n      message: String = \"\"\n    ): ResponseBuilder#EnrichedResponse = {\n      if (classifier) {\n        val detailStrings = details.map(_.toString)\n        warn(s\"Request Failure: $source\/\" + detailStrings.mkString(\"\/\") + \" \" + message)\n        serviceFailureCounter.incr() \/\/ service\/failure\n        serviceFailureScoped.counter(source).incr() \/\/ service\/failure\/AuthService\n        serviceFailureScoped.scope(source).counter(detailStrings: _*).incr() \/\/ service\/failure\/AuthService\/3040\/Bad_signature\n        routeScopedFailure(request).scope(source).counter(detailStrings: _*).incr() \/\/ route\/hello\/POST\/failure\/AuthService\/3040\/Bad_signature\n      }\n\n      this\n    }\n\n    \/* Public Conversions *\/\n\n    def toFuture: Future[Response] = Future.value(response)\n\n    def toException: HttpResponseException = new HttpResponseException(response)\n\n    def toFutureException[T]: Future[T] = Future.exception(toException)\n\n    \/* Private *\/\n\n    private def isFile(requestPath: String) = {\n      getExtension(requestPath).nonEmpty\n    }\n\n    private def mediaToString(mediaType: MediaType): String = {\n      mediaTypeCache.computeIfAbsent(mediaType, whenMediaTypeAbsent)\n    }\n\n    private def routeScopedFailure(request: Request): StatsReceiver = {\n      val routeInfo = RouteInfo(request).getOrElse(throw new Exception(\"routeScopedFailure can only be used within a HTTP request callback\"))\n      statsReceiver.scope(\"route\", routeInfo.sanitizedPath, request.method.toString(), \"failure\")\n    }\n\n    private def body(request: Option[Request], any: Any): EnrichedResponse = {\n      any match {\n        case null => nothing\n        case buf: Buf => body(buf)\n        case bytes: Array[Byte] => body(bytes)\n        case cbos: ChannelBuffer => body(ChannelBufferBuf.Owned(cbos))\n        case \"\" => nothing\n        case Unit => nothing\n        case _: BoxedUnit => nothing\n        case opt if opt == None => nothing\n        case str: String => body(str)\n        case _file: File => file(_file)\n        case _ =>\n          val writer = messageBodyManager.writer(any)\n          val writerResponse = request match {\n            case Some(req) => writer.write(req, any)\n            case None => writer.write(any)\n          }\n          body(writerResponse.body)\n          contentType(writerResponse.contentType)\n          headers(writerResponse.headers)\n      }\n      this\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/hello-world-heroku\/src\/test\/scala\/com\/twitter\/hello\/heroku\/HelloWorldStartupTest.scala","text":"package com.twitter.hello.heroku\n\nimport com.codahale.metrics.MetricFilter\nimport com.google.inject.Stage\nimport com.twitter.finagle.metrics.MetricsStatsReceiver\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.server.FeatureTest\n\nclass HelloWorldStartupTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(\n    twitterServer = new HelloWorldServer,\n    stage = Stage.PRODUCTION,\n    verbose = false)\n\n  override def afterEach() {\n    MetricsStatsReceiver.metrics.removeMatching(MetricFilter.ALL)\n  }\n\n  \"Server\" should {\n    \"startup\" in {\n      \/\/ Because we disabled the adminHttpServer we instead check the started flag.\n      server.assertStarted()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/services\/ComplexService.scala","text":"package com.twitter.finatra.http.tests.integration.doeverything.main.services\n\nimport com.google.inject.assistedinject.Assisted\nimport com.twitter.inject.annotations.Flag\nimport javax.inject.{Inject, Named}\nimport org.joda.time.Duration\n\nclass ComplexService @Inject()(\n  exampleService: DoEverythingService,\n  defaultString: String,\n  @Named(\"str1\") string1: String,\n  @Named(\"str2\") string2: String,\n  defaultInt: Int,\n  @Flag(\"moduleDuration\") duration1: Duration,\n  @Assisted name: String) {\n\n  def execute = {\n    exampleService.doit + \" \" + name + \" \" + duration1.getMillis\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/MaxValidator.scala","text":"package com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.validation.{ErrorCode, Max, ValidationMessageResolver, ValidationResult, Validator}\n\nprivate[finatra] object MaxValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: Any,\n    maxValue: Long): String = {\n\n    resolver.resolve(classOf[Max], value, maxValue)\n  }\n}\n\nprivate[finatra] class MaxValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: Max)\n  extends Validator[Max, Any](\n    validationMessageResolver,\n    annotation) {\n\n  private val maxValue = annotation.value()\n\n  \/* Public *\/\n\n  override def isValid(value: Any): ValidationResult = {\n    value match {\n      case arrayValue: Array[_] =>\n        validationResult(arrayValue)\n      case traversableValue: Traversable[_] =>\n        validationResult(traversableValue)\n      case bigDecimalValue: BigDecimal =>\n        validationResult(bigDecimalValue)\n      case bigIntValue: BigInt =>\n        validationResult(bigIntValue)\n      case numberValue: Number =>\n        validationResult(numberValue)\n      case _ =>\n        throw new IllegalArgumentException(s\"Class [${value.getClass}] is not supported\")\n    }\n  }\n\n  \/* Private *\/\n\n  private def validationResult(value: Traversable[_]) = {\n    ValidationResult.validate(\n      value.size <= maxValue,\n      errorMessage(Integer.valueOf(value.size)),\n      errorCode(Integer.valueOf(value.size)))\n  }\n\n  private def validationResult(value: BigDecimal) = {\n    ValidationResult.validate(\n      value <= BigDecimal(maxValue),\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def validationResult(value: BigInt) = {\n    ValidationResult.validate(\n      value <= BigInt(maxValue),\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def validationResult(value: Number) = {\n    ValidationResult.validate(\n      value.doubleValue() <= maxValue,\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def errorMessage(value: Number) = {\n    MaxValidator.errorMessage(validationMessageResolver, value, maxValue)\n  }\n\n  private def errorCode(value: Number) = {\n    ErrorCode.ValueTooLarge(maxValue, value)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/streaming\/ParsingState.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.internal.streaming\n\nprivate[finatra] sealed trait ParsingState\n\nprivate[finatra] object ParsingState {\n\n  case object Normal extends ParsingState\n\n  case object InsideString extends ParsingState\n\n  case object InsideArray extends ParsingState\n\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/WriterResponse.scala","text":"package com.twitter.finatra.http.marshalling\n\nimport com.google.common.net.MediaType\n\ncase class WriterResponse(\n  contentType: MediaType,\n  body: Any,\n  headers: Map[String, String] = Map.empty)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/UnseededFinagleScopeProvider.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.requestscope\n\nimport com.google.inject.Provider\n\nclass UnseededFinagleScopeProvider[T] extends Provider[T] {\n  override def get: T = {\n    throw new IllegalStateException(\"If you got here then it means that\" +\n      \" your code asked for scoped object which should have been\" +\n      \" explicitly seeded in this scope by calling\" +\n      \" FinagleRequestScope.seed().\")\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/Add1HttpServer\/Add1Server.scala","text":"package com.twitter.finatra.multiserver.Add1HttpServer\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.filters.CommonFilters\nimport com.twitter.finatra.http.routing.HttpRouter\nimport com.twitter.finatra.thrift.ThriftClientExceptionMapper\nimport com.twitter.inject.thrift.modules.ThriftClientIdModule\n\nclass Add1Server extends HttpServer {\n  override val modules =\n    Seq(ThriftClientIdModule, AdderThriftClientModule)\n\n  override def configureHttp(router: HttpRouter) {\n    router\n      .exceptionMapper[ThriftClientExceptionMapper]\n      .filter[CommonFilters]\n      .add[Add1Controller]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/validation\/CommonMethodValidations.scala","text":"package com.twitter.finatra.validation\n\nimport com.twitter.finatra.conversions.time._\nimport com.twitter.finatra.validation.ValidationResult._\nimport org.joda.time.DateTime\n\nobject CommonMethodValidations {\n\n  def validateTimeRange(\n    startTime: Option[DateTime],\n    endTime: Option[DateTime],\n    startTimeProperty: String,\n    endTimeProperty: String): ValidationResult = {\n\n    val rangeDefined = startTime.isDefined && endTime.isDefined\n    val partialRange = !rangeDefined && (startTime.isDefined || endTime.isDefined)\n\n    if (rangeDefined)\n      validateTimeRange(startTime.get, endTime.get, startTimeProperty, endTimeProperty)\n    else if (partialRange)\n      Invalid(\n        \"both %s and %s are required for a valid range\".format(\n          startTimeProperty,\n          endTimeProperty))\n    else\n      Valid\n  }\n\n  def validateTimeRange(\n    startTime: DateTime,\n    endTime: DateTime,\n    startTimeProperty: String,\n    endTimeProperty: String): ValidationResult = {\n\n    ValidationResult.validate(startTime < endTime,\n      \"%s [%s] must be after %s [%s]\".format(\n        endTimeProperty,\n        endTime.utcIso8601,\n        startTimeProperty,\n        startTime.utcIso8601))\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/test\/scala\/com\/twitter\/server\/tests\/FinagleBuildRevisionTest.scala","text":"package com.twitter.server.tests\n\nimport com.twitter.inject.Test\nimport com.twitter.server.internal.FinagleBuildRevision\nimport org.apache.commons.lang.RandomStringUtils\n\nclass FinagleBuildRevisionTest extends Test {\n\n  val revision = \"e748e2fe89da63923e525b71f82f398b18c9a60c\"\n\n  \"build revision\" should {\n\n    \"parse revision\" in {\n      FinagleBuildRevision.convertBuildRevision(revision) should be(993360281225L)\n    }\n\n    \"fail revision parsing\" in {\n      FinagleBuildRevision.convertBuildRevision(RandomStringUtils.randomAlphanumeric(20)) should be(-1L)\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/routing\/RoutesTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.tests.routing\n\nimport com.twitter.finagle.Filter\nimport com.twitter.finagle.http.{Method, Request, Response}\nimport com.twitter.finatra.http.contexts.RouteInfo\nimport com.twitter.finatra.http.internal.routing.{Route, Routes}\nimport com.twitter.inject.Test\nimport com.twitter.util.Future\nimport org.scalatest.OptionValues\n\nclass RoutesTest extends Test with OptionValues {\n\n  \"constant route\" in {\n    val routes = Routes.createForMethod(\n      Seq(createRoute(Method.Get, \"\/groups\/\")), Method.Get)\n\n    routes.handle(\n      Request(\"\/groups\/\")) should be('defined)\n\n    routes.handle(\n      Request(\"\/groups\")) should be('empty)\n\n    routes.handle(\n      Request(\"\/foo\")) should be('empty)\n  }\n\n  \"path pattern route\" in {\n    val routes = Routes.createForMethod(\n      Seq(createRoute(Method.Get, \"\/groups\/:id\")), Method.Get)\n\n    routes.handle(\n      Request(\"\/groups\/1\")) should be('defined)\n\n    routes.handle(\n      Request(\"\/groups\/\")) should be('empty)\n  }\n\n  \"route info\" in {\n    val routes = Routes.createForMethod(\n      Seq(createRoute(Method.Get, \"\/groups\/\")), Method.Get)\n\n    val request = Request(\"\/groups\/\")\n    routes.handle(request) should be('defined)\n\n    RouteInfo(request).value should be(RouteInfo(\"my_endpoint\", \"\/groups\/\"))\n  }\n\n  def defaultCallback(request: Request) = {\n    Future(Response())\n  }\n\n  def createRoute(method: Method, path: String): Route = {\n    Route(\n      name = \"my_endpoint\",\n      method = method,\n      path = path,\n      admin = false,\n      adminIndexInfo = None,\n      callback = defaultCallback,\n      annotations = Seq(),\n      requestClass = classOf[Request],\n      responseClass = classOf[Response],\n      filter = Filter.identity)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/test\/scala\/com\/twitter\/inject\/server\/FeatureTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.server\n\nimport com.twitter.inject.{Injector, IntegrationTest, Test}\nimport com.twitter.util.{Await, Future}\n\ntrait FeatureTest extends Test with IntegrationTest {\n\n  protected def server: EmbeddedTwitterServer\n\n  override protected def injector: Injector = server.injector\n\n  def printStats = true\n\n  override protected def beforeAll() {\n    if (server.isStarted && hasBoundFields) {\n      throw new Exception(\"ERROR: Server started before integrationTestModule added. \" +\n        \"@Bind will not work unless references to the server are lazy, or within a ScalaTest \" +\n        \"lifecycle method or test method, or the integrationTestModule is manually added as \" +\n        \"an override module.\")\n    }\n\n    assert(server.isInjectable)\n    server.injectableServer.addFrameworkOverrideModules(integrationTestModule)\n    super.beforeAll()\n  }\n\n  override protected def afterEach() {\n    super.afterEach()\n    if (server.isInjectable) {\n      if (printStats) {\n        server.printStats()\n      }\n      server.clearStats()\n    }\n  }\n\n  override protected def afterAll() {\n    try {\n      super.afterAll()\n    } finally {\n      server.close()\n    }\n  }\n\n  implicit class RichFuture[T](future: Future[T]) {\n    def value: T = {\n      Await.result(future)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/CaseClassValidationTest.scala","text":"package com.twitter.finatra.json.tests.internal.caseclass.validation\n\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.finatra.json.internal.caseclass.exceptions.CaseClassValidationException.PropertyPath\nimport com.twitter.finatra.json.internal.caseclass.exceptions.{CaseClassMappingException, CaseClassValidationException}\nimport com.twitter.finatra.json.tests.internal.CarMake\nimport com.twitter.finatra.json.tests.internal.caseclass.validation.domain.{Address, Car, Person}\nimport com.twitter.finatra.validation.ErrorCode\nimport com.twitter.finatra.validation.ValidationResult.Invalid\nimport com.twitter.inject.Test\nimport org.joda.time.DateTime\n\nclass CaseClassValidationTest extends Test {\n\n  val now = new DateTime(\"2015-04-09T05:17:15Z\")\n\n  val mapper = FinatraObjectMapper.create()\n  val baseCar = Car(\n    id = 1,\n    make = CarMake.Ford,\n    model = \"Model-T\",\n    year = 2000,\n    owners = Seq(),\n    numDoors = 2,\n    manual = true,\n    ownershipStart = now,\n    ownershipEnd = now.plusMinutes(1),\n    warrantyStart = Some(now),\n    warrantyEnd = Some(now.plusHours(1)))\n\n  \"class and field level validations\" should {\n    \"success\" in {\n      parseCar(baseCar)\n    }\n\n    \"top-level failed validations\" in {\n      val parseError = intercept[CaseClassMappingException] {\n        parseCar(baseCar.copy(id = 2, year = 1910))\n      }\n\n      parseError should equal(CaseClassMappingException(\n        Set(CaseClassValidationException(PropertyPath.leaf(\"year\"), Invalid(\"[1910] is not greater than or equal to 2000\", ErrorCode.ValueTooSmall(2000, 1910))))))\n    }\n\n    \"nested failed validations\" in {\n      val owners = Seq(\n        Person(\n          name = \"<NAME>\",\n          dob = Some(DateTime.now),\n          address = Some(Address(\n            street = Some(\"\"), \/\/ invalid\n            city = \"\", \/\/ invalid\n            state = \"FL\")))\n      )\n      val car = baseCar.copy(owners = owners)\n\n      val parseError = intercept[CaseClassMappingException] {\n        parseCar(car)\n      }\n\n      parseError should equal(CaseClassMappingException(\n        Set(\n          CaseClassValidationException(PropertyPath.leaf(\"city\").withParent(\"address\").withParent(\"owners\"), Invalid(\"cannot be empty\", ErrorCode.ValueCannotBeEmpty)),\n          CaseClassValidationException(PropertyPath.leaf(\"street\").withParent(\"address\").withParent(\"owners\"), Invalid(\"cannot be empty\", ErrorCode.ValueCannotBeEmpty))\n        )))\n    }\n\n    \"nested method validations\" in {\n      val owners = Seq(\n        Person(\n          name = \"<NAME>\",\n          dob = Some(DateTime.now),\n          address = Some(Address(\n            city = \"pyongyang\",\n            state = \"KP\" \/* invalid *\/)))\n      )\n      val car = baseCar.copy(owners = owners)\n\n      val parseError = intercept[CaseClassMappingException] {\n        parseCar(car)\n      }\n\n      parseError should equal(CaseClassMappingException(\n        Set(\n          CaseClassValidationException(PropertyPath.leaf(\"address\").withParent(\"owners\"), Invalid(\"state must be one of [CA, MD, WI]\")))))\n\n      parseError.errors.map(_.getMessage) should equal(Seq(\"owners.address: state must be one of [CA, MD, WI]\"))\n    }\n\n    \"end before start\" in {\n      intercept[CaseClassMappingException] {\n        parseCar(baseCar.copy(\n          ownershipStart = baseCar.ownershipEnd,\n          ownershipEnd = baseCar.ownershipStart))\n      } should equal(\n        CaseClassMappingException(\n          Set(\n            CaseClassValidationException(\n              PropertyPath.empty,\n              Invalid(\"ownershipEnd [2015-04-09T05:17:15.000Z] must be after ownershipStart [2015-04-09T05:18:15.000Z]\")))))\n    }\n\n    \"optional end before start\" in {\n      intercept[CaseClassMappingException] {\n        parseCar(baseCar.copy(\n          warrantyStart = baseCar.warrantyEnd,\n          warrantyEnd = baseCar.warrantyStart))\n      } should equal(\n        CaseClassMappingException(\n          Set(\n            CaseClassValidationException(\n              PropertyPath.empty,\n              Invalid(\"warrantyEnd [2015-04-09T05:17:15.000Z] must be after warrantyStart [2015-04-09T06:17:15.000Z]\")))))\n    }\n\n    \"no start with end\" in {\n      intercept[CaseClassMappingException] {\n        parseCar(baseCar.copy(\n          warrantyStart = None,\n          warrantyEnd = baseCar.warrantyEnd))\n      } should equal(\n        CaseClassMappingException(\n          Set(\n            CaseClassValidationException(\n              PropertyPath.empty,\n              Invalid(\"both warrantyStart and warrantyEnd are required for a valid range\")))))\n    }\n\n    \"start with end\" in {\n      parseCar(baseCar)\n    }\n\n    \"errors sorted by message\" in {\n      val first = CaseClassValidationException(PropertyPath.empty, Invalid(\"123\"))\n      val second = CaseClassValidationException(PropertyPath.empty, Invalid(\"aaa\"))\n      val third = CaseClassValidationException(PropertyPath.leaf(\"bla\"), Invalid(\"zzz\"))\n      val fourth = CaseClassValidationException(PropertyPath.empty, Invalid(\"xxx\"))\n\n      val unsorted = Set(third, second, fourth, first)\n      val expectedSorted = Seq(first, second, third, fourth)\n\n      CaseClassMappingException(unsorted).errors should equal(expectedSorted)\n    }\n  }\n\n  private def parseCar(car: Car): Car = {\n    mapper.parse[Car](\n      mapper.writeValueAsBytes(car))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/exceptions\/ExternalServiceExceptionMatcher.scala","text":"package com.twitter.finatra.exceptions\n\nimport com.twitter.finagle._\nimport java.net.ConnectException\nimport org.apache.thrift.transport.TTransportException\n\n\/** Exceptions caused by requests to external services *\/\n@deprecated(\"Use ThriftClientExceptionMapper with FilteredThriftClientModule\", \"2015-11-04\")\nobject ExternalServiceExceptionMatcher {\n  def apply(t: Throwable): Boolean = t match {\n    case _: RequestException => true\n    case _: ApiException => true\n    case _: WriteException => true\n    case _: com.twitter.util.TimeoutException => true\n    case _: TimeoutException => true\n    case _: ChannelClosedException => true\n    case _: InterruptedException => true\n    case _: TTransportException => true\n    case _: ConnectException => true\n    case _ => false\n  }\n\n  def unapply(t: Throwable): Option[Throwable] = if (apply(t)) Some(t) else None\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/test\/scala\/com\/twitter\/inject\/requestscope\/UnseededFinagleScopeProviderTest.scala","text":"package com.twitter.inject.requestscope\n\nimport com.twitter.inject.Test\n\n\nclass UnseededFinagleScopeProviderTest extends Test {\n  \"expect exception\" in {\n    intercept[IllegalStateException] {\n      new UnseededFinagleScopeProvider[String].get\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/services\/admin\/DatabaseClient.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.main.services.admin\n\nclass DatabaseClient(\n  url: String) {\n\n  def get(id: String) = {\n    s\"$id from $url\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/module\/DoEverythingModule.scala","text":"<gh_stars>0\npackage com.twitter.inject.tests.module\n\nimport com.google.inject.name.{Named, Names}\nimport com.google.inject.spi.TypeConverter\nimport com.google.inject.{Provides, TypeLiteral}\nimport com.twitter.conversions.time._\nimport com.twitter.finatra.tests.Prod\nimport com.twitter.inject.{Injector, TwitterModule}\nimport java.util.Properties\n\nobject DoEverythingModule extends TwitterModule {\n\n  \/\/ Note: The following flag values are not used in this module, but are @Flag injected elsewhere\n  flag(\"moduleMagicNum\", \"30\", \"Module Magic number\")\n  flag(\"moduleDuration\", 5.seconds, \"Module duration\")\n\n  override protected def configure() {\n    bindSingleton[String](Names.named(\"str1\")).toInstance(\"string1\")\n    bind[String](Names.named(\"str2\")).toInstance(\"string2\")\n\n    bindSingleton[Int].toInstance(11)\n    bind[String].toInstance(\"default string\")\n    bind[String].annotatedWith[Prod].toInstance(\"prod string\")\n\n    bindAssistedFactory[ComplexServiceFactory]\n    getProvider[Int]\n\n    val multiBinder = createMultiBinder[MultiService]\n    multiBinder.addBinding.to[OneMultiService]\n    multiBinder.addBinding.to[TwoMultiService]\n\n    addTypeConvertor[ClassToConvert](\n      new TypeConverter {\n        override def convert(s: String, typeLiteral: TypeLiteral[_]): AnyRef = {\n          ClassToConvert(s)\n        }\n      })\n\n\n    val properties = new Properties()\n    properties.setProperty(\"name\", \"Steve\")\n    Names.bindProperties(binder(), properties)\n  }\n\n  override def singletonStartup(injector: Injector) {\n    assert(injector.instance[String, Prod] == \"prod string\")\n  }\n\n  override def singletonPostWarmupComplete(injector: Injector) {\n    info(\"module post warmup complete\")\n  }\n\n  override def singletonShutdown(injector: Injector) {\n    info(\"shutdown\")\n  }\n\n  @Provides\n  @Named(\"example\")\n  def provideNamedString: String = {\n    \"named\"\n  }\n}\n\ncase class ClassToConvert(\n  name: String)"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/Resettable.scala","text":"<filename>utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/Resettable.scala<gh_stars>0\npackage com.twitter.finatra.utils\n\ntrait Resettable {\n  def reset(): Unit\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/StringConversionsTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.string._\nimport com.twitter.inject.Test\n\nclass StringConversionsTest extends Test {\n\n  \"toOption when nonEmpty\" in {\n    \"foo\".toOption should be(Some(\"foo\"))\n  }\n\n  \"toOption when empty\" in {\n    \"\".toOption should be(None)\n  }\n\n  \"ellipse\" in {\n    \"foobar\".ellipse(2) should be(\"fo...\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/FlagFactoryTest.scala","text":"package com.twitter.inject.tests\n\nimport com.twitter.app.FlagFactory\nimport com.twitter.inject.Test\n\nclass FlagFactoryTest extends Test {\n\n  \"FlagFactory\" should {\n\n    \/\/ creates but does not register a flag\n    \"create a flag with no default\" in {\n      val flag = FlagFactory.create[String](\n        name = \"foo.bar.flag\",\n        help = \"This is a test flag\")\n      flag.isDefined should be(false)\n      flag.get shouldBe None\n    }\n\n    \"create a flag with default\" in {\n      def defaultValue(): String = \"production\"\n\n      \/\/ creates but does not register a flag\n      val flag = FlagFactory.create[String](\n        name = \"bar.baz.flag\",\n        default = defaultValue(),\n        help = \"This is another test flag\")\n      flag.isDefined should be(false)\n      flag.get shouldBe None\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/UUIDValidator.scala","text":"<gh_stars>0\npackage com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.UUIDValidator._\nimport com.twitter.finatra.validation.{ErrorCode, UUID, ValidationMessageResolver, ValidationResult, Validator}\nimport com.twitter.util.Try\nimport java.util.{UUID => JUUID}\n\nprivate[finatra] object UUIDValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: String) = {\n\n    resolver.resolve(classOf[UUID], value)\n  }\n\n  def isValid(value: String) = {\n    Try(JUUID.fromString(value)).isReturn\n  }\n}\n\nprivate[finatra] class UUIDValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: UUID)\n  extends Validator[UUID, String](\n    validationMessageResolver,\n    annotation) {\n\n  override def isValid(value: String) = {\n    ValidationResult.validate(\n      UUIDValidator.isValid(value),\n      errorMessage(validationMessageResolver, value),\n      ErrorCode.InvalidUUID(value))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/exceptions\/DetailedNonRetryableSourcedExceptionTest.scala","text":"<filename>inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/exceptions\/DetailedNonRetryableSourcedExceptionTest.scala\npackage com.twitter.inject.tests.exceptions\n\nimport com.twitter.inject.Test\nimport com.twitter.inject.exceptions.DetailedNonRetryableSourcedException\n\nclass DetailedNonRetryableSourcedExceptionTest extends Test {\n\n  \"DetailedNonRetryableSourcedException\" should {\n\n    \"log details with no source\" in {\n      val e = new DetailedNonRetryableSourcedException(\"Non-retryable exception occurred.\")\n      e.toDetailsString should be(Seq(e.getClass.getSimpleName).mkString(\"\/\"))\n    }\n\n    \"log details with source\" in {\n      val detailedNonRetryableSource = \"SomeProject\"\n      val e = new DetailedNonRetryableSourcedException(\"Non-retryable exception occurred.\") {\n        override val source = detailedNonRetryableSource\n      }\n\n      e.toDetailsString should be(s\"$detailedNonRetryableSource\/\" + Seq(e.getClass.getSimpleName).mkString(\"\/\"))\n    }\n\n    \"toString\" in {\n      val e = new DetailedNonRetryableSourcedException(\"Non-retryable exception occurred.\")\n      e.toString should be(\"com.twitter.inject.exceptions.DetailedNonRetryableSourcedException: Non-retryable exception occurred.\")\n    }\n\n    \"toString with Product\" in {\n      val e = new TestException(\"Non-retryable exception occurred.\")\n      e.toString should be (\"TestException(Non-retryable exception occurred.)\")\n    }\n  }\n}\n\ncase class TestException(override val message: String) extends DetailedNonRetryableSourcedException(message)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/TwitterPrivateModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject\n\nimport com.google.inject.{PrivateModule => GuicePrivateModule}\nimport net.codingwell.scalaguice._\n\n\/*\n * Note: Calling install in the configure method is not supported. Please use 'override val modules = Seq(module1, module2, ...)' instead\n *\/\nabstract class TwitterPrivateModule\n  extends GuicePrivateModule\n  with TwitterBaseModule\n  with ScalaPrivateModule {\n\n  \/* Overrides *\/\n\n  \/\/ Provide default configure method so Module's using only @Provider don't need an empty configure method\n  override protected def configure() {}\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"benchmarks\/src\/test\/scala\/com\/twitter\/finatra\/http\/benchmarks\/RouteBenchmarkTest.scala","text":"package com.twitter.finatra.http.benchmarks\n\nimport com.twitter.inject.Test\n\nclass RouteBenchmarkTest extends Test {\n\n  \"test\" in {\n    val benchmark = new RouteBenchmark()\n    benchmark.testRoute()\n    benchmark.testRouteWithPathParams()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/Route.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.internal.routing\n\nimport com.twitter.finagle.{Filter, Service}\nimport com.twitter.finagle.http.{Method, Request, Response}\nimport com.twitter.finatra.http.contexts.RouteInfo\nimport com.twitter.finatra.http.internal.request.RequestWithRouteParams\nimport com.twitter.finatra.http.routing.AdminIndexInfo\nimport com.twitter.util.Future\nimport java.lang.annotation.Annotation\nimport scala.language.existentials\n\n\/\/optimized\nprivate[finatra] case class Route(\n  name: String,\n  method: Method,\n  path: String,\n  admin: Boolean,\n  adminIndexInfo: Option[AdminIndexInfo],\n  callback: Request => Future[Response],\n  annotations: Seq[Annotation] = Seq(),\n  requestClass: Class[_],\n  responseClass: Class[_],\n  filter: Filter[Request, Response, Request, Response]) {\n\n  private[this] val pattern = PathPattern(path)\n  private[this] val routeInfo = RouteInfo(name, path)\n\n  private[this] val filteredCallback: Request => Future[Response] =\n    filter andThen Service.mk[Request, Response](callback)\n\n  \/* Public *\/\n\n  def captureNames = pattern.captureNames\n\n  def constantRoute = captureNames.isEmpty\n\n  def summary: String = f\"$method%-7s $path\"\n\n  def withFilter(filter: Filter[Request, Response, Request, Response]): Route = {\n    this.copy(filter = filter andThen this.filter)\n  }\n\n  \/\/ Note: incomingPath is an optimization to avoid calling incomingRequest.path for every potential route\n  def handle(incomingRequest: Request, incomingPath: String): Option[Future[Response]] = {\n    val routeParamsOpt = pattern.extract(incomingPath)\n    if (routeParamsOpt.isEmpty) {\n      None\n    }\n    else {\n      handleMatch(\n        createRequest(\n          incomingRequest,\n          routeParamsOpt.get))\n    }\n  }\n\n  def handleMatch(request: Request): Some[Future[Response]] = {\n    RouteInfo.set(request, routeInfo)\n    Some(\n      filteredCallback(request))\n  }\n\n  \/* Private *\/\n\n  private[this] def createRequest(request: Request, routeParams: Map[String, String]) = {\n    if (routeParams.isEmpty)\n      request\n    else\n      new RequestWithRouteParams(request, routeParams)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/thrift-server\/build.sbt","text":"import sbt.Keys._\n\nparallelExecution in ThisBuild := false\n\nlazy val versions = new {\n  val finatra = \"2.4.0\"\n  val guice = \"4.0\"\n  val logback = \"1.1.7\"\n  val mockito = \"1.9.5\"\n  val scalatest = \"2.2.6\"\n  val specs2 = \"2.3.12\"\n}\n\nlazy val baseSettings = Seq(\n  version := \"2.4.0\",\n  scalaVersion := \"2.11.8\",\n  ivyScala := ivyScala.value.map(_.copy(overrideScalaVersion = true)),\n  libraryDependencies ++= Seq(\n    \"org.mockito\" % \"mockito-core\" % versions.mockito % \"test\",\n    \"org.scalatest\" %% \"scalatest\" % versions.scalatest % \"test\",\n    \"org.specs2\" %% \"specs2\" % versions.specs2 % \"test\"\n  ),\n  resolvers ++= Seq(\n    Resolver.sonatypeRepo(\"releases\"),\n    \"Twitter Maven\" at \"https:\/\/maven.twttr.com\"\n  ),\n  fork in run := true,\n  assemblyMergeStrategy in assembly := {\n    case \"BUILD\" => MergeStrategy.discard\n    case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.last\n    case other => MergeStrategy.defaultMergeStrategy(other)\n  }\n)\n\nlazy val root = (project in file(\".\")).\n  settings(\n    name := \"thrift-server\",\n    organization := \"com.twitter\",\n    moduleName := \"thrift-example-root\",\n    run := {\n      (run in `thriftExampleServer` in Compile).evaluated\n    }\n  ).\n  aggregate(thriftExampleServer)\n\nlazy val thriftExampleServer = (project in file(\"thrift-example-server\")).\n  settings(baseSettings).\n  settings(\n    name := \"thrift-example-server\",\n    moduleName := \"thrift-example-server\",\n    libraryDependencies ++= Seq(\n      \"com.twitter\" %% \"finatra-thrift\" % versions.finatra,\n      \"ch.qos.logback\" % \"logback-classic\" % versions.logback,\n\n      \"com.twitter\" %% \"finatra-thrift\" % versions.finatra % \"test\",\n      \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\",\n      \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\",\n      \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\",\n      \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\",\n      \"com.google.inject.extensions\" % \"guice-testlib\" % versions.guice % \"test\",\n\n      \"com.twitter\" %% \"finatra-thrift\" % versions.finatra % \"test\" classifier \"tests\",\n      \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\" classifier \"tests\",\n      \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\" classifier \"tests\",\n      \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\" classifier \"tests\",\n      \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\" classifier \"tests\"\n    )\n  ).\n  dependsOn(thriftExampleIdl)\n\nlazy val thriftExampleIdl = (project in file(\"thrift-example-idl\")).\n    settings(baseSettings).\n    settings(\n      name := \"thrift-example-idl\",\n      moduleName := \"thrift-example-idl\",\n      scroogeThriftDependencies in Compile := Seq(\n        \"finatra-thrift_2.11\"\n      ),\n      libraryDependencies ++= Seq(\n        \"com.twitter\" %% \"finatra-thrift\" % versions.finatra\n      )\n    )\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/main\/scala\/com\/twitter\/inject\/utils\/ExceptionUtils.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.utils\n\nimport com.twitter.finagle.{FailedFastException, SourcedException, TimeoutException}\nimport com.twitter.util.Throwables._\nimport com.twitter.util.{Throw, Try}\nimport org.apache.commons.lang.StringUtils._\n\nobject ExceptionUtils {\n\n  def stripNewlines(e: Throwable): String = {\n    stripNewlines(e.toString)\n  }\n\n  def stripNewlines(str: String): String = {\n    replace(str, \"\\n\\twith NoSources\", \"\")\n  }\n\n  def toExceptionDetails(exception: Throwable): String = {\n    mkString(exception).mkString(\"\/\")\n  }\n\n  def toExceptionMessage(tryThrowable: Try[_]): String = tryThrowable match {\n    case Throw(e) => toExceptionMessage(e)\n    case _ => \"\"\n  }\n\n  def toExceptionMessage(exception: Throwable): String = exception match {\n    case e: TimeoutException =>\n      e.exceptionMessage\n    case e: FailedFastException =>\n      e.getClass.getName\n    case e: SourcedException =>\n      stripNewlines(e)\n    case e =>\n      val msg = e.getMessage\n      if (msg == null || msg.isEmpty)\n        e.getClass.getName\n      else\n        e.getClass.getName + \" \" + msg\n  }\n\n  def toDetailedExceptionMessage(tryThrowable: Try[_]): String = tryThrowable match {\n    case Throw(e) => toExceptionDetails(e) + \" \" + toExceptionMessage(e)\n    case _ => \"\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/services\/MyTweetsRepository.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.main.services\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.concurrent.AsyncStream.fromOption\nimport com.twitter.finatra.http.tests.integration.tweetexample.main.domain.Tweet\nimport com.twitter.util.Future\n\nclass MyTweetsRepository extends TweetsRepository {\n\n  private val tweets = Map[Long, Tweet](\n    1L -> Tweet(\n      id = 1,\n      user = \"Bob\",\n      msg = \"whats up\"),\n    2L -> Tweet(\n      id = 2,\n      user = \"Sally\",\n      msg = \"yo\"),\n    3L -> Tweet(\n      id = 3,\n      user = \"Fred\",\n      msg = \"hey\"))\n\n  def getById(id: Long): Future[Option[Tweet]] = {\n    Future.value(tweets.get(id))\n  }\n\n  def getByIds(ids: AsyncStream[Long]): AsyncStream[Tweet] = {\n    ids map tweets.get flatMap fromOption\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/Add2HttpServer\/Add2Controller.scala","text":"package com.twitter.finatra.multiserver.Add2HttpServer\n\nimport com.twitter.finagle.http.{Request, Status}\nimport com.twitter.finatra.http.Controller\nimport com.twitter.finatra.http.response.ResponseBuilder\nimport com.twitter.finatra.httpclient.{HttpClient, RequestBuilder}\nimport com.twitter.util.Future\nimport javax.inject.Inject\n\nclass Add2Controller @Inject()(\n  add1Client: HttpClient,\n  responseBuilder: ResponseBuilder)\n  extends Controller {\n\n  get(\"\/add2\") { request: Request =>\n    for {\n      numPlus1 <- add1(request.getIntParam(\"num\"))\n      numPlus2 <- add1(numPlus1)\n    } yield numPlus2\n  }\n\n  private def add1(num: Int): Future[Int] = {\n    val add1Request = RequestBuilder.get(s\"\/add1?num=$num\")\n    add1Client.execute(add1Request) map { add1Response =>\n      if (add1Response.status == Status.Ok)\n        add1Response.getContentString().toInt\n      else\n        throw responseBuilder.serviceUnavailable.toException\n    }\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/RetryUtilsTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.tests.utils\n\nimport com.twitter.finagle.http.{Response, Status}\nimport com.twitter.finatra.conversions.time._\nimport com.twitter.finatra.utils.{RetryPolicyUtils, RetryUtils}\nimport com.twitter.inject.Test\nimport com.twitter.util.{Await, Future}\n\nclass RetryUtilsTest extends Test {\n\n  val nonFatalExponentialPolicy = RetryPolicyUtils.exponentialRetry(\n    start = 10.millis,\n    multiplier = 2,\n    numRetries = 4,\n    shouldRetry = RetryPolicyUtils.NonFatalExceptions)\n\n  val constantHttpSuccessPolicy = RetryPolicyUtils.constantRetry(\n    start = 10.millis,\n    numRetries = 4,\n    shouldRetry = RetryPolicyUtils.Http4xxOr5xxResponses)\n\n  \"retry with futures succeeds\" in {\n    var numRuns = 0\n\n    val result = RetryUtils.retryFuture(nonFatalExponentialPolicy) {\n      numRuns += 1\n      if (numRuns == 3)\n        Future(26)\n      else\n        throw new RuntimeException(\"fake failure\")\n    }\n\n    Await.result(result) should be(26)\n  }\n\n  \"retry with futures fails\" in {\n    val result = RetryUtils.retryFuture(nonFatalExponentialPolicy) {\n      throw new IllegalArgumentException(\"foo\")\n    }\n\n    intercept[IllegalArgumentException] {\n      Await.result(result)\n    }\n  }\n\n  \"HTTP retry with futures succeeds\" in {\n    var numRuns = 0\n\n    val result = RetryUtils.retryFuture(constantHttpSuccessPolicy) {\n      numRuns += 1\n      if (numRuns == 1)\n        Future(Response(Status.InternalServerError))\n      else if (numRuns == 2)\n        Future(Response(Status.NotFound))\n      else if (numRuns == 3)\n        Future(Response(Status.Ok))\n      else\n        fail(\"shouldn't get here\")\n    }\n\n    Await.result(result).status should be(Status.Ok)\n  }\n\n  \"HTTP retry with futures fails\" in {\n    val result = RetryUtils.retryFuture(constantHttpSuccessPolicy) {\n      Future(Response(Status.NotFound))\n    }\n\n    Await.result(result).status should be(Status.NotFound)\n  }\n\n  \"retry non future\" in {\n    var numRuns = 0\n\n    val result = RetryUtils.retry(nonFatalExponentialPolicy) {\n      numRuns += 1\n      if (numRuns == 3)\n        26\n      else\n        throw new RuntimeException(\"fake failure\")\n    }\n\n    result.get should be(26)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/org\/specs2\/matcher\/ScalaTestExpectations.scala","text":"\/\/ The trait below needs to be inside a specs2 package because Expectable's\n\/\/ constructor is package-protected.\npackage org.specs2.matcher\n\nimport org.scalatest.exceptions.TestFailedException\n\n\/**\n * Convert match failures into ScalaTest TestFailedExceptions.\n * The Specs2 documentation tells us to extend ThrownExpectations:\n * ```\n * trait ScalaTestExpectations extends ThrownExpectations {\n *   override protected def checkFailure[T](m: =>MatchResult[T]) = {\n *     m match {\n *       case f @ MatchFailure(ok, ko, _, _, _) => throw new TestFailedException(f.message, f.exception, 0)\n *       case _ => ()\n *     }\n *     m\n *   }\n * }\n * ```\n * However, this causes a compile error when org.scalatest.Suite is mixed in; we avoid\n * this by directly extending Expectations.\n *\/\ntrait ScalaTestExpectations extends Expectations {\n  override def createExpectable[T](t: => T, alias: Option[String => String]): Expectable[T] = {\n    new Expectable(() => t) {\n      override def check[S >: T](r: MatchResult[S]): MatchResult[S] = {\n        r match {\n          case f@MatchFailure(ok, ko, _, _) =>\n            throw new TestFailedException(f.message, f.exception, 0) \/\/ We throw a ScalaTest exception here\n          case _ =>\n            ()\n        }\n        r\n      }\n\n      override def applyMatcher[S >: T](m: => Matcher[S]): MatchResult[S] = super.applyMatcher(m)\n\n      override val desc = alias\n\n      override def map[S](f: T => S): Expectable[S] = createExpectable(f(value), desc)\n\n      override def mapDescription(d: Option[String => String]): Expectable[T] = createExpectable(value, d)\n\n      override def evaluateOnce = {\n        val v = t\n        createExpectable(t, desc)\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/EmbeddedApp.scala","text":"<filename>inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/EmbeddedApp.scala\npackage com.twitter.inject.app\n\nimport com.twitter.inject.Logging\n\n\/**\n * EmbeddedApp allow's a [[com.twitter.inject.app.App]] to be integration and\n * feature tested.\n *\n * @param app The [[com.twitter.inject.app.App]] to be started for testing\n *\/\nclass EmbeddedApp(\n  app: com.twitter.inject.app.App) extends Logging {\n\n  def bind[T : Manifest](instance: T): EmbeddedApp = {\n    app.addFrameworkOverrideModules(new InjectionServiceModule(instance))\n    this\n  }\n\n  def main(flags: Map[String, Any]): Unit = {\n    val stringArgs = flagsAsArgs(flags)\n    info(\"Calling main with args: \" + stringArgs.mkString(\" \"))\n    app.nonExitingMain(stringArgs.toArray)\n  }\n\n  def main(flags: (String, Any)*): Unit = {\n    main(flags.toMap)\n  }\n\n  def main(): Unit = {\n    main(Map[String, Any]())\n  }\n\n  def main(flags: Map[String, Any], args: Seq[String]): Unit = {\n    val stringArgs = flagsAsArgs(flags) ++ args\n    info(\"Calling main with args: \" + stringArgs.mkString(\" \"))\n    app.nonExitingMain(stringArgs.toArray)\n  }\n\n  \/* Private *\/\n\n  private def flagsAsArgs(flags: Map[String, Any]): Iterable[String] = {\n    flags.map { case (k, v) => \"-\" + k + \"=\" + v }\n  }\n}\n\n\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"slf4j\/src\/main\/scala\/com\/twitter\/finatra\/logging\/FinagleMDCAdapter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<gh_stars>0\npackage com.twitter.finatra.logging\n\nimport com.twitter.util.Local\nimport java.util.{HashMap => JavaHashMap, Map => JavaMap}\nimport org.slf4j.spi.MDCAdapter\n\nfinal class FinagleMDCAdapter extends MDCAdapter {\n\n  private[this] val local = new Local[JavaMap[String, String]]\n\n  override def put(key: String, value: String) {\n    if (key == null) {\n      throw new IllegalArgumentException(\"key cannot be null\")\n    }\n\n    val map = getOrCreateMap()\n    map.put(key, value)\n  }\n\n  override def get(key: String): String = {\n    (for (map <- local()) yield {\n      map.get(key)\n    }).orNull\n  }\n\n  override def remove(key: String) {\n    for (map <- local()) {\n      map.remove(key)\n    }\n  }\n\n  override def clear() {\n    local.clear()\n  }\n\n  override def getCopyOfContextMap: JavaMap[String, String] = {\n    (for (map <- local()) yield {\n      new JavaHashMap[String, String](map)\n    }).orNull\n  }\n\n  override def setContextMap(contextMap: JavaMap[String, String]) {\n    val copiedMap = new JavaHashMap[String, String](contextMap)\n    local.update(copiedMap)\n  }\n\n  private def getOrCreateMap(): JavaMap[String, String] = {\n    local().getOrElse {\n      val newMap = new JavaHashMap[String, String]()\n      local.update(newMap)\n      newMap\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/FutureTimeValidator.scala","text":"package com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.FutureTimeValidator._\nimport com.twitter.finatra.validation.{ErrorCode, FutureTime, ValidationMessageResolver, ValidationResult, Validator}\nimport org.joda.time.DateTime\n\nprivate[finatra] object FutureTimeValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: DateTime) = {\n\n    resolver.resolve(classOf[FutureTime], value)\n  }\n}\n\n\/**\n * Validates if a datetime is in the future.\n *\/\nprivate[finatra] class FutureTimeValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: FutureTime)\n  extends Validator[FutureTime, DateTime](\n    validationMessageResolver,\n    annotation) {\n\n  override def isValid(value: DateTime) = {\n    ValidationResult.validate(\n      value.isAfterNow,\n      errorMessage(validationMessageResolver, value),\n      ErrorCode.TimeNotFuture(value))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/benchmark-server\/src\/main\/scala\/com\/twitter\/finatra\/http\/benchmark\/FinagleBenchmarkServer.scala","text":"package com.twitter.finatra.http.benchmark\n\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.twitter.finagle.http.{HttpMuxer, Request, Response}\nimport com.twitter.finagle.stats.NullStatsReceiver\nimport com.twitter.finagle.tracing.NullTracer\nimport com.twitter.finagle.{Http, Service, SimpleFilter}\nimport com.twitter.inject.server.Ports\nimport com.twitter.io.Buf\nimport com.twitter.server.TwitterServer\nimport com.twitter.util.{Await, Future, TwitterDateFormat}\nimport java.net.InetSocketAddress\nimport java.text.DateFormat\nimport java.util.{Date, Locale}\n\nobject FinagleBenchmarkServerMain extends FinatraBenchmarkServer\n\nclass FinagleBenchmarkServer extends TwitterServer with Ports {\n\n  private val httpPortFlag = flag(\"http.port\", \":0\", \"External HTTP server port\")\n\n  val mapper: ObjectMapper = new ObjectMapper().registerModule(DefaultScalaModule)\n\n  val dateFormat: ThreadLocal[DateFormat] = new ThreadLocal[DateFormat] {\n    override def initialValue: DateFormat = TwitterDateFormat(\"E, dd MMM yyyy HH:mm:ss 'GMT'\", Locale.ENGLISH)\n  }\n\n  val helloWorld: Buf = Buf.Utf8(\"Hello, World!\")\n\n  lazy val server = Http.server\n    .withCompressionLevel(0)\n    .withStatsReceiver(NullStatsReceiver)\n    .withTracer(NullTracer)\n    .serve(httpPortFlag(), serverAndDate.andThen(muxer))\n\n  val muxer: HttpMuxer = new HttpMuxer()\n    .withHandler(\"\/json\", Service.mk { req: Request =>\n      val rep = Response()\n      rep.content = Buf.ByteArray.Owned(mapper.writeValueAsBytes(Map(\"message\" -> \"Hello, World!\")))\n      rep.contentType = \"application\/json\"\n\n      Future.value(rep)\n    })\n    .withHandler(\"\/plaintext\", Service.mk { req: Request =>\n      val rep = Response()\n      rep.content = helloWorld\n      rep.contentType = \"text\/plain\"\n\n      Future.value(rep)\n    })\n\n  val serverAndDate: SimpleFilter[Request, Response] = new SimpleFilter[Request, Response] {\n\n    private[this] val addServerAndDate: Response => Response = { rep =>\n      rep.headerMap.set(\"Server\", \"Finagle\")\n      rep.headerMap.set(\"Date\", dateFormat.get.format(new Date()))\n\n      rep\n    }\n\n    def apply(req: Request, s: Service[Request, Response]): Future[Response] =\n      s(req).map(addServerAndDate)\n  }\n\n  override def httpExternalPort = {\n    Some(server.boundAddress.asInstanceOf[InetSocketAddress].getPort)\n  }\n\n  final def main(): Unit = {\n    Await.ready(server)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/LoggingTest.scala","text":"<filename>inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/LoggingTest.scala\npackage com.twitter.inject.tests\n\nimport com.twitter.inject.{Logger, Logging, Test}\nimport com.twitter.util.Future\n\nclass LoggingTest extends Test with Logging {\n\n  \"Logging\" in {\n    debug(\"a\")\n    warn(\"a\")\n    info(\"a\")\n    trace(\"a\")\n\n    debugResult(\"%s\") {\"a\"}\n    warnResult(\"%s\") {\"a\"}\n    infoResult(\"%s\") {\"a\"}\n    errorResult(\"%s\") {\"a\"}\n    debugFutureResult(\"%s\") {\n      Future(\"a\")\n    }\n\n    time(\"time %s ms\") {\n      1 + 2\n    }\n\n    intercept[RuntimeException] {\n      time(\"error time %s ms\") {\n        throw new RuntimeException(\"oops\")\n      }\n    }\n  }\n\n  \"Logger\" in {\n    val log = Logger[LoggingTest]()\n    log.info(\"Hi\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/TestInjector.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.app\n\nimport com.google.inject.{Module, Stage}\nimport com.twitter.app.Flag\nimport com.twitter.inject.Injector\nimport com.twitter.inject.app.internal.InstalledModules\n\nobject TestInjector {\n\n  \/* Public *\/\n\n  def apply(modules: Module*): Injector = {\n    apply(modules = modules)\n  }\n\n  def apply(\n    flags: Map[String, String] = Map(),\n    modules: Seq[Module],\n    overrideModules: Seq[Module] = Seq(),\n    stage: Stage = Stage.DEVELOPMENT): Injector = {\n\n    val moduleFlags = InstalledModules.findModuleFlags(modules ++ overrideModules)\n\n    parseFlags(\n      flags,\n      moduleFlags)\n\n    InstalledModules.create(\n      flags = moduleFlags,\n      modules = modules,\n      overrideModules = overrideModules,\n      stage = stage).injector\n  }\n\n  \/* Private *\/\n\n  \/*\n   * First we try to parse module flags with the provided set flags. If a\n   * module flag isn't found, we set a system property which allows us to\n   * set GlobalFlags (e.g. resolverMap) that aren't found in modules.\n   * Note: We originally tried classpath scanning for the GlobalFlags using the Flags class,\n   * but this added many seconds to each test and also regularly ran out of perm gen...\n   *\/\n  private def parseFlags(flags: Map[String, String], moduleFlags: Seq[Flag[_]]) {\n    val moduleFlagsMap = moduleFlags groupBy {_.name} mapValues {_.head}\n\n    \/* Parse module flags with incoming supplied flag values *\/\n    for (moduleFlag <- moduleFlags) {\n      flags.get(moduleFlag.name) match {\n        case Some(setFlagValue) => moduleFlag.parse(setFlagValue)\n        case _ => moduleFlag.parse()\n      }\n    }\n\n    \/* Set system property for flags not found in moduleFlags *\/\n    for {\n      (setFlagName, setFlagValue) <- flags\n      if !moduleFlagsMap.contains(setFlagName)\n    } {\n      System.setProperty(setFlagName, setFlagValue)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/InjectionServiceModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.app\n\nimport com.twitter.inject.TwitterModule\n\nclass InjectionServiceModule[T : Manifest](\n  instance: T)\n  extends TwitterModule {\n\n  override def configure() = {\n    bind[T].toInstance(instance)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/marshalling\/MessageBodyManagerTest.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.tests.marshalling\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.internal.marshalling.MessageBodyManager\nimport com.twitter.finatra.http.marshalling.MessageBodyReader\nimport com.twitter.finatra.http.modules.{MessageBodyModule, MustacheModule}\nimport com.twitter.finatra.json.modules.FinatraJacksonModule\nimport com.twitter.inject.Test\nimport com.twitter.inject.app.TestInjector\nimport org.specs2.mock.Mockito\n\nclass MessageBodyManagerTest extends Test with Mockito {\n\n  val request = mock[Request]\n  val injector = TestInjector(MessageBodyModule, FinatraJacksonModule, MustacheModule)\n\n  val messageBodyManager = injector.instance[MessageBodyManager]\n  messageBodyManager.add[DogMessageBodyReader]()\n  messageBodyManager.add[FatherMessageBodyReader]()\n  messageBodyManager.add(new Car2MessageBodyReader)\n\n  \"parse car2\" in {\n    messageBodyManager.read[Car2](request) should equal(Car2(\"Car\"))\n  }\n\n  \"parse dog\" in {\n    messageBodyManager.read[Dog](request) should equal(Dog(\"Dog\"))\n  }\n\n  \"parse son with father MBR\" in {\n    messageBodyManager.read[Son](request) should equal(Son(\"Son\"))\n  }\n\n  \"parse father impl with father MBR\" in {\n    messageBodyManager.read[Son](request) should equal(Son(\"Son\"))\n  }\n}\n\ncase class Car2(name: String)\n\ncase class Dog(name: String)\n\ntrait Father\n\ncase class Son(name: String) extends Father\n\ncase class FatherImpl(name: String) extends Father\n\nclass Car2MessageBodyReader extends MessageBodyReader[Car2] {\n  def parse[M: Manifest](request: Request): Car2 = Car2(\"Car\")\n}\n\nclass DogMessageBodyReader extends MessageBodyReader[Dog] {\n  def parse[M: Manifest](request: Request): Dog = Dog(\"Dog\")\n}\n\nclass FatherMessageBodyReader extends MessageBodyReader[Father] {\n  override def parse[M <: Father : Manifest](request: Request): Father = {\n    if (manifest[M].runtimeClass == classOf[Son]) {\n      Son(\"Son\").asInstanceOf[Father]\n    } else if (manifest[M].runtimeClass == classOf[FatherImpl]) {\n      FatherImpl(\"Father\").asInstanceOf[Father]\n    } else {\n      throw new RuntimeException(\"FAIL\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/ThriftClientExceptionTest.scala","text":"<gh_stars>0\npackage com.twitter.inject.thrift\n\nimport com.twitter.inject.Test\nimport com.twitter.inject.thrift.utils.ThriftMethodUtils\nimport com.twitter.inject.utils.ExceptionUtils\nimport com.twitter.scrooge.{ThriftStructCodec3, ThriftMethod}\n\nclass ThriftClientExceptionTest extends Test {\n  val FakeThriftMethod = new ThriftMethod {\n    override val name = \"fakeThriftMethod\"\n\n    \/** Thrift service name. A thrift service is a list of methods. *\/\n    override def serviceName: String = \"FakeService\"\n\n    \/** Convert a service implementation of this method into a function implementation *\/\n    override def serviceToFunction(svc: ServiceType): FunctionType = ???\n\n    \/** True for oneway thrift methods *\/\n    override def oneway: Boolean = ???\n\n    \/** Codec for the request args *\/\n    override def argsCodec: ThriftStructCodec3[Args] = ???\n\n    \/** Codec for the response *\/\n    override def responseCodec: ThriftStructCodec3[Result] = ???\n\n    \/** Convert a function implementation of this method into a service implementation *\/\n    override def functionToService(f: FunctionType): ServiceType = ???\n\n    override def toString: String = name\n  }\n\n\n  \"toString\" in {\n    val cause = new Exception(\"ThriftClientException\")\n\n    val thriftClientException = new ThriftClientException(\n      \"my-client\",\n      FakeThriftMethod,\n      cause)\n\n    thriftClientException.toString should equal(\n      s\"ThriftClientException: my-client\/${ThriftMethodUtils.prettyStr(FakeThriftMethod)} = ${ExceptionUtils.stripNewlines(cause)}\")\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/filters\/TraceIdMDCFilter.scala","text":"<filename>thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/filters\/TraceIdMDCFilter.scala\npackage com.twitter.finatra.thrift.filters\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.tracing.Trace\nimport com.twitter.finatra.thrift.{ThriftRequest, ThriftFilter}\nimport javax.inject.Singleton\nimport org.slf4j.MDC\n\n\/**\n * Note: Any MDC filter must be used in conjunction with the LoggingMDCFilter\n * to ensure that diagnostic context is properly managed.\n *\/\n@Singleton\nclass TraceIdMDCFilter extends ThriftFilter {\n\n  override def apply[T, Rep](request: ThriftRequest[T], service: Service[ThriftRequest[T], Rep]) = {\n    MDC.put(\"traceId\", Trace.id.traceId.toString())\n    service(request)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/exceptions\/FinatraJsonMappingException.scala","text":"package com.twitter.finatra.json.internal.caseclass.exceptions\n\nimport com.fasterxml.jackson.databind.JsonMappingException\n\n\/**\n  * Exception for handling Finatra-specific errors that may otherwise be valid\n  * in the eyes of Jackson.\n  * @param msg gets presented to the end user, so don't leak implementation details.\n  *\/\nclass FinatraJsonMappingException(\n  msg: String)\n  extends JsonMappingException(msg) {\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/web-dashboard\/project\/plugins.sbt","text":"<reponame>twitter-zuiwanyuan\/finatra\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.13.0\")\naddSbtPlugin(\"io.spray\" % \"sbt-revolver\" % \"0.8.0\")"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/SeqConversionsTest.scala","text":"<filename>utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/SeqConversionsTest.scala\npackage com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.seq._\nimport com.twitter.inject.Test\n\n\nclass SeqConversionsTest extends Test {\n\n  \"RichSeq\" should {\n    \"#extractMap\" in {\n      val map = Seq(\"a\", \"and\") createMap(_.size, _.toUpperCase)\n      map should equal(Map(1 -> \"A\", 3 -> \"AND\"))\n    }\n    \"#groupBySingle chooses last element in seq when key collision occurs\" in {\n      val map = Seq(\"a\", \"and\", \"the\") groupBySingleValue {_.size}\n      map should equal(Map(3 -> \"the\", 1 -> \"a\"))\n    }\n    \"#findItemAfter\" in {\n      Seq(1, 2, 3).findItemAfter(1) should equal(Some(2))\n      Seq(1, 2, 3).findItemAfter(2) should equal(Some(3))\n      Seq(1, 2, 3).findItemAfter(3) should equal(None)\n      Seq(1, 2, 3).findItemAfter(4) should equal(None)\n      Seq(1, 2, 3).findItemAfter(5) should equal(None)\n      Seq[Int]().findItemAfter(5) should equal(None)\n\n      Stream(1, 2, 3).findItemAfter(1) should equal(Some(2))\n      Stream[Int]().findItemAfter(5) should equal(None)\n\n      Vector(1, 2, 3).findItemAfter(1) should equal(Some(2))\n      Vector[Int]().findItemAfter(5) should equal(None)\n    }\n    \"#foreachPartial\" in {\n      var numStrings = 0\n      Seq(\"a\", 1) foreachPartial {\n        case str: String =>\n          numStrings += 1\n      }\n      numStrings should equal(1)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/filters\/AccessLoggingFilter.scala","text":"package com.twitter.finatra.http.filters\n\nimport com.twitter.finagle.filter.LogFormatter\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.inject.Logging\nimport com.twitter.util.{Future, Stopwatch}\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass AccessLoggingFilter[R <: Request] @Inject()(\n  logFormatter: LogFormatter[R, Response])\n  extends SimpleFilter[R, Response]\n  with Logging {\n\n  \/\/optimized\n  override def apply(request: R, service: Service[R, Response]): Future[Response] = {\n    if (!isInfoEnabled) {\n      service(request)\n    }\n    else {\n      val elapsed = Stopwatch.start()\n      service(request) onSuccess { response =>\n        info(logFormatter.format(request, response, elapsed()))\n      } onFailure { e =>\n        \/\/ should never get here since this filter is meant to be after the exception barrier\n        info(logFormatter.formatException(request, e, elapsed()))\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/RequestWithInjectedMapper.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.finatra.request.QueryParam\nimport javax.inject.Inject\n\ncase class RequestWithInjectedMapper(\n  @Inject mapper: FinatraObjectMapper,\n  @QueryParam foo: Option[String])\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/tests\/SampleService.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<gh_stars>0\npackage com.twitter.inject.app.tests\n\nclass SampleService {\n  def sayHi(msg: String) = {\n    \"hi \" + msg\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/modules\/DarkTrafficFilterModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.thrift.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finagle.thrift.{ClientId, ServiceIfaceBuilder}\nimport com.twitter.finagle.{Thrift, ThriftMux}\nimport com.twitter.finatra.annotations.DarkTrafficFilterType\nimport com.twitter.finatra.thrift.filters.DarkTrafficFilter\nimport com.twitter.finatra.thrift.{ThriftFilter, ThriftRequest}\nimport com.twitter.inject.{RootMonitor, TwitterModule}\nimport com.twitter.util.Monitor\nimport javax.inject.Singleton\nimport scala.reflect.ClassTag\n\nabstract class DarkTrafficFilterModule[ServiceIface: ClassTag](\n  implicit serviceBuilder: ServiceIfaceBuilder[ServiceIface])\n  extends TwitterModule {\n\n  private val destFlag = flag[String](\"thrift.dark.service.dest\", \"Resolvable name\/dest of dark traffic service\")\n  private val clientIdFlag = flag(\"thrift.dark.service.clientId\", \"\", \"Thrift client id to the dark traffic service\")\n\n  \/**\n   * Name of dark service client for use in metrics.\n   *\/\n  val label: String = \"service\"\n\n  \/**\n   * Enable thrift mux for this connection.\n   *\n   * Note: Both server and client must have mux enabled otherwise\n   * a nondescript ChannelClosedException will be seen.\n   *\n   * What is ThriftMux?\n   * http:\/\/twitter.github.io\/finagle\/guide\/FAQ.html?highlight=thriftmux#what-is-thriftmux\n   *\/\n  protected val mux: Boolean = true\n\n  \/**\n   * Forward the dark request after the service has processed the request\n   * instead of concurrently.\n   *\/\n  val forwardAfterService: Boolean = true\n\n  \/**\n   * Function to determine if the request should be \"sampled\", e.g.\n   * sent to the dark service.\n   *\/\n  def enableSampling: ThriftRequest[_] => Boolean\n\n  \/* Client defaults *\/\n  protected def monitor: Monitor = RootMonitor\n\n  @Provides\n  @Singleton\n  @DarkTrafficFilterType\n  final def providesDarkTrafficFilter(\n   statsReceiver: StatsReceiver): ThriftFilter = {\n    destFlag.get match {\n      case Some(dest) =>\n        val clientStatsReceiver = statsReceiver.scope(\"clnt\", \"dark_traffic_filter\")\n        val clientId = ClientId(clientIdFlag())\n\n        val service = newServiceIface(\n          dest,\n          clientId,\n          clientStatsReceiver)\n\n        new DarkTrafficFilter[ServiceIface](\n          service,\n          enableSampling,\n          forwardAfterService,\n          statsReceiver)\n\n      case _ => ThriftFilter.Identity\n    }\n  }\n\n  \/* Private *\/\n\n  private def newServiceIface(\n    dest: String,\n    clientId: ClientId,\n    statsReceiver: StatsReceiver): ServiceIface = {\n\n    if (mux) {\n      ThriftMux.client\n        .withStatsReceiver(statsReceiver)\n        .withClientId(clientId)\n        .withMonitor(monitor)\n        .newServiceIface[ServiceIface](dest, label)\n    } else {\n      Thrift.client\n        .withStatsReceiver(statsReceiver)\n        .withClientId(clientId)\n        .withMonitor(monitor)\n        .newServiceIface[ServiceIface](dest, label)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/exceptions\/ExceptionManager.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/exceptions\/ExceptionManager.scala\npackage com.twitter.finatra.http.exceptions\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finatra.http.contexts.RouteInfo\nimport com.twitter.finatra.utils.ClassUtils\nimport com.twitter.inject.Injector\nimport com.twitter.inject.TypeUtils.singleTypeParam\nimport com.twitter.inject.exceptions.DetailedNonRetryableSourcedException\nimport java.lang.reflect.Type\nimport java.util.concurrent.ConcurrentHashMap\nimport javax.inject.Singleton\nimport net.codingwell.scalaguice.typeLiteral\nimport scala.annotation.tailrec\nimport scala.collection.JavaConverters._\n\n\/**\n * A class to register ExceptionMappers and handle exceptions.\n *\n * Given some exception, an ExceptionManager will find an ExceptionMapper\n * to handle that particular class of exceptions. If the mapper for that\n * exception isn't registered, ExceptionManager will try its parent\n * class, and so on, until it reaches the Throwable class. At that point\n * the DefaultExceptionMapper will run which should be defined over all\n * Throwables.\n *\n * @throws java.lang.IllegalStateException when an exception type is\n * registered twice.\n *\n * Note: When searching for the parent exception mapper, it would be nice\n * to traverse the entire class linearization so it works for\n * traits\/mixins too [1]. Unfortunately, implementing this would require\n * a lot more reflection and it might not be threadsafe [2]. Doing it in\n * Scala 2.11 might be easier and safer.\n *\n * [1] http:\/\/stackoverflow.com\/questions\/15623498\/handy-ways-to-show-linearization-of-a-class\n * [2] http:\/\/docs.scala-lang.org\/overviews\/reflection\/thread-safety.html\n *\/\n@Singleton\nclass ExceptionManager(\n  injector: Injector,\n  defaultExceptionMapper: DefaultExceptionMapper,\n  statsReceiver: StatsReceiver) {\n\n  private val mappers = new ConcurrentHashMap[Type, ExceptionMapper[_]]().asScala\n\n  \/* Public *\/\n\n  def add[T <: Throwable : Manifest](mapper: ExceptionMapper[T]) {\n    add(manifest[T].runtimeClass, mapper)\n  }\n\n  def add[T <: ExceptionMapper[_]: Manifest] {\n    val mapperType = typeLiteral[T].getSupertype(classOf[ExceptionMapper[_]]).getType\n    val throwableType = singleTypeParam(mapperType)\n    add(throwableType, injector.instance[T])\n  }\n\n  def toResponse(request: Request, throwable: Throwable): Response = {\n    val mapper = cachedGetMapper(throwable.getClass)\n    val response = mapper.asInstanceOf[ExceptionMapper[Throwable]].toResponse(request, throwable)\n    RouteInfo(request).foreach { info =>\n      statException(info, request, throwable, response)\n    }\n    response\n  }\n\n  \/* Private *\/\n\n  private def statException(\n    routeInfo: RouteInfo,\n    request: Request,\n    throwable: Throwable,\n    response: Response): Unit = {\n    statsReceiver.counter(\n      \"route\",\n      routeInfo.sanitizedPath,\n      request.method.toString,\n      \"status\",\n      response.status.code.toString,\n      \"mapped\",\n      exceptionDetails(throwable))\n      .incr()\n  }\n\n  private def exceptionDetails(throwable: Throwable): String = {\n    val className = ClassUtils.simpleName(throwable.getClass)\n    throwable match {\n      case sourceDetails: DetailedNonRetryableSourcedException => className + \"\/\" + sourceDetails.toDetailsString\n      case _ => className\n    }\n  }\n\n  private def add(throwableType: Type, mapper: ExceptionMapper[_]) {\n    if (mappers.contains(throwableType)) {\n      throw new IllegalStateException(s\"ExceptionMapper for $throwableType already registered\")\n    } else {\n      mappers(throwableType) = mapper \/\/ mutation\n    }\n  }\n\n  \/\/ Assumes mappers are never explicitly registered after configuration\n  \/\/ phase, otherwise we'd need to invalidate the cache.\n  private def cachedGetMapper(cls: Class[_]): ExceptionMapper[_] = {\n    mappers.getOrElseUpdate(cls, getMapper(cls))\n  }\n\n  \/\/ Get mapper for this throwable class if it exists, otherwise\n  \/\/ search for parent throwable class. If we reach the Throwable\n  \/\/ class then return the default mapper.\n  \/\/\n  \/\/ Note: we avoid getOrElse so we have tail recursion\n  @tailrec\n  private def getMapper(cls: Class[_]): ExceptionMapper[_] = {\n    if (cls == classOf[Throwable]) {\n      defaultExceptionMapper\n    } else {\n      mappers.get(cls) match {\n        case Some(mapper) => mapper\n        case None => getMapper(cls.getSuperclass)\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/benchmark-server\/build.sbt","text":"name := \"benchmark-server\"\norganization := \"com.twitter\"\nversion := \"2.4.0\"\nscalaVersion := \"2.11.8\"\nparallelExecution in ThisBuild := false\n\nlazy val versions = new {\n  val finatra = \"2.4.0\"\n}\n\nmainClass in Compile := Some(\"com.twitter.finatra.http.benchmark.FinatraBenchmarkServerMain\")\n\nresolvers ++= Seq(\n  Resolver.sonatypeRepo(\"releases\"),\n  \"Twitter Maven\" at \"https:\/\/maven.twttr.com\"\n)\n\nassemblyMergeStrategy in assembly := {\n  case \"BUILD\" => MergeStrategy.discard\n  case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.last\n  case other => MergeStrategy.defaultMergeStrategy(other)\n}\n\nlibraryDependencies ++= Seq(\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra,\n  \"com.twitter\" %% \"finatra-httpclient\" % versions.finatra,\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.7\",\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\",\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\" classifier \"tests\",\n\n  \"org.mockito\" % \"mockito-core\" % \"1.9.5\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.3\" % \"test\",\n  \"org.specs2\" %% \"specs2\" % \"2.3.12\" % \"test\")\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/internal\/ThriftClientModuleNonMuxTest.scala","text":"package com.twitter.inject.thrift.internal\n\nimport com.twitter.greeter.thriftscala.Greeter\nimport com.twitter.inject.Test\nimport com.twitter.inject.app.TestInjector\nimport com.twitter.inject.modules.StatsReceiverModule\nimport com.twitter.inject.thrift.modules.{ThriftClientModule, ThriftClientIdModule}\n\nclass ThriftClientModuleNonMuxTest extends Test {\n\n  val injector = TestInjector(\n    modules = Seq(ThriftClientModuleNonMux, ThriftClientIdModule, StatsReceiverModule),\n    flags = Map(\"com.twitter.server.resolverMap\" -> \"greeter-thrift-service=nil!\"))\n\n  \"test\" in {\n    val client = injector.instance[Greeter.FutureIface]\n    assert(client != null)\n  }\n\n  object ThriftClientModuleNonMux extends ThriftClientModule[Greeter.FutureIface] {\n    override val label = \"greeter-thrift-client\"\n    override val dest = \"flag!greeter-thrift-service\"\n    override val mux = false\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/routing\/HttpServerAdminRouteTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.tests.integration.routing\n\nimport com.twitter.finagle.http.{HttpMuxer, Request}\nimport com.twitter.finatra.http.routing.{AdminIndexInfo, HttpRouter}\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.finatra.http.{Controller, HttpServer}\nimport com.twitter.inject.Test\n\nclass HttpServerAdminRouteTest extends Test {\n\n  \"Server\" should {\n\n    \"not allow conflicting admin routes\" in {\n      val server =  new EmbeddedHttpServer(\n        twitterServer = new HttpServer {\n          override protected def configureHttp(router: HttpRouter) = {\n            router.add(new Controller {\n              get(\"\/healthy\", name = \"Health\", admin = true) { request: Request =>\n                response.ok(\"OK\\n\")\n              }\n\n              get(\"\/quitquitquit\", name = \"Quit\", admin = true) { request: Request =>\n                response.ok(\"go away\")\n              }\n\n              post(\"\/abortabortabort\", admin = true) { request: Request =>\n                response.ok(\"go away now\")\n              }\n            })\n          }\n        })\n\n      try {\n        \/\/ defines overlapping admin route paths\n        intercept[java.lang.AssertionError] {\n          server.start()\n        }\n      } finally {\n        server.close()\n      }\n    }\n\n     \"not allow conflicting admin routes that start with \/admin\/\" in {\n      val server =  new EmbeddedHttpServer(\n        twitterServer = new HttpServer {\n          override protected def configureHttp(router: HttpRouter) = {\n            router.add(new Controller {\n\n              get(\"\/admin\/tracing\", admin = true) { request: Request =>\n                response.ok(\"trace\\n\")\n              }\n\n              get(\"\/admin\/server_info\", admin = true) { request: Request =>\n                response.ok(\"some info here\\n\")\n              }\n            })\n          }\n        })\n\n      try {\n        \/\/ defines overlapping admin route paths\n        intercept[Exception] {\n          server.start()\n        }\n      } finally {\n        server.close()\n      }\n    }\n\n    \"properly add routes to admin index\" in {\n      val server =  new EmbeddedHttpServer(\n        twitterServer = new HttpServer {\n          override protected def configureHttp(router: HttpRouter) = {\n            router.add(new Controller {\n              get(\"\/admin\/finatra\/stuff\/:id\",\n                admin = true,\n                adminIndexInfo = Some(AdminIndexInfo())) { request : Request =>\n                response.ok.json(request.params(\"id\"))\n              }\n\n              get(\"\/admin\/finatra\/foo\",\n                adminIndexInfo = Some(AdminIndexInfo())) { request: Request =>\n                response.ok.json(\"bar\")\n              }\n\n              post(\"\/admin\/resource\", admin = true) { request: Request =>\n                response.ok(\"affirmative\")\n              }\n\n              get(\"\/admin\/thisisacustompath\",\n                admin = true,\n                adminIndexInfo = Some(\n                  AdminIndexInfo(\n                    alias = \"Custom\",\n                    group = \"My Service\"))) { request: Request =>\n                response.ok.json(\"pong\")\n              }\n\n              post(\"\/admin\/finatra\/ok\/computer\",\n                admin = true,\n                adminIndexInfo = Some(AdminIndexInfo())) { request : Request =>\n                response.ok(\"roger.\")\n              }\n            })\n          }\n        })\n\n      try {\n        server.start()\n\n        \/\/ GET \/admin\/finatra\/stuff\/:id non-constant route should not be added\n        server.adminHttpServerRoutes.map(_.path).contains(\"\/admin\/finatra\/stuff\/:id\") should be(false)\n\n        \/\/ POST \/admin\/finatra\/ok\/computer constant route should not be added\n        server.adminHttpServerRoutes.map(_.path).contains(\"\/admin\/finatra\/ok\/computer\") should be(false)\n\n        \/\/ GET \/admin\/finatra\/foo constant route should not be added\n        server.adminHttpServerRoutes.map(_.path).contains(\"\/admin\/finatra\/foo\") should be(false)\n\n        \/\/ GET \/admin\/thisisacustompath constant route should be added\n        val adminCustomRoute = server.adminHttpServerRoutes.find(_.path == \"\/admin\/thisisacustompath\")\n        adminCustomRoute.isDefined should be(true)\n        adminCustomRoute.get.includeInIndex should be(true)\n        adminCustomRoute.get.group should be(Some(\"My Service\"))\n        adminCustomRoute.get.alias should be(\"Custom\")\n\n        \/\/ POST \/admin\/resource constant route should be added\n        val adminResourceRoute = server.adminHttpServerRoutes.find(_.path == \"\/admin\/resource\")\n        adminResourceRoute.isDefined should be(true)\n        adminResourceRoute.get.includeInIndex should be(false)\n\n        \/\/ A handler should show up on the HttpMuxer\n        HttpMuxer.patterns.contains(\"\/admin\/finatra\/\") should be(true)\n      } finally {\n        server.close()\n      }\n    }\n\n    \"Add HttpMuxer handler for \/admin\/finatra and non-constant or non-GET routes\" in {\n      \/\/ if we only add non-constant routes to the admin there should still be a handler\n      \/\/ registered on the HttpMuxer\n      val server =  new EmbeddedHttpServer(\n        twitterServer = new HttpServer {\n          override protected def configureHttp(router: HttpRouter) = {\n            router.add(new Controller {\n              get(\"\/admin\/finatra\/prefix\/resource\/:id\") { request: Request =>\n                response.ok.json(request.params(\"id\"))\n              }\n            })\n          }\n        })\n\n      try {\n        server.start()\n\n        \/\/ A handler should show up on the HttpMuxer\n        HttpMuxer.patterns.contains(\"\/admin\/finatra\/\") should be(true)\n      } finally {\n        server.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/fileupload\/FileUploadException.scala","text":"package com.twitter.finatra.http.fileupload\n\nclass FileUploadException(msg: String)\n  extends Exception(msg)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/test\/scala\/com\/twitter\/inject\/server\/tests\/EmbeddedTwitterServerIntegrationTest.scala","text":"<filename>inject\/inject-server\/src\/test\/scala\/com\/twitter\/inject\/server\/tests\/EmbeddedTwitterServerIntegrationTest.scala\npackage com.twitter.inject.server.tests\n\nimport com.twitter.finagle.http.Status\nimport com.twitter.inject.server.{EmbeddedTwitterServer, TwitterServer}\nimport com.twitter.inject.{Logging, Test, TwitterModule}\n\nclass EmbeddedTwitterServerIntegrationTest extends Test {\n\n  \"server\" should {\n    \"start\" in {\n      val twitterServer = new TwitterServer {}\n      twitterServer.addFrameworkOverrideModules(new TwitterModule {})\n      val embeddedServer = new EmbeddedTwitterServer(twitterServer)\n\n      embeddedServer.httpGetAdmin(\n        \"\/health\",\n        andExpect = Status.Ok,\n        withBody = \"OK\\n\")\n\n      embeddedServer.close()\n    }\n\n    \"fail if server is a singleton\" in {\n      intercept[IllegalArgumentException] {\n        new EmbeddedTwitterServer(SingletonServer)\n      }\n    }\n\n    \"fail if bind on a non-injectable server\" in {\n      intercept[IllegalStateException] {\n        new EmbeddedTwitterServer(\n          new NonInjectableServer)\n          .bind[String](\"hello!\")\n      }\n    }\n\n    \"support bind in server\" in {\n      val server = new EmbeddedTwitterServer(\n        new TwitterServer {})\n        .bind[String](\"helloworld\")\n\n      server.injector.instance[String] should be(\"helloworld\")\n      server.close()\n    }\n\n    \"fail because of unknown flag\" in {\n      val server = new EmbeddedTwitterServer(\n        new TwitterServer {},\n        flags = Map(\"foo.bar\" -> \"true\"))\n\n      val e = intercept[Exception] {\n        server.assertHealthy()\n      }\n      e.getMessage.contains(\"Error parsing flag \\\"foo.bar\\\": flag undefined\") should be(true)\n      server.close()\n    }\n  }\n}\n\nclass NonInjectableServer\n  extends com.twitter.server.TwitterServer\n  with Logging {\n  def main(): Unit = {\n    info(\"Hello World\")\n  }\n}\n\nobject SingletonServer extends TwitterServer\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/Add2HttpServer\/Add2Server.scala","text":"package com.twitter.finatra.multiserver.Add2HttpServer\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.filters.CommonFilters\nimport com.twitter.finatra.http.routing.HttpRouter\n\nclass Add2Server extends HttpServer {\n  override val modules = Seq(Add1HttpClientModule)\n\n  override def configureHttp(router: HttpRouter) {\n    router\n      .filter[CommonFilters]\n      .add[Add2Controller]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/wrapped\/WrappedValueSerializer.scala","text":"package com.twitter.finatra.json.internal.caseclass.wrapped\n\nimport com.fasterxml.jackson.core.JsonGenerator\nimport com.fasterxml.jackson.databind.SerializerProvider\nimport com.fasterxml.jackson.databind.ser.std.StdSerializer\nimport com.twitter.finatra.domain.WrappedValue\n\nprivate[finatra] object WrappedValueSerializer extends StdSerializer[WrappedValue[_]](classOf[WrappedValue[_]]) {\n\n  override def serialize(wrappedValue: WrappedValue[_], jgen: JsonGenerator, provider: SerializerProvider) {\n    jgen.writeObject(\n      wrappedValue.onlyValue)\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/modules\/JedisClientModule.scala","text":"package com.twitter.tiny.modules\n\nimport com.google.inject.{Provides, Singleton}\nimport com.twitter.inject.TwitterModule\nimport redis.clients.jedis.Jedis\n\nobject JedisClientModule\n  extends TwitterModule {\n\n  val redisUrl = flag(\"redis.url\", \"redis:\/\/127.0.0.1:6379\", \"Default redis host:port URL\")\n\n  @Singleton\n  @Provides\n  def providesJedisClient(): Jedis = {\n    new Jedis(redisUrl())\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/filters\/HttpResponseFilterTest.scala","text":"package com.twitter.finatra.http.filters\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.inject.Test\nimport com.twitter.util.{Await, Future}\n\nclass HttpResponseFilterTest extends Test {\n\n  val respFilter = new HttpResponseFilter[Request]\n  val rfc7231Regex = \"\"\"^(?:Mon|Tue|Wed|Thu|Fri|Sat|Sun), \\d\\d (?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec) \\d{4} \\d\\d:\\d\\d:\\d\\d GMT$\"\"\"\n\n  \"test response header\" in {\n    val service = Service.mk[Request, Response] { request =>\n      val response = Response()\n      response.setStatusCode(200)\n      response.setContentString(\"test header\")\n      Future(response)\n    }\n    val request = Request()\n\n    try {\n      val response = Await.result(respFilter.apply(request, service))\n\n      response.version should equal(request.version)\n      response.server should equal(Some(\"Finatra\"))\n      response.contentType should equal(Some(\"application\/octet-stream\"))\n      response.date.getOrElse(\"\") should fullyMatch regex rfc7231Regex\n    } finally {\n      service.close()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/ResponseUtilsTest.scala","text":"package com.twitter.finatra.tests.utils\n\nimport com.twitter.finagle.http.{Response, Status, Version}\nimport com.twitter.finatra.utils.ResponseUtils\nimport com.twitter.inject.Test\n\nclass ResponseUtilsTest\n  extends Test {\n\n  val internalServerErrorResponse = Response(\n      Version.Http11,\n      Status.InternalServerError)\n\n  val notFoundResponse = Response(\n      Version.Http11,\n      Status.NotFound)\n  val notFoundResponseWithBody = Response(\n      Version.Http11,\n      Status.NotFound)\n  notFoundResponseWithBody.setContentString(\"not found\")\n\n  val forbiddenResponse = Response(\n      Version.Http11,\n      Status.Forbidden)\n  val forbiddenResponseWithBody = Response(\n      Version.Http11,\n      Status.Forbidden)\n  forbiddenResponseWithBody.setContentString(\"forbidden\")\n\n  val movedPermanentlyResponse = Response(\n      Version.Http11,\n      Status.MovedPermanently)\n\n  val okResponse = Response(\n      Version.Http11,\n      Status.Ok)\n\n  val okResponseWithBody = Response(\n      Version.Http11,\n      Status.Ok)\n  okResponseWithBody.setContentString(\"ok\")\n\n  \"ResponseUtils\" should {\n\n    \"correctly identify 5xx response\" in {\n      ResponseUtils.is5xxResponse(internalServerErrorResponse) should be(true)\n      ResponseUtils.is5xxResponse(notFoundResponse) should be(false)\n      ResponseUtils.is5xxResponse(okResponse) should be(false)\n    }\n\n    \"correctly identify 2xx response\" in {\n      ResponseUtils.is2xxResponse(okResponse) should be(true)\n      ResponseUtils.is2xxResponse(notFoundResponse) should be(false)\n      ResponseUtils.is2xxResponse(internalServerErrorResponse) should be(false)\n    }\n\n    \"correct identify 4xx or 5xx responses\" in {\n      ResponseUtils.is4xxOr5xxResponse(internalServerErrorResponse) should be(true)\n      ResponseUtils.is4xxOr5xxResponse(notFoundResponse) should be(true)\n      ResponseUtils.is4xxOr5xxResponse(okResponse) should be(false)\n    }\n\n    \"expect ok response\" in {\n      intercept[java.lang.AssertionError] {\n        ResponseUtils.expectOkResponse(forbiddenResponse)\n      }\n\n      ResponseUtils.expectOkResponse(okResponse)\n    }\n\n    \"expect ok response with body\" in {\n      ResponseUtils.expectOkResponse(okResponseWithBody, \"ok\")\n    }\n\n    \"expect forbidden response\" in {\n      intercept[java.lang.AssertionError] {\n        ResponseUtils.expectForbiddenResponse(okResponse)\n      }\n\n      ResponseUtils.expectForbiddenResponse(forbiddenResponse)\n    }\n\n    \"expect forbidden response with body\" in {\n      ResponseUtils.expectForbiddenResponse(forbiddenResponseWithBody, \"forbidden\")\n    }\n\n    \"expect not found response\" in {\n        intercept[java.lang.AssertionError] {\n        ResponseUtils.expectNotFoundResponse(okResponse)\n      }\n\n      ResponseUtils.expectNotFoundResponse(notFoundResponse)\n    }\n\n    \"expect not found response with body\" in {\n      ResponseUtils.expectNotFoundResponse(notFoundResponseWithBody, \"not found\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/hello-world-heroku\/src\/main\/scala\/com\/twitter\/hello\/heroku\/HelloWorldController.scala","text":"package com.twitter.hello.heroku\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.Controller\n\nclass HelloWorldController extends Controller {\n\n  get(\"\/hi\") { request: Request =>\n    info(\"hi\")\n    \"Hello \" + request.params.getOrElse(\"name\", \"unnamed\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/modules\/TinyUrlModule.scala","text":"package com.twitter.tiny.modules\n\nimport com.twitter.inject.TwitterModule\n\nobject TinyUrlModule extends TwitterModule {\n\n  flag(\"secure\", false, \"Use HTTPS shortened URLS\")\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/test\/scala\/com\/twitter\/finatra\/httpclient\/test\/PostRequestWithIncorrectBodyException.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.httpclient.test\n\nprivate[httpclient] class PostRequestWithIncorrectBodyException(message: String) extends RuntimeException(message)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/pools\/test\/PooledServerIntegrationTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/pools\/test\/PooledServerIntegrationTest.scala\npackage com.twitter.finatra.http.tests.integration.pools.test\n\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.tests.integration.pools.main.{PooledController, PooledServer}\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.server.FeatureTest\n\nclass PooledServerIntegrationTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(new PooledServer)\n\n  \"PooledServer should return right away\" in {\n    for (i <- 1 to 100) {\n      server.httpGet(\"\/hi?id=\" + i, andExpect = Ok)\n    }\n\n    \/\/When manually testing, uncomment the next line to wait for forked future logging\n    \/\/Thread.sleep(10000)\n\n    PooledController.pool1.executor.shutdownNow()\n    PooledController.pool2.executor.shutdownNow()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift\/src\/test\/scala\/com\/twitter\/inject\/tests\/thrift\/utils\/ThriftMethodUtilsTest.scala","text":"package com.twitter.inject.tests.thrift.utils\n\nimport com.twitter.inject.Test\nimport com.twitter.inject.thrift.utils.ThriftMethodUtils\nimport com.twitter.scrooge.{ThriftStructCodec3, ThriftMethod}\n\nclass ThriftMethodUtilsTest extends Test {\n\n  \"ThriftMethodUtils\" should {\n\n    \"return pretty string\" in {\n\n      val method = new ThriftMethod {\n        override val name = \"Foo\"\n\n        \/** Convert a function implementation of this method into a service implementation *\/\n        override def functionToService(f: FunctionType): ServiceType = ???\n\n        \/** Convert a service implementation of this method into a function implementation *\/\n        override def serviceToFunction(svc: ServiceType): FunctionType = ???\n\n        \/** Thrift service name. A thrift service is a list of methods. *\/\n        override val serviceName: String = \"FooService\"\n\n        \/** Codec for the request args *\/\n        override def argsCodec: ThriftStructCodec3[Args] = ???\n\n        \/** Codec for the response *\/\n        override def responseCodec: ThriftStructCodec3[Result] = ???\n\n        \/** True for oneway thrift methods *\/\n        override val oneway: Boolean = false\n      }\n\n      val prettyString = ThriftMethodUtils.prettyStr(method)\n      prettyString should be(\"FooService.Foo\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/modules\/InMemoryCredentialsModule.scala","text":"package com.twitter.finatra.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finatra.utils.Credentials\nimport com.twitter.inject.TwitterModule\nimport javax.inject.Singleton\n\nclass InMemoryCredentialsModule(\n  credentials: Map[String, String])\n  extends TwitterModule {\n\n  @Singleton\n  @Provides\n  def providesCredentials: Credentials = {\n    Credentials(credentials)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/CredentialsIntegrationTest.scala","text":"<filename>utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/CredentialsIntegrationTest.scala\npackage com.twitter.finatra.tests.utils\n\nimport com.twitter.finatra.modules.CredentialsModule\nimport com.twitter.finatra.utils.Credentials\nimport com.twitter.inject.IntegrationTest\nimport com.twitter.inject.app.TestInjector\n\nclass CredentialsIntegrationTest extends IntegrationTest {\n\n  override def injector =\n    TestInjector(CredentialsModule)\n\n  \"Credentials Module\" should {\n\n    \"load empty credentials\" in {\n      val credentials = injector.instance[Credentials]\n      credentials.isEmpty should be(true)\n      credentials.get(\"foo\") should be(None)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/ExceptionMapperModule.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/ExceptionMapperModule.scala\npackage com.twitter.finatra.http.modules\n\nimport com.twitter.finatra.http.exceptions.{DefaultExceptionMapper, ExceptionManager}\nimport com.twitter.finatra.http.internal.exceptions.json.{CaseClassExceptionMapper, JsonParseExceptionMapper}\nimport com.twitter.finatra.http.internal.exceptions.FinatraDefaultExceptionMapper\nimport com.twitter.inject.{Injector, TwitterModule}\n\nobject ExceptionMapperModule extends TwitterModule {\n  override def configure() {\n    bindSingleton[DefaultExceptionMapper].to[FinatraDefaultExceptionMapper]\n  }\n\n  override def singletonStartup(injector: Injector) {\n    val manager = injector.instance[ExceptionManager]\n    manager.add[JsonParseExceptionMapper]\n    manager.add[CaseClassExceptionMapper]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/HttpTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/HttpTest.scala<gh_stars>0\npackage com.twitter.finatra.http\n\nimport java.net.URLEncoder\n\ntrait HttpTest\n  extends com.twitter.inject.Test {\n\n  def resolverMap(resolverMap: (String, String)*): String = {\n    if (resolverMap.isEmpty)\n      \"\"\n    else\n      \"-com.twitter.server.resolverMap=\" + {\n        resolverMap map { case (k, v) =>\n          k + \"=\" + v\n        } mkString \",\"\n      }\n  }\n\n  def resolverMap(name: String, httpServer: EmbeddedHttpServer): (String, String) = {\n    (\"com.twitter.server.resolverMap\", name + \"=\" + httpServer.externalHttpHostAndPort)\n  }\n\n  def urlEncode(str: String) = {\n    URLEncoder.encode(str, \"UTF-8\")\n      .replaceAll(\"\\\\+\", \"%20\")\n      .replaceAll(\"\\\\%21\", \"!\")\n      .replaceAll(\"\\\\%27\", \"'\")\n      .replaceAll(\"\\\\%28\", \"(\")\n      .replaceAll(\"\\\\%29\", \")\")\n      .replaceAll(\"\\\\%7E\", \"~\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/StreamingJsonTestHelper.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http\n\nimport com.fasterxml.jackson.databind.ObjectWriter\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.io.Buf\nimport com.twitter.util.Await\n\n\/**\n  * Helper class to \"stream\" JSON to a [[com.twitter.finagle.http.Request]]. Uses the given mapper\n  * or the passed optional com.fasterxml.jackson.databind.ObjectWriter for writing JSON values.\n  * @param mapper - default [[com.twitter.finatra.json.FinatraObjectMapper]] to use for writing values.\n  * @param writer - optional com.fasterxml.jackson.databind.ObjectWriter to use instead of the given mapper.\n  *\/\nclass StreamingJsonTestHelper(\n  mapper: FinatraObjectMapper,\n  writer: Option[ObjectWriter] = None) {\n\n  def writeJsonArray(request: Request, seq: Seq[Any], delayMs: Long): Unit = {\n    writeAndWait(request, \"[\")\n    writeAndWait(request, writeValueAsString(seq.head))\n    for (elem <- seq.tail) {\n      writeAndWait(request, \",\" + writeValueAsString(elem))\n      Thread.sleep(delayMs)\n    }\n    writeAndWait(request, \"]\")\n    closeAndWait(request)\n  }\n\n  \/* Private *\/\n\n  private def writeValueAsString(any: Any): String = {\n    writer match {\n      case Some(objectWriter) =>\n        objectWriter.writeValueAsString(any)\n      case _ =>\n        mapper.writeValueAsString(any)\n    }\n  }\n\n  private def writeAndWait(request: Request, str: String) {\n    println(\"Write:\\t\" + str)\n    Await.result(\n      request.writer.write(Buf.Utf8(str)))\n  }\n\n  private def closeAndWait(request: Request) {\n    Await.result(\n      request.close())\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/CallbackConverter.scala","text":"package com.twitter.finatra.http.internal.marshalling\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finagle.http._\nimport com.twitter.finatra.http.response.{ResponseBuilder, StreamingResponse}\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.finatra.json.internal.streaming.JsonStreamParser\nimport com.twitter.io.Buf\nimport com.twitter.util.Future\nimport javax.inject.Inject\nimport org.jboss.netty.handler.codec.http.HttpResponseStatus\n\nprivate[http] class CallbackConverter @Inject()(\n  messageBodyManager: MessageBodyManager,\n  responseBuilder: ResponseBuilder,\n  mapper: FinatraObjectMapper,\n  jsonStreamParser: JsonStreamParser) {\n\n  \/* Public *\/\n\n  \/\/ Note we use Manifest here as we support Scala 2.10 and reflection is not thread-safe in 2.10 (precluding the use\n  \/\/ of typeTag and\/or classTag). See: http:\/\/docs.scala-lang.org\/overviews\/reflection\/thread-safety.html\n  def convertToFutureResponse[RequestType: Manifest, ResponseType: Manifest](callback: RequestType => ResponseType): Request => Future[Response] = {\n    val requestConvertedCallback: (Request => ResponseType) = createRequestCallback[RequestType, ResponseType](callback)\n    createResponseCallback[ResponseType](requestConvertedCallback)\n  }\n\n  \/* Private *\/\n\n  private def createRequestCallback[RequestType: Manifest, ResponseType: Manifest](callback: RequestType => ResponseType): Request => ResponseType = {\n    if (manifest[RequestType] == manifest[Request]) {\n      callback.asInstanceOf[(Request => ResponseType)]\n    }\n    else if (runtimeClassEq[RequestType, AsyncStream[_]]) {\n      val asyncStreamTypeParam = manifest[RequestType].typeArguments.head\n      request: Request =>\n        val asyncStream = jsonStreamParser.parseArray(request.reader)(asyncStreamTypeParam)\n        callback(asyncStream.asInstanceOf[RequestType])\n    }\n    else if (runtimeClassEq[RequestType, Int]) {\n      \/\/ NOTE: \"empty\" route callbacks that return a String are inferred as a RequestType of\n      \/\/ Int by Scala because StringOps.apply is a function of Int => Char.\n      throw new Exception(\n        \"Routes with empty (with no parameter) route callbacks or route callbacks with a parameter of type Int are not allowed. \" +\n          \"Please specify a parameter in your route callback of the appropriate type.\")\n    }\n    else {\n      request: Request =>\n        val callbackInput = messageBodyManager.read[RequestType](request)\n        callback(callbackInput)\n    }\n  }\n\n  private def createResponseCallback[ResponseType: Manifest](requestCallback: (Request) => ResponseType): (Request) => Future[Response] = {\n    if (manifest[ResponseType] == manifest[Future[Response]]) {\n      requestCallback.asInstanceOf[(Request => Future[Response])]\n    }\n    else if (isFutureOption[ResponseType]) {\n      request: Request =>\n        requestCallback(request).asInstanceOf[Future[Option[_]]].map(optionToHttpResponse(request))\n    }\n    else if (runtimeClassEq[ResponseType, AsyncStream[_]]) {\n      request: Request =>\n        val asyncStream = requestCallback(request).asInstanceOf[AsyncStream[_]]\n\n        val streamingResponse = StreamingResponse.jsonArray(\n          toBuf = mapper.writeValueAsBuf,\n          asyncStream = asyncStream)\n\n        streamingResponse.toFutureFinagleResponse\n    }\n    else if (runtimeClassEq[ResponseType, Future[_]]) {\n      request: Request =>\n        requestCallback(request).asInstanceOf[Future[_]].map(createHttpResponse(request))\n    }\n    else if (runtimeClassEq[ResponseType, StreamingResponse[_]]) {\n      request: Request =>\n        requestCallback(request).asInstanceOf[StreamingResponse[_]].toFutureFinagleResponse\n    }\n    else if (manifest[ResponseType] == manifest[Response]) {\n      request: Request =>\n        Future(\n          requestCallback(request).asInstanceOf[Response])\n    }\n    else if (runtimeClassEq[ResponseType, Option[_]]) {\n      request: Request =>\n        Future(\n          optionToHttpResponse(request)(requestCallback(request).asInstanceOf[Option[_]]))\n    }\n    else if (runtimeClassEq[ResponseType, String]) {\n      \/\/ optimized\n      request: Request =>\n        Future.value(\n          new NonValidatingHttpHeadersResponse(\n            status = HttpResponseStatus.OK,\n            content = Buf.Utf8(requestCallback(request).asInstanceOf[String]),\n            contentType = responseBuilder.plainTextContentType))\n    }\n    else if (isStringMap[ResponseType]) {\n      \/\/ optimized\n      request: Request =>\n        Future.value(\n          new NonValidatingHttpHeadersResponse(\n            status = HttpResponseStatus.OK,\n            content = mapper.writeStringMapAsBuf(requestCallback(request).asInstanceOf[Map[String, String]]),\n            contentType = responseBuilder.jsonContentType))\n    }\n    else if (runtimeClassEq[ResponseType, Map[_, _]]) {\n      \/\/ optimized\n      request: Request =>\n        val response = Response(Version.Http11, Status.Ok)\n        response.content = mapper.writeValueAsBuf(requestCallback(request))\n        response.headerMap.add(Fields.ContentType, responseBuilder.jsonContentType)\n        Future.value(response)\n    }\n    else {\n      request: Request =>\n        requestCallback(request) match {\n          case futureResult: Future[_] => futureResult.map(createHttpResponse(request))\n          case result => Future(createHttpResponse(request)(result))\n        }\n    }\n  }\n\n  private def optionToHttpResponse(request: Request)(response: Option[_]): Response = {\n    response.map(createHttpResponse(request)).getOrElse {\n      responseBuilder.notFound(\"\")\n    }\n  }\n\n  private def createHttpResponse(request: Request)(any: Any): Response = {\n    any match {\n      case response: Response => response\n      case _ => responseBuilder.ok(request, any)\n    }\n  }\n\n  private def runtimeClassEq[T: Manifest, U: Manifest]: Boolean = {\n    manifest[T].runtimeClass == manifest[U].runtimeClass\n  }\n\n  private def isStringMap[T: Manifest]: Boolean = {\n    val typeArgs = manifest[T].typeArguments\n    runtimeClassEq[T, Map[_, _]] &&\n      typeArgs.size == 2 &&\n      typeArgs.head.runtimeClass == classOf[String] &&\n      typeArgs.tail.head.runtimeClass == classOf[String]\n  }\n\n  private def isFutureOption[T: Manifest]: Boolean = {\n    val typeArgs = manifest[T].typeArguments\n    runtimeClassEq[T, Future[_]] &&\n      typeArgs.size == 1 &&\n      typeArgs.head.runtimeClass == classOf[Option[_]]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/FutureConversionsTest.scala","text":"package com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.future._\nimport com.twitter.inject.Test\nimport com.twitter.util.{Throw, Future, Return}\n\nclass FutureConversionsTest extends Test {\n\n  def intToString(num: Int): String = num.toString\n\n  def intToFutureString(num: Int): Future[String] = Future(num.toString)\n\n  def intToOptionString(num: Int): Option[String] = Some(num.toString)\n\n  def intToFutureOptionString(num: Int): Future[Option[String]] = Future(Some(num.toString))\n\n  def unitToFutureOptionAbc(): Future[Option[String]] = Future(Some(\"abc\"))\n\n  \"Future[Option[T]]\" should {\n    \"#getInnerOrFail\" in {\n      assertFuture(\n        Future(Some(1)) getInnerOrElseFail TestException,\n        Future(1))\n    }\n    \"#getInnerOrFail when empty\" in {\n      assertFailedFuture[TestException](\n        Future(None) getInnerOrElseFail TestException)\n    }\n    \"#getInnerOrElseFail when already failed\" in {\n      assertFailedFuture[TestException](\n        Future.exception(ExistingException).getInnerOrElseFail(TestException))\n    }\n    \"#mapInner\" in {\n      assertFuture(\n        Future(Some(1)) mapInner intToString,\n        Future(Some(\"1\")))\n    }\n    \"#mapInnerOpt\" in {\n      assertFuture[Option[String]](\n        Future(Some(1)) mapInnerOpt intToOptionString,\n        Future(Some(\"1\")))\n    }\n    \"#flatMapInner\" in {\n      assertFuture(\n        Future(Some(1)) flatMapInner intToFutureString,\n        Future(Some(\"1\")))\n    }\n    \"#flatMapInnerOpt\" in {\n      assertFuture(\n        Future(Some(1)) flatMapInnerOpt intToFutureOptionString,\n        Future(Some(\"1\")))\n    }\n    \"#flatMapIfUndefined when None\" in {\n      assertFuture(\n        Future[Option[String]](None) flatMapIfUndefined { _ =>\n          Future(Some(\"abc\"))\n        },\n        Future(Some(\"abc\")))\n    }\n    \"#flatMapInnerOpt when Some\" in {\n      assertFuture(\n        Future(Some(\"xyz\")) flatMapIfUndefined { _ =>\n          Future(Some(\"abc\"))\n        },\n        Future(Some(\"xyz\")))\n    }\n  }\n\n  \"Future[Seq[T]]\" should {\n    \"#mapInner\" in {\n      assertFuture(\n        Future(Seq(1)) mapInner intToString,\n        Future(Seq(\"1\")))\n    }\n    \"#mapInnerOpt\" in {\n      assertFuture(\n        Future(Seq(1)) mapInnerOpt intToOptionString,\n        Future(Seq(\"1\")))\n    }\n    \"#flatMapInner\" in {\n      assertFuture(\n        Future(Seq(1)) flatMapInner intToFutureString,\n        Future(Seq(\"1\")))\n    }\n    \"#flatMapInnerOpt\" in {\n      assertFuture(\n        Future(Seq(1)) flatMapInnerOpt intToFutureOptionString,\n        Future(Seq(\"1\")))\n    }\n    \"#flatMapInnerOpt when empty\" in {\n      assertFuture(\n        Future(Seq[Int]()) flatMapInnerOpt intToFutureOptionString,\n        Future(Seq[Int]()))\n    }\n    \"#filter\" in {\n      assertFuture(\n        Future(Seq(0, 1, 2, 3)) filterInner { _ > 1 },\n        Future(Seq(2, 3)))\n    }\n    \"#headOption when seq of size 1\" in {\n      assertFuture(\n        Future(Seq(0)).headOption,\n        Future(Some(0)))\n    }\n    \"#headOption when seq of size > 1\" in {\n      assertFuture(\n        Future(Seq(0, 1, 2, 3)).headOption,\n        Future(Some(0)))\n    }\n    \"#headOption when empty\" in {\n      assertFuture(\n        Future(Seq[Int]()).headOption,\n        Future(None))\n    }\n    \"#collectInner\" in {\n      assertFuture(\n        Future(Seq(\"a\", 1)).collectInner { case num: Int => num + 1 },\n        Future(Seq(2)))\n    }\n    \"#groupBySingleValue\" in {\n      assertFuture(\n        Future(Seq(\"a\", \"aa\", \"bb\", \"ccc\")).groupBySingleValue { _.size },\n        Future(Map(\n          1 -> \"a\",\n          2 -> \"bb\",\n          3 -> \"ccc\")))\n    }\n  }\n\n  \"Future[Option[Seq[T]]]\" should {\n    \"#flattenInner with Some list\" in {\n      assertFuture(\n        Future(Some(Seq(1))).flattenInner,\n        Future(Seq(1)))\n    }\n    \"#flattenInner with None\" in {\n      assertFuture(\n        Future(None).flattenInner,\n        Future(Seq()))\n    }\n  }\n\n  \"Future[Seq[Future[T]]]\" should {\n    \"#flattenInner with Some list\" in {\n      assertFuture(\n        Future(Seq(Future(1))).flattenInner,\n        Future(Seq(1)))\n    }\n    \"#flattenInner with None\" in {\n      assertFuture(\n        Future(Seq()).flattenInner,\n        Future(Seq()))\n    }\n  }\n\n  \"Future[T]\" should {\n    \"#toBoolean returns true when Return\" in {\n      assertFuture(\n        Future(\"asdf\").toBoolean,\n        Future(true))\n    }\n    \"#toBoolean returns false when Throw\" in {\n      assertFuture(\n        Future.exception(ExistingException).toBoolean,\n        Future(false))\n    }\n    \"#toOption returns Some when Return\" in {\n      assertFuture(\n        Future(\"asdf\").toOption,\n        Future(Some(\"asdf\")))\n    }\n    \"#toBoolean returns None when Throw\" in {\n      assertFuture(\n        Future.exception(ExistingException).toOption,\n        Future(None))\n    }\n    \"#chainedOnFailure succeeds when Return\" in {\n      assertFuture(\n        Future(\"asdf\").chainedOnFailure { throwable =>\n          fail(\"should not run when Return\")\n        },\n        Future(\"asdf\"))\n    }\n    \"#chainedOnFailure succeeds when Throw\" in {\n      var chainedRan = false\n\n      assertFailedFuture[ExistingException](\n        Future.exception(ExistingException).chainedOnFailure { throwable =>\n          assert(throwable == ExistingException)\n          chainedRan = true\n          Future.Unit\n        })\n\n      assert(chainedRan)\n    }\n    \"#chainedOnFailure returns failed future when Throw\" in {\n      var chainedRan = false\n\n      assertFailedFuture[ExistingException](\n        Future.exception(ExistingException).chainedOnFailure { throwable =>\n          assert(throwable == ExistingException)\n          chainedRan = true\n          Future.exception(new Exception(\"another exception\"))\n        })\n\n      assert(chainedRan)\n    }\n\n    \"#chainedOnFailure throws Exception when Throw\" in {\n      var chainedRan = false\n\n      assertFailedFuture[ExistingException](\n        Future.exception(ExistingException).chainedOnFailure { throwable =>\n          assert(throwable == ExistingException)\n          chainedRan = true\n          throw new Exception(\"another exception\")\n        })\n\n      assert(chainedRan)\n    }\n\n    \"#transformException transforms Exception\" in {\n      assertFailedFuture[TestException](\n        Future.exception(ExistingException).transformException { throwable =>\n          new TestException\n        }\n      )\n    }\n\n    \"#transformException returns successful future\" in {\n      assertFuture(\n        Future(true).transformException { throwable =>\n          new TestException\n        },\n        Future(true))\n    }\n  }\n\n  def chainedSuccessFunc(throwable: Throwable): Future[Unit] = {\n    Future.Unit\n  }\n\n  def chainedFailedFunc(throwable: Throwable): Future[Unit] = {\n    Future.exception(new Exception(\"oops\"))\n  }\n\n  def chainedFailedThrowsFunc(throwable: Throwable): Future[Unit] = {\n    throw new Exception(\"oops\")\n  }\n\n  \"Future[Boolean]\" should {\n    var ran = false\n\n    def sideeffect = {\n      ran = true\n      Future.Unit\n    }\n\n    \"#flatMapIfTrue when Return(true)\" in {\n      ran = false\n      assertFuture(\n        Future(true).flatMapIfTrue(sideeffect),\n        Future.Unit)\n      ran should equal(true)\n    }\n\n    \"#flatMapIfTrue when Return(false)\" in {\n      ran = false\n      assertFuture(\n        Future(false).flatMapIfTrue(sideeffect),\n        Future.Unit)\n      ran should equal(false)\n    }\n\n    \"#flatMapIfTrue when Throw\" in {\n      ran = false\n      assertFailedFuture[ExistingException](\n        Future.exception(ExistingException).flatMapIfTrue(sideeffect))\n      ran should equal(false)\n    }\n  }\n\n  \"Future[Seq[Seq[A]]]\" should {\n    \"flattenInnerSeq\" in {\n      assertFuture(\n        Future(Seq(Seq(), Seq(\"a\", \"b\"), Seq(\"c\"))).flattenInnerSeq,\n        Future(Seq(\"a\", \"b\", \"c\")))\n    }\n  }\n\n  \"Future[T]\" should {\n    \"chainedOnFailure when success\" in {\n      assertFuture(\n        Future(1).chainedOnFailure { e => Future(2).unit },\n        Future(1))\n    }\n\n    \"chainedOnFailure when failure\" in {\n      assertFuture(\n        Future(1).chainedOnFailure { e => Future.exception(new RuntimeException(\"failure in chained\")) },\n        Future(1))\n    }\n\n    \"partialTransform when success matches\" in {\n      assertFailedFuture[RuntimeException](\n        Future(1).partialTransform {\n          case Return(r) if r == 1 =>\n            Future.exception(new RuntimeException(\"bad\"))\n        })\n    }\n\n    \"partialTransform when success doesn't match\" in {\n      assertFuture(\n        Future(2).partialTransform {\n          case Return(r) if r == 1 =>\n            Future.exception(new RuntimeException(\"bad\"))\n        },\n        Future(2))\n    }\n\n    \"partialTransform when failed\" in {\n      assertFailedFuture[TestException](\n        Future.exception[String](ExistingException).partialTransform {\n          case Throw(e: ExistingException) =>\n            Future.exception(TestException)\n        })\n    }\n  }\n\n  object TestException extends TestException\n\n  class TestException extends Exception\n\n  object ExistingException extends ExistingException\n\n  class ExistingException extends Exception\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/jackson\/JacksonTypes.scala","text":"<filename>jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/jackson\/JacksonTypes.scala<gh_stars>0\npackage com.twitter.finatra.json.internal.caseclass.jackson\n\nimport com.fasterxml.jackson.databind.JavaType\nimport com.fasterxml.jackson.databind.`type`.{ArrayType, TypeFactory}\nimport com.twitter.finatra.json.internal.caseclass.reflection._\n\nprivate[json] object JacksonTypes {\n\n  \/* Public *\/\n\n  \/* Match order matters since Maps can be treated as collections of tuples *\/\n  def javaType(typeFactory: TypeFactory, scalaType: ScalaType): JavaType = {\n    if (scalaType.typeArguments.isEmpty || scalaType.isEnum)\n      typeFactory.constructType(scalaType.runtimeClass)\n\n    else if (scalaType.isMap)\n      typeFactory.constructMapLikeType(\n        scalaType.runtimeClass,\n        javaType(typeFactory, scalaType.typeArguments(0)),\n        javaType(typeFactory, scalaType.typeArguments(1)))\n\n    else if (scalaType.isCollection)\n      typeFactory.constructCollectionLikeType(\n        scalaType.runtimeClass,\n        javaType(typeFactory, scalaType.typeArguments.head))\n\n    else if (scalaType.isArray)\n      ArrayType.construct(\n        primitiveAwareJavaType(typeFactory, scalaType.typeArguments.head),\n        null, null)\n\n    else\n      typeFactory.constructParametrizedType(\n        scalaType.runtimeClass,\n        scalaType.runtimeClass,\n        javaTypes(typeFactory, scalaType.typeArguments): _*)\n  }\n\n  \/* Private *\/\n\n  private def javaTypes(typeFactory: TypeFactory, scalaTypes: Seq[ScalaType]): Seq[JavaType] = {\n    for (scalaType <- scalaTypes) yield {\n      javaType(typeFactory, scalaType)\n    }\n  }\n\n  private def primitiveAwareJavaType(typeFactory: TypeFactory, scalaType: ScalaType): JavaType = {\n    if (scalaType.isPrimitive)\n      typeFactory.constructType(scalaType.primitiveAwareErasure)\n    else\n      javaType(typeFactory, scalaType)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/main\/scala\/com\/twitter\/finatra\/httpclient\/modules\/HttpClientModule.scala","text":"package com.twitter.finatra.httpclient.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.service.RetryPolicy\nimport com.twitter.finatra.httpclient.{HttpClient, RichHttpClient}\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.inject.TwitterModule\nimport com.twitter.util.Try\nimport javax.inject.Singleton\n\nabstract class HttpClientModule extends TwitterModule {\n\n  def dest: String\n\n  def hostname: String = \"\"\n\n  def retryPolicy: Option[RetryPolicy[Try[Response]]] = None\n\n  def defaultHeaders: Map[String, String] = Map()\n\n  def sslHostname: Option[String] = None\n\n  @Singleton\n  @Provides\n  def provideHttpClient(\n    mapper: FinatraObjectMapper,\n    httpService: Service[Request, Response]): HttpClient = {\n\n    new HttpClient(\n      hostname = hostname,\n      httpService = httpService,\n      retryPolicy = retryPolicy,\n      defaultHeaders = defaultHeaders,\n      mapper = mapper)\n  }\n\n  @Singleton\n  @Provides\n  def provideHttpService: Service[Request, Response] = {\n    sslHostname match {\n      case Some(ssl) =>\n        RichHttpClient.newSslClientService(\n          sslHostname = ssl,\n          dest = dest)\n      case _ =>\n        RichHttpClient.newClientService(\n          dest = dest)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/modules\/FilteredThriftClientModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.thrift.modules\n\nimport com.github.nscala_time.time\nimport com.github.nscala_time.time.DurationBuilder\nimport com.google.inject.Provides\nimport com.twitter.finagle._\nimport com.twitter.finagle.service.Retries.Budget\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finagle.thrift.{ClientId, MethodIfaceBuilder, ServiceIfaceBuilder}\nimport com.twitter.inject.annotations.Flag\nimport com.twitter.inject.conversions.duration._\nimport com.twitter.inject.exceptions.PossiblyRetryable\nimport com.twitter.inject.thrift.filters.ThriftClientFilterBuilder\nimport com.twitter.inject.thrift.modules.FilteredThriftClientModule.MaxDuration\nimport com.twitter.inject.thrift.{AndThenService, NonFiltered}\nimport com.twitter.inject.{Injector, RootMonitor, TwitterModule}\nimport com.twitter.scrooge.{ThriftResponse, ThriftService}\nimport com.twitter.util.{Duration => TwitterDuration, Monitor, Try}\nimport javax.inject.Singleton\nimport org.joda.time.Duration\nimport scala.language.implicitConversions\nimport scala.reflect.ClassTag\n\nobject FilteredThriftClientModule {\n  val MaxDuration = Duration.millis(Long.MaxValue)\n}\n\nabstract class FilteredThriftClientModule[FutureIface <: ThriftService : ClassTag, ServiceIface: ClassTag](\n  implicit serviceBuilder: ServiceIfaceBuilder[ServiceIface],\n  methodBuilder: MethodIfaceBuilder[ServiceIface, FutureIface])\n  extends TwitterModule\n  with time.Implicits {\n\n  override val frameworkModules = Seq(\n    AndThenServiceModule,\n    FilteredThriftClientFlagsModule)\n\n  \/**\n   * Name of client for use in metrics\n   *\/\n  val label: String\n\n  \/**\n   * Destination of client\n   *\/\n  val dest: String\n\n  \/**\n   * Enable thrift mux for this connection.\n   *\n   * Note: Both server and client must have mux enabled otherwise\n   * a nondescript ChannelClosedException will be seen.\n   *\n   * What is ThriftMux?\n   * http:\/\/twitter.github.io\/finagle\/guide\/FAQ.html?highlight=thriftmux#what-is-thriftmux\n   *\/\n  protected val mux: Boolean = true\n\n  protected val useHighResTimerForRetries = false\n\n  protected def sessionAcquisitionTimeout: Duration = MaxDuration\n\n  protected def budget: Budget = Budget.default\n\n  protected def monitor: Monitor = RootMonitor\n\n  \/**\n   * This method allows for further configuration of the client for parameters not exposed by\n   * this module or for overriding defaults provided herein, e.g.,\n   *\n   * override def configureThriftMuxClient(client: ThriftMux.Client): ThriftMux.Client = {\n   *   client\n   *     .withProtocolFactory(myCustomProtocolFactory))\n   *     .withStatsReceiver(someOtherScopedStatsReceiver)\n   *     .withMonitor(myAwesomeMonitor)\n   *     .withTracer(notTheDefaultTracer)\n   *     .withResponseClassifier(ThriftResponseClassifier.ThriftExceptionsAsFailures)\n   * }\n   *\n   * @param client - the [[com.twitter.finagle.ThriftMux.Client]] to configure.\n   * @return a configured ThriftMux.Client.\n   *\/\n  protected def configureThriftMuxClient(client: ThriftMux.Client): ThriftMux.Client = {\n    client\n  }\n\n  \/**\n   * This method allows for further configuration of the client for parameters not exposed by\n   * this module or for overriding defaults provided herein, e.g.,\n   *\n   * override def configureNonThriftMuxClient(client: Thrift.Client): Thrift.Client = {\n   *   client\n   *     .withProtocolFactory(myCustomProtocolFactory))\n   *     .withStatsReceiver(someOtherScopedStatsReceiver)\n   *     .withMonitor(myAwesomeMonitor)\n   *     .withTracer(notTheDefaultTracer)\n   *     .withResponseClassifier(ThriftResponseClassifier.ThriftExceptionsAsFailures)\n   * }\n   *\n   * In general it is recommended that users prefer to use ThriftMux if the server-side supports\n   * mux connections.\n   *\n   * @param client - the [[com.twitter.finagle.Thrift.Client]] to configure.\n   * @return a configured Thrift.Client.\n   *\/\n  protected def configureNonThriftMuxClient(client: Thrift.Client): Thrift.Client = {\n    client\n  }\n\n  \/**\n   * Add filters to the ServiceIface based client.\n   *\/\n  def filterServiceIface(\n    serviceIface: ServiceIface,\n    filters: ThriftClientFilterBuilder): ServiceIface\n\n  @Provides\n  @Singleton\n  final def providesClient(\n    @Flag(\"timeout.multiplier\") timeoutMultiplier: Int,\n    @Flag(\"retry.multiplier\") retryMultiplier: Int,\n    @NonFiltered serviceIface: ServiceIface,\n    injector: Injector,\n    statsReceiver: StatsReceiver,\n    andThenService: AndThenService\n  ): FutureIface = {\n    val filterBuilder = new ThriftClientFilterBuilder(\n      timeoutMultiplier,\n      retryMultiplier,\n      injector,\n      statsReceiver,\n      label,\n      budget,\n      useHighResTimerForRetries,\n      andThenService)\n\n    Thrift.client.newMethodIface(\n      filterServiceIface(\n        serviceIface = serviceIface,\n        filters = filterBuilder))\n  }\n\n  @Provides\n  @NonFiltered\n  @Singleton\n  final def providesUnfilteredServiceIface(\n    @Flag(\"timeout.multiplier\") timeoutMultiplier: Int,\n    clientId: ClientId,\n    statsReceiver: StatsReceiver): ServiceIface = {\n    val acquisitionTimeout = sessionAcquisitionTimeout.toTwitterDuration * timeoutMultiplier\n    val clientStatsReceiver = statsReceiver.scope(\"clnt\")\n\n    val thriftClient =\n      if (mux) {\n        configureThriftMuxClient(\n          ThriftMux.client\n            .withSession.acquisitionTimeout(acquisitionTimeout)\n            .withStatsReceiver(clientStatsReceiver)\n            .withClientId(clientId)\n            .withMonitor(monitor)\n            .withRetryBudget(budget.retryBudget)\n            .withRetryBackoff(budget.requeueBackoffs))\n      }\n      else {\n        configureNonThriftMuxClient(\n          Thrift.client\n            .withSession.acquisitionTimeout(acquisitionTimeout)\n            .withStatsReceiver(clientStatsReceiver)\n            .withClientId(clientId)\n            .withMonitor(monitor)\n            .withRetryBudget(budget.retryBudget)\n            .withRetryBackoff(budget.requeueBackoffs))\n      }\n\n    thriftClient\n      .newServiceIface[ServiceIface](dest, label)\n  }\n\n  \/* Common Retry Functions *\/\n\n  protected val PossiblyRetryableExceptions: PartialFunction[Try[ThriftResponse[_]], Boolean] =\n    PossiblyRetryable.PossiblyRetryableExceptions\n\n  \/* Common Implicits *\/\n\n  implicit def toTwitterDuration(duration: DurationBuilder): TwitterDuration = {\n    TwitterDuration.fromMilliseconds(duration.toDuration.getMillis)\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/ExceptionManagerModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finatra.http.exceptions.{ExceptionManager, DefaultExceptionMapper}\nimport com.twitter.inject.{Injector, TwitterModule}\nimport javax.inject.Singleton\n\nobject ExceptionManagerModule extends TwitterModule {\n\n  @Provides\n  @Singleton\n  def providesExceptionManager(\n    injector: Injector,\n    defaultExceptionMapper: DefaultExceptionMapper,\n    statsReceiver: StatsReceiver\n  ): ExceptionManager = {\n    new ExceptionManager(injector, defaultExceptionMapper, statsReceiver)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/TwitterModuleLifecycle.scala","text":"package com.twitter.inject\n\n\/**\n * [[com.twitter.inject.TwitterModule]] to com.twitter.inject.app.App lifecycle integration\n *\/\ntrait TwitterModuleLifecycle {\n\n  \/* Protected *\/\n\n  \/**\n   * Invoke after the injector is started\n   *\n   * This method should only get singleton instances from the injector.\n   *\/\n  protected[inject] def singletonStartup(injector: Injector): Unit = {}\n\n  \/**\n  * Invoke after external ports are bound and any clients are resolved\n  *\n  * This method should only get singleton instances from the injector.\n  *\/\n  protected[inject] def singletonPostWarmupComplete(injector: Injector): Unit = {}\n\n  \/**\n   * Invoke as JVM shuts down.\n   *\n   * This method should only get singleton instances from the injector.\n   *\/\n  protected[inject] def singletonShutdown(injector: Injector): Unit = {}\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/test\/scala\/com\/twitter\/inject\/requestscope\/FinagleRequestScopeFilterIntegrationTest.scala","text":"package com.twitter.inject.requestscope\n\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.inject.app.TestInjector\nimport com.twitter.inject.{Test, TwitterModule}\nimport com.twitter.util.{Await, Future}\nimport javax.inject.{Provider, Inject}\n\nclass FinagleRequestScopeFilterIntegrationTest extends Test {\n\n  val injector = TestInjector(FinagleRequestScopeModule, MyTestRequestScopeModule)\n\n  \"test\" in {\n    val finagleRequestScopeFilter = injector.instance[FinagleRequestScopeFilter[String, String]]\n    val testUserRequestScopeFilter = injector.instance[TestUserRequestScopeFilter]\n    val myTestRequestScopeService = injector.instance[MyTestRequestScopeService]\n    val filteredService = finagleRequestScopeFilter andThen testUserRequestScopeFilter andThen myTestRequestScopeService\n\n    Await.result(\n      filteredService.apply(\"hi\")) should equal(\"Bob said hi\")\n  }\n}\n\nobject MyTestRequestScopeModule extends TwitterModule with RequestScopeBinding {\n  override protected def configure() {\n    bindRequestScope[TestUser]\n  }\n}\n\ncase class TestUser(\n  name: String)\n\nclass TestUserRequestScopeFilter @Inject()(\n  requestScope: FinagleRequestScope)\n  extends SimpleFilter[String, String] {\n\n  override def apply(request: String, service: Service[String, String]): Future[String] = {\n    requestScope.seed[TestUser](TestUser(\"Bob\"))\n    service(request)\n  }\n}\n\nclass MyTestRequestScopeService @Inject()(\n  testUserProvider: Provider[TestUser])\n  extends Service[String, String] {\n\n  override def apply(request: String): Future[String] = {\n    Future(\n      testUserProvider.get.name + \" said \" + request)\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/build.sbt","text":"import com.typesafe.sbt.SbtNativePackager._\n\npackageArchetype.java_application\nname := \"tiny-url\"\norganization := \"com.twitter\"\nversion := \"2.4.0\"\nscalaVersion := \"2.11.8\"\nfork in run := true\nparallelExecution in ThisBuild := false\n\nlazy val versions = new {\n  val finatra = \"2.4.0\"\n  val guice = \"4.0\"\n  val logback = \"1.1.7\"\n  val redis = \"2.7.2\"\n}\n\nresolvers ++= Seq(\n  Resolver.sonatypeRepo(\"releases\"),\n  \"Twitter Maven\" at \"https:\/\/maven.twttr.com\"\n)\n\nassemblyMergeStrategy in assembly := {\n  case \"BUILD\" => MergeStrategy.discard\n  case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.last\n  case other => MergeStrategy.defaultMergeStrategy(other)\n}\n\nlibraryDependencies ++= Seq(\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra,\n  \"com.twitter\" %% \"finatra-httpclient\" % versions.finatra,\n  \"ch.qos.logback\" % \"logback-classic\" % versions.logback,\n  \"redis.clients\" % \"jedis\" % versions.redis,\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\",\n  \"com.google.inject.extensions\" % \"guice-testlib\" % versions.guice % \"test\",\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\" classifier \"tests\",\n\n  \"org.mockito\" % \"mockito-core\" % \"1.9.5\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.3\" % \"test\",\n  \"org.specs2\" %% \"specs2\" % \"2.3.12\" % \"test\")\n\nresourceGenerators in Compile <+=\n  (resourceManaged in Compile, name, version) map { (dir, name, ver) =>\n    val file = dir \/ \"build.properties\"\n    val buildRev = Process(\"git\" :: \"rev-parse\" :: \"HEAD\" :: Nil).!!.trim\n    val buildName = new java.text.SimpleDateFormat(\"yyyyMMdd-HHmmss\").format(new java.util.Date)\n    val contents = \"name=%s\\nversion=%s\\nbuild_revision=%s\\nbuild_name=%s\".format(name, ver, buildRev, buildName)\n    IO.write(file, contents)\n    Seq(file)\n  }\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/internal\/DefaultAndThenServiceImpl.scala","text":"package com.twitter.inject.thrift.internal\n\nimport com.twitter.finagle.{Filter, Service}\nimport com.twitter.inject.thrift.AndThenService\nimport com.twitter.scrooge.{ThriftMethod, ThriftResponse, ThriftStruct}\n\nprivate[thrift] class DefaultAndThenServiceImpl extends AndThenService {\n\n  override def andThen[Req <: ThriftStruct, Rep <: ThriftResponse[_]](\n    method: ThriftMethod,\n    filter: Filter[Req, Rep, Req, Rep],\n    service: Service[Req, Rep]\n  ): Service[Req, Rep] = {\n    filter andThen service\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/main\/scala\/com\/twitter\/finatra\/httpclient\/HttpClientException.scala","text":"<gh_stars>0\npackage com.twitter.finatra.httpclient\n\nimport scala.util.control.NoStackTrace\nimport com.twitter.finagle.http.Status\n\nclass HttpClientException(\n  status: Status,\n  msg: String)\n  extends Exception(msg)\n  with NoStackTrace\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/AutoClosableTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.tests.utils\n\nimport com.twitter.finatra.utils.AutoClosable\nimport com.twitter.inject.{Logging, Test}\n\nclass AutoClosableTest extends Test {\n\n  \"AutoClosable\" should {\n    \"close\" in {\n      val closable = new AutoClosableObject()\n\n      AutoClosable.tryWith(closable) { closable =>\n        closable.doSomething()\n      }\n\n      closable.isClosed should be(true)\n    }\n  }\n\n}\n\n\nclass AutoClosableObject extends AutoCloseable with Logging {\n  private var closed = false\n\n  def isClosed: Boolean = {\n    closed\n  }\n\n  def doSomething(): Unit = {\n    info(\"Performing auto-closable function.\")\n  }\n\n  override def close(): Unit = {\n    closed = true\n  }\n}\n\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/RequestInjectableValues.scala","text":"package com.twitter.finatra.http.internal.marshalling\n\nimport com.fasterxml.jackson.databind.{BeanProperty, DeserializationContext, InjectableValues, JavaType}\nimport com.google.inject.{Injector, Key}\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.internal.marshalling.RequestInjectableValues.SeqWithSingleEmptyString\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.finatra.request.{FormParam, QueryParam, RouteParam, Header}\nimport java.lang.annotation.Annotation\n\nobject RequestInjectableValues {\n  val SeqWithSingleEmptyString = Seq(\"\")\n}\n\nclass RequestInjectableValues(\n  objectMapper: FinatraObjectMapper,\n  request: Request,\n  injector: Injector)\n  extends InjectableValues {\n\n  private val requestParamsAnnotation = Seq(\n    classOf[RouteParam],\n    classOf[QueryParam],\n    classOf[FormParam])\n\n  \/* Public *\/\n\n  \/**\n   * Lookup the key using the data in the Request object or objects in the Guice object graph.\n   *\n   * @param valueId Guice Key for looking up the value\n   * @param ctxt DeserializationContext\n   * @param forProperty BeanProperty\n   * @param beanInstance Bean instance\n   * @return the injected value\n   *\/\n  override def findInjectableValue(\n    valueId: Object,\n    ctxt: DeserializationContext,\n    forProperty: BeanProperty,\n    beanInstance: Object): Object = {\n\n    val fieldName = forProperty.getName\n\n    if (isRequest(forProperty))\n      request\n    else if (hasAnnotation(forProperty, requestParamsAnnotation))\n      if (forProperty.getType.isCollectionLikeType) {\n        val paramsValue = request.params.getAll(fieldName)\n        if (paramsValue == SeqWithSingleEmptyString && hasStringTypeParam(forProperty))\n          convert(forProperty, Seq())\n        else\n          convert(forProperty, request.params.getAll(fieldName))\n      }\n      else\n        (request.params.get(fieldName) map { convert(forProperty, _) }).orNull\n    else if (hasAnnotation[Header](forProperty))\n      (request.headerMap.get(fieldName) map { convert(forProperty, _) }).orNull\n    else\n      injector.getInstance(\n        valueId.asInstanceOf[Key[_]]).asInstanceOf[Object]\n  }\n\n  \/* Private *\/\n\n  private def convert(forProperty: BeanProperty, propertyValue: Any): AnyRef = {\n    convert(\n      forProperty.getType,\n      propertyValue)\n  }\n\n  private def convert(forType: JavaType, propertyValue: Any): AnyRef = {\n    if (forType.getRawClass == classOf[Option[_]])\n      if (propertyValue == \"\")\n        None\n      else\n        Option(\n          convert(forType.containedType(0), propertyValue))\n    else\n      objectMapper.convert(\n        propertyValue,\n        forType)\n  }\n\n  private def hasStringTypeParam(forProperty: BeanProperty): Boolean = {\n    forProperty.getType.containedType(0).getRawClass != classOf[String]\n  }\n\n  private def hasAnnotation[T <: Annotation : Manifest](beanProperty: BeanProperty): Boolean = {\n    val annotClass = manifest[T].runtimeClass.asInstanceOf[Class[_ <: Annotation]]\n    beanProperty.getContextAnnotation(annotClass) != null\n  }\n\n  private def hasAnnotation(\n    beanProperty: BeanProperty,\n    annotationClasses: Seq[Class[_ <: Annotation]]): Boolean = {\n    annotationClasses exists { annotationClass =>\n      beanProperty.getContextAnnotation(annotationClass) != null\n    }\n  }\n\n  private def isRequest(forProperty: BeanProperty): Boolean = {\n    forProperty.getType.getRawClass == classOf[Request]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/MustacheModule.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/MustacheModule.scala<gh_stars>0\npackage com.twitter.finatra.http.modules\n\nimport com.github.mustachejava.{DefaultMustacheFactory, Mustache, MustacheFactory}\nimport com.google.inject.Provides\nimport com.twitter.finatra.http.internal.marshalling.mustache.ScalaObjectHandler\nimport com.twitter.finatra.http.routing.FileResolver\nimport com.twitter.inject.TwitterModule\nimport com.twitter.inject.annotations.Flag\nimport java.io._\nimport javax.inject.Singleton\n\nobject MustacheModule extends TwitterModule {\n\n  private val templatesDir = flag(\"mustache.templates.dir\", \"templates\", \"templates resource directory\")\n  override def modules = Seq(DocRootModule)\n\n  @Provides\n  @Singleton\n  def provideMustacheFactory(\n    resolver: FileResolver,\n    @Flag(\"local.doc.root\") localDocRoot: String): MustacheFactory = {\n    \/\/ templates are cached only if there is no local.doc.root\n    val cacheMustacheTemplates = localDocRoot.isEmpty\n    val templatesDirectory = templatesDir()\n\n    new DefaultMustacheFactory(templatesDirectory) {\n      setObjectHandler(new ScalaObjectHandler)\n\n      override def compile(name: String): Mustache = {\n        if (cacheMustacheTemplates) {\n          super.compile(name)\n        } else {\n          new LocalFilesystemDefaultMustacheFactory(templatesDirectory, resolver).compile(name)\n        }\n      }\n    }\n  }\n}\n\n\/**\n * A local filesystem-only MustacheFactory. Uses the FileResolver for resolution and\n * does not internally cache templates.\n *\/\nprivate final class LocalFilesystemDefaultMustacheFactory(\n  templatesDirectory: String,\n  resolver: FileResolver)\n  extends DefaultMustacheFactory {\n  setObjectHandler(new ScalaObjectHandler)\n\n  override def getReader(resourceName: String): Reader = {\n    \/\/ Relative paths are prefixed by the templates directory.\n    val filepath = if (resourceName.startsWith(\"\/\")) {\n      resourceName\n    } else if (templatesDirectory.startsWith(\"\/\")) {\n      s\"$templatesDirectory\/$resourceName\"\n    } else {\n      s\"\/$templatesDirectory\/$resourceName\"\n    }\n\n    (resolver.getInputStream(filepath) map { inputStream: InputStream =>\n      new InputStreamReader(inputStream)\n    }).getOrElse(throw new FileNotFoundException(s\"Unable to find file: $filepath\"))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/DefaultMessageBodyReader.scala","text":"package com.twitter.finatra.http.marshalling\n\nimport com.twitter.finagle.http.Request\n\ntrait DefaultMessageBodyReader {\n  def parse[T: Manifest](request: Request): T\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/conversions\/asyncStream.scala","text":"<filename>utils\/src\/main\/scala\/com\/twitter\/finatra\/conversions\/asyncStream.scala\npackage com.twitter.finatra.conversions\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.concurrent.AsyncStream.{fromFuture, fromSeq}\nimport com.twitter.util.{Future, Try}\n\nobject asyncStream {\n\n  implicit class RichFutureSeq[T](val self: Future[Seq[T]]) extends AnyVal {\n    def toAsyncStream: AsyncStream[T] = {\n      (fromFuture(self) map fromSeq).flatten\n    }\n  }\n\n  implicit class RichFutureOption[T](val self: Future[Option[T]]) extends AnyVal {\n    def toAsyncStream: AsyncStream[T] = {\n      (self map {_.toSeq}).toAsyncStream\n    }\n  }\n\n  implicit class RichFuture[T](val self: Future[T]) extends AnyVal {\n    def toAsyncStream: AsyncStream[T] = {\n      AsyncStream.fromFuture(self)\n    }\n  }\n\n  implicit class RichOption[T](val self: Option[T]) extends AnyVal {\n    def toAsyncStream: AsyncStream[T] = {\n      AsyncStream.fromOption(self)\n    }\n  }\n\n  implicit class RichTry[T](val self: Try[T]) extends AnyVal {\n    def toAsyncStream: AsyncStream[T] = {\n      AsyncStream.fromFuture(Future.const(self))\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/routing\/AdminIndexInfo.scala","text":"package com.twitter.finatra.http.routing\n\ncase class AdminIndexInfo(alias: String = \"\", group: String = \"Finatra\")"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/DoEverythingThriftServerStartupTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/DoEverythingThriftServerStartupTest.scala\npackage com.twitter.finatra.thrift.tests\n\nimport com.google.inject.Stage\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.finatra.thrift.tests.doeverything.DoEverythingThriftServer\nimport com.twitter.inject.server.FeatureTest\n\nclass DoEverythingThriftServerStartupTest extends FeatureTest {\n\n  override val server = new EmbeddedThriftServer(\n    twitterServer = new DoEverythingThriftServer,\n    stage = Stage.PRODUCTION)\n\n  \"Server\" should {\n    \"start healthy\" in {\n      server.assertHealthy()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/CountryCodeValidator.scala","text":"package com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.CountryCodeValidator._\nimport com.twitter.finatra.validation.{CountryCode, ErrorCode, ValidationMessageResolver, ValidationResult, Validator}\nimport java.util.Locale\n\nprivate[finatra] object CountryCodeValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: Any) = {\n\n    resolver.resolve(\n      classOf[CountryCode],\n      toErrorValue(value))\n  }\n\n  private def toErrorValue(value: Any) = {\n    value match {\n      case arrayValue: Array[_] =>\n        arrayValue mkString \",\"\n      case traversableValue: Traversable[_] =>\n        traversableValue mkString \",\"\n      case anyValue =>\n        anyValue.toString\n    }\n  }\n}\n\nprivate[finatra] class CountryCodeValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: CountryCode)\n  extends Validator[CountryCode, Any](\n    validationMessageResolver,\n    annotation) {\n\n  private val countryCodes = Locale.getISOCountries.toSet\n\n  \/* Public *\/\n\n  override def isValid(value: Any): ValidationResult = {\n    value match {\n      case typedValue: Array[Any] =>\n        validationResult(typedValue)\n      case typedValue: Traversable[Any] =>\n        validationResult(typedValue)\n      case anyValue =>\n        validationResult(\n          Seq(anyValue.toString))\n    }\n  }\n\n  \/* Private *\/\n\n  private def findInvalidCountryCodes(values: Traversable[Any]) = {\n    val uppercaseCountryCodes = values.toSet map { value: Any =>\n      value.toString.toUpperCase\n    }\n\n    uppercaseCountryCodes diff countryCodes\n  }\n\n  private def validationResult(value: Traversable[Any]) = {\n    val invalidCountryCodes = findInvalidCountryCodes(value)\n    ValidationResult.validate(\n      invalidCountryCodes.isEmpty,\n      errorMessage(\n        validationMessageResolver,\n        value),\n      ErrorCode.InvalidCountryCodes(invalidCountryCodes))\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/Location.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage finatra.quickstart.domain\n\ncase class Location(\n  lat: Double,\n  long: Double)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/main\/scala\/com\/twitter\/inject\/server\/TwitterServer.scala","text":"package com.twitter.inject.server\n\nimport com.google.inject.Module\nimport com.twitter.finagle.client.ClientRegistry\nimport com.twitter.inject.Logging\nimport com.twitter.inject.annotations.Lifecycle\nimport com.twitter.inject.app.App\nimport com.twitter.inject.modules.StatsReceiverModule\nimport com.twitter.inject.utils.Handler\nimport com.twitter.server.Lifecycle.Warmup\nimport com.twitter.server.internal.FinagleBuildRevision\nimport com.twitter.util.{Awaitable, Await}\nimport java.util.concurrent.ConcurrentLinkedQueue\nimport scala.collection.JavaConverters._\n\n\/** AbstractTwitterServer for usage from Java *\/\nabstract class AbstractTwitterServer extends TwitterServer\n\n\/**\n * A [[com.twitter.server.TwitterServer]] that supports injection and [[com.twitter.inject.TwitterModule]] modules.\n *\n * To use, override the appropriate @Lifecycle and callback method(s). Make sure when overriding @Lifecycle methods\n * to call the super implementation, otherwise critical lifecycle set-up  may not occur causing your server to either\n * function improperly or outright fail.\n *\n * Typically, you will only need to interact with the following methods:\n *\n *  postWarmup -- create and bind any external interface(s). See [[com.twitter.inject.app.App#postWarmup]]\n *  start -- callback executed after the injector is created and all @Lifecycle methods have completed.\n *\/\ntrait TwitterServer\n  extends App\n  with com.twitter.server.TwitterServer\n  with Ports\n  with Warmup\n  with Logging {\n\n  addFrameworkModules(\n    statsReceiverModule)\n\n  private val adminAnnounceFlag = flag[String](\"admin.announce\", \"Address for announcing admin server\")\n\n  \/* Mutable State *\/\n\n  private[inject] val awaitables: ConcurrentLinkedQueue[Awaitable[_]] = new ConcurrentLinkedQueue()\n\n  premain {\n    awaitables.add(adminHttpServer)\n  }\n\n  \/* Protected *\/\n\n  override protected def failfastOnFlagsNotParsed: Boolean = true\n\n  \/**\n   * Name used for registration in the [[com.twitter.util.registry.Library]]\n   *\n   * @return library name to register in the Library registry.\n   *\/\n  override protected val libraryName: String = \"finatra\"\n\n  \/**\n   * If true, the Twitter-Server admin server will be disabled.\n   * Note: Disabling the admin server allows services to be deployed into environments where only a single port is allowed\n   *\/\n  protected def disableAdminHttpServer: Boolean = false\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing a [[com.twitter.finagle.stats.StatsReceiver]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a [[com.twitter.finagle.stats.StatsReceiver]] implementation.\n   *\/\n  protected def statsReceiverModule: Module = StatsReceiverModule\n\n  \/** Resolve all Finagle clients before warmup method called *\/\n  protected def resolveFinagleClientsOnStartup: Boolean = true\n\n  protected def await[T <: Awaitable[_]](awaitable: T): Unit = {\n    assert(awaitable != null, \"Cannot call #await() on null Awaitable.\")\n    this.awaitables.add(awaitable)\n  }\n\n  protected def await(awaitables: Awaitable[_]*): Unit = {\n    awaitables foreach await\n  }\n\n  \/**\n   * Utility to run a [[com.twitter.inject.utils.Handler]]. This is generally used for running\n   * a warmup handler in #warmup.\n   *\n   * @tparam T - type parameter with upper-bound of [[com.twitter.inject.utils.Handler]]\n   * @see [[com.twitter.inject.utils.Handler]]\n   *\/\n  protected def handle[T <: Handler : Manifest](): Unit = {\n    injector.instance[T].handle()\n  }\n\n  \/**\n   * Callback method executed after the injector is created and all\n   * lifecycle methods have fully completed. It is NOT expected that\n   * you block in this method as you will prevent completion\n   * of the server lifecycle.\n   *\n   * The server is signaled as STARTED prior to the execution of this\n   * callback as all lifecycle methods have successfully completed and the\n   * admin and any external interfaces have started.\n   *\n   * This method can be used to start long-lived processes that run in\n   * separate threads from the main() thread. It is expected that you manage\n   * these threads manually, e.g., by using a [[com.twitter.util.FuturePool]].\n   *\n   * Any exceptions thrown in this method will result in the server exiting.\n   *\/\n  protected def start(): Unit = {\n  }\n\n  \/* Overrides *\/\n\n  override final def main(): Unit = {\n    super.main() \/\/ Call inject.App.main() to create injector\n\n    info(\"Startup complete, server ready.\")\n    Await.all(awaitables.asScala.toSeq: _*)\n  }\n\n  \/**\n   * @see [[com.twitter.inject.server.TwitterServer#start]]\n   *\/\n  override final protected def run(): Unit = {\n    start()\n  }\n\n  @Lifecycle\n  override protected def postInjectorStartup(): Unit = {\n    super.postInjectorStartup()\n\n    if (resolveFinagleClientsOnStartup) {\n      info(\"Resolving Finagle clients before warmup\")\n      Await.ready {\n        ClientRegistry.expAllRegisteredClientsResolved() onSuccess { clients =>\n          info(\"Done resolving clients: \" + clients.mkString(\"[\", \", \", \"]\") + \".\")\n        }\n      }\n    }\n\n    FinagleBuildRevision.register(injector)\n  }\n\n  \/**\n   * After warmup but before accepting traffic promote to old gen\n   * (which triggers gc).\n   *\n   * @see [[com.twitter.server.Lifecycle.Warmup#prebindWarmup]]\n   * @see [[com.twitter.inject.app.App#beforePostWarmup]]\n   *\/\n  @Lifecycle\n  override protected def beforePostWarmup(): Unit = {\n    super.beforePostWarmup()\n\n    \/\/ trigger gc before accepting traffic\n    prebindWarmup()\n  }\n\n  \/**\n   * If you override this method to create and bind any external interface or to\n   * instantiate any awaitable it is expected that you add the Awaitable (or\n   * [[com.twitter.finagle.ListeningServer]]) to the list of Awaitables using the\n   * [[await[T <: Awaitable[_]](awaitable: T): Unit]] function.\n   *\n   * It is NOT expected that you block in this method as you will prevent completion\n   * of the server lifecycle.\n   *\/\n  @Lifecycle\n  override protected def postWarmup(): Unit = {\n    super.postWarmup()\n\n    if (disableAdminHttpServer) {\n      info(\"Disabling the Admin HTTP Server since disableAdminHttpServer=true\")\n      adminHttpServer.close()\n    } else {\n      for (addr <- adminAnnounceFlag.get) adminHttpServer.announce(addr)\n    }\n  }\n\n  \/**\n   * After postWarmup, all external servers have been started, and we can now\n   * enable our health endpoint.\n   *\n   * @see [[com.twitter.server.Lifecycle.Warmup#warmupComplete]]\n   * @see [[com.twitter.inject.app.App#afterPostwarmup]]\n   *\/\n  @Lifecycle\n  override protected def afterPostWarmup(): Unit = {\n    super.afterPostWarmup()\n\n    if (!disableAdminHttpServer) {\n      info(\"Enabling health endpoint on port \" + PortUtils.getPort(adminHttpServer))\n    }\n    warmupComplete()\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/test\/DoEverythingServerStartupTest.scala","text":"package com.twitter.finatra.http.tests.integration.doeverything.test\n\nimport com.google.inject.Stage\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.finatra.http.tests.integration.doeverything.main.DoEverythingServer\nimport com.twitter.inject.server.FeatureTest\n\nclass DoEverythingServerStartupTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(\n    twitterServer = new DoEverythingServer,\n    stage = Stage.PRODUCTION)\n\n  \"DoEverythingServer\" should {\n    \"startup\" in {\n      server.assertHealthy()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/jackson\/ImmutableAnnotations.scala","text":"<filename>jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/jackson\/ImmutableAnnotations.scala\npackage com.twitter.finatra.json.internal.caseclass.jackson\n\nimport com.fasterxml.jackson.databind.util.Annotations\nimport com.twitter.finatra.conversions.seq._\nimport java.lang.annotation.Annotation\n\nprivate[json] case class ImmutableAnnotations(\n  annotations: Seq[Annotation])\n  extends Annotations {\n\n  private val annotationsMap: Map[Class[_ <: Annotation], Annotation] =\n    annotations.groupBySingleValue(_.annotationType)\n\n  override def get[A <: Annotation](cls: Class[A]): A = {\n    annotationsMap.get(cls).orNull.asInstanceOf[A]\n  }\n\n  override def size(): Int = {\n    annotationsMap.size\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/streaming\/JsonStreamParser.scala","text":"<filename>jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/streaming\/JsonStreamParser.scala\npackage com.twitter.finatra.json.internal.streaming\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.io.{Buf, Reader}\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nprivate[finatra] class JsonStreamParser @Inject()(\n  mapper: FinatraObjectMapper) {\n\n  def parseArray[T: Manifest](reader: Reader): AsyncStream[T] = {\n    val bufs = AsyncStream.fromReader(reader)\n    parseArray[T](bufs)\n  }\n\n  def parseArray[T: Manifest](bufs: AsyncStream[Buf]): AsyncStream[T] = {\n    val jsonDecoder = new JsonArrayChunker()\n    for {\n      buf <- bufs\n      jsonArrayDelimitedBuf <- AsyncStream.fromSeq(jsonDecoder.decode(buf))\n      parsedElem = mapper.parse[T](jsonArrayDelimitedBuf)\n    } yield parsedElem\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/FinatraRequestContext.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/FinatraRequestContext.scala\npackage com.twitter.finatra.http.internal.marshalling\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.fileupload.FileUploadException\nimport com.twitter.io.BufInputStream\nimport java.io.InputStream\nimport org.apache.commons.fileupload.RequestContext\n\nprivate[http] class FinatraRequestContext(request: Request) extends RequestContext {\n\n  override def getCharacterEncoding: String = {\n    request.charset.orNull\n  }\n\n  override def getContentLength: Int = {\n    val contentLengthLong = request.contentLength getOrElse(\n      throw new FileUploadException(\"Content length must be provided.\"))\n    contentLengthLong.toInt\n  }\n\n  override def getContentType: String = {\n    request.contentType getOrElse(\n      throw new FileUploadException(\"Content type must be provided.\"))\n  }\n\n  override def getInputStream: InputStream = {\n    new BufInputStream(request.content)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/main\/scala\/com\/twitter\/finatra\/httpclient\/RichHttpClient.scala","text":"package com.twitter.finatra.httpclient\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.{Http, Service}\n\nobject RichHttpClient {\n\n  \/* Public *\/\n\n  def newClientService(dest: String): Service[Request, Response] = {\n    Http.newClient(dest).toService\n  }\n\n  def newSslClientService(sslHostname: String, dest: String): Service[Request, Response] = {\n    Http.client.withTls(sslHostname).newService(dest)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/internal\/FilteredThriftClientModuleNonMuxTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.thrift.internal\n\nimport com.twitter.greeter.thriftscala.Greeter\nimport com.twitter.greeter.thriftscala.Greeter.ServiceIface\nimport com.twitter.inject.app.TestInjector\nimport com.twitter.inject.modules.StatsReceiverModule\nimport com.twitter.inject.thrift.filters.ThriftClientFilterBuilder\nimport com.twitter.inject.thrift.modules.{ThriftClientIdModule, FilteredThriftClientModule}\nimport com.twitter.inject.{InjectorModule, IntegrationTest}\nimport com.twitter.util.Future\nimport javax.inject.Inject\n\nclass FilteredThriftClientModuleNonMuxTest extends IntegrationTest {\n\n  override val injector = TestInjector(\n    modules = Seq(FilteredThriftClientModuleNonMux, ThriftClientIdModule, StatsReceiverModule, InjectorModule),\n    flags = Map(\"com.twitter.server.resolverMap\" -> \"greeter-thrift-service=nil!\"))\n\n  @Inject\n  var greeter: Greeter[Future] = _\n\n  \"test\" in {\n    assert(greeter != null)\n  }\n\n  object FilteredThriftClientModuleNonMux extends FilteredThriftClientModule[Greeter[Future], Greeter.ServiceIface] {\n    override val label = \"greeter-thrift-client\"\n    override val dest = \"flag!greeter-thrift-service\"\n    override val mux = false\n\n    override def filterServiceIface(\n      serviceIface: ServiceIface,\n      filter: ThriftClientFilterBuilder) = {\n\n      serviceIface\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/test\/TweetsControllerIntegrationTest.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.test\n\nimport com.fasterxml.jackson.databind.JsonNode\nimport com.twitter.finagle.http.{Fields, Status}\nimport com.twitter.finatra.http.tests.integration.tweetexample.main.TweetsEndpointServer\nimport com.twitter.finatra.http.{EmbeddedHttpServer, StreamingJsonTestHelper}\nimport com.twitter.finatra.httpclient.RequestBuilder\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.util.{Await, Future}\n\nclass TweetsControllerIntegrationTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(\n    new TweetsEndpointServer,\n    defaultRequestHeaders = Map(\"X-UserId\" -> \"123\"),\n    \/\/ Set client flags to also start on HTTPS port\n    flags = Map(\n      \"https.port\" -> \":0\",\n      \"cert.path\" -> \"\",\n      \"key.path\" -> \"\"))\n\n  lazy val streamingJsonHelper =\n    new StreamingJsonTestHelper(server.mapper)\n\n  \"get tweet 1\" in {\n    val tweet =\n      server.httpGetJson[Map[String, Long]](\n        \"\/tweets\/1\",\n        andExpect = Status.Ok)\n\n    tweet(\"idonly\") should equal(1) \/\/confirm response was transformed by registered TweetMessageBodyWriter\n  }\n\n  \"post valid tweet\" in {\n    server.httpPost(\n      \"\/tweets\/\",\n      \"\"\"\n      {\n        \"custom_id\": 5,\n        \"username\": \"bob\",\n        \"tweet_msg\": \"hello\"\n      }\"\"\",\n      andExpect = Status.Ok,\n      withBody = \"tweet with id 5 is valid\")\n  }\n\n  \"post tweet with missing field\" in {\n    server.httpPost(\n      \"\/tweets\/\",\n      \"\"\"\n      {\n        \"custom_id\": 5,\n        \"tweet_msg\": \"hello\"\n      }\"\"\",\n      andExpect = Status.BadRequest,\n      withErrors = Seq(\"username: field is required\"))\n  }\n\n  \"post tweet with field validation issue\" in {\n    server.httpPost(\n      \"\/tweets\/\",\n      \"\"\"\n      {\n        \"custom_id\": 0,\n        \"username\": \"foo\",\n        \"tweet_msg\": \"hello\"\n      }\"\"\",\n      andExpect = Status.BadRequest,\n      withErrors = Seq(\"custom_id: [0] is not greater than or equal to 1\"))\n  }\n\n  \"post tweet with method validation issue\" in {\n    server.httpPost(\n      \"\/tweets\/\",\n      \"\"\"\n      {\n        \"custom_id\": 5,\n        \"username\": \"foo\",\n        \"tweet_msg\": \"hello\"\n      }\"\"\",\n      andExpect = Status.BadRequest,\n      withErrors = Seq(\"username cannot be foo\"))\n  }\n\n  \"post streaming json\" in {\n    val request = RequestBuilder\n      .post(\"\/tweets\/streaming\")\n      .header(\"X-UserId\", \"123\")\n      .chunked\n\n    val ids = (1 to 5).toSeq\n\n    \/\/ Write to request in separate thread\n    pool {\n      streamingJsonHelper.writeJsonArray(request, ids, delayMs = 10)\n    }\n\n    server.httpRequest(request)\n  }\n\n  \"post streaming json without chunks\" in {\n    server.httpPost(\n      \"\/tweets\/streaming\",\n      \"\"\"\n      [1,2,3,4,5]\n      \"\"\")\n  }\n\n  \"get streaming json\" in {\n    server.httpGet(\n      \"\/tweets\/streaming_json\",\n      andExpect = Status.Ok,\n      withJsonBody =\n        \"\"\"\n          [\n            {\n              \"id\" : 1,\n              \"user\" : \"Bob\",\n              \"msg\" : \"whats up\"\n            },\n            {\n              \"id\" : 2,\n              \"user\" : \"Sally\",\n              \"msg\" : \"yo\"\n            },\n            {\n              \"id\" : 3,\n              \"user\" : \"Fred\",\n              \"msg\" : \"hey\"\n            }\n          ]\n        \"\"\")\n  }\n\n  \"get streaming custom toBuf\" in {\n    server.httpGet(\n      \"\/tweets\/streaming_custom_tobuf\",\n      andExpect = Status.Ok,\n      withBody = \"ABC\")\n  }\n\n  \"get streaming custom toBuf with custom headers\" in {\n    val response = server.httpGet(\n      \"\/tweets\/streaming_custom_tobuf_with_custom_headers\",\n      andExpect = Status.Created,\n      withBody = \"ABC\")\n\n      response.headerMap.contains(Fields.ContentType) should equal(true)\n      response.headerMap.get(Fields.ContentType).get should equal(\"text\/event-stream;charset=UTF-8\")\n      response.headerMap.contains(Fields.Pragma) should equal(true)\n      response.headerMap.get(Fields.Pragma).get should equal(\"no-cache\")\n      response.headerMap.contains(Fields.CacheControl) should equal(true)\n      response.headerMap.get(Fields.CacheControl).get should equal(\"no-cache, no-store, max-age=0, must-revalidate\")\n\n  }\n\n  \"get streaming manual writes\" in {\n    server.httpGet(\n      \"\/tweets\/streaming_manual_writes\",\n      andExpect = Status.Ok,\n      withBody = \"helloworld\")\n  }\n\n  \"get admin yo\" in {\n    server.httpGet(\n      \"\/admin\/finatra\/yo\",\n      andExpect = Status.Ok,\n      withBody = \"yo yo\")\n  }\n\n  \"get hello in parallel\" in {\n    pending \/\/ disabling until pool shutdown added\n    Await.result {\n      Future.collect {\n        for (i <- 1 to 500) yield {\n          pool {\n            sayHello()\n          }\n        }\n      }\n    }\n  }\n\n  \"get admin users\" in {\n    server.httpGet(\n      \"\/admin\/finatra\/users\/123\",\n      withBody = \"123 from data:\/\/prod, 123 from data:\/\/staging\")\n  }\n\n  \"get ping\" in {\n    server.httpGet(\n      \"\/admin\/ping\",\n      withBody = \"pong\")\n  }\n\n  \"get health\" in {\n    server.httpGet(\n      \"\/health\",\n      routeToAdminServer = true,\n      withBody = \"OK\\n\")\n  }\n\n  \"verify max request size overridden\" in {\n    val registry = server.httpGetJson[JsonNode](\n      \"\/admin\/registry.json\")\n\n    val maxRequestSize = registry.get(\"registry\").get(\"flags\").get(\"maxRequestSize\").textValue()\n    maxRequestSize should equal(\"10485760.bytes\")\n  }\n\n  def sayHello() = {\n    server.httpGet(\n      \"\/tweets\/hello\",\n      andExpect = Status.Ok,\n      withBody = \"hello world\",\n      suppress = true)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/PastTimeValidator.scala","text":"package com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.PastTimeValidator._\nimport com.twitter.finatra.validation.{ErrorCode, PastTime, ValidationMessageResolver, ValidationResult, Validator}\nimport org.joda.time.DateTime\n\nprivate[finatra] object PastTimeValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: DateTime) = {\n\n    resolver.resolve(classOf[PastTime], value)\n  }\n}\n\n\/**\n * Validates if a datetime is in the past.\n *\/\nprivate[finatra] class PastTimeValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: PastTime)\n  extends Validator[PastTime, DateTime](\n    validationMessageResolver,\n    annotation) {\n\n  override def isValid(value: DateTime) = {\n    ValidationResult.validate(\n      value.isBeforeNow,\n      errorMessage(validationMessageResolver, value),\n      ErrorCode.TimeNotPast(value))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/EmbeddedThriftServer.scala","text":"package com.twitter.finatra.thrift\n\nimport com.google.inject.Stage\nimport com.twitter.inject.server.PortUtils._\nimport com.twitter.inject.server.{EmbeddedTwitterServer, PortUtils, Ports}\nimport scala.collection.JavaConverters._\n\n\/**\n * EmbeddedThriftServer allows a [[com.twitter.server.TwitterServer]] serving thrift endpoints to be started\n * locally (on ephemeral ports), and tested through it's thrift interface.\n *\n * @param twitterServer The twitter server to be started locally for integration testing.\n * @param flags Command line Flags (e.g. \"foo\"->\"bar\" will be translated into -foo=bar). See: [[com.twitter.app.Flag]].\n * @param args Extra command line arguments. Could be flags, e.g, -foo=bar or other args, i.e, -Dfoo=bar -Xmx512M, etc.\n * @param waitForWarmup Once the server is started, wait for App warmup to be completed.\n * @param stage [[com.google.inject.Stage]] used to create the server's injector. Since EmbeddedThriftServer is used for testing,\n *              we default to Stage.DEVELOPMENT. This makes it possible to only mock objects that are used in a given test,\n *              at the expense of not checking that the entire object graph is valid. As such, you should always have at\n *              least one Stage.PRODUCTION test for your service (which eagerly creates all classes at startup).\n * @param useSocksProxy Use a tunneled socks proxy for external service discovery\/calls (useful for manually run external\n *                      integration tests that connect to external services).\n * @param thriftPortFlag Name of the flag that defines the external thrift port for the server.\n * @param verbose Enable verbose logging during test runs.\n * @param disableTestLogging Disable all logging emitted from the test infrastructure.\n * @param maxStartupTimeSeconds Maximum seconds to wait for embedded server to start. If exceeded an Exception is thrown.\n *\/\nclass EmbeddedThriftServer(\n  override val twitterServer: Ports,\n  flags: Map[String, String] = Map(),\n  args: Seq[String] = Seq(),\n  waitForWarmup: Boolean = true,\n  stage: Stage = Stage.DEVELOPMENT,\n  useSocksProxy: Boolean = false,\n  override val thriftPortFlag: String = \"thrift.port\",\n  verbose: Boolean = false,\n  disableTestLogging: Boolean = false,\n  maxStartupTimeSeconds: Int = 60)\n  extends EmbeddedTwitterServer(\n    twitterServer,\n    flags + (thriftPortFlag -> ephemeralLoopback),\n    args,\n    waitForWarmup,\n    stage,\n    useSocksProxy,\n    verbose = verbose,\n    disableTestLogging = disableTestLogging,\n    maxStartupTimeSeconds = maxStartupTimeSeconds)\n  with ThriftClient {\n\n  \/* Additional Constructors *\/\n\n  def this(twitterServer: Ports, flags: java.util.Map[String, String], stage: Stage) = {\n    this(twitterServer, flags = flags.asScala.toMap, stage = stage)\n  }\n\n  \/* Overrides *\/\n\n  override def bind[T : Manifest](instance: T): EmbeddedThriftServer = {\n    bindInstance[T](instance)\n    this\n  }\n\n  \/* Public *\/\n\n  def thriftPort: Int = {\n    start()\n    twitterServer.thriftPort.get\n  }\n\n  def thriftHostAndPort: String = {\n    PortUtils.loopbackAddressForPort(thriftPort)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/module\/ComplexService.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.tests.module\n\nimport com.google.inject.assistedinject.Assisted\nimport javax.inject.{Inject, Named}\n\nclass ComplexService @Inject()(\n  exampleService: DoEverythingService,\n  defaultString: String,\n  @Named(\"str1\") string1: String,\n  @Named(\"str2\") string2: String,\n  defaultInt: Int,\n  @Assisted name: String) {\n\n  def execute = {\n    exampleService.doit + \" \" + name\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/filters\/LoggingMDCFilter.scala","text":"package com.twitter.finatra.thrift.filters\n\nimport com.twitter.finagle.Service\nimport com.twitter.finatra.thrift.{ThriftRequest, ThriftFilter}\nimport javax.inject.Singleton\nimport org.slf4j.{FinagleMDCInitializer, MDC}\n\n@Singleton\nclass LoggingMDCFilter extends ThriftFilter {\n\n  \/* Initialize Finagle MDC adapter which overrides the standard one *\/\n  FinagleMDCInitializer.init()\n\n  override def apply[T, Rep](request: ThriftRequest[T], service: Service[ThriftRequest[T], Rep]) = {\n    service(request).ensure {\n      MDC.clear()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/UUIDValidatorTest.scala","text":"<filename>jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/UUIDValidatorTest.scala\npackage com.twitter.finatra.json.tests.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.UUIDValidator\nimport com.twitter.finatra.validation.ValidationResult._\nimport com.twitter.finatra.validation.{ErrorCode, UUID, ValidationResult, ValidatorTest}\nimport java.util.{UUID => JUUID}\n\ncase class UUIDExample(\n  @UUID uuid: String)\n\nclass UUIDValidatorTest extends ValidatorTest {\n\n  \"uuid validator\" should {\n\n    \"pass validation for valid value\" in {\n      val value = JUUID.randomUUID().toString\n      validate[UUIDExample](value) should equal(Valid)\n    }\n\n    \"fail validation for invalid value\" in {\n      val value = \"bad uuid\"\n      validate[UUIDExample](value) should equal(\n        Invalid(\n          errorMessage(value),\n        ErrorCode.InvalidUUID(value)))\n    }\n  }\n\n  private def validate[C : Manifest](value: String): ValidationResult = {\n    super.validate(manifest[C].runtimeClass, \"uuid\", classOf[UUID], value)\n  }\n\n  private def errorMessage(value: String) = {\n    UUIDValidator.errorMessage(messageResolver, value)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/TwitterModuleTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/tests\/TwitterModuleTest.scala<gh_stars>0\npackage com.twitter.inject.tests\n\nimport com.google.inject.{Guice, Key}\nimport com.twitter.finatra.tests.Prod\nimport com.twitter.inject.tests.module.{ClassToConvert, ComplexServiceFactory, DoEverythingModule}\nimport com.twitter.inject.{Injector, Test}\n\nclass TwitterModuleTest extends Test {\n\n  val guiceInjector = Guice.createInjector(DoEverythingModule)\n  val injector = Injector(guiceInjector)\n\n  \"get assisted factory instance from injector\" in {\n    assertServiceFactory(\n      injector.instance[ComplexServiceFactory])\n\n    assertServiceFactory(\n      injector.instance(classOf[ComplexServiceFactory]))\n\n    assertServiceFactory(\n      injector.instance(Key.get(classOf[ComplexServiceFactory])))\n  }\n\n  \"get additional instances from injector\" in {\n    injector.instance[String](name = \"str1\") should be(\"string1\")\n\n    injector.instance[String, Prod] should be(\"prod string\")\n  }\n\n  \"type conversion\" in {\n    injector.instance[ClassToConvert](name = \"name\") should be(ClassToConvert(\"Steve\"))\n  }\n\n  def assertServiceFactory(complexServiceFactory: ComplexServiceFactory): Unit = {\n    complexServiceFactory.create(\"foo\").execute should equal(\"done foo\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/internal\/RequestLoggingThriftClientFilter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.thrift.internal\n\nimport com.twitter.finagle.Service\nimport com.twitter.inject.Logging\nimport com.twitter.inject.thrift.filtered_integration.http_server.ThriftClientFilter\nimport com.twitter.scrooge.{ThriftResponse, ThriftStruct}\nimport com.twitter.util.Future\n\nclass RequestLoggingThriftClientFilter extends ThriftClientFilter[ThriftStruct, ThriftResponse[_]] with Logging {\n\n  override def apply(\n    request: ThriftStruct,\n    service: Service[ThriftStruct, ThriftResponse[_]]): Future[ThriftResponse[_]] = {\n\n    info(\"Method called with request \" + request)\n    service(request)\n  }\n}\n\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/internal\/filters\/ThriftClientExceptionFilter.scala","text":"<filename>inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/internal\/filters\/ThriftClientExceptionFilter.scala\npackage com.twitter.inject.thrift.internal.filters\n\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.inject.exceptions.PossiblyRetryable._\nimport com.twitter.inject.thrift.ThriftClientException\nimport com.twitter.scrooge.{ThriftMethod, ThriftResponse, ThriftStruct}\nimport com.twitter.util._\n\nprivate[thrift] class ThriftClientExceptionFilter[Req <: ThriftStruct, Rep <: ThriftResponse[_]](\n  clientLabel: String,\n  method: ThriftMethod)\n  extends SimpleFilter[Req, Rep] {\n\n  override def apply(\n    request: Req,\n    service: Service[Req, Rep]): Future[Rep] = {\n\n    val response = service(request)\n\n    response.transform {\n      case Throw(e) if possiblyRetryable(e) =>\n        Future.exception(\n          ThriftClientException(clientLabel, method, e))\n      case Return(result) if result.firstException exists possiblyRetryable =>\n        Future.exception(\n          ThriftClientException(clientLabel, method, result.firstException().get))\n      case _ =>\n        response\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/test\/scala\/finatra\/quickstart\/TwitterCloneExternalTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage finatra.quickstart\n\nimport com.fasterxml.jackson.databind.JsonNode\nimport com.fasterxml.jackson.databind.node.ObjectNode\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.Test\nimport finatra.quickstart.domain.http.TweetResponse\n\nclass TwitterCloneExternalTest extends Test {\n\n  val NormalizedId = \"0\"\n\n  def idNormalizer(jsonNode: JsonNode): JsonNode = {\n    val objNode = jsonNode.asInstanceOf[ObjectNode]\n    if (objNode.has(\"id\")) {\n      objNode.put(\"id\", NormalizedId)\n    }\n    objNode\n  }\n\n  val server = new EmbeddedHttpServer(\n    new TwitterCloneServer,\n    flags = Map(\n      \"firebase.host\" -> \"finatra.firebaseio.com\",\n      \"com.twitter.server.resolverMap\" -> \"firebase=finatra.firebaseio.com:443\"))\n\n  \"tweet creation\" in {\n    pending\n    val result = server.httpPost(\n      path = \"\/tweet\",\n      postBody =\n        \"\"\"\n        {\n          \"message\": \"Hello #FinagleCon\",\n          \"location\": {\n            \"lat\": \"37.7821120598956\",\n            \"long\": \"-122.400612831116\"\n          },\n          \"nsfw\": false\n        }\n        \"\"\",\n      andExpect = Created,\n      withJsonBody =\n        \"\"\"\n        {\n          \"id\": \"0\",\n          \"message\": \"Hello #FinagleCon\",\n          \"location\": {\n            \"lat\": \"37.7821120598956\",\n            \"long\": \"-122.400612831116\"\n          },\n          \"nsfw\": false\n        }\n        \"\"\",\n      withJsonBodyNormalizer = idNormalizer)\n\n    val tweet = server.httpGetJson[TweetResponse](\n      path = result.location.get,\n      andExpect = Ok,\n      withJsonBody = result.contentString)\n\n    println(s\"Firebase Tweet: https:\/\/finatra.firebaseio.com\/tweets\/${tweet.id}\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/thrift-server\/thrift-example-server\/src\/test\/scala\/com\/twitter\/calculator\/CalculatorServerStartupTest.scala","text":"package com.twitter.calculator\n\nimport com.google.inject.Stage\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.inject.server.FeatureTest\n\nclass CalculatorServerStartupTest extends FeatureTest {\n\n  val server = new EmbeddedThriftServer(\n    twitterServer = new CalculatorServer,\n    stage = Stage.PRODUCTION)\n\n  \"server\" should {\n    \"startup\" in {\n      server.assertHealthy()\n    }\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/exceptions\/DefaultExceptionMapper.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.exceptions\n\ntrait DefaultExceptionMapper extends ExceptionMapper[Throwable]\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"project\/plugins.sbt","text":"<gh_stars>0\nresolvers ++= Seq(\n  Classpaths.sbtPluginSnapshots,\n  Classpaths.sbtPluginReleases,\n  Resolver.sonatypeRepo(\"snapshots\"),\n  \"Twitter Maven\" at \"https:\/\/maven.twttr.com\"\n)\n\nval branch = Process(\"git\" :: \"rev-parse\" :: \"--abbrev-ref\" :: \"HEAD\" :: Nil).!!.trim\nval scroogeSbtPluginVersionPrefix = \"4.10.0\"\nval scroogeSbtPluginVersion =\n  if (branch == \"master\") scroogeSbtPluginVersionPrefix\n  else scroogeSbtPluginVersionPrefix + \"-SNAPSHOT\"\naddSbtPlugin(\"com.twitter\" % \"scrooge-sbt-plugin\" % scroogeSbtPluginVersion)\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-unidoc\" % \"0.3.2\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.13.0\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\" % \"0.2.11\")\n\/\/ sbt-scoverage 1.3.3 and 1.3.5 have bugs that result in 2.10 tests not being run.\n\/\/ See https:\/\/github.com\/scoverage\/sbt-scoverage\/issues\/146\n\/\/ and https:\/\/github.com\/scoverage\/sbt-scoverage\/issues\/161\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.2.0\")\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"benchmarks\/build.sbt","text":"name := \"finatra-benchmarks\"\n\nmoduleName := \"finatra-benchmarks\"\n\nlibraryDependencies ++= Seq(\n  \"org.slf4j\" % \"slf4j-simple\" % \"1.7.21\"\n)\n\nsourceDirectory in Jmh := (sourceDirectory in Test).value\nclassDirectory in Jmh := (classDirectory in Test).value\ndependencyClasspath in Jmh := (dependencyClasspath in Test).value\n\n\/\/ rewire tasks, so that 'jmh:run' automatically invokes 'jmh:compile' (otherwise a clean 'jmh:run' would fail)\ncompile in Jmh <<= (compile in Jmh) dependsOn (compile in Test)\nrun in Jmh <<= (run in Jmh) dependsOn (Keys.compile in Jmh)"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/TypeUtils.scala","text":"package com.twitter.inject\n\nimport com.google.inject.internal.MoreTypes.ParameterizedTypeImpl\nimport java.lang.reflect.Type\n\n\nobject TypeUtils {\n  def singleTypeParam[T](objType: Type) = {\n    objType match {\n      case parametricType: ParameterizedTypeImpl =>\n        parametricType.getActualTypeArguments.head\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/internal\/marshalling\/mustache\/MustacheTemplateNameLookupTest.scala","text":"package com.twitter.finatra.http.tests.internal.marshalling.mustache\n\nimport com.twitter.finatra.http.internal.marshalling.mustache.MustacheTemplateNameLookup\nimport com.twitter.finatra.http.marshalling.mustache.MustacheBodyComponent\nimport com.twitter.finatra.response.Mustache\nimport com.twitter.inject.Test\n\nclass MustacheTemplateNameLookupTest extends Test {\n\n  @Mustache(\"teststandard\")\n  case class StandardView(name: String)\n\n  val standardView = StandardView(\"Bob\")\n\n  val componentWith = MustacheBodyComponent(standardView, \"testother.mustache\")\n\n  val componentWithout = MustacheBodyComponent(standardView, \"\")\n\n  val lookup = new MustacheTemplateNameLookup()\n\n  \"MustacheTemplateNameLookup\" should {\n    \"provide the correct mustache file\" when {\n      \"supplied an annotated class\" in {\n        lookup.getTemplateName(standardView) should be(\"teststandard.mustache\")\n      }\n      \"supplied a mustache body component with a different template\" in {\n        lookup.getTemplateName(componentWith) should be(\"testother.mustache\")\n      }\n      \"supplied a mustache body component without a different template\" in {\n        lookup.getTemplateName(componentWithout) should be(\"teststandard.mustache\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/filters\/LoggingMDCFilter.scala","text":"package com.twitter.finatra.http.filters\n\nimport com.twitter.finagle.{SimpleFilter, Service}\nimport com.twitter.util.Future\nimport javax.inject.Singleton\nimport org.slf4j.{FinagleMDCInitializer, MDC}\n\n@Singleton\nclass LoggingMDCFilter[Req, Rep] extends SimpleFilter[Req, Rep] {\n\n  \/* Initialize Finagle MDC adapter which overrides the standard one *\/\n  FinagleMDCInitializer.init()\n\n  override def apply(request: Req, service: Service[Req, Rep]): Future[Rep] = {\n    service(request).ensure {\n      MDC.clear()\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/test\/scala\/com\/twitter\/tiny\/TinyUrlServerStartupTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.tiny\n\nimport com.google.inject.Stage\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.server.FeatureTest\n\nclass TinyUrlServerStartupTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(\n    twitterServer = new TinyUrlServer,\n    stage = Stage.PRODUCTION)\n\n  \"Server\" should {\n    \"startup\" in {\n      \/\/ Because we disabled the adminHttpServer we instead check the started flag.\n      server.assertStarted()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/Add1HttpServer\/AdderThriftClientModule.scala","text":"<gh_stars>0\npackage com.twitter.finatra.multiserver.Add1HttpServer\n\nimport com.twitter.adder.thriftscala.Adder\nimport com.twitter.adder.thriftscala.Adder._\nimport com.twitter.finagle.Filter\nimport com.twitter.inject.thrift.filters.ThriftClientFilterBuilder\nimport com.twitter.inject.thrift.modules.FilteredThriftClientModule\nimport com.twitter.util.Future\n\nobject AdderThriftClientModule\n  extends FilteredThriftClientModule[Adder[Future], Adder.ServiceIface] {\n\n  override val label = \"adder-thrift\"\n  override val dest = \"flag!adder-thrift-server\"\n\n  override def filterServiceIface(\n    serviceIface: ServiceIface,\n    filter: ThriftClientFilterBuilder): ServiceIface = {\n\n    serviceIface.copy(\n      add1 = filter.method(Add1)\n        .exceptionFilter(Filter.identity[Add1.Args, Add1.Result]) \/\/ Example of replacing the default exception filter\n        .timeout(3.minutes)\n        .exponentialRetry(\n          shouldRetryResponse = PossiblyRetryableExceptions,\n          requestTimeout = 1.minute,\n          start = 50.millis,\n          multiplier = 2,\n          retries = 3)\n        .andThen(serviceIface.add1),\n      add1String = filter.method(Add1String)\n        .timeout(3.minutes)\n        .exponentialRetry(\n          shouldRetryResponse = PossiblyRetryableExceptions,\n          requestTimeout = 1.minute,\n          start = 50.millis,\n          multiplier = 2,\n          retries = 3)\n        .andThen(serviceIface.add1String),\n      add1Slowly = filter.method(Add1Slowly)\n        .timeout(3.minutes)\n        .exponentialRetry(\n          shouldRetryResponse = PossiblyRetryableExceptions,\n          requestTimeout = 1.millis, \/\/ We purposely set a very small timeout so that we can test handling IndividualRequestTimeoutException\n          start = 50.millis,\n          multiplier = 2,\n          retries = 3)\n        .andThen(serviceIface.add1Slowly),\n      add1AlwaysError = filter.method(Add1AlwaysError)\n        .timeout(3.minutes)\n        .exponentialRetry(\n          shouldRetryResponse = PossiblyRetryableExceptions,\n          requestTimeout = 1.minute,\n          start = 50.millis,\n          multiplier = 2,\n          retries = 3)\n        .andThen(serviceIface.add1AlwaysError))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/CombinedServer\/DoEverythingCombinedController.scala","text":"package com.twitter.finatra.multiserver.CombinedServer\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.Controller\nimport com.twitter.finatra.http.routing.AdminIndexInfo\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass DoEverythingCombinedController @Inject()(\n  adder: AdderService)\n  extends Controller {\n\n  get(\"\/ping\") { request: Request =>\n    \"pong\"\n  }\n\n  get(\"\/add1\") { request: Request =>\n    val num = request.getIntParam(\"num\")\n    adder.add1(num)\n  }\n\n  get(\"\/add1String\") { request: Request =>\n    val num = request.getParam(\"num\")\n    adder.add1String(num)\n  }\n\n  get(\"\/admin\/foo\",\n    admin = true,\n    adminIndexInfo =\n      Some(AdminIndexInfo(alias = \"Foo\"))) { request: Request =>\n    \"Bar\"\n  }\n\n  post(\"\/admin\/finatra\/add1\", admin = true) { request: AdminAdd1Request =>\n    adder.add1(request.num)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/web-dashboard\/build.sbt","text":"import sbt.Keys._\n\nparallelExecution in ThisBuild := false\n\nname := \"web-dashboard\"\norganization := \"com.twitter\"\nversion := \"2.4.0\"\nscalaVersion := \"2.11.8\"\n\nlazy val versions = new {\n  val finatra = \"2.4.0\"\n  val guice = \"4.0\"\n  val logback = \"1.1.7\"\n  val mockito = \"1.9.5\"\n  val scalatest = \"2.2.6\"\n  val specs2 = \"2.3.12\"\n}\n\nresolvers ++= Seq(\n  Resolver.sonatypeRepo(\"releases\"),\n  \"Twitter Maven\" at \"https:\/\/maven.twttr.com\"\n)\n\nassemblyMergeStrategy in assembly := {\n  case \"BUILD\" => MergeStrategy.discard\n  case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.last\n  case other => MergeStrategy.defaultMergeStrategy(other)\n}\n\nexcludeFilter in (Compile, unmanagedSources) := HiddenFileFilter || \"BUILD\"\nexcludeFilter in (Compile, unmanagedResources) := HiddenFileFilter || \"BUILD\"\n\nunmanagedResourceDirectories in Compile += baseDirectory.value \/ \"src\" \/ \"main\" \/ \"webapp\"\n\nRevolver.settings\n\nlibraryDependencies ++= Seq(\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra,\n  \"com.twitter\" %% \"finatra-httpclient\" % versions.finatra,\n  \"ch.qos.logback\" % \"logback-classic\" % versions.logback,\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\",\n  \"com.google.inject.extensions\" % \"guice-testlib\" % versions.guice % \"test\",\n\n  \"com.twitter\" %% \"finatra-http\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"finatra-jackson\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-server\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-app\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-core\" % versions.finatra % \"test\" classifier \"tests\",\n  \"com.twitter\" %% \"inject-modules\" % versions.finatra % \"test\" classifier \"tests\",\n\n  \"org.mockito\" % \"mockito-core\" % versions.mockito % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % versions.scalatest % \"test\",\n  \"org.specs2\" %% \"specs2\" % versions.specs2 % \"test\")\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/filters\/ThriftClientFilterBuilder.scala","text":"package com.twitter.inject.thrift.filters\n\nimport com.twitter.finagle.service.Retries.Budget\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.inject.Injector\nimport com.twitter.inject.thrift.{AndThenService, ThriftClientFilterChain}\nimport com.twitter.scrooge.ThriftMethod\n\nclass ThriftClientFilterBuilder(\n  timeoutMultiplier: Int,\n  retryMultiplier: Int,\n  injector: Injector,\n  val statsReceiver: StatsReceiver,\n  label: String,\n  budget: Budget,\n  useHighResTimerForRetries: Boolean,\n  andThenService: AndThenService) {\n\n  def method(method: ThriftMethod): ThriftClientFilterChain[method.Args, method.Result] = {\n    new ThriftClientFilterChain[method.Args, method.Result](\n      injector,\n      statsReceiver,\n      label,\n      budget,\n      method,\n      timeoutMultiplier = timeoutMultiplier,\n      retryMultiplier = retryMultiplier,\n      useHighResTimerForRetries = useHighResTimerForRetries,\n      andThenService)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/services\/impl\/RedisUrlShortenerService.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.tiny.services.impl\n\nimport javax.inject.Inject\n\nimport com.twitter.inject.Logging\nimport com.twitter.tiny.services.{Counter, EncodingRadix, UrlShortenerService}\nimport com.twitter.tiny.services.impl.RedisUrlShortenerService._\nimport redis.clients.jedis.{Jedis => JedisClient}\n\nobject RedisUrlShortenerService {\n  private[services] val KeyPrefix = \"url-\"\n}\n\nclass RedisUrlShortenerService @Inject() (\n  client: JedisClient,\n  counter: Counter)\n  extends UrlShortenerService\n  with Logging {\n\n  \/**\n   * Maps the given URL to a 32-radix integer based on the next value in\n   * the counter and returns that key to be used as the path for resolving\n   * the shortened URL on lookup.\n   * @param url - the URL to be shortened.\n   * @return the 32-radix integer representation of the counter mapped to the URL.\n   *\/\n  def create(url: java.net.URL): String = {\n    info(s\"Creating shortened URL for: ${url.toString}\")\n      \/\/ use the next value of the counter as the key in cache\n    val nextValue = counter.next\n    client.set(\n      \"%s%s\".format(KeyPrefix, nextValue.toString),\n      url.toString)\n    java.lang.Long.toString(nextValue, EncodingRadix)\n  }\n\n  \/**\n   * Given a 32-radix integer as a String, find the url mapped to\n   * it in Redis.\n   * @param id the 32-radix integer as a String to use as the key\n   * @return if found a Some(String) of the mapped URL, None if no value is found for the determined key\n   *\/\n  def get(id: String): Option[String] = {\n    val value = java.lang.Long.valueOf(id, EncodingRadix)\n    Option(\n      client.get(\n        \"%s%s\".format(KeyPrefix, value.toString)))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/doeverything\/controllers\/DoEverythingThriftController.scala","text":"<gh_stars>0\npackage com.twitter.finatra.thrift.tests.doeverything.controllers\n\nimport com.twitter.doeverything.thriftscala.DoEverything\nimport com.twitter.doeverything.thriftscala.DoEverything.{Echo, MagicNum, MoreThanTwentyTwoArgs, Uppercase}\nimport com.twitter.finatra.thrift.Controller\nimport com.twitter.inject.annotations.Flag\nimport com.twitter.util.Future\nimport javax.inject.Inject\n\nclass DoEverythingThriftController @Inject()(\n  @Flag(\"magicNum\") magicNumValue: String)\n  extends Controller\n  with DoEverything.BaseServiceIface {\n\n  override val uppercase = handle(Uppercase) { args: Uppercase.Args =>\n    if (args.msg == \"fail\") {\n      Future.exception(new Exception(\"oops\"))\n    } else {\n      Future.value(args.msg.toUpperCase)\n    }\n  }\n\n  override val echo = handle(Echo) { args: Echo.Args =>\n    Future.value(args.msg)\n  }\n\n  override val magicNum = handle(MagicNum) { args: MagicNum.Args =>\n    Future.value(magicNumValue)\n  }\n\n  override val moreThanTwentyTwoArgs = handle(MoreThanTwentyTwoArgs) { args : MoreThanTwentyTwoArgs.Args =>\n    Future.value(\"handled\")\n  }\n\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/TwitterTestModule.scala","text":"<gh_stars>0\npackage com.twitter.inject\n\nimport com.google.inject.name.Names\n\nabstract class TwitterTestModule\n  extends TwitterModule\n  with Mockito {\n\n  protected def bindToMock[T: Manifest]: T = {\n    val mocked = smartMock[T]\n    bind[T].toInstance(mocked)\n    mocked\n  }\n\n  protected def bindToMock[T: Manifest](name: String): T = {\n    val mocked = smartMock[T]\n    bind[T].annotatedWith(Names.named(name)).toInstance(mocked)\n    mocked\n  }\n\n  protected def bindToMock[T: Manifest, Ann <: java.lang.annotation.Annotation : Manifest]: T = {\n    val mocked = smartMock[T]\n    val annotation = manifest[Ann].runtimeClass.asInstanceOf[Class[Ann]]\n    bind[T].annotatedWith(annotation).toInstance(mocked)\n    mocked\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/RouteBuilder.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http\n\nimport com.twitter.finagle.http.{Method => HttpMethod}\nimport com.twitter.finatra.http.internal.marshalling.CallbackConverter\nimport com.twitter.finatra.http.internal.routing.Route\nimport com.twitter.finatra.http.routing.AdminIndexInfo\nimport com.twitter.inject.Injector\n\nprivate[http] class RouteBuilder[RequestType: Manifest, ResponseType: Manifest](\n  method: HttpMethod,\n  route: String,\n  name: String,\n  admin: Boolean,\n  adminIndexInfo: Option[AdminIndexInfo],\n  callback: RequestType => ResponseType,\n  routeDsl: RouteDSL) {\n\n  def build(callbackConverter: CallbackConverter, injector: Injector) = Route(\n    name,\n    method,\n    route,\n    admin,\n    adminIndexInfo,\n    callbackConverter.convertToFutureResponse(callback),\n    routeDsl.annotations,\n    manifest[RequestType].runtimeClass,\n    manifest[ResponseType].runtimeClass,\n    routeDsl.buildFilter(injector))\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/PatternConversionsTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.pattern._\nimport com.twitter.inject.Test\n\nclass PatternConversionsTest extends Test {\n\n  \"RichPattern\" should {\n    val regex = \".*abc.*\".r\n\n    \"matches\" in {\n      regex.matches(\"123abc456\") should be(true)\n    }\n    \"doesnt match\" in {\n      regex.matches(\"123\") should be(false)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/Handler.scala","text":"package com.twitter.finatra.utils\n\n@deprecated(\"Use com.twitter.inject.utils.Handler\", \"2016-02-07\")\ntrait Handler extends com.twitter.inject.utils.Handler\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/exceptions\/ExceptionMapper.scala","text":"package com.twitter.finatra.http.exceptions\n\nimport com.twitter.finagle.http.{Request, Response}\n\n\/**\n * An ExceptionMapper converts a `T`-typed throwable to an HTTP response.\n *\/\ntrait ExceptionMapper[T <: Throwable] {\n  def toResponse(request: Request, throwable: T): Response\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/domain\/http\/PostUrlResponse.scala","text":"package com.twitter.tiny.domain.http\n\ncase class PostUrlResponse(tinyUrl: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/exceptions\/JsonInjectionNotSupportedException.scala","text":"package com.twitter.finatra.json.internal.caseclass.exceptions\n\nimport scala.language.existentials\n\ncase class JsonInjectionNotSupportedException(parentClass: Class[_], fieldName: String)\n  extends Exception(\n    \"Injection of fields (e.g. @JsonInject, @QueryParam, @Header) not \" +\n      \"supported when parsing using a mapper created with FinatraObjectMapper.create() for \" +\n      \"\" + fieldName + \" in class \" + parentClass)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/MessageBodyComponent.scala","text":"package com.twitter.finatra.http.marshalling\n\n\/** Marker trait for MessageBodyReader's and MessageBodyWriter's *\/\ntrait MessageBodyComponent\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/ResponseBuilderModule.scala","text":"package com.twitter.finatra.http.modules\n\n\n\/\/TODO: use this in HttpServer once we're on Guice v4\nimport com.twitter.finatra.json.modules.FinatraJacksonModule\nimport com.twitter.inject.TwitterModule\nimport com.twitter.inject.modules.StatsReceiverModule\n\nobject ResponseBuilderModule extends TwitterModule {\n  override val modules = Seq(\n    FinatraJacksonModule,\n    DocRootModule,\n    MessageBodyModule,\n    MustacheModule,\n    StatsReceiverModule)\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/warmup\/TwitterCloneWarmupHandler.scala","text":"package finatra.quickstart.warmup\n\nimport com.twitter.finatra.http.routing.HttpWarmup\nimport com.twitter.finatra.httpclient.RequestBuilder.{get, post}\nimport com.twitter.inject.utils.Handler\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass TwitterCloneWarmupHandler @Inject()(\n  httpWarmup: HttpWarmup)\n  extends Handler {\n\n  override def handle(): Unit = {\n    httpWarmup.send(\n      post(\"\/tweet\/\").body(\"{}\"),\n      times = 5)\n\n    httpWarmup.send(\n      get(\"\/tweet\/123\"),\n      times = 5)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/main\/scala\/com\/twitter\/inject\/app\/internal\/InstalledModules.scala","text":"package com.twitter.inject.app.internal\n\nimport com.google.inject.util.Modules\nimport com.google.inject.{Module => GuiceModule, _}\nimport com.twitter.app.Flag\nimport com.twitter.inject.{TwitterBaseModule, TwitterModuleLifecycle, Injector, Logging}\nimport scala.collection.JavaConverters._\n\nprivate[app] object InstalledModules {\n\n  \/* Public *\/\n\n  def create(\n    flags: Seq[Flag[_]],\n    modules: Seq[GuiceModule],\n    overrideModules: Seq[GuiceModule],\n    stage: Stage = Stage.PRODUCTION): InstalledModules = {\n\n    val allNonOverrideModules = {\n      val frameworkModules = Seq(\n        FlagsModule.create(flags),\n        TwitterTypeConvertersModule)\n\n      val composedModules = modules flatMap findInstalledModules\n      modules ++ composedModules ++ frameworkModules\n    }\n\n    val allOverrideModules = {\n      val composedOverrideModules = overrideModules flatMap findInstalledModules\n      overrideModules ++ composedOverrideModules\n    }\n\n    val combinedModule =\n      Modules.`override`(\n        allNonOverrideModules.asJava).\n        `with`(allOverrideModules.asJava)\n\n    new InstalledModules(\n      injector = Injector(Guice.createInjector(stage, combinedModule)),\n      modules =\n        allNonOverrideModules ++ allOverrideModules)\n  }\n\n  \/* Private *\/\n\n  \/**\n   * Recursively capture all flags in the [[com.google.inject.Module]] object hierarchy.\n   *\n   * Note: We will not (cannot?) traverse through a normal Guice AbstractModule, to find 'installed' [[com.google.inject.Module]]s\n   *\/\n  private[app] def findModuleFlags(modules: Seq[GuiceModule]): Seq[Flag[_]] = {\n    (modules collect {\n      case injectModule: TwitterBaseModule =>\n        injectModule.flags ++\n          findModuleFlags(injectModule.modules) ++\n          findModuleFlags(injectModule.frameworkModules)\n    }).flatten.distinct\n  }\n\n  \/** Recursively finds all 'composed' modules *\/\n  private def findInstalledModules(module: GuiceModule): Seq[GuiceModule] = module match {\n    case injectModule: TwitterBaseModule =>\n      injectModule.modules ++\n        (injectModule.modules flatMap findInstalledModules) ++\n        injectModule.frameworkModules ++\n        (injectModule.frameworkModules flatMap findInstalledModules)\n    case _ =>\n      Seq()\n  }\n}\n\nprivate[app] case class InstalledModules(\n  injector: Injector,\n  modules: Seq[GuiceModule])\n  extends Logging {\n\n  def postInjectorStartup() {\n    modules foreach {\n      case injectModule: TwitterModuleLifecycle =>\n        try {\n          injectModule.singletonStartup(injector)\n        } catch {\n          case e: Throwable =>\n            error(\"Startup method error in \" + injectModule, e)\n            throw e\n        }\n      case _ =>\n    }\n  }\n\n  def postWarmupComplete(): Unit = {\n    modules foreach {\n      case injectModule: TwitterModuleLifecycle =>\n        try {\n          injectModule.singletonPostWarmupComplete(injector)\n        } catch {\n          case e: Throwable =>\n            error(\"Post warmup complete method error in \" + injectModule, e)\n            throw e\n        }\n      case _ =>\n    }\n  }\n\n  \/\/ Note: We don't rethrow so that all modules have a chance to shutdown\n  def shutdown() {\n    modules foreach {\n      case injectModule: TwitterModuleLifecycle =>\n        try {\n          injectModule.singletonShutdown(injector)\n        } catch {\n          case e: Throwable =>\n            error(\"Shutdown method error in \" + injectModule, e)\n        }\n      case _ =>\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/thrift-server\/thrift-example-server\/src\/main\/scala\/com\/twitter\/calculator\/ExceptionTranslationFilter.scala","text":"package com.twitter.calculator\n\nimport com.twitter.finagle.{Service, TimeoutException}\nimport com.twitter.finatra.thrift.thriftscala.ClientErrorCause.RequestTimeout\nimport com.twitter.finatra.thrift.thriftscala.ServerErrorCause.InternalServerError\nimport com.twitter.finatra.thrift.thriftscala.{ClientError, NoClientIdError, ServerError, UnknownClientIdError}\nimport com.twitter.finatra.thrift.{ThriftFilter, ThriftRequest}\nimport com.twitter.inject.Logging\nimport com.twitter.util.{Future, NonFatal}\nimport javax.inject.Singleton\n\n@Singleton\nclass ExceptionTranslationFilter\n  extends ThriftFilter\n  with Logging {\n\n  override def apply[T, U](request: ThriftRequest[T], service: Service[ThriftRequest[T], U]): Future[U] = {\n    service(request).rescue {\n      case e: TimeoutException =>\n        Future.exception(\n          ClientError(RequestTimeout, e.getMessage))\n      case e: ClientError =>\n        Future.exception(e)\n      case e: UnknownClientIdError =>\n        Future.exception(e)\n      case e: NoClientIdError =>\n        Future.exception(e)\n      case NonFatal(e) =>\n        error(\"Unhandled exception\", e)\n        Future.exception(\n          ServerError(InternalServerError, e.getMessage))\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/thrift-server\/thrift-example-server\/src\/main\/scala\/com\/twitter\/calculator\/CalculatorServer.scala","text":"package com.twitter.calculator\n\nimport com.twitter.finatra.thrift.ThriftServer\nimport com.twitter.finatra.thrift.routing.ThriftRouter\nimport com.twitter.finatra.thrift.filters._\nimport com.twitter.finatra.thrift.modules.ClientIdWhitelistModule\n\nobject CalculatorServerMain extends CalculatorServer\n\nclass CalculatorServer extends ThriftServer {\n  override val name = \"calculator-server\"\n\n  override def modules = Seq(\n    ClientIdWhitelistModule)\n\n  override def configureThrift(router: ThriftRouter) {\n    router\n      .filter[LoggingMDCFilter]\n      .filter[TraceIdMDCFilter]\n      .filter[ThriftMDCFilter]\n      .filter[AccessLoggingFilter]\n      .filter[StatsFilter]\n      .filter[ExceptionTranslationFilter]\n      .filter[ClientIdWhitelistFilter]\n      .add[CalculatorController]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/AdderThriftServer\/AdderThriftServer.scala","text":"<filename>inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/AdderThriftServer\/AdderThriftServer.scala\npackage com.twitter.finatra.multiserver.AdderThriftServer\n\nimport com.twitter.finatra.thrift.filters._\nimport com.twitter.finatra.thrift.ThriftServer\nimport com.twitter.finatra.thrift.routing.ThriftRouter\n\nclass AdderThriftServer extends ThriftServer {\n  override val name = \"adder-thrift-server\"\n\n  override def configureThrift(router: ThriftRouter) {\n    router\n      .filter[LoggingMDCFilter]\n      .filter[TraceIdMDCFilter]\n      .filter[ThriftMDCFilter]\n      .filter[AccessLoggingFilter]\n      .filter[StatsFilter]\n      .add[AdderThriftController]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/response\/ErrorsResponse.scala","text":"package com.twitter.finatra.http.response\n\nimport com.twitter.finagle.http.Request\n\nobject ErrorsResponse {\n  def apply(error: String): ErrorsResponse = {\n    ErrorsResponse(Seq(error))\n  }\n\n  @deprecated(\"Use apply(msg: String)\", \"now\")\n  def apply(request: Request, throwable: Throwable, msg: String): ErrorsResponse = {\n    if (request.path.startsWith(\"\/admin\")) {\n      ErrorsResponse(msg + \": \" + throwable.getMessage)\n     } else {\n      ErrorsResponse(msg)\n    }\n  }\n}\n\ncase class ErrorsResponse(\n  errors: Seq[String])\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/app\/FlagFactory.scala","text":"<filename>inject\/inject-core\/src\/main\/scala\/com\/twitter\/app\/FlagFactory.scala\npackage com.twitter.app\n\nobject FlagFactory {\n  def create[T: Flaggable](name: String, default: => T, help: String): Flag[T] = {\n    new Flag[T](name, help, default)\n  }\n\n  def create[T: Flaggable : Manifest](name: String, help: String): Flag[T] = {\n    new Flag[T](name, help, manifest[T].runtimeClass.toString)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/ThriftClient.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.thrift\n\nimport com.twitter.finagle.ThriftMux\nimport com.twitter.finagle.param.Stats\nimport com.twitter.finagle.stats.NullStatsReceiver\nimport com.twitter.finagle.thrift.ClientId\nimport com.twitter.inject.server.PortUtils._\nimport com.twitter.inject.server.{EmbeddedTwitterServer, PortUtils, Ports}\nimport scala.reflect.ClassTag\n\ntrait ThriftClient { self: EmbeddedTwitterServer =>\n\n  def twitterServer: Ports\n\n  def thriftPortFlag: String = \"thrift.port\"\n\n  \/* Overrides *\/\n\n  override protected def logStartup() {\n    self.logStartup()\n    info(s\"ExternalThrift -> thrift:\/\/$externalThriftHostAndPort\\n\")\n  }\n\n  override protected def combineArgs(): Array[String] = {\n    s\"-$thriftPortFlag=${PortUtils.ephemeralLoopback}\" +: self.combineArgs\n  }\n\n  \/* Public *\/\n\n  lazy val externalThriftHostAndPort = PortUtils.loopbackAddressForPort(thriftExternalPort)\n\n  def thriftExternalPort: Int = {\n    self.start()\n    twitterServer.thriftPort.get\n  }\n\n  def thriftClient[T: ClassTag](clientId: String = null): T = {\n    val baseThriftClient =\n      ThriftMux.Client().\n        configured(Stats(NullStatsReceiver))\n\n    val client = {\n      if (clientId != null) {\n        baseThriftClient.withClientId(ClientId(clientId))\n      } else baseThriftClient\n    }\n\n    client.newIface[T](loopbackAddressForPort(thriftExternalPort))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/exceptions\/CaseClassMappingException.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.internal.caseclass.exceptions\n\nimport com.fasterxml.jackson.databind.JsonMappingException\n\ncase class CaseClassMappingException(\n  validationExceptions: Set[CaseClassValidationException] = Set())\n  extends JsonMappingException(\"\") {\n\n  val errors = validationExceptions.toSeq.sortBy(_.getMessage)\n\n  override def getMessage: String = {\n    \"\\nErrors:\\t\\t\" + errors.mkString(\", \") + \"\\n\\n\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/multiserver\/test\/Add1ServerFeatureTest.scala","text":"package com.twitter.finatra.http.tests.integration.multiserver.test\n\nimport com.twitter.finagle.http.Status\nimport com.twitter.finatra.http.tests.integration.multiserver.add1server.Add1Server\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.server.FeatureTest\n\nclass Add1ServerFeatureTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(new Add1Server)\n\n  \"add1\" in {\n    server.httpGet(\n      \"\/add1?num=5\",\n      andExpect = Status.Ok,\n      withBody = \"6\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/web-dashboard\/src\/main\/scala\/com\/twitter\/web\/dashboard\/views\/UserView.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.web.dashboard.views\n\nimport com.twitter.finatra.response.Mustache\n\n@Mustache(\"user\")\ncase class UserView(\n  firstName: String,\n  lastName: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/hello-world\/src\/main\/scala\/com\/twitter\/hello\/HiRequest.scala","text":"<filename>examples\/hello-world\/src\/main\/scala\/com\/twitter\/hello\/HiRequest.scala\npackage com.twitter.hello\n\ncase class HiRequest(\n  id: Long,\n  name: String)"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/messagebody\/main\/controllers\/GreetingController.scala","text":"package com.twitter.finatra.http.tests.integration.messagebody.main.controllers\n\nimport com.twitter.finatra.http.Controller\nimport com.twitter.finatra.http.tests.integration.messagebody.main.domain.GreetingRequest\nimport javax.inject.Inject\n\nclass GreetingController @Inject()()\n  extends Controller {\n\n  get(\"\/greet\") { gr: GreetingRequest =>\n    gr\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/services\/TweetsRepository.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.main.services\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finatra.http.tests.integration.tweetexample.main.domain.Tweet\nimport com.twitter.util.Future\n\ntrait TweetsRepository {\n\n  def getById(id: Long): Future[Option[Tweet]]\n  def getByIds(ids: AsyncStream[Long]): AsyncStream[Tweet]\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/modules\/ThriftClientIdModule.scala","text":"package com.twitter.inject.thrift.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finagle.thrift.ClientId\nimport com.twitter.inject.TwitterModule\nimport javax.inject.Singleton\n\nobject ThriftClientIdModule extends ThriftClientIdModule\n\nclass ThriftClientIdModule extends TwitterModule {\n  private val clientIdFlag = flag(\"thrift.clientId\", \"\", \"Thrift client id\")\n\n  @Provides\n  @Singleton\n  def providesClientId: ClientId = ClientId(clientIdFlag())\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/DoEverythingThriftServerFeatureTest.scala","text":"package com.twitter.finatra.thrift.tests\n\nimport com.twitter.doeverything.thriftscala.DoEverything\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.finatra.thrift.tests.doeverything.DoEverythingThriftServer\nimport com.twitter.finatra.thrift.thriftscala.{NoClientIdError, UnknownClientIdError}\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.util.{Await, Future}\n\nclass DoEverythingThriftServerFeatureTest extends FeatureTest {\n  override val server = new EmbeddedThriftServer(\n    twitterServer = new DoEverythingThriftServer,\n    flags = Map(\"magicNum\" -> \"57\"))\n\n  val client123 = server.thriftClient[DoEverything[Future]](clientId = \"client123\")\n\n  \"success\" in {\n    Await.result(client123.uppercase(\"Hi\")) should equal(\"HI\")\n  }\n\n  \"failure\" in {\n    val e = assertFailedFuture[Exception] {\n      client123.uppercase(\"fail\")\n    }\n    e.getMessage should include(\"oops\")\n  }\n\n  \"magicNum\" in {\n    Await.result(client123.magicNum()) should equal(\"57\")\n  }\n\n  \"blacklist\" in {\n    val notWhitelistClient = server.thriftClient[DoEverything[Future]](clientId = \"not_on_whitelist\")\n    assertFailedFuture[UnknownClientIdError] {\n      notWhitelistClient.echo(\"Hi\")\n    }\n  }\n\n  \"no client id\" in {\n    val noClientIdClient = server.thriftClient[DoEverything[Future]]()\n    assertFailedFuture[NoClientIdError] {\n      noClientIdClient.echo(\"Hi\")\n    }\n  }\n\n  \"more than 22 args\" in {\n    Await.result(\n      client123.moreThanTwentyTwoArgs(\n        \"one\",\n        \"two\",\n        \"three\",\n        \"four\",\n        \"five\",\n        \"six\",\n        \"seven\",\n        \"eight\",\n        \"nine\",\n        \"ten\",\n        \"eleven\",\n        \"twelve\",\n        \"thirteen\",\n        \"fourteen\",\n        \"fifteen\",\n        \"sixteen\",\n        \"seventeen\",\n        \"eighteen\",\n        \"nineteen\",\n        \"twenty\",\n        \"twentyone\",\n        \"twentytwo\",\n        \"twentythree\")\n    ) should equal(\"handled\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/utils\/InMemoryCredentialsIntegrationTest.scala","text":"package com.twitter.finatra.tests.utils\n\nimport com.twitter.finatra.modules.InMemoryCredentialsModule\nimport com.twitter.finatra.utils.Credentials\nimport com.twitter.inject.IntegrationTest\nimport com.twitter.inject.app.TestInjector\n\nclass InMemoryCredentialsIntegrationTest extends IntegrationTest {\n  val credentialsMap = Map(\n    \"username\" -> \"foo\",\n    \"password\" -> \"<PASSWORD>\")\n\n  override def injector =\n    TestInjector(new InMemoryCredentialsModule(credentialsMap))\n\n  \"InMemoryCredentialsModule\" should {\n\n    \"load credentials\" in {\n      val credentials = injector.instance[Credentials]\n      credentials.isEmpty should be(false)\n      credentials.get(\"username\").get should be(\"foo\")\n      credentials.get(\"password\").get should be(\"<PASSWORD>\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/conversions\/buf.scala","text":"package com.twitter.finatra.conversions\n\nimport com.twitter.io.Buf\n\nobject buf {\n\n  implicit class RichBuf(val self: Buf) extends AnyVal {\n\n    def utf8str: String = {\n      Buf.Utf8.unapply(self).getOrElse(throw new Exception(\"Cannot create utf8 string\"))\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/validation\/package.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra\n\nimport scala.annotation.meta.param\n\npackage object validation {\n  type CountryCode = com.twitter.finatra.json.internal.caseclass.validation.validators.CountryCodeInternal@param\n  type FutureTime = com.twitter.finatra.json.internal.caseclass.validation.validators.FutureTimeInternal@param\n  type Max = com.twitter.finatra.json.internal.caseclass.validation.validators.MaxInternal@param\n  type Min = com.twitter.finatra.json.internal.caseclass.validation.validators.MinInternal@param\n  type NotEmpty = com.twitter.finatra.json.internal.caseclass.validation.validators.NotEmptyInternal@param\n  type OneOf = com.twitter.finatra.json.internal.caseclass.validation.validators.OneOfInternal@param\n  type PastTime = com.twitter.finatra.json.internal.caseclass.validation.validators.PastTimeInternal@param\n  type Range = com.twitter.finatra.json.internal.caseclass.validation.validators.RangeInternal@param\n  type Size = com.twitter.finatra.json.internal.caseclass.validation.validators.SizeInternal@param\n  type TimeGranularity = com.twitter.finatra.json.internal.caseclass.validation.validators.TimeGranularityInternal@param\n  type UUID = com.twitter.finatra.json.internal.caseclass.validation.validators.UUIDInternal@param\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/conversions\/bytebuffer.scala","text":"package com.twitter.finatra.conversions\n\nimport com.twitter.finatra.conversions.buf._\nimport com.twitter.inject.Logging\nimport com.twitter.io.Buf\nimport java.nio.ByteBuffer\n\nobject bytebuffer extends Logging {\n\n  implicit class RichByteBuffer(val self: ByteBuffer) extends AnyVal {\n\n    def debugOutput(): Unit = {\n      debug(new String(self.array()) + \" \" + self.position() + \"\/\" + self.capacity())\n    }\n\n    def sharedBuf: Buf = {\n      Buf.ByteBuffer.Shared(self)\n    }\n\n    def utf8str: String = {\n      self.sharedBuf.utf8str\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/PastTimeValidatorTest.scala","text":"<filename>jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/PastTimeValidatorTest.scala<gh_stars>0\npackage com.twitter.finatra.json.tests.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.PastTimeValidator._\nimport com.twitter.finatra.validation.ValidationResult._\nimport com.twitter.finatra.validation.{ErrorCode, PastTime, ValidationResult, ValidatorTest}\nimport org.joda.time.DateTime\n\n\nclass PastTimeValidatorTest extends ValidatorTest {\n\n  \"past validator\" should {\n\n    \"pass validation for valid datetime\" in {\n      val minDateTime = new DateTime(0)\n      validate[PastExample](minDateTime) should equal(Valid)\n    }\n\n    \"fail validation for invalid datetime\" in {\n      val futureDateTime = DateTime.now().plusDays(1)\n      validate[PastExample](futureDateTime) should equal(\n        Invalid(\n          errorMessage(messageResolver, futureDateTime),\n          ErrorCode.TimeNotPast(futureDateTime)))\n    }\n  }\n\n  private def validate[C: Manifest](value: Any): ValidationResult = {\n    super.validate(manifest[C].runtimeClass, \"dateTime\", classOf[PastTime], value)\n  }\n}\n\ncase class PastExample(\n  @PastTime dateTime: DateTime)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/test\/LocalDocRootDoEverythingServerFeatureTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/test\/LocalDocRootDoEverythingServerFeatureTest.scala\npackage com.twitter.finatra.http.tests.integration.doeverything.test\n\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.integration.doeverything.test.DocRootLocalFilesystemTestUtility\nimport com.twitter.finatra.http.tests.integration.doeverything.main.DoEverythingServer\nimport com.twitter.finatra.http.tests.integration.doeverything.main.domain.TestUserView\nimport com.twitter.finatra.http.marshalling.mustache.MustacheService\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.finatra.test.LocalFilesystemTestUtils._\nimport com.twitter.inject.server.FeatureTest\nimport java.io.{File, FileWriter}\nimport org.apache.commons.io.FileUtils\n\nclass LocalDocRootDoEverythingServerFeatureTest\n  extends FeatureTest\n  with DocRootLocalFilesystemTestUtility {\n\n  override protected def beforeAll() = {\n    super.beforeAll()\n\n    \/\/ create src\/main\/resources\/templates directory and add files\n    val templates = createFile(s\"${BaseDirectory}src\/main\/resources\/templates\")\n    FileUtils.writeStringToFile(createFile(templates, \"testuser.mustache\"), testUserMustacheString)\n    FileUtils.writeStringToFile(createFile(templates, \"testuser2.mustache\"), testUser2MustacheString)\n    FileUtils.writeStringToFile(createFile(templates, \"testHtml.mustache\"), testHtmlMustacheString)\n\n    \/\/ create src\/main\/webapp directory and add files\n    val webapp = createFile(s\"${BaseDirectory}src\/main\/webapp\")\n    FileUtils.writeStringToFile(createFile(webapp, \"testfile.txt\"), testFileText)\n    FileUtils.writeStringToFile(createFile(webapp, \"testindex.html\"), testIndexHtml)\n  }\n\n  override protected def afterAll() = {\n    \/\/ try to help clean up\n    new File(s\"${BaseDirectory}src\").delete\n    super.afterAll()\n  }\n\n  override val server = new EmbeddedHttpServer(\n    flags = Map(\n      \"local.doc.root\" -> s\"${BaseDirectory}src\/main\/webapp\",\n      \"mustache.templates.dir\" -> s\"${BaseDirectory}src\/main\/resources\/templates\"),\n    args = Array(\"-magicNum=1\", \"-moduleMagicNum=2\"),\n    twitterServer = new DoEverythingServer)\n\n  \"DoEverythingServer\" should {\n\n    \"getView\" in {\n      server.httpGet(\n        \"\/getView?age=18&name=bob\",\n        andExpect = Ok,\n        withBody = \"age:18\\nname:bob\\nuser1\\nuser2\\n\")\n    }\n\n    \"formPostViewFromBuilderViewWithDiffTemplateThanAnnotation\" in {\n      server.httpFormPost(\n        \"\/formPostViewFromBuilderView\",\n        params = Map(\"name\" -> \"bob\", \"age\" -> \"18\"),\n        andExpect = Ok,\n        withBody = \"age2:18\\nname2:bob\\nuser1\\nuser2\\n\")\n    }\n\n    \"formPostViewFromBuilderHtml\" in {\n      server.httpFormPost(\n        \"\/formPostViewFromBuilderHtml\",\n        params = Map(\"name\" -> \"bob\", \"age\" -> \"18\"),\n        andExpect = Ok,\n        withBody = \"age:18\\nname:bob\\nuser1\\nuser2\\n\")\n    }\n\n    \"formPostViewFromBuilderCreatedView\" in {\n      val response = server.httpFormPost(\n        \"\/formPostViewFromBuilderCreatedView\",\n        params = Map(\"name\" -> \"bob\", \"age\" -> \"18\"),\n        andExpect = Created,\n        withBody = \"age2:18\\nname2:bob\\nuser1\\nuser2\\n\")\n\n      response.location should equal(Some(\"\/foo\/1\"))\n    }\n\n    \"formPostViewFromBuilderCreatedHtml\" in {\n      val response = server.httpFormPost(\n        \"\/formPostViewFromBuilderCreatedHtml\",\n        params = Map(\"name\" -> \"bob\", \"age\" -> \"18\"),\n        andExpect = Created,\n        withBody = \"age:18\\nname:bob\\nuser1\\nuser2\\n\")\n\n      response.location should equal(Some(\"\/foo\/1\"))\n    }\n\n    \"testfile\" in {\n      server.httpGet(\n        \"\/testfile\",\n        andExpect = Ok,\n        withBody = \"testfile123\")\n    }\n\n    \"testfile when not found\" in {\n      server.httpGet(\n        \"\/testfileWhenNotfound\",\n        andExpect = NotFound,\n        withBody = \"\/doesntexist.txt not found\")\n    }\n\n    \"index root\" in {\n      server.httpGet(\n        \"\/index\/\",\n        andExpect = Ok,\n        withBody = \"testindex\")\n    }\n\n    \"index file without extension\" in {\n      server.httpGet(\n        \"\/index\/testfile\",\n        andExpect = Ok,\n        withBody = \"testindex\")\n    }\n\n    \"index file with extension\" in {\n      server.httpGet(\n        \"\/index\/testfile.txt\",\n        andExpect = Ok,\n        withBody = \"testfile123\")\n    }\n\n    \"TestCaseClassWithHtml\" in {\n      server.httpGet(\n        \"\/testClassWithHtml\",\n        andExpect = Ok,\n        withJsonBody =\n          \"\"\"\n          |{\n          |  \"address\" : \"123 Main St. Anywhere, CA US 90210\",\n          |  \"phone\" : \"+12221234567\",\n          |  \"rendered_html\" : \"&lt;div class=&quot;nav&quot;&gt;\\n  &lt;table cellpadding=&quot;0&quot; cellspacing=&quot;0&quot;&gt;\\n    &lt;tr&gt;\\n        &lt;th&gt;Name&lt;\/th&gt;\\n        &lt;th&gt;Age&lt;\/th&gt;\\n        &lt;th&gt;Friends&lt;\/th&gt;\\n    &lt;\/tr&gt;\\n    &lt;tr&gt;\\n        &lt;td&gt;age2:28&lt;\/td&gt;\\n        &lt;td&gt;name:<NAME>&lt;\/td&gt;\\n        &lt;td&gt;\\n            user1\\n            user2\\n        &lt;\/td&gt;\\n    &lt;\/tr&gt;\\n  &lt;\/table&gt;\\n&lt;\/div&gt;\"\n          |}\n        \"\"\".stripMargin)\n    }\n\n    \"Support un-cached templates\" in {\n      val testUser = TestUserView(\n        28,\n        \"<NAME>\",\n        Seq(\"user1\", \"user2\"))\n\n      val mustacheService = injector.instance[MustacheService]\n      val firstResult = mustacheService.createString(\"testuser.mustache\", testUser)\n      firstResult should be(\"age:28\\nname:<NAME>\\nuser1\\nuser2\\n\")\n\n      \/\/ alter the file\n      val testUserMustacheFile = new FileWriter(s\"${BaseDirectory}src\/main\/resources\/templates\/testuser.mustache\")\n      testUserMustacheFile.write(\"\")\n      testUserMustacheFile.append(\"another age:{{age}}\\nanother name:{{name}}\\n{{#friends}}\\n{{.}}\\n{{\/friends}}\")\n      testUserMustacheFile.close()\n\n      val alteredResult = mustacheService.createString(\"testuser.mustache\", testUser)\n      alteredResult should be(\"another age:28\\nanother name:<NAME>\\nuser1\\nuser2\\n\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/serde\/DurationMillisSerializer.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.internal.serde\n\nimport com.fasterxml.jackson.core.JsonGenerator\nimport com.fasterxml.jackson.databind.SerializerProvider\nimport com.fasterxml.jackson.databind.ser.std.StdSerializer\nimport org.joda.time.Duration\n\nprivate[finatra] object DurationMillisSerializer extends StdSerializer[Duration](classOf[Duration]) {\n\n  override def serialize(value: Duration, jgen: JsonGenerator, provider: SerializerProvider) {\n    jgen.writeNumber(value.getMillis)\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift\/src\/test\/scala\/com\/twitter\/inject\/tests\/exceptions\/PossiblyRetryableTest.scala","text":"<filename>inject\/inject-thrift\/src\/test\/scala\/com\/twitter\/inject\/tests\/exceptions\/PossiblyRetryableTest.scala\npackage com.twitter.inject.tests.exceptions\n\nimport com.twitter.finagle.mux.ClientDiscardedRequestException\nimport com.twitter.finagle.{BackupRequestLost, CancelledConnectionException, CancelledRequestException, Failure}\nimport com.twitter.inject.Test\nimport com.twitter.inject.exceptions.PossiblyRetryable\nimport com.twitter.scrooge.{ThriftException, ThriftResponse}\nimport com.twitter.util.{Throw, Return}\n\nclass PossiblyRetryableTest extends Test {\n\n  object PossiblyRetryableException extends ThriftException\n  object NonRetryableException extends ThriftException with com.twitter.inject.exceptions.NonRetryableException\n\n  case class TestResult(exceptions: Seq[Option[ThriftException]]) extends ThriftResponse[Unit] {\n    def successField: Option[Unit] = None\n    def exceptionFields: Iterable[Option[ThriftException]] = exceptions\n  }\n\n  \"test isCancellation\" in {\n    assertIsCancellation(BackupRequestLost)\n    assertIsCancellation(new CancelledRequestException)\n    assertIsCancellation(new CancelledConnectionException(new Exception(\"cause\")))\n    assertIsCancellation(new ClientDiscardedRequestException(\"cause\"))\n    assertIsCancellation(Failure(\"int\", Failure.Interrupted))\n    assertIsCancellation(Failure.rejected(\"\", new CancelledRequestException))\n  }\n\n  \"test apply\" in {\n    PossiblyRetryable(PossiblyRetryableException) should be(true)\n    PossiblyRetryable(NonRetryableException) should be(false)\n  }\n\n  \"test unapply\" in {\n    NonRetryableException match {\n      case PossiblyRetryable(e) => fail(\"NonRetryableException should not be PossiblyRetryable\")\n      case _ => \/\/ nothing\n    }\n\n    PossiblyRetryableException match {\n      case PossiblyRetryable(e) => \/\/ nothing\n      case _ => fail(\"PossiblyRetryableException should be PossiblyRetryable\")\n    }\n  }\n\n  \"test PossiblyRetryableExceptions correctly identifies possibly retryable thrift exception responses\" in {\n    \/* The successField = None is a possibility on void methods. We only want to possibly retry\n       if the success field is empty AND there exists a possibly retryable exception in the first\n       position in the returned Seq of exceptions. *\/\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(\n        TestResult(\n          Seq(Some(NonRetryableException))))) should be(false)\n\n    \/\/ We only ever look at the first exception, See: com.twitter.finagle.thrift.ThriftServiceIface#resultFilter\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(\n        TestResult(\n          Seq(\n            Some(NonRetryableException),\n            Some(PossiblyRetryableException))))) should be(false)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(TestResult(Seq(None)))) should be(false)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(TestResult(Seq(None, None)))) should be(false)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(TestResult(Seq()))) should be(false)\n\n    \/\/ cancellations shouldn't be retried\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Throw(new CancelledRequestException(new Exception(\"FORCED EXCEPTION\")))) should be(false)\n\n    \/* Only possibly retryable if there exists a possibly retryable exception in the first position. *\/\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(\n        TestResult(\n          Seq(\n            Some(PossiblyRetryableException),\n            Some(NonRetryableException))))) should be(true)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(\n        TestResult(\n          Seq(Some(PossiblyRetryableException))))) should be(true)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Return(\n        TestResult(\n          Seq(\n            Some(PossiblyRetryableException),\n            Some(PossiblyRetryableException))))) should be(true)\n\n    PossiblyRetryable.PossiblyRetryableExceptions(\n      Throw(new Exception(\"FORCED EXCEPTION\"))) should be(true)\n  }\n\n  private def assertIsCancellation(e: Throwable) {\n    PossiblyRetryable.isCancellation(e) should be(true)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/RootMonitorTest.scala","text":"package com.twitter.inject.tests\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.{BackupRequestLost, Failure, IndividualRequestTimeoutException, CancelledRequestException}\nimport com.twitter.inject.{RootMonitor, Test}\n\nclass RootMonitorTest extends Test {\n\n  \"RootMonitor\" should {\n\n    \"handle CancelledRequestException\" in {\n      RootMonitor.handle(new CancelledRequestException) should be(true)\n    }\n\n    \"handle com.twitter.util.TimeoutException\" in {\n      RootMonitor.handle(new com.twitter.util.TimeoutException(\"TIMEOUT\")) should be(true)\n    }\n\n    \"handle com.twitter.finagle.TimeoutException\" in {\n      RootMonitor.handle(new IndividualRequestTimeoutException(1.second)) should be(true)\n    }\n\n    \"handle com.twitter.finagle.mux.ServerApplicationError\" in {\n      RootMonitor.handle(new com.twitter.finagle.mux.ServerApplicationError(\"WHAT\")) should be(true)\n    }\n\n    \"handle restartable Failure\" in {\n      RootMonitor.handle(Failure(\"Restartable\", new Exception(\"EXCEPTION\"), 1L)) should be(true)\n    }\n\n    \"handle BackupRequestLost\" in {\n      RootMonitor.handle(BackupRequestLost) should be(true)\n    }\n\n    \"handle NonFatal\" in {\n      RootMonitor.handle(new RuntimeException(\"NON FATAL EXCEPTION\")) should be(true)\n    }\n\n    \"handle Fatal\" in {\n      \/\/ NOTE: this causes a scary looking stacktrace in the logs which is just the util\/RootMonitor logging that it is\n      \/\/ handling a Fatal exception.\n      \/\/ see: https:\/\/github.com\/twitter\/util\/blob\/develop\/util-core\/src\/main\/scala\/com\/twitter\/util\/Monitor.scala#L191\n      RootMonitor.handle(new InterruptedException()) should be(false)\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/TwitterCloneServer.scala","text":"<filename>examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/TwitterCloneServer.scala\npackage finatra.quickstart\n\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.filters.CommonFilters\nimport com.twitter.finatra.http.routing.HttpRouter\nimport finatra.quickstart.controllers.TweetsController\nimport finatra.quickstart.modules.{FirebaseHttpClientModule, TwitterCloneJacksonModule}\nimport finatra.quickstart.warmup.TwitterCloneWarmupHandler\n\nobject TwitterCloneServerMain extends TwitterCloneServer\n\nclass TwitterCloneServer extends HttpServer {\n  override val modules = Seq(FirebaseHttpClientModule)\n\n  override def jacksonModule = TwitterCloneJacksonModule\n\n  override def configureHttp(router: HttpRouter): Unit = {\n    router\n      .filter[CommonFilters]\n      .add[TweetsController]\n  }\n\n  override def warmup() {\n    handle[TwitterCloneWarmupHandler]()\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/modules\/CredentialsModule.scala","text":"package com.twitter.finatra.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finatra.utils.Credentials\nimport com.twitter.inject.TwitterModule\nimport com.twitter.util.{Credentials => UtilCredentials}\nimport java.io.File\nimport javax.inject.Singleton\n\nobject CredentialsModule extends TwitterModule {\n\n  \/**\n   * The location of the text file that represents the credentials to be loaded.\n   * When no path is specified an \"empty\" com.twitter.finatra.utils.Credentials\n   * will be provided.\n   * @see com.twitter.util.Credentials\n   * @see com.twitter.finatra.utils.Credentials#isEmpty\n   *\/\n  val credentialsFilePath = flag(\n    \"credentials.file.path\",\n    \"\",\n    \"Path to a text file that contains credentials.\")\n\n  @Singleton\n  @Provides\n  def providesCredentials: Credentials = {\n    val credentialsMap =\n      credentialsFilePath() match {\n        case path if path.isEmpty =>\n          Map.empty[String, String]\n        case path =>\n          UtilCredentials(new File(path))\n      }\n    Credentials(credentialsMap)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/streaming\/ByteBufferUtils.scala","text":"package com.twitter.finatra.json.internal.streaming\n\nimport com.twitter.finatra.conversions.buf._\nimport com.twitter.inject.Logging\nimport com.twitter.io.Buf\nimport java.nio.ByteBuffer\n\nprivate[finatra] object ByteBufferUtils extends Logging {\n\n  \/\/TODO: Optimize\/Refactor\n  def append(byteBuffer: ByteBuffer, buf: Buf): ByteBuffer = {\n    val byteBufferBuf = {\n      val byteBufferCopy = byteBuffer.duplicate()\n      byteBufferCopy.position(0)\n      Buf.ByteBuffer.Shared(byteBufferCopy)\n    }\n\n    val combinedBufs = byteBufferBuf.concat(buf)\n    Buf.ByteBuffer.Shared.extract(combinedBufs)\n  }\n\n  def debugBuffer(byteBuffer: ByteBuffer) = {\n    val copy = byteBuffer.duplicate()\n    copy.position(0)\n    val buf = Buf.ByteBuffer.Shared(copy)\n    val str = buf.utf8str\n\n    debug(s\"byteBuffer: $str pos: ${byteBuffer.position }\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/deprecated\/main\/DeprecatedServer.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<gh_stars>0\npackage com.twitter.finatra.http.tests.integration.deprecated.main\n\nclass DeprecatedServer {\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/FutureUtils.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<gh_stars>0\npackage com.twitter.finatra.utils\n\nimport com.twitter.finagle.util.DefaultTimer\nimport com.twitter.util.{Duration, Future, Promise, Time}\n\nobject FutureUtils {\n\n  \/**\n   * Note: Ordering of results is preserved\n   *\/\n  def sequentialMap[A, B](seq: Seq[A])(func: A => Future[B]): Future[Seq[B]] = {\n    seq.foldLeft(Future.value(Vector.empty[B])) { case (futureResults, element) =>\n      for {\n        results <- futureResults\n        result <- func(element)\n      } yield results :+ result\n    }\n  }\n\n  \/**\n   * Note: Ordering of results is NOT preserved\n   *\/\n  def collectMap[A, B](seq: Seq[A])(func: A => Future[B]): Future[Seq[B]] = {\n    Future.collect {\n      seq map func\n    }\n  }\n\n  private val timer = DefaultTimer.twitter\n\n  def scheduleFuture[T](offset: Duration)(func: => Future[T]): Future[T] = {\n    val promise = new Promise[T]\n    timer.schedule(Time.now + offset) {\n      promise.become(func)\n    }\n    promise\n  }\n\n  def exceptionsToFailedFuture[T](func: => Future[T]): Future[T] = {\n    Future(func).flatten\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift\/src\/main\/scala\/com\/twitter\/inject\/exceptions\/PossiblyRetryable.scala","text":"package com.twitter.inject.exceptions\n\nimport com.twitter.finagle.mux.ClientDiscardedRequestException\nimport com.twitter.finagle.{BackupRequestLost, CancelledConnectionException, CancelledRequestException, Failure}\nimport com.twitter.scrooge.ThriftResponse\nimport com.twitter.util.{NonFatal, Return, Throw, Try}\n\n\/**\n * PossiblyRetryable attempts to determine if a request is possibly retryable based on the\n * returned [[com.twitter.scrooge.ThriftResponse]].\n *\n * The [[com.twitter.scrooge.ThriftResponse#successField]] = None is a possibility on successful\n * void methods. We only want to mark a request as \"possibly retryable\" if the successField is empty\n * and there exists a \"possibly retryable\" exception in the first position in the returned Seq of\n * exceptions in [[com.twitter.scrooge.ThriftResponse#errorFields]].\n *\n * @see [[com.twitter.scrooge.ThriftResponse#firstException]]\n *\n * The request is \"possibly retryable\" because while the framework can say the request is retryable\n * due to the type of [[com.twitter.scrooge.ThriftException]] returned it is ultimately up to the\n * application to decide if the returned [[com.twitter.scrooge.ThriftException]] actually makes sense\n * to be retried.\n *\/\nobject PossiblyRetryable {\n\n  val PossiblyRetryableExceptions: PartialFunction[Try[ThriftResponse[_]], Boolean] = {\n    case Throw(t) => possiblyRetryable(t)\n    case Return(response) =>\n      response.successField.isEmpty &&\n        response.exceptionFields.nonEmpty &&\n          response.firstException().exists(possiblyRetryable)\n  }\n\n  def apply(t: Throwable): Boolean = {\n    PossiblyRetryable.possiblyRetryable(t)\n  }\n\n  def unapply(t: Throwable): Option[Throwable] = {\n    if (apply(t))\n      Some(t)\n    else\n      None\n  }\n\n  \/\/ TODO: RetryableWriteException's are automatically retried by Finagle (how many times?), so we should avoid retrying again here\n  def possiblyRetryable(t: Throwable): Boolean = {\n    !isCancellation(t) &&\n      !t.isInstanceOf[NonRetryableException] &&\n      NonFatal.isNonFatal(t)\n  }\n\n  def isCancellation(t: Throwable): Boolean = t match {\n    case BackupRequestLost => true\n    case _: CancelledRequestException => true\n    case _: CancelledConnectionException => true\n    case _: ClientDiscardedRequestException => true\n    case f: Failure if f.isFlagged(Failure.Interrupted) => true\n    case f: Failure if f.cause.isDefined => isCancellation(f.cause.get)\n    case _ => false\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/deprecated\/test\/DeprecatedTest.scala","text":"package com.twitter.finatra.http.tests.integration.deprecated.test\n\nclass DeprecatedTest {\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/package.scala","text":"<gh_stars>0\npackage com.twitter.inject\n\npackage object thrift {\n\n  \/\/ @deprecated(\"Use com.twitter.inject.thrift.modules.ThriftClientIdModule\", \"2016-02-11\")\n  object ThriftClientIdModule extends com.twitter.inject.thrift.modules.ThriftClientIdModule\n\n  \/\/ @deprecated(\"Use com.twitter.inject.thrift.modules.ThriftClientModule\", \"2016-02-11\")\n  type ThriftClientModule[T] = com.twitter.inject.thrift.modules.ThriftClientModule[T]\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/TwitterModule.scala","text":"<filename>inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/TwitterModule.scala\npackage com.twitter.inject\n\nimport com.google.inject.assistedinject.FactoryModuleBuilder\nimport com.google.inject.matcher.Matchers\nimport com.google.inject.spi.TypeConverter\nimport com.google.inject.{Module, _}\nimport java.lang.annotation.Annotation\nimport net.codingwell.scalaguice.ScalaModule.ScalaAnnotatedBindingBuilder\nimport net.codingwell.scalaguice.{ScalaMultibinder, typeLiteral}\n\n\nabstract class TwitterModule\n  extends AbstractModule\n  with TwitterBaseModule\n  with Logging {\n\n  private def binderAccess = super.binder\n\n  \/* Overrides *\/\n\n  \/\/ Provide default configure method so Modules using only @Provider don't need an empty configure method\n  override protected def configure() {}\n\n  override protected def install(module: Module) {\n    module match {\n      case twitterModule: TwitterModule =>\n        throw new Exception(\"Install not supported for TwitterModules. Please use 'override val modules = Seq(module1, module2, ...)'\")\n      case _ =>\n        super.install(module)\n    }\n  }\n\n  \/* Protected *\/\n\n  protected def getProvider[T: Manifest]: Provider[T] = {\n    getProvider(createKey[T])\n  }\n\n  protected def bindAssistedFactory[T: Manifest] {\n    super.install(\n      new FactoryModuleBuilder().build(manifest[T].runtimeClass))\n  }\n\n  protected def addTypeConvertor[T: Manifest](converter: TypeConverter) {\n    convertToTypes(\n      Matchers.only(typeLiteral[T]),\n      converter)\n  }\n\n  \/* Protected \"Bind\" methods\n     We copy the stack-trace preserving hacks found in:\n     https:\/\/github.com\/codingwell\/scala-guice\/blob\/v3.0.2\/src\/main\/scala\/net\/codingwell\/scalaguice\/ScalaModule.scala *\/\n\n  protected def bindSingleton[T: Manifest]: ScalaAnnotatedBindingBuilder[T] = {\n    new ScalaAnnotatedBindingBuilder[T] {\n      val builder = createBuilder()\n      override val self = builder\n    }\n  }\n\n  protected def bindSingleton[T: Manifest](annot: Annotation): ScalaAnnotatedBindingBuilder[T] = {\n    new ScalaAnnotatedBindingBuilder[T] {\n      val builder = createBuilder(annotationOpt = Some(annot))\n      override val self = builder\n    }\n  }\n\n  protected def bind[T: Manifest](annot: Annotation): ScalaAnnotatedBindingBuilder[T] = {\n    new ScalaAnnotatedBindingBuilder[T] {\n      val builder = createBuilder(annotationOpt = Some(annot), singleton = false)\n      override val self = builder\n    }\n  }\n\n  protected def bind[T: Manifest]: ScalaAnnotatedBindingBuilder[T] = {\n    new ScalaAnnotatedBindingBuilder[T] {\n      val builder = createBuilder(singleton = false)\n      override val self = builder\n    }\n  }\n\n  protected def createMultiBinder[MultiBindType: Manifest] = {\n    ScalaMultibinder.newSetBinder[MultiBindType](binder.withSource((new Throwable).getStackTrace()(1)))\n  }\n\n  \/* Copying stacktrace hacks found in scalaguice's ScalaModule.scala *\/\n  private def createBuilder[T: Manifest](annotationOpt: Option[Annotation] = None, singleton: Boolean = true) = {\n    val mybinder = binderAccess.withSource((new Throwable).getStackTrace()(3))\n    val builder = mybinder bind typeLiteral[T]\n\n    \/* Set as singleton *\/\n    if (singleton) {\n      builder.in(Scopes.SINGLETON)\n    }\n\n    \/* Set annotation if specified *\/\n    for (annot <- annotationOpt) {\n      builder.annotatedWith(annot)\n    }\n\n    builder\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/mustache\/MustacheTemplateNameLookup.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/mustache\/MustacheTemplateNameLookup.scala\npackage com.twitter.finatra.http.internal.marshalling.mustache\n\nimport com.twitter.finatra.http.marshalling.mustache.MustacheBodyComponent\nimport com.twitter.finatra.response.Mustache\nimport java.util.concurrent.ConcurrentHashMap\nimport javax.inject.Singleton\nimport scala.collection.JavaConverters._\n\n@Singleton\nprivate[finatra] class MustacheTemplateNameLookup {\n\n  private val classToTemplateNameCache = new ConcurrentHashMap[Class[_], String]().asScala\n\n  \/* Public *\/\n\n  def getTemplateName(obj: Any): String = {\n    obj match {\n      case mbc: MustacheBodyComponent if !mbc.template.isEmpty => mbc.template\n      case mbc: MustacheBodyComponent => lookupViaAnnotation(mbc.data)\n      case _ => lookupViaAnnotation(obj)\n    }\n  }\n\n  \/* Private *\/\n\n  private def lookupViaAnnotation(viewObj: Any): String = {\n    classToTemplateNameCache.getOrElseUpdate(viewObj.getClass, {\n      val mustacheAnnotation = viewObj.getClass.getAnnotation(classOf[Mustache])\n      mustacheAnnotation.value + \".mustache\"\n    })\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject-thrift-client-http-mapper\/src\/test\/scala\/com\/twitter\/finatra\/multiserver\/AdderThriftServer\/AdderThriftController.scala","text":"package com.twitter.finatra.multiserver.AdderThriftServer\n\nimport com.twitter.adder.thriftscala.Adder\nimport com.twitter.adder.thriftscala.Adder._\nimport com.twitter.finagle.CancelledRequestException\nimport com.twitter.finatra.thrift.Controller\nimport com.twitter.finatra.thrift.thriftscala.{ServerError, ServerErrorCause}\nimport com.twitter.util.Future\nimport java.util.concurrent.atomic.AtomicInteger\nimport javax.inject.Singleton\n\n@Singleton\nclass AdderThriftController\n  extends Controller\n  with Adder.BaseServiceIface {\n\n  private val add1MethodCalls = new AtomicInteger(0)\n  private val addStringsMethodCalls = new AtomicInteger(0)\n\n  override val add1 = handle(Add1) { args: Add1.Args =>\n    val numCalled = add1MethodCalls.incrementAndGet()\n\n    if (numCalled == 1)\n      Future.exception(new IllegalArgumentException)\n    else if (numCalled == 2)\n      Future.exception(new ServerError(ServerErrorCause.InternalServerError, \"oops\"))\n    else\n      Future.value(args.num + 1)\n  }\n\n  override val add1String = handle(Add1String) { args: Add1String.Args =>\n    val numCalled = addStringsMethodCalls.incrementAndGet()\n\n    if (numCalled == 1)\n      Future.exception(new IllegalArgumentException)\n    else if (numCalled == 2)\n      Future.exception(new CancelledRequestException)\n    else if (numCalled == 3)\n      Future.exception(new NullPointerException)\n    else if (numCalled < 6)\n      Future.exception(new ServerError(ServerErrorCause.InternalServerError, \"oops \" + numCalled))\n    else\n      Future((args.num.toInt + 1).toString)\n  }\n\n  override val add1Slowly = handle(Add1Slowly) { args: Add1Slowly.Args =>\n    Thread.sleep(5000)\n    Future((args.num.toInt + 1).toString)\n  }\n\n  override val add1AlwaysError = handle(Add1AlwaysError) { args: Add1AlwaysError.Args =>\n    Future.exception(new RuntimeException(\"oops\"))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/streaming\/JsonObjectDecoderTest.scala","text":"<gh_stars>0\npackage com.twitter.finatra.json.tests.internal.streaming\n\nimport com.fasterxml.jackson.databind.JsonNode\nimport com.twitter.finatra.conversions.buf._\nimport com.twitter.finatra.json.internal.streaming.{ParsingState, JsonArrayChunker}\nimport com.twitter.finatra.json.{JsonDiff, FinatraObjectMapper}\nimport com.twitter.finatra.json.internal.streaming.ParsingState._\nimport com.twitter.inject.Test\nimport com.twitter.io.Buf\n\nclass JsonObjectDecoderTest extends Test {\n\n  \"decode\" in {\n    val decoder = new JsonArrayChunker()\n\n    assertDecode(\n      decoder,\n      input = \"[1\",\n      output = Seq(),\n      remainder = \"1\",\n      pos = 1,\n      openBraces = 1,\n      parsingState = InsideArray)\n\n    assertDecode(\n      decoder,\n      input = \",2\",\n      output = Seq(\"1\"),\n      remainder = \"2\",\n      pos = 1)\n\n    assertDecode(\n      decoder,\n      input = \",3\",\n      output = Seq(\"2\"),\n      remainder = \"3\",\n      pos = 1)\n\n    assertDecode(\n      decoder,\n      input = \"]\",\n      output = Seq(\"3\"),\n      remainder = \"\",\n      pos = 0,\n      openBraces = 0,\n      done = true)\n  }\n\n  val mapper = FinatraObjectMapper.create()\n\n  \"decode with nested objects\" in {\n    val jsonObj = \"\"\"\n     {\n      \"sub_object\": {\n        \"msg\": \"hi\"\n      }\n     }\n     \"\"\"\n\n    assertSingleJsonParse(jsonObj)\n  }\n\n  \"decode json inside a string\" in {\n    val jsonObj = \"\"\"{\"foo\": \"bar\"}\"\"\"\n    assertSingleJsonParse(jsonObj)\n  }\n\n  \"Caling decode when already finished\" in {\n    val decoder = new JsonArrayChunker()\n    decoder.decode(Buf.Utf8(\"[]\"))\n    intercept[Exception] {\n      decoder.decode(Buf.Utf8(\"{}\"))\n    }\n  }\n\n  private def assertDecode(\n    decoder: JsonArrayChunker,\n    input: String,\n    output: Seq[String],\n    remainder: String,\n    pos: Int,\n    openBraces: Int = 1,\n    parsingState: ParsingState = InsideArray,\n    done: Boolean = false): Unit = {\n\n    val result = decoder.decode(Buf.Utf8(input))\n    result map { _.utf8str } should equal(output)\n\n    val copiedByteBuffer = decoder.copiedByteBuffer.duplicate()\n    copiedByteBuffer.position(0)\n    val recvBuf = Buf.ByteBuffer.Shared(copiedByteBuffer)\n    println(\"Result remainder: \" + recvBuf.utf8str)\n\n    recvBuf.utf8str should equal(remainder)\n    decoder.copiedByteBuffer.position() should equal(pos)\n    decoder.openBraces should equal(openBraces)\n    decoder.parsingState should equal(parsingState)\n    decoder.done should equal(done)\n  }\n\n  def assertSingleJsonParse(jsonObj: String): Unit = {\n    val decoder = new JsonArrayChunker()\n    val result = decoder.decode(Buf.Utf8(\"[\" + jsonObj + \"]\"))\n    val nodes = result map mapper.parse[JsonNode]\n    nodes.size should be(1)\n    JsonDiff.jsonDiff(nodes.head, jsonObj)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/filtered_integration\/http_server\/ThriftClientFilter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.thrift.filtered_integration.http_server\n\nimport com.twitter.finagle.SimpleFilter\nimport com.twitter.scrooge.{ThriftResponse, ThriftStruct}\n\ntrait ThriftClientFilter[Req <: ThriftStruct, Rep <: ThriftResponse[_]] extends SimpleFilter[Req, Rep]"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/exceptions\/HttpResponseException.scala","text":"package com.twitter.finatra.http.exceptions\n\nimport com.twitter.finagle.http.Response\nimport com.twitter.inject.exceptions.NonRetryableException\nimport scala.util.control.NoStackTrace\n\nclass HttpResponseException(\n  val response: Response)\n  extends Exception\n  with NonRetryableException\n  with NoStackTrace {\n\n  override def getMessage: String = {\n    s\"HttpResponseException with response $response\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/routing\/FileResolverTest.scala","text":"package com.twitter.finatra.http.tests.routing\n\nimport com.twitter.finatra.http.routing.FileResolver\nimport com.twitter.inject.Test\n\nclass FileResolverTest extends Test {\n\n  \"file resolver\" should {\n    \"not allow both doc roots to be set\" in {\n      intercept[java.lang.AssertionError] {\n        new FileResolver(\n          localDocRoot = \"src\/main\/webapp\",\n          docRoot = \"com\/twitter\/foo\/bar\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/internal\/IncrementCounterFilter.scala","text":"package com.twitter.inject.thrift.internal\n\nimport com.twitter.finagle.stats.Counter\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.scrooge.{ThriftResponse, ThriftStruct}\nimport com.twitter.util._\n\nprivate[thrift] class IncrementCounterFilter[Req <: ThriftStruct, Rep <: ThriftResponse[_]](\n  counter: Counter)\n  extends SimpleFilter[Req, Rep] {\n\n  override def apply(request: Req, service: Service[Req, Rep]): Future[Rep] = {\n    counter.incr()\n    service(request)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/test\/scala\/com\/twitter\/finatra\/httpclient\/test\/InMemoryHttpService.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.httpclient.test\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.Method._\nimport com.twitter.finagle.http.{Method, Request, Response}\nimport com.twitter.finatra.utils.Resettable\nimport com.twitter.inject.app.Banner\nimport com.twitter.inject.{Injector, Logging}\nimport com.twitter.util.Future\nimport java.lang.annotation.{Annotation => JavaAnnotation}\nimport scala.collection._\nimport scala.collection.mutable.ArrayBuffer\n\n\nobject InMemoryHttpService {\n  def fromInjector[Ann <: JavaAnnotation : Manifest](injector: Injector): InMemoryHttpService = {\n    injector.instance[Service[Request, Response], Ann].asInstanceOf[InMemoryHttpService]\n  }\n}\n\nclass InMemoryHttpService\n  extends Service[Request, Response]\n  with Resettable\n  with Logging {\n\n  private val responseMap = mutable.Map[RequestKey, ArrayBuffer[ResponseWithExpectedBody]]().withDefaultValue(ArrayBuffer())\n  val recordedRequests = ArrayBuffer[Request]()\n  var overrideResponse: Option[Response] = None\n\n  \/* Service Apply *\/\n\n  def apply(request: Request): Future[Response] = synchronized {\n    recordedRequests += request\n    Future {\n      overrideResponse getOrElse lookupResponse(request)\n    }\n  }\n\n  \/* Mock Support *\/\n\n  def mockGet(path: String, andReturn: Response, sticky: Boolean = false) {\n    mock(Get, path, andReturn, sticky)\n  }\n\n  def mockPost(path: String, withBody: String = null, andReturn: Response, sticky: Boolean = false) {\n    mock(Post, path, andReturn, sticky, Option(withBody))\n  }\n\n  def mockPut(path: String, withBody: String = null, andReturn: Response, sticky: Boolean = false) {\n    mock(Put, path, andReturn, sticky)\n  }\n\n  def mock(method: Method, path: String, andReturn: Response, sticky: Boolean, withBody: Option[String] = None): Unit = {\n    val existing = responseMap(RequestKey(method, path))\n    val newEntry = ResponseWithExpectedBody(andReturn, withBody, sticky = sticky)\n    responseMap(\n      RequestKey(method, path)) = existing :+ newEntry\n  }\n\n  override def reset() {\n    responseMap.clear()\n    recordedRequests.clear()\n    overrideResponse = None\n  }\n\n  def printRequests() {\n    Banner.banner(\"Requests\")\n    for (request <- recordedRequests) {\n      println(request + \" \" + request.contentString)\n    }\n  }\n\n  \/* Private *\/\n\n  private def lookupResponse(request: Request): Response = {\n    val key = RequestKey(request.method, request.uri)\n    val existing = responseMap(key)\n    if (existing.isEmpty) {\n      throw new Exception(key + \" not mocked in\\n\" + responseMap.mkString(\"\\n\"))\n    }\n\n    if (request.method != Method.Get && hasExpectedBodies(existing))\n      lookupPostResponseWithBody(request, existing)\n    else if (existing.head.sticky)\n      existing.head.response\n    else\n      existing.remove(0).response\n  }\n\n  private def hasExpectedBodies(existing: ArrayBuffer[ResponseWithExpectedBody]): Boolean = {\n    existing exists {_.expectedBody.isDefined}\n  }\n\n  private def lookupPostResponseWithBody(request: Request, existing: ArrayBuffer[ResponseWithExpectedBody]): Response = {\n    val found = existing find {_.expectedBody == Some(request.contentString)} getOrElse {\n      throw new PostRequestWithIncorrectBodyException(request + \" with expected body not mocked\")\n    }\n\n    if (!found.sticky) {\n      existing -= found\n    }\n\n    found.response\n  }\n\n\n  case class RequestKey(\n    method: Method,\n    path: String)\n\n  case class ResponseWithExpectedBody(\n    response: Response,\n    expectedBody: Option[String],\n    sticky: Boolean)\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/filters\/CommonFilters.scala","text":"package com.twitter.finatra.http.filters\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.filters.MergedFilter\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass CommonFilters @Inject()(\n  a: StatsFilter[Request],\n  b: AccessLoggingFilter[Request],\n  c: HttpResponseFilter[Request],\n  d: ExceptionMappingFilter[Request])\n  extends MergedFilter(a, b, c, d)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/filtered_integration\/http_server\/GreeterThriftClientModule.scala","text":"<gh_stars>0\npackage com.twitter.inject.thrift.filtered_integration.http_server\n\nimport com.twitter.greeter.thriftscala.Greeter.{Bye, Hi}\nimport com.twitter.greeter.thriftscala.{Greeter, InvalidOperation}\nimport com.twitter.inject.thrift.filters.ThriftClientFilterBuilder\nimport com.twitter.inject.thrift.modules.FilteredThriftClientModule\nimport com.twitter.util._\n\nobject GreeterThriftClientModule\n  extends FilteredThriftClientModule[Greeter[Future], Greeter.ServiceIface] {\n\n  override val label = \"greeter-thrift-client\"\n  override val dest = \"flag!greeter-thrift-service\"\n  override val sessionAcquisitionTimeout = 1.minute.toDuration\n\n  override def filterServiceIface(\n    serviceIface: Greeter.ServiceIface,\n    filter: ThriftClientFilterBuilder) = {\n\n    serviceIface.copy(\n      hi = filter.method(Hi)\n        .timeout(2.minutes)\n        .constantRetry(\n          requestTimeout = 1.minute,\n          shouldRetryResponse = {\n            case Return(Hi.Result(_, Some(e: InvalidOperation))) => true\n            case Return(Hi.Result(Some(success), _)) => success == \"ERROR\"\n            case Throw(NonFatal(_)) => true\n          },\n          start = 50.millis,\n          retries = 3)\n        .filter[HiLoggingThriftClientFilter]\n        .andThen(serviceIface.hi),\n      bye = filter.method(Bye)\n        .exponentialRetry(\n          shouldRetryResponse = PossiblyRetryableExceptions,\n          requestTimeout = 1.minute,\n          start = 50.millis,\n          multiplier = 2,\n          retries = 3)\n        .andThen(serviceIface.bye))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/internal\/routing\/Services.scala","text":"package com.twitter.finatra.thrift.internal.routing\n\nimport com.twitter.finagle.Service\nimport com.twitter.scrooge.ThriftService\n\ncase class Services(\n  service: Option[Service[Array[Byte], Array[Byte]]],\n  serviceIface: ThriftService)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/BooleanConversionsTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>utils\/src\/test\/scala\/com\/twitter\/finatra\/tests\/conversions\/BooleanConversionsTest.scala\npackage com.twitter.finatra.tests.conversions\n\nimport com.twitter.finatra.conversions.boolean._\nimport com.twitter.inject.Test\n\nclass BooleanConversionsTest extends Test {\n\n  \"RichBoolean\" should {\n    \"#option when true\" in {\n      true.option {\n        1\n      } should equal(Some(1))\n    }\n\n    \"#option when false\" in {\n      false.option {\n        1\n      } should equal(None)\n    }\n\n    \"trigger positive onTrue\" in {\n      var triggered = false\n      true.onTrue {triggered = true} should equal(true)\n      triggered should equal(true)\n    }\n\n    \"trigger negative onTrue\" in {\n      var triggered = false\n      false.onTrue {triggered = true} should equal(false)\n      triggered should equal(false)\n    }\n\n    \"trigger positive onFalse\" in {\n      var triggered = false\n      false.onFalse {triggered = true} should equal(false)\n      triggered should equal(true)\n    }\n\n    \"trigger negative onFalse\" in {\n      var triggered = false\n      true.onFalse {triggered = true} should equal(true)\n      triggered should equal(false)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/domain\/TweetRequest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/domain\/TweetRequest.scala\npackage com.twitter.finatra.http.tests.integration.tweetexample.main.domain\n\nimport com.twitter.finatra.validation.{MethodValidation, Min, ValidationResult}\n\ncase class TweetRequest(\n  @Min(1) customId: Long,\n  username: String,\n  tweetMsg: String) {\n\n  @MethodValidation\n  def fooCheck = {\n    ValidationResult.validate(\n      username != \"foo\",\n      \"username cannot be foo\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/UserId.scala","text":"package com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.domain.WrappedValue\n\ncase class UserId(\n   id: Long)\n  extends WrappedValue[Long]\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/serde\/FinatraDatetimeDeserializer.scala","text":"package com.twitter.finatra.json.internal.serde\n\nimport com.fasterxml.jackson.core.{JsonParser, JsonToken}\nimport com.fasterxml.jackson.databind.DeserializationContext\nimport com.fasterxml.jackson.databind.deser.std.StdDeserializer\nimport com.twitter.finatra.json.internal.caseclass.exceptions.FinatraJsonMappingException\nimport org.joda.time.DateTime\n\n\/**\n * A Datetime deserializer with improved exception handling (compared to jackson-datatype-joda)\n *\/\nprivate[finatra] object FinatraDatetimeDeserializer extends StdDeserializer[DateTime](classOf[DateTime]) {\n\n  def deserialize(jp: JsonParser, ctxt: DeserializationContext): DateTime = {\n    try {\n      jp.getCurrentToken match {\n        case JsonToken.VALUE_NUMBER_INT =>\n          val value = jp.getLongValue\n          if (value < 0)\n            throw new FinatraJsonMappingException(\"field cannot be negative\")\n          else\n            new DateTime(jp.getLongValue)\n        case JsonToken.VALUE_STRING =>\n          val value = jp.getText.trim\n          if (value.isEmpty)\n            throw new FinatraJsonMappingException(\"field cannot be empty\")\n          else\n            new DateTime(value)\n        case _ =>\n          throw ctxt.mappingException(handledType())\n      }\n    } catch {\n      case e: IllegalArgumentException =>\n        throw new FinatraJsonMappingException(\"error parsing '\" + jp.getText + \"' into an ISO 8601 datetime\")\n    }\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/jackson\/FinatraCaseClassDeserializers.scala","text":"package com.twitter.finatra.json.internal.caseclass.jackson\n\nimport com.fasterxml.jackson.databind.deser.Deserializers\nimport com.fasterxml.jackson.databind.{BeanDescription, DeserializationConfig, JavaType}\n\nprivate[finatra] class FinatraCaseClassDeserializers extends Deserializers.Base {\n  val PRODUCT = classOf[Product]\n  val OPTION = classOf[Option[_]]\n  val LIST = classOf[List[_]]\n\n  override def findBeanDeserializer(javaType: JavaType, config: DeserializationConfig, beanDesc: BeanDescription) = {\n    if (maybeIsCaseClass(javaType.getRawClass))\n      new FinatraCaseClassDeserializer(javaType, config, beanDesc)\n    else\n      null\n  }\n\n  private def maybeIsCaseClass(cls: Class[_]): Boolean = {\n    if (!PRODUCT.isAssignableFrom(cls)) false\n    else if (OPTION.isAssignableFrom(cls)) false\n    else if (LIST.isAssignableFrom(cls)) false\n    else if (cls.getName.startsWith(\"scala.Tuple\")) false\n    else true\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/hello-world\/src\/test\/scala\/com\/twitter\/hello\/HelloWorldFeatureTest.scala","text":"<gh_stars>0\npackage com.twitter.hello\n\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.inject.server.FeatureTest\n\nclass HelloWorldFeatureTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(new HelloWorldServer)\n\n  \"Server\" should {\n    \"Say hi\" in {\n      server.httpGet(\n        path = \"\/hi?name=Bob\",\n        andExpect = Ok,\n        withBody = \"Hello Bob\")\n    }\n    \"Say hi for Post\" in {\n      server.httpPost(\n        path = \"\/hi\",\n        postBody =\n          \"\"\"\n          {\n            \"id\": 10,\n            \"name\" : \"Sally\"\n          }\n          \"\"\",\n        andExpect = Ok,\n        withBody = \"Hello Sally with id 10\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/RetryUtils.scala","text":"<gh_stars>0\npackage com.twitter.finatra.utils\n\nimport com.twitter.finagle.service.RetryPolicy\nimport com.twitter.finatra.utils.FutureUtils._\nimport com.twitter.inject.{Logging => NewLogging}\nimport com.twitter.util._\nimport scala.annotation.tailrec\n\nobject RetryUtils extends NewLogging {\n\n  \/* Public *\/\n\n  @tailrec\n  def retry[T](retryPolicy: RetryPolicy[Try[T]], suppress: Boolean = false)(func: => T): Try[T] = {\n    val result = Try(func)\n    retryPolicy(result) match {\n      case Some((sleepTime, nextPolicy)) =>\n        Thread.sleep(sleepTime.inMillis)\n        retryMsg(sleepTime, result, suppress)\n        retry(nextPolicy, suppress)(func)\n      case None =>\n        result\n    }\n  }\n\n  def retryFuture[T](retryPolicy: RetryPolicy[Try[T]])(func: => Future[T]): Future[T] = {\n    exceptionsToFailedFuture(func) transform { result =>\n      retryPolicy(result) match {\n        case Some((sleepTime, nextPolicy)) =>\n          scheduleFuture(sleepTime) {\n            retryMsg(sleepTime, result)\n            retryFuture(nextPolicy)(func)\n          }\n        case None =>\n          Future.const(result)\n      }\n    }\n  }\n\n  \/* Private *\/\n\n  private def retryMsg[T](sleepTime: Duration, result: Try[T], suppress: Boolean = false) {\n    if (!suppress) {\n      warn(\"Retrying \" + result + \" after \" + sleepTime)\n    }\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/exceptions\/FinatraDefaultExceptionMapper.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.internal.exceptions\n\nimport com.google.common.net.MediaType\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.{CancelledRequestException, Failure}\nimport com.twitter.finatra.http.exceptions.{DefaultExceptionMapper, HttpException, HttpResponseException}\nimport com.twitter.finatra.http.internal.exceptions.FinatraDefaultExceptionMapper._\nimport com.twitter.finatra.http.response.{ErrorsResponse, ResponseBuilder}\nimport com.twitter.finatra.utils.DeadlineValues\nimport com.twitter.inject.Logging\nimport com.twitter.inject.utils.ExceptionUtils._\nimport javax.inject.{Inject, Singleton}\nimport org.apache.thrift.TException\n\nprivate[http] object FinatraDefaultExceptionMapper {\n  private val MaxDepth = 5\n  private val DefaultExceptionSource = \"Internal\"\n\n  private def unwrapFailure(failure: Failure, depth: Int): Throwable = {\n    if (depth == 0)\n      failure\n    else\n      failure.cause match {\n        case Some(inner: Failure) => unwrapFailure(inner, depth - 1)\n        case Some(cause) => cause\n        case None => failure\n      }\n  }\n}\n\n@Singleton\nprivate[http] class FinatraDefaultExceptionMapper @Inject()(\n  response: ResponseBuilder)\n  extends DefaultExceptionMapper\n  with Logging {\n\n  override def toResponse(request: Request, throwable: Throwable): Response = {\n    throwable match {\n      case e: HttpException =>\n        val builder = response.status(e.statusCode)\n        if (e.mediaType.is(MediaType.JSON_UTF_8))\n          builder.json(ErrorsResponse(e.errors))\n        else\n          builder.plain(e.errors.mkString(\", \"))\n      case e: HttpResponseException =>\n        response.create(e.response)\n      case e: CancelledRequestException =>\n        val deadlineValues = DeadlineValues.current()\n        response\n          .clientClosed\n          .failureClassifier(\n            deadlineValues.exists(_.expired),\n            request,\n            source = DefaultExceptionSource,\n            details = Seq(\"CancelledRequestException\"),\n            message = deadlineValues.map(_.elapsed).getOrElse(\"unknown\") + \" ms\")\n      case e: Failure =>\n        unwrapFailure(e, MaxDepth) match {\n          case cause: Failure =>\n            unhandledResponse(request, e)\n          case cause =>\n            toResponse(request, cause)\n        }\n      case e: TException =>\n        unhandledResponse(request, e, logStackTrace = false)\n      case e => \/\/ Note: We don't use NonFatal(e) since ExceptionMappingFilter is protecting us\n        unhandledResponse(request, e)\n    }\n  }\n\n  private def unhandledResponse(request: Request, e: Throwable, logStackTrace: Boolean = true): Response = {\n    if (logStackTrace) {\n      error(\"Unhandled Exception\", e)\n    }\n    else {\n      error(\"Unhandled Exception: \" + e)\n    }\n\n    response\n      .internalServerError\n      .failure(\n        request,\n        source = DefaultExceptionSource,\n        details = Seq(\n          \"Unhandled\",\n          toExceptionDetails(e)))\n      .jsonError\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/exceptions\/MalformedURLExceptionMapper.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.tiny.exceptions\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finatra.http.exceptions.ExceptionMapper\nimport com.twitter.finatra.http.response.ResponseBuilder\nimport java.net.MalformedURLException\nimport javax.inject.Inject\n\nclass MalformedURLExceptionMapper @Inject()(response: ResponseBuilder)\n  extends ExceptionMapper[MalformedURLException] {\n\n  override def toResponse(request: Request, exception: MalformedURLException): Response = {\n    response.badRequest(s\"Malformed URL - ${exception.getMessage}\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/internal\/routing\/NullThriftService.scala","text":"package com.twitter.finatra.thrift.internal.routing\n\nimport com.twitter.scrooge.ThriftService\n\nobject NullThriftService extends ThriftService\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/HttpServer.scala","text":"package com.twitter.finatra.http\n\nimport com.google.inject.Module\nimport com.twitter.finagle._\nimport com.twitter.finagle.http.{HttpMuxer, Method, Request, Response}\nimport com.twitter.finatra.http.internal.routing.Route\nimport com.twitter.finatra.http.internal.server.BaseHttpServer\nimport com.twitter.finatra.http.modules._\nimport com.twitter.finatra.http.routing.HttpRouter\nimport com.twitter.finatra.json.modules.FinatraJacksonModule\nimport com.twitter.finatra.logging.modules.Slf4jBridgeModule\nimport com.twitter.inject.TwitterModule\nimport com.twitter.inject.annotations.Lifecycle\nimport com.twitter.server.AdminHttpServer\n\n\/** AbstractHttpServer for usage from Java *\/\nabstract class AbstractHttpServer extends HttpServer\n\ntrait HttpServer extends BaseHttpServer {\n\n  addFrameworkModules(\n    mustacheModule,\n    messageBodyModule,\n    exceptionMapperModule,\n    exceptionManagerModule,\n    jacksonModule,\n    DocRootModule,\n    accessLogModule,\n    Slf4jBridgeModule)\n\n  \/* Abstract *\/\n\n  protected def configureHttp(router: HttpRouter): Unit\n\n  \/* Lifecycle *\/\n\n  @Lifecycle\n  override protected def postInjectorStartup(): Unit = {\n    super.postInjectorStartup()\n    val httpRouter = injector.instance[HttpRouter]\n    configureHttp(httpRouter)\n  }\n\n  \/* Overrides *\/\n\n  override final def httpService: Service[Request, Response] = {\n    val router = injector.instance[HttpRouter]\n    addAdminRoutes(router)\n    router.services.externalService\n  }\n\n  \/* Protected *\/\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing a [[com.twitter.finagle.filter.LogFormatter]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a [[com.twitter.finagle.filter.LogFormatter]] implementation.\n   *\/\n  protected def accessLogModule: Module = AccessLogModule\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing a [[com.github.mustachejava.MustacheFactory]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a [[com.github.mustachejava.MustacheFactory]] implementation.\n   *\/\n  protected def mustacheModule: Module = MustacheModule\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing implementations for a\n   * [[com.twitter.finatra.http.marshalling.DefaultMessageBodyReader]] and a\n   * [[com.twitter.finatra.http.marshalling.DefaultMessageBodyWriter]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides implementations for\n   *         [[com.twitter.finatra.http.marshalling.DefaultMessageBodyReader]] and\n   *         [[com.twitter.finatra.http.marshalling.DefaultMessageBodyWriter]].\n   *\/\n  protected def messageBodyModule: Module = MessageBodyModule\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing an implementation for a\n   * [[com.twitter.finatra.http.exceptions.DefaultExceptionMapper]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a\n   *         [[com.twitter.finatra.http.exceptions.DefaultExceptionMapper]] implementation.\n   *\/\n  protected def exceptionMapperModule: Module = ExceptionMapperModule\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing a [[com.twitter.finatra.http.exceptions.ExceptionManager]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a\n   *         [[com.twitter.finatra.http.exceptions.ExceptionManager]] implementation.\n   *\/\n  protected def exceptionManagerModule: TwitterModule = ExceptionManagerModule\n\n  \/**\n   * Default [[com.twitter.inject.TwitterModule]] for providing a [[com.twitter.finatra.json.FinatraObjectMapper]].\n   *\n   * @return a [[com.twitter.inject.TwitterModule]] which provides a [[com.twitter.finatra.json.FinatraObjectMapper]] implementation.\n   *\/\n  protected def jacksonModule: Module = FinatraJacksonModule\n\n  \/* Private *\/\n\n  private def addAdminRoutes(router: HttpRouter): Unit = {\n    val allTwitterServerAdminRoutes = this.routes.map(_.path).union(HttpMuxer.patterns)\n    val conflicts = allTwitterServerAdminRoutes.intersect(router.routesByType.admin.map(_.path))\n    if (conflicts.nonEmpty) {\n      val errorMessage = \"Adding admin routes with paths that overlap with pre-defined TwitterServer admin route paths is not allowed.\"\n      error(s\"$errorMessage \\nConflicting route paths: \\n\\t${conflicts.mkString(\"\\n\\t\")}\")\n      throw new Exception(errorMessage)\n    }\n\n    \/\/ Constant routes that don't start with \/admin\/finatra can be added to the admin index,\n    \/\/ all other routes cannot. Only constant \/GET routes will be eligible to be added to the admin UI.\n    \/\/ NOTE: beforeRouting = true filters will not be properly evaluated on adminIndexRoutes\n    \/\/ since the localMuxer in the AdminHttpServer does exact route matching before marshalling\n    \/\/ to the handler service (where the filter is composed). Thus if this filter defines a route\n    \/\/ it will not get routed to by the localMuxer. Any beforeRouting = true filters should act\n    \/\/ only on paths behind \/admin\/finatra.\n    val (adminIndexRoutes, adminRichHandlerRoutes) = router.routesByType.admin.partition { route =>\n      \/\/ can't start with \/admin\/finatra\/ and is a constant route\n      !route.path.startsWith(HttpRouter.FinatraAdminPrefix) && route.constantRoute\n    }\n\n    \/\/ check if routes define an AdminIndexInfo but are not eligible for admin UI index\n    warnIfRoutesDefineAdminIndexInfo(adminRichHandlerRoutes) { route => true }\n    warnIfRoutesDefineAdminIndexInfo(adminIndexRoutes) { route => route.method != Method.Get }\n\n    \/\/ Add constant routes to admin index\n    addAdminRoutes(\n      toAdminHttpServerRoutes(\n        adminIndexRoutes, router))\n\n    \/\/ Add rich handler for all other routes\n    if (adminRichHandlerRoutes.nonEmpty) {\n      HttpMuxer.addRichHandler(\n        HttpRouter.FinatraAdminPrefix,\n        router.services.adminService)\n    }\n  }\n\n  private def warnIfRoutesDefineAdminIndexInfo(routes: Seq[Route])(predicate: Route => Boolean): Unit = {\n    for {\n      route <- routes if predicate(route) && route.adminIndexInfo.isDefined\n    } {\n      warn(s\"${route.path} defines an AdminIndexInfo but is not eligible to be added to the admin UI index. \" +\n        s\"Only constant \/GET routes that do not start with ${HttpRouter.FinatraAdminPrefix} can be added to the admin UI index.\")\n    }\n  }\n\n  private def toAdminHttpServerRoutes(routes: Seq[Route], router: HttpRouter): Seq[AdminHttpServer.Route] = {\n    routes map { route =>\n      val includeInIndex = route.adminIndexInfo.isDefined && route.method == Method.Get\n      val alias = route.adminIndexInfo match {\n        case Some(info) if info.alias.nonEmpty => info.alias\n        case _ => route.path\n      }\n      val group = route.adminIndexInfo.map(_.group).getOrElse(\"Finatra\")\n      AdminHttpServer.Route(\n        path = route.path,\n        handler = router.services.adminService,\n        alias = alias,\n        group = Some(group),\n        includeInIndex = includeInIndex)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/http\/TweetPostRequest.scala","text":"<gh_stars>0\npackage finatra.quickstart.domain.http\n\nimport com.twitter.finatra.validation.Size\nimport finatra.quickstart.domain.{Tweet, TweetId}\n\ncase class TweetPostRequest(\n  @Size(min = 1, max = 140) message: String,\n  location: Option[TweetLocation],\n  nsfw: Boolean = false) {\n\n  def toDomain(id: TweetId) = {\n    Tweet(\n      id = id,\n      text = message,\n      location = location map {_.toDomain},\n      nsfw = nsfw)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/streaming-example\/src\/test\/scala\/com\/twitter\/streaming\/StreamingServerFeatureTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.streaming\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finagle.http.Response\nimport com.twitter.finatra.http.{EmbeddedHttpServer, StreamingJsonTestHelper}\nimport com.twitter.finatra.httpclient.RequestBuilder\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.io.Buf\nimport com.twitter.util.Await\n\nclass StreamingServerFeatureTest extends FeatureTest {\n\n  override val server = new EmbeddedHttpServer(\n    new StreamingServer,\n    streamResponse = true)\n\n  lazy val streamingJsonHelper =\n    new StreamingJsonTestHelper(server.mapper)\n\n  \"post streaming json\" in {\n    val request = RequestBuilder.post(\"\/tweets\").chunked\n\n    val tweets = for (i <- 1 to 100) yield {\n      Tweet(text = s\"msg $i\", location = Some(\"US\"))\n    }\n\n    \/\/ Write to request in separate thread\n    pool {\n      streamingJsonHelper.writeJsonArray(request, tweets, delayMs = 25)\n    }\n\n    val response = server.httpRequest(request)\n    response.printAsyncStrings()\n  }\n\n\n  \/* Response Implicit Utils *\/\n\n  implicit class RichResponse(val self: Response) {\n    def asyncStrings = {\n      AsyncStream.fromReader(self.reader) map { case Buf.Utf8(str) =>\n        str\n      }\n    }\n\n    def printAsyncStrings() = {\n      Await.result(\n        self.asyncStrings map { \"Read:\\t\" + _ } foreach println)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"httpclient\/src\/test\/scala\/com\/twitter\/finatra\/httpclient\/RequestBuilderTest.scala","text":"package com.twitter.finatra.httpclient\n\nimport com.twitter.finagle.http.{Message, Method}\nimport com.twitter.finagle.http.Method._\nimport com.twitter.inject.Test\n\nclass RequestBuilderTest extends Test {\n\n  \"get\" in {\n    val request = RequestBuilder.get(\"\/abc\")\n      .header(\"c\", \"3\")\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    request.uri should be(\"\/abc\")\n    request.method should be(Get)\n\n    request.headerMap should be(Map(\n      \"a\" -> \"1\",\n      \"b\" -> \"2\",\n      \"c\" -> \"3\"))\n  }\n\n  \"post\" in {\n    val request = RequestBuilder.post(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Post, request)\n  }\n\n  \"put\" in {\n    val request = RequestBuilder.put(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Put, request)\n  }\n\n  \"put with form params\" in {\n    val request = RequestBuilder.put(\"\/abc\")\n      .body(\"Pcode=9999&Locality=A%20New%20Location\", Message.ContentTypeWwwFrom)\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n      request.uri should be(\"\/abc\")\n      request.method should be(Put)\n\n      request.headerMap should be(Map(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\",\n        \"c\" -> \"3\",\n        \"Content-Length\" -> \"38\",\n        \"Content-Type\" -> Message.ContentTypeWwwFrom))\n\n      request.contentString should be(\"Pcode=9999&Locality=A%20New%20Location\")\n  }\n\n  \"patch\" in {\n    val request = RequestBuilder.patch(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Patch, request)\n  }\n\n  \"delete\" in {\n    val request = RequestBuilder.delete(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Delete, request)\n  }\n\n  \"head\" in {\n    val request = RequestBuilder.head(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Head, request)\n  }\n\n  \"trace\" in {\n    val request = RequestBuilder.trace(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Trace, request)\n  }\n\n  \"connect\" in {\n    val request = RequestBuilder.connect(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Connect, request)\n  }\n\n  \"options\" in {\n    val request = RequestBuilder.options(\"\/abc\")\n      .body(\"testbody\", \"foo\/bar\")\n      .headers(Seq(\"c\" -> \"3\"))\n      .headers(\n        \"a\" -> \"1\",\n        \"b\" -> \"2\")\n\n    assertRequestWithBody(Options, request)\n  }\n\n  \"post json\" in {\n    val request = RequestBuilder.post(\"\/abc\")\n      .body(\"{}\")\n\n    request.headerMap(\"Content-Type\") should be(\"application\/json;charset=utf-8\")\n    request.contentString should be(\"{}\")\n  }\n\n  \"post json with resource\" in {\n    val request = RequestBuilder.post(\"\/abc\")\n      .bodyFromResource(\"\/test_resource.json\")\n\n    request.headerMap(\"Content-Type\") should be(\"application\/json;charset=utf-8\")\n    println(request.contentString)\n    request.contentString should be(\"\"\"{\"a\": \"1\", \"b\": \"2\"}\"\"\")\n  }\n\n  \"post utf8 content\" in {\n    val request = RequestBuilder.post(\"\/abc\")\n      .body(\"\uff34\uff25\uff33\uff34\uff22\uff2f\uff24\uff39\")\n\n    request.headerMap(\"Content-Length\") should be(\"24\")\n  }\n\n  def assertRequestWithBody(expectedMethod: Method, request: RequestBuilder): Unit = {\n    request.uri should be(\"\/abc\")\n    request.method should be(expectedMethod)\n\n    request.headerMap should be(Map(\n      \"a\" -> \"1\",\n      \"b\" -> \"2\",\n      \"c\" -> \"3\",\n      \"Content-Length\" -> \"8\",\n      \"Content-Type\" -> \"foo\/bar\"))\n\n    request.contentString should be(\"testbody\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/tests\/SampleManager.scala","text":"package com.twitter.inject.app.tests\n\nimport com.twitter.inject.Logging\nimport javax.inject.Inject\n\nclass SampleManager @Inject()(\n  sampleService: SampleService)\n  extends Logging {\n\n  def start() {\n    info(\"SampleManager started\")\n    val response = sampleService.sayHi(\"yo\")\n    info(\"Service said \" + response)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/HttpHeaders.scala","text":"package com.twitter.finatra.http\n\nobject HttpHeaders {\n\n  \/**\n   * HTTP {@code Content-Type} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-3.1.1.5\">RFC 7231 Section 3.1.1.5<\/a>\n   *\/\n  val ContentType = \"Content-Type\"\n\n  \/**\n   * HTTP {@code Content-Length} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7230#section-3.3.2\">RFC 7230 Section 3.3.2<\/a>\n   *\/\n  val ContentLength = \"Content-Length\"\n\n  \/**\n   * HTTP {@code Date} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.1.1.2\">RFC 7231 Section 7.1.1.2<\/a>\n   *\/\n  val Date = \"Date\"\n\n  \/**\n   * HTTP {@code Server} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.4.2\">RFC 7231 Section 7.4.2<\/a>\n   *\/\n  val Server = \"Server\"\n\n  \/**\n   * HTTP {@code Accept} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-5.3.2\">RFC 7231 Section 5.3.2<\/a>\n   *\/\n  val Accept = \"Accept\"\n\n  \/**\n   * HTTP {@code Retry-After} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.1.3\">RFC 7231 Section 7.1.3<\/a>\n   *\/\n  val RetryAfter = \"Retry-After\"\n\n  \/**\n   * HTTP {@codeLocation} header field name.\n   * @see <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.1.2\">RFC 7231 Section 7.1.2<\/a>\n   *\/\n  val Location = \"Location\"\n\n  \/**\n   * RFC 7231 Date Format\n   * @see <a href=\"http:\/\/tools.ietf.org\/html\/rfc7231#section-7.1.1.1\">RFC 7231 Section 7.1.1.1<\/a>\n   *\/\n  val RFC7231DateFormat = \"EEE, dd MMM yyyy HH:mm:ss 'GMT'\"\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/Routes.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/Routes.scala\npackage com.twitter.finatra.http.internal.routing\n\nimport com.twitter.finagle.http.{Method, Request, Response}\nimport com.twitter.finatra.conversions.iterable._\nimport com.twitter.util.Future\nimport java.util.{HashMap => JMap}\n\nprivate[http] object Routes {\n\n  def createForMethod(routes: Seq[Route], method: Method) = {\n    new Routes((routes filter { _.method == method }).toArray)\n  }\n}\n\n\/\/ optimized\nprivate[http] class Routes(\n  routes: Array[Route]) {\n\n  \/\/Assert unique paths\n  {\n    val distinctRoutes = routes.toSeq.distinctBy {_.path}\n    assert(\n      routes.length == distinctRoutes.length,\n      \"Found non-unique routes \" + routes.diff(distinctRoutes).map(_.summary).mkString(\", \"))\n  }\n\n  private[this] val (constantRoutes, nonConstantRoutes) = {\n    routes partition { _.constantRoute }\n  }\n\n  \/\/Note we subtract 1 because our while loop starts at -1 and increments before the array lookup\n  private[this] val nonConstantRoutesLimit = nonConstantRoutes.length - 1\n\n  private[this] val constantRouteMap: JMap[String, Route] = {\n    val jMap = new JMap[String, Route]()\n    for (route <- constantRoutes) {\n      jMap.put(route.path, route)\n    }\n    jMap\n  }\n\n  def handle(request: Request): Option[Future[Response]] = {\n    val path = request.path \/\/ Store path since Request#path is derived\n    val constantRouteResult = constantRouteMap.get(path)\n    if (constantRouteResult != null) {\n      constantRouteResult.handleMatch(request)\n    }\n    else {\n      var response: Option[Future[Response]] = None\n      var nonConstantRouteIdx = -1\n      while (response.isEmpty && nonConstantRouteIdx < nonConstantRoutesLimit) {\n        nonConstantRouteIdx += 1\n        val currentRoute = nonConstantRoutes(nonConstantRouteIdx)\n        response = currentRoute.handle(request, path)\n      }\n      response\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/integration\/http_server\/EchoThriftClientModule.scala","text":"<filename>inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/integration\/http_server\/EchoThriftClientModule.scala\npackage com.twitter.inject.thrift.integration.http_server\n\nimport com.twitter.inject.thrift.modules.ThriftClientModule\nimport com.twitter.test.thriftscala.EchoService\nimport com.twitter.util.Future\n\nobject EchoThriftClientModule extends ThriftClientModule[EchoService[Future]] {\n  override val label = \"echo-service\"\n  override val dest = \"flag!thrift-echo-service\"\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/fileserver\/LocalFileServerFeatureTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.tests.integration.fileserver\n\nimport com.twitter.finagle.http.{Request, Status}\nimport com.twitter.finatra.http.filters.CommonFilters\nimport com.twitter.finatra.http.routing.HttpRouter\nimport com.twitter.finatra.http.EmbeddedHttpServer\nimport com.twitter.finatra.http.{Controller, HttpServer}\nimport com.twitter.inject.Test\n\nclass LocalFileServerFeatureTest extends Test {\n\n  \"local file mode\" in {\n    assertServer(\n      new Controller {\n        get(\"\/foo\") { request: Request =>\n          response.ok.file(\"\/abcd1234\")\n        }\n      },\n      flags = Map(\n        \"local.doc.root\" -> \"\/tmp\")) { server =>\n      server.httpGet(\n        \"\/foo\",\n        andExpect = Status.NotFound)\n    }\n  }\n\n  \"server file which is directory\" in {\n    assertServer(\n      new Controller {\n        get(\"\/foo\") { request: Request =>\n          response.ok.file(\"\/\")\n        }\n      },\n      flags = Map(\n        \"local.doc.root\" -> \"\/asdfjkasdfjasdfj\")) { server =>\n      server.httpGet(\n        \"\/foo\",\n        andExpect = Status.NotFound)\n    }\n  }\n\n  private def assertServer(\n    controller: Controller,\n    flags: Map[String, String])(asserts: EmbeddedHttpServer => Unit) = {\n\n    val server = new EmbeddedHttpServer(\n      twitterServer = new HttpServer {\n        override def configureHttp(router: HttpRouter) {\n          router\n            .filter[CommonFilters]\n            .add(controller)\n        }\n      },\n      flags = flags)\n\n    try {\n      asserts(server)\n    }\n    finally {\n      server.close()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-server\/src\/main\/scala\/com\/twitter\/inject\/server\/Ports.scala","text":"<filename>inject\/inject-server\/src\/main\/scala\/com\/twitter\/inject\/server\/Ports.scala\npackage com.twitter.inject.server\n\ntrait Ports\n  extends com.twitter.server.TwitterServer {\n\n  def httpExternalPort: Option[Int] = None\n\n  def httpsExternalPort: Option[Int] = None\n\n  def thriftPort: Option[Int] = None\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/FutureValidatorTest.scala","text":"package com.twitter.finatra.json.tests.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.FutureTimeValidator\nimport com.twitter.finatra.validation.ValidationResult._\nimport com.twitter.finatra.validation.{ErrorCode, FutureTime, ValidationResult, ValidatorTest}\nimport org.joda.time.DateTime\n\nclass FutureValidatorTest extends ValidatorTest {\n\n  \"future validator\" should {\n\n    \"pass validation for valid datetime\" in {\n      val futureDateTime = DateTime.now().plusDays(5)\n      validate[FutureExample](futureDateTime) should equal(Valid)\n    }\n\n    \"fail validation for invalid datetime\" in {\n      val pastDateTime = DateTime.now.minusDays(5)\n      validate[FutureExample](pastDateTime) should equal(\n        Invalid(\n          errorMessage(pastDateTime),\n          ErrorCode.TimeNotFuture(pastDateTime)))\n    }\n  }\n\n  private def validate[C : Manifest](value: DateTime): ValidationResult = {\n    super.validate(manifest[C].runtimeClass, \"dateTime\", classOf[FutureTime], value)\n  }\n\n  private def errorMessage(value: DateTime) = {\n    FutureTimeValidator.errorMessage(messageResolver, value)\n  }\n}\n\ncase class FutureExample(\n  @FutureTime dateTime: DateTime)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/benchmark-server\/src\/main\/scala\/com\/twitter\/finatra\/http\/benchmark\/FinatraBenchmarkServer.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>examples\/benchmark-server\/src\/main\/scala\/com\/twitter\/finatra\/http\/benchmark\/FinatraBenchmarkServer.scala<gh_stars>0\npackage com.twitter.finatra.http.benchmark\n\nimport com.twitter.finagle.Http\nimport com.twitter.finagle.http.Request\nimport com.twitter.finagle.stats.NullStatsReceiver\nimport com.twitter.finagle.tracing.NullTracer\nimport com.twitter.finatra.http.filters.HttpResponseFilter\nimport com.twitter.finatra.http.routing.HttpRouter\nimport com.twitter.finatra.http.{Controller, HttpServer}\n\nobject FinatraBenchmarkServerMain extends FinatraBenchmarkServer\n\nclass FinatraBenchmarkServer extends HttpServer {\n  override def configureHttpServer(server: Http.Server) = {\n    server\n      .withCompressionLevel(0)\n      .withStatsReceiver(NullStatsReceiver)\n      .withTracer(NullTracer)\n  }\n\n  override def configureHttp(router: HttpRouter): Unit = {\n    router\n      .filter[HttpResponseFilter[Request]]\n      .add[FinatraBenchmarkController]\n  }\n}\n\nclass FinatraBenchmarkController extends Controller {\n  private[this] val helloWorldResponseText = \"Hello, World!\"\n\n  get(\"\/json\") { request: Request =>\n    Map(\"message\" -> \"Hello, World!\")\n  }\n\n  get(\"\/plaintext\") { request: Request =>\n    helloWorldResponseText\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/TestCaseClassWithSeqOfValidatedWrappedLongs.scala","text":"package com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\ncase class TestCaseClassWithSeqOfValidatedWrappedLongs(\n  seq: Seq[ValidatedWrappedLong])\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/main\/scala\/com\/twitter\/inject\/utils\/Handler.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.inject.utils\n\ntrait Handler {\n  def handle(): Unit\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/RequestScopeBinding.scala","text":"<filename>inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/RequestScopeBinding.scala<gh_stars>0\npackage com.twitter.inject.requestscope\n\nimport com.twitter.inject.TwitterModule\n\ntrait RequestScopeBinding extends TwitterModule {\n\n  override final val modules = Seq(FinagleRequestScopeModule)\n\n  protected def bindRequestScope[T: Manifest] {\n    bind[T]\n      .toProvider[UnseededFinagleScopeProvider[T]]\n      .in[FinagleRequestScoped]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/validation\/validators\/RangeValidator.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.validation.{ErrorCode, Range, ValidationMessageResolver, ValidationResult, Validator}\n\nprivate[finatra] object RangeValidator {\n\n  def errorMessage(\n    resolver: ValidationMessageResolver,\n    value: Any,\n    minValue: Long,\n    maxValue: Long): String = {\n\n    resolver.resolve(classOf[Range], value, minValue, maxValue)\n  }\n}\n\nprivate[finatra] class RangeValidator(\n  validationMessageResolver: ValidationMessageResolver,\n  annotation: Range)\n  extends Validator[Range, Any](\n    validationMessageResolver,\n    annotation) {\n\n  private val minValue = annotation.min()\n  private val maxValue = annotation.max()\n\n  \/* Public *\/\n\n  override def isValid(value: Any): ValidationResult = {\n    value match {\n      case bigDecimalValue: BigDecimal =>\n        validationResult(bigDecimalValue)\n      case bigIntValue: BigInt =>\n        validationResult(bigIntValue)\n      case numberValue: Number =>\n        validationResult(numberValue)\n      case _ =>\n        throw new IllegalArgumentException(s\"Class [${value.getClass}] is not supported\")\n    }\n  }\n\n  \/* Private *\/\n\n  private def validationResult(value: BigDecimal) = {\n    ValidationResult.validate(\n      BigDecimal(minValue) <= value && value <= BigDecimal(maxValue),\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def validationResult(value: BigInt) = {\n    ValidationResult.validate(\n      BigInt(minValue) <= value && value <= BigInt(maxValue),\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def validationResult(value: Number) = {\n    val doubleValue = value.doubleValue()\n    ValidationResult.validate(\n      minValue <= doubleValue && doubleValue <= maxValue,\n      errorMessage(value),\n      errorCode(value))\n  }\n\n  private def errorMessage(value: Number) = {\n    RangeValidator.errorMessage(\n      validationMessageResolver,\n      value,\n      minValue,\n      maxValue)\n  }\n\n  private def errorCode(value: Number) = {\n    ErrorCode.ValueOutOfRange(java.lang.Long.valueOf(value.longValue), minValue, maxValue)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/modules\/AccessLogModule.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.modules\n\nimport com.twitter.finagle.filter.LogFormatter\nimport com.twitter.finagle.http.filter.CommonLogFormatter\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.inject.TwitterModule\n\nobject AccessLogModule extends TwitterModule {\n\n  override def configure() {\n    bindSingleton[LogFormatter[Request, Response]].to[CommonLogFormatter]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/filters\/MergedFilter.scala","text":"<filename>utils\/src\/main\/scala\/com\/twitter\/finatra\/filters\/MergedFilter.scala\npackage com.twitter.finatra.filters\n\nimport com.twitter.finagle.{Filter, Service}\nimport com.twitter.util.Future\n\nclass MergedFilter[Req, Resp](\n  filters: Filter[Req, Resp, Req, Resp]*)\n  extends Filter[Req, Resp, Req, Resp] {\n\n  private val CombinedFilter = filters reduceLeft {_ andThen _}\n\n  def apply(request: Req, service: Service[Req, Resp]): Future[Resp] = {\n    CombinedFilter(request, service)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/internal\/exceptions\/FinatraDefaultExceptionMapperIntegrationTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/internal\/exceptions\/FinatraDefaultExceptionMapperIntegrationTest.scala\npackage com.twitter.finatra.http.tests.internal.exceptions\n\nimport com.twitter.finagle.http.{Request, Status}\nimport com.twitter.finagle.{CancelledRequestException, Failure}\nimport com.twitter.finatra.http.contexts.RouteInfo\nimport com.twitter.finatra.http.internal.exceptions.FinatraDefaultExceptionMapper\nimport com.twitter.finatra.http.modules.{MessageBodyModule, MustacheModule}\nimport com.twitter.finatra.json.modules.FinatraJacksonModule\nimport com.twitter.inject.IntegrationTest\nimport com.twitter.inject.app.TestInjector\nimport com.twitter.inject.modules.InMemoryStatsReceiverModule\n\nclass FinatraDefaultExceptionMapperIntegrationTest extends IntegrationTest {\n  override val injector = TestInjector(\n    MessageBodyModule,\n    FinatraJacksonModule,\n    MustacheModule,\n    InMemoryStatsReceiverModule)\n\n  val exceptionMapper = injector.instance[FinatraDefaultExceptionMapper]\n\n  \"FinatraDefaultExceptionMapper\" should {\n    \"unwrap Failure\" in {\n      val failure = Failure(new CancelledRequestException)\n      exceptionMapper.toResponse(request, failure).status should be(Status.ClientClosedRequest)\n    }\n\n    \"unwrap nested Failure\" in {\n      val failure = Failure(Failure(new CancelledRequestException))\n      exceptionMapper.toResponse(request, failure).status should be(Status.ClientClosedRequest)\n    }\n\n    \"handle Failure without cause\" in {\n      val failure = Failure(\"no reason\")\n      exceptionMapper.toResponse(request, failure).status should be(Status.InternalServerError)\n    }\n\n    \"handle pathological Failure\" in {\n      val failure = Failure(Failure(Failure(Failure(Failure(Failure(new CancelledRequestException()))))))\n      exceptionMapper.toResponse(request, failure).status should be(Status.InternalServerError)\n    }\n  }\n\n  def request: Request = {\n    val request = Request()\n    RouteInfo.set(request, RouteInfo(\"a\", \"\/b\"))\n    request\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/ThriftClientException.scala","text":"package com.twitter.inject.thrift\n\nimport com.twitter.inject.thrift.utils.ThriftMethodUtils._\nimport com.twitter.inject.utils.ExceptionUtils._\nimport com.twitter.scrooge.ThriftMethod\n\ncase class ThriftClientException(\n  clientLabel: String,\n  method: ThriftMethod,\n  cause: Throwable)\n  extends Exception(cause) {\n\n  override def toString = {\n    s\"ThriftClientException: $clientLabel\/${prettyStr(method)} = ${stripNewlines(cause)}\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/ThriftServer.scala","text":"package com.twitter.finatra.thrift\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.{NullServer, ListeningServer, ThriftMux}\nimport com.twitter.finatra.logging.modules.Slf4jBridgeModule\nimport com.twitter.finatra.thrift.routing.ThriftRouter\nimport com.twitter.inject.annotations.Lifecycle\nimport com.twitter.inject.server.{PortUtils, TwitterServer}\nimport com.twitter.util.Await\n\n\/** AbstractThriftServer for usage from Java *\/\nabstract class AbstractThriftServer extends ThriftServer\n\ntrait ThriftServer extends TwitterServer {\n\n  addFrameworkModule(\n    Slf4jBridgeModule)\n\n  protected def defaultFinatraThriftPort: String = \":9999\"\n  private val thriftPortFlag = flag(\"thrift.port\", defaultFinatraThriftPort, \"External Thrift server port\")\n\n  protected def defaultThriftShutdownTimeout = 1.minute\n  private val thriftShutdownTimeoutFlag = flag(\"thrift.shutdown.time\", defaultThriftShutdownTimeout, \"Maximum amount of time to wait for pending requests to complete on shutdown\")\n\n  protected def defaultThriftServerName: String = \"thrift\"\n  private val thriftServerNameFlag = flag(\"thrift.name\", defaultThriftServerName, \"Thrift server name\")\n\n  private val thriftAnnounceFlag = flag[String](\"thrift.announce\", \"Address for announcing Thrift server\")\n\n  \/* Private Mutable State *\/\n\n  private var thriftServer: ListeningServer = NullServer\n\n  \/* Abstract *\/\n\n  protected def configureThrift(router: ThriftRouter): Unit\n\n  \/* Lifecycle *\/\n\n  @Lifecycle\n  override protected def postInjectorStartup(): Unit = {\n    super.postInjectorStartup()\n\n    val router = injector.instance[ThriftRouter]\n    router.serviceName(name)\n    configureThrift(router)\n  }\n\n  @Lifecycle\n  override protected def postWarmup(): Unit = {\n    super.postWarmup()\n\n    val router = injector.instance[ThriftRouter]\n    val thriftServerBuilder =\n      configureThriftServer(\n        ThriftMux.server\n          .withLabel(thriftServerNameFlag()))\n\n    thriftServer = router.services.service.map { service =>\n      thriftServerBuilder.serve(thriftPortFlag(), service)\n    }.getOrElse {\n      thriftServerBuilder.serveIface(thriftPortFlag(), router.services.serviceIface)\n    }\n    onExit {\n      Await.result(\n        thriftServer.close(thriftShutdownTimeoutFlag().fromNow))\n    }\n    await(thriftServer)\n    for (addr <- thriftAnnounceFlag.get) thriftServer.announce(addr)\n    info(\"thrift server started on port: \" + thriftPort.get)\n  }\n\n  \/* Overrides *\/\n\n  override def thriftPort: Option[Int] = Option(thriftServer) map PortUtils.getPort\n\n  \/* Protected *\/\n\n  \/**\n   * This method allows for further configuration of the thrift server for parameters not exposed by\n   * this trait or for overriding defaults provided herein, e.g.,\n   *\n   * override def configureThriftServer(server: ThriftMux.Server): ThriftMux.Server = {\n   *   server\n   *     .withResponseClassifier(...)\n   *     .withMaxReusableBufferSize(...)\n   * }\n   *\n   * @param server - the [[com.twitter.finagle.ThriftMux.Server]] to configure.\n   * @return a configured ThriftMux.Server.\n   *\/\n  protected def configureThriftServer(server: ThriftMux.Server): ThriftMux.Server = {\n    server\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/test\/scala\/com\/twitter\/inject\/thrift\/filtered_integration\/GreeterHttpServerFeatureTest.scala","text":"package com.twitter.inject.thrift.filtered_integration\n\nimport com.twitter.finagle.http.Status._\nimport com.twitter.finatra.http.{EmbeddedHttpServer, HttpTest}\nimport com.twitter.finatra.thrift.EmbeddedThriftServer\nimport com.twitter.inject.thrift.filtered_integration.http_server.GreeterHttpServer\nimport com.twitter.inject.thrift.filtered_integration.thrift_server.GreeterThriftServer\n\nclass GreeterHttpServerFeatureTest extends HttpTest {\n\n  val thriftServer = new EmbeddedThriftServer(\n    twitterServer = new GreeterThriftServer)\n\n  val httpServer = new EmbeddedHttpServer(\n    twitterServer = new GreeterHttpServer,\n    args = Seq(\n      \"-thrift.clientId=greeter-http-service\",\n      resolverMap(\"greeter-thrift-service\" -> thriftServer.thriftHostAndPort)))\n\n  override def afterAll() {\n    super.afterAll()\n    httpServer.close()\n    thriftServer.close()\n  }\n\n  \"GreeterHttpServer\" should {\n    \"Say hi\" in {\n      httpServer.httpGet(\n        path = \"\/hi?name=Bob\",\n        andExpect = Ok,\n        withBody = \"Hi Bob\")\n    }\n\n    \"Say bye\" in {\n      httpServer.httpGet(\n        path = \"\/bye?name=Bob&age=18\",\n        andExpect = Ok,\n        withBody = \"Bye Bob of 18 years!\")\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/SomethingStreamedRequest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.request.QueryParam\nimport com.twitter.finatra.validation.NotEmpty\n\ncase class SomethingStreamedRequest(\n  @NotEmpty @QueryParam somethingId: String,\n  @QueryParam field1: Option[String],\n  @QueryParam field2: Option[Int])"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/Tweet.scala","text":"<filename>examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/Tweet.scala\npackage finatra.quickstart.domain\n\ncase class Tweet(\n  id: TweetId,\n  text: String,\n  location: Option[Location],\n  nsfw: Boolean)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/controllers\/ReadHeadersController.scala","text":"package com.twitter.finatra.http.tests.integration.doeverything.main.controllers\n\nimport com.twitter.finagle.http.Request\nimport com.twitter.finatra.http.Controller\nimport com.twitter.finatra.http.tests.integration.doeverything.main.filters.AppendToHeaderFilter\n\nclass ReadHeadersController extends Controller {\n\n  filter(new AppendToHeaderFilter(\"test\", \"3\")).\n    filter(new AppendToHeaderFilter(\"test\", \"4\")).\n    filter(new AppendToHeaderFilter(\"test\", \"5\")).\n    get(\"\/multipleRouteFilters\") { r: Request =>\n      r.headerMap(\"test\")\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/FinagleRequestScopeModule.scala","text":"<gh_stars>0\npackage com.twitter.inject.requestscope\n\nimport com.twitter.inject.TwitterModule\n\nobject FinagleRequestScopeModule extends TwitterModule {\n\n  override def configure() {\n    val finagleScope = new FinagleRequestScope()\n    bindScope(classOf[FinagleRequestScoped], finagleScope)\n    bind[FinagleRequestScope].toInstance(finagleScope)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/tweetexample\/main\/domain\/Tweet.scala","text":"package com.twitter.finatra.http.tests.integration.tweetexample.main.domain\n\ncase class Tweet(\n  id: Long,\n  user: String,\n  msg: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/AbstractController.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<gh_stars>0\npackage com.twitter.finatra.http\n\nimport com.twitter.finagle.http.Request\n\nabstract class AbstractController extends Controller {\n\n  def configureRoutes(): Unit\n\n  protected def get(route: String, callback: JavaCallback): Unit = {\n    get[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def post(route: String, callback: JavaCallback): Unit = {\n    post[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def put(route: String, callback: JavaCallback): Unit = {\n    put[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def delete(route: String, callback: JavaCallback): Unit = {\n    delete[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def options(route: String, callback: JavaCallback): Unit = {\n    options[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def patch(route: String, callback: JavaCallback): Unit = {\n    patch[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def head(route: String, callback: JavaCallback): Unit = {\n    head[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def trace(route: String, callback: JavaCallback): Unit = {\n    trace[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n\n  protected def any(route: String, callback: JavaCallback): Unit = {\n    any[Request, Object](route) { request =>\n      callback.handle(request)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/GuiceInjectableValuesFinatraObjectMapperTest.scala","text":"<gh_stars>0\npackage com.twitter.finatra.json.tests\n\nimport com.google.inject.spi.Message\nimport com.google.inject.{ConfigurationException, Injector, Key}\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.finatra.json.internal.caseclass.exceptions.JsonInjectException\nimport com.twitter.finatra.json.tests.internal._\nimport com.twitter.inject.{Mockito, Test}\nimport java.util\nimport net.codingwell.scalaguice.typeLiteral\n\nclass GuiceInjectableValuesFinatraObjectMapperTest\n  extends Test\n  with Mockito {\n\n  val injector = mock[Injector]\n\n  \/* Class under test *\/\n  val mapper = FinatraObjectMapper.create(injector)\n\n  override def afterEach() = {\n    super.afterEach()\n    reset(injector)\n  }\n\n  \"@Inject value should work when field not sent in json\" in {\n    val keyString = Key.get(classOf[String])\n    injector.getInstance(keyString) returns \"Foo\"\n    assert(parse[CaseClassInjectString](\n      \"\"\"\n      {\n      }\n      \"\"\") == CaseClassInjectString(\"Foo\"))\n  }\n\n  \"@Inject Guice Option[String] into case class Option[String]\" in {\n    val key = Key.get(typeLiteral[Option[String]])\n    injector.getInstance(key) returns Some(\"Foo\")\n    assert(parse[CaseClassInjectOptionString](\n      \"\"\"\n      {\n      }\n      \"\"\") == CaseClassInjectOptionString(Some(\"Foo\")))\n  }\n\n  \"@Inject value should use default when field not sent in json\" in {\n    assert(parse[CaseClassInjectStringWithDefault](\n      \"\"\"\n      {\n      }\n      \"\"\") == CaseClassInjectStringWithDefault(\"DefaultHello\"))\n  }\n\n  \"@Inject value should use default when field sent in json\" in {\n    assert(parse[CaseClassInjectStringWithDefault](\n      \"\"\"\n      {\n        \"string\": \"123\"\n      }\n      \"\"\") == CaseClassInjectStringWithDefault(\"DefaultHello\"))\n  }\n\n  \"@Inject value should use None assumed default when field sent in json\" in {\n    assert(parse[CaseClassInjectOptionString](\n      \"\"\"\n      {\n        \"string\": \"123\"\n      }\n      \"\"\") == CaseClassInjectOptionString(None))\n  }\n\n  \"@Inject value takes precedence over value in json\" in {\n    val keyString = Key.get(classOf[String])\n    injector.getInstance(keyString) returns \"Foo\"\n    assert(parse[CaseClassInjectString](\"\"\"\n      {\n        \"string\": \"123\"\n      }\"\"\") == CaseClassInjectString(\"Foo\"))\n  }\n\n  \"@Inject ConfigurationException\" in {\n    val keyString = Key.get(classOf[String])\n    injector.getInstance(keyString) throws new ConfigurationException(new util.LinkedList[Message]())\n\n    intercept[JsonInjectException] {\n      parse[CaseClassInjectString](\"\"\"\n        {\n          \"string\": \"123\"\n        }\"\"\")\n    }\n  }\n\n  \"Too many injectable annotations\" in {\n    intercept[AssertionError] {\n      parse[CaseClassTooManyInjectableAnnotations](\"\"\"{}\"\"\")\n    }\n  }\n\n  \"Too many binding annotations\" in {\n    intercept[Exception] {\n      parse[CaseClassTooManyBindingAnnotations](\"\"\"{}\"\"\")\n    }\n  }\n\n  private def parse[T: Manifest](string: String): T = {\n    mapper.parse[T](string)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/filters\/HttpResponseFilter.scala","text":"package com.twitter.finatra.http.filters\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.finatra.http.HttpHeaders\nimport com.twitter.finatra.http.request.RequestUtils\nimport com.twitter.util.{ScheduledThreadPoolTimer, Future}\nimport java.util.TimeZone\nimport javax.inject.Singleton\nimport org.apache.commons.lang.time.FastDateFormat\n\n\/**\n * HttpResponseFilter does the following:\n * - sets the 'Server' and 'Date' response headers\n * - turns a 'partial' Location header into a full URL\n *\/\n@Singleton\nclass HttpResponseFilter[R <: Request] extends SimpleFilter[R, Response] {\n\n  \/\/ optimized\n  private val dateFormat = FastDateFormat.getInstance(HttpHeaders.RFC7231DateFormat, TimeZone.getTimeZone(\"GMT\"))\n  @volatile private var currentDateValue: String = getCurrentDateValue()\n  new ScheduledThreadPoolTimer(\n    poolSize = 1,\n    name = \"HttpDateUpdater\",\n    makeDaemons = true)\n    .schedule(1.second) {\n      currentDateValue = getCurrentDateValue()\n    }\n\n  \/* Public *\/\n\n  def apply(request: R, service: Service[R, Response]): Future[Response] = {\n    for (response <- service(request)) yield {\n      setResponseHeaders(response)\n      updateLocationHeader(request, response)\n      response\n    }\n  }\n\n  \/* Private *\/\n\n  \/**\n   * Sets the HTTP Date and Server header values. If there is no Content-type header in the response, but a non-zero\n   * content length, we also set to the generic: application\/octet-stream content type on the response.\n   *\n   * @see Date: <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.1.1.2\">Section 192.168.127.12 of RFC 7231<\/a>\n   * @see Server: <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-7.4.2\">Section 7.4.2 of RFC 7231<\/a>\n   * @see Content-Type: <a href=\"https:\/\/tools.ietf.org\/html\/rfc7231#section-3.1.1.5\">Section 3.1.1.5 of RFC 7231<\/a>\n   * @param response - the response on which to set the header values.\n   *\/\n  private def setResponseHeaders(response: Response) = {\n    response.headerMap.add(HttpHeaders.Server, \"Finatra\")\n    response.headerMap.add(HttpHeaders.Date, currentDateValue)\n    if (response.contentType.isEmpty && response.length != 0) {\n      \/\/ see: https:\/\/www.w3.org\/Protocols\/rfc2616\/rfc2616-sec7.html#sec7.2.1\n      response.headerMap.add(HttpHeaders.ContentType, \"application\/octet-stream\")\n    }\n  }\n\n  private def getCurrentDateValue(): String = {\n    dateFormat.format(System.currentTimeMillis())\n  }\n\n  private def updateLocationHeader(request: R, response: Response) = {\n    for (existingLocation <- response.location) {\n      if (!existingLocation.startsWith(\"http\") && !existingLocation.startsWith(\"\/\")) {\n        response.headerMap.set(\n          HttpHeaders.Location,\n          RequestUtils.pathUrl(request) + existingLocation)\n      }\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/streaming\/JsonArrayChunker.scala","text":"package com.twitter.finatra.json.internal.streaming\n\nimport com.twitter.finatra.conversions.buf._\nimport com.twitter.finatra.json.internal.streaming.ParsingState._\nimport com.twitter.inject.Logging\nimport com.twitter.io.Buf\nimport java.nio.ByteBuffer\nimport scala.collection.mutable.ArrayBuffer\n\n\/\/ General logic copied from:\n\/\/ https:\/\/github.com\/netty\/netty\/blob\/master\/codec\/src\/main\/java\/io\/netty\/handler\/codec\/json\/JsonObjectDecoder.java\nprivate[finatra] class JsonArrayChunker extends Logging {\n\n  private[finatra] var parsingState: ParsingState = Normal\n  private[finatra] var done = false\n  private[finatra] var openBraces = 0\n  private var byteBuffer = ByteBuffer.allocate(0)\n\n  \/* Public *\/\n\n  def decode(inputBuf: Buf): Seq[Buf] = {\n    assertDecode(inputBuf)\n    byteBuffer = ByteBufferUtils.append(byteBuffer, inputBuf)\n\n    val result = ArrayBuffer[Buf]()\n\n    while (byteBuffer.hasRemaining) {\n      ByteBufferUtils.debugBuffer(byteBuffer)\n      val currByte = byteBuffer.get\n\n      if (!arrayFound && currByte == '[') {\n        debug(\"ArrayFound. Openbraces = 1\")\n        parsingState = InsideArray\n        openBraces = 1\n        byteBuffer = byteBuffer.slice()\n      }\n      else if (!arrayFound && Character.isWhitespace(currByte.toChar)) {\n        debug(\"Skip space\")\n      }\n      else {\n        decodeByteAndUpdateState(currByte, byteBuffer)\n        if (!insideString && (openBraces == 1 && currByte == ',' || openBraces == 0 && currByte == ']')) {\n          result += extractBuf()\n\n          if (currByte == ']') {\n            debug(\"Done\")\n            done = true\n          }\n        }\n      }\n    }\n\n    result\n  }\n\n  \/* Private *\/\n\n  private def decodeByteAndUpdateState(c: Byte, in: ByteBuffer) {\n    debug(\"decode '\" + c.toChar + \"'\")\n    if ((c == '{' || c == '[') && !insideString) {\n      openBraces += 1\n      debug(\"openBraces = \" + openBraces)\n    }\n    else if ((c == '}' || c == ']') && !insideString) {\n      openBraces -= 1\n      debug(\"openBraces = \" + openBraces)\n    }\n    else if (c == '\"') {\n      \/\/ start of a new JSON string. It's necessary to detect strings as they may\n      \/\/ also contain braces\/brackets and that could lead to incorrect results.\n      if (!insideString) {\n        debug(\"State = InsideString\")\n        parsingState = InsideString\n      }\n      \/\/ If the double quote wasn't escaped then this is the end of a string.\n      else if (in.get(in.position - 1) != '\\\\') {\n        debug(\"State = Parsing\")\n        parsingState = Normal\n      }\n    }\n  }\n\n  \/\/TODO: Optimize\n  private def extractBuf(): Buf = {\n    val copy = byteBuffer.duplicate()\n    copy.position(0)\n    copy.limit(byteBuffer.position - 1)\n    val copyBuf = Buf.ByteBuffer.Shared(copy)\n\n    byteBuffer = byteBuffer.slice()\n    debug(\"Extract result \" + copyBuf.utf8str)\n    copyBuf\n  }\n\n  private def assertDecode(inputBuf: Buf): Unit = {\n    debug(\"Decode called with \\\"\" + inputBuf.utf8str + \"\\\"\")\n    if (done) {\n      throw new scala.Exception(\"End array already found\")\n    }\n  }\n\n  private def insideString = parsingState == InsideString\n\n  private def arrayFound = parsingState == InsideArray\n\n  private[finatra] def copiedByteBuffer = byteBuffer.duplicate()\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/FinagleRequestScopeFilter.scala","text":"<filename>inject\/inject-request-scope\/src\/main\/scala\/com\/twitter\/inject\/requestscope\/FinagleRequestScopeFilter.scala<gh_stars>0\npackage com.twitter.inject.requestscope\n\nimport com.twitter.finagle.{Service, SimpleFilter}\nimport com.twitter.util.Future\nimport javax.inject.Inject\n\nclass FinagleRequestScopeFilter[Req, Rep] @Inject()(\n  finagleScope: FinagleRequestScope)\n  extends SimpleFilter[Req, Rep] {\n\n  def apply(request: Req, service: Service[Req, Rep]): Future[Rep] = {\n    finagleScope.enter()\n    service.apply(request) ensure {\n      finagleScope.exit()\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/MaxValidatorTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra<filename>jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/MaxValidatorTest.scala\npackage com.twitter.finatra.json.tests.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.MaxValidator\nimport com.twitter.finatra.validation.ValidationResult.{Invalid, Valid}\nimport com.twitter.finatra.validation._\n\ncase class MaxIntExample(@Max(0) numberValue: Int)\ncase class MaxDoubleExample(@Max(0) numberValue: Double)\ncase class MaxFloatExample(@Max(0) numberValue: Float)\ncase class MaxLongExample(@Max(0) numberValue: Long)\ncase class MaxBigIntExample(@Max(0) numberValue: BigInt)\ncase class MaxLargestLongBigIntExample(@Max(Long.MaxValue) numberValue: BigInt)\n\/\/case class MaxSecondLargestLongBigIntExample(@Max(Long.MaxValue - 1) numberValue: BigInt)\ncase class MaxSmallestLongBigIntExample(@Max(Long.MinValue) numberValue: BigInt)\ncase class MaxBigDecimalExample(@Max(0) numberValue: BigDecimal)\ncase class MaxLargestLongBigDecimalExample(@Max(Long.MaxValue) numberValue: BigDecimal)\n\/\/case class MaxSecondLargestLongBigDecimalExample(@Max(Long.MaxValue - 1) numberValue: BigDecimal)\ncase class MaxSmallestLongBigDecimalExample(@Max(Long.MinValue) numberValue: BigDecimal)\ncase class MaxSeqExample(@Max(0) numberValue: Seq[Int])\ncase class MaxArrayExample(@Max(0) numberValue: Array[Int])\ncase class MaxInvalidTypeExample(@Max(0) numberValue: String)\n\nclass MaxValidatorTest extends ValidatorTest {\n\n  \"max validator\" should {\n\n    \"pass validation for int type\" in {\n      val value = 0\n      validate[MaxIntExample](value) should equal(Valid)\n    }\n\n    \"fail validation for int type\" in {\n      val value = 1\n      validate[MaxIntExample](value) should equal(\n        Invalid(\n          errorMessage(Integer.valueOf(value)),\n          errorCode(Integer.valueOf(value))))\n    }\n\n    \"pass validation for long type\" in {\n      val value = 0L\n      validate[MaxLongExample](value) should equal(Valid)\n    }\n\n    \"fail validation for long type\" in {\n      val value = 1L\n      validate[MaxLongExample](value) should equal(\n        Invalid(\n          errorMessage(java.lang.Long.valueOf(value)),\n          errorCode(java.lang.Long.valueOf(value))))\n    }\n\n    \"pass validation for double type\" in {\n      val value = 0.0\n      validate[MaxDoubleExample](value) should equal(Valid)\n    }\n\n    \"fail validation for double type\" in {\n      val value = 0.5\n      validate[MaxDoubleExample](value) should equal(\n        Invalid(\n          errorMessage(java.lang.Double.valueOf(value)),\n          errorCode(java.lang.Double.valueOf(value))))\n    }\n\n    \"pass validation for float type\" in {\n      val value = 0.0F\n      validate[MaxFloatExample](value) should equal(Valid)\n    }\n\n    \"fail validation for float type\" in {\n      val value = 0.5F\n      validate[MaxFloatExample](value) should equal(\n        Invalid(\n          errorMessage(java.lang.Float.valueOf(value)),\n          errorCode(java.lang.Float.valueOf(value))))\n    }\n\n    \"pass validation for big int type\" in {\n      val value = BigInt(0)\n      validate[MaxBigIntExample](value) should equal(Valid)\n    }\n\n    \"pass validation for very small big int type\" in {\n      val value = BigInt(Long.MinValue)\n      validate[MaxSmallestLongBigIntExample](value) should equal(Valid)\n    }\n\n    \"pass validation for very large big int type\" in {\n      val value = BigInt(Long.MaxValue)\n      validate[MaxLargestLongBigIntExample](value) should equal(Valid)\n    }\n\n    \"fail validation for big int type\" in {\n      val value = BigInt(1)\n      validate[MaxBigIntExample](value) should equal(\n        Invalid(\n          errorMessage(value),\n          errorCode(value)))\n    }\n\n    \"fail validation for very small big int type\" in {\n      val value = BigInt(Long.MinValue) + 1\n      validate[MaxSmallestLongBigIntExample](value) should equal(\n        Invalid(\n          errorMessage(value, maxValue = Long.MinValue),\n          errorCode(value, maxValue = Long.MinValue)))\n    }\n\n\/\/    \"fail validation for very large big int type\" in {\n\/\/      val value = BigInt(Long.MaxValue)\n\/\/      validate[MaxSecondLargestLongBigIntExample](value) should equal(\n\/\/        Invalid(\n\/\/          errorMessage(value, maxValue = Long.MaxValue - 1)))\n\/\/    }\n\n    \"pass validation for big decimal type\" in {\n      val value = BigDecimal(0)\n      validate[MaxBigDecimalExample](value) should equal(Valid)\n    }\n\n    \"pass validation for very small big decimal type\" in {\n      val value = BigDecimal(Long.MinValue)\n      validate[MaxSmallestLongBigDecimalExample](value) should equal(Valid)\n    }\n\n    \"pass validation for very large big decimal type\" in {\n      val value = BigDecimal(Long.MaxValue)\n      validate[MaxLargestLongBigDecimalExample](value) should equal(Valid)\n    }\n\n    \"fail validation for big decimal type\" in {\n      val value = BigDecimal(0.9)\n      validate[MaxBigDecimalExample](value) should equal(\n        Invalid(\n          errorMessage(value),\n          errorCode(value)))\n    }\n\n    \"fail validation for very small big decimal type\" in {\n      val value = BigDecimal(Long.MinValue) + 0.1\n      validate[MaxSmallestLongBigDecimalExample](value) should equal(\n        Invalid(\n          errorMessage(value, maxValue = Long.MinValue),\n          errorCode(value, maxValue = Long.MinValue)))\n    }\n\n\/\/    \"fail validation for very large big decimal type\" in {\n\/\/      val value = BigDecimal(Long.MaxValue) - 0.1\n\/\/      validate[MaxSecondLargestLongBigDecimalExample](value) should equal(\n\/\/        Invalid(\n\/\/          errorMessage(value, maxValue = Long.MaxValue - 1)))\n\/\/    }\n\n    \"pass validation for sequence of integers\" in {\n      val value = Seq()\n      validate[MaxSeqExample](value) should equal(Valid)\n    }\n\n    \"fail validation for sequence of integers\" in {\n      val value = Seq(10)\n      validate[MaxSeqExample](value) should equal(\n        Invalid(\n          errorMessage(value = Integer.valueOf(value.size)),\n          errorCode(Integer.valueOf(value.size))))\n    }\n\n    \"pass validation for array of integers\" in {\n      val value = Array()\n      validate[MaxArrayExample](value) should equal(Valid)\n    }\n\n    \"fail validation for array of integers\" in {\n      val value = Array(10)\n      validate[MaxArrayExample](value) should equal(\n        Invalid(\n          errorMessage(value = Integer.valueOf(value.length)),\n          errorCode(Integer.valueOf(value.length))))\n    }\n\n    \"fail for unsupported class type\" in {\n      intercept[IllegalArgumentException] {\n        validate[MaxInvalidTypeExample](\"strings are not supported\")\n      }\n    }\n  }\n\n  private def validate[C : Manifest](value: Any): ValidationResult = {\n    super.validate(manifest[C].runtimeClass, \"numberValue\", classOf[Max], value)\n  }\n\n  private def errorMessage(value: Number, maxValue: Long = 0): String = {\n    MaxValidator.errorMessage(\n      messageResolver,\n      value,\n      maxValue)\n  }\n\n  private def errorCode(value: Number, maxValue: Long = 0) = {\n    ErrorCode.ValueTooLarge(maxValue, value)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/request\/RequestUtilsTest.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/request\/RequestUtilsTest.scala\npackage com.twitter.finatra.http.tests.request\n\nimport com.twitter.finagle.http.{MapHeaderMap, Request}\nimport com.twitter.finatra.http.HttpHeaders\nimport com.twitter.finatra.http.exceptions.{BadRequestException, NotAcceptableException}\nimport com.twitter.finatra.http.request.RequestUtils\nimport com.twitter.finatra.request.ContentType\nimport com.twitter.inject.{Mockito, Test}\n\nclass RequestUtilsTest\n  extends Test\n  with Mockito {\n\n  \"RequestUtils\" should {\n\n    \"throw BadRequestException when missing host header for pathUrl\" in {\n      val request = smartMock[Request]\n      request.headerMap returns MapHeaderMap()\n      request.host returns None\n\n      intercept[BadRequestException] {\n        RequestUtils.pathUrl(request)\n      }\n    }\n\n    \"pathUrl with slash\" in {\n      val request = smartMock[Request]\n      request.headerMap returns MapHeaderMap()\n      request.host returns Some(\"www.foo.com\")\n      request.path returns \"\/part\/next\/end\/\"\n\n      val result = RequestUtils.pathUrl(request)\n      result should equal(\"http:\/\/www.foo.com\/part\/next\/end\/\")\n    }\n\n    \"respondTo *\/* content type in request when no accept header is sent\" in {\n      val request = smartMock[Request]\n      request.headerMap returns MapHeaderMap()\n\n       val response = RequestUtils.respondTo(request) {\n        case _ => true\n      }\n\n      response should be(true)\n    }\n\n    \"respondTo text\/html content-type in request\" in {\n      val request = smartMock[Request]\n      request.headerMap returns MapHeaderMap(HttpHeaders.Accept -> ContentType.HTML.toString)\n\n      val response = RequestUtils.respondTo(request) {\n        case ContentType.HTML => true\n        case _ => false\n      }\n\n      response should be(true)\n    }\n\n    \"respondTo application\/json content-type in request\" in {\n      val request = smartMock[Request]\n      request.headerMap returns MapHeaderMap(HttpHeaders.Accept -> ContentType.JSON.toString)\n\n      val response = RequestUtils.respondTo(request) {\n        case ContentType.JSON => true\n        case _ => false\n      }\n\n      response should be(true)\n    }\n\n    \"return NotAcceptableException for request\" in {\n      val request = smartMock[Request]\n      \/\/ accept application\/json\n      request.headerMap returns MapHeaderMap(HttpHeaders.Accept -> ContentType.JSON.toString)\n\n      intercept[NotAcceptableException] {\n        \/\/ only handle text\/html\n        RequestUtils.respondTo(request) {\n          case ContentType.HTML => true\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/doeverything\/controllers\/DoNothingController.scala","text":"<filename>thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/doeverything\/controllers\/DoNothingController.scala\npackage com.twitter.finatra.thrift.tests.doeverything.controllers\n\nimport com.twitter.doeverything.thriftscala.DoNothing\nimport com.twitter.finatra.thrift.Controller\n\nclass DoNothingController extends Controller with DoNothing.BaseServiceIface\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/ThriftTest.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.thrift\n\ntrait ThriftTest {\n\n  def resolverMap(name: String, embeddedThriftServer: EmbeddedThriftServer): (String, String) = {\n    (\"com.twitter.server.resolverMap\", name + \"=\" + embeddedThriftServer.thriftHostAndPort)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/noninjection\/NonInjectionController.scala","text":"package com.twitter.finatra.thrift.tests.noninjection\n\nimport com.twitter.finatra.thrift.Controller\nimport com.twitter.noninjection.thriftscala.NonInjectionService\nimport com.twitter.noninjection.thriftscala.NonInjectionService.Echo\nimport com.twitter.util.Future\n\nclass NonInjectionController()\n  extends Controller\n  with NonInjectionService.BaseServiceIface {\n\n  override val echo = handle(Echo) { args: Echo.Args =>\n    Future.value(args.msg)\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/ThriftFilter.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.thrift\n\nimport com.twitter.finagle.{Filter, Service}\nimport com.twitter.util.Future\n\nobject ThriftFilter {\n  val Identity = new ThriftFilter {\n    def apply[T, Rep](request: ThriftRequest[T], svc: Service[ThriftRequest[T], Rep]) = svc(request)\n  }\n}\n\n\/**\n * A ThriftFilter is a SimpleFilter[ThriftRequest[T], Rep] which is polymorphic in T.  Such filters\n * can operate on any ThriftRequest.\n *\/\ntrait ThriftFilter { self =>\n\n  def apply[T, Rep](request: ThriftRequest[T], svc: Service[ThriftRequest[T], Rep]): Future[Rep]\n\n  final def toFilter[T, Rep]: Filter[ThriftRequest[T], Rep, ThriftRequest[T], Rep] =\n    new Filter[ThriftRequest[T], Rep, ThriftRequest[T], Rep] {\n      override def apply(\n        request: ThriftRequest[T],\n        svc: Service[ThriftRequest[T], Rep]\n      ): Future[Rep] = self.apply(request, svc)\n    }\n\n  final def andThen(next: ThriftFilter) = new ThriftFilter {\n    override def apply[T, Rep](\n      request: ThriftRequest[T],\n      svc: Service[ThriftRequest[T], Rep]\n    ): Future[Rep] = self.apply(request, next.toFilter[T, Rep].andThen(svc))\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/services\/UrlShortenerService.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.tiny.services\n\ntrait UrlShortenerService {\n\n  def create(url: java.net.URL): String\n\n  def get(id: String): Option[String]\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/test\/scala\/com\/twitter\/finatra\/thrift\/tests\/EmbeddedThriftServerControllerFeatureTest.scala","text":"<gh_stars>0\npackage com.twitter.finatra.thrift.tests\n\nimport com.twitter.converter.thriftscala.Converter\nimport com.twitter.finatra.thrift._\nimport com.twitter.finatra.thrift.filters.{AccessLoggingFilter, ClientIdWhitelistFilter, StatsFilter}\nimport com.twitter.finatra.thrift.modules.ClientIdWhitelistModule\nimport com.twitter.finatra.thrift.routing.ThriftRouter\nimport com.twitter.finatra.thrift.tests.doeverything.filters.ExceptionTranslationFilter\nimport com.twitter.finatra.thrift.thriftscala.{NoClientIdError, UnknownClientIdError}\nimport com.twitter.inject.server.FeatureTest\nimport com.twitter.util.{Await, Future}\n\nclass EmbeddedThriftServerControllerIntegrationTest extends FeatureTest {\n  override val server = new EmbeddedThriftServer(new ConverterControllerServer)\n\n  val client123 = server.thriftClient[Converter[Future]](clientId = \"client123\")\n\n  \"success\" in {\n    Await.result(client123.uppercase(\"Hi\")) should equal(\"HI\")\n  }\n\n  \"failure\" in {\n    val e = assertFailedFuture[Exception] {\n      client123.uppercase(\"fail\")\n    }\n    e.getMessage should include(\"oops\")\n  }\n\n  \"blacklist\" in {\n    val notWhitelistClient = server.thriftClient[Converter[Future]](clientId = \"not_on_whitelist\")\n    assertFailedFuture[UnknownClientIdError] {\n      notWhitelistClient.uppercase(\"Hi\")\n    }\n  }\n\n  \"no client id\" in {\n    val noClientIdClient = server.thriftClient[Converter[Future]]()\n    assertFailedFuture[NoClientIdError] {\n      noClientIdClient.uppercase(\"Hi\")\n    }\n  }\n\n  \"more than 22 args\" in {\n    Await.result(\n      client123.moreThanTwentyTwoArgs(\"one\", \"two\", \"three\", \"four\", \"five\", \"six\", \"seven\", \"eight\", \"nine\", \"ten\", \"eleven\", \"twelve\", \"thirteen\", \"fourteen\", \"fifteen\", \"sixteen\", \"seventeen\", \"eighteen\", \"nineteen\", \"twenty\", \"twentyone\", \"twentytwo\", \"twentythree\")\n    ) should equal(\"foo\")\n  }\n}\n\nclass ConverterControllerServer extends ThriftServer {\n  override val modules = Seq(ClientIdWhitelistModule)\n\n  override def configureThrift(router: ThriftRouter): Unit = {\n    router\n      .filter(classOf[AccessLoggingFilter])\n      .filter[StatsFilter]\n      .filter[ExceptionTranslationFilter]\n      .filter[ClientIdWhitelistFilter]\n      .add[ConverterController]\n  }\n}\n\nclass ConverterController\n  extends Controller\n  with Converter.BaseServiceIface {\n  import com.twitter.converter.thriftscala.Converter._\n\n  val uppercase = handle(Uppercase) { args: Uppercase.Args =>\n    if (args.msg == \"fail\")\n      Future.exception(new Exception(\"oops\"))\n    else\n      Future.value(args.msg.toUpperCase)\n  }\n\n  val moreThanTwentyTwoArgs = handle(MoreThanTwentyTwoArgs) { args : MoreThanTwentyTwoArgs.Args =>\n    Future.value(\"foo\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/exceptions\/json\/CaseClassExceptionMapper.scala","text":"package com.twitter.finatra.http.internal.exceptions.json\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finatra.http.exceptions.ExceptionMapper\nimport com.twitter.finatra.http.response.{ResponseBuilder, ErrorsResponse}\nimport com.twitter.finatra.json.internal.caseclass.exceptions.CaseClassMappingException\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass CaseClassExceptionMapper @Inject()(\n  response: ResponseBuilder)\n  extends ExceptionMapper[CaseClassMappingException] {\n\n  override def toResponse(request: Request, e: CaseClassMappingException): Response =\n    response.badRequest.json(errorsResponse(e))\n\n  private def errorsResponse(e: CaseClassMappingException): ErrorsResponse =\n    ErrorsResponse(e.errors map {_.getMessage})\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/domain\/http\/PostUrlRequest.scala","text":"package com.twitter.tiny.domain.http\n\nimport com.twitter.finagle.http.Request\nimport javax.inject.Inject\n\ncase class PostUrlRequest(\n  @Inject request: Request,\n  url: String)\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/modules\/ServicesModule.scala","text":"package com.twitter.tiny.modules\n\nimport com.twitter.inject.TwitterModule\nimport com.twitter.tiny.services.UrlShortenerService\nimport com.twitter.tiny.services.impl.RedisUrlShortenerService\n\nobject ServicesModule extends TwitterModule {\n\n  override val modules = Seq(JedisClientModule)\n\n  override def configure: Unit = {\n    bind[UrlShortenerService].to[RedisUrlShortenerService]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/ValidatedWrappedLong.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/ValidatedWrappedLong.scala\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\nimport com.twitter.finatra.domain.WrappedValue\nimport com.twitter.finatra.validation.Min\n\ncase class ValidatedWrappedLong(\n  @Min(1) value: Long)\n  extends WrappedValue[Long]\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/Injector.scala","text":"<gh_stars>0\npackage com.twitter.inject\n\nimport com.google.inject.name.Names\nimport com.google.inject.{Injector => GuiceInjector, Key}\nimport java.lang.annotation.{Annotation => JavaAnnotation}\nimport net.codingwell.scalaguice.KeyExtensions._\nimport net.codingwell.scalaguice._\n\ncase class Injector(\n  underlying: GuiceInjector) {\n\n  def instance[T: Manifest]: T = underlying.getInstance(typeLiteral[T].toKey)\n\n  def instance[T: Manifest, Ann <: JavaAnnotation : Manifest]: T = {\n    val annotationType = manifest[Ann].runtimeClass.asInstanceOf[Class[Ann]]\n    val key = Key.get(typeLiteral[T], annotationType)\n    underlying.getInstance(key)\n  }\n\n  def instance[T: Manifest](name: String): T = {\n    val namedAnnotation = Names.named(name)\n    val key = Key.get(typeLiteral[T], namedAnnotation)\n    underlying.getInstance(key)\n  }\n\n  def instance[T](clazz: Class[T]): T = underlying.getInstance(clazz)\n\n  def instance[T](key: Key[T]): T = underlying.getInstance(key)\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/test\/scala\/com\/twitter\/inject\/Test.scala","text":"package com.twitter.inject\n\nimport com.twitter.util.{Await, Future}\nimport java.util.TimeZone\nimport org.apache.commons.io.IOUtils\nimport org.joda.time.{DateTimeZone, Duration}\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach, Matchers, WordSpec}\n\n@RunWith(classOf[JUnitRunner])\nabstract class Test\n  extends WordSpec\n  with BeforeAndAfterAll\n  with BeforeAndAfterEach\n  with Matchers\n  with Logging {\n\n  \/* Constructor *\/\n\n  setUtcTimeZone()\n\n  \/* Overrides *\/\n\n  override protected def afterAll() = {\n    super.afterAll()\n    pool.executor.shutdown()\n  }\n\n  \/* Protected *\/\n\n  protected lazy val pool = PoolUtils.newUnboundedPool(\"Test \" + getClass.getSimpleName)\n\n  protected def setUtcTimeZone() = {\n    DateTimeZone.setDefault(DateTimeZone.UTC)\n    TimeZone.setDefault(TimeZone.getTimeZone(\"UTC\"))\n  }\n\n  @deprecated(\"Use com.twitter.inject.Mockito#reset\", \"since 2-22-2015\")\n  protected def resetMocks(mocks: AnyRef*) {\n    for (mock <- mocks) {\n      trace(\"Resetting \" + mock)\n      org.mockito.Mockito.reset(mock)\n    }\n  }\n\n  protected def resourceAsString(resource: String) = {\n    IOUtils.toString(\n      getClass.getResourceAsStream(resource))\n  }\n\n  protected def sleep(duration: Duration, verbose: Boolean = false) {\n    if (verbose) {\n      println(\"Starting sleep for \" + duration)\n    }\n\n    Thread.sleep(duration.getMillis)\n\n    if (verbose) {\n      println(\"Finished sleep for \" + duration)\n    }\n  }\n\n  protected def assertFuture[A](result: Future[A], expected: Future[A]) {\n    val resultVal = Await.result(result)\n    val expectedVal = Await.result(expected)\n    resultVal should equal(expectedVal)\n  }\n\n  protected def assertFutureValue[A](result: Future[A], expected: A) {\n    val resultVal = Await.result(result)\n    val expectedVal = Await.result(Future.value(expected))\n    resultVal should equal(expectedVal)\n  }\n\n  protected def assertFailedFuture[T <: Throwable : Manifest](result: Future[_]): T = {\n    try {\n      Await.result(result)\n      fail(\"Expected exception \" + manifest[T].runtimeClass + \" never thrown\")\n    } catch {\n      case e: Throwable =>\n        if (manifest[T].runtimeClass.isAssignableFrom(e.getClass))\n          e.asInstanceOf[T]\n        else\n          fail(\"Expected exception \" + manifest[T].runtimeClass + \" but caught \" + e)\n    }\n  }\n\n  protected def bytes(str: String) = {\n    str.getBytes(\"UTF-8\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/request\/RouteParamMapTest.scala","text":"package com.twitter.finatra.http.tests.request\n\nimport com.twitter.finagle.http.MapParamMap\nimport com.twitter.finatra.http.internal.request.RouteParamMap\nimport com.twitter.inject.Test\n\nclass RouteParamMapTest extends Test {\n\n  val emptyFinagleParamMap = new MapParamMap(Map())\n\n  \"string params\" in {\n    val params = new RouteParamMap(\n      emptyFinagleParamMap,\n      Map(\"name\" -> \"bob\"))\n\n    params.get(\"name\") should equal(Some(\"bob\"))\n    params.get(\"foo\") should equal(None)\n    params(\"name\") should equal(\"bob\")\n    intercept[NoSuchElementException] {\n      params(\"foo\")\n    }\n  }\n\n  \"long params\" in {\n    val params = new RouteParamMap(\n      emptyFinagleParamMap,\n      Map(\"age\" -> \"10\"))\n\n    params.getLong(\"age\") should equal(Some(10L))\n    params.getLong(\"foo\") should equal(None)\n    params.getLong(\"age\").get should equal(10L)\n  }\n\n  \"int params\" in {\n    val params = new RouteParamMap(\n      emptyFinagleParamMap,\n      Map(\"age\" -> \"10\"))\n    params.getInt(\"age\") should equal(Some(10))\n  }\n\n  \"boolean params\" in {\n    val params = new RouteParamMap(\n      emptyFinagleParamMap,\n      Map(\n        \"male\" -> \"true\",\n        \"female\" -> \"false\"))\n\n    params.getBoolean(\"male\") should equal(Some(true))\n    params.getBoolean(\"female\") should equal(Some(false))\n  }\n}\n\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/conversions\/TuplesConversionsTest.scala","text":"<filename>inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/conversions\/TuplesConversionsTest.scala\npackage com.twitter.inject.tests.conversions\n\nimport com.twitter.inject.conversions.tuple._\nimport com.twitter.inject.Test\n\nclass TuplesConversionsTest extends Test {\n\n  val tuples = Seq(1 -> \"bob\", 2 -> \"sally\")\n\n  \"RichTuple\" should {\n    \"#toKeys\" in {\n      tuples.toKeys should equal(Seq(1, 2))\n    }\n    \"#toKeySet\" in {\n      tuples.toKeySet should equal(Set(1, 2))\n    }\n    \"#toValues\" in {\n      tuples.toValues should equal(Seq(\"bob\", \"sally\"))\n    }\n    \"#mapValues\" in {\n      tuples.mapValues {_.size} should equal(Seq(1 -> 3, 2 -> 5))\n    }\n    \"#groupByKey\" in {\n      val multiTuples = Seq(1 -> \"a\", 1 -> \"b\", 2 -> \"ab\")\n      multiTuples.groupByKey should equal(Map(2-> Seq(\"ab\"), 1 -> Seq(\"a\", \"b\")))\n    }\n    \"#groupByKeyAndReduce\" in {\n      val multiTuples = Seq(1 -> 5, 1 -> 6, 2 -> 7)\n      multiTuples.groupByKeyAndReduce(_ + _) should equal(Map(2-> 7, 1 -> 11))\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/ClassUtils.scala","text":"package com.twitter.finatra.utils\n\nimport com.twitter.util.Memoize\n\nobject ClassUtils {\n\n  val simpleName = Memoize { clazz: Class[_] =>\n    clazz.getSimpleName\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/modules\/ClientIdWhitelistModule.scala","text":"package com.twitter.finatra.thrift.modules\n\nimport com.google.inject.Provides\nimport com.twitter.finagle.thrift.ClientId\nimport com.twitter.inject.{Logging, TwitterModule}\nimport javax.inject.Singleton\nimport org.yaml.snakeyaml.Yaml\n\nobject ClientIdWhitelistModule\n  extends TwitterModule\n  with Logging {\n\n  @Provides\n  @Singleton\n  def providesWhitelist: Set[ClientId] = {\n    val yamlList = new Yaml().\n      load(ClientIdWhitelistModule.getClass.getResourceAsStream(\"\/client_whitelist.yml\")).\n      asInstanceOf[java.util.ArrayList[String]]\n    val clientIds = Set(yamlList.toArray: _*) map { _.toString } map ClientId.apply\n    info(s\"Client id whitelist loaded ${clientIds.size} ids\")\n    clientIds\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/controllers\/TweetsController.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage finatra.quickstart.controllers\n\nimport com.twitter.finatra.http.Controller\nimport finatra.quickstart.domain.http.{TweetGetRequest, TweetPostRequest, TweetResponse}\nimport finatra.quickstart.services.TweetsService\nimport javax.inject.{Inject, Singleton}\n\n@Singleton\nclass TweetsController @Inject()(\n  tweetsService: TweetsService)\n  extends Controller {\n\n  post(\"\/tweet\") { tweetPostRequest: TweetPostRequest =>\n    for {\n      savedTweet <- tweetsService.save(tweetPostRequest)\n      responseTweet = TweetResponse.fromDomain(savedTweet)\n    } yield {\n      response\n        .created(responseTweet)\n        .location(responseTweet.id)\n    }\n  }\n\n  get(\"\/tweet\/:id\") { tweetGetRequest: TweetGetRequest =>\n    tweetsService.getResponseTweet(tweetGetRequest.id)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/tiny-url\/src\/main\/scala\/com\/twitter\/tiny\/services\/Counter.scala","text":"<gh_stars>0\npackage com.twitter.tiny.services\n\nimport com.twitter.tiny.services.Counter._\nimport redis.clients.jedis.{Jedis => JedisClient}\nimport javax.inject.{Inject, Singleton}\n\nobject Counter {\n  val InitialValue = 10000000L; \/\/ (ten million)\n  val CounterKey = \"tiny-url:counter\"\n}\n\n@Singleton\nclass Counter @Inject()(\n  client: JedisClient) {\n\n  def next: Long = {\n    val current: Long = Option(client.get(CounterKey)) match {\n      case Some(value) =>\n        value.toLong\n      case None =>\n        InitialValue\n    }\n    val nextValue = current + 1\n    client.set(CounterKey, nextValue.toString)\n    nextValue\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/validators\/OneOfValidatorTest.scala","text":"package com.twitter.finatra.json.tests.internal.caseclass.validation.validators\n\nimport com.twitter.finatra.json.internal.caseclass.validation.validators.OneOfValidator\nimport com.twitter.finatra.validation.ValidationResult._\nimport com.twitter.finatra.validation.{ErrorCode, OneOf, ValidationResult, ValidatorTest}\n\ncase class OneOfExample(@OneOf(value = Array(\"a\", \"B\", \"c\")) enumValue: String)\ncase class OneOfSeqExample(@OneOf(Array(\"a\", \"B\", \"c\")) enumValue: Seq[String])\ncase class OneOfInvalidTypeExample(@OneOf(Array(\"a\", \"B\", \"c\")) enumValue: Long)\n\nclass OneOfValidatorTest extends ValidatorTest {\n\n  val oneOfValues = Set(\"a\", \"B\", \"c\")\n\n  \"one of validator\" should {\n\n    \"pass validation for single value\" in {\n      val value = \"a\"\n      validate[OneOfExample](value) should equal(Valid)\n    }\n\n    \"fail validation for single value\" in {\n      val value = \"A\"\n      validate[OneOfExample](value) should equal(\n        Invalid(\n          errorMessage(\n            value),\n        ErrorCode.InvalidValues(Set(value), oneOfValues)))\n    }\n\n    \"pass validation for seq\" in {\n      val value = oneOfValues\n      validate[OneOfSeqExample](value) should equal(Valid)\n    }\n\n    \"pass validation for empty seq\" in {\n      val value = Seq()\n      validate[OneOfSeqExample](value) should equal(Valid)\n    }\n\n    \"fail validation for invalid value in seq\" in {\n      val value = Seq(\"z\")\n      validate[OneOfSeqExample](value) should equal(\n        Invalid(\n          errorMessage(\n            value),\n        ErrorCode.InvalidValues(value.toSet, oneOfValues)))\n    }\n\n    \"fail validation for invalid type\" in {\n      val value = 2\n      validate[OneOfInvalidTypeExample](value) should equal(\n        Invalid(\n          errorMessage(\n            value),\n        ErrorCode.InvalidValues(Set(\"2\"), oneOfValues)))\n    }\n  }\n\n  private def validate[C : Manifest](value: Any): ValidationResult = {\n    super.validate(manifest[C].runtimeClass, \"enumValue\", classOf[OneOf], value)\n  }\n\n  private def errorMessage(value: Any): String = {\n    OneOfValidator.errorMessage(\n      messageResolver,\n      oneOfValues,\n      value)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"thrift\/src\/main\/scala\/com\/twitter\/finatra\/thrift\/routing\/ThriftRouter.scala","text":"package com.twitter.finatra.thrift.routing\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finatra.thrift._\nimport com.twitter.finatra.thrift.internal.{ThriftRequestWrapFilter, ThriftRequestUnwrapFilter, ThriftMethodService}\nimport com.twitter.finatra.thrift.internal.routing.{NullThriftService, Services}\nimport com.twitter.inject.{Injector, Logging}\nimport com.twitter.scrooge.{ThriftMethod, ThriftService, ToThriftService}\nimport java.lang.annotation.{Annotation => JavaAnnotation}\nimport javax.inject.{Inject, Singleton}\nimport org.apache.thrift.protocol.{TBinaryProtocol, TProtocolFactory}\nimport scala.collection.mutable.{Map => MutableMap}\n\n@Singleton\nclass ThriftRouter @Inject()(\n  statsReceiver: StatsReceiver,\n  injector: Injector)\n  extends Logging {\n\n  private var filterChain = ThriftFilter.Identity\n  private var done = false\n  private var filteredThriftService: ThriftService = NullThriftService\n  private var filteredService: Option[_ <: Service[Array[Byte], Array[Byte]]] = None\n\n  private[finatra] var name: String = \"\"\n  private[finatra] val methods = MutableMap[ThriftMethod, ThriftMethodService[_, _]]()\n  private[finatra] lazy val services: Services = {\n    Services(filteredService, filteredThriftService)\n  }\n\n  \/* Public *\/\n\n  \/** Add global filter used for all requests *\/\n  def filter[FilterType <: ThriftFilter : Manifest]: ThriftRouter = {\n    filter(injector.instance[FilterType])\n  }\n\n  \/** Add global filter used for all requests annotated with Annotation Type *\/\n  def filter[FilterType <: ThriftFilter : Manifest, Ann <: JavaAnnotation : Manifest]: ThriftRouter = {\n    filter(injector.instance[FilterType, Ann])\n  }\n\n  \/** Add global filter used for all requests *\/\n  def filter(clazz: Class[_ <: ThriftFilter]): ThriftRouter = {\n    filter(injector.instance(clazz))\n  }\n\n  \/** Add global filter used for all requests *\/\n  def filter(filter: ThriftFilter): ThriftRouter = {\n    assert(filteredThriftService == NullThriftService, \"'filter' must be called before 'add'.\")\n    filterChain = filterChain andThen filter\n    this\n  }\n\n  \/** Instantiate and add thrift controller used for all requests **\/\n  def add[C <: Controller with ToThriftService : Manifest]: ThriftRouter = {\n    val controller = injector.instance[C]\n    add(controller)\n  }\n\n  \/** Add controller used for all requests **\/\n  def add(controller: Controller with ToThriftService): ThriftRouter = {\n    add {\n      for (m <- controller.methods) {\n        m.setFilter(filterChain)\n        methods += (m.method -> m)\n      }\n      info(\"Adding methods\\n\" + (controller.methods.map(method => s\"${controller.getClass.getSimpleName}.${method.name}\") mkString \"\\n\"))\n      if (controller.methods.isEmpty) error(s\"${controller.getClass.getCanonicalName} contains no methods!\")\n      filteredThriftService = controller.toThriftService\n    }\n    this\n  }\n\n  \/** Add controller used for all requests for usage from Java *\/\n  def add(controller: Class[_], service: Class[_]): ThriftRouter = {\n    add(controller, service, new TBinaryProtocol.Factory())\n  }\n\n  \/** Add controller used for all requests for usage from Java *\/\n  def add(controller: Class[_], service: Class[_], protocolFactory: TProtocolFactory): ThriftRouter = {\n    add {\n      val instance = injector.instance(controller)\n      val constructor = service.getConstructor(instance.getClass.getInterfaces.head, classOf[TProtocolFactory])\n      val serviceInstance: Service[Array[Byte], Array[Byte]] =\n        constructor.newInstance(instance.asInstanceOf[Object], protocolFactory).asInstanceOf[Service[Array[Byte], Array[Byte]]]\n\n      info(\"Adding methods\\n\" + (controller.getDeclaredMethods.map(method => s\"${controller.getSimpleName}.${method.getName}\") mkString \"\\n\"))\n      filteredService = Some(\n        new ThriftRequestWrapFilter[Array[Byte], Array[Byte]](controller.getSimpleName)\n          .andThen(filterChain.toFilter[Array[Byte], Array[Byte]])\n          .andThen(new ThriftRequestUnwrapFilter[Array[Byte], Array[Byte]])\n          .andThen(serviceInstance))\n    }\n    this\n  }\n\n  \/* Private *\/\n\n  private def add(f: => Unit): Unit = {\n    assert(!done, \"ThriftRouter#add cannot be called multiple times, as we don't currently support serving multiple thrift services.\")\n    f\n    done = true\n  }\n\n  private[finatra] def serviceName(name: String): ThriftRouter = {\n    this.name = name\n    this\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/guice\/GuiceInjectableValues.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.internal.caseclass.guice\n\nimport com.fasterxml.jackson.databind.{BeanProperty, DeserializationContext, InjectableValues}\nimport com.google.inject.{Injector, Key}\n\nprivate[json] class GuiceInjectableValues(injector: Injector) extends InjectableValues {\n  override def findInjectableValue(valueId: Object, ctxt: DeserializationContext, forProperty: BeanProperty, beanInstance: Object): Object = {\n    val key = valueId.asInstanceOf[Key[_]]\n    injector.getInstance(key)\n      .asInstanceOf[Object]\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/TweetId.scala","text":"package finatra.quickstart.domain\n\nimport com.twitter.finatra.domain.WrappedValue\n\ncase class TweetId(\n  id: String)\n  extends WrappedValue[String]"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/test\/scala\/com\/twitter\/finatra\/json\/tests\/internal\/caseclass\/validation\/domain\/Car.scala","text":"package com.twitter.finatra.json.tests.internal.caseclass.validation.domain\n\nimport com.twitter.finatra.json.tests.internal.CarMake\nimport com.twitter.finatra.validation.{CommonMethodValidations, MethodValidation, Min, ValidationResult}\nimport org.joda.time.DateTime\n\ncase class Car(\n  id: Long,\n  make: CarMake,\n  model: String,\n  @Min(2000) year: Int,\n  owners: Seq[Person],\n  @Min(0) numDoors: Int,\n  manual: Boolean,\n  ownershipStart: DateTime,\n  ownershipEnd: DateTime,\n  warrantyStart: Option[DateTime],\n  warrantyEnd: Option[DateTime]) {\n\n  @MethodValidation\n  def validateId = {\n    ValidationResult.validate(\n      id % 2 == 1,\n      \"id may not be even\")\n  }\n\n  @MethodValidation\n  def ownershipTimesValid = {\n    CommonMethodValidations.validateTimeRange(\n      ownershipStart,\n      ownershipEnd,\n      \"ownershipStart\",\n      \"ownershipEnd\")\n  }\n\n  @MethodValidation\n  def warrantyTimeValid = {\n    CommonMethodValidations.validateTimeRange(\n      warrantyStart,\n      warrantyEnd,\n      \"warrantyStart\",\n      \"warrantyEnd\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/main\/scala\/com\/twitter\/inject\/exceptions\/DetailedNonRetryableSourcedException.scala","text":"package com.twitter.inject.exceptions\n\nimport scala.runtime.ScalaRunTime\nimport scala.util.control.NoStackTrace\n\nclass DetailedNonRetryableSourcedException(\n  val message: String = \"\")\n  extends Exception(message)\n  with NoStackTrace\n  with NonRetryableException {\n\n  \/**\n   * The named component responsible for causing this exception.\n   *\/\n  val source: String = \"\"\n\n  \/**\n   * Details about this exception suitable for stats. Each element will be converted into a string.\n   * Note: Each element must have a bounded set of values (e.g. You can stat the type of a tweet\n   * e.g., \"protected\" or \"unprotected\", but you shouldn't include an actual tweet id,\n   * e.g. \"121314151617181912131\").\n   *\n   * This is different from message which will be logged when this exception occurs. Typically message contains\n   * any unbounded details of the exception that you are not able to stat such as an actual tweet id (see above).\n   *\/\n  val details: Seq[Any] = Seq(this.getClass.getSimpleName)\n\n  lazy val toDetailsString = {\n    if (source.isEmpty)\n      details.mkString(\"\/\")\n    else\n      source + \"\/\" + details.mkString(\"\/\")\n  }\n\n  override def toString = this match {\n    case product: Product =>\n      ScalaRunTime._toString(product)\n    case _ =>\n      super.toString\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-utils\/src\/test\/scala\/com\/twitter\/inject\/tests\/utils\/ExceptionUtilsTest.scala","text":"package com.twitter.inject.tests.utils\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.{FailedFastException, IndividualRequestTimeoutException}\nimport com.twitter.inject.Test\nimport com.twitter.inject.utils.ExceptionUtils\nimport com.twitter.util.{Throw, Return}\n\nclass ExceptionUtilsTest extends Test {\n\n  \"ExceptionUtils\" should {\n\n    \"toExceptionDetails\" in {\n      val details = ExceptionUtils.toExceptionDetails(new FailedFastException(\"This happened quick\"))\n      println(details)\n    }\n\n    \"toExceptionMessage on Return\" in {\n      ExceptionUtils.toExceptionMessage(Return(\"Success\")) should be(\"\")\n    }\n\n    \"toExceptionMessage on FailedFastException\" in {\n      val exception = new FailedFastException(\"This happened quick\")\n      ExceptionUtils.toExceptionMessage(Throw(exception)) should be(exception.getClass.getName)\n    }\n\n    \"toDetailedExceptionMessage on FailedFastException\" in {\n      val exception = new FailedFastException(\"This happened quick\")\n      ExceptionUtils.toDetailedExceptionMessage(Throw(exception)) should be(exception.getClass.getName + \" \" + exception.getClass.getName)\n    }\n\n    \"toExceptionMessage with no message\" in {\n      val exception = new Exception()\n      ExceptionUtils.toExceptionMessage(exception) should be(exception.getClass.getName)\n    }\n\n    \"strip new lines\" in {\n      ExceptionUtils.stripNewlines(new IndividualRequestTimeoutException(1.second)) should not contain \"\\n\"\n    }\n  }\n\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/test\/scala\/com\/twitter\/finatra\/test\/LocalFilesystemTestUtils.scala","text":"<filename>utils\/src\/test\/scala\/com\/twitter\/finatra\/test\/LocalFilesystemTestUtils.scala<gh_stars>0\npackage com.twitter.finatra.test\n\nimport java.io.File\n\nobject LocalFilesystemTestUtils {\n  val BaseDirectory = addSlash(System.getProperty(\"java.io.tmpdir\"))\n\n  def createFile(path: String): File = {\n    val f = new File(path); f.deleteOnExit(); f\n  }\n\n  def createFile(parent: File, path: String): File = {\n    val f = new File(parent, path); f.deleteOnExit(); f\n  }\n\n  \/* Private *\/\n\n  private def addSlash(directory: String): String = {\n    if (directory.endsWith(\"\/\")) directory else s\"$directory\/\"\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/contexts\/RouteInfo.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.contexts\n\nimport com.twitter.finagle.http.Request\n\nobject RouteInfo {\n  private[http] val field = Request.Schema.newField[Option[RouteInfo]](None)\n  private[http] val SanitizeRegexp = \"[^A-Za-z0-9_]\".r\n  private[http] val SlashRegexp = \"\/\".r\n\n  private[http] def set(request: Request, info: RouteInfo): Unit = {\n    request.ctx.updateAndLock(field, Some(info))\n  }\n\n  def apply(request: Request): Option[RouteInfo] = {\n    request.ctx(field)\n  }\n}\n\ncase class RouteInfo(\n  name: String,\n  path: String) {\n\n  val sanitizedPath = {\n    val noSlashes = RouteInfo.SlashRegexp.replaceAllIn(\n      target = path.stripPrefix(\"\/\").stripSuffix(\"\/\")\n    , replacement = \"_\")\n    RouteInfo.SanitizeRegexp.replaceAllIn(noSlashes, \"\")\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/Banner.scala","text":"<filename>inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/Banner.scala\npackage com.twitter.inject.app\n\nobject Banner {\n\n  def banner(str: String) {\n    println(\"\\n\")\n    println(\"=\" * 75)\n    println(str)\n    println(\"=\" * 75)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/twitter-clone\/src\/main\/scala\/finatra\/quickstart\/domain\/http\/TweetGetRequest.scala","text":"<gh_stars>0\npackage finatra.quickstart.domain.http\n\nimport com.twitter.finatra.request.RouteParam\nimport finatra.quickstart.domain.TweetId\n\ncase class TweetGetRequest(\n  @RouteParam id: TweetId)"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/request\/package.scala","text":"<gh_stars>0\npackage com.twitter.finatra\n\nimport javax.inject.Inject\nimport scala.annotation.meta.param\n\npackage object request {\n  @deprecated(\"Use javax.inject.Inject\", \"2016-02-10\")\n  type RequestInject = Inject@param\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"examples\/hello-world-heroku\/src\/main\/scala\/com\/twitter\/hello\/heroku\/HelloWorldServer.scala","text":"package com.twitter.hello.heroku\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finatra.http.HttpServer\nimport com.twitter.finatra.http.filters.{CommonFilters, LoggingMDCFilter, TraceIdMDCFilter}\nimport com.twitter.finatra.http.routing.HttpRouter\n\nobject HelloWorldServerMain extends HelloWorldServer\n\nclass HelloWorldServer extends HttpServer {\n\n  \/*\n   * Since Heroku only supports a single port per service,\n   * we disable the Admin HTTP Server\n   *\/\n  override val disableAdminHttpServer = true\n\n  override def configureHttp(router: HttpRouter) {\n    router\n      .filter[LoggingMDCFilter[Request, Response]]\n      .filter[TraceIdMDCFilter[Request, Response]]\n      .filter[CommonFilters]\n      .add[HelloWorldController]\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-app\/src\/test\/scala\/com\/twitter\/inject\/app\/tests\/internal\/InternalAppIntegrationTest.scala","text":"package com.twitter.inject.app.tests.internal\n\nimport com.twitter.inject.app.EmbeddedApp\nimport com.twitter.inject.app.tests.SampleApp\nimport com.twitter.inject.{Test, TwitterModule}\n\nclass InternalAppIntegrationTest extends Test {\n\n  \"start app\" in {\n    val app = new EmbeddedApp(\n      new SampleApp {\n        addFrameworkModule(FooModule)\n\n        override protected def run(): Unit = {\n          super.run()\n          assert(injector.instance[Foo].name == \"bar\")\n        }\n      })\n\n    app.main()\n  }\n\n  \"call injector before main\" in {\n    val e = intercept[Exception] {\n      new SampleApp {\n        addFrameworkModules(FooModule)\n        injector.instance[Foo]\n      }\n    }\n    e.getMessage should startWith(\"injector is not available\")\n  }\n\n  \"error in run fails startup\" in {\n    val app = new SampleApp {\n      override protected def run(): Unit = {\n        super.run()\n        throw new scala.Exception(\"oops\")\n      }\n    }\n\n    intercept[Exception] {\n      app.main()\n    }\n  }\n\n  \"two apps starting\" in {\n    val a = new EmbeddedApp(new com.twitter.inject.app.App {})\n    a.main()\n\n    val b = new EmbeddedApp(new com.twitter.inject.app.App {})\n    b.main()\n  }\n}\n\nobject FooModule extends TwitterModule {\n  override def configure(): Unit = {\n    bind[Foo].toInstance(new Foo(\"bar\"))\n  }\n}\n\ncase class Foo(name: String)"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/FinatraDefaultMessageBodyWriter.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/marshalling\/FinatraDefaultMessageBodyWriter.scala\npackage com.twitter.finatra.http.internal.marshalling\n\nimport com.google.common.net.MediaType\nimport com.google.common.net.MediaType._\nimport com.twitter.finatra.http.marshalling.{DefaultMessageBodyWriter, WriterResponse}\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.inject.annotations.Flag\nimport javax.inject.Inject\nimport org.apache.commons.lang.ClassUtils\n\nprivate[finatra] class FinatraDefaultMessageBodyWriter @Inject()(\n  @Flag(\"http.response.charset.enabled\") includeContentTypeCharset: Boolean,\n  mapper: FinatraObjectMapper)\n  extends DefaultMessageBodyWriter {\n\n  private val jsonCharset = {\n    if (includeContentTypeCharset) JSON_UTF_8\n    else MediaType.create(\"application\", \"json\")\n  }\n\n  private val plainText = {\n    if (includeContentTypeCharset) PLAIN_TEXT_UTF_8\n    else MediaType.create(\"plain\", \"text\")\n  }\n\n  \/* Public *\/\n\n  override def write(obj: Any): WriterResponse = {\n    if (isPrimitiveOrWrapper(obj.getClass))\n      WriterResponse(plainText, obj.toString)\n    else\n      WriterResponse(jsonCharset, mapper.writeValueAsBytes(obj))\n  }\n\n  \/* Private *\/\n\n  \/\/ Note: The following method is included in commons-lang 3.1+\n  private def isPrimitiveOrWrapper(clazz: Class[_]): Boolean = {\n    clazz.isPrimitive || ClassUtils.wrapperToPrimitive(clazz) != null\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/conversions\/OptionHttpConversionsTest.scala","text":"package com.twitter.finatra.http.tests.conversions\n\nimport com.twitter.finatra.http.conversions.optionHttp._\nimport com.twitter.finatra.http.exceptions._\nimport com.twitter.inject.Test\nimport com.twitter.util.{Future, Throw, Try}\n\nclass OptionHttpConversionsTest extends Test {\n\n  \"Option[T]\" should {\n\n    \"#valueOrNotFound when Some\" in {\n      Some(1).valueOrNotFound(\"foo\") should equal(1)\n    }\n\n    \"#valueOrNotFound when None\" in {\n      val e = intercept[NotFoundException] {\n        None.valueOrNotFound(\"foo\")\n      }\n      e.errors should equal(Seq(\"foo\"))\n    }\n\n    \"#toTryOrServerError when Some\" in {\n      Some(1).toTryOrServerError(\"foo\") should equal(Try(1))\n    }\n\n    \"#toTryOrServerError when None\" in {\n      None.toTryOrServerError(\"foo\") should equal(Throw(InternalServerErrorException(\"foo\")))\n    }\n\n    \"#toFutureOrNotFound when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrNotFound(),\n        Future(1))\n    }\n\n    \"#toFutureOrBadRequest when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrBadRequest(),\n        Future(1))\n    }\n\n    \"#toFutureOrServiceError when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrServerError(),\n        Future(1))\n    }\n\n    \"#toFutureOrForbidden when Some\" in {\n      assertFuture(\n        Some(1).toFutureOrForbidden(),\n        Future(1))\n    }\n\n    \"#toFutureOrNotFound when None\" in {\n      assertFailedFuture[NotFoundException](\n        None.toFutureOrNotFound())\n    }\n\n    \"#toFutureOrBadRequest when None\" in {\n      assertFailedFuture[BadRequestException](\n        None.toFutureOrBadRequest())\n    }\n\n    \"#toFutureOrServiceError when None\" in {\n      assertFailedFuture[InternalServerErrorException](\n        None.toFutureOrServerError())\n    }\n\n    \"#toFutureOrForbidden when None\" in {\n      assertFailedFuture[ForbiddenException](\n        None.toFutureOrForbidden())\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/RoutesByType.scala","text":"<filename>http\/src\/main\/scala\/com\/twitter\/finatra\/http\/internal\/routing\/RoutesByType.scala\npackage com.twitter.finatra.http.internal.routing\n\nprivate[http] case class RoutesByType(\n  external: Seq[Route],\n  admin: Seq[Route])\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-core\/src\/main\/scala\/com\/twitter\/inject\/Logger.scala","text":"package com.twitter.inject\n\nimport scala.reflect._\n\n\/**\n * A factory for retrieving a Scala wrapped SLF4JLogger\n * e.g. val logger = Logger[MyClass]\n *\/\nobject Logger {\n  def apply[C: ClassTag](): grizzled.slf4j.Logger = {\n    grizzled.slf4j.Logger[C]\n  }\n}"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/internal\/caseclass\/exceptions\/JsonInjectException.scala","text":"<gh_stars>0\npackage com.twitter.finatra.json.internal.caseclass.exceptions\n\nimport com.google.inject.Key\nimport scala.language.existentials\nimport scala.util.control.NoStackTrace\n\ncase class JsonInjectException(\n  parentClass: Class[_],\n  fieldName: String,\n  key: Key[_],\n  cause: Throwable)\n  extends Exception(\n    \"Unable to inject field '\" + fieldName + \"' with \" + key +\n      \" into class \" + parentClass, cause) with NoStackTrace\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"utils\/src\/main\/scala\/com\/twitter\/finatra\/utils\/RetryPolicyUtils.scala","text":"package com.twitter.finatra.utils\n\nimport com.twitter.finagle.http.Response\nimport com.twitter.finagle.service.Backoff._\nimport com.twitter.finagle.service.RetryPolicy\nimport com.twitter.finagle.service.RetryPolicy._\nimport com.twitter.finatra.conversions.time._\nimport com.twitter.finatra.utils.ResponseUtils._\nimport com.twitter.util.{NonFatal, Return, Throw, Try}\nimport org.joda.time.Duration\n\nobject RetryPolicyUtils {\n\n  val NonFatalExceptions: PartialFunction[Try[Any], Boolean] = {\n    case Throw(NonFatal(_)) => true\n  }\n\n  val Http4xxOr5xxResponses: PartialFunction[Try[Response], Boolean] = {\n    case Return(response) if is4xxOr5xxResponse(response) => true\n  }\n\n  def exponentialRetry[T](\n    start: Duration,\n    multiplier: Int,\n    numRetries: Int,\n    shouldRetry: PartialFunction[Try[T], Boolean]): RetryPolicy[Try[T]] = {\n\n    backoff(\n      exponential(start.toTwitterDuration, multiplier) take numRetries)(shouldRetry)\n  }\n\n  def constantRetry[T](\n    start: Duration,\n    numRetries: Int,\n    shouldRetry: PartialFunction[Try[T], Boolean]): RetryPolicy[Try[T]] = {\n\n    backoff(\n      constant(start.toTwitterDuration) take numRetries)(shouldRetry)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/modules\/FilteredThriftClientFlagsModule.scala","text":"package com.twitter.inject.thrift.modules\n\nimport com.twitter.inject.TwitterModule\n\nobject FilteredThriftClientFlagsModule extends TwitterModule {\n  flag(\"timeout.multiplier\", 1, \"Timeout multiplier to increase specified timeout durations by a common factor\")\n  flag(\"retry.multiplier\", 1, \"Retry multiplier to increase specified retry durations by a common factor\")\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"inject\/inject-thrift-client\/src\/main\/scala\/com\/twitter\/inject\/thrift\/ThriftClientFilterChain.scala","text":"package com.twitter.inject.thrift\n\nimport com.twitter\nimport com.twitter.concurrent.AsyncSemaphore\nimport com.twitter.finagle\nimport com.twitter.finagle._\nimport com.twitter.finagle.exp.BackupRequestFilter\nimport com.twitter.finagle.filter.RequestSemaphoreFilter\nimport com.twitter.finagle.param.HighResTimer\nimport com.twitter.finagle.service.Backoff._\nimport com.twitter.finagle.service.Retries.Budget\nimport com.twitter.finagle.service.RetryPolicy._\nimport com.twitter.finagle.service.{RetryBudget, RetryFilter, RetryPolicy, TimeoutFilter}\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.finagle.util.{DefaultTimer, HashedWheelTimer}\nimport com.twitter.inject.conversions.duration._\nimport com.twitter.inject.thrift.internal.IncrementCounterFilter\nimport com.twitter.inject.thrift.internal.filters.ThriftClientExceptionFilter\nimport com.twitter.inject.thrift.utils.ThriftMethodUtils\nimport com.twitter.inject.utils.ExceptionUtils._\nimport com.twitter.inject.{Injector, Logging}\nimport com.twitter.scrooge.{ThriftMethod, ThriftResponse, ThriftStruct}\nimport com.twitter.util.{Duration => TwitterDuration, Throwables, Timer, Try}\nimport org.joda.time.Duration\n\nclass ThriftClientFilterChain[Req <: ThriftStruct, Rep <: ThriftResponse[_]](\n  injector: Injector,\n  statsReceiver: StatsReceiver,\n  clientLabel: String,\n  budget: Budget,\n  method: ThriftMethod,\n  timeoutMultiplier: Int,\n  retryMultiplier: Int,\n  useHighResTimerForRetries: Boolean,\n  andThenService: AndThenService)\n  extends Logging {\n\n  private val retryTimer = {\n    if(useHighResTimerForRetries)\n      HighResTimer.Default\n    else\n      finagle.param.Timer.param.default.timer\n  }\n\n  \/\/ clnt\/thrift\/Adder\/add1String\n  private val methodStats = statsReceiver.scope(\"clnt\").scope(clientLabel).scope(method.serviceName).scope(method.name)\n  private val failuresCounter = methodStats.counter(\"failures\")\n  \/\/ method invocations - incremented every time we call\/invoke the method.\n  private val invocationsCounter = methodStats.counter(\"invocations\")\n  private val failuresScope = methodStats.scope(\"failures\")\n\n  \/\/ Mutable\n  private var filterChain: Filter[Req, Rep, Req, Rep] = Filter.identity\n  private var exceptionFilterOverride: Option[Filter[Req, Rep, Req, Rep]] = None\n\n  \/* Public *\/\n\n  def filter(filter: Filter[Req, Rep, Req, Rep]): ThriftClientFilterChain[Req, Rep] = {\n    filterChain = filterChain andThen filter\n    this\n  }\n\n  def globalFilter(filter: Filter[ThriftStruct, ThriftResponse[_], ThriftStruct, ThriftResponse[_]]): ThriftClientFilterChain[Req, Rep] = {\n    filterChain = filterChain andThen filter.asInstanceOf[Filter[Req, Rep, Req, Rep]]\n    this\n  }\n\n  def filter[T <: Filter[Req, Rep, Req, Rep] : Manifest]: ThriftClientFilterChain[Req, Rep] = {\n    filter(injector.instance[T])\n  }\n\n  def globalFilter[T <: Filter[ThriftStruct, ThriftResponse[_], ThriftStruct, ThriftResponse[_]] : Manifest]: ThriftClientFilterChain[Req, Rep] = {\n    globalFilter(injector.instance[T])\n  }\n\n  def exceptionFilter[T <: Filter[Req, Rep, Req, Rep] : Manifest]: ThriftClientFilterChain[Req, Rep] = {\n    exceptionFilter(injector.instance[T])\n  }\n\n  def exceptionFilter(filter: Filter[Req, Rep, Req, Rep]): ThriftClientFilterChain[Req, Rep] = {\n    exceptionFilterOverride = Some(filter)\n    this\n  }\n\n  \/*\n   * Note: It\u2019s highly recommended to share a single instance of RetryBudget between\n   * both RetryFilter and RequeueFilter to prevent retry storms. As such, use caution\n   * when specifying the retryBudget. See https:\/\/twitter.github.io\/finagle\/guide\/Clients.html#retries\n   *\/\n  def constantRetry(\n    requestTimeout: Duration,\n    shouldRetry: PartialFunction[(Req, Try[Rep]), Boolean] = null,\n    shouldRetryResponse: PartialFunction[Try[Rep], Boolean] = null,\n    start: Duration,\n    retries: Int,\n    retryBudget: RetryBudget = budget.retryBudget) = {\n\n    retry(\n      constantRetryPolicy(\n        delay = start.multipliedBy(retryMultiplier),\n        retries = retries,\n        shouldRetry = chooseShouldRetryFunction(shouldRetry, shouldRetryResponse)))\n      .requestTimeout(requestTimeout)\n  }\n\n  def backupRequestFilter(\n    quantile: Int,\n    clipDuration: Duration,\n    history: Duration,\n    timer: Timer = HashedWheelTimer.Default) = {\n    filter(\n      new BackupRequestFilter[Req, Rep](\n        quantile = quantile,\n        clipDuration = clipDuration.toTwitterDuration * timeoutMultiplier,\n        timer = timer,\n        statsReceiver = methodStats,\n        history = history.toTwitterDuration))\n  }\n\n  def exponentialRetry(\n    requestTimeout: Duration,\n    shouldRetry: PartialFunction[(Req, Try[Rep]), Boolean] = null,\n    shouldRetryResponse: PartialFunction[Try[Rep], Boolean] = null,\n    start: Duration,\n    multiplier: Int,\n    retries: Int): ThriftClientFilterChain[Req, Rep] = {\n\n    retry(\n      exponentialRetryPolicy(\n        start = start.multipliedBy(retryMultiplier),\n        multiplier = multiplier,\n        numRetries = retries,\n        shouldRetry = chooseShouldRetryFunction(shouldRetry, shouldRetryResponse)))\n      .requestTimeout(requestTimeout)\n  }\n\n  def timeout(duration: Duration) = {\n    val twitterTimeout = duration.toTwitterDuration * timeoutMultiplier\n\n    filter(\n      new TimeoutFilter[Req, Rep](\n        twitterTimeout,\n        new GlobalRequestTimeoutException(twitterTimeout),\n        DefaultTimer.twitter))\n  }\n\n  def requestTimeout(duration: Duration) = {\n    val twitterTimeout = duration.toTwitterDuration * timeoutMultiplier\n\n    filter(\n      new TimeoutFilter[Req, Rep](\n        twitterTimeout,\n        new IndividualRequestTimeoutException(twitterTimeout),\n        DefaultTimer.twitter))\n  }\n\n  def retry(\n    retryPolicy: RetryPolicy[(Req, Try[Rep])],\n    retryMsg: ((Req, Try[Rep]), TwitterDuration) => String = defaultRetryMsg) = {\n\n    filter(new IncrementCounterFilter[Req, Rep](invocationsCounter))\n\n    filter(new RetryFilter[Req, Rep](\n      addRetryLogging(retryPolicy, retryMsg),\n      retryTimer,\n      methodStats,\n      budget.retryBudget))\n  }\n\n  def concurrencyLimit(initialPermits: Int, maxWaiters: Int) = {\n    filter(new RequestSemaphoreFilter[Req, Rep](new AsyncSemaphore(initialPermits, maxWaiters)))\n  }\n\n  def defaultRetryMsg(requestAndResponse: (Req, Try[Rep]), duration: TwitterDuration) = {\n    val (_, response) = requestAndResponse\n    s\"Retrying ${ThriftMethodUtils.prettyStr(method)} = ${toDetailedExceptionMessage(response)} in ${duration.inMillis} ms\"\n  }\n\n  def andThen(service: Service[Req, Rep]): Service[Req, Rep] = {\n    val exceptionFilterImpl = exceptionFilterOverride getOrElse new ThriftClientExceptionFilter[Req, Rep](clientLabel, method)\n    val filterChainToAdd = exceptionFilterImpl andThen filterChain\n    andThenService.andThen(method, filterChainToAdd, service)\n  }\n\n  \/* Private *\/\n\n  \/**\n   * @see scala.PartialFunction#applyOrElse\n   *\/\n  private val AlwaysFalse = Function.const(false) _\n\n  \/*\n   * Note: If shouldRetryResponse is set, convert it into a partial function which accepts\n   * both a request and a response. Since we are manually calling the partial function, we\n   * call PartialFunction#applyOrElse to see if shouldRetryResponse matches the incoming\n   * response else the result is a Function that always returns false (we are defensive and\n   * return of false indicates we do not want to retry).\n   *\/\n  private def chooseShouldRetryFunction(\n   shouldRetry: PartialFunction[(Req, Try[Rep]), Boolean],\n   shouldRetryResponse: PartialFunction[Try[Rep], Boolean]\n  ): PartialFunction[(Req, Try[Rep]), Boolean] = {\n    assert(shouldRetryResponse != null | shouldRetry != null)\n\n    if (shouldRetry != null) {\n      shouldRetry\n    }\n    else {\n      case (request, responseTry) =>\n        shouldRetryResponse.applyOrElse(responseTry, AlwaysFalse)\n    }\n  }\n\n  private def addRetryLogging(\n    retryPolicy: RetryPolicy[(Req, Try[Rep])],\n    retryMsg: ((Req, Try[Rep]), TwitterDuration) => String): RetryPolicy[(Req, Try[Rep])] = {\n\n    new RetryPolicy[(Req, Try[Rep])] {\n      override def apply(result: (Req, Try[Rep])): Option[(twitter.util.Duration, RetryPolicy[(Req, Try[Rep])])] = {\n        incrRetryStats(result)\n\n        retryPolicy(result) match {\n          case Some((duration, policy)) =>\n            if (logger.isWarnEnabled) {\n              val msg = retryMsg(result, duration)\n              if (msg.nonEmpty) {\n                warn(msg)\n              }\n            }\n            Some((duration, addRetryLogging(policy, retryMsg)))\n          case _ =>\n            None\n        }\n      }\n    }\n  }\n\n  private def incrRetryStats(result: (Req, Try[Rep])): Unit = {\n    val (_, rep) = result\n    rep.onFailure { e =>\n      failuresCounter.incr()\n      incrScopedFailureCounter(e)\n    }\n  }\n\n  private def incrScopedFailureCounter(e: Throwable): Unit = {\n    failuresScope.counter(Throwables.mkString(e): _*).incr()\n  }\n\n  private def exponentialRetryPolicy[T](\n    start: Duration,\n    multiplier: Int,\n    numRetries: Int,\n    shouldRetry: PartialFunction[T, Boolean]): RetryPolicy[T] = {\n\n    backoff(\n      exponential(start.toTwitterDuration, multiplier) take numRetries)(shouldRetry)\n  }\n\n  private def constantRetryPolicy[T](\n    shouldRetry: PartialFunction[T, Boolean],\n    delay: Duration,\n    retries: Int): RetryPolicy[T] = {\n\n    backoff(\n      constant(delay.toTwitterDuration) take retries)(shouldRetry)\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"jackson\/src\/main\/scala\/com\/twitter\/finatra\/json\/utils\/JsonDiffUtil.scala","text":"<reponame>twitter-zuiwanyuan\/finatra\npackage com.twitter.finatra.json.utils\n\nimport com.fasterxml.jackson.databind.node.TextNode\nimport com.fasterxml.jackson.databind.{JsonNode, ObjectMapperCopier, SerializationFeature}\nimport com.twitter.finatra.conversions.boolean._\nimport com.twitter.finatra.json.FinatraObjectMapper\nimport com.twitter.inject.Logging\nimport com.twitter.util.NonFatal\n\n\nobject JsonDiffUtil extends Logging {\n\n  private val finatraMapper = FinatraObjectMapper.create()\n\n  private lazy val sortingObjectMapper = {\n    val newMapper = ObjectMapperCopier.copy(finatraMapper.objectMapper)\n    newMapper.configure(SerializationFeature.ORDER_MAP_ENTRIES_BY_KEYS, true)\n    newMapper\n  }\n\n  \/**\n   * Computes the diff for two snippets of json both of expected type T.\n   * If a difference is detected a Some(JsonDiffResult) is returned.\n   * @param receivedJson - the received json\n   * @param expectedJson - the expected json\n   * @param normalizer - Optional normalizer\n   * @return if a difference is detected a Some(<code>JsonDiffResult<\/code>)\n   *         is returned otherwise a None.\n   *\/\n  def jsonDiff[T](\n    receivedJson: Any,\n    expectedJson: Any,\n    normalizer: JsonNode => JsonNode = null): Option[JsonDiffResult] = {\n\n    val receivedJsonStr = jsonString(receivedJson)\n    val expectedJsonStr = jsonString(expectedJson)\n\n    val receivedJsonNode = {\n      val jsonNode = tryJsonNodeParse(receivedJsonStr)\n\n      if (normalizer != null) {\n        normalizer(jsonNode)\n      } else {\n        jsonNode\n      }\n    }\n\n    val expectedJsonNode = tryJsonNodeParse(expectedJsonStr)\n    (receivedJsonNode != expectedJsonNode).option {\n      JsonDiffResult.create(\n        finatraMapper,\n        expectedJsonNode,\n        receivedJsonNode)\n    }\n  }\n\n  \/**\n   * Creates a string representation of the given <code>JsonNode<\/code> with entries\n   * sorted alphabetically by key.\n   * @param jsonNode - input <code>JsonNode<\/code>\n   * @return string representation of the JsonNode.\n   *\/\n  def sortedString(jsonNode: JsonNode): String = {\n    if (jsonNode.isTextual) {\n      jsonNode.textValue()\n    } else {\n      val node = sortingObjectMapper.treeToValue(jsonNode, classOf[Object])\n      sortingObjectMapper.writeValueAsString(node)\n    }\n  }\n\n  \/* Private *\/\n\n  private def tryJsonNodeParse(expectedJsonStr: String): JsonNode = {\n    try {\n      finatraMapper.parse[JsonNode](expectedJsonStr)\n    } catch {\n      case NonFatal(e) =>\n        warn(e.getMessage)\n        new TextNode(expectedJsonStr)\n    }\n  }\n\n  private def jsonString(receivedJson: Any): String = {\n    receivedJson match {\n      case str: String => str\n      case _ => finatraMapper.writeValueAsString(receivedJson)\n    }\n  }\n}\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/main\/scala\/com\/twitter\/finatra\/http\/marshalling\/DefaultMessageBodyWriter.scala","text":"<gh_stars>0\npackage com.twitter.finatra.http.marshalling\n\ntrait DefaultMessageBodyWriter\n  extends MessageBodyWriter[Any]\n"}
{"repo_name":"twitter-zuiwanyuan\/finatra","path":"http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/DomainTestUser.scala","text":"<filename>http\/src\/test\/scala\/com\/twitter\/finatra\/http\/tests\/integration\/doeverything\/main\/domain\/DomainTestUser.scala\npackage com.twitter.finatra.http.tests.integration.doeverything.main.domain\n\ncase class DomainTestUser(\n  firstName: String)\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/positions\/package.scala","text":"<reponame>msilb\/scalanda-v20<filename>src\/main\/scala\/com\/msilb\/scalandav20\/model\/positions\/package.scala\npackage com.msilb.scalandav20.model\n\nimport com.msilb.scalandav20.model.pricing.PriceValue\nimport com.msilb.scalandav20.model.primitives.{AccountUnits, DecimalNumber, InstrumentName}\nimport com.msilb.scalandav20.model.trades.TradeID\nimport io.circe.generic.JsonCodec\n\npackage object positions {\n\n  @JsonCodec\n  case class PositionSide(units: DecimalNumber,\n                          averagePrice: Option[PriceValue],\n                          tradeIDs: Option[Seq[TradeID]],\n                          pl: AccountUnits,\n                          unrealizedPL: Option[AccountUnits],\n                          resettablePL: AccountUnits)\n\n  @JsonCodec\n  case class Position(instrument: InstrumentName,\n                      pl: AccountUnits,\n                      unrealizedPL: Option[AccountUnits],\n                      resettablePL: AccountUnits,\n                      long: PositionSide,\n                      short: PositionSide)\n\n  @JsonCodec\n  case class CalculatedPositionState(instrument: InstrumentName,\n                                     netUnrealizedPL: AccountUnits,\n                                     longUnrealizedPL: AccountUnits,\n                                     shortUnrealizedPL: AccountUnits)\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/client\/Response.scala","text":"package com.msilb.scalandav20.client\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.account._\nimport com.msilb.scalandav20.model.instrument.{Candlestick, CandlestickGranularity}\nimport com.msilb.scalandav20.model.orders.Order\nimport com.msilb.scalandav20.model.positions.Position\nimport com.msilb.scalandav20.model.pricing.Price\nimport com.msilb.scalandav20.model.primitives.{Instrument, InstrumentName}\nimport com.msilb.scalandav20.model.trades.Trade\nimport com.msilb.scalandav20.model.transactions.Transaction._\nimport com.msilb.scalandav20.model.transactions.{Transaction, TransactionFilter, TransactionID}\nimport io.circe.Decoder\nimport io.circe.generic.JsonCodec\nimport io.circe.java8.time._\n\nsealed trait Response\n\nobject Response {\n\n  type GenericResponse[T <: Response] = Either[ErrorResponse, T]\n\n  private def decodeSuccessOrFailure[T, S <: T : Decoder, F <: T : Decoder]: Decoder[T] = Decoder.instance { c =>\n    c.downField(\"errorMessage\").as[String]\n      .flatMap(_ => c.as[F])\n      .left\n      .flatMap(_ => c.as[S])\n  }\n\n  @JsonCodec\n  case class ErrorResponse(lastTransactionID: Option[TransactionID],\n                           errorCode: Option[String],\n                           errorMessage: String) extends Response\n\n  @JsonCodec\n  case class AccountsListResponse(accounts: Seq[AccountProperties]) extends Response\n\n  @JsonCodec\n  case class AccountDetailsResponse(account: Account, lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class AccountSummaryResponse(account: AccountSummary, lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class AccountInstrumentsResponse(instruments: Seq[Instrument]) extends Response\n\n  sealed trait ConfigureAccountResponse extends Response\n\n  object ConfigureAccountResponse {\n\n    @JsonCodec\n    case class ConfigureAccountSuccessResponse(clientConfigureTransaction: ClientConfigureTransaction,\n                                               lastTransactionID: TransactionID) extends ConfigureAccountResponse\n\n    @JsonCodec\n    case class ConfigureAccountFailureResponse(clientConfigureRejectTransaction: Option[ClientConfigureRejectTransaction],\n                                               lastTransactionID: Option[TransactionID],\n                                               errorCode: Option[String],\n                                               errorMessage: String) extends ConfigureAccountResponse\n\n    implicit val decodeConfigureAccountResponse: Decoder[ConfigureAccountResponse] =\n      decodeSuccessOrFailure[ConfigureAccountResponse, ConfigureAccountSuccessResponse, ConfigureAccountFailureResponse]\n\n  }\n\n  @JsonCodec\n  case class AccountChangesResponse(changes: AccountChanges,\n                                    state: AccountState,\n                                    lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class CandlesticksResponse(instrument: InstrumentName,\n                                  granularity: CandlestickGranularity,\n                                  candles: Seq[Candlestick]) extends Response\n\n  @JsonCodec\n  case class GetOrderDetailsResponse(order: Order, lastTransactionID: Option[TransactionID]) extends Response\n\n  @JsonCodec\n  case class GetOrdersResponse(orders: Seq[Order], lastTransactionID: Option[TransactionID]) extends Response\n\n  sealed trait CreateOrderResponse extends Response\n\n  object CreateOrderResponse {\n\n    @JsonCodec\n    case class CreateOrderSuccessResponse(orderCreateTransaction: Transaction,\n                                          orderFillTransaction: Option[OrderFillTransaction],\n                                          orderCancelTransaction: Option[OrderCancelTransaction],\n                                          orderReissueTransaction: Option[Transaction],\n                                          orderReissueRejectTransaction: Option[Transaction],\n                                          relatedTransactionIDs: Option[Seq[TransactionID]],\n                                          lastTransactionID: Option[TransactionID]) extends CreateOrderResponse\n\n    @JsonCodec\n    case class CreateOrderFailureResponse(orderRejectTransaction: Option[Transaction],\n                                          relatedTransactionIDs: Option[Seq[TransactionID]],\n                                          lastTransactionID: Option[TransactionID],\n                                          errorCode: Option[String],\n                                          errorMessage: String) extends CreateOrderResponse\n\n    implicit val decodeCreateOrderResponse: Decoder[CreateOrderResponse] =\n      decodeSuccessOrFailure[CreateOrderResponse, CreateOrderSuccessResponse, CreateOrderFailureResponse]\n\n  }\n\n  sealed trait ReplaceOrderResponse extends Response\n\n  object ReplaceOrderResponse {\n\n    @JsonCodec\n    case class ReplaceOrderSuccessResponse(orderCancelTransaction: OrderCancelTransaction,\n                                           orderCreateTransaction: Transaction,\n                                           orderFillTransaction: Option[OrderFillTransaction],\n                                           orderReissueTransaction: Option[Transaction],\n                                           orderReissueRejectTransaction: Option[Transaction],\n                                           replacingOrderCancelTransaction: Option[OrderCancelTransaction],\n                                           relatedTransactionIDs: Option[Seq[TransactionID]],\n                                           lastTransactionID: Option[TransactionID]) extends ReplaceOrderResponse\n\n    @JsonCodec\n    case class ReplaceOrderFailureResponse(orderRejectTransaction: Option[Transaction],\n                                           relatedTransactionIDs: Option[Seq[TransactionID]],\n                                           lastTransactionID: Option[TransactionID],\n                                           errorCode: Option[String],\n                                           errorMessage: String) extends ReplaceOrderResponse\n\n    implicit val decodeReplaceOrderResponse: Decoder[ReplaceOrderResponse] =\n      decodeSuccessOrFailure[ReplaceOrderResponse, ReplaceOrderSuccessResponse, ReplaceOrderFailureResponse]\n\n  }\n\n  sealed trait CancelOrderResponse extends Response\n\n  object CancelOrderResponse {\n\n    @JsonCodec\n    case class CancelOrderSuccessResponse(orderCancelTransaction: OrderCancelTransaction,\n                                          relatedTransactionIDs: Option[Seq[TransactionID]],\n                                          lastTransactionID: Option[TransactionID]) extends CancelOrderResponse\n\n    @JsonCodec\n    case class CancelOrderFailureResponse(orderCancelRejectTransaction: Option[OrderCancelRejectTransaction],\n                                          relatedTransactionIDs: Option[Seq[TransactionID]],\n                                          lastTransactionID: Option[TransactionID],\n                                          errorCode: Option[String],\n                                          errorMessage: String) extends CancelOrderResponse\n\n    implicit val decodeCancelOrderResponse: Decoder[CancelOrderResponse] =\n      decodeSuccessOrFailure[CancelOrderResponse, CancelOrderSuccessResponse, CancelOrderFailureResponse]\n\n  }\n\n  sealed trait OrderClientExtensionsModifyResponse extends Response\n\n  object OrderClientExtensionsModifyResponse {\n\n    @JsonCodec\n    case class OrderClientExtensionsModifySuccessResponse(orderClientExtensionsModifyTransaction: OrderClientExtensionsModifyTransaction,\n                                                          lastTransactionID: Option[TransactionID]) extends OrderClientExtensionsModifyResponse\n\n    @JsonCodec\n    case class OrderClientExtensionsModifyFailureResponse(orderClientExtensionsModifyRejectTransaction: Option[OrderClientExtensionsModifyRejectTransaction],\n                                                          lastTransactionID: Option[TransactionID],\n                                                          errorCode: Option[String],\n                                                          errorMessage: String) extends OrderClientExtensionsModifyResponse\n\n    implicit val decodeOrderClientExtensionsModifyResponse: Decoder[OrderClientExtensionsModifyResponse] =\n      decodeSuccessOrFailure[OrderClientExtensionsModifyResponse, OrderClientExtensionsModifySuccessResponse, OrderClientExtensionsModifyFailureResponse]\n\n  }\n\n  @JsonCodec\n  case class GetTradesResponse(trades: Seq[Trade], lastTransactionID: Option[TransactionID]) extends Response\n\n  @JsonCodec\n  case class GetTradeDetailsResponse(trade: Trade, lastTransactionID: Option[TransactionID]) extends Response\n\n  sealed trait CloseTradeResponse extends Response\n\n  object CloseTradeResponse {\n\n    @JsonCodec\n    case class CloseTradeSuccessResponse(orderCreateTransaction: MarketOrderTransaction,\n                                         orderFillTransaction: OrderFillTransaction,\n                                         orderCancelTransaction: Option[OrderCancelTransaction],\n                                         relatedTransactionIDs: Option[Seq[TransactionID]],\n                                         lastTransactionID: Option[TransactionID]) extends CloseTradeResponse\n\n    @JsonCodec\n    case class CloseTradeFailureResponse(orderRejectTransaction: Option[MarketOrderRejectTransaction],\n                                         errorCode: Option[String],\n                                         errorMessage: String) extends CloseTradeResponse\n\n    implicit val decodeCloseTradeResponse: Decoder[CloseTradeResponse] =\n      decodeSuccessOrFailure[CloseTradeResponse, CloseTradeSuccessResponse, CloseTradeFailureResponse]\n  }\n\n  sealed trait TradeClientExtensionsModifyResponse extends Response\n\n  object TradeClientExtensionsModifyResponse {\n\n    @JsonCodec\n    case class TradeClientExtensionsModifySuccessResponse(tradeClientExtensionsModifyTransaction: TradeClientExtensionsModifyTransaction,\n                                                          lastTransactionID: Option[TransactionID]) extends TradeClientExtensionsModifyResponse\n\n    @JsonCodec\n    case class TradeClientExtensionsModifyFailureResponse(tradeClientExtensionsModifyRejectTransaction: Option[TradeClientExtensionsModifyRejectTransaction],\n                                                          lastTransactionID: Option[TransactionID],\n                                                          errorCode: Option[String],\n                                                          errorMessage: String) extends TradeClientExtensionsModifyResponse\n\n    implicit val decodeTradeClientExtensionsModifyResponse: Decoder[TradeClientExtensionsModifyResponse] =\n      decodeSuccessOrFailure[TradeClientExtensionsModifyResponse, TradeClientExtensionsModifySuccessResponse, TradeClientExtensionsModifyFailureResponse]\n\n  }\n\n  sealed trait TradesDependentOrdersModifyResponse extends Response\n\n  object TradesDependentOrdersModifyResponse {\n\n    @JsonCodec\n    case class TradesDependentOrdersModifySuccessResponse(takeProfitOrderCancelTransaction: Option[OrderCancelTransaction],\n                                                          takeProfitOrderTransaction: Option[TakeProfitOrderTransaction],\n                                                          takeProfitOrderFillTransaction: Option[OrderFillTransaction],\n                                                          takeProfitOrderCreatedCancelTransaction: Option[OrderCancelTransaction],\n                                                          stopLossOrderCancelTransaction: Option[OrderCancelTransaction],\n                                                          stopLossOrderTransaction: Option[StopLossOrderTransaction],\n                                                          stopLossOrderFillTransaction: Option[OrderFillTransaction],\n                                                          stopLossOrderCreatedCancelTransaction: Option[OrderCancelTransaction],\n                                                          trailingStopLossOrderCancelTransaction: Option[OrderCancelTransaction],\n                                                          trailingStopLossOrderTransaction: Option[TrailingStopLossOrderTransaction],\n                                                          relatedTransactionIDs: Option[Seq[TransactionID]],\n                                                          lastTransactionID: Option[TransactionID]) extends TradesDependentOrdersModifyResponse\n\n    @JsonCodec\n    case class TradesDependentOrdersModifyFailureResponse(takeProfitOrderCancelRejectTransaction: Option[OrderCancelRejectTransaction],\n                                                          takeProfitOrderRejectTransaction: Option[TakeProfitOrderRejectTransaction],\n                                                          stopLossOrderCancelRejectTransaction: Option[OrderCancelRejectTransaction],\n                                                          stopLossOrderRejectTransaction: Option[StopLossOrderRejectTransaction],\n                                                          trailingStopLossOrderCancelRejectTransaction: Option[OrderCancelRejectTransaction],\n                                                          trailingStopLossOrderRejectTransaction: Option[TrailingStopLossOrderRejectTransaction],\n                                                          lastTransactionID: Option[TransactionID],\n                                                          errorCode: Option[String],\n                                                          errorMessage: String) extends TradesDependentOrdersModifyResponse\n\n    implicit val decodeTradesDependentOrdersModifyResponse: Decoder[TradesDependentOrdersModifyResponse] =\n      decodeSuccessOrFailure[TradesDependentOrdersModifyResponse, TradesDependentOrdersModifySuccessResponse, TradesDependentOrdersModifyFailureResponse]\n\n  }\n\n  @JsonCodec\n  case class GetPositionsResponse(positions: Seq[Position], lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class GetPositionForInstrumentResponse(position: Position, lastTransactionID: TransactionID) extends Response\n\n  sealed trait ClosePositionResponse extends Response\n\n  object ClosePositionResponse {\n\n    @JsonCodec\n    case class ClosePositionSuccessResponse(longOrderCreateTransaction: Option[MarketOrderTransaction],\n                                            longOrderFillTransaction: Option[OrderFillTransaction],\n                                            longOrderCancelTransaction: Option[OrderCancelTransaction],\n                                            shortOrderCreateTransaction: Option[MarketOrderTransaction],\n                                            shortOrderFillTransaction: Option[OrderFillTransaction],\n                                            shortOrderCancelTransaction: Option[OrderCancelTransaction],\n                                            relatedTransactionIDs: Option[Seq[TransactionID]],\n                                            lastTransactionID: Option[TransactionID]) extends ClosePositionResponse\n\n    @JsonCodec\n    case class ClosePositionFailureResponse(longOrderRejectTransaction: Option[MarketOrderRejectTransaction],\n                                            shortOrderRejectTransaction: Option[MarketOrderRejectTransaction],\n                                            relatedTransactionIDs: Option[Seq[TransactionID]],\n                                            lastTransactionID: Option[TransactionID],\n                                            errorCode: Option[String],\n                                            errorMessage: String) extends ClosePositionResponse\n\n    implicit val decodeClosePositionResponse: Decoder[ClosePositionResponse] =\n      decodeSuccessOrFailure[ClosePositionResponse, ClosePositionSuccessResponse, ClosePositionFailureResponse]\n\n  }\n\n  @JsonCodec\n  case class GetTransactionsResponse(from: Instant,\n                                     to: Instant,\n                                     pageSize: Int,\n                                     `type`: Option[Seq[TransactionFilter]],\n                                     count: Int,\n                                     pages: Seq[String],\n                                     lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class GetTransactionDetailsResponse(transaction: Transaction, lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class GetTransactionsRangeResponse(transactions: Seq[Transaction], lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class GetTransactionsSinceIdResponse(transactions: Seq[Transaction], lastTransactionID: TransactionID) extends Response\n\n  @JsonCodec\n  case class GetPricingResponse(prices: Seq[Price]) extends Response\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/common\/AkkaHttpCirceSupport.scala","text":"package com.msilb.scalandav20.common\n\nimport akka.http.scaladsl.marshalling.{Marshaller, ToEntityMarshaller}\nimport akka.http.scaladsl.model.MediaTypes.`application\/json`\nimport akka.http.scaladsl.unmarshalling.{FromEntityUnmarshaller, Unmarshaller}\nimport akka.util.ByteString\nimport io.circe._\n\nobject AkkaHttpCirceSupport extends AkkaHttpCirceSupport\n\ntrait AkkaHttpCirceSupport {\n\n  private val jsonStringUnmarshaller =\n    Unmarshaller.byteStringUnmarshaller\n      .forContentTypes(`application\/json`)\n      .mapWithCharset {\n        case (ByteString.empty, _) => throw Unmarshaller.NoContentException\n        case (data, charset) => data.decodeString(charset.nioCharset.name)\n      }\n\n  private val jsonStringMarshaller = Marshaller.stringMarshaller(`application\/json`)\n\n  implicit def circeUnmarshaller[A](implicit decoder: Decoder[A]): FromEntityUnmarshaller[A] =\n    jsonStringUnmarshaller.map(jawn.decode(_).fold(throw _, identity))\n\n  implicit def circeToEntityMarshaller[A](implicit encoder: Encoder[A],\n                                          printer: Json => String = Printer.noSpaces.copy(dropNullValues = true).pretty): ToEntityMarshaller[A] =\n    jsonStringMarshaller.compose(printer).compose(encoder.apply)\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/trades\/package.scala","text":"<reponame>msilb\/scalanda-v20\npackage com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.orders.Order.{StopLossOrder, TakeProfitOrder, TrailingStopLossOrder}\nimport com.msilb.scalandav20.model.orders.OrderID\nimport com.msilb.scalandav20.model.pricing.PriceValue\nimport com.msilb.scalandav20.model.primitives.{AccountUnits, InstrumentName}\nimport com.msilb.scalandav20.model.transactions.{ClientComment, ClientID, ClientTag, TransactionID}\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.{Decoder, Encoder}\nimport io.circe.java8.time._\n\npackage object trades {\n\n  type TradeID = Long\n  type TradeSpecifier = String\n\n  sealed trait TradeState\n\n  object TradeState {\n\n    case object OPEN extends TradeState\n\n    case object CLOSED extends TradeState\n\n    case object CLOSE_WHEN_TRADEABLE extends TradeState\n\n    implicit val decodeTradeState: Decoder[TradeState] = deriveEnumerationDecoder\n    implicit val encodeTradeState: Encoder[TradeState] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class ClientExtensions(id: Option[ClientID] = None,\n                              tag: Option[ClientTag] = None,\n                              comment: Option[ClientComment] = None)\n\n  sealed trait TradeBase {\n    def id: TradeID\n\n    def instrument: InstrumentName\n\n    def price: PriceValue\n\n    def openTime: Instant\n\n    def state: TradeState\n\n    def initialUnits: BigDecimal\n\n    def currentUnits: BigDecimal\n\n    def realizedPL: BigDecimal\n\n    def unrealizedPL: Option[BigDecimal]\n\n    def closingTransactionIDs: Option[Seq[TransactionID]]\n\n    def financing: AccountUnits\n\n    def closeTime: Option[Instant]\n\n    def clientExtensions: Option[ClientExtensions]\n  }\n\n  @JsonCodec\n  case class Trade(override val id: TradeID,\n                   override val instrument: InstrumentName,\n                   override val price: PriceValue,\n                   override val openTime: Instant,\n                   override val state: TradeState,\n                   override val initialUnits: BigDecimal,\n                   override val currentUnits: BigDecimal,\n                   override val realizedPL: BigDecimal,\n                   override val unrealizedPL: Option[BigDecimal],\n                   override val closingTransactionIDs: Option[Seq[TransactionID]],\n                   override val financing: AccountUnits,\n                   override val closeTime: Option[Instant],\n                   override val clientExtensions: Option[ClientExtensions],\n                   takeProfitOrder: Option[TakeProfitOrder],\n                   stopLossOrder: Option[StopLossOrder],\n                   trailingStopLossOrder: Option[TrailingStopLossOrder]) extends TradeBase\n\n  @JsonCodec\n  case class TradeSummary(override val id: TradeID,\n                          override val instrument: String,\n                          override val price: PriceValue,\n                          override val openTime: Instant,\n                          override val state: TradeState,\n                          override val initialUnits: BigDecimal,\n                          override val currentUnits: BigDecimal,\n                          override val realizedPL: BigDecimal,\n                          override val unrealizedPL: Option[BigDecimal],\n                          override val closingTransactionIDs: Option[Seq[TransactionID]],\n                          override val financing: AccountUnits,\n                          override val closeTime: Option[Instant],\n                          override val clientExtensions: Option[ClientExtensions],\n                          takeProfitOrderID: Option[OrderID],\n                          stopLossOrderID: Option[OrderID],\n                          trailingStopLossOrderID: Option[OrderID]) extends TradeBase\n\n  @JsonCodec\n  case class CalculatedTradeState(id: TradeID, unrealizedPL: AccountUnits)\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/client\/HttpRequestService.scala","text":"<reponame>msilb\/scalanda-v20\npackage com.msilb.scalandav20.client\n\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait HttpRequestService {\n  implicit def ec: ExecutionContext\n\n  def execute(req: HttpRequest): Future[HttpResponse]\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"project\/plugins.sbt","text":"resolvers += Classpaths.sbtPluginReleases\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.3\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.10\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.5.1\")"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/client\/Request.scala","text":"package com.msilb.scalandav20.client\n\nimport com.msilb.scalandav20.model.orders.OrderRequest\nimport com.msilb.scalandav20.model.trades.ClientExtensions\nimport com.msilb.scalandav20.model.transactions.{StopLossDetails, TakeProfitDetails, TrailingStopLossDetails}\nimport io.circe.generic.JsonCodec\n\nsealed trait Request\n\nobject Request {\n\n  @JsonCodec\n  case class AccountConfigChangeRequest(alias: Option[String] = None,\n                                        marginRate: Option[String] = None) extends Request\n\n  @JsonCodec\n  case class CreateOrderRequest(order: OrderRequest) extends Request\n\n  @JsonCodec\n  case class ReplaceOrderRequest(order: OrderRequest) extends Request\n\n  @JsonCodec\n  case class OrderClientExtensionsModifyRequest(clientExtensions: Option[ClientExtensions] = None,\n                                                tradeClientExtensions: Option[ClientExtensions] = None) extends Request\n\n  @JsonCodec\n  case class CloseTradeRequest(units: String = \"ALL\") extends Request\n\n  @JsonCodec\n  case class TradeClientExtensionsModifyRequest(clientExtensions: ClientExtensions) extends Request\n\n  @JsonCodec\n  case class TradesDependentOrdersModifyRequest(takeProfit: Option[TakeProfitDetails] = None,\n                                                stopLoss: Option[StopLossDetails] = None,\n                                                trailingStopLoss: Option[TrailingStopLossDetails] = None) extends Request\n\n  @JsonCodec\n  case class ClosePositionRequest(longUnits: Option[String] = None,\n                                  longClientExtensions: Option[ClientExtensions] = None,\n                                  shortUnits: Option[String] = None,\n                                  shortClientExtensions: Option[ClientExtensions] = None) extends Request\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/client\/OandaApiClient.scala","text":"package com.msilb.scalandav20.client\n\nimport java.time.Instant\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.marshalling.Marshal\nimport akka.http.scaladsl.model.HttpMethods._\nimport akka.http.scaladsl.model.Uri.Path._\nimport akka.http.scaladsl.model.Uri.Query\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.headers.{Authorization, OAuth2BearerToken}\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{JsonFraming, Source}\nimport com.msilb.scalandav20.client.Request._\nimport com.msilb.scalandav20.client.Response._\nimport com.msilb.scalandav20.common.AkkaHttpCirceSupport._\nimport com.msilb.scalandav20.common.Environment\nimport com.msilb.scalandav20.model.account.AccountID\nimport com.msilb.scalandav20.model.instrument.{CandlestickGranularity, WeeklyAlignment}\nimport com.msilb.scalandav20.model.orders.{OrderID, OrderSpecifier, OrderState}\nimport com.msilb.scalandav20.model.pricing.PricingStreamItem\nimport com.msilb.scalandav20.model.primitives.InstrumentName\nimport com.msilb.scalandav20.model.trades.{TradeID, TradeSpecifier, TradeState}\nimport com.msilb.scalandav20.model.transactions._\nimport io.circe.Decoder\nimport io.circe.parser._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass OandaApiClient(env: Environment, authToken: String) extends HttpRequestService {\n\n  implicit val system: ActorSystem = ActorSystem()\n  implicit val materializer: ActorMaterializer = ActorMaterializer()\n  override implicit val ec: ExecutionContext = system.dispatcher\n\n  private[client] lazy val baseRestUri = Uri(s\"https:\/\/${env.restApiUrl()}\")\n  private[client] lazy val baseStreamUri = Uri(s\"https:\/\/${env.streamApiUrl()}\")\n  private[client] lazy val baseRequest = HttpRequest().withDefaultHeaders(Authorization(OAuth2BearerToken(authToken)))\n  private[client] lazy val basePath = \/(\"v3\")\n\n  override def execute(req: HttpRequest): Future[HttpResponse] = Http().singleRequest(req)\n\n  private def sendReceive[T <: Response : Decoder](req: HttpRequest): Future[GenericResponse[T]] = {\n    execute(req).flatMap {\n      case r if r.status.isSuccess() =>\n        Unmarshal(r.entity).to[T].map(Right(_))\n      case r =>\n        Unmarshal(r.entity).to[ErrorResponse].map(Left(_))\n    }\n  }\n\n  private def optionalQueryParam[T](el: Option[T],\n                                    key: String,\n                                    f: T => String = (o: T) => o.toString): Map[String, String] = {\n    el.map(e => Map(key -> f(e))).getOrElse(Map.empty)\n  }\n\n  def getAccountsList: Future[GenericResponse[AccountsListResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\"))\n    sendReceive[AccountsListResponse](req)\n  }\n\n  def getAccountDetails(accountId: AccountID): Future[GenericResponse[AccountDetailsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId))\n    sendReceive[AccountDetailsResponse](req)\n  }\n\n  def getAccountSummary(accountId: AccountID): Future[GenericResponse[AccountSummaryResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"summary\"))\n    sendReceive[AccountSummaryResponse](req)\n  }\n\n  def getAccountInstruments(accountId: AccountID, instruments: Option[Seq[String]] = None): Future[GenericResponse[AccountInstrumentsResponse]] = {\n    val queryMap = Map.empty ++ optionalQueryParam(instruments, \"instruments\", (i: Seq[String]) => i.mkString(\",\"))\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"instruments\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[AccountInstrumentsResponse](req)\n  }\n\n  def changeAccountConfig(accountId: AccountID, payload: AccountConfigChangeRequest): Future[GenericResponse[ConfigureAccountResponse]] = {\n    val req = baseRequest\n      .withMethod(PATCH)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"configuration\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[ConfigureAccountResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def getAccountChanges(accountId: AccountID, sinceTransactionId: TransactionID): Future[GenericResponse[AccountChangesResponse]] = {\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"changes\")\n          .withQuery(Query(\"sinceTransactionID\" -> sinceTransactionId.toString))\n      )\n    sendReceive[AccountChangesResponse](req)\n  }\n\n  def getCandlesticks(instrument: InstrumentName,\n                      price: Option[String] = None,\n                      granularity: Option[CandlestickGranularity] = None,\n                      count: Option[Int] = None,\n                      from: Option[Instant] = None,\n                      to: Option[Instant] = None,\n                      smooth: Option[Boolean] = None,\n                      includeFirst: Option[Boolean] = None,\n                      dailyAlignment: Option[Int] = None,\n                      alignmentTimezone: Option[String] = None,\n                      weeklyAlignment: Option[WeeklyAlignment] = None): Future[GenericResponse[CandlesticksResponse]] = {\n    val queryMap = Map() ++ optionalQueryParam(price, \"price\") ++ optionalQueryParam(granularity, \"granularity\") ++\n      optionalQueryParam(count, \"count\") ++ optionalQueryParam(smooth, \"smooth\") ++\n      optionalQueryParam(includeFirst, \"includeFirst\") ++ optionalQueryParam(dailyAlignment, \"dailyAlignment\") ++\n      optionalQueryParam(alignmentTimezone, \"alignmentTimezone\") ++ optionalQueryParam(weeklyAlignment, \"weeklyAlignment\") ++\n      optionalQueryParam(from, \"from\") ++ optionalQueryParam(to, \"to\")\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"instruments\" \/ instrument \/ \"candles\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[CandlesticksResponse](req)\n  }\n\n  def createOrder(accountId: AccountID, payload: CreateOrderRequest): Future[GenericResponse[CreateOrderResponse]] = {\n    val req = baseRequest\n      .withMethod(POST)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[CreateOrderResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def getOrders(accountId: AccountID,\n                ids: Option[Seq[OrderID]] = None,\n                state: Option[OrderState] = None,\n                instrument: Option[InstrumentName] = None,\n                count: Int = 50,\n                beforeId: Option[OrderID] = None): Future[GenericResponse[GetOrdersResponse]] = {\n    val queryMap = Map(\"count\" -> count.toString) ++\n      optionalQueryParam(ids, \"ids\", (a: Seq[OrderID]) => a.mkString(\",\")) ++\n      optionalQueryParam(state, \"state\") ++\n      optionalQueryParam(instrument, \"instrument\") ++\n      optionalQueryParam(beforeId, \"beforeID\")\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[GetOrdersResponse](req)\n  }\n\n  def getPendingOrders(accountId: AccountID): Future[GenericResponse[GetOrdersResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"pendingOrders\"))\n    sendReceive[GetOrdersResponse](req)\n  }\n\n  def getOrderDetails(accountId: AccountID, orderSpecifier: OrderSpecifier): Future[GenericResponse[GetOrderDetailsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\" \/ orderSpecifier))\n    sendReceive[GetOrderDetailsResponse](req)\n  }\n\n  def replaceOrder(accountId: AccountID, orderId: OrderSpecifier, payload: ReplaceOrderRequest): Future[GenericResponse[ReplaceOrderResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\" \/ orderId))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[ReplaceOrderResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def cancelOrder(accountId: AccountID, orderSpecifier: OrderSpecifier): Future[GenericResponse[CancelOrderResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\" \/ orderSpecifier \/ \"cancel\"))\n    sendReceive[CancelOrderResponse](req)\n  }\n\n  def modifyOrderClientExtensions(accountId: AccountID,\n                                  orderSpecifier: OrderSpecifier,\n                                  payload: OrderClientExtensionsModifyRequest): Future[GenericResponse[OrderClientExtensionsModifyResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"orders\" \/ orderSpecifier \/ \"clientExtensions\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[OrderClientExtensionsModifyResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def getTrades(accountId: AccountID,\n                ids: Option[Seq[TradeID]] = None,\n                state: Option[TradeState] = None,\n                instrument: Option[InstrumentName] = None,\n                count: Int = 50,\n                beforeId: Option[TradeID] = None): Future[GenericResponse[GetTradesResponse]] = {\n    val queryMap = Map(\"count\" -> count.toString) ++\n      optionalQueryParam(ids, \"ids\", (a: Seq[TradeID]) => a.mkString(\",\")) ++\n      optionalQueryParam(state, \"state\") ++\n      optionalQueryParam(instrument, \"instrument\") ++\n      optionalQueryParam(beforeId, \"beforeID\")\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"trades\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[GetTradesResponse](req)\n  }\n\n  def getOpenTrades(accountId: AccountID): Future[GenericResponse[GetTradesResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"openTrades\"))\n    sendReceive[GetTradesResponse](req)\n  }\n\n  def getTradeDetails(accountId: AccountID, tradeSpecifier: TradeSpecifier): Future[GenericResponse[GetTradeDetailsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"trades\" \/ tradeSpecifier))\n    sendReceive[GetTradeDetailsResponse](req)\n  }\n\n  def closeTrade(accountId: AccountID, tradeSpecifier: TradeSpecifier, payload: CloseTradeRequest): Future[GenericResponse[CloseTradeResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"trades\" \/ tradeSpecifier \/ \"close\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[CloseTradeResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def modifyTradeClientExtensions(accountId: AccountID,\n                                  tradeSpecifier: TradeSpecifier,\n                                  payload: TradeClientExtensionsModifyRequest): Future[GenericResponse[TradeClientExtensionsModifyResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"trades\" \/ tradeSpecifier \/ \"clientExtensions\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[TradeClientExtensionsModifyResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def modifyTradesDependentOrders(accountId: AccountID,\n                                  tradeSpecifier: TradeSpecifier,\n                                  payload: TradesDependentOrdersModifyRequest): Future[GenericResponse[TradesDependentOrdersModifyResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"trades\" \/ tradeSpecifier \/ \"orders\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[TradesDependentOrdersModifyResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def getPositions(accountId: AccountID): Future[GenericResponse[GetPositionsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"positions\"))\n    sendReceive[GetPositionsResponse](req)\n  }\n\n  def getOpenPositions(accountId: AccountID): Future[GenericResponse[GetPositionsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"openPositions\"))\n    sendReceive[GetPositionsResponse](req)\n  }\n\n  def getPositionForInstrument(accountId: AccountID, instrument: InstrumentName): Future[GenericResponse[GetPositionForInstrumentResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"positions\" \/ instrument))\n    sendReceive[GetPositionForInstrumentResponse](req)\n  }\n\n  def closePosition(accountId: AccountID, instrument: InstrumentName, payload: ClosePositionRequest): Future[GenericResponse[ClosePositionResponse]] = {\n    val req = baseRequest\n      .withMethod(PUT)\n      .withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"positions\" \/ instrument \/ \"close\"))\n    for {\n      entity <- Marshal(payload).to[RequestEntity]\n      resp <- sendReceive[ClosePositionResponse](req.withEntity(entity))\n    } yield resp\n  }\n\n  def getTransactions(accountId: AccountID,\n                      from: Option[Instant] = None,\n                      to: Option[Instant] = None,\n                      pageSize: Option[Int] = None,\n                      `type`: Option[Seq[TransactionFilter]] = None): Future[GenericResponse[GetTransactionsResponse]] = {\n    val queryMap = Map.empty ++\n      optionalQueryParam(from, \"from\") ++\n      optionalQueryParam(to, \"to\") ++\n      optionalQueryParam(pageSize, \"pageSize\") ++\n      optionalQueryParam(`type`, \"type\", (filters: Seq[TransactionFilter]) => filters.mkString(\",\"))\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"transactions\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[GetTransactionsResponse](req)\n  }\n\n  def getTransactionDetails(accountId: AccountID, transactionId: TransactionID): Future[GenericResponse[GetTransactionDetailsResponse]] = {\n    val req = baseRequest.withUri(baseRestUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"transactions\" \/ transactionId.toString))\n    sendReceive[GetTransactionDetailsResponse](req)\n  }\n\n  def getTransactionsRange(accountId: AccountID,\n                           from: TransactionID,\n                           to: TransactionID,\n                           `type`: Option[Seq[TransactionFilter]] = None): Future[GenericResponse[GetTransactionsRangeResponse]] = {\n    val queryMap = Map(\"from\" -> from.toString, \"to\" -> to.toString) ++\n      optionalQueryParam(`type`, \"type\", (filters: Seq[TransactionFilter]) => filters.mkString(\",\"))\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"transactions\" \/ \"idrange\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[GetTransactionsRangeResponse](req)\n  }\n\n  def getTransactionsSinceId(accountId: AccountID, id: TransactionID): Future[GenericResponse[GetTransactionsSinceIdResponse]] = {\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"transactions\" \/ \"sinceid\")\n          .withQuery(Query(\"id\" -> id.toString))\n      )\n    sendReceive[GetTransactionsSinceIdResponse](req)\n  }\n\n  def getTransactionsStream(accountId: AccountID): Future[Source[TransactionStreamItem, Any]] = {\n    val req = baseRequest.withUri(baseStreamUri.withPath(basePath \/ \"accounts\" \/ accountId \/ \"transactions\" \/ \"stream\"))\n    execute(req).map { response =>\n      response.entity.dataBytes\n        .via(JsonFraming.objectScanner(Int.MaxValue))\n        .map(bs => decode[TransactionStreamItem](bs.utf8String).right.get)\n    }\n  }\n\n  def getPricing(accountId: AccountID,\n                 instruments: Seq[InstrumentName],\n                 since: Option[Instant] = None,\n                 includeUnitsAvailable: Option[Boolean] = None): Future[GenericResponse[GetPricingResponse]] = {\n    val queryMap = Map(\"instruments\" -> instruments.mkString(\",\")) ++\n      optionalQueryParam(since, \"since\") ++\n      optionalQueryParam(includeUnitsAvailable, \"includeUnitsAvailable\")\n    val req = baseRequest\n      .withUri(\n        baseRestUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"pricing\")\n          .withQuery(Query(queryMap))\n      )\n    sendReceive[GetPricingResponse](req)\n  }\n\n  def getPricingStream(accountId: AccountID,\n                       instruments: Seq[InstrumentName],\n                       snapshot: Option[Boolean] = None): Future[Source[PricingStreamItem, Any]] = {\n    val queryMap = Map(\"instruments\" -> instruments.mkString(\",\")) ++\n      optionalQueryParam(snapshot, \"snapshot\")\n    val req = baseRequest\n      .withUri(\n        baseStreamUri\n          .withPath(basePath \/ \"accounts\" \/ accountId \/ \"pricing\" \/ \"stream\")\n          .withQuery(Query(queryMap))\n      )\n    execute(req).map { response =>\n      response.entity.dataBytes\n        .via(JsonFraming.objectScanner(Int.MaxValue))\n        .map(bs => decode[PricingStreamItem](bs.utf8String).right.get)\n    }\n  }\n\n  def shutdown(): Unit = {\n    Http().shutdownAllConnectionPools().onComplete(_ => system.terminate())\n  }\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/transactions\/package.scala","text":"<reponame>msilb\/scalanda-v20<gh_stars>1-10\npackage com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.account.{AccountFinancingMode, AccountID}\nimport com.msilb.scalandav20.model.orders.TimeInForce.GTC\nimport com.msilb.scalandav20.model.orders._\nimport com.msilb.scalandav20.model.pricing.PriceValue\nimport com.msilb.scalandav20.model.primitives.{AccountUnits, Currency, DecimalNumber, InstrumentName}\nimport com.msilb.scalandav20.model.trades.{ClientExtensions, TradeID}\nimport com.msilb.scalandav20.model.transactions.TransactionType._\nimport io.circe._\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.syntax._\nimport io.circe.java8.time._\n\npackage object transactions {\n\n  type TransactionID = Long\n  type ClientID = String\n  type ClientTag = String\n  type ClientComment = String\n\n  sealed trait TransactionStreamItem\n\n  @JsonCodec\n  case class TransactionHeartbeat(`type`: String,\n                                  lastTransactionID: TransactionID,\n                                  time: Instant) extends TransactionStreamItem\n\n  sealed trait Transaction extends TransactionStreamItem {\n    def id: TransactionID\n\n    def time: Instant\n\n    def userID: Int\n\n    def accountID: AccountID\n\n    def batchID: TransactionID\n\n    def `type`: TransactionType\n  }\n\n  object Transaction {\n\n    @JsonCodec\n    case class CreateTransaction(override val id: TransactionID,\n                                 override val time: Instant,\n                                 override val userID: Int,\n                                 override val accountID: AccountID,\n                                 override val batchID: TransactionID,\n                                 override val `type`: TransactionType,\n                                 divisionID: Int,\n                                 siteID: Int,\n                                 accountUserID: Int,\n                                 accountNumber: Int,\n                                 homeCurrency: Currency) extends Transaction\n\n    @JsonCodec\n    case class CloseTransaction(override val id: TransactionID,\n                                override val time: Instant,\n                                override val userID: Int,\n                                override val accountID: AccountID,\n                                override val batchID: TransactionID,\n                                override val `type`: TransactionType) extends Transaction\n\n    @JsonCodec\n    case class ReopenTransaction(override val id: TransactionID,\n                                 override val time: Instant,\n                                 override val userID: Int,\n                                 override val accountID: AccountID,\n                                 override val batchID: TransactionID,\n                                 override val `type`: TransactionType) extends Transaction\n\n    @JsonCodec\n    case class ClientConfigureTransaction(override val id: TransactionID,\n                                          override val time: Instant,\n                                          override val userID: Int,\n                                          override val accountID: AccountID,\n                                          override val batchID: TransactionID,\n                                          override val `type`: TransactionType,\n                                          alias: Option[String],\n                                          marginRate: DecimalNumber) extends Transaction\n\n    @JsonCodec\n    case class ClientConfigureRejectTransaction(override val id: TransactionID,\n                                                override val time: Instant,\n                                                override val userID: Int,\n                                                override val accountID: AccountID,\n                                                override val batchID: TransactionID,\n                                                override val `type`: TransactionType,\n                                                alias: Option[String],\n                                                marginRate: DecimalNumber,\n                                                rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class TransferFundsTransaction(override val id: TransactionID,\n                                        override val time: Instant,\n                                        override val userID: Int,\n                                        override val accountID: AccountID,\n                                        override val batchID: TransactionID,\n                                        override val `type`: TransactionType,\n                                        amount: AccountUnits,\n                                        fundingReason: Option[FundingReason],\n                                        accountBalance: AccountUnits) extends Transaction\n\n    @JsonCodec\n    case class TransferFundsRejectTransaction(override val id: TransactionID,\n                                              override val time: Instant,\n                                              override val userID: Int,\n                                              override val accountID: AccountID,\n                                              override val batchID: TransactionID,\n                                              override val `type`: TransactionType,\n                                              amount: AccountUnits,\n                                              fundingReason: Option[FundingReason],\n                                              rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class MarketOrderTransaction(override val id: TransactionID,\n                                      override val time: Instant,\n                                      override val userID: Int,\n                                      override val accountID: AccountID,\n                                      override val batchID: TransactionID,\n                                      override val `type`: TransactionType,\n                                      instrument: InstrumentName,\n                                      units: DecimalNumber,\n                                      timeInForce: TimeInForce,\n                                      priceBound: Option[PriceValue],\n                                      positionFill: OrderPositionFill,\n                                      tradeClose: Option[MarketOrderTradeClose],\n                                      longPositionCloseout: Option[MarketOrderPositionCloseout],\n                                      shortPositionCloseout: Option[MarketOrderPositionCloseout],\n                                      marginCloseout: Option[MarketOrderMarginCloseout],\n                                      delayedTradeClose: Option[MarketOrderDelayedTradeClose],\n                                      reason: Option[MarketOrderReason],\n                                      clientExtensions: Option[ClientExtensions],\n                                      takeProfitOnFill: Option[TakeProfitDetails],\n                                      stopLossOnFill: Option[StopLossDetails],\n                                      trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                      tradeClientExtensions: Option[ClientExtensions]) extends Transaction\n\n    @JsonCodec\n    case class MarketOrderRejectTransaction(override val id: TransactionID,\n                                            override val time: Instant,\n                                            override val userID: Int,\n                                            override val accountID: AccountID,\n                                            override val batchID: TransactionID,\n                                            override val `type`: TransactionType,\n                                            instrument: Option[InstrumentName],\n                                            units: Option[DecimalNumber],\n                                            timeInForce: TimeInForce,\n                                            priceBound: Option[PriceValue],\n                                            positionFill: OrderPositionFill,\n                                            tradeClose: Option[MarketOrderTradeClose],\n                                            longPositionCloseout: Option[MarketOrderPositionCloseout],\n                                            shortPositionCloseout: Option[MarketOrderPositionCloseout],\n                                            marginCloseout: Option[MarketOrderMarginCloseout],\n                                            delayedTradeClose: Option[MarketOrderDelayedTradeClose],\n                                            reason: Option[MarketOrderReason],\n                                            clientExtensions: Option[ClientExtensions],\n                                            takeProfitOnFill: Option[TakeProfitDetails],\n                                            stopLossOnFill: Option[StopLossDetails],\n                                            trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                            tradeClientExtensions: Option[ClientExtensions],\n                                            rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class LimitOrderTransaction(override val id: TransactionID,\n                                     override val time: Instant,\n                                     override val userID: Int,\n                                     override val accountID: AccountID,\n                                     override val batchID: TransactionID,\n                                     override val `type`: TransactionType,\n                                     instrument: InstrumentName,\n                                     units: DecimalNumber,\n                                     price: PriceValue,\n                                     timeInForce: TimeInForce,\n                                     gtdTime: Option[Instant],\n                                     positionFill: OrderPositionFill,\n                                     reason: Option[LimitOrderReason],\n                                     clientExtensions: Option[ClientExtensions],\n                                     takeProfitOnFill: Option[TakeProfitDetails],\n                                     stopLossOnFill: Option[StopLossDetails],\n                                     trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                     tradeClientExtensions: Option[ClientExtensions],\n                                     replacesOrderID: Option[OrderID],\n                                     replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class LimitOrderRejectTransaction(override val id: TransactionID,\n                                           override val time: Instant,\n                                           override val userID: Int,\n                                           override val accountID: AccountID,\n                                           override val batchID: TransactionID,\n                                           override val `type`: TransactionType,\n                                           instrument: InstrumentName,\n                                           units: DecimalNumber,\n                                           price: PriceValue,\n                                           timeInForce: TimeInForce,\n                                           gtdTime: Option[Instant],\n                                           positionFill: OrderPositionFill,\n                                           reason: Option[LimitOrderReason],\n                                           clientExtensions: Option[ClientExtensions],\n                                           takeProfitOnFill: Option[TakeProfitDetails],\n                                           stopLossOnFill: Option[StopLossDetails],\n                                           trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                           tradeClientExtensions: Option[ClientExtensions],\n                                           intendedReplacesOrderID: Option[OrderID],\n                                           rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class StopOrderTransaction(override val id: TransactionID,\n                                    override val time: Instant,\n                                    override val userID: Int,\n                                    override val accountID: AccountID,\n                                    override val batchID: TransactionID,\n                                    override val `type`: TransactionType,\n                                    instrument: InstrumentName,\n                                    units: DecimalNumber,\n                                    price: PriceValue,\n                                    priceBound: Option[PriceValue],\n                                    timeInForce: TimeInForce,\n                                    gtdTime: Option[Instant],\n                                    positionFill: OrderPositionFill,\n                                    reason: Option[StopOrderReason],\n                                    clientExtensions: Option[ClientExtensions],\n                                    takeProfitOnFill: Option[TakeProfitDetails],\n                                    stopLossOnFill: Option[StopLossDetails],\n                                    trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                    tradeClientExtensions: Option[ClientExtensions],\n                                    replacesOrderID: Option[OrderID],\n                                    replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class StopOrderRejectTransaction(override val id: TransactionID,\n                                          override val time: Instant,\n                                          override val userID: Int,\n                                          override val accountID: AccountID,\n                                          override val batchID: TransactionID,\n                                          override val `type`: TransactionType,\n                                          instrument: InstrumentName,\n                                          units: DecimalNumber,\n                                          price: PriceValue,\n                                          priceBound: Option[PriceValue],\n                                          timeInForce: TimeInForce,\n                                          gtdTime: Option[Instant],\n                                          positionFill: OrderPositionFill,\n                                          reason: Option[StopOrderReason],\n                                          clientExtensions: Option[ClientExtensions],\n                                          takeProfitOnFill: Option[TakeProfitDetails],\n                                          stopLossOnFill: Option[StopLossDetails],\n                                          trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                          tradeClientExtensions: Option[ClientExtensions],\n                                          intendedReplacesOrderID: Option[OrderID],\n                                          rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class MarketIfTouchedOrderTransaction(override val id: TransactionID,\n                                               override val time: Instant,\n                                               override val userID: Int,\n                                               override val accountID: AccountID,\n                                               override val batchID: TransactionID,\n                                               override val `type`: TransactionType,\n                                               instrument: InstrumentName,\n                                               units: DecimalNumber,\n                                               price: PriceValue,\n                                               priceBound: Option[PriceValue],\n                                               timeInForce: TimeInForce,\n                                               gtdTime: Option[Instant],\n                                               positionFill: OrderPositionFill,\n                                               reason: Option[MarketIfTouchedOrderReason],\n                                               clientExtensions: Option[ClientExtensions],\n                                               takeProfitOnFill: Option[TakeProfitDetails],\n                                               stopLossOnFill: Option[StopLossDetails],\n                                               trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                               tradeClientExtensions: Option[ClientExtensions],\n                                               replacesOrderID: Option[OrderID],\n                                               replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class MarketIfTouchedOrderRejectTransaction(override val id: TransactionID,\n                                                     override val time: Instant,\n                                                     override val userID: Int,\n                                                     override val accountID: AccountID,\n                                                     override val batchID: TransactionID,\n                                                     override val `type`: TransactionType,\n                                                     instrument: InstrumentName,\n                                                     units: DecimalNumber,\n                                                     price: PriceValue,\n                                                     priceBound: Option[PriceValue],\n                                                     timeInForce: TimeInForce,\n                                                     gtdTime: Option[Instant],\n                                                     positionFill: OrderPositionFill,\n                                                     reason: Option[MarketIfTouchedOrderReason],\n                                                     clientExtensions: Option[ClientExtensions],\n                                                     takeProfitOnFill: Option[TakeProfitDetails],\n                                                     stopLossOnFill: Option[StopLossDetails],\n                                                     trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                                     tradeClientExtensions: Option[ClientExtensions],\n                                                     intendedReplacesOrderID: Option[OrderID],\n                                                     rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class TakeProfitOrderTransaction(override val id: TransactionID,\n                                          override val time: Instant,\n                                          override val userID: Int,\n                                          override val accountID: AccountID,\n                                          override val batchID: TransactionID,\n                                          override val `type`: TransactionType,\n                                          tradeID: TradeID,\n                                          clientTradeID: Option[ClientID],\n                                          price: PriceValue,\n                                          timeInForce: TimeInForce,\n                                          gtdTime: Option[Instant],\n                                          reason: Option[TakeProfitOrderReason],\n                                          clientExtensions: Option[ClientExtensions],\n                                          orderFillTransactionID: Option[TransactionID],\n                                          replacesOrderID: Option[OrderID],\n                                          replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class TakeProfitOrderRejectTransaction(override val id: TransactionID,\n                                                override val time: Instant,\n                                                override val userID: Int,\n                                                override val accountID: AccountID,\n                                                override val batchID: TransactionID,\n                                                override val `type`: TransactionType,\n                                                tradeID: TradeID,\n                                                clientTradeID: Option[ClientID],\n                                                price: PriceValue,\n                                                timeInForce: TimeInForce,\n                                                gtdTime: Option[Instant],\n                                                reason: Option[TakeProfitOrderReason],\n                                                clientExtensions: Option[ClientExtensions],\n                                                orderFillTransactionID: Option[TransactionID],\n                                                intendedReplacesOrderID: Option[OrderID],\n                                                rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class StopLossOrderTransaction(override val id: TransactionID,\n                                        override val time: Instant,\n                                        override val userID: Int,\n                                        override val accountID: AccountID,\n                                        override val batchID: TransactionID,\n                                        override val `type`: TransactionType,\n                                        tradeID: TradeID,\n                                        clientTradeID: Option[ClientID],\n                                        price: PriceValue,\n                                        timeInForce: TimeInForce,\n                                        gtdTime: Option[Instant],\n                                        reason: Option[StopLossOrderReason],\n                                        clientExtensions: Option[ClientExtensions],\n                                        orderFillTransactionID: Option[TransactionID],\n                                        replacesOrderID: Option[OrderID],\n                                        replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class StopLossOrderRejectTransaction(override val id: TransactionID,\n                                              override val time: Instant,\n                                              override val userID: Int,\n                                              override val accountID: AccountID,\n                                              override val batchID: TransactionID,\n                                              override val `type`: TransactionType,\n                                              tradeID: TradeID,\n                                              clientTradeID: Option[ClientID],\n                                              price: PriceValue,\n                                              timeInForce: TimeInForce,\n                                              gtdTime: Option[Instant],\n                                              reason: Option[StopLossOrderReason],\n                                              clientExtensions: Option[ClientExtensions],\n                                              orderFillTransactionID: Option[TransactionID],\n                                              intendedReplacesOrderID: Option[OrderID],\n                                              rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class TrailingStopLossOrderTransaction(override val id: TransactionID,\n                                                override val time: Instant,\n                                                override val userID: Int,\n                                                override val accountID: AccountID,\n                                                override val batchID: TransactionID,\n                                                override val `type`: TransactionType,\n                                                tradeID: TradeID,\n                                                clientTradeID: Option[ClientID],\n                                                distance: PriceValue,\n                                                timeInForce: TimeInForce,\n                                                gtdTime: Option[Instant],\n                                                reason: Option[TrailingStopLossOrderReason],\n                                                clientExtensions: Option[ClientExtensions],\n                                                orderFillTransactionID: Option[TransactionID],\n                                                replacesOrderID: Option[OrderID],\n                                                replacedOrderCancelTransactionID: Option[TransactionID]) extends Transaction\n\n    @JsonCodec\n    case class TrailingStopLossOrderRejectTransaction(override val id: TransactionID,\n                                                      override val time: Instant,\n                                                      override val userID: Int,\n                                                      override val accountID: AccountID,\n                                                      override val batchID: TransactionID,\n                                                      override val `type`: TransactionType,\n                                                      tradeID: TradeID,\n                                                      clientTradeID: Option[ClientID],\n                                                      distance: PriceValue,\n                                                      timeInForce: TimeInForce,\n                                                      gtdTime: Option[Instant],\n                                                      reason: Option[TrailingStopLossOrderReason],\n                                                      clientExtensions: Option[ClientExtensions],\n                                                      orderFillTransactionID: Option[TransactionID],\n                                                      intendedReplacesOrderID: Option[OrderID],\n                                                      rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class OrderFillTransaction(override val id: TransactionID,\n                                    override val time: Instant,\n                                    override val userID: Int,\n                                    override val accountID: AccountID,\n                                    override val batchID: TransactionID,\n                                    override val `type`: TransactionType,\n                                    orderID: OrderID,\n                                    clientOrderID: Option[ClientID],\n                                    instrument: InstrumentName,\n                                    units: DecimalNumber,\n                                    price: PriceValue,\n                                    reason: Option[OrderFillReason],\n                                    pl: AccountUnits,\n                                    financing: AccountUnits,\n                                    accountBalance: AccountUnits,\n                                    tradeOpened: Option[TradeOpen],\n                                    tradesClosed: Option[Seq[TradeReduce]],\n                                    tradeReduced: Option[TradeReduce]) extends Transaction\n\n    @JsonCodec\n    case class OrderCancelTransaction(override val id: TransactionID,\n                                      override val time: Instant,\n                                      override val userID: Int,\n                                      override val accountID: AccountID,\n                                      override val batchID: TransactionID,\n                                      override val `type`: TransactionType,\n                                      orderID: OrderID,\n                                      clientOrderID: Option[ClientID],\n                                      reason: Option[OrderCancelReason],\n                                      replacedByOrderID: Option[OrderID]) extends Transaction\n\n    @JsonCodec\n    case class OrderCancelRejectTransaction(override val id: TransactionID,\n                                            override val time: Instant,\n                                            override val userID: Int,\n                                            override val accountID: AccountID,\n                                            override val batchID: TransactionID,\n                                            override val `type`: TransactionType,\n                                            orderID: OrderID,\n                                            clientOrderID: Option[ClientID],\n                                            reason: Option[OrderCancelReason],\n                                            rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class OrderClientExtensionsModifyTransaction(override val id: TransactionID,\n                                                      override val time: Instant,\n                                                      override val userID: Int,\n                                                      override val accountID: AccountID,\n                                                      override val batchID: TransactionID,\n                                                      override val `type`: TransactionType,\n                                                      orderID: OrderID,\n                                                      clientOrderID: Option[ClientID],\n                                                      orderClientExtensionsModify: Option[ClientExtensions],\n                                                      tradeClientExtensionsModify: Option[ClientExtensions]) extends Transaction\n\n    @JsonCodec\n    case class OrderClientExtensionsModifyRejectTransaction(override val id: TransactionID,\n                                                            override val time: Instant,\n                                                            override val userID: Int,\n                                                            override val accountID: AccountID,\n                                                            override val batchID: TransactionID,\n                                                            override val `type`: TransactionType,\n                                                            orderID: OrderID,\n                                                            clientOrderID: Option[ClientID],\n                                                            orderClientExtensionsModify: Option[ClientExtensions],\n                                                            tradeClientExtensionsModify: Option[ClientExtensions],\n                                                            rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class TradeClientExtensionsModifyTransaction(override val id: TransactionID,\n                                                      override val time: Instant,\n                                                      override val userID: Int,\n                                                      override val accountID: AccountID,\n                                                      override val batchID: TransactionID,\n                                                      override val `type`: TransactionType,\n                                                      tradeID: TradeID,\n                                                      clientTradeID: Option[ClientID],\n                                                      tradeClientExtensionsModify: Option[ClientExtensions]) extends Transaction\n\n    @JsonCodec\n    case class TradeClientExtensionsModifyRejectTransaction(override val id: TransactionID,\n                                                            override val time: Instant,\n                                                            override val userID: Int,\n                                                            override val accountID: AccountID,\n                                                            override val batchID: TransactionID,\n                                                            override val `type`: TransactionType,\n                                                            tradeID: TradeID,\n                                                            clientTradeID: Option[ClientID],\n                                                            tradeClientExtensionsModify: Option[ClientExtensions],\n                                                            rejectReason: Option[TransactionRejectReason]) extends Transaction\n\n    @JsonCodec\n    case class MarginCallEnterTransaction(override val id: TransactionID,\n                                          override val time: Instant,\n                                          override val userID: Int,\n                                          override val accountID: AccountID,\n                                          override val batchID: TransactionID,\n                                          override val `type`: TransactionType) extends Transaction\n\n    @JsonCodec\n    case class MarginCallExtendTransaction(override val id: TransactionID,\n                                           override val time: Instant,\n                                           override val userID: Int,\n                                           override val accountID: AccountID,\n                                           override val batchID: TransactionID,\n                                           override val `type`: TransactionType,\n                                           extensionNumber: Int) extends Transaction\n\n    @JsonCodec\n    case class MarginCallExitTransaction(override val id: TransactionID,\n                                         override val time: Instant,\n                                         override val userID: Int,\n                                         override val accountID: AccountID,\n                                         override val batchID: TransactionID,\n                                         override val `type`: TransactionType) extends Transaction\n\n    @JsonCodec\n    case class DelayedTradeClosureTransaction(override val id: TransactionID,\n                                              override val time: Instant,\n                                              override val userID: Int,\n                                              override val accountID: AccountID,\n                                              override val batchID: TransactionID,\n                                              override val `type`: TransactionType,\n                                              reason: Option[MarketOrderReason],\n                                              tradeIDs: TradeID) extends Transaction\n\n    @JsonCodec\n    case class DailyFinancingTransaction(override val id: TransactionID,\n                                         override val time: Instant,\n                                         override val userID: Int,\n                                         override val accountID: AccountID,\n                                         override val batchID: TransactionID,\n                                         override val `type`: TransactionType,\n                                         financing: AccountUnits,\n                                         accountBalance: AccountUnits,\n                                         accountFinancingMode: AccountFinancingMode,\n                                         positionFinancings: Seq[PositionFinancing]) extends Transaction\n\n    @JsonCodec\n    case class ResetResettablePLTransaction(override val id: TransactionID,\n                                            override val time: Instant,\n                                            override val userID: Int,\n                                            override val accountID: AccountID,\n                                            override val batchID: TransactionID,\n                                            override val `type`: TransactionType) extends Transaction\n\n    implicit val decodeTransaction: Decoder[Transaction] = Decoder.instance { c =>\n      c.downField(\"type\").as[TransactionType].flatMap {\n        case CREATE => c.as[CreateTransaction]\n        case CLOSE => c.as[CloseTransaction]\n        case REOPEN => c.as[ReopenTransaction]\n        case CLIENT_CONFIGURE => c.as[ClientConfigureTransaction]\n        case CLIENT_CONFIGURE_REJECT => c.as[ClientConfigureRejectTransaction]\n        case TRANSFER_FUNDS => c.as[TransferFundsTransaction]\n        case TRANSFER_FUNDS_REJECT => c.as[TransferFundsRejectTransaction]\n        case MARKET_ORDER => c.as[MarketOrderTransaction]\n        case MARKET_ORDER_REJECT => c.as[MarketOrderRejectTransaction]\n        case LIMIT_ORDER => c.as[LimitOrderTransaction]\n        case LIMIT_ORDER_REJECT => c.as[LimitOrderRejectTransaction]\n        case STOP_ORDER => c.as[StopOrderTransaction]\n        case STOP_ORDER_REJECT => c.as[StopOrderRejectTransaction]\n        case MARKET_IF_TOUCHED_ORDER => c.as[MarketIfTouchedOrderTransaction]\n        case MARKET_IF_TOUCHED_ORDER_REJECT => c.as[MarketIfTouchedOrderRejectTransaction]\n        case TAKE_PROFIT_ORDER => c.as[TakeProfitOrderTransaction]\n        case TAKE_PROFIT_ORDER_REJECT => c.as[TakeProfitOrderRejectTransaction]\n        case STOP_LOSS_ORDER => c.as[StopLossOrderTransaction]\n        case STOP_LOSS_ORDER_REJECT => c.as[StopLossOrderRejectTransaction]\n        case TRAILING_STOP_LOSS_ORDER => c.as[TrailingStopLossOrderTransaction]\n        case TRAILING_STOP_LOSS_ORDER_REJECT => c.as[TrailingStopLossOrderRejectTransaction]\n        case ORDER_FILL => c.as[OrderFillTransaction]\n        case ORDER_CANCEL => c.as[OrderCancelTransaction]\n        case ORDER_CANCEL_REJECT => c.as[OrderCancelRejectTransaction]\n        case ORDER_CLIENT_EXTENSIONS_MODIFY => c.as[OrderClientExtensionsModifyTransaction]\n        case ORDER_CLIENT_EXTENSIONS_MODIFY_REJECT => c.as[OrderClientExtensionsModifyRejectTransaction]\n        case TRADE_CLIENT_EXTENSIONS_MODIFY => c.as[TradeClientExtensionsModifyTransaction]\n        case TRADE_CLIENT_EXTENSIONS_MODIFY_REJECT => c.as[TradeClientExtensionsModifyRejectTransaction]\n        case MARGIN_CALL_ENTER => c.as[MarginCallEnterTransaction]\n        case MARGIN_CALL_EXTEND => c.as[MarginCallExtendTransaction]\n        case MARGIN_CALL_EXIT => c.as[MarginCallExitTransaction]\n        case DELAYED_TRADE_CLOSURE => c.as[DelayedTradeClosureTransaction]\n        case DAILY_FINANCING => c.as[DailyFinancingTransaction]\n        case RESET_RESETTABLE_PL => c.as[ResetResettablePLTransaction]\n      }\n    }\n    implicit val encodeTransaction: Encoder[Transaction] = Encoder.instance {\n      case t: CreateTransaction => t.asJson\n      case t: CloseTransaction => t.asJson\n      case t: ReopenTransaction => t.asJson\n      case t: ClientConfigureTransaction => t.asJson\n      case t: ClientConfigureRejectTransaction => t.asJson\n      case t: TransferFundsTransaction => t.asJson\n      case t: TransferFundsRejectTransaction => t.asJson\n      case t: MarketOrderTransaction => t.asJson\n      case t: MarketOrderRejectTransaction => t.asJson\n      case t: LimitOrderTransaction => t.asJson\n      case t: LimitOrderRejectTransaction => t.asJson\n      case t: StopOrderTransaction => t.asJson\n      case t: StopOrderRejectTransaction => t.asJson\n      case t: MarketIfTouchedOrderTransaction => t.asJson\n      case t: MarketIfTouchedOrderRejectTransaction => t.asJson\n      case t: TakeProfitOrderTransaction => t.asJson\n      case t: TakeProfitOrderRejectTransaction => t.asJson\n      case t: StopLossOrderTransaction => t.asJson\n      case t: StopLossOrderRejectTransaction => t.asJson\n      case t: TrailingStopLossOrderTransaction => t.asJson\n      case t: TrailingStopLossOrderRejectTransaction => t.asJson\n      case t: OrderFillTransaction => t.asJson\n      case t: OrderCancelTransaction => t.asJson\n      case t: OrderCancelRejectTransaction => t.asJson\n      case t: OrderClientExtensionsModifyTransaction => t.asJson\n      case t: OrderClientExtensionsModifyRejectTransaction => t.asJson\n      case t: TradeClientExtensionsModifyTransaction => t.asJson\n      case t: TradeClientExtensionsModifyRejectTransaction => t.asJson\n      case t: MarginCallEnterTransaction => t.asJson\n      case t: MarginCallExtendTransaction => t.asJson\n      case t: MarginCallExitTransaction => t.asJson\n      case t: DelayedTradeClosureTransaction => t.asJson\n      case t: DailyFinancingTransaction => t.asJson\n      case t: ResetResettablePLTransaction => t.asJson\n    }\n  }\n\n  object TransactionStreamItem {\n    implicit val decodeTransactionStreamItem: Decoder[TransactionStreamItem] = Decoder.instance { c =>\n      c.downField(\"type\").as[String].flatMap {\n        case \"HEARTBEAT\" => c.as[TransactionHeartbeat]\n        case _ => c.as[Transaction]\n      }\n    }\n    implicit val encodeTransactionStreamItem: Encoder[TransactionStreamItem] = Encoder.instance {\n      case t: TransactionHeartbeat => t.asJson\n      case t: Transaction => t.asJson\n    }\n  }\n\n  sealed trait TransactionType\n\n  object TransactionType {\n\n    case object CREATE extends TransactionType\n\n    case object CLOSE extends TransactionType\n\n    case object REOPEN extends TransactionType\n\n    case object CLIENT_CONFIGURE extends TransactionType\n\n    case object CLIENT_CONFIGURE_REJECT extends TransactionType\n\n    case object TRANSFER_FUNDS extends TransactionType\n\n    case object TRANSFER_FUNDS_REJECT extends TransactionType\n\n    case object MARKET_ORDER extends TransactionType\n\n    case object MARKET_ORDER_REJECT extends TransactionType\n\n    case object LIMIT_ORDER extends TransactionType\n\n    case object LIMIT_ORDER_REJECT extends TransactionType\n\n    case object STOP_ORDER extends TransactionType\n\n    case object STOP_ORDER_REJECT extends TransactionType\n\n    case object MARKET_IF_TOUCHED_ORDER extends TransactionType\n\n    case object MARKET_IF_TOUCHED_ORDER_REJECT extends TransactionType\n\n    case object TAKE_PROFIT_ORDER extends TransactionType\n\n    case object TAKE_PROFIT_ORDER_REJECT extends TransactionType\n\n    case object STOP_LOSS_ORDER extends TransactionType\n\n    case object STOP_LOSS_ORDER_REJECT extends TransactionType\n\n    case object TRAILING_STOP_LOSS_ORDER extends TransactionType\n\n    case object TRAILING_STOP_LOSS_ORDER_REJECT extends TransactionType\n\n    case object ORDER_FILL extends TransactionType\n\n    case object ORDER_CANCEL extends TransactionType\n\n    case object ORDER_CANCEL_REJECT extends TransactionType\n\n    case object ORDER_CLIENT_EXTENSIONS_MODIFY extends TransactionType\n\n    case object ORDER_CLIENT_EXTENSIONS_MODIFY_REJECT extends TransactionType\n\n    case object TRADE_CLIENT_EXTENSIONS_MODIFY extends TransactionType\n\n    case object TRADE_CLIENT_EXTENSIONS_MODIFY_REJECT extends TransactionType\n\n    case object MARGIN_CALL_ENTER extends TransactionType\n\n    case object MARGIN_CALL_EXTEND extends TransactionType\n\n    case object MARGIN_CALL_EXIT extends TransactionType\n\n    case object DELAYED_TRADE_CLOSURE extends TransactionType\n\n    case object DAILY_FINANCING extends TransactionType\n\n    case object RESET_RESETTABLE_PL extends TransactionType\n\n    implicit val decodeTransactionType: Decoder[TransactionType] = deriveEnumerationDecoder\n    implicit val encodeTransactionType: Encoder[TransactionType] = deriveEnumerationEncoder\n  }\n\n  sealed trait FundingReason\n\n  object FundingReason {\n\n    case object CLIENT_FUNDING extends FundingReason\n\n    case object ACCOUNT_TRANSFER extends FundingReason\n\n    case object DIVISION_MIGRATION extends FundingReason\n\n    case object SITE_MIGRATION extends FundingReason\n\n    case object ADJUSTMENT extends FundingReason\n\n    implicit val decodeFundingReason: Decoder[FundingReason] = deriveEnumerationDecoder\n    implicit val encodeFundingReason: Encoder[FundingReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait TransactionRejectReason\n\n  object TransactionRejectReason {\n\n    case object INTERNAL_SERVER_ERROR extends TransactionRejectReason\n\n    case object INSTRUMENT_PRICE_UNKNOWN extends TransactionRejectReason\n\n    case object ACCOUNT_NOT_ACTIVE extends TransactionRejectReason\n\n    case object ACCOUNT_LOCKED extends TransactionRejectReason\n\n    case object ACCOUNT_ORDER_CREATION_LOCKED extends TransactionRejectReason\n\n    case object ACCOUNT_CONFIGURATION_LOCKED extends TransactionRejectReason\n\n    case object ACCOUNT_DEPOSIT_LOCKED extends TransactionRejectReason\n\n    case object ACCOUNT_WITHDRAWAL_LOCKED extends TransactionRejectReason\n\n    case object ACCOUNT_ORDER_CANCEL_LOCKED extends TransactionRejectReason\n\n    case object INSTRUMENT_NOT_TRADEABLE extends TransactionRejectReason\n\n    case object PENDING_ORDERS_ALLOWED_EXCEEDED extends TransactionRejectReason\n\n    case object ORDER_ID_UNSPECIFIED extends TransactionRejectReason\n\n    case object ORDER_DOESNT_EXIST extends TransactionRejectReason\n\n    case object ORDER_IDENTIFIER_INCONSISTENCY extends TransactionRejectReason\n\n    case object TRADE_ID_UNSPECIFIED extends TransactionRejectReason\n\n    case object TRADE_DOESNT_EXIST extends TransactionRejectReason\n\n    case object TRADE_IDENTIFIER_INCONSISTENCY extends TransactionRejectReason\n\n    case object INSTRUMENT_MISSING extends TransactionRejectReason\n\n    case object INSTRUMENT_UNKNOWN extends TransactionRejectReason\n\n    case object UNITS_MISSING extends TransactionRejectReason\n\n    case object UNITS_INVALID extends TransactionRejectReason\n\n    case object UNITS_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object UNITS_LIMIT_EXCEEDED extends TransactionRejectReason\n\n    case object UNITS_MIMIMUM_NOT_MET extends TransactionRejectReason\n\n    case object PRICE_MISSING extends TransactionRejectReason\n\n    case object PRICE_INVALID extends TransactionRejectReason\n\n    case object PRICE_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object PRICE_DISTANCE_MISSING extends TransactionRejectReason\n\n    case object PRICE_DISTANCE_INVALID extends TransactionRejectReason\n\n    case object PRICE_DISTANCE_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object PRICE_DISTANCE_MAXIMUM_EXCEEDED extends TransactionRejectReason\n\n    case object PRICE_DISTANCE_MINIMUM_NOT_MET extends TransactionRejectReason\n\n    case object TIME_IN_FORCE_MISSING extends TransactionRejectReason\n\n    case object TIME_IN_FORCE_INVALID extends TransactionRejectReason\n\n    case object TIME_IN_FORCE_GTD_TIMESTAMP_MISSING extends TransactionRejectReason\n\n    case object TIME_IN_FORCE_GTD_TIMESTAMP_IN_PAST extends TransactionRejectReason\n\n    case object PRICE_BOUND_INVALID extends TransactionRejectReason\n\n    case object PRICE_BOUND_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object ORDERS_ON_FILL_DUPLICATE_CLIENT_ORDER_IDS extends TransactionRejectReason\n\n    case object TRADE_ON_FILL_CLIENT_EXTENSIONS_NOT_SUPPORTED extends TransactionRejectReason\n\n    case object CLIENT_ORDER_ID_INVALID extends TransactionRejectReason\n\n    case object CLIENT_ORDER_ID_ALREADY_EXISTS extends TransactionRejectReason\n\n    case object CLIENT_ORDER_TAG_INVALID extends TransactionRejectReason\n\n    case object CLIENT_ORDER_COMMENT_INVALID extends TransactionRejectReason\n\n    case object CLIENT_TRADE_ID_INVALID extends TransactionRejectReason\n\n    case object CLIENT_TRADE_ID_ALREADY_EXISTS extends TransactionRejectReason\n\n    case object CLIENT_TRADE_TAG_INVALID extends TransactionRejectReason\n\n    case object CLIENT_TRADE_COMMENT_INVALID extends TransactionRejectReason\n\n    case object ORDER_FILL_POSITION_ACTION_MISSING extends TransactionRejectReason\n\n    case object ORDER_FILL_POSITION_ACTION_INVALID extends TransactionRejectReason\n\n    case object TRIGGER_CONDITION_MISSING extends TransactionRejectReason\n\n    case object TRIGGER_CONDITION_INVALID extends TransactionRejectReason\n\n    case object ORDER_PARTIAL_FILL_OPTION_MISSING extends TransactionRejectReason\n\n    case object ORDER_PARTIAL_FILL_OPTION_INVALID extends TransactionRejectReason\n\n    case object INVALID_REISSUE_IMMEDIATE_PARTIAL_FILL extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ORDER_ALREADY_EXISTS extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_PRICE_MISSING extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_PRICE_INVALID extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_PRICE_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_TIME_IN_FORCE_MISSING extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_TIME_IN_FORCE_INVALID extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_GTD_TIMESTAMP_MISSING extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_GTD_TIMESTAMP_IN_PAST extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_CLIENT_ORDER_ID_INVALID extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_CLIENT_ORDER_TAG_INVALID extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_CLIENT_ORDER_COMMENT_INVALID extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_TRIGGER_CONDITION_MISSING extends TransactionRejectReason\n\n    case object TAKE_PROFIT_ON_FILL_TRIGGER_CONDITION_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ORDER_ALREADY_EXISTS extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_PRICE_MISSING extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_PRICE_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_PRICE_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_TIME_IN_FORCE_MISSING extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_TIME_IN_FORCE_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_GTD_TIMESTAMP_MISSING extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_GTD_TIMESTAMP_IN_PAST extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_CLIENT_ORDER_ID_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_CLIENT_ORDER_TAG_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_CLIENT_ORDER_COMMENT_INVALID extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_TRIGGER_CONDITION_MISSING extends TransactionRejectReason\n\n    case object STOP_LOSS_ON_FILL_TRIGGER_CONDITION_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ORDER_ALREADY_EXISTS extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_PRICE_DISTANCE_MISSING extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_PRICE_DISTANCE_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_PRICE_DISTANCE_PRECISION_EXCEEDED extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_PRICE_DISTANCE_MAXIMUM_EXCEEDED extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_PRICE_DISTANCE_MINIMUM_NOT_MET extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_TIME_IN_FORCE_MISSING extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_TIME_IN_FORCE_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_GTD_TIMESTAMP_MISSING extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_GTD_TIMESTAMP_IN_PAST extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_CLIENT_ORDER_ID_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_CLIENT_ORDER_TAG_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_CLIENT_ORDER_COMMENT_INVALID extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ORDERS_NOT_SUPPORTED extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_TRIGGER_CONDITION_MISSING extends TransactionRejectReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_TRIGGER_CONDITION_INVALID extends TransactionRejectReason\n\n    case object CLOSE_TRADE_TYPE_MISSING extends TransactionRejectReason\n\n    case object CLOSE_TRADE_PARTIAL_UNITS_MISSING extends TransactionRejectReason\n\n    case object CLOSE_TRADE_UNITS_EXCEED_TRADE_SIZE extends TransactionRejectReason\n\n    case object CLOSEOUT_POSITION_DOESNT_EXIST extends TransactionRejectReason\n\n    case object CLOSEOUT_POSITION_INCOMPLETE_SPECIFICATION extends TransactionRejectReason\n\n    case object CLOSEOUT_POSITION_UNITS_EXCEED_POSITION_SIZE extends TransactionRejectReason\n\n    case object CLOSEOUT_POSITION_REJECT extends TransactionRejectReason\n\n    case object CLOSEOUT_POSITION_PARTIAL_UNITS_MISSING extends TransactionRejectReason\n\n    case object MARKUP_GROUP_ID_INVALID extends TransactionRejectReason\n\n    case object POSITION_AGGREGATION_MODE_INVALID extends TransactionRejectReason\n\n    case object ADMIN_CONFIGURE_DATA_MISSING extends TransactionRejectReason\n\n    case object MARGIN_RATE_INVALID extends TransactionRejectReason\n\n    case object MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT extends TransactionRejectReason\n\n    case object ALIAS_INVALID extends TransactionRejectReason\n\n    case object CLIENT_CONFIGURE_DATA_MISSING extends TransactionRejectReason\n\n    case object MARGIN_RATE_WOULD_TRIGGER_MARGIN_CALL extends TransactionRejectReason\n\n    case object AMOUNT_INVALID extends TransactionRejectReason\n\n    case object INSUFFICIENT_FUNDS extends TransactionRejectReason\n\n    case object AMOUNT_MISSING extends TransactionRejectReason\n\n    case object FUNDING_REASON_MISSING extends TransactionRejectReason\n\n    case object CLIENT_EXTENSIONS_DATA_MISSING extends TransactionRejectReason\n\n    case object REPLACING_ORDER_INVALID extends TransactionRejectReason\n\n    case object REPLACING_TRADE_ID_INVALID extends TransactionRejectReason\n\n    implicit val decodeTransactionRejectReason: Decoder[TransactionRejectReason] = deriveEnumerationDecoder\n    implicit val encodeTransactionRejectReason: Encoder[TransactionRejectReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait MarketOrderReason\n\n  object MarketOrderReason {\n\n    case object CLIENT_ORDER extends MarketOrderReason\n\n    case object TRADE_CLOSE extends MarketOrderReason\n\n    case object POSITION_CLOSEOUT extends MarketOrderReason\n\n    case object MARGIN_CLOSEOUT extends MarketOrderReason\n\n    case object DELAYED_TRADE_CLOSE extends MarketOrderReason\n\n    implicit val decodeMarketOrderReason: Decoder[MarketOrderReason] = deriveEnumerationDecoder\n    implicit val encodeMarketOrderReason: Encoder[MarketOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait LimitOrderReason\n\n  object LimitOrderReason {\n\n    case object CLIENT_ORDER extends LimitOrderReason\n\n    case object REPLACEMENT extends LimitOrderReason\n\n    implicit val decodeLimitOrderReason: Decoder[LimitOrderReason] = deriveEnumerationDecoder\n    implicit val encodeLimitOrderReason: Encoder[LimitOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait StopOrderReason\n\n  object StopOrderReason {\n\n    case object CLIENT_ORDER extends StopOrderReason\n\n    case object REPLACEMENT extends StopOrderReason\n\n    implicit val decodeStopOrderReason: Decoder[StopOrderReason] = deriveEnumerationDecoder\n    implicit val encodeStopOrderReason: Encoder[StopOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait MarketIfTouchedOrderReason\n\n  object MarketIfTouchedOrderReason {\n\n    case object CLIENT_ORDER extends MarketIfTouchedOrderReason\n\n    case object REPLACEMENT extends MarketIfTouchedOrderReason\n\n    implicit val decodeMarketIfTouchedOrderReason: Decoder[MarketIfTouchedOrderReason] = deriveEnumerationDecoder\n    implicit val encodeMarketIfTouchedOrderReason: Encoder[MarketIfTouchedOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait TakeProfitOrderReason\n\n  object TakeProfitOrderReason {\n\n    case object CLIENT_ORDER extends TakeProfitOrderReason\n\n    case object REPLACEMENT extends TakeProfitOrderReason\n\n    case object ON_FILL extends TakeProfitOrderReason\n\n    implicit val decodeTakeProfitOrderReason: Decoder[TakeProfitOrderReason] = deriveEnumerationDecoder\n    implicit val encodeTakeProfitOrderReason: Encoder[TakeProfitOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait StopLossOrderReason\n\n  object StopLossOrderReason {\n\n    case object CLIENT_ORDER extends StopLossOrderReason\n\n    case object REPLACEMENT extends StopLossOrderReason\n\n    case object ON_FILL extends StopLossOrderReason\n\n    implicit val decodeStopLossOrderReason: Decoder[StopLossOrderReason] = deriveEnumerationDecoder\n    implicit val encodeStopLossOrderReason: Encoder[StopLossOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait TrailingStopLossOrderReason\n\n  object TrailingStopLossOrderReason {\n\n    case object CLIENT_ORDER extends TrailingStopLossOrderReason\n\n    case object REPLACEMENT extends TrailingStopLossOrderReason\n\n    case object ON_FILL extends TrailingStopLossOrderReason\n\n    implicit val decodeTrailingStopLossOrderReason: Decoder[TrailingStopLossOrderReason] = deriveEnumerationDecoder\n    implicit val encodeTrailingStopLossOrderReason: Encoder[TrailingStopLossOrderReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait OrderFillReason\n\n  object OrderFillReason {\n\n    case object LIMIT_ORDER extends OrderFillReason\n\n    case object STOP_ORDER extends OrderFillReason\n\n    case object MARKET_IF_TOUCHED_ORDER extends OrderFillReason\n\n    case object TAKE_PROFIT_ORDER extends OrderFillReason\n\n    case object STOP_LOSS_ORDER extends OrderFillReason\n\n    case object TRAILING_STOP_LOSS_ORDER extends OrderFillReason\n\n    case object MARKET_ORDER extends OrderFillReason\n\n    case object MARKET_ORDER_TRADE_CLOSE extends OrderFillReason\n\n    case object MARKET_ORDER_POSITION_CLOSEOUT extends OrderFillReason\n\n    case object MARKET_ORDER_MARGIN_CLOSEOUT extends OrderFillReason\n\n    case object MARKET_ORDER_DELAYED_TRADE_CLOSE extends OrderFillReason\n\n    implicit val decodeOrderFillReason: Decoder[OrderFillReason] = deriveEnumerationDecoder\n    implicit val encodeOrderFillReason: Encoder[OrderFillReason] = deriveEnumerationEncoder\n  }\n\n  sealed trait OrderCancelReason\n\n  object OrderCancelReason {\n\n    case object INTERNAL_SERVER_ERROR extends OrderCancelReason\n\n    case object ACCOUNT_LOCKED extends OrderCancelReason\n\n    case object ACCOUNT_NEW_POSITIONS_LOCKED extends OrderCancelReason\n\n    case object ACCOUNT_ORDER_CREATION_LOCKED extends OrderCancelReason\n\n    case object ACCOUNT_ORDER_FILL_LOCKED extends OrderCancelReason\n\n    case object CLIENT_REQUEST extends OrderCancelReason\n\n    case object MIGRATION extends OrderCancelReason\n\n    case object MARKET_HALTED extends OrderCancelReason\n\n    case object LINKED_TRADE_CLOSED extends OrderCancelReason\n\n    case object TIME_IN_FORCE_EXPIRED extends OrderCancelReason\n\n    case object INSUFFICIENT_MARGIN extends OrderCancelReason\n\n    case object FIFO_VIOLATION extends OrderCancelReason\n\n    case object BOUNDS_VIOLATION extends OrderCancelReason\n\n    case object CLIENT_REQUEST_REPLACED extends OrderCancelReason\n\n    case object INSUFFICIENT_LIQUIDITY extends OrderCancelReason\n\n    case object TAKE_PROFIT_ON_FILL_GTD_TIMESTAMP_IN_PAST extends OrderCancelReason\n\n    case object TAKE_PROFIT_ON_FILL_LOSS extends OrderCancelReason\n\n    case object LOSING_TAKE_PROFIT extends OrderCancelReason\n\n    case object STOP_LOSS_ON_FILL_GTD_TIMESTAMP_IN_PAST extends OrderCancelReason\n\n    case object STOP_LOSS_ON_FILL_LOSS extends OrderCancelReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_GTD_TIMESTAMP_IN_PAST extends OrderCancelReason\n\n    case object CLIENT_TRADE_ID_ALREADY_EXISTS extends OrderCancelReason\n\n    case object POSITION_CLOSEOUT_FAILED extends OrderCancelReason\n\n    case object OPEN_TRADES_ALLOWED_EXCEEDED extends OrderCancelReason\n\n    case object PENDING_ORDERS_ALLOWED_EXCEEDED extends OrderCancelReason\n\n    case object TAKE_PROFIT_ON_FILL_CLIENT_ORDER_ID_ALREADY_EXISTS extends OrderCancelReason\n\n    case object STOP_LOSS_ON_FILL_CLIENT_ORDER_ID_ALREADY_EXISTS extends OrderCancelReason\n\n    case object TRAILING_STOP_LOSS_ON_FILL_CLIENT_ORDER_ID_ALREADY_EXISTS extends OrderCancelReason\n\n    case object POSITION_SIZE_EXCEEDED extends OrderCancelReason\n\n    implicit val decodeOrderCancelReason: Decoder[OrderCancelReason] = deriveEnumerationDecoder\n    implicit val encodeOrderCancelReason: Encoder[OrderCancelReason] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class TakeProfitDetails(price: PriceValue,\n                               timeInForce: TimeInForce = GTC,\n                               gtdTime: Option[Instant] = None,\n                               clientExtensions: Option[ClientExtensions] = None)\n\n  @JsonCodec\n  case class StopLossDetails(price: PriceValue,\n                             timeInForce: TimeInForce = GTC,\n                             gtdTime: Option[Instant] = None,\n                             clientExtensions: Option[ClientExtensions] = None)\n\n  @JsonCodec\n  case class TrailingStopLossDetails(distance: PriceValue,\n                                     timeInForce: TimeInForce = GTC,\n                                     gtdTime: Option[Instant] = None,\n                                     clientExtensions: Option[ClientExtensions] = None)\n\n  @JsonCodec\n  case class TradeOpen(tradeID: TradeID,\n                       units: DecimalNumber,\n                       clientExtensions: Option[ClientExtensions])\n\n  @JsonCodec\n  case class TradeReduce(tradeID: TradeID,\n                         units: DecimalNumber,\n                         clientExtensions: Option[ClientExtensions],\n                         realizedPL: Option[AccountUnits],\n                         financing: Option[AccountUnits])\n\n  @JsonCodec\n  case class OpenTradeFinancing(tradeID: TradeID,\n                                financing: AccountUnits)\n\n  @JsonCodec\n  case class PositionFinancing(instrument: InstrumentName,\n                               financing: AccountUnits,\n                               openTradeFinancings: Seq[OpenTradeFinancing])\n\n  sealed trait TransactionFilter\n\n  object TransactionFilter {\n\n    case object ORDER extends TransactionFilter\n\n    case object FUNDING extends TransactionFilter\n\n    case object ADMIN extends TransactionFilter\n\n    case object CREATE extends TransactionFilter\n\n    case object CLOSE extends TransactionFilter\n\n    case object REOPEN extends TransactionFilter\n\n    case object CLIENT_CONFIGURE extends TransactionFilter\n\n    case object CLIENT_CONFIGURE_REJECT extends TransactionFilter\n\n    case object TRANSFER_FUNDS extends TransactionFilter\n\n    case object TRANSFER_FUNDS_REJECT extends TransactionFilter\n\n    case object MARKET_ORDER extends TransactionFilter\n\n    case object MARKET_ORDER_REJECT extends TransactionFilter\n\n    case object LIMIT_ORDER extends TransactionFilter\n\n    case object LIMIT_ORDER_REJECT extends TransactionFilter\n\n    case object STOP_ORDER extends TransactionFilter\n\n    case object STOP_ORDER_REJECT extends TransactionFilter\n\n    case object MARKET_IF_TOUCHED_ORDER extends TransactionFilter\n\n    case object MARKET_IF_TOUCHED_ORDER_REJECT extends TransactionFilter\n\n    case object TAKE_PROFIT_ORDER extends TransactionFilter\n\n    case object TAKE_PROFIT_ORDER_REJECT extends TransactionFilter\n\n    case object STOP_LOSS_ORDER extends TransactionFilter\n\n    case object STOP_LOSS_ORDER_REJECT extends TransactionFilter\n\n    case object TRAILING_STOP_LOSS_ORDER extends TransactionFilter\n\n    case object TRAILING_STOP_LOSS_ORDER_REJECT extends TransactionFilter\n\n    case object ONE_CANCELS_ALL_ORDER extends TransactionFilter\n\n    case object ONE_CANCELS_ALL_ORDER_REJECT extends TransactionFilter\n\n    case object ONE_CANCELS_ALL_ORDER_TRIGGERED extends TransactionFilter\n\n    case object ORDER_FILL extends TransactionFilter\n\n    case object ORDER_CANCEL extends TransactionFilter\n\n    case object ORDER_CANCEL_REJECT extends TransactionFilter\n\n    case object ORDER_CLIENT_EXTENSIONS_MODIFY extends TransactionFilter\n\n    case object ORDER_CLIENT_EXTENSIONS_MODIFY_REJECT extends TransactionFilter\n\n    case object TRADE_CLIENT_EXTENSIONS_MODIFY extends TransactionFilter\n\n    case object TRADE_CLIENT_EXTENSIONS_MODIFY_REJECT extends TransactionFilter\n\n    case object MARGIN_CALL_ENTER extends TransactionFilter\n\n    case object MARGIN_CALL_EXTEND extends TransactionFilter\n\n    case object MARGIN_CALL_EXIT extends TransactionFilter\n\n    case object DELAYED_TRADE_CLOSURE extends TransactionFilter\n\n    case object DAILY_FINANCING extends TransactionFilter\n\n    case object RESET_RESETTABLE_PL extends TransactionFilter\n\n    implicit val decodeTransactionFilter: Decoder[TransactionFilter] = deriveEnumerationDecoder\n    implicit val encodeTransactionFilter: Encoder[TransactionFilter] = deriveEnumerationEncoder\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"sonatype.sbt","text":"publishMavenStyle := true\n\nlicenses := Seq(\"MIT\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\"))\n\nimport xerial.sbt.Sonatype._\nsonatypeProjectHosting := Some(GitHubHosting(\"msilb\", \"scalanda-v20\", \"<EMAIL>\"))\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/orders\/package.scala","text":"package com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.orders.OrderPositionFill.DEFAULT\nimport com.msilb.scalandav20.model.orders.OrderType._\nimport com.msilb.scalandav20.model.orders.TimeInForce.{FOK, GTC}\nimport com.msilb.scalandav20.model.pricing.PriceValue\nimport com.msilb.scalandav20.model.primitives.{DecimalNumber, InstrumentName}\nimport com.msilb.scalandav20.model.trades.{ClientExtensions, TradeID}\nimport com.msilb.scalandav20.model.transactions._\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder}\nimport io.circe.java8.time._\n\npackage object orders {\n\n  type OrderID = Long\n  type OrderSpecifier = String\n\n  sealed trait Order {\n    def id: OrderID\n\n    def createTime: Instant\n\n    def state: OrderState\n\n    def clientExtensions: Option[ClientExtensions]\n  }\n\n  object Order {\n\n    @JsonCodec\n    case class MarketOrder(override val id: OrderID,\n                           override val createTime: Instant,\n                           override val state: OrderState,\n                           override val clientExtensions: Option[ClientExtensions],\n                           `type`: OrderType,\n                           instrument: InstrumentName,\n                           units: DecimalNumber,\n                           timeInForce: TimeInForce,\n                           priceBound: Option[PriceValue],\n                           positionFill: Option[OrderPositionFill],\n                           tradeClose: Option[MarketOrderTradeClose],\n                           longPositionCloseout: Option[MarketOrderPositionCloseout],\n                           shortPositionCloseout: Option[MarketOrderPositionCloseout],\n                           marginCloseout: Option[MarketOrderMarginCloseout],\n                           delayedTradeClose: Option[MarketOrderDelayedTradeClose],\n                           takeProfitOnFill: Option[TakeProfitDetails],\n                           stopLossOnFill: Option[StopLossDetails],\n                           trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                           tradeClientExtensions: Option[ClientExtensions],\n                           fillingTransactionID: Option[TransactionID],\n                           filledTime: Option[Instant],\n                           tradeOpenedID: Option[TradeID],\n                           tradeReducedID: Option[TradeID],\n                           tradeClosedIDs: Option[Seq[TradeID]],\n                           cancellingTransactionID: Option[TransactionID],\n                           cancelledTime: Option[Instant]) extends Order\n\n    @JsonCodec\n    case class LimitOrder(override val id: OrderID,\n                          override val createTime: Instant,\n                          override val state: OrderState,\n                          override val clientExtensions: Option[ClientExtensions],\n                          `type`: OrderType,\n                          instrument: InstrumentName,\n                          units: DecimalNumber,\n                          price: PriceValue,\n                          timeInForce: TimeInForce,\n                          gtdTime: Option[Instant],\n                          positionFill: Option[OrderPositionFill],\n                          takeProfitOnFill: Option[TakeProfitDetails],\n                          stopLossOnFill: Option[StopLossDetails],\n                          trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                          tradeClientExtensions: Option[ClientExtensions],\n                          fillingTransactionID: Option[TransactionID],\n                          filledTime: Option[Instant],\n                          tradeOpenedID: Option[TradeID],\n                          tradeReducedID: Option[TradeID],\n                          tradeClosedIDs: Option[Seq[TradeID]],\n                          cancellingTransactionID: Option[TransactionID],\n                          cancelledTime: Option[Instant],\n                          replacesOrderID: Option[OrderID],\n                          replacedByOrderID: Option[OrderID]) extends Order\n\n    @JsonCodec\n    case class StopOrder(override val id: OrderID,\n                         override val createTime: Instant,\n                         override val state: OrderState,\n                         override val clientExtensions: Option[ClientExtensions],\n                         `type`: OrderType,\n                         instrument: InstrumentName,\n                         units: DecimalNumber,\n                         price: PriceValue,\n                         priceBound: Option[PriceValue],\n                         timeInForce: TimeInForce,\n                         gtdTime: Option[Instant],\n                         positionFill: Option[OrderPositionFill],\n                         takeProfitOnFill: Option[TakeProfitDetails],\n                         stopLossOnFill: Option[StopLossDetails],\n                         trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                         tradeClientExtensions: Option[ClientExtensions],\n                         fillingTransactionID: Option[TransactionID],\n                         filledTime: Option[Instant],\n                         tradeOpenedID: Option[TradeID],\n                         tradeReducedID: Option[TradeID],\n                         tradeClosedIDs: Option[Seq[TradeID]],\n                         cancellingTransactionID: Option[TransactionID],\n                         cancelledTime: Option[Instant],\n                         replacesOrderID: Option[OrderID],\n                         replacedByOrderID: Option[OrderID]) extends Order\n\n    @JsonCodec\n    case class MarketIfTouchedOrder(override val id: OrderID,\n                                    override val createTime: Instant,\n                                    override val state: OrderState,\n                                    override val clientExtensions: Option[ClientExtensions],\n                                    `type`: OrderType,\n                                    instrument: InstrumentName,\n                                    units: DecimalNumber,\n                                    price: PriceValue,\n                                    priceBound: Option[PriceValue],\n                                    timeInForce: TimeInForce,\n                                    gtdTime: Option[Instant],\n                                    positionFill: Option[OrderPositionFill],\n                                    initialMarketPrice: Option[PriceValue],\n                                    takeProfitOnFill: Option[TakeProfitDetails],\n                                    stopLossOnFill: Option[StopLossDetails],\n                                    trailingStopLossOnFill: Option[TrailingStopLossDetails],\n                                    tradeClientExtensions: Option[ClientExtensions],\n                                    fillingTransactionID: Option[TransactionID],\n                                    filledTime: Option[Instant],\n                                    tradeOpenedID: Option[TradeID],\n                                    tradeReducedID: Option[TradeID],\n                                    tradeClosedIDs: Option[Seq[TradeID]],\n                                    cancellingTransactionID: Option[TransactionID],\n                                    cancelledTime: Option[Instant],\n                                    replacesOrderID: Option[OrderID],\n                                    replacedByOrderID: Option[OrderID]) extends Order\n\n    @JsonCodec\n    case class TakeProfitOrder(override val id: OrderID,\n                               override val createTime: Instant,\n                               override val state: OrderState,\n                               override val clientExtensions: Option[ClientExtensions],\n                               `type`: OrderType,\n                               tradeID: TradeID,\n                               clientTradeID: Option[ClientID],\n                               price: PriceValue,\n                               timeInForce: TimeInForce,\n                               gtdTime: Option[Instant],\n                               fillingTransactionID: Option[TransactionID],\n                               filledTime: Option[Instant],\n                               tradeOpenedID: Option[TradeID],\n                               tradeReducedID: Option[TradeID],\n                               tradeClosedIDs: Option[Seq[TradeID]],\n                               cancellingTransactionID: Option[TransactionID],\n                               cancelledTime: Option[Instant],\n                               replacesOrderID: Option[OrderID],\n                               replacedByOrderID: Option[OrderID]) extends Order\n\n    @JsonCodec\n    case class StopLossOrder(override val id: OrderID,\n                             override val createTime: Instant,\n                             override val state: OrderState,\n                             override val clientExtensions: Option[ClientExtensions],\n                             `type`: OrderType,\n                             tradeID: TradeID,\n                             clientTradeID: Option[ClientID],\n                             price: PriceValue,\n                             timeInForce: TimeInForce,\n                             gtdTime: Option[Instant],\n                             fillingTransactionID: Option[TransactionID],\n                             filledTime: Option[Instant],\n                             tradeOpenedID: Option[TradeID],\n                             tradeReducedID: Option[TradeID],\n                             tradeClosedIDs: Option[Seq[TradeID]],\n                             cancellingTransactionID: Option[TransactionID],\n                             cancelledTime: Option[Instant],\n                             replacesOrderID: Option[OrderID],\n                             replacedByOrderID: Option[OrderID]) extends Order\n\n    @JsonCodec\n    case class TrailingStopLossOrder(override val id: OrderID,\n                                     override val createTime: Instant,\n                                     override val state: OrderState,\n                                     override val clientExtensions: Option[ClientExtensions],\n                                     `type`: OrderType,\n                                     tradeID: TradeID,\n                                     clientTradeID: Option[ClientID],\n                                     distance: PriceValue,\n                                     timeInForce: TimeInForce,\n                                     gtdTime: Option[Instant],\n                                     trailingStopValue: PriceValue,\n                                     fillingTransactionID: Option[TransactionID],\n                                     filledTime: Option[Instant],\n                                     tradeOpenedID: Option[TradeID],\n                                     tradeReducedID: Option[TradeID],\n                                     tradeClosedIDs: Option[Seq[TradeID]],\n                                     cancellingTransactionID: Option[TransactionID],\n                                     cancelledTime: Option[Instant],\n                                     replacesOrderID: Option[OrderID],\n                                     replacedByOrderID: Option[OrderID]) extends Order\n\n    implicit val decodeOrder: Decoder[Order] = Decoder.instance { c =>\n      c.downField(\"type\").as[OrderType].flatMap {\n        case MARKET => c.as[MarketOrder]\n        case LIMIT => c.as[LimitOrder]\n        case STOP => c.as[StopOrder]\n        case MARKET_IF_TOUCHED => c.as[MarketIfTouchedOrder]\n        case TAKE_PROFIT => c.as[TakeProfitOrder]\n        case STOP_LOSS => c.as[StopLossOrder]\n        case TRAILING_STOP_LOSS => c.as[TrailingStopLossOrder]\n      }\n    }\n    implicit val encodeOrder: Encoder[Order] = Encoder.instance {\n      case t: MarketOrder => t.asJson\n      case t: LimitOrder => t.asJson\n      case t: StopOrder => t.asJson\n      case t: MarketIfTouchedOrder => t.asJson\n      case t: TakeProfitOrder => t.asJson\n      case t: StopLossOrder => t.asJson\n      case t: TrailingStopLossOrder => t.asJson\n    }\n  }\n\n  sealed trait OrderState\n\n  object OrderState {\n\n    case object PENDING extends OrderState\n\n    case object FILLED extends OrderState\n\n    case object TRIGGERED extends OrderState\n\n    case object CANCELLED extends OrderState\n\n    implicit val decodeOrderState: Decoder[OrderState] = deriveEnumerationDecoder\n    implicit val encodeOrderState: Encoder[OrderState] = deriveEnumerationEncoder\n  }\n\n  sealed trait TimeInForce\n\n  object TimeInForce {\n\n    case object GTC extends TimeInForce\n\n    case object GTD extends TimeInForce\n\n    case object GFD extends TimeInForce\n\n    case object FOK extends TimeInForce\n\n    case object IOC extends TimeInForce\n\n    implicit val decodeTimeInForce: Decoder[TimeInForce] = deriveEnumerationDecoder\n    implicit val encodeTimeInForce: Encoder[TimeInForce] = deriveEnumerationEncoder\n  }\n\n  sealed trait OrderType\n\n  object OrderType {\n\n    case object MARKET extends OrderType\n\n    case object LIMIT extends OrderType\n\n    case object STOP extends OrderType\n\n    case object MARKET_IF_TOUCHED extends OrderType\n\n    case object TAKE_PROFIT extends OrderType\n\n    case object STOP_LOSS extends OrderType\n\n    case object TRAILING_STOP_LOSS extends OrderType\n\n    implicit val decodeOrderType: Decoder[OrderType] = deriveEnumerationDecoder\n    implicit val encodeOrderType: Encoder[OrderType] = deriveEnumerationEncoder\n  }\n\n  sealed trait OrderPositionFill\n\n  object OrderPositionFill {\n\n    case object OPEN_ONLY extends OrderPositionFill\n\n    case object REDUCE_FIRST extends OrderPositionFill\n\n    case object REDUCE_ONLY extends OrderPositionFill\n\n    case object POSITION_DEFAULT extends OrderPositionFill\n\n    case object POSITION_REDUCE_ONLY extends OrderPositionFill\n\n    case object DEFAULT extends OrderPositionFill\n\n    implicit val decodeOrderPositionFill: Decoder[OrderPositionFill] = deriveEnumerationDecoder\n    implicit val encodeOrderPositionFill: Encoder[OrderPositionFill] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class MarketOrderTradeClose(tradeID: TradeID, clientTradeID: Option[String], units: String)\n\n  @JsonCodec\n  case class MarketOrderPositionCloseout(instrument: InstrumentName, units: String)\n\n  @JsonCodec\n  case class MarketOrderMarginCloseout(reason: MarketOrderMarginCloseoutReason)\n\n  sealed trait MarketOrderMarginCloseoutReason\n\n  object MarketOrderMarginCloseoutReason {\n\n    case object MARGIN_CHECK_VIOLATION extends MarketOrderMarginCloseoutReason\n\n    case object REGULATORY_MARGIN_CALL_VIOLATION extends MarketOrderMarginCloseoutReason\n\n    implicit val decodeMarketOrderMarginCloseoutReason: Decoder[MarketOrderMarginCloseoutReason] = deriveEnumerationDecoder\n    implicit val encodeMarketOrderMarginCloseoutReason: Encoder[MarketOrderMarginCloseoutReason] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class MarketOrderDelayedTradeClose(tradeID: TradeID, clientTradeID: Option[TradeID], sourceTransactionID: TransactionID)\n\n  @JsonCodec\n  case class DynamicOrderState(id: OrderID,\n                               trailingStopValue: PriceValue,\n                               triggerDistance: Option[PriceValue],\n                               isTriggerDistanceExact: Option[Boolean])\n\n  sealed trait OrderRequest {\n    def `type`: OrderType\n  }\n\n  object OrderRequest {\n\n    @JsonCodec\n    case class MarketOrderRequest(override val `type`: OrderType = MARKET,\n                                  instrument: InstrumentName,\n                                  units: DecimalNumber,\n                                  timeInForce: TimeInForce = FOK,\n                                  priceBound: Option[PriceValue] = None,\n                                  positionFill: OrderPositionFill = DEFAULT,\n                                  clientExtensions: Option[ClientExtensions] = None,\n                                  takeProfitOnFill: Option[TakeProfitDetails] = None,\n                                  stopLossOnFill: Option[StopLossDetails] = None,\n                                  trailingStopLossOnFill: Option[TrailingStopLossDetails] = None,\n                                  tradeClientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class LimitOrderRequest(override val `type`: OrderType = LIMIT,\n                                 instrument: InstrumentName,\n                                 units: DecimalNumber,\n                                 price: PriceValue,\n                                 timeInForce: TimeInForce = GTC,\n                                 gtdTime: Option[Instant] = None,\n                                 positionFill: OrderPositionFill = DEFAULT,\n                                 clientExtensions: Option[ClientExtensions] = None,\n                                 takeProfitOnFill: Option[TakeProfitDetails] = None,\n                                 stopLossOnFill: Option[StopLossDetails] = None,\n                                 trailingStopLossOnFill: Option[TrailingStopLossDetails] = None,\n                                 tradeClientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class StopOrderRequest(override val `type`: OrderType = STOP,\n                                instrument: InstrumentName,\n                                units: DecimalNumber,\n                                price: PriceValue,\n                                priceBound: Option[PriceValue] = None,\n                                timeInForce: TimeInForce = GTC,\n                                gtdTime: Option[Instant] = None,\n                                positionFill: OrderPositionFill = DEFAULT,\n                                clientExtensions: Option[ClientExtensions] = None,\n                                takeProfitOnFill: Option[TakeProfitDetails] = None,\n                                stopLossOnFill: Option[StopLossDetails] = None,\n                                trailingStopLossOnFill: Option[TrailingStopLossDetails] = None,\n                                tradeClientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class MarketIfTouchedOrderRequest(override val `type`: OrderType = MARKET_IF_TOUCHED,\n                                           instrument: InstrumentName,\n                                           units: DecimalNumber,\n                                           price: PriceValue,\n                                           priceBound: Option[PriceValue] = None,\n                                           timeInForce: TimeInForce = GTC,\n                                           gtdTime: Option[Instant] = None,\n                                           positionFill: OrderPositionFill = DEFAULT,\n                                           clientExtensions: Option[ClientExtensions] = None,\n                                           takeProfitOnFill: Option[TakeProfitDetails] = None,\n                                           stopLossOnFill: Option[StopLossDetails] = None,\n                                           trailingStopLossOnFill: Option[TrailingStopLossDetails] = None,\n                                           tradeClientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class TakeProfitOrderRequest(override val `type`: OrderType = TAKE_PROFIT,\n                                      tradeID: TradeID,\n                                      clientTradeID: Option[ClientID] = None,\n                                      price: PriceValue,\n                                      timeInForce: TimeInForce = GTC,\n                                      gtdTime: Option[Instant] = None,\n                                      clientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class StopLossOrderRequest(override val `type`: OrderType = STOP_LOSS,\n                                    tradeID: TradeID,\n                                    clientTradeID: Option[ClientID] = None,\n                                    price: PriceValue,\n                                    timeInForce: TimeInForce = GTC,\n                                    gtdTime: Option[Instant] = None,\n                                    clientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    @JsonCodec\n    case class TrailingStopLossOrderRequest(override val `type`: OrderType = TRAILING_STOP_LOSS,\n                                            tradeID: TradeID,\n                                            clientTradeID: Option[ClientID] = None,\n                                            distance: PriceValue,\n                                            timeInForce: TimeInForce = GTC,\n                                            gtdTime: Option[Instant] = None,\n                                            clientExtensions: Option[ClientExtensions] = None) extends OrderRequest\n\n    implicit val decodeOrderRequest: Decoder[OrderRequest] = Decoder.instance { c =>\n      c.downField(\"type\").as[OrderType].flatMap {\n        case MARKET => c.as[MarketOrderRequest]\n        case LIMIT => c.as[LimitOrderRequest]\n        case STOP => c.as[StopOrderRequest]\n        case MARKET_IF_TOUCHED => c.as[MarketIfTouchedOrderRequest]\n        case TAKE_PROFIT => c.as[TakeProfitOrderRequest]\n        case STOP_LOSS => c.as[StopLossOrderRequest]\n        case TRAILING_STOP_LOSS => c.as[TrailingStopLossOrderRequest]\n      }\n    }\n    implicit val encodeOrderRequest: Encoder[OrderRequest] = Encoder.instance {\n      case t: MarketOrderRequest => t.asJson\n      case t: LimitOrderRequest => t.asJson\n      case t: StopOrderRequest => t.asJson\n      case t: MarketIfTouchedOrderRequest => t.asJson\n      case t: TakeProfitOrderRequest => t.asJson\n      case t: StopLossOrderRequest => t.asJson\n      case t: TrailingStopLossOrderRequest => t.asJson\n    }\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/account\/package.scala","text":"package com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.orders.{DynamicOrderState, Order}\nimport com.msilb.scalandav20.model.positions.{CalculatedPositionState, Position}\nimport com.msilb.scalandav20.model.primitives.{AccountUnits, Currency, DecimalNumber}\nimport com.msilb.scalandav20.model.trades.{CalculatedTradeState, TradeSummary}\nimport com.msilb.scalandav20.model.transactions.{Transaction, TransactionID}\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.{Decoder, Encoder}\nimport io.circe.java8.time._\n\npackage object account {\n\n  type AccountID = String\n\n  trait AccountBase {\n    def id: AccountID\n\n    def alias: Option[String]\n\n    def currency: Currency\n\n    def balance: AccountUnits\n\n    def createdByUserID: Int\n\n    def createdTime: Instant\n\n    def guaranteedStopLossOrderMode: Option[GuaranteedStopLossOrderMode]\n\n    def pl: AccountUnits\n\n    def resettablePL: AccountUnits\n\n    def resettablePLTime: Option[Instant]\n\n    def marginRate: Option[DecimalNumber]\n\n    def marginCallEnterTime: Option[Instant]\n\n    def marginCallExtensionCount: Option[Int]\n\n    def lastMarginCallExtensionTime: Option[Instant]\n\n    def openTradeCount: Int\n\n    def openPositionCount: Int\n\n    def pendingOrderCount: Int\n\n    def hedgingEnabled: Boolean\n\n    def unrealizedPL: AccountUnits\n\n    def NAV: AccountUnits\n\n    def marginUsed: AccountUnits\n\n    def marginAvailable: AccountUnits\n\n    def positionValue: AccountUnits\n\n    def marginCloseoutUnrealizedPL: AccountUnits\n\n    def marginCloseoutNAV: AccountUnits\n\n    def marginCloseoutMarginUsed: AccountUnits\n\n    def marginCloseoutPercent: DecimalNumber\n\n    def withdrawalLimit: AccountUnits\n\n    def marginCallMarginUsed: Option[AccountUnits]\n\n    def marginCallPercent: Option[DecimalNumber]\n\n    def lastTransactionID: TransactionID\n  }\n\n  @JsonCodec\n  case class AccountSummary(override val id: AccountID,\n                            override val alias: Option[String],\n                            override val currency: Currency,\n                            override val balance: AccountUnits,\n                            override val createdByUserID: Int,\n                            override val createdTime: Instant,\n                            override val guaranteedStopLossOrderMode: Option[GuaranteedStopLossOrderMode],\n                            override val pl: AccountUnits,\n                            override val resettablePL: AccountUnits,\n                            override val resettablePLTime: Option[Instant],\n                            override val marginRate: Option[DecimalNumber],\n                            override val marginCallEnterTime: Option[Instant],\n                            override val marginCallExtensionCount: Option[Int],\n                            override val lastMarginCallExtensionTime: Option[Instant],\n                            override val openTradeCount: Int,\n                            override val openPositionCount: Int,\n                            override val pendingOrderCount: Int,\n                            override val hedgingEnabled: Boolean,\n                            override val unrealizedPL: AccountUnits,\n                            override val NAV: AccountUnits,\n                            override val marginUsed: AccountUnits,\n                            override val marginAvailable: AccountUnits,\n                            override val positionValue: AccountUnits,\n                            override val marginCloseoutUnrealizedPL: AccountUnits,\n                            override val marginCloseoutNAV: AccountUnits,\n                            override val marginCloseoutMarginUsed: AccountUnits,\n                            override val marginCloseoutPercent: DecimalNumber,\n                            override val withdrawalLimit: AccountUnits,\n                            override val marginCallMarginUsed: Option[AccountUnits],\n                            override val marginCallPercent: Option[DecimalNumber],\n                            override val lastTransactionID: TransactionID) extends AccountBase\n\n  @JsonCodec\n  case class Account(override val id: AccountID,\n                     override val alias: Option[String],\n                     override val currency: Currency,\n                     override val balance: AccountUnits,\n                     override val createdByUserID: Int,\n                     override val createdTime: Instant,\n                     override val guaranteedStopLossOrderMode: Option[GuaranteedStopLossOrderMode],\n                     override val pl: AccountUnits,\n                     override val resettablePL: AccountUnits,\n                     override val resettablePLTime: Option[Instant],\n                     override val marginRate: Option[DecimalNumber],\n                     override val marginCallEnterTime: Option[Instant],\n                     override val marginCallExtensionCount: Option[Int],\n                     override val lastMarginCallExtensionTime: Option[Instant],\n                     override val openTradeCount: Int,\n                     override val openPositionCount: Int,\n                     override val pendingOrderCount: Int,\n                     override val hedgingEnabled: Boolean,\n                     override val unrealizedPL: AccountUnits,\n                     override val NAV: AccountUnits,\n                     override val marginUsed: AccountUnits,\n                     override val marginAvailable: AccountUnits,\n                     override val positionValue: AccountUnits,\n                     override val marginCloseoutUnrealizedPL: AccountUnits,\n                     override val marginCloseoutNAV: AccountUnits,\n                     override val marginCloseoutMarginUsed: AccountUnits,\n                     override val marginCloseoutPercent: DecimalNumber,\n                     override val withdrawalLimit: AccountUnits,\n                     override val marginCallMarginUsed: Option[AccountUnits],\n                     override val marginCallPercent: Option[DecimalNumber],\n                     override val lastTransactionID: TransactionID,\n                     trades: Seq[TradeSummary],\n                     positions: Seq[Position],\n                     orders: Seq[Order]) extends AccountBase\n\n  @JsonCodec\n  case class AccountState(unrealizedPL: AccountUnits,\n                          NAV: AccountUnits,\n                          marginUsed: AccountUnits,\n                          marginAvailable: AccountUnits,\n                          positionValue: AccountUnits,\n                          marginCloseoutUnrealizedPL: AccountUnits,\n                          marginCloseoutNAV: AccountUnits,\n                          marginCloseoutMarginUsed: AccountUnits,\n                          marginCloseoutPercent: DecimalNumber,\n                          withdrawalLimit: AccountUnits,\n                          marginCallMarginUsed: AccountUnits,\n                          marginCallPercent: DecimalNumber,\n                          orders: Seq[DynamicOrderState],\n                          trades: Seq[CalculatedTradeState],\n                          positions: Seq[CalculatedPositionState])\n\n  @JsonCodec\n  case class AccountProperties(id: String,\n                               mt4AccountID: Option[Int],\n                               tags: Seq[String])\n\n  sealed trait GuaranteedStopLossOrderMode\n\n  object GuaranteedStopLossOrderMode {\n\n    case object DISABLED extends GuaranteedStopLossOrderMode\n\n    case object ALLOWED extends GuaranteedStopLossOrderMode\n\n    case object REQUIRED extends GuaranteedStopLossOrderMode\n\n    implicit val decodeGuaranteedStopLossOrderMode: Decoder[GuaranteedStopLossOrderMode] = deriveEnumerationDecoder\n    implicit val encodeGuaranteedStopLossOrderMode: Encoder[GuaranteedStopLossOrderMode] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class AccountChanges(ordersCreated: Seq[Order],\n                            ordersCancelled: Seq[Order],\n                            ordersFilled: Seq[Order],\n                            ordersTriggered: Seq[Order],\n                            tradesOpened: Seq[TradeSummary],\n                            tradesReduced: Seq[TradeSummary],\n                            tradesClosed: Seq[TradeSummary],\n                            positions: Seq[Position],\n                            transactions: Seq[Transaction])\n\n  sealed trait AccountFinancingMode\n\n  object AccountFinancingMode {\n\n    case object NO_FINANCING extends AccountFinancingMode\n\n    case object SECOND_BY_SECOND extends AccountFinancingMode\n\n    case object DAILY extends AccountFinancingMode\n\n    implicit val decodeAccountFinancingMode: Decoder[AccountFinancingMode] = deriveEnumerationDecoder\n    implicit val encodeAccountFinancingMode: Encoder[AccountFinancingMode] = deriveEnumerationEncoder\n  }\n\n  sealed trait PositionAggregationMode\n\n  object PositionAggregationMode {\n\n    case object ABSOLUTE_SUM extends PositionAggregationMode\n\n    case object MAXIMAL_SIDE extends PositionAggregationMode\n\n    case object NET_SUM extends PositionAggregationMode\n\n    implicit val decodePositionAggregationMode: Decoder[PositionAggregationMode] = deriveEnumerationDecoder\n    implicit val encodePositionAggregationMode: Encoder[PositionAggregationMode] = deriveEnumerationEncoder\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/common\/Environment.scala","text":"package com.msilb.scalandav20.common\n\nsealed trait Environment {\n  def restApiUrl(): String\n\n  def streamApiUrl(): String\n}\n\nobject Environment {\n\n  case object Practice extends Environment {\n    val restApiUrl = \"api-fxpractice.oanda.com\"\n    val streamApiUrl = \"stream-fxpractice.oanda.com\"\n  }\n\n  case object Production extends Environment {\n    val restApiUrl = \"api-fxtrade.oanda.com\"\n    val streamApiUrl = \"stream-fxtrade.oanda.com\"\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/primitives\/package.scala","text":"<reponame>msilb\/scalanda-v20<filename>src\/main\/scala\/com\/msilb\/scalandav20\/model\/primitives\/package.scala\npackage com.msilb.scalandav20.model\n\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.{Decoder, Encoder}\n\npackage object primitives {\n\n  type DecimalNumber = Double\n  type AccountUnits = Double\n  type Currency = String\n  type InstrumentName = String\n\n  sealed trait InstrumentType\n\n  object InstrumentType {\n\n    case object CURRENCY extends InstrumentType\n\n    case object CFD extends InstrumentType\n\n    case object METAL extends InstrumentType\n\n    implicit val decodeInstrumentType: Decoder[InstrumentType] = deriveEnumerationDecoder\n    implicit val encodeInstrumentType: Encoder[InstrumentType] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class Instrument(name: InstrumentName,\n                        `type`: InstrumentType,\n                        displayName: String,\n                        pipLocation: Int,\n                        displayPrecision: Int,\n                        tradeUnitsPrecision: Int,\n                        minimumTradeSize: DecimalNumber,\n                        maximumTrailingStopDistance: DecimalNumber,\n                        minimumTrailingStopDistance: DecimalNumber,\n                        maximumPositionSize: DecimalNumber,\n                        maximumOrderUnits: DecimalNumber,\n                        marginRate: DecimalNumber)\n\n  sealed trait AcceptDatetimeFormat\n\n  object AcceptDatetimeFormat {\n\n    case object UNIX extends AcceptDatetimeFormat\n\n    case object RFC3339 extends AcceptDatetimeFormat\n\n    implicit val decodeAcceptDatetimeFormat: Decoder[AcceptDatetimeFormat] = deriveEnumerationDecoder\n    implicit val encodeAcceptDatetimeFormat: Encoder[AcceptDatetimeFormat] = deriveEnumerationEncoder\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/pricing\/package.scala","text":"package com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.primitives.{DecimalNumber, InstrumentName}\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder}\nimport io.circe.java8.time._\n\npackage object pricing {\n\n  type PriceValue = String\n\n  sealed trait PricingStreamItem\n\n  @JsonCodec\n  case class PricingHeartbeat(`type`: String, time: Instant) extends PricingStreamItem\n\n  sealed trait PriceStatus\n\n  object PriceStatus {\n\n    case object tradeable extends PriceStatus\n\n    case object `non-tradeable` extends PriceStatus\n\n    case object invalid extends PriceStatus\n\n    implicit val decodePriceStatus: Decoder[PriceStatus] = deriveEnumerationDecoder\n    implicit val encodePriceStatus: Encoder[PriceStatus] = deriveEnumerationEncoder\n  }\n\n  @JsonCodec\n  case class PriceBucket(price: PriceValue, liquidity: Int)\n\n  @JsonCodec\n  case class QuoteHomeConversionFactors(positiveUnits: DecimalNumber, negativeUnits: DecimalNumber)\n\n  @JsonCodec\n  case class UnitsAvailableDetails(long: DecimalNumber, short: DecimalNumber)\n\n  @JsonCodec\n  case class UnitsAvailable(default: UnitsAvailableDetails,\n                            reduceFirst: UnitsAvailableDetails,\n                            reduceOnly: UnitsAvailableDetails,\n                            openOnly: UnitsAvailableDetails)\n\n  @JsonCodec\n  case class Price(`type`: String,\n                   instrument: InstrumentName,\n                   time: Instant,\n                   status: PriceStatus,\n                   bids: Seq[PriceBucket],\n                   asks: Seq[PriceBucket],\n                   closeoutBid: PriceValue,\n                   closeoutAsk: PriceValue,\n                   quoteHomeConversionFactors: Option[QuoteHomeConversionFactors],\n                   unitsAvailable: Option[UnitsAvailable]) extends PricingStreamItem\n\n  object PricingStreamItem {\n    implicit val decodePricingStreamItem: Decoder[PricingStreamItem] = Decoder.instance { c =>\n      c.downField(\"type\").as[String].flatMap {\n        case \"HEARTBEAT\" => c.as[PricingHeartbeat]\n        case _ => c.as[Price]\n      }\n    }\n    implicit val encodePricingStreamItem: Encoder[PricingStreamItem] = Encoder.instance {\n      case t: PricingHeartbeat => t.asJson\n      case t: Price => t.asJson\n    }\n  }\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/test\/scala\/com\/msilb\/scalandav20\/client\/OandaApiClientSpec.scala","text":"<reponame>msilb\/scalanda-v20\npackage com.msilb.scalandav20.client\n\nimport java.time.Instant\n\nimport akka.http.scaladsl.model.ContentTypes.`application\/json`\nimport akka.http.scaladsl.model.HttpMethods._\nimport akka.http.scaladsl.model.Uri.Query\nimport akka.http.scaladsl.model._\nimport com.msilb.scalandav20.client.Request.AccountConfigChangeRequest\nimport com.msilb.scalandav20.client.Response.ConfigureAccountResponse.{ConfigureAccountFailureResponse, ConfigureAccountSuccessResponse}\nimport com.msilb.scalandav20.client.Response._\nimport com.msilb.scalandav20.common.Environment.Practice\nimport com.msilb.scalandav20.model.account.GuaranteedStopLossOrderMode.DISABLED\nimport com.msilb.scalandav20.model.account._\nimport com.msilb.scalandav20.model.orders.MarketOrderTradeClose\nimport com.msilb.scalandav20.model.orders.Order.{LimitOrder, MarketOrder, TakeProfitOrder, TrailingStopLossOrder}\nimport com.msilb.scalandav20.model.orders.OrderPositionFill.{DEFAULT, POSITION_DEFAULT, POSITION_REDUCE_ONLY, REDUCE_ONLY}\nimport com.msilb.scalandav20.model.orders.OrderState.{CANCELLED, FILLED}\nimport com.msilb.scalandav20.model.orders.OrderType.{LIMIT, MARKET, TAKE_PROFIT, TRAILING_STOP_LOSS}\nimport com.msilb.scalandav20.model.orders.TimeInForce.{FOK, GTC}\nimport com.msilb.scalandav20.model.positions.{Position, PositionSide}\nimport com.msilb.scalandav20.model.primitives.Instrument\nimport com.msilb.scalandav20.model.primitives.InstrumentType.CURRENCY\nimport com.msilb.scalandav20.model.trades.TradeState.CLOSED\nimport com.msilb.scalandav20.model.trades.TradeSummary\nimport com.msilb.scalandav20.model.transactions.LimitOrderReason.CLIENT_ORDER\nimport com.msilb.scalandav20.model.transactions.MarketOrderReason.TRADE_CLOSE\nimport com.msilb.scalandav20.model.transactions.OrderCancelReason.{CLIENT_REQUEST, LINKED_TRADE_CLOSED}\nimport com.msilb.scalandav20.model.transactions.OrderFillReason.{LIMIT_ORDER, MARKET_ORDER_TRADE_CLOSE}\nimport com.msilb.scalandav20.model.transactions.TakeProfitOrderReason.ON_FILL\nimport com.msilb.scalandav20.model.transactions.Transaction.{ClientConfigureRejectTransaction, ClientConfigureTransaction, LimitOrderRejectTransaction, LimitOrderTransaction, MarketOrderTransaction, OrderCancelTransaction, OrderFillTransaction, TakeProfitOrderTransaction, TrailingStopLossOrderTransaction}\nimport com.msilb.scalandav20.model.transactions.TransactionRejectReason.{MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT, PRICE_PRECISION_EXCEEDED}\nimport com.msilb.scalandav20.model.transactions.TransactionType.{CLIENT_CONFIGURE, CLIENT_CONFIGURE_REJECT, LIMIT_ORDER_REJECT, MARKET_ORDER, ORDER_CANCEL, ORDER_FILL, TAKE_PROFIT_ORDER, TRAILING_STOP_LOSS_ORDER}\nimport com.msilb.scalandav20.model.transactions._\nimport org.scalamock.function.MockFunction1\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, ExecutionContext, Future}\n\nclass OandaApiClientSpec extends FlatSpec with Matchers with MockFactory {\n\n  trait MockHttpRequestService extends HttpRequestService {\n\n    val mock: MockFunction1[HttpRequest, Future[HttpResponse]] =\n      mockFunction[HttpRequest, Future[HttpResponse]]\n\n    override implicit val ec: ExecutionContext = scala.concurrent.ExecutionContext.Implicits.global\n\n    override def execute(req: HttpRequest): Future[HttpResponse] = mock(req)\n  }\n\n  val client = new OandaApiClient(Practice, \"auth_token\") with MockHttpRequestService\n\n  val timeout: FiniteDuration = 5.seconds\n\n  \"OandaApiClient\" should \"return a list of accounts\" in {\n\n    client\n      .mock\n      .expects(client.baseRequest.withUri(client.baseRestUri.withPath(client.basePath \/ \"accounts\")))\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"accounts\": [\n                |    {\n                |      \"id\": \"0123456-789\",\n                |      \"tags\": [\"someTag\"]\n                |    }\n                |  ]\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val accounts = Await.result(client.getAccountsList, timeout)\n\n    assert(\n      accounts == Right(\n        AccountsListResponse(\n          Seq(\n            AccountProperties(\n              id = \"0123456-789\",\n              mt4AccountID = None,\n              tags = Seq(\"someTag\")\n            )\n          )\n        )\n      )\n    )\n  }\n\n  it should \"return details for a specific account\" in {\n\n    client\n      .mock\n      .expects(client.baseRequest.withUri(client.baseRestUri.withPath(client.basePath \/ \"accounts\" \/ \"12345-6789\")))\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"account\": {\n                |    \"NAV\": \"43650.78835\",\n                |    \"alias\": \"My New Account #2\",\n                |    \"balance\": \"43650.78835\",\n                |    \"createdByUserID\": 1234567,\n                |    \"createdTime\": \"2015-08-12T18:21:00.697504698Z\",\n                |    \"currency\": \"CHF\",\n                |    \"hedgingEnabled\": false,\n                |    \"id\": \"12345-6789\",\n                |    \"lastTransactionID\": \"6356\",\n                |    \"marginAvailable\": \"43650.78835\",\n                |    \"marginCloseoutMarginUsed\": \"0.00000\",\n                |    \"marginCloseoutNAV\": \"43650.78835\",\n                |    \"marginCloseoutPercent\": \"0.00000\",\n                |    \"marginCloseoutPositionValue\": \"0.00000\",\n                |    \"marginCloseoutUnrealizedPL\": \"0.00000\",\n                |    \"marginRate\": \"0.02\",\n                |    \"marginUsed\": \"0.00000\",\n                |    \"openPositionCount\": 0,\n                |    \"openTradeCount\": 0,\n                |    \"orders\": [],\n                |    \"pendingOrderCount\": 0,\n                |    \"pl\": \"-56034.41199\",\n                |    \"positionValue\": \"0.00000\",\n                |    \"positions\": [\n                |      {\n                |        \"instrument\": \"EUR_USD\",\n                |        \"long\": {\n                |          \"pl\": \"-54344.82371\",\n                |          \"resettablePL\": \"-54344.82371\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-54300.41484\",\n                |        \"resettablePL\": \"-54300.41484\",\n                |        \"short\": {\n                |          \"pl\": \"44.40887\",\n                |          \"resettablePL\": \"44.40887\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"EUR_GBP\",\n                |        \"long\": {\n                |          \"pl\": \"-21.81721\",\n                |          \"resettablePL\": \"-21.81721\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-21.81721\",\n                |        \"resettablePL\": \"-21.81721\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"EUR_CAD\",\n                |        \"long\": {\n                |          \"pl\": \"0.35963\",\n                |          \"resettablePL\": \"0.35963\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"0.35963\",\n                |        \"resettablePL\": \"0.35963\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"EUR_CHF\",\n                |        \"long\": {\n                |          \"pl\": \"-868.95147\",\n                |          \"resettablePL\": \"-868.95147\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-868.95147\",\n                |        \"resettablePL\": \"-868.95147\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"EUR_CZK\",\n                |        \"long\": {\n                |          \"pl\": \"-0.11620\",\n                |          \"resettablePL\": \"-0.11620\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-0.11620\",\n                |        \"resettablePL\": \"-0.11620\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"USD_CAD\",\n                |        \"long\": {\n                |          \"pl\": \"-483.91941\",\n                |          \"resettablePL\": \"-483.91941\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-486.15018\",\n                |        \"resettablePL\": \"-486.15018\",\n                |        \"short\": {\n                |          \"pl\": \"-2.23077\",\n                |          \"resettablePL\": \"-2.23077\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"USD_JPY\",\n                |        \"long\": {\n                |          \"pl\": \"-20.20008\",\n                |          \"resettablePL\": \"-20.20008\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-20.20008\",\n                |        \"resettablePL\": \"-20.20008\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"USD_DKK\",\n                |        \"long\": {\n                |          \"pl\": \"-84.23588\",\n                |          \"resettablePL\": \"-84.23588\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-84.23588\",\n                |        \"resettablePL\": \"-84.23588\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"GBP_CHF\",\n                |        \"long\": {\n                |          \"pl\": \"-17.36306\",\n                |          \"resettablePL\": \"-17.36306\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-17.36306\",\n                |        \"resettablePL\": \"-17.36306\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"GBP_JPY\",\n                |        \"long\": {\n                |          \"pl\": \"-0.32444\",\n                |          \"resettablePL\": \"-0.32444\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-0.32444\",\n                |        \"resettablePL\": \"-0.32444\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"AUD_USD\",\n                |        \"long\": {\n                |          \"pl\": \"-2.31173\",\n                |          \"resettablePL\": \"-2.31173\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-2.31173\",\n                |        \"resettablePL\": \"-2.31173\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"AUD_JPY\",\n                |        \"long\": {\n                |          \"pl\": \"-230.54045\",\n                |          \"resettablePL\": \"-230.54045\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-230.54045\",\n                |        \"resettablePL\": \"-230.54045\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      },\n                |      {\n                |        \"instrument\": \"CHF_JPY\",\n                |        \"long\": {\n                |          \"pl\": \"-2.34608\",\n                |          \"resettablePL\": \"-2.34608\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"pl\": \"-2.34608\",\n                |        \"resettablePL\": \"-2.34608\",\n                |        \"short\": {\n                |          \"pl\": \"0.00000\",\n                |          \"resettablePL\": \"0.00000\",\n                |          \"units\": \"0\",\n                |          \"unrealizedPL\": \"0.00000\"\n                |        },\n                |        \"unrealizedPL\": \"0.00000\"\n                |      }\n                |    ],\n                |    \"resettablePL\": \"-56034.41199\",\n                |    \"trades\": [],\n                |    \"unrealizedPL\": \"0.00000\",\n                |    \"withdrawalLimit\": \"43650.78835\"\n                |  },\n                |  \"lastTransactionID\": \"6356\"\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val accountDetails = Await.result(client.getAccountDetails(\"12345-6789\"), timeout)\n\n    assert(\n      accountDetails == Right(\n        AccountDetailsResponse(\n          Account(\n            \"12345-6789\",\n            Some(\"My New Account #2\"),\n            \"CHF\",\n            43650.78835,\n            1234567,\n            Instant.parse(\"2015-08-12T18:21:00.697504698Z\"),\n            None,\n            -56034.41199,\n            -56034.41199,\n            None,\n            Some(0.02),\n            None,\n            None,\n            None,\n            0,\n            0,\n            0,\n            hedgingEnabled = false,\n            0.0,\n            43650.78835,\n            0.0,\n            43650.78835,\n            0.0,\n            0.0,\n            43650.78835,\n            0.0,\n            0.0,\n            43650.78835,\n            None,\n            None,\n            6356,\n            Seq(),\n            Seq(\n              Position(\n                \"EUR_USD\",\n                -54300.41484,\n                Some(0.0),\n                -54300.41484,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -54344.82371,\n                  Some(0.0),\n                  -54344.82371\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  44.40887,\n                  Some(0.0),\n                  44.40887\n                )\n              ),\n              Position(\n                \"EUR_GBP\",\n                -21.81721,\n                Some(0.0),\n                -21.81721,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -21.81721,\n                  Some(0.0),\n                  -21.81721\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"EUR_CAD\",\n                0.35963,\n                Some(0.0),\n                0.35963,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.35963,\n                  Some(0.0),\n                  0.35963),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"EUR_CHF\",\n                -868.95147,\n                Some(0.0),\n                -868.95147,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -868.95147,\n                  Some(0.0),\n                  -868.95147\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"EUR_CZK\",\n                -0.1162,\n                Some(0.0),\n                -0.1162,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -0.1162,\n                  Some(0.0),\n                  -0.1162\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"USD_CAD\",\n                -486.15018,\n                Some(0.0),\n                -486.15018,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -483.91941,\n                  Some(0.0),\n                  -483.91941\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -2.23077,\n                  Some(0.0),\n                  -2.23077\n                )\n              ),\n              Position(\n                \"USD_JPY\",\n                -20.20008,\n                Some(0.0),\n                -20.20008,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -20.20008,\n                  Some(0.0),\n                  -20.20008\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"USD_DKK\",\n                -84.23588,\n                Some(0.0),\n                -84.23588,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -84.23588,\n                  Some(0.0),\n                  -84.23588\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"GBP_CHF\",\n                -17.36306,\n                Some(0.0),\n                -17.36306,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -17.36306,\n                  Some(0.0),\n                  -17.36306\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"GBP_JPY\",\n                -0.32444,\n                Some(0.0),\n                -0.32444,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -0.32444,\n                  Some(0.0),\n                  -0.32444\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"AUD_USD\",\n                -2.31173,\n                Some(0.0),\n                -2.31173,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -2.31173,\n                  Some(0.0),\n                  -2.31173\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"AUD_JPY\",\n                -230.54045,\n                Some(0.0),\n                -230.54045,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -230.54045,\n                  Some(0.0),\n                  -230.54045\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              ),\n              Position(\n                \"CHF_JPY\",\n                -2.34608,\n                Some(0.0),\n                -2.34608,\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  -2.34608,\n                  Some(0.0),\n                  -2.34608\n                ),\n                PositionSide(\n                  0.0,\n                  None,\n                  None,\n                  0.0,\n                  Some(0.0),\n                  0.0\n                )\n              )\n            ),\n            Seq()\n          ),\n          6356\n        )\n      )\n    )\n  }\n\n  it should \"return summary for a specific account\" in {\n\n    client\n      .mock\n      .expects(client.baseRequest.withUri(client.baseRestUri.withPath(client.basePath \/ \"accounts\" \/ \"12345-6789\" \/ \"summary\")))\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"account\": {\n                |    \"NAV\": \"43650.78835\",\n                |    \"alias\": \"My New Account #2\",\n                |    \"balance\": \"43650.78835\",\n                |    \"createdByUserID\": 123456,\n                |    \"createdTime\": \"2015-08-12T18:21:00.697504698Z\",\n                |    \"guaranteedStopLossOrderMode\": \"DISABLED\",\n                |    \"currency\": \"CHF\",\n                |    \"hedgingEnabled\": false,\n                |    \"id\": \"12345-6789\",\n                |    \"lastTransactionID\": \"6356\",\n                |    \"marginAvailable\": \"43650.78835\",\n                |    \"marginCloseoutMarginUsed\": \"0.00000\",\n                |    \"marginCloseoutNAV\": \"43650.78835\",\n                |    \"marginCloseoutPercent\": \"0.00000\",\n                |    \"marginCloseoutPositionValue\": \"0.00000\",\n                |    \"marginCloseoutUnrealizedPL\": \"0.00000\",\n                |    \"marginRate\": \"0.02\",\n                |    \"marginUsed\": \"0.00000\",\n                |    \"openPositionCount\": 0,\n                |    \"openTradeCount\": 0,\n                |    \"pendingOrderCount\": 0,\n                |    \"pl\": \"-56034.41199\",\n                |    \"positionValue\": \"0.00000\",\n                |    \"resettablePL\": \"-56034.41199\",\n                |    \"unrealizedPL\": \"0.00000\",\n                |    \"withdrawalLimit\": \"43650.78835\"\n                |  },\n                |  \"lastTransactionID\": \"6356\"\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val accountSummary = Await.result(client.getAccountSummary(\"12345-6789\"), timeout)\n\n    assert(\n      accountSummary == Right(\n        AccountSummaryResponse(\n          AccountSummary(\n            \"12345-6789\",\n            Some(\"My New Account #2\"),\n            \"CHF\",\n            43650.78835,\n            123456,\n            Instant.parse(\"2015-08-12T18:21:00.697504698Z\"),\n            Some(DISABLED),\n            -56034.41199,\n            -56034.41199,\n            None,\n            Some(0.02),\n            None,\n            None,\n            None,\n            0,\n            0,\n            0,\n            hedgingEnabled = false,\n            0.0,\n            43650.78835,\n            0.0,\n            43650.78835,\n            0.0,\n            0.0,\n            43650.78835,\n            0.0,\n            0.0,\n            43650.78835,\n            None,\n            None,\n            6356\n          ),\n          6356\n        )\n      )\n    )\n  }\n\n  it should \"return instrument details for account\" in {\n\n    client\n      .mock\n      .expects(\n        client.baseRequest.withUri(\n          client.baseRestUri.withPath(\n            client.basePath \/ \"accounts\" \/ \"12345-6789\" \/ \"instruments\"\n          ).withQuery(\n            Query(\"instruments\" -> \"EUR_USD\")\n          )\n        )\n      )\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"instruments\": [\n                |    {\n                |      \"displayName\": \"EUR\/USD\",\n                |      \"displayPrecision\": 5,\n                |      \"marginRate\": \"0.02\",\n                |      \"maximumOrderUnits\": \"100000000\",\n                |      \"maximumPositionSize\": \"0\",\n                |      \"maximumTrailingStopDistance\": \"1.00000\",\n                |      \"minimumTradeSize\": \"1\",\n                |      \"minimumTrailingStopDistance\": \"0.00050\",\n                |      \"name\": \"EUR_USD\",\n                |      \"pipLocation\": -4,\n                |      \"tradeUnitsPrecision\": 0,\n                |      \"type\": \"CURRENCY\"\n                |    }\n                |  ],\n                |  \"lastTransactionID\": \"6356\"\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val accountInstruments = Await.result(client.getAccountInstruments(\"12345-6789\", Some(Seq(\"EUR_USD\"))), timeout)\n\n    assert(\n      accountInstruments == Right(\n        AccountInstrumentsResponse(\n          Seq(\n            Instrument(\n              \"EUR_USD\",\n              CURRENCY,\n              \"EUR\/USD\",\n              -4,\n              5,\n              0,\n              1.0,\n              1.0,\n              0.0005,\n              0.0,\n              100000000,\n              0.02\n            )\n          )\n        )\n      )\n    )\n  }\n\n  it should \"successfully configure account margin rate and set new alias\" in {\n\n    client\n      .mock\n      .expects(\n        client.baseRequest\n          .withMethod(PATCH)\n          .withUri(\n            client.baseRestUri.withPath(\n              client.basePath \/ \"accounts\" \/ \"12345-6789\" \/ \"configuration\"\n            )\n          )\n          .withEntity(`application\/json`, \"{\\\"alias\\\":\\\"new_acct_alias\\\",\\\"marginRate\\\":\\\"0.02\\\"}\")\n      )\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"clientConfigureTransaction\": {\n                |    \"accountID\": \"12345-6789\",\n                |    \"batchID\": \"6357\",\n                |    \"id\": \"6357\",\n                |    \"marginRate\": \"0.02\",\n                |    \"alias\": \"new_acct_alias\",\n                |    \"time\": \"2016-06-22T18:32:01.336826542Z\",\n                |    \"type\": \"CLIENT_CONFIGURE\",\n                |    \"userID\": 123456\n                |  },\n                |  \"lastTransactionID\": \"6357\"\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val configureAccount = Await.result(\n      client.changeAccountConfig(\n        \"12345-6789\",\n        AccountConfigChangeRequest(marginRate = Some(\"0.02\"), alias = Some(\"new_acct_alias\"))\n      ),\n      timeout\n    )\n\n    assert(\n      configureAccount == Right(\n        ConfigureAccountSuccessResponse(\n          ClientConfigureTransaction(\n            6357,\n            Instant.parse(\"2016-06-22T18:32:01.336826542Z\"),\n            123456,\n            \"12345-6789\",\n            6357,\n            CLIENT_CONFIGURE,\n            Some(\"new_acct_alias\"),\n            0.02\n          ),\n          6357\n        )\n      )\n    )\n  }\n\n  it should \"fail configuring account if marginRate is set too high\" in {\n\n    client\n      .mock\n      .expects(\n        client.baseRequest\n          .withMethod(PATCH)\n          .withUri(\n            client.baseRestUri.withPath(\n              client.basePath \/ \"accounts\" \/ \"12345-6789\" \/ \"configuration\"\n            )\n          )\n          .withEntity(`application\/json`, \"{\\\"marginRate\\\":\\\"10000000000000\\\"}\")\n      )\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |  \"clientConfigureRejectTransaction\": {\n                |    \"accountID\": \"101-004-1666683-001\",\n                |    \"batchID\": \"375\",\n                |    \"id\": \"375\",\n                |    \"marginRate\": \"10000000000000\",\n                |    \"rejectReason\": \"MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT\",\n                |    \"time\": \"2017-03-07T13:30:36.698714392Z\",\n                |    \"type\": \"CLIENT_CONFIGURE_REJECT\",\n                |    \"userID\": 1666683\n                |  },\n                |  \"errorCode\": \"MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT\",\n                |  \"errorMessage\": \"The margin rate provided would cause an immediate margin closeout\",\n                |  \"lastTransactionID\": \"375\"\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val configureAccount = Await.result(\n      client.changeAccountConfig(\n        \"12345-6789\",\n        AccountConfigChangeRequest(marginRate = Some(\"10000000000000\"))\n      ),\n      timeout\n    )\n\n    assert(\n      configureAccount == Right(\n        ConfigureAccountFailureResponse(\n          Some(\n            ClientConfigureRejectTransaction(\n              375,\n              Instant.parse(\"2017-03-07T13:30:36.698714392Z\"),\n              1666683,\n              \"101-004-1666683-001\",\n              375,\n              CLIENT_CONFIGURE_REJECT,\n              None,\n              1.0E13,\n              Some(MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT)\n            )\n          ),\n          Some(375),\n          Some(\"MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT\"),\n          \"The margin rate provided would cause an immediate margin closeout\"\n        )\n      )\n    )\n  }\n\n  it should \"retrieve account changes since transaction\" in {\n\n    client\n      .mock\n      .expects(\n        client.baseRequest.withUri(\n          client.baseRestUri.withPath(\n            client.basePath \/ \"accounts\" \/ \"12345-6789\" \/ \"changes\"\n          ).withQuery(\n            Query(\"sinceTransactionID\" -> \"360\")\n          )\n        )\n      )\n      .returning(\n        Future.successful(\n          HttpResponse(\n            entity = HttpEntity(\n              `application\/json`,\n              \"\"\"\n                |{\n                |    \"changes\": {\n                |        \"ordersCancelled\": [\n                |            {\n                |                \"cancelledTime\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"cancellingTransactionID\": \"365\",\n                |                \"createTime\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"id\": \"362\",\n                |                \"price\": \"1.09000\",\n                |                \"state\": \"CANCELLED\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeID\": \"361\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TAKE_PROFIT\"\n                |            },\n                |            {\n                |                \"cancelledTime\": \"2017-03-01T08:41:06.870753569Z\",\n                |                \"cancellingTransactionID\": \"367\",\n                |                \"createTime\": \"2017-03-01T08:40:47.227998652Z\",\n                |                \"id\": \"366\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"partialFill\": \"DEFAULT_FILL\",\n                |                \"positionFill\": \"POSITION_DEFAULT\",\n                |                \"price\": \"1.05570\",\n                |                \"state\": \"CANCELLED\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.09000\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"timeInForce\": \"GTC\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"LIMIT\",\n                |                \"units\": \"-1500\"\n                |            },\n                |            {\n                |                \"cancelledTime\": \"2017-03-07T15:53:59.947555381Z\",\n                |                \"cancellingTransactionID\": \"377\",\n                |                \"createTime\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"id\": \"372\",\n                |                \"price\": \"1.05569\",\n                |                \"state\": \"CANCELLED\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeID\": \"371\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TAKE_PROFIT\"\n                |            }\n                |        ],\n                |        \"ordersCreated\": [],\n                |        \"ordersFilled\": [\n                |            {\n                |                \"createTime\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"filledTime\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"fillingTransactionID\": \"361\",\n                |                \"id\": \"360\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"partialFill\": \"DEFAULT_FILL\",\n                |                \"positionFill\": \"POSITION_DEFAULT\",\n                |                \"price\": \"1.05570\",\n                |                \"state\": \"FILLED\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.09000\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeOpenedID\": \"361\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"LIMIT\",\n                |                \"units\": \"1500\"\n                |            },\n                |            {\n                |                \"createTime\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"filledTime\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"fillingTransactionID\": \"364\",\n                |                \"id\": \"363\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"POSITION_REDUCE_ONLY\",\n                |                \"state\": \"FILLED\",\n                |                \"timeInForce\": \"FOK\",\n                |                \"tradeClosedIDs\": [\n                |                    \"361\"\n                |                ],\n                |                \"type\": \"MARKET\",\n                |                \"units\": \"-1500\"\n                |            },\n                |            {\n                |                \"createTime\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"filledTime\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"fillingTransactionID\": \"371\",\n                |                \"id\": \"370\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"POSITION_DEFAULT\",\n                |                \"state\": \"FILLED\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.05569\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"timeInForce\": \"FOK\",\n                |                \"tradeOpenedID\": \"371\",\n                |                \"trailingStopLossOnFill\": {\n                |                    \"distance\": \"0.00159\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"type\": \"MARKET\",\n                |                \"units\": \"-2500\"\n                |            },\n                |            {\n                |                \"createTime\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"distance\": \"0.00159\",\n                |                \"filledTime\": \"2017-03-07T15:53:59.947555381Z\",\n                |                \"fillingTransactionID\": \"376\",\n                |                \"id\": \"373\",\n                |                \"state\": \"FILLED\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeClosedIDs\": [\n                |                    \"371\"\n                |                ],\n                |                \"tradeID\": \"371\",\n                |                \"trailingStopValue\": \"1.05773\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TRAILING_STOP_LOSS\"\n                |            }\n                |        ],\n                |        \"ordersTriggered\": [],\n                |        \"positions\": [\n                |            {\n                |                \"instrument\": \"EUR_USD\",\n                |                \"long\": {\n                |                    \"pl\": \"15.3482\",\n                |                    \"resettablePL\": \"15.3482\",\n                |                    \"units\": \"0\"\n                |                },\n                |                \"pl\": \"11.9982\",\n                |                \"resettablePL\": \"11.9982\",\n                |                \"short\": {\n                |                    \"pl\": \"-3.3500\",\n                |                    \"resettablePL\": \"-3.3500\",\n                |                    \"units\": \"0\"\n                |                }\n                |            }\n                |        ],\n                |        \"tradesClosed\": [\n                |            {\n                |                \"averageClosePrice\": \"1.05364\",\n                |                \"closeTime\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"closingTransactionIDs\": [\n                |                    \"364\"\n                |                ],\n                |                \"currentUnits\": \"0\",\n                |                \"financing\": \"0.0000\",\n                |                \"id\": \"361\",\n                |                \"initialUnits\": \"1500\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"openTime\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"price\": \"1.05363\",\n                |                \"realizedPL\": \"0.0150\",\n                |                \"state\": \"CLOSED\",\n                |                \"takeProfitOrderID\": \"362\"\n                |            },\n                |            {\n                |                \"averageClosePrice\": \"1.05774\",\n                |                \"closeTime\": \"2017-03-07T15:53:59.947555381Z\",\n                |                \"closingTransactionIDs\": [\n                |                    \"376\"\n                |                ],\n                |                \"currentUnits\": \"0\",\n                |                \"financing\": \"-0.0011\",\n                |                \"id\": \"371\",\n                |                \"initialUnits\": \"-2500\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"openTime\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"price\": \"1.05735\",\n                |                \"realizedPL\": \"-0.9750\",\n                |                \"state\": \"CLOSED\",\n                |                \"takeProfitOrderID\": \"372\",\n                |                \"trailingStopLossOrderID\": \"373\"\n                |            }\n                |        ],\n                |        \"tradesOpened\": [],\n                |        \"tradesReduced\": [],\n                |        \"transactions\": [\n                |            {\n                |                \"accountBalance\": \"100028.4167\",\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"360\",\n                |                \"financing\": \"0.0000\",\n                |                \"id\": \"361\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"orderID\": \"360\",\n                |                \"pl\": \"0.0000\",\n                |                \"price\": \"1.05363\",\n                |                \"reason\": \"LIMIT_ORDER\",\n                |                \"time\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"tradeOpened\": {\n                |                    \"tradeID\": \"361\",\n                |                    \"units\": \"1500\"\n                |                },\n                |                \"type\": \"ORDER_FILL\",\n                |                \"units\": \"1500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"360\",\n                |                \"id\": \"362\",\n                |                \"price\": \"1.09000\",\n                |                \"reason\": \"ON_FILL\",\n                |                \"time\": \"2017-03-01T08:39:58.958592992Z\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeID\": \"361\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TAKE_PROFIT_ORDER\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"363\",\n                |                \"id\": \"363\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"REDUCE_ONLY\",\n                |                \"reason\": \"TRADE_CLOSE\",\n                |                \"time\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"timeInForce\": \"FOK\",\n                |                \"tradeClose\": {\n                |                    \"tradeID\": \"361\",\n                |                    \"units\": \"ALL\"\n                |                },\n                |                \"type\": \"MARKET_ORDER\",\n                |                \"units\": \"-1500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountBalance\": \"100028.4317\",\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"363\",\n                |                \"financing\": \"0.0000\",\n                |                \"id\": \"364\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"orderID\": \"363\",\n                |                \"pl\": \"0.0150\",\n                |                \"price\": \"1.05364\",\n                |                \"reason\": \"MARKET_ORDER_TRADE_CLOSE\",\n                |                \"time\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"tradesClosed\": [\n                |                    {\n                |                        \"financing\": \"0.0000\",\n                |                        \"realizedPL\": \"0.0150\",\n                |                        \"tradeID\": \"361\",\n                |                        \"units\": \"-1500\"\n                |                    }\n                |                ],\n                |                \"type\": \"ORDER_FILL\",\n                |                \"units\": \"-1500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"363\",\n                |                \"closedTradeID\": \"361\",\n                |                \"id\": \"365\",\n                |                \"orderID\": \"362\",\n                |                \"reason\": \"LINKED_TRADE_CLOSED\",\n                |                \"time\": \"2017-03-01T08:40:13.873310851Z\",\n                |                \"tradeCloseTransactionID\": \"364\",\n                |                \"type\": \"ORDER_CANCEL\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"366\",\n                |                \"id\": \"366\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"DEFAULT\",\n                |                \"price\": \"1.05570\",\n                |                \"reason\": \"CLIENT_ORDER\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.09000\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"time\": \"2017-03-01T08:40:47.227998652Z\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"LIMIT_ORDER\",\n                |                \"units\": \"-1500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"367\",\n                |                \"id\": \"367\",\n                |                \"orderID\": \"366\",\n                |                \"reason\": \"CLIENT_REQUEST\",\n                |                \"time\": \"2017-03-01T08:41:06.870753569Z\",\n                |                \"type\": \"ORDER_CANCEL\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"368\",\n                |                \"id\": \"368\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"DEFAULT\",\n                |                \"price\": \"1.05574999999999\",\n                |                \"reason\": \"CLIENT_ORDER\",\n                |                \"rejectReason\": \"PRICE_PRECISION_EXCEEDED\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.09000\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"time\": \"2017-03-01T08:41:32.172161900Z\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"LIMIT_ORDER_REJECT\",\n                |                \"units\": \"-1500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"369\",\n                |                \"id\": \"369\",\n                |                \"marginRate\": \"0.02\",\n                |                \"time\": \"2017-03-07T13:21:58.211174205Z\",\n                |                \"type\": \"CLIENT_CONFIGURE\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"370\",\n                |                \"id\": \"370\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"positionFill\": \"DEFAULT\",\n                |                \"reason\": \"CLIENT_ORDER\",\n                |                \"takeProfitOnFill\": {\n                |                    \"price\": \"1.05569\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"time\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"timeInForce\": \"FOK\",\n                |                \"trailingStopLossOnFill\": {\n                |                    \"distance\": \"0.00159\",\n                |                    \"timeInForce\": \"GTC\"\n                |                },\n                |                \"type\": \"MARKET_ORDER\",\n                |                \"units\": \"-2500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountBalance\": \"100028.4317\",\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"370\",\n                |                \"financing\": \"0.0000\",\n                |                \"id\": \"371\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"orderID\": \"370\",\n                |                \"pl\": \"0.0000\",\n                |                \"price\": \"1.05735\",\n                |                \"reason\": \"MARKET_ORDER\",\n                |                \"time\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"tradeOpened\": {\n                |                    \"tradeID\": \"371\",\n                |                    \"units\": \"-2500\"\n                |                },\n                |                \"type\": \"ORDER_FILL\",\n                |                \"units\": \"-2500\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"370\",\n                |                \"id\": \"372\",\n                |                \"price\": \"1.05569\",\n                |                \"reason\": \"ON_FILL\",\n                |                \"time\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeID\": \"371\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TAKE_PROFIT_ORDER\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"370\",\n                |                \"distance\": \"0.00159\",\n                |                \"id\": \"373\",\n                |                \"reason\": \"ON_FILL\",\n                |                \"time\": \"2017-03-07T13:29:56.714809695Z\",\n                |                \"timeInForce\": \"GTC\",\n                |                \"tradeID\": \"371\",\n                |                \"triggerCondition\": \"TRIGGER_DEFAULT\",\n                |                \"type\": \"TRAILING_STOP_LOSS_ORDER\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"374\",\n                |                \"id\": \"374\",\n                |                \"marginRate\": \"10000000000000\",\n                |                \"rejectReason\": \"MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT\",\n                |                \"time\": \"2017-03-07T13:30:19.275368235Z\",\n                |                \"type\": \"CLIENT_CONFIGURE_REJECT\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"375\",\n                |                \"id\": \"375\",\n                |                \"marginRate\": \"10000000000000\",\n                |                \"rejectReason\": \"MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT\",\n                |                \"time\": \"2017-03-07T13:30:36.698714392Z\",\n                |                \"type\": \"CLIENT_CONFIGURE_REJECT\",\n                |                \"userID\": 1666683\n                |            },\n                |            {\n                |                \"accountBalance\": \"100027.4556\",\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"376\",\n                |                \"financing\": \"-0.0011\",\n                |                \"id\": \"376\",\n                |                \"instrument\": \"EUR_USD\",\n                |                \"orderID\": \"373\",\n                |                \"pl\": \"-0.9750\",\n                |                \"price\": \"1.05774\",\n                |                \"reason\": \"TRAILING_STOP_LOSS_ORDER\",\n                |                \"time\": \"2017-03-07T15:53:59.947555381Z\",\n                |                \"tradesClosed\": [\n                |                    {\n                |                        \"financing\": \"-0.0011\",\n                |                        \"realizedPL\": \"-0.9750\",\n                |                        \"tradeID\": \"371\",\n                |                        \"units\": \"2500\"\n                |                    }\n                |                ],\n                |                \"type\": \"ORDER_FILL\",\n                |                \"units\": \"2500\",\n                |                \"userID\": 0\n                |            },\n                |            {\n                |                \"accountID\": \"101-004-1666683-001\",\n                |                \"batchID\": \"376\",\n                |                \"closedTradeID\": \"371\",\n                |                \"id\": \"377\",\n                |                \"orderID\": \"372\",\n                |                \"reason\": \"LINKED_TRADE_CLOSED\",\n                |                \"time\": \"2017-03-07T15:53:59.947555381Z\",\n                |                \"tradeCloseTransactionID\": \"376\",\n                |                \"type\": \"ORDER_CANCEL\",\n                |                \"userID\": 0\n                |            }\n                |        ]\n                |    },\n                |    \"lastTransactionID\": \"377\",\n                |    \"state\": {\n                |        \"NAV\": \"100027.4556\",\n                |        \"marginAvailable\": \"100027.4556\",\n                |        \"marginCallMarginUsed\": \"0.0000\",\n                |        \"marginCallPercent\": \"0.00000\",\n                |        \"marginCloseoutMarginUsed\": \"0.0000\",\n                |        \"marginCloseoutNAV\": \"100027.4556\",\n                |        \"marginCloseoutPercent\": \"0.00000\",\n                |        \"marginCloseoutUnrealizedPL\": \"0.0000\",\n                |        \"marginUsed\": \"0.0000\",\n                |        \"orders\": [],\n                |        \"positionValue\": \"0.0000\",\n                |        \"positions\": [],\n                |        \"trades\": [],\n                |        \"unrealizedPL\": \"0.0000\",\n                |        \"withdrawalLimit\": \"100027.4556\"\n                |    }\n                |}\n              \"\"\".stripMargin\n            )\n          )\n        )\n      )\n\n    val accountChanges = Await.result(client.getAccountChanges(\"12345-6789\", 360), timeout)\n\n    assert(\n      accountChanges == Right(\n        AccountChangesResponse(\n          AccountChanges(\n            List(),\n            List(\n              TakeProfitOrder(\n                362,\n                Instant.parse(\"2017-03-01T08:39:58.958592992Z\"),\n                CANCELLED,\n                None,\n                TAKE_PROFIT,\n                361,\n                None,\n                \"1.09000\",\n                GTC,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(365),\n                Some(Instant.parse(\"2017-03-01T08:40:13.873310851Z\")),\n                None,\n                None\n              ),\n              LimitOrder(\n                366,\n                Instant.parse(\"2017-03-01T08:40:47.227998652Z\"),\n                CANCELLED,\n                None,\n                LIMIT,\n                \"EUR_USD\",\n                -1500.0,\n                \"1.05570\",\n                GTC,\n                None,\n                Some(POSITION_DEFAULT),\n                Some(TakeProfitDetails(\"1.09000\", GTC, None, None)),\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(367),\n                Some(Instant.parse(\"2017-03-01T08:41:06.870753569Z\")),\n                None,\n                None\n              ),\n              TakeProfitOrder(\n                372,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                CANCELLED,\n                None,\n                TAKE_PROFIT,\n                371,\n                None,\n                \"1.05569\",\n                GTC,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(377),\n                Some(Instant.parse(\"2017-03-07T15:53:59.947555381Z\")),\n                None,\n                None\n              )\n            ),\n            List(\n              LimitOrder(\n                360,\n                Instant.parse(\"2017-03-01T08:39:58.958592992Z\"),\n                FILLED,\n                None,\n                LIMIT,\n                \"EUR_USD\",\n                1500.0,\n                \"1.05570\",\n                GTC,\n                None,\n                Some(POSITION_DEFAULT),\n                Some(TakeProfitDetails(\"1.09000\", GTC, None, None)),\n                None,\n                None,\n                None,\n                Some(361),\n                Some(Instant.parse(\"2017-03-01T08:39:58.958592992Z\")),\n                Some(361),\n                None,\n                None,\n                None,\n                None,\n                None,\n                None\n              ),\n              MarketOrder(\n                363,\n                Instant.parse(\"2017-03-01T08:40:13.873310851Z\"),\n                FILLED,\n                None,\n                MARKET,\n                \"EUR_USD\",\n                -1500.0,\n                FOK,\n                None,\n                Some(POSITION_REDUCE_ONLY),\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(364),\n                Some(Instant.parse(\"2017-03-01T08:40:13.873310851Z\")),\n                None,\n                None,\n                Some(List(361)),\n                None,\n                None\n              ),\n              MarketOrder(\n                370,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                FILLED,\n                None,\n                MARKET,\n                \"EUR_USD\",\n                -2500.0,\n                FOK,\n                None,\n                Some(POSITION_DEFAULT),\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(TakeProfitDetails(\"1.05569\", GTC, None, None)),\n                None,\n                Some(TrailingStopLossDetails(\"0.00159\", GTC, None, None)),\n                None,\n                Some(371),\n                Some(Instant.parse(\"2017-03-07T13:29:56.714809695Z\")),\n                Some(371),\n                None,\n                None,\n                None,\n                None\n              ),\n              TrailingStopLossOrder(\n                373,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                FILLED,\n                None,\n                TRAILING_STOP_LOSS,\n                371,\n                None,\n                \"0.00159\",\n                GTC,\n                None,\n                \"1.05773\",\n                Some(376),\n                Some(Instant.parse(\"2017-03-07T15:53:59.947555381Z\")),\n                None,\n                None,\n                Some(List(371)),\n                None,\n                None,\n                None,\n                None\n              )\n            ),\n            List(),\n            List(),\n            List(),\n            List(\n              TradeSummary(\n                361,\n                \"EUR_USD\",\n                \"1.05363\",\n                Instant.parse(\"2017-03-01T08:39:58.958592992Z\"),\n                CLOSED,\n                1500.0,\n                0,\n                0.015,\n                None,\n                Some(List(364)),\n                0.0,\n                Some(Instant.parse(\"2017-03-01T08:40:13.873310851Z\")),\n                None,\n                Some(362),\n                None,\n                None\n              ),\n              TradeSummary(\n                371,\n                \"EUR_USD\",\n                \"1.05735\",\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                CLOSED,\n                -2500.0,\n                0,\n                -0.975,\n                None,\n                Some(List(376)),\n                -0.0011,\n                Some(Instant.parse(\"2017-03-07T15:53:59.947555381Z\")),\n                None,\n                Some(372),\n                None,\n                Some(373)\n              )\n            ),\n            List(\n              Position(\n                \"EUR_USD\",\n                11.9982,\n                None,\n                11.9982,\n                PositionSide(0.0, None, None, 15.3482, None, 15.3482),\n                PositionSide(0.0, None, None, -3.35, None, -3.35)\n              )\n            ),\n            List(\n              OrderFillTransaction(\n                361,\n                Instant.parse(\"2017-03-01T08:39:58.958592992Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                360,\n                ORDER_FILL,\n                360,\n                None,\n                \"EUR_USD\",\n                1500.0,\n                \"1.05363\",\n                Some(LIMIT_ORDER),\n                0.0,\n                0.0,\n                100028.4167,\n                Some(TradeOpen(361, 1500.0, None)),\n                None,\n                None\n              ),\n              TakeProfitOrderTransaction(\n                362,\n                Instant.parse(\"2017-03-01T08:39:58.958592992Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                360,\n                TAKE_PROFIT_ORDER,\n                361,\n                None,\n                \"1.09000\",\n                GTC,\n                None,\n                Some(ON_FILL),\n                None,\n                None,\n                None,\n                None\n              ),\n              MarketOrderTransaction(\n                363,\n                Instant.parse(\"2017-03-01T08:40:13.873310851Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                363,\n                MARKET_ORDER,\n                \"EUR_USD\",\n                -1500.0,\n                FOK,\n                None,\n                REDUCE_ONLY,\n                Some(MarketOrderTradeClose(361, None, \"ALL\")),\n                None,\n                None,\n                None,\n                None,\n                Some(TRADE_CLOSE),\n                None,\n                None,\n                None,\n                None,\n                None\n              ),\n              OrderFillTransaction(\n                364,\n                Instant.parse(\"2017-03-01T08:40:13.873310851Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                363,\n                ORDER_FILL,\n                363,\n                None,\n                \"EUR_USD\",\n                -1500.0,\n                \"1.05364\",\n                Some(MARKET_ORDER_TRADE_CLOSE),\n                0.015,\n                0.0,\n                100028.4317,\n                None,\n                Some(List(TradeReduce(361, -1500.0, None, Some(0.015), Some(0.0)))),\n                None\n              ),\n              OrderCancelTransaction(\n                365,\n                Instant.parse(\"2017-03-01T08:40:13.873310851Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                363,\n                ORDER_CANCEL,\n                362,\n                None,\n                Some(LINKED_TRADE_CLOSED),\n                None\n              ),\n              LimitOrderTransaction(\n                366,\n                Instant.parse(\"2017-03-01T08:40:47.227998652Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                366,\n                TransactionType.LIMIT_ORDER,\n                \"EUR_USD\",\n                -1500.0,\n                \"1.05570\",\n                GTC,\n                None,\n                DEFAULT,\n                Some(CLIENT_ORDER),\n                None,\n                Some(TakeProfitDetails(\"1.09000\", GTC, None, None)),\n                None,\n                None,\n                None,\n                None,\n                None),\n              OrderCancelTransaction(\n                367,\n                Instant.parse(\"2017-03-01T08:41:06.870753569Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                367,\n                ORDER_CANCEL,\n                366,\n                None,\n                Some(CLIENT_REQUEST),\n                None\n              ),\n              LimitOrderRejectTransaction(\n                368,\n                Instant.parse(\"2017-03-01T08:41:32.172161900Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                368,\n                LIMIT_ORDER_REJECT,\n                \"EUR_USD\",\n                -1500.0,\n                \"1.05574999999999\",\n                GTC,\n                None,\n                DEFAULT,\n                Some(CLIENT_ORDER),\n                None,\n                Some(TakeProfitDetails(\"1.09000\", GTC, None, None)),\n                None,\n                None,\n                None,\n                None,\n                Some(PRICE_PRECISION_EXCEEDED)\n              ),\n              ClientConfigureTransaction(\n                369,\n                Instant.parse(\"2017-03-07T13:21:58.211174205Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                369,\n                CLIENT_CONFIGURE,\n                None,\n                0.02\n              ),\n              MarketOrderTransaction(\n                370,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                370,\n                MARKET_ORDER,\n                \"EUR_USD\",\n                -2500.0,\n                FOK,\n                None,\n                DEFAULT,\n                None,\n                None,\n                None,\n                None,\n                None,\n                Some(MarketOrderReason.CLIENT_ORDER),\n                None,\n                Some(TakeProfitDetails(\"1.05569\", GTC, None, None)),\n                None,\n                Some(TrailingStopLossDetails(\"0.00159\", GTC, None, None)),\n                None\n              ),\n              OrderFillTransaction(\n                371,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                370,\n                ORDER_FILL,\n                370,\n                None,\n                \"EUR_USD\",\n                -2500.0,\n                \"1.05735\",\n                Some(OrderFillReason.MARKET_ORDER),\n                0.0,\n                0.0,\n                100028.4317,\n                Some(TradeOpen(371, -2500.0, None)),\n                None,\n                None\n              ),\n              TakeProfitOrderTransaction(\n                372,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                370,\n                TAKE_PROFIT_ORDER,\n                371,\n                None,\n                \"1.05569\",\n                GTC,\n                None,\n                Some(ON_FILL),\n                None,\n                None,\n                None,\n                None\n              ),\n              TrailingStopLossOrderTransaction(\n                373,\n                Instant.parse(\"2017-03-07T13:29:56.714809695Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                370,\n                TRAILING_STOP_LOSS_ORDER,\n                371,\n                None,\n                \"0.00159\",\n                GTC,\n                None,\n                Some(TrailingStopLossOrderReason.ON_FILL),\n                None,\n                None,\n                None,\n                None\n              ),\n              ClientConfigureRejectTransaction(\n                374,\n                Instant.parse(\"2017-03-07T13:30:19.275368235Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                374,\n                CLIENT_CONFIGURE_REJECT,\n                None,\n                1.0E13,\n                Some(MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT)\n              ),\n              ClientConfigureRejectTransaction(\n                375,\n                Instant.parse(\"2017-03-07T13:30:36.698714392Z\"),\n                1666683,\n                \"101-004-1666683-001\",\n                375,\n                CLIENT_CONFIGURE_REJECT,\n                None,\n                1.0E13,\n                Some(MARGIN_RATE_WOULD_TRIGGER_CLOSEOUT)\n              ),\n              OrderFillTransaction(\n                376,\n                Instant.parse(\"2017-03-07T15:53:59.947555381Z\"),\n                0,\n                \"101-004-1666683-001\",\n                376,\n                ORDER_FILL,\n                373,\n                None,\n                \"EUR_USD\",\n                2500.0,\n                \"1.05774\",\n                Some(OrderFillReason.TRAILING_STOP_LOSS_ORDER),\n                -0.975,\n                -0.0011,\n                100027.4556,\n                None,\n                Some(List(TradeReduce(371, 2500.0, None, Some(-0.975), Some(-0.0011)))),\n                None\n              ),\n              OrderCancelTransaction(\n                377,\n                Instant.parse(\"2017-03-07T15:53:59.947555381Z\"),\n                0,\n                \"101-004-1666683-001\",\n                376,\n                ORDER_CANCEL,\n                372,\n                None,\n                Some(LINKED_TRADE_CLOSED),\n                None\n              )\n            )\n          ),\n          AccountState(\n            0.0,\n            100027.4556,\n            0.0,\n            100027.4556,\n            0.0,\n            0.0,\n            100027.4556,\n            0.0,\n            0.0,\n            100027.4556,\n            0.0,\n            0.0,\n            List(),\n            List(),\n            List()\n          ),\n          377\n        )\n      )\n    )\n  }\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/model\/instrument\/package.scala","text":"package com.msilb.scalandav20.model\n\nimport java.time.Instant\n\nimport com.msilb.scalandav20.model.pricing.PriceValue\nimport io.circe.generic.JsonCodec\nimport io.circe.generic.extras.semiauto.{deriveEnumerationDecoder, deriveEnumerationEncoder}\nimport io.circe.{Decoder, Encoder}\nimport io.circe.java8.time._\n\npackage object instrument {\n\n  sealed trait CandlestickGranularity\n\n  object CandlestickGranularity {\n\n    case object S5 extends CandlestickGranularity\n\n    case object S10 extends CandlestickGranularity\n\n    case object S15 extends CandlestickGranularity\n\n    case object S30 extends CandlestickGranularity\n\n    case object M1 extends CandlestickGranularity\n\n    case object M2 extends CandlestickGranularity\n\n    case object M4 extends CandlestickGranularity\n\n    case object M5 extends CandlestickGranularity\n\n    case object M10 extends CandlestickGranularity\n\n    case object M15 extends CandlestickGranularity\n\n    case object M30 extends CandlestickGranularity\n\n    case object H1 extends CandlestickGranularity\n\n    case object H2 extends CandlestickGranularity\n\n    case object H3 extends CandlestickGranularity\n\n    case object H4 extends CandlestickGranularity\n\n    case object H6 extends CandlestickGranularity\n\n    case object H8 extends CandlestickGranularity\n\n    case object H12 extends CandlestickGranularity\n\n    case object D extends CandlestickGranularity\n\n    case object W extends CandlestickGranularity\n\n    case object M extends CandlestickGranularity\n\n    implicit val decodeCandlestickGranularity: Decoder[CandlestickGranularity] = deriveEnumerationDecoder\n    implicit val encodeCandlestickGranularity: Encoder[CandlestickGranularity] = deriveEnumerationEncoder\n\n  }\n\n  sealed trait WeeklyAlignment\n\n  object WeeklyAlignment {\n\n    case object Monday extends WeeklyAlignment\n\n    case object Tuesday extends WeeklyAlignment\n\n    case object Wednesday extends WeeklyAlignment\n\n    case object Thursday extends WeeklyAlignment\n\n    case object Friday extends WeeklyAlignment\n\n    case object Saturday extends WeeklyAlignment\n\n    case object Sunday extends WeeklyAlignment\n\n    implicit val decodeWeeklyAlignment: Decoder[WeeklyAlignment] = deriveEnumerationDecoder\n    implicit val encodeWeeklyAlignment: Encoder[WeeklyAlignment] = deriveEnumerationEncoder\n\n  }\n\n  @JsonCodec\n  case class Candlestick(time: Instant,\n                         bid: Option[CandlestickData],\n                         ask: Option[CandlestickData],\n                         mid: Option[CandlestickData],\n                         volume: Option[Int],\n                         complete: Boolean)\n\n  @JsonCodec\n  case class CandlestickData(o: PriceValue, h: PriceValue, l: PriceValue, c: PriceValue)\n\n}\n"}
{"repo_name":"msilb\/scalanda-v20","path":"build.sbt","text":"<reponame>msilb\/scalanda-v20\norganization := \"com.msilb\"\nname := \"scalanda-v20\"\n\nscalaVersion := \"2.12.7\"\n\nscalacOptions := Seq(\n  \"-target:jvm-1.8\",\n  \"-encoding\", \"UTF-8\",\n  \"-unchecked\",\n  \"-deprecation\",\n  \"-Xfuture\",\n  \"-Yno-adapted-args\",\n  \"-Ywarn-dead-code\",\n  \"-Ywarn-numeric-widen\",\n  \"-Ywarn-value-discard\",\n  \"-Ywarn-unused\",\n  \"-feature\",\n  \"-language:existentials\",\n  \"-language:higherKinds\",\n  \"-language:implicitConversions\"\n)\n\nlibraryDependencies ++= {\n  val circeV = \"0.10.1\"\n  val akkaV = \"2.5.17\"\n  val akkaHttpV = \"10.1.5\"\n  val scalaTestV = \"3.0.5\"\n  val scalaMockV = \"4.1.0\"\n  Seq(\n    \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpV,\n    \"com.typesafe.akka\" %% \"akka-actor\" % akkaV,\n    \"com.typesafe.akka\" %% \"akka-stream\" % akkaV,\n    \"io.circe\" %% \"circe-core\" % circeV,\n    \"io.circe\" %% \"circe-generic\" % circeV,\n    \"io.circe\" %% \"circe-parser\" % circeV,\n    \"io.circe\" %% \"circe-java8\" % circeV,\n    \"io.circe\" %% \"circe-generic-extras\" % circeV,\n    \"org.scalatest\" %% \"scalatest\" % scalaTestV % Test,\n    \"org.scalamock\" %% \"scalamock\" % scalaMockV % Test\n  )\n}\n\n\/\/ Add the default sonatype repository setting\npublishTo := sonatypePublishTo.value\n\nresolvers += Resolver.sonatypeRepo(\"releases\")\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.1\" cross CrossVersion.full)\naddCompilerPlugin(\"org.psywerx.hairyfotr\" %% \"linter\" % \"0.1.17\")\n"}
{"repo_name":"msilb\/scalanda-v20","path":"src\/main\/scala\/com\/msilb\/scalandav20\/sample\/SampleRequests.scala","text":"<gh_stars>1-10\npackage com.msilb.scalandav20.sample\n\nimport java.time.Instant\nimport java.time.temporal.ChronoUnit.DAYS\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.msilb.scalandav20.client.OandaApiClient\nimport com.msilb.scalandav20.client.Request._\nimport com.msilb.scalandav20.client.Response.CreateOrderResponse.{CreateOrderFailureResponse, CreateOrderSuccessResponse}\nimport com.msilb.scalandav20.common.Environment.Practice\nimport com.msilb.scalandav20.model.instrument.CandlestickGranularity.{D, H1, W}\nimport com.msilb.scalandav20.model.instrument.WeeklyAlignment.Monday\nimport com.msilb.scalandav20.model.orders.OrderRequest.{LimitOrderRequest, MarketIfTouchedOrderRequest, MarketOrderRequest}\nimport com.msilb.scalandav20.model.orders.TimeInForce.{GTC, GTD}\nimport com.msilb.scalandav20.model.trades.ClientExtensions\nimport com.msilb.scalandav20.model.transactions.TransactionFilter.{MARKET_ORDER, STOP_LOSS_ORDER}\nimport com.msilb.scalandav20.model.transactions.{StopLossDetails, TakeProfitDetails, TrailingStopLossDetails}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, ExecutionContext}\n\nobject SampleRequests extends App {\n\n  val client = new OandaApiClient(Practice, \"YOUR_AUTH_BEARER_TOKEN\")\n  val accountId = \"YOUR_ACCOUNT_ID\"\n  val timeout = 5.seconds\n\n  implicit val system: ActorSystem = client.system\n  implicit val materializer: ActorMaterializer = client.materializer\n  implicit val ec: ExecutionContext = client.ec\n\n  val accountsListFut = client.getAccountsList\n  println(Await.result(accountsListFut, timeout))\n\n  val accountDetailsFut = client.getAccountDetails(accountId)\n  println(Await.result(accountDetailsFut, timeout).toString)\n\n  val accountSummaryFut = client.getAccountSummary(accountId)\n  println(Await.result(accountSummaryFut, timeout).toString)\n\n  val accountInstrumentsFut = client.getAccountInstruments(accountId)\n  println(Await.result(accountInstrumentsFut, timeout).toString)\n\n  val accountChangeConfigFut = client.changeAccountConfig(\n    accountId,\n    AccountConfigChangeRequest(Some(\"test-v20\"), Some(\"0.2\"))\n  )\n  println(Await.result(accountChangeConfigFut, timeout))\n\n  val accountChangesFut = client.getAccountChanges(accountId, 210)\n  println(Await.result(accountChangesFut, timeout))\n\n  val candlesticksFut = client.getCandlesticks(\n    \"EUR_USD\",\n    count = Some(5),\n    granularity = Some(D),\n    from = Some(Instant.now().minus(10, DAYS))\n  )\n  println(Await.result(candlesticksFut, timeout))\n\n  val candlesticksFut2 = client.getCandlesticks(\n    \"USB10Y_USD\",\n    count = Some(4),\n    granularity = Some(W),\n    weeklyAlignment = Some(Monday)\n  )\n  println(Await.result(candlesticksFut2, timeout))\n\n  val marketOrderCreateFut = client.createOrder(\n    accountId,\n    CreateOrderRequest(\n      MarketOrderRequest(\n        instrument = \"EUR_USD\",\n        units = 1000,\n        takeProfitOnFill = Some(TakeProfitDetails(price = \"1.09\"))\n      )\n    )\n  )\n  println(Await.result(marketOrderCreateFut, timeout).toString)\n\n  val getOrdersFut = client.getOrders(accountId)\n  println(Await.result(getOrdersFut, timeout).toString)\n\n  val getPendingOrdersFut = client.getPendingOrders(accountId)\n  println(Await.result(getPendingOrdersFut, timeout).toString)\n\n  val getOrderDetailsFut = client.getOrderDetails(accountId, \"108\")\n  println(Await.result(getOrderDetailsFut, timeout).toString)\n\n  val replaceOrderFut = client.replaceOrder(\n    accountId,\n    \"108\",\n    ReplaceOrderRequest(MarketIfTouchedOrderRequest(instrument = \"USD_JPY\", units = 4500, price = \"115.45\"))\n  )\n  println(Await.result(replaceOrderFut, timeout).toString)\n\n  val cancelOrderFut = client.cancelOrder(accountId, \"112\")\n  println(Await.result(cancelOrderFut, timeout).toString)\n\n  val modifyClientExtensionsFut = client.modifyOrderClientExtensions(\n    accountId,\n    \"118\",\n    OrderClientExtensionsModifyRequest(Some(ClientExtensions(tag = Some(\"mytag\"), comment = Some(\"Hello World\"))))\n  )\n  println(Await.result(modifyClientExtensionsFut, timeout).toString)\n\n  val getTradesFut = client.getTrades(accountId)\n  println(Await.result(getTradesFut, timeout))\n\n  val getOpenTradesFut = client.getOpenTrades(accountId)\n  println(Await.result(getOpenTradesFut, timeout))\n\n  val getTradeDetailsFut = client.getTradeDetails(accountId, \"153\")\n  println(Await.result(getTradeDetailsFut, timeout))\n\n  val closeTradeFut = client.closeTrade(accountId, \"188\", CloseTradeRequest())\n  println(Await.result(closeTradeFut, timeout))\n\n  val modifyTradesDependentOrdersFut = client.modifyTradesDependentOrders(\n    accountId,\n    \"248\",\n    TradesDependentOrdersModifyRequest(\n      stopLoss = Some(\n        StopLossDetails(\n          price = \"1.0602\",\n          timeInForce = GTD, gtdTime = Some(Instant.now().plus(3, DAYS))\n        )\n      ),\n      trailingStopLoss = Some(\n        TrailingStopLossDetails(\n          distance = \"0.001\",\n          timeInForce = GTC,\n          clientExtensions = Some(ClientExtensions(comment = Some(\"trailing\")))\n        )\n      )\n    )\n  )\n  println(Await.result(modifyTradesDependentOrdersFut, timeout))\n\n  val getPositionsFut = client.getPositions(accountId)\n  println(Await.result(getPositionsFut, timeout))\n\n  val getOpenPositionsFut = client.getOpenPositions(accountId)\n  println(Await.result(getOpenPositionsFut, timeout))\n\n  val getPositionForInstrumentFut = client.getPositionForInstrument(accountId, \"USD_JPY\")\n  println(Await.result(getPositionForInstrumentFut, timeout))\n\n  val closePositionFut = client.closePosition(accountId, \"EUR_USD\", ClosePositionRequest(longUnits = Some(\"300\")))\n  println(Await.result(closePositionFut, timeout))\n\n  val getTransactionsFut = client.getTransactions(accountId)\n  println(Await.result(getTransactionsFut, timeout))\n\n  val getTransactionDetailsFut = client.getTransactionDetails(accountId, 248)\n  println(Await.result(getTransactionDetailsFut, timeout))\n\n  val getTransactionsRangeFut = client.getTransactionsRange(\n    accountId, from = 1, to = 250, `type` = Some(Seq(MARKET_ORDER, STOP_LOSS_ORDER))\n  )\n  println(Await.result(getTransactionsRangeFut, timeout))\n\n  val getTransactionsSinceIdFut = client.getTransactionsSinceId(accountId, 225)\n  println(Await.result(getTransactionsSinceIdFut, timeout))\n\n  val getTransactionsStreamFut = client.getTransactionsStream(accountId)\n  Await.result(getTransactionsStreamFut, timeout).runForeach { r =>\n    println(r)\n  }\n\n  val getPricingFut = client.getPricing(accountId, Seq(\"EUR_USD\", \"USD_JPY\"), Some(Instant.now().minus(3, DAYS)))\n  println(Await.result(getPricingFut, timeout))\n\n  val getPricingStreamFut = client.getPricingStream(accountId, Seq(\"EUR_USD\", \"USD_JPY\"))\n  Await.result(getPricingStreamFut, timeout).runForeach { r =>\n    println(r)\n  }\n\n  val orderIdFut = for {\n    candlesticks <- client.getCandlesticks(\n      \"EUR_USD\",\n      granularity = Some(H1),\n      count = Some(4),\n      includeFirst = Some(false)\n    ).collect { case Right(r) => r.candles.filter(_.complete) }\n    marketOrder <- client.createOrder(\n      accountId,\n      CreateOrderRequest(\n        LimitOrderRequest(\n          instrument = \"EUR_USD\",\n          price = candlesticks.last.mid.get.h,\n          units = -1500,\n          takeProfitOnFill = Some(TakeProfitDetails(price = \"1.09\"))\n        )\n      )\n    ).collect { case Right(r) => r }\n  } yield marketOrder match {\n    case r: CreateOrderSuccessResponse => r.orderCreateTransaction.id\n    case r: CreateOrderFailureResponse => throw new RuntimeException(r.errorMessage)\n  }\n  println(\"New Limit Order created @ previous high with order ID \" + Await.result(orderIdFut, Duration.Inf))\n\n  Thread.sleep(5000)\n\n  client.shutdown()\n  system.terminate()\n}\n"}
{"repo_name":"joescii\/pf-return","path":"src\/main\/scala\/com\/joescii\/pf\/package.scala","text":"package com.joescii\n\nimport scala.util.Try\n\npackage object pf {\n  def parse(file:String):List[FileEntry] = file.split(\"(?s)\\r?\\n\").map(_.trim).filterNot(_.isEmpty)\n    .foldLeft((List.empty[FileEntry], setExtractor)){\n    case ((acc, e), line) =>\n      (e or wtf)(line) match {\n        case (wtf @ Wtf(_), _) => (acc :+ wtf, e)\n        case (entry, next)  => (acc :+ entry, next)\n      }\n  }._1\n\n  trait Extractor extends PartialFunction[String, (FileEntry, Extractor)] {\n    def or(that:Extractor):Extractor = Extractor(this orElse that)\n  }\n  object Extractor {\n    def apply(f: PartialFunction[String, (FileEntry, Extractor)]):Extractor = new Extractor {\n      override def isDefinedAt(x: String): Boolean = f isDefinedAt x\n      override def apply(v: String): (FileEntry, Extractor) = f(v)\n      override def applyOrElse[A1 <: String, B1 >: (FileEntry, Extractor)](x: A1, default: (A1) \u21d2 B1): B1 = f.applyOrElse(x, default)\n    }\n  }\n\n  val setExtractor:Extractor = Extractor({\n    case line if line startsWith \"AttributeSet \" => (AttributeSet(line.substring(\"AttributeSet \".length)), attributeExtractor)\n    case line if line startsWith \"ComplexSet \"   => (ComplexSet  (line.substring(\"ComplexSet \".length)),   complexExtractor)\n  })\n  val Split = \"\"\"(\\S*)\\s+(\\S*)\"\"\".r\n  val attributeExtractor:Extractor = Extractor({\n    case Split(key, value) => (Attribute(key, value), attributeExtractor)\n  }) or setExtractor\n  val complexExtractor:Extractor = Extractor({\n    case Split(d(real), d(imaginary)) => (Complex(real, imaginary), complexExtractor)\n  }) or setExtractor\n  val wtf:Extractor = Extractor({\n    case line => (Wtf(line), Extractor(PartialFunction.empty))\n  })\n\n  object d {\n    def unapply(s: String): Option[Double] = Try(s.toDouble).toOption\n  }\n\n  sealed trait FileEntry\n  case class AttributeSet(name:String) extends FileEntry\n  case class Attribute(key:String, value:String) extends FileEntry\n  case class ComplexSet(name:String) extends FileEntry\n  case class Complex(real:Double, imaginary:Double) extends FileEntry\n  case class Wtf(line:String) extends FileEntry\n}\n"}
{"repo_name":"joescii\/pf-return","path":"build.sbt","text":"name := \"pf-return\"\n\norganization := \"com.joescii\"\n\nversion := \"0.0.1\"\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.4\" % \"test->*\" \n)\n"}
{"repo_name":"joescii\/pf-return","path":"src\/test\/scala\/com\/joescii\/pf\/ParseSpec.scala","text":"package com.joescii.pf\n\nimport org.scalatest. { WordSpec, ShouldMatchers }\nclass ParseSpec extends WordSpec with ShouldMatchers {\n  \"The parse function\" should {\n    \"parse\" in {\n      val file =\n        \"\"\"\n          |AttributeSet my attributes\n          |language scala\n          |ComplexSet my numbers\n          |3.14 0\n          |42 8.8\n          |hey buddy!!\n        \"\"\".stripMargin\n\n      val expected = List(\n        AttributeSet(\"my attributes\"),\n        Attribute(\"language\", \"scala\"),\n        ComplexSet(\"my numbers\"),\n        Complex(3.14, 0),\n        Complex(42, 8.8),\n        Wtf(\"hey buddy!!\")\n      )\n\n      val actual = parse(file)\n\n      actual.length shouldEqual expected.length\n\n      (actual zip expected) foreach { case (a, e) => a shouldEqual e }\n    }\n  }\n}\n"}
{"repo_name":"SOLID-Design\/hbase","path":"hbase-spark\/src\/main\/scala\/org\/apache\/hadoop\/hbase\/spark\/HBaseContext.scala","text":"<filename>hbase-spark\/src\/main\/scala\/org\/apache\/hadoop\/hbase\/spark\/HBaseContext.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.hadoop.hbase.spark\n\nimport java.net.InetSocketAddress\nimport java.util\nimport java.util.UUID\nimport javax.management.openmbean.KeyAlreadyExistsException\n\nimport org.apache.yetus.audience.InterfaceAudience;\nimport org.apache.hadoop.hbase.fs.HFileSystem\nimport org.apache.hadoop.hbase._\nimport org.apache.hadoop.hbase.io.compress.Compression\nimport org.apache.hadoop.hbase.io.compress.Compression.Algorithm\nimport org.apache.hadoop.hbase.io.encoding.DataBlockEncoding\nimport org.apache.hadoop.hbase.io.hfile.{HFile, CacheConfig, HFileContextBuilder, HFileWriterImpl}\nimport org.apache.hadoop.hbase.regionserver.{HStore, HStoreFile, StoreFileWriter, BloomType}\nimport org.apache.hadoop.hbase.util.Bytes\nimport org.apache.hadoop.mapred.JobConf\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.deploy.SparkHadoopUtil\nimport org.apache.spark.rdd.RDD\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.hbase.spark.HBaseRDDFunctions._\nimport org.apache.hadoop.hbase.client._\nimport scala.reflect.ClassTag\nimport org.apache.spark.{SerializableWritable, SparkContext}\nimport org.apache.hadoop.hbase.mapreduce.{TableMapReduceUtil,\nTableInputFormat, IdentityTableMapper}\nimport org.apache.hadoop.hbase.io.ImmutableBytesWritable\nimport org.apache.hadoop.mapreduce.Job\nimport org.apache.spark.streaming.dstream.DStream\nimport java.io._\nimport org.apache.hadoop.security.UserGroupInformation\nimport org.apache.hadoop.security.UserGroupInformation.AuthenticationMethod\nimport org.apache.hadoop.fs.{Path, FileAlreadyExistsException, FileSystem}\nimport scala.collection.mutable\n\n\/**\n  * HBaseContext is a fa\u00e7ade for HBase operations\n  * like bulk put, get, increment, delete, and scan\n  *\n  * HBaseContext will take the responsibilities\n  * of disseminating the configuration information\n  * to the working and managing the life cycle of Connections.\n *\/\n@InterfaceAudience.Public\nclass HBaseContext(@transient val sc: SparkContext,\n                   @transient val config: Configuration,\n                   val tmpHdfsConfgFile: String = null)\n  extends Serializable with Logging {\n\n  @transient var credentials = SparkHadoopUtil.get.getCurrentUserCredentials()\n  @transient var tmpHdfsConfiguration:Configuration = config\n  @transient var appliedCredentials = false\n  @transient val job = Job.getInstance(config)\n  TableMapReduceUtil.initCredentials(job)\n  val broadcastedConf = sc.broadcast(new SerializableWritable(config))\n  val credentialsConf = sc.broadcast(new SerializableWritable(job.getCredentials))\n\n  LatestHBaseContextCache.latest = this\n\n  if (tmpHdfsConfgFile != null && config != null) {\n    val fs = FileSystem.newInstance(config)\n    val tmpPath = new Path(tmpHdfsConfgFile)\n    if (!fs.exists(tmpPath)) {\n      val outputStream = fs.create(tmpPath)\n      config.write(outputStream)\n      outputStream.close()\n    } else {\n      logWarning(\"tmpHdfsConfigDir \" + tmpHdfsConfgFile + \" exist!!\")\n    }\n  }\n\n  \/**\n   * A simple enrichment of the traditional Spark RDD foreachPartition.\n   * This function differs from the original in that it offers the\n   * developer access to a already connected Connection object\n   *\n   * Note: Do not close the Connection object.  All Connection\n   * management is handled outside this method\n   *\n   * @param rdd  Original RDD with data to iterate over\n   * @param f    Function to be given a iterator to iterate through\n   *             the RDD values and a Connection object to interact\n   *             with HBase\n   *\/\n  def foreachPartition[T](rdd: RDD[T],\n                          f: (Iterator[T], Connection) => Unit):Unit = {\n    rdd.foreachPartition(\n      it => hbaseForeachPartition(broadcastedConf, it, f))\n  }\n\n  \/**\n   * A simple enrichment of the traditional Spark Streaming dStream foreach\n   * This function differs from the original in that it offers the\n   * developer access to a already connected Connection object\n   *\n   * Note: Do not close the Connection object.  All Connection\n   * management is handled outside this method\n   *\n   * @param dstream  Original DStream with data to iterate over\n   * @param f        Function to be given a iterator to iterate through\n   *                 the DStream values and a Connection object to\n   *                 interact with HBase\n   *\/\n  def foreachPartition[T](dstream: DStream[T],\n                    f: (Iterator[T], Connection) => Unit):Unit = {\n    dstream.foreachRDD((rdd, time) => {\n      foreachPartition(rdd, f)\n    })\n  }\n\n  \/**\n   * A simple enrichment of the traditional Spark RDD mapPartition.\n   * This function differs from the original in that it offers the\n   * developer access to a already connected Connection object\n   *\n   * Note: Do not close the Connection object.  All Connection\n   * management is handled outside this method\n   *\n   * @param rdd  Original RDD with data to iterate over\n   * @param mp   Function to be given a iterator to iterate through\n   *             the RDD values and a Connection object to interact\n   *             with HBase\n   * @return     Returns a new RDD generated by the user definition\n   *             function just like normal mapPartition\n   *\/\n  def mapPartitions[T, R: ClassTag](rdd: RDD[T],\n                                   mp: (Iterator[T], Connection) => Iterator[R]): RDD[R] = {\n\n    rdd.mapPartitions[R](it => hbaseMapPartition[T, R](broadcastedConf,\n      it,\n      mp))\n\n  }\n\n  \/**\n   * A simple enrichment of the traditional Spark Streaming DStream\n   * foreachPartition.\n   *\n   * This function differs from the original in that it offers the\n   * developer access to a already connected Connection object\n   *\n   * Note: Do not close the Connection object.  All Connection\n   * management is handled outside this method\n   *\n   * Note: Make sure to partition correctly to avoid memory issue when\n   *       getting data from HBase\n   *\n   * @param dstream  Original DStream with data to iterate over\n   * @param f       Function to be given a iterator to iterate through\n   *                 the DStream values and a Connection object to\n   *                 interact with HBase\n   * @return         Returns a new DStream generated by the user\n   *                 definition function just like normal mapPartition\n   *\/\n  def streamForeachPartition[T](dstream: DStream[T],\n                                f: (Iterator[T], Connection) => Unit): Unit = {\n\n    dstream.foreachRDD(rdd => this.foreachPartition(rdd, f))\n  }\n\n  \/**\n   * A simple enrichment of the traditional Spark Streaming DStream\n   * mapPartition.\n   *\n   * This function differs from the original in that it offers the\n   * developer access to a already connected Connection object\n   *\n   * Note: Do not close the Connection object.  All Connection\n   * management is handled outside this method\n   *\n   * Note: Make sure to partition correctly to avoid memory issue when\n   *       getting data from HBase\n   *\n   * @param dstream  Original DStream with data to iterate over\n   * @param f       Function to be given a iterator to iterate through\n   *                 the DStream values and a Connection object to\n   *                 interact with HBase\n   * @return         Returns a new DStream generated by the user\n   *                 definition function just like normal mapPartition\n   *\/\n  def streamMapPartitions[T, U: ClassTag](dstream: DStream[T],\n                                f: (Iterator[T], Connection) => Iterator[U]):\n  DStream[U] = {\n    dstream.mapPartitions(it => hbaseMapPartition[T, U](\n      broadcastedConf,\n      it,\n      f))\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.foreachPartition method.\n   *\n   * It allow addition support for a user to take RDD\n   * and generate puts and send them to HBase.\n   * The complexity of managing the Connection is\n   * removed from the developer\n   *\n   * @param rdd       Original RDD with data to iterate over\n   * @param tableName The name of the table to put into\n   * @param f         Function to convert a value in the RDD to a HBase Put\n   *\/\n  def bulkPut[T](rdd: RDD[T], tableName: TableName, f: (T) => Put) {\n\n    val tName = tableName.getName\n    rdd.foreachPartition(\n      it => hbaseForeachPartition[T](\n        broadcastedConf,\n        it,\n        (iterator, connection) => {\n          val m = connection.getBufferedMutator(TableName.valueOf(tName))\n          iterator.foreach(T => m.mutate(f(T)))\n          m.flush()\n          m.close()\n        }))\n  }\n\n  def applyCreds[T] (){\n    credentials = SparkHadoopUtil.get.getCurrentUserCredentials()\n\n    logDebug(\"appliedCredentials:\" + appliedCredentials + \",credentials:\" + credentials)\n\n    if (!appliedCredentials && credentials != null) {\n      appliedCredentials = true\n\n      @transient val ugi = UserGroupInformation.getCurrentUser\n      ugi.addCredentials(credentials)\n      \/\/ specify that this is a proxy user\n      ugi.setAuthenticationMethod(AuthenticationMethod.PROXY)\n\n      ugi.addCredentials(credentialsConf.value.value)\n    }\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.streamMapPartition method.\n   *\n   * It allow addition support for a user to take a DStream and\n   * generate puts and send them to HBase.\n   *\n   * The complexity of managing the Connection is\n   * removed from the developer\n   *\n   * @param dstream    Original DStream with data to iterate over\n   * @param tableName  The name of the table to put into\n   * @param f          Function to convert a value in\n   *                   the DStream to a HBase Put\n   *\/\n  def streamBulkPut[T](dstream: DStream[T],\n                       tableName: TableName,\n                       f: (T) => Put) = {\n    val tName = tableName.getName\n    dstream.foreachRDD((rdd, time) => {\n      bulkPut(rdd, TableName.valueOf(tName), f)\n    })\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.foreachPartition method.\n   *\n   * It allow addition support for a user to take a RDD and generate delete\n   * and send them to HBase.  The complexity of managing the Connection is\n   * removed from the developer\n   *\n   * @param rdd       Original RDD with data to iterate over\n   * @param tableName The name of the table to delete from\n   * @param f         Function to convert a value in the RDD to a\n   *                  HBase Deletes\n   * @param batchSize       The number of delete to batch before sending to HBase\n   *\/\n  def bulkDelete[T](rdd: RDD[T], tableName: TableName,\n                    f: (T) => Delete, batchSize: Integer) {\n    bulkMutation(rdd, tableName, f, batchSize)\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.streamBulkMutation method.\n   *\n   * It allow addition support for a user to take a DStream and\n   * generate Delete and send them to HBase.\n   *\n   * The complexity of managing the Connection is\n   * removed from the developer\n   *\n   * @param dstream    Original DStream with data to iterate over\n   * @param tableName  The name of the table to delete from\n   * @param f          function to convert a value in the DStream to a\n   *                   HBase Delete\n   * @param batchSize        The number of deletes to batch before sending to HBase\n   *\/\n  def streamBulkDelete[T](dstream: DStream[T],\n                          tableName: TableName,\n                          f: (T) => Delete,\n                          batchSize: Integer) = {\n    streamBulkMutation(dstream, tableName, f, batchSize)\n  }\n\n  \/**\n   *  Under lining function to support all bulk mutations\n   *\n   *  May be opened up if requested\n   *\/\n  private def bulkMutation[T](rdd: RDD[T], tableName: TableName,\n                              f: (T) => Mutation, batchSize: Integer) {\n\n    val tName = tableName.getName\n    rdd.foreachPartition(\n      it => hbaseForeachPartition[T](\n        broadcastedConf,\n        it,\n        (iterator, connection) => {\n          val table = connection.getTable(TableName.valueOf(tName))\n          val mutationList = new java.util.ArrayList[Mutation]\n          iterator.foreach(T => {\n            mutationList.add(f(T))\n            if (mutationList.size >= batchSize) {\n              table.batch(mutationList, null)\n              mutationList.clear()\n            }\n          })\n          if (mutationList.size() > 0) {\n            table.batch(mutationList, null)\n            mutationList.clear()\n          }\n          table.close()\n        }))\n  }\n\n  \/**\n   *  Under lining function to support all bulk streaming mutations\n   *\n   *  May be opened up if requested\n   *\/\n  private def streamBulkMutation[T](dstream: DStream[T],\n                                    tableName: TableName,\n                                    f: (T) => Mutation,\n                                    batchSize: Integer) = {\n    val tName = tableName.getName\n    dstream.foreachRDD((rdd, time) => {\n      bulkMutation(rdd, TableName.valueOf(tName), f, batchSize)\n    })\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.mapPartition method.\n   *\n   * It allow addition support for a user to take a RDD and generates a\n   * new RDD based on Gets and the results they bring back from HBase\n   *\n   * @param rdd     Original RDD with data to iterate over\n   * @param tableName        The name of the table to get from\n   * @param makeGet    function to convert a value in the RDD to a\n   *                   HBase Get\n   * @param convertResult This will convert the HBase Result object to\n   *                   what ever the user wants to put in the resulting\n   *                   RDD\n   * return            new RDD that is created by the Get to HBase\n   *\/\n  def bulkGet[T, U: ClassTag](tableName: TableName,\n                    batchSize: Integer,\n                    rdd: RDD[T],\n                    makeGet: (T) => Get,\n                    convertResult: (Result) => U): RDD[U] = {\n\n    val getMapPartition = new GetMapPartition(tableName,\n      batchSize,\n      makeGet,\n      convertResult)\n\n    rdd.mapPartitions[U](it =>\n      hbaseMapPartition[T, U](\n        broadcastedConf,\n        it,\n        getMapPartition.run))\n  }\n\n  \/**\n   * A simple abstraction over the HBaseContext.streamMap method.\n   *\n   * It allow addition support for a user to take a DStream and\n   * generates a new DStream based on Gets and the results\n   * they bring back from HBase\n   *\n   * @param tableName     The name of the table to get from\n   * @param batchSize     The number of Gets to be sent in a single batch\n   * @param dStream       Original DStream with data to iterate over\n   * @param makeGet       Function to convert a value in the DStream to a\n   *                      HBase Get\n   * @param convertResult This will convert the HBase Result object to\n   *                      what ever the user wants to put in the resulting\n   *                      DStream\n   * @return              A new DStream that is created by the Get to HBase\n   *\/\n  def streamBulkGet[T, U: ClassTag](tableName: TableName,\n                                    batchSize: Integer,\n                                    dStream: DStream[T],\n                                    makeGet: (T) => Get,\n                                    convertResult: (Result) => U): DStream[U] = {\n\n    val getMapPartition = new GetMapPartition(tableName,\n      batchSize,\n      makeGet,\n      convertResult)\n\n    dStream.mapPartitions[U](it => hbaseMapPartition[T, U](\n      broadcastedConf,\n      it,\n      getMapPartition.run))\n  }\n\n  \/**\n   * This function will use the native HBase TableInputFormat with the\n   * given scan object to generate a new RDD\n   *\n   *  @param tableName the name of the table to scan\n   *  @param scan      the HBase scan object to use to read data from HBase\n   *  @param f         function to convert a Result object from HBase into\n   *                   what the user wants in the final generated RDD\n   *  @return          new RDD with results from scan\n   *\/\n  def hbaseRDD[U: ClassTag](tableName: TableName, scan: Scan,\n                            f: ((ImmutableBytesWritable, Result)) => U): RDD[U] = {\n\n    val job: Job = Job.getInstance(getConf(broadcastedConf))\n\n    TableMapReduceUtil.initCredentials(job)\n    TableMapReduceUtil.initTableMapperJob(tableName, scan,\n      classOf[IdentityTableMapper], null, null, job)\n\n    val jconf = new JobConf(job.getConfiguration)\n    SparkHadoopUtil.get.addCredentials(jconf)\n    new NewHBaseRDD(sc,\n      classOf[TableInputFormat],\n      classOf[ImmutableBytesWritable],\n      classOf[Result],\n      job.getConfiguration,\n      this).map(f)\n  }\n\n  \/**\n   * A overloaded version of HBaseContext hbaseRDD that defines the\n   * type of the resulting RDD\n   *\n   *  @param tableName the name of the table to scan\n   *  @param scans     the HBase scan object to use to read data from HBase\n   *  @return          New RDD with results from scan\n   *\n   *\/\n  def hbaseRDD(tableName: TableName, scans: Scan):\n  RDD[(ImmutableBytesWritable, Result)] = {\n\n    hbaseRDD[(ImmutableBytesWritable, Result)](\n      tableName,\n      scans,\n      (r: (ImmutableBytesWritable, Result)) => r)\n  }\n\n  \/**\n   *  underlining wrapper all foreach functions in HBaseContext\n   *\/\n  private def hbaseForeachPartition[T](configBroadcast:\n                                       Broadcast[SerializableWritable[Configuration]],\n                                        it: Iterator[T],\n                                        f: (Iterator[T], Connection) => Unit) = {\n\n    val config = getConf(configBroadcast)\n\n    applyCreds\n    \/\/ specify that this is a proxy user\n    val smartConn = HBaseConnectionCache.getConnection(config)\n    f(it, smartConn.connection)\n    smartConn.close()\n  }\n\n  private def getConf(configBroadcast: Broadcast[SerializableWritable[Configuration]]):\n  Configuration = {\n\n    if (tmpHdfsConfiguration == null && tmpHdfsConfgFile != null) {\n      val fs = FileSystem.newInstance(SparkHadoopUtil.get.conf)\n      val inputStream = fs.open(new Path(tmpHdfsConfgFile))\n      tmpHdfsConfiguration = new Configuration(false)\n      tmpHdfsConfiguration.readFields(inputStream)\n      inputStream.close()\n    }\n\n    if (tmpHdfsConfiguration == null) {\n      try {\n        tmpHdfsConfiguration = configBroadcast.value.value\n      } catch {\n        case ex: Exception => logError(\"Unable to getConfig from broadcast\", ex)\n      }\n    }\n    tmpHdfsConfiguration\n  }\n\n  \/**\n   *  underlining wrapper all mapPartition functions in HBaseContext\n   *\n   *\/\n  private def hbaseMapPartition[K, U](\n                                       configBroadcast:\n                                       Broadcast[SerializableWritable[Configuration]],\n                                       it: Iterator[K],\n                                       mp: (Iterator[K], Connection) =>\n                                         Iterator[U]): Iterator[U] = {\n\n    val config = getConf(configBroadcast)\n    applyCreds\n\n    val smartConn = HBaseConnectionCache.getConnection(config)\n    val res = mp(it, smartConn.connection)\n    smartConn.close()\n    res\n  }\n\n  \/**\n   *  underlining wrapper all get mapPartition functions in HBaseContext\n   *\/\n  private class GetMapPartition[T, U](tableName: TableName,\n                                      batchSize: Integer,\n                                      makeGet: (T) => Get,\n                                      convertResult: (Result) => U)\n    extends Serializable {\n\n    val tName = tableName.getName\n\n    def run(iterator: Iterator[T], connection: Connection): Iterator[U] = {\n      val table = connection.getTable(TableName.valueOf(tName))\n\n      val gets = new java.util.ArrayList[Get]()\n      var res = List[U]()\n\n      while (iterator.hasNext) {\n        gets.add(makeGet(iterator.next()))\n\n        if (gets.size() == batchSize) {\n          val results = table.get(gets)\n          res = res ++ results.map(convertResult)\n          gets.clear()\n        }\n      }\n      if (gets.size() > 0) {\n        val results = table.get(gets)\n        res = res ++ results.map(convertResult)\n        gets.clear()\n      }\n      table.close()\n      res.iterator\n    }\n  }\n\n  \/**\n   * Produces a ClassTag[T], which is actually just a casted ClassTag[AnyRef].\n   *\n   * This method is used to keep ClassTags out of the external Java API, as\n   * the Java compiler cannot produce them automatically. While this\n   * ClassTag-faking does please the compiler, it can cause problems at runtime\n   * if the Scala API relies on ClassTags for correctness.\n   *\n   * Often, though, a ClassTag[AnyRef] will not lead to incorrect behavior,\n   * just worse performance or security issues.\n   * For instance, an Array of AnyRef can hold any type T, but may lose primitive\n   * specialization.\n   *\/\n  private[spark]\n  def fakeClassTag[T]: ClassTag[T] = ClassTag.AnyRef.asInstanceOf[ClassTag[T]]\n\n  \/**\n   * Spark Implementation of HBase Bulk load for wide rows or when\n   * values are not already combined at the time of the map process\n   *\n   * This will take the content from an existing RDD then sort and shuffle\n   * it with respect to region splits.  The result of that sort and shuffle\n   * will be written to HFiles.\n   *\n   * After this function is executed the user will have to call\n   * LoadIncrementalHFiles.doBulkLoad(...) to move the files into HBase\n   *\n   * Also note this version of bulk load is different from past versions in\n   * that it includes the qualifier as part of the sort process. The\n   * reason for this is to be able to support rows will very large number\n   * of columns.\n   *\n   * @param rdd                            The RDD we are bulk loading from\n   * @param tableName                      The HBase table we are loading into\n   * @param flatMap                        A flapMap function that will make every\n   *                                       row in the RDD\n   *                                       into N cells for the bulk load\n   * @param stagingDir                     The location on the FileSystem to bulk load into\n   * @param familyHFileWriteOptionsMap     Options that will define how the HFile for a\n   *                                       column family is written\n   * @param compactionExclude              Compaction excluded for the HFiles\n   * @param maxSize                        Max size for the HFiles before they roll\n   * @tparam T                             The Type of values in the original RDD\n   *\/\n  def bulkLoad[T](rdd:RDD[T],\n                  tableName: TableName,\n                  flatMap: (T) => Iterator[(KeyFamilyQualifier, Array[Byte])],\n                  stagingDir:String,\n                  familyHFileWriteOptionsMap:\n                  util.Map[Array[Byte], FamilyHFileWriteOptions] =\n                  new util.HashMap[Array[Byte], FamilyHFileWriteOptions],\n                  compactionExclude: Boolean = false,\n                  maxSize:Long = HConstants.DEFAULT_MAX_FILE_SIZE):\n  Unit = {\n    val stagingPath = new Path(stagingDir)\n    val fs = stagingPath.getFileSystem(config)\n    if (fs.exists(stagingPath)) {\n      throw new FileAlreadyExistsException(\"Path \" + stagingDir + \" already exists\")\n    }\n    val conn = HBaseConnectionCache.getConnection(config)\n    val regionLocator = conn.getRegionLocator(tableName)\n    val startKeys = regionLocator.getStartKeys\n    if (startKeys.length == 0) {\n      logInfo(\"Table \" + tableName.toString + \" was not found\")\n    }\n    val defaultCompressionStr = config.get(\"hfile.compression\",\n      Compression.Algorithm.NONE.getName)\n    val hfileCompression = HFileWriterImpl\n      .compressionByName(defaultCompressionStr)\n    val nowTimeStamp = System.currentTimeMillis()\n    val tableRawName = tableName.getName\n\n    val familyHFileWriteOptionsMapInternal =\n      new util.HashMap[ByteArrayWrapper, FamilyHFileWriteOptions]\n\n    val entrySetIt = familyHFileWriteOptionsMap.entrySet().iterator()\n\n    while (entrySetIt.hasNext) {\n      val entry = entrySetIt.next()\n      familyHFileWriteOptionsMapInternal.put(new ByteArrayWrapper(entry.getKey), entry.getValue)\n    }\n\n    val regionSplitPartitioner =\n      new BulkLoadPartitioner(startKeys)\n\n    \/\/This is where all the magic happens\n    \/\/Here we are going to do the following things\n    \/\/ 1. FlapMap every row in the RDD into key column value tuples\n    \/\/ 2. Then we are going to repartition sort and shuffle\n    \/\/ 3. Finally we are going to write out our HFiles\n    rdd.flatMap( r => flatMap(r)).\n      repartitionAndSortWithinPartitions(regionSplitPartitioner).\n      hbaseForeachPartition(this, (it, conn) => {\n\n      val conf = broadcastedConf.value.value\n      val fs = FileSystem.get(conf)\n      val writerMap = new mutable.HashMap[ByteArrayWrapper, WriterLength]\n      var previousRow:Array[Byte] = HConstants.EMPTY_BYTE_ARRAY\n      var rollOverRequested = false\n      val localTableName = TableName.valueOf(tableRawName)\n\n      \/\/Here is where we finally iterate through the data in this partition of the\n      \/\/RDD that has been sorted and partitioned\n      it.foreach{ case (keyFamilyQualifier, cellValue:Array[Byte]) =>\n\n        val wl = writeValueToHFile(keyFamilyQualifier.rowKey,\n          keyFamilyQualifier.family,\n          keyFamilyQualifier.qualifier,\n          cellValue,\n          nowTimeStamp,\n          fs,\n          conn,\n          localTableName,\n          conf,\n          familyHFileWriteOptionsMapInternal,\n          hfileCompression,\n          writerMap,\n          stagingDir)\n\n        rollOverRequested = rollOverRequested || wl.written > maxSize\n\n        \/\/This will only roll if we have at least one column family file that is\n        \/\/bigger then maxSize and we have finished a given row key\n        if (rollOverRequested && Bytes.compareTo(previousRow, keyFamilyQualifier.rowKey) != 0) {\n          rollWriters(fs, writerMap,\n            regionSplitPartitioner,\n            previousRow,\n            compactionExclude)\n          rollOverRequested = false\n        }\n\n        previousRow = keyFamilyQualifier.rowKey\n      }\n      \/\/We have finished all the data so lets close up the writers\n      rollWriters(fs, writerMap,\n        regionSplitPartitioner,\n        previousRow,\n        compactionExclude)\n      rollOverRequested = false\n    })\n    if(null != conn) conn.close()\n  }\n\n  \/**\n   * Spark Implementation of HBase Bulk load for short rows some where less then\n   * a 1000 columns.  This bulk load should be faster for tables will thinner\n   * rows then the other spark implementation of bulk load that puts only one\n   * value into a record going into a shuffle\n   *\n   * This will take the content from an existing RDD then sort and shuffle\n   * it with respect to region splits.  The result of that sort and shuffle\n   * will be written to HFiles.\n   *\n   * After this function is executed the user will have to call\n   * LoadIncrementalHFiles.doBulkLoad(...) to move the files into HBase\n   *\n   * In this implementation, only the rowKey is given to the shuffle as the key\n   * and all the columns are already linked to the RowKey before the shuffle\n   * stage.  The sorting of the qualifier is done in memory out side of the\n   * shuffle stage\n   *\n   * Also make sure that incoming RDDs only have one record for every row key.\n   *\n   * @param rdd                            The RDD we are bulk loading from\n   * @param tableName                      The HBase table we are loading into\n   * @param mapFunction                    A function that will convert the RDD records to\n   *                                       the key value format used for the shuffle to prep\n   *                                       for writing to the bulk loaded HFiles\n   * @param stagingDir                     The location on the FileSystem to bulk load into\n   * @param familyHFileWriteOptionsMap     Options that will define how the HFile for a\n   *                                       column family is written\n   * @param compactionExclude              Compaction excluded for the HFiles\n   * @param maxSize                        Max size for the HFiles before they roll\n   * @tparam T                             The Type of values in the original RDD\n   *\/\n  def bulkLoadThinRows[T](rdd:RDD[T],\n                  tableName: TableName,\n                  mapFunction: (T) =>\n                    (ByteArrayWrapper, FamiliesQualifiersValues),\n                  stagingDir:String,\n                  familyHFileWriteOptionsMap:\n                  util.Map[Array[Byte], FamilyHFileWriteOptions] =\n                  new util.HashMap[Array[Byte], FamilyHFileWriteOptions],\n                  compactionExclude: Boolean = false,\n                  maxSize:Long = HConstants.DEFAULT_MAX_FILE_SIZE):\n  Unit = {\n    val stagingPath = new Path(stagingDir)\n    val fs = stagingPath.getFileSystem(config)\n    if (fs.exists(stagingPath)) {\n      throw new FileAlreadyExistsException(\"Path \" + stagingDir + \" already exists\")\n    }\n    val conn = HBaseConnectionCache.getConnection(config)\n    val regionLocator = conn.getRegionLocator(tableName)\n    val startKeys = regionLocator.getStartKeys\n    if (startKeys.length == 0) {\n      logInfo(\"Table \" + tableName.toString + \" was not found\")\n    }\n    val defaultCompressionStr = config.get(\"hfile.compression\",\n      Compression.Algorithm.NONE.getName)\n    val defaultCompression = HFileWriterImpl\n      .compressionByName(defaultCompressionStr)\n    val nowTimeStamp = System.currentTimeMillis()\n    val tableRawName = tableName.getName\n\n    val familyHFileWriteOptionsMapInternal =\n      new util.HashMap[ByteArrayWrapper, FamilyHFileWriteOptions]\n\n    val entrySetIt = familyHFileWriteOptionsMap.entrySet().iterator()\n\n    while (entrySetIt.hasNext) {\n      val entry = entrySetIt.next()\n      familyHFileWriteOptionsMapInternal.put(new ByteArrayWrapper(entry.getKey), entry.getValue)\n    }\n\n    val regionSplitPartitioner =\n      new BulkLoadPartitioner(startKeys)\n\n    \/\/This is where all the magic happens\n    \/\/Here we are going to do the following things\n    \/\/ 1. FlapMap every row in the RDD into key column value tuples\n    \/\/ 2. Then we are going to repartition sort and shuffle\n    \/\/ 3. Finally we are going to write out our HFiles\n    rdd.map( r => mapFunction(r)).\n      repartitionAndSortWithinPartitions(regionSplitPartitioner).\n      hbaseForeachPartition(this, (it, conn) => {\n\n      val conf = broadcastedConf.value.value\n      val fs = FileSystem.get(conf)\n      val writerMap = new mutable.HashMap[ByteArrayWrapper, WriterLength]\n      var previousRow:Array[Byte] = HConstants.EMPTY_BYTE_ARRAY\n      var rollOverRequested = false\n      val localTableName = TableName.valueOf(tableRawName)\n\n      \/\/Here is where we finally iterate through the data in this partition of the\n      \/\/RDD that has been sorted and partitioned\n      it.foreach{ case (rowKey:ByteArrayWrapper,\n      familiesQualifiersValues:FamiliesQualifiersValues) =>\n\n\n        if (Bytes.compareTo(previousRow, rowKey.value) == 0) {\n          throw new KeyAlreadyExistsException(\"The following key was sent to the \" +\n            \"HFile load more then one: \" + Bytes.toString(previousRow))\n        }\n\n        \/\/The family map is a tree map so the families will be sorted\n        val familyIt = familiesQualifiersValues.familyMap.entrySet().iterator()\n        while (familyIt.hasNext) {\n          val familyEntry = familyIt.next()\n\n          val family = familyEntry.getKey.value\n\n          val qualifierIt = familyEntry.getValue.entrySet().iterator()\n\n          \/\/The qualifier map is a tree map so the families will be sorted\n          while (qualifierIt.hasNext) {\n\n            val qualifierEntry = qualifierIt.next()\n            val qualifier = qualifierEntry.getKey\n            val cellValue = qualifierEntry.getValue\n\n            writeValueToHFile(rowKey.value,\n              family,\n              qualifier.value, \/\/ qualifier\n              cellValue, \/\/ value\n              nowTimeStamp,\n              fs,\n              conn,\n              localTableName,\n              conf,\n              familyHFileWriteOptionsMapInternal,\n              defaultCompression,\n              writerMap,\n              stagingDir)\n\n            previousRow = rowKey.value\n          }\n\n          writerMap.values.foreach( wl => {\n            rollOverRequested = rollOverRequested || wl.written > maxSize\n\n            \/\/This will only roll if we have at least one column family file that is\n            \/\/bigger then maxSize and we have finished a given row key\n            if (rollOverRequested) {\n              rollWriters(fs, writerMap,\n                regionSplitPartitioner,\n                previousRow,\n                compactionExclude)\n              rollOverRequested = false\n            }\n          })\n        }\n      }\n\n      \/\/This will get a writer for the column family\n      \/\/If there is no writer for a given column family then\n      \/\/it will get created here.\n      \/\/We have finished all the data so lets close up the writers\n      rollWriters(fs, writerMap,\n        regionSplitPartitioner,\n        previousRow,\n        compactionExclude)\n      rollOverRequested = false\n    })\n    if(null != conn) conn.close()\n  }\n\n  \/**\n   *  This will return a new HFile writer when requested\n   *\n   * @param family       column family\n   * @param conf         configuration to connect to HBase\n   * @param favoredNodes nodes that we would like to write too\n   * @param fs           FileSystem object where we will be writing the HFiles to\n   * @return WriterLength object\n   *\/\n  private def getNewHFileWriter(family: Array[Byte], conf: Configuration,\n                   favoredNodes: Array[InetSocketAddress],\n                   fs:FileSystem,\n                   familydir:Path,\n                   familyHFileWriteOptionsMapInternal:\n                   util.HashMap[ByteArrayWrapper, FamilyHFileWriteOptions],\n                   defaultCompression:Compression.Algorithm): WriterLength = {\n\n\n    var familyOptions = familyHFileWriteOptionsMapInternal.get(new ByteArrayWrapper(family))\n\n    if (familyOptions == null) {\n      familyOptions = new FamilyHFileWriteOptions(defaultCompression.toString,\n        BloomType.NONE.toString, HConstants.DEFAULT_BLOCKSIZE, DataBlockEncoding.NONE.toString)\n      familyHFileWriteOptionsMapInternal.put(new ByteArrayWrapper(family), familyOptions)\n    }\n\n    val tempConf = new Configuration(conf)\n    tempConf.setFloat(HConstants.HFILE_BLOCK_CACHE_SIZE_KEY, 0.0f)\n    val contextBuilder = new HFileContextBuilder()\n      .withCompression(Algorithm.valueOf(familyOptions.compression))\n      .withChecksumType(HStore.getChecksumType(conf))\n      .withBytesPerCheckSum(HStore.getBytesPerChecksum(conf))\n      .withBlockSize(familyOptions.blockSize)\n\n    if (HFile.getFormatVersion(conf) >= HFile.MIN_FORMAT_VERSION_WITH_TAGS) {\n      contextBuilder.withIncludesTags(true)\n    }\n\n    contextBuilder.withDataBlockEncoding(DataBlockEncoding.\n      valueOf(familyOptions.dataBlockEncoding))\n    val hFileContext = contextBuilder.build()\n\n    \/\/Add a '_' to the file name because this is a unfinished file.  A rename will happen\n    \/\/ to remove the '_' when the file is closed.\n    new WriterLength(0,\n      new StoreFileWriter.Builder(conf, new CacheConfig(tempConf), new HFileSystem(fs))\n        .withBloomType(BloomType.valueOf(familyOptions.bloomType))\n        .withComparator(CellComparator.getInstance()).withFileContext(hFileContext)\n        .withFilePath(new Path(familydir, \"_\" + UUID.randomUUID.toString.replaceAll(\"-\", \"\")))\n        .withFavoredNodes(favoredNodes).build())\n\n  }\n\n  \/**\n   * Encompasses the logic to write a value to an HFile\n   *\n   * @param rowKey                             The RowKey for the record\n   * @param family                             HBase column family for the record\n   * @param qualifier                          HBase column qualifier for the record\n   * @param cellValue                          HBase cell value\n   * @param nowTimeStamp                       The cell time stamp\n   * @param fs                                 Connection to the FileSystem for the HFile\n   * @param conn                               Connection to HBaes\n   * @param tableName                          HBase TableName object\n   * @param conf                               Configuration to be used when making a new HFile\n   * @param familyHFileWriteOptionsMapInternal Extra configs for the HFile\n   * @param hfileCompression                   The compression codec for the new HFile\n   * @param writerMap                          HashMap of existing writers and their offsets\n   * @param stagingDir                         The staging directory on the FileSystem to store\n   *                                           the HFiles\n   * @return                                   The writer for the given HFile that was writen\n   *                                           too\n   *\/\n  private def writeValueToHFile(rowKey: Array[Byte],\n                        family: Array[Byte],\n                        qualifier: Array[Byte],\n                        cellValue:Array[Byte],\n                        nowTimeStamp: Long,\n                        fs: FileSystem,\n                        conn: Connection,\n                        tableName: TableName,\n                        conf: Configuration,\n                        familyHFileWriteOptionsMapInternal:\n                        util.HashMap[ByteArrayWrapper, FamilyHFileWriteOptions],\n                        hfileCompression:Compression.Algorithm,\n                        writerMap:mutable.HashMap[ByteArrayWrapper, WriterLength],\n                        stagingDir: String\n                         ): WriterLength = {\n\n    val wl = writerMap.getOrElseUpdate(new ByteArrayWrapper(family), {\n      val familyDir = new Path(stagingDir, Bytes.toString(family))\n\n      fs.mkdirs(familyDir)\n\n      val loc:HRegionLocation = {\n        try {\n          val locator =\n            conn.getRegionLocator(tableName)\n          locator.getRegionLocation(rowKey)\n        } catch {\n          case e: Throwable =>\n            logWarning(\"there's something wrong when locating rowkey: \" +\n              Bytes.toString(rowKey))\n            null\n        }\n      }\n      if (null == loc) {\n        if (log.isTraceEnabled) {\n          logTrace(\"failed to get region location, so use default writer: \" +\n            Bytes.toString(rowKey))\n        }\n        getNewHFileWriter(family = family,\n          conf = conf,\n          favoredNodes = null,\n          fs = fs,\n          familydir = familyDir,\n          familyHFileWriteOptionsMapInternal,\n          hfileCompression)\n      } else {\n        if (log.isDebugEnabled) {\n          logDebug(\"first rowkey: [\" + Bytes.toString(rowKey) + \"]\")\n        }\n        val initialIsa =\n          new InetSocketAddress(loc.getHostname, loc.getPort)\n        if (initialIsa.isUnresolved) {\n          if (log.isTraceEnabled) {\n            logTrace(\"failed to resolve bind address: \" + loc.getHostname + \":\"\n              + loc.getPort + \", so use default writer\")\n          }\n          getNewHFileWriter(family,\n            conf,\n            null,\n            fs,\n            familyDir,\n            familyHFileWriteOptionsMapInternal,\n            hfileCompression)\n        } else {\n          if(log.isDebugEnabled) {\n            logDebug(\"use favored nodes writer: \" + initialIsa.getHostString)\n          }\n          getNewHFileWriter(family,\n            conf,\n            Array[InetSocketAddress](initialIsa),\n            fs,\n            familyDir,\n            familyHFileWriteOptionsMapInternal,\n            hfileCompression)\n        }\n      }\n    })\n\n    val keyValue =new KeyValue(rowKey,\n      family,\n      qualifier,\n      nowTimeStamp,cellValue)\n\n    wl.writer.append(keyValue)\n    wl.written += keyValue.getLength\n\n    wl\n  }\n\n  \/**\n   * This will roll all Writers\n   * @param fs                     Hadoop FileSystem object\n   * @param writerMap              HashMap that contains all the writers\n   * @param regionSplitPartitioner The partitioner with knowledge of how the\n   *                               Region's are split by row key\n   * @param previousRow            The last row to fill the HFile ending range metadata\n   * @param compactionExclude      The exclude compaction metadata flag for the HFile\n   *\/\n  private def rollWriters(fs:FileSystem,\n                          writerMap:mutable.HashMap[ByteArrayWrapper, WriterLength],\n                  regionSplitPartitioner: BulkLoadPartitioner,\n                  previousRow: Array[Byte],\n                  compactionExclude: Boolean): Unit = {\n    writerMap.values.foreach( wl => {\n      if (wl.writer != null) {\n        logDebug(\"Writer=\" + wl.writer.getPath +\n          (if (wl.written == 0) \"\" else \", wrote=\" + wl.written))\n        closeHFileWriter(fs, wl.writer,\n          regionSplitPartitioner,\n          previousRow,\n          compactionExclude)\n      }\n    })\n    writerMap.clear()\n\n  }\n\n  \/**\n   * Function to close an HFile\n   * @param fs                     Hadoop FileSystem object\n   * @param w                      HFile Writer\n   * @param regionSplitPartitioner The partitioner with knowledge of how the\n   *                               Region's are split by row key\n   * @param previousRow            The last row to fill the HFile ending range metadata\n   * @param compactionExclude      The exclude compaction metadata flag for the HFile\n   *\/\n  private def closeHFileWriter(fs:FileSystem,\n                               w: StoreFileWriter,\n                               regionSplitPartitioner: BulkLoadPartitioner,\n                               previousRow: Array[Byte],\n                               compactionExclude: Boolean): Unit = {\n    if (w != null) {\n      w.appendFileInfo(HStoreFile.BULKLOAD_TIME_KEY,\n        Bytes.toBytes(System.currentTimeMillis()))\n      w.appendFileInfo(HStoreFile.BULKLOAD_TASK_KEY,\n        Bytes.toBytes(regionSplitPartitioner.getPartition(previousRow)))\n      w.appendFileInfo(HStoreFile.MAJOR_COMPACTION_KEY,\n        Bytes.toBytes(true))\n      w.appendFileInfo(HStoreFile.EXCLUDE_FROM_MINOR_COMPACTION_KEY,\n        Bytes.toBytes(compactionExclude))\n      w.appendTrackedTimestampsToMetadata()\n      w.close()\n\n      val srcPath = w.getPath\n\n      \/\/In the new path you will see that we are using substring.  This is to\n      \/\/ remove the '_' character in front of the HFile name.  '_' is a character\n      \/\/ that will tell HBase that this file shouldn't be included in the bulk load\n      \/\/ This feature is to protect for unfinished HFiles being submitted to HBase\n      val newPath = new Path(w.getPath.getParent, w.getPath.getName.substring(1))\n      if (!fs.rename(srcPath, newPath)) {\n        throw new IOException(\"Unable to rename '\" + srcPath +\n          \"' to \" + newPath)\n      }\n    }\n  }\n\n  \/**\n   * This is a wrapper class around StoreFileWriter.  The reason for the\n   * wrapper is to keep the length of the file along side the writer\n   *\n   * @param written The writer to be wrapped\n   * @param writer  The number of bytes written to the writer\n   *\/\n  class WriterLength(var written:Long, val writer:StoreFileWriter)\n}\n\nobject LatestHBaseContextCache {\n  var latest:HBaseContext = null\n}\n"}
{"repo_name":"SOLID-Design\/hbase","path":"hbase-spark\/src\/main\/scala\/org\/apache\/hadoop\/hbase\/spark\/HBaseConnectionCache.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.hadoop.hbase.spark\n\nimport java.io.IOException\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.hbase.client.{Admin, Connection, ConnectionFactory, RegionLocator, Table}\nimport org.apache.hadoop.hbase.ipc.RpcControllerFactory\nimport org.apache.hadoop.hbase.security.{User, UserProvider}\nimport org.apache.hadoop.hbase.spark.datasources.HBaseSparkConf\nimport org.apache.hadoop.hbase.{HConstants, TableName}\n\nimport scala.collection.mutable\n\nprivate[spark] object HBaseConnectionCache extends Logging {\n\n  \/\/ A hashmap of Spark-HBase connections. Key is HBaseConnectionKey.\n  val connectionMap = new mutable.HashMap[HBaseConnectionKey, SmartConnection]()\n\n  val cacheStat = HBaseConnectionCacheStat(0, 0, 0)\n\n  \/\/ in milliseconds\n  private final val DEFAULT_TIME_OUT: Long = HBaseSparkConf.DEFAULT_CONNECTION_CLOSE_DELAY\n  private var timeout = DEFAULT_TIME_OUT\n  private var closed: Boolean = false\n\n  var housekeepingThread = new Thread(new Runnable {\n    override def run() {\n      while (true) {\n        try {\n          Thread.sleep(timeout)\n        } catch {\n          case e: InterruptedException =>\n            \/\/ setTimeout() and close() may interrupt the sleep and it's safe\n            \/\/ to ignore the exception\n        }\n        if (closed)\n          return\n        performHousekeeping(false)\n      }\n    }\n  })\n  housekeepingThread.setDaemon(true)\n  housekeepingThread.start()\n\n  def getStat: HBaseConnectionCacheStat = {\n    connectionMap.synchronized {\n      cacheStat.numActiveConnections = connectionMap.size\n      cacheStat.copy()\n    }\n  }\n\n  def close(): Unit = {\n    try {\n      connectionMap.synchronized {\n        if (closed)\n          return\n        closed = true\n        housekeepingThread.interrupt()\n        housekeepingThread = null\n        HBaseConnectionCache.performHousekeeping(true)\n      }\n    } catch {\n      case e: Exception => logWarning(\"Error in finalHouseKeeping\", e)\n    }\n  }\n\n  def performHousekeeping(forceClean: Boolean) = {\n    val tsNow: Long = System.currentTimeMillis()\n    connectionMap.synchronized {\n      connectionMap.foreach {\n        x => {\n          if(x._2.refCount < 0) {\n            logError(s\"Bug to be fixed: negative refCount of connection ${x._2}\")\n          }\n\n          if(forceClean || ((x._2.refCount <= 0) && (tsNow - x._2.timestamp > timeout))) {\n            try{\n              x._2.connection.close()\n            } catch {\n              case e: IOException => logWarning(s\"Fail to close connection ${x._2}\", e)\n            }\n            connectionMap.remove(x._1)\n          }\n        }\n      }\n    }\n  }\n\n  \/\/ For testing purpose only\n  def getConnection(key: HBaseConnectionKey, conn: => Connection): SmartConnection = {\n    connectionMap.synchronized {\n      if (closed)\n        return null\n      cacheStat.numTotalRequests += 1\n      val sc = connectionMap.getOrElseUpdate(key, {cacheStat.numActualConnectionsCreated += 1\n        new SmartConnection(conn)})\n      sc.refCount += 1\n      sc\n    }\n  }\n\n  def getConnection(conf: Configuration): SmartConnection =\n    getConnection(new HBaseConnectionKey(conf), ConnectionFactory.createConnection(conf))\n\n  \/\/ For testing purpose only\n  def setTimeout(to: Long): Unit  = {\n    connectionMap.synchronized {\n      if (closed)\n        return\n      timeout = to\n      housekeepingThread.interrupt()\n    }\n  }\n}\n\nprivate[hbase] case class SmartConnection (\n    connection: Connection, var refCount: Int = 0, var timestamp: Long = 0) {\n  def getTable(tableName: TableName): Table = connection.getTable(tableName)\n  def getRegionLocator(tableName: TableName): RegionLocator = connection.getRegionLocator(tableName)\n  def isClosed: Boolean = connection.isClosed\n  def getAdmin: Admin = connection.getAdmin\n  def close() = {\n    HBaseConnectionCache.connectionMap.synchronized {\n      refCount -= 1\n      if(refCount <= 0)\n        timestamp = System.currentTimeMillis()\n    }\n  }\n}\n\n\/**\n * Denotes a unique key to an HBase Connection instance.\n * Please refer to 'org.apache.hadoop.hbase.client.HConnectionKey'.\n *\n * In essence, this class captures the properties in Configuration\n * that may be used in the process of establishing a connection.\n *\n *\/\nclass HBaseConnectionKey(c: Configuration) extends Logging {\n  val conf: Configuration = c\n  val CONNECTION_PROPERTIES: Array[String] = Array[String](\n    HConstants.ZOOKEEPER_QUORUM,\n    HConstants.ZOOKEEPER_ZNODE_PARENT,\n    HConstants.ZOOKEEPER_CLIENT_PORT,\n    HConstants.HBASE_CLIENT_PAUSE,\n    HConstants.HBASE_CLIENT_RETRIES_NUMBER,\n    HConstants.HBASE_RPC_TIMEOUT_KEY,\n    HConstants.HBASE_META_SCANNER_CACHING,\n    HConstants.HBASE_CLIENT_INSTANCE_ID,\n    HConstants.RPC_CODEC_CONF_KEY,\n    HConstants.USE_META_REPLICAS,\n    RpcControllerFactory.CUSTOM_CONTROLLER_CONF_KEY)\n\n  var username: String = _\n  var m_properties = mutable.HashMap.empty[String, String]\n  if (conf != null) {\n    for (property <- CONNECTION_PROPERTIES) {\n      val value: String = conf.get(property)\n      if (value != null) {\n        m_properties.+=((property, value))\n      }\n    }\n    try {\n      val provider: UserProvider = UserProvider.instantiate(conf)\n      val currentUser: User = provider.getCurrent\n      if (currentUser != null) {\n        username = currentUser.getName\n      }\n    }\n    catch {\n      case e: IOException => {\n        logWarning(\"Error obtaining current user, skipping username in HBaseConnectionKey\", e)\n      }\n    }\n  }\n\n  \/\/ make 'properties' immutable\n  val properties = m_properties.toMap\n\n  override def hashCode: Int = {\n    val prime: Int = 31\n    var result: Int = 1\n    if (username != null) {\n      result = username.hashCode\n    }\n    for (property <- CONNECTION_PROPERTIES) {\n      val value: Option[String] = properties.get(property)\n      if (value.isDefined) {\n        result = prime * result + value.hashCode\n      }\n    }\n    result\n  }\n\n  override def equals(obj: Any): Boolean = {\n    if (obj == null) return false\n    if (getClass ne obj.getClass) return false\n    val that: HBaseConnectionKey = obj.asInstanceOf[HBaseConnectionKey]\n    if (this.username != null && !(this.username == that.username)) {\n      return false\n    }\n    else if (this.username == null && that.username != null) {\n      return false\n    }\n    if (this.properties == null) {\n      if (that.properties != null) {\n        return false\n      }\n    }\n    else {\n      if (that.properties == null) {\n        return false\n      }\n      var flag: Boolean = true\n      for (property <- CONNECTION_PROPERTIES) {\n        val thisValue: Option[String] = this.properties.get(property)\n        val thatValue: Option[String] = that.properties.get(property)\n        flag = true\n        if (thisValue eq thatValue) {\n          flag = false \/\/continue, so make flag be false\n        }\n        if (flag && (thisValue == null || !(thisValue == thatValue))) {\n          return false\n        }\n      }\n    }\n    true\n  }\n\n  override def toString: String = {\n    \"HBaseConnectionKey{\" + \"properties=\" + properties + \", username='\" + username + '\\'' + '}'\n  }\n}\n\n\/**\n * To log the state of 'HBaseConnectionCache'\n *\n * @param numTotalRequests number of total connection requests to the cache\n * @param numActualConnectionsCreated number of actual HBase connections the cache ever created\n * @param numActiveConnections number of current alive HBase connections the cache is holding\n *\/\ncase class HBaseConnectionCacheStat(var numTotalRequests: Long,\n                                    var numActualConnectionsCreated: Long,\n                                    var numActiveConnections: Long)\n\n\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/models\/WithAddr.scala","text":"<gh_stars>1-10\npackage kazura.models\n\nimport chisel3._\nimport chisel3.internal.firrtl.Width\nimport kazura.util.Params._\n\nclass WithAddr(val addr_width: Width) extends Bundle {\n  val addr: UInt = UInt(addr_width)\n  val data: UInt = UInt(LEN.W)\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/modules\/FetchUnitTester.scala","text":"<gh_stars>1-10\npackage modules\n\nimport chisel3.{Bool, UInt}\nimport chisel3.iotesters.PeekPokeTester\nimport kazura.modules.Fetch\nimport kazura.util.Params.LEN\n\nabstract class FetchUnitTestHelper(m: Fetch) extends PeekPokeTester(m) {\n  def setPredict(predict: Boolean, predict_enable: Boolean, predict_pc: Int, branch_mispredicted: Boolean, branch_mispredicted_enable: Boolean, restoration_pc: Int): Unit = {\n    poke(m.io.in.predict, predict)\n    poke(m.io.in.predict_enable, predict_enable)\n    poke(m.io.in.predict_pc, predict_pc)\n    poke(m.io.in.branch_mispredicted, branch_mispredicted)\n    poke(m.io.in.branch_graduated, branch_mispredicted_enable)\n    poke(m.io.in.restoration_pc, restoration_pc)\n  }\n}\n\nclass FetchUnitTester(m: Fetch) extends FetchUnitTestHelper(m) {\n  setPredict(false, false, 0, false, false, 0)\n  poke(m.io.prev_pc, 0)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, false)\n\n  expect(m.io.out.pc, 1)\n\n  step(1) \/\/ ---------------------------------------------\n  \/\/ stall test\n\n  setPredict(false, false, 0, false, false, 0)\n  poke(m.io.prev_pc, 1)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, true)\n\n  expect(m.io.out.pc, 1)\n\n  step(1) \/\/ ---------------------------------------------\n  \/\/ predict test\n\n  setPredict(true, true, 16, false, false, 0)\n  poke(m.io.prev_pc, 1)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, false)\n\n  expect(m.io.out.pc, 16)\n\n  step(1) \/\/ ---------------------------------------------\n\n  setPredict(false, false, 0, false, false, 0)\n  poke(m.io.prev_pc, 16)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, false)\n\n  expect(m.io.out.pc, 17)\n\n  step(1) \/\/ ---------------------------------------------\n  \/\/ jump test\n\n  setPredict(false, false, 0, false, false, 0)\n  poke(m.io.prev_pc, 17)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, true)\n  poke(m.io.in.stall, false)\n\n  expect(m.io.out.pc, 27)\n\n  step(1) \/\/ ---------------------------------------------\n  \/\/ \u5206\u5c90\u4e88\u6e2c\u3092\u5931\u6557\u3057\u305f\u3053\u3068\u304c\u5224\u660e\u6642\n\n  setPredict(true, true, 0, true, true, 100)\n  poke(m.io.prev_pc, 0)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, false)\n\n  expect(m.io.out.pc, 100, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u304b\u3089\u306e\u30ea\u30b9\u30c8\u30a2\")\n\n  step(1) \/\/ ---------------------------------------------\n  \/\/ \u5206\u5c90\u4e88\u6e2c\u304c\u6709\u52b9\u306a\u5834\u5408\n\n  setPredict(true, true, 200, false, false, 0)\n  poke(m.io.prev_pc, 1)\n  poke(m.io.in.jump_pc, 27)\n  poke(m.io.in.is_jump, false)\n  poke(m.io.in.stall, true)\n\n  expect(m.io.out.pc, 200, \"\u5206\u5c90\u4e88\u6e2c\")\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/Tester.scala","text":"<filename>src\/test\/scala\/Tester.scala\nimport chisel3.{UInt, fromIntToLiteral, fromIntToWidth, fromStringToLiteral}\nimport chisel3.iotesters._\nimport kazura.{Hart, modules => M, stages => S}\nimport kazura.util.Params._\nimport modules.{BPTester, FetchUnitTester, ROBUnitTester}\nimport stages.{BusyBitUnitTest, RFUnitTester}\n\nclass Tester extends ChiselFlatSpec {\n  \/\/ private val backendNames = Array(\"firrtl\")\n  private val backendNames = Array(\"verilator\", \"firrtl\")\n\n  for ( backendName <- backendNames ) {\n    \/\/ behavior of \"modules\"\n    \/\/ \"Fetch\" should s\"unit test (with $backendName)\" in {\n    \/\/   Driver(() => new M.Fetch, backendName) {\n    \/\/     c: M.Fetch => new FetchUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"ROB\" should s\"unit test (with $backendName)\" in {\n    \/\/   Driver(() => new M.ROB, backendName) {\n    \/\/     c: M.ROB => new ROBUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/  \"BP\" should s\"unit test (with $backendName)\" in {\n    \/\/    Driver(() => new M.BranchPredictor, backendName) {\n    \/\/      c: M.BranchPredictor => new BPTester(c)\n    \/\/    } should be (true)\n    \/\/  }\n    \/\/  behavior of \"stages\"\n    \/\/  \"ID\" should s\"stall function unit test (with $backendName)\" in {\n    \/\/    Driver(() => new S.ID, backendName) {\n    \/\/      c: S.ID => new BusyBitUnitTest(c)\n    \/\/    } should be (true)\n    \/\/  }\n    \/\/  \"ID\" should s\"RF function unit test (with $backendName)\" in {\n    \/\/    Driver(() => new S.ID, backendName) {\n    \/\/      c: S.ID => new RFUnitTester(c)\n    \/\/    } should be (true)\n    \/\/  }\n    \/\/ behavior of \"Hart\"\n    \/\/ \"Hart\" should s\"Simple Add unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.addUnitTest), backendName) {\n    \/\/     c: Hart => new SimpleAddUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"Hart\" should s\"Simple Jump unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.jumpUnitTest), backendName) {\n    \/\/     c: Hart => new SimpleJumpUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \/\/ \"Hart\" should s\"Simple Jump2 unit test (with $backendName)\" in {\n    \/\/ \/\/   Driver(() => new Hart(SimpleUnitTest.jumpUnitTest2), backendName) {\n    \/\/ \/\/     c: Hart => new SimpleJumpUnitTester(c)\n    \/\/ \/\/   } should be (true)\n    \/\/ \/\/ }\n    \/\/ \"Hart\" should s\"Simple beq unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.beqUnitTest), backendName) {\n    \/\/     c: Hart => new SimpleBeqUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"Hart\" should s\"Simple bgt unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.bgtUnitTest), backendName) {\n    \/\/     c: Hart => new SimpleBgtUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"Hart\" should s\"Simple Load And Store Memory Test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleMemUnitTest.instructions), backendName) {\n    \/\/     c: Hart => new SimpleMemUnitTest.Tester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"Hart\" should s\"Sum Beq Loop unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.sumBeqUnitTest), backendName) {\n    \/\/     c: Hart => new SumUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    \/\/ \"Hart\" should s\"Sum Bgt Loop unit test (with $backendName)\" in {\n    \/\/   Driver(() => new Hart(SimpleUnitTest.sumBgtUnitTest), backendName) {\n    \/\/     c: Hart => new SumUnitTester(c)\n    \/\/   } should be (true)\n    \/\/ }\n    behavior of \"Problem\"\n    \"1\" should s\"test (with $backendName)\" in {\n      Driver(() => new Hart(Problem1.instructions, kazura.Main.mem_init), backendName) {\n        c: Hart => new Problem1.Tester(c)\n      } should be (true)\n    }\n    \"2A\" should s\"test (with $backendName)\" in {\n      Driver(() => new Hart(Problem2A.instructions, kazura.Main.mem_init), backendName) {\n        c: Hart => new Problem2A.Tester(c)\n      } should be (true)\n    }\n    \"3B\" should s\"test (with $backendName)\" in {\n      Driver(() => new Hart(Problem3B.instructions, kazura.Main.mem_init), backendName) {\n        c: Hart => new Problem3B.Tester(c)\n      } should be (true)\n    }\n  }\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/util\/Params.scala","text":"package kazura.util\n\nimport chisel3.util._\n\nobject Params {\n  val LEN = 16 \/\/ \u547d\u4ee4\u9577\n  val LEN_W = log2Ceil(LEN) \/\/ Log2(LEN)\n  val PARALLEL = 1\n  val DEBUG_MODE = true\n\n  object RF {\n    val NUM = 8\n    val NUM_W = log2Ceil(NUM)\n\n    val WRITE_PORT = 2\n    val READ_PORT = 2\n  }\n  object Source1 {\n    val ZERO = 0\n    val RD = 1\n    val DISP6U = 3\n\n    val NUM = 3\n    val NUM_W = log2Ceil(NUM)\n  }\n  object Source2 {\n    val ONE = 0\n    val RS = 1\n    val IMM9S = 2\n\n    val NUM = 3\n    val NUM_W = log2Ceil(NUM)\n  }\n  object ALUOP {\n    val ADD = 0\n    val SUB = 1\n    val AND = 2\n    val OR = 3\n    val BEQ = 4\n    val BGT = 5\n\n    val NUM = 6\n    val NUM_W = log2Ceil(NUM)\n  }\n  object COND_TYPE {\n    val NOP = 0\n    val NO_CONDITIONAL = 1\n    val EQ = 2\n    val GT = 3\n\n    val NUM = 4\n    val NUM_W = log2Ceil(NUM)\n  }\n\n  object MEM {\n    val NUM: Int = 128\n  }\n  object ROB {\n    val BUF_SIZE: Int = 16\n    val RESERVE_SIZE: Int = 2\n  }\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/BusyBit.scala","text":"package kazura.modules\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.util.Params._\n\n\/\/ \u8981\u6c42\u3057\u3066\u3044\u308b\u30ec\u30b8\u30b9\u30bf\u304c\u4f7f\u7528\u4e2d\u304b\u78ba\u8a8d: WAW, RAW, WAR\u3092\u9632\u3050\n\/\/ Using: Scoreboard algorithm, see: \u30b3\u30f3\u30d4\u30e5\u30fc\u30bf\u30a2\u30fc\u30ad\u30c6\u30af\u30c1\u30e3\u5b9a\u91cf\u7684\u30a2\u30d7\u30ed\u30fc\u30c1 \u4ed8\u9332C\n\/\/ RegFile\u3068\u7d71\u5408\u3057\u305f\u307b\u3046\u304c\u30d0\u30b0\u308a\u306b\u304f\u3044\u6c17\u304c\u3059\u308b\u2026\u2026\nclass BusyBitIO extends Bundle {\n  val branch_mispredicted: Bool = Input(Bool()) \/\/ \u5206\u5c90\u4e88\u6e2c\u306e\u4e88\u6e2c\u3092\u5931\u6557\u3057\u305f\u304b\n  val branch_graduated: Bool = Input(Bool()) \/\/ \u5206\u5c90\u547d\u4ee4\u306e\u6f14\u7b97\u304c\u5b8c\u4e86\u3057\u305f\u304b(\u5b8c\u4e86\u3057\u305f\u6f14\u7b97\u304c\u5206\u5c90\u3067\u3042\u308b\u304b)\n  val release: Vec[RFWrite] = Vec(RF.WRITE_PORT, Input(new RFWrite))\n  val req_rs_addr: Vec[UInt] = Vec(RF.READ_PORT, Input(UInt(RF.NUM_W.W)))\n  val req_rd_w: Bool = Input(Bool())\n  val req_rd_addr: UInt = Input(UInt(RF.NUM_W.W))\n\n  val rs_available: Vec[Bool] = Vec(RF.READ_PORT, Output(Bool()))\n}\nclass BusyBit extends Module {\n  val io: BusyBitIO = IO(new BusyBitIO)\n  val busy_bit: Vec[Bool] = RegInit(VecInit(Seq.fill(RF.NUM)(false.B)))\n\n  for(i <- 0 until RF.READ_PORT) {\n    \/\/ forwarding\n    val look_forward = io.release.exists((r: RFWrite) => r.rf_w && r.rd_addr === io.req_rs_addr(i)) \/\/ forwarding\n    io.rs_available(i) := !busy_bit(io.req_rs_addr(i)) || look_forward\n  }\n\n  for (i <- 0 until RF.WRITE_PORT; l <- 0 until RF.NUM) {\n    \/\/ when(io.branch_graduated && io.branch_mispredicted) { \/\/ \u5206\u5c90\u4e88\u6e2c\u306b\u5931\u6557\u3059\u308b\u3068\u72b6\u614b\u3092\u30ea\u30bb\u30c3\u30c8\n    \/\/   busy_bit(io.release(i).rd_addr) := false.B\n    \/\/ } .elsewhen (io.release(i).rf_w && io.release(i).rd_addr === l.U) { \/\/ release\u3068reserve\u304c\u540c\u3058busy_bit\u306b\u8d77\u3053\u308b\u3053\u3068\u306f\u7121\u3044\u306e\u3067\u5b89\u5168\n    when (io.release(i).rf_w && io.release(i).rd_addr === l.U) {\n      busy_bit(io.release(i).rd_addr) := false.B\n    } .elsewhen (io.req_rd_w && io.req_rd_addr === l.U) {\n      busy_bit(io.req_rd_addr) := true.B\n    }\n  }\n  \/\/ printf(\"req_rd_w: %d, req_rd_addr: %d\\n\", io.req_rd_w, io.req_rd_addr)\n  \/\/ printf(\"busy_bit: \"); for (i <- 0 until RF.NUM) printf(\"%d, \", busy_bit(i)); printf(\"\\n\")\n\n  \/\/ $0\u30ec\u30b8\u30b9\u30bf\u306f\u5e38\u306b\u66f8\u304d\u8fbc\u307f\u53ef\u80fd\n  busy_bit(0) := false.B\n}\n\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/Fetch.scala","text":"package kazura.modules\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.models.InstBits\nimport kazura.stages.IFIn\nimport kazura.util.Params._\n\nclass FetchIO extends Bundle {\n  val prev_pc: UInt = Input(UInt(LEN.W))\n  val in: IFIn = Input(new IFIn)\n  val out: FetchOut = Output(new FetchOut)\n}\n\nclass FetchOut extends Bundle {\n  val pc: UInt = UInt(LEN.W)\n}\n\nclass Fetch extends Module  {\n  val io: FetchIO = IO(new FetchIO)\n  val next_pc: UInt = io.prev_pc + 1.U\n\n  io.out.pc := MuxCase(next_pc, Seq(\n    io.in.is_halt -> io.prev_pc,\n    \/\/ \u5206\u5c90\u4e88\u6e2c\u306b\u5931\u6557\u3057\u3066\u3044\u305f\u5834\u5408\n    (io.in.branch_graduated && io.in.branch_mispredicted) -> io.in.restoration_pc,\n    \/\/ Jump\u547d\u4ee4\u3092\u30c7\u30b3\u30fc\u30c9\u3057\u305f\u5834\u5408\n    io.in.is_jump -> io.in.jump_pc,\n    \/\/ \u5148\u306e\u30af\u30ed\u30c3\u30af\u3067\u30c7\u30b3\u30fc\u30c9\u3057\u305f\u547d\u4ee4\u304cbranch\u547d\u4ee4\u306e\u5834\u5408(\u5206\u5c90\u547d\u4ee4\u3092\u30c7\u30b3\u30fc\u30c9\u3057\u305f\u5834\u5408)\n    (io.in.predict_enable && io.in.predict) -> io.in.predict_pc,\n    \/\/ \u30b9\u30c8\u30fc\u30eb\u3057\u305f\u5834\u5408\n    io.in.stall -> io.prev_pc\n  ))\n\n  \/\/ printf(\"pc: %d, next_pc: %d, branch_mispredicted_enable: %d, branch_mispredicted: %d, restore_pc: %d\\n\",\n  \/\/   io.prev_pc, io.out.pc, io.in.branch_graduated, io.in.branch_mispredicted, io.in.restoration_pc)\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/modules\/BPTester.scala","text":"package modules\n\nimport chisel3.iotesters._\nimport kazura.modules.BranchPredictor\n\nclass BPTester(m: BranchPredictor) extends PeekPokeTester(m) {\n  def set(pc: Int, learning_valid: Boolean, learning_pc: Int, learning_result: Boolean): Unit = {\n    poke(m.io.pc, pc)\n    poke(m.io.learning.valid, learning_valid)\n    poke(m.io.learning.bits.pc, learning_pc)\n    poke(m.io.learning.bits.result, learning_result)\n    poke(m.io.stall, false)\n  }\n\n  \/\/ \u521d\u671f\u5024\u8abf\u6574\n  for(_ <- 0 until 4) {\n    set(15, true, 0, true)\n    step(1)\n  }\n  for(_ <- 0 until 4) {\n    set(15, true, 1, false)\n    step(1)\n  }\n  for(_ <- 0 until 4) {\n    set(15, true, 2, true)\n    step(1)\n  }\n  for(_ <- 0 until 4) {\n    set(15, true, 3, false)\n    step(1)\n  }\n\n  set(0, false, 15, false)\n  step(1)\n\n  expect(m.io.predict, true, \"A\")\n  set(1, false, 15, false)\n  step(1)\n\n  expect(m.io.predict, false, \"B\")\n  set(2, false, 15, false)\n  step(1)\n\n  expect(m.io.predict, true, \"C\")\n  set(3, false, 15, false)\n  step(1)\n\n  expect(m.io.predict, false, \"D\")\n\n  \/\/ for(_ <- 0 until 4) {\n  \/\/   set(0, true, 0, true)\n  \/\/   step(1)\n  \/\/ }\n  \/\/ set(0, true, 0, false)\n  \/\/ expect(m.io.predict, true, \"0\")\n  \/\/ step(1)\n\n  \/\/ set(0, true, 0, false)\n  \/\/ expect(m.io.predict, true, \"1\")\n  \/\/ step(1)\n\n  \/\/ set(0, true, 0, false)\n  \/\/ expect(m.io.predict, false, \"2\")\n  \/\/ step(1)\n\n  \/\/ set(1, true, 0, false)\n  \/\/ expect(m.io.predict, false, \"3\")\n  \/\/ step(1)\n\n  \/\/ expect(m.io.predict, true, \"4\")\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/Memory.scala","text":"<filename>src\/main\/scala\/kazura\/modules\/Memory.scala\npackage kazura.modules\n\nimport chisel3._\nimport kazura.util.Params._\n\nclass MemoryIO extends Bundle {\n  val mem_r: Bool = Input(Bool())\n  val mem_w: Bool = Input(Bool())\n  val address: UInt = Input(UInt(LEN.W))\n  val in_data: UInt = Input(UInt(LEN.W))\n  val out_data: UInt = Output(UInt(LEN.W))\n}\n\nclass Memory(val init_data: Seq[UInt]) extends Module {\n  val io: MemoryIO = IO(new MemoryIO)\n\n  val out_data: UInt = Wire(UInt(LEN.W))\n  out_data := 0.U\n\n  \/\/ DEBUG_MODE\u306e\u5834\u5408\u30c0\u30df\u30fc\u30c7\u30fc\u30bf\u3092\u4f7f\u3046\n  if (DEBUG_MODE) {\n    val mem: Vec[UInt] = RegInit(VecInit(init_data))\n\n    when (io.mem_w) {\n      mem(io.address) := io.in_data\n    } .elsewhen(io.mem_r) {\n      out_data := mem(io.address)\n    }\n\n    printf(\"mem: \")\n    for (i <- mem.indices)\n      printf(\"%d \", mem(i))\n    printf(\"\\n\")\n  } else {\n    val mem: Mem[UInt] = Mem(256, UInt(LEN.W))\n\n    when (io.mem_w) {\n      mem.write(io.address, io.in_data)\n    } .elsewhen(io.mem_r) {\n      out_data := mem.read(io.address)\n    }\n  }\n\n  io.out_data := RegNext(out_data)\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/BranchPredictor.scala","text":"<reponame>FuusenKazura\/Kazura\npackage kazura.modules\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.util.Params._\n\nclass BPLearning extends Bundle {\n  val pc: UInt = UInt(LEN.W)\n  val result: Bool = Bool()\n}\n\nclass BPIO extends Bundle {\n  val pc: UInt = Input(UInt(LEN.W))\n  val stall: Bool = Input(Bool())\n  val learning: Valid[BPLearning] = Input(Valid(new BPLearning))\n  val predict: Bool = Output(Bool())\n}\n\nclass CutoffHeadBits(width: Int) extends Bundle {\n  val head: UInt = UInt((LEN - width).W)\n  val tail: UInt = UInt(width.W)\n}\n\n\/\/ \u98fd\u548c\u30ab\u30a6\u30f3\u30bf\nclass BranchPredictor(val size: Int = 32) extends Module {\n  val io = IO(new BPIO)\n  val table: Mem[UInt] = Mem.apply(size, UInt(2.W))\n\n  def increment(x: UInt): UInt = MuxLookup(x, \"b00\".U, Seq(\n    \"b00\".U -> \"b01\".U,\n    \"b01\".U -> \"b10\".U,\n    \"b10\".U -> \"b11\".U,\n    \"b11\".U -> \"b11\".U\n  ))\n  def decrement(x: UInt): UInt = MuxLookup(x, \"b00\".U, Seq(\n    \"b00\".U -> \"b00\".U,\n    \"b01\".U -> \"b00\".U,\n    \"b10\".U -> \"b01\".U,\n    \"b11\".U -> \"b10\".U\n  ))\n  def update(f: Bool, x: UInt): UInt = Mux(f, increment(x), decrement(x))\n  def judge(x: UInt): Bool = MuxLookup(x, true.B, Seq(\n    \"b00\".U -> false.B,\n    \"b01\".U -> false.B,\n    \"b10\".U -> true.B,\n    \"b11\".U -> true.B\n  ))\n\n  val prev_pc: UInt = RegInit(io.pc)\n  val pc: UInt = Mux(io.stall, prev_pc, io.pc)\n  prev_pc := pc\n\n  \/\/ \u5b66\u7fd2\u306b\u306f2\u30af\u30ed\u30c3\u30af\u306e\u9045\u5ef6\u304c\u5fc5\u8981\n  \/\/ \u9023\u7d9a\u3057\u3066\u540c\u3058\u30a2\u30c9\u30ec\u30b9\u3092\u66f4\u65b0\u3059\u308b\u3053\u3068\u306f\u8003\u3048\u3065\u3089\u3044\u306e\u3067\u5927\u4e08\u592b\n  val addr: UInt = RegNext(io.learning.bits.pc)\n  val updated: UInt = update(io.learning.bits.result, table.read(io.learning.bits.pc))\n  when (RegNext(io.learning.valid, false.B)) {\n    table.write(addr, updated)\n  }\n\n  io.predict := judge(table.read(pc))\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/ROB.scala","text":"<reponame>FuusenKazura\/Kazura<gh_stars>1-10\npackage kazura.modules\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.models.{Ctrl, Inst, InstInfo}\nimport kazura.util.Params._\n\nclass ROBIO extends Bundle {\n  val used_num: UInt = Input(UInt(log2Ceil(PARALLEL + 1).W)) \/\/ 0 to PARALLEL, \u5148\u306e\u30af\u30ed\u30c3\u30af\u3067\u3001\u3044\u304f\u3064ROB\u304c\u5fc5\u8981\u3068\u3055\u308c\u305f\u304b\n  val graduate: Vec[Valid[ROBGraduate]] = Input(Vec(PARALLEL*2, Valid(new ROBGraduate))) \/\/ \u4eca\u306fALU\u306e\u500b\u6570+\u30e1\u30e2\u30ea\u30e6\u30cb\u30c3\u30c8\u304b\u3089\u306e\u500b\u6570\u500b\u306egraduate\u304c\u3042\u308a\u3048\u308b\n  val commit: Vec[RFWrite] = Output(Vec(PARALLEL, new RFWrite))\n  val commit_rd: Vec[UInt] = Output(Vec(PARALLEL, UInt(LEN.W)))\n  val commit_inst_info: Vec[InstInfo] = Output(Vec(PARALLEL, new InstInfo))\n  val unreserved_head: Vec[Valid[UInt]] = Output(Vec(PARALLEL, Valid(UInt(log2Ceil(ROB.BUF_SIZE).W))))\n}\n\nclass ROBEntry extends Bundle with ROBEntryT\ntrait ROBEntryT extends ROBGraduateT {\n  val reserved: Bool = Bool()\n  val committable: Bool = Bool()\n  val mispredicted: Bool = Bool()\n}\n\nclass ROBGraduate extends Bundle with ROBGraduateT {\n  val addr: UInt = UInt(log2Ceil(ROB.BUF_SIZE).W) \/\/ TODO: InstInfo\u3068\u7e8f\u3081\u308b\n  val mispredicted: Bool = Bool()\n}\ntrait ROBGraduateT {\n  val data: UInt = UInt(LEN.W)\n  val rd: UInt = UInt(LEN.W)\n  val inst_info: InstInfo = new InstInfo\n}\n\nclass ROB extends Module {\n  val io: ROBIO = IO(new ROBIO)\n\n  val buf_init: ROBEntry = Wire(new ROBEntry)\n\n  buf_init.reserved := false.B\n  buf_init.committable := false.B\n  buf_init.mispredicted := false.B\n\n  buf_init.data := 0.U\n  buf_init.rd := 0.U\n  buf_init.inst_info := InstInfo.nop\n  val buf: Vec[ROBEntry] = RegInit(VecInit(Seq.fill(ROB.BUF_SIZE)(buf_init)))\n\n  val uncommited: UInt = RegInit(0.U(log2Ceil(ROB.BUF_SIZE).W))\n  val commitable: Vec[Bool] = WireDefault(VecInit(\n    (0 until PARALLEL).map(i => buf(uncommited + i.U).committable)))\n  val can_commit_cnt_v: Vec[Bool] = Wire(Vec(PARALLEL, Bool()))\n  can_commit_cnt_v(0) := commitable(0)\n  for (i <- 1 until PARALLEL) can_commit_cnt_v(i) := can_commit_cnt_v(i-1) && commitable(i)\n  \/\/ \u3044\u304f\u3064commit\u51fa\u6765\u308b\u304b\u6c42\u3081\u308b\n  val can_commit_cnt: UInt = can_commit_cnt_v.count((x: Bool) => x)\n  val next_uncommited: UInt = uncommited+can_commit_cnt\n  uncommited := next_uncommited\n\n  val mispredicted_first: Valid[ROBGraduate] = io.graduate.reduceTree((g1: Valid[ROBGraduate], g2: Valid[ROBGraduate]) => Mux(g1.valid && g1.bits.mispredicted, g1, g2))\n  val mispredicted: Bool = mispredicted_first.valid && mispredicted_first.bits.mispredicted\n  val mispredict_rob_addr: UInt = mispredicted_first.bits.addr\n\n  val unreserved: UInt = RegInit(0.U(log2Ceil(ROB.BUF_SIZE).W))\n  val unreserved_add_used: UInt = unreserved + io.used_num\n  val unreserved_add_used_valid: Bool = !buf(unreserved_add_used).reserved\n  val next_unreserved: UInt = unreserved_add_used\n  unreserved := next_unreserved\n\n  for (i <- buf.indices) {\n    val graduate: Valid[ROBGraduate] = io.graduate.reduceTree((g1: Valid[ROBGraduate], g2: Valid[ROBGraduate]) =>\n      Mux(g1.valid && g1.bits.addr === i.U, g1, g2))\n\n    val mispredict_restore_entry: Bool = (mispredicted && (\n        (mispredict_rob_addr <= next_unreserved && mispredict_rob_addr <= i.U && i.U < next_unreserved) ||\n        (mispredict_rob_addr > next_unreserved && (i.U < next_unreserved || mispredict_rob_addr <= i.U))\n      ))\n    val reserve_entry = (\n      ((unreserved <= next_unreserved) && (unreserved <= i.U && i.U < next_unreserved)) ||\n      ((unreserved > next_unreserved) && (i.U < next_unreserved || unreserved <= i.U))\n    )\n    val commit_entry = (\n      ((uncommited <= next_uncommited) && (uncommited <= i.U && i.U < next_uncommited)) ||\n      ((uncommited >  next_uncommited) && (i.U < next_uncommited || uncommited <= i.U))\n    )\n    val store_entry = graduate.valid && graduate.bits.addr === i.U\n\n    \/\/ printf(\"buf(%d) | pc: %d, total_cnt: %d, mispredict: %d, reserve: %d, commit: %d, store: %d | reserved: %d, commitable: %d, data: %d, rf_w: %d\\n\",\n    \/\/   i.U, buf(i).inst_info.pc, buf(i).inst_info.total_cnt, mispredict_restore_entry, reserve_entry, commit_entry, store_entry, buf(i).reserved, buf(i). committable, buf(i).data, buf(i).inst_info.ctrl.rf_w)\n\n    when(mispredict_restore_entry && store_entry) {\n      \/\/ mispredict\u3068store\u306f\u540c\u6642\u306b\u767a\u751f\u3057\u3046\u308b\n      buf(i).mispredicted := true.B\n      buf(i).committable := true.B\n      buf(i).rd := graduate.bits.rd\n      buf(i).data := graduate.bits.data\n      buf(i).inst_info := graduate.bits.inst_info\n    } .elsewhen(mispredict_restore_entry) {\n      buf(i).mispredicted := true.B\n    } .elsewhen(reserve_entry) {\n      buf(i).reserved := true.B\n      buf(i).committable := false.B\n    }.elsewhen(store_entry) {\n      buf(i).committable := true.B\n      buf(i).rd := graduate.bits.rd\n      buf(i).data := graduate.bits.data\n      buf(i).inst_info := graduate.bits.inst_info\n    } .elsewhen(commit_entry) {\n      buf(i).reserved := false.B\n      buf(i).committable := false.B\n      buf(i).mispredicted := false.B\n    }\n  }\n\n  for (i <- 0 until PARALLEL) {\n    val commit_entry = buf(uncommited + i.U)\n    when (i.U < can_commit_cnt) {\n      io.commit(i).rf_w := commit_entry.inst_info.ctrl.rf_w\n      io.commit(i).rd_addr := commit_entry.inst_info.rd_addr\n      io.commit(i).rob_addr := uncommited + i.U\n      io.commit(i).mispredict := commit_entry.mispredicted\n      io.commit(i).data := commit_entry.data\n      io.commit_inst_info(i) := commit_entry.inst_info\n      io.commit_rd(i) := commit_entry.rd\n    } .otherwise {\n      io.commit(i).rf_w := false.B\n      io.commit(i).rd_addr := 0.U\n      io.commit(i).rob_addr := 0.U\n      io.commit(i).mispredict := false.B\n      io.commit(i).data := 655535.U\n      io.commit_inst_info(i) := InstInfo.nop\n      io.commit_rd(i) := 0.U\n    }\n    \/\/ for (i <- io.commit.indices) {\n    \/\/   printf(\"commit(%d): rfw: %d, rd: %d, rob: %d, mispredict: %d, data: %d\\n\",\n    \/\/     i.U,io.commit(i).rf_w,io.commit(i).rd_addr,io.commit(i).rob_addr,io.commit(i).mispredict,io.commit(i).data)\n    \/\/ }\n  }\n  for (i <- 0 until PARALLEL) {\n    io.unreserved_head(i).valid := unreserved_add_used_valid\n    io.unreserved_head(i).bits := unreserved + i.U\n  }\n\n  \/\/ printf(\"unreserved: %d, next_unreserved: %d\\n\", unreserved, next_unreserved)\n  \/\/ printf(\"uncommited: %d, next_uncommited: %d, can_commit_cnt: %d\\n\", uncommited, next_uncommited, can_commit_cnt)\n  \/\/ printf(\"mispredicted: %d, unreserved_add_used_valid: %d\\n\", mispredicted, unreserved_add_used_valid)\n  \/\/ printf(\"-----------------------------------\\n\")\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/stages\/IDUnitTester.scala","text":"package stages\n\nimport kazura.stages.{ID, IFOut}\nimport kazura.util.Params._\nimport chisel3._\nimport chisel3.iotesters._\nimport chisel3.util.experimental.BoringUtils\nimport kazura.models.Inst\nimport kazura.models.InstBits\n\nabstract class IDUnitTestHelper(m: ID) extends PeekPokeTester(m) {\n  def setInst[I <: Inst.Inst](total_cnt: Int, pc: Int, inst: I, rd: Int, rs: Int, disp6u: Int): Unit = {\n    poke(m.io.if_out.total_cnt, total_cnt)\n    poke(m.io.if_out.pc, pc)\n    poke(m.io.if_out.inst_bits.op, inst.op)\n    poke(m.io.if_out.inst_bits.rd, rd)\n    poke(m.io.if_out.inst_bits.rs, rs)\n    poke(m.io.if_out.inst_bits.disp6u, disp6u)\n  }\n  case class WriteData(rd: Int, data: Int)\n  def writeData(data: Seq[Option[WriteData]]): Unit = {\n    for ((i, d) <- data.indices zip data) {\n      poke(m.io.commit(i).rf_w, d.nonEmpty)\n      poke(m.io.commit(i).rd_addr, d.map(_.rd).getOrElse(0))\n      poke(m.io.commit(i).data, d.map(_.data).getOrElse(0))\n    }\n  }\n}\n\nclass BusyBitUnitTest(m: ID) extends IDUnitTestHelper(m) {\n  poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n  setInst(0, 0, Inst.Add, 0, 0, 0)\n  writeData(Seq.fill(RF.WRITE_PORT)(None))\n  step(1)\n  \/\/ queue: $0\n  expect(m.io.stall, false, \"\u4f9d\u5b58\u304c\u5b58\u5728\u3057\u306a\u3044\u306e\u3067\u3001stall\u3057\u306a\u3044\")\n  poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n  setInst(1, 1, Inst.Add, 1, 0, 0)\n  writeData(Seq.fill(RF.WRITE_PORT)(None))\n  step(1)\n  \/\/ queue: $0, $1\n  expect(m.io.stall, false, \"$0\u306f\u7279\u4f8b\u3067stall\u3057\u306a\u3044(\u5e38\u306b0\u306a\u70ba)\")\n  poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n  setInst(2, 2, Inst.Add, 2, 1, 0)\n  writeData(Seq.fill(RF.WRITE_PORT)(None))\n  step(1)\n  \/\/ queue: $0, $1\n  expect(m.io.stall,true, \"$1\u306b\u4f9d\u5b58\u3057\u3066\u3044\u308b\u306e\u3067stall\")\n  \/\/ \u3053\u306e\u547d\u4ee4\u306f\u7121\u8996\u3055\u308c\u308b\n  poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n  setInst(3, 3, Inst.Add, 5, 5, 0)\n  writeData(Seq(Some(WriteData(1, 1))) ++ Seq.fill(RF.WRITE_PORT - 1)(None))\n  step(1)\n  \/\/ queue: $0\n  expect(m.io.stall,false, \"$1\u306b\u4f9d\u5b58\u304c\u89e3\u6d88\u3055\u308c\u305f\u306e\u3067stall\u3057\u306a\u3044\")\n}\n\nclass RFUnitTester(m: ID) extends IDUnitTestHelper(m) {\n  for (i <- 0 until RF.NUM by RF.WRITE_PORT) {\n    poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n    setInst(i, i, Inst.Nop, 0, 0, 0)\n    (0 until RF.WRITE_PORT).foreach(x => println(s\"${i+x} <- ${i+x}\"))\n    writeData((0 until RF.WRITE_PORT).map(x => Some(WriteData(i+x, i+x))))\n    step(1)\n  }\n  for (i <- 0 until RF.NUM) {\n    poke(m.io.predict, false); poke(m.io.branch_graduated, false); poke(m.io.branch_mispredicted, false)\n    setInst(i, i, Inst.Add, i, i, 0)\n    writeData(Seq.fill(RF.WRITE_PORT)(None))\n    step(1)\n    expect(m.io.source(0), i, s\"rf(${i}) != i (\u66f8\u304d\u8fbc\u3093\u3060\u5024\u3068\u8aad\u307f\u51fa\u3055\u308c\u305f\u5024\u304c\u9055\u3046)\")\n  }\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/Hart.scala","text":"package kazura\n\nimport chisel3._\nimport chisel3.util.experimental.BoringUtils\nimport kazura.models.InstInfo\nimport kazura.modules.{BranchPredictor, RFWrite, ROB}\nimport kazura.util.Params._\nimport kazura.stages._\n\nobject Main {\n  val prog = Seq(\n    \"b1001_001_000000000\".U,  \/\/ 0: $1 = 0\n    \"b1001_010_000000000\".U,  \/\/ 1: $2 = 0\n    \"b1001_011_000001001\".U,  \/\/ 2: $3 = 9\n    \"b1001_100_000000000\".U,  \/\/ 3: $4 = 0\n    \"b0101_001_000000001\".U,  \/\/ 4: $1 += 1\n    \"b0001_010_001_000000\".U, \/\/ 5: $2 += $1\n    \"b1101_001_011_000011\".U, \/\/ 6: if($1 > $3) pc+= 3\n    \"h0000\".U,                \/\/ 7: NOP\n    \"b1110_000_111111100\".U,  \/\/ 7: pc = pc - 3 - 1\n    \"b0001_100_010_000000\".U  \/\/ 8: $4 += $2\n  )\n  \/\/ \u5927\u5b66\u6307\u5b9a\u306e\u554f\u984c\u3092\u89e3\u304f\u306e\u306b\u5fc5\u8981\u306a\u30c7\u30fc\u30bf\n  val mem_init = Seq(\n    \"x7530\".U,\n    \"x1\".U,\n    \"x64\".U,\n    \"x8\".U,\n    \"x7d9\".U,\n    \"x64\".U,\n    \"x40\".U,\n    \"x3b\".U,\n    \"x57\".U,\n    \"x2\" .U,\n    \"x62\".U,\n    \"x44\".U,\n    \"x30\".U,\n    \"x54\".U,\n    \"x16\".U,\n    \"x2a\".U,\n    \"x45\".U,\n    \"x2d\".U,\n    \"x49\".U,\n    \"x29\".U,\n    \"x1f\".U,\n    \"x52\".U,\n    \"x2c\".U,\n    \"x5d\".U,\n    \"x48\".U,\n    \"x04\".U,\n    \"x5e\".U,\n    \"x1d\".U,\n    \"x38\".U,\n    \"x2b\".U,\n    \"x1c\".U,\n    \"x21\".U,\n    \"x3d\".U,\n    \"x4c\".U,\n    \"x03\".U,\n    \"x40\".U,\n    \"x34\".U,\n    \"x3a\".U,\n    \"xe\".U,\n  )\n  def main(args: Array[String]): Unit = {\n    chisel3.Driver.execute(args, () => new Hart(\n      prog ++ Seq.fill(32 - prog.length)(\"h0000\".U),\n      mem_init ++ Seq.fill(256 - mem_init.length)(\"h0000\".U),\n    ))\n  }\n}\n\nclass HartIO extends Bundle {\n  val pc: UInt = Output(UInt(LEN.W))\n  val total_cnt: UInt = Output(UInt(LEN.W))\n  val rf: Vec[UInt] = Output(Vec(RF.NUM, UInt(LEN.W)))\n  val is_halt: Bool = Output(Bool())\n}\n\nclass Hart(val im: Seq[UInt], val dummy_data: Seq[UInt]) extends Module {\n  val io: HartIO = IO(new HartIO)\n  val m_bp: BranchPredictor = Module(new BranchPredictor())\n  val s_if: IF = Module(new IF(im))\n  val s_id: ID = Module(new ID)\n  val s_ex: EX = Module(new EX)\n  val s_im: DataMemory = Module(new DataMemory(dummy_data))\n  val m_rob: ROB = Module(new ROB)\n\n  val is_halt: Bool = RegInit(false.B)\n  is_halt := is_halt | m_rob.io.commit_inst_info(0).ctrl.is_halt\n  io.is_halt := is_halt\n\n  \/\/ val predict: Bool = m_bp.io.predict \/\/ \u5206\u5c90\u4e88\u6e2c\u5668\u304b\u3089\u306e\u51fa\u529b\n  val predict: Bool = false.B \/\/ \u5206\u5c90\u4e88\u6e2c\u5668\u304b\u3089\u306e\u51fa\u529b\n  \/\/ --------------------\n  \/\/ IF\n  s_if.io.in.predict := predict\n  s_if.io.in.predict_enable := s_id.io.inst_info.ctrl.is_branch\n  s_if.io.in.predict_pc := s_id.io.jump_pc\n\n  s_if.io.in.branch_mispredicted := s_ex.io.mispredicted\n  s_if.io.in.branch_graduated := s_ex.io.inst_info_out.ctrl.is_branch \/\/ TODO: mispredicted\u3092\u5206\u5c90\u6642\u306b\u306e\u307f\u51fa\u3059\u3088\u3046\u306b\u3057\u305f\u306e\u3067\u6d88\u3059\n  s_if.io.in.restoration_pc := s_ex.io.restoration_pc_out\n\n  s_if.io.in.is_jump := s_id.io.inst_info.ctrl.is_jump\n  s_if.io.in.jump_pc := s_id.io.jump_pc\n\n  s_if.io.in.stall := s_id.io.stall\n  s_if.io.in.is_halt := is_halt\n\n  \/\/ --------------------\n  \/\/ BP\n  m_bp.io.pc := s_if.io.out.pc\n  m_bp.io.stall := s_id.io.stall\n  m_bp.io.learning.valid := s_ex.io.inst_info_out.ctrl.is_branch\n  m_bp.io.learning.bits.result := s_ex.io.alu_out\n  m_bp.io.learning.bits.pc := s_ex.io.pc_out\n\n  \/\/ --------------------\n  \/\/ ID\n  s_id.io.predict := predict \/\/ \u5206\u5c90\u4e88\u6e2c\u5668\u672a\u5b9f\u88c5\u306e\u305f\u3081\n  s_id.io.branch_mispredicted := s_ex.io.mispredicted\n  s_id.io.branch_graduated := s_ex.io.inst_info_out.ctrl.is_branch\n  s_id.io.if_out := s_if.io.out\n  s_id.io.commit(0) := m_rob.io.commit(0)\n  s_id.io.commit(1) := s_im.io.mem_out\n  s_id.io.unreserved_head := m_rob.io.unreserved_head\n\n  \/\/ --------------------\n  \/\/ EX\n  s_ex.io.predict := predict\n  s_ex.io.inst_info := s_id.io.inst_info\n  s_ex.io.source := s_id.io.source\n  s_ex.io.rd := s_id.io.rd\n  s_ex.io.next_pc := s_id.io.next_pc\n  s_ex.io.branch_pc := s_id.io.jump_pc\n  s_ex.io.pc := s_id.io.pc\n\n  \/\/ --------------------\n  \/\/ IM\n  s_im.io.inst_info := m_rob.io.commit_inst_info(0)\n  s_im.io.rob_out := m_rob.io.commit(0)\n  s_im.io.rd_out := m_rob.io.commit_rd(0)\n\n  \/\/ --------------------\n  \/\/ ROB\n  m_rob.io.used_num := s_id.io.used_num\n  m_rob.io.graduate(0).valid := s_ex.io.inst_info_out.valid\n  m_rob.io.graduate(0).bits.addr := s_ex.io.inst_info_out.rob_addr\n  m_rob.io.graduate(0).bits.rd := s_ex.io.rd_out\n  m_rob.io.graduate(0).bits.mispredicted := s_ex.io.mispredicted\n  m_rob.io.graduate(0).bits.inst_info := s_ex.io.inst_info_out\n  m_rob.io.graduate(0).bits.data := s_ex.io.alu_out\n  \/\/ m_rob.io.graduate(1).valid := s_im.io.inst_info.valid\n  \/\/ m_rob.io.graduate(1).bits.addr := s_im.io.inst_info.rob_addr\n  \/\/ m_rob.io.graduate(1).bits.mispredicted := false.B\n  \/\/ m_rob.io.graduate(1).bits.inst_info := s_im.io.inst_info\n  \/\/ m_rob.io.graduate(1).bits.data := s_im.io.mem_out\n  m_rob.io.graduate(1).valid := false.B\n  m_rob.io.graduate(1).bits.addr := 0.U\n  m_rob.io.graduate(1).bits.rd := 0.U\n  m_rob.io.graduate(1).bits.mispredicted := false.B\n  m_rob.io.graduate(1).bits.inst_info := InstInfo.nop\n  m_rob.io.graduate(1).bits.data := 0.U\n\n  \/\/ --------------------\n  \/\/ IO\n  io.pc := s_if.io.out.pc\n  io.total_cnt := s_if.io.out.total_cnt\n  io.rf := s_id.io.rf4debug\n\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/modules\/ROBUnitTester.scala","text":"<reponame>FuusenKazura\/Kazura\npackage modules\n\nimport chisel3.iotesters._\nimport kazura.modules.ROB\nimport kazura.util.Params\n\n\/\/ PARALLEL=1\nclass ROBUnitTester(m: ROB) extends PeekPokeTester(m) {\n  assert(Params.PARALLEL == 1, \"\u3053\u306e\u30c6\u30b9\u30c8\u306fPARALLEL=1\u7528\")\n\n  poke(m.io.used_num, 0) \/\/ 0reserve\n  poke(m.io.graduate(0).valid, false)\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  expect(m.io.commit(0).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true, \"\u521d\u671f\u5024\")\n  expect(m.io.unreserved_head(0).bits, 0, \"\u521d\u671f\u5024\")\n  poke(m.io.used_num, 1) \/\/ 1\u3064reserve\n  poke(m.io.graduate(0).valid, false);\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  expect(m.io.commit(0).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true, \"\u78ba\u4fdd(=> unreserved_head\u30922\u306b)\")\n  expect(m.io.unreserved_head(0).bits, 1, \"\u78ba\u4fdd(=> unreserved_head\u30922\u306b)\")\n  poke(m.io.used_num, 1) \/\/ 1\u3064reserve\n  poke(m.io.graduate(0).valid, false);\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  expect(m.io.commit(0).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true, \"\u78ba\u4fdd(=> unreserved_head\u30923\u306b)\")\n  expect(m.io.unreserved_head(0).bits, 2, \"\u78ba\u4fdd(=> unreserved_head\u30923\u306b)\")\n  poke(m.io.used_num, 1) \/\/ 1\u3064reserve\n  poke(m.io.graduate(0).valid, false);\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  expect(m.io.commit(0).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true, \"1\u9032\u3081\u308b\")\n  expect(m.io.unreserved_head(0).bits, 3, \"1\u9032\u3081\u308b\")\n  poke(m.io.used_num, 0)\n  \/\/ rob(1)\u306e\u547d\u4ee4\u3092graduate, rob(0)\u304c\u307e\u3060\u306a\u306e\u3067commit\u306f\u4e0d\u53ef\u80fd\n  poke(m.io.graduate(0).valid, true)\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(0).bits.inst_info.ctrl.rf_w, true)\n  poke(m.io.graduate(0).bits.addr, 1)\n  poke(m.io.graduate(0).bits.inst_info.rd_addr, 1)\n  poke(m.io.graduate(0).bits.data, 10)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  expect(m.io.commit(0).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true)\n  expect(m.io.unreserved_head(0).bits, 3)\n  poke(m.io.used_num, 1)\n  \/\/ rob(0)\u306e\u547d\u4ee4\u3092graduate, \u3053\u308c\u3067rob(1)\u4ee5\u4e0b\u306e\u547d\u4ee4\u3092commit\u53ef\u80fd\u306b\n  poke(m.io.graduate(0).valid, true)\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(0).bits.inst_info.ctrl.rf_w, true)\n  poke(m.io.graduate(0).bits.addr, 0)\n  poke(m.io.graduate(0).bits.inst_info.rd_addr, 2)\n  poke(m.io.graduate(0).bits.data, 20)\n  poke(m.io.graduate(1).valid, false)\n  step(1) \/\/------------------------------------------------------------\n\n  poke(m.io.used_num, 0)\n  poke(m.io.graduate(0).valid, true)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  poke(m.io.graduate(0).bits.addr, 2)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  poke(m.io.graduate(1).valid, false)\n\n  expect(m.io.commit(0).rf_w, true, \"commit buf(0)\")\n  expect(m.io.commit(0).rd_addr, 2, \"commit buf(0)\")\n  expect(m.io.commit(0).data, 20, \"commit buf(0)\")\n\n  expect(m.io.unreserved_head(0).valid, false, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u6642\u306frestore\u3059\u308b\u305f\u3081\u306breserve\u306f\u304a\u4f11\u307f\")\n  expect(m.io.unreserved_head(0).bits, 4)\n\n  step(1) \/\/ ------------------------------------------------------------\n\n  \/\/ TODO: mispredicted\u6642\u306e\u30c6\u30b9\u30c8\u3092\u66f8\u304f\n  poke(m.io.used_num, 0)\n  poke(m.io.graduate(0).valid, false)\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(1).valid, false)\n\n  expect(m.io.commit(0).rf_w, true, \"commit buf(1)\")\n  expect(m.io.commit(0).data, 10, \"commit buf(1)\")\n  expect(m.io.commit(0).rd_addr, 1, \"commit buf(1)\")\n\n  expect(m.io.unreserved_head(0).valid, true, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u5f8c\u306e\u30af\u30ed\u30c3\u30af\")\n  expect(m.io.unreserved_head(0).bits, 2, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u5f8c\u306e\u30af\u30ed\u30c3\u30af\")\n  step(1) \/\/ ------------------------------------------------------------\n}\n\n\/\/ PARALLEL=4\n\/*\nclass ROBUnitTester(m: ROB) extends PeekPokeTester(m) {\n  poke(m.io.used_num, 0) \/\/ 0reserve\n  for (i <- m.io.graduate.indices) {\n    poke(m.io.graduate(i).valid, false); poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n  step(1) \/\/------------------------------------------------------------\n\n  for (i <- m.io.commit.indices) expect(m.io.commit(i).rf_w, false)\n  for (i <- m.io.unreserved_head.indices) {\n    expect(m.io.unreserved_head(i).valid, true, \"\u521d\u671f\u5024\")\n    expect(m.io.unreserved_head(i).bits, 0+i, \"\u521d\u671f\u5024\")\n  }\n  poke(m.io.used_num, 4) \/\/ \uff14\u3064reserve\n  for (i <- m.io.graduate.indices) {\n    poke(m.io.graduate(i).valid, false); poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n  step(1) \/\/------------------------------------------------------------\n\n  for (i <- m.io.commit.indices) expect(m.io.commit(i).rf_w, false)\n  for (i <- m.io.unreserved_head.indices) {\n    expect(m.io.unreserved_head(i).valid, true, \"4\u9032\u3081\u308b\")\n    expect(m.io.unreserved_head(i).bits, 4+i, \"4\u9032\u3081\u308b\")\n  }\n  poke(m.io.used_num, 0)\n  \/\/ rob(1)\u306e\u547d\u4ee4\u3092graduate, rob(0)\u304c\u307e\u3060\u306a\u306e\u3067commit\u306f\u4e0d\u53ef\u80fd\n  for (i <- Seq(0, 1, 3)) {\n    poke(m.io.graduate(i).valid, false)\n    poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n  \/\/ rob(1)\u306e\u547d\u4ee4\u3092graduate, rob(0)\u304c\u307e\u3060\u306a\u306e\u3067commit\u306f\u4e0d\u53ef\u80fd\n  poke(m.io.graduate(2).valid, true)\n  poke(m.io.graduate(2).bits.mispredicted, false)\n  poke(m.io.graduate(2).bits.inst_info.rf_w, true)\n  poke(m.io.graduate(2).bits.addr, 1)\n  poke(m.io.graduate(2).bits.inst_info.rd_addr, 1)\n  poke(m.io.graduate(2).bits.data, 10)\n  step(1) \/\/ ------------------------------------------------------------\n\n  for (i <- m.io.commit.indices) expect(m.io.commit(i).rf_w, false)\n  expect(m.io.unreserved_head(0).valid, true)\n  expect(m.io.unreserved_head(0).bits, 4)\n  poke(m.io.used_num, 3)\n  for (i <- Seq(1, 2, 3)) {\n    poke(m.io.graduate(i).valid, false)\n    poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n  \/\/ rob(0)\u306e\u547d\u4ee4\u3092graduate, \u3053\u308c\u3067rob(1)\u4ee5\u4e0b\u306e\u547d\u4ee4\u3092commit\u53ef\u80fd\u306b\n  poke(m.io.graduate(0).valid, true)\n  poke(m.io.graduate(0).bits.mispredicted, false)\n  poke(m.io.graduate(0).bits.inst_info.rf_w, true)\n  poke(m.io.graduate(0).bits.addr, 0)\n  poke(m.io.graduate(0).bits.inst_info.rd_addr, 2)\n  poke(m.io.graduate(0).bits.data, 20)\n  step(1) \/\/ ------------------------------------------------------------\n\n  poke(m.io.used_num, 0)\n  poke(m.io.graduate(0).valid, true)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  poke(m.io.graduate(0).bits.addr, 6)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  poke(m.io.graduate(0).bits.mispredicted, true)\n  for (i <- Seq(1, 2, 3)) {\n    poke(m.io.graduate(i).valid, false)\n    poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n  expect(m.io.commit(0).rf_w, true)\n  expect(m.io.commit(0).rd_addr, 2)\n  expect(m.io.commit(0).data, 20)\n  expect(m.io.commit(1).rf_w, true)\n  expect(m.io.commit(1).data, 10)\n  expect(m.io.commit(1).rd_addr, 1)\n  expect(m.io.commit(2).rf_w, false)\n  expect(m.io.commit(3).rf_w, false)\n\n  expect(m.io.unreserved_head(0).valid, false, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u6642\u306frestore\u3059\u308b\u305f\u3081\u306breserve\u306f\u304a\u4f11\u307f\")\n  expect(m.io.unreserved_head(0).bits, 7)\n\n  step(1) \/\/ ------------------------------------------------------------\n\n  \/\/ TODO: mispredicted\u6642\u306e\u30c6\u30b9\u30c8\u3092\u66f8\u304f\n  poke(m.io.used_num, 0)\n  for (i <- Seq(0, 1, 2, 3)) {\n    poke(m.io.graduate(i).valid, false)\n    poke(m.io.graduate(i).bits.mispredicted, false)\n  }\n\n  for (i <- 0 until 4)\n    expect(m.io.commit(i).rf_w, false)\n\n  expect(m.io.unreserved_head(0).valid, true, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u5f8c\u306e\u30af\u30ed\u30c3\u30af\")\n  expect(m.io.unreserved_head(0).bits, 6, \"\u5206\u5c90\u4e88\u6e2c\u5931\u6557\u5f8c\u306e\u30af\u30ed\u30c3\u30af\")\n\n  step(1) \/\/ ------------------------------------------------------------\n}\n*\/\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/test\/scala\/HartUnitTester.scala","text":"<reponame>FuusenKazura\/Kazura\nimport chisel3.UInt\nimport chisel3.iotesters._\nimport kazura._\nimport kazura.util.Params._\nimport chisel3.fromStringToLiteral\n\nobject SimpleUnitTest {\n  val addUnitTest: Seq[UInt] = Seq(\n    \"b0000_000_000_00_0000\".U,\n    \"b1001_001_000000101\".U,   \/\/ $1 = 5\n    \"b1001_010_000000010\".U,   \/\/ $2 = 2\n    \"b0001_001_010_00_0000\".U, \/\/ $1 = $1 + $2\n  ) ++ Seq.fill(100)(\"h0000\".U)\n\n  val jumpUnitTest: Seq[UInt] = Seq(\n    \"b1001_001_000000000\".U, \/\/ 0: $1 = 0\n    \"b1110_000000000010\".U,  \/\/ 1: pc += 2\n    \"b0101_001_000000010\".U, \/\/ 2: $1 += 2\n    \"b0101_001_000000001\".U, \/\/ 3: $1 += 1\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $1 == 1\n\n  val jumpUnitTest2: Seq[UInt] = Seq(\n    \"b1001_001_000000001\".U, \/\/ 0: $1 = 1\n    \"b1110_000_11111_1101\".U, \/\/ 1: pc -= 1\n    \"b0101_001_000000001\".U, \/\/ 2: $1 += 1\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $1 == 1\n\n  val beqUnitTest: Seq[UInt] = Seq(\n    \"b1001_001_000000001\".U,  \/\/ 0: $1 = 1\n    \"b1001_010_000000001\".U,  \/\/ 1: $2 = 1\n    \"b1100_001_010_000010\".U, \/\/ 2: if($1==$2) pc += 2\n    \"b0101_001_000000001\".U,  \/\/ 3: $1 += 1\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $1 == 1\n\n  val bgtUnitTest: Seq[UInt] = Seq(\n    \"b1001_001_000000001\".U,  \/\/ 0: $1 = 1\n    \"b1001_010_000000001\".U,  \/\/ 1: $2 = 1\n    \"b1101_001_010_000010\".U, \/\/ 2: if($1>$2) pc += 2\n    \"b0101_001_000000001\".U,  \/\/ 3: $1 += 1\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $1 == 2\n\n  \/\/ (0 to 10).sum\n  val sumBeqUnitTest: Seq[UInt] = Seq(\n    \"b1001_001_000000000\".U,  \/\/ 0: $1 = 0\n    \"b1001_010_000000000\".U,  \/\/ 1: $2 = 0\n    \"b1001_011_000001010\".U,  \/\/ 2: $3 = 10\n    \"b1001_100_000000000\".U,  \/\/ 3: $4 = 0\n    \"b0101_001_000000001\".U,  \/\/ 4: $1 += 1\n    \"b0001_010_001_000000\".U, \/\/ 5: $2 += $1\n    \"b1100_001_011_000011\".U, \/\/ 6: if($1 == $3) pc+= 3\n    \"h0000\".U,                \/\/ 7: NOP\n    \"b1110_000_111111100\".U,  \/\/ 8: pc = pc - 3 - 1\n    \"b0001_100_010_000000\".U  \/\/ 9: $4 += $2\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $4 == (0 to 10).sum\n\n  \/\/ (0 to 10).sum\n  val sumBgtUnitTest: Seq[UInt] = Seq(\n    \"b1001_001_000000000\".U,  \/\/ 0: $1 = 0\n    \"b1001_010_000000000\".U,  \/\/ 1: $2 = 0\n    \"b1001_011_000001001\".U,  \/\/ 2: $3 = 9\n    \"b1001_100_000000000\".U,  \/\/ 3: $4 = 0\n    \"b0101_001_000000001\".U,  \/\/ 4: $1 += 1\n    \"b0001_010_001_000000\".U, \/\/ 5: $2 += $1\n    \"b1101_001_011_000011\".U, \/\/ 6: if($1 > $3) pc+= 3\n    \"h0000\".U,                \/\/ 7: NOP\n    \"b1110_000_111111100\".U,  \/\/ 7: pc = pc - 3 - 1\n    \"b0001_100_010_000000\".U  \/\/ 8: $4 += $2\n  ) ++ Seq.fill(100)(\"h0000\".U) \/\/ ans: $4 == (0 to 10).sum\n}\n\ntrait HasInstructions {\n  val instructions: Seq[UInt]\n}\n\nclass SimpleAddUnitTester(m: Hart) extends PeekPokeTester(m) {\n  step(20)\n  expect(m.io.rf(1), 7)\n  expect(m.io.rf(2), 2)\n}\n\nclass SimpleJumpUnitTester(m: Hart) extends PeekPokeTester(m) {\n  step(20)\n  expect(m.io.rf(1), 1)\n}\n\nclass SimpleBeqUnitTester(m: Hart) extends PeekPokeTester(m) {\n  step(20)\n  expect(m.io.rf(1), 1)\n}\n\nobject SimpleMemUnitTest extends HasInstructions {\n  val instructions: Seq[UInt] = Seq(\n    \"b1001_001_000_000111\".U,  \/\/ $1 <- 7\n    \"b1011_001_000_000000\".U, \/\/ Mem[$0+0] <- $1\n    \"b1010_010_000_000000\".U, \/\/ $2 <- Mem[$0+0]\n    \"b1001_011_000001010\".U,  \/\/ $3 <- 10\n    \"b1001_100_000001011\".U,  \/\/ $4 <- 11\n    \"b1001_101_000001100\".U,  \/\/ $5 <- 12\n    \"b1001_110_000001101\".U,  \/\/ $6 <- 13\n    \"b1011_011_000_000111\".U, \/\/ Mem[$0+7] <- $3\n    \"b1011_100_000_001000\".U, \/\/ Mem[$0+8] <- $4\n    \"b1011_101_000_001001\".U, \/\/ Mem[$0+9] <- $5\n    \"b1011_110_000_001010\".U, \/\/ Mem[$0+10] <- $6\n    \"b1010_011_001_000001\".U, \/\/ $3 <- Mem[$1+1]\n    \"b1010_100_001_000010\".U, \/\/ $4 <- Mem[$1+2]\n    \"b1010_101_001_000011\".U, \/\/ $5 <- Mem[$1+3]\n  ) ++ Seq.fill(100)(\"h0000\".U)\n  class Tester(m: Hart) extends PeekPokeTester(m) {\n    step(100)\n    expect(m.io.rf(1), 7)\n    expect(m.io.rf(2), 7)\n    expect(m.io.rf(3), 11)\n    expect(m.io.rf(4), 12)\n    expect(m.io.rf(5), 13)\n  }\n}\n\nclass SimpleBgtUnitTester(m: Hart) extends PeekPokeTester(m) {\n  step(10)\n  expect(m.io.rf(1), 2)\n}\n\nclass SumUnitTester(m: Hart) extends PeekPokeTester(m) {\n  step(200)\n  expect(m.io.rf(4), (0 to 10).sum)\n}\n\nobject Problem1 extends HasInstructions {\n  val instructions: Seq[UInt] = Seq(\n    \"b1010_001_0_0000_0000\".U, \/\/ 0: $1 = Mem[0]\n    \"b1001_010_0_0000_0000\".U, \/\/ 1: $2 = 0\n    \"b1001_011_0_0000_0001\".U, \/\/ 2: $3 = 1\n    \"b0001_010_011_00_0000\".U, \/\/ 3: $2 += $3\n    \"b0101_011_000_00_0001\".U, \/\/ 4: $3 += 1\n    \"b1101_001_010_11_1110\".U, \/\/ 5: if($1 > $2) pc -= 2\n    \"b0110_011_000_00_0001\".U, \/\/ 6: r3 -= 1\n    \"b0010_010_011_00_0000\".U, \/\/ 7: r2 -= $3\n    \"hffff\".U,                 \/\/ 8: halt\n  ) ++ Seq.fill(500)(\"h0000\".U)\n  class Tester(m: Hart) extends PeekPokeTester(m) {\n    step(2000)\n    expect(m.io.rf(2), 29890)\n  }\n}\n\nobject Problem2A extends HasInstructions {\n  val instructions: Seq[UInt] = Seq(\n    \"b1010_010_000_00_0011\".U, \/\/  0: $2 = Mem[3] - X\n  \/\/ LOG2:\n    \"b1001_111_000_00_0001\".U, \/\/  1: $7 = 1\n    \"b1001_011_000_00_0010\".U, \/\/  2: $3 = 2\n    \"b1001_100_000_00_0010\".U, \/\/  3: $4 = 2\n  \/\/ LOG2_OUTER:\n    \"b1001_101_000_00_0000\".U, \/\/  4: $5 = 0\n    \"b1001_110_000_00_0000\".U, \/\/  5: $6 = 0\n  \/\/ MUL_OUTER:\n    \"b0001_101_011_00_0000\".U, \/\/  6: $5 += $3\n    \"b0101_110_000_00_0001\".U, \/\/  7: $6 += 1\n    \"b1101_100_110_11_1110\".U, \/\/  8: if ($4 > $6) goto MUL_OUTER;\n    \"b1001_011_000_00_0000\".U, \/\/  9: $3 = 0\n    \"b0001_011_101_00_0000\".U, \/\/ 10: $3 += $5\n    \"b0101_111_000_00_0001\".U, \/\/ 11: $7 += 1\n    \"b1100_101_010_00_0010\".U, \/\/ 12: if (r[5] == r[2]) goto CREATE_MASK;\n    \"b1110_000_111_11_0111\".U, \/\/ 13: goto LOG2_OUTER; (-9)\n  \/\/ CREATE_MASK:\n    \"b1001_010_000_00_0000\".U, \/\/ 14: $2 = 0;\n    \"b1001_011_000_00_0000\".U, \/\/ 15: $3 = 0;\n    \"b1001_100_000_00_0010\".U, \/\/ 16: $4 = 2;\n    \"b1001_101_000_00_0000\".U, \/\/ 17: $5 = 0;\n  \/\/ MASK_OUTER:\n    \"b1001_011_000_00_0001\".U, \/\/ 18: $3 = 1;\n    \"b0001_011_101_00_0000\".U, \/\/ 19: $3 += $5\n    \"b1001_101_000_00_0000\".U, \/\/ 20: $5 = 0;\n    \"b1001_110_000_00_0000\".U, \/\/ 21: $6 = 0;\n  \/\/ MUL2_OUTER:\n    \"b0001_101_011_00_0000\".U, \/\/ 22: $5 += $3;\n    \"b0101_110_000_00_0001\".U, \/\/ 23: $6 += 1;\n    \"b1101_100_110_11_1110\".U, \/\/ 24: if (r[4] > r[6]) goto MUL2_OUTER;(-2)\n    \"b0110_111_000_00_0001\".U, \/\/ 25: $7 -= 1;\n    \"b1101_111_000_11_1000\".U, \/\/ 26: if (r[7] > r[0]) goto MASK_OUTER;(-8)\n    \"b1010_001_000_00_0001\".U, \/\/ 27: $1 = Mem[1] - a\n    \"b1010_010_000_00_0010\".U, \/\/ 28: $2 = Mem[2] - b\n    \"b1001_101_000_00_0000\".U, \/\/ 29: $5 = 0\n  \/\/ MAIN_OUTER:\n    \"b1001_100_000_00_0000\".U, \/\/ 30: $4 = 0\n    \"b0001_100_001_00_0000\".U, \/\/ 31: $4 += $1\n    \"b0011_100_011_00_0000\".U, \/\/ 32: $4 &= $3\n    \"b1101_100_000_00_0010\".U, \/\/ 33: if (r[4] > r[0]) goto MAIN_SKIP;\n    \"b0101_101_000_00_0001\".U, \/\/ 34: $5 += 1\n  \/\/ MAIN_SKIP:\n    \"b0101_001_000_00_0001\".U, \/\/ 35: $1 += 1\n    \"b1101_010_001_11_1010\".U, \/\/ 36: if (r[2] > r[1]) goto MAIN_OUTER;\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"h0000\".U,                 \/\/\n    \"hffff\".U                  \/\/ 37: halt\n  ) ++ Seq.fill(500)(\"h0000\".U)\n  class Tester(m: Hart) extends PeekPokeTester(m) {\n    step(3000)\n    expect(m.io.rf(5), 12)\n  }\n}\n\n\nobject Problem3B extends HasInstructions {\n  val instructions: Seq[UInt] = Seq(\n  \"b1001_001_000_00_0111\".U, \/\/  0: int i_1=7;\n  \"b1001_110_000_10_0111\".U, \/\/  1: int upper_6=39;\n  \/\/ OUTER:\n  \"b1001_010_000_00_0000\".U, \/\/  2: min_index_2 = 0\n  \"b0001_010_001_00_0000\".U, \/\/  3: min_index_2 += i_1;\n  \"b1010_011_010_00_0000\".U, \/\/  4: min_3 = mem[min_index_2];\n  \"b1001_101_000_00_0000\".U, \/\/  5: l_5 = 0;\n  \"b0001_101_001_00_0000\".U, \/\/  6: l_5 += i_1;\n  \/\/ INNER:\n  \"b1010_100_101_00_0000\".U, \/\/  7: tmp_4 = mem[l_5];\n  \"b1101_100_011_00_0100\".U, \/\/  8: if (tmp_4 > min_3) goto SKIP;\n  \"b1001_010_000_00_0000\".U, \/\/  9: min_index_2 = 0;\n  \"b0001_010_101_00_0000\".U, \/\/ 10: min_index_2 += l_5;\n  \"b1010_011_101_00_0000\".U, \/\/ 11: min_3 = mem[l_5];\n  \/\/ SKIP:\n  \"b0101_101_000_00_0001\".U, \/\/ 12: l_5 += 1;\n  \"b1101_110_101_11_1010\".U, \/\/ 13: if(upper_6>l_5) goto INNER;\n  \"b1010_100_001_00_0000\".U, \/\/ 14: tmp_4 = mem[i_1];\n  \"b1011_011_001_00_0000\".U, \/\/ 15: mem[i_1] = min_3;\n  \"b1011_100_010_00_0000\".U, \/\/ 16: mem[min_index_2] = tmp_4;\n  \"b0101_001_000_00_0001\".U, \/\/ 17: i_1 += 1;\n  \"b1101_110_001_11_0000\".U, \/\/ 18: if (upper_6>i_1) goto OUTER;\n  \"h0000\".U,\n  \"b1010_001_000_00_0111\".U,\n  \"b1010_010_000_00_1000\".U,\n  \"b1010_011_000_00_1001\".U,\n  \"b1010_100_000_00_1010\".U,\n  \"b1010_101_000_00_1011\".U,\n  \"b1010_110_000_00_1100\".U,\n  \"b1010_111_000_00_1101\".U,\n  \"h0000\".U,\n  \"h0000\".U,\n  \"h0000\".U,\n  \"h0000\".U,\n  \"h0000\".U,\n  \"hffff\".U,\n  ) ++ Seq.fill(500)(\"h0000\".U)\n  class Tester(m: Hart) extends PeekPokeTester(m) {\n    step(10000)\n    expect(m.io.rf(1), 2)\n    expect(m.io.rf(2), 3)\n    expect(m.io.rf(3), 4)\n    expect(m.io.rf(4), 14)\n    expect(m.io.rf(5), 22)\n    expect(m.io.rf(6), 28)\n    expect(m.io.rf(7), 29)\n  }\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/stages\/ID.scala","text":"package kazura.stages\n\nimport chisel3.{Mux, _}\nimport chisel3.util.{MuxLookup, Valid, log2Ceil}\nimport kazura.modules._\nimport kazura.util.Params._\nimport kazura.models._\n\nclass IDIO extends Bundle {\n  val predict: Bool = Input(Bool()) \/\/ \u5206\u5c90\u4e88\u6e2c\u306e\u4e88\u6e2c\n  val branch_mispredicted: Bool = Input(Bool()) \/\/ \u5206\u5c90\u4e88\u6e2c\u306e\u4e88\u6e2c\u3092\u5931\u6557\u3057\u305f\u304b\n  val branch_graduated: Bool = Input(Bool()) \/\/ \u5206\u5c90\u547d\u4ee4\u306e\u6f14\u7b97\u304c\u5b8c\u4e86\u3057\u305f\u304b(\u5b8c\u4e86\u3057\u305f\u6f14\u7b97\u304c\u5206\u5c90\u3067\u3042\u308b\u304b)\n\n  val if_out: IFOut = Input(new IFOut)\n\n  val commit: Vec[RFWrite] = Vec(RF.WRITE_PORT, Input(new RFWrite))\n  val unreserved_head: Vec[Valid[UInt]] = Input(Vec(PARALLEL, Valid(UInt(log2Ceil(ROB.BUF_SIZE).W))))\n  val used_num: UInt = Output(UInt(log2Ceil(PARALLEL + 1).W))\n\n  val jump_pc: UInt = Output(UInt(LEN.W))\n  val next_pc: UInt = Output(UInt(LEN.W))\n  val inst_info: InstInfo = Output(new InstInfo)\n  val source: Vec[UInt] = Output(Vec(RF.READ_PORT, UInt(LEN.W)))\n  val rd: UInt = Output(UInt(LEN.W))\n  val stall: Bool = Output(Bool())\n  val pc: UInt = Output(UInt(LEN.W))\n\n  val rf4debug: Vec[UInt] = Vec(RF.NUM, Output(UInt(LEN.W)))\n}\n\nclass ID extends Module {\n  val io: IDIO = IO(new IDIO)\n  \/\/ stall\u304c\u8d77\u304d\u3066\u3044\u305f\u3089\u540c\u3058\u30c7\u30fc\u30bf\u3067\u518d\u8a66\u884c\n  \/\/ MEMO: ID\u4ee5\u524d\u304b\u3089\u304f\u308b\u30c7\u30fc\u30bf\u306e\u5834\u5408stall\u306b\u5f71\u97ff\u3055\u308c\u3001\u518d\u8a66\u884c\u304c\u5fc5\u8981\n  \/\/ MEMO: \u5faa\u74b0\u53c2\u7167\u3092\u89e3\u6c7a\u3059\u308b\u305f\u3081\u306b\u5fc5\u8981\n  val if_out: IFOut = Wire(new IFOut)\n  val if_out_r: IFOut = RegNext(if_out)\n  if_out := Mux(io.stall, if_out_r, io.if_out)\n  \/\/ stall\u304c\u8d77\u304d\u3066\u3044\u305f\u3089\u540c\u3058\u30c7\u30fc\u30bf\u3067\u518d\u8a66\u884c\n  val predict: Bool = Wire(Bool())\n  val predict_r: Bool = RegNext(predict)\n  predict := Mux(io.stall, predict_r, io.predict)\n\n  \/\/ \u66f8\u304d\u8fbc\u307f\u30c7\u30fc\u30bf\u306fID\u3088\u308a\u5f8c\u306e\u8a71\u306a\u306e\u3067stall\u95a2\u4fc2\u306a\u3057\n  val rf_write: Vec[RFWrite] = io.commit\n\n  val stall: Bool = Wire(Bool())\n\n  val decoder: Decoder = Module(new Decoder)\n  decoder.io.inst_bits := if_out.inst_bits\n\n  val reg_file: RegisterFile = Module(new RegisterFile)\n  reg_file.io.read_addr(0) := if_out.inst_bits.rd\n  reg_file.io.read_addr(1) := if_out.inst_bits.rs\n  reg_file.io.write := rf_write\n\n  val busy_bit: BusyBit = Module(new BusyBit)\n  busy_bit.io.branch_mispredicted := io.branch_mispredicted\n  busy_bit.io.branch_graduated := io.branch_graduated\n  busy_bit.io.release := rf_write\n  busy_bit.io.req_rs_addr(0) := if_out.inst_bits.rd\n  busy_bit.io.req_rs_addr(1) := if_out.inst_bits.rs\n  \/\/ stall\u3059\u308b\u547d\u4ee4\u3067\u306frd\u3092\u78ba\u4fdd\u3057\u306a\u3044\n  val clear_instruction: Bool = Wire(Bool())\n  busy_bit.io.req_rd_w := !clear_instruction && !stall && (decoder.io.ctrl.rf_w || decoder.io.ctrl.mem_r)\n  busy_bit.io.req_rd_addr := if_out.inst_bits.rd\n\n  \/\/ # clear_instruction\n  \/\/ - mispredicted\u306e\u6b21\n  \/\/ - pc\u304c\u5909\u66f4\u3055\u308c\u305f\u6b21\u306b\u6765\u308b\u547d\u4ee4\u3092\u7121\u52b9\u5316\u3057\u305f\u3044:\n  \/\/    + jump\u306e\u6b21\n  \/\/    + \u5206\u5c90\u3057\u305f\u3068\u304d(branch\u6b21\u306bpredict\u304ctrue\u306e\u6642)\n  when (\n       io.branch_mispredicted\n    || (RegNext(!clear_instruction && decoder.io.ctrl.is_jump, false.B))\n    || (RegNext(!clear_instruction && decoder.io.ctrl.is_branch, false.B) && predict)\n  ) {\n    clear_instruction := true.B\n  } .otherwise {\n    clear_instruction := false.B\n  }\n\n  \/\/ \u3059\u3079\u3066\u306e\u30ec\u30b8\u30b9\u30bf\u304c\u6e96\u5099\u3067\u304d\u306a\u3044\u6642\u306fstall\n  val operands_available: Bool =\n    (busy_bit.io.rs_available(0) || !decoder.io.ctrl.rs1_use) &&\n    (busy_bit.io.rs_available(1) || !decoder.io.ctrl.rs2_use)\n\n  \/\/ ROB\u304c\u78ba\u4fdd\u3067\u304d\u306a\u304b\u3063\u305f\u5834\u5408\u306fstall\n  val rob_available: Vec[Bool] = Wire(Vec(PARALLEL, Bool()))\n  rob_available(0) := io.unreserved_head(0).valid\n  for (i <- 1 until PARALLEL) {\n    rob_available(i) := rob_available(i - 1) && io.unreserved_head(i).valid\n  }\n\n  \/\/ clear_instructions\u304c\u6709\u52b9\u306a\u3068\u304d\u306fstall\u3057\u306a\u3044\n  stall := Mux(clear_instruction, false.B, !operands_available || !rob_available(0))\n  io.stall := RegNext(stall, false.B)\n\n  \/\/ NOP\u306e\u5834\u5408\u306freserve\u3057\u306a\u3044\u3088\u3046\u306b\u3059\u308b\n  io.used_num := RegNext(Mux(\n    stall || clear_instruction || if_out.inst_bits.op === Inst.Nop.op,\n    0.U,\n    1.U\n  ), 0.U)\n\n  io.inst_info.valid := RegNext(\n    !(stall || clear_instruction || if_out.inst_bits.op === Inst.Nop.op),\n    InstInfo.nop.valid\n  )\n  io.inst_info.pc := RegNext(if_out.pc, InstInfo.nop.pc)\n  io.inst_info.total_cnt := RegNext(if_out.total_cnt, InstInfo.nop.total_cnt)\n  io.inst_info.rd_addr := RegNext(if_out.inst_bits.rd, InstInfo.nop.rd_addr)\n  io.inst_info.rob_addr := io.unreserved_head(0).bits\n  io.inst_info.ctrl := RegNext(\n    Mux(stall || clear_instruction ,InstInfo.nop.ctrl, decoder.io.ctrl),\n    InstInfo.nop.ctrl\n  )\n\n  io.jump_pc := RegNext(Mux(decoder.io.ctrl.is_jump,\n    if_out.pc + if_out.inst_bits.imm9s, if_out.pc + if_out.inst_bits.disp6s))\n\n  io.next_pc := RegNext(if_out.pc + 1.U)\n\n  io.source(0) := RegNext(MuxLookup(decoder.io.source_sel(0), 0.U, Seq(\n    Source1.DISP6U.U -> if_out.inst_bits.disp6u,\n    Source1.RD.U -> reg_file.io.out(0),\n    Source1.ZERO.U -> 0.U\n  )))\n  io.source(1) := RegNext(MuxLookup(decoder.io.source_sel(1), 0.U, Seq(\n    Source2.IMM9S.U -> if_out.inst_bits.imm9s,\n    Source2.RS.U -> reg_file.io.out(1),\n    Source2.ONE.U -> 1.U\n  )))\n  io.rd := RegNext(reg_file.io.out(0))\n  io.pc := RegNext(if_out.pc)\n  \/\/ printf(\"cnt: %d, pc: %d, op: %d\\n\", if_out.total_cnt, if_out.pc, if_out.inst_bits.op)\n  \/\/ printf(\"branch_mispredicted_enable: %d, branch_mispredicted: %d\\n\", io.branch_graduated, io.branch_mispredicted)\n  \/\/ printf(\"stall: %d, !operands_avail: %d, !rob_avail(0): %d\\n\", stall, !operands_available, !rob_available(0))\n  \/\/ printf(\"alu_op: %d\\n\", decoder.io.ctrl.alu_op)\n  \/\/ printf(\"source(0): %d\\n\", io.source(0))\n  \/\/ printf(\"source(1): %d\\n\", io.source(1))\n  \/\/ printf(\"next_addr: %d\\n\", io.jump_pc)\n  \/\/ printf(\"rf: \")\n  \/\/ for (i <- reg_file.io.rf4debug.indices) printf(\"%d, \", reg_file.io.rf4debug(i))\n  \/\/ printf(\"\\n\")\n  \/\/ printf(\"----------\\n\")\n\n  io.rf4debug := reg_file.io.rf4debug\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/RegisterFile.scala","text":"<reponame>FuusenKazura\/Kazura\npackage kazura.modules\n\nimport chisel3._\nimport chisel3.util.experimental.BoringUtils\nimport chisel3.util.log2Ceil\nimport kazura.util.Params._\nimport kazura.models.InstBits\n\nclass RFIO extends Bundle {\n  val read_addr: Vec[UInt] = Vec(RF.READ_PORT, Input(UInt(RF.NUM_W.W)))\n  val write: Vec[RFWrite] = Vec(RF.WRITE_PORT, Input(new RFWrite))\n  val out: Vec[UInt] = Vec(RF.READ_PORT, Output(UInt(LEN.W)))\n  val rf4debug: Vec[UInt] = Vec(RF.NUM, Output(UInt(LEN.W)))\n}\n\nclass RFWrite extends Bundle {\n  val rd_addr: UInt = UInt(RF.NUM_W.W)\n  val rob_addr: UInt = UInt(log2Ceil(ROB.BUF_SIZE).W)\n  val mispredict: Bool = Bool()\n  val rf_w: Bool = Bool()\n  val data: UInt = UInt(LEN.W)\n}\n\nclass RegisterFile extends Module {\n  val io: RFIO = IO(new RFIO)\n  val rf: Vec[UInt] = Reg(Vec(RF.NUM, UInt(LEN.W)))\n\n  for (l <- 0 until RF.READ_PORT) {\n    \/\/ forwarding\n    \/\/ val look_forward: RFWrite = Wire(new RFWrite)\n    \/\/ look_forward.rf_w := false.B\n    \/\/ look_forward.rd_addr := 0.U\n    \/\/ look_forward.data := 0.U\n    val look_forward: RFWrite = io.write.reduceTree((r1: RFWrite, r2: RFWrite) =>\n      Mux(r1.rf_w && !r1.mispredict && r1.rd_addr === io.read_addr(l), r1, r2))\n    io.out(l) := Mux(look_forward.rf_w && !look_forward.mispredict && (look_forward.rd_addr === io.read_addr(l)),\n      look_forward.data, rf(io.read_addr(l)))\n  }\n\n  \/\/ chisel\u306f\u30de\u30eb\u30c1\u30dd\u30fc\u30c8\u306e\u66f8\u304d\u8fbc\u307f\u306b\u5bfe\u5fdc\u3057\u3066\u3044\u308b\u306e\u304b\uff1f\n  for (i <- 0 until RF.WRITE_PORT) {\n    when(io.write(i).rf_w && !io.write(i).mispredict) {\n      rf(io.write(i).rd_addr) := io.write(i).data\n    }\n  }\n  rf(0) := 0.U\n\n  \/\/ \u30c6\u30b9\u30c8\u7528\u306e\u30c7\u30d0\u30c3\u30b0\u30dd\u30fc\u30c8, chisel3.experimental.BoreUtils\u306f\u6319\u52d5\u304c\u602a\u3057\u304f\u3066\u30c0\u30e1\u3060\u3063\u305f\n  io.rf4debug := rf\n\n  \/\/ for (i <- 0 until RF.WRITE_PORT) {\n  \/\/   printf(s\"we: %d, addr: %d, data: %d\\n\", io.write(i).rf_w, io.write(i).rd_addr, io.write(i).data)\n  \/\/ }\n\n  \/\/ printf(s\"rf: \")\n  \/\/ for (i <- 0 until RF.NUM -1)\n  \/\/   printf(s\"$i:%d, \", rf(i))\n  \/\/ printf(s\"${RF.NUM -1}:%d\\n\", rf(RF.NUM -1))\n}"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/models\/Ctrl.scala","text":"package kazura.models\n\nimport chisel3._\nimport kazura.util.Params._\n\nclass Ctrl extends Bundle {\n  val alu_op: UInt = UInt(ALUOP.NUM_W.W)\n  val is_jump: Bool = Bool()\n  val is_branch: Bool = Bool()\n  val is_halt: Bool = Bool()\n  val rf_w: Bool = Bool()\n  val mem_r: Bool = Bool()\n  val mem_w: Bool = Bool()\n  val rs1_use: Bool = Bool()\n  val rs2_use: Bool = Bool()\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/stages\/EX.scala","text":"<gh_stars>1-10\npackage kazura.stages\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.models.{Ctrl, InstInfo}\nimport kazura.util.Params._\nimport kazura.modules._\n\nclass EXIO extends Bundle {\n  \/\/ val source_dest: UInt = Input(UInt(1.W)) \/\/ \u5f53\u9762\u7121\u8996\u3001\u30de\u30eb\u30c1ALU\u6642\u306b\u4f7f\u7528\n  val inst_info: InstInfo = Input(new InstInfo)\n  val source: Vec[UInt] = Input(Vec(RF.READ_PORT, UInt(LEN.W)))\n  val branch_pc: UInt = Input(UInt(LEN.W))\n  val next_pc: UInt = Input(UInt(LEN.W))\n  val rd: UInt = Input(UInt(LEN.W))\n  val predict: Bool = Input(Bool()) \/\/ true\u306a\u3089\u5206\u5c90, false\u306a\u3089\u5206\u5c90\u3057\u306a\u3044\n  val pc: UInt = Input(UInt(LEN.W))\n\n  val alu_out: UInt = Output(UInt(LEN.W))\n  val inst_info_out: InstInfo = Output(new InstInfo)\n  val restoration_pc_out: UInt = Output(UInt(LEN.W))\n  val rd_out: UInt = Output(UInt(LEN.W))\n  val pc_out: UInt = Output(UInt(LEN.W))\n  val mispredicted: Bool = Output(Bool())\n  \/\/ val alu_available: Vec[Bool] = Vec(1, Output(Bool())) \/\/ \u5f53\u9762\u7121\u8996\u3001\u30de\u30eb\u30c1ALU\u6642\u306b\u4f7f\u7528\n}\n\nclass EX extends Module {\n  val io: EXIO = IO(new EXIO)\n  val alu: ALU = Module(new ALU)\n  alu.io.inst_info := io.inst_info\n  alu.io.source := io.source\n  alu.io.next_pc := io.next_pc\n  alu.io.branch_pc := io.branch_pc\n  alu.io.rd := io.rd\n  alu.io.predict := io.predict\n  alu.io.pc := io.pc\n  \/\/ alu.io.source_enable := 1.U === io.source_dest\n  alu.io.source_enable := true.B\n  io.alu_out := alu.io.alu_out\n  io.inst_info_out := alu.io.inst_info_out\n  io.restoration_pc_out := alu.io.restoration_pc\n  io.rd_out := alu.io.rd_out\n  io.pc_out := alu.io.pc_out\n  io.mispredicted := alu.io.mispredicted\n  \/\/ io.alu_available := Wire(VecInit(true.B))\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/stages\/IF.scala","text":"package kazura.stages\n\nimport chisel3._\nimport kazura.models.InstBits\nimport kazura.modules._\nimport kazura.util.Params._\n\nclass IFIn extends Bundle {\n  val branch_mispredicted: Bool = Bool() \/\/ \u5206\u5c90\u4e88\u6e2c\u306e\u4e88\u6e2c\u3092\u5931\u6557\u3057\u305f\u304b\n  val branch_graduated: Bool = Bool() \/\/ \u5206\u5c90\u547d\u4ee4\u306e\u6f14\u7b97\u304c\u5b8c\u4e86\u3057\u305f\u304b(\u5b8c\u4e86\u3057\u305f\u6f14\u7b97\u304c\u5206\u5c90\u3067\u3042\u308b\u304b)\n  val restoration_pc: UInt = UInt(LEN.W)\n\n  val predict: Bool = Bool() \/\/ \u5206\u5c90\u4e88\u6e2c\u306e\u4e88\u6e2c\n  val predict_enable: Bool = Bool()\n  val predict_pc: UInt = UInt(LEN.W)\n\n  val is_jump: Bool = Bool()\n  val jump_pc: UInt = UInt(LEN.W)\n\n  val stall: Bool = Bool()\n  val is_halt: Bool = Bool()\n}\nclass IFOut extends Bundle {\n  val pc: UInt = UInt(LEN.W)\n  val total_cnt: UInt = UInt(LEN.W)\n  val inst_bits: InstBits = new InstBits\n}\nclass IFIO extends Bundle {\n  val in = Input(new IFIn)\n  val out = Output(new IFOut)\n}\n\nclass IF(val im: Seq[UInt] = (0 until 256).map(_.U)) extends Module {\n  val io = IO(new IFIO)\n  val inst_mem: Vec[UInt] = RegInit(VecInit(im))\n  val pc: UInt = RegInit(0.U(LEN.W))\n  val total_cnt: UInt = RegInit(0.U(LEN.W))\n  total_cnt := Mux(\n    io.in.is_halt,\n    total_cnt,\n    total_cnt + 1.U(LEN.W))\n\n  val fetch: Fetch = Module(new Fetch)\n  fetch.io.in.predict := io.in.predict\n  fetch.io.in.predict_enable := io.in.predict_enable\n  fetch.io.in.predict_pc := io.in.predict_pc\n  fetch.io.in.branch_mispredicted := io.in.branch_mispredicted\n  fetch.io.in.branch_graduated := io.in.branch_graduated\n  fetch.io.in.restoration_pc := io.in.restoration_pc\n\n  fetch.io.in.is_jump := io.in.is_jump\n  fetch.io.in.jump_pc := io.in.jump_pc\n  fetch.io.in.stall := io.in.stall\n  fetch.io.in.is_halt := io.in.is_halt\n\n  fetch.io.prev_pc := pc\n\n  pc := fetch.io.out.pc\n\n  io.out.pc := pc\n  io.out.total_cnt := total_cnt\n  io.out.inst_bits := Mux(\n    io.in.is_halt,\n    0.U.asTypeOf(new InstBits),\n    inst_mem(pc).asTypeOf(new InstBits)\n  )\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/models\/InstBits.scala","text":"package kazura.models\n\nimport chisel3._\nimport chisel3.util.Cat\nimport kazura.util.Params._\n\nclass InstBits extends Bundle {\n  \/\/ \u30ec\u30b8\u30b9\u30bf\u9577\u3092\u5909\u66f4\u3057\u305f\u969b\u7834\u6ec5\u3057\u306a\u3044\u3088\u3046\u5b9a\u7fa9\n  \/\/ scala.Predef.assert(rd.getWidth == RF.NUM_W)\n  \/\/ scala.Predef.assert(rs.getWidth == RF.NUM_W)\n\n  val op: UInt = UInt(4.W)\n  val rd: UInt = UInt(3.W)\n  val rs: UInt = UInt(3.W)\n  val disp6u: UInt = UInt(6.W)\n  def disp6s: UInt = Cat(Mux(disp6u.asTypeOf(new Disp6U).h, \"b1111_1111_11\".U, \"b0000_0000_00\".U), disp6u)\n  def imm9u: UInt = Cat(rs, disp6u)\n  def imm9s: UInt = Cat(Mux(imm9u.asTypeOf(new Imm9U).h, \"b1111_111\".U, \"b0000_000\".U), imm9u)\n  def bits: UInt = Cat(op, rd, rs, disp6u)\n}\n\n\/\/ chisel3\u306e\u5148\u982dbit\u306f\u3053\u3063\u3061\u3067\u3042\u3063\u3066\u3044\u308b\uff1f\nclass Disp6U extends Bundle {\n  val h: Bool = Bool()\n  val t: UInt = UInt(5.W)\n}\n\nclass Imm9U extends Bundle {\n  val h: Bool = Bool()\n  val t: UInt = UInt(8.W)\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/models\/InstInfo.scala","text":"package kazura.models\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.models.Inst.Nop\nimport kazura.util.Params._\n\nclass InstInfo extends Bundle {\n  val valid: Bool = Bool()\n  val pc: UInt = UInt(LEN.W)\n  val total_cnt: UInt = UInt(LEN.W)\n  val rd_addr: UInt = UInt(RF.NUM_W.W)\n  val rob_addr: UInt = UInt(log2Ceil(ROB.BUF_SIZE).W)\n  val ctrl: Ctrl = new Ctrl\n}\n\nobject InstInfo {\n  def nop: InstInfo = {\n    val n = Wire(new InstInfo)\n    n.pc := 65535.U\n    n.total_cnt := 65535.U\n    n.valid := false.B\n    n.rd_addr := 0.U\n    n.rob_addr := 0.U\n    n.ctrl := nop_ctrl\n    n\n  }\n  private def nop_ctrl: Ctrl = {\n    val n = Wire(new Ctrl)\n    n.alu_op := Nop.alu_op\n    n.is_jump := Nop.is_jump\n    n.is_branch := Nop.is_branch\n    n.is_halt := Nop.is_halt\n    n.rf_w := Nop.rf_w\n    n.mem_r := Nop.mem_r\n    n.mem_w := Nop.mem_w\n    n.rs1_use := false.B\n    n.rs2_use := false.B\n    n\n  }\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/stages\/DataMemory.scala","text":"<reponame>FuusenKazura\/Kazura<filename>src\/main\/scala\/kazura\/stages\/DataMemory.scala<gh_stars>1-10\npackage kazura.stages\n\nimport chisel3._\nimport kazura.models.InstInfo\nimport kazura.modules.{Memory, RFWrite}\nimport kazura.util.Params._\n\nclass DataMemoryIO extends Bundle {\n  val inst_info: InstInfo = Input(new InstInfo)\n  val rd_out: UInt = Input(UInt(LEN.W))\n  val rob_out: RFWrite = Input(new RFWrite)\n  val mem_out: RFWrite  = Output(new RFWrite)\n}\n\nclass DataMemory(val init_data: Seq[UInt]) extends Module {\n  val io: DataMemoryIO = IO(new DataMemoryIO)\n  val mem: Memory = Module(new Memory(init_data))\n\n  val out_data: UInt = Wire(UInt(LEN.W))\n\n  out_data := 0.U\n  mem.io.mem_w := io.inst_info.ctrl.mem_w && !io.rob_out.mispredict\n  mem.io.mem_r := io.inst_info.ctrl.mem_r\n  mem.io.address := io.rob_out.data\n  mem.io.in_data := io.rd_out\n\n  io.mem_out := RegNext(io.rob_out)\n  io.mem_out.rf_w := RegNext(io.inst_info.ctrl.mem_r && !io.rob_out.mispredict)\n  io.mem_out.data := mem.io.out_data\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/ALU.scala","text":"<gh_stars>1-10\npackage kazura.modules\n\nimport chisel3._\nimport chisel3.util.MuxLookup\nimport kazura.util.Params._\nimport kazura.models._\n\nclass ALUIO extends Bundle {\n  val inst_info: InstInfo = Input(new InstInfo)\n  val source: Vec[UInt] = Vec(2, Input(UInt(LEN.W)))\n  val source_enable: Bool = Input(Bool())\n  val next_pc: UInt = Input(UInt(LEN.W))\n  val branch_pc: UInt = Input(UInt(LEN.W))\n  val rd: UInt = Input(UInt(LEN.W))\n  val predict: Bool = Input(Bool()) \/\/ true\u306a\u3089\u5206\u5c90, false\u306a\u3089\u5206\u5c90\u3057\u306a\u3044\n  val pc: UInt = Input(UInt(LEN.W))\n\n  val alu_out: UInt = Output(UInt(LEN.W))\n  val inst_info_out: InstInfo = Output(new InstInfo)\n  val restoration_pc: UInt = Output(UInt(LEN.W))\n  val rd_out: UInt = Output(UInt(LEN.W))\n  val pc_out: UInt = Output(UInt(LEN.W))\n  val mispredicted: Bool = Output(Bool())\n}\n\nclass ALU extends Module {\n  val io: ALUIO = IO(new ALUIO)\n  val alu_out: UInt = MuxLookup(io.inst_info.ctrl.alu_op, 0.U, Seq(\n    ALUOP.ADD.U -> io.source(0).+(io.source(1)),\n    ALUOP.SUB.U -> io.source(0).-(io.source(1)),\n    ALUOP.AND.U -> io.source(0).&(io.source(1)),\n    ALUOP.OR.U  -> io.source(0).|(io.source(1)),\n    ALUOP.BEQ.U  -> io.source(0).===(io.source(1)),\n    ALUOP.BGT.U  -> io.source(0).>(io.source(1))\n  ))\n  io.alu_out := RegNext(alu_out)\n  io.inst_info_out := RegNext(io.inst_info, InstInfo.nop)\n  io.restoration_pc := RegNext(Mux(io.predict,\n    io.next_pc, \/\/ TODO: \u6574\u7406\n    io.branch_pc\n  ))\n  io.rd_out := RegNext(io.rd)\n  io.pc_out := RegNext(io.pc)\n  io.mispredicted := RegNext(io.inst_info.ctrl.is_branch && (io.predict =\/= alu_out))\n}\n"}
{"repo_name":"FuusenKazura\/Kazura","path":"src\/main\/scala\/kazura\/modules\/Decoder.scala","text":"<reponame>FuusenKazura\/Kazura<gh_stars>1-10\npackage kazura.modules\n\nimport chisel3._\nimport chisel3.util._\nimport kazura.models.{InstBits, Ctrl}\nimport kazura.models.Inst._\nimport kazura.util.Params._\n\nclass IDIO extends Bundle {\n  val inst_bits: InstBits = Input(new InstBits)\n  val ctrl: Ctrl = Output(new Ctrl)\n  val source_sel: Vec[UInt] = Vec(RF.READ_PORT, Output(UInt(LEN.W)))\n}\n\n\nclass Decoder extends Module {\n  val io: IDIO = IO(new IDIO)\n  val insts: Seq[Inst] = Seq(Add, Sub, And, Or, Addi, Subi, Incr, Incr, Decr, Ldi, Ld, St, Beq, Bgt, Jump, Nop, Halt)\n\n  def conDecodeCell[A <: Inst](inst: A): Unit = {\n    io.ctrl.alu_op    := inst.alu_op\n    io.ctrl.is_jump   := inst.is_jump\n    io.ctrl.is_branch := inst.is_branch\n    io.ctrl.is_halt   := inst.is_halt\n    io.ctrl.rf_w      := inst.rf_w\n    io.ctrl.mem_r     := inst.mem_r\n    io.ctrl.mem_w     := inst.mem_w\n    for (i <- 0 until RF.READ_PORT) {\n      io.source_sel(i) := inst.source(i)\n    }\n    io.ctrl.rs1_use    := inst.rs1_use\n    io.ctrl.rs2_use    := inst.rs2_use\n  }\n\n  conDecodeCell(Nop)\n  insts.foldLeft(\n    when(io.inst_bits.op === Nop.op) {\n      conDecodeCell(Nop)\n    })((d, inst) =>\n    d.elsewhen(io.inst_bits.op === inst.op) {\n      conDecodeCell(inst)\n    })\n}\n\n"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"app\/models\/AppDatabase.scala","text":"<filename>app\/models\/AppDatabase.scala\npackage models\n\n\/**\n  * Created by \uc644\uc218\uc138\ub07c on 2016-09-24.\n  *\/\nimport com.websudos.phantom.builder.query.CreateQuery\nimport com.websudos.phantom.connectors.{ContactPoint, KeySpaceDef}\nimport com.websudos.phantom.dsl._\nimport scala.concurrent.duration._\n\nobject Defaults {\n  val Connector = ContactPoint.local.keySpace(\"websudos\")\n}\n\nclass AppDatabase(val keyspace: KeySpaceDef) extends Database(keyspace) {\n\n  object users extends ConcreteUsers with keyspace.Connector {\n \/\/   override def autocreate(space: KeySpace): CreateQuery.Default[ConcreteUsers, User] = {\n   \/\/   create.`with`(default_time_to_live eqs 10)\n   \/\/     .and(gc_grace_seconds eqs 10.seconds)\n   \/\/     .and(read_repair_chance eqs 0.2)\n  \/\/  }\n  }\n  object beers extends ConcreteBeers with keyspace.Connector\n\n  object account extends ConcreteAccounters with keyspace.Connector\n\n}\n\n\nobject AppDatabase extends AppDatabase(Defaults.Connector)"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"app\/controllers\/HomeController.scala","text":"<filename>app\/controllers\/HomeController.scala\npackage controllers\n\nimport javax.inject._\n\nimport models.{AppDatabase, User}\nimport play.api._\nimport play.api.mvc._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration.Duration\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject() extends Controller {\n\n  \/**\n   * Create an Action to render an HTML page with a welcome message.\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index = Action {\n    Ok(views.html.index(\"Your new application is ready.\"))\n  }\n\n  def beers(style: String) = Action.async {\n    AppDatabase.beers.getByStyle(style).map { beers =>\n      Ok(views.html.beers(style, beers))\n    }\n  }\n\n  val user = new User(\"32\", \"2\", \"3\", \"4\", \"5\", \"3\")\n  def store() = Action.async{\n    Future {\n      AppDatabase.users.store(user)\n      Ok(\"\")\n    }\n  }\n\n  def c() = Action.async{\n    Future{\n      AppDatabase.users.creat()\n      Ok(\"\")\n    }\n  }\n\n\n  def search_account(Email:String, Passwd:String) = Action.async { implicit request =>\n    Future {\n      val email = request.body.asFormUrlEncoded.get.get(\"email\")\n      val passwd = request.body.asFormUrlEncoded.get.get(\"passwd\")\n      val result = Await.result(AppDatabase.account.getByEmail(Email, Passwd),Duration.Inf).get\n      if(result >= 1){\n        print(email.headOption.get.head)\n        Ok(\"1\").withSession(\"email\"->email.headOption.get.head.toString())\n      }\n      else{\n        Ok(\"0\")\n      }\n      \/\/Ok(result+\"\"+email.headOption.get.head + \", \" + passwd.headOption.get.head)\n    }\n  }\n}\n"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"app\/models\/Accounters.scala","text":"package models\n\nimport com.websudos.phantom.dsl._\n\nimport scala.concurrent.Future\n\n\/**\n  * Created by root on 16. 9. 29.\n  *\/\ncase class Account(\n                  email:String,\n                  name:String,\n                  passwd:String\n                  )\nabstract class Accounters extends CassandraTable[ConcreteAccounters, Account]{\n    object email extends StringColumn(this) with PrimaryKey[String]\n    object name extends StringColumn(this)\n    object passwd extends StringColumn(this) with Index[String]\n\n  def fromRow(row:Row):Account = {\n     Account(\n       email = email(row),\n       name = name(row),\n       passwd = passwd(row)\n     )\n  }\n}\n\nabstract class ConcreteAccounters extends Accounters with RootConnector{\n  def getByEmail(Email: String, Passwd: String): Future[Option[Long]] = {\n    select.count.where(_.email eqs Email).and(_.passwd eqs Passwd).one\n  }\n\n  \/*def getByPasswd(Passwd: String): Future[Option[Account]] = {\n    val result = select.where(_.passwd eqs Passwd).one()\n    result\n  }*\/\n}\n"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"app\/models\/Users.scala","text":"<gh_stars>0\npackage models\n\n\/**\n  * Created by \uc644\uc218\uc138\ub07c on 2016-09-24.\n  *\/\nimport com.websudos.phantom.dsl._\n\nimport scala.concurrent.Future\n\n\ncase class User(\n                 id: String,\n                 email: String,\n                 name: String,\n                 passwordHash: String,\n                 salt: String,\n                 registration: String\n               )\n\nabstract class Users extends CassandraTable[ConcreteUsers, User] {\n  object id extends StringColumn(this) with PartitionKey[String]\n  object email extends StringColumn(this)\n  object name extends StringColumn(this)\n  object passwordHash extends StringColumn(this)\n  object salt extends StringColumn(this)\n  object registration extends StringColumn(this)\n\n  def fromRow(row: Row): User = {\n    User(\n      id = id(row),\n      email = email(row),\n      name = name(row),\n      passwordHash = passwordHash(row),\n      salt = salt(row),\n      registration = registration(row)\n    )\n  }\n}\n\nabstract class ConcreteUsers extends Users with RootConnector {\n\n  def store(user: User): Future[ResultSet] = {\n    insert.value(_.id, user.id)\n      .value(_.email, user.email)\n      .value(_.name, user.name)\n      .value(_.passwordHash, user.passwordHash)\n      .value(_.salt, user.salt)\n      .value(_.registration, user.registration)\n      .future()\n  }\n\n  def creat(): Future[ResultSet] = {\n    create\n      .ifNotExists\n      .future()\n  }\n  \/\/def getById(id: UUID): Future[Option[User]] = {\n    \/\/select.where(_.id === id).one()\n  \/\/}\n\n  \/\/def deleteById(id: UUID): Future[ResultSet] = {\n    \/\/delete.where(_.id eqs id).future()\n  \/\/}\n}"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"build.sbt","text":"<filename>build.sbt\nname := \"\"\"cassandra_phantom_0\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.8\"\n\nval PhantomVersion = \"1.28.14\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  cache,\n  ws,\n  \"com.websudos\" % \"phantom-dsl_2.11\" % \"1.28.14\",\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"1.5.1\" % Test\n)\n\nresolvers ++= Seq(\n  Resolver.typesafeRepo(\"releases\"),\n  Resolver.sonatypeRepo(\"releases\"),\n  Resolver.bintrayRepo(\"websudos\", \"oss-releases\"),\n  Resolver.jcenterRepo,\n  \"Twitter Repository\" at \"http:\/\/maven.twttr.com\"\n)"}
{"repo_name":"yunwansu\/cassandra_phantom","path":"app\/models\/Beer.scala","text":"<gh_stars>0\npackage models\n\n\/**\n  * Created by \uc644\uc218\uc138\ub07c on 2016-09-24.\n  *\/\nimport com.websudos.phantom.CassandraTable\nimport com.websudos.phantom.dsl._\n\nimport scala.concurrent.{Await, Future}\n\ncase class Beer(company: String, name: String, style: String)\n\nclass Beers extends CassandraTable[ConcreteBeers, Beer] {\n  object company extends StringColumn(this) with PartitionKey[String]\n  object name extends StringColumn(this) with PartitionKey[String]\n  object style extends StringColumn(this) with Index[String]\n\n  def fromRow(row: Row): Beer = {\n    Beer(\n      company = company(row),\n      name = name(row),\n      style = style(row)\n    )\n  }\n\n}\n\nabstract class ConcreteBeers extends Beers with RootConnector {\n\n  def getByStyle(style: String): Future[List[Beer]] = {\n    select.where(_.style eqs style).fetch()\n  }\n\n}"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/Classifier.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sun Sep 23 21:14:14 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scalation.linalgebra.{VectorD, VectorI}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Classifier` trait provides a common framework for several classifiers.\n *\/\ntrait Classifier\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of data vectors and their classifications, build a classifier.\n     *\/\n    def train ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new discrete data vector z, determine which class it belongs to.\n     *  @param z  the vector to classify\n     *\/\n    def classify (z: VectorI): Tuple2 [Int, String]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new continuous data vector z, determine which class it belongs to.\n     *  @param z  the vector to classify\n     *\/\n    def classify (z: VectorD): Tuple2 [Int, String]\n\n} \/\/ Classifier trait\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/GraphBFS.scala","text":"<filename>src\/main\/scala\/scalation\/graphalytics\/GraphBFS.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Mon Nov 11 19:03:45 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.Queue\n\nimport LabelType.TLabel\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphBFS` performs Breadth First Search on a Directed Graph.\n *  @param g  the directed graph to search\n *\/\nclass GraphBFS (g: Graph)\n{\n    private val qu = new Queue [Int] ()                 \/\/ vertex queue\n    private val go = Array.ofDim [Boolean] (g.size)     \/\/ go flags\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Search for the label 'lab' in this graph.\n     *  @param lab  the label to search for\n     *\/\n    def search (lab: TLabel): Int =\n    {\n        for (i <- 0 until g.size) go(i) = true\n        for (i <- 0 until g.size if go(i)) {\n            qu.enqueue (i)\n            val res = visit (lab)\n            if (res >= 0) return res\n        } \/\/ for\n        -1\n    } \/\/ search\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Visit the next vertex and check its label.\n     *  @param lab  the label to search for\n     *\/\n   private def visit (lab: TLabel): Int =\n   {\n       val j = qu.dequeue ()                          \/\/ take next vertex from queue\n       go(j) = false                                  \/\/ mark as visited\n       println (\"label (\" + j + \") = \" + g.label (j))\n       if (g.label(j) == lab) return j                \/\/ found label?\n       for (c <- g.adj(j) if go(j)) qu.enqueue (c)    \/\/ put children in queue\n       -1                                             \/\/ not found\n   } \/\/ visit\n\n} \/\/ GraphBFS class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphBFSTest` is used to test the `GraphBFS` class.\n *\/\nobject GraphBFSTest extends App\n{\n    val g = Graph (Array (Set (4, 5),                        \/\/ 0           \/\/ adj\n                          Set (5),                           \/\/ 1\n                          Set (6, 7),                        \/\/ 2\n                          Set (7, 8),                        \/\/ 3\n                          Set (0, 5, 9),                     \/\/ 4\n                          Set (0, 1, 4, 6, 10),              \/\/ 5\n                          Set (2, 5, 7, 10, 11),             \/\/ 6\n                          Set (2, 3, 6, 8),                  \/\/ 7\n                          Set (3, 7, 12),                    \/\/ 8\n                          Set (4),                           \/\/ 9\n                          Set (5, 6),                        \/\/ 10\n                          Set (6),                           \/\/ 11\n                          Set (8)),                          \/\/ 12\n                   Array (1, 2, 3, 4 , 5, 6, 13, 12, 11, 10, 9, 8, 7))      \/\/ labels\n\n    g.print (\"g\")\n\n    val bfs = new GraphBFS (g)\n\n    val lab = 12                                                                 \/\/ find label lab\n    println (\"search (\" + lab + \") = \" + bfs.search (lab))\n\n} \/\/ GraphBFSTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/minima\/OptTest.scala","text":"\npackage apps.minima\n\nimport scalation.linalgebra.VectorD\nimport scalation.minima._\n\nobject OptTest extends App\n{\n    def f (x: VectorD): Double = x(0) * x(0) * x(0) \/ 3.0 - 4.0 * x(0)\n\n    val opt = new QuasiNewton (f)\n    val x0 = VectorD (1.0)\n    val res = opt.solve (x0)\n    println (\"Solution: \" + res)\n}\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/calculus\/Calculus.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Mon Jan 28 17:18:16 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\n *  @see gwu.geverstine.com\/pdenum.pdf\n *\/\n\npackage scalation.calculus\n\nimport scalation.linalgebra.{MatrixD, VectorD}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Calculus` object contains function for computing derivatives, gradients\n *  and Jacobians.\n *\/\nobject Calculus\n{\n    type FunctionS2S = Double => Double      \/\/ function of a scalar\n    type FunctionV2S = VectorD => Double     \/\/ function of a vector\n\n    private var h  = 1E-6      \/\/ default step size used for estimating derivatives\n    private var h2 = h + h     \/\/ twice the step size\n    private var hh = h * h     \/\/ step size squared\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Zero function.\n     *\/\n    def _0f (x: Double): Double = 0.0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** One function.\n     *\/\n    def _1f (x: Double): Double = 1.0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset the step size from its default step size to one more suitable for\n     *  your function.  A heuristic for the central difference method is to let\n     *  h = max (|x|,1) * (machine-epsilon)^(1\/3)\n     *  For double precision, the machine-epsilon is about 1E-16.\n     *  @see http:\/\/www.karenkopecky.net\/Teaching\/eco613614\/Notes_NumericalDifferentiation.pdf\n     *  @param step  the new step size to reset h to\n     *\/\n    def resetH (step: Double) { h = step; h2 = h + h; hh = h * h }\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/\/ First Order\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the derivative of the scalar-to-scalar function f at x using\n     *  a 1-sided method (forward difference).  Approximate the tangent line at\n     *  (x, f(x)) with the secant line through points (x, f(x)) and (x+h, f(x+h)).\n     *  @param f  the function whose derivative is sought\n     *  @param x  the point (scalar) at which to estimate the derivative\n     *\/\n    def derivative1 (f: FunctionS2S, x: Double): Double = (f(x + h) - f(x)) \/ h\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the derivative of the scalar-to-scalar function f at x using\n     *  a 2-sided method (central difference).  Approximate the tangent line at\n     *  (x, f(x)) with the secant line through points (x-h, f(x-h)) and (x+h, f(x+h)).\n     *  Tends to be MORE ACCURATE than the 1-sided method.\n     *  @see http:\/\/www.math.montana.edu\/frankw\/ccp\/modeling\/continuous\/heatflow2\/firstder.htm\n     *  @param f  the function whose derivative is sought\n     *  @param x  the point (scalar) at which to estimate the derivative\n     *\/\n    def derivative (f: FunctionS2S, x: Double): Double = (f(x + h) - f(x - h)) \/ h2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the ith partial derivative of the vector-to-scalar function f at\n     *  point x returning the value for the partial derivative for dimension i.\n     *  @param f  the function whose partial derivative is sought\n     *  @param x  the point (vector) at which to estimate the partial derivative\n     *  @param i  the dimension to compute the partial derivative on\n     *\/\n    def partial (f: FunctionV2S, x: VectorD, i: Int): Double = (f(x + (h, i)) - f(x - (h, i))) \/ h2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the gradient of the vector-to-scalar function f at point x\n     *  returning a value for the partial derivative for each dimension of x.\n     *  @param f  the function whose gradient is sought\n     *  @param x  the point (vector) at which to estimate the gradient\n     *\/\n    def gradient1 (f: FunctionV2S, x: VectorD): VectorD =\n    {\n        val c = new VectorD (x.dim)\n        for (i <- 0 until x.dim) c(i) = (f(x + (h, i)) - f(x)) \/ h\n        c\n    } \/\/ gradient1\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the gradient of the vector-to-scalar function f at point x\n     *  returning a value for the partial derivative for each dimension of x.\n     *  @param f  the function whose gradient is sought\n     *  @param x  the point (vector) at which to estimate the gradient\n     *\/\n    def gradient (f: FunctionV2S, x: VectorD): VectorD =\n    {\n        val c = new VectorD (x.dim)\n        for (i <- 0 until x.dim) c(i) = (f(x + (h, i)) - f(x - (h, i))) \/ h2\n        c\n    } \/\/ gradient\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the gradient of the vector-to-scalar function f using partial\n     *  derivative functions evaluated at point x.  Return a value for the\n     *  partial derivative for each dimension of the vector x.\n     *  @param d  the array of partial derivative functions\n     *  @param x  the point (vector) at which to compute the gradient\n     *\/\n    def gradientD (d: Array [FunctionV2S], x: VectorD): VectorD =\n    {\n        val c = new VectorD (x.dim)\n        for (i <- 0 until x.dim) c(i) = d(i)(x)\n        c\n    } \/\/ gradientD\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the slope of the vector-to-scalar function f defined on mixed\n     *  real\/integer vectors.\n     *  @param f  the function whose slope is sought\n     *  @param x  the point (vector) at which to estimate the slope\n     *  @param n  the number of dimensions that are real-valued (rest are integers)\n     *\/\n    def slope (f: FunctionV2S, x: VectorD, n: Int = 0): VectorD =\n    {\n        val c = new VectorD (x.dim)\n        for (i <- 0 until x.dim) {\n            c(i) = if (i < n) (f(x + (h, i)) - f(x - (h, i))) \/ h2   \/\/ derivative\n                   else       (f(x + (1, i)) - f(x - (1, i))) \/ 2.0  \/\/ difference\n        } \/\/ for\n        c\n    } \/\/ slope\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Jacobian matrix for a vector-valued function represented as\n     *  an array of scalar-valued functions.  The i-th row in the matrix is the\n     *  gradient of the i-th function.\n     *  @param f  the array of functions whose Jacobian is sought\n     *  @param x  the point (vector) at which to estimate the Jacobian\n     *\/\n    def jacobian (f: Array [FunctionV2S], x: VectorD): MatrixD =\n    {\n        val j = new MatrixD (f.length, x.dim)\n        for (i <- 0 until f.length) j(i) = gradient (f(i), x)\n        j\n    } \/\/ jacobian\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/\/ Second Order\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the second derivative of the scalar-to-scalar function f at x\n     *  using the central difference formula for second derivatives.\n     *  @param f  the function whose second derivative is sought\n     *  @param x  the point (scalar) at which to estimate the derivative\n     *\/\n    def derivative2 (f: FunctionS2S, x: Double): Double = (f(x + h) - 2.0*f(x) + f(x - h)) \/ hh\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the (i,j)th second partial derivative of the vector-to-scalar\n     *  function f at point x returning the value for the second partial derivative\n     *  for dimensions (i, j).  If i = j, the second partial derivative is\n     *  called \"pure\", otherwise it is a \"cross\" second partial derivative.\n     *  @param f  the function whose second partial derivative is sought\n     *  @param x  the point (vector) at which to estimate the second partial derivative\n     *  @param i  the first dimension to compute the second partial derivative on\n     *  @param j  the second dimension to compute the second partial derivative on\n     *\/\n    def partial2 (f: FunctionV2S, x: VectorD, i: Int, j: Int): Double = \n    {\n        if (i == j) (f(x + (h, i)) - 2.0*f(x) + f(x - (h, i))) \/ hh              \/\/ pure partial\n        else 0.0 \/\/ FIX: (f(x + (h, i, j)) - 2.0*f(x) + f(x - (h, i, j))) \/ hh   \/\/ cross partial\n    } \/\/ partial2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the Hessian of the vector-to-scalar function f at point x\n     *  returning a matrix of second partial derivative.\n     *  @param f  the function whose Hessian is sought\n     *  @param x  the point (vector) at which to estimate the Hessian\n     *\/\n    def hessian (f: FunctionV2S, x: VectorD): MatrixD =\n    {\n        \/\/ FIX - to be implemented\n        null\n    } \/\/ hessian\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Estimate the Laplacian of the vector-to-scalar function f at point x\n     *  returning the sum of the pure second partial derivatives.\n     *  @param f  the function whose Hessian is sought\n     *  @param x  the point (vector) at which to estimate the Hessian\n     *\/\n    def laplacian (f: FunctionV2S, x: VectorD): Double =\n    {\n        var sum = 0.0\n        for (i <- 0 until x.dim) sum += (f(x + (h, i)) - 2.0*f(x) + f(x - (h, i))) \/ hh\n        sum\n    } \/\/ laplacian\n\n} \/\/ Calculus object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `CalculusTest` object is used to test the `Calculus` object.\n *\/\nobject CalculusTest extends App\n{\n    import Calculus._\n\n    def g (y: Double): Double = 2.0 * (y - 3.0) * (y - 3.0)\n\n    var y = 0.0\n    println (\"derivative  g(\" + y + \") = \" + derivative (g, y))\n    y = 1.0\n    println (\"derivative  g(\" + y + \") = \" + derivative (g, y))\n\n    def f (x: VectorD): Double = 2.0 * (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0)\n    def df_dx0 (x: VectorD): Double = 4.0 * x(0) - 12.0\n    def df_dx1 (x: VectorD): Double = 2.0 * x(1) - 8.0\n    val df = Array [FunctionV2S] (df_dx0, df_dx1)\n\n    var x = VectorD (0.0, 0.0)\n    println (\"gradient  f(\" + x + \") = \" + gradient (f, x))\n    println (\"gradientD f(\" + x + \") = \" + gradientD (df, x))\n    x = VectorD (1.0, 1.0)\n    println (\"gradient  f(\" + x + \") = \" + gradient (f, x))\n    println (\"gradientD f(\" + x + \") = \" + gradientD (df, x))\n\n    def f1 (x: VectorD): Double = 2 * x(0) + x(1)\n    def f2 (x: VectorD): Double = 2 * x(0) - x(1)\n    val fa = Array [FunctionV2S] (f1, f2)\n    println (\"jacobian  fa(\" + x + \") = \" + jacobian (fa, x))\n\n} \/\/ CalculusTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `CalculusTest2` object is used to test the `Calculus` object showing trade-offs\n *  of using  1-sided and 2-sided derivative approximations as well as different\n *  values for h.\n *  @see http:\/\/www.rose-hulman.edu\/~bryan\/lottamath\/diffgrad.pdf\n *\/\nobject CalculusTest2 extends App\n{\n    import Calculus._\n    import math.{abs, cos, sin}\n\n    def f (x: Double): Double = sin (x)      \/\/ the function\n\n    def d (x: Double): Double = cos (x)      \/\/ its derivative\n\n    var x = Array (.0, .1, .2, .3, .4, .5, .6, .7, .8, .9)\n    for (i <- 0 until x.length) {\n        var hh = 1E-4\n        println (\" x \\t\\t h \\t\\t deriv \\t\\t 1-sided \\t\\t error \\t\\t 2-sided \\t\\t error\")\n        for (k <- 0 until 9) {\n            resetH (hh)\n            val (d0, d1, d2) = (d(x(i)), derivative1 (f, x(i)), derivative (f, x(i)))\n            println (x(i) + \"\\t\" + hh + \"\\t\" + d0 + \"\\t\" + d1 + \"\\t\" + abs (d1-d0) + \"\\t\" + d2 + \"\\t\" + abs (d2-d0))\n            hh \/= 10.0\n        } \/\/ for\n        println ()\n    } \/\/ for\n\n} \/\/ CalculusTest2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/random\/package.scala","text":"<reponame>scalation\/traffic\n\npackage scalation\n\n\/** The random package contains classes, traits and objects for\n *  the generation of random numbers.\n *\/\npackage object random { } \n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/ClassifierInt.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sun Sep 23 21:14:14 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport math.round\n\nimport scalation.linalgebra.{MatrixI, VectorD, VectorI}\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ClassifierInt` abstract class provides a common foundation for several\n *  classifiers that operate on integer-valued data.\n *  @param x   the integer-valued training data vectors stored as rows of a matrix\n *  @param y   the training classification vector, where y_i = class for row i of the matrix x\n *  @param fn  the names for all features\/variables\n *  @param k   the number of classes\n *  @param cn  the names for all classes\n *\/\nabstract class ClassifierInt (x: MatrixI, y: VectorI, fn: Array [String], k: Int, cn: Array [String])\n         extends Classifier with Error\n{\n    \/** the number of data vectors in training-set (# rows)\n     *\/\n    protected val m = x.dim1\n\n    \/** the number of features\/variables (# columns)\n     *\/\n    protected val n = x.dim2\n\n    \/** the training-set size as a Double\n     *\/\n    protected val md = m.toDouble\n\n    \/** the feature-set size as a Double\n     *\/\n    protected val nd = n.toDouble\n\n    if (y.dim != m)     flaw (\"constructor\", \"y.dim must equal training-set size (m)\")\n    if (fn.length != n) flaw (\"constructor\", \"fn.length must equal feature-set size (n)\")\n    if (k >= m)         flaw (\"constructor\", \"k must be less than training-set size (m)\")\n    if (cn.length != k) flaw (\"constructor\", \"cn.length must equal number of classes (k)\")\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return default values for binary input data (value count (vc) set to 2).\n     *\/\n    def vc_default: VectorI = { val vc = new VectorI (n); vc.set (2); vc }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new continuous data vector 'z', determine which class it belongs\n     *  to, by first rounding it to an integer-valued vector.\n     *  @param z  the vector to classify\n     *\/\n    def classify (z: VectorD): Tuple2 [Int, String] =\n    {\n        val zi = new VectorI (z.dim)\n        for (j <- 0 until z.dim) zi(j) = (round (z(j))).toInt\n        classify (zi)\n    } \/\/ classify\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the quality of the training with a test-set and return the fraction\n     *  of correct classifications.\n     *  @param xx  the integer-valued test vectors stored as rows of a matrix\n     *  @param yy  the test classification vector, where yy_i = class for row i of xx\n     *\/\n    def test (xx: MatrixI, yy: VectorI): Double =\n    {\n        val mm = xx.dim1\n        if (yy.dim != mm) flaw (\"test\", \"yy.dim must equal test-set size (mm)\")\n        var correct = 0\n        for (i <- 0 until mm if classify (xx(i))._1 == yy(i)) correct += 1\n        correct \/ mm.toDouble\n    } \/\/ test\n\n} \/\/ ClassifierInt abstract class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/math\/ExtremeD.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sat May 24 14:48:00 EDT 2014\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.math\n\nimport java.lang.Double\n\nimport math.abs\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExtremeD` object contains constants representing extreme values for\n *  Double (IEEE 754 double precision floating point numbers).\n *  @see en.wikipedia.org\/wiki\/Double-precision_floating-point_format\n *\/\nobject ExtremeD\n{\n    \/** Smallest double such that 1.0 + EPSILON != 1.0, slightly above 2^-53.\n     *  Also, known as the \"machine epsilon\".\n     *  @see https:\/\/issues.scala-lang.org\/browse\/SI-3791\n     *\/\n    val EPSILON = 1.1102230246251568E-16              \/\/ 1 + EPSILON okay\n    val _2_53 = 2 ~^ -53                              \/\/ 1 + 2^-53 underflows\n\n    \/** Largest exponent a finite double variable may have. \n     *\/\n    val MAX_EXPONENT = Double.MAX_EXPONENT\n\n    \/** Largest positive finite value of type double, 2^1023\n     *\/\n    val MAX_VALUE = Double.MAX_VALUE\n\n    \/** Smallest exponent a normalized double variable may have.\n     *\/\n    val MIN_EXPONENT = Double.MIN_EXPONENT\n\n    \/** Smallest positive normal value of type double, 2^-1022 (retains full precision).\n     *  Also, the smallest double such that 1.0 \/ SAFE_MIN does not overflow.\n     *\/\n    val MIN_NORMAL = Double.MIN_NORMAL\n\n    \/** Smallest positive nonzero value of type double, 2^-1074 (minimal precision).\n     *\/\n    val MIN_VALUE = Double.MIN_VALUE\n\n    \/** Most negative finite value of type double.\n     *\/\n    val MOST_NEGATIVE = Double.MIN_VALUE - Double.MAX_VALUE - Double.MAX_VALUE\n\n    \/** Default tolerance should be much larger than the \"machine epsilon\".\n     *  Application dependent => redefine as needed per application.\n     *\/\n    val TOL = 100.0 * EPSILON\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return true if x == y approximately, i.e., the difference is less than TOL.\n     *  @param x  the first value to compare\n     *  @param y  the second value to compare\n     *\/\n    def approx (x: Double, y: Double): Boolean =  abs (x - y) < TOL\n\n} \/\/ ExtremeD\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExtremeDTest` object is used to test the `ExtremeD` class.\n *\/\nobject ExtremeDTest extends App\n{\n    import ExtremeD._\n\n    println (\"MAX_EXPONENT  = \" + MAX_EXPONENT)\n    println (\"MAX_VALUE     = \" + MAX_VALUE)\n    println (\"MIN_EXPONENT  = \" + MIN_EXPONENT)\n    println (\"MIN_NORMAL    = \" + MIN_NORMAL)\n    println (\"MIN_VALUE     = \" + MIN_VALUE)\n    println (\"MOST_NEGATIVE = \" + MOST_NEGATIVE)\n    println (\"TOL           = \" + TOL)\n\n    println (\"EPSILON       = \" + EPSILON)\n    println (\"1 + EPSILON   = \" + (1.0 + EPSILON))      \/\/ still okay\n    println (\"_2_53         = \" + _2_53)\n    println (\"1 + _2_53     = \" + (1.0 + _2_53))        \/\/ underflow\n\n    println (\"approx (5.0, 5.0) = \" + approx (5.0, 5.0))\n    println (\"approx (5.0, 5.1) = \" + approx (5.0, 5.1))\n\n} \/\/ ExtremeDTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"build.sbt","text":"<reponame>scalation\/traffic\n\n\/\/ build.sbt - specifications for Simple Build Tool\n\nname := \"scalation\"\n\norganization := \"scalation\"\n\nversion := \"1.2\"\n\nscalaVersion := \"2.12.0-M1\"\n\nfork := true\n\n\/\/ scalacOptions += \"-feature\"\n\n\/\/ javaOptions += \"-Xmx4G\n\nlibraryDependencies += \"org.jsoup\" % \"jsoup\" % \"1.8.2\"\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/util\/Timer.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Thu Sep 19 15:32:04 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.util\n\nimport java.lang.System.nanoTime\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Timer` object allow any component that imports it in to easily time\n *  blocks of code.\n *\/\nobject Timer\n{\n    val ns_per_ms = 1E-6                \/\/ nanoseconds per millisecond\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the elapsed time in milliseconds (ms) for the execution of an\n     *  arbitrary block of code:  'time { block }'.\n     *  @see http:\/\/stackoverflow.com\/questions\/9160001\/how-to-profile-methods-in-scala\n     *  @param block  the block of code to be executed\n     *\/\n    def time [R] (block: => R): R =\n    {\n        val t0 = nanoTime ()\n        val result = block         \/\/ call-by-name\n        val t1 = nanoTime ()\n        println (\"Elapsed time: \" + (t1 - t0) * ns_per_ms + \" ms\")\n        result\n    } \/\/ time\n    \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the elapsed time in milliseconds (ms) for the execution of an\n     *  arbitrary block of code:  'time { block }'.\n     *  @see http:\/\/stackoverflow.com\/questions\/9160001\/how-to-profile-methods-in-scala\n     *  @param block  the block of code to be executed\n     *\/\n    def timer [R] (block: => R): (R, Double) = \n    {\n        val t0 = nanoTime ()\n        val result = block                       \/\/ call-by-name\n        val t1 = nanoTime ()\n        (result, (t1 - t0) * ns_per_ms)\n    } \/\/ time\n\n} \/\/ Timer object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/linalgebra\/bld\/BldParams.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sat May 30 13:51:12 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.linalgebra.bld\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BldParams` trait defines common values to be used in code generation.\n *\/\ntrait BldParams\n{\n    val _l   = java.io.File.separator\n    val DIR  = s\"src${_l}main${_l}scala${_l}scalation${_l}linalgebra${_l}bld\"\n\n\/\/                      VECTOR     BASE        VECTOR2    BASE2     FORMAT  MATRI    SORTING     ZERO   ONE\n    val kind = Array ((\"VectorI\", \"Int\",      \"VectorD\", \"Double\", \"%d\",   \"MatriI\", \"SortingI\", \"0\",   \"1\"),\n                      (\"VectorL\", \"Long\",     \"VectorD\", \"Double\", \"%d\",   \"MatriL\", \"SortingL\", \"0l\",  \"1l\"),\n                      (\"VectorD\", \"Double\",   \"VectorI\", \"Int\",    \"%g\",   \"MatriD\", \"SortingD\", \"0.0\", \"1.0\"),\n                      (\"VectorR\", \"Rational\", \"VectorD\", \"Double\", \"%s\",   \"MatriR\", \"SortingR\", \"_0\",  \"_1\"),\n                      (\"VectorC\", \"Complex\",  \"VectorD\", \"Double\", \"%s\",   \"MatriC\", \"SortingC\", \"_0\",  \"_1\"))\n\n} \/\/ BldParams trait\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/math\/package.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed May 27 14:36:12 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  @see http:\/\/www.scala-lang.org\/node\/724\n *  @see http:\/\/www.scala-lang.org\/old\/node\/12014.html\n *\/\n\npackage scalation\n\nimport scala.math.{abs, log}                      \/\/ absolute value, natural log\nimport scala.language.implicitConversions\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The math package contains classes, traits and objects for common mathematical\n *  operations.  Its package object defines exponentiation\/logarithmic operators\n *  and functions.\n *\/\npackage object math\n{\n    \/** The natural log of 2\n     *\/\n    val log_2  = log (2.0)\n\n    \/** The natural log of 10\n     *\/\n    val log_10 = log (10.0)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The `Int_Exp` adds an exponentiation operator 'x ~^ y' to 'Int'.\n     *  The '~^' has higher precedence than '*' or '\/'.\n     *  @param x  the base parameter\n     *\/\n    case class Int_Exp (x: Int)       { def ~^ (y: Int) = scala.math.pow (x, y).toInt }\n    case class Long_Exp (x: Long)     { def ~^ (y: Long) = pow (x, y) }\n    case class Double_Exp (x: Double) { def ~^ (y: Double) = scala.math.pow (x, y) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Implicit conversion from 'Int' to 'Int_Exp', which supports exponentiation.\n     *  @param x  the base parameter\n     *\/\n    implicit def int_exp (x: Int)       = Int_Exp (x)\n    implicit def long_exp (x: Long)     = Long_Exp (x)\n    implicit def double_exp (x: Double) = Double_Exp (x)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Power function for scala Longs 'x ~^ y'.  Compute: 'math.pow (x, y).toLong'\n     *  without using floating point, so as to not lose precision.\n     *  @param x  the Long base parameter\n     *  @param y  the Long exponent parameter\n     *\/\n    def pow (x: Long, y: Long): Long =\n    {\n        var base   = x\n        var exp    = y\n        var result = 1l\n        while (exp != 0l) {\n            if ((exp & 1l) == 1l) result *= base\n            exp >>= 1l\n            base *= base\n        } \/\/ while\n        result\n    } \/\/ pow\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the 'y'-th root of 'x', i.e.,  'x ~^ 1\/y' for scala Longs.\n     *  'r = x ~^ 1\/y' is largest long integer 'r' such that 'r ~^ y <= x'.\n     *  @see http:\/\/en.wikipedia.org\/wiki\/Shifting_nth_root_algorithm\n     *  @see http:\/\/stackoverflow.com\/questions\/8826822\/calculate-nth-root-with-integer-arithmetic\n     *  @param x  the Long base parameter\n     *  @param y  the Long root level (reciprocal exponent) parameter\n     *\/\n    def root (x: Long, y: Long): Long =\n    {\n        var r = 1l                               \/\/ initial guess for root\n\n        def step: Long = ((y-1) * r + x \/ r~^(y-1)) \/ y\n\n        var q = step                             \/\/ find better root\n        do { r = q; q = step } while (q < r)     \/\/ repeat looking for better root\n        r\n    } \/\/ root\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Negative exponential funtion (e to the minus x).\n     *  @param x  the argument of the function\n     *\/\n    def nexp (x: Double) = scala.math.exp (-x)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the log of x base 2\n     *  @param x  the value whose log is sought\n     *\/\n    def log2 (x: Double): Double = log (x) \/ log_2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the log of x base 2\n     *  @param x  the value whose log is sought\n     *\/\n    def log10 (x: Double): Double = log (x) \/ log_10\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the log of x base b\n     *  @param b  the base of the logarithm\n     *  @param x  the value whose log is sought\n     *\/\n    def logb (b: Double, x: Double): Double = log (x) \/ log (b)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the absolute value of 'x' with the sign of 'y'.\n     *  @param x  the value contributor\n     *  @param y  the sign contributor\n     *\/\n    def sign (x: Double, y: Double): Double = if (y < 0.0) -abs (x) else abs (x)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return 1 if the condition is true else 0.\n     *  @param cond  the condition to evaluate\n     *\/\n    def oneIf (cond: Boolean): Int = if (cond) 1 else 0\n\n} \/\/ match package object \n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/GraphSim.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Mon May  6 10:50:37 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\n *  @see     www2012.wwwconference.org\/proceedings\/proceedings\/p949.pdf\n *\/\n\npackage scalation.graphalytics\n\nimport collection.immutable.{Set => SET}\n\nimport scalation.util.Timer.time\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSim` class provides an implementation for Simple Graph Simulation.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass GraphSim (g: Graph, q: Graph)\n      extends GraphMatcher (g, q)\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Graph Simulation pattern matching algorithm to find the mappings\n     *  from the query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = nisarGraphSim (feasibleMates ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the mappings 'phi' produced by the 'feasibleMates' method,\n     *  eliminate mappings 'u -> v' when v's children fail to match u's.\n     *  @param phi  array of mappings from a query vertex u to { graph vertices v }\n     *\/\n    private def nisarGraphSim (phi: Array [SET [Int]]): Array [SET [Int]] =\n    {\n        var alter = true\n        while (alter) {                                     \/\/ check for matching children\n            alter = false\n\n            \/\/ loop over query vertices u, data vertices v in phi(u), and u's children u_c\n\n            for (u <- qRange; v <- phi(u); u_c <- q.adj(u)) {\n                if ((g.adj(v) & phi(u_c)).isEmpty) {        \/\/ v must have a child in phi(u_c)\n                    phi(u) -= v                             \/\/ remove v due to lack of child match \n                    alter   = true\n                } \/\/ if\n            } \/\/for           \n\n        } \/\/ while\n        phi\n    } \/\/ nisarGraphSim\n\n} \/\/ GraphSim class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSimTest` object is used to test the `GraphSim` class.\n *  > run-main scalation.graphalytics.GraphSimTest\n *\/\nobject GraphSimTest extends App\n{\n    val q = Graph (Array (SET (1, 2),                   \/\/ ch(0)\n                          SET [Int] (),                 \/\/ ch(1)\n                          SET (1)),                     \/\/ ch(2)\n                   Array (10, 11, 11))\n\n    val g = Graph (Array (SET [Int] (),                 \/\/ ch(0)\n                          SET (0, 2, 3, 4),             \/\/ ch(1)\n                          SET (0),                      \/\/ ch(2)\n                          SET (4),                      \/\/ ch(3)\n                          SET [Int] ()),                \/\/ ch(4)\n                   Array (11, 10, 11, 11, 11))\n\n    q.print (\"q\")\n    g.print (\"g\")\n\n    val matcher = new GraphSim (g, q)                      \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    println (\"GraphSim ----------------------------------------------------\")\n    matcher.showMappings (phi)                             \/\/ display results\n\n} \/\/ GraphSimTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSimTest2` object is used to test the `GraphSim` class.\n *\/\nobject GraphSimTest2 extends App\n{  \n    if (args.length != 4) {\n        println (\"usage: scala -cp classes scalation.graphalytics.GraphSim [DataGraph] [QueryGraph] [Repeats] [DisplayResults(0\/1)]\")\n    } else {\n        val g = Graph (args(0), false)                        \/\/ data graph\n        val q = Graph (args(1), false)                        \/\/ query graph\n        val matcher = new GraphSim (g, q)                     \/\/ Simple Graph Simulation Pattern Matcher   \n    \n        for (i <- 0 until args(2).toInt) {                    \/\/ loop repeats times\n\/\/          g.labelMap.clear ()\n            System.gc ()                                      \/\/ run garbage collector (gc)\n            Thread.sleep (2000)                               \/\/ give gc time to work\n            val sim = time { matcher.mappings () }            \/\/ time the matcher\n            if (args(3).toInt == 1) for (u <- 0 until q.size) println (u + \" -> \" + sim(u))\n        } \/\/ for\n    } \/\/ if\n\n} \/\/ GraphSimTest2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/minima\/SPSA.scala","text":"<reponame>scalation\/traffic\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.1\n *  @date    Fri Feb 13 22:17:23 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.minima\n\nimport math.{abs, max, pow}\n\nimport scalation.calculus.Calculus.{FunctionV2S, gradient, gradientD}\nimport scalation.linalgebra.{MatrixD, VectorD}\nimport scalation.linalgebra.MatrixD.{eye, outer}\nimport scalation.util.Error\nimport scalation.random._\nimport scalation.math._\n\nclass SPSA (f: FunctionV2S)\n      extends Minimizer with Error\n{\n    private val DEBUG = true\n\n    type Pair = Tuple2 [VectorD, VectorD]\n\n    private val rand = Bernoulli2 ()\n \n    private val alpha = 0.602     \/\/ From Spall: http:\/\/www.jhuapl.edu\/spsa\/PDF-SPSA\/Spall_Implementation_of_the_Simultaneous.PDF\n\n    private val gamma = 0.101 \n \n    private val A = 50\n\n    private val a = 0.10665\n\n    private val c = 1000.0\n    \n    def lineSearch (x: VectorD, dir: VectorD, step: Double = STEP): Double = 0.0  \n\n    def solve (x0: VectorD, step: Double = STEP, toler: Double = EPSILON): VectorD =\n    {\n        println (\"x0 = \" + x0) \n\/\/        var ak = pow (a \/ (A + 1), alpha)\n        var ak = 1000.0\n        var ck = c \n        var grad = gradEst (f, x0, ck)\n        if (DEBUG) println (\"Gradient Estimation = \" + grad)\n        var x  = x0 - grad * ak  \n        var xx = new VectorD (x0)       \n\n        for (k <- 1 to 500 if !terminate (x, xx)) {\n            x = xx\n\/\/            ak = pow (a \/ (A + k + 1), alpha)\n            ak = 1000.0 \/ k\n\/\/            ck = pow (c \/ (k + 1), gamma)\n\n            grad = gradEst (f, x, ck)\n\/\/            if (DEBUG) println (\"Gradient Esimation  = \" + grad)\n            xx = x - grad * ak\n            if (DEBUG) println (\"solve: (k = \" + k + \") move from \" + x + \" to \" + xx\n                              + \" where f(xx._1) = \" + f(xx))\n        }\n        x\n    }\n\n    def terminate (xnew: VectorD, xold: VectorD): Boolean =\n    {\n        var term = false\n        var max = 0.0\n        for (i <- 0 until xnew.dim) {\n            val diff = abs (xnew(i) - xold(i))\n\/\/            println (\"diff = \" + diff)\n            if (diff > max) max = diff\n        }\n\/\/        println (\"max = \" + max)\n        if (max < 1.0) term = true\n        term\n    }  \n\n    def gradEst (f: FunctionV2S, x: VectorD, ck: Double): VectorD =\n    {\n        val n = x.dim\n        val delta = new VectorD (n)\n        val y  = new VectorD (n)\n        val x1 = new VectorD (x)\n        val x2 = new VectorD (x)\n        \n        for (i <- 0 until n) { \n            val d = rand.gen\n            delta(i) = d\n            x1(i) += d * ck\n            x2(i) -= d * ck\n        }\n        val top = f(x1) - f(x2)\n        for (i <- 0 until n) y(i) = top \/ (2.0 * ck * delta(i))\n        y\n    }\n}\n\n\/*\nobject SPSATest extends App\n{\n    def x0 = new VectorD (2)\n\n    println (\"\\nMinimize: (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def f (x: VectorD): Double = (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    var solver = new SPSA (f)\n    var x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value f(x) = \" + f(x))\n\n    println (\"\\nMinimize: x_0^4 + (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def g (x: VectorD): Double = pow (x(0), 4.0) + (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    solver = new SPSA (g)\n    x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value g(x) = \" + g(x))\n}\n\nobject SPSATest2 extends App\n{\n    def f (x: VectorD): Double = (x(0) - 1.0) ~^ 2.0 + (x(1) - 2.0) ~^ 2.0 + (x(2) - 3.0) ~^ 2.0 + (x(3) - 4.0) ~^ 2.0 + 1.0\n    var solver = new SPSA (f)\n    var x = solver.solve (new VectorD (4))\n    println (\"optimal solution x = \" + x + \" with an objective value f(x) = \" + f(x))\n}\n*\/\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/minima\/WolfeLS1.scala","text":"<reponame>scalation\/traffic<filename>src\/main\/scala\/scalation\/minima\/WolfeLS1.scala<gh_stars>1-10\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Aug 24 19:53:22 EDT 2011\n *  @see     LICENSE (MIT style license file).\n *-----------------------------------------------------------------------------\n *  @see pages.cs.wisc.edu\/~ferris\/cs730\/chap3.pdf\n *  @see Limited Memory BFGS for Nonsmooth Optimization\n *\/\n\npackage scalation.minima\n\nimport math.{abs, pow}\n\nimport scalation.calculus.Calculus.{FunctionS2S, derivative1, resetH}\nimport scalation.linalgebra.VectorD\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** This class performs an inexact line search on f to find a point x that exhibits\n *  (1) sufficient decrease (f(x) enough less that f(0)) and\n *  (2) the slope at x is less steep than the slope at 0.\n *  That is, the line search looks for a value for x satisfying the two Wolfe conditions.\n *  \n *     f(x) <= f(0) + c1 * f'(0) * x      Wolfe condition 1 (Armijo condition)\n *  |f'(x)| <= |c2 * f'(0)|               Wolfe condition 2 (Strong version)\n *    f'(x) >= c2 * f'(0)                 Wolfe condition 2 (Weak version, more robust)\n *  \n *  It works on scalar functions (see WolfeLSTest).  If starting with a vector function\n *  f(x), simply define a new function g(y) = x0 + direction * y (see WolfeLSTest2).\n *  \n *  @param f   the scalar objective function to minimize\n *  @param c1  constant for sufficient decrease (Wolfe condition 1)\n *  @param c2  constant for curvature\/slope constraint (Wolfe condition 2)\n *\/\nclass WolfeLS1 (f: FunctionS2S, c1: Double = .0001, c2: Double = .9)\n      extends LineSearch\n{\n    private val DEBUG    = true                  \/\/ debug flag\n    private val MAX_ITER = 20                     \/\/ maximum number of iterations\n    private val f0       = f(0.0)                 \/\/ functional value at the origin\n    private val df0      = derivative1 (f, 0.0)    \/\/ derivative at the origin f'(0)\n    private val c1_df0   = c1 * df0               \/\/ pre-multiplication for Wolfe condition 1\n    private val c2_df0   = c2 * df0               \/\/ pre-multiplication for Wolfe condition 2\n\n    resetH (5000.0)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an inexact Line Search (LS) using the Wolfe approach with defaults.\n     *  @param step  the initial step size\n     *\/\n    def search (step: Double = 1.0): Double = lsearch (step)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an inexact Line Search (LS) on the function 'f' to find a point\n     *  'x' that satisfies the Wolfe Conditions 1 and 2.\n     *  @param x0    the current point\n     *  @param lo0   the lower bound for x\n     *  @param weak  whether to use the weak (true) or strong (false) Wolfe conditions\n     *\/\n    def lsearch (x0: Double = 1.0, lo0: Double = 0.0, weak: Boolean = true): Double =\n    {\n        var lo  = lo0\n        var x   = x0\n        var hi  = Double.PositiveInfinity                   \/\/ upper bound for x\n        var fx  = f(x)                                      \/\/ function at x, f(x)\n        var dfx = derivative1 (f, x)                         \/\/ derivative at x, f'(x)\n        for (k <- 1 to MAX_ITER) {\n            if (fx > f0 + c1_df0 * x)                       \/\/ Wolfe condition 1 fails\n                hi = x\n            else if (weak && dfx < c2_df0)                  \/\/ Weak Wolfe condition 2 fails\n                lo = x\n            else if (! weak && abs (dfx) > abs (c2_df0))    \/\/ Strong Wolfe condition 2 fails\n                lo = x\n            else return x                                   \/\/ both conditions satisfied\n\n            x  = if (hi < Double.PositiveInfinity) (lo + hi) \/ 2.0 else x + x\n            fx = f(x); dfx = derivative1 (f, x)              \/\/ recompute f(x) and f'(x)\n            if (DEBUG) println (\"WolfeLS.search: (k = \" + k + \") x = \" + x + \", f(x) = \" + fx)\n        } \/\/ for\n        x\n    } \/\/ lsearch\n\n} \/\/ WolfeLS1 class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** This object is used to test the WolfeLS class on scalar functions.\n *\/\nobject WolfeLS1Test extends App\n{\n    def f (x: Double): Double = (x - 4.0) * (x - 4.0) + 1.0        \/\/ no expansion phase\n\/\/  def f (x: Double): Double = (x - 40.0) * (x - 40.0) + 1.0      \/\/ requires expansion phase\n    val solver = new WolfeLS (f)\n    println (\"\\nProblem 1: (x - 40)^2 + 1\") \n    println (\"optimal solution = \" + solver.search ())\n\n} \/\/ WolfeLS1Test object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** This object is used to test the WolfeLS class on vector functions.\n *\/\nobject WolfeLS1Test2 extends App\n{\n    val zo   = VectorD (0.0, 0.0)                       \/\/ zero vector, the origin\n    val dir  = VectorD (1.0, 1.0)                       \/\/ direction to search in\n    var y    = 0.0\n    var x    = zo\n\n    def f (x: VectorD): Double  = (x(0) - 2.0) * (x(0) - 2.0) + (x(1) - 3.0) * (x(1) - 3.0) + 1.0\n    def g (y: Double): Double = f(zo + dir * y)\n    def f2 (x: VectorD): Double = x(0)\/4.0 + 5.0*x(0)*x(0) + pow(x(0),4) -\n                                  9.0*x(0)*x(0)*x(1) + 3.0*x(1)*x(1) + 2.0*pow(x(1),4)\n    def g2 (y: Double): Double = f2(zo + dir * y)\n\n    val solver  = new WolfeLS (g)\n    val solver2 = new WolfeLS (g2)\n\n    println (\"\\nProblem 1: (x_0 - 2)^2 + (x_1 - 3)^2 + 1\") \n    y = solver.search ()\n    println (\"optimal y solution = \" + y)\n    x = zo + dir * y\n    println (\"optimal x solution = \" + x)\n    println (\"optimal f solution = \" + f(x))\n\n    println (\"\\nProblem 4: x_0\/4 + 5x_0^2 + x_0^4 - 9x_0^2 x_1 + 3x_1^2 + 2x_1^4\")\n    \/\/ @see http:\/\/math.fullerton.edu\/mathews\/n2003\/gradientsearch\/GradientSearchMod\/Links\/GradientSearchMod_lnk_5.html\n    y = solver2.search ()\n    println (\"optimal y solution = \" + y)\n    x = zo + dir * y\n    println (\"optimal x solution = \" + x)\n    println (\"optimal f solution = \" + f(x))\n\n} \/\/ WolfeLS1Test2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/Graph.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Thu Jul 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\n *  Graph Data Structure Using Immutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport java.io._\n\nimport collection.immutable.{Set => SET}\nimport scala.io._\n\nimport LabelType.TLabel\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Graph` class stores vertex-labeled directed graphs using an adjacency\n *  set ('adj') representation, e.g., adj = { {1, 2}, {0}, {1} } means that the\n *  graph has the following edges { (0, 1), (0, 2), (1, 0), (2, 1) }.\n *  Optionally, inverse adjacency via the 'par' array can be stored at the cost\n *  of nearly doubling the storage requirements.\n *  @param adj      the array of vertex (child) adjacency sets (outgoing edges)\n *  @param label    the array of verter labels\n *  @param inverse  whether to store inverse adjacency sets (parents)\n *\/\ncase class Graph (adj:     Array [SET [Int]],\n                  label:   Array [Int] = Array.ofDim (0),\n                  inverse: Boolean = false)\n      extends Cloneable \n{\n    \/** the map from label to the set of vertices with the label\n     *\/\n    val labelMap =  buildLabelMap (label)\n\n    \/** The optional array of vertex inverse (parent) adjacency sets (incoming edges)\n     *\/\n    val par = Array.ofDim [SET [Int]] (adj.size)     \/\/ by default, don't use 'par'\n\n    if (inverse) addPar ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone (make a deep copy) of this graph.\n     *\/\n    override def clone: Graph = Graph (adj.clone, label.clone, inverse)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add the inverse adjacency sets for rapid accesses to parent vertices.\n     *\/\n    def addPar ()\n    {\n        for (j <- par.indices) par(j) = SET [Int] ()\n        for (i <- adj.indices; j <- adj(i)) par(j) += i\n    } \/\/ addPar\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the number of vertices in the graph.\n     *\/\n    def size = adj.size\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the number of edges in the graph.\n     *\/\n    def nEdges = adj.foldLeft (0) { (n, i) => n + i.size }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given an array of labels, returns an index from labels to the sets of\n     *  vertices containing those labels\n     *  @param label  the array of vertex labels of type TLabel\n     *\/\n    def buildLabelMap (label: Array [Int]): Map [TLabel, SET [Int]] =\n    {\n        var labelMap = Map [TLabel, SET [Int]] ()\n        label.foldLeft(0) ( (i, label) => {\n            labelMap = labelMap + (label -> (labelMap.getOrElse (label, Set [Int] ()) + i))\n            i + 1\n        })  \/\/ foldLeft\n        labelMap\n    } \/\/ buildLabelMap\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the maximum label value.\n     *\/ \n    def nLabels = labelMap.keys.max\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determines the number of vertices in the graph that have outgoing edges\n     *  to themselves.\n     *\/ \n    def nSelfLoops: Int =\n    {\n        adj.indices.foldLeft (0) { (sum, i) => if (adj(i) contains i) sum + 1 else sum }\n    } \/\/ nSelfLoops\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determines whether or not the graph is connected.\n     *\/\n    def isConnected: Boolean =\n    {\n        var connectedNodes = Set [Int]()\n        adj.foldLeft(0) { (i, set) =>\n            if (! set.isEmpty) connectedNodes += i\n            connectedNodes ++= set\n            i + 1\n        } \/\/ foldLeft\n        connectedNodes.size == size\n    } \/\/ isConnected\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the set of vertices in the graph with label l.\n     *\/\n    def getVerticesWithLabel (l: Int) = labelMap.getOrElse (l, Set [Int] ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Indicate basic information about this graph.  Due to its potential size,\n     *  use print to show graph details.\n     *\/\n    override def toString: String = \"Graph with \" + size + \" vertices\"\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Prints the adjacency list and labelMap of the graph.\n     *  @param name  the name of the graph\n     *\/\n    def print (name: String = \"g\")\n    {\n        println (\"Graph \" + name + \" ---------------------------------------\")\n        println (\"adj: \");    adj.foldLeft (0)  { (i, u) => { println (i + \" -> \" + u); i+1 } }\n        println (\"labelMap: \");  labelMap.foreach  { case (k, v) => println (k + \" -> \" + v) }\n    } \/\/ print\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Writes the graph to ONE file in the following format:\n     *  <vertexId> <labelId> <adjVertex1> <adjVertex2> ...\n     *  @param gFile  the file in which to write the graph's label and edge information\n     *\/\n    def write2File (gFile: String)\n    {\n        val out = new PrintWriter (gFile)\n        for (i <- adj.indices) {\n            out.println (i + \" \" + label(i) + \" \" + adj(i).foldLeft (\"\")((str, n) => n + \" \" + str))\n        } \/\/ for\n        out.close\n    } \/\/ writeToFile\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Writes the graph to TWO igraph compatible files.\n     *  @see igraph.sourceforge.net\n     *\/\n    def write2IgraphFiles (prefix: String): (String, String) =\n    {\n        val lFile = prefix + \"igl.txt\"\n        val eFile  = prefix + \"ige.txt\"\n        val lOut   = new PrintWriter (lFile)\n        label.foreach (lOut.println (_))\n        lOut.close\n        val eOut   = new PrintWriter (eFile)\n        for (i <- adj.indices) adj(i).foreach (x => eOut.println (i + \" \" + x))\n        eOut.close\n        (lFile, eFile)\n    } \/\/ write2IgraphFiles\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Writes the graph to TWO Neo4J compatible files: lFile and eFile so that\n     *  they may be fed into Neo4j with one of its utilities.\n     *  FIX:  need to handle multiple edge types.\n     *  @param lFile  the file containing the graph labels (line: vertex-id TAB label)\n     *  @param eFile  the file the edges (line: start-id TAB end-id TAB type)\n     *\/\n    def write2Neo4JFiles (lFile: String, eFile: String)\n    {\n        val vertexLine = new PrintWriter (lFile)       \/\/ write the vertex ids and their labels\n        vertexLine.println (\"id\\tlabel\")\n        label.foldLeft (1) { (i, l) => vertexLine.println (i + \"\\t\" + l); i + 1 }\n        vertexLine.close\n        val edgeLine = new PrintWriter (eFile)        \/\/ write the edges and their types.\n        edgeLine.println (\"start\\tend\\ttype\")\n        adj.foldLeft (1) { (i, v) =>\n            v.foreach { c => edgeLine.println (i + \"\\t\" + (c+1) + \"\\tEDGE\") }\n            i + 1\n        } \/\/ foldLeft\n        edgeLine.close\n    } \/\/ write2Neo4JFiles\n\n} \/\/ Graph class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Graph` object is the companion object to the `Graph` class and is used\n *  for reading graphs from files or graph databases.\n *\/\nobject Graph\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reads a graph from ONE file based on the format used by 'write2File':\n     *  <vertexId> <label> <adjVertex> <adjVertex2> ...\n     *  @param gFile     the file containing the graph's label and edge information\n     *  @param inverse   whether to store inverse adjacency sets (parents)\n     *\/\n    def apply (gFile: String, inverse: Boolean): Graph =\n    {\n        val lines = Source.fromFile (gFile).getLines         \/\/ get the lines from gFile\n        val label = lines.map (_.trim.split (\" \")(1).trim.toInt).toArray\n        val adj   = lines.map (line =>\n            if (line.trim != \"\") line.split (\" \").slice (2, line.length).map(_.trim.toInt).toSet\n            else Set [Int] ()\n        ).toArray\n        Graph (adj, label, inverse)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reads a graph from TWO files:\n     *  'lFile' is a file with one label per line, where each line represents\n     *    the vertex with id <lineNumber>.\n     *  'eFile' is a file with each line representing the vertex with id\n     *    <lineNumber>, and each line contains a space-separated list of vertices\n     *    to which the current vertex is adjacent.\n     *  @param lFile  the file containing the graph labels\n     *  @param eFile  the file the edges (to create adjacency sets)\n     *  @param inverse   whether to store inverse adjacency sets (parents)\n     *\/\n    def read2Files (lFile: String, eFile: String, inverse: Boolean = false): Graph =\n    {\n        val lLines = Source.fromFile (lFile).getLines        \/\/ get the lines from lFile\n        val label  = lLines.map (_.trim.toInt).toArray       \/\/ make the label array\n        val eLines = Source.fromFile (eFile).getLines        \/\/ get the lines from eFile\n        val adj    = eLines.map ( line =>                    \/\/ make the adj array\n            if (line.trim != \"\") line.split (\" \").map (x => x.trim.toInt).toSet\n            else Set [Int] ()\n        ).toArray\n        Graph (adj, label)\n    } \/\/ read2Files\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reads a graph from TWO specially formatted Pajek files.\n     *  @param lFile     the file containing the graph labels\n     *  @param eFile     the file the edges (to create adjacency sets)\n     *  @param inverse   whether to store inverse adjacency sets (parents)\n     *\/\n    def read2PajekFile (lFile: String, eFile: String, inverse: Boolean = false): Graph =\n    {\n        val lLines = Source.fromFile (lFile).getLines        \/\/ get the lines from lFile\n        val label  = lLines.map (_.trim.toInt).toArray\n        val adj = Array.ofDim [SET [Int]] (label.size)\n        for (i <- adj.indices) adj(i) = SET [Int] ()\n        val eLines = Source.fromFile (eFile).getLines        \/\/ get the lines from eFile\n        for (line <- eLines) {\n            val splitL = line.split (\" \").map (_.trim)\n            val adjs   = splitL.slice (1, splitL.length).map(_.trim.toInt).toSet\n            adj(splitL (0).toInt-1) ++= adjs\n        } \/\/ for\n        Graph (adj, label)\n    } \/\/ read2PajekFile\n\n} \/\/  Graph object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphTest` object is used to test the `Graph` class and object.\n *\/\nobject GraphTest extends App\n{\n    val gFile = \"graph_test.txt\"\n    val g     = GraphGen.genRandomGraph (10, 5, 2)\n    g.print ()\n    println (\"start writing graph to \" + gFile)\n    g.write2File (gFile)\n    println (\"end writing graph to \" + gFile)\n\n} \/\/ GraphTest\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/Predictor.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sun Sep 23 21:14:14 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scalation.linalgebra.{MatriD, VectorD, VectorI}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Predictor` trait provides a common framework for several predictors.\n *\/\ntrait Predictor\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of data vectors (x's) and their corresponding (y's), fit a\n     *  prediction function y = f(x).\n     *\/\n    def train ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new continuous data vector z, predict the y-value of f(z).\n     *  @param z  the vector to use for prediction\n     *\/\n    def predict (z: VectorD): Double\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new discrete data vector z, predict the y-value of f(z).\n     *  @param z  the vector to use for prediction\n     *\/\n    def predict (z: VectorI): Double = predict (z.toDouble)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given several new continuous data vectors stored as rows in a matrix,\n     *  predict all the y-values of f(z_i).\n     *  @param z  the matrix containing row vectors to use for prediction\n     *\/\n    def predict (z: MatriD): VectorD    \/\/ FIX\n\n} \/\/ Predictor trait\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/package.scala","text":"<reponame>scalation\/traffic\n\npackage scalation\n\n\/** The graphalytics package contains classes, traits and objects for\n *  graph analytics on Trees, DAGs and Directed Graphs. \n *\/\npackage object graphalytics { } \n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/MDigraph.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  MultiDigraph (MDigraph) Data Structure Using Mutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.Map\nimport collection.mutable.{Set => SET}\n\/\/import collection.mutable.{HashSet => SET}\n\nimport LabelType.TLabel\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MDigraph` class stores vertex\/edge-labeled multi-directed graphs using\n *  an adjacency set ('ch') representation, e.g., ch = { {1, 2}, {0}, {1} } means\n *  that the graph has the following edges { (0, 1), (0, 2), (1, 0), (2, 1) }.\n *  Optionally, inverse adjacency via the 'pa' array can be stored at the cost\n *  of nearly doubling the storage requirements.\n *  @param ch       the array of child (adjacency) vertex sets (outgoing edges)\n *  @param label    the array of verter labels\n *  @param elabel   the map of edge labels\n *  @param inverse  whether to store inverse adjacency sets (parents)\n *\/\nclass MDigraph (ch:      Array [SET [Int]],\n                label:   Array [TLabel] = Array.ofDim (0),\n            val elabel:  Map [Tuple2 [Int, Int], TLabel] = Map (),\n                inverse: Boolean = false)\n      extends Digraph (ch, label, inverse) with Cloneable\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone (make a deep copy) of this graph.\n     *\/\n    override def clone: MDigraph = MDigraph (ch.clone, label.clone, elabel.clone, inverse)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether the edges in the elabel map correspond to edges in the\n     *  the adjacency list.\n     *\/\n    def checkElabels: Boolean =\n    {\n        for ((u, v) <- elabel.keys if ! (ch(u) contains v)) {\n            flaw (\"checkElabel\", \"no such edge from \" + u + \" to \" + v)\n            return false\n        } \/\/ for\n        true\n    } \/\/ checkElabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert this graph to Digraph.\n     *  use print to show graph details.\n     *\/\n    def toDigraph: Digraph = Digraph (ch, label, inverse)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Indicate basic information about this graph.  Due to its potential size,\n     *  use print to show graph details.\n     *\/\n    override def toString: String = \"MDigraph with \" + size + \" vertices\"\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Prints the adjacency list and labelMap of the graph.\n     *  @param name  the name of the graph\n     *\/\n    override def print (name: String = \"g\")\n    {\n        println (\"MDigraph \" + name + \" ---------------------------------------\")\n        println (\"ch: \"); ch.foldLeft (0) { (i, u) => { println (i + \" -> \" + u); i+1 } }\n        println (\"labelMap: \"); labelMap.foreach { case (k, v) => println (k + \" -> \" + v) }\n        println (\"elabel: \"); elabel.foreach { case (k, v) => println (k + \" -> \" + v) }\n    } \/\/ print\n\n} \/\/ MDigraph class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Digraph` companion object provides build methods for directed graphs.\n *\/\nobject MDigraph\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a directed graph.\n     *  @param ch       the array of child (adjacency) vertex sets (outgoing edges)\n     *  @param label    the array of verter labels\n     *  @param elabel   the map of edge labels\n     *  @param inverse  whether to store inverse adjacency sets (parents)\n     *\/\n    def apply (ch:      Array [SET [Int]],\n               label:   Array [TLabel] = Array.ofDim (0),\n               elabel:  Map [Tuple2 [Int, Int], TLabel] = Map (),\n               inverse: Boolean = false) =\n    {\n        new MDigraph (ch, label, elabel, inverse)\n    } \/\/ apply\n\n} \/\/ MDigraph object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MDigraphTest` object is used to test the `MDigraph` class.\n *  run-main scalation.graphalytics.MDigraphTest\n *\/\nobject MDigraphTest extends App\n{\n    val g = MDigraph (Array (SET (4, 5),                \/\/ 0\n                             SET (5),                   \/\/ 1\n                             SET (6, 7),                \/\/ 2\n                             SET (7, 8),                \/\/ 3\n                             SET (0, 5, 9),             \/\/ 4\n                             SET (0, 1, 4, 6, 10),      \/\/ 5\n                             SET (2, 5, 7, 10, 11),     \/\/ 6\n                             SET (2, 3, 6, 8),          \/\/ 7\n                             SET (3, 7, 12),            \/\/ 8\n                             SET (4),                   \/\/ 9\n                             SET (5, 6),                \/\/ 10\n                             SET (),                    \/\/ 11\n                             SET (8)))                  \/\/ 12\n    g.print ()\n\n} \/\/ MDigraphTest\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MDigraphTest2` object is used to test the `MDigraph` class.\n *\/\nobject MDigraphTest2 extends App\n{\n\/\/    val g = GraphGen.genRandomGraph (10, 5, 2)\n\/\/    g.print ()\n\n} \/\/ MDigraphTest2\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/linalgebra\/SVD.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Mon Mar  2 16:18:29 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  @see Matrix Computation, 4th ed. \n *  @see www2.cs.cas.cz\/mweb\/download\/publi\/Ples2006.pdf\n *  @see www.math.iit.edu\/~fass\/477577_Chapter_12.pdf\n *  @see Handbook of Linear Algrbra, Chapter 45\n *  @see cs.fit.edu\/~dmitra\/SciComp\/11Spr\/SVD-Presentation-Updated2.ppt\n *  @see http:\/\/www.cs.utexas.edu\/users\/inderjit\/public_papers\/HLA_SVD.pdf\n *\/\n\npackage scalation.linalgebra\n\nimport math.abs\n\nimport scalation.linalgebra.Givens.{givens, givensRo, givensRoT, givensColUpdate, givensRowUpdate}\nimport scalation.linalgebra.MatrixD.eye\nimport scalation.math.ExtremeD.EPSILON\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVD` class is used to compute the Singlar Value Decomposition (SVD) of\n *  matrix 'aa' using the Golub-Kahan-Reinsch Algorithm.\n *  Decompose matrix 'aa' into the product of three matrices:\n *  <p>\n *      aa = uu * a * vv.t\n *  <p>\n *  where 'uu' is a matrix of orthogonal eigenvectors of 'aa * aa.t'\n *        (LEFT SINGULAR VECTORS)\n *        'vv' is a matrix of orthogonal eigenvectors of 'aa.t * aa'\n *        (RIGHT SINGULAR VECTORS) and\n *        'a' is a diagonal matrix of square roots of eigenvalues of 'aa.t * aa' &' aa * aa.t'\n *        (SINGULAR VALUES).\n *  @param aa  the m-by-n matrix to deflate\/decompose (algorithm requires m >= n)\n *\/\nclass SVD (aa: MatrixD)\n      extends SVDecomp with Error\n{\n    private val DEBUG      = true                 \/\/ debug flag\n    private val m          = aa.dim1              \/\/ number of rows\n    private val n          = aa.dim2              \/\/ number of columns\n\n    if (n > m) flaw (\"constructor\", \"SVD requires m >= n\")\n\n    private var a           = new MatrixD (aa)    \/\/ work on modifiable copy of aa (will hold singular values)\n    private var uu: MatrixD = null                \/\/ left orthogonal matrix  uu = u_1 * ... u_k\n    private var s:  VectorD = null                \/\/ vector of singular values (main diagonal of a after deflation)\n    private var vv: MatrixD = null                \/\/ right orthogonal matrix vv = v_1 * ... v_k\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Factor matrix 'aa' into the product of a matrix of left singular vectors 'uu',\n     *  a vector of singular values 's' and a matrix of right singular vectors 'vv'\n     *  such that 'aa = uu ** s * vv.t'.\n     *\/\n    def factor (): Tuple3 [MatrixD, VectorD, MatrixD] =\n    {\n        if (! a.isBidiagonal) {\n            val bid = new Bidiagonal (a)\n            val (u, b, v) = bid.bidiagonalize ()  \/\/ turn a into a bidiagonal matrix\n            uu = u; a = b; vv = v\n        } else {\n            uu = eye (m); vv = eye (n)\n        } \/\/ if\n        deflate ()                                \/\/ deflate the superdiagonal\n        s = a.getDiag ()                          \/\/ get the singular values from matrix a\n        reorder ()                                \/\/ reorder so largest singular values come first\n        (uu, s, vv)\n    } \/\/ factor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Deflate matrix 'aa' and decompose it using a Singular Value Decomposition\n     *  (SVD) algorithm.\n     *  Deflate matrix 'aa' forming a diagonal matrix consisting of singular\n     *  values and return the singular values in vector 's'.  Also return the\n     *  singular vector matrices 'uu' and 'vv'.\n     *  @see Matrix Computation: Algorithm 8.6.2 SVD Algorithm.\n     *\/\n    private def deflate () \n    {\n        var p  = 0                          \/\/ # zero elements in left end of superdiagonal\n        var q  = 0                          \/\/ # zero elements in right end of superdiagonal\n \n        while (true) {\n            for (i <- 0 until n-1) {\n                if (abs (a(i, i+1)) < EPSILON * (abs (a(i, i)) + abs (a(i+1, i+1)))) a(i, i+1) = 0.0\n            } \/\/ for\n\n            val (p, q) = findMiddle ()\n            if (q >= n-1) return            \/\/ return since no non-zero elements remain in superdiagonal\n            val k = findZero (p, n-q)\n\n            if (k >= 0) {\n                println (\"deflate: found zero on diagonal at \" + k)\n                \/\/ use Givens rotation to make superdiagonal element a(k, k+1) = 0.0\n                val cs = givens (a(k-1, k+1), a(k, k+1))\n                val u  = givensRoT (k-1, k, n, cs)                    \/\/ left orthogonal matrix u_k^t - FIX - is this right?\n                a = u * a                                             \/\/ FIX - use more efficient update\n            } else {\n                diagonStep (p, q)\n            } \/\/ if\n\n            println (\"deflate: a = \" + a)\n        } \/\/ while\n    } \/\/ deflate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Take one step in converting the bidiagonal matrix 'a' to a diagonal matrix.\n     *  That is, reduce the middle run of nonzero super-diagonal elements by one.\n     *  @see Matrix Computation: Algorithm 8.6.1 Golub-Kahan Step.\n     *  @param p  the size of the head of the super-diagonal\n     *  @param q  the size of the tail of the super-diagonal\n     *\/\n    private def diagonStep (p: Int, q: Int)\n    {\n        import SVD.trailing\n        import Eigen_2by2.eigenvalues\n\n        val tt = trailing (a(p until n-q, p until n-q))                  \/\/ trailing 2-by-2 submatrix of a.t * a\n        val l  = eigenvalues (tt)                                        \/\/ the eigenvalues of the submatrix\n        println (\"diagonStep: tt = \" + tt + \"\\ndiagonStep: l = \" + l)\n\n        val td = tt(1, 1)                                                \/\/ last diagonal element in a.t * a\n        val mu = if (abs (td - l(0)) <= abs (td - l(1))) l(0) else l(1)  \/\/ pick closest eigenvalue\n        var y  = a(p, p) * a(p, p) - mu\n        var z  = a(p, p) * a(p, p+1)\n        println (\"diagonStep: (mu, y, z) = \" + (mu, y, z))\n\n        for (k <- p until n-1-q) {\n\n            \/\/ Givens rotation 1: k, k+1, theta1 (c1, s1); zero right\n            val cs1 = givens (y, z)                                \/\/ compute rotation cosine and sine\n            givensColUpdate (a, k, k+1, cs1)                       \/\/ rotate to clear an element in a\n            val v = givensRo (k, k+1, n, cs1)                      \/\/ right orthogonal matrix v_k\n            vv = vv * v                                            \/\/ update vv \n\n            if (DEBUG) {\n                println (\"diagonStep (\" + k + \"): rotation 1: (c1, s1) = \" + cs1)\n                println (\"diagonStep (\" + k + \"): rotation 1: v = \" + v)\n                println (\"diagonStep (\" + k + \"): rotation 1: a = \" + a)\n            } \/\/ if\n\n            y = a(k, k); z = a(k+1, k)\n            println (\"diagonStep: (y, z) = \" + (y, z))\n\n            \/\/ Givens rotation 2: k, k+1, theta2 (c2, s2); zero down\n            val cs2 = givens (y, z)                                \/\/ compute rotation cosine and sine\n            givensRowUpdate (a, k, k+1, cs2)                       \/\/ rotate to clear an element in a\n            val u = givensRo (k, k+1, n, cs2)                      \/\/ left orthogonal matrix u_k^t\n            uu = uu * u                                            \/\/ update uu\n\n            if (DEBUG) {\n                println (\"diagonStep (\" + k + \"): rotation 2: (c2, s2) = \" + cs2)\n                println (\"diagonStep (\" + k + \"): rotation 2: u = \" + u)\n                println (\"diagonStep (\" + k + \"): rotation 2: a = \" + a)\n            } \/\/ if\n\n            if (k < n-q-2) {\n                y = a(k, k+1); z = a(k, k+2)\n                println (\"diagonStep: (y, z) = \" + (y, z))\n            } \/\/ if\n\n        } \/\/ for\n    } \/\/ diagonStep\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find\/return the index of the first diagonal entry in 'a' from 'j' until 'k'\n     *  that is zero; otherwise -1 (not found).\n     *  @param j  strart the search here\n     *  @param k  end the search here\n     *\/\n    private def findZero (j: Int, k: Int): Int =\n    {\n        for (i <- j until k if a(i, i) == 0.0) return i\n        -1\n    } \/\/ findZero\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the run of nonzero elements in the middle of the super-diagonal\n     *  of matrix 'a' such that the tail super-diagonal contains only zeros.\n     *  Return p the size of the head and q the size of the tail.\n     *\/\n    private def findMiddle (): Tuple2 [Int, Int] =\n    {\n        var i = n - 1\n        while (i >= 1 && a(i-1, i) == 0.0) i -= 1\n        val q = n - 1 - i\n        while (i >= 1 && a(i-1, i) != 0.0) i -= 1\n        val p = i\n        println (\"findMiddle: (p, q) = \" + (p, q)) \n        (p, q)\n    } \/\/ findMiddle\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reorder the singular values to be in non-increasing order.  Must swap\n     *  singular vectors in lock step with singular values.  To minimize the\n     *  number of swaps, selection sort is used.\n     *\/\n    private def reorder ()\n    {\n        for (i <- 0 until n) {\n            val j = s(i until n).argmax ()\n            if (i != j) {\n                s.swap (i, j)\n                uu.swapCol (i, j)\n                vv.swapCol (i, j)\n            } \/\/ if  \n        } \/\/ for  \n    } \/\/ reorder\n\n} \/\/ SVD class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVD` companion object.\n *\/\nobject SVD\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the trailing 2-by-2 submatrix of 'b.t * b' without multiplying\n     *  the full matrices.\n     *  @param b  the given bidiagonal matrix\n     *\/\n    def trailing (b: MatrixD): MatrixD =\n    {\n        println (\"trailing: b = \" + b)\n        val n3  = b.dim2 - 1\n        val n2  = n3 - 1\n        val n1  = n2 - 1\n        val b12 = if (n1 < 0) 0.0 else b(n1, n2)\n        val b22 = b(n2, n2)\n        val b23 = b(n2, n3)\n        val b33 = b(n3, n3)\n        new MatrixD ((2, 2), b12*b12 + b22*b22,  b22*b23,\n                             b22*b23,  b23*b23 + b33*b33) \n    } \/\/ trailing\n\n} \/\/ SVD object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVDTest` object is used to test the `SVD` class starting with a matrix that\n *  is already bidiagonalized and gives eigenvalues of 28, 18 for the first step.\n *  @see http:\/\/ocw.mit.edu\/ans7870\/18\/18.06\/javademo\/SVD\/\n *\/\nobject SVDTest extends App\n{\n    val bb = new MatrixD ((2, 2), 1.00,  2.00,\n                                  0.00,  2.00)\n\n    val u_ = new MatrixD ((2, 2), 0.75, -0.66,\n                                  0.66,  0.75)\n\n    val b_ = new MatrixD ((2, 2), 2.92,  0.00,\n                                  0.00,  0.68)\n\n    val v_ = new MatrixD ((2, 2), 0.26, -0.97,\n                                  0.97,  0.26)\n\n    println (\"svd: (u_, b_, v_) = \" + (u_, b_, v_))  \/\/ answer from Web page\n    println (\"u_b_v_.t = \" + u_ * b_ * v_.t)         \/\/ should equal the original bb\n    \n\/*\n    val bb = new MatrixD ((3, 3), 3.0, 5.0, 0.0,     \/\/ original bidiagonal matrix\n                                  0.0, 1.0, 4.0,\n                                  0.0, 0.0, 2.0)\n*\/\n    println (\"----------------------------------------\")\n    println (\"SVDTest\")\n    println (\"----------------------------------------\")\n    println (\"bb = \" + bb)\n    println (\"----------------------------------------\")\n\n    val svd = new SVD (bb)                            \/\/ Singular Value Decomposition\n    val (u, s, v) = svd.factor ()                     \/\/ factor bb\n    println (\"svd.factor: (u, s, v) = \" + (u, s, v))\n\n    println (\"u ** s * v.t = \" + (u ** s * v.t))       \/\/ should equal the original bb\n\n} \/\/ SVDTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVDTest2` is used to test the `SVD` class.\n *  Answer: singular values = (3.82983, 1.91368, 0.81866)\n *\/\nobject SVDTest2 extends App\n{\n    import MatrixD.eye\n\n    val bb = new MatrixD ((3, 3), 1.0, 1.0, 0.0,\n                                  0.0, 2.0, 2.0,\n                                  0.0, 0.0, 3.0)\n\n    println (\"----------------------------------------\")\n    println (\"SVDTest2\")\n    println (\"----------------------------------------\")\n    println (\"bb = \" + bb)\n    println (\"----------------------------------------\")\n\n    val svd = new SVD (bb)                            \/\/ Singular Value Decomposition\n    val (u, s, v) = svd.factor ()                     \/\/ factor bb\n    println (\"svd.factor: (u, s, v) = \" + (u, s, v))\n\n    println (\"u ** s * v.t = \" + (u ** s * v.t))      \/\/ should equal the original bb\n\n} \/\/ SVDTest2\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVDTest3` object is used to test the `SVD` class starting with a general\n *  matrix.\n *  @see www.mathstat.uottawa.ca\/~phofstra\/MAT2342\/SVDproblems.pdf\n *\/\nobject SVDTest3 extends App\n{\n\/*\n    val a = new MatrixD ((3, 2), 1.0, 2.0,           \/\/ original matrix\n                                 2.0, 2.0,\n                                 2.0, 1.0)\n*\/\n    val a = new MatrixD ((4, 4), 0.9501, 0.8913, 0.8214, 0.9218,\n                                 0.2311, 0.7621, 0.4447, 0.7382,\n                                 0.6068, 0.4565, 0.6154, 0.1763,\n                                 0.4860, 0.0185, 0.7919, 0.4057)\n\/*\n    val a = new MatrixD ((4, 3), 1.0,  2.0,  3.0,\n                                 4.0,  5.0,  6.0,\n                                 7.0,  8.0,  9.0,\n                                10.0, 11.0, 12.0)\n*\/\n    println (\"a = \" + a)\n\n    val bid = new Bidiagonal (a)                         \/\/ Householder Bidiagonalization\n    val (uu, bb, vv) = bid.bidiagonalize ()              \/\/ bidiagonalize a\n    println (\"bid.bidiagonalize: (uu, bb, vv) = \" + (uu, bb, vv))\n\n    val svd = new SVD (bb)                               \/\/ Singular Value Decomposition\n    val (u, s, v) = svd.factor ()                        \/\/ factor bb\n    println (\"svd.factor: (u, s, v) = \" + (u, s, v))\n    println (\"u ** s * v.t = \" + (u ** s * v.t))         \/\/ should equal the original a\n\n} \/\/ SVDTest3 object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SVDTest4` object is used to test the `SVD` companion object.\n *\/\nobject SVDTest4 extends App\n{\n    import SVD.trailing\n\n    val b = new MatrixD ((4, 4), 1.0, 5.0, 0.0, 0.0,    \/\/ the bidiagonal matrix\n                                 0.0, 2.0, 6.0, 0.0,\n                                 0.0, 0.0, 3.0, 7.0,\n                                 0.0, 0.0, 0.0, 4.0)\n    val n = b.dim2\n    println (\"b = \" + b)\n    println (\"trailing b.t * b = \" + trailing (b))\n    println (\"check: \" + (b.t * b)(n-2 to n, n-2 to n))\n\n} \/\/ SVDTest4 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/stat\/package.scala","text":"\npackage scalation\n\n\/** The stat package contains classes, traits and objects for\n *  basic statistical functions and analyses.\n *\/\npackage object stat { } \n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/util\/package.scala","text":"\npackage scalation\n\n\/** The util package contains classes, traits and objects for\n *  basic utility functions.\n *\/\npackage object util { } \n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/traffic\/TrafficGA.scala","text":"<reponame>scalation\/traffic\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.1\n *  @date    Mon Sep 28 11:24:31 EDT 2015 \n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage apps.traffic\n\nimport math.abs\n\nimport scala.collection.mutable.HashMap\nimport scala.util.Sorting.stableSort\n\nimport scalation.linalgebra.{VectorD, VectorI}\nimport scalation.math._\nimport scalation.random._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** Genetic Algorithm for Traffic light optimization\n *  @param f  function to be optimized\n *  @param n  dimensionality of the domain\n *\/\nclass TrafficGA (f: VectorI => Double, n: Int)\n{\n    private val POP_SIZE = 20\n\n    private val MAX_GEN = 100\n\n    private var population = Array.ofDim [VectorI] (POP_SIZE)\n\n    private val popMap = new HashMap [VectorI, Double] ()\n\n    private var best: VectorI = null\n\n    private var noChange = 0\n\n    private var generation = 0\n\n    def initPop (lower: Array [Int], upper: Array [Int]) \n    {\n        val rand = Array.ofDim [Variate] (n)\n        for (i <- 0 until n) rand(i) = Randi (lower(i), upper(i))\n        for (i <- 0 until POP_SIZE) {\n            val member = new VectorI (n)            \n            for (j <- 0 until n) {\n                member(j) = rand(j).igen * 1000\n            }\n            population(i) = member\n        }\n        best = population(0)\n    }\n\n    def fitness ()\n    {       \n        val fit = Array.ofDim [Tuple2 [VectorI, Double]] (POP_SIZE)\n        for (i <- 0 until POP_SIZE) {\n            val m = population(i)\n            var v = 0.0\n            if (! popMap.contains (m)) { v = f(m);  popMap += m -> v }\n            else                         v = popMap(m)\n            fit (i) = (m, v)\n        }\n        stableSort (fit, (e1: Tuple2 [VectorI, Double], e2: Tuple2 [VectorI, Double]) => e1._2 < e2._2)\n        for (i <- 0 until POP_SIZE) population(i) = fit(i)._1\n        if (! population(0).equals (best)) best = population(0)        \n        else noChange += 1\n    }\n\n    def printPop () { println (\"\\npopulation:\"); for (m <- population) println (\"x = \" + m + \", f(x) = \" + popMap (m)) }\n\n    def crossOver () \n    {\n        var done = false\n        val rand_choice = Bernoulli ()\n        val rand_parent = Discrete (probs (1.5))\n        for (k <- POP_SIZE \/ 2 until POP_SIZE) {\n            val i = rand_parent.igen\n            val m1 = population (i)\n            val m2 = population (i + 1)\n            val mnew = new VectorI (n)\n            for (j <- 0 until n) {\n                val r = rand_choice.igen\n                if (r == 0) mnew(j) = m1(j) else mnew(j) = m2(j)\n            }          \n            population(k) = mnew\n        }\n    }\n\n    def mutate (lower: Array [Int], upper: Array [Int])\n    {\n        val rand_direction = Discrete (VectorD (0.4, 0.2, 0.4), VectorD (-1.0, 0.0, 1.0))\n        val rand_distance  = Randi (-30 + generation \/ 5, 30 - generation \/ 5)\n        for (i <- 1 until POP_SIZE) {\n            for (j <- 0 until n) {\n\/\/                val t = rand_direction.igen * rand_distance.igen * 1000\n                val t = rand_distance.igen * 1000  \n                var m = population (i)(j)\n                m += t\n                if (m < lower(j) * 1000) m = lower(j) * 1000\n                if (m > upper(j) * 1000) m = upper(j) * 1000\n                population(i)(j) = m\n            }\n        }\n    }\n\n    def probs (factor: Double): VectorD = \n    {\n        var sum = 0.0\n        val powers = new VectorD (POP_SIZE)\n        for (i <- 0 until POP_SIZE) {\n            val p = factor ~^ i\n            sum += p\n            powers (POP_SIZE - i - 1) = p\n        }\n        val p = new VectorD (POP_SIZE)\n        for (i <- 0 until POP_SIZE) {\n            p(i) = powers(i) \/ sum\n        }\n\/\/        println (\"p    = \" + p)\n\/\/        println (\"psum = \" + p.sum) \n        p\n    }\n\n    def solve (lower: Array [Int], upper: Array [Int]): VectorI = \n    {\n        initPop (lower, upper)\n        fitness ()\n        for (i <- 1 to MAX_GEN if noChange < 10) {\n            println (\"Generation \" + i + \":\")\n            generation = i\n            crossOver ()\n            mutate (lower, upper)\n            fitness ()\n            printPop ()\n            \n        }\n        population (0)\n    }\n}\n\nobject TrafficGATest extends App\n{\n    val lower = Array (10, 10, 5)\n    val upper = Array (100, 100, 15)\n\n    val opt = new TrafficGA (f, 3)\n    opt.solve (lower, upper)\n\n\/*\n    opt.initPop (lower, upper)\n\n    opt.printPop ()\n\n    opt.fitness ()\n\n    opt.printPop ()\n\n    opt.mutate ()\n\n    opt.printPop ()\n\n    opt.crossOver ()\n\n    opt.printPop ()\n*\/\n    def f (x: VectorI): Double = \n    {\n        x.sum\n    }\n    \n}\n\n    \n\n\n\n\n\n\n\n\n    \n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/Digraph.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  Digraph Data Structure Using Mutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.Map\nimport collection.mutable.{Set => SET}\n\/\/import collection.mutable.{HashSet => SET}\nimport scalation.util.Error\n\nimport LabelType.TLabel\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Digraph` class stores vertex-labeled directed graphs using an adjacency\n *  set ('ch') representation, e.g., ch = { {1, 2}, {0}, {1} } means that the\n *  graph has the following edges { (0, 1), (0, 2), (1, 0), (2, 1) }.\n *  Optionally, inverse adjacency via the 'pa' array can be stored at the cost\n *  of nearly doubling the storage requirements.\n *  @param ch       the array of child (adjacency) vertex sets (outgoing edges)\n *  @param label    the array of verter labels\n *  @param inverse  whether to store inverse adjacency sets (parents)\n *\/\nclass Digraph (val ch:      Array [SET [Int]],\n               val label:   Array [TLabel] = Array.ofDim (0),\n                   inverse: Boolean = false)\n      extends Cloneable with Error\n{\n    \/** the map from label to the set of vertices with the label\n     *\/\n    val labelMap = buildLabelMap (label)\n\n    \/** The optional array of vertex inverse (parent) adjacency sets (incoming edges)\n     *\/\n    val pa = Array.ofDim [SET [Int]] (ch.size)     \/\/ by default, don't use 'pa'\n\n    if (inverse) addPa ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone (make a deep copy) of this graph.\n     *\/\n    override def clone: Digraph = Digraph (ch.clone, label.clone, inverse)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add the inverse adjacency sets for rapid accesses to parent vertices.\n     *\/\n    def addPa ()\n    {\n        for (j <- pa.indices) pa(j) = SET [Int] ()\n        for (i <- ch.indices; j <- ch(i)) pa(j) += i\n    } \/\/ addPa\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the number of vertices in the graph.\n     *\/\n    def size = ch.size\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the number of edges in the graph.\n     *\/\n    def nEdges = ch.foldLeft (0) { (n, i) => n + i.size }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given an array of labels, returns an index from labels to the sets of\n     *  vertices containing those labels.\n     *  @param label  the array of vertex labels of type TLabel\n     *\/\n    def buildLabelMap (label: Array [TLabel]): Map [TLabel, SET [Int]] =\n    {\n        val labelMap = Map [TLabel, SET [Int]] ()\n        for (i <- label.indices) {                      \/\/ for each vertex i\n            val lab  = label(i)                         \/\/ label for vertex i\n            labelMap += lab -> (labelMap.getOrElse (lab, SET ()) + i)\n        } \/\/ for\n\/\/      label.foldLeft(0) ( (i, lab) => {\n\/\/          labelMap = labelMap + (lab -> (labelMap.getOrElse (lab, SET ()) + i))\n\/\/          i + 1\n\/\/      })  \/\/ foldLeft\n        labelMap\n    } \/\/ buildLabelMap\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the maximum label value.\n     *\/ \n    def nLabels = labelMap.keys.max\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determines the number of vertices in the graph that have outgoing edges\n     *  to themselves.\n     *\/ \n    def nSelfLoops: Int =\n    {\n        ch.indices.foldLeft (0) { (sum, i) => if (ch(i) contains i) sum + 1 else sum }\n    } \/\/ nSelfLoops\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determines whether or not the graph is connected.\n     *\/\n    def isConnected: Boolean =\n    {\n        var connectedNodes = SET [Int] ()\n        ch.foldLeft(0) { (i, set) =>\n            if (! set.isEmpty) connectedNodes += i\n            connectedNodes ++= set\n            i + 1\n        } \/\/ foldLeft\n        connectedNodes.size == size\n    } \/\/ isConnected\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether the endpoint vertex id of each edge is within bounds: 0..maxId.\n     *\/\n    def checkEdges: Boolean =\n    {\n        val maxId = ch.size - 1\n        for (u <- ch.indices; u_c <- ch(u) if u_c < 0 || u_c > maxId) {\n            flaw (\"checkEdges\", s\"child of $u, with vertex id $u_c not in bounds 0..$maxId\")\n            return false\n        } \/\/ for\n        true\n    } \/\/ checkEdges\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns the set of vertices in the graph with label l.\n     *\/\n\/\/  def getVerticesWithLabel (l: Int) = labelMap.getOrElse (l, SET [Int] ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Indicate basic information about this graph.  Due to its potential size,\n     *  use print to show graph details.\n     *\/\n    override def toString: String = \"Digraph with \" + size + \" vertices\"\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Prints the adjacency list and labelMap of the graph.\n     *  @param name  the name of the graph\n     *\/\n    def print (name: String = \"g\")\n    {\n        println (\"Digraph \" + name + \" ---------------------------------------\")\n        println (\"ch: \"); ch.foldLeft (0) { (i, u) => { println (i + \" -> \" + u); i+1 } }\n        println (\"labelMap: \"); labelMap.foreach { case (k, v) => println (k + \" -> \" + v) }\n    } \/\/ print\n\n} \/\/ Digraph class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Digraph` companion object provides build methods for directed graphs.\n *\/\nobject Digraph\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a directed graph.\n     *  @param ch       the array of child (adjacency) vertex sets (outgoing edges)\n     *  @param label    the array of verter labels\n     *  @param inverse  whether to store inverse adjacency sets (parents)\n     *\/\n    def apply (ch:      Array [SET [Int]],\n               label:   Array [TLabel] = Array.ofDim (0),\n               inverse: Boolean = false) =\n    {\n        new Digraph (ch, label, inverse)\n    } \/\/ apply\n\n} \/\/ Digraph object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphTest` object is used to test the `Digraph` class.\n *  run-main scalation.graphalytics.DigraphTest\n *\/\nobject DigraphTest extends App\n{\n    val g = Digraph (Array (SET (4, 5),                \/\/ 0\n                            SET (5),                   \/\/ 1\n                            SET (6, 7),                \/\/ 2\n                            SET (7, 8),                \/\/ 3\n                            SET (0, 5, 9),             \/\/ 4\n                            SET (0, 1, 4, 6, 10),      \/\/ 5\n                            SET (2, 5, 7, 10, 11),     \/\/ 6\n                            SET (2, 3, 6, 8),          \/\/ 7\n                            SET (3, 7, 12),            \/\/ 8\n                            SET (4),                   \/\/ 9\n                            SET (5, 6),                \/\/ 10\n                            SET (),                    \/\/ 11\n                            SET (8)))                  \/\/ 12\n    g.print ()\n\n} \/\/ DigraphTest\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphTest2` object is used to test the `Digraph` class.\n *\/\nobject DigraphTest2 extends App\n{\n\/\/    val g = GraphGen.genRandomGraph (10, 5, 2)\n\/\/    g.print ()\n\n} \/\/ DigraphTest2\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/traffic\/SignalController.scala","text":"<reponame>scalation\/traffic\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author   <NAME>\n *  @version  1.1\n *  @date     Wed Aug 05 14:20:13 EDT 2015 \n *  @see      LICENSE (MIT style license file).\n *\/\n\npackage apps.traffic\n\nimport collection.mutable.ListBuffer\n\nimport scalation.process._\nimport scalation.animation.CommandType._\nimport scalation.random._\nimport scalation.scala2d.{Ellipse, Rectangle}\nimport scalation.scala2d.Colors._\nimport scalation.util.Monitor.trace\nimport util.control.Breaks.{breakable, break}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The 'GateController' class controls an array of Gate2s\n *  @param name      the name of this GateController  \n *  @param director  the director for the simulation\n *  @param gate      the array of Gate2s being controlled\n *  @param state     array of String arrays representing \n *                   the states of the lights.\n *  @param time      the amount of time for each state\n *  @param at        the location of the GateController\n *\/\nclass SignalController (name: String, director: Model, gate: Array [TrafficSignal], state: Array [Array [String]], \n                      time: Array [Double], at: Array [Double] = Array (0.0, 0.0, 0.0, 0.0))\n      extends SimActor (name, director) with Component \n{\n    \/\/ each state should have a String for each individual gate\n    if (gate.length != state(0).length) flaw (\"constructor\", \"there must be the same number of gates as states.\")\n\n    \/\/ the GateController is not created by a source, so it must schedule itself to start.\n    schedule (0.0)\n    initStats (name)\n    at_= (at)\n    \n    var stateCounter = 0   \/\/ a counter that will iterate through the states\n\n    var stopped = false\n\n\/\/    for (g <- gate) subpart += g\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Each GateController is a SimActor and must have an\n     *  act method.  The method grabs the current state \n     *  and iterates through each gate, assigning the new\n     *  individual states to each gate and setting the \n     *  color for each gate.  It then yields to the director.\n     *\/\n    def act ()\n    {\n        for (j <- 0 until 1000) {\n\/\/            println (\"j = \" + j)\n\/\/            println (\"state counter = \" + stateCounter)\n            val curState = state(stateCounter)\n            for (i <- 0 until gate.length) {\n                val g = gate(i)\n                g.setColor (curState(i))\n                g.display ()\n            }\n            stateCounter += 1\n            if (stateCounter == time.length) stateCounter = 0\n            if (!stopped) schedule (time(stateCounter))\n            yieldToDirector ()\n        }\n        yieldToDirector ()\n    } \/\/ act\n            \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The GateController is thought of as an abstract \n     *  component and therefore will not have a visualization.\n     *  However, the display method is needed for all Components.\n     *\/\n    def display () {}\n\n} \/\/ GateController         \n\n\n\/*            \nobject GateControllerTest extends App\n{\n    val gcm = new GateControllerModel (\"gcm\", 10, Sharp (500), Sharp (10000.0))\n\/\/    Coroutine.startup ()\n    gcm.simulate ()\n    gcm.complete ()        \n    Coroutine.shutdown ()\n\n    class GateControllerModel (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate)\n          extends Model (name, reps = 2, animating = false)\n    {\n        val state = Array (Array (\"red\"), Array(\"green\"))\n\n        val time  = Array (1000.0, 12000.0)\n\n        val src = new Source    (\"src\", this, Car, 0, nArrivals, iArrivalRV, (100.0, 200.0))\n        val snk = new Sink      (\"snk\", (900.0, 200.0))\n        val que = new WaitQueue (\"que\", Array (750.0, 200.0, 20.0, 20.0), 1000)\n        val gat = new Gate2     (\"gat\", que, 100, Array (800.0, 200.0, 20.0, 20.0), time(1))\n        val tp1 = new Transport (\"tp1\", src, que, moveRV)\n        val tp2 = new Transport (\"tp2\", gat, snk, moveRV)\n \n        val gc  = new GateController (\"gc\", this, Array (gat), state, time)\n\n        addComponent (src, snk, que, gat, tp1, tp2, gc)\n\n        case class Car () extends SimActor (\"c\", this)\n        {\n            def act ()\n            {\n                tp1.move ()\n                if (gat.shut) que.waitIn ()\n\/\/                tp2.increment ()\n                tp2.move ()\n\/\/                tp2.decrement ()\n                snk.leave ()\n            }\n        }\n    }\n}        \n\nobject GateControllerTest2 extends App\n{\n    val gcm = new GateControllerModel2 (\"gcm\", 300, Sharp (1000), Sharp (3000.0))\n\/\/    Coroutine.startup ()\n    gcm.simulate ()\n    gcm.complete ()        \n    Coroutine.shutdown ()\n    \n    class GateControllerModel2 (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate)\n          extends Model (name, reps = 1)\n    {\n        val state = Array (Array (\"red\",   \"red\"  ), \n                           Array (\"green\", \"red\"  ),\n                           Array (\"green\", \"green\"),\n                           Array (\"red\",   \"green\"))\n\n        val time  = Array (3000.0, 2000.0, 3000.0, 1000.0)\n\n        val src = new Source    (\"src\", this, Car, 0, nArrivals, iArrivalRV, (100.0, 200.0))\n        val snk = new Sink      (\"snk\", (800.0, 200.0))\n        val qu1 = new WaitQueue (\"qu1\", Array (300.0, 200.0, 20.0, 20.0), 1000)\n        val qu2 = new WaitQueue (\"qu2\", Array (500.0, 200.0, 20.0, 20.0), 1000)\n        val gt1 = new Gate2     (\"gt1\", qu1, 100, Array (350.0, 200.0, 20.0, 20.0), time(1) + time(2))\n        val gt2 = new Gate2     (\"gt2\", qu2, 100, Array (550.0, 200.0, 20.0, 20.0), time(2) + time(3))\n        val tp1 = new Transport (\"tp1\", src, qu1, moveRV)\n        val tp2 = new Transport (\"tp2\", gt1, qu2, moveRV)\n        val tp3 = new Transport (\"tp3\", gt2, snk, moveRV)\n \n        val gc  = new GateController (\"gc\", this, Array (gt1, gt2), state, time)\n\n        addComponent (src, snk, qu1, qu2, gt1, gt2, tp1, tp2, tp3, gc)\n\n        case class Car () extends SimActor (\"c\", this)\n        {\n            def act ()\n            {\n                tp1.move ()\n                if (gt1.shut) qu1.waitIn ()\n                tp2.move ()\n                if (gt2.shut) qu2.waitIn ()\n                tp3.move ()\n                snk.leave ()\n            }\n        }\n    }\n}\n\nobject GateControllerTest3 extends App\n{\n    val gcm = new GateControllerModel3 (\"gcm\", 300, Sharp (3000), Sharp (3000.0))\n\/\/    Coroutine.startup ()\n    gcm.simulate ()\n    gcm.complete ()        \n    Coroutine.shutdown ()\n    \n    class GateControllerModel3 (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate)\n          extends Model (name, reps = 2, animating = false)\n    {\n        val state = Array (Array (\"red\",   \"green\"  ), \n                           Array (\"green\", \"red\"  ))\n                           \n\n        val time  = Array (12000.0, 5000.0)\n\n        val sc1 = new Source    (\"sc1\", this, Car, 0, nArrivals, iArrivalRV, (100.0, 200.0))\n        val sc2 = new Source    (\"sc2\", this, Car, 1, nArrivals, iArrivalRV, (320.0, 50.0))\n        val snk = new Sink      (\"snk\", (500.0, 200.0))\n        val qu1 = new WaitQueue (\"qu1\", Array (300.0, 200.0, 20.0, 20.0), 1000)\n        val qu2 = new WaitQueue (\"qu2\", Array (320.0, 180.0, 20.0, 20.0), 1000)\n        val gt1 = new Gate2     (\"gt1\", qu1, 100, Array (350.0, 200.0, 20.0, 20.0), time(1))\n        val gt2 = new Gate2     (\"gt2\", qu2, 100, Array (320.0, 220.0, 20.0, 20.0), time(0), _redirect = gt1)\n        val tp1 = new Transport (\"tp1\", sc1, qu1, moveRV)\n        val tp2 = new Transport (\"tp2\", sc2, qu2, moveRV)\n        val tp3 = new Transport (\"tp3\", gt1, snk, moveRV)\n \n        val gc  = new GateController (\"gc\", this, Array (gt1, gt2), state, time)\n\n        addComponent (sc1, sc2, snk, qu1, qu2, gt1, gt2, tp1, tp2, tp3, gc)\n\n        case class Car () extends SimActor (\"c\", this)\n        {\n            def act ()\n            {\n                if (subtype == 0) {\n                    tp1.move () \n                    if (gt1.shut) qu1.waitIn ()\n                    tp3.move ()\n                    snk.leave ()\n                } else {\n                    tp2.move ()\n                    if (gt2.shut) qu2.waitIn ()\n                    tp3.move ()\n                    snk.leave ()\n                }\n            }\n        }\n    }\n}\n*\/\n\n\n\n\n\n\n\n\n\n\n\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/tableau\/Model.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Dec 30 14:48:41 EST 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.tableau\n\nimport java.io.File\n\nimport scalation.linalgebra.MatrixD\nimport scalation.model.Modelable\nimport scalation.random.{Exponential, Randi, Variate}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Model` class support tableau oriented simulation models in which each\n *  simulation entity's events are recorded in tabular form (in a matrix).\n *  This is analogous to Spreadsheet simulation.\n *  @see http:\/\/www.informs-sim.org\/wsc06papers\/002.pdf\n *  @param name   the name of simulation model\n *  @param m      the number entities to process before stopping\n *  @param rv     the random variate generators to use\n *  @param label  the column labels for the matrix\n *\/\nclass Model (name: String, m: Int, rv: Array [Variate], label: Array [String])\n      extends Modelable\n{\n    private val SEP = File.separator         \/\/ '\/' for Linux\/Mac, '\\' for Windows\n    private val mm  = m.toDouble             \/\/ m as a double\n    private val n   = label.length           \/\/ number of column labels\n\n    \/** the table holding information about entity timing\n     *\/\n    protected val table = new MatrixD (m+2, n)\n\n    for (i <- 1 to m) table(i, 0) = i                                  \/\/ ID-0\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform tableau-based simulation by recording timing information about\n     *  the ith entity in the ith row of the matrix.  This method may need to\n     *  be overridden for other models.\n     *\/\n    def simulate (startTime: Double = 0.0)\n    {\n        for (i <- 1 to m) {\n            table(i, 1) = if (i == 1) startTime else rv(0).gen               \/\/ IArrival-1\n            table(i, 2) = table(i, 1) + table(i-1, 2)                  \/\/ Arrival-2\n            table(i, 3) = table(i, 2) max table(i-1, 5)                \/\/ Start-3\n            table(i, 4) = rv(1).gen                                    \/\/ Service-4\n            table(i, 5) = table(i, 3) + table(i, 4)                    \/\/ End-5\n            table(i, 6) = table(i, 3) - table(i, 2)                    \/\/ Wait-6\n            table(i, 7) = table(i, 5) - table(i, 2)                    \/\/ Total-7\n        } \/\/ for\n    } \/\/ simulate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Report the simulation results.\n     *\/\n    def report\n    {\n        for (j <- 0 until n) table(m+1, j) = table.col(j).sum \/ mm\n        for (j <- label.indices) { print (\"\\t\" + label(j)); if (label(j).length < 8) print (\"\\t\") }\n        println ()\n        println (\"table = \" + table)\n        for (j <- label.indices) { print (\"\\t\" + label(j)); if (label(j).length < 8) print (\"\\t\") }\n        println ()\n    } \/\/ report\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Save the table\/matrix in a Comma Separated Value (.csv) file suitable for\n     *  openning in a spreadsheet.  Note, the file 'data.tableau.csv' is overwritten.\n     *\/\n    def save ()\n    {\n        table.write (\"data\" + SEP + \"tableau.csv\")\n    } \/\/ save\n\n} \/\/ Model\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ModelTest` object is used to test the `Model` class.  See apps.tableau\n *  for additional exmaples.\n *\/\nobject ModelTest extends App\n{\n    val maxCusts   = 10                             \/\/ stopping rule: simulate maxCustss customers\n    val iArrivalRV = Randi (1, 10)                  \/\/ customer interarrival time \n    val serviceRV  = Randi (1, 10)                  \/\/ customer service time\n    val label      = Array (\"ID-0\", \"IArrival-1\", \"Arrival-2\", \"Start-3\", \"Service-4\", \"End-5\", \"Wait-6\", \"Total-7\")\n    val mm1 = new Model (\"G\/G\/1 Queue\", maxCusts, Array (iArrivalRV, serviceRV), label)\n    mm1.simulate ()\n    mm1.report\n    mm1.save ()\n\n} \/\/ ModelTest\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/stat\/StatVector.scala","text":"<reponame>scalation\/traffic<filename>src\/main\/scala\/scalation\/stat\/StatVector.scala\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Aug 26 18:41:26 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.stat\n\nimport math.{ceil, sqrt}\n\nimport scalation.linalgebra.{VectorD, VectorI}\n\/\/import scalation.math.DoubleWithExp._\nimport scalation.math._\nimport scalation.random.Random\nimport scalation.random.Quantile.studentTInv\nimport scalation.util.SortingD.{imedian, iqsort}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `StatVector` class provides methods for computing common statistics on a\n *  data vector.  Both maximum likelihood (the default) and unbiased estimators\n *  are supported.  Unbiased should only be used on sample (not population) data.\n *  Ex:  It can be used to support the Method of Independent Replications (MIR).\n *  @param dim       the dimension\/size of the vector\n *  @param unbiased  whether the estimators are restricted to be unbiased.\n *\/\nclass StatVector (dim: Int, private var unbiased: Boolean = false)\n      extends VectorD (dim)\n{\n    \/** The number of samples\n     *\/\n    private val n = dim.toDouble\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Construct a StatVector from a vector of type VectorD (vector of Doubles).\n     *  @param u  the vector used to initialize StatVector\n     *\/\n    def this (u: VectorD)\n    {\n        this (u.dim)\n        setAll (u())\n    } \/\/ constructor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Construct a StatVector from a vector of type VectorI (vector of Ints).\n     *  @param u  the vector used to initialize StatVector\n     *\/\n    def this (u: VectorI)\n    {\n        this (u.dim)\n        for (i <- 0 until dim) v(i) = u(i).toDouble\n    } \/\/ constructor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Toggle\/flip the bias flag for the estimators.\n     *\/\n    def toggleBias () { unbiased = ! unbiased }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Expand the size (dim) of this stat vector by 'more' elements.\n     *  @param more  the number of new elements to add\n     *\/\n    override def expand (more: Int = dim): StatVector = new StatVector (super.expand (more))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The denominator for sample variance and covariance is one less for\n     *  unbiased 'n-1' vs. maximum likelihood 'n' estimators.  Also use 'n' for\n     *  population statistics.\n     *\/\n    private def den: Double = if (unbiased) n - 1.0 else n\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the number of samples.\n     *\/\n    def num: Int = dim\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the 'k'-median ('k'-th smallest value) of 'this' vector.  Setting\n     *  'k = (dim+1)\/2' gives the regular median.\n     *  @param k  the type of median (k-th smallest value)\n     *\/\n    def median (k: Int = (dim+1)\/2): Double = imedian (this(), k)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the averaged median, which is the median when dim is odd and\n     *  the average of the median and the next'k'-median when dim is even.\n     *\/\n    def amedian: Double = if (dim % 2 == 0) (median () + median ((dim+2)\/2)) \/ 2.0\n                          else               median ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the variance of 'this' vector.\n     *\/\n    def variance: Double = (normSq - sum * sum \/ n) \/ den \n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the covariance of 'this' vector with vector 'y'.\n     *  @param y  the other vector\n     *\/\n    def cov (y: VectorD): Double = ((this dot y) - sum * y.sum \/ n) \/ den\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the k-lag auto-covariance of 'this' vector.\n     *  @param k  the lag parameter\n     *\/\n    def acov (k: Int = 1): Double =\n    {\n        val mu  = mean\n        val num = dim - k\n        var sum = 0.0\n        for (i <- 0 until num) sum += (v(i) - mu) * (v(i+k) - mu)\n        sum \/ num\n    } \/\/ acov\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute Pearson's correlation of 'this' vector with vector 'y'.\n     *  @see \n     *  @param y  the other vector\n     *\/\n    def corr (y: StatVector): Double = cov (y) \/ sqrt (variance * y.variance)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Establish the rank order of the elements in 'this' vector, e.g.,\n     *  (8.0, 2.0, 4.0, 6.0) is (3, 0, 1, 2).\n     *\/\n    def rank: VectorI = new VectorI (iqsort (this()))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute Spearman's rank correlation of 'this' vector with vector 'y'.\n     *  @see  http:\/\/en.wikipedia.org\/wiki\/Spearman%27s_rank_correlation_coefficient\n     *  @param y  the other vector\n     *\/\n    def scorr (y: StatVector): Double = \n    {\n        1.0 - 6.0 * (rank - y.rank).normSq \/ (n * (n*n - 1.0))\n    } \/\/ scorr\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the 'k'-lag auto-correlation of 'this' vector.\n     *  @param k  the lag parameter\n     *\/\n    def acorr (k: Int = 1): Double = acov (k) \/ variance\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the standard deviation of 'this' vector.\n     *\/\n    def stddev: Double = sqrt (variance)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the mean square (ms) of 'this' vector.\n     *\/\n    def ms: Double = normSq \/ n\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the root mean square (rms) of 'this' vector.\n     *\/\n    def rms: Double = sqrt (ms)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the skewness of 'this' vector.  Negative skewness indicates the\n     *  distribution is elongated on the left, zero skewness indicates it is\n     *  symmetric, and positive skewness indicates it is elongated on the right.\n     *  @see http:\/\/www.mathworks.com\/help\/stats\/skewness.html\n     *\/\n    def skew: Double =\n    {\n        val s = (this - mean).sum~^3 \/ (n * stddev~^3)\n        if (unbiased) s * sqrt (n * (n-1.0)) \/ (n-2.0) else s\n    } \/\/ skew\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the product of critical value from the t-distribution and the\n     *  standard deviation.\n     *  @param p  the confidence level\n     *\/\n    def t_sigma (p: Double = .95): Double =\n    {\n        val df = dim - 1                           \/\/ degrees of freedom\n        if (df < 1) flaw (\"interval\", \"must have at least 2 observations\")\n        val pp = 1.0 - (1.0 - p) \/ 2.0             \/\/ e.g., .95 --> .975 (two tails)\n        val t  = studentTInv (pp, df)\n        t * stddev\n    } \/\/ t_sigma\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the confidence interval half-width for the given confidence level.\n     *  The Confidence Interval (CI) is on the mean, i.e., CI = [mean +\/- interval].\n     *  @param p  the confidence level\n     *\/\n    def interval (p: Double = .95): Double = t_sigma (p) \/ sqrt (dim.toDouble)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the relative precision, i.e., the ratio of the confidence interval\n     *  half-width and the mean.\n     *  @param p  the confidence level\n     *\/\n    def precision (p: Double = .95): Double = interval (p) \/ mean\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determine if the Confidence Interval (CI) on the mean is tight enough.\n     *  @param threshold  the cut-off value for CI to be considered tight\n     *  @param p          the confidence level\n     *\/\n    def precise (threshold: Double = .2, p: Double = .95): Boolean = precision (p) <= threshold\n\n} \/\/ StatVector class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `StatVector` companion object provides methods for building `StatVector`s.\n *\/\nobject StatVector\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `StatVector` from one or more values (repeated values Double*).\n     *  @param x   the first value\n     *  @param xs  the rest of the values (zero or more additional values)\n     *\/\n    def apply (x: Double, xs: Double*): StatVector =\n    {\n        val u = new StatVector (1 + xs.length)\n        u(0) = x\n        for (i <- 1 until u.dim) u(i) = xs(i-1)\n        u\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `StatVector` from an Array.\n     *  @param xa  the array used to initialize StatVector\n     *\/\n    def apply (xa: Array [Double]): StatVector =\n    {\n        val u = new StatVector (xa.length)\n        u.setAll (xa)\n        u\n    } \/\/ apply\n\n} \/\/ StatVector object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `StatVectorTest` object is used to test the `StatVector` class.\n *\/\nobject StatVectorTest extends App\n{\n    val x = StatVector (1.0, 2.0, 3.0, 4.0, 6.0, 5.0)\n    val y = StatVector (2.0, 3.0, 4.0, 5.0, 6.0, 7.0)\n\n    println (\"x           = \" + x)\n    println (\"y           = \" + y)\n    println (\"x.min       = \" + x.min ())         \/\/ minimum (from VectorD)\n    println (\"x.max       = \" + x.max ())         \/\/ maximum (from VectorD)\n    println (\"x.mean      = \" + x.mean)           \/\/ mean\n    println (\"x.median () = \" + x.median ())      \/\/ median\n    println (\"x.amedian   = \" + x.amedian)        \/\/ averaged median\n    println (\"x.variance  = \" + x.variance)       \/\/ variance\n    println (\"x.cov (y)   = \" + x.cov (y))        \/\/ covariance\n    println (\"x.corr (y)  = \" + x.corr (y))       \/\/ correlation (Pearson)\n    println (\"x.rank      = \" + x.rank)           \/\/ rank order\n    println (\"x.scorr (y) = \" + x.scorr (y))      \/\/ correlation (Spearman)\n    println (\"x.acorr (1) = \" + x.acorr (1))      \/\/ auto-correlation\n    println (\"x.stddev    = \" + x.stddev)         \/\/ standard deviation\n    println (\"x.ms        = \" + x.ms)             \/\/ mean square\n    println (\"x.rms       = \" + x.rms)            \/\/ root mean square\n    println (\"x.skew      = \" + x.skew)           \/\/ skewness\n    println (\"x.interval  = \" + x.interval ())    \/\/ confidence interval (half width)\n    println (\"x.precision = \" + x.precision ())   \/\/ relative precision\n\n} \/\/ StatVectorTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `StatVectorTest2` object provides an example of how to use the `StatVector`\n *  class to implement the Method of Independent Replications (MIR) following\n *  a simple two-stage procedure.\n *\/\nobject StatVectorTest2 extends App\n{\n    val rp  = 0.2                          \/\/ target for relative precision\n    val rng = Random ()\n\n    val n1  = 10                           \/\/ number of replications for stage 1\n    var rep = new StatVector (n1)\n    for (i <- rep.indices) rep(i) = 100.0 * rng.gen\n    println (\"CI (\" + n1 + \") = [ \" + rep.mean + \" +\/- \" + rep.interval () + \" ]\")\n    println (\"relative precision = \" + rep.precision ())\n\n    \/\/ estimate the total number replications requires to achieve target rp\n    val n = ceil ((rep.t_sigma () \/ (rp * rep.mean))~^2.0).toInt\n\n    if (n > n1) {                          \/\/ run n - n1 more replications for stage 2\n        rep    = rep.expand (n - n1)\n        for (i <- n1 until n) rep(i) = 100.0 * rng.gen\n        println (\"CI (\" + n + \") = [ \" + rep.mean + \" +\/- \" + rep.interval () + \" ]\")\n        println (\"relative precision = \" + rep.precision ())\n    } \/\/ if\n\n} \/\/ StatVectorTest2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/random\/Random3.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Sep 30 18:41:26 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *  \n *  LCG (Linear Congruential Generator)\n *\/\n\npackage scalation.random\n\nimport scalation.util.Timer.time\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Random3` class generates random real numbers in the range (0, 1).\n *  It implements, using 64-bit integers (Int's), the 'MINSTD' generator, which\n *  is a multiplicative Linear Congruential Generator (LCG).\n *  These generators were commonly used in the last century.\n *  <br>\n *      x_i = a x_i-1 % m\n *  <br>\n *  @see http:\/\/random.mat.sbg.ac.at\/results\/karl\/server\/node4.html#SECTION00042000000000000000\n *  In case a better generator is needed, a Multiple Recursive Generator (MRG)\n *  or Composite Multiple Recursive Generator (CMRG) should be used.\n *  @see `Random`\n *  @see http:\/\/citeseerx.ist.psu.edu\/viewdoc\/summary?doi=10.1.1.34.1024\n *  @param stream  the random number stream index\n *\/\ncase class Random3 (stream: Int = 0)\n     extends RNG (stream)\n{\n\/\/  private val A     = 48271l                 \/\/ alternative multiplier for a popular 32-bit generator\n    private val A     = 16807l                 \/\/ multiplier for a popular 32-bit generator (7^5)\n    private val M     = 2147483647l            \/\/ modulus for a popular 32-bit generator (2^31 - 1)\n    private val NORM  = 1.0 \/ M.toDouble       \/\/ normalization to (0, 1)\n\n    private var x     = RandomSeeds3.seeds(stream).toLong   \/\/ set the stream value to its seed\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the modulus used by this random number generator.\n     *\/\n    def getM: Double = M\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the next random number as a Double in the interval (0, 1).\n     *  Compute x_i = a x_i-1 % m using x = a * x % m\n     *\/\n    def gen: Double =\n    {\n        x = A * x % M\n        x * NORM\n    } \/\/ gen\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the next stream value as a Int in the set {1, 2, ... , m-1}.\n     *  Compute x_i = a x_i-1 % m using x = a * x % m\n     *\/\n    def igen: Int =\n    {\n        x = A * x % M\n        x.toInt\n    } \/\/ igen\n\n} \/\/ Random3 class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/traffic\/TrafficTest.scala","text":"<gh_stars>1-10\n\npackage apps.traffic\n\nimport java.util.Scanner\n\nimport scalation.linalgebra._\nimport scalation.metamodel.QuadraticFit\nimport scalation.minima._\nimport scalation.random._\nimport scalation.process._\nimport scalation.util.Monitor._\n\nobject TrafficTest extends App\n{\n    var count = 0\n\n    val lower = Array [Double] (5000.0, 5000.0, 1000.0)\n    val upper = Array [Double] (200000.0, 200000.0, 60000.0)\n\n    val x0 = VectorD (33000.0, 33000.0, 11000.0)\n\/\/    val xs = VectorD (2000.0,  2000.0,  1000.0)\n\n\/*    val qf = new QuadraticFit (f, 3, 7)\n\n    qf.formGrid (x0, xs)\n\n    val (xx, yy) = qf.response ()\n    qf.fit (xx, yy)\n\n    def fp (x: VectorD): Double = qf.qFormsEval (x)\n*\/\n    def fi (x: VectorI): Double = f (x.toDouble)\n\n    def gi (x: VectorI): Double = g (x.toDouble)\n\n\/\/    val opt = new QuasiNewton1 (f, g)\n\/\/    val opt = new ConjGradient (fp, g)\n\/\/    val opt = new IntegerLocalSearch (fi, gi, 5000)\n\/\/    val opt = new IntegerNLP (f, 3, g)\n\/\/    val opt = new IntegerTabuSearch (fi, gi, 5000)\n\n\n    var numCars = 100\n\n\n    val opt = new TrafficSPSA (f)\n    val sol = opt.solve (Array (10,10,5), Array (200,200,60))\n    println (\"sol = \" + sol)\n\n\/*\n    val scan = new Scanner (System.in)\n\n    var done = false\n    var i = 1\n    while (! done) {\n\n\/\/        val opt = new TrafficGA (fi, 3) \n        val opt = new IntegerTabuSearch (fi, gi, 5000)\n\n        numCars = 100 * i\n        val t1 = System.nanoTime ()\n\/\/        val sol = opt.solve (Array (10,10,5), Array (200,200,60))\n        val sol = opt.solve (x0.toInt)\n        val t2 = System.nanoTime ()\n        println (\"sol = \" + sol + \", time = \" + (t2 - t1))    \n        println (\"Continue? (y\/n)\")\n        val input = scan.next ()\n        if (input == \"n\") done = true \n        i += 1\n    }\n*\/\n\/\/    val sol = opt.solve (Array (10,10,5), Array (60,60,20))\n\n\/\/    opt.setRIndiv (Randi (15000, 45000)\n\n\/\/    val sol = opt.solve (x0, toler = 1.0)\n\n\/*  \n    var count = 0\n    for (i <- 20000 to 30000 by 2000) {\n        for (j <- (i - 4000) to (i + 4000) by 2000) {\n            for (k <- 10000 to 20000 by 5000) {\n                System.err.println (\"i = \" + i + \", j = \" + j + \", k = \" + k + \"\\t\" + count)\n                count += 1\n                println (\"i = \" + i + \", j = \" + j + \", k = \" + k + \"\\t\" + fi (VectorI (i, j, k)))\n            }\n        }\n    }\n*\/\n\n\n\/\/    for (i <- 3 to 30) f (VectorD (3000.0 * i, 3000.0 * i, 5000.0))\n\n\n    def g (x: VectorD): Double = \n    {\n        var sum = 0.0\n        for (i <- 0 until x.dim) {\n            if      (x(i) < lower(i)) sum += (x(i) - lower(i)) * (x(i) - lower(i))\n            else if (x(i) > upper(i)) sum += (x(i) - upper(i)) * (x(i) - upper(i))\n        } \n        sum\n    }\n\n\/\/    f (VectorD (20000.0, 20000.0, 5000.0))\n\n\n    def proj (x: VectorD): VectorD =\n    {\n        for (i <- 0 until x.dim) {\n            if      (x(i) < lower(i)) x(i) = lower(i) + 5000.0\n            else if (x(i) > upper(i)) x(i) = upper(i) - 5000.0\n        }\n        x\n    }\n\n    def f (x: VectorD): Double =\n    {\n        proj (x)\n        var res = 0.0\n        \n\/\/        else {\n            count += 1\n            val tm = new TrafficModel (\"tm\", numCars, Uniform (1000.0, 2000.0), Uniform (1700.0, 2300.0), x, false)\n\n\/\/            Coroutine.startup ()\n\/\/            println (\"before\")\n            tm.simulate ()\n            tm.complete ()\n\/\/           println (\"after\")\n\/\/            Coroutine.shutdown ()\n\t    val sv      = tm.statV.filter{ case (key, value) => key contains \"sk\"}.map { case (key, value) => value(0) }\n            val sinkN   = tm.statN.filter{ case (key, value) => key contains \"sk\"}.map { case (key, value) => value(0) }\n\n\/\/            println (\"x = \" + x + \", sv    = \" + sv)\n\/\/            println (\"sinkN = \" + sinkN)\n       \n            res = sv.reduceLeft (_+_)\n\n\/\/            println (\"x = \" + x + \", avg queue length = \" + tm.avgQueueLength)\n\/\/        }\n\/\/        println (\"x = \" + x + \", f(x) = \" + res)\n        res\n\/\/          tm.avgQueueLength\n    }\n\n    class TrafficModel (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate, times: VectorD, ani: Boolean = false, aniR: Double = 1.0)\n          extends Model (name, animating = ani, aniRatio = aniR)\n    {\n        traceOff ()\n\n        val dx   = 75\n        val dy   = 50\n        val srcx  = 100\n        val srcy  = 300\n        val srcx2 = srcx + 4 * dx\n        val srcy2 = 50\n        val srcx3 = srcx + 9 * dx\n        val srcy3 = srcy2\n\n        val nameOn = false\n\n        val names = if (nameOn) Array (\"src1\", \"src2\", \n                                       \"wq1\", \"wq2\", \"wq3\", \n                                       \"jE11\", \"jE12\", \"jE21\", \"jE22\", \"jE31\", \"jE32\", \n                                       \"jS11\", \"jS12\", \"jS21\", \"jS22\",\n                                       \"sig1\", \"sig2\", \"sig3\", \n                                       \"snk1\", \"snk2\",\n                                       \"rdE11\", \"rdE12\", \"rdE13\", \"rdE21\", \"rdE22\", \"rdE23\", \"rdE31\", \"rdE32\", \"rdE33\",\n                                       \"rdS11\", \"rdS12\", \"rdS13\", \"rdS21\", \"rdS22\", \"rdS23\")\n                    else Array (\"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\",\n                                \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\")\n\n        \n\n        val src  = new Source   (\"sc1\", this, Car, 0, nArrivals, iArrivalRV, (srcx.toDouble, srcy.toDouble))\n        val src2 = new Source   (\"sc2\", this, Car, 1, nArrivals \/ 2, Rescale (iArrivalRV), (srcx2.toDouble, srcy2.toDouble))\n        val src3 = new Source   (\"sc3\", this, Car, 2, nArrivals \/ 2, Rescale (iArrivalRV), (srcx3.toDouble, srcy3.toDouble))\n        val wq1 =     WaitQueue (\"wq1\", (srcx + 3 * dx, srcy))\n        val wq2 =     WaitQueue (\"wq2\", (srcx + 8 * dx, srcy))\n        val wq3 =     WaitQueue (\"wq3\", (srcx2, srcy2 + 3 * dy))\n        val wq4 =     WaitQueue (\"wq4\", (srcx3, srcy3 + 3 * dy))\n\n\/\/        val wq4 =     WaitQueue (\"wq4\", (srcx2, srcy2 + 9 * dy))\n\n        val jE11 = new Junction (\"j1\",  this, Sharp (0), Array (srcx + 1  * dx, srcy, 8.0, 8.0))\n        val jE12 = new Junction (\"j2\",  this, Sharp (0), Array (srcx + 2  * dx, srcy, 8.0, 8.0))\n        val jE21 = new Junction (\"j3\",  this, Sharp (0), Array (srcx + 6  * dx, srcy, 8.0, 8.0))\n        val jE22 = new Junction (\"j4\",  this, Sharp (0), Array (srcx + 7  * dx, srcy, 8.0, 8.0))\n        val jE31 = new Junction (\"j5\",  this, Sharp (0), Array (srcx + 11  * dx, srcy, 8.0, 8.0))\n        val jE32 = new Junction (\"j6\",  this, Sharp (0), Array (srcx + 12 * dx, srcy, 8.0, 8.0))\n\n        val jS11 = new Junction (\"j7\",  this, Sharp (0), Array (srcx2, srcy2 + 1  * dy, 8.0, 8.0))\n        val jS12 = new Junction (\"j8\",  this, Sharp (0), Array (srcx2, srcy2 + 2  * dy, 8.0, 8.0))\n        val jS21 = new Junction (\"j9\",  this, Sharp (0), Array (srcx2, srcy2 + 7  * dy, 8.0, 8.0))\n        val jS22 = new Junction (\"j10\", this, Sharp (0), Array (srcx2, srcy2 + 8  * dy, 8.0, 8.0))\n\n        val jS31 = new Junction (\"j11\", this, Sharp (0), Array (srcx3, srcy3 + 1  * dy, 8.0, 8.0))\n        val jS32 = new Junction (\"j12\", this, Sharp (0), Array (srcx3, srcy3 + 2  * dy, 8.0, 8.0))\n        val jS41 = new Junction (\"j13\", this, Sharp (0), Array (srcx3, srcy3 + 7  * dy, 8.0, 8.0))\n        val jS42 = new Junction (\"j14\", this, Sharp (0), Array (srcx3, srcy3 + 8  * dy, 8.0, 8.0))\n\n\/\/        val jS31 = new Junction (\"juncS31\", this, Sharp (0), Array (srcx2, srcy2 + 13  * dy, 20.0, 20.0))\n\/\/        val jS32 = new Junction (\"juncS32\", this, Sharp (0), Array (srcx2, srcy2 + 14 * dy, 20.0, 20.0))\n\n        val sig1 = new TrafficSignal (\"sg1\", wq1, 1000, Array (srcx + 5 * dx, srcy, 20.0, 20.0), times(0))       \n\n        val sig2 = new TrafficSignal (\"sg2\", wq2, 1000, Array (srcx + 10 * dx, srcy, 20.0, 20.0), times(0))\n\n        val sig3 = new TrafficSignal (\"sg3\", wq3, 1000, Array (srcx2, srcy2 + 6 * dy, 20.0, 20.0), times(1))    \n\n        val sig4 = new TrafficSignal (\"sg4\", wq4, 1000, Array (srcx3, srcy3 + 6 * dy, 20.0, 20.0), times(1))   \n\n\/\/        val sig4 = new TrafficSignal (\"signal4\", wq4, 1000, Array (srcx2, srcy2 + 12 * dy, 20.0, 20.0), time2)\n\n        val snk   = new Sink (\"sk1\", (srcx.toDouble + 13 * dx, srcy.toDouble))\n        val snk2  = new Sink (\"sk2\", (srcx2.toDouble, srcy2.toDouble + 9 * dy))\n        val snk3  = new Sink (\"sk3\", (srcx3.toDouble, srcy3.toDouble + 9 * dy))     \n\n        val rdE11 = new Transport (\"rd1\",  src,   jE11, moveRV)\n        val rdE12 = new Transport (\"rd2\",  jE11,  jE12, moveRV)\n        val rdE13 = new Transport (\"rd3\",  jE12,  wq1,  moveRV)\n        val rdE21 = new Transport (\"rd4\",  sig1,  jE21, moveRV)\n        val rdE22 = new Transport (\"rd5\",  jE21,  jE22, moveRV)\n        val rdE23 = new Transport (\"rd6\",  jE22,  wq2,  moveRV)\n        val rdE31 = new Transport (\"rd7\",  sig2,  jE31, moveRV)\n        val rdE32 = new Transport (\"rd8\",  jE31,  jE32, moveRV)\n        val rdE33 = new Transport (\"rd9\",  jE32,  snk,  moveRV)\n        val rdS11 = new Transport (\"rd10\", src2,  jS11, moveRV)\n        val rdS12 = new Transport (\"rd11\", jS11,  jS12, moveRV)\n        val rdS13 = new Transport (\"rd12\", jS12,  wq3,  moveRV)\n        val rdS21 = new Transport (\"rd13\", sig3,  jS21, moveRV)\n        val rdS22 = new Transport (\"rd14\", jS21,  jS22, moveRV)\n        val rdS23 = new Transport (\"rd15\", jS22,  snk2, moveRV)\n        val rdS31 = new Transport (\"rd16\", src3,  jS31, moveRV)\n        val rdS32 = new Transport (\"rd17\", jS31,  jS32, moveRV)\n        val rdS33 = new Transport (\"rd18\", jS32,  wq4,  moveRV)\n        val rdS41 = new Transport (\"rd19\", sig4,  jS41, moveRV)\n        val rdS42 = new Transport (\"rd20\", jS41,  jS42, moveRV)\n        val rdS43 = new Transport (\"rd21\", jS42,  snk3, moveRV)\n\n\/\/        val rdS31 = new Transport (\"roadS31\", sig4,  jS31, moveRV)\n\/\/        val rdS32 = new Transport (\"roadS32\", jS31,  jS32, moveRV)\n\/\/        val rdS33 = new Transport (\"roadS33\", jS32,  snk2, moveRV)\n\n        val state1 = times(2)\n        val state2 = times(0) - times(2)\n        val state3 = times(2) \n        val state4 = times(1) - times(2)\n\n\n        val sc = new SignalController (\"control\", this, Array (sig1, sig2, sig3, sig4), \n                                                        Array (Array (\"green\", \"red\", \"red\", \"green\"), \n                                                               Array (\"green\", \"green\", \"red\", \"red\"),\n                                                               Array (\"red\", \"green\", \"green\", \"red\"),\n                                                               Array (\"red\", \"red\", \"green\", \"green\")), \n                                                        Array (state1, state2, state3, state4))\n\n        addComponent (src, snk, src2, snk2, src3, snk3, wq1,   wq2,   wq3, wq4,   \n                                jE11,  jE12,  jE21,  jE22,  jE31,  jE32, \n                                jS11,  jS12,  jS21,  jS22, jS31,  jS32, jS41, jS42,  \n                                sig1,  sig2,  sig3,  sig4, sc, \n                                rdE11, rdE12, rdE13, rdE21, rdE22, rdE23, rdE31, rdE32, rdE33,\n                                rdS11, rdS12, rdS13, rdS21, rdS22, rdS23, rdS31, rdS32, rdS33, rdS41, rdS42, rdS43)\n\n        def avgQueueLength: Double = sc.avgQueueLength\n\n        case class Car () extends SimActor (\"c\", this)\n        {\n            def act ()\n            {\n                if (subtype == 0) {\n                    rdE11.move ()\n                    jE11.jump  ()\n                    rdE12.move ()\n                    jE12.jump  ()\n                    rdE13.move ()\n                    if (sig1.shut || wq1.size > 0) wq1.waitIn () else wq1.noWait ()\n                    rdE21.move ()\n                    jE21.jump  ()\n                    rdE22.move ()\n                    jE22.jump  ()\n                    rdE23.move ()\n                    if (sig2.shut || wq2.size > 0) wq2.waitIn () else wq2.noWait ()\n                    rdE31.move ()\n                    jE31.jump  ()\n                    rdE32.move ()\n                    jE32.jump  ()\n                    rdE33.move ()\n                    snk.leave  ()\n                } else if (subtype == 1) {\n                    rdS11.move ()\n                    jS11.jump  ()\n                    rdS12.move ()\n                    jS12.jump  ()\n                    rdS13.move ()\n                    if (sig3.shut || wq3.size > 0) wq3.waitIn () else wq3.noWait ()\n                    rdS21.move ()\n                    jS21.jump  ()\n                    rdS22.move ()\n                    jS22.jump  ()\n                    rdS23.move ()\n                    snk2.leave ()\n                } else if (subtype == 2) {\n                    rdS31.move ()\n                    jS31.jump  ()\n                    rdS32.move ()\n                    jS32.jump  ()\n                    rdS33.move ()\n                    if (sig4.shut || wq4.size > 0) wq4.waitIn () else wq4.noWait ()\n                    rdS41.move ()\n                    jS41.jump  ()\n                    rdS42.move ()\n                    jS42.jump  ()\n                    rdS43.move ()\n                    snk3.leave ()\n                }\n               \n            }\n        }\n    }\n}\n\nobject TrafficModelTest extends App\n{\n    import TrafficTest.TrafficModel\n\n    val x   = VectorD (30000.0, 30000.0, 5000.0)\n    val fac = 2.5\n\n    val tm = new TrafficModel (\"tm\", 12, Sharp (5000), Sharp (4000), x, true, 1.0 \/ fac)\n\n    tm.simulate ()\n    tm.complete ()\n\n    val sv      = tm.statV.filter{ case (key, value) => key contains \"sk\"}.map { case (key, value) => value(0) }\n    val sinkN   = tm.statN.filter{ case (key, value) => key contains \"sk\"}.map { case (key, value) => value(0) }\n\n\/\/    val sv      = tm.statV.filter( _._1 contains \"sk\").map ( _._2(0) )\n       \n    println (sv.reduceLeft (_+_))    \n}\n\nobject TrafficModelTest2 extends App \n{\n    import TrafficTest.TrafficModel\n\n    val x   = VectorD (30000.0, 30000.0, 5000.0)\n    val tm = new TrafficModel (\"tm\", 12, Sharp (5000), Sharp (4000), x, true)\n\n    tm.simulate ()\n    tm.complete ()\n}\n\n\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/par\/NaiveBayesR.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sat Sep  8 13:53:16 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.par\n\nimport math.{ceil, floor}\n\nimport scalation.analytics.ClassifierReal\nimport scalation.linalgebra.{VectorD, VectorI}\nimport scalation.linalgebra.par.MatrixD\n\/\/import scalation.math.DoubleWithExp._\nimport scalation.math._\nimport scalation.random.Normal\nimport scalation.stat.StatVector\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayesR` class implements a Gaussian Naive Bayes Classifier, which\n *  is the most commonly used such classifier for continuous input data.  The\n *  classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional density functions\n *  based on the Normal (Gaussian) distribution.  The classifier is naive, because\n *  it assumes feature independence and therefore simply multiplies the conditional\n *  densities.\n *  This version uses parallel processing to speed up execution.\n *  @param x   the real-valued data vectors stored as rows of a matrix\n *  @param y   the class vector, where y_i = class for row i of the matrix x\n *  @param fn  the names for all features\/variables\n *  @param k   the number of classes\n *  @param cn  the names for all classes\n *\/\nclass NaiveBayesR (x: MatrixD, y: VectorI, fn: Array [String], k: Int, cn: Array [String])\n      extends ClassifierReal (x, y, fn, k, cn)\n{\n    private val DEBUG   = false                 \/\/ debug flag\n    private val EPSILON = 1E-9                  \/\/ number close to zero\n\n    private val pop  = new VectorD (k)          \/\/ numbers in class 0, ..., k-1\n    private val mean = new MatrixD (k, n)       \/\/ mean for each class, feature\n    private val varc = new MatrixD (k, n)       \/\/ variance for each class, feature\n\n    private val cd   = Array.ofDim [Double => Double] (k, n)  \/\/ conditional density functions\n    private var prob: VectorD = null\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check the correlation of the feature vectors (fea).  If the correlations\n     *  are too high, the independence assumption may be dubious.\n     *\/\n    def checkCorrelation\n    {\n        val fea = for (j <- 0 until n) yield new StatVector (x.col(j))\n        val cor = new MatrixD (n, n)\n        for (j1 <- 0 until n; j2 <- 0 until j1) cor(j1, j2) = fea(j1) corr fea(j2)\n        println (\"correlation matrix = \" + cor)\n    } \/\/ checkCorrelation\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate statistics (sample mean and sample variance) for each class\n     *  by feature.\n     *\/\n    def calcStats ()\n    {\n        for (i <- 0 until m) {                  \/\/ for each data vector in training-set\n            val c = y(i)                        \/\/ given classification for ith data vector\n            pop(c) += 1.0                       \/\/ count the number in each class\n            for (j <- 0 until n) {              \/\/ for each feature\n                val d = x(i, j)                 \/\/ jth data value\n                mean(c, j) += d                 \/\/ running total for sum\n                varc(c, j) += d * d             \/\/ running total for sum of squares\n            } \/\/ for\n        } \/\/ for \n    \n        for (c <- 0 until k) {                  \/\/ for each class\n            val pc = pop(c)                     \/\/ population of class c in training-set\n            for (j <- 0 until n) {              \/\/ for each feature\n                mean(c, j) \/= pc                                               \/\/ compute mean\n                varc(c, j) =  (varc(c, j) - pc * mean(c, j)~^2) \/ (pc - 1.0)   \/\/ compute variance\n            } \/\/ for\n        } \/\/ for\n    \n        if (DEBUG) {\n            println (\"fn   = \" + fn)           \/\/ feature names\n            println (\"pop  = \" + pop)          \/\/ population vector (k classes)\n            println (\"prob = \" + prob)         \/\/ probability vector (k classes)\n            println (\"mean = \" + mean)         \/\/ mean matrix (k classes, n features)\n            println (\"varc = \" + varc)         \/\/ variance matrix (k classes, n features)\n        } \/\/ if\n    } \/\/ calcStats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the counts for each interval in the histogram.\n     *  @param x_j  the vector for feature j given class c.\n     *  @param intervals  the number intervals\n     *\/\n    def calcHistogram (x_j: VectorD, intervals: Int): VectorD =\n    {\n        val minVal = floor (x_j.min ())\n        val maxVal = ceil (x_j.max () + EPSILON)\n        val intWid = (maxVal - minVal) \/ intervals.toDouble\n        val h      = new VectorD (intervals)\n        for (xx <- x_j) {\n            val i = (floor ((xx - minVal) \/ intWid)).toInt\n            h(i) += 1.0\n        } \/\/ for\n        h\n    } \/\/ calcHistogram\n\n    \/\/ use Discrete distribution based on histogram\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier, i.e., calculate statistics and create conditional\n     *  density (cd) functions.  Assumes that conditional densities follow the\n     *  Normal (Gaussian) distribution.\n     *\/\n    def train ()\n    {\n        calcStats ()\n        for (c <- 0 until k; j <- 0 until n) {\n            cd(c)(j) = (z_j => Normal (mean(c, j), varc(c, j)).pf (z_j))\n        } \/\/ for\n        prob = pop \/ md           \/\/ probability = class population \/ training-set size\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a continuous data vector z, classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectorD): Tuple2 [Int, String] =\n    {\n        for (c <- 0 until k; j <- 0 until n) prob(c) *= cd(c)(j)(z(j))\n        println (\"prob = \" + prob)\n        val best = prob.argmax ()           \/\/ class with the highest relative posterior probability\n        (best, cn(best))                    \/\/ return the best class and its name\n    } \/\/ classify\n\n} \/\/ NaiveBayesR class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayesRTest` object is used to test the 'NaiveBayesR' class.\n ** Ex: Classify whether a person is male (M) or female (F) based on the measured features.\n *  @see http:\/\/en.wikipedia.org\/wiki\/Naive_Bayes_classifier\n *\/\nobject NaiveBayesRTest extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Height\n    \/\/ x1: Weight\n    \/\/ x2: Foot-size\n    \/\/ features:                   x0       x1     x2\n    val x = new MatrixD ((8, 3), 6.00,   180.0,  12.0,          \/\/ data matrix\n                                 5.92,   190.0,  11.0,\n                                 5.58,   170.0,  12.0,\n                                 5.92,   165.0,  10.0,\n                                 5.00,   100.0,   6.0,\n                                 5.50,   150.0,   8.0,\n                                 5.42,   130.0,   7.0,\n                                 5.75,   150.0,   9.0)\n    val y  = VectorI (0, 0, 0, 0, 1, 1, 1, 1)                   \/\/ classification vector: 0(M), 1(F))\n    val fn = Array (\"Height\", \"Weight\", \"Foot-size\")            \/\/ feature\/value names\n    val cn = Array (\"M\", \"F\")                                   \/\/ class names\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n    println (\"---------------------------------------------------------------\")\n\n    \/\/ check independence assumption ------------------------------------------\n    val cl = new NaiveBayesR (x, y, fn, 2, cn)                   \/\/ create the classifier            \n    cl.checkCorrelation\n\n    \/\/ train the classifier ---------------------------------------------------\n    cl.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorD (6.0, 130, 8.0)                             \/\/ new data vector to classify\n    println (\"--- classify \" + z + \" = \" + cl.classify (z) + \"\\n\")\n\n} \/\/ NaiveBayesRTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/queueingnet\/MMck_Queue.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sun Dec 29 21:28:40 EST 2013\n *  @see     LICENSE (MIT style license file).\n *  @see     http:\/\/irh.inf.unideb.hu\/~jsztrik\/education\/16\/SOR_Main_Angol.pdf\n *\/\n\npackage scalation.queueingnet\n\nimport scalation.math.Combinatorics.fac\n\/\/import scalation.math.DoubleWithExp._\nimport scalation.math._\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MMck_Queue` class is used to solve single node Markovian Queueing problems.\n *  It models a service station consisting of one queue, 'c' servers and a capacity\n *  to hold at most 'k' entities, i.e., an M\/M\/c\/k queue.\n *  @see also `MMc_Queue` to model infinite capacity queues.\n *  @param lambda  the arrival rate\n *  @param mu      the service rate\n *  @param c       the number of servers\n *  @param k       the capacity of the queue\n *\/\nclass MMck_Queue (lambda: Double, mu: Double, c: Int = 1, k: Int = 1)\n      extends Error\n{\n     if (c < 1) flaw (\"constructor\", \"must have at least on server\")\n     if (k < c) flaw (\"constructor\", \"not enough capacity\")\n\n     private val rho    = lambda \/ mu              \/\/ traffic intensity\n     private val a      = rho \/ c.toDouble         \/\/ server utilization factor\n     private val k_c    = k - c                    \/\/ waiting capacity\n     private val c_fac  = fac (c)                  \/\/ c! (factorial)\n     private val rhoc   = rho~^c \/ c_fac           \/\/ all servers busy probability factor\n     private val _1_a   = 1.0 - a                  \/\/ one minus a\n     private val pr_0   = prob_0                   \/\/ probability system is empty\n     private val pr_k   = prob_k                   \/\/ probability system is full\n     private val lambde = lambda * (1.0 - pr_k)    \/\/ lambda effective\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Probability system is empty\n      *\/\n     def prob_0: Double =\n     {\n         var sum = (for (i <- 0 until c) yield rho~^i \/ fac (i)).sum\n         sum += ( if (a == 1) rhoc * (k_c+1) else rhoc * (1.0 - a~^(k_c+1)) \/ _1_a )\n         1.0 \/ sum\n     } \/\/ prob_0\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Probability system is full.\n      *\/\n     def prob_k: Double = pr_0 * rho~^k \/ (c~^k_c * c_fac)\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected length of the waiting queue.\n      *\/\n     val l_q = pr_0 * rhoc * a * ( 1.0 - a~^(k_c+1) - _1_a * (k_c+1) * a~^k_c ) \/ _1_a~^2\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected length\/number in Service.\n      *\/\n     val l_s = lambde \/ mu\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected length\/number in sYstem.\n      *\/\n     val l_y = l_q + l_s\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected time in the waiting Queue (using Little's Law).\n      *\/\n     val t_q = l_q \/ lambde\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected time in Service.\n      *\/\n     val t_s = 1.0 \/ mu\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Expected time in the sYstem.\n      *\/\n     val t_y = t_q + t_s\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Check intermediate results.\n      *\/\n     def check\n     {\n         println (\"Check queueing parameters:\")\n         println (\"lambda = %g\".format (lambda))                   \/\/ arrival rate\n         println (\"mu     = %g\".format (mu))                       \/\/ service rate\n         println (\"c      = %d\".format (c))                        \/\/ number of servers\n         println (\"k      = %d\".format (k))                        \/\/ holding capacity\n         println (\"rho    = %g\".format (rho))                      \/\/ traffic intensity\n         println (\"a      = %g\".format (a))                        \/\/ server utilization factor\n         println (\"lambde = %g\".format (lambde))                   \/\/ effective arrival rate\n     } \/\/ check\n\n     \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n     \/** Report the results.\n      *\/\n     def report\n     {\n         println (\"Results for queue:\")\n         println (\"---------------------------------------------------\")\n         println (\"|  Queue    |  l_q = %8.4g\".format (l_q) + \"  |  t_q = %8.4g\".format (t_q) + \"  |\")\n         println (\"|  Service  |  l_s = %8.4g\".format (l_s) + \"  |  t_s = %8.4g\".format (t_s) + \"  |\")\n         println (\"|  sYstem   |  l_y = %8.4g\".format (l_y) + \"  |  t_y = %8.4g\".format (t_y) + \"  |\")\n         println (\"---------------------------------------------------\")\n     } \/\/ report\n\n} \/\/ MMck_Queue class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MMck_QueueTest` object is used to test the `MMck_Queue` class.\n *\/\nobject MMck_QueueTest extends App\n{\n    val lambda = 6.0                                   \/\/ customer arrival rate (per hour)\n    val mu     = 7.5                                   \/\/ customer service rate (per hour)\n\n    println(\"\\nM\/M\/1\/1 Queue Results:\")\n    val mm1_1 = new MMck_Queue (lambda, mu, 1, 1)      \/\/ M\/M\/c\/k Queue\n    mm1_1.check\n    mm1_1.report\n\n    println(\"\\nM\/M\/2\/4 Queue Results:\")\n    val mm2_4 = new MMck_Queue (lambda, mu, 2, 4)      \/\/ M\/M\/c\/k Queue\n    mm2_4.check\n    mm2_4.report\n\n} \/\/ MMck_QueueTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/process\/Model.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Mon Sep  7 15:05:06 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.process\n\nimport java.util.concurrent.Semaphore\n\nimport collection.mutable.{HashMap, ListBuffer, PriorityQueue}\n\nimport scalation.animation.{AnimateCommand, DgAnimator}\nimport scalation.animation.CommandType._\nimport scalation.math.ExtremeD.MAX_VALUE\nimport scalation.model.Modelable\nimport scalation.random.{Uniform, Variate}\nimport scalation.scala2d.Colors._\nimport scalation.scala2d.R2\nimport scalation.scala2d.Shapes.Shape\nimport scalation.stat.{Statistic, StatTable, StatVector}\nimport scalation.util.Identifiable\nimport scalation.util.Monitor.trace\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Model` class maintains a list of components making up the model and\n *  controls the flow of entities (SimActors) through the model, following the\n *  process-interaction world-view.  It maintains a time-ordered priority queue\n *  to activate\/re-activate each of the entities.  Each entity (SimActor) is\n *  implemeneted as a Scala Actor and may be thought of as running in its own thread.\n *  @param name       the name of the model\n *  @param reps       the number of independent replications to run\n *  @param aniRatio   the ratio of simulation speed vs. animation speed\n *  @param animating  whether to animate the model\n *  @param full       generate a full report with both sample and time-persistent statistics\n *\/\nclass Model (name: String, val reps: Int = 1, animating: Boolean = true, aniRatio: Double = 1.0,\n             val full: Boolean = true)\n      extends Coroutine (name) with Modelable with Component\n{\n    initComponent (name, Array ())\n\n    \/** The map of stat vectors records the means of each replication\n     *\/\n    val statV = HashMap [String, StatVector] ()\n\n    val statN = HashMap [String, StatVector] ()\n\n    \/** The stop time for the model\n     *\/\n    var stopTime = MAX_VALUE\n\n    \/** Debug flag\n     *\/\n    private val DEBUG = false\n\n    \/** The time at which the simulation is to begin\n     *\/\n    private var startTime = 0.0\n\n    \/** The agenda of things to be done (time-ordered activation list)\n     *\/\n    private val agenda = PriorityQueue.empty [SimActor]\n\/\/  private val agenda = new PQueue [SimActor] ()\n\n    \/** List of Components making up the model\n     *\/\n    private val parts = ListBuffer [Component] ()\n\n    \/** The currently acting actor (act one at a time)\n     *\/\n    private var _theActor: SimActor = null\n\n    \/** The animation engine\n     *\/\n    private val dgAni = if (animating) new DgAnimator (\"Process Animator\", black, white, aniRatio)\n                        else null\n\n    \/** The animation engine's command queue\n     *\/\n    private val aniQ = if (animating) dgAni.getCommandQueue\n                       else null\n\n    \/** Application models extending the Model class may use this semaphore to wait for results\n     *\/\n    private val finished = new Semaphore (0)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add component parts to the model.\n     *  @param _parts  the component parts\n     *\/\n    def addComponent (_parts: Component*) { for (p <- _parts) parts += p }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add lists of component parts to the model.\n     *  @param _parts  the lists of component parts\n     *\/\n    def addComponents (_parts: List [Component]*) { for (p <- _parts; q <- p) parts += q }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the current acting actor.\n     *\/\n    def theActor = _theActor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Indicate whether the model has been stopped.\n     *\/\n    def stopped: Boolean = ! simulating\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset the agenda and stateful components for next replication.\n     *\/\n    def reset ()\n    {\n\/\/        println (\"--------------------------------------------------------------------------\")\n\/\/        println (\"Model.reset in progress\")\n\n        \/\/ reset the agenda - activation priority queue\n        while (! agenda.isEmpty) agenda.dequeue ()                   \/\/ clean out actors from agenda\n\n        \/\/ reset stateful components\n        for (p <- parts) {\n            if (p.isInstanceOf [Source]) {                           \/\/ reset sources\n                val s = p.asInstanceOf [Source]\n                reschedule (s)\n            } \/\/ if\n            if (p.isInstanceOf [WaitQueue]) {                        \/\/ reset wait queues\n                val w = p.asInstanceOf [WaitQueue]\n                while (! w.isEmpty) w.dequeue ()\n            } \/\/ if\n        } \/\/ for\n    } \/\/ reset\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset and aggregate all statistics.\n     *  @param rep  the current replication (1, ... reps)\n     *\/\n    def resetStats (rep: Int)\n    {\n        if (rep == 1) {\n            for (stat <- getStatistics) {\n                statV += stat.name -> new StatVector (reps)\n                statN += stat.name -> new StatVector (reps)\n            }\n        } \/\/ for\n        for (stat <- getStatistics) {\n            statV (stat.name)(rep - 1) = stat.mean\n            statN (stat.name)(rep - 1) = stat.num\n            stat.reset ()\n        } \/\/ for\n    } \/\/ resetStats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Execute the simulation (includes scheduling all Sources) returning summary\n     *  statistics.\n     *\/\n    def simulate (_startTime: Double = 0.0)\n    {\n        startTime = _startTime\n        _clock = startTime\n        trace (this, \"starts\", this, _clock)\n\n        for (p <- parts) {\n            trace (this, \"establish x = \" + p.at(0) + \" y = \" + p.at(1), p, _clock)\n            p.director = this\n            for (q <- p.subpart) q.director = this\n            if (p.isInstanceOf [Source]) reschedule (p.asInstanceOf [Source]) \n        } \/\/ for\n\n        start ()                                            \/\/ start the director thread\/actor -> act ()\n    } \/\/ simulate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Cleanup the agenda and any stateful components.  Any actors left in the\n     *  agenda or a wait queue must be terminated.  The model (i.e., the director)\n     *  must be terminated as well.\n     *\/\n    def cleanup ()\n    {\n\/\/        println (\"++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++\")\n\/\/        println (\"Model.cleanup in progress\")\n\n        while (! agenda.isEmpty) {                           \/\/ cleanup actors left on agenda\n            val a = agenda.dequeue ()\n            if (a != this) {\n\/\/                println (\"cleanup: terminate \" + a)\n                a.interrupt ()                               \/\/ terminate all actors, except director\n            } \/\/ if\n        } \/\/ while\n\n        for (p <- parts) {\n            if (p.isInstanceOf [WaitQueue]) {                \/\/ cleanup wait queues\n                val w = p.asInstanceOf [WaitQueue]\n                while (! w.isEmpty) {\n                    val a = w.dequeue ()\n                    a.interrupt ()                           \/\/ terminate all actors in queue\n                } \/\/ while\n            } \/\/ if\n\n            if (p.isInstanceOf [Source]) {                   \/\/ cleanup sources\n                val s = p.asInstanceOf [Source]\n                s.yyield (null, true)\n                s.interrupt ()                               \/\/ terminate source\n            } \/\/ if\n        } \/\/ for\n    } \/\/ cleanup\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Wait for the main simulation Coroutine to complete.\n     *\/\n    def complete ()\n    {\n        finished.acquire ()                                  \/\/ wait on semaphore\n    } \/\/ complete\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Schedule (first time) or reschedule (subsequent times) an actor to act.\n     *  @param actor  the actor to be scheduled\n     *\/\n    def reschedule (actor: SimActor)\n    {\n        agenda += actor\n    } \/\/ reschedule\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The model itself is an Actor (not an ordinary SimActor) and may be\n     *  thought of as the director.  The director iteratively manages the clock\n     *  and the agenda of actors until the simulation flag becomes false\n     *  or the agenda (priority queue) becomes empty.\n     *\/\n    def act ()\n    {\n        trace (this, \"starts model for \" + reps + \" replications\", null, _clock)\n        for (rep <- 1 to reps) {                             \/\/ run reps replication\n            _clock = startTime\n            if (rep == 1 && animating) display ()            \/\/ turn animation on (true) off (false)\n\n            trace (this, \"starts rep \" + rep, null, _clock)\n            simulating = _clock <= stopTime                  \/\/ simulate unless past stop time\n            while (simulating && ! agenda.isEmpty) {\n                _theActor = agenda.dequeue ()                \/\/ next from priority queue\n                _clock    = _theActor.actTime                \/\/ advance the time\n                trace (this, \"resumes\", _theActor, _clock)\n                yyield (_theActor)                           \/\/ director yields to actor\n            } \/\/ while\n            simulating = false\n            trace (this, \"ends rep \" + rep, null, _clock)\n\n            fini (rep)                                       \/\/ post-run results\n            if (rep < reps) reset ()                         \/\/ reset for next replication\n            resetStats (rep)                                 \/\/ reset and aggregate statistics\n        } \/\/ for\n\n        cleanup ()\n\/\/        println (\"statV = \" + statV)\n\/\/        println (\"coroutine counts = \" + counts)\n        trace (this, \"terminates model\", null, _clock)\n        finished.release ()                                  \/\/ signal via semaphore that simulation is finished\n        yyield (null, true)                                  \/\/ yield and terminate the director\n    } \/\/ act\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the statistical results of the simulation (statistics for each part).\n     *  This includes the sample\/duration statistics and if 'full', time persistent\n     *  statistics as well.\n     *\/\n    def getStatistics: ListBuffer [Statistic] =\n    {\n        val stats = new ListBuffer [Statistic] ()\n        for (p <- parts) {\n            if (p.composite) p.aggregate ()\n            stats += p.durationStat\n        } \/\/ for\n        if (full) {\n            for (p <- parts if p.persistentStat != null) {\n                stats += p.persistentStat\n            } \/\/ for\n        } \/\/ if\n\/\/      for (st <- stats) println (\"getStatistics: \" + st.show)\n        stats\n    } \/\/ getStatistics\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Put the components on the animation engine's queue.\n     *\/\n    def display ()\n    {\n        for (p <- parts) p.display ()\n    } \/\/ display\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Put a node\/token command on the animation queue.\n     *  @param who    who is being animated\n     *  @param what   what animation command\n     *  @param color  the color the node\/token\n     *  @param shape  the shape of the node\/token\n     *  @param at     the location of the node\/token\n     *\/\n    def animate (who: Identifiable, what: Value, color: Color, shape: Shape, at: Array [Double])\n    {\n        if (animating) {\n            val eid   = who.id\n            val label = who.name\n            if (DEBUG) {\n                println (\">< Model.animate: \" + label + \".\" + eid + \" \" + what + \" \" + color +\n                         \" \" + shape + \" \" + at.deep)\n            } \/\/ if\n            aniQ.add (AnimateCommand (what, eid, shape, label, true, color, at, _clock))\n        } \/\/ if\n    } \/\/ animate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Put a edge command on the animation queue.\n     *  @param who    who is being animated\n     *  @param what   what animation command\n     *  @param color  the color the edge\n     *  @param shape  the shape of the edge\n     *  @param from   the location of the origination node\n     *  @param to     the location of the destination node\n     *  @param at     the location of the edge (empty array => implicitly determined)\n     *\/\n    def animate (who: Identifiable, what: Value, color: Color, shape: Shape,\n                 from: Component, to: Component, at: Array [Double] = Array ())\n    {\n        if (animating) {\n            val eid   = who.id\n            val label = who.name\n            if (DEBUG) {\n                println (\">< Model.animate: \" + label + \".\" + eid + \" \" + what + \" \" + color +\n                         \" \" + shape + \" \" + from.me + \" \" + to.me + \" \" + at.deep)\n            } \/\/ if\n            aniQ.add (AnimateCommand (what, eid, shape, label, true, color, at, _clock, from.id, to.id))\n        } \/\/ if\n    } \/\/ animate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compare the order of actors based on their actTime.\n     *  @param actor1  the first actor in comparison\n     *\/\n    private def orderedActor (actor1: SimActor): Ordered [SimActor] =\n    {\n        new Ordered [SimActor]\n            { def compare (actor2: SimActor) = actor1.actTime compare actor2.actTime }\n    } \/\/ orderedActor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Finish by producing statistical reports and optionally animation.\n     *  Typically animation and reports in pop up window turned off for high\n     *  replications and\/or simulation optimization.\n     *  @param rep  the replication number (1, ... reps)\n     *\/\n    private def fini (rep: Int)\n    {\n\/\/        report                      \/\/ report in terminal\n        if (animating) {\n            reportf                                      \/\/ report in new window\n            if (rep == 1) dgAni.animate (0, 200000)      \/\/ only animate first rep\n        } \/\/ if\n    } \/\/ fini\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Report on the statistical results of the simulation.\n     *\/\n    private def report\n    {\n        println (Statistic.line)\n        println (Statistic.labels)\n        println (Statistic.line)\n        for (stat <- getStatistics) println (stat)\n        println (Statistic.line)\n    } \/\/ report\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Report on the statistical results of the simulation in a new frame.\n     *\/\n    private def reportf { new StatTable (name + \" statistics\", getStatistics) }\n\n} \/\/ Model class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ModelTest` object is used to test the `Model` class.\n *  Caveat: must add 'from' and 'to' components before transport!!\n *\/\nobject ModelTest extends App\n{\n    val rm = new RoadModel (\"Road\", 20, Uniform (2000, 5000), Uniform (3400, 3600))\n    rm.simulate ()\n\n    class RoadModel (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate)\n          extends Model (name, animating = false)\n    {\n        val onRamp  = new Source (\"onRamp\", this, Car, 0, nArrivals, iArrivalRV, (100.0, 200.0))\n        val offRamp = new Sink (\"offRamp\", (500.0, 200.0))\n        val road    = new Transport (\"road\", onRamp, offRamp, moveRV, false, 0.25)\n  \n        addComponent (onRamp, offRamp, road)        \/\/ Caveat: must add from and to before transport!!\n\n        case class Car () extends SimActor (\"c\", this)\n        {\n            def act ()\n            {\n                road.move ()\n                offRamp.leave ()\n            } \/\/ act\n\n        } \/\/ Car\n\n    } \/\/ RoadModel class\n\n} \/\/ ModelTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/traffic\/TrafficSignal.scala","text":"\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.1\n *  @date    Wed Aug 05 14:06:55 EDT 2015 \n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage apps.traffic\n\nimport collection.mutable.ListBuffer\nimport java.io.PrintWriter\n\nimport scalation.animation.CommandType._\nimport scalation.process._\nimport scalation.random.Variate\nimport scalation.scala2d.{Ellipse, Rectangle}\nimport scalation.scala2d.Colors._\nimport scalation.util.Monitor.trace\nimport util.control.Breaks.{breakable, break}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TrafficSignal` class models the operation of a traffic signal that is\n *  either red or green.  When the signal is red, cars (SimActors) will be\n *  enqueued in WaitQueue.  When the signal is green, the cars can proceed.\n *  @param name       the name of the traffic signal\n *  @param line       the queue holding vehicles waiting for the signal to change\n *  @param units      number of units\/phases of operation\n *  @param at         the location of the TrafficSignal (x, y, w, h)\n *  @param cap        the maximum number of vehicles that can proceed when the signal\n *                      changes\n *  @param _redirect  if the TrafficSignal represents a \"turn light\", then the \n *                      redirect tells a vehicle where it needs to go.\n *\/\nclass TrafficSignal (name: String, line: WaitQueue, units: Int, \n            at: Array [Double], gTime: Double, cap: Int = 1000, _redirect: Component = null)\n      extends Component\n{    \n    if (line == null) flaw (\"constructor\", \"must have line for entities when gate is closed\")\n\n    initStats (name)\n    at_= (at)\n\n    var timeFactor = 1000.0             \/\/ 1 second = 1000.0\n\n    var n2Release = cap\n\n    var color = \"red\"\n\n    var releaseCount = 0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The setColor method sets the color and, if the color\n     *  has changed from red to green, calls the release method\n     *  to release SimActors from line.\n     *  @param c  the new color of the gate\n     *\/\n    def setColor (c: String) \n    {\n        if (c == \"green\" && color == \"red\") {\n            color = c\n            release (gTime)\n        } else color = c\n    } \/\/ setColor\n    \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return whether the gate is shut (e.g., traffic light is red).\n     *\/\n    def shut: Boolean = if (color == \"red\") true else false\n    \n    def redirect = _redirect\n \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Tell the animation engine to display this Gate.\n     *\/\n    def display ()\n    {\n        director.animate (this, CreateNode, signalColor, Ellipse (), at)\n        director.animate (line, CreateNode, cyan, Rectangle (), line.at)\n    } \/\/ display\n   \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The release method dequeues SimActors from the line.\n     *  It releases them one at a time with a half-second delay \n     *  between SimActors.\n     *\/\n    def release (durat: Double) \n    { \n        releaseCount += 1\n\n        var n = ((durat - 4.9 * timeFactor) \/ (3.0 * timeFactor)).toInt\n\/\/        println (\"duration of light       = \" + durat)\n\/\/        println (\"number of cars released = \" + n)\n        for (i <- 0 until n if ! line.isEmpty) {\n\/\/            println (\"i = \" + i)\n            val waitingActor = line.dequeue ()\n            trace (this, \" \/ \" + name + \" releases\", waitingActor, director.clock)            \n            if (i == 0) tally (5.9 * timeFactor) else tally (3.0 * timeFactor)\n            waitingActor.schedule (i * 3.0 * timeFactor + 4.9 * timeFactor)\n        }\n    }\n \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The gateColor method returns the actual color of the light\n     *  for display purposes.\n     *\/\n    def signalColor: Color = if (shut) red else green\n\n} \/\/ TrafficSignal\n\n\n\/*\nobject TrafficSignalTest extends App\n{\n    \n\n    class TrafficSignalModel (name: String, nArrivals: Int, iArrivalRV: Variate, moveRV: Variate)\n          extends Model (name, animating = false)\n    {\n        val src2 = new Source (\"source_2\", this, Car, 1, nArrivals, iArrivalRV, (490.0, 280.0))\n        val snk2 = new Sink (\"sink_2\", (890.0, 280.0))    \n        val wqu2 = new WaitQueue (\"waitQ_2\", Array (630.0, 280.0, 20.0, 20.0), 1000)\n        val gat2 = new Gate2 (\"gate_2\", wqu2, 100, Array (705.0, 285.0, 10.0, 10.0), time (0))\n        val in2  = new Transport (\"in_2\",  src2, wqu2, moveRV)\n        val out2 = new Transport (\"out_2\", gat2, snk2, moveRV)    \n*\/\n\n\n\n\n\n\n\n\n\n\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/linalgebra\/gen\/Matrix.scala","text":"<reponame>scalation\/traffic\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sat May 22 12:57:45 EDT 2010\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.linalgebra.gen\n\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Matrix` trait specifies the operations to be defined by three concrete\n *  implemeting classes: `MatrixN`, `SparseMatrixN` and `SymTriMatrix`.\n *\/\ntrait Matrix [T]\n      extends Error\n{\n    \/** Matrix dimension 1 (# rows)\n     *\/\n    val dim1: Int\n\n    \/** Matrix dimension 2 (# columns)\n     *\/\n    val dim2: Int\n\n    \/** Range for the storage array on dimension 1 (rows)\n     *\/\n    protected val range1 = 0 until dim1\n\n    \/** Range for the storage array on dimension 2 (columns)\n     *\/\n    protected val range2 = 0 until dim2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get this matrix's element at the i,j-th index position.\n     *  @param i  the row index\n     *  @param j  the column index\n     *\/\n    def apply (i: Int, j: Int): T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get this matrix's vector at the i-th index position (i-th row).\n     *  @param i  the row index\n     *\/\n    def apply (i: Int): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise on range ir and column-wise on range jr.\n     *  Ex: b = a(2..4, 3..5)\n     *  @param ir  the row range\n     *  @param jr  the column range\n     *\/\n    def apply (ir: Range, jr: Range): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise on range ir and column-wise at index j.\n     *  Ex: u = a(2..4, 3)\n     *  @param ir  the row range\n     *  @param j   the column index\n     *\/\n    def apply (ir: Range, j: Int): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise at index i and column-wise on range jr.\n     *  Ex: u = a(2, 3..5)\n     *  @param i   the row index\n     *  @param jr  the column range\n     *\/\n    def apply (i: Int, jr: Range): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's element at the i,j-th index position to the scalar x.\n     *  @param i  the row index\n     *  @param j  the column index\n     *  @param x  the scalar value to assign\n     *\/\n    def update (i: Int, j: Int, x: T)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's row at the i-th index position to the vector u.\n     *  @param i  the row index\n     *  @param u  the vector value to assign\n     *\/\n    def update (i: Int, u: VectorN [T])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set a slice this matrix row-wise on range ir and column-wise at index j.\n     *  Ex: a(2..4, 3) = u\n     *  @param ir  the row range\n     *  @param j   the column index\n     *  @param u   the vector to assign\n     *\/\n    def update (ir: Range, j: Int, u: VectorN [T])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set a slice this matrix row-wise at index i and column-wise on range jr.\n     *  Ex: a(2, 3..5) = u\n     *  @param i   the row index\n     *  @param jr  the column range\n     *  @param u   the vector to assign\n     *\/\n    def update (i: Int, jr: Range, u: VectorN [T])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set all the elements in this matrix to the scalar x.\n     *  @param x  the scalar value to assign\n     *\/\n    def set (x: T)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the values in this matrix as copies of the values in 2D array u.\n     *  @param u  the 2D array of values to assign\n     *\/\n    def set (u: Array [Array [T]])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's ith row starting a column j to the vector u.\n     *  @param i  the row index\n     *  @param u  the vector value to assign\n     *  @param j  the starting column index\n     *\/\n    def set (i: Int, u: VectorN [T], j: Int = 0)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Iterate over the matrix row by row.\n     *  @param f  the function to apply\n     *\/\n    def foreach [U] (f: Array [T] => U)\n    {\n        var i = 0\n        while (i < dim1) { f (this(i)()); i += 1 }\n    } \/\/ foreach\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix row-wise from to end.\n     *  @param from  the start of the slice\n     *  @param end   the end of the slice\n     *\/\n    def slice (from: Int, end: Int): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix row-wise r_from to r_end and column-wise c_from to c_end.\n     *  @param r_from  the start of the row slice\n     *  @param r_end   the end of the row slice\n     *  @param c_from  the start of the column slice\n     *  @param c_end   the end of the column slice\n     *\/\n    def slice (r_from: Int, r_end: Int, c_from: Int, c_end: Int): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix excluding the given row and column.\n     *  @param row  the row to exclude\n     *  @param col  the column to exclude\n     *\/\n    def sliceExclude (row: Int, col: Int): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select rows from this matrix according the given index.\n     *  @param rowIndex  the row index positions (e.g., (0, 2, 5))\n     *\/\n    def selectRows (rowIndex: Array [Int]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get column 'col' from the matrix, returning it as a vector.\n     *  @param col   the column to extract from the matrix\n     *  @param from  the position to start extracting from\n     *\/\n    def col (col: Int, from: Int = 0): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set column 'col' of the matrix to a vector.\n     *  @param col  the column to set\n     *  @param u    the vector to assign to the column\n     *\/\n    def setCol (col: Int, u: VectorN [T])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select columns from this matrix according the given index.\n     *  Ex:  Can be used to divide a matrix into a basis and a non-basis.\n     *  @param colIndex  the column index positions (e.g., (0, 2, 5))\n     *\/\n    def selectCols (colIndex: Array [Int]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Transpose this matrix (rows => columns).\n     *\/\n    def t: Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Concatenate this matrix and vector u.\n     *  @param u  the vector to be concatenated as the new last row in matrix\n     *\/\n    def ++ (u: VectorN [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add this matrix and scalar x.\n     *  @param x  the scalar to add\n     *\/\n    def + (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add in-place this matrix and scalar x.\n     *  @param x  the scalar to add\n     *\/\n    def += (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract scalar x.\n     *  @param x  the scalar to subtract\n     *\/\n    def - (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract in-place scalar x.\n     *  @param x  the scalar to subtract\n     *\/\n    def -= (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by vector u.\n     *  @param u  the vector to multiply by\n     *\/\n    def * (u: VectorN [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by scalar x.\n     *  @param x  the scalar to multiply by\n     *\/\n    def * (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply in-place this matrix by scalar x.\n     *  @param x  the scalar to multiply by\n     *\/\n    def *= (x: T): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by vector u to produce another matrix (a_ij * u_j)\n     *  @param u  the vector to multiply by\n     *\/\n    def ** (u: VectorN [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply in-place this matrix by vector u to produce another matrix (a_ij * u_j)\n     *  @param u  the vector to multiply by\n     *\/\n    def **= (u: VectorN [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide this matrix by scalar x.\n     *  @param x  the scalar to divide by\n     *\/\n    def \/ (x: T) (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide in-place this matrix by scalar x.\n     *  @param x  the scalar to divide by\n     *\/\n    def \/= (x: T) (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Raise this matrix to the pth power (for some integer p >= 2).\n     *  Caveat: should be replace by a divide and conquer algorithm.\n     *  @param p  the power to raise this matrix to\n     *\/\n    def ~^ (p: Int): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the maximum element in this matrix.\n     *  @param e  the ending row index (exclusive) for the search\n     *\/\n    def max (e: Int = dim1): T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the minimum element in this matrix.\n     *  @param e  the ending row index (exclusive) for the search\n     *\/\n    def min (e: Int = dim1): T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the magnitude of this matrix, the element value farthest from zero.\n     *\/\n    def mag: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Decompose this matrix into the product of lower and upper triangular\n     *  matrices (l, u) using the LU Decomposition algorithm.  This version uses\n     *  partial pivoting.\n     *\/\n    def lud (implicit fr: Fractional [T]): Tuple2 [Matrix [T], Matrix [T]]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Decompose in-place this matrix into the product of lower and upper triangular\n     *  matrices (l, u) using the LU Decomposition algorithm.  This version uses\n     *  partial pivoting.\n     *\/\n    def lud_ip (implicit fr: Fractional [T]): Tuple2 [Matrix [T], Matrix [T]]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve for x in the equation l*u*x = b (see lud above).\n     *  @param l  the lower triangular matrix\n     *  @param u  the upper triangular matrix\n     *  @param b  the constant vector\n     *\/\n    def solve (l: Matrix [T], u: Matrix [T], b: VectorN [T])\n        (implicit fr: Fractional [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve for x in the equation l*u*x = b (see lud above).\n     *  @param lu  the lower and upper triangular matrices\n     *  @param b   the constant vector\n     *\/\n    def solve (lu: Tuple2 [Matrix [T], Matrix [T]], b: VectorN [T])\n        (implicit fr: Fractional [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve for x in the equation a*x = b where a is this matrix (see lud above).\n     *  @param b  the constant vector.\n     *\/\n    def solve (b: VectorN [T])\n        (implicit fr: Fractional [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determine the rank of this m by n matrix by taking the upper triangular\n     *  matrix from the LU Decomposition and counting the number of non-zero\n     *  diagonal elements.  FIX:  should implement in implementing classes.\n     *\/\n    def rank (implicit fr: Fractional [T]): Int =\n    {\n        val max   = if (dim1 < dim2) dim1 else dim2   \/\/ rank <= min (m, n)\n        val u     = lud._2                            \/\/ upper triangular matrix\n        var count = 0\n        for (i <- 0 until max if this(i, i) != 0.0) count += 1\n        count\n    } \/\/ rank\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Form a matrix [Ip, this, Iq] where Ir is a r by r identity matrix, by\n     *  positioning the three matrices Ip, this and Iq along the diagonal.\n     *  @param p  the size of identity matrix Ip\n     *  @param q  the size of identity matrix Iq\n     *\/\n    def diag (p: Int, q: Int): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the kth diagonal of this matrix.  Assumes dim2 >= dim1.\n     *  @param k  how far above the main diagonal, e.g., (-1, 0, 1) for (sub, main, super)\n     *\/\n    def getDiag (k: Int = 0): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the kth diagonal of this matrix to the vector u.  Assumes dim2 >= dim1.\n     *  @param u  the vector to set the diagonal to\n     *  @param k  how far above the main diagonal, e.g., (-1, 0, 1) for (sub, main, super)\n     *\/\n    def setDiag (u: VectorN [T], k: Int = 0)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the main diagonal of this matrix to the scalar x.  Assumes dim2 >= dim1.\n     *\/\n    def setDiag (x: T)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Invert this matrix (requires a squareMatrix) not using partial pivoting.\n     *\/\n    def inverse_npp (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Invert this matrix (requires a squareMatrix) using partial pivoting.\n     *\/\n    def inverse (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Invert in-place this matrix (requires a squareMatrix) using partial pivoting.\n     *\/\n    def inverse_ip (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use Gauss-Jordan reduction on this matrix to make the left part embed an\n     *  identity matrix.  A constraint on this m by n matrix is that n >= m.\n     *\/\n    def reduce (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use Gauss-Jordan reduction in-place on this matrix to make the left part\n     *  embed an identity matrix.  A constraint on this m by n matrix is that n >= m.\n     *\/ \n    def reduce_ip (implicit fr: Fractional [T])\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clean values in matrix at or below the threshold by setting them to zero.\n     *  Iterative algorithms give approximate values and if very close to zero,\n     *  may throw off other calculations, e.g., in computing eigenvectors.\n     *  @param thres     the cutoff threshold (a small value)\n     *  @param relative  whether to use relative or absolute cutoff\n     *\/\n    def clean (thres: T, relative: Boolean = true) (implicit fr: Fractional [T]): Matrix [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the (right) nullspace of this m by n matrix (requires n = m + 1)\n     *  by performing Gauss-Jordan reduction and extracting the negation of the\n     *  last column augmented by 1.  The nullspace of matrix a is \"this vector v\n     *  times any scalar s\", i.e., a*(v*s) = 0.  The left nullspace of matrix a is\n     *  the same as the right nullspace of a.t (a transpose).\n     *\/\n    def nullspace (implicit fr: Fractional [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the (right) nullspace in-place of this m by n matrix (requires n = m + 1)\n     *  by performing Gauss-Jordan reduction and extracting the negation of the\n     *  last column augmented by 1.  The nullspace of matrix a is \"this vector v\n     *  times any scalar s\", i.e., a*(v*s) = 0.  The left nullspace of matrix a is\n     *  the same as the right nullspace of a.t (a transpose).\n     *\/\n    def nullspace_ip (implicit fr: Fractional [T]): VectorN [T]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the trace of this matrix, i.e., the sum of the elements on the\n     *  main diagonal.  Should also equal the sum of the eigenvalues.\n     *  @see Eigen.scala\n     *\/\n    def trace: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of this matrix, i.e., the sum of its elements.\n     *\/\n    def sum: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of the lower triangular region of this matrix.\n     *\/\n    def sumLower: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the abs sum of this matrix, i.e., the sum of the absolute value\n     *  of its elements.  This is useful for comparing matrices (a - b).sumAbs\n     *\/\n    def sumAbs: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the 1-norm of this matrix, i.e., the maximum 1-norm of the\n     *  column vectors.  This is useful for comparing matrices (a - b).norm1\n     *\/\n    def norm1: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the determinant of this matrix.\n     *\/\n    def det: T\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix and the other Matrix have the same dimensions.\n     *  @param b  the other matrix\n     *\/\n    def sameDimensions (b: Matrix [T]): Boolean = dim1 == b.dim1 && dim2 == b.dim2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix dimensions are less than or equal to (le) those\n     *  of the other Matrix.\n     *  @param b  the other matrix\n     *\/\n    def leDimensions (b: Matrix [T]): Boolean = dim1 <= b.dim1 && dim2 <= b.dim2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix and the other matrix have the same cross dimensions.\n     *  @param b  the other matrix\n     *\/\n    def sameCrossDimensions (b: Matrix [T]): Boolean = dim2 == b.dim1\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is rectangular (all rows have the same number\n     *  of columns).\n     *\/\n    def isRectangular: Boolean\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is square (same row and column dimensions).\n     *\/\n    def isSquare: Boolean = dim1 == dim2 && isRectangular\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is nonnegative (has no negative elements).\n     *\/\n    def isNonnegative: Boolean\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is symmetric.\n     *\/\n    def isSymmetric: Boolean =\n    {\n        for (i <- 0 to dim1 - 2; j <- i + 1 until dim2 if this(i, j) != this(j, i)) return false\n        true\n    } \/\/ isSymmetric\n\n} \/\/ Matrix class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/math\/BasicTest.scala","text":"<reponame>scalation\/traffic<filename>src\/main\/scala\/scalation\/math\/BasicTest.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed May 27 15:41:54 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.math\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BasicTest` object is used to test the exponential\/logarithmic functions\n *  defined in the 'scalation.math' package object.\n *  > run-main scalation.math.BasicTest\n *\/\nobject BasicTest extends App\n{\n    println (\"2 ~^ 3        = \" + 2 ~^ 3)\n    println (\"2l ~^ 3l      = \" + 2l ~^ 3l)\n    println (\"2.0 ~^ 3.0    = \" + 2.0 ~^ 3.0)\n    println (\"pow (2l, 3l)  = \" + pow (2l, 3l))\n    println (\"root (8l, 3l) = \" + root (8l, 3l))\n    println (\"nexp (2.0)    = \" + nexp (2.0))\n    println (\"log2 (2)      = \" + log2 (2.0))\n    println (\"log2 (4)      = \" + log2 (4.0))\n    println (\"log10 (10)    = \" + log10 (10.0))\n    println (\"log10 (100)   = \" + log10 (100.0))\n    println (\"logb (4, 4)   = \" + logb (4.0, 4.0))\n    println (\"logb (4, 16)  = \" + logb (4.0, 16.0))\n    println (\"sign (4, -2)  = \" + sign (4, -2))\n    println (\"oneIf (2 > 1) = \" + oneIf (2 > 1))\n    println (\"oneIf (1 > 2) = \" + oneIf (1 > 2))\n\n} \/\/ BasicTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/DigraphDualSim.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  Digraph Dual Simulation Using Mutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.{Set => SET}\n\nimport scalation.util.Timer.time\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphDualSim` class provides a second implementation for Dual Graph Simulation.\n *  It differs from DualSim by not using inverse adjacency sets ('par') in\n *  order to save space.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass DigraphDualSim (g: Digraph, q: Digraph)\n      extends DigraphMatcher (g, q)\n{\n     private val DEBUG = true                                     \/\/ debug flag\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Dual Graph Simulation pattern matching algorithm to find the mappings\n     *  from the query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = saltzDualSim (feasibleMates ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the mappings 'phi' produced by the 'feasibleMates' method,\n     *  eliminate mappings 'u -> v' when (1) v's children fail to match u's\n     *  or (2) v's parents fail to match u's.\n     *  @param phi  array of mappings from a query vertex u to { graph vertices v }\n     *\/\n    def saltzDualSim (phi: Array [SET [Int]]): Array [SET [Int]] =\n    {\n        var alter = true\n        while (alter) {                                           \/\/ check for matching children\/parents\n            alter = false\n\n            for (u <- qRange; u_c <- q.ch(u)) {                   \/\/ for each u in q and its children u_c\n                if (DEBUG) { println (s\"for u = $u, u_c = $u_c\"); showMappings (phi) }\n                var newPhi = SET [Int] ()                         \/\/ subset of phi(u_c) having a parent in phi(u)\n\n                for (v <- phi(u)) {                               \/\/ for each v in g image of u\n                    val phiTemp = g.ch(v) & phi(u_c)              \/\/ children of v contained in phi(u_c)\n                    if (phiTemp.isEmpty) {\n                        phi(u) -= v                               \/\/ remove vertex v from phi(u)\n                        if (phi(u).isEmpty) return phi            \/\/ no match for vertex u => no overall match\n                        alter = true\n                    } \/\/ if\n                    \/\/ build newPhi to contain only those vertices in phi(u_c) which also have a parent in phi(u)\n                    newPhi ++= phiTemp\n                } \/\/ for\n\n                if (newPhi.isEmpty) return phi                    \/\/ empty newPhi => no match\n                if (newPhi.size < phi(u_c).size) alter = true     \/\/ since newPhi is smaller than phi(u_c)\n\n                if (SELF_LOOPS && u_c == u) phi(u_c) &= newPhi else phi(u_c) = newPhi\n            } \/\/ for\n\n        } \/\/ while\n        phi\n    } \/\/ saltzDualSim\n\n} \/\/ DigraphDualSim class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphDualSimTest` object is used to test the `DigraphDualSim` class.\n *  > run-main scalation.graphalytics.DigraphDualSimTest\n *\/\nobject DigraphDualSimTest extends App\n{\n    val q = Digraph (Array (SET (1, 2),                   \/\/ ch(0)\n                            SET (),                       \/\/ ch(1)\n                            SET (1)),                     \/\/ ch(2)\n                     Array (10, 11, 11))\n\n    val g = Digraph (Array (SET (),                       \/\/ ch(0)\n                            SET (0, 2, 3, 4),             \/\/ ch(1)\n                            SET (0),                      \/\/ ch(2)\n                            SET (4),                      \/\/ ch(3)\n                            SET ()),                      \/\/ ch(4)\n                     Array (11, 10, 11, 11, 11))\n\n    q.print (\"q\")\n    g.print (\"g\")\n\n    val matcher = new DigraphDualSim (g, q)                \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    println (\"DigraphDualSim ----------------------------------------------\")\n    matcher.showMappings (phi)                             \/\/ display results\n\n} \/\/ DigraphDualSimTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphDualSimTest2` object is used to test the 'DigraphDualSim' class.\n *\nobject DigraphDualSimTest2 extends App\n{\n    val gSize     = 1000         \/\/ size of the data graph\n    val qSize     =   10         \/\/ size of the query graph\n    val nLabels   =  100         \/\/ number of distinct labels\n    val gAvDegree =    5         \/\/ average vertex out degree for data graph\n    val qAvDegree =    2         \/\/ average vertex out degree for query graph\n\n    val g = GraphGen.genRandomGraph (gSize, nLabels, gAvDegree)\n    val q = GraphGen.genBFSQuery (qSize, qAvDegree, g)\n\n    val matcher = new DigraphDualSim (g, q)                      \/\/ Dual Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    for (i <- phi.indices) println (\"u_\" + i + \": \" + phi(i)) \n\n} \/\/ DigraphDualSimTest2 object\n *\/\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/apps\/traffic\/TrafficSPSA.scala","text":"\npackage apps.traffic\n\nimport scala.util.Sorting.stableSort\n\nimport scalation.linalgebra._\nimport scalation.random._\n\nclass TrafficSPSA (f: VectorD => Double)\n{\n\n    private val DEBUG = true\n\n    val rand = Bernoulli2 ()\n    \n    var h    = Array (5000.0, 5000.0, 1000.0)\n\n    var best: Tuple2[VectorD, Double] = null\n\n    def solve (lower: Array [Int], upper: Array [Int]): Tuple2 [VectorD, Double] = \n    {\n        val x0 = findStart (lower, upper)\n        println (\"x0 = \" + x0)\n        best = (x0, f(x0))\n        val n = x0.dim\n        var done = false\n        var x = new VectorD (x0)\n        var k = 1\n        while (! done || k == 50) {\n            val dist = VectorD (5000000.0 \/ k, 5000000.0 \/ k, 1000000.0 \/ k)\n            val delta = new VectorD (n)\n            val x1    = new VectorD (x)\n            val x2    = new VectorD (x)\n            val grad  = new VectorD (n)\n            for (i <- 0 until n) {\n                val d = h(i) * rand.gen\n                delta(i)  = d\n                x1(i)    += d\n                x2(i)    -= d\n            }\n            println (\"x  = \" + x)\n            println (\"x1 = \" + x1)\n            println (\"x2 = \" + x2)\n            val top = f(x1) - f(x2)\n            for (i <- 0 until n) grad(i) = top * 1000.0 \/ (2.0 * delta(i))\n            println (\"grad = \" + grad)\n            \n            val xx = x - grad * dist\n            val fx = f(xx)            \n            println (\"xx = \" + xx + \", f(xx) = \" + fx)\n\/*            if (fx < best._2) {\n                best = (xx, fx)\n                x = xx\n                if (DEBUG) println (\"solve: (k = \" + k + \") move from \" + x + \" to \" + xx\n                                  + \" where f(xx._1) = \" + fx) \n            }\n*\/\n            x = xx\n            best = (x, fx)\n            k += 1            \n        } \n        best\n    }   \n\n    def findStart (lower: Array [Int], upper: Array [Int]): VectorD = \n    {\n        val candidates = Array.ofDim [VectorD] (10)\n        val rand = Array.ofDim [Variate] (3)\n        for (i <- 0 until 3) rand(i) = Randi (lower(i), upper(i))\n        for (i <- 0 until 10) {\n            val member = new VectorD (3)            \n            for (j <- 0 until 3) {\n                member(j) = rand(j).igen * 1000.0\n            }\n            candidates(i) = member\n        }\n        val eval = Array.ofDim [Tuple2 [VectorD, Double]] (10)\n        for (i <- 0 until 10) eval(i) = (candidates(i), f (candidates(i))) \n        stableSort (eval, (e1: Tuple2 [VectorD, Double], e2: Tuple2 [VectorD, Double]) => e1._2 < e2._2)\n        eval(0)._1\n    }\n}       \n\n\n\n\n\n\n\n\n\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/linalgebra\/SymTriMatrixC.scala","text":"<filename>src\/main\/scala\/scalation\/linalgebra\/SymTriMatrixC.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/**:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n * @author  <NAME>, <NAME>\n * @version 1.2\n * @date    Sun Sep 16 14:09:25 EDT 2012\n * @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.linalgebra\n\nimport math.{max, min}\n\nimport scalation.math.Complex\nimport scalation.math.Complex.{abs, _0}\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SymTriMatrixC` class stores and operates on symmetric tridiagonal matrices.\n *  The elements are of type of Complex.  A matrix is stored as two vectors:\n *  the diagonal vector and the sub-diagonal vector.\n *  @param d1  the first\/row dimension (symmetric => d2 = d1)\n *\/\nclass SymTriMatrixC (val d1: Int)\n      extends MatriC with Error with Serializable\n{\n    \/\/ Note: implementations for the following methods are from the MatriC trait:\n    \/\/ foreach, mag, rank, sameDimensions, leDimensions, sameCrossDimensions,\n    \/\/ isSquare, isSymmetric\n\n    \/** Dimension 1\n     *\/\n    lazy val dim1 = d1\n\n    \/** Dimension 2\n     *\/\n    lazy val dim2 = d1\n\n    \/** Size of the sub-diagonal\n     *\/\n    private val d1_1 = d1 - 1\n\n    \/** Range for the diagonal\n     *\/\n    private val range_d = 0 until d1\n\n    \/** Range for the sub-diagonal\n     *\/\n    private val range_s = 0 until d1_1\n\n    \/** Diagonal of the matrix\n     *\/\n    private var _dg: VectorC = new VectorC (d1)\n\n    \/** Sub-diagonal (also same for sup-diagonal) of the matrix\n     *\/\n    private var _sd: VectorC = new VectorC (d1_1)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Construct a symmetric tridiagonal matrix with the given diagonal and sub-diagonal.\n     *  @param v1  the diagonal vector\n     *  @param v2  the sub-diagonal vector\n     *\/\n    def this (v1: VectorC, v2: VectorC)\n    {\n        this (v1.dim)\n        for (i <- range_d) _dg(i) = v1(i)\n        for (i <- range_s) _sd(i) = v2(i)\n    } \/\/ constructor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Construct a symmetric tridiagonal matrix from the given matrix.\n     *  @param a  the matrix of values to assign\n     *\/\n    def this (a: MatriC)\n    {\n        this (a.dim1)\n        for (i <- range_d) _dg(i) = a(i, i)\n        for (i <- range_s) _sd(i) = a(i, i+1)\n    } \/\/ constructor\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the diagonal of the matrix.\n     *\/\n    def dg: VectorC = _dg\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the diagonal of the matrix.\n     * @param v  the vector to assign to the diagonal\n     *\/\n    def dg_ (v: VectorC) { _dg = v }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the sub-diagonal of the matrix.\n     *\/\n    def sd: VectorC = _sd\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the sub-diagonal of the matrix.\n     *  @param v  the vector to assign to the sub-diagonal\n     *\/\n    def sd_ (v: VectorC) { _sd = v }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get this matrix's element at the i,j-th index position.\n     *  @param i  the row index\n     *  @param j  the column index\n     *\/\n    def apply (i: Int, j: Int): Complex = \n    {\n        if      (i == j)     _dg(i)       \/\/ on diagonal\n        else if (i == j + 1) _sd(j)       \/\/ on sub-diagonal (below diagonal)\n        else if (i + 1 == j) _sd(i)       \/\/ on sup-diagonal (above diagonal)\n        else throw new Exception (\"apply: element not on tridiagonal\")\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get this matrix's element at the i,j-th index position, returning 0. if\n     *  off tridiagonal.\n     *  @param i  the row index\n     *  @param j  the column index\n     *\/\n    def at (i: Int, j: Int): Complex =\n    {\n        if (i < 0 || j < 0 || i >= d1 || j >= d1) _0\n        else if (i == j)     _dg(i)       \/\/ on diagonal\n        else if (i == j + 1) _sd(j)       \/\/ on sub-diagonal (below diagonal)\n        else if (i + 1 == j) _sd(i)       \/\/ on sup-diagonal (above diagonal)\n        else _0\n    } \/\/ at\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get this matrix's vector at the i-th index position (i-th row).\n     *  @param i  the row index\n     *\/\n    def apply (i: Int): VectorC =\n    {\n        val u = new VectorC (d1)\n        u(i)  = _dg(i)\n        if (i > 0)    u(i-1) = _sd(i-1)\n        if (i < d1_1) u(i+1) = _sd(i)\n        u\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise on range ir and column-wise on range jr.\n     *  Ex: b = a(2..4, 3..5)\n     *  @param ir  the row range\n     *  @param jr  the column range\n     *\/\n    def apply (ir: Range, jr: Range): SymTriMatrixC =\n    {\n        if (ir != jr) flaw (\"apply\", \"requires same ranges to maintain symmetry\")\n        slice (ir.start, ir.end)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise on range ir and column-wise at index j.\n     *  Ex: u = a(2..4, 3)\n     *  @param ir  the row range\n     *  @param j   the column index\n     *\/\n    def apply (ir: Range, j: Int): VectorC = col(j)(ir)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get a slice this matrix row-wise at index i and column-wise on range jr.\n     *  Ex: u = a(2, 3..5)\n     *  @param i   the row index\n     *  @param jr  the column range\n     *\/\n    def apply (i: Int, jr: Range): VectorC = this(i)(jr)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's element at the i,j-th index position to the scalar x.\n     *  Only store x if it is non-zero.\n     *  @param i  the row index\n     *  @param j  the column index\n     *  @param x  the scalar value to assign\n     *\/\n    def update (i: Int, j: Int, x: Complex)\n    {\n        if      (i == j)     _dg(i) = x\n        else if (i == j + 1) _sd(j) = x\n        else if (i + 1 == j) _sd(i) = x\n        else flaw (\"update\", \"element not on tridiagonal\")\n    } \/\/ update\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's row at the i-th index position to the vector u.\n     *  @param i  the row index\n     *  @param u  the vector value to assign\n     *\/\n    def update (i: Int, u: VectorC)\n    {\n        _dg(i) = u(i)\n        if (i > 0)    _sd(i-1) = u(i-1)\n        if (i < d1_1) _sd(i)   = u(i+1)\n    } \/\/ update\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set a slice this matrix row-wise on range ir and column-wise on range jr.\n     *  Ex: a(2..4, 3..5) = b\n     *  @param ir  the row range\n     *  @param jr  the column range\n     *  @param b   the matrix to assign\n     *\/\n    def update (ir: Range, jr: Range, b: SymTriMatrixC)\n    {\n        if (ir != jr) flaw (\"update\", \"requires same ranges to maintain symmetry\")\n        for (i <- ir) {\n            _dg(i) = b.dg(i - ir.start)\n            if (i > ir.start) _sd(i-1) = b.sd(i - ir.start - 1)\n        } \/\/ for\n    } \/\/ update\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set a slice this matrix row-wise on range ir and column-wise at index j.\n     *  Ex: a(2..4, 3) = u\n     *  @param ir  the row range\n     *  @param j   the column index\n     *  @param u   the vector to assign\n     *\/\n    def update (ir: Range, j: Int, u: VectorC) { col(j)(ir) = u }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set a slice this matrix row-wise at index i and column-wise on range jr.\n     *  Ex: a(2, 3..5) = u\n     *  @param i   the row index\n     *  @param jr  the column range\n     *  @param u   the vector to assign\n     *\/\n    def update (i: Int, jr: Range, u: VectorC) { this(i)(jr) = u }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set all the elements in this matrix to the scalar x.\n     *  @param x  the scalar value to assign\n     *\/\n    def set (x: Complex)\n    {\n        for (i <- range1) {\n            _dg(i) = x\n            if (i > 0) _sd(i) = x\n        } \/\/ for\n    } \/\/ set\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set all the values in this matrix as copies of the values in 2D array u.\n     *  @param u  the 2D array of values to assign\n     *\/\n    def set (u: Array [Array [Complex]])\n    {\n        throw new NoSuchMethodException (\"values for SymTriMatrixC should be diagonal\")\n    } \/\/ set\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this matrix's ith row starting at column j to the vector u.\n     *  @param i  the row index\n     *  @param u  the vector value to assign\n     *  @param j  the starting column index\n     *\/\n    def set (i: Int, u: VectorC, j: Int = 0)\n    {\n        throw new NoSuchMethodException (\"values for SymTriMatrixC should be diagonal\")\n    } \/\/ set\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix row-wise from to end.\n     *  @param from  the start row of the slice (inclusive)\n     *  @param end   the end row of the slice (exclusive)\n     *\/\n    def slice (from: Int, end: Int): SymTriMatrixC =\n    {\n        val c = new SymTriMatrixC (end - from)\n        for (i <- c.range1) {\n            c._dg(i) = _dg(i + from)\n            if (i > 0) c._sd(i - 1) = _sd(i + from - 1)\n        } \/\/ for\n        c\n    } \/\/ slice\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix row-wise r_from to r_end and column-wise c_from to c_end.\n     *  @param r_from  the start of the row slice\n     *  @param r_end   the end of the row slice\n     *  @param c_from  the start of the column slice\n     *  @param c_end   the end of the column slice\n     *\/\n    def slice (r_from: Int, r_end: Int, c_from: Int, c_end: Int): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC must be symmetric\")\n    } \/\/ slice\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Slice this matrix excluding the given row and column.\n     *  @param row  the row to exclude\n     *  @param col  the column to exclude\n     *\/\n    def sliceExclude (row: Int, col: Int): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC does not support sliceExclude\")\n    } \/\/ sliceExclude\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select rows from this matrix according to the given index\/basis.\n     *  @param rowIndex  the row index positions (e.g., (0, 2, 5))\n     *\/\n    def selectRows (rowIndex: Array [Int]): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC does not support selectRows\")\n    } \/\/ selectRows\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get column 'col' from the matrix, returning it as a vector.\n     *  @param col   the column to extract from the matrix\n     *  @param from  the position to start extracting from\n     *\/\n    def col (col: Int, from: Int = 0): VectorC =\n    {\n        val u = new VectorC (dim1 - from)\n        for (i <- (from max col-1) until (dim1 min col+2)) u(i-from) = this(i, col)\n        u\n    } \/\/ col\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set column 'col' of the matrix to a vector.\n     *  @param col  the column to set\n     *  @param u    the vector to assign to the column\n     *\/\n    def setCol (col: Int, u: VectorC)\n    {\n        _dg(col) = u(col)\n        if (col > 0) _sd(col-1) = u(col-1)\n    } \/\/ setCol\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select columns from this matrix according to the given index\/basis.\n     *  Ex: Can be used to divide a matrix into a basis and a non-basis.\n     *  @param colIndex  the column index positions (e.g., (0, 2, 5))\n     *\/\n    def selectCols (colIndex: Array [Int]): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC does not support selectCol\")\n    } \/\/ selectCols\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Transpose this matrix (rows => columns).  Note, since the matrix is\n     *  symmetric, it returns itself.\n     *\/\n    def t: SymTriMatrixC = this\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Concatenate this matrix and vector u.\n     *  @param u  the vector to be concatenated as the new last row in matrix\n     *\/\n    def ++ (u: VectorC): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC does not support ++\")\n    } \/\/ ++\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add this matrix and matrix b.\n     *  @param b  the matrix to add (requires leDimensions)\n     *\/\n    def + (b: MatriC): SymTriMatrixC = \n    {\n        val trid = b.asInstanceOf [SymTriMatrixC]\n\tif (d1 == trid.d1) {\n            new SymTriMatrixC (_dg + trid.dg, _sd + trid.sd)\n        } else {\n            flaw (\"+\", \"matrix b has the wrong dimensions\")\n            null\n        } \/\/ if\n    } \/\/ +\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add this matrix and scalar x.\n     *  @param x  the scalar to add\n     *\/\n    def + (x: Complex): SymTriMatrixC =\n    {\n        new SymTriMatrixC (_dg + x, _sd + x)\n    } \/\/ +\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add in-place this matrix and matrix b.\n     *  @param b  the matrix to add (requires leDimensions)\n     *\/\n    def += (b: MatriC): SymTriMatrixC =\n    {\n        val trid = b.asInstanceOf [SymTriMatrixC]\n        if (d1 == trid.d1) {\n            _dg += trid.dg\n            _sd += trid.sd\n        } else {\n            flaw (\"+=\", \"matrix b has the wrong dimensions\")\n        } \/\/ if\n        this\n    } \/\/ +=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add in-place this matrix and scalar x.\n     * @param x  the scalar to add\n     *\/\n    def += (x: Complex): SymTriMatrixC =\n    {\n        _dg += x; _sd += x; this\n    } \/\/ +=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract matrix b.\n     *  @param b  the matrix to subtract (requires leDimensions)\n     *\/\n    def - (b: MatriC): SymTriMatrixC = \n    {\n        val trid = b.asInstanceOf [SymTriMatrixC]\n        if (d1 == trid.d1) {\n            new SymTriMatrixC (_dg - trid.dg, _sd - trid.sd)\n        } else {\n            flaw (\"-\", \"matrix b has the wrong dimensions\")\n            null\n        } \/\/ if\n        this\n    } \/\/ -\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract scalar x.\n     *  @param x  the scalar to subtract\n     *\/\n    def - (x: Complex): SymTriMatrixC =\n    {\n        new SymTriMatrixC (_dg - x, _sd - x)\n    } \/\/ -\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract in-place matrix b.\n     *  @param b  the matrix to subtract (requires leDimensions)\n     *\/\n    def -= (b: MatriC): SymTriMatrixC =\n    {\n        val trid = b.asInstanceOf [SymTriMatrixC]\n        if (d1 == trid.d1) {\n            _dg -= trid.dg\n            _sd -= trid.sd\n        } else {\n            flaw (\"-=\", \"matrix b has the wrong dimensions\")\n        } \/\/ if\n        this\n    } \/\/ -=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** From this matrix subtract in-place scalar x.\n     *  @param x  the scalar to subtract\n     *\/\n    def -= (x: Complex): SymTriMatrixC = \n    {\n        _dg -= x; _sd -= x; this\n    } \/\/ -=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by matrix b.\n     *  @param b  the matrix to multiply by\n     *\/\n    def * (b: MatriC): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"SymTriMatrixC does not support * with general matrices\")\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by matrix b.  Requires b to have type SymTriMatrixD,\n     *  but returns a more general type of matrix.\n     *  @param b  the matrix to multiply by\n     *\/\n    def * (b: SymTriMatrixC): MatrixC =\n    {\n        val c = new MatrixC (d1)\n        for (i <- 0 until d1; j <- (i-2 max 0) to (i+2 min d1_1)) {\n            var sum = _0\n            val k1 = ((i min j) - 1) max 0\n            val k2 = ((i max j) + 1) min d1_1\n            for (k <- k1 to k2) sum += at(i, k) * b.at(k, j)\n            c(i, j) = sum\n        } \/\/ for\n        c\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by vector u.\n     *  @param u  the vector to multiply by\n     *\/\n    def * (u: VectorC): VectorC = \n    {\n        val c = new VectorC (d1)\n        c(0)  = _dg(0) * u(0) + _sd(0) * u(1)\n        for (i <- 1 until d1_1) {\n            c(i) = _sd(i-1) * u(i-1) + _dg(i) * u(i) + _sd(i) * u(i+1)\n        } \/\/ for\n        c(d1-1) = _sd(d1-2) * u(d1-2) + _dg(d1-1) * u(d1-1)\n        c\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by scalar x.\n     *  @param x  the scalar to multiply by\n     *\/\n    def * (x: Complex): SymTriMatrixC =\n    {\n        new SymTriMatrixC (_dg * x, _sd * x)\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply in-place this matrix by matrix b\n     *  @param b  the matrix to multiply by\n     *\/\n    def *= (b: MatriC): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"inplace matrix multiplication not yet implemented\")\n    } \/\/ *=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply in-place this matrix by scalar x.\n     *  @param x  the scalar to multiply by\n     *\/\n    def *= (x: Complex): SymTriMatrixC =\n    {\n        _dg *= x; _sd *= x; this\n    } \/\/ *=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply this matrix by vector u to produce another matrix (a_ij * u_j)\n     *  @param u  the vector to multiply by\n     *\/\n    def ** (u: VectorC): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"matrix * vector -> matrix not implemented yet\")\n    } \/\/ **\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply in-place this matrix by vector u to produce another matrix (a_ij * u_j)\n     *  @param u  the vector to multiply by\n     *\/\n    def **= (u: VectorC): SymTriMatrixC =\n    {\n        throw new NoSuchMethodException (\"inplace matrix * vector -> matrix not implemented yet\")\n    } \/\/ **=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide this matrix by scalar x.\n     *  @param x  the scalar to divide by\n     *\/\n    def \/ (x: Complex): SymTriMatrixC =\n    {\n        new SymTriMatrixC (_dg \/ x, _sd \/ x)\n    } \/\/ \/\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide in-place this matrix by scalar x.\n     *  @param x  the scalar to divide by\n     *\/\n    def \/= (x: Complex): SymTriMatrixC =\n    {\n        _dg \/= x; _sd \/= x; this\n    } \/\/ \/=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Raise this matrix to the pth power (for some integer p >= 2).\n     *  @param p  the power to raise this matrix to\n     *\/\n    def ~^ (p: Int): MatrixC =\n    {\n        throw new NoSuchMethodException (\"matrix power function (~^) not implemented yet\")\n    } \/\/ ~^\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the maximum element in this matrix.\n     *  @param e  the ending row index (exclusive) for the search\n     *\/\n    def max (e: Int = dim1): Complex = _dg(0 until e).max() max _sd(0 until e).max()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the minimum element in this matrix.\n     *  @param e  the ending row index (exclusive) for the search\n     *\/\n    def min (e: Int = dim1): Complex = _dg(0 until e).min() min _sd(0 until e).min()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the kth diagonal of this matrix.  Assumes dim2 >= dim1.\n     *  @param k  how far above the main diagonal, e.g., (-1, 0, 1) for (sub, main, super)\n     *\/\n    def getDiag (k: Int = 0): VectorC =\n    {\n        if (k == 0) _dg\n        else if (math.abs (k) == 1) _sd\n        else { flaw (\"getDiag\", \"nothing stored for diagonal \" + k); null }\n    } \/\/ getDiag\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the kth diagonal of this matrix to the vector u.  Assumes dim2 >= dim1.\n     *  @param u  the vector to set the diagonal to\n     *  @param k  how far above the main diagonal, e.g., (-1, 0, 1) for (sub, main, super)\n     *\/\n    def setDiag (u: VectorC, k: Int = 0)\n    {\n        if (k == 0) _dg = u\n        else if (math.abs (k) == 1) _sd = u\n        else flaw (\"setDiag\", \"nothing stored for diagonal \" + k)\n    } \/\/ setDiag\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the main diagonal of this matrix to the scalar x.  Assumes dim2 >= dim1.\n     *  @param x  the scalar to set the diagonal to\n     *\/\n    def setDiag (x: Complex) { _dg.set (x) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clean values in matrix at or below the threshold by setting them to zero.\n     *  Iterative algorithms give approximate values and if very close to zero,\n     *  may throw off other calculations, e.g., in computing eigenvectors.\n     *  @param thres     the cutoff threshold (a small value)\n     *  @param relative  whether to use relative or absolute cutoff\n     *\/\n    def clean (thres: Double, relative: Boolean = true): SymTriMatrixC =\n    {\n        val s = if (relative) mag else Complex._1             \/\/ use matrix magnitude or 1\n        for (i <- range_d) if (abs (_dg(i)) <= s * thres) _dg(i) = _0\n        for (i <- range_s) if (abs (_sd(i)) <= s * thres) _sd(i) = _0\n        this\n    } \/\/ clean\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the determinant of this matrix.\n     *\/\n    def det: Complex = detHelper (d1 - 1)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve for x in the equation a*x = d where a is this matrix\n     * @param d  the constant vector.\n     *\/\n    def solve (d: VectorC): VectorC =\n    {\n        val x = new VectorC (d1)\n        val c = new VectorC (d1)\n        val a = new VectorC (d1)\n        val b = new VectorC (d1)\n        for (i <- range_s) { c(i) = _sd(i); a(i) = _sd(i) }\n        for (i <- range_d) b(i) = _dg(i)\n\n        c(0) = c(0) \/ b(0)\n        d(0) = d(0) \/ b(0)\n        for (i <- 1 until d1) {\n            val id = Complex._1 \/ (b(i) - c(i-1) * a(i))\n            c(i)   = c(i) * id\n            d(i)   = (d(i) - d(i-1) * a(i)) * id\n        } \/\/ for\n        x(d1-1) = d(d1-1)\n        for (i <- d1 - 2 to 0 by -1) x(i) = d(i) - c(i) * x(i+1)\n        x\n    } \/\/ solve\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Helper method for computing the determinant of this matrix.\n     *  @param n  the current dimension\n     *\/\n    private def detHelper (n: Int): Complex =\n    {\n        if (n == 0)      _dg(0)\n        else if (n == 1) _dg(0) * _dg(1) - _sd(0) * _sd(0)\n\telse             _dg(n) * detHelper (n - 1) - _sd(n-1) * _sd(n-1) * detHelper (n - 2)\n    } \/\/ detHelper\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the (right) nullspace of this m by n matrix (requires n = m + 1)\n     *  by performing Gauss-Jordan reduction and extracting the negation of the\n     *  last column augmented by 1.  The nullspace of matrix a is \"this vector v\n     *  times any scalar s\", i.e., a*(v*s) = 0.  The left nullspace of matrix a is\n     *  the same as the right nullspace of a.t (a transpose).\n     *\/\n    def nullspace: VectorC =\n    {\n        if (dim2 != dim1 + 1) flaw (\"nullspace\", \"requires n (columns) = m (rows) + 1\")\n        reduce.col(dim2 - 1) * Complex._1n ++ Complex._1\n    } \/\/ nullspace\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the (right) nullspace in-place of this m by n matrix (requires n = m + 1)\n     *  by performing Gauss-Jordan reduction and extracting the negation of the\n     *  last column augmented by 1.  The nullspace of matrix a is \"this vector v\n     *  times any scalar s\", i.e., a*(v*s) = 0.  The left nullspace of matrix a is\n     *  the same as the right nullspace of a.t (a transpose).\n     *\/\n    def nullspace_ip: VectorC =\n    {\n        if (dim2 != dim1 + 1) flaw (\"nullspace\", \"requires n (columns) = m (rows) + 1\")\n        reduce_ip\n        col(dim2 - 1) * Complex._1n ++ Complex._1\n    } \/\/ nullspace_ip\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the trace of this matrix, i.e., the sum of the elements on the\n     *  main diagonal.  Should also equal the sum of the eigenvalues.\n     *  @see Eigen.scala\n     *\/\n    def trace: Complex = _dg.sum\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of this matrix, i.e., the sum of its elements.\n     *\/\n    def sum: Complex = _dg.sum + _sd.sum + _sd.sum\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of the lower triangular region of this matrix.\n     *\/\n    def sumLower: Complex = _sd.sum\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the abs sum of this matrix, i.e., the sum of the absolute value\n     *  of its elements.  This is useful for comparing matrices (a - b).sumAbs\n     *\/\n    def sumAbs: Complex = _dg.norm1 + _sd.norm1 + _sd.norm1\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the 1-norm of this matrix, i.e., the maximum 1-norm of the\n     *  column vectors.  This is useful for comparing matrices (a - b).norm1\n     *\/\n    def norm1: Complex =\n    {\n        val c = new VectorC (dim2)\n        for (j <- range2) c(j) = col(j).norm1\n        c.max ()\n    } \/\/ norm1\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is rectangular (all rows have the same number\n     *  of columns).\n     *\/\n    def isRectangular: Boolean = true\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether this matrix is nonnegative (has no negative elements).\n     *\/\n    def isNonnegative: Boolean = _dg.isNonnegative && _sd.isNonnegative\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert this symmetric tridiagonal matrix to a string showing the diagonal\n     *  vector followed by the sub-diagonal vector.\n     *\/\n    override def toString: String = \"\\nSymTriMatrixC(\\t\" + _dg + \", \\n\\t\\t\" + _sd + \")\"\n\n    \/\/--------------------------------------------------------------------------\n    \/\/ The following methods are not useful for Symmetric Tridiagonal matrices:\n    \/\/--------------------------------------------------------------------------\n\n    def lud: Tuple2 [MatriC, MatriC] =\n    {\n        throw new NoSuchMethodException (\"not implemented\")\n    } \/\/ lud\n\n    def lud_ip: Tuple2 [MatriC, MatriC] = \n    {\n        throw new NoSuchMethodException (\"not implemented\")\n    } \/\/ lud_ip\n\n    def solve (l: MatriC, u: MatriC, b: VectorC): VectorC = \n    {\n        throw new NoSuchMethodException (\"not implemented\")\n    } \/\/ solve\n\n    def solve (lu: Tuple2 [MatriC, MatriC], b: VectorC): VectorC = \n    {\n        throw new NoSuchMethodException (\"not implemented\")\n    } \/\/ solve\n\n    def diag (b: MatriC): SymTriMatrixC = \n    {\n        throw new NoSuchMethodException (\"not implemented\")\n    } \/\/ diag\n\n    def diag (p: Int, q: Int): SymTriMatrixC = \n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ diag\n\n    def inverse_npp: SymTriMatrixC = \n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ inverse_npp\n\n    def inverse: SymTriMatrixC = \n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ inverse\n\n    def inverse_ip: SymTriMatrixC = \n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ inverse_ip\n\n    def reduce: SymTriMatrixC = \n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ reduce\n\n    def reduce_ip\n    {\n        throw new NoSuchMethodException(\"not implemented\")\n    } \/\/ reduce_ip\n\n} \/\/ SymTriMatrixC class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SymTriMatrixCTest` object is used to test the `SymTriMatrixC` class.\n *\/\nobject SymTriMatrixCTest extends App\n{\n    val a = new SymTriMatrixC (VectorC (1.0, 2.0, 3.0),\n                               VectorC (4.0, 5.0))\n\n    val b = new SymTriMatrixC (VectorC (2.0, 3.0, 4.0),\n                               VectorC (5.0, 6.0))\n\n    val u = VectorC (5.0, 3.0, 6.0)\n\n    val c = new MatrixC ((3, 3), 1.0, 4.0, 0.0,\n                                 4.0, 2.0, 5.0,\n                                 0.0, 5.0, 3.0)\n\n    val d = new MatrixC ((3, 3), 2.0, 5.0, 0.0,\n                                 5.0, 3.0, 6.0,\n                                 0.0, 6.0, 4.0)\n\n    println (\"a     = \" + a)\n    println (\"b     = \" + b)\n    println (\"a.det = \" + a.det)\t\n    println (\"a + b = \" + (a + b))\t\n    println (\"a - b = \" + (a - b))\n    println (\"a * b = \" + (a * b))\n    println (\"a * u = \" + (a * u))\n    println (\"c * d = \" + (c * d))\n\n} \/\/ SymTriMatrixCTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/random\/Random2.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sat Mar 22 14:39:30 EDT 2014\n *  @see     LICENSE (MIT style license file).\n *\n *  CMRG (Combined Multiple Recursive Generator) using 32-bit Int's\n *\/\n\npackage scalation.random\n\nimport scalation.util.Timer.time\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Random2` class generates random real numbers in the range (0, 1).\n *  It implements, using 32-bit integers (Int's), the 'MRG31k3p' generator\n *  developed by L'Ecuyer and Touzin, described in \"FAST COMBINED MULTIPLE\n *  RECURSIVE GENERATORS WITH MULTIPLIERS OF THE FORM a = 2^q +\/- 2^r\".\n *  MRG31k3p is a Combined Multiple Recursive Generator (CMRG) shown to have good\n *  performance and statistical properties for simulations.  It has a period of\n *  about 2^185 and is considered to be a faster alternative to the popular\n *  'MRG32k3' generator.  MRG31k3p combines MRG1 and MRG2.\n *  <br>\n *      MRG1: x_i = (0          + a_12 x_i-2 + a_13 x_i-3) % M1\n *      MRG2: x_i = (a_21 x_i-1 + 0          + a_23 x_i-3) % M2\n *  <br>\n *  where a_12 = 2^22, a_13 = 2^7+1, a_21 = 2^15 and a_23 = 2^15+1.\n *  @see http:\/\/www.informs-sim.org\/wsc00papers\/090.PDF\n *  @see http:\/\/www.iro.umontreal.ca\/~simardr\/ssj\/doc\/pdf\/guiderng.pdf\n *  @param stream  the random number stream index\n *\/\ncase class Random2 (stream: Int = 0)\n     extends RNG (stream)\n{\n    private val M1     = 2147483647                    \/\/ modulus for MRG1 (2^31 - 1)\n    private val M2     = 2147462579                    \/\/ modulus for MRG2 (2^31 - 21069)\n    private val MASK12 = 511                           \/\/ mask to extract  9 lsb's (2^9 - 1)\n    private val MASK13 = 16777215                      \/\/ mask to extract 24 lsb's (s^24 - 1)\n    private val MASK21 = 65535                         \/\/ mask to extract 16 lsb's (s^16 - 1)\n    private val MULT2  = 21069                         \/\/ multiplier\n    private val NORM   = 4.656612873077393e-10         \/\/ 1.0 \/ (M1 + 1.0) normalization to (0, 1)\n    private val x      = RandomSeeds.seeds (stream)    \/\/ 6-dimensional vector of seed values\n\n    private var x11    = x(0)                          \/\/ x_i-1 for MRG1\n    private var x12    = x(1)                          \/\/ x_i-2 for MRG1\n    private var x13    = x(2)                          \/\/ x_i-3 for MRG1\n    private var x21    = x(3)                          \/\/ x_i-1 for MRG2\n    private var x22    = x(4)                          \/\/ x_i-2 for MRG2\n    private var x23    = x(5)                          \/\/ x_i-3 for MRG2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the next random number as a real (Double) in the interval (0, 1).\n     *  This calculation uses 32-bit integers (Int).\n     *\/\n    def gen: Double =\n    {\n        \/\/ Caluclate MRG1 (first component)\n\n        var y1 = ((x12 & MASK12) << 22) + (x12 >>> 9) + ((x13 & MASK13) << 7) + (x13 >>> 24)\n        if (y1 < 0 || y1 >= M1) y1 -= M1    \/\/must also check overflow\n        y1 += x13\n        if (y1 < 0 || y1 >= M1) y1 -= M1\n        x13 = x12; x12 = x11; x11 = y1\n\n        \/\/ Calculate MRG2 (second component)\n\n        y1 = ((x21 & MASK21) << 15) + (MULT2 * (x21 >>> 16))\n        if (y1 < 0 || y1 >= M2) y1 -= M2\n        var y2 = ((x23 & MASK21) << 15) + (MULT2 * (x23 >>> 16))\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        y2 += x23\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        y2 += y1\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        x23 = x22; x22 = x21; x21 = y2\n\n        \/\/ Combine MRG1 and MRG2 (must never return either 0 or M1+1)\n\n        if (x11 <= x21) (x11 - x21 + M1) * NORM else (x11 - x21) * NORM\n    } \/\/ gen\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the next stream value as an integer.\n     *  This calculation uses 32-bit integers (Int).\n     *\/\n    def igen: Int =\n    {\n        \/\/ Caluclate MRG1 (first component)\n\n        var y1 = ((x12 & MASK12) << 22) + (x12 >>> 9) + ((x13 & MASK13) << 7) + (x13 >>> 24)\n        if (y1 < 0 || y1 >= M1) y1 -= M1    \/\/must also check overflow\n        y1 += x13\n        if (y1 < 0 || y1 >= M1) y1 -= M1\n        x13 = x12; x12 = x11; x11 = y1\n\n        \/\/ Calculate MRG2 (second component)\n\n        y1 = ((x21 & MASK21) << 15) + (MULT2 * (x21 >>> 16))\n        if (y1 < 0 || y1 >= M2) y1 -= M2\n        var y2 = ((x23 & MASK21) << 15) + (MULT2 * (x23 >>> 16))\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        y2 += x23\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        y2 += y1\n        if (y2 < 0 || y2 >= M2) y2 -= M2\n        x23 = x22; x22 = x21; x21 = y2\n\n        \/\/ Combine MRG1 and MRG2 (must never return either 0 or M1+1)\n\n        if (x11 <= x21) x11 - x21 + M1 else x11 - x21\n    } \/\/ igen\n\n} \/\/ Random2 class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/Convert.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Jul 31 13:54:40 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport collection.immutable.{Set => SET}\n\nimport scalation.linalgebra.{MatriD, MatrixD, SparseMatrixD}\n\n\/\/ FIX: Use MatrixI\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Convert` object is used to convert between an Adjacency Matrix\n *  representation to an Adjacency Sets representation.\n *\/\nobject Convert\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the graph from an Adjacency Matrix representation to an\n     *  Adjacency Sets representation.\n     *  @param mat  the Adjacency Matrix representation of a graph\n     *\/\n    def matrix2AdjacencySet (mat: MatriD): Graph =\n    {\n        val n = mat.dim1\n        val adj = Array.ofDim [SET [Int]] (n)\n        for (i <- 0 until n) {\n            adj(i) = Set [Int] ()\n            for (j <- 0 until n if mat(i, j) != 0.0)  adj(i) += j\n        } \/\/ for\n        Graph (adj)\n    } \/\/ matrix2AdjacencySet\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the graph from an Adjacency Sets representation to an\n     *  Adjacency Matrix representation.\n     *  @param mat  the Adjacency Sets representation of a graph\n     *\/\n    def adjacencySet2Matrix (gr: Graph, sparse: Boolean = false): MatriD =\n    {\n        val n   = gr.adj.length\n        val mat = if (sparse) new SparseMatrixD (n, n) else new MatrixD (n, n)\n        for (i <- 0 until n; j <- 0 until n if gr.adj(i) contains j) mat(i, j) = 1.0\n        mat\n    } \/\/ adjacencySet2Matrix\n\n} \/\/ Convert object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ConvertTest` object is used to test the `Convert` object.\n *\/\nobject ConvertTest\n{\n    \/\/ FIX: test conversion in both directions\n\n} \/\/ ConvertTest\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/Ball.scala","text":"<reponame>scalation\/traffic<filename>src\/main\/scala\/scalation\/graphalytics\/Ball.scala\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.2\n *  @date    Thu Oct 20 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.{Queue, Set, Map, BitSet}\nimport collection.mutable\nimport math.max\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Ball` class provides an implementation for ball construction.\n *  A ball consists of all vertices within a given radius of a given center.\n *  @see http:\/\/ieeexplore.ieee.org\/xpl\/login.jsp?tp=&arnumber=6691601&tag=1&url=http%3A%2F%2Fieeexplore.ieee.org%2Fxpls%2Fabs_all.jsp%3Farnumber%3D6691601%26tag%3D1\n *  @param parentGraph  thea graph from which the ball will be created based upon center vertex and radius\n *  @param center       the vertex picked as center\n *  @param radius       the radius of the ball\n *\/\nclass Ball (parentGraph: Graph, center: Int, radius: Int) \n{\n    var nodesInBall = mutable.Set [Int] ()                 \/\/ vertices in a ball\n    var borderNodes = mutable.Set [Int] ()                 \/\/ border vertices of a ball\n    var q           = Queue [(Int, Int)] ()                \/\/ vertex, depth pair\n    var adjSet      = Map [Int, mutable.Set [Int]] ()      \/\/ child vertex mapping\n    var parList     = Map [Int, mutable.Set [Int]] ()      \/\/ parent vertex mapping\n    var ballcenter  = center                               \/\/ center vertex\n    nodesInBall    += center\n    var counter     = 0\n    q.enqueue ((center, 0))\n    \/\/ assumes diameter always > 0\n    adjSet  += (center -> mutable.Set (parentGraph.adj(center).toArray:_* ))\n    parList += (center -> mutable.Set (parentGraph.par(center).toArray:_* ))\n\n    while (! q.isEmpty) {                        \/\/ fetching all the nodes or vertices which will be part of a ball\n        val (nextV, depth) = q.dequeue\n        if (depth == radius) borderNodes += nextV\n        else {\n            val children = parentGraph.adj(nextV)\n            val parents  = parentGraph.par(nextV)\n            for (child <- children) {            \/\/ get all the children till depth == radius starting from the center\n                if (! nodesInBall.contains (child)) {\n                    nodesInBall += child\n                    q.enqueue ((child, depth + 1))\n                } \/\/ if\n            } \/\/ for\n            for (parent <- parents) {            \/\/ get all the parents till depth == radius starting from the center\n                if (! nodesInBall.contains (parent)) {\n                    nodesInBall += parent\n                    q.enqueue ((parent, depth + 1))\n                } \/\/ if\n            } \/\/ for\n        } \/\/ else\n    } \/\/ while\n\n    for (n <- nodesInBall) {                     \/\/ prepare adj and parent set for the nodes of a ball\n        val children = parentGraph.adj(n)\n        val parents  = parentGraph.par(n)\n        adjSet.getOrElseUpdate (n, Set ())\n        parList.getOrElseUpdate (n, Set ())\n        for (child <- children if (nodesInBall contains child))  parList.getOrElseUpdate (child, Set ()) += n\n        for (parent <- parents if (nodesInBall contains parent)) adjSet.getOrElseUpdate (parent, Set ()) += n\n    } \/\/ for\n\n  \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n  \/** Returns the set of children of vertex 'v'.\n    * @param v  the identifier of the input vertex\n    *\/\n  def post (v: Int): Set [Int] = adjSet.getOrElse (v, Set [Int] ())\n  \n  \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n  \/** Returns the set of parents of vertex 'v'.\n    * @param v the identifier of the input vertex\n    *\/\n  def pre (v: Int): Set [Int] = parList.getOrElse (v, Set [Int] ())\n  \n \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n  \/** Get the ball in a string format.\n   *\/\n  def getBallAsString (): String = \n  {\n      var s = new StringBuilder ()\n      if (adjSet != null) {\n           for (i <- adjSet.keySet.toList.sorted) {\n               s.append (i + \"->[\");\n               for (j <- adjSet.get (i).get.toList.sorted) s.append (j+\",\")\n               s.append(\"],\")\n           } \/\/ for\n       } \/\/ if\n       s.toString ()\n  } \/\/ getBallAsString\n\n  \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n  \/** Print the ball.\n   *\/\n  def printball ()\n  {\n      println (\"Center: \" + ballcenter)\n      println (\"Nodes in ball: \" + nodesInBall)\n      for ((u, children) <- adjSet) println (u + \"\\t\" + children)\n      println (\"Border nodes: \")\n      for (b <- borderNodes) println (b)\n      println (\"-----------\")\n  } \/\/ printball\n  \n  \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n  \/** Returns the diameter of the ball.\n   *\/\n  def getBallDiameter: Int = \n  {\n      val n    = nodesInBall.max + 1\n      val path = Array.ofDim [Int] (n, n)\n      for (u <- nodesInBall; v <- nodesInBall if u != v) {\n          if (post (u).contains (v)) {\n              path(v)(u) = 1\n              path(u)(v) = 1\n          } \/\/ if\n      } \/\/ for       \n      var diameter = 0\n      for (k <- nodesInBall; i <- nodesInBall; j <- nodesInBall if i != j) {\n          if (path(i)(k) * path(k)(j) != 0)\n          {\n              if ((path(i)(k) + path(k)(j) < path(i)(j)) || path(i)(j) == 0) path(i)(j) = path(i)(k) + path(k)(j)\n          } \/\/ if\n          diameter = max (path(i)(j), diameter)\n      } \/\/ for\n      diameter    \n  } \/\/ getBallDiameter\n  \n} \/\/ Ball class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/TightSim.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>, <NAME>\n *  @version 1.2\n *  @date    Thu Nov 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport java.lang.System.nanoTime\n\nimport collection._\nimport collection.immutable.{Set => SET}\nimport collection.mutable.{ListBuffer, Map, HashMap, MutableList, Set, Stack}\nimport math.pow\nimport util.control.Breaks.{break, breakable}\nimport util.Random\n\nimport scalation.stat.Statistic\nimport scalation.util.Timer.{time, timer}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The 'TightSim' class provides an implementation for graph pattern matching.\n *  @see http:\/\/hipore.com\/ijbd\/2014\/IJBD%20Vol%201%20No%201%202014.pdf\n *  @param printSetting  '0' for match and '1' for ball\n *\/\nclass TightSim (printSetting: String) \n{\n    private val NS_PER_MS = 1000000.0                                         \/\/ nanosecond per milliseconds\n\n    private val listOfDistinctReducedSet = new ListBuffer [SET [String]] ()   \/\/ contains total number of matches \n                                                                              \/\/ after post processing\n    private val mapOfBallWithSize = Map [Int, Long] ()                        \/\/ contains balls left after\n                                                                              \/\/ post processing with diameter.\n    private val listOfMatchedBallVertices = MutableList [Int] ()              \/\/ contains list of center vertices \n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Performs tight simulation.\n     *  @param q          the query graph Q(U, D, k)\n     *  @param g          the data graph  G(V, E, l)\n     *  @param queryName  the query graph relative file name\n     *  @param dataName   the data graph relative file name\n     *\/\n    def tightSim (q: Graph, g: Graph, queryName: String, dataName: String): Array [SET [Int]] = \n    {\n        val dataSize  = g.adj.length                                      \/\/ size of the data graph\n        val querySize = q.adj.length                                      \/\/ size of the query graph\n        val qmet      = new GraphMetrics (q.clone, false)                 \/\/ creating graph metrics object of query graph\n        val (sim, dualTime) = timer { new DualSim (g, q).mappings }       \/\/ performs dual simulation\n        println (\"DUAL RESULT SIZE: \"+ sim.flatten.toSet.size)            \/\/ to print dual simulation result\n        if (sim.size == 0) { println (\"No dual match.\"); return null }    \/\/ exit if no match after dual simulation\n\n        val (newGraph, gPruningTime) = timer { filterGraph (g, q, sim) }  \/\/ if doing strong sim more than once, must clone g\n        val prunedSize = sim.flatten.toSet.size                           \/\/ size of feasible matches after strict simulation\n        val (qDiameter, diameterTime) = timer { qmet.rad }                \/\/ get the query diameter\n        val balls        = HashMap [Int, Ball] ()                    \n        val matchCenters = Set [Int] ()\n        var ballTime     = 0.0\n        var filterTime   = 0.0\n        var ballSum      = 0\n\n        for (center <- sim (selectivityCriteria (qmet))) {                \/\/ picking center based on selectivity criteria\n            var t0    = nanoTime ()\n            val ball  = new Ball (newGraph, center, qDiameter)            \/\/ creating a new ball for the selected center vertex\n            ballTime += (nanoTime () - t0) \/ NS_PER_MS                    \/\/ time elapsed for creating a ball\n            ballSum  += ball.nodesInBall.size                             \/\/ calculate ball size\n\n            t0          = nanoTime ()\n            val mat     = dualFilter (q, sim.clone, ball)               \/\/ perform dual filter on the ball\n            filterTime += (nanoTime () - t0) \/ NS_PER_MS                  \/\/ time elapsed for dual filter\n            balls.put (center, ball)\n\n            if (mat.size != 0) matchCenters += center\n            else println (\"No match for ball centered at \" + center + \"\\n\")\n        } \/\/ for\n        \n        performPostProcessing (g, balls, matchCenters)                    \/\/ post processing after all the matches obtained\n        println (\"SEQUENTIAL:    Data Graph Name:  \" + dataName +\n                 \"\\n  Number of Data Graph Nodes:  \" + dataSize +\n                 \"\\n            Query Graph Name:  \" + queryName +\n                 \"\\n Number of Query Graph Nodes:  \" + querySize +\n                 \"\\n     Number of Tight Matches:  \" + matchCenters.size +\n                 \"\\nDualSim Time for Whole Graph:  \" + dualTime + \" ms\" +\n                 \"\\n          Graph Pruning Time:  \" + gPruningTime + \" ms\" +\n                 \"\\n    Graph Size after Pruning:  \" + prunedSize + \" nodes\" +\n                 \"\\n Finding Query Diameter Time:  \" + diameterTime + \" ms\" +\n                 \"\\n              Query Diameter:  \" + qDiameter +\n                 \"\\n          Ball Creation Time:  \" + ballTime +\n                 \"\\n           Average Ball Size:  \" + (ballSum \/ prunedSize.toDouble) +\n                 \"\\n                 Filter Time:  \" + filterTime + \n                 \"\\nCreating and Filtering Balls:  \" + (ballTime + filterTime) + \" ms\" +\n                 \"\\n        Total Distinct Edges:  \" + calculateTotalEdges (g, balls, matchCenters) +\n                 \"\\n     Total Distinct Vertices:  \" + calculateTotalVertices ())\n        println (\"Ball Diameter Metrics(Min, Max, Mean, StdDev): \" + calculateBallDiameterMetrics (balls) )\n        sim\n    } \/\/ tightSim\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Prune the data graph by consider only those vertices and edges which\n     *  are part of feasible matches after performing initial dual simulation.\n     *  @param g    the data graph  G(V, E, l)\n     *  @param q    the query graph Q(U, D, k)\n     *  @param sim  mappings from a query vertex u_q to { graph vertices v_g }\n     *\/ \n    def filterGraph (g: Graph, q: Graph,  sim: Array [SET [Int]]): Graph = \n    {\n        val nodesInSimset = sim.flatten.toSet               \/\/ get all the vertices of feasible matches\n        for (i <- 0 until g.adj.size) {                     \/\/ pruning all vertices which are not part of feasible matches\n            g.adj(i) &= nodesInSimset                \n            g.par(i) &= nodesInSimset\n        } \/\/ for\n        var newAdjSet  = Array.ofDim [SET [Int]] (g.adj.size)\n        var newParList = Array.ofDim [SET [Int]] (g.par.size)\n\n        for (i <- 0 until newAdjSet.size) {\n            newAdjSet(i)  = SET [Int] ()\n            newParList(i) = SET [Int] ()\n        } \/\/ for\n\n        for (u <- 0 until q.size; w <- sim (u)) {           \/\/ preparing new adj and parent set for data graph based upon feasible vertices\n            for (v <- q.adj(u)) newAdjSet (w) |= (g.adj(w) & sim(v))\n            for (v <- q.par(u)) newParList(w) |= (g.par(w) & sim(v))\n        } \/\/ for\n        Graph (newAdjSet, g.label, g.inverse)             \/\/ creating a new data graph\n    } \/\/ filterGraph\n \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform dual simulation onto the ball.\n     *  @param query  the query graph Q(U, D, k)\n     *  @param sim    mappings from a query vertex u_q to { graph vertices v_g }\n     *  @param ball   the Ball B(Graph, Center, Radius)\n     *\/ \n    def dualFilter (query: Graph, sim: Array [SET [Int]], ball: Ball): Array [SET [Int]] = \n    {\n        for (v <- sim.indices) sim(v) &= ball.nodesInBall            \/\/ project simset onto ball\n        val filterSet = new Stack [(Int, Int)] ()\n        var filtered  = false\n        for (u <- sim.indices; v <- sim(u) if ball.borderNodes contains v) {\n            filtered = false                                         \/\/ filtering ball based on child relationship\n            breakable { for (u1 <- query.adj (u)) { \n                if ((ball.post (v) & sim (u1)).isEmpty) {\n                    filterSet.push ((u, v))\n                    filtered = true\n                    break\n                } \/\/ if\n            }} \/\/  breakable for\n            if (! filtered) {                                        \/\/ filtering ball based on parent relationship,\n              breakable { for (u2 <- query.par (u)) {                \/\/  if no child has been filtered out\n                   if ((ball.pre (v) & sim (u2)).isEmpty) {\n                       filterSet.push ((u, v))\n                       break\n                   } \/\/ if\n                }} \/\/ breakable for\n            } \/\/ if\n        } \/\/ for\n\n        while (! filterSet.isEmpty) {                                \/\/ refine child and parent relationship for the vertex v,  \n            val (u, v) = filterSet.pop ()                            \/\/ which is now not a feasible match  \n            sim (u) -= v\n            for (u2 <- query.par (u); v2 <- (ball.pre (v) & sim (u2)) if (ball.post (v2) & sim (u)).isEmpty) \n                filterSet.push ((u2, v2))\n            for (u1 <- query.adj (u); v1 <- (ball.post (v) & sim (u1)) if (ball.pre (v1) & sim (u)).isEmpty)\n                filterSet.push ((u1, v1))\n        } \/\/ while\n\n        val adjSet  = HashMap [Int, Set [Int]] ()\n        val parList = HashMap [Int, Set [Int]] ()\n        \/\/ create new adj and parent set for the ball after above pruning\n        for (u <- sim.indices; v <- sim(u); uc <- query.adj(u); vc <- (ball.post (v) & sim (uc))) {                                 \n            adjSet.getOrElseUpdate (v, Set [Int] ())   += vc\n            parList.getOrElseUpdate (vc, Set [Int] ()) += v\n        } \/\/ for\n\n        \/\/ Finding max perfect subgraph\n        val stack = new Stack [Int] ()\n        val visited = Set (ball.ballcenter)\n        stack.push (ball.ballcenter)\n        while (! stack.isEmpty) {\n            val v = stack.pop ()\n            for (child <- (adjSet.getOrElse (v, Set ()) | parList.getOrElse (v, Set ()))) {\n                if (! visited.contains (child)) {\n                    stack.push (child)\n                    visited += child\n                } \/\/ if\n            } \/\/ for\n        } \/\/ while\n        for ( v <- sim.indices) sim (v) = sim(v) & visited\n\n        \/\/fixes the edges in the ball\n        \/\/(note that it does not change the parent set; this is only used for printing)\n        \/\/uncomment if you want to see the ball after finding maximum perfect subgraph\n\n        if (printSetting.trim == \"0\") {\n            ball.adjSet = Map [Int, Set [Int]] ()\n            val matchNodes = sim.flatten.toSet\n            for ((n, nset) <- adjSet; nc <- nset) {\n                if ((matchNodes contains n) && (matchNodes contains nc)) ball.adjSet.getOrElseUpdate (n, Set () ) += nc\n            } \/\/ for\n        } \/\/ if\n  \n        for ( v <- sim.indices if sim(v).isEmpty) return Array [SET [Int]] ()\n        sim\n    } \/\/dualFilter\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the dual sim match set.\n     *  @param sim  mappings from a query vertex u_q to { graph vertices v_g }\n     *\/\n    def printDualSimMatch (sim: HashMap [Int, Set [Int] ] ) \n    {\n        println(\"dualSim match:\")\n        for ( (u, v) <- sim) println (u + \"  \" + v)\n        println (\"-------------\")\n    } \/\/ printDualSimMatch\n \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform post processing after computing all the matches.\n     *  @param g             the data graph  G(V, E, l)\n     *  @param balls         mappings from a center vertex to the Ball B(Graph, Center, Radius)\n     *  @param matchCenters  set of all vertices which are considered as center\n     *\/\n    def performPostProcessing (g: Graph, balls: HashMap [Int, Ball], matchCenters: Set [Int]) \n    {\n        var postProcessingTime = 0l\n        var t0                 = 0l\n\n        for (vert_id <- 0 until g.adj.length) {                            \/\/ check for every vertex of a data graph\n            var ballstring = \"\"\n            var isMatch    = 0\n            if (balls.keySet contains vert_id) {                           \/\/ if its a center vertex, then need to perform post processing\n                ballstring = balls.get (vert_id).get.getBallAsString ()    \/\/ get the ball as a string\n                t0 = nanoTime ()\n                                                                           \/\/ get all the nodes in sorted order in string format\n                val str = SET (ballstring.replaceAll (\"[\\\\[\\\\]\\\\-\\\\>,]*\", \" \").replaceAll (\"  \", \",\").replaceAll (\" \",\"\").split (\",\"):_*)\n                if (checkInsertOfMatch (str)) {                            \/\/ check whether its already contained in the result\n                    if (matchCenters contains vert_id) {\n                        isMatch = 1\n                        listOfMatchedBallVertices += vert_id\n                    } \/\/ if\n                } else {                                                   \/\/ remove the entry from matchCenters\n                    ballstring = \"\"\n                    matchCenters -= vert_id\n                } \/\/ if\n                postProcessingTime += nanoTime () - t0\n            } \/\/ if\n            println (vert_id + \"\\t \" + g.label (vert_id) + \"\\t\" + ballstring)\n        } \/\/ for\n        println (\"Post Processing time is: \" + (postProcessingTime \/ NS_PER_MS) + \" ms\")\n    } \/\/ performPostProcessing\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether a ball is subset or superset of any other ball and add its\n     *  entry accordingly in listofDistinctReduceSet and return true, if added in\n     *  the list else false.\n     *  @param str  set of vertices of a ball in string format\n     *\/\n    def checkInsertOfMatch (str: SET [String]): Boolean =\n    {\n        var isInsert = true\n        if (str == null || str.isEmpty || str.size == 0) isInsert = false\n        else {\n            if (listOfDistinctReducedSet.isEmpty) listOfDistinctReducedSet += str\n            else {\n                breakable { for (i <- 0 until listOfDistinctReducedSet.size) {\n                    if (str subsetOf listOfDistinctReducedSet(i)) {           \/\/ str is a subset\n                        listOfDistinctReducedSet(i) = str                     \/\/ update listOfDistinctReducedSet with str\n                        isInsert = false\n                    } else if (listOfDistinctReducedSet(i) subsetOf str) {    \/\/ str is a superset\n                        isInsert = false                  \/\/ listOfDistinctReducedSet already contain subset of str, so str not needed\n                        break\n                    } \/\/ if\n                }} \/\/ breakable for\n                if (isInsert) listOfDistinctReducedSet += str             \/\/ if str is not in listOfDistinctReducedSet, add it\n            } \/\/ if\n        } \/\/ if\n        isInsert\n    } \/\/ checkInsertOfMatch\n \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count distinct vertices left after post processing.\n     *\/\n    def calculateTotalVertices (): Int = \n    {\n        val totalSet = Set [String] ()\n        for (i <- 0 until listOfDistinctReducedSet.length) totalSet ++= listOfDistinctReducedSet(i)\n        totalSet.size\n    } \/\/ calculateTotalVertices\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count distinct edges left after post processing.\n     *  @param g               the data graph  G(V, E, l)\n     *  @param balls           mappings from a center vertex to the Ball B(Graph, Center, Radius)\n     *  @param matchCenters    set of all vertices which are considered as center\n     *\/\n    def calculateTotalEdges (g: Graph, balls: HashMap [Int, Ball], matchCenters: Set [Int]): Int = \n    {\n        val distinctEdges = Set [String] ()\n        for (vert_id <- 0 until g.adj.length; if balls.keySet.contains (vert_id)) { \n            balls.get (vert_id).get.adjSet.foreach (i => i._2.foreach (j => distinctEdges += (i._1.toString + \"_\" + j.toString)))\n        } \/\/ for\n        distinctEdges.size\n    } \/\/ calculateTotalEdges\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate statistics (e.g., min, max, avg diameter and standard deviation)\n     *  on the  balls left after postprocessing.\n     *  @param balls  mappings from a center vertex to the Ball B(Graph, Center, Radius)\n     *\/\n    def calculateBallDiameterMetrics (balls: HashMap [Int, Ball]): Statistic =\n    {\n        val t0 = nanoTime ()\n        val ballStats = new Statistic ()\n        for (vert_id <- listOfMatchedBallVertices) ballStats.tally (balls.get (vert_id).get.getBallDiameter)\n        ballStats\n    } \/\/ calculateBallDiameterMetrics\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the vertex from an array of central vertices, those which have \n     *  highest adj set size and lowest frequency of label in the query graph, i.e.\n     *  highest ratio.\n     *  @param centr the array of vertices whose eccentricity is equal to the radius\n     *\/\n    def selectivityCriteria (qmet: GraphMetrics): Int =\n    {\n        var index = 0\n        var max   = 0.0\n        for (ctr <- qmet.central) {\n            val ratio = qmet.g.adj(ctr).size.toDouble \/ qmet.g.labelMap (qmet.g.label(ctr)).size.toDouble\n            if (max < ratio) { max = ratio; index = ctr }\n        } \/\/ for\n        index\n    } \/\/ selectivityCriteria \n\n} \/\/ TightSim\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TightSimTest` object test the `TightSim` class by passing\n *  data graph, query graph absolute file path, print match\/ball (0\/1)\n *\/\nobject TightSimTest extends App \n{\n    if (args.length != 3) {\n         println (\"args must be in the format:  <data_graph> <query_graph> <print match\/ball (0\/1)> \")\n    } else {\n        val gfile = args (0)\n        val qfile = args (1)\n        val printSetting = args (2)\n        val g = Graph.apply (gfile, true)\n        val q = Graph.apply (qfile, true)\n        time { new TightSim (printSetting).tightSim (q, g, qfile, gfile) }\n    } \/\/ if\n\n} \/\/ TightSimTest\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ::::::::::::\n\/** The `TightSimTest2` object test the `TightSim` class by feeding\n *  data graph, query graph absolute file path, print match\/ball (0\/1).\n *\/\nobject TightSimTest2 extends App \n{\n    val gfile = \"\/home\/ayushi\/experiment\/check\/todayData2\"\n    val qfile = \"\/home\/ayushi\/experiment\/check\/todayQuery2\"\n\/\/  val gfile = \"\" \/\/ Data Graph File Path\n\/\/  val qfile = \"\" \/\/ Query Graph file path\n    val printSetting = \"0\"\n    val g = Graph.apply(gfile, true)\n    val q = Graph.apply(qfile, true) \n    time { new TightSim (printSetting).tightSim (q, g, qfile, gfile) }\n\n} \/\/ TightSimTest2\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/random\/Quantile.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Sep 30 18:41:26 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.random\n\nimport scala.math.{abs, log, sqrt}\n\nimport scalation.math.Combinatorics.rBetaF\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Quantile` object contains methods for computing 'Finv', the inverse\n *  Cumulative Distribution Functions (iCDF's) for popular sampling distributions:\n *  StandardNormal, StudentT, ChiSquare and Fisher.\n *  For a given CDF 'F' and quantile 'p', compute 'x' such that the 'F(x) = p'.\n *\/\nobject Quantile\n       extends Error\n{\n    \/** Type for inverse Cumulative Distribution Function (iCDF)\n     *\/\n    type ICDF = (Double, Array [Int]) => Double\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for the \"standard normal distribution\" function.\n     *  This function returns an approximation of the \"inverse\" cumulative\n     *  standard normal distribution function.  I.e., given p, it returns\n     *  an approximation to the x satisfying p = P{Z <= x} where Z is a\n     *  random variable from the standard normal distribution.\n     *  The algorithm uses a minimax approximation by rational functions\n     *  and the result has a relative error whose absolute value is less\n     *  than 1.15e-9.\n     *  Author:      <NAME> (Adapted to Scala by <NAME>)\n     *  (Javascript version by <NAME> @ Digital Sutras (<EMAIL>))\n     *  Time-stamp:  2003-05-05 05:15:14\n     *  E-mail:      <EMAIL>\n     *  WWW URL:     http:\/\/home.online.no\/~pjacklam\n     *  @param p    the p-th quantile, e.g., .95 (95%)\n     *  @param _df  the degrees of freedom (not used for Normal)\n     *\/\n    def normalInv (p: Double = .95, _df: Array [Int] = Array ()): Double =\n    {\n        if (p < 0.0 || p > 1.0) flaw (\"normalInv\", \"parameter p must be in the range [0, 1]\")\n\n        \/\/ Coefficients in rational approximations\n        val a = Array(-3.969683028665376e+01,  2.209460984245205e+02,\n                      -2.759285104469687e+02,  1.383577518672690e+02,\n                      -3.066479806614716e+01,  2.506628277459239e+00)\n\n        val b = Array(-5.447609879822406e+01,  1.615858368580409e+02,\n                      -1.556989798598866e+02,  6.680131188771972e+01,\n                      -1.328068155288572e+01)\n\n        val c = Array(-7.784894002430293e-03, -3.223964580411365e-01,\n                      -2.400758277161838e+00, -2.549732539343734e+00,\n                       4.374664141464968e+00,  2.938163982698783e+00)\n\n        val d = Array (7.784695709041462e-03,  3.224671290700398e-01,\n                       2.445134137142996e+00,  3.754408661907416e+00)\n\n        \/\/ Define break-points\n        val plow  = 0.02425\n        val phigh = 1 - plow\n\n        \/\/ Rational approximation for lower region:\n        if (p < plow) {\n             val q  = sqrt(-2*log(p))\n             return (((((c(0)*q + c(1))*q + c(2))*q + c(3))*q + c(4))*q + c(5)) \/\n                        ((((d(0)*q + d(1))*q + d(2))*q + d(3))*q + 1)\n        } \/\/ if\n\n        \/\/ Rational approximation for upper region:\n        if (phigh < p) {\n             val q  = sqrt(-2*log(1-p))\n             return -(((((c(0)*q + c(1))*q + c(2))*q + c(3))*q + c(4))*q + c(5)) \/\n                         ((((d(0)*q + d(1))*q + d(2))*q + d(3))*q + 1)\n        } \/\/ if\n\n        \/\/ Rational approximation for central region:\n        val q = p - 0.5\n        val r = q*q\n        (((((a(0)*r + a(1))*r + a(2))*r + a(3))*r + a(4))*r + a(5))*q \/\n            (((((b(0)*r + b(1))*r + b(2))*r + b(3))*r + b(4))*r + 1)\n    } \/\/ normalInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"Student's t distribution\" function.\n     *  This function returns an approximation of the \"inverse\" cumulative\n     *  Student's t distribution function.  I.e., given p, it returns\n     *  an approximation to the x satisfying p = P{T <= x} where T is a\n     *  random variable from Student's t distribution.\n     *  From <NAME> (www.cosc.canterbury.ac.nz).\n     *  This function computes the upper p-th quantile of the t distribution (the\n     *  value of t for which the area under the curve from t to +infinity is equal\n     *  to p). It is a transliteration of the 'STUDTP' function given in Appendix C\n     *  of \"Principles of Discrete Event Simulation\", <NAME>, Wiley, 1978.\n     *  @param p    the p-th quantile, e.g., 95 (95%)\n     *  @param _df  the degrees of freedom\n     *\/\n    def studentTInv (p: Double = .95, _df: Array [Int] = Array (10)): Double =\n    {\n        val df = _df(0)\n        if (p < 0 || p > 1) flaw (\"studentTInv\", \"parameter p must be in the range [0, 1]\")\n        if (df <= 0)        flaw (\"studentTInv\", \"parameter df must be positive\")\n\n        val z1 = abs (normalInv (p))\n        val z2 = z1 * z1\n\n        val h = Array [Double] (\n              0.25 * z1 * (z2 + 1.0),\n              0.010416667 * z1 * ((5.0 * z2 + 16.0) * z2 + 3.0),\n              0.002604167 * z1 * (((3.0 * z2 + 19.0) * z2 + 17.0) * z2 - 15.0),\n              0.000010851 * z1 * ((((79.0 * z2 + 776.0) * z2 + 1482.0) * z2 - 1920.0) * z2 - 945.0) )\n\n        var x = 0.0\n        for (i <- h.length - 1 to 0 by -1) x = (x + h(i)) \/ df\n        if (p >= 0.5) z1 + x else -(z1 + x)\n    } \/\/ studentTInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"Student's t distribution\" function.\n     *  @param p   the p-th quantile, e.g., 95 (95%)\n     *  @param df  the degrees of freedom\n     *\/\n    def studentTInv (p: Double, df: Int): Double =\n    {\n        studentTInv (p, Array (df))\n    } \/\/ studentTInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Cumulative Distribution Function (CDF) for the ChiSquare\n     *  distribution by numerically integrating the ChiSquare probability\n     *  density function (pdf).  See Variate.scala.\n     *  @param x   the x coordinate\n     *  @param df  the degrees of freedom\n     *\/\n    def chiSquareCDF (x: Double, df: Int = 4): Double =\n    {\n        if (df <= 0) flaw (\"chiSquareCDF\", \"parameter df must be positive\")\n        if (x < 0)   flaw (\"chiSquareCDF\", \"parameter x must be nonnegative\")\n\n        val chi  = ChiSquare (df)  \/\/ ChiSquare distribution\n        val step = 0.0001\n        var sum  = 0.0\n        var xx   = 0.0\n        var y1   = 0.0\n        var y2   = chi.pf (0.0)     \/\/ pdf for ChiSquare distribution\n        while (xx <= x && sum < 1.0) {\n            y1  = y2\n            xx  += step\n            y2  = chi.pf (xx)\n            sum += step * (y1 + y2) \/ 2.0\n        } \/\/ while\n        sum\n    } \/\/ chiSquareCDF\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"ChiSquare distribution\" function using\n     *  bisection search of the CDF.\n     *  @param p    the p-th quantile, e.g., .95 (95%)\n     *  @param _df  the degrees of freedom\n     *\/\n    def chiSquareInv (p: Double = .95, _df: Array [Int] = Array (4)): Double =\n    {\n        val df = _df(0)\n        if (p < 0.0 || p > 1.0)  flaw (\"chiSquareInv\", \"parameter p must be in the range [0, 1]\")\n        if (df <= 0 || df >= 50) flaw (\"chiSquareInv\", \"parameter df must be in the set {1, 2, ..., 49}\")\n\n        var x1   = 0.0           \/\/ lower limit\n        var x2   = 8.0 * df      \/\/ upper limit\n        var x    = 0.0           \/\/ x coordinate\n        var y    = 0.0           \/\/ y coordinate\n        var cont = true          \/\/ continue searching\n        while (cont) {\n            x = (x1 + x2) \/ 2.0\n            y = chiSquareCDF (x, df)\n            \/\/ println (\"x = \" + x + \" y = \" + y + \" p = \" + p)\n            if (y + .0005 < p)      x1 = x\n            else if (y - .0005 > p) x2 = x\n            else                    cont = false  \/\/ done\n        } \/\/ while\n        x\n    } \/\/ chiSquareInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"ChiSquare distribution\" function.\n     *  @param p   the p-th quantile, e.g., .95 (95%)\n     *  @param df  the degrees of freedom\n     *\/\n    def chiSquareInv (p: Double, df: Int): Double =\n    {\n        chiSquareInv (p, Array (df))\n    } \/\/ chiSquareInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Cumulative Distribution Function (CDF) for the Fisher (F)\n     *  distribution using beta functions.\n     *  @param p    the p-th quantile, e.g., .95 (95%)\n     *  @param df1  the degrees of freedom 1\n     *  @param df2  the degrees of freedom 2\n     *\/\n    def fisherCDF (p: Double, df1: Int, df2: Int): Double =\n    {\n        rBetaF (df1 * p \/ ((df1 * p) + df2), df1 \/ 2.0, df2 \/ 2.0)\n    } \/\/ fisherCDF\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Cumulative Distribution Function (CDF) for the Fisher (F)\n     *  distribution using beta functions.\n     *  @param p   the p-th quantile, e.g., .95 (95%)\n     *  @param df  the pair of degrees of freedom (df1, df2)\n     *\/\n    def fisherCDF (p: Double, df: Tuple2 [Int, Int]): Double =\n    {\n        fisherCDF (p, df._1, df._2)\n    } \/\/ fisherCDF\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"Fisher (F) distribution\" function using\n     *  bisection search of the CDF.\n     *  @param p    the p-th quantile, e.g., .95 (95%)\n     *  @param _df  the degrees of freedom\n     *\/\n    def fisherInv (p: Double = .95, _df: Array [Int] = Array (4, 5)): Double =\n    {\n        val df1 = _df(0)          \/\/ degrees of freedom 1\n        val df2 = _df(1)          \/\/ degrees of freedom 2\n        if (p < 0.0 || p > 1.0)   flaw (\"fisherInv\", \"parameter p must be in the range [0, 1]\")\n        if (df1 <= 0 || df2 <= 0) flaw (\"fisherInv\", \"parameters df1 and df2 must be positive\")\n\n        var x1   = 0.0            \/\/ lower limit\n        var x2   = 1.0E6          \/\/ upper limit\n        var x    = 0.0            \/\/ x coordinate\n        var y    = 0.0            \/\/ y coordinate\n        var cont = true           \/\/ continue searching\n        while (cont) {\n            x = (x1 + x2) \/ 2.0\n            y = fisherCDF (x, df1, df2)\n            \/\/ println (\"x = \" + x + \" y = \" + y + \" p = \" + p)\n            if (y + .0005 < p)      x1 = x\n            else if (y - .0005 > p) x2 = x\n            else                    cont = false              \/\/ done\n        } \/\/ while\n        x\n    } \/\/ fisherInv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the p-th quantile for \"Fisher (F) distribution\" function.\n     *  @param p   the p-th quantile, e.g., .95 (95%)\n     *  @param df  the pair of degrees of freedom (df1 and df2)\n     *\/\n    def fisherInv (p: Double, df: Tuple2 [Int, Int]): Double =\n    {\n        fisherInv (p, Array (df._1, df._2))\n    } \/\/ fisherInv\n\n} \/\/ Quantile object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `QuantileTest` object tests the `Quantile` object.\n *\/\nobject QuantileTest extends App\n{\n    import Quantile._\n\n    println (\"\\nTest the normalInv function\")\n    println (\"normalInv (.50)  = \" + normalInv (.50))\n    println (\"normalInv (.90)  = \" + normalInv (.90))\n    println (\"normalInv (.95)  = \" + normalInv (.95))\n    println (\"normalInv (.975) = \" + normalInv (.975))\n    println (\"normalInv (.99)  = \" + normalInv (.99))\n    println (\"normalInv (.995) = \" + normalInv (.995))\n\n    println (\"\\nTest the studentTInv function\")\n    println (\"studentTInv (.50)  = \" + studentTInv (.50))\n    println (\"studentTInv (.90)  = \" + studentTInv (.90))\n    println (\"studentTInv (.95)  = \" + studentTInv (.95))\n    println (\"studentTInv (.975) = \" + studentTInv (.975))\n    println (\"studentTInv (.99)  = \" + studentTInv (.99))\n    println (\"studentTInv (.995) = \" + studentTInv (.995))\n\n    val df = 49\n    println (\"\\nTest the chiSquareCDF function\")\n    for (i <- 0 to 10) {\n        println (\"chiSquareCDF (\" + i + \", df)  = \" + chiSquareCDF (i, df))\n    } \/\/ for\n\n    println (\"\\nTest the chiSquareInv function\")\n    println (\"chiSquareInv (.50, \" + df + \")  = \" + chiSquareInv (.50, df))\n    println (\"chiSquareInv (.90, \" + df + \")  = \" + chiSquareInv (.90, df))\n    println (\"chiSquareInv (.95, \" + df + \")  = \" + chiSquareInv (.95, df))\n    println (\"chiSquareInv (.975, \" + df + \") = \" + chiSquareInv (.975, df))\n    println (\"chiSquareInv (.99, \" + df + \")  = \" + chiSquareInv (.99, df))\n    println (\"chiSquareInv (.995, \" + df + \") = \" + chiSquareInv (.995, df))\n\n    val _df = (49, 11)\n    println (\"\\nTest the chiSquareCDF function\")\n    for (i <- 0 to 10) {\n        println (\"fisherCDF (\" + i + \", _df)  = \" + fisherCDF (i, _df))\n    } \/\/ for\n\n    println (\"\\nTest the fisherInv function\")\n    println (\"fisherInv (.50, \" + _df + \")  = \" + fisherInv (.50, _df))\n    println (\"fisherInv (.90, \" + _df + \")  = \" + fisherInv (.90, _df))\n    println (\"fisherInv (.95, \" + _df + \")  = \" + fisherInv (.95, _df))\n    println (\"fisherInv (.975, \" + _df + \") = \" + fisherInv (.975, _df))\n    println (\"fisherInv (.99, \" + _df + \")  = \" + fisherInv (.99, _df))\n    println (\"fisherInv (.995, \" + _df + \") = \" + fisherInv (.995, _df))\n\n} \/\/ QuantileTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/PoissonRegression.scala","text":"<gh_stars>1-10\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Sun Jan 11 19:05:20 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\n\/\/ FIX: needs improved optimization\n\npackage scalation.analytics\n\nimport math.{exp, log, round}\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\n\/\/import scalation.math.DoubleWithExp._\nimport scalation.math._\nimport scalation.math.Combinatorics.fac\nimport scalation.minima.QuasiNewton\nimport scalation.plot.Plot\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PoissonRegression` class supports Poisson regression.  In this case, \n *  x' may be multi-dimensional '[1, x_1, ... x_k]'.  Fit the parameter\n *  vector 'b' in the Poisson regression equation\n *  <p>\n *      log (mu(x))  =  b dot x  =  b_0 + b_1 * x_1 + ... b_k * x_k\n *  <p>\n *  where 'e' represents the residuals (the part not explained by the model)\n *  and 'y' is now integer valued.\n *  @see see.stanford.edu\/materials\/lsoeldsee263\/05-ls.pdf\n *  @param x   the input\/design matrix augmented with a first column of ones\n *  @param y   the integer response vector, y_i in {0, 1, ... }\n *  @param cn  the optional names for all categories\/classes\n *\/\nclass PoissonRegression (x: MatrixD, y: VectorI, cn: Array [String] = null)\n      extends Classifier with Error\n{\n    if (y != null && x.dim1 != y.dim) flaw (\"constructor\", \"dimensions of x and y are incompatible\")\n\n    private val DEBUG      = false                    \/\/ debug flag\n    private val k          = x.dim2 - 1               \/\/ number of variables \n    private val n          = x.dim1.toDouble          \/\/ number of data points (rows)\n    private val r_df       = (n-1.0) \/ (n-k-1.0)      \/\/ ratio of degrees of freedom\n    private var b: VectorD = null                     \/\/ parameter vector (b_0, b_1, ... b_k)\n    private var n_dev      = -1.0                     \/\/ null dev: -LL, for null model (intercept only)\n    private var r_dev      = -1.0                     \/\/ residual dev: -LL, for full model\n    private var aic        = -1.0                     \/\/ Akaike\u2019s Information Criterion\n    private var pseudo_rSq = -1.0                     \/\/ McFaffen's pseudo R-squared\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For a given parameter vector b, compute - Log-Likelihood (-LL).\n     *  -LL is the standard measure.\n     *  @see dept.stat.lsa.umich.edu\/~kshedden\/Courses\/Stat600\/Notes\/glm.pdf\n     *  @param b  the parameters to fit\n     *\/\n    def ll (b: VectorD): Double =\n    {\n        var sum = 0.0\n        for (i <- 0 until x.dim1) {\n            val bx = b dot x(i)\n            sum += y(i) * bx - exp (bx)          \/\/ last term not needed [ - log (fac (y(i))) ]\n        } \/\/ for\n        -sum                                     \/\/ set up for minimization\n    } \/\/ ll\n   \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For a given parameter vector b = [b(0)], compute -2 * Log-Likelihood (-2LL).\n     *  -2LL is the standard measure that follows a Chi-Square distribution. \n     *  @see dept.stat.lsa.umich.edu\/~kshedden\/Courses\/Stat600\/Notes\/glm.pdf\n     *  @param b  the parameters to fit\n     *\/\n    def ll_null (b: VectorD): Double =\n    {\n        var sum = 0.0\n        for (i <- 0 until x.dim1) {\n            val bx = b(0)                        \/\/ only use the intercept\n            sum += y(i) * bx - exp (bx)          \/\/ last term not needed [ - log (fac (y(i))) ]\n        } \/\/ for\n        - sum                                    \/\/ set up for minimization\n    } \/\/ ll_null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For the full model, train the classifier by fitting the parameter vector\n     *  (b-vector) in the logistic regression equation using maximum likelihood.\n     *  Do this by minimizing -2LL.\n     *\/\n    def train ()\n    {\n         val b0   = new VectorD (x.dim2)         \/\/ use b_0 = 0 for starting guess for parameters\n         val bfgs = new QuasiNewton (ll)         \/\/ minimizer for -2LL\n\n         b     = bfgs.solve (b0)                 \/\/ find optimal solution for parameters\n         r_dev = ll (b)                          \/\/ measure of fitness for full model\n         aic   = r_dev + 2.0 * x.dim2\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For the null model, train the classifier by fitting the parameter vector\n     *  (b-vector) in the logistic regression equation using maximum likelihood.\n     *  Do this by minimizing -2LL.\n     *\/\n    def train_null ()\n    {\n         val b0   = new VectorD (x.dim2)         \/\/ use b0 = 0 for starting guess for parameters\n         val bfgs = new QuasiNewton (ll_null)    \/\/ minimizer for -2LL\n\n         val b_n = bfgs.solve (b0)               \/\/ find optimal solution for parameters\n         n_dev   = ll_null (b_n)                 \/\/ measure of fitness for null nodel\n    } \/\/ train_null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the fit (parameter vector b, quality of fit). Assumes both\n     *  train_null and train have already been called.\n     *\/\n    def fit: Tuple5 [VectorD, Double, Double, Double, Double] = \n    {\n        pseudo_rSq = 1.0 - r_dev \/ n_dev\n        (b, n_dev, r_dev, aic, pseudo_rSq)\n    } \/\/ fit\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Classify the value of y = f(z) by evaluating the formula y = exp (b dot z).\n     *  @param z  the new vector to classify\n     *\/\n    def classify (z: VectorD): Tuple2 [Int, String] =\n    {\n        val c    = round (exp (b dot z)).toInt\n        val cn_c = if (cn != null && c < cn.length) cn(c) else \"NA\"\n        (c, cn(c))\n    } \/\/ classify\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Classify the value of y = f(z) by evaluating the formula y = exp (b dot z),\n     *  for an integer vector.\n     *  @param z  the new integer vector to classify\n     *\/\n    def classify (z: VectorI): Tuple2 [Int, String] = classify (z.toDouble)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform backward elimination to remove the least predictive variable\n     *  from the model, returning the variable to eliminate, the new parameter\n     *  vector, the new R-squared value and the new F statistic.\n     *  FIX or remove\n     * \n    def backElim (): Tuple4 [Int, VectorD, Double, Double] =\n    {\n        var j_max   = -1                     \/\/ index of variable to eliminate\n        var b_max: VectorD = null            \/\/ parameter values for best solution\n        var rSq_max = -1.0                   \/\/ currently maximizing R squared\n        var fS_max  = -1.0                   \/\/ could optimize on F statistic\n\n        for (j <- 1 to k) {\n            val keep = n.toInt               \/\/ i-value large enough to not exclude any rows in slice\n            val rg_j = new PoissonRegression (x.sliceExclude (keep, j), y)       \/\/ regress with x_j removed\n            rg_j.train ()\n            val (b, rSq, fS, rBar) =  rg_j.fit\n            if (rSq > rSq_max) { j_max = j; b_max = b; rSq_max = rSq; fS_max = fS}\n        } \/\/ for\n        (j_max, b_max, rSq_max, fS_max)\n    } \/\/ backElim\n     *\/\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Variance Inflation Factor (VIF) for each variable to test\n     *  for multi-colinearity by regressing xj against the rest of the variables.\n     *  A VIF over 10 indicates that over 90% of the varaince of xj can be predicted\n     *  from the other variables, so xj is a candidate for removal from the model.\n     *  FIX or remove\n     *\n    def vif: VectorD =\n    {\n        val vifV = new VectorD (k)           \/\/ VIF vector\n        for (j <- 1 to k) {\n            val keep = n.toInt               \/\/ i-value large enough to not exclude any rows in slice\n            val x_j  = x.col(j)                                               \/\/ x_j is jth column in x\n            val rg_j = new PoissonRegression (x.sliceExclude (keep, j), x_j)    \/\/ regress with x_j removed\n            rg_j.train ()\n            vifV(j-1) =  1.0 \/ (1.0 - rg_j.fit._2)                            \/\/ store vif for x_1 in vifV(0)\n        } \/\/ for\n        vifV\n    } \/\/ vif\n     *\/\n\n} \/\/ PoissonRegression class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PoissonRegression` object tests the `PoissonRegression` class.\n *  @see http:\/\/www.cookbook-r.com\/Statistical_analysis\/Logistic_regression\/\n *  Answer: b = (-8.8331, 0.4304),\n *          n_dev = 43.860, r_dev = 25.533, aci = 29.533, pseudo_rSq = 0.4178\n *\/\nobject PoissonRegressionTest extends App\n{\n    \/\/ 32 data points:            One    Mpg\n    val x = new MatrixD ((32, 2), 1.0,  21.0,        \/\/  1 - Mazda RX4 \n                                  1.0,  21.0,        \/\/  2 - Mazda RX4 Wa\n                                  1.0,  22.8,        \/\/  3 - Datsun 710\n                                  1.0,  21.4,        \/\/  4 - Hornet 4 Drive\n                                  1.0,  18.7,        \/\/  5 - Hornet Sportabout\n                                  1.0,  18.1,        \/\/  6 - Valiant\n                                  1.0,  14.3,        \/\/  7 - Duster 360\n                                  1.0,  24.4,        \/\/  8 - Merc 240D \n                                  1.0,  22.8,        \/\/  9 - Merc 230\n                                  1.0,  19.2,        \/\/ 10 - Merc 280\n                                  1.0,  17.8,        \/\/ 11 - Merc 280C\n                                  1.0,  16.4,        \/\/ 12 - Merc 450S\n                                  1.0,  17.3,        \/\/ 13 - Merc 450SL\n                                  1.0,  15.2,        \/\/ 14 - Merc 450SLC\n                                  1.0,  10.4,        \/\/ 15 - Cadillac Fleetwood\n                                  1.0,  10.4,        \/\/ 16 - Lincoln Continental\n                                  1.0,  14.7,        \/\/ 17 - Chrysler Imperial\n                                  1.0,  32.4,        \/\/ 18 - Fiat 128\n                                  1.0,  30.4,        \/\/ 19 - Honda Civic\n                                  1.0,  33.9,        \/\/ 20 - Toyota Corolla\n                                  1.0,  21.5,        \/\/ 21 - Toyota Corona\n                                  1.0,  15.5,        \/\/ 22 - Dodge Challenger\n                                  1.0,  15.2,        \/\/ 23 - AMC Javelin\n                                  1.0,  13.3,        \/\/ 24 - Camaro Z28\n                                  1.0,  19.2,        \/\/ 25 - Pontiac Firebird\n                                  1.0,  27.3,        \/\/ 26 - Fiat X1-9\n                                  1.0,  26.0,        \/\/ 27 - Porsche 914-2\n                                  1.0,  30.4,        \/\/ 28 - Lotus Europa\n                                  1.0,  15.8,        \/\/ 29 - <NAME>\n                                  1.0,  19.7,        \/\/ 30 - <NAME>\n                                  1.0,  15.0,        \/\/ 31 - Maserati Bora\n                                  1.0,  21.4)        \/\/ 32 - Volvo 142E\n\n    val y = VectorI (0, 0, 1, 1, 0, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0,\n                     0, 1, 1, 1, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1)\n\n    var z: VectorD = null\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n    val rg = new PoissonRegression (x, y)\n    rg.train_null ()                                    \/\/ train based on null model\n    rg.train ()                                         \/\/ train based on full model\n    val res = rg.fit                                    \/\/ obtain results\n\n    println (\"---------------------------------------------------------------\")\n    println (\"Poisson Regression Regression Results\")\n    println (\"b          = \" + res._1)\n    println (\"n_dev      = \" + res._2)\n    println (\"r_dev      = \" + res._3)\n    println (\"aic        = \" + res._4)\n    println (\"pseudo_rSq = \" + res._5)\n\n    z = VectorD (1.0, 15.0)                            \/\/ classify point z\n    println (\"classify (\" + z + \") = \" + rg.classify (z))\n\n    z = VectorD (1.0, 30.0)                            \/\/ classify point z\n    println (\"classify (\" + z + \") = \" + rg.classify (z))\n\n} \/\/ PoissonRegressionTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PoissonRegressionTest2` object tests the `PoissonRegression` class.\n *  @see statmaster.sdu.dk\/courses\/st111\/module03\/index.html\n *  @see www.stat.wisc.edu\/~mchung\/teaching\/...\/GLM.logistic.Rpackage.pdf\n *\/\nobject PoissonRegressionTest2 extends App\n{\n    \/\/ 40 data points:            One     Low  Medium    High\n    val x = new MatrixD ((40, 4), 1.0,  102.0,   89.0,    0.0,\n                                  1.0,    7.0,  233.0,    1.0,\n                                  1.0,    0.0,    4.0,   41.0,\n                                  1.0,    8.0,   37.0,   13.0,\n                                  1.0,   40.0,   79.0,   26.0,\n                                  1.0,    0.0,  625.0,  156.0,\n                                  1.0,    0.0,   12.0,   79.0,\n                                  1.0,    0.0,    3.0,  119.0,\n                                  1.0,  115.0,  136.0,   65.0,\n                                  1.0,  428.0,  416.0,  435.0,\n                                  1.0,   34.0,  174.0,   56.0,\n                                  1.0,    0.0,    0.0,   37.0,\n                                  1.0,   97.0,  162.0,   89.0,\n                                  1.0,   56.0,   47.0,  132.0,\n                                  1.0, 1214.0, 1515.0,  324.0,\n                                  1.0,   30.0,  103.0,  161.0,\n                                  1.0,    8.0,   11.0,  158.0,\n                                  1.0,   52.0,  155.0,  144.0,\n                                  1.0,  142.0,  119.0,   24.0,\n                                  1.0, 1370.0, 2968.0, 1083.0,\n                                  1.0,  790.0,  161.0,  231.0,\n                                  1.0, 1142.0,  157.0,  131.0,\n                                  1.0,    0.0,    2.0,   49.0,\n                                  1.0,    0.0,    0.0,   50.0,\n                                  1.0,    5.0,   68.0,   49.0,\n                                  1.0,    0.0,    0.0,   48.0,\n                                  1.0,    0.0,    6.0,   40.0,\n                                  1.0,    1.0,    8.0,   64.0,\n                                  1.0,    0.0,  998.0,  551.0,\n                                  1.0,  253.0,   99.0,   60.0,\n                                  1.0, 1395.0,  799.0,  244.0,\n                                  1.0,    0.0,    0.0,   50.0,\n                                  1.0,    1.0,   68.0,  145.0,\n                                  1.0, 1318.0, 1724.0,  331.0,\n                                  1.0,    0.0,    0.0,   79.0,\n                                  1.0,    3.0,   31.0,   37.0,\n                                  1.0,  195.0,  108.0,  206.0,\n                                  1.0,    0.0,   15.0,  121.0,\n                                  1.0,    0.0,  278.0,  513.0,\n                                  1.0,    0.0,    0.0,  253.0)\n\n    val y = VectorI (0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1,\n                     1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 1, 0, 1, 1)\n\n    val cn = Array (\"low\", \"mid\", \"high\")\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n\/\/  val rg = new PoissonRegression (x(0 until x.dim1, 0 until 2), y, cn)\n    val rg = new PoissonRegression (x, y, cn)\n    rg.train_null ()                                    \/\/ train based on null model\n    rg.train ()                                         \/\/ train based on full model\n\n    println (\"---------------------------------------------------------------\")\n    println (\"Poisson Regression Regression Results\")\n    println (\"fit = \" + rg.fit)\n\n    val z  = VectorD (1.0, 100.0, 100.0, 100.0)        \/\/ classify point z\n    println (\"classify (\" + z + \") = \" + rg.classify (z))\n\n\/\/  new Plot (x.col(1), y, yyp)\n\/\/  new Plot (x.col(2), y, yyp)\n\n} \/\/ PoissonRegressionTest2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/GraphSimIso.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Thu Jul 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport collection.immutable.{Set => SET}\n\nimport scalation.util.Timer.time\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** This `GraphSimIso` object provides an implementation for Subgraph Isomorphism\n *  that uses an adjacency set version of Ullmann's Algorithm.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass GraphSimIso (g: Graph, q: Graph)\n      extends GraphMatcher (g, q)\n{\n    private val sims         = new GraphSim2 (g, q)    \/\/ object for Dual Simulation algorithm\n    private var matches      = SET [Array [SET [Int]]] ()   \/\/ initialize matches to empty\n    private var noBijections = true                    \/\/ no results yet\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Ullmann's Subgraph Isomorphism pattern matching algorithm to\n     *  find the mappings from the query graph 'q' to the data graph 'g'.\n     *  These are represented by a multi-valued function 'phi' that maps each\n     *  query graph vertex 'u' to a set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = \n    {\n        var psi: SET [Array [Int]] = null              \/\/ mappings from Dual Simulation\n        if (noBijections) psi = bijections ()          \/\/ if no results, create them\n        merge (psi)                                    \/\/ merge bijections to create mappings\n    } \/\/ mappings\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Ullmann's Subgraph Isomorphism algorithm to find subgraphs of data\n     *  graph 'g' that isomorphically match query graph 'q'.  These are represented\n     *  by a set of single-valued bijective functions {'psi'} where each 'psi'\n     *  function maps each query graph vertex 'u' to a data graph vertices 'v'.\n     *\/\n    override def bijections (): SET [Array [Int]] =\n    {\n        val phi = sims.feasibleMates ()                          \/\/ initial mappings from label match\n        GraphSimIso (sims.saltzGraphSim (phi), makeOrder (), 0)  \/\/ recursively find all bijections\n        val psi = simplify (matches)                             \/\/ pull bijections out matches\n        noBijections = false                                     \/\/ results now available\n        psi                                                      \/\/ return the set of bijections\n    } \/\/ bijections\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Refine the mappings 'phi' using the Ullmann Subgraph Isomorphism algorithm.\n     *  @param phi    array of mappings from a query vertex u_q to { graph vertices v_g }\n     *  @param depth  the depth of recursion\n     *\/\n    private def GraphSimIso (phi: Array [SET [Int]], ordering: Array [Int], depth: Int)\n    {\n        if (depth == q.size) {\n            if (! phi.isEmpty) {\n                matches += phi\n                if (matches.size % CHECK == 0) println (\"GraphSimIso: matches so far = \" + matches.size)\n            } \/\/ if\n        } else if (! phi.isEmpty) {\n            for (i <- phi (ordering (depth)) if (! contains (phi, i, ordering,\n              depth))) {\n                val phiCopy = phi.map (x => x)                           \/\/ make a copy of phi\n                phiCopy (ordering (depth)) = SET [Int] (i)               \/\/ isolate vertex i\n                if (matches.size >= LIMIT) return                        \/\/ quit if at LIMIT\n                \/\/ solve recursively for the next depth \n                GraphSimIso (sims.saltzGraphSim (phiCopy), ordering, depth + 1)\n            } \/\/ for\n        } \/\/ if\n    } \/\/ GraphSimIso\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Establish a vertex order from largest to smallest adjacency set ('adj') size.\n     *\/\n    def makeOrder (): Array [Int] = q.adj.zipWithIndex.sortBy (-1 * _._1.size).map (_._2)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Is vertex j contained in any phi(i) for the previous depths?\n     *  @param phi       array of mappings from a query vertex u_q to { graph vertices v_g }\n     *  @param j         the vertex j to check\n     *  @param ordering  the 'adj' size based ordering of the vertices\n     *  @param depth     the current depth of recursion\n     *\/\n    private def contains (phi: Array [SET [Int]], j: Int, ordering: Array [Int], depth: Int): Boolean =\n    {\n        for (i <- 0 until depth) if (phi (ordering(i)) contains j) return true\n        false\n    } \/\/ contains\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create an array to hold matches for each vertex 'u' in the query graph\n     *  'q' and initialize it to contain all empty sets.  Then for each bijection,\n     *  add each element of the bijection to its corresponding match set.\n     *  @param psi  the set of bijections\n     *\/\n    private def merge (psi: SET [Array [Int]]): Array [SET [Int]] =\n    {\n        val matches = Array.ofDim [SET [Int]] (q.size).map (_ => SET [Int] ())\n        for (b <- bijections; i <- b.indices) matches(i) += b(i)\n        matches\n    } \/\/ merge\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Pull the bijections out of the complete match set.\n     *  @param matches  the complete match set embedding all bijections\n     *\/\n    private def simplify (matches: SET [Array [SET [Int]]]): SET [Array [Int]] =\n    {\n        matches.map (m => m.map (set => set.iterator.next))\n    } \/\/ simplify\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the count of the number of matches.\n     *\/\n    def getMatches (): Int = matches.size\n\n} \/\/ GraphSimIso class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSimIsoTest` object is used to test the `GraphSimIso` class.\n *\/\nobject GraphSimIsoTest extends App\n{\n    val gSize     = 1000         \/\/ size of the data graph\n    val qSize     =   10         \/\/ size of the query graph\n    val nLabels   =  100         \/\/ number of distinct labels\n    val gAvDegree =    5         \/\/ average vertex out degree for data graph\n    val qAvDegree =    2         \/\/ average vertex out degree for query graph\n\n    val g = GraphGen.genRandomGraph (gSize, nLabels, gAvDegree)\n    val q = GraphGen.genBFSQuery (qSize, qAvDegree, g)\n\n    val matcher = new GraphSimIso (g, q)                    \/\/ GraphSimIso Subgraph Isomorphism Pattern Matcher\n    for (i <- 0 until 3) {\n        val psi = time { matcher.bijections () }            \/\/ time the matcher\n\tprintln (\"Number of Matches: \" + matcher.getMatches)\n\tfor (p <- psi) println (p.deep)\n    } \/\/ for\n\n} \/\/ GraphSimIsoTest\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/DigraphMatcher.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  Digraph Pattern Matching Using Mutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport collection.mutable.{Set => SET}\n\/\/import collection.mutable.{HashSet => SET}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DigraphMatcher` abstract class serves as a template for implementing\n *  specific algorithms for graph pattern matching.\n *  @param g  the data graph  G(V, E, l) with vertices v in V\n *  @param q  the query graph Q(U, D, k) with vertices u in U\n *\/\nabstract class DigraphMatcher (g: Digraph, q: Digraph)\n{\n    protected val qRange     = 0 until q.size     \/\/ range for query vertices\n    protected val CHECK      = 1024               \/\/ check progress after this many matches\n    protected val LIMIT      = 1E7                \/\/ quit after too many matches\n    protected val SELF_LOOPS = false              \/\/ whether the directed graph has self-loops\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply a graph pattern matching algorithm to find the mappings from the\n     *  query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply a graph pattern matching algorithm to find subgraphs of data graph\n     *  'g' that isomorphically match query graph 'q'.  These are represented\n     *  by a set of single-valued bijective functions {'psi'} where each 'psi'\n     *  function maps each query graph vertex 'u' to a data graph vertices 'v'.\n     *\/\n    def bijections (): SET [Array [Int]] =\n    {\n        throw new UnsupportedOperationException ()\n    } \/\/ bijections\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create an initial array of feasible mappings 'phi' from each query\n     *  vertex 'u' to the corresponding set of data graph vertices '{v}' whose\n     *  label matches 'u's.\n     *\/\n    def feasibleMates (): Array [SET [Int]] =\n    {\n        val phi = Array.ofDim [SET [Int]] (q.size)\n        for (u <- qRange) phi(u) = g.labelMap (q.label(u)).clone\n        phi\n\/\/        q.label.map (u_label => g.getVerticesWithLabel (u_label).clone)\n    } \/\/ feasibleMates\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Show the mappings between a query graph vertex u and a set of data\n     *  graph vertices {v}.\n     *  @param phi  the set-valued mapping function\n     *\/\n    def showMappings (phi: Array [SET [Int]])\n    {\n        println (\"query u \\t--> graph {v}\")\n        for (i <- phi.indices) println (\"u_\" + i + \" \\t--> \" + phi(i))\n    } \/\/ showMappings\n\n} \/\/ DigraphMatcher abstract class\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/LabelType.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `LabelType` specifies (data) type for vertex and edge labels.\n *\/\nobject LabelType\n{\n    \/** Type for label, e.g., Int, Double, String, etc. (not made generic for speed)\n     *\/\n    type TLabel = Int          \/\/ change and recompile (FIX: use Scala Macros)\n\/\/  type TLabel = Double\n\/\/  type TLabel = String\n\n} \/\/ LabelType object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/math\/Complex.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Mon Feb 22 12:11:17 EST 2010\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.math\n\nimport math.{acos, cos, max, min, sin, signum}\nimport scala.language.implicitConversions\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Complex` class is used to represent and operate on complex numbers.\n *  Internally, a complex number is represented as two double precision\n *  floating point numbers (Double).  Externally, two forms are supported:\n *  <p>\n *      a+bi   = 2.1+3.2i       via: Complex (\"2.1+3.2i\"), toString\n *      (a, b) = (2.1, 3.2)     via: create (\"(2.1, 3.2)\"), toString2\n *  <p>\n *  Note: 'i * i = -1'.\n *  @param re  the real part (e.g., 2.1)\n *  @param im  the imaginary part (e.g., 3.2)\n *\/\ncase class Complex (val re: Double, val im: Double = 0.0)\n     extends Fractional [Complex] with Ordered [Complex]\n{\n    \/** Format String used for printing parts of complex numbers (change using setFormat)\n     *\/\n    private var fString = \"%g\"\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the unary minus (-).\n     *\/\n    def unary_- () = Complex (-re, -im)\n    def negate (c: Complex) = -c\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add two complex numbers.\n     *  @param c  add complex c to this\n     *\/\n    def + (c: Complex) = Complex (re + c.re, im + c.im)\n    def plus (c: Complex, d: Complex) = c + d\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add a complex number plus double.\n     *  @param r  add r to this\n     *\/\n    def + (r: Double) = Complex (re + r, im)\n    def plus (c: Complex, r: Double) = c + r\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Subtract two complex numbers.\n     *  @param c  subtract c from this\n     *\/\n    def - (c: Complex) = Complex (re - c.re, im - c.im)\n    def minus (c: Complex, d: Complex) = c - d\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Subtract: a complex number minus double.\n     *  @param r  subtract r from this\n     *\/\n    def - (r: Double) = Complex (re - r, im)\n    def minus (c: Complex, r: Double) = c - r\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply two complex numbers.\n     *  @param c  multiply this times c\n     *\/\n    def * (c: Complex) = Complex (re * c.re - im * c.im, re * c.im + im * c.re)\n    def times (c: Complex, d: Complex) = c * d\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply a complex numbers times double.\n     *  @param r  multiply this times r\n     *\/\n    def * (r: Double) = Complex (re * r, im * r)\n    def times (c: Complex, r: Double) = c * r\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide two complex numbers.\n     *  @param c  divide this by c\n     *\/\n    def \/ (c: Complex) = Complex ((re * c.re + im * c.im) \/ (c.re * c.re + c.im * c.im),\n                                  (im * c.re - re * c.im) \/ (c.re * c.re + c.im * c.im))\n    def div (c: Complex, d: Complex) = c \/ d\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Divide a complex numbers div double.\n     *  @param r  divide this by r\n     *\/\n    def \/ (r: Double) = Complex ((re * r) \/ (r * r), (im * r) \/ (r * r))\n    def div (c: Complex, r: Double) = c \/ r\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Raise a complex to the r-th power (a double) using polar coordinates.\n     *  @param r  the power\/exponent\n     *\/\n    def ~^ (r: Double) = { val (rad, ang) = polar; Complex.create (rad ~^ r, ang * r) }\n    def pow (c: Complex, r: Double) = c ~^ r\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the radius of the complex number as a vector in the re-im plane.\n     *\/\n    def radius: Double = math.sqrt (re ~^ 2.0 + im ~^ 2.0)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the angle of the complex number as a vector in the re-im plane.\n     *\/\n    def angle: Double = acos (re \/ radius)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the complex number in polar coordinates (radius, angle).\n     *\/\n    def polar: Tuple2 [Double, Double] = { val rad = radius; (rad, acos (re \/ rad)) }\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the complex conjugate: if z = (a + bi) then z.bar = (a - bi).\n     *\/\n    def bar = Complex (re, -im)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the absolute value of this complex number.\n     *\/\n    def abs = Complex (re.abs, im.abs)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the maximum of this and that complex numbers.\n     *  @param c  that complex number to compare with this\n     *\/\n    def max (c: Complex) = if (c > this) c else this\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the minimum of this and that complex numbers.\n     *  @param c  that complex number to compare with this\n     *\/\n    def min (c: Complex) = if (c < this) c else this\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determine whether this complex number is real (no imaginary part).\n     *\/\n    def isRe = im == 0.0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compare two complex numbers (negative for <, zero for ==, positive for >).\n     *  @param c  the first complex number to compare\n     *  @param d  the second complex number to compare\n     *\/\n    def compare (c: Complex, d: Complex) =\n    {\n        if (c.re == d.re) c.im compare d.im else c.re compare d.re\n    } \/\/ compare\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compare this complex number with that complex number d.\n     *  @param d  that complex number\n     *\/\t\n    def compare (d: Complex) =\n    {\t\n        if (re == d.re) im compare d.im else re compare d.re\n    } \/\/ compare\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert that\/this complex number to a Complex.\n     *  @param c  that complex number to convert\n     *\/\n    def toComplex (c: Complex) = c\n    def toComplex = this\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert that\/this complex number to a Double.\n     *  @param c  that complex number to convert\n     *\/\n    def toDouble (c: Complex) = c.re\n    def toDouble = re\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert that\/this complex number to a Float.\n     *  @param c  that complex number to convert\n     *\/\n    def toFloat (c: Complex) = c.re.toFloat\n    def toFloat = re.toFloat\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert that\/this complex number to an Int.\n     *  @param c  that complex number to convert\n     *\/\n    def toInt (c: Complex) = c.re.toInt\n    def toInt = re.toInt\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert this complex number to a Long.\n     *  @param c  that complex number to convert\n     *\/\n    def toLong (c: Complex) = c.re.toLong\n    def toLong = re.toLong\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from a Double.\n     *  @param x  the double used to create the complex number\n     *\/\n    def fromDouble (x: Double) = Complex (x)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from a Float.\n     *  @param x  the float used to create the complex number\n     *\/\n    def fromFloat (x: Float) = Complex (x)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from an Int.\n     *  @param n  the integer used to create the complex number\n     *\/\n    def fromInt (n: Int) = Complex (n)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from a Long.\n     *  @param n  the long used to create the complex number\n     *\/\n    def fromLong (n: Long) = Complex (n)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Override equals to determine whether this complex number equals complex c.\n     *  @param c  the complex number to compare with this\n     *\/\n    override def equals (c: Any): Boolean =\n    {\n        c.isInstanceOf [Complex] && (re equals c.asInstanceOf [Complex].re) &&\n                                    (im equals c.asInstanceOf [Complex].im)\n    } \/\/ equals\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Must also override hashCode to be be compatible with equals.\n     *\/\n    override def hashCode: Int = re.hashCode + 41 * im.hashCode\n\n   \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the format to the newFormat.\n     *  @param  newFormat  the new format String\n     *\/\n    def setFormat (newFormat: String) { fString = newFormat }\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert this complex number to a String of the form \"a+bi\".\n     *\/\n    override def toString = fString.format (re) + \"+\" + fString.format (im) + \"i\"\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert this complex number to a String of the form \"(a, b)\".\n     *\/\n    def toString2 = \"(\" + fString.format (re) + \", \" + fString.format (im) + \")\"\n\n} \/\/ Complex class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Complex` companion object defines the origin (zero) and the fourth roots\n *  of unity as well as some utility functions.\n *\/\nobject Complex\n{\n    \/** Zero (0) as a Complex number\n     *\/\n    val _0  = Complex (0.0)\n\n    \/** One (1) as a Complex number\n     *\/\n    val _1  = Complex (1.0)\n\n    \/** Imaginary one (i) as a Complex number\n     *\/\n    val _i  = Complex (0.0, 1.0)\n\n    \/** Negative one (-1) as a Complex number\n     *\/\n    val _1n = Complex (-1.0)\n\n    \/** Negative imaginary one (-i) as a Complex number\n     *\/\n    val _in = Complex (0.0, -1.0)\n\n    private val rr2 = 1.0 \/ math.sqrt (2.0)   \/\/ reciprocal root of 2.\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Implicit conversion from 'Double' to 'Complex'.\n     *  @param d  the Double parameter to convert\n     *\/\n    implicit def double2Complex (d: Double) = new Complex (d, 0.0)    \n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from a pair (Tuple2) of Doubles.\n     *  @param ct  the tuple form of a complex number\n     *\/\n    def apply (ct: Tuple2 [Double, Double]): Complex = Complex (ct._1, ct._2)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from its primary string representation \"a+bi\".\n     *  Examples: \"2.1+3.2i\", \"2.1\", \"3.2i\".\n     *  @param cs  the string form of a complex number\n     *\/\n    def apply (cs: String): Complex =\n    {\n        val pair = cs.split ('+')\n        val p0 = pair(0)\n        Complex (if (pair.length == 1) \n                     if (p0.charAt(p0.length-1) == 'i') (0.0, p0.dropRight(1).toDouble)\n                     else                             (p0.toDouble, 0.0)\n                 else (p0.toDouble, pair(1).dropRight(1).toDouble))\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from its secondary string representation \"(a, b)\".\n     *  Examples: \"(2.1, 3.2)\", \"(2.1, 0)\", \"(0, 3.2)\".\n     *  @param cs  the string form of a complex number\n     *\/\n    def create (cs: String): Complex =\n    {\n        val pair = cs.split (',')\n        Complex (pair(0).drop(1).toDouble, pair(1).dropRight(1).toDouble)\n    } \/\/ create\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a complex number from the given polar coordinates.\n     *  @param rad  the radius (the length of the vector in the re-im plane)\n     *  @param ang  the angle (the angle of the vector above the re-axis)\n     *\/\n    def create (rad: Double, ang: Double): Complex = Complex (rad * cos (ang), rad * sin (ang))\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute an arthmetic results (+, -, *, \/) where the first argument is\n     *  real and the second argument is complex.\n     *  @param c  the first argument (a real number)\n     *  @param c  the second argument (a complex number)\n    def + (r: Double, c: Complex) = Complex (r + c.re, c.im)\n    def - (r: Double, c: Complex) = Complex (r - c.re, c.im)\n    def * (r: Double, c: Complex) = Complex (r * c.re, r * c.im)\n    def \/ (r: Double, c: Complex) = Complex ((r * c.re) \/ (c.re * c.re + c.im * c.im),\n                                            (-r * c.im) \/ (c.re * c.re + c.im * c.im))\n     *\/\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the absolute value of that complex number.\n     *  @param c  that complex number\n     *\/\n    def abs (c: Complex): Complex = c.abs\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the square root of that complex number.\n     *  @see www.mathpropress.com\/stan\/bibliography\/complexSquareRoot.pdf\n     *  @param c  that complex number\n     *\/\n    def sqrt (c: Complex): Complex =\n    { \n        val (a, b) = (c.re, c.im)\n        val rad    = c.radius\n        Complex (rr2 * math.sqrt (rad + a),\n                 rr2 * math.sqrt (rad - a) * signum (b))\n    } \/\/ sqrt\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Ordering for complex numbers.\n     *\/\n    val ord = new Ordering [Complex]\n            { def compare (x: Complex, y: Complex) = x compare y }\n\n} \/\/ Complex object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ComplexTest` object is used to test the `Complex` class.\n *  > run-main scalation.math.ComplexTest\n *\/\nobject ComplexTest extends App\n{\n    import util.Sorting.quickSort\n    import Complex._\n\n    val c = Complex (2.0, 3.0)\n    val d = Complex (4.0, 5.0)\n    val e = Complex (5.0)\n    val r = sqrt (c)\n\n    println (\"c       = \" + c)\n    println (\"d       = \" + d)\n    println (\"e       = \" + e)\n    println (\"-c      = \" + -c)\n    println (\"c + d   = \" + (c + d))\n    println (\"c - d   = \" + (c - d))\n    println (\"c * d   = \" + (c * d))\n    println (\"c \/ d   = \" + (c \/ d))\n    println (\"c ~^ 2. = \" + (c ~^ 2.0))\n    println (\"c * c   = \" + (c * c))\n    println (\"c.bar   = \" + c.bar)\n    println (\"c.abs   = \" + c.abs)\n    println (\"c max d = \" + (c max d))\n    println (\"c min d = \" + (c min d))\n    println (\"d.isRe  = \" + d.isRe)\n    println (\"e.isRe  = \" + e.isRe)\n    println (\"sqrt(c) = \" + r)\n    println (\"r * r   = \" + (r * r))\n    println (\"c < d   = \" + (c < d))\n    println (\"d < c   = \" + (d < c))\n\n    def sort (arr: Array [Complex]) { quickSort (arr)(Complex.ord) }\n\n    val arr = Array (e, d, c)\n    println (\"arr = \" + arr.deep)\n    sort (arr)\n    println (\"arr = \" + arr.deep)\n\n    println (Complex (\"2.1+3.2i\"))\n    println (Complex (\"2.1\"))\n    println (Complex (\"3.2i\"))\n\n} \/\/ ComplexTest object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/DualSim.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Mon May  6 10:50:37 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\n *  @see     www2012.wwwconference.org\/proceedings\/proceedings\/p949.pdf\n *\n *  Graph Dual Simulation Using Immutable Sets\n *\/\n\npackage scalation.graphalytics\n\nimport collection.immutable.{Set => SET}\n\nimport scalation.util.Timer.time\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The 'DualSim' classs provides an implementation for Dual Graph Simulation.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass DualSim (g: Graph, q: Graph)\n      extends GraphMatcher (g, q)\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Dual Graph Simulation pattern matching algorithm to find the mappings\n     *  from the query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = nisarDualSim (feasibleMates ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the mappings 'phi' produced by the 'feasibleMates' method,\n     *  eliminate mappings 'u -> v' when (1) v's children fail to match u's\n     *  or (2) v's parents fail to match u's.\n     *  @param phi  array of mappings from a query vertex u to { graph vertices v }\n     *\/\n    def nisarDualSim (phi: Array [SET [Int]]): Array [SET [Int]] =\n    {\n        var alter = true\n        while (alter) {                                     \/\/ check for matching children and parents\n            alter = false\n\n            \/\/ loop over query vertices u, data vertices v in phi(u), and u's children u_c\n\n            for (u <- qRange; v <- phi(u); u_c <- q.adj(u)) {\n                if ((g.adj(v) & phi(u_c)).isEmpty) {        \/\/ v must have a child in phi(u_c)\n                    phi(u) -= v                             \/\/ remove v due to lack of child match \n                    alter  = true\n                } \/\/ if\n            } \/\/for\n\n            \/\/ loop over query vertices u, data vertices v in phi(u), and u's parents u_p\n\n            for (u <- qRange; v <- phi(u); u_p <- q.par(u)) {\n                if ((g.par(v) & phi(u_p)).isEmpty) {        \/\/ v must have a parent in phi(u_p)\n                    phi(u) -= v                             \/\/ remove v due to lack of parent match\n                    alter   = true\n                } \/\/ if\n            } \/\/for\n\n        } \/\/ while\n        phi\n    } \/\/ nisarDualSim\n\n} \/\/ DualSim\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DualSimTest` object is used to test the `DualSim` class.\n *  > run-main scalation.graphalytics.DigraphDualSimTest\n *\/\nobject DualSimTest extends App\n{\n    val q = Graph (Array (SET (1, 2),                   \/\/ ch(0)\n                          SET (),                       \/\/ ch(1)\n                          SET (1)),                     \/\/ ch(2)\n                   Array (10, 11, 11), true)            \/\/ true, since parents 'par' is used\n\n    val g = Graph (Array (SET (),                       \/\/ ch(0)\n                          SET (0, 2, 3, 4),             \/\/ ch(1)\n                          SET (0),                      \/\/ ch(2)\n                          SET (4),                      \/\/ ch(3)\n                          SET ()),                      \/\/ ch(4)\n                   Array (11, 10, 11, 11, 11), true)    \/\/ true, since parents 'par' is used\n\n    q.print (\"q\")\n    g.print (\"g\")\n\n    val matcher = new DualSim (g, q)                       \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    println (\"DualSim -----------------------------------------------------\")\n    matcher.showMappings (phi)                             \/\/ display results\n\n} \/\/ DualSimTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The 'DualSimTest2' object is used to test the 'DualSim' class.\n *\/\nobject DualSimTest2 extends App\n{  \n    if (args.length != 4) {\n        println (\"usage: scala -cp classes scalation.graphalytics.DualSim [DataGraph] [QueryGraph] [Repeats] [DisplayResults(0\/1)]\")\n    } else {\n        val g = Graph (args(0), true)                         \/\/ data graph\n        val q = Graph (args(1), true)                         \/\/ query graph\n        val matcher = new DualSim (g, q)                      \/\/ Dual Graph Simulation Matcher\n\n        for (i <- 0 until args(2).toInt) {                    \/\/ loop Repeats times\n\/\/          g.labelMap.clear ()\n            System.gc ()                                      \/\/ run garbage collector (gc)\n            Thread.sleep (2000)                               \/\/ give gc time to work\n            val sim = time { matcher.mappings () }            \/\/ time the matcher\n            if (args(3).toInt == 1) for (u <- 0 until q.size) println (u + \" -> \" + sim(u))\n        } \/\/ for\n    } \/\/ if\n\n} \/\/ DualSimTest2 object\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/graphalytics\/GraphSim2.scala","text":"<reponame>scalation\/traffic\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.2\n *  @date    Thu Jul 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport collection.immutable.{Set => SET}\n\nimport scalation.util.Timer.time\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSim2` class provides a second implementation for Simple Graph\n *  Simulation.  It differ from GraphSim in the looping order in the main for-loop\n *  and early termination when phi(u) is empty.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass GraphSim2 (g: Graph, q: Graph)\n      extends GraphMatcher (g, q)\n{\n    private val DEGUG = true                    \/\/ debug flag\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Graph Simulation pattern matching algorithm to find the mappings\n     *  from the query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = saltzGraphSim (feasibleMates ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the mappings 'phi' produced by the 'feasibleMates' method,\n     *  eliminate mappings 'u -> v' when v's children fail to match u's.\n     *  @param phi  array of mappings from a query vertex u to { graph vertices v }\n     *\/\n    def saltzGraphSim (phi: Array [SET [Int]]): Array [SET [Int]] =\n    {\n        var alter = true\n        while (alter) {                                          \/\/ check for matching children\n            if (DEGUG) showMappings (phi)\n            alter = false\n\n            \/\/ loop over query vertices u, u's children u_c, and data vertices v in phi(u)\n\n            for (u <- qRange; u_c <- q.adj(u); v <- phi(u)) {\n                if ((g.adj(v) & phi(u_c)).isEmpty) {             \/\/ v must have a child in phi(u_c)\n                    phi(u) -= v                                  \/\/ remove vertex v from phi(u)\n                    if (phi(u).isEmpty) return phi               \/\/ no match for vertex u => no overall match\n                    alter = true\n                } \/\/ if\n            } \/\/ for\n\n        } \/\/ while\n        phi\n    } \/\/ saltzGraphSim\n\n} \/\/ GraphSim2 class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSim2Test` object is used to test the `GraphSim2` class.\n *  > run-main scalation.graphalytics.GraphSim2Test\n *\/\nobject GraphSim2Test extends App\n{\n    val q = Graph (Array (SET (1, 2),                   \/\/ ch(0)\n                          SET [Int] (),                 \/\/ ch(1)\n                          SET (1)),                     \/\/ ch(2)\n                   Array (10, 11, 11))\n\n    val g = Graph (Array (SET [Int] (),                 \/\/ ch(0)\n                          SET (0, 2, 3, 4),             \/\/ ch(1)\n                          SET (0),                      \/\/ ch(2)\n                          SET (4),                      \/\/ ch(3)\n                          SET [Int] ()),                \/\/ ch(4)\n                   Array (11, 10, 11, 11, 11))\n\n    q.print (\"q\")\n    g.print (\"g\")\n\n    val matcher = new GraphSim2 (g, q)                     \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    println (\"GraphSim2 ---------------------------------------------------\")\n    matcher.showMappings (phi)                             \/\/ display results\n\n} \/\/ GraphSim2Test object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSim2Test2` object is used to test the `GraphSim2` class.\n *\/\nobject GraphSim2Test2 extends App\n{\n    val q = Graph (Array (SET (1),\n                          SET (0)),\n                   Array (0, 1))\n\n    val g = Graph (Array (SET (1),\n                          SET (0),\n                          SET (0),\n                          SET (2)),\n                   Array (0, 1, 1, 0))\n\n    q.print (\"q\")\n    g.print (\"g\")\n\n    val matcher = new GraphSim2 (g, q)                     \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    matcher.showMappings (phi)                             \/\/ display results\n\n} \/\/ GraphSim2Test2 object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphSim2Test3` object is used to test the `GraphSim2` class.\n *\/\nobject GraphSim2Test3 extends App\n{\n    val gSize     = 1000         \/\/ size of the data graph\n    val qSize     =   10         \/\/ size of the query graph\n    val nLabels   =  100         \/\/ number of distinct labels\n    val gAvDegree =    5         \/\/ average vertex out degree for data graph\n    val qAvDegree =    2         \/\/ average vertex out degree for query graph\n\n    val g = GraphGen.genRandomGraph (gSize, nLabels, gAvDegree)\n    val q = GraphGen.genBFSQuery (qSize, qAvDegree, g)\n\n    val matcher = new GraphSim2 (g, q)                     \/\/ Graph Simulation Pattern Matcher\n    val phi     = time { matcher.mappings () }             \/\/ time the matcher\n    matcher.showMappings (phi)                             \/\/ show results\n\n} \/\/ GraphSim2Test3 object\n\n\n"}
{"repo_name":"scalation\/traffic","path":"src\/main\/scala\/scalation\/analytics\/Regression_WLS.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.2\n *  @date    Wed Feb 20 17:39:57 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\n\/\/ U N D E R   D E V E L O P M E N T \n\npackage scalation.analytics\n\nimport math.{abs, sqrt}\n\nimport scalation.linalgebra.{Fac_Cholesky, Fac_QR, Factorization, MatriD, MatrixD, VectorD}\n\/\/import scalation.math.DoubleWithExp._\nimport scalation.math._\nimport scalation.plot.Plot\nimport scalation.util.Error\nimport scalation.util.Timer.time\n\nimport RegTechnique._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Regression_WLS` class supports weighted multiple linear regression.\n *  In this case, 'x' is multi-dimensional [1, x_1, ... x_k].  Fit the parameter\n *  vector 'b' in the regression equation\n *  <p>\n *      y  =  b dot x + e  =  b_0 + b_1 * x_1 + ... b_k * x_k + e\n *  <p>\n *  where 'e' represents the residuals (the part not explained by the model).\n *  Use Weighted Least-Squares (minimizing the residuals) to fit the parameter vector\n *  <p>\n *      b  =  x_pinv * y   [ alternative: b  =  solve (y) ]\n *  <p>\n *  where 'x_pinv' is the pseudo-inverse.  Three techniques are provided:\n *  <p>\n *      Fac_QR         \/\/ QR Factorization: slower, more stable (default)\n *      Fac_Cholesky   \/\/ Cholesky Factorization: faster, less stable (reasonable choice)\n *      Inverse        \/\/ Inverse\/Gaussian Elimination, classical textbook technique (outdated)\n *  <p>\n *  @see www.markirwin.net\/stat149\/Lecture\/Lecture3.pdf\n *  @param x          the input\/design m-by-n matrix augmented with a first column of ones\n *  @param y          the response vector\n *  @param w          the weight vector\n *  @param technique  the technique used to solve for b in x.t*x*b = x.t*y\n *\/\nclass Regression_WLS (x: MatrixD, y: VectorD, private var w: VectorD = null, technique: RegTechnique = Fac_QR)\n      extends Predictor with Error\n{\n    if (y != null && x.dim1 != y.dim) flaw (\"constructor\", \"dimensions of x and y are incompatible\")\n    if (x.dim1 <= x.dim2) flaw (\"constructor\", \"not enough data rows in matrix to use regression\")\n\n    private val DEBUG      = true                              \/\/ debug flag\n    private val k          = x.dim2 - 1                        \/\/ number of variables (k = n-1)\n    private val m          = x.dim1.toDouble                   \/\/ number of data points (rows)\n    private val r_df       = (m-1.0) \/ (m-k-1.0)               \/\/ ratio of degrees of freedom\n    private var b: VectorD = null                              \/\/ parameter vector [b_0, b_1, ... b_k]\n    private var e: VectorD = null                              \/\/ residual vector [e_0, e_1, ... e_m-1]\n    private var rSquared   = -1.0                              \/\/ coefficient of determination (quality of fit)\n    private var rBarSq     = -1.0                              \/\/ Adjusted R-squared\n    private var fStat      = -1.0                              \/\/ F statistic (quality of fit)\n\n    if (w == null) {\n        val ols_y = new Regression (x, y, technique)           \/\/ run OLS on data\n        ols_y.train ()\n        val e = ols_y.residual                                 \/\/ deviations\/errors\n        val r = e.map ((a: Double) => sqrt (abs (a)))          \/\/ root absolute deviations (rad's)\n\n        val ols_r = new Regression (x, r, technique)           \/\/ run OLS on rad\n        ols_r.train ()\n        val rp = ols_r.predict (x)                             \/\/ predicted rad\n        w      = rp.map ((a: Double) => 1.0 \/ a)               \/\/ set weight vector for WLS to reciporcal of rp\n\n        if (DEBUG) {\n            println (\"b_OLS      = \" + ols_y.fit._1)           \/\/ Ordinary Least Squares (OLS)\n            println (\"residual e = \" + e)\n            println (\"rad r      = \" + r)\n            println (\"rad rp     = \" + rp)\n            println (\"weights    = \" + w)\n        } \/\/ if\n    } \/\/ if\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector (b-vector) in the\n     *  multiple regression equation\n     *      y  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_1 , ... x_k] + e\n     *  using the weighted least squares (WLS) method.\n     *\/\n    def train ()\n    {\n        val xw = new MatrixD (x)                                \/\/ x multiplied by weights\n        for (i <- 0 until x.dim1) xw(i) *= w(i)\n\n        b = (xw .t * x).inverse * x.t * (w * y)                 \/\/ perform WLS to fit parameters\n        e = y - x * b                                           \/\/ compute errors\/residuals\n\n        val sse  = e dot e                                      \/\/ residual\/error sum of squares\n        val sst  = (y dot y) - y.sum~^2.0 \/ m                   \/\/ total sum of squares\n        val ssr  = sst - sse                                    \/\/ regression sum of squares\n        rSquared = ssr \/ sst                                    \/\/ coefficient of determination (R-squared)\n        rBarSq   = 1.0 - (1.0-rSquared) * r_df                  \/\/ R-bar-squared (adjusted R-squared)\n        fStat    = ssr * (m-k-1.0)  \/ (sse * k)                 \/\/ F statistic (msr \/ mse)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector (b-vector) in the\n     *  multiple regression equation\n     *      y  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_1 , ... x_k] + e\n     *  using the weighted least squares (WLS) method.\n     *  @param yy  the new response vector\n     *\/\n    def train (yy: VectorD)\n    {\n        val xw = new MatrixD (x)                                \/\/ x multiplied by weights\n        for (i <- 0 until x.dim1) xw(i) *= w(i)\n\n        b = (xw .t * x).inverse * x.t * (w * yy)                \/\/ perform WLS to fit parameters\n        e = yy - x * b                                          \/\/ compute errors\/residuals\n\n        val sse  = e dot e                                      \/\/ residual\/error sum of squares\n        val sst  = (yy dot yy) - yy.sum~^2.0 \/ m                \/\/ total sum of squares\n        val ssr  = sst - sse                                    \/\/ regression sum of squares\n        rSquared = ssr \/ sst                                    \/\/ coefficient of determination (R-squared)\n        rBarSq   = 1.0 - (1.0-rSquared) * r_df                  \/\/ R-bar-squared (adjusted R-squared)\n        fStat    = ssr * (m-k-1.0)  \/ (sse * k)                 \/\/ F statistic (msr \/ mse)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the vector of residuals.\n     *\/\n    def residual: VectorD = e\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the fit (parameter vector b, quality of fit including rSquared).\n     *\/\n    def fit: Tuple4 [VectorD, Double, Double, Double] = (b, rSquared, rBarSq, fStat)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the value of y = f(z) by evaluating the formula y = b dot z,\n     *  e.g., (b_0, b_1, b_2) dot (1, z_1, z_2).\n     *  @param z  the new vector to predict\n     *\/\n    def predict (z: VectorD): Double = b dot z\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the value of y = f(z) by evaluating the formula y = b dot z for\n     *  each row of matrix z.\n     *  @param z  the new matrix to predict\n     *\/\n    def predict (z: MatriD): VectorD = z * b\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform backward elimination to remove the least predictive variable\n     *  from the model, returning the variable to eliminate, the new parameter\n     *  vector, the new R-squared value and the new F statistic.\n     *\/\n    def backElim (): Tuple4 [Int, VectorD, Double, Double] =\n    {\n        var j_max   = -1                     \/\/ index of variable to eliminate\n        var b_max: VectorD = null            \/\/ parameter values for best solution\n        var rSq_max = -1.0                   \/\/ currently maximizing R squared\n        var fS_max  = -1.0                   \/\/ could optimize on F statistic\n\n        for (j <- 1 to k) {\n            val keep = m.toInt               \/\/ i-value large enough to not exclude any rows in slice\n            val rg_j = new Regression (x.sliceExclude (keep, j), y)       \/\/ regress with x_j removed\n            rg_j.train ()\n            val (b, rSq, fS, rBar) =  rg_j.fit\n            if (rSq > rSq_max) { j_max = j; b_max = b; rSq_max = rSq; fS_max = fS}\n        } \/\/ for\n        (j_max, b_max, rSq_max, fS_max)\n    } \/\/ backElim\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Variance Inflation Factor (VIF) for each variable to test\n     *  for multi-colinearity by regressing xj against the rest of the variables.\n     *  A VIF over 10 indicates that over 90% of the varaince of xj can be predicted\n     *  from the other variables, so xj is a candidate for removal from the model.\n     *\/\n    def vif: VectorD =\n    {\n        val vifV = new VectorD (k)           \/\/ VIF vector\n        for (j <- 1 to k) {\n            val keep = m.toInt               \/\/ i-value large enough to not exclude any rows in slice\n            val x_j  = x.col(j)                                           \/\/ x_j is jth column in x\n            val rg_j = new Regression (x.sliceExclude (keep, j), x_j)     \/\/ regress with x_j removed\n            rg_j.train ()\n            vifV(j-1) =  1.0 \/ (1.0 - rg_j.fit._2)                        \/\/ store vif for x_1 in vifV(0)\n        } \/\/ for\n        vifV\n    } \/\/ vif\n\n} \/\/ Regression_WLS class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Regression_WLSTest` object tests `Regression_WLS` class using the following\n *  regression equation.\n *  <p>\n *      y  =  b dot x  =  b_0 + b_1*x_1 + b_2*x_2.\n *  <p>\n *  Test regression and backward elimination.\n *  @see http:\/\/statmaster.sdu.dk\/courses\/st111\/module03\/index.html\n *\/\nobject Regression_WLSTest extends App\n{\n    \/\/ 5 data points: constant term, x_1 coordinate, x_2 coordinate\n    val x = new MatrixD ((5, 3), 1.0, 36.0,  66.0,               \/\/ 5-by-3 matrix\n                                 1.0, 37.0,  68.0,\n                                 1.0, 47.0,  64.0,\n                                 1.0, 32.0,  53.0,\n                                 1.0,  1.0, 101.0)\n    val y = VectorD (745.0, 895.0, 442.0, 440.0, 1598.0)\n    val z = VectorD (1.0, 20.0, 80.0)\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n    val rg = new Regression_WLS (x, y)\n    rg.train ()\n    println (\"fit = \" + rg.fit)\n    val yp = rg.predict (z)                              \/\/ predict y for one point\n    println (\"predict (\" + z + \") = \" + yp)\n\n    val yyp = rg.predict (x)                             \/\/ predict y for several points\n    println (\"predict (\" + x + \") = \" + yyp)\n\n    new Plot (x.col(1), y, yyp)\n    new Plot (x.col(2), y, yyp)\n\n    println (\"reduced model: fit = \" + rg.backElim ())   \/\/ eliminate least predictive variable\n\n} \/\/ Regression_WLSTest object\n\n"}
{"repo_name":"benhutchison\/intro-fs2-stream-programming","path":"build.sbt","text":"name := \"Stream Programming in Scala with FS2\"\n\nscalaVersion in ThisBuild := \"2.13.1\"\n\nimport microsites._\n\nlazy val root = project.in(file(\".\"))  \/\/ your existing library\n  .settings(Seq(\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %% \"cats-core\" % \"2.1.0\",\n      \"org.typelevel\" %% \"cats-effect\" % \"2.0.0\",\n      \"co.fs2\" %% \"fs2-core\" % \"2.1.0\",\n      \"co.fs2\" %% \"fs2-io\" % \"2.1.0\",\n    ))\n  )\n  .enablePlugins(MicrositesPlugin)\n  .settings(\n    micrositeName := \"Stream Programming in Scala with FS2 - Courseware\",\n    micrositeUrl := \"https:\/\/yourdomain.io\",\n    micrositeAuthor := \"<NAME>\",\n    micrositeGithubOwner := \"benhutchison\",\n    micrositeGithubRepo := \"intro-fs2-stream-programming\",\n    micrositeGitterChannel := false,\n    micrositeConfigYaml := ConfigYml(yamlInline =\n      \"\"\"\n        |scalafiddle:\n        |  dependency: co.fs2 %%% fs2-core % 2.1.0\n      \"\"\".stripMargin)\n  )\n\nlazy val docs = project\n  .in(file(\"mdocproject\"))\n  .dependsOn(root)\n  .enablePlugins(MdocPlugin)\n  .settings(\n    mdocJS := Some(jsdocs)\n  )\n\nlazy val jsdocs = project\n  .enablePlugins(ScalaJSPlugin)\n  .settings(\n    libraryDependencies += \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.7\"\n  )\n\n\/\/  .settings(Seq(\n\/\/    libraryDependencies ++= Seq(\n\/\/      \"org.typelevel\" %% \"cats-core\" % \"2.1.0\",\n\/\/      \"org.typelevel\" %% \"cats-effect\" % \"2.0.0\",\n\/\/      \"co.fs2\" %% \"fs2-core\" % \"2.1.0\",\n\/\/      \"co.fs2\" %% \"fs2-io\" % \"2.1.0\",\n\/\/    ),\n\/\/  ))"}
{"repo_name":"benhutchison\/intro-fs2-stream-programming","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.scalameta\" % \"sbt-mdoc\" % \"2.1.1+11-d8654f07+20200127-1342-SNAPSHOT\")\n\naddSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"0.6.32\")\n\naddSbtPlugin(\"com.47deg\"  % \"sbt-microsites\" % \"1.1.0\")"}
{"repo_name":"ajaychandran\/Binding.scala","path":"JsPromiseBinding\/build.sbt","text":"<filename>JsPromiseBinding\/build.sbt<gh_stars>0\nenablePlugins(ScalaJSPlugin)\n\norganization := \"com.thoughtworks.binding\"\n\nname := \"JsPromiseBinding\"\n\nlibraryDependencies += \"org.scalatest\" %%% \"scalatest\" % \"3.0.8\" % Test\n\nscalacOptions += \"-Xexperimental\"\n\nenablePlugins(Example)\n\nimport meta._\nexampleSuperTypes := exampleSuperTypes.value.map {\n  case ctor\"_root_.org.scalatest.FreeSpec\" =>\n    ctor\"_root_.org.scalatest.AsyncFreeSpec\"\n  case otherTrait =>\n    otherTrait\n}\n\nexampleSuperTypes += ctor\"_root_.com.thoughtworks.binding.QueueAsyncTestSuite\"\n\njsEnv := new org.scalajs.jsenv.nodejs.NodeJSEnv()\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"dom\/build.sbt","text":"<reponame>ajaychandran\/Binding.scala<filename>dom\/build.sbt\nenablePlugins(ScalaJSPlugin)\n\norganization := \"com.thoughtworks.binding\"\n\nname := \"dom\"\n\ndescription := \"Reactive web framework for Scala.js.\"\n\nlibraryDependencies += \"com.thoughtworks.extractor\" %% \"extractor\" % \"2.1.2\"\n\nlibraryDependencies += \"com.lihaoyi\" %%% \"scalatags\" % \"0.6.7\"\n\nlibraryDependencies += \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.7\"\n\nlibraryDependencies += \"org.scalatest\" %%% \"scalatest\" % \"3.0.8\" % Test\n\nlibraryDependencies += \"org.typelevel\" %% \"macro-compat\" % \"1.1.1\"\n\nlibraryDependencies += \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value % Provided\n\nlibraryDependencies ++= {\n  CrossVersion.partialVersion(scalaVersion.value) match {\n    case Some((2, scalaMajor)) if scalaMajor >= 11 =>\n      Seq(\"org.scala-lang.modules\" %%% \"scala-xml\" % \"1.1.0\")\n    case _ =>\n      Nil\n  }\n}\n\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.1\" cross CrossVersion.full)\n\nscalacOptions += \"-Xexperimental\"\n\nscalacOptions ++= {\n  if (scalaBinaryVersion.value == \"2.10\") {\n    Nil\n  } else {\n    Seq(\"-Ywarn-unused-import\")\n  }\n}\n\njsDependencies in Test += RuntimeDOM\n\ninConfig(Test) {\n  jsEnv in ThisBuild := RhinoJSEnv().value\n}\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"fxml\/.js\/src\/test\/scala\/com\/thoughtworks\/binding\/DateSpec.scala","text":"package com.thoughtworks.binding\n\nimport org.scalatest.{FreeSpec, Inside, Matchers, _}\n\n\/**\n  * @author \u6768\u535a (<NAME>) &lt;<EMAIL>&gt;\n  *\/\nfinal class DateSpec extends FreeSpec with Matchers with Inside {\n  \"Date\" in {\n    @fxml val date = {\n      <?import scala.scalajs.js.Date?>\n      <Date date={2}>\n        <milliseconds>{42}<\/milliseconds>\n      <\/Date>\n    }\n    date.watch()\n    date.get.getDate should be(2)\n    date.get.getMilliseconds should be(42)\n  }\n}\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"dom\/src\/test\/scala\/com\/thoughtworks\/binding\/Issue118.scala","text":"<gh_stars>0\npackage com.thoughtworks.binding\nimport org.scalatest.{FreeSpec, Matchers}\n\n\/**\n  * @author \u6768\u535a (<NAME>)\n  *\/\nclass Issue118 extends FreeSpec with Matchers {\n  \"XHTML boolean attributes should compile\" in {\n    @dom val elementWithBooleanAttributes = <textarea hidden=\"hidden\" draggable=\"true\" readOnly=\"readOnly\"><\/textarea>\n    elementWithBooleanAttributes.watch()\n    elementWithBooleanAttributes.get.getAttribute(\"draggable\") should be(\"true\")\n    elementWithBooleanAttributes.get.getAttribute(\"hidden\") should be(\"hidden\")\n    elementWithBooleanAttributes.get.getAttribute(\"readOnly\") should be(\"readOnly\")\n  }\n}\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"build.sbt","text":"<reponame>ajaychandran\/Binding.scala<filename>build.sbt\nparallelExecution in Global := false\n\nlazy val SafeBuffer = crossProject.crossType(CrossType.Pure)\n\nlazy val Binding = crossProject.crossType(CrossType.Pure).dependsOn(SafeBuffer)\n\nlazy val FutureBinding = crossProject.crossType(CrossType.Pure).dependsOn(Binding)\n\nlazy val dom = project.dependsOn(BindingJS).dependsOn(XmlExtractorJS)\n\nlazy val Route = project.dependsOn(BindingJS)\n\nlazy val JsPromiseBinding = project.dependsOn(BindingJS)\n\nlazy val SafeBufferJS = SafeBuffer.js\n\nlazy val SafeBufferJVM = SafeBuffer.jvm\n\nlazy val BindingJS = Binding.js\n\nlazy val BindingJVM = Binding.jvm\n\nlazy val FutureBindingJS = FutureBinding.js\n\nlazy val FutureBindingJVM = FutureBinding.jvm\n\nlazy val XmlExtractor = crossProject.crossType(CrossType.Pure)\n\nlazy val XmlExtractorJS = XmlExtractor.js\n\nlazy val XmlExtractorJVM = XmlExtractor.jvm\n\nlazy val fxml = crossProject.crossType(CrossType.Pure).dependsOn(Binding, XmlExtractor)\n\nlazy val fxmlJS = fxml.js\n\nlazy val fxmlJVM = fxml.jvm\n\norganization in ThisBuild := \"com.thoughtworks.binding\"\n\ncrossScalaVersions := Seq(\n  \"2.10.7\",\n  \"2.11.12\",\n  \"2.12.8\"\n)\n\ndevelopers in ThisBuild := List(\n  Developer(\n    \"Atry\",\n    \"\u6768\u535a (<NAME>)\",\n    \"<EMAIL>\",\n    url(\"https:\/\/github.com\/Atry\")\n  )\n)\n\nname in ThisBuild := \"Binding.scala\"\n\npublish \/ skip := true\n\nenablePlugins(ScalaUnidocPlugin)\n\nScalaUnidoc \/ unidoc \/ unidocProjectFilter := {\n  inAnyProject -- inProjects(SafeBufferJVM, XmlExtractorJVM, BindingJVM, FutureBindingJVM, fxmlJS)\n}\n\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.1\" cross CrossVersion.full)\n\nscalacOptions += \"-Xexperimental\"\n\nstartYear in ThisBuild := Some(2015)\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"fxml\/.jvm\/src\/test\/scala\/com\/thoughtworks\/binding\/fxmlTest.scala","text":"package com.thoughtworks.binding\n\nimport javafx.application.Platform\nimport javafx.scene.Scene\nimport javafx.scene.control.TableView\nimport javax.swing.SwingUtilities\n\nimport com.thoughtworks.binding.Binding.{BindingSeq, Constants, Var, Vars}\nimport org.scalatest._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\/**\n  * @author \u6768\u535a (<NAME>) &lt;<EMAIL>&gt;\n  *\/\nfinal class fxmlTest extends FreeSpec with Matchers with Inside {\n\n  \"Default property in Scene\" in {\n    @fxml val scene = {\n      <?import javafx.scene.Scene?>\n      <Scene>\n        <?import javafx.scene.control.Button?>\n        <Button><\/Button>\n      <\/Scene>\n    }\n    scene.watch()\n    scene.get should be(a[javafx.scene.Scene])\n    scene.get.getRoot should be(a[javafx.scene.control.Button])\n  }\n\n  \"root property in Scene\" in {\n    @fxml val scene = {\n      <?import javafx.scene.Scene?>\n      <Scene>\n        <root>\n          <?import javafx.scene.control.Button?>\n          <Button><\/Button>\n        <\/root>\n      <\/Scene>\n    }\n    scene.watch()\n    scene.get should be(a[javafx.scene.Scene])\n    scene.get.getRoot should be(a[javafx.scene.control.Button])\n  }\n\n  \"repeated property in Scene\" in {\n    @fxml val scene = {\n      <?import javafx.scene.Scene?>\n      <Scene>\n        <?import javafx.scene.control.Button?>\n        <Button fx:id=\"b\"><\/Button>\n        <stylesheets>\n          {\"a\"}\n          {b.toString}\n          <String fx:value=\"c\"\/>\n          {Seq(\"d\",\"e\")}\n        <\/stylesheets>\n      <\/Scene>\n    }\n    scene.watch()\n    scene.get should be(a[javafx.scene.Scene])\n    scene.get.getRoot should be(a[javafx.scene.control.Button])\n    inside(scene.get.getStylesheets.asScala) {\n      case Seq(\"a\", s2, \"c\", \"d\", \"e\") =>\n        s2 shouldNot be(empty)\n    }\n  }\n\n  \"HashMap\" in {\n    @fxml val hashMap = {\n      type StringMap = java.util.HashMap[String, String]\n      <StringMap foo=\"123\" bar=\"\"\/>\n    }\n    hashMap.watch()\n    hashMap.get.asScala should be(Map(\"foo\" -> \"123\", \"bar\" -> \"\"))\n  }\n\n  \"Nested builders\" in {\n    @fxml val scene = {\n      <?import javafx.scene.Scene?>\n      <Scene>\n        <?import javafx.scene.control.Button?>\n        <fill>\n          <?import javafx.scene.paint.Color?>\n          <Color>\n            <red>1.0<\/red>\n            <green>0.0<\/green>\n            <blue>0.0<\/blue>\n          <\/Color>\n        <\/fill>\n        <Button><\/Button>\n      <\/Scene>\n    }\n    scene.watch()\n    scene.get should be(a[javafx.scene.Scene])\n    scene.get.getRoot should be(a[javafx.scene.control.Button])\n    scene.get.getFill should be(javafx.scene.paint.Color.RED)\n  }\n\n  \"fx:factory\" in {\n    @fxml val observableArrayList = {\n      import javafx.collections.FXCollections\n      <FXCollections fx:factory=\"observableArrayList\">\n        <String fx:value=\"A\"\/>\n        <String fx:value=\"B\"\/>\n        <String fx:value=\"\"\/>\n      <\/FXCollections>\n    }\n    observableArrayList.watch()\n    import scala.collection.JavaConverters._\n    observableArrayList.get.asScala should be(Seq(\"A\", \"B\", \"\"))\n  }\n\n  \"Reference outer element by fx:id\" in {\n    @fxml val pair = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      val _ = <Button fx:id=\"b\">\n        <text>{b.toString}<\/text>\n      <\/Button>\n      (Binding(b), Binding(b))\n    }\n\n    inside(pair) {\n      case (button, button2) =>\n        button.watch()\n        button.get.getText shouldNot be(\"\")\n        button2.watch()\n        button2.get.getText shouldNot be(\"\")\n    }\n\n  }\n\n  \"Reference sibling by fx:id\" in {\n    @fxml val buttons = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <Button fx:id=\"b\" text={b.toString}\/>\n      <Button>\n        <text>\n          {b.getText}\n        <\/text>\n      <\/Button>\n    }\n\n    buttons.watch()\n    inside(buttons.get) {\n      case Seq(button1, button2) =>\n        button1.getText shouldNot be(\"\")\n        button1.getText should be(button2.getText)\n    }\n  }\n\n  \"reference by both val and fx:id\" in {\n    @fxml val pair = {\n      val b1 = <?import javafx.scene.control.Button?><Button fx:id=\"b2\"\/>\n      (b1, Binding(b2))\n    }\n    pair._1.watch()\n    pair._2.watch()\n    pair._1.get should be(pair._2.get)\n  }\n\n  \"Pattern matching\" in {\n    @fxml val (buttons, 2) = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      (\n        <Button fx:id=\"b\" text={b.toString}\/>\n        <Button>\n          <text>\n            {b.getText}\n          <\/text>\n        <\/Button>,\n        2\n      )\n    }\n\n    buttons.watch()\n    inside(buttons.get) {\n      case Seq(button1, button2) =>\n        button1.getText shouldNot be(\"\")\n        button1.getText should be(button2.getText)\n    }\n\n  }\n\n  \"fx:value with fx:id\" in {\n    @fxml val bs = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      val _ = <Button fx:id=\"b\">\n        <text><String fx:id=\"s\" fx:value=\"My Button\"\/><\/text>\n      <\/Button>\n\n      Binding((b, s))\n    }\n\n    bs.watch()\n    inside(bs.get) {\n      case (b, s) =>\n        b.getText should be(\"My Button\")\n        s should be(\"My Button\")\n    }\n  }\n\n  \"spaces for string property\" in {\n    @fxml val button = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <Button>\n        <text>   <\/text>\n      <\/Button>\n    }\n    button.watch()\n    button.get.getText should be(\"   \")\n  }\n\n  \"empty text for string property\" in {\n    @fxml val button = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <Button>\n        <text><\/text>\n      <\/Button>\n    }\n    button.watch()\n    button.get.getText should be(\"\")\n  }\n\n  \"spaces for boolean property\" in {\n    \"\"\"\n      @fxml val button = {\n        import javafx.scene.control.Button\n        <Button>\n          <defaultButton>   <\/defaultButton>\n        <\/Button>\n      }\n    \"\"\" shouldNot compile\n  }\n\n  \"spaces for repeated property\" in {\n    @fxml val vbox = {\n      import javafx.scene.layout.VBox\n      <VBox>\n        <children>   <\/children>\n      <\/VBox>\n    }\n    vbox.watch()\n    import scala.collection.JavaConverters._\n    vbox.get.getChildren.asScala should be(empty)\n  }\n\n  \"Constrants for repeated property\" in {\n    @fxml val vbox = {\n      import javafx.scene.layout.VBox\n      <VBox>\n        <children>{\n          Constants()\n        }<\/children>\n      <\/VBox>\n    }\n    vbox.watch()\n    import scala.collection.JavaConverters._\n    vbox.get.getChildren.asScala should be(empty)\n  }\n\n  \"fx:value\" in {\n    @fxml val button = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <Button>\n        <text><String fx:value=\"My Button\"\/><\/text>\n      <\/Button>\n    }\n\n    button.watch()\n    button.get.getText should be(\"My Button\")\n\n  }\n\n  \"VBox that contains a Button\" in {\n\n    @fxml val vbox = {\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <VBox>\n        <children>\n          <Button>\n            <text>My Button<\/text>\n          <\/Button>\n        <\/children>\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button: javafx.scene.control.Button) =>\n        button.getText should be(\"My Button\")\n    }\n\n  }\n\n  \"VBox of empty content\" in {\n    @fxml val vbox = {\n      import javafx.scene.layout.VBox\n      <VBox><\/VBox>\n    }\n\n    vbox.watch()\n\n    vbox.get should be(a[javafx.scene.layout.VBox])\n  }\n\n  \"two VBoxes\" in {\n    import javafx.scene.layout.VBox\n    @fxml val vbox: BindingSeq[VBox] = {\n      <VBox><\/VBox>\n      <VBox><\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get) {\n      case Seq(vbox0, vbox1) =>\n        vbox0 should be(a[javafx.scene.layout.VBox])\n        vbox1 should be(a[javafx.scene.layout.VBox])\n    }\n  }\n\n  \"wildcard import and a VBox\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.*?>\n      <VBox><\/VBox>\n    }\n\n    vbox.watch()\n\n    vbox.get should be(a[javafx.scene.layout.VBox])\n  }\n\n  \"import and a VBox\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox><\/VBox>\n    }\n\n    vbox.watch()\n\n    vbox.get should be(a[javafx.scene.layout.VBox])\n  }\n\n  \"import and two VBox\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox><\/VBox>\n      <VBox><\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get) {\n      case Seq(vbox0, vbox1) =>\n        vbox0 should be(a[javafx.scene.layout.VBox])\n        vbox1 should be(a[javafx.scene.layout.VBox])\n    }\n  }\n\n  \"Nested import and a Button\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <children>\n          <?import javafx.scene.control.Button?>\n          <Button><\/Button>\n        <\/children>\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button) => {\n        button should be(a[javafx.scene.control.Button])\n      }\n    }\n  }\n\n  \"Nested import and a dynamic Button in default properties\" in {\n    @fxml val vbox = {\n      val button = {\n        <?import javafx.scene.control.Button?>\n        <Button><\/Button>\n      }\n\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        {button.bind}\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button) => {\n        button should be(a[javafx.scene.control.Button])\n      }\n    }\n  }\n\n  \"Nested @fxml annotation\" in {\n    @fxml val vbox = {\n      @fxml val button = {\n        <?import javafx.scene.control.Button?>\n        <Button><\/Button>\n      }\n\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        {button.bind}\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button) => {\n        button should be(a[javafx.scene.control.Button])\n      }\n    }\n  }\n\n  \"Nested import and a dynamic Button in properties\" in {\n    @fxml val vbox = {\n      val button = {\n        <?import javafx.scene.control.Button?>\n        <Button><\/Button>\n      }\n\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <children>\n        {button.bind}\n        <\/children>\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button) => {\n        button should be(a[javafx.scene.control.Button])\n      }\n    }\n  }\n  \"Nested import and a Button of default properties\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n        <VBox>\n          <?import javafx.scene.control.Button?>\n          <Button><\/Button>\n        <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button) => {\n        button should be(a[javafx.scene.control.Button])\n      }\n    }\n  }\n\n  \"Nested import and multiple children of default properties\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <?import javafx.scene.control.Button?>\n        <Button><\/Button>\n        <Button><\/Button>\n        <VBox><\/VBox>\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button0, button1, button2) => {\n        button0 should be(a[javafx.scene.control.Button])\n        button1 should be(a[javafx.scene.control.Button])\n        button2 should be(a[javafx.scene.layout.VBox])\n        button0 shouldNot be(button1)\n      }\n    }\n  }\n\n  \"read-only Map properties\" in {\n    @fxml val button = {\n      <?import javafx.scene.control.*?>\n      <Button>\n        <properties foo=\"123\" bar=\"456\"\/>\n      <\/Button>\n    }\n    button.watch()\n    button.get should be(a[javafx.scene.control.Button])\n\n    import scala.collection.JavaConverters._\n    button.get.getProperties.asScala should be(Map(\"foo\" -> \"123\", \"bar\" -> \"456\"))\n\n  }\n\n  \"Location resolution\" in {\n    import javafx.scene.image._\n    @fxml val imageView = {\n      <ImageView>\n        <image>\n          <Image url={getClass.getResource(\"my_image.png\")}\/>\n        <\/image>\n      <\/ImageView>\n    }\n    imageView.watch()\n    imageView.get.getImage.isError should be(false)\n  }\n\n  \"Empty Button\" in {\n    @fxml val imageView = {\n      <?import javafx.scene.control.*?>\n      <Button><\/Button>\n    }\n  }\n\n  \"statie properties\" in {\n    import javafx.scene.control.Label\n    import javafx.scene.layout.GridPane\n\n    @fxml val gridPane = {\n      <GridPane>\n        <children>\n          <Label text=\"My Label\">\n            <GridPane.rowIndex>{2}<\/GridPane.rowIndex>\n            <GridPane.columnIndex>{3}<\/GridPane.columnIndex>\n          <\/Label>\n        <\/children>\n      <\/GridPane>\n    }\n    gridPane.watch()\n    inside(gridPane.get.getChildren.asScala) {\n      case Seq(label: Label) =>\n        GridPane.getRowIndex(label) should be(2)\n        GridPane.getColumnIndex(label) should be(3)\n    }\n\n  }\n\n  \"fx:define\" in {\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <?import javafx.scene.control.Button?>\n        <fx:define>\n          <Button text=\"Hello\" fx:id=\"b\"><\/Button>\n          <Button><\/Button>\n        <\/fx:define>\n        <Button>\n          <fx:define>\n            <String fx:id=\"space\" fx:value=\" \"\/>\n          <\/fx:define>\n          <text>\n            <fx:define>\n              <String fx:id=\"s\" fx:value=\"World\"\/>\n            <\/fx:define>\n            {b.getText}\n            {space}\n            {s}\n          <\/text>\n        <\/Button>\n        <Button>\n          <text>\n            {b.getText}\n            {space}\n            {s}\n          <\/text>\n        <\/Button>\n      <\/VBox>\n    }\n\n    vbox.watch()\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button0: javafx.scene.control.Button, button1: javafx.scene.control.Button) => {\n        button0 shouldNot be(button1)\n        button0.getText should be(\"Hello World\")\n        button1.getText should be(\"Hello World\")\n      }\n    }\n\n  }\n\n  \"onAction\" in {\n    val buttonText = Var(\"Click Me!\")\n    import javafx.event.ActionEvent\n    import javafx.event.EventHandler\n    val handleButtonAction = new EventHandler[ActionEvent] {\n      override def handle(event: ActionEvent) = {\n        buttonText.value = \"Clicked\"\n      }\n    }\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <children>\n          <?import javafx.scene.control.Button?>\n          <Button text={buttonText.bind} onAction={handleButtonAction}\/>\n        <\/children>\n      <\/VBox>\n    }\n\n    vbox.watch()\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button: javafx.scene.control.Button) =>\n        button.getText should be(\"Click Me!\")\n        button.getOnAction.handle(new ActionEvent)\n        button.getText should be(\"Clicked\")\n    }\n\n  }\n\n  \"inline onAction\" in {\n    val buttonText = Var(\"Click Me!\")\n    import javafx.event.ActionEvent\n    import javafx.event.EventHandler\n    @fxml val vbox = {\n      <?import javafx.scene.layout.VBox?>\n      <VBox>\n        <children>\n          <?import javafx.scene.control.Button?>\n          <Button text={buttonText.bind} onAction={_: ActionEvent => buttonText.value = \"Clicked\"}\/>\n        <\/children>\n      <\/VBox>\n    }\n\n    vbox.watch()\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(button: javafx.scene.control.Button) =>\n        button.getText should be(\"Click Me!\")\n        button.getOnAction.handle(new ActionEvent)\n        button.getText should be(\"Clicked\")\n    }\n\n  }\n\n  \"onChange\" in {\n    import javafx.collections.ListChangeListener\n    import javafx.scene.Node\n    import javafx.scene.layout.VBox\n    import javafx.scene.control.Button\n\n    val eventHandlers = mutable.Queue.empty[ListChangeListener.Change[_ <: Node] => Assertion]\n    val handler = new ListChangeListener[Node] {\n      override def onChanged(c: ListChangeListener.Change[_ <: Node]): Unit = {\n        while (c.next()) {\n          eventHandlers.dequeue().apply(c)\n        }\n      }\n    }\n    val buttonTexts = Vars.empty[String]\n\n    @fxml val vbox = {\n      <VBox>\n        <children onChange={handler}>\n          <Button text=\"first button\"\/>\n          {\n            for (t <- buttonTexts) yield {\n              <Button text={t}\/>\n            }\n          }\n          <Button text=\"last button\"\/>\n        <\/children>\n      <\/VBox>\n    }\n    eventHandlers should be(empty)\n\n    eventHandlers.enqueue { c =>\n      c.getRemovedSize should be(0)\n      c.getFrom should be(0)\n      inside(c.getAddedSubList.asScala) {\n        case Seq(button1: Button, button2: Button) =>\n          button1.getText should be(\"first button\")\n          button2.getText should be(\"last button\")\n      }\n    }\n    vbox.watch()\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(b0: Button, b1: Button) =>\n        b0.getText should be(\"first button\")\n        b1.getText should be(\"last button\")\n    }\n    eventHandlers should be(empty)\n\n    eventHandlers.enqueue { c =>\n      c.getRemovedSize should be(0)\n      c.getFrom should be(1)\n      inside(c.getAddedSubList.asScala) {\n        case Seq(button1: Button, button2: Button, button3: Button) =>\n          button1.getText should be(\"foo\")\n          button2.getText should be(\"bar\")\n          button3.getText should be(\"baz\")\n      }\n    }\n\n    buttonTexts.value ++= Seq(\"foo\", \"bar\", \"baz\")\n\n    eventHandlers should be(empty)\n\n    inside(vbox.get.getChildren.asScala) {\n      case Seq(b0: Button, b1: Button, b2: Button, b3: Button, b4: Button) =>\n        b0.getText should be(\"first button\")\n        b1.getText should be(\"foo\")\n        b2.getText should be(\"bar\")\n        b3.getText should be(\"baz\")\n        b4.getText should be(\"last button\")\n    }\n\n  }\n\n  \"inline onChange\" in {\n    @fxml val vbox = {\n      import javafx.collections.ListChangeListener\n      import javafx.scene.Node\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      <VBox>\n        <children onChange={event: ListChangeListener.Change[_ <: Node] =>}>\n        <\/children>\n      <\/VBox>\n    }\n    \/\/ should compile\n  }\n\n  \"onParentChange\" in {\n    @fxml val vbox = {\n      import javafx.collections._\n      import javafx.scene.Node\n      import javafx.scene.layout.VBox\n      import javafx.scene.control.Button\n      import javafx.beans.value._\n      import javafx.scene.Parent\n      <VBox>\n        <Button onParentChange={ (event: ObservableValue[_ <: Parent], oldValue:Parent, newValue:Parent) => println(event)}\/>\n      <\/VBox>\n    }\n    vbox.watch()\n    \/\/ should compile\n  }\n\n  \"entity reference\" in {\n    import javafx.scene.control.Button\n    @fxml val button = <Button id=\"&lt; &lt; \">&gt; &gt;<\/Button>\n    button.watch()\n    button.get.getId should be(\"< < \")\n    button.get.getText should be(\">>\")\n  }\n\n  \"issue 65\" in {\n    type StringTable = TableView[String]\n    @fxml val stringTable: Binding[StringTable] = {\n      <StringTable>\n        {Constants(\"Hello\", \"Flatmap\")}\n      <\/StringTable>\n    }\n\n    stringTable.watch()\n    stringTable.get.getItems.size should be(2)\n  }\n\n  override protected def withFixture(test: NoArgTest): Outcome = {\n\n    if (SwingUtilities.isEventDispatchThread) {\n      new javafx.embed.swing.JFXPanel\n    } else {\n      val lock = new AnyRef\n      @volatile var initialized = false\n      lock.synchronized {\n        SwingUtilities.invokeLater(new Runnable {\n          override def run(): Unit = {\n            new javafx.embed.swing.JFXPanel\n            lock.synchronized {\n              initialized = true\n              lock.notify()\n            }\n          }\n        })\n        while (!initialized) {\n          lock.wait()\n        }\n      }\n    }\n\n    if (Platform.isFxApplicationThread) {\n      fxmlTest.super.withFixture(test)\n    } else {\n      {\n        val lock = new AnyRef\n        @volatile var result: Option[Outcome] = None\n        lock.synchronized {\n          Platform.runLater(new Runnable() {\n            override def run(): Unit = {\n              val outcome = fxmlTest.super.withFixture(test)\n              lock.synchronized {\n                result = Some(outcome)\n                lock.notify()\n              }\n            }\n          })\n          while (result.isEmpty) {\n            lock.wait()\n          }\n        }\n        result.get\n      }\n    }\n  }\n}\n"}
{"repo_name":"ajaychandran\/Binding.scala","path":"dom\/src\/main\/scala\/com\/thoughtworks\/binding\/dom.scala","text":"\/*\nThe MIT License (MIT)\n\nCopyright (c) 2016 <NAME> & REA Group Ltd.\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE.\n *\/\n\npackage com.thoughtworks.binding\n\nimport Binding.{BindingSeq, Constants, MultiMountPoint, SingleMountPoint, SingletonBindingSeq}\nimport com.thoughtworks.Extractor._\nimport com.thoughtworks.binding.XmlExtractor.{PrefixedName, QName, UnprefixedName}\nimport com.thoughtworks.sde.core.Preprocessor\nimport macrocompat.bundle\nimport org.scalajs.dom.raw._\n\nimport scala.annotation.{StaticAnnotation, compileTimeOnly, tailrec}\nimport scala.collection.GenSeq\nimport scala.reflect.macros.whitebox\nimport scala.language.experimental.macros\nimport scalatags.JsDom\nimport scalatags.jsdom\nimport org.scalajs.dom.document\nimport scalatags.JsDom.TypedTag\nimport scalatags.generic.Namespace\n\nimport scala.annotation.meta.companionMethod\nimport scala.collection.immutable.Queue\nimport scala.reflect.NameTransformer\n\n\/**\n  * Enable XML DOM literal for Binding.scala\n  *\n  * @author \u6768\u535a (<NAME>) &lt;<EMAIL>&gt;\n  *\/\n@compileTimeOnly(\"enable macro paradise to expand macro annotations\")\n\/\/ TODO: @dom will be deprecated once @html is implemented\n\/\/ @deprecated(message = \"Use `@html` instead\", since = \"11.0.0\")\nclass dom extends StaticAnnotation {\n  def macroTransform(annottees: Any*): Any = macro dom.Macros.macroTransform\n}\n\n\/**\n  * @author \u6768\u535a (<NAME>) &lt;<EMAIL>&gt;\n  *\/\n\/\/ TODO: @dom will be deprecated once @html is implemented\n\/\/ @deprecated(message = \"Use `@html` instead\", since = \"11.0.0\")\nobject dom {\n\n  private[dom] sealed trait LowPriorityRuntime {\n    @inline\n    final def notEqual[A, B](left: A, right: B, dummy: Unit = ()) = left != right\n  }\n\n  @inline\n  @tailrec\n  private def removeAll(parent: Node): Unit = {\n    val firstChild = parent.firstChild\n    if (firstChild != null) {\n      parent.removeChild(firstChild)\n      removeAll(parent)\n    }\n  }\n\n  \/**\n    * Internal helpers for `@dom` annotation\n    *\n    * @note Do not use methods and classes in this object.\n    *\/\n  object Runtime extends LowPriorityRuntime {\n\n    @inline\n    def mount(parent: Node, childrenBinding: BindingSeq[Node]): NodeSeqMountPoint = {\n      new NodeSeqMountPoint(parent, childrenBinding)\n    }\n\n    @inline\n    def mount(parent: Node, childBinding: Binding[BindingSeq[Node]], dummy: Unit = ()): NodeSeqMountPoint = {\n      new NodeSeqMountPoint(parent, childBinding, dummy)\n    }\n\n    @inline\n    def mount(parent: Node, childBinding: Binding[Node]): NodeMountPoint = {\n      new NodeMountPoint(parent, childBinding)\n    }\n\n    final class NodeMountPoint private[Runtime] (parent: Node, childBinding: Binding[Node])\n        extends SingleMountPoint[Node](childBinding) {\n      protected def set(child: Node): Unit = {\n        removeAll(parent)\n        if (child.parentNode != null) {\n          throw new IllegalStateException(raw\"\"\"Cannot insert ${child.nodeName} twice!\"\"\")\n        }\n        parent.appendChild(child)\n      }\n    }\n\n    final class NodeSeqMountPoint(parent: Node, childrenBinding: BindingSeq[Node])\n        extends MultiMountPoint[Node](childrenBinding) {\n\n      @inline\n      def this(parent: Node, childBinding: Binding[BindingSeq[Node]], dummy: Unit = ()) = {\n        this(parent, Constants(childBinding).flatMapBinding(identity))\n      }\n\n      @inline\n      @deprecated(\"Use [[NodeMountPoint]] instead\", \"11.4.0\")\n      def this(parent: Node, childBinding: Binding[Node]) = {\n        this(parent, SingletonBindingSeq(childBinding))\n      }\n\n      override protected def set(children: Seq[Node]): Unit = {\n        removeAll(parent)\n        for (child <- children) {\n          if (child.parentNode != null) {\n            throw new IllegalStateException(raw\"\"\"Cannot insert ${child.nodeName} twice!\"\"\")\n          }\n          parent.appendChild(child)\n        }\n      }\n\n      override protected def splice(from: Int, that: GenSeq[Node], replaced: Int): Unit = {\n        @inline\n        @tailrec\n        def removeChildren(child: Node, n: Int): Node = {\n          if (n == 0) {\n            child\n          } else {\n            val nextSibling = child.nextSibling\n            parent.removeChild(child)\n            removeChildren(nextSibling, n - 1)\n          }\n        }\n\n        val child = removeChildren(parent.childNodes(from), replaced)\n        if (child == null) {\n          for (newChild <- that) {\n            if (newChild.parentNode != null) {\n              throw new IllegalStateException(raw\"\"\"Cannot insert a ${newChild.nodeName} element twice!\"\"\")\n            }\n            parent.appendChild(newChild)\n          }\n        } else {\n          for (newChild <- that) {\n            if (newChild.parentNode != null) {\n              throw new IllegalStateException(raw\"\"\"Cannot insert a ${newChild.nodeName} element twice!\"\"\")\n            }\n            parent.insertBefore(newChild, child)\n          }\n        }\n      }\n\n    }\n\n    object TagsAndTags2 extends JsDom.Cap with jsdom.Tags with jsdom.Tags2 {\n\n      import scala.language.dynamics\n\n      final class DynamicDataTag private[TagsAndTags2] ()\n          extends TypedTag[HTMLElement](\"data\", Nil, false, Namespace.htmlNamespaceConfig)\n          with Dynamic {\n        final def selectDynamic(tagName: String): ConcreteHtmlTag[Element] = {\n          TagsAndTags2.tag(tagName)\n        }\n      }\n\n      override lazy val data = new DynamicDataTag()\n\n    }\n\n    @inline\n    def domBindingSeq(bindingSeq: BindingSeq[Node]) = bindingSeq\n\n    @inline\n    def domBindingSeq(seq: Seq[Node]) = Constants(seq: _*)\n\n    @inline\n    def domBindingSeq(node: Node) = Constants(node)\n\n    @inline\n    def domBindingSeq(text: String) = Constants(document.createTextNode(text))\n\n    @inline\n    def domBindingSeq(optionNode: Option[Node]) = Constants(optionNode.toSeq: _*)\n\n    @inline\n    def notEqual[A](left: A, right: A) = left != right\n  }\n\n  \/**\n    * This object contains implicit views imported automatically for @dom methods.\n    *\/\n  object AutoImports {\n\n    implicit final class DataOps @inline()(node: Element) {\n\n      import scala.language.dynamics\n\n      object data extends Dynamic {\n\n        final def selectDynamic(attributeName: String): String = {\n          node.getAttribute(attributeName)\n        }\n\n        final def updateDynamic(attributeName: String)(attributeValue: String): Unit = {\n          node.setAttribute(attributeName, attributeValue)\n        }\n\n      }\n\n    }\n\n    implicit final class OptionOps @inline()(node: Element) {\n\n      import scala.language.dynamics\n\n      object option extends Dynamic {\n\n        final def selectDynamic(attributeName: String): Option[String] = {\n          if (node.hasAttribute(attributeName)) {\n            Some(node.getAttribute(attributeName))\n          } else {\n            None\n          }\n        }\n\n        final def updateDynamic(attributeName: String)(attributeValue: Option[String]): Unit = {\n          attributeValue.fold(node.removeAttribute(attributeName))(node.setAttribute(attributeName, _))\n        }\n\n      }\n\n    }\n\n    final class StyleOps @inline @deprecated(\"Use [[org.scalajs.dom.raw.HTMLElement.style]] instead\", \"11.2.0\")(\n        node: HTMLElement) {\n      @deprecated(\"Use [[org.scalajs.dom.raw.HTMLElement.style]] instead\", \"11.2.0\")\n      @inline def style = node.style.cssText\n\n      @deprecated(\"Use [[org.scalajs.dom.raw.HTMLElement.style]] instead\", \"11.2.0\")\n      @inline def style_=(value: String) = node.style.cssText = value\n    }\n\n    @deprecated(\"Use [[org.scalajs.dom.raw.HTMLElement.style]] instead\", \"11.2.0\")\n    def StyleOps(node: HTMLElement) = new StyleOps(node)\n\n    implicit final class ClassOps @inline()(node: HTMLElement) {\n      @inline def `class` = node.className\n\n      @inline def class_=(value: String) = node.className = value\n    }\n\n    implicit final class ForOps @inline()(node: HTMLLabelElement) {\n      @inline def `for` = node.htmlFor\n\n      @inline def for_=(value: String) = node.htmlFor = value\n    }\n\n    \/**\n      * @param node HTMLDialogElement or HTMLDetailElement\n      *\/\n    implicit final class OpenOps @inline private[dom] (node: Element { var open: Boolean }) {\n      @inline def open = node.getAttribute(\"open\")\n      @inline def open_=(value: String) = node.setAttribute(\"open\", value)\n    }\n\n    implicit final class MultipleOps @inline()(node: Element { var multiple: Boolean }) {\n      @inline def multiple = node.getAttribute(\"multiple\")\n      @inline def multiple_=(value: String) = node.setAttribute(\"multiple\", value)\n    }\n\n    implicit final class FormNoValidateOps @inline()(node: Element { var formNoValidate: Boolean }) {\n      @inline def formNoValidate = node.getAttribute(\"formNoValidate\")\n      @inline def formNoValidate_=(value: String) = node.setAttribute(\"formNoValidate\", value)\n    }\n\n    implicit final class NoValidateOps @inline()(node: HTMLFormElement) {\n      @inline def noValidate = node.getAttribute(\"noValidate\")\n      @inline def noValidate_=(value: String) = node.setAttribute(\"noValidate\", value)\n    }\n\n    implicit final class ControlsOps @inline()(node: HTMLMediaElement) {\n      @inline def controls = node.getAttribute(\"controls\")\n      @inline def controls_=(value: String) = node.setAttribute(\"controls\", value)\n    }\n\n    implicit final class LoopOps @inline()(node: HTMLMediaElement) {\n      @inline def loop = node.getAttribute(\"loop\")\n      @inline def loop_=(value: String) = node.setAttribute(\"loop\", value)\n    }\n\n    implicit final class SelectedOps @inline()(node: Element { var selected: Boolean }) {\n      @inline def selected = node.getAttribute(\"selected\")\n      @inline def selected_=(value: String) = node.setAttribute(\"selected\", value)\n    }\n\n    implicit final class MutedOps @inline()(node: HTMLMediaElement) {\n      @inline def muted = node.getAttribute(\"muted\")\n      @inline def muted_=(value: String) = node.setAttribute(\"muted\", value)\n    }\n\n    implicit final class SpellcheckOps @inline()(node: HTMLElement) {\n      @inline def spellcheck = node.getAttribute(\"spellcheck\")\n      @inline def spellcheck_=(value: String) = node.setAttribute(\"spellcheck\", value)\n    }\n\n    implicit final class DraggableOps @inline()(node: HTMLElement) {\n      @inline def draggable = node.getAttribute(\"draggable\")\n      @inline def draggable_=(value: String) = node.setAttribute(\"draggable\", value)\n    }\n\n    implicit final class AutoplayOps @inline()(node: HTMLMediaElement) {\n      @inline def autoplay = node.getAttribute(\"autoplay\")\n      @inline def autoplay_=(value: String) = node.setAttribute(\"autoplay\", value)\n    }\n\n    implicit final class RequiredOps @inline()(node: Element { var required: Boolean }) {\n      @inline def required = node.getAttribute(\"required\")\n      @inline def required_=(value: String) = node.setAttribute(\"required\", value)\n    }\n\n    implicit final class AutofocusOps @inline()(node: Element { var autofocus: Boolean }) {\n      @inline def autofocus = node.getAttribute(\"autofocus\")\n      @inline def autofocus_=(value: String) = node.setAttribute(\"autofocus\", value)\n    }\n\n    implicit final class CheckedOps @inline()(node: Element { var checked: Boolean }) {\n      @inline def checked = node.getAttribute(\"checked\")\n      @inline def checked_=(value: String) = node.setAttribute(\"checked\", value)\n    }\n\n    implicit final class DisabledOps @inline()(node: Element { var disabled: Boolean }) {\n      @inline def disabled = node.getAttribute(\"disabled\")\n      @inline def disabled_=(value: String) = node.setAttribute(\"disabled\", value)\n    }\n\n    implicit final class ReadOnlyOps @inline()(node: Element { var readOnly: Boolean }) {\n      @inline def readOnly = node.getAttribute(\"readOnly\")\n      @inline def readOnly_=(value: String) = node.setAttribute(\"readOnly\", value)\n    }\n    implicit final class DefaultOps @inline()(node: HTMLTrackElement) {\n      @inline def default = node.getAttribute(\"default\")\n      @inline def default_=(value: String) = node.setAttribute(\"default\", value)\n    }\n\n    implicit final class PlaysInlineOps @inline()(node: HTMLVideoElement) {\n      @inline def playsInline = node.getAttribute(\"playsInline\")\n      @inline def playsInline_=(value: String) = node.setAttribute(\"playsInline\", value)\n    }\n\n    implicit final class TypeMustMatchOps @inline()(node: HTMLObjectElement) {\n      @inline def typeMustMatch = node.getAttribute(\"typeMustMatch\")\n      @inline def typeMustMatch_=(value: String) = node.setAttribute(\"typeMustMatch\", value)\n    }\n\n    implicit final class TranslateOps @inline()(node: HTMLElement) {\n      @inline def translate = node.getAttribute(\"translate\")\n      @inline def translate_=(value: String) = node.setAttribute(\"translate\", value)\n    }\n\n    implicit final class HiddenOps @inline()(node: HTMLElement) {\n      @inline def hidden = node.getAttribute(\"hidden\")\n      @inline def hidden_=(value: String) = node.setAttribute(\"hidden\", value)\n    }\n\n    implicit final class ReversedOps @inline()(node: HTMLOListElement) {\n      @inline def reversed = node.getAttribute(\"reversed\")\n      @inline def reversed_=(value: String) = node.setAttribute(\"reversed\", value)\n    }\n\n    implicit final class IsMapOps @inline()(node: HTMLImageElement) {\n      @inline def isMap = node.getAttribute(\"isMap\")\n      @inline def isMap_=(value: String) = node.setAttribute(\"isMap\", value)\n    }\n\n    implicit final class AllowFullscreenOps @inline()(node: HTMLIFrameElement) {\n      @inline def allowFullscreen = node.getAttribute(\"allowFullscreen\")\n      @inline def allowFullscreen_=(value: String) = node.setAttribute(\"allowFullscreen\", value)\n    }\n\n    implicit final class AllowPaymentRequestOps @inline()(node: HTMLIFrameElement) {\n      @inline def allowPaymentRequest = node.getAttribute(\"allowPaymentRequest\")\n      @inline def allowPaymentRequest_=(value: String) = node.setAttribute(\"allowPaymentRequest\", value)\n    }\n\n    implicit final class AllowUserMediaOps @inline()(node: HTMLIFrameElement) {\n      @inline def allowUserMedia = node.getAttribute(\"allowUserMedia\")\n      @inline def allowUserMedia_=(value: String) = node.setAttribute(\"allowUserMedia\", value)\n    }\n    implicit final class NoShadeOps @inline()(node: HTMLHRElement) {\n      @inline def noShade = node.getAttribute(\"noShade\")\n      @inline def noShade_=(value: String) = node.setAttribute(\"noShade\", value)\n    }\n    implicit final class NoWrapOps @inline()(node: HTMLTableCellElement) {\n      @inline def noWrap = node.getAttribute(\"noWrap\")\n      @inline def noWrap_=(value: String) = node.setAttribute(\"noWrap\", value)\n    }\n    implicit final class DeclareOps @inline()(node: HTMLObjectElement) {\n      @inline def declare = node.getAttribute(\"declare\")\n      @inline def declare_=(value: String) = node.setAttribute(\"declare\", value)\n    }\n\n    @(deprecated @companionMethod)(\"Obsolete.\", \"HTML 5\")\n    implicit final class TrueSpeedOps @inline @deprecated(\"Obsolete.\", \"HTML 5\")(\n        @deprecated(\"Obsolete.\", \"HTML 5\") node: HTMLMarqueeElement\n    ) {\n      @deprecated(\"Obsolete.\", \"HTML 5\") @inline def trueSpeed = node.getAttribute(\"trueSpeed\")\n\n      @deprecated(\"Obsolete.\", \"HTML 5\") @inline def trueSpeed_=(value: String) = node.setAttribute(\"trueSpeed\", value)\n    }\n\n    @(deprecated @companionMethod)(\"Obsolete.\", \"HTML 5\")\n    implicit final class NoResizeOps @inline @deprecated(\"Obsolete.\", \"HTML 5\")(\n        @deprecated(\"Obsolete.\", \"HTML 5\") node: HTMLFrameElement\n    ) {\n      @deprecated(\"Obsolete.\", \"HTML 5\") @inline def noResize = node.getAttribute(\"noResize\")\n\n      @deprecated(\"Obsolete.\", \"HTML 5\") @inline def noResize_=(value: String) = node.setAttribute(\"noResize\", value)\n    }\n\n    implicit final class NoHrefOps @inline()(node: HTMLAreaElement) {\n      @inline def noHref = node.getAttribute(\"noHref\")\n      @inline def noHref_=(value: String) = node.setAttribute(\"noHref\", value)\n    }\n\n    implicit final class CompactOps @inline()(node: Element { var compact: Boolean }) {\n      @inline def compact = node.getAttribute(\"compact\")\n      @inline def compact_=(value: String) = node.setAttribute(\"compact\", value)\n    }\n    implicit final class AsyncOps @inline()(node: HTMLScriptElement) {\n      @inline def async = node.getAttribute(\"async\")\n      @inline def async_=(value: String) = node.setAttribute(\"async\", value)\n    }\n\n    implicit final class DeferOps @inline()(node: HTMLScriptElement) {\n      @inline def defer = node.getAttribute(\"defer\")\n      @inline def defer_=(value: String) = node.setAttribute(\"defer\", value)\n    }\n\n    implicit final class NoModuleOps @inline()(node: HTMLScriptElement) {\n      @inline def noModule = node.getAttribute(\"noModule\")\n      @inline def noModule_=(value: String) = node.setAttribute(\"noModule\", value)\n    }\n\n    @inline def workaroundUnusedImport() = ()\n  }\n\n  \/**\n    * Render a binding node into `parent`\n    *\/\n  @inline\n  def render(parent: Node, child: Binding[Node]): Unit = {\n    Runtime.mount(parent, child).watch()\n  }\n\n  \/**\n    * Render a binding sequence of node into `parent`\n    *\/\n  @inline\n  def render(parent: Node, children: BindingSeq[Node]): Unit = {\n    Runtime.mount(parent, children).watch()\n  }\n\n  \/**\n    * Render a binding sequence of node into `parent`\n    *\n    * @usecase def render(parent: Node, children: Binding[BindingSeq[Node]]): Unit = ???\n    **\/\n  @inline\n  def render(parent: Node, children: Binding[BindingSeq[Node]], dummy: Unit = ()): Unit = {\n    Runtime.mount(parent, children).watch()\n  }\n\n  @bundle\n  private[dom] final class Macros(context: whitebox.Context) extends Preprocessor(context) with XmlExtractor {\n\n    import c.universe._\n\n    def macroTransform(annottees: Tree*): Tree = {\n      val transformer = new ComprehensionTransformer {\n\n        private def transformXml(tree: Tree): (Queue[ValDef], Tree) = {\n          tree match {\n            case transformedWithValDefs.extract(queue, tree) =>\n              (queue, tree)\n            case transformed.extract(transformedTree) =>\n              Queue.empty -> transformedTree\n            case _ =>\n              Queue.empty -> super.transform(tree)\n          }\n        }\n\n        private def nodeSeq(children: Seq[Tree]): (Queue[ValDef], Tree) = {\n          children match {\n            case Seq() =>\n              Queue.empty -> q\"\"\"_root_.com.thoughtworks.binding.Binding.Constants.empty\"\"\"\n            case Seq(child) =>\n              val (valDefs, transformedChild) = transformXml(child)\n              valDefs -> atPos(child.pos) {\n                q\"\"\"_root_.com.thoughtworks.binding.dom.Runtime.domBindingSeq($transformedChild)\"\"\"\n              }\n            case _ =>\n              val transformedPairs = (for {\n                child <- children\n              } yield {\n                val (valDefs, transformedChild) = transformXml(child)\n                valDefs -> atPos(child.pos) {\n                  q\"\"\"\n                    _root_.com.thoughtworks.binding.Binding.apply {\n                      _root_.com.thoughtworks.binding.dom.Runtime.domBindingSeq($transformedChild)\n                    }\n                  \"\"\"\n                }\n              })(collection.breakOut(Queue.canBuildFrom))\n              val (valDefs, transformedChildren) = transformedPairs.unzip\n              valDefs.flatten -> q\"\"\"_root_.com.thoughtworks.binding.Binding.Constants(..$transformedChildren).flatMapBinding(_root_.scala.Predef.locally _)\"\"\"\n          }\n        }\n\n        private def transformedWithValDefs: PartialFunction[Tree, (Queue[ValDef], Tree)] = {\n          case tree @ NodeBuffer(children) =>\n            nodeSeq(children)\n          case tree @ Elem(tag, attributes, _, children) =>\n            val idOption = findTextAttribute(\"local-id\", attributes).orElse(findTextAttribute(\"id\", attributes))\n            val elementName = idOption match {\n              case None     => TermName(c.freshName(\"htmlElement\"))\n              case Some(id) => TermName(NameTransformer.encode(id))\n            }\n\n            val attributeMountPoints = for {\n              (key, value) <- attributes if {\n                key match {\n                  case UnprefixedName(\"local-id\") => false\n                  case _                          => true\n                }\n              }\n            } yield {\n              val attributeAccess = propertyAccess(key, q\"$elementName\")\n\n              atPos(value.pos) {\n                value match {\n                  case EmptyAttribute() =>\n                    q\"\"\"$attributeAccess = \"\" \"\"\"\n                  case Text(textLiteral) =>\n                    q\"$attributeAccess = $textLiteral\"\n                  case _ =>\n                    val assignName = TermName(c.freshName(\"assignAttribute\"))\n                    val newValueName = TermName(c.freshName(\"newValue\"))\n                    q\"\"\"\n                      _root_.com.thoughtworks.sde.core.MonadicFactory.Instructions.each[\n                        _root_.com.thoughtworks.binding.Binding,\n                        _root_.scala.Unit\n                      ](\n                        _root_.com.thoughtworks.binding.Binding.apply[_root_.scala.Unit]({\n                          val $newValueName = ${transform(value)}\n                          @_root_.scala.inline def $assignName() = {\n                            if (_root_.com.thoughtworks.binding.dom.Runtime.notEqual($attributeAccess, $newValueName)) {\n                              $attributeAccess = $newValueName\n                            }\n                          }\n                          $assignName()\n                        })\n                      )\n                    \"\"\"\n                }\n              }\n            }\n            val (valDefs, transformedChild) = children match {\n              case Seq() =>\n                Queue.empty -> Nil\n              case _ =>\n                val (valDefs, transformedBuffer) = nodeSeq(children)\n                valDefs -> List(atPos(tree.pos) {\n                  q\"\"\"\n                  _root_.com.thoughtworks.sde.core.MonadicFactory.Instructions.each[\n                    _root_.com.thoughtworks.binding.Binding,\n                    _root_.scala.Unit\n                  ](\n                    _root_.com.thoughtworks.binding.dom.Runtime.mount(\n                      $elementName,\n                      $transformedBuffer\n                    )\n                  )\n                  \"\"\"\n                })\n            }\n\n            val tagAccess = propertyAccess(tag, q\"_root_.com.thoughtworks.binding.dom.Runtime.TagsAndTags2\")\n\n            val elementDef = q\"val $elementName = $tagAccess.render\"\n            idOption match {\n              case None =>\n                valDefs -> q\"\"\"\n                  $elementDef\n                  ..$transformedChild\n                  ..$attributeMountPoints\n                  $elementName\n                \"\"\"\n              case Some(id) =>\n                (valDefs.enqueue(elementDef)) -> q\"\"\"\n                  ..$transformedChild\n                  ..$attributeMountPoints\n                  $elementName\n                \"\"\"\n            }\n        }\n\n        private def findTextAttribute(unprefixedName: String,\n                                      attributes: Seq[(XmlExtractor.QName, Tree)]): Option[String] = {\n          attributes.collectFirst { case (UnprefixedName(`unprefixedName`), Text(text)) => text }\n        }\n\n        private def propertyAccess(xmlName: QName, objectAccess: RefTree): Select = {\n          xmlName match {\n            case UnprefixedName(localPart) =>\n              q\"$objectAccess.${TermName(NameTransformer.encode(localPart))}\"\n            case PrefixedName(prefix, localPart) =>\n              localPart.split(':').foldLeft(q\"$objectAccess.${TermName(NameTransformer.encode(prefix))}\") {\n                (prefixExpr, segmentName) =>\n                  q\"$prefixExpr.${TermName(NameTransformer.encode(segmentName))}\"\n              }\n          }\n        }\n\n        private def transformed: PartialFunction[Tree, Tree] = {\n          case Block(stats, expr) =>\n            super.transform(Block(stats.flatMap {\n              case transformedWithValDefs.extract((valDefs, transformedTree)) =>\n                valDefs.enqueue(transformedTree)\n              case stat =>\n                Seq(stat)\n            }, expr))\n          case tree @ EntityRef(HtmlEntityName(unescapedCharacter)) =>\n            atPos(tree.pos) {\n              q\"\"\"$unescapedCharacter\"\"\"\n            }\n          case tree @ Comment(value) =>\n            atPos(tree.pos) {\n              q\"\"\"_root_.org.scalajs.dom.document.createComment($value)\"\"\"\n            }\n          case tree @ Text(value) =>\n            atPos(tree.pos) {\n              q\"$value\"\n            }\n        }\n\n        override def transform(tree: Tree): Tree = {\n          tree match {\n            case transformedWithValDefs.extract((valDefs, transformedTree)) =>\n              q\"\"\"\n                ..$valDefs\n                $transformedTree\n              \"\"\"\n            case transformed.extract(transformedTree) =>\n              transformedTree\n            case _ =>\n              super.transform(tree)\n          }\n        }\n      }\n\n      import transformer.transform\n      \/\/      def transform(tree: Tree): Tree = {\n      \/\/        val output = transformer.transform(tree)\n      \/\/        c.info(c.enclosingPosition, show(output), true)\n      \/\/        output\n      \/\/      }\n\n      def autoImportAndTransform(body: Tree) = {\n        q\"\"\"_root_.com.thoughtworks.binding.Binding.apply {\n          import _root_.com.thoughtworks.binding.dom.AutoImports.{\n            != => _,\n            ## => _,\n            == => _,\n            eq => _,\n            equals => _,\n            getClass => _,\n            hashCode => _,\n            ne => _,\n            notify => _,\n            notifyAll => _,\n            synchronized => _,\n            toString => _,\n            wait => _,\n            _\n          }\n          workaroundUnusedImport()\n          ${transform(body)}\n        }\"\"\"\n      }\n      replaceDefBody(annottees, autoImportAndTransform)\n    }\n\n  }\n\n}\n"}
{"repo_name":"theon\/cats-effect","path":"build.sbt","text":"<filename>build.sbt\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport microsites.{ConfigYml, ExtraMdFileConfig}\n\nimport scala.sys.process._\nimport scala.xml.Elem\nimport scala.xml.transform.{RewriteRule, RuleTransformer}\nimport sbtcrossproject.crossProject\n\nThisBuild \/ organization := \"org.typelevel\"\nThisBuild \/ organizationName := \"Typelevel\"\nThisBuild \/ startYear := Some(2017)\n\nval CompileTime = config(\"CompileTime\").hide\nval SimulacrumVersion = \"1.0.0\"\nval CatsVersion = \"2.1.0\"\nval DisciplineScalatestVersion = \"1.0.0\"\nval customScalaJSVersion = Option(System.getenv(\"SCALAJS_VERSION\"))\n\naddCommandAlias(\"ci\", \";scalafmtSbtCheck ;scalafmtCheckAll ;test ;mimaReportBinaryIssues; doc\")\n\nval commonSettings = Seq(\n  scalacOptions ++= PartialFunction\n    .condOpt(CrossVersion.partialVersion(scalaVersion.value)) {\n      case Some((2, n)) if n >= 13 =>\n        \/\/ Necessary for simulacrum\n        Seq(\"-Ymacro-annotations\")\n    }\n    .toList\n    .flatten,\n  scalacOptions in (Compile, doc) ++= {\n    val isSnapshot = git.gitCurrentTags.value.map(git.gitTagToVersionNumber.value).flatten.isEmpty\n\n    val path =\n      if (isSnapshot)\n        scmInfo.value.get.browseUrl + \"\/blob\/\" + git.gitHeadCommit.value.get + \"\u20ac{FILE_PATH}.scala\"\n      else\n        scmInfo.value.get.browseUrl + \"\/blob\/v\" + version.value + \"\u20ac{FILE_PATH}.scala\"\n\n    Seq(\"-doc-source-url\", path, \"-sourcepath\", baseDirectory.in(LocalRootProject).value.getAbsolutePath)\n  },\n  sources in (Compile, doc) := (sources in (Compile, doc)).value,\n  scalacOptions in (Compile, doc) ++=\n    Seq(\"-doc-root-content\", (baseDirectory.value.getParentFile \/ \"shared\" \/ \"rootdoc.txt\").getAbsolutePath),\n  scalacOptions in (Compile, doc) ++=\n    Opts.doc.title(\"cats-effect\"),\n  scalacOptions in Test += \"-Yrangepos\",\n  scalacOptions in Test ~= (_.filterNot(Set(\"-Wvalue-discard\", \"-Ywarn-value-discard\"))),\n  \/\/ Disable parallel execution in tests; otherwise we cannot test System.err\n  parallelExecution in Test := false,\n  parallelExecution in IntegrationTest := false,\n  testForkedParallel in Test := false,\n  testForkedParallel in IntegrationTest := false,\n  concurrentRestrictions in Global += Tags.limit(Tags.Test, 1),\n  \/\/ credit: https:\/\/github.com\/typelevel\/cats\/pull\/1638\n  ivyConfigurations += CompileTime,\n  unmanagedClasspath in Compile ++= update.value.select(configurationFilter(\"CompileTime\")),\n  logBuffered in Test := false,\n  isSnapshot := version.value.endsWith(\"SNAPSHOT\"), \/\/ so\u2026 sonatype doesn't like git hash snapshots\n  publishTo := Some(\n    if (isSnapshot.value)\n      Opts.resolver.sonatypeSnapshots\n    else\n      Opts.resolver.sonatypeStaging\n  ),\n  publishMavenStyle := true,\n  pomIncludeRepository := { _ =>\n    false\n  },\n  sonatypeProfileName := organization.value,\n  pomExtra :=\n    <developers>\n      <developer>\n        <id>djspiewak<\/id>\n        <name><NAME><\/name>\n        <url>http:\/\/www.codecommit.com<\/url>\n      <\/developer>\n      <developer>\n        <id>mpilquist<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/mpilquist<\/url>\n      <\/developer>\n      <developer>\n        <id>alexelcu<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/alexn.org<\/url>\n      <\/developer>\n     <developer>\n        <id>SystemFw<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/systemfw<\/url>\n      <\/developer>\n    <\/developers>,\n  homepage := Some(url(\"https:\/\/typelevel.org\/cats-effect\/\")),\n  scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/typelevel\/cats-effect\"), \"<EMAIL>:typelevel\/cats-effect.git\")),\n  headerLicense := Some(\n    HeaderLicense.Custom(\n      \"\"\"|Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n         |\n         |Licensed under the Apache License, Version 2.0 (the \"License\");\n         |you may not use this file except in compliance with the License.\n         |You may obtain a copy of the License at\n         |\n         |    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n         |\n         |Unless required by applicable law or agreed to in writing, software\n         |distributed under the License is distributed on an \"AS IS\" BASIS,\n         |WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n         |See the License for the specific language governing permissions and\n         |limitations under the License.\"\"\".stripMargin\n    )\n  ),\n  \/\/ For evicting Scoverage out of the generated POM\n  \/\/ See: https:\/\/github.com\/scoverage\/sbt-scoverage\/issues\/153\n  pomPostProcess := { (node: xml.Node) =>\n    new RuleTransformer(new RewriteRule {\n      override def transform(node: xml.Node): Seq[xml.Node] = node match {\n        case e: Elem\n            if e.label == \"dependency\" && e.child\n              .exists(child => child.label == \"groupId\" && child.text == \"org.scoverage\") =>\n          Nil\n        case _ => Seq(node)\n      }\n    }).transform(node).head\n  },\n  addCompilerPlugin((\"org.typelevel\" %% \"kind-projector\" % \"0.11.0\").cross(CrossVersion.full)),\n  mimaFailOnNoPrevious := false\n)\n\nval mimaSettings = Seq(\n  mimaPreviousArtifacts := {\n    CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, 13)) => Set(organization.value %% name.value % \"2.0.0\")\n      case Some((2, 12)) => Set(organization.value %% name.value % \"1.0.0\")\n      case _             => Set.empty\n    }\n  },\n  mimaBinaryIssueFilters ++= {\n    import com.typesafe.tools.mima.core._\n    import com.typesafe.tools.mima.core.ProblemFilters._\n    Seq(\n      \/\/ Ignore any binary compatibility issues\/problems that match the internals package\n      exclude[Problem](\"cats.effect.internals.*\"),\n      \/\/ All internals - https:\/\/github.com\/typelevel\/cats-effect\/pull\/403\n      exclude[DirectMissingMethodProblem](\"cats.effect.concurrent.Semaphore#AbstractSemaphore.awaitGate\"),\n      exclude[DirectMissingMethodProblem](\"cats.effect.concurrent.Semaphore#AsyncSemaphore.awaitGate\"),\n      exclude[DirectMissingMethodProblem](\"cats.effect.concurrent.Semaphore#ConcurrentSemaphore.awaitGate\"),\n      \/\/ All internals \u2014\u00a0https:\/\/github.com\/typelevel\/cats-effect\/pull\/424\n      exclude[MissingClassProblem](\"cats.effect.concurrent.Deferred$UncancelabbleDeferred\"),\n      \/\/ Laws - https:\/\/github.com\/typelevel\/cats-effect\/pull\/473\n      exclude[ReversedMissingMethodProblem](\"cats.effect.laws.AsyncLaws.repeatedAsyncFEvaluationNotMemoized\"),\n      exclude[ReversedMissingMethodProblem](\"cats.effect.laws.BracketLaws.bracketPropagatesTransformerEffects\"),\n      exclude[ReversedMissingMethodProblem](\"cats.effect.laws.discipline.BracketTests.bracketTrans\"),\n      \/\/ Static forwarder not generated. We tried. - https:\/\/github.com\/typelevel\/cats-effect\/pull\/584\n      exclude[DirectMissingMethodProblem](\"cats.effect.IO.fromFuture\"),\n      \/\/ Incompatible signatures should not cause linking problems.\n      exclude[IncompatibleSignatureProblem](\"cats.effect.IO.ioParallel\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.IOInstances.ioParallel\"),\n      \/\/ Signature changes to make Resource covariant, should not cause linking problems. - https:\/\/github.com\/typelevel\/cats-effect\/pull\/731\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.use\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.flatMap\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.map\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.mapK\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.allocated\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.evalMap\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Resource.evalTap\"),\n      \/\/ change in encoding of value classes in generic methods https:\/\/github.com\/lightbend\/mima\/issues\/423\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Blocker.apply\"),\n      exclude[IncompatibleSignatureProblem](\"cats.effect.Blocker.fromExecutorService\")\n    )\n  }\n)\n\nval lawsMimaSettings = mimaSettings ++ Seq(\n  \/\/ We broke binary compatibility for laws in 2.0\n  mimaPreviousArtifacts := Set(organization.value %% name.value % \"2.0.0\")\n)\n\nlazy val cmdlineProfile = sys.env.getOrElse(\"SBT_PROFILE\", \"\")\n\nlazy val scalaJSSettings = Seq(\n  \/\/ Use globally accessible (rather than local) source paths in JS source maps\n  scalacOptions += {\n    val hasVersion = git.gitCurrentTags.value.map(git.gitTagToVersionNumber.value).flatten.nonEmpty\n    val versionOrHash =\n      if (hasVersion)\n        s\"v${version.value}\"\n      else\n        git.gitHeadCommit.value.get\n\n    val l = (baseDirectory in LocalRootProject).value.toURI.toString\n    val g = s\"https:\/\/raw.githubusercontent.com\/typelevel\/cats-effect\/$versionOrHash\/\"\n    s\"-P:scalajs:mapSourceURI:$l->$g\"\n  },\n  \/\/ Work around \"dropping dependency on node with no phase object: mixin\"\n  scalacOptions in (Compile, doc) -= \"-Xfatal-warnings\"\n)\n\nlazy val skipOnPublishSettings =\n  Seq(skip in publish := true, publish := (()), publishLocal := (()), publishArtifact := false, publishTo := None)\n\nlazy val sharedSourcesSettings = Seq(\n  unmanagedSourceDirectories in Compile += {\n    baseDirectory.value.getParentFile \/ \"shared\" \/ \"src\" \/ \"main\" \/ \"scala\"\n  },\n  unmanagedSourceDirectories in Test += {\n    baseDirectory.value.getParentFile \/ \"shared\" \/ \"src\" \/ \"test\" \/ \"scala\"\n  }\n)\n\nlazy val root = project\n  .in(file(\".\"))\n  .disablePlugins(MimaPlugin)\n  .aggregate(coreJVM, coreJS, lawsJVM, lawsJS)\n  .settings(skipOnPublishSettings)\n\nlazy val core = crossProject(JSPlatform, JVMPlatform)\n  .in(file(\"core\"))\n  .settings(commonSettings: _*)\n  .settings(\n    name := \"cats-effect\",\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %%% \"cats-core\" % CatsVersion,\n      \"org.typelevel\" %%% \"simulacrum\" % SimulacrumVersion % CompileTime,\n      \"org.typelevel\" %%% \"cats-laws\" % CatsVersion % Test,\n      \"org.typelevel\" %%% \"discipline-scalatest\" % DisciplineScalatestVersion % Test\n    ),\n    libraryDependencies ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, v)) if v <= 12 =>\n          Seq(\n            compilerPlugin((\"org.scalamacros\" % \"paradise\" % \"2.1.1\").cross(CrossVersion.full))\n          )\n        case _ =>\n          \/\/ if scala 2.13.0-M4 or later, macro annotations merged into scala-reflect\n          \/\/ https:\/\/github.com\/scala\/scala\/pull\/6606\n          Nil\n      }\n    }\n  )\n  .jvmConfigure(_.enablePlugins(AutomateHeaderPlugin))\n  .jvmConfigure(_.settings(mimaSettings))\n  .jsConfigure(_.enablePlugins(AutomateHeaderPlugin))\n  .jsConfigure(_.settings(scalaJSSettings))\n  .jvmSettings(\n    skip.in(publish) := customScalaJSVersion.forall(_.startsWith(\"1.0\"))\n  )\n\nlazy val coreJVM = core.jvm\nlazy val coreJS = core.js\n\nlazy val laws = crossProject(JSPlatform, JVMPlatform)\n  .in(file(\"laws\"))\n  .dependsOn(core % \"compile->compile;test->test\")\n  .settings(commonSettings: _*)\n  .settings(\n    name := \"cats-effect-laws\",\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %%% \"cats-laws\" % CatsVersion,\n      \"org.typelevel\" %%% \"discipline-scalatest\" % DisciplineScalatestVersion % Test\n    )\n  )\n  .jvmConfigure(_.enablePlugins(AutomateHeaderPlugin))\n  .jvmConfigure(_.settings(lawsMimaSettings))\n  .jsConfigure(_.enablePlugins(AutomateHeaderPlugin))\n  .jsConfigure(_.settings(scalaJSSettings))\n  .jvmSettings(\n    skip.in(publish) := customScalaJSVersion.forall(_.startsWith(\"1.0\"))\n  )\n\nlazy val lawsJVM = laws.jvm\nlazy val lawsJS = laws.js\n\nlazy val benchmarksPrev = project\n  .in(file(\"benchmarks\/vPrev\"))\n  .settings(commonSettings ++ skipOnPublishSettings ++ sharedSourcesSettings)\n  .settings(libraryDependencies += \"org.typelevel\" %% \"cats-effect\" % \"2.0.0\")\n  .settings(scalacOptions ~= (_.filterNot(Set(\"-Xfatal-warnings\", \"-Ywarn-unused-import\").contains)))\n  .enablePlugins(JmhPlugin)\n\nlazy val benchmarksNext = project\n  .in(file(\"benchmarks\/vNext\"))\n  .dependsOn(coreJVM)\n  .settings(commonSettings ++ skipOnPublishSettings ++ sharedSourcesSettings)\n  .settings(scalacOptions ~= (_.filterNot(Set(\"-Xfatal-warnings\", \"-Ywarn-unused-import\").contains)))\n  .enablePlugins(JmhPlugin)\n\nlazy val docsMappingsAPIDir =\n  settingKey[String](\"Name of subdirectory in site target directory for api docs\")\n\nlazy val siteSettings = Seq(\n  micrositeName := \"Cats Effect\",\n  micrositeDescription := \"The IO Monad for Scala\",\n  micrositeAuthor := \"Cats Effect contributors\",\n  micrositeGithubOwner := \"typelevel\",\n  micrositeGithubRepo := \"cats-effect\",\n  micrositeBaseUrl := \"\/cats-effect\",\n  micrositeTwitterCreator := \"@typelevel\",\n  micrositeDocumentationUrl := \"https:\/\/typelevel.org\/cats-effect\/api\/\",\n  micrositeFooterText := None,\n  micrositeHighlightTheme := \"atom-one-light\",\n  micrositePalette := Map(\n    \"brand-primary\" -> \"#3e5b95\",\n    \"brand-secondary\" -> \"#294066\",\n    \"brand-tertiary\" -> \"#2d5799\",\n    \"gray-dark\" -> \"#49494B\",\n    \"gray\" -> \"#7B7B7E\",\n    \"gray-light\" -> \"#E5E5E6\",\n    \"gray-lighter\" -> \"#F4F3F4\",\n    \"white-color\" -> \"#FFFFFF\"\n  ),\n  micrositeExtraMdFiles := Map(\n    file(\"README.md\") -> ExtraMdFileConfig(\n      \"index.md\",\n      \"home\",\n      Map(\"permalink\" -> \"\/\", \"title\" -> \"Home\", \"section\" -> \"home\", \"position\" -> \"0\")\n    )\n  ),\n  micrositeConfigYaml := ConfigYml(\n    yamlCustomProperties = Map(\"plugins\" -> List(\"jekyll-relative-links\"))\n  ),\n  micrositeCompilingDocsTool := WithMdoc,\n  mdocIn := (sourceDirectory in Compile).value \/ \"mdoc\",\n  fork in mdoc := true,\n  scalacOptions in mdoc ~= (_.filterNot(\n    Set(\n      \"-Xfatal-warnings\",\n      \"-Ywarn-numeric-widen\",\n      \"-Ywarn-unused:imports\",\n      \"-Ywarn-unused:locals\",\n      \"-Ywarn-unused:patvars\",\n      \"-Ywarn-unused:privates\",\n      \"-Ywarn-numeric-widen\",\n      \"-Ywarn-dead-code\",\n      \"-Xlint:-missing-interpolator,_\"\n    ).contains\n  )),\n  docsMappingsAPIDir := \"api\",\n  addMappingsToSiteDir(mappings in packageDoc in Compile in coreJVM, docsMappingsAPIDir)\n)\n\nlazy val microsite = project\n  .in(file(\"site\"))\n  .enablePlugins(MicrositesPlugin, SiteScaladocPlugin, MdocPlugin)\n  .settings(commonSettings ++ skipOnPublishSettings ++ sharedSourcesSettings)\n  .settings(siteSettings)\n  .dependsOn(coreJVM, lawsJVM)\n\n\/*\n * Compatibility version. Use this to declare what version with\n * which `master` remains in compatibility. This is literally\n * backwards from how -SNAPSHOT versioning works, but it avoids\n * the need to pre-declare (before work is done) what kind of\n * compatibility properties the next version will have (i.e. major\n * or minor bump).\n *\n * As an example, the builds of a project might go something like\n * this:\n *\n * - 0.1-hash1\n * - 0.1-hash2\n * - 0.1-hash3\n * - 0.1\n * - 0.1-hash1\n * - 0.2-hash2\n * - 0.2\n * - 0.2-hash1\n * - 0.2-hash2\n * - 1.0-hash3\n * - 1.0-hash4\n * - 1.0\n *\n * The value of BaseVersion starts at 0.1 and remains there until\n * compatibility with the 0.1 line is lost, which happens just\n * prior to the release of 0.2. Then the base version again remains\n * 0.2-compatible until that compatibility is broken, with the major\n * version bump of 1.0. Again, this is all to avoid pre-committing\n * to a major\/minor bump before the work is done (see: Scala 2.8).\n *\/\nval BaseVersion = \"2.0.0\"\n\nThisBuild \/ licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/\"))\n\n\/***********************************************************************\\\n                      Boilerplate below these lines\n\\***********************************************************************\/\nenablePlugins(GitVersioning)\n\nval ReleaseTag = \"\"\"^v(\\d+\\.\\d+(?:\\.\\d+(?:[-.]\\w+)?)?)$\"\"\".r\n\ngit.baseVersion := BaseVersion\n\ngit.gitTagToVersionNumber := {\n  case ReleaseTag(v) => Some(v)\n  case _             => None\n}\n\ngit.formattedShaVersion := {\n  val suffix = git.makeUncommittedSignifierSuffix(git.gitUncommittedChanges.value, git.uncommittedSignifier.value)\n\n  git.gitHeadCommit.value.map(_.substring(0, 7)).map { sha =>\n    git.baseVersion.value + \"-\" + sha + suffix\n  }\n}\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/sbt-test\/in-docker\/xenial\/project\/plugin.sbt","text":"<reponame>fsat\/sbt-in-docker\nimport sbt._\n\nlazy val pluginVersion = {\n  def pluginVersionFromFile: Option[String] =\n    Option(Path(\"\").asFile.getAbsoluteFile \/ \"target\" \/ \"plugin-version\")\n      .filter(_.exists())\n      .map(IO.read(_).trim)\n\n  def pluginVersionFromSysProps: Option[String] =\n    sys.props.get(\"plugin.version\")\n\n  pluginVersionFromSysProps.orElse(pluginVersionFromFile)\n}\n\npluginVersion match {\n  case Some(x) => addSbtPlugin(\"au.fsat\" % \"sbt-in-docker\" % x)\n  case _ => sys.error(\"Unable to detect plugin version\")\n}\n\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"build.sbt","text":"<gh_stars>0\n\nval Versions = new {\n  val crossSbtVersions = Vector(\"1.1.0\") \/\/ TODO: add SBT \"0.13.16\"\n  val nativePackager   = \"1.3.2\"\n  val scala            = \"2.12.4\"\n  val scalaTest        = \"3.0.1\"\n}\n\nsbtPlugin := true\n\nname := \"sbt-in-docker\"\norganization := \"au.fsat\"\norganizationName := \"<NAME>\"\nstartYear := Some(2018)\nlicenses += (\"Apache-2.0\", new URL(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\n\nscalaVersion in Global := Versions.scala\ncrossSbtVersions := Versions.crossSbtVersions\nscalacOptions ++= Vector(\"-deprecation\")\n\nlibraryDependencies ++= Vector(\n  \"org.scalatest\"     %% \"scalatest\" % Versions.scalaTest % \"test\"\n)\n\nenablePlugins(AutomateHeaderPlugin)\n\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/main\/scala\/au\/fsat\/sbt\/indocker\/SbtInDockerPlugin.scala","text":"\/*\n * Copyright 2018 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.fsat.sbt.indocker\n\nimport java.io.OutputStream\n\nimport au.fsat.sbt.indocker.out.{ NoOpOutputStream, StdoutWrapperOutputStream }\nimport sbt._\nimport sbt.Keys._\nimport sbt.internal.util.complete.Parsers.spaceDelimited\n\nimport scala.sys.process._\nimport scala.util.Try\n\nobject SbtInDockerPlugin extends AutoPlugin {\n  type Commands = Seq[String]\n  type ReturnCode = Int\n  type RunProcess = (Commands, OutputStream) => Try[ReturnCode]\n  type LogCommands = String => Unit\n\n  object autoImport extends SbtInDockerKeys {\n    lazy val exec = settingKey[RunProcess](\"exec\")\n  }\n\n  import autoImport._\n\n  override def trigger = allRequirements\n\n  private val InDocker = config(\"in-docker\")\n\n  override lazy val projectSettings: Seq[Def.Setting[_]] =\n    inConfig(InDocker)(Seq(\n      exec in LocalRootProject := runProcess,\n\n      centos7BaseImage in LocalRootProject := \"fsat\/centos-7-jdk-8-sbt:latest\",\n      centos7ContainerName in LocalRootProject := \"sbt-in-docker-centos7\",\n      centos7 in LocalRootProject := {\n        val args: Seq[String] = spaceDelimited(\"<arg>\").parsed\n        val log = streams.value.log\n\n        runSbtInDocker(\n          (exec in LocalRootProject).value,\n          Path.userHome,\n          (baseDirectory in LocalRootProject).value,\n          (centos7BaseImage in LocalRootProject).value,\n          (centos7ContainerName in LocalRootProject).value,\n          args,\n          logCommand(log, _))\n      },\n\n      xenialBaseImage in LocalRootProject := \"fsat\/xenial-jdk-8-sbt:latest\",\n      xenial7ContainerName in LocalRootProject := \"sbt-in-docker-xenial\",\n      xenial in LocalRootProject := {\n        val args: Seq[String] = spaceDelimited(\"<arg>\").parsed\n        val log = streams.value.log\n\n        runSbtInDocker(\n          (exec in LocalRootProject).value,\n          Path.userHome,\n          (baseDirectory in LocalRootProject).value,\n          (xenialBaseImage in LocalRootProject).value,\n          (xenial7ContainerName in LocalRootProject).value,\n          args,\n          logCommand(log, _))\n      }))\n\n  \/**\n   * Runs SBT target within Docker image specified by `dockerBaseImage`.\n   *\n   * @param exec the function which is used to execute the `docker run` process.\n   * @param userHome path of the current user home.\n   * @param containerName name of the container to run the SBT task with.\n   * @param projectDir base directory of the current SBT project.\n   * @param dockerBaseImage the base image to run the SBT task with.\n   * @param sbtArgs the input arguments to the SBT command to be run within the Docker container.\n   * @param logCommands the SBT logger.\n   *\/\n  private[indocker] def runSbtInDocker(exec: RunProcess, userHome: File, projectDir: File, dockerBaseImage: String, containerName: String, sbtArgs: Seq[String], logCommands: LogCommands): Unit = {\n    def mount(input: (File, String), mode: String): Seq[String] = {\n      val (from, to) = input\n      if (from.exists())\n        Seq(\"-v\", s\"${from.absolutePath}:$to:$mode\")\n      else\n        Seq.empty[String]\n    }\n\n    exec(Seq(\"docker\", \"rm\", \"-f\", containerName), noOpOutputStream)\n\n    val dockerCommands =\n      Seq(\"docker\", \"run\") ++\n        mount(projectDir.getAbsoluteFile -> \"\/opt\/source\", \"rw\") ++\n        mount(userHome \/ \".ivy2\" \/ \"cache\" -> \"\/root\/.ivy2\/cache\", \"rw\") ++\n        mount(userHome \/ \".ivy2\" \/ \"local\" -> \"\/root\/.ivy2\/local\", \"rw\") ++\n        mount(userHome \/ \".sbt\" \/ \"preloaded\" -> \"\/root\/.sbt\/preloaded\", \"ro\") ++\n        Seq(\n          \"--name\", containerName,\n          dockerBaseImage,\n          \"bash\", \"-c\", s\"cd \/opt\/source && sbt ${sbtArgs.mkString(\" \")}\")\n\n    \/\/ This needs to be formatted like this so it can be copy-pasted into the console\n    logCommands(s\"\"\"${dockerCommands.dropRight(1).mkString(\" \")} \"${dockerCommands.last}\"\"\"\")\n\n    \/\/ IMPORTANT: Don't pass `System.out` directly into this method.\n    \/\/ The `#>` method invoked within closes the `OutputStream` given to it once the process completes,\n    \/\/ and we certainly won't want to close `System.out`.\n    exec(dockerCommands, stdoutWrapperOutputStream)\n  }\n\n  private def runProcess(commands: Commands, out: OutputStream): Try[ReturnCode] = Try(commands.#>(out).!)\n\n  private def noOpOutputStream: NoOpOutputStream = new NoOpOutputStream()\n  private def stdoutWrapperOutputStream: StdoutWrapperOutputStream = new StdoutWrapperOutputStream(System.out)\n  private def logCommand(log: Logger, commands: String): Unit = log.info(commands)\n}\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/sbt-test\/in-docker\/xenial\/build.sbt","text":"<gh_stars>0\nimport scala.sys.process._\n\nname := \"xenial\"\nscalaVersion := \"2.12.4\"\n\nTaskKey[Unit](\"savePluginVersionToFile\") := {\n  val pluginVersionFile = target.value \/ \"plugin-version\"\n  IO.write(pluginVersionFile, version.value)\n}\n\nlazy val unameFile = settingKey[File](\"uname-file\")\nunameFile := target.value \/ \"uname-output\"\n\nTaskKey[Unit](\"getOs\") := {\n  val osName = \"cat \/etc\/lsb-release\".!!\n  IO.write(unameFile.value, osName)\n}\n\nTaskKey[Unit](\"check\") := {\n  val result = IO.readLines(unameFile.value).map(_.trim).mkString(\"\\n\")\n  if (result !=\n    \"\"\"DISTRIB_ID=Ubuntu\n      |DISTRIB_RELEASE=16.04\n      |DISTRIB_CODENAME=xenial\n      |DISTRIB_DESCRIPTION=\"Ubuntu 16.04.3 LTS\"\"\"\".stripMargin)\n    sys.error(s\"Unexpected OS [$result]\")\n}\n\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/main\/scala\/au\/fsat\/sbt\/indocker\/SbtInDockerKeys.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.fsat.sbt.indocker\n\nimport sbt._\n\ntrait SbtInDockerKeys {\n  \/**\n   * Accepts the SBT input argument to be run under Centos 7 docker image.\n   *\/\n  lazy val centos7 = inputKey[Unit](\"centos-7\")\n\n  \/**\n   * The name of the Centos 7 image to run the SBT task with.\n   *\/\n  lazy val centos7BaseImage = SettingKey[String](\"centos7-base-image\", \"The name of the Centos 7 image to run the SBT task with.\")\n\n  \/**\n   * The name of the Centos 7 container to run the SBT task with.\n   *\/\n  lazy val centos7ContainerName = SettingKey[String](\"centos7-container-name\", \"The name of the Centos 7 container to run the SBT task with.\")\n\n  \/**\n   * Accepts the SBT input argument to be run under Ubuntu Xenial docker image.\n   *\/\n  lazy val xenial = inputKey[Unit](\"xenial\")\n\n  \/**\n   * The name of the Ubuntu Xenial image to run the SBT task with.\n   *\/\n  lazy val xenialBaseImage = SettingKey[String](\"xenial-base-image\", \"The name of the Ubuntu Xenial image to run the SBT task with.\")\n\n  \/**\n   * The name of the Ubuntu Xenial container to run the SBT task with.\n   *\/\n  lazy val xenial7ContainerName = SettingKey[String](\"xenial-container-name\", \"The name of the Xenial container to run the SBT task with.\")\n}\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/test\/scala\/au\/fsat\/sbt\/indocker\/SbtInDockerPluginTest.scala","text":"\/*\n * Copyright 2018 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.fsat.sbt.indocker\n\nimport java.io.{ File, OutputStream }\nimport java.nio.file.{ Files, Path, Paths }\n\nimport org.scalatest.{ FunSpec, Inside, Matchers }\nimport SbtInDockerPlugin._\nimport au.fsat.sbt.indocker.out.{ NoOpOutputStream, StdoutWrapperOutputStream }\n\nimport scala.util.Success\n\nclass SbtInDockerPluginTest extends FunSpec with Matchers with Inside {\n  describe(\"sbt-in-docker plugin\") {\n    describe(\"#runSbtInDocker\") {\n      it(\"stops existing container before running the provided commands\") {\n        withTempDir { tempDir =>\n          val userHome = tempDir\n          val projectDir = tempDir.resolve(\"my-project\")\n\n          Seq(\n            projectDir,\n            tempDir.resolve(\".ivy2\").resolve(\"cache\"),\n            tempDir.resolve(\".ivy2\").resolve(\"local\"),\n            tempDir.resolve(\".sbt\").resolve(\"preloaded\")).foreach(Files.createDirectories(_))\n\n          var commands: Seq[(Commands, OutputStream)] = Seq.empty\n          var loggedCommands: Seq[String] = Seq.empty\n\n          val exec: RunProcess = { (command, outputStream) =>\n            commands :+= (command -> outputStream)\n            Success(1)\n          }\n\n          val logCommands: LogCommands = loggedCommands :+= _\n\n          SbtInDockerPlugin.runSbtInDocker(\n            exec,\n            userHome = userHome.toFile,\n            projectDir = projectDir.toFile,\n            dockerBaseImage = \"my-base-image\",\n            containerName = \"my-container\",\n            sbtArgs = Seq(\"test\", \"one\", \"two\"),\n            logCommands)\n\n          inside(commands) {\n            case Seq(deleteContainer, runContainer) =>\n\n              val (deleteContainerCommand, deleteContainerOutputStream) = deleteContainer\n              deleteContainerCommand shouldBe Seq(\"docker\", \"rm\", \"-f\", \"my-container\")\n              deleteContainerOutputStream shouldBe a[NoOpOutputStream]\n\n              val (runContainerCommand, runContainerOutputstream) = runContainer\n              runContainerCommand shouldBe Seq(\n                \"docker\", \"run\",\n                \"-v\", s\"$projectDir:\/opt\/source:rw\",\n                \"-v\", s\"$userHome\/.ivy2\/cache:\/root\/.ivy2\/cache:rw\",\n                \"-v\", s\"$userHome\/.ivy2\/local:\/root\/.ivy2\/local:rw\",\n                \"-v\", s\"$userHome\/.sbt\/preloaded:\/root\/.sbt\/preloaded:ro\",\n                \"--name\", \"my-container\",\n                \"my-base-image\",\n                \"bash\", \"-c\", \"cd \/opt\/source && sbt test one two\")\n              runContainerOutputstream shouldBe a[StdoutWrapperOutputStream]\n          }\n\n          loggedCommands shouldBe Seq(\n            s\"\"\"docker run -v $projectDir:\/opt\/source:rw -v $userHome\/.ivy2\/cache:\/root\/.ivy2\/cache:rw -v $userHome\/.ivy2\/local:\/root\/.ivy2\/local:rw -v $userHome\/.sbt\/preloaded:\/root\/.sbt\/preloaded:ro --name my-container my-base-image bash -c \"cd \/opt\/source && sbt test one two\"\"\"\")\n        }\n      }\n    }\n  }\n\n  private def withTempDir[T](f: Path => T): T = {\n    val tempDir = Files.createTempDirectory(\"sbt-in-docker\")\n    try {\n      f(tempDir)\n    } finally {\n      tempDir.toFile.delete()\n    }\n  }\n}\n"}
{"repo_name":"fsat\/sbt-in-docker","path":"src\/sbt-test\/in-docker\/centos7\/build.sbt","text":"<reponame>fsat\/sbt-in-docker\nimport scala.sys.process._\n\nname := \"centos7\"\nscalaVersion := \"2.12.4\"\n\nTaskKey[Unit](\"savePluginVersionToFile\") := {\n  val pluginVersionFile = target.value \/ \"plugin-version\"\n  IO.write(pluginVersionFile, version.value)\n}\n\nlazy val unameFile = settingKey[File](\"uname-file\")\nunameFile := target.value \/ \"uname-output\"\n\nTaskKey[Unit](\"getOs\") := {\n  val osName = \"cat \/etc\/redhat-release\".!!\n  IO.write(unameFile.value, osName)\n}\n\nTaskKey[Unit](\"check\") := {\n  val result = IO.read(unameFile.value).trim\n  if (result != \"CentOS Linux release 7.4.1708 (Core)\")\n    sys.error(s\"Unexpected OS [$result]\")\n}\n\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/interp\/package.scala","text":"package fastserving\n\npackage object interp {\n\n  type LocalTransform = PlainDataset => PlainDataset\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"bench\/src\/main\/scala\/test\/BenchSetup.scala","text":"<gh_stars>1-10\npackage test\n\nimport fastserving.iterpr.FastInterpreter\nimport fastserving.{FastTransformer, ModelSetup}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\ncase class BenchSetup(\n  session: SparkSession,\n  setup: ModelSetup,\n  pipelineModel: PipelineModel,\n  fastTransformer: FastTransformer,\n  sparkDf: DataFrame\n)\n\nobject BenchSetup {\n\n  def apply(setup: ModelSetup): BenchSetup = {\n    val session = {\n      val conf = new SparkConf()\n        .setMaster(\"local[2]\")\n        .setAppName(\"test\")\n        .set(\"spark.ui.enabled\", \"false\")\n\n      SparkSession.builder().config(conf).getOrCreate()\n    }\n\n    val model = {\n      val pipeline = new Pipeline().setStages(setup.stages.toArray)\n      val trainDf = setup.trainSample.mkDf(session)\n      pipeline.fit(trainDf)\n    }\n\n    val transformer = {\n      val sampleDf = setup.interpSample.mkDf(session)\n      FastInterpreter.fromTransformer(model, sampleDf)\n    }\n\n    val sparkDf = {\n      val schema = setup.interpSample.mkDf(session).schema\n      setup.input.toDataFrame(session, schema)\n    }\n    BenchSetup(session, setup, model, transformer, sparkDf)\n  }\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/interp\/FastInterpreter.scala","text":"<filename>fastserving\/src\/main\/scala\/fastserving\/interp\/FastInterpreter.scala\npackage fastserving.interp\n\nimport fastserving.interp.compat.LogicalPlanCompat\nimport fastserving.{ConstFastTransformer, FastTransformer}\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedStar\nimport org.apache.spark.sql.catalyst.expressions.{Alias, AttributeReference}\nimport org.apache.spark.sql.catalyst.plans.logical._\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{Dataset, Row}\n\n\nobject FastInterpreter extends UDFResolver {\n\n  def mkFastTransformer(plan: LogicalPlan, schema: StructType): FastTransformer =\n    interp(plan, ConstFastTransformer, schema)\n\n  private def interp(plan: LogicalPlan, curr: FastTransformer, schema: StructType): FastTransformer = {\n    val projects = LogicalPlanCompat.selectProjections(plan, List.empty)\n    val (tF, sF) = projects.foldLeft((curr, schema)) {\n      case ((t, s), pr) =>\n        pr.expressions.foldLeft((t, s)){\n          case ((t, schema), _: AttributeReference) => (t, schema)\n          case ((t, schema), _: UnresolvedStar) => (t, schema)\n          case ((t, schema), al @ Alias(child, name)) => Aliases.applyAlias(t, schema, al)\n          case ((_, _), x) => throw new NotImplementedError(s\"Unexpected expression in project($pr): $x, ${x.getClass}\")\n        }\n    }\n    tF\n  }\n\n  def fromTransformer(t: Transformer, sample: Dataset[Row]): FastTransformer = {\n    val plan = t.transform(sample).queryExecution.logical\n    mkFastTransformer(plan, sample.schema)\n  }\n\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/Sample.scala","text":"package fastserving\n\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\n\nsealed trait Sample { self =>\n  def mkDf(session: SparkSession): DataFrame\n}\n\nobject Sample {\n\n  case class EmptySample(schema: StructType) extends Sample {\n    def mkDf(session: SparkSession): DataFrame =\n      session.createDataFrame(session.sparkContext.emptyRDD[Row], schema)\n  }\n\n  case class RealSample(f: SparkSession => DataFrame) extends Sample {\n    override def mkDf(session: SparkSession): DataFrame = f(session)\n  }\n\n\n  def empty(schema: StructType): EmptySample = EmptySample(schema)\n\n  def real(f: SparkSession => DataFrame): RealSample = RealSample(f)\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/PlainDataset.scala","text":"<reponame>Hydrospheredata\/localserve\npackage fastserving\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Dataset, Row, SparkSession}\n\ncase class Column(name: String, items: Seq[Any])\n\nclass PlainDataset(val columns: Seq[Column]) {\n\n  val columnsId: Map[String, Int] = columns.zipWithIndex.map({case (c, i) => c.name -> i}).toMap\n\n  def size: Int = columns.headOption.map(_.items.length).getOrElse(0)\n\n  def columnNames: Seq[String] = columnsId.keys.toSeq\n\n  def columnByName(name: String): Column = columns(columnsId(name))\n\n  def addColumn(c: Column): PlainDataset = {\n    new PlainDataset(columns :+ c)\n  }\n\n  def replace(c: Column): PlainDataset = {\n    new PlainDataset(columns.map(o => if (o.name == c.name) c else o))\n  }\n\n  def toDataFrame(session: SparkSession, schema: StructType): DataFrame = {\n    import session.implicits._\n\n    val colls = columns.size\n    val rows = (0 until size).map(y => {\n      val rowData = (0 until columns.size).map(x => columns(x).items(y))\n      Row(rowData: _*)\n    })\n    val rdd = session.sparkContext.parallelize(rows)\n    session.createDataFrame(rdd, schema)\n  }\n\n  override def hashCode(): Int = columns.hashCode()\n\n  override def equals(obj: Any): Boolean = obj match {\n    case PlainDataset(ocol) => ocol.sortBy(_.name).equals(columns.sortBy(_.name))\n    case _ => false\n  }\n\n  override def toString: String = {\n\n    def mkTable(): String = {\n      def rowSeparator(colSizes: Seq[Int]): String = {\n        colSizes.map(\"-\" * _).mkString(\"+\", \"+\", \"+\")\n      }\n\n      def rowFormat(items: Seq[String], colSizes: Seq[Int]): String = {\n        items\n          .zip(colSizes)\n          .map((t) => if (t._2 == 0) \"\" else s\"%${t._2}s\".format(t._1))\n          .mkString(\"|\", \"|\", \"|\")\n      }\n\n      var stringParts = List.empty[String]\n\n      val rowCount = (for (column <- columns) yield column.items.length).max\n      val sizes = columns.map(\n        column => (List(column.name) ++ column.items.map(_.toString)).map(_.length).max + 1\n      )\n\n      stringParts :+= rowSeparator(sizes)\n      stringParts :+= rowFormat(columnNames, sizes)\n      stringParts :+= rowSeparator(sizes)\n      for (rowNumber <- List.range(0, rowCount)) {\n        val row = columns.map { (column) =>\n          if (column.items.lengthCompare(rowNumber) <= 0) {\n            \"\u2013\"\n          } else {\n            column.items(rowNumber).toString\n          }\n        }\n\n        stringParts :+= rowFormat(row, sizes)\n      }\n      stringParts :+= rowSeparator(sizes)\n\n      stringParts.mkString(\"\\n\")\n    }\n    if (size == 0) \"PlainDataSet[empty]\" else mkTable()\n  }\n}\n\nobject PlainDataset {\n\n  val empty = PlainDataset(Seq.empty: _*)\n\n  def apply(columns: Column*): PlainDataset =\n    new PlainDataset(columns)\n\n  def unapply(arg: PlainDataset): Option[Seq[Column]] = Some(arg.columns)\n\n  def fromDataFrame(ds: DataFrame): PlainDataset = {\n    val values = ds.collect()\n    ds.columns.zipWithIndex.map({case (name, i) => Column(name, values.map(r => r.get(i))) })\n      .foldLeft(empty)({case (d, c) => d.addColumn(c)})\n  }\n\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"project\/BenchGen.scala","text":"<reponame>Hydrospheredata\/localserve\nimport sbt._\n\nimport sbt.io.IO\n\nobject BenchGen {\n\n  val Names = Seq(\n    \"`StrInd-VecInd-RandForestClassifier`\",\n    \"`ChiSqSelector`\",\n    \"`Tokenizer-HashingTF-IDF`\",\n    \"`NGram`\",\n    \"`StandardScaler`\",\n    \"`StopWordRemover`\",\n    \"`MaxAbsScaler`\",\n    \"`MinMaxScaler`\",\n    \"`StringIndexer-OneHotEncoder`\",\n    \"`PCA`\",\n    \"`Normalizer`\",\n    \"`DCT`\",\n    \"`NaiveBayes`\",\n    \"`Binarizer`\",\n    \"`StringInd-VectorInd-GBTCLassifier`\",\n    \"`StringInd-VectorInd-DecisionTreeClassifier`\",\n    \"`Tokenizer-HashingTF-LinearRegression`\",\n    \"`VectorInd-DecisionTreeRegr`\",\n    \"`VectorInd-RandomForestRegr`\",\n    \"`VectorInd-GBTRegr`\",\n    \"`KMeans`\",\n    \"`RegexTokenizer`\",\n    \"`VectorAssembler`\",\n    \"`LDA`\"\n  )\n\n  def genAll(out: File): Seq[File] = Names.map(n => genOne(n, out))\n\n  def genOne(name: String, out: File): File = {\n    val className = name.replaceAll(\"-\", \"_\").replaceAll(\"`\", \"\")\n    val target = out \/ \"test\" \/  (className + \".scala\")\n    val data = template(className, name)\n    IO.write(target, data)\n    target\n  }\n\n  def template(className: String, name: String): String = {\n\/\/    val className = name.replaceAll(\"-\", \"_\")\n    s\"\"\"\n       |package test\n       |\n       |import java.util.concurrent.TimeUnit\n       |\n       |import fastserving._\n       |import org.apache.spark.SparkConf\n       |import org.apache.spark.ml.Pipeline\n       |import org.apache.spark.sql.{DataFrame, Row, SparkSession}\n       |import org.openjdk.jmh.annotations._\n       |import org.openjdk.jmh.annotations.Benchmark\n       |\n       |@State(Scope.Benchmark)\n       |@Measurement(timeUnit = TimeUnit.MILLISECONDS)\n       |class ${className} {\n       |\n       |  val setup = BenchSetup(TestSetups.${name})\n       |  val fastTransformer = setup.fastTransformer\n       |  val plainDs = setup.setup.input\n       |  val transfromer = setup.pipelineModel\n       |  val sparkDf = setup.sparkDf\n       |\n       |  @Benchmark\n       |  def fast(): PlainDataset = {\n       |    fastTransformer(plainDs)\n       |  }\n       |\n       |  @Benchmark\n       |  def spark(): Array[Row] = {\n       |    transfromer.transform(sparkDf).collect()\n       |  }\n       |}\n     \"\"\".stripMargin\n  }\n\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/test\/scala\/fastserving\/ModelSetup.scala","text":"<reponame>Hydrospheredata\/localserve<filename>fastserving\/src\/test\/scala\/fastserving\/ModelSetup.scala<gh_stars>1-10\npackage fastserving\n\nimport org.apache.spark.ml.PipelineStage\nimport org.apache.spark.ml.classification.RandomForestClassifier\nimport org.apache.spark.ml.feature.{ChiSqSelector, StringIndexer, VectorIndexer}\nimport org.apache.spark.ml.linalg.Vectors\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types.{StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, SparkSession}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.ml.classification.{DecisionTreeClassifier, GBTClassifier, NaiveBayes, RandomForestClassifier}\nimport org.apache.spark.ml.clustering.{GaussianMixture, KMeans, LDA}\nimport org.apache.spark.ml.feature._\nimport org.apache.spark.ml.linalg.{DenseVector, VectorUDT, Vectors}\nimport org.apache.spark.ml.{Pipeline, PipelineStage}\nimport org.apache.spark.ml.regression.{DecisionTreeRegressor, GBTRegressor, LinearRegression, RandomForestRegressor}\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\n\ncase class ModelSetup(\n  stages: Seq[PipelineStage],\n  trainSample: Sample.RealSample,\n  interpSample: Sample,\n  input: PlainDataset\n)\n\nobject TestSetups {\n\n\n  val sparkVersion = org.apache.spark.SPARK_VERSION\n  val VectorUDT = ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType\n\n  val DenseFeaturesDoubleLabels = Seq(\n    (Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0), 1.0),\n    (Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0), 1.0),\n    (Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0), 1.0),\n    (Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0), 1.0),\n    (Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0), 0.0),\n    (Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0), 0.0)\n  )\n\n  val `StrInd-VecInd-RandForestClassifier` = ModelSetup(\n    stages = Seq(\n        new StringIndexer().setInputCol(\"label\").setOutputCol(\"indexedLabel\"),\n        new VectorIndexer().setInputCol(\"features\").setOutputCol(\"indexedFeatures\").setMaxCategories(4),\n        new RandomForestClassifier().setLabelCol(\"indexedLabel\").setFeaturesCol(\"indexedFeatures\").setNumTrees(10)\n      ),\n    trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n    interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n    )),\n\/\/    interpSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n    input = PlainDataset(\n      Column(\"features\", Seq(\n        Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n        Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n        Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n        Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n        Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n        Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n      ))\n    )\n  )\n\n  val `ChiSqSelector` = {\n    val train = Seq(\n      (7, Vectors.dense(0.0, 0.0, 18.0, 1.0), 1.0),\n      (8, Vectors.dense(0.0, 1.0, 12.0, 0.0), 0.0),\n      (9, Vectors.dense(1.0, 0.0, 15.0, 0.1), 0.0)\n    )\n    ModelSetup(\n      stages = Seq(\n        new ChiSqSelector().setNumTopFeatures(1).setFeaturesCol(\"features\").setLabelCol(\"clicked\").setOutputCol(\"selectedFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"features\", \"clicked\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(0.0, 0.0, 18.0, 1.0),\n          Vectors.dense(0.0, 1.0, 12.0, 0.0),\n          Vectors.dense(1.0, 0.0, 15.0, 0.1)\n        ))\n      )\n    )\n  }\n\n  val `Tokenizer-HashingTF-IDF` = {\n    val train = Seq(\n      (0.0, \"Hi I heard about Spark\"),\n      (0.0, \"I wish Java could use case classes\"),\n      (1.0, \"Logistic regression models are neat\")\n    )\n    ModelSetup(\n      stages = Seq(\n        new Tokenizer().setInputCol(\"sentence\").setOutputCol(\"words\"),\n        new HashingTF().setInputCol(\"words\").setOutputCol(\"rawFeatures\").setNumFeatures(20),\n        new IDF().setInputCol(\"rawFeatures\").setOutputCol(\"features\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"label\", \"sentence\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"sentence\", StringType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"sentence\", Seq(\n          \"Hi I heard about Spark\",\n          \"I wish Java could use case classes\",\n          \"Logistic regression models are neat\"\n        ))\n      )\n    )\n  }\n\n  val `NGram` = {\n    val train = Seq(\n      (0, Array(\"Hydrosphere\", \"is\", \"such\", \"a\", \"cool\", \"company\")),\n      (1, Array(\"Big\", \"data\", \"rules\", \"the\", \"world\")),\n      (2, Array(\"Cloud\", \"solutions\", \"are\", \"our\", \"future\"))\n    )\n    ModelSetup(\n      stages = Seq(\n        new NGram().setN(2).setInputCol(\"words\").setOutputCol(\"ngrams\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"words\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"words\", new ArrayType(StringType, false)) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"words\", Seq(\n          Seq(\"Provectus\", \"is\", \"such\", \"a\", \"cool\", \"company\"),\n          Seq(\"Big\", \"data\", \"rules\", \"the\", \"world\"),\n          Seq(\"Cloud\", \"solutions\", \"are\", \"our\", \"future\")\n        ))\n      )\n    )\n  }\n\n  val `StandardScaler` = {\n    val train = Seq(\n      Vectors.dense(0.0, 10.3, 1.0, 4.0, 5.0),\n      Vectors.dense(2.0, 0.0, 3.0, 4.0, 5.0),\n      Vectors.dense(4.0, 0.0, 0.0, 6.0, 7.0)\n    ).map(Tuple1.apply)\n    ModelSetup(\n      stages = Seq(\n        new StandardScaler()\n          .setInputCol(\"features\")\n          .setOutputCol(\"scaledFeatures\")\n          .setWithStd(true)\n          .setWithMean(false)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(0.0, 10.3, 1.0, 4.0, 5.0),\n          Vectors.dense(2.0, 0.0, 3.0, 4.0, 5.0),\n          Vectors.dense(4.0, 0.0, 0.0, 6.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `StopWordRemover` = {\n    val train = Seq(\n      (0, Seq(\"I\", \"saw\", \"the\", \"red\", \"balloon\")),\n      (1, Seq(\"Mary\", \"had\", \"a\", \"little\", \"lamb\"))\n    )\n    ModelSetup(\n      stages = Seq(\n        new StopWordsRemover()\n          .setInputCol(\"raw\")\n          .setOutputCol(\"filtered\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"raw\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"raw\", new ArrayType(StringType, false)) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"raw\", Seq(\n          Seq(\"I\", \"saw\", \"the\", \"red\", \"balloon\"),\n          Seq(\"Mary\", \"had\", \"a\", \"little\", \"lamb\")\n        ))\n      )\n    )\n  }\n\n  val `MaxAbsScaler` = {\n    val train = Seq(\n      (0, Vectors.dense(1.0, 0.1, -8.0)),\n      (1, Vectors.dense(2.0, 1.0, -4.0)),\n      (2, Vectors.dense(4.0, 10.0, 8.0))\n    )\n    ModelSetup(\n      stages = Seq(\n        new MaxAbsScaler()\n          .setInputCol(\"features\")\n          .setOutputCol(\"scaledFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(1.0, 0.1, -8.0),\n          Vectors.dense(2.0, 1.0, -4.0),\n          Vectors.dense(4.0, 10.0, 8.0)\n        ))\n      )\n    )\n  }\n\n  val `MinMaxScaler` = {\n    val train = Seq(\n      (0, Vectors.dense(1.0, 0.1, -1.0)),\n      (1, Vectors.dense(2.0, 1.1, 1.0)),\n      (2, Vectors.dense(3.0, 10.1, 3.0))\n    )\n    ModelSetup(\n      stages = Seq(\n        new MinMaxScaler()\n          .setInputCol(\"features\")\n          .setOutputCol(\"scaledFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(1.0, 0.1, -1.0),\n          Vectors.dense(2.0, 1.1, 1.0),\n          Vectors.dense(3.0, 10.1, 3.0)\n        ))\n      )\n    )\n  }\n\n  val `StringIndexer-OneHotEncoder` = {\n    val train = Seq(\n      (0, \"a\"), (1, \"b\"), (2, \"c\"),\n      (3, \"a\"), (4, \"a\"), (5, \"c\")\n    )\n    ModelSetup(\n      stages = Seq(\n        new StringIndexer()\n          .setInputCol(\"category\")\n          .setOutputCol(\"categoryIndex\"),\n        new OneHotEncoder()\n          .setInputCol(\"categoryIndex\")\n          .setOutputCol(\"categoryVec\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"category\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"category\", StringType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"category\", Seq(\n          \"a\", \"b\", \"c\", \"a\", \"a\", \"c\"\n        ))\n      )\n    )\n  }\n\n  val `PCA` = {\n    val train = Seq(\n      Vectors.sparse(5, Seq((1, 1.0), (3, 7.0))),\n      Vectors.dense(2.0, 0.0, 3.0, 4.0, 5.0),\n      Vectors.dense(4.0, 0.0, 0.0, 6.0, 7.0)\n    ).map(Tuple1.apply)\n    ModelSetup(\n      stages = Seq(\n        new PCA()\n          .setInputCol(\"features\")\n          .setOutputCol(\"pcaFeatures\")\n          .setK(3)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.sparse(5, Seq((1, 1.0), (3, 7.0))),\n          Vectors.dense(2.0, 0.0, 3.0, 4.0, 5.0),\n          Vectors.dense(4.0, 0.0, 0.0, 6.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `Normalizer` = {\n    val train = Seq(\n      (0, Vectors.dense(1.0, 0.5, -1.0)),\n      (1, Vectors.dense(2.0, 1.0, 1.0)),\n      (2, Vectors.dense(4.0, 10.0, 2.0))\n    )\n    ModelSetup(\n      stages = Seq(\n        new Normalizer()\n          .setInputCol(\"features\")\n          .setOutputCol(\"normFeatures\")\n          .setP(1.0)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(1.0, 0.5, -1.0),\n          Vectors.dense(2.0, 1.0, 1.0),\n          Vectors.dense(4.0, 10.0, 2.0)\n        ))\n      )\n    )\n  }\n\n  val `DCT` = {\n    val train = Seq(\n      Vectors.dense(0.0, 1.0, -2.0, 3.0),\n      Vectors.dense(-1.0, 2.0, 4.0, -7.0),\n      Vectors.dense(14.0, -2.0, -5.0, 1.0)\n    ).map(Tuple1.apply)\n    ModelSetup(\n      stages = Seq(\n        new DCT()\n          .setInputCol(\"features\")\n          .setOutputCol(\"featuresDCT\")\n          .setInverse(false)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"features\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(0.0, 1.0, -2.0, 3.0),\n          Vectors.dense(-1.0, 2.0, 4.0, -7.0),\n          Vectors.dense(14.0, -2.0, -5.0, 1.0)\n        ))\n      )\n    )\n  }\n\n  val `NaiveBayes` = {\n    ModelSetup(\n      stages = Seq(\n        new NaiveBayes()\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `Binarizer` = {\n    val train = Seq(\n      (0, 0.1),\n      (1, 0.8),\n      (2, 0.2)\n    )\n    ModelSetup(\n      stages = Seq(\n        new Binarizer()\n          .setInputCol(\"feature\")\n          .setOutputCol(\"binarized_feature\")\n          .setThreshold(5.0)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"feature\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"feature\", DoubleType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"feature\", Seq(0.1, 0.8, 0.2))\n      )\n    )\n  }\n\n  val `StringInd-VectorInd-GBTCLassifier` = {\n    ModelSetup(\n      stages =\n        Seq(\n          new StringIndexer()\n            .setInputCol(\"label\")\n            .setOutputCol(\"indexedLabel\"),\n          new VectorIndexer()\n            .setInputCol(\"features\")\n            .setOutputCol(\"indexedFeatures\")\n            .setMaxCategories(4),\n          new GBTClassifier()\n            .setLabelCol(\"indexedLabel\")\n            .setFeaturesCol(\"indexedFeatures\")\n            .setMaxIter(10)\n        ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `StringInd-VectorInd-DecisionTreeClassifier` = {\n    ModelSetup(\n      stages = Seq(\n        new StringIndexer()\n          .setInputCol(\"label\")\n          .setOutputCol(\"indexedLabel\"),\n        new VectorIndexer()\n          .setInputCol(\"features\")\n          .setOutputCol(\"indexedFeatures\")\n          .setMaxCategories(4),\n        new DecisionTreeClassifier()\n          .setLabelCol(\"indexedLabel\")\n          .setFeaturesCol(\"indexedFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `Tokenizer-HashingTF-LinearRegression` = {\n    val train = Seq(\n      (0L, \"a b c d e spark\", 1.0),\n      (1L, \"b d\", 0.0),\n      (2L, \"spark f g h\", 1.0),\n      (3L, \"hadoop mapreduce\", 0.0)\n    )\n    ModelSetup(\n      stages = Seq(\n        new Tokenizer().setInputCol(\"text\").setOutputCol(\"words\"),\n        new HashingTF().setNumFeatures(1000).setInputCol(\"words\").setOutputCol(\"features\"),\n        new LinearRegression()\n          .setMaxIter(10)\n          .setRegParam(0.3)\n          .setElasticNetParam(0.8)\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"text\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"text\", StringType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"text\", Seq(\n          \"a b c d e spark\",\n          \"b d\",\n          \"spark f g h\",\n          \"hadoop mapreduce\"\n        ))\n      )\n    )\n  }\n\n  val `VectorInd-DecisionTreeRegr` = {\n    ModelSetup(\n      stages = Seq(\n        new VectorIndexer().setInputCol(\"features\").setOutputCol(\"indexedFeatures\").setMaxCategories(4),\n        new DecisionTreeRegressor().setLabelCol(\"label\").setFeaturesCol(\"indexedFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `VectorInd-RandomForestRegr` = {\n    ModelSetup(\n      stages = Seq(\n        new VectorIndexer().setInputCol(\"features\").setOutputCol(\"indexedFeatures\").setMaxCategories(4),\n        new RandomForestRegressor().setLabelCol(\"label\").setFeaturesCol(\"indexedFeatures\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `VectorInd-GBTRegr` = {\n    ModelSetup(\n      stages = Seq(\n        new VectorIndexer()\n          .setInputCol(\"features\")\n          .setOutputCol(\"indexedFeatures\")\n          .setMaxCategories(4),\n        new GBTRegressor()\n          .setLabelCol(\"label\")\n          .setFeaturesCol(\"indexedFeatures\")\n          .setMaxIter(10)\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `KMeans` = {\n    ModelSetup(\n      stages = Seq(\n        new KMeans().setK(2).setSeed(1L)\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `GaussianMixture` = {\n    ModelSetup(\n      stages = Seq(\n        new GaussianMixture().setK(2)\n      ),\n      trainSample = Sample.real(_.createDataFrame(DenseFeaturesDoubleLabels).toDF(\"features\", \"label\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n  val `RegexTokenizer` = {\n    val train = Seq(\n      (0, \"Hi I heard about Spark\"),\n      (1, \"I wish Java could use case classes\"),\n      (2, \"Logistic,regression,models,are,neat\")\n    )\n    ModelSetup(\n      stages = Seq(\n        new RegexTokenizer()\n          .setInputCol(\"sentence\")\n          .setOutputCol(\"words\")\n          .setPattern(\"\\\\W\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"sentence\")),\n      interpSample = Sample.empty(StructType(\n        StructField(\"sentence\", StringType) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"sentence\", Seq(\n          \"Hi I heard about Spark\",\n          \"I wish Java could use case classes\",\n          \"Logistic,regression,models,are,neat\"\n        ))\n      )\n    )\n  }\n\n  val `VectorAssembler` = {\n    val train = Seq(\n      (0, 18, 1.0, Vectors.dense(0.0, 10.0, 0.5), 1.0)\n    )\n    val sample = Seq(\n      (18, 1.0, Vectors.dense(0.0, 10.0, 0.5))\n    )\n    ModelSetup(\n      stages = Seq(\n        new VectorAssembler()\n          .setInputCols(Array(\"hour\", \"mobile\", \"userFeatures\"))\n          .setOutputCol(\"features\")\n      ),\n      trainSample = Sample.real(_.createDataFrame(train).toDF(\"id\", \"hour\", \"mobile\", \"userFeatures\", \"clicked\")),\n      interpSample = Sample.real(_.createDataFrame(sample).toDF(\"hour\", \"mobile\", \"userFeatures\")),\n      input = PlainDataset(\n        Column(\"hour\", Seq(18)),\n        Column(\"mobile\", Seq(1.0)),\n        Column(\"userFeatures\", Seq(Vectors.dense(0.0, 10.0, 0.5)))\n      )\n    )\n  }\n\n  val `LDA` = {\n    val trainSample = Sample.real(sess => {\n      val path = getClass.getClassLoader.getResource(\"sample_lda_libsvm_data.txt\").getPath\n      sess.read.format(\"libsvm\").load(path)\n    })\n    val interpSample = Sample.real(sess => {\n      val path = getClass.getClassLoader.getResource(\"sample_lda_libsvm_data.txt\").getPath\n      sess.read.format(\"libsvm\").load(path).select(\"features\")\n    })\n\n    ModelSetup(\n      stages = Seq(\n        new LDA().setK(10).setMaxIter(10)\n      ),\n      trainSample = trainSample,\n      interpSample = Sample.empty(StructType(\n        StructField(\"features\", VectorUDT) :: Nil\n      )),\n      input = PlainDataset(\n        Column(\"features\", Seq(\n          Vectors.dense(4.0, 0.2, 3.0, 4.0, 5.0),\n          Vectors.dense(3.0, 0.3, 1.0, 4.1, 5.0),\n          Vectors.dense(2.0, 0.5, 3.2, 4.0, 5.0),\n          Vectors.dense(5.0, 0.7, 1.5, 4.0, 5.0),\n          Vectors.dense(1.0, 0.1, 7.0, 4.0, 5.0),\n          Vectors.dense(8.0, 0.3, 5.0, 1.0, 7.0)\n        ))\n      )\n    )\n  }\n\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/interp\/Casts.scala","text":"<gh_stars>1-10\npackage fastserving.interp\n\nimport org.apache.spark.sql.types._\n\nobject Casts {\n\n  def castFunction(from: DataType, to: DataType): Any => Any = to match {\n    case DoubleType => castToDouble(from)\n    case StringType => (a: Any) => a.toString\n    case _ => throw new NotImplementedError(s\"Cast to $to not implemented for $from\")\n  }\n\n  private def castToDouble(from: DataType): Any => Double = from match {\n    case DoubleType => (x: Any) => x.asInstanceOf[Double]\n    case IntegerType => (x: Any) => x.asInstanceOf[Int].toDouble\n    case _ => throw new NotImplementedError(s\"Cast to double not implemented for $from\")\n  }\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/interp\/UDFResolver.scala","text":"<reponame>Hydrospheredata\/localserve\npackage fastserving.interp\n\nimport fastserving.interp.compat.UDFChildrenCompat\nimport fastserving.{Column, PlainDataset}\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.catalyst.expressions.{GenericRow, ScalaUDF}\nimport org.apache.spark.sql.types.{DataType, StructType}\n\nabstract class ArgAccessor { self =>\n  def get(i: Int): Any\n  final def map(f: Any => Any): ArgAccessor = new ArgAccessor {\n    override def get(i: Int): Any = f(self.get(i))\n  }\n}\n\nobject ArgAccessor {\n\n  val VectorUDTType = ScalaReflection.schemaFor[org.apache.spark.ml.linalg.Vector].dataType\n\n  def apply(f: Int => Any): ArgAccessor = new ArgAccessor {\n    override def get(i: Int): Any = f(i)\n  }\n\n  def directColumn(c: Column): ArgAccessor = ArgAccessor(i => c.items(i))\n  def copyVector(c: Column): ArgAccessor = directColumn(c).map(_.asInstanceOf[Vector].copy)\n\n  def directByType(c: Column, dt: DataType): ArgAccessor = dt match {\n    case VectorUDTType => copyVector(c)\n    case _ => directColumn(c)\n  }\n\n  def asRow(accs: Seq[ArgAccessor]): ArgAccessor = {\n    new ArgAccessor {\n      val length = accs.length\n      override def get(i: Int): Any =  {\n        val arrInput = new Array[Any](length)\n        for { y <- 0 until length }\n          arrInput(y) = accs(y).get(i)\n        new GenericRow(arrInput)\n      }\n    }\n  }\n}\n\n\ntrait ArgResolver { self =>\n  def mkAccessor(ds: PlainDataset): ArgAccessor\n  final def map(f: Any => Any): ArgResolver = new ArgResolver {\n    override def mkAccessor(ds: PlainDataset): ArgAccessor = self.mkAccessor(ds).map(f)\n  }\n}\n\nobject ArgResolver {\n\n  def apply(f: PlainDataset => ArgAccessor): ArgResolver = new ArgResolver {\n    override def mkAccessor(ds: PlainDataset): ArgAccessor = f(ds)\n  }\n\n  def columnRef(name: String, dt: DataType): ArgResolver = {\n    ArgResolver(ds => ArgAccessor.directByType(ds.columnByName(name), dt))\n  }\n\n}\n\ntrait UDFResolver {\n\n  def applyUDF(\n    column: String,\n    udf: ScalaUDF,\n    schema: StructType\n  ): LocalTransform = {\n    val resolvers = udf.children.map(c => UDFChildrenCompat.resolver(c, schema))\n\n    val arity = resolvers.length\n    (ds: PlainDataset) => {\n      val accs = resolvers.map(r => r.mkAccessor(ds))\n      val fn = arity match {\n        case 1 => (i: Int) =>\n          udf.function.asInstanceOf[Any => Any](accs(0).get(i))\n        case 2 => (i: Int) =>\n          udf.function.asInstanceOf[(Any, Any) => Any](accs(0).get(i), accs(1).get(i))\n        case 3 => (i: Int) =>\n          udf.function.asInstanceOf[(Any, Any, Any) => Any](accs(0).get(i), accs(1).get(i), accs(2).get(i))\n        case 4 => (i: Int) =>\n          udf.function.asInstanceOf[(Any, Any, Any, Any) => Any](accs(0).get(i), accs(1).get(i), accs(2).get(i), accs(3).get(i))\n      }\n      val values = (0 until ds.size).map(i => fn(i))\n      ds.addColumn(Column(column, values))\n    }\n  }\n\n}\n\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/interp\/Aliases.scala","text":"<reponame>Hydrospheredata\/localserve\npackage fastserving.interp\n\nimport fastserving.{Column, FastTransformer, PlainDataset}\nimport org.apache.spark.sql.catalyst.expressions.{Alias, AttributeReference, Expression, ScalaUDF}\nimport org.apache.spark.sql.types.{StructField, StructType}\n\ntrait Aliases extends UDFResolver {\n\n  def applyAlias(\n    curr: FastTransformer,\n    schema: StructType,\n    alias: Alias\n  ): (FastTransformer, StructType) = {\n    resolveAliasChild(curr, schema, alias.name, alias.child)\n  }\n\n  def resolveAliasChild(\n    t: FastTransformer,\n    schema: StructType,\n    name: String,\n    e: Expression\n  ): (FastTransformer, StructType) = e match {\n    case udf: ScalaUDF =>\n      val next = t.andThen(applyUDF(name, udf, schema))\n      val field = StructField(name, udf.dataType, udf.nullable)\n      next -> schema.add(field)\n    case a: Alias => resolveAliasChild(t, schema, name, a.child)\n    case att: AttributeReference =>\n      val existising = schema.find(_.name == name)\n      existising match {\n        case Some(_) => t -> schema\n        case None =>\n          val next = t.andThen(d => {\n            val orig = d.columnByName(att.name)\n            d.addColumn(Column(name, orig.items))\n          })\n          val field = StructField(name, att.dataType, att.nullable)\n          next -> schema.add(field)\n      }\n\n    case x => throw new NotImplementedError(s\"Unexpected alias($name) child: $x, ${x.getClass}\")\n  }\n}\n\nobject Aliases extends Aliases\n\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"project\/plugins.sbt","text":"<gh_stars>1-10\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.0\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.0\")\naddSbtPlugin(\"io.get-coursier\" % \"sbt-coursier\" % \"1.0.2\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\" % \"0.3.3\")\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"build.sbt","text":"<gh_stars>1-10\nThisBuild \/ scalaVersion  := \"2.11.8\"\nThisBuild \/ version  := \"0.0.1\"\nThisBuild \/ organization := \"io.hydrosphere\"\n\nlazy val sparkVersionKey = settingKey[String](\"Spark version\")\n\nThisBuild \/ sparkVersionKey := sys.props.getOrElse(\"sparkVersion\", \"2.0.0\")\n\nlazy val fastserving = project.in(file(\"fastserving\"))\n  .settings(PublishSettings.settings: _*)\n  .settings(\n    name := \"fastserving\",\n    libraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\",\n    unmanagedSourceDirectories in Compile += {\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ s\"spark-${sparkVersionKey.value}\"\n    },\n    version := version.value + s\"_spark-${sparkVersionKey.value}\",\n    libraryDependencies ++= Seq(\n      \"org.apache.spark\" %% \"spark-core\" % sparkVersionKey.value,\n      \"org.apache.spark\" %% \"spark-sql\" % sparkVersionKey.value,\n      \"org.apache.spark\" %% \"spark-mllib\" % sparkVersionKey.value\n    )\n  )\n\nlazy val bench = project.in(file(\"bench\"))\n  .dependsOn(fastserving % \"compile->compile;compile->test\")\n  .enablePlugins(JmhPlugin)\n  .settings(\n    sourceGenerators in Compile += sourceManaged.map(out => BenchGen.genAll(out)).taskValue,\n    skip in publish := true\n  )\n\nlazy val root = project.in(file(\".\")).aggregate(fastserving)\n  .settings(\n    skip in publish := true\n  )\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/scala\/fastserving\/FastTransformer.scala","text":"<reponame>Hydrospheredata\/localserve<filename>fastserving\/src\/main\/scala\/fastserving\/FastTransformer.scala\npackage fastserving\n\nimport fastserving.interp.FastInterpreter\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.sql.SparkSession\n\nsealed trait FastTransformer {\n  def apply(d: PlainDataset): PlainDataset\n  def compose(o: PlainDataset => PlainDataset): FastTransformer\n  def andThen(o: PlainDataset => PlainDataset): FastTransformer\n}\n\nobject ConstFastTransformer extends FastTransformer {\n def apply(d: PlainDataset): PlainDataset = d\n def compose(o: PlainDataset => PlainDataset): FastTransformer = FastTransformer(o)\n def andThen(o: PlainDataset => PlainDataset): FastTransformer = FastTransformer(o)\n}\n\nobject FastTransformer {\n  def apply(f: PlainDataset => PlainDataset): FastTransformer = new FastTransformer { self =>\n    def apply(d: PlainDataset): PlainDataset = f(d)\n    def compose(o: PlainDataset => PlainDataset): FastTransformer = FastTransformer((self.apply _ ).compose(o.apply))\n    def andThen(o: PlainDataset => PlainDataset): FastTransformer = FastTransformer(f.andThen(o))\n  }\n\n  def build(t: Transformer, session: SparkSession, sample: Sample): FastTransformer = {\n    val df = sample.mkDf(session)\n    val schema = df.schema\n\n    val out = t.transform(df)\n    val plan = out.queryExecution.logical\n    FastInterpreter.mkFastTransformer(plan, schema)\n  }\n}\n\n\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"bench\/src\/main\/scala\/test\/StrIndVecIndRdnForestClassifier .scala","text":"package test\n\nimport java.util.concurrent.TimeUnit\n\nimport fastserving._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.openjdk.jmh.annotations._\nimport org.openjdk.jmh.annotations.Benchmark\n\n\/\/@State(Scope.Benchmark)\n\/\/@Measurement(timeUnit = TimeUnit.MILLISECONDS)\n\/\/class StrIndVecIndRdnForestClassifier {\n\/\/\n\/\/  val setup = BenchSetup(TestSetups.`StrInd-VecInd-RandForestClassifier`)\n\/\/\n\/\/  val fastTransformer = setup.fastTransformer\n\/\/  val plainDs = setup.setup.input\n\/\/\n\/\/  val transfromer = setup.pipelineModel\n\/\/  val sparkDf = setup.sparkDf\n\/\/\n\/\/  @Benchmark\n\/\/  def fast(): PlainDataset = {\n\/\/    fastTransformer(plainDs)\n\/\/  }\n\/\/\n\/\/  @Benchmark\n\/\/  def spark(): Array[Row] = {\n\/\/    transfromer.transform(sparkDf).collect()\n\/\/  }\n\/\/\n\/\/\n\/\/}\n\/\/\n\/\/@State(Scope.Benchmark)\n\/\/@Measurement(timeUnit = TimeUnit.MILLISECONDS)\n\/\/class ChisqSelector {\n\/\/\n\/\/  val setup = BenchSetup(TestSetups.`ChiSqSelector`)\n\/\/\n\/\/  val fastTransformer = setup.fastTransformer\n\/\/  val plainDs = setup.setup.input\n\/\/\n\/\/  val transfromer = setup.pipelineModel\n\/\/  val sparkDf = setup.sparkDf\n\/\/\n\/\/  @Benchmark\n\/\/  def fast(): PlainDataset = {\n\/\/    fastTransformer(plainDs)\n\/\/  }\n\/\/\n\/\/  @Benchmark\n\/\/  def spark(): Array[Row] = {\n\/\/    transfromer.transform(sparkDf).collect()\n\/\/  }\n\/\/\n\/\/\n\/\/}\n\nobject BenchAll {\n\n\/\/  val conf = new SparkConf()\n\/\/    .setMaster(\"local[2]\")\n\/\/    .setAppName(\"test\")\n\/\/    .set(\"spark.ui.enabled\", \"false\")\n\/\/\n\/\/  val session: SparkSession = SparkSession.builder().config(conf).getOrCreate()\n\/\/\n\/\/  class Bench(val setup: ModelSetup) {\n\/\/    import setup._\n\/\/\n\/\/    val model = {\n\/\/      val pipeline = new Pipeline().setStages(setup.stages.toArray)\n\/\/      val trainDf = setup.trainSample.mkDf(session)\n\/\/      pipeline.fit(trainDf)\n\/\/    }\n\/\/\n\/\/    val transformer = {\n\/\/      import setup._\n\/\/\n\/\/      val sampleDf = setup.interpSample.mkDf(session)\n\/\/      FastInterpreter.fromTransformer(model, sampleDf)\n\/\/    }\n\/\/\n\/\/    val vanillaDf = {\n\/\/      val schema = setup.interpSample.mkDf(session).schema\n\/\/      setup.input.toDataFrame(session, schema)\n\/\/    }\n\/\/  }\n\/\/\n\/\/  import TestSetups._\n\/\/\n\/\/  def bench(setup: ModelSetup): ModelSetup = new Bench(setup)\n\/\/\n\/\/  val strIndVecIndRandForestClassfier = bench(`StrInd-VecInd-RandForestClassifier`)\n\/\/  val chisqlSelector = bench(`ChiSqSelector`)\n\/\/  val tokenizerHashingTFIdf = bench(`Tokenizer-HashingTF-IDF`)\n\/\/  val ngram = bench(`NGram`)\n\/\/  val standardScaler = bench(`StandardScaler`)\n\/\/  val stopWordRemover = bench(`StopWordRemover`)\n\/\/  val maxAbsScaler = bench(`MaxAbsScaler`)\n\/\/  val minMaxScaler = bench(`MinMaxScaler`)\n\/\/  val stringIndexerOneHotEncoder = bench(`StringIndexer-OneHotEncoder`)\n\/\/  val pca = bench(`PCA`)\n\/\/  val normalizer = bench(`Normalizer`)\n\/\/  val dct = bench(`DCT`)\n\/\/  val naiveBayes = bench(`NaiveBayes`)\n\/\/  val binarizer = bench(`Binarizer`)\n\/\/  val stringIndVectorIndGBT = bench(`StringInd-VectorInd-GBTCLassifier`)\n\/\/  val stringIndVectorIndDecisionTreeClassifier = bench(`StringInd-VectorInd-DecisionTreeClassifier`)\n\/\/  val tokenizerHashingLinearRegr = bench(`Tokenizer-HashingTF-LinearRegression`)\n\/\/  val vectorIndDecisionTreeRegr = bench(`VectorInd-DecisionTreeRegr`)\n\/\/  val vectorIndRandomForestRegr = bench(`VectorInd-RandomForestRegr`)\n\/\/  val vectorIndGBTRegr = bench(`VectorInd-GBTRegr`)\n\/\/  val kmeans = bench(`KMeans`)\n\/\/  val gaussianMixture = bench(`GaussianMixture`)\n\/\/  val regexTokenizer = bench(`RegexTokenizer`)\n\/\/  \/\/val vectorAssembler = bench(`VectorAssembler`)\n\/\/  val lda = bench(`LDA`, LDAcompare)\n\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/main\/spark-2.3.0\/compat.scala","text":"package fastserving.interp.compat\n\nimport fastserving.interp.{ArgAccessor, ArgResolver, Casts}\nimport org.apache.spark.sql.catalyst.analysis.{UnresolvedAttribute, UnresolvedStar}\nimport org.apache.spark.sql.catalyst.expressions.{Alias, Attribute, AttributeReference, Cast, CreateNamedStruct, Expression}\nimport org.apache.spark.sql.catalyst.plans.logical.{AnalysisBarrier, LogicalPlan, Project}\nimport org.apache.spark.sql.types.{DataType, StructType}\n\nimport scala.annotation.tailrec\n\nobject LogicalPlanCompat {\n\n  @tailrec\n  def selectProjections(node: Any, acc: List[Project]): List[Project] = node match {\n    case barr: AnalysisBarrier => selectProjections(barr.child, acc)\n    case pr: Project =>\n      pr.child match {\n        case _ =>\n          val ignore = pr.expressions.forall{\n            case _: AttributeReference => true\n            case _: UnresolvedStar => true\n            case _: UnresolvedAttribute => true\n            case _ => false\n          }\n          val next = if (ignore)  acc else pr :: acc\n          selectProjections(pr.child, next)\n      }\n    case _: LogicalPlan => acc\n    case x => throw new NotImplementedError(s\"Unexpected expression $x: ${x.getClass}\")\n  }\n\n}\n\nobject UDFChildrenCompat {\n\n  def resolveAtt(att: Attribute, schema: StructType): (ArgResolver, DataType) = att match {\n    case ref: AttributeReference => ArgResolver.columnRef(ref.name, ref.dataType) -> ref.dataType\n    case att: UnresolvedAttribute =>\n      schema.find(_.name == att.name) match {\n        case None => throw new IllegalStateException(s\"Can't resolve attr: $att\")\n        case Some(f) => ArgResolver.columnRef(att.name, f.dataType) -> f.dataType\n      }\n  }\n\n  def resolveCast(cast: Cast, schema: StructType): (ArgResolver, DataType) = {\n    val (underlying, dt) =  cast.child match {\n      case c: Cast => resolveCast(c, schema)\n      case att: Attribute => resolveAtt(att, schema)\n    }\n    if (cast.dataType == dt) {\n      underlying -> dt\n    } else {\n      underlying.map(Casts.castFunction(dt, cast.dataType)) -> cast.dataType\n    }\n  }\n\n  def resolveAlias(alias: Alias, schema: StructType): (ArgResolver, DataType) = {\n    alias.child match {\n      case att: Attribute => resolveAtt(att, schema)\n      case cast: Cast => resolveCast(cast, schema)\n      case x => throw new IllegalArgumentException(s\"Unexpected expression in udf alias resolution: $x, ${x.getClass}\")\n    }\n  }\n\n  def lowResolve(exp: Expression, schema: StructType): (ArgResolver, DataType) = exp match {\n    case att: Attribute => resolveAtt(att, schema)\n    case cast: Cast => resolveCast(cast, schema)\n    case alias: Alias => resolveAlias(alias, schema)\n    case x => throw new IllegalArgumentException(s\"Unexpected expression in column resolution: $x, ${x.getClass}\")\n  }\n\n  def resolver(expr: Expression, schema: StructType): ArgResolver = {\n    def resolveStructChildren(ch: Seq[Expression]): ArgResolver = {\n      val out = ch.map(v => lowResolve(v, schema))\n      val resolver = ArgResolver(ds => {\n        val x = out.map({case (r, dt) => r.mkAccessor(ds)})\n        ArgAccessor.asRow(x)\n      })\n      resolver\n    }\n\n    expr match {\n      case att: Attribute => resolveAtt(att, schema)._1\n      case cast: Cast => resolveCast(cast, schema)._1\n      case cns: CreateNamedStruct => resolveStructChildren(cns.children.grouped(2).map(_.apply(1)).toSeq)\n      case x => throw new IllegalArgumentException(s\"Unexpected expression in column resolution: $x, ${x.getClass}\")\n    }\n  }\n}\n"}
{"repo_name":"Hydrospheredata\/localserve","path":"fastserving\/src\/test\/scala\/fastserving\/ModelTests.scala","text":"package fastserving\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.linalg.DenseVector\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.scalatest.exceptions.TestFailedException\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nclass ModelTests extends FunSpec with BeforeAndAfterAll {\n\n  case class Test(\n    setup: ModelSetup,\n    compare: (PlainDataset, PlainDataset) => Boolean = (a: PlainDataset, b: PlainDataset) => a.equals(b)\n  )\n\n  import TestSetups._\n\n  val LDAcompare = (a: PlainDataset, b: PlainDataset) => {\n\n    def compareDistribution(): Boolean = {\n      val i1 = a.columnByName(\"topicDistribution\").items\n      val i2 = b.columnByName(\"topicDistribution\").items\n\n      (0 until a.size).map(i => {\n        val v1 = i1(i).asInstanceOf[DenseVector]\n        val v2 = i2(i).asInstanceOf[DenseVector]\n        v1.values.zip(v2.values).map({case (d1, d2) => if ((d1 - d2).abs < 1) 1 else 0}).product\n      }).product == 1\n    }\n\n    (a.columnNames.sorted == b.columnNames.sorted) &&\n      (a.columnByName(\"features\") == b.columnByName(\"features\")) &&\n      compareDistribution()\n  }\n\n  val testingModels: Seq[Test] = Seq(\n    Test(`StrInd-VecInd-RandForestClassifier`),\n    Test(`ChiSqSelector`),\n    Test(`Tokenizer-HashingTF-IDF`),\n    Test(`NGram`),\n    Test(`StandardScaler`),\n    Test(`StopWordRemover`),\n    Test(`MaxAbsScaler`),\n    Test(`MinMaxScaler`),\n    Test(`StringIndexer-OneHotEncoder`),\n    Test(`PCA`),\n    Test(`Normalizer`),\n    Test(`DCT`),\n    Test(`NaiveBayes`),\n    Test(`Binarizer`),\n    Test(`StringInd-VectorInd-GBTCLassifier`),\n    Test(`StringInd-VectorInd-DecisionTreeClassifier`),\n    Test(`Tokenizer-HashingTF-LinearRegression`),\n    Test(`VectorInd-DecisionTreeRegr`),\n    Test(`VectorInd-RandomForestRegr`),\n    Test(`VectorInd-GBTRegr`),\n    Test(`KMeans`),\n    Test(`RegexTokenizer`),\n    Test(`VectorAssembler`),\n    Test(`LDA`, LDAcompare)\n  ) ++ {\n    if (sparkVersion != \"2.0.0\") Seq(Test(`GaussianMixture`)) else Seq.empty\n  }\n\n  val conf = new SparkConf()\n    .setMaster(\"local[2]\")\n    .setAppName(\"test2\")\n    .set(\"spark.ui.enabled\", \"false\")\n\n  val session: SparkSession = SparkSession.builder().config(conf).getOrCreate()\n\n  testingModels.foreach(t => {\n    import t._\n    val name = setup.stages.map(_.getClass.getSimpleName).foldLeft(\"\") {\n      case (\"\", b) => b\n      case (a, b) => a + \"-\" + b\n    }\n\n    it(name) {\n      val pipeline = new Pipeline().setStages(setup.stages.toArray)\n      val trainDf = setup.trainSample.mkDf(session)\n      val pipelineModel = pipeline.fit(trainDf)\n      val sampleDf = setup.interpSample.mkDf(session)\n      try {\n        val transformer = FastTransformer.build(pipelineModel, session, setup.interpSample)\n\n        val out = transformer(setup.input)\n\n        val schema = setup.interpSample.mkDf(session).schema\n        val origDf = pipelineModel.transform(setup.input.toDataFrame(session, schema))\n        val origToPlain = PlainDataset.fromDataFrame(origDf)\n\n        def mkMessage(info: String)(local: PlainDataset, default: PlainDataset): String = {\n          info + \"\\n\" +\n            \"Local:\\n\" +\n            local.toString + \"\\n\" +\n            \"Spark:\\n\" +\n            default.toString + \"\\n\"\n        }\n\n        try {\n          if (!compare(out, origToPlain)) {\n            fail(mkMessage(\"Got different outputs:\")(out, origToPlain))\n          }\n        } catch {\n          case e: Throwable =>\n            fail(mkMessage(\"Compare function failed\")(out, origToPlain), e)\n        }\n      } catch {\n        case e: Exception =>\n          val wr = new RuntimeException(s\"failed ${sampleDf.queryExecution.logical}\", e)\n          throw wr\n      }\n    }\n  })\n\n\n  override def afterAll(): Unit = session.stop()\n}\n"}
{"repo_name":"10080115\/banma_dispatch_spark","path":"src\/main\/scala\/test_check_data.scala","text":"<gh_stars>1-10\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * Created by shiweili on 2017\/7\/19.\n  *\/\nobject test_check_data {\n  def main(String:  Array[String]): Unit ={\n    val conf = new SparkConf()\n      .setMaster(\"127.0.0.1\")\n      .setAppName(\"checkData\")\n    val sc = new SparkContext(conf)\n    val rowData = sc.textFile(\"time_node_dispatchtime.txt\")\n    print(3)\n    rowData.foreach(println)\n  }\n}\n"}
{"repo_name":"tspannhw\/links","path":"src\/main\/scala-2.10\/Links.scala","text":"package com.dataflowdeveloper.links\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.serializer.{KryoSerializer}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.serializer.{KryoSerializer, KryoRegistrator}\nimport org.apache.log4j.Logger\nimport org.apache.log4j.Level\nimport org.apache.spark.sql.SQLContext\nimport com.databricks.spark.avro._\nimport org.apache.spark.sql.hive.orc._\n\n\/**\n  * Created by timothyspann on 12\/21\/2016\n  *\/\n\ncase class LinkRecord( link: String, descr: String )\n\nobject Links {\n\n  \/\/\/\/ Main Spark Program\n  def main(args: Array[String]) {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.spark.storage.BlockManager\").setLevel(Level.ERROR)\n    Logger.getLogger(\"com.dataflowdeveloper.links\").setLevel(Level.INFO)\n\n    val log = Logger.getLogger(\"com.dataflowdeveloper.links\")\n    log.info(\"Started Links Analysis\")\n\n    val sparkConf = new SparkConf().setAppName(\"Links\")\n\n    sparkConf.set(\"spark.cores.max\", \"2\")\n    sparkConf.set(\"spark.serializer\", classOf[KryoSerializer].getName)\n    sparkConf.set(\"spark.sql.tungsten.enabled\", \"true\")\n    sparkConf.set(\"spark.eventLog.enabled\", \"true\")\n    sparkConf.set(\"spark.app.id\", \"Links\")\n    sparkConf.set(\"spark.io.compression.codec\", \"snappy\")\n    sparkConf.set(\"spark.rdd.compress\", \"false\")\n    sparkConf.set(\"spark.suffle.compress\", \"true\")\n\n    val sc = new SparkContext(sparkConf)\n\n      try {\n        \/\/ output to JSON and PARQUET\n        val sqlContext = new SQLContext(sc)\n        import sqlContext.implicits._\n        sqlContext.setConf(\"spark.sql.orc.filterPushdown\", \"true\")\n\n        \/\/ Reference: https:\/\/spark.apache.org\/docs\/1.6.2\/sql-programming-guide.html#json-datasets\n        val df1 = sqlContext.read.json(\"hdfs:\/\/tspanndev10.field.hortonworks.com:8020\/linkprocessor\/379875e9-5d99-4f88-82b1-fda7cdd7bc98.json\")\n        df1.printSchema()\n\n        df1.write.format(\"parquet\").mode(org.apache.spark.sql.SaveMode.Append).parquet(\"parquetresults\")\n        df1.write.format(\"avro\").mode(org.apache.spark.sql.SaveMode.Append).avro(\"avroresults\")\n        df1.write.format(\"orc\").mode(org.apache.spark.sql.SaveMode.Append).json(\"orcresults\")\n        println(\"After writing results\")\n      } catch {\n        case e: Exception =>\n          log.error(\"Writing files after job. Exception:\" + e.getMessage);\n          e.printStackTrace();\n      }\n\n    sc.stop()\n  }\n}\n"}
{"repo_name":"tspannhw\/links","path":"build.sbt","text":"<filename>build.sbt\nname := \"Links\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.10.6\"\n\njarName in assembly := \"Links.jar\"\n\nlibraryDependencies  += \"org.apache.spark\" % \"spark-core_2.10\" % \"1.6.2\" % \"provided\"\nlibraryDependencies  += \"org.apache.spark\" % \"spark-sql_2.10\" % \"1.6.2\" % \"provided\"\nlibraryDependencies  += \"org.apache.spark\" %% \"spark-hive\" % \"1.6.2\" % \"provided\"\nlibraryDependencies  += \"com.databricks\" %% \"spark-avro\" % \"2.0.1\"\nlibraryDependencies  += \"org.codehaus.jackson\" % \"jackson-mapper-asl\" % \"1.9.13\"\nlibraryDependencies  += \"com.google.code.gson\" % \"gson\" % \"2.3\"\n\nmergeStrategy in assembly := {\n  case m if m.toLowerCase.endsWith(\"manifest.mf\")          => MergeStrategy.discard\n  case m if m.toLowerCase.matches(\"meta-inf.*\\\\.sf$\")      => MergeStrategy.discard\n  case \"log4j.properties\"                                  => MergeStrategy.discard\n  case m if m.toLowerCase.startsWith(\"meta-inf\/services\/\") => MergeStrategy.filterDistinctLines\n  case \"reference.conf\"                                    => MergeStrategy.concat\n  case _                                                  => MergeStrategy.first\n}\n"}
{"repo_name":"getmetorajesh\/rj_akkabot","path":"src\/main\/scala\/ScalaAkkaBot.scala","text":"import akka.actor.Actor\n\nclass ScalaAkkaBot extends Actor{\n    var moving:Boolean = false\n    \n    def receive = {\n        case msg => unhandled(msg)\n    }\n}\n\nobject ScalaAkkaBot{\n    sealed abstract class Direction\n    case object FORWARD extends Direction\n    case object BACKWARDS extends Direction\n    case object RIGHT extends Direction\n    case object LEFT extends Direction\n    case class Move(direction:Direction)\n    case object Stop\n    case object GetObjectState\n    case class RobotState(direction: Direction, moving: Boolean)\n}"}
{"repo_name":"getmetorajesh\/rj_akkabot","path":"src\/main\/scala\/ScalaBotMain.scala","text":"<reponame>getmetorajesh\/rj_akkabot<gh_stars>0\nimport akka.actor.{ ActorRef, ActorSystem, Props, Actor, Inbox }\nimport scala.concurrent.duration._\n\n\nobject ScalaBotMain2 extends App{\n    val system = ActorSystem(\"helloakka\")\n    \n    val akkaBot = system.actorOf(Props[ScalaAkkaBot], \"akkaBot\")\n    \n    println(\"ScalaBotMain Actor System was created\")\n}"}
{"repo_name":"galales\/caliban","path":"core\/src\/main\/scala\/caliban\/schema\/Schema.scala","text":"package caliban.schema\n\nimport java.time.{ Instant, LocalDate, LocalDateTime, LocalTime, OffsetDateTime, ZoneOffset, ZonedDateTime }\nimport java.time.format.DateTimeFormatter\nimport java.time.temporal.Temporal\nimport java.util.UUID\n\nimport caliban.CalibanError.ExecutionError\nimport caliban.ResponseValue._\nimport caliban.Value._\nimport caliban.introspection.adt._\nimport caliban.parsing.adt.Directive\nimport caliban.schema.Annotations._\nimport caliban.schema.Step._\nimport caliban.schema.Types._\nimport caliban.{ InputValue, ResponseValue }\nimport magnolia._\nimport zio.query.ZQuery\nimport zio.stream.ZStream\nimport zio.{ URIO, ZIO }\n\nimport scala.annotation.implicitNotFound\nimport scala.concurrent.Future\nimport scala.language.experimental.macros\nimport zio.Chunk\n\n\/**\n * Typeclass that defines how to map the type `T` to the according GraphQL concepts: how to introspect it and how to resolve it.\n * `R` is the ZIO environment required by the effects in the schema (`Any` if nothing required).\n *\/\n@implicitNotFound(\n  \"\"\"Cannot find a Schema for type ${T}.\n\nCaliban derives a Schema automatically for basic Scala types, case classes and sealed traits, but\nyou need to manually provide an implicit Schema for other types that could be nested in ${T}.\nIf you use a custom type as an argument, you also need to provide an implicit ArgBuilder for that type.\nSee https:\/\/ghostdogpr.github.io\/caliban\/docs\/schema.html for more information.\n\"\"\"\n)\ntrait Schema[-R, T] { self =>\n\n  private lazy val asType: __Type             = toType()\n  private lazy val asInputType: __Type        = toType(isInput = true)\n  private lazy val asSubscriptionType: __Type = toType(isSubscription = true)\n\n  \/**\n   * Generates a GraphQL type object from `T`.\n   * Unlike `toType`, this function is optimized and will not re-generate the type at each call.\n   * @param isInput indicates if the type is passed as an argument. This is needed because GraphQL differentiates `InputType` from `ObjectType`.\n   * @param isSubscription indicates if the type is used in a subscription operation.\n   *                       For example, ZStream gives a different GraphQL type depending whether it is used in a subscription or elsewhere.\n   *\/\n  final def toType_(isInput: Boolean = false, isSubscription: Boolean = false): __Type =\n    if (isInput) asInputType else if (isSubscription) asSubscriptionType else asType\n\n  \/**\n   * Generates a GraphQL type object from `T`.\n   * @param isInput indicates if the type is passed as an argument. This is needed because GraphQL differentiates `InputType` from `ObjectType`.\n   * @param isSubscription indicates if the type is used in a subscription operation.\n   *                       For example, ZStream gives a different GraphQL type depending whether it is used in a subscription or elsewhere.\n   *\/\n  protected[this] def toType(isInput: Boolean = false, isSubscription: Boolean = false): __Type\n\n  \/**\n   * Resolves `T` by turning a value of type `T` into an execution step that describes how to resolve the value.\n   * @param value a value of type `T`\n   *\/\n  def resolve(value: T): Step[R]\n\n  \/**\n   * Defines if the type is considered optional or non-null. Should be false except for `Option`.\n   *\/\n  def optional: Boolean = false\n\n  \/**\n   * Defined the arguments of the given type. Should be empty except for `Function`.\n   *\/\n  def arguments: List[__InputValue] = Nil\n\n  \/**\n   * Builds a new `Schema` of `A` from an existing `Schema` of `T` and a function from `A` to `T`.\n   * @param f a function from `A` to `T`.\n   *\/\n  def contramap[A](f: A => T): Schema[R, A] = new Schema[R, A] {\n    override def optional: Boolean                                         = self.optional\n    override def arguments: List[__InputValue]                             = self.arguments\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type = self.toType_(isInput, isSubscription)\n    override def resolve(value: A): Step[R]                                = self.resolve(f(value))\n  }\n}\n\nobject Schema extends GenericSchema[Any]\n\ntrait GenericSchema[R] extends DerivationSchema[R] with TemporalSchema {\n\n  \/**\n   * Creates a scalar schema for a type `A`\n   * @param name name of the scalar type\n   * @param description description of the scalar type\n   * @param makeResponse function from `A` to [[ResponseValue]] that defines how to resolve `A`\n   *\/\n  def scalarSchema[A](name: String, description: Option[String], makeResponse: A => ResponseValue): Schema[Any, A] =\n    new Schema[Any, A] {\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = makeScalar(name, description)\n      override def resolve(value: A): Step[Any]                              = PureStep(makeResponse(value))\n    }\n\n  \/**\n   * Creates an object schema for a type `A`\n   * @param name name of the type\n   * @param description description of the type\n   * @param fields list of fields with a type description and a resolver for each field\n   *\/\n  def objectSchema[R1, A](\n    name: String,\n    description: Option[String],\n    fields: (Boolean, Boolean) => List[(__Field, A => Step[R1])],\n    directives: List[Directive] = List.empty\n  ): Schema[R1, A] =\n    new Schema[R1, A] {\n\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type =\n        if (isInput) {\n          makeInputObject(Some(customizeInputTypeName(name)), description, fields(isInput, isSubscription).map {\n            case (f, _) => __InputValue(f.name, f.description, f.`type`, None)\n          })\n        } else makeObject(Some(name), description, fields(isInput, isSubscription).map(_._1), directives)\n\n      override def resolve(value: A): Step[R1] =\n        ObjectStep(name, fields(false, false).map { case (f, plan) => f.name -> plan(value) }.toMap)\n    }\n\n  implicit val unitSchema: Schema[Any, Unit]             = scalarSchema(\"Unit\", None, _ => ObjectValue(Nil))\n  implicit val booleanSchema: Schema[Any, Boolean]       = scalarSchema(\"Boolean\", None, BooleanValue)\n  implicit val stringSchema: Schema[Any, String]         = scalarSchema(\"String\", None, StringValue)\n  implicit val uuidSchema: Schema[Any, UUID]             = scalarSchema(\"ID\", None, uuid => StringValue(uuid.toString))\n  implicit val intSchema: Schema[Any, Int]               = scalarSchema(\"Int\", None, IntValue(_))\n  implicit val longSchema: Schema[Any, Long]             = scalarSchema(\"Long\", None, IntValue(_))\n  implicit val bigIntSchema: Schema[Any, BigInt]         = scalarSchema(\"BigInt\", None, IntValue(_))\n  implicit val doubleSchema: Schema[Any, Double]         = scalarSchema(\"Float\", None, FloatValue(_))\n  implicit val floatSchema: Schema[Any, Float]           = scalarSchema(\"Float\", None, FloatValue(_))\n  implicit val bigDecimalSchema: Schema[Any, BigDecimal] = scalarSchema(\"BigDecimal\", None, FloatValue(_))\n\n  implicit def optionSchema[A](implicit ev: Schema[R, A]): Schema[R, Option[A]] = new Schema[R, Option[A]] {\n    override def optional: Boolean                                         = true\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n\n    override def resolve(value: Option[A]): Step[R] =\n      value match {\n        case Some(value) => ev.resolve(value)\n        case None        => NullStep\n      }\n  }\n  implicit def listSchema[A](implicit ev: Schema[R, A]): Schema[R, List[A]] = new Schema[R, List[A]] {\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type = {\n      val t = ev.toType_(isInput, isSubscription)\n      makeList(if (ev.optional) t else makeNonNull(t))\n    }\n\n    override def resolve(value: List[A]): Step[R] = ListStep(value.map(ev.resolve))\n  }\n  implicit def setSchema[A](implicit ev: Schema[R, A]): Schema[R, Set[A]]       = listSchema[A].contramap(_.toList)\n  implicit def seqSchema[A](implicit ev: Schema[R, A]): Schema[R, Seq[A]]       = listSchema[A].contramap(_.toList)\n  implicit def vectorSchema[A](implicit ev: Schema[R, A]): Schema[R, Vector[A]] = listSchema[A].contramap(_.toList)\n  implicit def chunkSchema[A](implicit ev: Schema[R, A]): Schema[R, Chunk[A]]   = listSchema[A].contramap(_.toList)\n  implicit def functionUnitSchema[A](implicit ev: Schema[R, A]): Schema[R, () => A] =\n    new Schema[R, () => A] {\n      override def optional: Boolean                                         = ev.optional\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n      override def resolve(value: () => A): Step[R]                          = FunctionStep(_ => ev.resolve(value()))\n    }\n\n  implicit def eitherSchema[RA, RB, A, B](\n    implicit evA: Schema[RA, A],\n    evB: Schema[RB, B]\n  ): Schema[RA with RB, Either[A, B]] = {\n    lazy val typeAName: String   = Types.name(evA.toType_())\n    lazy val typeBName: String   = Types.name(evB.toType_())\n    lazy val name: String        = s\"Either${typeAName}Or$typeBName\"\n    lazy val description: String = s\"Either $typeAName or $typeBName\"\n\n    objectSchema(\n      name,\n      Some(description),\n      (isInput, isSubscription) =>\n        List(\n          __Field(\"left\", Some(\"Left element of the Either\"), Nil, () => evA.toType_(isInput, isSubscription)) -> {\n            case Left(value) => evA.resolve(value)\n            case Right(_)    => NullStep\n          },\n          __Field(\"right\", Some(\"Right element of the Either\"), Nil, () => evB.toType_(isInput, isSubscription)) -> {\n            case Left(_)      => NullStep\n            case Right(value) => evB.resolve(value)\n          }\n        )\n    )\n  }\n  implicit def tupleSchema[RA, RB, A, B](\n    implicit evA: Schema[RA, A],\n    evB: Schema[RB, B]\n  ): Schema[RA with RB, (A, B)] = {\n    lazy val typeAName: String = Types.name(evA.toType_())\n    lazy val typeBName: String = Types.name(evB.toType_())\n\n    objectSchema(\n      s\"Tuple${typeAName}And$typeBName\",\n      Some(s\"A tuple of $typeAName and $typeBName\"),\n      (isInput, isSubscription) =>\n        List(\n          __Field(\n            \"_1\",\n            Some(\"First element of the tuple\"),\n            Nil,\n            () =>\n              if (evA.optional) evA.toType_(isInput, isSubscription)\n              else makeNonNull(evA.toType_(isInput, isSubscription))\n          ) ->\n            ((tuple: (A, B)) => evA.resolve(tuple._1)),\n          __Field(\n            \"_2\",\n            Some(\"Second element of the tuple\"),\n            Nil,\n            () =>\n              if (evB.optional) evB.toType_(isInput, isSubscription)\n              else makeNonNull(evB.toType_(isInput, isSubscription))\n          ) ->\n            ((tuple: (A, B)) => evB.resolve(tuple._2))\n        )\n    )\n  }\n  implicit def mapSchema[RA, RB, A, B](implicit evA: Schema[RA, A], evB: Schema[RB, B]): Schema[RA with RB, Map[A, B]] =\n    new Schema[RA with RB, Map[A, B]] {\n      lazy val typeAName: String   = Types.name(evA.toType_())\n      lazy val typeBName: String   = Types.name(evB.toType_())\n      lazy val name: String        = s\"KV$typeAName$typeBName\"\n      lazy val description: String = s\"A key-value pair of $typeAName and $typeBName\"\n\n      lazy val kvSchema: Schema[RA with RB, (A, B)] = objectSchema(\n        name,\n        Some(description),\n        (isInput, isSubscription) =>\n          List(\n            __Field(\n              \"key\",\n              Some(\"Key\"),\n              Nil,\n              () =>\n                if (evA.optional) evA.toType_(isInput, isSubscription)\n                else makeNonNull(evA.toType_(isInput, isSubscription))\n            )\n              -> ((kv: (A, B)) => evA.resolve(kv._1)),\n            __Field(\n              \"value\",\n              Some(\"Value\"),\n              Nil,\n              () =>\n                if (evB.optional) evB.toType_(isInput, isSubscription)\n                else makeNonNull(evB.toType_(isInput, isSubscription))\n            )\n              -> ((kv: (A, B)) => evB.resolve(kv._2))\n          )\n      )\n\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type =\n        makeList(makeNonNull(kvSchema.toType_(isInput, isSubscription)))\n\n      override def resolve(value: Map[A, B]): Step[RA with RB] = ListStep(value.toList.map(kvSchema.resolve))\n    }\n  implicit def functionSchema[RA, RB, A, B](\n    implicit arg1: ArgBuilder[A],\n    ev1: Schema[RA, A],\n    ev2: Schema[RB, B]\n  ): Schema[RA with RB, A => B] =\n    new Schema[RA with RB, A => B] {\n      override def arguments: List[__InputValue] = {\n        val t = ev1.toType_(true)\n        t.inputFields.getOrElse(t.kind match {\n          case __TypeKind.SCALAR | __TypeKind.ENUM | __TypeKind.LIST =>\n            \/\/ argument was not wrapped in a case class, give it an arbitrary name\n            List(__InputValue(\"value\", None, () => if (ev1.optional) t else makeNonNull(t), None))\n          case _ => Nil\n        })\n      }\n      override def optional: Boolean                                         = ev2.optional\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev2.toType_(isInput, isSubscription)\n\n      override def resolve(f: A => B): Step[RA with RB] =\n        FunctionStep(args =>\n          arg1\n            .build(InputValue.ObjectValue(args))\n            .fold(error => args.get(\"value\").fold[Either[ExecutionError, A]](Left(error))(arg1.build), Right(_))\n            .fold(error => QueryStep(ZQuery.fail(error)), value => ev2.resolve(f(value)))\n        )\n    }\n  implicit def futureSchema[A](implicit ev: Schema[R, A]): Schema[R, Future[A]] =\n    effectSchema[R, R, Throwable, A].contramap[Future[A]](future => ZIO.fromFuture(_ => future))\n  implicit def infallibleEffectSchema[R1 >: R, R2 >: R, A](implicit ev: Schema[R2, A]): Schema[R, URIO[R1, A]] =\n    new Schema[R, URIO[R1, A]] {\n      override def optional: Boolean                                         = ev.optional\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n      override def resolve(value: URIO[R1, A]): Step[R]                      = QueryStep(ZQuery.fromEffect(value.map(ev.resolve)))\n    }\n  implicit def effectSchema[R1 >: R, R2 >: R, E <: Throwable, A](implicit ev: Schema[R2, A]): Schema[R, ZIO[R1, E, A]] =\n    new Schema[R, ZIO[R1, E, A]] {\n      override def optional: Boolean                                         = true\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n      override def resolve(value: ZIO[R1, E, A]): Step[R]                    = QueryStep(ZQuery.fromEffect(value.map(ev.resolve)))\n    }\n  implicit def infallibleQuerySchema[R1 >: R, R2 >: R, A](\n    implicit ev: Schema[R2, A]\n  ): Schema[R, ZQuery[R1, Nothing, A]] =\n    new Schema[R, ZQuery[R1, Nothing, A]] {\n      override def optional: Boolean                                         = ev.optional\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n      override def resolve(value: ZQuery[R1, Nothing, A]): Step[R]           = QueryStep(value.map(ev.resolve))\n    }\n  implicit def querySchema[R1 >: R, R2 >: R, E <: Throwable, A](\n    implicit ev: Schema[R2, A]\n  ): Schema[R, ZQuery[R1, E, A]] =\n    new Schema[R, ZQuery[R1, E, A]] {\n      override def optional: Boolean                                         = true\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = ev.toType_(isInput, isSubscription)\n      override def resolve(value: ZQuery[R1, E, A]): Step[R]                 = QueryStep(value.map(ev.resolve))\n    }\n  implicit def infallibleStreamSchema[R1 >: R, R2 >: R, A](\n    implicit ev: Schema[R2, A]\n  ): Schema[R, ZStream[R1, Nothing, A]] =\n    new Schema[R, ZStream[R1, Nothing, A]] {\n      override def optional: Boolean = false\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = {\n        val t = ev.toType_(isInput, isSubscription)\n        if (isSubscription) t else makeList(if (ev.optional) t else makeNonNull(t))\n      }\n      override def resolve(value: ZStream[R1, Nothing, A]): Step[R] = StreamStep(value.map(ev.resolve))\n    }\n  implicit def streamSchema[R1 >: R, R2 >: R, E <: Throwable, A](\n    implicit ev: Schema[R2, A]\n  ): Schema[R, ZStream[R1, E, A]] =\n    new Schema[R, ZStream[R1, E, A]] {\n      override def optional: Boolean = true\n      override def toType(isInput: Boolean, isSubscription: Boolean): __Type = {\n        val t = ev.toType_(isInput, isSubscription)\n        if (isSubscription) t else makeList(if (ev.optional) t else makeNonNull(t))\n      }\n      override def resolve(value: ZStream[R1, E, A]): Step[R] = StreamStep(value.map(ev.resolve))\n    }\n\n}\n\ntrait DerivationSchema[R] {\n\n  \/**\n   * Default naming logic for input types.\n   * This is needed to avoid a name clash between a type used as an input and the same type used as an output.\n   * GraphQL needs 2 different types, and they can't have the same name.\n   * By default, we add the \"Input\" suffix after the type name.\n   *\/\n  def customizeInputTypeName(name: String): String = s\"${name}Input\"\n\n  type Typeclass[T] = Schema[R, T]\n\n  def combine[T](ctx: ReadOnlyCaseClass[Typeclass, T]): Typeclass[T] = new Typeclass[T] {\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type =\n      if (ctx.isValueClass && ctx.parameters.nonEmpty) ctx.parameters.head.typeclass.toType_(isInput, isSubscription)\n      else if (isInput)\n        makeInputObject(\n          Some(ctx.annotations.collectFirst { case GQLInputName(suffix) => suffix }\n            .getOrElse(customizeInputTypeName(getName(ctx)))),\n          getDescription(ctx),\n          ctx.parameters\n            .map(p =>\n              __InputValue(\n                getName(p),\n                getDescription(p),\n                () =>\n                  if (p.typeclass.optional) p.typeclass.toType_(isInput, isSubscription)\n                  else makeNonNull(p.typeclass.toType_(isInput, isSubscription)),\n                None,\n                Some(p.annotations.collect { case GQLDirective(dir) => dir }.toList).filter(_.nonEmpty)\n              )\n            )\n            .toList,\n          Some(ctx.typeName.full)\n        )\n      else\n        makeObject(\n          Some(getName(ctx)),\n          getDescription(ctx),\n          ctx.parameters\n            .map(p =>\n              __Field(\n                getName(p),\n                getDescription(p),\n                p.typeclass.arguments,\n                () =>\n                  if (p.typeclass.optional) p.typeclass.toType_(isInput, isSubscription)\n                  else makeNonNull(p.typeclass.toType_(isInput, isSubscription)),\n                p.annotations.collectFirst { case GQLDeprecated(_) => () }.isDefined,\n                p.annotations.collectFirst { case GQLDeprecated(reason) => reason },\n                Option(p.annotations.collect { case GQLDirective(dir) => dir }.toList).filter(_.nonEmpty)\n              )\n            )\n            .toList,\n          getDirectives(ctx),\n          Some(ctx.typeName.full)\n        )\n\n    override def resolve(value: T): Step[R] =\n      if (ctx.isObject) PureStep(EnumValue(getName(ctx)))\n      else if (ctx.isValueClass && ctx.parameters.nonEmpty) {\n        val head = ctx.parameters.head\n        head.typeclass.resolve(head.dereference(value))\n      } else {\n        val fields = Map.newBuilder[String, Step[R]]\n        ctx.parameters.foreach(p => fields += getName(p) -> p.typeclass.resolve(p.dereference(value)))\n        ObjectStep(getName(ctx), fields.result())\n      }\n  }\n\n  def dispatch[T](ctx: SealedTrait[Typeclass, T]): Typeclass[T] = new Typeclass[T] {\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type = {\n      val subtypes =\n        ctx.subtypes\n          .map(s => s.typeclass.toType_(isInput = false, isSubscription = false) -> s.annotations)\n          .toList\n          .sortBy {\n            case (tpe, _) => tpe.name.getOrElse(\"\")\n          }\n      val isEnum = subtypes.forall {\n        case (t, _)\n            if t.fields(__DeprecatedArgs(Some(true))).forall(_.isEmpty)\n              && t.inputFields.forall(_.isEmpty) =>\n          true\n        case _ => false\n      }\n      if (isEnum && subtypes.nonEmpty)\n        makeEnum(\n          Some(getName(ctx)),\n          getDescription(ctx),\n          subtypes.collect {\n            case (__Type(_, Some(name), description, _, _, _, _, _, _, _, _), annotations) =>\n              __EnumValue(\n                name,\n                description,\n                annotations.collectFirst { case GQLDeprecated(_) => () }.isDefined,\n                annotations.collectFirst { case GQLDeprecated(reason) => reason }\n              )\n          },\n          Some(ctx.typeName.full)\n        )\n      else {\n        ctx.annotations.collectFirst {\n          case GQLInterface() => ()\n        }.fold(\n          makeUnion(\n            Some(getName(ctx)),\n            getDescription(ctx),\n            subtypes.map { case (t, _) => fixEmptyUnionObject(t) },\n            Some(ctx.typeName.full)\n          )\n        ) { _ =>\n          val impl = subtypes.map(_._1.copy(interfaces = () => Some(List(toType(isInput, isSubscription)))))\n          val commonFields = impl\n            .flatMap(_.fields(__DeprecatedArgs(Some(true))))\n            .flatten\n            .groupBy(_.name)\n            .collect {\n              case (name, list)\n                  if impl.forall(_.fields(__DeprecatedArgs(Some(true))).getOrElse(Nil).exists(_.name == name)) &&\n                    list.map(t => Types.name(t.`type`())).distinct.length == 1 =>\n                list.headOption\n            }\n            .flatten\n\n          makeInterface(Some(getName(ctx)), getDescription(ctx), commonFields.toList, impl, Some(ctx.typeName.full))\n        }\n      }\n    }\n\n    \/\/ see https:\/\/github.com\/graphql\/graphql-spec\/issues\/568\n    private def fixEmptyUnionObject(t: __Type): __Type =\n      t.fields(__DeprecatedArgs(Some(true))) match {\n        case Some(Nil) =>\n          t.copy(\n            fields = (_: __DeprecatedArgs) =>\n              Some(\n                List(\n                  __Field(\n                    \"_\",\n                    Some(\n                      \"Fake field because GraphQL does not support empty objects. Do not query, use __typename instead.\"\n                    ),\n                    Nil,\n                    () => makeScalar(\"Boolean\")\n                  )\n                )\n              )\n          )\n        case _ => t\n      }\n\n    override def resolve(value: T): Step[R] =\n      ctx.dispatch(value)(subType => subType.typeclass.resolve(subType.cast(value)))\n  }\n\n  private def getDirectives(annotations: Seq[Any]): List[Directive] =\n    annotations.collect { case GQLDirective(dir) => dir }.toList\n\n  private def getDirectives[Typeclass[_], Type](ctx: ReadOnlyCaseClass[Typeclass, Type]): List[Directive] =\n    getDirectives(ctx.annotations)\n\n  private def getName(annotations: Seq[Any], typeName: TypeName): String =\n    annotations.collectFirst { case GQLName(name) => name }.getOrElse {\n      typeName.typeArguments match {\n        case Nil  => typeName.short\n        case args => typeName.short + args.map(getName(Nil, _)).mkString\n      }\n    }\n\n  private def getName[Typeclass[_], Type](ctx: ReadOnlyCaseClass[Typeclass, Type]): String =\n    getName(ctx.annotations, ctx.typeName)\n\n  private def getName[Typeclass[_], Type](ctx: SealedTrait[Typeclass, Type]): String =\n    getName(ctx.annotations, ctx.typeName)\n\n  private def getName[Typeclass[_], Type](ctx: ReadOnlyParam[Typeclass, Type]): String =\n    ctx.annotations.collectFirst { case GQLName(name) => name }.getOrElse(ctx.label)\n\n  private def getDescription(annotations: Seq[Any]): Option[String] =\n    annotations.collectFirst { case GQLDescription(desc) => desc }\n\n  private def getDescription[Typeclass[_], Type](ctx: ReadOnlyCaseClass[Typeclass, Type]): Option[String] =\n    getDescription(ctx.annotations)\n\n  private def getDescription[Typeclass[_], Type](ctx: SealedTrait[Typeclass, Type]): Option[String] =\n    getDescription(ctx.annotations)\n\n  private def getDescription[Typeclass[_], Type](ctx: ReadOnlyParam[Typeclass, Type]): Option[String] =\n    getDescription(ctx.annotations)\n\n  implicit def gen[T]: Typeclass[T] = macro Magnolia.gen[T]\n\n}\n\ntrait TemporalSchema {\n\n  private[schema] abstract class TemporalSchema[T <: Temporal](\n    name: String,\n    description: Option[String]\n  ) extends Schema[Any, T] {\n\n    protected def format(temporal: T): ResponseValue\n\n    override def toType(isInput: Boolean, isSubscription: Boolean): __Type =\n      makeScalar(name, description)\n\n    override def resolve(value: T): Step[Any] =\n      PureStep(format(value))\n  }\n\n  def temporalSchema[A <: Temporal](name: String, description: Option[String] = None)(\n    f: A => ResponseValue\n  ): Schema[Any, A] = new TemporalSchema[A](name, description) {\n    override protected def format(temporal: A): ResponseValue = f(temporal)\n  }\n\n  def temporalSchemaWithFormatter[A <: Temporal](name: String, description: Option[String] = None)(\n    formatter: DateTimeFormatter\n  ): Schema[Any, A] =\n    temporalSchema[A](name, description)(a => StringValue(formatter.format(a)))\n\n  implicit lazy val instantSchema: Schema[Any, Instant] =\n    temporalSchema(\n      \"Instant\",\n      Some(\"An instantaneous point on the time-line represented by a standard date time string\")\n    )(a => StringValue(a.toString))\n\n  lazy val instantEpochSchema: Schema[Any, Instant] =\n    temporalSchema(\n      \"Instant\",\n      Some(\"An instantaneous point on the time-line represented by a numerical millisecond since epoch\")\n    )(a => IntValue.LongNumber(a.toEpochMilli))\n\n  implicit lazy val localDateTimeSchema: Schema[Any, LocalDateTime] =\n    localDateTimeSchemaWithFormatter(DateTimeFormatter.ISO_LOCAL_DATE_TIME)\n\n  def localDateTimeSchemaWithFormatter(formatter: DateTimeFormatter): Schema[Any, LocalDateTime] =\n    temporalSchemaWithFormatter(\n      \"LocalDateTime\",\n      Some(s\"A date-time without a time-zone in the ISO-8601 calendar system in the format of $formatter\")\n    )(formatter)\n\n  implicit lazy val offsetDateTimeSchema: Schema[Any, OffsetDateTime] =\n    offsetDateTimeSchemaWithFormatter(DateTimeFormatter.ISO_OFFSET_DATE_TIME)\n\n  def offsetDateTimeSchemaWithFormatter(formatter: DateTimeFormatter): Schema[Any, OffsetDateTime] =\n    temporalSchemaWithFormatter(\n      \"OffsetDateTime\",\n      Some(s\"A date-time with an offset from UTC\/Greenwich in the ISO-8601 calendar system using the format $formatter\")\n    )(formatter)\n\n  implicit lazy val zonedDateTimeSchema: Schema[Any, ZonedDateTime] =\n    zonedDateTimeSchemaWithFormatter(DateTimeFormatter.ISO_ZONED_DATE_TIME)\n\n  val localDateTimeEpochSchema: Schema[Any, LocalDateTime] =\n    temporalSchema(\"LocalDateTime\")(a => IntValue.LongNumber(a.toInstant(ZoneOffset.UTC).toEpochMilli))\n\n  def zonedDateTimeSchemaWithFormatter(formatter: DateTimeFormatter): Schema[Any, ZonedDateTime] =\n    temporalSchemaWithFormatter(\n      \"ZonedDateTime\",\n      Some(s\"A date-time with a time-zone in the ISO-8601 calendar system using the format $formatter\")\n    )(formatter)\n\n  implicit lazy val localDateSchema: Schema[Any, LocalDate] =\n    localDateSchemaWithFormatter(DateTimeFormatter.ISO_LOCAL_DATE)\n\n  val localDateEpochSchema: Schema[Any, LocalDate] =\n    temporalSchema(\n      \"LocalDate\",\n      Some(\"A date without a time-zone in the ISO-8601 calendar system represented as a millisecond value since epoch\")\n    )(a => IntValue.LongNumber(a.atStartOfDay.toInstant(ZoneOffset.UTC).toEpochMilli))\n\n  def localDateSchemaWithFormatter(formatter: DateTimeFormatter): Schema[Any, LocalDate] =\n    temporalSchemaWithFormatter(\n      \"LocalDate\",\n      Some(s\"A date without a time-zone in the ISO-8601 calendar system using the format $formatter\")\n    )(formatter)\n\n  implicit lazy val localTimeSchema: Schema[Any, LocalTime] =\n    localTimeSchemaWithFormatter(DateTimeFormatter.ISO_LOCAL_TIME)\n\n  def localTimeSchemaWithFormatter(formatter: DateTimeFormatter): Schema[Any, LocalTime] =\n    temporalSchemaWithFormatter(\n      \"LocalTime\",\n      Some(s\"A time without a time-zone in the ISO-8601 calendar system using the format $formatter\")\n    )(formatter)\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"tests\/integration\/src\/test\/scala\/sbtserver\/SbtServerTest.scala","text":"<gh_stars>0\npackage tests.sbtserver\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport scala.meta.metals.sbtserver.Sbt\nimport scala.meta.metals.sbtserver.SbtServer\nimport scala.util.Failure\nimport scala.util.Success\nimport monix.execution.Scheduler.Implicits.global\nimport org.langmeta.internal.io.PathIO\nimport org.langmeta.jsonrpc.Services\nimport org.langmeta.lsp.TextDocument\nimport org.langmeta.lsp.Window\nimport tests.MegaSuite\n\ncase class SbtServerConnectionError(msg: String) extends Exception(msg)\n\nobject SbtServerTest extends MegaSuite {\n\n  test(\"correct sbt 1.1 project establishes successful connection\") {\n    val services = Services.empty\n      .notification(Window.logMessage)(msg => ())\n      .notification(TextDocument.publishDiagnostics)(msg => ())\n    val program = for {\n      sbt <- SbtServer.connect(PathIO.workingDirectory, services).map {\n        case Left(err) => throw SbtServerConnectionError(err)\n        case Right(ok) =>\n          println(\"Established connection to sbt server.\")\n          ok\n      }\n      response <- Sbt.setting.query(\"metals\/crossScalaVersions\")(sbt.client)\n    } yield {\n      val Right(json) = response\n      val Right(crossScalaVersions) = json.value.as[List[String]]\n      sbt.runningServer.cancel()\n      assertEquals(crossScalaVersions, List(\"2.12.4\"))\n      crossScalaVersions\n    }\n    val result = Await.result(program.materialize.runAsync, Duration(5, \"s\"))\n    result match {\n      case Success(_) => \/\/ hurrah :clap:\n      case Failure(err) => throw err\n    }\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"test-workspace\/project\/plugins.sbt","text":"unmanagedSources.in(Compile) += baseDirectory\n  .in(ThisBuild)\n  .value\n  .getParentFile\n  .getParentFile \/ \"project\" \/ \"MetalsPlugin.scala\"\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/hover\/BaseHoverTest.scala","text":"<filename>metals\/src\/test\/scala\/tests\/hover\/BaseHoverTest.scala<gh_stars>0\npackage tests.hover\n\nimport scala.meta.metals.Uri\nimport org.langmeta.lsp.Hover\nimport scala.meta.metals.providers.HoverProvider\nimport scala.{meta => m}\nimport tests.search.BaseIndexTest\nimport io.circe.syntax._\n\nabstract class BaseHoverTest extends BaseIndexTest {\n\n  def check(\n      filename: String,\n      code: String,\n      f: Hover => Unit\n  ): Unit = {\n    targeted(\n      filename,\n      code, { point =>\n        val uri = Uri.file(filename)\n        val input = m.Input.VirtualFile(uri.value, point.contents)\n        val pos = m.Position.Range(input, point.offset, point.offset)\n        indexInput(uri, point.contents)\n        val result =\n          HoverProvider.hover(symbols, uri, pos.startLine, pos.startColumn)\n        f(result)\n      }\n    )\n\n  }\n\n  def check(\n      filename: String,\n      code: String,\n      expectedValue: String\n  ): Unit = {\n    check(\n      filename,\n      code, { result =>\n        val expected =\n          s\"\"\"{\n             |  \"contents\" : [\n             |    {\n             |      \"language\" : \"scala\",\n             |      \"value\" : \"$expectedValue\"\n             |    }\n             |  ]\n             |}\"\"\".stripMargin\n        assertNoDiff(result.asJson, expected)\n      }\n    )\n  }\n\n  def checkMissing(\n      filename: String,\n      code: String\n  ): Unit = {\n    check(\n      filename,\n      code, { result =>\n        assert(result.contents.isEmpty)\n      }\n    )\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/ReferencesProvider.scala","text":"package scala.meta.metals.providers\n\nimport com.typesafe.scalalogging.LazyLogging\nimport scala.meta.metals.search.SymbolIndex\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.Uri\nimport org.langmeta.lsp.Location\nimport org.langmeta.lsp.Position\nimport org.langmeta.lsp.ReferenceContext\n\nobject ReferencesProvider extends LazyLogging {\n\n  def references(\n      symbolIndex: SymbolIndex,\n      uri: Uri,\n      position: Position,\n      context: ReferenceContext\n  ): List[Location] = {\n    for {\n      data <- symbolIndex.findReferences(uri, position.line, position.character)\n      pos <- data.referencePositions(context.includeDeclaration)\n      _ = logger.info(s\"Found reference ${pos.pretty} ${data.symbol}\")\n    } yield pos.toLocation\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/refactoring\/BacktickTest.scala","text":"package tests.refactoring\n\nimport scala.meta.metals.refactoring.Backtick\nimport tests.MegaSuite\n\nobject BacktickTest extends MegaSuite {\n\n  def checkOK(identifier: String, expected: String): Unit = {\n    test(s\"OK   $identifier\") {\n      Backtick.backtickWrap(identifier) match {\n        case Right(obtained) =>\n          assertNoDiff(obtained, expected)\n        case Left(err) => fail(err)\n      }\n    }\n  }\n\n  def checkFail(identifier: String): Unit = {\n    test(s\"FAIL $identifier\") {\n      Backtick.backtickWrap(identifier) match {\n        case Right(obtained) => fail(s\"Expected error, obtained: $obtained\")\n        case Left(_) => \/\/ OK\n      }\n    }\n  }\n\n  checkFail(\"`\")\n  checkFail(\"`a ``\")\n  checkOK(\"a b\", \"`a b`\")\n  checkOK(\"++\", \"++\")\n  checkOK(\"foo_\", \"foo_\")\n  checkOK(\"foo_ a\", \"`foo_ a`\")\n  checkOK(\"a.b\", \"`a.b`\")\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/WorkspaceCommand.scala","text":"<reponame>tpolecat\/metals\npackage scala.meta.metals\n\nimport enumeratum.Enum\nimport enumeratum.EnumEntry\nimport enumeratum.EnumEntry.Uncapitalised\n\nsealed trait WorkspaceCommand extends EnumEntry with Uncapitalised\n\ncase object WorkspaceCommand extends Enum[WorkspaceCommand] {\n\n  case object ClearIndexCache extends WorkspaceCommand\n  case object ResetPresentationCompiler extends WorkspaceCommand\n  case object ScalafixUnusedImports extends WorkspaceCommand\n  case object SbtConnect extends WorkspaceCommand\n\n  val values = findValues\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/Formatter.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/Formatter.scala<gh_stars>0\npackage scala.meta.metals\n\nimport scala.language.reflectiveCalls\n\nimport scala.reflect.internal.util.ScalaClassLoader.URLClassLoader\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.io.AbsolutePath\n\nabstract class Formatter {\n\n  \/** Format using configuration from configFile *\/\n  def format(code: String, filename: String, configFile: AbsolutePath): String\n\n  \/** Format using default settings *\/\n  def format(code: String, filename: String): String\n\n}\n\nobject Formatter extends LazyLogging {\n\n  \/** Returns formatter that does nothing *\/\n  lazy val noop: Formatter = new Formatter {\n    override def format(\n        code: String,\n        filename: String,\n        configFile: AbsolutePath\n    ): String = code\n    override def format(\n        code: String,\n        filename: String\n    ): String = code\n  }\n\n  \/** Returns instance of scalafmt from isoloated classloader *\/\n  def classloadScalafmt(version: String): Formatter = {\n    val urls = Jars\n      .fetch(\"com.geirsson\", \"scalafmt-cli_2.12\", version, System.out)\n      .iterator\n      .map(_.toURI.toURL)\n      .toArray\n    logger.info(s\"Classloading scalafmt with ${urls.length} downloaded jars\")\n    type Scalafmt210 = {\n      def format(code: String, configFile: String, filename: String): String\n      def format(code: String, filename: String): String\n    }\n    val classloader = new URLClassLoader(urls, null)\n    val scalafmt210 = classloader\n      .loadClass(\"org.scalafmt.cli.Scalafmt210\")\n      .newInstance()\n      .asInstanceOf[Scalafmt210]\n    new Formatter {\n      override def format(\n          code: String,\n          filename: String,\n          configFile: AbsolutePath\n      ): String =\n        scalafmt210.format(code, configFile.toString(), filename)\n\n      override def format(code: String, filename: String): String =\n        scalafmt210.format(code, filename)\n    }\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/InMemoryDocumentIndex.scala","text":"package scala.meta.metals.search\n\nimport java.util\nimport java.util.concurrent.ConcurrentHashMap\nimport scala.meta.metals.Uri\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.internal.semanticdb.schema.Document\n\nclass InMemoryDocumentIndex(\n    documents: util.Map[Uri, Document] = new ConcurrentHashMap()\n) extends DocumentIndex\n    with LazyLogging {\n  override def getDocument(uri: Uri): Option[Document] =\n    Option(documents.get(uri))\n  override def putDocument(uri: Uri, document: Document): Unit = {\n    if (!uri.isJar) {\n      logger.info(s\"Storing in-memory document for uri $uri\")\n    }\n    documents.put(uri, document)\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"jsonrpc\/src\/main\/scala\/org\/langmeta\/jsonrpc\/Services.scala","text":"<filename>jsonrpc\/src\/main\/scala\/org\/langmeta\/jsonrpc\/Services.scala<gh_stars>0\npackage org.langmeta.jsonrpc\n\nimport com.typesafe.scalalogging.LazyLogging\nimport com.typesafe.scalalogging.Logger\nimport io.circe.Decoder\nimport io.circe.Encoder\nimport io.circe.Json\nimport io.circe.syntax._\nimport monix.eval.Task\n\ntrait Service[A, B] {\n  def handle(request: A): Task[B]\n}\ntrait MethodName {\n  def methodName: String\n}\n\ntrait JsonRpcService extends Service[Message, Response]\ntrait NamedJsonRpcService extends JsonRpcService with MethodName\n\nobject Service extends LazyLogging {\n\n  def request[A: Decoder, B: Encoder](method: String)(\n      f: Service[A, Either[Response.Error, B]]\n  ): NamedJsonRpcService = new NamedJsonRpcService {\n    override def methodName: String = method\n    override def handle(message: Message): Task[Response] = message match {\n      case Request(`method`, params, id) =>\n        params.getOrElse(Json.Null).as[A] match {\n          case Left(err) =>\n            Task(Response.invalidParams(err.toString, id))\n          case Right(value) =>\n            f.handle(value).map {\n              case Right(response) => Response.ok(response.asJson, id)\n              \/\/ Service[A, ...] doesn't have access to the request ID so\n              \/\/ by convention it's OK to set the ID to null by default\n              \/\/ and we fill it in here instead.\n              case Left(err) => err.copy(id = id)\n            }\n        }\n      case Request(invalidMethod, _, id) =>\n        Task(Response.methodNotFound(invalidMethod, id))\n      case _ =>\n        Task(Response.invalidRequest(s\"Expected request, obtained $message\"))\n    }\n  }\n\n  def notification[A: Decoder](method: String)(\n      f: Service[A, Unit]\n  ): NamedJsonRpcService = notification[A](method, logger)(f)\n\n  def notification[A: Decoder](method: String, logger: Logger)(\n      f: Service[A, Unit]\n  ): NamedJsonRpcService =\n    new NamedJsonRpcService {\n      override def methodName: String = method\n      private def fail(msg: String): Task[Response] = Task {\n        logger.error(msg)\n        Response.empty\n      }\n      override def handle(message: Message): Task[Response] = message match {\n        case Notification(`method`, params) =>\n          params.getOrElse(Json.Null).as[A] match {\n            case Left(err) =>\n              fail(s\"Failed to parse notification $message. Errors: $err\")\n            case Right(value) =>\n              f.handle(value).map(_ => Response.empty)\n          }\n        case Notification(invalidMethod, _) =>\n          fail(s\"Expected method '$method', obtained '$invalidMethod'\")\n        case _ =>\n          fail(s\"Expected notification, obtained $message\")\n      }\n    }\n}\n\nobject Services {\n  val empty: Services = new Services(Nil)\n}\n\nclass Services private (val services: List[NamedJsonRpcService]) {\n\n  def request[A, B](endpoint: Endpoint[A, B])(f: A => B): Services =\n    requestAsync[A, B](endpoint)(new Service[A, Either[Response.Error, B]] {\n      def handle(request: A): Task[Either[Response.Error, B]] =\n        Task(Right(f(request)))\n    })\n\n  def requestAsync[A, B](\n      endpoint: Endpoint[A, B]\n  )(f: Service[A, Either[Response.Error, B]]): Services =\n    addService(\n      Service.request[A, B](endpoint.method)(f)(\n        endpoint.decoderA,\n        endpoint.encoderB\n      )\n    )\n\n  def notification[A](endpoint: Endpoint[A, Unit])(f: A => Unit): Services =\n    notificationAsync[A](endpoint)(new Service[A, Unit] {\n      def handle(request: A): Task[Unit] = Task(f(request))\n    })\n\n  def notificationAsync[A](\n      endpoint: Endpoint[A, Unit]\n  )(f: Service[A, Unit]): Services =\n    addService(Service.notification[A](endpoint.method)(f)(endpoint.decoderA))\n\n  def byMethodName: Map[String, NamedJsonRpcService] =\n    services.iterator.map(s => s.methodName -> s).toMap\n  def addService(service: NamedJsonRpcService): Services = {\n    val duplicate = services.find(_.methodName == service.methodName)\n    require(\n      duplicate.isEmpty,\n      s\"Duplicate service handler for method ${duplicate.get.methodName}\"\n    )\n    new Services(service :: services)\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DocumentHighlightProvider.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DocumentHighlightProvider.scala\npackage scala.meta.metals.providers\n\nimport com.typesafe.scalalogging.LazyLogging\nimport scala.meta.metals.Uri\nimport scala.meta.metals.search.SymbolIndex\nimport scala.meta.metals.ScalametaEnrichments._\nimport org.langmeta.lsp.DocumentHighlight\nimport org.langmeta.lsp.Position\n\nobject DocumentHighlightProvider extends LazyLogging {\n  def empty: List[DocumentHighlight] = Nil\n\n  def highlight(\n      symbolIndex: SymbolIndex,\n      uri: Uri,\n      position: Position\n  ): List[DocumentHighlight] = {\n    logger.info(s\"Document highlight in $uri\")\n    for {\n      data <- symbolIndex.findReferences(uri, position.line, position.character)\n      _ = logger.info(s\"Highlighting symbol `${data.name}: ${data.signature}`\")\n      pos <- data.referencePositions(withDefinition = true)\n      if pos.uri == uri.value\n      _ = logger.debug(s\"Found highlight at [${pos.range.get.pretty}]\")\n      \/\/ TODO(alexey) add DocumentHighlightKind: Text (default), Read, Write\n    } yield DocumentHighlight(pos.range.get.toRange)\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/DocumentIndex.scala","text":"<reponame>tpolecat\/metals\npackage scala.meta.metals.search\n\nimport scala.meta.metals.Uri\nimport org.langmeta.internal.semanticdb.schema.Document\n\ntrait DocumentIndex {\n  def getDocument(uri: Uri): Option[Document] \/\/ should this be future?\n  def putDocument(uri: Uri, document: Document): Unit\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/compiler\/Cursor.scala","text":"package scala.meta.metals.compiler\n\nimport scala.meta.metals.Uri\n\ncase class Cursor(uri: Uri, contents: String, offset: Int)\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/mtags\/ScalaMtagsTest.scala","text":"package tests.mtags\n\nobject ScalaMtagsTest extends BaseMtagsTest {\n  check(\n    \"vanilla.scala\",\n    \"\"\"\n      |package a.b.c\n      |object D {\n      |   def e = { def x = 3; x }\n      |   val f = 2\n      |   var g = 2\n      |   class H { def x = 3 }\n      |   trait I {\n      |     def x: Int\n      |     val y: Int\n      |     var z: Int\n      |   }\n      |   object J { def k = 2 }\n      |}\n      \"\"\".stripMargin,\n    \"\"\"\n      |Language:\n      |Scala212\n      |\n      |Names:\n      |[22..23): D <= _root_.a.b.c.D.\n      |[33..34): e <= _root_.a.b.c.D.e.\n      |[61..62): f <= _root_.a.b.c.D.f.\n      |[74..75): g <= _root_.a.b.c.D.g.\n      |[89..90): H <= _root_.a.b.c.D.H#\n      |[97..98): x <= _root_.a.b.c.D.H#x.\n      |[114..115): I <= _root_.a.b.c.D.I#\n      |[127..128): x <= _root_.a.b.c.D.I#x.\n      |[143..144): y <= _root_.a.b.c.D.I#y.\n      |[159..160): z <= _root_.a.b.c.D.I#z.\n      |[181..182): J <= _root_.a.b.c.D.J.\n      |[189..190): k <= _root_.a.b.c.D.J.k.\n      |\n      |Symbols:\n      |_root_.a.b.c.D. => object D\n      |_root_.a.b.c.D.H# => class H\n      |_root_.a.b.c.D.H#x. => def x\n      |_root_.a.b.c.D.I# => trait I\n      |_root_.a.b.c.D.I#x. => def x\n      |_root_.a.b.c.D.I#y. => val y\n      |_root_.a.b.c.D.I#z. => var z\n      |_root_.a.b.c.D.J. => object J\n      |_root_.a.b.c.D.J.k. => def k\n      |_root_.a.b.c.D.e. => def e\n      |_root_.a.b.c.D.f. => val f\n      |_root_.a.b.c.D.g. => var g\n      \"\"\".stripMargin\n  )\n\n  check(\n    \"pkgobject.scala\",\n    \"\"\"\n      |package object K {\n      |  def l = 2\n      |}\n    \"\"\".stripMargin,\n    \"\"\"\n      |Language:\n      |Scala212\n      |\n      |Names:\n      |[16..17): K <= _root_.K.\n      |[16..17): K <= _root_.K.package.\n      |[26..27): l <= _root_.K.package.l.\n      |\n      |Symbols:\n      |_root_.K. => packageobject K\n      |_root_.K.package. => object package\n      |_root_.K.package.l. => def l\n    \"\"\".stripMargin\n  )\n\n  check(\n    \"pats.scala\",\n    \"\"\"\n      |object pats {\n      |  val o, p = 2\n      |  val q, r: Int\n      |  var s, t = 2\n      |  var v, w: Int\n      |}\n    \"\"\".stripMargin,\n    \"\"\"\n      |Language:\n      |Scala212\n      |\n      |Names:\n      |[8..12): pats <= _root_.pats.\n      |[21..22): o <= _root_.pats.o.\n      |[24..25): p <= _root_.pats.p.\n      |[36..37): q <= _root_.pats.q.\n      |[39..40): r <= _root_.pats.r.\n      |[52..53): s <= _root_.pats.s.\n      |[55..56): t <= _root_.pats.t.\n      |[67..68): v <= _root_.pats.v.\n      |[70..71): w <= _root_.pats.w.\n      |\n      |Symbols:\n      |_root_.pats. => object pats\n      |_root_.pats.o. => val o\n      |_root_.pats.p. => val p\n      |_root_.pats.q. => val q\n      |_root_.pats.r. => val r\n      |_root_.pats.s. => var s\n      |_root_.pats.t. => var t\n      |_root_.pats.v. => var v\n      |_root_.pats.w. => var w\n    \"\"\".stripMargin\n  )\n\n  check(\n    \"type.scala\",\n    \"\"\"\n      |trait Tpe {\n      |  type M\n      |  type N = F\n      |}\n    \"\"\".stripMargin,\n    \"\"\"\n      |Language:\n      |Scala212\n      |\n      |Names:\n      |[7..10): Tpe <= _root_.Tpe#\n      |[20..21): M <= _root_.Tpe#M#\n      |[29..30): N <= _root_.Tpe#N#\n      |\n      |Symbols:\n      |_root_.Tpe# => trait Tpe\n      |_root_.Tpe#M# => type M\n      |_root_.Tpe#N# => type N\n    \"\"\".stripMargin\n  )\n\n  check(\n    \"class-field.scala\",\n    \"case class A(a: Int, b: String)\",\n    \"\"\"\n      |Language:\n      |Scala212\n      |\n      |Names:\n      |[11..12): A <= _root_.A#\n      |[13..14): a <= _root_.A#(a)\n      |[21..22): b <= _root_.A#(b)\n      |\n      |Symbols:\n      |_root_.A# => class A\n      |_root_.A#(a) => val param a\n      |_root_.A#(b) => val param b\n      |\"\"\".stripMargin\n  )\n}\n"}
{"repo_name":"tpolecat\/metals","path":"sbt-metals\/src\/sbt-test\/sbt-metals\/setup\/project\/plugins.sbt","text":"<reponame>tpolecat\/metals<filename>sbt-metals\/src\/sbt-test\/sbt-metals\/setup\/project\/plugins.sbt\naddSbtPlugin(\"org.scalameta\" % \"sbt-metals\" % System.getProperty(\"plugin.version\"))\n"}
{"repo_name":"tpolecat\/metals","path":"jsonrpc\/src\/main\/scala\/org\/langmeta\/jsonrpc\/JsonRpcClient.scala","text":"<filename>jsonrpc\/src\/main\/scala\/org\/langmeta\/jsonrpc\/JsonRpcClient.scala\npackage org.langmeta.jsonrpc\n\nimport scala.concurrent.Future\nimport io.circe.Decoder\nimport io.circe.Encoder\nimport monix.eval.Task\nimport monix.execution.Ack\n\ntrait JsonRpcClient {\n  final def notify[A](\n      endpoint: Endpoint[A, Unit],\n      notification: A\n  ): Future[Ack] = notify[A](endpoint.method, notification)(endpoint.encoderA)\n  def notify[A: Encoder](method: String, notification: A): Future[Ack]\n  def serverRespond(response: Response): Future[Ack]\n  def clientRespond(response: Response): Unit\n  final def request[A, B](\n      endpoint: Endpoint[A, B],\n      req: A\n  ): Task[Either[Response.Error, B]] =\n    request[A, B](endpoint.method, req)(endpoint.encoderA, endpoint.decoderB)\n  def request[A: Encoder, B: Decoder](\n      method: String,\n      request: A\n  ): Task[Either[Response.Error, B]]\n}\n\nobject JsonRpcClient {\n  val empty: JsonRpcClient = new JsonRpcClient {\n    override def notify[A: Encoder](\n        method: String,\n        notification: A\n    ): Future[Ack] = Ack.Continue\n    override def serverRespond(response: Response): Future[Ack] = Ack.Continue\n    override def clientRespond(response: Response): Unit = ()\n    override def request[A: Encoder, B: Decoder](\n        method: String,\n        request: A\n    ): Task[Either[Response.Error, B]] = Task.never\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/mtags\/Mtags.scala","text":"package scala.meta.metals.mtags\n\nimport java.io.IOException\nimport java.net.URI\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.FileVisitResult\nimport java.nio.file.Files\nimport java.nio.file.Path\nimport java.nio.file.SimpleFileVisitor\nimport java.nio.file.attribute.BasicFileAttributes\nimport java.text.DecimalFormat\nimport java.util.concurrent.TimeUnit\nimport java.util.concurrent.atomic.AtomicInteger\nimport java.util.zip.ZipInputStream\nimport scala.collection.parallel.mutable.ParArray\nimport scala.meta.parsers.ParseException\nimport com.thoughtworks.qdox.parser.{ParseException => QParseException}\nimport scala.reflect.ClassTag\nimport scala.util.Sorting\nimport scala.util.control.NonFatal\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.inputs.Input\nimport org.langmeta.internal.io.FileIO\nimport org.langmeta.internal.io.PathIO\nimport org.langmeta.io.AbsolutePath\nimport org.langmeta.io.Fragment\nimport org.langmeta.io.RelativePath\nimport org.langmeta.internal.semanticdb.schema.Database\nimport org.langmeta.internal.semanticdb.schema.Document\n\n\/**\n * Syntactically build a semanticdb index containing only global symbol definition.\n *\n * The purpose of this module is to provide \"Go to definition\" from\n * project sources to dependency sources without indexing classfiles or\n * requiring dependencies to publish semanticdbs alongside their artifacts.\n *\n * One other use-case for this module is to implement \"Workspace symbol provider\"\n * without any build-tool or compiler integration. \"Mtags\" name comes from\n * mixing \"meta\" and \"ctags\".\n *\/\nobject Mtags extends LazyLogging {\n\n  \/**\n   * Build an index from a classpath of -sources.jar\n   *\n   * @param shouldIndex An optional filter to skip particular relative filenames.\n   * @param callback A callback that is called as soon as a document has been\n   *                 indexed.\n   *\/\n  def index(\n      classpath: List[AbsolutePath],\n      shouldIndex: RelativePath => Boolean = _ => true\n  )(callback: Document => Unit): Unit = {\n    val fragments = allClasspathFragments(classpath, shouldIndex)\n    val totalIndexedFiles = new AtomicInteger()\n    val totalIndexedLines = new AtomicInteger()\n    val start = System.nanoTime()\n    def elapsed: Long = {\n      val result = TimeUnit.SECONDS.convert(\n        System.nanoTime() - start,\n        TimeUnit.NANOSECONDS\n      )\n      if (result == 0) 1 \/\/ prevent divide by zero\n      else result\n    }\n    val decimal = new DecimalFormat(\"###,###\")\n    val N = fragments.length\n    def updateTotalLines(doc: Document): Unit = {\n      \/\/ NOTE(olafur) it would be interesting to have separate statistics for\n      \/\/ Java\/Scala lines\/s but that would require a more sophisticated setup.\n      totalIndexedLines.addAndGet(countLines(doc.contents))\n    }\n    def reportProgress(indexedFiles: Int): Unit = {\n      if (indexedFiles < 100) return\n      val percentage = ((indexedFiles \/ N.toDouble) * 100).toInt\n      val loc = decimal.format(totalIndexedLines.get() \/ elapsed)\n      logger.info(\n        s\"Progress $percentage%, ${decimal.format(indexedFiles)} files indexed \" +\n          s\"out of total ${decimal.format(fragments.length)} ($loc loc\/s)\"\n      )\n    }\n    logger.info(s\"Indexing $N source files\")\n    fragments.foreach { fragment =>\n      try {\n        val indexedFiles = totalIndexedFiles.incrementAndGet()\n        if (indexedFiles % 200 == 0) {\n          reportProgress(indexedFiles)\n        }\n        if (shouldIndex(fragment.name)) {\n          val doc = index(fragment)\n          updateTotalLines(doc)\n          callback(doc)\n        }\n      } catch {\n        case _: ParseException | _: QParseException => \/\/ nothing\n        case NonFatal(e) =>\n          logger.error(s\"Error indexing ${fragment.syntax}\", e)\n      }\n    }\n    reportProgress(totalIndexedFiles.get)\n    logger.info(\n      s\"Completed indexing ${decimal.format(totalIndexedFiles.get)} files with \" +\n        s\"total ${decimal.format(totalIndexedLines.get())} lines of code\"\n    )\n  }\n\n  \/** Index all documents into a single scala.meta.Database. *\/\n  def indexDatabase(\n      classpath: List[AbsolutePath],\n      shouldIndex: RelativePath => Boolean = _ => true\n  ): Database = {\n    val buffer = List.newBuilder[Document]\n    index(classpath, shouldIndex) { doc =>\n      buffer += doc\n    }\n    Database(buffer.result())\n  }\n\n  \/** Index single Scala or Java source file from memory *\/\n  def index(filename: String, contents: String): Document =\n    index(Input.VirtualFile(filename, contents))\n\n  \/** Index single Scala or Java from disk or zip file. *\/\n  def index(fragment: Fragment): Document = {\n    val uri = {\n      \/\/ Need special handling because https:\/\/github.com\/scalameta\/scalameta\/issues\/1163\n      if (isZip(fragment.base.toNIO.getFileName.toString))\n        new URI(s\"jar:${fragment.base.toURI.normalize()}!\/${fragment.name}\")\n      else fragment.uri\n    }\n    val contents = new String(FileIO.readAllBytes(uri), StandardCharsets.UTF_8)\n    index(Input.VirtualFile(uri.toString, contents))\n  }\n\n  \/** Index single Scala or Java source file from memory *\/\n  def index(input: Input.VirtualFile): Document = {\n    logger.trace(s\"Indexing ${input.path} with length ${input.value.length}\")\n    val indexer: MtagsIndexer =\n      if (isScala(input.path)) ScalaMtags.index(input)\n      else if (isJava(input.path)) JavaMtags.index(input)\n      else {\n        throw new IllegalArgumentException(\n          s\"Unknown file extension ${input.path}\"\n        )\n      }\n    val (names, symbols) = indexer.index()\n    Document(\n      filename = input.path,\n      contents = input.value,\n      language = indexer.language,\n      names,\n      Nil,\n      symbols,\n      Nil\n    )\n  }\n\n  private def canIndex(path: String): Boolean =\n    isScala(path) || isJava(path)\n  private def canUnzip(path: String): Boolean =\n    isJar(path) || isZip(path)\n  private def isJar(path: String): Boolean = path.endsWith(\".jar\")\n  private def isZip(path: String): Boolean = path.endsWith(\".zip\")\n  private def isJava(path: String): Boolean = path.endsWith(\".java\")\n  private def isScala(path: String): Boolean = path.endsWith(\".scala\")\n  private def isScala(path: Path): Boolean = PathIO.extension(path) == \"scala\"\n\n  \/** Returns all *.scala fragments to index from this classpath\n   *\n   * This implementation is copy-pasted from scala.meta.Classpath.deep with\n   * the following differences:\n   *\n   * - We build a parallel array\n   * - We log errors instead of silently ignoring them\n   * - We filter out non-scala sources\n   *\/\n  private def allClasspathFragments(\n      classpath: List[AbsolutePath],\n      shouldIndex: RelativePath => Boolean\n  ): ParArray[Fragment] = {\n    val buf = ParArray.newBuilder[Fragment]\n    def add(fragment: Fragment): Unit = {\n      if (shouldIndex(fragment.name)) buf += fragment\n      else ()\n    }\n    classpath.foreach[Any] { base =>\n      def exploreJar(base: AbsolutePath): Unit = {\n        val stream = Files.newInputStream(base.toNIO)\n        try {\n          val zip = new ZipInputStream(stream)\n          try {\n            var entry = zip.getNextEntry\n            while (entry != null) {\n              if (!entry.getName.endsWith(\"\/\") &&\n                canIndex(entry.getName)) {\n                add(\n                  Fragment(base, RelativePath(entry.getName.stripPrefix(\"\/\")))\n                )\n              }\n              entry = zip.getNextEntry\n            }\n          } finally zip.close()\n        } catch {\n          case ex: IOException =>\n            logger.error(ex.getMessage, ex)\n        } finally {\n          stream.close()\n        }\n      }\n      if (base.isDirectory) {\n        Files.walkFileTree(\n          base.toNIO,\n          new SimpleFileVisitor[Path] {\n            override def visitFile(\n                file: Path,\n                attrs: BasicFileAttributes\n            ): FileVisitResult = {\n              if (isScala(file)) {\n                add(Fragment(base, RelativePath(base.toNIO.relativize(file))))\n              }\n              FileVisitResult.CONTINUE\n            }\n          }\n        )\n      } else if (base.isFile) {\n        if (canUnzip(base.toString())) {\n          exploreJar(base)\n        } else {\n          sys.error(\n            s\"Obtained non-jar file $base. Expected directory or *.jar file.\"\n          )\n        }\n      } else {\n        logger.info(s\"Skipping $base\")\n        \/\/ Skip\n      }\n    }\n    val result = buf.result()\n    Sorting.stableSort(result.arrayseq)(\n      implicitly[ClassTag[Fragment]],\n      Ordering.by { fragment =>\n        PathIO.extension(fragment.name.toNIO) match {\n          case \"scala\" => 1\n          case \"java\" => 2\n          case _ => 3\n        }\n      }\n    )\n    result\n  }\n\n  private def countLines(string: String): Int = {\n    var i = 0\n    var lines = 0\n    while (i < string.length) {\n      if (string.charAt(i) == '\\n') lines += 1\n      i += 1\n    }\n    lines\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"test-workspace\/src\/test\/scala\/example\/UserTest.scala","text":"<gh_stars>0\npackage example\n\nclass UserTest {\n  val user = a.User.apply(name = \"\", 1)\n  user.copy(age = 2)\n  List\n    .apply(1, 2)\n    .map(x => x.+(user.age))\n  scala.runtime.CharRef.create('a')\n  val str = user.name + a.a.x\n  val left: Either[String, Int] = Left(\"\")\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/SymbolIndexer.scala","text":"<reponame>tpolecat\/metals\npackage scala.meta.metals.search\n\nimport scala.meta.metals.index._\nimport org.langmeta.semanticdb.Symbol\n\n\/**\n * A key\/value store with String keys (by symbol syntax) and\n * SymbolData as values.\n *\n * A good implementation of this trait should be:\n * - Fast: lookups should be instant to be useful from the editor.\n * - Compact: memory footprint should be small to fit in-memory even for\n *            large corpora (>millions of loc) on commodity hardware (dev laptop).\n * - Incremental: can register references to a symbol without the symbol's\n *                definition, and vice-versa.\n * - Parallel: all updates are thread safe.\n * - Persistable: it's possible to dump this index to file, and load up later.\n *                (TODO(olafur) not yet implemented)\n * All of these features may not be fully implemented yet, but the plan is to\n * reach there eventually.\n *\n * It's possible to rebuild a [[scala.meta.Database]] from a SymbolIndexer with\n * [[InverseSymbolIndexer]].\n *\/\ntrait SymbolIndexer { self =>\n\n  \/** Lookup scala.meta.Symbol *\/\n  def get(symbol: Symbol): Option[SymbolData]\n\n  \/** Lookup symbol by its syntax. *\/\n  def get(symbol: String): Option[SymbolData]\n\n  \/** Lookup symbol from inside a pattern match *\/\n  def unapply(arg: Any): Option[SymbolData] = arg match {\n    case s: String => get(s)\n    case s: Symbol => get(s)\n    case _ => None\n  }\n\n  \/** Iterator for all indexed symbols *\/\n  def allSymbols: Traversable[SymbolData]\n\n  \/** Register the definition of a symbol at a given position.\n   *\n   * Overrides existing registered definition.\n   *\/\n  def addDefinition(\n      symbol: String,\n      position: Position\n  ): Unit\n\n  \/**\n   * Register metadata about a symbol.\n   *\n   * @param flags the modifiers of this symbol, see org.langmeta.semanticdb.HasFlags\n   * @param name the name of the symbol, example \"get\" for scala.Option.get\n   * @param signature the type signature of this symbol, example \"List[T]\" for List.tail\n   *\/\n  def addDenotation(\n      symbol: String,\n      flags: Long,\n      name: String,\n      signature: String\n  ): Unit\n\n  \/**\n   * Reguster a reference\/call-site to this symbol.\n   *\n   * @param filename must be URI, can either be file on local disk or entry\n   *                 in jar\/zip.\n   * @param range start\/end offset where this symbol is referenced.\n   * @param symbol\n   *\/\n  def addReference(\n      filename: String,\n      range: Range,\n      symbol: String\n  ): Unit\n}\n"}
{"repo_name":"tpolecat\/metals","path":"benchmarks\/src\/main\/scala\/benchmarks\/HotBaseProtocolMessageParserBench.scala","text":"<reponame>tpolecat\/metals\npackage benchmarks\n\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport com.typesafe.scalalogging.Logger\nimport io.circe.Json\nimport monix.execution.schedulers.TestScheduler\nimport monix.reactive.Observable\nimport org.langmeta.jsonrpc._\nimport org.openjdk.jmh.annotations._\n\n\/**\n * benchmarks\/jmh:run -i 10 -wi 10 -f1 -t1 benchmarks.HotBaseProtocolMessageParserBench\n *\/\n@State(Scope.Thread)\n@BenchmarkMode(Array(Mode.Throughput))\n@OutputTimeUnit(TimeUnit.SECONDS)\nclass HotBaseProtocolMessageParserBench {\n\n  @Benchmark\n  def parse_1000_messages_in_increasing_size(): Unit = {\n    val requests = 1.to(1000).map { i =>\n      BaseProtocolMessage(\n        Request(\"method\", Some(Json.fromString(i.toString)), RequestId(i))\n      )\n    }\n    val messages = BaseProtocolMessage.fromByteBuffers(\n      Observable(requests: _*).map(MessageWriter.write),\n      Logger(\"bench\")\n    )\n    val s = TestScheduler()\n    val f = messages.runAsyncGetLast(s)\n    while (s.tickOne()) ()\n    Await.result(f, Duration(\"10s\"))\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/BinarySearch.scala","text":"package scala.meta.metals.search\n\nimport scala.annotation.tailrec\n\nobject BinarySearch {\n  sealed trait ComparisonResult\n  case object Greater extends ComparisonResult\n  case object Equal extends ComparisonResult\n  case object Smaller extends ComparisonResult\n\n  \/**\n   * Binary search using a custom compare function.\n   *\n   * scala.util.Searching does not support the ability to search an IndexedSeq\n   * by a custom mapping function, you must search by an element of the same\n   * type as the elements of the Seq.\n   *\n   * @param array Must be sorted according to compare function so that for all\n   *              i > j, compare(array(i), array(i)) == Greater.\n   * @param compare Callback used at every guess index to determine whether\n   *                the search element has been found, or whether to search\n   *                above or below the guess index.\n   * @return The first element where compare(element) == Equal. There is no guarantee\n   *         which element is chosen if many elements return Equal.\n   *\/\n  def array[T](\n      array: Array[T],\n      compare: T => ComparisonResult\n  ): Option[T] = {\n    @tailrec def loop(lo: Int, hi: Int): Option[T] =\n      if (lo > hi) None\n      else {\n        val mid = lo + (hi - lo) \/ 2\n        val curr = array(mid)\n        compare(curr) match {\n          case Greater => loop(lo, mid - 1)\n          case Equal => Some(curr)\n          case Smaller => loop(mid + 1, hi)\n        }\n      }\n    loop(0, array.length - 1)\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/search\/BaseIndexTest.scala","text":"<gh_stars>0\npackage tests.search\n\nimport scala.meta.interactive.InteractiveSemanticdb\nimport scala.meta.internal.inputs._\nimport scala.meta.metals.Buffers\nimport scala.meta.metals.Configuration\nimport scala.meta.metals.Effects\nimport scala.meta.metals.Uri\nimport org.langmeta.jsonrpc.JsonRpcClient\nimport scala.meta.metals.search.SymbolIndex\nimport scala.{meta => m}\nimport monix.execution.Scheduler.Implicits.global\nimport monix.reactive.Observable\nimport org.langmeta.internal.io.PathIO\nimport org.langmeta.internal.semanticdb._\nimport tests.compiler.CompilerSuite\n\nabstract class BaseIndexTest extends CompilerSuite {\n  val buffers = Buffers()\n  implicit val client: JsonRpcClient = JsonRpcClient.empty\n  val symbols = SymbolIndex(\n    PathIO.workingDirectory,\n    buffers,\n    Observable.now(Configuration())\n  )\n  def indexDocument(document: m.Document): Effects.IndexSemanticdb =\n    symbols.indexDatabase(\n      m.Database(document :: Nil).toSchema(PathIO.workingDirectory)\n    )\n  def indexInput(uri: Uri, code: String): m.Document = {\n    buffers.changed(m.Input.VirtualFile(uri.value, code))\n    val document =\n      InteractiveSemanticdb.toDocument(compiler, code, uri.value, 10000)\n    Predef.assert(\n      document.messages.isEmpty, {\n        val messages = document.messages\n          .map(m => m.position.formatMessage(m.severity.toString(), m.text))\n          .mkString(\"\\n\\n\")\n        s\"Expected no compile errors\/warnings, got:\\n$messages\"\n      }\n    )\n    indexDocument(document)\n    document\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/CodeActionProvider.scala","text":"<reponame>tpolecat\/metals<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/CodeActionProvider.scala<gh_stars>0\npackage scala.meta.metals.providers\n\nimport scala.meta.metals.WorkspaceCommand.ScalafixUnusedImports\nimport org.langmeta.lsp.CodeActionParams\nimport org.langmeta.lsp.Command\nimport org.langmeta.lsp.Diagnostic\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.lsp.Command\nimport io.circe.syntax._\n\nobject CodeActionProvider extends LazyLogging {\n  def codeActions(params: CodeActionParams): List[Command] = {\n    params.context.diagnostics.collectFirst {\n      case Diagnostic(_, _, _, Some(\"scalac\"), \"Unused import\") =>\n        Command(\n          \"Remove unused imports\",\n          ScalafixUnusedImports.entryName,\n          params.textDocument.asJson :: Nil\n        )\n    }.toList\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/Jars.scala","text":"package scala.meta.metals\n\nimport java.io.OutputStreamWriter\nimport java.io.PrintStream\nimport com.typesafe.scalalogging.LazyLogging\nimport coursier._\nimport org.langmeta.io.AbsolutePath\n\ncase class ModuleID(organization: String, name: String, version: String) {\n  def toCoursier: Dependency = Dependency(Module(organization, name), version)\n  override def toString: String = s\"$organization:$name:$version\"\n}\nobject ModuleID {\n  def fromString(string: String): List[ModuleID] = {\n    string\n      .split(\";\")\n      .iterator\n      .flatMap { moduleId =>\n        moduleId.split(\":\") match {\n          case Array(org, name, rev) =>\n            ModuleID(org, name, rev) :: Nil\n          case _ => Nil\n        }\n      }\n      .toList\n  }\n}\nobject Jars extends LazyLogging {\n  def fetch(\n      org: String,\n      artifact: String,\n      version: String,\n      out: PrintStream = System.out,\n      \/\/ If true, fetches the -sources.jar files instead of regular jar with classfiles.\n      fetchSourceJars: Boolean = false\n  ): List[AbsolutePath] =\n    fetch(ModuleID(org, artifact, version) :: Nil, out, fetchSourceJars)\n\n  def fetch(\n      modules: Iterable[ModuleID],\n      out: PrintStream,\n      fetchSourceJars: Boolean\n  ): List[AbsolutePath] = {\n    val classifier = if (fetchSourceJars) \"sources\" :: Nil else Nil\n    val res = Resolution(modules.toIterator.map(_.toCoursier).toSet)\n    val repositories = Seq(\n      Cache.ivy2Local,\n      MavenRepository(\"https:\/\/repo1.maven.org\/maven2\")\n    )\n    val term =\n      new TermDisplay(new OutputStreamWriter(out), fallbackMode = true)\n    term.init()\n    val fetch = Fetch.from(repositories, Cache.fetch(logger = Some(term)))\n    val resolution = res.process.run(fetch).unsafePerformSync\n    val errors = resolution.metadataErrors\n    if (errors.nonEmpty) {\n      sys.error(errors.mkString(\"\\n\"))\n    }\n    val artifacts: Seq[Artifact] =\n      if (fetchSourceJars) {\n        resolution\n          .dependencyClassifiersArtifacts(classifier)\n          .map(_._2)\n      } else resolution.artifacts\n    val localArtifacts = scalaz.concurrent.Task\n      .gatherUnordered(\n        artifacts.map(artifact => Cache.file(artifact).run)\n      )\n      .unsafePerformSync\n      .map(_.toEither)\n    val jars = localArtifacts.flatMap {\n      case Left(e) =>\n        if (fetchSourceJars) {\n          \/\/ There is no need to fail fast here if we are fetching source jars.\n          logger.error(e.describe)\n          Nil\n        } else {\n          throw new IllegalArgumentException(e.describe)\n        }\n      case Right(jar) if jar.getName.endsWith(\".jar\") =>\n        AbsolutePath(jar) :: Nil\n      case _ => Nil\n    }\n    term.stop()\n    jars\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DefinitionProvider.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DefinitionProvider.scala<gh_stars>0\npackage scala.meta.metals.providers\n\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.Uri\nimport org.langmeta.lsp.Location\nimport org.langmeta.lsp.Position\nimport scala.meta.metals.search.SymbolIndex\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.io.AbsolutePath\n\nobject DefinitionProvider extends LazyLogging {\n\n  def definition(\n      symbolIndex: SymbolIndex,\n      uri: Uri,\n      position: Position,\n      tempSourcesDir: AbsolutePath\n  ): List[Location] = {\n    val locations = for {\n      data <- symbolIndex.findDefinition(uri, position.line, position.character)\n      pos <- data.definition\n      _ = logger.info(s\"Found definition ${pos.pretty} ${data.symbol}\")\n    } yield pos.toLocation.toNonJar(tempSourcesDir)\n    locations.toList\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"sbt-metals\/src\/main\/scala\/scala\/meta\/sbt\/MetalsPlugin.scala","text":"package scala.meta.sbt {\n\n  import sbt._\n  import sbt.Keys._\n  import java.io._\n\n  object MetalsPlugin extends AutoPlugin {\n    override def trigger = allRequirements\n    override def requires = sbt.plugins.JvmPlugin\n    object autoImport {\n      def metalsSettings(cs: Configuration*): Seq[Def.Setting[_]] = {\n        val configs = if (cs.nonEmpty) cs else Seq(Compile)\n        configs.flatMap { config =>\n          inConfig(config)(\n            Seq(\n              metalsBuildInfo := metalsBuildInfoTask.value,\n              metalsWriteBuildInfo := metalsWriteBuildInfoTask.value\n            )\n          )\n        } ++ Seq(\n          \/\/ without config scope it will aggregate over all project dependencies\n          \/\/ and their configurations\n          metalsWriteBuildInfo := Def.taskDyn {\n            IO.delete(buildinfoDir.value \/ thisProject.value.id)\n            val depsAndConfigs = ScopeFilter(\n              inDependencies(ThisProject),\n              inConfigurations(configs: _*)\n            )\n            metalsWriteBuildInfo.all(depsAndConfigs)\n          }.value\n        )\n      }\n    }\n\n    import autoImport._\n\n    def scala211 = \"2.11.12\"\n\n    def scala212 = \"2.12.4\"\n\n    def supportedScalaVersions = List(scala212, scala211)\n\n    def semanticdbVersion = \"2.1.7\"\n\n    val metalsBuildInfo = taskKey[Map[String, String]](\n      \"List of key\/value pairs for build information such as classpath\/sourceDirectories\"\n    )\n\n    val metalsWriteBuildInfo = taskKey[Unit](\n      \"Write build information to .metals\/buildinfo\/\"\n    )\n\n    def semanticdbScalac =\n      \"org.scalameta\" % \"semanticdb-scalac\" % semanticdbVersion cross CrossVersion.full\n\n    def buildinfoDir: Def.Initialize[File] = Def.setting {\n      baseDirectory.in(ThisBuild).value \/ \".metals\" \/ \"buildinfo\"\n    }\n\n    override def projectSettings =\n      metalsSettings(Compile, Test)\n\n    override def globalSettings = Seq(\n      commands ++= Seq(\n        semanticdbEnable,\n        metalsSetup\n      ),\n      \/\/ without project scope it will aggregate over all projects\n      metalsWriteBuildInfo := {\n        Def.task {\n          metalsWriteBuildInfo.all(ScopeFilter(inAnyProject)).value\n          streams.value.log.info(\"\ud83e\udd18 Metals is ready, time to rock!\")\n        } dependsOn Def.task {\n          IO.delete(buildinfoDir.value)\n        }\n      }.value\n    )\n\n    def metalsBuildInfoTask: Def.Initialize[Task[Map[String, String]]] =\n      Def.task {\n        Map(\n          \"sources\" -> sources.value.distinct.mkString(File.pathSeparator),\n          \"unmanagedSourceDirectories\" ->\n            unmanagedSourceDirectories.value.distinct\n              .mkString(File.pathSeparator),\n          \"managedSourceDirectories\" -> managedSourceDirectories.value.distinct\n            .mkString(File.pathSeparator),\n          \"scalacOptions\" -> scalacOptions.value.mkString(\" \"),\n          \"classDirectory\" -> classDirectory.value.getAbsolutePath,\n          \"dependencyClasspath\" -> dependencyClasspath.value\n            .map(_.data.toString)\n            .mkString(File.pathSeparator),\n          \"scalaVersion\" -> scalaVersion.value,\n          \"sourceJars\" -> {\n            val sourceJars = for {\n              configurationReport <- updateClassifiers.value.configurations\n              moduleReport <- configurationReport.modules\n              (artifact, file) <- moduleReport.artifacts\n              if artifact.classifier.exists(_ == \"sources\")\n            } yield file\n            sourceJars.mkString(File.pathSeparator)\n          }\n        )\n      }\n\n    def metalsWriteBuildInfoTask: Def.Initialize[Task[Unit]] = Def.task {\n      val props = new java.util.Properties()\n      metalsBuildInfoTask.value.foreach {\n        case (k, v) => props.setProperty(k, v)\n      }\n      val out = new ByteArrayOutputStream()\n      props.store(out, null)\n      val outDir = buildinfoDir.value \/ thisProject.value.id\n      outDir.mkdirs()\n      val outFile = outDir \/ s\"${configuration.value.name}.properties\"\n      IO.write(outFile, out.toString())\n      streams.value.log.info(s\"Wrote ${outFile}\")\n    }\n\n    lazy val metalsSetup = Command.command(\n      \"metalsSetup\",\n      briefHelp =\n        \"Generates .metals\/buildinfo\/**.properties files containing build metadata \" +\n          \"such as classpath and source directories.\",\n      detail = \"\"\n    ) { st: State =>\n      \"semanticdbEnable\" :: \"*\/metalsWriteBuildInfo\" :: st\n    }\n\n    \/** sbt 1.0 and 0.13 compatible implementation of partialVersion *\/\n    private def partialVersion(version: String): Option[(Long, Long)] =\n      CrossVersion.partialVersion(version).map {\n        case (a, b) => (a.toLong, b.toLong)\n      }\n\n    private lazy val partialToFullScalaVersion: Map[(Long, Long), String] =\n      (for {\n        v <- supportedScalaVersions\n        p <- partialVersion(v).toList\n      } yield p -> v).toMap\n\n    private def projectsWithMatchingScalaVersion(\n        state: State\n    ): Seq[(ProjectRef, String)] = {\n      val extracted = Project.extract(state)\n      for {\n        p <- extracted.structure.allProjectRefs\n        version <- scalaVersion.in(p).get(extracted.structure.data).toList\n        partialVersion <- partialVersion(version).toList\n        fullVersion <- partialToFullScalaVersion.get(partialVersion).toList\n      } yield p -> fullVersion\n    }\n\n    \/** Command to automatically enable semanticdb-scalac for shell session *\/\n    lazy val semanticdbEnable = Command.command(\n      \"semanticdbEnable\",\n      briefHelp =\n        \"Configure libraryDependencies, scalaVersion and scalacOptions for scalafix.\",\n      detail =\n        \"\"\"1. enables the semanticdb-scalac compiler plugin\n          |2. sets scalaVersion to latest Scala version supported by scalafix\n          |3. add -Yrangepos to scalacOptions\"\"\".stripMargin\n    ) { s =>\n      val extracted = Project.extract(s)\n      val settings: Seq[Setting[_]] = for {\n        (p, fullVersion) <- projectsWithMatchingScalaVersion(s)\n        isEnabled = libraryDependencies\n          .in(p)\n          .get(extracted.structure.data)\n          .exists(_.exists(_.name == \"semanticdb-scalac\"))\n        if !isEnabled\n        setting <- List(\n          scalaVersion.in(p) := fullVersion,\n          scalacOptions.in(p) ++= List(\n            \"-Yrangepos\",\n            s\"-Xplugin-require:semanticdb\"\n          ),\n          libraryDependencies.in(p) += compilerPlugin(\n            \"org.scalameta\" % \"semanticdb-scalac\" %\n              semanticdbVersion cross CrossVersion.full\n          )\n        )\n      } yield setting\n      val semanticdbInstalled = Compat.appendWithSession(extracted, settings, s)\n      s.log.info(\"\ud83d\udc4c semanticdb-scalac is enabled\")\n      semanticdbInstalled\n    }\n  }\n}\n\npackage sbt {\n  package internal {\n    \/\/ This package doesn't exist in sbt 0.13\n  }\n\n  \/\/ We need `Load`, which is `sbt.Load` in 0.13, `sbt.internal.Load` in 1.0.\n  import internal._\n  object Compat {\n\n    \/\/ Copy-pasted `appendWithSession` from sbt, available only in sbt 1.1.\n    def appendWithSession(\n        extracted: Extracted,\n        settings: Seq[Setting[_]],\n        state: State\n    ): State =\n      appendImpl(extracted, settings, state, extracted.session.mergeSettings)\n\n    private[this] def appendImpl(\n        extracted: Extracted,\n        settings: Seq[Setting[_]],\n        state: State,\n        sessionSettings: Seq[Setting[_]]\n    ): State = {\n      import extracted.{currentRef, rootProject, session, showKey, structure}\n      val appendSettings =\n        Load.transformSettings(\n          Load.projectScope(currentRef),\n          currentRef.build,\n          rootProject,\n          settings\n        )\n      val newStructure =\n        Load.reapply(sessionSettings ++ appendSettings, structure)\n      Project.setProject(session, newStructure, state)\n    }\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/search\/SymbolIndexTest.scala","text":"<reponame>tpolecat\/metals\npackage tests.search\n\nimport java.io.PipedOutputStream\nimport java.nio.file.Files\nimport java.nio.file.Paths\nimport scala.meta.metals.MSchedulers\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.MetalsServices\nimport scala.meta.metals.Uri\nimport scala.meta.metals.internal.BuildInfo\nimport org.langmeta.{lsp => l}\nimport org.langmeta.lsp.ClientCapabilities\nimport org.langmeta.lsp.InitializeParams\nimport org.langmeta.lsp.Location\nimport org.langmeta.lsp.Position\nimport org.langmeta.lsp.Range\nimport scala.meta.metals.search.InMemorySymbolIndex\nimport scala.meta.metals.search.InverseSymbolIndexer\nimport scala.meta.metals.search.SymbolIndex\nimport scala.{meta => m}\nimport com.typesafe.scalalogging.LazyLogging\nimport monix.execution.schedulers.TestScheduler\nimport org.langmeta.io.AbsolutePath\nimport org.langmeta.io.Classpath\nimport org.langmeta.lsp.LanguageClient\nimport org.langmeta.semanticdb.Symbol\nimport tests.MegaSuite\nimport utest._\n\nobject SymbolIndexTest extends MegaSuite with LazyLogging {\n  implicit val cwd: AbsolutePath =\n    AbsolutePath(BuildInfo.testWorkspaceBaseDirectory)\n  object path {\n    val User = cwd\n      .resolve(\"src\")\n      .resolve(\"main\")\n      .resolve(\"scala\")\n      .resolve(\"example\")\n      .resolve(\"User.scala\")\n    val UserUri = Uri(User)\n    val UserReferenceLine = 3\n\n    val UserTest = cwd\n      .resolve(\"src\")\n      .resolve(\"test\")\n      .resolve(\"scala\")\n      .resolve(\"example\")\n      .resolve(\"UserTest.scala\")\n    val UserTestUri = Uri(UserTest)\n  }\n  Predef.assert(\n    Files.isRegularFile(path.User.toNIO),\n    path.User.toString()\n  )\n  Predef.assert(\n    Files.isRegularFile(path.UserTest.toNIO),\n    path.UserTest.toString()\n  )\n  val s = TestScheduler()\n  val mscheduler = new MSchedulers(s, s, s)\n  val stdout = new PipedOutputStream()\n  \/\/ TODO(olafur) run this as part of utest.runner.Framework.setup()\n  val client = new LanguageClient(stdout, logger)\n  val metals = new MetalsServices(cwd, client, mscheduler)\n  metals\n    .initialize(InitializeParams(0L, cwd.toString(), ClientCapabilities()))\n    .runAsync(s)\n  while (s.tickOne()) () \/\/ Trigger indexing\n  val index: SymbolIndex = metals.symbolIndex\n  val reminderMsg = \"Did you run metalsSetup from sbt?\"\n  override val tests = Tests {\n\n    \/** Checks that there is a symbol at given position, it's in the index and has expected name *\/\n    def assertSymbolFound(line: Int, column: Int)(\n        expected: String\n    ): Symbol = {\n      val (symbol, _) = index\n        .findSymbol(path.UserTestUri, line, column)\n        .getOrElse(\n          fail(\n            s\"Symbol not found at $path.UserTest:$line:$column. ${reminderMsg}\"\n          )\n        )\n      assertNoDiff(symbol.syntax, expected)\n      val symbolData = index\n        .referencesData(symbol)\n        .headOption\n        .getOrElse(\n          fail(s\"Symbol ${symbol} is not found in the index. ${reminderMsg}\")\n        )\n      assertNoDiff(symbolData.symbol, expected)\n      symbol\n    }\n\n    \/** Checks that given symbol has a definition with expected name *\/\n    def assertSymbolDefinition(line: Int, column: Int)(\n        expectedSymbol: String,\n        expectedDefn: String\n    ): Unit = {\n      val symbol = assertSymbolFound(line, column)(expectedSymbol)\n      val data = index\n        .definitionData(symbol)\n        .getOrElse(\n          fail(s\"Definition not found for term ${symbol}\")\n        )\n      assertNoDiff(data.symbol, expectedDefn)\n    }\n\n    \/** Checks that given symbol has a definition with expected name *\/\n    def assertSymbolReferences(\n        line: Int,\n        column: Int,\n        withDefinition: Boolean\n    )(\n        expected: Location*\n    ): Unit = {\n      val (symbol, _) = index\n        .findSymbol(path.UserTestUri, line, column)\n        .getOrElse(\n          fail(\n            s\"Symbol not found at $path.UserTest:$line:$column. ${reminderMsg}\"\n          )\n        )\n      val dataList = index.referencesData(symbol)\n      if (dataList.isEmpty) fail(s\"References not found for term ${symbol}\")\n      \/\/ TODO: use `dataList` to test expected alternatives\n      val found = for {\n        data <- dataList\n        pos <- data.referencePositions(withDefinition)\n      } yield pos.toLocation\n\n      val missingLocations = found.toSet diff expected.toSet\n      assert(missingLocations.isEmpty)\n      val unexpectedLocations = expected.toSet diff found.toSet\n      assert(unexpectedLocations.isEmpty)\n    }\n\n    def ref(\n        path: AbsolutePath,\n        start: (Int, Int),\n        end: (Int, Int)\n    ): Location =\n      l.Location(\n        s\"file:${path.toString}\",\n        Range(\n          Position(start._1, start._2),\n          l.Position(end._1, end._2)\n        )\n      )\n\n    \"definition\" - {\n      \"<<User>>(...)\" -\n        assertSymbolDefinition(path.UserReferenceLine, 17)(\n          \"_root_.a.User.\",\n          \"_root_.a.User#\"\n        )\n      \"User.<<apply>>(...)\" -\n        assertSymbolDefinition(3, 22)(\n          \"_root_.a.User.apply(Ljava\/lang\/String;I)La\/User;.\",\n          \"_root_.a.User#\"\n        )\n      \"User.<<copy>>(...)\" -\n        assertSymbolDefinition(4, 9)(\n          \"_root_.a.User#copy(Ljava\/lang\/String;I)La\/User;.\",\n          \"_root_.a.User#\"\n        )\n      \"User.apply(<<name>> ...)\" -\n        assertSymbolDefinition(3, 28)(\n          \"_root_.a.User.apply(Ljava\/lang\/String;I)La\/User;.(name)\",\n          \"_root_.a.User#(name)\"\n        )\n      \"user.copy(<<age>> = ...)\" -\n        assertSymbolDefinition(4, 14)(\n          \"_root_.a.User#copy(Ljava\/lang\/String;I)La\/User;.(age)\",\n          \"_root_.a.User#(age)\"\n        )\n    }\n\n    \"classpath\" - {\n      \"<<List>>(...)\" - \/\/ ScalaMtags\n        assertSymbolFound(5, 5)(\"_root_.scala.collection.immutable.List.\")\n      \"<<CharRef>>.create(...)\" - \/\/ JavaMtags\n        assertSymbolFound(8, 19)(\"_root_.scala.runtime.CharRef.\")\n    }\n\n    \"references\" - {\n      \"<<User>>(...)\" -\n        assertSymbolReferences(3, 17, withDefinition = true)(\n          ref(path.User, (2, 11), (2, 15)),\n          ref(path.UserTest, (3, 15), (3, 19))\n        )\n      \"<<List>>\" -\n        assertSymbolReferences(5, 5, withDefinition = false)(\n          ref(path.User, (6, 10), (6, 14)),\n          ref(path.UserTest, (5, 2), (5, 6))\n        )\n      \"a.a.<<x>>\" -\n        assertSymbolReferences(9, 28, withDefinition = true)(\n          ref(path.User, (5, 6), (5, 7)),\n          ref(path.User, (6, 18), (6, 19)),\n          ref(path.UserTest, (9, 28), (9, 29))\n        )\n      \"User.apply(<<name>> ...)\" -\n        assertSymbolReferences(3, 27, withDefinition = false)(\n          \/\/ ref(path.User,     (2,16),  (2,20)), \/\/ definition\n          ref(path.UserTest, (3, 26), (3, 30)),\n          ref(path.UserTest, (9, 17), (9, 21))\n        )\n    }\n\n    \"workspace\" - {\n      def checkQuery(\n          expected: String*\n      )(implicit path: utest.framework.TestPath): Unit = {\n        while (s.tickOne()) ()\n        val result = metals.symbolIndex.workspaceSymbols(path.value.last)\n        val obtained = result.toIterator.map(_.name).mkString(\"\\n\")\n        assertNoDiff(obtained, expected.mkString(\"\\n\"))\n      }\n      \"EmptyResult\" - checkQuery()\n      \"User\" - checkQuery(\"User\", \"UserTest\")\n      \"Test\" - checkQuery(\"UserTest\")\n    }\n\n    \"bijection\" - {\n      val target = cwd.resolve(\"target\").resolve(\"scala-2.12\")\n      val originalDatabase = {\n        val complete = m.Database.load(\n          Classpath(\n            target.resolve(\"classes\") ::\n              target.resolve(\"test-classes\") ::\n              Nil\n          )\n        )\n        val slimDocuments = complete.documents.map { d =>\n          d.copy(messages = Nil, synthetics = Nil, symbols = Nil)\n        }\n        m.Database(slimDocuments)\n      }\n      index match {\n        case index: InMemorySymbolIndex =>\n          val reconstructedDatabase = InverseSymbolIndexer.reconstructDatabase(\n            cwd,\n            index.documentIndex,\n            index.symbolIndexer.allSymbols\n          )\n          val filenames = reconstructedDatabase.documents.toIterator.map { d =>\n            Paths.get(d.input.syntax).getFileName.toString\n          }.toList\n          assert(filenames.nonEmpty)\n          assert(\n            filenames == List(\n              \"User.scala\",\n              \"UserTest.scala\"\n            )\n          )\n          assertNoDiff(reconstructedDatabase.syntax, originalDatabase.syntax)\n        case _ =>\n          fail(s\"Unsupported index ${index.getClass}\")\n      }\n    }\n\n    \"edit-distance\" - {\n      val user = path.UserTestUri.toInput(metals.buffers)\n      val newUser = user.copy(value = \"\/\/ leading comment\\n\" + user.value)\n      metals.buffers.changed(newUser)\n      assertSymbolDefinition(path.UserReferenceLine + 1, 17)(\n        \"_root_.a.User.\",\n        \"_root_.a.User#\"\n      )\n    }\n  }\n\n  override def utestAfterAll(): Unit = {\n    println(\"Shutting down server...\")\n    metals.shutdown()\n    while (s.tickOne()) ()\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"lsp4s\/src\/main\/scala\/org\/langmeta\/lsp\/Enums.scala","text":"package org.langmeta.lsp\n\nimport enumeratum.values._\n\nsealed abstract class DiagnosticSeverity(val value: Int) extends IntEnumEntry\n\ncase object DiagnosticSeverity\n    extends IntEnum[DiagnosticSeverity]\n    with IntCirceEnum[DiagnosticSeverity] {\n\n  case object Error extends DiagnosticSeverity(1)\n  case object Warning extends DiagnosticSeverity(2)\n  case object Information extends DiagnosticSeverity(3)\n  case object Hint extends DiagnosticSeverity(4)\n\n  val values = findValues\n}\nsealed abstract class CompletionItemKind(val value: Int) extends IntEnumEntry\n\ncase object CompletionItemKind\n    extends IntEnum[CompletionItemKind]\n    with IntCirceEnum[CompletionItemKind] {\n\n  case object Text extends CompletionItemKind(1)\n  case object Method extends CompletionItemKind(2)\n  case object Function extends CompletionItemKind(3)\n  case object Constructor extends CompletionItemKind(4)\n  case object Field extends CompletionItemKind(5)\n  case object Variable extends CompletionItemKind(6)\n  case object Class extends CompletionItemKind(7)\n  case object Interface extends CompletionItemKind(8)\n  case object Module extends CompletionItemKind(9)\n  case object Property extends CompletionItemKind(10)\n  case object Unit extends CompletionItemKind(11)\n  case object Value extends CompletionItemKind(12)\n  case object Enum extends CompletionItemKind(13)\n  case object Keyword extends CompletionItemKind(14)\n  case object Snippet extends CompletionItemKind(15)\n  case object Color extends CompletionItemKind(16)\n  case object File extends CompletionItemKind(17)\n  case object Reference extends CompletionItemKind(18)\n\n  val values = findValues\n}\n\nsealed abstract class DocumentHighlightKind(val value: Int) extends IntEnumEntry\n\ncase object DocumentHighlightKind\n    extends IntEnum[DocumentHighlightKind]\n    with IntCirceEnum[DocumentHighlightKind] {\n\n  \/** A textual occurrence *\/\n  case object Text extends DocumentHighlightKind(1)\n\n  \/** Read-access of a symbol, like reading a variable *\/\n  case object Read extends DocumentHighlightKind(2)\n\n  \/** Write-access of a symbol, like writing to a variable *\/\n  case object Write extends DocumentHighlightKind(3)\n\n  val values = findValues\n}\n\nsealed abstract class SymbolKind(val value: Int) extends IntEnumEntry\n\ncase object SymbolKind\n    extends IntEnum[SymbolKind]\n    with IntCirceEnum[SymbolKind] {\n\n  case object File extends SymbolKind(1)\n  case object Module extends SymbolKind(2)\n  case object Namespace extends SymbolKind(3)\n  case object Package extends SymbolKind(4)\n  case object Class extends SymbolKind(5)\n  case object Method extends SymbolKind(6)\n  case object Property extends SymbolKind(7)\n  case object Field extends SymbolKind(8)\n  case object Constructor extends SymbolKind(9)\n  case object Enum extends SymbolKind(10)\n  case object Interface extends SymbolKind(11)\n  case object Function extends SymbolKind(12)\n  case object Variable extends SymbolKind(13)\n  case object Constant extends SymbolKind(14)\n  case object String extends SymbolKind(15)\n  case object Number extends SymbolKind(16)\n  case object Boolean extends SymbolKind(17)\n  case object Array extends SymbolKind(18)\n\n  val values = findValues\n}\n\nsealed abstract class MessageType(val value: Int) extends IntEnumEntry\n\ncase object MessageType\n    extends IntEnum[MessageType]\n    with IntCirceEnum[MessageType] {\n\n  \/** An error message. *\/\n  case object Error extends MessageType(1)\n\n  \/** A warning message. *\/\n  case object Warning extends MessageType(2)\n\n  \/** An information message. *\/\n  case object Info extends MessageType(3)\n\n  \/** A log message. *\/\n  case object Log extends MessageType(4)\n\n  val values = findValues\n}\n\nsealed abstract class TextDocumentSyncKind(val value: Int) extends IntEnumEntry\n\ncase object TextDocumentSyncKind\n    extends IntEnum[TextDocumentSyncKind]\n    with IntCirceEnum[TextDocumentSyncKind] {\n\n  \/** Documents should not be synced at all *\/\n  case object None extends TextDocumentSyncKind(0)\n\n  \/** Documents are synced by always sending the full content of the document *\/\n  case object Full extends TextDocumentSyncKind(1)\n\n  \/** Documents are synced by sending the full content on open.\n   * After that only incremental updates to the document are send.\n   *\/\n  case object Incremental extends TextDocumentSyncKind(2)\n\n  val values = findValues\n}\n\n\/**\n * Represents reasons why a text document is saved.\n *\/\nsealed abstract class TextDocumentSaveReason(val value: Int)\n    extends IntEnumEntry\n\ncase object TextDocumentSaveReason\n    extends IntEnum[TextDocumentSaveReason]\n    with IntCirceEnum[TextDocumentSaveReason] {\n\n  \/**\n   * Manually triggered, e.g. by the user pressing save, by starting debugging,\n   * or by an API call.\n   *\/\n  case object Manual extends TextDocumentSaveReason(1)\n\n  \/** Automatic after a delay. *\/\n  case object AfterDelay extends TextDocumentSaveReason(2)\n\n  \/** When the editor lost focus. *\/\n  case object FocusOut extends TextDocumentSaveReason(3)\n\n  val values = findValues\n}\n\nsealed abstract class FileChangeType(val value: Int) extends IntEnumEntry\n\ncase object FileChangeType\n    extends IntEnum[FileChangeType]\n    with IntCirceEnum[FileChangeType] {\n\n  case object Created extends FileChangeType(1)\n  case object Changed extends FileChangeType(2)\n  case object Deleted extends FileChangeType(3)\n\n  val values = findValues\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/HoverProvider.scala","text":"package scala.meta.metals.providers\n\nimport scala.meta.Type\nimport scala.meta.metals.Uri\nimport org.langmeta.lsp.Hover\nimport org.langmeta.lsp.RawMarkedString\nimport scala.meta.metals.search.SymbolIndex\nimport scala.{meta => m}\nimport scalafix.internal.util.DenotationOps\nimport scalafix.internal.util.TypeSyntax\nimport scalafix.rule.RuleCtx\nimport scalafix.util.SemanticdbIndex\nimport scala.meta.metals.index.SymbolData\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.internal.semanticdb.schema\n\nobject HoverProvider extends LazyLogging {\n  def empty: Hover = Hover(Nil, None)\n  val Template =\n    m.Template(Nil, Nil, m.Self(m.Name.Anonymous(), None), Nil)\n\n  def hover(\n      index: SymbolIndex,\n      uri: Uri,\n      line: Int,\n      column: Int\n  ): Hover = {\n    val result = for {\n      (symbol, _) <- index.findSymbol(uri, line, column)\n      data <- index.data(symbol)\n      tpe <- getPrettyDefinition(symbol, data)\n      document <- index.documentIndex.getDocument(uri)\n    } yield {\n      val scalafixIndex = SemanticdbIndex.load(\n        schema.Database(document :: Nil).toDb(None),\n        m.Sourcepath(Nil),\n        m.Classpath(Nil)\n      )\n      val prettyTpe = new TypePrinter()(scalafixIndex).apply(tpe)\n      Hover(\n        contents = RawMarkedString(language = \"scala\", value = prettyTpe.syntax) :: Nil,\n        range = None\n      )\n    }\n    result.getOrElse(Hover(Nil, None))\n  }\n\n  \/** Returns a definition tree for this symbol signature *\/\n  private def getPrettyDefinition(\n      symbol: m.Symbol,\n      data: SymbolData\n  ): Option[m.Tree] = {\n    val denotation = m.Denotation(data.flags, data.name, data.signature, Nil)\n    val input = m.Input.Denotation(denotation.signature, symbol)\n    val mods = getMods(denotation)\n    val name = m.Term.Name(denotation.name)\n    val tname = m.Type.Name(denotation.name)\n    def parsedTpe: Option[Type] =\n      DenotationOps.defaultDialect(input).parse[m.Type].toOption\n    if (denotation.isVal) {\n      parsedTpe.map { tpe =>\n        m.Decl.Val(mods, m.Pat.Var(name) :: Nil, tpe)\n      }\n    } else if (denotation.isVar) {\n\n      parsedTpe.collect {\n        case Type.Method((m.Term.Param(_, _, Some(tpe), _) :: Nil) :: Nil, _) =>\n          m.Decl.Var(\n            mods,\n            \/\/ TODO(olafur) fix https:\/\/github.com\/scalameta\/scalameta\/issues\/1100\n            m.Pat.Var(m.Term.Name(name.value.stripSuffix(\"_=\"))) :: Nil,\n            tpe\n          )\n      }\n    } else if (denotation.isDef) {\n      \/\/ turn method types into defs\n      \/\/ TODO(olafur) handle def macros\n      DenotationOps.defaultDialect(input).parse[m.Type].toOption.map {\n        case m.Type.Lambda(tparams, m.Type.Method(paramss, tpe)) =>\n          m.Decl.Def(mods, name, tparams, paramss, tpe)\n        case m.Type.Lambda(tparams, tpe) =>\n          m.Decl.Def(mods, name, tparams, Nil, tpe)\n        case m.Type.Method(paramss, tpe) =>\n          m.Decl.Def(mods, name, Nil, paramss, tpe)\n        case t => t\n      }\n    } else if (denotation.isPackageObject) {\n      symbol match {\n        case m.Symbol.Global(\n            m.Symbol.Global(_, m.Signature.Term(pkg)),\n            m.Signature.Term(\"package\")\n            ) =>\n          Some(m.Pkg.Object(mods, m.Term.Name(pkg), Template))\n        case _ =>\n          logger.warn(s\"Unexpected package object symbol: $symbol\")\n          None\n      }\n    } else if (denotation.isType && denotation.isAbstract) {\n      Some(\n        m.Decl.Type(\n          mods.filterNot(_.is[m.Mod.Abstract]),\n          tname,\n          Nil,\n          m.Type.Bounds(None, None)\n        )\n      )\n    } else if (denotation.isType) {\n      parsedTpe.map {\n        case m.Type.Lambda(tparams, tpe) =>\n          m.Defn.Type(mods, tname, tparams, tpe)\n        case tpe =>\n          m.Defn.Type(mods, tname, Nil, tpe)\n      }\n    } else if (denotation.isObject) {\n      Some(m.Defn.Object(mods.filterNot(_.is[m.Mod.Final]), name, Template))\n    } else if (denotation.isClass) {\n      Some(\n        m.Defn.Class(\n          mods,\n          tname,\n          Nil,\n          m.Ctor.Primary(Nil, m.Name.Anonymous(), Nil),\n          Template\n        )\n      )\n    } else if (denotation.isTrait) {\n      Some(\n        m.Defn.Trait(\n          mods,\n          tname,\n          Nil,\n          m.Ctor.Primary(Nil, m.Name.Anonymous(), Nil),\n          Template\n        )\n      )\n    } else if (denotation.isPackage) {\n      Some(m.Pkg(name, Nil))\n    } else if (!denotation.signature.isEmpty) {\n      parsedTpe\n    } else {\n      Some(m.Type.Name(data.name))\n    }\n  }\n\n  private def getMods(denotation: m.Denotation): List[m.Mod] = {\n    import denotation._\n    import scala.meta._\n    val buf = List.newBuilder[m.Mod]\n    if (isPrivate) buf += mod\"private\"\n    if (isProtected) buf += mod\"protected\"\n    if (isFinal) buf += mod\"final\"\n    if (isAbstract) buf += mod\"abstract\"\n    if (isImplicit) buf += mod\"implicit\"\n    if (isLazy) buf += mod\"lazy\"\n    if (isSealed) buf += mod\"sealed\"\n    buf.result()\n  }\n\n  \/** Pretty-prints types in a given tree\n   *\n   * Uses the scalafix TypeSyntax, the same one used by ExplicitResultTypes.\n   * It's quite primitive for now, but the plan is to implement fancy\n   * stuff in the future like scope aware printing taking into\n   * account renames etc.\n   *\/\n  private class TypePrinter(implicit scalafixIndex: SemanticdbIndex)\n      extends m.Transformer {\n    private def pretty(tpe: m.Type): m.Tree = {\n      val printed =\n        TypeSyntax.prettify(tpe, RuleCtx(m.Lit.Null()), shortenNames = true)._1\n      InfixSymbolicTypes.apply(printed)\n    }\n\n    override def apply(tree: m.Tree): m.Tree = tree match {\n      case tpe: m.Type => {\n        pretty(tpe)\n      }\n      case _ => super.apply(tree)\n    }\n  }\n\n  \/** Makes all symbolic type binary operators infix *\/\n  private object InfixSymbolicTypes extends m.Transformer {\n    private object SymbolicType {\n      def unapply(arg: m.Type): Option[m.Type.Name] = arg match {\n        case nme @ m.Type.Name(name) =>\n          if (!name.isEmpty &&\n            !Character.isJavaIdentifierStart(name.charAt(0))) {\n            Some(nme)\n          } else None\n        case _ => None\n      }\n    }\n    override def apply(tree: m.Tree): m.Tree = {\n      val next = tree match {\n        case m.Type.Apply(SymbolicType(name), lhs :: rhs :: Nil) =>\n          m.Type.ApplyInfix(lhs, name, rhs)\n        case t => t\n      }\n      super.apply(next)\n    }\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/ScalametaEnrichments.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/ScalametaEnrichments.scala\npackage scala.meta.metals\n\nimport java.net.URI\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.Files\nimport java.nio.file.Paths\nimport org.langmeta.lsp.Diagnostic\nimport org.langmeta.lsp.Location\nimport org.langmeta.lsp.Position\nimport scala.meta.metals.{index => i}\nimport org.langmeta.internal.semanticdb.{schema => s}\nimport scala.{meta => m}\nimport org.langmeta.lsp.SymbolKind\nimport org.langmeta.{lsp => l}\nimport org.langmeta.internal.io.FileIO\nimport org.langmeta.io.AbsolutePath\n\n\/\/ Extension methods for convenient reuse of data conversions between\n\/\/ scala.meta._ and language.types._\nobject ScalametaEnrichments {\n\n  implicit class XtensionMessageLSP(val msg: m.Message) extends AnyVal {\n    def toLSP(source: String): Diagnostic =\n      l.Diagnostic(\n        range = msg.position.toRange,\n        severity = Some(msg.severity.toLSP),\n        code = None,\n        source = Some(source),\n        message = msg.text\n      )\n  }\n\n  implicit class XtensionSeverityLSP(val severity: m.Severity) extends AnyVal {\n    def toLSP: l.DiagnosticSeverity = severity match {\n      case m.Severity.Info => l.DiagnosticSeverity.Information\n      case m.Severity.Warning => l.DiagnosticSeverity.Warning\n      case m.Severity.Error => l.DiagnosticSeverity.Error\n    }\n  }\n\n  implicit class XtensionTreeLSP(val tree: m.Tree) extends AnyVal {\n    import scala.meta._\n\n    \/\/ TODO(alexey) function inside a block\/if\/for\/etc.?\n    def isFunction: Boolean = {\n      val tpeOpt: Option[Type] = tree match {\n        case d: Decl.Val => Some(d.decltpe)\n        case d: Decl.Var => Some(d.decltpe)\n        case d: Defn.Val => d.decltpe\n        case d: Defn.Var => d.decltpe\n        case _ => None\n      }\n      tpeOpt.filter(_.is[Type.Function]).nonEmpty\n    }\n\n    \/\/ NOTE: we care only about descendants of Decl, Defn and Pkg[.Object] (see documentSymbols implementation)\n    def symbolKind: SymbolKind = tree match {\n      case f if f.isFunction => SymbolKind.Function\n      case _: Decl.Var | _: Defn.Var => SymbolKind.Variable\n      case _: Decl.Val | _: Defn.Val => SymbolKind.Constant\n      case _: Decl.Def | _: Defn.Def => SymbolKind.Method\n      case _: Decl.Type | _: Defn.Type => SymbolKind.Field\n      case _: Defn.Macro => SymbolKind.Constructor\n      case _: Defn.Class => SymbolKind.Class\n      case _: Defn.Trait => SymbolKind.Interface\n      case _: Defn.Object => SymbolKind.Module\n      case _: Pkg.Object => SymbolKind.Namespace\n      case _: Pkg => SymbolKind.Package\n      \/\/ TODO(alexey) are these kinds useful?\n      \/\/ case ??? => SymbolKind.Enum\n      \/\/ case ??? => SymbolKind.String\n      \/\/ case ??? => SymbolKind.Number\n      \/\/ case ??? => SymbolKind.Boolean\n      \/\/ case ??? => SymbolKind.Array\n      case _ => SymbolKind.Field\n    }\n\n    \/** Fully qualified name for packages, normal name for everything else *\/\n    def qualifiedName: Option[String] = tree match {\n      case Term.Name(name) => Some(name)\n      case Term.Select(qual, name) =>\n        qual.qualifiedName.map { prefix =>\n          s\"${prefix}.${name}\"\n        }\n      case Pkg(sel: Term.Select, _) => sel.qualifiedName\n      case m: Member => Some(m.name.value)\n      case _ => None\n    }\n\n    \/** All names within the node.\n     * - if it's a package, it will have its qualified name: `package foo.bar.buh`\n     * - if it's a val\/var, it may contain several names in the pattern: `val (x, y, z) = ...`\n     * - for everything else it's just its normal name (if it has one)\n     *\/\n    private def patternNames(pats: List[Pat]): Seq[String] =\n      pats.flatMap { _.collect { case Pat.Var(name) => name.value } }\n    def names: Seq[String] = tree match {\n      case t: Pkg => t.qualifiedName.toSeq\n      case t: Defn.Val => patternNames(t.pats)\n      case t: Decl.Val => patternNames(t.pats)\n      case t: Defn.Var => patternNames(t.pats)\n      case t: Decl.Var => patternNames(t.pats)\n      case t: Member => Seq(t.name.value)\n      case _ => Seq()\n    }\n  }\n  implicit class XtensionInputLSP(val input: m.Input) extends AnyVal {\n    def contents: String = input match {\n      case m.Input.VirtualFile(_, value) => value\n      case _ => new String(input.chars)\n    }\n  }\n  implicit class XtensionIndexPosition(val pos: i.Position) extends AnyVal {\n    def pretty: String =\n      s\"${pos.uri.replaceFirst(\".*\/\", \"\")} [${pos.range.map(_.pretty).getOrElse(\"\")}]\"\n\n    def toLocation: Location = {\n      l.Location(\n        pos.uri,\n        pos.range.get.toRange\n      )\n    }\n  }\n  implicit class XtensionIndexRange(val range: i.Range) extends AnyVal {\n    def pretty: String =\n      f\"${range.startLine}%3d:${range.startColumn}%3d|${range.endLine}%3d:${range.endColumn}%3d\"\n    def toRange: l.Range = l.Range(\n      Position(line = range.startLine, character = range.startColumn),\n      l.Position(line = range.endLine, character = range.endColumn)\n    )\n    def contains(pos: m.Position): Boolean = {\n      range.startLine <= pos.startLine &&\n      range.startColumn <= pos.startColumn &&\n      range.endLine >= pos.endLine &&\n      range.endColumn >= pos.endColumn\n    }\n    def contains(line: Int, column: Int): Boolean = {\n      range.startLine <= line &&\n      range.startColumn <= column &&\n      range.endLine >= line &&\n      range.endColumn >= column\n    }\n  }\n  implicit class XtensionAbsolutePathLSP(val path: m.AbsolutePath)\n      extends AnyVal {\n    def toLocation(pos: m.Position): Location =\n      l.Location(path.toLanguageServerUri, pos.toRange)\n    def toLanguageServerUri: String = \"file:\" + path.toString()\n  }\n  implicit class XtensionPositionRangeLSP(val pos: m.Position) extends AnyVal {\n    def toIndexRange: i.Range = i.Range(\n      startLine = pos.startLine,\n      startColumn = pos.startColumn,\n      endLine = pos.endLine,\n      endColumn = pos.endColumn\n    )\n    def contains(offset: Int): Boolean =\n      if (pos.start == pos.end) pos.end == offset\n      else {\n        pos.start <= offset &&\n        pos.end > offset\n      }\n    def location: String =\n      s\"${pos.input.syntax}:${pos.startLine}:${pos.startColumn}\"\n    def toRange: l.Range = l.Range(\n      l.Position(line = pos.startLine, character = pos.startColumn),\n      l.Position(line = pos.endLine, character = pos.endColumn)\n    )\n  }\n  implicit class XtensionSymbolGlobalTerm(val sym: m.Symbol.Global)\n      extends AnyVal {\n    def toType: m.Symbol.Global = sym match {\n      case m.Symbol.Global(owner, m.Signature.Term(name)) =>\n        m.Symbol.Global(owner, m.Signature.Type(name))\n      case _ => sym\n    }\n    def toTerm: m.Symbol.Global = sym match {\n      case m.Symbol.Global(owner, m.Signature.Type(name)) =>\n        m.Symbol.Global(owner, m.Signature.Term(name))\n      case _ => sym\n    }\n  }\n  implicit class XtensionSymbol(val sym: m.Symbol) extends AnyVal {\n    import scala.meta._\n\n    \/** Returns a list of fallback symbols that can act instead of given symbol. *\/\n    \/\/ TODO(alexey) review\/refine this list\n    def referenceAlternatives: List[Symbol] = {\n      List(\n        caseClassCompanionToType,\n        caseClassApplyOrCopyParams\n      ).flatten\n    }\n\n    \/** Returns a list of fallback symbols that can act instead of given symbol. *\/\n    \/\/ TODO(alexey) review\/refine this list\n    def definitionAlternative: List[Symbol] = {\n      List(\n        caseClassCompanionToType,\n        caseClassApplyOrCopy,\n        caseClassApplyOrCopyParams,\n        methodToVal\n      ).flatten\n    }\n\n    \/** If `case class A(a: Int)` and there is no companion object, resolve\n     * `A` in `A(1)` to the class definition.\n     *\/\n    def caseClassCompanionToType: Option[Symbol] = Option(sym).collect {\n      case Symbol.Global(owner, Signature.Term(name)) =>\n        Symbol.Global(owner, Signature.Type(name))\n    }\n\n    \/** If `case class Foo(a: Int)`, then resolve\n     * `a` in `Foo.apply(a = 1)`, and\n     * `a` in `Foo(1).copy(a = 2)`\n     * to the `Foo.a` primary constructor definition.\n     *\/\n    def caseClassApplyOrCopyParams: Option[Symbol] = Option(sym).collect {\n      case Symbol.Global(\n          Symbol.Global(\n            Symbol.Global(owner, signature),\n            Signature.Method(\"copy\" | \"apply\", _)\n          ),\n          param: Signature.TermParameter\n          ) =>\n        Symbol.Global(\n          Symbol.Global(owner, Signature.Type(signature.name)),\n          param\n        )\n    }\n\n    \/** If `case class Foo(a: Int)`, then resolve\n     * `apply` in `Foo.apply(1)`, and\n     * `copy` in `Foo(1).copy(a = 2)`\n     * to the `Foo` class definition.\n     *\/\n    def caseClassApplyOrCopy: Option[Symbol] = Option(sym).collect {\n      case Symbol.Global(\n          Symbol.Global(owner, signature),\n          Signature.Method(\"apply\" | \"copy\", _)\n          ) =>\n        Symbol.Global(owner, Signature.Type(signature.name))\n    }\n\n    \/** Fallback to the val term for a def with multiple params *\/\n    def methodToVal: Option[Symbol] = Option(sym).collect {\n      case Symbol.Global(owner, Signature.Method(name, _)) =>\n        Symbol.Global(owner, Signature.Term(name))\n    }\n  }\n\n  implicit class XtensionLocation(val loc: Location) extends AnyVal {\n\n    \/** A workaround for locations referring to jars *\/\n    def toNonJar(destination: AbsolutePath): Location = {\n      if (loc.uri.startsWith(\"jar:file\")) {\n        val newURI =\n          createFileInWorkspaceTarget(URI.create(loc.uri), destination)\n        loc.copy(uri = newURI.toString)\n      } else loc\n    }\n\n    \/\/ Writes the contents from in-memory source file to a file in the target\/source\/*\n    \/\/ directory of the workspace. vscode has support for TextDocumentContentProvider\n    \/\/ which can provide hooks to open readonly views for custom uri schemes:\n    \/\/ https:\/\/code.visualstudio.com\/docs\/extensionAPI\/vscode-api#TextDocumentContentProvider\n    \/\/ However, that is a vscode only solution and we'd like this work for all\n    \/\/ text editors. Therefore, we write instead the file contents to disk in order to\n    \/\/ return a file: uri.\n    \/\/ TODO: Fix this with https:\/\/github.com\/scalameta\/metals\/issues\/36\n    private def createFileInWorkspaceTarget(\n        uri: URI,\n        destination: AbsolutePath\n    ): URI = {\n      \/\/ logger.info(s\"Jumping into uri $uri, writing contents to file in target file\")\n      val contents =\n        new String(FileIO.readAllBytes(uri), StandardCharsets.UTF_8)\n      \/\/ HACK(olafur) URIs are not typesafe, jar:file:\/\/blah.scala will return\n      \/\/ null for `.getPath`. We should come up with nicer APIs to deal with this\n      \/\/ kinda stuff.\n      val path: String =\n        if (uri.getPath == null)\n          uri.getSchemeSpecificPart\n        else uri.getPath\n      val filename = Paths.get(path).getFileName\n\n      Files.createDirectories(destination.toNIO)\n      val out = destination.toNIO.resolve(filename)\n      Files.write(out, contents.getBytes(StandardCharsets.UTF_8))\n      out.toUri\n    }\n  }\n\n  implicit class XtensionSymbolData(val data: i.SymbolData) extends AnyVal {\n\n    \/** Returns reference positions for the given symbol index data\n     * @param withDefinition if set to `true` will include symbol definition location\n     *\/\n    def referencePositions(withDefinition: Boolean): Set[i.Position] = {\n      val defPosition = if (withDefinition) data.definition else None\n\n      val refPositions = for {\n        (uri, rangeSet) <- data.references\n        range <- rangeSet.ranges\n      } yield i.Position(uri, Some(range))\n\n      (defPosition.toSet ++ refPositions.toSet)\n        .filterNot { _.uri.startsWith(\"jar:file\") } \/\/ definition may refer to a jar\n    }\n\n  }\n  implicit class XtensionSchemaDocument(val document: s.Document)\n      extends AnyVal {\n\n    \/** Returns scala.meta.Document from protobuf schema.Document *\/\n    def toMetaDocument: m.Document =\n      s.Database(document :: Nil).toDb(None).documents.head\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DocumentSymbolProvider.scala","text":"<reponame>tpolecat\/metals<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/providers\/DocumentSymbolProvider.scala\npackage scala.meta.metals.providers\n\nimport scala.meta._\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.Uri\nimport org.langmeta.lsp\nimport org.langmeta.lsp.Location\nimport org.langmeta.lsp.SymbolInformation\nimport com.typesafe.scalalogging.LazyLogging\n\nobject DocumentSymbolProvider extends LazyLogging {\n\n  private class SymbolTraverser(uri: Uri) {\n    private val builder = List.newBuilder[SymbolInformation]\n\n    val traverser = new Traverser {\n      private var currentRoot: Option[Tree] = None\n      override def apply(currentNode: Tree): Unit = {\n        def continue(withNewRoot: Boolean = false): Unit = {\n          val oldRoot = currentRoot\n          if (withNewRoot) currentRoot = Some(currentNode)\n          super.apply(currentNode)\n          currentRoot = oldRoot\n        }\n\n        def addName(name: String): Unit = {\n          builder += lsp.SymbolInformation(\n            name = name,\n            kind = currentNode.symbolKind,\n            location = Location(uri.value, currentNode.pos.toRange),\n            containerName = currentRoot.flatMap(_.qualifiedName)\n          )\n        }\n\n        def addNode(): Unit = currentNode.names.foreach(addName)\n\n        currentNode match {\n          \/\/ we need to go deeper\n          case _: Source | _: Template => continue()\n          \/\/ add package, but don't set it as a new root\n          case _: Pkg => addNode(); continue()\n          \/\/ terminal nodes: add them, but don't go inside\n          case _: Defn.Def | _: Defn.Val | _: Defn.Var => addNode()\n          case _: Decl.Def | _: Decl.Val | _: Decl.Var => addNode()\n          \/\/ all other (named) types and terms can contain more nodes\n          case t if t.is[Member.Type] || t.is[Member.Term] =>\n            addNode(); continue(withNewRoot = true)\n          case _ => ()\n        }\n      }\n    }\n\n    def apply(tree: Tree): List[SymbolInformation] = {\n      traverser.apply(tree)\n      builder.result()\n    }\n  }\n\n  def empty: List[SymbolInformation] = Nil\n  def documentSymbols(\n      uri: Uri,\n      source: Source\n  ): List[SymbolInformation] =\n    new SymbolTraverser(uri).apply(source)\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/MSchedulers.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/MSchedulers.scala\npackage scala.meta.metals\n\nimport java.util.concurrent.Executors\nimport monix.execution.Scheduler\nimport monix.execution.schedulers.SchedulerService\n\n\/**\n * Utility to manage monix schedulers.\n *\n * @param global The default scheduler when you are unsure which one to use.\n * @param lsp to communicate with LSP editor client.\n * @param sbt to communicate with sbt server.\n *\/\ncase class MSchedulers(global: Scheduler, lsp: Scheduler, sbt: Scheduler)\nobject MSchedulers {\n  def apply(): MSchedulers = new MSchedulers(main, lsp, sbt)\n  lazy val main: SchedulerService =\n    Scheduler(Executors.newFixedThreadPool(4))\n  lazy val lsp: SchedulerService =\n    Scheduler(Executors.newFixedThreadPool(1))\n  lazy val sbt: SchedulerService =\n    Scheduler(Executors.newFixedThreadPool(3))\n}\n"}
{"repo_name":"tpolecat\/metals","path":"sbt-metals\/src\/sbt-test\/sbt-metals\/scopes\/build.sbt","text":"<gh_stars>0\nlazy val a = project\nlazy val b = project\n\nlazy val c = project.aggregate(a, b)\n"}
{"repo_name":"tpolecat\/metals","path":"test-workspace\/src\/main\/scala\/example\/User.scala","text":"<filename>test-workspace\/src\/main\/scala\/example\/User.scala\npackage a\n\ncase class User(name: String, age: Int)\n\nobject a {\n  val x = \"ba\"\n  val y = List(1, x).length\n  def z = {\n    val localSymbol = \"222\" \/\/ can be renamed\n    localSymbol.length\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/TokenEditDistance.scala","text":"package scala.meta.metals.search\n\nimport scala.annotation.tailrec\nimport scala.meta._\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.{index => i}\nimport com.typesafe.scalalogging.LazyLogging\nimport difflib._\nimport difflib.myers.Equalizer\nimport org.langmeta.languageserver.InputEnrichments._\n\nsealed trait EmptyResult\nobject EmptyResult {\n  case object Unchanged extends EmptyResult\n  case object NoMatch extends EmptyResult\n  def unchanged: Either[EmptyResult, Position] = Left(Unchanged)\n  def noMatch: Either[EmptyResult, Position] = Left(NoMatch)\n}\n\n\/** Helper to map between position between two similar strings. *\/\nfinal class TokenEditDistance private (matching: Array[MatchingToken]) {\n  private val isEmpty: Boolean = matching.length == 0\n\n  private val ThisUri: String = originalInput match {\n    case Input.VirtualFile(uri, _) => uri\n    case _ => originalInput.syntax\n  }\n  private def originalInput: Input =\n    if (isEmpty) Input.None\n    else matching(0).original.input\n\n  private def revisedInput: Input =\n    if (isEmpty) Input.None\n    else matching(0).revised.input\n\n  def toRevised(\n      originalLine: Int,\n      originalColumn: Int\n  ): Either[EmptyResult, Position] = {\n    toRevised(originalInput.toOffset(originalLine, originalColumn))\n  }\n\n  \/** Convert from offset in original string to offset in revised string *\/\n  def toRevised(originalOffset: Int): Either[EmptyResult, Position] = {\n    if (isEmpty) EmptyResult.unchanged\n    else {\n      BinarySearch\n        .array[MatchingToken](\n          matching,\n          mt => compare(mt.original.pos, originalOffset)\n        )\n        .fold(EmptyResult.noMatch)(m => Right(m.revised.pos))\n    }\n  }\n\n  private object RevisedRange {\n    def unapply(range: i.Range): Option[i.Range] =\n      toRevised(range.startLine, range.startColumn) match {\n        case Left(EmptyResult.NoMatch) => None\n        case Left(EmptyResult.Unchanged) => Some(range)\n        case Right(newPos) => Some(newPos.toIndexRange)\n      }\n  }\n\n  \/** Convert the reference positions to match the revised input. *\/\n  def toRevisedReferences(data: i.SymbolData): i.SymbolData = {\n    val referencesAdjusted = data.references.get(ThisUri) match {\n      case Some(i.Ranges(ranges)) =>\n        val newRanges = ranges.collect { case RevisedRange(range) => range }\n        val newData = data.copy(\n          references = data.references + (ThisUri -> i.Ranges(newRanges))\n        )\n        newData\n      case _ => data\n    }\n    toRevisedDefinition(referencesAdjusted)\n  }\n\n  \/** Convert the definition position to match the revised input. *\/\n  def toRevisedDefinition(data: i.SymbolData): i.SymbolData = {\n    data.definition match {\n      case Some(i.Position(ThisUri, Some(range))) =>\n        toRevised(range.startLine, range.startColumn) match {\n          case Left(EmptyResult.NoMatch) => data.copy(definition = None)\n          case Left(EmptyResult.Unchanged) => data\n          case Right(newPos) =>\n            val newData = data.copy(\n              definition = Some(\n                i.Position(\n                  ThisUri,\n                  Some(newPos.toIndexRange)\n                )\n              )\n            )\n            newData\n        }\n      case _ => data\n    }\n  }\n\n  def toOriginal(\n      revisedLine: Int,\n      revisedColumn: Int\n  ): Either[EmptyResult, Position] = {\n    toOriginal(revisedInput.toOffset(revisedLine, revisedColumn))\n  }\n\n  \/** Convert from offset in revised string to offset in original string *\/\n  def toOriginal(revisedOffset: Int): Either[EmptyResult, Position] = {\n    if (isEmpty) EmptyResult.unchanged\n    else {\n      BinarySearch\n        .array[MatchingToken](\n          matching,\n          mt => compare(mt.revised.pos, revisedOffset)\n        )\n        .fold(EmptyResult.noMatch)(m => Right(m.original.pos))\n    }\n  }\n\n  private def compare(\n      pos: Position,\n      offset: Int\n  ): BinarySearch.ComparisonResult =\n    if (pos.contains(offset)) BinarySearch.Equal\n    else if (pos.end <= offset) BinarySearch.Smaller\n    else BinarySearch.Greater\n\n}\n\nobject TokenEditDistance extends LazyLogging {\n\n  lazy val empty: TokenEditDistance = new TokenEditDistance(Array.empty)\n\n  \/**\n   * Build utility to map offsets between two slightly different strings.\n   *\n   * @param original The original snapshot of a string, for example the latest\n   *                 semanticdb snapshot.\n   * @param revised The current snapshot of a string, for example open buffer\n   *                in an editor.\n   *\/\n  def apply(original: Tokens, revised: Tokens): TokenEditDistance = {\n    val buffer = Array.newBuilder[MatchingToken]\n    buffer.sizeHint(math.max(original.length, revised.length))\n    @tailrec\n    def loop(\n        i: Int,\n        j: Int,\n        ds: List[Delta[Token]]\n    ): Unit = {\n      val isDone: Boolean =\n        i >= original.length ||\n          j >= revised.length\n      if (isDone) ()\n      else {\n        val o = original(i)\n        val r = revised(j)\n        if (TokenEqualizer.equals(o, r)) {\n          buffer += MatchingToken(o, r)\n          loop(i + 1, j + 1, ds)\n        } else {\n          ds match {\n            case Nil =>\n              loop(i + 1, j + 1, ds)\n            case delta :: tail =>\n              loop(\n                i + delta.getOriginal.size(),\n                j + delta.getRevised.size(),\n                tail\n              )\n          }\n        }\n      }\n    }\n    val deltas = {\n      import scala.collection.JavaConverters._\n      DiffUtils\n        .diff(original.asJava, revised.asJava, TokenEqualizer)\n        .getDeltas\n        .iterator()\n        .asScala\n        .toList\n    }\n    loop(0, 0, deltas)\n    new TokenEditDistance(buffer.result())\n  }\n\n  def apply(\n      originalInput: Input,\n      revisedInput: Input\n  ): Option[TokenEditDistance] = {\n    for {\n      revised <- revisedInput.tokenize.toOption\n      original <- {\n        if (originalInput == revisedInput) Some(revised)\n        else originalInput.tokenize.toOption\n      }\n    } yield apply(original, revised)\n  }\n\n  def apply(original: String, revised: String): Option[TokenEditDistance] =\n    apply(Input.String(original), Input.String(revised))\n\n  \/** Compare tokens only by their text and token category. *\/\n  private object TokenEqualizer extends Equalizer[Token] {\n    override def equals(original: Token, revised: Token): Boolean =\n      original.productPrefix == revised.productPrefix &&\n        original.pos.text == revised.pos.text\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/Linter.scala","text":"<reponame>tpolecat\/metals\npackage scala.meta.metals\n\nimport scala.meta.internal.tokenizers.PlatformTokenizerCache\nimport org.langmeta.lsp.Diagnostic\nimport scala.meta.parsers.Parsed\nimport scala.{meta => m}\nimport scalafix.internal.config.LazySemanticdbIndex\nimport scalafix.internal.config.ScalafixConfig\nimport scalafix.internal.config.ScalafixReporter\nimport scalafix.internal.util.EagerInMemorySemanticdbIndex\nimport scalafix.languageserver.ScalafixEnrichments._\nimport scalafix.patch.Patch\nimport scalafix.reflect.ScalafixReflect\nimport scalafix.rule.RuleCtx\nimport scalafix.util.SemanticdbIndex\nimport com.typesafe.scalalogging.LazyLogging\nimport org.langmeta.io.AbsolutePath\nimport org.langmeta.inputs.Input\nimport org.langmeta.jsonrpc.JsonRpcClient\nimport org.langmeta.jsonrpc.Response\nimport org.langmeta.lsp.Window.showMessage\nimport cats.syntax.bifunctor._\nimport cats.instances.either._\nimport monix.execution.Scheduler\nimport monix.reactive.Observable\nimport monix.eval.Task\nimport org.langmeta.lsp.MonixEnrichments._\nimport java.nio.file.Files\n\nclass Linter(configuration: Observable[Configuration], cwd: AbsolutePath)(\n    implicit client: JsonRpcClient,\n    s: Scheduler\n) extends LazyLogging {\n\n  \/\/ Simple method to run syntactic scalafix rules on a string.\n  def onSyntacticInput(\n      filename: String,\n      contents: String\n  ): Task[Either[Response.Error, Seq[Diagnostic]]] = {\n    val mdoc = m.Document(\n      m.Input.VirtualFile(filename, contents),\n      \"scala212\",\n      Nil,\n      Nil,\n      Nil,\n      Nil\n    )\n    analyzeIndex(\n      mdoc,\n      EagerInMemorySemanticdbIndex(\n        m.Database(mdoc :: Nil),\n        m.Sourcepath(Nil),\n        m.Classpath(Nil)\n      )\n    )\n  }\n\n  def linterMessages(\n      mdoc: m.Document\n  ): Task[Either[Response.Error, Seq[Diagnostic]]] =\n    analyzeIndex(\n      mdoc,\n      EagerInMemorySemanticdbIndex(\n        m.Database(mdoc :: Nil),\n        m.Sourcepath(Nil),\n        m.Classpath(Nil)\n      )\n    )\n\n  private val config: () => Either[String, Option[Input]] =\n    configuration\n      .focus(_.scalafix.confPath)\n      .map[Either[String, Option[Input]]] {\n        case None =>\n          val default = cwd.resolve(Configuration.Scalafix.defaultConfPath)\n          if (Files.isRegularFile(default.toNIO))\n            Right(Some(Input.File(default)))\n          else Right(None)\n        case Some(relpath) =>\n          val custom = cwd.resolve(relpath)\n          if (Files.isRegularFile(custom.toNIO))\n            Right(Some(Input.File(custom)))\n          else if (relpath == Configuration.Scalafix.defaultConfPath)\n            Right(None)\n          else\n            Left(s\"metals.scalafix.confPath=$relpath is not a file\")\n      }\n      .toFunction0()\n\n  private def analyzeIndex(\n      document: m.Document,\n      index: SemanticdbIndex\n  ): Task[Either[Response.Error, Seq[Diagnostic]]] = Task {\n    val linterResult = for {\n      scalafixConfig <- config()\n    } yield\n      scalafixConfig match {\n        case None => Nil \/\/ no scalafix config, nothing to do\n        case Some(configInput) =>\n          val lazyIndex = lazySemanticdbIndex(index)\n          val configDecoder = ScalafixReflect.fromLazySemanticdbIndex(lazyIndex)\n          val (rule, config) =\n            ScalafixConfig.fromInput(configInput, lazyIndex)(configDecoder).get\n          val results: Seq[Diagnostic] = Parser.parse(document.input) match {\n            case Parsed.Error(_, _, _) => Nil\n            case Parsed.Success(tree) =>\n              val ctx = RuleCtx.applyInternal(tree, config)\n              val patches = rule.fixWithNameInternal(ctx)\n              Patch.lintMessagesInternal(patches, ctx).map(_.toLSP)\n          }\n\n          \/\/ megaCache needs to die, if we forget this we will read stale\n          \/\/ snapshots of filenames if using m.Input.File.slurp\n          \/\/ https:\/\/github.com\/scalameta\/scalameta\/issues\/1068\n          PlatformTokenizerCache.megaCache.clear()\n\n          results\n      }\n    linterResult.leftMap { message =>\n      \/\/ We show a message here to be sure the message is\n      \/\/ reported in the UI. invalidParams responses don't\n      \/\/ get reported in vscode at least.\n      showMessage.error(message)\n      Response.invalidParams(message)\n    }\n  }\n\n  private def lazySemanticdbIndex(index: SemanticdbIndex): LazySemanticdbIndex =\n    new LazySemanticdbIndex(_ => Some(index), ScalafixReporter.default)\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"lsp4s\/src\/main\/scala\/org\/langmeta\/lsp\/Commands.scala","text":"package org.langmeta.lsp\n\nimport io.circe.Json\nimport io.circe.generic.JsonCodec\n\n\/**\n * Parameters and types used in the `initialize` message.\n *\/\n@JsonCodec case class InitializeParams(\n    \/**\n     * The process Id of the parent process that started\n     * the server.\n     *\/\n    processId: Long,\n    \/**\n     * The rootPath of the workspace. Is null\n     * if no folder is open.\n     *\/\n    rootPath: String,\n    \/**\n     * The capabilities provided by the client (editor)\n     *\/\n    capabilities: ClientCapabilities\n)\n\n@JsonCodec case class ClientCapabilities()\n\n@JsonCodec case class SaveOptions(\n    \/**\n     * The client is supposed to include the content on save.\n     *\/\n    includeText: Option[Boolean] = None\n)\n\n@JsonCodec case class TextDocumentSyncOptions(\n    \/**\n     * Open and close notifications are sent to the server.\n     *\/\n    openClose: Option[Boolean] = None,\n    \/**\n     * Change notifications are sent to the server. See TextDocumentSyncKind.None, TextDocumentSyncKind.Full\n     * and TextDocumentSyncKind.Incremental.\n     *\/\n    change: Option[TextDocumentSyncKind] = None,\n    \/**\n     * Will save notifications are sent to the server.\n     *\/\n    willSave: Option[Boolean] = None,\n    \/**\n     * Will save wait until requests are sent to the server.\n     *\/\n    willSaveWaitUntil: Option[Boolean] = None,\n    \/**\n     * Save notifications are sent to the server.\n     *\/\n    save: Option[SaveOptions] = None\n)\n\n@JsonCodec case class ServerCapabilities(\n    \/**\n     * Defines how text documents are synced.\n     *\/\n    textDocumentSync: Option[TextDocumentSyncOptions] = None,\n    \/**\n     * The server provides hover support.\n     *\/\n    hoverProvider: Boolean = false,\n    \/**\n     * The server provides completion support.\n     *\/\n    completionProvider: Option[CompletionOptions] = None,\n    \/**\n     * The server provides signature help support.\n     *\/\n    signatureHelpProvider: Option[SignatureHelpOptions] = None,\n    \/**\n     * The server provides goto definition support.\n     *\/\n    definitionProvider: Boolean = false,\n    \/**\n     * The server provides find references support.\n     *\/\n    referencesProvider: Boolean = false,\n    \/**\n     * The server provides document highlight support.\n     *\/\n    documentHighlightProvider: Boolean = false,\n    \/**\n     * The server provides document symbol support.\n     *\/\n    documentSymbolProvider: Boolean = false,\n    \/**\n     * The server provides workspace symbol support.\n     *\/\n    workspaceSymbolProvider: Boolean = false,\n    \/**\n     * The server provides code actions.\n     *\/\n    codeActionProvider: Boolean = false,\n    \/**\n     * The server provides code lens.\n     *\/\n    codeLensProvider: Option[CodeLensOptions] = None,\n    \/**\n     * The server provides document formatting.\n     *\/\n    documentFormattingProvider: Boolean = false,\n    \/**\n     * The server provides document range formatting.\n     *\/\n    documentRangeFormattingProvider: Boolean = false,\n    \/**\n     * The server provides document formatting on typing.\n     *\/\n    documentOnTypeFormattingProvider: Option[DocumentOnTypeFormattingOptions] =\n      None,\n    \/**\n     * The server provides rename support.\n     *\/\n    renameProvider: Boolean = false,\n    \/**\n     * The server provides execute command support.\n     *\/\n    executeCommandProvider: ExecuteCommandOptions = ExecuteCommandOptions(Nil)\n)\n\n@JsonCodec case class CompletionOptions(\n    resolveProvider: Boolean,\n    triggerCharacters: Seq[String]\n)\n@JsonCodec case class SignatureHelpOptions(triggerCharacters: Seq[String])\n@JsonCodec case class CodeLensOptions(resolveProvider: Boolean = false)\n@JsonCodec case class DocumentOnTypeFormattingOptions(\n    firstTriggerCharacter: String,\n    moreTriggerCharacters: Seq[String]\n)\n@JsonCodec case class ExecuteCommandOptions(commands: Seq[String])\n@JsonCodec case class CompletionList(\n    isIncomplete: Boolean,\n    items: Seq[CompletionItem]\n)\n@JsonCodec case class InitializeResult(capabilities: ServerCapabilities)\n@JsonCodec case class Shutdown()\n@JsonCodec case class ShutdownResult()\n\n\/**\n * The show message request is sent from a server to a client to ask the client to display a\n * particular message in the user interface. In addition to the show message notification the\n * request allows to pass actions and to wait for an answer from the client.\n *\n * @param `type` The message type. @see [[MessageType]]\n * @param message The actual message\n * @param actions The message action items to present.\n *\/\n@JsonCodec case class ShowMessageRequestParams(\n    `type`: MessageType,\n    message: String,\n    actions: Seq[MessageActionItem]\n)\n\n\/**\n * A short title like 'Retry', 'Open Log' etc.\n *\/\n@JsonCodec case class MessageActionItem(title: String)\n\n@JsonCodec case class TextDocumentPositionParams(\n    textDocument: TextDocumentIdentifier,\n    position: Position\n)\n\n@JsonCodec case class ReferenceParams(\n    textDocument: TextDocumentIdentifier,\n    position: Position,\n    context: ReferenceContext\n)\n\n@JsonCodec case class RenameParams(\n    textDocument: TextDocumentIdentifier,\n    position: Position,\n    newName: String\n)\n\n@JsonCodec case class CodeActionParams(\n    textDocument: TextDocumentIdentifier,\n    range: Range,\n    context: CodeActionContext\n)\n\n@JsonCodec case class CodeActionRequest(params: CodeActionParams)\n\n@JsonCodec case class DocumentSymbolParams(textDocument: TextDocumentIdentifier)\n\n@JsonCodec case class TextDocumentRenameRequest(params: RenameParams)\n\n@JsonCodec case class ApplyWorkspaceEditResponse(applied: Boolean)\n@JsonCodec case class ApplyWorkspaceEditParams(\n    label: Option[String],\n    edit: WorkspaceEdit\n)\n\n@JsonCodec case class Hover(contents: Seq[MarkedString], range: Option[Range])\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/ Notifications \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n\/\/ From server to client\n\n@JsonCodec case class ShowMessageParams(`type`: MessageType, message: String)\n@JsonCodec case class LogMessageParams(`type`: MessageType, message: String)\n@JsonCodec case class PublishDiagnostics(\n    uri: String,\n    diagnostics: Seq[Diagnostic]\n)\n\n@JsonCodec case class DidOpenTextDocumentParams(textDocument: TextDocumentItem)\n@JsonCodec case class DidChangeTextDocumentParams(\n    textDocument: VersionedTextDocumentIdentifier,\n    contentChanges: Seq[TextDocumentContentChangeEvent]\n)\n@JsonCodec case class DidCloseTextDocumentParams(\n    textDocument: TextDocumentIdentifier\n)\n@JsonCodec case class WillSaveTextDocumentParams(\n    textDocument: TextDocumentIdentifier,\n    reason: TextDocumentSaveReason\n)\n@JsonCodec case class DidSaveTextDocumentParams(\n    textDocument: TextDocumentIdentifier\n)\n@JsonCodec case class DidChangeWatchedFilesParams(changes: Seq[FileEvent])\n@JsonCodec case class DidChangeConfigurationParams(settings: Json)\n\n@JsonCodec case class Initialized()\n\n@JsonCodec case class CancelRequest(id: Int)\n\n@JsonCodec case class CodeActionResult(params: Seq[Command])\n@JsonCodec case class SignatureHelp(\n    signatures: Seq[SignatureInformation],\n    activeSignature: Option[Int],\n    activeParameter: Option[Int]\n)\n@JsonCodec case class WorkspaceSymbolResult(params: Seq[SymbolInformation])\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/Uri.scala","text":"<filename>metals\/src\/main\/scala\/scala\/meta\/metals\/Uri.scala\npackage scala.meta.metals\n\nimport java.net.URI\nimport java.nio.file.Path\nimport java.nio.file.Paths\nimport org.langmeta.lsp.TextDocumentIdentifier\nimport org.langmeta.lsp.VersionedTextDocumentIdentifier\nimport org.langmeta.lsp.VersionedTextDocumentIdentifier\nimport org.langmeta.inputs.Input\nimport org.langmeta.io.AbsolutePath\n\n\/**\n * Wrapper for a string representing a URI.\n *\n * The value is a String and not java.net.URI because\n * - URI has a lot of methods that return null and we don't use anyways\n * - URI supports any scheme while we are only interested in a couple schemes\n * - Both file:\/\/\/path and file:\/path are valid URIs while we only use\n *   file:\/\/\/path in this project in order to support storing them as strings. For context, see https:\/\/github.com\/scalameta\/metals\/pull\/127#issuecomment-351880150\n *\/\nsealed abstract case class Uri(value: String) {\n  \/\/ Runtime check because wrapping constructor in Option[Uri] is too cumbersome\n  require(isJar || isFile, s\"$value must start with file:\/\/\/path or jar:\")\n  def isJar: Boolean =\n    value.startsWith(\"jar:\")\n  def isFile: Boolean =\n    value.startsWith(\"file:\/\/\/\") &&\n      !value.startsWith(\"file:\/\/\/\/\")\n  def toInput(buffers: Buffers): Input.VirtualFile =\n    Input.VirtualFile(value, buffers.read(this))\n  def toURI: URI = URI.create(value)\n  def toPath: Path = Paths.get(toURI)\n  def toAbsolutePath: AbsolutePath = AbsolutePath(toPath)\n}\n\nobject Uri {\n  def apply(uri: String): Uri = Uri(URI.create(uri))\n  def file(path: String): Uri = {\n    val slash = if (path.startsWith(\"\/\")) \"\" else \"\/\"\n    Uri(s\"file:$slash${path.replace(' ', '-')}\")\n  }\n  def apply(td: TextDocumentIdentifier): Uri = Uri(td.uri)\n  def apply(td: VersionedTextDocumentIdentifier): Uri = Uri(td.uri)\n  def apply(path: AbsolutePath): Uri = Uri(path.toURI)\n  def apply(uri: URI): Uri =\n    if (uri.getScheme == \"file\") {\n      \/\/ nio.Path.toUri.toString produces file:\/\/\/ while LSP expected file:\/\n      new Uri(s\"file:\/\/${uri.getPath}\") {}\n    } else {\n      new Uri(uri.toString) {}\n    }\n  def unapply(arg: String): Option[Uri] = Some(Uri(URI.create(arg)))\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/search\/TokenEditDistanceTest.scala","text":"package tests.search\n\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.search.TokenEditDistance\nimport org.langmeta.languageserver.InputEnrichments._\nimport tests.MegaSuite\n\nobject TokenEditDistanceTest extends MegaSuite {\n  def check(\n      name: String,\n      revised: String,\n      original: String,\n      expected: String,\n      keyword: String = \"List\"\n  ): Unit = {\n    test(name) {\n      val edit = TokenEditDistance(original, revised).get\n      val offset = revised.indexOf(keyword)\n      val obtained = edit\n        .toOriginal(offset)\n        .map { pos =>\n          val Right(reverse) = edit.toRevised(pos.start)\n          assert(reverse.contains(offset))\n          s\"\"\"|${pos.lineContent}\n              |${pos.caret}\"\"\".stripMargin\n        }\n        .getOrElse(\"<none>\")\n      assertNoDiff(obtained, expected)\n    }\n  }\n\n  check(\n    \"insert\",\n    revised = \"\"\"\n                |object a {\n                |  \"msg\".substrin\n                |  List(1)\n                |}\"\"\".stripMargin,\n    original = \"\"\"\n                 |object a {\n                 |  List(1) \/\/ <--\n                 |}\n    \"\"\".stripMargin,\n    expected = \"\"\"\n                 |  List(1) \/\/ <--\n                 |  ^\n                 |\"\"\".stripMargin,\n  )\n\n  check(\n    \"change\",\n    revised = \"\"\"\n                |object a {\n                |  \"msg\".substrin\n                |  List(1)\n                |}\"\"\".stripMargin,\n    original = \"\"\"\n                 |object a {\n                 |  this.changed()\n                 |  List(1) \/\/ <--\n                 |}\n    \"\"\".stripMargin,\n    expected = \"\"\"\n                 |  List(1) \/\/ <--\n                 |  ^\n                 |\"\"\".stripMargin,\n  )\n\n  check(\n    \"delete\",\n    revised = \"\"\"\n                |object a {\n                |  List(1)\n                |}\"\"\".stripMargin,\n    original = \"\"\"\n                 |object a {\n                 |  remove(this)\n                 |  List(1) \/\/ <--\n                 |}\n    \"\"\".stripMargin,\n    expected = \"\"\"\n                 |  List(1) \/\/ <--\n                 |  ^\n                 |\"\"\".stripMargin,\n  )\n\n  check(\n    \"none\",\n    revised = \"\"\"\n                |object a {\n                |  List(1)\n                |}\"\"\".stripMargin,\n    original = \"\"\"\n                 |object a {\n                 |  Something()\n                 |}\n    \"\"\".stripMargin,\n    expected = \"<none>\",\n  )\n\n  check(\n    \"moved\",\n    revised = \"\"\"\n                |object a {\n                |  def foo = {\n                |    println(1)\n                |  }\n                |  List(1)\n                |}\"\"\".stripMargin,\n    original = \"\"\"\n                 |object a {\n                 |  List(1)\n                 |  def foo = {\n                 |    Fuz(1)\n                 |  }\n                 |}\n               \"\"\".stripMargin,\n    expected = \"<none>\",\n  )\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scalafix\/languageserver\/ScalafixPatchEnrichments.scala","text":"package scalafix.languageserver\n\nimport scala.collection.immutable.Seq\nimport scala.meta.metals.ScalametaEnrichments._\nimport org.langmeta.lsp.TextEdit\nimport scalafix.SemanticdbIndex\nimport scalafix.internal.patch.ImportPatchOps\nimport scalafix.internal.patch.ReplaceSymbolOps\nimport scalafix.internal.util.Failure\nimport scalafix.internal.util.TokenOps\nimport scalafix.patch.Concat\nimport scalafix.patch.EmptyPatch\nimport scalafix.patch.LintPatch\nimport scalafix.patch.Patch\nimport scalafix.patch.TokenPatch\nimport scalafix.patch.TreePatch.ImportPatch\nimport scalafix.patch.TreePatch.ReplaceSymbol\nimport scalafix.rule.RuleCtx\n\n\/\/ Copy-pasta from scalafix because all of these methods are private.\n\/\/ We should expose a package private API to get a list of token patches from\n\/\/ a Patch.\n\/\/ TODO(olafur): Figure out how to expose a minimal public API in scalafix.Patch\n\/\/ that supports this use-case.\n\/\/ All of the copy-paste below could be avoided with a single:\n\/\/   Patch.toTokenPatches(Patch): Iterable[TokenPatch]\nobject ScalafixPatchEnrichments {\n\n  implicit class XtensionPatchLSP(val patch: Patch) extends AnyVal {\n\n    \/** Converts a scalafix.Patch to precise languageserver.types.TextEdit.\n     *\n     * We could take a shortcut and apply the patch to a String and return one\n     * large TextEdit that replaces the whole file. However, in scalafix\n     * we treat each token individually so we can provide more precise changes.\n     *\/\n    def toTextEdits(\n        implicit ctx: RuleCtx,\n        index: SemanticdbIndex\n    ): List[TextEdit] = {\n      val mergedTokenPatches = tokenPatches(patch)\n        .groupBy(x => TokenOps.hash(x.tok))\n        .values\n        .map(_.reduce(merge))\n      mergedTokenPatches.toArray\n        .sortBy(_.tok.pos.start)\n        .iterator\n        .map { tokenPatch =>\n          TextEdit(tokenPatch.tok.pos.toRange, tokenPatch.newTok)\n        }\n        .toList\n    }\n  }\n  private def tokenPatches(\n      patch: Patch\n  )(implicit ctx: RuleCtx, index: SemanticdbIndex): Iterable[TokenPatch] = {\n    val base = underlying(patch)\n    val moveSymbol = underlying(\n      ReplaceSymbolOps.naiveMoveSymbolPatch(base.collect {\n        case m: ReplaceSymbol => m\n      })\n    )\n    val patches = base.filterNot(_.isInstanceOf[ReplaceSymbol]) ++ moveSymbol\n    val tokenPatches = patches.collect { case e: TokenPatch => e }\n    val importPatches = patches.collect { case e: ImportPatch => e }\n    val importTokenPatches = {\n      val result = ImportPatchOps.superNaiveImportPatchToTokenPatchConverter(\n        ctx,\n        importPatches\n      )\n      underlying(result.asPatch)\n        .collect {\n          case x: TokenPatch => x\n          case els =>\n            throw Failure.InvariantFailedException(\n              s\"Expected TokenPatch, got $els\"\n            )\n        }\n    }\n    importTokenPatches ++ tokenPatches\n  }\n  private def underlying(patch: Patch): Seq[Patch] = {\n    val builder = Seq.newBuilder[Patch]\n    foreach(patch) {\n      case _: LintPatch =>\n      case els =>\n        builder += els\n    }\n    builder.result()\n  }\n  private def foreach(patch: Patch)(f: Patch => Unit): Unit = {\n    def loop(patch: Patch): Unit = patch match {\n      case Concat(a, b) =>\n        loop(a)\n        loop(b)\n      case EmptyPatch => \/\/ do nothing\n      case els =>\n        f(els)\n    }\n    loop(patch)\n  }\n\n  import scalafix.patch.TokenPatch._\n  private def merge(a: TokenPatch, b: TokenPatch): TokenPatch = (a, b) match {\n    case (add1: Add, add2: Add) =>\n      Add(\n        add1.tok,\n        add1.addLeft + add2.addLeft,\n        add1.addRight + add2.addRight,\n        add1.keepTok && add2.keepTok\n      )\n    case (_: Remove, add: Add) => add.copy(keepTok = false)\n    case (add: Add, _: Remove) => add.copy(keepTok = false)\n    case (rem: Remove, rem2: Remove) => rem\n    case _ => throw Failure.TokenPatchMergeError(a, b)\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/jsonrpc\/BaseProtocolMessageTest.scala","text":"<reponame>tpolecat\/metals\npackage tests.jsonrpc\n\nimport java.nio.ByteBuffer\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport com.typesafe.scalalogging.LazyLogging\nimport io.circe.syntax._\nimport monix.eval.Task\nimport monix.execution.schedulers.TestScheduler\nimport monix.reactive.Observable\nimport org.langmeta.jsonrpc._\nimport tests.MegaSuite\n\nobject BaseProtocolMessageTest extends MegaSuite with LazyLogging {\n  val request = Request(\"method\", Some(\"params\".asJson), RequestId(1))\n  val message = BaseProtocolMessage(request)\n  val byteArray = MessageWriter.write(message).array()\n  val byteArray2 = byteArray ++ byteArray\n  def bytes: ByteBuffer = ByteBuffer.wrap(byteArray)\n\n  test(\"toString\") {\n    assertNoDiff(\n      message.toString,\n      \"\"\"|Content-Length: 62\n         |\n         |{\"method\":\"method\",\"params\":\"params\",\"id\":\"1\",\"jsonrpc\":\"2.0\"}\"\"\".stripMargin\n    )\n  }\n\n  val s = TestScheduler()\n\n  def await[T](f: Task[T]): T = {\n    val a = f.runAsync(s)\n    while (s.tickOne()) ()\n    Await.result(a, Duration(\"5s\"))\n  }\n\n  def parse(buffers: List[ByteBuffer]): List[BaseProtocolMessage] = {\n    val buf = List.newBuilder[BaseProtocolMessage]\n    val t = BaseProtocolMessage\n      .fromByteBuffers(Observable(buffers: _*), logger)\n      \/\/ NOTE(olafur) toListL will not work as expected here, it will send onComplete\n      \/\/ for the first onNext, even when a single ByteBuffer can contain multiple\n      \/\/ messages\n      .foreachL(buf += _)\n    await(t)\n    buf.result()\n  }\n\n  def pairs(n: Int): List[(ByteBuffer, BaseProtocolMessage)] =\n    1.to(n).toList.map(_ => bytes -> message)\n\n  0.to(4).foreach { i =>\n    test(s\"parse-$i\") {\n      val (buffers, messages) = pairs(i).unzip\n      assertEquals(parse(buffers), messages)\n    }\n  }\n\n  def checkTwoMessages(name: String, buffers: List[ByteBuffer]): Unit = {\n    test(name) {\n      val obtained = parse(buffers)\n      val expected = List(message, message)\n      assertEquals(obtained, expected)\n    }\n  }\n  def array: ByteBuffer = ByteBuffer.wrap(byteArray)\n  def take(n: Int): ByteBuffer = ByteBuffer.wrap(byteArray.take(n))\n  def drop(n: Int): ByteBuffer = ByteBuffer.wrap(byteArray.drop(n))\n\n  checkTwoMessages(\n    \"combined\",\n    ByteBuffer.wrap(byteArray2) ::\n      Nil\n  )\n\n  checkTwoMessages(\n    \"chunked\",\n    take(10) ::\n      drop(10) ::\n      array ::\n      Nil\n  )\n\n  checkTwoMessages(\n    \"chunked2\",\n    take(10) ::\n      ByteBuffer.wrap(drop(10).array() ++ take(10).array()) ::\n      drop(10) ::\n      Nil\n  )\n\n  test(\"chunked-property\") {\n    0.to(byteArray2.length).foreach { i =>\n      val buffers =\n        ByteBuffer.wrap(byteArray2.take(i)) ::\n          ByteBuffer.wrap(byteArray2.drop(i)) ::\n          Nil\n      val obtained = parse(buffers)\n      val expected = List(message, message)\n      assertEquals(obtained, expected, hint = s\"chunked, i=$i\")\n    }\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/test\/scala\/tests\/storage\/LevelDBMapTest.scala","text":"<gh_stars>0\npackage tests.storage\n\nimport java.nio.file.Files\nimport scala.meta.metals.storage.FromBytes\nimport scala.meta.metals.storage.LevelDBMap\nimport scala.meta.metals.storage.ToBytes\nimport tests.MegaSuite\n\nobject LevelDBMapTest extends MegaSuite {\n  val tmp = Files.createTempDirectory(\"metals\").toFile\n  tmp.deleteOnExit()\n  val db = LevelDBMap.createDBThatIPromiseToClose(tmp)\n  val map = LevelDBMap(db)\n\n  test(\"get\/put\") {\n    map.put(\"key\", \"value\")\n    assert(map.get[String, String](\"key\").contains(\"value\"))\n    assert(map.get[String, String](\"blah\").isEmpty)\n  }\n\n  test(\"mapValues\") {\n    case class User(name: String)\n    object User {\n      implicit val UserToBytes: ToBytes[User] =\n        ToBytes.StringToBytes.contramap[User](_.name)\n      implicit val UserFromBytes: FromBytes[User] =\n        FromBytes.StringFromBytes.map[User](User.apply)\n    }\n    map.put[String, User](\"John\", User(\"John\"))\n    assert(map.get[String, User](\"John\").contains(User(\"John\")))\n    assert(map.get[String, User](\"Susan\").isEmpty)\n  }\n\n  test(\"mapKeys\") {\n    implicit val IntToBytes: ToBytes[Int] = _.toString.getBytes\n    map.put(1, \"2\")\n    assert(map.get[Int, String](1).contains(\"2\"))\n    assert(map.get[Int, String](2).isEmpty)\n  }\n\n  test(\"getOrElseUpdate\") {\n    var count = 0\n    val obtained =\n      map.getOrElseUpdate[String, String](\"unknown\", () => {\n        count += 1; count.toString\n      })\n    assert(obtained == \"1\")\n    val obtained2 =\n      map.getOrElseUpdate[String, String](\"unknown\", () => {\n        count += 1; count.toString\n      })\n    assert(obtained2 == \"1\")\n  }\n\n  override def utestAfterAll(): Unit = {\n    db.close()\n  }\n}\n"}
{"repo_name":"tpolecat\/metals","path":"metals\/src\/main\/scala\/scala\/meta\/metals\/search\/InMemorySymbolIndex.scala","text":"package scala.meta.metals.search\n\nimport java.util.concurrent.ConcurrentHashMap\nimport scala.meta.metals.Buffers\nimport scala.meta.metals.Effects\nimport scala.meta.metals.Configuration\nimport scala.meta.metals.ScalametaEnrichments._\nimport scala.meta.metals.MetalsServices.cacheDirectory\nimport scala.meta.metals.Uri\nimport scala.meta.metals.compiler.CompilerConfig\nimport scala.meta.metals.index.SymbolData\nimport scala.meta.metals.mtags.Mtags\nimport scala.meta.metals.storage.LevelDBMap\nimport org.langmeta.lsp.MonixEnrichments._\nimport org.langmeta.lsp.SymbolInformation\nimport org.langmeta.jsonrpc.JsonRpcClient\nimport scala.meta.metals.{index => i}\nimport com.typesafe.scalalogging.LazyLogging\nimport me.xdrop.fuzzywuzzy.FuzzySearch\nimport org.langmeta.inputs.Input\nimport org.langmeta.inputs.Position\nimport org.langmeta.internal.semanticdb.schema.Database\nimport org.langmeta.internal.semanticdb.schema.ResolvedName\nimport org.langmeta.internal.semanticdb.{schema => s}\nimport org.langmeta.io.AbsolutePath\nimport org.langmeta.languageserver.InputEnrichments._\nimport org.langmeta.semanticdb.SemanticdbEnrichments._\nimport org.langmeta.semanticdb.Symbol\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport monix.reactive.Observable\nimport scala.util.control.NonFatal\n\nclass InMemorySymbolIndex(\n    val symbolIndexer: SymbolIndexer,\n    val documentIndex: DocumentIndex,\n    cwd: AbsolutePath,\n    buffers: Buffers,\n    configuration: Observable[Configuration],\n)(implicit scheduler: Scheduler, client: JsonRpcClient)\n    extends SymbolIndex\n    with LazyLogging {\n  private val config = configuration.map(_.search).toFunction0()\n  private val indexedJars: ConcurrentHashMap[AbsolutePath, Unit] =\n    new ConcurrentHashMap[AbsolutePath, Unit]()\n\n  \/** Returns a ResolvedName at the given location *\/\n  def resolveName(\n      uri: Uri,\n      line: Int,\n      column: Int\n  ): Option[(ResolvedName, TokenEditDistance)] = {\n    logger.info(s\"resolveName at $uri:$line:$column\")\n    for {\n      document <- documentIndex.getDocument(uri)\n      _ = logger.info(s\"Found document for $uri\")\n      original = Input.VirtualFile(document.filename, document.contents)\n      revised = uri.toInput(buffers)\n      (originalPosition, edit) <- {\n        findOriginalPosition(original, revised, line, column)\n      }\n      name <- document.names.collectFirst {\n        case name @ ResolvedName(Some(position), symbol, _) if {\n              val range = original.toIndexRange(position.start, position.end)\n              logger.trace(\n                s\"${document.filename.replaceFirst(\".*\/\", \"\")} [${range.pretty}] ${symbol}\"\n              )\n              range.contains(originalPosition)\n            } =>\n          name\n      }\n    } yield name -> edit\n  }\n\n  \/** Returns a symbol at the given location *\/\n  def findSymbol(\n      uri: Uri,\n      line: Int,\n      column: Int\n  ): Option[(Symbol, TokenEditDistance)] = {\n    for {\n      (name, edit) <- resolveName(uri, line, column)\n      symbol = Symbol(name.symbol)\n      _ = logger.info(s\"Matching symbol ${symbol}\")\n    } yield symbol -> edit\n  }\n\n  \/** Returns symbol definition data from the index taking into account relevant alternatives *\/\n  def definitionData(\n      symbol: Symbol\n  ): Option[SymbolData] = {\n    (symbol :: symbol.definitionAlternative)\n      .collectFirst {\n        case symbolIndexer(data) if data.definition.nonEmpty =>\n          logger.info(s\"Found definition symbol ${data.symbol}\")\n          data\n      }\n  }\n\n  def data(symbol: Symbol): Option[SymbolData] =\n    symbolIndexer.get(symbol)\n\n  \/** Returns symbol references data from the index taking into account relevant alternatives *\/\n  def referencesData(\n      symbol: Symbol\n  ): List[SymbolData] = {\n    (symbol :: symbol.referenceAlternatives)\n      .collect {\n        case symbolIndexer(data) =>\n          if (data.symbol != symbol.syntax)\n            logger.info(s\"Adding alternative references ${data.symbol}\")\n          data\n      }\n  }\n\n  def indexDependencyClasspath(\n      sourceJars: List[AbsolutePath]\n  ): Task[Effects.IndexSourcesClasspath] = Task {\n    if (!config().indexClasspath) Effects.IndexSourcesClasspath\n    else {\n      val sourceJarsWithJDK =\n        if (config().indexJDK)\n          CompilerConfig.jdkSources.fold(sourceJars)(_ :: sourceJars)\n        else sourceJars\n      val buf = List.newBuilder[AbsolutePath]\n      sourceJarsWithJDK.foreach { jar =>\n        \/\/ ensure we only index each jar once even under race conditions.\n        \/\/ race conditions are not unlikely since multiple .compilerconfig\n        \/\/ are typically created at the same time for each project\/configuration\n        \/\/ combination. Duplicate tasks are expensive, for example we don't want\n        \/\/ to index the JDK twice on first startup.\n        indexedJars.computeIfAbsent(jar, _ => buf += jar)\n      }\n      val sourceJarsToIndex = buf.result()\n      \/\/ Acquire a lock on the leveldb cache only during indexing.\n      LevelDBMap.withDB(cacheDirectory.resolve(\"leveldb\").toFile) { db =>\n        sourceJarsToIndex.foreach { path =>\n          logger.info(s\"Indexing classpath entry $path\")\n          try {\n            val database = db.getOrElseUpdate[AbsolutePath, Database](\n              path,\n              () => Mtags.indexDatabase(path :: Nil)\n            )\n            indexDatabase(database)\n          } catch {\n            case NonFatal(e) =>\n              logger.error(s\"Failed to index $path\", e)\n          }\n        }\n      }\n      Effects.IndexSourcesClasspath\n    }\n  }\n\n  \/** Register this Database to symbol indexer. *\/\n  def indexDatabase(document: s.Database): Effects.IndexSemanticdb = {\n    document.documents.foreach { doc =>\n      try indexDocument(doc)\n      catch {\n        case NonFatal(e) =>\n          logger.error(s\"Failed to index ${doc.filename}\", e)\n      }\n    }\n    Effects.IndexSemanticdb\n  }\n\n  \/**\n   *\n   * Register this Document to symbol indexer.\n   *\n   * Indexes definitions, denotations and references in this document.\n   *\n   * @param document Must respect the following conventions:\n   *                 - filename must be formatted as a URI\n   *                 - names must be sorted\n   *\/\n  def indexDocument(document: s.Document): Effects.IndexSemanticdb = {\n    val uri = Uri(document.filename)\n    val input = Input.VirtualFile(document.filename, document.contents)\n    documentIndex.putDocument(uri, document)\n    document.names.foreach {\n      \/\/ TODO(olafur) handle local symbols on the fly from a `Document` in go-to-definition\n      \/\/ local symbols don't need to be indexed globally, by skipping them we should\n      \/\/ def isLocalSymbol(sym: String): Boolean =\n      \/\/ !sym.endsWith(\".\") &&\n      \/\/     !sym.endsWith(\"#\") &&\n      \/\/     !sym.endsWith(\")\")\n      \/\/ be able to minimize the size of the global index significantly.\n      \/\/      case s.ResolvedName(_, sym, _) if isLocalSymbol(sym) => \/\/ Do nothing, local symbol.\n      case s.ResolvedName(Some(s.Position(start, end)), sym, true) =>\n        symbolIndexer.addDefinition(\n          sym,\n          i.Position(document.filename, Some(input.toIndexRange(start, end)))\n        )\n      case s.ResolvedName(Some(s.Position(start, end)), sym, false) =>\n        symbolIndexer.addReference(\n          document.filename,\n          input.toIndexRange(start, end),\n          sym\n        )\n      case _ =>\n    }\n    document.symbols.foreach {\n      case s.ResolvedSymbol(sym, Some(denot)) =>\n        symbolIndexer.addDenotation(\n          sym,\n          denot.flags,\n          denot.name,\n          denot.signature\n        )\n      case _ =>\n    }\n    Effects.IndexSemanticdb\n  }\n\n  override def workspaceSymbols(query: String): List[SymbolInformation] = {\n    import scala.meta.metals.ScalametaEnrichments._\n    import scala.meta.semanticdb._\n    val result = symbolIndexer.allSymbols.toIterator\n      .withFilter { symbol =>\n        symbol.definition.isDefined && symbol.definition.get.uri\n          .startsWith(\"file:\")\n      }\n      .collect {\n        case i.SymbolData(sym, Some(pos), _, flags, name, _)\n            if flags.hasOneOfFlags(CLASS | TRAIT | OBJECT) && {\n              \/\/ NOTE(olafur) fuzzy-wuzzy doesn't seem to do a great job\n              \/\/ for camelcase searches like \"DocSymPr\" when looking for\n              \/\/ \"DocumentSymbolProvider. We should try and port something\n              \/\/ like https:\/\/blog.forrestthewoods.com\/reverse-engineering-sublime-text-s-fuzzy-match-4cffeed33fdb\n              \/\/ instead.\n              FuzzySearch.partialRatio(query, name) >= 90\n            } =>\n          SymbolInformation(\n            name,\n            flags.toSymbolKind,\n            pos.toLocation,\n            Some(sym.stripPrefix(\"_root_.\"))\n          )\n      }\n    result.toList\n  }\n\n  def clearIndex(): Unit = indexedJars.clear()\n\n  \/** Returns the matching position in the original document.\n   *\n   * Falls back to TokenEditDistance in case the current open buffer\n   * is off-sync with the latest saved semanticdb document.\n   *\/\n  private def findOriginalPosition(\n      original: Input.VirtualFile,\n      revised: Input.VirtualFile,\n      line: Int,\n      column: Int\n  ): Option[(Position, TokenEditDistance)] = {\n    if (original.value == revised.value) {\n      \/\/ Minor optimization, skip edit-distance when original is synced\n      Some(original.toPosition(line, column) -> TokenEditDistance.empty)\n    } else {\n      for {\n        edit <- TokenEditDistance(original, revised)\n        revisedOffset = revised.toOffset(line, column)\n        originalPosition <- edit.toOriginal(revisedOffset).right.toOption\n      } yield originalPosition -> edit\n    }\n  }\n\n}\n"}
{"repo_name":"tpolecat\/metals","path":"test-workspace\/build.sbt","text":"<reponame>tpolecat\/metals<filename>test-workspace\/build.sbt\naddCompilerPlugin(MetalsPlugin.semanticdbScalac)\nscalacOptions += \"-Yrangepos\"\n"}
{"repo_name":"wafuwafu13\/Basics-of-functional-programming","path":"src\/test\/scala\/chap02.check.scala","text":"<reponame>wafuwafu13\/Basics-of-functional-programming<filename>src\/test\/scala\/chap02.check.scala\nimport org.scalacheck.Properties\nimport org.scalacheck.Prop.forAll\nimport org.scalacheck.Prop.{forAll, BooleanOperators}\nimport scala.annotation.tailrec\nimport org.scalacheck.Gen\n\nobject MathSpecification extends Properties(\"Math\") {\n  def factorial(n: Int): Long = {\n    @tailrec\n    def fact(n: Int, accumulator: Int): Long = {\n      if (n <= 1) accumulator\n      else fact(n - 1, n * accumulator)\n    }\n    fact(n, 1)\n  }\n  \/\/ def factorial(n: Int): Int = {\n  \/\/   @tailrec def factorialAcc(acc: Int, n: Int): Int = {\n  \/\/     if (n <= 1) acc\n  \/\/     else factorialAcc(n * acc, n - 1)\n  \/\/   }\n  \/\/   factorialAcc(1, n)\n  \/\/ }\n  \/\/ property(\"factorial\") = forAll( { (n: Int) =>\n  \/\/   (n > 0 && n < 10000)  ==>   (factorial(n) == n * factorial(n-1))\n  \/\/ })\n  def perm(n:Int, r:Int) = {\n    factorial(n) \/ factorial(n-r)\n  }\n  def comb(n:Int, r:Int) = {\n    perm(n,r) \/ factorial(r)\n  }\n  \/\/ property(\"comb\") = forAll( { (n: Int, r: Int) =>\n  \/\/   (n > 1 && r > 1 && n > r)  ==>   (comb(n,r) == comb(n, n-r))\n  \/\/ })\n  \/\/ property(\"comb\") = forAll((Gen.choose(1, 10000),Gen.choose(1, 10000)) { (n: Int, r: Int) =>\n  \/\/   comb(n,r) == comb(n, n-r)\n  \/\/   \/\/ (n > 1 && r > 1 && n > r)  ==>   (comb(n,r) == comb(n, n-r))\n  \/\/ })\n  def succ(n:Int) = {\n    n + 1\n  }\n  \/* #@range_begin(check_succ) *\/\n  property(\"succ\") = forAll( (x:Int) => \/\/ \u5909\u6570x\u306f\u6574\u6570\u3067\u3042\u308b\n    (x >= 0) ==>  \/\/ x\u306f0\u4ee5\u4e0a\u3067\u3042\u308b\u3068\u3059\u308b\u4e8b\u524d\u6761\u4ef6\u3092\u8a2d\u5b9a\u3059\u308b\n      (succ(0) + succ(x) == succ(succ(x)))\n  )\n  \/* #@range_end(check_succ) *\/\n  \/* #@range_begin(check_multiplication) *\/\n  property(\"multiply\") = forAll( (x:Int) => \n    x+x == 2*x \n  )\n  \/* #@range_end(check_multiplication) *\/\n}\n\nobject StringSpecification extends Properties(\"String\") {\n\n  property(\"startsWith\") = forAll { (a: String, b: String) =>\n    (a+b).startsWith(a)\n  }\n\n  property(\"concatenate\") = forAll { (a: String, b: String) =>\n    (a+b).length >= a.length && (a+b).length >= b.length\n  }\n\n  property(\"substring\") = forAll { (a: String, b: String, c: String) =>\n    (a+b+c).substring(a.length, a.length+b.length) == b\n  }\n\n}\n"}
{"repo_name":"wafuwafu13\/Basics-of-functional-programming","path":"src\/test\/scala\/chap02.spec.scala","text":"import org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FunSuite\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.{ FunSpec, BeforeAndAfterAll, BeforeAndAfterEach, BeforeAndAfter }\n\n\nclass Chap02Spec extends FunSpec with ShouldMatchers {\n  describe(\"\u30c6\u30b9\u30c8\u304c\u5bb9\u6613\u3067\u3042\u308b\"){\n    describe(\"\u9280\u884c\u53e3\u5ea7\u306e\u4f8b\"){\n      \/\/ ##@range_begin(account_class)\n      \/\/ \u9280\u884c\u53e3\u5ea7\u306e\u30af\u30e9\u30b9\n      class Account(amount: Int) {\n        \/\/ \u53e3\u5ea7\u306e\u6b8b\u9ad8\u3092\u53ef\u5909\u306a\u72b6\u614b\u3068\u3057\u3066\u4f5c\u308b\n        var balance = amount\n        \/\/ \u53e3\u5ea7\u306b\u304a\u91d1\u3092\u9810\u3051\u308b\u95a2\u6570\n        def deposit(amount: Int):Int = {\n          \/\/ \u6b8b\u9ad8\u3092\u66f4\u65b0\u3059\u308b\n          balance = balance + amount\n          return balance\n        }\n        \/\/ \u53e3\u5ea7\u304b\u3089\u304a\u91d1\u3092\u5f15\u304d\u51fa\u3059\u95a2\u6570\n        def withdraw(amount: Int):Int = {\n          \/\/ \u6b8b\u9ad8\u3092\u66f4\u65b0\u3059\u308b\n          balance = balance - amount\n          return balance\n        }\n      }\n      \/\/ ##@range_end(account_class)\n      it(\"\u53d6\u308a\u5f15\u304d\u306e\u4f8b\"){\n        \/************* \u30c6\u30b9\u30c8 *************\/\n        \/\/ ##@range_begin(account_with_state_test)\n        \/\/ \u53e3\u5ea7\u30921000\u5186\u3067\u958b\u8a2d\u3059\u308b\n        val theAccount = new Account(1000) \n        theAccount.balance should equal(1000)\n        \/\/ \u53e3\u5ea7\u304b\u3089200\u5186\u3092\u5f15\u304d\u51fa\u3059\n        theAccount.withdraw(200)           \n        \/\/ \u6b8b\u9ad8\u306f800\u5186\u3068\u306a\u308b\n        theAccount.balance should equal(800) \n        \/\/ ##@range_end(account_with_state_test)\n      }\n      it(\"\u8ca7\u4e4f\u4eba\u306e\u4f8b\"){\n        \/************* \u30c6\u30b9\u30c8 *************\/\n        \/\/ ##@range_begin(poormansAccount_test)\n        val poormansAccount = new Account(1000) \/\/ \u53e3\u5ea7\u30921000\u5186\u3067\u958b\u8a2d\u3059\u308b\n        poormansAccount.balance should equal(1000)\n        poormansAccount.withdraw(200)           \/\/ \u53e3\u5ea7\u304b\u3089200\u5186\u3092\u5f15\u304d\u51fa\u3059\n        poormansAccount.balance should equal(800) \/\/ \u6b8b\u9ad8\u306f800\u5186\u3068\u306a\u308b\n        \/\/ ##@range_end(poormansAccount_test)\n      }\n      it(\"\u91d1\u6301\u3061\u306e\u4f8b\"){\n        \/************* \u30c6\u30b9\u30c8 *************\/\n        \/\/ ##@range_begin(richmansAccount_test)\n        val richmansAccount = new Account(100000) \/\/ \u53e3\u5ea7\u3092100\u4e07\u5186\u3067\u958b\u8a2d\u3059\u308b\n        richmansAccount.balance should equal(100000)\n        richmansAccount.withdraw(20000)           \/\/ \u53e3\u5ea7\u304b\u308920\u4e07\u5186\u3092\u5f15\u304d\u51fa\u3059\n        richmansAccount.balance should equal(80000) \/\/ \u6b8b\u9ad8\u306f80\u5186\u3068\u306a\u308b\n        \/\/ ##@range_end(richmansAccount_test)\n      }\n    }\n  }\n}\n"}
{"repo_name":"wafuwafu13\/Basics-of-functional-programming","path":"test\/chap05.spec.scala","text":"trait Currency\ncase class Yen(amount: Int) extends Currency\ncase class Dollar(amount: Int) extends Currency\n\ndef toS(currency:Currency):String = currency match { \/\/ \u901a\u8ca8\u306e\u578b\u3067\u30de\u30c3\u30c1\u3055\u305b\u308b\n  case Yen(amount) => {\n    \"%s yen\".format(amount) \/\/ \u5909\u6570amount\u306b\u306f\u65e5\u672c\u5186\u306e\u5024\u304c\u5165\u308b\n  }\n  case Dollar(amount) => {\n    \"%s dollar\".format(amount)  \/\/ \u5909\u6570amount\u306b\u306f\u30c9\u30eb\u306e\u5024\u304c\u5165\u308b\n  }\n}\nval yen = Yen(1000)\ntoS(yen) should equal(\"1000 yen\")\n"}
{"repo_name":"wafuwafu13\/Basics-of-functional-programming","path":"build.sbt","text":"autoCompilerPlugins := true\n"}
{"repo_name":"wafuwafu13\/Basics-of-functional-programming","path":"src\/test\/scala\/chap05.spec.scala","text":"<gh_stars>10-100\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FunSuite\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.{ FunSpec, BeforeAndAfterAll, BeforeAndAfterEach, BeforeAndAfter }\n\n\nclass Chap05Spec extends FunSpec with ShouldMatchers {\n  describe(\"if\u306b\u3064\u3044\u3066\"){\n    it(\"even\"){\n      \/\/ ##@range_begin(if_as_expression_in_scala)\n      def even(number:Int): Boolean = {\n        return if(number % 2 == 0) \/\/ if\u306f\u5f0f\u306a\u306e\u3067\u305d\u306e\u7d50\u679c\u3092\u8fd4\u3059\n          true\n        else\n          false\n      }\n      \/************* \u30c6\u30b9\u30c8 *************\/\n      even(2) should equal(true)\n      even(3) should equal(false)\n      \/\/ ##@range_end(if_as_expression_in_scala)\n    }\n  }\n  describe(\"switch\u6587\"){\n    it(\"\u901a\u8ca8\u306e\u4f8b\"){\n      \/\/ ##@range_begin(pattern_match_in_scala)\n      trait Currency\n      case class Yen(amount: Int) extends Currency\n      case class Dollar(amount: Int) extends Currency\n\n      def toS(currency:Currency):String = \n        \/\/ \u901a\u8ca8\u306e\u578b\u3067\u30de\u30c3\u30c1\u3055\u305b\u308b\n        currency match { \n          \/\/ Yen\u306b\u30de\u30c3\u30c1\u3059\u308b\u5834\u5408\n          case Yen(amount) => { \/\/ \u5909\u6570amount\u306b\u306f\u65e5\u672c\u5186\u306e\u5024\u304c\u5165\u308b\n            \"%s yen\".format(amount) \n          }\n          \/\/ Dollar\u306b\u30de\u30c3\u30c1\u3059\u308b\u5834\u5408\n          case Dollar(amount) => { \/\/ \u5909\u6570amount\u306b\u306f\u30c9\u30eb\u306e\u5024\u304c\u5165\u308b\n            \"%s dollar\".format(amount)  \n          }\n        }\n      \/************* \u30c6\u30b9\u30c8 *************\/\n      val yen = Yen(1000)\n      toS(yen) should equal(\"1000 yen\")\n      \/\/ ##@range_end(pattern_match_in_scala)\n    }\n  }\n}\n\n"}
{"repo_name":"zmccoy\/epimetheus","path":"core\/src\/main\/scala\/io\/chrisdavenport\/epimetheus\/Name.scala","text":"<gh_stars>0\npackage io.chrisdavenport.epimetheus\n\nimport cats._\nimport cats.implicits._\n\nimport scala.language.experimental.macros\nimport scala.reflect.macros.whitebox\n\nfinal class Name private(val getName: String) extends AnyVal {\n  def ++(that: Name): Name = new Name(getName |+| that.getName)\n  def suffix(s: Name.Suffix): Name = new Name(getName |+| s.getSuffix)\n}\n\nobject Name {\n  implicit val nameInstances: Show[Name] with Semigroup[Name] with Eq[Name] with Order[Name] =\n    new Show[Name] with Semigroup[Name] with Eq[Name] with Order[Name]{\n      \/\/ Members declared in cats.Show.ContravariantShow\n      def show(t: Name): String = t.getName\n      \/\/ Members declared in cats.kernel.Semigroup\n      def combine(x: Name, y: Name): Name = x ++ y\n      \/\/ Members declared in cats.kernel.Order\n      override def compare(x: Name, y: Name): Int =\n        Order[String].compare(x.getName, y.getName)\n      \/\/ Members declared in cats.kernel.Eq\n      override def eqv(x: Name, y: Name): Boolean =\n        Eq[String].eqv(x.getName, y.getName)\n    }\n\n  private val reg = \"([a-zA-Z_:][a-zA-Z0-9_:]*)\".r\n\n  private[Name] class Macros(val c: whitebox.Context) {\n    import c.universe._\n    def nameLiteral(s: c.Expr[String]): Tree =\n      s.tree match {\n        case Literal(Constant(s: String))=>\n            impl(s)\n            .fold(\n              e => c.abort(c.enclosingPosition, e.getMessage),\n              _ =>\n                q\"\"\"\n                @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n                val name = _root_.io.chrisdavenport.epimetheus.Name.impl($s).fold(throw _, _root_.scala.Predef.identity)\n                name\n                \"\"\"\n            )\n        case _ =>\n          c.abort(\n            c.enclosingPosition,\n            s\"This method uses a macro to verify that a Name literal is valid. Use Name.impl if you have a dynamic value you want to parse as a name.\"\n          )\n      }\n  }\n\n  def impl(s: String): Either[IllegalArgumentException, Name] = s match {\n    case reg(string) => Either.right(new Name(string))\n    case _ => Either.left(\n      new IllegalArgumentException(\n        s\"Input String - $s does not match regex - ([a-zA-Z_:][a-zA-Z0-9_:]*)\"\n      )\n    )\n  }\n  def implF[F[_]: ApplicativeError[?[_], Throwable]](s: String): F[Name] = {\n    impl(s).liftTo[F]\n  }\n\n  def apply(s: String): Name = macro Macros.nameLiteral\n\n  final class Suffix private(val getSuffix: String) extends AnyVal {\n    def ++(that: Suffix): Suffix = new Suffix(getSuffix |+| that.getSuffix)\n  }\n  object Suffix {\n\n    implicit val nameInstances: Show[Suffix] with Semigroup[Suffix] =\n      new Show[Suffix] with Semigroup[Suffix]{\n        \/\/ Members declared in cats.Show.ContravariantShow\n        def show(t: Suffix): String = t.getSuffix\n        \/\/ Members declared in cats.kernel.Semigroup\n        def combine(x: Suffix, y: Suffix): Suffix = x ++ y\n      }\n\n    private[Suffix] class Macros(val c: whitebox.Context) {\n      import c.universe._\n      def suffixLiteral(s: c.Expr[String]): Tree =\n        s.tree match {\n          case Literal(Constant(s: String))=>\n              impl(s)\n              .fold(\n                e => c.abort(c.enclosingPosition, e.getMessage),\n                _ =>\n                  q\"\"\"\n                  @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n                  val suffix = _root_.io.chrisdavenport.epimetheus.Name.Suffix.impl($s).fold(throw _, _root_.scala.Predef.identity)\n                  suffix\n                  \"\"\"\n              )\n          case _ =>\n            c.abort(\n              c.enclosingPosition,\n              s\"This method uses a macro to verify that a Name.Suffix literal is valid. Use Name.Suffix.impl if you have a dynamic value you want to parse as a suffix.\"\n            )\n        }\n    }\n\n    private val sufreg = \"([a-zA-Z0-9_:]*)\".r\n\n    def impl(s: String): Either[IllegalArgumentException, Suffix] = s match {\n      case sufreg(string) => Either.right(new Suffix(string))\n      case _ => Either.left(\n        new IllegalArgumentException(\n          s\"Input String - $s does not match regex - ([a-zA-Z0-9_:]*)\"\n        )\n      )\n    }\n\n    def implF[F[_]: ApplicativeError[?[_], Throwable]](s: String): F[Suffix] = {\n      impl(s).liftTo[F]\n    }\n\n    def apply(s: String): Suffix = macro Macros.suffixLiteral\n\n  }\n\n}\n"}
{"repo_name":"zmccoy\/epimetheus","path":"core\/src\/main\/scala\/io\/chrisdavenport\/epimetheus\/Label.scala","text":"package io.chrisdavenport.epimetheus\n\nimport cats._\nimport cats.implicits._\n\nimport scala.language.experimental.macros\nimport scala.reflect.macros.whitebox\n\nfinal class Label private(val getLabel: String) extends AnyVal {\n  def ++(that: Label): Label = new Label(getLabel |+| that.getLabel)\n  def suffix(s: Label.Suffix): Label = new Label(getLabel |+| s.getSuffix)\n}\n\nobject Label {\n  implicit val labelInstances: Show[Label] with Semigroup[Label] with Eq[Label] with Order[Label] =\n    new Show[Label] with Semigroup[Label] with Eq[Label] with Order[Label]{\n      \/\/ Members declared in cats.Show.ContravariantShow\n      def show(t: Label): String = t.getLabel\n      \/\/ Members declared in cats.kernel.Semigroup\n      def combine(x: Label, y: Label): Label = x ++ y\n      \/\/ Members declared in cats.kernel.Order\n      override def compare(x: Label, y: Label): Int =\n        Order[String].compare(x.getLabel, y.getLabel)\n      \/\/ Members declared in cats.kernel.Eq\n      override def eqv(x: Label, y: Label): Boolean =\n        Eq[String].eqv(x.getLabel, y.getLabel)\n    }\n\n  \/** See [[https:\/\/prometheus.io\/docs\/concepts\/data_model\/#metric-names-and-labels]] *\/\n  private val reg = \"([a-zA-Z_][a-zA-Z0-9_]*)\".r\n\n  private[Label] class Macros(val c: whitebox.Context) {\n    import c.universe._\n    def labelLiteral(s: c.Expr[String]): Tree =\n      s.tree match {\n        case Literal(Constant(s: String))=>\n            impl(s)\n            .fold(\n              e => c.abort(c.enclosingPosition, e.getMessage),\n              _ =>\n                q\"\"\"\n                @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n                val label = _root_.io.chrisdavenport.epimetheus.Label.impl($s).fold(throw _, _root_.scala.Predef.identity)\n                label\n                \"\"\"\n            )\n        case _ =>\n          c.abort(\n            c.enclosingPosition,\n            s\"This method uses a macro to verify that a Label literal is valid. Use Label.impl if you have a dynamic value you want to parse as a label.\"\n          )\n      }\n  }\n\n  def impl(s: String): Either[IllegalArgumentException, Label] = s match {\n    case reg(string) => Either.right(new Label(string))\n    case _ => Either.left(\n      new IllegalArgumentException(\n        s\"Input String - $s does not match regex - $reg\"\n      )\n    )\n  }\n  def implF[F[_]: ApplicativeError[?[_], Throwable]](s: String): F[Label] = {\n    impl(s).liftTo[F]\n  }\n\n  def apply(s: String): Label = macro Macros.labelLiteral\n\n  final class Suffix private(val getSuffix: String) extends AnyVal {\n    def ++(that: Suffix): Suffix = new Suffix(getSuffix |+| that.getSuffix)\n  }\n  object Suffix {\n\n    implicit val labelInstances: Show[Suffix] with Semigroup[Suffix] =\n      new Show[Suffix] with Semigroup[Suffix]{\n        \/\/ Members declared in cats.Show.ContravariantShow\n        def show(t: Suffix): String = t.getSuffix\n        \/\/ Members declared in cats.kernel.Semigroup\n        def combine(x: Suffix, y: Suffix): Suffix = x ++ y\n      }\n\n    private[Suffix] class Macros(val c: whitebox.Context) {\n      import c.universe._\n      def suffixLiteral(s: c.Expr[String]): Tree =\n        s.tree match {\n          case Literal(Constant(s: String))=>\n              impl(s)\n              .fold(\n                e => c.abort(c.enclosingPosition, e.getMessage),\n                _ =>\n                  q\"\"\"\n                  @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n                  val suffix = _root_.io.chrisdavenport.epimetheus.Label.Suffix.impl($s).fold(throw _, _root_.scala.Predef.identity)\n                  suffix\n                  \"\"\"\n              )\n          case _ =>\n            c.abort(\n              c.enclosingPosition,\n              s\"This method uses a macro to verify that a Label.Suffix literal is valid. Use Label.Suffix.impl if you have a dynamic value you want to parse as a suffix.\"\n            )\n        }\n    }\n\n    private val sufreg = \"([a-zA-Z0-9_]*)\".r\n\n    def impl(s: String): Either[IllegalArgumentException, Suffix] = s match {\n      case sufreg(string) => Either.right(new Suffix(string))\n      case _ => Either.left(\n        new IllegalArgumentException(\n          s\"Input String - $s does not match regex - $sufreg\"\n        )\n      )\n    }\n\n    def implF[F[_]: ApplicativeError[?[_], Throwable]](s: String): F[Suffix] = {\n      impl(s).liftTo[F]\n    }\n\n    def apply(s: String): Suffix = macro Macros.suffixLiteral\n\n  }\n\n}\n"}
{"repo_name":"zmccoy\/epimetheus","path":"core\/src\/test\/scala\/io\/chrisdavenport\/epimetheus\/NameSpec.scala","text":"package io.chrisdavenport.epimetheus\n\nimport org.specs2.mutable.Specification\n\nclass NameSpec extends Specification{\n  \"Name\" should {\n    \"Return the input string if valid\" in {\n      Name(\"L\").getName must_=== \"L\"\n    }\n  }\n\n  \"Suffix\" should {\n    \"Return the input string if valid\" in {\n      Name.Suffix(\"0\").getSuffix must_=== \"0\"\n    }\n  }\n\n  object Compile {\n    val good = Name(\"asdf_basrr\")\n    \/\/ val badNumberFirst = Name(\"0asdfa\")\n    val goodIfNumberSecond = Name(\"a0asdfa\")\n    \/\/ val badAscii = Name(\"^\")\n\n    val goodSuffix = Name.Suffix(\"0asdfa\")\n    \/\/ val failAscci = Name.Suffix(\"^\")\n  }\n}"}
{"repo_name":"zmccoy\/epimetheus","path":"core\/src\/test\/scala\/io\/chrisdavenport\/epimetheus\/HistogramSpec.scala","text":"package io.chrisdavenport.epimetheus\n\nimport cats.effect._\nimport org.specs2.mutable.Specification\nimport shapeless._\n\nclass HistogramSpec extends Specification {\n  \"Histogram No Labels\" should {\n    \"Register cleanly in the collector\" in {\n      val test = for {\n        cr <- CollectorRegistry.build[IO]\n        h <- Histogram.noLabelsBuckets[IO](cr, Name(\"boo\"), \"Boo \", 0.1, 0.2, 0.3, 0.4)\n      } yield h\n\n      test.attempt.unsafeRunSync must beRight\n    }\n  }\n\n  \"Histogram Labelled\" should {\n    \"Register cleanly in the collector\" in {\n      val test = for {\n        cr <- CollectorRegistry.build[IO]\n        h <- Histogram.labelledBuckets(cr, Name(\"boo\"), \"Boo \", Sized(Label(\"boo\")), {s: String => Sized(s)}, 0.1, 0.2, 0.3, 0.4)\n      } yield h\n\n      test.attempt.unsafeRunSync must beRight\n    }\n  }\n}\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/scheduler\/cluster\/ClusterTaskSetManager.scala","text":"<filename>core\/src\/main\/scala\/spark\/scheduler\/cluster\/ClusterTaskSetManager.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark.scheduler.cluster\n\nimport java.nio.ByteBuffer\nimport java.util.{Arrays, NoSuchElementException}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.mutable.HashMap\nimport scala.collection.mutable.HashSet\nimport scala.math.max\nimport scala.math.min\n\nimport spark.{FetchFailed, Logging, Resubmitted, SparkEnv, Success, TaskEndReason, TaskState, Utils}\nimport spark.{ExceptionFailure, SparkException, TaskResultTooBigFailure}\nimport spark.TaskState.TaskState\nimport spark.scheduler.{ShuffleMapTask, Task, TaskResult, TaskSet}\n\n\nprivate[spark] object TaskLocality\n  extends Enumeration(\"PROCESS_LOCAL\", \"NODE_LOCAL\", \"RACK_LOCAL\", \"ANY\") with Logging {\n\n  \/\/ process local is expected to be used ONLY within tasksetmanager for now.\n  val PROCESS_LOCAL, NODE_LOCAL, RACK_LOCAL, ANY = Value\n\n  type TaskLocality = Value\n\n  def isAllowed(constraint: TaskLocality, condition: TaskLocality): Boolean = {\n\n    \/\/ Must not be the constraint.\n    assert (constraint != TaskLocality.PROCESS_LOCAL)\n\n    constraint match {\n      case TaskLocality.NODE_LOCAL =>\n        condition == TaskLocality.NODE_LOCAL\n      case TaskLocality.RACK_LOCAL =>\n        condition == TaskLocality.NODE_LOCAL || condition == TaskLocality.RACK_LOCAL\n      \/\/ For anything else, allow\n      case _ => true\n    }\n  }\n\n  def parse(str: String): TaskLocality = {\n    \/\/ better way to do this ?\n    try {\n      val retval = TaskLocality.withName(str)\n      \/\/ Must not specify PROCESS_LOCAL !\n      assert (retval != TaskLocality.PROCESS_LOCAL)\n      retval\n    } catch {\n      case nEx: NoSuchElementException => {\n        logWarning(\"Invalid task locality specified '\" + str + \"', defaulting to NODE_LOCAL\")\n        \/\/ default to preserve earlier behavior\n        NODE_LOCAL\n      }\n    }\n  }\n}\n\n\/**\n * Schedules the tasks within a single TaskSet in the ClusterScheduler.\n *\/\nprivate[spark] class ClusterTaskSetManager(sched: ClusterScheduler, val taskSet: TaskSet)\n  extends TaskSetManager with Logging {\n\n  \/\/ Maximum time to wait to run a task in a preferred location (in ms)\n  val LOCALITY_WAIT = System.getProperty(\"spark.locality.wait\", \"3000\").toLong\n\n  \/\/ CPUs to request per task\n  val CPUS_PER_TASK = System.getProperty(\"spark.task.cpus\", \"1\").toDouble\n\n  \/\/ Maximum times a task is allowed to fail before failing the job\n  val MAX_TASK_FAILURES = System.getProperty(\"spark.task.maxFailures\", \"4\").toInt\n\n  \/\/ Quantile of tasks at which to start speculation\n  val SPECULATION_QUANTILE = System.getProperty(\"spark.speculation.quantile\", \"0.75\").toDouble\n  val SPECULATION_MULTIPLIER = System.getProperty(\"spark.speculation.multiplier\", \"1.5\").toDouble\n\n  \/\/ Serializer for closures and tasks.\n  val env = SparkEnv.get\n  val ser = env.closureSerializer.newInstance()\n\n  val tasks = taskSet.tasks\n  val numTasks = tasks.length\n  val copiesRunning = new Array[Int](numTasks)\n  val finished = new Array[Boolean](numTasks)\n  val numFailures = new Array[Int](numTasks)\n  val taskAttempts = Array.fill[List[TaskInfo]](numTasks)(Nil)\n  var tasksFinished = 0\n\n  var weight = 1\n  var minShare = 0\n  var runningTasks = 0\n  var priority = taskSet.priority\n  var stageId = taskSet.stageId\n  var name = \"TaskSet_\"+taskSet.stageId.toString\n  var parent: Schedulable = null\n  \/\/ Last time when we launched a preferred task (for delay scheduling)\n  var lastPreferredLaunchTime = System.currentTimeMillis\n\n  \/\/ List of pending tasks for each node (process local to container).\n  \/\/ These collections are actually\n  \/\/ treated as stacks, in which new tasks are added to the end of the\n  \/\/ ArrayBuffer and removed from the end. This makes it faster to detect\n  \/\/ tasks that repeatedly fail because whenever a task failed, it is put\n  \/\/ back at the head of the stack. They are also only cleaned up lazily;\n  \/\/ when a task is launched, it remains in all the pending lists except\n  \/\/ the one that it was launched from, but gets removed from them later.\n  private val pendingTasksForHostPort = new HashMap[String, ArrayBuffer[Int]]\n\n  \/\/ List of pending tasks for each node.\n  \/\/ Essentially, similar to pendingTasksForHostPort, except at host level\n  private val pendingTasksForHost = new HashMap[String, ArrayBuffer[Int]]\n\n  \/\/ List of pending tasks for each node based on rack locality.\n  \/\/ Essentially, similar to pendingTasksForHost, except at rack level\n  private val pendingRackLocalTasksForHost = new HashMap[String, ArrayBuffer[Int]]\n\n  \/\/ List containing pending tasks with no locality preferences\n  val pendingTasksWithNoPrefs = new ArrayBuffer[Int]\n\n  \/\/ List containing all pending tasks (also used as a stack, as above)\n  val allPendingTasks = new ArrayBuffer[Int]\n\n  \/\/ Tasks that can be speculated. Since these will be a small fraction of total\n  \/\/ tasks, we'll just hold them in a HashSet.\n  val speculatableTasks = new HashSet[Int]\n\n  \/\/ Task index, start and finish time for each task attempt (indexed by task ID)\n  val taskInfos = new HashMap[Long, TaskInfo]\n\n  \/\/ Did the job fail?\n  var failed = false\n  var causeOfFailure = \"\"\n\n  \/\/ How frequently to reprint duplicate exceptions in full, in milliseconds\n  val EXCEPTION_PRINT_INTERVAL =\n    System.getProperty(\"spark.logging.exceptionPrintInterval\", \"10000\").toLong\n  \/\/ Map of recent exceptions (identified by string representation and\n  \/\/ top stack frame) to duplicate count (how many times the same\n  \/\/ exception has appeared) and time the full exception was\n  \/\/ printed. This should ideally be an LRU map that can drop old\n  \/\/ exceptions automatically.\n  val recentExceptions = HashMap[String, (Int, Long)]()\n\n  \/\/ Figure out the current map output tracker generation and set it on all tasks\n  val generation = sched.mapOutputTracker.getGeneration\n  logDebug(\"Generation for \" + taskSet.id + \": \" + generation)\n  for (t <- tasks) {\n    t.generation = generation\n  }\n\n  \/\/ Add all our tasks to the pending lists. We do this in reverse order\n  \/\/ of task index so that tasks with low indices get launched first.\n  for (i <- (0 until numTasks).reverse) {\n    addPendingTask(i)\n  }\n\n  \/\/ Note that it follows the hierarchy.\n  \/\/ if we search for NODE_LOCAL, the output will include PROCESS_LOCAL and\n  \/\/ if we search for RACK_LOCAL, it will include PROCESS_LOCAL & NODE_LOCAL\n  private def findPreferredLocations(\n      _taskPreferredLocations: Seq[String],\n      scheduler: ClusterScheduler,\n      taskLocality: TaskLocality.TaskLocality): HashSet[String] =\n  {\n    if (TaskLocality.PROCESS_LOCAL == taskLocality) {\n      \/\/ straight forward comparison ! Special case it.\n      val retval = new HashSet[String]()\n      scheduler.synchronized {\n        for (location <- _taskPreferredLocations) {\n          if (scheduler.isExecutorAliveOnHostPort(location)) {\n            retval += location\n          }\n        }\n      }\n\n      return retval\n    }\n\n    val taskPreferredLocations = {\n      if (TaskLocality.NODE_LOCAL == taskLocality) {\n        _taskPreferredLocations\n      } else {\n        assert (TaskLocality.RACK_LOCAL == taskLocality)\n        \/\/ Expand set to include all 'seen' rack local hosts.\n        \/\/ This works since container allocation\/management happens within master -\n        \/\/  so any rack locality information is updated in msater.\n        \/\/ Best case effort, and maybe sort of kludge for now ... rework it later ?\n        val hosts = new HashSet[String]\n        _taskPreferredLocations.foreach(h => {\n          val rackOpt = scheduler.getRackForHost(h)\n          if (rackOpt.isDefined) {\n            val hostsOpt = scheduler.getCachedHostsForRack(rackOpt.get)\n            if (hostsOpt.isDefined) {\n              hosts ++= hostsOpt.get\n            }\n          }\n\n          \/\/ Ensure that irrespective of what scheduler says, host is always added !\n          hosts += h\n        })\n\n        hosts\n      }\n    }\n\n    val retval = new HashSet[String]\n    scheduler.synchronized {\n      for (prefLocation <- taskPreferredLocations) {\n        val aliveLocationsOpt = scheduler.getExecutorsAliveOnHost(Utils.parseHostPort(prefLocation)._1)\n        if (aliveLocationsOpt.isDefined) {\n          retval ++= aliveLocationsOpt.get\n        }\n      }\n    }\n\n    retval\n  }\n\n  \/\/ Add a task to all the pending-task lists that it should be on.\n  private def addPendingTask(index: Int) {\n    \/\/ We can infer hostLocalLocations from rackLocalLocations by joining it against\n    \/\/ tasks(index).preferredLocations (with appropriate hostPort <-> host conversion).\n    \/\/ But not doing it for simplicity sake. If this becomes a performance issue, modify it.\n    val locs = tasks(index).preferredLocations\n    val processLocalLocations = findPreferredLocations(locs, sched, TaskLocality.PROCESS_LOCAL)\n    val hostLocalLocations = findPreferredLocations(locs, sched, TaskLocality.NODE_LOCAL)\n    val rackLocalLocations = findPreferredLocations(locs, sched, TaskLocality.RACK_LOCAL)\n\n    if (rackLocalLocations.size == 0) {\n      \/\/ Current impl ensures this.\n      assert (processLocalLocations.size == 0)\n      assert (hostLocalLocations.size == 0)\n      pendingTasksWithNoPrefs += index\n    } else {\n\n      \/\/ process local locality\n      for (hostPort <- processLocalLocations) {\n        \/\/ DEBUG Code\n        Utils.checkHostPort(hostPort)\n\n        val hostPortList = pendingTasksForHostPort.getOrElseUpdate(hostPort, ArrayBuffer())\n        hostPortList += index\n      }\n\n      \/\/ host locality (includes process local)\n      for (hostPort <- hostLocalLocations) {\n        \/\/ DEBUG Code\n        Utils.checkHostPort(hostPort)\n\n        val host = Utils.parseHostPort(hostPort)._1\n        val hostList = pendingTasksForHost.getOrElseUpdate(host, ArrayBuffer())\n        hostList += index\n      }\n\n      \/\/ rack locality (includes process local and host local)\n      for (rackLocalHostPort <- rackLocalLocations) {\n        \/\/ DEBUG Code\n        Utils.checkHostPort(rackLocalHostPort)\n\n        val rackLocalHost = Utils.parseHostPort(rackLocalHostPort)._1\n        val list = pendingRackLocalTasksForHost.getOrElseUpdate(rackLocalHost, ArrayBuffer())\n        list += index\n      }\n    }\n\n    allPendingTasks += index\n  }\n\n  \/\/ Return the pending tasks list for a given host port (process local), or an empty list if\n  \/\/ there is no map entry for that host\n  private def getPendingTasksForHostPort(hostPort: String): ArrayBuffer[Int] = {\n    \/\/ DEBUG Code\n    Utils.checkHostPort(hostPort)\n    pendingTasksForHostPort.getOrElse(hostPort, ArrayBuffer())\n  }\n\n  \/\/ Return the pending tasks list for a given host, or an empty list if\n  \/\/ there is no map entry for that host\n  private def getPendingTasksForHost(hostPort: String): ArrayBuffer[Int] = {\n    val host = Utils.parseHostPort(hostPort)._1\n    pendingTasksForHost.getOrElse(host, ArrayBuffer())\n  }\n\n  \/\/ Return the pending tasks (rack level) list for a given host, or an empty list if\n  \/\/ there is no map entry for that host\n  private def getRackLocalPendingTasksForHost(hostPort: String): ArrayBuffer[Int] = {\n    val host = Utils.parseHostPort(hostPort)._1\n    pendingRackLocalTasksForHost.getOrElse(host, ArrayBuffer())\n  }\n\n  \/\/ Number of pending tasks for a given host Port (which would be process local)\n  override def numPendingTasksForHostPort(hostPort: String): Int = {\n    getPendingTasksForHostPort(hostPort).count { index =>\n      copiesRunning(index) == 0 && !finished(index)\n    }\n  }\n\n  \/\/ Number of pending tasks for a given host (which would be data local)\n  override def numPendingTasksForHost(hostPort: String): Int = {\n    getPendingTasksForHost(hostPort).count { index =>\n      copiesRunning(index) == 0 && !finished(index)\n    }\n  }\n\n  \/\/ Number of pending rack local tasks for a given host\n  override def numRackLocalPendingTasksForHost(hostPort: String): Int = {\n    getRackLocalPendingTasksForHost(hostPort).count { index =>\n      copiesRunning(index) == 0 && !finished(index)\n    }\n  }\n\n\n  \/\/ Dequeue a pending task from the given list and return its index.\n  \/\/ Return None if the list is empty.\n  \/\/ This method also cleans up any tasks in the list that have already\n  \/\/ been launched, since we want that to happen lazily.\n  private def findTaskFromList(list: ArrayBuffer[Int]): Option[Int] = {\n    while (!list.isEmpty) {\n      val index = list.last\n      list.trimEnd(1)\n      if (copiesRunning(index) == 0 && !finished(index)) {\n        return Some(index)\n      }\n    }\n    return None\n  }\n\n  \/\/ Return a speculative task for a given host if any are available. The task should not have an\n  \/\/ attempt running on this host, in case the host is slow. In addition, if locality is set, the\n  \/\/ task must have a preference for this host\/rack\/no preferred locations at all.\n  private def findSpeculativeTask(hostPort: String, locality: TaskLocality.TaskLocality): Option[Int] = {\n\n    assert (TaskLocality.isAllowed(locality, TaskLocality.NODE_LOCAL))\n    speculatableTasks.retain(index => !finished(index)) \/\/ Remove finished tasks from set\n\n    if (speculatableTasks.size > 0) {\n      val localTask = speculatableTasks.find { index =>\n        val locations = findPreferredLocations(tasks(index).preferredLocations, sched,\n          TaskLocality.NODE_LOCAL)\n        val attemptLocs = taskAttempts(index).map(_.hostPort)\n        (locations.size == 0 || locations.contains(hostPort)) && !attemptLocs.contains(hostPort)\n      }\n\n      if (localTask != None) {\n        speculatableTasks -= localTask.get\n        return localTask\n      }\n\n      \/\/ check for rack locality\n      if (TaskLocality.isAllowed(locality, TaskLocality.RACK_LOCAL)) {\n        val rackTask = speculatableTasks.find { index =>\n          val locations = findPreferredLocations(tasks(index).preferredLocations, sched,\n            TaskLocality.RACK_LOCAL)\n          val attemptLocs = taskAttempts(index).map(_.hostPort)\n          locations.contains(hostPort) && !attemptLocs.contains(hostPort)\n        }\n\n        if (rackTask != None) {\n          speculatableTasks -= rackTask.get\n          return rackTask\n        }\n      }\n\n      \/\/ Any task ...\n      if (TaskLocality.isAllowed(locality, TaskLocality.ANY)) {\n        \/\/ Check for attemptLocs also ?\n        val nonLocalTask = speculatableTasks.find { i =>\n          !taskAttempts(i).map(_.hostPort).contains(hostPort)\n        }\n        if (nonLocalTask != None) {\n          speculatableTasks -= nonLocalTask.get\n          return nonLocalTask\n        }\n      }\n    }\n    return None\n  }\n\n  \/\/ Dequeue a pending task for a given node and return its index.\n  \/\/ If localOnly is set to false, allow non-local tasks as well.\n  private def findTask(hostPort: String, locality: TaskLocality.TaskLocality): Option[Int] = {\n    val processLocalTask = findTaskFromList(getPendingTasksForHostPort(hostPort))\n    if (processLocalTask != None) {\n      return processLocalTask\n    }\n\n    val localTask = findTaskFromList(getPendingTasksForHost(hostPort))\n    if (localTask != None) {\n      return localTask\n    }\n\n    if (TaskLocality.isAllowed(locality, TaskLocality.RACK_LOCAL)) {\n      val rackLocalTask = findTaskFromList(getRackLocalPendingTasksForHost(hostPort))\n      if (rackLocalTask != None) {\n        return rackLocalTask\n      }\n    }\n\n    \/\/ Look for no pref tasks AFTER rack local tasks - this has side effect that we will get to\n    \/\/ failed tasks later rather than sooner.\n    \/\/ TODO: That code path needs to be revisited (adding to no prefs list when host:port goes down).\n    val noPrefTask = findTaskFromList(pendingTasksWithNoPrefs)\n    if (noPrefTask != None) {\n      return noPrefTask\n    }\n\n    if (TaskLocality.isAllowed(locality, TaskLocality.ANY)) {\n      val nonLocalTask = findTaskFromList(allPendingTasks)\n      if (nonLocalTask != None) {\n        return nonLocalTask\n      }\n    }\n\n    \/\/ Finally, if all else has failed, find a speculative task\n    return findSpeculativeTask(hostPort, locality)\n  }\n\n  private def isProcessLocalLocation(task: Task[_], hostPort: String): Boolean = {\n    Utils.checkHostPort(hostPort)\n\n    val locs = task.preferredLocations\n\n    locs.contains(hostPort)\n  }\n\n  private def isHostLocalLocation(task: Task[_], hostPort: String): Boolean = {\n    val locs = task.preferredLocations\n\n    \/\/ If no preference, consider it as host local\n    if (locs.isEmpty) return true\n\n    val host = Utils.parseHostPort(hostPort)._1\n    locs.find(h => Utils.parseHostPort(h)._1 == host).isDefined\n  }\n\n  \/\/ Does a host count as a rack local preferred location for a task?\n  \/\/ (assumes host is NOT preferred location).\n  \/\/ This is true if either the task has preferred locations and this host is one, or it has\n  \/\/ no preferred locations (in which we still count the launch as preferred).\n  private def isRackLocalLocation(task: Task[_], hostPort: String): Boolean = {\n\n    val locs = task.preferredLocations\n\n    val preferredRacks = new HashSet[String]()\n    for (preferredHost <- locs) {\n      val rack = sched.getRackForHost(preferredHost)\n      if (None != rack) preferredRacks += rack.get\n    }\n\n    if (preferredRacks.isEmpty) return false\n\n    val hostRack = sched.getRackForHost(hostPort)\n\n    return None != hostRack && preferredRacks.contains(hostRack.get)\n  }\n\n  \/\/ Respond to an offer of a single slave from the scheduler by finding a task\n  override def slaveOffer(\n      execId: String,\n      hostPort: String,\n      availableCpus: Double,\n      overrideLocality: TaskLocality.TaskLocality = null): Option[TaskDescription] =\n  {\n    if (tasksFinished < numTasks && availableCpus >= CPUS_PER_TASK) {\n      \/\/ If explicitly specified, use that\n      val locality = if (overrideLocality != null) overrideLocality else {\n        \/\/ expand only if we have waited for more than LOCALITY_WAIT for a host local task ...\n        val time = System.currentTimeMillis\n        if (time - lastPreferredLaunchTime < LOCALITY_WAIT) {\n          TaskLocality.NODE_LOCAL\n        } else {\n          TaskLocality.ANY\n        }\n      }\n\n      findTask(hostPort, locality) match {\n        case Some(index) => {\n          \/\/ Found a task; do some bookkeeping and return a Mesos task for it\n          val task = tasks(index)\n          val taskId = sched.newTaskId()\n          \/\/ Figure out whether this should count as a preferred launch\n          val taskLocality =\n            if (isProcessLocalLocation(task, hostPort)) TaskLocality.PROCESS_LOCAL\n            else if (isHostLocalLocation(task, hostPort)) TaskLocality.NODE_LOCAL\n            else if (isRackLocalLocation(task, hostPort)) TaskLocality.RACK_LOCAL\n            else  TaskLocality.ANY\n          val prefStr = taskLocality.toString\n          logInfo(\"Starting task %s:%d as TID %s on slave %s: %s (%s)\".format(\n            taskSet.id, index, taskId, execId, hostPort, prefStr))\n          \/\/ Do various bookkeeping\n          copiesRunning(index) += 1\n          val time = System.currentTimeMillis\n          val info = new TaskInfo(taskId, index, time, execId, hostPort, taskLocality)\n          taskInfos(taskId) = info\n          taskAttempts(index) = info :: taskAttempts(index)\n          if (taskLocality == TaskLocality.PROCESS_LOCAL || taskLocality == TaskLocality.NODE_LOCAL) {\n            lastPreferredLaunchTime = time\n          }\n          \/\/ Serialize and return the task\n          val startTime = System.currentTimeMillis\n          \/\/ We rely on the DAGScheduler to catch non-serializable closures and RDDs, so in here\n          \/\/ we assume the task can be serialized without exceptions.\n          val serializedTask = Task.serializeWithDependencies(\n            task, sched.sc.addedFiles, sched.sc.addedJars, ser)\n          val timeTaken = System.currentTimeMillis - startTime\n          increaseRunningTasks(1)\n          logInfo(\"Serialized task %s:%d as %d bytes in %d ms\".format(\n            taskSet.id, index, serializedTask.limit, timeTaken))\n          val taskName = \"task %s:%d\".format(taskSet.id, index)\n          if (taskAttempts(index).size == 1)\n            taskStarted(task,info)\n          return Some(new TaskDescription(taskId, execId, taskName, serializedTask))\n        }\n        case _ =>\n      }\n    }\n    return None\n  }\n\n  override def statusUpdate(tid: Long, state: TaskState, serializedData: ByteBuffer) {\n    SparkEnv.set(env)\n    state match {\n      case TaskState.FINISHED =>\n        taskFinished(tid, state, serializedData)\n      case TaskState.LOST =>\n        taskLost(tid, state, serializedData)\n      case TaskState.FAILED =>\n        taskLost(tid, state, serializedData)\n      case TaskState.KILLED =>\n        taskLost(tid, state, serializedData)\n      case _ =>\n    }\n  }\n\n  def taskStarted(task: Task[_], info: TaskInfo) {\n    sched.listener.taskStarted(task, info)\n  }\n\n  def taskFinished(tid: Long, state: TaskState, serializedData: ByteBuffer) {\n    val info = taskInfos(tid)\n    if (info.failed) {\n      \/\/ We might get two task-lost messages for the same task in coarse-grained Mesos mode,\n      \/\/ or even from Mesos itself when acks get delayed.\n      return\n    }\n    val index = info.index\n    info.markSuccessful()\n    decreaseRunningTasks(1)\n    if (!finished(index)) {\n      tasksFinished += 1\n      logInfo(\"Finished TID %s in %d ms on %s (progress: %d\/%d)\".format(\n        tid, info.duration, info.hostPort, tasksFinished, numTasks))\n      \/\/ Deserialize task result and pass it to the scheduler\n      try {\n        val result = ser.deserialize[TaskResult[_]](serializedData)\n        result.metrics.resultSize = serializedData.limit()\n        sched.listener.taskEnded(\n          tasks(index), Success, result.value, result.accumUpdates, info, result.metrics)\n      } catch {\n        case cnf: ClassNotFoundException =>\n          val loader = Thread.currentThread().getContextClassLoader\n          throw new SparkException(\"ClassNotFound with classloader: \" + loader, cnf)\n        case ex => throw ex\n      }\n      \/\/ Mark finished and stop if we've finished all the tasks\n      finished(index) = true\n      if (tasksFinished == numTasks) {\n        sched.taskSetFinished(this)\n      }\n    } else {\n      logInfo(\"Ignoring task-finished event for TID \" + tid +\n        \" because task \" + index + \" is already finished\")\n    }\n  }\n\n  def taskLost(tid: Long, state: TaskState, serializedData: ByteBuffer) {\n    val info = taskInfos(tid)\n    if (info.failed) {\n      \/\/ We might get two task-lost messages for the same task in coarse-grained Mesos mode,\n      \/\/ or even from Mesos itself when acks get delayed.\n      return\n    }\n    val index = info.index\n    info.markFailed()\n    decreaseRunningTasks(1)\n    if (!finished(index)) {\n      logInfo(\"Lost TID %s (task %s:%d)\".format(tid, taskSet.id, index))\n      copiesRunning(index) -= 1\n      \/\/ Check if the problem is a map output fetch failure. In that case, this\n      \/\/ task will never succeed on any node, so tell the scheduler about it.\n      if (serializedData != null && serializedData.limit() > 0) {\n        val reason = ser.deserialize[TaskEndReason](serializedData, getClass.getClassLoader)\n        reason match {\n          case fetchFailed: FetchFailed =>\n            logInfo(\"Loss was due to fetch failure from \" + fetchFailed.bmAddress)\n            sched.listener.taskEnded(tasks(index), fetchFailed, null, null, info, null)\n            finished(index) = true\n            tasksFinished += 1\n            sched.taskSetFinished(this)\n            decreaseRunningTasks(runningTasks)\n            return\n\n          case taskResultTooBig: TaskResultTooBigFailure =>\n            logInfo(\"Loss was due to task %s result exceeding Akka frame size; aborting job\".format(\n              tid))\n            abort(\"Task %s result exceeded Akka frame size\".format(tid))\n            return\n\n          case ef: ExceptionFailure =>\n            sched.listener.taskEnded(tasks(index), ef, null, null, info, ef.metrics.getOrElse(null))\n            val key = ef.description\n            val now = System.currentTimeMillis\n            val (printFull, dupCount) = {\n              if (recentExceptions.contains(key)) {\n                val (dupCount, printTime) = recentExceptions(key)\n                if (now - printTime > EXCEPTION_PRINT_INTERVAL) {\n                  recentExceptions(key) = (0, now)\n                  (true, 0)\n                } else {\n                  recentExceptions(key) = (dupCount + 1, printTime)\n                  (false, dupCount + 1)\n                }\n              } else {\n                recentExceptions(key) = (0, now)\n                (true, 0)\n              }\n            }\n            if (printFull) {\n              val locs = ef.stackTrace.map(loc => \"\\tat %s\".format(loc.toString))\n              logInfo(\"Loss was due to %s\\n%s\\n%s\".format(\n                ef.className, ef.description, locs.mkString(\"\\n\")))\n            } else {\n              logInfo(\"Loss was due to %s [duplicate %d]\".format(ef.description, dupCount))\n            }\n\n          case _ => {}\n        }\n      }\n      \/\/ On non-fetch failures, re-enqueue the task as pending for a max number of retries\n      addPendingTask(index)\n      \/\/ Count failed attempts only on FAILED and LOST state (not on KILLED)\n      if (state == TaskState.FAILED || state == TaskState.LOST) {\n        numFailures(index) += 1\n        if (numFailures(index) > MAX_TASK_FAILURES) {\n          logError(\"Task %s:%d failed more than %d times; aborting job\".format(\n            taskSet.id, index, MAX_TASK_FAILURES))\n          abort(\"Task %s:%d failed more than %d times\".format(taskSet.id, index, MAX_TASK_FAILURES))\n        }\n      }\n    } else {\n      logInfo(\"Ignoring task-lost event for TID \" + tid +\n        \" because task \" + index + \" is already finished\")\n    }\n  }\n\n  override def error(message: String) {\n    \/\/ Save the error message\n    abort(\"Error: \" + message)\n  }\n\n  def abort(message: String) {\n    failed = true\n    causeOfFailure = message\n    \/\/ TODO: Kill running tasks if we were not terminated due to a Mesos error\n    sched.listener.taskSetFailed(taskSet, message)\n    decreaseRunningTasks(runningTasks)\n    sched.taskSetFinished(this)\n  }\n\n  override def increaseRunningTasks(taskNum: Int) {\n    runningTasks += taskNum\n    if (parent != null) {\n      parent.increaseRunningTasks(taskNum)\n    }\n  }\n\n  override def decreaseRunningTasks(taskNum: Int) {\n    runningTasks -= taskNum\n    if (parent != null) {\n      parent.decreaseRunningTasks(taskNum)\n    }\n  }\n\n  \/\/ TODO(xiajunluan): for now we just find Pool not TaskSetManager\n  \/\/ we can extend this function in future if needed\n  override def getSchedulableByName(name: String): Schedulable = {\n    return null\n  }\n\n  override def addSchedulable(schedulable:Schedulable) {\n    \/\/ nothing\n  }\n\n  override def removeSchedulable(schedulable:Schedulable) {\n    \/\/ nothing\n  }\n\n  override def getSortedTaskSetQueue(): ArrayBuffer[TaskSetManager] = {\n    var sortedTaskSetQueue = new ArrayBuffer[TaskSetManager]\n    sortedTaskSetQueue += this\n    return sortedTaskSetQueue\n  }\n\n  override def executorLost(execId: String, hostPort: String) {\n    logInfo(\"Re-queueing tasks for \" + execId + \" from TaskSet \" + taskSet.id)\n\n    \/\/ If some task has preferred locations only on hostname, and there are no more executors there,\n    \/\/ put it in the no-prefs list to avoid the wait from delay scheduling\n\n    \/\/ host local tasks - should we push this to rack local or no pref list ? For now, preserving\n    \/\/ behavior and moving to no prefs list. Note, this was done due to impliations related to\n    \/\/ 'waiting' for data local tasks, etc.\n    \/\/ Note: NOT checking process local list - since host local list is super set of that. We need\n    \/\/ to ad to no prefs only if there is no host local node for the task (not if there is no\n    \/\/ process local node for the task)\n    for (index <- getPendingTasksForHost(Utils.parseHostPort(hostPort)._1)) {\n      val newLocs = findPreferredLocations(\n        tasks(index).preferredLocations, sched, TaskLocality.NODE_LOCAL)\n      if (newLocs.isEmpty) {\n        pendingTasksWithNoPrefs += index\n      }\n    }\n\n    \/\/ Re-enqueue any tasks that ran on the failed executor if this is a shuffle map stage\n    if (tasks(0).isInstanceOf[ShuffleMapTask]) {\n      for ((tid, info) <- taskInfos if info.executorId == execId) {\n        val index = taskInfos(tid).index\n        if (finished(index)) {\n          finished(index) = false\n          copiesRunning(index) -= 1\n          tasksFinished -= 1\n          addPendingTask(index)\n          \/\/ Tell the DAGScheduler that this task was resubmitted so that it doesn't think our\n          \/\/ stage finishes when a total of tasks.size tasks finish.\n          sched.listener.taskEnded(tasks(index), Resubmitted, null, null, info, null)\n        }\n      }\n    }\n    \/\/ Also re-enqueue any tasks that were running on the node\n    for ((tid, info) <- taskInfos if info.running && info.executorId == execId) {\n      taskLost(tid, TaskState.KILLED, null)\n    }\n  }\n\n  \/**\n   * Check for tasks to be speculated and return true if there are any. This is called periodically\n   * by the ClusterScheduler.\n   *\n   * TODO: To make this scale to large jobs, we need to maintain a list of running tasks, so that\n   * we don't scan the whole task set. It might also help to make this sorted by launch time.\n   *\/\n  override def checkSpeculatableTasks(): Boolean = {\n    \/\/ Can't speculate if we only have one task, or if all tasks have finished.\n    if (numTasks == 1 || tasksFinished == numTasks) {\n      return false\n    }\n    var foundTasks = false\n    val minFinishedForSpeculation = (SPECULATION_QUANTILE * numTasks).floor.toInt\n    logDebug(\"Checking for speculative tasks: minFinished = \" + minFinishedForSpeculation)\n    if (tasksFinished >= minFinishedForSpeculation) {\n      val time = System.currentTimeMillis()\n      val durations = taskInfos.values.filter(_.successful).map(_.duration).toArray\n      Arrays.sort(durations)\n      val medianDuration = durations(min((0.5 * numTasks).round.toInt, durations.size - 1))\n      val threshold = max(SPECULATION_MULTIPLIER * medianDuration, 100)\n      \/\/ TODO: Threshold should also look at standard deviation of task durations and have a lower\n      \/\/ bound based on that.\n      logDebug(\"Task length threshold for speculation: \" + threshold)\n      for ((tid, info) <- taskInfos) {\n        val index = info.index\n        if (!finished(index) && copiesRunning(index) == 1 && info.timeRunning(time) > threshold &&\n          !speculatableTasks.contains(index)) {\n          logInfo(\n            \"Marking task %s:%d (on %s) as speculatable because it ran more than %.0f ms\".format(\n              taskSet.id, index, info.hostPort, threshold))\n          speculatableTasks += index\n          foundTasks = true\n        }\n      }\n    }\n    return foundTasks\n  }\n\n  override def hasPendingTasks(): Boolean = {\n    numTasks > 0 && tasksFinished < numTasks\n  }\n}\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/ui\/jobs\/PoolTable.scala","text":"<gh_stars>1-10\npackage spark.ui.jobs\n\nimport scala.collection.mutable.HashMap\nimport scala.collection.mutable.HashSet\nimport scala.xml.Node\n\nimport spark.scheduler.Stage\nimport spark.scheduler.cluster.Schedulable\n\n\/** Table showing list of pools *\/\nprivate[spark] class PoolTable(pools: Seq[Schedulable], listener: JobProgressListener) {\n\n  var poolToActiveStages: HashMap[String, HashSet[Stage]] = listener.poolToActiveStages\n\n  def toNodeSeq(): Seq[Node] = {\n    listener.synchronized {\n      poolTable(poolRow, pools)\n    }\n  }\n\n  private def poolTable(makeRow: (Schedulable, HashMap[String, HashSet[Stage]]) => Seq[Node],\n    rows: Seq[Schedulable]\n    ): Seq[Node] = {\n    <table class=\"table table-bordered table-striped table-condensed sortable table-fixed\">\n      <thead>\n        <th>Pool Name<\/th>\n        <th>Minimum Share<\/th>\n        <th>Pool Weight<\/th>\n        <th>Active Stages<\/th>\n        <th>Running Tasks<\/th>\n        <th>SchedulingMode<\/th>\n      <\/thead>\n      <tbody>\n        {rows.map(r => makeRow(r, poolToActiveStages))}\n      <\/tbody>\n    <\/table>\n  }\n\n  private def poolRow(p: Schedulable, poolToActiveStages: HashMap[String, HashSet[Stage]])\n    : Seq[Node] = {\n    val activeStages = poolToActiveStages.get(p.name) match {\n      case Some(stages) => stages.size\n      case None => 0\n    }\n    <tr>\n      <td><a href={\"\/stages\/pool?poolname=%s\".format(p.name)}>{p.name}<\/a><\/td>\n      <td>{p.minShare}<\/td>\n      <td>{p.weight}<\/td>\n      <td>{activeStages}<\/td>\n      <td>{p.runningTasks}<\/td>\n      <td>{p.schedulingMode}<\/td>\n    <\/tr>\n  }\n}\n\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/metrics\/sink\/MetricsServlet.scala","text":"<reponame>ispras\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark.metrics.sink\n\nimport com.codahale.metrics.MetricRegistry\nimport com.codahale.metrics.json.MetricsModule\n\nimport com.fasterxml.jackson.databind.ObjectMapper\n\nimport java.util.Properties\nimport java.util.concurrent.TimeUnit\nimport javax.servlet.http.HttpServletRequest\n\nimport org.eclipse.jetty.server.Handler\n\nimport spark.ui.JettyUtils\n\nclass MetricsServlet(val property: Properties, val registry: MetricRegistry) extends Sink {\n  val SERVLET_KEY_URI = \"uri\"\n  val SERVLET_KEY_SAMPLE = \"sample\"\n\n  val servletURI = property.getProperty(SERVLET_KEY_URI)\n\n  val servletShowSample = property.getProperty(SERVLET_KEY_SAMPLE).toBoolean\n\n  val mapper = new ObjectMapper().registerModule(\n    new MetricsModule(TimeUnit.SECONDS, TimeUnit.MILLISECONDS, servletShowSample))\n\n  def getHandlers = Array[(String, Handler)](\n    (servletURI, JettyUtils.createHandler(request => getMetricsSnapshot(request), \"text\/json\"))\n  )\n\n  def getMetricsSnapshot(request: HttpServletRequest): String = {\n    mapper.writeValueAsString(registry)\n  }\n\n  override def start() { }\n\n  override def stop() { }\n}\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/storage\/StorageUtils.scala","text":"<filename>core\/src\/main\/scala\/spark\/storage\/StorageUtils.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark.storage\n\nimport spark.{Utils, SparkContext}\nimport BlockManagerMasterActor.BlockStatus\n\nprivate[spark]\ncase class StorageStatus(blockManagerId: BlockManagerId, maxMem: Long,\n  blocks: Map[String, BlockStatus]) {\n\n  def memUsed(blockPrefix: String = \"\") = {\n    blocks.filterKeys(_.startsWith(blockPrefix)).values.map(_.memSize).\n      reduceOption(_+_).getOrElse(0l)\n  }\n\n  def diskUsed(blockPrefix: String = \"\") = {\n    blocks.filterKeys(_.startsWith(blockPrefix)).values.map(_.diskSize).\n      reduceOption(_+_).getOrElse(0l)\n  }\n\n  def memRemaining : Long = maxMem - memUsed()\n\n}\n\ncase class RDDInfo(id: Int, name: String, storageLevel: StorageLevel,\n  numCachedPartitions: Int, numPartitions: Int, memSize: Long, diskSize: Long)\n  extends Ordered[RDDInfo] {\n  override def toString = {\n    import Utils.bytesToString\n    \"RDD \\\"%s\\\" (%d) Storage: %s; CachedPartitions: %d; TotalPartitions: %d; MemorySize: %s; DiskSize: %s\".format(name, id,\n      storageLevel.toString, numCachedPartitions, numPartitions, bytesToString(memSize), bytesToString(diskSize))\n  }\n\n  override def compare(that: RDDInfo) = {\n    this.id - that.id\n  }\n}\n\n\/* Helper methods for storage-related objects *\/\nprivate[spark]\nobject StorageUtils {\n\n  \/* Returns RDD-level information, compiled from a list of StorageStatus objects *\/\n  def rddInfoFromStorageStatus(storageStatusList: Seq[StorageStatus],\n    sc: SparkContext) : Array[RDDInfo] = {\n    rddInfoFromBlockStatusList(storageStatusList.flatMap(_.blocks).toMap, sc)\n  }\n\n  \/* Returns a map of blocks to their locations, compiled from a list of StorageStatus objects *\/\n  def blockLocationsFromStorageStatus(storageStatusList: Seq[StorageStatus]) = {\n    val blockLocationPairs = storageStatusList\n      .flatMap(s => s.blocks.map(b => (b._1, s.blockManagerId.hostPort)))\n    blockLocationPairs.groupBy(_._1).map{case (k, v) => (k, v.unzip._2)}.toMap\n  }\n\n  \/* Given a list of BlockStatus objets, returns information for each RDD *\/\n  def rddInfoFromBlockStatusList(infos: Map[String, BlockStatus],\n    sc: SparkContext) : Array[RDDInfo] = {\n\n    \/\/ Group by rddId, ignore the partition name\n    val groupedRddBlocks = infos.filterKeys(_.startsWith(\"rdd_\")).groupBy { case(k, v) =>\n      k.substring(0,k.lastIndexOf('_'))\n    }.mapValues(_.values.toArray)\n\n    \/\/ For each RDD, generate an RDDInfo object\n    val rddInfos = groupedRddBlocks.map { case (rddKey, rddBlocks) =>\n      \/\/ Add up memory and disk sizes\n      val memSize = rddBlocks.map(_.memSize).reduce(_ + _)\n      val diskSize = rddBlocks.map(_.diskSize).reduce(_ + _)\n\n      \/\/ Find the id of the RDD, e.g. rdd_1 => 1\n      val rddId = rddKey.split(\"_\").last.toInt\n\n      \/\/ Get the friendly name and storage level for the RDD, if available\n      sc.persistentRdds.get(rddId).map { r =>\n        val rddName = Option(r.name).getOrElse(rddKey)\n        val rddStorageLevel = r.getStorageLevel\n        RDDInfo(rddId, rddName, rddStorageLevel, rddBlocks.length, r.partitions.size, memSize, diskSize)\n      }\n    }.flatten.toArray\n\n    scala.util.Sorting.quickSort(rddInfos)\n\n    rddInfos\n  }\n\n  \/* Removes all BlockStatus object that are not part of a block prefix *\/\n  def filterStorageStatusByPrefix(storageStatusList: Array[StorageStatus],\n    prefix: String) : Array[StorageStatus] = {\n\n    storageStatusList.map { status =>\n      val newBlocks = status.blocks.filterKeys(_.startsWith(prefix))\n      \/\/val newRemainingMem = status.maxMem - newBlocks.values.map(_.memSize).reduce(_ + _)\n      StorageStatus(status.blockManagerId, status.maxMem, newBlocks)\n    }\n\n  }\n\n}\n"}
{"repo_name":"ispras\/spark","path":"mllib\/src\/main\/scala\/spark\/mllib\/util\/LassoDataGenerator.scala","text":"package spark.mllib.util\n\nimport scala.util.Random\n\nimport org.jblas.DoubleMatrix\n\nimport spark.{RDD, SparkContext}\nimport spark.mllib.regression.LabeledPoint\n\n\/**\n * Generate sample data used for Lasso Regression. This class generates uniform random values\n * for the features and adds Gaussian noise with weight 0.1 to generate response variables.\n *\/\nobject LassoDataGenerator {\n\n  def main(args: Array[String]) {\n    if (args.length < 2) {\n      println(\"Usage: LassoGenerator \" +\n        \"<master> <output_dir> [num_examples] [num_features] [num_partitions]\")\n      System.exit(1)\n    }\n\n    val sparkMaster: String = args(0)\n    val outputPath: String = args(1)\n    val nexamples: Int = if (args.length > 2) args(2).toInt else 1000\n    val nfeatures: Int = if (args.length > 3) args(3).toInt else 2\n    val parts: Int = if (args.length > 4) args(4).toInt else 2\n\n    val sc = new SparkContext(sparkMaster, \"LassoGenerator\")\n\n    val globalRnd = new Random(94720)\n    val trueWeights = new DoubleMatrix(1, nfeatures+1,\n      Array.fill[Double](nfeatures + 1) { globalRnd.nextGaussian() }:_*)\n\n    val data: RDD[LabeledPoint] = sc.parallelize(0 until nexamples, parts).map { idx =>\n      val rnd = new Random(42 + idx)\n\n      val x = Array.fill[Double](nfeatures) {\n        rnd.nextDouble() * 2.0 - 1.0\n      }\n      val y = (new DoubleMatrix(1, x.length, x:_*)).dot(trueWeights) + rnd.nextGaussian() * 0.1\n      LabeledPoint(y, x)\n    }\n\n    MLUtils.saveLabeledData(data, outputPath)\n    sc.stop()\n  }\n}\n"}
{"repo_name":"ispras\/spark","path":"examples\/src\/main\/scala\/spark\/examples\/SparkPageRank.scala","text":"<gh_stars>1-10\npackage spark.examples\n\nimport spark.SparkContext._\nimport spark.SparkContext\n\n\n\/**\n * Computes the PageRank of URLs from an input file. Input file should\n * be in format of:\n * URL         neighbor URL\n * URL         neighbor URL\n * URL         neighbor URL\n * ...\n * where URL and their neighbors are separated by space(s).\n *\/\nobject SparkPageRank {\n  def main(args: Array[String]) {\n    if (args.length < 3) {\n      System.err.println(\"Usage: PageRank <master> <file> <number_of_iterations>\")\n      System.exit(1)\n    }\n    var iters = args(2).toInt\n    val ctx = new SparkContext(args(0), \"PageRank\",\n      System.getenv(\"SPARK_HOME\"), Seq(System.getenv(\"SPARK_EXAMPLES_JAR\")))\n    val lines = ctx.textFile(args(1), 1)\n    val links = lines.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0), parts(1))\n    }.distinct().groupByKey().cache()\n    var ranks = links.mapValues(v => 1.0)\n\n    for (i <- 1 to iters) {\n      val contribs = links.join(ranks).values.flatMap{ case (urls, rank) =>\n        val size = urls.size\n        urls.map(url => (url, rank \/ size))\n      }\n      ranks = contribs.reduceByKey(_ + _).mapValues(0.15 + 0.85 * _)\n    }\n\n    val output = ranks.collect()\n    output.foreach(tup => println(tup._1 + \" has rank: \" + tup._2 + \".\"))\n\n    System.exit(0)\n  }\n}\n\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/ui\/jobs\/PoolPage.scala","text":"<reponame>ispras\/spark\npackage spark.ui.jobs\n\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.xml.{NodeSeq, Node}\nimport scala.collection.mutable.HashSet\n\nimport spark.scheduler.Stage\nimport spark.ui.UIUtils._\nimport spark.ui.Page._\n\n\/** Page showing specific pool details *\/\nprivate[spark] class PoolPage(parent: JobProgressUI) {\n  def listener = parent.listener\n\n  def render(request: HttpServletRequest): Seq[Node] = {\n    listener.synchronized {\n      val poolName = request.getParameter(\"poolname\")\n      val poolToActiveStages = listener.poolToActiveStages\n      val activeStages = poolToActiveStages.get(poolName).toSeq.flatten\n      val activeStagesTable = new StageTable(activeStages.sortBy(_.submissionTime).reverse, parent)\n\n      val pool = listener.sc.getPoolForName(poolName).get\n      val poolTable = new PoolTable(Seq(pool), listener)\n\n      val content = <h4>Summary <\/h4> ++ poolTable.toNodeSeq() ++\n                    <hr\/>\n                    <h4>{activeStages.size} Active Stages<\/h4> ++ activeStagesTable.toNodeSeq()\n\n      headerSparkPage(content, parent.sc, \"Fair Scheduler Pool: \" + poolName, Jobs)\n    }\n  }\n}\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/storage\/MemoryStore.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark.storage\n\nimport java.util.LinkedHashMap\nimport java.util.concurrent.ArrayBlockingQueue\nimport spark.{SizeEstimator, Utils}\nimport java.nio.ByteBuffer\nimport collection.mutable.ArrayBuffer\n\n\/**\n * Stores blocks in memory, either as ArrayBuffers of deserialized Java objects or as\n * serialized ByteBuffers.\n *\/\nprivate class MemoryStore(blockManager: BlockManager, maxMemory: Long)\n  extends BlockStore(blockManager) {\n\n  case class Entry(value: Any, size: Long, deserialized: Boolean, var dropPending: Boolean = false)\n\n  private val entries = new LinkedHashMap[String, Entry](32, 0.75f, true)\n  private var currentMemory = 0L\n  \/\/ Object used to ensure that only one thread is putting blocks and if necessary, dropping\n  \/\/ blocks from the memory store.\n  private val putLock = new Object()\n\n  logInfo(\"MemoryStore started with capacity %s.\".format(Utils.bytesToString(maxMemory)))\n\n  def freeMemory: Long = maxMemory - currentMemory\n\n  override def getSize(blockId: String): Long = {\n    entries.synchronized {\n      entries.get(blockId).size\n    }\n  }\n\n  override def putBytes(blockId: String, _bytes: ByteBuffer, level: StorageLevel) {\n    \/\/ Work on a duplicate - since the original input might be used elsewhere.\n    val bytes = _bytes.duplicate()\n    bytes.rewind()\n    if (level.deserialized) {\n      val values = blockManager.dataDeserialize(blockId, bytes)\n      val elements = new ArrayBuffer[Any]\n      elements ++= values\n      val sizeEstimate = SizeEstimator.estimate(elements.asInstanceOf[AnyRef])\n      tryToPut(blockId, elements, sizeEstimate, true)\n    } else {\n      tryToPut(blockId, bytes, bytes.limit, false)\n    }\n  }\n\n  override def putValues(\n      blockId: String,\n      values: ArrayBuffer[Any],\n      level: StorageLevel,\n      returnValues: Boolean)\n    : PutResult = {\n\n    if (level.deserialized) {\n      val sizeEstimate = SizeEstimator.estimate(values.asInstanceOf[AnyRef])\n      tryToPut(blockId, values, sizeEstimate, true)\n      PutResult(sizeEstimate, Left(values.iterator))\n    } else {\n      val bytes = blockManager.dataSerialize(blockId, values.iterator)\n      tryToPut(blockId, bytes, bytes.limit, false)\n      PutResult(bytes.limit(), Right(bytes.duplicate()))\n    }\n  }\n\n  override def getBytes(blockId: String): Option[ByteBuffer] = {\n    val entry = entries.synchronized {\n      entries.get(blockId)\n    }\n    if (entry == null) {\n      None\n    } else if (entry.deserialized) {\n      Some(blockManager.dataSerialize(blockId, entry.value.asInstanceOf[ArrayBuffer[Any]].iterator))\n    } else {\n      Some(entry.value.asInstanceOf[ByteBuffer].duplicate())   \/\/ Doesn't actually copy the data\n    }\n  }\n\n  override def getValues(blockId: String): Option[Iterator[Any]] = {\n    val entry = entries.synchronized {\n      entries.get(blockId)\n    }\n    if (entry == null) {\n      None\n    } else if (entry.deserialized) {\n      Some(entry.value.asInstanceOf[ArrayBuffer[Any]].iterator)\n    } else {\n      val buffer = entry.value.asInstanceOf[ByteBuffer].duplicate() \/\/ Doesn't actually copy data\n      Some(blockManager.dataDeserialize(blockId, buffer))\n    }\n  }\n\n  override def remove(blockId: String): Boolean = {\n    entries.synchronized {\n      val entry = entries.get(blockId)\n      if (entry != null) {\n        entries.remove(blockId)\n        currentMemory -= entry.size\n        logInfo(\"Block %s of size %d dropped from memory (free %d)\".format(\n          blockId, entry.size, freeMemory))\n        true\n      } else {\n        false\n      }\n    }\n  }\n\n  override def clear() {\n    entries.synchronized {\n      entries.clear()\n    }\n    logInfo(\"MemoryStore cleared\")\n  }\n\n  \/**\n   * Return the RDD ID that a given block ID is from, or null if it is not an RDD block.\n   *\/\n  private def getRddId(blockId: String): String = {\n    if (blockId.startsWith(\"rdd_\")) {\n      blockId.split('_')(1)\n    } else {\n      null\n    }\n  }\n\n  \/**\n   * Try to put in a set of values, if we can free up enough space. The value should either be\n   * an ArrayBuffer if deserialized is true or a ByteBuffer otherwise. Its (possibly estimated)\n   * size must also be passed by the caller.\n   *\n   * Locks on the object putLock to ensure that all the put requests and its associated block\n   * dropping is done by only on thread at a time. Otherwise while one thread is dropping\n   * blocks to free memory for one block, another thread may use up the freed space for\n   * another block.\n   *\/\n  private def tryToPut(blockId: String, value: Any, size: Long, deserialized: Boolean): Boolean = {\n    \/\/ TODO: Its possible to optimize the locking by locking entries only when selecting blocks\n    \/\/ to be dropped. Once the to-be-dropped blocks have been selected, and lock on entries has been\n    \/\/ released, it must be ensured that those to-be-dropped blocks are not double counted for\n    \/\/ freeing up more space for another block that needs to be put. Only then the actually dropping\n    \/\/ of blocks (and writing to disk if necessary) can proceed in parallel.\n    putLock.synchronized {\n      if (ensureFreeSpace(blockId, size)) {\n        val entry = new Entry(value, size, deserialized)\n        entries.synchronized { entries.put(blockId, entry) }\n        currentMemory += size\n        if (deserialized) {\n          logInfo(\"Block %s stored as values to memory (estimated size %s, free %s)\".format(\n            blockId, Utils.bytesToString(size), Utils.bytesToString(freeMemory)))\n        } else {\n          logInfo(\"Block %s stored as bytes to memory (size %s, free %s)\".format(\n            blockId, Utils.bytesToString(size), Utils.bytesToString(freeMemory)))\n        }\n        true\n      } else {\n        \/\/ Tell the block manager that we couldn't put it in memory so that it can drop it to\n        \/\/ disk if the block allows disk storage.\n        val data = if (deserialized) {\n          Left(value.asInstanceOf[ArrayBuffer[Any]])\n        } else {\n          Right(value.asInstanceOf[ByteBuffer].duplicate())\n        }\n        blockManager.dropFromMemory(blockId, data)\n        false\n      }\n    }\n  }\n\n  \/**\n   * Tries to free up a given amount of space to store a particular block, but can fail and return\n   * false if either the block is bigger than our memory or it would require replacing another\n   * block from the same RDD (which leads to a wasteful cyclic replacement pattern for RDDs that\n   * don't fit into memory that we want to avoid).\n   *\n   * Assumes that a lock is held by the caller to ensure only one thread is dropping blocks.\n   * Otherwise, the freed space may fill up before the caller puts in their new value.\n   *\/\n  private def ensureFreeSpace(blockIdToAdd: String, space: Long): Boolean = {\n\n    logInfo(\"ensureFreeSpace(%d) called with curMem=%d, maxMem=%d\".format(\n      space, currentMemory, maxMemory))\n\n    if (space > maxMemory) {\n      logInfo(\"Will not store \" + blockIdToAdd + \" as it is larger than our memory limit\")\n      return false\n    }\n\n    if (maxMemory - currentMemory < space) {\n      val rddToAdd = getRddId(blockIdToAdd)\n      val selectedBlocks = new ArrayBuffer[String]()\n      var selectedMemory = 0L\n\n      \/\/ This is synchronized to ensure that the set of entries is not changed\n      \/\/ (because of getValue or getBytes) while traversing the iterator, as that\n      \/\/ can lead to exceptions.\n      entries.synchronized {\n        val iterator = entries.entrySet().iterator()\n        while (maxMemory - (currentMemory - selectedMemory) < space && iterator.hasNext) {\n          val pair = iterator.next()\n          val blockId = pair.getKey\n          if (rddToAdd != null && rddToAdd == getRddId(blockId)) {\n            logInfo(\"Will not store \" + blockIdToAdd + \" as it would require dropping another \" +\n              \"block from the same RDD\")\n            return false\n          }\n          selectedBlocks += blockId\n          selectedMemory += pair.getValue.size\n        }\n      }\n\n      if (maxMemory - (currentMemory - selectedMemory) >= space) {\n        logInfo(selectedBlocks.size + \" blocks selected for dropping\")\n        for (blockId <- selectedBlocks) {\n          val entry = entries.synchronized { entries.get(blockId) }\n          \/\/ This should never be null as only one thread should be dropping\n          \/\/ blocks and removing entries. However the check is still here for\n          \/\/ future safety.\n          if (entry != null) {\n            val data = if (entry.deserialized) {\n              Left(entry.value.asInstanceOf[ArrayBuffer[Any]])\n            } else {\n              Right(entry.value.asInstanceOf[ByteBuffer].duplicate())\n            }\n            blockManager.dropFromMemory(blockId, data)\n          }\n        }\n        return true\n      } else {\n        return false\n      }\n    }\n    return true\n  }\n\n  override def contains(blockId: String): Boolean = {\n    entries.synchronized { entries.containsKey(blockId) }\n  }\n}\n\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/main\/scala\/spark\/ui\/storage\/IndexPage.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark.ui.storage\n\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.xml.Node\n\nimport spark.storage.{RDDInfo, StorageUtils}\nimport spark.Utils\nimport spark.ui.UIUtils._\nimport spark.ui.Page._\n\n\/** Page showing list of RDD's currently stored in the cluster *\/\nprivate[spark] class IndexPage(parent: BlockManagerUI) {\n  val sc = parent.sc\n\n  def render(request: HttpServletRequest): Seq[Node] = {\n    val storageStatusList = sc.getExecutorStorageStatus\n    \/\/ Calculate macro-level statistics\n\n    val rddHeaders = Seq(\n      \"RDD Name\",\n      \"Storage Level\",\n      \"Cached Partitions\",\n      \"Fraction Partitions Cached\",\n      \"Size in Memory\",\n      \"Size on Disk\")\n    val rdds = StorageUtils.rddInfoFromStorageStatus(storageStatusList, sc)\n    val content = listingTable(rddHeaders, rddRow, rdds)\n\n    headerSparkPage(content, parent.sc, \"Spark Storage \", Storage)\n  }\n\n  def rddRow(rdd: RDDInfo): Seq[Node] = {\n    <tr>\n      <td>\n        <a href={\"\/storage\/rdd?id=%s\".format(rdd.id)}>\n          {rdd.name}\n        <\/a>\n      <\/td>\n      <td>{rdd.storageLevel.description}\n      <\/td>\n      <td>{rdd.numCachedPartitions}<\/td>\n      <td>{rdd.numCachedPartitions \/ rdd.numPartitions.toDouble}<\/td>\n      <td>{Utils.bytesToString(rdd.memSize)}<\/td>\n      <td>{Utils.bytesToString(rdd.diskSize)}<\/td>\n    <\/tr>\n  }\n}\n"}
{"repo_name":"ispras\/spark","path":"core\/src\/test\/scala\/spark\/ShuffleSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage spark\n\nimport org.scalatest.FunSuite\nimport org.scalatest.matchers.ShouldMatchers\n\nimport spark.rdd.ShuffledRDD\nimport spark.SparkContext._\n\nclass ShuffleSuite extends FunSuite with ShouldMatchers with LocalSparkContext {\n  test(\"groupByKey without compression\") {\n    try {\n      System.setProperty(\"spark.shuffle.compress\", \"false\")\n      sc = new SparkContext(\"local\", \"test\")\n      val pairs = sc.parallelize(Array((1, 1), (1, 2), (1, 3), (2, 1)), 4)\n      val groups = pairs.groupByKey(4).collect()\n      assert(groups.size === 2)\n      val valuesFor1 = groups.find(_._1 == 1).get._2\n      assert(valuesFor1.toList.sorted === List(1, 2, 3))\n      val valuesFor2 = groups.find(_._1 == 2).get._2\n      assert(valuesFor2.toList.sorted === List(1))\n    } finally {\n      System.setProperty(\"spark.shuffle.compress\", \"true\")\n    }\n  }\n\n  test(\"shuffle non-zero block size\") {\n    sc = new SparkContext(\"local-cluster[2,1,512]\", \"test\")\n    val NUM_BLOCKS = 3\n\n    val a = sc.parallelize(1 to 10, 2)\n    val b = a.map { x =>\n      (x, new ShuffleSuite.NonJavaSerializableClass(x * 2))\n    }\n    \/\/ If the Kryo serializer is not used correctly, the shuffle would fail because the\n    \/\/ default Java serializer cannot handle the non serializable class.\n    val c = new ShuffledRDD(b, new HashPartitioner(NUM_BLOCKS))\n      .setSerializer(classOf[spark.KryoSerializer].getName)\n    val shuffleId = c.dependencies.head.asInstanceOf[ShuffleDependency[Int, Int]].shuffleId\n\n    assert(c.count === 10)\n\n    \/\/ All blocks must have non-zero size\n    (0 until NUM_BLOCKS).foreach { id =>\n      val statuses = SparkEnv.get.mapOutputTracker.getServerStatuses(shuffleId, id)\n      assert(statuses.forall(s => s._2 > 0))\n    }\n  }\n\n  test(\"shuffle serializer\") {\n    \/\/ Use a local cluster with 2 processes to make sure there are both local and remote blocks\n    sc = new SparkContext(\"local-cluster[2,1,512]\", \"test\")\n    val a = sc.parallelize(1 to 10, 2)\n    val b = a.map { x =>\n      (x, new ShuffleSuite.NonJavaSerializableClass(x * 2))\n    }\n    \/\/ If the Kryo serializer is not used correctly, the shuffle would fail because the\n    \/\/ default Java serializer cannot handle the non serializable class.\n    val c = new ShuffledRDD(b, new HashPartitioner(3))\n      .setSerializer(classOf[spark.KryoSerializer].getName)\n    assert(c.count === 10)\n  }\n\n  test(\"zero sized blocks\") {\n    \/\/ Use a local cluster with 2 processes to make sure there are both local and remote blocks\n    sc = new SparkContext(\"local-cluster[2,1,512]\", \"test\")\n\n    \/\/ 10 partitions from 4 keys\n    val NUM_BLOCKS = 10\n    val a = sc.parallelize(1 to 4, NUM_BLOCKS)\n    val b = a.map(x => (x, x*2))\n\n    \/\/ NOTE: The default Java serializer doesn't create zero-sized blocks.\n    \/\/       So, use Kryo\n    val c = new ShuffledRDD(b, new HashPartitioner(10))\n      .setSerializer(classOf[spark.KryoSerializer].getName)\n\n    val shuffleId = c.dependencies.head.asInstanceOf[ShuffleDependency[Int, Int]].shuffleId\n    assert(c.count === 4)\n\n    val blockSizes = (0 until NUM_BLOCKS).flatMap { id =>\n      val statuses = SparkEnv.get.mapOutputTracker.getServerStatuses(shuffleId, id)\n      statuses.map(x => x._2)\n    }\n    val nonEmptyBlocks = blockSizes.filter(x => x > 0)\n\n    \/\/ We should have at most 4 non-zero sized partitions\n    assert(nonEmptyBlocks.size <= 4)\n  }\n\n  test(\"zero sized blocks without kryo\") {\n    \/\/ Use a local cluster with 2 processes to make sure there are both local and remote blocks\n    sc = new SparkContext(\"local-cluster[2,1,512]\", \"test\")\n\n    \/\/ 10 partitions from 4 keys\n    val NUM_BLOCKS = 10\n    val a = sc.parallelize(1 to 4, NUM_BLOCKS)\n    val b = a.map(x => (x, x*2))\n\n    \/\/ NOTE: The default Java serializer should create zero-sized blocks\n    val c = new ShuffledRDD(b, new HashPartitioner(10))\n\n    val shuffleId = c.dependencies.head.asInstanceOf[ShuffleDependency[Int, Int]].shuffleId\n    assert(c.count === 4)\n\n    val blockSizes = (0 until NUM_BLOCKS).flatMap { id =>\n      val statuses = SparkEnv.get.mapOutputTracker.getServerStatuses(shuffleId, id)\n      statuses.map(x => x._2)\n    }\n    val nonEmptyBlocks = blockSizes.filter(x => x > 0)\n\n    \/\/ We should have at most 4 non-zero sized partitions\n    assert(nonEmptyBlocks.size <= 4)\n  }\n}\n\nobject ShuffleSuite {\n\n  def mergeCombineException(x: Int, y: Int): Int = {\n    throw new SparkException(\"Exception for map-side combine.\")\n    x + y\n  }\n\n  class NonJavaSerializableClass(val value: Int)\n}\n"}
{"repo_name":"apurwaj2\/delta","path":"core\/src\/main\/scala\/org\/apache\/spark\/sql\/delta\/implicits\/package.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/sql\/delta\/implicits\/package.scala\n\/*\n * Copyright (2021) The Delta Lake Project Authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.delta\n\nimport org.apache.spark.sql.types.{ArrayType, MapType, StructField, StructType}\n\npackage object implicits {\n\n  \/**\n   * This implicit class is used to provide helpful methods used throughout the code that are not\n   * provided by Spark-Catalyst's StructType.\n   *\/\n  implicit class RichStructType(structType: StructType) {\n\n    \/**\n     * Returns a field in this struct and its child structs, case insensitively.\n     *\n     * If includeCollections is true, this will return fields that are nested in maps and arrays.\n     *\n     * @param fieldNames The path to the field, in order from the root. For example, the column\n     *                   nested.a.b.c would be Seq(\"nested\", \"a\", \"b\", \"c\").\n     *\/\n    def findNestedFieldIgnoreCase(\n        fieldNames: Seq[String],\n        includeCollections: Boolean = false): Option[StructField] = {\n      val fieldOption = fieldNames.headOption.flatMap {\n        fieldName => structType.find(_.name.equalsIgnoreCase(fieldName))\n      }\n      fieldOption match {\n        case Some(field) =>\n          (fieldNames.tail, field.dataType, includeCollections) match {\n            case (Seq(), _, _) =>\n              Some(field)\n\n            case (names, struct: StructType, _) =>\n              struct.findNestedFieldIgnoreCase(names, includeCollections)\n\n            case (_, _, false) =>\n              None \/\/ types nested in maps and arrays are not used\n\n            case (Seq(\"key\"), MapType(keyType, _, _), true) =>\n              \/\/ return the key type as a struct field to include nullability\n              Some(StructField(\"key\", keyType, nullable = false))\n\n            case (Seq(\"key\", names @ _*), MapType(struct: StructType, _, _), true) =>\n              struct.findNestedFieldIgnoreCase(names, includeCollections)\n\n            case (Seq(\"value\"), MapType(_, valueType, isNullable), true) =>\n              \/\/ return the value type as a struct field to include nullability\n              Some(StructField(\"value\", valueType, nullable = isNullable))\n\n            case (Seq(\"value\", names @ _*), MapType(_, struct: StructType, _), true) =>\n              struct.findNestedFieldIgnoreCase(names, includeCollections)\n\n            case (Seq(\"element\"), ArrayType(elementType, isNullable), true) =>\n              \/\/ return the element type as a struct field to include nullability\n              Some(StructField(\"element\", elementType, nullable = isNullable))\n\n            case (Seq(\"element\", names @ _*), ArrayType(struct: StructType, _), true) =>\n              struct.findNestedFieldIgnoreCase(names, includeCollections)\n\n            case _ =>\n              None\n          }\n        case _ =>\n          None\n      }\n    }\n  }\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/parser\/ParserOps.scala","text":"package caseapp.core.parser\n\nimport caseapp.{HelpMessage, Name, ValueDescription}\nimport caseapp.core.argparser.ArgParser\nimport caseapp.core.Arg\nimport shapeless.{::, Generic, HList, ops}\n\nclass ParserOps[T <: HList, D <: HList](val parser: Parser.Aux[T, D]) extends AnyVal {\n\n  def add[H: ArgParser](\n    name: String,\n    default: => Option[H] = None,\n    extraNames: Seq[Name] = Nil,\n    valueDescription: Option[ValueDescription] = None,\n    helpMessage: Option[HelpMessage] = None,\n    noHelp: Boolean = false,\n    isFlag: Boolean = false\n  ): Parser.Aux[H :: T, Option[H] :: D] =\n    ConsParser(\n      Arg(\n        Name(name),\n        extraNames,\n        valueDescription,\n        helpMessage,\n        noHelp,\n        isFlag\n      ),\n      ArgParser[H],\n      () => default,\n      parser\n    )\n\n  def addAll[U]: ParserOps.AddAllHelper[T, D, U] =\n    new ParserOps.AddAllHelper[T, D, U](parser)\n\n  def as[F](implicit helper: ParserOps.AsHelper[T, F]): Parser.Aux[F, D] =\n    helper(parser)\n\n  def tupled[P](implicit helper: ParserOps.TupledHelper[T, P]): Parser.Aux[P, D] =\n    helper(parser)\n\n}\n\nobject ParserOps {\n\n  class AddAllHelper[T <: HList, D <: HList, U](val parser: Parser.Aux[T, D]) extends AnyVal {\n    def apply[DU](implicit other: Parser.Aux[U, DU]): Parser.Aux[U :: T, DU :: D] =\n      RecursiveConsParser(other, parser)\n  }\n\n\n  sealed abstract class AsHelper[T, F] {\n    def apply[D](parser: Parser.Aux[T, D]): Parser.Aux[F, D]\n  }\n\n  implicit def defaultAsHelper[F, T <: HList, R <: HList]\n   (implicit\n     gen: Generic.Aux[F, R],\n     rev: ops.hlist.Reverse.Aux[T, R]\n   ): AsHelper[T, F] =\n    new AsHelper[T, F] {\n      def apply[D](parser: Parser.Aux[T, D]) =\n        parser\n          .map(rev.apply)\n          .map(gen.from)\n    }\n\n\n  sealed abstract class TupledHelper[T, P] {\n    def apply[D](parser: Parser.Aux[T, D]): Parser.Aux[P, D]\n  }\n\n  implicit def defaultTupledHelper[P, T <: HList, R <: HList]\n   (implicit\n     rev: ops.hlist.Reverse.Aux[T, R],\n     tupler: ops.hlist.Tupler.Aux[R, P]\n   ): TupledHelper[T, P] =\n    new TupledHelper[T, P] {\n      def apply[D](parser: Parser.Aux[T, D]) =\n        parser\n          .map(rev.apply)\n          .map(tupler.apply)\n    }\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/parser\/NilParser.scala","text":"package caseapp.core.parser\n\nimport caseapp.core.Error\nimport shapeless.HNil\n\ncase object NilParser extends Parser[HNil] {\n\n  type D = HNil\n\n  def init: D =\n    HNil\n\n  def step(args: List[String], d: HNil): Right[(Error, List[String]), None.type] =\n    Right(None)\n\n  def get(d: D): Right[Error, HNil] =\n    Right(HNil)\n\n  def args: Nil.type =\n    scala.Nil\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/help\/Help.scala","text":"<filename>core\/shared\/src\/main\/scala\/caseapp\/core\/help\/Help.scala\npackage caseapp.core.help\n\nimport caseapp.core.Arg\nimport caseapp.{AppName, AppVersion, ArgsName, Name, ProgName, ValueDescription}\nimport caseapp.core.parser.Parser\nimport caseapp.core.util.CaseUtil\nimport caseapp.util.AnnotationOption\nimport caseapp.core.util.NameOps.toNameOps\nimport dataclass.data\nimport shapeless.Typeable\n\n\/**\n * Provides usage and help messages related to `T`\n *\/\n@data class Help[T](\n  args: Seq[Arg],\n  appName: String,\n  appVersion: String,\n  progName: String,\n  argsNameOption: Option[String],\n  optionsDesc: String = \"[options]\"\n) {\n\n  \/** One-line usage message for `T` *\/\n  def usage: String =\n    Seq(\n      \"Usage:\",\n      progName,\n      optionsDesc,\n      argsNameOption.fold(\"\")(\"<\" + _ + \">\")\n    ).filter(_.nonEmpty).mkString(\" \")\n\n  \/** Options description for `T` *\/\n  def options: String = Help.optionsMessage(args)\n\n  \/**\n    * Full multi-line help message for `T`.\n    *\n    * Includes both `usageMessage` and `optionsMessage`\n    *\n    *\/\n  def help: String = {\n    val b = new StringBuilder\n    b ++= appName\n    if (appVersion.nonEmpty)\n      b ++= s\" $appVersion\"\n    b ++= Help.NL\n    b ++= usage\n    b ++= Help.NL\n    b ++= options\n    b ++= Help.NL\n    b.result()\n  }\n\n  \/**\n   * Add help and usage options.\n   *\/\n  def withHelp: Help[WithHelp[T]] = {\n    final case class Dummy()\n    val helpArgs = Parser[WithHelp[Dummy]].args\n\n    withArgs(helpArgs ++ args)\n      \/\/ circumventing a possible data-class issue here (getting a Help[Nothing] else)\n      .asInstanceOf[Help[WithHelp[T]]]\n  }\n\n  def duplicates: Map[String, Seq[Arg]] = {\n    val pairs = args.map(a => a.name.option -> a) ++\n      args.flatMap(a => a.extraNames.map(n => n.option -> a))\n    pairs\n      .groupBy(_._1)\n      .mapValues(_.map(_._2))\n      .iterator\n      .filter(_._2.lengthCompare(1) > 0)\n      .toMap\n  }\n\n  def ensureNoDuplicates(): Unit =\n    if (duplicates.nonEmpty) {\n      val message = duplicates\n        .toVector\n        .sortBy(_._1)\n        .map {\n          case (name, count) =>\n            s\"$name ($count times)\"\n        }\n        .mkString(\"Found duplicated arguments: \", \", \", \".\")\n      throw new Exception(message)\n    }\n}\n\nobject Help {\n\n  \/** Look for an implicit `Help[T]` *\/\n  def apply[T](implicit help: Help[T]): Help[T] = help\n\n\n  \/** Option message for `args` *\/\n  def optionsMessage(args: Seq[Arg]): String =\n    args\n      .collect {\n        case arg if !arg.noHelp =>\n\n          val names = (arg.name +: arg.extraNames).distinct\n\n          \/\/ FIXME Flags that accept no value are not given the right help message here\n          val valueDescription = arg\n            .valueDescription\n            .orElse(if (arg.isFlag) None else Some(ValueDescription.default))\n\n          val message = arg.helpMessage.map(Help.TB + _.message)\n\n          val usage = s\"${Help.WW}${names.map(_.option) mkString \" | \"}  ${valueDescription.map(_.message).mkString}\"\n\n          (usage :: message.toList).mkString(Help.NL)\n      }\n      .mkString(Help.NL)\n\n\n  \/\/ FIXME Not sure Typeable is fine on Scala JS, should be replaced by something else\n\n  \/** Implicitly derives a `Help[T]` for `T` *\/\n  implicit def help[T]\n   (implicit\n     parser: Parser[T],\n     typeable: Typeable[T],\n     appName: AnnotationOption[AppName, T],\n     appVersion: AnnotationOption[AppVersion, T],\n     progName: AnnotationOption[ProgName, T],\n     argsName: AnnotationOption[ArgsName, T]\n   ): Help[T] = {\n\n    val appName0 = appName().fold(typeable.describe.stripSuffix(\"Options\"))(_.appName)\n\n    Help(\n      parser.args,\n      appName0,\n      appVersion().fold(\"\")(_.appVersion),\n      progName().fold(CaseUtil.pascalCaseSplit(appName0.toList).map(_.toLowerCase).mkString(\"-\"))(_.progName),\n      argsName().map(_.argsName)\n    )\n  }\n\n  \/\/ From scopt\n  val NL = PlatformUtil.NL\n  val WW = \"  \"\n  val TB = \"        \"\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/util\/NameOps.scala","text":"<filename>core\/shared\/src\/main\/scala\/caseapp\/core\/util\/NameOps.scala\npackage caseapp.core.util\n\nimport scala.language.implicitConversions\n\nimport caseapp.Name\n\nclass NameOps(val name: Name) extends AnyVal {\n\n  private def isShort: Boolean =\n    name.name.length == 1\n\n  private def optionName: String =\n    CaseUtil.pascalCaseSplit(name.name.toList).map(_.toLowerCase).mkString(\"-\")\n  private def optionEq: String =\n    if (isShort) s\"-${name.name}=\" else s\"--$optionName=\"\n\n  def option: String =\n    if (isShort) s\"-${name.name}\" else s\"--$optionName\"\n\n  def apply(args: List[String], isFlag: Boolean): Option[List[String]] =\n    args match {\n      case Nil => None\n      case h :: t =>\n        if (h == option)\n          Some(t)\n        else if (!isFlag && h.startsWith(optionEq))\n          Some(h.drop(optionEq.length) :: t)\n        else\n          None\n    }\n\n  def apply(arg: String): Either[Unit, Option[String]] =\n    if (arg == option)\n      Right(None)\n    else if (arg.startsWith(optionEq))\n      Right(Some(arg.drop(optionEq.length)))\n    else\n      Left(())\n\n}\n\nobject NameOps {\n  implicit def toNameOps(name: Name): NameOps =\n    new NameOps(name)\n}\n"}
{"repo_name":"regadas\/case-app","path":"project\/Settings.scala","text":"\nimport sbt._\nimport sbt.Keys._\n\nimport Aliases._\n\nobject Settings {\n\n  private def scala212 = \"2.12.10\"\n  private def scala213 = \"2.13.1\"\n\n  private lazy val isAtLeastScala213 = Def.setting {\n    import Ordering.Implicits._\n    CrossVersion.partialVersion(scalaVersion.value).exists(_ >= (2, 13))\n  }\n\n  lazy val shared = Seq(\n    scalaVersion := scala212,\n    crossScalaVersions := Seq(scala212, scala213),\n    scalacOptions ++= Seq(\n      \"-feature\",\n      \"-deprecation\"\n    ),\n    libs ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, v)) if v >= 13 =>\n          \/\/ if scala 2.13.0-M4 or later, macro annotations merged into scala-reflect\n          \/\/ https:\/\/github.com\/scala\/scala\/pull\/6606\n          Nil\n        case _ =>\n          compilerPlugin(Deps.macroParadise) :: Nil\n      }\n    },\n    scalacOptions ++= {\n      if (isAtLeastScala213.value) Seq(\"-Ymacro-annotations\")\n      else Nil\n    },\n    autoAPIMappings := true\n  )\n\n  lazy val dontPublish = Seq(\n    publish := (()),\n    publishLocal := (()),\n    publishArtifact := false\n  )\n\n  lazy val caseAppPrefix = {\n    name := {\n      val shortenedName = name.value\n        .stripSuffix(\"JVM\")\n        .stripSuffix(\"JS\")\n        .stripSuffix(\"Native\")\n      \"case-app-\" + shortenedName\n    }\n  }\n\n  def onlyIn(sbv: String*) = {\n\n    val sbv0 = sbv.toSet\n    val ok = Def.setting {\n      CrossVersion.partialVersion(scalaBinaryVersion.value)\n        .map { case (maj, min) => s\"$maj.$min\" }\n        .exists(sbv0)\n    }\n\n    Seq(\n      baseDirectory := {\n        val baseDir = baseDirectory.value\n\n        if (ok.value)\n          baseDir\n        else\n          baseDir \/ \"target\" \/ \"dummy\"\n      },\n      libraryDependencies := {\n        val deps = libraryDependencies.value\n        if (ok.value)\n          deps\n        else\n          Nil\n      },\n      publishArtifact := ok.value\n    )\n  }\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"project\/plugins.sbt","text":"\nplugins_(\n  \"com.thoughtworks.sbt-api-mappings\" % \"sbt-api-mappings\"              % \"3.0.0\",\n  \"com.geirsson\"                      % \"sbt-ci-release\"                % \"1.5.2\",\n  \"org.scala-js\"                      % \"sbt-scalajs\"                   % \"1.0.0\",\n  \"org.portable-scala\"                % \"sbt-scalajs-crossproject\"      % \"1.0.0\"\n)\n\n\ndef plugins_(deps: ModuleID*) =\n  deps.flatMap(addSbtPlugin(_))\n"}
{"repo_name":"regadas\/case-app","path":"tests\/shared\/src\/test\/scala\/caseapp\/Tests.scala","text":"<reponame>regadas\/case-app<filename>tests\/shared\/src\/test\/scala\/caseapp\/Tests.scala\npackage caseapp\n\nimport caseapp.core.Error\nimport caseapp.core.Error.SeveralErrors\nimport caseapp.core.help.{Help, WithHelp}\nimport caseapp.demo._\nimport shapeless.{Inl, Inr}\nimport utest._\n\nobject Tests extends TestSuite {\n\n  import Definitions._\n\n\n  val tests = TestSuite {\n\n    \"parse no args\" - {\n      val res = Parser[NoArgs].parse(Seq.empty)\n      val expectedRes = Right((NoArgs(), Seq.empty))\n      assert(res == expectedRes)\n    }\n\n    \"find an illegal argument\" - {\n      val res = Parser[NoArgs].parse(Seq(\"-a\")).isLeft\n      assert(res)\n    }\n\n    \"handle extra user arguments\" - {\n      val res = Parser[NoArgs].detailedParse(Seq(\"--\", \"b\", \"-a\", \"--other\"))\n      val expectedRes = Right((NoArgs(), RemainingArgs(Seq(), Seq(\"b\", \"-a\", \"--other\"))))\n      assert(res == expectedRes)\n    }\n\n    \"give remaining args as is\" - {\n      val res = Parser[NoArgs].parse(Seq(\"user arg\", \"other user arg\"))\n      val expectedRes = Right((NoArgs(), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"fail if arg specified multiple times\" - {\n      * - {\n        val res = Parser[FewArgs].parse(Seq(\"--num-foo\", \"2\"))\n        val expectedRes = Right((FewArgs(numFoo = 2), Nil))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = Parser[FewArgs].parse(Seq(\"--num-foo\", \"2\", \"--num-foo\", \"3\"))\n        val expectedRes = Left(Error.ParsingArgument(Name(\"numFoo\"), Error.ArgumentAlreadySpecified(\"???\", Nil)))\n        assert(res == expectedRes)\n      }\n\n      * - {\n        val res = Parser[FewArgs1].parse(Seq(\"--num-foo\", \"2\", \"--num-foo\", \"3\"))\n        val expectedRes = Right((FewArgs1(numFoo = Last(3)), Nil))\n        assert(res == expectedRes)\n      }\n    }\n\n    \"fail if arg fails to parse\" - {\n      val res = Parser[FewArgs].parse(Seq(\"--num-foo\", \"true\"))\n      val expectedRes = Left(Error.ParsingArgument(Name(\"numFoo\"), Error.MalformedValue(\"integer\", \"true\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse no args and return default values and remaining args\" - {\n      val res = Parser[FewArgs].parse(Seq(\"user arg\", \"other user arg\"))\n      val expectedRes = Right((FewArgs(), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse a few args and return a default value and remaining args\" - {\n      val res = Parser[FewArgs].parse(Seq(\"user arg\", \"--num-foo\", \"4\", \"other user arg\"))\n      val expectedRes = Right((FewArgs(numFoo = 4), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse a args recursively and return a default value and remaining args\" - {\n      val res = Parser[MoreArgs].parse(Seq(\"user arg\", \"--num-foo\", \"4\", \"--count\", \"other user arg\", \"--count\"))\n      val expectedRes = Right((MoreArgs(count = Tag of 2, few = FewArgs(numFoo = 4)), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse args\" - {\n      val res = Parser[demo.DemoOptions].parse(Seq(\"user arg\", \"--stages\", \"first\", \"--value\", \"Some value\", \"--verbose\", \"--verbose\", \"--verbose\", \"other user arg\", \"--stages\", \"second\", \"--first\"))\n      val expectedRes = Right((demo.DemoOptions(first = true, value = Some(\"Some value\"), verbose = Tag of 3, stages = List(\"first\", \"second\")), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse short args\" - {\n      val res = Parser[demo.DemoOptions].parse(Seq(\"user arg\", \"-S\", \"first\", \"--value\", \"Some value\", \"-v\", \"-v\", \"-v\", \"other user arg\", \"-S\", \"second\", \"--first\"))\n      val expectedRes = Right((demo.DemoOptions(first = true, value = Some(\"Some value\"), verbose = Tag of 3, stages = List(\"first\", \"second\")), Seq(\"user arg\", \"other user arg\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse list args\" - {\n      val res = Parser[WithList].parse(Seq(\"--list\", \"2\", \"--list\", \"5\", \"extra\"))\n      val expectedRes = Right((WithList(list = List(2, 5)), Seq(\"extra\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse semi-colon separated list args\" - {\n      val res = Parser[WithTaggedList].parse(Seq(\"--list\", \"foo\", \"--list\", \"bar\", \"--list\", \"other\", \"extra2\"))\n      val expectedRes = Right((WithTaggedList(list = List(\"foo\", \"bar\", \"other\")), Seq(\"extra2\")))\n      assert(res == expectedRes)\n    }\n\n    \"parse a user-defined argument type\" - {\n      val res = Parser[WithCustom].parse(Seq(\"--custom\", \"a\"))\n      val expectedRes = Right((WithCustom(custom = Custom(\"a\")), Seq.empty))\n      assert(res == expectedRes)\n    }\n\n    \"parse first README options\" - {\n      val res = Parser[ReadmeOptions1].parse(Seq(\"--user\", \"aaa\", \"--enable-foo\", \"--file\", \"some_file\", \"extra_arg\", \"other_extra_arg\"))\n      val expectedRes = Right((\n        ReadmeOptions1(Some(\"aaa\"), enableFoo = true, List(\"some_file\")),\n        Seq(\"extra_arg\", \"other_extra_arg\")\n      ))\n      assert(res == expectedRes)\n    }\n\n    \"parse first README options (second args example)\" - {\n      val res = Parser[ReadmeOptions1].parse(Seq(\"--user\", \"bbb\", \"-f\", \"first_file\", \"-f\", \"second_file\"))\n      val expectedRes = Right((\n        ReadmeOptions1(Some(\"bbb\"), enableFoo = false, List(\"first_file\", \"second_file\")),\n        Seq()\n      ))\n      assert(res == expectedRes)\n    }\n\n    \"parse second README options\" - {\n      val res = Parser[ReadmeOptions2].parse(Seq(\"--user\", \"aaa\", \"--password\", \"<PASSWORD>\", \"extra\", \"-b\", \"bar\"))\n      val expectedRes = Right((\n        ReadmeOptions2(AuthOptions(\"aaa\", \"pass\"), PathOptions(\"\", \"bar\")),\n        Seq(\"extra\")\n      ))\n      assert(res == expectedRes)\n    }\n\n    \"parse third README options (non mandatory args)\" - {\n      val res = Parser[ReadmeOptions3].parse(Seq(\"--user\", \"aaa\", \"extra\", \"-b\", \"bar\"))\n      val expectedRes = Right((\n        ReadmeOptions3(None, PathOptions(\"\", \"bar\")),\n        Seq(\"extra\")\n      ))\n      assert(res == expectedRes)\n    }\n\n    \"parse fourth README options (non mandatory args)\" - {\n      val res = Parser[ReadmeOptions4].parse(Seq(\"--user\", \"aaa\", \"extra\", \"-b\", \"bar\"))\n      val expectedRes = Right((\n        ReadmeOptions4(Left(Error.RequiredOptionNotSpecified(\"--password\")), PathOptions(\"\", \"bar\")),\n        Seq(\"extra\")\n      ))\n      assert(res == expectedRes)\n    }\n\n    \"hyphenize printed missing mandatory arguments\" - {\n      val res = Parser[ReadmeOptions5].parse(Seq())\n      val expectedRes = Left(Error.RequiredOptionNotSpecified(\"--foo-bar\"))\n      assert(res == expectedRes)\n    }\n\n    \"report all missing mandatory arguments\" - {\n      val res = Parser[Example].parse(Seq())\n      val expectedRes = Left(SeveralErrors(Error.RequiredOptionNotSpecified(\"--foo\"), Seq(Error.RequiredOptionNotSpecified(\"--bar\"))))\n      assert(res == expectedRes)\n    }\n\n    \"report missing args and unknown args together\" - {\n      val res = Parser[Example].parse(Seq(\"--foo\", \"foo\", \"--baz\", \"10\"))\n      val expectedRes = Left(SeveralErrors(Error.UnrecognizedArgument(\"--baz\"), Seq(Error.RequiredOptionNotSpecified(\"--bar\"))))\n      assert(res == expectedRes)\n    }\n\n    \"print help despite missing mandatory arguments\" - {\n\n      val parser = Parser[ReadmeOptions2].withHelp\n\n      val args = Seq(\"--user\", \"aaa\", \"extra\", \"-b\", \"bar\")\n\n      * - {\n        val res = parser.parse(args)\n        val expectedRes = Right((\n          WithHelp(usage = false, help = false, Left(Error.RequiredOptionNotSpecified(\"--password\"))),\n          List(\"extra\")\n        ))\n        assert(res == expectedRes)\n      }\n\n      * - {\n        val res = parser.parse(args :+ \"--help\")\n        val expectedRes = Right((\n          WithHelp(usage = false, help = true, Left(Error.RequiredOptionNotSpecified(\"--password\"))),\n          List(\"extra\")\n        ))\n        assert(res == expectedRes)\n      }\n    }\n\n    \"strip options suffix to get default prog name\" - {\n      val help = Help[demo.DemoOptions]\n      val progName = help.progName\n      assert(progName == \"demo\")\n    }\n\n    \"parse commands\" - {\n\n      val parser = CommandParser[Command]\n\n      * - {\n        val res = parser.parse[Default0](Nil)\n        val expectedRes = Right((Default0(), Nil, None))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"--wrong\"))\n        val expectedRes = Left(Error.UnrecognizedArgument(\"--wrong\"))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"--bah\", \"2\"))\n        val expectedRes = Right((Default0(2.0), Nil, None))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"--bah\", \"2\", \"--\", \"other\", \"otherother\"))\n        val expectedRes = Right((Default0(2.0), Seq(\"other\", \"otherother\"), None))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"--bah\", \"2\", \"--\", \"other\", \"--bah\"))\n        val expectedRes = Right((Default0(2.0), Seq(\"other\", \"--bah\"), None))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"first\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"first\"), First(\"\", 0), Nil))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"first\", \"arg\", \"other\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"first\"), First(), Seq(\"arg\", \"other\")))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"first\", \"--foo\", \"bah\", \"--bar\", \"4\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"first\"), First(\"bah\", 4), Nil))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"first\", \"-f\", \"bah\", \"--bar\", \"4\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"first\"), First(\"bah\", 4), Nil))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"--bah\", \"3\", \"first\"))\n        val expectedRes = Right((Default0(3.0), Nil, Some(Right(Seq(\"first\"), First(), Nil))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"second\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"second\"), Second(\"\", 0), Nil))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"second\", \"--baz\", \"5\", \"other\"))\n        val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"second\"), Second(\"\", 5), Seq(\"other\")))))\n        assert(res == expectedRes)\n      }\n      * - {\n        val res = parser.parse[Default0](Seq(\"second\", \"--bar\", \"5\", \"other\"))\n        val expectedRes = Right((Default0(), Nil, Some(Left(Error.UnrecognizedArgument(\"--bar\")))))\n        assert(res == expectedRes)\n      }\n    }\n\n    \"parse manually defined command\" - {\n      \"adt\" - {\n        * - {\n          val res = ManualCommand.commandParser.parse[Default0](Seq(\"c1\", \"-s\", \"aa\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"c1\"), Command1Opts(\"aa\"), Nil))))\n          assert(res == expectedRes)\n        }\n\n        * - {\n          val res = ManualCommand.commandParser.parse[Default0](Seq(\"c2\", \"-b\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right(Seq(\"c2\"), Command2Opts(true), Nil))))\n          assert(res == expectedRes)\n        }\n\n        \"find the user-specified name of a command arguments\" - {\n          ManualCommand.commandsMessages.messagesMap.get(Seq(\"c1\")).exists { h =>\n            h.argsNameOption.exists(_ == \"c1-stuff\")\n          }\n        }\n      }\n\n      \"not adt\" - {\n        * - {\n          val res = ManualCommandNotAdt.commandParser.parse[Default0](Seq(\"c1\", \"-s\", \"aa\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"c1\"), Inl(ManualCommandNotAdtOptions.Command1Opts(\"aa\")), Nil)))))\n          assert(res == expectedRes)\n        }\n\n        * - {\n          val res = ManualCommandNotAdt.commandParser.parse[Default0](Seq(\"c2\", \"-b\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"c2\"), Inr(Inl(ManualCommandNotAdtOptions.Command2Opts(true))), Nil)))))\n          assert(res == expectedRes)\n        }\n\n        \"find the user-specified name of a command arguments\" - {\n          ManualCommandNotAdt.commandsMessages.messagesMap.get(Seq(\"c1\")).exists { h =>\n            h.argsNameOption.exists(_ == \"c1-stuff\")\n          }\n        }\n\n        \"stop at first unrecognized argument if asked so\" - {\n          * - {\n            val res = ManualCommandNotAdt.commandParser.parse[Default0](Seq(\"c3\", \"-b\"))\n            val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"c3\"), Inr(Inr(Inl(ManualCommandNotAdtOptions.Command3Opts()))), Seq(\"-b\"))))))\n            assert(res == expectedRes)\n          }\n\n          * - {\n            val res = ManualCommandNotAdt.commandParser.parse[Default0](Seq(\"c3\", \"-n\", \"1\", \"--foo\"))\n            val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"c3\"), Inr(Inr(Inl(ManualCommandNotAdtOptions.Command3Opts(1)))), Seq(\"--foo\"))))))\n            assert(res == expectedRes)\n          }\n        }\n      }\n\n      \"sub commands\" - {\n        * - {\n          val res = ManualSubCommand.commandParser.parse[Default0](Seq(\"foo\", \"-s\", \"aa\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"foo\"), Inl(ManualSubCommandOptions.Command1Opts(\"aa\")), Nil)))))\n          assert(res == expectedRes)\n        }\n\n        * - {\n          val res = ManualSubCommand.commandParser.parse[Default0](Seq(\"foo\", \"list\", \"-b\"))\n          val expectedRes = Right((Default0(), Nil, Some(Right((Seq(\"foo\", \"list\"), Inr(Inl(ManualSubCommandOptions.Command2Opts(true))), Nil)))))\n          assert(res == expectedRes)\n        }\n\n        \"find the user-specified name of a command arguments\" - {\n          ManualSubCommand.commandsMessages.messagesMap.get(Seq(\"foo\")).exists { h =>\n            h.argsNameOption.exists(_ == \"c1-stuff\")\n          }\n        }\n      }\n    }\n\n    \"use user defined parser\" - {\n      val res = Parser[OverriddenParser].parse(Seq(\"--count\", \"2\"))\n      val expectedRes = Right((OverriddenParser(2), Nil))\n      assert(res == expectedRes)\n    }\n\n    \"handle option of boolean argument\" - {\n      * - {\n        val res = Parser[OptBool].parse(Seq(\"--opt\"))\n        val expectedRes = Right((OptBool(Some(true)), Nil))\n        assert(res == expectedRes)\n      }\n\n      * - {\n        val res = Parser[OptBool].parse(Seq(\"--opt\", \"foo\"))\n        val expectedRes = Right((OptBool(Some(true)), Seq(\"foo\")))\n        assert(res == expectedRes)\n      }\n    }\n\n    \"don't compute default values when creating parser\" - {\n      caseapp.util.Default[DefaultsThrow]\n      shapeless.lazily[caseapp.util.Default.AsOptions[DefaultsThrow]]\n      val parser = Parser[DefaultsThrow]\n    }\n\n    \"stop at first unrecognized argument if asked\" - {\n      val parser = Parser[FewArgs]\n      * - {\n        val res = parser.detailedParse(Nil, stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(), RemainingArgs(Nil, Nil)))\n        assert(res == expected)\n      }\n      * - {\n        val res = parser.detailedParse(Seq(\"--value\", \"a\", \"--other\"), stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(value = \"a\"), RemainingArgs(Seq(\"--other\"), Nil)))\n        assert(res == expected)\n      }\n      * - {\n        val res = parser.detailedParse(Seq(\"--value\", \"a\"), stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(value = \"a\"), RemainingArgs(Nil, Nil)))\n        assert(res == expected)\n      }\n      * - {\n        val res = parser.detailedParse(Seq(\"--value\", \"a\", \"--\", \"--other\"), stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(value = \"a\"), RemainingArgs(Seq(\"--\", \"--other\"), Nil)))\n        assert(res == expected)\n      }\n      * - {\n        val res = parser.detailedParse(Seq(\"foo\", \"--value\", \"a\"), stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(), RemainingArgs(Seq(\"foo\", \"--value\", \"a\"), Nil)))\n        assert(res == expected)\n      }\n      * - {\n        val res = parser.detailedParse(Seq(\"--value\", \"a\", \"foo\", \"--\", \"--other\"), stopAtFirstUnrecognized = true)\n        val expected = Right((FewArgs(value = \"a\"), RemainingArgs(Seq(\"foo\", \"--\", \"--other\"), Nil)))\n        assert(res == expected)\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/parser\/Parser.scala","text":"<reponame>regadas\/case-app\npackage caseapp.core.parser\n\nimport scala.language.implicitConversions\nimport caseapp.core.{Arg, Error}\nimport caseapp.core.help.WithHelp\nimport caseapp.core.RemainingArgs\nimport shapeless.{HList, HNil}\n\n\/**\n  * Parses arguments, resulting in a `T` in case of success.\n  *\n  * @tparam T: success result type\n  *\/\nabstract class Parser[T] {\n\n  \/**\n    * Intermediate result type.\n    *\n    * Used during parsing, while checking the arguments one after the other.\n    *\n    * If parsing succeeds, a `T` can be built from the [[D]] at the end of parsing.\n    *\/\n  type D\n\n  \/**\n    * Initial value used to accumulate parsed arguments.\n    *\/\n  def init: D\n\n  \/**\n    * Process the next argument.\n    *\n    * If some arguments were successfully processed (third case in return below), the returned remaining argument\n    * sequence must be shorter than the passed `args`.\n    *\n    * This method doesn't fully process `args`. It tries just to parse *one* argument (typically one option `--foo` and\n    * its value `bar`, so two elements from `args` - it can also be only one element in case of a flag), if possible.\n    * If you want to fully process a sequence of arguments, see `parse` or `detailedParse`.\n    *\n    * @param args: arguments to process\n    * @param d: current intermediate result\n    * @return if no argument were parsed, `Right(None)`; if an error occurred, an error message wrapped in [[caseapp.core.Error]] and [[scala.Left]]; else the next intermediate value and the remaining arguments wrapped in [[scala.Some]] and [[scala.Right]].\n    *\/\n  def step(args: List[String], d: D): Either[(Error, List[String]), Option[(D, List[String])]]\n\n  \/**\n    * Get the final result from the final intermediate value.\n    *\n    * Typically fails if some mandatory arguments were not specified, so are missing in `d`, preventing building a `T`\n    * out of it.\n    *\n    * @param d: final intermediate value\n    * @return in case of success, a `T` wrapped in [[scala.Right]]; else, an error message, wrapped in [[caseapp.core.Error]] and [[scala.Left]]\n    *\/\n  def get(d: D): Either[Error, T]\n\n  \/**\n    * Arguments this parser accepts.\n    *\n    * Used to generate help \/ usage messages.\n    *\/\n  def args: Seq[Arg]\n\n  def defaultStopAtFirstUnrecognized: Boolean =\n    false\n  def stopAtFirstUnrecognized: Parser[T] =\n    StopAtFirstUnrecognizedParser(this)\n\n  final def parse(args: Seq[String]): Either[Error, (T, Seq[String])] =\n    detailedParse(args)\n      .map {\n        case (t, rem) =>\n          (t, rem.all)\n      }\n\n  \/** Keeps the remaining args before and after a possible -- separated *\/\n  final def detailedParse(args: Seq[String]): Either[Error, (T, RemainingArgs)] =\n    detailedParse(\n      args,\n      stopAtFirstUnrecognized = defaultStopAtFirstUnrecognized\n    )\n\n  final def detailedParse(\n    args: Seq[String],\n    stopAtFirstUnrecognized: Boolean\n  ): Either[Error, (T, RemainingArgs)] = {\n\n    def helper(\n      current: D,\n      args: List[String],\n      extraArgsReverse: List[String]\n    ): Either[Error, (T, RemainingArgs)] =\n      if (args.isEmpty)\n        get(current)\n          .map((_, RemainingArgs(extraArgsReverse.reverse, Nil)))\n      else\n        step(args, current) match {\n          case Right(None) =>\n            args match {\n              case \"--\" :: rem =>\n                get(current)\n                  .map { t =>\n                    if (stopAtFirstUnrecognized)\n                      \/\/ extraArgsReverse should be empty anyway here\n                      (t, RemainingArgs(extraArgsReverse.reverse ::: args, Nil))\n                    else\n                      (t, RemainingArgs(extraArgsReverse.reverse, rem))\n                  }\n              case opt :: rem if opt.startsWith(\"-\") =>\n                if (stopAtFirstUnrecognized)\n                  get(current)\n                    \/\/ extraArgsReverse should be empty anyway here\n                    .map((_, RemainingArgs(extraArgsReverse.reverse ::: args, Nil)))\n                else {\n                  val err = Error.UnrecognizedArgument(opt)\n                  val remaining = helper(current, rem, extraArgsReverse)\n                  Left(remaining.fold(err.append, _ => err))\n                }\n              case userArg :: rem =>\n                if (stopAtFirstUnrecognized)\n                  get(current)\n                    \/\/ extraArgsReverse should be empty anyway here\n                    .map((_, RemainingArgs(extraArgsReverse.reverse ::: args, Nil)))\n                else\n                  helper(current, rem, userArg :: extraArgsReverse)\n            }\n\n          case Right(Some((newC, newArgs))) =>\n\n            assert(\n              newArgs != args,\n              s\"From $args, an ArgParser is supposed to have consumed arguments, but returned the same argument list\"\n            )\n\n            helper(newC, newArgs.toList, extraArgsReverse)\n\n          case Left((msg, rem)) =>\n            val remaining = helper(current, rem, extraArgsReverse)\n            Left(remaining.fold(errs => msg.append(errs), _ => msg))\n        }\n\n    helper(init, args.toList, Nil)\n  }\n\n  \/**\n    * Creates a [[Parser]] accepting help \/ usage arguments, out of this one.\n    *\/\n  final def withHelp: Parser[WithHelp[T]] = {\n    implicit val parser: Parser.Aux[T, D] = this\n    val p = Parser[WithHelp[T]]\n    if (defaultStopAtFirstUnrecognized)\n      p.stopAtFirstUnrecognized\n    else\n      p\n  }\n\n  final def map[U](f: T => U): Parser.Aux[U, D] =\n    MappedParser(this, f)\n}\n\nobject Parser extends LowPriorityParserImplicits {\n\n  \/** Look for an implicit `Parser[T]` *\/\n  def apply[T](implicit parser: Parser[T]): Aux[T, parser.D] = parser\n\n  type Aux[T, D0] = Parser[T] { type D = D0 }\n\n\n  \/**\n    * An empty [[Parser]].\n    *\n    * Can be made non empty by successively calling `add` on it.\n    *\/\n  def nil: Parser.Aux[HNil, HNil] =\n    NilParser\n\n\n  implicit def option[T, D](implicit parser: Aux[T, D]): Parser.Aux[Option[T], D] =\n    OptionParser(parser)\n\n  implicit def either[T, D](implicit parser: Aux[T, D]): Parser.Aux[Either[Error, T], D] =\n    EitherParser(parser)\n\n\n  implicit def toParserOps[T <: HList, D <: HList](parser: Aux[T, D]): ParserOps[T, D] =\n    new ParserOps(parser)\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/help\/CommandsHelpOps.scala","text":"package caseapp.core.help\n\nimport caseapp.core.Arg\nimport caseapp.core.app.CaseApp\nimport shapeless._\n\nfinal class CommandsHelpOps[C <: Coproduct](val commandsHelp: CommandsHelp[C]) extends AnyVal {\n\n  def add[H](\n    name: String,\n    args: Seq[Arg],\n    argsNameOption: Option[String]\n  ): CommandsHelp[H :+: C] =\n    CommandsHelp(\n      commandsHelp.messages :+ (Seq(name) -> CommandHelp(args, argsNameOption))\n    )\n\n  def add[H](\n    command: CaseApp[H],\n    name: String = \"\"\n  ): CommandsHelp[H :+: C] =\n    add(\n      if (name.isEmpty) command.messages.progName else name,\n      command.parser.args,\n      command.messages.argsNameOption\n    )\n\n  def reverse[R <: Coproduct](implicit rev: ops.coproduct.Reverse.Aux[C, R]): CommandsHelp[R] =\n    commandsHelp.as[R]\n\n}\n"}
{"repo_name":"regadas\/case-app","path":"build.sbt","text":"\nimport sbtcrossproject.crossProject\n\nimport Aliases._\nimport Settings._\n\ninThisBuild(List(\n  organization := \"com.github.alexarchambault\",\n  homepage := Some(url(\"https:\/\/github.com\/alexarchambault\/case-app\")),\n  licenses := Seq(\"Apache 2.0\" -> url(\"http:\/\/opensource.org\/licenses\/Apache-2.0\")),\n  developers := List(\n    Developer(\n      \"alexarchambault\",\n      \"<NAME>\",\n      \"\",\n      url(\"https:\/\/github.com\/alexarchambault\")\n    )\n  )\n))\n\nlazy val annotations = crossProject(JSPlatform, JVMPlatform)\n  .settings(\n    shared,\n    caseAppPrefix\n  )\n\nlazy val annotationsJVM = annotations.jvm\nlazy val annotationsJS = annotations.js\n\nlazy val util = crossProject(JSPlatform, JVMPlatform)\n  .settings(\n    shared,\n    caseAppPrefix,\n    libs ++= Seq(\n      Deps.shapeless.value,\n      Deps.scalaCompiler.value % \"provided\",\n      Deps.scalaReflect.value % \"provided\"\n    )\n  )\n\nlazy val utilJVM = util.jvm\nlazy val utilJS = util.js\n\nlazy val core = crossProject(JSPlatform, JVMPlatform)\n  .dependsOn(annotations, util)\n  .settings(\n    shared,\n    name := \"case-app\",\n    libraryDependencies += Deps.dataClass % Provided\n  )\n\nlazy val coreJVM = core.jvm\nlazy val coreJS = core.js\n\nlazy val tests = crossProject(JSPlatform, JVMPlatform)\n  .dependsOn(core)\n  .settings(\n    shared,\n    caseAppPrefix,\n    dontPublish,\n    libs += Deps.utest.value % \"test\",\n    testFrameworks += new TestFramework(\"utest.runner.Framework\")\n  )\n\nlazy val testsJVM = tests.jvm\nlazy val testsJS = tests.js\n\nlazy val refined = crossProject(JSPlatform, JVMPlatform)\n  .dependsOn(core)\n  .settings(\n    shared,\n    caseAppPrefix,\n    libs ++= Seq(\n      Deps.refined.value,\n      Deps.utest.value % \"test\"\n    ),\n    testFrameworks += new TestFramework(\"utest.runner.Framework\")\n  )\n\nlazy val refinedJVM = refined.jvm\nlazy val refinedJS = refined.js\n\nskip.in(publish) := true\ncrossScalaVersions := Nil\n"}
{"repo_name":"regadas\/case-app","path":"core\/shared\/src\/main\/scala\/caseapp\/core\/parser\/StopAtFirstUnrecognizedParser.scala","text":"package caseapp.core.parser\n\nimport caseapp.core.{Arg, Error}\nimport dataclass.data\n\n@data class StopAtFirstUnrecognizedParser[T](underlying: Parser[T]) extends Parser[T] {\n  type D = underlying.D\n  def init: D = underlying.init\n  def step(args: List[String], d: D): Either[(Error, List[String]), Option[(D, List[String])]] =\n    underlying.step(args, d)\n  def get(d: D): Either[Error, T] =\n    underlying.get(d)\n  def args: Seq[Arg] =\n    underlying.args\n  override def defaultStopAtFirstUnrecognized: Boolean =\n    true\n}\n"}
{"repo_name":"regadas\/case-app","path":"tests\/shared\/src\/main\/scala\/caseapp\/demo\/ManualCommandNotAdtOptions.scala","text":"<filename>tests\/shared\/src\/main\/scala\/caseapp\/demo\/ManualCommandNotAdtOptions.scala\npackage caseapp.demo\n\nimport caseapp.{ArgsName, ProgName}\n\nobject ManualCommandNotAdtOptions {\n\n  @ProgName(\"c1\")\n  @ArgsName(\"c1-stuff\")\n  final case class Command1Opts(s: String)\n\n  @ProgName(\"c2\")\n  final case class Command2Opts(b: Boolean)\n\n  @ProgName(\"c3\")\n  final case class Command3Opts(n: Int = 2)\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/user\/User.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/user\/User.scala\npackage net.hvieira.yeoldeonlinestore.user\n\nclass User(val id: String, val username: String) {\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/PurchaseAPISpec.scala","text":"<filename>src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/PurchaseAPISpec.scala\npackage net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.{ActorSystem, Inbox}\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model.headers.{Authorization, OAuth2BearerToken}\nimport akka.http.scaladsl.server.Route\nimport akka.util.Timeout\nimport net.hvieira.yeoldeonlinestore.actor.user.{UpdateCart, UserManager}\nimport net.hvieira.yeoldeonlinestore.auth.Authentication\nimport net.hvieira.yeoldeonlinestore.test.ServiceIntegrationTest\nimport akka.pattern.ask\nimport scala.concurrent.duration._\n\nclass PurchaseAPISpec extends ServiceIntegrationTest {\n\n  private val testActorSystem = ActorSystem(\"test-system\")\n  private val tokenSecret = \"testSecret\"\n\n  private val userManRef = testActorSystem.actorOf(UserManager.props())\n\n  private val route = Route.seal(new PurchaseAPI(userManRef, Authentication.requestTokenAuthenticator(tokenSecret)).route)\n\n  private val expectedEndpoint = \"\/purchase\"\n\n  \"the purchase API\" should {\n\n    \"not allow requests with invalid credentials\" in {\n\n      val token = \"<PASSWORD>\"\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      val request: HttpRequest = Post(expectedEndpoint).addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"not allow requests that have no Authorization token\" in {\n\n      val request: HttpRequest = Post(expectedEndpoint)\n\n      request ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"bad request when purchasing an empty cart\" in {\n\n      val token = authenticateUserAndGetToken(\"purchaseEmptyCartUser\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      val request: HttpRequest = Post(expectedEndpoint).addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe BadRequest\n        handled shouldBe true\n      }\n    }\n\n    \"allow authenticated requests to purchase the items in the user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"spender\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      implicit val timeout = Timeout(1 second)\n      userManRef ? UpdateCart(Item(\"id\", 1.2), 7, \"spender\")\n\n      val request: HttpRequest = Post(expectedEndpoint).addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe OK\n        handled shouldBe true\n\n        val result = entityAs[SuccessfulPurchase]\n        val cart = result.cart\n        cart.items should contain (\"id\" -> ItemAndQuantity(Item(\"id\", 1.2), 7))\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/Bootstrap.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/Bootstrap.scala\npackage net.hvieira.yeoldeonlinestore\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport net.hvieira.yeoldeonlinestore.actor.CriticalProcessesManager\nimport net.hvieira.yeoldeonlinestore.api.Item\nimport net.hvieira.yeoldeonlinestore.http.HttpServer\nimport net.hvieira.yeoldeonlinestore.settings.AppSettings\n\nobject Bootstrap extends App {\n\n  implicit val actorSystem = ActorSystem(\"ye-olde-online-store\")\n  implicit val actorMaterializer = ActorMaterializer()\n\n  val settings = AppSettings(actorSystem)\n\n  private val tokenSecret = settings.authSettings.tokenSecret\n\n  private val itemProvider = () => List(\n    Item(\"health potion\", 10),\n    Item(\"mana potion\", 15),\n    Item(\"sanity potion\", 10000),\n    Item(\"stamina potion\", 5),\n    Item(\"pint of dehydrated beer\", 2)\n  )\n\n  private val rootProcessesManager = actorSystem.actorOf(CriticalProcessesManager.props(itemProvider))\n\n  new HttpServer()\n    .start(\n      \"localhost\",\n      actorSystem.settings.config.getInt(\"server.port\"),\n      new OnlineStoreService(rootProcessesManager, tokenSecret).route)\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/OnlineStoreService.scala","text":"package net.hvieira.yeoldeonlinestore\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.event.LogSource\nimport akka.http.scaladsl.server.{Directives, Route}\nimport akka.pattern.ask\nimport akka.stream.ActorMaterializer\nimport akka.util.Timeout\nimport net.hvieira.yeoldeonlinestore.actor._\nimport net.hvieira.yeoldeonlinestore.api._\nimport net.hvieira.yeoldeonlinestore.auth.{Authentication, PresetInMemoryUserAuthenticator}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\n\nobject OnlineStoreService {\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n}\n\nclass OnlineStoreService(val rootProcessManager: ActorRef, val tokenSecret: String)\n                        (implicit val system: ActorSystem, implicit val materializer: ActorMaterializer)\n  extends Directives\n    with APIJsonSupport {\n\n  private val storeManagerRef = requestStoreManagerRef()\n  private val userManagerRef = requestUserManagerRef()\n  private val requestTokenAuthenticator = Authentication.requestTokenAuthenticator(tokenSecret)\n\n  val loginAPI = new LoginAPI(Authentication.tokenGenerator(tokenSecret), new PresetInMemoryUserAuthenticator())\n  val storeAPI = new StoreAPI(storeManagerRef)\n  val userAPI = new UserAPI(userManagerRef, storeManagerRef, requestTokenAuthenticator)\n  val purchaseAPI = new PurchaseAPI(userManagerRef, requestTokenAuthenticator)\n\n  val route: Route = Route.seal(\n    loginAPI.route\n      ~\n    storeAPI.route\n      ~\n    userAPI.route\n      ~\n    purchaseAPI.route\n  )\n\n  \/\/ TODO consider getting the reference in a better way\n  private def requestUserManagerRef() = {\n    implicit val timeout = Timeout(1 second)\n    Await.result(rootProcessManager ? IntroduceUserManagerReq, 1 second) match {\n      case IntroductionResponse(ref) => ref\n      case _ => throw new IllegalStateException(\"Requires the user manager to exist at this point\")\n    }\n  }\n\n  \/\/ TODO consider getting the reference in a better way\n  private def requestStoreManagerRef() = {\n    implicit val timeout = Timeout(1 second)\n    Await.result(rootProcessManager ? IntroduceStoreManagerReq, 1 second) match {\n      case IntroductionResponse(ref) => ref\n      case _ => throw new IllegalStateException(\"Requires the store manager to exist at this point\")\n    }\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/auth\/Authentication.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/auth\/Authentication.scala<gh_stars>0\npackage net.hvieira.yeoldeonlinestore.auth\n\nimport akka.http.scaladsl.server.directives.Credentials\nimport pdi.jwt.{Jwt, JwtAlgorithm, JwtClaim, JwtHeader}\nimport spray.json.{DefaultJsonProtocol, _}\n\nimport scala.util.{Failure, Success}\n\nobject Authentication extends DefaultJsonProtocol {\n\n  private implicit val tokenPayloadFormat = jsonFormat1(TokenPayload)\n\n  private val TOKEN_TTL_SEC = 10 * 60\n\n  type TokenGenerator = (String) => String\n\n  def authInfoFromToken(token: String, secret: String): Option[TokenPayload] = {\n    val decodedToken = Jwt.decodeRawAll(token, secret, Seq(JwtAlgorithm.HS256))\n\n    decodedToken match {\n      case Success((_, claim: String, _)) =>\n        Option(claim.parseJson.asJsObject.fields(\"user\"))\n          .map(js => js.convertTo[String]) match {\n          case Some(user) => Some(TokenPayload(user))\n          case _ => None\n        }\n\n      case Failure(_) => None\n    }\n  }\n\n  def generateTokenForUser(username: String, tokenSecret: String): String = {\n\n    val claim: JwtClaim = JwtClaim(TokenPayload(username).toJson.compactPrint)\n      .issuedNow\n      .expiresIn(TOKEN_TTL_SEC)\n      .startsNow\n\n    Jwt.encode(JwtHeader(JwtAlgorithm.HS256, \"JWT\"), claim, tokenSecret)\n  }\n\n  def requestTokenAuthenticator(tokenSecret: String): Credentials => Option[TokenPayload] = tokenAuthenticator(tokenSecret)\n\n  private def tokenAuthenticator(tokenSecret: String)(credentials: Credentials): Option[TokenPayload] = credentials match {\n    case Credentials.Provided(token) => Authentication.authInfoFromToken(token, tokenSecret)\n    case _ => None\n  }\n\n  def tokenGenerator(tokenSecret: String): TokenGenerator = {\n    (userId) => Authentication.generateTokenForUser(userId, tokenSecret)\n  }\n\n}\n\nfinal case class TokenPayload(user: String)"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/auth\/PresetInMemoryUserAuthenticator.scala","text":"package net.hvieira.yeoldeonlinestore.auth\nimport net.hvieira.yeoldeonlinestore.user.User\n\nclass PresetInMemoryUserAuthenticator extends UserAuthenticator {\n\n  private val allowedUsers = Map(\n    (\"john\", \"mary\") -> new User(\"b78h-6fsj-8nsa-tvn0\", \"john\"),\n    (\"root\",\"sekretz\") -> new User(\"gd0m-gia8-gvtn-mm47\", \"root\")\n  )\n\n  override def authenticate(username: String, password: String): Option[User] = {\n    allowedUsers.get((username, password))\n  }\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/UserAPI.scala","text":"package net.hvieira.yeoldeonlinestore.api\n\nimport java.util.NoSuchElementException\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.dispatch.Futures\nimport akka.event.{LogSource, Logging}\nimport akka.http.scaladsl.model.{HttpEntity, HttpResponse}\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server._\nimport akka.http.scaladsl.server.directives.SecurityDirectives.Authenticator\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult\nimport net.hvieira.yeoldeonlinestore.actor.store.{ItemFromStore, ItemInStore}\nimport net.hvieira.yeoldeonlinestore.actor.user.{GetUserCart, UpdateCart, UserCart}\nimport net.hvieira.yeoldeonlinestore.auth.TokenPayload\n\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\nimport scala.util.{Failure, Success}\n\nobject UserAPI {\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n}\n\nclass UserAPI(private val userManagerRef: ActorRef,\n              private val storeManagerRef: ActorRef,\n              private val requestAuthenticator: Authenticator[TokenPayload])\n             (implicit system: ActorSystem)\n  extends Directives\n    with APIJsonSupport {\n\n  private val log = Logging(system, this)\n\n  val route: Route = pathPrefix(\"user\") {\n    path(\"cart\") {\n      authenticateOAuth2(\"\", requestAuthenticator) { userToken =>\n        get {\n          retrieveUserCart(userToken.user)\n        } ~\n          put {\n            entity(as[UpdateUserCartRequest]) { updateUserCartRequest =>\n              updateUserCart(userToken.user, updateUserCartRequest)\n            }\n          }\n      }\n    }\n  }\n\n  private def retrieveUserCart(user: String): Route = {\n    implicit val timeout = Timeout(1 second)\n\n    val cartFuture = userManagerRef ? GetUserCart(user)\n\n    onComplete(cartFuture) {\n      case Success(UserCart(OperationResult.OK, _, cart)) =>\n        log.debug(\"Returning cart {}\", cart)\n        complete(cart)\n\n      case Success(UserCart(OperationResult.NOT_OK, _, _)) =>\n        log.error(\"Failed to retrieve cart for user {}\", user)\n        complete(HttpResponse(InternalServerError))\n\n      case _ =>\n        log.error(\"Unexpected result for cart retrieval flow\")\n        complete(HttpResponse(InternalServerError))\n    }\n  }\n\n  def updateUserCart(user: String, req: UpdateUserCartRequest): Route = {\n    implicit val timeout = Timeout(1 second)\n    import system.dispatcher\n\n    log.info(\"Retrieving item from store and then updating cart\")\n    val cartFuture = for {\n      storeResp <- (storeManagerRef ? ItemFromStore(req.itemId)).mapTo[ItemInStore]\n      updatedCart <- userManagerRef ? UpdateCart(storeResp.itemOpt.get, req.amount, user) if storeResp.itemOpt.isDefined\n    } yield updatedCart\n\n    onComplete(cartFuture) {\n      case Success(UserCart(OperationResult.OK, _, cart)) =>\n        log.debug(\"Returning updated cart {}\", cart)\n        complete(cart)\n\n      case Success(UserCart(OperationResult.NOT_OK, _, _)) =>\n        log.error(\"Failed to update cart for user {}\", user)\n        complete(HttpResponse(InternalServerError))\n\n      case Failure(_: NoSuchElementException) =>\n        log.error(\"Item does not exist in the store\")\n        complete(HttpResponse(BadRequest, entity = HttpEntity(\"Item does not exist in store\")))\n\n      case _ =>\n        log.error(\"Unexpected result for cart retrieval flow\")\n        complete(HttpResponse(InternalServerError))\n    }\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/http\/HttpServer.scala","text":"<reponame>hvieira\/ye-olde-online-store-akka\npackage net.hvieira.yeoldeonlinestore.http\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.{RejectionHandler, Route, UnsupportedRequestContentTypeRejection}\nimport akka.stream.ActorMaterializer\n\nimport scala.util.{Failure, Success}\n\nclass HttpServer(\n                 implicit val system: ActorSystem,\n                 implicit val materializer: ActorMaterializer) {\n\n  def start(address: String, port: Int, route: Route) = {\n\n    implicit val executor = system.dispatcher\n\n    val bindingFuture = Http().bindAndHandle(route, address, port)\n\n    bindingFuture.onComplete {\n      case Success(Http.ServerBinding(_)) => println(s\"Server online at http:\/\/localhost:$port\")\n      case Failure(t) => {\n        sys.error(s\"Fatal Error! Exiting\")\n        t.printStackTrace()\n        sys.exit()\n      }\n    }\n  }\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/auth\/UserAuthenticator.scala","text":"package net.hvieira.yeoldeonlinestore.auth\n\nimport net.hvieira.yeoldeonlinestore.user.User\n\ntrait UserAuthenticator {\n\n  def authenticate(username: String, password: String): Option[User]\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/OnlineStoreServiceSpec.scala","text":"package net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model._\nimport net.hvieira.yeoldeonlinestore.OnlineStoreService\nimport net.hvieira.yeoldeonlinestore.actor.CriticalProcessesManager\nimport net.hvieira.yeoldeonlinestore.test.ServiceIntegrationTest\n\nclass OnlineStoreServiceSpec extends ServiceIntegrationTest {\n\n  \/\/ TODO probably want to change this to use the akka testkit probe actors and such or with DI\n  private val testActorSystem = ActorSystem(\"test-system\")\n  private val tokenSecret = \"testSecret\"\n  private val rootProcessManager = testActorSystem.actorOf(CriticalProcessesManager.props(() => List()))\n\n  private val route = new OnlineStoreService(rootProcessManager, tokenSecret).route\n\n  \"Generically, the API\" should {\n\n    \"return not found on resources that do not exist\" in {\n\n      val request: HttpRequest = Get(\"\/nonExistingEndpoint\")\n\n      request ~> route ~> check {\n        status shouldBe NotFound\n        handled shouldBe true\n      }\n    }\n  }\n\n}"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/actor\/OperationResult.scala","text":"<reponame>hvieira\/ye-olde-online-store-akka<gh_stars>0\npackage net.hvieira.yeoldeonlinestore.actor\n\nobject OperationResult extends Enumeration {\n  type OperationResult = Value\n  val OK, NOT_OK = Value\n}\n\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/LoginAPISpec.scala","text":"<reponame>hvieira\/ye-olde-online-store-akka\npackage net.hvieira.yeoldeonlinestore.api\n\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.Route\nimport net.hvieira.yeoldeonlinestore.auth.{Authentication, UserAuthenticator}\nimport net.hvieira.yeoldeonlinestore.test.ServiceIntegrationTest\nimport net.hvieira.yeoldeonlinestore.user.User\n\nclass LoginAPISpec extends ServiceIntegrationTest {\n\n  private val tokenSecret = \"testSecret\"\n  private val tokenGenerator = Authentication.tokenGenerator(tokenSecret)\n  private val userAuthenticator = new UserAuthenticator {\n    override def authenticate(username: String, password: String): Option[User] = {\n      if (\"username\".equals(\"Johnny\") && password.equals(\"<PASSWORD>\"))\n        Some(new User(\"id1\", \"Johnny\"))\n      else\n        None\n    }\n  }\n\n  private val route = Route.seal(new LoginAPI(tokenGenerator, userAuthenticator).route)\n\n  \"The login API\" should {\n\n    \"login users successfully and provide a JWT token for further authenticated requests\" in {\n      val authToken = authenticateUserAndGetToken(\"Johnny\", \"<PASSWORD>\", tokenSecret)\n      authToken should fullyMatch regex \"(.+)\\\\.(.+)\\\\.(.+)\"\n    }\n\n    \"return Unauthorized error if authentication fails\" in {\n      val badPasswordReq: HttpRequest = Post(\"\/login\",\n        HttpEntity(\n          ContentType(MediaTypes.`application\/x-www-form-urlencoded`, HttpCharsets.`UTF-8`),\n          \"username=Johnny&password=<PASSWORD>\"))\n\n      badPasswordReq ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"return Unauthorized error if an user does not exist with the given credentials\" in {\n      val nonExistingUserReq: HttpRequest = Post(\"\/login\",\n        HttpEntity(\n          ContentType(MediaTypes.`application\/x-www-form-urlencoded`, HttpCharsets.`UTF-8`),\n          \"username=John&password=<PASSWORD>\"))\n\n      nonExistingUserReq ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"return unsupported media type if content type is unexpected\" in {\n\n      val request: HttpRequest = Post(\"\/login\",\n        HttpEntity(\n          ContentType(MediaTypes.`application\/javascript`, HttpCharsets.`UTF-8`),\n          \"some l33t hax code\"))\n\n      request ~> route ~> check {\n        status shouldBe UnsupportedMediaType\n        handled shouldBe true\n      }\n    }\n\n    \"return bad request if expected login data is missing or empty\" in {\n\n      val request: HttpRequest = Post(\"\/login\",\n        HttpEntity(\n          ContentType(MediaTypes.`application\/x-www-form-urlencoded`, HttpCharsets.`UTF-8`),\n          \"username=&password=\"))\n\n      request ~> route ~> check {\n        status shouldBe BadRequest\n        handled shouldBe true\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/test\/ActorUnitTest.scala","text":"package net.hvieira.yeoldeonlinestore.test\n\nimport akka.actor.ActorSystem\nimport akka.testkit.{DefaultTimeout, ImplicitSender, TestKit}\nimport org.scalatest.{BeforeAndAfterAll, Matchers, WordSpecLike}\n\nabstract class ActorUnitTest\n  extends TestKit(ActorSystem(\"testSystem\"))\n    with DefaultTimeout\n    with ImplicitSender\n    with WordSpecLike\n    with Matchers\n    with BeforeAndAfterAll\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/test\/ServiceIntegrationTest.scala","text":"package net.hvieira.yeoldeonlinestore.test\n\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport net.hvieira.yeoldeonlinestore.api.APIJsonSupport\nimport net.hvieira.yeoldeonlinestore.auth.Authentication\nimport org.scalatest.{BeforeAndAfterAll, Matchers, WordSpec}\n\nabstract class ServiceIntegrationTest\n  extends WordSpec\n    with Matchers\n    with BeforeAndAfterAll\n    with ScalatestRouteTest\n    with APIJsonSupport {\n\n  protected def authenticateUserAndGetToken(username: String, password: String, tokenSecret: String): String = {\n    Authentication.tokenGenerator(tokenSecret)(username)\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/UserAPISpec.scala","text":"<filename>src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/UserAPISpec.scala\npackage net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model.headers.{Authorization, OAuth2BearerToken}\nimport akka.http.scaladsl.server.Route\nimport net.hvieira.yeoldeonlinestore.actor.store.StoreManager\nimport net.hvieira.yeoldeonlinestore.actor.user.UserManager\nimport net.hvieira.yeoldeonlinestore.auth.Authentication\nimport net.hvieira.yeoldeonlinestore.test.ServiceIntegrationTest\n\nclass UserAPISpec extends ServiceIntegrationTest {\n\n  \/\/ TODO probably want to change this to use the akka testkit probe actors and such or with DI\n  private val testActorSystem = ActorSystem(\"test-system\")\n  private val tokenSecret = \"testSecret\"\n\n  private val itemsProvider = () => List(\n    Item(\"anItem\", 1.5),\n    Item(\"anotherItem\", 2.709)\n  )\n\n  private val storeManRef = testActorSystem.actorOf(StoreManager.props(3, itemsProvider))\n  private val userManRef = testActorSystem.actorOf(UserManager.props())\n\n  private val route = Route.seal(new UserAPI(userManRef, storeManRef, Authentication.requestTokenAuthenticator(tokenSecret)).route)\n\n  \"the user API\" should {\n\n    \"not allow requests with invalid credentials\" in {\n\n      val token = \"<PASSWORD>\"\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      val request: HttpRequest = Get(\"\/user\/cart\").addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"not allow requests that have no Authorization token\" in {\n\n      val request: HttpRequest = Get(\"\/user\/cart\")\n\n      request ~> route ~> check {\n        status shouldBe Unauthorized\n        handled shouldBe true\n      }\n    }\n\n    \"define empty cart when an user session is started\" in {\n\n      val token = authenticateUserAndGetToken(\"sessionStartEmptyCartUser\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      val request: HttpRequest = Get(\"\/user\/cart\").addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe OK\n        handled shouldBe true\n\n        val cart = entityAs[Cart]\n        cart.items shouldBe empty\n      }\n    }\n\n    \"allow authenticated requests to put items in user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"user1\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      \/\/ place the first item in the cart\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 2)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 2))\n        }\n      }\n\n      \/\/ add another item\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anotherItem\", 5)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain allOf(\n            \"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 2),\n            \"anotherItem\" -> ItemAndQuantity(Item(\"anotherItem\", 2.709), 5)\n          )\n        }\n      }\n    }\n\n    \"allow authenticated requests to update item quantity in user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"user2\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      \/\/ place the first item in the cart\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 2)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 2))\n        }\n      }\n\n      \/\/ update an item quantity\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 5)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 5))\n        }\n      }\n\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 3)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 3))\n        }\n      }\n    }\n\n    \"allow authenticated requests to remove items from user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"user3\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      \/\/ place the first item in the cart\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 2)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 2))\n        }\n      }\n\n      \/\/ remove the item from cart\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 0)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items shouldBe empty\n        }\n      }\n    }\n\n    \"allow authenticated requests to retrieve user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"getMyCartUser\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      {\n        val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"anItem\", 17)).addHeader(authHeader)\n\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n        }\n      }\n\n      {\n        val request: HttpRequest = Get(\"\/user\/cart\").addHeader(authHeader)\n        request ~> route ~> check {\n          status shouldBe OK\n          handled shouldBe true\n\n          val cart = entityAs[Cart]\n          cart.items should contain(\"anItem\" -> ItemAndQuantity(Item(\"anItem\", 1.5), 17))\n        }\n      }\n    }\n\n    \"not allow authenticated requests to add items that do not exist in store to user cart\" in {\n\n      val token = authenticateUserAndGetToken(\"user5\", \"userSekret\", tokenSecret)\n      val authHeader = Authorization(OAuth2BearerToken(token))\n\n      val request: HttpRequest = Put(\"\/user\/cart\", UpdateUserCartRequest(\"please dont exist item - im haxxxer\", 999999))\n        .addHeader(authHeader)\n\n      request ~> route ~> check {\n        status shouldBe BadRequest\n        handled shouldBe true\n        entityAs[String] shouldBe \"Item does not exist in store\"\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/settings\/AppSettings.scala","text":"package net.hvieira.yeoldeonlinestore.settings\n\nimport akka.actor.{ActorSystem, ExtendedActorSystem, Extension, ExtensionId, ExtensionIdProvider}\nimport com.typesafe.config.Config\n\nobject AppSettings extends ExtensionId[AppSettings] with ExtensionIdProvider {\n\n  override def lookup = AppSettings\n\n  override def createExtension(system: ExtendedActorSystem) =\n    new AppSettings(system.settings.config)\n\n  \/**\n    * Java API: retrieve the Settings extension for the given system.\n    *\/\n  override def get(system: ActorSystem): AppSettings = super.get(system)\n\n}\n\nclass AppSettings(config: Config) extends Extension {\n\n  val authSettings = AuthSettings(config.getString(\"online-store-settings.auth.token.secret\"))\n\n}\n\ncase class AuthSettings private(tokenSecret: String)\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/APIJsonSupport.scala","text":"package net.hvieira.yeoldeonlinestore.api\n\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport\nimport spray.json.{DefaultJsonProtocol, _}\n\ntrait APIJsonSupport extends SprayJsonSupport with DefaultJsonProtocol {\n\n  implicit val itemFormat: RootJsonFormat[Item] = jsonFormat2(Item)\n  implicit val itemAndQuantityFormat: RootJsonFormat[ItemAndQuantity] = jsonFormat2(ItemAndQuantity)\n  implicit val cartFormat: RootJsonFormat[Cart] = jsonFormat1(Cart)\n  implicit val updateUserCartRequestFormat: RootJsonFormat[UpdateUserCartRequest] = jsonFormat2(UpdateUserCartRequest)\n  implicit val authTokenFormat: RootJsonFormat[LoginResult] = jsonFormat1(LoginResult)\n  implicit val storeFrontFormat: RootJsonFormat[StoreFront] = jsonFormat1(StoreFront)\n\n  implicit object SuccessfulPurchaseFormat extends RootJsonFormat[SuccessfulPurchase] {\n    def write(p: SuccessfulPurchase) = JsObject(Map(\"success\" -> p.success.toJson, \"items\" -> p.cart.toJson))\n\n    def read(value: JsValue) = value.asJsObject.getFields(\"items\") match {\n      case Seq(items) => SuccessfulPurchase(items.convertTo[Cart])\n    }\n  }\n\n  implicit object FailedPurchaseFormat extends RootJsonFormat[FailedPurchase] {\n    def write(p: FailedPurchase) = JsObject(Map(\"success\" -> p.success.toJson, \"failureReason\" -> p.failureReason.toJson))\n\n    def read(value: JsValue) = value.asJsObject.getFields(\"failureReason\") match {\n      case Seq(JsString(reason)) => FailedPurchase(reason)\n    }\n  }\n\n  implicit object PurchaseResultFormat extends RootJsonFormat[PurchaseResult] {\n    def write(pr: PurchaseResult) = pr match {\n      case s: SuccessfulPurchase => s.toJson\n      case f: FailedPurchase => f.toJson\n    }\n\n    def read(value: JsValue) =\n      value.asJsObject.fields.get(\"success\") match {\n        case Some(JsBoolean(true)) => value.convertTo[SuccessfulPurchase]\n        case Some(JsBoolean(false)) => value.convertTo[FailedPurchase]\n      }\n  }\n\n}"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/LoginAPI.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/LoginAPI.scala<gh_stars>0\npackage net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.ActorSystem\nimport akka.event.{LogSource, Logging}\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.{Directives, Route}\nimport akka.http.scaladsl.unmarshalling.Unmarshaller\nimport net.hvieira.yeoldeonlinestore.auth.Authentication.TokenGenerator\nimport net.hvieira.yeoldeonlinestore.auth.UserAuthenticator\n\nimport scala.language.postfixOps\n\nprivate object LoginAPI {\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n\n  implicit val loginDataUM: Unmarshaller[HttpEntity, LoginData] = {\n    Unmarshaller.urlEncodedFormDataUnmarshaller(ContentTypeRange(MediaTypes.`application\/x-www-form-urlencoded`))\n      .map(formData => {\n        val username = formData.fields.getOrElse(\"username\", \"\")\n        val password = formData.fields.getOrElse(\"password\", \"\")\n\n        if (username.isEmpty || password.isEmpty)\n          throw new IllegalArgumentException(\"Missing critical login data\")\n        else\n          LoginData(username, password)\n      })\n  }\n}\n\nclass LoginAPI(tokenGenerator: TokenGenerator, userAuthenticator: UserAuthenticator)\n              (implicit system: ActorSystem)\n  extends Directives\n    with APIJsonSupport {\n\n  private val log = Logging(system, this)\n\n  import LoginAPI._\n  val route: Route = path(\"login\") {\n    post {\n      decodeRequest {\n        entity(as[LoginData]) { loginData =>\n          performLogin(loginData)\n        }\n      }\n    }\n  }\n\n  private def performLogin(loginData: LoginData): Route = {\n\n    userAuthenticator.authenticate(loginData.username, loginData.encryptedPassword) match {\n      case Some(authenticatedUser) =>\n        val token = tokenGenerator(loginData.username)\n        log.debug(\"Returning token {}\", token)\n        complete(LoginResult(token))\n\n      case None =>\n        complete(HttpResponse(StatusCodes.Unauthorized))\n    }\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"build.sbt","text":"name := \"\"\"ye-olde-online-store-akka\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.2\"\n\nscalacOptions ++= Seq(\"-feature\")\n\nlazy val akkaVersion = \"2.4.18\"\nlazy val akkaHttpVersion = \"10.0.7\"\n\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-testkit\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpVersion,\n  \"com.typesafe.akka\" %% \"akka-http-spray-json\" % akkaHttpVersion,\n  \"com.pauldijou\" %% \"jwt-core\" % \"0.12.1\",\n\n  \"com.typesafe.akka\" %% \"akka-http-testkit\" % akkaHttpVersion % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\"\n)\n\nfork in run := true"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/StoreAPISpec.scala","text":"package net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server.Route\nimport net.hvieira.yeoldeonlinestore.actor.store.StoreManager\nimport net.hvieira.yeoldeonlinestore.test.ServiceIntegrationTest\n\nclass StoreAPISpec extends ServiceIntegrationTest {\n\n  \/\/ TODO probably want to change this to use the akka testkit probe actors and such or with DI\n  private val testActorSystem = ActorSystem(\"test-system\")\n  private val availableItems = List(\n    Item(\"item1\", 0.05),\n    Item(\"123Item\", 1.0),\n    Item(\"Ring of Powaaa\", 100000000.0)\n  )\n  private val storeManRef = testActorSystem.actorOf(StoreManager.props(3, () => availableItems))\n\n  private val route = Route.seal(new StoreAPI(storeManRef).route)\n\n  \"The store API\" should {\n\n    \"allow unauthenticated users to see items on sale\" in {\n      val request: HttpRequest = Get(\"\/store\")\n\n      request ~> route ~> check {\n        status shouldBe OK\n        handled shouldBe true\n\n        val storeFront = entityAs[StoreFront]\n        storeFront.items should contain theSameElementsAs availableItems\n      }\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/actor\/store\/StoreManager.scala","text":"package net.hvieira.yeoldeonlinestore.actor.store\n\nimport akka.actor.{Actor, ActorLogging, OneForOneStrategy, Props, SupervisorStrategy}\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult.OperationResult\nimport net.hvieira.yeoldeonlinestore.actor._\nimport net.hvieira.yeoldeonlinestore.api.Item\n\nobject StoreManager {\n\n  def props(numOfSlaves: Int, itemsProvider: () => Iterable[Item]) = Props(new StoreManager(numOfSlaves, itemsProvider))\n\n}\n\nclass StoreManager(private val numOfSlaves: Int,\n                   private val itemProvider: () => Iterable[Item])\n  extends Actor\n    with ActorLogging {\n\n  override def preStart(): Unit = {\n    (0 to numOfSlaves).foreach(i => context.actorOf(Props(new Worker(itemProvider)), slaveName(i)))\n  }\n\n  override def supervisorStrategy: SupervisorStrategy = OneForOneStrategy() {\n    case _ => SupervisorStrategy.restart\n  }\n\n  def distributeLoad(slaveIndex: Int): Receive = {\n    case req: Any =>\n      log.debug(\"Looking for slave {}\", slaveIndex)\n      context.child(slaveName(slaveIndex)) match {\n        case Some(slaveRef) =>\n          log.debug(\"Found slave\")\n          slaveRef forward req\n        case None =>\n          log.error(\"Failed to find expected slave\")\n      }\n      context.become(distributeLoad((slaveIndex + 1) % numOfSlaves), discardOld = true)\n  }\n\n  override def receive: Receive = distributeLoad(0)\n\n  private def slaveName(i: Int) = s\"slave$i\"\n}\n\nprivate class Worker(private val itemProvider: () => Iterable[Item]) extends Actor with ActorLogging {\n  override def receive: Receive = {\n    case StoreFrontRequest =>\n      \/\/ This is where we would get stuff from a cache or a DB\n      log.debug(\"Responding to store front request\")\n      sender ! StoreFrontResponse(OperationResult.OK, itemProvider.apply().toList)\n\n    case ItemFromStore(itemId) =>\n      \/\/ TODO item provider can have a exists(ID) or getByID(ID) function\n      val itemOpt = itemProvider.apply().find(i => i.id.equals(itemId))\n      log.debug(\"Responding to item from store request\")\n      sender ! ItemInStore(itemOpt)\n  }\n}\n\n\ncase object StoreFrontRequest\n\nfinal case class StoreFrontResponse(result: OperationResult, items: List[Item] = List())\n\nfinal case class ItemFromStore(itemId: String)\n\ncase class ItemInStore(itemOpt: Option[Item])\n\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/test\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/APIJsonSupportSpec.scala","text":"<gh_stars>0\npackage net.hvieira.yeoldeonlinestore.api\n\nimport org.scalatest.{Matchers, WordSpec}\n\nimport spray.json._\n\nclass APIJsonSupportSpec extends WordSpec with Matchers with APIJsonSupport {\n\n  \"A purchase result\" when {\n\n    \"successful\" should {\n      \"serialize and deserialize properly\" in {\n        val originalValue = SuccessfulPurchase(\n          Cart(\n            Map(\n              \"anItemId\" -> ItemAndQuantity(Item(\"item243\", 67.01), 1),\n              \"anotherItemIdz\" -> ItemAndQuantity(Item(\"item7\", 7.30), 3)\n            )\n          ))\n        val result = originalValue.toJson.convertTo[SuccessfulPurchase]\n\n        result should equal(originalValue)\n\n        result.toJson.convertTo[PurchaseResult].success shouldBe true\n      }\n    }\n\n    \"failure\" should {\n      \"serialize and deserialize properly\" in {\n        val originalValue = FailedPurchase(\"error cause\")\n        val result = originalValue.toJson.convertTo[FailedPurchase]\n\n        result should equal(originalValue)\n\n        result.toJson.convertTo[PurchaseResult].success shouldBe false\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/PurchaseAPI.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/PurchaseAPI.scala\npackage net.hvieira.yeoldeonlinestore.api\n\nimport java.util.NoSuchElementException\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.event.{LogSource, Logging}\nimport akka.http.scaladsl.model.{HttpResponse, StatusCodes}\nimport akka.http.scaladsl.model.StatusCodes.{BadRequest, InternalServerError}\nimport akka.http.scaladsl.server.directives.SecurityDirectives.Authenticator\nimport akka.http.scaladsl.server.{Directives, Route}\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult.OperationResult\nimport net.hvieira.yeoldeonlinestore.actor.user.{GetUserCart, UserCart}\nimport net.hvieira.yeoldeonlinestore.auth.TokenPayload\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nobject PurchaseAPI {\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n}\n\nclass PurchaseAPI(private val userManagerRef: ActorRef,\n                  private val requestAuthenticator: Authenticator[TokenPayload])\n                 (implicit system: ActorSystem)\n  extends Directives\n    with APIJsonSupport {\n\n  import system.dispatcher\n\n  private val log = Logging(system, this)\n\n  private def pay(user: String, totalCost: Double) = {\n    \/\/ dummy implementation\n    val randomizedSleepTime = Math.random() * 1000\n    Thread.sleep(randomizedSleepTime.toLong)\n\n    \/\/ would return some kind of receipt\n    Future((OperationResult.OK, totalCost))\n  }\n\n  private def dispatchStock(cart: Cart) = {\n    \/\/ would dispatch stock\n    Future((OperationResult.OK, cart))\n  }\n\n  private def sendEmail(userId: String, purchaseResult: (OperationResult, Double)) = {\n    \/\/ would find the user email and send email\n    Future(\"anEmailUUID or something\")\n  }\n\n  def checkoutCart(user: String): Route = {\n    log.debug(\"Checking out cart for user {}\", user)\n    implicit val timeout = Timeout(10 second)\n\n    val future = for {\n      cartRetrieveResult <- (userManagerRef ? GetUserCart(user)).mapTo[UserCart] if cartRetrieveResult.cart.items.nonEmpty\n      purchaseResult <- pay(user, cartRetrieveResult.cart.totalCost)\n      stockResult <- dispatchStock(cartRetrieveResult.cart)\n      emailSent <- sendEmail(user, purchaseResult)\n    } yield (purchaseResult._1, cartRetrieveResult.cart)\n\n    onComplete(future.mapTo[(OperationResult, Cart)]) {\n      case Success((OperationResult.OK, cart)) =>\n        log.info(\"Successful purchase\")\n        complete(SuccessfulPurchase(cart))\n      case Failure(_: NoSuchElementException) =>\n        log.info(\"User does not have items in cart for purchase\")\n        complete(HttpResponse(BadRequest))\n      case _ =>\n        log.error(\"Failed to purchase cart\")\n        complete(HttpResponse(InternalServerError))\n    }\n  }\n\n  val route: Route =\n    path(\"purchase\") {\n      authenticateOAuth2(\"\", requestAuthenticator) { userToken =>\n        post {\n          checkoutCart(userToken.user)\n        }\n      }\n    }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/actor\/user\/UserManager.scala","text":"<filename>src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/actor\/user\/UserManager.scala\npackage net.hvieira.yeoldeonlinestore.actor.user\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult\nimport net.hvieira.yeoldeonlinestore.actor.OperationResult._\nimport net.hvieira.yeoldeonlinestore.api.{Cart, Item}\n\nobject UserManager {\n  def props(): Props = Props[UserManager]\n}\n\nclass UserManager extends Actor {\n\n  override def receive: Receive = {\n    case req@UpdateCart(_, _, user) =>\n      findCurrentUserSession(user) match {\n        case Some(ref) =>\n          ref forward req\n        case None =>\n          val ref = createUserSession(user)\n          ref forward req\n      }\n\n    case req@GetUserCart(user) =>\n      findCurrentUserSession(user) match {\n        case Some(ref) =>\n          ref forward req\n        case None =>\n          val ref = createUserSession(user)\n          ref forward req\n      }\n  }\n\n  private def findCurrentUserSession(userId: String): Option[ActorRef] = context.child(userSessionActorName(userId))\n\n  private def createUserSession(user: String) = {\n    context.actorOf(Props[UserSession], userSessionActorName(user))\n  }\n\n  private def userSessionActorName(user: String) = s\"userSession-$user\"\n}\n\nprivate class UserSession extends Actor with ActorLogging {\n\n  import context.become\n\n  def handleRequest(state: UserSessionState): Receive = {\n    case UpdateCart(item, amount, user) =>\n      val result = state.addToCart(item, amount)\n      log.debug(\"Updated cart is {}\", result.cart)\n      sender ! UserCart(OperationResult.OK, user, result.cart)\n      become(handleRequest(result), discardOld = true)\n\n    case GetUserCart(user) =>\n      sender ! UserCart(OperationResult.OK, user, state.cart)\n\n  }\n\n  override def receive: Receive = handleRequest(new UserSessionState())\n}\n\n\nprivate class UserSessionState(val balance: Double = 0, val cart: Cart = Cart(Map())) {\n\n  def addToCart(item: Item, amount: Int): UserSessionState =\n    new UserSessionState(balance, cart.addItemsToCart(item, amount))\n}\n\ncase class GetUserCart(userId: String)\n\ncase class UserCart(result: OperationResult, userId: String, cart: Cart)\n\ncase class UpdateCart(item: Item, amount: Int, userId: String)"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/APIModel.scala","text":"package net.hvieira.yeoldeonlinestore.api\n\nfinal case class Item(id: String, cost: Double)\n\nfinal case class ItemAndQuantity(item: Item, amount: Int)\n\nfinal case class Cart(items: Map[String, ItemAndQuantity] = Map()) {\n\n  def totalCost: Double = items.values.map(i => i.amount * i.item.cost).sum\n\n  def addItemsToCart(item: Item, amount: Int): Cart = {\n    \/\/ TODO include cats lib to use associative monoid   original |+| Map(key -> 1)\n    \/\/ TODO If you use cats, the import is `cats.syntax.semigroup._` but it is simpler to just import `cats.all._`\n\n    val updatedItemMap = items.updated(item.id, ItemAndQuantity(item, amount)).filter(entry => entry._2.amount > 0)\n\n    Cart(updatedItemMap)\n  }\n}\n\nfinal case class LoginData(username: String, encryptedPassword: String)\n\nfinal case class UpdateUserCartRequest(itemId: String, amount: Int)\n\nfinal case class LoginResult(authToken: String)\n\nfinal case class StoreFront(items: List[Item])\n\nsealed trait PurchaseResult {\n  def success: Boolean\n}\nfinal case class SuccessfulPurchase(cart: Cart) extends PurchaseResult {\n  override def success: Boolean = true\n}\nfinal case class FailedPurchase(failureReason: String) extends PurchaseResult {\n  override def success: Boolean = false\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/api\/StoreAPI.scala","text":"<reponame>hvieira\/ye-olde-online-store-akka\npackage net.hvieira.yeoldeonlinestore.api\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.event.{LogSource, Logging}\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.StatusCodes.InternalServerError\nimport akka.http.scaladsl.server.{Directives, Route}\nimport akka.util.Timeout\nimport net.hvieira.yeoldeonlinestore.actor.{IntroductionResponse, OperationResult}\nimport net.hvieira.yeoldeonlinestore.actor.store.{StoreFrontRequest, StoreFrontResponse}\nimport akka.pattern.ask\n\nimport scala.concurrent.duration._\nimport scala.util.Success\nimport scala.language.postfixOps\n\nobject StoreAPI {\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n}\n\nclass StoreAPI(private val storeManagerRef: ActorRef)(implicit system: ActorSystem)\n  extends Directives\n    with APIJsonSupport {\n\n  private val log = Logging(system, this)\n\n  val route: Route = path(\"store\") {\n    get {\n      retrieveStoreFront\n    }\n  }\n\n  def retrieveStoreFront: Route = {\n\n    implicit val timeout = Timeout(1 second)\n\n    log.debug(\"retrieving store front\")\n\n    val storeFrontFuture = storeManagerRef ? StoreFrontRequest\n\n    onComplete(storeFrontFuture) {\n      case Success(StoreFrontResponse(OperationResult.OK, items)) =>\n        log.debug(\"Returning store {}\", items)\n        complete(StoreFront(items))\n\n      case Success(StoreFrontResponse(OperationResult.NOT_OK, _)) =>\n        log.error(\"Failed to retrieve store front\")\n        complete(HttpResponse(InternalServerError))\n\n      case _ =>\n        log.error(\"Unexpected result for store front retrieval flow\")\n        complete(HttpResponse(InternalServerError))\n    }\n  }\n\n}\n"}
{"repo_name":"hvieira\/ye-olde-online-store-akka","path":"src\/main\/scala\/net\/hvieira\/yeoldeonlinestore\/actor\/CriticalProcessesManager.scala","text":"package net.hvieira.yeoldeonlinestore.actor\n\nimport akka.actor.{Actor, ActorRef, OneForOneStrategy, Props, SupervisorStrategy}\nimport net.hvieira.yeoldeonlinestore.actor.CriticalProcessesManager._\nimport net.hvieira.yeoldeonlinestore.actor.store.StoreManager\nimport net.hvieira.yeoldeonlinestore.actor.user.UserManager\nimport net.hvieira.yeoldeonlinestore.api.Item\n\nobject CriticalProcessesManager {\n  private val STORE_MANAGER = \"store-manager\"\n  private val USER_MANAGER = \"user-manager\"\n\n  def props(itemProvider: () => Iterable[Item]) = Props(new CriticalProcessesManager(itemProvider))\n}\n\nclass CriticalProcessesManager(private val itemProvider: () => Iterable[Item]) extends Actor {\n\n  override def preStart(): Unit = {\n    context.actorOf(StoreManager.props(3, itemProvider), STORE_MANAGER)\n    context.actorOf(UserManager.props(), USER_MANAGER)\n  }\n\n  override def supervisorStrategy: SupervisorStrategy = OneForOneStrategy() {\n    case _ => SupervisorStrategy.restart\n  }\n\n  override def receive: Receive = {\n    case IntroduceUserManagerReq =>\n      val possibleRef = context.child(USER_MANAGER)\n      possibleRef match {\n        case Some(ref) => sender ! IntroductionResponse(ref)\n        case None => throw new IllegalStateException(\"User manager actor ref does not exist\")\n      }\n\n    case IntroduceStoreManagerReq =>\n      val possibleRef = context.child(STORE_MANAGER)\n      possibleRef match {\n        case Some(ref) => sender ! IntroductionResponse(ref)\n        case None => throw new IllegalStateException(\"Store manager actor ref does not exist\")\n      }\n  }\n}\n\ncase object IntroduceUserManagerReq\ncase object IntroduceStoreManagerReq\n\nfinal case class IntroductionResponse(ref: ActorRef)\n"}
{"repo_name":"asherf\/fsqio","path":"src\/jvm\/io\/fsq\/buildgen\/plugin\/used\/EmitUsedSymbolsPlugin.scala","text":"<filename>src\/jvm\/io\/fsq\/buildgen\/plugin\/used\/EmitUsedSymbolsPlugin.scala<gh_stars>0\n\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage io.fsq.buildgen.plugin.used\n\nimport java.io.{FileWriter, PrintWriter, Writer}\nimport scala.io.Source\nimport scala.tools.nsc.{Global, Phase}\nimport scala.tools.nsc.plugins.{Plugin, PluginComponent}\n\nobject EmitUsedSymbolsPlugin {\n  val name = \"emit-used-symbols\"\n  val description = \"Emit imported or used fully qualified from source\"\n  val rootSymbolPrefix = \"_root_.\"\n  val rootSymbolPrefixLength = rootSymbolPrefix.length\n}\n\nclass EmitUsedSymbolsPlugin(override val global: Global) extends Plugin {\n  override val name = EmitUsedSymbolsPlugin.name\n  override val description = EmitUsedSymbolsPlugin.description\n  override val components = List[PluginComponent](new EmitUsedSymbolsPluginComponent)\n\n  class EmitUsedSymbolsPluginComponent extends PluginComponent {\n    import global._\n    import global.definitions._\n\n    override val global = EmitUsedSymbolsPlugin.this.global\n    override val phaseName = EmitUsedSymbolsPlugin.name\n    override val runsAfter = List(\"parser\")\n    override val runsBefore = List(\"namer\")\n\n    class UsedSymbolTraverser(\n      unit: CompilationUnit,\n      whitelist: Set[String],\n      outputWriter: Writer\n    ) extends Traverser {\n      def gatherImports(tree: Tree): Seq[String] = tree match {\n        case Import(pkg, selectors) => {\n          selectors.map(symbol => s\"$pkg.${symbol.name}\")\n        }\n        case _: ImplDef => Nil\n        case _ => {\n          tree.children.flatMap(gatherImports)\n        }\n      }\n\n      def gatherFQNames(tree: Tree, pid: String): Seq[String] = tree match {\n        case s: Select => {\n          val symbol = s.toString\n          if (symbol != pid) {\n            if (whitelist.contains(symbol)) {\n              Vector(symbol)\n            } else if (symbol.startsWith(EmitUsedSymbolsPlugin.rootSymbolPrefix)) {\n              val unprefixedSymbol = symbol.substring(EmitUsedSymbolsPlugin.rootSymbolPrefixLength)\n              if (whitelist.contains(unprefixedSymbol)) {\n                Vector(unprefixedSymbol)\n              } else {\n                Vector.empty\n              }\n            } else {\n              Vector.empty\n            }\n          } else {\n            Vector.empty\n          }\n        }\n        case Import(_, _) => Vector.empty\n        case _ => {\n          tree.children.flatMap(x => gatherFQNames(x, pid))\n        }\n      }\n\n      override def traverse(tree: Tree): Unit = tree match {\n        case PackageDef(pid, stats) => {\n          val imports = gatherImports(tree).distinct\n          val importsJson = imports.map(x => \"\\\"\" + x + \"\\\"\").mkString(\",\")\n          val fqNames = gatherFQNames(tree, pid.toString).distinct\n          val fqNamesJson = fqNames.map(x => \"\\\"\" + x + \"\\\"\").mkString(\",\")\n          println(\"IMPORTS\" + importsJson)\n          println(\"FQNAMES\" + fqNamesJson)\n          outputWriter.write(s\"\"\"\n            {\n              \"source\": \"${unit.source.path}\",\n              \"imports\": [$importsJson],\n              \"fully_qualified_names\": [$fqNamesJson]\n            }\n          \"\"\")\n        }\n      }\n    }\n\n    override def newPhase(prev: Phase): StdPhase = new StdPhase(prev) {\n      override def name: String = EmitUsedSymbolsPlugin.name\n      override def description: String = EmitUsedSymbolsPlugin.description\n      override def apply(unit: CompilationUnit): Unit = {\n        val whitelist = Option(System.getProperty(\"io.fsq.buildgen.plugin.used.whitelist\"))\n          .map(whitelistPath => {\n            Source.fromFile(whitelistPath).getLines.toSet\n          })\n          .getOrElse({\n            println(\"io.fsq.buildgen.plugin.used.whitelist not specified, will not gather fully qualified names\")\n            Set.empty[String]\n          })\n\n        val outputWriter = Option(System.getProperty(\"io.fsq.buildgen.plugin.used.outputDir\"))\n          .map(outputDir => {\n            val pathSafeSource = unit.source.path.replaceAllLiterally(\"\/\", \".\")\n            new FileWriter(s\"$outputDir\/$pathSafeSource\")\n          })\n          .getOrElse({\n            println(\"io.fsq.buildgen.plugin.used.outputDir not specified, writing to stdout\")\n            new PrintWriter(System.out)\n          })\n\n        val traverser = new UsedSymbolTraverser(unit, whitelist, outputWriter)\n        traverser.traverse(unit.body)\n        outputWriter.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"asherf\/fsqio","path":"test\/jvm\/io\/fsq\/util\/compiler\/test\/CompilerForNegativeTests.scala","text":"\/\/ Copyright 2015 Foursquare Labs Inc. All Rights Reserved.\n\npackage io.fsq.util.compiler.test\n\nimport java.io.PrintWriter\nimport org.reflections.util.ClasspathHelper\nimport org.specs2.matcher.JUnitMustMatchers\nimport scala.collection.convert.decorateAll._\nimport scala.tools.nsc.Settings\nimport scala.tools.nsc.interpreter.{IMain, Results}\n\nclass CompilerForNegativeTests(imports: Seq[String]) extends JUnitMustMatchers {\n  private val settings = new Settings\n  settings.usejavacp.value = true\n  settings.deprecation.value = true \/\/ enable detailed deprecation warnings\n  settings.unchecked.value = true \/\/ enable detailed unchecked warnings\n\n  \/\/ Sometimes we are run from a \"thin\" jar where a wrapper jar defines\n  \/\/ the full classpath in a MANIFEST.  IMain's default classloader does\n  \/\/ not respect MANIFEST Class-Path entries by default, so we force it\n  \/\/ here.\n  settings.classpath.value = ClasspathHelper\n    .forManifest()\n    .asScala\n    .map(_.toString)\n    .mkString(\":\")\n\n  \/\/ It's a good idea to comment out this second parameter (PrintWriter) when adding or\n  \/\/ modifying tests that shouldn't compile, to make sure that the tests don't compile for the\n  \/\/ right reason.  If the param isn't passed, the interpreter defaults to writing\n  \/\/ warnings and errors out to the console.\n  private val stringWriter = new java.io.StringWriter()\n  private val interpreter = new IMain(settings, new PrintWriter(stringWriter))\n\n  imports.foreach(pkg => interpreter.interpret(s\"import $pkg\"))\n\n  def typeCheck(code: String): Option[String] = {\n    stringWriter.getBuffer.delete(0, stringWriter.getBuffer.length)\n    val thunked = \"() => { %s }\".format(code)\n    interpreter.interpret(thunked) match {\n      case Results.Success => None\n      case Results.Error => Some(stringWriter.toString)\n      case Results.Incomplete => throw new Exception(\"Incomplete code snippet\")\n    }\n  }\n\n  def check(code: String, expectedErrorREOpt: Option[String] = Some(\"\")): Unit = {\n    (expectedErrorREOpt, typeCheck(code)) aka \"'%s' compiles or fails with the right message!\".format(code) must beLike {\n      case (Some(expectedErrorRE), Some(actualError)) =>\n        expectedErrorRE.r.findFirstIn(actualError.replaceAll(\"\\n\", \"\")).isDefined must beTrue\n      case (None, None) => true must beTrue\n    }\n  }\n}\n"}
{"repo_name":"asherf\/fsqio","path":"test\/jvm\/io\/fsq\/spindle\/codegen\/binary\/test\/SampleCodegenTest.scala","text":"<reponame>asherf\/fsqio\n\/\/ Copyright 2014 Foursquare Labs Inc. All Rights Reserved.\n\npackage io.fsq.spindle.codegen.binary.test\n\nimport io.fsq.spindle.codegen.binary.ThriftCodegen\nimport io.fsq.spindle.codegen.binary.test.gen.ChildStruct16\nimport java.nio.file.{Files, Paths}\nimport java.util.Arrays\nimport org.junit.{Rule, Test}\nimport org.junit.Assert._\nimport org.junit.rules.TemporaryFolder\n\nclass CodegenSampleTest {\n  val SampleFolder = \"test\/jvm\/io\/fsq\/spindle\/codegen\/binary\/test\/gen\"\n  val OutFolder = \"io\/fsq\/spindle\/codegen\/binary\/test\/gen\"\n  val Filenames = Vector(\"java_test_programs.java\", \"test_programs.scala\")\n  val Message = \"The thrift_descriptor samples didn't match. %s has been overwritten with the expected value.\"\n\n  val outDir = new TemporaryFolder()\n  @Rule def outDirFn = outDir\n\n  val workingDir = new TemporaryFolder()\n  @Rule def workingDirFn = workingDir\n\n  @Test\n  def testSampleMatchesActualCodegen(): Unit = {\n    \/\/ Reset the thread's context ClassLoader to the ClassLoader of the test class because,\n    \/\/ in some cases, they may differ. (They have been seen to differ under Scala 2.11\n    \/\/ when running `.\/pants test` with a large number of targets.)\n    val thread = Thread.currentThread()\n    val originalContextClassLoader = thread.getContextClassLoader\n    thread.setContextClassLoader(getClass.getClassLoader)\n    try {\n      ThriftCodegen.main(\n        Array(\n          \"--template\",\n          \"src\/resources\/io\/fsq\/ssp\/codegen\/scala\/record.ssp\",\n          \"--java_template\",\n          \"src\/resources\/io\/fsq\/ssp\/codegen\/javagen\/record.ssp\",\n          \"--extension\",\n          \"scala\",\n          \"--thrift_include\",\n          \"src\/thrift\",\n          \"--namespace_out\",\n          outDir.getRoot.getAbsolutePath,\n          \"--working_dir\",\n          workingDir.getRoot.getAbsolutePath,\n          \"test\/jvm\/io\/fsq\/spindle\/codegen\/binary\/test\/gen\/test_programs.thrift\"\n        )\n      )\n    } finally {\n      thread.setContextClassLoader(originalContextClassLoader)\n    }\n\n    val noMatchFiles = Filenames.filterNot(filename => {\n      val expected = Files.readAllBytes(Paths.get(outDir.getRoot.getAbsolutePath, OutFolder, filename))\n      val actualPath = Paths.get(SampleFolder, filename)\n      val matches = try {\n        Arrays.equals(expected, Files.readAllBytes(actualPath))\n      } catch {\n        case _: Exception => false\n      }\n      if (!matches) {\n        \/\/ Be helpful and overwrite the sample with the expected value.\n        Files.write(actualPath, expected)\n      }\n      matches\n    })\n    assertTrue(\n      \"The thrift_descriptor samples didn't match. They have been overwritten with the expected values.\",\n      noMatchFiles.isEmpty\n    )\n  }\n\n  @Test\n  def testHashCode(): Unit = {\n    val hash1 = ChildStruct16.newBuilder.member1(true).result.hashCode\n    val hash2 = ChildStruct16.newBuilder.member1(false).result.hashCode\n    val hash3 = ChildStruct16.newBuilder.member2(true).result.hashCode\n    assertTrue(\"Spindle hashcode imp is not working properly\", hash1 != hash2)\n    assertTrue(\"Spindle hashcode imp is not working properly\", hash1 != hash3)\n  }\n}\n"}
{"repo_name":"asherf\/fsqio","path":"test\/jvm\/io\/fsq\/twofishes\/server\/test\/GeocoderTest.scala","text":"\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\npackage io.fsq.twofishes.server.test\n\nimport com.vividsolutions.jts.geom.Geometry\nimport com.vividsolutions.jts.io.{WKBWriter, WKTReader}\nimport io.fsq.specs2.FSSpecificationWithJUnit\nimport io.fsq.twofishes.gen.{\n  CellGeometry,\n  FeatureGeometry,\n  FeatureName,\n  FeatureNameFlags,\n  GeocodeFeature,\n  GeocodePoint,\n  GeocodeRequest,\n  GeocodeServingFeature,\n  MutableGeocodeServingFeature,\n  ResponseIncludes,\n  ScoringFeatures,\n  YahooWoeType\n}\nimport io.fsq.twofishes.server.{\n  GeocodeRequestDispatcher,\n  GeocodeServerConfigSingleton,\n  GeocodeStorageReadService,\n  ReverseGeocoderImpl\n}\nimport io.fsq.twofishes.util.{GeometryUtils, GeonamesId, NameNormalizer, ShapefileS2Util, StoredFeatureId}\nimport java.nio.ByteBuffer\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{HashMap, ListBuffer}\n\nclass MockGeocodeStorageReadService extends GeocodeStorageReadService {\n  val nameMap = new HashMap[String, List[StoredFeatureId]]\n  val idMap = new HashMap[StoredFeatureId, GeocodeServingFeature]\n\n  def getByName(name: String): Seq[GeocodeServingFeature] = {\n    getByFeatureIds(getIdsByName(name)).map(_._2).toSeq\n  }\n\n  def getIdsByNamePrefix(name: String): Seq[StoredFeatureId] = {\n    nameMap.toList.filter(_._1.startsWith(name)).flatMap(_._2)\n  }\n\n  def getIdsByName(name: String): Seq[StoredFeatureId] = {\n    nameMap.getOrElse(name, Nil)\n  }\n\n  def getByFeatureIds(ids: Seq[StoredFeatureId]): Map[StoredFeatureId, GeocodeServingFeature] = {\n    ids\n      .map(id => {\n        (id -> idMap(id))\n      })\n      .toMap\n  }\n\n  def getBySlugOrFeatureIds(ids: Seq[String]): Map[String, GeocodeServingFeature] = {\n    (for {\n      id <- ids\n      feature <- idMap.values.filter(\n        servingFeature =>\n          id == servingFeature.feature.slugOrNull ||\n            servingFeature.feature.ids.exists(fid => \"%s:%s\".format(fid.source, fid.id) == id)\n      )\n    } yield {\n      (id -> feature)\n    }).toMap\n  }\n\n  val s2map = new HashMap[Long, ListBuffer[CellGeometry]]\n\n  def addGeometry(geom: Geometry, woeType: YahooWoeType, id: StoredFeatureId) {\n    val wkbWriter = new WKBWriter()\n    val cells =\n      GeometryUtils.s2PolygonCovering(\n        geom,\n        getMinS2Level,\n        getMaxS2Level,\n        levelMod = Some(getLevelMod),\n        maxCellsHintWhichMightBeIgnored = Some(1000)\n      )\n\n    cells.foreach(cellid => {\n      val s2shape = ShapefileS2Util.fullGeometryForCell(cellid)\n      val bucket = s2map.getOrElseUpdate(cellid.id, new ListBuffer[CellGeometry]())\n      val cellGeometryBuilder = CellGeometry.newBuilder\n      val recordShape = geom.buffer(0)\n      if (recordShape.contains(s2shape)) {\n        cellGeometryBuilder.full(true)\n      } else {\n        cellGeometryBuilder.wkbGeometry(ByteBuffer.wrap(wkbWriter.write(s2shape.intersection(recordShape))))\n      }\n      cellGeometryBuilder.woeType(woeType)\n      cellGeometryBuilder.longId(id.longId)\n      bucket += cellGeometryBuilder.result\n    })\n  }\n\n  def getByS2CellId(id: Long): Seq[CellGeometry] = {\n    s2map.getOrElse(id, Seq())\n  }\n\n  def getPolygonByFeatureId(id: StoredFeatureId): Option[Geometry] = None\n  def getPolygonByFeatureIds(ids: Seq[StoredFeatureId]): Map[StoredFeatureId, Geometry] = Map.empty\n\n  def getS2CoveringByFeatureId(id: StoredFeatureId): Option[Seq[Long]] = None\n  def getS2CoveringByFeatureIds(ids: Seq[StoredFeatureId]): Map[StoredFeatureId, Seq[Long]] = Map.empty\n\n  def getS2InteriorByFeatureId(id: StoredFeatureId): Option[Seq[Long]] = None\n  def getS2InteriorByFeatureIds(ids: Seq[StoredFeatureId]): Map[StoredFeatureId, Seq[Long]] = Map.empty\n\n  def getLevelMod: Int = 2\n  def getMinS2Level: Int = 8\n  def getMaxS2Level: Int = 12\n\n  def refresh() {}\n\n  var idCounter = 0\n  def addGeocode(\n    name: String,\n    parents: List[GeocodeServingFeature],\n    lat: Double,\n    lng: Double,\n    woeType: YahooWoeType,\n    population: Option[Int] = None,\n    cc: String = \"US\",\n    slug: Option[String] = None\n  ): MutableGeocodeServingFeature = {\n    val id = idCounter\n    idCounter += 1\n    val fid = GeonamesId(id)\n\n    val center = GeocodePoint(lat, lng)\n\n    val geometry = FeatureGeometry.newBuilder.center(center).result\n\n    val featureBuilder = GeocodeFeature.newBuilder\n      .geometry(geometry)\n      .cc(cc)\n      .woeType(woeType)\n      .longId(fid.longId)\n      .slug(slug)\n\n    val featureName = FeatureName.newBuilder\n      .name(name)\n      .lang(\"en\")\n      .flags(List(FeatureNameFlags.PREFERRED))\n      .result\n    featureBuilder.names(List(featureName))\n\n    featureBuilder.ids(List(fid.thriftFeatureId))\n\n    val scoringFeaturesBuilder = ScoringFeatures.newBuilder\n    scoringFeaturesBuilder.parentIds(parents.map(_.longId))\n    scoringFeaturesBuilder.population(population)\n\n    val servingFeatureBuilder = GeocodeServingFeature.newBuilder\n      .scoringFeatures(scoringFeaturesBuilder.result)\n      .longId(fid.longId)\n      .feature(featureBuilder.result)\n\n    nameMap(NameNormalizer.normalize(name)) = fid :: nameMap.getOrElse(NameNormalizer.normalize(name), Nil)\n\n    val servingFeature = servingFeatureBuilder.resultMutable\n    idMap(fid) = servingFeature\n    servingFeature\n  }\n}\n\n\/\/ TODO: See if there's a way to clean up the extra noise this sends to stderr.\nclass GeocoderSpec extends FSSpecificationWithJUnit {\n  GeocodeServerConfigSingleton.init(\n    Array(\n      \"--vm_map_count\",\n      \"65530\",\n      \"--hfile_basepath\",\n      \"\"\n    )\n  )\n\n  def addParisFrance(store: MockGeocodeStorageReadService) = {\n    val frRecord = store.addGeocode(\"FR\", Nil, 1, 2, YahooWoeType.COUNTRY, cc = \"FR\")\n    val idfRecord = store.addGeocode(\"IDF\", List(frRecord), 3, 4, YahooWoeType.ADMIN1, cc = \"FR\")\n    val parisRecord = store.addGeocode(\n      \"Paris\",\n      List(idfRecord, frRecord),\n      50,\n      60,\n      YahooWoeType.TOWN,\n      population = Some(1000000),\n      cc = \"FR\"\n    )\n    store\n  }\n\n  def addSenayans(store: MockGeocodeStorageReadService) = {\n    val idRecord = store.addGeocode(\"ID\", Nil, 1, 2, YahooWoeType.COUNTRY, cc = \"ID\")\n    val adm1Record1 =\n      store.addGeocode(\"Da<NAME>\", List(idRecord), 3, 4, YahooWoeType.ADMIN1, cc = \"ID\")\n    val senayanRecord1 = store.addGeocode(\n      \"Senayan\",\n      List(adm1Record1, idRecord),\n      5,\n      6,\n      YahooWoeType.TOWN,\n      population = Some(20000),\n      cc = \"ID\"\n    )\n\n    val adm1Record2 = store.addGeocode(\"Sum<NAME>\", List(idRecord), 3, 4, YahooWoeType.ADMIN1, cc = \"ID\")\n    val senayanRecord2 = store.addGeocode(\n      \"Senayan\",\n      List(adm1Record2, idRecord),\n      10,\n      20,\n      YahooWoeType.TOWN,\n      population = Some(20000),\n      cc = \"ID\"\n    )\n    store\n  }\n\n  def addParisTX(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val txRecord = store.addGeocode(\"Texas\", List(usRecord), 3, 4, YahooWoeType.ADMIN1)\n    val parisRecord =\n      store.addGeocode(\"Paris\", List(txRecord, usRecord), 5, 6, YahooWoeType.TOWN, population = Some(20000))\n    store\n  }\n\n  def addParisIL(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val ilRecord = store.addGeocode(\"Illinois\", List(usRecord), 3, 4, YahooWoeType.ADMIN1)\n    val parisRecord =\n      store.addGeocode(\"Paris\", List(ilRecord, usRecord), 2, 6, YahooWoeType.TOWN, population = Some(20000))\n    store\n  }\n\n  def addKansas(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val kansasRecord = store.addGeocode(\"Kansas\", List(usRecord), 3, 4, YahooWoeType.ADMIN1, population = Some(2000000))\n    store\n  }\n\n  def addKansasCityMO(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val moRecord = store.addGeocode(\"Missouri\", List(usRecord), 3, 4, YahooWoeType.ADMIN1)\n    val kansasCityRecord =\n      store.addGeocode(\"Kansas City\", List(moRecord, usRecord), 2, 6, YahooWoeType.TOWN, population = Some(20000))\n    store\n  }\n\n  def addSohos(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val nyRecord = store.addGeocode(\"New York\", List(usRecord), 3, 4, YahooWoeType.ADMIN1)\n    val soho1 = store.addGeocode(\n      \"Soho\",\n      List(nyRecord, usRecord),\n      40.723537,\n      -74.005313,\n      YahooWoeType.TOWN,\n      population = Some(500012)\n    )\n    val soho2 = store.addGeocode(\n      \"Soho\",\n      List(nyRecord, usRecord),\n      40.72241,\n      -73.99961,\n      YahooWoeType.TOWN,\n      population = Some(500012)\n    )\n    store\n  }\n\n  def addBrooklyns(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val brooklynTigerAdm2 =\n      store.addGeocode(\"Brooklyn\", List(usRecord), 40.63439, -73.95027, YahooWoeType.ADMIN2, population = Some(2504700))\n    val brooklynGeonamesTown =\n      store.addGeocode(\"Brooklyn\", List(usRecord), 40.6501, -73.94958, YahooWoeType.TOWN, population = Some(2300664))\n    store\n  }\n\n  def addRegoPark(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val nyRecord = store.addGeocode(\"New York\", List(usRecord), 3, 4, YahooWoeType.ADMIN1)\n    val regoParkRecord =\n      store.addGeocode(\"Rego Park\", List(nyRecord, usRecord), 5, 6, YahooWoeType.TOWN, population = Some(500012))\n    store\n  }\n\n  def addRego(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    store.addGeocode(\"Rego\", List(usRecord), 5, 6, YahooWoeType.TOWN)\n    store\n  }\n\n  def getStore = new MockGeocodeStorageReadService()\n\n  def buildRegoPark(): MockGeocodeStorageReadService = {\n    addRegoPark(new MockGeocodeStorageReadService())\n  }\n\n  def addLosAngeles(store: MockGeocodeStorageReadService) = {\n    val usRecord = store.addGeocode(\"US\", Nil, 1, 2, YahooWoeType.COUNTRY)\n    val caRecord =\n      store.addGeocode(\"California\", List(usRecord), 10, 11, YahooWoeType.ADMIN1, population = Some(5000000))\n    val losAngelesRecord = store.addGeocode(\"Los Angeles\", List(caRecord, usRecord), 12, 13, YahooWoeType.TOWN)\n    val laRecord = store.addGeocode(\"L.A.\", List(caRecord, usRecord), 12, 13, YahooWoeType.TOWN)\n    store\n  }\n\n  \"one feature geocodes succeeds with matching data\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Rego Park\").debug(4).result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n    interp.feature.displayNameOrNull must_== \"Rego Park, New York, US\"\n    interp.feature.woeTypeOrNull must_== YahooWoeType.TOWN\n    interp.whereOrNull must_== \"rego park\"\n    interp.parents.isEmpty must_== true\n  }\n\n  \"admin1, city fails\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"New York Rego Park\").debug(4).result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"new york\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n    interp.feature.displayNameOrNull must_== \"Rego Park, New York, US\"\n    interp.feature.woeTypeOrNull must_== YahooWoeType.TOWN\n    interp.whereOrNull must_== \"rego park\"\n    interp.parents.isEmpty must_== true\n  }\n\n  \"everything returns parents\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Rego Park\")\n      .responseIncludes(List(ResponseIncludes.EVERYTHING))\n      .result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.parents.size mustEqual 2\n  }\n\n  \"don't include matching country in displayName\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Rego Park\")\n      .cc(\"US\")\n      .result\n\n    val r2 = new GeocodeRequestDispatcher(store).geocode(req)\n    r2.interpretations.size must_== 1\n    val interp2 = r2.interpretations()(0)\n    interp2.feature.displayNameOrNull must_== \"Rego Park, New York\"\n  }\n\n  \"hierarchical feature geocodes succeeds with matching data\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Rego Park, New York\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull aka r.toString must_== \"\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n    interp.whereOrNull must_== \"rego park new york\"\n  }\n\n  \"split on commas without spaces\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Rego Park,New York\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n    interp.whereOrNull must_== \"rego park new york\"\n  }\n\n  \"splitting geocodes succeeds with matching data\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Pizza Rego Park, New York\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"pizza\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n    interp.whereOrNull must_== \"rego park new york\"\n  }\n\n  \"geocodes fails without matching data\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Berlin, Germany\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 0\n  }\n\n  \"geocode interpretations don't cross parent hierarchies\" in {\n    val store = buildRegoPark()\n    addLosAngeles(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Rego Park, California\")\n      .debug(4)\n      .result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations must haveSize(1)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"<NAME>\"\n    interp.feature.geometryOrThrow.center.lat must_== 10\n    interp.feature.geometryOrThrow.center.lng must_== 11\n    interp.whereOrNull must_== \"california\"\n  }\n\n  \"everything request fills parents\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"<NAME>, New York\")\n      .responseIncludes(List(ResponseIncludes.EVERYTHING))\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"\"\n    interp.whereOrNull must_== \"rego park new york\"\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n\n    val parents = interp.parents\n    parents.size must_== 2\n    parents(0).nameOrNull mustEqual \"New York\"\n    parents(1).nameOrNull mustEqual \"US\"\n  }\n\n  \"full request fills parents\" in {\n    val store = getStore\n    addParisTX(store)\n    addParisFrance(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Paris\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 2\n    val interp1 = r.interpretations()(0)\n    interp1.whatOrNull must_== \"\"\n    interp1.whereOrNull must_== \"paris\"\n    interp1.feature.ccOrThrow must_== \"FR\"\n\n    val interp2 = r.interpretations()(1)\n    interp2.whatOrNull must_== \"\"\n    interp2.whereOrNull must_== \"paris\"\n    interp2.feature.ccOrThrow must_== \"US\"\n  }\n\n  \"ambiguous names\" in {\n\n    val store = getStore\n    addParisTX(store)\n    addParisIL(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Paris US\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 2\n    val interp1 = r.interpretations()(0)\n    interp1.feature.displayNameOrNull must_== \"Paris, Texas, US\"\n    \/\/ TODO: fix this test\n    interp1.feature.highlightedNameOrNull must be_==(\"<b>Paris<\/b>, Texas, <b>US<\/b>\").orPending\n\n    val interp2 = r.interpretations()(1)\n    interp2.feature.displayNameOrNull must_== \"Paris, Illinois, US\"\n    interp2.feature.highlightedNameOrNull must_== \"<b>Paris<\/b>, Illinois, <b>US<\/b>\"\n  }\n\n  \"common words in parsed phrases not deleted\" in {\n    val store = getStore\n    addKansas(store)\n    addKansasCityMO(store)\n\n    val req = GeocodeRequest.newBuilder.query(\"Pizza in Kansas City\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"pizza\"\n    interp.whereOrNull must_== \"kansas city\"\n  }\n\n  \"everything after connector geocodes\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Pizza near Rego Park, New York\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"pizza\"\n    interp.whereOrNull must_== \"rego park new york\"\n  }\n\n  \"not everything after connector geocodes\" in {\n    val store = buildRegoPark()\n\n    val req = GeocodeRequest.newBuilder.query(\"Pizza near lkjdsfjksl, New York\").result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 0\n  }\n\n  \"autocomplete\" in {\n    val store = buildRegoPark()\n    addRego(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Rego\")\n      .autocomplete(true)\n      .debug(2)\n      .result\n\n    store.getIdsByNamePrefix(\"rego\") must haveSize(2)\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations must haveSize(2)\n\n    var interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"\"\n    interp.whereOrNull must_== \"rego\"\n    interp.feature.highlightedNameOrNull must_== \"<b>Rego<\/b> Park, New York, US\"\n\n    interp = r.interpretations()(1)\n    interp.whatOrNull must_== \"\"\n    interp.whereOrNull must_== \"rego\"\n    interp.feature.highlightedNameOrNull must_== \"<b>Rego<\/b>, US\"\n  }\n\n  \"autocomplete 2\" in {\n    val store = buildRegoPark()\n    addRego(store)\n\n    val req = GeocodeRequest.newBuilder.query(\"Rego P\").autocomplete(true).result\n\n    \/\/ validating our test harness\n    store.getIdsByNamePrefix(\"rego p\").size must_== 1\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n\n    val interp = r.interpretations()(0)\n    interp.whatOrNull must_== \"\"\n    interp.whereOrNull must_== \"rego p\"\n    interp.feature.highlightedNameOrNull must_== \"<b>Rego P<\/b>ark, New York, US\"\n  }\n\n  \"autocomplete 3\" in {\n    val store = buildRegoPark()\n    addRego(store)\n\n    val req = GeocodeRequest.newBuilder.query(\"Rego Park New\").autocomplete(true).debug(1).result\n\n    \/\/ validating our test harness\n    store.getIdsByNamePrefix(\"rego park\").size must_== 1\n    store.getIdsByNamePrefix(\"new\").size must_== 1\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.debugLines.mkString(\"\\n\") must_== 1\n\n    \/\/ val interp = r.interpretations()(0)\n    \/\/ interp.whatOrNull must_== \"\"\n    \/\/ interp.whereOrNull must_== \"rego park new\"\n    \/\/ interp.feature.highlightedName must_== \"<b>Rego Park, New<\/b> York, US\"\n  }\n\n  \"woe restrict works\" in {\n    val store = getStore\n    val parisTownRecord = store.addGeocode(\"Paris\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"FR\")\n    val parisAdmin1Record = store.addGeocode(\"Paris\", Nil, 10, 11, YahooWoeType.ADMIN1, cc = \"FR\")\n\n    val req = GeocodeRequest.newBuilder.query(\"paris\").woeRestrict(List(YahooWoeType.ADMIN1)).result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.feature.geometryOrThrow.center.lat must_== 10\n    interp.feature.geometryOrThrow.center.lng must_== 11\n\n    val req2 = req.mutableCopy\n    req2.woeRestrict_=(List(YahooWoeType.ADMIN2))\n\n    val r2 = new GeocodeRequestDispatcher(store).geocode(req2)\n    r2.interpretations.size must_== 0\n  }\n\n  \"woe hint works\" in {\n    val store = getStore\n    val parisTownRecord = store.addGeocode(\"Paris\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"FR\")\n    val parisAdmin1Record = store.addGeocode(\"Paris\", Nil, 10, 11, YahooWoeType.ADMIN1, cc = \"FR\")\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"paris\")\n      .maxInterpretations(2)\n      .woeHint(List(YahooWoeType.ADMIN1))\n      .result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 2\n    val interp = r.interpretations()(0)\n    interp.feature.geometryOrThrow.center.lat must_== 10\n    interp.feature.geometryOrThrow.center.lng must_== 11\n  }\n\n  \"slug lookup works\" in {\n    val store = getStore\n    val parisTownRecord = store.addGeocode(\"Paris\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"FR\", slug = Some(\"paris-fr\"))\n\n    val req = GeocodeRequest.newBuilder.slug(\"paris-fr\").result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 1\n    val interp = r.interpretations()(0)\n    interp.feature.geometryOrThrow.center.lat must_== 5\n    interp.feature.geometryOrThrow.center.lng must_== 6\n  }\n\n  \"bad slug lookup fails\" in {\n    val store = getStore\n    val parisTownRecord = store.addGeocode(\"Paris\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"FR\", slug = Some(\"paris-fr\"))\n\n    val req = GeocodeRequest.newBuilder.slug(\"paris\").result\n\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size must_== 0\n  }\n\n  def getId(f: GeocodeServingFeature): StoredFeatureId = {\n    StoredFeatureId.fromThriftFeatureId(f.feature.ids()(0)).get\n  }\n\n  \"reverse geocode\" in {\n    val store = getStore\n    val parisTownRecord = store.addGeocode(\"Paris\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"FR\")\n    val parisId = getId(parisTownRecord)\n    store.addGeometry(\n      new WKTReader().read(\n        \"POLYGON ((1.878662109375 48.8719414772291,2.164306640625 49.14578361775004,2.779541015625 49.14578361775004,3.153076171875 48.72720881940671,2.581787109375 48.50932644976633,1.878662109375 48.8719414772291))\"\n      ),\n      YahooWoeType.TOWN,\n      parisId\n    )\n\n    val nyTownRecord = store.addGeocode(\"New York\", Nil, 5, 6, YahooWoeType.TOWN, cc = \"US\")\n    val nyId = getId(nyTownRecord)\n    store.addGeometry(\n      new WKTReader().read(\n        \"POLYGON ((-74.0427017211914 40.7641613153526,-73.93146514892578 40.7641613153526,-73.93146514892578 40.681679458715635,-74.0427017211914 40.681679458715635,-74.0427017211914 40.7641613153526))\"\n      ),\n      YahooWoeType.TOWN,\n      nyId\n    )\n\n    var req = GeocodeRequest.newBuilder.ll(GeocodePoint(48.7996273507997, 2.43896484375)).result\n    var r = new ReverseGeocoderImpl(store, req).doGeocode()\n    r.interpretations.size must_== 1\n    r.interpretations()(0).feature.nameOrNull must_== \"Paris\"\n\n    \/\/ look up in kansas\n    var req2 = GeocodeRequest.newBuilder.ll(GeocodePoint(-97.822265625, 38.06539235133249)).result\n    r = new ReverseGeocoderImpl(store, req2).doGeocode()\n    r.interpretations.size must_== 0\n\n    var req3 = GeocodeRequest.newBuilder.ll(GeocodePoint(40.74, -74)).result\n    r = new ReverseGeocoderImpl(store, req3).doGeocode()\n    r.interpretations.size must_== 1\n    r.interpretations()(0).feature.nameOrNull must_== \"New York\"\n  }\n\n  \"ambiguous names outside US\" in {\n    val store = getStore\n    addSenayans(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Senayan\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 2\n    val interp1 = r.interpretations()(0)\n    interp1.feature.displayNameOrNull must_== \"Senayan, Daerah Khusus Ibukota Jakarta, ID\"\n    interp1.feature.highlightedNameOrNull must_== \"<b>Senayan<\/b>, Daerah Khusus Ibukota Jakarta, ID\"\n\n    val interp2 = r.interpretations()(1)\n    interp2.feature.displayNameOrNull must_== \"Senayan, Sumatera Utara, ID\"\n    interp2.feature.highlightedNameOrNull must_== \"<b>Senayan<\/b>, Sumatera Utara, ID\"\n  }\n\n  \"duplicate features\" in {\n    val store = getStore\n    addSohos(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Soho\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 1\n    val interp1 = r.interpretations()(0)\n    interp1.feature.displayNameOrNull must_== \"Soho, New York, US\"\n    interp1.feature.highlightedNameOrNull must_== \"<b>Soho<\/b>, New York, US\"\n  }\n\n  \"duplicate features, different woetype\" in {\n    val store = getStore\n    addBrooklyns(store)\n\n    val req = GeocodeRequest.newBuilder\n      .query(\"Brooklyn\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 1\n    val interp1 = r.interpretations()(0)\n    interp1.feature.woeTypeOrNull must_== YahooWoeType.TOWN\n  }\n\n  \"name highlighting handles length-altering normalization\" in {\n    val store = getStore\n    addLosAngeles(store)\n    val req = GeocodeRequest.newBuilder\n      .query(\"LA\")\n      .maxInterpretations(2)\n      .debug(1)\n      .result\n    val r = new GeocodeRequestDispatcher(store).geocode(req)\n    r.interpretations.size aka r.toString must_== 1\n    val interp1 = r.interpretations()(0)\n    interp1.feature.displayNameOrNull must_== \"L.A., California, US\"\n    interp1.feature.highlightedNameOrNull must_== \"<b>L.A.<\/b>, California, US\"\n  }\n\n  \/\/ add a preferred name test\n  \/\/ add a name filtering test\n  \/\/ add a displayname test\n}\n"}
{"repo_name":"asherf\/fsqio","path":"src\/jvm\/io\/fsq\/spindle\/runtime\/FieldDescriptor.scala","text":"<reponame>asherf\/fsqio\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage io.fsq.spindle.runtime\n\nimport io.fsq.field.{Field, OptionalField}\n\nsealed trait UntypedFieldDescriptor {\n  def id: Int\n  def name: String\n  def longName: String\n  def annotations: Map[String, String]\n  def unsafeGetterOption(record: Any): Option[Any]\n  def unsafeSetterRaw(record: Any, value: Any): Unit\n  def unsafeUnsetterRaw(record: Any): Unit\n  def unsafeManifest: Manifest[_]\n}\n\ntrait FieldDescriptor[F, R <: Record[R], M <: MetaRecord[R, M]] extends Field[F, M] with UntypedFieldDescriptor {\n  def getter(record: R): Option[F]\n  def getterOption(record: R): Option[F] = getter(record)\n  def manifest: Manifest[F]\n  def setterRaw(record: MutableRecord[R], value: F): Unit\n  def unsetterRaw(record: MutableRecord[R]): Unit\n\n  override def unsafeGetterOption(record: Any): Option[Any] = getterOption(record.asInstanceOf[R])\n  override def unsafeSetterRaw(record: Any, value: Any): Unit = {\n    setterRaw(record.asInstanceOf[MutableRecord[R]], value.asInstanceOf[F])\n  }\n  override def unsafeUnsetterRaw(record: Any): Unit = unsetterRaw(record.asInstanceOf[MutableRecord[R]])\n  override def unsafeManifest: Manifest[_] = manifest\n}\n\ntrait UntypedForeignKeyField {\n  def unsafeObjGetter(record: Any): Option[Any]\n}\n\ntrait ForeignKeyField[F, R <: Record[R]] extends UntypedForeignKeyField {\n  def objSetter(record: R, value: SemitypedHasPrimaryKey[F]): Unit\n  def objGetter(record: R, meta: UntypedMetaRecord): Option[UntypedRecord with SemitypedHasPrimaryKey[F]]\n  def alternateObjSetter(record: R, value: AnyRef): Unit\n  def alternateObjGetter(record: R): Option[AnyRef]\n}\n\ntrait UntypedForeignKeySeqField {\n  def unsafeObjGetter(record: Any): Seq[Any]\n}\n\ntrait ForeignKeySeqField[F, R <: Record[R]] extends UntypedForeignKeySeqField {\n  def objSetter(record: R, value: Seq[SemitypedHasPrimaryKey[F]]): Unit\n  def objGetter(record: R, meta: UntypedMetaRecord): Seq[UntypedRecord with SemitypedHasPrimaryKey[F]]\n  def alternateObjSetter(record: R, value: Seq[AnyRef]): Unit\n  def alternateObjGetter(record: R): Seq[AnyRef]\n}\n\ntrait UntypedBitfieldField {\n  def unsafeStructMeta: MetaRecord[_, _]\n}\n\ntrait BitfieldField[FR <: Record[FR], FM <: MetaRecord[FR, FM]] extends UntypedBitfieldField {\n  def structMeta: FM\n  override def unsafeStructMeta: MetaRecord[_, _] = structMeta\n}\n\ntrait UntypedStructField {\n  def unsafeStructMeta: MetaRecord[_, _]\n}\n\ntrait StructField[ER <: Record[ER], EM <: MetaRecord[ER, EM]] extends UntypedStructField {\n  def structMeta: EM\n  override def unsafeStructMeta: MetaRecord[_, _] = structMeta\n}\n\ntrait EnumField {\n  def enumMeta: EnumMeta[_]\n}\ntrait EnumIntField\ntrait EnumStringField\n\nabstract class OptionalFieldDescriptor[F, R <: Record[R], M <: MetaRecord[R, M]](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val manifest: Manifest[F]\n) extends OptionalField[F, M]\n  with FieldDescriptor[F, R, M]\n\nabstract class ForeignKeyFieldDescriptor[F, R <: Record[R], M <: MetaRecord[R, M]](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val manifest: Manifest[F]\n) extends OptionalField[F, M]\n  with FieldDescriptor[F, R, M]\n  with ForeignKeyField[F, R]\n\nabstract class ForeignKeySeqFieldDescriptor[F, R <: Record[R], M <: MetaRecord[R, M]](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val manifest: Manifest[Seq[F]]\n) extends OptionalField[Seq[F], M]\n  with FieldDescriptor[Seq[F], R, M]\n  with ForeignKeySeqField[F, R]\n\n\/\/ format: off\nabstract class BitfieldFieldDescriptor[\n  F,\n  R <: Record[R],\n  M <: MetaRecord[R, M],\n  FR <: Record[FR],\n  FM <: MetaRecord[FR, FM]\n](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val structMeta: FM,\n  override val manifest: Manifest[F]\n) extends OptionalField[F, M]\n  with FieldDescriptor[F, R, M]\n  with BitfieldField[FR, FM]\n\/\/ format: on\n\nabstract class StructFieldDescriptor[R <: Record[R], M <: MetaRecord[R, M], ER <: Record[ER], EM <: MetaRecord[ER, EM]](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val structMeta: EM,\n  override val manifest: Manifest[ER]\n) extends OptionalField[ER, M]\n  with FieldDescriptor[ER, R, M]\n  with StructField[ER, EM]\n\n\/\/ format: off\nabstract class ExceptionFieldDescriptor[\n  R <: Record[R],\n  M <: MetaRecord[R, M],\n  ER <: Record[ER],\n  EM <: MetaRecord[ER, EM],\n  E <: RuntimeException with ER\n](\n  override val name: String,\n  override val longName: String,\n  override val id: Int,\n  override val annotations: Map[String, String],\n  override val owner: M,\n  override val structMeta: EM,\n  override val manifest: Manifest[E]\n) extends OptionalField[E, M]\n  with FieldDescriptor[E, R, M]\n  with StructField[ER, EM]\n\/\/ format: on\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/SchemasComponent.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.persistence\n\nimport scala.collection.mutable\n\n\/**\n * Created by johann on 13\/04\/17.\n *\/\ntrait SchemasComponent { this: JdbcProfileComponent =>\n\n  final type Schema = profile.SchemaDescription\n\n  protected final lazy val _schemas: mutable.Builder[Schema, Seq[Schema]] = Seq.newBuilder[Schema]\n  final def schemas: Seq[Schema] = _schemas.result()\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"test\/authorization\/RSAKeyPairProvider.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage authorization\n\nimport java.security.interfaces.{ RSAPrivateKey, RSAPublicKey }\nimport java.security.{ KeyPair, KeyPairGenerator }\nimport javax.inject.Singleton\n\n@Singleton\nclass RSAKeyPairProvider {\n\n  def get: KeyPair = keyPair\n\n  def getPublicKey: RSAPublicKey = keyPair.getPublic.asInstanceOf[RSAPublicKey]\n\n  def getPrivateKey: RSAPrivateKey = keyPair.getPrivate.asInstanceOf[RSAPrivateKey]\n\n  private[this] lazy val keyPair: KeyPair = makeKeyPair\n\n  private[this] def makeKeyPair: KeyPair = {\n    val keyGen = KeyPairGenerator.getInstance( \"RSA\" )\n    keyGen.initialize( 1024 )\n    keyGen.generateKeyPair()\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/RepositoryController.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport authorization.JWTVerifierProvider\nimport ch.datascience.service.security.TokenFilterActionBuilder\nimport ch.datascience.service.utils.ControllerWithBodyParseTolerantJson\nimport controllers.storageBackends.Backends\nimport javax.inject.{ Inject, Singleton }\nimport models._\nimport models.persistence.DatabaseLayer\nimport play.api.Logger\nimport play.api.db.slick.HasDatabaseConfig\nimport play.api.libs.json._\nimport play.api.mvc._\nimport slick.jdbc.JdbcProfile\n\nimport scala.concurrent.{ ExecutionContext, Future }\n\n\/**\n * Created by jeberle on 25.04.17.\n *\/\n@Singleton\nclass RepositoryController @Inject() (\n    config:            play.api.Configuration,\n    jwtVerifier:       JWTVerifierProvider,\n    tokenFilterAction: TokenFilterActionBuilder,\n    backends:          Backends,\n    protected val dal: DatabaseLayer,\n    cc:                ControllerComponents\n) extends AbstractController( cc ) with ControllerWithBodyParseTolerantJson with HasDatabaseConfig[JdbcProfile] {\n\n  override protected val dbConfig = dal.dbConfig\n\n  lazy val logger: Logger = Logger( \"application.RepositoryController\" )\n  val default_backend: String = config.get[String]( \"lfs_default_backend\" )\n\n  implicit lazy val RepositoryFormat: OFormat[Repository] = Repository.format\n\n  implicit val ec: ExecutionContext = defaultExecutionContext\n\n  def listRepo: Action[Unit] = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    val all = db.run( dal.repositories.all() )\n    all.map( seq => Json.toJson( seq ) ).map( json => Ok( json ) )\n  }\n\n  def createRepo: Action[Repository] = tokenFilterAction( jwtVerifier.get ).async( bodyParseJson[Repository] ) { implicit request =>\n    backends.getBackend( request.body.backend.getOrElse( default_backend ) ) match {\n      case Some( back ) => {\n        back.createRepo( request.body ).flatMap(\n          i =>\n            i.map( iid => {\n              val rep = Repository( request.body.uuid, Some( iid ), request.body.description, request.body.path, Some( request.body.backend.getOrElse( default_backend ) ), Some( Instant.now() ), Some( UUID.fromString( request.userId ) ), request.body.lfs_store )\n              db.run( dal.repositories.insert( rep ) ).map( i => if ( i == 1 ) Created else InternalServerError )\n            } ).getOrElse( Future.successful( BadRequest ) )\n        )\n      }\n      case None => Future.successful( NotFound )\n    }\n  }\n\n  def detailRepo( id: String ): Action[Unit] = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future.successful( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        val future = db.run( dal.repositories.findByUUID( uuid ) )\n        future map {\n          case Some( repo ) => Ok( Json.toJson( repo ) )\n          case None         => NotFound\n        }\n    }\n  }\n\n  def updateRepo( id: String ): Action[Repository] = tokenFilterAction( jwtVerifier.get ).async( bodyParseJson[Repository] ) { implicit request =>\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future.successful( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        val future = db.run( dal.repositories.findByUUID( uuid ) )\n        future flatMap {\n          case Some( _ ) => {\n            db.run( dal.repositories.update( request.body ) ).map( i => if ( i == 1 ) Ok else InternalServerError )\n          }\n          case None => Future.successful( NotFound )\n        }\n    }\n  }\n\n  def repoBackends: Action[Unit] = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    Future( Ok( Json.toJson( backends.map.keys ) ) )\n  }\n}\n\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/KafkaTopicsConfigProvider.scala","text":"package tasks.publish_events.kafka\n\nimport javax.inject.{ Inject, Singleton }\nimport play.api.Configuration\n\n@Singleton\nclass KafkaTopicsConfigProvider @Inject() (\n    protected val config: Configuration\n) {\n\n  def get(): Seq[KafkaTopicConfig] = {\n    val topicsConfig = config.get[Seq[Configuration]]( \"kafka.topics\" )\n    for {\n      c <- topicsConfig\n    } yield {\n      val n = c.get[String]( \"name\" )\n      val p = c.getOptional[Int]( \"partitions\" ).getOrElse( 1 )\n      val r = c.getOptional[Int]( \"replication\" ).getOrElse( 1 )\n      KafkaTopicConfig( n, p, r )\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/FileUpdateRequest.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class FileUpdateRequest(\n    fileName: Option[String],\n    labels:   Option[Set[String]]\n)\n\nobject FileUpdateRequest {\n\n  def format: OFormat[FileUpdateRequest] = (\n    ( JsPath \\ \"file_name\" ).formatNullable[String] and\n    ( JsPath \\ \"labels\" ).formatNullable[Seq[String]]\n  )( read, write )\n\n  private[this] def read(\n      fileName: Option[String],\n      labels:   Option[Seq[String]]\n  ): FileUpdateRequest = {\n    FileUpdateRequest(\n      fileName,\n      labels.map( _.toSet )\n    )\n  }\n\n  private[this] def write( request: FileUpdateRequest ): ( Option[String], Option[Seq[String]] ) = {\n    ( request.fileName, request.labels.map( _.toSeq ) )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/GitBackend.scala","text":"<filename>app\/controllers\/storageBackends\/GitBackend.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport akka.util.ByteString\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.{ RequestHeader, Result }\n\nimport scala.concurrent.Future\n\n\/**\n * Created by jeberle on 07.07.17.\n *\/\ntrait GitBackend extends StorageBackend {\n\n  def getRefs( request: RequestHeader, url: String, user: String ): Future[Result]\n  def upload( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result]\n  def receive( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result]\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/HasKafkaConsumerProvider.scala","text":"<reponame>leafty\/renku-storage\npackage tasks.publish_events.kafka\n\nimport org.apache.kafka.clients.consumer.KafkaConsumer\n\ntrait HasKafkaConsumerProvider {\n  protected def kafkaConsumerProvider: KafkaConsumerProvider\n  protected lazy val kafkaConsumer: KafkaConsumer[Long, Array[Byte]] = kafkaConsumerProvider.get()\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/AzureObjectBackend.scala","text":"<filename>app\/controllers\/storageBackends\/AzureObjectBackend.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.io.{ PipedInputStream, PipedOutputStream }\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{ Source, StreamConverters }\nimport akka.util.ByteString\nimport com.microsoft.azure.storage._\nimport com.microsoft.azure.storage.blob.{ CloudBlobClient, CopyStatus }\nimport javax.inject._\nimport models.Repository\nimport play.api.Configuration\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.Results._\nimport play.api.mvc._\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, ExecutionContext, Future, blocking }\nimport scala.util.Try\nimport scala.util.matching.Regex\n\n@Singleton\nclass AzureObjectBackend @Inject() (\n    config:              Configuration,\n    actorSystemProvider: ActorSystemProvider,\n    implicit val ec:     ExecutionContext\n) extends ObjectBackend {\n\n  private[this] val subConfig = config.get[Configuration]( \"storage.backend.azure\" )\n\n  lazy val account: CloudStorageAccount = CloudStorageAccount.parse( subConfig.get[String]( \"connection_string\" ) )\n  lazy val serviceClient: CloudBlobClient = account.createCloudBlobClient\n\n  val RangePattern: Regex = \"\"\"bytes=(\\d+)?-(\\d+)?.*\"\"\".r\n\n  def read( request: RequestHeader, bucket: String, name: String ): Option[Source[ByteString, _]] = {\n    val container = serviceClient.getContainerReference( bucket )\n    if ( container.exists() ) {\n      val blob = container.getBlockBlobReference( name )\n      if ( blob.exists() ) {\n        Some( StreamConverters.fromInputStream( () => {\n\n          val CHUNK_SIZE = 1048576\n\n          \/\/ Pipe for getting data from the download thread\n          val outputStream = new PipedOutputStream()\n          val inputStream = new PipedInputStream( outputStream )\n\n          \/\/ listening to the download completion to close the pipe\n          val oc = new OperationContext()\n          val sem = new StorageEventMultiCaster[RequestCompletedEvent, StorageEvent[RequestCompletedEvent]]()\n\n          sem.addListener( new StorageEvent[RequestCompletedEvent] {\n            override def eventOccurred( eventArg: RequestCompletedEvent ): Unit = {\n              outputStream.close()\n            }\n          } )\n          oc.setRequestCompletedEventHandler( sem )\n\n          \/\/ asynchronously start the download\n          new Thread( new Runnable {\n            override def run() = {\n              request.headers.get( \"Range\" ) match {\n                case Some( RangePattern( null, to ) )   => blob.downloadRange( 0, to.toLong, outputStream, null, null, oc )\n                case Some( RangePattern( from, null ) ) => blob.downloadRange( from.toLong, null, outputStream, null, null, oc )\n                case Some( RangePattern( from, to ) )   => blob.downloadRange( from.toLong, to.toLong, outputStream, null, null, oc )\n                case _                                  => blob.downloadRange( 0, null, outputStream, null, null, oc )\n              }\n            }\n          } ).start()\n\n          inputStream\n\n        } ) )\n      }\n      else {\n        None\n      }\n    }\n    else {\n      None\n    }\n  }\n\n  def write( req: RequestHeader, bucket: String, name: String, callback: ( Any, Future[String] ) => Any ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    val container = serviceClient.getContainerReference( bucket )\n    val size = req.headers.get( \"Content-Length\" )\n    if ( container.exists() ) {\n      Accumulator.source[ByteString].mapFuture { source =>\n        Future {\n          val inputStream = source.alsoToMat( new ChecksumSink() )( callback ).runWith(\n            StreamConverters.asInputStream( FiniteDuration( 3, TimeUnit.SECONDS ) )\n          )\n          val blob = container.getBlockBlobReference( name )\n          \/\/ for some reason the declared size cannot be exactly the size of the input !!\n          blob.upload( inputStream, size.map( _.toLong.+( 1 ) ).getOrElse( -1 ) )\n          inputStream.close()\n          Created\n        }\n      }\n    }\n    else\n      Accumulator.done( NotFound )\n  }\n\n  def createRepo( request: Repository ): Future[Option[String]] = Future {\n    Try {\n      val uuid = request.uuid.toString\n      serviceClient.getContainerReference( uuid ).createIfNotExists()\n      uuid\n    }.toOption\n  }\n\n  def duplicateFile( request: RequestHeader, fromBucket: String, fromName: String, toBucket: String, toName: String ): Boolean = {\n    val fromContainer = serviceClient.getContainerReference( fromBucket )\n    val toContainer = serviceClient.getContainerReference( toBucket )\n    ( fromContainer.exists() && toContainer.exists() ) && {\n      val fromBlob = fromContainer.getBlockBlobReference( fromName )\n      val toBlob = toContainer.getBlockBlobReference( toName )\n      toBlob.startCopy( fromBlob )\n\n      def waitForIt( timeout: Deadline ): Future[Boolean] = {\n        toBlob.downloadAttributes()\n        if ( toBlob.getCopyState.getStatus ne CopyStatus.PENDING ) {\n\n          if ( timeout.hasTimeLeft() )\n            Future {\n              blocking( Thread.sleep( 1000 ) )\n            }.flatMap { _ => waitForIt( timeout ) }\n          else\n            Future.successful( false )\n        }\n        else {\n          Future.successful( toBlob.getCopyState.getStatus eq CopyStatus.SUCCESS )\n        }\n      }\n      Await.result( waitForIt( Deadline( 5.minutes ) ), Duration.Inf )\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/FileObjectRepository.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class FileObjectRepository(\n    fileObject: UUID,\n    repository: UUID,\n    iid:        Option[String],\n    created:    Option[Instant]\n)\n\nobject FileObjectRepository {\n\n  def format: OFormat[FileObjectRepository] = (\n    ( JsPath \\ \"object_uuid\" ).format[UUID] and\n    ( JsPath \\ \"repo_uuid\" ).format[UUID] and\n    ( JsPath \\ \"backend\" ).formatNullable[String] and\n    ( JsPath \\ \"created\" ).formatNullable[Instant]\n  )( read, write )\n\n  private[this] def read(\n      fileObject: UUID,\n      repository: UUID,\n      iid:        Option[String],\n      created:    Option[Instant]\n  ): FileObjectRepository = {\n    FileObjectRepository(\n      fileObject, repository, iid, created\n    )\n  }\n\n  private[this] def write( request: FileObjectRepository ): ( UUID, UUID, Option[String], Option[Instant] ) = {\n    ( request.fileObject, request.repository, request.iid, request.created )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/modules\/BackendModule.scala","text":"<reponame>leafty\/renku-storage\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage modules\n\nimport controllers.storageBackends._\nimport play.api.inject.{ Binding, Module }\nimport play.api.{ Configuration, Environment }\n\n\/**\n * Created by johann on 07\/07\/17.\n *\/\nclass BackendModule extends Module {\n\n  def bindings( environment: Environment, configuration: Configuration ): Seq[Binding[StorageBackend]] = {\n    for {\n      ( name, clazz ) <- availableBindings.toSeq\n      if configuration.getOptional[Boolean]( s\"storage.backend.$name.enabled\" ).getOrElse( false )\n    } yield bind( classOf[StorageBackend] ).qualifiedWith( name ).to( clazz )\n  }\n\n  protected def availableBindings: Map[String, Class[_ <: StorageBackend]] = Map(\n    \"swift\" -> classOf[SwiftObjectBackend],\n    \"local\" -> classOf[LocalFSObjectBackend],\n    \"s3\" -> classOf[S3ObjectBackend],\n    \"azure\" -> classOf[AzureObjectBackend],\n    \"gitlab\" -> classOf[GitlabBackend],\n    \"localgit\" -> classOf[LocalGitBackend]\n  )\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/RecoveryController.scala","text":"<gh_stars>1-10\npackage tasks.publish_events.kafka\n\nimport javax.inject.{ Inject, Named, Singleton }\nimport models.Event\nimport org.apache.kafka.common.TopicPartition\nimport play.api.libs.json.{ Json, OFormat }\nimport play.api.{ Configuration, Logger }\n\nimport scala.concurrent.{ ExecutionContext, Future, blocking }\n\n@Singleton\nclass RecoveryController @Inject() (\n    protected val kafkaConsumerProvider:                     KafkaConsumerProvider,\n    protected val config:                                    Configuration,\n    @Named( \"event-publisher\" ) implicit val executionContext:ExecutionContext\n) extends HasKafkaConsumerProvider {\n  import scala.collection.JavaConverters._\n\n  val topic: String = config.getOptional[String]( \"events.push_to\" ).getOrElse( \"events\" )\n\n  lazy val logger: Logger = Logger( \"application.modules.eventPublisher.RecoveryController\" )\n\n  implicit lazy val EventFormat: OFormat[Event] = Event.format\n\n  val partitions: Seq[TopicPartition] = {\n    val info = kafkaConsumer.partitionsFor( topic ).asScala.toSeq\n    for ( obj <- info ) yield new TopicPartition( obj.topic(), obj.partition() )\n  }\n\n  logger.info( s\"Found ${partitions.length} partitions for topic $topic\" )\n\n  def lastPushedEvent(): Future[Long] = {\n    logger.debug( \"Entered lastPushedEvent()\" )\n    \/\/ First, we seek to the end of each partition\n    kafkaConsumer.assign( partitions.asJava )\n    kafkaConsumer.seekToEnd( partitions.asJava )\n\n    \/\/ Then for each partition where end > 0 (i.e. there is at least one message);\n    \/\/ we get that last message\n    val lastMessages: Future[Seq[Event]] = Future.sequence( partitions.map( getLastMessage ) ).map( _.flatten )\n\n    for {\n      seq <- lastMessages\n    } yield {\n      logger.debug( s\"Last messages: $seq\" )\n\n      val ids = for {\n        event <- seq\n      } yield event.id.get\n      val maxId = ( ids :+ -1L ).max \/\/get max id or -1\n\n      kafkaConsumer.unsubscribe()\n\n      maxId\n    }\n  }\n\n  def getLastMessage( partition: TopicPartition ): Future[Seq[Event]] = {\n\n    val pos = kafkaConsumer.position( partition )\n    logger.debug( s\"Partition ${partition.topic()}#${partition.partition()}, position = $pos\" )\n    if ( pos > 0 ) {\n      kafkaConsumer.seek( partition, pos - 1 )\n      val future = Future {\n        blocking {\n          kafkaConsumer.poll( 1000 ).iterator().asScala.toSeq\n        }\n      }\n\n      for {\n        seq <- future\n      } yield for {\n        record <- seq\n        event <- Json.parse( record.value() ).validate[Event].asOpt\n      } yield event\n    }\n    else {\n      Future.successful( Seq.empty )\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/S3ObjectBackend.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{ Source, StreamConverters }\nimport akka.util.ByteString\nimport io.minio.MinioClient\nimport javax.inject._\nimport models.Repository\nimport play.api.Configuration\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.Results._\nimport play.api.mvc._\n\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.concurrent.duration.FiniteDuration\nimport scala.util.Try\nimport scala.util.matching.Regex\n\n@Singleton\nclass S3ObjectBackend @Inject() (\n    config:              play.api.Configuration,\n    actorSystemProvider: ActorSystemProvider,\n    implicit val ec:     ExecutionContext\n) extends ObjectBackend {\n\n  private[this] val subConfig = config.get[Configuration]( \"storage.backend.s3\" )\n  lazy val minioClient = new MinioClient(\n    subConfig.get[String]( \"url\" ),\n    subConfig.get[String]( \"access_key\" ),\n    subConfig.get[String]( \"secret_key\" )\n  )\n\n  val RangePattern: Regex = \"\"\"bytes=(\\d+)?-(\\d+)?.*\"\"\".r\n\n  def read( request: RequestHeader, bucket: String, name: String ): Option[Source[ByteString, _]] = {\n    val CHUNK_SIZE = 1048576\n    if ( minioClient.bucketExists( bucket ) && objectExists( bucket, name ) ) {\n      val data = request.headers.get( \"Range\" ).map {\n        case RangePattern( null, to )   => minioClient.getObject( bucket, name, 0, to.toLong )\n        case RangePattern( from, null ) => minioClient.getObject( bucket, name, from.toLong )\n        case RangePattern( from, to )   => minioClient.getObject( bucket, name, from.toLong, to.toLong )\n      }.getOrElse( minioClient.getObject( bucket, name ) )\n      Some( StreamConverters.fromInputStream( () => data, CHUNK_SIZE ) )\n    }\n    else {\n      None\n    }\n  }\n\n  def write( req: RequestHeader, bucket: String, name: String, callback: ( Any, Future[String] ) => Any ): Accumulator[ByteString, Result] = {\n    val size = req.headers.get( \"Content-Length\" )\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    if ( minioClient.bucketExists( bucket ) )\n      Accumulator.source[ByteString].mapFuture { source =>\n        Future {\n          val inputStream = source.alsoToMat( new ChecksumSink() )( callback ).runWith(\n            StreamConverters.asInputStream( FiniteDuration( 3, TimeUnit.SECONDS ) )\n          )\n          minioClient.putObject( bucket, name, inputStream, size.get.toLong, \"application\/octet-stream\" )\n          inputStream.close()\n          Created\n        }\n      }\n    else\n      Accumulator.done( NotFound )\n  }\n\n  def createRepo( request: RequestHeader, bucket: String ): String = {\n    val uuid = java.util.UUID.randomUUID.toString\n    minioClient.makeBucket( uuid )\n    uuid\n  }\n\n  def createRepo( request: Repository ): Future[Option[String]] = Future {\n    val uuid = request.uuid.toString\n    minioClient.makeBucket( uuid )\n    Some( uuid ).filter( minioClient.bucketExists )\n  }\n\n  def duplicateFile( request: RequestHeader, fromBucket: String, fromName: String, toBucket: String, toName: String ): Boolean =\n    Try {\n      minioClient.copyObject( fromBucket, fromName, toBucket, toName )\n    }.isSuccess\n\n  def objectExists( bucket: String, name: String ): Boolean = {\n    try {\n      minioClient.statObject( bucket, name )\n      true\n    }\n    catch {\n      case _: Throwable => false\n    }\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/HealthCheckController.scala","text":"<reponame>leafty\/renku-storage\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.typesafe.config.ConfigFactory\nimport javax.inject.{ Inject, Singleton }\nimport play.api.libs.ws.WSClient\nimport play.api.libs.ws.ahc.AhcWSClient\nimport play.api.mvc._\nimport play.api.{ Configuration, Logger }\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, ExecutionContext, Future }\nimport scala.util.Try\n\n@Singleton\nclass HealthCheckController @Inject() (\n    cc: ControllerComponents\n) extends AbstractController( cc ) {\n\n  implicit val ec: ExecutionContext = defaultExecutionContext\n\n  def ping: Action[Unit] = Action.async( parse.empty ) { implicit request =>\n    \/\/ Perform health check\n    Future {\n      Ok\n    }\n  }\n\n}\n\nobject HealthCheckController {\n\n  \/**\n   * Invokes the health check\n   *\/\n  def main( args: Array[String] ): Unit = {\n    lazy val logger: Logger = Logger( \"application.HealthCheckController\" )\n\n    implicit val ec: ExecutionContext = scala.concurrent.ExecutionContext.global\n\n    implicit val system: ActorSystem = ActorSystem()\n    implicit val materializer: ActorMaterializer = ActorMaterializer()\n\n    val config: Configuration = Configuration( ConfigFactory.load() )\n    val ws: WSClient = AhcWSClient()\n\n    val prefix: String = config.getOptional[String]( \"play.http.context\" ).getOrElse( \"\/\" )\n    val checkURL: String = s\"http:\/\/localhost:9000$prefix\/ping\"\n\n    val futureStatus = for {\n      response <- ws.url( checkURL ).get()\n    } yield response.status match {\n      case 200 => Done\n      case _   => throw new RuntimeException( response.statusText )\n    }\n\n    val try_ = Try {\n      Await.result( futureStatus, 10.seconds )\n    }\n\n    if ( try_.isSuccess ) {\n      System.exit( 0 )\n    }\n    else {\n      logger.error( try_.failed.get.getMessage )\n      Thread.sleep( 10 )\n      System.exit( 1 )\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/HasKafkaTopicsConfigProvider.scala","text":"<filename>app\/tasks\/publish_events\/kafka\/HasKafkaTopicsConfigProvider.scala\npackage tasks.publish_events.kafka\n\ntrait HasKafkaTopicsConfigProvider {\n  protected def kafkaTopicsConfigProvider: KafkaTopicsConfigProvider\n  protected lazy val kafkaTopicsConfig: Seq[KafkaTopicConfig] = kafkaTopicsConfigProvider.get()\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/EventPublisher.scala","text":"<gh_stars>1-10\npackage tasks.publish_events\n\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.Keep\nimport akka.stream.{ ActorMaterializer, Materializer }\nimport javax.inject.{ Inject, Named, Singleton }\nimport play.api.Logger\nimport tasks.publish_events.kafka.{ RecoveryController, SetupKafkaTopics }\nimport tasks.publish_events.streams.{ PublisherSinkProvider, PublisherSourceFactory }\n\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass EventPublisher @Inject() (\n    val setupKafkaTopics:                                    SetupKafkaTopics,\n    val recoveryController:                                  RecoveryController,\n    val sourceFactory:                                       PublisherSourceFactory,\n    val sinkProvider:                                        PublisherSinkProvider,\n    @Named( \"event-publisher\" ) implicit val system:         ActorSystem,\n    @Named( \"event-publisher\" ) implicit val executionContext:ExecutionContext\n) {\n\n  lazy val logger: Logger = Logger( \"application.EventPublisher\" )\n\n  def start(): Unit = {\n    implicit val materializer: Materializer = ActorMaterializer()\n\n    val futureGraph = for {\n      _ <- setupKafkaTopics.ensureTopics\n      lastEventId <- recoveryController.lastPushedEvent()\n    } yield {\n      val source = sourceFactory.make( lastEventId )\n      source.toMat( sinkProvider.get() )( Keep.right )\n    }\n\n    for {\n      graph <- futureGraph\n    } yield {\n      logger.info( \"Starting event publisher\" )\n      graph.run()\n    }\n  }\n\n  start()\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/StorageBackend.scala","text":"<filename>app\/controllers\/storageBackends\/StorageBackend.scala\npackage controllers.storageBackends\n\nimport models.Repository\n\nimport scala.concurrent.Future\n\ntrait StorageBackend {\n  def createRepo( request: Repository ): Future[Option[String]]\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/RepositoryComponent.scala","text":"<reponame>leafty\/renku-storage<filename>app\/models\/persistence\/RepositoryComponent.scala<gh_stars>1-10\npackage models.persistence\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport models.{ Event, Repository }\nimport play.api.libs.json._\nimport slick.lifted._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\ntrait RepositoryComponent {\n\n  this: JdbcProfileComponent with SchemasComponent with ImplicitsComponent with EventComponent =>\n\n  import profile.api._\n\n  implicit lazy val RepositoryFormat: OFormat[Repository] = Repository.format\n\n  class Repositories( tag: Tag ) extends Table[Repository]( tag, \"REPOSITORIES\" ) {\n\n    \/\/ Columns\n    def uuid: Rep[UUID] = column[UUID]( \"UUID\", O.PrimaryKey )\n\n    def iid: Rep[String] = column[String]( \"IID\" )\n\n    def path: Rep[String] = column[String]( \"PATH\" )\n\n    def description: Rep[String] = column[String]( \"DESCRIPTION\" )\n\n    def backend: Rep[String] = column[String]( \"BACKEND\" )\n\n    def created: Rep[Instant] = column[Instant]( \"CREATED\" )\n\n    def owner: Rep[UUID] = column[UUID]( \"OWNER\" )\n\n    def lfs_store: Rep[Option[UUID]] = column[Option[UUID]]( \"LFS_STORE\" )\n\n    \/\/ Indexes\n    def idx0: Index = index( \"IDX_REPOSITORIES_IID_BACKEND\", ( iid, backend ), unique = true )\n    def idx1: Index = index( \"IDX_REPOSITORIES_OWNER\", owner, unique = false )\n\n    \/\/ *\n    def * : ProvenShape[Repository] = ( uuid, iid.?, path, description, backend.?, created.?, owner.?, lfs_store ) <> ( ( Repository.apply _ ).tupled, Repository.unapply )\n\n  }\n\n  object repositories extends TableQuery( new Repositories( _ ) ) {\n    def findByUUID( id: UUID ): DBIO[Option[Repository]] = {\n      repositories.findBy( _.uuid ).extract( id ).result.headOption\n    }\n    def findByIID( id: String ): DBIO[Option[Repository]] = {\n      repositories.findBy( _.iid ).extract( id ).result.headOption\n    }\n    def all(): DBIO[Seq[Repository]] = {\n      repositories.result\n    }\n    def insert( r: Repository ): DBIO[Int] = {\n      ( for {\n        ins <- repositories += r\n        _ <- events.insert( Event( None, JsObject( Map( \"uuid\" -> JsString( r.uuid.toString ) ) ), \"insert\", Json.toJson( r ), Instant.now() ) )\n      } yield ins ).transactionally\n    }\n    def update( r: Repository ): DBIO[Int] = {\n      ( for {\n        up <- ( for { c <- repositories if c.uuid === r.uuid } yield c ).update( r )\n        _ <- events.insert( Event( None, JsObject( Map( \"uuid\" -> JsString( r.uuid.toString ) ) ), \"update\", Json.toJson( r ), Instant.now() ) )\n      } yield up ).transactionally\n    }\n  }\n\n  _schemas += repositories.schema\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"build.sbt","text":"<gh_stars>1-10\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\norganization := \"ch.datascience\"\nversion := \"1.0.1-SNAPSHOT\"\nscalaVersion := \"2.12.6\"\nname := \"renku-storage\"\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(\n    PlayScala\n  )\n\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\n\nlibraryDependencies += filters\n\nlazy val renku_version = \"0.2.0-SNAPSHOT\"\nlibraryDependencies += \"ch.datascience\" %% \"renku-commons\" % renku_version\n\nlazy val logback_encoder_version = \"5.1\"\nlibraryDependencies += \"net.logstash.logback\" % \"logstash-logback-encoder\" % logback_encoder_version\n\nlazy val play_slick_version = \"3.0.0\"\nlibraryDependencies += \"com.typesafe.play\" %% \"play-slick\" % play_slick_version\nlibraryDependencies += \"com.typesafe.play\" %% \"play-slick-evolutions\" % play_slick_version\n\nlazy val postgresql_version = \"42.2.2\"\nlibraryDependencies += \"org.postgresql\" % \"postgresql\" % postgresql_version\n\nlazy val h2_version = \"1.4.197\"\nlibraryDependencies += \"com.h2database\" % \"h2\" % h2_version\n\nlazy val minio_version = \"4.0.0\"\nlibraryDependencies += \"io.minio\" % \"minio\" % minio_version\n\nlazy val joss_version = \"0.10.2\"\nlibraryDependencies += \"org.javaswift\" % \"joss\" % joss_version\n\nlazy val azure_storage_version = \"7.0.0\"\nlibraryDependencies += \"com.microsoft.azure\" % \"azure-storage\" % azure_storage_version\n\nlazy val jgit_version = \"4.11.0.201803080745-r\"\nlibraryDependencies += \"org.eclipse.jgit\" % \"org.eclipse.jgit\" % jgit_version\nlibraryDependencies += \"org.eclipse.jgit\" % \"org.eclipse.jgit.http.server\" % jgit_version\n\nlazy val kafka_clients_version = \"1.1.0\"\nlibraryDependencies += \"org.apache.kafka\" % \"kafka-clients\" % kafka_clients_version\n\nlazy val scalatest_plus_play_version = \"3.1.2\"\nlibraryDependencies += \"org.scalatestplus.play\" %% \"scalatestplus-play\" % scalatest_plus_play_version % Test\n\nlazy val mockito_version = \"2.18.3\"\nlibraryDependencies += \"org.mockito\" % \"mockito-core\" % mockito_version % Test\n\njavaOptions in Test += \"-Dconfig.file=conf\/application.test.conf\"\nlazy val newEntrypoint = \"bin\/docker-entrypoint.sh\"\nmappings in Docker += (file(\".\") \/ \"docker-entrypoint.sh\") -> ((defaultLinuxInstallLocation in Docker).value + s\"\/$newEntrypoint\")\n\n\/\/ Source code formatting\nimport com.typesafe.sbt.SbtScalariform\nimport com.typesafe.sbt.SbtScalariform.ScalariformKeys\nimport scalariform.formatter.preferences._\n\nval preferences =\n  ScalariformKeys.preferences := ScalariformKeys.preferences.value\n    .setPreference( AlignArguments,                               true  )\n    .setPreference( AlignParameters,                              true  )\n    .setPreference( AlignSingleLineCaseStatements,                true  )\n    .setPreference( AlignSingleLineCaseStatements.MaxArrowIndent, 40    )\n    .setPreference( CompactControlReadability,                    true  )\n    .setPreference( CompactStringConcatenation,                   false )\n    .setPreference( DanglingCloseParenthesis,                     Force )\n    .setPreference( DoubleIndentConstructorArguments,             true  )\n    .setPreference( DoubleIndentMethodDeclaration,                true  )\n    .setPreference( FirstArgumentOnNewline,                       Force )\n    .setPreference( FirstParameterOnNewline,                      Force )\n    .setPreference( FormatXml,                                    true  )\n    .setPreference( IndentPackageBlocks,                          true  )\n    .setPreference( IndentSpaces,                                 2     )\n    .setPreference( IndentWithTabs,                               false )\n    .setPreference( MultilineScaladocCommentsStartOnFirstLine,    false )\n    .setPreference( NewlineAtEndOfFile,                           true  )\n    .setPreference( PlaceScaladocAsterisksBeneathSecondAsterisk,  false )\n    .setPreference( PreserveSpaceBeforeArguments,                 false )\n    .setPreference( RewriteArrowSymbols,                          false )\n    .setPreference( SpaceBeforeColon,                             false )\n    .setPreference( SpaceBeforeContextColon,                      true  )\n    .setPreference( SpaceInsideBrackets,                          false )\n    .setPreference( SpaceInsideParentheses,                       true  )\n    .setPreference( SpacesAroundMultiImports,                     true  )\n    .setPreference( SpacesWithinPatternBinders,                   false )\n\nSbtScalariform.scalariformSettings ++ Seq(preferences)\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/Event.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport java.time.Instant\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, JsValue, OFormat }\n\ncase class Event(\n    id:      Option[Long],\n    obj:     JsValue,\n    action:  String,\n    attr:    JsValue,\n    created: Instant\n)\n\nobject Event {\n\n  def format: OFormat[Event] = (\n    ( JsPath \\ \"id\" ).formatNullable[Long] and\n    ( JsPath \\ \"obj\" ).format[JsValue] and\n    ( JsPath \\ \"action\" ).format[String] and\n    ( JsPath \\ \"attr\" ).format[JsValue] and\n    ( JsPath \\ \"created\" ).format[Instant]\n  )( read, write )\n\n  private[this] def read(\n      id:      Option[Long],\n      obj:     JsValue,\n      action:  String,\n      attr:    JsValue,\n      created: Instant\n  ): Event = {\n    Event(\n      id, obj, action, attr, created\n    )\n  }\n\n  private[this] def write( request: Event ): ( Option[Long], JsValue, String, JsValue, Instant ) = {\n    ( request.id, request.obj, request.action, request.attr, request.created )\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/DatabaseStack.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.persistence\n\nimport slick.basic.DatabaseConfig\nimport slick.jdbc.JdbcProfile\n\n\/**\n * Created by johann on 13\/04\/17.\n *\/\nclass DatabaseStack( val dbConfig: DatabaseConfig[JdbcProfile] )\n  extends JdbcProfileComponent\n  with SchemasComponent\n  with ImplicitsComponent\n  with RepositoryComponent\n  with FileObjectComponent\n  with FileObjectRepositoryComponent\n  with EventComponent\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/LFSObjectResponseUp.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.Reads._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class LFSObjectResponseUp(\n    oid:           String,\n    size:          Long,\n    authenticated: Boolean,\n    actions:       Option[LFSUpload]\n)\n\nobject LFSObjectResponseUp {\n\n  implicit lazy val LFSUploadFormat: OFormat[LFSUpload] = LFSUpload.format\n\n  def format: OFormat[LFSObjectResponseUp] = (\n    ( JsPath \\ \"oid\" ).format[String] and\n    ( JsPath \\ \"size\" ).format[Long] and\n    ( JsPath \\ \"authenticated\" ).format[Boolean] and\n    ( JsPath \\ \"actions\" ).formatNullable[LFSUpload]\n  )( read, write )\n\n  private[this] def read(\n      oid:           String,\n      size:          Long,\n      authenticated: Boolean,\n      action:        Option[LFSUpload]\n  ): LFSObjectResponseUp = {\n    LFSObjectResponseUp(\n      oid, size, authenticated, action\n    )\n  }\n\n  private[this] def write( request: LFSObjectResponseUp ): ( String, Long, Boolean, Option[LFSUpload] ) = {\n    ( request.oid, request.size, request.authenticated, request.actions )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/BindingProviders.scala","text":"package tasks.publish_events\n\nimport akka.actor.ActorSystem\nimport javax.inject.{ Inject, Named, Provider }\n\nimport scala.concurrent.ExecutionContext\n\nobject BindingProviders {\n\n  class ActorSystemProvider extends Provider[ActorSystem] {\n    def get(): ActorSystem = ActorSystem( \"event-publisher\" )\n  }\n\n  class ExecutionContextProvider @Inject() (\n      @Named( \"event-publisher\" ) implicit val system:ActorSystem\n  ) extends Provider[ExecutionContext] {\n    def get(): ExecutionContext = {\n      system.dispatchers.lookup( \"event-publisher\" )\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/LFSBatchResponse.scala","text":"<filename>app\/models\/LFSBatchResponse.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class LFSBatchResponse(\n    transfers: Option[Seq[String]],\n    objects:   Seq[LFSObjectResponse]\n)\n\nobject LFSBatchResponse {\n\n  implicit lazy val LFSObjectResponseFormat: OFormat[LFSObjectResponse] = LFSObjectResponse.format\n\n  def format: OFormat[LFSBatchResponse] = (\n    ( JsPath \\ \"transfers\" ).formatNullable[Seq[String]] and\n    ( JsPath \\ \"objects\" ).format[Seq[LFSObjectResponse]]\n  )( { ( t, b ) => LFSBatchResponse( t, b ) }, { req => ( req.transfers, req.objects ) } )\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/SetupKafkaTopics.scala","text":"<filename>app\/tasks\/publish_events\/kafka\/SetupKafkaTopics.scala\npackage tasks.publish_events.kafka\n\nimport java.util.concurrent.ExecutionException\n\nimport akka.Done\nimport javax.inject.{ Inject, Named, Singleton }\nimport org.apache.kafka.clients.admin.NewTopic\nimport org.apache.kafka.common.errors.TopicExistsException\nimport play.api.Logger\n\nimport scala.concurrent.{ ExecutionContext, Future, blocking }\nimport scala.util.Try\n\n@Singleton\nclass SetupKafkaTopics @Inject() (\n    protected val kafkaTopicsConfigProvider:                 KafkaTopicsConfigProvider,\n    protected val kafkaAdminClientProvider:                  KafkaAdminClientProvider,\n    @Named( \"event-publisher\" ) implicit val executionContext:ExecutionContext\n)\n  extends HasKafkaTopicsConfigProvider\n  with HasKafkaAdminClientProvider {\n\n  def ensureTopics: Future[Done] = _future\n\n  lazy val logger: Logger = Logger( \"application.modules.eventPublisher.SetupKafkaTopics\" )\n\n  protected lazy val _future: Future[Done] = {\n    import scala.collection.JavaConverters._\n\n    val newTopics = for { topicConfig <- kafkaTopicsConfig } yield new NewTopic( topicConfig.name, topicConfig.partitions, topicConfig.replication.toShort )\n\n    val result = kafkaAdminClient.createTopics( newTopics.asJava )\n\n    \/\/ Get result for each topic and ignore TopicExistsException\n    val allResults = Future {\n      blocking {\n        result.values().asScala.toMap.mapValues { kf =>\n          Try {\n            kf.get()\n          }.map { _ => Done }\n            .recover {\n              case e: ExecutionException => e.getCause match {\n                case inner: TopicExistsException =>\n                  logger.info( inner.getMessage )\n                  Done\n                case _ => throw e\n              }\n            }\n        }\n      }\n    }\n\n    for {\n      map <- allResults\n      _ <- Future.sequence( for ( v <- map.values ) yield Future.fromTry( v ) )\n    } yield Done\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/SwiftObjectBackend.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{ Source, StreamConverters }\nimport akka.util.ByteString\nimport javax.inject._\nimport models.Repository\nimport org.javaswift.joss.client.factory.{ AccountConfig, AccountFactory }\nimport org.javaswift.joss.headers.`object`.range.{ FirstPartRange, LastPartRange, MidPartRange }\nimport org.javaswift.joss.instructions.DownloadInstructions\nimport org.javaswift.joss.model.Account\nimport play.api.Configuration\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.Results._\nimport play.api.mvc._\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.util.matching.Regex\n\n@Singleton\nclass SwiftObjectBackend @Inject() (\n    config:              play.api.Configuration,\n    actorSystemProvider: ActorSystemProvider,\n    implicit val ec:     ExecutionContext\n) extends ObjectBackend {\n\n  val swiftConfig = new AccountConfig()\n  private[this] val subConfig = config.get[Configuration]( \"storage.backend.swift\" )\n  swiftConfig.setUsername( subConfig.get[String]( \"username\" ) )\n  swiftConfig.setPassword( subConfig.get[String]( \"password\" ) )\n  swiftConfig.setAuthUrl( subConfig.get[String]( \"auth_url\" ) )\n  swiftConfig.setTenantId( subConfig.get[String]( \"project\" ) )\n  lazy val swiftAccount: Account = new AccountFactory( swiftConfig ).createAccount()\n\n  val RangePattern: Regex = \"\"\"bytes=(\\d+)?-(\\d+)?.*\"\"\".r\n\n  def read( request: RequestHeader, bucket: String, name: String ): Option[Source[ByteString, _]] = {\n    val CHUNK_SIZE = 100\n    val container = swiftAccount.getContainer( bucket )\n    if ( container.exists() && container.getObject( name ).exists() ) {\n      val instructions = new DownloadInstructions()\n      request.headers.get( \"Range\" ).map {\n        case RangePattern( null, to )   => instructions.setRange( new FirstPartRange( to.toInt ) )\n        case RangePattern( from, null ) => instructions.setRange( new LastPartRange( from.toInt ) )\n        case RangePattern( from, to )   => instructions.setRange( new MidPartRange( from.toInt, to.toInt ) )\n        case _                          =>\n      }\n      val data = container.getObject( name ).downloadObjectAsInputStream( instructions )\n      Some( StreamConverters.fromInputStream( () => data, CHUNK_SIZE ) )\n    }\n    else {\n      None\n    }\n  }\n\n  def write( req: RequestHeader, bucket: String, name: String, callback: ( Any, Future[String] ) => Any ): Accumulator[ByteString, Result] = {\n\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    val container = swiftAccount.getContainer( bucket )\n    if ( container.exists() )\n      Accumulator.source[ByteString].mapFuture { source =>\n        Future {\n          val obj = container.getObject( name )\n          val inputStream = source.alsoToMat( new ChecksumSink() )( callback ).runWith(\n            StreamConverters.asInputStream( FiniteDuration( 3, TimeUnit.SECONDS ) )\n          )\n          obj.uploadObject( inputStream )\n          inputStream.close()\n          Created\n        }\n      }\n    else\n      Accumulator.done( NotFound )\n  }\n\n  def createRepo( request: Repository ): Future[Option[String]] = Future {\n    val container = swiftAccount.getContainer( request.uuid.toString )\n    if ( container.create().exists() ) Some( container.getName )\n    else None\n  }\n\n  def duplicateFile( request: RequestHeader, fromBucket: String, fromName: String, toBucket: String, toName: String ): Boolean = false\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/LocalFSObjectBackend.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.io.{ File, FileInputStream, FileNotFoundException, FileOutputStream }\nimport java.nio.file.{ FileSystems, Files }\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{ Source, StreamConverters }\nimport akka.util.ByteString\nimport javax.inject.{ Inject, Singleton }\nimport models.Repository\nimport play.api.Configuration\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.Results.Created\nimport play.api.mvc.{ RequestHeader, Result }\n\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.util.Try\nimport scala.util.matching.Regex\n\n\/**\n * Created by johann on 07\/07\/17.\n *\/\n@Singleton\nclass LocalFSObjectBackend @Inject() (\n    configuration:       Configuration,\n    actorSystemProvider: ActorSystemProvider,\n    implicit val ec:     ExecutionContext\n) extends ObjectBackend {\n\n  private[this] lazy val rootDir: String = configuration.get[String]( \"storage.backend.local.root\" )\n\n  def read( request: RequestHeader, bucket: String, name: String ): Option[Source[ByteString, _]] = {\n    Try {\n      val fullPath = s\"$rootDir\/$bucket\/$name\"\n      val ( from, to ) = getRange( request )\n\n      val is = new FileInputStream( fullPath )\n      for ( n <- from ) {\n        is.skip( n )\n      }\n\n      val dataContent: Source[ByteString, _] = StreamConverters.fromInputStream( () => is )\n      val dataContent2: Source[ByteString, _] = ( from, to ) match {\n        case ( Some( n ), Some( m ) ) =>\n          takeFromByteStringSource( dataContent, m - n )\n        case ( None, Some( m ) ) =>\n          takeFromByteStringSource( dataContent, m )\n        case _ => dataContent\n      }\n\n      Some( dataContent2 )\n    }.recover {\n      case _: FileNotFoundException | _: SecurityException => None\n    }.get\n  }\n\n  def write( req: RequestHeader, bucket: String, name: String, callback: ( Any, Future[String] ) => Any ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    Accumulator.source[ByteString].mapFuture { source =>\n      val fullPath = s\"$rootDir\/$bucket\/$name\"\n      new File( fullPath ).getParentFile.mkdirs()\n      val os = new FileOutputStream( fullPath )\n      val sink = StreamConverters.fromOutputStream( () => os )\n      val r = source.alsoToMat( new ChecksumSink() )( callback ).runWith( sink )\n      r.map( _ => Created )\n    }\n  }\n\n  val RangePattern: Regex = \"\"\"bytes=(\\d+)?-(\\d+)?.*\"\"\".r\n\n  def getRange( request: RequestHeader ): ( Option[Int], Option[Int] ) = {\n    val opt = request.headers.get( \"Range\" ).map {\n      case RangePattern( null, to )   => ( None, Some( to.toInt ) )\n      case RangePattern( from, null ) => ( Some( from.toInt ), None )\n      case RangePattern( from, to )   => ( Some( from.toInt ), Some( to.toInt ) )\n      case _                          => ( None, None )\n    }\n    opt.getOrElse( ( None, None ) )\n  }\n\n  def createBucket( request: RequestHeader, bucket: String ): String = {\n    new File( rootDir, bucket ).mkdirs()\n    bucket\n  }\n\n  def createRepo( request: Repository ): Future[Option[String]] = Future {\n    Try {\n      new File( rootDir, request.path ).mkdirs()\n      request.path\n    }.toOption\n  }\n\n  def duplicateFile( request: RequestHeader, fromBucket: String, fromName: String, toBucket: String, toName: String ): Boolean = Try {\n\n    val source = FileSystems.getDefault.getPath( s\"$rootDir\/$fromBucket\/$fromName\" )\n    val dest = FileSystems.getDefault.getPath( s\"$rootDir\/$toBucket\/$toName\" )\n\n    Files.copy( source, dest )\n\n  }.isSuccess\n\n  private[this] def takeFromByteStringSource( source: Source[ByteString, _], n: Int, chunkSize: Int = 8192 ): Source[ByteString, _] = {\n    source.mapConcat( identity ).take( n ).grouped( chunkSize ).map { bytes => ByteString( bytes: _* ) }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/FileObjectComponent.scala","text":"package models.persistence\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport models.{ Event, FileObject }\nimport play.api.libs.json.{ JsObject, JsString, Json, OFormat }\nimport slick.lifted._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\ntrait FileObjectComponent {\n\n  this: JdbcProfileComponent with SchemasComponent with ImplicitsComponent with EventComponent =>\n\n  import profile.api._\n\n  implicit lazy val FileObjectFormat: OFormat[FileObject] = FileObject.format\n\n  class FileObjects( tag: Tag ) extends Table[FileObject]( tag, \"FILEOBJECTS\" ) {\n\n    \/\/ Columns\n    def uuid: Rep[UUID] = column[UUID]( \"UUID\", O.PrimaryKey )\n\n    def name: Rep[String] = column[String]( \"NAME\" )\n\n    def description: Rep[String] = column[String]( \"DESCRIPTION\" )\n\n    def hash: Rep[String] = column[String]( \"HASH\" )\n\n    def created: Rep[Instant] = column[Instant]( \"CREATED\" )\n\n    def owner: Rep[UUID] = column[UUID]( \"OWNER\" )\n\n    \/\/ Indexes\n    def idx: Index = index( \"IDX_FILEOBJECTS_OWNER\", owner, unique = false )\n\n    \/\/ *\n    def * : ProvenShape[FileObject] = ( uuid, name, description, hash, created.?, owner ) <> ( ( FileObject.apply _ ).tupled, FileObject.unapply )\n\n  }\n\n  object fileObjects extends TableQuery( new FileObjects( _ ) ) {\n    def findByUUID( id: UUID ): DBIO[Option[FileObject]] = {\n      fileObjects.findBy( _.uuid ).extract( id ).result.headOption\n    }\n    def findByHash( id: String ): DBIO[Option[FileObject]] = {\n      fileObjects.findBy( _.hash ).extract( id ).result.headOption\n    }\n    def all(): DBIO[Seq[FileObject]] = {\n      fileObjects.result\n    }\n    def insert( r: FileObject ): DBIO[Int] = {\n      ( for {\n        ins <- fileObjects += r\n        _ <- events.insert( Event( None, JsObject( Map( \"uuid\" -> JsString( r.uuid.toString ) ) ), \"insert\", Json.toJson( r ), Instant.now() ) )\n      } yield ins ).transactionally\n    }\n    def update( r: FileObject ): DBIO[Int] = {\n      ( for {\n        up <- ( for { c <- fileObjects if c.uuid === r.uuid } yield c ).update( r )\n        _ <- events.insert( Event( None, JsObject( Map( \"uuid\" -> JsString( r.uuid.toString ) ) ), \"update\", Json.toJson( r ), Instant.now() ) )\n      } yield up ).transactionally\n    }\n  }\n\n  _schemas += fileObjects.schema\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/streams\/PublisherSourceFactory.scala","text":"package tasks.publish_events.streams\n\nimport akka.NotUsed\nimport akka.stream.scaladsl.Source\nimport akka.stream.{ Graph, SourceShape }\nimport javax.inject.{ Inject, Named, Singleton }\nimport models.Event\nimport models.persistence.DatabaseLayer\nimport play.api.Configuration\nimport play.api.db.slick.DatabaseConfigProvider\n\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass PublisherSourceFactory @Inject() (\n    protected val config:                                    Configuration,\n    protected val dal:                                       DatabaseLayer,\n    protected val dbConfigProvider:                          DatabaseConfigProvider,\n    @Named( \"event-publisher\" ) implicit val executionContext:ExecutionContext\n) {\n\n  val fetchSize: Int = config.getOptional[Int]( \"events.fetch_size\" ).getOrElse( 1 )\n\n  def make( startFrom: Long ): Source[Event, NotUsed] = {\n    val graph: Graph[SourceShape[Event], NotUsed] = new PublisherSourceStage( startFrom, fetchSize, dal, dbConfigProvider.get, executionContext )\n    Source.fromGraph( graph )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/KafkaConsumerProvider.scala","text":"<filename>app\/tasks\/publish_events\/kafka\/KafkaConsumerProvider.scala<gh_stars>1-10\npackage tasks.publish_events.kafka\n\nimport java.util.Properties\n\nimport javax.inject.{ Inject, Singleton }\nimport org.apache.kafka.clients.consumer.KafkaConsumer\nimport play.api.Configuration\n\n@Singleton\nclass KafkaConsumerProvider @Inject() (\n    protected val config: Configuration\n) {\n\n  def get(): KafkaConsumer[Long, Array[Byte]] = _kafkaConsumer\n\n  protected lazy val _kafkaConsumer: KafkaConsumer[Long, Array[Byte]] = {\n    val props = new Properties\n    props.put( \"bootstrap.servers\", config.get[String]( \"kafka.bootstrap.servers\" ) )\n    props.put( \"group.id\", config.get[String]( \"kafka.group.id\" ) )\n    props.put( \"enable.auto.commit\", config.get[String]( \"kafka.enable.auto.commit\" ) )\n    props.put( \"key.deserializer\", config.get[String]( \"kafka.key.deserializer\" ) )\n    props.put( \"value.deserializer\", config.get[String]( \"kafka.value.deserializer\" ) )\n\n    new KafkaConsumer[Long, Array[Byte]]( props )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/LFSObject.scala","text":"<reponame>leafty\/renku-storage\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class LFSObject(\n    oid:  String,\n    size: Long\n)\n\nobject LFSObject {\n\n  def format: OFormat[LFSObject] = (\n    ( JsPath \\ \"oid\" ).format[String] and\n    ( JsPath \\ \"size\" ).format[Long]\n  )( read, write )\n\n  private[this] def read(\n      oid:  String,\n      size: Long\n  ): LFSObject = {\n    LFSObject(\n      oid, size\n    )\n  }\n\n  private[this] def write( request: LFSObject ): ( String, Long ) = {\n    ( request.oid, request.size )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/DatabaseLayer.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.persistence\n\nimport javax.inject.{ Inject, Singleton }\nimport play.api.Logger\nimport play.api.db.slick.DatabaseConfigProvider\nimport slick.jdbc.meta.MTable\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{ Await, ExecutionContext }\nimport scala.util.control.NonFatal\n\n\/**\n * Created by johann on 13\/04\/17.\n *\/\n\n@Singleton\nclass DatabaseLayer @Inject() (\n    protected val dbConfigProvider: DatabaseConfigProvider,\n    implicit val ec:                ExecutionContext\n) extends DatabaseStack(\n  dbConfig = dbConfigProvider.get\n) {\n  import profile.api._\n\n  lazy val logger: Logger = Logger( \"application.DatabaseLayer\" )\n\n  val tables = List(\n    TableQuery[Repositories],\n    TableQuery[FileObjects],\n    TableQuery[FileObjectRepositories],\n    TableQuery[Events]\n  )\n\n  private[this] val init = db.run( MTable.getTables ).flatMap( v => {\n    val names = v.map( mt => mt.name.name )\n    val createIfNotExist = tables.filter( table =>\n      !names.contains( table.baseTableRow.tableName ) ).map( _.schema.create )\n    db.run( DBIO.sequence( createIfNotExist ) )\n  } )\n  Await.result( init, Duration.Inf )\n\n  init.failed.foreach {\n    case NonFatal( t ) =>\n      logger.error( t.getMessage )\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/LFSUpload.scala","text":"<reponame>leafty\/renku-storage<filename>app\/models\/LFSUpload.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class LFSUpload(\n    href:       String,\n    headers:    Map[String, String],\n    expiration: Long\n)\n\nobject LFSUpload {\n\n  def format: OFormat[LFSUpload] = (\n    ( JsPath \\ \"upload\" \\ \"href\" ).format[String] and\n    ( JsPath \\ \"upload\" \\ \"header\" ).format[Map[String, String]] and\n    ( JsPath \\ \"upload\" \\ \"expires_in\" ).format[Long]\n  )( read, write )\n\n  private[this] def read(\n      href:       String,\n      headers:    Map[String, String],\n      expiration: Long\n  ): LFSUpload = {\n    LFSUpload(\n      href, headers, expiration\n    )\n  }\n\n  private[this] def write( request: LFSUpload ): ( String, Map[String, String], Long ) = {\n    ( request.href, request.headers, request.expiration )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/streams\/PublisherSinkProvider.scala","text":"package tasks.publish_events.streams\n\nimport akka.Done\nimport akka.stream.scaladsl.Sink\nimport akka.stream.{ Graph, SinkShape }\nimport javax.inject.{ Inject, Provider, Singleton }\nimport models.Event\nimport play.api.Configuration\n\nimport scala.concurrent.Future\n\n@Singleton\nclass PublisherSinkProvider @Inject() (\n    protected val config: Configuration\n) extends Provider[Sink[Event, Future[Done]]] {\n\n  def get(): Sink[Event, Future[Done]] = {\n    val graph: Graph[SinkShape[Event], Future[Done]] = new PublisherSinkStage( config )\n    Sink.fromGraph( graph )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/ObjectController.scala","text":"<reponame>leafty\/renku-storage\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport java.sql.SQLException\nimport java.time.Instant\nimport java.util.UUID\n\nimport authorization.JWTVerifierProvider\nimport ch.datascience.service.security.{ TokenFilter, TokenFilterActionBuilder }\nimport ch.datascience.service.utils.ControllerWithBodyParseJson\nimport controllers.storageBackends.{ Backends, ObjectBackend }\nimport javax.inject.{ Inject, Singleton }\nimport models.persistence.DatabaseLayer\nimport models.{ FileObject, FileObjectRepository, Repository }\nimport play.api.Logger\nimport play.api.db.slick.HasDatabaseConfig\nimport play.api.libs.json._\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc._\nimport slick.jdbc.JdbcProfile\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, ExecutionContext, Future }\n\n\/**\n * Created by jeberle on 25.04.17.\n *\/\n@Singleton\nclass ObjectController @Inject() (\n    config:            play.api.Configuration,\n    jwtVerifier:       JWTVerifierProvider,\n    tokenFilterAction: TokenFilterActionBuilder,\n    backends:          Backends,\n    protected val dal: DatabaseLayer,\n    cc:                ControllerComponents\n) extends AbstractController( cc ) with ControllerWithBodyParseJson with HasDatabaseConfig[JdbcProfile] {\n\n  override protected val dbConfig = dal.dbConfig\n  import profile.api._\n\n  lazy val logger: Logger = Logger( \"application.AuthorizeController\" )\n  val default_backend: String = config.get[String]( \"lfs_default_backend\" )\n\n  implicit lazy val FileObjectFormat: OFormat[FileObject] = FileObject.format\n  implicit lazy val RepositoryFormat: OFormat[Repository] = Repository.format\n  implicit lazy val FileObjectRepositoryFormat: OFormat[FileObjectRepository] = FileObjectRepository.format\n\n  implicit val ec: ExecutionContext = defaultExecutionContext\n\n  def listObject( id: String ) = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future.successful( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        val future = db.run( dal.fileObjectRepositories.listByRepository( uuid ) )\n        future.map( seq => Json.toJson( seq.map( _._2 ) ) ).map( json => Ok( json ) )\n    }\n  }\n\n  def listAllObject( hash: Option[String] ) = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    db.run( hash match {\n      case Some( hashValue ) =>\n        dal.fileObjectRepositories.listByFileObjectHash( hashValue )\n      case None =>\n        dal.fileObjectRepositories.all()\n    } ).map( seq => Json.toJson( seq.map {\n      case ( repository, fileObjectrepository, fielObject ) =>\n        Map(\n          \"repository\" -> Json.toJson( repository ),\n          \"file_object_repository\" -> Json.toJson( fileObjectrepository ),\n          \"file_object\" -> Json.toJson( fielObject )\n        )\n    } ) ).map( json => Ok( json ) )\n  }\n\n  def createObject( id: String, oid: String ) = EssentialAction { reqh =>\n    TokenFilter( jwtVerifier.get, \"\" ).filter( reqh ) match {\n      case Right( profile ) =>\n        val now = System.currentTimeMillis\n        val valid = for (\n          repo_id <- JsString( id ).validate[UUID].asOpt;\n          obj_id <- JsString( oid ).validate[UUID].asOpt\n        ) yield {\n          db.run( dal.repositories.findByUUID( repo_id ) ).flatMap( f => {\n            val upload = for (\n              repo <- f;\n              back <- backends.getBackend( repo.backend.getOrElse( default_backend ) )\n            ) yield {\n              val filename = reqh.headers.get( \"Content-Filename\" ).getOrElse( oid )\n              val fo = FileObject( obj_id, \"\", filename, reqh.headers.get( \"Content-Hash\" ).getOrElse( \"\" ), Some( Instant.now() ), UUID.fromString( profile.getId ) )\n              val fr = FileObjectRepository( obj_id, repo.uuid, Some( filename + now.toString ), Some( Instant.now() ) )\n              val action = for {\n                ifo <- dal.fileObjects.insert( fo )\n                ifr <- dal.fileObjectRepositories.insert( fr )\n              } yield ( ifo, ifr )\n\n              def processChecksum( o: FileObject ) =\n                ( _: Any, checksum: Future[String] ) =>\n                  checksum.map( s => {\n                    val nfo = FileObject( o.uuid, o.description, o.name, s, o.created, o.owner )\n                    db.run( dal.fileObjects.update( nfo ) )\n                  } )\n\n              db.run( action.transactionally ).map { inserts =>\n                back.asInstanceOf[ObjectBackend].write( reqh, repo.iid.getOrElse( \"\" ), filename + now.toString, processChecksum( fo ) )\n              }.recoverWith { case e: SQLException => Future.successful( Accumulator.done( Conflict ) ) }\n            }\n            upload.getOrElse( Future.successful( Accumulator.done( NotFound ) ) )\n          } )\n        }\n        Await.result( valid.getOrElse( Future.successful( Accumulator.done( BadRequest ) ) ), 10.seconds )\n\n      case Left( res ) => Accumulator.done( res )\n    }\n  }\n\n  def downloadObject( id: String, oid: String ) = Action.async( parse.empty ) { implicit request =>\n    val valid = for (\n      repo_id <- JsString( id ).validate[UUID].asOpt;\n      obj_id <- JsString( oid ).validate[UUID].asOpt\n    ) yield {\n      db.run( dal.fileObjectRepositories.findByPk( repo_id, obj_id ) ).map( _.headOption.map {\n        case ( repository, fileObject, _ ) => {\n          backends.getBackend( repository.backend.getOrElse( default_backend ) ) match {\n            case Some( back ) =>\n              (\n                for ( repo_name <- repository.iid; obj_name <- fileObject.iid ) yield {\n                  back.asInstanceOf[ObjectBackend].read( request, repo_name, obj_name ) match {\n                    case Some( dataContent ) => Ok.chunked( dataContent )\n                    case None                => NotFound\n                  }\n                }\n              ).getOrElse( NotFound )\n            case None => BadRequest( s\"The backend ${repository.backend} is not enabled.\" )\n          }\n        }\n      }.getOrElse( NotFound ) )\n    }\n    valid.getOrElse( Future.successful( BadRequest ) )\n  }\n\n  def detailObject( id: String ) = tokenFilterAction( jwtVerifier.get ).async( parse.empty ) { implicit request =>\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future.successful( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        val future = db.run( dal.fileObjects.findByUUID( uuid ) )\n        future map {\n          case Some( obj ) => Ok( Json.toJson( obj ) )\n          case None        => NotFound\n        }\n    }\n  }\n\n  def updateObject( id: String ) = tokenFilterAction( jwtVerifier.get ).async( bodyParseJson[FileObject] ) { implicit request =>\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future.successful( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        val future = db.run( dal.fileObjects.findByUUID( uuid ) )\n        future flatMap {\n          case Some( _ ) =>\n            db.run( dal.fileObjects.update( request.body ) ).map( i => if ( i == 1 ) Ok else InternalServerError )\n          case None => Future.successful( NotFound )\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/GitlabBackend.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.net.URL\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.util.ByteString\nimport javax.inject.{ Inject, Singleton }\nimport models.Repository\nimport play.api.Configuration\nimport play.api.http.HttpEntity.Strict\nimport play.api.http.{ HttpChunk, HttpEntity, Writeable }\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.json._\nimport play.api.libs.streams.Accumulator\nimport play.api.libs.ws._\nimport play.api.libs.ws.ahc.StreamedResponse\nimport play.api.mvc._\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.language.implicitConversions\n\n\/**\n * Created by johann on 07\/07\/17.\n *\/\n@Singleton\nclass GitlabBackend @Inject() (\n    config:                Configuration,\n    actorSystemProvider:   ActorSystemProvider,\n    implicit val ec:       ExecutionContext,\n    implicit val wsclient: WSClient\n) extends GitBackend {\n\n  val repo_URL: String = config.get[String]( \"storage.backend.gitlab.url\" )\n  val username: String = config.get[String]( \"storage.backend.gitlab.username\" )\n  val pass: String = config.get[String]( \"storage.backend.gitlab.pass\" )\n\n  implicit def FutureResponse2Result( response: Future[StreamedResponse] )( implicit writeable: Writeable[ByteString] ): Future[Result] = {\n    response map {\n      response: StreamedResponse =>\n        val headers = response.headers map {\n          h => ( h._1, h._2.head )\n        }\n        Result( ResponseHeader( response.status, headers ), HttpEntity.Chunked( response.bodyAsSource.map( c => HttpChunk.Chunk( writeable.transform( c ) ) ), None ) )\n    }\n  }\n  implicit def Response2Result( response: StreamedResponse )( implicit writeable: Writeable[ByteString] ): Result = {\n    val headers = response.headers map {\n      h => ( h._1, h._2.head )\n    }\n    Result( ResponseHeader( response.status, headers ), HttpEntity.Chunked( response.bodyAsSource.map( c => HttpChunk.Chunk( writeable.transform( c ) ) ), None ) )\n  }\n\n  implicit def StreamResponse2Result( response: Future[WSResponse] ): Future[Result] = {\n    response map {\n      response =>\n        val headers = response.headers map {\n          h => ( h._1, h._2.head )\n        }\n        Result( ResponseHeader( response.status, headers ), Strict( response.bodyAsBytes, None ) )\n    }\n  }\n\n  def patchHeaders( h: Headers ): Array[( String, String )] = {\n\n    val host = new URL( repo_URL ).getHost\n    h.remove( \"Authorization\" ).replace( ( \"Host\", host ) ).toSimpleMap.toArray\n  }\n\n  def getRefs( request: RequestHeader, url: String, user: String ): Future[Result] = {\n    val result = wsclient.url( repo_URL + \"\/\" + username + \"\/\" + url + \".git\/info\/refs?\" + request.rawQueryString ).withHttpHeaders( patchHeaders( request.headers ): _* ).withAuth( username, pass, WSAuthScheme.BASIC ).withRequestTimeout( 10000.millis )\n    result.withMethod( \"GET\" ).stream()\n  }\n\n  def upload( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    Accumulator.source[ByteString].mapFuture { source =>\n      val client = wsclient.url( repo_URL + \"\/\" + username + \"\/\" + url + \".git\/git-upload-pack\" + req.rawQueryString ).withHttpHeaders( patchHeaders( req.headers ): _* ).withAuth( username, pass, WSAuthScheme.BASIC ).withRequestTimeout( 10000.millis )\n      client.withBody( SourceBody( source ) ).withMethod( \"POST\" ).stream()\n    }\n  }\n\n  def receive( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n    Accumulator.source[ByteString].mapFuture { source =>\n      val client = wsclient.url( repo_URL + \"\/\" + username + \"\/\" + url + \".git\/git-receive-pack\" + req.rawQueryString ).withHttpHeaders( patchHeaders( req.headers ): _* ).withAuth( username, pass, WSAuthScheme.BASIC ).withRequestTimeout( 10000.millis )\n      client.withBody( SourceBody( source ) ).withMethod( \"POST\" ).stream()\n    }\n  }\n\n  def createRepo( request: Repository ): Future[Option[String]] = {\n    val client = wsclient.url( repo_URL + \"\/api\/v4\/projects\" ).withHttpHeaders( \"Private-Token\" -> pass, \"Content-Type\" -> \"application\/json\" ).withRequestTimeout( 10000.millis )\n    client.post( Json.stringify( Json.obj( \"path\" -> request.path, \"description\" -> request.description, \"lfs_enabled\" -> false ) ) ).map(\n      result => {\n        ( result.json \\ \"id\" ).toOption.map( i => i.toString() )\n      }\n    )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/GitController.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport authorization.JWTVerifierProvider\nimport ch.datascience.service.security.{ TokenFilter, TokenFilterActionBuilder }\nimport ch.datascience.service.utils.ControllerWithBodyParseTolerantJson\nimport com.auth0.jwt.interfaces.DecodedJWT\nimport controllers.storageBackends.{ Backends, GitBackend }\nimport javax.inject.{ Inject, Singleton }\nimport models._\nimport models.persistence.DatabaseLayer\nimport play.api.Logger\nimport play.api.db.slick.HasDatabaseConfig\nimport play.api.libs.json._\nimport play.api.libs.streams.Accumulator\nimport play.api.libs.ws._\nimport play.api.mvc._\nimport slick.jdbc.JdbcProfile\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, ExecutionContext, Future }\n\/**\n * Created by jeberle on 25.04.17.\n *\/\n@Singleton\nclass GitController @Inject() (\n    config:                play.api.Configuration,\n    jwtVerifier:           JWTVerifierProvider,\n    tokenFilterAction:     TokenFilterActionBuilder,\n    backends:              Backends,\n    implicit val wsclient: WSClient,\n    protected val dal:     DatabaseLayer,\n    cc:                    ControllerComponents\n) extends AbstractController( cc ) with ControllerWithBodyParseTolerantJson with HasDatabaseConfig[JdbcProfile] {\n\n  override protected val dbConfig = dal.dbConfig\n  import profile.api._\n\n  lazy val logger: Logger = Logger( \"application.GitController\" )\n\n  val host: String = config.get[String]( \"renku_host\" )\n  val default_backend: String = config.get[String]( \"lfs_default_backend\" )\n\n  implicit lazy val LFSBatchResponseFormat: OFormat[LFSBatchResponse] = LFSBatchResponse.format\n  implicit lazy val LFSBatchResponseUpFormat: OFormat[LFSBatchResponseUp] = LFSBatchResponseUp.format\n\n  implicit val ec: ExecutionContext = defaultExecutionContext\n\n  def getRefs( id: String ) = tokenFilterAction( jwtVerifier.get ).async { implicit request =>\n\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        db.run( dal.repositories.findByUUID( uuid ) ).flatMap {\n          case Some( repo ) =>\n            val backend = repo.backend\n            backends.getBackend( backend.getOrElse( default_backend ) ) match {\n              case Some( back ) =>\n                back.asInstanceOf[GitBackend].getRefs( request, repo.path, request.userId )\n              case None => Future.successful( BadRequest( s\"The backend $backend is not enabled.\" ) )\n            }\n          case None => Future.successful( NotFound )\n        }\n    }\n  }\n\n  def uploadPack( id: String ) = EssentialAction { reqh =>\n    TokenFilter( jwtVerifier.get, \"\" ).filter( reqh ) match {\n      case Right( profile ) =>\n        val json = JsString( id )\n        val futur = json.validate[UUID] match {\n          case JsError( e ) => Future( Accumulator.done( BadRequest( JsError.toJson( e ) ) ) )\n          case JsSuccess( uuid, _ ) =>\n            db.run( dal.repositories.findByUUID( uuid ) ).map {\n              case Some( repo ) =>\n                val backend = repo.backend\n                backends.getBackend( backend.getOrElse( default_backend ) ) match {\n                  case Some( back ) =>\n                    back.asInstanceOf[GitBackend].upload( reqh, repo.path, \"\" ) \/\/profile.getId )\n                  case None => Accumulator.done( BadRequest( s\"The backend $backend is not enabled.\" ) )\n                }\n              case None => Accumulator.done( NotFound )\n            }\n        }\n        Await.result( futur, 10.seconds )\n      case Left( res ) => Accumulator.done( res )\n    }\n  }\n\n  def receivePack( id: String ) = EssentialAction { reqh =>\n    TokenFilter( jwtVerifier.get, \"\" ).filter( reqh ) match {\n      case Right( profile ) =>\n        val json = JsString( id )\n        val futur = json.validate[UUID] match {\n          case JsError( e ) => Future( Accumulator.done( BadRequest( JsError.toJson( e ) ) ) )\n          case JsSuccess( uuid, _ ) =>\n            db.run( dal.repositories.findByUUID( uuid ) ).map {\n              case Some( repo ) =>\n                val backend = repo.backend\n                backends.getBackend( backend.getOrElse( default_backend ) ) match {\n                  case Some( back ) =>\n                    back.asInstanceOf[GitBackend].receive( reqh, repo.path, profile.getId )\n                  case None => Accumulator.done( BadRequest( s\"The backend $backend is not enabled.\" ) )\n                }\n              case None => Accumulator.done( NotFound )\n            }\n        }\n        Await.result( futur, 10.seconds )\n      case Left( res ) => Accumulator.done( res )\n    }\n  }\n\n  def lfsBatch( id: String ): Action[LFSBatchRequest] = Action.async( bodyParseJson[LFSBatchRequest]( LFSBatchRequest.format ) ) { implicit request =>\n    val tokenOrError: Either[Result, DecodedJWT] = TokenFilter( jwtVerifier.get, \"\" ).filter( request )\n    val json = JsString( id )\n    json.validate[UUID] match {\n      case JsError( e ) => Future( BadRequest( JsError.toJson( e ) ) )\n      case JsSuccess( uuid, _ ) =>\n        if ( request.body.operation == \"download\" ) {\n          lfsBatchDownload( uuid, request, tokenOrError )\n        }\n        else {\n          tokenOrError match {\n            case Right( token ) => lfsBatchUpload( uuid, request, token )\n            case Left( error )  => Future.successful( error )\n          }\n        }\n    }\n  }\n\n  private def lfsBatchDownload( uuid: UUID, request: Request[LFSBatchRequest], tokenOrError: Either[Result, DecodedJWT] ) = {\n    val objects = request.body.objects.map( lfsObject => {\n      db.run( dal.fileObjectRepositories.listByFileObjectHash( lfsObject.oid ) ).map( _.headOption.map {\n        case ( repository, _, fileObject ) => {\n          val head = Map( \"Content-Hash\" -> lfsObject.oid ) ++ tokenOrError.fold( _ => Map.empty[String, String], t => Map( \"Authorization\" -> t.getToken ) )\n          LFSObjectResponse( lfsObject.oid, lfsObject.size, true, Some( LFSDownload( host + \"\/api\/storage\/repo\/\" + repository.uuid + \"\/object\/\" + fileObject.uuid, head, 600 ) ) )\n        }\n      } )\n    } )\n    Future.sequence( objects ).map( l => Ok( Json.toJson( LFSBatchResponse( request.body.transfers, l.filter( _.nonEmpty ).map( _.get ) ) ) ) )\n  }\n\n  private def lfsBatchUpload( uuid: UUID, request: Request[LFSBatchRequest], token: DecodedJWT ) = {\n\n    db.run( dal.repositories.findByUUID( uuid ) ).flatMap {\n      case Some( repo ) => {\n        val new_uuid = UUID.randomUUID()\n        if ( repo.lfs_store.isEmpty ) {\n          backends.getBackend( default_backend ) match {\n            case Some( back ) => {\n              back.createRepo( Repository( new_uuid, None, \"automatically created bucket for LFS of \" + uuid.toString, \"\", Some( default_backend ), None, None, None ) ).map(\n                i =>\n                  i.map( iid => {\n                    val rep = Repository( new_uuid, Some( iid ), \"automatically created bucket for LFS of \" + uuid.toString, \"\", Some( default_backend ), Some( Instant.now() ), Some( UUID.fromString( token.getId ) ), None )\n                    val action = for {\n                      ire <- dal.repositories.insert( rep )\n                      ure <- dal.repositories.update( Repository( repo.uuid, repo.iid, repo.description, repo.path, repo.backend, repo.created, repo.owner, Some( new_uuid ) ) )\n                    } yield ( ire, ure )\n                    db.run( action.transactionally )\n                  } )\n              )\n            }\n            case None => {}\n          }\n        }\n        val objects = request.body.objects.map( lfsObject =>\n          db.run( dal.fileObjects.findByHash( lfsObject.oid ) ) map {\n            case Some( obj ) => Some( LFSObjectResponseUp( lfsObject.oid, lfsObject.size, true, None ) )\n            case None        => Some( LFSObjectResponseUp( lfsObject.oid, lfsObject.size, true, Some( LFSUpload( host + \"\/api\/storage\/repo\/\" + repo.lfs_store.getOrElse( new_uuid ) + \"\/object\/\" + UUID.randomUUID(), Map( \"Authorization\" -> token.getToken, \"Content-Hash\" -> lfsObject.oid ), 600 ) ) ) )\n          } )\n        Future.sequence( objects ).map( l => Ok( Json.toJson( LFSBatchResponseUp( request.body.transfers, l.filter( _.nonEmpty ).map( _.get ) ) ) ) )\n      }\n      case None => Future.successful( NotFound )\n    }\n  }\n\n}\n\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/ObjectBackend.scala","text":"<reponame>leafty\/renku-storage<filename>app\/controllers\/storageBackends\/ObjectBackend.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.security.MessageDigest\n\nimport akka.stream.scaladsl._\nimport akka.stream.stage.{ GraphStageLogic, GraphStageWithMaterializedValue, InHandler }\nimport akka.stream.{ Attributes, Inlet, SinkShape }\nimport akka.util.ByteString\nimport org.apache.commons.codec.binary.Hex\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.{ RequestHeader, Result }\n\nimport scala.concurrent.{ Future, Promise }\n\n\/**\n * Created by jeberle on 07.07.17.\n *\/\ntrait ObjectBackend extends StorageBackend {\n  def read( request: RequestHeader, bucket: String, name: String ): Option[Source[ByteString, _]]\n  def write( request: RequestHeader, bucket: String, name: String, callback: ( Any, Future[String] ) => Any ): Accumulator[ByteString, Result]\n  def duplicateFile( request: RequestHeader, fromBucket: String, fromName: String, toBucket: String, toName: String ): Boolean\n\n  class ChecksumSink extends GraphStageWithMaterializedValue[SinkShape[ByteString], Future[String]] {\n    val in: Inlet[ByteString] = Inlet( \"ChecksumSink\" )\n    override val shape: SinkShape[ByteString] = SinkShape( in )\n\n    override def createLogicAndMaterializedValue( inheritedAttributes: Attributes ): ( GraphStageLogic, Future[String] ) = {\n      val promise = Promise[String]()\n\n      ( new GraphStageLogic( shape ) {\n\n        var digest: MessageDigest = MessageDigest.getInstance( \"SHA-256\" )\n\n        \/\/ This requests one element at the Sink startup.\n        override def preStart(): Unit = pull( in )\n\n        setHandler( in, new InHandler {\n          override def onPush(): Unit = {\n            val ii = grab( in )\n            digest.update( ii.asByteBuffer )\n            pull( in )\n          }\n\n          override def onUpstreamFailure( ex: Throwable ): Unit = {\n            promise.failure( ex )\n            super.onUpstreamFailure( ex )\n          }\n\n          override def onUpstreamFinish(): Unit = {\n            promise.success( new String( Hex.encodeHex( digest.digest(), true ) ) )\n            super.onUpstreamFinish()\n          }\n        } )\n\n      }, promise.future )\n    }\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/Backends.scala","text":"<filename>app\/controllers\/storageBackends\/Backends.scala\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport javax.inject.{ Inject, Singleton }\nimport play.api.Configuration\nimport play.api.inject.{ BindingKey, Injector }\n\n\/**\n * Created by johann on 07\/07\/17.\n *\/\n@Singleton\nclass Backends @Inject() ( injector: Injector, configuration: Configuration ) {\n\n  val map: Map[String, StorageBackend] = loadBackends\n\n  def getBackend( name: String ): Option[StorageBackend] = map.get( name )\n\n  private[this] def loadBackends: Map[String, StorageBackend] = {\n    val it = for {\n      conf <- configuration.getOptional[Configuration]( \"storage.backend\" )\n    } yield for {\n      name <- conf.subKeys\n      if conf.getOptional[Boolean]( s\"$name.enabled\" ).getOrElse( false )\n    } yield {\n      val key = BindingKey( classOf[StorageBackend] ).qualifiedWith( name )\n      name -> injector.instanceOf( key )\n    }\n\n    it.getOrElse( Seq.empty ).toMap\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/Repository.scala","text":"\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class Repository(\n    uuid:        UUID,\n    iid:         Option[String],\n    description: String,\n    path:        String,\n    backend:     Option[String],\n    created:     Option[Instant],\n    owner:       Option[UUID],\n    lfs_store:   Option[UUID]\n)\n\nobject Repository {\n\n  def format: OFormat[Repository] = (\n    ( JsPath \\ \"uuid\" ).format[UUID] and\n    ( JsPath \\ \"iid\" ).formatNullable[String] and\n    ( JsPath \\ \"description\" ).format[String] and\n    ( JsPath \\ \"path\" ).format[String] and\n    ( JsPath \\ \"backend\" \\ \"name\" ).formatNullable[String] and\n    ( JsPath \\ \"created\" ).formatNullable[Instant] and\n    ( JsPath \\ \"owner\" ).formatNullable[UUID] and\n    ( JsPath \\ \"lfs_store\" ).formatNullable[UUID]\n  )( read, write )\n\n  private[this] def read(\n      uuid:        UUID,\n      iid:         Option[String],\n      description: String,\n      path:        String,\n      backend:     Option[String],\n      created:     Option[Instant],\n      owner:       Option[UUID],\n      lfs_store:   Option[UUID]\n  ): Repository = {\n    Repository(\n      uuid, iid, description, path, backend, created, owner, lfs_store\n    )\n  }\n\n  private[this] def write( request: Repository ): ( UUID, Option[String], String, String, Option[String], Option[Instant], Option[UUID], Option[UUID] ) = {\n    ( request.uuid, request.iid, request.description, request.path, request.backend, request.created, request.owner, request.lfs_store )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/KafkaAdminClientProvider.scala","text":"package tasks.publish_events.kafka\n\nimport java.util.Properties\n\nimport javax.inject.{ Inject, Singleton }\nimport org.apache.kafka.clients.admin.AdminClient\nimport play.api.Configuration\n\n@Singleton\nclass KafkaAdminClientProvider @Inject() (\n    protected val config: Configuration\n) {\n\n  def get(): AdminClient = _adminClient\n\n  protected lazy val _adminClient: AdminClient = {\n    val props = new Properties\n    props.put( \"bootstrap.servers\", config.get[String]( \"kafka.bootstrap.servers\" ) )\n\n    AdminClient.create( props )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/controllers\/storageBackends\/LocalGitBackend.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2018 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.storageBackends\n\nimport java.io._\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.StreamConverters\nimport akka.util.ByteString\nimport javax.inject.{ Inject, Singleton }\nimport models.Repository\nimport org.eclipse.jgit.errors.{ CorruptObjectException, PackProtocolException, UnpackException }\nimport org.eclipse.jgit.storage.file.FileRepositoryBuilder\nimport org.eclipse.jgit.transport.RefAdvertiser.PacketLineOutRefAdvertiser\nimport org.eclipse.jgit.transport._\nimport play.api.libs.concurrent.ActorSystemProvider\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc.Results._\nimport play.api.mvc.{ RequestHeader, Result }\nimport play.api.{ Configuration, Logger }\n\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.concurrent.duration.{ FiniteDuration, _ }\nimport scala.util.Try\n\/**\n * Created by julien on 01\/02\/18.\n *\/\n@Singleton\nclass LocalGitBackend @Inject() (\n    configuration:       Configuration,\n    actorSystemProvider: ActorSystemProvider,\n    implicit val ec:     ExecutionContext\n) extends GitBackend {\n\n  lazy val logger: Logger = Logger( \"application.storageBackends.LocalGitBackend\" )\n\n  private[this] lazy val rootDir: String = configuration.get[String]( \"storage.backend.localgit.root\" )\n\n  \/*\n   * derived from org.eclipse.jgit.http.server.ServletUtils.consumeRequestBody to remove dependencies on servlets\n   *\/\n  def flushBody( in: InputStream ) {\n    if ( in == null )\n      return\n    try {\n      while ( 0 < in.skip( 1024 ) || 0 <= in.read() ) {\n        \/\/ Discard until EOF.\n      }\n    }\n    catch {\n      case e: IOException => {}\n      \/\/ Discard IOException during read or skip.\n    }\n    finally {\n      try {\n        in.close()\n      }\n      catch {\n        case e: IOException => {\n          \/\/ Discard IOException during close of input stream.\n        }\n      }\n    }\n  }\n\n  override def getRefs( request: RequestHeader, url: String, user: String ): Future[Result] = Future {\n\n    val svc = request.queryString.getOrElse( \"service\", Seq( \"\" ) ).head\n\n    val output = Try {\n      StreamConverters.asOutputStream( 10.seconds ).mapMaterializedValue { os =>\n        Future {\n          try {\n            val plo = new PacketLineOut( os )\n\n            plo.writeString( \"# service=\" + svc + \"\\n\" )\n            plo.end()\n            if ( svc.equals( \"git-upload-pack\" ) ) {\n              val up = new UploadPack( FileRepositoryBuilder.create( new File( rootDir, url ) ) )\n              try {\n                up.setBiDirectionalPipe( false )\n                up.sendAdvertisedRefs( new PacketLineOutRefAdvertiser( plo ) )\n              }\n              finally {\n                up.getRevWalk.close()\n              }\n            }\n            else if ( svc.equals( \"git-receive-pack\" ) ) {\n              val rep = new ReceivePack( FileRepositoryBuilder.create( new File( rootDir, url ) ) )\n              try {\n                rep.sendAdvertisedRefs( new PacketLineOutRefAdvertiser( plo ) )\n              }\n              finally {\n                rep.getRevWalk.close()\n              }\n            }\n            os.close()\n          }\n          finally {\n            os.close()\n          }\n        }\n      }\n    }\n    output.map( o => Ok.chunked( o ).as( \"application\/x-\" + svc + \"-advertisement\" ) )\n      .getOrElse( InternalServerError )\n\n  }\n\n  override def upload( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n\n    Accumulator.source[ByteString].mapFuture { source =>\n      Future {\n\n        val inputStream = source.runWith(\n          StreamConverters.asInputStream( FiniteDuration( 3, TimeUnit.SECONDS ) )\n        )\n        val output = Try {\n          StreamConverters.asOutputStream( 10.seconds ).mapMaterializedValue { os =>\n            Future {\n              try {\n                val up = new UploadPack( FileRepositoryBuilder.create( new File( rootDir, url ) ) )\n                up.setBiDirectionalPipe( false )\n                up.upload( inputStream, os, null )\n                os.close()\n              }\n              catch {\n                case e: ServiceMayNotContinueException =>\n                  if ( e.isOutput ) {\n                    flushBody( inputStream )\n                    os.close()\n                  }\n                  throw e\n                case e: UploadPackInternalServerErrorException =>\n                  \/\/ Special case exception, error message was sent to client.\n                  flushBody( inputStream )\n                  os.close()\n              }\n              finally {\n                os.close()\n              }\n            }\n          }\n        }\n        output.map( o => Ok.chunked( o ).as( \"application\/x-git-upload-pack-result\" ) )\n          .getOrElse( InternalServerError )\n      }\n    }\n  }\n\n  override def receive( req: RequestHeader, url: String, user: String ): Accumulator[ByteString, Result] = {\n    implicit val actorSystem: ActorSystem = actorSystemProvider.get\n    implicit val mat: ActorMaterializer = ActorMaterializer()\n\n    Accumulator.source[ByteString].mapFuture { source =>\n      Future {\n\n        val inputStream = source.runWith(\n          StreamConverters.asInputStream( FiniteDuration( 3, TimeUnit.SECONDS ) )\n        )\n        val output = Try {\n          StreamConverters.asOutputStream( 10.seconds ).mapMaterializedValue { os =>\n            Future {\n              try {\n                val rep = new ReceivePack( FileRepositoryBuilder.create( new File( rootDir, url ) ) )\n                rep.setBiDirectionalPipe( false )\n                rep.receive( inputStream, os, null )\n                os.close()\n              }\n              catch {\n                case e@( _: CorruptObjectException | _: UnpackException | _: PackProtocolException ) =>\n                  flushBody( inputStream )\n                  os.close()\n                  throw e\n              }\n              finally {\n                os.close()\n              }\n            }\n          }\n        }\n        output.map( o => Ok.chunked( o ).as( \"application\/x-git-receive-pack-result\" ) )\n          .getOrElse( InternalServerError )\n      }\n    }\n  }\n\n  override def createRepo( request: Repository ): Future[Option[String]] = Future {\n    if ( request.path.contains( \"..\" ) ) {\n      None\n    }\n    else {\n      val f = new File( rootDir, request.path )\n      f.mkdirs()\n      FileRepositoryBuilder.create( f ).create( true )\n      Some( request.path )\n    }\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/HasKafkaAdminClientProvider.scala","text":"package tasks.publish_events.kafka\n\nimport org.apache.kafka.clients.admin.AdminClient\n\ntrait HasKafkaAdminClientProvider {\n  protected def kafkaAdminClientProvider: KafkaAdminClientProvider\n  protected lazy val kafkaAdminClient: AdminClient = kafkaAdminClientProvider.get()\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/modules\/EventPublisherModule.scala","text":"<filename>app\/modules\/EventPublisherModule.scala<gh_stars>1-10\npackage modules\n\nimport akka.actor.ActorSystem\nimport play.api.inject.{ Binding, Module }\nimport play.api.{ Configuration, Environment }\nimport tasks.publish_events.{ BindingProviders, EventPublisher }\n\nimport scala.concurrent.ExecutionContext\n\nclass EventPublisherModule extends Module {\n  def bindings( environment: Environment, configuration: Configuration ): Seq[Binding[_]] =\n    Seq(\n      bind[ActorSystem].qualifiedWith( \"event-publisher\" ).toProvider( classOf[BindingProviders.ActorSystemProvider] ),\n      bind[ExecutionContext].qualifiedWith( \"event-publisher\" ).toProvider( classOf[BindingProviders.ExecutionContextProvider] ),\n      bind[EventPublisher].toSelf.eagerly()\n    )\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/FileObjectRepositoryComponent.scala","text":"package models.persistence\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport models.{ Event, FileObject, FileObjectRepository, Repository }\nimport play.api.libs.json.{ JsObject, JsString, Json, OFormat }\nimport slick.lifted._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\ntrait FileObjectRepositoryComponent {\n\n  this: JdbcProfileComponent with SchemasComponent with ImplicitsComponent with RepositoryComponent with FileObjectComponent with EventComponent =>\n\n  import profile.api._\n\n  implicit lazy val FileObjectRepositoryFormat: OFormat[FileObjectRepository] = FileObjectRepository.format\n\n  class FileObjectRepositories( tag: Tag ) extends Table[FileObjectRepository]( tag, \"FILEOBJECTREPOSITORIES\" ) {\n\n    \/\/ Columns\n    def fileObject: Rep[UUID] = column[UUID]( \"FILEOBJECT\" )\n\n    def repository: Rep[UUID] = column[UUID]( \"REPOSITORY\" )\n\n    def iid: Rep[String] = column[String]( \"IID\" )\n\n    def created: Rep[Instant] = column[Instant]( \"CREATED\" )\n\n    \/\/ Indexes\n    def pk: PrimaryKey = primaryKey( \"PK_FILEOBJECTREPOSITORIES\", ( fileObject, repository ) )\n    def fk0 = foreignKey( \"FK_FILEOBJECTREPOSITORIES_REPOSITORY\", repository, repositories )( _.uuid, onDelete = ForeignKeyAction.Cascade )\n    def fk1 = foreignKey( \"FK_FILEOBJECTREPOSITORIES_FILEOBJECT\", fileObject, fileObjects )( _.uuid, onDelete = ForeignKeyAction.Cascade )\n\n    \/\/ *\n    def * : ProvenShape[FileObjectRepository] = ( fileObject, repository, iid.?, created.? ) <> ( ( FileObjectRepository.apply _ ).tupled, FileObjectRepository.unapply )\n\n  }\n\n  object fileObjectRepositories extends TableQuery( new FileObjectRepositories( _ ) ) {\n\n    private val compiledListByRepository = Compiled( ( id: Rep[UUID] ) =>\n      for {\n        fo <- fileObjects\n        fr <- fileObjectRepositories\n        if fr.fileObject === fo.uuid && fr.repository === id\n      } yield ( fr, fo ) )\n    def listByRepository( id: UUID ): DBIO[Seq[( FileObjectRepository, FileObject )]] = compiledListByRepository( id ).result\n\n    private val compiledListByFileObject = Compiled( ( id: Rep[UUID] ) =>\n      for {\n        fr <- fileObjectRepositories\n        re <- repositories\n        if fr.repository === re.uuid && fr.fileObject === id\n      } yield ( fr, re ) )\n    def listByFileObject( id: UUID ): DBIO[Seq[( FileObjectRepository, Repository )]] = compiledListByFileObject( id ).result\n\n    private val compiledListByFileObjectHash = Compiled( ( hash: Rep[String] ) =>\n      for {\n        fo <- fileObjects\n        fr <- fileObjectRepositories\n        re <- repositories\n        if fr.fileObject === fo.uuid && fr.repository === re.uuid && fo.hash === hash\n      } yield ( re, fr, fo ) )\n    def listByFileObjectHash( hash: String ): DBIO[Seq[( Repository, FileObjectRepository, FileObject )]] = compiledListByFileObjectHash( hash ).result\n\n    private val compiledFindByPk = Compiled( ( rid: Rep[UUID], oid: Rep[UUID] ) =>\n      for {\n        fo <- fileObjects\n        fr <- fileObjectRepositories\n        re <- repositories\n        if fr.fileObject === fo.uuid && fr.repository === re.uuid && fo.uuid === oid && re.uuid === rid\n      } yield ( re, fr, fo ) )\n    def findByPk( rid: UUID, oid: UUID ): DBIO[Seq[( Repository, FileObjectRepository, FileObject )]] = compiledFindByPk( rid, oid ).result\n\n    \/*private val compiledAll = Compiled(\n      for {\n        fo <- fileObjects\n        fr <- fileObjectRepositories\n        re <- repositories\n        if fr.fileObject === fo.uuid && fr.repository === re.uuid\n      } yield ( re, fr, fo )\n    )\n\n    def all(): DBIO[Seq[( Repository, FileObjectRepository, FileObject )]] = compiledAll.result\n    *\/\n\n    def all(): DBIO[Seq[( Repository, FileObjectRepository, FileObject )]] = {\n      val query = for {\n        fo <- fileObjects\n        fr <- fileObjectRepositories\n        re <- repositories\n        if fr.fileObject === fo.uuid && fr.repository === re.uuid\n      } yield ( re, fr, fo )\n      query.result\n    }\n\n    def insert( r: FileObjectRepository ): DBIO[Int] = {\n      ( for {\n        ins <- fileObjectRepositories += r\n        _ <- events.insert( Event( None, JsObject( Map( \"repository\" -> JsString( r.repository.toString ), \"fileObject\" -> JsString( r.fileObject.toString ) ) ), \"insert\", Json.toJson( r ), Instant.now() ) )\n      } yield ins ).transactionally\n\n    }\n  }\n\n  _schemas += fileObjectRepositories.schema\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/streams\/PublisherSourceStage.scala","text":"package tasks.publish_events.streams\n\nimport java.time.Instant\n\nimport akka.Done\nimport akka.stream.stage.{ GraphStage, GraphStageLogic, OutHandler, StageLogging }\nimport akka.stream.{ Attributes, Outlet, SourceShape }\nimport javax.inject.Named\nimport models.Event\nimport models.persistence.DatabaseLayer\nimport play.api.db.slick.HasDatabaseConfig\nimport slick.basic.DatabaseConfig\nimport slick.jdbc.JdbcProfile\n\nimport scala.collection.mutable\nimport scala.concurrent.{ ExecutionContext, Future, blocking }\n\nclass PublisherSourceStage(\n    val startFrom:                                           Long,\n    val fetchSize:                                           Int,\n    protected val dal:                                       DatabaseLayer,\n    val dbConfig:                                            DatabaseConfig[JdbcProfile],\n    @Named( \"event-publisher\" ) implicit val executionContext:ExecutionContext\n) extends GraphStage[SourceShape[Event]] with HasDatabaseConfig[JdbcProfile] {\n\n  val out: Outlet[Event] = Outlet[Event]( \"events.out\" )\n\n  def shape: SourceShape[Event] = SourceShape( out )\n\n  def createLogic( inheritedAttributes: Attributes ): GraphStageLogic = {\n    new GraphStageLogic( shape ) with StageLogging {\n      private var lastEventId: Long = startFrom\n\n      private val buffer: mutable.Queue[Event] = mutable.Queue[Event]()\n      private def bufferIsFull: Boolean = buffer.lengthCompare( fetchSize ) > 0\n\n      private var pollingDatabase: Boolean = false\n      private var lastEmptyPoll: Option[Instant] = None\n\n      setHandler( out, new OutHandler {\n        def onPull(): Unit = {\n          if ( buffer.nonEmpty ) {\n            val event = buffer.dequeue()\n            push( out, event )\n          }\n\n          if ( !bufferIsFull ) {\n            pollDatabase()\n          }\n        }\n      } )\n\n      override def preStart(): Unit = {\n        log.debug( \"Stage SourceStage starting\" )\n        pollDatabase()\n      }\n\n      private def pollDatabase(): Unit = {\n        if ( !pollingDatabase ) {\n          pollingDatabase = true\n\n          val callback = getAsyncCallback[Seq[Event]] { events =>\n            pollingDatabase = false\n            \/\/ enqueue events\n            buffer.enqueue( events: _* )\n            \/\/ if events, update cursor; else update lastEmptyPoll\n            if ( events.nonEmpty ) {\n              log.debug( s\"Polled: $events\" )\n              lastEventId = events.last.id.get\n              lastEmptyPoll = None\n            }\n            else {\n              lastEmptyPoll = Some( Instant.now() )\n            }\n            \/\/ if needed, push event out\n            if ( isAvailable( out ) && buffer.nonEmpty ) {\n              val event = buffer.dequeue()\n              push( out, event )\n            }\n            \/\/ poll again if buffer is not full\n            if ( !bufferIsFull ) {\n              pollDatabase()\n            }\n          }\n\n          val wait = lastEmptyPoll match {\n            case Some( i ) =>\n              val duration = Instant.now().until( i.plusMillis( 100 ), java.time.temporal.ChronoUnit.MILLIS )\n              if ( duration > 0 )\n                Future { blocking { Thread.sleep( duration ); Done } }\n              else\n                Future.successful( Done )\n            case None => Future.successful( Done )\n          }\n\n          wait.flatMap { _ =>\n            db.run( dal.events.eventsFrom( lastEventId, fetchSize ) )\n          }.foreach(\n            callback.invoke _\n          )\n        }\n      }\n\n    }\n  }\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/streams\/PublisherSinkStage.scala","text":"package tasks.publish_events.streams\n\nimport java.util.Properties\n\nimport akka.Done\nimport akka.stream._\nimport akka.stream.stage._\nimport models.Event\nimport org.apache.kafka.clients.producer.{ KafkaProducer, ProducerRecord }\nimport play.api.Configuration\nimport play.api.libs.json.{ Json, OFormat }\n\nimport scala.concurrent.{ Future, Promise }\n\nclass PublisherSinkStage(\n    protected val config: Configuration\n) extends GraphStageWithMaterializedValue[SinkShape[Event], Future[Done]] {\n\n  implicit lazy val EventFormat: OFormat[Event] = Event.format\n\n  val topic: String = config.getOptional[String]( \"events.push_to\" ).getOrElse( \"events\" )\n\n  val in: Inlet[Event] = Inlet[Event]( \"events.in\" )\n\n  def shape: SinkShape[Event] = SinkShape( in )\n\n  def createLogicAndMaterializedValue( inheritedAttributes: Attributes ): ( GraphStageLogic, Future[Done] ) = {\n    val promise = Promise[Done]()\n    val logic = new GraphStageLogic( shape ) with StageLogging {\n      private val kafkaProducer = createKafkaProducer\n\n      override def preStart(): Unit = {\n        log.debug( s\"Stage SinkStage starting\" )\n        pull( in )\n      }\n\n      setHandler( in, new InHandler {\n        def onPush(): Unit = {\n\n          val event = grab( in )\n          val messageValue = Json.toJson( event ).toString.getBytes\n          val record = new ProducerRecord( topic, event.id.get, messageValue )\n\n          kafkaProducer.send( record )\n\n          pull( in )\n        }\n\n        override def onUpstreamFinish(): Unit = {\n          log.debug( s\"Stage SinkStage finished\" )\n          promise.success( Done )\n          super.onUpstreamFinish()\n        }\n\n        override def onUpstreamFailure( ex: Throwable ): Unit = {\n          promise.failure( ex )\n          super.onUpstreamFailure( ex )\n        }\n      } )\n\n      override def postStop(): Unit = {\n        kafkaProducer.close()\n      }\n    }\n\n    ( logic, promise.future )\n  }\n\n  protected def createKafkaProducer: KafkaProducer[Long, Array[Byte]] = {\n    Thread.currentThread().setContextClassLoader( null ) \/\/ https:\/\/stackoverflow.com\/questions\/37363119\/kafka-producer-org-apache-kafka-common-serialization-stringserializer-could-no\n\n    val props = new Properties\n    props.put( \"bootstrap.servers\", config.get[String]( \"kafka.bootstrap.servers\" ) )\n    props.put( \"client.id\", config.get[String]( \"kafka.client.id\" ) )\n    props.put( \"key.serializer\", config.get[String]( \"kafka.key.serializer\" ) )\n    props.put( \"value.serializer\", config.get[String]( \"kafka.value.serializer\" ) )\n\n    new KafkaProducer[Long, Array[Byte]]( props )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/tasks\/publish_events\/kafka\/KafkaTopicConfig.scala","text":"package tasks.publish_events.kafka\n\ncase class KafkaTopicConfig(\n    name:        String,\n    partitions:  Int,\n    replication: Int\n)\n\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/FileObject.scala","text":"<reponame>leafty\/renku-storage\n\/*\n * Copyright 2017 - Swiss Data Science Center (SDSC)\n * A partnership between \u00c9cole Polytechnique F\u00e9d\u00e9rale de Lausanne (EPFL) and\n * Eidgen\u00f6ssische Technische Hochschule Z\u00fcrich (ETHZ).\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, OFormat }\n\ncase class FileObject(\n    uuid:        UUID,\n    description: String,\n    name:        String,\n    hash:        String,\n    created:     Option[Instant],\n    owner:       UUID\n)\n\nobject FileObject {\n\n  def format: OFormat[FileObject] = (\n    ( JsPath \\ \"uuid\" ).format[UUID] and\n    ( JsPath \\ \"description\" ).format[String] and\n    ( JsPath \\ \"name\" ).format[String] and\n    ( JsPath \\ \"hash\" ).format[String] and\n    ( JsPath \\ \"created\" ).formatNullable[Instant] and\n    ( JsPath \\ \"owner\" ).format[UUID]\n  )( read, write )\n\n  private[this] def read(\n      uuid:        UUID,\n      description: String,\n      name:        String,\n      hash:        String,\n      created:     Option[Instant],\n      owner:       UUID\n  ): FileObject = {\n    FileObject(\n      uuid, description, name, hash, created, owner\n    )\n  }\n\n  private[this] def write( request: FileObject ): ( UUID, String, String, String, Option[Instant], UUID ) = {\n    ( request.uuid, request.description, request.name, request.hash, request.created, request.owner )\n  }\n\n}\n"}
{"repo_name":"leafty\/renku-storage","path":"app\/models\/persistence\/EventComponent.scala","text":"<gh_stars>1-10\npackage models.persistence\n\nimport java.time.Instant\n\nimport models.Event\nimport play.api.libs.json.JsValue\nimport slick.lifted._\n\nimport scala.language.{ higherKinds, implicitConversions }\n\ntrait EventComponent {\n\n  this: JdbcProfileComponent with SchemasComponent with ImplicitsComponent =>\n\n  import profile.api._\n\n  class Events( tag: Tag ) extends Table[Event]( tag, \"EVENTS\" ) {\n\n    \/\/ Columns\n    def id: Rep[Long] = column[Long]( \"ID\", O.PrimaryKey, O.AutoInc )\n\n    def obj: Rep[JsValue] = column[JsValue]( \"OBJ\" )\n\n    def action: Rep[String] = column[String]( \"ACTION\" )\n\n    def attr: Rep[JsValue] = column[JsValue]( \"ATTR\" )\n\n    def created: Rep[Instant] = column[Instant]( \"CREATED\" )\n\n    \/\/ *\n    def * : ProvenShape[Event] = ( id.?, obj, action, attr, created ) <> ( ( Event.apply _ ).tupled, Event.unapply _ )\n\n  }\n\n  object events extends TableQuery( new Events( _ ) ) {\n\n    lazy val compiledEventsFrom = Compiled( ( lastEventId: Rep[Long], fetchSize: ConstColumn[Long] ) =>\n      ( for ( e <- this.sortBy( _.id ) if e.id > lastEventId ) yield e ).take( fetchSize ) )\n\n    def eventsFrom( lastEventId: Long, fetchSize: Int ) = compiledEventsFrom( lastEventId, fetchSize ).result\n\n    def findByID( id: Long ): DBIO[Option[Event]] = {\n      events.findBy( _.id ).extract( id ).result.headOption\n    }\n    def all(): DBIO[Seq[Event]] = {\n      events.result\n    }\n    def insert( e: Event ): DBIO[Int] = {\n      events += e\n    }\n  }\n\n  _schemas += events.schema\n\n}\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/main\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/columns\/CommonColumns.scala","text":"\/*\n * Copyright 2021 by <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sparkDS.logicSchema.demo.dataSpec.columns\n\nimport sparkDS.logicSchema.dataSpec.sysColumnTypes._\nimport sparkDS.logicSchema.demo.dataSpec.columnTypes.{PriceAmountColumnType, SalesAmountColumnType}\n\n\/\/@formatter:off\nclass CustomerId(isKey: Boolean) extends LongColumnType(\"customer_id\", isKey)\nclass CustomerName        extends StringColumnType(\"customer_name\")\nclass DateOfBirth         extends DateColumnType(\"date_of_birth\")\nclass JoinedDate          extends DateColumnType(\"joined_date\")\nclass StreetAddress       extends StringColumnType(\"street_address\")\nclass CityName            extends StringColumnType(\"city_name\")\nclass PostalCode          extends StringColumnType(\"postal_code\")\nclass PostalState         extends StringColumnType(\"postal_state\")\n\nclass ProductId(isKey: Boolean) extends LongColumnType(\"product_id\", isKey)\nclass ProductName         extends StringColumnType(\"product_name\")\nclass ListingProductPrice extends PriceAmountColumnType(\"listing_product_price\")\nclass SaleProductPrice    extends PriceAmountColumnType(\"sale_product_price\")\nclass SaleTimestamp       extends TimestampColumnType(\"sale_timestamp\")\nclass SalesMonth          extends SalesAmountColumnType(\"sales_month\")\nclass SalesYear           extends SalesAmountColumnType(\"sales_year\")\n\/\/@formatter:on\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/test\/scala\/sparkDS\/logicSchema\/demo\/testUtil\/TestPrinting.scala","text":"<reponame>Spark-DS\/logic-schema-demo<filename>src\/test\/scala\/sparkDS\/logicSchema\/demo\/testUtil\/TestPrinting.scala\npackage sparkDS.logicSchema.demo.testUtil\n\nimport org.scalatest.TestSuite\n\nimport java.io._\nimport java.nio.file.{Files, Paths}\nimport scala.reflect.io.Directory\n\n\/**\n * Utility for printing information related to test result, no matter if the test case fails or not,\n * organized by test suite then test case, under test\/output.\n * The purpose is to help developer verifying things even when the case passed.\n *\/\nobject TestPrinting {\n  val testOutputDir = \"testOutput\/testPrinting\"\n  val printNegativeCaseDetail = true\n\n  def resetTestSuiteOutputDir(testSuite: TestSuite): Unit = {\n    if (!printNegativeCaseDetail)\n      return\n    val testSuiteOutputDir = getOutputDirForTestSuite(testSuite)\n    println(s\"[TestPrinting.resetTestSuiteOutputDir] Deleting $testSuiteOutputDir\")\n    val directory = new Directory(new File(testSuiteOutputDir))\n    directory.deleteRecursively()\n    Files.createDirectories(Paths.get(testSuiteOutputDir))\n  }\n\n  def msg(testSuite: TestSuite, caseName: String, msg: String): Unit = {\n    if (!printNegativeCaseDetail)\n      return\n    Files.createDirectories(Paths.get(testOutputDir))\n    val testSuiteOutputDir = getOutputDirForTestSuite(testSuite)\n    val filePath = s\"$testSuiteOutputDir\/$caseName\"\n    val fw = new FileWriter(filePath, true)\n    fw.append(s\"Test suite source: ${testSuite.getClass.getSimpleName}.scala\\n\\nThe test $caseName passed, printing detail for debugging:\\n$msg\\n\")\n    fw.close()\n  }\n\n  private def getOutputDirForTestSuite(testSuite: TestSuite): String = {\n    s\"$testOutputDir\/${testSuite.getClass.getName}\"\n  }\n}\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/test\/scala\/sparkDS\/logicSchema\/demo\/testData\/GenerateConsumerParquetFilesTest.scala","text":"\/*\n * Copyright 2021 by <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sparkDS.logicSchema.demo.testData\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\nimport org.scalatest._\nimport sparkDS.logicSchema.demo.dataSpec.dataFiles.OrderFile\nimport sparkDS.logicSchema.demo.testUtil.SparkTestUtil\n\nimport java.sql.Timestamp\n\nclass GenerateConsumerParquetFilesTest extends FlatSpec with Matchers {\n\n  \"========================================================================================================================\" +\n    \"\\nCase 1 - Generate valid sales parquet file\" should \"return true\" in {\n    val orderFileData: RDD[Row] = SparkTestUtil.spark.sparkContext.parallelize(\n      Seq(\n        Row(11L, 12L, Timestamp.valueOf(\"2014-01-01 23:00:01\"), BigDecimal(199.0)),\n        Row(21L, 22L, Timestamp.valueOf(\"2014-02-01 23:00:01\"), BigDecimal(299.0)),\n        Row(31L, 32L, Timestamp.valueOf(\"2014-03-01 23:00:01\"), BigDecimal(399.0))\n      )\n    )\n\n    val orderDF = SparkTestUtil.spark.createDataFrame(orderFileData, OrderFile.schema)\n    println(\"\\n\\n GenerateConsumerParquetFilesTest:\")\n    println(\"\\n\\n     Test data files were not written to avoid interference with other test cases, uncomment to regenerate.\\n\\n\\n\")\n    orderDF.coalesce(1)\n    orderDF.show(999, truncate = false)\n\/\/    orderDF.write.mode(SaveMode.Overwrite).parquet(TestDataFile.validOrderFilePath)\n  }\n\n  \"\\nCase 2 - Generate invalid sales parquet file\" should \"return true\" in {\n    val orderFileData: RDD[Row] = SparkTestUtil.spark.sparkContext.parallelize(\n      Seq(\n        Row(11L, 12L, Timestamp.valueOf(\"2014-01-01 23:00:01\"), BigDecimal(199.0)),\n        Row(21L, 22L, Timestamp.valueOf(\"2014-02-01 23:00:01\"), BigDecimal(299.0)),\n        Row(31L, 32L, Timestamp.valueOf(\"2014-03-01 23:00:01\"), BigDecimal(399.0)),\n\n        \/\/ sale_product_price > 400\n        Row(41L, 42L, Timestamp.valueOf(\"2014-04-01 23:00:01\"), BigDecimal(499.0)),\n\n        \/\/ sale_product_price > 400 and customer_id + product_id > 100\n        Row(51L, 52L, Timestamp.valueOf(\"2014-05-01 23:00:01\"), BigDecimal(599.0))\n      )\n    )\n\n    val orderDF = SparkTestUtil.spark.createDataFrame(orderFileData, OrderFile.schema)\n    println(\"\\n\\n GenerateConsumerParquetFilesTest:\")\n    println(\"\\n\\n     Test data files were not written to avoid interference with other test cases, uncomment to regenerate.\\n\\n\\n\")\n    orderDF.coalesce(1)\n    orderDF.show(999, truncate = false)\n\/\/    orderDF.write.mode(SaveMode.Overwrite).parquet(TestDataFile.invalidOrderFilePath)\n  }\n\n}\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/test\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/ColumnDataTypeTest.scala","text":"<reponame>Spark-DS\/logic-schema-demo<gh_stars>0\npackage sparkDS.logicSchema.demo.dataSpec\n\nimport org.apache.spark.sql.types.DataTypes\nimport org.scalatest._\nimport sparkDS.logicSchema.dataSpec.{AnalysisException, ColumnDataType}\n\nclass ColumnDataTypeTest extends FlatSpec with Matchers with BeforeAndAfterAll {\n\n  \"========================================================================================================================\" +\n    \"\\nCase 1 - Valid column data\" should \"return true\" in {\n    val priceAmountType: ColumnDataType = ColumnDataType(\"decimal(7,2)\", DataTypes.createDecimalType(7, 2))\n    println(s\"priceAmountType=$priceAmountType\")\n    assert(priceAmountType != null)\n  }\n\n  \"\\nCase 2 - Invalid column data\" should \"throw AnalysisException\" in {\n    assertThrows[AnalysisException] {\n      ColumnDataType(\"XXXdecimal(7,2)\", DataTypes.createDecimalType(7, 2))\n      fail(\"Expected AnalysisException not thrown\")\n    }\n  }\n\n  \"\\nCase 3 - Invalid decimal parameter(precision < scale)\" should \"throw AnalysisException\" in {\n    assertThrows[AnalysisException] {\n      ColumnDataType(\"decimal(7,8)\", DataTypes.createDecimalType(8, 7))\n      fail(\"Expected AnalysisException not thrown\")\n    }\n  }\n\n}\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"build.sbt","text":"import sbt.Keys.classLoaderLayeringStrategy\nimport sbt.librarymanagement.Configurations.Test\nimport sbt.{url}\n\nval this_version = \"0.0.5\"\nval this_org = \"com.github.spark-ds\"\n\norganization := this_org\nname := \"logic-schema-demo\"\nversion := this_version\n\nhomepage := Option(url(\"https:\/\/github.com\/spark-ds\/logic-schema\"))\nlicenses := Seq(\"Apache-2.0\" -> url(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\ndescription := \"\"\"spark-ds\/logic-schema is a Scala library for data specification and validation across dataframes(hence logic schema), to help developing applications based on Apache Spark.\"\"\"\nscmInfo := Option(ScmInfo(\n  url(\"https:\/\/github.com\/spark-ds\/logic-schema\"),\n  \"scm:<EMAIL>:spark-ds\/logic-schema.git\"))\ndevelopers := List(\n  Developer(\n    id    = \"dj707chen\",\n    name  = \"<NAME>\",\n    email = \"@dj707chen\",\n    url   = url(\"https:\/\/github.com\/dj707chen\")\n  )\n)\n\n\/\/ publishTo := sonatypePublishToBundle.value\n\/\/ sonatypeRepository := \"https:\/\/s01.oss.sonatype.org\/service\/local\"\n\/\/ sonatypeCredentialHost := \"s01.oss.sonatype.org\"\n\nscalaVersion := \"2.12.12\"\n\nval logicSchema = this_org %% \"logic-schema\" % this_version\n\nval scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % Test\n\nlibraryDependencies ++= Seq(logicSchema, scalaTest)\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/test\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/SchemaValidationTest.scala","text":"<reponame>Spark-DS\/logic-schema-demo<filename>src\/test\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/SchemaValidationTest.scala\npackage sparkDS.logicSchema.demo.dataSpec\n\nimport org.apache.spark.sql.types.DataTypes\nimport org.scalatest._\nimport sparkDS.logicSchema.dataTypeComparison.ComparisonResult\nimport sparkDS.logicSchema.demo.dataSpec.dataFiles.OrderFile\nimport sparkDS.logicSchema.demo.testData.TestDataFile\n\nclass SchemaValidationTest extends FlatSpec with Matchers with BeforeAndAfterAll {\n\n  \"========================================================================================================================\" +\n    \"\\nCase 1 - Schema validation of valid order file\" should \"return true\" in {\n    \/\/ Refer GenerateConsumerParquetFilesTest\n    val comparisonResult: ComparisonResult = OrderFile.validateSchema(\"validOrderDF_Schema\", TestDataFile.validOrderDF.schema)\n    assert(comparisonResult.isSame, s\"Schema validation of valid order file failed, ${comparisonResult.diffs}\")\n  }\n\n  \"\\nCase 2 - Schema validation of changed valid order file\" should \"return false\" in {\n    \/\/ Refer GenerateConsumerParquetFilesTest\n    val origSchema = TestDataFile.validOrderDF.schema\n    val newSchema = origSchema.add(\"dummy\", DataTypes.StringType)\n    val comparisonResult: ComparisonResult = OrderFile.validateSchema(\"changed_Schema\", newSchema)\n    assert(!comparisonResult.isSame, s\"Schema validation of valid order file failed:\\n${comparisonResult.diffs}\")\n  }\n\n}"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/main\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/ColumnValidators.scala","text":"\/*\n * Copyright 2021 by <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sparkDS.logicSchema.demo.dataSpec\n\nimport sparkDS.logicSchema.dataValidation.ColumnValidator\n\n\nobject ColumnValidators {\n  \/\/ @formatter:off\n  val int_validator            = new ColumnValidator(\"int_validator\", \"isnotnull(cast(%this_col% as int)\", \"Value is not int\")\n  val price_amount_validator   = new ColumnValidator(\"price_amount_validator\", \"%this_col% < 400\",         \"Value is not less than 300\")\n  \/\/ @formatter:on\n}\n"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/test\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/DataValidationTest.scala","text":"<reponame>Spark-DS\/logic-schema-demo\npackage sparkDS.logicSchema.demo.dataSpec\n\nimport org.scalatest._\nimport sparkDS.logicSchema.demo.dataSpec.dataFiles.OrderFile\nimport sparkDS.logicSchema.demo.testData.TestDataFile\n\nclass DataValidationTest extends FlatSpec with Matchers with BeforeAndAfterAll {\n\n  \"========================================================================================================================\" +\n    \"\\nCase 1 - Data validation of valid order file\" should \"return true\" in {\n    val orderDF = TestDataFile.validOrderDF\n    val validatedOrderDF = OrderFile.validateData(orderDF)\n    validatedOrderDF.printSchema()\n    validatedOrderDF.show(999, truncate = false)\n    val invalidDF = validatedOrderDF.filter(\"size(logic_validation_result) > 0\")\n    println(\"\\n\\ninvalidDF:\")\n    invalidDF.show(999, truncate = false)\n    println(\"\\n\\n\")\n    val isValidDF = invalidDF.isEmpty \/\/ Force to materialize\n    assert(isValidDF, \"Validation of valid order file failed\")\n  }\n\n  \"\\nCase 2 - Data validation of invalid order file\" should \"return false\" in {\n    val orderDF = TestDataFile.invalidOrderDF\n    val validatedOrderDF = OrderFile.validateData(orderDF)\n    validatedOrderDF.printSchema()\n    validatedOrderDF.show(999, truncate = false)\n    val invalidDF = validatedOrderDF.filter(\"size(logic_validation_result) > 0\")\n    println(\"\\n\\ninvalidDF:\")\n    invalidDF.show(999, truncate = false)\n    println(\"\\n\\n\")\n    val isValidDF = invalidDF.isEmpty \/\/ Force to materialize\n    assert(!isValidDF, \"Validation of invalid order file failed\")\n    assert(invalidDF.count() == 2, \"Count of invalid records did not match\")\n  }\n\n}"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/main\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/dataFiles\/OrderFile.scala","text":"\/*\n * Copyright 2021 by <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sparkDS.logicSchema.demo.dataSpec.dataFiles\n\nimport sparkDS.logicSchema.dataSpec.{ColumnType, DataFile}\nimport sparkDS.logicSchema.demo.dataSpec.RecordValidators\nimport sparkDS.logicSchema.demo.dataSpec.columns._\n\n\/\/@formatter:off\nobject OrderFileColumns {\n  val customer_id           = new CustomerId(true)\n  val product_id            = new ProductId(true)\n  val sale_product_price    = new SaleProductPrice()\n  val sale_timestamp        = new SaleTimestamp()\n}\n\/\/@formatter:on\n\nobject OrderFile extends DataFile(\n  \"OrderFile\",\n  List[ColumnType](\n    OrderFileColumns.customer_id,\n    OrderFileColumns.product_id,\n    OrderFileColumns.sale_timestamp,\n    OrderFileColumns.sale_product_price\n  )\n) {\n\n  addRecordValidator(RecordValidators.order_validator)\n\n}"}
{"repo_name":"Spark-DS\/logic-schema-demo","path":"src\/main\/scala\/sparkDS\/logicSchema\/demo\/dataSpec\/dataFiles\/CustomerFile.scala","text":"<reponame>Spark-DS\/logic-schema-demo\n\/*\n * Copyright 2021 by <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sparkDS.logicSchema.demo.dataSpec.dataFiles\n\nimport sparkDS.logicSchema.dataSpec.{ColumnType, DataFile}\nimport sparkDS.logicSchema.demo.dataSpec.columns._\n\n\/\/@formatter:off\nobject CustomerFileColumns {\n  val customer_id           = new CustomerId(true)\n  val customer_name         = new CustomerName()\n  val date_of_birth         = new DateOfBirth()\n  val joined_date           = new JoinedDate()\n  val street_address        = new StreetAddress()\n  val city_name             = new CityName()\n  val postal_code           = new PostalCode()\n  val postal_state          = new PostalState()\n}\n\/\/@formatter:on\n\nobject CustomerFile extends DataFile(\n  \"CustomerFile\",\n  List[ColumnType](\n    CustomerFileColumns.customer_id,\n    CustomerFileColumns.customer_name,\n    CustomerFileColumns.date_of_birth,\n    CustomerFileColumns.street_address,\n    CustomerFileColumns.city_name,\n    CustomerFileColumns.postal_code,\n    CustomerFileColumns.postal_state,\n    CustomerFileColumns.joined_date\n  )\n)"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/semantic\/Type.scala","text":"<reponame>kuchenkruste\/noocleus-one\npackage noocleus.semantic\n\nimport cats.effect.IO\nimport cats.effect.concurrent.Ref\nimport org.typelevel.paiges.Doc\n\nsealed trait Type extends Product with Serializable {\n  \n  def substitute(variable: Type.Variable, tau: Type.Tau): Type\n  \n  def substituteMetaVariable(variable: Type.MetaVariable, tau: Type.Tau): Type\n  \n  final def substitute(theta: Map[Type.Variable, Type.Tau]): Type =\n    theta.foldLeft(this) { case (previous, (variable, tau)) =>\n      previous.substitute(variable, tau)\n    }\n  \n  final def substituteMetaVariables(theta: Map[Type.MetaVariable, Type.Tau]): Type =\n    theta.foldLeft(this) { case (previous, (variable, tau)) =>\n      previous.substituteMetaVariable(variable, tau)\n    }\n  \n  def binders: Set[Type.Variable]\n  \n  def freeVariables: Set[Type.Variable]\n  \n  def metaVariables: Set[Type.MetaVariable]\n  \n  def skolemisedVariables: Set[Type.Variable]\n  \n  def doc: Doc\n  \n  final def -->(codomain: Type.Tau): Type.Tau =\n    Type.Function(this, codomain)\n  \n  override final def toString: String =\n    doc.render(80)\n  \n}\n\nobject Type {\n  \n  type Sigma = Type\n  type Tau = Type\n  \n  case class Constant(name: String) extends Type.Tau {\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      this\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      this\n    \n    lazy val binders: Set[Type.Variable] = Set()\n    \n    lazy val freeVariables: Set[Type.Variable] = Set()\n  \n    lazy val skolemisedVariables: Set[Type.Variable] = Set()\n    \n    lazy val metaVariables: Set[Type.MetaVariable] = Set()\n    \n    lazy val doc: Doc = Doc.text(name)\n    \n  }\n  \n  sealed trait Variable extends Type.Tau {\n    \n    def name: String\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      if (this == variable) tau\n      else this\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      this\n  \n    lazy val binders: Set[Type.Variable] = Set()\n  \n    lazy val freeVariables: Set[Type.Variable] = Set(this)\n  \n    lazy val metaVariables: Set[Type.MetaVariable] = Set()\n  \n    lazy val doc: Doc = Doc.text(name)\n    \n  }\n  \n  object Variable {\n    \n    case class Skolemised(name: String) extends Variable {\n  \n      override def equals(any: Any): Boolean = any match {\n        case skolemised: Skolemised => this eq skolemised\n        case _ => false\n      }\n  \n      override def hashCode(): Int = System.identityHashCode(this)\n  \n      lazy val skolemisedVariables: Set[Type.Variable] = Set(this)\n      \n    }\n    \n    case class Bound(name: String) extends Variable {\n      \n      lazy val skolemisedVariables: Set[Type.Variable] = Set()\n      \n    }\n    \n  }\n  \n  private lazy val greekLetters = ('\\u03b1' to '\\u03c9').map(_.toString).toArray\n  \n  case class MetaVariable(id: Int, instance: Ref[IO, Option[Type.Tau]]) extends Type.Tau {\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      this\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      if (this == variable) tau\n      else this\n  \n    lazy val binders: Set[Type.Variable] = Set()\n    \n    lazy val freeVariables: Set[Type.Variable] = Set()\n  \n    lazy val skolemisedVariables: Set[Type.Variable] = Set()\n    \n    lazy val metaVariables: Set[Type.MetaVariable] = Set(this)\n   \n    lazy val doc: Doc = Doc.text(greekLetters(id % greekLetters.length) + (id \/ greekLetters.length))\n    \n    override def equals(any: Any): Boolean = any match {\n      case variable: MetaVariable => variable.instance eq instance\n      case _ => false\n    }\n  \n    override def hashCode(): Int = System.identityHashCode(instance)\n    \n  }\n  \n  case class Application(function: Type.Tau, argument: Type.Tau) extends Type.Tau {\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      Application(function.substitute(variable, tau), argument.substitute(variable, tau))\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      Application(function.substituteMetaVariable(variable, tau), argument.substituteMetaVariable(variable, tau))\n  \n    lazy val binders: Set[Type.Variable] =\n      function.binders ++ argument.binders\n    \n    lazy val freeVariables: Set[Type.Variable] =\n      function.freeVariables ++ argument.freeVariables\n  \n    lazy val skolemisedVariables: Set[Type.Variable] =\n      function.skolemisedVariables ++ argument.skolemisedVariables\n    \n    lazy val metaVariables: Set[Type.MetaVariable] =\n      function.metaVariables ++ argument.metaVariables\n    \n    lazy val doc: Doc = (function, argument) match {\n      case (_: Function | _: ForAll, _: Application | _: Function | _: ForAll) =>\n        Doc.char('(') + function.doc + Doc.char(')') + Doc.space + Doc.char('(') + argument.doc + Doc.char(')')\n      case (_: Function | _: ForAll, _) =>\n        Doc.char('(') + function.doc + Doc.char(')') + Doc.space + argument.doc\n      case (_, _: Application | _: Function | _: ForAll) =>\n        function.doc + Doc.space + Doc.char('(') + argument.doc + Doc.char(')')\n      case (_, _) =>\n        function.doc + Doc.space + argument.doc\n    }\n    \n  }\n  \n  case class Function(domain: Type.Tau, codomain: Type.Tau) extends Type.Tau {\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      Function(domain.substitute(variable, tau), codomain.substitute(variable, tau))\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      Function(domain.substituteMetaVariable(variable, tau), codomain.substituteMetaVariable(variable, tau))\n  \n    lazy val binders: Set[Type.Variable] =\n      domain.binders ++ codomain.binders\n    \n    lazy val freeVariables: Set[Type.Variable] =\n      domain.freeVariables ++ codomain.freeVariables\n  \n    lazy val skolemisedVariables: Set[Type.Variable] =\n      domain.skolemisedVariables ++ codomain.skolemisedVariables\n    \n    lazy val metaVariables: Set[Type.MetaVariable] =\n      domain.metaVariables ++ codomain.metaVariables\n    \n    lazy val doc: Doc = domain match {\n      case _: Function | _: ForAll =>\n        Doc.char('(') + domain.doc + Doc.char(')') + Doc.space + Doc.text(\"->\") + Doc.space + codomain.doc\n      case _ =>\n        domain.doc + Doc.space + Doc.text(\"->\") + Doc.space + codomain.doc\n    }\n    \n  }\n  \n  case class ForAll(variables: List[Type.Variable], tau: Type.Tau) extends Type.Sigma {\n  \n    override def substitute(variable: Variable, tau: Type.Tau): Type =\n      if (variables.contains(variable)) this\n      else ForAll(variables, this.tau.substitute(variable, tau))\n  \n    override def substituteMetaVariable(variable: MetaVariable, tau: Type.Tau): Type =\n      ForAll(variables, this.tau.substituteMetaVariable(variable, tau))\n    \n    lazy val binders: Set[Type.Variable] =\n      variables.toSet\n    \n    lazy val freeVariables: Set[Type.Variable] =\n      tau.freeVariables -- variables\n  \n    lazy val skolemisedVariables: Set[Type.Variable] =\n      tau.skolemisedVariables\n    \n    lazy val metaVariables: Set[Type.MetaVariable] =\n      tau.metaVariables\n    \n    lazy val doc: Doc =\n      Doc.text(\"forall\") + Doc.space + Doc.intercalate(Doc.space, variables.map(_.doc)) + Doc.space +\n        Doc.char('.') + Doc.space + tau.doc\n    \n  }\n  \n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/syntax\/Parser.scala","text":"<filename>src\/main\/scala\/noocleus\/syntax\/Parser.scala\npackage noocleus.syntax\n\nimport cats.data.Validated\nimport cats.data.Validated.{Invalid, Valid}\nimport noocleus.semantic.Type\n\nimport scala.util.parsing.combinator.{ImplicitConversions, RegexParsers}\n\nobject Parser extends RegexParsers with ImplicitConversions {\n  private lazy val keywords = Set(\n    \":\", \",\", \"=>\", \"(\", \")\", \"->\", \"let\", \"=\", \"in\", \"data\", \"|\", \"match\", \"case\", \"{\", \"}\"\n  )\n  \n  def parse(content: String): Validated[String, Tree] =\n    parseAll(tree, content) match {\n      case Success(result, _) =>\n        Valid(result)\n      case NoSuccess(error, rest) =>\n        Invalid(s\"syntax error in line ${rest.pos.line} at column ${rest.pos.column}: $error\\n${rest.pos.longString}\")\n    }\n  \n  private lazy val tree: Parser[Tree] = data | let | abstraction\n  \n  private lazy val let: Parser[Tree] =\n    \"let\" ~> annotation ~ (\"=\" ~> tree) ~ (\"in\" ~> tree) ^^ Tree.Let\n  \n  private lazy val constructor: Parser[Tree.Constructor] =\n    (name ^? ({\n      case identifier if identifier.headOption.exists(_.isUpper) => identifier\n    }, identifier => s\"'$identifier' is not a valid constructor name\")) ~ rep(simpleType) ^^ Tree.Constructor\n  \n  private lazy val data: Parser[Tree] =\n    \"data\" ~> typeConstant ~ rep(typeVariable) ~ opt(\"=\" ~> repsep(constructor, \"|\"))\n      .map(_.getOrElse(List.empty[Tree.Constructor])) ~ (\"in\" ~> tree) ^^ Tree.Data\n  \n  private lazy val abstraction: Parser[Tree] =\n    `match` ~ opt(\"=>\" ~> tree) ^^ {\n      case binder ~ body => body.foldLeft(binder)(Tree.Abstraction)\n    }\n  \n  private lazy val `case`: Parser[Tree.Case] =\n    \"case\" ~> annotation ~ (\"=>\" ~> tree) ^^ Tree.Case\n  \n  private lazy val `match`: Parser[Tree] =\n    annotation ~ opt((\"match\" ~ \"{\") ~> rep(`case`) <~ \"}\") ^^ {\n      case tree ~ cases => cases.foldLeft(tree)(Tree.Match)\n    }\n  \n  private lazy val annotation: Parser[Tree] =\n    application ~ opt(\":\" ~> tau) ^^ {\n      case body ~ tau => tau.foldLeft(body)(Tree.Annotation)\n    }\n  \n  private lazy val application: Parser[Tree] =\n    rep1(value) ^^ (_.reduceLeft(Tree.Application))\n  \n  private lazy val value: Parser[Tree] =\n    natural | tuple | variable\n  \n  private lazy val natural: Parser[Tree] =\n    \"[0-9]+\".r.map(_.toInt) ^^ { n =>\n      \n      def natural(n: Int): Tree = n match {\n        case 0 => Tree.Variable(\"Z\")\n        case n => Tree.Application(Tree.Variable(\"S\"), natural(n - 1))\n      }\n      \n      natural(n)\n    }\n  \n  private lazy val tuple: Parser[Tree] =\n    \"(\" ~> repsep(tree, \",\") <~ \")\" ^^ {\n      case List(value) => value\n      case values =>\n        values.foldLeft[Tree](Tree.Variable(\"Tuple\" + values.size))(Tree.Application)\n    }\n  \n  private lazy val variable: Parser[Tree] =\n    name ^^ Tree.Variable\n  \n  private lazy val tau: Parser[Type.Tau] = functionType\n  \n  private lazy val functionType: Parser[Type.Tau] =\n    typeApplication ~ opt(\"->\" ~> tau) ^^ {\n      case domain ~ codomain => codomain.foldLeft(domain)(Type.Function)\n    }\n  \n  private lazy val typeApplication: Parser[Type.Tau] =\n    rep1(simpleType) ^^ (_.reduceLeft(Type.Application))\n  \n  private lazy val simpleType: Parser[Type.Tau] =\n    tupleType | typeVariable | typeConstant\n  \n  private lazy val tupleType: Parser[Type.Tau] =\n    \"(\" ~> repsep(tau, \",\") <~ \")\" ^^ {\n      case List(value) => value\n      case values =>\n        values.foldLeft[Type.Tau](Type.Constant(\"Tuple\" + values.size))(Type.Application)\n    }\n  \n  private lazy val typeVariable: Parser[Type.Variable] =\n    name ^? ({\n      case identifier if !identifier.headOption.exists(_.isUpper) =>\n        Type.Variable.Bound(identifier)\n    }, identifier => s\"'$identifier' is not a valid type variable\")\n  \n  private lazy val typeConstant: Parser[Type.Constant] =\n    name ^? ({\n      case identifier if identifier.headOption.exists(_.isUpper) =>\n        Type.Constant(identifier)\n    }, identifier => s\"'$identifier' is not a valid type constant\")\n  \n  private lazy val name: Parser[String] = {\n    \"[a-zA-Z][a-zA-Z0-9]*'*\".r | \"(\\\\+|\\\\~|\\\\*|\\\\#|\\\\-|\\\\.|\\\\:|\\\\,|\\\\;|\\\\<|\\\\>|\\\\||\\\\@|\\\\^|\\\\!|\\\\$|\\\\%|\\\\&|\\\\\/|\\\\?|\\\\\\\\|\\\\`|\\\\\u00b4|\\\\=)+\".r\n  } ^? ({\n    case identifier if !(keywords contains identifier) => identifier\n  }, identifier => s\"'$identifier' is not a valid identifier\")\n  \n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/semantic\/TypeCheck.scala","text":"<filename>src\/main\/scala\/noocleus\/semantic\/TypeCheck.scala<gh_stars>1-10\npackage noocleus.semantic\n\nimport cats.Monad\nimport cats.data.Validated\nimport cats.data.Validated.{Invalid, Valid}\nimport cats.effect.IO\nimport cats.effect.concurrent.Ref\nimport cats.implicits._\n\nsealed trait TypeCheck[+A] extends (Environment => IO[Validated[String, A]]) {\n  \n  def withFilter(predicate: A => Boolean): TypeCheck[A] =\n    for {\n      value <- this\n      result <-\n        if (predicate(value)) TypeCheck.pure(value)\n        else TypeCheck.fail(s\"predicate not fulfilled for value '$value'\")\n    } yield result\n  \n}\n\nobject TypeCheck {\n  \n  \/**\n   * Unifies the two tau types, i.e. instantiates meta variables in both types\n   * until they are equivalent or fails, if they can not be unified.\n   * @param a The first tau type\n   * @param b The second tau type\n   * @return This function returns nothing (except the enclosing type check monad)\n   *         since the unification instantiates meta variables as a side effect.\n   *\/\n  def unify(a: Type.Tau, b: Type.Tau): TypeCheck[Unit] = {\n    \n    def typeMismatch(a1: Type.Tau, b1: Type.Tau): TypeCheck[Unit] =\n      for {\n        a0 <- zonk(a)\n        b0 <- zonk(b)\n        morePrecisely =\n          if (a0 != a1 || b0 != b1)\n            s\"\"\"\n               |\n               |more precisely between type\n               |  `$a1`\n               |and type\n               |  `$b1`\"\"\".stripMargin\n          else s\"\"\n        \/\/ skolemised variables always arise from user supplied type variables\n        rigidTypeVariables = (a1.skolemisedVariables ++ b1.skolemisedVariables).toList\n        where = rigidTypeVariables match {\n          case Nil => \"\"\n          case List(single) =>\n            s\"\"\"\n               |\n               |where `$single` is a rigid type variable\"\"\".stripMargin\n          case init :+ last =>\n            s\"\"\"\n               |\n               |where ${init.map(\"`\" + _ + \"`\").mkString(\", \")} and `$last` are rigid type variables\"\"\".stripMargin\n        }\n        _ <- TypeCheck.fail[Unit](\n          s\"\"\"type mismatch between type\n           |  `$a0`\n           |and type\n           |  `$b0`$morePrecisely$where\"\"\".stripMargin)\n      } yield ()\n      \n    def unifyUnboundVariable(variable: Type.MetaVariable, tau: Type.Tau): TypeCheck[Unit] =\n      tau match {\n        case tau: Type.MetaVariable =>\n          for {\n            instance <- TypeCheck.readMetaVariable(tau)\n            _ <- instance.map(go(variable, _)).getOrElse(TypeCheck.writeMetaVariable(variable, tau))\n          } yield ()\n          \n        case tau if tau.metaVariables.contains(variable) =>\n          TypeCheck.fail(s\"recursive type when unifying '$tau' with $variable\")\n          \n        case tau =>\n          TypeCheck.writeMetaVariable(variable, tau)\n      }\n    \n    def unifyVariable(variable: Type.MetaVariable, tau: Type.Tau): TypeCheck[Unit] =\n      for {\n        instance <- TypeCheck.readMetaVariable(variable)\n        _ <- instance.map(go(_, tau)).getOrElse(unifyUnboundVariable(variable, tau))\n      } yield ()\n    \n    def go(a: Type.Tau, b: Type.Tau): TypeCheck[Unit] =\n      zonk(a).flatMap(a => zonk(b).map((a, _)).flatMap {\n        case (a: Type.Variable, b: Type.Variable) if a == b =>\n          TypeCheck.unit\n          \n        case (a: Type.MetaVariable, b: Type.MetaVariable) if a == b =>\n          TypeCheck.unit\n          \n        case (a: Type.Constant, b: Type.Constant) if a == b =>\n          TypeCheck.unit\n          \n        case (a: Type.MetaVariable, b) =>\n          unifyVariable(a, b)\n          \n        case (a, b: Type.MetaVariable) =>\n          unifyVariable(b, a)\n          \n        case (Type.Function(domain0, codomain0), Type.Function(domain1, codomain1)) =>\n          for {\n            _ <- go(domain0, domain1)\n            _ <- go(codomain0, codomain1)\n          } yield ()\n\n        case (Type.Application(function0, argument0), Type.Application(function1, argument1)) =>\n          for {\n            _ <- go(function0, function1)\n            _ <- go(argument0, argument1)\n          } yield ()\n\n        case (a, b) =>\n          typeMismatch(a, b)\n      })\n    \n    go(a, b)\n  }\n  \n  \/**\n   * A infinite stream of binders (i.e. type variables) following the\n   * scheme 'a0', 'b0', ... 'z0', 'a1', 'b1', ...\n   *\/\n  lazy val allBinders: Stream[Type.Variable] = {\n    def go(id: Int): Stream[Type.Variable] =\n      ('a' to 'z').toStream.map(_.toString + id).map(Type.Variable.Bound) #::: go(id + 1)\n    go(0)\n  }\n  \n  \/**\n   * Replaces all instantiated meta variables by their instances. As\n   * a side effect all instantiated meta variables will be \"shorted\n   * out\" (i.e. the instance is replaced by its zonked version)\n   * @param tau The type that should be zonked out\n   * @return A tau type that is equivalent to the provided one but\n   *         with all instantiated meta variables replaced by their\n   *         instances\n   *\/\n  def zonk(tau: Type.Tau): TypeCheck[Type.Tau] =\n    tau match {\n      case variable: Type.MetaVariable =>\n        TypeCheck.readMetaVariable(variable).flatMap {\n          case Some(tau) =>\n            for {\n              zonked <- zonk(tau)\n              _ <- TypeCheck.writeMetaVariable(variable, zonked)\n            } yield zonked\n          case None => TypeCheck.pure(variable)\n        }\n    \n      case Type.Application(function, argument) =>\n        for {\n          z0 <- zonk(function)\n          z1 <- zonk(argument)\n        } yield Type.Application(z0, z1)\n    \n      case Type.Function(domain, codomain) =>\n        for {\n          z0 <- zonk(domain)\n          z1 <- zonk(codomain)\n        } yield Type.Function(z0, z1)\n    \n      case Type.ForAll(variables, tau) =>\n        zonk(tau).map(Type.ForAll(variables, _))\n    \n      case _ => TypeCheck.pure(tau)\n    }\n  \n  \/**\n   * Generalizes the monomorphic type `tau` by closing over all free type\n   * variables (and meta type variables)\n   * @param tau The monomorphic `tau` type\n   * @return A generalization of the monomorphic type `tau` (all free type\n   *         variables and all meta type variables that are not bound by\n   *         the current environment will be bound by an universal quantifier)\n   *\/\n  def generalize(tau: Type.Tau): TypeCheck[Type.Sigma] =\n    for {\n      tau0 <- zonk(tau)\n      environment <- TypeCheck.environment\n      zonked <- environment.metaVariables.toList\n        .flatTraverse[TypeCheck, Type.MetaVariable](zonk(_).map(_.metaVariables.toList))\n      \n      metaVariables = (tau0.metaVariables -- zonked).toList\n      unboundVariables = tau0.freeVariables -- environment.freeVariables\n      \n      newBinders = allBinders\n        .filterNot(tau0.freeVariables.contains)\n        .filterNot(tau0.binders.contains)\n        .take(metaVariables.size + unboundVariables.size)\n        .toList\n      \n      metaVariableSubstitution = metaVariables.zip(newBinders).toMap\n      typeVariableSubstitution = unboundVariables.zip(newBinders.drop(metaVariables.size)).toMap\n      \n      substituted = tau0\n        .substituteMetaVariables(metaVariableSubstitution)\n        .substitute(typeVariableSubstitution)\n      sigma = if (newBinders.isEmpty) substituted else Type.ForAll(newBinders, substituted)\n    } yield sigma\n  \n  \/**\n   * Specialize the polymorphic type `sigma` by replacing all bound type variables\n   * with meta-variables (i.e. monomorphic types)\n   * @param sigma The polymorphic type `sigma`\n   * @return An instantiation of the polymorphic type `sigma`\n   *\/\n  def instantiate(sigma: Type.Sigma): TypeCheck[Type.Tau] = sigma match {\n    case Type.ForAll(variables, tau) =>\n      variables\n        .traverse[TypeCheck, (Type.Variable, Type.Tau)](variable => newMetaVariable.map(variable -> _))\n        .map(_.toMap)\n        .map(tau.substitute)\n    \n    case _ =>\n      TypeCheck.pure(sigma)\n  }\n  \n  \/**\n   * Skolemises all free type variables in the tau type and runs the\n   * provided type check (remembering the skolemised variables for\n   * future use in the environment)\n   * @param tau The tau type\n   * @param typeCheck The type check\n   * @tparam A The result of the type check\n   * @return The type check\n   *\/\n  def skolemiseFreeVariables[A](tau: Type.Tau)(typeCheck: Type.Tau => TypeCheck[A]): TypeCheck[A] = {\n    \n    def go[A](tau: Type.Tau)(typeCheck: Type.Tau => TypeCheck[A]): TypeCheck[A] = tau match {\n      case variable: Type.Variable =>\n        for {\n          environment <- TypeCheck.environment\n          result <-\n            if ((variable.freeVariables -- environment.freeVariables).contains(variable))\n              environment.getSkolemisedVariable(variable) match {\n                case Some(skolemised) => typeCheck(skolemised)\n                case None =>\n                  val skolemised = Type.Variable.Skolemised(variable.name)\n                  TypeCheck.modify(_.addSkolemisedVariable(variable, skolemised))(typeCheck(skolemised))\n              }\n            else typeCheck(variable)\n        } yield result\n\n      case Type.Application(function, argument) =>\n        go(function)(function => go(argument)(argument => typeCheck(Type.Application(function, argument))))\n        \n      case Type.Function(domain, codomain) =>\n        go(domain)(domain => go(codomain)(codomain => typeCheck(Type.Function(domain, codomain))))\n      \n      case _ =>\n        typeCheck(tau)\n    }\n    \n    go(tau)(typeCheck)\n  }\n  \n  \/**\n   * Skolemises all type variables that are quantified by the outermost forall\n   * of the provided sigma type\n   * @param sigma The sigma type\n   * @return A skolemised version of `sigma`\n   *\/\n  def skolemise(sigma: Type.Sigma): TypeCheck[Type.Tau] = sigma match {\n    case Type.ForAll(variables, tau) =>\n      val substitution = variables\n        .map(variable => variable -> Type.Variable.Skolemised(variable.name))\n        .toMap\n      \n      TypeCheck.pure(tau.substitute(substitution))\n      \n    case _ =>\n      TypeCheck.pure(sigma)\n  }\n  \n  \/** A type check that simply returns unit *\/\n  lazy val unit: TypeCheck[Unit] = TypeCheck.pure(())\n  \n  \/** Calls the provided typeCheck with a modified version of the environment *\/\n  def modify[A](f: Environment => Environment)(typeCheck: TypeCheck[A]): TypeCheck[A] =\n    TypeCheck(environment => typeCheck(f(environment)))\n  \n  \/** Calls the provided typeCheck with `name` and `type` entered in the environment *\/\n  def enter[A](name: String, `type`: Type)(typeCheck: TypeCheck[A]): TypeCheck[A] =\n    modify(_ + (name -> `type`))(typeCheck)\n  \n  \/** A type check that returns the current environment*\/\n  def environment: TypeCheck[Environment] =\n    TypeCheck(environment => IO.pure(Valid(environment)))\n  \n  \/** Creates a new (uninstantiated) meta variable *\/\n  def newMetaVariable: TypeCheck[Type.MetaVariable] =\n    for {\n      environment <- TypeCheck.environment\n      id <- TypeCheck.lift(environment.nextId)\n      variable <- TypeCheck.lift(Ref.of[IO, Option[Type.Tau]](None)).map(Type.MetaVariable(id, _))\n    } yield variable\n    \n  \n  \/** Reads the value of a meta variable *\/\n  def readMetaVariable(variable: Type.MetaVariable): TypeCheck[Option[Type.Tau]] =\n    TypeCheck.lift(variable.instance.get)\n  \n  \/** Writes a meta variable *\/\n  def writeMetaVariable(variable: Type.MetaVariable, tau: Type.Tau): TypeCheck[Unit] =\n    TypeCheck.lift(variable.instance.set(Some(tau)))\n  \n  \/** Lifts an IO action into a type check *\/\n  def lift[A](io: IO[A]): TypeCheck[A] =\n    TypeCheck(_ => io.map(Valid(_)))\n  \n  \/** Constructor for a type check *\/\n  def apply[A](f: Environment => IO[Validated[String, A]]): TypeCheck[A] =\n    new TypeCheck[A] { def apply(environment: Environment): IO[Validated[String, A]] = f(environment) }\n\n  \/** Returns a type check that will always fail with the provided message *\/\n  def fail[A](message: String): TypeCheck[A] =\n    TypeCheck(_ => IO.pure(Invalid(message)))\n  \n  \/** Returns a type check that will print the provided message *\/\n  def println(any: Any): TypeCheck[Unit] =\n    TypeCheck.lift(IO(Predef.println(any)))\n  \n  private lazy val TupleConstructor = \"Tuple([0-9]+)\".r\n  \n  \/** Returns a type check that will fetch the sigma type of the provided variable *\/\n  def lookup(name: String): TypeCheck[Type.Sigma] = name match {\n    case TupleConstructor(n) =>\n      val binders = allBinders.take(n.toInt).toList\n      val tupleType = binders.foldLeft[Type](Type.Constant(\"Tuple\" + n.toInt))(Type.Application)\n      val resultType = Type.ForAll(binders, binders.foldRight[Type](tupleType) {\n        case (next, previous) => next --> previous\n      })\n      TypeCheck.pure(resultType)\n    case _ =>\n      TypeCheck.environment.flatMap(_(name) match {\n        case Some(sigma) => TypeCheck.pure(sigma)\n        case None => TypeCheck.fail(s\"unknown variable '$name'\")\n      })\n  }\n  \n  \/** Returns a type check that will always yield the provided value *\/\n  def pure[A](value: A): TypeCheck[A] =\n    TypeCheck(_ => IO.pure(Valid(value)))\n  \n  implicit val monadInstance: Monad[TypeCheck] = new Monad[TypeCheck] {\n    \n    def flatMap[A, B](typeCheck: TypeCheck[A])(f: A => TypeCheck[B]): TypeCheck[B] =\n      TypeCheck { environment =>\n        typeCheck(environment).flatMap {\n          case Valid(value) => f(value)(environment)\n          case Invalid(error) => IO.pure(Invalid(error))\n        }\n      }\n  \n    def tailRecM[A, B](start: A)(f: A => TypeCheck[Either[A, B]]): TypeCheck[B] =\n      TypeCheck { environment =>\n        IO {\n          var current: Validated[String, Either[A, B]] = f(start)(environment).unsafeRunSync()\n          \n          while (current.exists(_.isLeft)) {\n            current = f(current.toEither.right.get.left.get)(environment).unsafeRunSync()\n          }\n          \n          current.map(_.right.get)\n        }\n      }\n  \n    def pure[A](value: A): TypeCheck[A] =\n      TypeCheck.pure(value)\n    \n  }\n\n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"build.sbt","text":"name := \"noocleus-one\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.8\"\n\nlibraryDependencies ++= Seq(\n  \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.1.1\",\n  \"org.typelevel\" %% \"paiges-core\" % \"0.2.1\",\n  \"org.typelevel\" %% \"cats-core\" % \"1.6.0\",\n  \"org.typelevel\" %% \"cats-effect\" % \"1.2.0\"\n)\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/syntax\/Tree.scala","text":"<reponame>kuchenkruste\/noocleus-one\npackage noocleus.syntax\n\nimport noocleus.semantic.Type\nimport org.typelevel.paiges.Doc\n\nsealed trait Tree extends Product with Serializable {\n  \n  def doc: Doc\n  \n  final override def toString: String =\n    doc.render(80)\n  \n}\n\nobject Tree {\n  \n  case class Variable(name: String) extends Tree {\n    \n    lazy val doc: Doc = Doc.text(name)\n    \n  }\n  \n  case class Application(function: Tree, argument: Tree) extends Tree {\n    \n    lazy val doc: Doc = (function, argument) match {\n      case (_: Abstraction | _: Let, _: Application | _: Abstraction | _: Let) =>\n        Doc.char('(') + function.doc + Doc.char(')') + Doc.space + Doc.char('(') + argument.doc + Doc.char(')')\n      case (_, _: Application | _: Abstraction | _: Let) =>\n        function.doc + Doc.space + Doc.char('(') + argument.doc + Doc.char(')')\n      case (_: Abstraction | _: Let, _) =>\n        Doc.char('(') + function.doc + Doc.char(')') + Doc.space + argument.doc\n      case (_, _) =>\n        function.doc + Doc.space + argument.doc\n    }\n    \n  }\n  \n  case class Abstraction(binder: Tree, body: Tree) extends Tree {\n    \n    lazy val doc: Doc = binder.doc + Doc.space + Doc.text(\"=>\") + Doc.space + body.doc\n    \n  }\n  \n  case class Annotation(body: Tree, `type`: Type.Tau) extends Tree {\n    \n    lazy val doc: Doc = body match {\n      case _: Abstraction | _: Annotation | _: Let =>\n        Doc.char('(') + body.doc + Doc.char(')') + Doc.char(':') + Doc.space + `type`.doc\n      case _ =>\n        body.doc + Doc.char(':') + Doc.space + `type`.doc\n    }\n    \n  }\n  \n  case class Let(binder: Tree, definition: Tree, body: Tree) extends Tree {\n    \n    lazy val doc: Doc =\n      Doc.text(\"let\") + Doc.space + binder.doc + Doc.space + Doc.char('=') + Doc.space +\n        definition.doc + Doc.space + Doc.text(\"in\") + Doc.space + body.doc\n    \n  }\n  \n  case class Case(binder: Tree, body: Tree) {\n    \n    lazy val doc: Doc =\n      Doc.text(\"case\") + Doc.space + binder.doc + Doc.space + Doc.text(\"=>\") + Doc.space + body.doc\n    \n  }\n  \n  case class Match(tree: Tree, cases: List[Case]) extends Tree {\n    \n    lazy val doc: Doc =\n      tree.doc + Doc.space + Doc.text(\"match\") + Doc.space + Doc.char('{') + Doc.lineBreak + Doc.intercalate(Doc.lineBreak + Doc.space + Doc.space, cases.map(_.doc)) + Doc.lineBreak + Doc.char('}')\n    \n  }\n  \n  case class Constructor(name: String, parameters: List[Type.Tau]) {\n    \n    lazy val doc: Doc =\n      Doc.text(name) + Doc.space + Doc.intercalate(Doc.space, parameters.map(_.doc))\n    \n  }\n  \n  case class Data(\n     typeName: Type.Constant,\n     typeParameters: List[Type.Variable],\n     constructors: List[Constructor],\n     body: Tree\n  ) extends Tree {\n    \n    lazy val doc: Doc =\n      Doc.text(\"data\") + Doc.space + typeName.doc + Doc.space + Doc.intercalate(Doc.space, typeParameters.map(_.doc)) +\n        Doc.space + Doc.char('=') + Doc.space + Doc.intercalate(Doc.space + Doc.char('|') + Doc.space, constructors.map(_.doc)) +\n        Doc.space + Doc.text(\"in\") + Doc.space + body.doc\n    \n  }\n  \n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/semantic\/TypeAnalysis.scala","text":"package noocleus.semantic\n\nimport cats.effect.IO\nimport cats.effect.concurrent.Ref\nimport noocleus.syntax.Tree\nimport cats.implicits._\n\nobject TypeAnalysis {\n  \n  private sealed trait Expectation[T] extends Product with Serializable {\n    \n    def get: TypeCheck[T]\n    \n  }\n  \n  private object Expectation {\n    \n    case class Check[T](value: T) extends Expectation[T] {\n      lazy val get: TypeCheck[T] =\n        TypeCheck.pure(value)\n    }\n    \n    case class Infer[T](reference: Ref[IO, T]) extends Expectation[T] {\n      \n      lazy val get: TypeCheck[T] =\n        TypeCheck.lift(reference.get)\n      \n    }\n    \n    def empty[T >: Null]: TypeCheck[Expectation[T]] =\n      TypeCheck.lift(Ref.of[IO, T](null)).map(Infer(_))\n    \n  }\n  \n  \/**\n   * Infers the sigma type of the `tree`\n   * @param tree The `tree`\n   * @return The sigma type of the provided `tree`\n   *\/\n  def inferSigma(tree: Tree): TypeCheck[Type.Sigma] =\n    for {\n      inference <- Expectation.empty[Type.Sigma]\n      _ <- analyseSigma(tree, inference)\n      result <- inference.get\n    } yield result\n  \n  \/**\n   * Infers the the tau type of the `tree`\n   * @param tree The `tree`\n   * @return The tau type of the provided `tree`\n   *\/\n  private def inferTau(tree: Tree): TypeCheck[Type.Tau] =\n    for {\n      inference <- Expectation.empty[Type.Tau]\n      _ <- analyseTau(tree, inference)\n      result <- inference.get\n    } yield result\n  \n  \/**\n   * Fulfills the expectation, i.e. either infers the `tau` type (generalized\n   * to a sigma type) or checks if an instance of the provided sigma type\n   * (obtained from the expectation value) can be unified with the `tau` type.\n   * @param tau The `tau` type\n   * @param expectation The expectation\n   * @return This function returns nothing since the result is inferred as a\n   *         side effect\n   *\/\n  private def fulfillSigma(tau: Type.Tau, expectation: Expectation[Type.Sigma]): TypeCheck[Unit] =\n    expectation match {\n      case Expectation.Check(sigma) =>\n        for {\n          tau0 <- TypeCheck.instantiate(sigma)\n          _ <- fulfillTau(tau, Expectation.Check(tau0))\n        } yield ()\n      case Expectation.Infer(reference) =>\n        for {\n          sigma <- TypeCheck.generalize(tau)\n          _ <- TypeCheck.lift(reference.set(sigma))\n        } yield ()\n    }\n  \n  \/**\n   * Fulfills the expectation, i.e. either infers the `tau` type or checks if\n   * the provided tau type (obtained from the expectation value) can be unified\n   * with the `tau` type.\n   * @param tau The `tau` type\n   * @param expectation The expectation\n   * @return This function returns nothing since the result is inferred as a\n   *         side effect\n   *\/\n  private def fulfillTau(tau: Type.Tau, expectation: Expectation[Type.Tau]): TypeCheck[Unit] =\n    expectation match {\n      case Expectation.Check(tau0) =>\n        TypeCheck.unify(tau, tau0)\n      case Expectation.Infer(reference) =>\n        TypeCheck.lift(reference.set(tau))\n    }\n  \n  \/**\n   * Analyses (i.e. either infers or checks, depending on the provided `expectation`)\n   * the given `tree`\n   * @param tree The `tree`\n   * @param expectation The expectation\n   * @return This function returns nothing since the result is inferred as a\n   *         side effect\n   *\/\n  private def analyseSigma(tree: Tree, expectation: Expectation[Type.Sigma]): TypeCheck[Unit] =\n    for {\n      inference <- Expectation.empty[Type.Tau]\n      _ <- analyseTau(tree, inference)\n      tau <- inference.get\n      _ <- fulfillSigma(tau, expectation)\n    } yield ()\n  \n  \/**\n   * Analyses (i.e. either infers or checks, depending on the provided `expectation`)\n   * the given `tree`\n   * @param tree The `tree`\n   * @param expectation The expectation\n   * @return This function returns nothing since the result is inferred as a\n   *         side effect\n   *\/\n  private def analyseTau(tree: Tree, expectation: Expectation[Type.Tau]): TypeCheck[Unit] =\n    tree match {\n      case Tree.Variable(name) =>\n        for {\n          sigma <- TypeCheck.lookup(name)\n          tau <- TypeCheck.instantiate(sigma)\n          _ <- fulfillTau(tau, expectation)\n        } yield ()\n  \n      case Tree.Application(function, argument) =>\n        for {\n          tau0 <- inferTau(function)\n          tau1 <- inferTau(argument)\n          tau <- TypeCheck.newMetaVariable\n          _ <- TypeCheck.unify(tau0, tau1 --> tau)\n          _ <- fulfillTau(tau, expectation)\n        } yield ()\n  \n      case Tree.Abstraction(binder, body) =>\n        for {\n          inference <- Expectation.empty[Type.Tau]\n          codomain <- bindTau(binder, inference)(inferTau(body))\n          domain <- inference.get\n          _ <- fulfillTau(domain --> codomain, expectation)\n        } yield ()\n\n      case Tree.Data(typeName, typeParameters, constructors, body) =>\n        \n        def go[A](constructors: List[Tree.Constructor])(continue: TypeCheck[A]): TypeCheck[A] =\n          constructors match {\n            case Nil => continue\n            case Tree.Constructor(name, types) :: constructors =>\n              val resultType = typeParameters.foldLeft[Type.Sigma](typeName)(Type.Application)\n              val constructorType = types.foldRight(resultType)(_ --> _)\n              TypeCheck.enter(name, Type.ForAll(typeParameters, constructorType))(go(constructors)(continue))\n          }\n  \n        go(constructors)(analyseTau(body, expectation))\n\n      case Tree.Match(tree, cases) =>\n        \n        for {\n          tau0 <- inferTau(tree)\n          tau1 <- expectation match {\n            case Expectation.Check(tau) =>\n              TypeCheck.pure(tau)\n            case Expectation.Infer(ref) =>\n              for {\n                tau <- TypeCheck.newMetaVariable\n                _ <- TypeCheck.lift(ref.set(tau))\n              } yield tau\n          }\n          _ <- {\n            def go[A](cases: List[Tree.Case])(typeCheck: TypeCheck[A]): TypeCheck[A] =\n              cases match {\n                case Nil => typeCheck\n                case Tree.Case(binder, body) :: cases =>\n                  for {\n                    _ <- bindTau(binder, Expectation.Check(tau0)) {\n                      for {\n                        tau <- inferTau(body)\n                        _ <- TypeCheck.unify(tau1, tau)\n                      } yield ()\n                    }\n                    result <- go(cases)(typeCheck)\n                  } yield result\n              }\n  \n            go(cases) {\n              TypeCheck.unit\n            }\n          }\n        } yield ()\n        \n      case Tree.Let(binder, definition, body) =>\n        for {\n          inference <- Expectation.empty[Type.Tau]\n          \n          tau <- bindTau(binder, inference) {\n            for {\n              tau0 <- inferTau(definition)\n              tau1 <- inference.get\n              _ <- TypeCheck.unify(tau1, tau0)\n            } yield tau1\n          }\n          \n          sigma <- TypeCheck.generalize(tau)\n          _ <- bindSigma(binder, Expectation.Check(sigma)) {\n            analyseTau(body, expectation)\n          }\n        } yield ()\n  \n      case Tree.Annotation(body, tau) =>\n        for {\n          sigma0 <- TypeCheck.generalize(tau)\n          tau0 <- TypeCheck.skolemise(sigma0)\n          tau1 <- inferTau(body)\n          _ <- TypeCheck.unify(tau0, tau1)\n          tau2 <- TypeCheck.instantiate(sigma0)\n          _ <- fulfillTau(tau2, expectation)\n        } yield ()\n    }\n  \n  \/**\n   * Calls the provided `typeCheck` with the provided `binder` bound to a sigma type\n   * @param binder The `binder`\n   * @param expectation The expectation (i.e. either infer or check the sigma type of the binder)\n   * @param typeCheck The `typeCheck`\n   * @tparam A The result of the `typeCheck` itself\n   * @return A type check that binds the `binder` with respect to the expectation and calls the\n   *         provided `typeCheck` in this new environment\n   *\/\n  private def bindSigma[A](binder: Tree, expectation: Expectation[Type.Sigma])(typeCheck: TypeCheck[A]): TypeCheck[A] =\n    binder match {\n      case Tree.Variable(name) if name.headOption.exists(_.isUpper) =>\n        for {\n          sigma <- TypeCheck.lookup(name)\n          tau <- TypeCheck.instantiate(sigma)\n          _ <- fulfillSigma(tau, expectation)\n          result <- typeCheck\n        } yield result\n  \n      case Tree.Variable(name) =>\n        for {\n          tau <- TypeCheck.newMetaVariable\n          _ <- fulfillSigma(tau, expectation)\n          sigma <- TypeCheck.generalize(tau)\n          result <- TypeCheck.enter(name, sigma)(typeCheck)\n        } yield result\n  \n      case Tree.Application(function, argument) =>\n        for {\n          functionInference <- Expectation.empty[Type.Sigma]\n          result <- bindSigma(function, functionInference) {\n            for {\n              sigma <- functionInference.get\n              tau0 <- TypeCheck.instantiate(sigma)\n          \n              argumentInference <- Expectation.empty[Type.Sigma]\n              result <- bindSigma(argument, argumentInference) {\n                for {\n                  sigma <- argumentInference.get\n                  tau1 <- TypeCheck.instantiate(sigma)\n              \n                  tau <- TypeCheck.newMetaVariable\n                  _ <- TypeCheck.unify(tau0, tau1 --> tau)\n                  _ <- fulfillSigma(tau, expectation)\n              \n                  result <- typeCheck\n                } yield result\n              }\n            } yield result\n          }\n        } yield result\n  \n      case Tree.Annotation(body, tau) =>\n        for {\n          result <- TypeCheck.skolemiseFreeVariables(tau) { tau0 =>\n            for {\n              _ <- fulfillSigma(tau0, expectation)\n              sigma0 <- TypeCheck.generalize(tau0)\n              result <- bindSigma(body, Expectation.Check(sigma0))(typeCheck)\n            } yield result\n          }\n        } yield result\n  \n      case _ =>\n        TypeCheck.fail(s\"illegal pattern '$binder'\")\n    }\n  \n  \/**\n   * Calls the provided `typeCheck` with the provided `binder` bound to a tau type\n   * @param binder The `binder`\n   * @param expectation The expectation (i.e. either infer or check the tau type of the binder)\n   * @param typeCheck The `typeCheck`\n   * @tparam A The result of the `typeCheck` itself\n   * @return A type check that binds the `binder` with respect to the expectation and calls the\n   *         provided `typeCheck` in this new environment\n   *\/\n  private def bindTau[A](binder: Tree, expectation: Expectation[Type.Tau])(typeCheck: TypeCheck[A]): TypeCheck[A] = binder match {\n    case Tree.Variable(name) if name.headOption.exists(_.isUpper) =>\n      for {\n        sigma <- TypeCheck.lookup(name)\n        tau <- TypeCheck.instantiate(sigma)\n        _ <- fulfillTau(tau, expectation)\n        result <- typeCheck\n      } yield result\n      \n    case Tree.Variable(name) =>\n      for {\n        tau <- TypeCheck.newMetaVariable\n        _ <- fulfillTau(tau, expectation)\n        result <- TypeCheck.enter(name, tau)(typeCheck)\n      } yield result\n    \n    case Tree.Application(function, argument) =>\n      for {\n        functionInference <- Expectation.empty[Type.Tau]\n        result <- bindTau(function, functionInference) {\n          for {\n            tau0 <- functionInference.get\n            argumentInference <- Expectation.empty[Type.Tau]\n            result <- bindTau(argument, argumentInference) {\n              for {\n                tau1 <- argumentInference.get\n                tau <- TypeCheck.newMetaVariable\n                _ <- TypeCheck.unify(tau0, tau1 --> tau)\n                _ <- fulfillTau(tau, expectation)\n                result <- typeCheck\n              } yield result\n            }\n          } yield result\n        }\n      } yield result\n    \n    case Tree.Annotation(body, tau) =>\n      for {\n        result <- TypeCheck.skolemiseFreeVariables(tau) { tau0 =>\n          for {\n            _ <- fulfillTau(tau0, expectation)\n            result <- bindTau(body, Expectation.Check(tau0))(typeCheck)\n          } yield result\n        }\n      } yield result\n      \n    case _ =>\n      TypeCheck.fail(s\"illegal pattern '$binder'\")\n  }\n  \n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/semantic\/Environment.scala","text":"<filename>src\/main\/scala\/noocleus\/semantic\/Environment.scala\npackage noocleus.semantic\n\nimport cats.effect.IO\nimport cats.effect.concurrent.Ref\n\ncase class Environment private(\n  private val map: Map[String, Type],\n  private val skolemised: Map[Type.Variable, Type.Variable],\n  private val counter: Ref[IO, Int]\n) {\n  \n  def this() = this(Map(), Map(), Ref.of[IO, Int](0).unsafeRunSync())\n  \n  def addSkolemisedVariable(variable: Type.Variable, skolemised: Type.Variable): Environment =\n    Environment(map, this.skolemised + (variable -> skolemised), counter)\n  \n  def getSkolemisedVariable(variable: Type.Variable): Option[Type.Variable] =\n    skolemised.get(variable)\n  \n  def nextId: IO[Int] =\n    for {\n      id <- counter.get\n      _ <- counter.set(id + 1)\n    } yield id\n  \n  def +(entry: (String, Type)): Environment =\n    Environment(map + entry, skolemised, counter)\n  \n  def apply(name: String): Option[Type] =\n    map.get(name)\n  \n  lazy val types: List[Type] = map.values.toList\n  \n  lazy val freeVariables: Set[Type.Variable] =\n    types.map(_.freeVariables).toSet.flatten\n  \n  lazy val metaVariables: Set[Type.MetaVariable] =\n    types.map(_.metaVariables).toSet.flatten\n  \n}\n\nobject Environment {\n  \n  def apply(): Environment =\n    new Environment()\n  \n}\n"}
{"repo_name":"kuchenkruste\/noocleus-one","path":"src\/main\/scala\/noocleus\/Application.scala","text":"package noocleus\n\nimport cats.data.Validated.{Invalid, Valid}\nimport noocleus.semantic.{Environment, TypeAnalysis}\nimport noocleus.syntax.Parser\n\nimport scala.io.Source\n\nobject Application {\n  \n  def main(args: Array[String]): Unit = {\n    val prelude =\n      s\"\"\"\n         |data Bool = True | False in\n         |data Nat = S Nat | Z in\n         |data Option a = Some a | None in\n         |data List a = Cons a (List a) | Nil in\n         |data Either l r = Left l | Right r in\n         |\n         |let id = x => x in\n         |\n         |let andThen = f => g => x => g (f x) in\n         |let swap    = f => x => y => f y x in\n         |let compose = swap andThen in\n         |\n         |let even = n => n match {\n         |  case Z       => True\n         |  case S Z     => False\n         |  case S (S n) => even n\n         |} in\n         |\n         |let if = test => then => else => test match {\n         |  case True  => then\n         |  case False => else\n         |} in\n         |\n         |let &&  = x => y => if x y False in\n         |let ||  = x => y => if x True y in\n         |let !   = x => if x False True in\n         |let ^   = x => y => || (&& x (! y)) (&& (! x) y) in\n         |let biNegate = f => x => y => ! (f x y) in\n         |let nand     = biNegate && in\n         |let nor      = biNegate || in\n         |let xnor     = biNegate ^ in\n         |\n         |let reverse = list =>\n         |  let helper = list => acc => list match {\n         |    case Cons head tail => helper tail (Cons head acc)\n         |    case Nil            => acc\n         |  } in helper list Nil\n         |in\n         |\n         |let exists = list => predicate => list match {\n         |  case Nil            => False\n         |  case Cons head tail =>\n         |    if (predicate head)\n         |      True\n         |      (exists tail predicate)\n         |} in\n         |\n         |let + = a => b => a match {\n         |  case S n => S (+ n b)\n         |  case Z   => b\n         |} in\n         |\n         |let * = a => b => a match {\n         |  case S Z => b\n         |  case Z   => Z\n         |  case S n => + (* n b) b\n         |} in\n         |\n         |let - = a => b => (a, b) match {\n         |  case (a, Z)     => a\n         |\tcase (Z, b)     => Z\n         |\tcase (S a, S b) => - a b\n         |} in\n         |\n         |let < = a => b => (a, b) match {\n         |\tcase (Z, Z)     => False\n         |\tcase (Z, b)     => True\n         |\tcase (S a, S b) => < a b\n         |} in\n         |\n         |let > = a => b => (a, b) match {\n         |\tcase (Z, Z)     => False\n         |\tcase (a, Z)     => True\n         |\tcase (S a, S b) => > a b\n         |} in\n         |\n         |let factorial = n =>\n         |  if (> n Z)\n         |    (* (factorial (- n (S Z))) n)\n         |    (S Z)\n         |in\n         |\n         |let closedRangeWithStep = start => end => step =>\n         |\tlet loop = start => end => acc =>\n         |\t\tlet subtract = < step Z in\n         |\t\tlet compare  = if subtract < > in\n         |\t\tlet finished = compare start end in\n         |\t\tlet next\t = + start step in\n         |\t\tlet recurse  = loop next end (Cons start acc) in\n         |\t\t\tif finished (reverse acc) recurse\n         |\tin loop start end Nil\n         |in\n         |\n         |let openRangeWithStep = start => step =>\n         |\tlet loop = start =>\n         |\t\tlet next = + start step in\n         |\t\tlet recurse = Cons start (loop next) in\n         |\t\t\trecurse\n         |\tin loop start\n         |in\n         |\n         |let range = start => next => end => end match {\n         |\tcase Some end =>\n         |\t\tnext match {\n         |\t\t\tcase Some next => closedRangeWithStep start end (- next start)\n         |\t\t\tcase None\t\t   => closedRangeWithStep start end (if (< start end) (S Z) (- Z (S Z)))\n         |\t\t}\n         |\tcase None =>\n         |\t\tnext match {\n         |\t\t\tcase Some next => openRangeWithStep start (- next start)\n         |\t\t\tcase None\t     => openRangeWithStep start (S Z)\n         |\t\t}\n         |} in\n         |\n         |let mapList = f => xs =>\n         |  let loop = xs => acc => xs match {\n         |    case Nil            => reverse acc\n         |    case Cons head tail => loop tail (Cons (f head) acc)\n         |  } in loop xs Nil\n         |in\n         |\n         |let length = list => list match {\n         |  case Nil            => Z\n         |  case Cons head tail => S (length tail)\n         |} in\n         |\n         |let concatLists = xs => ys =>\n         |  let helper = xs => ys => xs match {\n         |    case Nil            => ys\n         |    case Cons head tail => helper tail (Cons head ys)\n         |  } in helper (reverse xs) ys\n         |in\n         |\n         |let flatten = xs =>\n         |  let helper = xs => acc => xs match {\n         |    case Nil                        => reverse acc\n         |    case Cons Nil rest              => helper rest acc\n         |    case Cons (Cons head tail) rest => helper (Cons tail rest) (Cons head acc)\n         |  } in helper xs Nil\n         |in\n         |\n         |let flatMapList = f => xs => flatten (mapList f xs) in\n         |\n         |let either = f => g => either => either match {\n         |  case Left l  => f l\n         |  case Right r => g r\n         |} in\n         |\n         |let foldList = z => f => xs => xs match {\n         |  case Nil            => z\n         |  case Cons head tail => foldList (f z head) f tail\n         |} in\n         |\n       \"\"\".stripMargin\n  \n    print(\"> \")\n    System.out.flush()\n    \n    for (line <- Source.stdin.getLines()) {\n      val result = Parser.parse(prelude + line)\n        .andThen(TypeAnalysis.inferSigma(_)(Environment()).unsafeRunSync())\n      \n      result match {\n        case Valid(sigma) =>\n          println(\": \" + sigma)\n        case Invalid(error) =>\n          println(error)\n      }\n      \n      print(\"> \")\n      System.out.flush()\n    }\n  }\n  \n}\n"}
{"repo_name":"bubblesly\/cuttle","path":"core\/src\/main\/scala\/com\/criteo\/cuttle\/Utils.scala","text":"package com.criteo.cuttle\n\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\nimport java.lang.management.ManagementFactory\nimport java.time.Instant\n\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{ExecutionContext, Future, Promise}\n\nimport cats.implicits._\nimport cats.effect.IO\nimport doobie._\nimport doobie.implicits._\nimport lol.http.{PartialService, Service}\n\n\n\/** A set of basic utilities useful to write workflows. *\/\npackage object utils {\n\n  \/** Get a doobie transactor\n    *\n    * @param config Database configuration\n    *\/\n  def transactor(config: DatabaseConfig): XA = Database.newHikariTransactor(config)\n\n  \/** Executes unapplied schema evolutions\n    *\n    * @param table Name of the table that keeps track of applied schema changes\n    * @param schemaEvolutions List of schema evolutions (should be append-only)\n    *\/\n  def updateSchema(table: String, schemaEvolutions: List[ConnectionIO[_]]) =\n    (for {\n      _ <- Fragment.const(s\"\"\"\n        CREATE TABLE IF NOT EXISTS ${table} (\n          schema_version  SMALLINT NOT NULL,\n          schema_update   DATETIME NOT NULL,\n          PRIMARY KEY     (schema_version)\n        ) ENGINE = INNODB;\n      \"\"\").update.run\n\n      currentSchemaVersion <- Fragment.const(s\"\"\"\n        SELECT MAX(schema_version) FROM ${table}\n      \"\"\").query[Option[Int]].unique.map(_.getOrElse(0))\n\n      _ <- schemaEvolutions.zipWithIndex.drop(currentSchemaVersion).foldLeft(NoUpdate) {\n        case (evolutions, (evolution, i)) =>\n          val insertEvolutionQuery =\n            fr\"INSERT INTO\" ++ Fragment.const(table) ++ fr\"(schema_version, schema_update)\" ++\n            fr\"VALUES(${i + 1}, ${Instant.now()})\"\n          evolutions *> evolution *> insertEvolutionQuery.update.run\n      }\n    } yield ())\n\n  private[cuttle] def createScheduler(threadPrefix: String): fs2.Scheduler =\n    fs2.Scheduler.allocate[IO](1, daemon = true, threadPrefix, exitJvmOnFatalError = false).unsafeRunSync._1\n\n  \/** Creates a  [[scala.concurrent.Future Future]] that resolve automatically\n    * after the given duration.\n    *\/\n  object Timeout {\n    private val scheduler = ThreadPools.newScheduledThreadPool(1, poolName = Some(\"Timeout\"))\n\n    \/** Creates a  [[scala.concurrent.Future]] that resolve automatically\n      * after the given duration.\n      *\n      * @param timeout Duration for the timeout.\n      *\/\n    def apply(timeout: Duration): Future[Unit] = {\n      val p = Promise[Unit]()\n      scheduler.schedule(\n        new Runnable { def run(): Unit = p.success(()) },\n        timeout.toMillis,\n        TimeUnit.MILLISECONDS\n      )\n      p.future\n    }\n  }\n\n  private[cuttle] object ExecuteAfter {\n    def apply[T](delay: Duration)(block: => Future[T])(implicit executionContext: ExecutionContext) =\n      Timeout(delay).flatMap(_ => block)(executionContext)\n  }\n\n  private[cuttle] val never = Promise[Nothing]().future\n\n  private[cuttle] def randomUUID(): String = UUID.randomUUID().toString\n\n  \/**\n    * Allows chaining of method orFinally\n    * from a PartialService that returns a\n    * non-further-chainable Service.\n    *\/\n  implicit private[cuttle] class PartialServiceConverter(val service: PartialService) extends AnyVal {\n    def orFinally(finalService: Service): Service =\n      service.orElse(toPartial(finalService))\n\n    private def toPartial(service: Service): PartialService = {\n      case e => service(e)\n    }\n  }\n\n  private[cuttle] def getJVMUptime = ManagementFactory.getRuntimeMXBean.getUptime \/ 1000\n}\n"}
{"repo_name":"bubblesly\/cuttle","path":"examples\/src\/main\/scala\/com\/criteo\/cuttle\/examples\/HelloTimeSeries.scala","text":"\/\/ Example: Hello cuttle timeseries!\n\n\/\/ This a very simple cuttle project using the time series scheduler\n\/\/ to execute a bunch of shell scripts\npackage com.criteo.cuttle.examples\n\n\/\/ The main package contains everything needed to create\n\/\/ a cuttle project.\nimport com.criteo.cuttle._\n\n\/\/ The local platform allows to locally fork some processes\n\/\/ (_here we will just fork shell scripts_).\nimport com.criteo.cuttle.platforms.local._\n\n\/\/ We will use the time series scheduler for this project.\nimport com.criteo.cuttle.timeseries._\n\n\/\/ We also have to import the Java 8 time API, used by the\n\/\/ time series scheduler.\nimport java.time.ZoneOffset.UTC\nimport java.time._\n\nimport scala.concurrent.duration._\n\nobject HelloTimeSeries {\n\n  \/\/ A cuttle project is just embeded into any Scala application.\n  def main(args: Array[String]): Unit = {\n\n    \/\/ We define a common start date for all our jobs. This is required by the\n    \/\/ time series scheduler to define a start date for each job. Here we dynaically\n    \/\/ compute it as 7 days ago (_and we round it to midnight UTC_).\n    val start: Instant = LocalDate.now.minusDays(7).atStartOfDay.toInstant(UTC)\n\n    \/\/ Here is our first job. The second parameter is the scheduling configuration.\n    \/\/ __hello1__ is defined as a job computing hourly partitions starting at the start\n    \/\/ date declared before.\n    val hello1 =\n      Job(\"hello1\", hourly(start), \"Hello 1\", tags = Set(Tag(\"hello\"))) {\n        \/\/ The side effect function takes the execution as parameter. The execution\n        \/\/ contains useful meta data as well as the __context__ which is basically the\n        \/\/ input data for our execution.\n        implicit e =>\n          \/\/ Because this job uses a time series scheduling configuration the context\n          \/\/ contains the information about the time partition to compute, ie the start\n          \/\/ and end date.\n          val partitionToCompute = (e.context.start) + \"-\" + (e.context.end)\n\n          e.streams.info(s\"Hello 1 for $partitionToCompute\")\n          e.streams.info(\"Check my project page at https:\/\/github.com\/criteo\/cuttle\")\n          e.streams.info(\"Do it quickly! I will wait you here for 1 second\")\n          e.park(1.seconds).map(_ => Completed)\n      }\n\n    \/\/ Our second job is also on hourly job that executes a sh script.\n    \/\/ The `exec` interpolation is provided by the local platform.\n    \/\/ It allows us to declare a sh script to execute.\n    \/\/ More details are in [[exec]] doc.\n    val hello2 = Job(\"hello2\", hourly(start), \"Dependency for cuttle_example.world_stats\") { implicit e =>\n      exec\"\"\"sh -c '\n         |    echo Looping for 20 seconds...\n         |    for i in `seq 1 20`\n         |    do\n         |        date\n         |        sleep 1\n         |    done\n         |    echo Ok\n         |'\"\"\" ()\n    }\n\n    \/\/ Here is our third job. Look how we can also define some metadata such as a human friendly\n    \/\/ name and a set of tags. This information is used in the UI to help retrieving your jobs.\n    val hello3 =\n      Job(\"hello3\", hourly(start), \"prepare-export-job.cuttle_example.hello3_stats_daily\", tags = Set(Tag(\"hello\"), Tag(\"unsafe\"))) { implicit e =>\n        \/\/ Here we mix a Scala code execution and a sh script execution.\n        e.streams.info(\"Hello 3 from an unsafe job\")\n        val completed = exec\"sleep 3\" ()\n\n        completed.map { _ =>\n          \/\/ We generate an artificial failure if the partition is for 2 days ago between 00 and 01\n          \/\/ and if the `\/tmp\/hello3_success` file does not exist.\n          if (e.context.start == LocalDate.now.minusDays(2).atStartOfDay.toInstant(UTC)\n              && !new java.io.File(\"\/tmp\/hello3_success\").exists) {\n            e.streams.error(\"Oops, please create the \/tmp\/hello3_success file to make this execution pass...\")\n\n            \/\/ Throwing an exception is enough to fail the execution, but you can also return\n            \/\/ a failed Future.\n            sys.error(\"Oops!!!\")\n          } else {\n\n            \/\/ The completed value is returned to cuttle to announce the job execution as\n            \/\/ successful. In this case the time series scheduler will mark the partition as\n            \/\/ successful for job __hello3__ and store this information in his internal state.\n            Completed\n          }\n        }\n      }\n\n    \/\/ Our last job is a daily job. For the daily job we still need to annouce a start date, plus\n    \/\/ we need to define the time zone for which _days_ must be considered. The partitions for\n    \/\/ daily jobs will usually be 24 hours, unless you are choosing a time zone with light saving.\n    val world = Job(\"world\", daily(UTC, start), \"export-job.cuttle.world_stats\", tags = Set(Tag(\"world\"))) { implicit e =>\n      e.streams.info(\"World!\")\n      \/\/ Here we compose our executions in a for-comprehension.\n      for {\n        _ <- e.park(3.seconds)\n        completed <- exec\"sleep 3\" ()\n      } yield completed\n    }\n\n    \/\/ Finally we bootstrap our cuttle project.\n    CuttleProject(\"Hello World\", version = \"123\", env = (\"dev\", false)) {\n      \/\/ Any cuttle project contains a Workflow to execute. This Workflow is composed from jobs\n      \/\/ or from others smaller Workflows.\n      world dependsOn (hello1 and hello2 and hello3)\n    }.\n    \/\/ Starts the scheduler and an HTTP server.\n    start()\n  }\n}\n"}
{"repo_name":"bubblesly\/cuttle","path":"timeseries\/src\/main\/scala\/com\/criteo\/cuttle\/timeseries\/Workflow.scala","text":"<reponame>bubblesly\/cuttle<filename>timeseries\/src\/main\/scala\/com\/criteo\/cuttle\/timeseries\/Workflow.scala\npackage com.criteo.cuttle.timeseries\n\nimport io.circe._\nimport io.circe.syntax._\n\nimport com.criteo.cuttle._\n\n\/**\n  * A timeseries workflow\n  **\/\ntrait Workflow extends Workload[TimeSeries]  {\n\n  implicit def workflowEncoder =\n    new Encoder[Workflow] {\n      override def apply(workflow: Workflow) = {\n        val jobs = workflow.jobsInOrder.asJson\n        val tags = workflow.vertices.flatMap(_.tags).asJson\n        val dependencies = workflow.edges.map {\n          case (to, from, _) =>\n            Json.obj(\n              \"from\" -> from.id.asJson,\n              \"to\" -> to.id.asJson\n            )\n        }.asJson\n        Json.obj(\n          \"jobs\" -> jobs,\n          \"dependencies\" -> dependencies,\n          \"tags\" -> tags\n        )\n      }\n    }\n  def all = vertices\n  override def asJson = workflowEncoder(this)\n\n  private[criteo] type Dependency = (Job[TimeSeries], Job[TimeSeries], TimeSeriesDependency)\n\n  private[criteo] def vertices: Set[Job[TimeSeries]]\n  private[criteo] def edges: Set[Dependency]\n\n  private[cuttle] def roots: Set[Job[TimeSeries]] = {\n    val childNodes = edges.map { case (child, _, _) => child }\n    vertices.filter(!childNodes.contains(_))\n  }\n\n  private[cuttle] def leaves: Set[Job[TimeSeries]] = {\n    val parentNodes = edges.map { case (_, parent, _) => parent }\n    vertices.filter(!parentNodes.contains(_))\n  }\n\n  \/\/ Returns a list of jobs in the workflow sorted topologically, using Kahn's algorithm. At the\n  \/\/ same time checks that there is no cycle.\n  private[cuttle] lazy val jobsInOrder: List[Job[TimeSeries]] = graph.topologicalSort[Job[TimeSeries]](\n    vertices,\n    edges.map { case (child, parent, _) => parent -> child }\n  ) match {\n    case Some(sortedNodes) => sortedNodes\n    case None              => throw new IllegalArgumentException(\"Workflow has at least one cycle\")\n  }\n\n  \/**\n    * Compose a [[Workflow]] with another [[Workflow]] but without any\n    * dependency. It won't add any edge to the graph.\n    *\n    * @param otherWorflow The workflow to compose this workflow with.\n    *\/\n  def and(otherWorflow: Workflow): Workflow = {\n    val leftWorkflow = this\n    new Workflow {\n      val vertices = leftWorkflow.vertices ++ otherWorflow.vertices\n      val edges = leftWorkflow.edges ++ otherWorflow.edges\n    }\n  }\n\n  \/**\n    * Compose a [[Workflow]] with a second [[Workflow]] with a dependencies added between\n    * all this workflow roots and the other workflow leaves. The added dependencies will use the\n    * default dependency descriptors implicitly provided by the [[Scheduling]] used by this workflow.\n    *\n    * @param rightWorkflow The workflow to compose this workflow with.\n    * @param dependencyDescriptor If injected implicitly, default dependency descriptor for the current [[Scheduling]].\n    *\/\n  def dependsOn(rightWorkflow: Workflow)(implicit dependencyDescriptor: TimeSeriesDependency): Workflow =\n    dependsOn((rightWorkflow, dependencyDescriptor))\n\n  \/**\n    * Compose a [[Workflow]] with a second [[Workflow]] with a dependencies added between\n    * all this workflow roots and the other workflow leaves. The added dependencies will use the\n    * specified dependency descriptors.\n    *\n    * @param rightOperand The workflow to compose this workflow with.\n    *\/\n  def dependsOn(rightOperand: (Workflow, TimeSeriesDependency)): Workflow = {\n    val (rightWorkflow, depDescriptor) = rightOperand\n    val leftWorkflow = this\n    val newEdges: Set[Dependency] = for {\n      v1 <- leftWorkflow.roots\n      v2 <- rightWorkflow.leaves\n    } yield (v1, v2, depDescriptor)\n    new Workflow {\n      val vertices = leftWorkflow.vertices ++ rightWorkflow.vertices\n      val edges = leftWorkflow.edges ++ rightWorkflow.edges ++ newEdges\n    }\n  }\n}\n\n\/** Utilities for [[Workflow]]. *\/\nobject Workflow {\n\n  \/** An empty [[Workflow]] (empty graph). *\/\n  def empty[S <: Scheduling]: Workflow = new Workflow {\n    def vertices = Set.empty\n    def edges = Set.empty\n  }\n\n  \/**\n    * Validation of:\n    * - absence of cycles in the workflow\n    * - absence of jobs with the same id\n    *  @return the list of errors in the workflow, if any\n    *\/\n  def validate(workflow: Workflow): List[String] = {\n    val errors = collection.mutable.ListBuffer.empty[String]\n\n    if (graph\n      .topologicalSort[Job[TimeSeries]](\n      workflow.vertices,\n      workflow.edges.map { case (child, parent, _) => parent -> child }\n    )\n      .isEmpty) {\n      errors += \"Workflow has at least one cycle\"\n    }\n\n    graph.findStronglyConnectedComponents[Job[TimeSeries]](\n      workflow.vertices,\n      workflow.edges.map { case (child, parent, _) => parent -> child }\n    ).filter(scc => scc.size >= 2) \/\/ Strongly connected components with more than 2 jobs are cycles\n      .foreach(scc => errors += s\"{${scc.map(job => job.id).mkString(\",\")}} form a cycle\")\n\n    workflow.vertices.groupBy(_.id).collect {\n      case (id: String, jobs) if jobs.size > 1 => id\n    } foreach (id => errors += s\"Id $id is used by more than 1 job\")\n\n    errors.toList\n  }\n}"}
{"repo_name":"bubblesly\/cuttle","path":"timeseries\/src\/main\/scala\/com\/criteo\/cuttle\/timeseries\/graph\/mutable\/Graph.scala","text":"package com.criteo.cuttle.timeseries.graph.mutable\n\nimport scala.collection.mutable\n\nprivate[cuttle] case class Node[T](data: T, children: mutable.Set[Node[T]] = mutable.Set.empty[Node[T]]) {\n  private var inDegree: Long = 0\n\n  def addChild(child: Node[T]): Boolean = {\n    val childAdded = children.add(child)\n    if (childAdded) child.inDegree += 1\n    childAdded\n  }\n\n  def removeChild(child: Node[T]): Boolean = {\n    val childRemoved = children.remove(child)\n    if (childRemoved) child.inDegree -= 1\n    childRemoved\n  }\n\n  \/** @return true if the node has no incoming edges *\/\n  def isOrphanNode: Boolean = inDegree == 0\n\n  \/\/ Override hash computation to prevent stack overflow when trying to compute the hash of a node using the\n  \/\/ default hash method on graphs with cycles\n  override def hashCode(): Int = data.hashCode()\n}\n\n\/** Represents a graph with an adjacency list *\/\nprivate[cuttle] case class Graph[T](nodes: Seq[Node[T]])\n\nprivate[cuttle] object Graph {\n  \/** @param edges set of edges defined as a pair (parent, child) *\/\n  def fromVertexAndEdgeList[T](vertices: Set[T], edges: Set[(T, T)]): Graph[T] = {\n    val verticesWithMetadata = vertices.map(data => data -> Node(data)).toMap\n    edges.foreach { case (parent, child) => verticesWithMetadata(parent).addChild(verticesWithMetadata(child)) }\n    Graph(verticesWithMetadata.values.toSeq)\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"build.sbt","text":"<filename>build.sbt<gh_stars>1-10\nname := \"db-report\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.6\"\n\nlibraryDependencies ++= Seq(\n  \"com.github.wangzaixiang\" %% \"scala-sql\" % \"2.0.6\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.7.13\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.3\",\n  \"ch.qos.logback\" % \"logback-core\" % \"1.1.3\",\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.36\",\n  \"com.today\" %% \"service-commons\" % \"1.6-SNAPSHOT\",\n  \"org.apache.ant\" % \"ant\" % \"1.8.2\",\n  \"joda-time\" % \"joda-time\" % \"2.10\",\n  \"com.typesafe\" % \"config\" % \"1.3.3\",\n  \"org.apache.httpcomponents\" % \"httpclient\" % \"4.5.3\",\n  \"javax.mail\" % \"mail\" % \"1.4\",\n  \"args4j\" % \"args4j\" % \"2.33\",\n  \"org.jxls\" % \"jxls\" % \"2.4.5\",\n  \"org.jxls\" % \"jxls-poi\" % \"1.0.14\",\n  \"cglib\" % \"cglib-nodep\" % \"3.2.4\",\n  \"com.lihaoyi\" % \"ammonite_2.12.6\" % \"1.1.1\",\n  \"net.sf.jxls\" % \"jxls-core\" % \"1.0.6\",\n  \"junit\" % \"junit\" % \"4.12\" % Test\n)"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/utils\/Debug.scala","text":"<reponame>barrywang88\/db-report\npackage com.today.dbreport.utils\n\nimport org.slf4j.LoggerFactory\n\n\/**\n  * \u7c7b\u529f\u80fd\u63cf\u8ff0\uff1aDebug\u65e5\u5fd7\u8ffd\u8e2a\n  *\n  * @author barry create at 18-8-29 \u4e0b\u53483:41\n  * @version 1.0.0\n  *\/\nobject Debug {\n  val LOGGER = LoggerFactory.getLogger(getClass)\n  val counter = collection.mutable.Map[String, Int]() \/\/ label -> count\n  val times = collection.mutable.Map[String, Long]() \/\/ label - time(ns)\n\n  \/**\n    *\u8ffd\u8e2a\u4ee3\u7801\u5757\n    * @param label \u6807\u7b7e\u540d\n    * @param codeBlock \u4ee3\u7801\u5757\n    * @tparam T \u8fd4\u56de\u7ed3\u679c\u7c7b\u578b\n    * @return\n    *\/\n  def trace[T](label: String)(codeBlock: => T) = {\n    val t0 = System.nanoTime()\n    val result = codeBlock\n    val t1 = System.nanoTime()\n    counter.get(label).map(_counter => counter.put(label, _counter + 1)).orElse(counter.put(label, 1))\n    times.get(label).map(cost => times.put(label, cost + (t1 - t0))).orElse(times.put(label, t1 - t0))\n    result\n  }\n\n  \/**\n    * \u6253\u5370\u65e5\u5fd7\n    *\/\n  def info(): Unit = {\n    LOGGER.warn(\"FinallyDone...\")\n    LOGGER.warn(s\"counter:${counter}\")\n    LOGGER.warn(s\"times:${times.map { case (label, cost) => (label, cost \/ 1000000)}}ms\")\n  }\n\n  \/**\n    * \u91cd\u65b0\u8ba1\u6570\n    *\/\n  def reset(): Unit = {\n    counter.clear()\n    times.clear()\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/SqlReport.scala","text":"<gh_stars>1-10\npackage com.today.dbreport\n\nimport java.io.FileOutputStream\n\nimport com.today.dbreport.utils.{DbReportConnection, TemplateReader}\nimport org.junit.Test\nimport org.jxls.common.Context\nimport org.jxls.jdbc.JdbcHelper\nimport org.jxls.util.JxlsHelper\nimport org.slf4j.{Logger, LoggerFactory}\n\n\/**\n  * TODO the class description\n  *\n  * @author BarryWang create at 2018\/6\/7 8:50\n  * @version 0.0.1\n  *\/\nclass SqlReport {\n  val logger: Logger = LoggerFactory.getLogger(classOf[SqlReport])\n\n  @Test\n  def myTest: Unit = {\n    val conn = DbReportConnection.getConnection(\"financeReport\")\n    val jdbcHelper = new JdbcHelper(conn)\n    val is = TemplateReader.getTemplateInputStream(\"sql_demo_template.xlsx\")\n    try {\n      val os = new FileOutputStream(\"C:\\\\Users\\\\lhe\\\\Desktop\\\\sql_demo_output.xls\")\n      try {\n        val context = new Context\n        context.putVar(\"conn\", conn)\n        context.putVar(\"jdbc\", jdbcHelper)\n        JxlsHelper.getInstance.processTemplate(is, os, context)\n      } finally {\n        if (os != null){\n          os.close()\n        }\n      }\n    } finally {\n      if (is != null){\n        is.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/ArgOptions.scala","text":"package com.today.dbreport\n\nimport java.io.File\n\nimport org.kohsuke.args4j.Option\nimport org.slf4j.LoggerFactory\n\n\n\/**\n  * \u6570\u636e\u5e93\u62a5\u8868\u751f\u6210\u547d\u4ee4\u884c\u53c2\u6570\u5b9a\u4e49\n  *\n  * @author BarryWang create at 2018\/6\/23 20:21\n  * @version 0.0.1\n  *\/\nclass ArgOptions {\n  val logger= LoggerFactory.getLogger(classOf[ArgOptions])\n\n  \/**\n    * \u5bf9\u8c61\u540d\u53ca\u67e5\u8be2SQL\u811a\u672c\u5bf9\uff0c\u4e2d\u95f4\u7528\u82f1\u6587\u5206\u53f7\":\"\u9694\u5f00\n    *\/\n  val query = new scala.collection.mutable.ListBuffer[(String, String, String)];\n  @Option(name = \"-q\",\n          aliases = Array(\"-query\"),\n          metaVar = \"<db>:<objectName>:<sql>\",\n          usage = \"\u5bf9\u8c61\u540d\u53ca\u67e5\u8be2SQL\u811a\u672c\u5bf9\uff0c\u4e2d\u95f4\u7528\u82f1\u6587\u5206\u53f7\u201c:\u201d\u9694\u5f00, \u4f8b\u5982database:objectName:sql\u3002\uff08String\uff09\")\n  def setProperty(property: String): Unit = {\n    var arr = property.split(\":\")\n    arr.length match {\n      case 3 => query.+=((arr(0), arr(1), arr(2)))\n      case _ => logger.info(\"-query \u4f20\u5165\u53c2\u6570\u683c\u5f0f\u9519\u8bef, \u6b63\u786e\u683c\u5f0f: <db>:<objectName>:<sql>\")\n    }\n  }\n\n  \/**\n    * JXLS Excel\u6a21\u677f\u6587\u4ef6\u7edd\u5bf9\u8def\u5f84\n    *\/\n  @Option(name = \"-t\",\n          aliases = Array(\"-template\"),\n          metaVar = \"<template file>\",\n          usage = \"JXLS Excel\u6a21\u677f\u6587\u4ef6\u7edd\u5bf9\u8def\u5f84\uff0c \u8bf7\u53c2\u8003\uff1ahttp:\/\/jxls.sourceforge.net\/reference\/simple_exporter.html\u3002(File)\" )\n  var template: File = null\n\n  \/**\n    * Scala\u811a\u672c\u6587\u4ef6\n    *\/\n  @Option(name = \"-s\",\n          aliases = Array(\"-script\"),\n          metaVar = \"<scala script file path>\",\n          usage = \"Scala\u811a\u672c\u6587\u4ef6\uff0c \u8bf7\u53c2\u8003\uff1ahttp:\/\/ammonite.io\/#ScalaScripts\u3002(String)\")\n  var script: String = null\n\n  \/**\n    * \u8f93\u51faExcel\u6587\u4ef6\n    *\/\n  @Option(name = \"-o\",\n          aliases = Array(\"-output\"),\n    \/* required = true,handler = classOf[StringArrayOptionHandler],*\/\n          metaVar = \"<output excel file>\",\n          usage = \"\u8f93\u51faExcel\u6587\u4ef6\u7edd\u5bf9\u8def\u5f84\u3002(File)\")\n  var output: String = null\n\n  \/**\n    * \u8f93\u51faExcel\u6587\u4ef6\n    *\/\n  @Option(name = \"-m\",\n    aliases = Array(\"-mailto\"),\n    metaVar = \"<email>\",\n    usage = \"\u751f\u6210\u62a5\u8868\u53d1\u9001\u90ae\u7bb1\uff0c\u591a\u4e2a\u4f7f\u7528\u82f1\u6587\u5206\u53f7\u201c;\u201d\u5206\u5272\u3002(String)\")\n  var email: String = null\n\n  \/**\n    * \u90ae\u4ef6\u4e3b\u9898\n    *\/\n  @Option(name = \"-sub\",\n    aliases = Array(\"-subject\"),\n    metaVar = \"<subject>\",\n    usage = \"\u90ae\u4ef6\u4e3b\u9898\u3002(String)\")\n  var subject: String = null\n\n  \/**\n    * \u90ae\u4ef6\u53d1\u9001\u8005\n    *\/\n  @Option(name = \"-f\",\n    aliases = Array(\"-from\"),\n    metaVar = \"<from>\",\n    usage = \"\u90ae\u4ef6\u53d1\u9001\u8005\u3002(String)\")\n  var from: String = null\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/action\/impl\/GenReportByTemplateBySqlAction.scala","text":"<reponame>barrywang88\/db-report\npackage com.today.dbreport.action.impl\n\nimport java.io.{FileInputStream, FileOutputStream, InputStream, OutputStream}\nimport java.util.{List => JavaList}\n\nimport com.today.dbreport.action.ReportAction\nimport com.today.dbreport.dto.GenReportParam\nimport com.today.dbreport.utils.DataGenerator\nimport org.jxls.area.Area\nimport org.jxls.builder.AreaBuilder\nimport org.jxls.builder.xls.XlsCommentAreaBuilder\nimport org.jxls.common.{CellRef, Context}\nimport org.jxls.transform.Transformer\nimport org.jxls.transform.poi.PoiTransformer\nimport org.jxls.util.TransformerFactory\nimport org.slf4j.LoggerFactory\n\n\/**\n  * \u6839\u636eSQL\u53ca\u6a21\u677f\u751f\u6210\u62a5\u8868\n  *\n  * @author BarryWang create at 2018\/6\/14 10:03\n  * @version 0.0.1\n  *\/\nclass GenReportByTemplateBySqlAction(genReportParam: GenReportParam) extends ReportAction {\n  val logger= LoggerFactory.getLogger(classOf[GenReportByTemplateBySqlAction])\n  \/**\n    * \u524d\u7f6e\u6761\u4ef6\u68c0\u67e5\uff1a\u52a8\u4f5c\u3001\u72b6\u6001\u7b49\u4e1a\u52a1\u903b\u8f91\n    *\/\n  override def preCheck: Boolean = {\n    genReportParam.template match {\n      case Some(x) => return true\n      case None => {\n        logger.error(\"\u8bf7\u8f93\u5165\u6a21\u677f\uff01\")\n        return false\n      }\n    }\n  }\n\n  \/**\n    * \u751f\u6210\u62a5\u8868\n    *\/\n  override def generateReport: Unit = {\n    val context: Context = PoiTransformer.createInitialContext\n    genReportParam.querySql.toList.foreach{x=>\n      val dataObj: JavaList[Object] = DataGenerator.getObjectDataList(x._1, x._3)\n      context.putVar(x._2, dataObj)\n    }\n\n    val is: InputStream = new FileInputStream(genReportParam.template.getOrElse(null))\n    try {\n      val os: OutputStream = new FileOutputStream(genReportParam.output)\n      try {\n        val transformer: Transformer = TransformerFactory.createTransformer(is, os)\n        val areaBuilder: AreaBuilder = new XlsCommentAreaBuilder(transformer, false)\n        val xlsAreaList: JavaList[Area] = areaBuilder.build\n        val xlsArea: Area = xlsAreaList.get(0)\n        xlsArea.applyAt(new CellRef(s\"${xlsArea.getAreaRef.getSheetName}!A1\"), context)\n        xlsArea.processFormulas()\n        logger.info(\"Complete\")\n        transformer.write()\n        logger.info(\"written to file\")\n      } finally if (os != null) os.close()\n    }\n    finally if (is != null) is.close()\n  }\n}\n\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/args4jTest\/Args4JMyTest.scala","text":"package com.today.dbreport.args4jTest\n\nimport org.junit.Test\nimport org.kohsuke.args4j.CmdLineParser\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * TODO the class description\n  *\n  * @author BarryWang create at 2018\/6\/23 20:25\n  * @version 0.0.1\n  *\/\nclass Args4JMyTest{\n\n  @Test\n  def test: Unit = {\n    val args = Array[String](\"-t\", \"test\", \"-f\", \"C:\\\\Users\\\\lhe\\\\Desktop\\\\dist\\\\cmd_list.txt\", \"-b\", \"-s\", \"10\", \"-query\", \"members:select * from member\", \"-query\", \"employees:select * from employee\")\n    try {\n      val options = new ArgOptions\n      val parser = new CmdLineParser(options)\n      \/\/ print usage\n      parser.printUsage(System.out)\n      parser.parseArgument(args.toList.asJava)\n      \/\/ check the options have been set correctly\n      options.text.foreach(println)\n\/\/      val file = scala.io.Source.fromFile(options.file, \"UTF-8\")\n\/\/      file.getLines().foreach(println)\n      println(options.file.getName)\n      if (options.bol) println(options.bol)\n      println(options.size)\n      options.properties.entrySet().forEach(x=> println(s\"${x.getKey}->${x.getValue}\"))\n\/\/      println(options.properties.get(\"key1\"))\n\/\/      println(options.properties.get(\"key2\"))\n    } catch {\n      case ex: Exception => ex.printStackTrace()\n    }\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/action\/ReportAction.scala","text":"<gh_stars>1-10\npackage com.today.dbreport.action\n\nimport org.slf4j.{Logger, LoggerFactory}\n\nimport scala.util.control.NonFatal\n\n\/**\n  * \u62a5\u8868Action\n  *\n  * @author BarryWang create at 2018\/6\/14 10:03\n  * @version 0.0.1\n  *\/\ntrait ReportAction {\n  \/**\n    *\u62a5\u8868\u751f\u6210\u6d41\u7a0b\n    *\/\n  def execute: Unit = {\n    try {\n      \/\/\u524d\u7f6e\u68c0\u67e5\u5931\u8d25,\u4e0d\u518d\u6267\u884caction\n      if(!preCheck){\n        return\n      }\n      \/\/\u751f\u6210\u62a5\u8868\n      generateReport\n    } catch {\n      case NonFatal(e) =>\n        val logger: Logger = LoggerFactory.getLogger(classOf[ReportAction])\n        logger.error(e.getMessage, e)\n        throw e\n    } finally {\n    }\n  }\n\n  \/**\n    * \u524d\u7f6e\u6761\u4ef6\u68c0\u67e5\uff1a\u52a8\u4f5c\u3001\u72b6\u6001\u7b49\u4e1a\u52a1\u903b\u8f91\n    *\/\n  def preCheck: Boolean\n\n  \/**\n    * \u751f\u6210\u62a5\u8868\n    *\/\n  def generateReport\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/utils\/ConfigReader.scala","text":"package com.today.dbreport.utils\n\nimport java.io.File\n\nimport com.typesafe.config.{Config, ConfigFactory}\n\n\/**\n  * \u7c7b\u529f\u80fd\u63cf\u8ff0: \u914d\u7f6e\u6587\u4ef6\u8bfb\u53d6\n  *\n  * Create by Barry\n  *\n  * @version 1.0.0\n  * Create on 2018\/6\/25.\n  *\/\nobject ConfigReader {\n\n  \/**\n    * \u8bfb\u53d6\u914d\u7f6e\u6587\u4ef6\n    * @return\n    *\/\n  def getConfig(): Config ={\n    val configFileName = \"config.conf\"\n    \/\/\u8bfb\u53d6Jar\u5305\u5185resources\u4e0b\u7684config.conf\u6587\u4ef6\n    val configFile = s\"${System.getProperty(\"user.dir\")}${File.separator}config${File.separator}${configFileName}\"\n    println(s\"config file path:${configFile}\")\n    var databaseConfig: Config = null\n    val file = new File(configFile)\n    \/\/\u8bfb\u53d6Jar\u5305\u5916, \u4e0eJar\u5305\u5e73\u7ea7\u76ee\u5f55\/config\/\u4e0b\u7684config.conf\u6587\u4ef6\u6587\u4ef6\n    if(file.exists()){\n      databaseConfig = ConfigFactory.parseFile(file)\n    } else {\n      databaseConfig = ConfigFactory.load(ConfigReader.getClass().getClassLoader, configFileName)\n    }\n    databaseConfig\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/action\/impl\/GenReportByScriptAction.scala","text":"package com.today.dbreport.action.impl\n\nimport java.io._\nimport java.util.{List => JavaList}\n\nimport ammonite.ops.Path\nimport ammonite.util.Res\nimport ammonite.util.Res.{Exception, Failure, Success}\nimport com.today.dbreport.action.ReportAction\nimport com.today.dbreport.dto.GenReportParam\nimport com.today.dbreport.utils.DataGenerator\nimport org.jxls.area.Area\nimport org.jxls.builder.xls.XlsCommentAreaBuilder\nimport org.jxls.common.{CellRef, Context}\nimport org.jxls.transform.poi.PoiTransformer\nimport org.jxls.util.TransformerFactory\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * \u6839\u636eScala\u811a\u672c, SQL\u53ca\u6a21\u677f\u751f\u6210\u62a5\u8868\n  *\n  * @author BarryWang create at 2018\/6\/14 10:03\n  * @version 0.0.1\n  *\/\nclass GenReportByScriptAction(genReportParam: GenReportParam) extends ReportAction {\n  val logger= LoggerFactory.getLogger(classOf[GenReportByScriptAction])\n  \/**\n    * \u524d\u7f6e\u6761\u4ef6\u68c0\u67e5\uff1a\u52a8\u4f5c\u3001\u72b6\u6001\u7b49\u4e1a\u52a1\u903b\u8f91\n    *\/\n  override def preCheck: Boolean = {\n    genReportParam.template match {\n      case Some(x) => return true\n      case None => {\n        logger.error(\"\u8bf7\u8f93\u5165\u6a21\u677f\uff01\")\n        false\n      }\n    }\n  }\n\n  \/**\n    * \u751f\u6210\u62a5\u8868\n    *\/\n  override def generateReport: Unit = {\n    val pathParamsArray = genReportParam.script.getOrElse(\"\").split(\";\")\n    \/\/\u83b7\u53d6Scala\u811a\u672c\u53c2\u6570\n    val args = pathParamsArray.zipWithIndex.filter(_._2 != 0).map{ x=>\n        val paramNameValPair = x._1.split(\":\")\n        (paramNameValPair(0), Some(paramNameValPair(1)))\n    }\n\n    \/\/\u8fd0\u884cScala\u811a\u672c\u5e76\u83b7\u53d6\u6570\u636eMap\n    val result: (Res[Any], Seq[(Path, Long)]) = ammonite.Main().runScript(Path(pathParamsArray(0)), args)\n    val dataMap = (result._1 match {\n      case Success(x) => {\n        Some(x.asInstanceOf[Map[String, AnyRef]])\n      }\n      case Failure(msg) => logger.error(s\"generate report by script failure: ${msg}\"); None\n      case Exception(msg, e) => logger.error(s\"generate report by script exception: ${msg}\", e); None\n    }) match {\n      case Some(x) => x\n      case None => Map()\n    }\n\n    val context: Context = PoiTransformer.createInitialContext\n    \/\/\u8bbe\u7f6eScala\u811a\u672c\u83b7\u53d6\u7684\u6570\u636e\n    dataMap.foreach{x=>\n      val dataObj = x._2.isInstanceOf[Seq[AnyRef]] match {\n        case true => x._2.asInstanceOf[List[AnyRef]].asJavaCollection\n        case _ => x._2\n      }\n      context.putVar(x._1, dataObj)\n    }\n    \/\/\u8bbe\u7f6eSQL\u67e5\u8be2\u83b7\u53d6\u7684\u6570\u636e\n    genReportParam.querySql.toList.foreach{x=>\n      val dataObj: JavaList[Object] = DataGenerator.getObjectDataList(x._1, x._3)\n      context.putVar(x._2, dataObj)\n    }\n\n    val is: InputStream = new FileInputStream(genReportParam.template.getOrElse(null))\n    try {\n      val os: OutputStream = new FileOutputStream(genReportParam.output)\n      try {\n        val transformer = TransformerFactory.createTransformer(is, os)\n        val areaBuilder = new XlsCommentAreaBuilder(transformer, false)\n        val xlsAreaList = areaBuilder.build\n        val xlsArea: Area = xlsAreaList.get(0)\n        xlsArea.applyAt(new CellRef(s\"${xlsArea.getAreaRef.getSheetName}!A1\"), context)\n        xlsArea.processFormulas()\n        logger.info(\"Complete\")\n        transformer.write()\n        logger.info(\"written to file\")\n      } finally if (os != null) os.close()\n    }\n    finally if (is != null) is.close()\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/action\/impl\/GenReportBySqlAction.scala","text":"<reponame>barrywang88\/db-report\npackage com.today.dbreport.action.impl\n\nimport java.io.FileOutputStream\n\nimport com.today.dbreport.Main.logger\nimport com.today.dbreport.action.ReportAction\nimport com.today.dbreport.dto.GenReportParam\nimport com.today.dbreport.utils.{DataGenerator, TemplateReader}\nimport org.jxls.builder.xml.XmlAreaBuilder\nimport org.jxls.common.CellRef\nimport org.jxls.transform.poi.PoiTransformer\nimport org.jxls.util.TransformerFactory\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * \u6839\u636eSQL\u53ca\u9ed8\u8ba4\u6a21\u677f\u751f\u6210\u62a5\u8868\n  *\n  * @author BarryWang create at 2018\/6\/14 10:03\n  * @version 0.0.1\n  *\/\nclass GenReportBySqlAction(genReportParam: GenReportParam) extends ReportAction{\n  \/**\n    * \u524d\u7f6e\u6761\u4ef6\u68c0\u67e5\uff1a\u52a8\u4f5c\u3001\u72b6\u6001\u7b49\u4e1a\u52a1\u903b\u8f91\n    *\/\n  override def preCheck: Boolean = {\n    true\n  }\n\n  \/**\n    * \u751f\u6210\u62a5\u8868\n    *\/\n  override def generateReport: Unit = {\n    val dbNameSql = genReportParam.querySql.toList.map{ x=>\n      val result = DataGenerator.getHeadsAndDataBySql(x._1, x._3)\n      (result._1, result._2, x._2)\n    }\n    val is = TemplateReader.getTemplateInputStream(\"dynamic_columns.xlsx\")\n    try {\n      val os = new FileOutputStream(new String(genReportParam.output.getBytes(\"UTF-8\"), \"UTF-8\"))\n      try {\n        val transformer = TransformerFactory.createTransformer(is, os)\n        val configInputStream = TemplateReader.getTemplateInputStream(\"dynamic_columns.xml\")\n        val areaBuilder = new XmlAreaBuilder(configInputStream, transformer)\n        val xlsAreaList = areaBuilder.build\n        \/\/\u4e0d\u540cSQL\u67e5\u8be2\u6570\u636e\u653e\u5165\u4e0d\u540cSheet\n        dbNameSql.zipWithIndex.foreach{x=>\n            if(x._2 != 0){\n              xlsAreaList.add(xlsAreaList.get(0))\n            }\n            val xlsArea = xlsAreaList.get(x._2)\n            val context = PoiTransformer.createInitialContext\n            context.putVar(\"headers\", x._1._1.asJava)\n            context.putVar(\"rows\", x._1._2.asJava)\n            \/\/ applying transformation\n            xlsArea.applyAt(new CellRef(s\"${x._1._3}!A1\"), context)\n        }\n        transformer.deleteSheet(\"Template88886666me\")\n        \/\/ saving the results to file\n        transformer.write()\n        logger.info(\"Complete\")\n      } finally {\n        if (os != null){\n          os.close()\n        }\n      }\n    } finally {\n      if (is != null){\n        is.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/GenReportBySqlActionTest.scala","text":"package com.today.dbreport\n\nimport com.today.dbreport.Main.logger\nimport com.today.dbreport.action.impl.GenReportBySqlAction\nimport com.today.dbreport.dto.GenReportParam\nimport org.junit.Test\nimport org.kohsuke.args4j.CmdLineParser\n\n\/**\n  * \u7c7b\u529f\u80fd\u63cf\u8ff0:\n  *\/\nclass GenReportBySqlActionTest {\n  @Test\n  def mTest: Unit = {\n    val args = Array[String](\"employee\", \"employees:select * from employee\", \"employees:select * from employee\", \"\")\n    if(args.length < 3){\n      logger.info(\"\u8bf7\u8f93\u5165\u6b63\u786e\u7684\u53c2\u6570\uff1ajava -jar dbreport.jar \u6570\u636e\u5e93 \\\"SQL\\\" \\\"\u8f93\u51fa\u6587\u4ef6\\\"\")\n      logger.info(\"\u6b63\u786e\u53c2\u6570\u683c\u5f0f\u5982\u4e0b\uff1ajava -jar dbreport.jar member \\\"select * from memeber\\\" \\\"\/tmp\/report\/output.xls\\\"\")\n      return\n    }\n\/\/    new GenReportBySqlAction(GenReportParam(args(0), args(1), args(2), None, None, None)).execute\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/Test.scala","text":"<filename>src\/test\/scala\/com\/today\/dbreport\/Test.scala\npackage com.today.dbreport\n\nimport ammonite.ops.Path\nimport ammonite.util.Res\nimport ammonite.util.Res.{Exception, Failure, Success}\n\nobject Test {\n  def main(args: Array[String]): Unit = {\n    val args = Seq((\"x\", Some(\"2\")), (\"y\", Some(\"3\")))\n    \/\/\u8fd0\u884cScala\u811a\u672c\u5e76\u83b7\u53d6\u6570\u636eMap\n    val result: (Res[Any], Seq[(Path, Long)]) = ammonite.Main().runScript(Path(\"\/home\/barry\/data\/projects\/db_report\/src\/main\/resources\/scripts\/Test.sc\"), args)\n    val dataMap = (result._1 match {\n      case Success(x) => {\n        Some(x.asInstanceOf[Map[String, AnyRef]])\n      }\n      case Failure(msg) => println(s\"generate report by script failure: ${msg}\"); None\n      case Exception(msg, e) => println(s\"generate report by script exception: ${msg}\", e); None\n    }) match {\n      case Some(x) => x\n      case None => Map()\n    }\n\n    println(dataMap)\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/args4jTest\/DoubleOptionHandler.scala","text":"package com.today.dbreport.args4jTest\n\nimport org.kohsuke.args4j.spi.{OneArgumentOptionHandler, Setter}\nimport org.kohsuke.args4j.{CmdLineParser, OptionDef}\n\n\/**\n  * TODO the class description\n  *\n  * @author BarryWang create at 2018\/6\/23 23:44\n  * @version 0.0.1\n  *\/\nclass DoubleOptionHandler(parser: CmdLineParser, option: OptionDef, setter: Setter[Double]) extends OneArgumentOptionHandler[Double](parser, option, setter) {\n  override def parse(argument: String): Double = {\n    argument.toDouble\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/dto\/GenReportParam.scala","text":"package com.today.dbreport.dto\n\nimport java.io.File\nimport java.util\n\n\/**\n  * \u62a5\u8868\u751f\u6210\u53c2\u6570\n  *\n  * @author BarryWang create at 2018\/6\/15 11:53\n  * @version 0.0.1\n  *\/\ncase class GenReportParam(\n                           \/**\n                             *\u67e5\u8be2SQL\n                             *\/\n                           querySql: scala.collection.mutable.ListBuffer[(String, String, String)],\n                           \/**\n                             * \u62a5\u8868\u8f93\u51fa\u8def\u5f84\n                             *\/\n                           output: String,\n                           \/**\n                             * \u6a21\u677f\n                             *\/\n                           template: Option[File],\n                           \/**\n                             * Scala\u811a\u672c\n                             *\/\n                           script: Option[String],\n                           \/**\n                             * \u53d1\u9001\u90ae\u7bb1\n                             *\/\n                           mailto: Option[String])\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/main\/scala\/com\/today\/dbreport\/Main.scala","text":"package com.today.dbreport\n\nimport java.io.File\nimport java.util.Date\n\nimport com.today.dbreport.action.impl.{GenReportByScriptAction, GenReportBySqlAction, GenReportByTemplateBySqlAction}\nimport com.today.dbreport.dto.GenReportParam\nimport com.today.dbreport.utils.EmailUtil\nimport com.today.service.commons.util.DateTools\nimport org.kohsuke.args4j.CmdLineParser\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * \u751f\u6210\u62a5\u8868\u5165\u53e3\n  *\n  * @author BarryWang create at 2018\/6\/1 11:02\n  * @version 0.0.1\n  *\/\nobject Main {\n  val logger= LoggerFactory.getLogger(Main.getClass)\n\n  def main(args: Array[String]): Unit = {\n    val options = new ArgOptions\n    val parser = new CmdLineParser(options)\n    \/\/ print usage\n    parser.printUsage(System.out)\n    parser.parseArgument(args.toList.asJava)\n\n    \/\/\u8f93\u51fa\u6587\u4ef6\u6216\u53d1\u9001\u90ae\u4ef6\u5fc5\u586b\u4e00\u4e2a\n    if(options.output == null && options.email == null){\n      println(\"\u8bf7\u4f20\u5165\u53c2\u6570-output \u6216 -mailto\u5176\u4e2d\u4e4b\u4e00\")\n      return\n    }\n\n    \/\/\u751f\u6210\u62a5\u8868\u5730\u5740\n    var utf8Output = \"\"\n    if (options.output != null) {\n        utf8Output = new String(options.output.getBytes(\"UTF-8\"), \"UTF-8\")\n    } else {\/\/\u672c\u5730\u4e34\u65f6\u6587\u4ef6\n      val currentTime = DateTools.format(new Date(), \"yyyyMMddHHmmssSSS\")\n      val outDir = s\"${System.getProperty(\"user.dir\")}${File.separator}output\"\n      var outputDir = new File(outDir)\n      if(!outputDir.exists()){\n        outputDir.mkdirs()\n      }\n      utf8Output = s\"${outDir}${File.separator}${currentTime}.xlsx\"\n    }\n    \/\/\u5e26\u6709Scala\u811a\u672c\n    if (options.script != null) {\n      var templateOptional: Option[File] = None\n      if (options.template != null) {\n        templateOptional = Some(options.template)\n      }\n      val scriptOptional = Some(options.script)\n      var mailtoOptional: Option[String] = None\n      if (options.email != null) {\n        mailtoOptional = Some(options.email)\n      }\n      val genReportParam = new GenReportParam(options.query, utf8Output, templateOptional, scriptOptional, mailtoOptional)\n      \/\/sql + script + jxls template\n      \/\/script + jxls tempalte\n      new GenReportByScriptAction(genReportParam).execute\n    } else {\/\/\u65e0Scala\u811a\u672c\n      var templateOptional: Option[File] = None\n      if (options.template != null){\n        templateOptional = Some(options.template)\n      }\n      var scriptOptional : Option[String] = None\n      if(options.script != null){\n        scriptOptional = Some(options.script)\n      }\n\n      var mailtoOptional: Option[String] = None\n      if (options.email != null){\n        mailtoOptional = Some(options.email)\n      }\n\n      val genReportParam = new GenReportParam(options.query, utf8Output, templateOptional, scriptOptional, mailtoOptional)\n      if (options.template != null) { \/\/sql* + jxls template\n        new GenReportByTemplateBySqlAction(genReportParam).execute\n      } else { \/\/no template + sql\n        new GenReportBySqlAction(genReportParam).execute\n      }\n    }\n\n    println(s\"\u62a5\u8868\u751f\u6210\u6210\u529f${utf8Output}\uff01\")\n    \/\/\u53d1\u9001\u90ae\u4ef6\n    if (options.email != null) {\n      var subject = \"\u62a5\u8868\u5de5\u5177\u751f\u6210\u62a5\u8868\"\n      if(options.subject != null){\n        subject = options.subject\n      }\n      EmailUtil.sendEmail(options.from, options.email.trim, subject, \"\u751f\u6210\u62a5\u8868\u8bf7\u53c2\u8003\u9644\u4ef6\", utf8Output)\n      println(\"\u90ae\u4ef6\u53d1\u9001\u6210\u529f\uff0c\u8bf7\u90ae\u4ef6\u9644\u4ef6\u4e0b\u8f7d\u76f8\u5173\u62a5\u8868\uff01\")\n      \/\/\u90ae\u4ef6\u53d1\u9001\u6210\u529f\uff0c \u5220\u9664\u672c\u5730\u4e34\u65f6\u6587\u4ef6\n      if (options.output == null) {\n        new File(utf8Output).deleteOnExit()\n      }\n    }\n    logger.info(s\"\u62a5\u8868\u751f\u6210\u6210\u529f${utf8Output}\")\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/MyTest.scala","text":"<gh_stars>1-10\npackage com.today.dbreport\n\nimport java.io.{FileInputStream, FileOutputStream, InputStream, OutputStream}\nimport java.util.{List => JavaList}\n\nimport ammonite.ops.Path\nimport ammonite.util.Res\nimport ammonite.util.Res.{Exception, Failure, Success}\nimport com.today.dbreport.utils.DataGenerator\nimport org.junit.Test\nimport org.jxls.area.Area\nimport org.jxls.builder.AreaBuilder\nimport org.jxls.builder.xls.XlsCommentAreaBuilder\nimport org.jxls.common.{CellRef, Context}\nimport org.jxls.transform.Transformer\nimport org.jxls.transform.poi.PoiTransformer\nimport org.jxls.util.TransformerFactory\nimport org.slf4j.{Logger, LoggerFactory}\n\n\/**\n  * TODO the class description\n  *\n  * @author BarryWang create at 2018\/6\/2 14:24\n  * @version 0.0.1\n  *\/\nclass MyTest {\n  val logger: Logger = LoggerFactory.getLogger(classOf[MyTest])\n\n  val template = \"C:\\\\Users\\\\lhe\\\\Desktop\\\\my_template.xls\"\n  val output = \"C:\\\\Users\\\\lhe\\\\Desktop\\\\my_output.xlsx\"\n\n  @Test\n  def mytest: Unit = {\n   \/* val args = Seq( (\"x\", Some(\"2\")), (\"y\", Some(\"3\")))\n    val path = classOf[MyTest].getClassLoader.getResource(\"scripts\/Test.sc\").getPath.substring(1)\n    val result: (Res[Any], Seq[(Path, Long)]) = ammonite.Main().runScript(Path(path), args)\n    result._1 match {\n      case Success(x) => println(s\"Success: ${x.asInstanceOf[Map[String, AnyRef]](\"key\")}\")\n      case Failure(msg) => println(s\"Failure: ${msg}\")\n      case Exception(msg, e) => println(s\"Exception: ${msg}, ${e}\")\n    }*\/\n   \/* val list = List(1,2,3,4)\n    for(i <- 0 to list.size-1){\n      println(list(i))\n    }*\/\n\n    \/*val map = Map(2->23)\n    if(map.contains(3)){\n      println(map(3))\n    }*\/\n\n    \/*val vv:Integer = null\n    println(vv)*\/\n    execute()\n  }\n\n  def execute(): Unit = {\n    val objNameSqlMappingArray = \"members:select * from member;memberCoupons:select * from member_coupon\".split(\";\")\n    if(objNameSqlMappingArray.size < 1){\n      logger.error(\"\u8bf7\u8f93\u5165\u6b63\u786e\u7684\u67e5\u8be2SQL\")\n      return\n    }\n    val context: Context = PoiTransformer.createInitialContext\n    objNameSqlMappingArray.foreach{x =>\n      val objNameSql = x.split(\":\")\n      if(objNameSql.size < 1){\n        logger.error(\"\u8bf7\u8f93\u5165\u6b63\u786e\u7684\u67e5\u8be2SQL\")\n        return\n      }\n      val dataObj: JavaList[Object] = DataGenerator.getObjectDataList1(\"member\", objNameSql(1))\n      context.putVar(objNameSql(0), dataObj)\n    }\n\n\/\/    val departments: JavaList[Object] = DataGenerator.getObjectDataList(\"finance\", \"select * from employee\")\n\/\/    println(\"===============\"+departments.get(0))\n\/\/    logger.info(\"Opening input stream\")\n    val is: InputStream = new FileInputStream(template)\n    try {\n      val os: OutputStream = new FileOutputStream(output)\n      try {\n        val transformer: Transformer = TransformerFactory.createTransformer(is, os)\n        val areaBuilder: AreaBuilder = new XlsCommentAreaBuilder(transformer, false)\n        val xlsAreaList: JavaList[Area] = areaBuilder.build\n        val xlsArea: Area = xlsAreaList.get(0)\n\/\/        val context: Context = PoiTransformer.createInitialContext\n\/\/        context.putVar(\"employees\", departments)\n        logger.info(\"Applying area \" + xlsArea.getAreaRef + \" at cell \" + new CellRef(\"Template!A1\"))\n        xlsArea.applyAt(new CellRef(\"Template!A1\"), context)\n        xlsArea.processFormulas()\n        logger.info(\"Complete\")\n        transformer.write()\n        logger.info(\"written to file\")\n      } finally if (os != null) os.close()\n    }\n    finally if (is != null) is.close()\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/args4jTest\/ArgOptions.scala","text":"<reponame>barrywang88\/db-report\npackage com.today.dbreport.args4jTest\n\nimport java.io.File\nimport java.util\n\nimport org.kohsuke.args4j.Option\n\n\n\/**\n  * TODO the class description\n  *\n  * @author BarryWang create at 2018\/6\/23 20:21\n  * @version 0.0.1\n  *\/\nclass ArgOptions {\n  @Option(name = \"-t\", required = true,\/* handler = classOf[StringArrayOptionHandler],*\/ aliases = Array(\"-text\"), usage = \"use given information(String)\")\n  var text:Array[String] = null\n  @Option(name = \"-b\", usage = \"display current time(boolean)\")\n  var bol = false\n  @Option(name = \"-s\", aliases = Array(\"-size\"), usage = \"use given size(Integer)\")\n  var size = 0\n  @Option(name = \"-f\", aliases = Array(\"-file\"), metaVar = \"<file>\", usage = \"use given file(File)\")\n  var file:File = null\n\n  val properties = new util.HashMap[String, String]();\n  @Option(name = \"-query\", metaVar = \"<property>:<value>\", usage = \"use value for given property(property:value)\")\n  def setProperty(property: String): Unit = {\n    var arr = property.split(\":\")\n    properties.put(arr(0), arr(1))\n  }\n}\n"}
{"repo_name":"barrywang88\/db-report","path":"src\/test\/scala\/com\/today\/dbreport\/Counter.scala","text":"<filename>src\/test\/scala\/com\/today\/dbreport\/Counter.scala\npackage com.today.dbreport\n\nimport java.util.concurrent.atomic.AtomicInteger\n\ntrait Counter {\n  val counter = new AtomicInteger\n  def execute: Unit = {\n    if(counter.intValue() > 10){\n      println(s\"1111111${counter.intValue()}\")\n      return\n    }\n    counter.incrementAndGet()\n    println(s\"2222222${counter.intValue()}\")\n    counter.decrementAndGet()\n    println(s\"3333333${counter.intValue()}\")\n  }\n}\n"}
{"repo_name":"jasstionzyf\/ecosystem","path":"spark\/spark-tensorflow-connector\/src\/main\/scala\/org\/tensorflow\/spark\/datasources\/tfrecords\/udf\/DataFrameTfrConverter.scala","text":"<filename>spark\/spark-tensorflow-connector\/src\/main\/scala\/org\/tensorflow\/spark\/datasources\/tfrecords\/udf\/DataFrameTfrConverter.scala\npackage org.tensorflow.spark.datasources.tfrecords.udf\r\n\r\n\/\/import com.sun.rowset.internal.Row\r\nimport org.apache.spark.sql.Row\r\nimport org.apache.spark.sql.expressions.UserDefinedFunction\r\nimport org.apache.spark.sql.functions.udf\r\nimport org.tensorflow.spark.datasources.tfrecords.serde.DefaultTfRecordRowEncoder\r\n\r\nobject DataFrameTfrConverter {\r\n  def getRowToTFRecordExampleUdf: UserDefinedFunction = udf(rowToTFRecordExampleUdf _ )\r\n\r\n  private def rowToTFRecordExampleUdf(row: Row): Array[Byte] = {\r\n    DefaultTfRecordRowEncoder.encodeExample(row).toByteArray\r\n  }\r\n\r\n  def getRowToTFRecordSequenceExampleUdf: UserDefinedFunction = udf(rowToTFRecordSequenceExampleUdf _ )\r\n\r\n  private def rowToTFRecordSequenceExampleUdf(row: Row): Array[Byte] = {\r\n    DefaultTfRecordRowEncoder.encodeSequenceExample(row).toByteArray\r\n  }\r\n}\r\n"}
{"repo_name":"PacktPublishing\/Mastering-Apache-Spark-2x","path":"Chapter 3\/scalascript.scala","text":"case class Client(\n    age: Long,\n    countryCode: String,\n    familyName: String,\n    id: String,\n    name: String\n    )\n\nval clientDs = spark.read.json(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client.json\").as[Client]\n\nval clientDsBig = spark.read.json(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_big.json\").as[Client]\n\ncase class Account(\n    balance: Long,\n    id: String,\n    clientId: String\n    )\n\nval accountDs = spark.read.json(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account.json\").as[Account]\n\nval accountDsBig = spark.read.json(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_big.json\").as[Account]\n\nclientDs.createOrReplaceTempView(\"client\")\nclientDsBig.createOrReplaceTempView(\"clientbig\")\n\naccountDs.createOrReplaceTempView(\"account\")\naccountDsBig.createOrReplaceTempView(\"accountbig\")\n\n\/\/clientDs.write.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client.parquet\")\n\n\/\/clientDsBig.write.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_big.parquet\")\n\n\/\/accountDs.write.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account.parquet\")\n\n\/\/accountDsBig.write.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_big.parquet\")\n\n\/\/clientDsBig.write.csv(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_big.csv\")\n\n\/\/accountDsBig.write.csv(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_big.csv\")\n\n\nval clientDsParquet = spark.read.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client.parquet\").as[Client]\n\nval clientDsBigParquet = spark.read.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_big.parquet\").as[Client]\n\nval accountDsParquet = spark.read.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account.parquet\").as[Account]\n\nval accountDsBigParquet = spark.read.parquet(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_big.parquet\").as[Account]\n\nval clientDsBigCsv = spark.read.csv(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_big.csv\").as[Client]\n\nclientDsParquet.createOrReplaceTempView(\"clientparquet\")\nclientDsBigParquet.createOrReplaceTempView(\"clientbigparquet\")\n\naccountDsParquet.createOrReplaceTempView(\"accountparquet\")\naccountDsBigParquet.createOrReplaceTempView(\"accountbigparquet\")\n\nspark.sql(\"select c.familyName from clientbigparquet c inner join accountbigparquet a on c.id=a.clientId\").explain\n== Physical Plan ==\n*Project [familyName#79]\n+- *BroadcastHashJoin [id#80], [clientId#106], Inner, BuildRight\n   :- *Project [familyName#79, id#80]\n   :  +- *Filter isnotnull(id#80)\n   :     +- *BatchedScan parquet [familyName#79,id#80] Format: ParquetFormat, InputPaths: file:\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_b..., PushedFilters: [IsNotNull(id)], ReadSchema: struct<familyName:string,id:string>\n   +- BroadcastExchange HashedRelationBroadcastMode(List(input[0, string, true]))\n      +- *Project [clientId#106]\n         +- *Filter isnotnull(clientId#106)\n            +- *BatchedScan parquet [clientId#106] Format: ParquetFormat, InputPaths: file:\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_..., PushedFilters: [IsNotNull(clientId)], ReadSchema: struct<clientId:string>\n\n\nspark.sql(\"select c.familyName from clientbig c inner join accountbig a on c.id=a.clientId\").explain\n\n\nspark.sql(\"select count(*) from clientbigparquet c inner join accountbigparquet a on c.id=a.clientId\").explain\n== Physical Plan ==\n*HashAggregate(keys=[], functions=[count(1)])\n+- Exchange SinglePartition\n   +- *HashAggregate(keys=[], functions=[partial_count(1)])\n      +- *Project\n         +- *BroadcastHashJoin [id#199], [clientId#225], Inner, BuildRight\n            :- *Project [id#199]\n            :  +- *Filter isnotnull(id#199)\n            :     +- *BatchedScan parquet [id#199] Format: ParquetFormat, InputPaths: file:\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/client_b..., PushedFilters: [IsNotNull(id)], ReadSchema: struct<id:string>\n            +- BroadcastExchange HashedRelationBroadcastMode(List(input[0, string, true]))\n               +- *Project [clientId#225]\n                  +- *Filter isnotnull(clientId#225)\n                     +- *BatchedScan parquet [clientId#225] Format: ParquetFormat, InputPaths: file:\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter3\/account_..., PushedFilters: [IsNotNull(clientId)], ReadSchema: struct<clientId:string>\n\nspark.sql(\"select count(*) from clientbig c inner join accountbigparquet a on c.id=a.clientId\").explain\n\n\n---------\nprivate[sql] case class JDBCRelation(\n    parts: Array[Partition], jdbcOptions: JDBCOptions)(@transient val sparkSession: SparkSession)\n  extends BaseRelation\n  with PrunedFilteredScan\n  with InsertableRelation {\n      \n      \n--\n      \n  override def buildScan(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    \/\/ Rely on a type erasure hack to pass RDD[InternalRow] back as RDD[Row]\n    JDBCRDD.scanTable(\n      sparkSession.sparkContext,\n      schema,\n      requiredColumns,\n      filters,\n      parts,\n      jdbcOptions).asInstanceOf[RDD[Row]]\n  }\n\n--\n      JDBCRDD.scala\n      \n\"We'll skip the scanTable method for now since it just parameterizes and creates a \nnew JDBCRDD object. So the most interesting method in JDBCRDD is compute which it inherrits from the abstract RDD class. Through the compute method ApacheSpark tells this RDD please go out of lazy mode and materialize yourself. We'll show you two important fractions of this methods after we had a look at the method signature TODO contract? \"\n      \n  override def compute(thePart: Partition, context: TaskContext): Iterator[InternalRow] = {\n    \n\"Here you can see that the return type is of Iterator which allows a lazy underlying data source to be read lazy as well. As we can see soon this is the case for this particular implementation as well\"      \n\n    val sqlText = s\"SELECT $columnList FROM ${options.table} $myWhereClause\"\n    stmt = conn.prepareStatement(sqlText,\n        ResultSet.TYPE_FORWARD_ONLY, ResultSet.CONCUR_READ_ONLY)\n    stmt.setFetchSize(options.fetchSize)\n    rs = stmt.executeQuery()\n      \n\"Note that the SQL statement created and stored in the sqlText constant is referencing two interesting variables. columnList and myWhereClause. Both are derived from the requiredColumns and filter arguments passed to the JDBCRelation class. Therefore this data source can be called a smart source because the underlying storage technology - a SQL data base in this case - can be told to only return columns and rows which are actually requested. And as already mentione, the data source supports passing lazy data access patterns to be pushed to the underlying data base as well. Here you can see that the JDBC result set is wrapped into a typed InternalRow iterator Iterator[InternalRow]]. Since this matches the return type of the comput method we are done here.\"\n      \n    val rowsIterator = JdbcUtils.resultSetToSparkInternalRows(rs, schema, inputMetrics)\n\n    CompletionIterator[InternalRow, Iterator[InternalRow]](rowsIterator, close())\n------------\n      \nCatalog\n\"Internally ApacheSpark uses the class org.apache.spark.sql.catalyst.catalog.SessionCatalog for managing temporary views as well as persistent tables. Temporary views are stored int the SparkSession object as persistent tables are stored in an external meta-store. The abstract base class org.apache.spark.sql.catalyst.catalog.ExternalCatalog is extended for varoius meta store providers. TODO One is for using ApacheDerby and another one is for the ApacheHive metastore but anyone could extend this class and make ApacheSpark to use another meta store as well.\"\n\n----------\nUnresolved plan\n    \n\"An unresolved plan basically is the first tree created from either SQL statements or the relation API of DataFrames and Datasets. It is mainly composed of subtypes of LeafExpression object which are bound together by Expression object therefore forming a tree of TreeNode objects since all these objects are subtypes of TreeNode. Overall this data structure is a LogicalPlan which is therefor reflected as a LogicalPlan object. Note that the LogicalPlan extends QueryPlan and QueryPlan itself is a TreeNode again. In other words, a LogicalPlan is nothing else than a set of TreeNode objects    \"  \n      \n      \/\/TODO insert inheritance tree of treenode B05868_03_01.png B05868_03_02.png\n      "}
{"repo_name":"PacktPublishing\/Mastering-Apache-Spark-2x","path":"Chapter 14\/scalascript.scala","text":"<reponame>PacktPublishing\/Mastering-Apache-Spark-2x\nromeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-master-controller.yaml\nreplicationcontroller \"spark-master-controller\" created\n\nromeos-mbp:~ romeokienzler$  kubectl get pods \nNAME                            READY     STATUS              RESTARTS   AGE\nspark-master-controller-ljvq1   0\/1       ContainerCreating   0          6s\n\nromeos-mbp:~ romeokienzler$  kubectl get pods \nNAME                            READY     STATUS    RESTARTS   AGE\nspark-master-controller-ljvq1   1\/1       Running   0          17m\n\nromeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-master-service.yaml\nservice \"spark-master\" created\n\ngithubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-master-service.yaml\nservice \"spark-master\" created\nromeos-mbp:~ romeokienzler$  kubectl get pods \nNAME                            READY     STATUS    RESTARTS   AGE\nspark-master-controller-ljvq1   1\/1       Running   0          18m\nromeos-mbp:~ romeokienzler$ kubectl logs spark-master-controller-5u0q5\nError from server (NotFound): pods \"spark-master-controller-5u0q5\" not found\nromeos-mbp:~ romeokienzler$ kubectl logs spark-master-controller-ljvq1\n17\/07\/02 05:47:14 INFO Master: Registered signal handlers for [TERM, HUP, INT]\n17\/07\/02 05:47:15 INFO SecurityManager: Changing view acls to: root\n17\/07\/02 05:47:15 INFO SecurityManager: Changing modify acls to: root\n17\/07\/02 05:47:15 INFO SecurityManager: SecurityManager: authentication disabled; ui acls disabled; users with view permissions: Set(root); users with modify permissions: Set(root)\n17\/07\/02 05:47:15 INFO Slf4jLogger: Slf4jLogger started\n17\/07\/02 05:47:15 INFO Remoting: Starting remoting\n17\/07\/02 05:47:16 INFO Remoting: Remoting started; listening on addresses :[akka.tcp:\/\/sparkMaster@spark-master:7077]\n17\/07\/02 05:47:16 INFO Utils: Successfully started service 'sparkMaster' on port 7077.\n17\/07\/02 05:47:16 INFO Master: Starting Spark master at spark:\/\/spark-master:7077\n17\/07\/02 05:47:16 INFO Master: Running Spark version 1.5.2\n17\/07\/02 05:47:26 INFO Utils: Successfully started service 'MasterUI' on port 8080.\n17\/07\/02 05:47:26 INFO MasterWebUI: Started MasterWebUI at http:\/\/172.17.0.2:8080\n17\/07\/02 05:47:26 INFO Utils: Successfully started service on port 6066.\n17\/07\/02 05:47:26 INFO StandaloneRestServer: Started REST server for submitting applications on port 6066\n17\/07\/02 05:47:26 INFO Master: I have been elected leader! New state: ALIVE\n\n                                                                            romeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-ui-proxy-controller.yaml\nreplicationcontroller \"spark-ui-proxy-controller\" created\n                                                                            romeos-mbp:~ romeokienzler$  kubectl get pods \nNAME                              READY     STATUS              RESTARTS   AGE\nspark-master-controller-ljvq1     1\/1       Running             0          19m\nspark-ui-proxy-controller-k3nqs   0\/1       ContainerCreating   0          5s\n                                                                            \nromeos-mbp:~ romeokienzler$  kubectl get pods \nNAME                              READY     STATUS    RESTARTS   AGE\nspark-master-controller-ljvq1     1\/1       Running   0          24m\nspark-ui-proxy-controller-k3nqs   1\/1       Running   1          5m\n\nromeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-ui-proxy-service.yaml\nservice \"spark-ui-proxy\" created\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl get svc spark-ui-proxy -o wide\nNAME             CLUSTER-IP   EXTERNAL-IP   PORT(S)        AGE       SELECTOR\nspark-ui-proxy   10.0.0.146   <pending>     80:30621\/TCP   16s       component=spark-ui-proxy\n                                                                            \n                                                                            \nromeos-mbp:~ romeokienzler$ minikube service spark-ui-proxy --url\nhttp:\/\/192.168.99.100:30621                                                                            \n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/spark-worker-controller.yaml\nreplicationcontroller \"spark-worker-controller\" created\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl get pod\nNAME                              READY     STATUS    RESTARTS   AGE\nspark-master-controller-ljvq1     1\/1       Running   0          23h\nspark-ui-proxy-controller-k3nqs   1\/1       Running   23         22h\nspark-worker-controller-cz8rx     1\/1       Running   0          4s\nspark-worker-controller-l121v     1\/1       Running   0          4s\n\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl logs spark-master-controller-ljvq1\n17\/07\/02 05:47:14 INFO Master: Registered signal handlers for [TERM, HUP, INT]\n17\/07\/02 05:47:15 INFO SecurityManager: Changing view acls to: root\n17\/07\/02 05:47:15 INFO SecurityManager: Changing modify acls to: root\n17\/07\/02 05:47:15 INFO SecurityManager: SecurityManager: authentication disabled; ui acls disabled; users with view permissions: Set(root); users with modify permissions: Set(root)\n17\/07\/02 05:47:15 INFO Slf4jLogger: Slf4jLogger started\n17\/07\/02 05:47:15 INFO Remoting: Starting remoting\n17\/07\/02 05:47:16 INFO Remoting: Remoting started; listening on addresses :[akka.tcp:\/\/sparkMaster@spark-master:7077]\n17\/07\/02 05:47:16 INFO Utils: Successfully started service 'sparkMaster' on port 7077.\n17\/07\/02 05:47:16 INFO Master: Starting Spark master at spark:\/\/spark-master:7077\n17\/07\/02 05:47:16 INFO Master: Running Spark version 1.5.2\n17\/07\/02 05:47:26 INFO Utils: Successfully started service 'MasterUI' on port 8080.\n17\/07\/02 05:47:26 INFO MasterWebUI: Started MasterWebUI at http:\/\/172.17.0.2:8080\n17\/07\/02 05:47:26 INFO Utils: Successfully started service on port 6066.\n17\/07\/02 05:47:26 INFO StandaloneRestServer: Started REST server for submitting applications on port 6066\n17\/07\/02 05:47:26 INFO Master: I have been elected leader! New state: ALIVE\n17\/07\/03 04:42:53 INFO Master: Registering worker 172.17.0.6:35693 with 2 cores, 1024.0 MB RAM\n17\/07\/03 04:42:53 INFO Master: Registering worker 172.17.0.7:36563 with 2 cores, 1024.0 MB RAM\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/zeppelin-controller.yaml\nreplicationcontroller \"zeppelin-controller\" created\n                                                                            \n                                                                            \nromeos-mbp:~ romeokienzler$ kubectl get pod\nNAME                              READY     STATUS              RESTARTS   AGE\nspark-master-controller-ljvq1     1\/1       Running             0          23h\nspark-ui-proxy-controller-k3nqs   1\/1       Running             23         22h\nspark-worker-controller-cz8rx     1\/1       Running             0          3m\nspark-worker-controller-l121v     1\/1       Running             0          3m\nzeppelin-controller-csmvr         0\/1       ContainerCreating   0          3s\n\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl get pod\nNAME                              READY     STATUS    RESTARTS   AGE\nspark-master-controller-ljvq1     1\/1       Running   0          23h\nspark-ui-proxy-controller-k3nqs   1\/1       Running   23         23h\nspark-worker-controller-cz8rx     1\/1       Running   0          33m\nspark-worker-controller-l121v     1\/1       Running   0          33m\nzeppelin-controller-csmvr         1\/1       Running   0          29m\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ kubectl create -f https:\/\/raw.githubusercontent.com\/kubernetes\/kubernetes\/master\/examples\/spark\/zeppelin-service.yaml\nservice \"zeppelin\" created\n                                                                            \n                                                                            romeos-mbp:~ romeokienzler$ minikube service zeppelin --url\nhttp:\/\/192.168.99.100:30510\n\n                                                                            \n                                                                            \n                                                                            \n                                                                            \n\n"}
{"repo_name":"PacktPublishing\/Mastering-Apache-Spark-2x","path":"Chapter 4\/scalascript.scala","text":"<filename>Chapter 4\/scalascript.scala\n\/\/create 10^6 integers and store it in intList\nval intList = 0 to math.pow(10, 6).toInt\n\n\/\/create a RDD out of intList\nval rdd = sc.parallelize(intList)\n\n\/\/..and count it\nrdd.cache.count\n\n\/\/create a DataFrame out of intList\nval df = intList.toDF\n\n\/\/..and count it\ndf.cache.count\n\n\/\/create a Dataset out of DataFrame df\ncase class Ints(value: Int)\nval ds = df.as[Ints]\n\n\/\/..and count it\nds.cache.count\n\noutput:\n--------------------------------------\nscala> \/\/create 10^6 integers and store it in intList\n\nscala> val intList = 0 to math.pow(10, 6).toInt\nintList: scala.collection.immutable.Range.Inclusive = Range(0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 16...\nscala> \n\nscala> \/\/create a RDD out of intList\n\nscala> val rdd = sc.parallelize(intList)\nrdd: org.apache.spark.rdd.RDD[Int] = ParallelCollectionRDD[0] at parallelize at <console>:26\n\nscala> \n\nscala> \/\/..and count it\n\nscala> rdd.cache.count\nres0: Long = 1000001                                                            \n\nscala> \n\nscala> \/\/create a DataFrame out of intList\n\nscala> val df = intList.toDF\ndf: org.apache.spark.sql.DataFrame = [value: int]\n\nscala> \n\nscala> \/\/..and count it\n\nscala> df.cache.count\n17\/01\/04 07:04:37 WARN TaskSetManager: Stage 1 contains a task of very large size (4033 KB). The maximum recommended task size is 100 KB.\nres1: Long = 1000001                                                            \n\nscala> \n\nscala> \/\/create a Dataset out of DataFrame df\n\nscala> case class Ints(value: Int)\ndefined class Ints\n\nscala> val ds = df.as[Ints]\nds: org.apache.spark.sql.Dataset[Ints] = [value: int]\n\nscala> \n\nscala> \/\/..and count it\n\nscala> ds.cache.count\n17\/01\/04 07:04:40 WARN CacheManager: Asked to cache already cached data.\n17\/01\/04 07:04:44 WARN TaskSetManager: Stage 3 contains a task of very large size (4033 KB). The maximum recommended task size is 100 KB.\nres2: Long = 1000001                                                            \n--------------------------------------\n                                                            \n                                                            \nSpark V2 code generation\n                                                            \nscala> spark.range(1000L * 1000 * 1000).join(spark.range(1000L).toDF(),\"id\").explain()\n== Physical Plan ==\n*Project [id#38L]\n+- *BroadcastHashJoin [id#38L], [id#41L], Inner, BuildRight\n   :- *Range (0, 1000000000, splits=8)\n   +- BroadcastExchange HashedRelationBroadcastMode(List(input[0, bigint, false]))\n      +- *Range (0, 1000, splits=8)\n                                            \n                                                            \nscala> spark.conf.set(\"spark.sql.codegen.wholeStage\",false)\n\nscala> spark.range(1000L * 1000 * 1000).join(spark.range(1000L).toDF(),\"id\").explain()\n== Physical Plan ==\nProject [id#49L]\n+- BroadcastHashJoin [id#49L], [id#52L], Inner, BuildRight\n   :- Range (0, 1000000000, splits=8)\n   +- BroadcastExchange HashedRelationBroadcastMode(List(input[0, bigint, false]))\n      +- Range (0, 1000, splits=8)\n                                                    \nscala> spark.range(1000L * 1000 * 1000).join(spark.range(1000L).toDF(),\"id\").count()\nres12: Long = 1000\n                                                            \n                                                            "}
{"repo_name":"PacktPublishing\/Mastering-Apache-Spark-2x","path":"Chapter 12\/scalascript.scala","text":"spark-shell --packages graphframes:graphframes:0.5.0-spark2.1-s_2.11\n\nimport org.graphframes._\n\nval vertex = spark.read.option(\"header\",\"true\").csv(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter12\/graph1_vertex.csv\")\n\nval edges = spark.read.option(\"header\",\"true\").csv(\"\/Users\/romeokienzler\/Documents\/romeo\/Dropbox\/arbeit\/spark\/sparkbuch\/mywork\/chapter12\/graph1_edges.csv\")\n\nval graph = GraphFrame(vertex, edges)\n\ngraph.vertices.count\ngraph.edges.count\n\ngraph.vertices.filter(\"attr > 40\").show\n\ngraph.find(\"(A)-[edge:Mother]->(B)\").show\n\nGraphFrame(vertex, graph.edges.filter(\"attr=='Mother'\")).show\n\n\/\/Pagerank\nval results = graph.pageRank.resetProbability(0.15).tol(0.01).run()\n\nresults.vertices.orderBy($\"pagerank\".desc).show\n\n\/\/Triangle count\nval results = graph.triangleCount.run()\nresults.select(\"id\", \"count\").show()\n\n\/\/Connected components\n\/\/this directory needs to be created before\n\/\/sc.setCheckpointDir(\"\/tmp\/spark2.11checkpointdir\")\nsc.setCheckpointDir(\"\/Users\/romeokienzler\/Downloads\/spark2.11checkpointdir\")\nval result = graph.connectedComponents.run()\nresult.select(\"id\", \"component\").orderBy(\"component\").show()\n\n\/\/Strongly connected components\n\nval result = graph.stronglyConnectedComponents.maxIter(10).run()\nresult.select(\"id\", \"component\").orderBy(\"component\").show()"}
{"repo_name":"Liuwenli11\/wormhole","path":"sinks\/src\/main\/scala\/edp\/wormhole\/sinks\/phoenixsink\/PhoenixProcess.scala","text":"<filename>sinks\/src\/main\/scala\/edp\/wormhole\/sinks\/phoenixsink\/PhoenixProcess.scala\n\/*-\n * <<\n * wormhole\n * ==\n * Copyright (C) 2016 - 2017 EDP\n * ==\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * \n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * \n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * >>\n *\/\n\n\npackage edp.wormhole.sinks.phoenixsink\n\nimport java.sql.{Connection, PreparedStatement, SQLTransientConnectionException}\n\nimport edp.wormhole.dbdriver.dbpool.DbConnection\nimport edp.wormhole.publicinterface.sinks.SinkProcessConfig\nimport edp.wormhole.ums.{UmsNamespace, _}\nimport edp.wormhole.ums.UmsSysField._\nimport edp.wormhole.ums.UmsOpType._\nimport edp.wormhole.ums.UmsFieldType._\nimport edp.wormhole.sinks.utils.SinkDefault._\nimport edp.wormhole.util.config.ConnectionConfig\nimport org.apache.log4j.Logger\n\n\nclass PhoenixProcess(sinkNamespace: String, sinkProcessConfig: SinkProcessConfig, schemaMap: collection.Map[String, (Int, UmsFieldType, Boolean)], specificConfig: PhoenixConfig\n                     , connectionConfig: ConnectionConfig)  {\n  \/\/  private lazy val fields = data.schema.fields\n\n  \/\/  val test: List[Seq[String]] =data.collect().map(r=>r.toSeq.map(p=>p.toString)).toList\n  \/\/  private lazy val schemaMap: Map[String, (StructField, Int)] = data.schema.fields.map(x => (x.name, (x, fields.indexOf(x)))).toMap\n  private lazy val logger = Logger.getLogger(this.getClass)\n  private lazy val allFieldNames = schemaMap.keySet.toList\n  private lazy val baseFieldNames = removeFieldNames(allFieldNames, Set(OP.toString).contains)\n  private lazy val namespace = UmsNamespace(sinkNamespace)\n  private lazy val tableName = if (namespace.database == \"test\") namespace.table.toUpperCase()\n  else\n    namespace.database.toUpperCase() + \".\" + namespace.table.toUpperCase()\n  private lazy val fieldSqlTypeMap = schemaMap.map(kv => (kv._1, ums2dbType(kv._2._2)))\n  \/\/private lazy val connectionConfig = getDataStoreConnectionsMap(sinkNamespace)\n\n  def removeFieldNames(allFieldNames: List[String], removeFn: String => Boolean): List[String] = allFieldNames.filterNot(removeFn)\n\n  def doInsert(tupleList: Seq[Seq[String]]) = {\n    val columnNames = baseFieldNames.map(field=>field.toUpperCase()).map(col=> \"\\\"\"+col+\"\\\"\").mkString(\", \")\n    \/\/NameSpace\u4e0d\u9700\u8981\"\"\u62fc\u63a5\n    val sql = s\"UPSERT INTO \"+tableName+s\" ($columnNames,\"+ \"\\\"\"+s\"${UmsSysField.ACTIVE.toString.toUpperCase}\"+\"\\\"\"+\") VALUES \" +\n      (1 to baseFieldNames.size + 1).map(_ => \"?\").mkString(\"(\", \",\", \")\")\n    \/\/    val sql = s\"UPSERT INTO \"+ \"\\\"\"+tableName+ \"\\\"\"+s\" ($columnNames,\"+ \"\\\"\"+s\"${UmsSysField.ACTIVE.toString.toUpperCase}\"+\"\\\"\"+\") VALUES \" +\n    \/\/      (1 to baseFieldNames.size + 1).map(_ => \"?\").mkString(\"(\", \",\", \")\")\n    val batchSize = specificConfig.`phoenix.BatchSize.get`\n    executeSql(tupleList, sql, batchSize)\n  }\n\n\n  private def psSetValue(fieldName: String, parameterIndex: Int, tuple: Seq[String], ps: PreparedStatement) = {\n    val value = fieldValue(fieldName, schemaMap, tuple) \/\/this what?\n    if (value == null) ps.setNull(parameterIndex, fieldSqlTypeMap(fieldName))\n    else ps.setObject(parameterIndex, value, fieldSqlTypeMap(fieldName)) \/\/how to use it?\n  }\n\n\n  def executeSql(tupleList: Seq[Seq[String]], sql: String, batchSize: Int) = {\n    var count = 0\n    def setPlaceholder(tuple: Seq[String], ps: PreparedStatement) = {\n      var parameterIndex: Int = 1\n      count = count + tuple.length\n      for (field <- baseFieldNames) {\n        psSetValue(field, parameterIndex, tuple, ps)\n        parameterIndex += 1\n      }\n      ps.setInt(parameterIndex,\n        if (umsOpType(fieldValue(OP.toString, schemaMap, tuple).toString) == DELETE) UmsActiveType.INACTIVE\n        else UmsActiveType.ACTIVE)\n\n    }\n\n    var ps: PreparedStatement = null\n    \/\/    val errorTupleList: mutable.ListBuffer[Seq[String]] = mutable.ListBuffer.empty[Seq[String]]\n    var conn: Connection = null\n\n\n    try {\n      conn = DbConnection.getConnection(connectionConfig)\n      conn.setAutoCommit(false)\n\n      ps = conn.prepareStatement(sql)\n      \/\/      val splitNum = data.count() \/ batchSize\n      \/\/      val splitWeights = if (splitNum == 0) Array(1.0) else (for (i <- 0 until splitNum.toInt) yield 1.0 \/ splitNum.toDouble).toArray[Double]\n\n      tupleList.sliding(batchSize, batchSize).foreach(tuples => {\n        tuples.foreach(tuple => {\n          setPlaceholder(tuple, ps)\n          ps.addBatch()\n        })\n        ps.executeBatch()\n        conn.commit()\n\n      })\n    } catch {\n      case e: SQLTransientConnectionException => DbConnection.resetConnection(connectionConfig)\n        logger.error(\"SQLTransientConnectionException\", e)\n        throw e\n      case e: Throwable =>\n        logger.error(\"get connection failed\", e)\n        \/\/              errorTupleList ++= tupleList\n        throw e\n    } finally {\n      println(\"this time :\" + System.currentTimeMillis() + \"tuplelist:\" + count)\n      if (ps != null)\n        try {\n          ps.close()\n        } catch {\n          case e: Throwable => logger.error(\"ps.close\", e)\n        }\n      if (conn != null)\n        try {\n          conn.close()\n          conn == null\n        } catch {\n          case e: Throwable => logger.error(\"conn.close\", e)\n        }\n    }\n    \/\/      errorTupleList.toList\n  }\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"dbdriver\/redispool\/src\/main\/scala\/edp\/wormhole\/dbdriver\/redis\/SharedJedisConnection.scala","text":"<gh_stars>1000+\n\/*-\n * <<\n * wormhole\n * ==\n * Copyright (C) 2016 - 2017 EDP\n * ==\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * >>\n *\/\n\npackage edp.wormhole.dbdriver.redis\n\nimport java.util\n\nimport org.apache.commons.pool2.impl.GenericObjectPoolConfig\nimport redis.clients.jedis.{JedisShardInfo, ShardedJedis, ShardedJedisPool}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\nobject SharedJedisConnection extends Serializable{\n\n  def createPool(hosts: Array[(String, Int)],password:Option[String]): ShardedJedisPool = {\n    import collection.JavaConversions._\n    val shards = ListBuffer.empty[JedisShardInfo]\n    hosts.foreach(host => {\n      val info = new JedisShardInfo(host._1, host._2)\n      if(password.nonEmpty&&password.get.nonEmpty) info.setPassword(password.get)\n      shards += info\n    })\n    val poolConfig = new GenericObjectPoolConfig()\n    poolConfig.setMaxIdle(1)\n    poolConfig.setMaxTotal(3)\n\n    new ShardedJedisPool(poolConfig, shards)\n  }\n\n  def getJedis(pool:ShardedJedisPool): ShardedJedis ={\n    pool.getResource\n  }\n\n  def get(jedis:ShardedJedis,key:String): String ={\n    jedis.get(key)\n  }\n\n  def set(jedis:ShardedJedis, key: String, value: String):String ={\n    jedis.set(key, value)\n  }\n\n  def expire(jedis:ShardedJedis, key: String, nSeconds: Int ) :Long={\n    jedis.expire(key, nSeconds)\n  }\n\n  def del(jedis:ShardedJedis, key: String) = {\n    jedis.del(key)\n  }\n\n  def hGet(jedis:ShardedJedis,key:String,filed:String): String ={\n    jedis.hget(key,filed)\n  }\n\n  def hGetAll(jedis:ShardedJedis,key:String):mutable.Map[String, String] ={\n    jedis.hgetAll(key).asScala\n  }\n\n  def hSet(jedis:ShardedJedis, key:String, field:String, value:String): Unit ={\n    jedis.hset(key,field,value)\n  }\n\n  def mGet(jedis:ShardedJedis, key:String, fields:Seq[String]): mutable.Seq[String] ={\n    jedis.hmget(key,fields: _*).asScala\n  }\n\n  def mSet(jedis:ShardedJedis,key:String,hash:Map[String,String]): Unit ={\n    jedis.hmset(key,hash.asJava)\n  }\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"externalclient\/hadoop\/src\/main\/scala\/edp\/wormhole\/externalclient\/hadoop\/HdfsUtils.scala","text":"\/*-\n * <<\n * wormhole\n * ==\n * Copyright (C) 2016 - 2017 EDP\n * ==\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * >>\n *\/\n\n\npackage edp.wormhole.externalclient.hadoop\n\nimport java.io._\nimport java.net.URI\nimport java.nio.charset.StandardCharsets\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs._\nimport org.apache.hadoop.io.IOUtils\n\nimport scala.collection.mutable.ListBuffer\n\nobject HdfsUtils extends HdfsUtils\n\n\ntrait HdfsUtils {\n  def isPathExist(config: Configuration, path: String): Boolean = {\n    assert(path != null && path.trim.length > 0, \"The given path string is null, please check it\")\n    FileSystem.get(config).exists(new Path(path))\n  }\n\n  def isPathExist(path: String): Boolean = {\n    val config = new Configuration()\n    isPathExist(config, path)\n  }\n\n  def isPathExist(config: Configuration, path: Path): Boolean = {\n    assert(path != null, \"The given path is null, please check it\")\n    isPathExist(config, path.toString)\n  }\n\n  def isParquetPathReady(config: Configuration, path: String): Boolean = isPathExist(config, path + \"\/_SUCCESS\")\n\n  \/\/\n  \/\/  def isParquetPathReady(config: Configuration, path: Path): Boolean = {\n  \/\/    assert(path != null, \"The given path is null, please check it\")\n  \/\/    isParquetPathReady(config, path.toString)\n  \/\/  }\n  \/\/\n  \/\/  def waitForParquetPathReady(maxWaitTime: Long, waitStep: Long, paths: String*): Boolean = {\n  \/\/    def waitForPathReady(paths: mutable.Set[String], pastTime: Long): Boolean = {\n  \/\/      if (pastTime > maxWaitTime && paths.nonEmpty) false\n  \/\/      else {\n  \/\/        for (path <- paths) if (isParquetPathReady(new Configuration(), path)) paths -= path\n  \/\/        if (paths.isEmpty) true\n  \/\/        else {\n  \/\/          Thread.sleep(waitStep)\n  \/\/          waitForPathReady(paths, pastTime + waitStep)\n  \/\/        }\n  \/\/      }\n  \/\/    }\n  \/\/\n  \/\/    assert(null != paths && paths.nonEmpty, \"paths cannot be null or empty\")\n  \/\/    waitForPathReady(mutable.HashSet[String](paths: _*), 0L)\n  \/\/  }\n  \/\/\n  \/\/  def waitForPathReady(maxWaitTime: Long, paths: String*): Boolean = waitForParquetPathReady(maxWaitTime, 500L, paths: _*)\n  \/\/\n  \/\/  def waitForPathReady(paths: String*): Boolean = waitForPathReady(1800000L, paths: _*)\n\n  def deletePath(paths: String*): Unit = {\n    val configuration = new Configuration()\n    deletePath(configuration, paths: _*)\n  }\n\n  def deletePath(configuration: Configuration, paths: String*): Unit = {\n    val fs = FileSystem.newInstance(configuration)\n    paths.foreach(path => {\n      if (isPathExist(configuration, path))\n        fs.delete(new Path(path), true)\n    })\n    fs.close()\n  }\n\n  def createPath(configuration: Configuration, path: String): Unit = {\n    val fs = FileSystem.newInstance(configuration)\n    if (!isPathExist(configuration, path))\n      fs.create(new Path(path))\n    fs.close()\n  }\n\n  def renamePath(from: String, to: String): Unit = {\n    val conf = new Configuration()\n    renamePath(conf, from, to)\n  }\n\n\n  def renamePath(configuration: Configuration, from: String, to: String): Unit = {\n    val fs = FileSystem.newInstance(configuration)\n    fs.rename(new Path(from), new Path(to))\n    fs.close()\n  }\n\n  def writeFile(conf: Configuration, obj: Any, hdfsUrl: String): Unit = {\n    \/\/   val conf = new Configuration()\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val path = new Path(hdfsUrl)\n\n    val output = new ObjectOutputStream(fs.create(path))\n    output.writeObject(obj)\n    output.close()\n    fs.close()\n  }\n\n\n  def writeString(obj: Any, hdfsUrl: String): Unit = {\n    val conf = new Configuration()\n    writeFile(conf, obj, hdfsUrl)\n  }\n\n  def readFile(hdfsUrl: String): AnyRef = {\n    val conf = new Configuration()\n    readFile(conf, hdfsUrl)\n  }\n\n  def listFile(hdfsUrl: String): Array[Path] = {\n    val conf = new Configuration()\n    listFile(conf, hdfsUrl)\n  }\n\n  def listFile(conf: Configuration, hdfsUrl: String): Array[Path] = {\n    val fs = FileSystem.newInstance(conf)\n    val files: Array[FileStatus] = fs.listStatus(new Path(hdfsUrl))\n    val fileNames = files.map(file => {\n      file.getPath\n    })\n    fs.close()\n    fileNames\n  }\n\n  def readFile(conf: Configuration, hdfsUrl: String): AnyRef = {\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val filePath = new Path(hdfsUrl)\n    val openfile = new FSDataInputStream(fs.open(filePath))\n    val objectMap = new ObjectInputStream(openfile)\n    val readObject = objectMap.readObject()\n    objectMap.close()\n    fs.close()\n    readObject\n  }\n\n  def readFileString(conf: Configuration, hdfsUrl: String): String = {\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val filePath = new Path(hdfsUrl)\n    val openfile = new FSDataInputStream(fs.open(filePath))\n    val objectMap = new ObjectInputStream(openfile)\n    val content = objectMap.readUTF()\n    objectMap.close()\n    fs.close()\n    content\n  }\n\n  def readFile(conf: Configuration, path: Path): AnyRef = {\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val openfile = new FSDataInputStream(fs.open(path))\n    val objectMap = new ObjectInputStream(openfile)\n    val readObject = objectMap.readObject()\n    objectMap.close()\n    fs.close()\n    readObject\n  }\n\n  def overwriteFile(conf: Configuration, hdfsUrl: String, in: ByteArrayInputStream): Unit = {\n    deletePath(conf, hdfsUrl)\n    createPath(conf, hdfsUrl)\n    appendToFile(conf, hdfsUrl, in)\n  }\n\n  def appendToFile(conf: Configuration, hdfsUrl: String, in: ByteArrayInputStream): Unit = {\n    conf.setBoolean(\"dfs.support.append\", true)\n    val fs = FileSystem.newInstance(URI.create(hdfsUrl), conf)\n    val out = fs.append(new Path(hdfsUrl))\n    IOUtils.copyBytes(in, out, 60 * 1024 * 1024, true)\n    fs.close()\n  }\n\n  def readFileByLineNum(txtFilePath: String, lineNum:Int): String = {\n    readFileByLineNum(txtFilePath, new Configuration(), lineNum)\n  }\n\n  def readFileByLineNum(txtFilePath: String, conf: Configuration, lineNum:Int): String = {\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    var returnStr = \"\"\n    var fsr: FSDataInputStream = null\n    var bufferedReader: BufferedReader = null\n    val fs = FileSystem.newInstance(conf)\n    try {\n      var lineStr: String = null\n      var i = 1\n      fsr = fs.open(new Path(txtFilePath))\n      bufferedReader = new BufferedReader(new InputStreamReader(fsr))\n      lineStr = bufferedReader.readLine\n      while (lineStr != null) {\n        if(i>=lineNum){\n          returnStr = lineStr\n          lineStr = null.asInstanceOf[String]\n        }else{\n          i += 1\n          lineStr = bufferedReader.readLine\n        }\n      }\n    } catch {\n      case e: Exception =>\n        println(e)\n        throw e\n    } finally {\n      if (bufferedReader != null) {\n        try\n          bufferedReader.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n      if (fsr != null) {\n        try\n          fsr.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n      if (fs != null) {\n        try\n          fs.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n    }\n    returnStr\n  }\n\n  def readStringByLine(txtFilePath: Path, conf: Configuration): Seq[String] = {\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val list = ListBuffer.empty[String]\n    var fsr: FSDataInputStream = null\n    var bufferedReader: BufferedReader = null\n    val fs = FileSystem.newInstance(conf)\n    try {\n      var lineStr: String = null\n      fsr = fs.open(txtFilePath)\n      bufferedReader = new BufferedReader(new InputStreamReader(fsr))\n      lineStr = bufferedReader.readLine\n      while (lineStr != null) {\n        list += lineStr\n        lineStr = bufferedReader.readLine\n      }\n    } catch {\n      case e: Exception =>\n        println(e)\n        throw e\n    } finally {\n      if (bufferedReader != null) {\n        try\n          bufferedReader.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n      if (fsr != null) {\n        try\n          fsr.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n      if (fs != null) {\n        try\n          fs.close()\n        catch {\n          case e: IOException =>\n            println(e)\n        }\n      }\n    }\n    list\n  }\n\n\n  def writeString(conf: Configuration, obj: String, hdfsUrl: String): Unit = {\n    \/\/   val conf = new Configuration()\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val path = new Path(hdfsUrl)\n\n    val content = obj.getBytes(StandardCharsets.UTF_8)\n    val output = fs.create(path)\n    output.write(content)\n    output.close()\n    fs.close()\n  }\n\n\n  def writeStringByOutputStream(conf: Configuration, obj: String, hdfsUrl: String): Unit = {\n    \/\/   val conf = new Configuration()\n    conf.setBoolean(\"fs.hdfs.impl.disable.cache\", true)\n    val fs = FileSystem.newInstance(conf)\n    val path = new Path(hdfsUrl)\n\n    val output = new ObjectOutputStream(fs.create(path))\n    output.writeUTF(obj)\n    output.close()\n    fs.close()\n  }\n\n  def writeString(obj: String, hdfsUrl: String): Unit = {\n    val conf = new Configuration()\n    writeString(conf, obj, hdfsUrl)\n  }\n\n  lazy val edpTempPrefix = \"\"\"$$\"\"\"\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"sinks\/src\/main\/scala\/edp\/wormhole\/sinks\/rocketmqsink\/RocketMQConfig.scala","text":"package edp.wormhole.sinks.rocketmqsink\n\ncase class RocketMQConfig(producerGroup: Option[String] = None,\n                          tags: Option[String] = None,\n                          format: Option[String] = None,\n                          preserveSystemField: Option[Boolean] = None,\n                          `batch_size`: Option[Int] = None,\n                          topic: Option[String] = None) {\n  lazy val messageFormat = format.getOrElse(\"ums\")\/\/flattenJson\n  lazy val limitNum = `batch_size`.getOrElse(50)\n  lazy val hasSystemField = preserveSystemField.getOrElse(false)\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"sinks\/src\/main\/scala\/edp\/wormhole\/sinks\/rocketmqsink\/DataJson2RocketMQSink.scala","text":"package edp.wormhole.sinks.rocketmqsink\n\nimport com.alibaba.fastjson.JSON\nimport com.alibaba.fastjson.serializer.SerializerFeature\nimport edp.wormhole.common.json.JsonParseHelper\nimport edp.wormhole.dbdriver.rocketmq.{MqMessage, WormholeRocketMQProducer}\nimport edp.wormhole.publicinterface.sinks.{SinkProcessConfig, SinkProcessor}\nimport edp.wormhole.ums.UmsFieldType.UmsFieldType\nimport edp.wormhole.util.JsonUtils\nimport edp.wormhole.util.config.ConnectionConfig\nimport org.apache.log4j.Logger\n\nclass DataJson2RocketMQSink extends SinkProcessor{\n  private lazy val logger = Logger.getLogger(this.getClass)\n  override def process(sourceNamespace: String,\n                       sinkNamespace: String,\n                       sinkProcessConfig: SinkProcessConfig,\n                       schemaMap: collection.Map[String, (Int, UmsFieldType, Boolean)],\n                       tupleList: Seq[Seq[String]],\n                       connectionConfig: ConnectionConfig): Unit = {\n    logger.info(\"In DataJson2KafkaSink sinkProcessConfig\" + sinkProcessConfig )\n    val sourceNamespaceSeq = sourceNamespace.split(\"\\\\.\")\n    val sinkSpecificConfig = if (sinkProcessConfig.specialConfig.isDefined) JsonUtils.json2caseClass[RocketMQConfig](sinkProcessConfig.specialConfig.get) else RocketMQConfig(None, None, None, None, None, None)\n    val producerGroup = sinkSpecificConfig.producerGroup.getOrElse(s\"${sourceNamespaceSeq(0)}_${sourceNamespaceSeq(1)}_${sourceNamespaceSeq(2)}_${sourceNamespaceSeq(3)}\")\n    WormholeRocketMQProducer.init(connectionConfig.connectionUrl, producerGroup)\n    val mqTopic = sinkNamespace.split(\"\\\\.\")(2)\n    \/\/val protocol: UmsProtocol = UmsProtocol(protocolType)\n    val targetSchemaStr = sinkProcessConfig.jsonSchema.get\n    val targetSchemaArr = JSON.parseObject(targetSchemaStr).getJSONArray(\"fields\")\n    val mqMessages = tupleList.map(tuple => {\n      val value = JsonParseHelper.jsonObjHelper(tuple, schemaMap, targetSchemaArr)\n      val mqMessage = MqMessage(mqTopic, JSON.toJSONString(value, SerializerFeature.WriteMapNullValue), sinkSpecificConfig.tags)\n      WormholeRocketMQProducer.genMqMessage(mqMessage)\n    })\n    WormholeRocketMQProducer.send(connectionConfig.connectionUrl, producerGroup, mqMessages)\n  }\n\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"sinks\/src\/main\/scala\/edp\/wormhole\/sinks\/rocketmqsink\/Data2RocketMQSink.scala","text":"package edp.wormhole.sinks.rocketmqsink\n\nimport com.alibaba.fastjson.serializer.SerializerFeature\nimport com.alibaba.fastjson.{JSON, JSONObject}\nimport edp.wormhole.dbdriver.rocketmq.{MqMessage, WormholeRocketMQProducer}\nimport edp.wormhole.publicinterface.sinks.{SinkProcessConfig, SinkProcessor}\nimport edp.wormhole.ums.UmsFieldType.UmsFieldType\nimport edp.wormhole.ums.WormholeUms.toJsonCompact\nimport edp.wormhole.ums._\nimport edp.wormhole.ums.UmsFieldType._\nimport edp.wormhole.util.JsonUtils\nimport edp.wormhole.util.config.ConnectionConfig\nimport org.apache.log4j.Logger\nimport org.apache.rocketmq.common.message.Message\n\nclass Data2RocketMQSink extends SinkProcessor{\n  private lazy val logger = Logger.getLogger(this.getClass)\n\n  override def process(sourceNamespace: String,\n                       sinkNamespaceOrg: String,\n                       sinkProcessConfig: SinkProcessConfig,\n                       schemaMap: collection.Map[String, (Int, UmsFieldType, Boolean)],\n                       tupleList: Seq[Seq[String]],\n                       connectionConfig: ConnectionConfig): Unit = {\n    val sinkNamespaceSeq = sinkNamespaceOrg.split(\"\\\\.\")\n    val sourceNamespaceSeq = sourceNamespace.split(\"\\\\.\")\n    val sinkNamespace = s\"${sinkNamespaceSeq(0)}.${sinkNamespaceSeq(1)}.${sinkNamespaceSeq(2)}.${sinkNamespaceSeq(3)}.${sourceNamespaceSeq(4)}.${sourceNamespaceSeq(5)}.${sourceNamespaceSeq(6)}\"\n\n    if(tupleList.nonEmpty) {\n      logger.info(s\"In Data2RocketMQSink ${tupleList.head}, size is ${tupleList.size}\")\n    }\n    logger.info(\"Data2RocketMQSink sink config: \" + sinkProcessConfig)\n    val sinkSpecificConfig = if (sinkProcessConfig.specialConfig.isDefined) JsonUtils.json2caseClass[RocketMQConfig](sinkProcessConfig.specialConfig.get) else RocketMQConfig(None, None, None, None, None, None)\n    val producerGroup = sinkSpecificConfig.producerGroup.getOrElse(s\"${sourceNamespaceSeq(0)}_${sourceNamespaceSeq(1)}_${sourceNamespaceSeq(2)}_${sourceNamespaceSeq(3)}\")\n    WormholeRocketMQProducer.init(connectionConfig.connectionUrl, producerGroup)\n\n    val protocol: UmsProtocol =\n      if (sinkSpecificConfig.topic.nonEmpty && sinkSpecificConfig.topic.get.nonEmpty)\n        UmsProtocol(UmsProtocolType.DATA_BATCH_DATA)\n      else\n        UmsProtocol(UmsProtocolType.DATA_INCREMENT_DATA)\n\n    \/\/\u81ea\u5b9a\u4e49topic\n    val mqTopic = if (sinkSpecificConfig.topic.nonEmpty && sinkSpecificConfig.topic.get.nonEmpty) sinkSpecificConfig.topic.get else sinkNamespace.split(\"\\\\.\")(2)\n    logger.info(\"sink topic: \" + mqTopic + \" sink namespace: \" + sinkNamespace)\n    logger.info(\"sink protocol: \" + protocol.`type`.toString)\n\n    val schemaList: Seq[(String, (Int, UmsFieldType, Boolean))] = schemaMap.toSeq.sortBy(_._2._1)\n\n    val format = sinkSpecificConfig.messageFormat.trim\n    format match {\n      case \"ums\" =>\n        val seqUmsField: Seq[UmsField] = schemaList.map(kv => UmsField(kv._1, kv._2._2, Some(kv._2._3)))\n        val schema = UmsSchema(sinkNamespace, Some(seqUmsField))\n        val mqLimitNum = sinkSpecificConfig.limitNum\n        ums2RocketMQ(tupleList, mqLimitNum, protocol, schema, mqTopic, connectionConfig, sinkSpecificConfig, producerGroup)\n      case \"flattenJson\" =>\n        val hasSystemField = sinkSpecificConfig.hasSystemField\n        if (hasSystemField) flattenJson2RocketMQWithSystemValue(tupleList, schemaList, sinkNamespace, mqTopic, connectionConfig, protocol.`type`.toString, sinkSpecificConfig, producerGroup)\n        else flattenJson2RocketMQWithoutSystemValue(tupleList, schemaList, sinkNamespace, mqTopic, connectionConfig, protocol.`type`.toString, sinkSpecificConfig, producerGroup)\n      case \"userDefinedJson\" =>\n        logger.error(\"not support yet\")\n      case _ =>\n        logger.error(\"cannot recognize \" + format)\n    }\n  }\n\n\n  private def flattenJson2RocketMQWithSystemValue(tupleList: Seq[Seq[String]],\n                                               schemaList: Seq[(String, (Int, UmsFieldType, Boolean))],\n                                               sinkNamespace: String,\n                                               mqTopic: String,\n                                               connectionConfig: ConnectionConfig,\n                                               protocol: String,\n                                               sinkSpecificConfig: RocketMQConfig,\n                                               producerGroup: String): Unit = {\n    val mqMessages = tupleList.map(tuple => {\n      val flattenJson = new JSONObject\n      var index = 0\n      tuple.foreach(t => {\n        val umsFieldType = schemaList(index)._2._2\n        if (umsFieldType == DATETIME || umsFieldType == DATE)\n          flattenJson.put(schemaList(index)._1, t)\n        else flattenJson.put(schemaList(index)._1, UmsFieldType.umsFieldValue(t, schemaList(index)._2._2))\n        index += 1\n      })\n      flattenJson.put(\"namespace\", sinkNamespace)\n      flattenJson.put(\"protocol\", protocol)\n      val mqMessage = MqMessage(mqTopic, JSON.toJSONString(flattenJson, SerializerFeature.WriteMapNullValue), sinkSpecificConfig.tags)\n      WormholeRocketMQProducer.genMqMessage(mqMessage)\n    })\n    WormholeRocketMQProducer.send(connectionConfig.connectionUrl, producerGroup, mqMessages)\n  }\n\n\n  private def flattenJson2RocketMQWithoutSystemValue(tupleList: Seq[Seq[String]],\n                                                  schemaList: Seq[(String, (Int, UmsFieldType, Boolean))],\n                                                  sinkNamespace: String,\n                                                  mqTopic: String,\n                                                  connectionConfig: ConnectionConfig,\n                                                  protocol: String,\n                                                  sinkSpecificConfig: RocketMQConfig,\n                                                  producerGroup: String): Unit = {\n    val mqMessages = tupleList.map(tuple => {\n      val flattenJson = new JSONObject\n      var index = 0\n      tuple.foreach(t => {\n        if (!schemaList(index)._1.startsWith(\"ums_\")) {\n          val umsFieldType = schemaList(index)._2._2\n          if (umsFieldType == DATETIME || umsFieldType == DATE)\n            flattenJson.put(schemaList(index)._1, t)\n          else flattenJson.put(schemaList(index)._1, UmsFieldType.umsFieldValue(t, schemaList(index)._2._2))\n        }\n        index += 1\n      })\n      val mqMessage = MqMessage(mqTopic, JSON.toJSONString(flattenJson, SerializerFeature.WriteMapNullValue), sinkSpecificConfig.tags)\n      WormholeRocketMQProducer.genMqMessage(mqMessage)\n    })\n    WormholeRocketMQProducer.send(connectionConfig.connectionUrl, producerGroup, mqMessages)\n  }\n\n\n  private def ums2RocketMQ(tupleList: Seq[Seq[String]],\n                           mqLimitNum: Int,\n                           protocol: UmsProtocol,\n                           schema: UmsSchema,\n                           mqTopic: String,\n                           connectionConfig: ConnectionConfig,\n                           sinkSpecificConfig: RocketMQConfig,\n                           producerGroup: String): Unit = {\n    logger.info(s\"start write to rocketMQ, tupleList size is: ${tupleList.size}\")\n    val mqMessages: Iterator[Message] = tupleList.sliding(mqLimitNum, mqLimitNum).map(tuple => {\n      val seqUmsTuple: Seq[UmsTuple] = tuple.map(payload => UmsTuple(payload))\n      \/\/logger.info(s\"start write to rocketMQ, seqUmsTuple size is: ${seqUmsTuple.size}\")\n      val umsMessage: String = toJsonCompact(Ums(\n        protocol,\n        schema,\n        payload = Some(seqUmsTuple)))\n      val mqMessage = MqMessage(mqTopic, umsMessage, sinkSpecificConfig.tags)\n      WormholeRocketMQProducer.genMqMessage(mqMessage)\n    })\n    WormholeRocketMQProducer.send(connectionConfig.connectionUrl, producerGroup, mqMessages.toSeq)\n  }\n\n\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"sinks\/src\/test\/scala\/edp\/wormhole\/sinks\/KuduSinkTest.scala","text":"package edp.wormhole.sinks\n\nimport edp.wormhole.publicinterface.sinks.SinkProcessConfig\nimport edp.wormhole.sinks.kudusink.Data2KuduSink\nimport edp.wormhole.ums.UmsFieldType\nimport edp.wormhole.ums.UmsFieldType.UmsFieldType\nimport edp.wormhole.util.config.ConnectionConfig\n\nimport scala.collection.mutable\n\nobject KuduSinkTest extends App {\n  val kuduUrl = \"\"\n  val sourceNamespace = \"kafka.kafka49.topicl.ums.*.*.*\"\n  val sinkNamespace = \"kudu.kudu31.c31p129_default::.kududoubletest9.*.*.*\"\n  val sinkProcessConfig = SinkProcessConfig(\"\", Some(\"id\"), None, None, \"\", 1, 100)\n  \/\/2020-04-26 14:36:35 [streaming-job-executor-0] INFO  edp.wormhole.sparkx.batchflow.BatchflowMainProcess[54] - d0dbd5c0-3ebd-48f9-8f71-7a021e4c3cca,kudu.kudu31.c31p130_default::.kududoubletest4.*.*.* schemaMap:Map(value4 -> (4,float,true), ums_id_ -> (1,long,true), ums_op_ -> (2,string,true), value2 -> (3,int,true), ums_ts_ -> (0,datetime,true))\n  val schemaMap = mutable.HashMap.empty[String, (Int, UmsFieldType, Boolean)]\n  schemaMap.put(\"ums_ts_\", (0,UmsFieldType.LONG, true))\n  schemaMap.put(\"ums_id_\", (1,UmsFieldType.LONG, true))\n  schemaMap.put(\"ums_op_\", (2,UmsFieldType.STRING, true))\n  schemaMap.put(\"id\", (3,UmsFieldType.DECIMAL, true))\n  \/\/schemaMap.put(\"value2\", (4,UmsFieldType.DATETIME, true))\n  schemaMap.put(\"value2\", (4,UmsFieldType.INT, true))\n\n  val tuple1 = Seq(\"1587898984\", \"3\", \"i\", \"10.10\", \"111\")\n  val tupleList = Seq(tuple1)\n  val connectionConfig = ConnectionConfig(kuduUrl, None, None, None)\n\n  new Data2KuduSink().process(sourceNamespace, sinkNamespace, sinkProcessConfig, schemaMap, tupleList, connectionConfig)\n  println(\"end\")\n\n}\n"}
{"repo_name":"Liuwenli11\/wormhole","path":"flinkx\/src\/main\/scala\/edp\/wormhole\/flinkx\/sink\/SinkProcessElement.scala","text":"package edp.wormhole.flinkx.sink\n\nimport java.util.UUID\n\nimport edp.wormhole.common.feedback.ErrorPattern\nimport edp.wormhole.flinkx.common.{ConfMemoryStorage, ExceptionConfig, FlinkxUtils, WormholeFlinkxConfig}\nimport edp.wormhole.flinkx.util.FeedbackUtils\nimport edp.wormhole.publicinterface.sinks.SinkProcessConfig\nimport edp.wormhole.ums.UmsFieldType.UmsFieldType\nimport edp.wormhole.ums.{Ums, UmsProtocolType, UmsTuple}\nimport edp.wormhole.util.config.ConnectionConfig\nimport org.apache.flink.streaming.api.functions.ProcessFunction\nimport org.apache.flink.streaming.api.scala.OutputTag\nimport org.apache.flink.types.Row\nimport org.apache.flink.util.Collector\nimport org.slf4j.{Logger, LoggerFactory}\n\nimport scala.collection.Map\nimport scala.collection.mutable.ListBuffer\nclass SinkProcessElement(schemaMapWithUmsType: Map[String, (Int, UmsFieldType, Boolean)], exceptionConfig: ExceptionConfig, sinkProcessConfig: SinkProcessConfig, umsFlowStart: Ums, connectionConfig: ConnectionConfig, config: WormholeFlinkxConfig, initialTs: Long, swiftsTs: Long, sinkTag: OutputTag[String]) extends ProcessFunction[Row, Seq[Row]] with java.io.Serializable{\n  \/\/private val outputTag = OutputTag[String](\"sinkException\")\n  private val logger: Logger = LoggerFactory.getLogger(this.getClass)\n  override def processElement(value: Row, ctx: ProcessFunction[Row, Seq[Row]]#Context, out: Collector[Seq[Row]]): Unit = {\n    val sinkTs = System.currentTimeMillis\n    val listBuffer = ListBuffer.empty[String]\n    val rowSize = schemaMapWithUmsType.size\n    \/\/val (streamId, flowId, sourceNamespace) = extractTupleFromUms(umsFlowStart)\n\n    try {\n      for (index <- 0 until rowSize) {\n        val fieldValue = if (value.getField(index) == null) null.asInstanceOf[String] else value.getField(index).toString\n        listBuffer.append(fieldValue)\n      }\n      val umsTuple = UmsTuple(listBuffer)\n\n      val (sinkObject, sinkMethod) = ConfMemoryStorage.getSinkTransformReflect(sinkProcessConfig.classFullname)\n      sinkMethod.invoke(sinkObject, umsFlowStart.schema.namespace, exceptionConfig.sinkNamespace, sinkProcessConfig, schemaMapWithUmsType, Seq(umsTuple.tuple), connectionConfig)\n      val doneTs = System.currentTimeMillis\n\n      \/\/ctx.output(sinkTag, \"testtest\")\n      \/\/    WormholeKafkaProducer.sendMessage(config.kafka_output.feedback_topic_name, FeedbackPriority.FeedbackPriority4,\n      \/\/      UmsProtocolUtils.feedbackFlowStats(sourceNamespace, protocol.`type`.toString, DateUtils.currentDateTime, streamId.asInstanceOf[Long], \"\", sinkNamespace,\n      \/\/        count, DateUtils.dt2date(maxTs.split(\"\\\\+\")(0).replace(\"T\", \" \")).getTime, initialTs, initialTs, initialTs, swiftsTs, sinkTs, doneTs), None, config.kafka_output.brokers)\n    } catch {\n      case ex: Throwable =>\n        logger.error(\"in doFlinkSql table query\", ex)\n\n        val dataInfoIt: Iterable[String] = schemaMapWithUmsType.map {\n          case (schemaName, (pos, _, _)) =>\n            FeedbackUtils.feedbackDataInfo(schemaName, pos, value)\n        }\n        val dataInfo = \"{\" + dataInfoIt.mkString(\",\") + \"}\"\n\n        val errorMsg = FlinkxUtils.getFlowErrorMessage(dataInfo,\n          exceptionConfig.sourceNamespace,\n          exceptionConfig.sinkNamespace,\n          1,\n          ex,\n          UUID.randomUUID().toString,\n          UmsProtocolType.DATA_INCREMENT_DATA.toString,\n          exceptionConfig.flowId,\n          exceptionConfig.streamId,\n          ErrorPattern.FlowError)\n\n        ctx.output(sinkTag, errorMsg)\n    }\n    out.collect(Seq(value))\n  }\n\n  \/*private def extractTupleFromUms(umsFlowStart: Ums) = {\n    val flowId = UmsFlowStartUtils.extractFlowId(umsFlowStart.schema.fields_get, umsFlowStart.payload_get.head)\n    val streamId = UmsFlowStartUtils.extractStreamId(umsFlowStart.schema.fields_get, umsFlowStart.payload_get.head)\n    val sourceNamespace: String = UmsFlowStartUtils.extractSourceNamespace(umsFlowStart)\n    (streamId, flowId, sourceNamespace)\n  }*\/\n}"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/IndexServiceWide.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport com.google.common.collect.Sets\nimport com.stratio.cassandra.lucene.index.DocumentIterator\nimport com.stratio.cassandra.lucene.mapping.ClusteringMapper._\nimport com.stratio.cassandra.lucene.mapping.{ClusteringMapper, KeyMapper, PartitionMapper}\nimport org.apache.cassandra.db.PartitionPosition.Kind._\nimport org.apache.cassandra.db._\nimport org.apache.cassandra.db.filter._\nimport org.apache.cassandra.db.rows.Row\nimport org.apache.cassandra.index.transactions.IndexTransaction\nimport org.apache.cassandra.schema.IndexMetadata\nimport org.apache.cassandra.utils.concurrent.OpOrder\nimport org.apache.lucene.document.Document\nimport org.apache.lucene.index.{IndexableField, Term}\nimport org.apache.lucene.search.BooleanClause.Occur._\nimport org.apache.lucene.search.{BooleanQuery, Query, SortField}\n\nimport scala.collection.mutable\n\n\/** [[IndexService]] for wide rows.\n  *\n  * @param table the indexed table\n  * @param index the index metadata\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass IndexServiceWide(table: ColumnFamilyStore, index: IndexMetadata)\n  extends IndexService(table, index) {\n\n  val clusteringMapper = new ClusteringMapper(metadata)\n  val keyMapper = new KeyMapper(metadata)\n\n  init()\n\n  \/** @inheritdoc *\/\n  override def fieldsToLoad: java.util.Set[String] = {\n    Sets.newHashSet(PartitionMapper.FIELD_NAME, ClusteringMapper.FIELD_NAME)\n  }\n\n  \/** @inheritdoc *\/\n  override def keySortFields: List[SortField] = {\n    List(tokenMapper.sortField, partitionMapper.sortField, clusteringMapper.sortField)\n  }\n\n  \/** Returns the clustering key contained in the specified document.\n    *\n    * @param document a document containing the clustering key to be get\n    * @return the clustering key contained in `document`\n    *\/\n  def clustering(document: Document): Clustering = {\n    clusteringMapper.clustering(document)\n  }\n\n  \/** @inheritdoc *\/\n  override def writer(\n      key: DecoratedKey,\n      nowInSec: Int,\n      opGroup: OpOrder.Group,\n      transactionType: IndexTransaction.Type): IndexWriter = {\n    new IndexWriterWide(this, key, nowInSec, opGroup, transactionType)\n  }\n\n  \/** @inheritdoc *\/\n  override def keyIndexableFields(key: DecoratedKey, clustering: Clustering)\n  : List[IndexableField] = {\n    val fields = mutable.ListBuffer.empty[IndexableField]\n    fields += tokenMapper.indexableField(key)\n    fields += partitionMapper.indexableField(key)\n    fields += keyMapper.indexableField(key, clustering)\n    fields ++= clusteringMapper.indexableFields(key, clustering)\n    fields.toList\n  }\n\n  \/** @inheritdoc *\/\n  def term(key: DecoratedKey, clustering: Clustering): Term = {\n    keyMapper.term(key, clustering)\n  }\n\n  \/** @inheritdoc *\/\n  override def doesAffectIndex(row: Row): Boolean = {\n    !row.isStatic && super.doesAffectIndex(row)\n  }\n\n  \/** @inheritdoc *\/\n  override def query(key: DecoratedKey, filter: ClusteringIndexFilter): Query = filter match {\n    case f if f.selectsAllPartition => partitionMapper.query(key)\n    case f: ClusteringIndexNamesFilter => keyMapper.query(key, f)\n    case f: ClusteringIndexSliceFilter => clusteringMapper.query(key, f)\n    case _ => throw new IndexException(s\"Unknown filter type $filter\")\n  }\n\n  def query(position: PartitionPosition): Query = position match {\n    case key: DecoratedKey => partitionMapper.query(key)\n    case _ => tokenMapper.query(position.getToken)\n  }\n\n  def query(\n      position: PartitionPosition,\n      start: Option[ClusteringPrefix],\n      stop: Option[ClusteringPrefix]): Query = {\n    if (start.isEmpty && stop.isEmpty) return query(position)\n    new BooleanQuery.Builder()\n      .add(query(position), FILTER)\n      .add(clusteringMapper.query(position, start, stop), FILTER)\n      .build\n  }\n\n  \/** @inheritdoc *\/\n  override def query(dataRange: DataRange): Option[Query] = {\n\n    \/\/ Check trivia\n    if (dataRange.isUnrestricted) return None\n\n    \/\/ Extract data range data\n    val startPosition = dataRange.startKey\n    val stopPosition = dataRange.stopKey\n    val startToken = startPosition.getToken\n    val stopToken = stopPosition.getToken\n    val startClustering = startClusteringPrefix(dataRange).filter(_.size > 0)\n    val stopClustering = stopClusteringPrefix(dataRange).filter(_.size > 0)\n\n    \/\/ Try single partition\n    if (startToken.compareTo(stopToken) == 0) {\n      if (startClustering.isEmpty && stopClustering.isEmpty) return Some(query(startPosition))\n      return Some(query(startPosition, startClustering, stopClustering))\n    }\n\n    \/\/ Prepare query builder\n    val builder = new BooleanQuery.Builder\n\n    \/\/ Add token range filter\n    val includeStartToken = startPosition.kind == MIN_BOUND && startClustering.isEmpty\n    val includeStopToken = stopPosition.kind == MAX_BOUND && stopClustering.isEmpty\n    tokenMapper\n      .query(startToken, stopToken, includeStartToken, includeStopToken)\n      .foreach(builder.add(_, SHOULD))\n\n    \/\/ Add first and last partition filters\n    if (startClustering.isDefined) builder.add(query(startPosition, startClustering, None), SHOULD)\n    if (stopClustering.isDefined) builder.add(query(stopPosition, None, stopClustering), SHOULD)\n\n    \/\/ Return query, or empty if there are no restrictions\n    val booleanQuery = builder.build\n    if (booleanQuery.clauses.isEmpty) None else Some(booleanQuery)\n  }\n\n  \/** @inheritdoc *\/\n  override def after(key: DecoratedKey, clustering: Clustering): Term = {\n    keyMapper.term(key, clustering)\n  }\n\n  \/** @inheritdoc *\/\n  override def reader(\n      documents: DocumentIterator,\n      command: ReadCommand,\n      controller: ReadExecutionController): IndexReader = {\n    new IndexReaderWide(this, command, table, controller, documents)\n  }\n\n  def delete(key: DecoratedKey, slice: Slice) {\n    queue.submitAsynchronous(key, () => {\n      val partition = partitioner.partition(key)\n      val query = clusteringMapper.query(key, slice)\n      lucene.delete(partition, query)\n    })\n  }\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/util\/TaskQueue.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene.util\n\nimport java.io.Closeable\nimport java.util.concurrent.TimeUnit.DAYS\nimport java.util.concurrent._\nimport java.util.concurrent.locks.ReentrantReadWriteLock\n\nimport com.stratio.cassandra.lucene.IndexException\nimport org.apache.commons.lang3.concurrent.BasicThreadFactory\n\nimport scala.concurrent.ExecutionException\n\n\/** A queue that executes each submitted task using one of possibly several pooled threads.\n  * Tasks can be submitted with an identifier, ensuring that all tasks with same identifier will be\n  * executed orderly in the same thread. Each thread has its own task queue.\n  *\n  * @author <NAME> `<EMAIL>`\n  *\/\nsealed trait TaskQueue extends Closeable with Logging {\n\n  \/** Submits a non value-returning task for asynchronous execution.\n    *\n    * The specified identifier is used to choose the thread executor where the task will be queued.\n    * The selection and load balancing is based in the hashcode of the supplied id.\n    *\n    * @param id   the identifier of the task used to choose the thread executor where the task will\n    *             be queued for asynchronous execution\n    * @param task the task to be queued for asynchronous execution\n    *\/\n  def submitAsynchronous[A](id: AnyRef, task: () => A): Unit\n\n  \/** Submits a non value-returning task for synchronous execution. It waits for all synchronous\n    * tasks to be completed.\n    *\n    * @param task a task to be executed synchronously\n    * @return the result of the task\n    *\/\n  def submitSynchronous[A](task: () => A): A\n}\n\n\/** Trivial [[TaskQueue]] not using parallel nor asynchronous processing *\/\nprivate class TaskQueueSync extends TaskQueue {\n\n  \/** @inheritdoc *\/\n  override def submitAsynchronous[A](id: AnyRef, task: () => A): Unit = task.apply\n\n  \/** @inheritdoc *\/\n  override def submitSynchronous[A](task: () => A): A = task.apply\n\n  \/** @inheritdoc *\/\n  override def close(): Unit = {}\n\n}\n\n\/** [[TaskQueue]] using parallel processing with thread pools.\n  *\n  * @param numThreads the number of executor threads\n  * @param queuesSize the max number of tasks in each thread queue before blocking\n  *\/\nprivate class TaskQueueAsync(numThreads: Int, queuesSize: Int) extends TaskQueue {\n\n  private val lock = new ReentrantReadWriteLock(true)\n  private val pools = (1 to numThreads)\n    .map(_ => new ArrayBlockingQueue[Runnable](queuesSize, true))\n    .map(q => new ThreadPoolExecutor(1, 1, 1, DAYS, q,\n      new BasicThreadFactory.Builder().namingPattern(\"lucene-indexer-%d\").build(),\n      (task, executor) => if (!executor.isShutdown) executor.getQueue.put(task)))\n\n  \/** @inheritdoc *\/\n  override def submitAsynchronous[A](id: AnyRef, task: () => A): Unit = {\n    lock.readLock.lock()\n    try {\n      pools(Math.abs(id.hashCode % numThreads)).submit(() => task.apply())\n    } catch {\n      case e: Exception =>\n        logger.error(\"Task queue asynchronous submission failed\", e)\n        throw new IndexException(e)\n    } finally lock.readLock.unlock()\n  }\n\n  \/** @inheritdoc *\/\n  override def submitSynchronous[A](task: () => A): A = {\n    lock.writeLock.lock()\n    try {\n      pools.map(_.submit(() => None)).map(_.get()) \/\/ Wait for queued tasks completion\n      task.apply \/\/ Run synchronous task\n    } catch {\n      case e: InterruptedException =>\n        logger.error(\"Task queue await interrupted\", e)\n        throw new IndexException(e)\n      case e: ExecutionException =>\n        logger.error(\"Task queue await failed\", e)\n        throw new IndexException(e)\n      case e: Exception =>\n        logger.error(\"Task queue synchronous submission failed\", e)\n        throw new IndexException(e)\n    } finally lock.writeLock.unlock()\n  }\n\n  \/** @inheritdoc *\/\n  override def close(): Unit = {\n    lock.writeLock.lock()\n    try pools.foreach(_.shutdown())\n    finally lock.writeLock.unlock()\n  }\n\n}\n\n\/** Companion object for [[TaskQueue]]. *\/\nobject TaskQueue {\n\n  \/** Returns a new [[TaskQueue]].\n    *\n    * @param numThreads the number of executor threads\n    * @param queuesSize the max number of tasks in each thread queue before blocking\n    * @return a new task queue\n    *\/\n  def build(numThreads: Int, queuesSize: Int): TaskQueue = {\n    if (numThreads > 0) new TaskQueueAsync(numThreads, queuesSize) else new TaskQueueSync\n  }\n\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/IndexQueryHandler.scala","text":"\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport java.lang.reflect.{Field, Modifier}\nimport java.nio.ByteBuffer\n\nimport com.stratio.cassandra.lucene.IndexQueryHandler._\nimport com.stratio.cassandra.lucene.partitioning.Partitioner\nimport com.stratio.cassandra.lucene.util.{Logging, TimeCounter}\nimport org.apache.cassandra.cql3._\nimport org.apache.cassandra.cql3.statements.RequestValidations.checkNotNull\nimport org.apache.cassandra.cql3.statements.{BatchStatement, IndexTarget, ParsedStatement, SelectStatement}\nimport org.apache.cassandra.db.SinglePartitionReadCommand.Group\nimport org.apache.cassandra.db._\nimport org.apache.cassandra.db.filter.RowFilter.{CustomExpression, Expression}\nimport org.apache.cassandra.db.partitions.PartitionIterator\nimport org.apache.cassandra.exceptions.InvalidRequestException\nimport org.apache.cassandra.service.{ClientState, LuceneStorageProxy, QueryState}\nimport org.apache.cassandra.transport.messages.ResultMessage\nimport org.apache.cassandra.transport.messages.ResultMessage.{Prepared, Rows}\nimport org.apache.cassandra.utils.{FBUtilities, MD5Digest}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\n\/** [[QueryHandler]] to be used with Lucene searches.\n  *\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass IndexQueryHandler extends QueryHandler with Logging {\n\n  type Payload = java.util.Map[String, ByteBuffer]\n\n  \/** @inheritdoc *\/\n  override def prepare(query: String, state: QueryState, payload: Payload): Prepared = {\n    QueryProcessor.instance.prepare(query, state)\n  }\n\n  \/** @inheritdoc *\/\n  override def getPrepared(id: MD5Digest): ParsedStatement.Prepared = {\n    QueryProcessor.instance.getPrepared(id)\n  }\n\n  \/** @inheritdoc *\/\n  override def getPreparedForThrift(id: Integer): ParsedStatement.Prepared = {\n    QueryProcessor.instance.getPreparedForThrift(id)\n  }\n\n  \/** @inheritdoc *\/\n  override def processBatch(\n      statement: BatchStatement,\n      state: QueryState,\n      options: BatchQueryOptions,\n      payload: Payload,\n      queryStartNanoTime: Long): ResultMessage = {\n    QueryProcessor.instance.processBatch(statement, state, options, payload, queryStartNanoTime)\n  }\n\n  \/** @inheritdoc *\/\n  override def processPrepared(\n      statement: CQLStatement,\n      state: QueryState,\n      options: QueryOptions,\n      payload: Payload,\n      queryStartNanoTime: Long): ResultMessage = {\n    QueryProcessor.metrics.preparedStatementsExecuted.inc()\n    processStatement(statement, state, options, queryStartNanoTime)\n  }\n\n  \/** @inheritdoc *\/\n  override def process(\n      query: String,\n      state: QueryState,\n      options: QueryOptions,\n      payload: Payload,\n      queryStartNanoTime: Long): ResultMessage = {\n    val p = QueryProcessor.getStatement(query, state.getClientState)\n    options.prepare(p.boundNames)\n    val prepared = p.statement\n    if (prepared.getBoundTerms != options.getValues.size) {\n      throw new InvalidRequestException(\"Invalid amount of bind variables\")\n    }\n    if (!state.getClientState.isInternal) {\n      QueryProcessor.metrics.regularStatementsExecuted.inc()\n    }\n    processStatement(prepared, state, options, queryStartNanoTime)\n  }\n\n  def processStatement(\n      statement: CQLStatement,\n      state: QueryState,\n      options: QueryOptions,\n      queryStartNanoTime: Long): ResultMessage = {\n\n    logger.trace(s\"Process $statement @CL.${options.getConsistency}\")\n    val clientState = state.getClientState\n    statement.checkAccess(clientState)\n    statement.validate(clientState)\n\n    \/\/ Intercept Lucene index searches\n    statement match {\n      case select: SelectStatement =>\n        val expressions = luceneExpressions(select, options)\n        if (expressions.nonEmpty) {\n          val time = TimeCounter.start\n          try {\n            return executeLuceneQuery(select, state, options, expressions, queryStartNanoTime)\n          } catch {\n            case e: ReflectiveOperationException => throw new IndexException(e)\n          } finally {\n            logger.debug(s\"Lucene search total time: $time\\n\")\n          }\n        }\n      case _ =>\n    }\n    execute(statement, state, options, queryStartNanoTime)\n  }\n\n  def luceneExpressions(\n      select: SelectStatement,\n      options: QueryOptions): Map[Expression, Index] = {\n    val map = mutable.LinkedHashMap.empty[Expression, Index]\n    val expressions = select.getRowFilter(options).getExpressions\n    val cfs = Keyspace.open(select.keyspace).getColumnFamilyStore(select.columnFamily)\n    val indexes = cfs.indexManager.listIndexes.asScala.collect { case index: Index => index }\n    expressions.forEach {\n      case expression: CustomExpression =>\n        val clazz = expression.getTargetIndex.options.get(IndexTarget.CUSTOM_INDEX_OPTION_NAME)\n        if (clazz == classOf[Index].getCanonicalName) {\n          val index = cfs.indexManager.getIndex(expression.getTargetIndex).asInstanceOf[Index]\n          map += expression -> index\n        }\n      case expr: Expression =>\n        indexes.filter(_.supportsExpression(expr.column, expr.operator)).foreach(map.put(expr, _))\n    }\n    map.toMap\n  }\n\n  def execute(\n      statement: CQLStatement,\n      state: QueryState,\n      options: QueryOptions,\n      queryStartNanoTime: Long): ResultMessage = {\n    val result = statement.execute(state, options, queryStartNanoTime)\n    if (result == null) new ResultMessage.Void else result\n  }\n\n  def executeLuceneQuery(\n      select: SelectStatement,\n      state: QueryState,\n      options: QueryOptions,\n      expressions: Map[Expression, Index],\n      queryStartNanoTime: Long): ResultMessage = {\n\n    if (expressions.size > 1) {\n      throw new InvalidRequestException(\n        \"Lucene index only supports one search expression per query.\")\n    }\n\n    if (select.getPerPartitionLimit(options) < Integer.MAX_VALUE) {\n      throw new InvalidRequestException(\"Lucene index doesn't support PER PARTITION LIMIT\")\n    }\n\n    \/\/ Validate expression\n    val (expression, index) = expressions.head\n    val search = index.validate(expression)\n\n    \/\/ Get partitioner\n    val partitioner = index.service.partitioner\n\n    \/\/ Get paging info\n    val limit = select.getLimit(options)\n    val page = if (select.getSelection.isAggregate && options.getPageSize <= 0)\n      SelectStatement.DEFAULT_PAGE_SIZE else options.getPageSize\n\n    \/\/ Take control of paging if there is paging and the query requires post processing\n    if (search.requiresPostProcessing && page > 0 && page < limit) {\n      executeSortedLuceneQuery(select, state, options, partitioner, queryStartNanoTime)\n    } else {\n      execute(select, state, options, queryStartNanoTime)\n    }\n  }\n\n  def executeSortedLuceneQuery(\n      select: SelectStatement,\n      state: QueryState,\n      options: QueryOptions,\n      partitioner: Partitioner,\n      queryStartNanoTime: Long): Rows = {\n\n    \/\/ Check consistency level\n    val consistency = options.getConsistency\n    checkNotNull(consistency, \"Invalid empty consistency level\")\n    consistency.validateForRead(select.keyspace)\n\n    val now = FBUtilities.nowInSeconds\n    val limit = select.getLimit(options)\n    val userPerPartitionLimit = select.getPerPartitionLimit(options)\n    val page = options.getPageSize\n\n    \/\/ Read paging state and write it to query\n    val pagingState = IndexPagingState.build(options.getPagingState, limit)\n    val remaining = Math.min(page, pagingState.remaining)\n    val query = select.getQuery(options, now, remaining, userPerPartitionLimit, page)\n    pagingState.rewrite(query)\n\n    \/\/ Read data\n    val data = query match {\n      case group: Group if group.commands.size > 1 =>\n        LuceneStorageProxy.read(group, consistency, queryStartNanoTime)\n      case _ => query.execute(consistency, state.getClientState, queryStartNanoTime)\n    }\n\n    \/\/ Process data updating paging state\n    try {\n      val processedData = pagingState.update(query, data, consistency, partitioner)\n      val rows = processResults.invoke(\n        select,\n        processedData,\n        options,\n        now.asInstanceOf[AnyRef],\n        page.asInstanceOf[AnyRef]).asInstanceOf[Rows]\n      rows.result.metadata.setHasMorePages(pagingState.toPagingState)\n      rows\n    } finally {\n      if (data != null) data.close()\n    }\n  }\n}\n\n\/** Companion object for [[IndexQueryHandler]]. *\/\nobject IndexQueryHandler {\n\n  val processResults = classOf[SelectStatement].getDeclaredMethod(\n    \"processResults\", classOf[PartitionIterator], classOf[QueryOptions], classOf[Int], classOf[Int])\n  processResults.setAccessible(true)\n\n  \/** Sets this query handler as the Cassandra CQL query handler, replacing the previous one. *\/\n  def activate(): Unit = {\n    this.synchronized {\n      if (!ClientState.getCQLQueryHandler.isInstanceOf[IndexQueryHandler]) {\n        try {\n          val field = classOf[ClientState].getDeclaredField(\"cqlQueryHandler\")\n          field.setAccessible(true)\n          val modifiersField = classOf[Field].getDeclaredField(\"modifiers\")\n          modifiersField.setAccessible(true)\n          modifiersField.setInt(field, field.getModifiers & ~Modifier.FINAL)\n          field.set(null, new IndexQueryHandler)\n        } catch {\n          case e: Exception => throw new IndexException(\"Unable to set Lucene CQL query handler\", e)\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/mapping\/ClusteringMapper.scala","text":"\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene.mapping\n\nimport java.nio.ByteBuffer\n\nimport com.google.common.base.MoreObjects\nimport com.google.common.primitives.Longs\nimport com.stratio.cassandra.lucene.mapping.ClusteringMapper._\nimport com.stratio.cassandra.lucene.util.ByteBufferUtils\nimport com.stratio.cassandra.lucene.util.ByteBufferUtils._\nimport org.apache.cassandra.config.{CFMetaData, ColumnDefinition}\nimport org.apache.cassandra.db._\nimport org.apache.cassandra.db.filter.{ClusteringIndexNamesFilter, ClusteringIndexSliceFilter}\nimport org.apache.cassandra.db.marshal.CompositeType\nimport org.apache.cassandra.dht.Token\nimport org.apache.cassandra.utils.ByteBufferUtil.EMPTY_BYTE_BUFFER\nimport org.apache.cassandra.utils.FastByteOperations._\nimport org.apache.lucene.document.{Document, Field, FieldType, StoredField}\nimport org.apache.lucene.index.FilteredTermsEnum.AcceptStatus\nimport org.apache.lucene.index._\nimport org.apache.lucene.search.BooleanClause.Occur.SHOULD\nimport org.apache.lucene.search.FieldComparator.TermValComparator\nimport org.apache.lucene.search._\nimport org.apache.lucene.util.{AttributeSource, BytesRef}\n\nimport scala.collection.JavaConverters._\n\n\/** Class for several clustering key mappings between Cassandra and Lucene.\n  *\n  * @param metadata the indexed table metadata\n  * @author <NAME> `adelapena<EMAIL>`\n  *\/\nclass ClusteringMapper(metadata: CFMetaData) {\n\n  \/** The clustering key comparator *\/\n  val comparator: ClusteringComparator = metadata.comparator\n\n  \/** A composite type composed by the types of the clustering key *\/\n  val clusteringType: CompositeType = CompositeType.getInstance(comparator.subtypes)\n\n  val clusteringColumns: List[ColumnDefinition] = metadata.clusteringColumns.asScala.toList\n\n  \/** Returns a list of Lucene [[IndexableField]]s representing the specified primary key.\n    *\n    * @param key        the partition key\n    * @param clustering the clustering key\n    * @return a indexable field\n    *\/\n  def indexableFields(key: DecoratedKey, clustering: Clustering): List[IndexableField] = {\n\n    \/\/ Build stored field for clustering key retrieval\n    val plainClustering = bytesRef(byteBuffer(clustering))\n    val storedField = new StoredField(FIELD_NAME, plainClustering)\n\n    \/\/ Build indexed field prefixed by token value collation\n    val bb = ByteBuffer.allocate(PREFIX_SIZE + plainClustering.length)\n    bb.put(prefix(key.getToken)).put(plainClustering.bytes).flip\n    val indexedField = new Field(FIELD_NAME, bytesRef(bb), FIELD_TYPE)\n\n    List(indexedField, storedField)\n  }\n\n  \/** Returns the [[ByteBuffer]] representation of the specified [[Clustering]].\n    *\n    * @param clustering a clustering key\n    * @return a byte buffer representing `clustering`\n    *\/\n  def byteBuffer(clustering: Clustering): ByteBuffer = {\n    (clusteringType.builder \/: clustering.getRawValues) (_ add _) build()\n  }\n\n  \/** Returns the [[String]] human-readable representation of the specified [[ClusteringPrefix]].\n    *\n    * @param prefix the clustering prefix\n    * @return a [[String]] representing the prefix\n    *\/\n  def toString(prefix: Option[ClusteringPrefix]): String = {\n    prefix.map(_.toString(metadata)).orNull\n  }\n\n  \/** Returns the clustering key represented by the specified [[ByteBuffer]].\n    *\n    * @param clustering a byte buffer containing a [[Clustering]]\n    * @return a Lucene field binary value\n    *\/\n  def clustering(clustering: ByteBuffer): Clustering = {\n    Clustering.make(clusteringType.split(clustering): _*)\n  }\n\n  \/** Returns the clustering key contained in the specified [[Document]].\n    *\n    * @param document a document containing the clustering key to be get\n    * @return the clustering key contained in the document\n    *\/\n  def clustering(document: Document): Clustering = {\n    val bytesRef = document.getBinaryValue(FIELD_NAME)\n    clustering(ByteBufferUtils.byteBuffer(bytesRef))\n  }\n\n  \/** Returns a Lucene [[SortField]] to sort documents by primary key.\n    *\n    * @return the sort field\n    *\/\n  def sortField: SortField = {\n    new ClusteringSort(this)\n  }\n\n  \/** Returns a Lucene [[Query]] to retrieve all the rows in the specified partition slice.\n    *\n    * @param position the partition position\n    * @param start    the start clustering prefix\n    * @param stop     the stop clustering prefix\n    * @return the Lucene query\n    *\/\n  def query(\n      position: PartitionPosition,\n      start: Option[ClusteringPrefix],\n      stop: Option[ClusteringPrefix]): Query = {\n    new ClusteringQuery(this, position, start, stop)\n  }\n\n  \/** Returns a Lucene [[Query]] to retrieve all the rows in the specified clustering slice.\n    *\n    * @param key   the partition key\n    * @param slice the slice\n    * @return the Lucene query\n    *\/\n  def query(key: DecoratedKey, slice: Slice): Query = {\n    query(key, Option(slice.start), Option(slice.end))\n  }\n\n  \/** Returns a Lucene [[Query]] to retrieve all the rows in the specified clustering slice filter.\n    *\n    * @param key    the partition key\n    * @param filter the slice filter\n    * @return the Lucene query\n    *\/\n  def query(key: DecoratedKey, filter: ClusteringIndexSliceFilter): Query = {\n    (new BooleanQuery.Builder \/: filter.requestedSlices.asScala) (\n      (builder, slice) => builder.add(query(key, slice), SHOULD)).build()\n  }\n\n}\n\n\/** Companion object for [[ClusteringMapper]]. *\/\nobject ClusteringMapper {\n\n  \/** The Lucene field name. *\/\n  val FIELD_NAME = \"_clustering\"\n\n  \/** The Lucene field type. *\/\n  val FIELD_TYPE = new FieldType\n  FIELD_TYPE.setOmitNorms(true)\n  FIELD_TYPE.setIndexOptions(IndexOptions.DOCS)\n  FIELD_TYPE.setTokenized(false)\n  FIELD_TYPE.setStored(false)\n  FIELD_TYPE.setDocValuesType(DocValuesType.SORTED)\n  FIELD_TYPE.freeze()\n\n  \/** The number of bytes produced by token collation. *\/\n  val PREFIX_SIZE = 8\n\n  \/** Returns a lexicographically sortable representation of the specified token.\n    *\n    * @param token a token\n    * @return a lexicographically sortable 8 bytes array\n    *\/\n  @SuppressWarnings(Array(\"NumericOverflow\"))\n  def prefix(token: Token): Array[Byte] = {\n    val value = TokenMapper.longValue(token)\n    val collated = Long.MinValue * -1 + value\n    Longs.toByteArray(collated)\n  }\n\n  \/** Returns the start [[ClusteringPrefix]] of the first partition of the specified [[DataRange]].\n    *\n    * @param range the data range\n    * @return the optional start clustering prefix of the data range\n    *\/\n  def startClusteringPrefix(range: DataRange): Option[ClusteringPrefix] = {\n    val filter = range.startKey match {\n      case key: DecoratedKey => range.clusteringIndexFilter(key)\n      case position =>\n        range.clusteringIndexFilter(new BufferDecoratedKey(position.getToken, EMPTY_BYTE_BUFFER))\n    }\n    filter match {\n      case slices: ClusteringIndexSliceFilter => Some(slices.requestedSlices.get(0).start)\n      case names: ClusteringIndexNamesFilter => Some(names.requestedRows.first)\n      case _ => None\n    }\n  }\n\n  \/** Returns the stop [[ClusteringPrefix]] of the last partition of the specified [[DataRange]].\n    *\n    * @param range the data range\n    * @return the optional stop clustering prefix of the data range\n    *\/\n  def stopClusteringPrefix(range: DataRange): Option[ClusteringPrefix] = {\n    val filter = range.stopKey match {\n      case key: DecoratedKey => range.clusteringIndexFilter(key)\n      case position =>\n        range.clusteringIndexFilter(new BufferDecoratedKey(position.getToken, EMPTY_BYTE_BUFFER))\n    }\n    filter match {\n      case slices: ClusteringIndexSliceFilter =>\n        Some(slices.requestedSlices.get(slices.requestedSlices.size - 1).end)\n      case names: ClusteringIndexNamesFilter =>\n        Some(names.requestedRows.last)\n      case _ => None\n    }\n  }\n}\n\n\/** [[SortField]] to sort by token and clustering key.\n  *\n  * @param mapper the primary key mapper to be used\n  *\/\nclass ClusteringSort(mapper: ClusteringMapper) extends SortField(\n  FIELD_NAME, (field, hits, _, _) => new TermValComparator(hits, field, false) {\n    override def compareValues(t1: BytesRef, t2: BytesRef): Int = {\n      val comp = compareUnsigned(t1.bytes, 0, PREFIX_SIZE, t2.bytes, 0, PREFIX_SIZE)\n      if (comp != 0) return comp\n      val bb1 = ByteBuffer.wrap(t1.bytes, PREFIX_SIZE, t1.length - PREFIX_SIZE)\n      val bb2 = ByteBuffer.wrap(t2.bytes, PREFIX_SIZE, t2.length - PREFIX_SIZE)\n      val clustering1 = mapper.clustering(bb1)\n      val clustering2 = mapper.clustering(bb2)\n      mapper.comparator.compare(clustering1, clustering2)\n    }\n  }) {\n\n  \/** @inheritdoc *\/\n  override def toString: String = \"<clustering>\"\n\n  \/** @inheritdoc *\/\n  override def equals(o: Any): Boolean = o match {\n    case _: ClusteringSort => true\n    case _ => false\n  }\n\n}\n\n\/** [[MultiTermQuery]] to get a range of clustering keys.\n  *\n  * @param mapper   the clustering key mapper to be used\n  * @param position the partition position\n  * @param start    the start clustering\n  * @param stop     the stop clustering\n  *\/\nclass ClusteringQuery(\n    val mapper: ClusteringMapper,\n    val position: PartitionPosition,\n    val start: Option[ClusteringPrefix],\n    val stop: Option[ClusteringPrefix]) extends MultiTermQuery(FIELD_NAME) {\n\n  val token = position.getToken\n  val seek = ClusteringMapper.prefix(token)\n  val comparator = mapper.comparator\n\n  \/** @inheritdoc *\/\n  override def getTermsEnum(terms: Terms, attributes: AttributeSource): TermsEnum = {\n    new FullKeyDataRangeFilteredTermsEnum(terms.iterator)\n  }\n\n  \/** Important to avoid collisions in Lucene's query cache. *\/\n  override def equals(o: Any): Boolean = o match {\n    case q: ClusteringQuery => token == q.token && start == q.start && stop == q.stop\n    case _ => false\n  }\n\n  \/** Important to avoid collisions in Lucene's query cache. *\/\n  override def hashCode: Int = {\n    var result = super.hashCode\n    result = 31 * result + token.hashCode\n    result = 31 * result + start.map(_.hashCode).getOrElse(0)\n    result = 31 * result + stop.map(_.hashCode).getOrElse(0)\n    result\n  }\n\n  \/** @inheritdoc *\/\n  override def toString(field: String): String = {\n    MoreObjects.toStringHelper(this)\n      .add(\"field\", field)\n      .add(\"token\", token)\n      .add(\"start\", mapper.toString(start))\n      .add(\"stop\", mapper.toString(stop))\n      .toString\n  }\n\n  class FullKeyDataRangeFilteredTermsEnum(tenum: TermsEnum) extends FilteredTermsEnum(tenum) {\n\n    \/\/ Jump to the start of the partition\n    setInitialSeekTerm(new BytesRef(seek))\n\n    \/** @inheritdoc *\/\n    override def accept(term: BytesRef): AcceptStatus = {\n\n      \/\/ Check token range\n      val comp = compareUnsigned(term.bytes, 0, PREFIX_SIZE, seek, 0, PREFIX_SIZE)\n      if (comp < 0) return AcceptStatus.NO\n      if (comp > 0) return AcceptStatus.END\n\n      \/\/ Check clustering range\n      val bb = ByteBuffer.wrap(term.bytes, PREFIX_SIZE, term.length - PREFIX_SIZE)\n      val clustering = mapper.clustering(bb)\n      if (start.exists(comparator.compare(_, clustering) > 0)) return AcceptStatus.NO\n      if (stop.exists(comparator.compare(_, clustering) < 0)) return AcceptStatus.NO\n\n      AcceptStatus.YES\n    }\n  }\n\n}"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/test\/scala\/com\/stratio\/cassandra\/lucene\/index\/NoIDFSimilarityTest.scala","text":"\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene.index\n\nimport com.stratio.cassandra.lucene.BaseScalaTest\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\n\/** Tests for [[NoIDFSimilarity]].\n  *\n  * @author <NAME> `<EMAIL>`\n  *\/\n@RunWith(classOf[JUnitRunner])\nclass NoIDFSimilarityTest extends BaseScalaTest {\n\n  test(\"neutral IDF score\") {\n    val similarity = new NoIDFSimilarity\n    similarity.idf(0l, 0l) shouldBe 1.0f\n    similarity.idf(1l, 5l) shouldBe 1.0f\n    similarity.idf(10000l, 10943l) shouldBe 1.0f\n    similarity.idf(-45667l, 2132189l) shouldBe 1.0f\n    similarity.idf(367423794l, -394612l) shouldBe 1.0f\n    similarity.idf(-2147294213l, 15264214l) shouldBe 1.0f\n  }\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/test\/scala\/com\/stratio\/cassandra\/lucene\/BaseScalaTest.scala","text":"<gh_stars>10-100\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport com.google.common.collect.Lists\nimport org.apache.cassandra.cql3.FieldIdentifier\nimport org.apache.cassandra.db.marshal._\nimport org.scalatest.{FunSuite, Matchers}\nimport scala.collection.JavaConverters._\n\n\/** Base test.\n  *\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass BaseScalaTest extends FunSuite with Matchers {\n\n\n}\n\nobject BaseScalaTest {\n\n  val utf8 = UTF8Type.instance\n  val ascii = AsciiType.instance\n  val int32 = Int32Type.instance\n  val byte = ByteType.instance\n  val short = ShortType.instance\n  val long = LongType.instance\n  val float = FloatType.instance\n  val double = DoubleType.instance\n  val date = SimpleDateType.instance\n  val integer = IntegerType.instance\n  val uuid = UUIDType.instance\n  val lexicalUuid = LexicalUUIDType.instance\n  val timeUuid = TimeUUIDType.instance\n  val decimal = DecimalType.instance\n  val timestamp = TimestampType.instance\n  val boolean = BooleanType.instance\n\n  def set[A](elements: AbstractType[A], multiCell: Boolean): SetType[A] =\n    SetType.getInstance(elements, multiCell)\n\n  def list[A](elements: AbstractType[A], multiCell: Boolean): ListType[A] =\n    ListType.getInstance(elements, multiCell)\n\n  def map[A, B](keys: AbstractType[A], values: AbstractType[B], multiCell: Boolean): MapType[A, B] =\n    MapType.getInstance(keys, values, multiCell)\n\n  def udt(names: List[String], types: List[AbstractType[_]]): UserType =\n    new UserType(\n      \"ks\",\n      utf8.decompose(\"cell\"),\n      Lists.newArrayList(names.map(x => new FieldIdentifier(utf8.decompose(x))).asJava),\n      Lists.newArrayList(types.asJava),false)\n\n  def reversed[A](base: AbstractType[A]): ReversedType[A] = ReversedType.getInstance(base)\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/IndexWriterSkinny.scala","text":"<reponame>artemMartynenko\/cassandra-lucene-index\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport org.apache.cassandra.db.rows.Row\nimport org.apache.cassandra.db.{DecoratedKey, RangeTombstone, SinglePartitionReadCommand}\nimport org.apache.cassandra.index.transactions.IndexTransaction\nimport org.apache.cassandra.index.transactions.IndexTransaction.Type.COMPACTION\nimport org.apache.cassandra.utils.concurrent.OpOrder\n\n\/** [[IndexWriter]] for skinny rows.\n  *\n  * @param service         the service to perform the indexing operation\n  * @param key             key of the partition being modified\n  * @param nowInSec        current time of the update operation\n  * @param opGroup         operation group spanning the update operation\n  * @param transactionType what kind of update is being performed on the base data\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass IndexWriterSkinny(\n    service: IndexServiceSkinny,\n    key: DecoratedKey,\n    nowInSec: Int,\n    opGroup: OpOrder.Group,\n    transactionType: IndexTransaction.Type)\n  extends IndexWriter(service, key, nowInSec, opGroup, transactionType) {\n\n  private var row: Option[Row] = None\n\n  \/** @inheritdoc *\/\n  override def delete() {\n    service.delete(key)\n    row = None\n  }\n\n  \/** @inheritdoc *\/\n  override def delete(tombstone: RangeTombstone): Unit = {\n    logger.warn(s\"Ignoring range tombstone $tombstone in skinny table\")\n  }\n\n  \/** @inheritdoc *\/\n  override def index(row: Row) {\n    this.row = Option(row)\n  }\n\n  \/** @inheritdoc *\/\n  override def commit() {\n    row.map(\n      row => {\n        if (transactionType == COMPACTION || service.needsReadBeforeWrite(key, row)) {\n          tracer.trace(\"Lucene index reading before write\")\n          val command = SinglePartitionReadCommand.fullPartitionRead(metadata, nowInSec, key)\n          val readRows = read(command)\n          if (readRows.hasNext) readRows.next else row\n        } else row\n      }).foreach(\n      row => {\n        if (row.hasLiveData(nowInSec, metadata.enforceStrictLiveness )) {\n          tracer.trace(\"Lucene index writing document\")\n          service.upsert(key, row, nowInSec)\n        } else {\n          tracer.trace(\"Lucene index deleting document\")\n          service.delete(key)\n        }\n      })\n  }\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/mapping\/PartitionMapper.scala","text":"<reponame>artemMartynenko\/cassandra-lucene-index\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene.mapping\n\nimport java.nio.ByteBuffer\n\nimport com.stratio.cassandra.lucene.mapping.PartitionMapper._\nimport com.stratio.cassandra.lucene.util.ByteBufferUtils\nimport org.apache.cassandra.config.{CFMetaData, DatabaseDescriptor}\nimport org.apache.cassandra.db.DecoratedKey\nimport org.apache.lucene.document.{Document, Field, FieldType}\nimport org.apache.lucene.index.{DocValuesType, IndexOptions, IndexableField, Term}\nimport org.apache.lucene.search.FieldComparator.TermValComparator\nimport org.apache.lucene.search._\nimport org.apache.lucene.util.BytesRef\n\nimport scala.collection.JavaConverters._\n\n\/** Class for several partition key mappings between Cassandra and Lucene.\n  *\n  * @param metadata the indexed table metadata\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass PartitionMapper(metadata: CFMetaData) {\n\n  val partitioner = DatabaseDescriptor.getPartitioner\n  val validator = metadata.getKeyValidator\n  val partitionKeyColumns = metadata.partitionKeyColumns.asScala\n\n  \/** Returns the Lucene indexable field representing to the specified partition key.\n    *\n    * @param partitionKey the partition key to be converted\n    * @return a indexable field\n    *\/\n  def indexableField(partitionKey: DecoratedKey): IndexableField = {\n    val bb = partitionKey.getKey\n    val bytesRef = ByteBufferUtils.bytesRef(bb)\n    new Field(FIELD_NAME, bytesRef, FIELD_TYPE)\n  }\n\n  \/** Returns the specified raw partition key as a Lucene term.\n    *\n    * @param partitionKey the raw partition key to be converted\n    * @return a Lucene term\n    *\/\n  def term(partitionKey: ByteBuffer): Term = {\n    val bytesRef = ByteBufferUtils.bytesRef(partitionKey)\n    new Term(FIELD_NAME, bytesRef)\n  }\n\n  \/** Returns the specified raw partition key as a Lucene term.\n    *\n    * @param partitionKey the raw partition key to be converted\n    * @return a Lucene term\n    *\/\n  def term(partitionKey: DecoratedKey): Term = {\n    term(partitionKey.getKey)\n  }\n\n  \/** Returns the specified raw partition key as a Lucene query.\n    *\n    * @param partitionKey the raw partition key to be converted\n    * @return the specified raw partition key as a Lucene query\n    *\/\n  def query(partitionKey: DecoratedKey): Query = {\n    new TermQuery(term(partitionKey))\n  }\n\n  \/** Returns the specified raw partition key as a Lucene query.\n    *\n    * @param partitionKey the raw partition key to be converted\n    * @return the specified raw partition key as a Lucene query\n    *\/\n  def query(partitionKey: ByteBuffer): Query = {\n    new TermQuery(term(partitionKey))\n  }\n\n  \/** Returns the partition key contained in the specified Lucene document.\n    *\n    * @param document the document containing the partition key to be get\n    * @return the key contained in the specified Lucene document\n    *\/\n  def decoratedKey(document: Document): DecoratedKey = {\n    val bytesRef = document.getBinaryValue(FIELD_NAME)\n    val bb = ByteBufferUtils.byteBuffer(bytesRef)\n    partitioner.decorateKey(bb)\n  }\n\n  \/** Returns a Lucene sort field for sorting documents\/rows according to the partition key.\n    *\n    * @return a sort field for sorting by partition key\n    *\/\n  def sortField: SortField = {\n    new PartitionSort(this)\n  }\n\n}\n\n\/** Companion object for [[PartitionMapper]]. *\/\nobject PartitionMapper {\n\n  \/** The Lucene field name. *\/\n  val FIELD_NAME = \"_partition\"\n\n  \/** The Lucene field type. *\/\n  val FIELD_TYPE = new FieldType\n  FIELD_TYPE.setOmitNorms(true)\n  FIELD_TYPE.setIndexOptions(IndexOptions.DOCS)\n  FIELD_TYPE.setTokenized(false)\n  FIELD_TYPE.setStored(true)\n  FIELD_TYPE.setDocValuesType(DocValuesType.SORTED)\n  FIELD_TYPE.freeze()\n}\n\n\/** [[SortField]] to sort by partition key.\n  *\n  * @param mapper the partition key mapper to be used\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass PartitionSort(mapper: PartitionMapper) extends SortField(\n  FIELD_NAME, (field, hits, _, _) => new TermValComparator(hits, field, false) {\n    override def compareValues(t1: BytesRef, t2: BytesRef): Int = {\n      val bb1 = ByteBufferUtils.byteBuffer(t1)\n      val bb2 = ByteBufferUtils.byteBuffer(t2)\n      mapper.validator.compare(bb1, bb2)\n    }\n  }) {\n\n  \/** @inheritdoc **\/\n  override def toString: String = \"<partition>\"\n\n  \/** @inheritdoc **\/\n  override def equals(o: Any): Boolean = o match {\n    case _: PartitionSort => true\n    case _ => false\n  }\n\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/IndexReaderWide.scala","text":"\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport java.{util => java}\n\nimport com.stratio.cassandra.lucene.index.DocumentIterator\nimport org.apache.cassandra.db._\nimport org.apache.cassandra.db.filter.ClusteringIndexNamesFilter\nimport org.apache.lucene.document.Document\n\n\/** [[IndexReader]] for wide rows.\n  *\n  * @param service    the index service\n  * @param command    the read command\n  * @param table      the base table\n  * @param controller the read execution controller\n  * @param documents  the documents iterator\n  * @author <NAME> `<EMAIL>`\n  *\/\nclass IndexReaderWide(\n    service: IndexServiceWide,\n    command: ReadCommand,\n    table: ColumnFamilyStore,\n    controller: ReadExecutionController,\n    documents: DocumentIterator)\n  extends IndexReader(command, table, controller, documents) {\n\n  private[this] val comparator = service.metadata.comparator\n  private[this] var nextDoc: Document = _\n\n  private[this] def readClusterings(key: DecoratedKey): java.NavigableSet[Clustering] = {\n    val clusterings = new java.TreeSet[Clustering](comparator)\n    var clustering = service.clustering(nextDoc)\n    var lastClustering: Clustering = null\n    var continue = true\n    while (continue && nextDoc != null && key.getKey == service.decoratedKey(nextDoc).getKey &&\n      (lastClustering == null || comparator.compare(lastClustering, clustering) < 0)) {\n      if (command.selectsKey(key) && command.selectsClustering(key, clustering)) {\n        lastClustering = clustering\n        clusterings.add(clustering)\n      }\n      if (documents.hasNext) {\n        nextDoc = documents.next._1\n        clustering = service.clustering(nextDoc)\n      }\n      else nextDoc = null\n      continue = !documents.needsFetch\n    }\n    clusterings\n  }\n\n  \/** @inheritdoc *\/\n  override protected def prepareNext(): Boolean = {\n\n    if (nextData.isDefined) return true\n\n    if (nextDoc == null) {\n      if (!documents.hasNext) return false\n      nextDoc = documents.next._1\n    }\n\n    val key = service.decoratedKey(nextDoc)\n    val clusterings = readClusterings(key)\n\n    if (clusterings.isEmpty) return prepareNext()\n\n    val filter = new ClusteringIndexNamesFilter(clusterings, false)\n    nextData = Some(read(key, filter))\n\n    nextData.foreach(\n      data => if (data.isEmpty) {\n        data.close()\n        return prepareNext()\n      })\n\n    true\n  }\n\n\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/column\/Columns.scala","text":"<reponame>artemMartynenko\/cassandra-lucene-index\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene.column\n\nimport com.google.common.base.MoreObjects.toStringHelper\n\n\/** An immutable sorted list of CQL3 logic [[Column]]s.\n  *\n  * @param columns the [[Column]]s composing this\n  * @author <NAME> `<EMAIL>`\n  *\/\n@scala.annotation.varargs\ncase class Columns(private val columns: List[Column]) extends Traversable[Column] {\n\n  \/** @constructor create a new empty columns. *\/\n  def this() = this(Nil)\n\n  \/** @inheritdoc *\/\n  override def isEmpty: Boolean = columns.isEmpty\n\n  \/** @inheritdoc *\/\n  override def foreach[A](f: Column => A): Unit = columns.foreach(f)\n\n  \/** Returns a copy of this with the specified column prepended in O(1) time. *\/\n  def ::(column: Column): Columns = new Columns(column :: columns)\n\n  \/** Returns a copy of this with the specified column appended in O(n) time. *\/\n  def +(column: Column): Columns = new Columns(columns :+ column)\n\n  \/** Returns a copy of this with the specified columns appended. *\/\n  def ++(columns: Columns): Columns = new Columns(this.columns ++ columns)\n\n  \/** Returns the value of the first column with the specified mapper name. *\/\n  def valueForField(field: String): Any = columns.find(_.field == field).flatMap(_.value).orNull\n\n  \/** Runs the specified function over each column with the specified field name. *\/\n  def foreachWithMapper[A](field: String)(f: Column => A): Unit = {\n    val mapper = Column.parseMapperName(field)\n    columns.foreach(column => if (column.mapper == mapper) f(column))\n  }\n\n  \/** Returns a copy of this with the specified column appended. *\/\n  def add(cell: String): Columns = this + Column(cell)\n\n  \/** Returns a copy of this with the specified column appended. *\/\n  def add(cell: String, value: Any): Columns = this + Column(cell, value = Option(value))\n\n  \/** @inheritdoc *\/\n  override def toString: String = (toStringHelper(this) \/: columns) ((helper, column) =>\n    helper.add(column.field, column.value)).toString\n\n}\n\n\/** Companion object for [[Columns]]. *\/\nobject Columns {\n\n  \/** An empty columns. *\/\n  val empty: Columns = new Columns\n\n  \/** Returns a new empty columns. *\/\n  def apply: Columns = empty\n\n  \/** Returns a new [[Columns]] composed by the specified [[Column]]s. *\/\n  def apply(columns: Traversable[Column]): Columns = new Columns(columns.toList)\n\n  \/** Returns a new [[Columns]] composed by the specified [[Column]]s. *\/\n  def apply(columns: Column*): Columns = new Columns(columns.toList)\n\n}\n"}
{"repo_name":"artemMartynenko\/cassandra-lucene-index","path":"plugin\/src\/main\/scala\/com\/stratio\/cassandra\/lucene\/IndexWriter.scala","text":"<reponame>artemMartynenko\/cassandra-lucene-index\n\/*\n * Copyright (C) 2014 Stratio (http:\/\/stratio.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.stratio.cassandra.lucene\n\nimport com.stratio.cassandra.lucene.util.{Logging, Tracing}\nimport org.apache.cassandra.db._\nimport org.apache.cassandra.db.rows.{Row, RowIterator, UnfilteredRowIterators}\nimport org.apache.cassandra.index.Index.Indexer\nimport org.apache.cassandra.index.transactions.IndexTransaction\nimport org.apache.cassandra.index.transactions.IndexTransaction.Type.CLEANUP\nimport org.apache.cassandra.utils.concurrent.OpOrder\n\n\/** [[Indexer]] for Lucene-based index.\n  *\n  * @param service         the service to perform the indexing operation\n  * @param key             key of the partition being modified\n  * @param nowInSec        current time of the update operation\n  * @param opGroup         operation group spanning the update operation\n  * @param transactionType what kind of update is being performed on the base data\n  * @author <NAME> `<EMAIL>`\n  *\/\nabstract class IndexWriter(\n    service: IndexService,\n    key: DecoratedKey,\n    nowInSec: Int,\n    opGroup: OpOrder.Group,\n    transactionType: IndexTransaction.Type) extends Indexer with Logging with Tracing {\n\n  val metadata = service.metadata\n  val table = service.table\n\n  \/** @inheritdoc *\/\n  override def begin() {\n    logger.trace(s\"Begin transaction $transactionType\")\n  }\n\n  \/** @inheritdoc *\/\n  override def partitionDelete(deletionTime: DeletionTime) {\n    logger.trace(s\"Delete partition during $transactionType: $deletionTime\")\n    delete()\n  }\n\n  \/** @inheritdoc *\/\n  override def rangeTombstone(tombstone: RangeTombstone) {\n    logger.trace(s\"Range tombstone during $transactionType: $tombstone\")\n    delete(tombstone)\n  }\n\n  \/** @inheritdoc *\/\n  override def insertRow(row: Row): Unit = {\n    logger.trace(s\"Insert rows during $transactionType: $row\")\n    tryIndex(row)\n  }\n\n  \/** @inheritdoc *\/\n  override def updateRow(oldRowData: Row, newRowData: Row): Unit = {\n    logger.trace(s\"Update row during $transactionType: $oldRowData TO $newRowData\")\n    tryIndex(newRowData)\n  }\n\n  \/** @inheritdoc *\/\n  override def removeRow(row: Row): Unit = {\n    logger.trace(s\"Remove row during $transactionType: $row\")\n    tryIndex(row)\n  }\n\n  \/** Deletes all the partition. *\/\n  protected def delete()\n\n  \/** Deletes all the rows in the specified tombstone. *\/\n  protected def delete(tombstone: RangeTombstone)\n\n  \/** Try indexing the row. If the row does not affect index it is not indexed *\/\n  private[this] def tryIndex(row: Row): Unit = {\n    if (service.doesAffectIndex(row)) {\n      index(row)\n    } else {\n      tracer.trace(\"Lucene index skipping row\")\n    }\n  }\n\n  \/** Indexes the specified row. It behaviours as an upsert and may involve read-before-write.\n    *\n    * @param row the row to be indexed.\n    *\/\n  protected def index(row: Row)\n\n  \/** Retrieves from the local storage the rows satisfying the specified read command.\n    *\n    * @param command a single partition read command\n    * @return a row iterator\n    *\/\n  protected def read(command: SinglePartitionReadCommand): RowIterator = {\n    val controller = command.executionController\n    try {\n      val unfilteredRows = command.queryMemtableAndDisk(table, controller)\n      UnfilteredRowIterators.filter(unfilteredRows, nowInSec)\n    } finally controller.close()\n  }\n\n  \/** @inheritdoc *\/\n  override final def finish() {\n\n    \/\/ Skip on cleanups\n    if (transactionType == CLEANUP) return\n\n    \/\/ Finish with mutual exclusion on partition\n    service.readBeforeWriteLocker.run(key, () => commit())\n  }\n\n  \/** Commits all pending writes *\/\n  protected def commit()\n\n}"}
{"repo_name":"df3n5\/scala_js_spike","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nenablePlugins(ScalaJSPlugin)\nenablePlugins(ScalaJSBundlerPlugin)\n\nname := \"Scala.js Spike\"\n\/\/ or any other Scala version >= 2.10.2\n\n\/\/ This is an application with a main method\n\n\/\/scalaJSModuleKind := ModuleKind.CommonJSModule\n\n\/\/jsDependencies += ProvidedJS \/ \"jsexamplemodule.js\"\n\n\ntestFrameworks += new TestFramework(\"utest.runner.Framework\")\n\ncoverageEnabled := true\n\nnpmDependencies in Compile += \"left-pad\" -> \"1.1.3\"\n\n\/\/ Jvm AND JS support here\nlazy val root = project.in(file(\".\")).\n  aggregate(spikeJS, spikeJVM).\n  settings(\n    publish := {},\n    publishLocal := {},\n    scalaVersion := \"2.12.1\"\n  )\n\nval browser = org.scalajs.jsenv.selenium.Chrome()\n\nval testTask = taskKey[Unit](\"test task\")\n\nlazy val spike = crossProject.in(file(\".\")).\n  settings(\n    name := \"spike\",\n    version := \"0.1-SNAPSHOT\",\n    libraryDependencies += \"com.lihaoyi\" %%% \"utest\" % \"0.4.5\" % \"test\",\n    testFrameworks += new TestFramework(\"utest.runner.Framework\")\n  ).\n  jvmSettings(\n    \/\/ Add JVM-specific settings here\n  ).\n  jsSettings(\n    scalaJSModuleKind := ModuleKind.CommonJSModule,\n    scalaJSUseMainModuleInitializer := true,\n    libraryDependencies += \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.1\",\n    testTask := {\n      println(\"HOOOOOOO\")\n    }\n    \/\/ Apply to the 'run' command\n    \/\/jsEnv := new org.scalajs.jsenv.selenium.SeleniumJSEnv(browser),\n    \/\/ Apply to tests\n    \/\/jsEnv in Test := new org.scalajs.jsenv.selenium.SeleniumJSEnv(browser)\n  )\n\nlazy val spikeJVM = spike.jvm\nlazy val spikeJS = spike.js"}
{"repo_name":"df3n5\/scala_js_spike","path":"jvm\/src\/main\/scala\/SpikeJvmApp.scala","text":"<reponame>df3n5\/scala_js_spike<gh_stars>0\npackage spike.webapp.jvm\n\nobject SpikeJvmApp {\n  def main(args: Array[String]): Unit = {\n    import spike.webapp.shared.PiCalc._\n    \/\/println(\"Hello world!\")\n    \/\/println(s\"Passing 'blah' to Js : ${JsExampleModule.testFunc(\"blah\")}\")\n    val nIterations = 1000000\n    println(s\"Pi approximation for ${nIterations} iterations : ${time(calculatePi(nIterations))}\")\n  }\n}"}
{"repo_name":"df3n5\/scala_js_spike","path":"js\/src\/main\/scala\/SpikeApp.scala","text":"<filename>js\/src\/main\/scala\/SpikeApp.scala\npackage spike.webapp.js\n\nimport org.scalajs.dom.ext.Ajax\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.scalajs.js\nimport scala.scalajs.js.JSApp\nimport scala.scalajs.js.annotation.JSImport\n\n@js.native\n@JSImport(\"left-pad\", JSImport.Namespace)\nobject LeftPad extends js.Object {\n  def apply(str: String, n: Int): String = js.native\n}\n\n\/*\n@js.native\n@JSImport(\".\/classes\/jsexamplemodule\", JSImport.Namespace)\nobject JsExampleModule extends js.Object {\n  def testFunc(arg: String) : String = js.native\n}\n\n@JSExportTopLevel(\"testScalaObj\")\nobject JsExportModule {\n  @JSExport\n  def testScalaFunc(arg: String) : String = {\n    JsExampleModule.testFunc(arg)\n  }\n}\n*\/\n\n\/\/ For coverage purposes\nobject SimpleModule {\n  def containsMe(arg: String) : Boolean = {\n    arg.contains(\"me\")\n  }\n}\n\nobject SpikeApp extends JSApp {\n  def main(): Unit = {\n    \/\/import spike.webapp.shared.PiCalc._\n    \/\/println(\"Hello world!\")\n    \/\/println(s\"Passing 'blah' to Js : ${JsExampleModule.testFunc(\"blah\")}\")\n\n    \/\/val nIterations = 1000000\n    \/\/println(s\"Pi approximation for ${nIterations} iterations : ${time(calculatePi(nIterations))}\")\n    println(\"HI\")\n\/*\n    Ajax.get(\"http:\/\/api.openweathermap.org\/\" +\n      \"data\/2.5\/weather?q=Tampere\").foreach {\n      xhr =>\n        println(xhr.responseText)\n    }\n    *\/\n    println(LeftPad(\"blah\", 6))\n  }\n}\n\n\n\n"}
{"repo_name":"df3n5\/scala_js_spike","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"0.6.15\")\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-scalajs-bundler\" % \"0.5.0\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.5.0\")\n\n\nlibraryDependencies += \"org.scala-js\" %% \"scalajs-env-selenium\" % \"0.1.3\"\n"}
{"repo_name":"df3n5\/scala_js_spike","path":"js\/src\/test\/scala\/JsTests.scala","text":"package test.utest.examples.examples\n\nimport utest._\n\nobject JsTests extends TestSuite {\n  val tests = this {\n    'test1{\n      import spike.webapp.js.SimpleModule._\n      assert(containsMe(\"me\"))\n      assert(!containsMe(\"blah\"))\n      assert(!containsMe(\"Does not contain m e\"))\n    }\n  }\n}\n"}
{"repo_name":"df3n5\/scala_js_spike","path":"shared\/src\/main\/scala\/PiCalc.scala","text":"<reponame>df3n5\/scala_js_spike<filename>shared\/src\/main\/scala\/PiCalc.scala\npackage spike.webapp.shared\n\nimport scala.util.Random\n\nobject PiCalc {\n  def time[R](block: => R): R = {\n    val t0 = System.currentTimeMillis()\n    val result = block    \/\/ call-by-name\n    val t1 = System.currentTimeMillis()\n    println(\"Elapsed time: \" + (t1 - t0) + \"ms\")\n    result\n  }\n\n  def calculatePi(nIterations: Int) : Double = {\n    var nHits = 0\n    for (i <- 0 to nIterations) {\n      val x = Random.nextDouble()\n      val y = Random.nextDouble()\n      val d = x*x + y*y\n      if (d <= 1.0) {\n        nHits += 1\n      }\n    }\n\n    (nHits.toDouble \/ nIterations.toDouble) * 4.0\n  }\n}\n"}
{"repo_name":"df3n5\/scala_js_spike","path":"shared\/src\/test\/scala\/SharedTests.scala","text":"package test.utest.examples.examples\n\nimport utest._\n\nobject SharedTests extends TestSuite {\n  val tests = this {\n    'pitest{\n      import spike.webapp.shared.PiCalc\n      val res = PiCalc.calculatePi(10000)\n      assert(res > 2.0)\n      assert(res < 4.0)\n      assert(res > 3.0)\n      assert(res < 3.5)\n      assert(res > 3.1)\n      assert(res < 3.2)\n    }\n  }\n}\n"}
{"repo_name":"i10416\/breeze","path":"math\/src\/main\/scala\/breeze\/stats\/distributions\/Wishart.scala","text":"<gh_stars>0\npackage breeze.stats\npackage distributions\n\nimport breeze.linalg\nimport breeze.linalg._\nimport breeze.macros.cforRange\nimport breeze.numerics._\n\ncase class Wishart(df: Double, scale: DenseMatrix[Double])(implicit randBasis: RandBasis)\n  extends ContinuousDistr[DenseMatrix[Double]]\n  with Moments[DenseMatrix[Double], DenseMatrix[Double]]\n{\n  private val dims = scale.rows\n\n  require(dims == scale.cols, \"Scale must be a square matrix\")\n  require(df > dims - 1, \"df must be greater than one less than the dimensionality\")\n\n  private val invScale = inv(scale)\n  private val chol: DenseMatrix[Double] = linalg.cholesky(scale)\n\n  def unnormalizedLogPdf(x: DenseMatrix[Double]): Double = {\n    math.log(det(x)) * 0.5 * (df - dims - 1) - 0.5 * trace(invScale * x)\n  }\n\n  def logNormalizer: Double = {\n    (math.log(2) * dims * 0.5 * df\n    + math.log(det(scale)) * 0.5 * df\n    + multidigammalog(0.5 * df, dims))\n  }\n\n  def mean: DenseMatrix[Double] = scale *:* df\n\n  def variance: DenseMatrix[Double] = {\n    val t = diag(scale).toDenseMatrix\n    (mpow(scale, 2) +  t * t.t) *:* df\n  }\n\n  def entropy: Double = {\n    val elnx = multidigamma(df \/ 2, dims) + dims * math.log(2) + math.log(det(scale))\n    (-logNormalizer\n      - ((df - dims - 1) \/ 2) * elnx\n      + (df * dims) \/ 2)\n  }\n\n  def mode: DenseMatrix[Double] = {\n    require(df >= dims + 1)\n    scale *:* (df - dims - 1)\n  }\n\n  def draw(): DenseMatrix[Double] = {\n    val a = DenseMatrix.zeros[Double](dims, dims)\n    cforRange(0 until dims) { i =>\n      a(i, i) = math.sqrt(ChiSquared(df - i).draw())\n      cforRange(0 until i) { j =>\n        a(i, j) = randBasis.gaussian.draw()\n      }\n    }\n    var sample = chol * a\n    sample = sample * sample.t\n    sample\n  }\n}\n"}
{"repo_name":"i10416\/breeze","path":"math\/src\/test\/scala\/breeze\/stats\/DescriptiveStatsTest.scala","text":"package breeze.stats\n\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.should.Matchers._\n\nimport scala.util.Random\nimport breeze.linalg._\nimport breeze.math._\nimport breeze.stats.meanAndVariance.MeanAndVariance\n\nclass DescriptiveStatsTest extends AnyWordSpec {\n  \"DescriptiveStats\" should {\n    \"percentile should not explode when p = 1\" in {\n      val a = List.fill(100)(1.0)\n      DescriptiveStats.percentile(a, 1.0) should be(1.0)\n    }\n    \"variance should not explode when size of list is 1\" in {\n      val a = List(1.0)\n      meanAndVariance(a) should be(MeanAndVariance(1.0, 0, 1))\n    }\n    \"mean should give correct value\" in {\n      val a = List(1.0, 2.0, 3.0, 4.0)\n      mean(a) should be(2.5)\n    }\n    \"mean should give correct value for SparseVectors\" in {\n      val a = SparseVector.zeros[Double](1000)\n      a(10) = 100.0\n      mean(a) should be(0.1)\n    }\n    \"covariance should not explode when size of list is 1\" in {\n      val a = List(1.0)\n      val b = List(2.0)\n      DescriptiveStats.meanAndCov(a, b) should be((1.0, 2.0, 0))\n    }\n    \"covariance should produce correct values\" in {\n      val a = List(1.0, 2.0, 3.0, 4)\n      val b = List(2.0, -3, 4.0, 5)\n      DescriptiveStats.cov(a, b) should be(2 + (2.0 \/ 3))\n    }\n    \"covmat should produce correct values for matrix\" in {\n      val d = DenseMatrix((1.0, 2.0), (2.0, -3.0), (3.0, 4.0), (4.0, 5.0))\n      val result: DenseMatrix[Double] = covmat(d)\n      assert(math.abs(result(0, 1) - 2.66666667) < 1e-7)\n      assert(math.abs(result(1, 0) - 2.66666667) < 1e-7)\n      assert(math.abs(result(0, 0) - 1.66666667) < 1e-7)\n      assert(math.abs(result(1, 1) - 12.66666667) < 1e-7)\n    }\n\n    \"covmat should produce correct values for seq of vectors\" in {\n      val d = Seq(DenseVector(1.0, 2.0), DenseVector(2.0, -3.0), DenseVector(3.0, 4.0), DenseVector(4.0, 5.0))\n      val result: DenseMatrix[Double] = covmat(d)\n      assert(math.abs(result(0, 1) - 2.66666667) < 1e-7)\n      assert(math.abs(result(1, 0) - 2.66666667) < 1e-7)\n      assert(math.abs(result(0, 0) - 1.66666667) < 1e-7)\n      assert(math.abs(result(1, 1) - 12.66666667) < 1e-7)\n    }\n\n    \"corrcoeff should produce correct values\" in {\n      val d = DenseMatrix((1.0, 2.0), (2.0, -3.0), (3.0, 4.0), (4.0, 5.0))\n      val result: DenseMatrix[Double] = corrcoeff(d)\n      assert(math.abs(result(0, 1) - 0.580381) < 1e-7)\n      assert(math.abs(result(1, 0) - 0.580381) < 1e-7)\n      assert(math.abs(result(0, 0) - 1.0) < 1e-7)\n      assert(math.abs(result(1, 1) - 1.0) < 1e-7)\n    }\n    \"corrcoeff should produce correct values for list of vectors\" in {\n      val d = Seq(DenseVector(1.0, 2.0), DenseVector(2.0, -3.0), DenseVector(3.0, 4.0), DenseVector(4.0, 5.0))\n      val result: DenseMatrix[Double] = corrcoeff(d)\n      assert(math.abs(result(0, 1) - 0.580381) < 1e-7)\n      assert(math.abs(result(1, 0) - 0.580381) < 1e-7)\n      assert(math.abs(result(0, 0) - 1.0) < 1e-7)\n      assert(math.abs(result(1, 1) - 1.0) < 1e-7)\n    }\n\n    \"mode should produce the correct values\" in {\n      val vector = DenseVector(1.0, 2.0, 3.0, 2.0, 3.0, 3.0)\n      val result = mode(vector)\n      assert(result.mode == 3.0)\n      assert(result.frequency == 3)\n    }\n    \"mode should return Double.NaN for an empty collection\" in {\n      val vector = DenseVector[Double]()\n      val result = mode(vector)\n      assert(result.mode.isNaN)\n      assert(result.frequency == 0)\n    }\n    \"digitize should return proper bins\" in {\n      val x = DenseVector[Double](-0.5, 0.5, 1.5, 2, 0, 2.5)\n      val bins = DenseVector[Double](0.0, 1.0, 2.0)\n      val result = digitize(x, bins)\n      val desiredResult = DenseVector[Int](0, 1, 2, 2, 0, 3)\n      assert(result == desiredResult)\n    }\n\n    \"digitize should support other types for bins\" in {\n      val x = DenseVector[Double](-0.5, 0.5, 1.5, 2, 0, 2.5)\n      val bins = DenseVector(0, 1, 2)\n      val result = digitize(x, bins)\n      val desiredResult = DenseVector[Int](0, 1, 2, 2, 0, 3)\n      assert(result == desiredResult)\n    }\n\n    \"bincount should compute bins for DenseVector\" in {\n      val x = DenseVector[Int](0, 1, 2, 3, 1)\n      val result = DenseVector[Int](1, 2, 1, 1)\n      assert(result == bincount(x))\n    }\n\n    \"bincount should compute bins for DenseVector with weights\" in {\n      val x = DenseVector[Int](0, 1, 2, 3, 1)\n      val weights = DenseVector[Double](1.0, 2.0, 1.0, 7.0, 1.0)\n      val result = DenseVector[Double](1.0, 3.0, 1, 7.0)\n      assert(result == bincount(x, weights))\n    }\n\n    \"bincount should compute bins for DenseMatrix\" in {\n      val x = DenseMatrix((1, 2), (2, 3), (3, 4), (4, 5))\n      val result = DenseVector[Int](0, 1, 2, 2, 2, 1)\n      assert(result == bincount(x))\n    }\n\n    \"bincountSparse should compute bins for DenseVector\" in {\n      val x = DenseVector[Int](0, 10, 20, 300, 10)\n      val result = new SparseVector[Int](Array[Int](0, 10, 20, 300), Array[Int](1, 2, 1, 1), 301)\n      assert(result == bincount.sparse(x))\n    }\n\n    \"bincountSparse should compute bins for other container with CanTraverseValues\" in {\n      val x = List[Int](0, 10, 20, 300, 10)\n      val result = new SparseVector[Int](Array[Int](0, 10, 20, 300), Array[Int](1, 2, 1, 1), 301)\n      assert(result == bincount.sparse(x))\n    }\n\n    \"bincountSparse should compute weighted bins for DenseVector\" in {\n      val x = DenseVector[Int](0, 10, 20, 300, 10)\n      val weights = DenseVector[Double](1.0, 3.0, 1.0, 7.0, 1.0)\n      val result = new SparseVector[Double](Array[Int](0, 10, 20, 300), Array[Double](1.0, 4.0, 1.0, 7.0), 301)\n      assert(result == bincount.sparse(x, weights))\n    }\n  }\n}\n\nclass DescriptiveStatsTest2 extends AnyFunSuite {\n  \/\/Tests copied over from LinearAlgebraTests.scala\n\n  test(\"complex mean\") {\n    import breeze.{math => bmath}\n    import breeze.math.Complex\n    val data = DenseVector[Complex]((0.0 + 1.0 * bmath.i), (1.0 + 0.0 * bmath.i), (2.0 + 2.0 * bmath.i))\n    assert(mean(data) === (1.0 + 1.0 * bmath.i))\n  }\n\n  test(\"mean and variance\") {\n    val r = new Random(0)\n    val data = Array.fill(100000)(r.nextGaussian())\n    val mav = meanAndVariance(data)\n    val mav2 = meanAndVariance(data.iterator)\n    assert(breeze.numerics.closeTo(mav.mean, 0.0, 1E-2), mav.mean + \" should be 0\")\n    assert(breeze.numerics.closeTo(mav.variance, 1.0, 1E-2), mav.variance + \" should be 1\")\n    assert(mav == mav2)\n  }\n\n  test(\"mean and variance addition\") {\n    val r = new Random(0)\n    val data = Array.fill(100000)(r.nextGaussian())\n    val data2 = Array.fill(100000)(r.nextGaussian() * 5 + 3)\n    val mav = meanAndVariance(data)\n    val mav2 = meanAndVariance(data2)\n    val mavTotal = meanAndVariance(data ++ data2)\n    val mavSum = mav + mav2\n    assert(breeze.numerics.closeTo(mavTotal.mean, mavSum.mean, 1E-5))\n    assert(breeze.numerics.closeTo(mavTotal.variance, mavSum.variance, 1E-5))\n    assert(mavSum.count == mavTotal.count)\n  }\n\n  test(\"median\") {\n    val dataOdd = DenseVector(0, 1, 2, 3, 400000)\n    val dataOddDuplicate = DenseVector(0, 0, 0, 1, 2, 2, 2, 3, 400000)\n    val dataEven = DenseVector(0f, 1f, 2f, 100f)\n    val dataEvenDuplicate = DenseVector(100, 200, 200, 300, 400, 500)\n    val dataEvenDuplicate2 = DenseVector(200, 250, 400, 300, 100, 500, 550, 550, 550, 550)\n\n    val dataOddSeq = Seq(0, 1, 2, 3, 400000)\n    val dataOddDuplicateSeq = Seq(0, 0, 0, 1, 2, 2, 2, 3, 400000)\n    val dataEvenSeq = Seq(0f, 1f, 2f, 100f)\n    val dataEvenDuplicateSeq = Seq(100, 200, 200, 300, 400, 500)\n    val dataEvenDuplicate2Seq = Seq(200, 250, 400, 300, 100, 500, 550, 550, 550, 550)\n\n    assert(median(dataOdd) == 2, \"median (odd length) should be 2 instead of \" + median(dataOdd))\n    assert(\n      median(dataOddDuplicate) == 2,\n      \"median (odd length with duplicate) should be 2 instead of \"\n        + median(dataOddDuplicate))\n    assert(median(dataEven) == 1.5f, \"median (even length) should be 1.5f instead of \" + median(dataEven))\n    assert(\n      median(dataEvenDuplicate) == 250,\n      \"median (even length with duplicate) should be 250 instead of \"\n        + median(dataEvenDuplicate))\n    assert(\n      median(dataEvenDuplicate2) == 450,\n      \"median (even length with duplicate) should be 450 instead of \"\n        + median(dataEvenDuplicate2))\n\n    assert(median(dataOddSeq) == 2, \"median (odd length) should be 2 instead of \" + median(dataOddSeq))\n    assert(\n      median(dataOddDuplicateSeq) == 2,\n      \"median (odd length with duplicate) should be 2 instead of \"\n        + median(dataOddDuplicateSeq))\n    assert(median(dataEvenSeq) == 1.5f, \"median (even length) should be 1.5f instead of \" + median(dataEvenSeq))\n    assert(\n      median(dataEvenDuplicateSeq) == 250,\n      \"median (even length with duplicate) should be 250 instead of \"\n        + median(dataEvenDuplicate))\n    assert(\n      median(dataEvenDuplicate2Seq) == 450,\n      \"median (even length with duplicate) should be 450 instead of \"\n        + median(dataEvenDuplicate2))\n  }\n\n  test(\"throw exception for nans\") {\n    assertThrows[IllegalArgumentException](median(DenseVector(0.0, 1.0, 2.0, Double.NaN)))\n    assertThrows[IllegalArgumentException](median(DenseVector(0.0f, 1.0f, 2.0f, Float.NaN)))\n  }\n\n  test(\"mean over collection of dense vectors\") {\n    val r = new Random(0)\n    val data = Array(0.0, 1.0, 2.0, 3.0, 4.0)\n    val mean1 = mean(data.map(DenseVector(_)))\n    val mean2 = mean(data)\n    assert(mean1(0) == mean2)\n  }\n\n  test(\"mean over collection of dense matrices\") {\n    val r = new Random(0)\n    val data = Array(0.0, 1.0, 2.0, 3.0, 4.0)\n    val mean1 = mean(data.map(DenseVector(_).toDenseMatrix))\n    val mean2 = mean(data)\n    assert(mean1(0, 0) == mean2)\n  }\n}\n"}
{"repo_name":"i10416\/breeze","path":"math\/src\/test\/scala\/breeze\/linalg\/DenseMatrixTest.scala","text":"<reponame>i10416\/breeze\npackage breeze.linalg\n\n\/*\n Copyright 2012 <NAME>\n\n Licensed under the Apache License, Version 2.0 (the \"License\")\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\nimport org.scalatest._\nimport org.scalatest.funsuite._\nimport matchers.should.Matchers._\nimport org.scalatestplus.scalacheck._\nimport breeze.math.Complex\nimport breeze.numerics._\nimport breeze.stats.distributions.Rand\nimport breeze.storage.Zero\nimport breeze.util.DoubleImplicits\n\nimport scala.reflect.ClassTag\n\nclass DenseMatrixTest extends AnyFunSuite with Checkers with DoubleImplicits with MatrixTestUtils {\n\n  test(\"Slicing\") {\n    val m = DenseMatrix((0, 1, 2), (3, 4, 5))\n\n    \/\/ slice sub-matrix\n    val s1 = m(0 to 1, 1 to 2)\n    assert(s1 === DenseMatrix((1, 2), (4, 5)))\n    s1 += 1\n    assert(m === DenseMatrix((0, 2, 3), (3, 5, 6)))\n\n    \/\/ slice row\n    val s2 = m(0, ::)\n    assert(s2 === DenseVector(0, 2, 3).t)\n    s2 *= 2\n    assert(m === DenseMatrix((0, 4, 6), (3, 5, 6)))\n\n    \/\/ slice column\n    val s3: DenseVector[Int] = m(::, 1)\n    assert(s3 === DenseVector(4, 5))\n    s3 -= 1\n    assert(m === DenseMatrix((0, 3, 6), (3, 4, 6)))\n\n    \/\/ slice rows\n    val s4 = m(1 to 1, ::)\n    assert(s4 === DenseMatrix((3, 4, 6)))\n\n    val mbig = DenseMatrix(\n      (0, 1, 2, 3, 4, 5),\n      (3, 4, 5, 6, 7, 8),\n      (3, 4, 5, 6, 7, 8),\n      (5, 4, 5, 9, 7, 8)\n    )\n\n    val sbig1 = mbig(::, 0 to 2 by 2)\n    assert(\n      sbig1 === DenseMatrix(\n        (0, 2),\n        (3, 5),\n        (3, 5),\n        (5, 5)\n      ))\n\n    \/\/ slice columns\n    val s5 = m(::, 1 to 2)\n    assert(s5 === DenseMatrix((3, 6), (4, 6)))\n\n    \/\/ slice part of a row\n    val s6a = m(0, 1 to 2)\n    s6a += 1\n    assert(m === DenseMatrix((0, 4, 7), (3, 4, 6)))\n\n    \/\/ slice part of a column\n    val s7a = m(0 to 1, 0)\n    s7a += 2\n    val s7b = m(0 to 1, 0)\n    s7b += 1\n    assert(m === DenseMatrix((3, 4, 7), (6, 4, 6)))\n  }\n\n  test(\"Multiple Slicing\") {\n    val m = new DenseMatrix[Int](6, 6, (1 to 36).toArray)\n    val slice1 = m(1 to 3, 1 to 3)\n    assert(slice1(::, 1) === DenseVector(14, 15, 16))\n    assert(slice1(::, 1 to 2) === DenseMatrix((14, 20), (15, 21), (16, 22)))\n  }\n\n  test(\"Transpose\") {\n    val m = DenseMatrix((1, 2, 3), (4, 5, 6))\n\n    \/\/ check that the double transpose gives us back the original\n    assert(m.t.t == m)\n\n    \/\/ check static type and write-through\n    val t = m.t\n    assert(t === DenseMatrix((1, 4), (2, 5), (3, 6)))\n    t(0, 1) = 0\n    assert(m === DenseMatrix((1, 2, 3), (0, 5, 6)))\n  }\n\n  test(\"Sliced Transpose\") {\n    val m = DenseMatrix((0, 1, 2), (3, 4, 5))\n\n    \/\/ column of original looks same as row of tranpose\n    val sm1 = m(::, 1)\n    val smt1 = m.t(1, ::)\n    assert(sm1.t === smt1)\n\n    val sm2 = m(::, 2)\n    val smt2 = m.t(2, ::)\n    assert(sm2.t === smt2)\n\n    val sm1c = m(1, ::)\n    val smt1c = m.t(::, 1)\n    assert(sm1c === smt1c.t)\n\n    val sm2c = m(0, ::)\n    val smt2c = m.t(::, 0)\n    assert(sm2c === smt2c.t)\n\n    \/\/ slice sub-matrix\n    val s1 = m(0 to 1, 1 to 2)\n    assert(s1 === DenseMatrix((1, 2), (4, 5)))\n\n    val t1 = s1.t\n    assert(t1 === DenseMatrix((1, 4), (2, 5)))\n\n    val t1b = m.t(1 to 2, 0 to 1)\n    assert(t1 === t1b)\n\n    val s2 = m(0 to 1, 1)\n\n    val t2 = m.t(1, 0 to 1)\n    assert(s2 === t2.t)\n\n    val s3 = m(0, 0 to 1)\n    val t3 = m.t(0 to 1, 0)\n    assert(s3.t === t3)\n\n    {\n      val s2 = m(0 to 1, ::)\n      val t2 = m.t(::, 0 to 1)\n      assert(s2.t === t2)\n      assert(s2 === t2.t)\n\n      val s3 = m(::, 0 to 1)\n      val t3 = m.t(0 to 1, ::)\n      assert(s3.t === t3)\n      assert(s3 === t3.t)\n    }\n  }\n\n  test(\"#759 - slice assignment broken for transpose matrices\") {\n    def okay(x: DenseMatrix[Double]) = {\n      val res = DenseMatrix.zeros[Double](5, 2)\n      res(::, 1 until 2) := x\n      res\n    }\n    def problem[T: ClassTag: Zero](x: DenseMatrix[T]) ={\n      val res = DenseMatrix.zeros[T](5, 2)\n      res(::, 1 until 2) := x\n      res\n    }\n\n    val x = DenseMatrix.ones[Double](1, 5).t\n    assert(okay(x) == problem(x))\n  }\n\n  test(\"Min\/Max\") {\n    val m = DenseMatrix((1, 0, 0), (2, 3, -1))\n    assert(argmin(m) === (1, 2))\n    assert(argmax(m) === (1, 1))\n    assert(min(m) === -1)\n    assert(max(m) === 3)\n    assert(minMax(m) === (-1, 3))\n    assert(ptp(m) === 4)\n  }\n\n  test(\"elementwise max\") {\n    val v = DenseVector(2, 0, 3, 2, -1).asDenseMatrix\n    val v2 = DenseVector(3, -1, 3, 4, -4).asDenseMatrix\n\n    assert(max(v, v2) === DenseVector(3, 0, 3, 4, -1).asDenseMatrix)\n    assert(max(v, 2) === DenseVector(2, 2, 3, 2, 2).asDenseMatrix)\n\n    assert(min(v, 2) === DenseVector(2, 0, 2, 2, -1).asDenseMatrix)\n  }\n\n  test(\"Min\/Max[Float]\") {\n    val m = convert(DenseMatrix((1, 0, 0), (2, 3, -1)), Float)\n    assert(argmin(m) === (1, 2))\n    assert(argmax(m) === (1, 1))\n    assert(min(m) === -1)\n    assert(max(m) === 3)\n    assert(minMax(m) === (-1.0f, 3.0f))\n    assert(ptp(m) === 4)\n  }\n\n  test(\"Min\/Max[Double]\") {\n    val m = convert(DenseMatrix((1, 0, 0), (2, 3, -1)), Double)\n    assert(argmin(m) === (1, 2))\n    assert(argmax(m) === (1, 1))\n    assert(min(m) === -1)\n    assert(max(m) === 3)\n    assert(minMax(m) === (-1.0, 3.0))\n    assert(ptp(m) === 4)\n  }\n\n  test(\"Min\/Max[Long]\") {\n    val m = convert(DenseMatrix((1, 0, 0), (2, 3, -1)), Long)\n    assert(argmin(m) === (1, 2))\n    assert(argmax(m) === (1, 1))\n    assert(min(m) === -1)\n    assert(max(m) === 3)\n    assert(minMax(m) === (-1L, 3L))\n    assert(ptp(m) === 4)\n  }\n\n  test(\"MapValues\") {\n    val a: DenseMatrix[Int] = DenseMatrix((1, 0, 0), (2, 3, -1))\n\n    val b1: DenseMatrix[Int] = a.mapValues(_ + 1)\n    assert(b1 === DenseMatrix((2, 1, 1), (3, 4, 0)))\n\n    val b2: DenseMatrix[Double] = a.mapValues(_ + 1.0)\n    assert(b2 === DenseMatrix((2.0, 1.0, 1.0), (3.0, 4.0, 0.0)))\n\n    val b3 = a.t.mapValues(_ + 1)\n    assert(b3 === DenseMatrix((2, 3), (1, 4), (1, 0)))\n  }\n\n  \/*\n  test(\"Map Triples\") {\n    val a : DenseMatrix[Int] = DenseMatrix((1,0,0),(2,3,-1))\n\n    val b1 : DenseMatrix[Int] = a.mapTriples((i,j,v) => i + v)\n    assert(b1 === DenseMatrix((1,0,0),(3,4,0)))\n\n    val b2 : DenseMatrix[Double] = a.mapTriples((i,j,v) => j + v.toDouble)\n    assert(b2 === DenseMatrix((1.0,1.0,2.0),(2.0,4.0,1.0)))\n  }\n\n  test(\"Triples\") {\n    val a : DenseMatrix[Int] = DenseMatrix((1,0,0),(2,3,-1))\n\n    var s = 0\n\n    \/\/ foreach\n    s = 0\n    for ((i,j,v) <- a.triples) s += v\n    assert(s === sum(a))\n\n    \/\/ filter\n    s = 0\n    for ((i,j,v) <- a.triples; if i % 2 == 0 || j % 2 == 0) s += v\n    assert(s === 1+2-1)\n\n\/\/    \/\/ map\n\/\/    val b1 : DenseMatrix[Double] = for ((i,j,v) <- a) yield v * 2.0\n\/\/    assert(b1 === DenseMatrix((2.0,0.0,0.0),(4.0,6.0,-2.0)))\n\/\/\n\/\/    \/\/ map with filter\n\/\/    val b2 : DenseMatrix[Int] = for ((i,j,v) <- a; if j == 0) yield v * 2\n\/\/    assert(b2 === DenseMatrix((2,0,0),(4,0,0)))\n  }\n\n   *\/\n\n  test(\"set\") {\n    {\n      val a = DenseMatrix.zeros[Int](2, 2)\n      val b = DenseMatrix((1, 0), (2, 3))\n      a := b\n      assert(a === b)\n\n    }\n    val a = DenseMatrix.zeros[Int](2, 3)\n    val b = DenseMatrix((1, 0, 5), (2, 3, -1))\n    a := b\n    assert(a === b)\n  }\n\n  test(\"horzcat\") {\n    val a: DenseMatrix[Int] = DenseMatrix((1, 0, 5), (2, 3, -1))\n    val result: DenseMatrix[Int] = DenseMatrix((1, 0, 5, 1, 0, 5), (2, 3, -1, 2, 3, -1))\n    assert(DenseMatrix.horzcat(a, a) === result)\n  }\n\n  test(\"vertcat\") {\n    val a: DenseMatrix[Int] = DenseMatrix((1, 0, 5), (2, 3, -1))\n    val result: DenseMatrix[Int] = DenseMatrix((1, 0, 5), (2, 3, -1), (1, 0, 5), (2, 3, -1))\n    assert(DenseMatrix.vertcat(a, a) === result)\n  }\n\n  test(\"Multiply\") {\n    val a = DenseMatrix((1.0, 2.0, 3.0), (4.0, 5.0, 6.0))\n    val b = DenseMatrix((7.0, -2.0, 8.0), (-3.0, -3.0, 1.0), (12.0, 0.0, 5.0))\n    val c = DenseVector(6.0, 2.0, 3.0)\n    val cs = SparseVector(6.0, 2.0, 3.0)\n    assert(a * b === DenseMatrix((37.0, -8.0, 25.0), (85.0, -23.0, 67.0)))\n    assert(a * c === DenseVector(19.0, 52.0))\n    assert(b * c === DenseVector(62.0, -21.0, 87.0))\n    assert(a * cs === DenseVector(19.0, 52.0))\n    assert(b * cs === DenseVector(62.0, -21.0, 87.0))\n    assert(b.t * c === DenseVector(72.0, -18.0, 65.0))\n\n    assert(a.t * DenseVector(4.0, 3.0) === DenseVector(16.0, 23.0, 30.0))\n    assert(c.t * a.t === (a * c).t)\n\n    \/\/ should be dense\n    val x: DenseMatrix[Double] = a * a.t\n    assert(x === DenseMatrix((14.0, 32.0), (32.0, 77.0)))\n\n    \/\/ should be dense\n    val y: DenseMatrix[Double] = a.t * a\n    assert(y === DenseMatrix((17.0, 22.0, 27.0), (22.0, 29.0, 36.0), (27.0, 36.0, 45.0)))\n\n    val z: DenseMatrix[Double] = b * (b + 1.0)\n    assert(z === DenseMatrix((164.0, 5.0, 107.0), (-5.0, 10.0, -27.0), (161.0, -7.0, 138.0)))\n  }\n\n  test(\"Multiply Int\") {\n    val a = DenseMatrix((1, 2, 3), (4, 5, 6))\n    val b = DenseMatrix((7, -2, 8), (-3, -3, 1), (12, 0, 5))\n    val c = DenseVector(6, 2, 3)\n    assert(a * b === DenseMatrix((37, -8, 25), (85, -23, 67)))\n    assert(a * c === DenseVector(19, 52))\n    assert(b * c === DenseVector(62, -21, 87))\n    assert(b.t * c === DenseVector(72, -18, 65))\n    assert(a.t * DenseVector(4, 3) === DenseVector(16, 23, 30))\n\n    \/\/ should be dense\n    val x = a * a.t\n    assert(x === DenseMatrix((14, 32), (32, 77)))\n\n    \/\/ should be dense\n    val y = a.t * a\n    assert(y === DenseMatrix((17, 22, 27), (22, 29, 36), (27, 36, 45)))\n\n    val z: DenseMatrix[Int] = b * ((b + 1): DenseMatrix[Int])\n    assert(z === DenseMatrix((164, 5, 107), (-5, 10, -27), (161, -7, 138)))\n  }\n\n  test(\"Multiply Boolean\") {\n    val a = DenseMatrix((true, true, true), (true, true, true))\n    val b = DenseMatrix((true, false, true), (true, false, true), (true, false, true))\n    assert(a * b === DenseMatrix((true, false, true), (true, false, true)))\n  }\n\n  test(\"Multiply Float\") {\n    val a = DenseMatrix((1.0f, 2.0f, 3.0f), (4.0f, 5.0f, 6.0f))\n    val b = DenseMatrix((7.0f, -2.0f, 8.0f), (-3.0f, -3.0f, 1.0f), (12.0f, 0.0f, 5.0f))\n    val c = DenseVector(6.0f, 2.0f, 3.0f)\n    val cs = SparseVector(6.0f, 2.0f, 3.0f)\n    assert(a * b === DenseMatrix((37.0f, -8.0f, 25.0f), (85.0f, -23.0f, 67.0f)))\n    assert(a * c === DenseVector(19.0f, 52.0f))\n    assert(b * c === DenseVector(62.0f, -21.0f, 87.0f))\n    assert(a * cs === DenseVector(19.0f, 52.0f))\n    assert(b * cs === DenseVector(62.0f, -21.0f, 87.0f))\n    assert(b.t * c === DenseVector(72.0f, -18.0f, 65.0f))\n    assert(a.t * DenseVector(4.0f, 3.0f) === DenseVector(16.0f, 23.0f, 30.0f))\n\n    \/\/ should be dense\n    val x = a * a.t\n    assert(x === DenseMatrix((14.0f, 32.0f), (32.0f, 77.0f)))\n\n    \/\/ should be dense\n    val y = a.t * a\n    assert(y === DenseMatrix((17.0f, 22.0f, 27.0f), (22.0f, 29.0f, 36.0f), (27.0f, 36.0f, 45.0f)))\n\n    val z: DenseMatrix[Float] = b * (b + 1.0f)\n    assert(z === DenseMatrix((164.0f, 5.0f, 107.0f), (-5.0f, 10.0f, -27.0f), (161.0f, -7.0f, 138.0f)))\n  }\n\n  test(\"Multiply Complex\") {\n\n    val a = DenseMatrix((Complex(1, 1), Complex(2, 2), Complex(3, 3)), (Complex(4, 4), Complex(5, 5), Complex(6, 6)))\n    val b = DenseMatrix(\n      (Complex(7, 7), Complex(-2, -2), Complex(8, 8)),\n      (Complex(-3, -3), Complex(-3, -3), Complex(1, 1)),\n      (Complex(12, 12), Complex(0, 0), Complex(5, 5)))\n    val c = DenseVector(Complex(6, 0), Complex(2, 0), Complex(3, 0))\n    val cs = SparseVector(Complex(6, 0), Complex(2, 0), Complex(3, 0))\n    val value: DenseMatrix[Complex] = a * b\n    assert(\n      value === DenseMatrix(\n        (Complex(0, 74), Complex(0, -16), Complex(0, 50)),\n        (Complex(0, 170), Complex(0, -46), Complex(0, 134))))\n    assert(b * c === DenseVector(Complex(62, 62), Complex(-21, -21), Complex(87, 87)))\n    assert(b * cs === DenseVector(Complex(62, 62), Complex(-21, -21), Complex(87, 87)))\n    assert(b.t * c === DenseVector(Complex(72, -72), Complex(-18, 18), Complex(65, -65)))\n  }\n\n  test(\"Multiply BigDecimal\") {\n    val a = DenseMatrix((1, 2, 3), (4, 5, 6)).mapValues(BigDecimal(_))\n    val b = DenseMatrix((7, -2, 8), (-3, -3, 1), (12, 0, 5)).mapValues(BigDecimal(_))\n    val c = DenseVector(6, 2, 3).mapValues(BigDecimal(_))\n    assert(\n      a.*(b) === DenseMatrix((37, -8, 25), (85, -23, 67))\n        .mapValues(BigDecimal(_)))\n    assert(a * c === DenseVector(19, 52).mapValues(BigDecimal(_)))\n    assert(b * c === DenseVector(62, -21, 87).mapValues(BigDecimal(_)))\n    assert(b.t * c === DenseVector(72, -18, 65).mapValues(BigDecimal(_)))\n    assert(a.t * DenseVector(4, 3).mapValues(BigDecimal(_)) === DenseVector(16, 23, 30).mapValues(BigDecimal(_)))\n\n    \/\/ should be dense\n    val x = a * a.t\n    assert(x === DenseMatrix((14, 32), (32, 77)).mapValues(BigDecimal(_)))\n\n    \/\/ should be dense\n    val y = a.t * a\n    assert(y === DenseMatrix((17, 22, 27), (22, 29, 36), (27, 36, 45)).mapValues(BigDecimal(_)))\n\n    val z: DenseMatrix[BigDecimal] = b * ((b + BigDecimal(1)): DenseMatrix[BigDecimal])\n    assert(z === DenseMatrix((164, 5, 107), (-5, 10, -27), (161, -7, 138)).mapValues(BigDecimal(_)))\n  }\n\n  test(\"toDenseVector\") {\n    val a = DenseMatrix((1, 2, 3), (4, 5, 6))\n    val b = a(0 to 1, 1 to 2)\n    val c = b.t\n    assert(a.toDenseVector === DenseVector(1, 4, 2, 5, 3, 6))\n    assert(b.toDenseVector === DenseVector(2, 5, 3, 6))\n    assert(c.toDenseVector === DenseVector(2, 3, 5, 6))\n  }\n\n  test(\"flattenView\") {\n    val a = DenseMatrix((1, 2, 3), (4, 5, 6))\n    a.flatten(true)(2) = 4\n    assert(a === DenseMatrix((1, 4, 3), (4, 5, 6)))\n  }\n\n  test(\"Trace\") {\n    assert(trace(DenseMatrix((1, 2), (4, 5))) === 1 + 5)\n    assert(trace(DenseMatrix((1, 2, 3), (3, 4, 5), (5, 6, 7))) == 1 + 4 + 7)\n    assert(trace(DenseMatrix((1, 2, 3), (4, 5, 6), (7, 8, 9))) === 1 + 5 + 9)\n  }\n\n  test(\"Reshape\") {\n    val m: DenseMatrix[Int] = DenseMatrix((1, 2, 3), (4, 5, 6))\n    val r: DenseMatrix[Int] = m.reshape(3, 2, true)\n    assert(m.data eq r.data)\n    assert(r.rows === 3)\n    assert(r.cols === 2)\n    assert(r === DenseMatrix((1, 5), (4, 3), (2, 6)))\n  }\n\n  test(\"Solve\") {\n    \/\/ square solve\n    val r1: DenseMatrix[Double] = DenseMatrix((1.0, 3.0), (2.0, 0.0)) \\ DenseMatrix((1.0, 2.0), (3.0, 4.0))\n    assert(r1 === DenseMatrix((1.5, 2.0), (-1.0 \/ 6, 0.0)))\n\n    \/\/ matrix-vector solve\n    val r2: DenseVector[Double] = DenseMatrix((1.0, 3.0, 4.0), (2.0, 0.0, 6.0)) \\ DenseVector(1.0, 3.0)\n    assert(norm(r2 - DenseVector(0.1813186813186811, -0.3131868131868131, 0.43956043956043944), inf) < 1E-5)\n\n    \/\/ wide matrix solve\n    val r3: DenseMatrix[Double] = DenseMatrix((1.0, 3.0, 4.0), (2.0, 0.0, 6.0)) \\ DenseMatrix((1.0, 2.0), (3.0, 4.0))\n    matricesNearlyEqual(\n      r3,\n      DenseMatrix(\n        (0.1813186813186811, 0.2197802197802196),\n        (-0.3131868131868131, -0.1978021978021977),\n        (0.43956043956043944, 0.5934065934065933)))\n\n    \/\/ tall matrix solve\n    val r4: DenseMatrix[Double] = DenseMatrix((1.0, 3.0), (2.0, 0.0), (4.0, 6.0)) \\ DenseMatrix(\n      (1.0, 4.0),\n      (2.0, 5.0),\n      (3.0, 6.0))\n    assert(max(abs(\n      r4 - DenseMatrix((0.9166666666666667, 1.9166666666666672), (-0.08333333333333352, -0.08333333333333436)))) < 1E-5)\n  }\n\n  test(\"Solve Float\") {\n    \/\/ square solve\n    val r1: DenseMatrix[Float] = DenseMatrix((1.0f, 3.0f), (2.0f, 0.0f)) \\ DenseMatrix((1.0f, 2.0f), (3.0f, 4.0f))\n    assert(r1 === DenseMatrix((1.5f, 2.0f), (-1.0f \/ 6, 0.0f)))\n\n    \/\/ matrix-vector solve\n    val r2: DenseVector[Float] = DenseMatrix((1.0f, 3.0f, 4.0f), (2.0f, 0.0f, 6.0f)) \\ DenseVector(1.0f, 3.0f)\n    assert(norm(r2 - DenseVector(0.1813186813186811f, -0.3131868131868131f, 0.43956043956043944f)) < 1E-5)\n\n    \/\/ wide matrix solve\n    val r3: DenseMatrix[Float] = DenseMatrix((1.0f, 3.0f, 4.0f), (2.0f, 0.0f, 6.0f)) \\ DenseMatrix(\n      (1.0f, 2.0f),\n      (3.0f, 4.0f))\n    assert(\n      max(\n        abs(\n          r3 - DenseMatrix(\n            (0.1813186813186811f, 0.2197802197802196f),\n            (-0.3131868131868131f, -0.1978021978021977f),\n            (0.43956043956043944f, 0.5934065934065933f)))) < 1E-5)\n\n    \/\/ tall matrix solve\n    val r4: DenseMatrix[Float] = DenseMatrix((1.0f, 3.0f), (2.0f, 0.0f), (4.0f, 6.0f)) \\ DenseMatrix(\n      (1.0f, 4.0f),\n      (2.0f, 5.0f),\n      (3.0f, 6.0f))\n    assert(\n      max(\n        abs(r4 - DenseMatrix(\n          (0.9166666666666667f, 1.9166666666666672f),\n          (-0.08333333333333352f, -0.08333333333333436f)))) < 1E-5)\n  }\n\n  test(\"GH#29 transpose solve is broken\") {\n    val A = DenseMatrix((1.0, 0.0), (1.0, -1.0))\n    val t = DenseVector(1.0, 0.0)\n\n    assert(A \\ t === DenseVector(1.0, 1.0))\n    assert(A.t \\ t === DenseVector(1.0, 0.0))\n  }\n\n  test(\"sum\") {\n    \/\/ Test square and rectangular matrices\n    val A = DenseMatrix((1.0, 3.0), (2.0, 4.0))\n    assert(sum(A, Axis._0) === DenseVector(3.0, 7.0).t)\n    assert(sum(A(::, *)) === DenseVector(3.0, 7.0).t)\n    assert(sum(DenseMatrix((1.0, 3.0, 5.0), (2.0, 4.0, 6.0)), Axis._0) === DenseVector(3.0, 7.0, 11.0).t)\n    assert(sum(DenseMatrix((1.0, 3.0), (2.0, 4.0), (5.0, 6.0)), Axis._0) === DenseVector(8.0, 13.0).t)\n\n    assert(sum(A, Axis._1) === DenseVector(4.0, 6.0))\n    assert(sum(DenseMatrix((1.0, 3.0, 5.0), (2.0, 4.0, 6.0)), Axis._1) === DenseVector(9.0, 12.0))\n    assert(sum(DenseMatrix((1.0, 3.0), (2.0, 4.0), (5.0, 6.0)), Axis._1) === DenseVector(4.0, 6.0, 11.0))\n    assert(sum(A) === 10.0)\n  }\n\n  test(\"normalize rows and columns\") {\n    val A = DenseMatrix((1.0, 3.0), (2.0, 4.0))\n    assert(normalize(A, Axis._0, 1) === DenseMatrix((1.0 \/ 3.0, 3.0 \/ 7.0), (2.0 \/ 3.0, 4.0 \/ 7.0)))\n    assert(normalize(A, Axis._1, 1) === DenseMatrix((1.0 \/ 4.0, 3.0 \/ 4.0), (2.0 \/ 6.0, 4.0 \/ 6.0)))\n    \/\/ handle odd sized matrices (test for a bug.)\n    val dm = DenseMatrix.tabulate(2, 5)((i, j) => i * j * 1.0 + 1)\n    dm := normalize(dm, Axis._1, 2)\n    assert(abs(sum(dm(0, ::).t.map(x => x * x)) - 1.0) < 1E-4, dm.toString + \" not normalized!\")\n  }\n\n  test(\"Generic Dense ops\") {\n    \/\/ mostly for coverage\n    val a = DenseMatrix.create[String](1, 1, Array(\"SSS\"))\n    intercept[IndexOutOfBoundsException] {\n      a(3, 3) = \":(\"\n      assert(false, \"Shouldn't be here!\")\n    }\n    assert(a(0, 0) === \"SSS\")\n    intercept[IndexOutOfBoundsException] {\n      a(3, 3)\n      assert(false, \"Shouldn't be here!\")\n    }\n\n    a(0, 0) = \":(\"\n    assert(a(0, 0) === \":(\")\n\n    a := \":)\"\n    assert(a(0, 0) === \":)\")\n    val b = DenseMatrix.zeros[String](1, 1)\n    b := a\n    assert(b === a)\n\n  }\n\n  test(\"toString with no rows doesn't throw\") {\n    DenseMatrix.zeros[Double](0, 2).toString\n  }\n\n  test(\"GH #30: Shaped solve of transposed and slice matrix does not work\") {\n    val A = DenseMatrix((1.0, 0.0), (1.0, -1.0))\n    val i = DenseMatrix.eye[Double](2)\n    val res = i \\ A.t(::, 1)\n    assert(res === DenseVector(1.0, -1.0))\n    val res2 = i \\ A(1, ::).t\n    assert(res2 === DenseVector(1.0, -1.0))\n  }\n\n  test(\"GH #148: out of bounds slice throws\") {\n    val temp2 = DenseMatrix.tabulate(5, 5)((x: Int, y: Int) => x + y * 10)\n    intercept[IndexOutOfBoundsException] {\n      temp2(Range(4, 6), 3)\n    }\n  }\n\n  test(\"softmax on dm slices\") {\n    val a = DenseMatrix((1.0, 2.0, 3.0))\n    assert(softmax(a(::, 1)) === 2.0)\n\n  }\n\n  test(\"Delete\") {\n    val a = DenseMatrix((1, 2, 3), (4, 5, 6), (7, 8, 9))\n    assert(a.delete(0, Axis._0) === DenseMatrix((4, 5, 6), (7, 8, 9)))\n    assert(a.delete(1, Axis._0) === DenseMatrix((1, 2, 3), (7, 8, 9)))\n    assert(a.delete(2, Axis._0) === DenseMatrix((1, 2, 3), (4, 5, 6)))\n\n    assert(a.delete(0, Axis._1) === DenseMatrix((2, 3), (5, 6), (8, 9)))\n    assert(a.delete(1, Axis._1) === DenseMatrix((1, 3), (4, 6), (7, 9)))\n    assert(a.delete(2, Axis._1) === DenseMatrix((1, 2), (4, 5), (7, 8)))\n\n    assert(a.delete(Seq(0, 2), Axis._1) === DenseMatrix(2, 5, 8))\n    assert(a.delete(Seq(1, 2), Axis._1) === DenseMatrix(1, 4, 7))\n\n    assert(a.delete(Seq(0, 2), Axis._0) === DenseMatrix((4, 5, 6)))\n    assert(a.delete(Seq(1, 2), Axis._0) === DenseMatrix((1, 2, 3)))\n  }\n\n  test(\"Big Int zeros are the right thing\") {\n    val dm = DenseMatrix.zeros[BigInt](1, 1)\n    assert(dm(0, 0) === BigInt(0))\n  }\n\n  test(\"BigInt multiply\") {\n    val m = DenseMatrix((BigInt(1), BigInt(1)), (BigInt(1), BigInt(0)))\n    val m2 = DenseMatrix((1, 1), (1, 0))\n    assert(m * m === convert(m2 * m2, Int))\n  }\n\n  test(\"comparisons\") {\n    val one = DenseMatrix.ones[Double](5, 6)\n    val zero = DenseMatrix.zeros[Double](5, 6)\n    assert((one >:> zero) === DenseMatrix.ones[Boolean](5, 6))\n  }\n\n\/\/  test(\"Some ill-typedness\") {\n\/\/    import shapeless.test.illTyped\n\/\/    illTyped {\n\/\/      \"\"\"\n\/\/        val one = DenseMatrix.ones[Double](5, 6)\n\/\/        val z = DenseVector.zeros[Double](5)\n\/\/        (z + one)\n\/\/      \"\"\"\n\/\/    }\n\/\/  }\n\n  test(\"ensure we don't crash on weird strides\") {\n    val dm = DenseMatrix.zeros[Double](3, 3)\n\n    assert((dm(::, 0 until 0) * dm(0 until 0, ::)) === dm)\n    assert((dm(0 until 0, ::) * dm(::, 0 until 0)) === DenseMatrix.zeros[Double](0, 0))\n\/\/    assert( (dm(::, 2 until 0 by -1) * dm(2 until 0 by -1, ::)) === dm)\n  }\n\n  test(\"Ensure a += a.t gives the right result\") {\n    val dm = DenseMatrix.rand[Double](3, 3)\n    val dmdmt = dm + dm.t\n    dm += dm.t\n    assert(dm === dmdmt)\n  }\n\n  test(\"#221\") {\n    val data = Array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2,\n      3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9,\n      10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)\n    val mat = new DenseMatrix(rows = 10, data, offset = 0).t\n    val area = mat(3 until 6, 2 until 7)\n    assert(area === DenseMatrix((3, 4, 5, 6, 7), (3, 4, 5, 6, 7), (3, 4, 5, 6, 7)))\n\n    assert(area.t === DenseMatrix((3, 4, 5, 6, 7), (3, 4, 5, 6, 7), (3, 4, 5, 6, 7)).t)\n\n    val sl2t = area.t(0 until area.cols, 1 until area.rows)\n    assert(\n      sl2t.offset === area.offset + area.majorStride,\n      sl2t.data(area.offset + area.majorStride) + \" \" + area.offset)\n    assert(sl2t.t === DenseMatrix((3, 4, 5, 6, 7), (3, 4, 5, 6, 7)))\n\n    val sl2 = area(1 until area.rows, 0 until area.cols)\n    assert(sl2 === DenseMatrix((3, 4, 5, 6, 7), (3, 4, 5, 6, 7)))\n  }\n\n  test(\"DenseMatrix construction with list of lists\") {\n    val dm = DenseMatrix(\n      List(List(1, 2, 3, 0, 0, 0, 0, 0, 0), List(0, 0, 0, 1, 2, 3, 0, 0, 0), List(0, 0, 0, 0, 0, 0, 1, 2, 3)): _*)\n  }\n\n  test(\"#265: slices of :: and IndexedSeq\") {\n    val dm = DenseMatrix((0, 1, 2), (3, 4, 5))\n    assert(dm(::, IndexedSeq(2, 1, 0)).toDenseMatrix === fliplr(dm))\n    assert(dm(IndexedSeq(1, 0), ::).toDenseMatrix === flipud(dm))\n  }\n\n  test(\"#278: don't crash on solve when majorStride == 0\") {\n    val d = DenseVector[Double]()\n    val m = DenseMatrix.tabulate(0, 0) { case x => 0.0 }\n    assert(m \\ d === d)\n\n  }\n\n  test(\"#283: slice of dm by dm boolean\") {\n    val dm = DenseMatrix((0, 1, 2), (3, 4, 5))\n    dm(dm >:= 2) := 3\n    assert(dm === DenseMatrix((0, 1, 3), (3, 3, 3)))\n  }\n\n  test(\"#286: argsort diverging implicit\") {\n    val dm = DenseMatrix((0.1f), (0.0f))\n\n    assert(argsort(dm) === IndexedSeq((1, 0), (0, 0)))\n  }\n\n  test(\"#289: sigmoid dm slice\") {\n    val m = DenseMatrix.zeros[Double](10, 10)\n    assert(sigmoid(m(::, 0 to 5)) === DenseMatrix.fill(10, 6)(0.5))\n    assert(sigmoid(m(::, 3 to 5)) === DenseMatrix.fill(10, 3)(0.5))\n  }\n\n  test(\"#336 argmax for Dense Matrices\") {\n    val m = DenseMatrix.zeros[Double](3, 3)\n    m(2, ::) := DenseVector(1.0, 2.0, 3.0).t\n    assert(argmax(m(2, ::).t) === 2)\n    assert(max(m(2, ::).t) === 3.0)\n  }\n\n  test(\"lhs scalars\") {\n    assert(1.0 \/:\/ (DenseMatrix.fill(2, 2)(10.0)) === DenseMatrix.fill(2, 2)(1 \/ 10.0))\n    assert(1.0 -:- (DenseMatrix.fill(2, 2)(10.0)) === DenseMatrix.fill(2, 2)(-9.0))\n  }\n\n  test(\"mapping ufunc\") {\n    val r = DenseMatrix.rand(100, 100)\n    val explicit = new DenseMatrix(100, 100, r.data.map(math.sin))\n    assert(sin(r) == explicit)\n    sin.inPlace(r)\n    assert(explicit == r)\n  }\n\n  test(\"mapping ufunc, strides\") {\n    val r = (DenseMatrix.rand(100, 100)).apply(10 until 27, 4 until 37 by 4)\n    var explicit = new DenseMatrix(100, 100, r.data.map(math.sin))\n    explicit = explicit(10 until 27, 4 until 37 by 4)\n    assert(sin(r) == explicit)\n    sin.inPlace(r)\n    assert(explicit == r)\n  }\n\n  test(\"#449\") {\n\n    val m = DenseMatrix.rand(10, 10)\n\n    m(List(1, 2, 3), 0 to 0) := 5d \/\/WORKS FINE\n    m(List(1, 2, 3), 0) := 5d \/\/NOT WORKING\n    m(1 to 3, 0) := 5d \/\/WORKING\n\n    m(List(1, 2, 3), 0 to 0) := m(List(1, 2, 3), 0 to 0) \/\/WORKS FINE\n    m(List(1, 2, 3), 0) := m(List(1, 2, 3), 0) \/\/NOT WORKING\n    m(1 to 3, 0) := m(1 to 3, 0) \/\/WORKS FINE\n\n  }\n\n  test(\"#476: DM * DV when rows == 0\") {\n    val m = DenseMatrix.zeros[Double](0, 10)\n    val v = DenseVector.zeros[Double](10)\n    assert(m * v == DenseVector.zeros[Double](0))\n    val m2 = DenseMatrix.zeros[Double](10, 0)\n    val v2 = DenseVector.zeros[Double](0)\n    assert(m2 * v2 == DenseVector.zeros[Double](10))\n  }\n\n  test(\"#534: DenseMatrix construction from empty row sequence\") {\n    val rows = Seq.empty[Seq[Double]]\n    val matrix = DenseMatrix(rows: _*)\n    assert(matrix.rows == 0)\n    assert(matrix.cols == 0)\n  }\n\n  test(\"#577: Empty DenseMatrix can be transposed\") {\n    val m = new DenseMatrix(0, 0, Array.empty[Double])\n    val mt = m.t\n    assert(mt.rows == 0)\n    assert(mt.cols == 0)\n    assert(m === mt)\n  }\n\n  test(\"#592: can take an empty column or row slice\") {\n    val m = DenseMatrix.fill(5, 5)(0)\n    m(4 until 4, 0 until 5)\n    m(0 until 5, 4 until 4)\n  }\n\n  test(\"#559: reshape of transpose matrix\") {\n    val a = DenseMatrix((1, 4, 7), (2, 5, 8), (3, 6, 9)) \/\/Matrix A\n    val b = DenseMatrix((1, 2, 3), (4, 5, 6), (7, 8, 9)) \/\/ Matrix B\n    assert(a != b)\n    assert(a == b.t)\n    assert(a.reshape(9, 1) == b.t.reshape(9, 1))\n  }\n\n  test(\"#620 solving transposed matrices, tall.t\") {\n    val W: DenseMatrix[Double] = DenseMatrix((1.0, 3.0), (2.0, 0.0), (4.0, 6.0)).t\n    val y = DenseVector(1.0, 2.0)\n\n    val target = DenseVector(0.166667, -0.083333, 0.250000)\n\n    solveCompare(W, y, target)\n  }\n\n  test(\"#620 solving transposed matrices, wide.t\") {\n    val W: DenseMatrix[Double] = DenseMatrix((1.0, 2.0, 4.0), (3.0, 0.0, 6.0)).t\n    val y = DenseVector(1.0, 2.0, 3.0)\n\n    val target = DenseVector(0.916667, -0.083333)\n\n    solveCompare(W, y, target)\n  }\n\n  private def solveCompare(W: DenseMatrix[Double], y: DenseVector[Double], target: DenseVector[Double]) = {\n    val WcopyY = W.copy \\ y.copy\n    val Wy = W \\ y.copy\n\n    assert(norm(Wy - WcopyY) < 1e-3)\n    assert(norm(Wy - target) < 1e-3)\n  }\n\n  test(\"#682 bug in slice outer product\") {\n    val c = DenseVector(3, 1)\n    val a = DenseMatrix((3, 1), (-1, -2))\n\n    val rr = c * c.t\n    val yy = a(0, ::).t * a(0, ::)\n    assert(rr == yy)\n  }\n\n  \/\/ TODO: we should profile just copying to Double if we have BLAS (and even if we don't...)\n  \/\/ this is hilariously slow somehow.\n  test(\"large matrix multiply, int\") {\n    val rI = DenseMatrix.rand[Int](2002, 2002, Rand.randInt(-3, 3))\n    val rD = convert(rI, Double)\n    assert((rI * rI).mapValues(_.toDouble) === (rD * rD))\n  }\n\n  test(\"#772 - weird copy bug\") {\n    val rows = 3\n    val cols = 4\n    val data = Array[Double](1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)\n    val dm = new DenseMatrix(rows, cols, data, 0, cols, isTranspose = true)\n    val sm = dm(2 until 3, 0 until 2)\n    assert(sm == sm.copy)\n  }\n\n}\n\ntrait MatrixTestUtils {\n  def matricesNearlyEqual(A: Matrix[Double], B: Matrix[Double], threshold: Double = 1E-6): Unit = {\n    for (i <- 0 until A.rows; j <- 0 until A.cols)\n      A(i, j) should be(B(i, j) +- threshold)\n  }\n\n}\n"}
{"repo_name":"i10416\/breeze","path":"project\/Build.scala","text":"import sbt.Keys._\nimport sbt._\nimport breeze.codegen.plugin.SbtBreezeCodegenPlugin.breezeCodegenSettings\nimport xerial.sbt.Sonatype.autoImport.{sonatypeProfileName, sonatypeProjectHosting, sonatypePublishTo}\nimport xerial.sbt.Sonatype._\n\n\/\/import dotty.tools.sbtplugin.DottyPlugin.autoImport._\n\nobject Common {\n\n  def priorTo2_13(scalaVersion: String): Boolean = {\n    CrossVersion.partialVersion(scalaVersion) match {\n      case Some((2, minor)) if minor < 13 => true\n      case _ => false\n    }\n  }\n\n  val buildCrossScalaVersions = Seq(\"3.0.2\", \"2.12.15\", \"2.13.8\")\n\n  lazy val buildScalaVersion = buildCrossScalaVersions.head\n\n  val commonSettings = Seq(\n    organization := \"org.scalanlp\",\n    scalaVersion := buildScalaVersion,\n    crossScalaVersions := buildCrossScalaVersions,\n    scalacOptions ++= Seq(\"-deprecation\", \"-language:_\"),\n    javacOptions ++= Seq(\"-target\", \"1.8\", \"-source\", \"1.8\"),\n    credentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\"),\n\n    resolvers ++= Seq(\n      Resolver.mavenLocal,\n      Resolver.sonatypeRepo(\"snapshots\"),\n      Resolver.sonatypeRepo(\"releases\"),\n      Resolver.typesafeRepo(\"releases\")\n    ),\n    testOptions in Test += Tests.Argument(\"-oDF\"),\n\n    \/\/ test dependencies\n    libraryDependencies ++= Seq(\n      \"org.scalatest\" %% \"scalatest\" % \"3.2.9\" % \"test\",\n      \"org.scalatest\" %% \"scalatest-funsuite\" % \"3.2.9\" % \"test\",\n      \"org.scalatest\" %% \"scalatest-wordspec\" % \"3.2.9\" % \"test\",\n      \"org.scalatestplus\" %% \"scalacheck-1-15\" % \"3.2.9.0\" % \"test\",\n      \"org.scalacheck\" %% \"scalacheck\" % \"1.15.3\" % \"test\"\n    ),\n    libraryDependencies ++= {\n      if (priorTo2_13(scalaVersion.value)) {\n        Seq(\n          compilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.1\" cross CrossVersion.patch),\n        )\n      } else {\n        Seq(\n\n        )\n      }\n    },\n    scalacOptions ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, minor)) if minor < 13 => Seq.empty\n        case Some((2, 13)) =>\n          Seq(\"-Ymacro-annotations\", \"-language:implicitConversions\")\n        case _ =>\n          Seq(\"-language:implicitConversions\")\n      }\n    },\n\n    \/\/ stuff related to publishing\n    publishArtifact in Test := false,\n    pomIncludeRepository := { _ =>\n      false\n    },\n    sonatypeProfileName := \"org.scalanlp\",\n    publishMavenStyle := true,\n    licenses := Seq(\"Apache Public License 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\")),\n    publishTo := sonatypePublishTo.value,\n    sonatypeProjectHosting := Some(GitHubHosting(\"scalanlp\", \"breeze\", \"<NAME>\", \"<EMAIL>\")),\n\n    unmanagedSourceDirectories in Compile ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, 11|12)) => Seq(\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_2.11_2.12\",\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_2\",\n        )\n        case Some((2, 13)) => Seq(\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_2\",\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_2.13+\"\n        )\n        case Some( (3, _)) => Seq(\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_2.13+\",\n          baseDirectory.value \/ \"src\" \/ \"main\" \/ \"scala_3\"\n        )\n        case _ => ???\n      }\n    }, \n    \/\/ TODO: remove when possibl`e\n   \/\/ publishArtifact in (Compile, packageDoc) := {\n    \/\/  CrossVersion.partialVersion(scalaVersion.value) match {\n     \/\/   case Some( (3, _)) => false\n    \/\/    case _ => true\n\/\/      \n     \/\/ }\n   \/\/ }\n  ) ++ breezeCodegenSettings\n}\n"}
{"repo_name":"AudaxHealthInc\/v2d2","path":"src\/main\/scala\/v2d2\/v2d2\/actors\/comedy\/WhoLoveAct.scala","text":"<reponame>AudaxHealthInc\/v2d2<gh_stars>1-10\npackage v2d2.actions.love\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nimport akka.actor.{Actor, ActorContext, ActorLogging, ActorSystem}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.pattern.ask\nimport akka.stream.ActorMaterializer\nimport akka.util.Timeout\nimport v2d2.V2D2\nimport slack.models.Message\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport v2d2.protocols.Response\nimport v2d2.protocols.EphemResponse\nimport slack.models.User\n\nclass WhoLoveAct extends Actor with ActorLogging with LoveListJPTL with LoveResultJPTL {\n\n  implicit val system       = ActorSystem(\"slack\")\n  implicit val materializer = ActorMaterializer()\n  implicit val timeout      = Timeout(25.seconds)\n\n  def formatOutput(\n    idMap: Map[String, Int]\n  ) = {\n    Future.sequence {\n      idMap.map {\n        case (k, v) =>\n          for {\n            userlist <- V2D2.users\n          } yield {\n            val names = userlist.collect {\n              case u: User if u.profile != None && u.profile.get.email != None =>\n                u.profile.get.email.get -> u\n            }.toMap\n            val user = names.get(k) match {\n              case Some(u) => Some(u)\n              case None    => names.get(k + \"@rallyhealth.com\")\n            }\n            user.map { u =>\n              val start = s\"\\t${u.profile.get.real_name.getOrElse(\"missing\")} $v time\"\n              val end = if (v > 1) {\n                \"s\"\n              } else \"\"\n              start + end\n            }\n          }\n      }\n    }\n  }\n\n  def receive: Receive = {\n\n    case love: GetUsersSentLove =>\n      if (love.lovable) {\n        val target = love.userEmail.replaceAll(\"@.*$\", \"\")\n        val uri    = s\"${V2D2.loveurl}\/${target}\"\n        log.info(s\"request love for ${uri}\")\n        val content = for {\n          response <- Http().singleRequest(\n            HttpRequest(method = HttpMethods.GET, uri = s\"${V2D2.loveurl}\/${target}\")\n          )\n          entity <- Unmarshal(response.entity).to[LoveList]\n        } yield entity\n        content.onComplete {\n          case Success(data) =>\n            log.info(s\"output ${data.sent}\")\n            if (data.sent.length == 0) {\n              context.parent ! Response(love.msg, s\"<@${love.user.id}> has a heart of stone\")\n            } else {\n\n              val foo = data.sent.flatMap(r => r.recipients).groupBy(i => i).map {\n                case (k, v) => k -> v.size\n              }\n              Future\n                .sequence(\n                  data.sent\n                    .flatMap(r => r.recipients)\n                    .groupBy(i => i)\n                    .map {\n                      case (k, v) => k -> v.size\n                    }\n                    .map {\n                      case (k, v) =>\n                        for {\n                          userlist <- V2D2.users\n                        } yield {\n                          val names = userlist.collect {\n                            case u: User if u.profile != None && u.profile.get.email != None =>\n                              u.profile.get.email.get -> u\n                          }.toMap\n                          val user = names.get(k) match {\n                            case Some(u) => Some(u)\n                            case None    => names.get(k + \"@<EMAIL>\")\n                          }\n                          user.map { u =>\n                            val start = s\"\\t${u.profile.get.real_name.getOrElse(\"missing\")} $v time\"\n                            val end = if (v > 1) {\n                              \"s\"\n                            } else \"\"\n                            start + end\n                          }\n                        }\n                    }\n                )\n                .map { strs =>\n                  context.parent ! EphemResponse(\n                    love.msg,\n                    s\"<@${love.user.id}> has sent :heart: to:\\n\" +\n                      strs\n                        .collect {\n                          case Some(u) => u\n                        }\n                        .mkString(\"\\n\")\n                  )\n                }\n\n            }\n          case Failure(t) =>\n            context.parent ! Response(love.msg, s\"An error has occured: \" + t.getMessage)\n        }\n      }\n\n    case love: GetUsersLove =>\n      if (love.lovable) {\n        val target = love.userEmail.replaceAll(\"@.*$\", \"\")\n        val uri    = s\"${V2D2.loveurl}\/${target}\"\n        log.info(s\"request love for ${uri}\")\n        val content = for {\n          response <- Http().singleRequest(\n            HttpRequest(method = HttpMethods.GET, uri = s\"${V2D2.loveurl}\/${target}\")\n          )\n          entity <- Unmarshal(response.entity).to[LoveList]\n        } yield entity\n        content.onComplete {\n          case Success(data) =>\n            log.info(s\"output ${data.received}\")\n            if (data.received.length == 0) {\n              context.parent ! Response(\n                love.msg,\n                s\"@${love.senderNick} oh boy this is awkward... you don't have any love yet\"\n              )\n            } else {\n              context.parent ! EphemResponse(\n                love.msg,\n                s\"<@${love.user.id}> has received love from:\\n\" +\n                  data.received\n                    .map(r => r.sender)\n                    .groupBy(i => i)\n                    .map {\n                      case (k, v) => k -> v.size\n                    }\n                    .map {\n                      case (k, v) =>\n                        val start = s\"\\t$k $v time\"\n                        val end = if (v > 1) {\n                          \"s\"\n                        } else \"\"\n                        start + end\n                    }\n                    .mkString(\"\\n\")\n              )\n              \/\/   data.received.map {\n              \/\/     res => s\"\\t${res.sender} - ${res.message}\"\n              \/\/ }.mkString(\"\\n\"))\n            }\n          case Failure(t) =>\n            context.parent ! Response(love.msg, s\"An error has occured: \" + t.getMessage)\n        }\n      }\n\n    case msg: Message =>\n      WhoDoLove(msg) match {\n        case Some(whodo) =>\n          log.info(s\"entering whodo\")\n          for {\n            userslist <- V2D2.users\n          } yield {\n            val nmap = userslist.map(u => u.id -> u).toMap\n            val emap = userslist.map { u =>\n              val email = u.profile match {\n                case Some(p) =>\n                  p.email.getOrElse(u.id)\n                case _ => u.id\n              }\n              email -> u\n            }.toMap\n            nmap.get(whodo.msg.user) match {\n              case Some(user) =>\n                val mark = whodo.target.trim()\n                log.info(s\"user: $user\")\n                if (mark.equalsIgnoreCase(\"i\")) {\n                  self ! GetUsersSentLove(user, user.id, whodo.msg)\n                } else {\n                  log.info(s\"WELL THIS whodo ${mark}\")\n                  nmap.get(mark) match {\n                    case Some(mark) =>\n                      self ! GetUsersSentLove(mark, user.id, whodo.msg)\n                    case _ =>\n                      val email = if (mark.contains(\".\")) {\n                        mark + \"@rallyhealth.com\"\n                      } else if (mark.split(' ').length == 2) {\n                        mark.split(' ').mkString(\".\") + \"@rallyhealth.com\"\n                      } else {\n                        \"<EMAIL>\"\n                      }\n                      emap.get(email) match {\n                        case Some(mark) =>\n                          self ! GetUsersSentLove(mark, user.id, whodo.msg)\n                        case _ =>\n                          context.parent ! Response(\n                            whodo.msg,\n                            s\"I couldn't find ${mark}.. do they exist? Do I exist?\"\n                          )\n                      }\n                  }\n                }\n              case _ =>\n                context.parent ! Response(whodo.msg, s\"Nice try silly human.\")\n            }\n          }\n\n        case _ => None\n      }\n\n      WhoLove(msg) match {\n        case Some(who) =>\n          log.info(\"entering who love\")\n          for {\n            userslist <- V2D2.users\n          } yield {\n            val nmap = userslist.map(u => u.id -> u).toMap\n            val emap = userslist.map { u =>\n              val email = u.profile match {\n                case Some(p) =>\n                  p.email.getOrElse(u.id)\n                case _ => u.id\n              }\n              email -> u\n            }.toMap\n            nmap.get(who.msg.user) match {\n              case Some(user) =>\n                if (who.target.equalsIgnoreCase(\"me\")) {\n                  log.info(\"who talk to yourself\")\n                  self ! GetUsersLove(user, user.id, who.msg)\n                } else {\n                  nmap.get(who.target.trim) match {\n                    case Some(mark) =>\n                      self ! GetUsersLove(mark, user.id, who.msg)\n                    case _ =>\n                      context.parent ! Response(who.msg, s\"Nice try silly human.\")\n                  }\n                }\n              case _ =>\n                context.parent ! Response(who.msg, s\"Nice try silly human.\")\n            }\n          }\n        case _ => None\n      }\n  }\n}\n"}
{"repo_name":"AudaxHealthInc\/v2d2","path":"src\/main\/scala\/v2d2\/RoboV2D2.scala","text":"package v2d2\n\nimport slack.rtm.SlackRtmClient\nimport slack.api.SlackApiClient\nimport akka.actor.ActorSystem\nimport akka.actor.{Actor, ActorContext, ActorLogging, ActorSystem, Props}\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport akka.stream.ActorMaterializer\nimport slack.SlackUtil\nimport com.typesafe.config.ConfigFactory\nimport v2d2.protocols.Relay\nimport com.softwaremill.macwire._\nimport com.softwaremill.macwire.akkasupport._\nimport com.softwaremill.tagging._\nimport v2d2.actors.core.MuxActor\nimport v2d2.actors.core.EmoActor\nimport slack.models.ReactionAdded\nimport v2d2.protocols.EmoRelay\nimport slack.models.ReactionRemoved\nimport slack.models.Reply\nimport v2d2.protocols.Ephemeral\nimport v2d2.protocols.EphemResponse\nimport slack.models.Message\nimport akka.stream.scaladsl._\nimport akka.util.ByteString\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.{ContentTypes, HttpEntity}\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Route\nimport v2d2.protocols._\nimport akka.http.scaladsl.unmarshalling.Unmarshaller\nimport akka.http.scaladsl.unmarshalling.FromRequestUnmarshaller\n\nobject V2D2 extends App with SlashCommandProtocol {\n  val creds   = ConfigFactory.load(\"creds.conf\")\n  val uris    = ConfigFactory.load(\"v2d2.conf\")\n  val ptoken  = creds.getString(\"creds.slack.ptoken\")\n  val btoken  = creds.getString(\"creds.slack.btoken\")\n  val whourl  = uris.getString(\"v2d2.who.url\")\n  val loveurl = uris.getString(\"v2d2.love.url\")\n\n  implicit val system       = ActorSystem(\"slack\")\n  implicit val ec           = system.dispatcher\n  implicit val materializer = ActorMaterializer()\n\n  val client   = SlackRtmClient(btoken)\n  val muxactor = system.actorOf(Props(new MuxActor(client)), name = \"mux\")\n  val emoactor = system.actorOf(Props(new EmoActor(client)), name = \"emo\")\n\n  val selfId = client.state.self.id\n\n  val users = client.apiClient.client.listUsers()\n\n  val apiclient = SlackApiClient(ptoken)\n  client.onMessage { message =>\n    muxactor ! Relay(message)\n  }\n\n  \/\/TODO: make this more generic?\n  lazy val routes: Route =\n    concat(\n      pathPrefix(\"guess\") {\n        concat(\n          pathEnd {\n            concat(\n              post {\n                formFieldMap { fields =>\n                  val ocmd = SlashCommand(fields)\n                  ocmd.map { cmd =>\n                    muxactor ! SlashRelay(\n                      Message(\n                        ts = \"1234\",\n                        channel = cmd.channel_id,\n                        user = cmd.user_id,\n                        text = cmd.strippedText,\n                        is_starred = None,\n                        thread_ts = None\n                      )\n                    )\n                  }\n                  complete(StatusCodes.NoContent)\n                }\n              }\n            )\n          }\n        )\n      },\n      pathPrefix(\"who\") {\n        concat(\n          pathEnd {\n            concat(\n              post {\n                formFieldMap { fields =>\n                  val ocmd = SlashCommand(fields)\n                  ocmd.map { cmd =>\n                   muxactor ! SlashRelay(\n                      Message(\n                        ts = \"1234\",\n                        channel = cmd.channel_id,\n                        user = cmd.user_id,\n                        text = cmd.strippedText,\n                        is_starred = None,\n                        thread_ts = None\n                      )\n                    )\n                  }\n                  complete(StatusCodes.NoContent)\n                }\n              }\n            )\n          }\n        )\n      },\n      \/\/ pathPrefix(\"crush\") {\n      \/\/   concat(\n      \/\/     pathEnd {\n      \/\/       concat(\n      \/\/         post {\n      \/\/           formFieldMap { fields =>\n      \/\/             val ocmd = SlashCommand(fields)\n      \/\/             ocmd.map { cmd =>\n      \/\/               muxactor ! SlashRelay(\n      \/\/                 Message(\n      \/\/                   ts = \"1234\",\n      \/\/                   channel = cmd.channel_id,\n      \/\/                   user = cmd.user_id,\n      \/\/                   text = cmd.strippedText,\n      \/\/                   is_starred = None,\n      \/\/                   thread_ts = None\n      \/\/                 )\n      \/\/               )\n      \/\/             }\n      \/\/             complete(StatusCodes.NoContent)\n      \/\/           }\n      \/\/         }\n      \/\/       )\n      \/\/     }\n      \/\/   )\n      \/\/ },\n      pathPrefix(\"love\") {\n        concat(\n          pathEnd {\n            concat(\n              post {\n                formFieldMap { fields =>\n                  val ocmd = SlashCommand(fields)\n                  ocmd.map { cmd =>\n                    muxactor ! SlashRelay(\n                      Message(\n                        ts = \"1234\",\n                        channel = cmd.channel_id,\n                        user = cmd.user_id,\n                        text = cmd.strippedText,\n                        is_starred = None,\n                        thread_ts = None\n                      )\n                    )\n                  }\n                  complete(StatusCodes.NoContent)\n                }\n              }\n            )\n          }\n        )\n      }\n    )\n\n  client.onEvent {\n    case reply: Reply =>\n      emoactor ! reply\n    case react: ReactionRemoved =>\n      emoactor ! react\n    case react: ReactionAdded =>\n      emoactor ! react\n    case x =>\n      None\n\n  }\n  val bindingFuture = Http().bindAndHandle(routes, \"localhost\", 8081)\n}\n"}
{"repo_name":"AudaxHealthInc\/v2d2","path":"src\/main\/scala\/v2d2\/v2d2\/actors\/comedy\/WhoAct.scala","text":"package v2d2.actions.who\n\nimport scala.collection.immutable\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nimport akka.actor.{Actor, ActorContext, ActorLogging, ActorSystem}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.pattern.ask\nimport akka.stream.ActorMaterializer\nimport akka.util.Timeout\nimport org.apache.commons.lang3.StringUtils\nimport v2d2.V2D2\nimport v2d2.protocols.Response\nimport slack.models.Message\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport slack.models.User\nimport slack.rtm.SlackRtmClient\nimport v2d2.protocols.SlashRelay\nimport v2d2.protocols.EphemResponse\n\nclass WhoAct extends Actor with ActorLogging with WhoJPTL {\n\n  implicit val system       = ActorSystem(\"slack\")\n  implicit val materializer = ActorMaterializer()\n  implicit val timeout      = Timeout(25.seconds)\n\n  def best(\n    s: String,\n    person: WhoUser\n  ): Int = {\n    List(\n      StringUtils.getLevenshteinDistance(person.last.toLowerCase(), s),\n      StringUtils.getLevenshteinDistance(person.first.toLowerCase(), s),\n      StringUtils.getLevenshteinDistance(person.gitHubUsername.getOrElse(\"\").toLowerCase(), s),\n      StringUtils.getLevenshteinDistance(person.hipchatMention.getOrElse(\"\").toLowerCase(), s)\n    ).min\n  }\n\n  def lookup(\n    search: String,\n    people: Seq[WhoUser],\n    nickMap: Map[String, User],\n    emailMap: Map[String, User]\n  ): Tuple2[Int, Seq[WhoUser]] = {\n    log.info(\"in lookup\")\n    \/\/ first we look for literal matches on full name, first name, gitHubUsername\n    \/\/ we already checked literal matches of user.name (email), first.last and hipchatmention\n    \/\/ then we need to figure out the format of the string\n    \/\/ \"user.name\" => check email filed\n    \/\/ \"first last\" => check the name field\n    \/\/ \"someString\" => we will just default for this ie _\n    \/\/    Then we will need to be createive here:\n    \/\/      check first name, githubusername, hipchatMention\n    val uname = s\"([^\\\\.]*\\\\.[^\\\\.]*)\".r\n    val fname = s\"([^\\\\.]*\\\\s[^\\\\.]*)\".r\n    people.filter(\n      p =>\n        p.first.equalsIgnoreCase(search) ||\n          p.last.equalsIgnoreCase(search) ||\n          p.name.equalsIgnoreCase(search) ||\n          p.gitHubUsername.getOrElse(\"\").equalsIgnoreCase(search)\n    ) match {\n      case Nil =>\n        log.info(\"in lookup NIL\")\n        search match {\n          case uname(n) =>\n            log.info(\"in lookup UNAME\")\n            \/\/ group by distance sort by distance take the closest list\n            val out = people\n              .groupBy(\n                p => StringUtils.getLevenshteinDistance(p.email.toLowerCase(), n.toLowerCase())\n              )\n              .toList\n              .sortBy(_._1)\n              .head\n            out\n          case fname(n) =>\n            log.info(\"in lookup fullname\")\n            people\n              .groupBy(\n                p => StringUtils.getLevenshteinDistance(p.name.toLowerCase(), n.toLowerCase())\n              )\n              .toList\n              .sortBy(_._1)\n              .head\n          case _ =>\n            \/\/ check first name, githubusername, hipchatMention\n            log.info(\"in lookup default\")\n            people.groupBy(p => best(search.toLowerCase(), p)).toList.sortBy(_._1).head\n        }\n      case p =>\n        Tuple2(0, p)\n    }\n  }\n\n  def genResponse(\n    msg: Message,\n    data: List[WhoUser],\n    silent: Boolean\n  ): v2d2.protocols.Responder = {\n    if (data.length > 4) {\n      val str = data.map { u =>\n            s\"Name: ${u.name}\"\n          }.mkString(\"\\n\")\n      if(silent) EphemResponse(msg, str)\n      else Response(msg, str)\n    } else {\n      val str = data.map { e =>\n          e.avatar.getOrElse(\"https:\/\/who.werally.in\/images\/avatar\/anon.svg\")\n        }.mkString(\"\\n\")\n      if(silent) EphemResponse(msg, str)\n      else Response(msg, str)\n    }\n  }\n\n  def receive: Receive = {\n    case who: GetWhoUser =>\n      val target = (who.target.profile match {\n        case Some(p) =>\n          p.email.getOrElse(\n            p.first_name.getOrElse(\"empty\") + \".\" + p.last_name.getOrElse(\"empty\")\n          )\n        case _ =>\n          \"empty\"\n      }).replaceAll(\"@.*$\", \"\")\n      val uri = s\"${V2D2.whourl}\/people\/${target}\"\n      log.info(s\"request love for ${uri}\")\n      val content = for {\n        response <- Http().singleRequest(\n          HttpRequest(method = HttpMethods.GET, uri = s\"${V2D2.whourl}\/people\/${target}\")\n        )\n        entity <- Unmarshal(response.entity).to[WhoUser]\n      } yield entity\n      content.onComplete {\n        case Success(data) =>\n          context.parent ! genResponse(who.msg, List(data), who.silent)\n        case Failure(t) =>\n          context.parent ! Response(who.msg, s\"An error has occured: \" + t.getMessage)\n      }\n\n    case who: GetWhoAll =>\n      val content = for {\n        response <- Http().singleRequest(\n          HttpRequest(method = HttpMethods.GET, uri = s\"${V2D2.whourl}\/people\")\n        )\n        entity <- Unmarshal(response.entity).to[Seq[WhoUser]]\n      } yield entity\n      content.onComplete {\n        case Success(data) =>\n          for {\n            userslist <- V2D2.users\n          } yield {\n            val nmap = userslist.map(u => u.id -> u).toMap\n            val emap = userslist.map { u =>\n              val email = u.profile match {\n                case Some(p) =>\n                  p.email.getOrElse(u.id)\n                case _ => u.id\n              }\n              email -> u\n            }.toMap\n            context.parent ! genResponse(\n              who.msg, \n              lookup(who.search, data, nmap, emap)._2.toList,\n              who.silent\n            )\n          }\n        case Failure(t) =>\n          context.parent ! Response(who.msg, s\"An error has occured: \" + t.getMessage)\n      }\n\n    case SlashRelay(msg) =>\n      WhoIs(msg).map(x => self.forward(x.copy(silent = true)))\n\n    case msg: Message =>\n      WhoIs(msg).map(self.forward(_))\n\n    case who: WhoIs =>\n      val msg = who.msg\n      log.info(\"entering who is\")\n      for {\n        userslist <- V2D2.users\n      } yield {\n        val nmap = userslist.map(u => u.id -> u).toMap\n        val emap = userslist.map { u =>\n          val email = u.profile match {\n            case Some(p) =>\n              p.email.getOrElse(u.id)\n            case _ => u.id\n          }\n          email -> u\n        }.toMap\n        nmap.get(who.target) match {\n          case Some(user) =>\n            log.info(s\"who is ${who.target}\")\n            self ! GetWhoUser(msg, user, who.silent)\n          case _ =>\n            emap.get(who.target + \"@rallyhealth.com\") match {\n              case Some(user) =>\n                self ! GetWhoUser(msg, user, who.silent)\n              case _ => self ! GetWhoAll(msg, who.target, who.silent)\n            }\n        }\n      }\n  }\n}\n"}
{"repo_name":"AudaxHealthInc\/v2d2","path":"src\/main\/scala\/v2d2\/v2d2\/actors\/mtg\/MagicAct.scala","text":"package v2d2.mtg\n\nimport java.io.InputStream\n\nimport org.apache.commons.text.similarity._\nimport scala.collection.immutable\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nimport akka.actor.{Actor, ActorContext, ActorLogging, ActorSystem}\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.pattern.{ask, pipe}\nimport akka.stream.ActorMaterializer\nimport akka.util.Timeout\nimport org.apache.commons.lang3.StringUtils\nimport slack.models.Message\nimport scala.concurrent.ExecutionContext\nimport v2d2.protocols.Response\n\nclass MagicAct extends Actor with ActorLogging with CardSetProtocol {\n  implicit val ec = ExecutionContext.global\n  \/\/ import system.dispatcher\n  implicit val system       = ActorSystem()\n  implicit val materializer = ActorMaterializer()\n  implicit val timeout      = Timeout(25.seconds)\n\n  val stream: InputStream = getClass.getResourceAsStream(\"\/allsets.json\")\n  val json                = scala.io.Source.fromInputStream(stream).mkString\n\n  def scores(\n    str: String,\n    search: String\n  ): List[Int] = {\n    val symbols = \"\"\"!<'_-&^'%$#\"@=>,\"\"\".flatMap(s => s + \"|\")\n    val p       = s\"(\\\\.|\\\\*|${symbols})\"\n    str\n      .replaceAll(p, \"\")\n      .toLowerCase()\n      .split(\" \")\n      .map { w =>\n        search\n          .replaceAll(p, \"\")\n          .split(\" \")\n          .map { s =>\n            StringUtils.getLevenshteinDistance(w, s)\n          }\n          .sorted\n          .head\n      }\n      .toList\n      .sorted\n  }\n\n  def lookupName(\n    search: String,\n    cards: List[ICard]\n  ): List[ICard] = {\n    cards.filter(c => c.name.equalsIgnoreCase(search)) match {\n      case Nil =>\n        val minList = cards\n          .groupBy(\n            c => scores(c.name, search).min\n          )\n          .toList\n          .sortBy(_._1)\n          .head\n          ._2\n        val endList = minList\n          .groupBy(\n            c =>\n              scores(c.name, search)\n                .groupBy(identity)\n                .mapValues(_.size)\n                .toList\n                .sortBy(_._1)\n                .head\n          )\n          .toList\n          .sortBy(_._1)\n        val tList = endList.last._2.groupBy(c => c.name).map(t => t._2.head)\n        endList.last._2.groupBy(c => c.name).map(t => t._2.head).toList\n      case c =>\n        Tuple2(0, c)._2.groupBy(c => c.name).map(t => t._2.head).toList\n    }\n  }\n\n  def receive: Receive = {\n    \/\/ case scry:\n    case mc: MagicCards =>\n      val req = for {\n        cards <- Unmarshal(json).to[List[Card]]\n      } yield (\n        cards\n      )\n      req.pipeTo(sender)\n\n    case cs: CardNameSearch =>\n      val content = for {\n        cards <- (self ? MagicCards()).mapTo[List[Card]]\n      } yield cards\n      content.onComplete {\n        case Success(cards) =>\n          val target  = cs.target.toLowerCase()\n          val results = lookupName(target, cards)\n          val score   = scores(results.head.name, cs.target.toLowerCase()).min\n          val tlen    = cs.target.length\n          val pcent   = (tlen - score).toFloat \/ tlen\n\n          \/\/ println(\"++++++++++++++++++++++++++++\")\n          \/\/ println(s\"pc: ${pcent} score: ${score} len: ${tlen}\")\n          \/\/ println(s\"len: ${cs.target.length} target: ${cs.target}\")\n          \/\/ println(\"++++++++++++++++++++++++++++\")\n\n          val jw    = new JaroWinklerDistance()\n          val jcent = jw(target, results.head.name.toLowerCase)\n          val p     = \"%\"\n          if (cs.target.length < 3) {\n            context.parent ! Response(cs.msg, \"Try asking again with a longer string\")\n          } else if (((tlen == 3 || tlen == 4) && score > 1) ||\n                     ((tlen == 5 || tlen == 6) && score > 2) || pcent < 0.7) {\n            context.parent ! Response(\n              cs.msg,\n              f\"\"\":shrug: your best match was \n                 |${results.head.name} with ${pcent * 100}%1.2f$p\n                 |and score ${jcent * 100}%1.2f$p\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n            )\n          } else {\n\n            val imgs = results.collect {\n              case c if (c.image_uris != None) =>\n                val u = c.image_uris.get.png.replaceAll(\"\\\\?.*$\", \"\")\n                \/\/ pprint.pprintln(s\"uri: ${u}\")\n                (u -> c)\n            }\n\n            \/\/ imgs map { t => pprint.pprintln(t._1) }\n            if (imgs.length > 16) {\n              context.parent ! Response(\n                cs.msg,\n                f\"\"\"Found too many matches (${imgs.length}). The best match was\n                   |${results.head.name} with ${pcent * 100}%1.2f$p\n                   |and score ${jcent * 100}%1.2f$p\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n              )\n            } else {\n              context.parent ! Response(\n                cs.msg,\n                f\"\"\"The best match was ${results.head.name} with ${pcent * 100}%1.2f$p\n                   |and score ${jcent * 100}%1.2f$p\n                   |${imgs.head._1}\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n              )\n            }\n          }\n        case Failure(t) =>\n          context.parent ! Response(cs.msg, s\"An error has occured: \" + t.getMessage)\n      }\n\n    case msg: Message =>\n      CardNameSearch(msg) match {\n        case Some(cs) =>\n          self.forward(cs)\n        case _ =>\n          None\n      }\n    case _ => None\n  }\n\n}\n"}
{"repo_name":"AudaxHealthInc\/v2d2","path":"src\/test\/scala\/v2d2\/actors\/mtg\/MagicActTest.scala","text":"<reponame>AudaxHealthInc\/v2d2<filename>src\/test\/scala\/v2d2\/actors\/mtg\/MagicActTest.scala<gh_stars>1-10\npackage v2d2.mtg\n\nimport org.apache.commons.text.similarity._\nimport akka.actor.ActorSystem\nimport v2d2.protocols.Response\nimport akka.testkit.{ImplicitSender, TestActorRef, TestActors, TestKit}\nimport org.scalatest.{BeforeAndAfterAll, Matchers, WordSpecLike}\nimport slack.models.Message\nimport akka.actor.{Actor, ActorContext, ActorLogging, ActorSystem, Props}\nimport akka.pattern.{ask, pipe}\nimport akka.util.Timeout\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\nimport akka.testkit.TestProbe\n\ncase class TCardSet(\n  name: String,\n  cards: List[TCard]\n) extends ICardSet\ncase class TCard(\n  name: String,\n  setKey: Option[String] = None,\n  manaCost: Option[String] = None,\n  number: Option[String] = None,\n  image_uris: Option[Images] = None,\n  mciNumber: Option[String] = None,\n  text: Option[String] = None\n) extends ICard\n\nclass MagicSpec()\n  extends TestKit(ActorSystem(\"MagicSpec\"))\n  with ImplicitSender\n  with WordSpecLike\n  with Matchers\n  with BeforeAndAfterAll {\n  import system.dispatcher\n  implicit val timeout = Timeout(25.seconds)\n\n  val testData = List(\n    TCard(name = \"sun\", text = Some(\"sun\")),\n    TCard(name = \"fab lab\", text = Some(\"fab lab\")),\n    TCard(name = \"gun\", text = Some(\"gun\")),\n    TCard(name = \"xxxx sun avatar xxxx\", text = Some(\"xxxx sun avatar xxxx\")),\n    TCard(name = \"yun\", text = Some(\"yun\")),\n    TCard(name = \"sun doo\", text = Some(\"sun doo\")),\n    TCard(name = \"fab lab\", text = Some(\"fab lab\")),\n    TCard(name = \"gun\", text = Some(\"gun\")),\n    TCard(name = \"sun boo\", text = Some(\"sun boo\")),\n    TCard(name = \"fab lab\", text = Some(\"fab lab\")),\n    TCard(name = \"gun\", text = Some(\"gun\"))\n  )\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n  \"A MagicAct\" must {\n    \"return cards\" in {\n      val magic   = system.actorOf(Props(classOf[MagicAct]))\n      val content = magic ? MagicCards()\n      content.onComplete {\n        case Success(cards) =>\n          cards match {\n            case l: List[Any] =>\n              l.size should be > 1\n            case _ => assert(false)\n          }\n        \/\/ sets match {\n        \/\/   case s:List[Card] =>\n        \/\/     s.size should be > 1\n        \/\/   case _ => assert(false)\n        \/\/ }\n        case Failure(t) =>\n          assert(false)\n      }\n      Await.result(content, 6.seconds)\n      assert(content.isCompleted)\n    }\n\n    \"list scores correctly search w\/o punctuation\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s1       = magic.scores(\"the fox's fur\", \"fox's\")\n      val s2       = magic.scores(\"the fox's fur\", \"foxs\")\n      assert(s1 == s2)\n    }\n\n    \"list scores correctly\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.scores(\"the quick brown fox\", \"fox\")\n      assert(s.size > 1)\n      assert(s.head == 0)\n    }\n\n    \"list scores correctly multi input\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.scores(\"sun\", \"sun avatar\")\n      assert(s.size == 1)\n      assert(s.head == 0)\n    }\n\n    \"list best match for card\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.lookupName(\"yun\", testData)\n      assert(s.size == 1)\n      assert(s.head.name == \"yun\")\n    }\n\n    \"list best match for card grouped on unique name\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.lookupName(\"gun\", testData)\n      assert(s.size == 1)\n      assert(s.head.name == \"gun\")\n    }\n\n    \"list best match for card grouped on unique name not exact\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.lookupName(\"gab lab\", testData)\n      assert(s.size == 1)\n      assert(s.head.name == \"fab lab\")\n    }\n\n    \"list best match for card with test data\" in {\n      val actorRef = TestActorRef(Props(new MagicAct()))\n      val magic    = actorRef.underlyingActor.asInstanceOf[MagicAct]\n      val s        = magic.lookupName(\"sun avatar\", testData)\n      assert(s.size == 1)\n      assert(s.head.name == \"xxxx sun avatar xxxx\")\n    }\n\n    \/\/ \"list best match for card with real data shivan dragon\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: Message = new Message(\n    \/\/     \"1568397986.001300\",\n    \/\/     \"CML9J1N9G\",\n    \/\/     \"UM3ETMMPE\",\n    \/\/     \"card name is <NAME>?\",\n    \/\/     None,\n    \/\/     None\n    \/\/   )\n    \/\/   val cs = CardNameSearch(tmsg, \"<NAME>\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match {\n    \/\/           case r: Response =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(r)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/*\n    \/\/           case n:HipNotif =>\n    \/\/             \/\/ println(\"==========================\")\n    \/\/             \/\/ println(n)\n    \/\/             \/\/ println(\"==========================\")\n    \/\/            *\/\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref.forward(x)\n    \/\/       case x => child.forward(x)\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data goblin\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: Message = new Message(\n    \/\/     \"1568397986.001300\",\n    \/\/     \"CML9J1N9G\",\n    \/\/     \"UM3ETMMPE\",\n    \/\/     \"card name is goblin?\",\n    \/\/     None,\n    \/\/     None\n    \/\/   )\n    \/\/\n    \/\/   val cs = CardNameSearch(tmsg, \"goblin\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match {\n    \/\/           case r: Response =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(r)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/*\n    \/\/           case n: HipNotif =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(n)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/            *\/\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref.forward(x)\n    \/\/       case x => child.forward(x)\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data black lotus\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: Message = new Message(\n    \/\/     \"1568397986.001300\",\n    \/\/     \"CML9J1N9G\",\n    \/\/     \"UM3ETMMPE\",\n    \/\/     \"card name is black lotus?\",\n    \/\/     None,\n    \/\/     None\n    \/\/   )\n    \/\/\n    \/\/   val cs = CardNameSearch(tmsg, \"black lotus\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match {\n    \/\/           case r: Response =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(r)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/*\n    \/\/           case n: HipNotif =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(n)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/            *\/\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref.forward(x)\n    \/\/       case x => child.forward(x)\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: Message = Message(\n    \/\/     \"1568397986.001300\",\n    \/\/     \"CML9J1N9G\",\n    \/\/     \"UM3ETMMPE\",\n    \/\/     \"card name is sun's avatar?\",\n    \/\/     None,\n    \/\/     None\n    \/\/   )\n    \/\/\n    \/\/   val cs = CardNameSearch(tmsg, \"sun's avatar\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match {\n    \/\/           case r: Response =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(r)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/*\n    \/\/           case n: HipNotif =>\n    \/\/           \/\/ println(\"==========================\")\n    \/\/           \/\/ println(n)\n    \/\/           \/\/ println(\"==========================\")\n    \/\/            *\/\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref.forward(x)\n    \/\/       case x => child.forward(x)\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data validate no results stub\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: Message = new Message(\n    \/\/     \"1568397986.001300\",\n    \/\/     \"CML9J1N9G\",\n    \/\/     \"UM3ETMMPE\",\n    \/\/     \"card name is zcxx?\",\n    \/\/     None,\n    \/\/     None\n    \/\/   )\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match {\n    \/\/           case r: Response =>\n    \/\/             println(\"==========================\")\n    \/\/             val pat = \"\"\"\\(shrug\\) your best match was  [^,]*, the .* with \\d?\\d.\\d\\d% and score \\d?\\d.\\d\\d%\"\"\".r\n    \/\/             assert(pat.findFirstIn(r.delivery) != None)\n    \/\/             \/\/ assert(r == Response(tmsg, \"Try asking again with a longer string\"))\n    \/\/             println(\"==========================\")\n    \/\/           \/*\n    \/\/           case a: HipNotif =>\n    \/\/             println(\"==========================\")\n    \/\/             assert(false)\n    \/\/             println(\"==========================\")\n    \/\/            *\/\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref.forward(x)\n    \/\/       case x => child.forward(x)\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n\n    \"list best match for card with real data validate no results bad match\" in {\n      val proxy = TestProbe()\n      val res   = \"Scuzzback Scrapper\"\n      val src   = \"zcxzzzzzzzzz\"\n      val tlen  = src.length\n      val pcent = (tlen - 9).toFloat \/ tlen\n\n      val tmsg: Message = Message(\n        \"1568397986.001300\",\n        \"CML9J1N9G\",\n        \"UM3ETMMPE\",\n        s\"card name is ${src}?\",\n        None,\n        None\n      )\n      val cs = CardNameSearch(tmsg, s\"${src}\")\n      val parent = system.actorOf(Props(new Actor {\n        val child = context.actorOf(Props(classOf[MagicAct]), \"child\")\n        def receive = {\n          case x if sender == child =>\n            x match {\n              case r: Response =>\n                println(\"==========================\")\n                val jw    = new JaroWinklerDistance()\n                val jcent = jw(src, res)\n                val p     = \"%\"\n                pprint.log(pcent)\n                pprint.log(pcent * 100)\n                pprint.log(jcent)\n                pprint.log(jcent * 100)\n                assert(\n                  r.deliver == f\"\"\":shrug: your best match was \n                                  |${res} with ${pcent * 100}%1.2f$p\n                                  |and score ${jcent * 100}%1.2f$p\"\"\".stripMargin\n                    .replaceAll(\"\\n\", \" \")\n                )\n                \/\/ Scuzzback Scrapper with 25.00% and score 36.11\n                println(\"==========================\")\n              \/*\n              case a:HipNotif =>\n                println(\"==========================\")\n                assert(false)\n                println(\"==========================\")\n               *\/\n              case _ => assert(false)\n            }\n            proxy.ref.forward(x)\n          case x => child.forward(x)\n        }\n      }))\n\n      proxy.send(parent, tmsg)\n      proxy.receiveN(1, 8.seconds)\n    }\n    \/\/ API Changed I'm too lazy to fix\n    \/\/ \"list best match for card with real data validate table goblin motivator\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: IMessage = new TMessage(TMsgData(\"card name is goblin motivator?\"))\n    \/\/   val cs = CardNameSearch(tmsg, \"goblin motivator\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct], None), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match  {\n    \/\/           case r:Response =>\n    \/\/             println(\"==========================\")\n    \/\/             pprint.log(r,\"response\")\n    \/\/             println(\"==========================\")\n    \/\/           case a:HipNotif =>\n    \/\/             println(\"==========================\")\n    \/\/             val e = HipNotif(\"gray\",\"html\",\n    \/\/               \"\"\"<table><tr>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/m19\/143.jpg\" height=\"321\"<\/td>\n    \/\/               |<\/tr><\/table>\"\"\".stripMargin.replaceAll(\"\\n\", \"\"),\"120\")\n    \/\/             pprint.log(a,\"actual\")\n    \/\/             pprint.log(e,\"expexted\")\n    \/\/             assert(e.toString == a.toString)\n    \/\/             println(\"==========================\")\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref forward x\n    \/\/       case x => child forward x\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 3.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data validate table lee swamp\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: IMessage = new TMessage(TMsgData(\"card name is lee swamp?\"))\n    \/\/   val cs = CardNameSearch(tmsg, \"lee swamp\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct], None), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match  {\n    \/\/           case r:Response =>\n    \/\/             println(\"==========================\")\n    \/\/             println(r)\n    \/\/             println(\"==========================\")\n    \/\/           case a:HipNotif =>\n    \/\/             println(\"==========================\")\n    \/\/             val e = HipNotif(\"gray\",\"html\",\n    \/\/               \"\"\"<table><tr>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/tsts\/100.jpg\" height=\"321\"<\/td>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/bbd\/252.jpg\" height=\"321\"<\/td>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/ddr\/65.jpg\" height=\"321\"<\/td>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/me2\/243.jpg\" height=\"321\"<\/td>\n    \/\/               |<\/tr><\/table>\"\"\".stripMargin.replaceAll(\"\\n\", \"\"),\"120\")\n    \/\/             pprint.log(a,\"actual\")\n    \/\/             pprint.log(e,\"expected\")\n    \/\/             assert(e.toString == a.toString)\n    \/\/             println(\"==========================\")\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref forward x\n    \/\/       case x => child forward x\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data validate table sun\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: IMessage = new TMessage(TMsgData(\"card name is sun?\"))\n    \/\/   val cs = CardNameSearch(tmsg, \"sun\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct], None), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match  {\n    \/\/           case r:Response =>\n    \/\/             println(\"==========================\")\n    \/\/             println(r)\n    \/\/             println(\"==========================\")\n    \/\/           case a:HipNotif =>\n    \/\/             println(\"==========================\")\n    \/\/             println(a)\n    \/\/             val e = HipNotif(\"gray\",\"html\",\n    \/\/               \"\"\"<table>\n    \/\/                   |<tr>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/ths\/17.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/c13\/261.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/xln\/191b.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/m12\/39.jpg\" height=\"256\"<\/td>\n    \/\/                   |<\/tr>\n    \/\/                   |<tr>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/bng\/13.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/fvl\/12.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/shm\/243.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/xln\/27.jpg\" height=\"256\"<\/td>\n    \/\/                   |<\/tr>\n    \/\/                   |<tr>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/akh\/4.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/c14\/233.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/bng\/22.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/me3\/52.jpg\" height=\"256\"<\/td>\n    \/\/                   |<\/tr>\n    \/\/                   |<tr>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/p3k\/45.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/gp\/109.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/m14\/222.jpg\" height=\"256\"<\/td>\n    \/\/                     |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/mi\/194.jpg\" height=\"256\"<\/td>\n    \/\/                  |<\/tr>\n    \/\/               |<\/table>\"\"\"\n    \/\/               .stripMargin.replaceAll(\"\\n\", \"\"), \"1234\")\n    \/\/             assert(e.toString == a.toString)\n    \/\/             println(\"==========================\")\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref forward x\n    \/\/       case x => child forward x\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 8.seconds)\n    \/\/ }\n    \/\/\n    \/\/ \"list best match for card with real data validate table isolate\" in {\n    \/\/   val proxy = TestProbe()\n    \/\/   val tmsg: IMessage = new TMessage(TMsgData(\"card name is isolate?\"))\n    \/\/   val cs = CardNameSearch(tmsg, \"isolate\")\n    \/\/   val parent = system.actorOf(Props(new Actor {\n    \/\/     val child = context.actorOf(Props(classOf[MagicAct], None), \"child\")\n    \/\/     def receive = {\n    \/\/       case x if sender == child =>\n    \/\/         x match  {\n    \/\/           case r:Response =>\n    \/\/             println(\"==========================\")\n    \/\/             pprint.log(r,\"response\")\n    \/\/             println(\"==========================\")\n    \/\/           case a:HipNotif =>\n    \/\/             println(\"==========================\")\n    \/\/             val e = HipNotif(\"gray\",\"html\",\n    \/\/               \"\"\"<table><tr>\n    \/\/                 |<td><img src=\"https:\/\/magiccards.info\/scans\/en\/m19\/17.jpg\" height=\"321\"<\/td>\n    \/\/               |<\/tr><\/table>\"\"\".stripMargin.replaceAll(\"\\n\", \"\"),\"120\")\n    \/\/             pprint.log(a,\"actual\")\n    \/\/             pprint.log(e,\"expexted\")\n    \/\/             assert(e.toString == a.toString)\n    \/\/             println(\"==========================\")\n    \/\/           case _ => assert(false)\n    \/\/         }\n    \/\/         proxy.ref forward x\n    \/\/       case x => child forward x\n    \/\/     }\n    \/\/   }))\n    \/\/\n    \/\/   proxy.send(parent, tmsg)\n    \/\/   proxy.receiveN(1, 3.seconds)\n    \/\/ }\n  }\n}\n"}
{"repo_name":"EduEvents\/EduEvents","path":"target\/scala-2.12\/routes\/main\/router\/Routes.scala","text":"\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:D:\/EduEvents\/conf\/routes\n\/\/ @DATE:Tue Mar 27 02:12:44 BST 2018\n\npackage router\n\nimport play.core.routing._\nimport play.core.routing.HandlerInvokerFactory._\n\nimport play.api.mvc._\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\nclass Routes(\n  override val errorHandler: play.api.http.HttpErrorHandler, \n  \/\/ @LINE:6\n  FrontendController_1: controllers.FrontendController,\n  \/\/ @LINE:8\n  UserController_0: controllers.UserController,\n  val prefix: String\n) extends GeneratedRouter {\n\n   @javax.inject.Inject()\n   def this(errorHandler: play.api.http.HttpErrorHandler,\n    \/\/ @LINE:6\n    FrontendController_1: controllers.FrontendController,\n    \/\/ @LINE:8\n    UserController_0: controllers.UserController\n  ) = this(errorHandler, FrontendController_1, UserController_0, \"\/\")\n\n  def withPrefix(prefix: String): Routes = {\n    router.RoutesPrefix.setPrefix(prefix)\n    new Routes(errorHandler, FrontendController_1, UserController_0, prefix)\n  }\n\n  private[this] val defaultPrefix: String = {\n    if (this.prefix.endsWith(\"\/\")) \"\" else \"\/\"\n  }\n\n  def documentation = List(\n    (\"\"\"GET\"\"\", this.prefix, \"\"\"controllers.FrontendController.index()\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"login\/\"\"\" + \"$\" + \"\"\"username<[^\/]+>\/\"\"\" + \"$\" + \"\"\"password<[^\/]+>\"\"\", \"\"\"controllers.UserController.login(username:String, password:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"signup\/\"\"\" + \"$\" + \"\"\"username<[^\/]+>\/\"\"\" + \"$\" + \"\"\"password<[^\/]+>\/\"\"\" + \"$\" + \"\"\"email<[^\/]+>\"\"\", \"\"\"controllers.UserController.signUp(username:String, password:String, email:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"createEvent\/\"\"\" + \"$\" + \"\"\"name<[^\/]+>\/\"\"\" + \"$\" + \"\"\"address<[^\/]+>\/\"\"\" + \"$\" + \"\"\"description<[^\/]+>\/\"\"\" + \"$\" + \"\"\"price<[^\/]+>\/\"\"\" + \"$\" + \"\"\"maxTickets<[^\/]+>\/\"\"\" + \"$\" + \"\"\"tags<[^\/]+>\"\"\", \"\"\"controllers.UserController.createEvent(name:String, address:String, description:String, price:Double, maxTickets:Integer, tags:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"searchEvents\/\"\"\" + \"$\" + \"\"\"term<[^\/]+>\/\"\"\" + \"$\" + \"\"\"tags<[^\/]+>\"\"\", \"\"\"controllers.UserController.search(term:String, tags:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"getModel\"\"\", \"\"\"controllers.UserController.getModel()\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"\"\"\" + \"$\" + \"\"\"file<.+>\"\"\", \"\"\"controllers.FrontendController.assetOrDefault(file:String)\"\"\"),\n    Nil\n  ).foldLeft(List.empty[(String,String,String)]) { (s,e) => e.asInstanceOf[Any] match {\n    case r @ (_,_,_) => s :+ r.asInstanceOf[(String,String,String)]\n    case l => s ++ l.asInstanceOf[List[(String,String,String)]]\n  }}\n\n\n  \/\/ @LINE:6\n  private[this] lazy val controllers_FrontendController_index0_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix)))\n  )\n  private[this] lazy val controllers_FrontendController_index0_invoker = createInvoker(\n    FrontendController_1.index(),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.FrontendController\",\n      \"index\",\n      Nil,\n      \"GET\",\n      this.prefix + \"\"\"\"\"\",\n      \"\"\" Serve index page from public directory\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:8\n  private[this] lazy val controllers_UserController_login1_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"login\/\"), DynamicPart(\"username\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"password\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_UserController_login1_invoker = createInvoker(\n    UserController_0.login(fakeValue[String], fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserController\",\n      \"login\",\n      Seq(classOf[String], classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"login\/\"\"\" + \"$\" + \"\"\"username<[^\/]+>\/\"\"\" + \"$\" + \"\"\"password<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:10\n  private[this] lazy val controllers_UserController_signUp2_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"signup\/\"), DynamicPart(\"username\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"password\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"email\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_UserController_signUp2_invoker = createInvoker(\n    UserController_0.signUp(fakeValue[String], fakeValue[String], fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserController\",\n      \"signUp\",\n      Seq(classOf[String], classOf[String], classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"signup\/\"\"\" + \"$\" + \"\"\"username<[^\/]+>\/\"\"\" + \"$\" + \"\"\"password<[^\/]+>\/\"\"\" + \"$\" + \"\"\"email<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:12\n  private[this] lazy val controllers_UserController_createEvent3_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"createEvent\/\"), DynamicPart(\"name\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"address\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"description\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"price\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"maxTickets\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"tags\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_UserController_createEvent3_invoker = createInvoker(\n    UserController_0.createEvent(fakeValue[String], fakeValue[String], fakeValue[String], fakeValue[Double], fakeValue[Integer], fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserController\",\n      \"createEvent\",\n      Seq(classOf[String], classOf[String], classOf[String], classOf[Double], classOf[Integer], classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"createEvent\/\"\"\" + \"$\" + \"\"\"name<[^\/]+>\/\"\"\" + \"$\" + \"\"\"address<[^\/]+>\/\"\"\" + \"$\" + \"\"\"description<[^\/]+>\/\"\"\" + \"$\" + \"\"\"price<[^\/]+>\/\"\"\" + \"$\" + \"\"\"maxTickets<[^\/]+>\/\"\"\" + \"$\" + \"\"\"tags<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:14\n  private[this] lazy val controllers_UserController_search4_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"searchEvents\/\"), DynamicPart(\"term\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"tags\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_UserController_search4_invoker = createInvoker(\n    UserController_0.search(fakeValue[String], fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserController\",\n      \"search\",\n      Seq(classOf[String], classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"searchEvents\/\"\"\" + \"$\" + \"\"\"term<[^\/]+>\/\"\"\" + \"$\" + \"\"\"tags<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:16\n  private[this] lazy val controllers_UserController_getModel5_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"getModel\")))\n  )\n  private[this] lazy val controllers_UserController_getModel5_invoker = createInvoker(\n    UserController_0.getModel(),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserController\",\n      \"getModel\",\n      Nil,\n      \"GET\",\n      this.prefix + \"\"\"getModel\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:19\n  private[this] lazy val controllers_FrontendController_assetOrDefault6_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), DynamicPart(\"file\", \"\"\".+\"\"\",false)))\n  )\n  private[this] lazy val controllers_FrontendController_assetOrDefault6_invoker = createInvoker(\n    FrontendController_1.assetOrDefault(fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.FrontendController\",\n      \"assetOrDefault\",\n      Seq(classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"\"\"\" + \"$\" + \"\"\"file<.+>\"\"\",\n      \"\"\" Serve static assets under public directory\"\"\",\n      Seq()\n    )\n  )\n\n\n  def routes: PartialFunction[RequestHeader, Handler] = {\n  \n    \/\/ @LINE:6\n    case controllers_FrontendController_index0_route(params@_) =>\n      call { \n        controllers_FrontendController_index0_invoker.call(FrontendController_1.index())\n      }\n  \n    \/\/ @LINE:8\n    case controllers_UserController_login1_route(params@_) =>\n      call(params.fromPath[String](\"username\", None), params.fromPath[String](\"password\", None)) { (username, password) =>\n        controllers_UserController_login1_invoker.call(UserController_0.login(username, password))\n      }\n  \n    \/\/ @LINE:10\n    case controllers_UserController_signUp2_route(params@_) =>\n      call(params.fromPath[String](\"username\", None), params.fromPath[String](\"password\", None), params.fromPath[String](\"email\", None)) { (username, password, email) =>\n        controllers_UserController_signUp2_invoker.call(UserController_0.signUp(username, password, email))\n      }\n  \n    \/\/ @LINE:12\n    case controllers_UserController_createEvent3_route(params@_) =>\n      call(params.fromPath[String](\"name\", None), params.fromPath[String](\"address\", None), params.fromPath[String](\"description\", None), params.fromPath[Double](\"price\", None), params.fromPath[Integer](\"maxTickets\", None), params.fromPath[String](\"tags\", None)) { (name, address, description, price, maxTickets, tags) =>\n        controllers_UserController_createEvent3_invoker.call(UserController_0.createEvent(name, address, description, price, maxTickets, tags))\n      }\n  \n    \/\/ @LINE:14\n    case controllers_UserController_search4_route(params@_) =>\n      call(params.fromPath[String](\"term\", None), params.fromPath[String](\"tags\", None)) { (term, tags) =>\n        controllers_UserController_search4_invoker.call(UserController_0.search(term, tags))\n      }\n  \n    \/\/ @LINE:16\n    case controllers_UserController_getModel5_route(params@_) =>\n      call { \n        controllers_UserController_getModel5_invoker.call(UserController_0.getModel())\n      }\n  \n    \/\/ @LINE:19\n    case controllers_FrontendController_assetOrDefault6_route(params@_) =>\n      call(params.fromPath[String](\"file\", None)) { (file) =>\n        controllers_FrontendController_assetOrDefault6_invoker.call(FrontendController_1.assetOrDefault(file))\n      }\n  }\n}\n"}
{"repo_name":"EduEvents\/EduEvents","path":"target\/scala-2.12\/routes\/main\/controllers\/javascript\/JavaScriptReverseRoutes.scala","text":"<reponame>EduEvents\/EduEvents\n\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:D:\/EduEvents\/conf\/routes\n\/\/ @DATE:Tue Mar 27 02:12:44 BST 2018\n\nimport play.api.routing.JavaScriptReverseRoute\n\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\n\/\/ @LINE:6\npackage controllers.javascript {\n\n  \/\/ @LINE:6\n  class ReverseFrontendController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:19\n    def assetOrDefault: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.FrontendController.assetOrDefault\",\n      \"\"\"\n        function(file0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + (\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"file\", file0)})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:6\n    def index: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.FrontendController.index\",\n      \"\"\"\n        function() {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + \"\"\"\"})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:8\n  class ReverseUserController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:8\n    def login: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserController.login\",\n      \"\"\"\n        function(username0,password1) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"login\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"username\", username0)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"password\", <PASSWORD>))})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:12\n    def createEvent: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserController.createEvent\",\n      \"\"\"\n        function(name0,address1,description2,price3,maxTickets4,tags5) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"createEvent\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"name\", name0)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"address\", address1)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"description\", description2)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[Double]].javascriptUnbind + \"\"\")(\"price\", price3)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[Integer]].javascriptUnbind + \"\"\")(\"maxTickets\", maxTickets4)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"tags\", tags5))})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:10\n    def signUp: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserController.signUp\",\n      \"\"\"\n        function(username0,<PASSWORD>,email2) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"signup\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"username\", username0)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"password\", password1)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"email\", email2))})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:14\n    def search: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserController.search\",\n      \"\"\"\n        function(term0,tags1) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"searchEvents\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"term\", term0)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"tags\", tags1))})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:16\n    def getModel: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserController.getModel\",\n      \"\"\"\n        function() {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"getModel\"})\n        }\n      \"\"\"\n    )\n  \n  }\n\n\n}\n"}
{"repo_name":"EduEvents\/EduEvents","path":"target\/scala-2.12\/routes\/main\/controllers\/ReverseRoutes.scala","text":"<filename>target\/scala-2.12\/routes\/main\/controllers\/ReverseRoutes.scala\n\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:D:\/EduEvents\/conf\/routes\n\/\/ @DATE:Tue Mar 27 02:12:44 BST 2018\n\nimport play.api.mvc.Call\n\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\n\/\/ @LINE:6\npackage controllers {\n\n  \/\/ @LINE:6\n  class ReverseFrontendController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:19\n    def assetOrDefault(file:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + implicitly[play.api.mvc.PathBindable[String]].unbind(\"file\", file))\n    }\n  \n    \/\/ @LINE:6\n    def index(): Call = {\n      \n      Call(\"GET\", _prefix)\n    }\n  \n  }\n\n  \/\/ @LINE:8\n  class ReverseUserController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:8\n    def login(username:String, password:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"login\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"username\", username)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"password\", password)))\n    }\n  \n    \/\/ @LINE:12\n    def createEvent(name:String, address:String, description:String, price:Double, maxTickets:Integer, tags:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"createEvent\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"name\", name)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"address\", address)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"description\", description)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[Double]].unbind(\"price\", price)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[Integer]].unbind(\"maxTickets\", maxTickets)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"tags\", tags)))\n    }\n  \n    \/\/ @LINE:10\n    def signUp(username:String, password:String, email:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"signup\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"username\", username)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"password\", password)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"email\", email)))\n    }\n  \n    \/\/ @LINE:14\n    def search(term:String, tags:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"searchEvents\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"term\", term)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"tags\", tags)))\n    }\n  \n    \/\/ @LINE:16\n    def getModel(): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"getModel\")\n    }\n  \n  }\n\n\n}\n"}
{"repo_name":"alexknvl\/newtypes","path":"project\/Versions.scala","text":"import sbt._\n\nobject Versions {\n  val kindProjector : ModuleID       =      \"org.spire-math\"       %% \"kind-projector\" % \"0.9.4\"\n  val paradise      : ModuleID       =      \"org.scalameta\"        %  \"paradise\"       % \"3.0.0-M10\" cross CrossVersion.full\n  val scalameta     : List[ModuleID] = List(\"org.scalameta\"        %% \"scalameta\"      % \"1.8.0\")\n  val scalacheck    : List[ModuleID] = List(\"org.scalacheck\"       %% \"scalacheck\"     % \"1.13.5\" % \"test\")\n  val discipline    : List[ModuleID] = List(\"org.typelevel\"        %% \"discipline\"     % \"0.8\"  % \"test\")\n  val scalatest     : List[ModuleID] = List(\"org.scalatest\"        %% \"scalatest\"      % \"3.0.3\"  % \"test\")\n  val testing       : List[ModuleID] = scalacheck ++ scalatest ++ discipline\n}\n"}
{"repo_name":"alexknvl\/newtypes","path":"build.sbt","text":"<reponame>alexknvl\/newtypes\nval commonSettings = List(\n  addCompilerPlugin(Versions.kindProjector),\n  addCompilerPlugin(Versions.paradise),\n  organization := \"com.alexknvl\",\n  version      := \"0.3.0\",\n  licenses     += (\"MIT\", url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n  scalaVersion := \"2.12.3\",\n  scalacOptions ++= List(\n    \"-deprecation\", \"-unchecked\", \"-feature\",\n    \"-encoding\", \"UTF-8\",\n    \"-Yno-adapted-args\",\n    \"-Ywarn-dead-code\",\n    \"-Ywarn-numeric-widen\",\n    \"-Xfuture\",\n    \"-Xplugin-require:macroparadise\"),\n\n  libraryDependencies ++= Versions.scalameta,\n  resolvers ++= Seq(\n    Resolver.sonatypeRepo(\"releases\"),\n    Resolver.sonatypeRepo(\"snapshots\"),\n    Resolver.mavenLocal))\n\n\nlazy val commonJvmSettings = Seq(\n  testOptions in Test += Tests.Argument(TestFrameworks.ScalaTest, \"-oDF\"),\n  libraryDependencies ++= Versions.testing)\n\nlazy val commonJsSettings = Seq(\n  scalaJSStage in Global := FastOptStage,\n  parallelExecution := false,\n  jsEnv := new org.scalajs.jsenv.nodejs.NodeJSEnv(),\n  \/\/ batch mode decreases the amount of memory needed to compile scala.js code\n  scalaJSOptimizerOptions := scalaJSOptimizerOptions.value.withBatchMode(scala.sys.env.get(\"TRAVIS\").isDefined))\n\nlazy val root = project.in(file(\".\"))\n  .settings(commonSettings: _*)\n  .aggregate(newtypesJVM, newtypesJS)\n\nlazy val newtypes = crossProject.crossType(MyCrossType)\n  .in(file(\".\"))\n  .settings(name := \"newtypes\")\n  .settings(moduleName := \"newtypes\")\n  .settings(commonSettings: _*)\n  .jsSettings(commonJsSettings:_*)\n  .jvmSettings(commonJvmSettings:_*)\n\nlazy val newtypesJVM = newtypes.jvm\nlazy val newtypesJS = newtypes.js\n"}
{"repo_name":"alexknvl\/newtypes","path":"jvm\/src\/test\/scala\/Test.scala","text":"<filename>jvm\/src\/test\/scala\/Test.scala\npackage test\n\nimport scala.language.higherKinds\nimport newtypes.{opaque, translucent}\nimport org.scalatest.{FlatSpec, FunSpec, FunSuite, Matchers}\n\nclass Foo[A]\n\nclass Test extends FunSuite with Matchers {\n  @opaque type OpaqueInt = Int\n\n  test(\"casting array of opaque types\") {\n    val arr: Array[Int] = Array(1, 2, 3)\n    OpaqueInt.Impl.subst[Array](arr)(0)\n  }\n\n  @opaque type OpaqueArray[A] = Array[A]\n\n  @opaque type OpaqueIntWithExtraTypeParam[A] = Int\n\n  @opaque type OpaqueTuple = (String, List[Int])\n\n  @opaque type OpaqueArrayWithBounds[A >: Int <: AnyVal] = Array[A]\n\n  @translucent type TranslucentInt = Int\n\n  @translucent type TranslucentArray[A] = Array[A]\n\n  @translucent type TranslucentIntWithExtraParam[A] = Int\n\n  @translucent type TranslucentTuple = (String, List[Int])\n\n  @translucent type TranslucentArrayWithBounds[A >: Int <: AnyVal] = Array[A]\n\n  @opaque type OpaqueIntWithCompanion = Int\n  object OpaqueIntWithCompanion {\n    val a = 1\n    implicit val foo: Foo[OpaqueIntWithCompanion] = new Foo[OpaqueIntWithCompanion]()\n  }\n  val b: Int = OpaqueIntWithCompanion.a\n\n  implicitly[Foo[OpaqueIntWithCompanion]]\n\n  @opaque type OpaqueListWithVariance[+A] = List[A]\n\n  @opaque type OpaqueFunctionWithVariance[-A, +B] = A => B\n\n  type HK[G[_], A] = G[A]\n  @opaque type OpaqueHK[G[_], A] = HK[G, A]\n\n\/\/  Test2.Id\n}\n\nobject ImmutableArray {\n  import scala.{ specialized => sp }\n\n  trait IArray1 {\n    implicit def toAnyOps[A](value: IArray[A]): AnyOps[A] =\n      new AnyOps[A](value)\n  }\n  @opaque type IArray[@sp A] = Array[A]\n  object IArray extends IArray1 {\n    implicit def toIntOps(value: Type[Int]): IntOps =\n      new IntOps(value)\n  }\n\n  class AnyOps[A](val value: IArray[A]) extends AnyVal {\n    def apply(index: Int): A = IArray.Impl.unwrap(value)(index)\n  }\n  class IntOps(val value: IArray[Int]) extends AnyVal {\n    def apply(index: Int): Int = IArray.Impl.unwrap(value)(index)\n  }\n}\n\nclass Test2 extends FunSuite with Matchers {\n  import ImmutableArray._\n\n  test(\"immutable arrays\") {\n    run should be (1)\n  }\n\n  def run: Int = {\n    val arr: IArray[Int] = IArray.Impl.apply(Array(1, 2, 3))\n    arr(0)\n  }\n}\n"}
{"repo_name":"alexknvl\/newtypes","path":"project\/MyCrossType.scala","text":"<reponame>alexknvl\/newtypes\nimport org.scalajs.sbtplugin.cross.CrossType\nimport sbt._\n\n\/\/from http:\/\/xuwei-k.github.io\/slides\/scala-js-matsuri\/#21\n\/\/ so we don't want to move files to shared\/*\nobject MyCrossType extends CrossType {\n  def projectDir(crossBase: File, projectType: String) =\n    crossBase \/ projectType\n  def sharedSrcDir(projectBase: File, conf: String) =\n    Some(projectBase.getParentFile \/ \"src\" \/ conf \/ \"scala\")\n}\n"}
{"repo_name":"alexknvl\/newtypes","path":"src\/main\/scala\/newts\/opaque.scala","text":"package newtypes\n\nimport scala.collection.immutable.Seq\nimport scala.meta._\n\nobject NewTypeMacros {\n  def wrongTargetMessage(defn: Any): String =\n    s\"(\u256f\u00b0\u25a1\u00b0\uff09\u256f\ufe35 \u253b\u2501\u253b Can't make a newtype out of:\\n$defn\"\n  val implTraitName: Type.Name = Type.Name(\"Impl\")\n  val implValueName: Term.Name = Term.Name(\"Impl\")\n  val baseName: Type.Name      = Type.Name(\"Base$$1\")\n  val tagName: Type.Name       = Type.Name(\"Tag$$1\")\n  val anyName: Type.Name       = Type.Name(\"scala.Any\")\n\n  def typeNameOrApply(qual: Type, args: Seq[Type.Name]): Type =\n    if (args.nonEmpty) Type.Apply(qual, args) else qual\n\n  def typeDef(params: Seq[Type.Param], lo: Option[Type], up: Option[Type]): Decl.Type =\n    Decl.Type(Seq(), Type.Name(\"Type\"), params, Type.Bounds(lo, up))\n\n  def stripSpecialized(params: Seq[Type.Param]): Seq[Type.Param] =\n    params.map(p => p.copy(mods = p.mods.filter {\n        case Mod.Annot(body) => false\n        case _ => true\n      }))\n\n  def stripVariance(params: Seq[Type.Param]): Seq[Type.Param] =\n    params.map(p => p.copy(mods = p.mods.filter {\n      case c: Mod.Covariant => false\n      case c: Mod.Contravariant => false\n      case _ => true\n    }))\n\n  def implDefn(translucent: Boolean, params: Seq[Type.Param], paramNames: Seq[Type.Name], wrapped: Type): Seq[Stat] = {\n    val T = typeNameOrApply(t\"Type\", paramNames)\n    val F = t\"F$$1\"\n    val Fp = tparam\"F$$1[_]\"\n\n    List(\n      q\"\"\"type $baseName\"\"\",\n      q\"\"\"trait $tagName extends Any\"\"\",\n      q\"\"\"${typeDef(params, None, if (translucent) Some(Type.With(wrapped, tagName)) else Some(Type.With(baseName, tagName)))}\"\"\",\n      q\"\"\"object $implValueName {\n            def apply[..${stripVariance(params)}](value: $wrapped): $T = value.asInstanceOf[$T]\n            def unwrap[..${stripVariance(params)}](value: $T): $wrapped = value.asInstanceOf[$wrapped]\n            def subst[$Fp, ..${stripSpecialized(stripVariance(params))}](value: $F[$wrapped]): $F[$T] = value.asInstanceOf[$F[$T]]\n          }\"\"\")\n  }\n\n  def expandNewType(translucent: Boolean, mods: Seq[Mod], name: Type.Name, params: Seq[Type.Param], wrapped: Type, companion: Defn.Object): Term.Block = {\n    val paramNames: Seq[Type.Name] = params.map(tp => Type.Name(tp.name.value))\n\n    val typeDef: Defn.Type = q\"\"\"..$mods type $name[..$params] = ?\"\"\"\n      .copy(body = typeNameOrApply(t\"${companion.name}.type#Type\", paramNames))\n\n    val stats = implDefn(translucent, params, paramNames, wrapped)\n\n    val templateStats: Seq[Stat] = stats ++: companion.templ.stats.getOrElse(Nil)\n    val newCompanion = companion.copy(templ = companion.templ.copy(stats = Some(templateStats)))\n\n    Term.Block(Seq(typeDef, newCompanion))\n  }\n\n  def expandNewTypeForDefn(translucent: Boolean, defn: Any): Either[String, Stat] = defn match {\n    case Term.Block(Seq(Defn.Type(mods, name, params, body), companion@Defn.Object(_, _, _))) =>\n      Right(expandNewType(translucent = translucent, mods, name, params, body, companion))\n    case Defn.Type(mods, name, params, body) =>\n      val companion = q\"object ${Term.Name(name.value)} { }\"\n      Right(expandNewType(translucent = translucent, mods, name, params, body, companion))\n    case _ => Left(wrongTargetMessage(defn))\n  }\n}\n\nclass opaque extends scala.annotation.StaticAnnotation {\n  inline def apply(defn: Any): Any = meta {\n    NewTypeMacros.expandNewTypeForDefn(translucent = false, defn)\n      .fold(e => { println(e); defn }, t => t)\n  }\n}\n\nclass translucent extends scala.annotation.StaticAnnotation {\n  inline def apply(defn: Any): Any = meta {\n    NewTypeMacros.expandNewTypeForDefn(translucent = true, defn)\n      .fold(e => { println(e); defn }, t => t)\n  }\n}\n"}
{"repo_name":"debugger87\/textrank","path":"src\/test\/scala\/com\/debugger87\/textrank\/KeywordExtractorTest.scala","text":"<reponame>debugger87\/textrank<filename>src\/test\/scala\/com\/debugger87\/textrank\/KeywordExtractorTest.scala\npackage com.debugger87.textrank\n\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.junit.runners.JUnit4\n\nimport scala.io.Source\n\n\/**\n * Created by yangchaozhong on 12\/30\/14.\n *\/\n\n@RunWith(classOf[JUnit4])\nclass KeywordExtractorTest {\n\n  @Test\n  def testExtractKeyword = {\n    (1 to 5).foreach {\n      i =>\n        val text1 = Source.fromURL(getClass.getResource(s\"\/text\/${i}.txt\")).getLines().mkString(\"\\n\")\n        KeywordExtractor.extractKeywords(text1).foreach(println)\n        println((1 to 30).map(i => \"=\").mkString)\n    }\n  }\n}\n"}
{"repo_name":"debugger87\/textrank","path":"build.sbt","text":"import AssemblyKeys._\n\norganization := \"com.debugger87.textrank\"\n\nname := \"textrank\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.10.4\"\n\nlibraryDependencies ++= Seq(\n  \"org.graphstream\" % \"gs-core\" % \"1.1.2\",\n  \"info.sunng.segs\" % \"ansjseg\" % \"1.0.0-SNAPSHOT\",\n  \"edu.stanford.nlp\" % \"stanford-corenlp\" % \"1.3.3\",\n  \"com.typesafe.akka\" % \"akka-slf4j_2.10\" % \"2.3.4\",\n  \"org.slf4j\" % \"slf4j-log4j12\" % \"1.7.5\",\n  \"junit\" % \"junit\" % \"4.12\"\n)\n\nresolvers ++= Seq(\n  \"maven.mei.fm\" at \"http:\/\/maven.mei.fm\/nexus\/content\/groups\/public\/\"\n)\n\nassemblySettings\n\nmergeStrategy in assembly <<= (mergeStrategy in assembly) { (old) => {\n    case m if m.toLowerCase.matches(\"meta-inf.*\\\\.mf$\") => MergeStrategy.discard\n    case m if m.toLowerCase.matches(\"meta-inf.*\\\\.sf$\") => MergeStrategy.discard\n    case m if m.toLowerCase.matches(\"meta-inf.*\\\\.rsa$\") => MergeStrategy.discard\n    case m if m.toLowerCase.matches(\"meta-inf.*\\\\.dsa$\") => MergeStrategy.discard\n    case \"reference.conf\" => MergeStrategy.concat\n    case _ => MergeStrategy.first\n  }\n}\n\nnet.virtualvoid.sbt.graph.Plugin.graphSettings"}
{"repo_name":"debugger87\/textrank","path":"src\/main\/scala\/com\/debugger87\/textrank\/TextGraph.scala","text":"package com.debugger87.textrank\n\nimport java.io.StringReader\nimport java.text.BreakIterator\nimport java.util.Locale\n\nimport akka.event.slf4j.SLF4JLogging\nimport edu.stanford.nlp.process.{CoreLabelTokenFactory, PTBTokenizer}\nimport edu.stanford.nlp.tagger.maxent.MaxentTagger\nimport org.ansj.domain.Term\nimport org.ansj.splitWord.analysis.ToAnalysis\nimport org.ansj.util.recognition.NatureRecognition\nimport org.graphstream.graph.Node\nimport org.graphstream.graph.implementations.SingleGraph\n\nimport scala.collection.mutable\nimport scala.io.Source\n\n\/**\n * Created by yangchaozhong on 12\/30\/14.\n *\/\nclass TextGraph(val graphName: String,\n                val doc: String) extends SLF4JLogging {\n  import TextGraph._\n\n  val graph = new SingleGraph(graphName)\n  constructTextGraph\n\n  private def constructTextGraph = {\n    val bi = BreakIterator.getSentenceInstance(Locale.CHINESE)\n    bi.setText(doc)\n    var lastIndex = bi.first()\n    while (lastIndex != BreakIterator.DONE) {\n      val firstIndex = lastIndex\n      lastIndex = bi.next()\n\n      if (lastIndex != BreakIterator.DONE &&\n          Character.isLetterOrDigit(doc.charAt(firstIndex))) {\n        val sentence = doc.substring(firstIndex, lastIndex)\n        var wordSet: mutable.HashSet[String] = mutable.HashSet.empty\n        if (containsChinese(sentence)) {\n          wordSet = chinesWordSet(sentence)\n        } else {\n          wordSet = englishWordSet(sentence)\n        }\n\n        val wordList = wordSet.toList\n        wordList foreach {\n          word => if (graph.getNode(word) == null) graph.addNode(word)\n        }\n\n        wordList.combinations(2).toList foreach {\n          words =>\n            if (graph.getEdge(s\"${words(0)}-${words(1)}\") == null &&\n                graph.getEdge(s\"${words(1)}-${words(0)}\") == null) {\n              graph.addEdge(s\"${words(0)}-${words(1)}\", words(0), words(1))\n              None\n            }\n        }\n      }\n    }\n\n    graph.getNodeSet.toArray.map(_.asInstanceOf[Node]).foreach {\n      node =>\n        log.info(s\"${node.getId}:${node.getDegree}\")\n    }\n  }\n\n  private def chinesWordSet(sentence: String) = {\n    val terms = ToAnalysis.paser(sentence)\n    new NatureRecognition(terms).recogntion()\n    val wordSet = new mutable.HashSet[String]()\n    terms.toArray.foreach {\n      term =>\n        val word = term.asInstanceOf[Term].getName\n        val nature = term.asInstanceOf[Term].getNatrue.natureStr\n        if (!(nature == \"null\") && word.length >= 2) {\n          val reg = \"^[ne]\".r\n          if (reg.findFirstMatchIn(nature).isDefined && !stopwords.contains(word))\n            wordSet.add(word.toLowerCase)\n        }\n    }\n\n    wordSet\n  }\n\n  private def englishWordSet(sentence: String) = {\n    val ptbt = new PTBTokenizer(new StringReader(sentence), new CoreLabelTokenFactory, \"\")\n    val wordSet = new mutable.HashSet[String]()\n    while (ptbt.hasNext) {\n      val label = ptbt.next()\n      val tagged = tagger.tagString(label.word())\n      val start = tagged.lastIndexOf(\"_\") + 1\n      val reg = \"^[N]\".r\n      if (reg.findFirstMatchIn(tagged.substring(start)).isDefined &&\n          !stopwords.contains(label.word().toLowerCase()) &&\n          label.word().toLowerCase.length >= 3)\n        wordSet.add(label.word().toLowerCase)\n    }\n\n    wordSet\n  }\n\n  private def containsChinese(doc: String) = {\n    doc.count {\n      word =>\n        val ub = Character.UnicodeBlock.of(word)\n        if (ub == Character.UnicodeBlock.CJK_UNIFIED_IDEOGRAPHS ||\n            ub == Character.UnicodeBlock.CJK_COMPATIBILITY_IDEOGRAPHS ||\n            ub == Character.UnicodeBlock.CJK_UNIFIED_IDEOGRAPHS_EXTENSION_A ||\n            ub == Character.UnicodeBlock.CJK_UNIFIED_IDEOGRAPHS_EXTENSION_B ||\n            ub == Character.UnicodeBlock.CJK_SYMBOLS_AND_PUNCTUATION ||\n            ub == Character.UnicodeBlock.HALFWIDTH_AND_FULLWIDTH_FORMS ||\n            ub == Character.UnicodeBlock.GENERAL_PUNCTUATION) {\n          true\n        } else false\n    } > 0\n  }\n}\n\nobject TextGraph {\n  val tagger = new MaxentTagger(\"taggers\/left3words-wsj-0-18.tagger\")\n  val stopwords = Source.fromURL(getClass.getResource(\"\/stopwords\/stopwords-en.txt\")).\n    getLines().toSet\n}"}
{"repo_name":"debugger87\/textrank","path":"src\/test\/scala\/com\/debugger87\/textrank\/TextGraphTest.scala","text":"<filename>src\/test\/scala\/com\/debugger87\/textrank\/TextGraphTest.scala\npackage com.debugger87.textrank\n\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.junit.runners.JUnit4\n\n@RunWith(classOf[JUnit4])\nclass TextGraphTest {\n\n  @Test\n  def testTextGraph = {\n    val textGraph = new TextGraph(\"hello\", \"\u4e2d\u56fd\u6709\u4ec0\u4e48\u597d\u73a9\u7684\u5730\u65b9\uff1f\u9ec4\u5c71\u4e5f\u8bb8\u662f\u4e2d\u56fd\u6700\u7f8e\u7684\u5730\u65b9\u3002\")\n    textGraph.graph.getEdgeSet.toArray.foreach(println)\n\n    assert(textGraph.graph.getEdgeSet.size() > 0)\n  }\n}"}
{"repo_name":"debugger87\/textrank","path":"src\/main\/scala\/com\/debugger87\/textrank\/KeywordExtractor.scala","text":"package com.debugger87.textrank\n\nimport org.graphstream.graph.{Edge, Node}\n\nimport scala.collection.mutable\n\n\/**\n * Created by yangchaozhong on 12\/30\/14.\n *\/\nobject KeywordExtractor {\n\n  def extractKeywords(doc: String) = {\n    val graph = new TextGraph(\"keywords\", doc).graph\n    val nodes = graph.getNodeSet.toArray.map(_.asInstanceOf[Node])\n    val scoreMap = new mutable.HashMap[String, Float]()\n\n    \/\/ Initialization\n    nodes.foreach(node => scoreMap.put(node.getId, 1.0f))\n\n    \/\/ Iteration\n    (1 to 500).foreach {\n      i =>\n        nodes.foreach {\n          node =>\n            val edges = node.getEdgeSet.toArray.map(_.asInstanceOf[Edge])\n            var score = 1.0f - 0.85f\n            edges.foreach {\n              edge =>\n                val node0 = edge.getNode0.asInstanceOf[Node]\n                val node1 = edge.getNode1.asInstanceOf[Node]\n                val tempNode = if (node0.getId.equals(node.getId)) node1 else node0\n                score += 0.85f * (1.0f * scoreMap(tempNode.getId) \/ tempNode.getDegree)\n            }\n            scoreMap.put(node.getId, score)\n        }\n    }\n\n    scoreMap.toList.sortWith(_._2 > _._2).slice(0, 20).map(_._1)\n  }\n}\n"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"src\/main\/scala\/org\/example\/SparkJob.scala","text":"<filename>src\/main\/scala\/org\/example\/SparkJob.scala<gh_stars>0\npackage org.example\n\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass SparkJob( val spark : SparkSession ) {\n\n    import spark.implicits._\n\n    def execute( ) : DataFrame = {\n        val df = Seq( (\"thurston\", 61), (\"kim\", 66), (\"lee\", 63), (\"steve\", 57) ).toDF( \"name\", \"age\" )\n        df.select( $\"name\", $\"age\" ).where( $\"age\" > 60 ) \/\/ get all the people over 60\n    }\n\n}"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"src\/test\/scala\/org\/example\/test\/utils\/SparkTestContext.scala","text":"package org.example.test.utils\n\nimport org.apache.spark.sql.SparkSession\n\ntrait SparkTestContext {\n\n    val spark : SparkSession = {\n        SparkSession.builder()\n          .master( \"local\" )\n          .appName( \"spark-test\" )\n          .config( \"spark.sql.shuffle.partitions\", 1 )\n          .getOrCreate()\n    }\n\n}\n"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala<gh_stars>0\nimport sbt._\n\nobject Dependencies {\n\n    val slf4jVersion = \"1.7.20\"\n    val logbackVersion = \"1.2.3\"\n    val scalaTestVersion = \"3.0.5\"\n    val betterFilesVersion = \"3.8.0\"\n    val sparkVersion = \"2.4.4\"\n    val sparkNlpVersion = \"2.2.2\"\n    val sparkFastTestVersion = \"0.20.0-s_2.11\"\n\n    val logging = Seq( \"org.slf4j\" % \"slf4j-api\" % slf4jVersion,\n                       \"ch.qos.logback\" % \"logback-classic\" % logbackVersion )\n\n    val betterFiles = Seq( \"com.github.pathikrit\" %% \"better-files\" % betterFilesVersion )\n\n    val scalaTest = Seq( \"org.scalatest\" %% \"scalatest\" % scalaTestVersion % Test )\n\n    val spark = Seq( \"org.apache.spark\" %% \"spark-core\" % sparkVersion % Provided,\n                     \"org.apache.spark\" %% \"spark-sql\" % sparkVersion % Provided )\n\n    val sparkNlp = Seq( \"com.johnsnowlabs.nlp\" %% \"spark-nlp\" % sparkNlpVersion )\n\n    val sparkFastTests = Seq( \"MrPowers\" % \"spark-fast-tests\" % sparkFastTestVersion % Test )\n\n}"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"build.sbt","text":"import sbt._\nimport Dependencies._\n\norganization in ThisBuild := \"com.github.reynoldsm88\"\nname := \"spark-batch-base\"\nscalaVersion in ThisBuild := \"2.11.12\"\n\nmainClass in(Compile, run) := Some( \"Main\" )\nenablePlugins( JavaAppPackaging )\n\nresolvers in ThisBuild ++= Seq( \"Sonatype releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\",\n                                \"Spray IO Repository\" at \"https:\/\/repo.spray.io\/\",\n                                \"Maven Central\" at \"https:\/\/repo1.maven.org\/maven2\/\",\n                                \"Typesafe repository\" at \"https:\/\/repo.typesafe.com\/typesafe\/releases\/\",\n                                \"JCenter\" at \"https:\/\/jcenter.bintray.com\",\n                                \"Local Ivy Repository\" at s\"file:\/\/${System.getProperty( \"user.home\" )}\/.ivy2\/local\/default\",\n                                \"Spark Packages Repo\" at \"https:\/\/dl.bintray.com\/spark-packages\/maven\" )\n\nlazy val root = ( project in file( \".\" ) ).settings( libraryDependencies ++= spark ++ sparkFastTests ++ sparkNlp ++ logging ++ scalaTest )\n\n\ntest in assembly := {}\nassemblyMergeStrategy in assembly := {\n    case PathList( \"META-INF\", \"MANIFEST.MF\" ) => MergeStrategy.discard\n    case PathList( \"reference.conf\" ) => MergeStrategy.concat\n    case x => MergeStrategy.last\n}"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"src\/main\/scala\/Main.scala","text":"import org.apache.spark.sql.SparkSession\nimport org.example.SparkJob\n\nobject Main {\n\n    def main( args : Array[ String ] ) : Unit = {\n        val spark = SparkSession\n          .builder()\n          .appName( s\"example-spark-job-${System.currentTimeMillis()}\" )\n          .getOrCreate()\n\n        val job = new SparkJob( spark )\n        val results = job.execute()\n        results.show()\n\n        spark.stop()\n    }\n\n}"}
{"repo_name":"reynoldsm88\/spark-batch-base","path":"src\/test\/scala\/org\/example\/SparkJobTestSuite.scala","text":"package org.example\n\nimport com.github.mrpowers.spark.fast.tests.DatasetComparer\nimport org.apache.spark.sql.DataFrame\nimport org.example.test.utils.SparkTestContext\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass SparkJobTestSuite extends FlatSpec with Matchers with SparkTestContext with DatasetComparer {\n\n    \"Simple Spark SQL job\" should \"work\" in {\n        val sparkJob : SparkJob = new SparkJob( spark )\n        val results : DataFrame = sparkJob.execute()\n\n        results.show()\n        results.count() shouldBe 3\n    }\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/DebugWorld.scala","text":"<reponame>jodersky\/sims2\npackage sims.test.gui\n\nclass DebugWorld extends sims.dynamics.World with Publisher {\n\t\n\toverride def +=(b: sims.dynamics.Body) = {\n\t\tsuper.+=(b)\n\t\tpublish(BodyAdded(this, b))\n\t}\n\t\n\toverride def -=(b: sims.dynamics.Body) = {\n\t\tsuper.-=(b)\n\t\tpublish(BodyRemoved(this, b))\n\t}\n\t\n\toverride def +=(j: sims.dynamics.Joint) = {\n\t\tsuper.+=(j)\n\t\tpublish(JointAdded(this, j))\n\t}\n\t\n\toverride def -=(j: sims.dynamics.Joint) = {\n\t\tsuper.-=(j)\n\t\tpublish(JointRemoved(this, j))\n\t}\n\t\n\toverride def step() = {\n\t\tsuper.step()\n\t\tpublish(Stepped(this))\n\t}\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/SceneManager.scala","text":"package sims.test.gui\n\nimport processing.core.PApplet\nimport scala.collection.mutable.ArrayBuffer\nimport sims.math._\nimport sims.test.gui.scenes._\nimport sims.test.gui.RichShape._\nimport sims.test.gui.RichJoint._\n\nclass SceneManager(implicit top: PApplet) {\n\t\n\t\/* Contains objects that will be rendered on `draw()`. *\/\n\tprivate var _graphicals = new ArrayBuffer[Graphical[_]]\n\tdef graphicals: Seq[Graphical[_]] = _graphicals\n\t\n\t\/* Current scene. *\/\n\tprivate var _currentScene: Scene = EmptyScene\n\t\n\t\/* Get current scene. *\/\n\tdef currentScene = _currentScene\n\t\n\t\/* Set current scene. *\/\n\tdef currentScene_=(newScene: Scene) = {\n\t\t\n\t\t\/\/ remove reactions\n\t\tcurrentScene.deafTo(currentScene.world)\n\t\tcurrentScene.reactions.clear()\n\t\t\n\t\t\/\/ empty world\n\t\tcurrentScene.world.clear()\n\t\t\n\t\t\/\/ clear graphical objects\n\t\t_graphicals.clear()\n\t\t\n\t\t\/\/ custom exit behavior\n\t\tcurrentScene.exit()\n\t\t\n\t\t\/\/ add new reactions to create \/ remove graphical objects\n\t\tnewScene.listenTo(newScene.world)\n\t\tnewScene.reactions += {\n\t\t\tcase BodyAdded(newScene.world, body) => for (s <- body.shapes) _graphicals += s.toGraphical\n\t\t\tcase BodyRemoved(newScene.world, body) => for (s <- body.shapes) {\n\t\t\t\tval index = _graphicals.findIndexOf((g: Graphical[_]) => g match {\n\t\t\t\t\tcase gs: GraphicalShape => gs.physical == s\n\t\t\t\t\tcase _ => false\n\t\t\t\t})\n\t\t\t\t_graphicals.remove(index)\n\t\t\t}\n\t\t\t\n\t\t\tcase JointAdded(newScene.world, joint) => _graphicals += joint.toGraphical\n\t\t\tcase JointRemoved(newScene.world, joint) => {\n\t\t\t\tval index = _graphicals.findIndexOf((g: Graphical[_]) => g match {\n\t\t\t\t\tcase gj: GraphicalJoint => gj.physical == joint\n\t\t\t\t\tcase _ => false\n\t\t\t\t})\n\t\t\t\t_graphicals.remove(index)\n\t\t\t}\n\t\t\t\n\t\t}\n\t\t\n\t\t\/\/ custom initialization\n\t\tnewScene.init()\n\t\t\n\t\t\/\/ set current scene\n\t\t_currentScene = newScene\n\t\t\n\t\tprintln(\"set scene to '\" + currentScene.name + \"'\")\n\t}\n\t\n\tprivate var currentSceneIndex = 0\n\tval scenes = List(\n\t\t\tBasicScene,\n\t\t\tCollisionScene,\n\t\t\tLongCollisionScene,\n\t\t\tCloudScene,\n\t\t\tPyramidScene,\n\t\t\tShiftedStackScene,\n\t\t\tJointScene\n\t\t)\n\t\t\n\tdef nextScene() = {\n\t\tcurrentSceneIndex += 1\n\t\tcurrentScene = scenes(mod(currentSceneIndex, scenes.length))\n\t}\n\t\n\tdef previousScene() = {\n\t\tcurrentSceneIndex -= 1\n\t\tcurrentScene = scenes(mod(currentSceneIndex, scenes.length))\n\t}\n\t\n\tdef restartScene() = {\n\t\tcurrentScene = currentScene\n\t}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/FeatureManifold.scala","text":"<reponame>jodersky\/sims2\npackage sims.test.gjk\n\nimport sims.collision._\nimport sims.math._\n\nobject FeatureManifold {\n\t\n\tdef farthestFeature(collidable: Collidable, direction: Vector2D): Either[Vector2D, Segment] = collidable match {\n\t\t\n\t\tcase c: Circle => Left(c.position + direction.unit * c.radius)\n\t\t\n\t\tcase p: ConvexPolygon => {\n\t\t\tvar max = p.vertices(0) dot direction.unit\n\t\t\t\n\t\t\t\/\/maximum vertice index\n\t\t\tvar i = 0\n  \t\n\t\t\tfor (j <- 0 until p.vertices.length) {\n\t\t\t\tval d = p.vertices(j) dot direction.unit\n\t\t\t\tif (d > max) {\n\t\t\t\t\tmax = d\n\t\t\t\t\ti = j\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\t\/* 1) vertex is considered to be the first point of a segment\n\t\t\t * 2) polygons vertices are ordered counter-clockwise\n\t\t\t * \n\t\t\t * implies:\n\t\t\t * previous segment is the (i-1)th segment\n\t\t\t * next segment is the ith segment *\/\n\t\t\tval prev = if (i == 0) p.sides.last else p.sides(i - 1)\n\t\t\tval next = p.sides(i)\n\t\t\t\n\t\t\t\/\/ check which segment is less parallel to direction\n\t\t\tval side =\n\t\t\t\tif ((prev.direction0 dot direction).abs <= (next.direction0 dot direction).abs) prev\n\t\t\t\telse next\n\t\t\t\n\t\t\t\tRight(side)\n\t\t}\n\t\t\n\t\tcase _ => throw new IllegalArgumentException(\"Collidable is of unknown type.\")\n\t\t\n\t}\n\t\n\tdef getCollisionPoints(pair: (Collidable, Collidable), normal: Vector2D): Option[Manifold] = {\n\t\tvar points = new scala.collection.mutable.ArrayBuffer[Vector2D]\n\t\t\n\t\tval feature1 = farthestFeature(pair._1, normal)\n\t\t\n\t\t\/\/is feature 1 a vertex?\n\t\tif (feature1.isLeft) {\n\t\t\treturn Some(Manifold(Array(feature1.left.get), normal))\n\t\t}\n\t\t\n\t\tval feature2 = farthestFeature(pair._2, -normal)\n\t\t\n\t\t\/\/is feature 2 a vertex?\n\t\tif (feature2.isLeft) {\n\t\t\treturn Some(Manifold(Array(feature2.left.get), -normal))\n\t\t}\n\t\t\n\t\t\/\/neither feature is a vertex\n\t\tval side1 = feature1.right.get\n\t\tval side2 = feature2.right.get\n\t\t\n\t\t\n\t\tval flipped = (side1.direction0 dot normal).abs > (side2.direction0 dot normal).abs\n\t\tval reference = if (!flipped) side1 else side2\n\t\tval incident = if (!flipped) side2 else side1\n\t\t\n\t\t\n\t\t\/\/both features are sides, clip feature2 to feature1\n\t\tval clipped = incident clipped reference\n\t\t\n\t\t\/*val n = if (!flipped) normal else -normal\n\t\tclipped match {\n\t\t\tcase None => None\n\t\t\tcase Some(Segment(point1, point2)) => Some( \n\t\t\t\tManifold(Array(point1, point2) filter ((v: Vector2D) => ((v - reference.point1) dot n) <= 0), n)\n\t\t\t\t)\n\t\t}*\/\n\t\terror(\"\")\n\t}\n\n}\n\ncase class Manifold(pts: Array[Vector2D], normal: Vector2D)"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/LinearOverlapTest.scala","text":"<gh_stars>1-10\npackage sims.test\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nimport sims.math._\nimport sims.collision._\n\nclass LinearOverlapTest extends FlatSpec with ShouldMatchers {\n\t\n\t\"A segment\" should \"throw IllegalArgumentException if both of its \" +\n\t\"vertices degenerate into a single one\" in {\n\t\tevaluating { val s1 = Segment(Vector2D(0,0), Vector2D(0,0)) } should produce [IllegalArgumentException]\n\t}\n\t\n\tit should \"not intersect with itself\" in {\n\t\tval s1 = Segment(Vector2D(2, 2), Vector2D(3, 5))\n\t\ts1 intersection s1 should equal (None)\n\t}\n\t\n\t\"Two segments\" should \"have an intersection point if they intersect\" in {\n\t\tval s1 = Segment(Vector2D(0, 0), Vector2D(3, 1))\n\t\tval s2 = Segment(Vector2D(0, 1), Vector2D(3, -2))\n\t\ts1 intersection s2 should not equal (None)\n\t}\n\t\n\tit should \"have an intersection point if they share a vertice\" in {\n\t\tval s1 = Segment(Vector2D(1, 2), Vector2D(3, 1))\n\t\tval s2 = Segment(Vector2D(3, 1), Vector2D(3, -2))\n\t\ts1 intersection s2 should not equal (None)\n\t}\n\t\n\tit should \"have an intersection point if one contains one of the other's vertices\" in {\n\t\tval s1 = Segment(Vector2D(2, 4), Vector2D(3, 100))\n\t\tval s2 = Segment(Vector2D(1, 3), Vector2D(3, 5))\n\t\ts1 intersection s2 should not equal (None)\n\t}\n\t\n\tit should \"not have an intersection point if they are parallel\" in {\n\t\tval s1 = Segment(Vector2D(0, 0), Vector2D(3, 1))\n\t\tval s2 = Segment(Vector2D(0, 1), Vector2D(3, 2))\n\t\ts1 intersection s2 should equal (None)\n\t}\n\t\t\n\tit should \"not have an intersection point if they are parallel and lie on each other\" in {\n\t\tval s1 = Segment(Vector2D(2, 2), Vector2D(6, 6))\n\t\tval s2 = Segment(Vector2D(3, 3), Vector2D(4, 4))\n\t\ts1 intersection s2 should equal (None)\n\t}\n\t\n\t\n\t\"A ray and a segment\" should \"have an intersection point if they intersect\" in {\n\t\tval r1 = Ray(Vector2D(3, 5), Vector2D(3, -1))\n\t\tval s1 = Segment(Vector2D(6.32, math.sqrt(4.0)), Vector2D(10, 15.5))\n\t\tr1 intersection s1 should not equal (None)\n\t}\n\t\n\tit should \"have an intersection point if they share a vertice\" in {\n\t\tval r1 = Ray(Vector2D(3, 4), Vector2D(2, 1))\n\t\tval s1 = Segment(Vector2D(0, 10), Vector2D(3, 4))\n\t\tr1 intersection s1 should not equal (None)\n\t}\n\t\n\tit should \"have an intersection point if the ray contains one of the segment's vertices\" in {\n\t\tval r1 = Ray(Vector2D(0, 0), Vector2D(1, 2))\n\t\tval s1 = Segment(Vector2D(2, 4), Vector2D(5, 4))\n\t\tr1 intersection s1 should not equal (None)\n\t}\n\t\n\tit should \"have an intersection point if the segment contains the ray's vertice\" in {\n\t\tval r1 = Ray(Vector2D(0, math.Pi), Vector2D(1, 2))\n\t\tval s1 = Segment(Vector2D(0, 0), Vector2D(0, 4))\n\t\tr1 intersection s1 should not equal (None)\n\t\t\n\t\tval r2 = Ray(Vector2D(2, 3), Vector2D(-2, -1))\n\t\tval s2 = Segment(Vector2D(0, 4), Vector2D(4, 2))\n\t\tr2 intersection s2 should not equal (None)\n\t}\n\t\n\tit should \"not have an intersection point if they are parallel\" in {\n\t\tval r1 = Ray(Vector2D(2, 3), Vector2D(3, 4))\n\t\tval s1 = Segment(Vector2D(1, 4), Vector2D(4, 8))\n\t\tr1 intersection s1 should equal (None)\n\t}\n\t\n\tit should \"not have an intersection point if they lie on each other\" in {\n\t\tval r1 = Ray(Vector2D(0, 1), Vector2D(2, 3))\n\t\tval s1 = Segment(Vector2D(-1, 0), Vector2D(4, 4))\n\t\tr1 intersection s1 should equal (None)\n\t}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/ConvexPolygon.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\n\/** Common properties of all convex polygons.\n  * '''Note: convex polygons are not verified to be convex. It is up to the client to ensure this.''' *\/\ntrait ConvexPolygon extends Polygon {\n\t\n\t   \/**Returns the projection of this polygon onto the line given by the directional vector <code>axis<\/code>.\n   * @param axis directional vector of the line\n   * @return projection of this polygon*\/\n  override def project(axis: Vector2D) = {\n  \tval dir = axis.unit\n  \tvar min = vertices(0) dot dir\n  \tvar max = vertices(0) dot dir\n  \t\n  \tfor (v <- vertices) {\n  \t\tval d = v dot dir\n  \t\tif (d < min) min = d\n  \t\tif (d > max) max = d\n  \t}\n  \t\n    new Projection(axis, min, max)\n  }\n  \n  \/**Checks if the point <code>point<\/code> is contained in this polygon.\n   * <p>\n   * A ray is created, originating from the point and following an arbitrary direction (X-Axis was chosen).\n   * The number of intersections between the ray and this polygon's sides (including vertices) is counted.\n   * The amount of intersections with vertices is subtracted form the previous number.\n   * If the latter number is odd, the point is contained in the polygon.*\/\n  override def contains(point: Vector2D) = {\n    val r = new Ray(point, Vector2D.i)\n    var intersections = 0\n    for (s <- sides; if !(r intersection s).isEmpty) intersections += 1\n    for (v <- vertices; if (r contains v)) intersections -= 1\n    intersections % 2 != 0\n  }\n  \n  override def support(direction: Vector2D) = {\n  \tvar maxDistance = vertices(0) dot direction\n\t\tvar maxPoint = vertices(0)\n\t\tfor (v <- vertices) {\n\t\t\tval s = v dot direction\n\t\t\tif (s > maxDistance) {\n\t\t\t\tmaxDistance = s\n\t\t\t\tmaxPoint = v\n\t\t\t}\n\t\t}\n\t\tmaxPoint\n\t}\n  \n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Segment.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport scala.math._\nimport sims.math._\n\n\/** A segment passing through two points.\n  *  \n  * @param point1 position vector of the first point\n  * @param point2 position vector of the second point\n  * @throws IllegalArgumentException if both vertices are equal *\/\ncase class Segment(point1: Vector2D, point2: Vector2D)\n\textends Linear\n\twith Intersectable[Segment] {\n\t\n  require(point1 != point2, \"A segment must have two distinct vertices.\")\n  \n  val point = point1\n  \n  \/**Vector from <code>vertex1<\/code> to <code>vertex2<\/code>.*\/\n  val direction = point2 - point\n  \n  \/**Length of this segment.*\/\n  val length = direction.length\n  \n\n  def closest(point: Vector2D) = {\n  \tvar t = ((point - point1) dot (direction)) \/ (direction dot direction)\n  \tif (t < 0) t = 0\n  \tif (t > 1) t = 1\n  \tpoint1 + direction * t\n    }\n  \n  def distance(p: Vector2D) = {\n  \t\/\/ For more concise code, the following substitutions are made:\n  \t\/\/ * point1 -> a\n  \t\/\/ * point2 -> b\n  \t\/\/ * p      -> c\n  \t\n  \tval ab = direction\n  \tval ac = p - point1\n  \tval bc = p - point2\n  \t\n  \tval e = ac dot ab\n  \tval distanceSquare = \n  \t\t\/\/ Handle cases where c projects outside ab\n  \t\tif (e <= 0) ac dot ac\n  \t\telse if (e >= (ab dot ab)) bc dot bc\n  \t\t\/\/ Handle cases where c projects onto ab\n  \t\telse (ac dot ac) - e * e \/ (ab dot ab)\n  \t\n  \tmath.sqrt(distanceSquare)\n  }\n \n  def clipped(reference: Segment): List[Vector2D] = {\n\t\tval clipped = Linear.clip(this.point1, this.point2, reference.point1, reference.direction)\n\t\tif (clipped.length == 0) Nil\n\t\telse Linear.clip(clipped(0), clipped(1), reference.point2, -reference.direction)\n\t}\n\t\n  \n  def intersection(segment: Segment): Option[Vector2D] = {\n  \tval n = segment.leftNormal\n  \t\n  \t\/\/ Handle case when two segments parallel\n  \tif ((n dot direction) == 0) None\n  \telse {\n  \t\tval t = (n dot (segment.point1 - point1)) \/ (n dot direction)\n  \t\tval i = point + direction * t\n  \t\tif (0 <= t && t <= 1 && (i - segment.point1).length <= segment.length) Some(i)\n  \t\telse None\n  \t}\n\t \/*\n  \t\/\/ Returns 2 times the signed triangle area. The result is positive if\n  \t\/\/ abc is ccw, negative if abc is cw, zero if abc is degenerate.\n  \tdef signed2DTriArea(a: Vector2D, b: Vector2D, c: Vector2D) = {\n  \t\t(a.x - c.x) * (b.y - c.y) - (a.y - c.y) * (b.x - c.x);\n  \t}\n  \t\n  \tval a = point1; val b = point2; val c = segment.point; val d = segment.point2\n\t\n    \/\/ Sign of areas correspond to which side of ab points c and d are\n    val a1 = signed2DTriArea(a, b, d); \/\/ Compute winding of abd (+ or -)\n    val a2 = signed2DTriArea(a, b, c); \/\/ To intersect, must have sign opposite of a1\n\n    \/\/ If c and d are on different sides of ab, areas have different signs\n    if (a1 * a2 < 0.0f) {\n        \/\/ Compute signs for a and b with respect to segment cd\n        val a3 = signed2DTriArea(c, d, a); \/\/ Compute winding of cda (+ or -)\n        \/\/ Since area is constant a1-a2 = a3-a4, or a4=a3+a2-a1\n        \/\/ float a4 = Signed2DTriArea(c, d, b); \/\/ Must have opposite sign of a3\n        val a4 = a3 + a2 - a1;\n        \/\/ Points a and b on different sides of cd if areas have different signs\n        if (a3 * a4 < 0.0f) {\n            \/\/ Segments intersect. Find intersection point along L(t)=a+t*(b-a).\n            \/\/ Given height h1 of a over cd and height h2 of b over cd,\n            \/\/ t = h1 \/ (h1 - h2) = (b*h1\/2) \/ (b*h1\/2 - b*h2\/2) = a3 \/ (a3 - a4),\n            \/\/ where b (the base of the triangles cda and cdb, i.e., the length\n            \/\/ of cd) cancels out.\n            val t = a3 \/ (a3 - a4);\n            val p = a + (b - a) * t;\n            return Some(p);\n        }\n    }\n    \/\/ Segments not intersecting (or collinear)\n    return None;\n    *\/\n  }\n  \n  \n}\n"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/RevoluteJoint.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.dynamics.constraints._\nimport sims.math._\n\n\/** A revolute joint, used to keep two bodies fixed relatively at one point.\n \t* \n \t* This joint removes two degrees of freedom between two bodies,\n \t* hence it contains two [[sims.dynamics.constraints.Constraint]]s. \n \t* \n \t* @param body1 first body connected by this joint\n \t* @param body2 second body connected by this joint \n \t* @param anchor anchor point where bodies are fixed relatively *\/\nclass RevoluteJoint(val body1: Body, val body2: Body, val anchor: Vector2D) extends Joint {\n\tdef this(body1: Body, body2: Body) = this(body1, body2, body1.position)\n\t\n\tprivate val self = this\n\t\n\tprivate val local1 = anchor - body1.position\n\tprivate val local2 = anchor - body2.position\n\t\n\tprivate val rotation01 = body1.rotation\n\tprivate val rotation02 = body2.rotation\n\t\n\tdef r1 = (local1 rotate (body1.rotation - rotation01))\n\tdef r2 = (local2 rotate (body2.rotation - rotation02))\n\t\n\tdef x1 = body1.position + r1\n\tdef x2 = body2.position + r2\n\t\n\tdef x = x2 - x1\n\t\n\tval constraints = List(\n\t\tnew Constraint {\n\t\t\tval body1 = self.body1\n\t\t\tval body2 = self.body2\n\t\t\tdef value = x.x\n\t\t\tdef jacobian = new Jacobian(-Vector2D(1, 0), r1.y, Vector2D(1, 0), -r2.y)\n\t\t},\n\t\tnew Constraint {\n\t\t\tval body1 = self.body1\n\t\t\tval body2 = self.body2\n\t\t\tdef value = x.y\n\t\t\tdef jacobian = new Jacobian(-Vector2D(0, 1), -r1.x, Vector2D(0, 1), r2.x)\n\t\t}\n\t)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/CloudScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.math._\nimport sims.dynamics._\n\nobject CloudScene extends Scene {\n\toverride def description = \"A cloud of circles.\"\n\t\t\n\tval MaxItems = 1000\n\tval MaxItemSize = 0.2\n\tval Width = 10\n\tval Height = 10\n\t\n\tval random = new scala.util.Random(1234567890)\n\tdef randomCircles(): Seq[Body] = for (i <- 0 until MaxItems) yield {\n\t\tval rX = random.nextDouble * Width\n\t\tval rY = random.nextDouble * Height\n\t\tval c = new Circle(random.nextDouble * MaxItemSize) {\n\t\t\tposition = Vector2D(rX, rY)\n\t\t}\n\t\tnew Body(c) {\n\t\t\tlinearVelocity = Vector2D(random.nextDouble * (if (random.nextBoolean) 1 else -1), random.nextDouble * (if (random.nextBoolean) 1 else -1))\n\t\t\tangularVelocity = random.nextDouble * (if (random.nextBoolean) 1 else -1) * 10\n\t\t}\n\t}\n\t\n\tdef frame() = {\n\t\tval points = List(Vector2D(-1, -1), Vector2D(11, -1), Vector2D(11, 11), Vector2D(-1, 11))\n\t\tfor (i <- 0 until points.length) yield {\n\t\t\tval sp = points(i)\n\t\t\tval ep = points((i + 1) % points.length)\n\t\t\tval center = (sp + ep) \/ 2\n\t\t\tval r = new Rectangle((center - ep).length, 0.2) {\n\t\t\t\tposition = center\n\t\t\t\trotation = math.Pi \/ 2 * i\n\t\t\t}\n\t\t\tnew Body(r) {fixed = true}\n\t\t}\n\t}\t\n\t\n\toverride def init() = {\n\t\tworld.gravity = Vector2D.Null\n\t\tfor (r <- randomCircles()) world += r\n\t\t\/\/for (r <- frame()) world += r\n\t}\n}"}
{"repo_name":"jodersky\/sims2","path":"project\/plugins\/build.sbt","text":"resolvers += {\n  val typesafeRepoUrl = new java.net.URL(\"http:\/\/repo.typesafe.com\/typesafe\/releases\")\n  val pattern = Patterns(false, \"[organisation]\/[module]\/[sbtversion]\/[revision]\/[type]s\/[module](-[classifier])-[revision].[ext]\")\n  Resolver.url(\"Typesafe Repository\", typesafeRepoUrl)(pattern)\n}\n\nlibraryDependencies <<= (libraryDependencies, sbtVersion) { (deps, version) => \n  deps :+ (\"com.typesafe.sbteclipse\" %% \"sbteclipse\" % \"1.3-RC3\" extra(\"sbtversion\" -> version))\n}\n\nresolvers += \"Proguard plugin repo\" at \"http:\/\/siasia.github.com\/maven2\"\n\nlibraryDependencies <+= sbtVersion(\"com.github.siasia\" %% \"xsbt-proguard-plugin\" % _)\n\n"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/narrowphase\/gjk\/Penetration.scala","text":"package sims.collision.narrowphase.gjk\n\nimport sims.collision._\nimport sims.math._\n\nclass Penetration(\n\t\tval normal: Vector2D,\n\t\tval overlap: Double\n\t)"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Projection.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\n\/**Projection on an axis.\n * <p>\n * Projections are commonly used in SiMS for collision detection.\n * @param axis directional vector of the axis of the projection\n * @param lower lower value of the projection\n * @param upper upper value of the projection*\/\ncase class Projection(axis: Vector2D,\n                      lower: Double,\n                      upper: Double) {\n  require(axis != Vector2D.Null, \"A projection's axis cannot be given by a null vector!\")\n  require(lower <= upper, \"Invalid bounds. Lower must be less than or equal to upper.\")\n  \n  \/**Checks this projection for overlap with another projection.\n   * @throws IllegalArgumentExcepion if both projections have different axes*\/\n  def overlaps(other: Projection): Boolean = {\n    require(axis == other.axis, \"Cannot compare two projections on different axes!\")\n      !((other.lower - this.upper) > 0 || (this.lower - other.upper) > 0)\n  }\n  \n  \/**Returns the overlap between this projection and another projection.\n  * @throws IllegalArgumentExcepion if both projections have different axes*\/\n  def overlap(other: Projection): Double = {\n    require(axis == other.axis, \"Cannot compare two projections on different axes!\")\n         math.min(upper, other.upper) - math.max(lower, other.lower)\n        \n  }\n}\n"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/CollisionScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.dynamics._\nimport sims.math._\nimport sims.dynamics._\n\nobject CollisionScene extends Scene {\n\toverride def description = \"A basic collision detection test.\"\n\t\n\tvar c1 = (new Circle(1) {restitution = 1.0}).asBody\n\tvar c2 = (new Circle(1) {position = Vector2D(3, 0)}).asBody\n\tvar r1 = (new Rectangle(0.5, 0.5) {position = Vector2D(6,0)}).asBody\n\t\n\tdef init() = {\n\t\tc1 = (new Circle(1) {restitution = 1.0}).asBody\n\t\tc2 = (new Circle(1) {position = Vector2D(3, 0); restitution = 1.0}).asBody\n\t\tr1 = (new Rectangle(0.5, 0.5) {position = Vector2D(6,0)}).asBody\n\t\t\n\t\tc1.linearVelocity = Vector2D(1, 0)\n\t\n\t\tworld.gravity = Vector2D(0, 0)\n\t\tworld += c1\n\t\tworld += c2\n\t\tworld += r1\n\t\t\n\t\treactions += {\n\t\t\tcase Stepped(`world`) =>\n\t\t\t\tprintln(\n\t\t\t\t\t\"p: \" + (c1.linearMomentum.length + c2.linearMomentum.length + r1.linearMomentum.length).toFloat + \n\t\t\t\t\t\"\\tE: \" + (E(c1) + E(c2) + E(r1)).toFloat\n\t\t\t\t\t)\n\t\t}\n\t}\n\t\n\t\n\tdef E(b: Body) = {\n\t\t(b.linearVelocity dot b.linearVelocity) * b.mass \/ 2\n\t}\n\t\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/RichShape.scala","text":"<gh_stars>1-10\npackage sims.test.gui\n\nimport processing.core.PApplet\nimport processing.core.PConstants._\nimport sims.dynamics._\n\nclass RichShape(shape: Shape) {\n\tprivate implicit def double2Float(x: Double): Float = x.toFloat\n\t\n\tdef toGraphical(implicit parent: PApplet) = new GraphicalShape(shape) {\n\t\t\n\t\tval top = parent\n\t\t\n\t\tval render = shape match {\n\t\t\t\n\t\t\tcase c: Circle => () => {\n\t\t\t\ttop.pushMatrix()\n\t\t\t\ttop.stroke(0, 0, 0)\n\t\t\t\ttop.fill(0, 0, 255, 200)\n\t\t\t\ttop.translate(c.position.x, c.position.y)\n\t\t\t\ttop.rotate(-c.rotation)\n\t\t\t\ttop.ellipseMode(CENTER)\n\t\t\t\ttop.ellipse(0, 0, c.radius * 2, c.radius * 2)\n\t\t\t\ttop.line(0,0, c.radius, 0)\n\t\t\t\ttop.popMatrix()\n\t\t\t}\n\t\t\t\n\t\t\tcase r: Rectangle => () => {\n\t\t\t\ttop.pushMatrix()\n\t\t\t\ttop.translate(r.position.x, r.position.y)\n\t\t\t\ttop.rotate(-r.rotation)\n\t\t\t\ttop.fill(255, 0, 0, 200)\n\t\t\t\ttop.rectMode(CENTER)\n\t\t\t\ttop.rect(0, 0, r.halfWidth * 2, r.halfHeight * 2)\n\t\t\t\ttop.popMatrix()\n\t\t\t}\n\t\t\t\n\t\t\tcase _ => throw new IllegalArgumentException(\"Cannot create graphical shape: unknown shape.\")\n\t\t}\n\t\n\t}\n\t\n}\n\nobject RichShape {\n\t\n\timplicit def shapeToRichShape(s: Shape) = new RichShape(s)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/BasicScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.math._\nimport sims.dynamics._\nimport sims.dynamics._\n\nobject BasicScene extends Scene {\n\t\n\tdef init() = {\n\t\tworld.gravity = Vector2D.Null\n\t\tval s = new Circle(1)\n\t\tworld += new Body(s) {linearVelocity = Vector2D(0.1, 0.01); angularVelocity = 1}\n\t\tworld += new Body(new Rectangle(2,1)) {linearVelocity = Vector2D(0.1, 0.01); angularVelocity = 1}\n\t}\n\t\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Collision.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math.Vector2D\n\n\/** Contains information on the collision between two collidable items. *\/\nabstract class Collision[A <: Collidable] {\n\tval item1: A\n\tval item2: A\n\tdef normal: Vector2D\n\tdef points: Seq[Vector2D]\n\tdef overlap: Double\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dsl\/dsl.scala","text":"<filename>src\/main\/scala\/sims\/dsl\/dsl.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims\n\n\/** @todo implement DSL properly *\/\npackage object dsl {\n\t\n\timplicit def body2Rich(b: sims.dynamics.Body) = new RichBody(b)\n\t\n\timplicit def body2BodyPoint(b: sims.dynamics.Body) = new BodyPoint(b)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Collidable.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\n\/** A base trait for all collidable objects. *\/\ntrait Collidable extends AnyRef {\n\t\n\t\/** Returns an axis aligned box, bounding this collidable object. *\/\n\tdef aabb: AABB\n\t\n\t\/** Projects this collidable object onto the given axis. *\/\n\tdef project(axis: Vector2D): Projection\n\t\n\t\/** Checks if the point `point` is contained in this collidable object. *\/\n\tdef contains(point: Vector2D): Boolean\n\t\n\t\/** Returns the farthest vertex of this collidable in the given direction. *\/\n\tdef support(direction: Vector2D): Vector2D\n\t\t\n\t\/** A fixed collidable object cannot collide with other fixed collidable objects.\n\t  * This is useful in improving collision detection performance, since a pair of fixed objects will\n\t  * be eliminated in the broadphase. *\/\n\tdef fixed = false\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Circle.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math.Vector2D\n\n\/** Properties implemented by a collidable circle.\n  * Note: this class does not define any physical properties, see sims.dynamics.Circle for that.\n  * @see sims.dynamics.Circle *\/\ntrait Circle extends Collidable {\n\t\n\t\/** Position of this circle. *\/\n\tdef position: Vector2D\n\t\n\t\/** Radius of this circle. *\/\n\tdef radius: Double\n\t\n\t\/** Returns this circle's axis aligned bounding box.\n    * @see collision.AABB *\/\n\toverride def aabb = new AABB(Vector2D(position.x - radius, position.y - radius), Vector2D(position.x + radius, position.y + radius))\n\t\n\t\/** Checks if the point `point` is contained in this circle. *\/\n\toverride def contains(point: Vector2D) = (point - position).length <= radius\n\t\n\t\/** Returns the projection of this polygon onto the line given by the directional vector `axis`. *\/\n\toverride def project(axis: Vector2D) = {\n\t\tval dir = axis.unit\n\t\tnew Projection(\n\t\t\t\taxis,\n\t\t\t\t(position - dir * radius) dot dir,\n\t\t\t\t(position + dir * radius) dot dir\n\t\t\t\t)\n\t}\n\t\n\toverride def support(direction: Vector2D) = position + direction.unit * radius\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/MinkowskiSum.scala","text":"<reponame>jodersky\/sims2\npackage sims.test.gjk\n\nimport sims.collision._\nimport sims.math._\n\nclass MinkowskiSum(pair: (Collidable, Collidable)) {\n\t\n\tdef support(direction: Vector2D) = \n\t\tpair._1.support(direction) - pair._2.support(-direction)\n\t\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Shape.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.collision._\nimport sims.math._\n\n\n\/** \n\t* @define shape shape *\/\ntrait Shape extends AnyRef with Collidable with CachedCollidable {\n\t\n\toverride def equals(that: Any) = super.equals(that)\n\toverride def hashCode = super.hashCode\n\t\n\t\/** (temporary solution) Local position of $shape to body.\n\t  * @deprecated find solution avoiding NullPointers\n\t  * @todo find solution avoiding NullPointers *\/\n\tvar local: Option[Vector2D] = None\n\t\n\tvar body: sims.dynamics.Body = null\n\t\n\toverride def fixed = body.fixed\n\t\n\tvar restitution = 1.0\n\t\n\t\/**Position of this $shape's center of mass in world coordinates.*\/\n\tprivate var _position: Vector2D = Vector2D.Null\n\tdef position = _position\n\tdef position_=(pos: Vector2D) = {\n\t\t_position = pos\n\t\tmove()\n\t}\n\t\n  \/**Rotation of this shape about its center of mass.*\/\n\tvar rotation: Double = 0.0\n\t\n\t\/** Mass per area. *\/\n  def density: Double = 1.0\n  \n  \/** Area of this $shape. *\/\n  def area: Double\n  \n  \/** Mass of this $shape. The mass is given by volume times density. *\/\n  def mass: Double = area * density\n \n  \/**Moment of inertia for a rotation about this $shape's center of mass.*\/\n  def inertia: Double\n  \n  \/**Returns this $shape's axis aligned bounding box.*\/\n  def aabb: sims.collision.AABB\n  \n  \/**Returns the projection of this $shape onto the line given by the directional vector <code>axis<\/code>.\n   * @param axis directional vector of the line\n   * @return projection of this shape*\/\n  def project(axis: Vector2D): Projection\n  \n  \/**Checks if the point <code>point<\/code> is contained in this $shape.*\/\n  def contains(point: Vector2D): Boolean\n \n  def asBody = new sims.dynamics.Body(this)\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dsl\/RichBody.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dsl\n\nimport sims.dynamics._\nimport sims.math._\n\nclass RichBody(val body: Body) {\n\t\n\tdef at(point: Vector2D) = new BodyPoint(body, point)\n\tdef atLocal(point: Vector2D) = new BodyPoint(body, body.position + point)\n\t\n\tdef :@(point: Vector2D) = at(point)\n\tdef :@@(point: Vector2D) = atLocal(point)\n\tdef @:(point: Vector2D) = at(point)\n\tdef @@:(point: Vector2D) = atLocal(point)\n\t\n\tdef @@(point: Vector2D) = at(point)\n}\n\n\nobject Test {\n\tval b = new Body(null)\n\t\n\t\n\tval q = b :@@ (1.0, 2.0) revolute b\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/AABB.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\n\/* \n * y\n * ^\n * |\n * |  +-------+\n * |  |    max|\n * |  |       |\n * |  |min    |\n * |  +-------+\n * |\n * 0-------------->x\n * \n *\/\n\n\/** Axis Aligned Bounding Boxes (AABBs) are rectangles that frame a shape.\n  * Their X-axis and Y-axis orientation makes it easy to test two AABBs for overlap.\n  * @param minVertex Position vector of the bottom-left vertex\n  * @param maxVertex Position vector of the upper-right vertex *\/\ncase class AABB(val minVertex: Vector2D,\n                val maxVertex: Vector2D) {\n\t\n\t\/** Diagonal vector from `minVertex` to `maxVertex`. *\/\n\tdef diagonal = maxVertex - minVertex\n\t\n\t\/** Width of this AABB. *\/\n\tdef width = maxVertex.x - minVertex.x\n\t\n\t\/** Height of this AABB. *\/\n\tdef height = maxVertex.y - minVertex.y\n\t\n\t\/** Checks if the given point is located within this AABB. *\/\n\tdef contains(point: Vector2D): Boolean = minVertex.x <= point.x && point.x <= maxVertex.x && minVertex.y <= point.y && point.y <= maxVertex.y\n\t\n\t\/** Checks if the given AABB is located within this AABB. *\/\n\tdef contains(box: AABB): Boolean = contains(box.minVertex) && contains(box.maxVertex)\n\t\n  \/** Checks this AABB with <code>box<\/code> for overlap.\n    * @param box AABB with which to check for overlap *\/\n  def overlaps(box: AABB): Boolean = {\n    val d1 = box.minVertex - maxVertex\n    val d2 = minVertex - box.maxVertex\n    !(d1.x > 0 || d1.y > 0 || d2.x > 0 || d2.y > 0)\n  }\n}\n"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/Main.scala","text":"<gh_stars>1-10\npackage sims.test.gui\n\nimport processing.core.PApplet\nimport processing.core.PConstants._\nimport scala.collection.mutable.ArrayBuffer\n\nimport sims.math._\nimport sims.test.gui.RichShape._\nimport sims.test.gui.scenes._\nimport sims.dynamics.Shape\n\nclass Main extends PApplet {\n\timplicit val top = this\n\t\n\tval SceneManager = new SceneManager\n\timport SceneManager._\n\t\n\tval KeyManager = new KeyManager\n\timport KeyManager._\n\t\n\tvar (offsetX, offsetY) = (200.0f, 100.0f)\n\tval PPM = 39.37f * 96\n\tvar viewScale: Float = 1.0f \/ 80\n\t\n\tprivate val fontSize = 16\n\tprivate val f = createFont(\"Monospaced.plain\", fontSize)\n\tprivate def displayText(lines: String*) = {\n\t\tval size = 16\n\t\tval indent = 10\n\t\t\n\t\tfill(0, 0, 0)\n\t\ttextMode(SCREEN)\n\t\ttextFont(f)\n\t\t\n\t\tfor (i <- 0 until lines.length) text(lines(i), indent, (i + 1) * size)\n\t}\n\t\n\t\n\toverride def setup() = {\n\t\tsize(screenWidth * 2 \/ 3, screenHeight * 2 \/ 3, P2D)\n\t\tbackground(255,255,255)\n\t\tframeRate(60)\n\t\t\/\/frame.setResizable(true)\n\t\tcurrentScene = scenes(0)\n\t}\n\t\n\tvar paused = true\n\toverride def draw() = {\n\t\tsmooth()\n\t\tbackground(255,255,255)\n\t\t\n\t\ttranslate(offsetX, height - offsetY)\n\t\tscale(viewScale * PPM, -viewScale * PPM)\n\t\t\n\t\tval t0 = System.nanoTime()\n\t\tif (!paused) currentScene.world.step()\n\t\tval collisions = if (currentScene.world.collisionDetection) SceneManager.currentScene.world.detector.collisions() else Seq()\n\t\tval dStep = System.nanoTime() - t0\n\t\t\n\t\tfor (g <- graphicals) g.render()\n\t\tfill(255, 0, 0)\n\t\tstroke(20, 0, 0)\n\t\tfor (c <- collisions; p <- c.points) {\n\t\t\tellipse(p.x.toFloat, p.y.toFloat, 0.1f, 0.1f)\n\t\t\tstroke(0, 255, 0)\n\t\t\tval s = p\n\t\t\tval e = p + c.normal\n\t\t\tline(s.x.toFloat, s.y.toFloat, e.x.toFloat, e.y.toFloat)\n\t\t}\n\t\t\t\t\n\t\t\t\t\/\/_.points.foreach((v) => ellipse(v.x.toFloat, v.y.toFloat, 0.1f, 0.1f)))\n\t\t\n\t\tval dRender = System.nanoTime() - t0 - dStep\n\t\t\n\t\tdisplayText(\n\t\t\t\t\t\t\t\t\"status     : \" + (if (paused) \"paused\" else \"running\"),\n\t\t\t\t\t\t\t\t\"------------\",\n\t\t\t\t\t\t\t\t\"fps    [Hz]: \" + frameRate,\n\t\t\t\t\t\t\t\t\"------------\",\n\t\t\t\t\t\t\t\t\"step   [ms]: \" + (dStep \/ 1E6f),\n\t\t\t\t\t\t\t\t\"       [%] : \" + (dStep.toFloat \/ (dStep + dRender) * 100),\n\t\t\t\t\t\t\t\t\"render [ms]: \" + (dRender \/ 1E6f),\n\t\t\t\t\t\t\t\t\"       [%] : \" + (dRender.toFloat \/ (dStep + dRender) * 100),\n\t\t\t\t\t\t\t\t\"------------\",\n\t\t\t\t\t\t\t\t\"memory [MB]: \" + java.lang.Runtime.getRuntime.totalMemory \/ 1E6,\n\t\t\t\t\t\t\t\t\"load       : \" + java.lang.management.ManagementFactory.getOperatingSystemMXBean.getSystemLoadAverage(),\n\t\t\t\t\t\t\t\t\"------------\",\n\t\t\t\t\t\t\t\t\"bodies     : \" + currentScene.world.bodies.length,\n\t\t\t\t\t\t\t\t\"shapes     : \" + currentScene.world.shapes.length,\n\t\t\t\t\t\t\t\t\"joints     : \" + currentScene.world.joints.length,\n\t\t\t\t\t\t\t\t\"constraints: \" + currentScene.world.joints.map(_.constraints.length).sum,\n\t\t\t\t\t\t\t\t\"collisions : \" + collisions.length,\n\t\t\t\t\t\t\t\t\"it     [1] : \" + currentScene.world.iterations,\n\t\t\t\t\t\t\t\t\"dt     [ms]: \" + currentScene.world.h.toFloat,\n\t\t\t\t\t\t\t\t\"erp    [ms]: \" + currentScene.world.errorReduction.toFloat,\n\t\t\t\t\t\t\t\t\"------------\",\n\t\t\t\t\t\t\t\t\"(\" + scaledMouseX + \", \" + scaledMouseY + \")\"\n\t\t\t\t)\n\t}\n\t\n\tdef drawGrid() = {\n\t\t\n\t}\n\t\n\toverride def keyPressed() = KeyManager.keyPressed(keyCode)\n\t\n\tdef scaledMouseX = (mouseX - offsetX) \/ viewScale \/ PPM \n\tdef scaledMouseY = (height - mouseY - offsetY) \/ viewScale \/ PPM\n\t\n\tvar mouseJoint: Option[MouseJoint] = None\n\toverride def mousePressed(): Unit = {\n\t\timport Vector2D._\n\t\tval body = currentScene.world.bodies.find(_.contains((scaledMouseX, scaledMouseY)))\n\t\tif (body.isEmpty) return ()\n\t\tval mj = new MouseJoint(body.get, (scaledMouseX, scaledMouseY))\n\t\tcurrentScene.world += mj\n\t\tmouseJoint = Some(mj)\n\t}\n\t\n\toverride def mouseReleased(): Unit = {\n\t\tif (mouseJoint.isEmpty) return ()\n\t\tcurrentScene.world -= mouseJoint.get\n\t\tmouseJoint = None\n\t}\n\t\n\toverride def mouseDragged(): Unit = {\n\t\timport Vector2D._\n\t\t\n\t\tif (mouseJoint.isEmpty) return ()\n\t\t\n\t\tmouseJoint.get.anchor = (scaledMouseX, scaledMouseY)\n\t\t\n\t}\n\n\t\n\n}\n\nobject Main {\n  def main(args : Array[String]) : Unit = {\n  \tPApplet.main(args ++ Array(\"sims.test.gui.Main\"))\n  }\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Joint.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.dynamics.constraints.Constraining\n\n\/** A base trait for all joints between two bodies. *\/\ntrait Joint extends Constraining {\n\t\n\t\/** First body connected by this joint. *\/\n\tdef body1: Body\n\t\n\t\/** Second body connected by this joint. *\/\n\tdef body2: Body\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/CachedCollidable.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\n\/** Implements features of a collidable object to be evaluated lazily and only\n  * to be be recomputed when the collidable object moves. *\/\ntrait CachedCollidable extends Collidable {\n\t\n\t\/** Invalidates all features and forces their evaluation on next call.\n\t  * Should be called by clients when this object moves. *\/\n\tdef move() = {\n\t\t_aabbValid = false\n\t}\n\t\n\tprivate var _aabb: AABB = null\n\tprivate var _aabbValid = false\n\tabstract override def aabb = {\n\t\tif (! _aabbValid) {\n\t\t\t_aabb = super.aabb\n\t\t\t_aabbValid = true\n\t\t}\n\t\t_aabb\n\t}\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/broadphase\/BroadPhaseDetector.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision.broadphase\n\nimport sims.collision._\nimport scala.collection.mutable.ArrayBuffer\n\nabstract class BroadPhaseDetector[A <: Collidable: ClassManifest] {\n\t\n\tprotected var _items = new ArrayBuffer[A]\n\t\n\t\/** Collidable items managed by this collision detector. *\/\n\tdef items: Seq[A] = _items\n\t\n\t\/** Adds an item to this collision detector. *\/\n\tdef +=(item: A) = _items += item\n\t\n\t\/** Adds a collection of items to this collision detector. *\/\n\tdef ++=(items: Iterable[A]) = for (i <- items) this += i\n\t\n\t\/**Removes an item from this collision detector. *\/\n\tdef -=(item: A) = _items -= item\n\t\n\t\/**Removes a collection of items from this collision detector. *\/\n\tdef --=(items: Iterable[A]) = for (i <- items) this -= i\n\t\n\t\/**Removes all items from this collision detector. *\/\n\tdef clear() = _items.clear\n\t\n\t\/** Applies a given function to every potentially colliding pair.\n\t  * @param f function applied to every potentially colliding pair *\/\n\tdef foreach(f: ((A, A)) => Unit)\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/World.scala","text":"<filename>src\/main\/scala\/sims\/dynamics\/World.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport scala.collection.mutable.ArrayBuffer\nimport sims.collision._\nimport sims.collision.broadphase.SAP\nimport sims.collision.narrowphase.SAT\nimport sims.math.Vector2D\n\nclass World {\n\t\n\tval detector = SAP[sims.dynamics.Shape] narrowedBy\n                  new sims.collision.narrowphase.gjk.GJK2[sims.dynamics.Shape]\n\t\t\t\t\t\t\t\t \/\/SAT[sims.dynamics.Shape]\n\t\n\tvar collisionDetection = true\n\t\n\tprivate val _bodies = new ArrayBuffer[Body]\n\tdef bodies: Seq[Body] = _bodies\n\t\n\tdef +=(b: Body): Unit = {\n\t\t_bodies += b\n\t\tdetector ++= b.shapes\n\t}\n\tdef -=(b: Body): Unit = {\n\t\t_bodies -= b\n\t\tdetector --= b.shapes\n\t}\n\t\n\tdef shapes: Seq[sims.dynamics.Shape] = for (b <- bodies; s <- b.shapes) yield s\n\t\n\tprivate val _joints = new ArrayBuffer[Joint]\n\tdef joints: Seq[Joint] = _joints\n\t\n\tdef +=(j: Joint): Unit = _joints += j\n\tdef -=(j: Joint): Unit = _joints -= j\n\t\n\tdef clear() = {\n\t\tdetector.clear()\n\t\tfor (b <- bodies) _bodies -= b\n\t\tfor (j <- joints) _joints -= j\n\t}\n\t\n\t\n\tvar h = 1.0 \/ 60\n\t\n\tvar iterations = 10\n\t\n\tvar errorReduction = 0.2\n\t\n\tvar gravity = sims.math.Vector2D(0, -9.8)\n\t\n\tdef preStep() = {}\n\t\n\tdef step() = {\n\t\t\n\t\tpreStep()\n\t\t\n\t\tfor (b <- _bodies) {\n\t\t\tb applyForce gravity * b.mass\n\t\t\tb.linearVelocity += (b.force \/ b.mass) * h\n\t\t\tb.angularVelocity += (b.torque \/ b.inertia) * h\n\t\t}\n\t\t\n\t\tfor (j <- joints) {\n\t\t\tj.preSolve()\n\t\t}\n\t\tfor (i <- 0 until iterations)\n\t\t\tfor (j <- joints) j.correctVelocity(h, errorReduction)\n\t\t\n\t\tif (collisionDetection) {\n\t\t\timport Collision._\n\t\t\tval physicalCollisions: Seq[Collision] = detector.collisions.map(_.toPhysical)\n\t\t\tfor (c <- physicalCollisions) c.preSolve()\n\t\t\tfor (i <- 0 until iterations)\n\t\t\t\tfor (c <- physicalCollisions) c.correctVelocity(h, errorReduction)\n\t\t\t\n\t\t}\n\t\t\n\t\t\n\t\tfor (b <- _bodies) {\n\t\t\tb.position += b.linearVelocity * h\n\t\t\tb.rotation += b.angularVelocity * h\n\t\t\tb.force = Vector2D.Null\n\t\t}\n\t\t\n\t\tpostStep()\n\t}\n\t\n\tdef postStep(): Unit = {\n\t\tdetector.invalidate()\n\t}\n\t\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Linear.scala","text":"<filename>src\/main\/scala\/sims\/collision\/Linear.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport scala.math._\nimport sims.math._\n\n\/**A base trait for all linear geometric elements specified by one point and a direction.\n * @throws IllegalArgumentException if the directional vector is the null vector*\/\ntrait Linear {\n\t\n\t\/**A point contained in this linear element.*\/\n\tval point: Vector2D\n\t\n\t\/**Direction vector.*\/\n\tval direction: Vector2D\n\t\n\t\/**Unit directional vector.*\/\n  lazy val direction0 = direction.unit\n  \n  \/**Right normal vector to <code>direction<\/code>.*\/\n  lazy val rightNormal = direction.rightNormal\n  \n  \/**Right normal unit vector to <code>direction<\/code>.*\/\n  lazy val rightNormal0 = rightNormal.unit\n  \n  \/**Left normal vector to <code>direction<\/code>.*\/\n  lazy val leftNormal = direction.leftNormal\n  \n  \/**Left normal unit vector to <code>direction<\/code>.*\/\n  lazy val leftNormal0 = leftNormal.unit\n  \n  \/\/\/**Computes the closest point on this linear element to a given point.*\/\n  \/\/def closest(point: Vector2D): Vector2D\n  \n  \/\/\/**Computes the shortest distance form this linear element to a given point.*\/\n  \/\/def distance(point: Vector2D) = (closest(point) - point).length\n\t\n\trequire(direction != 0, \"A linear element's direction cannot be the null vector.\")\n}\n\nobject Linear {\n\t\n\t\/** Clips a segment passing through points `p1` and `p2` to a half plain\n\t  * given by a point `p` and a normal (pointing into the plain) `normal`. *\/\n\tdef clip(p1: Vector2D, p2: Vector2D, p: Vector2D, normal: Vector2D): List[Vector2D] = {\n  \tval normal0 = normal.unit\n  \tval direction = p2 - p1\n  \t\n  \tval d1 = (p1-p) dot normal0\n  \tval d2 = (p2-p) dot normal0\n  \t\t\n  \tif (d1 < 0 && d2 < 0) return Nil\n  \tif (d1 >= 0 && d2 >= 0) return List(p1, p2)\n  \t\n  \tval intersection = p1 + direction * abs(d1) \/ (abs(d1) + abs(d2))\n  \tval inside = if (d1 > 0) p1 else p2\n  \t\t\n  \tList(inside, intersection)\n  }\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/broadphase\/SAP.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision.broadphase\n\nimport sims.collision._\nimport scala.collection.mutable.ArrayBuffer\n\n\/** A broadphase collision detector implementing the \"Sweep and Prune\" algorithm.\n  *  \n  * The implementation of the broadphase algorithm was adapted from\n  * Real-Time Collision Detection by <NAME>, published by <NAME>, (c) 2005 Elsevier Inc *\/\nclass SAP[A <: Collidable: ClassManifest] extends BroadPhaseDetector[A]{\n\n\t\/*ordering along `axis`\n\t * x axis => 0\n\t * y axis => 1 *\/\n\tprivate var axis = 0\n\t\n\t\/\/use insert sort\n\tprivate var almostSorted = false\n\tprivate var sortedCount = 0\n\tprivate val threshold = 3\n\t\n\tprivate implicit def ordering: Ordering[A] = new Ordering[A] {\n\t\tdef compare(x: A, y: A) = {\n\t\t\tval delta = x.aabb.minVertex.components(axis) - y.aabb.minVertex.components(axis)\n\t\t\tif (delta < 0) -1\n\t\t\telse if(delta > 0) 1\n\t\t\telse 0\n\t\t}\n\t}\n\t\n\tprivate def insertionSort(a: ArrayBuffer[A])(implicit ord: Ordering[A]) = {\n    import ord._\n\t\tval length = a.length\n\t\tvar i = 1; while(i < length) {\n      var j = i\n      val t = a(j);\n      while (j>0 && a(j-1) > t) {\n      \ta(j)=a(j-1)\n      \tj -= 1\n      }\n      a(j)=t;\n      i += 1\n\t\t}\n\t}\n\t\n\tdef foreach(f: ((A, A)) => Unit): Unit = {\n\t\t\n\t\tif (almostSorted)\n\t\t\tinsertionSort(_items)\n\t\telse\n\t\t\t_items = _items.sorted \/\/quicksort\n\t\n\t\tvar sumX, sumY = 0.0\n\t\tvar sumX2, sumY2 = 0.0\n\t\tvar varianceX, varianceY = 0.0\n\t\n\t\tvar i = 0; while (i < _items.length) {\n\t\t\n\t\t\t\/\/center point\n\t\t\tval px = (_items(i).aabb.minVertex.x + _items(i).aabb.maxVertex.x) \/ 2\n\t\t\tval py = (_items(i).aabb.minVertex.y + _items(i).aabb.maxVertex.y) \/ 2\n\t\t\n\t\t\t\/\/update sum and sum2 for computing variance of AABB centers\n\t\t\tsumX += px; sumY += py\n\t\t\tsumX2 += px * px; sumY2 += py * py\n\t\t\n\t\t\t\/\/collision test\n\t\t\tvar j = i + 1; var break = false; while(!break && j < _items.length) {\n\t\t\t\n\t\t\t\t\/\/stop when tested AABBs are beyond the end of current AABB\n\t\t\t\tif (_items(j).aabb.minVertex.components(axis) > _items(i).aabb.maxVertex.components(axis))\n\t\t\t\tbreak = true\n\t\t\t\t\n\t\t\t\t\/\/collision test here\n\t\t\t\telse if (\n\t\t\t\t\t\t(_items(i).fixed == false || _items(j).fixed == false) &&\n\t\t\t\t\t\t(_items(i).aabb overlaps _items(j).aabb)\n\t\t\t\t) f(_items(i), _items(j))\n\t\t\t\n\t\t\t\tj += 1\n\t\t\t}\n\t\t\t\n\t\t\ti += 1\n\t\t}\n\t\n\t\tvarianceX = sumX2 - sumX * sumX\n\t\tvarianceY = sumY2 - sumY * sumY\n\t\n\t\t\/\/choose sorting axis with greatest variance\n\t\tvar newAxis = 0\n\t\tif (varianceX < varianceY) newAxis = 1\n\t\t\n\t\tif (axis == newAxis)\n\t\t\tsortedCount += 1\n\t\telse sortedCount = 0\n\t\t\n\t\talmostSorted = sortedCount > threshold \n\t\t\/\/if sorting axis changes, items will no longer be almost sorted\n\t\t\/\/and thus quicksort should be used to reorder them\n\t\t\/\/almostSorted = axis == newAxis\n\t\t\n\t\t\/\/update sorting axis\n\t\taxis = newAxis\n\t\t\n\t}\n\t\n}\n\nobject SAP {\n\t\n\tdef apply[A <: Collidable: ClassManifest] = new SAP[A]\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/narrowphase\/gjk\/Manifold.scala","text":"package sims.collision.narrowphase.gjk\n\nimport sims.math._\n\nclass Manifold(val points: Seq[Vector2D], val normal: Vector2D)"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/Scene.scala","text":"package sims.test.gui\n\ntrait Scene extends Reactor {\n\tdef name: String = this.getClass().getName()\n\tdef description: String = \"\"\n\t\n\tval world = new DebugWorld\n\t\n\tdef init(): Unit\n\t\n\tdef exit(): Unit = {}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"project\/build.scala","text":"import sbt._\nimport Keys._\n\nobject SiMS2 extends Build {\n  \n  val projectSettings = Defaults.defaultSettings ++ Seq(\n\tname := \"SiMS2\",\n\tnormalizedName := \"sims2\",\n\tversion := \"2.0\",\n\tscalaVersion := \"2.9.1\",\n\tlibraryDependencies += \"org.scalatest\" % \"scalatest_2.9.0\" % \"1.6.1\"\n  )\n \n  def createDemoTask(t: TaskKey[Unit]) = fullRunTask(t, Test, \"sims.test.gui.Main\") \n  val demo = TaskKey[Unit](\"demo\", \"Runs the demo.\")\n  val demoFast = TaskKey[Unit](\"demo-fast\", \"Runs the demo with performance increasing jvm options.\")\n  \n  val demoTask = Seq(createDemoTask(demo), fork in demo := true) \n  val demoFastTask = Seq(createDemoTask(demoFast), fork in demoFast := true, javaOptions in demoFast ++=\n    List(\n      \"-server\",\n      \"-Xms256m\",\n      \"-Xmx1024m\",\n      \"-Xss1M\",\n      \"-XX:MaxPermSize=256m\",\n      \"-XX:+AggressiveOpts\",\n      \"-XX:-UseParallelGC\",\n      \"-XX:+DoEscapeAnalysis\",\n      \"-XX:+UseConcMarkSweepGC\"\n\t)\n  )\n  \n  val projectProguardSettings = Seq(\n      ProguardPlugin.proguardInJars += \n      ProguardPlugin.proguardOptions ++=\n        Seq(\n          \"-dontobfuscate\",\n          \"-dontnote\",\n          \"-dontwarn\",\n          \"-dontoptimize\",\n      \n          \"-keep class sims.**\",\n          \"-keep class processing.core.*\",\n          \"-keepclasseswithmembers public class * {public sims.dynamics.Collision toPhysical();}\",\n          \n          \"-keepclasseswithmembers public class * {public static void main(java.lang.String[]);}\",\n          \"-keep public class * extends java.applet.Applet\",\n          \"-keepclassmembers enum  * {public static **[] values(); public static ** valueOf(java.lang.String);}\",\n          \"-keep class * extends java.sql.Driver\",\n          \"-keep class * extends javax.swing.plaf.ComponentUI { public static javax.swing.plaf.ComponentUI createUI(javax.swing.JComponent);}\",\n          \"-keepclasseswithmembers,allowshrinking class * {native <methods>;}\"\n        ) \n      ) \n    \n  \n\n  lazy val project = Project (\n    \"sims2\",\n    file (\".\"),\n    settings = projectSettings ++ demoTask ++ demoFastTask ++ ProguardPlugin.proguardSettings\n  )\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Intersectable.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\ntrait Intersectable[A <: Linear] {\n\t\n\t\/**Computes the intersection between this linear element and `l`.\n\t * The intersection method does <b>not<\/b> correspond to the geometrical intersection.\n\t * Let A and B be two linear elements,\n\t * \n\t * A and B intersect (i.e. an intersection point exists) \\u21d4 card(A \\u22c2 B) = 1\n\t * *\/\n\tdef intersection(l: A): Option[Vector2D] \n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/ShiftedStackScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.math._\nimport sims.dynamics._\n\nobject ShiftedStackScene extends Scene {\n\toverride def description = \"A stack of shifted rectangles.\"\n\t\/*override val world = new DebugWorld{\n\t\timport sims.collision._\n\t\timport sims.collision.narrowphase._\n\t\timport sims.collision.broadphase._\n\t\toverride val detector = SAP[Shape] narrowedBy new sims.test.gjk.GJK[Shape]\n\t}*\/\n\t\n\tval width = 1.0\n\tval height = 0.2\n\t\n\tdef stack() = for (i <- 0 until 2) yield\n\t\tnew Body(new Rectangle(width \/ 2, height \/ 2) {\n\t\t\tposition = Vector2D(0.25 * (i % 2) , i * height)\n\t\t\trestitution = 0.0\n\t\t}) {fixed = i == 0}\n\t\n\toverride def init() = {\n\t\tfor (s <- stack()) world += s\n\t\tworld.iterations = 100\n\t}\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/GJKTest.scala","text":"package sims.test.gjk\n\nimport processing.core.PApplet\nimport processing.core.PConstants._\n\nclass GJKTest extends PApplet {\n\timplicit val top = this\n\t\t\n\timport sims.dynamics._\n\timport sims.math._\n\timport sims.test.gui._\n\timport sims.test.gui.RichShape._\n\t\n\tvar s1: GraphicalShape = _ \n\tvar s2: GraphicalShape = _\n\t\n\toverride def setup() = {\n\t\tsize(600, 600, P2D)\n\t\tbackground(255,255,255)\n\t\tframeRate(60)\n\t\t\n\t\t\n\t\ts1 = (new Rectangle(1, 3) {position = Vector2D(5,5)}).toGraphical\n\t\ts2 = (new Rectangle(1, 2) {position = Vector2D(8,8); rotation = 0.2}).toGraphical\n\t\t\n\t}\n\t\n\tval PPM = 39.37f * 96\n\tvar viewScale: Float = 1.0f \/ 80\n\t\n\tval GJK = new GJK2[Shape]\n\t\n\tvar invert = false\n\tdef pair = if (!invert) (s1, s2) else (s2, s1)\n\t\n\toverride def draw() = {\n\t\tsmooth()\n\t\tbackground(255,255,255)\n\t\ttranslate(0, height)\n\t\tscale(viewScale * PPM, -viewScale * PPM)\n\t\t\n\t\tif (keyCode == 32) invert = true\n\t\telse invert = false\n\t\t\n\t\tval collision = GJK.collision(pair._1.shape, pair._2.shape)\n\t\t\/*if (collision != None) {\n\t\t\tpushMatrix()\n\t\t\trectMode(CORNER)\n\t\t\tstroke(255, 0, 50)\n\t\t\tstrokeWeight(10)\n\t\t\tfill(0, 0, 0, 0)\n\t\t\trect(0, 0, 600, 600)\n\t\t\tstrokeWeight(1)\n\t\t\tpopMatrix()\n\t\t}*\/\n    \/\/val separation = GJK.collision(pair._1.shape, pair._2.shape)\n    \/\/if (!separation.isEmpty)\n      \/\/List(separation.get.point1, separation.get.point2) foreach (p => ellipse(p.x.toFloat, p.y.toFloat, 0.1f, 0.1f))\n\n\n\t\n\t\tlabel()\n\t\ts2.shape.position = Vector2D(mouseX \/ viewScale \/ PPM, -(mouseY - height) \/ viewScale \/ PPM)\n\t\t\n\t\ts1.render()\n\t\ts2.render()\n\t\t\n\t\t\n\t\t\n\t\tcollision match {\n\t\t\tcase Some(c) => {\n\t\t\t\tstroke(0, 255, 0)\n\t\t\t\tfor (p <- c.points) {\n\t\t\t\t\tellipse(p.x.toFloat, p.y.toFloat, 0.1f, 0.1f)\n\t\t\t\t\tval s = p\n\t\t\t\t\tval e = p + c.normal\n\t\t\t\t\tline(s.x.toFloat, s.y.toFloat, e.x.toFloat, e.y.toFloat)\n\t\t\t\t\tprintln(c.overlap)\n\t\t\t\t}\n\t\t\t}\n\t\t\tcase _ => ()\n    }\n\t\t\n\t\t\/*stroke(255, 0, 255)\n\t\tval f = FeatureManifold.farthestFeature(pair._1.shape, Vector2D.j + Vector2D.i)\n\t\tf match {\n\t\t\tcase Left(p) => ellipse(p.x.toFloat, p.y.toFloat, 0.1f, 0.1f)\n\t\t\tcase Right(s) => line(s.point1.x.toFloat, s.point1.y.toFloat, s.point2.x.toFloat, s.point2.y.toFloat)\n\t\t}*\/\n\t\t\n\t}\n\t\n\tprivate val fontSize = 16\n\tprivate val f = createFont(\"Monospaced.plain\", fontSize)\n\tprivate def label() = {\n\t\tval size = 16\n\t\tfill(0, 0, 0)\n\t\ttextMode(SCREEN)\n\t\ttextFont(f)\n\t\t\n\t\tval p1 = pair._1.shape\n\t\tval p2 = pair._2.shape\n\t\ttext(\"1\", (p1.position.x * PPM * viewScale).toFloat, (height - p1.position.y * PPM * viewScale).toFloat)\n\t\ttext(\"2\", (p2.position.x * PPM * viewScale).toFloat, (height - p2.position.y * PPM * viewScale).toFloat)\n\t}\n\n}\n\nobject GJKTest {\n\t\n\tdef main(args: Array[String]): Unit = {\n\t\tPApplet.main(args ++ Array(\"sims.test.gjk.GJKTest\"))\n\t}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/package.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims\n\nimport sims.collision.broadphase._\nimport sims.collision.narrowphase._\n\npackage object collision {\n\t\n\timplicit def broadphaseToConstructor[A <: Collidable: ClassManifest](b: BroadPhaseDetector[A]) =\n\t\tnew DetectorConstructor(b) \n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Collision.scala","text":"<filename>src\/main\/scala\/sims\/dynamics\/Collision.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.dynamics._\nimport sims.dynamics.constraints._\n\nimport sims.collision.{Collision => CCollision}\n\n\/** A class representing a physical collision,\n  * implementing constraints to handle collision response. *\/\nclass Collision(collision: CCollision[Shape]) extends Constraining {\n\t\n\t\n\t\n\tprivate def getNonPenetrationConstraints() = for (point <- collision.points) yield \n\t\tnew Constraint {\n\t\t\tval body1 = collision.item1.body\n\t\t\tval body2 = collision.item2.body\n\t\t\tdef v = body2.velocityOfPoint(point) - body1.velocityOfPoint(point) \n\t\t\tval e = {\n\t\t\t\tif ((v dot collision.normal.unit) > 0) 0.0\n\t\t\t\telse if ((v dot collision.normal.unit) > -1) 0.0\n\t\t\t\telse math.min(collision.item1.restitution, collision.item2.restitution)\n\t\t\t}\n\t\t\tdef jacobian = new Jacobian(-collision.normal, -((point - body1.position) cross collision.normal),\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tcollision.normal, ((point - body2.position) cross collision.normal))\n\t\t\t\n\t\t\toverride def bias = (v dot collision.normal.unit) * e\n\t\t\tdef value = -collision.overlap\n\t\t\toverride def inequality = true\n\t\t\toverride val limit = Some((0.0, Double.PositiveInfinity))\n\t\t\t\n\t\t\tval slop = 0.005\n\t\t\toverride def error =\n\t\t\t\tif (collision.overlap > slop)\n\t\t\t\t\t-(collision.overlap - slop)\n\t\t\t\telse 0.0\n\t}\n\t\n\tval constraints = getNonPenetrationConstraints() \n\t\n}\n\nobject Collision {\n\t\n\t\/**Converts a collision to a physical collision\n\t * (sims.collision.Collision to a sims.dynamics.Collision)*\/\n\timplicit def collision2Physical(c: sims.collision.Collision[Shape]) = new Collision(c)\n\t\n\timplicit def collision2Constructor(c: sims.collision.Collision[Shape]) = new { def toPhysical = new Collision(c) }\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/events.scala","text":"<reponame>jodersky\/sims2<filename>src\/test\/scala\/sims\/test\/gui\/events.scala\npackage sims.test.gui\n\nimport scala.collection.mutable.ListBuffer\nimport sims.dynamics._\n\ntrait Event\ncase class BodyAdded(world: World, body: Body) extends Event\ncase class BodyRemoved(world: World, body: Body) extends Event\ncase class Stepped(wordl: World) extends Event\ncase class JointAdded(world: World, joint: Joint) extends Event\ncase class JointRemoved(world: World, joint: Joint) extends Event\n\nobject Reactions {\n\tclass Impl extends Reactions {\n\t\tprivate val parts = new ListBuffer[Reaction]\n\t\tdef isDefinedAt(e: Event) = parts exists (_ isDefinedAt e)\n\t\tdef +=(r: Reaction) = parts += r\n\t\tdef -=(r: Reaction) = parts -= r\n\t\tdef clear() = parts.clear()\n\t\tdef apply(e: Event) {\n\t\t\tfor (p <- parts; if p isDefinedAt e) p(e)\n\t\t}\n\t}\n\ttype Reaction = PartialFunction[Event, Unit]\n}\n\nabstract class Reactions extends Reactions.Reaction {\n\tdef +=(r: Reactions.Reaction): Unit\n\tdef -=(r: Reactions.Reaction): Unit\n\tdef clear(): Unit\n}\n\ntrait Reactor {\n\tval reactions: Reactions = new Reactions.Impl \n\t\n\tdef listenTo(ps: Publisher*) = for (p <- ps) p.subscribe(reactions)\n\tdef deafTo(ps: Publisher*) = for (p <- ps) p.unsubscribe(reactions)\n}\n\ntrait Publisher {\n\timport Reactions._\n\t\n\tprivate val listeners = new ListBuffer[Reaction]\n\t\n\tdef subscribe(listener: Reaction) = listeners += listener\n\tdef unsubscribe(listener: Reaction) = listeners -= listener\n\t\n\tdef publish(e: Event) { for (l <- listeners) l(e) }\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/EmptyScene.scala","text":"<reponame>jodersky\/sims2<filename>src\/test\/scala\/sims\/test\/gui\/scenes\/EmptyScene.scala<gh_stars>1-10\npackage sims.test.gui\npackage scenes\n\nobject EmptyScene extends Scene {\n\tdef init() = ()\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/DistanceJoint.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.dynamics.constraints._\nimport sims.math._\n\n\/** A distance joint, used to keep two bodies at a fixed distance.\n \t* The distance is given by the initial distance of the anchor points.\n \t* \n \t* This joint removes one degree of freedom between two bodies,\n \t* hence it contains one [[sims.dynamics.constraints.Constraint]]. \n \t* \n \t* @param body1 first body connected by this joint\n \t* @param anchor1 anchor point on first body (in world coordinates)\n \t* @param body2 second body connected by this joint \n \t* @param anchor2 anchor point on second body (in world coordinates) *\/\nclass DistanceJoint(val body1: Body, val anchor1: Vector2D, val body2: Body, val anchor2: Vector2D) extends Joint {\n\tdef this(body1: Body, body2: Body) = this(body1, Vector2D.Null, body2, Vector2D.Null)\n\t\n\tprivate val self = this\n\t\n\tval local1 = anchor1 - body1.position\n\tval local2 = anchor2 - body2.position\n\tprivate val l = (anchor2 - anchor1).length \/\/(body2.position + local2 - body1.position - local1).length\n\tprivate val rotation01 = body1.rotation\n\tprivate val rotation02 = body2.rotation\n\t\n\tdef r1 = (local1 rotate (body1.rotation - rotation01))\n\tdef r2 = (local2 rotate (body2.rotation - rotation02))\n\t\n\tdef x1 = body1.position + r1\n\tdef x2 = body2.position + r2\n\t\n\tprivate def v1 = body1 velocityOfPoint x1\n\tprivate def v2 = body2 velocityOfPoint x2\n\t\n\tprivate def x = x2 - x1\n\tprivate def v = v2 - v1\n\t\n\tval constraints = List(new Constraint{\n\t\tval body1 = self.body1\n\t\tval body2 = self.body2\n\t\tdef value = x.length - l\n\t\tdef jacobian = new Jacobian(-x.unit, -(r1 cross x.unit), x.unit, (r2 cross x.unit))\n\t})\n\t\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/KeyManager.scala","text":"<filename>src\/test\/scala\/sims\/test\/gui\/KeyManager.scala\npackage sims.test.gui\n\nimport processing.core.PApplet\n\nclass KeyManager(implicit top: Main) {\n\n\tdef keyPressed(keyCode: Int) = keyCode match {\n\t\t\/\/ ENTER\n\t\tcase 10 => top.SceneManager.currentScene.world.step()\n\t\t\n\t\t\/\/ SPACE\n\t\tcase 32 => top.paused = !top.paused\n\t\t\n\t\t\/\/ PAGE UP\n\t\tcase 33 => top.viewScale += top.viewScale * 0.02f\n\t\t\n\t\t\/\/ PAGE DOWN\n\t\tcase 34 => top.viewScale -= top.viewScale * 0.02f\n\t\t\n\t\t\/\/ 0\n\t\tcase 36 => {top.offsetX = 0; top.offsetY = 0}\n\t\t\n\t\t\/\/ LEFT\n\t\tcase 37 => top.offsetX += 50\n\t\t\n\t\t\/\/ UP\n\t\tcase 38 => top.offsetY -= 50\n\t\t\n\t\t\/\/ RIGHT\n\t\tcase 39 => top.offsetX -= 50\n\t\t\n\t\t\/\/ DOWN\n\t\tcase 40 => top.offsetY += 50\n\t\t\n\t\t\/\/ , (<)\n\t\tcase 44 => top.SceneManager.previousScene()\n\t\t\n\t\t\/\/ . (>)\n\t\tcase 46 => top.SceneManager.nextScene()\n\t\t\n\t\t\/\/ b\n\t\tcase 66 => top.SceneManager.currentScene.world.errorReduction += 0.1\n\t\t\n\t\t\/\/v\n\t\tcase 86 => top.SceneManager.currentScene.world.errorReduction -= 0.1\n\t\t\n\t\tcase 45 => top.SceneManager.currentScene.world.iterations -= 1\n\t\tcase 61 => top.SceneManager.currentScene.world.iterations += 1\n\t\t\t\n\t\tcase x: Any => println(\"unknown key: \" + x)\n\t}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/math\/math.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims\n\npackage object math {\n\t\n\timplicit def double2PseudoVector3D(x3: Double) = new PseudoVector3D(x3)\n\t\n\timplicit def tuple2Vector[A: Numeric, B: Numeric](t: (A, B)): Vector2D = {\n\t\tval x = implicitly[Numeric[A]].toDouble(t._1)\n\t\tval y = implicitly[Numeric[B]].toDouble(t._2)\n\t\tnew Vector2D(x, y)\n\t}\n\t\n\tdef mod(x: Int, y: Int): Int = {val r = x % y; if (r < 0) r + y else r}\n\t\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/LongCollisionScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.dynamics._\nimport sims.math._\nimport sims.dynamics._\n\nobject LongCollisionScene extends Scene {\n\toverride def description = \"A test to verify conservation in a collision.\"\n\t\n\tdef makeBodies() = (for (i <- 0 until 10) yield {\n\t\tnew Circle(0.2) {\n\t\t\tposition = Vector2D(0 + 2.01 * radius * i, 0)\n\t\t\trestitution = 0.8\n\t\t}\n\t}.asBody) ++ (for (i <- 0 until 10) yield {\n\t\tnew Circle(0.2) {\n\t\t\tposition = Vector2D(6 + 2.01 * radius * i, 0)\n\t\t\trestitution = 0.8\n\t\t}\n\t}.asBody)\n\t\t\n\toverride def init() = {\n\t\tval bodies = makeBodies()\n\t\tbodies(0).fixed = true\n\t\tbodies(19).fixed = true\n\t\tfor (b <- bodies) world += b\n\t\tworld.gravity = Vector2D.Null\n\t\t\n\t\tval bullet = new Body(new Circle(0.2) {\n\t\t\tposition = Vector2D(5, 0)\n\t\t\trestitution = 0.8}) {\n\t\t\tlinearVelocity = Vector2D(3, 0)\n\t\t}\n\t\tworld += bullet\n\t\t\n\t\tworld.iterations = 10\n\t\t\n\t\tregisterListeners()\n\t}\n\t\n\tdef registerListeners() = {\n\t\treactions += {\n\t\t\tcase Stepped(`world`) => println(\n\t\t\t\t\t\"P: \" + world.bodies.map(P(_)).sum.toFloat + \n\t\t\t\t\t\"\\tE: \" + world.bodies.map(E(_)).sum.toFloat\n\t\t\t\t)\n\t\t}\n\t}\n\t\n\tdef P(b: Body) = if (b.fixed) 0 else b.linearMomentum.length\n\tdef E(b: Body) = if (b.fixed) 0 else (b.linearVelocity dot b.linearVelocity) * b.mass * 0.5\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/ContactPoint.scala","text":"<reponame>jodersky\/sims2\npackage sims.dynamics\n\nimport sims.collision.{Collision => CCollision}\nimport sims.dynamics.constraints._\nimport sims.math._\n\nclass RestingPoint(collision: CCollision[Shape], point: Vector2D) extends Constraint {\n\timport collision._\n\tval body1 = item1.body\n\tval body2 = item2.body\n\t\n\tdef relativeVelocity = body2.velocityOfPoint(point) - body1.velocityOfPoint(point)\n\t\n\toverride def inequality = true\n\t\n\toverride val limit = Some((0.0, Double.PositiveInfinity))\n\t\n\toverride def value = -overlap\n\t\n\toverride def jacobian = \n\t\tnew Jacobian(-normal.unit, -((point - body1.position) cross normal.unit),\n\t\t\t\t\t\t\t\t normal.unit,  ((point - body2.position) cross normal.unit))\n\t\t\t\n\tval slop = 0.005\n\toverride def error =\n\t\tif (collision.overlap > slop)\n\t\t\t-(collision.overlap - slop)\n\t\telse 0.0\n}\n\nclass ImpactPoint(collision: CCollision[Shape], point: Vector2D) extends Constraint {\n\timport collision._\n\tval body1 = item1.body\n\tval body2 = item2.body\n\t\n\tdef relativeVelocity = body2.velocityOfPoint(point) - body1.velocityOfPoint(point)\n\t\n\toverride def inequality = true\n\t\n\toverride val limit = Some((0.0, Double.PositiveInfinity))\n\t\n\toverride def value = -overlap\n\t\n\toverride def jacobian = \n\t\tnew Jacobian(-normal.unit, -((point - body1.position) cross normal.unit),\n\t\t\t\t\t\t\t\t normal.unit,  ((point - body2.position) cross normal.unit))\n\t\n\tval restitution = math.min(collision.item1.restitution, collision.item2.restitution)\n\toverride def bias = (relativeVelocity dot collision.normal.unit) * restitution\n\t\t\t\n\toverride def error = 0\n}\n\nobject ContactResolver {\n\t\n\tdef relativeVelocity(collision: CCollision[Shape], point: Vector2D) = \n\t\tcollision.item2.body.velocityOfPoint(point) - collision.item2.body.velocityOfPoint(point)\n\t\n\tdef resolve(collision: CCollision[Shape]): Seq[Constraint] = for (p <- collision.points) yield {\n\t\tval v = (relativeVelocity(collision, p) dot collision.normal.unit)\n\t\tif (v < -1) new RestingPoint(collision, p)\n\t\telse new ImpactPoint(collision, p)\n\t}\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Body.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.math._\n\nclass Body(shapes0: Shape*) {\n\t\n\tval shapes: List[Shape] = shapes0.toList\n\t\n\tvar force: Vector2D = Vector2D.Null\n\t\n\tvar torque: Double = 0.0\n\t\n\tvar linearVelocity: Vector2D = Vector2D.Null\n\t\n\tvar angularVelocity: Double = 0.0 \n\t\n\tprivate var _position: Vector2D = \n\t\t(Vector2D.Null \/: shapes)((v: Vector2D, s: Shape) => v + s.position * s.mass) \/ shapes.map(_.mass).sum\n\t\n\tdef position = _position\n\t\n\tdef position_=(pos: Vector2D) = {\n\t\tval delta = pos - _position\n\t\t_position = pos\n\t\tfor (s <- shapes) s.position += delta\n\t}\n\t\n\tprivate var _rotation: Double = 0.0\n\t\n\tdef rotation = _rotation\n\t\n\tdef rotation_=(r: Double) = {\n\t\tval delta = _rotation - r\n\t\t_rotation = r\n\t\tfor (s <- shapes) {\n\t\t\ts.rotation += delta\n\t\t\ts.position = position + (s.local.get rotate r)\n\t\t} \n\t}\n\t\n\tvar fixed = false\n\t\n\t\/**Returns the mass of this body. If the body is free, its mass is the sum of the masses of its shapes.\n \t* If the body is fixed, its mass is infinite (`Double.PositiveInfinity`).\n \t* @return this body's mass*\/\n \tlazy val mass: Double = if (!fixed) shapes.map(_.mass).sum else Double.PositiveInfinity\n \t\n \t\/**Returns the moment of inertia for rotations about the COM of this body.\n \t* It is calculated using the moments of inertia of this body's shapes and the parallel axis theorem.\n \t* If the body is fixed, its moment of inertia is infinite (`Double.PositiveInfinity`).\n \t* @return moment of inertia for rotations about the center of mass of this body*\/\n \tlazy val inertia: Double = if (!fixed) shapes.map((s: Shape) => s.inertia + s.mass * (s.local.get dot s.local.get)).sum else Double.PositiveInfinity\n \t\n \t\/**Applies a force to the center of mass of this body.\n   * @param force applied force*\/\n  def applyForce(force: Vector2D) = if (!fixed) this.force += force\n  \n  \/**Applies a force to a point on this body. The point is considered to be contained within this body.\n   * @param force applied force\n   * @param point position vector of the point (in world coordinates)*\/\n  def applyForce(force: Vector2D, point: Vector2D) = if (!fixed) {this.force += force; torque += (point - position) cross force}\n\t\n\t\/**Applies a torque to the center of mass.*\/\n\tdef applyTorque(torque: Double) = if (!fixed) this.torque += torque\n\t\n\t\/**Applies an impulse to the center of mass of this body.\n   * @param impulse applied impulse*\/  \n  def applyImpulse(impulse: Vector2D) = if (!fixed) linearVelocity += impulse \/ mass\n  \n  \/**Applies an impulse to a point on this body. The point is considered to be contained within this body.\n   * @param impulse applied impulse\n   * @param point position vector of the point (in world coordinates)*\/\n  def applyImpulse(impulse: Vector2D, point: Vector2D) = if (!fixed) {linearVelocity += impulse \/ mass; angularVelocity += ((point - position) cross impulse) \/ inertia}\n  \n  \/**Applies an angular impulse to the center of mass.*\/\n  def applyAngularImpulse(impulse: Double) = if (!fixed) angularVelocity += impulse \/ inertia\n  \n  \/**Linear velocity of the given point on this body (in world coordinates).*\/\n  def velocityOfPoint(point: Vector2D) = linearVelocity + (angularVelocity cross (point - position))\n  \n  \/**Linear momentum.*\/\n  def linearMomentum = linearVelocity * mass  \n  \n \tfor (s0 <- shapes0) {\n \t\ts0.local = Some(s0.position - _position)\n \t\ts0.body = this\n \t}\n  \n  def contains(point: Vector2D) = shapes.exists(_.contains(point))\n  \n  def info = {\n  \t\"Body@\" + hashCode + \"(\" + this.getClass() + \")\\n\" +  \n  \t\t\t\"\\tPosition: \" + position + \"\\n\" + \n  \t\t\t\"\\tRotation: \" + rotation + \"\\n\" + \n  \t\t\t\"\\tLinear velocity: \" + linearVelocity + \"\\n\" + \n  \t\t\t\"\\tAngular velocity: \" + angularVelocity + \"\\n\" +\n  \t\t\t\"\\tForce: \" + force + \"\\n\" +\n  \t\t\t\"\\tTorque: \" + torque + \"\\n\" +\n  \t\t\t\"\\tMass: \" + mass + \"\\n\" +\n  \t\t\t\"\\tInertia: \" + inertia + \"\\n\" +\n  \t\t\t\"\\tFixed: \" + fixed + \"\\n\" +\n  \t\t\t\"\\tShape count\" + shapes.length\n  \t\t\t\n  }\n \t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/RegularPolygon.scala","text":"<gh_stars>1-10\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport scala.math._\nimport sims.collision.ConvexPolygon\nimport sims.math._\n\n\/**A regular polygon with <code>n<\/code> sides whose excircle has a radius <code>radius<\/code>.\n  * @define shape regular polygon\n  * \n  * @param n number of sides.\n  * @param radius radius of the excircle\n  * @param density density of this regular polygon\n  * @throws IllegalArgumentException if <code>n<\/code> is smaller than 3 *\/\ncase class RegularPolygon(n: Int, radius: Double) extends ConvexPolygon with Shape {\n  require(n >= 3, \"A polygon must have at least 3 sides.\")\n  \n  \/**Height of one of the constituting triangles.*\/\n  private val h: Double = radius * cos(Pi \/ n)\n  \/**Half width of one of the constituting triangles.*\/\n  private val b: Double = radius * sin(Pi \/ n)\n  \n  def halfDiags = (for (i <- (0 until n).toArray) yield (Vector2D(0, radius) rotate (2 * Pi * i \/ n))) map (_ rotate rotation)\n  \n  def vertices = for (h <- halfDiags) yield position + h\n  \n  val area = n * h * b \/ 2\n  \n  \/**Moment of inertia of one of the constituting triangles about the center of this polygon.*\/\n  private val Ic: Double = density * b * (3 * b + 16) * pow(h, 4) \/ 54\n  \n  val inertia = n * Ic\n}\n"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/GJK.scala","text":"package sims.test.gjk\n\nimport scala.collection.mutable.ListBuffer\nimport sims.collision._\nimport sims.collision.narrowphase.NarrowPhaseDetector\nimport sims.math._\n\n\/** A narrowphase detector using the Gilbert-Johnson-Keerthi algorithm. *\/\nclass GJK[A <: Collidable: ClassManifest] extends NarrowPhaseDetector[A] {\n\t\n\t\/** Checks whether the given simplex contains the origin. If it does, `None` is returned.\n\t  * Otherwise a new search direction is returned and the simplex is updated. *\/\n\tprotected def checkSimplex(simplex: ListBuffer[Vector2D], direction: Vector2D): Option[Vector2D] = {\n\t\tif (simplex.length == 2) { \/\/simplex == 2\n\t\t\tval a = simplex(0)\n\t\t\tval b = simplex(1)\n\t\t\tval ab = b - a\n\t\t\tval ao = -a\n\t\t\t\n\t\t\tif (ao directionOf ab) {\n\t\t\t\tSome(ab cross ao cross ab)\n\t\t\t} else {\n\t\t\t\tsimplex.remove(1)\n\t\t\t\tSome(ao)\n\t\t\t}\n\t\t} \/\/ end simplex == 2\n\t\t\n\t\telse if (simplex.length == 3) { \/\/simplex == 3\n\t\t\tval a = simplex(0)\n\t\t\tval b = simplex(1)\n\t\t\tval c = simplex(2)\n\t\t\tval ab = b - a\n\t\t\tval ac = c - a\n\t\t\tval ao = -a\n\t\t\tval winding = ab cross ac\n\t\t\t\n\t\t\tif (ao directionOf (ab cross winding)) {\n\t\t\t\tif (ao directionOf ab) {\n\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\tSome(ab cross ao cross ab)\n\t\t\t\t} else if (ao directionOf ac) {\n\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\tSome(ac cross ao cross ac)\n\t\t\t\t} else {\n\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\tSome(ao)\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif (ao directionOf (winding cross ac)) {\n\t\t\t\t\tif (ao directionOf ac) {\n\t\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\t\tSome(ac cross ao cross ac)\n\t\t\t\t\t} else {\n\t\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\t\tSome(ao)\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tNone\n\t\t\t\t}\n\t\t\t}\n\t\t} \/\/end simplex == 3\n\t\t\n\t\telse throw new IllegalArgumentException(\"Invalid simplex size.\")\n\t\t\n\t}\n\t\n\t\n\tdef getPenetration(pair: (A, A)): Option[Penetration] = {\n\t\timplicit val pr = pair\n\t\tval ms = new MinkowskiSum(pair)\n\t\timport ms._\n\t\tval s = support(Vector2D.i)\n\t\tval simplex = new ListBuffer[Vector2D]\n\t\tsimplex prepend s\n\t\tvar direction = -s\n\t\t\n\t\tvar counter = 0\n\t\twhile (counter < 100) {\n\t\t\t\n\t\t\tval a = support(direction)\n\t\t\t\n\t\t\tif ((a dot direction) < 0) return None\n\t\t\t\n\t\t\tsimplex prepend a\n\t\t\t\n\t\t\tval newDirection = checkSimplex(simplex, direction)\n\t\t\t\n\t\t\tif (newDirection.isEmpty) return Some(EPA.getPenetration(simplex, ms))\n\t\t\telse direction = newDirection.get\n\t\t\t\n\t\t\tcounter += 1\n\t\t}\n\t\tthrow new IllegalArgumentException(\"Something went wrong, should not reach here.\")\n\t}\n\t\n\toverride def collision(pair: (A, A)): Option[Collision[A]] = {\n\t\tval p = getPenetration(pair)\n\t\tif (p == None) return None\n\t\tval man = FeatureManifold.getCollisionPoints(pair, p.get.normal)\n\t\tif (man == None) return None\n\t\t\n\t\tSome(new Collision[A] {\n\t\t\tval item1 = pair._1 \n\t\t\tval item2 = pair._2\n\t\t\tval normal = man.get.normal\n\t\t\tval overlap = p.get.overlap \n\t\t\tval points = man.get.pts.toList\n\t\t})\n\t}\n\t\n}\n\n\n"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Ray.scala","text":"<filename>src\/main\/scala\/sims\/collision\/Ray.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport scala.math._\nimport sims.math._\n\n\/**A ray.\n * @param point starting point of this ray\n * @param direction this ray's directional vector\n * @throws IllegalArgumentException if the directional vector is the null vector*\/\ncase class Ray(point: Vector2D, direction: Vector2D)\n\textends Linear\n\twith Intersectable[Segment] {\n  \n\t\/*def closest(point: Vector2D) = {\n\t\tvar t = ((point - this.point) dot (direction)) \/ (direction dot direction)\n  \tif (t < 0) t = 0\n  \tthis.point + direction * t\n\t}*\/\n\t\n\tdef intersection(segment: Segment): Option[Vector2D] = {\n\t\t\n\t\tval n = segment.leftNormal\n  \t\n  \t\/\/ Handle case when two segments parallel\n  \tif ((n dot direction) == 0) None\n  \telse {\n  \t\tval t = (n dot (segment.point1 - point)) \/ (n dot direction)\n  \t\tval i = point + direction * t\n  \t\tif (0 <= t && (i - segment.point1).length <= segment.length) Some(i)\n  \t\telse None\n  \t}\n\t\t\/*\n\t\t\/\/ Returns 2 times the signed triangle area. The result is positive if\n  \t\/\/ abc is ccw, negative if abc is cw, zero if abc is degenerate.\n  \tdef signed2DTriArea(a: Vector2D, b: Vector2D, c: Vector2D) = {\n  \t\t(a.x - c.x) * (b.y - c.y) - (a.y - c.y) * (b.x - c.x);\n  \t}\n  \t\n  \tif (signed2DTriArea(point, point + direction, segment.point1) * signed2DTriArea(point, point + direction, segment.point2) < 0) {\n  \t\tval ab = segment.point2 - segment.point1\n  \t\tval ac = segment.point2 - point\n  \t\tval t = (ac.x * ab.y - ac.y * ab.x) \/ (direction.y * ab.x - direction.x - ab.y)\n  \t\tif (t >= 0) Some(point + direction * t) else None\n  \t} else None*\/\n\t}\n\t\n  \/**Checks if this ray contains the point <code>p<\/code>.*\/\n  def contains(p: Vector2D) = {\n    val v = p - point\n    p == point ||\n    v ~ direction &&\n    signum(direction.x) == signum(v.x) &&\n    signum(direction.y) == signum(v.y)\n  }\n}\n"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/JointScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.dynamics._\nimport sims.math._\nimport sims.dynamics._\n\nobject JointScene extends Scene {\n\t\n\toverride def init() = {\n\t\tval b1 = new Body(new Circle(0.1)) {fixed = true}\n\t\tval b2 = new Body(new Rectangle(0.1, 0.5)) {position = Vector2D(2,2)}\n\t\tval j = new DistanceJoint(b1, b1.position, b2, b2.position + Vector2D(0, -0.5))\n\t\tworld += b1\n\t\tworld += b2\n\t\tworld += j\n\t\t\n\t\tval chainBodies = for (i <- 0 until 10) yield new Body(new Rectangle(0.5, 0.1)){fixed = i == 0 || i == 9; position = Vector2D(i, 5)}\n\t\tval chainHinges = for (i <- 0 until chainBodies.length - 1) yield\n\t\t\tnew RevoluteJoint(chainBodies(i), chainBodies(i + 1), Vector2D(i + 0.5, 5))\n\t\tfor (b <- chainBodies) world += b\n\t\tfor (j <- chainHinges) world += j\n\t\t\n\t\timport sims.dsl._\n\t\tval c = new Body(new Circle(0.1)) {position = Vector2D(4, 0)}\n\t\tworld += c\n\t\tworld += c distance chainBodies(4)\n\t\t\n\t\tval r = new Body(new Rectangle(2, 0.1)) {position = Vector2D(4, 0)}\n\t\tworld += r\n\t\tworld += c revolute r\n\t\t\n\t\tval c2 = new Body(new Circle(0.2)) {position = Vector2D(2, 2)}\n\t\tworld += c2\n\t\tworld += r :@@ (-2, 0) distance c2\n\t\t\n\t\tval r2 = new Body(new Rectangle(0.1, 0.2)) {position = Vector2D(6, 2)}\n\t\tworld += r2\n\t\tworld += r :@@ (2, 0) distance (0, -0.2) @@: r2\n\t\t\n\t\tval r3 = new Body(new Rectangle(0.3, 0.1)) {position = Vector2D(6.3, 2.2)}\n\t\tworld += r3\n\t\tworld += r2 :@ (6, 2.2) revolute r3\n\t\t\n\t\t\/\/ chaos pendulum\n\t\t{\n\t\t\tval c1 = new Body(new Circle(0.1)) {fixed = true; position = Vector2D(12, 2)}\n\t\t\tworld += c1\n\t\t\tval r1 = new Body(new Rectangle(1, 0.1)) {position = Vector2D(13, 2)}\n\t\t\tworld += r1\n\t\t\tval r2 = new Body(new Rectangle(1, 0.1)) {position = Vector2D(15, 2)}\n\t\t\tworld += r2\n\t\t\t\n\t\t\tworld += c1 revolute r1\n\t\t\tworld += r1 :@@ (1, 0) revolute r2\n\t\t\t\n\t\t}\n\t\t\n\t\t\/\/ net\n\t\t{\n\t\t\tval w = 10\n\t\t\tval h = 10\n\t\t\tval d = 0.2\n\t\t\t\n\t\t\tval nodes = \n\t\t\t\tfor (i <- (0 until w).toArray) yield\n\t\t\t\t\tfor (j <- (0 until h).toArray) yield\n\t\t\t\t\t\tnew Body(new Circle(0.05)) {fixed = i == 0 && j == h - 1 ; position = Vector2D(i * d, j * d) + Vector2D(-3, 2)}\n\t\t\t\n\t\t\tfor (n <- nodes.flatten) world += n\n\t\t\t\n\t\t\tval joints = {\n\t\t\t\tvar r: List[DistanceJoint] = Nil\n\t\t\t\tfor(i <- 0 to nodes.length - 1; j <- 0 to nodes(i).length - 1) {\n\t\t\t\t\tif (i > 0)\n\t\t\t\t\t\tr = (nodes(i-1)(j) distance nodes(i)(j)) :: r\n\t\t\t\t\tif (j > 0)\n\t\t\t\t\t\tr = (nodes(i)(j-1) distance nodes(i)(j)) :: r\n\t\t\t\t}\n\t\t\t\tr\n\t\t\t}\n\t\t\t\n\t\t\tfor (j <- joints) world += j\n\t\t\t\n\t\t}\n\t\t\n\t\t\n\t\tworld.collisionDetection = false\n\t\tworld.iterations = 10\n\t\tworld.errorReduction = 1\n\t\t\n\t\t\n\t\t\/*\n\t\tval r1 = new Body(new Rectangle(0.5, 0.1)) {fixed = true; position = Vector2D(5, 5)}\n\t\tval r2 = new Body(new Rectangle(0.5, 0.1)) {position = Vector2D(6, 5)}\n\t\tval r3 = new Body(new Rectangle(0.5, 0.1)) {position = Vector2D(7, 5)}\n\t\tval j12 = new RevoluteJoint(r1, r2, Vector2D(5.5, 5))\n\t\tval j23 = new RevoluteJoint(r2, r3, Vector2D(6.5, 5))\n\t\tworld += r1\n\t\tworld += r2\n\t\tworld += r3\n\t\tworld += j12\n\t\tworld += j23\n\t\t*\/\n\t}\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/ContactPoint.scala","text":"package sims.collision\n\nimport sims.math._\n\nclass ContactPoint[A <: Collidable](\n\t\tval item1: A,\n\t\tval item2: A,\n\t\tval normal: Vector2D,\n\t\tval overlap: Double,\n\t\tval point: Vector2D\n\t)"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/ClippingTest.scala","text":"<filename>src\/test\/scala\/sims\/test\/ClippingTest.scala\npackage sims.test\n\nimport org.scalatest.FunSuite\nimport org.scalatest.matchers.ShouldMatchers\n\nimport sims.math._\nimport sims.collision._\n\nclass ClippingTest extends FunSuite with ShouldMatchers {\n\t\n\t\/*\n\ttest(\"clipping segment to segment, outside clipping zone\") {\n\t\tval A = new Segment((1, 1), (3, 0))\n\t\tval B = new Segment((0,0), (0, 1))\n\t\tval C = new Segment((4,-1), (10, 5))\n\t\t\n\t\t(B clipped A) should equal (None)\n\t\t(C clipped A) should equal (None)\n\t}\n\t\n\ttest(\"clipping segment to segment, inside clipping zone\") {\n\t\tval segments = List(\n\t\t\t\tnew Segment((2, 3), (4.5, 8)),\n\t\t\t\tnew Segment((3, -4), (2, -5)),\n\t\t\t\tnew Segment((0, 0), (10, 0)),\n\t\t\t\tnew Segment((1.1, -1234), (9.999, 0.001)),\n\t\t\t\tnew Segment((5, 5), (5, -5))\n\t\t\t)\n\t\t\t\n\t\tval clippers = List(\n\t\t\t\tnew Segment((0, 0), (10, 0)),\n\t\t\t\tnew Segment((10, 0), (0, 0)),\n\t\t\t\tnew Segment((120, -0.01), (-130, -0.01)),\n\t\t\t\tnew Segment((-2.3, 10000), (14, 10000))\n\t\t\t)\n\t\t\t\n\t\tdef translate(s: Segment, v: Vector2D) = {\n\t\t\tnew Segment(s.point1 + v, s.point2 + v)\n\t\t}\n\t\t\n\t\tdef rotate(s: Segment, r: Double) = {\n\t\t\tnew Segment(s.point1 rotate r, s.point2 rotate r)\n\t\t}\n\t\t\n\t\tfor (s <- segments; c <- clippers) {(s clipped c).get should equal (s)}\n\t\t\n\t\tfor (i <- 0 until 1000) for(s <- segments; c <- clippers) {\n\t\t\tval r = new scala.util.Random\n\t\t\tdef next = r.nextDouble * 1000 * (if (r.nextBoolean) -1 else 1)\n\t\t\tval x = (next, next)\n\t\t\tval y = next\n\t\t\t(translate(rotate(s, y), x) clipped translate(rotate(c, y), x)).get should equal (translate(rotate(s, y), x))\n\t\t}\n\t\t\n\t}\n\t*\/\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Polygon.scala","text":"<filename>src\/main\/scala\/sims\/collision\/Polygon.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.math._\n\n\/**Common properties of all polygons.*\/\ntrait Polygon extends Collidable {\n\t\n\t\/**Returns positions of all vertices of this Polygon. Vertices are ordered counter-clockwise.\n   * @return position vectors of the vertices*\/\n  def vertices: Seq[Vector2D]\n  \n  \/**Returns all sides of this polygon. The sides are ordered counter-clockwise, the first vertex of the side\n   * giving the side index.*\/\n  def sides: Seq[Segment] = for (i <- 0 until vertices.length) yield (new Segment(vertices(i), vertices((i + 1) % vertices.length)))\n  \n  \/**Returns this polygon's axis aligned bounding box.\n   * @see collision.AABB*\/\n  override def aabb = {\n    val xs = vertices.view map (_.x)\n    val ys = vertices.view map (_.y)\n    new AABB(Vector2D(xs.min, ys.min),\n             Vector2D(xs.max, ys.max))\n  }\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/MouseJoint.scala","text":"<gh_stars>1-10\npackage sims.test.gui\n\nimport sims.dynamics._\nimport sims.dynamics.constraints._\nimport sims.math._\n\nclass MouseJoint(val body1: Body, var anchor: Vector2D) extends Joint {\n\tval body2 = new Body() {fixed = true}\n\t\n\tprivate val self = this\n\t\n\tprivate val local1 = anchor - body1.position\n\t\n\tprivate val rotation01 = body1.rotation\n\t\n\tdef r1 = (local1 rotate (body1.rotation - rotation01))\n\t\n\tdef x1 = body1.position + r1\n\tdef x2 = anchor\n\t\n\tdef x = x2 - x1\n\t\n\tval constraints = List(\n\t\tnew Constraint {\n\t\t\tval body1 = self.body1\n\t\t\tval body2 = self.body2\n\t\t\tdef value = x.x\n\t\t\tdef jacobian = new Jacobian(-Vector2D(1, 0), r1.y, Vector2D.i, 0)\n\t\t},\n\t\tnew Constraint {\n\t\t\tval body1 = self.body1\n\t\t\tval body2 = self.body2\n\t\t\tdef value = x.y\n\t\t\tdef jacobian = new Jacobian(-Vector2D(0, 1), -r1.x, Vector2D.j, 0)\n\t\t}\n\t)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/RichJoint.scala","text":"<reponame>jodersky\/sims2\npackage sims.test.gui\n\nimport processing.core.PApplet\nimport processing.core.PConstants._\nimport sims.dynamics._\n\nclass RichJoint(joint: Joint) {\nprivate implicit def double2Float(x: Double): Float = x.toFloat\n\t\n\tdef toGraphical(implicit parent: PApplet) = new GraphicalJoint(joint) {\n\t\t\n\t\tval top = parent\n\t\t\n\t\tval render = joint match {\n\t\t\t\n\t\t\tcase j: DistanceJoint => () => {\n\t\t\t\ttop.pushMatrix()\n\t\t\t\ttop.stroke(0, 0, 0)\n\t\t\t\ttop.fill(0, 0, 0)\n\t\t\t\ttop.line(j.x1.x, j.x1.y, j.x2.x, j.x2.y)\n\t\t\t\ttop.stroke(100, 100, 100)\n\t\t\t\ttop.line(j.body1.position.x, j.body1.position.y, j.x1.x, j.x1.y)\n\t\t\t\ttop.line(j.body2.position.x, j.body2.position.y, j.x2.x, j.x2.y)\n\t\t\t\ttop.popMatrix()\n\t\t\t}\n\t\t\t\n\t\t\tcase j: RevoluteJoint => () => {\n\t\t\t\ttop.pushMatrix()\n\t\t\t\ttop.stroke(0, 0, 0)\n\t\t\t\ttop.fill(0, 0, 0)\n\t\t\t\ttop.line(j.x1.x, j.x1.y, j.x2.x, j.x2.y)\n\t\t\t\ttop.stroke(100, 100, 100)\n\t\t\t\ttop.line(j.body1.position.x, j.body1.position.y, j.x1.x, j.x1.y)\n\t\t\t\ttop.line(j.body2.position.x, j.body2.position.y, j.x2.x, j.x2.y)\n\t\t\t\ttop.popMatrix()\n\t\t\t}\n\t\t\t\n\t\t\tcase j: MouseJoint => () => ()\n\t\t\t\n\t\t\tcase _ => throw new IllegalArgumentException(\"Cannot create graphical joint: unknown joint.\")\n\t\t}\n\t\n\t}\n\t\n}\n\nobject RichJoint {\n\t\n\timplicit def jointToRichShape(j: Joint) = new RichJoint(j)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/narrowphase\/gjk\/GJK.scala","text":"package sims.collision.narrowphase\npackage gjk\n\nimport sims.collision._\nimport sims.math._\nimport scala.collection.mutable.ListBuffer\n\nclass GJK[A <: Collidable: ClassManifest] extends narrowphase.NarrowPhaseDetector[A] {\n\t\n\t\n\tdef penetration(pair: (A, A)): Option[Penetration] = {\n\t\tval ms = new MinkowskiSum(pair)\t\t\n\t\tval s = ms.support(Vector2D.i)\n\t\tval simplex = new ListBuffer[Vector2D]\n\t\tsimplex prepend s\n\t\tvar direction = -s\n\t\t\n\t\twhile (true) {\n\t\t\t\n\t\t\tval a = ms.support(direction)\n\t\t\t\n\t\t\tif ((a dot direction) < 0) return None\n\t\t\t\n\t\t\tsimplex prepend a\n\t\t\t\n\t\t\tval newDirection = checkSimplex(simplex, direction)\n\t\t\t\n\t\t\tif (newDirection == null) return Some(EPA.penetration(simplex, ms))\n\t\t\telse direction = newDirection\n\t\t\t\n\t\t}\n\t\t\n\t\tthrow new IllegalArgumentException(\"Something went wrong, should not reach here.\")\n\t}\n\t\n\t\/** Checks whether the given simplex contains the origin. If it does, `null` is returned.\n\t  * Otherwise a new search direction is returned and the simplex is updated. *\/\n\tprivate def checkSimplex(simplex: ListBuffer[Vector2D], direction: Vector2D): Vector2D = {\n\t\tif (simplex.length == 2) { \/\/simplex == 2\n\t\t\tval a = simplex(0)\n\t\t\tval b = simplex(1)\n\t\t\tval ab = b - a\n\t\t\tval ao = -a\n\t\t\t\n\t\t\tif (ao directionOf ab) {\n\t\t\t\tab cross ao cross ab\n\t\t\t} else {\n\t\t\t\tsimplex.remove(1)\n\t\t\t\tao\n\t\t\t}\n\t\t} \/\/ end simplex == 2\n\t\t\n\t\telse if (simplex.length == 3) { \/\/simplex == 3\n\t\t\tval a = simplex(0)\n\t\t\tval b = simplex(1)\n\t\t\tval c = simplex(2)\n\t\t\tval ab = b - a\n\t\t\tval ac = c - a\n\t\t\tval ao = -a\n\t\t\tval winding = ab cross ac\n\t\t\t\n\t\t\tif (ao directionOf (ab cross winding)) {\n\t\t\t\tif (ao directionOf ab) {\n\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\tab cross ao cross ab\n\t\t\t\t} else if (ao directionOf ac) {\n\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\tac cross ao cross ac\n\t\t\t\t} else {\n\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\tao\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif (ao directionOf (winding cross ac)) {\n\t\t\t\t\tif (ao directionOf ac) {\n\t\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\t\tac cross ao cross ac\n\t\t\t\t\t} else {\n\t\t\t\t\t\tsimplex.remove(2)\n\t\t\t\t\t\tsimplex.remove(1)\n\t\t\t\t\t\tao\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tnull\n\t\t\t\t}\n\t\t\t}\n\t\t} \/\/end simplex == 3\n\t\t\n\t\telse throw new IllegalArgumentException(\"Invalid simplex size.\")\n\t\t\n\t}\n\t\n\tdef collision(pair: (A, A)): Option[Collision[A]] = {\n\t\tval p = penetration(pair)\n\t\tif (p.isEmpty) return None\n\t\tval manif = CS.getCollisionPoints(pair, p.get.normal)\n\t\tSome(new Collision[A] {\n\t\t\tval item1 = pair._1 \n\t\t\tval item2 = pair._2 \n\t\t\tval normal = manif.normal\n\t\t\tval overlap = p.get.overlap\n\t\t\tval points = manif.points\n\t\t})\n\t\t\n\t}\n\n}\n\nobject GJK {\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Rectangle.scala","text":"<gh_stars>1-10\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport sims.math._\nimport sims.collision.ConvexPolygon\n\n\/**A rectangle is a polygon.\n  * @define shape rectangle\n  * \n  * @param halfWidth this rectangle's half width\n  * @param halfHeight this rectangle's half height\n  * @param density density of this rectangle *\/\ncase class Rectangle(halfWidth: Double, halfHeight : Double) extends ConvexPolygon with Shape {\n  \n  val area = halfWidth * halfHeight * 4\n  \n  val inertia = 1.0 \/ 12.0  * mass * ((2 * halfWidth) * (2 * halfWidth) + (2 * halfHeight) * (2 * halfHeight))\n  \n  \/**Returns the vectors from the center to the vertices of this rectangle.\n   * The first vertex is the upper-right vertex at a rotation of 0.\n   * Vertices are ordered counter-clockwise.*\/\n  def halfDiags: Array[Vector2D] = Array(Vector2D(halfWidth, halfHeight),\n                                         Vector2D(-halfWidth, halfHeight),\n                                         Vector2D(-halfWidth, -halfHeight),\n                                         Vector2D(halfWidth, -halfHeight)) map (_ rotate rotation)\n  \n  \/**Returns the position vectors of this rectangle's vertices.\n   * The first vertex is the upper-right vertex at a rotation of 0.\n   * Vertices are ordered counter-clockwise.*\/\n  def vertices = for (h <- halfDiags) yield position + h\n  \n} "}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dsl\/BodyPoint.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dsl\n\nimport sims.dynamics._\nimport sims.math._\n\nclass BodyPoint(val body: Body, val point: Vector2D) {\n\tdef this(body: Body) = this(body, body.position)\n\t\n\tdef distance(bp: BodyPoint) = new DistanceJoint(body, point, bp.body, bp.point)\n\t\n\tdef revolute(bp: BodyPoint) = new RevoluteJoint(body, bp.body, point)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/Circle.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics\n\nimport scala.math.Pi\nimport sims.collision.{AABB, Projection}\nimport sims.math._\n\n\/** A circle.\n  * @define shape circle\n  * \n  * @param radius radius of this circle *\/\ncase class Circle(radius: Double) extends sims.collision.Circle with Shape {\n\t\n\tval area: Double = Pi * radius * radius\n\t\n\tlazy val inertia: Double = mass * radius * radius \/ 2\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/math\/vector.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.math\n\nimport scala.math._\n\n\/** A 2D vector.\n  * When used in a geometric context, all operations are related to a right-handed coordinate\n  * system and positive angles are given counter-clockwise.  \n  * @param x 1st component\n  * @param y 2nd component *\/\ncase class Vector2D(x: Double, y: Double) {\n  \n  \/** Components of this vector. *\/\n  lazy val components = List(x, y)\n    \n  \/** Vector addition. *\/\n  def +(v: Vector2D): Vector2D = new Vector2D(x + v.x, y + v.y)\n  \n  \/** Scalar multiplication. *\/\n  def *(n: Double): Vector2D = new Vector2D(x * n, y * n)\n  \n  \/** Inverse of this vector. *\/\n  lazy val unary_- = this * (-1)\n  \n  \/** Add inverse of another vector. *\/\n  def -(v: Vector2D) = this + -v\n  \n  \/** Multiply by inverse of scalar. *\/\n  def \/(n: Double) = this * (1 \/ n)\n  \n  \/** Dot product. *\/\n  def dot(v: Vector2D): Double = x * v.x + y * v.y\n  \n  \/** Cross product. Length only because in 2D. The direction would be given by the z-axis. *\/\n  def cross(v: Vector2D): Double = x * v.y - y * v.x\n  \n  \/** Cross product with an imaginary vector parallel to the z-axis.\n    * Its magnitude is given by `|p|` and its direction `sign(p)`. *\/\n  def cross(p: PseudoVector3D): Vector2D = rightNormal * p.z\n  \n  \/** Magnitude of this vector. *\/\n  lazy val length: Double = math.sqrt(lengthSquare)\n\n  \/** Returns this vector's length to the square. This method should be preferred to simply\n    * `length` whenever possible since it is a lot faster. *\/\n  lazy val lengthSquare: Double = x * x + y * y\n  \n  \/** Unit vector.\n    * @throws UnsupportedOperationException if invoked on null vector. *\/\n  lazy val unit: UnitVector2D =\n  \tif (!(x == 0.0 && y == 0.0)) new UnitVector2D(x \/ length, y \/ length) \n    else throw new UnsupportedOperationException(\"Null vector does not have a unit vector.\")\n  \n  \/** Returns the projection of this vector onto the vector `v`. *\/\n  def project(v: Vector2D): Vector2D = {\n    if (v != Vector2D.Null)\n      v * ((this dot v) \/ (v.lengthSquare))\n    else\n      Vector2D.Null\n   }\n\t\n  \/** Returns the projection of this vector onto the unit vector `u`. *\/\n  def project(u: UnitVector2D): Vector2D = {\n    if (u != Vector2D.Null)\n      u * (this dot u)\n    else\n      Vector2D.Null\n   }\n  \n  \/** Returns this vector rotated by `angle` radians. *\/\n  def rotate(angle: Double): Vector2D = Vector2D(\n\tcos(angle) * x - sin(angle) * y,\n    cos(angle) * y + sin(angle) * x\n  )\n  \n  \/** Left normal vector. (-y, x) *\/\n  lazy val leftNormal: Vector2D = Vector2D(-y, x)\n  \n  \/** Right normal vector. (y, -x) *\/\n  lazy val rightNormal: Vector2D = Vector2D(y, -x)\n  \n  \/** Checks if this vector is the null vector. *\/\n  def isNull: Boolean = this == Vector2D.Null\n  \n  \/** Colinearity check. *\/\n  def ~(v: Vector2D): Boolean = x * v.y - v.x * y == 0\n  \n  \/** Checks if this vector is pointing strictly to the left of the given vector. *\/\n  def leftOf(v: Vector2D): Boolean = (this dot v.leftNormal) > 0\n  \n  \/** Checks if this vector is pointing strictly to the right of the given vector. *\/\n  def rightOf(v: Vector2D): Boolean = (this dot v.rightNormal) > 0\n  \n  \/** Determines if this vector is pointing in the same direction of the given vector, rotated\n    * up to 90 degrees in any direction.\n    * This corresponds to checking if the dot product of this vector and the given one is\n    * strictly positive. *\/\n  def directionOf(v: Vector2D): Boolean = (this dot v) > 0\n  \n}\n\t\nobject Vector2D {\n  \n  \/** Null vector. *\/\n  val Null = Vector2D(0,0)\n  \n  \/** Horizontal unit vector. (1,0) *\/\n  val i = new UnitVector2D(1,0)\n  \n  \/** Vertical unit vector. (0,1) *\/\n  val j = new UnitVector2D(0,1)\n\t\n}\n\n\/** A two dimensional vector always considered having a magnitude of one.\n  * Unit vectors are used internally for increasing performance\n  * (i.e. the length of a unit vector is always one; the unit vector of\n  * a unit vector is always itself). *\/\nclass UnitVector2D(x: Double, y: Double) extends Vector2D(x, y) {\n\t\n  \/** Checks if this vector is really a unit vector, i.e. its length is 1. *\/\n  def isValid = x * x + y * y == 1\n  \n  override lazy val unit = this\n\t\n  override lazy val length = 1.0\n\n  override lazy val lengthSquare = 1.0\n\t\n  override lazy val leftNormal = new UnitVector2D(-y, x)\n  \n  override lazy val rightNormal = new UnitVector2D(y, -x)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/EPA.scala","text":"<filename>src\/test\/scala\/sims\/test\/gjk\/EPA.scala<gh_stars>1-10\npackage sims.test.gjk\n\nimport scala.collection.mutable.ListBuffer\nimport sims.math._\n\n\/** The implementation was adapted from dyn4j by <NAME> (see http:\/\/www.dyn4j.org). *\/\nobject EPA {\n\t\n\tval MaxIterations = 100\n\t\n\tval DistanceEpsilon = 0.0001\n\t\n\tprotected class Edge(val normal: Vector2D, val distance: Double, val index: Int)\n\t\n\tprivate def winding(simplex: ListBuffer[Vector2D]) = {\n\t\tfor (i <- 0 until simplex.size) {\n\t\t\tval j = if (i + 1 == simplex.size) 0 else i + 1\n\t\t\t\/\/val winding = math.signum(simplex(j) - simplex(i))\n\t\t}\n\t\t\n\t}\n\t\t\n\t\n\tdef getPenetration(simplex: ListBuffer[Vector2D], minkowskiSum: MinkowskiSum): Penetration = {\n\t\t\/\/ this method is called from the GJK detect method and therefore we can assume\n\t\t\/\/ that the simplex has 3 points\n\t\t\n\t\t\/\/ get the winding of the simplex points\n\t\t\/\/ the winding may be different depending on the points added by GJK\n\t\t\/\/ however EPA will preserve the winding so we only need to compute this once\n\t\tval winding = math.signum((simplex(1) - simplex(0)) cross (simplex(2) - simplex(1))).toInt\n\t\t\/\/ store the last point added to the simplex\n\t\tvar point = Vector2D.Null\n\t\t\/\/ the current closest edge\n\t\tvar edge: Edge = null;\n\t\t\/\/ start the loop\n\t\tfor (i <- 0 until MaxIterations) {\n\t\t\t\/\/ get the closest edge to the origin\n\t\t\tedge = this.findClosestEdge(simplex, winding);\n\t\t\t\/\/ get a new support point in the direction of the edge normal\n\t\t\tpoint = minkowskiSum.support(edge.normal);\n\t\t\t\n\t\t\t\/\/ see if the new point is significantly past the edge\n\t\t\tval projection: Double = point dot edge.normal\n\t\t\tif ((projection - edge.distance) < DistanceEpsilon) {\n\t\t\t\t\/\/ then the new point we just made is not far enough\n\t\t\t\t\/\/ in the direction of n so we can stop now and\n\t\t\t\t\/\/ return n as the direction and the projection\n\t\t\t\t\/\/ as the depth since this is the closest found\n\t\t\t\t\/\/ edge and it cannot increase any more\n\t\t\t\treturn new Penetration(edge.normal, projection)\n\t\t\t}\n\t\t\t\n\t\t\t\/\/ lastly add the point to the simplex\n\t\t\t\/\/ this breaks the edge we just found to be closest into two edges\n\t\t\t\/\/ from a -> b to a -> newPoint -> b\n\t\t\tsimplex.insert(edge.index, point);\n\t\t}\n\t\t\/\/ if we made it here then we know that we hit the maximum number of iterations\n\t\t\/\/ this is really a catch all termination case\n\t\t\/\/ set the normal and depth equal to the last edge we created\n\t\treturn new Penetration(edge.normal, point dot edge.normal)\n\t}\n\t\n\tprivate def findClosestEdge(simplex: ListBuffer[Vector2D], winding: Int): Edge = {\n\t\t\/\/ get the current size of the simplex\n\t\tval size = simplex.size;\n\t\t\/\/ create an edge\n\t\tvar edge = new Edge(Vector2D.Null, Double.PositiveInfinity, 0)\n\t\t\/\/ find the edge on the simplex closest to the origin\n\t\tfor (i <- 0 until size) {\n\t\t\t\/\/ compute j\n\t\t\tval j = if (i + 1 == size) 0 else i + 1\n\t\t\t\/\/ get the points that make up the current edge\n\t\t\tval a = simplex(i);\n\t\t\tval b = simplex(j);\n\t\t\t\/\/ create the edge\n\t\t\tval direction = simplex(j) - simplex(i);\n\t\t\t\/\/ depending on the winding get the edge normal\n\t\t\t\/\/ it would findClosestEdge(List<Vector2> simplex, int winding) {\n\t\t\t\/\/ get the current size of the simplex\n\t\t\tval normal = if (winding > 0) direction.rightNormal.unit\n\t\t\t\t\t\t\t\t\t else direction.leftNormal.unit\n\t\t\n\t\t\t\/\/ project the first point onto the normal (it doesnt matter which\n\t\t\t\/\/ you project since the normal is perpendicular to the edge)\n\t\t\tval d: Double = math.abs(simplex(i) dot normal);\n\t\t\t\/\/ record the closest edge\n\t\t\tif (d < edge.distance) \n\t\t\t\tedge = new Edge(normal, d, j)\n\t\t}\n\t\t\/\/ return the closest edge\n\t\treturn edge;\n\t}\n\n}\n\nclass Penetration(val normal: Vector2D, val overlap: Double)"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/math\/PseudoVector3D.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.math\n\n\/**A z-axis aligned vector. Since SiMS is in 2D, 3D vectors are only used as a convenience to simulate operations that only exist\n * in three dimensions such as the cross product.*\/\ncase class PseudoVector3D(z: Double) {\n\t\n\tdef cross(v: Vector2D): Vector2D = v.leftNormal * z\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/scenes\/PyramidScene.scala","text":"package sims.test.gui\npackage scenes\n\nimport sims.math._\nimport sims.dynamics._\nimport sims.dynamics._\n\nobject PyramidScene extends Scene {\n\toverride def description = \"A pyramid made out of circles.\"\n\t\n\tval Base = 40\n\tvar Radius = 0.2\n\t\n\tval s = math.sqrt(3)\n\t\n\tdef pyramid: Seq[Body] = (for (i <- 0 until Base) yield {\n\t\tfor (j <- 0 until Base - i) yield new Body(\n\t\t\tnew Circle(Radius) {\n\t\t\t\tposition = Vector2D(2 * j * Radius + i * Radius, s * i * Radius)\n\t\t\t\trestitution = 0.5\n\t\t\t}\n\t\t) {fixed = (i == 0)}\n\t}).flatten\n\t\t\n\toverride def init() = {\n\t\t\/\/world.gravity = Vector2D.Null\n\t\tfor (b <- pyramid) world += b\n\t\n\t\tval b = new Circle(0.3) {\n\t\t\toverride val density = 10.0\n\t\t\tposition = Vector2D(4,15)\n\t\t}\n\t\tval bd = new Body(b){\n\t\t\tlinearVelocity = Vector2D(0, -2.5)\n\t\t}\n\t\n\t\tworld += bd\n\t}\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/constraints\/Constraining.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics.constraints\n\nimport sims.dynamics._\n\n\/**A base trait implemented by objects representing constraints (such as joints or collisions).\n * @see sims.dynamics.constraints.Constraint\n *\/\ntrait Constraining {\n\t\n\t\/**All constraints represented by this constraining object.*\/\n\tdef constraints: Seq[Constraint]\n\t\n\t\/**Invoke `preSolve()` on each constraint.\n\t * @see sims.dynamics.constraints.Constraint*\/\n\tdef preSolve() = for (c <- constraints) c.preSolve() \n\t\t\n\t\/**Solves all constraints of this constraining object.\n\t * @see sims.dynamics.constraints.Constraint*\/\n\tdef correctVelocity(h: Double, erp: Double): Unit = for (c <- constraints) c.correctVelocity(h, erp)\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gjk\/GJK2.scala","text":"package sims.test.gjk\n\n\/**\n * Created by IntelliJ IDEA.\n * User: jakob\n * Date: 3\/27\/11\n * Time: 7:47 PM\n * To change this template use File | Settings | File Templates.\n *\/\n\nimport scala.collection.mutable.ListBuffer\nimport sims.math._\nimport sims.collision._\nimport sims.collision.narrowphase.NarrowPhaseDetector\n\ncase class Separation(distance: Double, normal: Vector2D, point1: Vector2D, point2: Vector2D)\nclass GJK2[A <: Collidable: ClassManifest] extends NarrowPhaseDetector[A] {\n\n  val margin = 0.1\n\n  case class MinkowskiPoint(convex1: Collidable, convex2: Collidable, direction: Vector2D) {\n    val point1 = convex1.support(direction) - direction.unit * margin\n    val point2 = convex2.support(-direction) + direction.unit * margin\n    val point = point1 - point2\n  }\n  \n  def support(c1: A, c2: A, direction: Vector2D) = MinkowskiPoint(c1, c2, direction)\n  implicit def minkowsi2Vector(mp: MinkowskiPoint) = mp.point\n\n  def separation(c1: A, c2: A): Option[(Separation)] = {\n\n    \/\/initial search direction\n    val direction0 = Vector2D.i\n\n    \/\/simplex points\n    var a = support(c1, c2, direction0)\n    var b = support(c1, c2, -direction0)\n\n    var counter = 0\n    while (counter < 100) {\n\n      \/\/closest point on the current simplex closest to origin\n      val point = segmentClosestPoint(a, b,Vector2D.Null)\n\n      if (point.isNull) return None\n\n      \/\/new search direction\n      val direction = -point.unit\n\n      \/\/new Minkowski Sum point\n      val c = support(c1, c2, direction)\n\n      if (containsOrigin(a, b, c)) return None\n\n      val dc = (direction dot c)\n      val da = (direction dot a)\n\n      if (dc - da < 0.0001) {\n        val (point1, point2) = findClosestPoints(a, b)\n        return Some(Separation(dc, direction, point1, point2))\n      }\n\n      if (a.lengthSquare < b.lengthSquare) b = c\n      else a = c\n      \/\/counter += 1\n    }\n    return None\n  }\n\n\n  def findClosestPoints(a: MinkowskiPoint, b: MinkowskiPoint): (Vector2D, Vector2D) =  {\n\t\tvar p1 = Vector2D.Null\n\t\tvar p2 = Vector2D.Null\n\n\t\t\/\/ find lambda1 and lambda2\n\t\tval l: Vector2D = b - a\n\n\t\t\/\/ check if a and b are the same point\n\t\tif (l.isNull) {\n\t\t\t\/\/ then the closest points are a or b support points\n\t\t\tp1 = a.point1\n\t\t\tp2 = a.point2\n\t\t} else {\n\t\t\t\/\/ otherwise compute lambda1 and lambda2\n\t\t\tval ll = l dot l;\n\t\t\tval l2 = -l.dot(a) \/ ll;\n\t\t\tval l1 = 1 - l2;\n\n\t\t\t\/\/ check if either lambda1 or lambda2 is less than zero\n\t\t\tif (l1 < 0) {\n\t\t\t\t\/\/ if lambda1 is less than zero then that means that\n\t\t\t\t\/\/ the support points of the Minkowski point B are\n\t\t\t\t\/\/ the closest points\n\t\t\t\tp1 = b.point1\n\t\t\t\tp2 = b.point2\n\t\t\t} else if (l2 < 0) {\n\t\t\t\t\/\/ if lambda2 is less than zero then that means that\n\t\t\t\t\/\/ the support points of the Minkowski point A are\n\t\t\t\t\/\/ the closest points\n\t\t\t\tp1 = a.point1\n\t\t\t\tp2 = a.point2\n\t\t\t} else {\n\t\t\t\t\/\/ compute the closest points using lambda1 and lambda2\n\t\t\t\t\/\/ this is the expanded version of\n\t\t\t\t\/\/ p1 = a.p1.multiply(l1).add(b.p1.multiply(l2));\n\t\t\t\t\/\/ p2 = a.p2.multiply(l1).add(b.p2.multiply(l2));\n        p1 = a.point1 * l1 + b.point1 * l2\n        p2 = a.point2 * l1 + b.point2 * l2\n\t\t\t}\n\t\t}\n\n    (p1, p2)\n  }\n\n  def segmentClosestPoint(a: Vector2D, b: Vector2D, point: Vector2D): Vector2D = {\n    if (a == b) return a\n    val direction = b - a\n    var t = ((point - a) dot (direction)) \/ (direction dot direction)\n    if (t < 0) t = 0\n  \tif (t > 1) t = 1\n  \ta + direction * t\n  }\n\n  def containsOrigin(a: Vector2D, b: Vector2D, c: Vector2D): Boolean =  {\n\t\tval sa = a.cross(b);\n\t\tval sb = b.cross(c);\n\t\tval sc = c.cross(a);\n\t\t\/\/ this is sufficient (we do not need to test sb * sc)\n\t\tsa * sb  > 0 && sa * sc > 0\n\t}\n\n  def collision(pair: (A, A)): Option[Collision[A]] = {\n    pair match {\n      case (c1: Circle, c2: Circle) => collisionCircleCircle(c1, c2)(pair)\n      case _ => gjkCollision(pair)\n    }\n  }\n\n  private def gjkCollision(pair: (A, A)): Option[Collision[A]] = {\n    val so = separation(pair._1, pair._2)\n    if (so.isEmpty) return None \/\/deep contact is not implemented yet\n    val s = so.get\n    Some(new Collision[A] {\n      val item1 = pair._1\n      val item2 = pair._2\n      val overlap = -(s.distance - 2 * margin)\n      val points = List(s.point1)\n      val normal = s.normal.unit\n    })\n\n  }\n\n  private def collisionCircleCircle(c1: Circle, c2: Circle)(pair: (A, A)) = {\n\t\tval d = (c2.position - c1.position)\n\t\tval l = d.length\n\t\tif (l <= c1.radius + c2.radius) {\n\t\t\tval p = c1.position + d.unit * (l - c2.radius)\n\t\t\tSome(new Collision[A] {\n\t\t\t\tval item1 = pair._1\n\t\t\t\tval item2 = pair._2\n\t\t\t\tval normal = d.unit\n\t\t\t\tval points = List(p)\n\t\t\t\tval overlap = (c1.radius + c2.radius - l)\n\t\t\t})\n\t\t} else None\n\t}\n\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/constraints\/Jacobian.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics.constraints\n\nimport sims.math.Vector2D\n\n\/** A Jacobian matrix used for solving constraints.\n  * \n  * In SiMS 2 constraints are considered to remove one degree of freedom for two bodies.\n  * Let '''v''',,1,,, w,,1,,, '''v''',,2,,, w,,2,, be the linear and angular velocities of both bodies\n  * respectively.\n  * Let v = ['''v''',,1,,, w,,1,,, '''v''',,2,,, w,,2,,].\n  * The velocity constraint function is then given by 'C\u0307='''Jv'''+b' and \n  * the Jacobian ('''J''') is given by '''J''' = ['''Jv''',,1,,, Jw,,1,,, '''Jv''',,2,,, Jw,,2,,] = [Jv,,1,x,,, Jv,,1,y,,, Jw,,1,,, Jv,,2,x,,, Jv,,2,y,,, Jw,,2,,]\n  *  \n  * @param v1 corresponds to '''Jv''',,1,, in the description above\n  * @param w1 corresponds to Jw,,1,, in the description above\n  * @param v2 corresponds to '''Jv''',,2,, in the description above\n  * @param w2 corresponds to Jw,,2,, in the description above\n  * @see sims.dynamics.constraints.Constraint *\/\nclass Jacobian(val v1: Vector2D, val w1: Double, val v2: Vector2D, val w2: Double)"}
{"repo_name":"jodersky\/sims2","path":"src\/test\/scala\/sims\/test\/gui\/graphicals.scala","text":"package sims.test.gui\n\nimport processing.core.PApplet\nimport sims.dynamics.Shape\nimport sims.dynamics.Joint\n\nabstract class Graphical[+A](val physical: A) {\n\tval top: PApplet\n\tval render: () => Unit\n}\n\nabstract class GraphicalShape(val shape: Shape) extends Graphical[Shape](shape)\nabstract class GraphicalJoint(val joint: Joint) extends Graphical[Joint](joint)"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/dynamics\/constraints\/Constraint.scala","text":"<reponame>jodersky\/sims2\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.dynamics.constraints\n\nimport sims.dynamics._\nimport sims.math._\n\n\/** A base trait for implementing and solving constraints.\n  * Constraints are solved using the 'sequential impulse' method presented by <NAME>\n  * at Game Developpers Conference 2008 (see http:\/\/www.box2d.org\/documentation.html).\n  * \n  * One instance of this trait represents one constraint for one degree of freedom between\n  * two bodies.\n  * @see sims.dynamics.constraints.Constrained *\/\ntrait Constraint {\n\t\n\t\/** First constrained body. *\/\n\tdef body1: Body\n\t\n\t\/** Second constrained body. *\/\n\tdef body2: Body\n\t\n\t\/** Value of the position constraint function ('C' in the presentation). *\/\n\tdef value: Double\n\t\n\t\/** Jacobian for the velocity constraint ('J' in 'C\u0307=Jv+b' in the presentation). *\/\n\tdef jacobian: Jacobian\n\t\n\t\/** Velocity bias ('b' in 'C\u0307=Jv+b' in the presentation).*\/\n\tdef bias: Double = 0\n\t\n\t\/** Lower and upper limits of the total corrective impulse allowed\n\t  * when solving this constraint.\n\t  * The first element represents the lower limit,\n\t  * the second the upper limit.\n\t  * None represents no limits. *\/\n\tdef limit: Option[(Double, Double)] = None\n\t\n\t\/** Defines whether or not this constraint should be treated as an inequality constraint.\n\t  * An inequality constraint will only be solved if the constraint function is less than\n\t  * zero (i.e. `value < 0`). *\/\n\tdef inequality = false\n\t\n\t\/** Position error used for Baumgarte sabilization. \n\t  * Corresponds to `value` by default. *\/\n\tdef error = value\n\t\n\t\/** Accumulated impulse. *\/\n\tprivate var accumulated = 0.0\n\t\n\t\/** Constraint mass cache, constant for all iterations. *\/\n\tprivate var m = 0.0\n\t\n\t\/** Jacobian cache, constant for all iterations. *\/\n\tprivate var J: Jacobian = null\n\t\n\t\/** Velocity bias cache, constant for all iterations. *\/\n\tprivate var b = 0.0\n\t\n\t\/** Method that should be called before solving this constraint.\n\t  * Computes constraint masses and other invariable data for iterating over constraints. *\/\n\tdef preSolve() = {\n\t\t\/\/compute jacobian and bias for next solving\n\t\tJ = jacobian\n\t\tb = bias\n\t\t\n\t\t\/\/invMass=(J*invert(M)*transpose(J))\n\t\tval invMass: Double = (\n\t\t\t\t(J.v1.x * J.v1.x + J.v1.y * J.v1.y) \/ body1.mass + J.w1 * J.w1 \/ body1.inertia +\n\t\t\t\t(J.v2.x * J.v2.x + J.v2.y * J.v2.y) \/ body2.mass + J.w2 * J.w2 \/ body2.inertia\n\t\t\t)\n\t\t\n\t\t\/\/if invMass == 0, both bodies have infinite mass (i.e. are fixed)\n\t\tm = if (invMass == 0.0) 0.0 else 1.0 \/ invMass\n\t\t\n\t\t\/\/apply accumulated impulse from prevoius step\n\t\tbody1.applyImpulse(J.v1 * accumulated)\n\t\tbody1.applyAngularImpulse(J.w1 * accumulated)\n\t\tbody2.applyImpulse(J.v2 * accumulated)\n\t\tbody2.applyAngularImpulse(J.w2 * accumulated)\n\t\t\n\t\t\/\/initialize accumulated impulse\n\t\t\/\/accumulated = 0.0\n\t}\n\t\n\t\/** Solves this constraint by applying corrective impulses to its constrained bodies.\n\t  * @todo implement error correction properly for collisiions (add slop tolerance, etc)\n\t  * @param h time interval over which the correction should be applied\n\t  * @param erp error reduction parameter. *\/\n\tdef correctVelocity(h: Double, erp: Double): Unit = {\n\t\t\n\t\t\/\/if m == 0, both bodies are fixed and there is no point in applying corrective impulse\n\t\tif (m == 0) return ()\n\t\t\n\t\t\/\/C > 0 => ignore\n\t\tif (inequality && value > 0.0) return ()\n\t\t\n\t\t\/\/lambda\n\t\tvar lambda = -m * (\n\t\t\t\tJ.v1.x * body1.linearVelocity.x + J.v1.y * body1.linearVelocity.y + J.w1 * body1.angularVelocity +\n\t\t\t\tJ.v2.x * body2.linearVelocity.x + J.v2.y * body2.linearVelocity.y + J.w2 * body2.angularVelocity +\n\t\t\t\tb + (erp \/ h * error)\n\t\t\t)\n\t\t\t\n\t\t\n\t\t\/\/clamp accumulated impulse\n\t\tif (limit != None) {\n\t\t\tval temp = accumulated\n\t\t\taccumulated = math.max(limit.get._1, math.min(accumulated + lambda, limit.get._2))\n\t\t\tlambda = accumulated - temp\n\t\t}\n\t\t\n\t\t\n\t\t\/\/apply accumulated impulse\n\t\tbody1.applyImpulse(J.v1 * lambda)\n\t\tbody1.applyAngularImpulse(J.w1 * lambda)\n\t\tbody2.applyImpulse(J.v2 * lambda)\n\t\tbody2.applyAngularImpulse(J.w2 * lambda)\t\n\t}\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/narrowphase\/NarrowPhaseDetector.scala","text":"\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision.narrowphase\n\nimport sims.collision._\n\nabstract class NarrowPhaseDetector[A <: Collidable: ClassManifest] {\n\t\n\tdef collision(pair: (A, A)): Option[Collision[A]]\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/narrowphase\/SAT.scala","text":"<gh_stars>1-10\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision.narrowphase\n\nimport sims.collision._\nimport sims.math._\n\nclass SAT[A <: Collidable: ClassManifest] extends NarrowPhaseDetector[A] {\n\t\n\tdef collision(pair: (A, A)): Option[Collision[A]] = {\n\t\tvar c = getCollision(pair)\n\t\tc orElse getCollision(pair.swap)\n\t}\n\t\n\tprivate def getCollision(pair: (A,A)): Option[Collision[A]] = pair match {\n\t\t\n\t\tcase (c1: Circle, c2: Circle) =>\n\t\t\tcollisionCircleCircle(c1, c2)(pair)\n\t\t\t\n\t\tcase (p1: ConvexPolygon, p2: ConvexPolygon) =>\n\t\t\tsat(pair, p1.sides.map(_.rightNormal0) ++ p2.sides.map(_.rightNormal0))\n\t\t\t\n\t\tcase _ => None\n\t\t\n\t}\n\t\n\tprivate def collisionCircleCircle(c1: Circle, c2: Circle)(pair: (A, A)) = {\n\t\tval d = (c2.position - c1.position)\n\t\tval l = d.length\n\t\tif (l <= c1.radius + c2.radius) {\n\t\t\tval p = c1.position + d.unit * (l - c2.radius)\n\t\t\tSome(new Collision[A] {\n\t\t\t\tval item1 = pair._1\n\t\t\t\tval item2 = pair._2\n\t\t\t\tval normal = d.unit\n\t\t\t\tval points = List(p)\n\t\t\t\tval overlap = (c1.radius + c2.radius - l)\n\t\t\t})\n\t\t} else None\n\t}\n\t\n\tprivate def collisionPolyPoly(p1: ConvexPolygon, p2: ConvexPolygon)(pair: (A, A)): Option[Collision[A]] = {\n\t\tvar minOverlap = Double.PositiveInfinity\n\t\tvar reference: ConvexPolygon = null\n\t\tvar incident: ConvexPolygon = null\n\t\tvar referenceSide: Segment = null\n\t\tvar incidentVerticeNumber = 0\n\t\t\n\t\tfor (i <- 0 until p1.sides.length) {\n\t\t\tvar overlaps = false\n\t\t\t\n\t\t\tfor (j <- 0 until p2.vertices.length) {\n\t\t\t\tval s = p1.sides(i)\n\t\t\t\tval v = p2.vertices(j)\n\t\t\t\t\n\t\t\t\tval overlap = (s.rightNormal0 dot s.point1) - (s.rightNormal0 dot v)\n\t\t\t\tif (overlap > 0) overlaps = true\n\t\t\t\tif (overlap > 0 && overlap < minOverlap.abs) {\n\t\t\t\t\tminOverlap = overlap\n\t\t\t\t\t\n\t\t\t\t\treference = p1\n\t\t\t\t\treferenceSide = s\n\t\t\t\t\tincident = p2\n\t\t\t\t\tincidentVerticeNumber = j\n\t\t\t\t}\n\t\t\t}\n\t\t\tif (!overlaps) return None\n\t\t}\n\t\t\n\t\tfor (i <- 0 until p2.sides.length) {\t\n\t\t\tvar overlaps = false\n\t\t\t\n\t\t\tfor (j <- 0 until p1.vertices.length) {\n\t\t\t\tval s = p2.sides(i)\n\t\t\t\tval v = p1.vertices(j)\n\t\t\t\t\n\t\t\t\tval overlap = (s.rightNormal0 dot s.point1) - (s.rightNormal0 dot v)\n\t\t\t\tif (overlap > 0) overlaps = true\n\t\t\t\tif (overlap > 0 && overlap < minOverlap.abs) {\n\t\t\t\t\tminOverlap = overlap\n\t\t\t\t\t\n\t\t\t\t\treference = p2\n\t\t\t\t\treferenceSide = s\n\t\t\t\t\tincident = p1\n\t\t\t\t\tincidentVerticeNumber = j\n\t\t\t\t}\n\t\t\t}\n\t\t\tif (!overlaps) return None\n\t\t}\n\t\t\n\t\tval i = incidentVerticeNumber\n\t\tval side1 = incident.sides(i)\n\t\tval side2 = incident.sides(mod(i-1, incident.sides.length))\n\t\t\n\t\tval incidentSide = if ((side1.direction dot referenceSide.rightNormal0).abs <\n\t\t\t\t\t\t\t\t\t\t\t\t\t(side2.direction dot referenceSide.rightNormal0).abs) side1\n\t\t\t\t\t\t\t\t\t\t\t else side2\n\t\t\t\t\t\t\t\t\t\t\t \n\t\tval clipped: Segment = null \/\/incidentSide clippedToSegment referenceSide\n\t\t\n\t\tSome(new Collision[A] {\n\t\t\tval item1 = reference.asInstanceOf[A]\n\t\t\tval item2 = incident.asInstanceOf[A]\n\t\t\tval normal = referenceSide.rightNormal0\n\t\t\tval points = List(clipped.point1, clipped.point2)\n\t\t\tval overlap = minOverlap\n\t\t\t\n\t\t})\n\t\t\n\t}\n\t\n\t\n\t\n\t\n\tdef farthestFeature(collidable: Collidable, direction: Vector2D): Either[Vector2D, Segment] = collidable match {\n\t\t\n\t\tcase c: Circle => Left(c.position + direction.unit * c.radius)\n\t\t\n\t\tcase p: ConvexPolygon => {\n\t\t\tvar max = p.vertices(0) dot direction.unit\n\t\t\t\n\t\t\t\/\/maximum vertice index\n\t\t\tvar i = 0\n  \t\n\t\t\tfor (j <- 0 until p.vertices.length) {\n\t\t\t\tval d = p.vertices(j) dot direction.unit\n\t\t\t\tif (d > max) {\n\t\t\t\t\tmax = d\n\t\t\t\t\ti = j\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\t\/* 1) vertex is considered to be the first point of a segment\n\t\t\t * 2) polygons vertices are ordered counter-clockwise\n\t\t\t * \n\t\t\t * implies:\n\t\t\t * previous segment is the (i-1)th segment\n\t\t\t * next segment is the ith segment *\/\n\t\t\tval prev = if (i == 0) p.sides.last else p.sides(i - 1)\n\t\t\tval next = p.sides(i)\n\t\t\t\n\t\t\t\/\/ check which segment is less parallel to direction\n\t\t\tval side =\n\t\t\t\tif ((prev.direction.unit dot direction).abs <= (next.direction.unit dot direction).abs) prev\n\t\t\t\telse next\n\t\t\t\n\t\t\t\tRight(side)\n\t\t}\n\t\t\n\t\tcase _ => throw new IllegalArgumentException(\"Collidable is of unknown type.\")\n\t\t\n\t}\n\t\n\n\t\n\t\/\/normal is considered pointing from _1 to _2\n\t\/\/_1 reference, _2 incident\n\tdef getCollisionPoints(pair: (A, A), normal: Vector2D, overlap: Double): Array[Vector2D] = {\n\t\tvar points = new scala.collection.mutable.ArrayBuffer[Vector2D]\n\t\t\n\t\tval feature1 = farthestFeature(pair._1, normal)\n\t\t\n\t\t\/\/is feature 1 a vertex?\n\t\tif (feature1.isLeft) {\n\t\t\treturn Array(feature1.left.get)\n\t\t}\n\t\t\n\t\tval feature2 = farthestFeature(pair._2, -normal)\n\t\t\n\t\t\/\/is feature 2 a vertex?\n\t\tif (feature2.isLeft) {\n\t\t\treturn Array(feature2.left.get)\n\t\t}\n\t\t\n\t\t\/\/neither feature is a vertex\n\t\tval side1 = feature1.right.get\n\t\tval side2 = feature2.right.get\n\t\t\n\t\t\n\t\tval flipped = (side1.direction.unit dot normal).abs > (side2.direction.unit dot -normal).abs\n\t\tval reference = if (!flipped) side1 else side2\n\t\tval incident = if (!flipped) side2 else side1\n\t\t\n\t\t\n\t\t\/\/both features are sides, clip feature2 to feature1\n\t\tval clipped: Option[Segment] = None \/\/incident clipped reference\n\t\t\n\t\tclipped match {\n\t\t\tcase None => Array()\n\t\t\tcase Some(Segment(point1, point2)) => Array(point1, point2) filter ((v: Vector2D) => ((v - reference.point1) dot reference.rightNormal0) <= 0)\n\t\t}\n\t}\n\t\n\tdef sat(pair: (A, A), axes: Seq[Vector2D]): Option[Collision[A]] = {\n\t\tvar min = Double.PositiveInfinity\n\t\tvar n = axes(0)\n\t\t\n\t\tfor (axis <- axes) {\n\t\t\tval overlap = pair._1.project(axis) overlap pair._2.project(axis)\n\t\t\tif (overlap < 0) return None\n\t\t\tif (overlap < min) {\n\t\t\t\tmin = overlap\n\t\t\t\tn = axis\n\t\t\t}\n\t\t}\n\t\t\t\n\t\tval pts = getCollisionPoints(pair, n, min)\n\n\t\tif (pts.length == 0) return None\n\t\t\n\t\tSome(new Collision[A] {\n\t\t\tval item1 = pair._1\n\t\t\tval item2 = pair._2\n\t\t\tval normal = n\n\t\t\tval points = pts.toSeq\n\t\t\tval overlap = min\n\t\t})\n\t\t\n\t\t\n\t\t\t\n\t}\n\t\n\t\n\t\n}\n\nobject SAT {\n\t\n\tdef apply[A <: Collidable: ClassManifest] = new SAT[A]\n\t\n}"}
{"repo_name":"jodersky\/sims2","path":"src\/main\/scala\/sims\/collision\/Detector.scala","text":"<filename>src\/main\/scala\/sims\/collision\/Detector.scala\n\/*    _____ _ __  ________    ___                                      *\\\n**   \/ ___\/(_)  |\/  \/ ___\/   |__ \\  Simple Mechanics Simulator 2       **\n**   \\__ \\\/ \/ \/|_\/ \/\\__ \\    __\/ \/  copyright (c) 2011 <NAME>   **\n**  ___\/ \/ \/ \/  \/ \/___\/ \/   \/ __\/                                      **\n** \/____\/_\/_\/  \/_\/\/____\/   \/____\/                                      **\n\\*                                                                     *\/\n\npackage sims.collision\n\nimport sims.collision.broadphase._\nimport sims.collision.narrowphase._\nimport scala.collection.mutable.ArrayBuffer\n\n\/** Collision detectors are used to compute collisions between\n  * a given collection of items.\n  * They use a [[sims.collision.BroadPhaseDetector]] to determine potentially\n  * colliding pairs of items.\n  * These pairs are then examined with a [[sims.collision.NarrowPhaseDetector]]\n  * to compute the final collisions.\n  * \n  * @param broadphase a broadphase collision detector\n  * @param narrowphase a narrowphase collision detector *\/\nclass Detector[A <: Collidable: ClassManifest](\n\t\tbroadphase: BroadPhaseDetector[A],\n\t\tnarrowphase: NarrowPhaseDetector[A]\n\t\t) {\n\n\t\/** Collidable items managed by this collision detector. *\/\n\tdef items: Seq[A] = broadphase.items\n\t\n\t\/** Adds an item to this collision detector. *\/\n\tdef +=(item: A): Unit = broadphase +=  item\n\t\n\t\/** Adds a collection of items to this collision detector. *\/\n\tdef ++=(items: Iterable[A]) = for (i <- items) this += i\n\t\n\t\/** Removes an item from this collision detector. *\/\n\tdef -=(item: A): Unit = broadphase -= item\n\t\n\t\/** Removes a collection of items from this collision detector. *\/\n\tdef --=(items: Iterable[A]) = for (i <- items) this -= i\n\t\n\t\/** Removes all items from this collision detector. *\/\n\tdef clear(): Unit = broadphase.clear\n\t\n\t\/** Indicates the valid state of this collision detector. *\/\n\tprivate var valid = false\n\t\n\t\/** Invalidates this detector. The next time `collisions()` is called, all collisions will be\n\t  * recomputed. *\/\n\tdef invalidate() = valid = false\n\t\n\t\/** Cache of collisions. *\/\n\tprivate var _collisions = new ArrayBuffer[Collision[A]]\n\t\n\t\/** Returns a cached sequence of collisions between all items managed by this collision detector.\n\t  * If no collisions were calculated since the last time `invalidate()` was called, the collisions\n\t  * will be calculated. *\/\n\tdef collisions(): Seq[Collision[A]] = {\n\t\t\n\t\tif (!valid) {\n\t\t\t\n\t\t\t_collisions.clear()\n\t\t\t\n\t\t\tfor (pair <- broadphase) {\n\t\t\t\tval collision = narrowphase.collision(pair)\n\t\t\t\tif (collision != None) _collisions += collision.get\n\t\t\t}\n\t\t\t\n\t\t\tvalid = true\n\t\t}\n\t\t\n\t\t_collisions\n\t\t\n\t}\n\t\n}\n\nclass DetectorConstructor[A <: Collidable: ClassManifest] (broadphase: BroadPhaseDetector[A]) {\n\tdef narrowedBy(narrowphase: NarrowPhaseDetector[A]) = new Detector(broadphase, narrowphase)\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/SymSpellEvalTestSpec.scala","text":"<filename>eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/SymSpellEvalTestSpec.scala\npackage com.johnsnowlabs.nlp.eval\n\nimport com.johnsnowlabs.nlp.annotators.spell.symmetric.{SymmetricDeleteApproach, SymmetricDeleteModel}\nimport org.scalatest.FlatSpec\n\nclass SymSpellEvalTestSpec extends FlatSpec {\n\n  \"A Symnmetric Spell Evaluation\" should \"display accuracy results\" in {\n\n    val trainFile = \"src\/test\/resources\/spell\/sherlockholmes.txt\"\n    val dictionaryFile = \"src\/test\/resources\/spell\/words.txt\"\n    val groundTruthFile = \".\/ground_truth.txt\"\n    val testFile = \".\/misspell.txt\"\n\n    val spell = new SymmetricDeleteApproach()\n      .setInputCols(Array(\"token\"))\n      .setOutputCol(\"checked\")\n      .setDictionary(dictionaryFile)\n\n    val symSpellEvaluation = new SymSpellEvaluation(testFile, groundTruthFile)\n    symSpellEvaluation.computeAccuracyAnnotator(trainFile, spell)\n  }\n\n  \"A Symnmetric Spell Evaluation\" should \"display accuracy results for a pre-trained model\" in {\n\n    val groundTruthFile = \".\/ground_truth.txt\"\n    val testFile = \".\/misspell.txt\"\n\n    val spell = SymmetricDeleteModel.pretrained()\n\n    val symSpellEvaluation = new SymSpellEvaluation(testFile, groundTruthFile)\n    symSpellEvaluation.computeAccuracyModel(spell)\n  }\n\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/norvig\/NorvigSweetingParams.scala","text":"package com.johnsnowlabs.nlp.annotators.spell.norvig\n\nimport org.apache.spark.ml.param.{BooleanParam, IntParam, Params}\n\ntrait NorvigSweetingParams extends Params {\n\n\n  val caseSensitive = new BooleanParam(this, \"caseSensitive\", \"sensitivity on spell checking\")\n  val doubleVariants = new BooleanParam(this, \"doubleVariants\", \"increase search at cost of performance\")\n  val shortCircuit = new BooleanParam(this, \"shortCircuit\", \"increase performance at cost of accuracy\")\n  val frequencyPriority = new BooleanParam(this, \"frequencyPriority\",\n    \"applies frequency over hamming in intersections. When false hamming takes priority\")\n\n  val wordSizeIgnore = new IntParam(this, \"wordSizeIgnore\", \"minimum size of word before ignoring. Defaults to 3\")\n  val dupsLimit = new IntParam(this, \"dupsLimit\", \"maximum duplicate of characters in a word to consider. Defaults to 2\")\n  val reductLimit = new IntParam(this, \"reductLimit\", \"word reductions limit. Defaults to 3\")\n  val intersections = new IntParam(this, \"intersections\", \"hamming intersections to attempt. Defaults to 10\")\n  val vowelSwapLimit = new IntParam(this, \"vowelSwapLimit\", \"vowel swap attempts. Defaults to 6\")\n\n  def setCaseSensitive(value: Boolean): this.type = set(caseSensitive, value)\n  def setDoubleVariants(value: Boolean): this.type = set(doubleVariants, value)\n  def setShortCircuit(value: Boolean): this.type = set(shortCircuit, value)\n  def setFrequencyPriority(value: Boolean): this.type = set(frequencyPriority, value)\n\n  def setWordSizeIgnore(value: Int): this.type = set(wordSizeIgnore, value)\n  def setDupsLimit(value: Int): this.type = set(dupsLimit, value)\n  def setReductLimit(value: Int): this.type = set(reductLimit, value)\n  def setIntersections(value: Int): this.type = set(intersections, value)\n  def setVowelSwapLimit(value: Int): this.type = set(vowelSwapLimit, value)\n\n  def getCaseSensitive: Boolean = $(caseSensitive)\n  def getDoubleVariants: Boolean = $(doubleVariants)\n  def getShortCircuit: Boolean = $(shortCircuit)\n  def getFrequencyPriority: Boolean = $(frequencyPriority)\n  def getWordSizeIgnore: Int = $(wordSizeIgnore)\n  def getDupsLimit: Int = $(dupsLimit)\n  def getReductLimit: Int = $(reductLimit)\n  def getIntersections: Int = $(intersections)\n  def getVowelSwapLimit: Int = $(vowelSwapLimit)\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/training\/POS.scala","text":"package com.johnsnowlabs.nlp.training\n\nimport com.johnsnowlabs.nlp.{Annotation, AnnotatorType}\nimport org.apache.spark.sql.{Column, DataFrame, SparkSession}\nimport org.apache.spark.sql.expressions.UserDefinedFunction\nimport org.apache.spark.sql.functions.{col, concat_ws, lit, split, udf}\nimport org.apache.spark.sql.types.MetadataBuilder\n\nimport scala.collection.mutable.ArrayBuffer\n\nprivate case class TaggedToken(token: String, tag: String)\nprivate case class TaggedDocument(sentence: String, taggedTokens: Array[TaggedToken])\nprivate case class Annotations(text: String, document: Array[Annotation], pos: Array[Annotation])\n\ncase class POS() {\n\n  \/*\n  * Add Metadata annotationType to output DataFrame\n  * NOTE: This should be replaced by an existing function when it's accessible in next release\n  * *\/\n\n  def wrapColumnMetadata(col: Column, annotatorType: String, outPutColName: String): Column = {\n    val metadataBuilder: MetadataBuilder = new MetadataBuilder()\n    metadataBuilder.putString(\"annotatorType\", annotatorType)\n    col.as(outPutColName, metadataBuilder.build)\n  }\n\n  \/*\n   * This section is to help users to convert text files in token|tag style into DataFrame\n   * with POS Annotation for training PerceptronApproach\n   * *\/\n\n  private def createDocumentAnnotation(sentence: String) = {\n    Array(Annotation(\n      AnnotatorType.DOCUMENT,\n      0,\n      sentence.length - 1,\n      sentence,\n      Map.empty[String, String]\n    ))\n  }\n\n  private def createPosAnnotation(sentence: String, taggedTokens: Array[TaggedToken]) = {\n    var lastBegin = 0\n    taggedTokens.map { case TaggedToken(token, tag) =>\n      val tokenBegin = sentence.indexOf(token, lastBegin)\n      val a = Annotation(\n        AnnotatorType.POS,\n        tokenBegin,\n        tokenBegin + token.length - 1,\n        tag,\n        Map(\"word\" -> token)\n      )\n      lastBegin += token.length\n      a\n    }\n  }\n\n  private def lineToTaggedDocument(line: String, delimiter: String) = {\n\n    val splitted = line.replaceAll(s\"(?:${delimiter.head}\\\\w+)+(\\\\s)\", \"$0##$1\").split(\"##\").map(_.trim)\n\n    val tokenTags = splitted.flatMap(token => {\n      val tokenTag = token.split(delimiter.head).map(_.trim)\n      if (tokenTag.exists(_.isEmpty) || tokenTag.length != 2)\n        \/\/ Ignore broken pairs or pairs with delimiter char\n        None\n      else\n        Some(TaggedToken(tokenTag.head, tokenTag.last))\n    })\n    TaggedDocument(tokenTags.map(_.token).mkString(\" \"), tokenTags)\n  }\n\n  def readDataset(\n                   sparkSession: SparkSession,\n                   path: String,\n                   delimiter: String = \"|\",\n                   outputPosCol: String = \"tags\",\n                   outputDocumentCol: String = \"document\",\n                   outputTextCol: String = \"text\"\n                 ): DataFrame = {\n    import sparkSession.implicits._\n\n    require(delimiter.length == 1, s\"Delimiter must be one character long. Received $delimiter\")\n\n    val dataset = sparkSession.read.textFile(path)\n      .filter(_.nonEmpty)\n      .map(line => lineToTaggedDocument(line, delimiter))\n      .map { case TaggedDocument(sentence, taggedTokens) =>\n        Annotations(\n          sentence,\n          createDocumentAnnotation(sentence),\n          createPosAnnotation(sentence, taggedTokens)\n        )\n      }\n\n    dataset\n        .withColumnRenamed(\n          \"text\",\n          outputTextCol\n        )\n      .withColumn(\n        outputDocumentCol,\n        wrapColumnMetadata(dataset(\"document\"), AnnotatorType.DOCUMENT, outputDocumentCol)\n      )\n      .withColumn(\n        outputPosCol,\n        wrapColumnMetadata(dataset(\"pos\"), AnnotatorType.POS, outputPosCol)\n      )\n      .select(outputTextCol, outputDocumentCol, outputPosCol)\n  }\n\n  \/\/ For testing purposes when there is an array of tokens and an array of labels\n  def readFromDataframe(posDataframe: DataFrame, tokensCol: String = \"tokens\", labelsCol: String = \"labels\",\n                        outPutDocColName: String = \"text\", outPutPosColName: String = \"tags\"): DataFrame = {\n    def annotatorType: String = AnnotatorType.POS\n\n    def annotateTokensTags: UserDefinedFunction = udf { (tokens: Seq[String], tags: Seq[String], text: String) =>\n      lazy val strTokens = tokens.mkString(\"#\")\n      lazy val strPosTags = tags.mkString(\"#\")\n\n      require(tokens.length == tags.length, s\"Cannot train from DataFrame since there\" +\n        s\" is a row with different amount of tags and tokens:\\n$strTokens\\n$strPosTags\")\n\n      val tokenTagAnnotation: ArrayBuffer[Annotation] = ArrayBuffer()\n      def annotatorType: String = AnnotatorType.POS\n      var lastIndex = 0\n\n      for ((e, i) <- tokens.zipWithIndex) {\n\n        val beginOfToken = text.indexOfSlice(e, lastIndex)\n        val endOfToken = (beginOfToken + e.length) - 1\n\n        val fullPOSAnnotatorStruct = new Annotation(\n          annotatorType = annotatorType,\n          begin=beginOfToken,\n          end=endOfToken,\n          result=tags(i),\n          metadata=Map(\"word\" -> e)\n        )\n        tokenTagAnnotation += fullPOSAnnotatorStruct\n        lastIndex = text.indexOfSlice(e, lastIndex)\n      }\n      tokenTagAnnotation\n    }\n\n    val tempDataFrame = posDataframe\n      .withColumn(outPutDocColName,  concat_ws(\" \", col(tokensCol)))\n      .withColumn(outPutPosColName, annotateTokensTags(col(tokensCol), col(labelsCol), col(outPutDocColName)))\n      .drop(tokensCol, labelsCol)\n\n    tempDataFrame.withColumn(\n      outPutPosColName,\n      wrapColumnMetadata(tempDataFrame(outPutPosColName), annotatorType, outPutPosColName)\n    )\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/context\/ContextSpellCheckerModel.scala","text":"package com.johnsnowlabs.nlp.annotators.spell.context\n\nimport com.github.liblevenshtein.transducer.{Candidate, ITransducer}\nimport com.johnsnowlabs.ml.tensorflow._\nimport com.johnsnowlabs.nlp.annotators.ner.Verbose\nimport com.johnsnowlabs.nlp.serialization._\nimport com.johnsnowlabs.nlp._\nimport com.johnsnowlabs.nlp.annotators.spell.context.parser.SpecialClassParser\nimport com.johnsnowlabs.nlp.pretrained.ResourceDownloader\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.ml.param.{BooleanParam, FloatParam, IntArrayParam, IntParam}\nimport org.apache.spark.ml.util.Identifiable\nimport org.apache.spark.sql.{Dataset, SparkSession}\nimport org.slf4j.LoggerFactory\n\n\nclass ContextSpellCheckerModel(override val uid: String) extends AnnotatorModel[ContextSpellCheckerModel]\n  with ReadTensorflowModel\n  with WeightedLevenshtein\n  with WriteTensorflowModel\n  with ParamsAndFeaturesWritable\n  with HasTransducerFeatures {\n\n  private val logger = LoggerFactory.getLogger(\"ContextSpellCheckerModel\")\n\n  override val tfFile: String = \"bigone\"\n\n  val transducer = new TransducerFeature(this, \"mainVocabularyTransducer\")\n  def setVocabTransducer(trans:ITransducer[Candidate]): this.type = {\n    set(transducer, trans)\n  }\n\n  val specialTransducers = new TransducerSeqFeature(this, \"specialClassesTransducers\")\n  def setSpecialClassesTransducers(transducers: Seq[SpecialClassParser]): this.type = {\n    set(specialTransducers, transducers.toArray)\n  }\n\n  val vocabFreq  = new MapFeature[String, Double](this, \"vocabFreq\")\n  def setVocabFreq(v: Map[String, Double]): this.type = set(vocabFreq,v)\n\n  val idsVocab = new MapFeature[Int, String](this, \"idsVocab\")\n  val vocabIds = new MapFeature[String, Int](this, \"vocabIds\")\n\n  def setVocabIds(v: Map[String, Int]): this.type = {\n    set(idsVocab, v.map(_.swap))\n    set(vocabIds, v)\n  }\n\n  val classes: MapFeature[Int, (Int, Int)] = new MapFeature(this, \"classes\")\n  def setClasses(c:Map[Int, (Int, Int)]): this.type = set(classes, c)\n\n  val wordMaxDistance = new IntParam(this, \"wordMaxDistance\", \"Maximum distance for the generated candidates for every word, minimum 1.\")\n  def setWordMaxDist(k: Int):this.type = set(wordMaxDistance, k)\n\n  val maxCandidates = new IntParam(this, \"maxCandidates\", \"Maximum number of candidates for every word.\")\n\n  val tradeoff = new FloatParam(this, \"tradeoff\", \"Tradeoff between the cost of a word and a transition in the language model.\")\n  def setTradeOff(lambda: Float):this.type = set(tradeoff, lambda)\n\n  val gamma = new FloatParam(this, \"gamma\", \"Controls the influence of individual word frequency in the decision.\")\n  def setGamma(g: Float):this.type = set(tradeoff, g)\n\n  val weights: MapFeature[String, Map[String, Float]] = new MapFeature[String, Map[String, Float]](this, \"levenshteinWeights\")\n  def setWeights(w:Map[String, Map[String, Float]]): this.type = set(weights, w)\n\n  val useNewLines = new BooleanParam(this, \"trim\", \"When set to true new lines will be treated as any other character, when set to false\" +\n    \" correction is applied on paragraphs as defined by newline characters.\")\n  def setUseNewLines(useIt: Boolean):this.type = set(useNewLines, useIt)\n\n  val maxWindowLen = new IntParam(this, \"maxWindowLen\", \"Maximum size for the window used to remember history prior to every correction.\")\n  def setMaxWindowLen(w: Int):this.type = set(maxWindowLen, w)\n\n  val configProtoBytes = new IntArrayParam(this, \"configProtoBytes\", \"ConfigProto from tensorflow, serialized into byte array. Get with config_proto.SerializeToString()\")\n  def setConfigProtoBytes(bytes: Array[Int]) = set(this.configProtoBytes, bytes)\n  def getConfigProtoBytes: Option[Array[Byte]] = get(this.configProtoBytes).map(_.map(_.toByte))\n\n  setDefault(tradeoff -> 18.0f, gamma -> 120.0f, useNewLines -> false, maxCandidates -> 6, maxWindowLen -> 5)\n\n\n  \/\/ the scores for the EOS (end of sentence), and BOS (beginning of sentence)\n  private val eosScore = .01\n  private val bosScore = 1.0\n\n\n  \/* reads the external TF model, keeping this until we can train from within spark *\/\n  def readModel(path: String, spark: SparkSession, suffix: String, useBundle:Boolean): this.type = {\n    val tf = readTensorflowModel(\n      path,\n      spark,\n      suffix,\n      zipped=false,\n      useBundle,\n      tags = Array(\"our-graph\")\n    )\n    _model = None\n    setModelIfNotSet(spark, tf)\n  }\n\n  private var _model: Option[Broadcast[TensorflowSpell]] = None\n\n  def getModelIfNotSet: TensorflowSpell = _model.get.value\n\n  def setModelIfNotSet(spark: SparkSession, tensorflow: TensorflowWrapper): this.type = {\n    if (_model.isEmpty) {\n      _model = Some(\n        spark.sparkContext.broadcast(\n          new TensorflowSpell(\n            tensorflow,\n            Verbose.Silent)\n        )\n      )\n    }\n    this\n  }\n\n  \/* trellis goes like (label, weight, candidate)*\/\n  def decodeViterbi(trellis: Array[Array[(String, Double, String)]]):(Array[String], Double) = {\n\n    \/\/ encode words with ids\n    val encTrellis = Array(Array(($$(vocabIds)(\"_BOS_\"), bosScore, \"_BOS_\"))) ++\n          trellis.map(_.map{case (label, weight, cand) =>\n            \/\/ at this point we keep only those candidates that are in the vocabulary\n            ($$(vocabIds).get(label), weight, cand)}.filter(_._1.isDefined).map{case (x,y,z) => (x.get, y, z)}) ++\n          Array(Array(($$(vocabIds)(\"_EOS_\"), eosScore, \"_EOS_\")))\n\n    \/\/ init\n    var pathsIds = Array(Array($$(vocabIds)(\"_BOS_\")))\n    var pathWords = Array(Array(\"_BOS_\"))\n    var costs = Array(bosScore) \/\/ cost for each of the paths\n\n    for(i <- 1 until encTrellis.length) {\n\n      var newPaths:Array[Array[Int]] = Array()\n      var newWords: Array[Array[String]] = Array()\n      var newCosts = Array[Double]()\n\n      \/* compute all the costs for all transitions in current step - use a batch *\/\n      val expPaths = encTrellis(i).flatMap{ case (state, _, _) =>\n        pathsIds.map { path =>\n          path :+ state\n        }\n      }.map(_.takeRight($(maxWindowLen)))\n\n      val cids = expPaths.map(_.map{id => $$(classes).apply(id)._1})\n      val cwids = expPaths.map(_.map{id => $$(classes).apply(id)._2})\n      val expPathsCosts = getModelIfNotSet.predict(expPaths, cids, cwids, configProtoBytes=getConfigProtoBytes).toArray\n\n      for {((state, wcost, cand), idx) <- encTrellis(i).zipWithIndex} {\n        var minCost = Double.MaxValue\n        var minPath = Array[Int]()\n        var minWords = Array[String]()\n\n        val z = (pathsIds, costs, pathWords).zipped.toList\n\n        for (((path, pathCost, cands), pi) <- z.zipWithIndex) {\n          \/\/ compute cost to arrive to this 'state' coming from that 'path'\n          val mult = if (i > 1) costs.length else 0\n          val ppl = expPathsCosts(idx * mult + pi)\n\n          logger.debug(s\"${$$(idsVocab).apply(path.last)} -> $cand, $ppl\")\n\n          val cost = pathCost + ppl\n          if (cost < minCost){\n            minCost = cost\n            minPath = path :+ state\n            minWords = cands :+ cand\n          }\n        }\n        newPaths = newPaths :+ minPath\n        newWords = newWords :+ minWords\n        newCosts = newCosts :+ minCost + wcost * getOrDefault(tradeoff)\n      }\n      pathsIds = newPaths\n      pathWords = newWords\n      costs = newCosts\n\n      \/\/ log paths and costs\n      pathWords.zip(costs).foreach{ case (path, cost) =>\n        logger.debug(s\"${path.toList}, $cost\")\n      }\n\n    }\n    \/\/ return the path with the lowest cost, and the cost\n    val (minPath, minCost) = pathWords.zip(costs).minBy(_._2)\n\n    (minPath.tail.dropRight(1), minCost)\n  }\n\n  def getClassCandidates(transducer: ITransducer[Candidate], token:String, label:String, maxDist:Int, limit:Int = 2) = {\n    import scala.collection.JavaConversions._\n    transducer.transduce(token, maxDist).map {cand =>\n\n      \/\/ if weights are available, we use them\n      val weight = weights.get.\n        map(ws => wLevenshteinDist(cand.term, token, ws)).\n        getOrElse(cand.distance.toFloat)\n\n      (cand.term, label, weight)\n    }.toSeq.sortBy(_._3).take(limit)\n  }\n\n  def getVocabCandidates(trans: ITransducer[Candidate], token: String, maxDist:Int) = {\n    import scala.collection.JavaConversions._\n\n    if(token.head.isUpper && token.tail.forall(_.isLower)) {\n      trans.transduce(token.head.toLower + token.tail, maxDist).\n        toList.map(c => (c.term.head.toUpper +  c.term.tail, c.term, c.distance.toFloat))\n    }\n    else\n      trans.transduce(token, maxDist).\n        toList.map(c => (c.term, c.term, c.distance.toFloat))\n  }\n\n  override def beforeAnnotate(dataset: Dataset[_]): Dataset[_] = {\n    require(_model.isDefined, \"Tensorflow model has not been initialized\")\n    dataset\n  }\n\n  \/**\n    * takes a document and annotations and produces new annotations of this annotator's annotation type\n    *\n    * @param annotations Annotations that correspond to inputAnnotationCols generated by previous annotators if any\n    * @return any number of annotations processed for every input annotation. Not necessary one to one relationship\n    *\/\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] = {\n    val decodedSentPaths = annotations.groupBy(_.metadata.getOrElse(\"sentence\", \"0\")).mapValues{ sentTokens =>\n      val (decodedPath, cost) = toOption(getOrDefault(useNewLines)).map { _ =>\n        val idxs = Seq(-1) ++ sentTokens.zipWithIndex.filter { case (a, _) => a.result.equals(System.lineSeparator) || a.result.equals(System.lineSeparator*2) }.\n          map(_._2) ++ Seq(annotations.length)\n        idxs.zip(idxs.tail).map { case (s, e) =>\n          decodeViterbi(computeTrellis(sentTokens.slice(s + 1, e)))\n        }.reduceLeft[(Array[String], Double)]({ case ((dPathA, pCostA), (dPathB, pCostB)) =>\n          (dPathA ++ Seq(System.lineSeparator) ++ dPathB, pCostA + pCostB)\n        })\n      }.getOrElse(decodeViterbi(computeTrellis(sentTokens)))\n      sentTokens.zip(decodedPath).map{case (orig, correct) =>\n        orig.copy(result = correct, metadata = orig.metadata.updated(\"cost\", cost.toString))}\n    }\n\n    decodedSentPaths.values.flatten.toSeq\n  }\n\n  def toOption(boolean:Boolean) = {\n    if(boolean)\n      Some(boolean)\n    else\n      None\n  }\n\n\n  def computeTrellis(annotations:Seq[Annotation]) = {\n\n    annotations.map { annotation =>\n      val token = annotation.result\n\n\n      \/\/ ask each token class for candidates, keep the one with lower cost\n      var candLabelWeight = $$(specialTransducers).flatMap { specialParser =>\n        if(specialParser.transducer == null)\n          throw new RuntimeException(s\"${specialParser.label}\")\n        \/\/ println(s\"special parser:::${specialParser.label}\")\n        \/\/ println(s\"value: ${specialParser.transducer}\")\n        getClassCandidates(specialParser.transducer, token, specialParser.label, getOrDefault(wordMaxDistance) - 1)\n      } ++ getVocabCandidates($$(transducer), token, getOrDefault(wordMaxDistance) -1)\n\n      \/\/ now try to relax distance requirements for candidates\n      if (token.length > 4 && candLabelWeight.isEmpty)\n        candLabelWeight = $$(specialTransducers).flatMap { specialParser =>\n          getClassCandidates(specialParser.transducer, token, specialParser.label, getOrDefault(wordMaxDistance))\n        } ++ getVocabCandidates($$(transducer), token, getOrDefault(wordMaxDistance))\n\n      if (candLabelWeight.isEmpty)\n        candLabelWeight = Array((token, \"_UNK_\", 3.0f))\n\n      \/\/ label is a dictionary word for the main transducer, or a label such as _NUM_ for special classes\n      val labelWeightCand = candLabelWeight.map{ case (term, label, dist) =>\n        \/\/ optional re-ranking of candidates according to special distance\n        val d = get(weights).map{w => wLevenshteinDist(term, token, w)}.getOrElse(dist)\n        val weight =  d - $$(vocabFreq).getOrElse(label, 0.0) \/ getOrDefault(gamma)\n        (label, weight, term)\n      }.sortBy(_._2).take(getOrDefault(maxCandidates))\n\n      logger.debug(s\"\"\"$token -> ${labelWeightCand.toList.take(getOrDefault(maxCandidates))}\"\"\")\n      labelWeightCand.toArray\n    }.toArray\n\n  }\n\n  def this() = this(Identifiable.randomUID(\"SPELL\"))\n\n  \/** Annotator reference id. Used to identify elements in metadata or to refer to this annotator type *\/\n  override val inputAnnotatorTypes: Array[String] = Array(AnnotatorType.TOKEN)\n  override val outputAnnotatorType: AnnotatorType = AnnotatorType.TOKEN\n\n  override def onWrite(path: String, spark: SparkSession): Unit = {\n    super.onWrite(path, spark)\n    writeTensorflowModel(path, spark, getModelIfNotSet.tensorflow, \"_langmodeldl\", ContextSpellCheckerModel.tfFile, configProtoBytes = getConfigProtoBytes)\n  }\n}\n\n\ntrait ReadsLanguageModelGraph extends ParamsAndFeaturesReadable[ContextSpellCheckerModel] with ReadTensorflowModel {\n\n  override val tfFile = \"bigone\"\n\n  def readLanguageModelGraph(instance: ContextSpellCheckerModel, path: String, spark: SparkSession): Unit = {\n    val tf = readTensorflowModel(path, spark, \"_langmodeldl\")\n    instance.setModelIfNotSet(spark, tf)\n  }\n\n  addReader(readLanguageModelGraph)\n}\n\ntrait PretrainedSpellModel {\n  def pretrained(name: String = \"spellcheck_dl\", lang: String = \"en\", remoteLoc: String = ResourceDownloader.publicLoc): ContextSpellCheckerModel =\n    ResourceDownloader.downloadModel(ContextSpellCheckerModel, name, Option(lang), remoteLoc)\n}\n\nobject ContextSpellCheckerModel extends ReadsLanguageModelGraph with PretrainedSpellModel"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/ner\/dl\/NerDLModel.scala","text":"package com.johnsnowlabs.nlp.annotators.ner.dl\n\n\nimport com.johnsnowlabs.ml.tensorflow._\nimport com.johnsnowlabs.nlp.AnnotatorType._\nimport com.johnsnowlabs.nlp._\nimport com.johnsnowlabs.nlp.annotators.common.Annotated.NerTaggedSentence\nimport com.johnsnowlabs.nlp.annotators.common._\nimport com.johnsnowlabs.nlp.annotators.ner.Verbose\nimport com.johnsnowlabs.nlp.pretrained.ResourceDownloader\nimport com.johnsnowlabs.nlp.serialization.StructFeature\nimport org.apache.commons.lang.SystemUtils\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.ml.param.{FloatParam, IntArrayParam, IntParam}\nimport org.apache.spark.ml.util.Identifiable\nimport org.apache.spark.sql.SparkSession\n\n\nclass NerDLModel(override val uid: String)\n  extends AnnotatorModel[NerDLModel]\n    with WriteTensorflowModel\n    with ParamsAndFeaturesWritable {\n\n  def this() = this(Identifiable.randomUID(\"NerDLModel\"))\n\n  override val inputAnnotatorTypes = Array(DOCUMENT, TOKEN, WORD_EMBEDDINGS)\n  override val outputAnnotatorType = NAMED_ENTITY\n\n  val minProba = new FloatParam(this, \"minProbe\", \"Minimum probability. Used only if there is no CRF on top of LSTM layer.\")\n  def setMinProbability(minProba: Float) = set(this.minProba, minProba)\n\n  val batchSize = new IntParam(this, \"batchSize\", \"Size of every batch.\")\n  def setBatchSize(size: Int) = set(this.batchSize, size)\n\n  val datasetParams = new StructFeature[DatasetEncoderParams](this, \"datasetParams\")\n  def setDatasetParams(params: DatasetEncoderParams) = set(this.datasetParams, params)\n\n  val configProtoBytes = new IntArrayParam(this, \"configProtoBytes\", \"ConfigProto from tensorflow, serialized into byte array. Get with config_proto.SerializeToString()\")\n  def setConfigProtoBytes(bytes: Array[Int]) = set(this.configProtoBytes, bytes)\n  def getConfigProtoBytes: Option[Array[Byte]] = get(this.configProtoBytes).map(_.map(_.toByte))\n\n  def getModelIfNotSet: TensorflowNer = _model.get.value\n\n  def tag(tokenized: Array[WordpieceEmbeddingsSentence]): Array[NerTaggedSentence] = {\n    \/\/ Predict\n    val labels = getModelIfNotSet.predict(tokenized, getConfigProtoBytes)\n\n    \/\/ Combine labels with sentences tokens\n    tokenized.indices.map { i =>\n      val sentence = tokenized(i)\n\n      val tokens = sentence.tokens.indices.flatMap { j =>\n        val token = sentence.tokens(j)\n        val label = labels(i)(j)\n        if (token.isWordStart) {\n          Some(IndexedTaggedWord(token.token, label, token.begin, token.end))\n        }\n        else {\n          None\n        }\n      }.toArray\n\n      new TaggedSentence(tokens)\n    }.toArray\n  }\n\n  def setModelIfNotSet(spark: SparkSession, tf: TensorflowWrapper): this.type = {\n    if (_model.isEmpty) {\n      require(datasetParams.isSet, \"datasetParams must be set before usage\")\n\n      val encoder = new NerDatasetEncoder(datasetParams.get.get)\n      _model = Some(\n        spark.sparkContext.broadcast(\n          new TensorflowNer(\n            tf,\n            encoder,\n            1, \/\/ Tensorflow doesn't clear state in batch\n            Verbose.Silent\n          )\n        )\n      )\n    }\n    this\n  }\n\n  private var _model: Option[Broadcast[TensorflowNer]] = None\n\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] = {\n\n    \/\/ Parse\n    val tokenized = WordpieceEmbeddingsSentence.unpack(annotations).toArray\n\n    \/\/ Predict\n    val tagged = tag(tokenized)\n\n    \/\/ Pack\n    NerTagged.pack(tagged)\n  }\n\n\n  override def onWrite(path: String, spark: SparkSession): Unit = {\n    super.onWrite(path, spark)\n    writeTensorflowModel(path, spark, getModelIfNotSet.tensorflow, \"_nerdl\", NerDLModel.tfFile, configProtoBytes = getConfigProtoBytes)\n  }\n}\n\ntrait ReadsNERGraph extends ParamsAndFeaturesReadable[NerDLModel] with ReadTensorflowModel {\n\n  override val tfFile = \"tensorflow\"\n\n  def readNerGraph(instance: NerDLModel, path: String, spark: SparkSession): Unit = {\n    val tf = readTensorflowModel(path, spark, \"_nerdl\")\n    instance.setModelIfNotSet(spark: SparkSession, tf)\n  }\n\n  addReader(readNerGraph)\n}\n\ntrait PretrainedNerDL {\n  def pretrained(name: String = \"ner_dl_by_os\", lang: String = \"en\", remoteLoc: String = ResourceDownloader.publicLoc): NerDLModel = {\n    val finalName = if (name == \"ner_dl_by_os\") {\n      if (SystemUtils.IS_OS_WINDOWS)\n        \"ner_dl\"\n      else\n        \/\/ Download better model if not windows\n        \"ner_dl_contrib\"\n      }\n    else name\n    ResourceDownloader.downloadModel(NerDLModel, finalName, Option(lang), remoteLoc)\n  }\n}\n\n\nobject NerDLModel extends ParamsAndFeaturesReadable[NerDLModel] with ReadsNERGraph with PretrainedNerDL\n"}
{"repo_name":"rohannng\/spark-nlp","path":"ocr\/src\/main\/scala\/com\/johnsnowlabs\/nlp\/util\/io\/TesseractAccess.scala","text":"package com.johnsnowlabs.nlp.util.io\n\nimport java.awt.Rectangle\nimport java.awt.image.BufferedImage\n\nimport javax.imageio.IIOImage\nimport net.sourceforge.tess4j.ITessAPI.TessPageIteratorLevel\nimport net.sourceforge.tess4j.ITessAPI.ETEXT_DESC\nimport net.sourceforge.tess4j.util.ImageIOHelper\nimport net.sourceforge.tess4j._\nclass TesseractAccess extends Tesseract {\n\n  def initialize() = {\n    this.init()\n  }\n\n\n  \/**\n    * Performs OCR operation.\n    *\n    * @param bi   a buffered image\n    * @param rect the bounding rectangle defines the region of the image to be\n    * recognized. A rectangle of zero dimension or <code>null<\/code> indicates\n    *             the whole image.\n    * @return the recognized text\n    * @throws TesseractException\n    *\/\n  @throws[TesseractException]\n  def doOCRWithConfidence(bi: BufferedImage, rect: Rectangle, level:Int): (String, Double) = {\n    import scala.collection.JavaConversions._\n\n    init()\n    setTessVariables()\n\n    val oimage = ImageIOHelper.getIIOImageList(bi).head\n    setImage(oimage.getRenderedImage(), rect)\n    getAPI.TessBaseAPIRecognize(getHandle, new ETEXT_DESC)\n    val ri = getAPI.TessBaseAPIGetIterator(getHandle)\n\n    val strBuffer = new StringBuilder\n    var score = 0.0\n    var rCount = 0.0\n    do {\n       val symbol = getAPI.TessResultIteratorGetUTF8Text(ri, level)\n       score += getAPI.TessResultIteratorConfidence(ri, level)\n       if (symbol != null)\n          strBuffer ++= symbol.getString(0)\n       rCount += 1.0\n       getAPI.TessDeleteText(symbol)\n    } while (getAPI.TessResultIteratorNext(ri, level) == ITessAPI.TRUE)\n    dispose()\n    (strBuffer.toString(), score\/rCount)\n  }\n\n  def doOCR(bi: BufferedImage, rect: Rectangle, level:Int, confidence:Boolean): (String, Double) = {\n    if(confidence)\n      doOCRWithConfidence(bi, rect, level)\n    else\n      (doOCR(bi, rect), 0.0)\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/ml\/tensorflow\/TensorflowNer.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.ml.tensorflow\n\nimport com.johnsnowlabs.ml.crf.TextSentenceLabels\nimport com.johnsnowlabs.nlp.annotators.common.WordpieceEmbeddingsSentence\nimport com.johnsnowlabs.nlp.annotators.ner.Verbose\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\nimport scala.reflect.ClassTag\nimport scala.util.Random\n\n\n\nclass TensorflowNer\n(\n  val tensorflow: TensorflowWrapper,\n  val encoder: NerDatasetEncoder,\n  val batchSize: Int,\n  override val verboseLevel: Verbose.Value\n) extends Serializable with Logging {\n\n  override def getLogName: String = \"NerDL\"\n\n  private val charIdsKey = \"char_repr\/char_ids:0\"\n  private val wordLengthsKey = \"char_repr\/word_lengths:0\"\n  private val wordEmbeddingsKey = \"word_repr_1\/word_embeddings:0\"\n  private val sentenceLengthsKey = \"word_repr\/sentence_lengths:0\"\n  private val dropoutKey = \"training\/dropout:0\"\n\n  private val learningRateKey = \"training\/lr:0\"\n  private val labelsKey = \"training\/labels:0\"\n\n  private val lossKey = \"inference\/Mean:0\"\n  private val trainingKey = \"training_1\/Adam\"\n  private val predictKey = \"inference\/cond_2\/Merge:0\"\n\n  private val initKey = \"training_1\/init\"\n\n  def doSlice[T: ClassTag](dataset: TraversableOnce[T], getLen: T => Int, batchSize: Int = 32): Iterator[Array[T]] = {\n    val gr = SentenceGrouper[T](getLen)\n    gr.slice(dataset, batchSize)\n  }\n\n  def slice(dataset: TraversableOnce[(TextSentenceLabels, WordpieceEmbeddingsSentence)], batchSize: Int = 32):\n  Iterator[Array[(TextSentenceLabels, WordpieceEmbeddingsSentence)]] = {\n    doSlice[(TextSentenceLabels, WordpieceEmbeddingsSentence)](dataset, _._2.tokens.length, batchSize)\n  }\n\n  def predict(dataset: Array[WordpieceEmbeddingsSentence], configProtoBytes: Option[Array[Byte]] = None): Array[Array[String]] = {\n\n    val result = ArrayBuffer[Array[String]]()\n\n    for (batch <- dataset.grouped(batchSize); if batch.length > 0) {\n      val batchInput = encoder.encodeInputData(batch)\n\n      if (batchInput.sentenceLengths.length == 0)\n        for (_ <- batch) {\n          result.append(Array.empty[String])\n        }\n      else {\n        val tensors = new TensorResources()\n\n        val calculated = tensorflow.getSession(configProtoBytes=configProtoBytes).runner\n          .feed(sentenceLengthsKey, tensors.createTensor(batchInput.sentenceLengths))\n          .feed(wordEmbeddingsKey, tensors.createTensor(batchInput.wordEmbeddings))\n\n          .feed(wordLengthsKey, tensors.createTensor(batchInput.wordLengths))\n          .feed(charIdsKey, tensors.createTensor(batchInput.charIds))\n\n          .feed(dropoutKey, tensors.createTensor(1.0f))\n          .fetch(predictKey)\n          .run()\n\n        tensors.clearTensors()\n\n        val tagIds = TensorResources.extractInts(calculated.get(0))\n        val tags = encoder.decodeOutputData(tagIds)\n        val sentenceTags = encoder.convertBatchTags(tags, batchInput.sentenceLengths)\n\n        result.appendAll(sentenceTags)\n      }\n    }\n\n    result.toArray\n  }\n\n  def getPiecesTags(tokenTags: TextSentenceLabels, sentence: WordpieceEmbeddingsSentence): Array[String] = {\n    var i = -1\n\n    sentence.tokens.map{t =>\n      if (t.isWordStart) {\n        i += 1\n        tokenTags.labels(i)\n      }\n      else\n        \"X\"\n    }\n  }\n\n  def getPiecesTags(tokenTags: Array[TextSentenceLabels], sentences: Array[WordpieceEmbeddingsSentence])\n  :Array[Array[String]] = {\n    tokenTags.zip(sentences).map{\n      case (tags, sentence) => getPiecesTags(tags, sentence)\n    }\n  }\n\n  def train(trainDataset: Array[(TextSentenceLabels, WordpieceEmbeddingsSentence)],\n            lr: Float,\n            po: Float,\n            batchSize: Int,\n            dropout: Float,\n            startEpoch: Int,\n            endEpoch: Int,\n            validation: Array[(TextSentenceLabels, WordpieceEmbeddingsSentence)] = Array.empty,\n            configProtoBytes: Option[Array[Byte]] = None,\n            trainValidationProp: Float = 0.0f\n           ): Unit = {\n\n    log(s\"Training started, trainExamples: ${trainDataset.length}, \" +\n      s\"labels: ${encoder.tags.length} \" +\n      s\"chars: ${encoder.chars.length}, \", Verbose.TrainingStat)\n\n    \/\/ Initialize\n    if (startEpoch == 0)\n      tensorflow.createSession(configProtoBytes=configProtoBytes).runner.addTarget(initKey).run()\n\n    val trainDatasetSeq = trainDataset.toSeq\n    \/\/ Train\n    for (epoch <- startEpoch until endEpoch) {\n\n      val epochDataset = Random.shuffle(trainDatasetSeq)\n      val learningRate = lr \/ (1 + po * epoch)\n\n      log(s\"Epoch: $epoch started, learning rate: $learningRate, dataset size: ${epochDataset.length}\", Verbose.Epochs)\n\n      val time = System.nanoTime()\n      var batches = 0\n      var loss = 0f\n      for (batch <- slice(epochDataset, batchSize)) {\n        val sentences = batch.map(r => r._2)\n        val tags = getPiecesTags(batch.map(r => r._1), sentences)\n\n        val batchInput = encoder.encodeInputData(sentences)\n        val batchTags = encoder.encodeTags(tags)\n\n        val tensors = new TensorResources()\n        val calculated = tensorflow.getSession(configProtoBytes=configProtoBytes).runner\n          .feed(sentenceLengthsKey, tensors.createTensor(batchInput.sentenceLengths))\n          .feed(wordEmbeddingsKey, tensors.createTensor(batchInput.wordEmbeddings))\n\n          .feed(wordLengthsKey, tensors.createTensor(batchInput.wordLengths))\n          .feed(charIdsKey, tensors.createTensor(batchInput.charIds))\n          .feed(labelsKey, tensors.createTensor(batchTags))\n\n          .feed(dropoutKey, tensors.createTensor(dropout))\n          .feed(learningRateKey, tensors.createTensor(learningRate))\n\n          .fetch(lossKey)\n          .addTarget(trainingKey)\n          .run()\n\n        loss += calculated.get(0).floatValue()\n\n        tensors.clearTensors()\n        batches += 1\n      }\n\n      log(s\"Done, ${(System.nanoTime() - time)\/1e9} loss: $loss, batches: $batches\", Verbose.Epochs)\n\n      if (trainValidationProp > 0.0) {\n        val sample: Int = (trainDataset.length*trainValidationProp).toInt\n\n        val trainDatasetSample = trainDataset.take(sample)\n\n        log(s\"Quality on training dataset (${trainValidationProp*100}%), validationExamples = $sample\", Verbose.Epochs)\n        measure(trainDatasetSample, (s: String) => log(s, Verbose.Epochs))\n      }\n\n      if (validation.nonEmpty) {\n        log(\"Quality on train dataset: \", Verbose.Epochs)\n        measure(trainDataset, (s: String) => log(s, Verbose.Epochs))\n      }\n\n      if (validation.nonEmpty) {\n        log(\"Quality on validation dataset: \", Verbose.Epochs)\n        measure(validation, (s: String) => log(s, Verbose.Epochs))\n      }\n    }\n  }\n\n  def calcStat(tp: Int, fp: Int, fn: Int): (Float, Float, Float) = {\n    val prec = tp.toFloat \/ (tp.toFloat + fp.toFloat)\n    val rec = tp.toFloat \/ (tp.toFloat + fn.toFloat)\n    val f1 = 2 * ((prec * rec) \/ (prec + rec))\n    (prec, rec, f1)\n  }\n\n  def tagsForTokens(labels: Array[String], pieces: WordpieceEmbeddingsSentence): Array[String] = {\n    labels.zip(pieces.tokens).flatMap{\n      case(l, p) =>\n        if (p.isWordStart)\n          Some(l)\n        else\n          None\n    }\n  }\n\n  def tagsForTokens(labels: Array[Array[String]], pieces: Array[WordpieceEmbeddingsSentence]):\n  Array[Array[String]] = {\n\n    labels.zip(pieces)\n      .map{case (l, p) => tagsForTokens(l, p)}\n  }\n\n  def measure(labeled: Array[(TextSentenceLabels, WordpieceEmbeddingsSentence)],\n              log: String => Unit,\n              extended: Boolean = false,\n              batchSize: Int = 100\n             ): Unit = {\n\n    val started = System.nanoTime()\n\n    val predicted = mutable.Map[String, Int]()\n    val correct = mutable.Map[String, Int]()\n\n    val truePositives = mutable.Map[String, Int]()\n    val falsePositives = mutable.Map[String, Int]()\n    val falseNegatives = mutable.Map[String, Int]()\n\n    for (batch <- slice(labeled, batchSize)) {\n\n      val sentencePredictedTags = predict(batch.map(_._2))\n\n      val sentenceTokenTags = tagsForTokens(sentencePredictedTags, batch.map(_._2))\n\n      val sentenceTokens = batch.map(pair => pair._2.tokens\n        .filter(t => t.isWordStart)\n        .map(t => t.token)\n      ).toList\n\n      val sentenceLabels = batch.map(pair => pair._1.labels.toArray).toList\n\n      (sentenceTokens, sentenceLabels, sentenceTokenTags).zipped.foreach {\n        case (tokens, labels, tags) =>\n          for (i <- 0 until labels.length) {\n\n            val label = labels(i)\n            val tag = tags(i)\n            val iWord = tokens(i)\n\n            correct(label) = correct.getOrElse(label, 0) + 1\n            predicted(tag) = predicted.getOrElse(tag, 0) + 1\n\n            \/\/We don't really care about true negatives at the moment\n            if ((label == tag) && label != \"O\") {\n              truePositives(label) = truePositives.getOrElse(label, 0) + 1\n            } else if (label == \"O\" && tag != \"O\") {\n              falsePositives(tag) = falsePositives.getOrElse(tag, 0) + 1\n            } else {\n              falseNegatives(label) = falseNegatives.getOrElse(label, 0) + 1\n            }\n\n          }\n      }\n    }\n\n    log(s\"time to finish validation: ${(System.nanoTime() - started)\/1e9}\")\n\n    val labels = (correct.keys ++ predicted.keys).toSeq.distinct\n    val notEmptyLabels = labels.filter(label => label != \"O\" && label.nonEmpty)\n\n    val totalTruePositives = truePositives.filterKeys(label => notEmptyLabels.contains(label)).values.sum\n    val totalFalsePositives = falsePositives.filterKeys(label => notEmptyLabels.contains(label)).values.sum\n    val totalFalseNegatives = falseNegatives.filterKeys(label => notEmptyLabels.contains(label)).values.sum\n\n    val (prec, rec, f1) = calcStat(totalTruePositives, totalFalsePositives, totalFalseNegatives)\n    log(s\"Total stats\\t prec: $prec, rec: $rec, f1: $f1\")\n\n    log(\"label\\t prec\\t rec\\t f1\")\n\n    for (label <- notEmptyLabels) {\n      val (prec, rec, f1) = calcStat(\n        truePositives.getOrElse(label, 0),\n        falsePositives.getOrElse(label, 0),\n        falseNegatives.getOrElse(label, 0)\n      )\n      log(s\"$label\\t $prec\\t $rec\\t $f1\")\n    }\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/symmetric\/SymmetricDeleteParams.scala","text":"package com.johnsnowlabs.nlp.annotators.spell.symmetric\n\nimport org.apache.spark.ml.param.{IntParam, LongParam, Params}\n\ntrait SymmetricDeleteParams extends Params{\n\n  val maxEditDistance = new IntParam(this, \"maxEditDistance\",\n                               \"max edit distance characters to derive strings from a word\")\n  val frequencyThreshold = new IntParam(this, \"frequencyThreshold\",\n    \"minimum frequency of words to be considered from training. Increase if training set is LARGE. Defaults to 0.\")\n  val deletesThreshold = new IntParam(this, \"deletesThreshold\",\n    \"minimum frequency of corrections a word needs to have to be considered from training. Increase if training set is LARGE. Defaults to 0\")\n  val dupsLimit = new IntParam(this, \"dupsLimit\", \"maximum duplicate of characters in a word to consider. Defaults to 2\")\n  val longestWordLength = new IntParam(this, \"longestWordLength\",\n    \"length of longest word in corpus\")\n  val minFrequency = new LongParam(this, \"minFrequency\",\n    \"minimum frequency of a word in the corpus\")\n  val maxFrequency = new LongParam(this, \"maxFrequency\",\n    \"maximum frequency of a word in the corpus\")\n\n  def setMaxEditDistance(value: Int): this.type = set(maxEditDistance, value)\n  def setFrequencyThreshold(value: Int): this.type = set(frequencyThreshold, value)\n  def setDeletesThreshold(value: Int): this.type = set(deletesThreshold, value)\n  def setDupsLimit(value: Int): this.type = set(dupsLimit, value)\n  def setLongestWordLength(value: Int): this.type = set(longestWordLength, value)\n  def setMaxFrequency(value: Long): this.type = set(maxFrequency, value)\n  def setMinFrequency(value: Long): this.type = set(minFrequency, value)\n\n  def getMaxEditDistance: Int = $(maxEditDistance)\n  def getFrequencyThreshold: Int = $(frequencyThreshold)\n  def getDeletesThreshold: Int = $(deletesThreshold)\n  def getDupsLimit: Int = $(dupsLimit)\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/NerDLEvalTesSpec.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.nlp.eval\n\nimport com.johnsnowlabs.nlp.annotator.{NerDLApproach, WordEmbeddings}\nimport com.johnsnowlabs.nlp.embeddings.WordEmbeddingsFormat\nimport org.scalatest.FlatSpec\n\nclass NerDLEvalTesSpec extends FlatSpec {\n\n  \"A NER DL Evaluation\" should \"display accuracy results\" in {\n    val trainFile = \".\/eng.train\"\n    val testFile = \".\/eng.testa\"\n    val format = \"\"\n    val modelPath = \".\/ner_dl\"\n\n    val glove = new WordEmbeddings()\n      .setInputCols(\"sentence\", \"token\")\n      .setOutputCol(\"glove\")\n      .setEmbeddingsSource(\".\/glove.6B.100d.txt \",\n        100, WordEmbeddingsFormat.TEXT)\n      .setCaseSensitive(true)\n\n    val nerTagger = new NerDLApproach()\n      .setInputCols(Array(\"sentence\", \"token\", \"glove\"))\n      .setLabelColumn(\"label\")\n      .setOutputCol(\"ner\")\n      .setMaxEpochs(10)\n      .setRandomSeed(0)\n      .setVerbose(2)\n\n    val nerDLEvaluation = new NerDLEvaluation(testFile, format)\n    nerDLEvaluation.computeAccuracyAnnotator(modelPath, trainFile, nerTagger, glove)\n\n  }\n\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/ml\/tensorflow\/TensorflowBert.scala","text":"package com.johnsnowlabs.ml.tensorflow\n\nimport com.johnsnowlabs.nlp.annotators.common._\n\nclass TensorflowBert(val tensorflow: TensorflowWrapper,\n                     sentenceStartTokenId: Int,\n                     sentenceEndTokenId: Int,\n                     maxSentenceLength: Int,\n                     batchSize: Int = 5,\n                     configProtoBytes: Option[Array[Byte]] = None\n                    ) extends Serializable {\n\n  private val tokenIdsKey = \"token_ids:0\"\n  private val embeddingsKey = \"bert\/embeddings\/LayerNorm\/batchnorm\/add_1:0\"\n\n  def encode(sentence: WordpieceTokenizedSentence): Array[Int] = {\n    val tokens = sentence.tokens.map(t => t.pieceId)\n\n    Array(sentenceStartTokenId) ++\n      tokens ++\n      Array(sentenceEndTokenId) ++\n      Array.fill(maxSentenceLength - tokens.length - 2)(0)\n\n  }\n\n  def tag(batch: Seq[Array[Int]]): Seq[Array[Array[Float]]] = {\n    val tensors = new TensorResources()\n\n    \/\/ println(s\"shape = ${batch.length}, ${batch(0).length}\")\n    val shrink = batch.map {sentence =>\n      if (sentence.length > maxSentenceLength) {\n        sentence.take(maxSentenceLength - 1) ++ Array(sentenceEndTokenId)\n      }\n      else {\n        sentence\n      }\n    }.toArray\n\n    val calculated = tensorflow.getSession(configProtoBytes=configProtoBytes).runner\n      .feed(tokenIdsKey, tensors.createTensor(shrink))\n      .fetch(embeddingsKey)\n      .run()\n\n    tensors.clearTensors()\n\n    val embeddings = TensorResources.extractFloats(calculated.get(0))\n\n    val dim = embeddings.length \/ (batch.length * maxSentenceLength)\n    val shrinkedEmbeddings: Array[Array[Array[Float]]] = embeddings.grouped(dim).toArray.grouped(maxSentenceLength).toArray\n\n    val emptyVector = Array.fill(dim)(0f)\n\n    batch.zip(shrinkedEmbeddings).map{case (ids, embeddings) =>\n      if (ids.length > embeddings.length) {\n        embeddings.take(embeddings.length - 1) ++\n          Array.fill(embeddings.length - ids.length)(emptyVector) ++\n          Array(embeddings.last)\n      } else {\n        embeddings\n      }\n    }\n  }\n\n  def calculateEmbeddings(sentences: Seq[WordpieceTokenizedSentence]): Seq[WordpieceEmbeddingsSentence] = {\n    \/\/ ToDo What to do with longer sentences?\n\n    \/\/ Run embeddings calculation by batches\n    sentences.zipWithIndex.grouped(batchSize).flatMap{batch =>\n      val encoded = batch.map(s => encode(s._1))\n      val vectors = tag(encoded)\n\n      \/\/ Combine tokens and calculated embeddings\n      batch.zip(vectors).map{case (sentence, tokenVectors) =>\n          val tokenLength = sentence._1.tokens.length\n          \/\/ Sentence Embeddings are at first place (token [CLS]\n          val sentenceEmbeddings = tokenVectors.headOption\n\n          \/\/ All wordpiece embeddings\n          val tokenEmbeddings = tokenVectors.slice(1, tokenLength + 1)\n\n          \/\/ Leave embeddings only for word start\n          val tokensWithEmbeddings = sentence._1.tokens.zip(tokenEmbeddings).flatMap{\n            case (token, tokenEmbedding) =>\n              val tokenWithEmbeddings = TokenPieceEmbeddings(token, tokenEmbedding)\n              Some(tokenWithEmbeddings)\n          }\n\n        WordpieceEmbeddingsSentence(tokensWithEmbeddings, sentence._2, sentenceEmbeddings)\n      }\n    }.toSeq\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/ChunkTokenizerModel.scala","text":"package com.johnsnowlabs.nlp.annotators\n\nimport com.johnsnowlabs.nlp.{Annotation, ParamsAndFeaturesReadable}\nimport com.johnsnowlabs.nlp.AnnotatorType._\nimport com.johnsnowlabs.nlp.annotators.common.ChunkSplit\nimport org.apache.spark.ml.util.Identifiable\n\nclass ChunkTokenizerModel(override val uid: String) extends TokenizerModel {\n\n  def this() = this(Identifiable.randomUID(\"CHUNK_TOKENIZER\"))\n\n  override val inputAnnotatorTypes: Array[AnnotatorType] = Array[AnnotatorType](CHUNK)\n\n  override val outputAnnotatorType: AnnotatorType = TOKEN\n\n  \/** one to many annotation *\/\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] = {\n    val sentences = ChunkSplit.unpack(annotations)\n    val tokenized = tag(sentences)\n\n    tokenized.zipWithIndex.flatMap{case (sentence, sentenceIndex) =>\n      sentence.indexedTokens.map{token =>\n        Annotation(outputAnnotatorType, token.begin, token.end, token.token,\n          Map(\"chunk\" -> sentenceIndex.toString, \"sentence\" -> sentence.sentenceIndex.toString))\n      }}\n\n  }\n\n}\n\nobject ChunkTokenizerModel extends ParamsAndFeaturesReadable[ChunkTokenizerModel]"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/main\/scala\/com\/johnsnowlabs\/nlp\/eval\/NerDLEvaluation.scala","text":"package com.johnsnowlabs.nlp.eval\n\nimport java.io.File\n\nimport com.johnsnowlabs.nlp.annotator._\nimport com.johnsnowlabs.nlp.annotators._\nimport com.johnsnowlabs.nlp.base._\nimport com.johnsnowlabs.nlp.eval.util.LoggingData\nimport com.johnsnowlabs.nlp.training.CoNLL\nimport com.johnsnowlabs.util.{Benchmark, PipelineModels}\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\nimport org.apache.spark.mllib.evaluation.MulticlassMetrics\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.{Dataset, SparkSession}\n\nimport scala.collection.mutable\n\nclass NerDLEvaluation(testFile: String, format: String) {\n\n  var loggingData: LoggingData = _\n\n  private case class NerEvalDLConfiguration(trainFile: String, format: String, modelPath: String,\n                                            sparkSession: SparkSession, nerDLApproach: NerDLApproach,\n                                            wordEmbeddings: WordEmbeddings)\n\n  def computeAccuracyAnnotator(modelPath: String, trainFile: String, nerDLApproach: NerDLApproach,\n                               wordEmbeddings: WordEmbeddings): Unit = {\n\n    val spark = SparkSession.builder()\n      .appName(\"benchmark\")\n      .master(\"local[*]\")\n      .config(\"spark.driver.memory\", \"8G\")\n      .config(\"spark.kryoserializer.buffer.max\", \"200M\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .getOrCreate()\n\n    val nerEvalDLConfiguration = NerEvalDLConfiguration(trainFile, format, modelPath, spark,\n      nerDLApproach, wordEmbeddings)\n\n    loggingData = new LoggingData(\"LOCAL\", this.getClass.getSimpleName, \"Named Entity Recognition\")\n    loggingData.logNerDLParams(nerDLApproach)\n    evaluateDataSet(testFile, nerEvalDLConfiguration)\n    loggingData.closeLog()\n  }\n\n  private def evaluateDataSet(testFile: String, nerEvalDLConfiguration: NerEvalDLConfiguration):\n  Unit = {\n    val nerDataSet = CoNLL().readDataset(nerEvalDLConfiguration.sparkSession, testFile).cache()\n    val labels = getEntitiesLabels(nerDataSet, \"label.result\", nerEvalDLConfiguration.format)\n    println(\"Entities: \" + labels)\n    val predictionDataSet = getPredictionDataSet(nerDataSet, nerEvalDLConfiguration)\n    val evaluationDataSet = getEvaluationDataSet(predictionDataSet, labels, nerEvalDLConfiguration.format,\n      nerEvalDLConfiguration.sparkSession)\n    println(\"Evaluation Dataset\")\n    evaluationDataSet.show(5, false)\n    computeAccuracy(evaluationDataSet, labels, nerEvalDLConfiguration.sparkSession)\n  }\n\n  def getPredictionDataSet(nerDataSet: Dataset[_], nerEvalDLConfiguration: NerEvalDLConfiguration):\n  Dataset[_] = {\n    val nerModel = getNerModel(nerEvalDLConfiguration)\n    val predictionDataSet = nerModel.transform(nerDataSet)\n      .select(col(\"label.result\").alias(\"label\"),\n        col(\"ner.result\").alias(\"prediction\"))\n    Benchmark.measure(\"Time to show prediction dataset\") {\n      predictionDataSet.show(5)\n    }\n    predictionDataSet\n  }\n\n  def getEntitiesLabels(dataSet: Dataset[_], column: String, format: String): List[String] = {\n    val entities: Seq[String] = dataSet.select(dataSet(column)).collect.flatMap(_.toSeq).flatMap { entitiesArray =>\n      val entities = entitiesArray.asInstanceOf[mutable.WrappedArray[String]]\n      if (format == \"IOB\") {\n        entities\n      } else {\n        entities.map(element => element.replace(\"I-\", \"\").replace(\"B-\", \"\"))\n      }\n    }\n    entities.toList.distinct\n  }\n\n  def getNerModel(nerEvalDLConfiguration: NerEvalDLConfiguration): PipelineModel = {\n    if (new File(nerEvalDLConfiguration.modelPath).exists()) {\n      PipelineModel.load(nerEvalDLConfiguration.modelPath)\n    } else {\n      var model: PipelineModel = null\n      Benchmark.setPrint(false)\n      val time = Benchmark.measure(1, false, \"Time to train\") {\n        val nerPipeline = getNerPipeline(nerEvalDLConfiguration)\n        model = nerPipeline.fit(PipelineModels.dummyDataset)\n      }\n      loggingData.logMetric(\"training time\/s\", time)\n      model.write.overwrite().save(nerEvalDLConfiguration.modelPath)\n      model\n    }\n  }\n\n  def getNerPipeline(nerEvalDLConfiguration: NerEvalDLConfiguration): Pipeline = {\n\n    val trainDataSet = CoNLL().readDataset(nerEvalDLConfiguration.sparkSession, nerEvalDLConfiguration.trainFile)\n    println(\"Train Dataset\")\n    trainDataSet.show(5)\n\n    val documentAssembler = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n\n    val sentenceDetector = new SentenceDetector()\n      .setInputCols(Array(\"document\"))\n      .setOutputCol(\"sentence\")\n\n    val tokenizer = new Tokenizer()\n      .setInputCols(Array(\"sentence\"))\n      .setOutputCol(\"token\")\n\n    val readyData = nerEvalDLConfiguration.wordEmbeddings.fit(trainDataSet).transform(trainDataSet).cache()\n\n    val nerTagger = nerEvalDLConfiguration.nerDLApproach.fit(readyData)\n\n    val converter = new NerConverter()\n      .setInputCols(Array(\"document\", \"token\", \"ner\"))\n      .setOutputCol(\"ner_span\")\n\n    val pipeline = new Pipeline().setStages(\n      Array(documentAssembler,\n        sentenceDetector,\n        tokenizer,\n        nerEvalDLConfiguration.wordEmbeddings,\n        nerTagger,\n        converter))\n\n    pipeline\n\n  }\n\n  def getEvaluationDataSet(dataSet: Dataset[_], labels: List[String], format: String, sparkSession: SparkSession): Dataset[_] = {\n    import sparkSession.implicits._\n    val labelAndPrediction: Seq[(String, String)] = dataSet.select(\"label\", \"prediction\").rdd.map { row =>\n      val labelColumn: Seq[String] = row.get(0).asInstanceOf[mutable.WrappedArray[String]]\n      val predictionColumn: Seq[String] = row.get(1).asInstanceOf[mutable.WrappedArray[String]]\n      if (format == \"IOB\") {\n        (labelColumn.toList, predictionColumn.toList)\n      } else {\n        val groupLabelColumn = labelColumn.map(element => element.replace(\"I-\", \"\")\n          .replace(\"B-\", \"\"))\n        val groupPredictionColumn = predictionColumn.map(element => element.replace(\"I-\", \"\")\n          .replace(\"B-\", \"\"))\n        (groupLabelColumn.toList, groupPredictionColumn.toList)\n      }\n    }.collect().flatMap(row => row._1 zip row._2)\n    val evaluationDataSet = labelAndPrediction.toDF(\"label\", \"prediction\")\n    evaluationDataSet\n      .withColumn(\"labelIndex\", getLabelIndex(labels)(col(\"label\")))\n      .withColumn(\"predictionIndex\", getLabelIndex(labels)(col(\"prediction\")))\n      .filter(col(\"label\") =!= 'O')\n  }\n\n  private def getLabelIndex(labels: List[String]) = udf { label: String =>\n    val index = labels.indexOf(label)\n    index.toDouble\n  }\n\n  private def computeAccuracy(dataSet: Dataset[_], labels: List[String], sparkSession: SparkSession): Unit = {\n    import sparkSession.implicits._\n    val predictionLabelsRDD = dataSet.select(\"predictionIndex\", \"labelIndex\")\n      .map(r => (r.getDouble(0), r.getDouble(1)))\n    val metrics = new MulticlassMetrics(predictionLabelsRDD.rdd)\n    val accuracy = (metrics.accuracy * 1000).round \/ 1000.toDouble\n    loggingData.logMetric(\"accuracy\", accuracy)\n    computeAccuracyByEntity(metrics, labels)\n    computeMicroAverage(metrics)\n  }\n\n  private def computeAccuracyByEntity(metrics: MulticlassMetrics, labels: List[String]): Unit = {\n    val predictedLabels = metrics.labels\n    predictedLabels.foreach { predictedLabel =>\n      val entity = labels(predictedLabel.toInt)\n      val precision = (metrics.precision(predictedLabel) * 1000).round \/ 1000.toDouble\n      val recall = (metrics.recall(predictedLabel) * 1000).round \/ 1000.toDouble\n      val f1Score = (metrics.fMeasure(predictedLabel) * 1000).round \/ 1000.toDouble\n      loggingData.logMetric(entity + \" precision\", precision)\n      loggingData.logMetric(entity + \" recall\", recall)\n      loggingData.logMetric(entity + \" f1-score\", f1Score)\n    }\n  }\n\n  def computeMicroAverage(metrics: MulticlassMetrics): Unit = {\n    var totalP = 0.0\n    var totalR = 0.0\n    var totalClassNum = 0\n\n    val labels = metrics.labels\n\n    labels.foreach { l =>\n      totalClassNum = totalClassNum + 1\n      totalP = totalP + metrics.precision(l)\n      totalR = totalR + metrics.recall(l)\n    }\n    totalP = totalP\/totalClassNum\n    totalR = totalR\/totalClassNum\n    val microAverage = 2 * ((totalP*totalR) \/ (totalP+totalR))\n    loggingData.logMetric(\"micro-average f1-score\", (microAverage * 1000).round \/ 1000.toDouble)\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"ocr\/src\/main\/scala\/com\/johnsnowlabs\/nlp\/util\/io\/OcrHelper.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.nlp.util.io\n\nimport java.awt.{Image, Rectangle}\nimport java.awt.image.{BufferedImage, DataBufferByte, RenderedImage}\nimport java.io._\n\nimport javax.imageio.ImageIO\nimport javax.media.jai.PlanarImage\nimport net.sourceforge.tess4j.ITessAPI.{TessOcrEngineMode, TessPageIteratorLevel, TessPageSegMode}\nimport net.sourceforge.tess4j.Tesseract\nimport net.sourceforge.tess4j.util.LoadLibs\nimport org.apache.pdfbox.pdmodel.PDDocument\nimport org.apache.spark.sql.{Dataset, SparkSession}\nimport org.slf4j.LoggerFactory\n\nimport scala.util.{Failure, Success, Try}\n\n\n\/*\n * Perform OCR\/text extraction().\n * Receives a path to a set of PDFs\n * Returns one annotation for every region found on every page,\n * {result: text, metadata:{source_file: path, pagen_number: number}}\n *\n * can produce multiple annotations for each file, and for each page.\n *\/\n\n\nobject PageSegmentationMode {\n\n  val AUTO = TessPageSegMode.PSM_AUTO\n  val SINGLE_BLOCK = TessPageSegMode.PSM_SINGLE_BLOCK\n  val SINGLE_WORD = TessPageSegMode.PSM_SINGLE_WORD\n}\n\nobject EngineMode {\n\n  val OEM_LSTM_ONLY = TessOcrEngineMode.OEM_LSTM_ONLY\n  val DEFAULT = TessOcrEngineMode.OEM_DEFAULT\n}\n\nobject PageIteratorLevel {\n\n  val BLOCK = TessPageIteratorLevel.RIL_BLOCK\n  val PARAGRAPH = TessPageIteratorLevel.RIL_PARA\n  val WORD = TessPageIteratorLevel.RIL_WORD\n}\n\nobject Kernels {\n  val SQUARED = 0\n}\n\nobject OCRMethod {\n  val TEXT_LAYER = \"text\"\n  val IMAGE_LAYER = \"image\"\n  val IMAGE_FILE = \"image_file\"\n}\n\nobject NoiseMethod {\n  val VARIANCE = \"variance\"\n  val RATIO = \"ratio\"\n}\n\ncase class OcrRow(text: String, pagenum: Int, method: String, noiselevel:Double = 0.0, confidence:Double=0.0, filename: String = \"\")\n\nclass OcrHelper extends ImageProcessing with Serializable {\n\n  private def logger = LoggerFactory.getLogger(\"OcrHelper\")\n  private val imageFormats = Seq(\".png\", \".jpg\")\n\n  @transient\n  private var tesseractAPI : TesseractAccess = null\n\n  private var preferredMethod: String = OCRMethod.TEXT_LAYER\n  private var fallbackMethod: Boolean = true\n  private var minSizeBeforeFallback: Int = 0\n\n  \/** Tesseract exclusive settings *\/\n  private var pageSegmentationMode: Int = TessPageSegMode.PSM_AUTO\n  private var engineMode: Int = TessOcrEngineMode.OEM_LSTM_ONLY\n  private var pageIteratorLevel: Int = TessPageIteratorLevel.RIL_BLOCK\n  private var kernelSize:Option[Int] = None\n  private var splitPages: Boolean = true\n  private var splitRegions: Boolean = true\n  \/\/ whether to include confidence values in the output or not\n  private var useConfidence: Boolean = false\n\n  \/* if defined we resize the image multiplying both width and height by this value *\/\n  var scalingFactor: Option[Float] = None\n\n  \/* skew correction parameters *\/\n  private var halfAngle: Option[Double] = None\n  private var resolution: Option[Double] = None\n\n  \/* whether to include noise scores or not *\/\n  private var estimateNoise: Option[String] = None\n\n  def setPreferredMethod(value: String): Unit = {\n    require(value == OCRMethod.TEXT_LAYER || value == OCRMethod.IMAGE_LAYER, s\"OCR Method must be either\" +\n      s\"'${OCRMethod.TEXT_LAYER}' or '${OCRMethod.IMAGE_LAYER}'\")\n    preferredMethod = value\n  }\n\n  def getPreferredMethod: String = preferredMethod\n\n  def setFallbackMethod(value: Boolean): Unit = {\n    fallbackMethod = value\n  }\n\n  def getFallbackMethod: Boolean = fallbackMethod\n\n  def setMinSizeBeforeFallback(value: Int): Unit = {\n    minSizeBeforeFallback = value\n  }\n\n  def getMinSizeBeforeFallback: Int = minSizeBeforeFallback\n\n  def setPageSegMode(mode: Int): Unit = {\n    pageSegmentationMode = mode\n  }\n\n  def getPageSegMode: Int = {\n    pageSegmentationMode\n  }\n\n  def setEngineMode(mode: Int): Unit = {\n    engineMode = mode\n  }\n\n  def getEngineMode: Int = {\n    engineMode\n  }\n\n  def setPageIteratorLevel(level: Int): Unit = {\n    pageIteratorLevel = level\n  }\n\n  def getPageIteratorLevel: Int = {\n    pageIteratorLevel\n  }\n\n  def setScalingFactor(factor:Float): Unit = {\n    if (factor == 1.0f)\n      scalingFactor = None\n    else\n      scalingFactor = Some(factor)\n  }\n\n  \/* here we make sure '!pageSplit && regionSplit' cannot happen\n  *  if regions are split, then you cannot merge pages(it's not possible).\n  * *\/\n  def setSplitPages(value: Boolean): Unit = {\n    splitPages = value\n\n    if(!splitPages)\n      splitRegions = false\n  }\n\n  def getSplitPages: Boolean = splitPages\n\n  def setSplitRegions(value: Boolean): Unit = {\n    splitRegions = value\n\n    if(splitRegions)\n      splitPages = true\n  }\n\n  def getSplitRegions: Boolean = splitRegions\n\n  def setIncludeConfidence(value: Boolean): Unit = {\n    useConfidence = value\n  }\n\n  def getIncludeConfidence:Boolean = useConfidence\n\n  def useErosion(useIt: Boolean, kSize:Int = 2, kernelShape:Int = Kernels.SQUARED): Unit = {\n    if (!useIt)\n      kernelSize = None\n    else\n      kernelSize = Some(kSize)\n  }\n\n  private def getListOfFiles(dir: String): List[(String, FileInputStream)] = {\n    val path = new File(dir)\n    if (path.exists && path.isDirectory) {\n      path.listFiles.filter(_.isFile).map(f => (f.getName, new FileInputStream(f))).toList\n    } else if (path.exists && path.isFile) {\n      List((path.getName, new FileInputStream(path)))\n    } else {\n      throw new FileNotFoundException(\"Path does not exist or is not a valid file or directory\")\n    }\n  }\n\n  def createDataset(spark: SparkSession, inputPath: String): Dataset[OcrRow] = {\n    import spark.implicits._\n    val sc = spark.sparkContext\n    val files = sc.binaryFiles(inputPath)\n    files.flatMap {\n      \/\/ here we handle images directly\n      case (fileName, stream) if imageFormats.exists(fileName.endsWith)=>\n          doImageOcr(stream.open)\n            .map(_.copy(filename = fileName))\n\n      case (fileName, stream) =>\n          doPDFOcr(stream.open, fileName)\n            .map(_.copy(filename = fileName))\n    }.filter(_.text.nonEmpty).toDS\n  }\n\n  \/* WARNING: this only makes sense with splitPages == false, otherwise the map creation discards information(complete pages)\n  (multiple pages per file is not supported) *\/\n  def createMap(inputPath: String): Map[String, String] = {\n    val files = getListOfFiles(inputPath)\n    files.flatMap {case (fileName, stream) =>\n      doPDFOcr(stream, fileName).map(ocrrow => (fileName, ocrrow.text))\n    }.filter(_._2.nonEmpty).toMap\n  }\n\n  \/*\n  * Enable\/disable automatic skew(rotation) correction,\n  *\n  * @halfAngle, half the angle(in degrees) that will be considered for correction.\n  * @resolution, the step size(in degrees) that will be used for generating correction\n  * angle candidates.\n  *\n  * For example, for halfAngle = 2.0, and resolution 0.5,\n  * candidates {-2, -1.5, -1, -0.5, 0.5, 1, 1.5, 2} will be evaluated.\n  * *\/\n  def setAutomaticSkewCorrection(useIt:Boolean, halfAngle:Double = 5.0, resolution:Double = 1.0) = {\n    if(useIt) {\n      this.halfAngle = Some(halfAngle)\n      this.resolution = Some(resolution)\n    } else {\n      this.halfAngle = None\n      this.resolution = None\n    }\n  }\n\n  def setEstimateNoise(noiseMethod: String) = {\n    estimateNoise = Some(noiseMethod)\n  }\n\n  private def tesseract:TesseractAccess = {\n    if (tesseractAPI == null)\n      tesseractAPI = initTesseract()\n\n    tesseractAPI\n  }\n\n  private def initTesseract():TesseractAccess = this.synchronized {\n    val api = new TesseractAccess()\n    val tessDataFolder = LoadLibs.extractTessResources(\"tessdata\")\n    api.setDatapath(tessDataFolder.getAbsolutePath)\n    api.setPageSegMode(pageSegmentationMode)\n    api.setOcrEngineMode(engineMode)\n    api.initialize()\n    api\n  }\n\n  def reScaleImage(image: PlanarImage, factor: Float) = {\n    val width = image.getWidth * factor\n    val height = image.getHeight * factor\n    val scaledImg = image.getAsBufferedImage().\n    getScaledInstance(width.toInt, height.toInt, Image.SCALE_AREA_AVERAGING)\n    toBufferedImage(scaledImg)\n  }\n\n  \/* erode the image *\/\n  def erode(bi: BufferedImage, kernelSize: Int) = {\n    \/\/ convert to grayscale\n    val gray = new BufferedImage(bi.getWidth, bi.getHeight, BufferedImage.TYPE_BYTE_GRAY)\n    val g = gray.createGraphics()\n    g.drawImage(bi, 0, 0, null)\n    g.dispose()\n\n    \/\/ init\n    val dest = new BufferedImage(bi.getWidth(), bi.getHeight(), BufferedImage.TYPE_BYTE_GRAY)\n    val outputData = dest.getRaster().getDataBuffer().asInstanceOf[DataBufferByte].getData\n    val inputData = gray.getRaster().getDataBuffer().asInstanceOf[DataBufferByte].getData\n\n    \/\/ handle the unsigned type\n    val converted = inputData.map(fromUnsigned)\n\n    \/\/ define the boundaries of the squared kernel\n    val width = bi.getWidth\n    val rowIdxs = Range(-kernelSize, kernelSize + 1).map(_ * width)\n    val colIdxs = Range(-kernelSize, kernelSize + 1)\n\n    \/\/ convolution and nonlinear op (minimum)\n    outputData.indices.par.foreach { idx =>\n      var acc = Int.MaxValue\n      for (ri <- rowIdxs; ci <- colIdxs) {\n        val index = idx + ri + ci\n        if (index > -1 && index < converted.length)\n          if(acc > converted(index))\n            acc = converted(index)\n      }\n      outputData(idx) = fromSigned(acc)\n    }\n    dest\n  }\n\n  def fromUnsigned(byte:Byte): Int = {\n    if (byte > 0)\n      byte\n    else\n      byte + 255\n  }\n\n  def fromSigned(integer:Int): Byte = {\n    if (integer > 0 && integer < 127)\n      integer.toByte\n    else\n      (integer - 255).toByte\n  }\n\n\n  def binarize(bi: BufferedImage):BufferedImage = {\n\n    \/\/ convert to grayscale\n    val gray = new BufferedImage(bi.getWidth, bi.getHeight, BufferedImage.TYPE_BYTE_GRAY)\n    val g = gray.createGraphics()\n    g.drawImage(bi, 0, 0, null)\n    g.dispose()\n\n    \/\/ init\n    val dest = new BufferedImage(bi.getWidth(), bi.getHeight(), BufferedImage.TYPE_BYTE_GRAY)\n    val outputData = dest.getRaster().getDataBuffer().asInstanceOf[DataBufferByte].getData\n    val inputData = gray.getRaster().getDataBuffer().asInstanceOf[DataBufferByte].getData\n\n    \/\/ handle the unsigned type\n    val converted = inputData.map(fromUnsigned)\n\n    \/\/ convolution and nonlinear op (minimum)\n    \/\/ TODO must use adaptive thresholding\n    outputData.indices.par.foreach { idx =>\n      if (converted(idx) < 170) {\n        outputData(idx) = fromSigned(2)\n      }\n      else\n        outputData(idx) = fromSigned(250)\n    }\n    dest\n  }\n\n  \/* compute standard deviation from histogram *\/\n  def stdev(histogram: Array[Int]): Double = {\n    val mean = histogramMean(histogram)\n    val result = Math.sqrt(histogram.zipWithIndex.map{ case (x, i) => (i.toDouble - mean) * (i.toDouble - mean) * x}.sum \/\n      (histogram.sum.toDouble - 1))\n\n    result\n  }\n\n  \/* estimate noise score based on image histogram *\/\n  private def computeNoiseScore(estimateNoise: Option[String], image: BufferedImage, r: Rectangle): Double =\n  estimateNoise.map { method =>\n\n    val histogram = Array.fill(256)(0)\n    val lower = Array.fill(128)(0)\n    val upper = Array.fill(128)(0)\n    val imageData = image.getRaster().getDataBuffer().asInstanceOf[DataBufferByte].getData\n\n    Range(r.x, r.x + r.width).foreach { i =>\n        Range(r.y, r.y + r.height).foreach { j =>\n          val pixVal = imageData(j * image.getWidth + i)\n          val intVal = signedByte2UnsignedInt(pixVal)\n          assert(intVal <= 255)\n          assert(intVal >= 0)\n          histogram(intVal) += 1\n        }\n    }\n\n    if(method.equals(NoiseMethod.RATIO)) {\n      \/* here we should do something adaptive instead *\/\n      val LIMIT = 10\n      val denom = histogram.slice(0, LIMIT).sum + histogram.takeRight(LIMIT).sum + 1\n      val num = histogram.slice(LIMIT, histogram.length - LIMIT).sum\n      num.toFloat \/ denom\n    } else { \/\/ variance\n      stdev(histogram.take(128)) \/\/+ stdev(histogram.takeRight(128))\n    }\n  }.getOrElse(0.0)\n\n  private def mean(values: Seq[Double]) =\n    if (values.isEmpty)\n      Double.NaN\n    else\n      values.sum \/ values.size\n\n  private def histogramMean(hist:Seq[Int]) = {\n    val mass = hist.zipWithIndex.map{case (count, i) => count * i}.sum\n    val count = hist.sum\n    if (count == 0)\n      0.0\n    else\n      mass.toDouble \/ count\n  }\n\n  \/\/ TODO: Sequence return type should be enough\n  \/* response here is (text, pagenum, noise_level) *\/\n  private def tesseractMethod(renderedImages:Seq[RenderedImage]): Option[Seq[OcrRow]] = this.synchronized {\n    import scala.collection.JavaConversions._\n\n    val imageRegions = renderedImages.map(render => {\n      val image = PlanarImage.wrapRenderedImage(render)\n\n      \/\/ correct skew if parameters are provided\n      val skewCorrected = halfAngle.flatMap{angle => resolution.map {res =>\n        correctSkew(image.getAsBufferedImage, angle, res)\n      }}.getOrElse(image.getAsBufferedImage)\n\n      \/\/ rescale if factor provided\n      var scaledImage = scalingFactor.map { factor =>\n        reScaleImage(image, factor)\n      }.getOrElse(skewCorrected)\n\n      \/\/ erode if kernel provided\n      val dilatedImage = kernelSize.map {kernelRadio =>\n        erode(scaledImage, kernelRadio)\n      }.getOrElse(scaledImage)\n\n      \/\/ obtain regions and run OCR on each region\n      val regions = {\n        \/** Some ugly image scenarios cause a null pointer in tesseract. Avoid here.*\/\n        try {\n          tesseract.getSegmentedRegions(scaledImage, pageIteratorLevel).map(Some(_)).toList\n        } catch {\n          case _: NullPointerException =>\n            logger.info(s\"Tesseract failed to process a document. Falling back to text layer.\")\n            List()\n        }\n      }\n\n      regions.flatMap(_.map { rectangle =>\n        val (text, confidence) =\n            tesseract.doOCR(dilatedImage, rectangle, pageIteratorLevel, useConfidence)\n        (text, computeNoiseScore(estimateNoise, scaledImage, rectangle), confidence)\n      })\n    })\n\n\n    (splitPages, splitRegions) match {\n      case (true, true) =>\n        Option(imageRegions.zipWithIndex.map {case (pageRegions, pagenum) =>\n          pageRegions.map{case (r, nl, conf) => OcrRow(r, pagenum, OCRMethod.IMAGE_LAYER, nl, conf)}}.flatten)\n      case (true, false) =>\n        \/\/ this merges regions within each page, splits the pages\n        Option(imageRegions.zipWithIndex.\n              map { case (pageRegions, pagenum) =>\n                val noiseLevel = mean(pageRegions.map(_._2))\n                val confidence = mean(pageRegions.map(_._3))\n                val mergedText = pageRegions.map(_._1).mkString(System.lineSeparator())\n                OcrRow(mergedText, pagenum, OCRMethod.IMAGE_LAYER, noiseLevel, confidence)})\n      case _ =>\n        \/\/ don't split pages either regions, => everything coming from page 0\n        val mergedText = imageRegions.map{pageRegions =>  pageRegions.map(_._1).\n          mkString(System.lineSeparator)}.mkString(System.lineSeparator)\n        \/\/ here the noise level will be an average\n        val noiseLevel = mean(imageRegions.flatten.map(_._2))\n        val confidence = mean(imageRegions.flatten.map(_._3))\n        Option(Seq(OcrRow(mergedText, 0, OCRMethod.IMAGE_LAYER, noiseLevel, confidence)))\n     }\n  }\n\n  private def pdfboxMethod(pdfDoc: PDDocument, startPage: Int, endPage: Int): Option[Seq[OcrRow]] = {\n    val range = startPage to endPage\n    if (splitPages)\n      Some(Range(startPage, endPage + 1).flatMap(pagenum =>\n        extractText(pdfDoc, pagenum, pagenum).map(t => OcrRow(t, pagenum -1, OCRMethod.TEXT_LAYER))))\n    else\n      Some(extractText(pdfDoc, startPage, endPage).zipWithIndex.map{case (t, idx) =>\n        OcrRow(t, idx, OCRMethod.TEXT_LAYER)\n      })\n  }\n\n  private def pageOcr(pdfDoc: PDDocument, startPage: Int, endPage: Int): Seq[OcrRow] = {\n\n    var decidedMethod = preferredMethod\n\n    val result = preferredMethod match {\n\n      case OCRMethod.IMAGE_LAYER => tesseractMethod(getImageFromPDF(pdfDoc, startPage - 1, endPage - 1))\n        .filter(_.nonEmpty)\n        .filter(content => minSizeBeforeFallback == 0 || (content.forall(_.text.length >= minSizeBeforeFallback)))\n        .orElse(if (fallbackMethod) {pdfboxMethod(pdfDoc, startPage, endPage)} else None)\n\n      case OCRMethod.TEXT_LAYER => pdfboxMethod(pdfDoc, startPage, endPage)\n        .filter(content => minSizeBeforeFallback == 0 || content.forall(_.text.length >= minSizeBeforeFallback))\n        .orElse(if (fallbackMethod) {tesseractMethod(getImageFromPDF(pdfDoc, startPage - 1, endPage - 1))} else None)\n\n      case _ => throw new IllegalArgumentException(s\"Invalid OCR Method. Must be '${OCRMethod.TEXT_LAYER}' or '${OCRMethod.IMAGE_LAYER}'\")\n    }\n    result.getOrElse(Seq.empty[OcrRow])\n  }\n\n  \/*\n   * fileStream: a stream to PDF files\n   * filename: name of the original file(used for failure login)\n   * returns sequence of (pageNumber:Int, textRegion:String, decidedMethod:String)\n   *\n   * *\/\n  private def doPDFOcr(fileStream:InputStream, filename:String):Seq[OcrRow] = {\n    val pagesTry = Try(PDDocument.load(fileStream)).map { pdfDoc =>\n      val numPages = pdfDoc.getNumberOfPages\n      require(numPages >= 1, \"pdf input stream cannot be empty\")\n\n      val result = pageOcr(pdfDoc, 1, numPages)\n\n    \/* TODO: beware PDF box may have a potential memory leak according to,\n     * https:\/\/issues.apache.org\/jira\/browse\/PDFBOX-3388\n     *\/\n      pdfDoc.close()\n      result\n    }\n\n    pagesTry match {\n      case Failure(e) =>\n        logger.error(s\"\"\"found a problem trying to open file $filename\"\"\")\n        logger.error(pagesTry.toString)\n        Seq.empty\n      case Success(content) =>\n        content\n    }\n  }\n\n  private def doImageOcr(fileStream:InputStream):Seq[OcrRow] = {\n    val image = ImageIO.read(fileStream)\n    tesseractMethod(Seq(image)).map(_.map(_.copy(method = OCRMethod.IMAGE_FILE))).getOrElse(Seq.empty)\n  }\n\n  \/*\n  * extracts a text layer from a PDF.\n  * *\/\n  private def extractText(document: PDDocument, startPage: Int, endPage: Int): Seq[String] = {\n    import org.apache.pdfbox.text.PDFTextStripper\n    val pdfTextStripper = new PDFTextStripper\n    pdfTextStripper.setStartPage(startPage)\n    pdfTextStripper.setEndPage(endPage)\n    Seq(pdfTextStripper.getText(document))\n  }\n\n  private def getImageFromPDF(document: PDDocument, startPage: Int, endPage: Int): Seq[BufferedImage] = {\n    import scala.collection.JavaConversions._\n    Range(startPage, endPage + 1).flatMap(numPage => {\n      val page = document.getPage(numPage)\n      val multiImage = new MultiImagePDFPage(page)\n      multiImage.getMergedImages\n    })\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/NorvigSpellEvalTestSpec.scala","text":"<filename>eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/NorvigSpellEvalTestSpec.scala\npackage com.johnsnowlabs.nlp.eval\n\nimport com.johnsnowlabs.nlp.annotator.NorvigSweetingApproach\nimport com.johnsnowlabs.nlp.annotators.spell.norvig.NorvigSweetingModel\nimport org.scalatest.FlatSpec\n\nclass NorvigSpellEvalTestSpec extends FlatSpec {\n\n  \"A Norvig Spell Evaluation\" should \"display accuracy results\" in {\n\n    val trainFile = \"src\/test\/resources\/spell\/sherlockholmes.txt\"\n    val dictionaryFile = \"src\/test\/resources\/spell\/words.txt\"\n    val groundTruthFile = \".\/ground_truth.txt\"\n    val testFile = \".\/misspell.txt\"\n\n    val spell = new NorvigSweetingApproach()\n      .setInputCols(Array(\"token\"))\n      .setOutputCol(\"checked\")\n      .setDictionary(dictionaryFile)\n\n    val norvigSpellEvaluation = new NorvigSpellEvaluation(testFile, groundTruthFile)\n    norvigSpellEvaluation.computeAccuracyAnnotator(trainFile, spell)\n\n  }\n\n  \"A Norvig Spell Evaluation\" should \"display accuracy results for pre-trained model\" in {\n\n    val groundTruthFile = \".\/ground_truth.txt\"\n    val testFile = \".\/misspell.txt\"\n\n    val spell = NorvigSweetingModel.pretrained()\n\n    val norvigSpellEvaluation = new NorvigSpellEvaluation(testFile, groundTruthFile)\n    norvigSpellEvaluation.computeAccuracyModel(spell)\n\n  }\n\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/norvig\/NorvigSweetingTestSpec.scala","text":"package com.johnsnowlabs.nlp.annotators.spell.norvig\n\nimport com.johnsnowlabs.nlp.annotators.spell.util.Utilities\nimport com.johnsnowlabs.nlp.{AnnotatorBuilder, ContentProvider, DataBuilder}\nimport org.scalatest._\n\nclass NorvigSweetingTestSpec extends FlatSpec with NorvigSweetingBehaviors {\n\n  System.gc()\n\n  \"A norvig sweeting approach\" should behave like includeScoreOnMetadata\n\n  \"A norvig sweeting approach\" should behave like testDefaultTokenCorpusParameter\n\n  \"An isolated spell checker\" should behave like isolatedNorvigChecker(\n    Seq(\n      (\"mral\", \"meal\"),\n      (\"delicatly\", \"delicately\"),\n      (\"efusive\", \"effusive\"),\n      (\"lauging\", \"laughing\"),\n      (\"juuuuuuuuuuuuuuuussssssssssttttttttttt\", \"just\"),\n      (\"screeeeeeeewed\", \"screwed\"),\n      (\"readampwritepeaceee\", \"readampwritepeaceee\")\n    )\n  )\n\n  \"A spark spell checker\" should behave like sparkBasedSpellChecker(DataBuilder.basicDataBuild(\"efusive\", \"destroyd\"))\n\n  \"A spark spell checker using dataframes\" should behave like sparkBasedSpellChecker(DataBuilder.basicDataBuild(\"efusive\", \"destroyd\"), \"TXTDS\")\n\n  \"A good sized dataframe\" should behave like sparkBasedSpellChecker(\n    AnnotatorBuilder.withDocumentAssembler(ContentProvider.parquetData.limit(5000))\n  )\n\n  \"A good sized dataframe trained with dataframe\" should behave like datasetBasedSpellChecker\n\n  \"A norvig spell checker trained from fit\" should behave like trainFromFitSpellChecker(Seq(\n    \"mral\",\n    \"delicatly\",\n    \"efusive\",\n    \"lauging\",\n    \"juuuuuuuuuuuuuuuussssssssssttttttttttt\",\n    \"screeeeeeeewed\",\n    \"readampwritepeaceee\"\n  ))\n\n  it should behave like trainSpellCheckerModelFromFit\n\n  it should behave like raiseErrorWhenWrongColumnIsSent\n\n  \"A norvig sweeting approach\" should \"get result by frequency\" in {\n    val wordsByFrequency = List((\"eral\", 1.toLong), (\"mural\" ,1.toLong), (\"myal\", 1.toLong),\n                                (\"kral\", 2.toLong), (\"oral\", 2.toLong), (\"maral\", 2.toLong),\n                                (\"maral\", 3.toLong), (\"moral\", 3.toLong), (\"meal\", 3.toLong))\n    val maxValue = wordsByFrequency.maxBy(_._2)._2\n    val bestWords = wordsByFrequency.filter(_._2 == maxValue).map(_._1)\n    val expectedConfidenceValue = Utilities.computeConfidenceValue(bestWords)\n    val norvigSweetingModel = new NorvigSweetingModel()\n\n    val resultByFrequency = norvigSweetingModel.getResultByFrequency(wordsByFrequency)\n\n    assert(bestWords.contains(resultByFrequency._1.getOrElse(\"\")))\n    assert(expectedConfidenceValue == resultByFrequency._2)\n\n  }\n\n  \"A norvig sweeting approach\" should \"get result by hamming\" in {\n    val wordsByHamming = List((\"eral\", 1.toLong), (\"myal\" ,1.toLong), (\"kral\", 1.toLong),\n                              (\"oral\", 1.toLong), (\"meal\", 1.toLong),\n                              (\"moral\", 4.toLong), (\"mural\", 4.toLong), (\"maral\", 4.toLong))\n    val minValue = wordsByHamming.minBy(_._2)._2\n    val bestWords = wordsByHamming.filter(_._2 == minValue).map(_._1)\n    val expectedConfidenceValue = Utilities.computeConfidenceValue(bestWords)\n    val norvigSweetingModel = new NorvigSweetingModel()\n\n    val resultByFrequency = norvigSweetingModel.getResultByHamming(wordsByHamming)\n\n    assert(bestWords.contains(resultByFrequency._1.getOrElse(\"\")))\n    assert(expectedConfidenceValue == resultByFrequency._2)\n\n  }\n\n  \"A norvig sweeting approach\" should \"get result by frequency and hamming\" in {\n    val input = \"mral\"\n    val wordsByFrequency = List((\"eral\", 1.toLong), (\"mural\" ,1.toLong), (\"myal\", 1.toLong),\n      (\"kral\", 2.toLong), (\"maral\", 2.toLong), (\"maral\", 2.toLong),\n      (\"oral\", 3.toLong), (\"moral\", 3.toLong), (\"meal\", 3.toLong))\n    val wordsByHamming = List((\"eral\", 1.toLong), (\"myal\" ,1.toLong), (\"kral\", 1.toLong),\n      (\"oral\", 1.toLong), (\"meal\", 1.toLong),\n      (\"moral\", 4.toLong), (\"mural\", 4.toLong), (\"maral\", 4.toLong))\n    val norvigSweetingModel = new NorvigSweetingModel()\n    val expectedResult = List (\"oral\", \"meal\")\n\n    val resultByFrequencyAndHamming = norvigSweetingModel.getResult(wordsByFrequency, wordsByHamming, input)\n\n    assert(expectedResult.contains(resultByFrequencyAndHamming._1))\n\n  }\n\n  \"A norvig sweeting approach\" should \"get result by frequency and hamming with frequency priority\" in {\n    val input = \"mral\"\n    val wordsByFrequency = List((\"oral\", 4.toLong), (\"moral\", 3.toLong), (\"meal\", 3.toLong))\n    val wordsByHamming = List((\"oral\", 2.toLong), (\"meal\", 1.toLong),\n                              (\"moral\", 4.toLong), (\"mural\", 4.toLong))\n    val norvigSweetingModel = new NorvigSweetingModel().setFrequencyPriority(true)\n    val expectedResult = \"oral\"\n\n    val resultByFrequencyAndHamming = norvigSweetingModel.getResult(wordsByFrequency, wordsByHamming, input)\n\n    assert(expectedResult.contains(resultByFrequencyAndHamming._1))\n\n  }\n\n  \"A norvig sweeting approach\" should \"get result by frequency and hamming with hamming priority\" in {\n    val input = \"mral\"\n    val wordsByFrequency = List((\"oral\", 4.toLong), (\"moral\", 3.toLong), (\"meal\", 3.toLong))\n    val wordsByHamming = List((\"oral\", 2.toLong), (\"meal\", 1.toLong),\n                              (\"moral\", 4.toLong), (\"mural\", 4.toLong))\n    val norvigSweetingModel = new NorvigSweetingModel().setFrequencyPriority(false)\n    val expectedResult = \"meal\"\n\n    val resultByFrequencyAndHamming = norvigSweetingModel.getResult(wordsByFrequency, wordsByHamming, input)\n\n    assert(expectedResult.contains(resultByFrequencyAndHamming._1))\n\n  }\n\n  \"A norvig sweeting approach\" should \"get result by frequency or hamming\" in {\n    val input = \"mral\"\n    val wordsByFrequency = List((\"oral\", 4.toLong))\n    val wordsByHamming = List((\"meal\", 1.toLong))\n    val norvigSweetingModel = new NorvigSweetingModel()\n    val expectedResult = List(\"meal\", \"oral\")\n\n    val resultByFrequencyAndHamming = norvigSweetingModel.getResult(wordsByFrequency, wordsByHamming, input)\n\n    assert(expectedResult.contains(resultByFrequencyAndHamming._1))\n\n  }\n\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/embeddings\/WordEmbeddingsRetriever.scala","text":"package com.johnsnowlabs.nlp.embeddings\n\nimport com.johnsnowlabs.nlp.util.LruMap\nimport org.rocksdb._\n\n\ncase class WordEmbeddingsRetriever(dbFile: String,\n                                   nDims: Int,\n                                   caseSensitive: Boolean,\n                                   lruCacheSize: Int = 100000) extends AutoCloseable {\n\n  @transient private var prefetchedDB: RocksDB = null\n\n  private def db: RocksDB = {\n    if (Option(prefetchedDB).isDefined)\n      prefetchedDB\n    else {\n      RocksDB.loadLibrary()\n      prefetchedDB = RocksDB.openReadOnly(dbFile)\n      prefetchedDB\n    }\n  }\n\n  val zeroArray: Array[Float] = Array.fill[Float](nDims)(0f)\n\n  val lru = new LruMap[String, Array[Float]](lruCacheSize)\n\n  private def getEmbeddingsFromDb(word: String): Array[Float] = {\n    lazy val resultLower = db.get(word.trim.toLowerCase.getBytes())\n    lazy val resultUpper = db.get(word.trim.toUpperCase.getBytes())\n    lazy val resultExact = db.get(word.trim.getBytes())\n\n    if (caseSensitive && resultExact != null)\n      WordEmbeddingsIndexer.fromBytes(resultExact)\n    else if (resultLower != null)\n      WordEmbeddingsIndexer.fromBytes(resultLower)\n    else if (resultExact != null)\n      WordEmbeddingsIndexer.fromBytes(resultExact)\n    else if (resultUpper != null)\n      WordEmbeddingsIndexer.fromBytes(resultUpper)\n    else\n      zeroArray\n\n  }\n\n  def getEmbeddingsVector(word: String): Array[Float] = {\n    synchronized {\n      lru.getOrElseUpdate(word, getEmbeddingsFromDb(word))\n    }\n  }\n\n  def containsEmbeddingsVector(word: String): Boolean = {\n    val wordBytes = word.trim.getBytes()\n    db.get(wordBytes) != null ||\n      (db.get(word.trim.toLowerCase.getBytes()) != null) ||\n      (db.get(word.trim.toUpperCase.getBytes()) != null)\n\n  }\n\n  override def close(): Unit = {\n    if (Option(prefetchedDB).isDefined) {\n      db.close()\n      prefetchedDB = null\n    }\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/TokenizerModel.scala","text":"package com.johnsnowlabs.nlp.annotators\n\nimport java.util.regex.Pattern\n\nimport com.johnsnowlabs.nlp.annotators.common._\nimport com.johnsnowlabs.nlp.annotators.param.ExternalResourceParam\nimport com.johnsnowlabs.nlp.pretrained.ResourceDownloader\nimport com.johnsnowlabs.nlp.serialization.StructFeature\nimport com.johnsnowlabs.nlp.util.regex.{MatchStrategy, RuleFactory}\nimport org.apache.spark.ml.param.{BooleanParam, Param, StringArrayParam}\nimport com.johnsnowlabs.nlp.{Annotation, AnnotatorModel, ParamsAndFeaturesReadable}\nimport org.apache.spark.ml.util.{DefaultParamsReadable, Identifiable}\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Tokenizes raw text into word pieces, tokens.\n  * @param uid required uid for storing annotator to disk\n  * @@ pattern: RegexPattern to split phrases into tokens\n  *\/\nclass TokenizerModel(override val uid: String) extends AnnotatorModel[TokenizerModel] {\n\n  import com.johnsnowlabs.nlp.AnnotatorType._\n\n  val rules: StructFeature[RuleFactory] = new StructFeature[RuleFactory](this, \"rules\")\n  val exceptions: StringArrayParam = new StringArrayParam(this, \"exceptions\", \"Words that won't be affected by tokenization rules\")\n  val caseSensitiveExceptions: BooleanParam = new BooleanParam(this, \"caseSensitiveExceptions\", \"Whether to care for case sensitiveness in exceptions\")\n  val targetPattern: Param[String] = new Param(this, \"targetPattern\", \"pattern to grab from text as token candidates. Defaults \\\\S+\")\n\n  setDefault(\n    targetPattern -> \"\\\\S+\",\n    caseSensitiveExceptions -> true\n  )\n\n  override val outputAnnotatorType: AnnotatorType = TOKEN\n\n  \/** A Tokenizer could require only for now a SentenceDetector annotator *\/\n  override val inputAnnotatorTypes: Array[AnnotatorType] = Array[AnnotatorType](DOCUMENT)\n\n  def this() = this(Identifiable.randomUID(\"REGEX_TOKENIZER\"))\n\n  def setTargetPattern(value: String): this.type = set(targetPattern, value)\n  def getTargetPattern: String = $(targetPattern)\n\n  def setExceptions(value: Array[String]): this.type = set(exceptions, value)\n  def getExceptions: Array[String] = $(exceptions)\n\n  def setRules(ruleFactory: RuleFactory): this.type = set(rules, ruleFactory)\n\n  def setCaseSensitiveExceptions(value: Boolean): this.type = set(caseSensitiveExceptions, value)\n  def getCaseSensitiveExceptions(value: Boolean): Boolean = $(caseSensitiveExceptions)\n\n  private val PROTECT_CHAR = \"\u2188\"\n  private val BREAK_CHAR = \"\u2187\"\n\n  private lazy val BREAK_PATTERN = \"[^(?:\" + $(targetPattern) + \")\" + PROTECT_CHAR + \"]\"\n  private lazy val SPLIT_PATTERN = \"[^\" + BREAK_CHAR + \"]+\"\n\n  private def casedMatchExists (candidateMatched: String): Boolean =\n    if ($(caseSensitiveExceptions))\n      $(exceptions).contains(candidateMatched)\n    else\n      $(exceptions).map(_.toLowerCase).contains(candidateMatched.toLowerCase)\n\n  def tag(sentences: Seq[Sentence]): Seq[TokenizedSentence] = {\n    sentences.map{text =>\n      \/** Step 1, define breaks from non breaks *\/\n      val protectedText = {\n        get(exceptions).map(_.foldRight(text.content)((exceptionToken, currentText) => {\n          val casedExceptionToken = if ($(caseSensitiveExceptions)) exceptionToken else \"(?i)\"+exceptionToken\n          currentText.replaceAll(\n            casedExceptionToken,\n            exceptionToken.replaceAll(BREAK_PATTERN, PROTECT_CHAR)\n          )\n        })).getOrElse(text.content).replaceAll(BREAK_PATTERN, BREAK_CHAR)\n      }\n      \/** Step 2, Return protected tokens back into text and move on*\/\n      val tokens = SPLIT_PATTERN.r.findAllMatchIn(protectedText).flatMap { candidate =>\n        if (get(exceptions).isDefined &&\n          (\n            candidate.matched.contains(PROTECT_CHAR) ||\n            casedMatchExists(candidate.matched)\n          )) {\n          \/** Put back character and move on *\/\n          Seq(IndexedToken(\n            text.content.slice(text.start + candidate.start, text.start + candidate.end),\n            text.start + candidate.start,\n            text.start + candidate.end - 1\n          ))\n        } else {\n        \/** Step 3, If no exception found, find candidates through the possible general rule patterns*\/\n        $$(rules).findMatchFirstOnly(candidate.matched).map {m =>\n          var curPos = m.content.start\n          (1 to m.content.groupCount)\n            .map (i => {\n              val target = m.content.group(i)\n              val it = IndexedToken(\n                target,\n                text.start + candidate.start + curPos,\n                text.start + candidate.start + curPos + target.length - 1\n              )\n              curPos += target.length\n              it\n            })\n          \/** Step 4, If rules didn't match, return whatever candidate we have and leave it as is*\/\n          }.getOrElse(Seq(IndexedToken(\n            candidate.matched,\n            text.start + candidate.start,\n            text.start + candidate.end - 1\n        )))\n      }}.toArray.filter(t => t.token.nonEmpty)\n      TokenizedSentence(tokens, text.index)\n    }\n  }\n\n  \/** one to many annotation *\/\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] = {\n    val sentences = SentenceSplit.unpack(annotations)\n    val tokenized = tag(sentences)\n    TokenizedWithSentence.pack(tokenized)\n  }\n}\n\ntrait PretrainedTokenizer {\n  def pretrained(name: String = \"token_rules\", lang: String = \"en\", remoteLoc: String = ResourceDownloader.publicLoc): TokenizerModel = {\n    ResourceDownloader.downloadModel(TokenizerModel, name, Option(lang), remoteLoc)\n  }\n}\n\nobject TokenizerModel extends ParamsAndFeaturesReadable[TokenizerModel] with PretrainedTokenizer"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/SimpleTokenizer.scala","text":"package com.johnsnowlabs.nlp.annotators\n\nimport com.johnsnowlabs.nlp.annotators.common.{InfixToken, PrefixedToken, SuffixedToken}\nimport com.johnsnowlabs.nlp.serialization.ArrayFeature\nimport com.johnsnowlabs.nlp.{Annotation, AnnotatorModel, AnnotatorType}\nimport org.apache.spark.ml.util.Identifiable\n\n\nclass SimpleTokenizer(override val uid: String) extends AnnotatorModel[SimpleTokenizer] {\n\n  def this() = this(Identifiable.randomUID(\"SILLY_TOKENIZER\"))\n\n  val prefixes = new ArrayFeature[String](this, \"prefixes\")\n  def setPrefixes(p: Array[String]):this.type = set(prefixes, p.sortBy(_.size).reverse)\n\n  val suffixes = new ArrayFeature[String](this, \"suffixes\")\n  def setSuffixes(s: Array[String]):this.type = set(suffixes, s.sortBy(_.size).reverse)\n\n  setDefault(prefixes, () => Array(\"'\", \"\\\"\", \"(\", \"[\", \"\\n\"))\n  setDefault(suffixes, () => Array(\".\", \":\", \"%\", \",\", \";\", \"?\", \"'\", \"\\\"\", \")\", \"]\", \"\\n\"))\n\n  \/**\n    * takes a document and annotations and produces new annotations of this annotator's annotation type\n    *\n    * @param annotations Annotations that correspond to inputAnnotationCols generated by previous annotators if any\n    * @return any number of annotations processed for every input annotation. Not necessary one to one relationship\n    *\/\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] =\n    annotations.flatMap { annotation =>\n      tokenize(annotation.result).map(token => annotation.\n        copy(result = token, metadata = annotation.metadata.updated(\"sentence\",\n          annotation.metadata.getOrElse(\"sentence\", \"0\"))))\n  }\n\n  \/\/ hardcoded at this time\n  private lazy val firstPass = Seq(InfixToken(Array(\"\\n\")))\n\n  private lazy val secondPass = Seq(SuffixedToken($$(suffixes)),\n    PrefixedToken($$(prefixes)))\n\n  private def tokenize(text: String):Seq[String] =\n    text.split(\" \").filter(_!=\" \").flatMap{ token =>\n      var tmp = Seq(token)\n\n      firstPass.foreach{ parser =>\n        tmp = tmp.flatMap(t => parser.separate(t).split(\" \"))\n      }\n\n      secondPass.foreach{ parser =>\n        tmp = tmp.flatMap(t => parser.separate(t).split(\" \"))\n      }\n\n      tmp\n  }.filter(!_.equals(\"\"))\n\n  override val outputAnnotatorType: AnnotatorType = AnnotatorType.TOKEN\n\n  \/** Annotator reference id. Used to identify elements in metadata or to refer to this annotator type *\/\n  override val inputAnnotatorTypes: Array[String] = Array(AnnotatorType.DOCUMENT)\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/main\/scala\/com\/johnsnowlabs\/nlp\/eval\/NorvigSpellEvaluation.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.nlp.eval\n\nimport com.johnsnowlabs.nlp.DocumentAssembler\nimport com.johnsnowlabs.nlp.annotator._\nimport com.johnsnowlabs.nlp.annotators.{Normalizer, Tokenizer}\nimport com.johnsnowlabs.nlp.base._\nimport com.johnsnowlabs.nlp.eval.util.LoggingData\nimport com.johnsnowlabs.util.{Benchmark, PipelineModels}\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.{Dataset, SparkSession}\n\nimport scala.collection.mutable\n\nclass NorvigSpellEvaluation(testFile: String, groundTruthFile: String) {\n\n  private var loggingData: LoggingData = _\n\n  private case class NorvigSpellEvalConfig(trainFile: String, testFile: String, groundTruthFile: String,\n                                           approach: NorvigSweetingApproach, model: NorvigSweetingModel)\n\n  def computeAccuracyAnnotator(trainFile: String, spell: NorvigSweetingApproach): Unit = {\n    loggingData = new LoggingData(\"LOCAL\", this.getClass.getSimpleName, \"Spell Checkers\")\n    loggingData.logNorvigParams(spell)\n    val norvigSpellEvalConfig = NorvigSpellEvalConfig(trainFile, testFile, groundTruthFile, spell, null)\n    computeAccuracy(norvigSpellEvalConfig)\n    loggingData.closeLog()\n  }\n\n  def computeAccuracyModel(spell: NorvigSweetingModel): Unit = {\n    loggingData = new LoggingData(\"LOCAL\", this.getClass.getSimpleName, \"Spell Checkers\")\n    loggingData.logNorvigParams(spell)\n    val norvigSpellEvalConfig = NorvigSpellEvalConfig(\"\", testFile, groundTruthFile, null, spell)\n    computeAccuracy(norvigSpellEvalConfig)\n    loggingData.closeLog()\n  }\n\n  private def computeAccuracy(norvigSpellEvalConfig: NorvigSpellEvalConfig): Unit = {\n    val spellCheckerModel = trainSpellChecker(norvigSpellEvalConfig)\n    val predictionDataSet = correctMisspells(spellCheckerModel, testFile)\n    evaluateSpellChecker(groundTruthFile, predictionDataSet)\n  }\n\n  private def trainSpellChecker(norvigSpellEvalConfig: NorvigSpellEvalConfig): PipelineModel = {\n    val trainingDataSet = if (norvigSpellEvalConfig.model == null) getDataSetFromFile(norvigSpellEvalConfig.trainFile)\n                          else PipelineModels.dummyDataset\n    var spellCheckerModel: PipelineModel = null\n    val spellCheckerPipeline = getSpellCheckerPipeline(norvigSpellEvalConfig)\n    Benchmark.setPrint(false)\n    val time = Benchmark.measure(1, false, \"[Norvig Spell Checker] Time to train\") {\n      spellCheckerModel = spellCheckerPipeline.fit(trainingDataSet)\n    }\n    loggingData.logMetric(\"training time\/s\", time)\n    spellCheckerModel\n  }\n\n  private def getDataSetFromFile(textFile: String): Dataset[_] = {\n\n    val spark = SparkSession.builder()\n      .appName(\"benchmark\")\n      .master(\"local[1]\")\n      .config(\"spark.kryoserializer.buffer.max\", \"200M\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .getOrCreate()\n\n    import spark.implicits._\n\n    if (textFile == \"\") {\n      Seq(\"Simple data set\").toDF.withColumnRenamed(\"value\", \"text\")\n    } else {\n      spark.read.textFile(textFile)\n        .withColumnRenamed(\"value\", \"text\")\n        .filter(row => !(row.mkString(\"\").isEmpty && row.length > 0))\n    }\n  }\n\n  private def getSpellCheckerPipeline(norvigSpellEvalConfig: NorvigSpellEvalConfig): Pipeline =  {\n\n    val documentAssembler = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n\n    val tokenizer = new Tokenizer()\n      .setInputCols(Array(\"document\"))\n      .setOutputCol(\"token\")\n\n    val finisher = new Finisher()\n      .setInputCols(\"checked\")\n      .setOutputCols(\"prediction\")\n\n    if (norvigSpellEvalConfig.model == null ) {\n      new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          norvigSpellEvalConfig.approach,\n          finisher\n        ))\n    } else {\n\n      val normalizer = new Normalizer()\n        .setInputCols(\"token\")\n        .setOutputCol(\"normal\")\n\n      new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          normalizer,\n          norvigSpellEvalConfig.model,\n          finisher\n        ))\n    }\n\n  }\n\n  private def correctMisspells(spellCheckerModel: PipelineModel, testFile: String): Dataset[_] = {\n    println(\"Prediction DataSet\")\n    val testDataSet = getDataSetFromFile(testFile)\n    val predictionDataSet = spellCheckerModel.transform(testDataSet).select(\"prediction\")\n    Benchmark.measure(\"[Norvig Spell Checker] Time to show\") {\n      predictionDataSet.show()\n    }\n    predictionDataSet\n  }\n\n  private def evaluateSpellChecker(groundTruthFile: String, predictionDataSet: Dataset[_]): Unit = {\n    println(\"Evaluation DataSet\")\n    val groundTruthDataSet = getGroundTruthDataSet(groundTruthFile)\n    val evaluationDataSet = getEvaluationDataSet(predictionDataSet, groundTruthDataSet)\n    evaluationDataSet.show(5, false)\n    val accuracyDataSet = evaluationDataSet.select(avg(col(\"accuracy\")))\n    val accuracy = accuracyDataSet.collect.flatMap(_.toSeq).headOption.getOrElse(-1).toString\n    loggingData.logMetric( \"accuracy\", accuracy.toDouble)\n  }\n\n  private def getGroundTruthDataSet(textFile: String): Dataset[_] = {\n\n    val documentAssembler = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n\n    val tokenizer = new Tokenizer()\n      .setInputCols(Array(\"document\"))\n      .setOutputCol(\"token\")\n\n    val finisher = new Finisher()\n      .setInputCols(\"token\")\n      .setOutputCols(\"ground_truth\")\n\n    val pipeline = new Pipeline()\n      .setStages(Array(\n        documentAssembler,\n        tokenizer,\n        finisher\n      ))\n\n    val groundTruthDataSet = getDataSetFromFile(textFile)\n\n    pipeline.fit(PipelineModels.dummyDataset)\n      .transform(groundTruthDataSet)\n      .select(\"ground_truth\")\n\n  }\n\n  private def getEvaluationDataSet(predictionDataSet: Dataset[_], groundTruthDataSet: Dataset[_]): Dataset[_] = {\n    val evaluationDataSet = predictionDataSet.withColumn(\"id\", monotonically_increasing_id())\n      .join(groundTruthDataSet.withColumn(\"id\", monotonically_increasing_id()), Seq(\"id\"))\n      .drop(\"id\")\n    evaluationDataSet.withColumn(\"accuracy\",\n      getAccuracyByRow(col(\"prediction\"), col(\"ground_truth\")))\n  }\n\n  private def getAccuracyByRow = udf { (prediction: mutable.WrappedArray[String],\n                                        groundTruth: mutable.WrappedArray[String]) =>\n    val numberOfCorrectWords = prediction.intersect(groundTruth).size.toFloat\n    numberOfCorrectWords \/ groundTruth.size.toFloat\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/SparkNLP.scala","text":"<gh_stars>1-10\npackage com.johnsnowlabs.nlp\n\nimport org.apache.spark.sql.SparkSession\n\nobject SparkNLP {\n\n  val currentVersion = \"2.1.0\"\n\n  def start(includeOcr: Boolean = false): SparkSession = {\n    val build = SparkSession.builder()\n      .appName(\"Spark NLP\")\n      .master(\"local[*]\")\n      .config(\"spark.driver.memory\", \"6G\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n\n    if (includeOcr) {\n      build\n        .config(\"spark.jars.packages\", \"JohnSnowLabs:spark-nlp:2.1.0,com.johnsnowlabs.nlp:spark-nlp-ocr_2.11:2.1.0,javax.media.jai:com.springsource.javax.media.jai.core:1.1.3\")\n        .config(\"spark.jars.repositories\", \"http:\/\/repo.spring.io\/plugins-release\")\n    } else {\n      build\n        .config(\"spark.jars.packages\", \"JohnSnowLabs:spark-nlp:2.1.0\")\n    }\n\n    build.getOrCreate()\n  }\n\n  def version(): Unit = {\n    println(currentVersion)\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/util\/Utilities.scala","text":"<filename>src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/util\/Utilities.scala\npackage com.johnsnowlabs.nlp.annotators.spell.util\n\nimport org.slf4j.LoggerFactory\n\nimport scala.math.min\nimport scala.util.Random\n\nobject Utilities {\n\n  private val logger = LoggerFactory.getLogger(\"SpellCheckersUtilities\")\n\n  private val alphabet = \"abcdefghijjklmnopqrstuvwxyz\".toCharArray\n  private val vowels = \"aeiouy\".toCharArray\n\n  \/** distance measure between two words *\/\n  def computeHammingDistance(word1: String, word2: String): Long =\n    if (word1 == word2) 0\n    else word1.zip(word2).count { case (c1, c2) => c1 != c2 } + (word1.length - word2.length).abs\n\n  \/** retrieve frequency *\/\n  def getFrequency(word: String, wordCount: Map[String, Long]): Long = {\n    wordCount.getOrElse(word, 0)\n  }\n\n  \/** Computes Levenshtein distance :\n    * Metric of measuring difference between two sequences (edit distance)\n    * Source: https:\/\/rosettacode.org\/wiki\/Levenshtein_distance\n    * *\/\n\n  def levenshteinDistance(s1: String, s2: String): Int = {\n    val dist = Array.tabulate(s2.length + 1, s1.length + 1) { (j, i) => if (j == 0) i else if (i == 0) j else 0 }\n\n    for (j <- 1 to s2.length; i <- 1 to s1.length)\n      dist(j)(i) = if (s2(j - 1) == s1(i - 1)) dist(j - 1)(i - 1)\n      else minimum(dist(j - 1)(i) + 1, dist(j)(i - 1) + 1, dist(j - 1)(i - 1) + 1)\n\n    dist(s2.length)(s1.length)\n  }\n\n  private def minimum(i1: Int, i2: Int, i3: Int) = min(min(i1, i2), i3)\n\n  \/** number of items duplicated in some text *\/\n  def cartesianProduct[T](xss: List[List[_]]): List[List[_]] = xss match {\n    case Nil => List(Nil)\n    case h :: t => for (xh <- h; xt <- cartesianProduct(t)) yield xh :: xt\n  }\n\n  def numberOfDuplicates(text: String, id: Int): Int = {\n    var idx = id\n    val initialId = idx\n    val last = text(idx)\n    while (idx+1 < text.length && text(idx+1) == last) {\n      idx += 1\n    }\n    idx - initialId\n  }\n\n  def limitDuplicates(duplicatesLimit: Int, text: String, overrideLimit: Option[Int] = None): String = {\n    var duplicates = 0\n    text.zipWithIndex.collect {\n      case (w, i) =>\n        if (i == 0) {\n          w\n        }\n        else if (w == text(i - 1)) {\n          if (duplicates < overrideLimit.getOrElse(duplicatesLimit)) {\n            duplicates += 1\n            w\n          } else {\n            \"\"\n          }\n        } else {\n          duplicates = 0\n          w\n        }\n    }.mkString(\"\")\n  }\n\n  \/** Possibilities analysis *\/\n  def variants(targetWord: String): Set[String] = {\n    val splits = (0 to targetWord.length).map(i => (targetWord.take(i), targetWord.drop(i)))\n    val deletes = splits.collect {\n      case (a,b) if b.length > 0 => a + b.tail\n    }\n    val transposes = splits.collect {\n      case (a,b) if b.length > 1 => a + b(1) + b(0) + b.drop(2)\n    }\n    val replaces = splits.collect {\n      case (a, b) if b.length > 0 => alphabet.map(c => a + c + b.tail)\n    }.flatten\n    val inserts = splits.collect {\n      case (a, b) => alphabet.map(c => a + c + b)\n    }.flatten\n    val vars = Set(deletes ++ transposes ++ replaces ++ inserts :_ *)\n    logger.debug(\"variants proposed: \" + vars.size)\n    vars\n  }\n\n  \/** possible variations of the word by removing duplicate letters *\/\n  \/* ToDo: convert logic into an iterator, probably faster *\/\n  def reductions(word: String, reductionsLimit: Int): Set[String] = {\n    val flatWord: List[List[String]] = word.toCharArray.toList.zipWithIndex.collect {\n      case (c, i) =>\n        val n = Utilities.numberOfDuplicates(word, i)\n        if (n > 0) {\n          (0 to n).map(r => c.toString*r).take(reductionsLimit).toList\n        } else {\n          List(c.toString)\n        }\n    }\n    val reds = Utilities.cartesianProduct(flatWord).map(_.mkString(\"\")).toSet\n    logger.debug(\"parsed reductions: \" + reds.size)\n    reds\n  }\n\n  \/** flattens vowel possibilities *\/\n  def getVowelSwaps(word: String, vowelSwapLimit: Int): Set[String] = {\n    if (word.length > vowelSwapLimit) return Set.empty[String]\n    val flatWord: List[List[Char]] = word.toCharArray.collect {\n      case c => if (vowels.contains(c)) {\n        vowels.toList\n      } else {\n        List(c)\n      }\n    }.toList\n    val vowelSwaps = Utilities.cartesianProduct(flatWord).map(_.mkString(\"\")).toSet\n    logger.debug(\"vowel swaps: \" + vowelSwaps.size)\n    vowelSwaps\n  }\n\n  def getRandomValueFromList[A](list: List[A]): Option[A] = {\n    list.lift(Random.nextInt(list.size))\n  }\n\n  def computeConfidenceValue[A](list: List[A]): Double = {\n    1 \/ list.length.toDouble\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/UtilitiesTestSpec.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.nlp.annotators.spell\n\nimport com.johnsnowlabs.nlp.annotators.spell.util.Utilities\nimport org.scalatest.FlatSpec\n\nclass UtilitiesTestSpec extends FlatSpec{\n\n  \"levenshteinDistance\" should \"compute distance between two strings\" in {\n    val levenshteinDistance = Utilities.levenshteinDistance(\"hello\", \"hello\")\n    assert(levenshteinDistance == 0)\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/sda\/pragmatic\/PragmaticSentimentTestSpec.scala","text":"package com.johnsnowlabs.nlp.annotators.sda.pragmatic\n\nimport com.johnsnowlabs.nlp.annotators.common.Sentence\nimport com.johnsnowlabs.nlp._\nimport com.johnsnowlabs.nlp.annotators.Tokenizer\nimport com.johnsnowlabs.nlp.util.io.{ExternalResource, ReadAs}\nimport org.apache.spark.storage.StorageLevel\nimport org.scalatest._\nimport org.scalatest.tagobjects.Slow\n\nclass PragmaticSentimentBigTestSpec extends FlatSpec {\n\n  \"Parquet based data\" should \"be sentiment detected properly\" taggedAs Slow in {\n    import java.util.Date\n\n    val data = ContentProvider.parquetData.limit(1000)\n\n    val documentAssembler = new DocumentAssembler()\n      .setInputCol(\"text\")\n\n    val assembled = documentAssembler.transform(data)\n\n    val sentimentDetector = new SentimentDetector()\n\n    val readyData = AnnotatorBuilder.withFullPOSTagger(AnnotatorBuilder.withFullLemmatizer(assembled))\n    \n    val result = sentimentDetector\n      .setInputCols(Array(\"token\", \"sentence\"))\n      .setOutputCol(\"my_sda_scores\")\n      .setDictionary(ExternalResource(\"src\/test\/resources\/sentiment-corpus\/default-sentiment-dict.txt\", ReadAs.LINE_BY_LINE, Map(\"delimiter\" -> \",\")))\n      .fit(readyData)\n      .transform(readyData)\n\n    import Annotation.extractors._\n\n    val date1 = new Date().getTime\n    result.show(2)\n    info(s\"20 show sample of disk based sentiment analysis took: ${(new Date().getTime - date1)\/1000} seconds\")\n\n    val date2 = new Date().getTime\n    result.take(\"my_sda_scores\", 5000)\n    info(s\"5000 take sample of disk based sentiment analysis took: ${(new Date().getTime - date2)\/1000} seconds\")\n\n    val dataFromMemory = readyData.persist(StorageLevel.MEMORY_AND_DISK)\n    info(s\"data in memory is of size: ${dataFromMemory.count}\")\n    val resultFromMemory = sentimentDetector.fit(dataFromMemory).transform(dataFromMemory)\n\n    val date3 = new Date().getTime\n    resultFromMemory.show\n    info(s\"20 show sample of memory based sentiment analysis took: ${(new Date().getTime - date3)\/1000} seconds\")\n\n    val date4 = new Date().getTime\n    resultFromMemory.take(\"my_sda_scores\", 5000)\n    info(s\"5000 take sample of memory based sentiment analysis took: ${(new Date().getTime - date4)\/1000} seconds\")\n\n    succeed\n  }\n\n}\n\nclass PragmaticSentimentTestSpec extends FlatSpec with PragmaticSentimentBehaviors {\n\n  val sentimentSentenceTexts = \"The staff of the restaurant is nice and the eggplant is bad \" +\n    \"I recommend others to avoid because it is too expensive\"\n\n  val sentimentSentences = {\n    new Tokenizer().fit(ContentProvider.parquetData).tag(Sentence.fromTexts(sentimentSentenceTexts)).toArray\n  }\n\n  \"an isolated sentiment detector\" should behave like isolatedSentimentDetector(sentimentSentences, -4.0)\n\n  \"a spark based sentiment detector\" should behave like sparkBasedSentimentDetector(\n    DataBuilder.basicDataBuild(\"The staff of the restaurant is nice and the eggplant is bad.\" +\n      \" I recommend others to avoid.\")\n  )\n\n  \"A SentimentDetector\" should \"be readable and writable\" in {\n    val sentimentDetector = new SentimentDetector().setDictionary(ExternalResource(\"src\/test\/resources\/sentiment-corpus\/default-sentiment-dict.txt\", ReadAs.LINE_BY_LINE, Map(\"delimiter\" -> \",\"))).fit(DataBuilder.basicDataBuild(\"dummy\"))\n    val path = \".\/test-output-tmp\/sentimentdetector\"\n    try {\n      sentimentDetector.write.overwrite.save(path)\n      val sentimentDetectorRead = SentimentDetectorModel.read.load(path)\n      assert(sentimentDetector.model.score(sentimentSentences) == sentimentDetectorRead.model.score(sentimentSentences))\n    } catch {\n      case _: java.io.IOException => succeed\n    }\n  }\n\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/context\/ContextSpellCheckerTestSpec.scala","text":"package com.johnsnowlabs.nlp.annotators.spell.context\nimport java.io.File\n\nimport com.github.liblevenshtein.proto.LibLevenshteinProtos.DawgNode\nimport com.github.liblevenshtein.serialization.PlainTextSerializer\nimport com.github.liblevenshtein.transducer.{Candidate, Transducer}\nimport com.johnsnowlabs.nlp.annotators.common.{PrefixedToken, SuffixedToken}\nimport com.johnsnowlabs.nlp.annotators.sbd.pragmatic.SentenceDetector\nimport com.johnsnowlabs.nlp.annotators.{Normalizer, Tokenizer}\nimport com.johnsnowlabs.nlp.annotators.spell.context.parser._\nimport com.johnsnowlabs.nlp.{Annotation, DocumentAssembler, LightPipeline, SparkAccessor}\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest._\nimport SparkAccessor.spark\nimport org.apache.commons.io.FileUtils\nimport spark.implicits._\n\n\nclass ContextSpellCheckerTestSpec extends FlatSpec {\n\n  System.gc()\n\n  trait Scope extends WeightedLevenshtein {\n    val weights = Map(\"1\" -> Map(\"l\" -> 0.5f), \"!\" -> Map(\"l\" -> 0.4f),\n      \"F\" -> Map(\"P\" -> 0.2f))\n  }\n\n  trait distFile extends WeightedLevenshtein {\n    val weights = loadWeights(\"src\/test\/resources\/dist.psv\")\n  }\n\n  \"Spell Checker\" should \"provide appropriate scores - sentence level\" in {\n    val data = Seq(\"This is a correct sentence .\",\n      \"Thos ist an oncorrect sentrence .\").toDF(\"text\")\n\n    val documentAssembler =\n      new DocumentAssembler().\n        setInputCol(\"text\").\n        setOutputCol(\"doc\")\n\n    val tokenizer: Tokenizer = new Tokenizer()\n      .setInputCols(Array(\"doc\"))\n      .setOutputCol(\"token\")\n\n    val spellChecker = ContextSpellCheckerModel\n      .pretrained()\n      .setTradeOff(12.0f)\n      .setInputCols(\"token\")\n      .setOutputCol(\"checked\")\n\n    val pipeline = new Pipeline().setStages(Array(documentAssembler, tokenizer, spellChecker)).fit(data)\n    import com.johnsnowlabs.nlp.functions._\n    val results = pipeline.transform(data).\n      select(\"checked\").\n      mapAnnotations(\"checked\", \"checked\", x => x.head.metadata.get(\"cost\")).\n      collect.map(_.getString(0).toDouble)\n\n    assert(results(0) < results(1))\n\n  }\n\n  \"UnitClass\" should \"serilize\/deserialize properly\" in {\n\n      import SparkAccessor.spark\n      import spark.implicits._\n      val dataPathTrans = \".\/tmp\/transducer\"\n      val dataPathObject = \".\/tmp\/object\"\n\n      val f1 = new File(dataPathTrans)\n      val f2 = new File(dataPathObject)\n      if (f1.exists()) f1.delete()\n      if (f2.exists()) f2.delete()\n\n      val serializer = new PlainTextSerializer\n\n      val specialClass = UnitToken\n      val transducer = specialClass.transducer\n      specialClass.setTransducer(null)\n\n      \/\/ the object per se\n      FileUtils.deleteDirectory(new File(dataPathObject))\n      spark.sparkContext.parallelize(Seq(specialClass)).\n      saveAsObjectFile(dataPathObject)\n\n      \/\/ we handle the transducer separaely\n      FileUtils.deleteDirectory(new File(dataPathTrans))\n      val transBytes = serializer.serialize(transducer)\n      spark.sparkContext.parallelize(transBytes.toSeq, 1).\n          saveAsObjectFile(dataPathTrans)\n\n      \/\/ load transducer\n      val bytes = spark.sparkContext.objectFile[Byte](dataPathTrans).collect()\n      val trans = serializer.deserialize(classOf[Transducer[DawgNode, Candidate]], bytes)\n\n      \/\/ the object\n      \/\/val sc = spark.sparkContext.objectFile[SpecialClassParser](path.toString.dropRight(10)).collect().head\n      \/\/sc.setTransducer(trans)\n\n  }\n\n  \"weighted Levenshtein distance\" should \"work from file\" in new distFile {\n    assert(wLevenshteinDist(\"water\", \"Water\", weights) < 1.0f)\n    assert(wLevenshteinDist(\"50,000\", \"50,C00\", weights) < 1.0f)\n  }\n\n\n  \"weighted Levenshtein distance\" should \"produce weighted results\" in new Scope {\n    assert(wLevenshteinDist(\"clean\", \"c1ean\", weights) > wLevenshteinDist(\"clean\", \"c!ean\", weights))\n    assert(wLevenshteinDist(\"clean\", \"crean\", weights) > wLevenshteinDist(\"clean\", \"c!ean\", weights))\n    assert(wLevenshteinDist(\"Patient\", \"Fatient\", weights) < wLevenshteinDist(\"Patient\", \"Aatient\", weights))\n  }\n\n  \"weighted Levenshtein distance\" should \"handle insertions and deletions\" in new Scope {\n    override val weights = loadWeights(\"src\/test\/resources\/distance.psv\")\n\n    val cost1 = weights(\"F\")(\"P\") + weights(\"a\")(\"e\")\n    assert(wLevenshteinDist(\"Procedure\", \"Frocedura\", weights) == cost1)\n\n    val cost2 = weights(\"v\")(\"y\") + weights(\"i\u0190\")(\"if\")\n    assert(wLevenshteinDist(\"qualifying\", \"qualiving\", weights) == cost2)\n\n    val cost3 = weights(\"a\")(\"o\") + weights(\"^\u0190\")(\"^t\")\n    assert(wLevenshteinDist(\"to\", \"a\", weights) == cost3)\n  }\n\n\n  \"a Spell Checker\" should \"correctly preprocess training data\" in {\n\n    val path = \"src\/test\/resources\/test.txt\"\n    val spellChecker = new ContextSpellCheckerApproach().\n      setTrainCorpusPath(\"src\/test\/resources\/test.txt\").\n      setSuffixes(Array(\".\", \":\", \"%\", \",\", \";\", \"?\", \"'\", \"!\u201d\", \"\u201d\", \"!\u201d\", \",\u201d\", \".\u201d\")).\n      setPrefixes(Array(\"'\", \"\u201c\", \"\u201c\u2018\")).\n      setMinCount(1.0)\n\n    val (map, _) = spellChecker.genVocab(path)\n    assert(map.exists(_._1.equals(\"seed\")))\n    assert(map.exists(_._1.equals(\"\u201d\")))\n    assert(map.exists(_._1.equals(\"\u201c\")))\n\n  }\n\n\n  \"a Spell Checker\" should \"work in a pipeline with Tokenizer\" in {\n    val data = Seq(\"It was a cold , dreary day and the country was white with smow .\",\n      \"He wos re1uctant to clange .\",\n      \"he is gane .\").toDF(\"text\")\n\n    val documentAssembler =\n      new DocumentAssembler().\n        setInputCol(\"text\").\n        setOutputCol(\"doc\")\n\n    val tokenizer: Tokenizer = new Tokenizer()\n      .setInputCols(Array(\"doc\"))\n      .setOutputCol(\"token\")\n\n    val normalizer: Normalizer = new Normalizer()\n      .setInputCols(Array(\"token\"))\n      .setOutputCol(\"normalized\")\n\n    val spellChecker = ContextSpellCheckerModel\n      .pretrained()\n      .setTradeOff(12.0f)\n      .setInputCols(\"token\")\n      .setOutputCol(\"checked\")\n\n    val pipeline = new Pipeline().setStages(Array(documentAssembler, tokenizer, spellChecker)).fit(data)\n    pipeline.transform(data).select(\"checked\").show(truncate=false)\n\n  }\n\n  \"a Spell Checker\" should \"work in a light pipeline\" in {\n    import SparkAccessor.spark\n    import spark.implicits._\n\n    val data = Array(\"Yesterday I lost my blue unikorn .\", \"Through a note of introduction from Bettina.\")\n\n    val documentAssembler =\n      new DocumentAssembler().\n        setInputCol(\"text\").\n        setOutputCol(\"doc\")\n\n    val tokenizer: Tokenizer = new Tokenizer()\n      .setInputCols(Array(\"doc\"))\n      .setOutputCol(\"token\")\n\n    val spellChecker = ContextSpellCheckerModel\n      .pretrained()\n      .setTradeOff(12.0f)\n      .setInputCols(\"token\")\n      .setOutputCol(\"checked\")\n\n    val pipeline = new Pipeline().setStages(Array(documentAssembler, tokenizer, spellChecker)).fit(Seq.empty[String].toDF(\"text\"))\n    val lp = new LightPipeline(pipeline)\n    lp.annotate(data ++ data ++ data)\n  }\n\n\n  \"a Spell Checker\" should \"correctly handle paragraphs defined by newlines\" in {\n    import SparkAccessor.spark\n    import spark.implicits._\n\n    val data = Seq(\"<NAME>, 1 PUFF, Inhalation,\\nQAM\\n\\nlevothyroxine 50 meg (0.05 mg) oral\\ntablet, See Instructions\\n\\nlisinopril 20 mg oral tablet, See\\nInstructions, 5 refills\\n\\nloratadine 10 mg oral tablet, 10 MG=\\n1 TAB, PO, Dally\\n\\nPercocet 10\/325 oral tablet, 2 TAB,\\nPO, TID, PRN\").toDF(\"text\")\n\n    val documentAssembler =\n      new DocumentAssembler().\n        setInputCol(\"text\").\n        setOutputCol(\"doc\")\n\n    val tokenizer: Tokenizer = new Tokenizer()\n      .setInputCols(Array(\"doc\"))\n      .setOutputCol(\"token\")\n      .setTargetPattern(\"[a-zA-Z0-9]+|\\n|\\n\\n|\\\\(|\\\\)|\\\\.|\\\\,\")\n\n    val spellChecker = ContextSpellCheckerModel\n      .pretrained()\n      .setTradeOff(12.0f)\n      .setInputCols(\"token\")\n      .setOutputCol(\"checked\")\n      .setUseNewLines(true)\n\n    val pipeline = new Pipeline().setStages(Array(documentAssembler, tokenizer, spellChecker)).fit(data)\n    pipeline.transform(data).select(\"checked\").show(truncate=false)\n\n  }\n\n\n  \"a Spell Checker\" should \"correctly handle multiple sentences\" in {\n\n    import SparkAccessor.spark\n    import spark.implicits._\n\n    val data = Seq(\"It had been raining just this way all day and hal1 of last night, and to all\" +\n      \" appearances it intended to continue raining in the same manner for another twenty-four hours.\" +\n      \" Yesterday the Yard had ben a foot deep in nice clean snow, the result of the blizzard that had\" +\n      \" sweptr over Wisining and New Eng1and in general two days before.\").toDF(\"text\")\n\n    val documentAssembler =\n      new DocumentAssembler().\n        setInputCol(\"text\").\n        setOutputCol(\"doc\")\n\n    val sentenceDetector = new SentenceDetector()\n      .setInputCols(Array(\"doc\"))\n      .setOutputCol(\"sentence\")\n\n    val tokenizer: Tokenizer = new Tokenizer()\n      .setInputCols(Array(\"sentence\"))\n      .setOutputCol(\"token\")\n\n    val spellChecker = ContextSpellCheckerModel\n      .pretrained()\n      .setTradeOff(12.0f)\n      .setInputCols(\"token\")\n      .setOutputCol(\"checked\")\n      .setUseNewLines(true)\n\n    val pipeline = new Pipeline().setStages(Array(documentAssembler, sentenceDetector, tokenizer, spellChecker)).fit(data)\n    val result = pipeline.transform(data)\n    val checked = result.select(\"checked\").as[Array[Annotation]].collect\n    val firstSent = checked.head.filter(_.metadata.get(\"sentence\").get == \"0\").map(_.result)\n    val secondSent = checked.head.filter(_.metadata.get(\"sentence\").get == \"1\").map(_.result)\n\n    assert(firstSent.contains(\"half\"))\n    assert(secondSent.contains(\"swept\"))\n  }\n\n\n  \"a model\" should \"serialize properly\" ignore {\n\n    import SparkAccessor.spark.implicits._\n    import scala.collection.JavaConversions._\n\n    val ocrSpellModel = ContextSpellCheckerModel.read.load(\".\/context_spell_med_en_2.0.0_2.4_1553552948340\")\n\n    ocrSpellModel.setSpecialClassesTransducers(Seq(UnitToken))\n      \/\/.pretrained()\n\n    ocrSpellModel.write.overwrite.save(\".\/test_spell_checker\")\n    val loadedModel = ContextSpellCheckerModel.read.load(\".\/test_spell_checker\")\n\n    assert(loadedModel.specialTransducers.getOrDefault.size == 2, \"default pretrained should come with 2 classes\")\n\n    \/\/ cope with potential change in element order in list\n    val sortedTransducers = loadedModel.specialTransducers.getOrDefault.sortBy(_.label)\n\n    assert(sortedTransducers(0).label == \"_DATE_\")\n    assert(sortedTransducers(0).generateTransducer.transduce(\"10710\/2018\", 1).map(_.term()).contains(\"10\/10\/2018\"))\n\n    assert(sortedTransducers(1).label == \"_NUM_\")\n    assert(sortedTransducers(1).generateTransducer.transduce(\"50,C00\", 1).map(_.term()).contains(\"50,000\"))\n\n    val trellis = Array(Array.fill(6)((\"the\", 0.8, \"the\")),\n      Array.fill(6)((\"end\", 1.2, \"end\")), Array.fill(6)((\".\", 1.2, \".\")))\n    val (decoded, cost) = loadedModel.decodeViterbi(trellis)\n    assert(decoded.deep.equals(Array(\"the\", \"end\", \".\").deep))\n\n  }\n\n  \"a spell checker\" should \"correclty parse training data\" in {\n    val ocrspell = new ContextSpellCheckerApproach().\n      setMinCount(1.0)\n    val trainCorpusPath = \"src\/main\/resources\/spell_corpus.txt\"\n    ocrspell.setTrainCorpusPath(trainCorpusPath)\n    val (vocab, classes) = ocrspell.genVocab(trainCorpusPath)\n    val vMap = vocab.toMap\n    val totalTokenCount = 55.0\n    assert(vocab.size == 35)\n    assert(vMap.getOrElse(\"_EOS_\", 0.0) == math.log(3.0) - math.log(totalTokenCount), \"Three sentences should cause three _BOS_ markers\")\n    assert(vMap.getOrElse(\"_BOS_\", 0.0) == math.log(3.0) - math.log(totalTokenCount), \"Three sentences should cause three _EOS_ markers\")\n\n    assert(classes.size == 35, \"\")\n  }\n\n  \"number classes\" should \"recognize different number patterns\" in {\n    import scala.collection.JavaConversions._\n    val transducer = NumberToken.generateTransducer\n\n    assert(transducer.transduce(\"100.3\").toList.exists(_.distance == 0))\n    assert(NumberToken.separate(\"$40,000\").equals(NumberToken.label))\n  }\n\n  \"date classes\" should \"recognize different date and time formats\" in {\n    import scala.collection.JavaConversions._\n    val transducer = DateToken.generateTransducer\n\n    assert(transducer.transduce(\"10\/25\/1982\").toList.exists(_.distance == 0))\n    assert(DateToken.separate(\"10\/25\/1982\").equals(DateToken.label))\n  }\n\n  \"suffixes and prefixes\" should \"recognized and handled properly\" in {\n    val suffixedToken = SuffixedToken(Array(\")\", \",\"))\n    val prefixedToken = PrefixedToken(Array(\"(\"))\n\n    var tmp = suffixedToken.separate(\"People,\")\n    assert(tmp.equals(\"People ,\"))\n\n    tmp = prefixedToken.separate(suffixedToken.separate(\"(08\/10\/1982)\"))\n    assert(tmp.equals(\"( 08\/10\/1982 )\"))\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/spell\/symmetric\/SymmetricDeleteBehaviors.scala","text":"<gh_stars>1-10\npackage com.johnsnowlabs.nlp.annotators.spell.symmetric\n\nimport com.johnsnowlabs.nlp.annotators.Tokenizer\nimport com.johnsnowlabs.nlp._\nimport org.scalatest._\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\nimport org.apache.spark.sql.functions._\nimport SparkAccessor.spark.implicits._\nimport com.johnsnowlabs.util.{Benchmark, PipelineModels}\nimport org.apache.spark.sql.{DataFrame, Dataset}\n\n\ntrait SymmetricDeleteBehaviors { this: FlatSpec =>\n\n  private val trainDataSet = AnnotatorBuilder.getTrainingDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n  private val predictionDataSet = ContentProvider.parquetData.limit(500)\n\n  private val documentAssembler = new DocumentAssembler()\n    .setInputCol(\"text\")\n    .setOutputCol(\"document\")\n\n  private val tokenizer = new Tokenizer()\n    .setInputCols(Array(\"document\"))\n    .setOutputCol(\"token\")\n\n  private val spell = new SymmetricDeleteApproach()\n    .setInputCols(Array(\"token\"))\n    .setOutputCol(\"spell\")\n    .setDictionary(\"src\/test\/resources\/spell\/words.txt\")\n\n  private val finisher = new Finisher()\n    .setInputCols(\"spell\")\n\n  private val pipeline = new Pipeline()\n    .setStages(Array(\n      documentAssembler,\n      tokenizer,\n      spell\n    ))\n\n  private val CAPITAL = 'C'\n\n  def getTrainDataSet(trainDataPath: String): Dataset[_] = {\n\n    val emptyDataSet = PipelineModels.dummyDataset\n    val corpusDataSet = AnnotatorBuilder.getTrainingDataSet(trainDataPath)\n\n    val documentAssembler = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n\n    val tokenizer = new Tokenizer()\n      .setInputCols(Array(\"document\"))\n      .setOutputCol(\"token\")\n\n    val pipeline = new Pipeline()\n      .setStages(Array(\n        documentAssembler,\n        tokenizer\n      ))\n\n    pipeline.fit(emptyDataSet).transform(corpusDataSet)\n  }\n\n  def testSimpleCheck(wordAnswer: Seq[(String, String)]): Unit ={\n     it should \"successfully correct a misspell\" in {\n       val trainDataSet = getTrainDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n       val spellChecker = new SymmetricDeleteApproach()\n         .setInputCols(\"token\")\n         .setOutputCol(\"spell\")\n         .fit(trainDataSet)\n       val misspell = wordAnswer.head._1\n\n      val correction = spellChecker.checkSpellWord(misspell)\n      assert(correction._1 == wordAnswer.head._2)\n    }\n  }\n\n  def testSeveralChecks(wordAnswer:  Seq[(String, String)]): Unit = {\n    s\"symspell checker \" should s\"successfully correct several misspells\" in {\n\n      val trainDataSet = getTrainDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n      val spellChecker = new SymmetricDeleteApproach()\n        .setInputCols(\"token\")\n        .setOutputCol(\"spell\")\n        .fit(trainDataSet)\n\n      wordAnswer.foreach( wa => {\n        val misspell = wa._1\n        val correction = spellChecker.checkSpellWord(misspell)\n        assert(correction._1 == wa._2)\n      })\n    }\n  }\n\n  def testAccuracyChecks(wordAnswer: Seq[(String, String)]): Unit = {\n    s\"spell checker\" should s\" correct words with at least a fair accuracy\" in {\n      val trainDataSet = getTrainDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n      val spellChecker = new SymmetricDeleteApproach()\n        .setInputCols(\"token\")\n        .setOutputCol(\"spell\")\n        .setDupsLimit(0)\n        .fit(trainDataSet)\n\n      val result = wordAnswer.count(wa =>\n        spellChecker.checkSpellWord(wa._1)._1 == wa._2) \/ wordAnswer.length.toDouble\n      println(result)\n      assert(result > 0.85, s\"because result: $result did was below: 0.85\")\n    }\n  }\n\n\n  def testBigPipeline(): Unit = {\n    s\"a SymSpellChecker without dictionary\" should \"successfully correct words\" in {\n\n      val spell = new SymmetricDeleteApproach()\n        .setInputCols(Array(\"token\"))\n        .setOutputCol(\"spell\")\n\n      val pipeline = new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          spell,\n          finisher\n        ))\n\n      val model = pipeline.fit(trainDataSet)\n      \n      assert(model.transform(predictionDataSet).isInstanceOf[DataFrame])\n    }\n  }\n\n  def testBigPipelineDict(): Unit = {\n    s\"a SymSpellChecker annotator with a dictionary\" should \"successfully correct words\" in {\n\n      val pipeline = new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          spell,\n          finisher\n        ))\n\n      val model = pipeline.fit(trainDataSet)\n\n      assert(model.transform(predictionDataSet).isInstanceOf[DataFrame])\n\n    }\n  }\n\n  def testIndividualWordsWithDictionary(): Unit = {\n    s\"a SymSpellChecker annotator with pipeline of individual words with dictionary\" should\n      \"successfully correct words with good accuracy\" in {\n\n      val path = \"src\/test\/resources\/spell\/misspelled_words.csv\"\n      val predictionDataSet = SparkAccessor.spark.read.format(\"csv\").option(\"header\", \"true\").load(path)\n\n      val model = pipeline.fit(trainDataSet.select(trainDataSet.col(\"text\").as(\"misspell\")))\n\n      Benchmark.time(\"with dictionary\") { \/\/to measure processing time\n        var correctedData = model.transform(predictionDataSet)\n        correctedData = correctedData.withColumn(\"prediction\",\n          when(col(\"word\") === col(\"finished_spell\"), 1).otherwise(0))\n        val rightCorrections = correctedData.filter(col(\"prediction\")===1).count()\n        val wrongCorrections = correctedData.filter(col(\"prediction\")===0).count()\n        printf(\"Right Corrections: %d \\n\", rightCorrections)\n        printf(\"Wrong Corrections: %d \\n\", wrongCorrections)\n        val accuracy = rightCorrections.toFloat\/(rightCorrections+wrongCorrections).toFloat\n        printf(\"Accuracy: %f\\n\", accuracy)\n      }\n    }\n  }\n\n  def testLoadModel(): Unit = {\n    s\"a SymSpellChecker annotator with load model of\" should\n      \"successfully correct words\" in {\n      val predictionDataSet = Seq(\"Hello World\").toDS.toDF(\"text\")\n\n      val spell = new SymmetricDeleteApproach()\n        .setInputCols(Array(\"token\"))\n        .setOutputCol(\"spell\")\n\n      val pipeline = new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          spell\n        ))\n\n      val model = pipeline.fit(trainDataSet)\n      model.write.overwrite.save(\".\/tmp_symspell\")\n      val modelSymSpell = PipelineModel.load(\".\/tmp_symspell\")\n\n      assert(modelSymSpell.transform(predictionDataSet).isInstanceOf[DataFrame])\n    }\n  }\n\n  def testEmptyDataset(): Unit = {\n    it should \"rise an error message\" in {\n\n    val spell = new SymmetricDeleteApproach()\n      .setInputCols(Array(\"token\"))\n      .setDictionary(\"src\/test\/resources\/spell\/words.txt\")\n      .setOutputCol(\"spell\")\n\n    val finisher = new Finisher()\n      .setInputCols(\"spell\")\n      .setOutputAsArray(false)\n      .setIncludeMetadata(false)\n\n    val pipeline = new Pipeline()\n      .setStages(Array(\n        documentAssembler,\n        tokenizer,\n        spell,\n        finisher\n      ))\n\n      import SparkAccessor.spark.implicits._\n\n      val emptyDataset = Seq.empty[String].toDF(\"text\")\n\n      val thrown = intercept[Exception] {\n        pipeline.fit(emptyDataset)\n      }\n      val message = \"Dataset for training is empty\"\n      assert(thrown.getMessage === \"requirement failed: \" + message)\n    }\n  }\n\n  def transformCapitalCaseTypeWordIntoCapitalCase(): Unit = {\n    it should \"transform a corrected capital case type word into capital case\" in {\n      val trainDataSet = getTrainDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n      val spellChecker = new SymmetricDeleteApproach()\n        .setInputCols(\"token\")\n        .setOutputCol(\"spell\")\n        .fit(trainDataSet)\n      val caseType = CAPITAL\n      val correctedWord = \"problem\"\n      val expectedWord = \"Problem\"\n\n      val transformedWord = spellChecker.transformToOriginalCaseType(caseType, correctedWord)\n\n      assert(transformedWord === expectedWord)\n\n    }\n  }\n\n  def testDefaultTokenCorpusParameter(): Unit = {\n    s\"using a corpus with default token parameter\" should \"successfully correct words\" in {\n\n      val spell = new SymmetricDeleteApproach()\n        .setInputCols(Array(\"token\"))\n        .setOutputCol(\"spell\")\n        .setDictionary(\"src\/test\/resources\/spell\/words.txt\")\n\n      val finisher = new Finisher()\n        .setInputCols(\"spell\")\n\n      val pipeline = new Pipeline()\n        .setStages(Array(\n          documentAssembler,\n          tokenizer,\n          spell,\n          finisher\n        ))\n\n      val model = pipeline.fit(trainDataSet)\n\n      assert(model.transform(predictionDataSet).isInstanceOf[DataFrame])\n\n    }\n  }\n\n  def trainFromFitSpellChecker(words: Seq[String]): Unit = {\n\n    val predictionDataSet = words.toDF(\"text\")\n    val model = pipeline.fit(trainDataSet)\n    model.transform(predictionDataSet).select(\"spell\").show(false)\n  }\n\n  def trainSpellCheckerModelFromFit(): Unit = {\n    \"\" should \"trained a model from fit when dataset with array annotation is used\"  in {\n      val trainDataSet = getTrainDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n\n      val spell = new SymmetricDeleteApproach()\n        .setInputCols(Array(\"token\"))\n        .setOutputCol(\"spell\")\n        .setDictionary(\"src\/test\/resources\/spell\/words.txt\")\n        .fit(trainDataSet)\n\n      assert(spell.isInstanceOf[SymmetricDeleteModel])\n\n    }\n\n  }\n\n  def raiseErrorWhenWrongColumnIsSent(): Unit = {\n    \"\" should \"raise an error when dataset without array annotation is used\"  in {\n      val trainDataSet = AnnotatorBuilder.getTrainingDataSet(\"src\/test\/resources\/spell\/sherlockholmes.txt\")\n      val expectedErrorMessage = \"Train dataset must have an array annotation type column\"\n      val spell = new SymmetricDeleteApproach()\n        .setInputCols(Array(\"text\"))\n        .setOutputCol(\"spell\")\n        .setDictionary(\"src\/test\/resources\/spell\/words.txt\")\n\n      val caught = intercept[IllegalArgumentException] {\n        spell.fit(trainDataSet)\n      }\n\n      assert(caught.getMessage == expectedErrorMessage)\n    }\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/annotators\/pos\/perceptron\/PerceptronApproachTestSpec.scala","text":"<reponame>rohannng\/spark-nlp\npackage com.johnsnowlabs.nlp.annotators.pos.perceptron\n\nimport com.johnsnowlabs.nlp.annotators.Tokenizer\nimport com.johnsnowlabs.nlp.annotators.common.Sentence\nimport com.johnsnowlabs.nlp.training.POS\nimport com.johnsnowlabs.nlp.util.io.ResourceHelper\nimport com.johnsnowlabs.nlp.{ContentProvider, DataBuilder}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions.explode\nimport org.scalatest._\n\n\/**\n  * Created by <NAME> on 5\/18\/2017.\n  *\/\nclass PerceptronApproachTestSpec extends FlatSpec with PerceptronApproachBehaviors {\n\n  \"an isolated perceptron tagger\" should behave like isolatedPerceptronTraining(\n    \"src\/test\/resources\/anc-pos-corpus-small\/test-training.txt\"\n  )\n\n  val trainingPerceptronDF: DataFrame = POS().readDataset(ResourceHelper.spark, \"src\/test\/resources\/anc-pos-corpus-small\/test-training.txt\", \"|\", \"tags\")\n\n  val trainedTagger: PerceptronModel =\n    new PerceptronApproach()\n      .setPosColumn(\"tags\")\n      .setNIterations(3)\n      .fit(trainingPerceptronDF)\n\n  \/\/ Works with high iterations only\n  val targetSentencesFromWsjResult = Array(\"NNP\", \"NNP\", \"CD\", \"JJ\", \"NNP\", \"CD\", \"JJ\", \"NNP\", \"CD\", \"JJ\", \"NNP\", \"CD\",\n    \"IN\", \"DT\", \"IN\", \".\", \"NN\", \".\", \"NN\", \".\", \"DT\", \"JJ\", \"NNP\", \"CD\", \"JJ\", \"NNP\", \"CD\", \"NNP\", \",\", \"CD\", \".\",\n    \"JJ\", \"NNP\", \".\")\n\n  val tokenizedSentenceFromWsj = {\n    var length = 0\n    val sentences = ContentProvider.targetSentencesFromWsj.map { text =>\n      val sentence = Sentence(text, length, length + text.length - 1, 0)\n      length += text.length + 1\n      sentence\n    }\n    new Tokenizer().fit(trainingPerceptronDF).tag(sentences).toArray\n  }\n\n\n  \"an isolated perceptron tagger\" should behave like isolatedPerceptronTagging(\n    trainedTagger,\n    tokenizedSentenceFromWsj\n  )\n\n  \"an isolated perceptron tagger\" should behave like isolatedPerceptronTagCheck(\n    new PerceptronApproach()\n      .setPosColumn(\"tags\")\n      .setNIterations(3)\n      .fit(POS().readDataset(ResourceHelper.spark, \"src\/test\/resources\/anc-pos-corpus-small\/test-training.txt\", \"|\", \"tags\")),\n    tokenizedSentenceFromWsj,\n    targetSentencesFromWsjResult\n  )\n\n  \"a spark based pos detector\" should behave like sparkBasedPOSTagger(\n    DataBuilder.basicDataBuild(ContentProvider.sbdTestParagraph)\n  )\n\n  \"a spark trained pos detector\" should behave like sparkBasedPOSTraining(\n    path=\"src\/test\/resources\/anc-pos-corpus-small\/test-training.txt\",\n    test=\"src\/test\/resources\/test.txt\"\n  )\n\n  \"A Perceptron Tagger\" should \"be readable and writable\" in {\n    val trainingPerceptronDF = POS().readDataset(ResourceHelper.spark, \"src\/test\/resources\/anc-pos-corpus-small\/\", \"|\", \"tags\")\n\n    val perceptronTagger = new PerceptronApproach()\n      .setPosColumn(\"tags\")\n      .setNIterations(1)\n      .fit(trainingPerceptronDF)\n    val path = \".\/test-output-tmp\/perceptrontagger\"\n    try {\n      perceptronTagger.write.overwrite.save(path)\n      val perceptronTaggerRead = PerceptronModel.read.load(path)\n      assert(perceptronTagger.tag(tokenizedSentenceFromWsj).head.tags.head ==\n        perceptronTaggerRead.tag(tokenizedSentenceFromWsj).head.tags.head)\n    } catch {\n      case _: java.io.IOException => succeed\n    }\n  }\n  \/*\n  * Testing POS() class\n  * Making sure it only extracts good token_labels\n  *\n  * *\/\n  val originalFrenchLabels: List[(String, Int)] = List(\n    (\"DET\",9), (\"ADP\",12), (\"AUX\",2),\n    (\"CCONJ\",2), (\"NOUN\",12), (\"ADJ\",3),\n    (\"NUM\",9), (\"PRON\",1),\n    (\"PROPN\",2), (\"PUNCT\",10),\n    (\"SYM\",2), (\"VERB\",2), (\"X\",2)\n  )\n\n  \"French readDataset in POS() class\" should behave like readDatasetInPOS(\n    path=\"src\/test\/resources\/universal-dependency\/UD_French-GSD\/UD_French-test.txt\",\n    originalFrenchLabels\n  )\n\n  \/\/  \/*\n  \/\/  * Test ReouceHelper to convert token|tag to DataFrame with POS annotation as a column\n  \/\/  *\n  \/\/  * *\/\n  \/\/  val posTrainingDataFrame: DataFrame = ResourceHelper.annotateTokenTagTextFiles(path = \"src\/test\/resources\/anc-pos-corpus-small\", delimiter = \"|\")\n  \/\/  posTrainingDataFrame.show(1,truncate = false)\n}"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/embeddings\/HasEmbeddings.scala","text":"package com.johnsnowlabs.nlp.embeddings\n\nimport com.johnsnowlabs.nlp.AnnotatorType\nimport org.apache.spark.ml.param.{BooleanParam, IntParam, Params}\nimport org.apache.spark.sql.Column\nimport org.apache.spark.sql.types.MetadataBuilder\n\ntrait HasEmbeddings extends Params {\n\n  val dimension = new IntParam(this, \"dimension\", \"Number of embedding dimensions\")\n  val caseSensitive = new BooleanParam(this, \"caseSensitive\", \"whether to ignore case in tokens for embeddings matching\")\n\n  setDefault(caseSensitive, false)\n\n  def setDimension(value: Int): this.type = set(this.dimension, value)\n  def setCaseSensitive(value: Boolean): this.type = set(this.caseSensitive, value)\n\n  def getDimension: Int = $(dimension)\n  def getCaseSensitive: Boolean = $(caseSensitive)\n\n  protected def wrapEmbeddingsMetadata(col: Column, embeddingsDim: Int, embeddingsRef: Option[String] = None): Column = {\n    val metadataBuilder: MetadataBuilder = new MetadataBuilder()\n    metadataBuilder.putString(\"annotatorType\", AnnotatorType.WORD_EMBEDDINGS)\n    metadataBuilder.putLong(\"dimension\", embeddingsDim.toLong)\n    embeddingsRef.foreach(ref => metadataBuilder.putString(\"ref\", ref))\n    col.as(col.toString, metadataBuilder.build)\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/ChunkTokenizer.scala","text":"package com.johnsnowlabs.nlp.annotators\n\nimport com.johnsnowlabs.nlp.AnnotatorType.{CHUNK, TOKEN}\nimport com.johnsnowlabs.nlp.util.io.ResourceHelper\nimport org.apache.spark.ml.PipelineModel\nimport org.apache.spark.ml.util.{DefaultParamsReadable, Identifiable}\nimport org.apache.spark.sql.Dataset\n\nclass ChunkTokenizer(override val uid: String) extends Tokenizer {\n\n  def this() = this(Identifiable.randomUID(\"CHUNK_TOKENIZER\"))\n\n  override val inputAnnotatorTypes: Array[AnnotatorType] = Array[AnnotatorType](CHUNK)\n\n  override val outputAnnotatorType: AnnotatorType = TOKEN\n\n  override def train(dataset: Dataset[_], recursivePipeline: Option[PipelineModel]): TokenizerModel = {\n    val ruleFactory = buildRuleFactory\n\n    val processedExceptions = get(exceptionsPath)\n      .map(er => ResourceHelper.parseLines(er))\n      .getOrElse(Array.empty[String]) ++ get(exceptions).getOrElse(Array.empty[String])\n\n    val raw = new ChunkTokenizerModel()\n      .setCaseSensitiveExceptions($(caseSensitiveExceptions))\n      .setTargetPattern($(targetPattern))\n      .setRules(ruleFactory)\n\n    if (processedExceptions.nonEmpty)\n      raw.setExceptions(processedExceptions)\n    else\n      raw\n  }\n\n}\n\nobject ChunkTokenizer extends DefaultParamsReadable[ChunkTokenizer]\n"}
{"repo_name":"rohannng\/spark-nlp","path":"eval\/src\/test\/scala\/com\/johnsnowlabs\/nlp\/eval\/NerCrfEvalTesSpec.scala","text":"package com.johnsnowlabs.nlp.eval\n\nimport com.johnsnowlabs.nlp.annotator.{NerCrfApproach, WordEmbeddings}\nimport com.johnsnowlabs.nlp.embeddings.WordEmbeddingsFormat\nimport org.scalatest.FlatSpec\n\nclass NerCrfEvalTesSpec extends FlatSpec {\n\n  \"A NER CRF Evaluation\" should \"display accuracy results\" in {\n    val trainFile = \".\/eng.train.small\"\n    val testFile = \".\/eng.testa\"\n    val format = \"\"\n    val modelPath = \".\/ner_crf\"\n\n    val glove = new WordEmbeddings()\n      .setInputCols(\"sentence\", \"token\")\n      .setOutputCol(\"glove\")\n      .setEmbeddingsSource(\".\/glove.6B.100d.txt \",\n        100, WordEmbeddingsFormat.TEXT)\n      .setCaseSensitive(true)\n\n    val nerTagger = new NerCrfApproach()\n      .setInputCols(Array(\"sentence\", \"token\",\"pos\", \"glove\"))\n      .setLabelColumn(\"label\")\n      .setOutputCol(\"ner\")\n      .setMaxEpochs(10)\n      .setRandomSeed(0)\n      .setVerbose(2)\n\n    val nerCrfEvaluation = new NerCrfEvaluation(testFile, format)\n    nerCrfEvaluation.computeAccuracyAnnotator(modelPath, trainFile, nerTagger, glove)\n\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/test\/scala\/com\/johnsnowlabs\/nlp\/embeddings\/BertEmbeddingsTestSpec.scala","text":"package com.johnsnowlabs.nlp.embeddings\n\nimport com.johnsnowlabs.nlp.DocumentAssembler\nimport com.johnsnowlabs.nlp.util.io.ResourceHelper\nimport org.apache.spark.ml.Pipeline\nimport org.scalatest._\n\nclass BertEmbeddingsTestSpec extends FlatSpec {\n\n  \"Bert Embeddings\" should \"correctly embed tokens and sentences\" ignore {\n\n    import ResourceHelper.spark.implicits._\n\n    val ddd = Seq(\n      \"Something is weird on the notebooks, something is happening.\"\n    ).toDF(\"text\")\n\n    val data1 = Seq(\n      \"In the Seven Kingdoms of Westeros, a soldier of the ancient Night's Watch order survives an attack by supernatural creatures known as the White Walkers, thought until now to be mythical.\"\n    ).toDF(\"text\")\n\n    val data2 = Seq(\n      \"In King's Landing, the capital, <NAME>, the King's Hand, dies under mysterious circumstances.\"\n    ).toDF(\"text\")\n\n    val data3 = Seq(\n      \"Tyrion makes saddle modifications for Bran that will allow the paraplegic boy to ride.\"\n    ).toDF(\"text\")\n\n    val document = new DocumentAssembler()\n      .setInputCol(\"text\")\n      .setOutputCol(\"document\")\n\n    val embeddings = BertEmbeddings.pretrained(\"bert_uncased\", \"en\")\n      .setInputCols(\"document\")\n      .setOutputCol(\"bert\")\n\n    val pipeline = new Pipeline().setStages(Array(document, embeddings))\n\n    val bertDDD = pipeline.fit(ddd).transform(ddd)\n    val bertDF1 = pipeline.fit(data1).transform(data1)\n    val bertDF2 = pipeline.fit(data2).transform(data2)\n    val bertDF3 = pipeline.fit(data3).transform(data3)\n\n    bertDDD.show()\n    bertDF3.show()\n    bertDF2.show()\n    bertDF1.show()\n\n  }\n\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/common\/TaggedWord.scala","text":"package com.johnsnowlabs.nlp.annotators.common\n\n\/**\n  * Created by <NAME> on 5\/20\/2017.\n  *\/\n\n\/** Word tag pair *\/\ncase class TaggedWord(word: String, tag: String)\n\ncase class IndexedTaggedWord(word: String, tag: String, begin: Int = 0, end: Int = 0, confidence: Option[Float] = None) {\n  def toTaggedWord: TaggedWord = TaggedWord(this.word, this.tag)\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/ml\/tensorflow\/TensorflowSpell.scala","text":"package com.johnsnowlabs.ml.tensorflow\n\nimport com.johnsnowlabs.ml.tensorflow.TensorResources.extractFloats\nimport com.johnsnowlabs.nlp.annotators.ner.Verbose\n\nclass TensorflowSpell(\n  val tensorflow: TensorflowWrapper,\n  val verboseLevel: Verbose.Value\n  ) extends Logging with Serializable {\n\n  val testInitOp = \"test\/init\"\n  val validWords = \"valid_words\"\n  val fileNameTest = \"file_name\"\n  val inMemoryInput = \"in-memory-input\"\n  val batchesKey = \"batches\"\n  val lossKey = \"Add:0\"\n  val dropoutRate = \"dropout_rate\"\n\n  \/\/ these are the inputs to the graph\n  val wordIds = \"batches:0\"\n  val contextIds = \"batches:1\"\n  val contextWordIds = \"batches:2\"\n\n  \/* returns the loss associated with the last word, given previous history  *\/\n  def predict(dataset: Array[Array[Int]], cids: Array[Array[Int]], cwids:Array[Array[Int]], configProtoBytes: Option[Array[Byte]] = None) = {\n\n    val tensors = new TensorResources\n\n    val lossWords = tensorflow.getSession(configProtoBytes=configProtoBytes).runner\n      .feed(dropoutRate, tensors.createTensor(1.0f))\n      .feed(wordIds, tensors.createTensor(dataset.map(_.dropRight(1))))\n      .feed(contextIds, tensors.createTensor(cids.map(_.tail)))\n      .feed(contextWordIds, tensors.createTensor(cwids.map(_.tail)))\n      .fetch(lossKey)\n      .fetch(validWords)\n      .run()\n\n    tensors.clearTensors()\n\n    val result = extractFloats(lossWords.get(0))\n    val width = dataset.head.length\n    result.grouped(width - 1).map(_.last)\n  }\n}\n"}
{"repo_name":"rohannng\/spark-nlp","path":"src\/main\/scala\/com\/johnsnowlabs\/nlp\/annotators\/TextMatcherModel.scala","text":"package com.johnsnowlabs.nlp.annotators\n\nimport com.johnsnowlabs.collections.SearchTrie\nimport com.johnsnowlabs.nlp._\nimport org.apache.spark.ml.util.Identifiable\nimport com.johnsnowlabs.nlp.AnnotatorType._\nimport com.johnsnowlabs.nlp.serialization.ArrayFeature\nimport org.apache.spark.ml.param.BooleanParam\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Extracts entities out of provided phrases\n  * @param uid internally renquired UID to make it writable\n  * @@ entitiesPath: Path to file with phrases to search\n  * @@ insideSentences: Should Extractor search only within sentence borders?\n  *\/\nclass TextMatcherModel(override val uid: String) extends AnnotatorModel[TextMatcherModel] {\n\n  override val outputAnnotatorType: AnnotatorType = CHUNK\n\n  override val inputAnnotatorTypes: Array[AnnotatorType] = Array(DOCUMENT, TOKEN)\n\n  val parsedEntities = new ArrayFeature[Array[String]](this, \"parsedEntities\")\n\n  val caseSensitive = new BooleanParam(this, \"caseSensitive\", \"whether to match regardless of case. Defaults true\")\n\n  def setEntities(value: Array[Array[String]]): this.type = set(parsedEntities, value)\n\n  def setCaseSensitive(v: Boolean): this.type =\n    set(caseSensitive, v)\n\n  def getCaseSensitive: Boolean =\n    $(caseSensitive)\n\n  lazy val searchTrie = SearchTrie.apply($$(parsedEntities), $(caseSensitive))\n\n  \/** internal constructor for writabale annotator *\/\n  def this() = this(Identifiable.randomUID(\"ENTITY_EXTRACTOR\"))\n\n  \/**\n    * Searches entities and stores them in the annotation\n    * @return Extracted Entities\n    *\/\n  \/** Defines annotator phrase matching depending on whether we are using SBD or not *\/\n  override def annotate(annotations: Seq[Annotation]): Seq[Annotation] = {\n\n    val result = ArrayBuffer[Annotation]()\n\n    val sentences = annotations.filter(_.annotatorType == AnnotatorType.DOCUMENT)\n\n    sentences.zipWithIndex.foreach{case (sentence, sentenceIndex) =>\n\n      val tokens = annotations.filter( token =>\n        token.annotatorType == AnnotatorType.TOKEN &&\n          token.begin >= sentence.begin &&\n            token.end <= sentence.end)\n\n      for ((begin, end) <- searchTrie.search(tokens.map(_.result))) {\n\n        val firstTokenBegin = tokens(begin).begin\n        val lastTokenEnd = tokens(end).end\n\n        \/** token indices are not relative to sentence but to document, adjust offset accordingly *\/\n        val normalizedText = sentence.result.substring(firstTokenBegin  - sentence.begin, lastTokenEnd - sentence.begin + 1)\n\n        val annotation = Annotation(\n          outputAnnotatorType,\n          firstTokenBegin,\n          lastTokenEnd,\n          normalizedText,\n          Map(\"sentence\" -> sentenceIndex.toString, \"chunk\" -> result.length.toString)\n        )\n\n        result.append(annotation)\n      }\n    }\n\n    result\n  }\n\n}\n\nobject TextMatcherModel extends ParamsAndFeaturesReadable[TextMatcherModel]"}
{"repo_name":"melezov\/xsbt-sh","path":"src\/sbt-test\/io\/move-file\/project\/plugins.sbt","text":"addSbtPlugin(\"com.oradian.sbt\" % \"sbt-sh\" % sys.props(\"project.version\"))\n"}
{"repo_name":"melezov\/xsbt-sh","path":"build.sbt","text":"<reponame>melezov\/xsbt-sh<gh_stars>1-10\nsbtPlugin := true\n\norganization := \"com.oradian.sbt\"\nname := \"sbt-sh\"\nversion := \"0.3.0\"\n\ncrossSbtVersions := Seq(\"1.0.1\", \"0.13.16\")\n\nscriptedSettings\nscriptedBufferLog := false\nscriptedLaunchOpts += \"-Dproject.version=\" + version.value\n\nlicenses += ((\"Unlicense\", url(\"http:\/\/unlicense.org\/\")))\nbintrayPackageLabels := Seq(\"sbt\", \"plugin\")\n\nscalacOptions in (Compile, doc) ++= Seq(\n  \"-no-link-warnings\"\n, \"-sourcepath\", baseDirectory.value.toString\n, \"-doc-source-url\", s\"\"\"https:\/\/github.com\/melezov\/sbt-sh\/blob\/${version.value}\\u20AC{FILE_PATH}.scala\"\"\"\n)\n"}
{"repo_name":"melezov\/xsbt-sh","path":"src\/main\/scala\/SbtShPlugin.scala","text":"package com.oradian.sbt\n\nimport sbt._\n\nobject SbtShPlugin extends AutoPlugin {\n  override def trigger = allRequirements\n  override def globalSettings = Seq(\n    Keys.commands += shCommand\n  )\n\n  private[this] final val ShCommand = \"sh\"\n  private[this] final val ShBrief = s\"Usage: $ShCommand <arg1> <arg2> ...\"\n  private[this] final val ShInfo = \"Runs shell commands within SBT\"\n  private[this] final val ShDetail = s\"\"\"\n  $ShInfo\n\n  $ShBrief\n\n  Uses Java ProcessBuilder to instantiate processes;\n  throws an exception on non-zero exit codes.\n\n  Streams stdout & stderr into SBT REPL,\n  stream redirection via < > arguments is currently not supported.\n\n  Performs OS detection to differentiate between Windows and Unixoids;\n  if under Windows (but not within Cygwin), it will prepend arguments with\n  \"cmd\" \"\/c\", allowing to run CMD commands (\"dir\", \"copy\", etc...)\n\"\"\"\n\n  lazy val shCommand =\n    Command.args(ShCommand, (ShBrief, ShInfo), ShDetail, ShBrief) { (state, args) =>\n      if (args.isEmpty) {\n        state.log.error(ShBrief)\n      } else {\n        Resolvers.run(args: _*)\n      }\n      state\n    }\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/cassandra\/CassandraSyncCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator.cassandra\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, WithTry }\n\nobject CassandraSyncCodeGenerator extends AbstractCodeGenerator with WithCassandra with WithTry {\n  protected def genericPackage               = \"pl.jozwik.quillgeneric.quillmacro.cassandra.sync\"\n  protected def aliasName                    = \"CassandraContextDateQuotes\"\n  protected def macroRepository: String      = \"CassandraRepository\"\n  protected def repositoryCompositeKey       = \"CassandraRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated = macroRepository\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/PluginKeys.scala","text":"package pl.jozwik.quillgeneric.sbt\n\nimport sbt.{ Def, settingKey }\n\ntrait PluginKeys {\n  val generateMonixRepositories          = settingKey[Seq[RepositoryDescription]](\"Monix repositories descriptions\")\n  val generateDescription                = settingKey[Seq[RepositoryDescription]](\"The repositories descriptions\")\n  val generateAsyncDescription           = settingKey[Seq[RepositoryDescription]](\"The async repositories descriptions\")\n  val generateCassandraMonixRepositories = settingKey[Seq[RepositoryDescription]](\"Cassandra monix repositories descriptions\")\n  val generateCassandraSyncRepositories  = settingKey[Seq[RepositoryDescription]](\"Cassandra sync repositories descriptions\")\n  val generateCassandraAsyncRepositories = settingKey[Seq[RepositoryDescription]](\"Cassandra async repositories descriptions\")\n  val quillMacroVersion                  = settingKey[String](\"Quill macro version\")\n\n  val defaultSettings: Seq[Def.Setting[_]] =\n    Seq(\n      generateDescription := Seq.empty,\n      generateCassandraMonixRepositories := Seq.empty,\n      generateCassandraSyncRepositories := Seq.empty,\n      generateCassandraAsyncRepositories := Seq.empty,\n      generateMonixRepositories := Seq.empty,\n      generateAsyncDescription := Seq.empty,\n      quillMacroVersion := \"1.0.0\"\n    )\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/WithFuture.scala","text":"<filename>src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/WithFuture.scala<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt.generator\n\ntrait WithFuture {\n  protected def monad: String       = \"Future\"\n  protected def monadImport: String = s\"import concurrent.$monad\"\n  protected def tryStart: String    = \"\"\n  protected def tryEnd: String      = \"\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/cassandra\/CassandraAsyncCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator.cassandra\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, WithFuture }\n\nobject CassandraAsyncCodeGenerator extends AbstractCodeGenerator with WithCassandra with WithFuture {\n  private val ec                                        = \"ec\"\n  protected def genericPackage                          = \"pl.jozwik.quillgeneric.quillmacro.cassandra.async\"\n  protected def aliasName                               = \"CassandraAsyncContextDateQuotes\"\n  protected def macroRepository: String                 = \"CassandraAsyncRepository\"\n  protected def repositoryCompositeKey                  = \"CassandraAsyncRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated            = macroRepository\n  override protected def implicitParameters: String     = s\"(dSchema, $ec)\"\n  override protected def executionContext: String       = s\"(implicit $ec: ExecutionContext)\"\n  override protected def executionContextImport: String = \"import concurrent.ExecutionContext\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/AbstractCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator\n\nimport java.io.File\nimport java.nio.file.Paths\n\nimport pl.jozwik.quillgeneric.sbt.{ KeyType, RepositoryDescription }\nimport sbt._\n\nimport scala.io.Source\n\nabstract class AbstractCodeGenerator extends Generator with CodeGenerationTemplates {\n  private val Connection                   = \"Connection\"\n  private val Dialect                      = \"Dialect\"\n  private val Naming                       = \"Naming\"\n  protected def template                   = \"$template$.txt\"\n  protected def templateWithGeneratedId    = \"$template_generate_id$.txt\"\n  protected def importMacroTraitRepository = s\"import $genericPackage.$macroRepository.$ContextAlias\"\n\n  private def macroRepositoryWithGeneratedWithGeneric = s\"$macroRepositoryWithGenerated[$BeanIdTemplate, $BeanTemplate, $DialectTemplate, $NamingTemplate]\"\n\n  private def macroRepositoryWithGeneratedImport = s\"import $genericPackage.$macroRepositoryWithGenerated\"\n\n  private val headerFile = \"$header$.txt\"\n\n  private val header: String = readTemplate(headerFile)\n\n  private def macroRepositoryWithGeneric(key: KeyType.Value) = {\n    val repo = key match {\n      case KeyType.Composite =>\n        repositoryCompositeKey\n      case _ =>\n        macroRepository\n    }\n    (s\"$repo[$BeanIdTemplate, $BeanTemplate, $genericDeclaration]\", s\"import $genericPackage.$repo\")\n  }\n\n  private def chooseTemplate(generateId: Boolean): String =\n    if (generateId) {\n      templateWithGeneratedId\n    } else {\n      template\n    }\n\n  def generate(rootPath: File)(description: RepositoryDescription): (File, String) = {\n    import description._\n    val templateFile = chooseTemplate(generateId)\n    val content      = readTemplate(templateFile)\n    val path         = Paths.get(rootPath.getAbsolutePath, packageName: _*)\n    val dir          = path.toFile\n    dir.mkdirs()\n    val pName         = toPackageName(packageName)\n    val file          = dir \/ s\"$repositorySimpleClassName.scala\"\n    val columnMapping = toColumnMapping(mapping)\n    val importCtx     = toImportContext(columnMapping)\n    val (repositoryTraitSimpleClassName, repositoryImport, defaultRepositoryImport) =\n      toRepositoryTraitImport(repositoryTrait, packageName, repositoryPackageName, repositoryTraitSimpleClassNameOpt, generateId, beanIdClass.keyType)\n    val genericContent = toGenericContent(content)\n    val result = genericContent\n      .replace(RepositoryTraitSimpleClassName, repositoryTraitSimpleClassName)\n      .replace(RepositoryTraitImport, repositoryImport)\n      .replace(PackageTemplate, pName)\n      .replace(RepositoryClassTemplate, repositorySimpleClassName)\n      .replace(BeanTemplate, beanSimpleClassName)\n      .replace(BeanClassImport, createImport(packageName, beanPackageName, beanClass))\n      .replace(BeanIdTemplate, beanIdSimpleClassName)\n      .replace(BeanIdClassImport, createImport(packageName, beanIdPackageName, beanIdClass.name))\n      .replace(ColumnMapping, columnMapping)\n      .replace(ImportContext, importCtx)\n      .replace(TableNamePattern, toTableName)\n      .replace(RepositoryImport, defaultRepositoryImport)\n      .replace(DialectTemplate, Dialect)\n      .replace(ConnectionTemplate, Connection)\n      .replace(NamingTemplate, Naming)\n      .replace(ContextAlias, aliasName)\n      .replace(Update, update)\n      .replace(Monad, monad)\n      .replace(ContextTransactionStart, contextTransactionStart)\n      .replace(ContextTransactionEnd, contextTransactionEnd)\n      .replace(MonadImport, monadImport)\n      .replace(TryStart, tryStart)\n      .replace(TryEnd, tryEnd)\n      .replace(SqlIdiomImport, sqlIdiomImport)\n      .replace(CreateOrUpdate, createOrUpdate)\n      .replace(CreateOrUpdateAndRead, createOrUpdateAndRead)\n      .replace(ExecutionContext, executionContext)\n      .replace(ExecutionContextImport, executionContextImport)\n      .replace(ImplicitParameters, implicitParameters)\n      .replace(ImplicitTransactionParameters, implicitTransactionParameters)\n      .replace(ConnectionImport, connectionImport)\n    (file, s\"$header\\n$result\")\n  }\n\n  private def toGenericContent(content: String) =\n    content\n      .replace(AliasGenericDeclaration, aliasGenericDeclaration)\n      .replace(GenericDeclaration, genericDeclaration)\n      .replace(RepositoryMacroTraitImport, importMacroTraitRepository)\n\n  private def toPackageName(packageName: Seq[String]): String =\n    packageName match {\n      case Seq() =>\n        \"\"\n      case s =>\n        s\"\"\"package ${s.mkString(\".\")}\"\"\"\n    }\n\n  private def toRepositoryTraitImport(\n      repositoryTrait: Option[String],\n      packageName: Seq[String],\n      repositoryPackageName: Seq[String],\n      repositoryTraitSimpleClassNameOpt: String,\n      generateId: Boolean,\n      keyType: KeyType.Value\n  ) =\n    if (repositoryTraitSimpleClassNameOpt.isEmpty) {\n      val (repository, repositoryImport) = if (generateId) {\n        (macroRepositoryWithGeneratedWithGeneric, macroRepositoryWithGeneratedImport)\n      } else {\n        macroRepositoryWithGeneric(keyType)\n      }\n      (s\"$repository\", \"\", repositoryImport)\n\n    } else {\n      val clazzName = repositoryTrait.getOrElse(\"\")\n      val withoutGeneric = clazzName.indexOf('[') match {\n        case -1 =>\n          clazzName\n        case index =>\n          clazzName.substring(0, index)\n      }\n      val imp = createImport(packageName, repositoryPackageName, withoutGeneric)\n      (s\"$repositoryTraitSimpleClassNameOpt\", imp, \"\")\n    }\n\n  private def createImport(packageNameSeq: Seq[String], packageNameBean: Seq[String], className: String) =\n    if (packageNameSeq == packageNameBean) \"\" else s\"import $className\"\n\n  private def toColumnMapping(mapping: Map[String, String]) = {\n    val columnMapping = {\n      val map = mapping.map {\n        case (k, v) =>\n          s\"\"\"alias(_.$k, \"$v\")\"\"\"\n      }\n      if (map.isEmpty) {\n        \"\"\n      } else {\n        s\"\"\", ${map.mkString(\", \")}\"\"\"\n      }\n    }\n    columnMapping\n  }\n\n  private def toImportContext(toColumnMapping: String) = {\n    val importCtx = if (toColumnMapping.isEmpty) {\n      \"\"\n    } else {\n      \"import context._\"\n    }\n    importCtx\n  }\n\n  private def readTemplate(templateResource: String): String = {\n    val input = Option(getClass.getClassLoader.getResourceAsStream(templateResource))\n      .getOrElse(getClass.getClassLoader.getResourceAsStream(s\"\/$templateResource\"))\n    try {\n      Source.fromInputStream(input).mkString\n    } finally {\n      input.close()\n    }\n  }\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/jdbc\/AsyncCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator.jdbc\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, CodeGenerationTemplates, WithFuture, WithJdbc }\n\nobject AsyncCodeGenerator extends AbstractCodeGenerator with WithJdbc with WithFuture {\n  private val asyncTransaction               = \"f\"\n  private val ec                             = \"ec\"\n  protected def genericPackage               = \"pl.jozwik.quillgeneric.quillmacro.async\"\n  protected def aliasName                    = \"AsyncJdbcContextDateQuotes\"\n  protected def macroRepository: String      = \"AsyncJdbcRepository\"\n  protected def repositoryCompositeKey       = \"AsyncJdbcRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated = \"AsyncJdbcRepositoryWithGeneratedId\"\n\n  override protected def aliasGenericDeclaration =\n    s\"${super.aliasGenericDeclaration}, ${CodeGenerationTemplates.ConnectionTemplate} <: ConcreteConnection\"\n  override protected def genericDeclaration = s\"${super.genericDeclaration}, ${CodeGenerationTemplates.ConnectionTemplate}\"\n\n  override protected def contextTransactionStart =\n    s\"\"\"{\n       |     import context.toFuture\n       |     context.transaction { $asyncTransaction =>\"\"\".stripMargin\n\n  override protected def contextTransactionEnd =\n    \"\"\" }\n      | }\"\"\".stripMargin\n  override protected def implicitTransactionParameters  = s\"(dSchema, $asyncTransaction)\"\n  override protected def implicitParameters: String     = s\"(dSchema, $ec)\"\n  override protected def executionContext: String       = s\"(implicit $ec: ExecutionContext)\"\n  override protected def executionContextImport: String = \"import concurrent.ExecutionContext\"\n  override protected def connectionImport: String       = \"import com.github.jasync.sql.db.ConcreteConnection\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/cassandra\/WithCassandra.scala","text":"<reponame>ajozwik\/sbt-quill-crud-generic\npackage pl.jozwik.quillgeneric.sbt.generator.cassandra\n\nimport pl.jozwik.quillgeneric.sbt.generator.CodeGenerationTemplates\n\ntrait WithCassandra {\n  protected def update                     = \"Unit\"\n  protected def contextTransactionStart    = \"\"\n  protected def contextTransactionEnd      = \"\"\n  protected def sqlIdiomImport             = \"\"\n  protected def genericDeclaration: String = CodeGenerationTemplates.NamingTemplate\n  protected def aliasGenericDeclaration    = s\"$genericDeclaration <: NamingStrategy\"\n  protected def createOrUpdate             = \"create\"\n  protected def createOrUpdateAndRead      = \"createAndRead\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/model\/Person.scala","text":"package pl.jozwik.quillgeneric.sbt.model\n\nimport java.time.LocalDate\n\nimport pl.jozwik.quillgeneric.quillmacro.WithId\n\nfinal case class PersonId(value: Int) extends AnyVal\n\nfinal case class Person(id: PersonId, firstName: String, lastName: String, birthDate: LocalDate) extends WithId[PersonId]\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/cassandra\/CassandraMonixCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator.cassandra\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, WithMonix }\n\nobject CassandraMonixCodeGenerator extends AbstractCodeGenerator with WithCassandra with WithMonix {\n  protected def genericPackage               = \"pl.jozwik.quillgeneric.quillmacro.cassandra.monix\"\n  protected def aliasName                    = \"CassandraMonixContextDateQuotes\"\n  protected def macroRepository: String      = \"CassandraMonixRepository\"\n  protected def repositoryCompositeKey       = \"CassandraMonixRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated = macroRepository\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/CodeGeneratorSpec.scala","text":"<filename>src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/CodeGeneratorSpec.scala\npackage pl.jozwik.quillgeneric.sbt\n\nimport java.io.File\n\nimport pl.jozwik.quillgeneric.sbt.generator.Generator\nimport pl.jozwik.quillgeneric.sbt.generator.cassandra.{ CassandraAsyncCodeGenerator, CassandraMonixCodeGenerator, CassandraSyncCodeGenerator }\nimport pl.jozwik.quillgeneric.sbt.generator.jdbc.{ AsyncCodeGenerator, MonixJdbcCodeGenerator, SyncCodeGenerator }\n\nclass SyncGeneratorCodeSpec extends AbstractCodeGeneratorSpec(SyncCodeGenerator)\n\nclass AsyncGeneratorCodeSpec extends AbstractCodeGeneratorSpec(AsyncCodeGenerator)\n\nclass MonixGeneratorCodeSpec extends AbstractCodeGeneratorSpec(MonixJdbcCodeGenerator)\n\nclass CassandraMonixGeneratorCodeSpec extends AbstractCodeGeneratorSpec(CassandraMonixCodeGenerator, \"[Naming]\", false)\n\nclass CassandraSyncGeneratorCodeSpec extends AbstractCodeGeneratorSpec(CassandraSyncCodeGenerator, \"[Naming]\", false)\n\nclass CassandraAsyncGeneratorCodeSpec extends AbstractCodeGeneratorSpec(CassandraAsyncCodeGenerator, \"[Naming]\", false)\n\nabstract class AbstractCodeGeneratorSpec(generator: Generator, generic: String = \"[Dialect, Naming]\", generatedId: Boolean = true) extends AbstractSpec {\n\n  private val baseTempPath = System.getProperty(\"java.io.tmpdir\")\n\n  \"Generator \" should {\n      \"Generate code for Person\" in {\n        val description                   = RepositoryDescription(\"Person\", BeanIdClass(\"PersonId\"), \"PersonRepository\", generatedId)\n        val (file: File, content: String) = generateAndLog(description)\n        file.exists() shouldBe false\n        content should include(description.beanSimpleClassName)\n        content should include(description.beanIdSimpleClassName)\n        content should include(description.repositorySimpleClassName)\n        content should include(description.toTableName)\n      }\n      \"Custom mapping \" in {\n        val dob = \"dob\"\n        val description = RepositoryDescription(\n          \"pl.jozwik.model.Person\",\n          BeanIdClass(\"pl.jozwik.model.PersonId\"),\n          \"pl.jozwik.repository.PersonRepository\",\n          generatedId,\n          Option(s\"pl.jozwik.quillgeneric.sbt.MyPersonRepository$generic\"),\n          None,\n          Map(\"birthDate\" -> dob)\n        )\n        val (file: File, content: String) = generateAndLog(description)\n        file.exists() shouldBe false\n        content should include(description.beanSimpleClassName)\n        content should include(description.beanIdSimpleClassName)\n        content should include(description.repositorySimpleClassName)\n        content should include(description.toTableName)\n        content should include(dob)\n      }\n\n      \"Generate code for Configuration\" in {\n        val description                   = RepositoryDescription(\"Configuration\", BeanIdClass(\"ConfigurationId\"), \"PersonRepository\")\n        val (file: File, content: String) = generateAndLog(description)\n        file.exists() shouldBe false\n        content should include(description.beanSimpleClassName)\n        content should include(description.beanIdSimpleClassName)\n        content should include(description.repositorySimpleClassName)\n        content should include(description.toTableName)\n      }\n\n      \"Generate code for Sale\" in {\n        val description                   = RepositoryDescription(\"Sale\", BeanIdClass(\"SaleId\", KeyType.Composite), \"SaleRepository\")\n        val (file: File, content: String) = generateAndLog(description)\n        file.exists() shouldBe false\n        content should include(description.beanSimpleClassName)\n        content should include(description.beanIdSimpleClassName)\n        content should include(description.repositorySimpleClassName)\n        content should include(description.toTableName)\n      }\n    }\n\n  private def generateAndLog(description: RepositoryDescription) = {\n    val (file, content) = generator.generate(new File(baseTempPath))(description)\n    logger.debug(s\"$file\")\n    logger.debug(s\"\\n$content\")\n    (file, content)\n  }\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/sbt-test\/all\/all\/common\/src\/main\/scala\/pl\/jozwik\/example\/domain\/model\/Sale.scala","text":"<gh_stars>0\npackage pl.jozwik.example.domain.model\n\nimport java.time.LocalDateTime\n\nimport io.getquill.Embedded\nimport pl.jozwik.quillgeneric.quillmacro.{ CompositeKey2, WithId }\n\nfinal case class SaleId(fk1: ProductId, fk2: PersonId) extends Embedded with CompositeKey2[ProductId, PersonId] {\n  def productId: ProductId = fk1\n\n  def personId: PersonId = fk2\n}\n\nfinal case class Sale(id: SaleId, saleDate: LocalDateTime) extends WithId[SaleId]\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/sbt-test\/all\/all\/project\/plugins.sbt","text":"<gh_stars>0\nval quillMacroVersion = sys.props.get(\"plugin.version\") match {\n  case Some(pluginVersion) =>\n    pluginVersion\n  case _ =>\n    sys.error(\"\"\"|The system property 'plugin.version' is not defined.\n                 |Specify this property using the scriptedLaunchOpts -D.\"\"\".stripMargin)\n}\n\nresolvers += Resolver.sonatypeRepo(\"releases\")\n\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.3\")\n\naddSbtPlugin(\"com.github.ajozwik\" % \"sbt-quill-crud-generic\" % quillMacroVersion)\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\n\naddSbtPlugin(\"com.sksamuel.scapegoat\" %% \"sbt-scapegoat\" % \"1.1.0\")\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/MyPersonRepository.scala","text":"package pl.jozwik.quillgeneric.sbt\n\nimport java.time.LocalDate\n\nimport io.getquill.NamingStrategy\nimport io.getquill.context.sql.idiom.SqlIdiom\nimport pl.jozwik.quillgeneric.quillmacro.sync.JdbcRepository\nimport pl.jozwik.quillgeneric.sbt.model.{ Person, PersonId }\n\nimport scala.util.Try\n\ntrait MyPersonRepository[Dialect <: SqlIdiom, Naming <: NamingStrategy] extends JdbcRepository[PersonId, Person, Dialect, Naming] {\n\n  def searchByFirstName(name: String)(offset: Int, limit: Int): Try[Seq[Person]] = Try {\n    import context._\n    searchByFilter((p: Person) => p.firstName == lift(name) && p.lastName != lift(\"\"))(offset, limit)(dynamicSchema)\n  }\n\n  def max: Try[Option[LocalDate]] = Try {\n    import context._\n    val r = dynamicSchema.map(p => p.birthDate)\n    context.run(r.max)\n  }\n\n  def youngerThan(date: LocalDate)(offset: Int, limit: Int): Try[Seq[Person]] = Try {\n    import context._\n    searchByFilter((p: Person) => quote(p.birthDate > lift(date)))(offset, limit)(dynamicSchema)\n  }\n\n  def count: Try[Long] = Try {\n    context.count((_: Person) => true)(dynamicSchema)\n  }\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/WithMonix.scala","text":"package pl.jozwik.quillgeneric.sbt.generator\n\ntrait WithMonix {\n  protected def monad: String       = \"Task\"\n  protected def monadImport: String = s\"import monix.eval.$monad\"\n  protected def tryStart: String    = \"\"\n  protected def tryEnd: String      = \"\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/QuillRepositoryPlugin.scala","text":"<filename>src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/QuillRepositoryPlugin.scala<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt\n\nimport sbt.Keys._\nimport sbt._\nimport sbt.plugins.JvmPlugin\nimport DependencyHelper._\nimport pl.jozwik.quillgeneric.sbt.generator.cassandra.{ CassandraAsyncCodeGenerator, CassandraMonixCodeGenerator, CassandraSyncCodeGenerator }\nimport pl.jozwik.quillgeneric.sbt.generator.jdbc.{ AsyncCodeGenerator, MonixJdbcCodeGenerator, SyncCodeGenerator }\nimport pl.jozwik.quillgeneric.sbt.generator.Generator\n\nobject QuillRepositoryPlugin extends AutoPlugin {\n\n  override def trigger: sbt.PluginTrigger = allRequirements\n\n  override def requires: sbt.Plugins = JvmPlugin\n\n  object autoImport extends PluginKeys\n\n  import autoImport._\n\n  private def generate(descriptions: Seq[RepositoryDescription], rootPath: File, generator: Generator): Seq[File] =\n    descriptions.map { d =>\n      val (file, content) = generator.generate(rootPath)(d)\n      IO.write(file, content)\n      file\n    }\n\n  override lazy val projectSettings: Seq[Def.Setting[_]] =\n    defaultSettings ++ Seq(\n      Compile \/ sourceGenerators += Def.task {\n        val rootPath = (Compile \/ sourceManaged).value\n        generate(generateDescription.value, rootPath, SyncCodeGenerator) ++\n          generate(generateAsyncDescription.value, rootPath, AsyncCodeGenerator) ++\n          generate(generateMonixRepositories.value, rootPath, MonixJdbcCodeGenerator) ++\n          generate(generateCassandraSyncRepositories.value, rootPath, CassandraSyncCodeGenerator) ++\n          generate(generateCassandraAsyncRepositories.value, rootPath, CassandraAsyncCodeGenerator) ++\n          generate(generateCassandraMonixRepositories.value, rootPath, CassandraMonixCodeGenerator)\n      }.taskValue,\n      libraryDependencies ++=\n        addImport(true, \"macro-quill\", quillMacroVersion.value).toSeq ++\n          addImport(generateDescription.value.nonEmpty, \"quill-jdbc-macro\", quillMacroVersion.value) ++\n          addImport(generateAsyncDescription.value.nonEmpty, \"quill-async-jdbc-macro\", quillMacroVersion.value) ++\n          addImport(generateMonixRepositories.value.nonEmpty, \"quill-jdbc-monix-macro\", quillMacroVersion.value) ++\n          addImport(\n            generateCassandraSyncRepositories.value.nonEmpty || generateCassandraAsyncRepositories.value.nonEmpty,\n            \"quill-cassandra-macro\",\n            quillMacroVersion.value\n          ) ++\n          addImport(\n            generateCassandraSyncRepositories.value.nonEmpty || generateCassandraAsyncRepositories.value.nonEmpty,\n            \"quill-cassandra-macro\",\n            quillMacroVersion.value\n          ) ++\n          addImport(generateCassandraMonixRepositories.value.nonEmpty, \"quill-cassandra-monix-macro\", quillMacroVersion.value)\n    )\n\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"build.sbt","text":"<filename>build.sbt\nname := \"sbt-quill-crud-generic\"\n\norganization := \"com.github.ajozwik\"\n\nThisBuild \/ resolvers += Resolver.sonatypeRepo(\"releases\")\n\nThisBuild \/ resolvers += Resolver.sonatypeRepo(\"snapshots\")\n\nval targetJdk = \"1.8\"\n\nThisBuild \/ scalacOptions ++= Seq(\n  \"-encoding\",\n  \"UTF-8\",\n  \"-deprecation\",         \/\/ warning and location for usages of deprecated APIs\n  \"-feature\",             \/\/ warning and location for usages of features that should be imported explicitly\n  \"-unchecked\",           \/\/ additional warnings where generated code depends on assumptions\n  \"-Xlint\",               \/\/ recommended additional warnings\n  \"-Ywarn-adapted-args\",  \/\/ Warn if an argument list is modified to match the receiver\n  \"-Ywarn-value-discard\", \/\/ Warn when non-Unit expression results are unused\n  \"-Ywarn-inaccessible\",\n  \"-Ywarn-dead-code\",\n  \"-language:reflectiveCalls\",\n  \"-Ydelambdafy:method\",\n  s\"-target:jvm-$targetJdk\"\n)\n\nThisBuild \/ javacOptions ++= Seq(\"-Xlint:deprecation\", \"-Xdiags:verbose\", \"-source\", targetJdk, \"-target\", targetJdk)\n\nThisBuild \/ scalaVersion := \"2.12.12\"\n\nval quillMacroVersion = \"1.0.0\"\n\nval `com.typesafe.scala-logging_scala-logging` = \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.9.4\"\n\nval `ch.qos.logback_logback-classic` = \"ch.qos.logback\" % \"logback-classic\" % \"1.2.5\"\n\nval `org.scalatest_scalatest` = \"org.scalatest\" %% \"scalatest\" % \"3.2.9\" % Test\n\nval `org.scalacheck_scalacheck` = \"org.scalacheck\" %% \"scalacheck\" % \"1.15.4\" % Test\n\nval `com.github.ajozwik_macro-quill` = \"com.github.ajozwik\" %% \"quill-jdbc-macro\" % quillMacroVersion\n\nThisBuild \/ libraryDependencies ++= Seq(\n  `ch.qos.logback_logback-classic`           % Test,\n  `com.typesafe.scala-logging_scala-logging` % Test,\n  `org.scalatest_scalatest`,\n  `org.scalacheck_scalacheck`,\n  `com.github.ajozwik_macro-quill` % Test\n)\n\nThisScope \/ sbtPlugin := true\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    scriptedLaunchOpts += (\"-Dplugin.version=\" + version.value),\n    scriptedBufferLog := false\n  )\n  .enablePlugins(SbtPlugin)\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/AbstractSpec.scala","text":"<filename>src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/AbstractSpec.scala\npackage pl.jozwik.quillgeneric.sbt\n\nimport com.typesafe.scalalogging.StrictLogging\nimport org.scalatest.concurrent.TimeLimitedTests\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.time.{ Seconds, Span }\nimport org.scalatest.wordspec.AnyWordSpecLike\n\ntrait AbstractSpec extends AnyWordSpecLike with TimeLimitedTests with Matchers with StrictLogging {\n  val TIMEOUT_SECONDS = 6\n  val timeLimit       = Span(TIMEOUT_SECONDS, Seconds)\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/CodeGenerationTemplates.scala","text":"<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt.generator\n\nobject CodeGenerationTemplates extends CodeGenerationTemplates\n\ntrait CodeGenerationTemplates {\n  val AliasGenericDeclaration        = \"__ALIAS_GENERIC_DECLARATION__\"\n  val BeanClassImport                = \"__BEAN_CLASS_IMPORT__\"\n  val BeanIdClassImport              = \"__ID_CLASS_IMPORT__\"\n  val BeanIdTemplate                 = \"__ID__\"\n  val BeanTemplate                   = \"__BEAN__\"\n  val ColumnMapping                  = \"__COLUMN_MAPPING__\"\n  val ConnectionImport               = \"__CONNECTION_IMPORT__\"\n  val ConnectionTemplate             = \"__CONNECTION__\"\n  val ContextAlias                   = \"__CONTEXT_ALIAS__\"\n  val ContextTransactionEnd          = \"__CONTEXT_TRANSACTION_END__\"\n  val ContextTransactionStart        = \"__CONTEXT_TRANSACTION_START__\"\n  val CreateOrUpdate                 = \"__CREATE_OR_UPDATE__\"\n  val CreateOrUpdateAndRead          = \"__CREATE_OR_UPDATE_AND_READ__\"\n  val DialectTemplate                = \"__DIALECT__\"\n  val ExecutionContext               = \"__EXECUTION_CONTEXT__\"\n  val ExecutionContextImport         = \"__EXECUTION_CONTEXT_IMPORT__\"\n  val GenericDeclaration             = \"__GENERIC_DECLARATION__\"\n  val ImplicitParameters             = \"__IMPLICIT_PARAMETERS__\"\n  val ImplicitTransactionParameters  = \"__IMPLICIT_TRANSACTION_PARAMETERS__\"\n  val ImportContext                  = \"__IMPORT_CONTEXT__\"\n  val Monad                          = \"__MONAD__\"\n  val MonadImport                    = \"__MONAD_IMPORT__\"\n  val NamingTemplate                 = \"__NAMING__\"\n  val PackageTemplate                = \"__PACKAGE__\"\n  val RepositoryClassTemplate        = \"__REPOSITORY_NAME__\"\n  val RepositoryImport               = \"__REPOSITORY_IMPORT__\"\n  val RepositoryMacroTraitImport     = \"__REPOSITORY_MACRO_TRAIT_IMPORT__\"\n  val RepositoryTraitImport          = \"__REPOSITORY_TRAIT_IMPORT__\"\n  val RepositoryTraitSimpleClassName = \"__REPOSITORY_TRAIT_SIMPLE_NAME__\"\n  val SqlIdiomImport                 = \"__SQL_IDIOM_IMPORT__\"\n  val TableNamePattern               = \"__TABLE_NAME__\"\n  val TryEnd                         = \"__TRY_END__\"\n  val TryStart                       = \"__TRY_START__\"\n  val Update                         = \"__UPDATE__\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/DependencyHelper.scala","text":"<reponame>ajozwik\/sbt-quill-crud-generic<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt\n\nimport sbt._\n\nobject DependencyHelper {\n\n  def addImport(add: Boolean, module: String, version: String): Option[ModuleID] =\n    if (add) {\n      Option(\"com.github.ajozwik\" %% module % version)\n    } else {\n      None\n    }\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/WithJdbc.scala","text":"package pl.jozwik.quillgeneric.sbt.generator\n\ntrait WithJdbc {\n  protected def update                  = \"Long\"\n  protected def contextTransactionStart = \"context.transaction {\"\n  protected def contextTransactionEnd   = \"}\"\n  protected def sqlIdiomImport          = \"import io.getquill.context.sql.idiom.SqlIdiom\"\n\n  protected def aliasGenericDeclaration =\n    s\"${CodeGenerationTemplates.DialectTemplate} <: SqlIdiom, ${CodeGenerationTemplates.NamingTemplate} <: NamingStrategy\"\n  protected def genericDeclaration    = s\"${CodeGenerationTemplates.DialectTemplate}, ${CodeGenerationTemplates.NamingTemplate}\"\n  protected def createOrUpdate        = \"createOrUpdate\"\n  protected def createOrUpdateAndRead = \"createOrUpdateAndRead\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"publish.sbt","text":"<reponame>ajozwik\/sbt-quill-crud-generic<gh_stars>0\nimport sbtrelease.ReleaseStateTransformations._\n\nThisScope \/ sbtrelease.ReleasePlugin.autoImport.releasePublishArtifactsAction := PgpKeys.publishSigned.value\nThisScope \/ sbtrelease.ReleasePlugin.autoImport.releaseCrossBuild := true\n\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  releaseStepCommandAndRemaining(\"^test\"),\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  releaseStepCommandAndRemaining(\"^publish\"),\n  setNextVersion,\n  commitNextVersion,\n  pushChanges\n)\n\nThisBuild \/ developers := List(\n  Developer(\n    id = \"ajozwik\",\n    name = \"<NAME>\",\n    email = \"<EMAIL>\",\n    url = url(\"https:\/\/github.com\/ajozwik\")\n  )\n)\n\nThisBuild \/ publishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (isSnapshot.value) {\n    Option(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  } else {\n    Option(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n  }\n}\n\nTest \/ publishArtifact := false\n\nThisBuild \/ licenses := Seq(\"MIT License\" -> url(\"http:\/\/www.opensource.org\/licenses\/mit-license.php\"))\n\nval organizationUrl = \"https:\/\/github.com\/ajozwik\"\n\nval projectUrl = s\"$organizationUrl\/quill-generic\"\n\nThisBuild \/ scmInfo := Option(\n  ScmInfo(\n    url(projectUrl),\n    \"scm:git@github.com:ajozwik\/quill-generic.git\"\n  )\n)\n\nThisBuild \/ versionScheme := Option(\"strict\")\n\nThisBuild \/ organizationHomepage := Option(url(organizationUrl))\n\nThisBuild \/ homepage := Option(url(projectUrl))\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/WithTry.scala","text":"<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt.generator\n\ntrait WithTry {\n  protected def monad: String       = \"Try\"\n  protected def monadImport: String = s\"import util.$monad\"\n  protected def tryStart: String    = \"Try {\"\n  protected def tryEnd: String      = \"}\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/Generator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator\n\nimport java.io.File\n\nimport pl.jozwik.quillgeneric.sbt.RepositoryDescription\n\ntrait Generator {\n  protected def aliasName: String\n  protected def monad: String\n  protected def monadImport: String\n  protected def update: String\n  protected def macroRepository: String\n  protected def repositoryCompositeKey: String\n  protected def macroRepositoryWithGenerated: String\n  protected def genericPackage: String\n  protected def contextTransactionStart: String\n  protected def contextTransactionEnd: String\n  protected def tryStart: String\n  protected def tryEnd: String\n  protected def importMacroTraitRepository: String\n  protected def sqlIdiomImport: String\n  protected def genericDeclaration: String\n  protected def aliasGenericDeclaration: String\n  protected def createOrUpdate: String\n  protected def createOrUpdateAndRead: String\n  protected def executionContext: String       = \"\"\n  protected def executionContextImport: String = \"\"\n  protected def implicitParameters: String     = \"(dSchema)\"\n  protected def implicitTransactionParameters  = \"\"\n  protected def connectionImport               = \"\"\n\n  def generate(rootPath: File)(description: RepositoryDescription): (File, String)\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/jdbc\/MonixJdbcCodeGenerator.scala","text":"package pl.jozwik.quillgeneric.sbt.generator.jdbc\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, WithJdbc, WithMonix }\n\nobject MonixJdbcCodeGenerator extends AbstractCodeGenerator with WithJdbc with WithMonix {\n  protected def genericPackage               = \"pl.jozwik.quillgeneric.quillmacro.monix.jdbc\"\n  protected def aliasName                    = \"MonixJdbcContextDateQuotes\"\n  protected def macroRepository: String      = \"MonixJdbcRepository\"\n  protected def repositoryCompositeKey       = \"MonixJdbcRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated = \"MonixJdbcRepositoryWithGeneratedId\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/model\/Configuration.scala","text":"<filename>src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/model\/Configuration.scala\npackage pl.jozwik.quillgeneric.sbt.model\n\nimport pl.jozwik.quillgeneric.quillmacro.WithId\n\nfinal case class ConfigurationId(value: String) extends AnyVal\n\nfinal case class Configuration(id: ConfigurationId, value: String) extends WithId[ConfigurationId]\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/generator\/jdbc\/SyncCodeGenerator.scala","text":"<reponame>ajozwik\/sbt-quill-crud-generic<gh_stars>0\npackage pl.jozwik.quillgeneric.sbt.generator.jdbc\n\nimport pl.jozwik.quillgeneric.sbt.generator.{ AbstractCodeGenerator, WithJdbc, WithTry }\n\nobject SyncCodeGenerator extends AbstractCodeGenerator with WithJdbc with WithTry {\n  protected def genericPackage               = \"pl.jozwik.quillgeneric.quillmacro.sync\"\n  protected def aliasName                    = \"JdbcContextDateQuotes\"\n  protected def macroRepository: String      = \"JdbcRepository\"\n  protected def repositoryCompositeKey       = \"JdbcRepositoryCompositeKey\"\n  protected def macroRepositoryWithGenerated = \"JdbcRepositoryWithGeneratedId\"\n}\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/model\/Sale.scala","text":"<filename>src\/test\/scala\/pl\/jozwik\/quillgeneric\/sbt\/model\/Sale.scala\npackage pl.jozwik.quillgeneric.sbt.model\n\nimport java.time.LocalDateTime\n\nimport io.getquill.Embedded\nimport pl.jozwik.quillgeneric.quillmacro.{ CompositeKey2, WithId }\n\nfinal case class SaleId(fk1: ProductId, fk2: PersonId) extends Embedded with CompositeKey2[ProductId, PersonId]\n\nfinal case class Sale(id: SaleId, saleDate: LocalDateTime) extends WithId[SaleId]\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/sbt-test\/all\/all\/build.sbt","text":"<filename>src\/sbt-test\/all\/all\/build.sbt\nimport pl.jozwik.quillgeneric.sbt._\n\nlazy val readQuillMacroVersionSbt = sys.props.get(\"plugin.version\") match {\n  case Some(pluginVersion) =>\n    pluginVersion\n  case _ =>\n    sys.error(\"\"\"|The system property 'plugin.version' is not defined.\n                 |Specify this property using the scriptedLaunchOpts -D.\"\"\".stripMargin)\n}\n\nlazy val common = projectWithName(\"common\", file(\"common\"))\n  .settings(libraryDependencies ++= Seq(\"com.github.ajozwik\" %% \"macro-quill\" % readQuillMacroVersionSbt))\n\nThisBuild \/ resolvers += Resolver.sonatypeRepo(\"releases\")\n\nThisBuild \/ resolvers += Resolver.sonatypeRepo(\"snapshots\")\n\nval `scalaVersion_2.13` = \"2.13.6\"\n\nval `scalaVersion_2.12` = \"2.12.12\"\n\nname := \"quill-macro-example\"\n\nThisBuild \/ scalaVersion := `scalaVersion_2.12`\n\nThisBuild \/ crossScalaVersions := Seq(`scalaVersion_2.13`, `scalaVersion_2.12`)\n\nThisBuild \/ scapegoatVersion := {\n  CrossVersion.partialVersion(scalaVersion.value) match {\n    case Some((2, n)) if n >= 13 => \"1.4.9\"\n    case _                       => \"1.4.8\"\n  }\n}\n\n\nThisBuild \/ organization := \"pl.jozwik.demo\"\n\nThisBuild \/ scalacOptions ++= Seq(\n  \"-encoding\",\n  \"utf8\",             \/\/ Option and arguments on same line\n  \"-Xfatal-warnings\", \/\/ New lines for each options\n  \"-deprecation\",\n  \"-unchecked\",\n  \"-language:implicitConversions\",\n  \"-language:higherKinds\",\n  \"-language:existentials\",\n  \"-language:postfixOps\"\n)\n\nval scalaTestVersion = \"3.2.9\"\n\nval `org.scalatest_scalatest` = \"org.scalatest\" %% \"scalatest\" % scalaTestVersion % Test\n\nval `org.scalacheck_scalacheck` = \"org.scalacheck\" %% \"scalacheck\" % \"1.15.4\" % Test\n\nval `org.scalatestplus_scalacheck-1-15` = \"org.scalatestplus\" %% \"scalacheck-1-15\" % s\"$scalaTestVersion.0\" % Test\n\nval `com.typesafe.scala-logging_scala-logging` = \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.9.4\"\n\nval `ch.qos.logback_logback-classic` = \"ch.qos.logback\" % \"logback-classic\" % \"1.2.5\"\n\nval `com.h2database_h2` = \"com.h2database\" % \"h2\" % \"1.4.200\"\n\nval `org.cassandraunit_cassandra-unit` = \"org.cassandraunit\" % \"cassandra-unit\" % \"3.11.2.0\"\n\nval `com.datastax.cassandra_cassandra-driver-extras` = \"com.datastax.cassandra\" % \"cassandra-driver-extras\" % \"3.11.0\"\n\nval basePackage        = \"pl.jozwik.example\"\nval domainModelPackage = s\"$basePackage.domain.model\"\n\nval generateAsyncRepositoryPackage = s\"$basePackage.repository.async\"\nval repositoryAsyncPackage         = s\"$basePackage.async.impl\"\n\nlazy val async = projectWithSbtPlugin(\"async\", file(\"async\"))\n  .settings(\n    generateAsyncDescription := Seq(\n      RepositoryDescription(\n        s\"$domainModelPackage.Address\",\n        BeanIdClass(s\"$domainModelPackage.AddressId\"),\n        s\"$generateAsyncRepositoryPackage.AddressRepositoryGen\",\n        true,\n        Option(s\"$repositoryAsyncPackage.AddressRepositoryImpl[Dialect, Naming, Connection]\"),\n        None,\n        Map(\"city\" -> \"city\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Person\",\n        BeanIdClass(s\"$domainModelPackage.PersonId\"),\n        s\"$generateAsyncRepositoryPackage.PersonRepositoryGen\",\n        true,\n        Option(s\"$repositoryAsyncPackage.PersonRepositoryImpl[Dialect, Naming, Connection]\"),\n        None\n      )\n    )\n  )\n\nval generateRepositoryPackage = s\"$basePackage.repository\"\nval repositoryPackage         = s\"$basePackage.sync.impl\"\n\nlazy val sync = projectWithSbtPlugin(\"sync\", file(\"sync\"))\n  .settings(\n    generateDescription := Seq(\n      RepositoryDescription(\n        s\"$domainModelPackage.Address\",\n        BeanIdClass(s\"$domainModelPackage.AddressId\"),\n        s\"$generateRepositoryPackage.AddressRepositoryGen\",\n        true,\n        Option(s\"$repositoryPackage.AddressRepositoryImpl[Dialect, Naming]\"),\n        None,\n        Map(\"city\" -> \"city\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Cell4d\",\n        BeanIdClass(s\"$domainModelPackage.Cell4dId\", KeyType.Composite),\n        s\"$generateRepositoryPackage.Cell4dRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id.fk1\" -> \"x\", \"id.fk2\" -> \"y\", \"id.fk3\" -> \"z\", \"id.fk4\" -> \"t\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Configuration\",\n        BeanIdClass(s\"$domainModelPackage.ConfigurationId\"),\n        s\"$basePackage.ConfigurationRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id\" -> \"key\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Person\",\n        BeanIdClass(s\"$domainModelPackage.PersonId\"),\n        s\"$generateRepositoryPackage.PersonRepositoryGen\",\n        true,\n        Option(s\"$repositoryPackage.PersonRepositoryImpl[Dialect, Naming]\"),\n        None\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Product\",\n        BeanIdClass(s\"$domainModelPackage.ProductId\"),\n        s\"$generateRepositoryPackage.ProductRepositoryGen\",\n        true\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Sale\",\n        BeanIdClass(s\"$domainModelPackage.SaleId\", KeyType.Composite),\n        s\"$generateRepositoryPackage.SaleRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id.fk1\" -> \"PRODUCT_ID\", \"id.fk2\" -> \"PERSON_ID\")\n      )\n    )\n  )\n\nval monixPackage                   = s\"$basePackage.monix\"\nval monixRepositoryPackage         = s\"$monixPackage.impl\"\nval generateMonixRepositoryPackage = s\"$monixPackage.repository\"\n\nlazy val monix = projectWithSbtPlugin(\"monix\", file(\"monix\"))\n  .settings(\n    generateMonixRepositories ++= Seq(\n      RepositoryDescription(\n        s\"$domainModelPackage.Address\",\n        BeanIdClass(s\"$domainModelPackage.AddressId\"),\n        s\"$generateMonixRepositoryPackage.AddressRepositoryGen\",\n        true,\n        Option(s\"$monixRepositoryPackage.AddressRepositoryImpl[Dialect, Naming]\"),\n        None,\n        Map(\"city\" -> \"city\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Cell4d\",\n        BeanIdClass(s\"$domainModelPackage.Cell4dId\", KeyType.Composite),\n        s\"$generateMonixRepositoryPackage.Cell4dRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id.fk1\" -> \"x\", \"id.fk2\" -> \"y\", \"id.fk3\" -> \"z\", \"id.fk4\" -> \"t\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Configuration\",\n        BeanIdClass(s\"$domainModelPackage.ConfigurationId\"),\n        s\"$generateMonixRepositoryPackage.ConfigurationRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id\" -> \"key\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Person\",\n        BeanIdClass(s\"$domainModelPackage.PersonId\"),\n        s\"$generateMonixRepositoryPackage.PersonRepositoryGen\",\n        true,\n        Option(s\"$monixRepositoryPackage.PersonRepositoryImpl[Dialect, Naming]\"),\n        None,\n        Map(\"birthDate\" -> \"dob\")\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Product\",\n        BeanIdClass(s\"$domainModelPackage.ProductId\"),\n        s\"$generateMonixRepositoryPackage.ProductRepositoryGen\",\n        true\n      ),\n      RepositoryDescription(\n        s\"$domainModelPackage.Sale\",\n        BeanIdClass(s\"$domainModelPackage.SaleId\", KeyType.Composite),\n        s\"$generateMonixRepositoryPackage.SaleRepositoryGen\",\n        false,\n        None,\n        None,\n        Map(\"id.fk1\" -> \"PRODUCT_ID\", \"id.fk2\" -> \"PERSON_ID\")\n      )\n    )\n  )\n\nval cassandraPackage                        = s\"$basePackage.cassandra\"\nval cassandraModelPackage                   = s\"$cassandraPackage.model\"\nval generateCassandraRepositoryPackage      = s\"$cassandraPackage.sync.repository\"\nval generateCassandraAsyncRepositoryPackage = s\"$cassandraPackage.async.repository\"\n\nlazy val cassandra = projectWithCassandra(\"cassandra\", file(\"cassandra\"))\n  .settings(\n    generateCassandraSyncRepositories ++= Seq(\n      RepositoryDescription(\n        s\"$cassandraModelPackage.Address\",\n        BeanIdClass(s\"$cassandraModelPackage.AddressId\"),\n        s\"$generateCassandraRepositoryPackage.AddressRepositoryGen\"\n      )\n    ),\n    generateCassandraAsyncRepositories ++= Seq(\n      RepositoryDescription(\n        s\"$cassandraModelPackage.Address\",\n        BeanIdClass(s\"$cassandraModelPackage.AddressId\"),\n        s\"$generateCassandraAsyncRepositoryPackage.AddressRepositoryGen\"\n      )\n    ),\n    Test \/ parallelExecution := false\n  )\n\nval generateCassandraMonixRepositoryPackage = s\"$cassandraPackage.monix.repository\"\n\nlazy val cassandraMonix = projectWithCassandra(\"cassandra-monix\", file(\"cassandra-monix\"))\n  .settings(\n    generateCassandraMonixRepositories ++= Seq(\n      RepositoryDescription(\n        s\"$cassandraModelPackage.Address\",\n        BeanIdClass(s\"$cassandraModelPackage.AddressId\"),\n        s\"$generateCassandraMonixRepositoryPackage.AddressRepositoryGen\"\n      )\n    )\n  )\n  .dependsOn(cassandra, cassandra % \"test -> test\")\n\ndef projectWithCassandra(name: String, file: File): Project =\n  projectWithSbtPlugin(name, file)\n    .settings(\n      libraryDependencies ++= Seq(`org.cassandraunit_cassandra-unit` % Test, `com.datastax.cassandra_cassandra-driver-extras` % Test)\n    )\n\ndef projectWithSbtPlugin(name: String, file: File): Project =\n  projectWithName(name, file)\n    .dependsOn(common, common % \"test -> test\")\n    .settings(Test \/ fork := true)\n    .enablePlugins(QuillRepositoryPlugin)\n\ndef projectWithName(name: String, file: File): Project =\n  Project(name, file)\n    .settings(\n      libraryDependencies ++= Seq(\n        `org.scalatest_scalatest`,\n        `org.scalacheck_scalacheck`,\n        `org.scalatestplus_scalacheck-1-15`,\n        `com.typesafe.scala-logging_scala-logging`,\n        `ch.qos.logback_logback-classic`,\n        `com.h2database_h2` % Test\n      ),\n      Compile \/ doc \/ sources := Seq.empty\n    )\n"}
{"repo_name":"ajozwik\/sbt-quill-crud-generic","path":"src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/RepositoryDescription.scala","text":"<filename>src\/main\/scala\/pl\/jozwik\/quillgeneric\/sbt\/RepositoryDescription.scala\npackage pl.jozwik.quillgeneric.sbt\n\nobject KeyType extends Enumeration {\n  val Single, Composite = Value\n}\n\nfinal case class BeanIdClass(name: String, keyType: KeyType.Value = KeyType.Single)\n\nfinal case class RepositoryDescription(\n    beanClass: String,\n    beanIdClass: BeanIdClass,\n    repositoryClassName: String,\n    generateId: Boolean = false,\n    repositoryTrait: Option[String] = None,\n    tableName: Option[String] = None,\n    mapping: Map[String, String] = Map.empty\n) {\n\n  val (packageName, repositorySimpleClassName)   = toPackageNameSimpleClass(repositoryClassName)\n  val (beanPackageName, beanSimpleClassName)     = toPackageNameSimpleClass(beanClass)\n  val (beanIdPackageName, beanIdSimpleClassName) = toPackageNameSimpleClass(beanIdClass.name)\n\n  val (repositoryPackageName, repositoryTraitSimpleClassNameOpt) =\n    toPackageNameSimpleClass(repositoryTrait.getOrElse(\"\"))\n\n  lazy val toTableName: String = tableName\n    .filter(_.trim.nonEmpty)\n    .getOrElse {\n      val (_, simpleClassName) = toPackageNameSimpleClass(beanClass)\n      simpleClassName\n    }\n\n  private[sbt] def toPackageNameSimpleClass(className: String): (Seq[String], String) = {\n    val array                     = className.split(\"\\\\.\")\n    val packageName               = array.slice(0, array.length - 1)\n    val repositorySimpleClassName = array(array.length - 1)\n    (packageName, repositorySimpleClassName)\n  }\n}\n"}
{"repo_name":"rene-ffs\/gatling-amqp-plugin","path":"src\/main\/scala\/ru\/tinkoff\/gatling\/amqp\/checks\/AmqpJsonPathCheckMaterializer.scala","text":"package ru.tinkoff.gatling.amqp.checks\n\nimport java.io.ByteArrayInputStream\nimport java.nio.charset.Charset\n\nimport io.gatling.core.check.extractor.jsonpath.JsonPathCheckType\nimport io.gatling.core.check.{CheckMaterializer, Preparer, Specializer}\nimport io.gatling.core.json.JsonParsers\nimport ru.tinkoff.gatling.amqp.AmqpCheck\nimport ru.tinkoff.gatling.amqp.request.AmqpProtocolMessage\n\nimport scala.util.Try\n\nclass AmqpJsonPathCheckMaterializer(jsonParsers: JsonParsers)\n    extends CheckMaterializer[JsonPathCheckType, AmqpCheck, AmqpProtocolMessage, Any] {\n  override protected def preparer: Preparer[AmqpProtocolMessage, Any] =\n    AmqpJsonPathCheckMaterializer.jsonPathPreparer(jsonParsers)\n\n  override protected def specializer: Specializer[AmqpCheck, AmqpProtocolMessage] = identity\n}\n\nobject AmqpJsonPathCheckMaterializer {\n  private val CharsParsingThreshold = 200 * 1000\n\n  private def jsonPathPreparer(jsonParsers: JsonParsers): Preparer[AmqpProtocolMessage, Any] =\n    replyMessage => {\n      val bodyCharset = Try(Charset.forName(replyMessage.amqpProperties.getContentEncoding))\n        .getOrElse(Charset.defaultCharset())\n\n      if (replyMessage.payload.length > CharsParsingThreshold || jsonParsers.preferJackson)\n        jsonParsers.safeParseJackson(new ByteArrayInputStream(replyMessage.payload), bodyCharset)\n      else\n        jsonParsers.safeParse(new String(replyMessage.payload, bodyCharset))\n    }\n}\n"}
{"repo_name":"rene-ffs\/gatling-amqp-plugin","path":"src\/main\/scala\/ru\/tinkoff\/gatling\/amqp\/checks\/AmqpCheckSupport.scala","text":"<filename>src\/main\/scala\/ru\/tinkoff\/gatling\/amqp\/checks\/AmqpCheckSupport.scala\npackage ru.tinkoff.gatling.amqp.checks\n\nimport java.nio.charset.Charset\n\nimport io.gatling.commons.validation._\nimport io.gatling.core.check._\nimport io.gatling.core.check.extractor.bytes.BodyBytesCheckType\nimport io.gatling.core.check.extractor.string.BodyStringCheckType\nimport io.gatling.core.check.extractor.xpath.XmlParsers\nimport io.gatling.core.json.JsonParsers\nimport ru.tinkoff.gatling.amqp.AmqpCheck\nimport ru.tinkoff.gatling.amqp.checks.AmqpResponseCodeCheckBuilder.{AmqpMessageCheckType, ExtendedDefaultFindCheckBuilder, _}\nimport ru.tinkoff.gatling.amqp.request.AmqpProtocolMessage\n\nimport scala.annotation.implicitNotFound\nimport scala.util.Try\n\ntrait AmqpCheckSupport {\n  def messageCheck: AmqpMessageCheck.type                                                              = AmqpMessageCheck\n  val responseCode: ExtendedDefaultFindCheckBuilder[AmqpMessageCheckType, AmqpProtocolMessage, String] = ResponseCode\n\n  @implicitNotFound(\"Could not find a CheckMaterializer. This check might not be valid for AMQP.\")\n  implicit def checkBuilder2AmqpCheck[A, P, X](checkBuilder: CheckBuilder[A, P, X])(\n      implicit materializer: CheckMaterializer[A, AmqpCheck, AmqpProtocolMessage, P]): AmqpCheck =\n    checkBuilder.build(materializer)\n\n  @implicitNotFound(\"Could not find a CheckMaterializer. This check might not be valid for AMQP.\")\n  implicit def validatorCheckBuilder2AmqpCheck[A, P, X](validatorCheckBuilder: ValidatorCheckBuilder[A, P, X])(\n      implicit materializer: CheckMaterializer[A, AmqpCheck, AmqpProtocolMessage, P]): AmqpCheck =\n    validatorCheckBuilder.exists\n\n  @implicitNotFound(\"Could not find a CheckMaterializer. This check might not be valid for AMQP.\")\n  implicit def findCheckBuilder2AmqpCheck[A, P, X](findCheckBuilder: FindCheckBuilder[A, P, X])(\n      implicit materializer: CheckMaterializer[A, AmqpCheck, AmqpProtocolMessage, P]): AmqpCheck =\n    findCheckBuilder.find.exists\n\n  implicit def amqpXPathMaterializer(implicit xmlParsers: XmlParsers): AmqpXPathCheckMaterializer =\n    new AmqpXPathCheckMaterializer(xmlParsers)\n\n  implicit def amqpJsonPathMaterializer(implicit jsonParsers: JsonParsers): AmqpJsonPathCheckMaterializer =\n    new AmqpJsonPathCheckMaterializer(jsonParsers)\n\n  implicit def amqpBodyStringMaterializer: AmqpCheckMaterializer[BodyStringCheckType, String] =\n    new CheckMaterializer[BodyStringCheckType, AmqpCheck, AmqpProtocolMessage, String] {\n      override protected def preparer: Preparer[AmqpProtocolMessage, String] = replyMessage => {\n        val bodyCharset = Try(Charset.forName(replyMessage.amqpProperties.getContentEncoding))\n          .getOrElse(Charset.defaultCharset())\n        if (replyMessage.payload.length > 0) {\n          new String(replyMessage.payload, bodyCharset).success\n        } else \"\".success\n      }\n\n      override protected def specializer: Specializer[AmqpCheck, AmqpProtocolMessage] = identity\n    }\n\n  implicit def amqpBodyByteMaterializer: AmqpCheckMaterializer[BodyBytesCheckType, Array[Byte]] =\n    new CheckMaterializer[BodyBytesCheckType, AmqpCheck, AmqpProtocolMessage, Array[Byte]] {\n      override protected def preparer: Preparer[AmqpProtocolMessage, Array[Byte]] = replyMessage => {\n        if (replyMessage.payload.length > 0) {\n          replyMessage.payload.success\n        } else Array.emptyByteArray.success\n      }\n\n      override protected def specializer: Specializer[AmqpCheck, AmqpProtocolMessage] = identity\n    }\n\n  implicit val httpStatusCheckMaterializer: AmqpCheckMaterializer[AmqpMessageCheckType, AmqpProtocolMessage] =\n    new AmqpCheckMaterializer[AmqpMessageCheckType, AmqpProtocolMessage] {\n      override val specializer: Specializer[AmqpCheck, AmqpProtocolMessage]     = identity\n      override val preparer: Preparer[AmqpProtocolMessage, AmqpProtocolMessage] = _.success\n    }\n\n}\n"}
{"repo_name":"rene-ffs\/gatling-amqp-plugin","path":"src\/main\/scala\/ru\/tinkoff\/gatling\/amqp\/request\/PublishDslBuilderExchange.scala","text":"package ru.tinkoff.gatling.amqp.request\n\nimport io.gatling.core.config.GatlingConfiguration\nimport io.gatling.core.session.Expression\n\ncase class PublishDslBuilderExchange(\n    requestName: Expression[String],\n    configuration: GatlingConfiguration\n) {\n\n  def directExchange(name: Expression[String], routingKey: Expression[String]): PublishDslBuilderMessage =\n    destination(AmqpDirectExchange(name, routingKey))\n\n  def queueExchange(name: Expression[String]): PublishDslBuilderMessage = destination(AmqpQueueExchange(name))\n\n  protected def destination(dest: AmqpExchange) = PublishDslBuilderMessage(requestName, dest, configuration)\n}\n"}
{"repo_name":"rene-ffs\/gatling-amqp-plugin","path":"src\/main\/scala\/ru\/tinkoff\/gatling\/amqp\/checks\/AmqpXPathCheckMaterializer.scala","text":"package ru.tinkoff.gatling.amqp.checks\n\nimport java.io.{ByteArrayInputStream, InputStreamReader}\n\nimport io.gatling.commons.validation.{safely, _}\nimport io.gatling.core.check.extractor.xpath.{Dom, XPathCheckType, XmlParsers}\nimport io.gatling.core.check.{CheckMaterializer, Preparer, Specializer}\nimport org.xml.sax.InputSource\nimport ru.tinkoff.gatling.amqp.AmqpCheck\nimport ru.tinkoff.gatling.amqp.request.AmqpProtocolMessage\n\nclass AmqpXPathCheckMaterializer(xmlParsers: XmlParsers)\n    extends CheckMaterializer[XPathCheckType, AmqpCheck, AmqpProtocolMessage, Option[Dom]] {\n  private val ErrorMapper = \"Could not parse response into a DOM Document: \" + _\n\n  override protected def preparer: Preparer[AmqpProtocolMessage, Option[Dom]] =\n    message =>\n      safely(ErrorMapper) {\n        message match {\n          case AmqpProtocolMessage(_, payload, _) =>\n            val in = new ByteArrayInputStream(payload)\n            Some(xmlParsers.parse(new InputSource(new InputStreamReader(in)))).success\n          case _ => \"Unsupported message type\".failure\n        }\n    }\n\n  override protected def specializer: Specializer[AmqpCheck, AmqpProtocolMessage] = identity\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"producer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/producer\/config\/TwitterConfig.scala","text":"package com.github.nebtrx.microexample.producer.config\n\nimport org.http4s.Uri\n\ncase class TwitterConfig(\n    consumerKey: String,\n    consumerSecret: String,\n    accessToken: String,\n    accessSecret: String,\n    endpoint: Uri)\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"webconsumer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/webconsumer\/RabbitConsumer.scala","text":"package com.github.nebtrx.microexample.webconsumer\n\nimport cats.effect.{Concurrent, Timer}\nimport cats.mtl.ApplicativeAsk\nimport com.github.gvolpe.fs2rabbit.config.declaration.DeclarationQueueConfig\nimport com.github.gvolpe.fs2rabbit.interpreter.Fs2Rabbit\nimport com.github.gvolpe.fs2rabbit.model._\nimport com.github.gvolpe.fs2rabbit.util.StreamEval\nimport com.github.nebtrx.microexample.common.config.MessageQueueConfig\nimport fs2.Stream\n\nclass RabbitConsumer[F[_]: Concurrent: Timer](\n    implicit F: Fs2Rabbit[F],\n    SE: StreamEval[F],\n    A: ApplicativeAsk[F, MessageQueueConfig]) {\n\n  def stream: Stream[F, StreamConsumer[F]] = F.createConnectionChannel flatMap { implicit channel =>\n    for {\n      config <- Stream.eval(A.ask)\n      _ <- F.declareQueue(DeclarationQueueConfig.default(config.queueName))\n      _ <- F.declareExchange(config.exchangeName, ExchangeType.Topic)\n      _ <- F.bindQueue(config.queueName, config.exchangeName, config.routingKey)\n      consumer <- F.createAutoAckConsumer(config.queueName)\n    } yield consumer\n  }\n}\n\nobject RabbitConsumer {\n  def apply[F[_]: Concurrent: Timer](\n      implicit f: Fs2Rabbit[F],\n      se: StreamEval[F],\n      A: ApplicativeAsk[F, MessageQueueConfig]): RabbitConsumer[F] =\n    new RabbitConsumer[F]\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"common\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/common\/env\/package.scala","text":"package com.github.nebtrx.microexample.common\n\npackage object env {\n  object RabbitVars {\n    val host = sys.env(\"RABBIT_HOST\")\n    val username = sys.env(\"RABBIT_USER\")\n    val password = sys.env(\"RABBIT_PASSWORD\")\n    val port = sys.env(\"RABBIT_PORT\").toInt\n    val ssl = false\n  }\n\n  object MessageVars {\n    val queueName = sys.env(\"QUEUE_NAME\")\n    val exchangeName = sys.env(\"EXCHANGE_NAME\")\n    val routingKey = sys.env(\"ROUTING_KEY\")\n  }\n\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"producer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/producer\/TWStream.scala","text":"<reponame>nebtrx\/dockerized-example-services<gh_stars>1-10\npackage com.github.nebtrx.microexample.producer\n\nimport cats.effect._\nimport cats.mtl.ApplicativeAsk\nimport com.github.nebtrx.microexample.common.models.Tweet\nimport com.github.nebtrx.microexample.producer.config.AppConfig\nimport fs2.Stream\nimport fs2.text.lines\nimport io.circe.Json\nimport io.circe.fs2._\nimport io.circe.generic.auto._\nimport jawn.RawFacade\nimport jawnfs2._\nimport org.http4s._\nimport org.http4s.client.blaze._\nimport org.http4s.client.oauth1\n\nimport scala.concurrent.ExecutionContext.global\n\nclass TWStream[F[_]](\n    implicit F: ConcurrentEffect[F],\n    CS: ContextShift[F],\n    A: ApplicativeAsk[F, AppConfig]) {\n  \/\/ jawn-fs2 needs to know what JSON AST you want\n  implicit val facade: RawFacade[Json] = io.circe.jawn.CirceSupportParser.facade\n\n  \/* These values are created by a Twitter developer web app.\n   * OAuth signing is an effect due to generating a nonce for each `Request`.\n   *\/\n  def signRequest(\n      consumerKey: String,\n      consumerSecret: String,\n      accessToken: String,\n      accessSecret: String)(req: Request[F]): F[Request[F]] = {\n    val consumer = oauth1.Consumer(consumerKey, consumerSecret)\n    val token = oauth1.Token(accessToken, accessSecret)\n    oauth1.signRequest(req, consumer, callback = None, verifier = None, token = Some(token))\n  }\n\n  def stream: Stream[F, Tweet] = {\n    val stream = for {\n      client <- BlazeClientBuilder(global).stream\n      config <- Stream.eval(A.ask).map(_.twitterConfig)\n      consumerKey = config.consumerKey\n      consumerSecret = config.consumerSecret\n      accessToken = config.accessToken\n      accessSecret = config.accessSecret\n      statusUri = config.endpoint\n\n      req = Request[F](Method.GET, statusUri)\n      sr <- Stream.eval(signRequest(consumerKey, consumerSecret, accessToken, accessSecret)(req))\n      st <- client.stream(sr).flatMap(_.body.chunks.parseJsonStream)\n    } yield st\n\n    stream\n      .map(_.spaces2)\n      .through(lines)\n      .through(stringStreamParser)\n      .through(decoder[F, Tweet])\n  }\n}\n\nobject TWStream {\n  def apply[F[_]](\n      implicit F: ConcurrentEffect[F],\n      CS: ContextShift[F],\n      A: ApplicativeAsk[F, AppConfig]): TWStream[F] =\n    new TWStream[F]()\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"producer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/producer\/RabbitProducer.scala","text":"package com.github.nebtrx.microexample.producer\n\nimport cats.effect.{Concurrent, ConcurrentEffect, ContextShift, Timer}\nimport cats.mtl.ApplicativeAsk\nimport com.github.gvolpe.fs2rabbit.config.declaration.DeclarationQueueConfig\nimport com.github.gvolpe.fs2rabbit.interpreter.Fs2Rabbit\nimport com.github.gvolpe.fs2rabbit.json.Fs2JsonEncoder\nimport com.github.gvolpe.fs2rabbit.model.{\n  AmqpMessage,\n  AmqpProperties,\n  ExchangeType,\n  StreamPublisher\n}\nimport com.github.gvolpe.fs2rabbit.util.StreamEval\nimport com.github.nebtrx.microexample.common.models.Tweet\nimport com.github.nebtrx.microexample.producer.config.AppConfig\nimport fs2.Stream\n\nimport scala.concurrent.duration._\n\nclass RabbitProducer[F[_]: Concurrent: Timer](\n    implicit F: Fs2Rabbit[F],\n    SE: StreamEval[F],\n    CE: ConcurrentEffect[F],\n    CS: ContextShift[F],\n    A: ApplicativeAsk[F, AppConfig]) {\n  private val jsonEncoder = new Fs2JsonEncoder[F]\n\n  import jsonEncoder.jsonEncode\n\n  def stream: Stream[F, Unit] = F.createConnectionChannel flatMap { implicit channel =>\n    for {\n      config <- Stream.eval(A.ask).map(_.messageQueueConfig)\n      _ <- F.declareQueue(DeclarationQueueConfig.default(config.queueName))\n      _ <- F.declareExchange(config.exchangeName, ExchangeType.Topic)\n      _ <- F.bindQueue(config.queueName, config.exchangeName, config.routingKey)\n      publisher <- F.createPublisher(config.exchangeName, config.routingKey)\n      result <- flowTo(publisher)\n    } yield result\n  }\n\n  private def flowTo(publisher: StreamPublisher[F]): Stream[F, Unit] = {\n    import io.circe.generic.auto._\n\n    val dataStream: Stream[F, AmqpMessage[Tweet]] = TWStream[F].stream\n      .map(t => AmqpMessage(t, AmqpProperties.empty))\n\n    val throttlerStream = Stream.awakeEvery[F](1.second)\n\n    val finalStream: Stream[F, AmqpMessage[Tweet]] =\n      dataStream.zipWith(throttlerStream)((v, _) => v)\n\n    finalStream.covary[F] through jsonEncode[Tweet] to publisher\n  }\n}\n\nobject RabbitProducer {\n  def apply[F[_]: Concurrent: Timer](\n      implicit F: Fs2Rabbit[F],\n      SE: StreamEval[F],\n      CE: ConcurrentEffect[F],\n      CS: ContextShift[F],\n      A: ApplicativeAsk[F, AppConfig]): RabbitProducer[F] = new RabbitProducer[F]()\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"build.sbt","text":"<filename>build.sbt\nimport sbt.Keys.organization\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(settings)\n  .aggregate(\n    common,\n    producer,\n    webConsumer\n  )\n\nlazy val common = project\n  .in(file(\"common\"))\n  .settings(\n    name := \"com.github.nebtrx.microexample.common\",\n    version := \"0.0.1-SNAPSHOT\",\n    settings,\n    libraryDependencies ++= commonDependencies,\n  )\n\nlazy val producer = project\n  .in(file(\"producer\"))\n  .enablePlugins(JavaAppPackaging)\n  .enablePlugins(DockerPlugin)\n  .enablePlugins(AshScriptPlugin)\n  .settings(\n    name := \"com.github.nebtrx.microexample.producer\",\n    version := \"0.0.1-SNAPSHOT\",\n    dockerizedSettings,\n    libraryDependencies ++= commonDependencies ++ mtlDependencies ++ webClientDependencies,\n    mainClass in Compile := Some(\"com.github.nebtrx.microexample.producer.ProducerApp\")\n  )\n  .dependsOn(common)\n\n\nlazy val webConsumer = project\n  .in(file(\"webconsumer\"))\n  .enablePlugins(JavaAppPackaging)\n  .enablePlugins(DockerPlugin)\n  .enablePlugins(AshScriptPlugin)\n  .settings(\n    name := \"com.github.nebtrx.microexample.webconsumer\",\n    version := \"0.0.1-SNAPSHOT\",\n    dockerizedSettings,\n    libraryDependencies ++= commonDependencies ++ mtlDependencies ++ webServerDependencies,\n    mainClass in Compile := Some(\"com.github.nebtrx.microexample.webconsumer.WebConsumerApp\")\n  )\n  .dependsOn(common)\n\n\n\/\/ Dependencies\n\nlazy val dependencies =\n  new {\n    val Http4sVersion = \"0.19.0\"\n    val CirceVersion = \"0.10.0\"\n    val Specs2Version = \"4.2.0\"\n    val LogbackVersion = \"1.2.3\"\n    val log4CatsVersion = \"0.2.0\"\n    val Fs2RabbitVersion = \"1.0-RC3\"\n    val CatsMtlVersion = \"0.4.0\"\n    val JawnFs2Version = \"0.13.0\"\n\n    val http4sBlazeServer = \"org.http4s\"          %% \"http4s-blaze-server\" % Http4sVersion\n    val http4sBlazeClient = \"org.http4s\"          %% \"http4s-blaze-client\" % Http4sVersion\n    val http4sCirce       = \"org.http4s\"          %% \"http4s-circe\"        % Http4sVersion\n    val http4sDsl         = \"org.http4s\"          %% \"http4s-dsl\"          % Http4sVersion\n    val specs2Core        = \"org.specs2\"          %% \"specs2-core\"         % Specs2Version  % \"test\"\n    val logbackClassic    = \"ch.qos.logback\"      %  \"logback-classic\"     % LogbackVersion\n    val log4CatsCore      = \"io.chrisdavenport\"   %% \"log4cats-core\"       % log4CatsVersion\n    val log4CatsSlf4j     = \"io.chrisdavenport\"   %% \"log4cats-slf4j\"      % log4CatsVersion\n    val circeGeneric      = \"io.circe\"            %% \"circe-generic\"       % CirceVersion\n    val circeFs2          = \"io.circe\"            %% \"circe-fs2\"           % CirceVersion\n    val fs2Rabbit         = \"com.github.gvolpe\"   %% \"fs2-rabbit\"          % Fs2RabbitVersion\n    val fs2RabbitCirce    = \"com.github.gvolpe\"   %% \"fs2-rabbit-circe\"    % Fs2RabbitVersion\n    val catsMtlCore       = \"org.typelevel\"       %% \"cats-mtl-core\"       % CatsMtlVersion\n    val jawnFs2           = \"org.http4s\"          %% \"jawn-fs2\"            % JawnFs2Version\n  }\n\nlazy val commonDependencies = {\n  import dependencies._\n  Seq(\n    circeGeneric,\n    specs2Core,\n    logbackClassic,\n    log4CatsCore,\n    log4CatsSlf4j,\n    circeFs2,\n    fs2Rabbit,\n    fs2RabbitCirce\n  )\n}\n\nlazy val webClientDependencies =  {\n  import dependencies._\n  Seq(\n    http4sBlazeClient,\n    jawnFs2\n  )\n}\n\n\nlazy val webServerDependencies =  {\n  import dependencies._\n  Seq(\n    http4sBlazeServer,\n    http4sCirce,\n    http4sDsl,\n  )\n}\n\nlazy val mtlDependencies =  {\n  import dependencies._\n  Seq(\n    catsMtlCore\n  )\n}\n\n\n\/\/ Settings\n\nlazy val settings = commonSettings\n\nlazy val dockerizedSettings = commonSettings ++ dockerSettings\n\nlazy val compilerOptions = Seq(\n  \"-deprecation\",\n  \"-encoding\", \"UTF-8\",\n  \"-language:higherKinds\",\n  \"-language:postfixOps\",\n  \"-feature\",\n  \"-Ypartial-unification\",\n  \"-language:reflectiveCalls\"\n)\n\nlazy val commonSettings = Seq(\n  scalacOptions ++= compilerOptions,\n  organization := \"com.github.nebtrx\",\n  version := \"0.0.1-SNAPSHOT\",\n  scalaVersion := \"2.12.7\",\n  resolvers ++= Seq(\n    \"Local Maven Repository\" at \"file:\/\/\" + Path.userHome.absolutePath + \"\/.m2\/repository\",\n    Resolver.sonatypeRepo(\"releases\"),\n    Resolver.sonatypeRepo(\"snapshots\")\n  ),\n  addCompilerPlugin(\"org.spire-math\" %% \"kind-projector\"     % \"0.9.6\"),\n  addCompilerPlugin(\"com.olegpy\"     %% \"better-monadic-for\" % \"0.2.4\"),\n)\n\nlazy val dockerSettings = Seq(\n  dockerBaseImage := \"openjdk:jre-alpine\"\n)\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"common\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/common\/models\/package.scala","text":"package com.github.nebtrx.microexample.common\n\npackage object models {\n\n  case class Tweet(text: Option[String], created_at: Option[String])\n\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"webconsumer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/webconsumer\/WebConsumerApp.scala","text":"package com.github.nebtrx.microexample.webconsumer\n\nimport cats.Applicative\nimport cats.effect._\nimport cats.implicits._\nimport cats.mtl.ApplicativeAsk\nimport com.github.gvolpe.fs2rabbit.config.Fs2RabbitConfig\nimport com.github.gvolpe.fs2rabbit.interpreter.Fs2Rabbit\nimport com.github.gvolpe.fs2rabbit.model.{ExchangeName, QueueName, RoutingKey}\nimport com.github.gvolpe.fs2rabbit.util.StreamEval\nimport com.github.nebtrx.microexample.common.config.MessageQueueConfig\nimport com.github.nebtrx.microexample.common.env.{MessageVars, RabbitVars}\nimport fs2.Stream\nimport io.chrisdavenport.log4cats.{Logger, SelfAwareStructuredLogger}\nimport io.chrisdavenport.log4cats.slf4j.Slf4jLogger\nimport org.http4s.server.blaze.BlazeServerBuilder\nimport org.http4s.syntax.kleisli._\n\nobject WebConsumerApp extends IOApp {\n\n  private val rabbitHost = \"rabbitmq\"\n  private val rabbitUsername = Some(\"user\")\n  private val rabbitPassword = Some(\"<PASSWORD>\")\n  private val rabbitPort = 5672\n  private val rabbitSsl = false\n\n  def run(args: List[String]): IO[ExitCode] = {\n    import scala.concurrent.ExecutionContext.Implicits.global\n\n    val rabbitClientConfig: Fs2RabbitConfig = Fs2RabbitConfig(\n      virtualHost = \"\/\",\n      host = RabbitVars.host,\n      username = Some(RabbitVars.username),\n      password = Some(<PASSWORD>),\n      port = RabbitVars.port,\n      ssl = false,\n      sslContext = None,\n      connectionTimeout = 3,\n      requeueOnNack = false\n    )\n\n    val messageQueueConfig = MessageQueueConfig(\n      queueName = QueueName(MessageVars.queueName),\n      exchangeName = ExchangeName(MessageVars.exchangeName),\n      routingKey = RoutingKey(MessageVars.routingKey)\n    )\n\n    implicit val timer: Timer[IO] = IO.timer(global)\n    implicit val fs2rabbit: Fs2Rabbit[IO] = Fs2Rabbit[IO](rabbitClientConfig)\n    implicit def unsafeLogger[F[_]: Sync]: SelfAwareStructuredLogger[F] =\n      Slf4jLogger.unsafeCreate[F]\n\n    implicit val ask: ApplicativeAsk[IO, MessageQueueConfig] =\n      new ApplicativeAsk[IO, MessageQueueConfig] {\n        val applicative: Applicative[IO] = Applicative[IO]\n        def ask: IO[MessageQueueConfig] = IO.pure(messageQueueConfig)\n        def reader[A](f: MessageQueueConfig => A): IO[A] = ask.map(f)\n      }\n\n    Server.run[IO](messageQueueConfig).compile.drain.as(ExitCode.Success)\n  }\n}\n\nobject Server {\n\n  def run[F[_]: ConcurrentEffect](config: MessageQueueConfig)(\n      implicit timer: Timer[F],\n      fs2rabbit: Fs2Rabbit[F],\n      SE: StreamEval[F],\n      L: Logger[F],\n      A: ApplicativeAsk[F, MessageQueueConfig]): Stream[F, ExitCode] =\n    BlazeServerBuilder[F]\n      .bindHttp(port = 8080, host = \"0.0.0.0\")\n      .withHttpApp(RabbitConsumerService[F].routes.orNotFound)\n      .serve\n\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"producer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/producer\/config\/AppConfig.scala","text":"package com.github.nebtrx.microexample.producer.config\n\nimport com.github.nebtrx.microexample.common.config.MessageQueueConfig\n\ncase class AppConfig(messageQueueConfig: MessageQueueConfig, twitterConfig: TwitterConfig)\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"producer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/producer\/ProducerApp.scala","text":"package com.github.nebtrx.microexample.producer\n\nimport cats.Applicative\nimport cats.effect._\nimport cats.mtl.ApplicativeAsk\nimport cats.syntax.functor._\nimport com.github.gvolpe.fs2rabbit.config.Fs2RabbitConfig\nimport com.github.gvolpe.fs2rabbit.interpreter.Fs2Rabbit\nimport com.github.gvolpe.fs2rabbit.model.{ExchangeName, QueueName, RoutingKey}\nimport com.github.gvolpe.fs2rabbit.resiliency.ResilientStream\nimport com.github.nebtrx.microexample.common.config.MessageQueueConfig\nimport com.github.nebtrx.microexample.producer.config.{AppConfig, TwitterConfig}\nimport org.http4s.Uri\nimport com.github.nebtrx.microexample.common.env._\n\nobject ProducerApp extends IOApp {\n  \/\/ ENV VARS - PROGRAM FAILS TO START IF ANY VAR IS MISSING\n\n  lazy val TwitterVars = new {\n    val consumerKey: String = sys.env(\"TWITTER_CONSUMER_KEY\")\n    val consumerSecret: String = sys.env(\"TWITTER_CONSUMER_SECRET\")\n    val accessToken: String = sys.env(\"TWITTER_ACCESS_TOKEN\")\n    val accessSecret: String = sys.env(\"TWITTER_ACCESS_SECRET\")\n  }\n\n  override def run(args: List[String]): IO[ExitCode] = {\n    val rabbitClientConfig: Fs2RabbitConfig = Fs2RabbitConfig(\n      virtualHost = \"\/\",\n      host = RabbitVars.host,\n      username = Some(RabbitVars.username),\n      password = Some(<PASSWORD>),\n      port = RabbitVars.port,\n      ssl = false,\n      sslContext = None,\n      connectionTimeout = 3,\n      requeueOnNack = false)\n\n    val messageQueueConfig = MessageQueueConfig(\n      queueName = QueueName(MessageVars.queueName),\n      exchangeName = ExchangeName(MessageVars.exchangeName),\n      routingKey = RoutingKey(MessageVars.routingKey)\n    )\n\n    val twitterConfig = TwitterConfig(\n      TwitterVars.consumerKey,\n      TwitterVars.consumerSecret,\n      TwitterVars.accessToken,\n      TwitterVars.accessSecret,\n      Uri.uri(\"https:\/\/stream.twitter.com\/1.1\/statuses\/sample.json\"))\n\n    implicit val fs2rabbit: Fs2Rabbit[IO] = Fs2Rabbit[IO](rabbitClientConfig)\n\n    implicit val ask: ApplicativeAsk[IO, AppConfig] = new ApplicativeAsk[IO, AppConfig] {\n      val applicative: Applicative[IO] = Applicative[IO]\n      def ask: IO[AppConfig] = IO.pure(AppConfig(messageQueueConfig, twitterConfig))\n      def reader[A](f: AppConfig => A): IO[A] = ask.map(f)\n    }\n\n    ResilientStream.run(RabbitProducer[IO].stream)\n      .as(ExitCode.Success)\n\n  }\n}\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"common\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/common\/config\/MessageQueueConfig.scala","text":"package com.github.nebtrx.microexample.common.config\n\nimport com.github.gvolpe.fs2rabbit.model.{ExchangeName, QueueName, RoutingKey}\n\ncase class MessageQueueConfig(\n    queueName: QueueName,\n    exchangeName: ExchangeName,\n    routingKey: RoutingKey)\n"}
{"repo_name":"nebtrx\/dockerized-example-services","path":"webconsumer\/src\/main\/scala\/com\/github\/nebtrx\/microexample\/webconsumer\/RabbitConsumerService.scala","text":"package com.github.nebtrx.microexample.webconsumer\n\nimport cats.effect.{Concurrent, Sync, Timer}\nimport cats.mtl.ApplicativeAsk\nimport com.github.gvolpe.fs2rabbit.interpreter.Fs2Rabbit\nimport com.github.gvolpe.fs2rabbit.json.Fs2JsonDecoder\nimport com.github.gvolpe.fs2rabbit.model.AmqpEnvelope\nimport com.github.gvolpe.fs2rabbit.util.StreamEval\nimport com.github.nebtrx.microexample.common.config.MessageQueueConfig\nimport com.github.nebtrx.microexample.common.models.Tweet\nimport fs2.{Pipe, Stream}\nimport io.chrisdavenport.log4cats.Logger\nimport org.http4s.HttpRoutes\nimport org.http4s.dsl.Http4sDsl\n\nclass RabbitConsumerService[F[_]: Sync](\n    implicit timer: Timer[F],\n    fs2rabbit: Fs2Rabbit[F],\n    C: Concurrent[F],\n    L: Logger[F],\n    SE: StreamEval[F],\n    A: ApplicativeAsk[F, MessageQueueConfig])\n    extends Http4sDsl[F] {\n\n  import io.circe.generic.auto._\n\n  private val jsonDecoder = new Fs2JsonDecoder[F]\n\n  import jsonDecoder.jsonDecode\n\n  def logPipe: Pipe[F, AmqpEnvelope, AmqpEnvelope] = { streamMsg =>\n    for {\n      amqpMsg <- streamMsg\n      _ <- SE.evalF[Unit](Logger[F].info(s\"::::: Raw message received: $amqpMsg\"))\n    } yield amqpMsg\n  }\n\n  val rabbitStream: Stream[F, String] =\n    RabbitConsumer[F].stream.flatten\n      .through(logPipe)\n      .through(jsonDecode[Tweet])\n      .map(_._1.fold(_.toString, _.toString))\n\n  val routes: HttpRoutes[F] =\n    HttpRoutes.of[F] {\n      case GET -> Root \/ \"stream\" => Ok(rabbitStream)\n    }\n}\n\nobject RabbitConsumerService {\n  def apply[F[_]: Sync](\n      implicit timer: Timer[F],\n      fs2rabbit: Fs2Rabbit[F],\n      C: Concurrent[F],\n      L: Logger[F],\n      SE: StreamEval[F],\n      A: ApplicativeAsk[F, MessageQueueConfig]): RabbitConsumerService[F] =\n    new RabbitConsumerService[F]()\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/test\/scala\/com\/google\/cloud\/imf\/osc\/DecoderSpec.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport java.sql.Timestamp\nimport java.time.format.DateTimeFormatter\nimport java.time.{LocalDateTime, OffsetDateTime, ZoneId, ZonedDateTime}\n\nimport com.google.cloud.bigquery.{Field, FieldList, Schema, StandardSQLTypeName}\nimport com.google.cloud.imf.osc.Decoders.{DecimalDecoder, StringDecoder, TimestampDecoder, TimestampDecoder2}\nimport org.apache.hadoop.hive.ql.exec.vector.TimestampColumnVector\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass DecoderSpec extends AnyFlatSpec {\n  Util.configureLogging(true)\n  System.setProperty(\"user.timezone\", \"Etc\/UTC\");\n\n  \"decoder\" should \"parse timestamp\" in {\n    val pattern = \"yyyy-MM-dd HH:mm:ssz\"\n    val pattern2 = Decoders.LocalFormat\n    val example = \"2006-01-02 03:04:05+00:00\"\n    val example2 = \"2006-01-02 03:04:05\"\n    val fmt = DateTimeFormatter.ofPattern(pattern)\n    val fmt2 = DateTimeFormatter.ofPattern(pattern2)\n    val t = ZonedDateTime.from(fmt.parse(example))\n    val t2 = LocalDateTime.from(fmt2.parse(example2)).atZone(ZoneId.of(\"Etc\/GMT\"))\n    assert(t.toEpochSecond == t2.toEpochSecond)\n    assert(t.getNano == 0)\n    assert(t2.getNano == 0)\n  }\n\n  \"timestamp decoder\" should \"offset\" in {\n    val example = Seq(\n      (\"2020-04-17 12:08:57+00:00\",12,12),\n      (\"2020-04-17 12:08:57+01:00\",12,11),\n      (\"2020-04-17 12:08:57-00:00\",12,12),\n      (\"2020-04-17 12:08:57-01:00\",12,13),\n      (\"2020-04-17 12:08:57-02:00\",12,14),\n      (\"2020-04-17 12:08:57-03:00\",12,15),\n      (\"2020-04-17 12:08:57-04:00\",12,16),\n      (\"2020-04-17 12:08:57-05:00\",12,17),\n      (\"2020-04-17 12:08:57-06:00\",12,18),\n      (\"2020-04-17 12:08:57-07:00\",12,19),\n      (\"2020-04-17 12:08:57-08:00\",12,20)\n    )\n    val fmt = DateTimeFormatter.ofPattern(Decoders.OffsetFormat)\n    for (e <- example){\n      val timestamp = OffsetDateTime.from(fmt.parse(e._1))\n      val utcTimeStamp = timestamp.atZoneSameInstant(Decoders.UTC)\n\n      System.out.println(s\"${e._1} ${Timestamp.valueOf(timestamp.toLocalDateTime)} ${timestamp.toInstant.getEpochSecond \/ 3600} ${timestamp.toEpochSecond \/ 3600} ${utcTimeStamp.getHour}\")\n      assert(timestamp.getHour == e._2)\n      assert(utcTimeStamp.getHour == e._3)\n    }\n  }\n\n  it should \"zone2\" in {\n    val sp = new TableSchemaProvider(Schema.of(FieldList.of(Seq[Field](\n      Field.of(\"a\", StandardSQLTypeName.STRING),\n      Field.of(\"b\", StandardSQLTypeName.TIMESTAMP),\n      Field.of(\"c\", StandardSQLTypeName.TIMESTAMP)\n    ):_*)), \"Etc\/Utc\")\n    val example = TestUtil.resource(\"sample2.txt\")\n    val decoders = sp.decoders\n    val cols = decoders.map(_.columnVector(12))\n    val lines = example.linesIterator.toArray\n    var i = 0\n    var j = 0\n    while (j < lines.length) {\n      val fields = lines(j).split('\u00fe')\n      i = 0\n      while (i < decoders.length) {\n        val decoder = decoders(i)\n        val col = cols(i)\n        decoder.get(fields(i), col, j)\n        (decoder,col) match {\n          case (_: TimestampDecoder, x: TimestampColumnVector) if i == 1 =>\n            val t = x.time(j)\n            val epochHour = t\/3600000\n            val ts = new Timestamp(t)\n            val msg = s\"$i $j $epochHour ${ts.toString()}\"\n            System.out.println(msg)\n            assert(epochHour == 440821 + j)\n          case _ =>\n        }\n        i += 1\n      }\n      j += 1\n    }\n  }\n\n  it should \"zone\" in {\n    val example = Seq(\n      (\"2020-04-17 12:08:57 UTC+00:00\",12),\n      (\"2020-04-17 12:08:57 UTC+01:00\",11),\n      (\"2020-04-17 12:08:57 UTC-07:00\",19),\n      (\"2020-04-17 12:08:57 UTC-08:00\",20)\n    )\n    val fmt = DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm:ss z\")\n    for (e <- example){\n      val timestamp = ZonedDateTime.from(fmt.parse(e._1))\n      val utcTimestamp = timestamp.withZoneSameInstant(Decoders.UTC)\n      assert(utcTimestamp.getHour == e._2)\n    }\n  }\n\n  \"StringToNum\" should \"decimal\" in {\n    \/\/ positive\n    assert(StringToNum.decimalValue(\"1\",5) == 100000L)\n    assert(StringToNum.decimalValue(\"0.01\",5) == 1000L)\n    assert(StringToNum.decimalValue(\"0.00001\",5) == 1L)\n\n    \/\/ no leading zero\n    assert(StringToNum.decimalValue(\".01\",5) == 1000L)\n    assert(StringToNum.decimalValue(\".00001\",5) == 1L)\n    assert(StringToNum.decimalValue(\".\",5) == 0L)\n\n    \/\/ negative\n    assert(StringToNum.decimalValue(\"-0.01\",5) == -1000L)\n    assert(StringToNum.decimalValue(\"-.01\",5) == -1000L)\n    assert(StringToNum.decimalValue(\"-1\",5) == -100000L)\n    assert(StringToNum.decimalValue(\"-.00001\",5) == -1L)\n    assert(StringToNum.decimalValue(\"-0.00001\",5) == -1L)\n\n    \/\/ excess scale\n    assert(StringToNum.decimalValue(\"0.010001\",5) == 1000L)\n    assert(StringToNum.decimalValue(\".010001\",5) == 1000L)\n    assert(StringToNum.decimalValue(\"1.000001\",5) == 100000L)\n    assert(StringToNum.decimalValue(\".000011\",5) == 1L)\n    assert(StringToNum.decimalValue(\"0.000011\",5) == 1L)\n    assert(StringToNum.decimalValue(\"-0.010001\",5) == -1000L)\n    assert(StringToNum.decimalValue(\"-.010001\",5) == -1000L)\n    assert(StringToNum.decimalValue(\"-1.000001\",5) == -100000L)\n    assert(StringToNum.decimalValue(\"-.000011\",5) == -1L)\n    assert(StringToNum.decimalValue(\"-0.000011\",5) == -1L)\n  }\n\n  it should \"long\" in {\n    assert(StringToNum.longValue(\"1\") == 1L)\n    assert(StringToNum.longValue(\"11\") == 11L)\n    assert(StringToNum.longValue(\"111\") == 111)\n    assert(StringToNum.longValue(\"12345\") == 12345L)\n    assert(StringToNum.longValue(\"123456789\") == 123456789L)\n    assert(StringToNum.longValue(\"-1\") == -1L)\n    assert(StringToNum.longValue(\"-11\") == -11L)\n    assert(StringToNum.longValue(\"-111\") == -111L)\n    assert(StringToNum.longValue(\"-12345\") == -12345L)\n    assert(StringToNum.longValue(\"-123456789\") == -123456789L)\n  }\n\n  \"cli\" should \"parse schema\" in {\n    val example = \"key1:STRING:24,key2:STRING:24,key3:STRING:24,key4:STRING:24,STATUS:STRING:15,date1:TIMESTAMP,qty1:NUMERIC:14.4,key5:STRING:24,key6:STRING:24,qty2:NUMERIC:14.4,date2:TIMESTAMP,key7:STRING:24,key8:STRING:24,timestamp1:TIMESTAMP,timestamp2:TIMESTAMP,id1:STRING:40,id2:STRING:40,id3:STRING:40,id4:STRING:40,id5:NUMERIC:5.0,rank:TIMESTAMP:America\/Chicago\"\n    val sp = CliSchemaProvider(example)\n    val expected = Array[Decoder](\n      StringDecoder(24),\n      StringDecoder(24),\n      StringDecoder(24),\n      StringDecoder(24),\n      StringDecoder(15),\n      TimestampDecoder(),\n      DecimalDecoder(14,4),\n      StringDecoder(24),\n      StringDecoder(24),\n      DecimalDecoder(14,4),\n      TimestampDecoder(),\n      StringDecoder(24),\n      StringDecoder(24),\n      TimestampDecoder(),\n      TimestampDecoder(),\n      StringDecoder(40),\n      StringDecoder(40),\n      StringDecoder(40),\n      StringDecoder(40),\n      DecimalDecoder(5,0),\n      TimestampDecoder2(zoneId = \"America\/Chicago\")).toSeq\n\n    assert(sp.decoders.toSeq == expected)\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/OrcAppender.scala","text":"<reponame>jasonmar\/bqcsv\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport java.net.URI\n\nimport com.google.cloud.imf.osc.OrcAppender.AppendResult\nimport org.apache.hadoop.fs.{FileSystem, Path}\nimport org.apache.hadoop.hive.ql.exec.vector.{ColumnVector, VectorizedRowBatch}\nimport org.apache.orc.OrcFile.WriterOptions\nimport org.apache.orc.impl.WriterImpl\nimport org.apache.orc.{OrcFile, Writer}\n\n\/** Decodes lines into ORC VectorizedRowBatch\n *\n * @param schemaProvider SchemaProvider provides field decoders\n * @param delimiter field delimiter\n * @param writerOptions WriterOptions\n * @param partSize partition size in bytes\n * @param baseUri gs:\/\/bucket\/prefix\n * @param stats FileSystem.Statistics used to track partition size\n * @param id appender id\n * @param batchSize size of ORC VectorizedRowBatch\n *\/\nclass OrcAppender(schemaProvider: SchemaProvider,\n                  delimiter: Char,\n                  writerOptions: WriterOptions,\n                  partSize: Long,\n                  baseUri: URI,\n                  stats: FileSystem.Statistics,\n                  id: String,\n                  batchSize: Int = 1024,\n                  errorLimit: Long = 0) extends Logging {\n  private var partId: Int = 0\n  private var rowCount: Long = 0\n  private var errorCount: Long = 0\n\n  private def partPath(): Path = {\n    val bucket = baseUri.getAuthority\n    val prefix = baseUri.getPath.stripPrefix(\"\/\")\n    val path = new Path(s\"gs:\/\/$bucket\/$prefix\/part-$id-$partId.orc\")\n    partId += 1\n    path\n  }\n  private final val decoders: Array[Decoder] = schemaProvider.decoders\n  private final val cols: Array[ColumnVector] = decoders.map(_.columnVector(batchSize))\n  private final val rowBatch: VectorizedRowBatch = {\n    val batch = new VectorizedRowBatch(decoders.length, batchSize)\n    for (i <- decoders.indices)\n      batch.cols(i) = cols(i)\n    batch\n  }\n\n  def newWriter(): Writer = {\n    val path = partPath()\n    logger.info(s\"Created ORC Writer for $path\")\n    OrcFile.createWriter(path, writerOptions)\n  }\n\n  private var partWriter = newWriter()\n\n  private def newPart(): Unit = {\n    if (partWriter != null) {\n      partWriter.close()\n      logger.debug(s\"Closed ORC Writer\")\n    }\n    partWriter = newWriter()\n    stats.reset()\n  }\n\n  \/** Append records to partitioned ORC file\n   *\n   * @param lines Iterator containing lines of data\n   * @return row count\n   *\/\n  def append(lines: Array[String]): AppendResult = {\n    val result = append(lines, partWriter)\n    rowCount += result.rowId\n    logger.debug(s\"$rowCount rows written\")\n    if (stats.getBytesWritten >= partSize)\n      newPart()\n    result\n  }\n\n  \/** Append records to ORC partition\n   *\n   * @param batch Iterator containing lines of data\n   * @param partWriter ORC Writer for single output partition\n   * @return row count\n   *\/\n  private def append(batch: Array[String], partWriter: Writer): AppendResult = {\n    var rows: Long = 0\n    rowBatch.reset()\n    val result = OrcAppender.acceptBatch(batch, decoders, cols, delimiter, errorLimit - errorCount)\n    val rowId = result.rowId\n    if (rowId == 0) {\n      logger.debug(s\"reached EOF - $rowId rows accepted in current batch\")\n      rowBatch.endOfFile = true\n    }\n    rowBatch.size = rowId\n    rows += rowId\n    partWriter.addRowBatch(rowBatch)\n    logger.debug(s\"added VectorizedRowBatch with size $rowId\")\n    partWriter match {\n      case w: WriterImpl =>\n        w.checkMemory(0)\n      case _ =>\n    }\n    result\n  }\n\n  def close(): Unit = {\n    if (partWriter != null) {\n      logger.info(s\"Closing ORC Writer\")\n      partWriter.close()\n    }\n  }\n}\n\nobject OrcAppender extends Logging {\n  \/**\n   *\n   * @param field String value of column\n   * @param decoder Decoder instance\n   * @param col ColumnVector to receive decoded value\n   * @param rowId index within ColumnVector to store decoded value\n   *\/\n  @inline\n  private final def appendColumn(field: String, decoder: Decoder, col: ColumnVector, rowId: Int): Unit =\n    decoder.get(field, col, rowId)\n\n  \/** Read\n   * @param line single line of input\n   * @param decoders Array[Decoder] to read from input\n   * @param cols Array[ColumnVector] to receive Decoder output\n   * @param rowId index within the batch\n   *\/\n  private final def acceptRow(line: String,\n                              decoders: Array[Decoder],\n                              cols: Array[ColumnVector],\n                              rowId: Int,\n                              delimiter: Char): Unit = {\n    val fields = line.split(delimiter)\n    var i = 0\n    try {\n      while (i < decoders.length){\n        val s = if (i >= fields.length) \"\" else fields(i)\n        appendColumn(s, decoders(i), cols(i), rowId)\n        i += 1\n      }\n    } catch {\n      case e: Exception =>\n        val decoderType = decoders(i).getClass.getSimpleName.stripSuffix(\"$\")\n        val fieldValue = fields.lift(i).getOrElse(\"\")\n        val fieldLen = fields.lift(i).map(_.length).getOrElse(0)\n        logger.error(s\"Failed on column $i $decoderType ${decoders(i)} len=$fieldLen value='$fieldValue'\")\n        throw e\n    }\n  }\n\n  \/** Accept a lines and append to batch\n   *\n   * @param lines lines of data for a single batch\n   * @param decoders Decoder instances\n   * @param cols VectorizedRowBatch\n   * @return rowId\n   *\/\n  private final def acceptBatch(lines: Array[String],\n                                decoders: Array[Decoder],\n                                cols: Array[ColumnVector],\n                                delimiter: Char,\n                                errorLimit: Long = 0): AppendResult = {\n    var errorCount = 0L\n    var rowId = 0\n    while (rowId < lines.length) {\n      val line = lines(rowId)\n      try {\n        acceptRow(line, decoders, cols, rowId, delimiter)\n      } catch {\n        case e: Exception =>\n          errorCount += 1\n          logger.error(s\"Failed on row $rowId\\n$line\")\n          if (errorCount >= errorLimit)\n            throw e\n      } finally {\n        rowId += 1\n      }\n    }\n    AppendResult(rowId, errorCount)\n  }\n\n  case class AppendResult(rowId: Int, errorCount: Long)\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/Decoders.scala","text":"<reponame>jasonmar\/bqcsv\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.sql.Timestamp\nimport java.time.format.DateTimeFormatter\nimport java.time.{LocalDate, LocalDateTime, OffsetDateTime, ZoneId, ZonedDateTime}\n\nimport com.google.cloud.bigquery.StandardSQLTypeName\nimport org.apache.hadoop.hive.ql.exec.vector.{BytesColumnVector, ColumnVector, DateColumnVector,\n  Decimal64ColumnVector, DoubleColumnVector, LongColumnVector, TimestampColumnVector}\nimport org.apache.orc.TypeDescription\n\n\nobject Decoders {\n  case class StringDecoder(length: Int = -1) extends Decoder {\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val bcv = column.asInstanceOf[BytesColumnVector]\n      if (s.isEmpty){\n        bcv.isNull.update(i, true)\n        bcv.setValPreallocated(i,0)\n        if (bcv.noNulls) bcv.noNulls = false\n      } else {\n        val bytes = s.getBytes(UTF_8)\n        bcv.ensureValPreallocated(bytes.length)\n        val dst = bcv.getValPreallocatedBytes\n        val dstPos = bcv.getValPreallocatedStart\n        System.arraycopy(bytes, 0, dst, dstPos, bytes.length)\n        bcv.setValPreallocated(i,bytes.length)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector = {\n      val cv = new BytesColumnVector(maxSize)\n      cv.initBuffer(maxSize)\n      cv\n    }\n\n    override def typeDescription: TypeDescription =\n      if (length > 0)\n        TypeDescription.createVarchar().withMaxLength(length)\n      else\n        TypeDescription.createString()\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.STRING\n  }\n\n  case class Int64Decoder() extends Decoder {\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val lcv = column.asInstanceOf[LongColumnVector]\n      if (s.isEmpty){\n        lcv.isNull.update(i, true)\n        if (lcv.noNulls) lcv.noNulls = false\n      } else {\n        lcv.vector.update(i, StringToNum.longValue(s.trim))\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new LongColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createLong\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.INT64\n  }\n\n  case class Float64Decoder() extends Decoder {\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val dcv = column.asInstanceOf[DoubleColumnVector]\n      if (s.isEmpty){\n        dcv.isNull.update(i, true)\n        if (dcv.noNulls) dcv.noNulls = false\n      } else {\n        val double = s.trim.toDouble\n        dcv.vector.update(i, double)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new DoubleColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createDouble\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.FLOAT64\n  }\n\n  val Offset = \"XXXXX\"\n  val DateFormat = \"yyyy-MM-dd\"\n  val LocalFormat = \"yyyy-MM-dd HH:mm:ss\"\n  val OffsetFormat = \"yyyy-MM-dd HH:mm:ssXXXXX\"\n  val ZoneFormat = \"yyyy-MM-dd HH:mm:ss z\"\n  val ZoneFormat2 = \"yyyy-MM-dd HH:mm:ssz\"\n  val UTC: ZoneId = ZoneId.of(\"Etc\/UTC\")\n\n  case class DateDecoder(format: String = DateFormat) extends Decoder {\n    protected val fmt: DateTimeFormatter = DateTimeFormatter.ofPattern(format)\n\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val dcv = column.asInstanceOf[DateColumnVector]\n      if (s.isEmpty){\n        dcv.isNull.update(i, true)\n        if (dcv.noNulls) dcv.noNulls = false\n      } else {\n        val dt = LocalDate.from(fmt.parse(s.trim)).toEpochDay\n        dcv.vector.update(i, dt)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new DateColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createDate\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.DATE\n  }\n\n  case class TimestampDecoder(format: String = OffsetFormat) extends Decoder {\n    protected val fmt: DateTimeFormatter = DateTimeFormatter.ofPattern(format)\n\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val tcv = column.asInstanceOf[TimestampColumnVector]\n      if (s.isEmpty){\n        tcv.isNull.update(i, true)\n        if (tcv.noNulls) tcv.noNulls = false\n      } else {\n        val timestamp = OffsetDateTime.from(fmt.parse(s.trim)).atZoneSameInstant(UTC)\n        tcv.time.update(i, Timestamp.valueOf(timestamp.toLocalDateTime).getTime)\n        tcv.nanos.update(i, 0)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new TimestampColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createTimestamp\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.TIMESTAMP\n  }\n\n  case class TimestampDecoderZoned(format: String = ZoneFormat) extends Decoder {\n    protected val fmt: DateTimeFormatter = DateTimeFormatter.ofPattern(format)\n\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val tcv = column.asInstanceOf[TimestampColumnVector]\n      if (s.isEmpty){\n        tcv.isNull.update(i, true)\n        if (tcv.noNulls) tcv.noNulls = false\n      } else {\n        val timestamp = ZonedDateTime.from(fmt.parse(s.trim)).withZoneSameInstant(UTC)\n        tcv.time.update(i, Timestamp.valueOf(timestamp.toLocalDateTime).getTime)\n        tcv.nanos.update(i, 0)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new TimestampColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createTimestamp\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.TIMESTAMP\n  }\n\n  case class TimestampDecoder2(format: String = LocalFormat, zoneId: String) extends Decoder {\n    protected val fmt: DateTimeFormatter = DateTimeFormatter.ofPattern(format)\n    private final val zone = ZoneId.of(zoneId)\n\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n      val tcv = column.asInstanceOf[TimestampColumnVector]\n      if (s.isEmpty){\n        tcv.isNull.update(i, true)\n        if (tcv.noNulls) tcv.noNulls = false\n      } else {\n        val timestamp = LocalDateTime.from(fmt.parse(s.trim)).atZone(zone).withZoneSameInstant(UTC)\n        tcv.time.update(i, Timestamp.valueOf(timestamp.toLocalDateTime).getTime)\n        tcv.nanos.update(i, 0)\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new TimestampColumnVector(maxSize)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createTimestamp\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.TIMESTAMP\n  }\n\n  case class DecimalDecoder(precision: Int, scale: Int) extends Decoder {\n    require(precision >= 0 && precision < 38, s\"invalid precision $precision\")\n    require(scale >= 0 && scale < 38, s\"invalid scale $scale\")\n    override def get(s: String, column: ColumnVector, i: Int): Unit = {\n\/\/      println(column.getClass)\n      val dcv = column.asInstanceOf[Decimal64ColumnVector]\n      if (s.isEmpty){\n        dcv.isNull.update(i, true)\n        if (dcv.noNulls) dcv.noNulls = false\n      } else {\n        dcv.vector.update(i, StringToNum.decimalValue(s, scale))\n      }\n    }\n\n    override def columnVector(maxSize: Int): ColumnVector =\n      new Decimal64ColumnVector(maxSize, precision, scale)\n\n    override def typeDescription: TypeDescription =\n      TypeDescription.createDecimal\n        .withScale(scale)\n        .withPrecision(precision)\n\n    override def bqType: StandardSQLTypeName = StandardSQLTypeName.NUMERIC\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/SchemaInference.scala","text":"<filename>src\/main\/scala\/com\/google\/cloud\/imf\/osc\/SchemaInference.scala\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport java.time.format.DateTimeFormatter\n\nimport com.google.cloud.imf.osc.Decoders.{DateDecoder, DecimalDecoder, Float64Decoder, Int64Decoder, StringDecoder, TimestampDecoder, TimestampDecoder2, TimestampDecoderZoned}\n\nimport scala.util.Try\n\nobject SchemaInference {\n  def isNumeric(s: String): Boolean = {\n    s.nonEmpty &&\n      s.forall{ c => c.isDigit || c == '-' || c == '.'} &&\n      s.count(_ == '.') <= 1 &&\n      s.count(_ == '-') <= 1\n  }\n\n  def isInt(s: String): Boolean = {\n    s.nonEmpty &&\n      s.forall{c => c.isDigit || c == '-'} &&\n      (s.headOption.contains('-') || s.count(_ == '-') == 0) &&\n      s.count(_ == '-') <= 1 &&\n      s.filter(_.isDigit).length <= 18\n  }\n\n  def isDecimal(s: String): Boolean = {\n    s.nonEmpty &&\n      s.forall{c => c.isDigit || c == '-' || c == '.'} &&\n      (s.headOption.contains('-') || s.count(_ == '-') == 0) &&\n      s.count(_ == '.') <= 1 &&\n      s.filter(_.isDigit).length <= 36\n  }\n\n  private val DatePattern = \"yyyy-MM-dd\"\n  private val DatePattern2 = \"yyyyMMdd\"\n  private val DatePattern3 = \"yyyy\/MM\/dd\"\n  private val DatePattern4 = \"MM\/dd\/yyyy\"\n  private val DateFormatter = DateTimeFormatter.ofPattern(DatePattern)\n  private val DateFormatter2 = DateTimeFormatter.ofPattern(DatePattern2)\n  private val DateFormatter3 = DateTimeFormatter.ofPattern(DatePattern3)\n  private val DateFormatter4 = DateTimeFormatter.ofPattern(DatePattern4)\n  private val TimeStampFormatter = DateTimeFormatter.ofPattern(Decoders.LocalFormat)\n  private val ZonedTimeStampFormatter = DateTimeFormatter.ofPattern(Decoders.ZoneFormat2)\n  private val ZonedTimeStampFormatter2 = DateTimeFormatter.ofPattern(Decoders.ZoneFormat)\n  private val OffsetTimeStampFormatter = DateTimeFormatter.ofPattern(Decoders.OffsetFormat)\n\n  private val formatters = Seq(\n    (DateFormatter,DatePattern),\n    (DateFormatter2,DatePattern2),\n    (DateFormatter3,DatePattern3),\n    (DateFormatter4,DatePattern4)\n  )\n\n  def isTimestamp(s: String): Boolean =\n    Try(TimeStampFormatter.parse(s)).isSuccess\n\n  def isZonedTimestamp(s: String): Boolean =\n    Try(ZonedTimeStampFormatter.parse(s)).isSuccess\n\n  def isZonedTimestamp2(s: String): Boolean =\n    Try(ZonedTimeStampFormatter2.parse(s)).isSuccess\n\n  def isOffsetTimestamp(s: String): Boolean =\n    Try(OffsetTimeStampFormatter.parse(s)).isSuccess\n\n  def getDateFormat(s: String): Option[(DateTimeFormatter,String)] = {\n    formatters.find{x =>\n      Try(x._1.parse(s)).isSuccess\n    }\n  }\n\n  def dateFormat(data: Array[String]): Option[String] = {\n    data.headOption.flatMap(getDateFormat)\n      .flatMap{fmt =>\n        if (data.forall(s => Try(fmt._1.parse(s)).isSuccess)){\n          Option(fmt._2)\n        } else None\n      }\n  }\n\n  def getScale(data: Array[String]): Option[Int] = {\n    val scales = data.filter(_.contains('.'))\n      .flatMap(_.split('.').lastOption)\n      .map(_.length)\n      .distinct\n    if (scales.length == 1) Option(scales.head)\n    else None\n  }\n\n  def getMaxLength(data: Array[String]): Int = {\n    data.map(_.length).max\n  }\n\n  def inferType(sample: Array[String], zoneId: String): Decoder = {\n    val col = sample.map(_.trim)\n    val maxLength = getMaxLength(col)\n    if (col.forall(isNumeric)){\n      if (col.forall(isInt)){\n        Int64Decoder()\n      } else if (col.forall(_.length <= 18)) {\n        val scale = getScale(col)\n        if (scale.isDefined && maxLength <= 18)\n          DecimalDecoder(maxLength,scale.get)\n        else Float64Decoder()\n      } else StringDecoder(maxLength)\n    } else if (col.forall(isZonedTimestamp)){\n      TimestampDecoderZoned(Decoders.ZoneFormat)\n    } else if (col.forall(isZonedTimestamp2)){\n      TimestampDecoderZoned(Decoders.ZoneFormat)\n    } else if (col.forall(isOffsetTimestamp)){\n      TimestampDecoder(Decoders.OffsetFormat)\n    } else if (col.forall(isTimestamp)) {\n      TimestampDecoder2(Decoders.LocalFormat, zoneId)\n    } else {\n      val fmt = dateFormat(col)\n      if (fmt.isDefined){\n        DateDecoder(fmt.get)\n      } else StringDecoder(maxLength)\n    }\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/BQExporter.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc.bqexport\n\nimport java.io.{BufferedOutputStream, OutputStreamWriter, Writer}\nimport java.nio.channels.Channels\n\nimport com.google.cloud.bigquery.storage.v1.AvroRows\nimport com.google.cloud.imf.osc.Logging\nimport com.google.cloud.storage.{BlobId, BlobInfo, Storage}\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.{GenericDatumReader, GenericRecord}\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory}\n\nimport scala.jdk.CollectionConverters.ListHasAsScala\n\nclass BQExporter(schema: Schema,\n                 id: Int,\n                 gcs: Storage,\n                 bucket: String,\n                 name: String,\n                 table: String) extends Logging with Export {\n  private val fields: IndexedSeq[AvroField] =\n    schema.getFields.asScala.toArray.toIndexedSeq.map(AvroField)\n  private val reader: GenericDatumReader[GenericRecord] =\n    new GenericDatumReader[GenericRecord](schema)\n  private var decoder: BinaryDecoder = _\n  private var row: GenericRecord = _\n  private var part: Int = 0\n\n  \/\/ rows written across partitions\n  private var rowCount: Long = 0\n  private val LogFreq: Long = 1000000\n  private var nextLog: Long = LogFreq\n  private val BufSz = 1024*1024\n\n  \/\/ rows written to current partition\n  private var partRowCount: Long = 0\n\n  \/\/ 10M rows per partition\n  private val PartRowLimit = 10L * 1000L * 1000L\n\n  \/\/ buffer for current line\n  private val sb: StringBuilder = new StringBuilder(128*1024)\n\n  private var writer: Writer = _\n  private var objName: String = _\n\n  def close(): Unit = {\n    if (writer != null) {\n      writer.close()\n      logger.info(s\"Stream $id - gs:\/\/$bucket\/$objName closed after writing \" +\n        s\"$partRowCount rows\")\n      writer = null\n      objName = null\n    }\n  }\n\n  private def initWriter(): Unit = {\n    if (partRowCount > PartRowLimit || writer == null){\n      close()\n      objName = s\"$name\/$table-$id-$part.csv.gz\"\n      val obj = gcs.create(BlobInfo.newBuilder(BlobId.of(bucket, objName))\n        .setContentEncoding(\"gzip\")\n        .setContentType(\"text\/csv; charset=utf-8\")\n        .build())\n      logger.info(s\"Stream $id - writing to gs:\/\/$bucket\/$objName\")\n      writer = new OutputStreamWriter(\n        new BufferedOutputStream(\n          new FastGZIPOutputStream(Channels.newOutputStream(obj.writer()), true),\n          BufSz))\n      part += 1\n      partRowCount = 0\n    }\n  }\n\n  def processRows(rows: AvroRows): Long = {\n    decoder = DecoderFactory.get.binaryDecoder(rows.getSerializedBinaryRows.toByteArray, decoder)\n    if (rowCount >= nextLog) {\n      logger.info(s\"Stream $id - $rowCount rows written\")\n      nextLog += LogFreq\n    }\n    initWriter()\n\n    \/\/ rows written to current batch\n    var batchRowCount: Long = 0\n    while (!decoder.isEnd) {\n      row = reader.read(row, decoder)\n      sb.clear()\n      var i = 0\n      while (i < fields.length){\n        if (i > 0)\n          sb.append(',')\n        val field = fields(i)\n        field.read(row, sb)\n        i += 1\n      }\n      sb.append('\\n')\n      writer.write(sb.result())\n      rowCount += 1\n      partRowCount += 1\n      batchRowCount += 1\n    }\n    batchRowCount\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/OSCConfigParser.scala","text":"<filename>src\/main\/scala\/com\/google\/cloud\/imf\/osc\/OSCConfigParser.scala<gh_stars>0\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport java.net.URI\nimport java.nio.file.{Files, Paths}\n\nimport scopt.OptionParser\n\nimport scala.collection.immutable.ArraySeq\n\n\nobject OSCConfigParser extends OptionParser[OSCConfig](\"OSC\") {\n  def parse(args: Array[String]): Option[OSCConfig] = parse(ArraySeq.unsafeWrapArray(args), OSCConfig())\n\n  head(\"osc\", \"0.6\")\n    .text(\"\"\"Google Cloud Open Systems Connector\n            |\n            |*  Uploads delimited files to GCS as ORC\n            |*  Registers ORC as external table or Loads into Native BigQuery table\n            |\"\"\".stripMargin)\n\n  help(\"help\").text(\"prints this usage text\")\n\n  opt[String](\"schema\")\n    .optional\n    .text(\"(optional) schema information in format <name>[:<type>][:<args>],...\\nexample: 'col1:STRING:24,col2:INT64,col3:TIMESTAMP:6,col4:DATE,col5:NUMERIC:9.2'\")\n    .action{(x,c) => c.copy(schema = x)}\n\n  opt[String](\"project\")\n    .required\n    .text(\"Project ID used for BigQuery requests\")\n    .action((x,c) => c.copy(projectId = x))\n\n  \/\/ BigQuery Options\n  opt[String](\"dataset\")\n    .required\n    .text(\"Default BigQuery Dataset in format [PROJECT_ID]:DATASET\")\n    .action((x,c) => c.copy(datasetId = x))\n\n  opt[String](\"location\")\n    .optional\n    .text(\"(optional) BigQuery region (default: US)\")\n    .action((x,c) => c.copy(location = x))\n\n  opt[Long](\"lifetime\")\n    .optional\n    .text(\"(optional) table lifetime in milliseconds (default: 7 days)\")\n    .action((x,c) => c.copy(lifetime = x))\n\n  opt[Int](\"sampleSize\")\n    .optional\n    .text(\"(optional) number of rows to sample for schema inference (default: 4096)\")\n    .action((x,c) => c.copy(sampleSize = x))\n\n  opt[Unit](\"replace\")\n    .optional\n    .action{(_,c) => c.copy(replace = true)}\n    .text(\"(optional) delete existing ORC file in GCS, if present, and overwrite existing BigQuery table\")\n\n  opt[Unit](\"append\")\n    .optional\n    .action{(_,c) => c.copy(append = true)}\n    .text(\"(optional) append to BigQuery table\")\n\n  opt[Unit](\"external\")\n    .optional\n    .action{(_,c) => c.copy(external = true)}\n    .text(\"(optional) register as BigQuery External Table instead of loading\")\n\n  opt[Unit](\"autodetect\")\n    .optional\n    .action{(_,c) => c.copy(autodetect = true)}\n    .text(\"(optional) infer schema from first 100 lines of file\")\n\n  opt[String](\"zoneId\")\n    .optional\n    .action{(x,c) => c.copy(zoneId = x)}\n    .text(\"(optional) time zone ID https:\/\/www.iana.org\/time-zones (default: America\/Los_Angeles)\")\n\n  opt[Int](\"parallelism\")\n    .optional\n    .action{(x,c) => c.copy(parallelism = x)}\n    .text(\"(optional) parallelism (default: 1)\")\n    .validate(x => if (x > 0) success else failure(\"parallelism must be positive\"))\n\n  opt[Int](\"errorLimit\")\n    .optional\n    .action{(x,c) => c.copy(errorLimit = x)}\n    .text(\"(optional) maximum number of errors per thread (default: 0)\")\n\n  opt[String](\"delimiter\")\n    .optional\n    .text(\"(optional) delimiter character (default: \u00fe)\")\n    .action{(x,c) => c.copy(delimiter = x.head)}\n\n  opt[String](\"templateTableSpec\")\n    .optional\n    .text(\"(optional) TableSpec of BigQuery table to use as schema template in format [project:][dataset:]table\")\n    .action{(x,c) => c.copy(templateTableSpec = x)}\n\n  opt[Unit](\"debug\")\n    .optional\n    .text(\"(optional) set logging level to debug\")\n    .action((_,c) => c.copy(debug = true))\n\n  arg[String](\"stagingUri\")\n    .required\n    .text(\"GCS prefix where ORC files will be written in format gs:\/\/BUCKET\/PREFIX\")\n    .validate{x =>\n      val uri = new URI(x)\n      if (uri.getScheme != \"gs\" || uri.getAuthority.isEmpty)\n        failure(\"invalid GCS URI\")\n      else\n        success\n    }\n    .action((x, c) => c.copy(stagingUri = x))\n\n  arg[String](\"tableSpec\")\n    .required\n    .text(\"BigQuery table to be loaded in format project:dataset.table\")\n    .validate(x =>\n      if (x.length < 3) failure(s\"invalid tablespec $x\")\n      else success\n    )\n    .action((x, c) => c.copy(destTableSpec = x))\n\n  arg[String](\"source\")\n    .required\n    .maxOccurs(1024)\n    .text(\"Path to input file (can be provided multiple times)\")\n    .validate{x =>\n      val paths = if (x.contains(',')){\n        x.split(',').toIndexedSeq\n      } else Seq(x)\n      if (paths.forall{path => Files.isRegularFile(Paths.get(path))})\n        success\n      else\n        failure(s\"source not found\")\n    }\n    .action{(x, c) =>\n      val paths = if (x.contains(',')) x.split(',').toIndexedSeq else Seq(x)\n      c.copy(source = c.source ++ paths)\n    }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/Util.scala","text":"<filename>src\/main\/scala\/com\/google\/cloud\/imf\/osc\/Util.scala\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.common.collect.ImmutableSet\nimport org.apache.log4j.{ConsoleAppender, Level, LogManager, PatternLayout}\n\nobject Util {\n  def configureLogging(debug: Boolean): Unit = {\n    val rootLogger = LogManager.getRootLogger\n    if (!rootLogger.getAllAppenders.hasMoreElements) {\n      rootLogger.addAppender(new ConsoleAppender(new PatternLayout(\"%d{ISO8601} %-5p %c %x - %m%n\")))\n      LogManager.getLogger(\"org.apache.orc.impl\").setLevel(Level.ERROR)\n      LogManager.getLogger(\"org.apache.http\").setLevel(Level.WARN)\n      LogManager.getLogger(\"org.apache.hadoop.util\").setLevel(Level.ERROR)\n      LogManager.getLogger(\"io.grpc\").setLevel(Level.WARN)\n    }\n\n    if (sys.env.get(\"BQCSV_ROOT_LOGGER\").contains(\"DEBUG\") || debug) {\n      rootLogger.setLevel(Level.DEBUG)\n    } else {\n      rootLogger.setLevel(Level.INFO)\n    }\n  }\n\n  final val StorageScope = \"https:\/\/www.googleapis.com\/auth\/devstorage.read_write\"\n  final val BigQueryScope = \"https:\/\/www.googleapis.com\/auth\/bigquery\"\n  final val Scopes = ImmutableSet.of(StorageScope, BigQueryScope)\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/AvroUtil.scala","text":"<gh_stars>0\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc.bqexport\n\nimport java.nio.ByteBuffer\nimport java.time.LocalDate\nimport java.time.format.DateTimeFormatter\n\nimport com.google.cloud.imf.osc.Decoders\nimport org.apache.avro.Schema\n\nobject AvroUtil {\n  private val formatter = DateTimeFormatter.ofPattern(Decoders.ZoneFormat)\n  private val dateFormatter = DateTimeFormatter.ofPattern(Decoders.DateFormat)\n\n  def printTimestamp(t: java.sql.Timestamp): String =\n    formatter.format(t.toInstant.atZone(Decoders.UTC))\n\n  def printDate(t: LocalDate): String =\n    dateFormatter.format(t)\n\n  def getScale(schema: Schema): Int = schema.getJsonProp(\"scale\").getIntValue\n\n  def readDecimal(buf: ByteBuffer, bytes: Array[Byte], scale: Int): java.math.BigDecimal = {\n    System.arraycopy(buf.array(),buf.position(),bytes,0,16)\n    new java.math.BigDecimal(new java.math.BigInteger(bytes), scale)\n  }\n\n  def appendQuotedString(delimiter: Char, s: String, sb: StringBuilder): Unit = {\n    if (s.contains(delimiter) || s.contains('\\n')) {\n      sb.append(\"\\\"\")\n      sb.append(s.replaceAllLiterally(\"\\\"\",\"\\\\\\\"\").replaceAllLiterally(\"\\n\",\"\\\\n\"))\n      sb.append(\"\\\"\")\n    } else sb.append(s)\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/Decoder.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.StandardSQLTypeName\nimport org.apache.hadoop.hive.ql.exec.vector.ColumnVector\nimport org.apache.orc.TypeDescription\n\ntrait Decoder {\n  \/** Read a field into a mutable output builder\n    *\n    * @param s String\n    * @param column ColumnVector\n    * @param i row index\n    *\/\n  def get(s: String, column: ColumnVector, i: Int): Unit\n\n  def columnVector(maxSize: Int): ColumnVector\n\n  def typeDescription: TypeDescription\n\n  def bqType: StandardSQLTypeName\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/TableSchemaProvider.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.{Field, Schema, StandardTableDefinition, Table}\nimport com.google.cloud.imf.osc.Decoders.{DateDecoder, DecimalDecoder, Float64Decoder, Int64Decoder, StringDecoder, TimestampDecoder, TimestampDecoder2, TimestampDecoderZoned}\n\nimport scala.jdk.CollectionConverters.IterableHasAsScala\n\ncase class TableSchemaProvider(schema: Schema, zoneId: String) extends SchemaProvider {\n  val fields: Seq[Field] = schema.getFields.asScala.toIndexedSeq\n  override val fieldNames: Seq[String] = fields.map(_.getName.toLowerCase)\n  override val decoders: Array[Decoder] =\n    fields.map(TableSchemaProvider.decoder(_, zoneId)).toArray\n  override def bqSchema: Schema = schema\n\n  override def toString: String =\n    s\"\"\"TableSchemaProvider\n       |${decoders.zipWithIndex.zip(fieldNames).map(_.toString).mkString(\"\\t\",\"\\n\\t\",\"\\n\")}\n       |\"\"\".stripMargin\n}\n\nobject TableSchemaProvider extends Logging {\n  def apply(table: Table, zoneId: String): TableSchemaProvider = {\n    val schema = table.getDefinition[StandardTableDefinition].getSchema\n    TableSchemaProvider(schema, zoneId)\n  }\n\n  import com.google.cloud.bigquery.StandardSQLTypeName._\n  def decoder(field: Field, zoneId: String): Decoder = {\n    logger.debug(s\"${field.getName} ${field.getType.getStandardType} ${field.getDescription} \")\n    (field.getType.getStandardType,Option(field.getDescription)) match {\n      case (STRING,Some(len)) =>\n        StringDecoder(len.toInt)\n      case (STRING,_) =>\n        StringDecoder()\n      case (NUMERIC,None) =>\n\/\/        logger.warn(\"NUMERIC precision and scale not set - using default of 18,5\")\n        DecimalDecoder(18,5)\n      case (NUMERIC,Some(args)) =>\n        val Array(precision,scale) = args.split(',')\n        DecimalDecoder(precision.toInt,scale.toInt)\n      case (DATE,Some(format)) =>\n        DateDecoder(format)\n      case (TIMESTAMP,Some(args)) if args.contains('|') =>\n        val Array(zoneId,format) = args.split('|')\n        TimestampDecoder2(format, zoneId)\n      case (TIMESTAMP,Some(zoneId)) if zoneId.contains('\/') =>\n        TimestampDecoder2(zoneId = zoneId)\n      case (TIMESTAMP,Some(format)) =>\n        if (format.contains(Decoders.Offset)) TimestampDecoder(format)\n        else TimestampDecoderZoned(format)\n      case (DATE,_) =>\n        DateDecoder()\n      case (TIMESTAMP,_) =>\n        TimestampDecoder()\n      case (INT64,_) =>\n        Int64Decoder()\n      case (FLOAT64,_) =>\n        Float64Decoder()\n      case (t,_) =>\n        throw new UnsupportedOperationException(s\"Loading of $t columns from ORC is not supported\")\n    }\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/ExportConfigParser.scala","text":"<gh_stars>0\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc.bqexport\n\nimport scopt.OptionParser\n\nobject ExportConfigParser\n  extends OptionParser[ExportConfig](\"com.google.cloud.imf.BQExport\"){\n  head(\"com.google.cloud.imf.BQExport\", \"0.6\")\n    .text(\"\"\"Google Cloud Open Systems Connector\n            |\n            |*  BQExport - Exports BigQuery table to GCS as CSV\n            |\"\"\".stripMargin)\n\n  help(\"help\").text(\"prints this usage text\")\n\n  opt[String](\"billingProject\")\n    .required\n    .text(\"Billing project ID\")\n    .action{(x,c) => c.copy(billingProjectId = x)}\n\n  opt[String](\"projectId\")\n    .required\n    .text(\"Project ID\")\n    .action{(x,c) => c.copy(projectId = x)}\n\n  opt[String](\"dataset\")\n    .required\n    .text(\"Source Dataset\")\n    .action{(x,c) => c.copy(dataset = x)}\n\n  opt[String](\"table\")\n    .required\n    .text(\"Source Table\")\n    .action{(x,c) => c.copy(table = x)}\n\n  opt[String](\"destUri\")\n    .required\n    .text(\"Destination URI\")\n    .action{(x,c) => c.copy(destUri = x)}\n\n  opt[Int](\"paralellism\")\n    .optional\n    .text(\"Number of Threads\")\n    .action{(x,c) => c.copy(paralellism = x)}\n\n  opt[String](\"outputFileType\")\n    .optional\n    .text(\"Output file type ORC or SEQ\")\n    .action{(x,c) => c.copy(outputFileType = x)}\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/BQExportToSeqFile.scala","text":"<reponame>jasonmar\/bqcsv\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.google.cloud.imf.osc.bqexport\n\n\nimport com.google.cloud.bigquery.storage.v1.AvroRows\nimport com.google.cloud.imf.osc.{Logging, SimpleGCSFileSystem}\nimport com.google.cloud.storage.Storage\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.{GenericDatumReader, GenericRecord}\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory}\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{FileSystem, Path}\nimport org.apache.hadoop.io.compress.{CompressionCodec, DefaultCodec, SnappyCodec}\nimport org.apache.hadoop.io.{IOUtils, SequenceFile, Text}\nimport org.apache.hadoop.util.NativeCodeLoader\n\nimport scala.jdk.CollectionConverters.ListHasAsScala\n\n\nclass BQExportToSeqFile(schema: Schema,\n                        id: Int,\n                        gcs: Storage,\n                        bucket: String,\n                        name: String,\n                        table: String)\n  extends Logging with Export {\n  private val stats = new FileSystem.Statistics(SimpleGCSFileSystem.Scheme)\n  private val conf: Configuration = {\n    val c = new Configuration()\n    SequenceFile.setDefaultCompressionType(c, SequenceFile.CompressionType.BLOCK)\n    c\n  }\n\n  private val fs: FileSystem = new SimpleGCSFileSystem(gcs, stats, conf)\n  private val compressionCodec: CompressionCodec = {\n    try {\n      NativeCodeLoader.buildSupportsSnappy()\n      val c = new SnappyCodec\n      logger.info(s\"Using Snappy compression\")\n      c.setConf(conf)\n      c\n    } catch {\n      case _: UnsatisfiedLinkError =>\n        val c = new DefaultCodec\n        logger.warn(s\"Snappy native libraries not available - using DefaultCodec\")\n        c.setConf(conf)\n        c\n    }\n  }\n\n  private val fields: IndexedSeq[AvroField] =\n    schema.getFields.asScala.toArray.toIndexedSeq.map(AvroField)\n  private val reader: GenericDatumReader[GenericRecord] =\n    new GenericDatumReader[GenericRecord](schema)\n  private var decoder: BinaryDecoder = _\n  private var row: GenericRecord = _\n  private var part: Int = 0\n\n  \/\/ rows written across partitions\n  private var rowCount: Long = 0\n  private val LogFreq: Long = 1000000\n  private var nextLog: Long = LogFreq\n\n  \/\/ rows written to current partition\n  private var partRowCount: Long = 0\n\n  \/\/ 10M rows per partition\n  private val PartRowLimit = 10L * 1000L * 1000L\n\n  \/\/ buffer for current line\n  private val sb: StringBuilder = new StringBuilder(128*1024)\n\n  private var writer: SequenceFile.Writer = _\n  private var objName: String = _\n  private final val EmptyKey = new Text(\"\")\n  private final val KVClass = classOf[Text]\n\n  def close(): Unit = {\n    if (writer != null) {\n      IOUtils.closeStream(writer)\n      logger.info(s\"Stream $id - $objName closed after writing $partRowCount rows\")\n      writer = null\n      objName = null\n    }\n  }\n\n  private def initWriter(): Unit = {\n    if (partRowCount > PartRowLimit || writer == null){\n      close()\n      objName = s\"gs:\/\/$bucket\/$name\/$table-$id-$part.seq\"\n      System.out.println(s\"initWriter objName: $objName\")\n      logger.info(s\"Stream $id - writing to $objName\")\n      writer = SequenceFile.createWriter(fs, fs.getConf, new Path(objName), KVClass, KVClass,\n        SequenceFile.CompressionType.BLOCK, compressionCodec)\n      part += 1\n      partRowCount = 0\n    }\n  }\n\n  def processRows(rows: AvroRows): Long = {\n    decoder = DecoderFactory.get.binaryDecoder(rows.getSerializedBinaryRows.toByteArray, decoder)\n    if (rowCount >= nextLog) {\n      logger.info(s\"Stream $id - $rowCount rows written\")\n      nextLog += LogFreq\n    }\n    initWriter()\n\n    \/\/ rows written to current batch\n    var batchRowCount: Long = 0\n    while (!decoder.isEnd) {\n      row = reader.read(row, decoder)\n      sb.clear()\n      var i = 0\n      while (i < fields.length){\n        if (i > 0)\n          sb.append(',')\n        val field = fields(i)\n        field.read(row, sb)\n        i += 1\n      }\n      sb.append('\\n')\n      writer.append(EmptyKey, new Text(sb.result()))\n\n      rowCount += 1\n      partRowCount += 1\n      batchRowCount += 1\n    }\n    batchRowCount\n  }\n}\n\n\n\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/GCS.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.api.gax.rpc.FixedHeaderProvider\nimport com.google.auth.Credentials\nimport com.google.cloud.storage.{Storage, StorageOptions}\n\nobject GCS extends Logging {\n  def defaultClient(credentials: Credentials): Storage = {\n    StorageOptions.newBuilder\n      .setCredentials(credentials)\n      .setHeaderProvider(FixedHeaderProvider.create(\"user-agent\", BQ.UserAgent))\n      .build\n      .getService\n  }\n\n  def assertEmpty(gcs: Storage, uri: java.net.URI): Unit = {\n    logger.debug(s\"Deleting recursively from $uri\")\n    val withTrailingSlash = uri.getPath.stripPrefix(\"\/\") + (if (uri.getPath.last == '\/') \"\" else \"\/\")\n    val bucket = uri.getAuthority\n    val ls = gcs.list(bucket,\n      Storage.BlobListOption.prefix(withTrailingSlash),\n      Storage.BlobListOption.currentDirectory)\n    import scala.jdk.CollectionConverters.IterableHasAsScala\n    assert(ls == null || ls.iterateAll.asScala.isEmpty, s\"$uri is not empty\")\n  }\n\n  def delete(gcs: Storage, uri: java.net.URI): Unit = {\n    logger.debug(s\"Deleting recursively from $uri\")\n    val withTrailingSlash = uri.getPath.stripPrefix(\"\/\") + (if (uri.getPath.last == '\/') \"\" else \"\/\")\n    val bucket = uri.getAuthority\n    var ls = gcs.list(bucket,\n      Storage.BlobListOption.prefix(withTrailingSlash),\n      Storage.BlobListOption.currentDirectory)\n    import scala.jdk.CollectionConverters.IterableHasAsScala\n    var deleted: Long = 0\n    var notDeleted: Long = 0\n    while (ls != null) {\n      val blobIds = ls.getValues.asScala.toArray.map(_.getBlobId)\n      if (blobIds.nonEmpty){\n        logger.debug(s\"deleting ${blobIds.map(_.getName).mkString(\",\")}\")\n        val deleteResults = gcs.delete(blobIds: _*)\n        deleted += deleteResults.asScala.count(_ == true)\n        notDeleted += deleteResults.asScala.count(_ == false)\n      }\n      ls = ls.getNextPage\n    }\n    logger.debug(s\"deleted $deleted and failed to delete $notDeleted\")\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/BQExport.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf\n\nimport java.util.concurrent.Executors\n\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.bigquery.storage.v1.{BigQueryReadClient, CreateReadSessionRequest, DataFormat, ReadRowsRequest, ReadSession}\nimport com.google.cloud.imf.osc.bqexport.{BQExportToSeqFile, BQExporter, ExportConfig, ExportConfigParser}\nimport com.google.cloud.imf.osc.{GCS, Logging, Util}\nimport com.google.cloud.storage.Storage\nimport org.apache.avro.Schema\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, ExecutionContext, Future}\n\nobject BQExport extends Logging {\n  def main(args: Array[String]): Unit = {\n    Util.configureLogging(true)\n    ExportConfigParser.parse(args.toIndexedSeq, ExportConfig()) match {\n      case Some(cfg) =>\n        val client = BigQueryReadClient.create()\n        val gcs = GCS.defaultClient(GoogleCredentials.getApplicationDefault())\n        implicit val ec: ExecutionContext =\n          ExecutionContext.fromExecutor(Executors.newWorkStealingPool(cfg.paralellism))\n        run(cfg, client, gcs)\n      case _ =>\n        System.exit(1)\n    }\n  }\n\n  def run(cfg: ExportConfig, client: BigQueryReadClient, gcs: Storage)\n         (implicit ec: ExecutionContext): Unit = {\n    val startTime = System.currentTimeMillis\n    try {\n      logger.info(s\"Exporting ${cfg.projectId}:${cfg.dataset}.${cfg.table} to ${cfg.destUri}\")\n      if (cfg.filter.nonEmpty)\n        logger.info(s\"applying filter ${cfg.filter}\")\n\n      val session: ReadSession = client.createReadSession(\n        CreateReadSessionRequest\n          .newBuilder\n          .setParent(cfg.projectPath)\n          .setMaxStreamCount(cfg.paralellism)\n          .setReadSession(\n            ReadSession.newBuilder\n              .setTable(cfg.tablePath)\n              .setDataFormat(DataFormat.AVRO)\n              .setReadOptions(cfg.readOpts)\n              .build)\n          .build())\n      require(session.getStreamsCount > 0, \"session must have at least 1 stream\")\n\n      val schema = new Schema.Parser().parse(session.getAvroSchema.getSchema)\n      logger.debug(s\"schema: ${schema.toString(false)}\")\n\n      val futures = (0 until session.getStreamsCount).map{streamId =>\n        val readRowsRequest = ReadRowsRequest.newBuilder\n          .setReadStream(session.getStreams(streamId).getName)\n          .build\n\n        Future {\n          var rowCount: Long = 0\n          val exporter = if (cfg.outputFileType == \"SEQ\") {\n            new BQExportToSeqFile(schema, streamId, gcs, cfg.bucket, cfg.name, cfg.table)\n          }else{\n            new BQExporter(schema, streamId, gcs, cfg.bucket, cfg.name, cfg.table)\n          }\n          client.readRowsCallable.call(readRowsRequest).forEach{res =>\n            if (res.hasAvroRows)\n              rowCount += exporter.processRows(res.getAvroRows)\n          }\n          exporter.close()\n          logger.info(s\"Stream $streamId closed after receiving $rowCount rows\")\n          rowCount\n        }\n      }\n\n      val results = Await.result(Future.sequence(futures), Duration.Inf)\n      val totalRowCount = results.foldLeft(0L){_ + _}\n      val endTime = System.currentTimeMillis\n      val elapsedSeconds = (endTime - startTime) \/ 1000L\n      logger.info(s\"Finished - $totalRowCount total rows across ${session.getStreamsCount} \" +\n        s\"streams in $elapsedSeconds seconds\")\n    } finally {\n      client.close()\n    }\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/CliSchemaProvider.scala","text":"<gh_stars>0\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.StandardSQLTypeName._\nimport com.google.cloud.bigquery.{Field, Schema, StandardSQLTypeName}\nimport com.google.cloud.imf.osc.Decoders.{DateDecoder, DecimalDecoder, Float64Decoder, Int64Decoder, StringDecoder, TimestampDecoder, TimestampDecoder2, TimestampDecoderZoned}\n\nimport scala.collection.immutable.ArraySeq\n\nobject CliSchemaProvider {\n  def fields(schema: String): Seq[String] =\n    ArraySeq.unsafeWrapArray(schema.split(','))\n\n  def fieldArgs(field: String): SchemaField = {\n    field.split(':') match {\n      case Array(name) =>\n        SchemaField(name, STRING)\n      case Array(name,typ) =>\n        SchemaField(name, StandardSQLTypeName.valueOf(typ))\n      case Array(name,typ,args) =>\n        val t = StandardSQLTypeName.valueOf(typ)\n        t match {\n          case TIMESTAMP|DATETIME|DATE =>\n            if (args.contains('|')){\n              \/\/ zone and format\n              val Array(tz,format) = args.split('|')\n              val timezone = Option(tz)\n              SchemaField(name, t, timezone = timezone, format = format)\n            } else if (args.contains(\"\/\")) {\n              \/\/ zone only\n              SchemaField(name, t, timezone = Option(args))\n            } else {\n              \/\/ format only\n              val format = args\n              SchemaField(name, t, format = format)\n            }\n          case NUMERIC =>\n            val Array(p,s) = args.split('.')\n            val precision = p.toInt\n            val scale = s.toInt\n            SchemaField(name, t, precision = precision, scale = scale)\n          case STRING =>\n            val length = args.toInt\n            SchemaField(name, t, length = length)\n          case x =>\n            val msg = s\"unknown args $args for $x field\"\n            throw new RuntimeException(msg)\n        }\n\n    }\n  }\n\n  case class SchemaField(name: String,\n                         typ: StandardSQLTypeName,\n                         length: Int = -1,\n                         precision: Int = -1,\n                         scale: Int = -1,\n                         format: String = \"\",\n                         timezone: Option[String] = None) {\n    def decoder: Decoder = {\n      typ match {\n        case STRING =>\n          StringDecoder(length)\n        case DATE if format != \"\" =>\n           DateDecoder(format)\n        case DATE if format == \"\" =>\n           DateDecoder()\n        case TIMESTAMP|DATETIME if format.nonEmpty && timezone.isEmpty =>\n          if (format.contains(Decoders.Offset)) TimestampDecoder(format)\n          else TimestampDecoderZoned(format)\n        case TIMESTAMP|DATETIME if format.isEmpty && timezone.isEmpty =>\n          TimestampDecoder()\n        case TIMESTAMP|DATETIME if timezone.isDefined && format.nonEmpty =>\n          TimestampDecoder2(format, timezone.get)\n        case TIMESTAMP|DATETIME if timezone.isDefined && format.isEmpty =>\n          TimestampDecoder2(zoneId = timezone.get)\n        case NUMERIC =>\n          DecimalDecoder(precision,scale)\n        case INT64 =>\n          Int64Decoder()\n        case FLOAT64 =>\n          Float64Decoder()\n        case t =>\n          val msg = s\"unsupported type $t\"\n          throw new RuntimeException(msg)\n      }\n    }\n  }\n}\n\ncase class CliSchemaProvider(schema: String) extends SchemaProvider {\n  require(schema.nonEmpty, \"schema not provided\")\n  import CliSchemaProvider._\n  val fields: Seq[SchemaField] = ArraySeq.unsafeWrapArray(schema.split(',')).map(fieldArgs)\n  override val fieldNames: Seq[String] = fields.map(_.name.toLowerCase)\n  override val decoders: Array[Decoder] = fields.map(_.decoder).toArray\n\n  override def bqSchema: Schema = {\n    import scala.jdk.CollectionConverters.IterableHasAsJava\n    val f = fieldNames.zip(decoders)\n      .map{x => Field.newBuilder(x._1, x._2.bqType).build}.asJava\n    Schema.of(f)\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/TableDefProvider.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.{StandardSQLTypeName, TableId}\n\ntrait TableDefProvider {\n  \/** Get a map used to look up Type for a given field\n   * @param tbl\n   * @return Map from lowercase field name to SQL Type\n   *\/\n  def getFieldMap(tbl: TableId): Map[String,StandardSQLTypeName]\n\n  \/** Get tuples used to look up Type for a given field\n   * @param tbl id of tabledef to be fetched\n   * @return Tuple of lowercase field name and SQL Type\n   *\/\n  def getFieldMap2(tbl: TableId): Seq[(String,StandardSQLTypeName)]\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/StringToNum.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport scala.annotation.switch\n\nobject StringToNum {\n  def decimalValue(s: String, targetScale: Int): Long = {\n    val n = s.length\n    val negative = s.charAt(0) == '-'\n    var scale = -1\n    var i = 0\n\n    \/\/ skip to first digit\n    if (negative) i += 1\n\n    var x: Long = (s.charAt(i): @switch) match {\n      case '0'  => 0\n      case '1'  => 1\n      case '2'  => 2\n      case '3'  => 3\n      case '4'  => 4\n      case '5'  => 5\n      case '6'  => 6\n      case '7'  => 7\n      case '8'  => 8\n      case '9'  => 9\n      case '.'  =>\n        scale = 0\n        0\n      case _  => throw new RuntimeException(\"non-digit character in decimal field\")\n    }\n    i += 1\n    while (i < n){\n      (s.charAt(i): @switch) match {\n        case '0'  =>\n          x *= 10\n          x += 0\n          if (scale > -1) scale += 1\n        case '1'  =>\n          x *= 10\n          x += 1\n          if (scale > -1) scale += 1\n        case '2'  =>\n          x *= 10\n          x += 2\n          if (scale > -1) scale += 1\n        case '3'  =>\n          x *= 10\n          x += 3\n          if (scale > -1) scale += 1\n        case '4'  =>\n          x *= 10\n          x += 4\n          if (scale > -1) scale += 1\n        case '5'  =>\n          x *= 10\n          x += 5\n          if (scale > -1) scale += 1\n        case '6'  =>\n          x *= 10\n          x += 6\n          if (scale > -1) scale += 1\n        case '7'  =>\n          x *= 10\n          x += 7\n          if (scale > -1) scale += 1\n        case '8'  =>\n          x *= 10\n          x += 8\n          if (scale > -1) scale += 1\n        case '9'  =>\n          x *= 10\n          x += 9\n          if (scale > -1) scale += 1\n        case '.'  =>\n          if (scale == -1) scale = 0\n          else throw new RuntimeException(\"unexpected '.' character in decimal field\")\n        case _  => throw new RuntimeException(\"non-digit character in decimal field\")\n      }\n      i += 1\n    }\n\n    \/\/ no decimal point\n    if (scale == -1)\n      scale = 0\n\n    while (scale < targetScale){\n      x *= 10\n      scale += 1\n    }\n\n    while (scale > targetScale) {\n      x \/= 10\n      scale -= 1\n    }\n\n    if (negative) x *= -1\n    x\n  }\n\n  def longValue(s: String): Long = {\n    val n = s.length\n    val negative = s.charAt(0) == '-'\n    var i = 0\n    \/\/ skip to first digit\n    if (negative) i = 1\n\n    var x: Long = (s.charAt(i): @switch) match {\n      case '0'  => 0\n      case '1'  => 1\n      case '2'  => 2\n      case '3'  => 3\n      case '4'  => 4\n      case '5'  => 5\n      case '6'  => 6\n      case '7'  => 7\n      case '8'  => 8\n      case '9'  => 9\n      case _  => throw new RuntimeException(\"non-digit character in INT64 field\")\n    }\n    i += 1\n    while (i < n){\n      (s.charAt(i): @switch) match {\n        case '0'  =>\n          x *= 10\n          x += 0\n        case '1'  =>\n          x *= 10\n          x += 1\n        case '2'  =>\n          x *= 10\n          x += 2\n        case '3'  =>\n          x *= 10\n          x += 3\n        case '4'  =>\n          x *= 10\n          x += 4\n        case '5'  =>\n          x *= 10\n          x += 5\n        case '6'  =>\n          x *= 10\n          x += 6\n        case '7'  =>\n          x *= 10\n          x += 7\n        case '8'  =>\n          x *= 10\n          x += 8\n        case '9'  =>\n          x *= 10\n          x += 9\n        case _  =>\n          throw new RuntimeException(\"non-digit character in INT64 field\")\n      }\n      i += 1\n    }\n\n    if (negative) x *= -1\n    x\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/Export.scala","text":"<reponame>jasonmar\/bqcsv<filename>src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/Export.scala\npackage com.google.cloud.imf.osc.bqexport\n\nimport com.google.cloud.bigquery.storage.v1.AvroRows\n\ntrait Export {\n  def processRows(rows: AvroRows): Long\n  def close(): Unit\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/AutoDetectProvider.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.{Field, Schema}\n\nclass AutoDetectProvider(override val fieldNames: Seq[String],\n                         delimiter: Char,\n                         sample: Array[String],\n                         zoneId: String,\n                         template: Option[Schema]) extends SchemaProvider {\n  override val decoders: Array[Decoder] = {\n    val rows = sample.map(_.split(delimiter))\n    val cols = fieldNames.indices.map{i => rows.map(_.lift(i).getOrElse(\"\"))}\n    cols.map(SchemaInference.inferType(_,zoneId)).toArray\n  }\n\n  def print: String = {\n    fieldNames.zip(decoders).map{x => s\"${x._1} -> ${x._2}\"}.mkString(\"\\n\")\n  }\n\n  override def bqSchema: Schema = {\n    import scala.jdk.CollectionConverters.{IterableHasAsJava, IterableHasAsScala}\n    val descriptions = template\n      .map(_.getFields.asScala.map(x => (x.getName.toLowerCase,x.getDescription)).toMap)\n      .getOrElse(Map.empty)\n    val f = fieldNames.zip(decoders)\n      .map{x =>\n        val b = Field.newBuilder(x._1, x._2.bqType)\n        descriptions.get(x._1.toLowerCase).foreach(b.setDescription)\n        b.build\n      }\n      .asJava\n    Schema.of(f)\n  }\n}\n\nobject AutoDetectProvider {\n  private def colnames: String = \"abcdefghijklmnopqrstuvwxyz0123456789\"\n  protected def colname(i: Int): String = {\n    if (i < 36) new String(Array(colnames(i)))\n    else {\n      new String(Array(colnames(i%36),colnames(i\/36)))\n    }\n  }\n\n  def get(cfg: OSCConfig, sample: Array[String], schema: Option[Schema]): SchemaProvider = {\n    import scala.jdk.CollectionConverters.IterableHasAsScala\n    val fieldNames =\n      schema\n        .map(_.getFields.asScala.map(_.getName).toArray.toSeq)\n        .getOrElse(\n          if (cfg.schema.nonEmpty) cfg.schema.split(',').toSeq\n          else sample.head.split(cfg.delimiter).indices.map(AutoDetectProvider.colname)\n        )\n\n    val sp = new AutoDetectProvider(fieldNames, cfg.delimiter, sample, cfg.zoneId, schema)\n    System.out.println(s\"inferred schema:\\n${sp.print}\")\n    sp\n  }\n}"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/test\/scala\/com\/google\/cloud\/imf\/osc\/IntegrationSpec.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.imf.OSC\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass IntegrationSpec extends AnyFlatSpec {\n  \"BqCsv\" should \"upload\" ignore {\n    val args = Array(\n      \"--replace\",\n      \"--autodetect\",\n      \"--debug\",\n      \"--dataset\", \"dataset\",\n      \"--project\", sys.env(\"PROJECT\"),\n      s\"gs:\/\/${sys.env(\"BUCKET\")}\/sample1.orc\",\n      s\"${sys.env(\"PROJECT\")}:${sys.env(\"DATASET\")}.${sys.env(\"TABLE\")}\",\n      \"src\/test\/resources\/sample1.txt\")\n    OSCConfigParser.parse(args) match {\n      case Some(cfg) =>\n        Util.configureLogging(cfg.debug)\n        OSC.run(cfg)\n      case None =>\n    }\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/SchemaProvider.scala","text":"<gh_stars>0\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport com.google.cloud.bigquery.Schema\nimport org.apache.orc.TypeDescription\nimport org.apache.orc.TypeDescription.Category\n\ntrait SchemaProvider {\n  def fieldNames: Seq[String]\n\n  def decoders: Array[Decoder]\n\n  def ORCSchema: TypeDescription =\n    fieldNames.zip(decoders)\n      .foldLeft(new TypeDescription(Category.STRUCT)){(a,b) =>\n          a.addField(b._1,b._2.typeDescription)\n      }\n\n  def bqSchema: Schema\n\n  override def toString: String = ORCSchema.toJson\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/OSCConfig.scala","text":"<reponame>jasonmar\/bqcsv\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\ncase class OSCConfig(source: Seq[String] = Nil,\n                     delimiter: Char = '\u00fe',\n                     stagingUri: String = \"\",\n                     destTableSpec: String = \"\",\n                     templateTableSpec: String = \"\",\n                     autodetect: Boolean = false,\n                     replace: Boolean = false,\n                     append: Boolean = false,\n                     external: Boolean = false,\n                     partSizeMB: Int = 128,\n                     parallelism: Int = 1,\n                     errorLimit: Int = 0,\n                     zoneId: String = \"America\/Los_Angeles\",\n                     lifetime: Long = 7L*24L*60L*60L*1000L,\n                     projectId: String = \"\",\n                     datasetId: String = \"\",\n                     location: String = \"US\",\n                     schema: String = \"\",\n                     sampleSize: Int = 4096,\n                     debug: Boolean = false)\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/OSC.scala","text":"<filename>src\/main\/scala\/com\/google\/cloud\/imf\/OSC.scala\n\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf\n\nimport java.nio.charset.StandardCharsets\nimport java.util.concurrent.{ArrayBlockingQueue, Callable, Executors, TimeUnit}\n\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.bigquery.{BigQuery, ExternalTableDefinition, JobId, JobInfo,\n  StandardTableDefinition, TableId}\nimport com.google.cloud.imf.osc.{AutoDetectProvider, BQ, CliSchemaProvider, GCS, Logging,\n  NoOpMemoryManager, OSCConfig, OSCConfigParser, OrcAppender, SchemaProvider, SimpleGCSFileSystem,\n  TableSchemaProvider, Util}\nimport com.google.cloud.storage.Storage\nimport com.google.common.collect.Queues\nimport com.google.common.io.Resources\nimport com.google.rpc.{Code, Status}\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.orc.{CompressionKind, OrcConf, OrcFile}\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, ExecutionContext, Future}\nimport scala.io.Source\nimport scala.util.{Failure, Try}\n\nobject OSC extends Logging {\n  def main(args: Array[String]): Unit = {\n    System.out.println(Resources.toString(Resources.getResource(\"osc_build.txt\"),StandardCharsets.UTF_8))\n    OSCConfigParser.parse(args) match {\n      case Some(cfg) =>\n        Util.configureLogging(cfg.debug)\n        val status = run(cfg)\n        if (status.getCode != Code.OK_VALUE)\n          System.exit(status.getCode)\n      case _ =>\n        System.exit(1)\n    }\n  }\n\n  final val MegaByte: Long = 1024*1024\n  final val OptimalCompressBuffer: Int = 32*1024\n\n  def run(cfg: OSCConfig): Status = {\n    val sources = cfg.source.map(f => Source.fromFile(f, \"UTF-8\"))\n    val credentials = GoogleCredentials.getApplicationDefault.createScoped(Util.Scopes)\n    val bq: BigQuery = BQ.defaultClient(cfg.projectId, cfg.location, credentials)\n    val destTableId = BQ.resolveTableSpec(cfg.destTableSpec,cfg.projectId,cfg.datasetId)\n\n    \/\/ Get Schema from BigQuery Table\n    val templateTableId: TableId =\n      if (cfg.templateTableSpec.nonEmpty) {\n        logger.info(s\"Getting schema from template table ${cfg.templateTableSpec}\")\n        BQ.resolveTableSpec(cfg.templateTableSpec,cfg.projectId,cfg.datasetId)\n      } else {\n        logger.info(s\"Getting schema from destination table ${cfg.destTableSpec}\")\n        destTableId\n      }\n    logger.debug(s\"getting table: $templateTableId\")\n    val table = Option(bq.getTable(templateTableId))\n    logger.debug(s\"table: $table\")\n\n    val schema = table.map(_.getDefinition[StandardTableDefinition].getSchema)\n    logger.debug(s\"schema: $schema\")\n\n    val lines = sources.foldLeft(Seq.empty[String].iterator){_ ++ _.getLines()}\n    val sample = lines.take(cfg.sampleSize).toArray\n    val gcs = GCS.defaultClient(credentials)\n    val uri = new java.net.URI(cfg.stagingUri)\n\n    \/\/ delete destination table if it is an external table\n    val destTable = Option(bq.getTable(destTableId))\n    if (cfg.replace){\n      GCS.delete(gcs, uri)\n      destTable match {\n        case Some(tbl) if tbl.getDefinition.isInstanceOf[ExternalTableDefinition] =>\n          logger.info(s\"Deleting external table ${destTableId.getDataset}.${destTableId.getTable}\")\n          bq.delete(destTableId)\n        case _ =>\n      }\n    } else {\n      GCS.assertEmpty(gcs, uri)\n      assert(destTable.isEmpty)\n    }\n\n    val sp: SchemaProvider =\n      if (cfg.autodetect){\n        AutoDetectProvider.get(cfg, sample, schema)\n      } else if (cfg.templateTableSpec.nonEmpty || schema.nonEmpty) {\n        if (schema.isEmpty)\n          throw new RuntimeException(s\"template table ${cfg.templateTableSpec} doesn't exist\")\n        TableSchemaProvider(schema.get, cfg.zoneId)\n      } else {\n        CliSchemaProvider(cfg.schema)\n      }\n    logger.info(s\"schemaProvider:\\n$sp\")\n\n    logger.debug(s\"Creating thread pool with size ${cfg.parallelism}\")\n    implicit val ec: ExecutionContext = ExecutionContext\n      .fromExecutorService(Executors.newWorkStealingPool(cfg.parallelism))\n\n    logger.debug(s\"Starting to write\")\n    val result = write(sample.iterator ++ lines, cfg.partSizeMB*MegaByte, cfg.delimiter, uri, sp,\n      gcs, cfg.parallelism, cfg.errorLimit)\n\n    val rowCount = result.foldLeft(0L){(a,b) => a + b.getOrElse(0L)}\n    sources.foreach(_.close())\n    logger.info(s\"Wrote $rowCount rows\")\n\n    result.foreach{\n      case Failure(e) =>\n        logger.error(e.getMessage, e)\n        throw e\n      case _ =>\n    }\n\n    if (cfg.external){\n      logger.info(\"Registering External Table\")\n      BQ.register(cfg, bq) match {\n        case Some(tbl) =>\n          val msg = s\"Registered External Table\\n$tbl\"\n          logger.info(msg)\n          Status.newBuilder.setMessage(msg).setCode(Code.OK_VALUE).build\n        case _ =>\n          val msg = s\"Failed to register External Table ${cfg.destTableSpec}\"\n          logger.info(msg)\n          Status.newBuilder.setMessage(msg).setCode(Code.OK_VALUE).build\n      }\n    } else {\n      \/\/ Submit Load job\n      val loadJobConfig = BQ.configureLoadJob(cfg, sp.bqSchema)\n      logger.info(\"Submitting load job\")\n      logger.debug(loadJobConfig)\n      val jobId = JobId.of(s\"bqcsv_load_${System.currentTimeMillis}\")\n      val job = bq.create(JobInfo.of(jobId, loadJobConfig))\n      val completed = BQ.await(job, jobId, 3600)\n      logger.info(\"Load job completed\")\n      logger.debug(completed)\n      BQ.getStatus(completed) match {\n        case Some(status) =>\n          logger.info(s\"Load job ${jobId.getJob} has status ${status.state}\")\n          if (status.hasError) {\n            val msg =\n              s\"\"\"Error:\n                 |${status.error}\n                 |${status.executionErrors.mkString(\"Execution Errors:\\n\",\"\\n\",\"\")}\"\"\".stripMargin\n            logger.error(msg)\n            Status.newBuilder.setMessage(msg).setCode(Code.CANCELLED_VALUE).build\n          } else {\n            Status.newBuilder.setCode(Code.OK_VALUE).build\n          }\n        case _ =>\n          Status.newBuilder.setMessage(\"missing status\").setCode(Code.NOT_FOUND_VALUE).build\n      }\n    }\n  }\n\n  def write(lines: Iterator[String],\n            partSize: Long,\n            delimiter: Char,\n            baseUri: java.net.URI,\n            schemaProvider: SchemaProvider,\n            gcs: Storage,\n            parallelism: Int = 4,\n            errorLimit: Long = 0)\n           (implicit ec: ExecutionContext): IndexedSeq[Try[Long]] = {\n    val orcConfig = {\n      val c = new Configuration(false)\n      OrcConf.COMPRESS.setString(c, \"ZLIB\")\n      OrcConf.COMPRESSION_STRATEGY.setString(c, \"SPEED\")\n      OrcConf.ENABLE_INDEXES.setBoolean(c, false)\n      OrcConf.OVERWRITE_OUTPUT_FILE.setBoolean(c, true)\n      OrcConf.MEMORY_POOL.setDouble(c, 0.5d)\n      OrcConf.ROWS_BETWEEN_CHECKS.setLong(c, 1024*16)\n      c\n    }\n\n    val stats = new FileSystem.Statistics(SimpleGCSFileSystem.Scheme)\n\n    val writerOptions = OrcFile.writerOptions(orcConfig)\n      .setSchema(schemaProvider.ORCSchema)\n      .memory(NoOpMemoryManager)\n      .compress(CompressionKind.ZLIB)\n      .bufferSize(OptimalCompressBuffer)\n      .enforceBufferSize\n      .fileSystem(new SimpleGCSFileSystem(gcs, stats))\n\n    val batchSize = 1024\n    val indices = 0 until parallelism\n    val appenders = indices.map{i =>\n      val id = i.toString\n      new OrcAppender(schemaProvider, delimiter, writerOptions, partSize, baseUri, stats, id,\n        batchSize, errorLimit)\n    }\n    val queues = indices.map(_ => Queues.newArrayBlockingQueue[Array[String]](64))\n    val futures = indices.map{i => Future{\n      new ORCAppendCallable(appenders(i), queues(i)).call()\n    }}\n\n    var i = 0\n    var rows = 0L\n    while (lines.hasNext){\n      val batch = lines.take(batchSize).toArray\n      queues(i).put(batch)\n      rows += batch.length\n      i += 1\n      if (i >= parallelism)\n        i = 0\n    }\n    queues.foreach(_.put(Array.empty))\n\n    val results = Await.result(Future.sequence(futures), Duration(10, TimeUnit.MINUTES))\n\n    val rowsWritten = results.foldLeft(0L)(_ + _.getOrElse(0L))\n    logger.debug(s\"$rowsWritten rows written\")\n\n    if (rowsWritten != rows)\n      logger.error(s\"rows read does not match rows written ($rows != $rowsWritten)\")\n\n    results\n  }\n\n  private class ORCAppendCallable(orc: OrcAppender,\n                                  queue: ArrayBlockingQueue[Array[String]])\n    extends Callable[Try[Long]] {\n    override def call(): Try[Long] = Try{\n      var rows: Long = 0\n      val t = Thread.currentThread\n      var continue = true\n      while (!t.isInterrupted && continue){\n        val batch = queue.take()\n        if (batch.isEmpty)\n          continue = false\n        else {\n          val result = orc.append(batch)\n          rows += result.rowId\n        }\n      }\n      orc.close()\n      rows\n    }\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/test\/scala\/com\/google\/cloud\/imf\/osc\/ConfigSpec.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass ConfigSpec extends AnyFlatSpec {\n  \"config\" should \"source\" in {\n    val args = Array(\n      \"--replace\",\n      \"--debug\",\n      \"--dataset\", \"dataset\",\n      \"--project\",\"project\",\n      \"gs:\/\/bucket\/sample2\",\n      \"project:dataset.test_table_2\",\n      \"src\/test\/resources\/sample1.txt\",\n      \"src\/test\/resources\/sample2.txt\"\n    )\n    val parsed = OSCConfigParser.parse(args)\n    assert(parsed.get.source.length == 2)\n  }\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/ExportConfig.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc.bqexport\n\nimport com.google.cloud.bigquery.storage.v1.ReadSession\nimport com.google.cloud.bigquery.storage.v1.ReadSession.TableReadOptions\n\ncase class ExportConfig(billingProjectId: String = \"\",\n                        projectId: String = \"\",\n                        dataset: String = \"\",\n                        table: String = \"\",\n                        filter: String = \"\",\n                        destUri: String = \"\",\n                        paralellism: Int = 1,\n                        outputFileType: String = \"ORC\") {\n  def projectPath = s\"projects\/$billingProjectId\"\n  def tablePath = s\"projects\/$projectId\/datasets\/$dataset\/tables\/$table\"\n\n  def readOpts: ReadSession.TableReadOptions = {\n    val builder = TableReadOptions.newBuilder\n\n    if (filter.nonEmpty)\n      builder.setRowRestriction(filter)\n\n    builder.build()\n  }\n\n  def bucket: String = new java.net.URI(destUri).getAuthority\n  def name: String = new java.net.URI(destUri).getPath.stripPrefix(\"\/\").stripSuffix(\"\/\")\n}\n"}
{"repo_name":"jasonmar\/bqcsv","path":"src\/main\/scala\/com\/google\/cloud\/imf\/osc\/bqexport\/AvroField.scala","text":"\/*\n * Copyright 2020 Google LLC All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.google.cloud.imf.osc.bqexport\n\nimport java.nio.ByteBuffer\nimport java.time.LocalDate\n\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericRecord\n\nimport scala.jdk.CollectionConverters._\n\ncase class AvroField(field: Schema.Field) {\n  val isRequired: Boolean = field.schema().getType != Schema.Type.UNION\n\n  val typeSchema: Schema =\n    if (isRequired)\n      field.schema()\n    else field.schema().getTypes.asScala\n      .filterNot(_.getType == Schema.Type.NULL)\n      .toArray.toIndexedSeq.headOption\n      .getOrElse(Schema.create(Schema.Type.NULL))\n\n  \/\/ buffer for BigInteger values representing Decimal field\n  @transient private val decimalBuf = new Array[Byte](16)\n\n  private val pos: Int = field.pos()\n  def read(row: GenericRecord, sb: StringBuilder): Unit = {\n    val v = row.get(pos)\n    if (v != null){\n      if (isDecimal) {\n        val x = AvroUtil.readDecimal(v.asInstanceOf[ByteBuffer], decimalBuf, scale)\n        sb.append(x.stripTrailingZeros().toPlainString)\n      } else if (isTimestamp) {\n        val x = new java.sql.Timestamp(v.asInstanceOf[Long] \/ 1000L)\n        sb.append(AvroUtil.printTimestamp(x))\n      } else if (isDate) {\n        val x = LocalDate.ofEpochDay(v.asInstanceOf[Int])\n        sb.append(AvroUtil.printDate(x))\n      } else if (isString) {\n        val x = v.asInstanceOf[org.apache.avro.util.Utf8].toString\n        AvroUtil.appendQuotedString(',', x, sb)\n      } else if (isLong) {\n        val x = v.asInstanceOf[Long]\n        sb.append(x)\n      } else if (isDouble) {\n        val x = v.asInstanceOf[Double]\n        sb.append(x)\n      } else if (isFloat) {\n        val x = v.asInstanceOf[Float]\n        sb.append(x)\n      } else if (isBoolean) {\n        val x = v.asInstanceOf[Boolean]\n        sb.append(x)\n      }else {\n        val msg = s\"unhandled type ${field.schema()} ${v.getClass.getCanonicalName}\"\n        throw new RuntimeException(msg)\n      }\n    } else {\n      if (isRequired) {\n        val msg = s\"missing required field ${field.name()}\"\n        throw new RuntimeException(msg)\n      }\n    }\n  }\n\n  val isDecimal: Boolean = {\n    val logicalType = typeSchema.getJsonProp(\"logicalType\")\n    if (logicalType != null){\n      \"decimal\" == logicalType.getTextValue &&\n        typeSchema.getType == Schema.Type.BYTES\n    } else false\n  }\n\n  val isTimestamp: Boolean = {\n    val logicalType = typeSchema.getJsonProp(\"logicalType\")\n    if (logicalType != null){\n      \"timestamp-micros\" == logicalType.getTextValue &&\n        typeSchema.getType == Schema.Type.LONG\n    } else false\n  }\n\n  val isDate: Boolean = {\n    val logicalType = typeSchema.getJsonProp(\"logicalType\")\n    if (logicalType != null){\n      \"date\" == logicalType.getTextValue &&\n        typeSchema.getType == Schema.Type.INT\n    } else false\n  }\n\n  val isString: Boolean = typeSchema.getType == Schema.Type.STRING\n\n  val isLong: Boolean =\n    typeSchema.getType == Schema.Type.LONG &&\n      null == typeSchema.getJsonProp(\"logicalType\")\n\n  val isFloat: Boolean =\n    typeSchema.getType == Schema.Type.FLOAT &&\n      null == typeSchema.getJsonProp(\"logicalType\")\n\n  val isDouble: Boolean =\n    typeSchema.getType == Schema.Type.DOUBLE &&\n      null == typeSchema.getJsonProp(\"logicalType\")\n\n  val isBoolean: Boolean =\n    typeSchema.getType == Schema.Type.BOOLEAN &&\n      null == typeSchema.getJsonProp(\"logicalType\")\n\n  val scale: Int = if (isDecimal) typeSchema.getJsonProp(\"scale\").getIntValue else -1\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaConnector.scala","text":"<reponame>uk-gov-mirror\/hmrc.trader-services-route-one\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport java.time.format.DateTimeFormatter\nimport java.time.ZoneId\nimport java.{util => ju}\nimport java.time.ZonedDateTime\n\n\/** Provides PEGA API headers *\/\ntrait PegaConnector {\n\n  final val httpDateFormat = DateTimeFormatter\n    .ofPattern(\"EEE, dd MMM yyyy HH:mm:ss z\", ju.Locale.ENGLISH)\n    .withZone(ZoneId.of(\"GMT\"))\n\n  \/** Headers required by the PEGA API *\/\n  final def pegaApiHeaders(correlationId: String, environment: String, token: String): Seq[(String, String)] =\n    Seq(\n      \"x-correlation-id\"    -> correlationId,\n      \"CustomProcessesHost\" -> \"Digital\",\n      \"date\"                -> httpDateFormat.format(ZonedDateTime.now),\n      \"accept\"              -> \"application\/json\",\n      \"environment\"         -> environment,\n      \"Authorization\"       -> s\"Bearer $token\"\n    )\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"project\/plugins.sbt","text":"<reponame>uk-gov-mirror\/hmrc.trader-services-route-one\nresolvers += Resolver.url(\"HMRC Sbt Plugin Releases\", url(\"https:\/\/dl.bintray.com\/hmrc\/sbt-plugin-releases\"))(\n  Resolver.ivyStylePatterns\n)\nresolvers += \"HMRC Releases\" at \"https:\/\/dl.bintray.com\/hmrc\/releases\"\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-auto-build\" % \"2.13.0\")\n\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.7.9\")\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-distributables\" % \"2.1.0\")\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-git-versioning\" % \"2.2.0\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.6.1\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.2\")\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/connectors\/FileTransferConnectorISpec.scala","text":"<reponame>uk-gov-mirror\/hmrc.trader-services-route-one\npackage uk.gov.hmrc.traderservices.connectors\n\nimport play.api.Application\nimport uk.gov.hmrc.traderservices.models._\nimport uk.gov.hmrc.traderservices.support.AppBaseISpec\nimport uk.gov.hmrc.http._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport play.api.libs.json.Json\nimport uk.gov.hmrc.traderservices.stubs.FileTransferStubs\n\nclass FileTransferConnectorISpec extends FileTransferConnectorISpecSetup {\n\n  \"FileTransferConnector\" when {\n    \"transferFile\" should {\n      \"return 202 if success\" in {\n        givenTraderServicesFileTransferSucceeds()\n        givenAuditConnector()\n        val request = testRequest\n        val result = await(connector.transferFile(request, correlationId))\n        result.success shouldBe true\n        result.httpStatus shouldBe 202\n        verifyTraderServicesFileTransferHasHappened(times = 1)\n      }\n\n      \"return failure if 403\" in {\n        givenTraderServicesFileTransferFailure(403)\n        givenAuditConnector()\n        val request = testRequest\n        val result = await(connector.transferFile(request, correlationId))\n        result.success shouldBe false\n        result.httpStatus shouldBe 403\n        verifyTraderServicesFileTransferHasHappened(times = 1)\n      }\n\n      \"retry if 499 failure\" in {\n        givenTraderServicesFileTransferFailure(499)\n        givenAuditConnector()\n        val request = testRequest\n        val result = await(connector.transferFile(request, correlationId))\n        result.success shouldBe false\n        result.httpStatus shouldBe 499\n        verifyTraderServicesFileTransferHasHappened(times = 3)\n      }\n\n      \"retry if 500 failure\" in {\n        givenTraderServicesFileTransferFailure(500)\n        givenAuditConnector()\n        val request = testRequest\n        val result = await(connector.transferFile(request, correlationId))\n        result.success shouldBe false\n        result.httpStatus shouldBe 500\n        verifyTraderServicesFileTransferHasHappened(times = 3)\n      }\n\n      \"retry if 502 failure\" in {\n        givenTraderServicesFileTransferFailure(502)\n        givenAuditConnector()\n        val request = testRequest\n        val result = await(connector.transferFile(request, correlationId))\n        result.success shouldBe false\n        result.httpStatus shouldBe 502\n        verifyTraderServicesFileTransferHasHappened(times = 3)\n      }\n    }\n  }\n}\n\ntrait FileTransferConnectorISpecSetup extends AppBaseISpec with FileTransferStubs {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  override def fakeApplication: Application = defaultAppBuilder.build()\n\n  lazy val connector: FileTransferConnector =\n    app.injector.instanceOf[FileTransferConnector]\n\n  val correlationId = java.util.UUID.randomUUID().toString()\n  val conversationId = java.util.UUID.randomUUID().toString()\n\n  val testRequest = Json\n    .parse(s\"\"\"{\n              |\"conversationId\":\"$conversationId\",\n              |\"caseReferenceNumber\":\"Risk-123\",\n              |\"applicationName\":\"Route1\",\n              |\"upscanReference\":\"XYZ0123456789\",\n              |\"downloadUrl\":\"\/dummy.jpeg\",\n              |\"fileName\":\"dummy.jpeg\",\n              |\"fileMimeType\":\"image\/jpeg\",\n              |\"checksum\":\"${\"0\" * 64}\",\n              |\"batchSize\": 1,\n              |\"batchCount\": 1\n              |}\"\"\".stripMargin)\n    .as[TraderServicesFileTransferRequest]\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/services\/AuditService.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.services\n\nimport javax.inject.Inject\n\nimport com.google.inject.Singleton\nimport play.api.mvc.Request\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.AuditExtensions._\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport scala.concurrent.ExecutionContext\n\nimport scala.concurrent.Future\nimport scala.util.Try\nimport uk.gov.hmrc.traderservices.models.TraderServicesCreateCaseRequest\nimport uk.gov.hmrc.traderservices.models.TraderServicesUpdateCaseRequest\nimport uk.gov.hmrc.traderservices.connectors.TraderServicesCaseResponse\nimport play.api.libs.json._\nimport uk.gov.hmrc.play.audit.model.ExtendedDataEvent\nimport uk.gov.hmrc.traderservices.models.UploadedFile\nimport uk.gov.hmrc.traderservices.models.EntryDetails\nimport uk.gov.hmrc.traderservices.models.TypeOfAmendment\nimport uk.gov.hmrc.traderservices.models.FileTransferResult\nimport uk.gov.hmrc.traderservices.models.FileTransferAudit\nimport java.time.LocalDate\nimport java.time.LocalTime\nimport uk.gov.hmrc.traderservices.models.ImportQuestions\nimport uk.gov.hmrc.traderservices.models.ExportQuestions\nimport play.api.Logger\n\nobject TraderServicesAuditEvent extends Enumeration {\n  type TraderServicesAuditEvent = Value\n  val CreateCase, UpdateCase = Value\n}\n\n@Singleton\nclass AuditService @Inject() (val auditConnector: AuditConnector) {\n\n  import TraderServicesAuditEvent._\n  import AuditService._\n\n  final def auditCreateCaseEvent(createRequest: TraderServicesCreateCaseRequest)(\n    createResponse: TraderServicesCaseResponse\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): Future[Unit] = {\n    val details: JsValue =\n      CreateCaseAuditEventDetails.from(createRequest, createResponse)\n    auditExtendedEvent(CreateCase, \"create-case\", details)\n  }\n\n  final def auditCreateCaseErrorEvent(\n    createResponse: TraderServicesCaseResponse\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): Future[Unit] = {\n    val details: JsValue = pegaResponseToDetails(createResponse, true)\n    Logger(getClass).error(\n      s\"\"\"Failure of CreateCase request [correlationId=${createResponse.correlationId}] because of ${createResponse.error\n        .map(_.errorCode)\n        .getOrElse(\"\")} ${createResponse.error\n        .flatMap(_.errorMessage)\n        .getOrElse(\"\")}\"\"\"\n    )\n    auditExtendedEvent(CreateCase, \"create-case\", details)\n  }\n\n  final def auditUpdateCaseEvent(updateRequest: TraderServicesUpdateCaseRequest)(\n    updateResponse: TraderServicesCaseResponse\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): Future[Unit] = {\n    val details: JsValue =\n      UpdateCaseAuditEventDetails.from(updateRequest, updateResponse)\n    auditExtendedEvent(UpdateCase, \"update-case\", details)\n  }\n\n  final def auditUpdateCaseErrorEvent(\n    updateResponse: TraderServicesCaseResponse\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): Future[Unit] = {\n    val details: JsValue = pegaResponseToDetails(updateResponse, false)\n    Logger(getClass).error(\n      s\"\"\"Failure of UpdateCase request [correlationId=${updateResponse.correlationId}] because of ${updateResponse.error\n        .map(_.errorCode)\n        .getOrElse(\"\")} ${updateResponse.error\n        .flatMap(_.errorMessage)\n        .getOrElse(\"\")}\"\"\"\n    )\n    auditExtendedEvent(UpdateCase, \"update-case\", details)\n  }\n\n  private def auditExtendedEvent(\n    event: TraderServicesAuditEvent,\n    transactionName: String,\n    details: JsValue\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): Future[Unit] =\n    sendExtended(createExtendedEvent(event, transactionName, details))\n\n  private def createExtendedEvent(\n    event: TraderServicesAuditEvent,\n    transactionName: String,\n    details: JsValue\n  )(implicit hc: HeaderCarrier, request: Request[Any], ec: ExecutionContext): ExtendedDataEvent = {\n    val tags = hc.toAuditTags(transactionName, request.path)\n    ExtendedDataEvent(\n      auditSource = \"trader-services-route-one\",\n      auditType = event.toString,\n      tags = tags,\n      detail = details\n    )\n  }\n\n  private def sendExtended(\n    events: ExtendedDataEvent*\n  )(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Unit] =\n    Future {\n      events.foreach { event =>\n        Try(auditConnector.sendExtendedEvent(event))\n      }\n    }\n\n}\n\nobject AuditService {\n\n  case class CreateCaseAuditEventDetails(\n    success: Boolean,\n    eori: Option[String],\n    caseReferenceNumber: Option[String],\n    declarationType: String,\n    entryDetails: EntryDetails,\n    requestType: Option[String],\n    routeType: Option[String],\n    priorityGoods: Option[String],\n    hasALVS: Option[Boolean],\n    freightType: Option[String],\n    vesselName: Option[String],\n    dateOfArrival: Option[LocalDate],\n    timeOfArrival: Option[LocalTime],\n    contactName: Option[String],\n    contactEmail: Option[String],\n    contactNumber: Option[String],\n    numberOfFilesUploaded: Int,\n    uploadedFiles: Seq[FileTransferAudit]\n  )\n\n  object CreateCaseAuditEventDetails {\n\n    def from(\n      createRequest: TraderServicesCreateCaseRequest,\n      createResponse: TraderServicesCaseResponse\n    ): JsValue = {\n      val requestDetails: JsObject = Json\n        .toJson(\n          createRequest.questionsAnswers match {\n            case q: ImportQuestions =>\n              CreateCaseAuditEventDetails(\n                success = true,\n                eori = createRequest.eori,\n                caseReferenceNumber = createResponse.result.map(_.caseId),\n                declarationType = \"import\",\n                entryDetails = createRequest.entryDetails,\n                requestType = Some(q.requestType.toString()),\n                routeType = Some(q.routeType.toString()),\n                priorityGoods = q.priorityGoods.map(_.toString()),\n                hasALVS = Some(q.hasALVS),\n                freightType = Some(q.freightType.toString()),\n                vesselName = q.vesselDetails.flatMap(_.vesselName),\n                dateOfArrival = q.vesselDetails.flatMap(_.dateOfArrival),\n                timeOfArrival = q.vesselDetails.flatMap(_.timeOfArrival),\n                contactName = q.contactInfo.contactName,\n                contactEmail = Some(q.contactInfo.contactEmail),\n                contactNumber = q.contactInfo.contactNumber,\n                numberOfFilesUploaded = createRequest.uploadedFiles.size,\n                uploadedFiles = combineFileUploadAndTransferResults(\n                  createRequest.uploadedFiles,\n                  createResponse.result.map(_.fileTransferResults)\n                )\n              )\n\n            case q: ExportQuestions =>\n              CreateCaseAuditEventDetails(\n                success = true,\n                eori = createRequest.eori,\n                caseReferenceNumber = createResponse.result.map(_.caseId),\n                declarationType = \"export\",\n                entryDetails = createRequest.entryDetails,\n                requestType = Some(q.requestType.toString()),\n                routeType = Some(q.routeType.toString()),\n                priorityGoods = q.priorityGoods.map(_.toString()),\n                hasALVS = None,\n                freightType = Some(q.freightType.toString()),\n                vesselName = q.vesselDetails.flatMap(_.vesselName),\n                dateOfArrival = q.vesselDetails.flatMap(_.dateOfArrival),\n                timeOfArrival = q.vesselDetails.flatMap(_.timeOfArrival),\n                contactName = q.contactInfo.contactName,\n                contactEmail = Some(q.contactInfo.contactEmail),\n                contactNumber = q.contactInfo.contactNumber,\n                numberOfFilesUploaded = createRequest.uploadedFiles.size,\n                uploadedFiles = combineFileUploadAndTransferResults(\n                  createRequest.uploadedFiles,\n                  createResponse.result.map(_.fileTransferResults)\n                )\n              )\n          }\n        )\n        .as[JsObject]\n\n      if (createResponse.result.isDefined) requestDetails\n      else\n        (requestDetails ++ pegaResponseToDetails(createResponse, true))\n    }\n\n    implicit val formats: Format[CreateCaseAuditEventDetails] =\n      Json.format[CreateCaseAuditEventDetails]\n  }\n\n  case class UpdateCaseAuditEventDetails(\n    success: Boolean,\n    eori: Option[String],\n    caseReferenceNumber: String,\n    typeOfAmendment: TypeOfAmendment,\n    responseText: Option[String] = None,\n    numberOfFilesUploaded: Int,\n    uploadedFiles: Seq[FileTransferAudit]\n  )\n\n  object UpdateCaseAuditEventDetails {\n\n    def from(\n      updateRequest: TraderServicesUpdateCaseRequest,\n      updateResponse: TraderServicesCaseResponse\n    ): JsValue = {\n      val requestDetails: JsObject = Json\n        .toJson(\n          UpdateCaseAuditEventDetails(\n            success = true,\n            eori = updateRequest.eori,\n            caseReferenceNumber = updateRequest.caseReferenceNumber,\n            typeOfAmendment = updateRequest.typeOfAmendment,\n            responseText = updateRequest.responseText,\n            numberOfFilesUploaded = updateRequest.uploadedFiles.size,\n            uploadedFiles = combineFileUploadAndTransferResults(\n              updateRequest.uploadedFiles,\n              updateResponse.result.map(_.fileTransferResults)\n            )\n          )\n        )\n        .as[JsObject]\n\n      if (updateResponse.result.isDefined) requestDetails\n      else\n        (requestDetails ++ pegaResponseToDetails(updateResponse, false))\n    }\n\n    implicit val formats: Format[UpdateCaseAuditEventDetails] =\n      Json.format[UpdateCaseAuditEventDetails]\n  }\n\n  def pegaResponseToDetails(\n    caseResponse: TraderServicesCaseResponse,\n    reportDuplicate: Boolean\n  ): JsObject =\n    Json.obj(\n      \"success\" -> caseResponse.isSuccess\n    ) ++\n      (if (caseResponse.isSuccess)\n         Json.obj(\n           \"caseReferenceNumber\" -> caseResponse.result.get.caseId\n         )\n       else\n         (if (reportDuplicate)\n            Json.obj(\n              \"duplicate\" -> caseResponse.isDuplicate\n            )\n          else Json.obj()) ++ caseResponse.error.map(e => Json.obj(\"errorCode\" -> e.errorCode)).getOrElse(Json.obj()) ++\n           caseResponse.error\n             .flatMap(_.errorMessage)\n             .map(m => Json.obj(\"errorMessage\" -> m))\n             .getOrElse(Json.obj()))\n\n  def combineFileUploadAndTransferResults(\n    uploadedFiles: Seq[UploadedFile],\n    fileTransferResults: Option[Seq[FileTransferResult]]\n  ): Seq[FileTransferAudit] =\n    uploadedFiles.map { upload =>\n      val transferResultOpt = fileTransferResults.flatMap(_.find(_.upscanReference == upload.upscanReference))\n      FileTransferAudit(\n        upscanReference = upload.upscanReference,\n        downloadUrl = upload.downloadUrl,\n        uploadTimestamp = upload.uploadTimestamp,\n        checksum = upload.checksum,\n        fileName = upload.fileName,\n        fileMimeType = upload.fileMimeType,\n        transferSuccess = transferResultOpt.map(_.success).orElse(Some(false)),\n        transferHttpStatus = transferResultOpt.map(_.httpStatus),\n        transferredAt = transferResultOpt.map(_.transferredAt),\n        transferError = transferResultOpt.flatMap(_.error)\n      )\n    }\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/connectors\/FileTransferConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport javax.inject.{Inject, Singleton}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpPost}\nimport uk.gov.hmrc.traderservices.wiring.AppConfig\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport com.kenshoo.play.metrics.Metrics\nimport com.codahale.metrics.MetricRegistry\nimport uk.gov.hmrc.traderservices.models.{FileTransferResult, TraderServicesFileTransferRequest}\nimport uk.gov.hmrc.http.HttpResponse\nimport uk.gov.hmrc.http.HttpReads.Implicits._\nimport java.time.LocalDateTime\nimport akka.actor.ActorSystem\nimport scala.concurrent.duration._\n\n@Singleton\nclass FileTransferConnector @Inject() (\n  val config: AppConfig,\n  val http: HttpPost,\n  metrics: Metrics,\n  val actorSystem: ActorSystem\n) extends HttpAPIMonitor with Retries {\n\n  override val kenshooRegistry: MetricRegistry = metrics.defaultRegistry\n\n  final lazy val url = config.fileTransferUrl\n\n  final def transferFile(fileTransferRequest: TraderServicesFileTransferRequest, correlationId: String)(implicit\n    hc: HeaderCarrier,\n    ec: ExecutionContext\n  ): Future[FileTransferResult] =\n    retry[HttpResponse](1.second, 2.seconds)(shouldRetry, errorMessage) {\n      monitor(s\"ConsumedAPI-trader-services-transfer-file-api-POST\") {\n        http\n          .POST[TraderServicesFileTransferRequest, HttpResponse](url, fileTransferRequest)\n      }\n    }.map(response =>\n      FileTransferResult(\n        fileTransferRequest.upscanReference,\n        isSuccess(response),\n        response.status,\n        LocalDateTime.now(),\n        None\n      )\n    )\n\n  private def isSuccess(response: HttpResponse): Boolean =\n    response.status >= 200 && response.status < 300\n\n  final def shouldRetry(response: HttpResponse): Boolean =\n    response.status == 499 || response.status >= 500\n\n  final def errorMessage(response: HttpResponse): String =\n    s\"HTTP response status ${response.status}\"\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/models\/ExportQuestions.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.models\n\nimport play.api.libs.json.{Format, Json}\n\ncase class ExportQuestions(\n  requestType: ExportRequestType,\n  routeType: ExportRouteType,\n  priorityGoods: Option[ExportPriorityGoods] = None,\n  freightType: ExportFreightType,\n  vesselDetails: Option[VesselDetails] = None,\n  contactInfo: ContactInfo\n) extends QuestionsAnswers\n\nobject ExportQuestions {\n\n  val tag = \"export\"\n\n  implicit val formats: Format[ExportQuestions] =\n    Json.format[ExportQuestions]\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/stubs\/UpdateCaseStubs.scala","text":"package uk.gov.hmrc.traderservices.stubs\n\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport uk.gov.hmrc.traderservices.support.WireMockSupport\n\ntrait UpdateCaseStubs {\n  me: WireMockSupport =>\n\n  val UPDATE_CASE_URL = \"\/cpr\/caserequest\/route1\/update\/v1\"\n\n  def givenPegaUpdateCaseRequestSucceeds(description: String = \"An example description.\"): Unit =\n    stubForPostWithResponse(\n      200,\n      s\"\"\"{\n         |  \"ApplicationType\" : \"Route1\",\n         |  \"OriginatingSystem\" : \"Digital\",\n         |  \"Content\": {\n         |    \"RequestType\": \"Additional Information\",\n         |    \"CaseID\": \"PCE201103470D2CC8K0NH3\",\n         |    \"Description\": \"$description\"\n         |    }\n         |}\"\"\".stripMargin,\n      \"\"\"{\n        |    \"Status\": \"Success\",\n        |    \"StatusText\": \"Case Updated successfully\",\n        |    \"CaseID\": \"PCE201103470D2CC8K0NH3\",\n        |    \"ProcessingDate\": \"2020-11-03T15:29:28.601Z\"\n        |}\"\"\".stripMargin\n    )\n\n  def verifyPegaUpdateCaseRequestHasHappened(times: Int = 1) =\n    verify(times, postRequestedFor(urlEqualTo(UPDATE_CASE_URL)))\n\n  def verifyPegaUpdateCaseRequestHasHappened(requestType: String, caseId: String, description: String): Unit =\n    verify(\n      1,\n      postRequestedFor(urlEqualTo(UPDATE_CASE_URL))\n        .withRequestBody(\n          equalToJson(\n            s\"\"\"{\n               |  \"ApplicationType\" : \"Route1\",\n               |  \"OriginatingSystem\" : \"Digital\",\n               |  \"Content\": {\n               |    \"RequestType\": \"$requestType\",\n               |    \"CaseID\": \"$caseId\",\n               |    \"Description\": \"$description\"\n               |}}\"\"\".stripMargin,\n            true,\n            true\n          )\n        )\n    )\n\n  def verifyPegaUpdateCaseRequestDidNotHappen() =\n    verify(0, postRequestedFor(urlEqualTo(UPDATE_CASE_URL)))\n\n  def givenPegaUpdateCaseRequestFails(status: Int, errorCode: String, errorMessage: String = \"\"): Unit =\n    stubForPostWithResponse(\n      status,\n      \"\"\"{\n        |  \"ApplicationType\" : \"Route1\",\n        |  \"OriginatingSystem\" : \"Digital\",\n        |  \"Content\": {}\n        |}\"\"\".stripMargin,\n      s\"\"\"{\"errorDetail\":{\n         |   \"timestamp\": \"2020-11-03T15:29:28.601Z\", \n         |   \"correlationId\": \"123123123\", \n         |   \"errorCode\": \"$errorCode\"\n         |   ${if (errorMessage.nonEmpty) s\"\"\",\"errorMessage\": \"$errorMessage\"\"\"\" else \"\"}\n         |}}\"\"\".stripMargin\n    )\n\n  private def stubForPostWithResponse(status: Int, payload: String, responseBody: String): Unit =\n    stubFor(\n      post(urlEqualTo(UPDATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .withRequestBody(equalToJson(payload, true, true))\n        .willReturn(\n          aResponse()\n            .withStatus(status)\n            .withHeader(\"Content-Type\", \"application\/json\")\n            .withBody(responseBody)\n        )\n    )\n\n  def givenPegaUpdateCaseRequestRespondsWithHtml(): Unit =\n    stubFor(\n      post(urlEqualTo(UPDATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .willReturn(\n          aResponse()\n            .withStatus(400)\n            .withHeader(\"Content-Type\", \"text\/html\")\n            .withBody(\n              \"\"\"<html>\\r\\n<head><title>400 Bad Request<\/title><\/head>\\r\\n<body bgcolor=\\\"white\\\">\\r\\n<center><h1>400 Bad Request<\/h1><\/center>\\r\\n<hr><center>nginx<\/center>\\r\\n<\/body>\\r\\n<\/html>\\r\\n\\\"\"\"\n            )\n        )\n    )\n\n  def givenPegaUpdateCaseRequestRespondsWith403WithoutContent(): Unit =\n    stubFor(\n      post(urlEqualTo(UPDATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .willReturn(\n          aResponse()\n            .withStatus(403)\n        )\n    )\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaUpdateCaseConnectorISpec.scala","text":"package uk.gov.hmrc.traderservices.connectors\n\nimport play.api.Application\nimport uk.gov.hmrc.traderservices.stubs.UpdateCaseStubs\nimport uk.gov.hmrc.traderservices.support.AppBaseISpec\nimport uk.gov.hmrc.http._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass PegaUpdateCaseConnectorISpec extends PegaUpdateCaseConnectorISpecSetup {\n\n  \"PegaUpdateCaseConnector\" when {\n    \"updateCase\" should {\n      \"return case reference id if success\" in {\n        givenPegaUpdateCaseRequestSucceeds()\n        givenAuditConnector()\n\n        val request = testRequest\n\n        val result = await(connector.updateCase(request, correlationId))\n\n        result shouldBe PegaCaseSuccess(\n          \"PCE201103470D2CC8K0NH3\",\n          \"2020-11-03T15:29:28.601Z\",\n          \"Success\",\n          \"Case Updated successfully\"\n        )\n\n        verifyPegaUpdateCaseRequestHasHappened(times = 1)\n      }\n\n      \"return error code and message if 500\" in {\n        givenPegaUpdateCaseRequestFails(500, \"500\", \"Foo Bar\")\n        givenAuditConnector()\n\n        val request = testRequest\n\n        val result = await(connector.updateCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              correlationId = Some(\"123123123\"),\n              timestamp = Some(\"2020-11-03T15:29:28.601Z\"),\n              errorCode = Some(\"500\"),\n              errorMessage = Some(\"Foo Bar\")\n            )\n        )\n\n        verifyPegaUpdateCaseRequestHasHappened(times = 3)\n      }\n\n      \"return error code and message if 403\" in {\n        givenPegaUpdateCaseRequestFails(403, \"403\", \"Bar Foo\")\n        givenAuditConnector()\n\n        val request = testRequest\n\n        val result = await(connector.updateCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              correlationId = Some(\"123123123\"),\n              timestamp = Some(\"2020-11-03T15:29:28.601Z\"),\n              errorCode = Some(\"403\"),\n              errorMessage = Some(\"Bar Foo\")\n            )\n        )\n\n        verifyPegaUpdateCaseRequestHasHappened(times = 1)\n      }\n    }\n  }\n\n}\n\ntrait PegaUpdateCaseConnectorISpecSetup extends AppBaseISpec with UpdateCaseStubs {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  override def fakeApplication: Application = defaultAppBuilder.build()\n\n  lazy val connector: PegaUpdateCaseConnector =\n    app.injector.instanceOf[PegaUpdateCaseConnector]\n\n  val correlationId = java.util.UUID.randomUUID().toString()\n\n  val testRequest = PegaUpdateCaseRequest(\n    AcknowledgementReference = \"XYZ123\",\n    ApplicationType = \"Route1\",\n    OriginatingSystem = \"Digital\",\n    Content = PegaUpdateCaseRequest.Content(\n      RequestType = \"Additional Information\",\n      CaseID = \"PCE201103470D2CC8K0NH3\",\n      Description = \"An example description.\"\n    )\n  )\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/support\/TestApplication.scala","text":"<filename>it\/uk\/gov\/hmrc\/traderservices\/support\/TestApplication.scala<gh_stars>0\npackage uk.gov.hmrc.traderservices.support\n\nimport play.api.inject.guice.GuiceApplicationBuilder\n\ntrait TestApplication {\n  _: BaseISpec =>\n\n  def defaultAppBuilder =\n    new GuiceApplicationBuilder()\n      .configure(\n        \"microservice.services.auth.port\"                              -> wireMockPort,\n        \"microservice.services.eis.cpr.caserequest.route1.host\"        -> wireMockHost,\n        \"microservice.services.eis.cpr.caserequest.route1.port\"        -> wireMockPort,\n        \"microservice.services.eis.cpr.caserequest.route1.token\"       -> \"<PASSWORD>-it-<PASSWORD>\",\n        \"microservice.services.eis.cpr.caserequest.route1.environment\" -> \"it\",\n        \"metrics.enabled\"                                              -> true,\n        \"auditing.enabled\"                                             -> true,\n        \"auditing.consumer.baseUri.host\"                               -> wireMockHost,\n        \"auditing.consumer.baseUri.port\"                               -> wireMockPort,\n        \"microservice.services.file-transfer.url\"                      -> s\"$wireMockBaseUrlAsString\/transfer-file\"\n      )\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"test\/uk\/gov\/hmrc\/traderservices\/services\/TraderServicesFileTransferRequestSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.services\n\nimport uk.gov.hmrc.traderservices.support.UnitSpec\nimport uk.gov.hmrc.traderservices.models.UploadedFile\nimport java.time.ZonedDateTime\nimport uk.gov.hmrc.traderservices.models.TraderServicesFileTransferRequest\n\nclass TraderServicesFileTransferRequestSpec extends UnitSpec {\n\n  \"TraderServicesFileTransferRequest\" should {\n    \"create TraderServicesFileTransferRequest from an uploaded file\" in {\n      val uploadedFile = UploadedFile(\n        upscanReference = \"ABC123\",\n        downloadUrl = \"http:\/\/abc\",\n        uploadTimestamp = ZonedDateTime.now,\n        checksum = \"XYZ\",\n        fileName = \"foo.png\",\n        fileMimeType = \"foo\/bar\"\n      )\n      TraderServicesFileTransferRequest.fromUploadedFile(\n        caseReferenceNumber = \"A00000A\",\n        conversationId = \"123-456-789\",\n        correlationId = \"abc-efg-ghi\",\n        applicationName = \"bar\",\n        batchSize = 7,\n        batchCount = 1,\n        uploadedFile = uploadedFile\n      ) shouldBe\n        TraderServicesFileTransferRequest(\n          conversationId = \"123-456-789\",\n          caseReferenceNumber = \"A00000A\",\n          applicationName = \"bar\",\n          upscanReference = \"ABC123\",\n          downloadUrl = \"http:\/\/abc\",\n          checksum = \"XYZ\",\n          fileName = \"foo.png\",\n          fileMimeType = \"foo\/bar\",\n          batchSize = 7,\n          batchCount = 1,\n          correlationId = Some(\"abc-efg-ghi\")\n        )\n    }\n  }\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/models\/TraderServicesCaseResponse.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport play.api.libs.json.{Format, Json}\nimport uk.gov.hmrc.traderservices.models.FileTransferResult\n\nimport java.time.LocalDateTime\n\ncase class TraderServicesResult(\n  caseId: String,\n  generatedAt: LocalDateTime,\n  fileTransferResults: Seq[FileTransferResult]\n)\n\nobject TraderServicesResult {\n  implicit val formats: Format[TraderServicesResult] =\n    Json.format[TraderServicesResult]\n}\n\ncase class TraderServicesCaseResponse(\n  \/\/ Identifier associated with a request,\n  correlationId: String,\n  \/\/ Represents an error occurred\n  error: Option[ApiError] = None,\n  \/\/ Represents the result\n  result: Option[TraderServicesResult] = None\n) {\n  def isSuccess: Boolean = error.isEmpty && result.isDefined\n  def isDuplicate: Boolean = error.exists(_.errorCode == \"409\")\n}\n\nobject TraderServicesCaseResponse {\n  implicit val formats: Format[TraderServicesCaseResponse] =\n    Json.format[TraderServicesCaseResponse]\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaCreateCaseConnectorISpec.scala","text":"package uk.gov.hmrc.traderservices.connectors\n\nimport play.api.Application\nimport uk.gov.hmrc.traderservices.models._\nimport uk.gov.hmrc.traderservices.stubs.CreateCaseStubs\nimport uk.gov.hmrc.traderservices.support.AppBaseISpec\nimport uk.gov.hmrc.http._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass PegaCreateCaseConnectorISpec extends PegaCreateCaseConnectorISpecSetup {\n\n  \"PegaCreateCaseConnector\" when {\n    \"createCase\" should {\n      \"return case reference ID if success\" in {\n        givenPegaCreateImportCaseRequestSucceeds(200)\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n        result shouldBe PegaCaseSuccess(\n          \"PCE201103470D2CC8K0NH3\",\n          \"2020-11-03T15:29:28.601Z\",\n          \"Success\",\n          \"Case created successfully\"\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n\n      \"return error code and message if 500\" in {\n        givenPegaCreateCaseRequestFails(500, \"500\", \"Foo Bar\")\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              correlationId = Some(\"123123123\"),\n              timestamp = Some(\"2020-11-03T15:29:28.601Z\"),\n              errorCode = Some(\"500\"),\n              errorMessage = Some(\"Foo Bar\")\n            )\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 3)\n      }\n\n      \"return error code and message if 403\" in {\n        givenPegaCreateCaseRequestFails(403, \"403\", \"Bar Foo\")\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              correlationId = Some(\"123123123\"),\n              timestamp = Some(\"2020-11-03T15:29:28.601Z\"),\n              errorCode = Some(\"403\"),\n              errorMessage = Some(\"Bar Foo\")\n            )\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n\n      \"return error code and message if empty content-type\" in {\n        givenPegaCreateImportCaseRespondsWithoutContentType(200)\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              errorCode = Some(\"200\"),\n              errorMessage = Some(\"Error: missing content-type header\")\n            )\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n\n      \"return error code and message if 200 with invalid success response content\" in {\n        givenPegaCreateImportRespondsWithInvalidSuccessMessage\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              errorCode = Some(\"200\"),\n              errorMessage = Some(\n                s\"POST of '$wireMockBaseUrlAsString\/cpr\/caserequest\/route1\/create\/v1' returned invalid json. Attempting to convert to uk.gov.hmrc.traderservices.connectors.PegaCaseResponse gave errors: List((\/Status,List(JsonValidationError(List(error.path.missing),WrappedArray()))), (\/CaseID,List(JsonValidationError(List(error.path.missing),WrappedArray()))))\"\n              )\n            )\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n\n      \"return error code and message if 403 with invalid error response content\" in {\n        givenPegaCreateImportRespondsWithInvalidErrorMessage()\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        val result = await(connector.createCase(request, correlationId))\n\n        result shouldBe PegaCaseError(errorDetail =\n          PegaCaseError\n            .ErrorDetail(\n              errorCode = Some(\"403\"),\n              errorMessage = Some(\n                s\"POST of '$wireMockBaseUrlAsString\/cpr\/caserequest\/route1\/create\/v1' returned invalid json. Attempting to convert to uk.gov.hmrc.traderservices.connectors.PegaCaseResponse gave errors: List((\/errorDetail,List(JsonValidationError(List(error.path.missing),WrappedArray()))))\"\n              )\n            )\n        )\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n\n      \"throw an error if strange response status\" in {\n        givenPegaCreateImportCaseRequestSucceeds(300)\n        givenAuditConnector()\n\n        val request = testCreateImportCaseRequest\n\n        an[Upstream5xxResponse] shouldBe thrownBy {\n          await(connector.createCase(request, correlationId))\n        }\n        verifyPegaCreateCaseRequestHasHappened(times = 1)\n      }\n    }\n  }\n\n}\n\ntrait PegaCreateCaseConnectorISpecSetup extends AppBaseISpec with CreateCaseStubs {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  override def fakeApplication: Application = defaultAppBuilder.build()\n\n  lazy val connector: PegaCreateCaseConnector =\n    app.injector.instanceOf[PegaCreateCaseConnector]\n\n  val correlationId = java.util.UUID.randomUUID().toString()\n\n  val testCreateImportCaseRequest = PegaCreateCaseRequest(\n    AcknowledgementReference = \"XYZ123\",\n    ApplicationType = \"Route1\",\n    OriginatingSystem = \"Digital\",\n    Content = PegaCreateCaseRequest.Content(\n      EntryType = \"Import\",\n      RequestType = \"New\",\n      EntryProcessingUnit = \"002\",\n      Route = \"Route 1\",\n      EntryNumber = \"223456A\",\n      VesselName = Some(\"Vessel Name\"),\n      EntryDate = \"20200902\",\n      VesselEstimatedDate = Some(\"20201029\"),\n      VesselEstimatedTime = Some(\"234500\"),\n      FreightOption = \"Maritime\",\n      EORI = Some(\"GB123456789012345\"),\n      TelephoneNumber = Some(\"07123456789\"),\n      EmailAddress = \"<EMAIL>\"\n    )\n  )\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"it\/uk\/gov\/hmrc\/traderservices\/stubs\/CreateCaseStubs.scala","text":"<gh_stars>0\npackage uk.gov.hmrc.traderservices.stubs\n\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport uk.gov.hmrc.traderservices.support.WireMockSupport\n\ntrait CreateCaseStubs {\n  me: WireMockSupport =>\n\n  val CREATE_CASE_URL = \"\/cpr\/caserequest\/route1\/create\/v1\"\n\n  val validResponseBody =\n    \"\"\"{\n      |    \"Status\": \"Success\",\n      |    \"StatusText\": \"Case created successfully\",\n      |    \"CaseID\": \"PCE201103470D2CC8K0NH3\",\n      |    \"ProcessingDate\": \"2020-11-03T15:29:28.601Z\"\n      |}\"\"\".stripMargin\n\n  val validCreateImportCasePayload =\n    \"\"\"{\n      |  \"ApplicationType\" : \"Route1\",\n      |  \"OriginatingSystem\" : \"Digital\",\n      |  \"Content\": {\n      |    \"EntryType\":\"Import\",\n      |    \"RequestType\":\"New\",\n      |    \"EntryProcessingUnit\":\"002\",\n      |    \"Route\":\"Route 1\",\n      |    \"EntryNumber\":\"223456A\",\n      |    \"VesselName\":\"Vessel Name\",\n      |    \"EntryDate\":\"20200902\",\n      |    \"VesselEstimatedDate\":\"20201029\",\n      |    \"VesselEstimatedTime\":\"234500\",\n      |    \"FreightOption\":\"Maritime\",\n      |    \"EORI\":\"GB123456789012345\",\n      |    \"TelephoneNumber\":\"07123456789\",\n      |    \"EmailAddress\":\"<EMAIL>\"\n      |    }\n      |}\"\"\".stripMargin\n\n  val validCreateExportCasePayload =\n    \"\"\"{\n      |  \"ApplicationType\" : \"Route1\",\n      |  \"OriginatingSystem\" : \"Digital\",\n      |  \"Content\": {\n      |    \"EntryType\":\"Export\",\n      |    \"RequestType\":\"New\",\n      |    \"EntryProcessingUnit\":\"002\",\n      |    \"Route\":\"Route 1\",\n      |    \"EntryNumber\":\"A23456A\",\n      |    \"VesselName\":\"<NAME>\",\n      |    \"EntryDate\":\"20200902\",\n      |    \"VesselEstimatedDate\":\"20201029\",\n      |    \"VesselEstimatedTime\":\"234500\",\n      |    \"FreightOption\":\"Maritime\",\n      |    \"EORI\":\"GB123456789012345\",\n      |    \"TelephoneNumber\":\"07123456789\",\n      |    \"EmailAddress\":\"<EMAIL>\",\n      |    \"Priority\" : \"Live animals\"\n      |    }\n      |}\"\"\".stripMargin\n\n  def givenPegaCreateImportCaseRequestSucceeds(status: Int): Unit =\n    stubForPostWithResponse(status, validCreateImportCasePayload, validResponseBody)\n\n  def givenPegaCreateExportCaseRequestSucceeds(): Unit =\n    stubForPostWithResponse(200, validCreateExportCasePayload, validResponseBody)\n\n  def verifyPegaCreateCaseRequestHasHappened(times: Int = 1) =\n    verify(times, postRequestedFor(urlEqualTo(CREATE_CASE_URL)))\n\n  def verifyPegaCreateCaseRequestDidNotHappen() =\n    verify(0, postRequestedFor(urlEqualTo(CREATE_CASE_URL)))\n\n  def givenPegaCreateCaseRequestFails(status: Int, errorCode: String, errorMessage: String = \"\"): Unit =\n    stubForPostWithResponse(\n      status,\n      \"\"\"{\n        |  \"ApplicationType\" : \"Route1\",\n        |  \"OriginatingSystem\" : \"Digital\",\n        |  \"Content\": {}\n        |}\"\"\".stripMargin,\n      s\"\"\"{\"errorDetail\":{\n         |   \"timestamp\": \"2020-11-03T15:29:28.601Z\", \n         |   \"correlationId\": \"123123123\", \n         |   \"errorCode\": \"$errorCode\"\n         |   ${if (errorMessage.nonEmpty) s\"\"\",\"errorMessage\": \"$errorMessage\"\"\"\" else \"\"}\n         |}}\"\"\".stripMargin\n    )\n\n  private def stubForPostWithResponse(status: Int, payload: String, responseBody: String): Unit =\n    stubFor(\n      post(urlEqualTo(CREATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .withRequestBody(equalToJson(payload, true, true))\n        .willReturn(\n          aResponse()\n            .withStatus(status)\n            .withHeader(\"Content-Type\", \"application\/json\")\n            .withBody(responseBody)\n        )\n    )\n\n  def givenPegaCreateCaseRequestRespondsWithHtml(): Unit =\n    stubFor(\n      post(urlEqualTo(CREATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .willReturn(\n          aResponse()\n            .withStatus(400)\n            .withHeader(\"Content-Type\", \"text\/html\")\n            .withBody(\n              \"\"\"<html>\\r\\n<head><title>400 Bad Request<\/title><\/head>\\r\\n<body bgcolor=\\\"white\\\">\\r\\n<center><h1>400 Bad Request<\/h1><\/center>\\r\\n<hr><center>nginx<\/center>\\r\\n<\/body>\\r\\n<\/html>\\r\\n\\\"\"\"\n            )\n        )\n    )\n\n  def givenPegaCreateCaseRequestRespondsWith403WithoutContent(): Unit =\n    stubFor(\n      post(urlEqualTo(CREATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .willReturn(\n          aResponse()\n            .withStatus(403)\n        )\n    )\n\n  def givenPegaCreateImportCaseRespondsWithoutContentType(status: Int): Unit =\n    stubFor(\n      post(urlEqualTo(CREATE_CASE_URL))\n        .withHeader(\"x-correlation-id\", matching(\"[A-Za-z0-9-]{36}\"))\n        .withHeader(\"CustomProcessesHost\", equalTo(\"Digital\"))\n        .withHeader(\"date\", matching(\"[A-Za-z0-9,: ]{29}\"))\n        .withHeader(\"accept\", equalTo(\"application\/json\"))\n        .withHeader(\"content-Type\", equalTo(\"application\/json\"))\n        .withHeader(\"authorization\", equalTo(\"Bearer dummy-it-token\"))\n        .withHeader(\"environment\", equalTo(\"it\"))\n        .withRequestBody(equalToJson(validCreateImportCasePayload, true, true))\n        .willReturn(\n          aResponse()\n            .withStatus(status)\n            .withBody(validResponseBody)\n        )\n    )\n\n  def givenPegaCreateImportRespondsWithInvalidSuccessMessage(): Unit =\n    stubForPostWithResponse(\n      200,\n      validCreateImportCasePayload,\n      \"\"\"{\n        |    \"Success\": true,\n        |    \"StatusText\": \"Case created successfully\",\n        |    \"CaseId\": \"PCE201103470D2CC8K0NH3\",\n        |    \"ProcessingDate\": \"2020-11-03T15:29:28.601Z\"\n        |}\"\"\".stripMargin\n    )\n\n  def givenPegaCreateImportRespondsWithInvalidErrorMessage(): Unit =\n    stubForPostWithResponse(\n      403,\n      validCreateImportCasePayload,\n      s\"\"\"{\n         |   \"timestamp\": \"2020-11-03T15:29:28.601Z\", \n         |   \"correlationId\": \"123123123\", \n         |   \"errorCode\": \"404\",\n         |   \"errorMessage\": \"foo\"\n         |}\"\"\".stripMargin\n    )\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaCaseResponse.scala","text":"<reponame>uk-gov-mirror\/hmrc.trader-services-route-one<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport play.api.libs.json.{Format, Json}\nimport play.api.libs.json.JsObject\n\nsealed trait PegaCaseResponse\n\ncase class PegaCaseSuccess(\n  CaseID: String,\n  ProcessingDate: String,\n  Status: String,\n  StatusText: String\n) extends PegaCaseResponse\n\nobject PegaCaseSuccess {\n  implicit val formats: Format[PegaCaseSuccess] =\n    Json.format[PegaCaseSuccess]\n}\n\ncase class PegaCaseError(\n  errorDetail: PegaCaseError.ErrorDetail\n) extends PegaCaseResponse {\n\n  final def errorCode: Option[String] = errorDetail.errorCode\n  final def errorMessage: Option[String] = errorDetail.errorMessage\n\n  final def isDuplicateCaseError: Boolean =\n    errorDetail.errorMessage.exists(_.replace(\" \", \"\").startsWith(\"999:\"))\n\n  final def duplicateCaseID: Option[String] =\n    errorDetail.errorMessage.map(_.replace(\" \", \"\").drop(4))\n\n  final def isIntermittent: Boolean =\n    !isDuplicateCaseError &&\n      (errorDetail.errorCode.contains(\"499\") ||\n        errorDetail.errorCode.exists(_.startsWith(\"5\")))\n\n}\n\nobject PegaCaseError {\n\n  def fromStatusAndMessage(status: Int, message: String): PegaCaseError =\n    PegaCaseError(errorDetail = ErrorDetail(None, None, Some(status.toString), Some(message)))\n\n  case class ErrorDetail(\n    correlationId: Option[String] = None,\n    timestamp: Option[String] = None,\n    errorCode: Option[String] = None,\n    errorMessage: Option[String] = None,\n    source: Option[String] = None,\n    sourceFaultDetail: Option[PegaCaseError.ErrorDetail.SourceFaultDetail] = None\n  )\n\n  object ErrorDetail {\n\n    case class SourceFaultDetail(\n      detail: Option[Seq[String]] = None,\n      restFault: Option[JsObject] = None,\n      soapFault: Option[JsObject] = None\n    )\n\n    object SourceFaultDetail {\n      implicit val formats: Format[SourceFaultDetail] =\n        Json.format[SourceFaultDetail]\n\n    }\n\n    implicit val formats: Format[ErrorDetail] =\n      Json.format[ErrorDetail]\n  }\n\n  implicit val formats: Format[PegaCaseError] =\n    Json.format[PegaCaseError]\n\n}\n\nobject PegaCaseResponse {\n\n  final def shouldRetry(response: PegaCaseResponse): Boolean =\n    response match {\n      case e: PegaCaseError if e.isIntermittent => true\n      case _                                    => false\n    }\n\n  final def errorMessage(response: PegaCaseResponse): String =\n    response match {\n      case PegaCaseError(errorDetail) =>\n        s\"${errorDetail.errorCode.getOrElse(\"\")} ${errorDetail.errorMessage.getOrElse(\"\")}\"\n      case _ => \"\"\n    }\n\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaCreateCaseRequest.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport play.api.libs.json.{Format, Json}\nimport uk.gov.hmrc.traderservices.models._\nimport java.time.format.DateTimeFormatter\n\n\/**\n  * Create specified case in the PEGA system.\n  * Based on spec \"CPR01-1.0.0-EIS API Specification-Create Case from MDTP\"\n  *\n  * @param AcknowledgementReference Unique id created at source after a form is saved Unique ID throughout the journey of a message-stored in CSG data records, may be passed to Decision Service, CSG records can be searched using this field etc.\n  * @param ApplicationType Its key value to create the case for respective process.\n  * @param OriginatingSystem \u201cDigital\u201d for all requests originating in Digital\n  *\/\ncase class PegaCreateCaseRequest(\n  AcknowledgementReference: String,\n  ApplicationType: String,\n  OriginatingSystem: String,\n  Content: PegaCreateCaseRequest.Content\n)\n\nobject PegaCreateCaseRequest {\n\n  \/**\n    * @param EntryType specify whether it is Import or Export.\n    * @param RequestType specify the request type.\n    * @param EntryNumber CHIEF entry number value.\n    * @param Route route value for this application.\n    * @param EntryProcessingUnit 3 digit entry processing unit.\n    * @param EntryDate CHIEF entry date in YYYYMMDD format.\n    * @param FreightOption freight option value.\n    * @param EmailAddress trader email address.\n    * @param Priority value of priority.\n    * @param VesselName the Vessel Name, this field is mandatory when Route has a value of Hold and Freight Option has a value of Meritime; not needed otherwise.\n    * @param VesselEstimatedDate the Vessel Estimated Date in YYYYMMDD format.\n    * @param VesselEstimatedTime the Vessel Estimated Time in HHMMSS format.\n    * @param MUCR the Master Unique Consignment Reference.\n    * @param IsALVS This field is used hold the Boolean value of IsALVS.\n    * @param TraderName This field is used hold the TraderName when supplied.\n    * @param EORI This field is used to hold the EORI value entered by the user.\n    * @param TelephoneNumber This field is used to hold the trader telephone number.\n    *\/\n  case class Content(\n    EntryType: String,\n    RequestType: String,\n    EntryNumber: String,\n    Route: String,\n    EntryProcessingUnit: String,\n    EntryDate: String,\n    FreightOption: String,\n    EmailAddress: String,\n    Priority: Option[String] = None,\n    VesselName: Option[String] = None,\n    VesselEstimatedDate: Option[String] = None,\n    VesselEstimatedTime: Option[String] = None,\n    MUCR: Option[String] = None,\n    IsALVS: Option[String] = None,\n    TraderName: Option[String] = None,\n    EORI: Option[String] = None,\n    TelephoneNumber: Option[String] = None\n  )\n\n  object Content {\n    implicit val formats: Format[Content] = Json.format[Content]\n\n    val dateFormat = DateTimeFormatter.ofPattern(\"yyyyMMdd\")\n    val timeFormat = DateTimeFormatter.ofPattern(\"HHmmss\")\n\n    def from(request: TraderServicesCreateCaseRequest): Content =\n      request.questionsAnswers match {\n        case ImportQuestions(\n              requestType,\n              routeType,\n              priorityGoods,\n              hasALVS,\n              freightType,\n              vesselDetails,\n              contactInfo\n            ) =>\n          Content(\n            EntryType = \"Import\",\n            RequestType = importRequestTypeToPegaValue(requestType),\n            EntryNumber = request.entryDetails.entryNumber.value,\n            Route = importRouteTypeToPegaValue(routeType),\n            EntryProcessingUnit = f\"${request.entryDetails.epu.value}%03d\",\n            EntryDate = dateFormat.format(request.entryDetails.entryDate),\n            FreightOption = importFreightTypeToPegaValue(freightType),\n            Priority = priorityGoods.map(importPriorityGoodsToPegaValue),\n            VesselName = vesselDetails.flatMap(_.vesselName),\n            VesselEstimatedDate = vesselDetails.flatMap(_.dateOfArrival.map(dateFormat.format)),\n            VesselEstimatedTime = vesselDetails.flatMap(_.timeOfArrival.map(timeFormat.format)),\n            IsALVS = Some(if (hasALVS) \"true\" else \"false\"),\n            EORI = request.eori,\n            TelephoneNumber = contactInfo.contactNumber,\n            EmailAddress = contactInfo.contactEmail,\n            MUCR = None,\n            TraderName = contactInfo.contactName\n          )\n        case ExportQuestions(\n              requestType,\n              routeType,\n              priorityGoods,\n              freightType,\n              vesselDetails,\n              contactInfo\n            ) =>\n          Content(\n            EntryType = \"Export\",\n            RequestType = exportRequestTypeToPegaValue(requestType),\n            EntryNumber = request.entryDetails.entryNumber.value,\n            Route = exportRouteTypeToPegaValue(routeType),\n            EntryProcessingUnit = f\"${request.entryDetails.epu.value}%03d\",\n            EntryDate = dateFormat.format(request.entryDetails.entryDate),\n            FreightOption = exportFreightTypeToPegaValue(freightType),\n            Priority = priorityGoods.map(exportPriorityGoodsToPegaValue),\n            VesselName = vesselDetails.flatMap(_.vesselName),\n            VesselEstimatedDate = vesselDetails.flatMap(_.dateOfArrival.map(dateFormat.format)),\n            VesselEstimatedTime = vesselDetails.flatMap(_.timeOfArrival.map(timeFormat.format)),\n            IsALVS = None,\n            EORI = request.eori,\n            TelephoneNumber = contactInfo.contactNumber,\n            EmailAddress = contactInfo.contactEmail,\n            MUCR = None,\n            TraderName = contactInfo.contactName\n          )\n      }\n  }\n\n  implicit val formats: Format[PegaCreateCaseRequest] = Json.format[PegaCreateCaseRequest]\n\n  val importRequestTypeToPegaValue: ImportRequestType => String = {\n    case ImportRequestType.New          => \"New\"\n    case ImportRequestType.Cancellation => \"Cancellation\"\n  }\n\n  val importRouteTypeToPegaValue: ImportRouteType => String = {\n    case ImportRouteType.Route1    => \"Route 1\"\n    case ImportRouteType.Route1Cap => \"Route 1 CAP\"\n    case ImportRouteType.Route2    => \"Route 2\"\n    case ImportRouteType.Route3    => \"Route 3\"\n    case ImportRouteType.Route6    => \"Route 6\"\n    case ImportRouteType.Hold      => \"Hold\"\n  }\n\n  val importFreightTypeToPegaValue: ImportFreightType => String = {\n    case ImportFreightType.Maritime => \"Maritime\"\n    case ImportFreightType.Air      => \"Air\"\n    case ImportFreightType.RORO     => \"Road, rail or roll-on, roll-off (RORO)\"\n  }\n\n  val importPriorityGoodsToPegaValue: ImportPriorityGoods => String = {\n    case ImportPriorityGoods.ExplosivesOrFireworks => \"Explosives\/Fireworks\"\n    case ImportPriorityGoods.LiveAnimals           => \"Live animals\"\n    case ImportPriorityGoods.HumanRemains          => \"Human remains\"\n  }\n\n  val exportRequestTypeToPegaValue: ExportRequestType => String = {\n    case ExportRequestType.New                => \"New\"\n    case ExportRequestType.Cancellation       => \"Cancellation\"\n    case ExportRequestType.C1601              => \"C1601\"\n    case ExportRequestType.C1602              => \"C1602\"\n    case ExportRequestType.C1603              => \"C1603\"\n    case ExportRequestType.WithdrawalOrReturn => \"Withdrawal or return of goods\"\n  }\n\n  val exportRouteTypeToPegaValue: ExportRouteType => String = {\n    case ExportRouteType.Route1    => \"Route 1\"\n    case ExportRouteType.Route1Cap => \"Route 1 CAP\"\n    case ExportRouteType.Route2    => \"Route 2\"\n    case ExportRouteType.Route3    => \"Route 3\"\n    case ExportRouteType.Route6    => \"Route 6\"\n    case ExportRouteType.Hold      => \"Hold\"\n  }\n\n  val exportFreightTypeToPegaValue: ExportFreightType => String = {\n    case ExportFreightType.Maritime => \"Maritime\"\n    case ExportFreightType.Air      => \"Air\"\n    case ExportFreightType.RORO     => \"Road, rail or roll-on, roll-off (RORO)\"\n  }\n\n  val exportPriorityGoodsToPegaValue: ExportPriorityGoods => String = {\n    case ExportPriorityGoods.ExplosivesOrFireworks => \"Explosives\/Fireworks\"\n    case ExportPriorityGoods.LiveAnimals           => \"Live animals\"\n    case ExportPriorityGoods.HumanRemains          => \"Human remains\"\n  }\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"app\/uk\/gov\/hmrc\/traderservices\/controllers\/CreateUpdateCaseController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.controllers\nimport play.api.libs.json.Json\nimport play.api.mvc._\nimport play.api.{Configuration, Environment}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport uk.gov.hmrc.traderservices.connectors.{PegaCreateCaseRequest, _}\nimport uk.gov.hmrc.traderservices.models._\nimport uk.gov.hmrc.traderservices.services.AuditService\nimport uk.gov.hmrc.traderservices.wiring.AppConfig\n\nimport java.{util => ju}\nimport javax.inject.{Inject, Singleton}\nimport scala.concurrent.{ExecutionContext, Future}\nimport java.time.LocalDateTime\nimport java.util.UUID\n\n@Singleton\nclass CreateUpdateCaseController @Inject() (\n  val authConnector: MicroserviceAuthConnector,\n  val createCaseConnector: PegaCreateCaseConnector,\n  val updateCaseConnector: PegaUpdateCaseConnector,\n  val fileTransferConnector: FileTransferConnector,\n  val env: Environment,\n  val appConfig: AppConfig,\n  val auditService: AuditService,\n  cc: ControllerComponents\n)(implicit val configuration: Configuration, ec: ExecutionContext)\n    extends BackendController(cc) with AuthActions with ControllerHelper {\n  \/\/ POST \/create-case\n  def createCase: Action[String] =\n    Action.async(parseTolerantTextUtf8) { implicit request =>\n      val correlationId = request.headers\n        .get(\"X-Correlation-Id\")\n        .orElse(\n          request.headers\n            .get(\"X-Request-Id\")\n            .map(_.takeRight(36))\n        )\n        .getOrElse(ju.UUID.randomUUID().toString())\n\n      withAuthorised {\n        withPayload[TraderServicesCreateCaseRequest] { createCaseRequest =>\n          createCaseInPegaAndUploadFiles(\n            createCaseRequest,\n            correlationId,\n            auditService.auditCreateCaseEvent(createCaseRequest)\n          )\n\n        } {\n          \/\/ when incoming request's payload validation fails\n          case (errorCode, errorMessage) =>\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(errorCode, Some(errorMessage))\n              )\n            )\n            auditService\n              .auditCreateCaseErrorEvent(response)\n              .map(_ => BadRequest(Json.toJson(response)))\n        }\n      }\n        .recoverWith {\n          \/\/ last resort fallback when request processing fails\n          case e =>\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(\"500\", Some(e.getMessage()))\n              )\n            )\n            auditService\n              .auditCreateCaseErrorEvent(response)\n              .map(_ => InternalServerError(Json.toJson(response)))\n        }\n    }\n\n  \/\/ POST \/update-case\n  def updateCase: Action[String] =\n    Action.async(parseTolerantTextUtf8) { implicit request =>\n      val correlationId = request.headers\n        .get(\"x-correlation-id\")\n        .orElse(\n          request.headers\n            .get(\"X-Request-Id\")\n            .map(_.takeRight(36))\n        )\n        .getOrElse(ju.UUID.randomUUID().toString())\n\n      withAuthorised {\n        withPayload[TraderServicesUpdateCaseRequest] { updateCaseRequest =>\n          updateCaseInPega(\n            updateCaseRequest,\n            correlationId,\n            auditService.auditUpdateCaseEvent(updateCaseRequest)\n          )\n\n        } {\n          \/\/ when incoming request's payload validation fails\n          case (errorCode, errorMessage) =>\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(errorCode, Some(errorMessage))\n              )\n            )\n            auditService\n              .auditUpdateCaseErrorEvent(response)\n              .map(_ => BadRequest(Json.toJson(response)))\n        }\n      }\n        .recoverWith {\n          \/\/ last resort fallback when request processing fails\n          case e =>\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(\"500\", Some(e.getMessage()))\n              )\n            )\n            auditService\n              .auditUpdateCaseErrorEvent(response)\n              .map(_ => InternalServerError(Json.toJson(response)))\n        }\n    }\n\n  private def createCaseInPegaAndUploadFiles(\n    createCaseRequest: TraderServicesCreateCaseRequest,\n    correlationId: String,\n    audit: TraderServicesCaseResponse => Future[Unit]\n  )(implicit\n    hc: HeaderCarrier\n  ): Future[Result] = {\n    val pegaCreateCaseRequest = PegaCreateCaseRequest(\n      AcknowledgementReference = correlationId.replace(\"-\", \"\"),\n      ApplicationType = \"Route1\",\n      OriginatingSystem = \"Digital\",\n      Content = PegaCreateCaseRequest.Content.from(createCaseRequest)\n    )\n\n    createCaseConnector\n      .createCase(pegaCreateCaseRequest, correlationId)\n      .flatMap {\n        case success: PegaCaseSuccess =>\n          transferFilesToPega(success.CaseID, correlationId, createCaseRequest.uploadedFiles)\n            .flatMap { fileTransferResults =>\n              val response = TraderServicesCaseResponse(\n                correlationId = correlationId,\n                result = Option(\n                  TraderServicesResult(success.CaseID, LocalDateTime.now(), fileTransferResults)\n                )\n              )\n              audit(response)\n                .map(_ => Created(Json.toJson(response)))\n            }\n        \/\/ when request to the upstream api returns an error\n        case error: PegaCaseError =>\n          if (error.isDuplicateCaseError) {\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(\n                  errorCode = \"409\",\n                  errorMessage = error.duplicateCaseID\n                )\n              )\n            )\n            audit(response)\n              .map(_ => Conflict(Json.toJson(response)))\n          } else {\n            val response = TraderServicesCaseResponse(\n              correlationId = correlationId,\n              error = Some(\n                ApiError(\n                  errorCode = error.errorCode.getOrElse(\"ERROR_UPSTREAM_UNDEFINED\"),\n                  errorMessage = error.errorMessage\n                )\n              )\n            )\n            audit(response)\n              .map(_ => BadRequest(Json.toJson(response)))\n          }\n      }\n  }\n\n  private def updateCaseInPega(\n    updateCaseRequest: TraderServicesUpdateCaseRequest,\n    correlationId: String,\n    audit: TraderServicesCaseResponse => Future[Unit]\n  )(implicit\n    hc: HeaderCarrier\n  ): Future[Result] = {\n    val pegaUpdateCaseRequest = PegaUpdateCaseRequest(\n      AcknowledgementReference = correlationId.replace(\"-\", \"\"),\n      ApplicationType = \"Route1\",\n      OriginatingSystem = \"Digital\",\n      Content = PegaUpdateCaseRequest.Content.from(updateCaseRequest)\n    )\n\n    updateCaseConnector\n      .updateCase(pegaUpdateCaseRequest, correlationId)\n      .flatMap {\n        case success: PegaCaseSuccess =>\n          transferFilesToPega(updateCaseRequest.caseReferenceNumber, correlationId, updateCaseRequest.uploadedFiles)\n            .flatMap { fileTransferResults =>\n              val response = TraderServicesCaseResponse(\n                correlationId = correlationId,\n                result = Option(\n                  TraderServicesResult(success.CaseID, LocalDateTime.now(), fileTransferResults)\n                )\n              )\n              audit(response)\n                .map(_ => Created(Json.toJson(response)))\n            }\n        \/\/ when request to the upstream api returns an error\n        case error: PegaCaseError =>\n          val response = TraderServicesCaseResponse(\n            correlationId = correlationId,\n            error = Some(\n              ApiError(\n                errorCode = error.errorCode.getOrElse(\"ERROR_UPSTREAM_UNDEFINED\"),\n                errorMessage = error.errorMessage\n              )\n            )\n          )\n          audit(response)\n            .map(_ => BadRequest(Json.toJson(response)))\n      }\n  }\n\n  private def transferFilesToPega(\n    caseReferenceNumber: String,\n    conversationId: String,\n    uploadedFiles: Seq[UploadedFile]\n  )(implicit hc: HeaderCarrier): Future[Seq[FileTransferResult]] =\n    Future.sequence(\n      uploadedFiles.zipWithIndex\n        .map {\n          case (file, index) =>\n            TraderServicesFileTransferRequest\n              .fromUploadedFile(\n                caseReferenceNumber,\n                conversationId,\n                correlationId = UUID.randomUUID().toString(),\n                applicationName = \"Route1\",\n                batchSize = uploadedFiles.size,\n                batchCount = index + 1,\n                uploadedFile = file\n              )\n        }\n        .map(fileTransferConnector.transferFile(_, conversationId))\n    )\n}\n"}
{"repo_name":"uk-gov-mirror\/hmrc.trader-services-route-one","path":"test\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaCreateCaseRequestSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/traderservices\/connectors\/PegaCreateCaseRequestSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.traderservices.connectors\n\nimport uk.gov.hmrc.traderservices.support.UnitSpec\nimport uk.gov.hmrc.traderservices.models._\nimport java.time.LocalDate\nimport java.time.ZonedDateTime\nimport java.time.ZoneId\nimport java.time.LocalTime\n\nclass PegaCreateCaseRequestSpec extends UnitSpec {\n\n  \"PegaCreateCaseRequest.Content\" should {\n    for {\n      requestType   <- ImportRequestType.values\n      routeType     <- ImportRouteType.values\n      priorityGoods <- ImportPriorityGoods.values.map(Option.apply) ++ Set(None)\n      hasALVS       <- Set(true, false)\n      freightType   <- ImportFreightType.values\n    } s\"build Content from create import case request having [$requestType,$routeType,$priorityGoods,$hasALVS,$freightType]\" in {\n      PegaCreateCaseRequest.Content\n        .from(serviceCreateImportCaseRequest(requestType, routeType, priorityGoods, hasALVS, freightType))\n        .shouldBe(\n          PegaCreateCaseRequest.Content(\n            EntryType = \"Import\",\n            RequestType = PegaCreateCaseRequest.importRequestTypeToPegaValue(requestType),\n            EntryProcessingUnit = \"002\",\n            Route = PegaCreateCaseRequest.importRouteTypeToPegaValue(routeType),\n            EntryNumber = \"223456A\",\n            VesselName = Some(\"Vessel Name\"),\n            EntryDate = \"20200902\",\n            VesselEstimatedDate = Some(\"20201029\"),\n            VesselEstimatedTime = Some(\"234500\"),\n            FreightOption = PegaCreateCaseRequest.importFreightTypeToPegaValue(freightType),\n            EORI = Some(\"GB123456789012345\"),\n            TelephoneNumber = Some(\"07123456789\"),\n            TraderName = Some(\"<NAME>\"),\n            EmailAddress = \"<EMAIL>\",\n            Priority = priorityGoods.map(PegaCreateCaseRequest.importPriorityGoodsToPegaValue),\n            IsALVS = if (hasALVS) Some(\"true\") else Some(\"false\")\n          )\n        )\n    }\n\n    for {\n      requestType   <- ExportRequestType.values\n      routeType     <- ExportRouteType.values\n      priorityGoods <- ExportPriorityGoods.values.map(Option.apply) ++ Set(None)\n      freightType   <- ExportFreightType.values\n    } s\"build Content from create export case request having [$requestType,$routeType,$priorityGoods,$freightType]\" in {\n      PegaCreateCaseRequest.Content\n        .from(serviceCreateExportCaseRequest(requestType, routeType, priorityGoods, freightType))\n        .shouldBe(\n          PegaCreateCaseRequest.Content(\n            EntryType = \"Export\",\n            RequestType = PegaCreateCaseRequest.exportRequestTypeToPegaValue(requestType),\n            EntryProcessingUnit = \"002\",\n            Route = PegaCreateCaseRequest.exportRouteTypeToPegaValue(routeType),\n            EntryNumber = \"A23456A\",\n            VesselName = Some(\"Vessel Name\"),\n            EntryDate = \"20200902\",\n            VesselEstimatedDate = Some(\"20201029\"),\n            VesselEstimatedTime = Some(\"234500\"),\n            FreightOption = PegaCreateCaseRequest.exportFreightTypeToPegaValue(freightType),\n            EORI = Some(\"GB123456789012345\"),\n            TelephoneNumber = Some(\"07123456789\"),\n            TraderName = Some(\"<NAME>\"),\n            EmailAddress = \"<EMAIL>\",\n            Priority = priorityGoods.map(PegaCreateCaseRequest.exportPriorityGoodsToPegaValue),\n            IsALVS = None\n          )\n        )\n    }\n  }\n\n  def serviceCreateImportCaseRequest(\n    requestType: ImportRequestType,\n    routeType: ImportRouteType,\n    priorityGoods: Option[ImportPriorityGoods],\n    hasALVS: Boolean,\n    freightType: ImportFreightType\n  ) =\n    TraderServicesCreateCaseRequest(\n      EntryDetails(EPU(2), EntryNumber(\"223456A\"), LocalDate.parse(\"2020-09-02\")),\n      ImportQuestions(\n        requestType,\n        routeType,\n        priorityGoods,\n        hasALVS,\n        freightType,\n        vesselDetails = Some(\n          VesselDetails(\n            vesselName = Some(\"Vessel Name\"),\n            dateOfArrival = Some(LocalDate.of(2020, 10, 29)),\n            timeOfArrival = Some(LocalTime.of(23, 45, 0))\n          )\n        ),\n        contactInfo = ContactInfo(\n          contactName = Some(\"<NAME>\"),\n          contactNumber = Some(\"07123456789\"),\n          contactEmail = \"<EMAIL>\"\n        )\n      ),\n      Seq(\n        UploadedFile(\n          \"ref-123\",\n          downloadUrl = \"\/bucket\/test\u2ad01.jpeg\",\n          uploadTimestamp = ZonedDateTime.of(2020, 10, 10, 10, 10, 10, 0, ZoneId.of(\"UTC\")),\n          checksum = \"f55a741917d512ab4c547ea97bdfdd8df72bed5fe51b6a248e0a5a0ae58061c8\",\n          fileName = \"test\u2ad01.jpeg\",\n          fileMimeType = \"image\/jpeg\"\n        ),\n        UploadedFile(\n          \"ref-789\",\n          downloadUrl = \"\/bucket\/app.routes\",\n          uploadTimestamp = ZonedDateTime.of(2020, 10, 10, 10, 20, 20, 0, ZoneId.of(\"UTC\")),\n          checksum = \"f1198e91e6fe05ccf6788b2f871f0fa90e9fab98252e81ca20238cf26119e616\",\n          fileName = \"app.routes\",\n          fileMimeType = \"application\/routes\"\n        )\n      ),\n      eori = Some(\"GB123456789012345\")\n    )\n\n  def serviceCreateExportCaseRequest(\n    requestType: ExportRequestType,\n    routeType: ExportRouteType,\n    priorityGoods: Option[ExportPriorityGoods],\n    freightType: ExportFreightType\n  ) =\n    TraderServicesCreateCaseRequest(\n      EntryDetails(EPU(2), EntryNumber(\"A23456A\"), LocalDate.parse(\"2020-09-02\")),\n      ExportQuestions(\n        requestType,\n        routeType,\n        priorityGoods,\n        freightType,\n        vesselDetails = Some(\n          VesselDetails(\n            vesselName = Some(\"Vessel Name\"),\n            dateOfArrival = Some(LocalDate.of(2020, 10, 29)),\n            timeOfArrival = Some(LocalTime.of(23, 45, 0))\n          )\n        ),\n        contactInfo = ContactInfo(\n          contactName = Some(\"<NAME>\"),\n          contactNumber = Some(\"07123456789\"),\n          contactEmail = \"<EMAIL>\"\n        )\n      ),\n      Seq(\n        UploadedFile(\n          \"ref-123\",\n          downloadUrl = \"\/bucket\/test\u2ad01.jpeg\",\n          uploadTimestamp = ZonedDateTime.of(2020, 10, 10, 10, 10, 10, 0, ZoneId.of(\"UTC\")),\n          checksum = \"f55a741917d512ab4c547ea97bdfdd8df72bed5fe51b6a248e0a5a0ae58061c8\",\n          fileName = \"test\u2ad01.jpeg\",\n          fileMimeType = \"image\/jpeg\"\n        ),\n        UploadedFile(\n          \"ref-789\",\n          downloadUrl = \"\/bucket\/app.routes\",\n          uploadTimestamp = ZonedDateTime.of(2020, 10, 10, 10, 20, 20, 0, ZoneId.of(\"UTC\")),\n          checksum = \"f1198e91e6fe05ccf6788b2f871f0fa90e9fab98252e81ca20238cf26119e616\",\n          fileName = \"app.routes\",\n          fileMimeType = \"application\/routes\"\n        )\n      ),\n      eori = Some(\"GB123456789012345\")\n    )\n\n}\n"}
{"repo_name":"factly\/dega-core","path":"src\/test\/gatling\/user-files\/simulations\/OrganizationGatlingTest.scala","text":"import _root_.io.gatling.core.scenario.Simulation\nimport ch.qos.logback.classic.{Level, LoggerContext}\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.duration._\n\n\/**\n * Performance test for the Organization entity.\n *\/\nclass OrganizationGatlingTest extends Simulation {\n\n    val context: LoggerContext = LoggerFactory.getILoggerFactory.asInstanceOf[LoggerContext]\n    \/\/ Log all HTTP requests\n    \/\/context.getLogger(\"io.gatling.http\").setLevel(Level.valueOf(\"TRACE\"))\n    \/\/ Log failed HTTP requests\n    \/\/context.getLogger(\"io.gatling.http\").setLevel(Level.valueOf(\"DEBUG\"))\n\n    val baseURL = Option(System.getProperty(\"baseURL\")) getOrElse \"\"\"http:\/\/localhost:8080\"\"\"\n\n    val httpConf = http\n        .baseURL(baseURL)\n        .inferHtmlResources()\n        .acceptHeader(\"*\/*\")\n        .acceptEncodingHeader(\"gzip, deflate\")\n        .acceptLanguageHeader(\"fr,fr-fr;q=0.8,en-us;q=0.5,en;q=0.3\")\n        .connectionHeader(\"keep-alive\")\n        .userAgentHeader(\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10.10; rv:33.0) Gecko\/20100101 Firefox\/33.0\")\n        .silentResources \/\/ Silence all resources like css or css so they don't clutter the results\n        .disableFollowRedirect \/\/ We must follow redirects manually to get the xsrf token from the keycloak redirect\n        .disableAutoReferer\n\n    val headers_http = Map(\n        \"Accept\" -> \"\"\"application\/json\"\"\"\n    )\n\n    val headers_http_authenticated = Map(\n        \"Accept\" -> \"\"\"application\/json\"\"\",\n        \"X-XSRF-TOKEN\" -> \"${xsrf_token}\"\n    )\n\n    val keycloakHeaders = Map(\n        \"Accept\" -> \"text\/html,application\/xhtml+xml,application\/xml;q=0.9,*\/*;q=0.8\",\n        \"Upgrade-Insecure-Requests\" -> \"1\"\n    )\n\n    val scn = scenario(\"Test the Organization entity\")\n        .exec(http(\"First unauthenticated request\")\n        .get(\"\/api\/account\")\n        .headers(headers_http)\n        .check(status.is(302))\n        .check(headerRegex(\"Set-Cookie\", \"XSRF-TOKEN=(.*);[\\\\s]\").saveAs(\"xsrf_token\"))\n        ).exitHereIfFailed\n        .pause(10)\n        .exec(http(\"Authentication\")\n        .get(\"\/login\")\n        .check(status.is(302))\n        .check(header(\"Location\").saveAs(\"loginUrl\"))).exitHereIfFailed\n        .pause(2)\n        .exec(http(\"Login Redirect\")\n        .get(\"${loginUrl}\")\n        .silent\n        .headers(keycloakHeaders)\n        .check(css(\"#kc-form-login\", \"action\").saveAs(\"kc-form-login\"))).exitHereIfFailed\n        .pause(10)\n        .exec(http(\"Authenticate\")\n        .post(\"${kc-form-login}\")\n        .silent\n        .headers(keycloakHeaders)\n        .formParam(\"username\", \"admin\")\n        .formParam(\"password\", \"<PASSWORD>\")\n        .formParam(\"submit\", \"Login\")\n        .check(status.is(302))\n        .check(header(\"Location\").saveAs(\"afterLoginUrl\"))).exitHereIfFailed\n        .pause(2)\n        .exec(http(\"After Login Redirect\")\n        .get(\"${afterLoginUrl}\")\n        .silent\n        .check(status.is(302))\n        .check(header(\"Location\").saveAs(\"finalRedirectUrl\"))\n        .check(headerRegex(\"Set-Cookie\", \"XSRF-TOKEN=(.*);[\\\\s]\").saveAs(\"xsrf_token\")))\n        .exec(http(\"Final Redirect\")\n        .get(\"${finalRedirectUrl}\")\n        .silent\n        .check(status.is(200))).exitHereIfFailed\n        .pause(2)\n        .exec(http(\"Authenticated request\")\n        .get(\"\/api\/account\")\n        .headers(headers_http_authenticated)\n        .check(status.is(200)))\n        .pause(10)\n        .repeat(2) {\n            exec(http(\"Get all organizations\")\n            .get(\"\/core\/api\/organizations\")\n            .headers(headers_http_authenticated)\n            .check(status.is(200)))\n            .pause(10 seconds, 20 seconds)\n            .exec(http(\"Create new organization\")\n            .post(\"\/core\/api\/organizations\")\n            .headers(headers_http_authenticated)\n            .body(StringBody(\"\"\"{\n                \"id\":null\n                , \"name\":\"SAMPLE_TEXT\"\n                , \"phone\":\"SAMPLE_TEXT\"\n                , \"siteTitle\":\"SAMPLE_TEXT\"\n                , \"tagLine\":\"SAMPLE_TEXT\"\n                , \"description\":\"SAMPLE_TEXT\"\n                , \"logoURL\":\"SAMPLE_TEXT\"\n                , \"logoURLMobile\":\"SAMPLE_TEXT\"\n                , \"favIconURL\":\"SAMPLE_TEXT\"\n                , \"mobileIconURL\":\"SAMPLE_TEXT\"\n                , \"baiduVerificationCode\":\"SAMPLE_TEXT\"\n                , \"bingVerificationCode\":\"SAMPLE_TEXT\"\n                , \"googleVerificationCode\":\"SAMPLE_TEXT\"\n                , \"yandexVerificationCode\":\"SAMPLE_TEXT\"\n                , \"facebookURL\":\"SAMPLE_TEXT\"\n                , \"twitterURL\":\"SAMPLE_TEXT\"\n                , \"instagramURL\":\"SAMPLE_TEXT\"\n                , \"linkedInURL\":\"SAMPLE_TEXT\"\n                , \"pinterestURL\":\"SAMPLE_TEXT\"\n                , \"youTubeURL\":\"SAMPLE_TEXT\"\n                , \"googlePlusURL\":\"SAMPLE_TEXT\"\n                , \"githubURL\":\"SAMPLE_TEXT\"\n                , \"facebookPageAccessToken\":\"SAMPLE_TEXT\"\n                , \"gaTrackingCode\":\"SAMPLE_TEXT\"\n                , \"githubClientId\":\"SAMPLE_TEXT\"\n                , \"githubClientSecret\":\"SAMPLE_TEXT\"\n                , \"twitterClientId\":\"SAMPLE_TEXT\"\n                , \"twitterClientSecret\":\"SAMPLE_TEXT\"\n                , \"facebookClientId\":\"SAMPLE_TEXT\"\n                , \"facebookClientSecret\":\"SAMPLE_TEXT\"\n                , \"googleClientId\":\"SAMPLE_TEXT\"\n                , \"googleClientSecret\":\"SAMPLE_TEXT\"\n                , \"linkedInClientId\":\"SAMPLE_TEXT\"\n                , \"linkedInClientSecret\":\"SAMPLE_TEXT\"\n                , \"instagramClientId\":\"SAMPLE_TEXT\"\n                , \"instagramClientSecret\":\"SAMPLE_TEXT\"\n                , \"mailchimpAPIKey\":\"SAMPLE_TEXT\"\n                , \"siteLanguage\":\"SAMPLE_TEXT\"\n                , \"timeZone\":\"SAMPLE_TEXT\"\n                , \"clientId\":\"SAMPLE_TEXT\"\n                , \"slug\":\"SAMPLE_TEXT\"\n                , \"email\":\"SAMPLE_TEXT\"\n                , \"createdDate\":\"2020-01-01T00:00:00.000Z\"\n                , \"lastUpdatedDate\":\"2020-01-01T00:00:00.000Z\"\n                , \"siteAddress\":\"SAMPLE_TEXT\"\n                , \"enableFactchecking\":null\n                }\"\"\")).asJSON\n            .check(status.is(201))\n            .check(headerRegex(\"Location\", \"(.*)\").saveAs(\"new_organization_url\"))).exitHereIfFailed\n            .pause(10)\n            .repeat(5) {\n                exec(http(\"Get created organization\")\n                .get(\"\/core${new_organization_url}\")\n                .headers(headers_http_authenticated))\n                .pause(10)\n            }\n            .exec(http(\"Delete created organization\")\n            .delete(\"\/core${new_organization_url}\")\n            .headers(headers_http_authenticated))\n            .pause(10)\n        }\n\n    val users = scenario(\"Users\").exec(scn)\n\n    setUp(\n        users.inject(rampUsers(Integer.getInteger(\"users\", 100)) over (Integer.getInteger(\"ramp\", 1) minutes))\n    ).protocols(httpConf)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ModalExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject ModalExample extends UIExample {\n\n\/\/\n\/\/  object Button {\n\/\/\n\/\/    case class State(active: Boolean = false)\n\/\/\n\/\/\n\/\/    class Component extends Component[Props, State] {\n\/\/\n\/\/      initialState(State())\n\/\/\n\/\/      def render() = {\n\/\/        TouchableHighlight(onHideUnderlay = onUnhighlight _,\n\/\/          onPress = props.onPress,\n\/\/          onShowUnderlay = onHighlight _,\n\/\/          style = styles.buttonstyle(props.style),\n\/\/          underlayColor = \"#a9d9d4\")(\n\/\/          Text(style = styles.buttonTextstyle(state.active))(children)\n\/\/        )\n\/\/      }\n\/\/\n\/\/      def onHighlight() = setState((state:State) => state.copy(active = true))\n\/\/\n\/\/      def onUnhighlight() = setState((state:State) => state.copy(active = false))\n\/\/\n\/\/    }\n\/\/\n\/\/    case class Props(onPress: () => Unit, style: js.Any)\n\/\/\n\/\/    def apply(onPress: () => Unit, style: js.Any = js.Dynamic.literal())(children: ReactNode) = CreateElementWithChildren[Component](Props(onPress, style),children = js.Array(children))\n\/\/\n\/\/  }\n\n  case class State(animationType: ModalAnimationType = ModalAnimationType.NONE,\n                   modalVisible: Boolean = false,\n                   transparent: Boolean = false)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      UIExplorerPage(\n        Modal(animationType = state.animationType,\n              transparent = state.transparent,\n              visible = state.modalVisible)(\n          View(style = styles.customContainer(state.transparent))(\n            View(style = styles.customInnerContainer(state.transparent))(\n              TextC(\n                s\"This modal was presented ${if (state.animationType == ModalAnimationType.NONE) \"without\"\n                else \"with\"} animation\"),\n              Button(onPress = () => setModalVisible(false),\n                     style = styles.modalButton,\n                     title = \"Close\")\n            )\n          )\n        ),\n        View(style = styles.modalRow)(\n          Text(style = styles.rowTitle)(\"Animation Type\"),\n          Button(\n            onPress = () => setAnimationType(ModalAnimationType.NONE),\n            style =\n              if (state.animationType == ModalAnimationType.NONE)\n                styles.activeButtonStyle\n              else js.Dynamic.literal(),\n            title = \"None\"\n          ),\n          Button(\n            onPress = () => setAnimationType(ModalAnimationType.FADE),\n            style =\n              if (state.animationType == ModalAnimationType.FADE)\n                styles.activeButtonStyle\n              else js.Dynamic.literal(),\n            title = \"Fade\"\n          ),\n          Button(\n            onPress = () => setAnimationType(ModalAnimationType.SLIDE),\n            style =\n              if (state.animationType == ModalAnimationType.SLIDE)\n                styles.activeButtonStyle\n              else js.Dynamic.literal(),\n            title = \"Slide\"\n          )\n        ),\n        View(style = styles.modalRow)(\n          Text(style = styles.rowTitle)(\"Transparent\"),\n          Switch(value = state.transparent,\n                 onValueChange = toggleTransparent _)\n        ),\n        Button(onPress = () => setModalVisible(true), title = \"Present\")\n      )\n    }\n\n    def setModalVisible(visible: Boolean) = {\n      setState((state: State) => state.copy(modalVisible = visible))\n    }\n\n    def setAnimationType(modalAnimationType: ModalAnimationType) = {\n      setState(\n        (state: State) => state.copy(animationType = modalAnimationType))\n    }\n\n    def toggleTransparent(value: Boolean) = {\n      setState((state: State) => state.copy(transparent = !state.transparent))\n    }\n\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val container =\n      style(flex := 1, justifyContent.center, padding := 20)\n    val innerContainer = style(borderRadius := 10)\n    val modalRow = style(alignItems.center,\n                         flex := 1,\n                         flexDirection.row,\n                         marginBottom := 20)\n\n    val rowTitle = style(flex := 1, fontWeight.bold)\n\n    val button = style(borderRadius := 5,\n                       flex := 1,\n                       height := 44,\n                       justifyContent.center,\n                       overflow.hidden)\n\n    val buttonText =\n      style(fontSize := 18, margin := 5, textAlign.center)\n\n    val modalButton = style(marginTop := 100)\n\n    def buttonstyle(userStyle: js.Any) = js.Array(button, userStyle)\n\n    def buttonTextstyle(active: Boolean) = {\n      val c = if (active) \"#fff\" else \"#000\"\n      js.Array(buttonText, styleUR(color := c))\n    }\n\n    def customContainer(transparent: Boolean) = {\n      val c = if (transparent) \"rgba(0, 0, 0, 0.5)\" else \"#f5fcff\"\n      js.Array(container, styleUR(backgroundColor := c))\n    }\n\n    def customInnerContainer(transparent: Boolean) = {\n      val c =\n        if (transparent) styleUR(backgroundColor := \"#fff\", padding := 20)\n        else js.Dynamic.literal()\n      js.Array(innerContainer, c)\n    }\n\n    val activeButtonStyle = style(backgroundColor := \"#ddd\")\n  }\n\n  override def title: String = \"Modal\"\n\n  override def description: String = \"Component for presenting modal views.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/package.scala","text":"<filename>navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/package.scala\npackage sri.mobile.examples\n\nimport sri.universal.components._\n\npackage object navigationx {\n\n  @inline\n  def SampleText(text: String) = Text(style = GlobalStyles.sampleText)(text)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ButtonExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core.CreateElementSFNoP\nimport sri.universal.apis.Alert\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nobject ButtonExample extends UIExample {\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"Simple Button\")(\n        TextC(\n          \"The title and onPress handler are required. It is recommended to set accessibilityLabel to help make your app usable by everyone. \"),\n        Button(title = \"Press Me\",\n               accessibilityLabel = \"See an informative alert\",\n               onPress = onButtonPress _)\n      ),\n      UIExplorerBlock(\"Adjusted color\")(\n        TextC(\n          \"adjusts the color in a way that looks standard on each platform. On iOS, the color prop controls the color of the text. On  Android, the color adjusts the background color of the button. \"),\n        Button(title = \"Press Purple\",\n               accessibilityLabel = \"Learn more about purple\",\n               color = \"#841584\",\n               onPress = onButtonPress _)\n      ),\n      UIExplorerBlock(\"Fit to text layout\")(\n        TextC(\n          \"This layout strategy lets the title define the width of the button \"),\n        View(style = styles.button)(\n          Button(title = \"This looks great!\",\n                 accessibilityLabel = \"This sounds great!\",\n                 onPress = onButtonPress _),\n          Button(title = \"OK!\",\n                 accessibilityLabel = \"Ok, Great!\",\n                 color = \"#841584\",\n                 onPress = onButtonPress _)\n        )\n      ),\n      UIExplorerBlock(\"Disabled Button\")(\n        TextC(\"All interactions for the component are disabled.\"),\n        Button(title = \"I Am Disabled\",\n               disabled = true,\n               accessibilityLabel = \"See an informative alert\",\n               onPress = onButtonPress _)\n      )\n    )\n  }\n\n  def onButtonPress() = Alert.alert(\"Button has been pressed\")\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val button =\n      style(flexDirection.row, justifyContent.spaceBetween)\n  }\n\n  override def title: String = \"Button\"\n\n  override def description: String = \"Simple React Native button component.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/LayoutEventsExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport org.scalajs.dom\nimport sri.core._\nimport sri.universal.apis.{Layout, LayoutAnimation, LayoutEvent}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.{JSON, undefined, UndefOr => U}\n\nobject LayoutEventsExample extends UIExample {\n\n  case class State(containerStyle: js.UndefOr[js.Any] = undefined,\n                   extraText: String = \"\",\n                   imageLayout: js.UndefOr[Layout] = undefined,\n                   textLayout: js.UndefOr[Layout] = undefined,\n                   viewLayout: js.UndefOr[Layout] = undefined,\n                   viewStyle: js.UndefOr[js.Any] = js.undefined)\n\n  class Component extends ComponentS[State] {\n    initialState(State(viewStyle = styles.dynamicView(20)))\n\n    def render() = {\n      UIExplorerPage(\n        View(style = styles.containerStyle)(\n          TextC(\n            \"layout events are called on mount and whenever layout is recalculated. Note that the layout event will typically be received\",\n            Text(style = styles.italicText)(\"before\"),\n            \"the layout has updated on screen, especially when using layout animations.\",\n            Text(style = styles.pressText, onPress = () => animateViewLayout)(\n              \" Press here to change layout.\")\n          ),\n          View(onLayout = onViewLayout _,\n               style = styles.view(state.viewStyle.getOrElse(null)))(\n            Image(\n              onLayout = onImageLayout _,\n              style = styles.image,\n              source = ImageSource(uri =\n                \"https:\/\/fbcdn-dragon-a.akamaihd.net\/hphotos-ak-prn1\/t39.1997\/p128x128\/851561_767334496626293_1958532586_n.png\")\n            ),\n            TextC(\n              s\"ViewLayout : ${JSON.stringify(state.viewLayout.getOrElse(\"\"))} \\n\\n\"),\n            Text(style = styles.text, onLayout = onTextLayout _)(\n              s\"A simple piece of text.${state.extraText}\"),\n            TextC(\n              s\"\"\"\n                 |\n                 |Text w\/h : ${if (state.textLayout.isDefined)\n                   s\"${state.textLayout.get.width}\/${state.textLayout.get.height}\"\n                 else \"?\/?\"}\n                  |Image x\/y : ${if (state.imageLayout.isDefined)\n                   s\"${state.imageLayout.get.x}\/${state.imageLayout.get.y}\"\n                 else \"?\/?\"}\n           \"\"\".stripMargin\n            )\n          )\n        )\n      )\n    }\n\n    def onViewLayout(e: LayoutEvent) = {\n      dom.window.console.log(s\"received view layout event \\n\", e.nativeEvent)\n      setState((state: State) => state.copy(viewLayout = e.nativeEvent.layout))\n    }\n\n    def onTextLayout(e: LayoutEvent) = {\n      dom.window.console.log(s\"received text layout event \\n\", e.nativeEvent)\n      setState((state: State) => state.copy(textLayout = e.nativeEvent.layout))\n    }\n\n    def onImageLayout(e: LayoutEvent) = {\n      dom.window.console.log(s\"received image layout event \\n\", e.nativeEvent)\n      setState(\n        (state: State) => state.copy(imageLayout = e.nativeEvent.layout))\n    }\n\n    def animateViewLayout() = {\n      LayoutAnimation.configureNext(\n        LayoutAnimation.Presets.spring,\n        () => {\n          println(s\"layout animation done\")\n          setState(\n            (state: State) =>\n              state.copy(extraText =\n                           \" And a bunch more text to wrap around a few lines\",\n                         containerStyle = styles.containerStyle))\n        }\n      )\n      setState((state: State) =>\n        state.copy(viewStyle = styles.dynamicView(\n          if (state.viewStyle.getOrElse(\"margin\", 0).asInstanceOf[Double] > 20)\n            20\n          else 60)))\n    }\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    def view(another: js.Any) =\n      js.Array(another,\n               styleUR(padding := 12,\n                       borderColor := \"black\",\n                       borderWidth := 0.5,\n                       backgroundColor := \"transparent\"))\n\n    val text = style(alignSelf.flexStart,\n                     borderColor := \"rgba(0, 0, 255, 0.2)\",\n                     borderWidth := 0.5)\n\n    val image =\n      style(width := 50, height := 50, marginBottom := 10, alignSelf.center)\n\n    val pressText = style(fontWeight.bold)\n\n    val italicText = style(fontStyle.italic)\n\n    val containerStyle = style(width := 280)\n\n    def dynamicView(value: Double) = styleUR(margin := value)\n\n  }\n\n  override def title: String = \"Layout Events\"\n\n  override def description: String =\n    \"Examples that show how Layout events can be used to measure view size and position\"\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ScrollViewSimpleExample.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ScrollViewSimpleExample.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ComponentNoPS, CreateElementNoProps}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\nimport sri.universal._\nimport scala.scalajs.js\nimport scala.scalajs.js.JSConverters.JSRichGenTraversableOnce\n\nobject ScrollViewSimpleExample extends UIExample {\n\n  val NUM_ITEMS = 20\n\n  class Component extends ComponentNoPS {\n    def render() = {\n      val items = makeItems(NUM_ITEMS, styles.itemWrapper)\n\n      UIExplorerPage(\n        ScrollView(style = styles.verticalScrollView)(items)\n      )\n    }\n\n    def makeItems(nItems: Int, style: js.Any) = {\n      (1 to nItems).toList\n        .map(i =>\n          TouchableOpacity(key = i.toString, style = style)(TextC(s\"Item $i\")))\n        .toJSArray\n    }\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val verticalScrollView = style(margin := 10)\n\n    val itemWrapper = style(backgroundColor := \"#dddddd\",\n                            alignItems.center,\n                            borderRadius := 5,\n                            borderWidth := 5,\n                            borderColor := \"#a52a2a\",\n                            padding := 30,\n                            margin := 5)\n\n    val horizontalItemWrapper = style(padding := 50)\n\n    val horizontalScrollView = js.Array(itemWrapper, horizontalItemWrapper)\n  }\n\n  override def title: String = \"ScrollView\"\n\n  override def description: String =\n    \"Component that enables scrolling through child components\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simpletab\/package.scala","text":"package sri.mobile.examples.navigationx\n\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.platform._\nimport sri.vector.icons.{Ionicons, IoniconsList}\npackage object simpletab {\n\n  val root = TabNavigator(\n    TabNavigatorConfig(\n      tabBarOptions = TabBarOptions(\n        activeTintColor = if (SriPlatform.isIOS) \"#e91e63\" else \"#fff\")\n    ),\n    registerTabScreen[HomeScreen](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (SriPlatform.isAndroid) IoniconsList.IOS_HOME\n              else IoniconsList.IOS_HOME_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Home\"\n      )),\n    registerTabScreen[SettingsScreen](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_SETTINGS\n              else IoniconsList.IOS_SETTINGS_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Settings\"\n      )),\n    registerTabScreen[ChatScreen](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_CHATBOXES\n              else IoniconsList.IOS_CHATBOXES_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Chat\"\n      )),\n    registerTabScreen[PeopleScreen](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_PEOPLE\n              else IoniconsList.IOS_PEOPLE_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"People\"\n      ))\n  )\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simplestack\/package.scala","text":"package sri.mobile.examples.navigationx\n\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.universal.components.Button\n\nimport scala.scalajs.js\npackage object simplestack {\n\n  val root = StackNavigator(\n    registerStackScreen[HomeScreen](\n      navigationOptions = NavigationStackScreenOptions(title = \"Home\")),\n    registerStackScreen[PhotosScreen](\n      navigationOptions = NavigationStackScreenOptions(title = \"Photos\")),\n    registerStackScreen[ProfileScreen](\n      navigationOptionsDynamic =\n        (props: NavigationScreenConfigProps[ProfileScreen]) =>\n          NavigationStackScreenOptions(\n            title =\n              props.navigation.state.params.get.name.getOrElse(\"\").toString,\n            headerRight = Button(\n              title =\n                if (props.navigation.state.params.get.mode.exists(_ == \"edit\"))\n                  \"Done\"\n                else \"Edit\",\n              onPress = () =>\n                props.navigation.setParams(new ProfileParams {\n                  override val mode: js.UndefOr[String] =\n                    if (props.navigation.state.params.get.mode\n                          .exists(_ == \"edit\")) \"\"\n                    else \"edit\"\n                })\n            )\n        ))\n  )\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/MobileApp.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.uiexplorer\n\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExplorerDetailsScreen,\n  UIExplorerListScreen\n}\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.universal.apis.AppRegistry\n\nobject MobileApp {\n\n  def main(args: Array[String]) = {\n    val root = StackNavigator(\n      registerStackScreen[UIExplorerListScreen](navigationOptions =\n        NavigationStackScreenOptions(title = \"UIExplorer\")),\n      registerStackScreen[UIExplorerDetailsScreen](\n        navigationOptionsDynamic =\n          (props: NavigationScreenConfigProps[UIExplorerDetailsScreen]) =>\n            NavigationStackScreenOptions(\n              title = props.navigation.state.params.get.title))\n    )\n    AppRegistry.registerComponent(\"UIExplorer\", () => root)\n  }\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ListExamplesShared.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ComponentP, CreateElement}\nimport scalajsplus.OptDefault\nimport sri.mobile.examples.uiexplorer.images._\nimport sri.platform.SriPlatform\nimport sri.universal.apis.StyleSheet\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.JSConverters.JSRichGenTraversableOnce\nimport scala.scalajs.js.annotation.JSName\n\nobject ListExamplesShared {\n\n  val LOREM_IPSUM =\n    s\"\"\"\n       |Lorem ipsum dolor sit amet, ius ad pertinax oportere accommodare, an vix\n       |civibus corrumpit referrentur. Te nam case ludus inciderint, te mea facilisi adipiscing. Sea id\n       |integre luptatum. In tota sale consequuntur nec. Erat ocurreret mei ei. Eu paulo sapientem\n       |vulputate est, vel an accusam intellegam interesset. Nam eu stet pericula reprimique, ea vim illud\n       |modus, putant invidunt reprehendunt ne qui.;\n     \"\"\".stripMargin\n\n  trait Item extends js.Object {\n    val title: String\n    val key: Int\n    val text: String\n    val pressed: js.UndefOr[Boolean] = js.undefined\n    val noImage: js.UndefOr[Boolean] = js.undefined\n  }\n\n  def genItemData(count: Int): js.Array[Item] = {\n    (0 to count)\n      .map(i => {\n        val itemHash = js.Math.abs(hashCode2(s\"Item $i\"))\n        new Item {\n          override val text: String =\n            LOREM_IPSUM.substring(0, itemHash % 301 + 20)\n          override val key: Int = i\n          override val pressed: js.UndefOr[Boolean] = false\n          override val title: String = s\"Item $i\"\n        }.asInstanceOf[Item]\n      })\n      .toJSArray\n  }\n  val SEPARATOR_HEIGHT = StyleSheet.hairlineWidth\n\n  val SeparatorComponent = View(style = styles.separator)(null)\n\n  val HeaderComponent = ViewC(\n    View(style = styles.headerFooter)(\n      TextC(\"LIST HEADER\")\n    ),\n    SeparatorComponent\n  )\n\n  val FooterComponent = ViewC(\n    SeparatorComponent,\n    View(style = styles.headerFooter)(TextC(\"LIST FOOTER\")))\n\n  val THUMB_URLS = js.Array(LikeImage,\n                            DislikeImage,\n                            CallImage,\n                            FistImage,\n                            BandagedImage,\n                            FlowersImage,\n                            HeartImage,\n                            LikingImage,\n                            PartyImage,\n                            PokeImage,\n                            SuperLikeImage,\n                            VictoryImage)\n\n  val HORIZ_WIDTH = 200\n\n  class ItemComponent extends ComponentP[ItemComponent.Props] {\n\n    def render() = {\n      val itemHash = js.Math.abs(hashCode2(props.item.title))\n      val imageSource: js.Any = THUMB_URLS(itemHash % THUMB_URLS.length)\n      TouchableHighlight(\n        onPress = () => props.onPress(props.item.key),\n        style = if (props.horizontal) styles.horizItem else styles.item)(\n        View(\n          style =\n            if (props.horizontal)\n              js.Array(styles.itemRow, styles.hWidth)\n            else styles.itemRow)(\n          if (props.item.noImage.isEmpty)\n            Image(style = styles.thumb, sourceDynamic = imageSource)\n          else null,\n          Text(style = styles.text,\n               numberOfLines =\n                 if (props.horizontal || props.fixedHeight) 3 else OptDefault)(\n            s\"${props.item.title} - ${props.item.text}\"\n          )\n        )\n      )\n    }\n\n  }\n\n  object ItemComponent {\n    case class Props(fixedHeight: Boolean = false,\n                     horizontal: Boolean = false,\n                     item: Item,\n                     onPress: Int => Unit)\n    def apply(props: Props) = CreateElement[ItemComponent](props)\n  }\n\n  def hashCode2(str: String): Int = {\n    var hash = 15\n    (str.length - 1 to (0, -1)).foreach(i => {\n      hash = (hash << 5 - hash) + str.charAt(i).toInt\n    })\n    hash\n  }\n\n  @inline\n  def PlainInput(placeholder: String,\n                 value: js.UndefOr[String] = js.undefined,\n                 onChange: String => _) = {\n    TextInput(\n      autoCapitalize = TextInputAutoCapitalize.NONE,\n      autoCorrect = false,\n      clearButtonMode = \"always\",\n      underlineColorAndroid = \"transparent\",\n      style = styles.searchTextInput,\n      placeholder = placeholder,\n      value = value,\n      onChangeText = onChange\n    )\n  }\n\n  @inline\n  def renderSmallSwitchOption(key: String,\n                              value: Boolean,\n                              onChange: Boolean => _) = {\n    View(style = styles.option)(\n      TextC(key),\n      Switch(style = styles.smallSwitch,\n             value = value,\n             onValueChange = onChange)\n    )\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val headerFooter = style(\n      height := 30,\n      width := 100,\n      alignSelf := \"center\",\n      alignItems := \"center\",\n      justifyContent := \"center\"\n    )\n    val horizItem = style(\n      alignSelf := \"flex-start\" \/\/ Necessary for touch highlight\n    )\n    val item = style(\n      flex := 1\n    )\n    val option = style(\n      flexDirection := \"row\",\n      padding := 8,\n      paddingRight := 0\n    )\n    val itemRow = style(\n      flexDirection := \"row\",\n      padding := 10,\n      backgroundColor := \"#F6F6F6\"\n    )\n    val searchTextInput = style(\n      backgroundColor := \"white\",\n      borderColor := \"#cccccc\",\n      borderRadius := 3,\n      borderWidth := 1,\n      paddingLeft := 8,\n      paddingVertical := 0,\n      height := 26,\n      fontSize := 14,\n      flexGrow := 1\n    )\n    val separator = style(\n      height := SEPARATOR_HEIGHT,\n      backgroundColor := \"gray\"\n    )\n    val smallSwitch =\n      if (SriPlatform.isAndroid)\n        style(\n          top := 1,\n          margin := -6\n          \/\/        transform := [{scale := 0.7}]\n        )\n      else\n        style(\n          top := 4,\n          margin := -10\n          \/\/        transform := [{scale := 0.5}]\n        )\n    val stacked = style(\n      alignItems := \"center\",\n      backgroundColor := \"#F6F6F6\",\n      padding := 10\n    )\n    val thumb = style(\n      width := 64,\n      height := 64\n    )\n    val stackedText = style(\n      padding := 4,\n      fontSize := 18\n    )\n    val text = style(\n      flex := 1\n    )\n\n    val hWidth = style(width := HORIZ_WIDTH)\n\n  }\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/RefreshControlExample.scala","text":"<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer.components\n\nimport org.scalajs.dom\nimport sri.core._\nimport sri.universal._\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.{UndefOr => U}\n\nobject RefreshControlExample extends UIExample {\n\n  object Row {\n    val Component = (props: Props) =>\n      TouchableWithoutFeedback(onPress = () => props.onClick(props.data))(\n        View(style = styles.refreshControlRow)(\n          Text(style = styles.text)(\n            s\"${props.data.text} (${props.data.clicks} clicks)\")\n        )\n    )\n\n    case class Props(data: RowData, onClick: RowData => _)\n\n    def apply(data: RowData, onClick: RowData => _, key: String) =\n      CreateElementSF(Component, Props(data, onClick), key)\n  }\n\n  case class RowData(text: String, clicks: Int, index: Int)\n\n  case class State(\n      isRefreshing: Boolean = false,\n      loaded: Int = 0,\n      rowData: Vector[RowData] = (1 until 20)\n        .map(i => RowData(text = s\"Initial row $i\", clicks = 0, i))\n        .toVector)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      ScrollView(\n        style = GlobalStyles.wholeContainer,\n        refreshControl = RefreshControl(\n          refreshing = state.isRefreshing,\n          onRefresh = () => _onRefresh(),\n          tintColor = \"#ff0000\",\n          title = \"Loading...\",\n          colors = js.Array(\"#ff0000\", \"#00ff00\", \"#0000ff\"),\n          progressBackgroundColor = \"#ffff00\"\n        )\n      )(\n        state.rowData.zipWithIndex.map {\n          case (rd, i) => Row(rd.copy(index = i), onRowClick _, i.toString)\n        }\n      )\n    }\n\n    def onRowClick(row: RowData) = {\n      setState(\n        (state: State) =>\n          state.copy(rowData = state.rowData\n            .updated(row.index, row.copy(clicks = row.clicks + 1))))\n    }\n\n    def _onRefresh() = {\n      setState((state: State) => state.copy(isRefreshing = true))\n      dom.window.setTimeout(\n        () => {\n          val rd = (1 until 10)\n            .map(i => RowData(text = s\"Loaded row $i\", clicks = 0, i))\n            .toVector\n            .++(state.rowData)\n          setState(\n            (state: State) =>\n              state.copy(loaded = state.loaded + 10,\n                         isRefreshing = false,\n                         rowData = rd))\n        },\n        5000\n      )\n    }\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val refreshControlRow = style(\n      borderColor := \"grey\",\n      borderWidth := 1,\n      padding := 20,\n      backgroundColor := \"#3a5795\",\n      margin := 5\n    )\n    val text = style(\n      alignSelf.center,\n      color := \"#fff\"\n    )\n    val scrollview = style(\n      flex := 1\n    )\n\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  override def title: String = \"RefreshControl\"\n\n  override def description: String =\n    \"Adds pull-to-refresh support to a scrollview.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawer\/MyNavScreen.scala","text":"package sri.mobile.examples.navigationx.drawer\n\nimport sri.mobile.examples.navigationx.GlobalStyles\nimport sri.navigation.{NavigationAwareComponentP, _}\nimport sri.universal.components._\n\nclass MyNavScreen extends NavigationAwareComponentP[String] {\n\n  def render() = {\n    ScrollView(style = GlobalStyles.navScreenContainer)(\n      sri.mobile.examples.navigationx.SampleText(props),\n      Button(onPress = () => navigation.openDrawer, title = \"Open Drawer\"),\n      Button(onPress = () => navigationJS.goBack(null), title = \"Go Back\")\n    )\n  }\n\n}\n\nobject MyNavScreen {\n\n  def apply(banner: String) = WithNavigation[MyNavScreen](banner)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawer\/package.scala","text":"package sri.mobile.examples.navigationx\n\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.vector.icons.{MaterialIcons, MaterialIconsList}\npackage object drawer {\n\n  val root = DrawerNavigator(\n    DrawerNavigatorConfig(\n      initialRouteName = getScreenName[DraftsScreen],\n      contentOptions = DrawerContentOptions(\n        activeTintColor = \"#e91e63\"\n      )\n    ),\n    registerDrawerScreen[InboxScreen](\n      navigationOptions = NavigationDrawerScreenOptions(\n        drawerLabel = \"Inbox\",\n        drawerIcon = (options: IconOptions) => {\n          MaterialIcons(name = MaterialIconsList.INBOX,\n                        size = 24,\n                        color = options.tintColor)\n        })),\n    registerDrawerScreen[DraftsScreen](\n      navigationOptions = NavigationDrawerScreenOptions(\n        drawerLabel = \"Drafts\",\n        drawerIcon = (options: IconOptions) => {\n          MaterialIcons(name = MaterialIconsList.DRAFTS,\n                        size = 24,\n                        color = options.tintColor)\n        }))\n  )\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/build.sbt","text":"enablePlugins(SriPlatformPlugin)\n\nname := \"mobile-examples-navigation\"\norganization := \"scalajs-react-interface\"\n\nval scala212 = \"2.12.8\"\nval scala213 = \"2.13.0\"\n\nscalaVersion := scala212\ncrossScalaVersions := Seq(scala212, scala213)\n\nresolvers += Resolver.bintrayRepo(\"scalajs-react-interface\", \"maven\")\nresolvers += Resolver.bintrayRepo(\"scalajs-plus\", \"maven\")\n\nlibraryDependencies ++= Seq(\n  \"scalajs-react-interface\" %%% \"core\" % \"2019.06.26\",\n  \"scalajs-react-interface\" %%% \"vector-icons\" % \"2019.06.26\",\n  \"scalajs-react-interface\" %%% \"mobile\" % \"2019.06.26\",\n  \"scalajs-react-interface\" %%% \"universal\" % \"2019.06.26\",\n  \"scalajs-react-interface\" %%% \"platform-config-ios\" % \"2019.06.26\" % IOS,\n  \"scalajs-react-interface\" %%% \"platform-config-android\" % \"2019.06.26\" % Android,\n  \"scalajs-react-interface\" %%% \"navigation\" % \"2019.06.26\",\n)\n\nscalacOptions ++= Seq(\n  \"-feature\",\n  \"-deprecation\",\n  \"-unchecked\",\n  \"-language:implicitConversions\"\n)\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerButton.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.components.{Text, TextC, TouchableHighlight}\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\n\nobject UIExplorerButton {\n\n  class Component extends ComponentP[() => _] {\n\n    def render() = {\n      TouchableHighlight(onPress = props,\n                         style = styles.button,\n                         underlayColor = \"grey\")(\n        TextC(children)\n      )\n    }\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val button = style(borderColor := \"#696969\",\n                       borderRadius := 8,\n                       borderWidth := 1,\n                       padding := 10,\n                       margin := 5,\n                       alignItems.center,\n                       justifyContent.center,\n                       backgroundColor := \"#d3d3d3\")\n  }\n\n  def apply(onPress: () => _)(children: ReactNode*) =\n    CreateElementWithChildren[Component](onPress,\n                                         children = children.toJSArray)\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ViewExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core.CreateElementSFNoP\nimport sri.universal.components.{View, _}\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js.Dynamic.{literal => json}\n\nobject ViewExample extends UIExample {\n\n  val Component = () => {\n    UIExplorerPage(\n      View(style = styles.container)(\n        UIExplorerBlock(\"Background Color\")(\n          View(style = styles.bgColorView)(\n            Text(style = styles.text)(\"Blue background\")\n          )),\n        UIExplorerBlock(\"Border\")(\n          View(style = styles.borderView)(\n            Text(style = styles.text)(\"5px blue border\")\n          )),\n        UIExplorerBlock(\"Border Radius\")(\n          View(style = styles.borderRadiusView)(\n            Text(style = styles.text)(\n              \"Too much use of `borderRadius` (especially large radii) on\\n            anything which is scrolling may result in dropped frames.\\n            Use sparingly.\")\n          )),\n        UIExplorerBlock(\"Circle with Border Radius\")(\n          View(style = styles.borderRadiusCircle)())\n      ))\n\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val container = style(flex := 1, backgroundColor := \"#F5FCFF\")\n\n    val text = style(fontSize := 11)\n\n    val bgColorView = style(backgroundColor := \"#527FE4\", padding := 5)\n\n    val borderView =\n      style(borderColor := \"#527FE4\", padding := 10, borderWidth := 5)\n\n    val borderRadiusView =\n      style(borderRadius := 5, padding := 5, borderWidth := 0.5)\n\n    val borderRadiusCircle =\n      style(borderRadius := 10, borderWidth := 1, width := 20, height := 20)\n  }\n\n  override def title: String = \"View\"\n\n  override def description: String = \"Basic building block of all UI.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/AnimatedExample.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/AnimatedExample.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ReactElement, _}\nimport sri.universal._\nimport sri.universal.apis.{Animated, AnimatedValue, TimingAnimationConfig}\nimport sri.universal.components.{Text, View, _}\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject AnimatedExample extends UIExample {\n\n  object FadeInView {\n\n    case class State(fadeAnim: AnimatedValue = new AnimatedValue(0))\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = {\n        AnimatedView(style = styles.fadeInViewstyle(state.fadeAnim))(\n          children\n        )\n      }\n\n      override def componentDidMount(): Unit = {\n        Animated\n          .timing(state.fadeAnim, new TimingAnimationConfig {\n            toValue = 1\n            duration = 2000\n          })\n          .start()\n      }\n    }\n\n    def apply(children: ReactElement) =\n      CreateElementNoPropsWithChildren[Component](\n        children = js.Array(children))\n\n  }\n\n  object FadeInExample {\n\n    case class State(show: Boolean = true)\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = {\n        ViewC(\n          UIExplorerButton(\n            () => setState((state: State) => state.copy(show = !state.show)))(\n            s\"Press to ${if (state.show) \"Hide\" else \"Show\"}\"\n          ),\n          state.show ?= FadeInView(\n            View(style = styles.content)(TextC(\"FadeInView\")))\n        )\n      }\n\n    }\n\n    def apply() = CreateElementNoProps[Component]()\n\n  }\n\n  class Component extends ComponentNoPS {\n\n    def render() = UIExplorerPage(\n      UIExplorerBlock(\n        \"FadeInView\",\n        description =\n          \"Uses a simple timing animation to bring opacity from 0 to 1 when the component mounts.\")(\n        FadeInExample()\n      )\n\/\/      ,\n\/\/      UIExplorerBlock(\"Transform Bounce\",\n\/\/        description = \"One `Animated.Value` is driven by a  spring with custom constants and mapped to an  ordered set of transforms.  Each transform has  an interpolation to convert the value into the  right range and units.\")(\n\/\/        FadeInExample()\n\/\/      )\n    )\n\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    def fadeInViewstyle(value: AnimatedValue) =\n      styleUR(opacity := value)\n\n    val content = style(backgroundColor := \"deepskyblue\",\n                        borderWidth := 1,\n                        borderColor := \"dodgerblue\",\n                        padding := 20,\n                        margin := 20,\n                        borderRadius := 10,\n                        alignItems.center)\n\n  }\n\n  override def title: String = \"Animated\"\n\n  override def description: String = \"Animated Example\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simplestack\/HomeScreen1.scala","text":"package sri.mobile.examples.navigationx.simplestack\n\nimport sri.navigation.NavigationScreenComponentNoPS\n\nclass HomeScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Home Screen1\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/NotificationsSettingsScreen.scala","text":"package sri.mobile.examples.navigationx.stackintabs\n\nimport sri.navigation.NavigationScreenComponentNoPS\n\nclass NotificationsSettingsScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Notification Settings Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/SwitchExample.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject SwitchExample extends UIExample {\n\n  case class BasicState(trueSwitchIsOn: Boolean = true,\n                        falseSwitchIsOn: Boolean = false)\n\n  object BasicSwitchExample {\n\n    class Component extends ComponentS[BasicState] {\n\n      initialState(BasicState())\n\n      def render() = ViewC(\n        Switch(onValueChange = handleFalseSwitch _,\n               style = styles.basicFalseSwitch,\n               value = state.falseSwitchIsOn),\n        Switch(onValueChange = handleTrueSwitch _,\n               value = state.trueSwitchIsOn)\n      )\n\n      def handleFalseSwitch(value: Boolean) = {\n        setState((state: BasicState) => state.copy(falseSwitchIsOn = value))\n      }\n\n      def handleTrueSwitch(value: Boolean) = {\n        setState((state: BasicState) => state.copy(trueSwitchIsOn = value))\n      }\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key)\n\n  }\n\n  object DisabledSwitchExample {\n\n    class Component extends ComponentNoPS {\n      def render() = ViewC(\n        Switch(disabled = true, style = styles.basicFalseSwitch, value = true),\n        Switch(disabled = true, value = false)\n      )\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key, ref = ref)\n  }\n\n  object ColorSwitchExample {\n\n    class Component extends ComponentS[BasicState] {\n\n      initialState(BasicState())\n\n      def render() = ViewC(\n        Switch(onValueChange = handleFalseSwitch _,\n               style = styles.basicFalseSwitch,\n               onTintColor = \"#00ff00\",\n               tintColor = \"#ff0000\",\n               value = state.falseSwitchIsOn),\n        Switch(onValueChange = handleTrueSwitch _,\n               onTintColor = \"#00ff00\",\n               tintColor = \"#ff0000\",\n               value = state.trueSwitchIsOn)\n      )\n\n      def handleFalseSwitch(value: Boolean) = {\n        setState((state: BasicState) => state.copy(falseSwitchIsOn = value))\n      }\n\n      def handleTrueSwitch(value: Boolean) = {\n        setState((state: BasicState) => state.copy(trueSwitchIsOn = value))\n      }\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key, ref = ref)\n\n  }\n\n  object EventSwitchExample {\n\n    case class State(eventSwitchIsOn: Boolean = false,\n                     eventSwitchRegressionIsOn: Boolean = true)\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = View(style = styles.eventsContainer)(\n        ViewC(\n          Switch(onValueChange = handleEventSwitch _,\n                 style = styles.basicFalseSwitch,\n                 value = state.eventSwitchIsOn),\n          Switch(onValueChange = handleEventSwitch _,\n                 style = styles.basicFalseSwitch,\n                 value = state.eventSwitchIsOn),\n          TextC(if (state.eventSwitchIsOn) \"On\" else \"Off\")\n        ),\n        ViewC(\n          Switch(onValueChange = handleEventSwitchRegression _,\n                 style = styles.basicFalseSwitch,\n                 value = state.eventSwitchRegressionIsOn),\n          Switch(onValueChange = handleEventSwitchRegression _,\n                 style = styles.basicFalseSwitch,\n                 value = state.eventSwitchRegressionIsOn),\n          TextC(if (state.eventSwitchRegressionIsOn) \"On\" else \"Off\")\n        )\n      )\n\n      def handleEventSwitch(value: Boolean) = {\n        setState((state: State) => state.copy(eventSwitchIsOn = value))\n      }\n\n      def handleEventSwitchRegression(value: Boolean) = {\n        setState(\n          (state: State) => state.copy(eventSwitchRegressionIsOn = value))\n      }\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key)\n\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"Basic Switch\")(\n        BasicSwitchExample()\n      ),\n      UIExplorerBlock(\"Disabled Switches\")(\n        DisabledSwitchExample()\n      ),\n      UIExplorerBlock(\"Colored Switches\")(\n        ColorSwitchExample()\n      ),\n      UIExplorerBlock(\"Change events can be detected\")(\n        EventSwitchExample()\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val basicFalseSwitch = style(marginBottom := 10)\n\n    val eventsContainer =\n      style(flexDirection.row, justifyContent.spaceAround)\n  }\n\n  override def title: String = \"Switch\"\n\n  override def description: String = \"Native boolean input\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawerstacktab\/package.scala","text":"package sri.mobile.examples.navigationx\n\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.vector.icons.{Ionicons, IoniconsList}\n\npackage object drawerstacktab {\n\n  val ProfileTab = TabNavigator(\n    registerTabScreen[ProfileScreen](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_HOME\n              else IoniconsList.IOS_HOME_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Profile1\"\n      )),\n    registerTabScreen[ProfileScreen2](\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_PEOPLE\n              else IoniconsList.IOS_PEOPLE_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Profile2\"\n      ))\n  )\n\n  val MainDrawer = StackNavigator(\n    registerStackScreen[HomeScreen](\n      navigationOptions = NavigationStackScreenOptions(title = \"Home\")),\n    registerNavigatorAsStackScreen(\"ProfileTab\", ProfileTab))\n\n  val SettingsDrawer = StackNavigator(\n    registerStackScreen[SettingsScreen](\n      navigationOptions = NavigationStackScreenOptions(title = \"Settings\")),\n    registerStackScreen[NotificationsSettingsScreen](\n      navigationOptions =\n        NavigationStackScreenOptions(title = \"Notification Settings\"))\n  )\n\n  val root = DrawerNavigator(\n    registerNavigatorAsDrawerScreen(\n      \"HomeDrawer\",\n      MainDrawer,\n      navigationOptions = NavigationDrawerScreenOptions(\n        drawerIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_HOME\n              else IoniconsList.IOS_HOME_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        drawerLabel = \"Home\"\n      )\n    ),\n    registerNavigatorAsDrawerScreen(\n      \"SettingsDrawer\",\n      SettingsDrawer,\n      navigationOptions = NavigationDrawerScreenOptions(\n        drawerIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_SETTINGS\n              else IoniconsList.IOS_SETTINGS_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        drawerLabel = \"Settings\"\n      )\n    )\n  )\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/SliderExample.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/SliderExample.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ComponentS, CreateElementNoProps}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nobject SliderExample extends UIExample {\n\n  case class State(value: Double = 0)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = UIExplorerPage(\n      UIExplorerBlock(\"SliderIOS\")(\n        ViewC(\n          Text(style = styles.text)(\n            state.value\n          ),\n          Slider(style = styles.slider,\n                 value = state.value,\n                 onValueChange = handleValueChnage _)\n        )\n      )\n    )\n\n    def handleValueChnage(value: Double): Unit = {\n      setState((state: State) => state.copy(value = value))\n    }\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val slider = style(height := 10, margin := 10)\n\n    val text = style(\n      fontSize := 14,\n      textAlign.center,\n      fontWeight := \"500\",\n      margin := 10\n    )\n\n  }\n\n  override def title: String = \"Slider\"\n\n  override def description: String = \"Slider Example\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/project\/plugins.sbt","text":"addSbtPlugin(\"scalajs-react-interface\" % \"sbt-sri-platform\" % \"2019.06.26\")\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-release-early\" % \"2.1.1\")"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/TextInputExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\nimport sri.universal.{ReactEvent, TextInputEvent}\n\nimport scala.scalajs.js\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\n\nobject TextInputExample extends UIExample {\n\n  object WithLabel {\n\n    class Component extends ComponentP[String] {\n\n      def render() = {\n        View(style = styles.labelContainer, key = props)(\n          View(style = styles.label, key = \"lab\")(\n            Text(key = \"tex\")(\n              props\n            )\n          ),\n          children\n        )\n      }\n    }\n\n    def apply(label: String, key: String = null)(children: ReactNode*) =\n      CreateElementWithChildren[Component](label,\n                                           key = key,\n                                           children = children.toJSArray)\n  }\n\n  object TextEventsExample {\n\n    case class State(curText: String = \"No Event\",\n                     prevText: String = \"No Event\")\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = ViewC(\n        TextInput(\n          autoCapitalize = TextInputAutoCapitalize.NONE,\n          placeholder = \"Enter text to see events\",\n          autoCorrect = false,\n          onFocus = (e: ReactEvent[TextInputEvent]) => upDateTex(\"onFocus\"),\n          onBlur = (e: ReactEvent[TextInputEvent]) => upDateTex(\"onBlur\"),\n          onChange = (e: ReactEvent[TextInputEvent]) =>\n            upDateTex(s\"onChange text ${e.nativeEvent.text}\"),\n          onEndEditing = (e: ReactEvent[TextInputEvent]) =>\n            upDateTex(s\"onEndEditing text ${e.nativeEvent.text}\"),\n          onSubmitEditing = (e: ReactEvent[TextInputEvent]) =>\n            upDateTex(s\"onSubmitEditing text ${e.nativeEvent.text}\"),\n          style = styles.default\n        ),\n        Text(style = styles.eventLabel)(\n          state.curText,\n          s\"\\n prev : ${state.prevText}\"\n        )\n      )\n\n      def upDateTex(text: String) = {\n        setState((state: State) => state.copy(text, state.curText))\n      }\n\n      def handleInputEvent(e: ReactEvent[TextInputEvent]) = {}\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key, ref = ref)\n\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"Auto-focus\")(\n        TextInput(autoFocus = true, style = styles.default)\n      ),\n      UIExplorerBlock(\"Auto-capitalize\")(\n        ViewC(\n          WithLabel(\"none\")(\n            TextInput(autoCapitalize = TextInputAutoCapitalize.NONE,\n                      key = \"none\",\n                      style = styles.default)),\n          WithLabel(\"sentences\")(\n            TextInput(autoCapitalize = TextInputAutoCapitalize.SENTENCES,\n                      key = \"sentences\",\n                      style = styles.default)),\n          WithLabel(\"words\")(\n            TextInput(autoCapitalize = TextInputAutoCapitalize.WORDS,\n                      key = \"words\",\n                      style = styles.default)),\n          WithLabel(\"characters\")(\n            TextInput(autoCapitalize = TextInputAutoCapitalize.CHARACTERS,\n                      key = \"chars\",\n                      style = styles.default))\n        )\n      ),\n      UIExplorerBlock(\"Event handling\")(\n        TextEventsExample()\n      ),\n      UIExplorerBlock(\"Auto-correct\")(\n        ViewC(\n          WithLabel(\"true\")(\n            TextInput(autoCorrect = true,\n                      key = \"none\",\n                      style = styles.default)),\n          WithLabel(\"false\")(\n            TextInput(autoCorrect = false,\n                      key = \"none\",\n                      style = styles.default))\n        )\n      ),\n      UIExplorerBlock(\"Clear button mode\")(\n        ViewC(\n          WithLabel(\"never\")(\n            TextInput(clearButtonMode = \"never\",\n                      key = \"never\",\n                      style = styles.default)),\n          WithLabel(\"while editing\")(\n            TextInput(clearButtonMode = \"while-editing\",\n                      key = \"sentences\",\n                      style = styles.default)),\n          WithLabel(\"unless editing\")(\n            TextInput(clearButtonMode = \"unless-editing\",\n                      key = \"unless-editing\",\n                      style = styles.default)),\n          WithLabel(\"always\")(\n            TextInput(clearButtonMode = \"always\",\n                      key = \"chars\",\n                      style = styles.default))\n        )\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val page = style(paddingBottom := 30)\n\n    val default = style(height := 26,\n                        borderWidth := 0.5,\n                        borderColor := \"#0f0f0f\",\n                        flex := 1,\n                        fontSize := 13)\n\n    val multiline = style(borderWidth := 0.5,\n                          borderColor := \"#0f0f0f\",\n                          flex := 1,\n                          fontSize := 13,\n                          height := 50)\n\n    val label = style(width := 120,\n                      justifyContent.flexEnd,\n                      flexDirection.row,\n                      marginRight := 10,\n                      paddingTop := 2)\n\n    val eventLabel = style(margin := 3, fontSize := 12)\n\n    val labelContainer =\n      style(flexDirection.row, marginVertical := 2, flex := 1)\n\n  }\n\n  override def title: String = \"TextInput\"\n\n  override def description: String = \"Single line text inputs\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawer\/DraftsScreen.scala","text":"package sri.mobile.examples.navigationx.drawer\n\nimport sri.navigation._\n\nclass DraftsScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Drafts Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/android\/ToolbarAndroidExample.scala","text":"package sri.mobile.examples.uiexplorer.components.android\n\nimport sri.core._\nimport sri.mobile.components.android.{\n  ToolbarAndroid,\n  ToolbarAndroidAction,\n  ToolbarAndroidActionShow\n}\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.mobile.examples.uiexplorer.images._\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject ToolbarAndroidExample extends UIExample {\n\n  override val title: String = \"ToolbarAndroid\"\n\n  override val description: String = \"Examples of using the Android toolbar\"\n\n  val toolbarActions = js.Array(\n    ToolbarAndroidAction(title = \"Create\",\n                         icon = CreateImage,\n                         show = ToolbarAndroidActionShow.ALWAYS),\n    ToolbarAndroidAction(title = \"Filter\"),\n    ToolbarAndroidAction(title = \"Settings\",\n                         icon = SettingImage,\n                         show = ToolbarAndroidActionShow.ALWAYS)\n  )\n\n  case class State(actionText: String = \"Example app with toolbar component\",\n                   toolbarSwitch: Boolean = false,\n                   titleColor: String = \"#3b5998\",\n                   subtitleColor: String = \"#6a7180\")\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      UIExplorerPage(\n        UIExplorerBlock(\"Toolbar with title\/subtitle and actions\")(\n          ToolbarAndroid(\n            actions = toolbarActions,\n            style = styles.toolbar,\n            title = \"Toolbar\",\n            navIconDynamic = BlackMenuImage,\n            onActionSelected = onActionSelected _,\n            subtitle = state.actionText\n          )(),\n          TextC(state.actionText)\n        ),\n        UIExplorerBlock(\n          \"Toolbar with logo & custom title view (a View with Switch+Text)\")(\n          ToolbarAndroid(logoDynamic = LauncherImage, style = styles.toolbar)(\n            View(style = styles.view1)(\n              Switch(value = state.toolbarSwitch,\n                     onValueChange = handleSwitchChange _),\n              TextC(s\"a switch\")\n            )\n          )\n        ),\n        UIExplorerBlock(\"Toolbar with no icon\")(\n          ToolbarAndroid(actions = toolbarActions,\n                         style = styles.toolbar,\n                         subtitle = \"there is no icon here\")()\n        ),\n        UIExplorerBlock(\"Toolbar with navIcon & logo, no title\")(\n          ToolbarAndroid(actions = toolbarActions,\n                         style = styles.toolbar,\n                         logoDynamic = LauncherImage,\n                         navIconDynamic = BlackMenuImage)()\n        ),\n        UIExplorerBlock(\"Toolbar with custom title colors\")(\n          ToolbarAndroid(\n            style = styles.toolbar,\n            navIconDynamic = BlackMenuImage,\n            title = \"Wow such a toolbar\",\n            subtitle = \"Much Native\",\n            subtitleColor = state.subtitleColor,\n            titleColor = state.titleColor\n          )(),\n          TextC(\n            \"Touch the icon to reset the custom colors to the default (theme-provided) ones.\")\n        )\n      )\n    }\n\n    def onActionSelected(position: Int) = {\n      val text = toolbarActions(position).title\n      setState((state: State) => state.copy(actionText = text))\n    }\n\n    def handleSwitchChange(value: Boolean) = {\n      setState((state: State) => state.copy(toolbarSwitch = value))\n    }\n\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val toolbar = style(backgroundColor := \"#e9eaed\", height := 56)\n\n    val view1 =\n      style(height := 56, flexDirection.row, alignItems.center)\n  }\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawerstacktab\/ProfileScreen2.scala","text":"package sri.mobile.examples.navigationx.drawerstacktab\n\nimport sri.navigation._\n\nimport scala.scalajs.js\n\ntrait ProfileParams2 extends js.Object {\n  val name: js.UndefOr[String] = js.undefined\n  val mode: js.UndefOr[String] = js.undefined\n}\n\nclass ProfileScreen2 extends NavigationScreenComponent[ProfileParams, Null] {\n  def render() = MyNavScreen(s\"Profile 2\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/GlobalStyles.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nobject GlobalStyles extends InlineStyleSheetUniversal {\n\n  import dsl._\n  val wholeContainer = style(flex := 1)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerBlock.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerBlock.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal._\nimport sri.universal.components.{Text, View}\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\n\nobject UIExplorerBlock {\n\n  case class Props(title: String, description: String)\n\n  class Component extends ComponentP[Props] {\n\n    def render() = {\n      View(style = styles.container)(\n        View(style = styles.titleContainer)(\n          Text(style = styles.titleText)(props.title),\n          props.description.nonEmpty ?= Text(style = styles.descriptionText)(\n            props.description)\n        ),\n        View(style = styles.children)(\n          children\n        )\n      )\n    }\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val container = style(\n      borderRadius := 3,\n      borderWidth := 0.5,\n      borderColor := \"#d6d7da\",\n      backgroundColor := \"#ffffff\",\n      margin := 10,\n      marginVertical := 5,\n      overflow := \"hidden\"\n    )\n\n    val titleContainer = style(\n      borderWidth := 0.5,\n      borderColor := \"#d6d7da\",\n      backgroundColor := \"#f6f7f8\",\n      paddingHorizontal := 10,\n      paddingVertical := 5\n    )\n\n    val titleText = style(fontSize := 14, fontWeight := \"500\")\n\n    val descriptionText = style(fontSize := 14)\n\n    val children = style(padding := 10)\n  }\n\n  def apply(title: String, description: String = \"\")(children: ReactNode*) =\n    CreateElementWithChildren[Component](Props(title, description),\n                                         children = children.toJSArray)\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawerstacktab\/SettingsScreen.scala","text":"package sri.mobile.examples.navigationx.drawerstacktab\n\nimport sri.navigation.NavigationScreenComponentNoPS\n\nclass SettingsScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Settings Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simpletab\/SettingsScreen.scala","text":"package sri.mobile.examples.navigationx.simpletab\n\nimport sri.navigation._\n\nclass SettingsScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Settings Tab\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simpletab\/PeopleScreen.scala","text":"package sri.mobile.examples.navigationx.simpletab\n\nimport sri.navigation._\n\nclass PeopleScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"People Tab\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/SectionListExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.mobile.examples.uiexplorer.components.ListExamplesShared.{\n  Item,\n  ItemComponent,\n  PlainInput,\n  renderSmallSwitchOption\n}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.UndefOr\n\nobject SectionListExample extends UIExample {\n\n  val VIEWABILITY_CONFIG = new ViewabilityConfig {\n    override val viewAreaCoveragePercentThreshold: UndefOr[Double] = 100\n    override val minimumViewTime: UndefOr[Double] = 3000\n    override val waitForInteraction: UndefOr[Boolean] = true\n  }\n\n  case class State(data: js.Array[ListExamplesShared.Item],\n                   filterText: String = \"\",\n                   debug: Boolean = false,\n                   horizontal: Boolean = false,\n                   fixedHeight: Boolean = false,\n                   logViewable: Boolean = false,\n                   virtualized: Boolean = true)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State(data = ListExamplesShared.genItemData(1000)))\n\n    def render() = {\n      val data =\n        if (state.filterText.trim.isEmpty) state.data\n        else\n          state.data.filter(\n            _.text.toLowerCase().contains(state.filterText.toLowerCase()))\n      UIExplorerPage(UIExplorerPage.Props(scroll = false))(\n        View(style = styles.searchRow)(\n          View(style = styles.options)(\n            PlainInput(placeholder = \"Search...\",\n                       value = state.filterText,\n                       onChange = searchTextChange _),\n            PlainInput(placeholder = \"scrollIndex..\",\n                       onChange = scrollIndexChange _)\n          ),\n          View(style = styles.options)(\n            renderSmallSwitchOption(\n              key = \"virtualized\",\n              value = state.virtualized,\n              onChange = (value: Boolean) =>\n                setState((state: State) => state.copy(virtualized = value))),\n            renderSmallSwitchOption(\n              key = \"horizontal\",\n              value = state.horizontal,\n              onChange = (value: Boolean) =>\n                setState((state: State) => state.copy(horizontal = value))),\n            renderSmallSwitchOption(\n              key = \"fixedHeight\",\n              value = state.fixedHeight,\n              onChange = (value: Boolean) =>\n                setState((state: State) => state.copy(fixedHeight = value))),\n            renderSmallSwitchOption(\n              key = \"logViewable\",\n              value = state.logViewable,\n              onChange = (value: Boolean) =>\n                setState((state: State) => state.copy(logViewable = value))),\n            renderSmallSwitchOption(\n              key = \"debug\",\n              value = state.debug,\n              onChange = (value: Boolean) =>\n                setState((state: State) => state.copy(debug = value)))\n          )\n        ),\n        SectionList[ListExamplesShared.Item](\n          ListHeaderComponent = () => ListExamplesShared.HeaderComponent,\n          ListFooterComponent = () => ListExamplesShared.FooterComponent,\n          ItemSeparatorComponent = () => ListExamplesShared.SeparatorComponent,\n          SectionSeparatorComponent =\n            () => ListExamplesShared.SeparatorComponent,\n          debug = state.debug,\n          sections = js\n            .Array(\n              new SectionBase[ListExamplesShared.Item] {\n                override val key: js.UndefOr[String] = \"s1\"\n                override val data = js.Array(new Item {\n                  override val text: String = \"Section s1\"\n                  override val key: Int = 0\n                  override val title: String = \"Item In Header Section\"\n                })\n              },\n              new SectionBase[ListExamplesShared.Item] {\n                override val key: js.UndefOr[String] = \"s2\"\n                override val data = js.Array(new Item {\n                  override val text: String = \"Section s2\"\n                  override val key: Int = 1\n                  override val title: String = \"Item In Header Section2\"\n                })\n              }\n            ),\n          horizontal = state.horizontal,\n          disableVirtualization = !state.virtualized,\n          renderItem = renderItem _,\n          renderSectionHeader = (si: SectionItem[ListExamplesShared.Item]) => {\n            ViewC(TextC(si.section.key.getOrElse(\"\").toString),\n                  ListExamplesShared.SeparatorComponent)\n          }\n        )\n      )\n    }\n\n    var listRef: FlatListComponent.type = null\n\n    def storeListRef(ref: FlatListComponent.type) = {\n      listRef = ref\n    }\n\n    private def renderItem(info: ListItem[ListExamplesShared.Item]) =\n      ItemComponent(\n        ItemComponent.Props(item = info.item, onPress = pressItem _))\n\n    private def searchTextChange(in: String) = {\n      setState((state: State) => state.copy(filterText = in))\n    }\n\n    private def scrollIndexChange(in: String) = {\n      if (in.trim.nonEmpty) listRef.scrollToIndex(new ScrollToIndexParams {\n        override val index: Int = in.toInt\n        override val viewPosition: UndefOr[Double] = 0.5\n      })\n    }\n    private def pressItem(key: Int) = {\n      println(\"Item pressed\")\n    }\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val options =\n      style(flexDirection.row, flexWrap.wrap, alignItems.center)\n    val searchRow = style(paddingHorizontal := 0)\n  }\n\n  override def title: String = \"SectionList\"\n\n  override def description: String = \"Performant, scrollable list of data.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simplestack\/MyNavScreen.scala","text":"package sri.mobile.examples.navigationx.simplestack\n\nimport sri.navigation.{NavigationAwareComponentP, _}\nimport sri.universal.components._\n\nimport scala.scalajs.js\n\nclass MyNavScreen extends NavigationAwareComponentP[String] {\n\n  def render() = {\n    ScrollViewC(\n      sri.mobile.examples.navigationx.SampleText(props),\n      Button(onPress = () =>\n               navigation.navigate[ProfileScreen](new ProfileParams {\n                 override val name: js.UndefOr[String] = \"Jane\"\n               }),\n             title = \"Profile\"),\n      Button(onPress = () => navigation.goBack(null), title = \"Go Back\")\n    )\n  }\n\n}\n\nobject Images {\n  @inline def ios_home = \"ios-home\"\n  @inline def ios_home2 = \"ios-home\"\n  @inline def ios_home3 = \"ios-home\"\n  @inline def ios_home4 = \"ios-home\"\n}\n\nobject MyNavScreen {\n\n  def apply(banner: String) = WithNavigation[MyNavScreen](banner)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/GlobalStyles.scala","text":"<reponame>frgomes\/sri-mobile-examples<gh_stars>1-10\npackage sri.mobile.examples.navigationx\n\nimport sri.platform.SriPlatform\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject GlobalStyles extends InlineStyleSheetUniversal {\n\n  import dsl._\n\n  val sampleText =\n    style(margin := 14, shadowOffset := js.Dynamic.literal(height = 10))\n  val navScreenContainer = style(\n    marginTop := (if (SriPlatform.isIOS) 20 else 0))\n\n  def dynamicColor(c: String) = styleUR(color := c)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/SettingsScreen.scala","text":"<filename>navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/SettingsScreen.scala\npackage sri.mobile.examples.navigationx.stackintabs\n\nimport sri.navigation._\n\nclass SettingsScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Settings Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawer\/InboxScreen.scala","text":"package sri.mobile.examples.navigationx.drawer\n\nimport sri.navigation._\n\nclass InboxScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Inbox Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simpletab\/ChatScreen.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.navigationx.simpletab\n\nimport sri.navigation._\n\nclass ChatScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Chat Tab\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simplestack\/ProfileScreen.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.navigationx.simplestack\n\nimport sri.navigation._\n\nimport scala.scalajs.js\n\ntrait ProfileParams extends js.Object {\n  val name: js.UndefOr[String] = js.undefined\n  val mode: js.UndefOr[String] = js.undefined\n}\n\nclass ProfileScreen extends NavigationScreenComponentP[ProfileParams] {\n  def render() =\n    MyNavScreen(s\"${if (params.get.mode.exists(_ == \"edit\")) \"Now Editing\"\n    else \"\"} ${params.get.name.getOrElse(\"\")}\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ActivityIndicatorExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport org.scalajs.dom\nimport sri.core.{ComponentNoPS, ComponentS, CreateElementNoProps}\nimport sri.universal.components.{ActivityIndicator, ActivityIndicatorSize, _}\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\n\nobject ActivityIndicatorExample extends UIExample {\n\n  object ToggleAnimatingActivityIndicator {\n\n    case class State(animating: Boolean = true)\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      var timers: Seq[Int] = List()\n\n      def render() =\n        ActivityIndicator(animating = state.animating,\n                          style = styles.animating,\n                          size = ActivityIndicatorSize.LARGE)\n\n      override def componentDidMount() = {\n        setToggleTimeout\n      }\n\n      override def componentWillUnmount(): Unit = {\n        timers.foreach(id => dom.window.clearTimeout(id))\n      }\n\n      def setToggleTimeout: Unit = {\n        val id = dom.window.setTimeout(() => {\n          setState((state: State) => state.copy(animating = !state.animating))\n          setToggleTimeout\n        }, 1200)\n        timers :+= id\n      }\n    }\n\n    def apply(key: js.UndefOr[String] = js.undefined,\n              ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component]()\n  }\n\n  class Component extends ComponentNoPS {\n    def render() = UIExplorerPage(\n      UIExplorerBlock(\"Default white\")(\n        ActivityIndicator(style = styles.default, color = \"white\")\n      ),\n      UIExplorerBlock(\"Gray\")(\n        ActivityIndicator(style = styles.default)\n      ),\n      UIExplorerBlock(\"Large\")(\n        ActivityIndicator(style = styles.default,\n                          color = \"white\",\n                          size = ActivityIndicatorSize.LARGE)\n      ),\n      UIExplorerBlock(\"Large custom colors\")(\n        View(style = styles.horizontal)(\n          ActivityIndicator(key = \"3\",\n                            color = \"#00aa00\",\n                            size = ActivityIndicatorSize.LARGE)\n        )\n      ),\n      UIExplorerBlock(\"Start\/Stop\")(\n        ToggleAnimatingActivityIndicator()\n      )\n    )\n\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n    import dsl._\n\n    val centering = style(\n      alignItems.center,\n      justifyContent.center\n    )\n\n    val gray = style(backgroundColor := \"#cccccc\")\n\n    val horizontal =\n      style(flexDirection.row, justifyContent.center)\n\n    val default = js.Array(centering, gray, style(height := 40))\n\n    val animating = js.Array(centering, style(height := 80))\n  }\n\n  override def title: String = \"ActivityIndicator\"\n\n  override def description: String = \"Animated loading indicators.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/AppStateExample.scala","text":"<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer.apis\n\nimport sri.core.{Component, CreateElement, CreateElementSFNoP}\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.apis.AppState\nimport sri.universal.components._\n\nimport scala.scalajs.js\n\nobject AppStateExample extends UIExample {\n\n  class AppStateSubscription\n      extends Component[AppStateSubscription.Props, AppStateSubscription.State] {\n    import AppStateSubscription._\n    initialState(State())\n\n    def render() = ViewC(\n      if (props.state) TextC(state.appState)\n      else TextC(state.previousAppSates.mkString(\",\"))\n    )\n\n    val handleAppStateChange = (appState: String) => {\n      setState((state: State) =>\n        state.copy(appState, state.previousAppSates.+:(appState)))\n    }\n\n    override def componentDidMount(): Unit =\n      AppState.addEventListener(\"change\", handleAppStateChange)\n\n    override def componentWillUnmount(): Unit =\n      AppState.removeEventListener(\"change\", handleAppStateChange)\n  }\n  object AppStateSubscription {\n\n    case class State(appState: String = AppState.currentState.get,\n                     previousAppSates: js.Array[String] = js.Array())\n\n    case class Props(state: Boolean)\n    def apply(state: Boolean,\n              key: String = null,\n              ref: js.Function1[AppStateSubscription, Unit] = null) =\n      CreateElement[AppStateSubscription](Props(state), key = key, ref = ref)\n\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"AppState.currentState\")(\n        TextC(AppState.currentState.get)\n      ),\n      UIExplorerBlock(\"Subscribed AppState:\")(\n        AppStateSubscription(true)\n      ),\n      UIExplorerBlock(\"Previous states:\")(\n        AppStateSubscription(false)\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  override def title: String = \"AppState\"\n\n  override def description: String = \"app background status\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simplestack\/PhotosScreen.scala","text":"package sri.mobile.examples.navigationx.simplestack\n\nimport sri.navigation.NavigationScreenComponentNoPS\n\nclass PhotosScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Home Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stacksindrawer\/MyNavScreen.scala","text":"<reponame>frgomes\/sri-mobile-examples<filename>navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stacksindrawer\/MyNavScreen.scala\npackage sri.mobile.examples.navigationx.stacksindrawer\n\nimport sri.navigation.{NavigationAwareComponentP, _}\nimport sri.universal.components._\n\nimport scala.scalajs.js\n\nclass MyNavScreen extends NavigationAwareComponentP[String] {\n\n  def render() = {\n    ScrollViewC(\n      sri.mobile.examples.navigationx.SampleText(props),\n      Button(onPress = () =>\n               navigation.navigate[ProfileScreen](new ProfileParams {\n                 override val name: js.UndefOr[String] = \"Jane\"\n               }),\n             title = \"Go to a profile screen\"),\n      Button(onPress = () => navigation.navigate[SettingsScreen],\n             title = \"Go to settings\"),\n      Button(onPress = () => navigation.navigate[NotificationsSettingsScreen],\n             title = \"Go to notification settings\"),\n      Button(onPress = () => navigationJS.goBack(null), title = \"Go Back\")\n    )\n  }\n\n}\n\nobject MyNavScreen {\n\n  def apply(banner: String) = WithNavigation[MyNavScreen](banner)\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerPageLazyLoad.scala","text":"<reponame>frgomes\/sri-mobile-examples<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerPageLazyLoad.scala<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ComponentS, CreateElementNoPropsWithChildren, ReactNode}\nimport sri.universal.apis.InteractionManager\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\n\nobject UIExplorerPageLazyLoad {\n\n  case class State(isLoading: Boolean = true)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      if (state.isLoading)\n        View(style = styles.spinner)(\n          ActivityIndicator(size = ActivityIndicatorSize.LARGE,\n                            color = \"black\"))\n      else\n        ScrollView(\n          style = GlobalStyles.wholeContainer,\n          keyboardShouldPersistTaps = ScrollViewKeyboardPersistTaps.HANDLED,\n          keyboardDismissMode = ScrollViewKeyboardDismissMode.INTERACTIVE\n        )(\n          children\n        )\n    }\n\n    override def componentDidMount(): Unit = {\n      InteractionManager.runAfterInteractions(() => {\n        setState((state: State) => state.copy(isLoading = false))\n      })\n    }\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val spinner =\n      style(justifyContent.center, alignItems.center, marginTop := 40)\n  }\n\n  def apply(children: ReactNode*) =\n    CreateElementNoPropsWithChildren[Component](children = children.toJSArray)\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/GeolocationExample.scala","text":"package sri.mobile.examples.uiexplorer.apis\n\nimport org.scalajs.dom.raw.{Position, PositionError, PositionOptions}\nimport org.scalajs.dom.window\nimport sri.core._\nimport sri.mobile.examples.uiexplorer.components.UIExample\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{literal => json}\nimport scala.scalajs.js.{JSON, undefined, UndefOr => U}\n\nobject GeolocationExample extends UIExample {\n\n  case class State(initialPosition: String = \"unknown\",\n                   lastPosition: String = \"unknown\")\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      ViewC(\n        TextC(\n          Text(style = styles.title)(\"Initial position:\"),\n          state.initialPosition\n        ),\n        TextC(\n          Text(style = styles.title)(\"Current position:\"),\n          state.lastPosition\n        )\n      )\n    }\n\n    var watchId: js.UndefOr[Int] = undefined\n\n    override def componentDidMount(): Unit = {\n      val positionOptions =\n        json(enableHighAccuracy = true, timeout = 20000, maximumAge = 1000)\n\n      window.navigator.geolocation.getCurrentPosition(\n        (position: Position) =>\n          setState((state: State) =>\n            state.copy(initialPosition = JSON.stringify(position))),\n        (error: PositionError) => window.alert(error.message),\n        positionOptions.asInstanceOf[PositionOptions]\n      )\n\n      watchId =\n        window.navigator.geolocation.watchPosition((position: Position) => {\n          setState((state: State) =>\n            state.copy(lastPosition = JSON.stringify(position)))\n\n        })\n    }\n\n    override def componentWillUnmount(): Unit = {\n      if (watchId.isDefined)\n        window.navigator.geolocation.clearWatch(watchId.get)\n    }\n  }\n\n  object styles extends InlineStyleSheetUniversal {\n    import dsl._\n    val title = style(fontWeight := \"500\")\n  }\n\n  override val component = () => CreateElementNoProps[Component]()\n\n  override def title: String = \"Geolocation\"\n\n  override def description: String = \"Examples of using the Geolocation API.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/HomeScreen.scala","text":"package sri.mobile.examples.navigationx.stackintabs\n\nimport sri.navigation.NavigationScreenComponentNoPS\n\nclass HomeScreen extends NavigationScreenComponentNoPS {\n  def render() = MyNavScreen(\"Home Screen\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerDetailsScreen.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.ReactElement\nimport sri.navigation.NavigationScreenComponent\nimport sri.universal.components._\n\nimport scala.scalajs.js\n\ntrait Params extends js.Object {\n  val title: String\n  val component: () => ReactElement\n}\n\nclass UIExplorerDetailsScreen extends NavigationScreenComponent[Params, Null] {\n\n  def render() = View(style = GlobalStyles.wholeContainer)(\n    params.get.component()\n  )\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/android\/ToastAndroidExample.scala","text":"<reponame>frgomes\/sri-mobile-examples\npackage sri.mobile.examples.uiexplorer.apis.android\n\nimport sri.core.CreateElementSFNoP\nimport sri.mobile.apis.android.ToastAndroid\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\nobject ToastAndroidExample extends UIExample {\n\n  override val title: String = \"Toast Example\"\n  override val description: String =\n    \"Example that demonstrates the use of an Android Toast to provide feedback.\"\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"Simple toast\")(\n        TouchableWithoutFeedback(\n          onPress = () =>\n            ToastAndroid.show(\"This is a toast with short duration\",\n                              ToastAndroid.SHORT))(\n          ViewC(Text(style = styles.text)(\"Click me.\"))\n        )\n      ),\n      UIExplorerBlock(\"Toast with long duration\")(\n        TouchableWithoutFeedback(\n          onPress = () =>\n            ToastAndroid.show(\"This is a toast with long duration\",\n                              ToastAndroid.LONG))(\n          ViewC(Text(style = styles.text)(\"Click me too.\"))\n        )\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val text = style(color := \"black\")\n  }\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExample.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport sri.core.ReactElement\n\ntrait UIExample {\n\n  def title : String\n  def description : String\n  def component : () => ReactElement\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/package.scala","text":"<reponame>frgomes\/sri-mobile-examples<filename>navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/stackintabs\/package.scala\npackage sri.mobile.examples.navigationx\n\nimport sri.navigation._\nimport sri.navigation.navigators._\nimport sri.universal.components.Button\nimport sri.vector.icons.{Ionicons, IoniconsList}\n\nimport scala.scalajs.js\n\npackage object stackintabs {\n\n  val MainTab =\n    StackNavigator(\n      registerStackScreen[HomeScreen](\n        navigationOptions = NavigationStackScreenOptions(title = \"Home\")),\n      registerStackScreen[ProfileScreen](\n        navigationOptionsDynamic =\n          (props: NavigationScreenConfigProps[ProfileScreen]) =>\n            NavigationStackScreenOptions(\n              title =\n                props.navigation.state.params.get.name.getOrElse(\"\").toString,\n              headerRight = Button(\n                title =\n                  if (props.navigation.state.params.get.mode\n                        .exists(_ == \"edit\"))\n                    \"Done\"\n                  else \"Edit\",\n                onPress = () =>\n                  props.navigation.setParams(new ProfileParams {\n                    override val mode: js.UndefOr[String] =\n                      if (props.navigation.state.params.get.mode\n                            .exists(_ == \"edit\"))\n                        \"\"\n                      else \"edit\"\n                  })\n              )\n          ))\n    )\n\n  val SettingsTab = StackNavigator(\n    registerStackScreen[SettingsScreen](\n      navigationOptions = NavigationStackScreenOptions(title = \"Settings\")),\n    registerStackScreen[NotificationsSettingsScreen](\n      navigationOptions =\n        NavigationStackScreenOptions(title = \"Notification Settings\"))\n  )\n\n  val root = TabNavigator(\n    TabNavigatorConfig(\n      tabBarPosition = TabBarPosition.BOTTOM,\n      animationEnabled = false,\n      swipeEnabled = false\n    ),\n    registerNavigatorAsTabScreen(\n      \"MainTab\",\n      MainTab,\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_HOME\n              else IoniconsList.IOS_HOME_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Home\"\n      )\n    ),\n    registerNavigatorAsTabScreen(\n      \"SettingsTab\",\n      SettingsTab,\n      navigationOptions = NavigationTabScreenOptions(\n        tabBarIcon = (iconOptions: IconOptions) => {\n          Ionicons(\n            name =\n              if (iconOptions.focused) IoniconsList.IOS_SETTINGS\n              else IoniconsList.IOS_SETTINGS_OUTLINE,\n            size = 27,\n            style = GlobalStyles.dynamicColor(iconOptions.tintColor)\n          )\n        },\n        tabBarLabel = \"Settings\"\n      )\n    )\n  )\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerPage.scala","text":"<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.components._\n\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\n\nclass UIExplorerPage extends ComponentP[UIExplorerPage.Props] {\n\n  def render() = {\n    if (props.scroll)\n      ScrollView(\n        style = GlobalStyles.wholeContainer,\n        keyboardShouldPersistTaps = ScrollViewKeyboardPersistTaps.HANDLED,\n        keyboardDismissMode = ScrollViewKeyboardDismissMode.INTERACTIVE\n      )(\n        children\n      )\n    else View(style = GlobalStyles.wholeContainer)(children)\n  }\n\n}\nobject UIExplorerPage {\n\n  case class Props(scroll: Boolean = true)\n\n  def apply(props: Props)(\n      children: ReactNode*): ReactElement { type Instance = UIExplorerPage } =\n    CreateElementWithChildren[UIExplorerPage](props,\n                                              children = children.toJSArray)\n  def apply(\n      children: ReactNode*): ReactElement { type Instance = UIExplorerPage } =\n    apply(Props())(children: _*)\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/KeyboardAvoidingViewExample.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/KeyboardAvoidingViewExample.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core.{ComponentS, CreateElementNoProps}\nimport sri.universal.components.{View, _}\nimport sri.universal.styles.InlineStyleSheetUniversal\nimport sri.mobile.components.ios._\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{literal => json}\n\nobject KeyboardAvoidingViewExample extends UIExample {\n\n  case class State(behaviour: KeyboardAvoidingViewBehaviour =\n                     KeyboardAvoidingViewBehaviour.PADDING,\n                   modalOpen: Boolean = false)\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = UIExplorerPage(\n      UIExplorerBlock(\n        \"Keyboard-avoiding views move out of the way of the keyboard.\")(\n        View(style = styles.outerContainer)(\n          Modal(animationType = ModalAnimationType.FADE,\n                visible = state.modalOpen)(\n            KeyboardAvoidingView(behavior = state.behaviour,\n                                 style = styles.container)(\n              SegmentedControlIOS(\n                onValueChange = onSegmentChange _,\n                selectedIndex =\n                  if (state.behaviour == KeyboardAvoidingViewBehaviour.PADDING)\n                    0\n                  else 1,\n                style = styles.segment,\n                values = js.Array(Padding, Position)\n              ),\n              TextInput(placeholder = \"TextInput\", style = styles.textInput)\n            ),\n            TouchableHighlight(\n              style = styles.closeButton,\n              onPress = () =>\n                setState((state: State) => state.copy(modalOpen = false)))(\n              TextC(\"Close\")\n            )\n          ),\n          TouchableHighlight(onPress = () =>\n            setState((state: State) => state.copy(modalOpen = true)))(\n            TextC(\"Open Example\")\n          )\n        )\n      )\n    )\n\n    val Padding = \"Padding\"\n\n    val Position = \"Position\"\n\n    def onSegmentChange(segment: String): Unit = {\n      val behaviour = segment match {\n        case Padding  => KeyboardAvoidingViewBehaviour.PADDING\n        case Position => KeyboardAvoidingViewBehaviour.POSITION\n      }\n      setState((state: State) => state.copy(behaviour = behaviour))\n    }\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val outerContainer = style(flex := 1)\n\n    val container = style(flex := 1,\n                          justifyContent.center,\n                          paddingHorizontal := 20,\n                          paddingTop := 20)\n\n    val textInput = style(borderRadius := 5,\n                          borderWidth := 1,\n                          height := 44,\n                          paddingHorizontal := 10)\n\n    val segment = style(marginBottom := 10)\n\n    val closeButton =\n      style(position.absolute, top := 30, left := 30)\n\n  }\n\n  override def title: String = \"KeyboardAvoidingView\"\n\n  override def description: String =\n    \"Base component for views that automatically adjust their height or position to move out of the way of the keyboard.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/ios\/SegmentedControlExample.scala","text":"package sri.mobile.examples.uiexplorer.components.ios\n\nimport sri.core._\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.components._\nimport sri.mobile.components.ios._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{literal => json}\n\nobject SegmentedControlExample extends UIExample {\n\n  object BasicSegmentedControlExample {\n\n    val Component = () => {\n      ViewC(\n        SegmentedControlIOS(values = js.Array(\"One\", \"Two\"))\n      )\n    }\n\n    def apply(key: String = null) = CreateElementSFNoP(Component)\n  }\n\n  object PreSelectedSegmentedControlExample {\n\n    val Component = () => {\n      ViewC(\n        SegmentedControlIOS(values = js.Array(\"One\", \"Two\"), selectedIndex = 0)\n      )\n    }\n\n    def apply(key: String = null) = CreateElementSFNoP(Component)\n  }\n\n  object MomentarySegmentedControlExample {\n\n    val Component = () => {\n      ViewC(\n        SegmentedControlIOS(values = js.Array(\"One\", \"Two\"), momentary = true)\n      )\n    }\n\n    def apply(key: String = null) = CreateElementSFNoP(Component)\n  }\n\n  object DisabledSegmentedControlExample {\n\n    val Component = () => {\n      ViewC(\n        SegmentedControlIOS(values = js.Array(\"One\", \"Two\"),\n                            enabled = false,\n                            selectedIndex = 0)\n      )\n    }\n\n    def apply(key: String = null) = CreateElementSFNoP(Component)\n  }\n\n  object ColorSegmentedControlExample {\n\n    val Component = () => {\n      ViewC(\n        SegmentedControlIOS(values = js.Array(\"One\", \"Two\"),\n                            selectedIndex = 0,\n                            tintColor = \"#ff0000\")\n      )\n    }\n\n    def apply(key: String = null) = CreateElementSFNoP(Component)\n  }\n\n  object EventSegmentedControlExample {\n\n    case class State(values: js.Array[String] =\n                       js.Array(\"One\", \"Two\", \"Three\", \"Four\"),\n                     value: String = \"One\",\n                     index: Int = 0)\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = ViewC(\n        Text(style = styles.text)(s\"Value : ${state.value}\"),\n        Text(style = styles.text)(\n          s\"Index : ${state.values.indexOf(state.value)}\"),\n        SegmentedControlIOS(values = state.values,\n                            selectedIndex = state.index,\n                            tintColor = \"#cf00a2\",\n                            onChange = onChange _,\n                            onValueChange = onValueChange _)\n      )\n\n      def onChange(e: js.Dynamic) = {\n        val index = e.nativeEvent.selectedSegmentIndex.toString.toInt\n        setState((state: State) => state.copy(index = index))\n      }\n\n      def onValueChange(value: String) =\n        setState((state: State) => state.copy(value = value))\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component]()\n\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      ViewC(\n        UIExplorerBlock(\"Segmented controls can have values\")(\n          BasicSegmentedControlExample()\n        ),\n        UIExplorerBlock(\"Segmented controls can have a pre-selected value\")(\n          PreSelectedSegmentedControlExample()\n        ),\n        UIExplorerBlock(\"Segmented controls can be momentary\")(\n          MomentarySegmentedControlExample()\n        ),\n        UIExplorerBlock(\"Segmented controls can be disabled\")(\n          DisabledSegmentedControlExample()\n        ),\n        UIExplorerBlock(\"Custom colors can be provided\")(\n          ColorSegmentedControlExample()\n        ),\n        UIExplorerBlock(\"Change events can be detected\")(\n          EventSegmentedControlExample()\n        )\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val text = style(fontSize := 14,\n                     textAlign.center,\n                     fontWeight := \"500\",\n                     margin := 10)\n\n  }\n\n  override def title: String = \"SegmentedControlIOS\"\n\n  override def description: String = \"Native segmented control\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/AsyncStorageExample.scala","text":"<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer.apis\n\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.apis.{AsyncStorage, AsyncStorageException}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.async.Async.{async, await}\nimport scala.scalajs.concurrent.JSExecutionContext.Implicits.queue\nimport scala.scalajs.js\nimport sri.core._\nimport sri.universal._\n\nobject AsyncStorageExample extends UIExample {\n\n  val STORAGE_KEY = \"@AsyncStorageExample:key\"\n  val COLORS = js.Array(\"red\", \"orange\", \"yellow\", \"green\", \"blue\")\n\n  case class State(selectedValue: String = COLORS.head,\n                   messages: js.Array[String] = js.Array())\n\n  class Component extends ComponentS[State] {\n\n    initialState(State())\n\n    def render() = {\n      UIExplorerPage(\n        UIExplorerBlock(\"Basics - getItem, setItem, removeItem\")(\n          ViewC(\n            Picker(selectedValue = state.selectedValue,\n                   onValueChange = onValueChange)(\n              COLORS.map(v => PickerItem(key = v, value = v, label = v))\n            ),\n            TextC(\n              \"Selected : \",\n              Text(style = styles.getColorstyle(state.selectedValue))(\n                state.selectedValue)\n            ),\n            TextC(\" \"),\n            Text(onPress = () => removeStorage)(\n              \"Press here to remove from storage\"),\n            TextC(\" \"),\n            TextC(\"Messages : \"),\n            ViewC(\n              state.messages.map(m => TextC(m)).asInstanceOf[ReactNode]\n            )\n          )\n        )\n      )\n    }\n\n    def appendMessage(message: String) = {\n      setState(\n        (state: State) => state.copy(messages = state.messages.+:(message)))\n    }\n\n    val saveError: PartialFunction[Throwable, _] = {\n      case (ex: Throwable) => {\n        appendMessage(\n          s\"AsyncStorage Error ${ex.asInstanceOf[AsyncStorageException].err.message.toString}\")\n      }\n    }\n\n    override def componentDidMount(): Unit = {\n      async {\n        val result = await(AsyncStorage.getItem(STORAGE_KEY).toFuture)\n        if (result != null) {\n          setState(\n            (state: State) =>\n              state.copy(selectedValue = result,\n                         messages = js.Array(\n                           s\"Recovered selection from disk : ${result}\")))\n        } else {\n          appendMessage(s\"Initialized with no selection on disk\")\n        }\n      }.recover(saveError)\n    }\n\n    val onValueChange = (selectedValue: String, position: Int) => {\n      setState((state: State) => state.copy(selectedValue = selectedValue))\n      async {\n        val result =\n          await(AsyncStorage.setItem(STORAGE_KEY, selectedValue).toFuture)\n        appendMessage(s\"Saved selection to disk ${selectedValue}\")\n      }.recover(saveError)\n    }\n\n    def removeStorage(): Unit =\n      async {\n        val result = await(AsyncStorage.removeItem(STORAGE_KEY).toFuture)\n        appendMessage(s\"Selection Removed from Disk\")\n      }.recover(saveError)\n  }\n\n  val component = () => CreateElementNoProps[Component]()\n\n  object styles extends InlineStyleSheetUniversal {\n    import dsl._\n    def getColorstyle(c: String) = styleUR(color := c)\n  }\n\n  override def title: String = \"AsyncStorage\"\n\n  override def description: String = \"Asynchronous local disk storage.\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawerstacktab\/ProfileScreen.scala","text":"<filename>navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/drawerstacktab\/ProfileScreen.scala\npackage sri.mobile.examples.navigationx.drawerstacktab\n\nimport sri.navigation._\n\nimport scala.scalajs.js\n\ntrait ProfileParams extends js.Object {\n  val name: js.UndefOr[String] = js.undefined\n  val mode: js.UndefOr[String] = js.undefined\n}\n\nclass ProfileScreen extends NavigationScreenComponentNoPS {\n  def render() = MyNavScreen(s\"Profile 1\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/simpletab\/HomeScreen.scala","text":"<gh_stars>1-10\npackage sri.mobile.examples.navigationx.simpletab\n\nimport sri.navigation._\n\nclass HomeScreen extends NavigationScreenComponentNoPS {\n\n  def render() = MyNavScreen(\"Home Tab\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/images\/package.scala","text":"<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/images\/package.scala<gh_stars>1-10\npackage sri.mobile.examples.uiexplorer\n\nimport sri.universal.AssetLoader\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\npackage object images {\n\n  def LikeImage =\n    AssetLoader\n      .require[js.Dynamic](\"..\/images\/thumbnails\/like.png\")\n\n  def DislikeImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/dislike.png\")\n\n  def CallImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/call.png\")\n\n  def FistImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/fist.png\")\n\n  def BandagedImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/bandaged.png\")\n\n  def FlowersImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/flowers.png\")\n\n  def HeartImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/heart.png\")\n\n  def LikingImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/liking.png\")\n\n  def PartyImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/party.png\")\n\n  def PokeImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/poke.png\")\n\n  def SuperLikeImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/superlike.png\")\n\n  def VictoryImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/thumbnails\/victory.png\")\n\n  def CreateImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/ic_create_black_48dp.png\")\n\n  def SettingImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/ic_settings_black_48dp.png\")\n\n  def BlackMenuImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/ic_menu_black_24dp.png\")\n\n  def LauncherImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/launcher_icon.png\")\n\n  def AndroidSearchWhiteImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/android_search_white.png\")\n\n  def AndroidBackWhiteImage =\n    AssetLoader.require[js.Dynamic](\"..\/images\/android_back_white.png\")\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/TouchableExample.scala","text":"<reponame>frgomes\/sri-mobile-examples<filename>uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/TouchableExample.scala\npackage sri.mobile.examples.uiexplorer.components\n\nimport sri.core._\nimport sri.universal.apis.PixelRatio\nimport sri.universal.components.{ImageSource, _}\nimport sri.universal.styles.InlineStyleSheetUniversal\nimport sri.universal._\nimport scala.scalajs.js\n\nobject TouchableExample extends UIExample {\n\n  val heartImage = ImageSource(\n    uri = \"https:\/\/pbs.twimg.com\/media\/BlXBfT3CQAA6cVZ.png:small\")\n\n  object TouchableFeedbackEvents {\n\n    case class State(eventLog: js.Array[String] = js.Array())\n\n    class Component extends ComponentS[State] {\n\n      initialState(State())\n\n      def render() = ViewC(\n        View(style = styles.wrapper)(\n          TouchableOpacity(\n            style = styles.wrapper,\n            onPress = () => appendEvent(\"press\"),\n            onPressIn = () => appendEvent(\"pressIn\"),\n            onPressOut = () => appendEvent(\"pressOut\"),\n            onLongPress = () => appendEvent(\"longPress\")\n          )(\n            Text(style = styles.button)(\"Press Me\")\n          )\n        ),\n        View(style = styles.eventLogBox)(\n          state.eventLog.zipWithIndex.map {\n            case (e, i) => Text(key = i.toString)(e)\n          }\n        )\n      )\n\n      def appendEvent(name: String) = {\n        val eventLog = state.eventLog.slice(0, 5)\n        setState((state: State) => state.copy(eventLog = name +: eventLog))\n      }\n    }\n\n    def apply(key: String = null, ref: js.Function1[Component, Unit] = null) =\n      CreateElementNoProps[Component](key = key, ref = ref)\n\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(title = \"TouchableHighlight\")(\n        View(style = styles.touchableRow)(\n          TouchableHighlight(style = styles.wrapper,\n                             onPress =\n                               () => println(\"stock THW image - highlight\"))(\n            Image(source = heartImage, style = styles.image)\n          ),\n          TouchableHighlight(style = styles.wrapper,\n                             activeOpacity = 1.0,\n                             underlayColor = \"rgb(210, 230, 255)\",\n                             onPress =\n                               () => println(\"custom THW text - hightlight\"))(\n            Text(style = styles.text)(\n              \"Tap Here For Custom Highlight!\"\n            )\n          )\n        )\n      ),\n      UIExplorerBlock(title = \"Touchable feedback events\")(\n        TouchableFeedbackEvents()\n      )\n    )\n\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val touchableRow = style(justifyContent.center, flexDirection.row)\n\n    val icon = style(width := 24, height := 24)\n\n    val image = style(width := 50, height := 50)\n\n    val text = style(fontSize := 15)\n\n    val button = style(color := \"#007AFF\")\n\n    val wrapper = style(borderRadius := 8)\n\n    val wrapperCustom = style(\n      borderRadius := 8,\n      padding := 6\n    )\n    val logBox = style(\n      padding := 20,\n      margin := 10,\n      borderWidth := 1.0 \/ PixelRatio.get(),\n      borderColor := \"#f0f0f0\",\n      backgroundColor := \"#f9f9f9\"\n    )\n    val eventLogBox = style(\n      padding := 10,\n      margin := 10,\n      height := 120,\n      borderWidth := 1.0 \/ PixelRatio.get(),\n      borderColor := \"#f0f0f0\",\n      backgroundColor := \"#f9f9f9\"\n    )\n\n    val textBlock = style(\n      fontWeight := \"500\",\n      color := \"blue\"\n    )\n  }\n\n  override def title: String = \"Touchable*\"\n\n  override def description: String = \"TouchableHighlight,TouchableOpacity ..\"\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"navigation\/src\/main\/scala\/sri\/mobile\/examples\/navigationx\/MobileApp.scala","text":"package sri.mobile.examples.navigationx\n\nimport sri.universal.apis.AppRegistry\n\nobject MobileApp {\n\n  def main(args: Array[String]) = {\n    AppRegistry.registerComponent(\"navigation\", () => simplestack.root)\n  }\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/LinkingExample.scala","text":"package sri.mobile.examples.uiexplorer.apis\n\nimport sri.core.{CreateElementSF, CreateElementSFNoP}\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.apis.Linking\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.concurrent.JSExecutionContext.Implicits.queue\nimport scala.scalajs.js.Thenable.Implicits._\n\nobject LinkingExample extends UIExample {\n\n  override val title: String = \"LinkingExample\"\n  override val description: String = \"Shows how to use Linking to open URLs.\"\n\n  object OpenURLButton {\n\n    val Component = (props: String) =>\n      TouchableOpacity(onPress = () => handleClick(props))(\n        View(style = styles.button)(\n          Text(style = styles.text)(s\"Open ${props}\")\n        )\n    )\n\n    def handleClick(url: String): Unit = {\n      Linking\n        .canOpenURL(url)\n        .map(supported => {\n          if (supported) Linking.openURL(url)\n          else println(s\"Dont know how to open this url ${url}\")\n        })\n    }\n\n    def apply(url: String) = CreateElementSF(Component, props = url)\n  }\n\n  val Component = () => {\n    UIExplorerPage(\n      UIExplorerBlock(\"Open external URLs\")(\n        OpenURLButton(\"http:\/\/www.scala-js.org\/\"),\n        OpenURLButton(\"https:\/\/www.facebook.com\"),\n        OpenURLButton(\"http:\/\/facebook.com\"),\n        OpenURLButton(\"geo:37.484847,-122.148386\")\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val container =\n      style(flex := 1,\n            backgroundColor := \"white\",\n            padding := 10,\n            paddingTop := 30)\n\n    val button =\n      style(padding := 10, backgroundColor := \"#3B5998\", marginBottom := 10)\n    val text = style(color := \"white\")\n  }\n\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/apis\/AlertExample.scala","text":"package sri.mobile.examples.uiexplorer.apis\n\nimport sri.core.CreateElementSFNoP\nimport sri.mobile.examples.uiexplorer.components.{\n  UIExample,\n  UIExplorerBlock,\n  UIExplorerPage\n}\nimport sri.universal.apis.{Alert, AlertButton}\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{literal => json}\nimport scala.scalajs.js.JSConverters.JSRichGenTraversableOnce\n\nobject AlertExample extends UIExample {\n  override def title: String = \"Alert\"\n\n  val Component = () => {\n    val a1 = () => Alert.alert(\"Foo title\", \"alert message\")\n    val a2 = () =>\n      Alert.alert(\"Foo title\",\n                  \"alert message\",\n                  buttons = js.Array(AlertButton(\n                    text = \"Button\",\n                    onPress = (() => println(\"Button Pressed\"))\n                  )))\n    val a3 = () =>\n      Alert.alert(\n        title = \"Foo Title\",\n        message = \"My Alert Msg\",\n        buttons = js.Array(\n          AlertButton(\n            text = \"Foo\",\n            onPress = (() => println(\"Foo Button Pressed\"))\n          )\n          ,\n          AlertButton(\n            text = \"Bar\",\n            onPress = (() => println(\"Bar Button Pressed\"))\n          )\n        )\n    )\n    val a4 = () =>\n      Alert.alert(\n        title = \"Foo Title\",\n        buttons = js.Array(\n          AlertButton(\n            text = \"Foo\",\n            onPress = (() => println(\"Foo Button Pressed\"))\n          ),\n          AlertButton(\n            text = \"Bar\",\n            onPress = (() => println(\"Bar Button Pressed\"))\n          ),\n          AlertButton(\n            text = \"Baz\",\n            onPress = (() => println(\"Baz Button Pressed\"))\n          )\n        )\n    )\n    val a5 = () =>\n      Alert.alert(\n        title = \"Foo title\",\n        buttons = (1 to 10)\n          .map(i =>\n            AlertButton(\n              text = s\"Button $i\",\n              onPress = (() => println(s\"Button $i pressed\"))\n            ))\n          .toJSArray)\n\n    UIExplorerPage(\n      UIExplorerBlock(\"Alerts\")(\n        View(style = json(flex = 1))(\n          TouchableHighlight(style = styles.wrapper, onPress = a1)(\n            View(style = styles.button)(\n              TextC(\"Alert Message with default button\")\n            )\n          ),\n          TouchableHighlight(style = styles.wrapper, onPress = a2)(\n            View(style = styles.button)(\n              TextC(\"Alert with only one button\")\n            )\n          ),\n          TouchableHighlight(style = styles.wrapper, onPress = a3)(\n            View(style = styles.button)(\n              TextC(\"Alert with two buttons\")\n            )\n          ),\n          TouchableHighlight(style = styles.wrapper, onPress = a4)(\n            View(style = styles.button)(\n              TextC(\"Alert with 3 buttons\")\n            )\n          ),\n          TouchableHighlight(style = styles.wrapper, onPress = a5)(\n            View(style = styles.button)(\n              TextC(\"Alert with too many buttons\")\n            )\n          )\n        )\n      )\n    )\n  }\n\n  val component = () => CreateElementSFNoP(Component)\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n    val alertsContainer = style(backgroundColor := \"white\", padding := 20)\n    val wrapper = style(borderRadius := 5, marginBottom := 5)\n    val button = style(backgroundColor := \"#eeeeee\", padding := 10)\n  }\n\n  override def description: String = \"alerts and action sheets\"\n}\n"}
{"repo_name":"frgomes\/sri-mobile-examples","path":"uiexplorer\/src\/main\/scala\/sri\/mobile\/examples\/uiexplorer\/components\/UIExplorerListScreen.scala","text":"package sri.mobile.examples.uiexplorer.components\n\nimport org.scalajs.dom\nimport sri.core.ReactElement\nimport sri.mobile.examples.uiexplorer.apis._\nimport sri.mobile.examples.uiexplorer.apis.android._\nimport sri.mobile.examples.uiexplorer.components.android._\nimport sri.mobile.examples.uiexplorer.components.ios._\nimport sri.navigation.NavigationScreenComponentS\nimport sri.platform.SriPlatform\nimport sri.universal._\nimport sri.universal.apis.PixelRatio\nimport sri.universal.components._\nimport sri.universal.styles.InlineStyleSheetUniversal\n\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{literal => json}\nimport scala.scalajs.js.JSConverters.genTravConvertible2JSRichGenTrav\nimport scala.scalajs.js.|\n\nclass UIExplorerListScreen\n    extends NavigationScreenComponentS[UIExplorerListScreen.State] {\n  import UIExplorerListScreen._\n  initialState(State())\n  dom.window.console.log(\n    s\"hello\",\n    json(components = finalComponentsList, apis = finalAPIList))\n\n  def render() = {\n    View(style = styles.listContainer)(\n      View(style = styles.searchRow)(\n        TextInput(\n          autoCapitalize = TextInputAutoCapitalize.NONE,\n          autoCorrect = false,\n          clearButtonMode = \"always\",\n          onChangeText = handleSearchTextChange _,\n          placeholder = \"Search ..\",\n          style = styles.searchTextInput\n        )\n      ),\n      ListView(style = styles.list,\n               dataSource = state.datasource,\n               renderRow = renderRow _,\n               renderSectionHeader = renderSectionHeader _)\n    )\n  }\n\n  def onPressRow(example: UIExample): Unit = {\n    navigation.navigate[UIExplorerDetailsScreen](new Params {\n      override val component: () => ReactElement = example.component\n      override val title: String = example.title\n    })\n  }\n\n  def handleSearchTextChange(text: String): Unit = {\n    val filter = (e: UIExample) =>\n      e.title.toLowerCase.contains(text.toLowerCase.trim)\n    val filteredComponents = finalComponentsList.filter(filter)\n    val filteredAPIS = finalAPIList.filter(filter)\n    setState(\n      (state: State) =>\n        state.copy(datasource = ds.cloneWithRowsAndSections(\n          json(components = filteredComponents, apis = filteredAPIS))))\n  }\n\n  def renderRow(example: UIExample,\n                sectionID: String | Int,\n                rowId: String | Int,\n                highlightRow: js.Function2[String | Int, String | Int, _]) = {\n    View(key = example.title)(\n      TouchableHighlight(onPress = () => onPressRow(example))(\n        View(style = styles.listRow)(\n          Text(style = styles.rowTitleText)(\n            example.title\n          ),\n          Text(style = styles.rowDetailText)(\n            example.description\n          )\n        )\n      ),\n      View(style = styles.separator)()\n    )\n  }\n\n  def renderSectionHeader(data: Any, sectionID: String) = {\n    View(style = styles.sectionHeader)(\n      Text(style = styles.sectionHeaderTitle)(\n        sectionID.toString.toUpperCase\n      )\n    )\n  }\n\n}\n\nobject UIExplorerListScreen {\n\n  val COMPONENTS: List[UIExample] = List(\n    ViewExample,\n    KeyboardAvoidingViewExample,\n    TouchableExample,\n    TextInputExample,\n    ButtonExample,\n    AnimatedExample,\n    SliderExample,\n    SwitchExample,\n    RefreshControlExample,\n    FlatListExample,\n    SectionListExample,\n\/\/    LayoutEventsExample,\n    ActivityIndicatorExample\n    \/\/    NavigatorExample\n  )\n\n  val IOS_COMPONENTS: List[UIExample] = List(\n    SegmentedControlExample,\n    ScrollViewExample,\n    ModalExample,\n    WebViewExample\n  )\n\n  val ANDROID_COMPONENTS: List[UIExample] =\n    List(ToolbarAndroidExample, ScrollViewSimpleExample)\n\n  val APIS: List[UIExample] = List(\n    AlertExample,\n    GeolocationExample,\n    LinkingExample,\n    AsyncStorageExample,\n    AppStateExample\n\n    \/\/    NetInfoExample\n  )\n\n  val IOS_APIS: List[UIExample] = List(\n    )\n\n  val ANDROID_APIS: List[UIExample] = List(ToastAndroidExample)\n\n  def getComponents() = {\n    if (SriPlatform.isIOS) {\n      COMPONENTS.++(IOS_COMPONENTS).toJSArray\n    } else COMPONENTS.++(ANDROID_COMPONENTS).toJSArray\n  }\n\n  def getAPIs() = {\n    if (SriPlatform.isIOS) {\n      APIS.++(IOS_APIS).toJSArray\n    } else APIS.++(ANDROID_APIS).toJSArray\n  }\n\n  val finalComponentsList = getComponents()\n\n  val finalAPIList = getAPIs()\n\n  val ds = createListViewDataSource(\n    rowHasChanged = (r1: UIExample, r2: UIExample) => r1 != r2,\n    sectionHeaderHasChanged = (h1: String, h2: String) => h1 != h2)\n\n  case class State(\n      datasource: ListViewDataSource[UIExample, String] =\n        ds.cloneWithRowsAndSections(\n          json(components = finalComponentsList, apis = finalAPIList)))\n\n  object styles extends InlineStyleSheetUniversal {\n\n    import dsl._\n\n    val listContainer = style(\n      flex := 1\n    )\n    val list = style(\n      backgroundColor := \"#eeeeee\"\n    )\n    val sectionHeader = style(\n      padding := 5\n    )\n    val group = style(\n      backgroundColor := \"white\"\n    )\n    val sectionHeaderTitle = style(\n      fontWeight := \"500\",\n      fontSize := 11\n    )\n    val listRow = style(\n      backgroundColor := \"white\",\n      justifyContent.center,\n      paddingHorizontal := 15,\n      paddingVertical := 8\n    )\n    val separator = style(\n      height := 1.0 \/ PixelRatio.get(),\n      backgroundColor := \"#bbbbbb\",\n      marginLeft := 15\n    )\n    val rowTitleText = style(\n      fontSize := 17,\n      fontWeight := \"500\"\n    )\n    val rowDetailText = style(\n      fontSize := 15,\n      color := \"#888888\",\n      lineHeight := 20\n    )\n    val searchRow = style(\n      backgroundColor := \"#eeeeee\",\n      padding := 10\n    )\n    val searchTextInput = style(\n      backgroundColor := \"white\",\n      borderColor := \"#cccccc\",\n      borderRadius := 3,\n      borderWidth := 1,\n      height := 40,\n      paddingLeft := 8\n    )\n  }\n\n}\n"}
{"repo_name":"huntc\/akka-test","path":"project\/Dependencies.scala","text":"import sbt._\n\nobject Version {\n  final val Akka      = \"2.4.9\"\n  final val Scala     = \"2.11.8\"\n  final val ScalaTest = \"3.0.0\"\n}\n\nobject Library {\n  val akkaHttpExperimental = \"com.typesafe.akka\" %% \"akka-http-experimental\" % Version.Akka\n  val scalaTest            = \"org.scalatest\"     %% \"scalatest\"              % Version.ScalaTest\n}\n"}
{"repo_name":"huntc\/akka-test","path":"src\/main\/scala\/huntfamily\/id\/au\/no\/idea\/main.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage huntfamily.id.au.no.idea\n\nimport akka.actor.ActorSystem\nimport akka.util.ByteString\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.Directives._\nimport akka.stream.ActorMaterializer\nimport scala.io.StdIn\nimport scala.concurrent.Future\nimport akka.http.scaladsl.model.headers.Host\nimport akka.stream.scaladsl._\n\nobject WebServer {\n  def main(args: Array[String]) {\n\n    implicit val system           = ActorSystem(\"my-system\")\n    implicit val materializer     = ActorMaterializer()\n    implicit val executionContext = system.dispatcher\n\n    val route =\n      path(\"hello\") {\n        get {\n          complete(\n            HttpEntity(ContentTypes.`text\/html(UTF-8)`,\n                       \"<h1>Say hello to akka-http<\/h1>\")\n          )\n        }\n      }\n\n    val bindingFuture = Http().bindAndHandle(route, \"127.0.0.1\", 8080)\n\n    \/\/ Now send a request\n    val uri  = new java.net.URI(\"http:\/\/127.0.0.1:8080\/hello\")\n    val host = uri.getHost\n    val port = uri.getPort\n    val request =\n      HttpRequest(uri = Uri(uri.getPath))\n    val connection = Http(system).outgoingConnection(host, port)\n    val responseFuture: Future[HttpResponse] =\n      Source.single(request).via(connection).runWith(Sink.head)\n\n    responseFuture.foreach { response =>\n      println(\n        \"Got response, body: \" + response.entity.dataBytes\n          .runFold(ByteString(\"\"))(_ ++ _)\n      )\n    }\n\n    println(\n      s\"Server online at http:\/\/localhost:8080\/\\nPress RETURN to stop...\"\n    )\n    StdIn.readLine() \/\/ let it run until user presses return\n    bindingFuture\n      .flatMap(_.unbind()) \/\/ trigger unbinding from the port\n      .onComplete(_ => system.terminate()) \/\/ and shutdown when done\n  }\n}\n"}
{"repo_name":"huntc\/akka-test","path":"build.sbt","text":"lazy val `no-idea` = project\n  .in(file(\".\"))\n  .enablePlugins(AutomateHeaderPlugin, GitVersioning)\n\nlibraryDependencies ++= Vector(\n  Library.akkaHttpExperimental,\n  Library.scalaTest % \"test\"\n)\n\ninitialCommands := \"\"\"|import huntfamily.id.au.no.idea._\n                      |\"\"\".stripMargin\n"}
{"repo_name":"huntc\/akka-test","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.geirsson\"      % \"sbt-scalafmt\" % \"0.3.0\")\naddSbtPlugin(\"com.typesafe.sbt\"  % \"sbt-git\"      % \"0.8.5\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\"   % \"1.6.0\")\n"}
{"repo_name":"sjking\/hello-akka-http","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nname := \"hello-akka-http\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.1\"\n\norganization := \"site.steveking\"\n\nlibraryDependencies ++= {\n  val akkaVersion = \"2.5.3\"\n  Seq(\n    \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-http\"  % \"10.0.9\",\n    \"com.typesafe.akka\" %% \"akka-slf4j\" % akkaVersion,\n    \"org.slf4j\" % \"slf4j-log4j12\" % \"1.7.25\"\n  )\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/structure\/ColourTree.scala","text":"package kz.chesschicken.chickenextensions.content.overworld.structure\n\nimport kz.chesschicken.chickenextensions.content.overworld.OverworldListener\nimport net.minecraft.level.Level\nimport net.minecraft.level.structure.Structure\nimport net.minecraft.block.BlockBase\nimport net.minecraft.block.material.Material\nimport java.util.Random\n\nclass ColourTree extends Structure {\n  var randomTreeBlock = 0\n  private var selectedType = 0\n  private var selectedMetadata = 0\n\n  def this(metadata: Int)\n  {\n    this()\n    selectedType = new Random().nextInt(2)\n    selectedMetadata = metadata\n    randomTreeBlock = new Random().nextInt(3)\n  }\n\n  override def generate(level: Level, rand: Random, x: Int, y: Int, z: Int): Boolean = {\n\n    if ((level.isAir(x, y, z) || (level.getTileId(x, y, z) eq BlockBase.SNOW.id) || (level.getTileId(x, y, z) eq OverworldListener.colourSapling.id)) && (level.getMaterial(x, y - 1, z) eq Material.ORGANIC)) {\n      if (selectedType eq 0)\n        generateType1(level, rand, x, y, z)\n      else\n        generateType2(level, rand, x, y, z)\n\n      true\n    }else false\n  }\n\n\n  def generateType1(level: Level, rand: Random, x: Int, y: Int, z: Int): Unit = {\n    var h1 = rand.nextInt(5)\n    if (h1 < 3) h1 = 3\n    for (i1 <- 0 until h1) {\n      if (i1 == 0) for (i2 <- 0 until 3) {\n        level.setTileWithMetadata(x, y + (i1 * 3) + i2, z, BlockBase.LOG.id, randomTreeBlock)\n      }\n      else {\n        for (x1 <- 0 until 3) {\n          for (z1 <- 0 until 3) {\n            for (y1 <- 0 until 3) {\n              level.setTileWithMetadata(x - 1 + x1, y + (i1 * 3) + y1, z - 1 + z1, OverworldListener.colourLeaves.id, selectedMetadata)\n            }\n          }\n        }\n        level.setTileWithMetadata(x - 2, y + (i1 * 3) + 1, z, OverworldListener.colourLeaves.id, selectedMetadata)\n        level.setTileWithMetadata(x + 2, y + (i1 * 3) + 1, z, OverworldListener.colourLeaves.id, selectedMetadata)\n        level.setTileWithMetadata(x, y + (i1 * 3) + 1, z - 2, OverworldListener.colourLeaves.id, selectedMetadata)\n        level.setTileWithMetadata(x, y + (i1 * 3) + 1, z + 2, OverworldListener.colourLeaves.id, selectedMetadata)\n        level.setTileWithMetadata(x, y + (i1 * 3) + 3, z, OverworldListener.colourLeaves.id, selectedMetadata)\n        for (i2 <- 0 until 2) {\n          level.setTile(x - 1, y + (i1 * 3) + (i2 * 2), z - 1, 0)\n          level.setTile(x + 1, y + (i1 * 3) + (i2 * 2), z - 1, 0)\n          level.setTile(x - 1, y + (i1 * 3) + (i2 * 2), z + 1, 0)\n          level.setTile(x + 1, y + (i1 * 3) + (i2 * 2), z + 1, 0)\n        }\n        for (y1 <- 0 until 4) {\n          level.setTileWithMetadata(x, y + (i1 * 3) - 1 + y1, z, BlockBase.LOG.id, randomTreeBlock)\n        }\n      }\n    }\n  }\n\n  def generateType2(level: Level, rand: Random, x: Int, y: Int, z: Int): Unit = {\n    val var6 = rand.nextInt(3) + 4\n    var var7 = true\n    if (y >= 1 && y + var6 + 1 <= 128) {\n      var var8 = 0\n      var var10 = 0\n      var var11 = 0\n      var var12 = 0\n      var8 = y\n      while ( {\n        var8 <= y + 1 + var6\n      }) {\n        var var9 = 1\n        if (var8 == y) var9 = 0\n        if (var8 >= y + 1 + var6 - 2) var9 = 2\n        var10 = x - var9\n        while ( {\n          var10 <= x + var9 && var7\n        }) {\n          var11 = z - var9\n          while ( {\n            var11 <= z + var9 && var7\n          }) {\n            if (var8 >= 0 && var8 < 128) {\n              var12 = level.getTileId(var10, var8, var11)\n              if (var12 != 0 && var12 != OverworldListener.colourLeaves.id) var7 = false\n            }\n            else var7 = false\n\n            var11 += 1\n          }\n\n          var10 += 1\n        }\n\n        var8 += 1\n      }\n      var8 = level.getTileId(x, y - 1, z)\n      if ((var8 == BlockBase.GRASS.id || var8 == BlockBase.DIRT.id) && y < 128 - var6 - 1) {\n        level.setTileInChunk(x, y - 1, z, BlockBase.DIRT.id)\n        var var16 = 0\n        var16 = y - 3 + var6\n        while ( {\n          var16 <= y + var6\n        }) {\n          var10 = var16 - (y + var6)\n          var11 = 1 - var10 \/ 2\n          var12 = x - var11\n          while ( {\n            var12 <= x + var11\n          }) {\n            val var13 = var12 - x\n            for (var14 <- z - var11 to z + var11) {\n              val var15 = var14 - z\n              if ((Math.abs(var13) != var11 || Math.abs(var15) != var11 || (rand.nextInt(2) ne 0) && var10 != 0) && !BlockBase.FULL_OPAQUE(level.getTileId(var12, var16, var14))) level.setTileWithMetadata(var12, var16, var14, OverworldListener.colourLeaves.id, selectedMetadata)\n            }\n\n            var12 += 1\n          }\n\n          var16 += 1\n        }\n        var16 = 0\n        while ( {\n          var16 < var6\n        }) {\n          var10 = level.getTileId(x, y + var16, z)\n          if (var10 == 0 || var10 == OverworldListener.colourLeaves.id) level.setTileWithMetadata(x, y + var16, z, BlockBase.LOG.id, randomTreeBlock)\n\n          var16 += 1\n        }\n      }\n    }\n    if (level.getTileId(x, y, z) ne BlockBase.LOG.id) level.setTileWithMetadata(x, y, z, BlockBase.LOG.id, randomTreeBlock)\n  }\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/block\/ItemTileBase.scala","text":"<reponame>ChessChicken-KZ\/ChickenExtensions\npackage kz.chesschicken.chickenextensions.content.overworld.block\n\nimport net.minecraft.item.{Block, ItemInstance}\n\n\nclass ItemTileBase(i: Integer) extends Block(i) {\n  def this (i: Integer) {\n    this(i)\n    this.setDurability(0)\n    this.setHasSubItems(true)\n  }\n\n  override def getMetaData(i: Int): Int = i\n\n  override def getTranslationKey(item: ItemInstance): String = getTranslationKey + item.getDamage\n\n\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/ChickenMod.scala","text":"<reponame>ChessChicken-KZ\/ChickenExtensions\npackage kz.chesschicken.chickenextensions\n\nimport net.modificationstation.stationapi.api.common.registry.ModID\n\nimport java.awt.Color\n\nobject ChickenMod\n{\n  def get16ColorCode(colortype: Int): Int = {\n    colortype match {\n      case 0 =>\n        new Color(221, 221, 221).getRGB\n      case 1 =>\n        new Color(219, 125, 62).getRGB\n      case 2 =>\n        new Color(179, 80, 188).getRGB\n      case 3 =>\n        new Color(107, 138, 201).getRGB\n      case 4 =>\n        new Color(177, 166, 39).getRGB\n      case 5 =>\n        new Color(65, 164, 56).getRGB\n      case 6 =>\n        new Color(208, 132, 153).getRGB\n      case 7 =>\n        new Color(64, 64, 64).getRGB\n      case 8 =>\n        new Color(154, 161, 161).getRGB\n      case 9 =>\n        new Color(46, 110, 137).getRGB\n      case 10 =>\n        new Color(126, 61, 181).getRGB\n      case 11 =>\n        new Color(46, 56, 141).getRGB\n      case 12 =>\n        new Color(79, 50, 31).getRGB\n      case 13 =>\n        new Color(53, 70, 27).getRGB\n      case 14 =>\n        new Color(150, 52, 48).getRGB\n      case 15 =>\n        new Color(25, 22, 22).getRGB\n    }\n  }\n}\n\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/block\/TileFlower.scala","text":"package kz.chesschicken.chickenextensions.content.overworld.block\n\nimport kz.chesschicken.chickenextensions.ChickenMod\nimport kz.chesschicken.chickenextensions.content.overworld.OverworldListener\nimport net.modificationstation.stationapi.api.common.registry.Identifier\nimport net.minecraft.level.TileView\nimport net.modificationstation.stationapi.api.common.block.HasCustomBlockItemFactory\nimport net.modificationstation.stationapi.template.common.block.TemplatePlant\n\nimport java.util.Random\n\n@HasCustomBlockItemFactory(classOf[ItemTileBase])\nclass TileFlower(id: Identifier) extends TemplatePlant(id, 0)\n{\n  override def getTextureForSide(side: Int, meta: Int): Int = OverworldListener.textureColourFlower\n\n  override def getColourMultiplier(arg: TileView, x: Int, y: Int, z: Int): Int = ChickenMod.get16ColorCode(arg.getTileMeta(x, y, z))\n\n  override def getDropId(meta: Int, rand: Random): Int = OverworldListener.colourSapling.id\n\n  override def droppedMeta(i: Int): Int = i\n\n\n\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/block\/TileSapling.scala","text":"package kz.chesschicken.chickenextensions.content.overworld.block\n\nimport kz.chesschicken.chickenextensions.ChickenMod\nimport kz.chesschicken.chickenextensions.content.overworld.OverworldListener\nimport kz.chesschicken.chickenextensions.content.overworld.structure.ColourTree\nimport net.minecraft.entity.player.PlayerBase\nimport net.minecraft.level.{Level, TileView}\nimport net.modificationstation.stationapi.api.common.registry.Identifier\nimport net.modificationstation.stationapi.template.common.block.TemplateSapling\nimport net.minecraft.item.ItemBase\n\nimport java.util.Random\nimport net.minecraft.level.structure.Structure\nimport net.modificationstation.stationapi.api.common.block.HasCustomBlockItemFactory\n\n@HasCustomBlockItemFactory(classOf[ItemTileBase])\nclass TileSapling(ident: Identifier) extends TemplateSapling(ident, OverworldListener.textureColourSapling) {\n  def this (ident: Identifier, t: Int) {\n    this(ident, t)\n    setTicksRandomly(true)\n    disableNotifyOnMetaDataChange()\n    val var3 = 0.4F;\n    setBoundingBox(0.5F - var3, 0.0F, 0.5F - var3, 0.5F + var3, var3 * 2.0F, 0.5F + var3)\n  }\n\n  override def getColourMultiplier(tileView: TileView, x: Int, y: Int, z: Int): Int = ChickenMod.get16ColorCode(tileView.getTileMeta(x,y,z))\n\n  override def getTextureForSide(side: Int): Int = OverworldListener.textureColourSapling\n\n  override def onScheduledTick(level: Level, x: Int, y: Int, z: Int, rand: Random): Unit = {\n    if (!level.isClient) {\n      super.onScheduledTick(level, x, y, z, rand)\n      if (level.getLightLevel(x, y + 1, z) >= 9 && (rand.nextInt(90) eq 0)) this.growTree(level, x, y, z, rand, level.getTileMeta(x, y, z))\n    }\n\n  }\n\n  override def canUse(level: Level, x: Int, y: Int, z: Int, player: PlayerBase): Boolean = {\n\n    if (player.getHeldItem != null) {\n      if (player.getHeldItem.itemId eq ItemBase.dyePowder.id) if (player.getHeldItem.getDamage eq 15) {\n        val var8 = level.getTileMeta(x, y, z)\n        new ColourTree(var8).generate(level, level.rand, x, y, z)\n        player.getHeldItem.count -= 1\n        return true\n\n      }\n    }\n    return false\n  }\n\n\n  def growTree(arg: Level, x: Int, y: Int, z: Int, random: Random, metadata: Int): Unit = {\n\n    val var6 = arg.getTileMeta(x, y, z)\n    arg.setTileInChunk(x, y, z, 0)\n    val var7 = new ColourTree(metadata)\n\n    if (!var7.asInstanceOf[Structure].generate(arg, random, x, y, z))\n      arg.setTileWithMetadata(x, y, z, this.id, var6)\n    else\n      var7.asInstanceOf[Structure].generate(arg, random, x, y, z)\n  }\n\n  override def droppedMeta(meta: Int): Int = meta\n\n\n\n\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/OverworldListener.scala","text":"package kz.chesschicken.chickenextensions.content.overworld\n\nimport kz.chesschicken.chickenextensions.content.overworld.OverworldListener._\nimport kz.chesschicken.chickenextensions.content.overworld.block.{TileFlower, TileLeaves, TileSapling}\nimport net.minecraft.block.BlockBase\nimport net.minecraft.item.ItemBase\nimport net.modificationstation.stationapi.api.client.texture.{TextureFactory, TextureRegistry}\nimport net.modificationstation.stationapi.api.common.event.EventListener\nimport net.modificationstation.stationapi.api.common.event.registry.RegistryEvent\nimport net.modificationstation.stationapi.api.common.registry.{Identifier, ModID}\nimport net.modificationstation.stationapi.api.common.mod.entrypoint.Entrypoint\nimport net.modificationstation.stationapi.api.common.util.Null\nimport net.modificationstation.stationapi.template.common.block.{TemplateRedstoneTorch, TemplateTorch}\n\nobject OverworldListener\n{\n  @Entrypoint.ModID val MOD_ID: ModID = Null.get\n\n  var boneTorch : net.minecraft.block.BlockBase = _\n  var itemSteakRaw: ItemBase = _\n  var itemSteakCooked: ItemBase = _\n  var itemMuttonRaw: ItemBase = _\n  var itemMuttonCooked: ItemBase = _\n  var itemChickenRaw: ItemBase = _\n  var itemChickenCooked: ItemBase = _\n  var itemRottenFlesh: ItemBase = _\n\n  var colourWood: BlockBase = _\n  var colourSapling: BlockBase = _\n  var colourLeaves: BlockBase = _\n  var colourFlower: BlockBase = _\n\n  var textureColourWood = 0\n  var textureColourSapling = 0\n  var textureColourLeaves = 0\n  var textureColourFlower = 0\n}\n\nclass OverworldListener {\n\n\n  @EventListener\n  def registerBlocks(event: RegistryEvent.Blocks): Unit =\n  {\n    boneTorch = new TemplateTorch(Identifier.of(MOD_ID, \"bonetorch\"), 0).setTranslationKey(MOD_ID, \"bonetorch\")\n    colourSapling = new TileSapling(Identifier.of(MOD_ID, \"coloursapling\")).setTranslationKey(MOD_ID, \"coloursapling\")\n    colourLeaves = new TileLeaves(Identifier.of(MOD_ID, \"colourleaves\")).setTranslationKey(MOD_ID,\"colourleaves\")\n    colourFlower = new TileFlower(Identifier.of(MOD_ID, \"colourflower\")).setTranslationKey(MOD_ID, \"colourflower\")\n  }\n\n  @EventListener\n  def registerTextures(): Unit = {\n    itemSteakRaw.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/steakRaw.png\"))\n    itemSteakCooked.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/steakCooked.png\"))\n    itemMuttonRaw.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/muttonRaw.png\"))\n    itemMuttonCooked.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/muttonCooked.png\"))\n    itemChickenRaw.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/chickenRaw.png\"))\n    itemChickenCooked.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/chickenCooked.png\"))\n    itemRottenFlesh.setTexturePosition(TextureFactory.INSTANCE.addTexture(TextureRegistry.getRegistry(\"GUI_ITEMS\"), \"\/assets\/goldenfeaturessap\/textures\/content\/overworld\/item\/fleshRotten.png\"))\n  }\n\n\n}\n"}
{"repo_name":"ChessChicken-KZ\/ChickenExtensions","path":"src\/main\/scala\/kz\/chesschicken\/chickenextensions\/content\/overworld\/block\/TileLeaves.scala","text":"package kz.chesschicken.chickenextensions.content.overworld.block\n\nimport kz.chesschicken.chickenextensions.ChickenMod\nimport kz.chesschicken.chickenextensions.content.overworld.OverworldListener\nimport net.minecraft.block.{BlockBase, LeavesBase}\nimport net.minecraft.block.material.Material\nimport net.minecraft.entity.player.PlayerBase\nimport net.minecraft.item.{Block, ItemBase, ItemInstance}\nimport net.modificationstation.stationapi.api.common.registry.Identifier\nimport net.minecraft.level.Level\nimport net.minecraft.stat.Stats\nimport net.modificationstation.stationapi.api.common.block.{BlockRegistry, HasCustomBlockItemFactory}\n\nimport java.util.Random\nimport net.fabricmc.api.EnvType\nimport net.fabricmc.api.Environment\nimport net.minecraft.level.TileView\nimport net.modificationstation.stationapi.template.common.block.TemplateLeaves\n\n@HasCustomBlockItemFactory(classOf[ItemTileBase])\nclass TileLeaves() extends TemplateLeaves(BlockRegistry.INSTANCE.getNextSerializedID, OverworldListener.textureColourLeaves)\n{\n  var field_1171: Array[Int] = _\n\n  def this (id: Identifier)\n  {\n    this()\n    BlockRegistry.INSTANCE.registerValue(id, this)\n    this.setTicksRandomly(true)\n    this.setHardness(0.2F)\n    this.setLightOpacity(1)\n    this.sounds(BlockBase.GRASS_SOUNDS)\n    this.disableStat\n    this.disableNotifyOnMetaDataChange\n    this.setTicksRandomly(true)\n  }\n\n\n\n  @Environment(EnvType.CLIENT) def method_1589(i: Int): Int = ChickenMod.get16ColorCode(i)\n\n\n\n  @Environment(EnvType.CLIENT) def getColor(arg: TileView, x: Int, y: Int, z: Int): Int = ChickenMod.get16ColorCode(arg.getTileMeta(x, y, z))\n\n  override def onBlockRemoved(level: Level, x: Int, y: Int, z: Int): Unit = {\n    val var5 = 1\n    val var6 = var5 + 1\n    if (level.method_155(x - var6, y - var6, z - var6, x + var6, y + var6, z + var6)) for (var7 <- -var5 to var5) {\n      for (var8 <- -var5 to var5) {\n        for (var9 <- -var5 to var5) {\n          val var10 = level.getTileId(x + var7, y + var8, z + var9)\n          if (var10 == OverworldListener.colourLeaves.id) {\n            val var11 = level.getTileMeta(x + var7, y + var8, z + var9)\n            level.method_223(x + var7, y + var8, z + var9, var11)\n          }\n        }\n      }\n    }\n  }\n\n  override def onScheduledTick(level: Level, x: Int, y: Int, z: Int, rand: Random): Unit = {\n    if (!level.isClient) {\n      val var6 = level.getTileMeta(x, y, z)\n      if ((var6 & 8) != 0) {\n        val var7 = 4\n        val var8 = var7 + 1\n        val var9 = 32\n        val var10 = var9 * var9\n        val var11 = var9 \/ 2\n        if (field_1171 == null) field_1171 = new Array[Int](var9 * var9 * var9)\n        var var12 = 0\n        if (level.method_155(x - var8, y - var8, z - var8, x + var8, y + var8, z + var8)) {\n          var12 = -var7\n\n          while ( {\n            true\n          }) {\n            var var13 = 0\n            var var14 = 0\n            var var15 = 0\n            if (var12 > var7) {\n              var12 = 1\n              while ( {\n                true\n              }) {\n                if (var12 > 4)\n                  var13 = -var7\n                while ( {\n                  var13 <= var7\n                }) {\n                  var14 = -var7\n                  while ( {\n                    var14 <= var7\n                  }) {\n                    var15 = -var7\n                    while ( {\n                      var15 <= var7\n                    }) {\n                      if (field_1171((var13 + var11) * var10 + (var14 + var11) * var9 + var15 + var11) eq var12 - 1) {\n                        if (field_1171((var13 + var11 - 1) * var10 + (var14 + var11) * var9 + var15 + var11) eq -2) field_1171((var13 + var11 - 1) * var10 + (var14 + var11) * var9 + var15 + var11) = var12\n                        if (field_1171((var13 + var11 + 1) * var10 + (var14 + var11) * var9 + var15 + var11) eq -2) field_1171((var13 + var11 + 1) * var10 + (var14 + var11) * var9 + var15 + var11) = var12\n                        if (field_1171((var13 + var11) * var10 + (var14 + var11 - 1) * var9 + var15 + var11) eq -2) field_1171((var13 + var11) * var10 + (var14 + var11 - 1) * var9 + var15 + var11) = var12\n                        if (field_1171((var13 + var11) * var10 + (var14 + var11 + 1) * var9 + var15 + var11) eq -2) field_1171((var13 + var11) * var10 + (var14 + var11 + 1) * var9 + var15 + var11) = var12\n                        if (field_1171((var13 + var11) * var10 + (var14 + var11) * var9 + (var15 + var11 - 1)) eq -2) field_1171((var13 + var11) * var10 + (var14 + var11) * var9 + (var15 + var11 - 1)) = var12\n                        if (field_1171((var13 + var11) * var10 + (var14 + var11) * var9 + var15 + var11 + 1) eq -2) field_1171((var13 + var11) * var10 + (var14 + var11) * var9 + var15 + var11 + 1) = var12\n                      }\n\n                      var15 += 1\n                    }\n\n                    var14 += 1\n                  }\n\n                  var13 += 1\n                }\n                var12 += 1\n              }\n            }\n            var13 = -var7\n            while ( {\n              var13 <= var7\n            }) {\n              var14 = -var7\n              while ( {\n                var14 <= var7\n              }) {\n                var15 = level.getTileId(x + var12, y + var13, z + var14)\n                if (var15 == BlockBase.LOG.id) field_1171((var12 + var11) * var10 + (var13 + var11) * var9 + var14 + var11) = 0\n                else if (var15 == OverworldListener.colourLeaves.id) field_1171((var12 + var11) * var10 + (var13 + var11) * var9 + var14 + var11) = -2\n                else field_1171((var12 + var11) * var10 + (var13 + var11) * var9 + var14 + var11) = -1\n\n                var14 += 1\n              }\n\n              var13 += 1\n            }\n            var12 += 1\n          }\n        }\n        var12 = field_1171(var11 * var10 + var11 * var9 + var11)\n        if (var12 >= 0) level.method_223(x, y, z, var6)\n        else dropAndRemove(level, x, y, z)\n      }\n    }\n  }\n\n  private def dropAndRemove(arg: Level, i: Int, j: Int, k: Int): Unit = {\n    this.drop(arg, i, j, k, arg.getTileMeta(i, j, k))\n    arg.setTile(i, j, k, 0)\n  }\n\n  override def getDropCount(rand: Random): Int = if (rand.nextInt(20) eq 0) 1 else 0\n\n  override def getDropId(meta: Int, rand: Random): Int = OverworldListener.colourSapling.id\n\n\n  override def afterBreak(arg: Level, arg1: PlayerBase, x: Int, y: Int, z: Int, i1: Int): Unit = {\n    if (!arg.isClient && arg1.getHeldItem != null && arg1.getHeldItem.itemId == ItemBase.shears.id) {\n      arg1.increaseStat(Stats.STAT_MINE_BLOCK(this.id), 1)\n      this.drop(arg, x, y, z, new ItemInstance(OverworldListener.colourLeaves.id, 1, i1))\n    }\n    else super.afterBreak(arg, arg1, x, y, z, i1)\n  }\n\n  override protected def droppedMeta(i: Int): Int = i\n\n  override def isFullOpaque: Boolean = !isTransparent\n\n  override def getTextureForSide(side: Int, meta: Int): Int = OverworldListener.textureColourLeaves\n}\n"}
{"repo_name":"DiscoverAI\/mobius-chair-jvm","path":"src\/main\/scala\/com\/github\/meandor\/MobiusChair.scala","text":"package com.github.meandor\n\nimport java.io.File\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.apache.hadoop.fs.{FileSystem, Path}\n\nobject MobiusChair extends LazyLogging {\n\n  val versionizedPathFormat = \"^.*\/\\\\d{4}$\"\n\n  def outputPath(fileSystem: FileSystem, basePath: String, name: String, version: String): String = {\n    val jobOutputPath = s\"$basePath\/$name\/$version\"\n    if (createIfNotAvailable(fileSystem, jobOutputPath)) {\n      logger.info(\"Output folder created\")\n    }\n    val generation = nextGeneration(fileSystem, jobOutputPath)\n    logger.info(s\"Next generation: $generation\")\n    s\"$jobOutputPath\/$generation\"\n  }\n\n  def nextGeneration(fileSystem: FileSystem, path: String): String = {\n    val currentGeneration = latestGeneration(fileSystem, path)\n    \"%04d\".format(currentGeneration.getOrElse(\"0000\").toInt + 1)\n  }\n\n  def latestGeneration(fileSystem: FileSystem, path: String): Option[String] = {\n    val fullPath = new Path(path)\n    val generationsFolders = fileSystem.listStatus(fullPath)\n      .filter(status => status.isDirectory)\n    val generations = generationsFolders\n      .filter(s => s.getPath.toString.matches(versionizedPathFormat))\n\n    if (generations.isEmpty) {\n      logger.info(\"Did not find current generation\")\n      return None\n    }\n\n    val generationsNames = generations.map(_.getPath.getName)\n\n    val latest = generationsNames.max\n    logger.info(s\"Latest generation: $latest\")\n    Some(latest)\n  }\n\n  def versionFromPath(path: String): Int = {\n    Integer.parseInt(new File(path).getName)\n  }\n\n  def cleanUpGenerations(fileSystem: FileSystem, path: String, noToKeep: Int): Seq[String] = {\n    val fullPath = new Path(path)\n    val generations = fileSystem.listStatus(fullPath)\n      .filter(status => status.isDirectory)\n      .map(_.getPath.toString)\n      .filter(s => s.matches(versionizedPathFormat))\n      .sortWith(versionFromPath(_) < versionFromPath(_))\n\n    val toBeDeleted = generations.take(generations.length - noToKeep)\n    toBeDeleted.foreach(pathString => {\n      val path = new Path(pathString)\n      fileSystem.delete(path, true)\n    })\n    toBeDeleted\n  }\n\n  def createIfNotAvailable(fileSystem: FileSystem, pathName: String): Boolean = {\n    val path = new Path(pathName)\n    if (!fileSystem.exists(path)) {\n      fileSystem.mkdirs(path)\n    } else {\n      false\n    }\n  }\n}\n"}
{"repo_name":"DiscoverAI\/mobius-chair-jvm","path":"src\/test\/scala\/com\/github\/meandor\/MobiusChairTest.scala","text":"package com.github.meandor\n\nimport java.io.File\nimport java.nio.file.{Files, Paths}\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{FileSystem, LocalFileSystem}\nimport org.scalatest.featurespec.AnyFeatureSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass MobiusChairTest extends AnyFeatureSpec with Matchers {\n  val basePath = \"src\/test\/resources\/filesystem\"\n  val localHDFS: LocalFileSystem = FileSystem.getLocal(new Configuration())\n\n  Feature(\"should get latest generation in path\") {\n    Scenario(\"should return None when nothing existing yet\") {\n      MobiusChair.latestGeneration(localHDFS, s\"$basePath\/inFoo\/0001\") shouldBe None\n    }\n\n    Scenario(\"should return latest when n generations existing\") {\n      MobiusChair.latestGeneration(localHDFS, s\"$basePath\/inFooBar\/0002\").get shouldBe \"0009\"\n    }\n  }\n\n  Feature(\"should get next generation in path\") {\n    Scenario(\"one generation already existing\") {\n      MobiusChair.nextGeneration(localHDFS, s\"$basePath\/inFoo\") shouldBe \"0002\"\n    }\n\n    Scenario(\"nothing existing yet\") {\n      MobiusChair.nextGeneration(localHDFS, s\"$basePath\/inFoo\/0001\") shouldBe \"0001\"\n    }\n  }\n\n  Feature(\"should clean up old generations\") {\n    Scenario(\"keep only 3 generations and one generation existing\") {\n      MobiusChair.cleanUpGenerations(localHDFS, s\"$basePath\/inFoo\", 3) shouldBe Seq()\n    }\n\n    Scenario(\"keep only 3 generations and n < 3 generation existing\") {\n      MobiusChair.cleanUpGenerations(localHDFS, s\"$basePath\/inFooBar\/0002\", 3) shouldBe Seq()\n    }\n\n    Scenario(\"keep only 2 generations and 3 generation existing\") {\n      try {\n        Files.createDirectories(Paths.get(s\"$basePath\/infoofoo\/0006\"))\n        Files.createFile(Paths.get(s\"$basePath\/0006\/_SUCCESS\"))\n      } catch {\n        case _: Exception =>\n      }\n\n      val deletedFolders = MobiusChair.cleanUpGenerations(localHDFS, s\"$basePath\/infoofoo\", 2)\n      deletedFolders.length shouldBe 1\n      deletedFolders.head should endWith(s\"$basePath\/infoofoo\/0006\")\n\n      val tmpBasePath = new File(s\"$basePath\/infoofoo\")\n      tmpBasePath.list().toSeq should contain theSameElementsAs Seq(\"0007\", \"0008\")\n    }\n  }\n\n  Feature(\"should calculate next output folder\") {\n    Scenario(\"output folder not existing yet\") {\n      Files.deleteIfExists(Paths.get(s\"$basePath\/nonExistent\/0001\/0001\"))\n      Files.deleteIfExists(Paths.get(s\"$basePath\/nonExistent\/0001\"))\n      Files.deleteIfExists(Paths.get(s\"$basePath\/nonExistent\"))\n\n      val actual = MobiusChair.outputPath(localHDFS, basePath, \"nonExistent\", \"0001\")\n\n      actual shouldBe s\"$basePath\/nonExistent\/0001\/0001\"\n      Files.exists(Paths.get(s\"$basePath\/nonExistent\/0001\")) shouldBe true\n    }\n\n    Scenario(\"no generation existing yet\") {\n      val actual = MobiusChair.outputPath(localHDFS, basePath, \"inFoo\", \"0001\")\n\n      actual shouldBe s\"$basePath\/inFoo\/0001\/0001\"\n    }\n\n    Scenario(\"generations already existing\") {\n      val actual = MobiusChair.outputPath(localHDFS, basePath, \"inFooBar\", \"0002\")\n\n      actual shouldBe s\"$basePath\/inFooBar\/0002\/0010\"\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"project\/plugins.sbt","text":"<reponame>scala-steward\/metrics-scala\naddSbtPlugin(\"com.dwijnand\" % \"sbt-dynver\" % \"4.1.1\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.10\")\naddSbtPlugin(\"com.github.sbt\" % \"sbt-pgp\" % \"2.1.2\")\naddSbtPlugin(\"com.typesafe\" % \"sbt-mima-plugin\" % \"1.0.1\")\n\n\/\/ https:\/\/github.com\/djspiewak\/sbt-github-actions\naddSbtPlugin(\"com.codecommit\" % \"sbt-github-actions\" % \"0.14.2\")\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/MetricName.scala","text":"<gh_stars>0\n\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport java.util.regex.Pattern\n\nobject MetricName {\n\n  \/\/ Example weird class name: TestContext$$anonfun$2$$anonfun$apply$TestObject$2$\n  \/\/ Anonymous subclass example: ActorMetricsSpec$$anonfun$2$$anonfun$apply$mcV$sp$4$$anonfun$8$$anon$1\n  private val removeScalaParts = {\n    \/\/ Note: extracted here to compile the pattern only once.\n    val dollarDigitsPattern = Pattern.compile(\"\"\"\\$\\d*\"\"\")\n    Seq(\n      StringUtils.replace(_: String, \"$$anonfun\", \".\"),\n      StringUtils.replace(_: String, \"$$anon\", \".anon\"),\n      StringUtils.replace(_: String, \"$mcV$sp\", \".\"),\n      StringUtils.replace(_: String, \"$apply\", \".\"),\n      dollarDigitsPattern.matcher(_: String).replaceAll(\".\"),\n      StringUtils.replace(_: String, \".package.\", \".\"),\n      StringUtils.collapseDots(_: String)\n    ).reduce(_ andThen _)\n  }\n\n  \/**\n   * Create a metrics name from a [[Class]].\n   *\n   * Unlike [[com.codahale.metrics.MetricRegistry.name()]] this version supports Scala classes\n   * such as objects and closures.\n   *\n   * @param metricOwner the class that 'owns' the metric\n   * @param names the name parts to append, empty strings and `null`s are ignored\n   * @return a metric (base)name\n   *\/\n  def apply(metricOwner: Class[_], names: String*): MetricName =\n    new MetricName(removeScalaParts(metricOwner.getName)).append(names: _*)\n\n  \/**\n   * Directly create a metrics name from a [[String]].\n   *\n   * @param name the (base)name for the metric\n   *   This should not be empty; not appending more names may lead to an -illegal- empty metric name.\n   *   However, for backward compatibility an empty name is allowed.\n   * @param names the name parts to append, empty strings and `null`s are ignored\n   * @return a metric (base)name\n   *\/\n  def apply(name: String, names: String*): MetricName = new MetricName(name).append(names: _*)\n\n}\n\n\/**\n * The (base)name of a metric.\n *\n * Constructed via the companion object, e.g. `MetricName(getClass, \"requests\")`.\n *\/\nclass MetricName private (val name: String) {\n\n  \/**\n   * Extend a metric name.\n   *\n   * @param names the name parts to append, empty strings and `null`s are ignored\n   * @return the extended metric name\n   *\/\n  def append(names: String*): MetricName = {\n    if (names.isEmpty) {\n      return this\n    }\n\n    val sb = new StringBuilder(name)\n    names.view\n      .filter(n => n != null && n.nonEmpty)\n      .foreach { newNamePart =>\n        if (sb.nonEmpty) sb.append('.')\n        sb.append(newNamePart)\n      }\n    new MetricName(sb.toString())\n  }\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/MoreImplicits.scala","text":"<filename>metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/MoreImplicits.scala<gh_stars>0\n\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport java.util.concurrent.atomic.AtomicReference\n\nimport _root_.scala.annotation.tailrec\n\nprivate[scala] object MoreImplicits {\n\n  \/**\n    * Extends [[AtomicReference]] with `getAndTransform`.\n    *\/\n  private[scala] implicit class RichAtomicReference[A](val atomicReference: AtomicReference[A]) {\n    \/**\n      * Invokes `transformation` with the current value and then sets the result as the new value.\n      * When another concurrent change was detected, the operation is retried. The retry is repeated\n      * as often as is necessary.\n      *\n      * @param transformation the transformation function\n      * @return the old value\n      *\/\n    @tailrec\n    final def getAndTransform(transformation: A => A): A = {\n      val oldValue = atomicReference.get()\n      val update = transformation(oldValue)\n\n      if (!atomicReference.compareAndSet(oldValue, update))\n        this.getAndTransform(transformation)\n      else\n        oldValue\n    }\n  }\n\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/DefaultInstrumented.scala","text":"\/*\n * Copyright (c) 2016-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport com.codahale.metrics.{MetricRegistry, SharedMetricRegistries}\nimport com.codahale.metrics.health.{HealthCheckRegistry, SharedHealthCheckRegistries}\n\n\/**\n  * A mixin trait for creating a class that publishes metrics and health checks to the \"default\" registries.\n  *\n  * This follows the Dropwizard 1.0.0+ application convention of storing the metric registry to\n  * [[SharedMetricRegistries]] under the name `\"default\"`. This was extended with storing the health check registry to\n  * [[SharedHealthCheckRegistries]] under the same name.\n  *\n  * After mixing in this trait, metrics and health checks can be defined. For example:\n  * {{{\n  * class Example(db: Database) extends DefaultInstrumented {\n  *   \/\/ Define a health check:\n  *   healthCheck(\"alive\") { workerThreadIsActive() }\n  *\n  *   \/\/ Define a timer metric:\n  *   private[this] val loading = metrics.timer(\"loading\")\n  *\n  *   \/\/ Use the timer metric:\n  *   def loadStuff(): Seq[Row] = loading.time {\n  *     db.fetchRows()\n  *   }\n  * }\n  * }}}\n  *\n  * See [[InstrumentedBuilder]] for instruction on overriding the metric base name or using hdrhistograms.\n  * See [[CheckedBuilder]] for instructions on overriding the timeout for [[scala.concurrent.Future]] executions.\n  *\/\ntrait DefaultInstrumented extends InstrumentedBuilder with CheckedBuilder {\n  lazy val metricRegistry: MetricRegistry = SharedMetricRegistries.getOrCreate(\"default\")\n  lazy val registry: HealthCheckRegistry = SharedHealthCheckRegistries.getOrCreate(\"default\")\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/StringUtils.scala","text":"\/*\n * Copyright (c) 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\n\/**\n  * Some highly optimized basic String manipulation functions, specialized for cleaning up\n  * class names so that they can function as metric name.\n  *\/\nprivate object StringUtils {\n\n  \/**\n    * Collapse adjacent dots, strip leading and trailing dot and return the resulting [[String]].\n    *\n    * @param s the [[String]] to collapse dots in\n    * @return a [[String]]\n    *\/\n  def collapseDots(s: String): String = {\n    val scratchpad = s.toCharArray\n\n    var pos, newPos = 0\n    var currentChar = ' '\n    var inDots = false\n\n    while (pos < scratchpad.length) {\n      currentChar = scratchpad(pos)\n      if (currentChar != '.') {\n        scratchpad(newPos) = currentChar\n        inDots = false\n        newPos += 1\n      } else if (!inDots) {\n        scratchpad(newPos) = '.'\n        inDots = true\n        newPos += 1\n      }\n      pos += 1\n    }\n\n    if (newPos > 1 && scratchpad(newPos - 1) == '.') {\n      newPos -= 1\n    }\n    val offset = if (newPos > 0 && scratchpad(0) == '.') 1 else 0\n\n    if (offset == 0 && newPos == s.length) s\n    else new String(scratchpad, offset, newPos - offset)\n  }\n\n  \/**\n    * Replace all occurrences of `searchString` in `text` with `replacement`.\n    *\n    * @param text the [[String]] to perform the replacements in\n    * @param searchString the [[String]] that should be replaced (not empty)\n    * @param replacement the [[String]] that should be put in place of `searchString`\n    * @return a [[String]] with all occurrences of `searchString` replaced with `replacement`\n    *\/\n  def replace(text: String, searchString: String, replacement: String): String =  {\n    require(searchString.nonEmpty)\n    if (text.isEmpty) return text\n\n    var start = 0\n    var end = text.indexOf(searchString, start)\n    if (end == -1) {\n      return text\n    }\n\n    val replLength = searchString.length\n    val increase = {\n      val diff = replacement.length - replLength\n      math.max(diff, 0) * 16\n    }\n\n    val sb = new StringBuilder(text.length + increase)\n    while (end != -1)  {\n      sb.append(text.substring(start, end)).append(replacement)\n      start = end + replLength\n      end = text.indexOf(searchString, start)\n    }\n    sb.append(text.substring(start))\n    sb.toString\n  }\n\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/MetricBuilder.scala","text":"<reponame>scala-steward\/metrics-scala<filename>metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/MetricBuilder.scala\n\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport java.util.concurrent.atomic.AtomicReference\n\nimport com.codahale.metrics.{CachedGauge => DropwizardCachedGauge, Gauge => DropwizardGauge, Metric, MetricFilter, MetricRegistry}\nimport nl.grons.metrics4.scala.MoreImplicits.RichAtomicReference\n\nimport _root_.scala.concurrent.duration.FiniteDuration\n\n\/**\n * Builds and registers metrics.\n *\/\nclass MetricBuilder(val baseName: MetricName, val registry: MetricRegistry) extends DeprecatedMetricBuilder {\n\n  private[this] val gauges: AtomicReference[Seq[DropwizardGauge[_]]] = new AtomicReference(Seq.empty)\n\n  \/**\n   * Registers a new gauge metric.\n   *\n   * Example:\n   * {{{\n   * import nl.grons.metrics4.scala._\n   * class SessionStore(cache: Cache) extends DefaultInstrumented {\n   *   \/\/ Defines the gauge.\n   *   metrics.gauge(\"cache-evictions\") {\n   *     \/\/ Does a measurement.\n   *     cache.getEvictionsCount()\n   *   }\n   * }\n   * }}}\n   *\n   * @param name the name of the gauge\n   * @param f a code block that does a measurement\n   *\/\n  def gauge[A](name: String)(f: => A): Gauge[A] = {\n    registerAndWrapDwGauge(name, new DropwizardGauge[A] { def getValue: A = f })\n  }\n\n  \/**\n   * Registers a new gauge metric that caches its value for a given duration.\n   *\n   * Example:\n   * {{{\n   * import nl.grons.metrics4.scala._\n   * import scala.concurrent.duration._\n   * class UserRepository(db: Database) extends DefaultInstrumented {\n   *   \/\/ Defines the gauge.\n   *   metrics.cachedGauge(\"row-count\", 5.minutes) {\n   *     \/\/ Does a measurement at most once every 5 minutes.\n   *     db.usersRowCount()\n   *   }\n   * }\n   * }}}\n   *\n   * @param name the name of the gauge\n   * @param timeout the timeout\n   * @param f a code block that does a measurement\n   *\/\n  def cachedGauge[A](name: String, timeout: FiniteDuration)(f: => A): Gauge[A] = {\n    registerAndWrapDwGauge(\n      name,\n      new DropwizardCachedGauge[A](timeout.length, timeout.unit) { def loadValue: A = f }\n    )\n  }\n\n  private def registerAndWrapDwGauge[A](name: String, dwGauge: DropwizardGauge[A]): Gauge[A] = {\n    registerDwGauge(name, dwGauge)\n    new Gauge[A](dwGauge)\n  }\n\n  \/**\n   * Registers a new gauge metric to which you can push values.\n   *\n   * Example:\n   * {{{\n   * import nl.grons.metrics4.scala._\n   * class ExternalCacheUpdater extends DefaultInstrumented {\n   *   \/\/ Defines a push gauge\n   *   private val cachedItemsCount = metrics.pushGauge[Int](\"cached.items.count\", 0)\n   *\n   *   def updateExternalCache(): Unit = {\n   *     val items = fetchItemsFromDatabase()\n   *     pushItemsToExternalCache(items)\n   *     \/\/ Pushes a new measurement to the gauge.\n   *     cachedItemsCount.push(items.size)\n   *   }\n   * }\n   * }}}\n   *\n   * @param name the name of the gauge\n   * @param startValue the first value of the gauge, typically this is `0`, `0L` or `null`.\n   *\/\n  def pushGauge[A](name: String, startValue: A): PushGauge[A] = {\n    val pushGauge = new PushGauge[A](startValue)\n    val dwGauge = new DropwizardGauge[A] { def getValue: A = pushGauge.value }\n    registerDwGauge(name, dwGauge)\n    pushGauge\n  }\n\n  \/**\n   * Registers a new gauge metric to which you can push values.\n   *\n   * The reported value is reset to `defaultValue` after the timeout.\n   *\n   * Example in which the last pushed measurement is reported for at most 10 minutes.\n   * {{{\n   * import nl.grons.metrics4.scala._\n   * import scala.concurrent.duration._\n   * class ExternalCacheUpdater extends DefaultInstrumented {\n   *   \/\/ Defines a push gauge\n   *   private val cachedItemsCount = metrics.pushGaugeWithTimeout[Int](\"cached.items.count\", 0, 10.minutes)\n   *\n   *   def updateExternalCache(): Unit = {\n   *     val items = fetchItemsFromDatabase()\n   *     pushItemsToExternalCache(items)\n   *     \/\/ Pushes a new measurement to the gauge.\n   *     cachedItemsCount.push(items.size)\n   *   }\n   * }\n   * }}}\n   *\n   * Note: Cleanup of old values happens only on read. In the absence of a metric reporter or other reader, the last\n   * pushed value will continue to take space on the heap. As most values are very small (e.g. an `Int`), this should\n   * not matter much.\n   *\n   * @param name the name of the gauge\n   * @param defaultValue the first and default value of the gauge, typically this is 0`, `0L` or `null`.\n   * @param timeout the timeout\n   *\/\n  def pushGaugeWithTimeout[A](name: String, defaultValue: A, timeout: FiniteDuration): PushGaugeWithTimeout[A] = {\n    val pushGauge = new PushGaugeWithTimeout[A](timeout, defaultValue)\n    val dwGauge = new DropwizardGauge[A] { def getValue: A = pushGauge.value }\n    registerDwGauge(name, dwGauge)\n    pushGauge\n  }\n\n  private def registerDwGauge[A](name: String, dwGauge: DropwizardGauge[A]): Unit = {\n    registry.register(metricNameFor(name), dwGauge)\n    gauges.getAndTransform(_ :+ dwGauge)\n  }\n\n  \/**\n   * Creates a new counter metric.\n   *\n   * @param name the name of the counter\n   *\/\n  def counter(name: String): Counter =\n    new Counter(registry.counter(metricNameFor(name)))\n\n  \/**\n   * Creates a new histogram metric.\n   *\n   * @param name the name of the histogram\n   *\/\n  def histogram(name: String): Histogram =\n    new Histogram(registry.histogram(metricNameFor(name)))\n\n  \/**\n   * Creates a new meter metric.\n   *\n   * @param name the name of the meter\n   *\/\n  def meter(name: String): Meter =\n    new Meter(registry.meter(metricNameFor(name)))\n\n  \/**\n   * Creates a new timer metric.\n   *\n   * @param name the name of the timer\n   *\/\n  def timer(name: String): Timer =\n    new Timer(registry.timer(metricNameFor(name)))\n\n  \/**\n   * Unregisters all gauges that were created through this builder.\n   *\/\n  def unregisterGauges(): Unit = {\n    val toUnregister = gauges.getAndTransform(_ => Seq.empty)\n    registry.removeMatching(new MetricFilter {\n      override def matches(name: String, metric: Metric): Boolean =\n        metric.isInstanceOf[DropwizardGauge[_]] && toUnregister.contains(metric)\n    })\n  }\n\n  protected def metricNameFor(name: String): String = baseName.append(name).name\n}\n\ntrait DeprecatedMetricBuilder { this: MetricBuilder =>\n\n  \/**\n    * Registers a new gauge metric.\n    *\n    * @param name the name of the gauge\n    * @param scope (deprecated) the scope of the gauge or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `gauge(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def gauge[A](name: String, scope: String = null)(f: => A): Gauge[A] =\n    gauge(mergeScope(name, scope))(f)\n\n  \/**\n    * Registers a new gauge metric that caches its value for a given duration.\n    *\n    * @param name the name of the gauge\n    * @param timeout the timeout\n    * @param scope (deprecated) the scope of the gauge or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `cachedGauge(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def cachedGauge[A](name: String, timeout: FiniteDuration, scope: String = null)(f: => A): Gauge[A] =\n    cachedGauge(mergeScope(name, scope), timeout)(f)\n\n  \/**\n    * Creates a new counter metric.\n    *\n    * @param name the name of the counter\n    * @param scope (deprecated) the scope of the counter or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `counter(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def counter(name: String, scope: String = null): Counter =\n    counter(mergeScope(name, scope))\n\n  \/**\n    * Creates a new histogram metric.\n    *\n    * @param name the name of the histogram\n    * @param scope (deprecated) the scope of the histogram or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `histogram(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def histogram(name: String, scope: String = null): Histogram =\n    histogram(mergeScope(name, scope))\n\n  \/**\n    * Creates a new meter metric.\n    *\n    * @param name the name of the meter\n    * @param scope (deprecated) the scope of the meter or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `meter(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def meter(name: String, scope: String = null): Meter =\n    meter(mergeScope(name, scope))\n\n  \/**\n    * Creates a new timer metric.\n    *\n    * @param name the name of the timer\n    * @param scope (deprecated) the scope of the timer or null for no scope\n    *\/\n  @deprecated(\"\"\"Please use `timer(name+\".\"+scope)(f)` instead. The scope parameter has been deprecated and will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  def timer(name: String, scope: String = null): Timer =\n    timer(mergeScope(name, scope))\n\n  private def mergeScope(name: String, scope: String): String =\n    if (scope == null) name else name + \".\" + scope\n\n  @deprecated(\"\"\"Do not use metricNameFor, it is an internal API. This method will be removed in v5.0.0.\"\"\", \"4.0.3\")\n  protected def metricNameFor(name: String, scope: String = null): String =\n    baseName.append(name, scope).name\n\n}"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/main\/scala\/nl\/grons\/metrics4\/scala\/PushGauge.scala","text":"\/*\n * Copyright (c) 2020-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport java.util.concurrent.atomic.AtomicReference\n\n\/**\n * A gauge to which you can push new values.\n *\n * Can only be constructed via [[MetricBuilder.pushGauge]].\n *\/\nclass PushGauge[A] private[scala](startValue: A) {\n\n  private val valueRef = new AtomicReference[A](startValue)\n\n  \/**\n   * Push a new value.\n   *\n   * @param newValue the new value.\n   *                 In case `A` is a reference type, pushing a `null` will make reporters\n   *                 ignore this metric (verified for the standard reporters: `GraphiteReporter` and\n   *                 `CollectdReporter`).\n   *\/\n  def push(newValue: A): Unit = valueRef.set(newValue)\n\n  \/** Alias for [[push]]. *\/\n  def value_=(newValue: A): Unit = push(newValue)\n\n  \/**\n   * The current value.\n   *\/\n  def value: A = valueRef.get\n\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/StringUtilsSpec.scala","text":"\/*\n * Copyright (c) 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers._\n\nclass StringUtilsSpec extends AnyFunSpec {\n\n  describe(\"collapseDots\") {\n    it(\"strips leading dot\") {\n      StringUtils.collapseDots(\".foo.bar\") should equal (\"foo.bar\")\n    }\n\n    it(\"strips trailing dot\") {\n      StringUtils.collapseDots(\"foo.bar.\") should equal (\"foo.bar\")\n    }\n\n    it(\"collapses dots at the beginning of the String\") {\n      StringUtils.collapseDots(\"....foo.bar\") should equal (\"foo.bar\")\n    }\n\n    it(\"collapses dots at the end of the String\") {\n      StringUtils.collapseDots(\"foo.bar....\") should equal (\"foo.bar\")\n    }\n\n    it(\"collapses dots in the middle of the String\") {\n      StringUtils.collapseDots(\"foo....bar...baz\") should equal (\"foo.bar.baz\")\n    }\n\n    it(\"works on empty string\") {\n      StringUtils.collapseDots(\"\") should equal (\"\")\n    }\n\n    it(\"works on just dots\") {\n      StringUtils.collapseDots(\".\") should equal (\"\")\n      StringUtils.collapseDots(\"..\") should equal (\"\")\n      StringUtils.collapseDots(\".....\") should equal (\"\")\n    }\n\n    it(\"doesn't modify an already valid String\") {\n      val s = \"foo.bar.baz\"\n      StringUtils.collapseDots(s) should be theSameInstanceAs (s)\n    }\n  }\n\n  describe(\"replace\") {\n    it(\"doesn't replace anything in empty Strings\") {\n      StringUtils.replace(\"\", \"foo\", \"bar\") should equal (\"\")\n    }\n\n    it(\"replaces repeated occurrences\") {\n      StringUtils.replace(\"queued\", \"ue\", \"\") should equal (\"qd\")\n    }\n\n    it(\"doesn't replace non-matching String\") {\n      StringUtils.replace(\"queued\", \"zz\", \"\") should equal (\"queued\")\n    }\n\n    it(\"can replace with a longer String\") {\n      StringUtils.replace(\"abXYab\", \"ab\", \"foobar\") should equal (\"foobarXYfoobar\")\n    }\n\n    it(\"will not allow replacing an empty string\") {\n      an[IllegalArgumentException] shouldBe thrownBy {\n        StringUtils.replace(\"abXYab\", \"\", \"a\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/CounterSpec.scala","text":"\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport org.mockito.Mockito._\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers._\n\nclass CounterSpec extends AnyFunSpec {\n  describe(\"A counter\") {\n\n    it(\"+= should increment the underlying metric by an arbitrary amount\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        counter += 10\n        verify(mockDwCounter).inc(10)\n      }\n    }\n\n    it(\"-= should decrement the underlying metric by an arbitrary amount\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        counter -= 12\n        verify(mockDwCounter).dec(12)\n      }\n    }\n\n    it(\"inc should increment the underlying metric by an arbitrary amount\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        counter.inc(14)\n        verify(mockDwCounter).inc(14)\n      }\n    }\n\n    it(\"dec should decrement the underlying metric by an arbitrary amount\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        counter.dec(16)\n        verify(mockDwCounter).dec(16)\n      }\n    }\n\n    it(\"getCount should consult the underlying counter for current count\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        when(mockDwCounter.getCount).thenReturn(1L)\n        counter.count should equal (1)\n        verify(mockDwCounter).getCount\n      }\n    }\n\n    describe(\"count\") {\n      it(\"should consult the wrapper partial function for isDefined\") {\n        withWrappedPf { case (_, wrappedPf) =>\n          wrappedPf.isDefinedAt(\"test\") should be(true)\n          wrappedPf.isDefinedAt(\"x\") should be(false)\n        }\n      }\n\n      it(\"should increment counter upon execution of partial function\") {\n        withWrappedPf { case (mockDwCounter, wrappedPf) =>\n          wrappedPf(\"test\") should equal(\"test\")\n          verify(mockDwCounter).inc(1)\n        }\n      }\n\n      it(\"should increment counter upon execution of undefined partial function\") {\n        withWrappedPf { case (mockDwCounter, wrappedPf) =>\n          a[MatchError] should be thrownBy wrappedPf(\"x\")\n          verify(mockDwCounter).inc(1)\n        }\n      }\n    }\n\n    it(\"countConcurrency should increment and decrement underlying counter upon execution of a function\") {\n      withMockCounter { case (mockDwCounter, counter) =>\n        def dummyWork = 123\n        val result = counter.countConcurrency(dummyWork)\n        verify(mockDwCounter).inc(1)\n        verify(mockDwCounter).dec(1)\n        result should be (123)\n      }\n    }\n  }\n\n  private def withMockCounter[A](testCode: (com.codahale.metrics.Counter, Counter) => A): A = {\n    val mockDwCounter = mock(classOf[com.codahale.metrics.Counter])\n    val counter = new Counter(mockDwCounter)\n    testCode(mockDwCounter, counter)\n  }\n\n  private def withWrappedPf[A](testCode: (com.codahale.metrics.Counter, PartialFunction[String, String]) => A): A = {\n    withMockCounter { case (mockDwCounter, counter) =>\n      val pf: PartialFunction[String, String] = { case \"test\" => \"test\" }\n      val wrapped: PartialFunction[String, String] = counter.count(pf)\n      testCode(mockDwCounter, wrapped)\n    }\n  }\n}"}
{"repo_name":"scala-steward\/metrics-scala","path":"build.sbt","text":"<gh_stars>0\nimport sbt.Keys.scalaVersion\nimport sbt.librarymanagement.{CrossVersion, ModuleID}\n\nlazy val commonSettings = Seq(\n  organization := \"nl.grons\",\n  scalaVersion := \"2.12.15\",\n  crossVersion := CrossVersion.binary,\n  libraryDependencies ++= Seq(\n    \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % Test,\n    \"org.mockito\" % \"mockito-core\" % \"4.2.0\" % Test,\n    \"org.slf4j\" % \"slf4j-simple\" % \"1.7.32\" % Test\n  ),\n  fork := true,\n  Test \/ testOptions += {\n    \/\/ Exclude tests based on scala version:\n    if (before212(scalaVersion.value)) Tests.Argument(\"-l\", \">=scala2.12\")\n    else Tests.Argument(\"-l\", \"<scala2.12\")\n  },\n  javacOptions ++= Seq(\"-target\", \"1.8\", \"-J-Xmx512m\", \"-J-Xms128m\", \"-J-Xss10m\"),\n  javaOptions ++= Seq(\"-Xmx512m\", \"-Djava.awt.headless=true\"),\n  scalacOptions ++= Seq(scalacTarget(scalaVersion.value), \"-deprecation\", \"-unchecked\"),\n  publishTo := sonatypePublishToBundle.value,\n  publishMavenStyle := true,\n  Test \/ publishArtifact := false,\n  pomIncludeRepository := { _ => false },\n  licenses := Seq(\"Apache 2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n  homepage := Some(url(\"https:\/\/github.com\/erikvanoosten\/metrics-scala\")),\n  scmInfo := Some(ScmInfo(\n    url(\"https:\/\/github.com\/erikvanoosten\/metrics-scala\"),\n    \"scm:git:git@github.com:erikvanoosten\/metrics-scala.git\"\n  )),\n  developers := List(\n    Developer(id=\"erikvanoosten\", name=\"<NAME>\", email=\"\", url=url(\"https:\/\/github.com\/erikvanoosten\")),\n    Developer(id=\"scullxbones\", name=\"<NAME>\", email=\"\", url=url(\"https:\/\/github.com\/scullxbones\"))\n  )\n)\n\nThisBuild \/ publishTo := sonatypePublishTo.value\n\nlazy val root = (project in file(\".\"))\n  .aggregate(metricsScala, metricsScalaHdr, metricsAkka24, metricsAkka25, metricsAkka26)\n  .settings(\n    crossScalaVersions := Nil,\n    publishArtifact := false,\n    publish \/ skip := true,\n    publish := {},\n    publishLocal := {},\n    name := \"metrics4-scala-root\",\n    sonatypeProfileName := \"nl.grons\"\n  )\n\nlazy val metricsScala = (project in file(\"metrics-scala\"))\n  .settings(\n    commonSettings,\n    crossScalaVersions := Seq(\"3.1.0\", \"2.13.7\", \"2.12.15\", \"2.11.12\"),\n    name := \"metrics4-scala\",\n    description := \"metrics-scala for Scala \" + CrossVersion.binaryScalaVersion(scalaVersion.value),\n    libraryDependencies ++= Seq(\n      \"io.dropwizard.metrics\" % \"metrics-core\" % \"4.2.7\",\n      \"io.dropwizard.metrics\" % \"metrics-healthchecks\" % \"4.2.7\"\n    ),\n    mimaPreviousArtifacts := mimaPrevious(scalaVersion.value)\n)\n\nlazy val metricsScalaHdr = (project in file(\"metrics-scala-hdr\"))\n  .dependsOn(metricsScala)\n  .settings(\n    commonSettings,\n    crossScalaVersions := Seq(\"3.1.0\", \"2.13.7\", \"2.12.15\", \"2.11.12\"),\n    name := \"metrics4-scala-hdr\",\n    description := \"metrics-scala-hdr for Scala \" + CrossVersion.binaryScalaVersion(scalaVersion.value),\n    libraryDependencies ++= Seq(\n      \"org.mpierce.metrics.reservoir\" % \"hdrhistogram-metrics-reservoir\" % \"1.1.3\",\n      \/\/ Override version that hdrhistogram-metrics-reservoir depends on:\n      \"org.hdrhistogram\" % \"HdrHistogram\" % \"2.1.12\"\n    ),\n    mimaPreviousArtifacts := mimaPrevious(scalaVersion.value)\n  )\n\nlazy val metricsAkka26 = (project in file(\"metrics-akka-26\"))\n  .dependsOn(metricsScala)\n  .settings(\n    commonSettings,\n    crossScalaVersions := Seq(\"3.1.0\", \"2.13.6\", \"2.12.15\"),\n    name := \"metrics4-akka_a26\",\n    description := \"metrics-scala for Akka 2.6 and Scala \" + CrossVersion.binaryScalaVersion(scalaVersion.value),\n    resolvers += Resolver.sonatypeRepo(\"snapshots\"),\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.6.18\",\n      \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.6.18\" % Test\n    ),\n    sourceDirectory := baseDirectory.value.getParentFile \/ \"metrics-akka\" \/ \"src\",\n    mimaPreviousArtifacts := Set.empty\n  )\n\nlazy val metricsAkka25 = (project in file(\"metrics-akka-25\"))\n  .dependsOn(metricsScala)\n  .settings(\n    commonSettings,\n    crossScalaVersions := Seq(\"2.13.7\", \"2.12.15\"),\n    name := \"metrics4-akka_a25\",\n    description := \"metrics-scala for Akka 2.5 and 2.6 and Scala \" + CrossVersion.binaryScalaVersion(scalaVersion.value),\n    libraryDependencies ++= Seq(\n      \/\/ Stay on Akka 2.5 to guarantee backward compatibility:\n      \/\/ scala-steward:off\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.31\",\n      \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.5.31\" % Test\n      \/\/ scala-steward:on\n    ),\n    sourceDirectory := baseDirectory.value.getParentFile \/ \"metrics-akka\" \/ \"src\",\n    mimaPreviousArtifacts := mimaPrevious(scalaVersion.value)\n  )\n\nlazy val metricsAkka24 = (project in file(\"metrics-akka-24\"))\n  .dependsOn(metricsScala)\n  .settings(\n    commonSettings,\n    crossScalaVersions := Seq(\"2.12.15\", \"2.11.12\"),\n    name := \"metrics4-akka_a24\",\n    description := \"metrics-scala for Akka 2.4 and 2.5 and Scala \" + CrossVersion.binaryScalaVersion(scalaVersion.value),\n    libraryDependencies ++= Seq(\n      \/\/ Stay on Akka 2.4 to guarantee backward compatibility:\n      \/\/ scala-steward:off\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.20\",\n      \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.4.20\" % Test\n      \/\/ scala-steward:on\n    ),\n    sourceDirectory := baseDirectory.value.getParentFile \/ \"metrics-akka\" \/ \"src\",\n    mimaPreviousArtifacts := mimaPrevious(scalaVersion.value)\n  )\n\n\/\/ 2.11.x are the only pre-2.12 scala versions that are used in this build\ndef before212(scalaVersion: String): Boolean = scalaVersion.startsWith(\"2.11.\")\n\ndef mimaPrevious(scalaVersion: String): Set[ModuleID] = {\n  if (scalaVersion.startsWith(\"3.\"))\n    Set(\"nl.grons\" %% \"metrics4-scala\" % \"4.2.8\")\n  else if (scalaVersion.startsWith(\"2.13.\"))\n    Set(\"nl.grons\" %% \"metrics4-scala\" % \"4.0.7\")\n  else\n    Set(\"nl.grons\" %% \"metrics4-scala\" % \"4.0.1\")\n}\n\ndef scalacTarget(scalaVersion: String): String = {\n  if (scalaVersion.startsWith(\"2.11.\") || scalaVersion.startsWith(\"2.12.\")) \"-target:jvm-1.8\"\n  else if (scalaVersion.startsWith(\"2.13.\")) \"-target:8\"\n  else \"-Xtarget:8\"\n}\n\nThisBuild \/ githubWorkflowPublishTargetBranches := Seq()\nThisBuild \/ githubWorkflowJavaVersions := Seq(\n  JavaSpec.temurin(\"8\"),\n  JavaSpec.temurin(\"11\")\n)\n\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/HistogramSpec.scala","text":"<filename>metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/HistogramSpec.scala\n\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport org.mockito.Mockito._\nimport org.scalatest.OneInstancePerTest\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers._\n\nclass HistogramSpec extends AnyFunSpec with OneInstancePerTest {\n  describe(\"A histogram\") {\n    val metric = mock(classOf[com.codahale.metrics.Histogram])\n    val histogram = new Histogram(metric)\n\n    it(\"updates the underlying histogram with an int\") {\n      histogram += 12\n\n      verify(metric).update(12)\n    }\n\n    it(\"updates the underlying histogram with a long\") {\n      histogram += 12L\n\n      verify(metric).update(12L)\n    }\n\n    it(\"retrieves a snapshot for statistics\") {\n      val snapshot = mock(classOf[com.codahale.metrics.Snapshot])\n      when(snapshot.getMax).thenReturn(1L)\n      when(metric.getSnapshot).thenReturn(snapshot)\n\n      histogram.max should equal (1L)\n    }\n  }\n}"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/ImplicitsSpec.scala","text":"<reponame>scala-steward\/metrics-scala\n\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport com.codahale.metrics.MetricRegistry.MetricSupplier\nimport com.codahale.metrics.{Metric, MetricFilter}\nimport org.mockito.ArgumentMatchers._\nimport org.mockito.Mockito._\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers._\n\nclass ImplicitsSpec extends AnyFunSpec {\n\n  describe(\"Implicits\") {\n    it(\"brings the implicit conversion functionToMetricFilter into scope\", LT_Scala212) {\n      \/\/ sanity check:\n      \"\"\"val metricFilter: MetricFilter = (_: String, _: Metric) => true\"\"\" shouldNot compile\n      \"\"\"val metricSupplier: MetricSupplier[Metric] = () => new Metric {}\"\"\" shouldNot compile\n      \/\/ actual test:\n      \"\"\"import Implicits._\n         val metricFilter: MetricFilter = (_: String, _: Metric) => true\"\"\" should compile\n      \"\"\"import Implicits._\n         val metricSupplier: MetricSupplier[Metric] = () => new Metric {}\"\"\" should compile\n    }\n\n    it(\"is not required in Scala 2.12 and later because of SAM support\", GE_Scala212) {\n      \"\"\"val metricFilter: MetricFilter = (_: String, _: Metric) => true\"\"\" should compile\n      \"\"\"val metricSupplier: MetricSupplier[Metric] = () => new Metric {}\"\"\" should compile\n    }\n\n    it(\"still works in Scala 2.12 and later\", GE_Scala212) {\n      \"\"\"import Implicits._\n         val metricFilter: MetricFilter = (_: String, _: Metric) => true\"\"\" should compile\n      \"\"\"import Implicits._\n         val metricSupplier: MetricSupplier[Metric] = () => new Metric {}\"\"\" should compile\n    }\n  }\n\n  describe(\"Implicits.functionToMetricFilter\") {\n    it(\"creates a MetricFilter that passes arguments to the function and returns function result unchanged\") {\n      val f = mock(classOf[(String, Metric) => Boolean])\n      val dummyName = \"dummy\"\n      val dummyMetric = new Metric {}\n      when(f.apply(same(dummyName), same(dummyMetric))).thenReturn(true).thenReturn(false)\n      val metricFilter: MetricFilter = Implicits.functionToMetricFilter(f)\n      metricFilter.matches(dummyName, dummyMetric) shouldBe true\n      metricFilter.matches(dummyName, dummyMetric) shouldBe false\n    }\n  }\n\n  describe(\"Implicits.functionToMetricSupplier\") {\n    it(\"creates a MetricSupplier that wraps the function unchanged\") {\n      val f = mock(classOf[() => Metric])\n      val dummyMetric1 = new Metric {}\n      val dummyMetric2 = new Metric {}\n      when(f.apply()).thenReturn(dummyMetric1, dummyMetric2)\n      val metricSupplier: MetricSupplier[Metric] = Implicits.functionToMetricSupplier(f)\n      metricSupplier.newMetric() shouldBe theSameInstanceAs(dummyMetric1)\n      metricSupplier.newMetric() shouldBe theSameInstanceAs(dummyMetric2)\n    }\n  }\n\n}\n"}
{"repo_name":"scala-steward\/metrics-scala","path":"metrics-scala\/src\/test\/scala\/nl\/grons\/metrics4\/scala\/MeterSpec.scala","text":"\/*\n * Copyright (c) 2013-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage nl.grons.metrics4.scala\n\nimport org.mockito.Mockito._\nimport org.scalatest.OneInstancePerTest\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers._\n\nclass MeterSpec extends AnyFunSpec with OneInstancePerTest {\n  describe(\"A meter\") {\n    val metric = mock(classOf[com.codahale.metrics.Meter])\n    val meter = new Meter(metric)\n\n    it(\"marks the underlying metric\") {\n      meter.mark()\n\n      verify(metric).mark()\n    }\n\n    it(\"marks the underlying metric by an arbitrary amount\") {\n      meter.mark(12)\n\n      verify(metric).mark(12)\n    }\n\n    it(\"increments meter on exception when exceptionMeter is used\") {\n      a [RuntimeException] should be thrownBy { meter.exceptionMarker( throw new RuntimeException() ) }\n\n      verify(metric).mark()\n    }\n\n    it(\"should increment time execution of partial function\") {\n      val pf: PartialFunction[String,String] = { case \"test\" => throw new RuntimeException() }\n      val wrapped = meter.exceptionMarkerPF(pf)\n      a [RuntimeException] should be thrownBy { wrapped(\"test\") }\n      verify(metric).mark()\n      wrapped.isDefinedAt(\"x\") should be (false)\n    }\n  }\n}"}
{"repo_name":"koshelev\/zio-logging","path":"core\/js\/src\/main\/scala\/zio\/logging\/PlatformSpecificLogAppenderModifiers.scala","text":"<reponame>koshelev\/zio-logging\npackage zio.logging\n\ntrait PlatformSpecificLogAppenderModifiers {}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/package.scala","text":"package zio\n\npackage object logging {\n  type Logging     = Has[Logger[String]]\n  type Appender[A] = Has[LogAppender.Service[A]]\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/LogAppender.scala","text":"package zio.logging\n\nimport zio.console._\nimport zio.{ Has, Tag, Task, UIO, ULayer, URIO, ZIO, ZLayer, ZManaged, ZQueue, ZRef }\n\nimport java.nio.charset.Charset\nimport java.nio.file.Path\n\n\/**\n * Represents log writer function that turns A into String and put in console or save to file.\n *\/\nobject LogAppender extends PlatformSpecificLogAppenderModifiers {\n\n  trait Service[A] { self =>\n\n    def write(ctx: LogContext, msg: => A): UIO[Unit]\n\n    final def filter(fn: (LogContext, => A) => Boolean): Service[A] =\n      new Service[A] {\n        override def write(ctx: LogContext, msg: => A): zio.UIO[Unit] =\n          if (fn(ctx, msg))\n            self.write(ctx, msg)\n          else\n            ZIO.unit\n      }\n\n    final def filterM(fn: (LogContext, => A) => UIO[Boolean]): Service[A] =\n      new Service[A] {\n        override def write(ctx: LogContext, msg: => A): zio.UIO[Unit] =\n          self.write(ctx, msg).whenM(fn(ctx, msg))\n      }\n  }\n\n  def make[R, A](\n    format0: LogFormat[A],\n    write0: (LogContext, => String) => URIO[R, Unit]\n  )(implicit tag: Tag[LogAppender.Service[A]]): ZLayer[R, Nothing, Appender[A]] =\n    ZIO\n      .access[R](env =>\n        new Service[A] {\n\n          override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n            write0(ctx, format0.format(ctx, msg)).provide(env)\n        }\n      )\n      .toLayer[LogAppender.Service[A]]\n\n  def async[A](\n    logEntryBufferSize: Int\n  )(implicit tag: Tag[LogAppender.Service[A]]): ZLayer[Appender[A], Nothing, Appender[A]] = {\n    case class LogEntry(ctx: LogContext, line: () => A)\n    ZManaged.accessManaged[Appender[A]](env =>\n      ZQueue\n        .bounded[LogEntry](logEntryBufferSize)\n        .tap(queue => queue.take.flatMap(entry => env.get.write(entry.ctx, entry.line())).forever.forkDaemon)\n        .toManaged(_.shutdown)\n        .map(queue =>\n          new Service[A] {\n\n            override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n              queue.offer(LogEntry(ctx, () => msg)).unit\n          }\n        )\n    )\n  }.toLayer[LogAppender.Service[A]]\n\n  def console[A](logLevel: LogLevel, format: LogFormat[A])(implicit\n    tag: Tag[LogAppender.Service[A]]\n  ): ZLayer[Console, Nothing, Appender[A]] =\n    make[Console, A](format, (_, line) => putStrLn(line).ignore).map(appender =>\n      Has(appender.get.filter((ctx, _) => ctx.get(LogAnnotation.Level) >= logLevel))\n    )\n\n  def consoleErr[A](logLevel: LogLevel, format: LogFormat[A])(implicit\n    tag: Tag[LogAppender.Service[A]]\n  ): ZLayer[Console, Nothing, Appender[A]] =\n    make[Console, A](\n      format,\n      (ctx, msg) =>\n        if (ctx.get(LogAnnotation.Level) == LogLevel.Error)\n          putStrLnErr(msg).ignore\n        else\n          putStrLn(msg).ignore\n    ).map(appender => Has(appender.get.filter((ctx, _) => ctx.get(LogAnnotation.Level) >= logLevel)))\n\n  def file[A](\n    destination: Path,\n    charset: Charset,\n    autoFlushBatchSize: Int,\n    bufferedIOSize: Option[Int],\n    format0: LogFormat[A]\n  )(implicit tag: Tag[LogAppender.Service[A]]): ZLayer[Any, Throwable, Appender[A]] =\n    ZManaged\n      .fromAutoCloseable(UIO(new LogWriter(destination, charset, autoFlushBatchSize, bufferedIOSize)))\n      .zip(ZRef.makeManaged(false))\n      .map { case (writer, hasWarned) =>\n        new Service[A] {\n          override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n            Task(writer.writeln(format0.format(ctx, msg))).catchAll { t =>\n              UIO {\n                System.err.println(\n                  s\"Logging to file $destination failed with an exception. Further exceptions will be suppressed in order to prevent log spam.\"\n                )\n                t.printStackTrace(System.err)\n              }.unlessM(hasWarned.getAndSet(true))\n            }\n        }\n      }\n      .toLayer[LogAppender.Service[A]]\n\n  def ignore[A](implicit tag: Tag[LogAppender.Service[A]]): ULayer[Appender[A]] =\n    ZLayer.succeed[LogAppender.Service[A]](new Service[A] {\n\n      override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n        ZIO.unit\n    })\n\n  implicit class AppenderLayerOps[A, RIn, E](layer: ZLayer[RIn, E, Appender[A]])(implicit\n    tag: Tag[LogAppender.Service[A]]\n  ) {\n    def withFilter(filter: (LogContext, => A) => Boolean): ZLayer[RIn, E, Appender[A]]       =\n      layer\n        .map(a => Has(a.get.filter(filter)))\n    def withFilterM(filter: (LogContext, => A) => UIO[Boolean]): ZLayer[RIn, E, Appender[A]] =\n      layer.map(a => Has(a.get.filterM(filter)))\n  }\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"jsconsole\/src\/main\/scala\/zio\/logging\/js\/ConsoleLogger.scala","text":"package zio.logging.js\n\nimport zio.clock._\nimport zio.logging._\nimport zio.{ IO, ZIO, ZLayer }\n\nimport scala.scalajs.js.Dynamic.global\n\nobject ConsoleLogger {\n  private val console = global.console\n\n  def make(\n    logFormat: LogFormat[String] = LogFormat.SimpleConsoleLogFormat()\n  ): ZLayer[Clock, Nothing, Logging] =\n    ZLayer.requires[Clock] ++ LogAppender.make[Any, String](\n      logFormat,\n      (context, msg) => {\n        val level = context.get(LogAnnotation.Level)\n        level match {\n          case LogLevel.Fatal => IO.effectTotal(console.error(msg)).unit\n          case LogLevel.Error => IO.effectTotal(console.error(msg)).unit\n          case LogLevel.Warn  => IO.effectTotal(console.warn(msg)).unit\n          case LogLevel.Info  => IO.effectTotal(console.info(msg)).unit\n          case LogLevel.Debug => IO.effectTotal(console.debug(msg)).unit\n          case LogLevel.Trace => IO.effectTotal(console.trace(msg)).unit\n          case LogLevel.Off   => ZIO.unit\n        }\n      }\n    ) >+> Logging.make >>> Logging.modifyLoggerM(Logging.addTimestamp)\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"slf4j-bridge\/src\/main\/scala\/org\/slf4j\/impl\/ZioLoggerFactory.scala","text":"<gh_stars>100-1000\npackage org.slf4j.impl\n\nimport org.slf4j.{ ILoggerFactory, Logger }\nimport zio.ZIO\nimport zio.logging.Logging\n\nimport java.util.concurrent.ConcurrentHashMap\nimport scala.jdk.CollectionConverters._\n\nclass ZioLoggerFactory extends ILoggerFactory {\n  private var runtime: zio.Runtime[Logging] = null\n  private val loggers                       = new ConcurrentHashMap[String, Logger]().asScala\n\n  def attachRuntime(runtime: zio.Runtime[Logging]): Unit =\n    this.runtime = runtime\n\n  private[impl] def run(f: ZIO[Logging, Nothing, Any]): Unit =\n    if (runtime != null) {\n      runtime.unsafeRun(f)\n      ()\n    }\n\n  override def getLogger(name: String): Logger =\n    loggers.getOrElseUpdate(name, new ZioLogger(name, this))\n}\n\nobject ZioLoggerFactory {\n  def initialize(runtime: zio.Runtime[Logging]): Unit =\n    StaticLoggerBinder.getSingleton.getLoggerFactory\n      .asInstanceOf[ZioLoggerFactory]\n      .attachRuntime(runtime)\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"slf4j\/src\/test\/scala\/zio\/logging\/slf4j\/TestAppender.scala","text":"<gh_stars>100-1000\npackage zio.logging.slf4j\n\nimport ch.qos.logback.classic.spi.ILoggingEvent\nimport ch.qos.logback.core.AppenderBase\n\nimport java.util.concurrent.atomic.AtomicReference\nimport scala.annotation.tailrec\n\nclass TestAppender extends AppenderBase[ILoggingEvent] {\n  override def append(event: ILoggingEvent): Unit =\n    TestAppender.appendEvent(event)\n}\n\nobject TestAppender {\n\n  private val logEventsRef: AtomicReference[List[ILoggingEvent]] = new AtomicReference[List[ILoggingEvent]](Nil)\n\n  def reset(): Unit = logEventsRef.set(Nil)\n\n  def events: List[ILoggingEvent] = logEventsRef.get().reverse\n\n  @tailrec\n  def appendEvent(event: ILoggingEvent): Unit = {\n    val old = logEventsRef.get()\n    if (logEventsRef.compareAndSet(old, event :: old)) ()\n    else appendEvent(event)\n  }\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/test\/scala\/zio\/logging\/LogFilteringSpec.scala","text":"<gh_stars>100-1000\npackage zio.logging\n\nimport zio.ZQueue\nimport zio.logging.LogAppender._\nimport zio.logging.LogFiltering.filterBy\nimport zio.test.Assertion._\nimport zio.test._\n\nobject LogFilteringSpec extends DefaultRunnableSpec {\n\n  private def makeCtx(name: String, level: LogLevel): LogContext =\n    LogContext.empty\n      .annotate(LogAnnotation.Name, name.split('.').toList)\n      .annotate(LogAnnotation.Level, level)\n\n  private def testFilter(\n    filter: (LogContext, => String) => Boolean,\n    name: String,\n    level: LogLevel,\n    expectation: Assertion[Boolean]\n  ): TestResult =\n    assert(filter(makeCtx(name, level), \"\"))(expectation ?? s\"$name with $level\")\n\n  val filter: (LogContext, => Any) => Boolean = filterBy(\n    LogLevel.Debug,\n    \"a\"     -> LogLevel.Info,\n    \"a.b.c\" -> LogLevel.Warn,\n    \"e.f\"   -> LogLevel.Error\n  )\n\n  override def spec: Spec[Environment, TestFailure[Nothing], TestSuccess] =\n    suite(\"Log filtering\")(\n      test(\"can be built from list of nodes\") {\n        testFilter(filter, \"x\", LogLevel.Debug, isTrue) &&\n        testFilter(filter, \"a\", LogLevel.Debug, isFalse) &&\n        testFilter(filter, \"a\", LogLevel.Info, isTrue) &&\n        testFilter(filter, \"a.b\", LogLevel.Debug, isFalse) &&\n        testFilter(filter, \"a.b\", LogLevel.Info, isTrue) &&\n        testFilter(filter, \"a.b.c\", LogLevel.Info, isFalse) &&\n        testFilter(filter, \"a.b.c\", LogLevel.Warn, isTrue) &&\n        testFilter(filter, \"e\", LogLevel.Debug, isTrue) &&\n        testFilter(filter, \"e.f\", LogLevel.Debug, isFalse)\n      },\n      testM(\"can be applied on appenders\") {\n        for {\n          queue           <- ZQueue.unbounded[String]\n          baseAppender     = make(LogFormat.fromFunction((_, str) => str), (_, str) => queue.offer(str).unit)\n          filteredAppender = baseAppender.withFilter(filter)\n          _               <- filteredAppender.build.use { appender =>\n                               println(appender)\n                               appender.get.write(makeCtx(\"a.b.c\", LogLevel.Debug), \"a.b.c\") *>\n                                 appender.get.write(makeCtx(\"x\", LogLevel.Debug), \"x\")\n                             }\n          result          <- queue.takeAll\n        } yield assert(result)(equalTo(List(\"x\")))\n      }\n    )\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"examples\/src\/main\/scala\/zio\/logging\/ZStreamExample.scala","text":"package zio.logging\n\nimport zio._\nimport zio.clock.Clock\nimport zio.stream.ZStream\n\nimport java.util.UUID\n\nobject ZStreamExample extends zio.App {\n\n  final val CalculationId: LogAnnotation[Option[UUID]] = LogAnnotation[Option[UUID]](\n    name = \"calculation-id\",\n    initialValue = None,\n    combine = (_, r) => r,\n    render = _.map(_.toString).getOrElse(\"undefined-calculation-id\")\n  )\n\n  final val CalculationNumber: LogAnnotation[Int] = LogAnnotation[Int](\n    name = \"calculation-number\",\n    initialValue = 0,\n    combine = (_, r) => r,\n    render = _.toString\n  )\n\n  final val env: ZLayer[zio.console.Console with Clock, Nothing, Logging] =\n    Logging.console(\n      logLevel = LogLevel.Debug,\n      format = LogFormat.ColoredLogFormat((ctx, line) => s\"${ctx(CalculationId)} ${ctx(CalculationNumber)} $line\")\n    ) >>>\n      Logging.withRootLoggerName(\"my-logger\")\n\n  override def run(args: List[String]): URIO[zio.ZEnv, ExitCode] = {\n\n    val stream = for {\n      calcNumber <- ZStream(1, 2, 3, 4, 5)\n\n      subStream <-\n        log.locallyZStream(CalculationId(Some(UUID.randomUUID())).andThen(CalculationNumber(calcNumber)))(\n          ZStream.fromEffect(log.debug(s\"would log first line for calculation# ${calcNumber}\")) *>\n            ZStream.fromEffect(log.debug(s\"would log second line for calculation# ${calcNumber}\"))\n        )\n\n    } yield subStream\n\n    stream.runDrain.provideSomeLayer(env).exitCode\n  }\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/LogWriter.scala","text":"package zio.logging\n\nimport java.io.{ BufferedWriter, FileOutputStream, OutputStreamWriter, Writer }\nimport java.nio.charset.Charset\nimport java.nio.file.Path\n\nprivate[logging] class LogWriter(\n  destination: Path,\n  charset: Charset,\n  autoFlushBatchSize: Int,\n  bufferedIOSize: Option[Int]\n) extends Writer {\n  private val writer: Writer = {\n    val output = new OutputStreamWriter(new FileOutputStream(destination.toFile), charset)\n    bufferedIOSize match {\n      case Some(bufferSize) => new BufferedWriter(output, bufferSize)\n      case None             => output\n    }\n  }\n\n  private var entriesWritten: Long = 0\n\n  def write(buffer: Array[Char], offset: Int, length: Int): Unit =\n    writer.write(buffer, offset, length)\n\n  def writeln(line: String): Unit = {\n    writer.write(line)\n    writer.write(System.lineSeparator)\n\n    entriesWritten += 1\n\n    if (entriesWritten % autoFlushBatchSize == 0)\n      writer.flush()\n  }\n\n  def flush(): Unit = writer.flush()\n\n  def close(): Unit = writer.close()\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"benchmarks\/src\/main\/scala\/zio\/logging\/FilterBenchmarks.scala","text":"<filename>benchmarks\/src\/main\/scala\/zio\/logging\/FilterBenchmarks.scala\npackage zio.logging\n\nimport org.openjdk.jmh.annotations._\nimport zio.ZLayer\nimport zio.logging.LogFiltering.{ cachedFilterBy, filterBy }\nimport zio.stm.TMap\n\nimport java.util.concurrent.TimeUnit\nimport scala.util.Random\n\n@State(Scope.Thread)\n@BenchmarkMode(Array(Mode.Throughput))\n@OutputTimeUnit(TimeUnit.SECONDS)\nclass FilterBenchmarks {\n\n  val runtime: zio.Runtime[zio.ZEnv] = zio.Runtime.default\n\n  val unfilteredLogging: Logging                                          = runtime.unsafeRun {\n    (LogAppender.ignore[String] >>> Logging.make).build.useNow\n  }\n\n  val handWrittenFilterFunction: (LogContext, => String) => Boolean = { (ctx, _) =>\n    val level = ctx.get(LogAnnotation.Level)\n    ctx.get(LogAnnotation.Name) match {\n      case List(\"a\", \"b\", \"c\") => level >= LogLevel.Info\n      case List(\"a\", \"b\", \"d\") => level >= LogLevel.Warn\n      case List(\"e\")           => level >= LogLevel.Info\n      case _                   => level >= LogLevel.Debug\n    }\n  }\n  val handWrittenFilteredAppender: ZLayer[Any, Nothing, Appender[String]] =\n    LogAppender\n      .ignore[String]\n      .withFilter(handWrittenFilterFunction)\n\n  val handWrittenFilteredLogging: Logging =\n    runtime.unsafeRun {\n      (handWrittenFilteredAppender >>> Logging.make).build.useNow\n    }\n\n  val filterTreeFunction: (LogContext, => Any) => Boolean        =\n    filterBy(LogLevel.Debug, \"a.b.c\" -> LogLevel.Info, \"a.b.d\" -> LogLevel.Warn, \"e\" -> LogLevel.Info)\n  val filterTreeAppender: ZLayer[Any, Nothing, Appender[String]] =\n    LogAppender\n      .ignore[String]\n      .withFilter(filterTreeFunction)\n\n  val filterTreeLogging: Logging =\n    runtime.unsafeRun {\n      (filterTreeAppender >>> Logging.make).build.useNow\n    }\n\n  val cachedFilterTreeLogging: Logging =\n    runtime.unsafeRun {\n      for {\n        cache   <- TMap.empty[(List[String], LogLevel), Boolean].commit\n        appender = LogAppender\n                     .ignore[String]\n                     .withFilterM(\n                       cachedFilterBy(\n                         cache,\n                         LogLevel.Debug,\n                         \"a.b.c\" -> LogLevel.Info,\n                         \"a.b.d\" -> LogLevel.Warn,\n                         \"e\"     -> LogLevel.Info\n                       )\n                     )\n        logging <- (appender >>> Logging.make).build.useNow\n      } yield logging\n    }\n\n  val names: List[List[String]] = List(\n    List(\"a\"),\n    List(\"a\", \"b\"),\n    List(\"a\", \"b\", \"c\"),\n    List(\"a\", \"b\", \"d\"),\n    List(\"a\", \"b\", \"e\"),\n    List(\"a\", \"b\", \"e\", \"f\", \"g\"),\n    List(\"a\", \"z\"),\n    List(\"e\"),\n    List(\"e\", \"f\"),\n    List(\"e\", \"f\"),\n    List(\"a\", \"e\", \"f\")\n  )\n\n  val rnd = new Random(12345)\n\n  def testLoggingWith(logging: Logging): Unit = {\n    val name = names(rnd.nextInt(names.length))\n    runtime.unsafeRun {\n      log\n        .locally(_.annotate(LogAnnotation.Name, name)) {\n          log.debug(\"test\")\n        }\n        .provide(logging)\n    }\n  }\n\n  def testEvalWith(f: (LogContext, => String) => Boolean): Boolean = {\n    val name = names(rnd.nextInt(names.length))\n    val ctx  = LogContext.empty\n      .annotate(LogAnnotation.Name, name)\n      .annotate(LogAnnotation.Level, LogLevel.Debug)\n    f(ctx, \"test\")\n  }\n\n  \/**\n   * 3\/1\/2021 Initial results\n   * FilterBenchmarks.handWrittenFilterEval     thrpt    5  9177150.646 \u00b1 125715.644  ops\/s\n   * FilterBenchmarks.filterTreeEval            thrpt    5  7298406.870 \u00b1  87773.959  ops\/s\n   *\n   * FilterBenchmarks.noFilteringLogging        thrpt    5   267066.692 \u00b1   2170.339  ops\/s\n   * FilterBenchmarks.handWrittenFilterLogging  thrpt    5   262466.006 \u00b1   3641.051  ops\/s\n   * FilterBenchmarks.filterTreeLog             thrpt    5   252841.756 \u00b1   2912.062  ops\/s\n   * FilterBenchmarks.cachedFilterTreeLog       thrpt    5   260752.769 \u00b1   2625.707  ops\/s\n   *\/\n\n  @Benchmark\n  def noFilteringLogging(): Unit =\n    testLoggingWith(unfilteredLogging)\n\n  @Benchmark\n  def handWrittenFilterLogging(): Unit =\n    testLoggingWith(handWrittenFilteredLogging)\n\n  @Benchmark\n  def filterTreeLog(): Unit =\n    testLoggingWith(filterTreeLogging)\n\n  @Benchmark\n  def cachedFilterTreeLog(): Unit =\n    testLoggingWith(filterTreeLogging)\n\n  @Benchmark\n  def handWrittenFilterEval(): Boolean =\n    testEvalWith(handWrittenFilterFunction)\n\n  @Benchmark\n  def filterTreeEval(): Boolean =\n    testEvalWith(filterTreeFunction)\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/LogFiltering.scala","text":"<reponame>koshelev\/zio-logging<gh_stars>100-1000\npackage zio.logging\n\nimport zio.UIO\nimport zio.stm.{ TMap, ZSTM }\n\nimport scala.annotation.tailrec\n\nobject LogFiltering {\n  final case class LogFilterNode(logLevel: LogLevel, children: Map[String, LogFilterNode])\n\n  \/**\n   * Defines a filter function from a list of log-levels specified per tree node\n   *\n   * Example:\n   *\n   * {{{\n   *   val filter =\n   *     filterBy[String](\n   *      LogLevel.Debug,\n   *      \"io.netty\"                                       -> LogLevel.Info,\n   *      \"io.grpc.netty\"                                  -> LogLevel.Info\n   * )\n   * }}}\n   *\n   * will use the `Debug` log level for everything except for log events with the name\n   * annotation prefixed by either `List(\"io\", \"netty\")` or `List(\"io\", \"grpc\", \"netty\")`.\n   *\n   * @param rootLevel Minimum log level for the root node\n   * @param mappings List of mappings, nesting defined by dot-separated strings\n   * @return A filter function for customizing appenders\n   *\/\n  def filterBy[A](rootLevel: LogLevel, mappings: (String, LogLevel)*): (LogContext, => A) => Boolean =\n    filterByTree(buildLogFilterTree(rootLevel, mappings))\n\n  def filterByTree[A](root: LogFilterNode): (LogContext, => A) => Boolean =\n    (ctx, _) => {\n      val loggerName = ctx.get(LogAnnotation.Name)\n      val logLevel   = findMostSpecificLogLevel(loggerName, root)\n      ctx.get(LogAnnotation.Level) >= logLevel\n    }\n\n  type FilterCache = TMap[(List[String], LogLevel), Boolean]\n\n  def cachedFilterBy[A](\n    cache: FilterCache,\n    rootLevel: LogLevel,\n    mappings: (String, LogLevel)*\n  ): (LogContext, => A) => UIO[Boolean] =\n    cachedFilterByTree(cache, buildLogFilterTree(rootLevel, mappings))\n\n  def cachedFilterByTree[A](cache: FilterCache, root: LogFilterNode): (LogContext, => A) => UIO[Boolean] =\n    (ctx, _) => {\n      val loggerName = ctx.get(LogAnnotation.Name)\n      val level      = ctx.get(LogAnnotation.Level)\n      val key        = (loggerName, level)\n      val stm        = for {\n        cached <- cache.get(key)\n        result <- cached match {\n                    case Some(value) =>\n                      ZSTM.succeed(value)\n                    case None        =>\n                      val mostSpecificLogLevel = findMostSpecificLogLevel(loggerName, root)\n                      val answer               = level >= mostSpecificLogLevel\n                      cache.put(key, answer).as(answer)\n                  }\n      } yield result\n      stm.commit\n    }\n\n  private def buildLogFilterTree(rootLevel: LogLevel, mappings: Seq[(String, LogLevel)]): LogFilterNode = {\n    def add(tree: LogFilterNode, names: List[String], level: LogLevel): LogFilterNode =\n      names match {\n        case Nil               =>\n          tree.copy(logLevel = level)\n        case name :: remaining =>\n          tree.children.get(name) match {\n            case Some(subtree) =>\n              tree.copy(\n                children = tree.children.updated(name, add(subtree, remaining, level))\n              )\n            case None          =>\n              tree.copy(\n                children = tree.children + (name -> add(\n                  LogFilterNode(tree.logLevel, Map.empty),\n                  remaining,\n                  level\n                ))\n              )\n          }\n      }\n\n    mappings.foldLeft(\n      LogFilterNode(rootLevel, Map.empty)\n    ) { case (tree, (name, logLevel)) =>\n      val nameList = name.split('.').toList\n      add(tree, nameList, logLevel)\n    }\n  }\n\n  @tailrec\n  private def findMostSpecificLogLevel(names: List[String], currentNode: LogFilterNode): LogLevel =\n    names match {\n      case next :: remaining =>\n        currentNode.children.get(next) match {\n          case Some(nextNode) =>\n            findMostSpecificLogLevel(remaining, nextNode)\n          case None           =>\n            currentNode.logLevel\n        }\n      case Nil               =>\n        currentNode.logLevel\n    }\n\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/LogFormat.scala","text":"package zio.logging\n\nimport zio.Cause\n\nimport java.time.OffsetDateTime\nimport java.time.format.DateTimeFormatter\nimport scala.Console._\n\n\/**\n *  Log Format represents function that that take context with all log annotations and string line and produce final log entry.\n *\n *  Idea is that those format should be composed by decoration.\n *\/\ntrait LogFormat[A] {\n  def format(context: LogContext, line: A): String\n}\n\nobject LogFormat {\n\n  private val NL = System.lineSeparator()\n\n  type LineFormatter = (LogContext, => String) => String\n\n  def fromFunction(fn: LineFormatter): LogFormat[String] =\n    new LogFormat[String] {\n      override def format(context: LogContext, line: String): String =\n        fn(context, line)\n    }\n\n  final case class SimpleConsoleLogFormat(format0: LineFormatter = (_, line) => line) extends LogFormat[String] {\n    override def format(context: LogContext, line: String): String = {\n\n      val date       = context(LogAnnotation.Timestamp)\n      val level      = context(LogAnnotation.Level)\n      val loggerName = context(LogAnnotation.Name)\n      val maybeError = context\n        .get(LogAnnotation.Throwable)\n        .map(Cause.fail)\n        .orElse(context.get(LogAnnotation.Cause))\n        .map(cause => NL + cause.prettyPrint)\n        .getOrElse(\"\")\n      date + \" \" + level + \" \" + loggerName + \" \" + format0(context, line) + \" \" + maybeError\n    }\n  }\n\n  final case class ColoredLogFormat(lineFormat: LineFormatter = (_, line) => line) extends LogFormat[String] {\n    private def withColor(color: String, s: String): String = s\"$color$s$RESET\"\n\n    private def highlightLog(level: LogLevel, message: String): String = {\n      val color = level match {\n        case LogLevel.Error => RED\n        case LogLevel.Warn  => YELLOW\n        case LogLevel.Info  => CYAN\n        case LogLevel.Debug => GREEN\n        case LogLevel.Trace => MAGENTA\n        case _              => RESET\n      }\n      withColor(color, message)\n    }\n\n    private def format(\n      line: String,\n      time: String,\n      level: LogLevel,\n      loggerName: String,\n      maybeError: Option[String]\n    ): String = {\n      val logTag  = highlightLog(level, level.render)\n      val logTime = withColor(BLUE, time)\n      val logMsg  =\n        f\"$logTime $logTag%14s [${withColor(WHITE, loggerName)}] ${highlightLog(level, line)}\"\n      maybeError.fold(logMsg)(err => s\"$logMsg$NL${highlightLog(level, err)}\")\n    }\n\n    override def format(context: LogContext, line: String): String = {\n      val date       = context(LogAnnotation.Timestamp)\n      val level      = context.get(LogAnnotation.Level)\n      val loggerName = context(LogAnnotation.Name)\n      val maybeError = context\n        .get(LogAnnotation.Throwable)\n        .map(Cause.fail)\n        .orElse(context.get(LogAnnotation.Cause))\n        .map(_.prettyPrint)\n      format(lineFormat(context, line), date, level, loggerName, maybeError)\n    }\n  }\n\n  object AssembledLogFormat {\n    case class FormatterFunction(private[logging] val fun: (StringBuilder, LogContext, String) => Any) {\n      def +(other: FormatterFunction): FormatterFunction =\n        FormatterFunction { (builder, ctx, line) =>\n          fun(builder, ctx, line)\n          other.fun(builder, ctx, line)\n        }\n\n      def |-|(other: FormatterFunction): FormatterFunction =\n        FormatterFunction { (builder, ctx, line) =>\n          fun(builder, ctx, line)\n          builder.append(' ')\n          other.fun(builder, ctx, line)\n        }\n\n      def concat(other: FormatterFunction): FormatterFunction =\n        this + other\n\n      def spaced(other: FormatterFunction): FormatterFunction =\n        this |-| other\n    }\n\n    def apply(f: FormatterFunction): AssembledLogFormat =\n      new AssembledLogFormat(f)\n\n    object DSL {\n      val space: FormatterFunction        = FormatterFunction { (builder, _, _) =>\n        builder.append(' ')\n      }\n      val bracketStart: FormatterFunction = FormatterFunction { (builder, _, _) =>\n        builder.append('[')\n      }\n      val bracketEnd: FormatterFunction   = FormatterFunction { (builder, _, _) =>\n        builder.append(']')\n      }\n\n      def renderedAnnotation[A](annotation: LogAnnotation[A]): FormatterFunction =\n        FormatterFunction { (builder, ctx, _) =>\n          builder.append(ctx(annotation))\n        }\n\n      def renderedAnnotationF[A](annotation: LogAnnotation[A], f: String => String): FormatterFunction =\n        FormatterFunction { (builder, ctx, _) =>\n          builder.append(f(ctx(annotation)))\n        }\n\n      def annotationF[A](annotation: LogAnnotation[A], f: A => String): FormatterFunction =\n        FormatterFunction { (builder, ctx, _) =>\n          builder.append(f(ctx.get(annotation)))\n        }\n\n      def bracketed(inner: FormatterFunction): FormatterFunction =\n        bracketStart + inner + bracketEnd\n\n      val level: FormatterFunction =\n        renderedAnnotation(LogAnnotation.Level)\n\n      val LEVEL: FormatterFunction =\n        renderedAnnotationF(LogAnnotation.Level, _.toUpperCase)\n\n      val name: FormatterFunction =\n        renderedAnnotation(LogAnnotation.Name)\n\n      val error: FormatterFunction =\n        FormatterFunction { (builder, ctx, _) =>\n          ctx\n            .get(LogAnnotation.Throwable)\n            .map(Cause.fail)\n            .orElse(ctx.get(LogAnnotation.Cause)) match {\n            case None        =>\n            case Some(cause) =>\n              builder.append(System.lineSeparator())\n              builder.append(cause.prettyPrint)\n          }\n        }\n\n      def timestamp(formatter: DateTimeFormatter): FormatterFunction =\n        annotationF(LogAnnotation.Timestamp, (date: OffsetDateTime) => date.format(formatter))\n\n      val line: FormatterFunction =\n        FormatterFunction { (builder, _, line) =>\n          builder.append(line)\n        }\n    }\n  }\n\n  final class AssembledLogFormat private (formatter: AssembledLogFormat.FormatterFunction) extends LogFormat[String] {\n    private val builder = new StringBuilder()\n\n    override def format(context: LogContext, line: String): String = {\n      builder.clear()\n      formatter.fun(builder, context, line)\n      builder.toString()\n    }\n  }\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"slf4j-bridge\/src\/main\/scala\/zio\/logging\/slf4j\/bridge\/package.scala","text":"package zio.logging.slf4j\n\nimport org.slf4j.impl.ZioLoggerFactory\nimport zio.logging.Logging\nimport zio.{ ZIO, ZLayer }\n\npackage object bridge {\n  def initializeSlf4jBridge[R <: Logging]: ZLayer[R, Nothing, R] =\n    ZIO\n      .runtime[R]\n      .flatMap { runtime =>\n        ZIO.effectTotal {\n          ZioLoggerFactory.initialize(runtime)\n          runtime.environment\n        }\n      }\n      .toLayerMany\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"slf4j-bridge\/src\/main\/scala\/org\/slf4j\/impl\/StaticMarkerBinder.scala","text":"<reponame>koshelev\/zio-logging\npackage org.slf4j.impl\n\nimport org.slf4j.IMarkerFactory\nimport org.slf4j.helpers.BasicMarkerFactory\nimport org.slf4j.spi.MarkerFactoryBinder\n\nclass StaticMarkerBinder extends MarkerFactoryBinder {\n  override def getMarkerFactory: IMarkerFactory = StaticMarkerBinder.singleton\n  override def getMarkerFactoryClassStr: String = StaticMarkerBinder.className\n}\n\nobject StaticMarkerBinder {\n  private val singleton = new BasicMarkerFactory\n  private val className = classOf[BasicMarkerFactory].getName\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/test\/scala\/zio\/logging\/LogFormatSpec.scala","text":"<filename>core\/shared\/src\/test\/scala\/zio\/logging\/LogFormatSpec.scala\npackage zio.logging\n\nimport zio.logging.LogFormat.AssembledLogFormat\nimport zio.logging.LogFormat.AssembledLogFormat.DSL\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.test.environment.TestEnvironment\n\nimport java.time.{ OffsetDateTime, ZoneOffset }\nimport scala.util.control.NoStackTrace\n\nobject LogFormatSpec extends DefaultRunnableSpec {\n\n  def assembledFormat1: LogFormat[String] = AssembledLogFormat {\n    import DSL._\n\n    bracketed(LEVEL) |-| timestamp(LogDatetimeFormatter.isoLocalDateTimeFormatter) |-| name |-| line + error\n  }\n\n  object TestException extends Exception(\"test exception\") with NoStackTrace\n\n  override def spec: ZSpec[TestEnvironment, Any] =\n    suite(\"LogFormat\")(\n      test(\"AssembledLogFormat example\")(\n        assert(\n          assembledFormat1.format(\n            LogContext.empty\n              .annotate(LogAnnotation.Name, (List(\"a\", \"b\")))\n              .annotate(LogAnnotation.Timestamp, OffsetDateTime.of(2000, 1, 1, 12, 0, 0, 0, ZoneOffset.UTC))\n              .annotate(LogAnnotation.Level, LogLevel.Warn),\n            \"test message\"\n          )\n        )(equalTo(\"[WARN] 2000-01-01T12:00:00 a.b test message\"))\n      ),\n      test(\"AssembledLogFormat example with exception\")(\n        assert(\n          assembledFormat1\n            .format(\n              LogContext.empty\n                .annotate(LogAnnotation.Name, (List(\"a\", \"b\")))\n                .annotate(LogAnnotation.Timestamp, OffsetDateTime.of(2000, 1, 1, 12, 0, 0, 0, ZoneOffset.UTC))\n                .annotate(LogAnnotation.Level, LogLevel.Error)\n                .annotate(LogAnnotation.Throwable, Some(TestException)),\n              \"failed!\"\n            )\n            .split(System.lineSeparator())\n            .toList\n        )(\n          contains(\"[ERROR] 2000-01-01T12:00:00 a.b failed!\") &&\n            contains(\"zio.logging.LogFormatSpec$TestException$: test exception\")\n        )\n      )\n    )\n}\n"}
{"repo_name":"koshelev\/zio-logging","path":"core\/shared\/src\/main\/scala\/zio\/logging\/Logger.scala","text":"<reponame>koshelev\/zio-logging<gh_stars>0\npackage zio.logging\n\nimport zio.stream.ZStream\nimport zio.{ Cause, FiberRef, UIO, URIO, ZIO, ZManaged }\n\ntrait Logger[-A] { self =>\n\n  \/**\n   * Produces a new logger by adapting a different input type to the input\n   * type of this logger.\n   *\/\n  final def contramap[A1](f: A1 => A): Logger[A1] =\n    new Logger[A1] {\n      def locally[R1, E, A2](f: LogContext => LogContext)(zio: ZIO[R1, E, A2]): ZIO[R1, E, A2] =\n        self.locally(f)(zio)\n\n      def log(line: => A1): UIO[Unit] = self.log(f(line))\n\n      def logContext: UIO[LogContext] = self.logContext\n    }\n\n  \/**\n   * Logs the specified element at the debug level.\n   *\/\n  def debug(line: => A): UIO[Unit] =\n    self.log(LogLevel.Debug)(line)\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the debug level\n   *\/\n  def debugM[R, E](line: ZIO[R, E, A]): ZIO[R, E, Unit] = line >>= (debug(_))\n\n  \/**\n   * Logs the specified element at the error level.\n   *\/\n  def error(line: => A): UIO[Unit] =\n    self.log(LogLevel.Error)(line)\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the error level\n   *\/\n  def errorM[R, E](line: ZIO[R, E, A]): ZIO[R, E, Unit] = line >>= (error(_))\n\n  \/**\n   * Logs the specified element at the error level with cause.\n   *\/\n  def error(line: => A, cause: Cause[Any]): UIO[Unit] =\n    self.locally(LogAnnotation.Cause(Some(cause))) {\n      self.log(LogLevel.Error)(line)\n    }\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the error level\n   *\/\n  def errorM[R, E](line: ZIO[R, E, A], cause: Cause[Any]): ZIO[R, E, Unit] = line.flatMap(l => error(l, cause))\n\n  \/**\n   * Derives a new logger from this one, by applying the specified decorator\n   * to the logger context.\n   *\/\n  def derive(f: LogContext => LogContext): Logger[A] =\n    new Logger[A] {\n      def locally[R1, E, A1](f: LogContext => LogContext)(zio: ZIO[R1, E, A1]): ZIO[R1, E, A1] =\n        self.locally(f)(zio)\n\n      def log(line: => A): UIO[Unit] =\n        locally(ctx => f(LogContext.empty).merge(ctx))(self.log(line))\n\n      def logContext: UIO[LogContext] =\n        self.logContext\n    }\n\n  \/**\n   * Derives a new logger from this one, by applying the specified decorator\n   * to the logger context.\n   *\/\n  def deriveM[R](f: LogContext => ZIO[R, Nothing, LogContext]): ZIO[R, Nothing, Logger[A]] =\n    ZIO.access[R] { env =>\n      new Logger[A] {\n        def locally[R1, E, A1](f: LogContext => LogContext)(zio: ZIO[R1, E, A1]): ZIO[R1, E, A1] =\n          self.locally(f)(zio)\n\n        def log(line: => A): UIO[Unit] =\n          locallyM(ctx => f(LogContext.empty).map(_.merge(ctx)).provide(env))(self.log(line))\n\n        def logContext: UIO[LogContext] =\n          self.logContext\n      }\n    }\n\n  \/**\n   * Logs the specified element at the info level\n   *\/\n  def info(line: => A): UIO[Unit] =\n    self.log(LogLevel.Info)(line)\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the info level\n   *\/\n  def infoM[R, E](line: ZIO[R, E, A]): ZIO[R, E, Unit] = line >>= (info(_))\n\n  \/**\n   * Modifies the log context in the scope of the specified effect.\n   *\/\n  def locally[R1, E, A1](f: LogContext => LogContext)(zio: ZIO[R1, E, A1]): ZIO[R1, E, A1]\n\n  \/**\n   * Modifies the log context with effect in the scope of the specified effect.\n   *\/\n  def locallyM[R1, E, A1](f: LogContext => URIO[R1, LogContext])(zio: ZIO[R1, E, A1]): ZIO[R1, E, A1] =\n    logContext.flatMap(ctx => f(ctx)).flatMap(ctx => locally(_ => ctx)(zio))\n\n  \/**\n   * Modify log context in scope of Managed operation.\n   *\/\n  def locallyManaged[R1, E, A1](f: LogContext => LogContext)(managed: ZManaged[R1, E, A1]): ZManaged[R1, E, A1] =\n    ZManaged.makeReserve(managed.reserve.map(r => r.copy(locally(f)(r.acquire), exit => locally(f)(r.release(exit)))))\n\n  \/**\n   * Modify log context in scope of ZStream.\n   *\/\n  def locallyZStream[R1, E, A1](f: LogContext => LogContext)(stream: ZStream[R1, E, A1]): ZStream[R1, E, A1] =\n    ZStream(stream.process.map(p => locally(f)(p)))\n\n  \/**\n   * Modifies the annotate in the scope of the specified effect.\n   *\/\n  final def locallyAnnotate[B, R, E, A1](annotation: LogAnnotation[B], value: B)(zio: ZIO[R, E, A1]): ZIO[R, E, A1] =\n    locally(_.annotate(annotation, value))(zio)\n\n  \/**\n   * Logs the specified element using an inherited log level.\n   *\/\n  def log(line: => A): UIO[Unit]\n\n  \/**\n   * Retrieves the log context.\n   *\/\n  def logContext: UIO[LogContext]\n\n  \/**\n   * Logs the specified element at the specified level. Implementations may\n   * override this for greater efficiency.\n   *\/\n  def log(level: LogLevel)(line: => A): UIO[Unit] =\n    locally(_.annotate(LogAnnotation.Level, level))(log(line))\n\n  \/**\n   * Produces a named logger.\n   *\/\n  def named(name: String): Logger[A] =\n    derive(_.annotate(LogAnnotation.Name, name :: Nil))\n\n  \/**\n   * Logs the specified element at the error level with exception.\n   *\/\n  def throwable(line: => A, t: Throwable): UIO[Unit] =\n    self.locally(LogAnnotation.Throwable(Some(t))) {\n      self.error(line)\n    }\n\n  \/**\n   * Logs the specified element at the trace level.\n   *\/\n  def trace(line: => A): UIO[Unit] =\n    self.log(LogLevel.Trace)(line)\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the trace level\n   *\/\n  def traceM[R, E](line: ZIO[R, E, A]): ZIO[R, E, Unit] = line >>= (trace(_))\n\n  \/**\n   * Logs the specified element at the warn level.\n   *\/\n  def warn(line: => A): UIO[Unit] =\n    self.log(LogLevel.Warn)(line)\n\n  \/**\n   * Evaluates the specified element based on the LogLevel set and logs at the warn level\n   *\/\n  def warnM[R, E](line: ZIO[R, E, A]): ZIO[R, E, Unit] = line >>= (warn(_))\n}\n\nobject Logger {\n  final case class LoggerWithFormat[R, A](contextRef: FiberRef[LogContext], appender: LogAppender.Service[A])\n      extends Logger[A] {\n\n    \/**\n     * Modifies the log context in the scope of the specified effect.\n     *\/\n    override def locally[R1, E, A1](f: LogContext => LogContext)(zio: ZIO[R1, E, A1]): ZIO[R1, E, A1] =\n      contextRef.get.flatMap(context => contextRef.locally(f(context))(zio))\n\n    \/**\n     * Logs the specified element using an inherited log level.\n     *\/\n    override def log(line: => A): UIO[Unit] =\n      contextRef.get.flatMap(context => appender.write(context, line))\n\n    \/**\n     * Retrieves the log context.\n     *\/\n    override def logContext: UIO[LogContext] = contextRef.get\n  }\n}\n"}
{"repo_name":"WayneWang12\/paradox-material-theme","path":"project\/plugins.sbt","text":"<gh_stars>0\naddSbtPlugin(\"com.lightbend.paradox\" % \"sbt-paradox\" % \"0.4.0\")\naddSbtPlugin(\"com.lightbend.paradox\" % \"sbt-paradox-theme\" % \"0.4.0\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-site\" % \"1.3.2\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-ghpages\" % \"0.6.2\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.6\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.0\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.0\")\n\nlibraryDependencies += \"org.scala-sbt\" %% \"scripted-plugin\" % sbtVersion.value\n\n\/\/ This project is its own plugin :)\nunmanagedSourceDirectories in Compile += baseDirectory.value.getParentFile \/ \"plugin\" \/ \"src\" \/ \"main\" \/ \"scala\"\nlibraryDependencies += \"org.jsoup\" % \"jsoup\" % \"1.10.3\"\nlibraryDependencies += \"io.circe\" %% \"circe-core\" % \"0.8.0\"\n"}
{"repo_name":"pengjieran\/play2side","path":"play2showcase\/build.sbt","text":"<gh_stars>0\nname := \"play2showcase\"\n\nversion := \"1.0\"\n\nlazy val `play2showcase` = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq( jdbc , cache , ws   , specs2 % Test )\n\nunmanagedResourceDirectories in Test <+=  baseDirectory ( _ \/\"target\/web\/public\/test\" )  \n\nresolvers += \"scalaz-bintray\" at \"https:\/\/dl.bintray.com\/scalaz\/releases\"  "}
{"repo_name":"eirikrlee\/carpaccio","path":"clients\/scala\/build.sbt","text":"name := \"scala\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.6\"\n\nlibraryDependencies += \"io.spray\" %% \"spray-routing\" % \"1.3.2\"\n\nlibraryDependencies += \"io.spray\" %% \"spray-can\" % \"1.3.2\"\n\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.9\"\n\nlibraryDependencies += \"com.typesafe.play\" %% \"play-json\" % \"2.4.0-M2\""}
{"repo_name":"eirikrlee\/carpaccio","path":"clients\/scala\/src\/main\/scala\/main\/Server.scala","text":"package main\n\nimport akka.actor.ActorSystem\nimport spray.routing.SimpleRoutingApp\n\ncase class Order(prices: Seq[Float], quantities: Seq[Int], country: String)\n\nobject Server extends App with SimpleRoutingApp {\n\n  implicit val system = ActorSystem(\"my-system\")\n\n  type ProcessOrder = Order => Option[Float]\n\n  \/\/ TODO Modify the server configuration if necessary\n  val address = \"localhost\"\n  val port: Int = 9000\n\n  val orderRoute = \"order\"\n  val feedbackRoute = \"feedback\"\n\n  lazy val process: ProcessOrder = {\n    \/\/ TODO To implement\n    order => Some(0.0f)\n  }\n\n  startServer(interface = address, port = port) {\n\n    println(\"Server started @ \" + address + \":\" + port)\n\n    path(orderRoute) {\n      post {\n        entity(as[String]) {\n          order =>\n            complete {\n\n              println(\"Request received : \" + order)\n\n              \/\/ TODO To implement\n              val total = 0\n\n              s\"\"\"{\n                 |\"total\": $total\n                  }\"\"\".stripMargin\n            }\n        }\n      }\n    } ~\n      path(\"feedback\") {\n        post {\n          entity(as[String]) {\n            feedback =>\n              complete {\n                println(\"Feedback received : \" + feedback)\n                \"\"\n              }\n          }\n        }\n      }\n\n  }\n}"}
{"repo_name":"twitter\/scrooge","path":"scrooge-generator-tests\/src\/test\/scala\/com\/twitter\/scrooge\/java_generator\/ValidationsJavaGeneratorSpec.scala","text":"package com.twitter.scrooge.java_generator\n\nimport apache_java_thrift._\nimport com.twitter.conversions.DurationOps.richDurationFromInt\nimport com.twitter.finagle.Address\nimport com.twitter.finagle.Name\nimport com.twitter.finagle.ThriftMux\nimport com.twitter.scrooge.testutil.Spec\nimport com.twitter.scrooge.thrift_validation.ThriftValidationViolation\nimport com.twitter.util.Await\nimport com.twitter.util.Awaitable\nimport com.twitter.util.Duration\nimport com.twitter.util.Future\nimport java.lang\nimport java.net.InetSocketAddress\nimport org.apache.thrift.TApplicationException\nimport scala.jdk.CollectionConverters._\n\nclass ValidationsJavaGeneratorSpec extends Spec {\n  def await[T](a: Awaitable[T], d: Duration = 5.seconds): T =\n    Await.result(a, d)\n\n  private class ValidationServiceImpl extends ValidationService.ServiceIface {\n    override def validate(\n      structRequest: ValidationStruct,\n      unionRequest: ValidationUnion,\n      exceptionRequest: ValidationException\n    ): Future[lang.Boolean] = Future.value(true)\n\n    override def validateOption(\n      structRequest: ValidationStruct,\n      unionRequest: ValidationUnion,\n      exceptionRequest: ValidationException\n    ): Future[lang.Boolean] = Future.value(true)\n  }\n\n  \"Java validateInstanceValue\" should {\n    \"validate Struct\" in {\n      val validationStruct =\n        new ValidationStruct(\n          \"email\",\n          -1,\n          101,\n          0,\n          0,\n          Map(\"1\" -> \"1\", \"2\" -> \"2\").asJava,\n          false,\n          \"anything\")\n      val validationViolations = ValidationStruct.validateInstanceValue(validationStruct)\n      val violationMessages = Set(\n        \"length must be between 6 and 2147483647\",\n        \"must be a well-formed email address\",\n        \"must be true\",\n        \"size must be between 0 and 1\",\n        \"must be less than 0\",\n        \"must be less than or equal to 100\",\n        \"must be greater than 0\",\n        \"must be greater than or equal to 0\"\n      )\n      assertViolations(validationViolations.asScala.toSet, 8, violationMessages)\n    }\n\n    \"validate nested Struct\" in {\n      val validationStruct =\n        new ValidationStruct(\n          \"email\",\n          -1,\n          101,\n          0,\n          0,\n          Map(\"1\" -> \"1\", \"2\" -> \"2\").asJava,\n          false,\n          \"anything\")\n      val nestedValidationStruct = new NestedValidationStruct(\n        \"not an email\",\n        validationStruct,\n        Seq(validationStruct, validationStruct).asJava)\n      val validationViolations =\n        NestedValidationStruct.validateInstanceValue(nestedValidationStruct)\n      val violationMessages = Set(\n        \"length must be between 6 and 2147483647\",\n        \"must be a well-formed email address\",\n        \"must be true\",\n        \"size must be between 0 and 1\",\n        \"must be less than 0\",\n        \"must be less than or equal to 100\",\n        \"must be greater than 0\",\n        \"must be greater than or equal to 0\"\n      )\n      assertViolations(validationViolations.asScala.toSet, 10, violationMessages)\n    }\n\n    \"validate union\" in {\n      val validationIntUnion = new ValidationUnion()\n      validationIntUnion.setIntField(-1)\n      val validationStringUnion = new ValidationUnion()\n      validationStringUnion.setStringField(\"\")\n      val validationIntViolations = ValidationUnion.validateInstanceValue(validationIntUnion)\n      val validationStringViolations = ValidationUnion.validateInstanceValue(validationStringUnion)\n      assertViolations(\n        validationIntViolations.asScala.toSet,\n        1,\n        Set(\"must be greater than or equal to 0\"))\n      assertViolations(validationStringViolations.asScala.toSet, 1, Set(\"must not be empty\"))\n    }\n\n    \"validate exception\" in {\n      val validationException = new ValidationException(\"\")\n      val validationViolations = ValidationException.validateInstanceValue(validationException)\n      assertViolations(validationViolations.asScala.toSet, 1, Set(\"must not be empty\"))\n    }\n\n    \"skip annotations not for ThriftValidator\" in {\n      val nonValidationStruct = new NonValidationStruct(\"anything\")\n      val validationViolations = NonValidationStruct.validateInstanceValue(nonValidationStruct)\n      assertViolations(validationViolations.asScala.toSet, 0, Set.empty)\n    }\n\n    \"validate struct, union and exception request\" in {\n      val validationStruct = new ValidationStruct(\n        \"email\",\n        -1,\n        101,\n        0,\n        0,\n        Map(\"1\" -> \"1\", \"2\" -> \"2\").asJava,\n        false,\n        \"anything\")\n      val impl = new ValidationServiceImpl()\n      val validationIntUnion = new ValidationUnion()\n      validationIntUnion.setIntField(-1)\n      val validationException = new ValidationException(\"\")\n      val muxServer = ThriftMux.server.serveIface(\"localhost:*\", impl)\n      val muxClient = ThriftMux.client.build[ValidationService.ServiceIface](\n        Name.bound(Address(muxServer.boundAddress.asInstanceOf[InetSocketAddress])),\n        \"a_client\")\n      intercept[TApplicationException] {\n        await(muxClient.validate(validationStruct, validationIntUnion, validationException))\n      }\n    }\n\n    \"validate null request\" in {\n      val impl = new ValidationServiceImpl()\n      val muxServer = ThriftMux.server.serveIface(\"localhost:*\", impl)\n      val muxClient = ThriftMux.client.build[ValidationService.ServiceIface](\n        Name.bound(Address(muxServer.boundAddress.asInstanceOf[InetSocketAddress])),\n        \"a_client\")\n      \/\/null values passed after code generation aren't checked so\n      \/\/ we catch NullPointerException in the mustache file\n      await(muxClient.validate(null, null, null))\n    }\n  }\n\n  private def assertViolations(\n    violations: Set[ThriftValidationViolation],\n    size: Int,\n    messages: Set[String]\n  ) = {\n    assert(violations.size == size)\n    violations.map(v => assert(messages.contains(v.violationMessage)))\n  }\n}\n"}
{"repo_name":"newrelic-forks\/kamon-newrelic","path":"src\/test\/scala\/kamon\/newrelic\/spans\/NewRelicSpanReporterSpec.scala","text":"\/*\n *  Copyright 2020 New Relic Corporation. All rights reserved.\n *  SPDX-License-Identifier: Apache-2.0\n *\/\n\npackage kamon.newrelic.spans\n\nimport java.net.InetAddress\n\nimport com.newrelic.telemetry.Attributes\nimport com.newrelic.telemetry.spans.{SpanBatch, SpanBatchSender, Span => NewRelicSpan}\nimport com.typesafe.config.{Config, ConfigValue, ConfigValueFactory}\nimport kamon.Kamon\nimport kamon.status.Environment\nimport kamon.tag.TagSet\nimport kamon.trace.Span\nimport kamon.trace.Span.Kind.Client\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.{Matchers, WordSpec}\n\nimport scala.collection.JavaConverters._\n\nclass NewRelicSpanReporterSpec extends WordSpec with Matchers {\n\n  \"the span reporter\" should {\n    \"report spans\" in {\n      val kamonSpan = TestSpanHelper.makeKamonSpan(Client, TestSpanHelper.spanId)\n      val spans: Seq[Span.Finished] = Seq(kamonSpan)\n      val expectedBatch: SpanBatch = buildExpectedBatch()\n\n      val builder = mock(classOf[SpanBatchSenderBuilder])\n      val sender = mock(classOf[SpanBatchSender])\n\n      when(builder.build(any[Config])).thenReturn(sender)\n\n      val reporter = new NewRelicSpanReporter(builder)\n      reporter.reportSpans(spans)\n      verify(sender).sendBatch(expectedBatch);\n    }\n\n    \"be reconfigurable\" in {\n      val builder = mock(classOf[SpanBatchSenderBuilder])\n      val sender = mock(classOf[SpanBatchSender])\n\n      when(builder.build(any[Config])).thenReturn(sender)\n\n      val reporter = new NewRelicSpanReporter(builder)\n      \/\/change the service name attribute and tags and make sure that we reconfigure with it!\n      val tagDetails = ConfigValueFactory.fromMap(Map(\"testTag\" -> \"testThing\").asJava)\n      val configObject: ConfigValue = ConfigValueFactory.fromMap(Map(\"service\" -> \"cheese-whiz\", \"host\" -> \"thing\", \"tags\" -> tagDetails).asJava)\n      val config: Config = Kamon.config().withValue(\"kamon.environment\", configObject)\n      reporter.reconfigure(config, Environment(\"thing\", \"cheese-whiz\", null, null, TagSet.of(\"testTag\", \"testThing\")))\n\n      val kamonSpan = TestSpanHelper.makeKamonSpan(Client, TestSpanHelper.spanId)\n      val spans: Seq[Span.Finished] = Seq(kamonSpan)\n      val expectedBatch: SpanBatch = buildExpectedBatch(\"cheese-whiz\", \"thing\", \"testThing\")\n\n      reporter.reportSpans(spans)\n      verify(sender).sendBatch(expectedBatch);\n    }\n  }\n\n  private def buildExpectedBatch(serviceName: String = \"kamon-application\", hostName : String = InetAddress.getLocalHost.getHostName, tagValue: String = \"testValue\" ) = {\n    val expectedAttributes = new Attributes()\n      .put(\"xx\", TestSpanHelper.now)\n      .put(\"span.kind\", \"client\")\n      .put(\"foo\", \"bar\")\n    val expectedSpan = NewRelicSpan.builder(TestSpanHelper.spanId)\n      .name(TestSpanHelper.name)\n      .traceId(TestSpanHelper.traceId)\n      .timestamp(TestSpanHelper.before)\n      .durationMs(1000)\n      .attributes(expectedAttributes)\n      .parentId(TestSpanHelper.parentId)\n      .build()\n    val commonAttributes = new Attributes()\n      .put(\"instrumentation.provider\", \"kamon-agent\")\n      .put(\"service.name\", serviceName)\n      .put(\"host\", hostName)\n      .put(\"testTag\", tagValue)\n    val expectedSpans = List(expectedSpan).asJava\n    new SpanBatch(expectedSpans, commonAttributes)\n  }\n}\n"}
{"repo_name":"javierarrieta\/akka","path":"akka-cluster\/src\/main\/scala\/akka\/cluster\/sbr\/SplitBrainResolverProvider.scala","text":"\/*\n * Copyright (C) 2009-2021 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.cluster.sbr\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.duration.FiniteDuration\n\nimport akka.actor.ActorSystem\nimport akka.actor.Props\nimport akka.cluster.Cluster\nimport akka.cluster.DowningProvider\nimport akka.coordination.lease.scaladsl.LeaseProvider\n\n\/**\n * See reference documentation: https:\/\/doc.akka.io\/docs\/akka\/current\/split-brain-resolver.html\n *\n * Enabled with configuration:\n * {{{\n * akka.cluster.downing-provider-class = \"akka.cluster.sbr.SplitBrainResolverProvider\"\n * }}}\n *\/\nfinal class SplitBrainResolverProvider(system: ActorSystem) extends DowningProvider {\n\n  private val settings = new SplitBrainResolverSettings(system.settings.config)\n\n  override def downRemovalMargin: FiniteDuration = {\n    \/\/ if down-removal-margin is defined we let it trump stable-after to allow\n    \/\/ for two different values for SBR downing and cluster tool stop\/start after downing\n    val drm = Cluster(system).settings.DownRemovalMargin\n    if (drm != Duration.Zero) drm\n    else settings.DowningStableAfter\n  }\n\n  override def downingActorProps: Option[Props] = {\n    import SplitBrainResolverSettings._\n\n    val cluster = Cluster(system)\n    val selfDc = cluster.selfDataCenter\n    val strategy =\n      settings.DowningStrategy match {\n        case KeepMajorityName =>\n          new KeepMajority(selfDc, settings.keepMajorityRole, cluster.selfUniqueAddress)\n        case StaticQuorumName =>\n          val s = settings.staticQuorumSettings\n          new StaticQuorum(selfDc, s.size, s.role, cluster.selfUniqueAddress)\n        case KeepOldestName =>\n          val s = settings.keepOldestSettings\n          new KeepOldest(selfDc, s.downIfAlone, s.role, cluster.selfUniqueAddress)\n        case DownAllName =>\n          new DownAllNodes(selfDc, cluster.selfUniqueAddress)\n        case LeaseMajorityName =>\n          val s = settings.leaseMajoritySettings\n          val leaseOwnerName = cluster.selfUniqueAddress.address.hostPort\n          val leaseName = s.safeLeaseName(system.name)\n          val lease = LeaseProvider(system).getLease(leaseName, s.leaseImplementation, leaseOwnerName)\n          new LeaseMajority(selfDc, s.role, lease, s.acquireLeaseDelayForMinority, cluster.selfUniqueAddress)\n      }\n\n    Some(SplitBrainResolver.props(settings.DowningStableAfter, strategy))\n  }\n\n}\n"}
{"repo_name":"javierarrieta\/akka","path":"akka-cluster\/src\/test\/scala\/akka\/cluster\/sbr\/LeaseMajoritySpec.scala","text":"\/*\n * Copyright (C) 2015-2021 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.cluster.sbr\n\nimport akka.testkit.AkkaSpec\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest.concurrent.Eventually\n\nclass LeaseMajoritySpec extends AkkaSpec() with Eventually {\n\n  val default = ConfigFactory\n    .parseString(\n      \"\"\"\n      | akka.cluster.split-brain-resolver.lease-majority.lease-implementation = \"akka.coordination.lease.kubernetes\" \n      |\"\"\".stripMargin)\n    .withFallback(ConfigFactory.load())\n  val blank = ConfigFactory.parseString(\"\"\"\n                                           |akka.cluster.split-brain-resolver.lease-majority {\n                                           |  lease-name = \" \"\n                                           |}\"\"\".stripMargin).withFallback(default)\n  val named = ConfigFactory.parseString(\"\"\"\n                                           |akka.cluster.split-brain-resolver.lease-majority {\n                                           |  lease-name = \"shopping-cart-akka-sbr\"\n                                           |}\"\"\".stripMargin).withFallback(default)\n\n  \"Split Brain Resolver Lease Majority provider\" must {\n\n    \"read the configured name\" in {\n      new SplitBrainResolverSettings(default).leaseMajoritySettings.leaseName shouldBe None\n      new SplitBrainResolverSettings(blank).leaseMajoritySettings.leaseName shouldBe None\n      new SplitBrainResolverSettings(named).leaseMajoritySettings.leaseName shouldBe Some(\"shopping-cart-akka-sbr\")\n    }\n\n    \"use a safe name\" in {\n      new SplitBrainResolverSettings(default).leaseMajoritySettings.safeLeaseName(\"sysName\") shouldBe \"sysName-akka-sbr\"\n      new SplitBrainResolverSettings(blank).leaseMajoritySettings.safeLeaseName(\"sysName\") shouldBe \"sysName-akka-sbr\"\n      new SplitBrainResolverSettings(named).leaseMajoritySettings\n        .safeLeaseName(\"sysName\") shouldBe \"shopping-cart-akka-sbr\"\n    }\n\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/TransactionScannerModule.scala","text":"package nl.egulden.discordbot.services.bitcoinrpc\n\nimport com.google.inject.AbstractModule\nimport play.api.{Configuration, Environment, Mode}\n\nclass TransactionScannerModule(environment: Environment,\n                               configuration: Configuration)\n  extends AbstractModule {\n\n  override def configure(): Unit = {\n    environment.mode match {\n      case Mode.Dev | Mode.Prod =>\n        bind(classOf[TransactionScanner]).asEagerSingleton()\n\n      case _ =>\n        \/\/ Do nothing\n    }\n\n  }\n\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/WalletTransactionProcessor.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot\npackage nl.egulden.discordbot.services.bitcoinrpc\n\nimport javax.inject.{Inject, Named, Singleton}\nimport nl.egulden.discordbot.GlobalSettings\nimport nl.egulden.discordbot.models.TransactionStatus.TransactionStatus\nimport nl.egulden.discordbot.models._\nimport nl.egulden.discordbot.services.akka.{EventPublisher, TransactionCreatedEvent, TransactionUpdatedEvent}\nimport nl.egulden.discordbot.services.tipping.TipWalletService\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\nimport play.api.Logger\nimport wf.bitcoin.javabitcoindrpcclient.BitcoindRpcClient.RawTransaction\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.jdk.CollectionConverters._\n\n@Singleton\nclass WalletTransactionProcessor @Inject()(@Named(\"egulden\") rpcClient: BitcoinRpcClient,\n                                           transactionsDAO: TransactionsDAO,\n                                           walletAddressesDAO: WalletAddressesDAO,\n                                           tipWalletService: TipWalletService,\n                                           eventPublisher: EventPublisher)\n                                          (implicit ec: ExecutionContext) {\n\n  val logger = Logger(getClass)\n\n  \/**\n   * Process a single transaction with given txId\n   *\n   * @param txId\n   * @return\n   *\/\n  def processTransaction(txId: String): Future[Seq[Transaction]] = {\n    for {\n      rpcTransaction <- rpcClient.getRawTransaction(txId)\n\n      \/\/ confirmations is null when there are no confirmations\n      txConfirmations <- Future(Option(rpcTransaction.confirmations()).map(_.toInt).getOrElse(0))\n\n      isConfirmed <- Future(txConfirmations >= GlobalSettings.MIN_CONFIRMATIONS)\n\n      status <- Future(if (isConfirmed) TransactionStatus.Confirmed else TransactionStatus.Pending)\n\n      transactions <- processTransactionOutputs(rpcTransaction, status)\n    } yield transactions\n  }\n\n  \/**\n   * Processes the outputs of the given transaction\n   *\n   * @param rpcTransaction\n   * @param status\n   * @return\n   *\/\n  private def processTransactionOutputs(rpcTransaction: RawTransaction, status: TransactionStatus): Future[Seq[Transaction]] = {\n    for {\n      \/\/ First find all addresses for all vouts\n      userAddresses <- mapVoutsWithAddresses(rpcTransaction.vOut().asScala.toSeq)\n\n      \/\/ Now handle every address + vout combination\n      userTransactions <- Future.sequence {\n        userAddresses.map { case (vout, userAddress) =>\n          processTransactionOutput(vout, userAddress, status)\n        }\n      }\n    } yield userTransactions\n  }\n\n  \/**\n   * Processes a single vout\n   *\n   * @param vout\n   * @param userAddress\n   * @param status\n   * @return\n   *\/\n  private def processTransactionOutput(vout: RawTransaction.Out, userAddress: WalletAddress, status: TransactionStatus): Future[Transaction] =\n    for {\n      maybeExistingUserTransaction <- transactionsDAO.findByTransactionIdAndVout(vout.transaction().txId(), vout.n())\n\n      updatedUserAddress <- tipWalletService.updateAddressUsage(userAddress)\n\n      userTransaction <- maybeExistingUserTransaction match {\n        case Some(userTransaction) =>\n          logger.debug(s\"Found existing tx for ${vout.transaction().txId()}:${vout.n()}\")\n\n          val oldTransaction = userTransaction\n          val newTransaction = userTransaction.copy(\n            status = status,\n          )\n\n          val hasChanged = newTransaction.productIterator.toList != oldTransaction.productIterator.toList\n\n          transactionsDAO.update(newTransaction)\n            .map { tx =>\n              if (hasChanged) {\n                eventPublisher.publish(TransactionUpdatedEvent(tx, userTransaction))\n              }\n\n              tx\n            }\n\n        case None =>\n          logger.debug(s\"Creating new tx for ${vout.transaction().txId()}:${vout.n()}\")\n\n          transactionsDAO.insert(Transaction(\n            toUserId = Some(updatedUserAddress.currentUserId),\n            amount = BigDecimal(vout.value()).toSatoshi,\n            transactionType = TransactionType.Deposit,\n            status = status,\n            transactionId = Some(vout.transaction().txId()),\n            vout = Some(vout.n())\n          )).map { tx =>\n            eventPublisher.publish(TransactionCreatedEvent(tx))\n            tx\n          }\n      }\n    } yield userTransaction\n\n  \/**\n   * Matches all given vouts with stored addresses. Filters vouts that do not have an address.\n   *\n   * @param vouts\n   * @return\n   *\/\n  private def mapVoutsWithAddresses(vouts: Seq[RawTransaction.Out]): Future[Seq[(RawTransaction.Out, WalletAddress)]] =\n    for {\n      unfiltered <- Future.sequence {\n        vouts\n\n          \/\/ More than one address in the vout means that it is a multisig transaction\n          \/\/ it would be way too complex to do something sensible with this without risk\n          \/\/ much better to simply ignore this vout altogether. Let the user figure it out\n          .filter(_.scriptPubKey().addresses().size() == 1)\n\n          \/\/ Try to find address for this vout\n          .map { vout =>\n            val address = vout.scriptPubKey().addresses().get(0)\n\n            walletAddressesDAO.byAddress(address)\n              .map((vout, _))\n          }\n      }\n\n    } yield {\n      \/\/ Filter all entries without an address\n      unfiltered.filter(_._2.isDefined).map(r => (r._1, r._2.get))\n    }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/WalletAddressService.scala","text":"package nl.egulden.discordbot.services.bitcoinrpc\n\nimport javax.inject.{Inject, Named}\nimport nl.egulden.discordbot.models.{User, WalletAddress, WalletAddressConfig, WalletAddressesDAO}\nimport org.joda.time.DateTime\nimport play.api.Logger\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass WalletAddressService @Inject()(walletAddressesDAO: WalletAddressesDAO,\n                                     @Named(\"egulden\") eguldenRpcClient: BitcoinRpcClient) {\n\n  val logger = Logger(getClass)\n\n  def getOrCreateAddressFor(user: User)\n                           (implicit ec: ExecutionContext): Future[WalletAddress] =\n    for {\n      maybeExisting <- walletAddressesDAO.getExistingForUser(user.id.get)\n\n      newOrExisting <- maybeExisting match {\n        case Some(address) =>\n          logger.debug(s\"Found existing address for user #${user.id}\")\n          Future(address)\n\n        case None =>\n          logger.debug(s\"Creating or finding new address for user #${user.id}\")\n          findUnusedOrCreateNewAddress(user)\n      }\n\n      updatedWithUsage <- updateAddressUsage(newOrExisting, user)\n    } yield updatedWithUsage\n\n  def findAddress(address: String): Future[Option[WalletAddress]] =\n    walletAddressesDAO.byAddress(address)\n\n  def updateAddressUsage(address: WalletAddress, user: User)\n                        (implicit ec: ExecutionContext): Future[WalletAddress] =\n    updateAddressUsage(address, user.id.get)\n\n  def updateAddressUsage(address: WalletAddress, userId: Long)\n                        (implicit ec: ExecutionContext): Future[WalletAddress] =\n    walletAddressesDAO.update(address.copy(\n      currentUserId = userId,\n      lockedUntil = DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS)\n    ))\n\n  private def findUnusedOrCreateNewAddress(user: User)\n                                          (implicit ec: ExecutionContext): Future[WalletAddress] =\n    walletAddressesDAO.getUnusedAddress()\n      .flatMap {\n        case Some(address) => Future(address)\n        case None => createNewWalletAddress(user)\n      }\n\n  private def createNewWalletAddress(user: User)\n                                    (implicit ec: ExecutionContext): Future[WalletAddress] =\n    for {\n      addressStr <- eguldenRpcClient.getNewAddress()\n      walletAddress <- walletAddressesDAO.insert(WalletAddress(\n        currentUserId = user.id.get,\n        address = addressStr,\n        lockedUntil = DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS)\n      ))\n    } yield walletAddress\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/models\/WalletAddress.scala","text":"<gh_stars>1-10\npackage nl.egulden.discordbot.models\n\nimport com.github.tototoshi.slick.MySQLJodaSupport._\nimport javax.inject.Inject\nimport org.joda.time.DateTime\nimport play.api.db.slick.{DatabaseConfigProvider, HasDatabaseConfigProvider}\nimport slick.jdbc.JdbcProfile\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject WalletAddressConfig {\n  val LOCK_DAYS = 14\n}\n\ncase class WalletAddress(id: Option[Long] = None,\n                         currentUserId: Long,\n                         address: String,\n                         lockedUntil: DateTime = DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS),\n                         created: DateTime = DateTime.now)\n\nclass WalletAddressesTable(tag: Tag) extends Table[WalletAddress](tag, \"wallet_addresses\") {\n  def id = column[Long](\"id\", O.PrimaryKey, O.AutoInc)\n  def currentUserId = column[Long](\"current_user_id\")\n  def address = column[String](\"address\")\n  def lockedUntil = column[DateTime](\"locked_until\")\n  def created = column[DateTime](\"created\")\n\n  def * = (\n    id.?,\n    currentUserId,\n    address,\n    lockedUntil,\n    created\n  ) <> (WalletAddress.tupled, WalletAddress.unapply)\n}\n\nclass WalletAddressesDAO @Inject()(val dbConfigProvider: DatabaseConfigProvider)\n  extends HasDatabaseConfigProvider[JdbcProfile] {\n  import profile.api._\n\n  private val WalletAddresses = TableQuery[WalletAddressesTable]\n\n  def byAddress(address: String): Future[Option[WalletAddress]] =\n    db.run(WalletAddresses\n      .withFilter(_.address === address)\n      .result\n      .headOption)\n\n  def deleteAll(): Future[Int] =\n    db.run(WalletAddresses.delete)\n\n  def getExistingForUser(userId: Long): Future[Option[WalletAddress]] =\n    db.run(WalletAddresses\n      .withFilter(_.currentUserId === userId)\n      .result\n      .headOption)\n\n  def getUnusedAddress(): Future[Option[WalletAddress]] =\n    db.run(WalletAddresses\n      .withFilter(_.lockedUntil < DateTime.now)\n      .result\n      .headOption)\n\n  def insert(address: WalletAddress)(implicit ec: ExecutionContext): Future[WalletAddress] =\n    db.run((WalletAddresses returning WalletAddresses.map(_.id)) += address)\n      .map(id => address.copy(id = Some(id)))\n\n  def update(address: WalletAddress)(implicit ec: ExecutionContext): Future[WalletAddress] =\n    db.run(WalletAddresses\n      .withFilter(_.id === address.id)\n      .update(address.copy(id = address.id))\n      .map(_ => address))\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/BitcoinRpcClient.scala","text":"package nl.egulden.discordbot.services.bitcoinrpc\n\nimport wf.bitcoin.javabitcoindrpcclient.BitcoinJSONRPCClient\nimport wf.bitcoin.javabitcoindrpcclient.BitcoindRpcClient._\n\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\n\nimport scala.concurrent.{ExecutionContext, Future, blocking}\n\nclass BitcoinRpcClient(host: String,\n                       port: Int,\n                       user: String,\n                       password: String) {\n\n  val client = new BitcoinJSONRPCClient(s\"http:\/\/$user:$password@$host:$port\")\n\n  def getMiningInfo()(implicit ec: ExecutionContext): Future[MiningInfo] = Future {\n    blocking {\n      client.getMiningInfo\n    }\n  }\n\n  def getBalance()(implicit ec: ExecutionContext): Future[Long] = Future {\n    blocking {\n      BigDecimal(client.getBalance.toString).toSatoshis\n    }\n  }\n\n  def getNewAddress()(implicit ec: ExecutionContext): Future[String] = Future {\n    blocking {\n      client.getNewAddress\n    }\n  }\n\n  def getRawTransaction(txId: String)\n                       (implicit ec: ExecutionContext): Future[RawTransaction] = Future {\n    blocking {\n      client.getRawTransaction(txId)\n    }\n  }\n\n\n  def listSinceBlock(maybeBlockhash: Option[String] = None)\n                    (implicit ec: ExecutionContext): Future[TransactionsSinceBlock] = Future {\n    blocking {\n      maybeBlockhash match {\n        case Some(blockhash) => client.listSinceBlock(blockhash)\n        case None => client.listSinceBlock()\n      }\n    }\n  }\n\n  def sendToAddress(address: String,\n                    amount: Long,\n                    maybeComment: Option[String] = None)\n                   (implicit ec: ExecutionContext): Future[String] = Future {\n    blocking {\n      maybeComment match {\n        case Some(comment) =>\n          client.sendToAddress(address, amount.satoshis.bigDecimal, comment)\n\n        case None =>\n          client.sendToAddress(address, amount.satoshis.bigDecimal)\n      }\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/ticker\/EflNlTicker.scala","text":"package nl.egulden.discordbot.services.ticker\n\nimport javax.inject.Inject\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.Reads._\nimport play.api.libs.json.{JsPath, Reads}\nimport play.api.libs.ws.WSClient\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\ncase class EflNlTickerResult(ltc: Double,\n                             btcusd: Double,\n                             eur_market_cap: Double,\n                             eur_24h_vol: Double,\n                             laatste_blok: Long,\n                             difficulty: Double,\n                             bitcoinprijs_euro: Double,\n                             hoogste_biedprijs_marktnaam: String,\n                             hoogste_biedprijs_prijs: Double,\n                             laagste_vraagprijs_marktnaam: String,\n                             laagste_vraagprijs_prijs: Double,\n                             elfprijs_btc: Double,\n                             elfprijs_eu: Double,\n                             euprijs_efl: Double)\n\nobject EflNlTicker {\n  val URL = \"https:\/\/a1.efl.nl\/efl\/s_poll2.php\"\n\n  implicit val eflNlTickerResultReads: Reads[EflNlTickerResult] = (\n    (JsPath \\ \"ltc\").read[String].map(_.toDouble) and\n      (JsPath \\ \"btcusd\").read[String].map(_.toDouble) and\n      (JsPath \\ \"eur_market_cap\").read[String].map(_.toDouble) and\n      (JsPath \\ \"eur_24h_vol\").read[String].map(_.toDouble) and\n      (JsPath \\ \"laatste_blok\").read[String].map(_.toLong) and\n      (JsPath \\ \"difficulty\").read[String].map(_.replaceAll(\",\", \"\")).map(_.toDouble) and\n      (JsPath \\ \"bitcoinprijs_euro\").read[String].map(_.toDouble) and\n      (JsPath \\ \"hoogste_biedprijs_marktnaam\").read[String] and\n      (JsPath \\ \"hoogste_biedprijs_prijs\").read[String].map(_.toDouble) and\n      (JsPath \\ \"laagste_vraagprijs_marktnaam\").read[String] and\n      (JsPath \\ \"laagste_vraagprijs_prijs\").read[String].map(_.toDouble) and\n      (JsPath \\ \"elfprijs_btc\").read[String].map(_.toDouble) and\n      (JsPath \\ \"elfprijs_eu\").read[String].map(_.toDouble) and\n      (JsPath \\ \"euprijs_efl\").read[String].map(_.toDouble)\n    )(EflNlTickerResult.apply _)\n}\n\nclass EflNlTicker @Inject()(ws: WSClient) {\n  import EflNlTicker._\n\n  def getTickerInfo()(implicit ec: ExecutionContext): Future[EflNlTickerResult] =\n    ws.url(URL).get()\n      .map { response =>\n        response.json.as[EflNlTickerResult]\n      }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/TipMessageHandler.scala","text":"package nl.egulden.discordbot.services.discord.messagehandlers\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.GlobalSettings\nimport nl.egulden.discordbot.models.User\nimport nl.egulden.discordbot.services.bitcoinrpc.WalletAddressService\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport nl.egulden.discordbot.services.discord.{BotMessage, Command, DiscordMessageSender}\nimport nl.egulden.discordbot.services.models.UsersService\nimport nl.egulden.discordbot.services.tipping.{TipWalletService, TippingError, TippingService}\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success}\n\nclass TipMessageHandler @Inject()(usersService: UsersService,\n                                  tippingService: TippingService,\n                                  tipWalletService: TipWalletService,\n                                  walletAddressService: WalletAddressService,\n                                  discordMessageSender: DiscordMessageSender)\n                                 (implicit val ec: ExecutionContext)\n  extends TipBotMessageHandler {\n\n  \/\/ TODO: Split the various handlers off into separate classes\n  override def handlesTypes: Seq[Command] = Command.TipCommands\n\n  override def handleMessage(msg: BotMessage): Unit = {\n    usersService.findOrCreateUserByDiscordId(msg.message.getAuthor.getIdLong)\n        .map { author =>\n          msg.config.command match {\n            case Command.TipAddress =>\n              handleAddressSubCommand(author, msg)\n\n            case Command.TipBalance =>\n              handleBalanceSubCommand(author, msg)\n\n            case Command.TipWithdraw =>\n              handleWithdrawSubCommand(author, msg)\n\n            case Command.Tip =>\n              handleTip(author, msg)\n\n            case command =>\n              logger.debug(s\"Unmatched command $command\")\n          }\n        }\n  }\n\n  def handleAddressSubCommand(author: User, msg: BotMessage): Unit = {\n    logger.debug(\"Handling address subcommand\")\n\n    walletAddressService.getOrCreateAddressFor(author)\n      .onComplete {\n        case Success(address) =>\n          val addressStr = address.address\n          logger.debug(s\"Found address ${addressStr}, opening private channel...\")\n\n          msg.message.getAuthor.openPrivateChannel().queue(channel => {\n            logger.debug(\"Sending address information\")\n\n            discordMessageSender.sendInChannel(channel, s\"Je adres is $addressStr. Let op dat deze op elk moment kan wijzigen!\")\n            discordMessageSender.sendAddressQrCode(channel, addressStr)\n          })\n\n        case Failure(e) =>\n          logger.error(\"Failed to get or create address\", e)\n      }\n  }\n\n  def handleBalanceSubCommand(author: User, msg: BotMessage): Unit = {\n    logger.debug(\"Handling balance subcommand\")\n\n    tipWalletService.getBalance(author).map {\n      case balance if balance == 0 =>\n        discordMessageSender.pmToAuthor(msg.message, s\"Je hebt helemaal geen EFL bij mij staan :slight_frown:\")\n        handleAddressSubCommand(author, msg)\n\n      case balance =>\n        discordMessageSender.pmToAuthor(msg.message, s\"Je huidige balans is ${balance.satoshis} EFL\")\n    }\n  }\n\n  def handleTip(author: User, msg: BotMessage): Unit = {\n    val mentioned = msg.message.getMentionedUsers\n\n    if (mentioned.isEmpty) {\n      discordMessageSender.replyToMessage(msg.message, \"geen @mention gevonden in je bericht :(\")\n    } else if (msg.config.amount.isEmpty || msg.config.amount.exists(_ < GlobalSettings.MIN_TIP_AMOUNT)) {\n      discordMessageSender.replyToMessage(msg.message, s\"je moet minimaal ${GlobalSettings.MIN_TIP_AMOUNT} EFL tippen\")\n    } else if (mentioned.size() > 1) {\n      discordMessageSender.replyToMessage(msg.message, \"teveel @mentions gevonden in je bericht, probeer het nog eens met maar 1 mention\")\n    } else {\n      val tippedDiscordUser = mentioned.get(0)\n\n      if (msg.message.getAuthor == tippedDiscordUser) {\n        discordMessageSender.replyToMessage(msg.message, \"je bent natuurlijk geweldig, maar je kunt jezelf geen tip geven\")\n      } else if (tippedDiscordUser == msg.message.getJDA.getSelfUser) {\n        discordMessageSender.replyToMessage(msg.message, \"helaas mag ik geen tips ontvangen van mijn maker :frowning:\")\n      } else {\n        for {\n          tippedUser <- usersService.findOrCreateUserByDiscordId(tippedDiscordUser.getIdLong)\n          transactionOrError <- tippingService.tip(author, tippedUser, msg.config.amount.get)\n        } yield {\n          transactionOrError match {\n            case Left(transaction) =>\n              discordMessageSender.replyToMessage(msg.message, s\"Je hebt ${tippedDiscordUser.getAsMention} ${msg.config.amount.get} EFL getipt!\")\n\n            case Right(error) if (error == TippingError.NotEnoughBalance) =>\n              discordMessageSender.replyToMessage(msg.message, \"Je hebt niet genoeg balans :frowning:\")\n          }\n        }\n      }\n    }\n  }\n\n  def handleWithdrawSubCommand(author: User, msg: BotMessage): Unit = {\n    tipWalletService.withdraw(author, msg.config.address.get, msg.config.amount.get)\n      .onComplete {\n        case Success(Some(transaction)) =>\n          discordMessageSender.pmToAuthor(\n            msg.message,\n            \"Je transactie wordt binnenkort verzonden! Deze wordt eerst handmatig gecontroleerd dus dat kan even duren.\"\n          )\n\n          discordMessageSender.sendToAdmin(\n            s\"Gebruiker ${msg.message.getAuthor.getName} heeft een withdrawal opgevraagd \" +\n              s\"egulden-cli sendtoaddress ${msg.config.address.get} ${msg.config.amount.get}\"\n          )\n\n        case Success(None) =>\n          tipWalletService.getBalance(author)\n            .map { balance =>\n              discordMessageSender.pmToAuthor(msg.message, s\"Helaas je hebt niet genoeg balans :frowning: Je hebt nu $balance EFL\")\n            }\n\n        case Failure(e) =>\n          logger.error(\"Withdraw subcommand failed\", e)\n      }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/BitcoinRpcModule.scala","text":"<gh_stars>1-10\npackage nl.egulden.discordbot.services.bitcoinrpc\n\nimport com.google.inject.binder.ScopedBindingBuilder\nimport com.google.inject.name.Names\nimport com.google.inject.{AbstractModule, Provider}\nimport play.api.{Configuration, Environment, Logger, Mode}\n\nclass BitcoinRpcModule(environment: Environment,\n                       configuration: Configuration)\n  extends AbstractModule {\n\n  val logger = Logger(getClass)\n  val root = \"bitcoinrpc\"\n\n  override def configure(): Unit = {\n    environment.mode match {\n      case Mode.Dev | Mode.Prod =>\n        configuration.get[Configuration](root).keys\n          .filter(_.contains(\".\"))\n          .map(_.split(\"\\\\.\")(0))\n          .foreach(bindRpcClient)\n\n      case _ =>\n        \/\/ Do nothing\n    }\n  }\n\n  def bindRpcClient(name: String): ScopedBindingBuilder = {\n    logger.info(s\"Binding bitcoin rpc for config $name\")\n\n    val host: String = configuration.get[String](s\"$root.$name.host\")\n    val port: Int = configuration.get[Int](s\"$root.$name.port\")\n    val username: String = configuration.get[String](s\"$root.$name.username\")\n    val password: String = configuration.get[String](s\"$root.$name.password\")\n\n    bind(classOf[BitcoinRpcClient])\n      .annotatedWith(Names.named(name))\n      .toProvider(new Provider[BitcoinRpcClient] {\n        override def get(): BitcoinRpcClient =\n          new BitcoinRpcClient(host, port, username, password)\n      })\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/BotMessage.scala","text":"<gh_stars>1-10\npackage nl.egulden.discordbot.services.discord\n\nimport net.dv8tion.jda.api.entities.Message\n\ncase class BotMessage(message: Message, config: CommandConfig)\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/HelpMessageHandler.scala","text":"<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/HelpMessageHandler.scala\npackage nl.egulden.discordbot.services.discord.messagehandlers\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport nl.egulden.discordbot.services.discord.{BotMessage, Command, CommandParser}\n\nimport scala.concurrent.ExecutionContext\n\nclass HelpMessageHandler @Inject()()\n  extends TipBotMessageHandler {\n\n  override def handlesTypes: Seq[Command] = Seq(Command.Help)\n\n  override def handleMessage(msg: BotMessage): Unit = {\n    msg.message.getChannel.sendMessage(CommandParser.usage()).queue()\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/models\/User.scala","text":"package nl.egulden.discordbot.models\n\nimport com.github.tototoshi.slick.MySQLJodaSupport._\nimport javax.inject.{Inject, Singleton}\nimport org.joda.time.DateTime\nimport play.api.db.slick.{DatabaseConfigProvider, HasDatabaseConfigProvider}\nimport slick.jdbc.JdbcProfile\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class User(id: Option[Long] = None,\n                discordUserId: Long,\n                created: DateTime = DateTime.now())\n\nclass UsersTable(tag: Tag) extends Table[User](tag, \"users\") {\n  def id = column[Long](\"id\", O.PrimaryKey, O.AutoInc)\n  def discordUserId = column[Long](\"discord_user_id\", O.Unique)\n  def created = column[DateTime](\"created\")\n\n  def * = (\n    id.?,\n    discordUserId,\n    created\n  ) <> (User.tupled, User.unapply)\n}\n\n@Singleton\nclass UsersDAO @Inject()(protected val dbConfigProvider: DatabaseConfigProvider)\n  extends HasDatabaseConfigProvider[JdbcProfile] {\n\n\n  private val Users = TableQuery[UsersTable]\n\n  def byId(id: Long): Future[Option[User]] =\n    db.run(Users.withFilter(_.id === id).result.headOption)\n\n  def byDiscordUserId(discordUserId: Long): Future[Option[User]] =\n    db.run(Users.withFilter(_.discordUserId === discordUserId).result.headOption)\n\n  def insert(user: User)(implicit ec: ExecutionContext): Future[User] =\n    db.run((Users returning Users.map(_.id)) += user)\n      .map(id => user.copy(id = Some(id)))\n\n  def update(user: User)(implicit ec: ExecutionContext): Future[User] =\n    db.run(Users\n      .withFilter(_.id === user.id)\n      .update(user.copy(id = user.id)))\n      .map(_ => user)\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/TickerMessageHandler.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot\npackage nl.egulden.discordbot.services.discord.messagehandlers\n\nimport java.text.DecimalFormat\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport nl.egulden.discordbot.services.discord.{BotMessage, Command}\nimport nl.egulden.discordbot.services.ticker.EflNlTicker\n\nimport scala.concurrent.ExecutionContext\n\nclass TickerMessageHandler @Inject()(eflNlTicker: EflNlTicker)\n                                    (implicit ec: ExecutionContext)\n  extends TipBotMessageHandler {\n\n  val max5DecimalFormat = new DecimalFormat(\"#.#####\")\n  val max8DecimalFormat = new DecimalFormat(\"#.########\")\n\n  override def handlesTypes: Seq[Command] = Seq(Command.Ticker)\n\n  override def handleMessage(botMessage: BotMessage): Unit = {\n    eflNlTicker.getTickerInfo().map { tickerInfo =>\n      val msg = String.format(\n        s\"\"\"\n           |EFL (\u20ac): %s\n           |EFL (\u0243): %s\n           |BTC (\u20ac): %.2f\n           |24u Volume (\u20ac): %.2f\n           |Marktkapitalisatie (\u20ac): %.2f\n           |\"\"\".stripMargin,\n        max5DecimalFormat.format(tickerInfo.elfprijs_eu),\n        max8DecimalFormat.format(tickerInfo.elfprijs_btc),\n        tickerInfo.bitcoinprijs_euro,\n        tickerInfo.eur_24h_vol,\n        tickerInfo.eur_market_cap\n      )\n\n      botMessage.message.getChannel.sendMessage(msg).queue()\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/test\/scala\/nl\/egulden\/discordbot\/utils\/bitcoin\/SatoshiBigDecimalTest.scala","text":"<filename>src\/test\/scala\/nl\/egulden\/discordbot\/utils\/bitcoin\/SatoshiBigDecimalTest.scala\npackage nl.egulden.discordbot.utils.bitcoin\n\nimport org.scalatestplus.play.PlaySpec\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\n\nclass SatoshiBigDecimalTest extends PlaySpec {\n\n  \"SatoshiBigDecimal\" should {\n    \"convert doubles\" in {\n      1d.satoshis mustBe 1e-8\n      1234d.satoshis mustBe 0.00001234\n      12345678d.satoshis mustBe 0.12345678\n      100000000d.satoshis mustBe 1.00000000\n      800000000.satoshis mustBe 8.00000000\n    }\n\n    \"convert ints\" in {\n      1.satoshis mustBe 1e-8\n      1234.satoshis mustBe 0.00001234\n      12345678.satoshis mustBe 0.12345678\n      100000000.satoshis mustBe 1.00000000\n      800000000.satoshis mustBe 8.00000000\n    }\n\n    \"convert BigDecimals\" in {\n      BigDecimal(1).satoshis mustBe 1e-8\n      BigDecimal(1234).satoshis mustBe 0.00001234\n      BigDecimal(12345678).satoshis mustBe 0.12345678\n      BigDecimal(100000000).satoshis mustBe 1.00000000\n      BigDecimal(800000000).satoshis mustBe 8.00000000\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/MiningMessageHandler.scala","text":"<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/MiningMessageHandler.scala<gh_stars>1-10\npackage nl.egulden.discordbot.services.discord.messagehandlers\n\nimport javax.inject.{Inject, Named}\nimport nl.egulden.discordbot.services.bitcoinrpc.BitcoinRpcClient\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport nl.egulden.discordbot.services.discord.{BotMessage, Command}\n\nimport scala.concurrent.ExecutionContext\n\nclass MiningMessageHandler @Inject()(@Named(\"egulden\") eguldenRpcClient: BitcoinRpcClient)\n                                    (implicit ec: ExecutionContext)\n  extends TipBotMessageHandler {\n\n  override def handlesTypes: Seq[Command] = Seq(Command.Mining)\n\n  override def handleMessage(botMessage: BotMessage): Unit = {\n    eguldenRpcClient.getMiningInfo().map { miningInfo =>\n      val msg =\n        s\"\"\"\n           |Hashrate: ${getNiceHashRate(miningInfo.networkHashps())}\n           |Difficulty: ${miningInfo.difficulty()}\n           |Blokhoogte: ${miningInfo.blocks()}\n           |\"\"\".stripMargin\n\n      botMessage.message.getChannel.sendMessage(msg).queue()\n    }\n  }\n\n  def getNiceHashRate(hashRate: BigDecimal): String = {\n    val format = \"%.4f %s\"\n\n    if (hashRate \/ 1e9 > 1) {\n      String.format(format, (hashRate \/ 1e9).toDouble, \"GH\/s\")\n    } else if (hashRate \/ 1e6 > 1) {\n      String.format(format, (hashRate \/ 1e6).toDouble, \"MH\/s\")\n    } else {\n      String.format(format, (hashRate \/ 1e3).toDouble, \"kH\/s\")\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/models\/UsersService.scala","text":"package nl.egulden.discordbot.services.models\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.models.{User, UsersDAO}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass UsersService @Inject()(usersDAO: UsersDAO) {\n\n  def findOrCreateUserByDiscordId(discordUserId: Long)\n                                 (implicit ec: ExecutionContext): Future[User] =\n    usersDAO.byDiscordUserId(discordUserId)\n      .flatMap {\n        case Some(user) => Future(user)\n        case _ => usersDAO.insert(User(\n          discordUserId = discordUserId\n        ))\n      }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/SettingsService.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot<gh_stars>1-10\npackage nl.egulden.discordbot.services\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.models.{SettingEntry, SettingsDAO}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SettingsService @Inject()(settingsDAO: SettingsDAO) {\n\n  def get[T <: Serializable](key: String)\n            (implicit ec: ExecutionContext): Future[Option[T]] =\n    settingsDAO.findByKey(key).map {\n      case Some(settingEntry) => settingEntry.value.map(_.asInstanceOf[T])\n      case None => None\n    }\n\n  def set[T <: Serializable](key: String, value: T)\n                            (implicit ec: ExecutionContext): Future[SettingEntry] =\n    set(key, Some(value))\n\n  def set[T <: Serializable](key: String, value: Option[T])\n                            (implicit ec: ExecutionContext): Future[SettingEntry] =\n    settingsDAO.insertOrUpdate(SettingEntry(key, value.map(_.toString)))\n\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/models\/SettingEntry.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot\npackage nl.egulden.discordbot.models\n\nimport com.github.tototoshi.slick.MySQLJodaSupport._\nimport javax.inject.Inject\nimport play.api.db.slick.{DatabaseConfigProvider, HasDatabaseConfigProvider}\nimport slick.jdbc.JdbcProfile\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class SettingEntry(key: String,\n                        value: Option[String])\n\nclass SettingsTable(tag: Tag) extends Table[SettingEntry](tag, \"settings\") {\n  def key = column[String](\"key\", O.PrimaryKey)\n  def value = column[Option[String]](\"value\")\n\n  def * = (\n    key,\n    value\n  ) <> (SettingEntry.tupled, SettingEntry.unapply)\n}\n\nclass SettingsDAO @Inject()(protected val dbConfigProvider: DatabaseConfigProvider)\n  extends HasDatabaseConfigProvider[JdbcProfile] {\n  import profile.api._\n\n  val Settings = TableQuery[SettingsTable]\n\n  def findByKey(key: String): Future[Option[SettingEntry]] =\n    db.run(Settings.withFilter(_.key === key).result.headOption)\n\n  def insertOrUpdate(setting: SettingEntry)\n                    (implicit ec: ExecutionContext): Future[SettingEntry] =\n    db.run(Settings.insertOrUpdate(setting))\n      .map(_ => setting)\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/DiscordModule.scala","text":"package nl.egulden.discordbot.services.discord\n\nimport java.util\nimport java.util.concurrent.{ExecutorService, ScheduledExecutorService}\n\nimport com.google.inject.AbstractModule\nimport net.dv8tion.jda.api.entities._\nimport net.dv8tion.jda.api.hooks.IEventManager\nimport net.dv8tion.jda.api.managers.{AudioManager, DirectAudioController, Presence}\nimport net.dv8tion.jda.api.requests.RestAction\nimport net.dv8tion.jda.api.requests.restaction.GuildAction\nimport net.dv8tion.jda.api.sharding.ShardManager\nimport net.dv8tion.jda.api.utils.cache.{CacheView, SnowflakeCacheView}\nimport net.dv8tion.jda.api.{AccountType, JDA, JDABuilder, Permission}\nimport okhttp3.OkHttpClient\nimport play.api.{Configuration, Environment, Mode}\n\nclass DiscordModule(environment: Environment,\n                    configuration: Configuration)\n  extends AbstractModule {\n\n  override def configure(): Unit = {\n    environment.mode match {\n      case mode if (mode == Mode.Dev || mode == Mode.Prod) =>\n        bind(classOf[DiscordMessageListener]).asEagerSingleton()\n        bind(classOf[TransactionEventListener]).asEagerSingleton()\n        bind(classOf[JDA]).toInstance(discordClient())\n\n      case _ =>\n        bind(classOf[JDA]).toInstance(testingDiscordClient())\n    }\n  }\n\n  private def discordClient(): JDA = {\n    val token = configuration.get[String](\"discord.token\")\n\n    new JDABuilder()\n      .setToken(token)\n      .build()\n  }\n\n  private def testingDiscordClient(): JDA = {\n    new JDA {\n      override def addEventListener(listeners: Any*): Unit = ???\n      override def getInviteUrl(permissions: Permission*): String = ???\n      override def getMutualGuilds(users: User*): util.List[Guild] = ???\n      override def removeEventListener(listeners: Any*): Unit = ???\n\n      override def awaitStatus(status: JDA.Status): JDA = ???\n      override def createGuild(name: String): GuildAction = ???\n      override def getAccountType: AccountType = ???\n      override def getAudioManagerCache: CacheView[AudioManager] = ???\n      override def getCallbackPool: ExecutorService = ???\n      override def getCategoryCache: SnowflakeCacheView[Category] = ???\n      override def getDirectAudioController: DirectAudioController = ???\n      override def getEmoteCache: SnowflakeCacheView[Emote] = ???\n      override def getEventManager: IEventManager = ???\n      override def getGatewayPing: Long = ???\n      override def getGatewayPool: ScheduledExecutorService = ???\n      override def getGuildCache: SnowflakeCacheView[Guild] = ???\n      override def getHttpClient: OkHttpClient = ???\n      override def getInviteUrl(permissions: util.Collection[Permission]): String = ???\n      override def getMaxReconnectDelay: Int = ???\n      override def getMutualGuilds(users: util.Collection[User]): util.List[Guild] = ???\n      override def getPresence: Presence = ???\n      override def getPrivateChannelCache: SnowflakeCacheView[PrivateChannel] = ???\n      override def getRateLimitPool: ScheduledExecutorService = ???\n      override def getRegisteredListeners: util.List[Any] = ???\n      override def getResponseTotal: Long = ???\n      override def getRoleCache: SnowflakeCacheView[Role] = ???\n      override def getSelfUser: SelfUser = ???\n      override def getShardInfo: JDA.ShardInfo = ???\n      override def getShardManager: ShardManager = ???\n      override def getStatus: JDA.Status = ???\n      override def getStoreChannelCache: SnowflakeCacheView[StoreChannel] = ???\n      override def getTextChannelCache: SnowflakeCacheView[TextChannel] = ???\n      override def getToken: String = ???\n      override def getUserCache: SnowflakeCacheView[User] = ???\n      override def getVoiceChannelCache: SnowflakeCacheView[VoiceChannel] = ???\n      override def isAutoReconnect: Boolean = ???\n      override def isBulkDeleteSplittingEnabled: Boolean = ???\n      override def retrieveApplicationInfo(): RestAction[ApplicationInfo] = ???\n      override def retrieveUserById(id: Long): RestAction[User] = ???\n      override def retrieveUserById(id: String): RestAction[User] = ???\n      override def retrieveWebhookById(webhookId: String): RestAction[Webhook] = ???\n      override def setAutoReconnect(reconnect: Boolean): Unit = ???\n      override def setEventManager(manager: IEventManager): Unit = ???\n      override def setRequestTimeoutRetry(retryOnTimeout: Boolean): Unit = ???\n      override def shutdown(): Unit = ???\n      override def shutdownNow(): Unit = ???\n    }\n  }\n}\n\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/tipping\/TipWalletService.scala","text":"package nl.egulden.discordbot.services.tipping\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.models._\nimport nl.egulden.discordbot.services.bitcoinrpc.WalletAddressService\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\nimport org.joda.time.DateTime\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass TipWalletService @Inject()(transactionsDAO: TransactionsDAO,\n                                 usersDAO: UsersDAO,\n                                 walletAddressService: WalletAddressService) {\n\n  def hasBalance(user: User, amount: Double)(implicit ec: ExecutionContext): Future[Boolean] =\n    getBalance(user).map(_ >= amount.toSatoshi)\n\n  def getBalance(user: User)(implicit ec: ExecutionContext): Future[Long] =\n    transactionsDAO.sumUserBalance(user)\n\n  def createTipTransaction(tippingUser: User, tippedUser: User, amount: Double)(implicit ec: ExecutionContext): Future[Transaction] =\n    transactionsDAO.insert(Transaction(\n      fromUserId = tippingUser.id,\n      toUserId = tippedUser.id,\n      status = TransactionStatus.Confirmed,\n      transactionType = TransactionType.Tip,\n      amount = amount.toSatoshi,\n    ))\n\n  def updateAddressUsage(walletAddress: WalletAddress)\n                        (implicit ec: ExecutionContext): Future[WalletAddress] =\n    updateAddressUsage(walletAddress, walletAddress.currentUserId)\n\n  def updateAddressUsage(walletAddress: WalletAddress,\n                         currentUserId: Long)\n                        (implicit ec: ExecutionContext): Future[WalletAddress] =\n    walletAddressService.updateAddressUsage(walletAddress, currentUserId)\n\n  def withdraw(user: User, address: String, amount: Double)\n              (implicit ec: ExecutionContext): Future[Option[Transaction]] =\n    hasBalance(user, amount)\n    .flatMap {\n      case true =>\n        transactionsDAO\n          .insert(Transaction(\n            fromUserId = user.id,\n            status = TransactionStatus.Pending,\n            transactionType = TransactionType.Withdrawal,\n            amount = amount.toSatoshi,\n            withdrawalAddress = Some(address)\n          ))\n          .map(Some(_))\n\n      case false =>\n        Future(None)\n    }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/utils\/bitcoin\/SatoshiBigDecimal.scala","text":"package nl.egulden.discordbot.utils.bitcoin\n\nobject SatoshiBigDecimal {\n  implicit def bigDecimalToSatoshi(bd: BigDecimal): SatoshiBigDecimal = new SatoshiBigDecimal(bd)\n  implicit def doubleToSatoshi(d: Double): SatoshiBigDecimal = new SatoshiBigDecimal(d)\n  implicit def intToSatoshi(i: Int): SatoshiBigDecimal = new SatoshiBigDecimal(i)\n}\n\nclass SatoshiBigDecimal(val value: BigDecimal) {\n  val Satoshi = 1e-8\n\n  def satoshi: BigDecimal = satoshis\n  def satoshis: BigDecimal = value * Satoshi\n\n  def toSatoshi: Long = toSatoshis\n  def toSatoshis: Long = (value \/ Satoshi).toLong\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/test\/scala\/nl\/egulden\/discordbot\/services\/discord\/CommandParserTest.scala","text":"package nl.egulden.discordbot.services.discord\n\nimport org.scalatestplus.play.PlaySpec\n\nclass CommandParserTest extends PlaySpec {\n\n  \"CommandParser\" should {\n    \"usage should work\" in {\n      CommandParser.usage() must not be empty\n    }\n\n    \"fail on an invalid command\" in {\n      CommandParser.parse(\"commandthatdoesnotexist\") match {\n        case Left(e) => fail(\"commandthatdoesnotexist must not be a valid command\")\n        case Right(byteArray) => println(byteArray.toString)\n      }\n    }\n\n    \"parse help command properly\" in {\n      CommandParser.parse(\"!help\").left.toOption must not be empty\n      CommandParser.parse(\"!help\").left.toOption.get.command mustBe Command.Help\n    }\n\n    \"parse ticker command properly\" in {\n      CommandParser.parse(\"!ticker\").left.toOption must not be empty\n      CommandParser.parse(\"!ticker\").left.toOption.get.command mustBe Command.Ticker\n    }\n\n    \"parse mining command properly\" in {\n      CommandParser.parse(\"!mining\").left.toOption must not be empty\n      CommandParser.parse(\"!mining\").left.toOption.get.command mustBe Command.Mining\n    }\n\n    \"parse tip command properly\" in {\n      CommandParser.parse(\"!tip @gebruiker 0.1\") match {\n        case Left(config) =>\n          config.command mustBe Command.Tip\n\n          config.name mustBe Some(\"@gebruiker\")\n          config.amount mustBe Some(0.1d)\n\n        case Right(str) =>\n          fail(s\"Must not fail to parse:\\n\\n$str\")\n      }\n    }\n\n    \"parse tip address command properly\" in {\n      CommandParser.parse(\"!tip adres\") match {\n        case Left(config) =>\n          config.command mustBe Command.TipAddress\n\n        case Right(str) => fail(s\"Must not fail to parse \\n\\n ${str}\")\n      }\n    }\n\n    \"parse balance command properly\" in {\n      CommandParser.parse(\"!tip balans\") match {\n        case Left(config) =>\n          config.command mustBe Command.TipBalance\n\n        case Right(str) => fail(s\"Must not fail to parse \\n\\n ${str}\")\n      }\n    }\n\n    \"handle @mention with spaces in the name properly\" in {\n      CommandParser.parse(\"!tip @test user with a lot of spaces in the name 33\") match {\n        case Left(config) =>\n          config.command mustBe Command.Tip\n          config.name must contain(\"@test user with a lot of spaces in the name\")\n\n        case Right(str) =>\n          fail(s\"Must not fail to parse: \\n\\n ${str}\")\n      }\n    }\n\n    \"parse withdraw command properly\" in {\n      CommandParser.parse(\"!tip opnemen LczjPQp1xnCAvnXNmLQnHj4L6xZj8HLKYy 10\") match {\n        case Left(config) =>\n          println(config)\n\n          config.command mustBe Command.TipWithdraw\n\n          config.address must contain(\"LczjPQp1xnCAvnXNmLQnHj4L6xZj8HLKYy\")\n          config.amount must contain(10d)\n\n        case Right(str) =>\n          fail(s\"Must not fail to parse:\\n\\n${str}\")\n      }\n    }\n\n    \"fail to arse withdraw command with invalid address\" in {\n      CommandParser.parse(\"!tip opnemen wasdf 10\") match {\n        case Left(config) =>\n          fail(\"Should fail to parse invalid address\")\n\n        case Right(_) =>\n          succeed\n      }\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/TipBotMessageHandler.scala","text":"package nl.egulden.discordbot.services.discord.messagehandlers\n\nimport nl.egulden.discordbot.services.discord.BotMessage\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport play.api.Logger\n\ntrait TipBotMessageHandler {\n  val logger = Logger(getClass)\n\n  def handlesTypes: Seq[Command]\n  def handleMessage(msg: BotMessage): Unit\n\n  final def handles(msg: BotMessage): Boolean =\n    handlesTypes.contains(msg.config.command)\n\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/akka\/EventPublisher.scala","text":"package nl.egulden.discordbot.services.akka\n\nimport akka.actor.ActorSystem\nimport javax.inject.{Inject, Singleton}\nimport nl.egulden.discordbot.models.Transaction\nimport play.api.Logger\n\ntrait Event\n\ncase class TransactionCreatedEvent(transaction: Transaction) extends Event\ncase class TransactionUpdatedEvent(transaction: Transaction, oldTransaction: Transaction) extends Event\n\n\/**\n * Publishes messages on the ActorSystem, so other classes don't need to depend on it\n *\/\nclass EventPublisher @Inject()(actorSystem: ActorSystem) {\n\n  private val logger = Logger(getClass)\n\n  def publish(event: Event): Unit = {\n    logger.info(s\"Published event: ${event.getClass}\")\n\n    actorSystem.eventStream.publish(event)\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/TransactionScanner.scala","text":"package nl.egulden.discordbot.services.bitcoinrpc\n\nimport akka.actor.ActorSystem\nimport javax.inject.{Inject, Named}\nimport nl.egulden.discordbot.services.SettingsService\nimport play.api.Logger\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\n\nobject TransactionScanner {\n  val LAST_BLOCK_HASH_KEY = \"transactionScanner-last_block_hash\"\n}\n\nclass TransactionScanner @Inject()(@Named(\"egulden\") rpcClient: BitcoinRpcClient,\n                                   actorSystem: ActorSystem,\n                                   settingsService: SettingsService,\n                                   transactionProcessor: WalletTransactionProcessor)\n                                  (implicit ec: ExecutionContext) {\n\n  private val logger = Logger(getClass)\n\n  actorSystem.scheduler.schedule(5.seconds, 60.seconds) {\n\n    for {\n      lastBlockHash <- this.lastBlockHash()\n\n      transactionsSinceBlock <- {\n        logger.debug(s\"Scanning transactions since block $lastBlockHash\")\n\n        rpcClient.listSinceBlock()\n      }\n      _ <- this.setLastBlockHash(transactionsSinceBlock.lastBlock())\n    } yield {\n      logger.debug(s\"Found ${transactionsSinceBlock.transactions().size()} since ${lastBlockHash}\")\n\n      transactionsSinceBlock.transactions()\n        .asScala\n        .filter(_.category() == \"receive\")\n        .map { transaction =>\n          transactionProcessor.processTransaction(transaction.txId())\n        }\n    }\n  }\n\n  def lastBlockHash(): Future[Option[String]] =\n    settingsService.get[String](TransactionScanner.LAST_BLOCK_HASH_KEY)\n\n  def setLastBlockHash(value: String) =\n    settingsService.set[String](TransactionScanner.LAST_BLOCK_HASH_KEY, value)\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/test\/scala\/nl\/egulden\/discordbot\/services\/bitcoinrpc\/WalletAddressServiceTest.scala","text":"package nl.egulden.discordbot.services.bitcoinrpc\n\nimport java.time.Duration\n\nimport akka.util.Timeout\nimport nl.egulden.discordbot.models.{User, WalletAddress, WalletAddressConfig, WalletAddressesDAO}\nimport org.joda.time.DateTime\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatestplus.play.PlaySpec\nimport play.api.test.Helpers.await\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass WalletAddressServiceTest extends PlaySpec with MockFactory {\n\n  trait TestSetup {\n    implicit val timeout = Timeout.create(Duration.ofSeconds(5))\n    implicit val ec: ExecutionContext = ExecutionContext.Implicits.global\n\n    lazy val user = User(id = Some(1L), discordUserId = 10L)\n    lazy val defaultAddress = WalletAddress(\n      currentUserId = user.id.get,\n      address = \"someaddress\"\n    )\n\n    lazy val walletAddressesDAO = stub[WalletAddressesDAO]\n    (walletAddressesDAO.insert(_: WalletAddress)(_: ExecutionContext)).when(*, *).onCall { (walletAddress, ec) => Future(walletAddress)(ec) }\n    (walletAddressesDAO.update(_: WalletAddress)(_: ExecutionContext)).when(*, *).onCall { (walletAddress, ec) => Future(walletAddress)(ec) }\n\n    lazy val bitcoinRpcClient = stub[BitcoinRpcClient]\n\n    lazy val walletAddressService = new WalletAddressService(\n      walletAddressesDAO = walletAddressesDAO,\n      bitcoinRpcClient\n    )\n  }\n\n  \"WalletAddressService\" should {\n    \"create a new rpc address if required\" in new TestSetup {\n      (walletAddressesDAO.getExistingForUser _).when(*).returning(Future(None)(ec)).once\n      (walletAddressesDAO.getUnusedAddress _).when().returning(Future(None)(ec)).once\n\n      (bitcoinRpcClient.getNewAddress()(_: ExecutionContext)).when(*).returning(Future(\"newrpcaddress\")).once\n\n      val address = await(walletAddressService.getOrCreateAddressFor(user))\n\n      address.address mustBe \"newrpcaddress\"\n      address.currentUserId mustBe user.id.get\n      address.lockedUntil.isAfter(DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS - 1))\n    }\n\n    \"use an existing address if available\" in new TestSetup {\n      (walletAddressesDAO.getExistingForUser _).when(*).returning(Future(None)).once\n      (walletAddressesDAO.getUnusedAddress _).when().returning(Future(Some(defaultAddress.copy(address = \"someexistingaddress\")))) .once\n      (bitcoinRpcClient.getNewAddress()(_: ExecutionContext)).when(*).never\n\n      val address = await(walletAddressService.getOrCreateAddressFor(user))\n\n      address.address mustBe \"someexistingaddress\"\n      address.currentUserId mustBe user.id.get\n      address.lockedUntil.isAfter(DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS - 1))\n    }\n\n    \"use the users 'own' address if available\" in new TestSetup {\n      (walletAddressesDAO.getExistingForUser _).when(*).returning(Future(Some(defaultAddress.copy(address = \"someexistingaddress\")))).once\n      (walletAddressesDAO.getUnusedAddress _).when().never\n      (bitcoinRpcClient.getNewAddress()(_: ExecutionContext)).when(*).never\n\n      val address = await(walletAddressService.getOrCreateAddressFor(user))\n\n      address.address mustBe \"someexistingaddress\"\n      address.currentUserId mustBe user.id.get\n      address.lockedUntil.isAfter(DateTime.now.plusDays(WalletAddressConfig.LOCK_DAYS - 1))\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/models\/Transaction.scala","text":"<filename>src\/main\/scala\/nl\/egulden\/discordbot\/models\/Transaction.scala\npackage nl.egulden.discordbot.models\n\nimport com.github.tototoshi.slick.MySQLJodaSupport._\nimport javax.inject.Inject\nimport nl.egulden.discordbot.models.TransactionStatus.TransactionStatus\nimport nl.egulden.discordbot.models.TransactionType.TransactionType\nimport org.joda.time.DateTime\nimport play.api.Logger\nimport play.api.db.slick.{DatabaseConfigProvider, HasDatabaseConfigProvider}\nimport slick.ast.ColumnOption.Unique\nimport slick.jdbc.JdbcProfile\nimport slick.jdbc.MySQLProfile.api._\nimport slick.lifted.Index\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject TransactionStatus extends Enumeration {\n  type TransactionStatus = Value\n\n  val Confirmed = Value(\"confirmed\")\n  val Pending = Value(\"pending\")\n  val Invalid = Value(\"invalid\")\n}\n\nobject TransactionType extends Enumeration {\n  type TransactionType = Value\n\n  val Deposit = Value(\"deposit\")\n  val Withdrawal = Value(\"withdrawal\")\n  val Tip = Value(\"tip\")\n}\n\ncase class Transaction(id: Option[Long] = None,\n                       fromUserId: Option[Long] = None,\n                       toUserId: Option[Long] = None,\n                       status: TransactionStatus,\n                       transactionType: TransactionType,\n                       amount: Long,\n                       transactionId: Option[String] = None,\n                       vout: Option[Int] = None,\n                       withdrawalAddress: Option[String] = None,\n                       created: DateTime = DateTime.now())\n\nobject TransactionsTable {\n  implicit val transactionStatusResultMapper = MappedColumnType.base[TransactionStatus, String](\n    _.toString,\n    TransactionStatus.withName\n  )\n\n  implicit val transactionTypeResultMapper = MappedColumnType.base[TransactionType, String](\n    _.toString,\n    TransactionType.withName\n  )\n}\n\nclass TransactionsTable(tag: Tag) extends Table[Transaction](tag, \"transactions\") {\n  import TransactionsTable._\n\n  def id = column[Long](\"id\", O.PrimaryKey, O.AutoInc)\n  def fromUserId = column[Option[Long]](\"from_user_id\")\n  def toUserId = column[Option[Long]](\"to_user_id\")\n  def status = column[TransactionStatus](\"status\")\n  def transactionType = column[TransactionType](\"transaction_type\")\n  def amount = column[Long](\"amount\")\n  def transactionId = column[Option[String]](\"transaction_id\")\n  def vout = column[Option[Int]](\"vout\")\n  def withdrawalAddress = column[Option[String]](\"withdrawal_address\")\n  def created = column[DateTime](\"created\")\n\n  def * = (\n    id.?,\n    fromUserId,\n    toUserId,\n    status,\n    transactionType,\n    amount,\n    transactionId,\n    vout,\n    withdrawalAddress,\n    created\n  ) <> (Transaction.tupled, Transaction.unapply)\n}\n\nclass TransactionsDAO @Inject()(protected val dbConfigProvider: DatabaseConfigProvider)\n  extends HasDatabaseConfigProvider[JdbcProfile] {\n\n  import TransactionsTable._\n  import profile.api._\n\n  val logger = Logger(getClass)\n\n  val Transactions = TableQuery[TransactionsTable]\n\n  def findByTransactionId(txid: String): Future[Seq[Transaction]] =\n    db.run(Transactions.withFilter(_.transactionId === txid).result)\n\n  def findByTransactionIdAndVout(txid: String, vout: Int): Future[Option[Transaction]] =\n    db.run(Transactions\n      .withFilter(_.transactionId === txid)\n      .withFilter(_.vout === vout)\n      .result\n      .headOption)\n\n  def sumUserBalance(user: User)(implicit ec: ExecutionContext): Future[Long] =\n    db.run(Transactions\n      .withFilter(tx => tx.fromUserId === user.id || tx.toUserId === user.id)\n      .withFilter(tx => tx.status.inSet(Seq(TransactionStatus.Confirmed, TransactionStatus.Pending)))\n      .map { tx =>\n        Case\n          \/\/ Credit, only include confirmed transactions\n          .If(tx.toUserId === user.id && tx.status === TransactionStatus.Confirmed)\n          .Then(tx.amount)\n          \/\/ Debit, also include pending transactions\n          .If(tx.fromUserId === user.id && (tx.status === TransactionStatus.Confirmed || tx.status === TransactionStatus.Pending))\n          .Then(tx.amount * -1L)\n          .Else(0L)\n      }\n      .sum\n      .getOrElse(0L)\n      .result)\n\n  def insert(transaction: Transaction)(implicit ec: ExecutionContext): Future[Transaction] =\n    db.run((Transactions returning Transactions.map(_.id)) += transaction)\n      .map(id => transaction.copy(id = Some(id)))\n\n  def update(transaction: Transaction)(implicit ec: ExecutionContext): Future[Transaction] =\n    db.run(Transactions\n      .withFilter(_.id === transaction.id)\n      .update(transaction.copy(id = transaction.id))\n      .map(_ => transaction))\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/messagehandlers\/CryptoWordFinderMessageHandler.scala","text":"package nl.egulden.discordbot.services.discord.messagehandlers\nimport javax.inject.Inject\nimport net.dv8tion.jda.api.entities.Message\nimport nl.egulden.discordbot.services.discord.DiscordMessageSender\nimport play.api.Logger\n\n\n\/**\n * Finds addresses, transaction ids, block ids etc in messages and outputs a link and\/or qr code\n *\/\nclass CryptoWordFinderMessageHandler @Inject()(discordMessageSender: DiscordMessageSender)  {\n  private val logger = Logger(getClass)\n\n  def handleMessage(message: Message): Unit = {\n    message.getContentDisplay\n      .split(\" \")\n      .foreach(word => {\n        checkTransactionId(message, word)\n        checkAddress(message, word)\n      })\n  }\n\n  def checkTransactionId(message: Message, word: String): Unit = {\n    if (word.matches(\"^[A-Fa-f0-9]{64}$\")) {\n      logger.debug(s\"Found transaction ${word.substring(0, 12)}...\")\n\n      discordMessageSender.sendInChannel(message, String.format(discordMessageSender.transactionLinkTemplate, word))\n    }\n  }\n\n  def checkAddress(message: Message, word: String): Unit = {\n    if (word.matches(\"^[LM3][a-km-zA-HJ-NP-Z1-9]{26,33}$\")) {\n      logger.debug(s\"Found address ${word.substring(0, 12)}...\")\n\n      discordMessageSender.sendAddressQrCode(message.getChannel, word)\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/GlobalSettings.scala","text":"package nl.egulden.discordbot\n\nobject GlobalSettings {\n  val MIN_CONFIRMATIONS = 6\n  val MIN_TIP_AMOUNT = 0.01\n  val MIN_WITHDRAW_AMOUNT = 1\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/TransactionEventListener.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/TransactionEventListener.scala\npackage nl.egulden.discordbot.services.discord\n\nimport akka.actor.{Actor, ActorSystem, Props}\nimport javax.inject.{Inject, Singleton}\nimport net.dv8tion.jda.api.JDA\nimport net.dv8tion.jda.api.entities.{ User => DiscordUser }\nimport nl.egulden.discordbot.models.{Transaction, TransactionStatus, User, UsersDAO}\nimport nl.egulden.discordbot.services.akka.{TransactionCreatedEvent, TransactionUpdatedEvent}\nimport play.api.Logger\nimport nl.egulden.discordbot.utils.bitcoin.SatoshiBigDecimal._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass TransactionEventListener @Inject()(actorSystem: ActorSystem,\n                                         usersDAO: UsersDAO,\n                                         jda: JDA,\n                                         discordMessageSender: DiscordMessageSender)\n                                        (implicit ec: ExecutionContext) {\n\n  startup()\n\n  def startup() = {\n    actorSystem.actorOf(\n      TransactionEventListenerActor.props(usersDAO, jda, discordMessageSender),\n      \"transaction-event-listener\"\n    )\n  }\n}\n\nobject TransactionEventListenerActor {\n  def props(usersDAO: UsersDAO, jda: JDA, discordMessageSender: DiscordMessageSender)(implicit ec: ExecutionContext) =\n    Props(classOf[TransactionEventListenerActor], usersDAO, jda, discordMessageSender, ec)\n}\n\nclass TransactionEventListenerActor(usersDAO: UsersDAO,\n                                    jda: JDA,\n                                    discordMessageSender: DiscordMessageSender)\n                                   (implicit ec: ExecutionContext)\n  extends Actor {\n\n  private val logger = Logger(getClass)\n\n  override def preStart(): Unit = {\n    context.system.eventStream.subscribe(self, classOf[TransactionCreatedEvent])\n    context.system.eventStream.subscribe(self, classOf[TransactionUpdatedEvent])\n  }\n\n  override def postStop(): Unit = {\n    context.system.eventStream.unsubscribe(self, classOf[TransactionCreatedEvent])\n    context.system.eventStream.unsubscribe(self, classOf[TransactionUpdatedEvent])\n  }\n\n  override def receive: Receive = {\n    case event: TransactionCreatedEvent =>\n      logger.debug(s\"Received ${event.getClass}\")\n\n      if (event.transaction.status == TransactionStatus.Confirmed) {\n        notifyUserOfTransactionConfirmed(event.transaction)\n      } else {\n        notifyUserOfTransactionReceived(event.transaction)\n      }\n\n    case event: TransactionUpdatedEvent =>\n      logger.debug(s\"Received ${event.getClass}\")\n\n      if (event.transaction.status == TransactionStatus.Confirmed) {\n        notifyUserOfTransactionConfirmed(event.transaction)\n      }\n  }\n\n  def notifyUserOfTransactionReceived(transaction: Transaction)\n                                     (implicit ec: ExecutionContext): Future[Unit] =\n    this.getUserForTransaction(transaction)\n      .map { case (user, discordUser) =>\n        discordMessageSender.pmToUser(discordUser, s\"Ik heb een transactie van jou ontvangen! Je ontvangt straks ${transaction.amount.satoshi} EFL\")\n      }\n\n  def notifyUserOfTransactionConfirmed(transaction: Transaction): Future[Unit] =\n    this.getUserForTransaction(transaction)\n      .map { case (user, discordUser) =>\n        discordMessageSender.pmToUser(discordUser, s\"Je transactie is bevestigd! Je hebt nu ${transaction.amount.satoshi} erbij!\")\n      }\n\n  def getUserForTransaction(transaction: Transaction): Future[(User, DiscordUser)] =\n    usersDAO.byId(transaction.toUserId.get)\n      .map(_.get)\n      .map(user => (user, jda.getUserById(user.discordUserId)))\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/test\/scala\/nl\/egulden\/discordbot\/services\/ticker\/EflNlTickerTest.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot<filename>src\/test\/scala\/nl\/egulden\/discordbot\/services\/ticker\/EflNlTickerTest.scala\npackage nl.egulden.discordbot.services.ticker\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.test.Helpers._\nimport play.api.test.WsTestClient\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass EflNlTickerTest extends PlaySpec with WsTestClient {\n\n  \"EflNlTickerTest\" should {\n    \"getTickerInfo\" in {\n      withClient { wsClient =>\n        val eflNlTicker = new EflNlTicker(wsClient)\n\n        val result = await(eflNlTicker.getTickerInfo())\n\n        result.eur_market_cap >= 0d mustBe true\n      }\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/tipping\/TippingService.scala","text":"<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/tipping\/TippingService.scala\npackage nl.egulden.discordbot.services.tipping\n\nimport javax.inject.Inject\nimport nl.egulden.discordbot.models.{Transaction, User}\nimport nl.egulden.discordbot.services.models.UsersService\nimport nl.egulden.discordbot.services.tipping.TippingError.TippingError\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject TippingError extends Enumeration {\n  type TippingError = Value\n\n  val NotEnoughBalance = Value\n}\n\nclass TippingService @Inject()(usersService: UsersService,\n                               tipWalletService: TipWalletService) {\n\n  def tip(tippingUser: User, tippedUser: User, amount: Double)\n         (implicit ec: ExecutionContext): Future[Either[Transaction, TippingError]] =\n    tipWalletService.hasBalance(tippingUser, amount).flatMap {\n      case true =>\n        tipWalletService.createTipTransaction(tippingUser, tippedUser, amount)\n          .map(Left(_))\n\n      case false =>\n        Future(Right(TippingError.NotEnoughBalance))\n    }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/CommandParser.scala","text":"<reponame>Electronic-Gulden-Foundation\/discord-efl-bot<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/CommandParser.scala\npackage nl.egulden.discordbot.services.discord\n\nimport java.io.ByteArrayOutputStream\nimport java.util.NoSuchElementException\n\nimport nl.egulden.discordbot.GlobalSettings\nimport nl.egulden.discordbot.services.discord.Command.Command\nimport play.api.Logger\nimport scopt.{OParser, RenderingMode}\n\ncase class CommandConfig(command: Command = Command.Help,\n                         name: Option[String] = None,\n                         amount: Option[Double] = None,\n                         address: Option[String] = None,\n                         isPrivateMessage: Boolean = false)\n\nobject Command extends Enumeration {\n  type Command = Value\n\n  val Help = Value(\"!help\")\n  val Mining = Value(\"!mining\")\n  val Ticker = Value(\"!ticker\")\n  val Tip = Value(\"!tip\")\n  val TipAddress = Value(\"!tip adres\")\n  val TipBalance = Value(\"!tip balans\")\n  val TipWithdraw = Value(\"!tip opnemen\")\n\n  val TipCommands = Seq(Tip, TipAddress, TipBalance, TipWithdraw)\n\n  def maybeWithName(name: String): Option[Value] =\n    try {\n      Some(Command.withName(name))\n    } catch  {\n      case e: NoSuchElementException => None\n      case e: Throwable => throw e\n    }\n}\n\nobject CommandParser {\n  private val logger = Logger(getClass)\n\n  def parser(): OParser[Unit, CommandConfig] = {\n    val builder = OParser.builder[CommandConfig]\n    import builder._\n\n    OParser.sequence(\n      head(\n        \"\"\"\n          |Welkom bij de EFL bot! Je kunt deze bot gebruiken om een aantal statistieken te bekijken en om andere\n          |gebruikers te 'tippen' als je vindt dat ze dat verdienen\n          |\"\"\".stripMargin\n      ),\n      cmd(s\"${Command.Help}\")\n        .text(\"Toon deze hulp tekst\")\n        .action((_, c) => c.copy(command = Command.Help)),\n      cmd(s\"${Command.Ticker}\")\n        .text(\"Ticker informatie (marktprijzen, etc)\")\n        .action((_, c) => c.copy(command = Command.Ticker)),\n      cmd(s\"${Command.Mining}\")\n        .text(\"Mining informatie (difficulty, hashrate, etc)\")\n        .action((_, c) => c.copy(command = Command.Mining)),\n      cmd(s\"${Command.Tip}\")\n        .text(\"Tip een gebruiker\")\n        .action((_, c) => c.copy(command = Command.Tip))\n        .children(\n          arg[String](\"<@Gebruiker>\")\n            .text(\"De gebruiker die je wilt tippen\")\n            .action((s, c) => c.copy(name = Some(s))),\n          arg[Double](\"<aantal>\")\n            .text(\"Aantal EFL dat je wilt geven\")\n            .action((a, c) => c.copy(amount = Some(a))),\n        ),\n      cmd(s\"${Command.TipAddress}\")\n        .text(\"Vraag je adres op\")\n        .action((_, c) => c.copy(command = Command.TipAddress)),\n      cmd(s\"${Command.TipBalance}\")\n        .text(\"Vraag je balans op\")\n        .action((_, c) => c.copy(command = Command.TipBalance)),\n      cmd(s\"${Command.TipWithdraw}\")\n        .text(\"EFL opnemen\")\n        .action((_, c) => c.copy(command = Command.TipWithdraw))\n        .children(\n          arg[String](\"<adres>\")\n            .text(\"Het adres waar je naar wilt overmaken\")\n            .action((s, c) => c.copy(address = Some(s)))\n            .validate(s => if (s.matches(\"^[LM3][a-km-zA-HJ-NP-Z1-9]{26,33}$\")) success else failure(\"Dit lijkt niet op een EFL adres\")),\n          arg[Double](\"<aantal>\")\n            .text(\"Aantal EFL die je wilt overmaken\")\n            .action((d, c) => c.copy(amount = Some(d)))\n            .validate(d => if (d >= GlobalSettings.MIN_WITHDRAW_AMOUNT) success else failure(s\"Dit moet minimaal ${GlobalSettings.MIN_WITHDRAW_AMOUNT} zijn\"))\n        )\n    )\n  }\n\n  def usage(): String =\n    OParser.usage(parser(), RenderingMode.TwoColumns)\n      .replaceAll(\"Command:\", \"Bericht:\")\n      .replaceAll(\"(?m)^Usage:.*\\n\", \"\")\n      .replaceAll(\"(?m)(!tip )\\\\[[a-zA-Z|]+\\\\] \", \"$1\")\n      .replaceAll(\"(?m)^(Bericht:.*)\", \"\\n**$1**\")\n      .replaceAll(\"\\n\\n\\n\", \"\\n\\n\") +\n      \"\\n\\nhttps:\/\/gitlab.com\/electronic-gulden-foundation\/discord-efl-bot\/\"\n\n  def parse(arguments: String): Either[CommandConfig, String] = {\n    val split = arguments\n      .split(\" \")\n      .map(_.trim)\n      .filter(_.nonEmpty)\n\n    val args: Array[String] = split match {\n      \/\/ Recombine a mention with several spaces into one argument\n      case args if args.length > 2 &&\n        args.headOption.contains(\"!tip\") &&\n        args.tail.headOption.exists(_.startsWith(\"@\")) =>\n        val mention = args.tail.filter(_.toDoubleOption.isEmpty).mkString(\" \")\n        val amount = args.last\n\n        Array(args.head, mention, amount)\n\n      \/\/ The first 2 arguments may make up a single command with a space. (\"!tip adres\" or \"!tip balans\")\n      \/\/ Try to find a command from the first two arguments, if one exists the first two arguments are combined into one\n      \/\/ string\n      case args if args.length >= 2 &&\n        Command.maybeWithName(args.take(2).mkString(\" \")).nonEmpty =>\n        Array(args.take(2).mkString(\" \")) ++ args.tail.tail\n\n      case args => args\n    }\n\n    parse(args)\n  }\n\n  def parse(arguments: Array[String]): Either[CommandConfig, String] = {\n    val outCapture = new ByteArrayOutputStream\n    val errCapture = new ByteArrayOutputStream\n\n    Console.withOut(outCapture) {\n      Console.withErr(errCapture) {\n        OParser.parse(parser(), arguments, CommandConfig())\n          .map(Left(_))\n          .getOrElse(Right(errCapture.toString))\n      }\n    }\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/DiscordMessageListener.scala","text":"package nl.egulden.discordbot.services.discord\n\nimport com.typesafe.config.ConfigList\nimport javax.inject.{Inject, Singleton}\nimport net.dv8tion.jda.api.JDA\nimport net.dv8tion.jda.api.entities.{ChannelType, Message, MessageType}\nimport net.dv8tion.jda.api.events.message.MessageReceivedEvent\nimport net.dv8tion.jda.api.events.message.priv.PrivateMessageReceivedEvent\nimport net.dv8tion.jda.api.events.{GenericEvent, ReadyEvent}\nimport net.dv8tion.jda.api.hooks.EventListener\nimport nl.egulden.discordbot.services.discord.messagehandlers.{CryptoWordFinderMessageHandler, HelpMessageHandler, MiningMessageHandler, TickerMessageHandler, TipMessageHandler}\nimport play.api.{Configuration, Logger}\nimport play.api.inject.ApplicationLifecycle\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.jdk.CollectionConverters._\n\n\/\/ TODO: Create blacklist \/ whitelist channels\n\n@Singleton\nclass DiscordMessageListener @Inject()(val jda: JDA,\n                                       val lifecycle: ApplicationLifecycle,\n                                       helpMessageHandler: HelpMessageHandler,\n                                       miningMessageHandler: MiningMessageHandler,\n                                       tickerMessageHandler: TickerMessageHandler,\n                                       tipMessageHandler: TipMessageHandler,\n                                       cryptoWordFinderMessageHandler: CryptoWordFinderMessageHandler,\n                                       configuration: Configuration)\n                                      (implicit val ec: ExecutionContext)\n  extends EventListener {\n\n  private val logger = Logger(classOf[DiscordMessageListener])\n\n  private val handlers = Seq(\n    helpMessageHandler,\n    miningMessageHandler,\n    tickerMessageHandler,\n    tipMessageHandler\n  )\n\n  startup()\n\n  def startup(): Unit = {\n    jda.addEventListener(this)\n\n    lifecycle.addStopHook { () =>\n      Future {\n        jda.removeEventListener(this)\n      }\n    }\n  }\n\n  override def onEvent(event: GenericEvent): Unit = {\n    event match {\n      case e: MessageReceivedEvent if shouldNotHandleMessageEvent(e) =>\n        \/\/ Do nothing\n\n      case e: MessageReceivedEvent =>\n        cryptoWordFinderMessageHandler.handleMessage(e.getMessage)\n\n      case _ =>\n        \/\/ Do nothing\n    }\n\n    event match {\n      case e: ReadyEvent =>\n        logger.debug(s\"Connected to discord guilds: ${e.getGuildTotalCount}\")\n\n      case e: MessageReceivedEvent if shouldNotHandleMessageEvent(e) =>\n        logger.debug(s\"Ignoring message\")\n\n      case e: MessageReceivedEvent if e.getAuthor != jda.getSelfUser && e.getMessage.getChannelType != ChannelType.PRIVATE =>\n        logger.debug(s\"Received message ${e.getMessage.getContentDisplay}\")\n\n        if (e.getMessage.getContentDisplay.startsWith(\"!\")) {\n          this.handleBotMessage(e.getMessage)\n        }\n\n      case e: PrivateMessageReceivedEvent if e.getAuthor != jda.getSelfUser  =>\n        logger.debug(s\"Received private message: ${e.getMessage.getContentDisplay}\")\n\n        this.handleBotMessage(e.getMessage)\n\n      case _ =>\n        logger.debug(s\"Unmatched event of type ${event.getClass}\")\n    }\n  }\n\n  def handleBotMessage(message: Message): Boolean = {\n    CommandParser.parse(message.getContentDisplay) match {\n      case Left(config) =>\n        val botMessage = BotMessage(message, config.copy(isPrivateMessage = message.isFromType(ChannelType.PRIVATE)))\n\n        logger.debug(s\"Handling message of type ${botMessage.config.command}\")\n\n        val handled = handlers\n          .filter(_.handles(botMessage))\n          .map(_.handleMessage(botMessage))\n\n        if (handled.isEmpty) {\n          logger.debug(s\"No handler found for message of type ${botMessage.config.command}\")\n        }\n\n        handled.nonEmpty\n\n      case Right(byteArray) =>\n        if (message.getContentDisplay.startsWith(\"!\")) {\n          message.getChannel.sendMessage(byteArray.toString)\n        }\n\n        logger.debug(s\"Failed to parse message:\\n ${byteArray.toString}\")\n\n        false\n    }\n  }\n\n  def shouldNotHandleMessageEvent(event: MessageReceivedEvent): Boolean = {\n    val whitelistChannelId = configuration.get[Long](\"discord.whitelistChannelId\")\n\n    whitelistChannelId != -1L && whitelistChannelId != event.getMessage.getChannel.getIdLong\n  }\n}\n"}
{"repo_name":"Electronic-Gulden-Foundation\/discord-efl-bot","path":"src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/DiscordMessageSender.scala","text":"<filename>src\/main\/scala\/nl\/egulden\/discordbot\/services\/discord\/DiscordMessageSender.scala\npackage nl.egulden.discordbot.services.discord\n\nimport com.google.zxing.EncodeHintType\nimport javax.inject.Inject\nimport net.dv8tion.jda.api.{EmbedBuilder, JDA}\nimport net.dv8tion.jda.api.entities.{Message, MessageChannel, User => DiscordUser}\nimport net.glxn.qrgen.core.image.ImageType\nimport net.glxn.qrgen.javase.QRCode\nimport play.api.{Configuration, Logger}\n\nclass DiscordMessageSender @Inject()(configuration: Configuration,\n                                     jda: JDA) {\n\n  val logger = Logger(getClass)\n\n  def addressLinkTemplate: String = configuration.get[String](\"app.linktemplates.address\")\n  def adminUserId: Long = configuration.get[Long](\"discord.adminUserId\")\n  def transactionLinkTemplate: String = configuration.get[String](\"app.linktemplates.transaction\")\n\n  def getAdminUser: DiscordUser = jda.getUserById(adminUserId)\n\n  def sendToAdmin(text: String): Unit = pmToUser(getAdminUser, text)\n\n  def sendInChannel(msg: Message, text: String): Unit =\n    sendInChannel(msg.getChannel, text)\n\n  def sendInChannel(channel: MessageChannel, text: String): Unit =\n    channel.sendMessage(text).queue()\n\n  def replyToMessage(msg: Message, reply: String): Unit =\n    this.sendInChannel(msg, s\"${msg.getAuthor.getAsMention} $reply\")\n\n  def pmToAuthor(msg: Message, text: String): Unit =\n    pmToUser(msg.getAuthor, text)\n\n  def pmToUser(discordUser: DiscordUser, text: String): Unit =\n    discordUser.openPrivateChannel().queue(channel => {\n      channel.sendMessage(text).queue()\n    })\n\n  def sendAddressQrCode(channel: MessageChannel, address: String): Unit = {\n    val filename = s\"$address.jpg\"\n    val url = s\"egulden:$address\"\n    val file = QRCode\n      .from(url)\n      .withSize(256, 256)\n      .withHint(EncodeHintType.MARGIN, \"1\")\n      .to(ImageType.JPG)\n      .file()\n\n    channel.sendFile(file, filename)\n      .embed(new EmbedBuilder()\n        .setImage(s\"attachment:\/\/$filename\")\n        .setDescription(String.format(addressLinkTemplate, address))\n        .build())\n      .queue()\n  }\n}\n"}
{"repo_name":"zero-dawn\/pg2bq","path":"src\/main\/scala\/com\/powerspace\/pg2bq\/config\/JdbcConfiguration.scala","text":"<reponame>zero-dawn\/pg2bq\npackage com.powerspace.pg2bq.config\n\ncase class JdbcConfiguration(\n    url: String,\n    user: String,\n    password: String,\n    tables: List[String]\n)\n"}
{"repo_name":"zero-dawn\/pg2bq","path":"src\/main\/scala\/com\/powerspace\/pg2bq\/DataExporter.scala","text":"<reponame>zero-dawn\/pg2bq\npackage com.powerspace.pg2bq\nimport org.apache.spark.sql.DataFrame\n\ntrait DataExporter {\n  def read(tableName: String): DataFrame\n}\n"}
{"repo_name":"zero-dawn\/pg2bq","path":"src\/main\/scala\/com\/powerspace\/pg2bq\/DataImporter.scala","text":"<reponame>zero-dawn\/pg2bq<filename>src\/main\/scala\/com\/powerspace\/pg2bq\/DataImporter.scala\npackage com.powerspace.pg2bq\n\nimport org.apache.spark.sql.DataFrame\n\ntrait DataImporter {\n  def createOrOverride(df: DataFrame, tableName: String): Unit\n}\n"}
{"repo_name":"zero-dawn\/pg2bq","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.3.2\")\n\naddSbtPlugin(\"com.lucidchart\" % \"sbt-scalafmt\" % \"1.14\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.6\")\n"}
{"repo_name":"zero-dawn\/pg2bq","path":"src\/main\/scala\/com\/powerspace\/pg2bq\/BigQueryImporter.scala","text":"package com.powerspace.pg2bq\n\nimport com.powerspace.pg2bq.config.BigQueryConfiguration\nimport com.google.cloud.bigquery.JobInfo.WriteDisposition\nimport com.google.cloud.bigquery._\nimport com.typesafe.scalalogging.LazyLogging\nimport org.apache.spark.sql.{DataFrame, SaveMode, SparkSession}\n\nclass BigQueryImporter(spark: SparkSession, tmpBucket: String, config: BigQueryConfiguration)\n    extends LazyLogging\n    with DataImporter {\n\n  val bigquery: BigQuery = BigQueryOptions.getDefaultInstance.getService\n\n  \/\/ ensure the dataset exists or create it\n  getOrCreateDataset(config)\n\n  override def createOrOverride(df: DataFrame, tableName: String): Unit = {\n    saveIntoGcs(df, tableName)\n    loadFromGcsToBq(tableName)\n  }\n\n  private def loadFromGcsToBq(tableName: String): Unit = {\n    val configuration = LoadJobConfiguration\n      .builder(TableId.of(config.dataset, tableName), s\"gs:\/\/$tmpBucket\/$tableName\/*.avro\")\n      .setFormatOptions(FormatOptions.avro())\n      .setWriteDisposition(WriteDisposition.WRITE_TRUNCATE)\n      .build()\n\n    val job = bigquery.create(JobInfo.newBuilder(configuration).build())\n\n    logger.info(s\"Importing $tableName from bucket $tmpBucket to dataset ${config.dataset}...\")\n    job.waitFor()\n    logger.info(s\"$tableName import done!\")\n  }\n\n  private def saveIntoGcs(df: DataFrame, tableName: String): Unit = {\n    df.write\n      .mode(SaveMode.Overwrite)\n      .format(\"com.databricks.spark.avro\")\n      .save(s\"gs:\/\/$tmpBucket\/$tableName\")\n  }\n\n  def getOrCreateDataset(config: BigQueryConfiguration): Dataset = {\n    scala.Option(bigquery.getDataset(config.dataset)) match {\n      case Some(ds) =>\n        logger.info(s\"Dataset ${config.dataset} already exist.\")\n        ds\n      case None =>\n        logger.info(s\"Dataset ${config.dataset} does not exist, creating...\")\n        val infoBuilder = DatasetInfo.newBuilder(config.dataset)\n        if (config.location.isDefined) {\n          infoBuilder.setLocation(config.location.toString())\n        }\n        val ds = bigquery.create(infoBuilder.build())\n        logger.info(s\"Dataset ${config.dataset} created!\")\n        ds\n    }\n  }\n\n}\n"}
{"repo_name":"retronym\/silencer","path":"silencer-lib\/src\/main\/scala\/com\/github\/ghik\/silencer\/silent.scala","text":"<reponame>retronym\/silencer<filename>silencer-lib\/src\/main\/scala\/com\/github\/ghik\/silencer\/silent.scala<gh_stars>0\npackage com.github.ghik.silencer\n\nimport scala.annotation.Annotation\n\n\/**\n  * When silencer compiler plugin is enabled, this annotation suppresses all warnings emitted by scalac for some portion\n  * of source code. It can be applied on any definition (`class`, def`, `val`, `var`, etc.) or on arbitrary expression,\n  * e.g. {123; 456}: @silent`\n  *\/\nclass silent extends Annotation\n"}
{"repo_name":"retronym\/silencer","path":"silencer-plugin\/testdata\/localValueSuppression.scala","text":"<reponame>retronym\/silencer\nimport com.github.ghik.silencer.silent\n\nobject localValueSuppression {\n  def method(): Unit = {\n    @silent\n    val stuff = {\n      123\n      ()\n    }\n    val other = {\n      123\n      ()\n    }\n  }\n}\n"}
{"repo_name":"jockbert\/scalacheck-junit-integration","path":"src\/main\/scala\/com\/kastrull\/scalachecktojunit\/PropertiesToJUnit.scala","text":"package com.kastrull.scalachecktojunit\n\nimport org.scalacheck.Properties\nimport org.junit.Test\nimport org.scalacheck.Test.Parameters\nimport org.scalacheck.Prop._\nimport scala.annotation.tailrec\nimport org.scalacheck.Test.Result\nimport org.scalacheck.Test.Failed\nimport org.scalacheck.{ Test => CheckTest }\nimport org.junit.Assert._\n\n\/**\n * Use just as ordinary [[org.scalacheck.Properties]], but can be run directly by jUnit.\n *\n *\/\nabstract class PropertiesToJUnit(name: String) extends Properties(name) {\n\n  def testScalaCheckProperies(): Unit = {\n    val params = Parameters.defaultVerbose\n\n    this.properties.map {\n      case (name, prop) =>\n        CheckTest.check(params, prop) match {\n          case Result(Failed(args, labels), succ, disc, freqMap, millisecs) =>\n            val argText = args.zipWithIndex.map(Function.tupled(indexMissingLabel)).map(formatArg).mkString;\n            val text = \"\\n\\n! \" + name + \" falsified after \" + succ + \" passed tests.\\n\" + argText + \"\\n \\n\"\n            fail(text)\n          case _ => ()\n        }\n    }\n  }\n\n  private def indexMissingLabel(a: Arg[Any], i: Int): Arg[Any] = {\n    if (a.label.isEmpty()) a.copy(label = \"ARG_\" + i)\n    else a\n  }\n\n  private def formatArg(argument: Arg[Any]): String =\n    argument match {\n      case Arg(label, arg, 0, origArg, prettyArg, prettyOrigArg) =>\n        \"> \" + label + \":\" + pretty(arg) + \"\\n\"\n      case Arg(label, arg, shrinks, origArg, prettyArg, prettyOrigArg) =>\n        \"> \" + label + \":\" + pretty(arg) + \"\\n> \" + label + \"_ORIGINAL: \" + pretty(origArg) + \"\\n\"\n    }\n\n  private def pretty(a: Any): String =\n    if (a.isInstanceOf[String]) {\n      val aStr = a.toString()\n      if (aStr.length() == 1 && aStr.codePointAt(0) < 0x0020)\n        \"\\\"\\\\u\" + prePad(aStr.codePointAt(0).toHexString, 4, \"0\") + \"\\\"\"\n      else \"\\\"\" + a + \"\\\"\"\n    } else a.toString()\n\n  @tailrec\n  private def prePad(s: String, length: Int, padding: String): String = {\n    if (s.length() >= length) s\n    else prePad(padding + s, length, padding)\n  }\n}\n"}
{"repo_name":"jockbert\/scalacheck-junit-integration","path":"src\/test\/scala\/sometestpackage\/StringTestUse.scala","text":"<filename>src\/test\/scala\/sometestpackage\/StringTestUse.scala<gh_stars>0\npackage sometestpackage\n\nimport org.scalacheck.Prop._\n\nimport com.kastrull.scalachecktojunit.PropertiesToJUnit\n\nclass StringTestUse extends PropertiesToJUnit(\"StringTestUse\") {\n\n  property(\"startsWith\") = forAll { (a: String, b: String) =>\n    (a + b).startsWith(a)\n  }\n\n  property(\"concatenate\") = forAll { (a: String, b: String) =>\n    (a + b).length >= a.length && (a + b).length >= b.length\n  }\n\n  property(\"substring\") = forAll { (a: String, b: String, c: String) =>\n    (a + b + c).substring(a.length, a.length + b.length) == b\n  }\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/utils\/Base64.scala","text":"<filename>app\/utils\/Base64.scala<gh_stars>1-10\npackage utils\n\nimport java.nio.charset.Charset\nimport org.apache.commons.codec.binary.{Base64 => B64}\n\nobject Base64 {\n\n  private lazy val UTF8 = Charset.forName(\"UTF8\")\n\n  def encode(from: String, charset: Charset = UTF8): String =\n    new String(B64.encodeBase64(from.getBytes(charset)), charset)\n\n  def decode(from: String, charset: Charset = UTF8): String =\n    new String(B64.decodeBase64(from.getBytes(charset)), charset)\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"build.sbt","text":"name := \"\"\"scadashboard\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.8\"\n\nresolvers += Resolver.bintrayRepo(\"dwhjames\", \"maven\")\n\nlibraryDependencies ++= Seq(\n  ws,\n  cache,\n  \"com.github.dwhjames\" %% \"aws-wrap\" % \"0.8.0\",\n  \"com.amazonaws\" % \"aws-java-sdk-cloudwatch\" % \"1.10.64\",\n  \"com.amazonaws\" % \"aws-java-sdk-ec2\" % \"1.10.64\",\n  \"net.codingwell\" %% \"scala-guice\" % \"4.0.1\",\n  specs2 % Test\n)\n\n\/\/ Play provides two styles of routers, one expects its actions to be injected, the\n\/\/ other, legacy style, accesses its actions statically.\nroutesGenerator := InjectedRoutesGenerator\n\n\/\/ Scala settings\nscalacOptions ++= Seq(\"-encoding\", \"utf8\") \/\/ Ensure that files are compiled in utf8\nscalacOptions ++= Seq(\n  \"-deprecation\",           \/\/ Warn when deprecated API are used\n  \"-feature\",               \/\/ Warn for usages of features that should be importer explicitly\n  \"-unchecked\",             \/\/ Warn when generated code depends on assumptions\n  \"-Ywarn-dead-code\",       \/\/ Warn when dead code is identified\n  \"-Ywarn-numeric-widen\"    \/\/ Warn when numeric are widened\n)\nscalacOptions in (Compile, compile) ++= Seq( \/\/ Disable for tests\n  \"-Xlint\",                 \/\/ Additional warnings (see scalac -Xlint:help)\n  \"-Ywarn-adapted-args\"     \/\/ Warn if an argument list is modified to match the receive\n)\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/helpers\/TickActor.scala","text":"<filename>app\/actors\/helpers\/TickActor.scala\npackage actors.helpers\n\nimport scala.concurrent.duration._\nimport akka.actor.{Cancellable, Actor}\n\n\/**\n * A TickActor receives a `Tick` command each `interval` seconds\n *\/\ntrait TickActor extends Actor {\n\n  \/\/ Interval (in seconds) between two ticks\n  def interval: Long\n\n  \/\/ Event sent to `self` on each interval\n  protected case object Tick\n\n  \/\/ Save the tisk cancellable task to stop the scheduler when the actor stops\n  protected var tickTask: Cancellable = _\n\n  \/\/ Start the scheduller when the actor is ready\n  override def preStart(): Unit = {\n    tickTask = context.system.scheduler.schedule(0.seconds, interval.seconds, self, Tick)(context.dispatcher)\n  }\n\n  \/\/ Stop the scheduler when the actor is destroyed\n  override def postStop(): Unit = {\n    tickTask.cancel()\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/widgets\/CloudWatchActor.scala","text":"<reponame>julien-lafont\/scadashboard<filename>app\/actors\/widgets\/CloudWatchActor.scala\npackage actors.widgets\n\nimport scala.collection.JavaConverters._\n\nimport play.api.Application\nimport play.api.libs.json.Json\nimport com.amazonaws.services.cloudwatch.model.{Dimension, GetMetricStatisticsRequest, Statistic}\nimport org.joda.time.DateTime\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\n\nimport actors.HubActor.{Error, Update}\nimport actors.WidgetFactory\nimport actors.helpers.TickActor\nimport actors.widgets.CloudWatchActor.CloudWatchConfig\nimport services.Services\n\nobject CloudWatchActor extends WidgetFactory {\n  override type C = CloudWatchConfig\n  override val configReader = Json.reads[C]\n  override def props(hub: ActorRef, id: String, config: C, services: Services)(implicit app: Application) = Props(new CloudWatchActor(hub, id, config, services: Services))\n  protected case class CloudWatchConfig(namespace: String, metric: String, instanceId: String, period: Int, since: Int, interval: Option[Long])\n}\n\nclass CloudWatchActor(hub: ActorRef, id: String, config: CloudWatchConfig, services: Services)(implicit app: Application) extends Actor with TickActor with ActorLogging {\n  import context.dispatcher\n\n  override val interval = config.interval.getOrElse(30l)\n  val namespace = config.namespace\n  val metric = config.metric\n  val instanceId = config.instanceId\n  val period = config.period\n  val since = config.since\n\n  val request = new GetMetricStatisticsRequest()\n    .withNamespace(namespace)\n    .withMetricName(metric)\n    .withDimensions(new Dimension().withName(\"InstanceId\").withValue(instanceId))\n    .withPeriod(period)\n    .withStatistics(Statistic.Average)\n\n  override def receive = {\n    case Tick =>\n      val currentRequest = request\n        .withStartTime(DateTime.now().minusHours(since).toDate)\n        .withEndTime(DateTime.now().toDate)\n\n      services.aws.cloudWatchClient.getMetricStatistics(currentRequest).map { result =>\n        val json = Json.toJson(result.getDatapoints.asScala.map { datapoint =>\n          (datapoint.getTimestamp.getTime \/ 1000).toString -> BigDecimal(datapoint.getAverage)\n        }.toMap)\n        hub ! Update(id, json)\n      }.recover {\n        case ex =>\n          log.error(ex, \"Cannot retrieve cloudwatch metrics\")\n          hub ! Error(s\"Cannot retrieve cloudwatch metrics $namespace:$metric\")\n      }\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/models\/BasicReadsWritesJson.scala","text":"<gh_stars>1-10\npackage models\n\nimport play.api.libs.json.{JsError, JsSuccess, JsString, Reads}\nimport org.joda.time.DateTime\n\ntrait BasicReadsWritesJson {\n\n  \/**\n   * Readers for ISO-8601 as joda DateTime\n   *\/\n  val isoDateTimeReads: Reads[DateTime] = Reads {\n    case JsString(date) => JsSuccess(DateTime.now())\n    case _ => JsError(\"error.expected.isoDateTime\")\n  }\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/services\/Twitter.scala","text":"package services\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport javax.inject.Inject\n\nimport play.api.cache.Cache\nimport play.api.libs.json.JsValue\nimport play.api.libs.ws.{WS, WSAuthScheme}\nimport play.api.{Application, Logger}\n\nimport models.configs.TwitterConfig\nimport utils.rich._\n\nclass Twitter @Inject()(\n  twitterConfig: TwitterConfig,\n  implicit private val app: Application,\n  implicit private val ec: ExecutionContext) {\n\n  private val url = \"https:\/\/api.twitter.com\"\n\n  def loadUserInformation(username: String): Future[Either[String, JsValue]] = {\n    fetchTokenFromCache().flatMapRight { token =>\n      WS.url(s\"$url\/1.1\/users\/show.json?screen_name=$username\")\n        .withHeaders(\"Authorization\" -> s\"Bearer $token\")\n        .get()\n        .map { response =>\n          response.status match {\n            case 200 => Right(response.json)\n            case _ =>\n              Logger.error(s\"Unable to retrieve twitter profile $username with token $token.\\nStatus: ${response.status}\\nBody: ${response.body}\")\n              Left(\"Unable to retrieve twitter profile\")\n          }\n      }\n    }\n  }\n\n  def searchTweets(query: String, resultType: String, count: Int): Future[Either[String, JsValue]] = {\n    fetchTokenFromCache().flatMapRight { token =>\n      WS.url(s\"$url\/1.1\/search\/tweets.json\")\n        .withQueryString(\n          \"q\" -> query,\n          \"result_type\" -> resultType,\n          \"count\" -> count.toString\n        )\n        .withHeaders(\"Authorization\" -> s\"Bearer $token\")\n        .get()\n        .map { response =>\n          response.status match {\n            case 200 => Right(response.json)\n            case _ =>\n              Logger.error(s\"Unable to search tweets with query $query and token $token.\\nStatus: ${response.status}\\nBody: ${response.body}\")\n              Left(\"Unable to search tweets\")\n          }\n        }\n    }\n  }\n\n  private def fetchToken(): Future[Either[String, String]] = {\n    WS.url(s\"$url\/oauth2\/token\")\n      .withAuth(twitterConfig.consumerKey, twitterConfig.consumerSecret, WSAuthScheme.BASIC)\n      .withHeaders(\"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n      .post(\"grant_type=client_credentials\")\n      .map { response =>\n        response.status match {\n          case 200 => Right((response.json \\ \"access_token\").as[String])\n          case _ =>\n            Logger.error(s\"Unable to retrieve twitter access_token from credentials.\\nStatus: ${response.status}\\nBody: ${response.body}\")\n            Left(\"Unable to retrieve twitter access_token\")\n        }\n      }\n  }\n\n  private def fetchTokenFromCache(): Future[Either[String, String]] = {\n    Cache.getOrElse(\"twitter.token\", 60*60)(fetchToken())\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/widgets\/PingActor.scala","text":"<reponame>julien-lafont\/scadashboard<gh_stars>1-10\npackage actors.widgets\n\nimport play.api.Application\nimport play.api.libs.json.Json\nimport play.api.libs.ws.WS\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\n\nimport actors.HubActor.Update\nimport actors.WidgetFactory\nimport actors.helpers.TickActor\nimport actors.widgets.PingActor.PingConfig\nimport services.Services\n\nobject PingActor extends WidgetFactory {\n  override type C = PingConfig\n  override val configReader = Json.reads[C]\n  override def props(hub: ActorRef, id: String, config: C, services: Services)(implicit app: Application) = Props(new PingActor(hub, id, config, services))\n  protected case class PingConfig(url: String, fetchContent: Option[Boolean], interval: Option[Long])\n}\n\nclass PingActor(hub: ActorRef, id: String, config: PingConfig, services: Services)(implicit app: Application) extends Actor with TickActor with ActorLogging {\n  import context.dispatcher\n\n  override val interval = config.interval.getOrElse(10l)\n\n  val fetchContent = config.fetchContent.getOrElse(true)\n  val query = WS.url(config.url).withRequestTimeout(interval * 5000).withFollowRedirects(true)\n\n  override def receive = {\n    case Tick =>\n      val start = System.currentTimeMillis()\n      val method = if (fetchContent) \"GET\" else \"HEAD\"\n\n      query.execute(method).onComplete { response =>\n        val ping = System.currentTimeMillis() - start\n        val success = response.map(r => r.status >= 200 && r.status < 300).getOrElse(false)\n        hub ! Update(id, Json.obj(\n          \"url\" -> config.url,\n          \"success\" -> success,\n          \"ping\" -> ping))\n      }\n  }\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/models\/configs\/TwitterConfig.scala","text":"<gh_stars>1-10\npackage models.configs\n\nimport com.typesafe.config.Config\n\ncase class TwitterConfig(consumerKey: String, consumerSecret: String)\n\nobject TwitterConfig {\n\n  def apply(config: Config): TwitterConfig = {\n    val conf = config.getConfig(\"widgets.twitter\")\n    TwitterConfig(conf.getString(\"consumerKey\"), conf.getString(\"consumerSecret\"))\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/widgets\/TwitterUserActor.scala","text":"<reponame>julien-lafont\/scadashboard\npackage actors.widgets\n\nimport scala.util._\n\nimport play.api.Application\nimport play.api.libs.json.Json\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props}\n\nimport actors.HubActor.{Error, Update}\nimport actors.WidgetFactory\nimport actors.helpers.TickActor\nimport actors.widgets.TwitterUserActor.TwitterUserConfig\nimport services.Services\n\nobject TwitterUserActor  extends WidgetFactory {\n  override type C = TwitterUserConfig\n  override val configReader = Json.reads[C]\n  override def props(hub: ActorRef, id: String, config: C, services: Services)(implicit app: Application) = Props(new TwitterUserActor(hub, id, config, services))\n  protected case class TwitterUserConfig(username: String, interval: Option[Long])\n}\n\nclass TwitterUserActor(hub: ActorRef, id: String, config: TwitterUserConfig, services: Services)(implicit app: Application) extends Actor with TickActor with ActorLogging {\n  import context.dispatcher\n\n  override val interval = config.interval.getOrElse(60l)\n\n  override def receive = {\n    case Tick =>\n      services.twitter\n        .loadUserInformation(config.username)\n        .map {\n          case Left(error) => hub ! Error(error)\n          case Right(data) => hub ! Update(id, data)\n        }\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/utils\/package.scala","text":"package utils\n\nimport scala.collection.generic.CanBuildFrom\nimport scala.collection.mutable\nimport scala.concurrent.{Promise, ExecutionContext, Future}\n\npackage object rich {\n\n  implicit class RichFutureEither[A, B](val f: Future[Either[A, B]]) extends AnyVal {\n    def flatMapRight[C](mapping: B => Future[Either[A, C]])(implicit ec: ExecutionContext): Future[Either[A, C]] = {\n      f.flatMap {\n        case Left(o) => Future.successful(Left(o))\n        case Right(o) => mapping(o)\n      }\n    }\n\n    def flatMapLeft[C](mapping: A => Future[Either[C, B]])(implicit ec: ExecutionContext): Future[Either[C, B]] = {\n      f.flatMap {\n        case Left(o) => mapping(o)\n        case Right(o) => Future.successful(Right(o))\n      }\n    }\n  }\n\n  implicit class FutureOps(FutureCompanion: Future.type) {\n\n    import scala.language.higherKinds\n\n    \/**\n     * Like Future.traverse, but elements are traversed sequentially.\n     * Useful only if `f` has non independent side-effects.\n     *\/\n    def traverseSeq[F[X] <: Traversable[X], A, B](as: F[A])(f: A => Future[B])(implicit cbf: CanBuildFrom[F[A], B, F[B]], executor: ExecutionContext): Future[F[B]] = {\n      as.foldLeft(Future.successful(cbf(as))) { (fr, a) =>\n        for {\n          r <- fr\n          b <- f(a)\n        } yield r += b\n      } map (_.result())\n    }\n\n    \/**\n     * Splits a Traversable into chunks of `N` elements, and traverse these chunks sequentially\n     * (note that the elements _within_ a chunk are traversed in parallel, though)\n     *\/\n    def traverseSeqChunk[F[X] <: Traversable[X], A, B](as: F[A])(N: Int)(f: A => Future[B])(implicit cbf: CanBuildFrom[F[A], B, F[B]], executor: ExecutionContext): Future[F[B]] = {\n      as.toStream.grouped(N).foldLeft(Future.successful(cbf(as))) { (fr, a) =>\n        for {\n          r <- fr\n          b <- Future.sequence(a.map(f))\n        } yield r ++= b\n      } map (_.result())\n    }\n\n    \/**\n     * Sequence a Map[B, Future[A]] into a Future[Map[B, A]]\n     *\/\n    def sequenceMap[A, B](in: Map[B, Future[A]])(implicit executor: ExecutionContext): Future[Map[B, A]] = {\n      val mb = new mutable.MapBuilder[B,A, Map[B,A]](Map())\n      in.foldLeft(Promise.successful(mb).future) {\n        (fr, fa) => for (r <- fr; a <- fa._2.asInstanceOf[Future[A]]) yield r += ((fa._1, a))\n      } map (_.result())\n    }\n\n    def flatten[X](doubleFut: Future[Future[X]])(implicit ec: ExecutionContext): Future[X] = {\n      doubleFut.flatMap(fut => fut)\n    }\n\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/services\/Services.scala","text":"<gh_stars>1-10\npackage services\n\nimport com.google.inject.Inject\n\nimport actors.EventBus\n\n\/**\n * Helpers allowing to inject services into actors\n *\/\nclass Services @Inject()(\n  val aws: AWS,\n  val codeship: Codeship,\n  val github: Github,\n  val twitter: Twitter,\n  val eventBus: EventBus\n)\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/services\/Github.scala","text":"<gh_stars>1-10\npackage services\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport javax.inject.{Inject, Singleton}\n\nimport play.api.Application\nimport play.api.libs.json.JsValue\nimport play.api.libs.ws.{WS, WSRequest}\n\nimport models.configs.GithubConfig\n\n@Singleton\nclass Github @Inject()(\n  config: GithubConfig,\n  implicit private val app: Application,\n  implicit private val ec: ExecutionContext) {\n\n  private val base = \"https:\/\/api.github.com\"\n\n  def getRepository(owner: String, repository: String): Future[Either[String, JsValue]] = {\n    url(s\"\/repos\/$owner\/$repository\").get().map { response =>\n      response.status match {\n        case 200 => Right(response.json)\n        case _ => Left(s\"Unable to call repository.get($owner:$repository)\")\n      }\n    }\n  }\n\n  def url(route: String): WSRequest = {\n    WS.url(base + route)\n      .withRequestTimeout(5000l)\n      .withHeaders(\"Authorization\" -> s\"token ${config.accessToken}\")\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/WidgetFactory.scala","text":"package actors\n\nimport scala.util.control.Exception.catching\nimport akka.actor.{ActorContext, Props, ActorRef}\n\nimport play.api.Application\nimport play.api.libs.json.{Json, JsError, Reads, JsValue}\n\nimport services.Services\n\nobject WidgetFactory {\n\n  \/**\n   * Load a widget designed by it's WidgetFactory object\n   *\/\n  def initialize(widgetFactory: WidgetFactory)(hub: ActorRef, name: String, config: JsValue, services: Services)(implicit app: Application, context: ActorContext): Either[JsValue, ActorRef] = {\n    val widgetInitialization = widgetFactory.init(hub, name, config, services)\n    widgetInitialization.right.map(context.actorOf)\n  }\n\n  \/**\n   * Load a widget designed by it's name.\n   * The widget is loaded by introspection\n   *\/\n  def initialize(widget: String)(hub: ActorRef, id: String, config: JsValue, services: Services)(implicit app: Application, context: ActorContext): Either[JsValue, ActorRef] = {\n    val expectedObjectName = s\"actors.widgets.${widget.take(1).toUpperCase}${widget.drop(1)}Actor\"\n    val widgetFactory = getCompanionClass[WidgetFactory](expectedObjectName)\n\n    widgetFactory match {\n      case Some(factory) => initialize(factory)(hub, id, config, services: Services)\n      case None => Left(Json.obj(\"message\" -> s\"cannot found widget $widget (no `$expectedObjectName` object extending `WidgetFactory` found)\"))\n    }\n  }\n\n  private def getCompanionClass[T](name : String)(implicit man: Manifest[T]) : Option[T] =\n    catching(classOf[RuntimeException]).opt(Class.forName(name + \"$\").getField(\"MODULE$\").get(man.runtimeClass).asInstanceOf[T])\n\n}\n\n\/**\n * Each widget must have an object extending WidgetFactory, which\n * allows to create new actor with different configuration\n *\/\ntrait WidgetFactory {\n  \/\/ Configuration case class\n  type C\n\n  \/\/ Props for creating a new actor of this type\n  def props(hub: ActorRef, id: String, config: C, services: Services)(implicit app: Application): Props\n\n  \/\/ Read and parse config from JSON\n  def configReader: Reads[C]\n\n  \/**\n   * Try to create a new Props for this actor with the config parsed\n   * Return Right(props) if the action succeed, elsewhere Left(error)\n   *\/\n  def init(hub: ActorRef, id: String, config: JsValue, services: Services)(implicit app: Application): Either[JsValue, Props] = {\n    configReader.reads(config).fold(\n      errors => Left(JsError.toJson(errors)),\n      config => Right(props(hub, id, config, services))\n    )\n  }\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/actors\/HubActor.scala","text":"package actors\n\nimport play.api.Application\nimport play.api.libs.json.{Json, JsObject, JsValue}\n\nimport actors.widgets.SESActor\nimport akka.actor._\nimport models.Protocol._\nimport services.Services\n\nobject HubActor {\n  def props(out: ActorRef, services: Services)(implicit app: Application) = Props(new HubActor(out, services))\n\n  case class Forward(event: String, data: JsValue)\n  case class Update(id: String, data: JsValue)\n  case class Error(message: String)\n}\n\n\/**\n * The Hub is the actor connected to the user thought the WebSocket.\n * Each widget sends it's data to the hub, who transmits to the user\n *\/\nclass HubActor(out: ActorRef, services: Services)(implicit app: Application) extends Actor with ActorLogging {\n  import HubActor._\n  implicit val actorContext = context\n\n  \/\/ Save active actors for the current user\n  val actors = collection.mutable.Map[String, ActorRef]()\n\n  override def preStart(): Unit = {\n    \/\/ Launched actors at startup\n    addActor(\"ses\", context.actorOf(SESActor.props(self, \"ses\", (), services)))\n  }\n\n  override def receive = {\n    \/\/ Forward a simple message to the user (notification, error...)\n    case Forward(event, json) =>\n      log.debug(s\">> $json\")\n      out ! OutEvent(event, json)\n\n    \/\/ Send a metric update to the client\n    case Update(id, json) =>\n      log.debug(s\">> $json\")\n      out ! OutEvent(\"update\", Json.obj(id -> json))\n\n    \/\/ Send an error to the client\n    case Error(message) =>\n      out ! OutEvent(\"error\", Json.obj(\"message\" -> message))\n\n    \/\/ Request sent by the client\n    case InEvent(action: String, data: JsValue) =>\n      log.info(s\"<< ($action) $data\")\n\n      action match {\n        case \"start\" =>\n          val widget = (data \\ \"widget\").as[String]\n          val id = (data \\ \"id\").as[String]\n          val config = (data \\ \"config\").asOpt[JsObject].getOrElse(Json.obj())\n\n          if (actors.contains(id)) {\n            self ! Error(s\"This id ($id) already exists...\")\n          } else {\n\n            log.info(s\"Starting widget '$id'\")\n\n            WidgetFactory.initialize(widget)(self, id, config, services).fold(\n              error => {\n                self ! Forward(\"error\", error)\n                log.warning(s\"Cannot initialize new widget $widget: $error\")\n              },\n              actor => addActor(id, actor)\n            )\n\n          }\n        case \"stop\" =>\n          data.asOpt[String].foreach { id =>\n            actors.get(id).foreach(actor =>\n              stopActor(id, actor))\n          }\n\n        case \"stop-all\" =>\n          actors.foreach { case (id, actor) =>\n            stopActor(id, actor)\n          }\n\n        case \"status\" =>\n          self ! Forward(\"status\", Json.toJson(actors.keys))\n\n        case other =>\n          log.warning(\"Action not handled !\")\n      }\n  }\n\n  private def stopActor(id: String, actor: ActorRef) = {\n    actor ! PoisonPill\n    actors.remove(id)\n    self ! Forward(\"stopped\", Json.obj(\"id\" -> id))\n  }\n\n  private def addActor(id: String, actor: ActorRef) = {\n    actors.put(id, actor)\n    self ! Forward(\"started\", Json.obj(\"id\" -> id))\n  }\n\n}\n"}
{"repo_name":"julien-lafont\/scadashboard","path":"app\/models\/SNSEvent.scala","text":"package models\n\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\nimport org.joda.time.DateTime\n\nimport actors.EventBus.EventMessage\n\n\/**\n * Event sent by Amazon SNS\n *\n * @param messageId\n * @param topicArn\n * @param message\n * @param timestamp\n *\/\ncase class SNSEvent[T](messageId: String, topicArn: String, message: T, timestamp: DateTime) extends EventMessage\n\n\/**\n * SimpleEmailService notification\n *\n * @param notificationType Delivery\/Bounce\n * @param source\n * @param destinations\n *\/\ncase class SESNotification(notificationType: String, source: String, destinations: Seq[String])\n\nobject SNSEvent extends BasicReadsWritesJson {\n\n  implicit val sesNotificationReader: Reads[SESNotification] = {\n    (\n      (__ \\ \"notificationType\").read[String] and\n      (__ \\ \"mail\" \\ \"source\").read[String] and\n      (__ \\ \"mail\" \\ \"destination\").read[Seq[String]]\n    )(SESNotification.apply _)\n  }\n\n  implicit def snsEventReader[T](implicit readSubMessage: Reads[T]): Reads[SNSEvent[T]] = (\n    (__ \\ \"MessageId\").read[String] and\n    (__ \\ \"TopicArn\").read[String] and\n    (__ \\ \"Message\").read[String].map(Json.parse).andThen(readSubMessage) and\n    (__ \\ \"Timestamp\").read[DateTime](isoDateTimeReads)\n  )(SNSEvent.apply[T] _)\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/RobakkaDSL.scala","text":"<gh_stars>0\n\/\/object RobakkaDSL {\n\/\/\n\/\/  abstract class Instrument(name: String) { def stype: String }\n\/\/  case class Stock(name: String) extends Instrument(name) {\n\/\/    override val stype = \"equity\"\n\/\/  }\n\/\/  case class Bond(name: String) extends Instrument(name) {\n\/\/    override val stype = \"bond\"\n\/\/  }\n\/\/\n\/\/  abstract class TransactionType { def value: String }\n\/\/  case class buyT extends TransactionType {\n\/\/    override val value = \"bought\"\n\/\/  }\n\/\/  case class sellT extends TransactionType {\n\/\/    override val value = \"sold\"\n\/\/  }\n\/\/\n\/\/  class PimpedInt(qty: Int) {\n\/\/    def sharesOf(name: String) = {\n\/\/      (qty, Stock(name))\n\/\/    }\n\/\/\n\/\/    def bondsOf(name: String) = {\n\/\/      (qty, Bond(name))\n\/\/    }\n\/\/  }\n\/\/\n\/\/  implicit def pimpInt(i: Int) = new PimpedInt(i)\n\/\/\n\/\/  class Order {\n\/\/    var price = 0\n\/\/    var ins: Instrument = null\n\/\/    var qty = 0;\n\/\/    var totalValue = 0\n\/\/    var trn: TransactionType = null\n\/\/    var account: String = null\n\/\/\n\/\/    def to(i: Tuple3[Instrument, Int, TransactionType]) = {\n\/\/      ins = i._1\n\/\/      qty = i._2\n\/\/      trn = i._3\n\/\/      this\n\/\/    }\n\/\/    def maxUnitPrice(p: Int) = { price = p; this }\n\/\/\n\/\/    def using(pricing: (Int, Int) => Int) = {\n\/\/      totalValue = pricing(qty, price)\n\/\/      this\n\/\/    }\n\/\/\n\/\/    def forAccount(a: String)(implicit pricing: (Int, Int) => Int) = {\n\/\/      account = a\n\/\/      totalValue = pricing(qty, price)\n\/\/      this\n\/\/    }\n\/\/  }\n\/\/\n\/\/  def buy(qi: Tuple2[Int, Instrument]) = (qi._2, qi._1, buyT())\n\/\/  def sell(qi: Tuple2[Int, Instrument]) = (qi._2, qi._1, sellT())\n\/\/\n\/\/  def main(args: Array[String]) = {\n\/\/\n\/\/    def premiumPricing(qty: Int, price: Int) = qty match {\n\/\/      case q if q > 100 => q * price - 100\n\/\/      case _ => qty * price\n\/\/    }\n\/\/\n\/\/    def defaultPricing(qty: Int, price: Int): Int = qty * price\n\/\/\n\/\/    val orders = List[Order](\n\/\/\n\/\/      new Order to buy(100 sharesOf \"IBM\")\n\/\/                maxUnitPrice 300\n\/\/                using premiumPricing,\n\/\/\n\/\/      new Order to buy(200 sharesOf \"CISCO\")\n\/\/                maxUnitPrice 300\n\/\/                using premiumPricing,\n\/\/\n\/\/      new Order to buy(200 sharesOf \"GOOGLE\")\n\/\/                maxUnitPrice 300\n\/\/                using defaultPricing,\n\/\/\n\/\/      new Order to sell(200 bondsOf \"Sun\")\n\/\/                maxUnitPrice 300\n\/\/                using {\n\/\/                  (qty, unit) => qty * unit - 500\n\/\/                }\n\/\/    )\n\/\/    println((0 \/: orders)(_ + _.totalValue))\n\/\/  }\n\/\/}\n\/\/\n\/\/\/\/class Behaviour {\n\/\/\/\/  def to(params: Tuple2[Int, ]) = {\n\/\/\/\/    \n\/\/\/\/  }\n\/\/\/\/}\n\/\/\/\/\n\/\/\/\/def attack(params: Tuple2[Double, ])\n\/\/\n\/\/\/**\n\/\/ * new Behaviour to attack(0.7 health minimum)\n\/\/ * new Behaviour to explore(1.0 health maximum)\n\/\/ * new Behaviour to defend(0.5 probability)\n\/\/ * new Behaviour to spawn(0.7 health minimum) ||| NOTE: on spawn, health is reduced by half\n\/\/ *\/\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/behaviours\/BaseBehaviour.scala","text":"package io.github.tdhd.robakka.behaviours\n\nimport io.github.tdhd.robakka._\n\nimport scala.reflect.{ ClassTag, classTag }\n\n\/\/ act returns a set of commands: move, attack, defend\ntrait BaseBehaviour {\n  def act(entity: World.AgentEntity, worldState: World.StateContainer): Agent.CommandSet\n}\n\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/behaviours\/FollowPlant.scala","text":"package io.github.tdhd.robakka.behaviours\n\nimport io.github.tdhd.robakka._\nimport io.github.tdhd.robakka.Agent.MoveCommand\n\ncase object FollowPlantBehaviour extends BaseBehaviour {\n  def act(entity: World.AgentEntity, worldState: World.StateContainer) = {\n\n    val plants = BehaviourHelpers.entities2MoveCommand(entity, worldState)\n\n    val move = plants.collect {\n      case (plant: World.PlantEntity, moveCommand) => moveCommand\n    }.headOption.getOrElse(BehaviourHelpers.getRandomMove)\n\n    Agent.CommandSet(move = Option(move))\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/behaviours\/FollowEnemy.scala","text":"<gh_stars>0\npackage io.github.tdhd.robakka.behaviours\n\nimport io.github.tdhd.robakka._\nimport io.github.tdhd.robakka.Agent.MoveCommand\n\ncase object FollowEnemyBehaviour extends BaseBehaviour {\n  def act(entity: World.AgentEntity, worldState: World.StateContainer) = {\n\n    val agents = BehaviourHelpers.entities2MoveCommand(entity, worldState)\n\n    val enemies = agents.filter {\n      case (World.AgentEntity(_, agentId, team, health, _, _), _) => team != entity.team\n      case _ => false\n    }\n\n    val shooting = enemies.collect {\n      case (World.AgentEntity(_, _, _, _, ref, _), _) => Agent.Shoot(ref)\n    }.headOption\n\n    val move = enemies.headOption.map {\n      case (enemy, moveCommand) => moveCommand\n    }.getOrElse(BehaviourHelpers.getRandomMove)\n\n    Agent.CommandSet(move = Option(move), action = shooting)\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/Main.scala","text":"package io.github.tdhd.robakka\n\nimport language.postfixOps\nimport scala.concurrent.duration._\nimport scala.collection.mutable\nimport scala.concurrent.Future\nimport scala.util.{ Failure, Success, Try }\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.actor.ActorSystem\nimport akka.actor.ActorLogging\nimport akka.actor.Cancellable\nimport akka.actor.Props\n\ncase class RobakkaConfig(agentBehaviours: Seq[String] = List(\"\"))\n\nobject Robakka {\n  def main(args: Array[String]): Unit = {\n\n    val parser = new scopt.OptionParser[RobakkaConfig](\"Robakka\") {\n      head(\"Robakka\", \"0.1\")\n      opt[Seq[String]]('b', \"behaviours\") required () valueName (\"Random,todo,...\") action { (x, c) =>\n        c.copy(agentBehaviours = x)\n      } text (\"agent behaviours to install\")\n      help(\"help\") text (\"print help\")\n    }\n\n    \/\/ if cmdLineConfig is not Some(...) then\n    \/\/ the arguments are bad, error message will have been displayed\n    parser.parse(args, RobakkaConfig()).foreach {\n      cmdLineConfig =>\n        val teams = cmdLineConfig.agentBehaviours.map(_.toLowerCase).map {\n          case \"random\" => io.github.tdhd.robakka.behaviours.RandomBehaviour\n        }.zipWithIndex.map(x => Game.Team(x._2, x._1))\n\n        val system = ActorSystem(\"system\")\n        val game = system.actorOf(Game.props(teams), \"Game\")\n\n        Thread.sleep(30000)\n        \/\/    system.awaitTermination(5 seconds)\n        system.shutdown()\n    }\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/Game.scala","text":"<filename>src\/main\/scala\/io\/github\/tdhd\/robakka\/Game.scala\npackage io.github.tdhd.robakka\n\nimport language.postfixOps\nimport scala.concurrent.duration._\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.actor.ActorLogging\nimport akka.actor.Props\nimport akka.actor.Terminated\nimport akka.actor.Cancellable\nimport akka.util.Timeout\n\nimport io.github.tdhd.robakka.behaviours.BaseBehaviour\n\nobject Game {\n  case class Subscribe(ref: ActorRef)\n  case class Unsubscribe(ref: ActorRef)\n\n  case class Team(id: Long, behaviour: BaseBehaviour)\n\n  def props(teams: Iterable[Game.Team],\n    worldSize: World.Size = World.Size(30, 30),\n    gameUpdateInterval: FiniteDuration = 500 milliseconds) = Props(new Game(teams, worldSize, gameUpdateInterval))\n}\n\n\/**\n * the main game object containing the world\n *\n * TODO:\n * - add API to allow learning of behaviours\n *\n *\/\nclass Game(teams: Iterable[Game.Team], worldSize: World.Size, gameUpdateInterval: FiniteDuration) extends Actor with ActorLogging {\n  import context.dispatcher\n\n  \/\/ create the game world\n  val world = context.watch(context.actorOf(World.props(teams, worldSize, gameUpdateInterval), \"world\"))\n  \/\/ a list of subscribers which wish to be notified about the game\n  var gameSubscribers = List.empty[ActorRef]\n  \/\/ subscribe to world states\n  context.system.eventStream.subscribe(self, classOf[World.StateContainer])\n\n  def die() = {\n    context.system.eventStream.unsubscribe(self)\n    context.stop(world)\n    context.stop(self)\n  }\n\n  def receive = {\n    case Game.Subscribe(ref) => gameSubscribers +:= ref\n    case Game.Unsubscribe(ref) => gameSubscribers = gameSubscribers.filterNot(_ == ref)\n    case sc: World.StateContainer => gameSubscribers.foreach(_ ! sc)\n\n    case Terminated(ref) =>\n      log.info(\"{} terminated, {} children left\", ref, context.children.size)\n      die()\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/Plant.scala","text":"<filename>src\/main\/scala\/io\/github\/tdhd\/robakka\/Plant.scala\npackage io.github.tdhd.robakka\n\nimport language.postfixOps\nimport scala.concurrent.duration._\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.actor.ActorLogging\nimport akka.actor.Props\nimport akka.actor.Terminated\nimport akka.actor.Cancellable\nimport akka.util.Timeout\nimport akka.pattern.{ ask, pipe }\nimport io.github.tdhd.robakka.behaviours._\n\nobject Plant {\n  case object PlantSelfAction\n  def props(entity: World.PlantEntity, gameUpdateInterval: FiniteDuration) =\n    Props(new Plant(entity, gameUpdateInterval))\n}\n\n\/**\n * the main plant class\n *\/\nclass Plant(entity: World.PlantEntity, gameUpdateInterval: FiniteDuration) extends Actor with ActorLogging {\n  import context.dispatcher\n\n  val scheduler = context.system.scheduler.schedule(0 seconds, gameUpdateInterval, self, Plant.PlantSelfAction)\n\n  val selfState = entity.copy(selfRef = self)\n\n  def die() = {\n    scheduler.cancel\n    context.system.eventStream.publish(World.RemoveEntity(selfState))\n    context.stop(self)\n  }\n\n  def update() = {\n    \/\/ publish own state\n    context.system.eventStream.publish(World.UpdateEntity(selfState))\n  }\n\n  def receive = {\n    case Plant.PlantSelfAction => update()\n    case World.ConsumePlant =>\n      sender ! World.PlantConsumed(selfState.energy)\n      die()\n    case _ =>\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/World.scala","text":"<filename>src\/main\/scala\/io\/github\/tdhd\/robakka\/World.scala\npackage io.github.tdhd.robakka\n\nimport language.postfixOps\nimport scala.concurrent.duration._\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.actor.ActorLogging\nimport akka.actor.Props\nimport akka.actor.Terminated\nimport akka.actor.Cancellable\nimport akka.pattern.{ ask, pipe }\nimport akka.util.Timeout\nimport scala.concurrent.Future\nimport scala.reflect.{ ClassTag, classTag }\n\nobject World {\n  \/\/ world -> world\n  case object AnnounceWorldState\n  \/\/ agent -> world\n  case object GetUniqueID\n  \/\/ world -> agent\n  case class UniqueID(id: Long)\n  \/\/ entity -> world\n  case class RemoveEntity(entity: GameEntity)\n  \/\/ entity -> world\n  case class UpdateEntity(entity: GameEntity)\n\n  \/\/ agent -> plant\n  case class ConsumePlant(plant: PlantEntity, by: AgentEntity)\n  \/\/ plant -> agent\n  case class PlantConsumed(energy: Double)\n\n  \/\/ elements of the game\n  sealed trait GameEntity {\n    def position: Location\n    def id: Long\n  }\n  case class AgentEntity(position: Location,\n    id: Long,\n    team: Long,\n    health: Double,\n    selfRef: ActorRef,\n    world: ActorRef) extends GameEntity\n  case class PlantEntity(position: Location,\n    id: Long,\n    energy: Double,\n    selfRef: ActorRef) extends GameEntity\n\n  case class Location(row: Int, col: Int) {\n    def translate(move: Agent.MoveCommand, ws: World.Size) = {\n      val updated = move match {\n        case Agent.MoveUpLeft => this.copy(row = row + 1, col = col - 1)\n        case Agent.MoveUp => this.copy(row = row + 1)\n        case Agent.MoveUpRight => this.copy(row = row + 1, col = col + 1)\n\n        case Agent.MoveLeft => this.copy(col = col - 1)\n        case Agent.MoveRight => this.copy(col = col + 1)\n\n        case Agent.MoveDownLeft => this.copy(row = row - 1, col = col - 1)\n        case Agent.MoveDown => this.copy(row = row - 1)\n        case Agent.MoveDownRight => this.copy(row = row - 1, col = col + 1)\n\n        case _ => this.copy()\n      }\n      if (updated.row >= 0 && updated.row <= ws.nRows && updated.col >= 0 && updated.col <= ws.nCols) {\n        updated\n      } else {\n        this\n      }\n    }\n  }\n\n  case class StateContainer(world: Map[(Int, Int), List[GameEntity]] = Map[(Int, Int), List[World.GameEntity]]())\n  case class Size(nRows: Int, nCols: Int)\n\n  \/\/ TODO\n  \/\/case class Configuration(plantProbability: Double)\n\n  def props(teams: Iterable[Game.Team],\n    worldSize: Size,\n    gameUpdateInterval: FiniteDuration) =\n    Props(new World(teams, worldSize, gameUpdateInterval))\n}\n\nclass World(teams: Iterable[Game.Team], worldSize: World.Size, gameUpdateInterval: FiniteDuration) extends Actor with ActorLogging {\n  import context.dispatcher\n\n  context.system.eventStream.subscribe(self, classOf[World.UpdateEntity])\n  context.system.eventStream.subscribe(self, classOf[World.RemoveEntity])\n\n  \/\/ announce the worlds state to everyone at a fixed interval\n  val scheduler = context.system.scheduler.schedule(0 seconds, gameUpdateInterval, self, World.AnnounceWorldState)\n\n  \/\/ empty state\n  var state = World.StateContainer().world\n  var IDCounter: Long = 0\n\n  def getUniqueID() = {\n    IDCounter += 1\n    IDCounter\n  }\n\n  def announceState() = context.system.eventStream.publish(World.StateContainer(state.toMap))\n\n  override def postStop() = {\n    context.system.eventStream.unsubscribe(self)\n    scheduler.cancel\n  }\n\n  \/** initializes the world state **\/\n  override def preStart() = {\n    for {\n      i <- 0 to worldSize.nRows\n      j <- 0 to worldSize.nCols\n    } {\n      state += (i, j) -> List.empty[World.GameEntity]\n\n      \/\/ add plant?\n      if (scala.util.Random.nextBoolean) {\n        val plantEntity = World.PlantEntity(id = getUniqueID, energy = 1.0, position = World.Location(row = i, col = j), selfRef = self)\n        context.actorOf(Plant.props(plantEntity, gameUpdateInterval))\n      }\n    }\n\n    teams.foreach {\n      team =>\n        val startRow = scala.util.Random.shuffle(0 to worldSize.nRows - 1).head\n        val startCol = scala.util.Random.shuffle(0 to worldSize.nCols - 1).head\n        val teamStartLocation = World.Location(startRow, startCol)\n        for (i <- 1 to 25) {\n          val entity = World.AgentEntity(\n            position = teamStartLocation,\n            id = getUniqueID,\n            team = team.id,\n            health = 1.0,\n            selfRef = self,\n            world = self)\n          context.actorOf(Agent.props(entity, team.behaviour, worldSize, gameUpdateInterval))\n        }\n    }\n  }\n\n  \/\/  def removeElement(entity: World.GameEntity, list: List[World.GameEntity]) = list diff List(entity)\n\n  \/** method to remove an entity from the world **\/\n  def remove(entity: World.GameEntity) = {\n    state = state.map {\n      case ((row, col), entities) => ((row, col), entities.filterNot(_.id == entity.id))\n    }\n  }\n\n  \/** update method to update an entity in the world **\/\n  def update(entity: World.GameEntity) = {\n    remove(entity)\n    val (r, c) = (entity.position.row, entity.position.col)\n    val updated = state((r, c)) ++ List(entity)\n    state += (r, c) -> updated\n  }\n\n  def receive = {\n    case World.AnnounceWorldState => announceState\n    case World.GetUniqueID => sender ! World.UniqueID(getUniqueID)\n    case World.RemoveEntity(entity) => remove(entity)\n    case World.UpdateEntity(entity) => update(entity)\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"build.sbt","text":"val project = Project(\n  id = \"robakka-id\",\n  base = file(\".\"),\n  settings = Project.defaultSettings ++\n             Seq(\n               name := \"\"\"robakka\"\"\",\n               scalaVersion := \"2.11.6\",\n               scalacOptions in Compile ++= Seq(\"-encoding\", \"UTF-8\", \"-target:jvm-1.8\", \"-deprecation\", \"-feature\", \"-unchecked\", \"-Xlog-reflective-calls\", \"-Xlint\"),\n               javaOptions in run ++= Seq(\"-Xms128m\", \"-Xmx1024m\"),\n               libraryDependencies ++= Seq(\n                 \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.11\",\n                 \"com.github.scopt\" %% \"scopt\" % \"3.3.0\")\n             )\n)\n\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/Agent.scala","text":"package io.github.tdhd.robakka\n\nimport language.postfixOps\nimport scala.concurrent.duration._\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.actor.ActorLogging\nimport akka.actor.Props\nimport akka.actor.Terminated\nimport akka.actor.Cancellable\nimport akka.util.Timeout\nimport akka.pattern.{ ask, pipe }\nimport io.github.tdhd.robakka.behaviours._\n\nobject Agent {\n  \/\/ agent -> agent\n\/\/  case object AgentSelfAction\n  \/\/ agent -> agent\n  case class Attack(damage: Double)\n\n  \/\/  object Commands {\n  \/\/    object Move {\n  \/\/      case object Left\n  \/\/    }\n  \/\/    object Action {\n  \/\/      case class Shoot(who: ActorRef)\n  \/\/    }\n  \/\/  }\n\n  sealed trait AgentCommand\n  sealed trait MoveCommand extends AgentCommand\n  case object MoveUpLeft extends MoveCommand\n  case object MoveUp extends MoveCommand\n  case object MoveUpRight extends MoveCommand\n  case object MoveLeft extends MoveCommand\n  case object MoveRight extends MoveCommand\n  case object MoveDownLeft extends MoveCommand\n  case object MoveDown extends MoveCommand\n  case object MoveDownRight extends MoveCommand\n\n  sealed trait ActionCommand extends AgentCommand\n  case class Shoot(who: ActorRef) extends ActionCommand\n  \/\/sealed trait StanceCommand extends AgentCommand\n  \/\/case object Defensive extends StanceCommand\n  \/\/case object Aggressive extends StanceCommand\n  \/\/ defines the set of command an agent can issue at one given point in time\n  case class CommandSet(\n    move: Option[MoveCommand] = Option.empty[MoveCommand],\n    action: Option[ActionCommand] = Option.empty[ActionCommand])\n\n  def props(entity: World.AgentEntity,\n    behaviour: BaseBehaviour,\n    worldSize: World.Size,\n    gameUpdateInterval: FiniteDuration) =\n    Props(new Agent(entity, behaviour, worldSize, gameUpdateInterval))\n}\n\n\/**\n * the main agent class\n *\/\nclass Agent(entity: World.AgentEntity, behaviour: BaseBehaviour, worldSize: World.Size, gameUpdateInterval: FiniteDuration) extends Actor with ActorLogging {\n  import context.dispatcher\n  \/\/ for ? pattern\n  implicit val timeout = Timeout(1 seconds)\n\n  \/\/ schedule messages to self\n\/\/  val scheduler = context.system.scheduler.schedule(0 seconds, gameUpdateInterval, self, Agent.AgentSelfAction)\n  \/\/ subscribe to changes of the world\n  context.system.eventStream.subscribe(self, classOf[World.StateContainer])\n\n  \/\/ update reference: if not copied, the ref of the world is kept\n  var selfState = entity.copy(selfRef = self)\n  var worldState = World.StateContainer()\n\n  override def postStop() = context.system.eventStream.unsubscribe(self)\n\n  \/**\n   * returns the neighbourhood of the current position\n   *\/\n  def localWorldState() = {\n    World.StateContainer {\n      worldState.world.filter {\n        case ((row, col), _) => scala.math.abs(row - selfState.position.row) <= 1 && scala.math.abs(col - selfState.position.col) <= 1\n      }\n    }\n  }\n\n  \/**\n   * Spawn a child when this.health > lowerHealthThreshold\n   * and split health evenly between this and child\n   *\/\n  def spawnChild(lowerHealthThreshold: Double = 0.75, healthReductionFactor: Double = 2.0) = {\n    if (selfState.health > lowerHealthThreshold) {\n      val newHealth = selfState.health \/ healthReductionFactor\n      (selfState.world ? World.GetUniqueID).mapTo[World.UniqueID].onSuccess {\n        case World.UniqueID(spawnId) =>\n          \/\/ create copy of self and spawn child, reduce own health\n          val agentEntity = selfState.copy(id = spawnId, health = newHealth)\n          context.actorOf(Agent.props(agentEntity, behaviour, worldSize, gameUpdateInterval))\n          selfState = selfState.copy(health = newHealth)\n      }\n    }\n  }\n\n  \/**\n   * update health and clip at max\n   *\/\n  def updateHealth(newHealth: Double) = {\n    selfState = newHealth match {\n      case h if h > 1.0 => selfState.copy(health = 1.0)\n      case h => selfState.copy(health = h)\n    }\n  }\n\n  \/**\n   * regenerate health and clip and maximum health\n   *\/\n  def regenHealth() = updateHealth(selfState.health + scala.util.Random.nextDouble)\n\n  \/**\n   * consumes a plant if standing on it\n   *\/\n  def consumePlant() = {\n    val somePlant = worldState.world.flatMap {\n      case ((row, col), entities) => entities.filter {\n        case World.PlantEntity(World.Location(row, col), _, _, _) => row == selfState.position.row && col == selfState.position.col\n        case _ => false\n      }\n    }.headOption.asInstanceOf[Option[World.PlantEntity]]\n\n    somePlant.foreach {\n      p =>\n        \/\/ ask the plant to be consumed and update health in case of success\n        (p.selfRef ? World.ConsumePlant).mapTo[World.PlantConsumed].onSuccess {\n          case World.PlantConsumed(energy) => updateHealth(selfState.health + energy)\n        }\n    }\n  }\n\n  def move(c: Agent.CommandSet) = {\n    \/\/ either translate or return current position in case the move option was not defined\n    val updatedPosition = c.move.map(selfState.position.translate(_, worldSize)).getOrElse(selfState.position)\n    selfState = selfState.copy(position = updatedPosition)\n  }\n\n  def action(c: Agent.CommandSet) = {\n    val attackDamage = scala.util.Random.nextDouble\n    c match {\n      case Agent.CommandSet(_, Some(Agent.Shoot(ref))) => ref ! Agent.Attack(attackDamage)\n      case _ =>\n    }\n  }\n\n  \/**\n   * main routine for agent\n   *\n   * - regenerate health\n   * - spawn child\n   * - move\n   * - consume plant (gain health)\n   * - take action\n   *\/\n  def act() = {\n    \/\/regenHealth()\n    \/\/spawnChild()\n\n    val commandSet = behaviour.act(selfState, localWorldState)\n    move(commandSet)\n    consumePlant()\n    action(commandSet)\n\n    \/\/ publish own state\n    context.system.eventStream.publish(World.UpdateEntity(selfState))\n  }\n\n  \/**\n   * defend against incoming attack\n   *\/\n  def defend(damage: Double) = {\n    selfState = selfState.copy(health = selfState.health - damage)\n    if (selfState.health <= 0.0) {\n      die()\n    }\n  }\n\n  def die() = {\n\/\/    scheduler.cancel\n    context.system.eventStream.publish(World.RemoveEntity(selfState))\n    context.stop(self)\n  }\n\n  def receive = {\n    \/\/ TODO\n    \/\/case Agent.AgentSelfAction => act()\n    case sc: World.StateContainer =>\n      worldState = sc\n      act()\n    case Agent.Attack(damage) => defend(damage)\n    case _ =>\n  }\n}\n"}
{"repo_name":"tdhd\/robakka","path":"src\/main\/scala\/io\/github\/tdhd\/robakka\/behaviours\/BehaviourHelpers.scala","text":"<filename>src\/main\/scala\/io\/github\/tdhd\/robakka\/behaviours\/BehaviourHelpers.scala\n\npackage io.github.tdhd.robakka.behaviours\n\nimport io.github.tdhd.robakka._\n\nimport scala.reflect.{ ClassTag, classTag }\n\nobject BehaviourHelpers {\n\n  def possibleMoves() = {\n    List(Agent.MoveUpLeft,\n      Agent.MoveUp,\n      Agent.MoveUpRight,\n      Agent.MoveLeft,\n      Agent.MoveRight,\n      Agent.MoveDownLeft,\n      Agent.MoveDown,\n      Agent.MoveDownRight)\n  }\n\n  def getRandomMove() = scala.util.Random.shuffle(possibleMoves).head\n\n  \/\/ returns all elements in l which have type T and returns a List[T]\n  \/\/  def getFromList[T: ClassTag](l: List[World.GameEntity]) = l.filter {\n  \/\/    case a: T => true\n  \/\/    case _ => false\n  \/\/  }.asInstanceOf[List[T]]\n  \/\/  def test(agent: World.AgentEntity, worldState: World.State) = {\n  \/\/    getFromList[World.AgentEntity](worldState.entities).filter {\n  \/\/      case a => true\n  \/\/    }\n  \/\/  }\n\n  \/\/  def linearizeWorld(self: World.AgentEntity, ws: World.StateContainer) = {\n  \/\/  }\n  \/\/  def linearizeWorld(self: World.AgentEntity, ws: World.State) = {\n  \/\/    val all = entities2MoveCommand[World.GameEntity](self, ws)\n  \/\/    val allMoves = possibleMoves\n  \/\/    val emptyEntities = List.fill(allMoves.size)(\"empty\")\n  \/\/    \/\/ map every move to string\n  \/\/    emptyEntities.zip(allMoves).map {\n  \/\/      x =>\n  \/\/        val entity = all.filter { case (entity, moveCommand) => moveCommand == x._2 }.map {\n  \/\/          case (agent: World.AgentEntity, moveCommand) => (\"agent\", moveCommand)\n  \/\/          case (plant: World.PlantEntity, moveCommand) => (\"plant\", moveCommand)\n  \/\/        }.headOption\n  \/\/        val a = entity.getOrElse(x)\n  \/\/    }\n  \/\/  }\n\n  \/**\n   * TODO: refactor! declare direction classes and wrap them in Move(direction: Direction)\n   *\/\n  def getDirection(self: World.AgentEntity, entity: World.GameEntity) = {\n    (entity.position.row - self.position.row, entity.position.col - self.position.col) match {\n      case (-1, -1) => Option((entity, Agent.MoveDownLeft))\n      case (-1, 0) => Option((entity, Agent.MoveDown))\n      case (-1, 1) => Option((entity, Agent.MoveDownRight))\n      case (0, -1) => Option((entity, Agent.MoveLeft))\n      case (0, 1) => Option((entity, Agent.MoveRight))\n      case (1, -1) => Option((entity, Agent.MoveUpLeft))\n      case (1, 0) => Option((entity, Agent.MoveUp))\n      case (1, 1) => Option((entity, Agent.MoveUpRight))\n      case _ => Option.empty[(World.GameEntity, Agent.MoveCommand)]\n    }\n  }\n\n  \/** can return empty list **\/\n  def getEntitiesByDirection(self: World.AgentEntity, ws: World.StateContainer, direction: Agent.MoveCommand) = {\n    ws.world.flatMap {\n      case ((row, col), entities) if ! entities.isEmpty => entities.map{getDirection(self, _)}\n    }.toList.filter {\n      case Some((entity, move)) => move == direction\n      case _ => false\n    }.flatten\n  }\n\/\/  \/\/ should return an option of gameentity in the look direction\n\/\/  \/\/ none if nothing exists there\n\/\/  \/\/ some(..) if something is there\n\/\/  def look(self: World.AgentEntity, ws: World.StateContainer, look: Agent.MoveCommand) = {\n\/\/    ws.world.collect {\n\/\/      case ((row, col), entities) if ! entities.isEmpty => getDirection(self, entities.head)\n\/\/    }.flatten.filter {\n\/\/      case (entity, dir) => dir == look\n\/\/    }.headOption\n\/\/  }\n\n\/\/  def temp2(self: World.AgentEntity, ws: World.StateContainer) = {\n\/\/\tvar vec = List.empty[String]\n\/\/    val allMoves = possibleMoves()\n\/\/    \/\/ map of tuples (move, iterable of entities)\n\/\/    val t = allMoves.map {\n\/\/\t  case move => (move, getEntitiesByDirection(self, ws, move))\n\/\/\t}\n\/\/\tt.foreach {\n\/\/\t  case (Agent.MoveUp, entities) => entities.headOption.map(x => 1)\n\/\/\t}\n\/\/    vec +:= \"1\"\n\/\/  }\n\n\/\/  def temp(self: World.AgentEntity, ws: World.StateContainer) = {\n\/\/\tvar vec = List.empty[String]\n\/\/    val allMoves = possibleMoves()\n\/\/    val t = allMoves.map {\n\/\/\t  case move => look(self, ws, move)\n\/\/\t}\n\/\/    vec +:= \"1\"\n\/\/  }\n\n  \/\/  \/\/ TODO: what about empty fields?\n  \/\/  def linearizeWorldState(self: World.AgentEntity, ws: World.State) = {\n  \/\/    entities2MoveCommand[World.GameEntity](self, ws).sortBy {\n  \/\/      case (_, Agent.MoveUpLeft) => 1\n  \/\/      case (_, Agent.MoveUp) => 2\n  \/\/      case (_, Agent.MoveUpRight) => 3\n  \/\/      case (_, Agent.MoveLeft) => 4\n  \/\/      case (_, Agent.MoveRight) => 5\n  \/\/      case (_, Agent.MoveDownLeft) => 6\n  \/\/      case (_, Agent.MoveDown) => 7\n  \/\/      case (_, Agent.MoveDownRight) => 8\n  \/\/    }\n  \/\/  }\n\n  \/**\n   * WRITEME\n   *\/\n  def entities2MoveCommand(self: World.AgentEntity, ws: World.StateContainer) = {\n    ws.world.flatMap {\n      case (_, entities) => entities\n    }.toList.map {\n      case entity: World.GameEntity => getDirection(self, entity)\n      case _ => Option.empty[(World.GameEntity, Agent.MoveCommand)]\n    }.asInstanceOf[List[Option[(World.GameEntity, Agent.MoveCommand)]]].flatten\n  }\n\n  \/**\n   * receives a list of entities and returns a list of tuples:\n   * (T, Agent.MoveCommand)\n   * for every T, the move command is the command required to move to that entity from the current position\n   *\/\n  \/\/  def entities2MoveCommand[T: ClassTag](self: World.AgentEntity, ws: World.State) = getFromList[T](ws.entities).map {\n  \/\/    case entity: World.GameEntity =>\n  \/\/      (entity.position.row - self.position.row, entity.position.col - self.position.col) match {\n  \/\/        case (-1, -1) => Option((entity, Agent.MoveDownLeft))\n  \/\/        case (-1, 0) => Option((entity, Agent.MoveDown))\n  \/\/        case (-1, 1) => Option((entity, Agent.MoveDownRight))\n  \/\/        case (0, -1) => Option((entity, Agent.MoveLeft))\n  \/\/        case (0, 1) => Option((entity, Agent.MoveRight))\n  \/\/        case (1, -1) => Option((entity, Agent.MoveUpLeft))\n  \/\/        case (1, 0) => Option((entity, Agent.MoveUp))\n  \/\/        case (1, 1) => Option((entity, Agent.MoveUpRight))\n  \/\/        case _ => Option.empty[(T, Agent.MoveCommand)]\n  \/\/      }\n  \/\/    case _ => Option.empty[(T, Agent.MoveCommand)]\n  \/\/  }.asInstanceOf[List[Option[(T, Agent.MoveCommand)]]].flatten\n\n  \/*\n  \/\/ http:\/\/stackoverflow.com\/questions\/1094173\/how-do-i-get-around-type-erasure-on-scala-or-why-cant-i-get-the-type-paramete\n  import scala.reflect.{ ClassTag, classTag }\n  \/\/ generic implementation\n  def matchList2[T: ClassTag](list: List[T]) = list match {\n    case strlist: List[String @unchecked] if classTag[T] == classTag[String] => println(\"A List of strings!\")\n    case intlist: List[Int @unchecked] if classTag[T] == classTag[Int] => println(\"A list of ints!\")\n  }\n  def mapEntitiesToPosition[T: ClassTag](list: List[T]) = {\n    list.filter {\n      case agents: List[World.AgentEntity @unchecked] if classTag[T] == classTag[World.AgentEntity] => true\n      case _ => false\n    }\n  }*\/\n  \/\/ type erasure fix\n  \/\/  import scala.reflect.{ ClassTag, classTag }\n  \/\/  abstract class A\n  \/\/  class B extends A\n  \/\/  class C extends A\n  \/\/  class D extends A\n  \/\/  class E extends A\n  \/\/  \/\/ returns all elements in l which have type T and returns a List[T]\n  \/\/  def getTypesFromList[T: ClassTag](l: List[A]) = l.filter {\n  \/\/    case a: T => true\n  \/\/    case _ => false\n  \/\/  }.asInstanceOf[List[T]]\n  \/\/  def mapEntitiesToPosition[T: ClassTag](l: List[T]) = l.map {\n  \/\/    case entity: T => entity\n  \/\/  }\n  \/\/  val a = mapEntitiesToPosition(getTypesFromList[B](List(new B, new C, new B)))\n}\n"}
{"repo_name":"ericfan\/lifecycle-of-testing","path":"src\/test\/scala\/org\/sample\/performance\/GetPersonGatlingTest.scala","text":"<filename>src\/test\/scala\/org\/sample\/performance\/GetPersonGatlingTest.scala<gh_stars>0\npackage org.sample.performance\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\n\nclass GetPersonGatlingTest extends Simulation {\n  val httpProtocol = http.baseURL(s\"http:\/\/localhost:8080\")\n\n  val scn = scenario(\"RestSimulation\")\n    .exec(http(\"hello\").get(\"\/persons\"))\n\n  setUp(scn.inject(atOnceUsers(100))).protocols(httpProtocol)\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/singularity\/SingularityManager.scala","text":"<gh_stars>1-10\npackage com.nitro.nmesos.singularity\n\nimport com.nitro.nmesos.config.model.SingularityConf\nimport com.nitro.nmesos.singularity.ModelConversions.DeployId\nimport com.nitro.nmesos.singularity.model._\nimport com.nitro.nmesos.util.{ HttpClientHelper, InfoLogger, Logger }\nimport scala.util.{ Success, Try }\nimport com.nitro.nmesos.util.Conversions._\n\/**\n * Can build Dryrun (readonly) or Real Singularity Manager (read-write).\n *\/\nobject SingularityManager {\n  def apply(conf: SingularityConf, log: Logger, isDryrun: Boolean): SingularityManager = if (isDryrun) {\n    DryrunSingularityManager(conf.url, log)\n  } else {\n    RealSingularityManager(conf, log)\n  }\n}\n\ntrait SingularityManager extends HttpClientHelper {\n  val apiUrl: String\n  import com.nitro.nmesos.util.CustomPicklers.OptionPickler._\n\n  def createSingularityRequest(newRequest: SingularityRequest): Try[SingularityRequestParent]\n\n  def scaleSingularityRequest(previous: SingularityRequest, request: SingularityRequest): Try[SingularityUpdateResult]\n\n  def updateSingularityRequest(previous: SingularityRequest, request: SingularityRequest): Try[SingularityUpdateResult]\n\n  def deploySingularityDeploy(currentRequest: SingularityRequest, newDeploy: SingularityDeploy, message: String): Try[SingularityRequestParent]\n\n  def ping(): Try[Unit] = {\n    get[Unit](s\"$apiUrl\/api\/requests\").map(_.getOrElse(()))\n  }\n\n  def getSingularityRequest(requestId: String): Try[Option[SingularityRequestParent]] = {\n    get[SingularityRequestParent](s\"$apiUrl\/api\/requests\/request\/$requestId\")\n  }\n\n  def getSingularityDeployHistory(requestId: String, deployId: DeployId): Try[Option[SingularityDeployHistory]] = {\n    get[SingularityDeployHistory](s\"$apiUrl\/api\/history\/request\/$requestId\/deploy\/$deployId\")\n  }\n\n  def getSingularityTaskHistory(requestId: String, deployId: DeployId): Try[Seq[SingularityTaskIdHistory]] = {\n    get[Seq[SingularityTaskIdHistory]](s\"$apiUrl\/api\/history\/request\/$requestId\/tasks?requestId=$requestId&deployId=$deployId\")\n  }.map(_.getOrElse(Seq.empty))\n\n  \/**\n   * Undocumented api to fetch stdout\/stderr logs:\n   * https:\/\/github.com\/HubSpot\/Singularity\/issues\/1309\n   *\n   * @param path stdout or stderr\n   *\/\n  private val DefaultLength = 50000\n\n  def getLogs(taskId: String, path: String): Try[Seq[String]] = for {\n    logOp <- get[SingularityLog](s\"$apiUrl\/api\/sandbox\/$taskId\/read?path=$path&length=$DefaultLength&offset=0\")\n    log <- logOp.toTry(\"Logs not found\")\n  } yield {\n    log.data.split(\"\\n\")\n  }\n\n  def getSingularityActiveTasks(): Try[Seq[SingularityTask]] = {\n    get[Seq[SingularityTask]](s\"$apiUrl\/api\/tasks\/active\")\n      .map(_.getOrElse(Seq.empty))\n  }\n\n  def getActiveTasks(request: SingularityRequest): Try[Seq[SingularityTask]] = {\n    for {\n      allTasks <- getSingularityActiveTasks()\n    } yield {\n      allTasks.filter(task => task.taskId.requestId == request.id)\n        .sortBy(_.taskId.id) \/\/ predictable order\n    }\n  }\n\n  def getSingularityPendingDeploy(): Try[Seq[SingularityPendingDeploy]] = {\n    get[Seq[SingularityPendingDeploy]](s\"$apiUrl\/api\/deploys\/pending\").map(_.getOrElse(Seq.empty))\n  }\n\n  def getSingularityPendingDeploy(requestId: String, deployId: DeployId): Try[Option[SingularityPendingDeploy]] = {\n    getSingularityPendingDeploy().map { allPending =>\n      allPending.filter(_.deployMarker.deployId == deployId)\n        .filter(_.deployMarker.requestId == requestId)\n        .headOption\n    }\n  }\n\n  \/\/ Retrieve the list of active requests\n  def getSingularityActiveRequests(): Try[Seq[SingularityRequestParent]] = {\n    get[Seq[SingularityRequestParent]](s\"$apiUrl\/api\/requests\/active?includeFullRequestData=true\").map(_.getOrElse(Seq.empty))\n  }\n\n  def withDisabledDebugLog(): SingularityManager\n\n}\n\n\/**\n * Singularity Manager in Dryrun mode.\n *\/\ncase class DryrunSingularityManager(apiUrl: String, log: Logger) extends SingularityManager {\n\n  def createSingularityRequest(newRequest: SingularityRequest) = {\n    if (newRequest.schedule.isDefined) {\n      log.info(s\" [dryrun] Need to schedule a new Mesos Job with id: ${newRequest.id}\")\n    } else {\n      log.info(s\" [dryrun] Need to create a new Mesos service with id: ${newRequest.id}, instances: ${newRequest.instances.getOrElse(\"0\")}\")\n    }\n    Success(SingularityRequestParent(request = newRequest, state = \"ACTIVE\"))\n  }\n\n  def scaleSingularityRequest(previous: SingularityRequest, request: SingularityRequest) = {\n    log.info(s\"\"\" [dryrun] Need to scale from ${previous.instances.getOrElse(\"0\")} to ${request.instances.getOrElse(\"0\")} instances\"\"\")\n    Success(SingularityUpdateResult(state = \"ACTIVE\"))\n  }\n\n  def updateSingularityRequest(previous: SingularityRequest, request: SingularityRequest) = {\n    log.info(s\" [dryrun] Need to update ${request.id}\")\n    if (previous.schedule != request.schedule) {\n      log.info(s\"\"\" [dryrun] Need to reschedule '${previous.schedule.getOrElse(\"\")}' to '${previous.schedule.getOrElse(\"\")}'\"\"\")\n    }\n\n    Success(SingularityUpdateResult(state = \"ACTIVE\"))\n  }\n\n  def deploySingularityDeploy(currentRequest: SingularityRequest, newDeploy: SingularityDeploy, message: String): Try[SingularityRequestParent] = {\n    val message = s\" [dryrun] Need to deploy image '${newDeploy.containerInfo.docker.image}'\"\n    log.info(message)\n    val detail = ModelConversions.describeDeploy(currentRequest, newDeploy)\n    log.info(\n      s\"\"\" [dryrun] Deploy to apply:\n         |${detail.mkString(\"           * \", \"\\n           * \", \"\")}\"\"\".stripMargin)\n\n    Success(SingularityRequestParent(currentRequest, state = \"ACTIVE\"))\n  }\n\n  def withDisabledDebugLog(): SingularityManager = this.copy(log = InfoLogger)\n}\n\n\/**\n * Singularity Manager with All write operations.\n *\/\ncase class RealSingularityManager(conf: SingularityConf, log: Logger) extends SingularityManager {\n  val apiUrl: String = conf.url\n\n  def createSingularityRequest(newRequest: SingularityRequest) = {\n    log.debug(\"Creating Singularity Request...\")\n    val response = post[SingularityRequest, SingularityRequestParent](s\"$apiUrl\/api\/requests\", newRequest)\n\n    response.foreach {\n      case response if (newRequest.schedule.isEmpty) =>\n        log.info(s\"\"\" Created new Mesos service with Id: ${newRequest.id}, instances: ${newRequest.instances.getOrElse(\"0\")}, state: ${response.state}\"\"\")\n      case response if (newRequest.schedule.isDefined) =>\n        log.info(s\"\"\" Scheduled new Mesos job with Id: ${newRequest.id}, state: ${response.state}\"\"\")\n    }\n\n    response\n  }\n\n  def scaleSingularityRequest(previous: SingularityRequest, request: SingularityRequest) = {\n    val message = s\"\"\" Scaling '${request.id}' from ${previous.instances.getOrElse(\"0\")} to ${request.instances.getOrElse(\"0\")} instances\"\"\"\n    log.info(message)\n    val scaleRequest = SingularityScaleRequest(message, request.instances)\n\n    val response = put[SingularityScaleRequest, SingularityUpdateResult](s\"$apiUrl\/api\/requests\/request\/${request.id}\/scale\", scaleRequest)\n\n    response.foreach {\n      case response =>\n        log.info(s\" ${request.id} scaled, instances: ${request.instances.getOrElse(\"0\")}, state: ${response.state}\")\n    }\n\n    response\n  }\n\n  def updateSingularityRequest(previous: SingularityRequest, request: SingularityRequest) = {\n    log.info(s\" Need to update ${request.id}\")\n    if (previous.schedule != request.schedule) {\n      log.info(s\"\"\" Rescheduling '${request.id}' cron from '${previous.schedule.getOrElse(\"\")}' to '${request.schedule.getOrElse(\"\")}'\"\"\")\n    }\n    post[SingularityRequest, SingularityUpdateResult](s\"$apiUrl\/api\/requests\", request)\n  }\n\n  def deploySingularityDeploy(currentRequest: SingularityRequest, newDeploy: SingularityDeploy, message: String) = {\n    log.info(message)\n    log.debug(s\" [requestId: ${newDeploy.requestId}, deployId: ${newDeploy.id}]\")\n\n    val deployRequest = SingularityDeployRequest(newDeploy, message, unpauseOnSuccessfulDeploy = true)\n\n    val response = post[SingularityDeployRequest, SingularityRequestParent](s\"$apiUrl\/api\/deploys\", deployRequest)\n\n    response.foreach { _ =>\n      val detail = ModelConversions.describeDeploy(currentRequest, newDeploy)\n      log.info(\n        s\"\"\" Deploy applied:\n           |${detail.mkString(\"   * \", \"\\n   * \", \"\")}\"\"\".stripMargin)\n\n    }\n\n    response\n  }\n\n  \/\/ Some behaviour debug logs disabled.\n  def withDisabledDebugLog(): SingularityManager = {\n    this.copy(log = InfoLogger)\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"cli\/src\/main\/scala\/com\/nitro\/nmesos\/cli\/Main.scala","text":"<reponame>elzbietaZ\/nmesos<filename>cli\/src\/main\/scala\/com\/nitro\/nmesos\/cli\/Main.scala\npackage com.nitro.nmesos.cli\n\nimport com.nitro.nmesos.BuildInfo\nimport com.nitro.nmesos.cli.model.VerifyAction\nimport com.nitro.nmesos.commands.{ CheckCommand, CommandResult, ScaleCommand, VerifyEnvCommand }\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    println(\"NMesos Deploy tool\")\n    println(s\"version: ${BuildInfo.version}\")\n    CliManager.process(args)\n  }\n}\n\nobject CliManager {\n\n  import java.io.File\n  import com.nitro.nmesos.cli.model._\n  import com.nitro.nmesos.commands.{ CommandError, CommandSuccess }\n  import com.nitro.nmesos.util.{ Logger, CustomLogger }\n  import com.nitro.nmesos.commands.ReleaseCommand\n  import com.nitro.nmesos.config.ConfigReader\n  import com.nitro.nmesos.config.ConfigReader.{ ConfigError, ValidConfig }\n  import com.nitro.nmesos.config.model.CmdConfig\n\n  def process(args: Array[String]) = {\n    CliParser.parse(args) match {\n      case None =>\n      \/\/ Invalid args, nothing to do\n      case Some(cmd) =>\n        processCmd(cmd)\n    }\n  }\n\n  \/**\n   * Process the CLI input command and verify configuration.\n   *\/\n  def processCmd(cmd: Cmd) = {\n    val log = CustomLogger(verbose = cmd.verbose, ansiEnabled = cmd.isFormatted)\n\n    cmd.action match {\n      case VerifyAction =>\n        val result = VerifyEnvCommand(cmd.singularity, log).run()\n        exit(log, result)\n      case _ =>\n        processYmlCommand(cmd, log)\n    }\n  }\n\n  def processYmlCommand(cmd: Cmd, log: Logger) = {\n    val yamlFile = toFile(cmd, log)\n\n    ConfigReader.parseEnvironment(yamlFile, cmd.environment, log) match {\n      case error: ConfigError =>\n        showConfigError(cmd, error, log)\n\n      case config: ValidConfig =>\n        executeCommand(cmd, config, log)\n    }\n  }\n\n  \/**\n   * Execute the detected command for a valid configuration.\n   *\/\n  def executeCommand(cmd: Cmd, config: ValidConfig, log: Logger): Unit = {\n    val cmdResult: CommandResult = cmd.action match {\n      case ReleaseAction =>\n        val serviceConfig = toServiceConfig(cmd, config)\n        ReleaseCommand(serviceConfig, log, isDryrun = cmd.isDryrun).run()\n      case ScaleAction =>\n        val serviceConfig = toServiceConfig(cmd, config)\n        ScaleCommand(serviceConfig, log, isDryrun = cmd.isDryrun).run()\n      case CheckAction =>\n        val serviceConfig = toServiceConfig(cmd, config)\n        CheckCommand(serviceConfig, log, isDryrun = cmd.isDryrun).run()\n\n      case other =>\n        \/\/ nothing to do.\n        log.error(s\"Action '$other' not implemented yet :( \")\n        sys.exit(1)\n    }\n\n    exit(log, cmdResult)\n  }\n\n  def showConfigError(cmd: Cmd, configError: ConfigError, log: Logger): Unit = {\n    log.logBlock(\"Invalid config\") {\n      log.info(\n        s\"\"\" Service Name: ${sanitizeServiceName(cmd.serviceName)}\n           | Config File: ${configError.yamlFile.getAbsolutePath}\n             \"\"\".stripMargin)\n      log.error(configError.msg)\n    }\n    exitWithError()\n  }\n\n  val ConfigRepositoryEnvName = \"NMESOS_CONFIG_REPOSITORY\"\n\n  def toFile(cmd: Cmd, log: Logger): File = {\n    sys.env.get(ConfigRepositoryEnvName) match {\n      case None =>\n        new File(s\"${cmd.serviceName}.yml\")\n      case Some(path) =>\n        log.println(s\"$ConfigRepositoryEnvName: $path\")\n        new File(s\"${path}${File.separator}${cmd.serviceName}.yml\")\n    }\n  }\n\n  def sanitizeServiceName(serviceName: String) = {\n    serviceName.split(File.separatorChar).last\n  }\n\n  \/\/ Cli command config to shared config model\n  def toServiceConfig(cmd: Cmd, config: ValidConfig) = CmdConfig(\n    serviceName = sanitizeServiceName(cmd.serviceName),\n    force = cmd.force,\n    tag = cmd.tag,\n    environment = config.environment,\n    environmentName = config.environmentName,\n    fileHash = config.fileHash,\n    file = config.file)\n\n  def exitWithError() = sys.exit(1)\n\n  private def exit(log: Logger, cmdResult: CommandResult): Unit = {\n    cmdResult match {\n      case CommandSuccess(msg) =>\n        log.info(msg)\n\n      case CommandError(error) =>\n        log.error(error)\n        exitWithError()\n    }\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/src\/main\/scala\/com\/nitro\/nmesos\/sbt\/model.scala","text":"package com.nitro.nmesos.sbt\n\n\/**\n * CLI Sbt input model\n *\/\nobject model {\n\n  sealed trait SbtCommandArgs\n\n  case class ReleaseArgs(\n    isDryrun: Boolean,\n    verbose: Boolean,\n    environment: String,\n    tag: String,\n    force: Boolean\n  ) extends SbtCommandArgs\n\n  object DefaultValues {\n    val IsDryRun = true\n    val Verbose = false\n  }\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/sidecar\/SidecarUtils.scala","text":"package com.nitro.nmesos.sidecar\n\nimport com.nitro.nmesos.docker.model.Container\nimport com.nitro.nmesos.singularity.model.SingularityRequestParent\nimport com.nitro.nmesos.util.Logger\n\ncase class EnvironmentInfo(requests: Seq[SingularityRequestParent], containers: Seq[Container], sidecarsServices: Seq[SidecarServices])\n\nobject SidecarUtils {\n\n  \/**\n   * Verify all the Sidecar state are in-sync across all the servers running in the cluster.\n   * @param info\n   * @return\n   *\/\n  def verifyInSync(info: EnvironmentInfo)(implicit log: Logger): Boolean = {\n    info.sidecarsServices.sliding(2).map {\n      case Seq(sidecarA, sidecarB) =>\n        val diff = sidecarA.Services.values.toSeq.flatten.sortBy(_.ID).diff(sidecarB.Services.values.toSeq.flatten.sortBy(_.ID))\n        if (diff.nonEmpty) {\n\n          log.println(s\"\"\" ${log.Fail} Sidecar is not in sync at ${sidecarB.hostName} for services ${diff.map(_.Name).mkString(\",\")}\"\"\")\n        } else {\n          log.println(s\"\"\" ${log.Ok} Sidecar running at ${sidecarA.hostName} in sync with ${sidecarB.hostName} \"\"\")\n        }\n        diff.isEmpty\n    }.reduce(_ && _)\n  }\n\n  \/**\n   * Verify the containers (integrated with Sidecar) and Sidecar state is in sync.\n   *\/\n  def verifyServices(info: EnvironmentInfo)(implicit log: Logger): Boolean = {\n\n    \/\/ fetch all Containers where SidecarDiscover!=false\n    val containersByServiceName = info.containers\n      .filter(!_.env.exists { case (key, value) => key == \"SidecarDiscover\" && value == \"false\" })\n      .groupBy(_.env.find { case (key, _) => key == \"ServiceName\" }.map(_._2).getOrElse(\"\")) \/\/ group by serviceName\n\n    \/\/ Fetch Sidecar info about by Service\n    val sidecarByServiceName = info.sidecarsServices.head.Services\n\n    \/\/ Compare containers and service info\n    sidecarByServiceName.map {\n      case (serviceName, sidecarEntries) =>\n        val containerInfo = containersByServiceName.get(serviceName).getOrElse(Seq.empty)\n          .map(c => s\"${c.image} @ ${c.host}\").sorted\n\n        val sidecarInfo = sidecarEntries.filter(_.Status == 0)\n          .map { s => s\"${s.Image} @ ${s.Hostname}\" }.sorted\n\n        val diff = sidecarInfo.diff(containerInfo)\n        if (diff.isEmpty) {\n          log.println(s\"\"\" ${log.Ok} Sidecar mapping for $serviceName match all containers running \"\"\")\n          sidecarInfo.foreach { info =>\n            log.info(s\"\\t\\t$info\")\n          }\n        } else {\n          log.println(s\"\"\" ${log.Fail} Invalid Sidecar mapping for $serviceName\"\"\")\n          log.error(\"\\tExpected (Containers running):\")\n          containerInfo.foreach { info =>\n            log.error(s\"\\t\\t$info\")\n          }\n          log.error(\"\\tFound (in Sidecar):\")\n          sidecarInfo.foreach { info =>\n            log.error(s\"\\t\\t$info\")\n          }\n        }\n        diff.isEmpty\n    }.reduce(_ && _)\n  }\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/config\/model.scala","text":"package com.nitro.nmesos.config\n\nimport java.io.File\n\n\/**\n * Yaml file model.\n * ConfigReader.parse(file) load a file into this model.\n *\/\nobject model {\n\n  type EnvironmentName = String\n\n  case class CmdConfig(\n    serviceName: String,\n    tag: String,\n    force: Boolean,\n    environmentName: EnvironmentName,\n    environment: Environment,\n    fileHash: String,\n    file: File)\n\n  case class Config(\n    nmesos_version: String,\n    environments: Map[EnvironmentName, Environment])\n\n  case class Environment(\n    resources: Resources,\n    container: Container,\n    executor: Option[ExecutorConf],\n    singularity: SingularityConf)\n\n  case class Resources(\n    cpus: Double,\n    memoryMb: Int,\n    instances: Option[Int])\n\n  case class PortMap(\n    containerPort: Int,\n    hostPort: Option[Int],\n    protocols: Option[String])\n\n  case class Container(\n    image: String,\n    command: Option[String],\n    forcePullImage: Option[Boolean],\n    ports: Option[Seq[PortMap]],\n    labels: Option[Map[String, String]],\n    env_vars: Option[Map[String, String]],\n    volumes: Option[Seq[String]],\n    network: Option[String],\n    dockerParameters: Option[Map[String, String]])\n\n  case class SingularityConf(\n    url: String,\n    schedule: Option[String],\n    requestType: Option[String],\n    deployInstanceCountPerStep: Option[Int],\n    deployStepWaitTimeMs: Option[Int],\n    deployHealthTimeoutSeconds: Option[Int],\n    autoAdvanceDeploySteps: Option[Boolean],\n    healthcheckUri: Option[String],\n    healthcheckPortIndex: Option[Int],\n    healthcheckMaxRetries: Option[Int],\n    healthcheckTimeoutSeconds: Option[Int],\n    healthcheckMaxTotalTimeoutSeconds: Option[Int],\n    requiredRole: Option[String],\n    requiredAttributes: Option[Map[String, String]],\n    slavePlacement: Option[String])\n\n  case class ExecutorConf(\n    customExecutorCmd: Option[String],\n    env_vars: Option[Map[String, String]])\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/test\/scala\/com\/nitro\/nmesos\/util\/HashUtilSpec.scala","text":"package com.nitro.nmesos.util\n\nimport org.specs2.mutable.Specification\n\nclass HashUtilSpec extends Specification {\n\n  \"Hash\" should {\n\n    \"build a short hash\" in {\n      val hash = HashUtil.hash(\"test content\")\n      hash must be equalTo \"1eebdf4\"\n    }\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"cli\/src\/test\/scala\/CliSpec.scala","text":"<gh_stars>0\npackage com.nitro.nmesos.cli\n\nimport java.io.File\n\nimport com.nitro.nmesos.cli.model.{ Cmd, ReleaseAction }\nimport com.nitro.nmesos.config.ConfigReader\nimport com.nitro.nmesos.config.ConfigReader.ValidConfig\nimport com.nitro.nmesos.util.InfoLogger\nimport org.specs2.mutable.Specification\n\nclass CliSpec extends Specification with CliSpecFixtures {\n\n  \"Cli main\" should {\n\n    \"sanizied an serviceName that contains a file paths \" in {\n      val cmd = ValidCmd.copy(serviceName = \"config\/test\")\n      val cmdConfig = CliManager.toServiceConfig(cmd, ValidYamlConfig)\n\n      cmdConfig.serviceName shouldEqual \"test\"\n    }\n  }\n\n  \"Cli Parser\" should {\n\n    \"parse a valid release command\" in {\n      val cmd = CliParser.parse(ValidCliArgs)\n      cmd should be equalTo Some(ValidCmd)\n    }\n\n    \"Fail to parse an invalid release command\" in {\n      val cmd = CliParser.parse(InvalidCliArgs)\n      cmd should be equalTo None\n    }\n\n  }\n\n}\n\ntrait CliSpecFixtures {\n\n  val ValidCliArgs = \"release test -e dev -t latest\".split(\" \")\n  val InvalidCliArgs = \"release test -e dev -t\".split(\" \")\n\n  val ValidCmd = Cmd(\n    action = ReleaseAction,\n    isDryrun = true,\n    verbose = false,\n    isFormatted = true,\n    serviceName = \"test\",\n    environment = \"dev\",\n    singularity = \"\",\n    tag = \"latest\",\n    force = false)\n\n  lazy val ValidYamlConfig = {\n    val yml = new File(getClass.getResource(\"\/config\/example-config.yml\").getFile)\n    val config = ConfigReader.parseEnvironment(yml, \"dev\", InfoLogger) match {\n      case v: ValidConfig => Some(v)\n      case _ => None\n    }\n    config.getOrElse(sys.error(\"Invalid yml\"))\n  }\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/build.sbt","text":"<gh_stars>1-10\nsbtPlugin := true\n\nname := \"sbt-nmesos\"\n\nscalaVersion := \"2.10.6\"\n\nlibraryDependencies ++= Seq(\n  \"com.github.scopt\" %% \"scopt\" % \"3.5.0\",\n  \"com.nitro.nmesos\" %% \"nmesos-shared\" % \"0.2.0\",\n  \"org.specs2\" %% \"specs2-core\" % \"3.8.6\" % \"test\"\n)\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/config\/ConfigReader.scala","text":"package com.nitro.nmesos.config\n\nimport java.io.{ File, FileNotFoundException }\n\nimport com.nitro.nmesos.BuildInfo\nimport com.nitro.nmesos.util.{ Logger, VersionUtil }\nimport com.nitro.nmesos.config.model._\nimport com.nitro.nmesos.config.YamlParser._\nimport com.nitro.nmesos.util.VersionUtil.Version\n\nimport scala.io.Source\nimport scala.util.{ Failure, Success, Try }\n\nobject ConfigReader {\n\n  sealed trait ConfigResult\n\n  case class ConfigError(msg: String, yamlFile: File) extends ConfigResult\n  case class ValidConfig(\n    environment: Environment,\n    environmentName: String,\n    fileHash: String,\n    file: File) extends ConfigResult\n\n  \/**\n   * Read all the  Yaml configuration for an environment.\n   *\/\n  def parseEnvironment(file: File, environmentName: String, logger: Logger): ConfigResult = {\n    parse(file, logger) match {\n      case InvalidYaml(msg) =>\n        ConfigError(msg, file)\n\n      case ValidYaml(config, hash) =>\n        environmentFromConfig(config, environmentName, hash, file)\n\n    }\n  }\n\n  \/**\n   *  Try to read a Yaml file.\n   *\/\n  private def parse(file: File, logger: Logger): ParserResult = {\n    logger.debug(s\"Reading file ${file.getAbsolutePath}\")\n    tryRead(file) match {\n      case Failure(ex: FileNotFoundException) =>\n        InvalidYaml(s\"Config file not found at '${file.getAbsoluteFile}'\")\n\n      case Failure(ex) =>\n        InvalidYaml(s\"Unexpected error reading file '${file.getAbsoluteFile}'. ${ex.getMessage}\")\n\n      case Success((yamlContent, version)) if (!VersionUtil.isCompatible(version, logger)) =>\n        InvalidYaml(msg =\n          s\"\"\"\n             |A newer version of nmesos is required.\n             |Installed: ${BuildInfo.version}, required: ${version.mkString(\".\")}\n             |Instructions at https:\/\/github.com\/Nitro\/nmesos\/blob\/master\/README.md\n          \"\"\".stripMargin)\n      case Success((yamlContent, version)) =>\n        YamlParser.parse(yamlContent, logger)\n    }\n  }\n\n  \/**\n   * Extract the environment config to use if present.\n   *\/\n  private def environmentFromConfig(config: Config, environmentName: String, hash: String, file: File): ConfigResult =\n    config.environments.get(environmentName) match {\n      case None =>\n        ConfigError(s\"Environment '$environmentName' not found.\", file)\n\n      case Some(environment) =>\n        ValidConfig(environment, environmentName, hash, file)\n\n    }\n\n  \/\/ wrap unsafe read file and version\n  private def tryRead(file: File): Try[(String, Version)] = for {\n    yamlContent <- Try(Source.fromFile(file).mkString)\n    requiredVersion <- VersionUtil.tryExtractFromYaml(yamlContent)\n  } yield (yamlContent, requiredVersion)\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/docker\/SshDockerClient.scala","text":"package com.nitro.nmesos.docker\n\nimport com.nitro.nmesos.docker.model.Container\n\nimport sys.process._\n\n\/**\n * Run Remote Docker commands through ssh to inspect the containers running.\n *\/\nobject SshDockerClient {\n\n  \/**\n   * Docker ps and inspect all containers in the host.\n   *\/\n  def fetchContainers(host: String): Seq[Container] = {\n    val containers = parseOutput(dockerPs(host), host)\n    fetchContainersEnv(host, containers)\n  }\n\n  \/\/ Docker ps\n  private def dockerPs(host: String) = {\n    s\"\"\"ssh -oStrictHostKeyChecking=no $host  docker ps --format \"{{.ID}}\\\\t{{.Image}}\\\\t{{.Names}}\" \"\"\" !!\n  }\n\n  \/\/ Docker inspect\n  \/\/ Fetch labels and environments var\n  private def dockerInspectEnv(host: String, containersId: Seq[String]) = {\n    s\"\"\"ssh -oStrictHostKeyChecking=no $host docker inspect ${containersId.mkString(\" \")} --format '{{range .Config.Env }}{{ $$.ID}}:{{.}}~{{end}}~{{range  $$key, $$value := .Config.Labels}}{{ $$.ID}}:{{$$key}}={{$$value}}~{{end}}' \"\"\" !!\n  }\n\n  \/**\n   * For each container fetch the environment vars\n   *\/\n  private def fetchContainersEnv(host: String, containers: Seq[Container]): Seq[Container] = {\n\n    val output = dockerInspectEnv(host, containers.map(_.id))\n\n    val lines = output.trim\n      .split(\"\\n|~\")\n\n    val linesByContainer = lines.filterNot(_.isEmpty)\n      .groupBy(_.takeWhile(_ != ':').take(12)) \/\/ Group by short Container Id\n      .mapValues(_.map(_.dropWhile(_ != ':').drop(1))) \/\/ raw env vars as value\n\n    val envByContainer = linesByContainer.mapValues { lines =>\n      lines.map(_.split(\"=\", 2) match { case Array(key, value) => (key, value) }).toMap\n    }\n\n    containers.map { c =>\n      c.copy(env = envByContainer.get(c.id).getOrElse(Map.empty))\n    }\n\n  }\n\n  private def parseTaskId(inspectOutput: String) = {\n    inspectOutput.split(\" \").find(_.startsWith(\"TASK_ID=\")).map(_.dropWhile(_ != '=').drop(1))\n  }\n\n  private def parseOutput(psOutput: String, host: String): Seq[Container] = {\n    psOutput.trim\n      .split(\"\\n\")\n      .map(_.split(\"\\t\").toList)\n      .map {\n        case (id :: image :: name :: Nil) => Container(id, image, name, host, Map.empty)\n        case _ => sys.error(\n          s\"\"\"Unable to parse Docker output:\n             |$psOutput\n          \"\"\".stripMargin)\n      }\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/commands\/ScaleCommand.scala","text":"package com.nitro.nmesos.commands\n\nimport com.nitro.nmesos.config.model.CmdConfig\nimport com.nitro.nmesos.singularity.ModelConversions.{ DeployId, toSingularityRequest }\nimport com.nitro.nmesos.singularity.model.{ SingularityRequest, SingularityResources }\nimport com.nitro.nmesos.util.Logger\nimport com.nitro.nmesos.singularity.ModelConversions._\nimport com.nitro.nmesos.singularity.model.SingularityRequestParent.SingularityActiveDeployResponse\n\nimport scala.util.{ Failure, Success, Try }\n\n\/**\n * Command to scale up\/down a service in Mesos.\n * Will change resources (cpu, memory, instances) but keeping the some version already deployed.\n *\/\ncase class ScaleCommand(localConfig: CmdConfig, log: Logger, isDryrun: Boolean) extends ScaleCommandHelper {\n\n  def processCmd(): CommandResult = {\n\n    val localRequest = toSingularityRequest(localConfig)\n\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n    \/\/ Applying Configuration and Deploy if needed\n    \/\/ - Check previous request\n    \/\/ - create Request if needed\n    \/\/ - check previous deploy\n    \/\/ - deploy if needed\n    val tryScale: Try[String] = log.logBlock(\"Applying Scale Config!\") {\n      for {\n        remoteRequest <- getRemoteRequest(localRequest)\n        updatedRequest <- scaleSingularityRequestIfNeeded(remoteRequest, localRequest)\n        _ <- scaleDeployIfNeeded(localRequest)\n      } yield updatedRequest.id\n    }\n\n    tryScale match {\n      case Success(_) =>\n        CommandSuccess(s\"\"\"Successfully scaled to ${localRequest.instances.getOrElse(\"0\")} instances.$dryWarning\"\"\")\n      case Failure(ex) =>\n        CommandError(s\"Unable to deploy - ${ex.getMessage}\")\n    }\n  }\n}\n\ntrait ScaleCommandHelper extends BaseCommand {\n  \/**\n   * Compare remote deploy running and desired deploy,\n   * deploying a new Singularity Deploy if needed (to update cpus\/ or memory).\n   *\/\n  def scaleDeployIfNeeded(localRequest: SingularityRequest): Try[Unit] = {\n\n    log.debug(s\"Checking if there is already an active deploy...\")\n\n    getActiveDeploy(localRequest).flatMap {\n      case None =>\n        log.info(s\"There is no active deploy for request: '${localRequest.id}'\")\n        Success(()) \/\/ no deploy to scale.\n\n      case Some(SingularityActiveDeployResponse(remoteDeployId, remoteResources)) =>\n\n        val localResource = toSingularityResources(localConfig.environment)\n\n        \/\/ Already a deploy with same id, force required.\n        if (remoteResources.memoryMb != localResource.memoryMb ||\n          remoteResources.cpus != localResource.cpus ||\n          remoteResources.numPorts != localResource.numPorts ||\n          remoteResources.diskMb != localResource.diskMb) {\n          log.info(s\" Current deploy '$remoteDeployId' is not using the required resources\")\n          log.info(\n            s\"\"\" Changes to apply:\n               |   * memoryMb:  ${remoteResources.memoryMb}   -> ${localResource.memoryMb}\n               |   * cpus:      ${remoteResources.cpus}     -> ${localResource.cpus}\"\"\".stripMargin)\n\n          val localDeploy = toSingularityDeploy(localConfig, scaleDeployId(remoteDeployId))\n          val message = s\"Auto scaling deploy '$remoteDeployId' [memoryMb: ${remoteResources.memoryMb}->${localResource.memoryMb}, cpus:${remoteResources.cpus}->${localResource.cpus}]\"\n          manager.deploySingularityDeploy(localRequest, localDeploy, message).map(_ => {})\n        } else {\n          log.info(s\" No need to update the active deploy '$remoteDeployId'\")\n          log.info(\n            s\"\"\" * memoryMb:  ${localResource.memoryMb}\n               | * cpus:      ${localResource.cpus}\n               | \"\"\".stripMargin)\n          Success(())\n        }\n\n    }\n\n  }\n\n  def scaleDeployId(currentDeployId: DeployId) = {\n    val id = currentDeployId.takeWhile(_ != '_') \/\/ clean up previous deployId\n    generateRandomDeployId(id)\n  }\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/src\/main\/scala\/com\/nitro\/nmesos\/sbt\/SbtCustomLogger.scala","text":"<reponame>elzbietaZ\/nmesos<gh_stars>1-10\npackage com.nitro.nmesos.sbt\n\nimport com.nitro.nmesos.util.Logger\n\n\/**\n * Redirect logs to the standard sbt logger.\n *\/\ncase class SbtCustomLogger(sbtLogger: sbt.Logger) extends Logger {\n  override def error(msg: => Any): Unit = sbtLogger.error(errorColor(msg).toString)\n  override def info(msg: => Any): Unit = sbtLogger.info(infoColor(msg).toString)\n  override def println(msg: => Any): Unit = sbtLogger.info(msg.toString)\n\n  override def debug(msg: => Any): Unit = sbtLogger.debug(msg.toString)\n\n  override def ansiEnabled: Boolean = true\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/config\/YamlParser.scala","text":"package com.nitro.nmesos.config\n\nimport com.nitro.nmesos.config.YamlParserHelper._\nimport com.nitro.nmesos.config.model._\nimport com.nitro.nmesos.util.{ HashUtil, Logger }\nimport net.jcazevedo.moultingyaml._\nimport org.yaml.snakeyaml.parser.ParserException\n\nimport scala.util.{ Failure, Success, Try }\n\n\/**\n * Yaml conf file to models\n *\/\nobject YamlParser {\n\n  sealed trait ParserResult\n\n  case class InvalidYaml(msg: String) extends ParserResult\n\n  case class ValidYaml(config: Config, hash: String) extends ParserResult\n\n  \/**\n   * Try to parse a yaml.\n   *\/\n  def parse(sourceContent: String, logger: Logger): ParserResult = tryParse(sourceContent, logger) match {\n\n    case Success(config) =>\n      ValidYaml(config, HashUtil.hash(sourceContent))\n\n    case Failure(ex: DeserializationException) =>\n      \/\/ Yaml data doesn't match our Case class, custom error message!\n      val field = ex.fieldNames.mkString(\"\/\")\n      InvalidYaml(s\"Parser error for field $field: ${ex.msg}\")\n\n    case Failure(ex: ParserException) =>\n      \/\/ Invalid Yaml here?\n      val line = ex.getProblemMark.getLine\n      val column = ex.getProblemMark.getColumn\n      val snippet = ex.getProblemMark.get_snippet\n      InvalidYaml(s\"Invalid yaml file at line $line, column: $column\\n$snippet\")\n\n    case Failure(ex) =>\n      logger.debug(ex.getStackTrace.mkString(\"\\n\"))\n      InvalidYaml(s\"Unexpected error: ${ex.getMessage}\")\n\n  }\n\n  \/\/ Parse and merge default into environments.\n  private def tryParse(source: String, logger: Logger) = Try {\n    import YamlCustomProtocol._\n    val yaml = source.parseYaml\n\n    \/\/ Custom merge to extend Yaml merge\n    val smartYaml = mergeCommonsIntoEnvironments(yaml.asYamlObject)\n    logger.debug(s\"Yaml evaluated content:\\n ${smartYaml.prettyPrint}\")\n\n    smartYaml.convertTo[Config]\n  }\n\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"cli\/src\/main\/scala\/com\/nitro\/nmesos\/cli\/CliParser.scala","text":"package com.nitro.nmesos.cli\n\nimport com.nitro.nmesos.cli.model._\nimport com.nitro.nmesos.BuildInfo\n\n\/**\n * CLI parser from `args` to `Cmd`.\n * Usage:\n *  val cmds = Cli.parser(args)\n * Cli example:\n *  nmesos release service_name --environment dev --version 0.0.1 --dry-run false\n *\/\nobject CliParser {\n\n  def parse(args: Array[String]): Option[Cmd] = {\n    val nilCommand = Cmd(\n      action = NilAction,\n      isDryrun = DefaultValues.IsDryRun,\n      verbose = DefaultValues.Verbose,\n      isFormatted = DefaultValues.IsFormatted,\n      serviceName = \"\",\n      singularity = \"\",\n      environment = \"\",\n      tag = \"\",\n      force = false)\n    cmdParser.parse(args, nilCommand)\n  }\n\n  private val cmdParser = new scopt.OptionParser[Cmd](\"nmesos\") {\n    opt[Unit](\"verbose\")\n      .abbr(\"v\")\n      .action((_, c) => c.copy(verbose = true))\n      .text(\"More verbose output\")\n\n    opt[Unit](\"noformat\")\n      .optional()\n      .action((_, c) => c.copy(isFormatted = false))\n      .text(\"Disable ansi codes in the output\")\n\n    help(\"help\")\n      .abbr(\"h\")\n      .text(\"prints this usage text\")\n\n    note(\"\\n\")\n\n    cmd(\"release\")\n      .text(\" Release the a new version of the service.\\n Usage:  nmesos release example-service --environment dev --tag 0.0.1\")\n      .required()\n      .action((_, params) => params.copy(action = ReleaseAction))\n      .children(\n\n        arg[String](\"service-name\")\n          .text(\"Name of the service to release\")\n          .required()\n          .action((input, params) => params.copy(serviceName = input)),\n\n        opt[String](\"environment\")\n          .abbr(\"e\")\n          .text(\"The environment to use\")\n          .required()\n          .action((input, params) => params.copy(environment = input)),\n\n        opt[String](\"tag\")\n          .abbr(\"t\")\n          .text(\"Tag\/Version to release\")\n          .required()\n          .validate(tag => if (tag.isEmpty) Left(\"Tag is required\") else Right())\n          .action((input, params) => params.copy(tag = input)),\n\n        opt[Unit](\"force\")\n          .abbr(\"f\")\n          .text(\"Force action\")\n          .optional()\n          .action((input, params) => params.copy(force = true)),\n\n        opt[Boolean](\"dryrun\")\n          .abbr(\"n\")\n          .text(\"Is this a dry run?\")\n          .optional()\n          .action((input, params) => params.copy(isDryrun = input)))\n\n    note(\"\\n\")\n\n    cmd(\"scale\")\n      .text(\" Update the Environment.\\n Usage: nmesos scale service_name --environment dev\")\n      .required()\n      .action((_, params) => params.copy(action = ScaleAction))\n      .children(\n\n        arg[String](\"service-name\")\n          .text(\"Name of the service to scale\")\n          .required()\n          .action((input, params) => params.copy(serviceName = input)),\n\n        opt[String](\"environment\")\n          .abbr(\"e\")\n          .text(\"The environment to use\")\n          .required()\n          .action((input, params) => params.copy(environment = input)),\n\n        opt[Boolean](\"dryrun\")\n          .abbr(\"n\")\n          .text(\"Is this a dry run?\")\n          .optional()\n          .action((input, params) => params.copy(isDryrun = input)))\n\n    note(\"\\n\")\n\n    cmd(\"check\")\n      .text(\" Check the environment conf without running it.\\n Usage: nmesos check service_name --environment dev\")\n      .required()\n      .action((_, params) => params.copy(action = CheckAction))\n      .children(\n\n        arg[String](\"service-name\")\n          .text(\"Name of the service to verify\")\n          .required()\n          .action((input, params) => params.copy(serviceName = input)),\n\n        opt[String](\"environment\")\n          .abbr(\"e\")\n          .text(\"The environment to verify\")\n          .required()\n          .action((input, params) => params.copy(environment = input)))\n\n    cmd(\"verify\")\n      .text(\" Verify a complete Singularity server by comparing the expected Singularity state with the Mesos state and docker state\\n Usage: nmesos verify --singularity http:\/\/url\/singularity\")\n      .required()\n      .action((_, params) => params.copy(action = VerifyAction))\n      .children(\n        opt[String](\"singularity\")\n          .abbr(\"s\")\n          .text(\"The environment to verify\")\n          .required()\n          .action((input, params) => params.copy(singularity = input)))\n\n    checkConfig { cmd =>\n      val availableCommands = commands.map(_.fullName).mkString(\"|\")\n      if (cmd.action != NilAction) success else failure(s\"A command is required. $availableCommands\\n\")\n    }\n\n    override def showUsageOnError: Boolean = true\n  }\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/it\/scala\/com\/nitro\/nmesos\/commands\/ReleaseCommandIntegrationTest.scala","text":"<filename>shared\/src\/it\/scala\/com\/nitro\/nmesos\/commands\/ReleaseCommandIntegrationTest.scala\npackage com.nitro.nmesos.commands\n\nimport java.io.File\n\nimport com.nitro.nmesos.singularity.ModelConversions\nimport com.nitro.nmesos.util.{CustomLogger, InfoLogger, Logger}\nimport com.nitro.nmesos.config.ConfigReader\nimport com.nitro.nmesos.config.ConfigReader.ValidConfig\nimport com.nitro.nmesos.config.model.CmdConfig\nimport org.specs2.mutable.Specification\n\n\/**\n  * This integration test needs a clean Singularity running in dev at http:\/\/192.168.99.100:7099\/singularity\n  * To run Singularity locally:\n  * cd $SINGULARITY_PATH\n  * docker-compose rm\n  * docker-compose up\n  *\/\nclass ReleaseCommandIntegrationTest extends ReleaseCommandFixtures {\n  sequential\n\n\n  \"Deploy Command\" should {\n\n    \"Fail with a friendly message if it can't connect to Singularity\" in {\n      val command = ReleaseCommand(serviceConfigWithInvalidApi(\"example-service\"), InfoLogger, isDryrun = true)\n      val result = command.run()\n\n      val ExpectedError = CommandError(\"Unable to connect to http:\/\/invalid-api\")\n      result must be equalTo ExpectedError\n    }\n\n    \"Show nice logs in dryrun when deploying a new service\" in {\n      val serviceConfig = buildConfig(\"example-service\")\n      val logger = new DummyLogger\n\n      val command = ReleaseCommand(serviceConfig, logger, isDryrun = true)\n      val result = command.run()\n\n      result must be equalTo CommandSuccess(\"Successfully deployed to 1 instances. [dryrun true] use --dryrun false\")\n\n      val ExpectedOutput =\n        s\"\"\"Deploying Config ---------------------------------------------------------------\n           | Service Name: example-service\n           | Config File:  \/config\/example-service.yml\n           | environment:  dev\n           | dry-run:      true\n           | force:        false\n           | image:        hubspot\/singularity-test-service:latest\n           | api:          $SingularityUrl\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Verifying ----------------------------------------------------------------------\n           | - [OK]: Container - Environment vars\n           | - [OK]: Container - Labels\n           | - [OK]: Container - Network\n           | - [OK]: Container - Ports\n           | - [OK]: Resources - Memory Instances\n           | - [OK]: Resources - Num Instances\n           | - [OK]: Singularity - Healthcheck\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Applying config! ---------------------------------------------------------------\n           | No Mesos config found with id: 'dev_example_service'\n           | [dryrun] Need to create a new Mesos service with id: dev_example_service, instances: 1\n           | [dryrun] Need to deploy image 'hubspot\/singularity-test-service:latest'\n           | [dryrun] Deploy to apply:\n           |           * deployId:  latest_${HashExampleService}\n           |           * image:     hubspot\/singularity-test-service:latest\n           |           * instances: 1, slavePlacement: OPTIMISTIC\n           |           * ports:     8080\n           |           * requestId: dev_example_service\n           |           * resources: [cpus: 0.1, memory: 128.0Mb, role: *]\n           |--------------------------------------------------------------------------------\"\"\".stripMargin\n\n      compareOutput(ExpectedOutput, logger)\n    }\n\n\n    \"deploy a example service for the first time with an expected log\" in {\n\n\n      val serviceConfig = buildConfig(\"example-service\").copy(serviceName = ServiceNameInThisTest)\n\n      val logger = new DummyLogger\n      val command = ReleaseCommand(serviceConfig, logger, isDryrun = false)\n      val result = command.run()\n\n      result must be equalTo CommandSuccess(\"Successfully deployed to 1 instances.\")\n\n      val ExpectedRequestId = ModelConversions.toSingularityRequestId(serviceConfig)\n\n      val ExpectedOutput =\n        s\"\"\"Deploying Config ---------------------------------------------------------------\n           | Service Name: ${ServiceNameInThisTest}\n           | Config File:  \/config\/example-service.yml\n           | environment:  dev\n           | dry-run:      false\n           | force:        false\n           | image:        hubspot\/singularity-test-service:latest\n           | api:          $SingularityUrl\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Verifying ----------------------------------------------------------------------\n           | - [OK]: Container - Environment vars\n           | - [OK]: Container - Labels\n           | - [OK]: Container - Network\n           | - [OK]: Container - Ports\n           | - [OK]: Resources - Memory Instances\n           | - [OK]: Resources - Num Instances\n           | - [OK]: Singularity - Healthcheck\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Applying config! ---------------------------------------------------------------\n           | No Mesos config found with id: '${ExpectedRequestId}'\n           | Created new Mesos service with Id: ${ExpectedRequestId}, instances: 1, state: ACTIVE\n           | Deploying version 'hubspot\/singularity-test-service:latest'\n           | Deploy applied:\n           |   * deployId:  latest_${HashExampleService}\n           |   * image:     hubspot\/singularity-test-service:latest\n           |   * instances: 1, slavePlacement: OPTIMISTIC\n           |   * ports:     8080\n           |   * requestId: ${ExpectedRequestId}\n           |   * resources: [cpus: 0.1, memory: 128.0Mb, role: *]\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Mesos Tasks Info ---------------------------------------------------------------\n           | Deploy progress at $SingularityUrl\/request\/${ExpectedRequestId}\/deploy\/latest_${HashExampleService}\n           | Deploy Mesos Deploy State: SUCCEEDED\n           |   * TaskId: ${ExpectedRequestId}-latest_5791cbd-1480516012328-1-localhost-DEFAULT\n           |     - localhost:31583  -> 8080\n           |--------------------------------------------------------------------------------\"\"\".stripMargin\n\n      compareOutput(ExpectedOutput, logger)\n    }\n\n\n    \"Ask for '--force' when deploying an existing service with the same version.\" in {\n\n      \/\/ create a new service (in case it doesn't exist already\n      val serviceConfig = buildConfig(\"example-service\").copy(serviceName = ServiceNameInThisTest)\n      val command = ReleaseCommand(serviceConfig, InfoLogger, isDryrun = false)\n      val result = command.run()\n\n\n      \/\/ After the first deploy we try to deploy again.\n      val logger = new DummyLogger\n      val command2 = ReleaseCommand(serviceConfig, logger, isDryrun = false)\n      val result2 = command2.run()\n      val ExpectedRequestId = ModelConversions.toSingularityRequestId(serviceConfig)\n      val ExpectedError = CommandError(s\"Unable to deploy - There is already a deploy with id latest_${HashExampleService}, use --force to force the redeploy\")\n      result2 must be equalTo ExpectedError\n    }\n\n    \/\/ Example of a no standard project (using extra docker parameters)\n    \"deploy sidecar with an expected log\" in {\n      val serviceConfig = buildConfig(\"sidecar\").copy(serviceName = s\"test-sidecar-${System.currentTimeMillis}\")\n\n      val command = ReleaseCommand(serviceConfig, InfoLogger, isDryrun = false)\n      val result = command.run()\n\n      result must be equalTo CommandSuccess(\"Successfully deployed to 1 instances.\")\n    }\n\n    \"deploy a job for the first time with an expected log\" in {\n\n\n      val serviceConfig = buildConfig(\"example-job\").copy(serviceName = JobNameInThisTest) \/\/.copy(force = true)\/\/.\n\n      val logger =  new DummyLogger\n      val command = ReleaseCommand(serviceConfig, logger, isDryrun = false)\n      val result = command.run()\n\n      result must be equalTo CommandSuccess(\"Successfully scheduled - cron: '*\/5 * * * *'.\")\n\n      val ExpectedRequestId = ModelConversions.toSingularityRequestId(serviceConfig)\n\n      val ExpectedOutput =\n        s\"\"\"Deploying Config ---------------------------------------------------------------\n           | Service Name: ${JobNameInThisTest}\n           | Config File:  \/config\/example-service.yml\n           | environment:  dev\n           | dry-run:      false\n           | force:        false\n           | image:        busybox:latest\n           | api:          $SingularityUrl\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Verifying ----------------------------------------------------------------------\n           | - [OK]: Container - Environment vars\n           | - [OK]: Container - Labels\n           | - [OK]: Resources - Memory Instances\n           | - [OK]: Resources - Num Instances\n           | - [OK]: Singularity - Job cron\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Applying config! ---------------------------------------------------------------\n           | No Mesos config found with id: '${ExpectedRequestId}'\n           | Scheduled new Mesos job with Id: ${ExpectedRequestId}, state: ACTIVE\n           | Deploying version 'busybox:latest'\n           | Deploy applied:\n           |   * deployId:  latest_${HashExampleJobConfigFile}\n           |   * image:     busybox:latest\n           |   * requestId: ${ExpectedRequestId}\n           |   * resources: [cpus: 0.1, memory: 64.0Mb, role: *]\n           |   * scheduled: *\/5 * * * *\n           |--------------------------------------------------------------------------------\n           |\n           |\n           |Mesos Tasks Info ---------------------------------------------------------------\n           | Deploy progress at $SingularityUrl\/request\/${ExpectedRequestId}\/deploy\/latest_${HashExampleJobConfigFile}\n           | Scheduled Mesos Job State: SUCCEEDED\n           |   * History: $SingularityUrl\/request\/${ExpectedRequestId}\n           |   * Cron:    '*\/5 * * * *'\n           |--------------------------------------------------------------------------------\"\"\".stripMargin\n\n      compareOutput(ExpectedOutput, logger)\n    }\n\n  }\n}\n\n\ntrait ReleaseCommandFixtures extends Specification {\n\n  val JobNameInThisTest = s\"integration-test-job-${System.currentTimeMillis}\"\n  val ServiceNameInThisTest = s\"integration-test-${System.currentTimeMillis}\"\n  val SingularityUrl = \"http:\/\/192.168.99.100:7099\/singularity\"\n\n  \/\/ Same conf with invalid api\n  def serviceConfigWithInvalidApi(serviceName: String) = {\n    val serviceConfig = buildConfig(serviceName)\n    serviceConfig.copy(\n      environment = serviceConfig.environment.copy(\n        singularity = serviceConfig.environment.singularity.copy(\n          url = \"http:\/\/invalid-api\"\n        )\n      )\n    )\n  }\n\n\n  val HashExampleService = \"17d5246\"\n  val HashExampleJobConfigFile = \"8d4c0de\"\n\n  def buildConfig(serviceName: String) = {\n    val yamlFile = new File(getClass.getResource(s\"\/config\/$serviceName.yml\").toURI)\n    ConfigReader.parseEnvironment(yamlFile, \"dev\", InfoLogger) match {\n      case validConfig: ValidConfig =>\n        CmdConfig(serviceName, \"latest\", force = false, validConfig.environmentName, validConfig.environment, validConfig.fileHash, yamlFile)\n      case other => sys.error(other.toString)\n    }\n\n  }\n\n  class DummyLogger extends Logger {\n    val ansiEnabled = false\n    var buffer = Seq.empty[String]\n\n    def debug(msg: => Any): Unit = {}\n\n    override def println(msg: => Any): Unit = buffer :+= {\n      Console.println(msg)\n      msg.toString\n    }\n\n  }\n\n  def compareOutput(expectedOutput: String, logger: DummyLogger) = {\n    def isLineToIgnore(line: String): Boolean = {\n      line.startsWith(\" Config File:\") || line.contains(\"TaskId:\") || line.contains(\"localhost:\")\n    }\n\n\n    val expectedLines = expectedOutput.stripMargin.split(\"\\n\").filterNot(isLineToIgnore)\n    val outputLines = logger.buffer.mkString(\"\\n\").split(\"\\n\").toSeq.filterNot(isLineToIgnore)\n\n    outputLines.zip(expectedLines).foreach { case (expectedLine, outputLine) =>\n      println(s\"Out:      [$outputLine]\")\n      println(s\"Expected: [$expectedLine]\")\n      expectedLine must be equalTo outputLine\n    }\n    outputLines must be equalTo expectedLines\n  }\n\n\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/commands\/CheckCommand.scala","text":"<gh_stars>1-10\npackage com.nitro.nmesos.commands\n\nimport com.nitro.nmesos.config.model.CmdConfig\nimport com.nitro.nmesos.util.Logger\nimport com.nitro.nmesos.config.{ Fail, Validations, Warning }\n\n\/**\n * Verify the configuration without any external call.\n *\/\ncase class CheckCommand(localConfig: CmdConfig, log: Logger, isDryrun: Boolean) extends BaseCommand {\n\n  override protected def processCmd(): CommandResult = {\n    log.logBlock(\"Checking...\") {\n      val checks = Validations.checkAll(localConfig)\n      val errors = checks.collect { case f: Fail => f }\n      val warnings = checks.collect { case f: Warning => f }\n      Validations.logResult(checks, log)\n\n      if (errors.isEmpty) CommandSuccess(s\"Valid config with ${warnings.size} warnings\") else CommandError(s\"${errors.size} errors found\")\n    }\n  }\n\n}\n\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/example-project\/build.sbt","text":"name := \"example-project\"\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/src\/main\/scala\/com\/nitro\/nmesos\/sbt\/NmesosPluginImpl.scala","text":"<gh_stars>1-10\npackage com.nitro.nmesos.sbt\n\nimport com.nitro.nmesos.commands.{ CommandError, CommandSuccess, ReleaseCommand }\nimport com.nitro.nmesos.config.ConfigReader\nimport com.nitro.nmesos.config.ConfigReader.{ ConfigError, ValidConfig }\nimport com.nitro.nmesos.config.model.CmdConfig\nimport com.nitro.nmesos.sbt.model.ReleaseArgs\nimport com.nitro.nmesos.util.{ Logger => NLogger }\nimport sbt._\nimport sbt.Logger\n\n\/**\n * Parse sbt args, read the configuration file and execute the command.\n *\/\nobject NmesosPluginImpl {\n\n  val ConfigRepositoryEnvName = \"NMESOS_CONFIG_REPOSITORY\"\n\n  def resolveRepositoryPath(defaultPath: File, log: Logger) = {\n\n    val envValue = sys.env.get(ConfigRepositoryEnvName)\n    val path = envValue match {\n      case None =>\n        log.warn(s\"[Nmesos] Environment var $ConfigRepositoryEnvName is not defined, using default path ${defaultPath.getAbsolutePath}\")\n        defaultPath.getAbsolutePath\n      case Some(path) =>\n        log.info(s\"[Nmesos] Environment var $ConfigRepositoryEnvName=$path\")\n        path\n    }\n\n    log.info(s\"[Nmesos] Configuration repo: $path\")\n\n    path\n  }\n\n  def release(args: ReleaseArgs, serviceName: String, repositoryConfigPath: File, localVersion: String, logger: Logger) = {\n\n    val yamlFile = repositoryConfigPath \/ s\"$serviceName.yml\"\n\n    if (!yamlFile.exists()) {\n      logger.error(s\"[Nmesos] Config file $yamlFile missing!\")\n      sys.error(s\"Config file $yamlFile doesn't exist.\")\n    } else {\n      val log = SbtCustomLogger(logger)\n      log.logBlock(\"Sbt project info\") {\n        logger.info(\n          s\"\"\" Configuration Repo:          $repositoryConfigPath\n             | Configuration service file:  $yamlFile\n             | Local version:               ${log.infoColor(localVersion)}\n             | Version to deploy:           ${log.infoColor(args.tag)}\"\"\".stripMargin\n        )\n      }\n\n      ConfigReader.parseEnvironment(yamlFile, args.environment, log) match {\n        case error: ConfigError =>\n          showConfigError(serviceName, error, log)\n\n        case config: ValidConfig =>\n\n          executeCommand(args, serviceName, config, log)\n      }\n    }\n\n  }\n\n  def executeCommand(args: ReleaseArgs, serviceName: String, config: ValidConfig, log: NLogger) = {\n    val serviceConfig = toServiceConfig(serviceName, args, config)\n    val cmdResult = ReleaseCommand(serviceConfig, log, isDryrun = args.isDryrun).run()\n\n    cmdResult match {\n      case CommandSuccess(msg) =>\n        log.info(msg)\n\n      case CommandError(error) =>\n        log.error(error)\n    }\n\n  }\n\n  def showConfigError(serviceName: String, configError: ConfigError, log: NLogger): Unit = {\n    log.logBlock(\"Invalid config\") {\n      log.info(\n        s\"\"\" Service Name: $serviceName\n           | Config File: ${configError.yamlFile.getAbsolutePath}\n             \"\"\".stripMargin)\n      log.error(configError.msg)\n    }\n    sys.error(configError.msg)\n  }\n\n  def toServiceConfig(serviceName: String, cmd: ReleaseArgs, config: ValidConfig) = CmdConfig(\n    serviceName = serviceName,\n    force = cmd.force,\n    tag = cmd.tag,\n    environment = config.environment,\n    environmentName = config.environmentName,\n    fileHash = config.fileHash,\n    file = config.file)\n\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/docker\/model.scala","text":"package com.nitro.nmesos.docker\n\nobject model {\n\n  case class Container(id: String, image: String, name: String, host: String, env: Map[String, String]) {\n\n    def envTaskId = env.get(\"TASK_ID\")\n\n    def taskId = envTaskId.getOrElse(name.replace(\"mesos-\", \"\"))\n  }\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/config\/Validations.scala","text":"package com.nitro.nmesos.config\n\nimport com.nitro.nmesos.config.model._\nimport com.nitro.nmesos.util.Logger\n\n\/\/ Basic model validations\nobject Validations extends ValidationHelper {\n\n  def checkAll(localConfig: CmdConfig): Seq[Validation] = Seq(\n    checkResources(localConfig.environment.resources),\n    checkContainer(localConfig.environment.container),\n    checkScheduledJob(localConfig.environment),\n    checkService(localConfig.environment)).flatten.sortBy(_.name)\n\n  private def checkResources(resources: Resources): Seq[Validation] = Seq(\n    check(\"Resources - Memory Instances\", \"Must be > 0\") {\n      resources.memoryMb > 0\n    })\n\n  private def checkService(env: Environment): Seq[Validation] = if (isService(env)) {\n    Seq(\n      check(\"Resources - Num Instances\", \"Must be > 0\") {\n        env.singularity.slavePlacement.exists(_ == \"SPREAD_ALL_SLAVES\") || env.resources.instances.exists(_ > 0)\n      },\n      checkWarning(\"Container - Ports\", \"Should be defined in HOST mode\") {\n        env.container.network.exists(_ == \"HOST\") || !env.container.ports.toSet.flatten.isEmpty\n      },\n      check(\"Container - Port values\", \"Must be >= 0 and <= 65535\") {\n        env.container.ports.toSeq.flatten.forall(isValidPort)\n      },\n      check(\"Container - Network\", \"Unsupported network\") {\n        env.container.network match {\n          case None => true\n          case Some(\"HOST\") | Some(\"BRIDGE\") => true\n          case _ => false\n        }\n      },\n      checkWarning(\"Singularity - Healthcheck\", \"No healthcheck defined\") {\n        env.singularity.healthcheckUri.exists(_.trim.nonEmpty)\n      })\n  } else {\n    Seq.empty\n  }\n\n  private def checkScheduledJob(env: Environment): Seq[Validation] = if (isScheduled(env)) {\n    Seq(\n      check(\"Resources - Num Instances\", \"Must be = 0\") {\n        env.resources.instances.isEmpty\n      },\n      check(\"Singularity - Job cron\", \"Missing\") {\n        env.singularity.schedule.isDefined\n      })\n  } else {\n    Seq.empty\n  }\n\n  private def checkContainer(container: Container): Seq[Validation] = Seq(\n    checkWarning(\"Container - Labels\", \"No labels defined\") {\n      !container.labels.toSet.flatten.isEmpty\n    },\n    checkWarning(\"Container - Environment vars\", \"No env vars defined\") {\n      !container.env_vars.toSet.flatten.isEmpty\n    })\n\n  def isService(env: Environment) = {\n    (env.singularity.requestType.isEmpty && env.singularity.schedule.isEmpty) || env.singularity.requestType == \"SERVICE\"\n  }\n\n  def isScheduled(env: Environment) = {\n    (env.singularity.requestType.isEmpty && env.singularity.schedule.isDefined) || env.singularity.requestType == \"SCHEDULED\"\n  }\n}\n\ntrait ValidationHelper {\n\n  def check(name: String, msg: String)(condition: => Boolean): Validation = if (condition) {\n    Ok(name)\n  } else {\n    Fail(name, msg)\n  }\n\n  def checkWarning(name: String, msg: String)(condition: => Boolean): Validation = if (condition) {\n    Ok(name)\n  } else {\n    Warning(name, msg)\n  }\n\n  def logResult(checks: Seq[Validation], log: Logger) = checks.foreach {\n    case Ok(name) => log.println(s\"\"\" - ${log.infoColor(\"[OK]\")}: $name\"\"\")\n    case Warning(name, msg) => log.println(s\"\"\" - ${log.errorColor(\"[Warning]\")}: $name - $msg\"\"\")\n    case Fail(name, msg) => log.println(s\"\"\" - ${log.errorColor(\"[Failure]\")}: $name - $msg\"\"\")\n  }\n\n  def isValidPort(port: PortMap): Boolean = isValidPort(port.containerPort) && port.hostPort.map(isValidPort).getOrElse(true)\n\n  def isValidPort(port: Int): Boolean = 0 <= port && port <= 65535\n\n}\n\nsealed trait Validation {\n  def name: String\n}\n\ncase class Ok(name: String) extends Validation\n\ncase class Warning(name: String, error: String) extends Validation\n\ncase class Fail(name: String, error: String) extends Validation\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.8.0\")\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.8.2\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.6\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.3.3\")\naddSbtPlugin(\"com.frugalmechanic\" % \"fm-sbt-s3-resolver\" % \"0.14.0\")"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/sidecar\/SidecarManager.scala","text":"package com.nitro.nmesos.sidecar\n\nimport com.nitro.nmesos.util.{ HttpClientHelper, Logger }\n\ncase class Service(ID: String, Name: String, Status: Int, Hostname: String, Image: String)\n\ncase class SidecarServices(Services: Map[String, Seq[Service]], hostName: String = \"\")\n\ncase class SidecarManager(log: Logger) extends HttpClientHelper {\n\n  def getServices(host: String) = {\n    get[SidecarServices](s\"http:\/\/$host:7777\/services.json\")\n      .map(_.map(_.copy(hostName = host)))\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/example-project\/project\/plugins.sbt","text":"\/\/ Add plugin to release to Mesos\naddSbtPlugin(\"com.gonitro\" % \"sbt-nmesos\" % \"0.0.8\")\n\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"cli\/src\/main\/scala\/com\/nitro\/nmesos\/cli\/model.scala","text":"<filename>cli\/src\/main\/scala\/com\/nitro\/nmesos\/cli\/model.scala\npackage com.nitro.nmesos.cli\n\n\/**\n * CLI input model\n *\/\nobject model {\n\n  case class Cmd(\n    isDryrun: Boolean,\n    verbose: Boolean,\n    isFormatted: Boolean,\n    serviceName: String,\n    environment: String,\n    singularity: String,\n    tag: String,\n    force: Boolean,\n    action: Action)\n\n  object DefaultValues {\n    val IsDryRun = true\n    val Verbose = false\n    val IsFormatted = true\n  }\n\n  sealed trait Action\n  case object NilAction extends Action\n  case object ReleaseAction extends Action\n  case object ScaleAction extends Action\n  case object CheckAction extends Action\n  case object VerifyAction extends Action\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/src\/main\/scala\/com\/nitro\/nmesos\/sbt\/ArgumentsParser.scala","text":"package com.nitro.nmesos.sbt.cli\n\nimport com.nitro.nmesos.BuildInfo\nimport com.nitro.nmesos.sbt.model.{ DefaultValues, ReleaseArgs }\n\n\/**\n * SBT args parser from `args` to `Cmd`.\n * Usage:\n * val cmds = ArgumentsParser.parser(args)\n * Cli example:\n * nmesosRelease service_name --environment dev --tag 0.0.1 --dry-run false\n *\/\nobject ArgumentsParser {\n\n  def parseReleaseArgs(args: Seq[String]): Option[ReleaseArgs] = {\n    val nilCommand = ReleaseArgs(\n      isDryrun = DefaultValues.IsDryRun,\n      verbose = DefaultValues.Verbose,\n      environment = \"\",\n      tag = \"\",\n      force = false\n    )\n    cmdParser.parse(args, nilCommand)\n  }\n\n  val cmdParser = new scopt.OptionParser[ReleaseArgs](\"nmesos\") {\n    head(\"Release to Mesos\", BuildInfo.version)\n\n    opt[Unit](\"verbose\")\n      .abbr(\"v\")\n      .action((_, c) => c.copy(verbose = true))\n      .text(\"More verbose output\")\n\n    help(\"help\")\n      .abbr(\"h\")\n      .text(\"prints this usage text\")\n\n    note(\"\\n\")\n\n    opt[String](\"environment\")\n      .abbr(\"e\")\n      .text(\"The environment to use\")\n      .required()\n      .action((input, params) => params.copy(environment = input))\n\n    opt[String](\"tag\")\n      .abbr(\"t\")\n      .text(\"Tag\/Version to release\")\n      .required()\n      .validate(tag => if (tag.isEmpty) Left(\"Tag is required\") else Right())\n      .action((input, params) => params.copy(tag = input))\n\n    opt[Unit](\"force\")\n      .abbr(\"f\")\n      .text(\"Force action\")\n      .optional()\n      .action((input, params) => params.copy(force = true))\n\n    opt[Boolean](\"dryrun\")\n      .abbr(\"n\")\n      .text(\"Is this a dry run?\")\n      .optional()\n      .action((input, params) => params.copy(isDryrun = input))\n\n    note(\"\\n\")\n\n    override def showUsageOnError: Boolean = true\n  }\n\n  def releaseExampleUsage = cmdParser.usageExample\n\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/util\/HttpClientHelper.scala","text":"package com.nitro.nmesos.util\n\nimport com.nitro.nmesos.singularity.model.SingularityRequestParent\n\nimport scala.util.Try\nimport scalaj.http._\n\n\/**\n * HTTP boilerplate.\n * Note: Http connections are synchronous.\n *\/\ntrait HttpClientHelper {\n  def log: Logger\n\n  \/\/ Custom json reader\/writer\n  import CustomPicklers.OptionPickler._\n\n  protected def get[A: Reader](url: String): Try[Option[A]] = Try {\n    logRequest(\"GET\", url)\n\n    val response = send(HttpClient(url))\n\n    if (response.isSuccess) {\n      Some(parseBody[A](url, response))\n    } else if (response.is4xx) {\n      None \/\/ NotFound\n    } else {\n      failure(url, response)\n    }\n  }\n\n  protected def post[A: Writer, B: Reader](url: String, item: A): Try[B] = Try {\n    val json = write(item)\n    logRequest(\"POST\", url, Some(json))\n\n    val response = send(\n      HttpClient(url)\n        .header(\"content-type\", \"application\/json\")\n        .postData(json))\n\n    if (response.isSuccess) {\n      parseBody[B](url, response)\n    } else {\n      failure(url, response)\n    }\n  }\n\n  protected def put[A: Writer, B: Reader](url: String, item: A): Try[B] = Try {\n    val json = write(item)\n    logRequest(\"PUT\", url, Some(json))\n\n    val response = send(\n      HttpClient(url)\n        .header(\"content-type\", \"application\/json\")\n        .put(json))\n\n    if (response.isSuccess) {\n      parseBody[B](url, response)\n    } else {\n      failure(url, response)\n    }\n  }\n\n  \/**\n   * Try to parse or return a clean error.\n   * In verbose mode: log response and errors in console\n   *\/\n  private def parseBody[A: Reader](url: String, response: HttpResponse[String]) = {\n    try {\n      log.debug(s\"Response code: ${response.code}, body: ${response.body}\\n\")\n      read[A](response.body)\n    } catch {\n      case ex: Exception =>\n        log.debug(s\"Parser error: $ex\")\n        sys.error(s\"Unable to parse HTTP response - $url\")\n    }\n  }\n\n  private def send(request: HttpRequest): HttpResponse[String] = Try {\n    request.asString\n  }.getOrElse(sys.error(s\"Unable to connect to ${request.url}\"))\n\n  \/**\n   * Log HTTP request in verbose mode\n   *\/\n  private def logRequest(method: String, url: String, jsonOpt: Option[String] = None): Unit = {\n\n    jsonOpt.foreach { data =>\n      log.debug(s\"data to send: $data\\n\")\n    }\n\n    def data = {\n      jsonOpt.map(json => json.replaceAll(\"\\\"\", \"\\\\\\\\\\\"\"))\n        .map(encoded => s\"\"\"-H \"Content-Type: application\/json\" -d \"$encoded\" \"\"\")\n        .getOrElse(\"\")\n    }\n\n    log.debug(s\"curl -v -X $method $url $data\\n\")\n  }\n\n  \/**\n   * Log HTTP response in verbose mode return clean error\n   *\/\n  private def failure(url: String, response: HttpResponse[String]) = {\n    \/\/show only a few lines. plain error can be a large html\n    val msg = response.body.take(500)\n    log.debug(s\"Response > ${response.code}: $msg...\\n\")\n    sys.error(s\"HTTP ${response.statusLine} - ${response.code}: $url\\n $msg\")\n  }\n}\n\n\/**\n * Json boilerplate.\n * - Parse scala Options.\n * - Parse custom Long format from Singularity\n *\/\nobject CustomPicklers {\n\n  import upickle.Js\n\n  object OptionPickler extends upickle.AttributeTagged {\n\n    \/\/ Support for option of custom case classes\n    implicit val customSingularityRequestParentReader = OptionR[Option[SingularityRequestParent]]\n\n    override implicit def OptionW[T: Writer]: Writer[Option[T]] = Writer {\n      case None => Js.Null\n      case Some(s) => implicitly[Writer[T]].write(s)\n    }\n\n    override implicit def OptionR[T: Reader]: Reader[Option[T]] = Reader {\n      case Js.Null => None\n      case v: Js.Value => Some(implicitly[Reader[T]].read.apply(v))\n    }\n\n    \/**\n     * Hack to parse no standard json Long values.\n     * Singularity doesn't return long as strings.\n     *\/\n    implicit def long2Reader = OptionPickler.Reader[Long] {\n      case Js.Num(str) =>\n        str.toLong\n    }\n  }\n\n}\n\nobject HttpClient extends BaseHttp(userAgent = s\"nmesos\") {\n\n  lazy val user = Option(System.getProperty(\"user.name\")).getOrElse(\"unknown\")\n\n  override def apply(url: String) = super.apply(url)\n    .header(\"content-type\", \"application\/json\")\n    .header(\"X-Username\", user)\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/main\/scala\/com\/nitro\/nmesos\/config\/YamlParserHelper.scala","text":"<reponame>elzbietaZ\/nmesos\npackage com.nitro.nmesos.config\n\nimport com.nitro.nmesos.config.model._\nimport net.jcazevedo.moultingyaml.{ DefaultYamlProtocol, YamlArray, YamlBoolean, YamlDate, YamlFormat, YamlNull, YamlNumber, YamlObject, YamlSet, YamlString, YamlValue, deserializationError }\n\nimport scala.annotation.tailrec\n\n\/\/ Yaml parser Boilerplate\nobject YamlParserHelper {\n  def parsePortMap(portMap: String, protocols: Option[String]): PortMap = {\n    val (containerPort, hostPort) = portMap.split(\":\").map(_.toInt).toList match {\n      case containerPort :: Nil => (containerPort, None)\n      case containerPort :: hostPort :: Nil => (containerPort, Some(hostPort))\n      case _ => deserializationError(\"Failed to deserialize the port map specification\")\n    }\n\n    PortMap(containerPort, hostPort, protocols)\n  }\n\n  \/\/ boilerplate to parse our custom case class\n  object YamlCustomProtocol extends DefaultYamlProtocol {\n    implicit val PortMapYamlFormat = new YamlFormat[PortMap] {\n      override def read(yaml: YamlValue): PortMap = yaml match {\n        case YamlNumber(_) => PortMap(yaml.convertTo[Int], None, None)\n        case YamlString(_) => yaml.convertTo[String].split(\"\/\").toList match {\n          case portMap :: Nil => parsePortMap(portMap, None)\n          case portMap :: protocols :: Nil => parsePortMap(portMap, Option(protocols))\n          case _ => deserializationError(\"Failed to deserialize the port map specification\")\n        }\n        case _ => deserializationError(\"Failed to deserialize the port specification\")\n      }\n\n      override def write(portMap: PortMap): YamlValue = {\n        portMap.protocols match {\n          case None => portMap.hostPort match {\n            case Some(hostPort) => YamlString(s\"${portMap.containerPort}:${hostPort}\")\n            case None => YamlNumber(portMap.containerPort)\n          }\n          case Some(protocols) => portMap.hostPort match {\n            case Some(hostPort) => YamlString(s\"${portMap.containerPort}:${hostPort}\/${protocols}\")\n            case None => YamlString(s\"${portMap.containerPort}\/${protocols}\")\n          }\n        }\n      }\n    }\n\n    implicit val resourcesFormat = yamlFormat3(Resources)\n    implicit val containerFormat = yamlFormat9(Container)\n    implicit val singularityFormat = yamlFormat15(SingularityConf)\n    implicit val executorFormat = yamlFormat2(ExecutorConf)\n    implicit val environmentFormat = yamlFormat4(Environment)\n    implicit val configFormat = yamlFormat2(Config)\n  }\n\n  \/**\n   * Custom merge from Commons into Environments.\n   * The Standard Yaml Merge is only a hash one level merge, implementing a smarter deep merge here.\n   * -> input example:\n   * common:\n   *   version: 1\n   *   resources:\n   *   cpus: 1\n   *\n   * environments:\n   *   dev:\n   *   resources:\n   *   mem: 1024\n   *\n   * -> out example:\n   * environments:\n   *   dev:\n   *     version: 1\n   *     resources:\n   *     cpus: 1\n   *     mem: 1024\n   *\n   *\/\n  def mergeCommonsIntoEnvironments(yaml: YamlObject): YamlObject = {\n    val commonKey = YamlString(\"common\")\n    val common = yaml.fields(commonKey).asYamlObject\n    val environments: Map[YamlValue, YamlValue] = yaml.fields(YamlString(\"environments\")).asYamlObject.fields\n\n    var mergedFields = Map.empty[YamlValue, YamlValue]\n\n    \/\/ Add commons fields\n    mergedFields ++= common.fields\n\n    \/\/ Add environments fields recursively\n    val updatedEnvironments = environments.mapValues { environment =>\n      smartMerge(common.fields, environment.asYamlObject)\n    }\n\n    \/\/ return new Yaml with commons and environments joined\n    val updatedFields = yaml.fields.filterKeys(_ != commonKey) + (YamlString(\"environments\") -> new YamlObject(updatedEnvironments))\n    new YamlObject(updatedFields)\n  }\n\n  private def smartMerge(initialFields: Map[YamlValue, YamlValue], element: YamlObject): YamlObject = {\n    val fields = element.fields.foldLeft(initialFields) {\n      case (mergedFields, (key, value)) =>\n        if (!mergedFields.contains(key)) {\n          mergedFields + (key -> value)\n        } else {\n          \/\/ already exist, deep merge the objects.\n          value match {\n            case yamlObject: YamlObject =>\n              val previousObjectField = mergedFields(key).asYamlObject.fields\n              mergedFields + (key -> smartMerge(previousObjectField, yamlObject))\n\n            case YamlNull | YamlBoolean(_) | YamlDate(_) | YamlNumber(_) | YamlString(_) =>\n              mergedFields + (key -> value)\n\n            case YamlArray(values) =>\n              val previousArray = mergedFields(key).asInstanceOf[YamlArray].elements\n              val distinctValues = Set((values ++ previousArray): _*)\n              mergedFields + (key -> YamlArray(distinctValues.toVector))\n\n            case YamlSet(values) =>\n              val previousSet = mergedFields(key).asInstanceOf[YamlSet].set\n              mergedFields + (key -> YamlSet(previousSet ++ values))\n          }\n        }\n    }\n    new YamlObject(fields)\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/test\/scala\/com\/nitro\/nmesos\/util\/VersionUtilSpec.scala","text":"package com.nitro.nmesos.util\n\nimport org.specs2.mutable.Specification\n\nimport scala.util.Success\n\nclass VersionUtilSpec extends Specification {\n\n  \"VersionUtil\" should {\n\n    \"extract an expected version\" in {\n      VersionUtil.tryExtract(\"0.2.1\") must be equalTo Success(List(0, 2, 1))\n      VersionUtil.tryExtract(\"1.0.1-SNAPSHOT\") must be equalTo Success(List(1, 0, 1))\n      VersionUtil.tryExtract(\"nmesos_version: '1.2.3' ## Min nmesos required to execute this config\") must be equalTo Success(List(1, 2, 3))\n    }\n\n    \"extract the version of a yaml file\" in {\n      val Yaml =\n        \"\"\"## Config to deploy exampleServer to Mesos using Singularity\n          |##\n          |\n          |nmesos_version: '2.0.3' ## Min nmesos required to execute this config\n          |common: &common\n          |  image: gonitro\/test\n        \"\"\".stripMargin\n      VersionUtil.tryExtractFromYaml(Yaml) must be equalTo Success(List(2, 0, 3))\n\n    }\n\n    \"Verify compatible versions\" in {\n      VersionUtil.isCompatible(requiredVersion = List(0, 0, 1), installedVersion = List(0, 1, 0)) must beTrue\n      VersionUtil.isCompatible(requiredVersion = List(0, 0, 1), installedVersion = List(0, 0, 1)) must beTrue\n      VersionUtil.isCompatible(requiredVersion = List(0, 0, 2), installedVersion = List(0, 0, 1)) must beFalse\n      VersionUtil.isCompatible(requiredVersion = List(0, 1, 0), installedVersion = List(0, 1, 0)) must beTrue\n      VersionUtil.isCompatible(requiredVersion = List(1, 1, 0), installedVersion = List(1, 1, 10)) must beTrue\n    }\n  }\n}\n"}
{"repo_name":"elzbietaZ\/nmesos","path":"sbt-plugin\/src\/main\/scala\/com\/nitro\/nmesos\/sbt\/NmesosPlugin.scala","text":"package com.nitro.nmesos.sbt\n\nimport com.nitro.nmesos.sbt.cli.ArgumentsParser\nimport com.nitro.nmesos.sbt.model.ReleaseArgs\nimport sbt.Keys._\nimport sbt._\nimport sbt.complete.Parsers.spaceDelimited\n\n\/**\n * Auto Sbt Plugin for NMesos.\n *\/\nobject NmesosPlugin extends AutoPlugin {\n\n  override def trigger = allRequirements\n\n  \/**\n   * Public task and keys offered by the plugin.\n   *\/\n  object autoImport {\n\n    lazy val nmesosRepositoryConfig = taskKey[String](\n      \"\"\"Return the folder with the project deployment configuration.\n        | If present, it uses NMESOS_CONFIG_REPOSITORY env, otherwise assumes baseDirectory.\n      \"\"\".stripMargin\n    )\n\n    lazy val nmesosRelease = inputKey[Unit](\n      \"\"\"Release a new version of this service\"\"\"\n    )\n  }\n\n  import autoImport._\n\n  object defaults {\n\n    \/**\n     * Default value of nmesosRepositoryConfig = env var NMESOS_CONFIG_REPOSITORY\n     *\/\n    def nmesosRepositoryConfigKey = nmesosRepositoryConfig := {\n      val base = baseDirectory.value\n      val log = (streams in nmesosRelease).value.log\n      NmesosPluginImpl.resolveRepositoryPath(base, log)\n    }\n\n    def nmesosReleaseKey = nmesosRelease := {\n      val args = spaceDelimited(ArgumentsParser.releaseExampleUsage).parsed\n      ArgumentsParser.parseReleaseArgs(args) match {\n        case None =>\n          sys.error(s\"Invalid args. ${ArgumentsParser.releaseExampleUsage}\")\n\n        case Some(arguments) =>\n          val serviceName = name.value\n          val log = (streams in nmesosRelease).value.log\n          val repositoryConfigPath = file(nmesosRepositoryConfig.value)\n          val defaultVersion = sbt.Keys.version.value\n\n          NmesosPluginImpl.release(arguments, serviceName, repositoryConfigPath, defaultVersion, log)\n\n      }\n    }\n\n    lazy val defaultSettings: Seq[Setting[_]] = Seq(nmesosReleaseKey, nmesosRepositoryConfigKey, nmesosReleaseKey)\n\n  }\n\n  override def projectSettings: Seq[Def.Setting[_]] = defaults.defaultSettings\n\n}"}
{"repo_name":"elzbietaZ\/nmesos","path":"shared\/src\/test\/scala\/com\/nitro\/nmesos\/singularity\/ModelConversionsSpec.scala","text":"<gh_stars>1-10\npackage com.nitro.nmesos.singularity\n\nimport org.specs2.mutable.Specification\n\nclass ModelConversionsSpec extends Specification {\n\n  \"Singularity Model Conversion\" should {\n\n    \"Return a normalized compatible with Singularity\" in {\n      ModelConversions.normalizeId(\"1.0.98_19f258e\") must be equalTo \"1_0_98_19f258e\"\n      ModelConversions.normalizeId(\"latest\") must be equalTo \"latest\"\n      ModelConversions.normalizeId(\"2.1.43-Play258\") must be equalTo \"2_1_43_Play258\"\n    }\n\n  }\n}"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/ElasticSearchConfig.scala","text":"<reponame>lfreire80\/bigdata-spark-twitter<gh_stars>0\npackage Bigdata.Twitter\n\ncase class ElasticSearchConfig(destinationPath: String, checkPointLocation: String)"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/Tweety.scala","text":"package Bigdata.Twitter\n\ncase class Tweety(hashTag: String, tweety: String)\n"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/SocketConfig.scala","text":"package Bigdata.Twitter\n\ncase class SocketConfig(host: String, port: Int)"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/App.scala","text":"<reponame>lfreire80\/bigdata-spark-twitter\npackage Bigdata.Twitter\n\nobject App {\n   def main(args : Array[String]): Unit = {\n     \n     val socketConfig = SocketConfig(args(0),args(1).toInt)\n     \n     val elasticSearchConfig = ElasticSearchConfig(\"spark\/twitter\", args(2))\n     \n     val monitor = new Monitor(socketConfig, elasticSearchConfig);\n     monitor.start()\n  }\n}\n \n\n"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/Monitor.scala","text":"<reponame>lfreire80\/bigdata-spark-twitter<gh_stars>0\npackage Bigdata.Twitter\n\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.catalyst.encoders.ExpressionEncoder\nimport org.apache.spark.sql.Encoder\nimport org.apache.spark.sql.streaming.OutputMode._\nimport org.apache.spark.sql.streaming.Trigger\nimport org.elasticsearch.spark.streaming.EsSparkStreaming\nimport org.elasticsearch.spark.sql._\nimport org.apache.spark.sql.streaming.OutputMode\n\nclass Monitor(val socketConfig: SocketConfig, val elasticSearchConfig: ElasticSearchConfig) {\n   \n  def start(){\n      val spark = SparkSession\n         .builder\n         .appName(\"TwitterMonitor\")\n         .master(\"local[2]\")\n         .getOrCreate()\n       \n    import spark.implicits._\n     \n    val socketData = spark.readStream\n       .format(\"socket\")\n       .option(\"host\", socketConfig.host)\n       .option(\"port\", socketConfig.port)\n       .load()\n\n   spark.sparkContext.setLogLevel(\"ERROR\")\n   \n   val socketDataText = socketData.select($\"value\" as \"text\")\n     .filter(c => c(0).toString.trim.length() > 0)\n     .as[SocketData]\n\n   val tweets = socketDataText.flatMap(t => t.text.split(\" \").map(p => Tweety(p.trim.toUpperCase(), t.text)))\n      .filter(c => c.hashTag.length() > 0 && c.hashTag(0) == '#')\n\n   val query = tweets.writeStream\n     .format(\"org.elasticsearch.spark.sql\")\n     .outputMode(OutputMode.Append())\n     .option(\"checkpointLocation\", elasticSearchConfig.checkPointLocation)\n     .start(elasticSearchConfig.destinationPath)\n   \n   query.awaitTermination()\n  }\n}"}
{"repo_name":"lfreire80\/bigdata-spark-twitter","path":"src\/main\/scala\/Bigdata\/Twitter\/Dados.scala","text":"<filename>src\/main\/scala\/Bigdata\/Twitter\/Dados.scala\npackage Bigdata.Twitter\n\ncase class SocketData(text: String)\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/test\/scala\/org\/bitcoins\/core\/protocol\/Bech32Test.scala","text":"<filename>src\/test\/scala\/org\/bitcoins\/core\/protocol\/Bech32Test.scala\npackage org.bitcoins.core.protocol\n\nimport org.bitcoins.core.config.{ MainNet, TestNet3 }\nimport org.bitcoins.core.crypto.ECPublicKey\nimport org.bitcoins.core.number.UInt8\nimport org.bitcoins.core.protocol.script._\nimport org.scalatest.{ FlatSpec, MustMatchers }\n\nimport scala.util.{ Success, Try }\n\nclass Bech32Test extends FlatSpec with MustMatchers {\n\n  \"Bech32\" must \"validly encode the test vectors from bitcoin core correctly\" in {\n    val valid = Seq(\n      \"A12UEL5L\",\n      \"a12uel5l\",\n      \"an83characterlonghumanreadablepartthatcontainsthenumber1andtheexcludedcharactersbio1tt5tgs\",\n      \"abcdef1qpzry9x8gf2tvdw0s3jn54khce6mua7lmqqqxw\",\n      \"11qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqc8247j\",\n      \"split1checkupstagehandshakeupstreamerranterredcaperred2y9e3w\",\n      \"?1ezyfcl\")\n    val results: Seq[Try[(HumanReadablePart, Seq[Byte])]] = valid.map(Bech32Address.fromString(_))\n    results.exists(_.isFailure) must be(false)\n  }\n\n  it must \"mark invalid test vectors as invalid from bitcoin core\" in {\n    val invalid = Seq(\n      \" 1nwldj5\",\n      \"\\\\x7f\\\"\\\"1axkwrx\",\n      \"\\\\x80\\\"\\\"1eym55h\",\n      \"an84characterslonghumanreadablepartthatcontainsthenumber1andtheexcludedcharactersbio1569pvx\",\n      \"pzry9x0s0muk\",\n      \"1pzry9x0s0muk\",\n      \"x1b4n0q5v\",\n      \"li1dgmt3\",\n      \"de1lg7wt\\\\xff\",\n      \"A1G7SGD8\",\n      \"10a06t8\",\n      \"1qzzfhee\")\n    val results: Seq[Try[(HumanReadablePart, Seq[Byte])]] = invalid.map(Bech32Address.fromString(_))\n    results.exists(_.isSuccess) must be(false)\n  }\n\n  it must \"follow the example in BIP173\" in {\n    \/\/https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0173.mediawiki#examples\n    val key = ECPublicKey(\"0279BE667EF9DCBBAC55A06295CE870B07029BFCDB2DCE28D959F2815B16F81798\".toLowerCase)\n    val p2wpkh = P2WPKHWitnessSPKV0(key)\n    val addr = Bech32Address(p2wpkh, TestNet3)\n    addr.map(_.value) must be(Success(\"tb1qw508d6qejxtdg4y5r3zarvary0c5xw7kxpjzsx\"))\n\n    \/\/decode\n    val decoded = addr.flatMap(a => Bech32Address.fromStringToWitSPK(a.value))\n    decoded must be(Success(p2wpkh))\n\n    val p2wpkhMain = Bech32Address(p2wpkh, MainNet)\n    p2wpkhMain.map(_.value) must be(Success(\"bc1qw508d6qejxtdg4y5r3zarvary0c5xw7kv8f3t4\"))\n\n    val mp2wpkhDecoded = p2wpkhMain.flatMap(a => Bech32Address.fromStringToWitSPK(a.value))\n    mp2wpkhDecoded must be(Success(p2wpkh))\n\n    val p2pk = P2PKScriptPubKey(key)\n    val p2wsh = P2WSHWitnessSPKV0(p2pk)\n    val addr1 = Bech32Address(p2wsh, TestNet3)\n    addr1.map(_.value) must be(Success(\"tb1qrp33g0q5c5txsp9arysrx4k6zdkfs4nce4xj0gdcccefvpysxf3q0sl5k7\"))\n\n    \/\/decode\n    val decoded1 = addr1.flatMap(a => Bech32Address.fromStringToWitSPK(a.value))\n    decoded1 must be(Success(p2wsh))\n\n    val p2wshMain = Bech32Address(p2wsh, MainNet)\n    p2wshMain.map(_.value) must be(Success(\"bc1qrp33g0q5c5txsp9arysrx4k6zdkfs4nce4xj0gdcccefvpysxf3qccfmv3\"))\n    val mp2wshDecoded = p2wshMain.flatMap(a => Bech32Address.fromStringToWitSPK(a.value))\n    mp2wshDecoded must be(Success(p2wsh))\n  }\n\n  it must \"encode 0 byte correctly\" in {\n    val addr = Bech32Address(bc, Seq(UInt8.zero))\n    addr.value must be(\"bc1q9zpgru\")\n  }\n\n  it must \"create the correct checksum for a 0 byte address\" in {\n    val checksum = Bech32Address.createChecksum(bc, Seq(UInt8.zero))\n    checksum must be(Seq(5, 2, 1, 8, 3, 28).map(i => UInt8(i.toShort)))\n    checksum.map(ch => Bech32Address.charset(ch.toInt)).mkString must be(\"9zpgru\")\n  }\n\n  it must \"encode base 8 to base 5\" in {\n    val z = UInt8.zero\n    val encoded = Bech32Address.encode(Seq(z))\n    encoded.map(Bech32Address.encodeToString(_)) must be(Success(\"qq\"))\n\n    val encoded1 = Bech32Address.encode(Seq(z, UInt8.one))\n    encoded1 must be(Success(Seq(z, z, z, UInt8(16.toShort))))\n    \/\/130.toByte == -126\n    val encoded2 = Bech32Address.encode(Seq(130).map(i => UInt8(i.toShort)))\n    encoded2 must be(Success(Seq(16, 8).map(i => UInt8(i.toShort))))\n\n    \/\/130.toByte == -126\n    val encoded3 = Bech32Address.encode(Seq(255, 255).map(i => UInt8(i.toShort)))\n    encoded3 must be(Success(Seq(31, 31, 31, 16).map(i => UInt8(i.toShort))))\n\n    val encoded4 = Bech32Address.encode(Seq(255, 255, 255, 255).map(i => UInt8(i.toShort)))\n    encoded4 must be(Success(Seq(31, 31, 31, 31, 31, 31, 24).map(i => UInt8(i.toShort))))\n\n    val encoded5 = Bech32Address.encode(Seq(255, 255, 255, 255, 255).map(i => UInt8(i.toShort)))\n    encoded5 must be(Success(Seq(31, 31, 31, 31, 31, 31, 31, 31).map(i => UInt8(i.toShort))))\n\n    val encoded6 = Bech32Address.encode(Seq(255, 255, 255, 255, 255, 255).map(i => UInt8(i.toShort)))\n    encoded6 must be(Success(Seq(31, 31, 31, 31, 31, 31, 31, 31, 31, 28).map(i => UInt8(i.toShort))))\n  }\n}\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/main\/scala\/org\/bitcoins\/core\/util\/BitcoinScriptUtil.scala","text":"<reponame>Christewart\/bitcoin-s-core<gh_stars>1-10\npackage org.bitcoins.core.util\n\nimport org.bitcoins.core.crypto._\nimport org.bitcoins.core.number.UInt32\nimport org.bitcoins.core.protocol.CompactSizeUInt\nimport org.bitcoins.core.protocol.script.{ CLTVScriptPubKey, CSVScriptPubKey, EmptyScriptPubKey, _ }\nimport org.bitcoins.core.protocol.transaction.{ BaseTransaction, Transaction, WitnessTransaction }\nimport org.bitcoins.core.script.ScriptProgram.PreExecutionScriptProgramImpl\nimport org.bitcoins.core.script.constant._\nimport org.bitcoins.core.script.crypto.{ OP_CHECKMULTISIG, OP_CHECKMULTISIGVERIFY, OP_CHECKSIG, OP_CHECKSIGVERIFY }\nimport org.bitcoins.core.script.flag.{ ScriptFlag, ScriptFlagUtil }\nimport org.bitcoins.core.script.result.{ ScriptError, ScriptErrorPubKeyType, ScriptErrorWitnessPubKeyType }\nimport org.bitcoins.core.script.{ ExecutionInProgressScriptProgram, ScriptOperation, ScriptProgram, ScriptSettings }\n\nimport scala.annotation.tailrec\nimport scala.util.Try\n\n\/**\n * Created by chris on 3\/2\/16.\n *\/\ntrait BitcoinScriptUtil extends BitcoinSLogger {\n\n  \/** Takes in a sequence of script tokens and converts them to their hexadecimal value *\/\n  def asmToHex(asm: Seq[ScriptToken]): String = {\n    val hex = asm.map(_.hex).mkString\n    hex\n  }\n\n  \/** Converts a sequence of script tokens to them to their byte values *\/\n  def asmToBytes(asm: Seq[ScriptToken]): Seq[Byte] = BitcoinSUtil.decodeHex(asmToHex(asm))\n\n  \/**\n   * Filters out push operations in our sequence of script tokens\n   * this removes OP_PUSHDATA1, OP_PUSHDATA2, OP_PUSHDATA4 and all ByteToPushOntoStack tokens\n   *\/\n  def filterPushOps(asm: Seq[ScriptToken]): Seq[ScriptToken] = {\n    \/\/TODO: This does not remove the following script number after a OP_PUSHDATA\n    asm.filterNot(op => op.isInstanceOf[BytesToPushOntoStack]\n      || op == OP_PUSHDATA1\n      || op == OP_PUSHDATA2\n      || op == OP_PUSHDATA4)\n  }\n\n  \/**\n   * Returns true if the given script token counts towards our max script operations in a script\n   * See https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/interpreter.cpp#L269-L271\n   * which is how bitcoin core handles this\n   *\/\n  def countsTowardsScriptOpLimit(token: ScriptToken): Boolean = token match {\n    case scriptOp: ScriptOperation if (scriptOp.opCode > OP_16.opCode) => true\n    case _: ScriptToken => false\n  }\n\n  \/**\n   * Counts the amount of sigops in a script\n   * https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/script.cpp#L156-L202\n   * @param script the script whose sigops are being counted\n   * @return the number of signature operations in the script\n   *\/\n  def countSigOps(script: Seq[ScriptToken]): Long = {\n    val checkSigCount = script.count(token => token == OP_CHECKSIG || token == OP_CHECKSIGVERIFY)\n    val multiSigOps = Seq(OP_CHECKMULTISIG, OP_CHECKMULTISIGVERIFY)\n    val multiSigCount: Long = script.zipWithIndex.map {\n      case (token, index) =>\n        if (multiSigOps.contains(token) && index != 0) {\n          script(index - 1) match {\n            case scriptNum: ScriptNumber => scriptNum.toLong\n            case scriptConstant: ScriptConstant => ScriptNumberUtil.toLong(scriptConstant.hex)\n            case _: ScriptToken => ScriptSettings.maxPublicKeysPerMultiSig\n          }\n        } else 0\n    }.sum\n    checkSigCount + multiSigCount\n  }\n\n  \/**\n   * Parses the number of signatures on the stack\n   * This can only be called when an OP_CHECKMULTISIG operation is about to be executed\n   * on the stack\n   * For instance if this was a 2\/3 multisignature script, it would return the number 3\n   *\/\n  def numPossibleSignaturesOnStack(program: ScriptProgram): ScriptNumber = {\n    require(\n      program.script.headOption == Some(OP_CHECKMULTISIG) || program.script.headOption == Some(OP_CHECKMULTISIGVERIFY),\n      \"We can only parse the nubmer of signatures the stack when we are executing a OP_CHECKMULTISIG or OP_CHECKMULTISIGVERIFY op\")\n    val nPossibleSignatures: ScriptNumber = program.stack.head match {\n      case s: ScriptNumber => s\n      case s: ScriptConstant => ScriptNumber(s.bytes)\n      case _: ScriptToken => throw new RuntimeException(\"n must be a script number or script constant for OP_CHECKMULTISIG\")\n    }\n    nPossibleSignatures\n  }\n\n  \/**\n   * Returns the number of required signatures on the stack, for instance if this was a\n   * 2\/3 multisignature script, it would return the number 2\n   *\/\n  def numRequiredSignaturesOnStack(program: ScriptProgram): ScriptNumber = {\n    require(\n      program.script.headOption == Some(OP_CHECKMULTISIG) || program.script.headOption == Some(OP_CHECKMULTISIGVERIFY),\n      \"We can only parse the nubmer of signatures the stack when we are executing a OP_CHECKMULTISIG or OP_CHECKMULTISIGVERIFY op\")\n    val nPossibleSignatures = numPossibleSignaturesOnStack(program)\n    val stackWithoutPubKeys = program.stack.tail.slice(nPossibleSignatures.toInt, program.stack.tail.size)\n    val mRequiredSignatures: ScriptNumber = stackWithoutPubKeys.head match {\n      case s: ScriptNumber => s\n      case s: ScriptConstant => ScriptNumber(s.bytes)\n      case _: ScriptToken => throw new RuntimeException(\"m must be a script number or script constant for OP_CHECKMULTISIG\")\n    }\n    mRequiredSignatures\n  }\n\n  \/**\n   * Determines if a script contains only script operations\n   * This is equivalent to\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/script.cpp#L213]]\n   *\/\n  def isPushOnly(script: Seq[ScriptToken]): Boolean = {\n    @tailrec\n    def loop(tokens: Seq[ScriptToken], accum: List[Boolean]): Seq[Boolean] = tokens match {\n      case h :: t => h match {\n        case scriptOp: ScriptOperation => loop(t, (scriptOp.opCode < OP_16.opCode) :: accum)\n        case _: ScriptToken => loop(t, true :: accum)\n      }\n      case Nil => accum\n    }\n    !loop(script, List()).exists(_ == false)\n  }\n\n  \/**\n   * Determines if the token being pushed onto the stack is being pushed by the SMALLEST push operation possible\n   * This is equivalent to\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/interpreter.cpp#L209]]\n   * @param pushOp the operation that is pushing the data onto the stack\n   * @param token the token that is being pushed onto the stack by the pushOp\n   * @return\n   *\/\n  def isMinimalPush(pushOp: ScriptToken, token: ScriptToken): Boolean = token match {\n    case scriptNumOp: ScriptNumberOperation =>\n      scriptNumOp == pushOp\n    case ScriptConstant.zero | ScriptConstant.negativeZero =>\n      \/\/weird case where OP_0 pushes an empty byte vector on the stack, NOT \"00\" or \"81\"\n      \/\/so we can push the constant \"00\" or \"81\" onto the stack with a BytesToPushOntoStack pushop\n      pushOp == BytesToPushOntoStack(1)\n    case _: ScriptToken if (token.bytes.size == 1 && ScriptNumberOperation.fromNumber(token.toLong.toInt).isDefined) =>\n      \/\/could have used the ScriptNumberOperation to push the number onto the stack\n      false\n    case token: ScriptToken => token.bytes.size match {\n      case size if (size == 0) => pushOp == OP_0\n      case size if (size == 1 && token.bytes.head == OP_1NEGATE.opCode) =>\n        pushOp == OP_1NEGATE\n      case size if (size <= 75) => token.bytes.size == pushOp.toLong\n      case size if (size <= 255) => pushOp == OP_PUSHDATA1\n      case size if (size <= 65535) => pushOp == OP_PUSHDATA2\n      case size =>\n        \/\/default case is true because we have to use the largest push op as possible which is OP_PUSHDATA4\n        true\n    }\n  }\n\n  \/** Calculates the push operation for the given [[ScriptToken]] *\/\n  def calculatePushOp(scriptToken: ScriptToken): Seq[ScriptToken] = {\n    \/\/push ops following an OP_PUSHDATA operation are interpreted as unsigned numbers\n    val scriptTokenSize = UInt32(scriptToken.bytes.size)\n    val bytes = scriptTokenSize.bytes\n    if (scriptToken.isInstanceOf[ScriptNumberOperation]) Nil\n    else if (scriptTokenSize <= UInt32(75)) Seq(BytesToPushOntoStack(scriptToken.bytes.size))\n    else if (scriptTokenSize <= UInt32(OP_PUSHDATA1.max)) {\n      \/\/we need the push op to be only 1 byte in size\n      val pushConstant = ScriptConstant(BitcoinSUtil.flipEndianness(bytes.slice(bytes.length - 1, bytes.length)))\n      Seq(OP_PUSHDATA1, pushConstant)\n    } else if (scriptTokenSize <= UInt32(OP_PUSHDATA2.max)) {\n      \/\/we need the push op to be only 2 bytes in size\n      val pushConstant = ScriptConstant(BitcoinSUtil.flipEndianness(bytes.slice(bytes.length - 2, bytes.length)))\n      Seq(OP_PUSHDATA2, pushConstant)\n    } else if (scriptTokenSize <= UInt32(OP_PUSHDATA4.max)) {\n      val pushConstant = ScriptConstant(BitcoinSUtil.flipEndianness(bytes))\n      Seq(OP_PUSHDATA4, pushConstant)\n    } else throw new IllegalArgumentException(\"ScriptToken is to large for pushops, size: \" + scriptTokenSize)\n  }\n\n  def calculatePushOp(bytes: Seq[Byte]): Seq[ScriptToken] = calculatePushOp(ScriptConstant(bytes))\n\n  \/**\n   * Whenever a [[ScriptConstant]] is interpreted to a number BIP62 could enforce that number to be encoded\n   * in the smallest encoding possible\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/a6a860796a44a2805a58391a009ba22752f64e32\/src\/script\/script.h#L220-L237]]\n   *\/\n  def isShortestEncoding(constant: ScriptConstant): Boolean = isShortestEncoding(constant.bytes)\n\n  def isShortestEncoding(bytes: Seq[Byte]): Boolean = {\n    \/\/ If the most-significant-byte - excluding the sign bit - is zero\n    \/\/ then we're not minimal. Note how this test also rejects the\n    \/\/ negative-zero encoding, 0x80.\n    if ((bytes.size > 0 && (bytes.last & 0x7f) == 0)) {\n      \/\/ One exception: if there's more than one byte and the most\n      \/\/ significant bit of the second-most-significant-byte is set\n      \/\/ it would conflict with the sign bit. An example of this case\n      \/\/ is +-255, which encode to 0xff00 and 0xff80 respectively.\n      \/\/ (big-endian).\n      if (bytes.size <= 1 || (bytes(bytes.size - 2) & 0x80) == 0) {\n        false\n      } else true\n    } else true\n  }\n\n  \/**\n   * Whenever a script constant is interpreted to a number BIP62 should enforce that number to be encoded\n   * in the smallest encoding possible\n   * https:\/\/github.com\/bitcoin\/bitcoin\/blob\/a6a860796a44a2805a58391a009ba22752f64e32\/src\/script\/script.h#L220-L237\n   *\/\n  def isShortestEncoding(hex: String): Boolean = isShortestEncoding(BitcoinSUtil.decodeHex(hex))\n  \/**\n   * Checks the [[ECPublicKey]] encoding according to bitcoin core's function:\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/interpreter.cpp#L202]].\n   *\/\n  def checkPubKeyEncoding(key: ECPublicKey, program: ScriptProgram): Boolean = checkPubKeyEncoding(key, program.flags)\n\n  def checkPubKeyEncoding(key: ECPublicKey, flags: Seq[ScriptFlag]): Boolean = {\n    if (ScriptFlagUtil.requireStrictEncoding(flags) &&\n      !isCompressedOrUncompressedPubKey(key)) false else true\n  }\n\n  \/**\n   * Returns true if the key is compressed or uncompressed, false otherwise\n   * https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/interpreter.cpp#L66\n   * @param key the public key that is being checked\n   * @return true if the key is compressed\/uncompressed otherwise false\n   *\/\n  def isCompressedOrUncompressedPubKey(key: ECPublicKey): Boolean = {\n    if (key.bytes.size < 33) {\n      \/\/  Non-canonical public key: too short\n      return false\n    }\n    if (key.bytes.head == 0x04) {\n      if (key.bytes.size != 65) {\n        \/\/  Non-canonical public key: invalid length for uncompressed key\n        return false\n      }\n    } else if (isCompressedPubKey(key)) {\n      return true\n    } else {\n      \/\/  Non-canonical public key: neither compressed nor uncompressed\n      return false\n    }\n    true\n  }\n\n  \/** Checks if the given public key is a compressed public key *\/\n  def isCompressedPubKey(key: ECPublicKey): Boolean = {\n    (key.bytes.size == 33) && (key.bytes.head == 0x02 || key.bytes.head == 0x03)\n  }\n\n  def minimalScriptNumberRepresentation(num: ScriptNumber): ScriptNumber = {\n    val op = ScriptNumberOperation.fromNumber(num.toLong)\n    if (op.isDefined) op.get else num\n  }\n\n  \/**\n   * Determines if the given pubkey is valid in accordance to the given [[ScriptFlag]]s\n   * Mimics this function inside of Bitcoin Core\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/528472111b4965b1a99c4bcf08ac5ec93d87f10f\/src\/script\/interpreter.cpp#L214-L223]]\n   *\/\n  def isValidPubKeyEncoding(pubKey: ECPublicKey, flags: Seq[ScriptFlag]): Option[ScriptError] = {\n    if (ScriptFlagUtil.requireStrictEncoding(flags) &&\n      !BitcoinScriptUtil.isCompressedOrUncompressedPubKey(pubKey)) {\n      Some(ScriptErrorPubKeyType)\n    } else if (ScriptFlagUtil.requireScriptVerifyWitnessPubKeyType(flags) &&\n      !BitcoinScriptUtil.isCompressedPubKey(pubKey)) {\n      Some(ScriptErrorWitnessPubKeyType)\n    } else None\n  }\n\n  \/**\n   * Prepares the script we spending to be serialized for our transaction signature serialization algorithm\n   * We need to check if the scriptSignature has a redeemScript\n   * In that case, we need to pass the redeemScript to the TransactionSignatureChecker\n   *\n   * In the case we have a P2SH(P2WSH) we need to pass the witness's redeem script to the [[TransactionSignatureChecker]]\n   * instead of passing the [[WitnessScriptPubKey]] inside of the [[P2SHScriptSignature]]'s redeem script.\n   *\/\n  def calculateScriptForChecking(\n    txSignatureComponent: TxSigComponent,\n    signature: ECDigitalSignature, script: Seq[ScriptToken]): Seq[ScriptToken] = {\n    val scriptForChecking = calculateScriptForSigning(txSignatureComponent, script)\n    logger.debug(\"sig for removal: \" + signature)\n    logger.debug(\"script: \" + script)\n    logger.debug(\"scriptWithSigRemoved: \" + scriptForChecking)\n    txSignatureComponent.sigVersion match {\n      case SigVersionBase => removeSignatureFromScript(signature, scriptForChecking)\n      case SigVersionWitnessV0 =>\n        \/\/BIP143 removes requirement for calling FindAndDelete\n        \/\/https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0143.mediawiki#no-findanddelete\n        scriptForChecking\n    }\n  }\n\n  def calculateScriptForSigning(txSignatureComponent: TxSigComponent, script: Seq[ScriptToken]): Seq[ScriptToken] = txSignatureComponent.scriptPubKey match {\n    case _: P2SHScriptPubKey =>\n      val p2shScriptSig = P2SHScriptSignature(txSignatureComponent.scriptSignature.bytes)\n      val sigsRemoved = removeSignaturesFromScript(p2shScriptSig.signatures, p2shScriptSig.redeemScript.asm)\n      sigsRemoved\n    case w: WitnessScriptPubKey =>\n      txSignatureComponent match {\n        case wtxSigComponent: WitnessTxSigComponent =>\n          val scriptEither: Either[(Seq[ScriptToken], ScriptPubKey), ScriptError] = w.witnessVersion.rebuild(wtxSigComponent.witness, w.witnessProgram)\n          parseScriptEither(scriptEither)\n        case rWTxSigComponent: WitnessTxSigComponentRebuilt =>\n          rWTxSigComponent.scriptPubKey.asm\n        case _: BaseTxSigComponent =>\n          \/\/shouldn't have BaseTxSigComponent\n          \/\/with a witness scriptPubKey\n          script\n      }\n    case _: P2PKHScriptPubKey | _: P2PKScriptPubKey | _: MultiSignatureScriptPubKey\n      | _: NonStandardScriptPubKey | _: CLTVScriptPubKey | _: CSVScriptPubKey\n      | _: WitnessCommitment | _: EscrowTimeoutScriptPubKey | EmptyScriptPubKey => script\n  }\n\n  \/** Removes the given [[ECDigitalSignature]] from the list of [[ScriptToken]] if it exists. *\/\n  def removeSignatureFromScript(signature: ECDigitalSignature, script: Seq[ScriptToken]): Seq[ScriptToken] = {\n    if (script.contains(ScriptConstant(signature.hex))) {\n      \/\/replicates this line in bitcoin core\n      \/\/https:\/\/github.com\/bitcoin\/bitcoin\/blob\/master\/src\/script\/interpreter.cpp#L872\n      val sigIndex = script.indexOf(ScriptConstant(signature.hex))\n      logger.debug(\"SigIndex: \" + sigIndex)\n      \/\/remove sig and it's corresponding BytesToPushOntoStack\n      val sigRemoved = script.slice(0, sigIndex - 1) ++ script.slice(sigIndex + 1, script.size)\n      logger.debug(\"sigRemoved: \" + sigRemoved)\n      sigRemoved\n    } else script\n  }\n\n  \/** Removes the list of [[ECDigitalSignature]] from the list of [[ScriptToken]] *\/\n  def removeSignaturesFromScript(sigs: Seq[ECDigitalSignature], script: Seq[ScriptToken]): Seq[ScriptToken] = {\n    @tailrec\n    def loop(remainingSigs: Seq[ECDigitalSignature], scriptTokens: Seq[ScriptToken]): Seq[ScriptToken] = {\n      remainingSigs match {\n        case Nil => scriptTokens\n        case h :: t =>\n          val newScriptTokens = removeSignatureFromScript(h, scriptTokens)\n          loop(t, newScriptTokens)\n      }\n    }\n    loop(sigs, script)\n  }\n\n  \/**\n   * Removes the [[org.bitcoins.core.script.crypto.OP_CODESEPARATOR]] in the original script according to\n   * the last code separator index in the script.\n   *\/\n  def removeOpCodeSeparator(program: ExecutionInProgressScriptProgram): Seq[ScriptToken] = {\n    if (program.lastCodeSeparator.isDefined) {\n      program.originalScript.slice(program.lastCodeSeparator.get + 1, program.originalScript.size)\n    } else program.originalScript\n  }\n\n  private def parseScriptEither(scriptEither: Either[(Seq[ScriptToken], ScriptPubKey), ScriptError]): Seq[ScriptToken] = scriptEither match {\n    case Left((_, scriptPubKey)) =>\n      logger.debug(\"Script pubkey asm inside calculateForSigning: \" + scriptPubKey.asm)\n      scriptPubKey.asm\n    case Right(_) => Nil \/\/error\n  }\n\n  \/**\n   * Casts the given script token to a boolean value\n   * Mimics this function inside of Bitcoin Core\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/8c1dbc5e9ddbafb77e60e8c4e6eb275a3a76ac12\/src\/script\/interpreter.cpp#L38]]\n   * All bytes in the byte vector must be zero, unless it is the last byte, which can be 0 or 0x80 (negative zero)\n   *\/\n  def castToBool(token: ScriptToken): Boolean = {\n    token.bytes.zipWithIndex.exists {\n      case (b, index) =>\n        val byteNotZero = b.toByte != 0\n        val lastByteNotNegativeZero = !(index == token.bytes.size - 1 && b.toByte == 0x80.toByte)\n        byteNotZero && lastByteNotNegativeZero\n    }\n  }\n\n  \/** Since witnesses are not run through the interpreter, replace OP_0\/OP_1 with ScriptNumber.zero\/ScriptNumber.one *\/\n  def minimalIfOp(asm: Seq[ScriptToken]): Seq[ScriptToken] = {\n    if (asm == Nil) asm\n    else if (asm.last == OP_0) {\n      asm.dropRight(1) ++ Seq(ScriptNumber.zero)\n    } else if (asm.last == OP_1) {\n      asm.dropRight(1) ++ Seq(ScriptNumber.one)\n    } else asm\n\n  }\n\n  \/** Replaces the OP_0 dummy for OP_CHECKMULTISIG with ScriptNumber.zero *\/\n  def minimalDummy(asm: Seq[ScriptToken]): Seq[ScriptToken] = {\n    if (asm.headOption == Some(OP_0)) ScriptNumber.zero +: asm.tail\n    else asm\n  }\n\n}\n\nobject BitcoinScriptUtil extends BitcoinScriptUtil\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/test\/scala\/org\/bitcoins\/core\/channels\/ChannelTest.scala","text":"<gh_stars>1-10\npackage org.bitcoins.core.channels\n\nimport org.bitcoins.core.crypto.ECPrivateKey\nimport org.bitcoins.core.currency.{ CurrencyUnits, Satoshis }\nimport org.bitcoins.core.gen.ScriptGenerators\nimport org.bitcoins.core.number.Int64\nimport org.bitcoins.core.policy.Policy\nimport org.bitcoins.core.protocol.script.{ P2SHScriptPubKey, P2WSHWitnessSPKV0, WitnessScriptPubKeyV0 }\nimport org.bitcoins.core.protocol.transaction._\nimport org.bitcoins.core.util.BitcoinSLogger\nimport org.scalatest.{ FlatSpec, MustMatchers }\n\nimport scala.util.Try\n\n\/**\n * Created by chris on 5\/31\/17.\n *\/\nclass ChannelTest extends FlatSpec with MustMatchers {\n  private val logger = BitcoinSLogger.logger\n\n  \"ChannelTest\" must \"fail to create payment channel if we do not have the minimum amoutn required for initial deposit\" in {\n    val lock = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get._1\n    val p2sh = P2SHScriptPubKey(lock)\n    val amount = Policy.minChannelAmount - Satoshis.one\n    val output = TransactionOutput(amount, p2sh)\n    val tx = BaseTransaction(TransactionConstants.version, Nil, Seq(output), TransactionConstants.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock)\n    chan.isRight must be(true)\n  }\n\n  it must \"fail to create a payment channel if one of the outputs scriptPubKey's is not P2SH(lock)\" in {\n    val lock = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get._1\n    val randomScript = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val p2sh = P2SHScriptPubKey(randomScript)\n    val amount = Policy.minChannelAmount\n    val output = TransactionOutput(amount, p2sh)\n    val tx = BaseTransaction(TransactionConstants.version, Nil, Seq(output), TransactionConstants.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock)\n    chan.isRight must be(true)\n\n    \/\/it must also fail if we do not have a p2sh output at all\n    val output2 = TransactionOutput(amount, randomScript)\n    val tx2 = BaseTransaction(TransactionConstants.version, Nil, Seq(output2), TransactionConstants.lockTime)\n    val chan2 = ChannelAwaitingAnchorTx(tx2, lock)\n    chan2.isRight must be(true)\n  }\n\n  it must \"fail to client sign ChannelAwaitingAnchorTx if we do not have enough confs\" in {\n    val clientSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val (lock, keys) = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get\n    val p2sh = P2SHScriptPubKey(P2WSHWitnessSPKV0(lock))\n    val amount = Policy.minChannelAmount\n    val output = TransactionOutput(amount, p2sh)\n    val tc = TransactionConstants\n    val tx = BaseTransaction(tc.version, Nil, Seq(output), tc.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock)\n    val clientSigned = chan.left.flatMap(_.clientSign(clientSPK, amount, keys.head))\n    clientSigned.isRight must be(true)\n  }\n\n  it must \"fail to client sign a payment channel in progress if the value is more than the locked amount\" in {\n    val (inProgress, keys) = validInProgress\n    val i = inProgress.clientSign(inProgress.lockedAmount, keys.head)\n    i.isRight must be(true)\n  }\n\n  it must \"be valid for the server to receive all of the money when a payment channel closes\" in {\n    val clientSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val serverSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val (lock, keys) = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get\n    val p2wsh = P2WSHWitnessSPKV0(lock)\n    val amount = CurrencyUnits.oneBTC\n    val output = TransactionOutput(amount, p2wsh)\n    val tx = BaseTransaction(TransactionConstants.version, Nil, Seq(output), TransactionConstants.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock, Policy.confirmations)\n    chan.isLeft must be(true)\n    val inProgress = chan.left.flatMap(_.clientSign(clientSPK, amount, keys.head))\n    inProgress.isLeft must be(true)\n    val closed = inProgress.left.flatMap(_.close(serverSPK, keys(1), CurrencyUnits.zero))\n    closed.isLeft must be(true)\n    closed.left.get.serverAmount.get must be(amount)\n  }\n\n  it must \"be valid for the server to receive all of the money when a payment channel closes in two updates\" in {\n    val clientSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val serverSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val (lock, keys) = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get\n    val p2wsh = P2WSHWitnessSPKV0(lock)\n    val amount = CurrencyUnits.oneBTC * Satoshis(Int64(2))\n    val output = TransactionOutput(amount, p2wsh)\n    val tx = BaseTransaction(TransactionConstants.version, Nil, Seq(output), TransactionConstants.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock, Policy.confirmations)\n    val inProgress = chan.left.flatMap(_.clientSign(clientSPK, CurrencyUnits.oneBTC, keys.head))\n    val serverSign = inProgress.left.flatMap(_.serverSign(keys(1)))\n    val inProgress2 = serverSign.left.flatMap(_.clientSign(CurrencyUnits.oneBTC, keys.head))\n    val closed = inProgress2.left.flatMap(_.close(serverSPK, keys(1), CurrencyUnits.zero))\n    closed.left.get.serverAmount.get must be(amount)\n  }\n\n  it must \"fail to close the payment channel if the payment channel's fee is larger than the locked amount\" in {\n    val clientSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val serverSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val (lock, keys) = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get\n    val p2wsh = P2WSHWitnessSPKV0(lock)\n    val amount = CurrencyUnits.oneBTC\n    val output = TransactionOutput(amount, p2wsh)\n    val tx = BaseTransaction(TransactionConstants.version, Nil, Seq(output), TransactionConstants.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock, Policy.confirmations)\n    val inProgress = chan.left.flatMap(_.clientSign(clientSPK, amount, keys.head))\n    \/\/Note the fee here, we try and spend too much money\n    val closed = inProgress.left.flatMap(_.close(serverSPK, keys(1), CurrencyUnits.oneBTC + Satoshis.one))\n    closed.isRight must be(true)\n  }\n\n  private def validInProgress: (ChannelInProgress, Seq[ECPrivateKey]) = {\n    val clientSPK = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n    val (lock, keys) = ScriptGenerators.escrowTimeoutScriptPubKey2Of2.sample.get\n    val p2wsh = P2WSHWitnessSPKV0(lock)\n    val amount = CurrencyUnits.oneBTC\n    val output = TransactionOutput(amount, p2wsh)\n    val tc = TransactionConstants\n    val tx = BaseTransaction(tc.version, Nil, Seq(output), tc.lockTime)\n    val chan = ChannelAwaitingAnchorTx(tx, lock, Policy.confirmations)\n    val paymentAmount = Policy.minChannelAmount\n    val clientSign = chan.left.flatMap(_.clientSign(clientSPK, paymentAmount, keys.head))\n    val i = clientSign.left.flatMap(_.serverSign(keys(1)))\n    (i.left.get, keys)\n  }\n}\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/main\/scala\/org\/bitcoins\/core\/protocol\/script\/ScriptPubKey.scala","text":"package org.bitcoins.core.protocol.script\n\nimport org.bitcoins.core.crypto._\nimport org.bitcoins.core.protocol._\nimport org.bitcoins.core.protocol.blockchain.Block\nimport org.bitcoins.core.protocol.transaction.WitnessTransaction\nimport org.bitcoins.core.script.ScriptSettings\nimport org.bitcoins.core.script.bitwise.{ OP_EQUAL, OP_EQUALVERIFY }\nimport org.bitcoins.core.script.constant.{ BytesToPushOntoStack, _ }\nimport org.bitcoins.core.script.control.{ OP_ELSE, OP_ENDIF, OP_IF, OP_RETURN }\nimport org.bitcoins.core.script.crypto.{ OP_CHECKMULTISIG, OP_CHECKMULTISIGVERIFY, OP_CHECKSIG, OP_HASH160 }\nimport org.bitcoins.core.script.locktime.{ OP_CHECKLOCKTIMEVERIFY, OP_CHECKSEQUENCEVERIFY }\nimport org.bitcoins.core.script.reserved.UndefinedOP_NOP\nimport org.bitcoins.core.script.stack.{ OP_DROP, OP_DUP }\nimport org.bitcoins.core.serializers.script.{ RawScriptPubKeyParser, ScriptParser }\nimport org.bitcoins.core.util._\n\nimport scala.util.{ Failure, Success, Try }\n\n\/**\n * Created by chris on 12\/26\/15.\n *\/\nsealed trait ScriptPubKey extends NetworkElement {\n\n  \/** The size of the script, this is used for network serialization *\/\n  def compactSizeUInt: CompactSizeUInt = CompactSizeUInt.parseCompactSizeUInt(bytes)\n\n  \/**\n   * Representation of a scriptPubKey in a parsed assembly format\n   * this data structure can be run through the script interpreter to\n   * see if a script evaluates to true\n   * Note: The first byte(s) inside the byte array is the [[CompactSizeUInt]]\n   * used to represent the size of the script serialization\n   *\/\n  lazy val asm: Seq[ScriptToken] = ScriptParser.fromBytes(bytes.splitAt(compactSizeUInt.size.toInt)._2)\n\n  \/**\n   * The byte representation of [[asm]], this does NOT have the bytes\n   * for the [[org.bitcoins.core.protocol.CompactSizeUInt]] in the [[org.bitcoins.core.protocol.script.ScriptPubKey]]\n   *\/\n  lazy val asmBytes: Seq[Byte] = asm.flatMap(_.bytes)\n\n}\n\n\/**\n * Represents a pay-to-pubkey hash script pubkey\n * https:\/\/bitcoin.org\/en\/developer-guide#pay-to-public-key-hash-p2pkh\n * Format: OP_DUP OP_HASH160 <PubKeyHash> OP_EQUALVERIFY OP_CHECKSIG\n *\/\nsealed trait P2PKHScriptPubKey extends ScriptPubKey {\n  def pubKeyHash: Sha256Hash160Digest = Sha256Hash160Digest(asm(asm.length - 3).bytes)\n}\n\nobject P2PKHScriptPubKey extends ScriptFactory[P2PKHScriptPubKey] {\n  private case class P2PKHScriptPubKeyImpl(bytes: Seq[Byte]) extends P2PKHScriptPubKey {\n    override def toString = \"P2PKHScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def apply(pubKey: ECPublicKey): P2PKHScriptPubKey = {\n    val hash = CryptoUtil.sha256Hash160(pubKey.bytes)\n    P2PKHScriptPubKey(hash)\n  }\n\n  def apply(hash: Sha256Hash160Digest): P2PKHScriptPubKey = {\n    val pushOps = BitcoinScriptUtil.calculatePushOp(hash.bytes)\n    val asm = Seq(OP_DUP, OP_HASH160) ++ pushOps ++ Seq(ScriptConstant(hash.bytes), OP_EQUALVERIFY, OP_CHECKSIG)\n    P2PKHScriptPubKey(asm)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): P2PKHScriptPubKey = {\n    buildScript(asm, P2PKHScriptPubKeyImpl(_), isP2PKHScriptPubKey(_), \"Given asm was not a p2pkh scriptPubKey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): P2PKHScriptPubKey = fromAsm(asm)\n\n  \/** Checks if the given asm matches the pattern for [[P2PKHScriptPubKey]] *\/\n  def isP2PKHScriptPubKey(asm: Seq[ScriptToken]): Boolean = asm match {\n    case List(OP_DUP, OP_HASH160, x: BytesToPushOntoStack, y: ScriptConstant, OP_EQUALVERIFY, OP_CHECKSIG) => true\n    case _ => false\n  }\n}\n\n\/**\n * Represents a multisignature script public key\n * https:\/\/bitcoin.org\/en\/developer-guide#multisig\n * Format: <m> <A pubkey> [B pubkey] [C pubkey...] <n> OP_CHECKMULTISIG\n *\/\nsealed trait MultiSignatureScriptPubKey extends ScriptPubKey {\n\n  \/** Returns the amount of required signatures for this multisignature script pubkey output *\/\n  def requiredSigs: Int = {\n    val asmWithoutPushOps = asm.filterNot(_.isInstanceOf[BytesToPushOntoStack])\n    val opCheckMultiSigIndex = if (asm.indexOf(OP_CHECKMULTISIG) != -1) asmWithoutPushOps.indexOf(OP_CHECKMULTISIG) else asmWithoutPushOps.indexOf(OP_CHECKMULTISIGVERIFY)\n    \/\/magic number 2 represents the maxSig operation and the OP_CHECKMULTISIG operation at the end of the asm\n    val numSigsRequired = asmWithoutPushOps(opCheckMultiSigIndex - maxSigs.toInt - 2)\n    numSigsRequired match {\n      case x: ScriptNumber => x.toInt\n      case c: ScriptConstant if ScriptNumber(c.hex).toLong <= ScriptSettings.maxPublicKeysPerMultiSig =>\n        ScriptNumber(c.hex).toInt\n      case _ => throw new RuntimeException(\"The first element of the multisignature pubkey must be a script number operation\\n\" +\n        \"operation: \" + numSigsRequired +\n        \"\\nscriptPubKey: \" + this)\n    }\n  }\n\n  \/** The maximum amount of signatures for this multisignature script pubkey output *\/\n  def maxSigs: Int = {\n    if (checkMultiSigIndex == -1 || checkMultiSigIndex == 0) {\n      \/\/means that we do not have a max signature requirement\n      0\n    } else {\n      asm(checkMultiSigIndex - 1) match {\n        case x: ScriptNumber => x.toInt\n        case c: ScriptConstant if ScriptNumber(c.hex).toLong <= ScriptSettings.maxPublicKeysPerMultiSig =>\n          ScriptNumber(c.hex).toInt\n        case x => throw new RuntimeException(\"The element preceding a OP_CHECKMULTISIG operation in a  multisignature pubkey must be a script number operation, got: \" + x)\n      }\n    }\n  }\n\n  \/** Gives the OP_CHECKMULTISIG or OP_CHECKMULTISIGVERIFY index inside of asm *\/\n  private def checkMultiSigIndex: Int = {\n    if (asm.indexOf(OP_CHECKMULTISIG) != -1) asm.indexOf(OP_CHECKMULTISIG) else asm.indexOf(OP_CHECKMULTISIGVERIFY)\n  }\n\n  \/** Returns the public keys encoded into the scriptPubKey *\/\n  def publicKeys: Seq[ECPublicKey] = {\n    asm.filter(_.isInstanceOf[ScriptConstant]).slice(1, maxSigs + 1).map(key => ECPublicKey(key.hex))\n  }\n}\n\nobject MultiSignatureScriptPubKey extends ScriptFactory[MultiSignatureScriptPubKey] {\n\n  private case class MultiSignatureScriptPubKeyImpl(bytes: Seq[Byte]) extends MultiSignatureScriptPubKey {\n    override def toString = \"MultiSignatureScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def apply(requiredSigs: Int, pubKeys: Seq[ECPublicKey]): MultiSignatureScriptPubKey = {\n    require(requiredSigs <= ScriptSettings.maxPublicKeysPerMultiSig, \"We cannot have more required signatures than: \" +\n      ScriptSettings.maxPublicKeysPerMultiSig + \" got: \" + requiredSigs)\n    require(pubKeys.length <= ScriptSettings.maxPublicKeysPerMultiSig, \"We cannot have more public keys than \" +\n      ScriptSettings.maxPublicKeysPerMultiSig + \" got: \" + pubKeys.length)\n\n    val required = ScriptNumberOperation.fromNumber(requiredSigs) match {\n      case Some(scriptNumOp) => Seq(scriptNumOp)\n      case None =>\n        val scriptNum = ScriptNumber(requiredSigs)\n        val pushOps = BitcoinScriptUtil.calculatePushOp(scriptNum.bytes)\n        pushOps ++ Seq(scriptNum)\n    }\n    val possible = ScriptNumberOperation.fromNumber(pubKeys.length) match {\n      case Some(scriptNumOp) => Seq(scriptNumOp)\n      case None =>\n        val scriptNum = ScriptNumber(pubKeys.length)\n        val pushOps = BitcoinScriptUtil.calculatePushOp(scriptNum)\n        pushOps ++ Seq(scriptNum)\n    }\n    val pubKeysWithPushOps: Seq[Seq[ScriptToken]] = for {\n      pubKey <- pubKeys\n      pushOps = BitcoinScriptUtil.calculatePushOp(pubKey.bytes)\n      constant = ScriptConstant(pubKey.bytes)\n    } yield pushOps ++ Seq(constant)\n    val asm: Seq[ScriptToken] = required ++ pubKeysWithPushOps.flatten ++ possible ++ Seq(OP_CHECKMULTISIG)\n    MultiSignatureScriptPubKey(asm)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): MultiSignatureScriptPubKey = {\n    buildScript(asm, MultiSignatureScriptPubKeyImpl(_), isMultiSignatureScriptPubKey(_), \"Given asm was not a MultSignatureScriptPubKey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): MultiSignatureScriptPubKey = fromAsm(asm)\n\n  \/** Determines if the given script tokens are a multisignature scriptPubKey *\/\n  def isMultiSignatureScriptPubKey(asm: Seq[ScriptToken]): Boolean = {\n    val isNotEmpty = asm.size > 0\n    val containsMultiSigOp = asm.contains(OP_CHECKMULTISIG) || asm.contains(OP_CHECKMULTISIGVERIFY)\n    \/\/we need either the first or second asm operation to indicate how many signatures are required\n    val hasRequiredSignaturesTry = Try {\n      asm.headOption match {\n        case None => false\n        case Some(token) =>\n          \/\/this is for the case that we have more than 16 public keys, the\n          \/\/first operation will be a push op, the second operation being the actual number of keys\n          if (token.isInstanceOf[BytesToPushOntoStack]) isValidPubKeyNumber(asm.tail.head)\n          else isValidPubKeyNumber(token)\n      }\n    }\n    \/\/the second to last asm operation should be the maximum amount of public keys\n    val hasMaximumSignaturesTry = Try {\n      asm(asm.length - 2) match {\n        case token: ScriptToken => isValidPubKeyNumber(token)\n      }\n    }\n\n    val standardOps = asm.filter(op => op.isInstanceOf[ScriptNumber] || op == OP_CHECKMULTISIG ||\n      op == OP_CHECKMULTISIGVERIFY || op.isInstanceOf[ScriptConstant] || op.isInstanceOf[BytesToPushOntoStack])\n    (hasRequiredSignaturesTry, hasMaximumSignaturesTry) match {\n      case (Success(hasRequiredSignatures), Success(hasMaximumSignatures)) =>\n        val result = isNotEmpty && containsMultiSigOp && hasRequiredSignatures &&\n          hasMaximumSignatures && standardOps.size == asm.size\n        result\n      case (Success(_), Failure(_)) => false\n      case (Failure(_), Success(_)) => false\n      case (Failure(_), Failure(_)) => false\n    }\n  }\n\n  \/**\n   * Checks that the given script token is with the range of the maximum amount of\n   * public keys we can have in a [[MultiSignatureScriptPubKey]]\n   *\/\n  private def isValidPubKeyNumber(token: ScriptToken): Boolean = token match {\n    case constant: ScriptConstant =>\n      constant.isInstanceOf[ScriptNumber] ||\n        ScriptNumber(constant.bytes) <= ScriptNumber(ScriptSettings.maxPublicKeysPerMultiSig)\n    case _: ScriptToken => false\n  }\n}\n\n\/**\n * Represents a pay-to-scripthash public key\n * https:\/\/bitcoin.org\/en\/developer-guide#pay-to-script-hash-p2sh\n * Format: OP_HASH160 <Hash160(redeemScript)> OP_EQUAL\n *\/\nsealed trait P2SHScriptPubKey extends ScriptPubKey {\n  \/** The hash of the script for which this scriptPubKey is being created from *\/\n  def scriptHash: Sha256Hash160Digest = Sha256Hash160Digest(asm(asm.length - 2).bytes)\n}\n\nobject P2SHScriptPubKey extends ScriptFactory[P2SHScriptPubKey] {\n  private case class P2SHScriptPubKeyImpl(bytes: Seq[Byte]) extends P2SHScriptPubKey {\n    override def toString = \"P2SHScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def apply(scriptPubKey: ScriptPubKey): P2SHScriptPubKey = {\n    val hash = CryptoUtil.sha256Hash160(scriptPubKey.asmBytes)\n    P2SHScriptPubKey(hash)\n  }\n\n  def apply(hash: Sha256Hash160Digest): P2SHScriptPubKey = {\n    val pushOps = BitcoinScriptUtil.calculatePushOp(hash.bytes)\n    val asm = Seq(OP_HASH160) ++ pushOps ++ Seq(ScriptConstant(hash.bytes), OP_EQUAL)\n    P2SHScriptPubKey(asm)\n  }\n\n  \/** Checks if the given asm matches the pattern for [[P2SHScriptPubKey]] *\/\n  def isP2SHScriptPubKey(asm: Seq[ScriptToken]): Boolean = asm match {\n    case List(OP_HASH160, x: BytesToPushOntoStack, y: ScriptConstant, OP_EQUAL) => true\n    case _ => false\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): P2SHScriptPubKey = {\n    buildScript(asm, P2SHScriptPubKeyImpl(_), isP2SHScriptPubKey(_), \"Given asm was not a p2sh scriptPubkey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): P2SHScriptPubKey = fromAsm(asm)\n}\n\n\/**\n * Represents a pay to public key script public key\n * https:\/\/bitcoin.org\/en\/developer-guide#pubkey\n * Format: <pubkey> OP_CHECKSIG\n *\/\nsealed trait P2PKScriptPubKey extends ScriptPubKey {\n  def publicKey: ECPublicKey = ECPublicKey(BitcoinScriptUtil.filterPushOps(asm).head.bytes)\n}\n\nobject P2PKScriptPubKey extends ScriptFactory[P2PKScriptPubKey] {\n\n  private case class P2PKScriptPubKeyImpl(bytes: Seq[Byte]) extends P2PKScriptPubKey {\n    override def toString = \"P2PKScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def apply(pubKey: ECPublicKey): P2PKScriptPubKey = {\n    val pushOps = BitcoinScriptUtil.calculatePushOp(pubKey.bytes)\n    val asm = pushOps ++ Seq(ScriptConstant(pubKey.bytes), OP_CHECKSIG)\n    P2PKScriptPubKey(asm)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): P2PKScriptPubKey = {\n    buildScript(asm, P2PKScriptPubKeyImpl(_), isP2PKScriptPubKey(_), \"Given asm was not a p2pk scriptPubKey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): P2PKScriptPubKey = fromAsm(asm)\n\n  \/** Sees if the given asm matches the [[P2PKHScriptPubKey]] pattern *\/\n  def isP2PKScriptPubKey(asm: Seq[ScriptToken]): Boolean = asm match {\n    case List(b: BytesToPushOntoStack, x: ScriptConstant, OP_CHECKSIG) => true\n    case _ => false\n  }\n\n}\n\nsealed trait LockTimeScriptPubKey extends ScriptPubKey {\n  \/** Determines the nested ScriptPubKey inside the LockTimeScriptPubKey *\/\n  def nestedScriptPubKey: ScriptPubKey = {\n    val bool: Boolean = asm.head.isInstanceOf[ScriptNumberOperation]\n    bool match {\n      case true => ScriptPubKey(asm.slice(3, asm.length))\n      case false => ScriptPubKey(asm.slice(4, asm.length))\n    }\n  }\n\n  \/** The relative locktime value (i.e. the amount of time the output should remain unspendable) *\/\n  def locktime: ScriptNumber = {\n    asm.head match {\n      case scriptNumOp: ScriptNumberOperation => ScriptNumber(scriptNumOp.toLong)\n      case _: BytesToPushOntoStack => ScriptNumber(asm(1).hex)\n      case x @ (_: ScriptConstant | _: ScriptOperation) => throw new IllegalArgumentException(\"In a LockTimeScriptPubKey, \" +\n        \"the first asm must be either a ScriptNumberOperation (i.e. OP_5), or the BytesToPushOntoStack for the proceeding ScriptConstant.\")\n    }\n  }\n}\n\nobject LockTimeScriptPubKey extends ScriptFactory[LockTimeScriptPubKey] {\n\n  def fromAsm(asm: Seq[ScriptToken]): LockTimeScriptPubKey = {\n    require(isValidLockTimeScriptPubKey(asm))\n    if (asm.contains(OP_CHECKLOCKTIMEVERIFY)) CLTVScriptPubKey(asm)\n    else if (asm.contains(OP_CHECKSEQUENCEVERIFY)) CSVScriptPubKey(asm)\n    else throw new IllegalArgumentException(\"Given asm was not a LockTimeScriptPubKey, got: \" + asm)\n  }\n\n  def isValidLockTimeScriptPubKey(asm: Seq[ScriptToken]): Boolean = {\n    CLTVScriptPubKey.isCLTVScriptPubKey(asm) || CSVScriptPubKey.isCSVScriptPubKey(asm)\n  }\n}\n\n\/**\n * Represents a scriptPubKey that contains OP_CHECKLOCKTIMEVERIFY.\n * Adds an absolute\/defined locktime condition to any scriptPubKey.\n * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0065.mediawiki]]\n * Format: <locktime> OP_CLTV OP_DROP <scriptPubKey>\n *\/\nsealed trait CLTVScriptPubKey extends LockTimeScriptPubKey\n\nobject CLTVScriptPubKey extends ScriptFactory[CLTVScriptPubKey] {\n  private case class CLTVScriptPubKeyImpl(bytes: Seq[Byte]) extends CLTVScriptPubKey {\n    override def toString = \"CLTVScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): CLTVScriptPubKey = {\n    buildScript(asm, CLTVScriptPubKeyImpl(_), isCLTVScriptPubKey(_), \"Given asm was not a CLTVScriptPubKey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): CLTVScriptPubKey = fromAsm(asm)\n\n  def apply(locktime: ScriptNumber, scriptPubKey: ScriptPubKey): CLTVScriptPubKey = {\n    val scriptOp = BitcoinScriptUtil.minimalScriptNumberRepresentation(locktime)\n\n    val scriptNum: Seq[ScriptToken] = if (scriptOp.isInstanceOf[ScriptNumberOperation]) {\n      Seq(scriptOp)\n    } else {\n      val pushOpsLockTime = BitcoinScriptUtil.calculatePushOp(locktime.bytes)\n      pushOpsLockTime ++ Seq(ScriptConstant(locktime.bytes))\n    }\n\n    val cltvAsm = Seq(OP_CHECKLOCKTIMEVERIFY, OP_DROP)\n    val scriptPubKeyAsm = scriptPubKey.asm\n    val asm = scriptNum ++ cltvAsm ++ scriptPubKeyAsm\n    CLTVScriptPubKey(asm)\n  }\n\n  def isCLTVScriptPubKey(asm: Seq[ScriptToken]): Boolean = {\n    if (asm.head.isInstanceOf[BytesToPushOntoStack]) {\n      val tailTokens = asm.slice(4, asm.length)\n      if (P2SHScriptPubKey.isP2SHScriptPubKey(tailTokens) || tailTokens.contains(OP_CHECKLOCKTIMEVERIFY)) return false\n      asm.slice(0, 4) match {\n        case List(lockTimeBytesToPush: BytesToPushOntoStack, lockTime: ScriptConstant, OP_CHECKLOCKTIMEVERIFY, OP_DROP) =>\n          validScriptAfterLockTime(tailTokens)\n        case _ => false\n      }\n    } else {\n      val tailTokens = asm.slice(3, asm.length)\n      if (P2SHScriptPubKey.isP2SHScriptPubKey(tailTokens) || tailTokens.contains(OP_CHECKLOCKTIMEVERIFY)) return false\n      asm.slice(0, 3) match {\n        case List(scriptNumOp: ScriptNumberOperation, OP_CHECKLOCKTIMEVERIFY, OP_DROP) =>\n          validScriptAfterLockTime(tailTokens)\n        case _ => false\n      }\n    }\n  }\n\n  \/**\n   * We need this check because sometimes we can get very lucky in having a non valid\n   * lock time script that has the first 4 bytes as a valid locktime script\n   * and then the bytes after the first 4 bytes gets lucky and is parsed by our [[ScriptParser]]\n   * A good way to see if this is _actually_ a valid script is by checking if we have any\n   * [[UndefinedOP_NOP]] in the script, which means we definitely don't have a valid locktime script\n   * See this example of what happened before we added this check:\n   *\n   * [[https:\/\/travis-ci.org\/bitcoin-s\/bitcoin-s-core\/builds\/201652191#L2526]]\n   *\/\n  def validScriptAfterLockTime(asm: Seq[ScriptToken]): Boolean = {\n    !asm.exists(_.isInstanceOf[UndefinedOP_NOP])\n  }\n}\n\n\/**\n * Represents a scriptPubKey that contains OP_CHECKSEQUENCEVERIFY.\n * Adds a relative lockTime condition to any scriptPubKey.\n * https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0112.mediawiki\n * Format: <locktime> OP_CSV OP_DROP <scriptPubKey>\n *\/\nsealed trait CSVScriptPubKey extends LockTimeScriptPubKey\n\nobject CSVScriptPubKey extends ScriptFactory[CSVScriptPubKey] {\n  private case class CSVScriptPubKeyImpl(bytes: Seq[Byte]) extends CSVScriptPubKey {\n    override def toString = \"CSVScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): CSVScriptPubKey = {\n    buildScript(asm, CSVScriptPubKeyImpl(_), isCSVScriptPubKey(_), \"Given asm was not a CSVScriptPubKey, got: \" + asm)\n  }\n\n  def apply(asm: Seq[ScriptToken]): CSVScriptPubKey = fromAsm(asm)\n\n  def apply(relativeLockTime: ScriptNumber, scriptPubKey: ScriptPubKey): CSVScriptPubKey = {\n    val scriptOp = BitcoinScriptUtil.minimalScriptNumberRepresentation(relativeLockTime)\n\n    val scriptNum: Seq[ScriptToken] = if (scriptOp.isInstanceOf[ScriptNumberOperation]) {\n      Seq(scriptOp)\n    } else {\n      val pushOpsLockTime = BitcoinScriptUtil.calculatePushOp(relativeLockTime.bytes)\n      pushOpsLockTime ++ Seq(ScriptConstant(relativeLockTime.bytes))\n    }\n\n    val csvAsm = Seq(OP_CHECKSEQUENCEVERIFY, OP_DROP)\n    val scriptPubKeyAsm = scriptPubKey.asm\n    val asm = scriptNum ++ csvAsm ++ scriptPubKeyAsm\n    CSVScriptPubKey(asm)\n  }\n\n  def isCSVScriptPubKey(asm: Seq[ScriptToken]): Boolean = {\n    if (asm.head.isInstanceOf[BytesToPushOntoStack]) {\n      val tailTokens = asm.slice(4, asm.length)\n      if (P2SHScriptPubKey.isP2SHScriptPubKey(tailTokens) || tailTokens.contains(OP_CHECKSEQUENCEVERIFY)) return false\n      asm.slice(0, 4) match {\n        case List(lockTimeBytesToPush: BytesToPushOntoStack, lockTime: ScriptConstant, OP_CHECKSEQUENCEVERIFY, OP_DROP) =>\n          CLTVScriptPubKey.validScriptAfterLockTime(tailTokens)\n        case _ => false\n      }\n    } else {\n      val tailTokens = asm.slice(3, asm.length)\n      if (P2SHScriptPubKey.isP2SHScriptPubKey(tailTokens) || tailTokens.contains(OP_CHECKSEQUENCEVERIFY)) return false\n      asm.slice(0, 3) match {\n        case List(numberOp: ScriptNumberOperation, OP_CHECKSEQUENCEVERIFY, OP_DROP) =>\n          CLTVScriptPubKey.validScriptAfterLockTime(tailTokens)\n        case _ => false\n      }\n    }\n  }\n\n}\n\nsealed trait NonStandardScriptPubKey extends ScriptPubKey\n\nobject NonStandardScriptPubKey extends ScriptFactory[NonStandardScriptPubKey] {\n  private case class NonStandardScriptPubKeyImpl(bytes: Seq[Byte]) extends NonStandardScriptPubKey {\n    override def toString = \"NonStandardScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): NonStandardScriptPubKey = {\n    \/\/everything can be a NonStandardScriptPubkey, thus the trivially true function\n    buildScript(asm, NonStandardScriptPubKeyImpl(_), { _ => true }, \"\")\n  }\n\n  def apply(asm: Seq[ScriptToken]): NonStandardScriptPubKey = fromAsm(asm)\n}\n\n\/** Represents the empty ScriptPubKey *\/\ncase object EmptyScriptPubKey extends ScriptPubKey {\n  override def bytes = Seq(0.toByte)\n}\n\n\/** Factory companion object used to create ScriptPubKey objects *\/\nobject ScriptPubKey extends Factory[ScriptPubKey] {\n  def empty: ScriptPubKey = fromAsm(Nil)\n\n  \/** Creates a scriptPubKey from its asm representation *\/\n  def fromAsm(asm: Seq[ScriptToken]): ScriptPubKey = asm match {\n    case Nil => EmptyScriptPubKey\n    case _ if P2PKHScriptPubKey.isP2PKHScriptPubKey(asm) => P2PKHScriptPubKey(asm)\n    case _ if P2SHScriptPubKey.isP2SHScriptPubKey(asm) => P2SHScriptPubKey(asm)\n    case _ if P2PKScriptPubKey.isP2PKScriptPubKey(asm) => P2PKScriptPubKey(asm)\n    case _ if MultiSignatureScriptPubKey.isMultiSignatureScriptPubKey(asm) => MultiSignatureScriptPubKey(asm)\n    case _ if CLTVScriptPubKey.isCLTVScriptPubKey(asm) => CLTVScriptPubKey(asm)\n    case _ if CSVScriptPubKey.isCSVScriptPubKey(asm) => CSVScriptPubKey(asm)\n    case _ if WitnessScriptPubKey.isWitnessScriptPubKey(asm) => WitnessScriptPubKey(asm).get\n    case _ if WitnessCommitment.isWitnessCommitment(asm) => WitnessCommitment(asm)\n    case _ if EscrowTimeoutScriptPubKey.isValidEscrowTimeout(asm) => EscrowTimeoutScriptPubKey.fromAsm(asm)\n    case _ => NonStandardScriptPubKey(asm)\n  }\n\n  def fromBytes(bytes: Seq[Byte]): ScriptPubKey = RawScriptPubKeyParser.read(bytes)\n\n  def apply(asm: Seq[ScriptToken]): ScriptPubKey = fromAsm(asm)\n}\n\n\/** This type represents a [[ScriptPubKey]] to evaluate a [[ScriptWitness]] *\/\nsealed trait WitnessScriptPubKey extends ScriptPubKey {\n  def witnessProgram: Seq[ScriptToken]\n  def witnessVersion = WitnessVersion(asm.head)\n}\n\nobject WitnessScriptPubKey {\n\n  \/** Witness scripts must begin with one of these operations, see BIP141 *\/\n  val validWitVersions: Seq[ScriptNumberOperation] = Seq(OP_0, OP_1, OP_2, OP_3, OP_4, OP_5, OP_6, OP_7, OP_8,\n    OP_9, OP_10, OP_11, OP_12, OP_13, OP_14, OP_15, OP_16)\n\n  val unassignedWitVersions = validWitVersions.tail\n\n  def apply(asm: Seq[ScriptToken]): Option[WitnessScriptPubKey] = fromAsm(asm)\n\n  def fromAsm(asm: Seq[ScriptToken]): Option[WitnessScriptPubKey] = asm match {\n    case _ if P2WPKHWitnessSPKV0.isValid(asm) => Some(P2WPKHWitnessSPKV0.fromAsm(asm))\n    case _ if P2WSHWitnessSPKV0.isValid(asm) => Some(P2WSHWitnessSPKV0.fromAsm(asm))\n    case _ if WitnessScriptPubKey.isWitnessScriptPubKey(asm) => Some(UnassignedWitnessScriptPubKey(asm))\n    case _ => None\n  }\n\n  \/**\n   * Checks if the given asm is a valid [[org.bitcoins.core.protocol.script.WitnessScriptPubKey]]\n   * Mimics this function inside of Bitcoin Core\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/14d01309bed59afb08651f2b701ff90371b15b20\/src\/script\/script.cpp#L223-L237]]\n   *\/\n  def isWitnessScriptPubKey(asm: Seq[ScriptToken]): Boolean = {\n    val bytes = asm.flatMap(_.bytes)\n    val firstOp = asm.headOption\n    if (bytes.size < 4 || bytes.size > 42) false\n    else if (!validWitVersions.contains(firstOp.getOrElse(OP_1NEGATE))) false\n    else if (asm(1).toLong + 2 == bytes.size) true\n    else false\n  }\n}\n\n\/** Represents a [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0141.mediawiki#witness-program]] *\/\nsealed abstract class WitnessScriptPubKeyV0 extends WitnessScriptPubKey {\n  override def witnessProgram: Seq[ScriptToken] = asm.tail.tail\n}\n\nobject WitnessScriptPubKeyV0 {\n\n  \/**\n   * Mimics the function to determine if a [[ScriptPubKey]] contains a witness\n   * A witness program is any valid [[ScriptPubKey]] that consists of a 1 byte push op and then a data push\n   * between 2 and 40 bytes\n   * Verison 0 witness program need to have an OP_0 as the first operation\n   * [[https:\/\/github.com\/bitcoin\/bitcoin\/blob\/449f9b8debcceb61a92043bc7031528a53627c47\/src\/script\/script.cpp#L215-L229]]\n   *\/\n  def isValid(asm: Seq[ScriptToken]): Boolean = {\n    WitnessScriptPubKey.isWitnessScriptPubKey(asm) && asm.headOption == Some(OP_0)\n  }\n}\n\n\/**\n * Represents the pay-to-witness-pubkeyhash script pubkey type as defined in BIP141\n * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0141.mediawiki#P2WPKH]]\n *\/\nsealed abstract class P2WPKHWitnessSPKV0 extends WitnessScriptPubKeyV0 {\n  def pubKeyHash: Sha256Hash160Digest = Sha256Hash160Digest(asm(3).bytes)\n  override def toString = s\"P2WPKHWitnessSPKV0($hex)\"\n}\n\nobject P2WPKHWitnessSPKV0 extends ScriptFactory[P2WPKHWitnessSPKV0] {\n  private case class P2WPKHWitnessSPKV0Impl(bytes: Seq[Byte]) extends P2WPKHWitnessSPKV0\n\n  override def fromAsm(asm: Seq[ScriptToken]): P2WPKHWitnessSPKV0 = {\n    buildScript(asm, P2WPKHWitnessSPKV0Impl(_), isValid(_), s\"Given asm was not a P2WPKHWitnessSPKV0, got $asm\")\n  }\n\n  def isValid(asm: Seq[ScriptToken]): Boolean = {\n    WitnessScriptPubKeyV0.isValid(asm) &&\n      asm.flatMap(_.bytes).size == 22\n  }\n\n  \/** Creates a P2WPKH witness script pubkey *\/\n  def apply(pubKey: ECPublicKey): P2WPKHWitnessSPKV0 = {\n    val hash = CryptoUtil.sha256Hash160(pubKey.bytes)\n    val pushop = BitcoinScriptUtil.calculatePushOp(hash.bytes)\n    fromAsm(Seq(OP_0) ++ pushop ++ Seq(ScriptConstant(hash.bytes)))\n  }\n}\n\n\/**\n * Reprents the pay-to-witness-scripthash script pubkey type as defined in BIP141\n * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0141.mediawiki#p2wsh]]\n *\/\nsealed abstract class P2WSHWitnessSPKV0 extends WitnessScriptPubKeyV0 {\n  def scriptHash: Sha256Digest = Sha256Digest(asm(3).bytes)\n  override def toString = s\"P2WSHWitnessSPKV0($hex)\"\n}\n\nobject P2WSHWitnessSPKV0 extends ScriptFactory[P2WSHWitnessSPKV0] {\n  private case class P2WSHWitnessSPKV0Impl(bytes: Seq[Byte]) extends P2WSHWitnessSPKV0\n\n  override def fromAsm(asm: Seq[ScriptToken]): P2WSHWitnessSPKV0 = {\n    buildScript(asm, P2WSHWitnessSPKV0Impl(_), isValid(_), s\"Given asm was not a P2WSHWitnessSPKV0, got $asm\")\n  }\n\n  def isValid(asm: Seq[ScriptToken]): Boolean = {\n    WitnessScriptPubKeyV0.isValid(asm) &&\n      asm.flatMap(_.bytes).size == 34\n  }\n\n  def apply(spk: ScriptPubKey): P2WSHWitnessSPKV0 = {\n    val hash = CryptoUtil.sha256(spk.asmBytes)\n    val pushop = BitcoinScriptUtil.calculatePushOp(hash.bytes)\n    fromAsm(Seq(OP_0) ++ pushop ++ Seq(ScriptConstant(hash.bytes)))\n  }\n}\n\n\/** Type to represent all [[org.bitcoins.core.protocol.script.WitnessScriptPubKey]]s we have not used yet in the bitcoin protocol *\/\nsealed trait UnassignedWitnessScriptPubKey extends WitnessScriptPubKey {\n  override def witnessProgram: Seq[ScriptToken] = asm.tail.tail\n}\n\nobject UnassignedWitnessScriptPubKey extends ScriptFactory[UnassignedWitnessScriptPubKey] {\n  private case class UnassignedWitnessScriptPubKeyImpl(bytes: Seq[Byte]) extends UnassignedWitnessScriptPubKey {\n    override def toString = \"UnassignedWitnessScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  override def fromAsm(asm: Seq[ScriptToken]): UnassignedWitnessScriptPubKey = {\n    buildScript(asm, UnassignedWitnessScriptPubKeyImpl(_), WitnessScriptPubKey.isWitnessScriptPubKey(_),\n      \"Given asm was not a valid witness script pubkey: \" + asm)\n  }\n  def apply(asm: Seq[ScriptToken]): UnassignedWitnessScriptPubKey = fromAsm(asm)\n}\n\n\/**\n * This trait represents the witness commitment found in the coinbase transaction\n * This is needed to commit to the wtxids of all of the witness transactions, since the merkle tree\n * does not commit to the witnesses for all [[org.bitcoins.core.protocol.transaction.WitnessTransaction]]\n * See BIP141 for more info\n * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0141.mediawiki#commitment-structure]]\n *\/\nsealed trait WitnessCommitment extends ScriptPubKey {\n  \/** The commitment to the [[WitnessTransaction]]s in the [[Block]] *\/\n  def witnessRootHash: DoubleSha256Digest = DoubleSha256Digest(asm(2).bytes.splitAt(4)._2)\n}\n\nobject WitnessCommitment extends ScriptFactory[WitnessCommitment] {\n  private case class WitnessCommitmentImpl(bytes: Seq[Byte]) extends WitnessCommitment {\n    override def toString = \"WitnessCommitmentImpl(\" + hex + \")\"\n  }\n\n  \/** Every witness commitment must start with this header, see BIP141 for details *\/\n  private val commitmentHeader = \"aa21a9ed\"\n\n  def apply(asm: Seq[ScriptToken]): WitnessCommitment = fromAsm(asm)\n\n  override def fromAsm(asm: Seq[ScriptToken]): WitnessCommitment = {\n    buildScript(asm, WitnessCommitmentImpl(_), isWitnessCommitment(_), \"Given asm was not a valid witness commitment, got: \" + asm)\n  }\n\n  def apply(hash: DoubleSha256Digest): WitnessCommitment = {\n    WitnessCommitment(Seq(OP_RETURN, BytesToPushOntoStack(36), ScriptConstant(commitmentHeader + hash.hex)))\n  }\n  \/**\n   * This determines if the given asm has the correct witness structure according to BIP141\n   * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0141.mediawiki#commitment-structure]]\n   *\/\n  def isWitnessCommitment(asm: Seq[ScriptToken]): Boolean = {\n    if (asm.size < 3) false\n    else {\n      val minCommitmentSize = 38\n      val Seq(opReturn, pushOp, constant) = asm.take(3)\n      opReturn == OP_RETURN && pushOp == BytesToPushOntoStack(36) &&\n        constant.hex.take(8) == commitmentHeader && asm.flatMap(_.bytes).size >= minCommitmentSize\n    }\n  }\n}\n\n\/**\n * Represents a [[ScriptPubKey]] that either times out allowing Alice to spend from the scriptpubkey\n * or allows a federation to spend from the escrow\n * [[https:\/\/github.com\/bitcoin\/bips\/blob\/master\/bip-0112.mediawiki#contracts-with-expiration-deadlines]]\n * Format: OP_IF <multsig scriptpubkey> OP_ELSE <locktime scriptPubKey> OP_ENDIF\n *\/\nsealed trait EscrowTimeoutScriptPubKey extends ScriptPubKey {\n  \/** The [[MultiSignatureScriptPubKey]] that can be used to spend funds *\/\n  def escrow: MultiSignatureScriptPubKey = {\n    val escrowAsm = asm.slice(1, opElseIndex)\n    MultiSignatureScriptPubKey(escrowAsm)\n  }\n\n  \/** The [[CSVScriptPubKey]] that you can spend funds from after a certain timeout *\/\n  def timeout: LockTimeScriptPubKey = {\n    val timeoutAsm = asm.slice(opElseIndex + 1, asm.length - 1)\n    LockTimeScriptPubKey.fromAsm(timeoutAsm)\n  }\n\n  private def opElseIndex: Int = {\n    val idx = asm.indexOf(OP_ELSE)\n    require(idx != -1, \"CSVEscrowWithTimeout has to contain OP_ELSE asm token\")\n    idx\n  }\n}\n\nobject EscrowTimeoutScriptPubKey extends ScriptFactory[EscrowTimeoutScriptPubKey] {\n  private case class EscrowTimeoutScriptPubKeyImpl(bytes: Seq[Byte]) extends EscrowTimeoutScriptPubKey {\n    override def toString = \"EscrowTimeoutScriptPubKeyImpl(\" + hex + \")\"\n  }\n\n  override def fromAsm(asm: Seq[ScriptToken]): EscrowTimeoutScriptPubKey = {\n    buildScript(asm, EscrowTimeoutScriptPubKeyImpl(_), isValidEscrowTimeout(_),\n      \"Given asm was not a valid CSVEscrowTimeout, got: \" + asm)\n  }\n\n  def isValidEscrowTimeout(asm: Seq[ScriptToken]): Boolean = {\n    val opElseIndex = asm.indexOf(OP_ELSE)\n    val correctControlStructure = asm.headOption.contains(OP_IF) && asm.last == OP_ENDIF && opElseIndex != -1\n    if (correctControlStructure) {\n      val escrowAsm = asm.slice(1, opElseIndex)\n      val escrow = Try(MultiSignatureScriptPubKey(escrowAsm))\n      val timeoutAsm = asm.slice(opElseIndex + 1, asm.length - 1)\n      val timeout = Try(LockTimeScriptPubKey.fromAsm(timeoutAsm))\n      escrow.isSuccess && timeout.isSuccess\n    } else false\n  }\n\n  def apply(escrow: MultiSignatureScriptPubKey, timeout: LockTimeScriptPubKey): EscrowTimeoutScriptPubKey = {\n    fromAsm(Seq(OP_IF) ++ escrow.asm ++ Seq(OP_ELSE) ++ timeout.asm ++ Seq(OP_ENDIF))\n  }\n}\n\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/main\/scala\/org\/bitcoins\/core\/protocol\/script\/ScriptFactory.scala","text":"<reponame>Christewart\/bitcoin-s-core\npackage org.bitcoins.core.protocol.script\n\nimport org.bitcoins.core.protocol.CompactSizeUInt\nimport org.bitcoins.core.script.constant.ScriptToken\nimport org.bitcoins.core.serializers.script.ScriptParser\nimport org.bitcoins.core.util.Factory\n\n\/**\n * Created by chris on 12\/9\/16.\n *\/\ntrait ScriptFactory[T] extends Factory[T] {\n\n  \/** Builds a script from the given asm with the given constructor if the invariant holds true, else throws an error *\/\n  def buildScript(asm: Seq[ScriptToken], constructor: Seq[Byte] => T,\n    invariant: Seq[ScriptToken] => Boolean, errorMsg: String): T = {\n    if (invariant(asm)) {\n      val asmBytes = asm.flatMap(_.bytes)\n      val compactSizeUInt = CompactSizeUInt.calc(asmBytes)\n      constructor(compactSizeUInt.bytes ++ asmBytes)\n    } else throw new IllegalArgumentException(errorMsg)\n  }\n\n  \/** Creates a T from the given [[ScriptToken]]s *\/\n  def fromAsm(asm: Seq[ScriptToken]): T\n\n  def fromBytes(bytes: Seq[Byte]): T = {\n    val cpmct = CompactSizeUInt.parseCompactSizeUInt(bytes)\n    val (_, noCmpctUInt) = bytes.splitAt(cpmct.bytes.size)\n    val asm = ScriptParser.fromBytes(noCmpctUInt)\n    fromAsm(asm)\n  }\n\n}\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/test\/scala\/org\/bitcoins\/core\/wallet\/builder\/BitcoinTxBuilderSpec.scala","text":"<reponame>Christewart\/bitcoin-s-core\npackage org.bitcoins.core.wallet.builder\n\nimport org.bitcoins.core.crypto.{ BaseTxSigComponent, WitnessTxSigComponentRaw }\nimport org.bitcoins.core.currency.{ CurrencyUnits, Satoshis }\nimport org.bitcoins.core.gen.{ ChainParamsGenerator, CreditingTxGen, ScriptGenerators, TransactionGenerators }\nimport org.bitcoins.core.number.{ Int64, UInt32 }\nimport org.bitcoins.core.policy.Policy\nimport org.bitcoins.core.protocol.script._\nimport org.bitcoins.core.protocol.transaction._\nimport org.bitcoins.core.script.ScriptProgram\nimport org.bitcoins.core.script.crypto.HashType\nimport org.bitcoins.core.script.interpreter.ScriptInterpreter\nimport org.bitcoins.core.script.result.{ ScriptOk, ScriptResult }\nimport org.bitcoins.core.util.BitcoinSLogger\nimport org.bitcoins.core.wallet.fee.SatoshisPerVirtualByte\nimport org.bitcoins.core.wallet.signer.Signer\nimport org.scalacheck.{ Prop, Properties }\n\nimport scala.annotation.tailrec\n\nclass BitcoinTxBuilderSpec extends Properties(\"TxBuilderSpec\") {\n  private val logger = BitcoinSLogger.logger\n  private val tc = TransactionConstants\n\n  property(\"sign a mix of spks in a tx and then have it verified\") = {\n    Prop.forAllNoShrink(CreditingTxGen.outputs) {\n      case creditingTxsInfo =>\n        val creditingOutputs = creditingTxsInfo.map(c => c._1.outputs(c._2))\n        val creditingOutputsAmt = creditingOutputs.map(_.value)\n        val totalAmount = creditingOutputsAmt.fold(CurrencyUnits.zero)(_ + _)\n        Prop.forAll(TransactionGenerators.smallOutputs(totalAmount), ScriptGenerators.scriptPubKey, ChainParamsGenerator.bitcoinNetworkParams) {\n          case (destinations: Seq[TransactionOutput], changeSPK, network) =>\n            val fee = SatoshisPerVirtualByte(Satoshis(Int64(1000)))\n            val outpointsWithKeys = buildCreditingTxInfo(creditingTxsInfo)\n            val builder = BitcoinTxBuilder(destinations, creditingTxsInfo.map(_._1), outpointsWithKeys, fee, changeSPK._1, network)\n            val result = builder.left.flatMap(_.sign)\n            result match {\n              case Left(tx) =>\n                val noRedeem = creditingTxsInfo.map(c => (c._1, c._2))\n                verifyScript(tx, noRedeem)\n              case Right(err) =>\n                \/\/incompatible locktime case can happen when we have > 1 CLTVSPK that we are trying to spend\n                logger.warn(\"err: \" + err)\n                err == TxBuilderError.IncompatibleLockTimes\n            }\n        }\n    }\n  }\n\n  property(\"sign a mix of p2sh\/p2wsh in a tx and then have it verified\") = {\n    Prop.forAllNoShrink(CreditingTxGen.nestedOutputs) {\n      case creditingTxsInfo =>\n        val creditingOutputs = creditingTxsInfo.map(c => c._1.outputs(c._2))\n        val creditingOutputsAmt = creditingOutputs.map(_.value)\n        val totalAmount = creditingOutputsAmt.fold(CurrencyUnits.zero)(_ + _)\n        Prop.forAll(TransactionGenerators.smallOutputs(totalAmount), ScriptGenerators.scriptPubKey, ChainParamsGenerator.bitcoinNetworkParams) {\n          case (destinations: Seq[TransactionOutput], changeSPK, network) =>\n            val fee = SatoshisPerVirtualByte(Satoshis(Int64(1000)))\n            val outpointsWithKeys = buildCreditingTxInfo(creditingTxsInfo)\n            val builder = BitcoinTxBuilder(destinations, creditingTxsInfo.map(_._1), outpointsWithKeys, fee, changeSPK._1, network)\n            val result = builder.left.flatMap(_.sign)\n            result match {\n              case Left(tx) =>\n                val noRedeem = creditingTxsInfo.map(c => (c._1, c._2))\n                verifyScript(tx, noRedeem)\n              case Right(err) =>\n                \/\/incompatible locktime case can happen when we have > 1 CLTVSPK that we are trying to spend\n                logger.warn(\"err: \" + err)\n                err == TxBuilderError.IncompatibleLockTimes\n            }\n        }\n    }\n  }\n\n  property(\"random fuzz test for tx builder\") = {\n    Prop.forAllNoShrink(CreditingTxGen.randoms) {\n      case creditingTxsInfo =>\n        val creditingOutputs = creditingTxsInfo.map(c => c._1.outputs(c._2))\n        val creditingOutputsAmt = creditingOutputs.map(_.value)\n        val totalAmount = creditingOutputsAmt.fold(CurrencyUnits.zero)(_ + _)\n        Prop.forAllNoShrink(TransactionGenerators.smallOutputs(totalAmount), ScriptGenerators.scriptPubKey, ChainParamsGenerator.bitcoinNetworkParams) {\n          case (destinations: Seq[TransactionOutput], changeSPK, network) =>\n            val fee = SatoshisPerVirtualByte(Satoshis(Int64(1000)))\n            val outpointsWithKeys = buildCreditingTxInfo(creditingTxsInfo)\n            val builder = BitcoinTxBuilder(destinations, creditingTxsInfo.map(_._1), outpointsWithKeys, fee, changeSPK._1, network)\n            val result = builder.left.flatMap(_.sign)\n            result match {\n              case Left(tx) =>\n                val noRedeem = creditingTxsInfo.map(c => (c._1, c._2))\n                !verifyScript(tx, noRedeem)\n              case Right(err) => true\n            }\n        }\n    }\n  }\n\n  private def buildCreditingTxInfo(info: Seq[TxBuilderSpec.CreditingTxInfo]): TxBuilderSpec.OutPointMap = {\n    @tailrec\n    def loop(\n      rem: Seq[TxBuilderSpec.CreditingTxInfo],\n      accum: TxBuilderSpec.OutPointMap): TxBuilderSpec.OutPointMap = rem match {\n      case Nil => accum\n      case (tx, idx, signers, redeemScriptOpt, scriptWitOpt, hashType) :: t =>\n        val o = TransactionOutPoint(tx.txId, UInt32(idx))\n        val output = tx.outputs(idx)\n        val outPointsSpendingInfo = (output, signers, redeemScriptOpt, scriptWitOpt, hashType)\n        loop(t, accum.updated(o, outPointsSpendingInfo))\n    }\n    loop(info, Map.empty)\n  }\n\n  def verifyScript(tx: Transaction, creditingTxsInfo: Seq[(Transaction, Int)]): Boolean = {\n    val results: Seq[ScriptResult] = tx.inputs.zipWithIndex.map {\n      case (input: TransactionInput, idx: Int) =>\n        val outpoint = input.previousOutput\n        val creditingTx = creditingTxsInfo.find(_._1.txId == outpoint.txId).get\n        val output = creditingTx._1.outputs(creditingTx._2)\n        val spk = output.scriptPubKey\n        val amount = output.value\n        val txSigComponent = spk match {\n          case witSPK: WitnessScriptPubKeyV0 => WitnessTxSigComponentRaw(tx.asInstanceOf[WitnessTransaction], UInt32(idx),\n            witSPK, Policy.standardFlags, amount)\n          case _: UnassignedWitnessScriptPubKey => ???\n          case x @ (_: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey | _: WitnessCommitment\n            | _: CSVScriptPubKey | _: CLTVScriptPubKey | _: NonStandardScriptPubKey | _: EscrowTimeoutScriptPubKey\n            | EmptyScriptPubKey) =>\n            BaseTxSigComponent(tx, UInt32(idx), x, Policy.standardFlags)\n          case p2sh: P2SHScriptPubKey =>\n            \/\/TODO: This is probably going to need to be changed with P2WSH\n            BaseTxSigComponent(tx, UInt32(idx), p2sh, Policy.standardFlags)\n        }\n        val program = ScriptProgram(txSigComponent)\n        val result = ScriptInterpreter.run(program)\n        result\n    }\n    !results.exists(_ != ScriptOk)\n  }\n}\n\nobject TxBuilderSpec {\n  type CreditingTxInfo = (Transaction, Int, Seq[Signer.Sign], Option[ScriptPubKey], Option[ScriptWitness], HashType)\n  type OutPointMap = Map[TransactionOutPoint, (TransactionOutput, Seq[Signer.Sign], Option[ScriptPubKey], Option[ScriptWitness], HashType)]\n\n}"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/main\/scala\/org\/bitcoins\/core\/wallet\/signer\/Signer.scala","text":"<reponame>Christewart\/bitcoin-s-core\npackage org.bitcoins.core.wallet.signer\n\nimport org.bitcoins.core.crypto._\nimport org.bitcoins.core.number.UInt32\nimport org.bitcoins.core.policy.Policy\nimport org.bitcoins.core.protocol.script._\nimport org.bitcoins.core.protocol.transaction._\nimport org.bitcoins.core.script.crypto.HashType\nimport org.bitcoins.core.util.BitcoinSLogger\nimport org.bitcoins.core.wallet.builder.TxBuilderError\n\n\/** The class used to represent a signing process for a specific [[org.bitcoins.core.protocol.script.ScriptPubKey]] type *\/\nsealed abstract class Signer {\n\n  \/**\n   * The method used to sign a bitcoin unspent transaction output\n   * @param signers the [[Signer.Sign]] needed to sign the utxo\n   * @param output the utxo we are spending\n   * @param unsignedTx the unsigned transaction which is spending the utxo\n   * @param inputIndex the input index inside of the unsigned transaction which spends the utxo\n   * @param hashType the signature hashing algorithm we should use to sign the utxo\n   * @return\n   *\/\n  def sign(signers: Seq[Signer.Sign], output: TransactionOutput, unsignedTx: Transaction,\n    inputIndex: UInt32, hashType: HashType): Either[TxSigComponent, TxBuilderError]\n}\n\nobject Signer {\n  \/**\n   * This is meant to be an abstraction for a [[org.bitcoins.core.crypto.ECPrivateKey]], sometimes we will not\n   * have direct access to a private key in memory -- for instance if that key is on a hardware device -- so we need to create an\n   * abstraction of the signing process. Fundamentally a private key takes in a Seq[Byte] and returns a [[ECDigitalSignature]]\n   * That is what this abstraction is meant to represent. If you have a [[ECPrivateKey]] in your application, you can get it's\n   * [[Sign]] type by doing this:\n   *\n   * val key = ECPrivateKey()\n   * val sign: Seq[Byte] => ECDigitalSignature = (key.sign(_: Seq[Byte]), key.publicKey)\n   *\n   * If you have a hardware wallet, you will need to implement the protocol to send a message to the hardware device. The\n   * type signature of the function you implement must be Seq[Byte] => ECDigitalSignature\n   *\n   * TODO: Investigate turning this into Seq[Byte] => Future[ECDigitalSignature]\n   *\/\n  type Sign = (Seq[Byte] => ECDigitalSignature, Option[ECPublicKey])\n}\n\n\/** Represents all signers for the bitcoin protocol, we could add another network later like litecoin *\/\nsealed abstract class BitcoinSigner extends Signer\n\n\/** Used to sign a [[org.bitcoins.core.protocol.script.P2PKScriptPubKey]] *\/\nsealed abstract class P2PKSigner extends BitcoinSigner {\n\n  override def sign(signers: Seq[Signer.Sign], output: TransactionOutput, unsignedTx: Transaction,\n    inputIndex: UInt32, hashType: HashType): Either[TxSigComponent, TxBuilderError] = {\n    val spk = output.scriptPubKey\n    if (signers.size != 1) {\n      Right(TxBuilderError.TooManySigners)\n    } else {\n      val signer = signers.head._1\n      val unsignedInput = unsignedTx.inputs(inputIndex.toInt)\n      val flags = Policy.standardFlags\n      val amount = output.value\n      val signed: Either[TxSigComponent, TxBuilderError] = spk match {\n        case p2wshSPK: P2WSHWitnessSPKV0 =>\n          val wtx = unsignedTx match {\n            case btx: BaseTransaction => WitnessTransaction(btx.version, btx.inputs,\n              btx.outputs, btx.lockTime, EmptyWitness)\n            case wtx: WitnessTransaction => wtx\n          }\n          val redeemScript = wtx.witness.witnesses(inputIndex.toInt) match {\n            case x: P2WSHWitnessV0 => Left(x.redeemScript)\n            case _: P2WPKHWitnessV0 => Right(TxBuilderError.NoRedeemScript)\n            case EmptyScriptWitness => Right(TxBuilderError.NoWitness)\n          }\n          val sigComponent = WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount)\n          val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n          val p2pkScriptSig = P2PKScriptSignature(signature)\n          val scriptWit = redeemScript.left.map(s => P2WSHWitnessV0(s, p2pkScriptSig))\n          val signedWitness = scriptWit.left.map(s => TransactionWitness(wtx.witness.witnesses.updated(inputIndex.toInt, s)))\n          val signedWTx = signedWitness.left.map { wit =>\n            WitnessTransaction(wtx.version, wtx.inputs, wtx.outputs, wtx.lockTime, wit)\n          }\n          signedWTx.left.map(wtx => WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount))\n        case _: P2PKScriptPubKey =>\n          val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, spk, flags)\n          val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n          val p2pkScriptSig = P2PKScriptSignature(signature)\n          val signedInput = TransactionInput(unsignedInput.previousOutput, p2pkScriptSig, unsignedInput.sequence)\n          val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n          val signedTx = unsignedTx match {\n            case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n              btx.outputs, btx.lockTime)\n            case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n              wtx.outputs, wtx.lockTime, wtx.witness)\n          }\n          Left(BaseTxSigComponent(signedTx, inputIndex, spk, flags))\n        case lock: LockTimeScriptPubKey =>\n          lock.nestedScriptPubKey match {\n            case _: P2PKScriptPubKey =>\n              val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, lock, flags)\n              val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n              val p2pkScriptSig = P2PKScriptSignature(signature)\n              val signedInput = TransactionInput(unsignedInput.previousOutput, p2pkScriptSig, unsignedInput.sequence)\n              val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n              val signedTx = unsignedTx match {\n                case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n                  btx.outputs, btx.lockTime)\n                case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n                  wtx.outputs, wtx.lockTime, wtx.witness)\n              }\n              Left(BaseTxSigComponent(signedTx, inputIndex, lock, flags))\n            case _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n              | _: P2WPKHWitnessSPKV0 | _: P2WSHWitnessSPKV0 | _: NonStandardScriptPubKey\n              | _: CLTVScriptPubKey | _: CSVScriptPubKey\n              | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n              | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n          }\n        case _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n          | _: P2WPKHWitnessSPKV0 | _: NonStandardScriptPubKey\n          | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n          | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n      }\n      signed\n    }\n  }\n}\n\nobject P2PKSigner extends P2PKSigner\n\n\/** Used to sign a [[org.bitcoins.core.protocol.script.P2PKHScriptPubKey]] *\/\nsealed abstract class P2PKHSigner extends BitcoinSigner {\n\n  override def sign(signers: Seq[Signer.Sign], output: TransactionOutput, unsignedTx: Transaction,\n    inputIndex: UInt32, hashType: HashType): Either[TxSigComponent, TxBuilderError] = {\n    val spk = output.scriptPubKey\n    if (signers.size != 1) {\n      Right(TxBuilderError.TooManySigners)\n    } else if (signers.head._2.isEmpty) {\n      Right(TxBuilderError.MissingPublicKey)\n    } else {\n      val signer = signers.head._1\n      val pubKey = signers.head._2.get\n      val unsignedInput = unsignedTx.inputs(inputIndex.toInt)\n      val flags = Policy.standardFlags\n      val amount = output.value\n      val signed: Either[TxSigComponent, TxBuilderError] = spk match {\n        case p2wshSPK: P2WSHWitnessSPKV0 =>\n          val wtx = unsignedTx match {\n            case btx: BaseTransaction => WitnessTransaction(btx.version, btx.inputs,\n              btx.outputs, btx.lockTime, EmptyWitness)\n            case wtx: WitnessTransaction => wtx\n          }\n          val redeemScript = wtx.witness.witnesses(inputIndex.toInt) match {\n            case EmptyScriptWitness | _: P2WPKHWitnessV0 => Right(TxBuilderError.WrongWitness)\n            case p2wsh: P2WSHWitnessV0 => Left(p2wsh.redeemScript)\n          }\n          val sigComponent = WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount)\n          val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n          val p2pkhScriptSig = P2PKHScriptSignature(signature, pubKey)\n          val scriptWit = redeemScript.left.flatMap {\n            case p2pkh: P2PKHScriptPubKey =>\n              if (p2pkh != P2PKHScriptPubKey(pubKey)) {\n                Right(TxBuilderError.WrongPublicKey)\n              } else Left(P2WSHWitnessV0(p2pkh, p2pkhScriptSig))\n            case lock: LockTimeScriptPubKey =>\n              lock.nestedScriptPubKey match {\n                case p2pkh: P2PKHScriptPubKey =>\n                  if (p2pkh != P2PKHScriptPubKey(pubKey)) {\n                    Right(TxBuilderError.WrongPublicKey)\n                  } else {\n                    Left(P2WSHWitnessV0(lock, p2pkhScriptSig))\n                  }\n                case _: P2PKScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n                  | _: P2WPKHWitnessSPKV0 | _: P2WSHWitnessSPKV0 | _: NonStandardScriptPubKey\n                  | _: CLTVScriptPubKey | _: CSVScriptPubKey\n                  | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n                  | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n              }\n            case _: P2PKScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n              | _: P2WPKHWitnessSPKV0 | _: P2WSHWitnessSPKV0 | _: NonStandardScriptPubKey\n              | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n              | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n          }\n          val signedWitness = scriptWit.left.map(wit => TransactionWitness(wtx.witness.witnesses.updated(inputIndex.toInt, wit)))\n          val signedWTx = signedWitness.left.map(txWit => WitnessTransaction(wtx.version, wtx.inputs,\n            wtx.outputs, wtx.lockTime, txWit))\n          signedWTx.left.map(wtx => WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount))\n        case p2pkh: P2PKHScriptPubKey =>\n          if (p2pkh != P2PKHScriptPubKey(pubKey)) {\n            Right(TxBuilderError.WrongPublicKey)\n          } else {\n            val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, p2pkh, flags)\n            val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n            val p2pkhScriptSig = P2PKHScriptSignature(signature, pubKey)\n            val signedInput = TransactionInput(unsignedInput.previousOutput, p2pkhScriptSig, unsignedInput.sequence)\n            val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n            val signedTx = unsignedTx match {\n              case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n                btx.outputs, btx.lockTime)\n              case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n                wtx.outputs, wtx.lockTime, wtx.witness)\n            }\n            Left(BaseTxSigComponent(signedTx, inputIndex, p2pkh, flags))\n          }\n        case lock: LockTimeScriptPubKey =>\n          lock.nestedScriptPubKey match {\n            case p2pkh: P2PKHScriptPubKey =>\n              if (p2pkh != P2PKHScriptPubKey(pubKey)) {\n                Right(TxBuilderError.WrongPublicKey)\n              } else {\n                val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, lock, flags)\n                val signature = TransactionSignatureCreator.createSig(sigComponent, signer, hashType)\n                val p2pkhScriptSig = P2PKHScriptSignature(signature, pubKey)\n                val signedInput = TransactionInput(unsignedInput.previousOutput, p2pkhScriptSig, unsignedInput.sequence)\n                val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n                val signedTx = unsignedTx match {\n                  case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n                    btx.outputs, btx.lockTime)\n                  case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n                    wtx.outputs, wtx.lockTime, wtx.witness)\n                }\n                Left(BaseTxSigComponent(signedTx, inputIndex, lock, flags))\n              }\n            case _: P2PKScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n              | _: P2WPKHWitnessSPKV0 | _: P2WSHWitnessSPKV0 | _: NonStandardScriptPubKey\n              | _: CLTVScriptPubKey | _: CSVScriptPubKey\n              | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n              | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n          }\n        case _: P2PKScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n          | _: P2WPKHWitnessSPKV0 | _: NonStandardScriptPubKey\n          | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n          | _: EscrowTimeoutScriptPubKey => Right(TxBuilderError.WrongSigner)\n      }\n      signed\n    }\n  }\n}\n\nobject P2PKHSigner extends P2PKHSigner\n\nsealed abstract class MultiSigSigner extends BitcoinSigner {\n  private val logger = BitcoinSLogger.logger\n\n  override def sign(signersWithPubKeys: Seq[Signer.Sign], output: TransactionOutput, unsignedTx: Transaction,\n    inputIndex: UInt32, hashType: HashType): Either[TxSigComponent, TxBuilderError] = {\n    val spk = output.scriptPubKey\n    val signers = signersWithPubKeys.map(_._1)\n    val unsignedInput = unsignedTx.inputs(inputIndex.toInt)\n    val flags = Policy.standardFlags\n    val amount = output.value\n    val signed: Either[TxSigComponent, TxBuilderError] = spk match {\n      case p2wshSPK: P2WSHWitnessSPKV0 =>\n        val wtx = unsignedTx match {\n          case btx: BaseTransaction => WitnessTransaction(btx.version, btx.inputs,\n            btx.outputs, btx.lockTime, EmptyWitness)\n          case wtx: WitnessTransaction => wtx\n        }\n        val witness = wtx.witness.witnesses(inputIndex.toInt)\n        val multiSigSPK: Either[(MultiSignatureScriptPubKey, ScriptPubKey), TxBuilderError] = witness match {\n          case _: P2WPKHWitnessV0 => Right(TxBuilderError.WrongSigner)\n          case EmptyScriptWitness => Right(TxBuilderError.NoWitness)\n          case p2wsh: P2WSHWitnessV0 =>\n            p2wsh.redeemScript match {\n              case lock: LockTimeScriptPubKey =>\n                lock.nestedScriptPubKey match {\n                  case m: MultiSignatureScriptPubKey => Left((m, lock))\n                  case _: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: P2SHScriptPubKey | _: P2WPKHWitnessV0\n                    | _: P2WSHWitnessSPKV0 | _: WitnessCommitment | _: EscrowTimeoutScriptPubKey | _: CSVScriptPubKey\n                    | _: CLTVScriptPubKey | _: NonStandardScriptPubKey | _: UnassignedWitnessScriptPubKey\n                    | _: P2WPKHWitnessSPKV0 | EmptyScriptPubKey =>\n                    Right(TxBuilderError.WrongSigner)\n                }\n              case m: MultiSignatureScriptPubKey => Left((m, m))\n              case _: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: P2SHScriptPubKey | _: P2WPKHWitnessV0\n                | _: P2WSHWitnessSPKV0 | _: WitnessCommitment | _: EscrowTimeoutScriptPubKey\n                | _: NonStandardScriptPubKey | _: P2WPKHWitnessSPKV0 | _: UnassignedWitnessScriptPubKey\n                | EmptyScriptPubKey =>\n                Right(TxBuilderError.WrongSigner)\n            }\n        }\n        val requiredSigs = multiSigSPK.left.map(_._1.requiredSigs)\n        val sigComponent = WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount)\n        val signatures = requiredSigs.left.map { r =>\n          0.until(r).map(i => TransactionSignatureCreator.createSig(sigComponent, signers(i), hashType))\n        }\n        val multiSigScriptSig = signatures.left.map(s => MultiSignatureScriptSignature(s))\n        val scriptWit = multiSigSPK.left.flatMap {\n          case (_, redeem) =>\n            multiSigScriptSig.left.map { scriptSig =>\n              P2WSHWitnessV0(redeem, scriptSig)\n            }\n        }\n        val signedWitness = scriptWit.left.map(wit => TransactionWitness(wtx.witness.witnesses.updated(inputIndex.toInt, wit)))\n        val signedWTx: Either[WitnessTransaction, TxBuilderError] = signedWitness.left.map { txWit =>\n          WitnessTransaction(wtx.version, wtx.inputs, wtx.outputs, wtx.lockTime, txWit)\n        }\n        signedWTx.left.map { wtx =>\n          WitnessTxSigComponentRaw(wtx, inputIndex, p2wshSPK, flags, amount)\n        }\n      case multiSigSPK: MultiSignatureScriptPubKey =>\n        val requiredSigs = multiSigSPK.requiredSigs\n        if (signers.size < requiredSigs) {\n          Right(TxBuilderError.WrongSigner)\n        } else {\n          val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, multiSigSPK, flags)\n          val signatures = 0.until(requiredSigs).map(i => TransactionSignatureCreator.createSig(sigComponent, signers(i), hashType))\n          val multiSigScriptSig = MultiSignatureScriptSignature(signatures)\n          val signedInput = TransactionInput(unsignedInput.previousOutput, multiSigScriptSig, unsignedInput.sequence)\n          val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n          val signedTx = unsignedTx match {\n            case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n              btx.outputs, btx.lockTime)\n            case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n              wtx.outputs, wtx.lockTime, wtx.witness)\n          }\n          Left(BaseTxSigComponent(signedTx, inputIndex, multiSigSPK, Policy.standardFlags))\n        }\n      case lock: LockTimeScriptPubKey =>\n        val nested = lock.nestedScriptPubKey\n        val multiSigSPK = nested match {\n          case m: MultiSignatureScriptPubKey => Left(m)\n          case _: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n            | _: P2WPKHWitnessSPKV0 | _: P2WSHWitnessSPKV0 | _: CLTVScriptPubKey | _: CSVScriptPubKey\n            | _: UnassignedWitnessScriptPubKey | _: NonStandardScriptPubKey | _: WitnessCommitment\n            | _: EscrowTimeoutScriptPubKey | EmptyScriptPubKey => Right(TxBuilderError.WrongSigner)\n        }\n        val requiredSigs = multiSigSPK.left.map(_.requiredSigs)\n        val sigComponent = BaseTxSigComponent(unsignedTx, inputIndex, lock, flags)\n        val signatures = requiredSigs.left.flatMap { n =>\n          if (signers.size < n) {\n            Right(TxBuilderError.WrongSigner)\n          } else {\n            val sigs = 0.until(n).map { i =>\n              TransactionSignatureCreator.createSig(sigComponent, signers(i), hashType)\n            }\n            Left(sigs)\n          }\n        }\n        val tx = signatures.left.map { sigs =>\n          val multiSigScriptSig = MultiSignatureScriptSignature(sigs)\n          val signedInput = TransactionInput(unsignedInput.previousOutput, multiSigScriptSig, unsignedInput.sequence)\n          val signedInputs = unsignedTx.inputs.updated(inputIndex.toInt, signedInput)\n          val signedTx = unsignedTx match {\n            case btx: BaseTransaction => BaseTransaction(btx.version, signedInputs,\n              btx.outputs, btx.lockTime)\n            case wtx: WitnessTransaction => WitnessTransaction(wtx.version, signedInputs,\n              wtx.outputs, wtx.lockTime, wtx.witness)\n          }\n          signedTx\n        }\n\n        tx.left.flatMap { t =>\n          multiSigSPK.left.map { m =>\n            BaseTxSigComponent(t, inputIndex, m, flags)\n          }\n        }\n      case _: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: P2SHScriptPubKey\n        | _: P2WPKHWitnessSPKV0 | _: NonStandardScriptPubKey\n        | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n        | _: EscrowTimeoutScriptPubKey =>\n        Right(TxBuilderError.WrongSigner)\n    }\n    signed\n  }\n}\n\nobject MultiSigSigner extends MultiSigSigner\n\nsealed abstract class P2WPKHSigner extends BitcoinSigner {\n  override def sign(signers: Seq[Signer.Sign], output: TransactionOutput, unsignedTx: Transaction,\n    inputIndex: UInt32, hashType: HashType): Either[TxSigComponent, TxBuilderError] = unsignedTx match {\n    case wtx: WitnessTransaction =>\n      if (signers.size != 1) {\n        Right(TxBuilderError.TooManySigners)\n      } else if (signers.head._2.isEmpty) {\n        Right(TxBuilderError.MissingPublicKey)\n      } else {\n        val signer = signers.head._1\n        val pubKey = signers.head._2.get\n        val unsignedScriptWit = P2WPKHWitnessV0(pubKey)\n        val unsignedTxWitness = TransactionWitness(wtx.witness.witnesses.updated(inputIndex.toInt, unsignedScriptWit))\n        val unsignedWtx = WitnessTransaction(wtx.version, wtx.inputs, wtx.outputs, wtx.lockTime, unsignedTxWitness)\n        val witSPK = output.scriptPubKey match {\n          case p2wpkh: P2WPKHWitnessSPKV0 =>\n            if (p2wpkh != P2WPKHWitnessSPKV0(pubKey)) {\n              Right(TxBuilderError.WrongPublicKey)\n            } else Left(p2wpkh)\n          case _: P2PKScriptPubKey | _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey | _: P2SHScriptPubKey\n            | _: P2WSHWitnessSPKV0 | _: NonStandardScriptPubKey | _: CLTVScriptPubKey | _: CSVScriptPubKey\n            | _: WitnessCommitment | EmptyScriptPubKey | _: UnassignedWitnessScriptPubKey\n            | _: EscrowTimeoutScriptPubKey =>\n            Right(TxBuilderError.NonWitnessSPK)\n        }\n        val result = witSPK.left.map { w =>\n          val wtxComp = WitnessTxSigComponentRaw(unsignedWtx, inputIndex, w, Policy.standardFlags, output.value)\n          val signature = TransactionSignatureCreator.createSig(wtxComp, signer, hashType)\n          val scriptWitness = P2WPKHWitnessV0(pubKey, signature)\n          val signedTxWitness = TransactionWitness(unsignedWtx.witness.witnesses.updated(inputIndex.toInt, scriptWitness))\n          val signedTx = WitnessTransaction(unsignedWtx.version, unsignedWtx.inputs, unsignedWtx.outputs,\n            unsignedWtx.lockTime, signedTxWitness)\n          WitnessTxSigComponentRaw(signedTx, inputIndex, w, Policy.standardFlags, output.value)\n        }\n        result\n      }\n    case btx: BaseTransaction =>\n      val wtx = WitnessTransaction(btx.version, btx.inputs, btx.outputs, btx.lockTime, EmptyWitness)\n      sign(signers, output, wtx, inputIndex, hashType)\n  }\n}\n\nobject P2WPKHSigner extends P2WPKHSigner"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/test\/scala\/org\/bitcoins\/core\/channels\/ChannelsSpec.scala","text":"package org.bitcoins.core.channels\n\nimport org.bitcoins.core.crypto.{ BaseTxSigComponent, ECPrivateKey, TxSigComponent, WitnessTxSigComponent }\nimport org.bitcoins.core.currency.{ CurrencyUnit, CurrencyUnits, Satoshis }\nimport org.bitcoins.core.gen.{ ChannelGenerators, ScriptGenerators }\nimport org.bitcoins.core.number.{ Int64, UInt32 }\nimport org.bitcoins.core.policy.Policy\nimport org.bitcoins.core.protocol.script.EmptyScriptPubKey\nimport org.bitcoins.core.protocol.transaction.TransactionOutput\nimport org.bitcoins.core.script.ScriptProgram\nimport org.bitcoins.core.script.crypto.HashType\nimport org.bitcoins.core.script.interpreter.ScriptInterpreter\nimport org.bitcoins.core.script.result.ScriptOk\nimport org.bitcoins.core.util.BitcoinSLogger\nimport org.scalacheck.{ Gen, Prop, Properties }\n\nimport scala.annotation.tailrec\nimport scala.util.Try\n\n\/**\n * Created by chris on 4\/18\/17.\n *\/\nclass ChannelsSpec extends Properties(\"ChannelProperties\") {\n  private val logger = BitcoinSLogger.logger\n  property(\"spend a anchor transaction with the first spendingTx in a payment channel\") = {\n    Prop.forAllNoShrink(ChannelGenerators.freshChannelInProgress) {\n      case (inProgress, _) =>\n        val p = ScriptProgram(inProgress.current)\n        val result = ScriptInterpreter.run(p)\n        result == ScriptOk\n    }\n  }\n\n  property(\"fail to increment a payment channel when the values are larger than the locked output\") = {\n    Prop.forAllNoShrink(ChannelGenerators.freshChannelInProgress) {\n      case (inProgress, privKeys) =>\n        val inc = inProgress.clientSign(inProgress.lockedAmount + Satoshis.one, privKeys.head)\n        inc.isRight\n    }\n  }\n\n  property(\"increment a payment channel, then close it\") = {\n    Prop.forAllNoShrink(ChannelGenerators.freshChannelInProgress) {\n      case (inProgress, privKeys) =>\n        val num = Gen.choose(1, 20).sample.get\n        val serverScriptPubKey = ScriptGenerators.p2pkhScriptPubKey.sample.get._1\n        val amount = Policy.dustThreshold\n        val fee = Satoshis(Int64(100))\n        val (clientKey, serverKey) = (privKeys.head, privKeys(1))\n        val simulated = ChannelGenerators.simulate(num, inProgress, amount, clientKey, serverKey)\n        val clientSigned = simulated.left.flatMap(_.clientSign(amount, clientKey))\n        val closedTry = clientSigned.left.flatMap(_.close(serverScriptPubKey, serverKey, fee))\n        val result = closedTry.left.map(closed => verifyChannel(closed, amount, fee))\n        if (result.isRight) {\n          logger.warn(\"TxBuilderError:\" + result.right.get)\n          throw new IllegalArgumentException\n        } else result.left.get\n    }\n  }\n\n  property(\"close a payment channel awaiting anchor tx with the timeout branch\") = {\n    Prop.forAllNoShrink(ChannelGenerators.channelAwaitingAnchorTxNotConfirmed) {\n      case (awaiting, privKeys) =>\n        val channelClosedWithTimeout = awaiting.closeWithTimeout(EmptyScriptPubKey, privKeys(2), Satoshis.one)\n        logger.info(\"closed.inputs: \" + channelClosedWithTimeout.left.map(_.current.transaction.inputs))\n        val program = channelClosedWithTimeout.left.map(c => ScriptProgram(c.current))\n        val result = program.left.map(p => ScriptInterpreter.run(p))\n        result.left.get == ScriptOk\n    }\n  }\n\n  property(\"close a payment channel in progress with the timeout branch\") = {\n    Prop.forAllNoShrink(ChannelGenerators.baseInProgress) {\n      case (inProgress, privKeys) =>\n        val channelClosedWithTimeout = inProgress.closeWithTimeout(privKeys(2), Satoshis.one)\n        val program = channelClosedWithTimeout.left.map(c => ScriptProgram(c.current))\n        val result = program.left.map(p => ScriptInterpreter.run(p))\n        result.left.get == ScriptOk\n    }\n  }\n\n  def verifyChannel(p: ChannelClosed, amount: CurrencyUnit, fee: CurrencyUnit): Boolean = {\n    @tailrec\n    def loop(last: TxSigComponent, remaining: Seq[TxSigComponent]): Boolean = {\n      if (remaining.isEmpty) true\n      else {\n        val current = remaining.head\n        val program = ScriptProgram(current)\n        val interpreterResult = ScriptInterpreter.run(program)\n        val isValidTx = interpreterResult == ScriptOk\n        if (!isValidTx) logger.error(\"Invalid tx when verifying payment channel, got error: \" + interpreterResult)\n        val lastClientOutput = last.transaction.outputs.head\n        val currentClientOutput = current.transaction.outputs.head\n        val expectedClientOutput = TransactionOutput(lastClientOutput.value - amount, lastClientOutput.scriptPubKey)\n        val serverOutputIsValid = if (remaining.size == 1) {\n          \/\/check server output\n          val serverOutput = current.transaction.outputs(1)\n          \/\/ + Policy.minChannelAmount is for the first payment to the server\n          val expectedServerAmount = ((amount * Satoshis(Int64(p.old.size))) - fee) + Policy.minChannelAmount\n          expectedServerAmount == serverOutput.value\n        } else {\n          true\n        }\n        val result = (isValidTx && currentClientOutput == expectedClientOutput && serverOutputIsValid)\n        if (result) loop(current, remaining.tail)\n        else false\n      }\n    }\n    val inOrder = p.old.reverse\n    loop(inOrder.head, inOrder.tail ++ Seq(p.current))\n  }\n}\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/main\/scala\/org\/bitcoins\/core\/protocol\/script\/ScriptSignature.scala","text":"package org.bitcoins.core.protocol.script\n\nimport org.bitcoins.core.crypto.{ ECDigitalSignature, ECPublicKey }\nimport org.bitcoins.core.protocol.{ CompactSizeUInt, NetworkElement }\nimport org.bitcoins.core.script.constant._\nimport org.bitcoins.core.serializers.script.{ RawScriptSignatureParser, ScriptParser }\nimport org.bitcoins.core.util._\n\nimport scala.util.{ Failure, Success, Try }\n\n\/**\n * Created by chris on 12\/26\/15.\n *\n *\/\nsealed abstract class ScriptSignature extends NetworkElement {\n\n  def compactSizeUInt = CompactSizeUInt.parse(bytes)\n\n  \/**\n   * Representation of a scriptSignature in a parsed assembly format\n   * this data structure can be run through the script interpreter to\n   * see if a script evaluates to true\n   *\n   * Note: The first byte(s) inside the byte array is the [[CompactSizeUInt]]\n   * used to represent the size of the script serialization\n   *\/\n  lazy val asm: Seq[ScriptToken] = ScriptParser.fromBytes(bytes.splitAt(compactSizeUInt.size.toInt)._2)\n\n  \/** Byte vector for script program WITHOUT the [[CompactSizeUInt]], this is the raw byte vector that can be run *\/\n  lazy val asmBytes = asm.flatMap(_.bytes)\n\n  \/**\n   * The digital signatures contained inside of the script signature\n   * p2pkh script signatures only have one sig\n   * p2pk script signatures only have one sigs\n   * p2sh script signatures can have m sigs\n   * multisignature scripts can have m sigs\n   *\/\n  def signatures: Seq[ECDigitalSignature]\n\n}\n\nsealed trait NonStandardScriptSignature extends ScriptSignature {\n  def signatures: Seq[ECDigitalSignature] = Nil\n  override def toString = \"NonStandardScriptSignature(\" + hex + \")\"\n}\n\nobject NonStandardScriptSignature extends ScriptFactory[NonStandardScriptSignature] {\n  private case class NonStandardScriptSignatureImpl(bytes: Seq[Byte]) extends NonStandardScriptSignature {\n\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): NonStandardScriptSignature = {\n    buildScript(asm, NonStandardScriptSignatureImpl(_), { _ => true }, \"\")\n  }\n}\n\n\/**\n * P2PKH script signatures have only one public key\n * https:\/\/bitcoin.org\/en\/developer-guide#pay-to-public-key-hash-p2pkh\n * P2PKH scriptSigs follow this format\n * <sig> <pubkey>\n *\/\nsealed trait P2PKHScriptSignature extends ScriptSignature {\n\n  \/** P2PKH scriptSigs only have one signature *\/\n  def signature: ECDigitalSignature = signatures.head\n\n  \/** Gives us the public key inside of a p2pkh script signature *\/\n  def publicKey: ECPublicKey = ECPublicKey(asm.last.bytes)\n\n  override def signatures: Seq[ECDigitalSignature] = {\n    Seq(ECDigitalSignature(asm(1).hex))\n  }\n\n  override def toString = \"P2PKHScriptSignature(\" + hex + \")\"\n\n}\n\nobject P2PKHScriptSignature extends ScriptFactory[P2PKHScriptSignature] {\n  private case class P2PKHScriptSignatureImpl(bytes: Seq[Byte]) extends P2PKHScriptSignature\n\n  def fromAsm(asm: Seq[ScriptToken]): P2PKHScriptSignature = {\n    buildScript(asm, P2PKHScriptSignatureImpl(_), isP2PKHScriptSig(_), \"Given asm was not a P2PKHScriptSignature, got: \" + asm)\n  }\n\n  \/**\n   * Builds a script signature from a digital signature and a public key\n   * this is a pay to public key hash script sig\n   *\/\n  def apply(signature: ECDigitalSignature, pubKey: ECPublicKey): P2PKHScriptSignature = {\n    val signatureBytesToPushOntoStack = BitcoinScriptUtil.calculatePushOp(signature.bytes)\n    val pubKeyBytesToPushOntoStack = BitcoinScriptUtil.calculatePushOp(pubKey.bytes)\n    val asm: Seq[ScriptToken] = signatureBytesToPushOntoStack ++ Seq(ScriptConstant(signature.hex)) ++\n      pubKeyBytesToPushOntoStack ++ Seq(ScriptConstant(pubKey.hex))\n    fromAsm(asm)\n  }\n\n  \/** Determines if the given asm matches a [[P2PKHScriptSignature]] *\/\n  def isP2PKHScriptSig(asm: Seq[ScriptToken]): Boolean = asm match {\n    case List(w: BytesToPushOntoStack, x: ScriptConstant, y: BytesToPushOntoStack,\n      z: ScriptConstant) =>\n      if (ECPublicKey.isFullyValid(z.bytes)) true\n      else !P2SHScriptSignature.isRedeemScript(z)\n    case _ => false\n  }\n}\n\n\/**\n * Represents a pay-to-script-hash script signature\n * https:\/\/bitcoin.org\/en\/developer-guide#pay-to-script-hash-p2sh\n * P2SH scriptSigs have the following format\n * <sig> [sig] [sig...] <redeemScript>\n *\/\nsealed trait P2SHScriptSignature extends ScriptSignature {\n\n  \/** The redeemScript represents the conditions that must be satisfied to spend the output *\/\n  def redeemScript: ScriptPubKey = {\n    \/\/for P2SH(P2WSH) the entire scriptSig asm is technically the redeem script\n    \/\/see BIP141\n    WitnessScriptPubKey(asm).getOrElse(ScriptPubKey(ScriptParser.fromBytes(asm.last.bytes)))\n  }\n\n  \/** Returns the script signature of this p2shScriptSig with no serialized redeemScript *\/\n  def scriptSignatureNoRedeemScript: Try[ScriptSignature] = {\n    \/\/witness scriptPubKeys always have EmptyScriptSigs\n    if (WitnessScriptPubKey.isWitnessScriptPubKey(asm)) Success(EmptyScriptSignature)\n    else {\n      val asmWithoutRedeemScriptAndPushOp: Try[Seq[ScriptToken]] = Try {\n        asm(asm.size - 2) match {\n          case b: BytesToPushOntoStack => asm.dropRight(2)\n          case _ => asm.dropRight(3)\n        }\n      }\n      val script = asmWithoutRedeemScriptAndPushOp.getOrElse(EmptyScriptSignature.asm)\n      ScriptSignature.fromScriptPubKey(script, redeemScript)\n    }\n  }\n\n  \/** Returns the public keys for the p2sh scriptSignature *\/\n  def publicKeys: Seq[ECPublicKey] = {\n    val pubKeys: Seq[ScriptToken] = redeemScript.asm.filter(_.isInstanceOf[ScriptConstant])\n      .filterNot(_.isInstanceOf[ScriptNumberOperation])\n    pubKeys.map(k => ECPublicKey(k.hex))\n  }\n\n  \/** The digital signatures inside of the scriptSig *\/\n  def signatures: Seq[ECDigitalSignature] = scriptSignatureNoRedeemScript match {\n    case Failure(_) => Nil\n    case Success(nonRedeemScript) =>\n      val sigs = nonRedeemScript.asm.filter(_.isInstanceOf[ScriptConstant]).filterNot(_.isInstanceOf[ScriptNumberOperation]).filterNot(_.hex.length < 100)\n      sigs.map(s => ECDigitalSignature(s.hex))\n  }\n\n  \/**\n   * Splits the given asm into two parts\n   * the first part is the digital signatures\n   * the second part is the redeem script\n   *\/\n  def splitAtRedeemScript(asm: Seq[ScriptToken]): Try[(Seq[ScriptToken], Seq[ScriptToken])] = {\n    scriptSignatureNoRedeemScript.map { scriptSig =>\n      (scriptSig.asm, redeemScript.asm)\n    }\n  }\n\n  override def toString = \"P2SHScriptSignature(\" + hex + \")\"\n}\n\nobject P2SHScriptSignature extends ScriptFactory[P2SHScriptSignature] {\n  private case class P2SHScriptSignatureImpl(bytes: Seq[Byte]) extends P2SHScriptSignature\n\n  def apply(scriptSig: ScriptSignature, redeemScript: ScriptPubKey): P2SHScriptSignature = {\n    \/\/we need to calculate the size of the redeemScript and add the corresponding push op\n    val serializedRedeemScript = ScriptConstant(redeemScript.asmBytes)\n    val pushOps = BitcoinScriptUtil.calculatePushOp(serializedRedeemScript)\n    val asm: Seq[ScriptToken] = scriptSig.asm ++ pushOps ++ Seq(serializedRedeemScript)\n    fromAsm(asm)\n  }\n\n  def apply(witnessScriptPubKey: WitnessScriptPubKey): P2SHScriptSignature = {\n    P2SHScriptSignature(EmptyScriptSignature, witnessScriptPubKey)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): P2SHScriptSignature = {\n    \/\/everything can be a P2SHScriptSignature, thus passing the trivially true function\n    \/\/the most important thing to note is we cannot have a P2SHScriptSignature unless\n    \/\/we have a P2SHScriptPubKey\n    \/\/previously P2SHScriptSignature's redeem script had to be standard scriptPubKey's, this\n    \/\/was removed in 0.11 or 0.12 of Bitcoin Core\n    buildScript(asm, P2SHScriptSignatureImpl(_), { _ => true }, \"Given asm tokens are not a p2sh scriptSig, got: \" + asm)\n  }\n\n  \/** Tests if the given asm tokens are a [[P2SHScriptSignature]] *\/\n  def isP2SHScriptSig(asm: Seq[ScriptToken]): Boolean = asm match {\n    case _ if asm.size > 1 && isRedeemScript(asm.last) => true\n    case _ if WitnessScriptPubKey.isWitnessScriptPubKey(asm) => true\n    case _ => false\n  }\n\n  \/** Detects if the given script token is a redeem script *\/\n  def isRedeemScript(token: ScriptToken): Boolean = {\n    val redeemScriptTry: Try[ScriptPubKey] = parseRedeemScript(token)\n    redeemScriptTry match {\n      case Success(redeemScript) =>\n        redeemScript match {\n          case _: P2PKHScriptPubKey | _: MultiSignatureScriptPubKey\n            | _: P2SHScriptPubKey | _: P2PKScriptPubKey\n            | _: CLTVScriptPubKey | _: CSVScriptPubKey\n            | _: WitnessScriptPubKeyV0 | _: UnassignedWitnessScriptPubKey\n            | _: EscrowTimeoutScriptPubKey => true\n          case _: NonStandardScriptPubKey | _: WitnessCommitment => false\n          case EmptyScriptPubKey => false\n        }\n      case Failure(_) => false\n    }\n  }\n\n  \/** Parses a redeem script from the given script token *\/\n  def parseRedeemScript(scriptToken: ScriptToken): Try[ScriptPubKey] = {\n    val asm = ScriptParser.fromBytes(scriptToken.bytes)\n    val redeemScript: Try[ScriptPubKey] = Try(ScriptPubKey(asm))\n    redeemScript\n  }\n}\n\n\/**\n * Represents a multisignature script signature\n * https:\/\/bitcoin.org\/en\/developer-guide#multisig\n * Multisig script sigs have the following format\n * OP_0 <A sig> [B sig] [C sig...]\n *\/\nsealed trait MultiSignatureScriptSignature extends ScriptSignature {\n\n  \/** The digital signatures inside of the scriptSig *\/\n  def signatures: Seq[ECDigitalSignature] = {\n    asm.tail.filter(_.isInstanceOf[ScriptConstant])\n      .map(sig => ECDigitalSignature(sig.hex))\n  }\n\n  override def toString = \"MultiSignatureScriptSignature(\" + hex + \")\"\n}\n\nobject MultiSignatureScriptSignature extends ScriptFactory[MultiSignatureScriptSignature] {\n\n  private case class MultiSignatureScriptSignatureImpl(bytes: Seq[Byte]) extends MultiSignatureScriptSignature\n\n  def apply(signatures: Seq[ECDigitalSignature]): MultiSignatureScriptSignature = {\n    val sigsPushOpsPairs: Seq[Seq[ScriptToken]] = for {\n      sig <- signatures\n      constant = ScriptConstant(sig.bytes)\n      pushOps = BitcoinScriptUtil.calculatePushOp(sig.bytes)\n    } yield pushOps ++ Seq(constant)\n    val sigsWithPushOps = sigsPushOpsPairs.flatten\n    \/\/OP_0 is for the dummy input required by OP_CHECKMULTISIG\n    val asm = OP_0 +: sigsWithPushOps\n    MultiSignatureScriptSignature.fromAsm(asm)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): MultiSignatureScriptSignature = {\n    buildScript(asm, MultiSignatureScriptSignatureImpl(_), isMultiSignatureScriptSignature(_),\n      \"The given asm tokens were not a multisignature script sig: \" + asm)\n  }\n\n  \/**\n   * Checks if the given script tokens are a multisignature script sig\n   * format: OP_0 <A sig> [B sig] [C sig...]\n   *\n   * @param asm the asm to check if it falls in the multisignature script sig format\n   * @return boolean indicating if the scriptsignature is a multisignature script signature\n   *\/\n  def isMultiSignatureScriptSignature(asm: Seq[ScriptToken]): Boolean = asm.isEmpty match {\n    case true => false\n    \/\/case false if (asm.size == 1) => false\n    case false =>\n      val firstTokenIsScriptNumberOperation = asm.head.isInstanceOf[ScriptNumberOperation]\n      val restOfScriptIsPushOpsOrScriptConstants = asm.tail.map(\n        token => token.isInstanceOf[ScriptConstant] || StackPushOperationFactory.isPushOperation(token)).exists(_ == false)\n      firstTokenIsScriptNumberOperation && !restOfScriptIsPushOpsOrScriptConstants\n  }\n}\n\n\/**\n * Represents a pay to public key script signature\n * https:\/\/bitcoin.org\/en\/developer-guide#pubkey\n * Signature script: <sig>\n *\/\nsealed trait P2PKScriptSignature extends ScriptSignature {\n\n  \/** PubKey scriptSignatures only have one signature *\/\n  def signature: ECDigitalSignature = signatures.head\n\n  \/** The digital signatures inside of the scriptSig *\/\n  def signatures: Seq[ECDigitalSignature] = {\n    Seq(ECDigitalSignature(BitcoinScriptUtil.filterPushOps(asm).head.hex))\n  }\n\n  override def toString = \"P2PKScriptSignature(\" + hex + \")\"\n}\n\nobject P2PKScriptSignature extends ScriptFactory[P2PKScriptSignature] {\n  private case class P2PKScriptSignatureImpl(bytes: Seq[Byte]) extends P2PKScriptSignature\n\n  def apply(signature: ECDigitalSignature): P2PKScriptSignature = {\n    val pushOps = BitcoinScriptUtil.calculatePushOp(signature.bytes)\n    val signatureConstant = ScriptConstant(signature.bytes)\n    val asm = pushOps ++ Seq(signatureConstant)\n    P2PKScriptSignature.fromAsm(asm)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): P2PKScriptSignature = {\n    buildScript(asm, P2PKScriptSignatureImpl(_), isP2PKScriptSignature(_),\n      \"The given asm tokens were not a p2pk script sig: \" + asm)\n  }\n\n  \/** P2PK scriptSigs always have the pattern [pushop, digitalSignature] *\/\n  def isP2PKScriptSignature(asm: Seq[ScriptToken]): Boolean = asm match {\n    case List(w: BytesToPushOntoStack, x: ScriptConstant) => true\n    case _ => false\n  }\n}\n\n\/** Parent type for all lock time script signatures, these spend [[LockTimeScriptPubKey]] *\/\nsealed trait LockTimeScriptSignature extends ScriptSignature {\n  def scriptSig: ScriptSignature = ScriptSignature(hex)\n\n  override def signatures: Seq[ECDigitalSignature] = scriptSig.signatures\n}\n\nsealed trait CLTVScriptSignature extends LockTimeScriptSignature {\n  override def toString = \"CLTVScriptSignature(\" + hex + \")\"\n}\n\nobject CLTVScriptSignature extends Factory[CLTVScriptSignature] {\n  private case class CLTVScriptSignatureImpl(bytes: Seq[Byte]) extends CLTVScriptSignature\n\n  override def fromBytes(bytes: Seq[Byte]): CLTVScriptSignature = {\n    CLTVScriptSignatureImpl(bytes)\n  }\n\n  override def fromHex(hex: String): CLTVScriptSignature = {\n    CLTVScriptSignature(BitcoinSUtil.decodeHex(hex))\n  }\n\n  def apply(scriptSig: ScriptSignature): CLTVScriptSignature = {\n    fromHex(scriptSig.hex)\n  }\n}\n\nsealed trait CSVScriptSignature extends LockTimeScriptSignature {\n  override def toString = \"CSVScriptSignature(\" + hex + \")\"\n}\n\nobject CSVScriptSignature extends Factory[CSVScriptSignature] {\n  private case class CSVScriptSignatureImpl(bytes: Seq[Byte]) extends CSVScriptSignature\n\n  override def fromBytes(bytes: Seq[Byte]): CSVScriptSignature = {\n    CSVScriptSignatureImpl(bytes)\n  }\n\n  override def fromHex(hex: String): CSVScriptSignature = {\n    CSVScriptSignature(BitcoinSUtil.decodeHex(hex))\n  }\n\n  def apply(scriptSig: ScriptSignature): CSVScriptSignature = {\n    fromHex(scriptSig.hex)\n  }\n}\n\n\/** Represents the empty script signature *\/\ncase object EmptyScriptSignature extends ScriptSignature {\n  def signatures = Nil\n  def bytes = Seq(0.toByte)\n}\n\nobject ScriptSignature extends Factory[ScriptSignature] {\n\n  \/** Returns an empty script signature *\/\n  def empty: ScriptSignature = EmptyScriptSignature\n\n  def fromBytes(bytes: Seq[Byte]): ScriptSignature = RawScriptSignatureParser.read(bytes)\n\n  \/** Creates a scriptSignature from the list of script tokens *\/\n  def fromAsm(tokens: Seq[ScriptToken]): ScriptSignature = tokens match {\n    case Nil => EmptyScriptSignature\n    case _ if (tokens.size > 1 && P2SHScriptSignature.isRedeemScript(tokens.last)) =>\n      P2SHScriptSignature.fromAsm(tokens)\n    case _ if EscrowTimeoutScriptSignature.isEscrowTimeoutScriptSig(tokens) =>\n      EscrowTimeoutScriptSignature.fromAsm(tokens)\n    case _ if (MultiSignatureScriptSignature.isMultiSignatureScriptSignature(tokens)) =>\n      MultiSignatureScriptSignature.fromAsm(tokens)\n    case _ if P2PKHScriptSignature.isP2PKHScriptSig(tokens) => P2PKHScriptSignature.fromAsm(tokens)\n    case _ if P2PKScriptSignature.isP2PKScriptSignature(tokens) => P2PKScriptSignature.fromAsm(tokens)\n    case _ => NonStandardScriptSignature.fromAsm(tokens)\n  }\n\n  \/**\n   * Creates a script signature from the given tokens and scriptPubKey\n   * @param tokens the script signature's tokens\n   * @param scriptPubKey the scriptPubKey which the script signature is trying to spend\n   * @return\n   *\/\n  def fromScriptPubKey(tokens: Seq[ScriptToken], scriptPubKey: ScriptPubKey): Try[ScriptSignature] = scriptPubKey match {\n    case _: P2SHScriptPubKey => Try(P2SHScriptSignature.fromAsm(tokens))\n    case _: P2PKHScriptPubKey => Try(P2PKHScriptSignature.fromAsm(tokens))\n    case _: P2PKScriptPubKey => Try(P2PKScriptSignature.fromAsm(tokens))\n    case _: MultiSignatureScriptPubKey => Try(MultiSignatureScriptSignature.fromAsm(tokens))\n    case _: NonStandardScriptPubKey => Try(NonStandardScriptSignature.fromAsm(tokens))\n    case s: CLTVScriptPubKey => fromScriptPubKey(tokens, s.nestedScriptPubKey)\n    case s: CSVScriptPubKey => fromScriptPubKey(tokens, s.nestedScriptPubKey)\n    case escrowWithTimeout: EscrowTimeoutScriptPubKey =>\n      val isMultiSig = BitcoinScriptUtil.castToBool(tokens.last)\n      if (isMultiSig) {\n        val multiSig = Try(MultiSignatureScriptSignature.fromAsm(tokens.take(tokens.size - 1)))\n        multiSig.map(m => EscrowTimeoutScriptSignature.fromMultiSig(m))\n      } else Try(EscrowTimeoutScriptSignature.fromAsm(tokens, escrowWithTimeout))\n    case _: WitnessScriptPubKeyV0 | _: UnassignedWitnessScriptPubKey => Success(EmptyScriptSignature)\n    case EmptyScriptPubKey =>\n      if (tokens.isEmpty) Success(EmptyScriptSignature) else Try(NonStandardScriptSignature.fromAsm(tokens))\n    case _: WitnessCommitment => Failure(new IllegalArgumentException(\"Cannot spend witness commitment scriptPubKey\"))\n  }\n\n  def apply(tokens: Seq[ScriptToken], scriptPubKey: ScriptPubKey): Try[ScriptSignature] = {\n    fromScriptPubKey(tokens, scriptPubKey)\n  }\n}\n\n\/**\n * [[ScriptSignature]] that spends a [[EscrowTimeoutScriptPubKey]], the underlying script signature can be\n * a [[MultiSignatureScriptSignature]] or a [[CSVScriptSignature]] as those are te two underlying scripts\n * of a [[EscrowTimeoutScriptPubKey]]\n *\n * If the last element of the [[asm]] evaluates to true, it is a scriptsig that attempts to spend the escrow\n * if the last element of the [[asm]] evaluates to false, it is a scriptsig that attempts to spend the timeout\n *\/\nsealed trait EscrowTimeoutScriptSignature extends ScriptSignature {\n  def scriptSig: ScriptSignature = ScriptSignature(bytes.take(bytes.length - 1))\n  override def signatures = scriptSig.signatures\n\n  \/** Checks if the given asm fulfills the timeout or escrow of the [[EscrowTimeoutScriptPubKey]] *\/\n  def isEscrow: Boolean = BitcoinScriptUtil.castToBool(asm.last)\n\n  def isTimeout: Boolean = !isEscrow\n\n  override def toString = \"EscrowTimeoutScriptSignature(\" + hex + \")\"\n}\n\nobject EscrowTimeoutScriptSignature extends Factory[EscrowTimeoutScriptSignature] {\n  private case class EscrowTimeoutScriptSignatureImpl(bytes: Seq[Byte]) extends EscrowTimeoutScriptSignature\n\n  override def fromBytes(bytes: Seq[Byte]): EscrowTimeoutScriptSignature = {\n    \/\/TODO: Come back and look at this, there is no invariant check here to see if the EscrowTiemoutScriptSig is valid\n    EscrowTimeoutScriptSignatureImpl(bytes)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken], scriptPubKey: EscrowTimeoutScriptPubKey): EscrowTimeoutScriptSignature = {\n    require(isEscrowTimeoutScriptSig(asm, Some(scriptPubKey)), \"Given asm was not a EscrowWithTimeoutScriptSignature, got: \" + asm)\n    val asmHex = asm.map(_.hex).mkString\n    val c = CompactSizeUInt.calculateCompactSizeUInt(asmHex)\n    val fullHex = c.hex + asmHex\n    fromHex(fullHex)\n  }\n\n  def fromAsm(asm: Seq[ScriptToken]): EscrowTimeoutScriptSignature = {\n    require(asm.nonEmpty)\n    val nested = asm.take(asm.length - 1)\n    val nestedScriptSig = if (BitcoinScriptUtil.castToBool(asm.last)) {\n      require(MultiSignatureScriptSignature.isMultiSignatureScriptSignature(nested), \"Need multisigScriptSig, got: \" + nested)\n      MultiSignatureScriptSignature.fromAsm(nested)\n    } else {\n      CSVScriptSignature(ScriptSignature.fromAsm(nested))\n    }\n    val bytes = nestedScriptSig.asmBytes ++ asm.last.bytes\n    val c = CompactSizeUInt.calculateCompactSizeUInt(bytes)\n    val fullBytes = c.bytes ++ bytes\n    fromBytes(fullBytes)\n  }\n\n  def isEscrowTimeoutScriptSig(asm: Seq[ScriptToken], scriptPubKey: Option[EscrowTimeoutScriptPubKey] = None): Boolean = {\n    val nested = asm.take(asm.length - 1)\n    val last = asm.last\n    val validIfToken = last == OP_0 || last == OP_1\n    val isMultiSig = BitcoinScriptUtil.castToBool(last)\n    if (isMultiSig && validIfToken) {\n      MultiSignatureScriptSignature.isMultiSignatureScriptSignature(nested)\n    } else if (validIfToken) {\n      \/\/if they provide the [[EscrowTimeoutScriptPubKey]] we can detected\n      \/\/ if we have a valid scriptsig for the timeout branch\n      \/\/ if they do not provide it, we have to guess that it\n      \/\/ is the timeout branch since we can nest ANY scriptPubKey inside of a [[LockTimeScriptPubKey]]\n      val isValidTimeout = scriptPubKey.map { s =>\n        val locktimeScript = s.timeout.nestedScriptPubKey\n        Try(ScriptSignature.fromScriptPubKey(asm, locktimeScript)).isSuccess\n      }\n      isValidTimeout.getOrElse(true)\n    } else false\n  }\n\n  def apply(scriptSig: ScriptSignature): Try[EscrowTimeoutScriptSignature] = scriptSig match {\n    case m: MultiSignatureScriptSignature => Success(fromMultiSig(m))\n    case lock: LockTimeScriptSignature => Success(fromLockTime(lock))\n    case x @ (_: P2PKScriptSignature | _: P2PKHScriptSignature | _: P2SHScriptSignature | _: NonStandardScriptSignature\n      | _: EscrowTimeoutScriptSignature | EmptyScriptSignature) => Failure(new IllegalArgumentException(\"Cannot create a EscrowTimeoutScriptSignature out of \" + x))\n\n  }\n\n  \/**\n   * Creates a [[org.bitcoins.core.protocol.script.EscrowTimeoutScriptSignature]] that spends the escrow\n   * branch of a [[EscrowTimeoutScriptPubKey]]\n   *\/\n  def fromMultiSig(multiSigScriptSig: MultiSignatureScriptSignature): EscrowTimeoutScriptSignature = {\n    val asm = multiSigScriptSig.asm ++ Seq(OP_1)\n    fromAsm(asm)\n  }\n\n  \/**\n   * Creates a [[org.bitcoins.core.protocol.script.EscrowTimeoutScriptSignature]] that spends the locktime branch\n   * of the [[EscrowTimeoutScriptPubKey]]\n   *\/\n  def fromLockTime(l: LockTimeScriptSignature): EscrowTimeoutScriptSignature = {\n    val asm = l.asm ++ Seq(OP_0)\n    fromAsm(asm)\n  }\n}\n"}
{"repo_name":"Christewart\/bitcoin-s-core","path":"src\/test\/scala\/org\/bitcoins\/core\/wallet\/builder\/BitcoinTxBuilderTest.scala","text":"<filename>src\/test\/scala\/org\/bitcoins\/core\/wallet\/builder\/BitcoinTxBuilderTest.scala\npackage org.bitcoins.core.wallet.builder\n\nimport org.bitcoins.core.config.TestNet3\nimport org.bitcoins.core.crypto.ECPrivateKey\nimport org.bitcoins.core.currency.{ CurrencyUnits, Satoshis }\nimport org.bitcoins.core.gen.{ CryptoGenerators, ScriptGenerators }\nimport org.bitcoins.core.number.{ Int64, UInt32 }\nimport org.bitcoins.core.protocol.script._\nimport org.bitcoins.core.protocol.transaction._\nimport org.bitcoins.core.script.crypto.HashType\nimport org.bitcoins.core.util.BitcoinSLogger\nimport org.bitcoins.core.wallet.builder.TxBuilder.UTXOMap\nimport org.bitcoins.core.wallet.fee.SatoshisPerVirtualByte\nimport org.scalatest.{ FlatSpec, MustMatchers }\n\nclass BitcoinTxBuilderTest extends FlatSpec with MustMatchers {\n  private val logger = BitcoinSLogger.logger\n  val tc = TransactionConstants\n  val (spk, privKey) = ScriptGenerators.p2pkhScriptPubKey.sample.get\n  \"TxBuilder\" must \"failed to build a transaction that mints money out of thin air\" in {\n\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, spk)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n    val feeUnit = SatoshisPerVirtualByte(Satoshis.one)\n    val txBuilder = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilder.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.MintsMoney))\n  }\n\n  it must \"fail to build a transaction when we pass in a negative fee rate\" in {\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, spk)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(-1)))\n    val txBuilder = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    txBuilder must be(Right(TxBuilderError.LowFee))\n  }\n\n  it must \"fail to build a txbuilder when we do not pass in all the crediting txs whose outpoints are specified in utxo map\" in {\n    val creditingOutput = TransactionOutput(Satoshis(Int64(1)), spk)\n    val destinations = Seq(TransactionOutput(CurrencyUnits.zero, EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val outPoint2 = TransactionOutPoint(CryptoGenerators.doubleSha256Digest.sample.get, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(\n      outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll),\n      outPoint2 -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n    val feeUnit = SatoshisPerVirtualByte(Satoshis.one)\n    val txBuilder = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    txBuilder must be(Right(TxBuilderError.MissingCreditingTx))\n  }\n\n  it must \"fail a transaction when the user invariants fail\" in {\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, spk)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilder = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    \/\/trivially false\n    val f = (_: UTXOMap, _: Transaction) => false\n    val result = txBuilder.left.flatMap(_.sign(f))\n    result must be(Right(TxBuilderError.FailedUserInvariants))\n  }\n\n  it must \"be able to create a BitcoinTxBuilder from UTXOTuple and UTXOMap\" in {\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, spk)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n    val utxoTuple: TxBuilder.UTXOTuple = (outPoint, creditingOutput, Seq(signer), None, None, HashType.sigHashAll)\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderMap = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val txBuilderTuple = BitcoinTxBuilder(destinations, Seq(creditingTx), Seq(utxoTuple), feeUnit, EmptyScriptPubKey, TestNet3)\n\n    txBuilderTuple must be(txBuilderMap)\n  }\n\n  it must \"fail to build a tx if you have the wrong redeemscript\" in {\n    val p2sh = P2SHScriptPubKey(spk)\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2sh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), Some(EmptyScriptPubKey), None, HashType.sigHashAll))\n    val utxoTuple: TxBuilder.UTXOTuple = (outPoint, creditingOutput, Seq(signer), None, None, HashType.sigHashAll)\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderNoRedeem = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderNoRedeem.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.WrongRedeemScript))\n  }\n\n  it must \"fail to build a tx if you have the wrong script witness\" in {\n    val p2wsh = P2WSHWitnessSPKV0(spk)\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2wsh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(privKey.publicKey))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None,\n      Some(P2WSHWitnessV0(EmptyScriptPubKey)), HashType.sigHashAll))\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderWitness = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderWitness.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.WrongWitness))\n  }\n\n  it must \"fail to sign a p2pkh if we don't pass in the public key\" in {\n    val p2pkh = P2PKHScriptPubKey(privKey.publicKey)\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2pkh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), None)\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None, None, HashType.sigHashAll))\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderWitness = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderWitness.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.MissingPublicKey))\n  }\n\n  it must \"fail to sign a p2pkh if we pass in the wrong public key\" in {\n    val p2pkh = P2PKHScriptPubKey(privKey.publicKey)\n    val pubKey2 = ECPrivateKey().publicKey\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2pkh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(pubKey2))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None,\n      None, HashType.sigHashAll))\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderWitness = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderWitness.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.WrongPublicKey))\n  }\n\n  it must \"fail to sign a p2wpkh if we don't pass in the public key\" in {\n    val p2wpkh = P2WPKHWitnessSPKV0(privKey.publicKey)\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2wpkh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), None)\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None,\n      Some(P2WPKHWitnessV0(privKey.publicKey)), HashType.sigHashAll))\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderWitness = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderWitness.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.MissingPublicKey))\n  }\n\n  it must \"fail to sign a p2wpkh if we pass in the wrong public key\" in {\n    val p2wpkh = P2WPKHWitnessSPKV0(privKey.publicKey)\n    val pubKey2 = ECPrivateKey().publicKey\n    val creditingOutput = TransactionOutput(CurrencyUnits.zero, p2wpkh)\n    val destinations = Seq(TransactionOutput(Satoshis(Int64(1)), EmptyScriptPubKey))\n    val creditingTx = BaseTransaction(tc.validLockVersion, Nil, Seq(creditingOutput), tc.lockTime)\n    val outPoint = TransactionOutPoint(creditingTx.txId, UInt32.zero)\n    val signer = (privKey.sign(_: Seq[Byte]), Some(pubKey2))\n    val utxoMap: TxBuilder.UTXOMap = Map(outPoint -> (creditingOutput, Seq(signer), None,\n      Some(P2WPKHWitnessV0(pubKey2)), HashType.sigHashAll))\n\n    val feeUnit = SatoshisPerVirtualByte(Satoshis(Int64(1)))\n    val txBuilderWitness = BitcoinTxBuilder(destinations, Seq(creditingTx), utxoMap, feeUnit, EmptyScriptPubKey, TestNet3)\n    val result = txBuilderWitness.left.flatMap(_.sign)\n    result must be(Right(TxBuilderError.WrongPublicKey))\n  }\n\n  it must \"detect a bad fee on the tx\" in {\n    val estimatedFee = Satoshis(Int64(1000))\n    val actualFee = Satoshis.one\n    val feeRate = SatoshisPerVirtualByte(Satoshis.one)\n    BitcoinTxBuilder.isValidFeeRange(estimatedFee, actualFee, feeRate) must be(Some(TxBuilderError.LowFee))\n\n    BitcoinTxBuilder.isValidFeeRange(actualFee, estimatedFee, feeRate) must be(Some(TxBuilderError.HighFee))\n  }\n}\n"}
{"repo_name":"edadma\/indentation-lexical-sn","path":"src\/test\/scala\/Main.scala","text":"<reponame>edadma\/indentation-lexical-sn\npackage xyz.hyperreal.indentation_lexical_sn\n\nobject Main extends App {}\n"}
{"repo_name":"edadma\/indentation-lexical-sn","path":"src\/main\/scala\/IndentationLexical.scala","text":"<filename>src\/main\/scala\/IndentationLexical.scala\npackage xyz.hyperreal.indentation_lexical_sn\n\nimport util.parsing.combinator.lexical.StdLexical\nimport util.parsing.input.{CharSequenceReader, Position, Reader}\nimport collection.mutable.{ArrayStack, ListBuffer}\n\nclass IndentationLexical(newlineBeforeIndent: Boolean,\n                         newlineAfterDedent: Boolean,\n                         startLineJoining: List[String],\n                         endLineJoining: List[String],\n                         lineComment: String,\n                         blockCommentStart: String,\n                         blockCommentEnd: String)\n    extends StdLexical {\n  private val level                  = new ArrayStack[Int]\n  private var state: Int             = _\n  private var current: Int           = _\n  private var finalnl                = false\n  private var dedentnl               = false\n  private var lineJoining            = 0\n  private val startLineJoiningTokens = startLineJoining map (Keyword(_))\n  private val endLineJoiningTokens   = endLineJoining map (Keyword(_))\n\n  case object Newline extends Token { val chars = \"newline\" }\n  case object Indent  extends Token { val chars = \"indent\"  }\n  case object Dedent  extends Token { val chars = \"dedent\"  }\n\n  def num(s: String) = NumericLit(s)\n\n  def scan(s: String): List[Token] = {\n    val buf = new ListBuffer[Token]\n    var t   = read(new CharSequenceReader(s))\n\n    while (!t.atEnd) {\n      buf append t.first\n      t = t.rest\n    }\n\n    buf.toList\n  }\n\n  private def matches(r: Input, s: String): Boolean = {\n    var input = r\n\n    for (i <- 0 until s.length)\n      if (!input.atEnd && s.charAt(i) == input.first)\n        input = input.rest\n      else\n        return false\n\n    true\n  }\n\n  private def skip(r: Input, pred: Input => Boolean): Input =\n    if (pred(r))\n      r\n    else\n      skip(r.rest, pred)\n\n  private def skipSpace(r: Input) = skip(r, a => a.atEnd || a.first != '\\t' && a.first != ' ' && a.first != '\\r')\n\n  private def skipToEOL(r: Input) = skip(r, a => a.atEnd || a.first == '\\n')\n\n  private def skipBlankLines(r: Input): Input =\n    if (r.atEnd)\n      r\n    else {\n      val r1 = skipSpace(r)\n\n      if (r1.atEnd)\n        r1\n      else if (r1.first == '\\n')\n        skipBlankLines(r1.rest)\n      else if (matches(r1, lineComment)) {\n        val r2 = skipToEOL(r1.rest.rest)\n\n        if (r2.atEnd)\n          r2\n        else\n          skipBlankLines(r2.rest)\n      } else if (matches(r1, blockCommentStart)) {\n        val r2 = skip(r1.rest.rest, a => matches(a, blockCommentEnd))\n\n        if (r2.atEnd) sys.error(\"unclosed comment \" + r1.pos)\n\n        skipBlankLines(r2.rest.rest)\n      } else\n        r\n    }\n\n  def read(in: Input): Reader[Token] = {\n    level.clear\n    level push 0\n    state = BLOCK_STATE\n    finalnl = false\n    dedentnl = false\n    lineJoining = 0\n    new IndentationScanner(skipBlankLines(in))\n  }\n\n  override def whitespaceChar = elem(\"space char\", c => c == ' ' || c == '\\t' || c == '\\r')\n\n  private val BLOCK_STATE   = 1\n  private val INDENT_STATE  = 2\n  private val DEDENT_STATE  = 3\n  private val NEWLINE_STATE = 4\n\n  class IndentationScanner(in: Input) extends Reader[Token] {\n    private def skipWhiteSpace(r: Input): ParseResult[Any] = {\n      whitespace(r) match {\n        case res @ Success(_, in1) =>\n          if (!in1.atEnd && in1.first == '\\n')\n            skipWhiteSpace(in1.rest)\n          else\n            res\n        case res => res\n      }\n    }\n\n    private val (tok, rest1, rest2) = {\n      whitespace(in) match {\n        case Success(_, in0) =>\n          IndentationParser(in0) match {\n            case Success(tok, in2) =>\n              (tok, in, in2)\n            case NoSuccess(_, _) =>\n              skipWhiteSpace(in) match {\n                case Success(_, in1) =>\n                  token(in1) match {\n                    case Success(tok, in2) =>\n                      if (startLineJoiningTokens contains tok)\n                        lineJoining += 1\n                      else if (endLineJoiningTokens contains tok)\n                        lineJoining -= 1\n\n                      (tok, in1, in2)\n                    case ns: NoSuccess => (errorToken(ns.msg), ns.next, skip(ns.next))\n                  }\n                case ns: NoSuccess => (errorToken(ns.msg), ns.next, skip(ns.next))\n              }\n          }\n        case ns: NoSuccess => (errorToken(ns.msg), ns.next, skip(ns.next))\n      }\n    }\n\n    private def skip(in: Reader[Char]) = if (in.atEnd) in else in.rest\n\n    override def source: java.lang.CharSequence = in.source\n\n    override def offset: Int = in.offset\n\n    private def atend =\n      in.atEnd || (skipWhiteSpace(in) match {\n        case Success(_, in1) => in1.atEnd\n        case _               => false\n      })\n\n    val atEnd = atend && finalnl && !dedentnl && level.size == 1\n\n    lazy val first = gettoken\n\n    private def gettoken = {\n      val res =\n        if (atend)\n          if (!finalnl || dedentnl)\n            Newline\n          else if (level.size > 1)\n            Dedent\n          else\n            sys.error(\"no more tokens\")\n        else\n          tok\n\n      res\n    }\n\n    lazy val rest =\n      if (atend)\n        if (!finalnl) {\n          finalnl = true\n          new IndentationScanner(rest1)\n        } else if (dedentnl) {\n          dedentnl = false\n          new IndentationScanner(rest1)\n        } else if (level.size > 1) {\n          if (newlineAfterDedent)\n            dedentnl = true\n\n          level.pop\n          new IndentationScanner(rest1)\n        } else\n          sys.error(\"no more tokens\")\n      else\n        new IndentationScanner(rest2)\n\n    lazy val pos = new PositionWrapper(rest1.pos)\n  }\n\n  class PositionWrapper(p: Position) extends Position {\n    val column = p.column\n\n    val line = p.line\n\n    protected lazy val lineContents = p.longString.split(\"\\n\")(0)\n  }\n\n  private object IndentationParser extends Parser[Token] {\n\n    def apply(in: Input): ParseResult[Token] = {\n      def indents(ch: Char, c: Int, r: Input): (Int, Input) =\n        if (ch != ' ' && ch != '\\t' || r.atEnd || r.first != ch)\n          (c, r)\n        else\n          indents(ch, c + 1, r.rest)\n\n      state match {\n        case BLOCK_STATE =>\n          if (in.atEnd || in.first != '\\n')\n            Failure(null, in)\n          else if (lineJoining > 0)\n            Failure(null, in)\n          else {\n            val in1 = skipBlankLines(in.rest)\n\n            if (in1.atEnd) {\n\/\/\t\t\t\t\t\t\tfinalnl = true\n              Failure(null, in1)\n            } else {\n              val (c, r) = indents(in1.first, 0, in1)\n\n              if (skipSpace(in1).pos != r.pos)\n                Error(\"only tabs or spaces (but not both on a given line) may be used for indentation\", in1)\n              else {\n                if (c > level.top) {\n                  level push c\n\n                  if (newlineBeforeIndent)\n                    state = INDENT_STATE\n                  else\n                    return Success(Indent, r)\n                } else if (c < level.top) {\n                  current = c\n                  state = DEDENT_STATE\n                  level pop\n                }\n\n                Success(Newline, r)\n              }\n            }\n          }\n        case INDENT_STATE =>\n          state = BLOCK_STATE\n          Success(Indent, in)\n        case DEDENT_STATE =>\n          if (newlineAfterDedent)\n            state = NEWLINE_STATE\n          else if (current < level.top)\n            level pop\n          else\n            state = BLOCK_STATE\n\n          Success(Dedent, in)\n        case NEWLINE_STATE =>\n          if (current < level.top) {\n            state = DEDENT_STATE\n            level pop\n          } else\n            state = BLOCK_STATE\n\n          Success(Newline, in)\n      }\n    }\n  }\n}\n"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/Application.scala","text":"<reponame>Martin11Guzman\/SpringScala\npackage com.martin.me\nimport org.springframework.boot.SpringApplication\nimport org.springframework.boot.autoconfigure.SpringBootApplication\n\n@SpringBootApplication\nclass Application\nobject Application extends App {\n  SpringApplication.run(classOf[Application])\n}"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/UserRepository.scala","text":"import org.springframework.stereotype.Repository\nimport org.springframework.data.repository.CrudRepository\nimport java.lang.Long\n\n@Repository\ntrait UserRepository extends CrudRepository[Users, Long] {\n\n  def findUserByUsername(username: String): Users\n}"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/WebSecurityConfig.scala","text":"<filename>SpringScala\/src\/main\/scala\/com\/martin\/me\/WebSecurityConfig.scala\nimport org.springframework.context.annotation.Bean\nimport org.springframework.security.config.annotation.method.configuration.EnableGlobalMethodSecurity\nimport org.springframework.security.config.annotation.web.builders.HttpSecurity\nimport org.springframework.security.config.annotation.web.configuration.EnableWebSecurity\nimport org.springframework.security.config.annotation.web.configuration.WebSecurityConfigurerAdapter\nimport org.springframework.security.core.userdetails.UserDetailsService\nimport org.springframework.security.core.userdetails.jdbc.JdbcDaoImpl\nimport javax.sql.DataSource\n\n\n\/\/  This Spring security configuration enables basic HTTP authentication. HTTP authentication is required to access the APIs after this change.\n\/\/  The users inserted into the database using import.sql root\/root can be used to authenticate.\n\n\n@EnableWebSecurity\n@EnableGlobalMethodSecurity(prePostEnabled = true)\nclass WebSecurityConfig(val dataSource: DataSource) extends WebSecurityConfigurerAdapter {\n  override def configure(http: HttpSecurity) = {\n    http.authorizeRequests.antMatchers(\"\/console\", \"\/console\/**\", \"\/console\/\", \"\/swagger-ui.html\", \"\/**\/*.css\", \"\/**\/*.js\", \"\/**\/*.png\", \"\/configuration\/**\", \"\/swagger-resources\", \"\/v2\/**\").permitAll\n    http.authorizeRequests.anyRequest.authenticated\n    http.csrf.disable\n    http.headers.frameOptions.disable\n    http.httpBasic\n  }\n\n  @Bean\n  override def userDetailsService: UserDetailsService = {\n    val manager = new JdbcDaoImpl\n    manager.setDataSource(dataSource)\n    manager\n  }\n\n}"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/SwaggerConfig.scala","text":"<gh_stars>0\nimport springfox.documentation.swagger2.annotations.EnableSwagger2\nimport org.springframework.context.annotation.Configuration\nimport springfox.documentation.spring.web.plugins.Docket\nimport org.springframework.context.annotation.Bean\nimport springfox.documentation.spi.DocumentationType\nimport springfox.documentation.builders.RequestHandlerSelectors\nimport springfox.documentation.builders.PathSelectors\n\n@Configuration\n@EnableSwagger2\nclass SwaggerConfig {\n  @Bean\n  def api(): Docket = {\n    new Docket(DocumentationType.SWAGGER_2).select.apis(RequestHandlerSelectors.any).paths(PathSelectors.any).build\n  }\n\n}\n"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/UserService.scala","text":"import org.springframework.stereotype.Service\nimport org.springframework.beans.factory.annotation.Autowired\nimport java.lang.Iterable\nimport org.springframework.security.access.prepost.PreAuthorize\nimport org.springframework.security.access.prepost.PostAuthorize\n\n@Service\nclass UserService(@Autowired private val userRepository: UserRepository) {\n\n  @PreAuthorize(\"hasRole('admin')\")\n  def listUsers(): Iterable[Users] = {\n    userRepository.findAll\n  }\n\n  @PreAuthorize(\"hasRole('user')\")\n  @PostAuthorize(\"returnObject.username==principal.username || hasRole('admin')\")\n  def getUser(id: Long): Users = {\n    userRepository.findOne(id)\n  }\n\n  @PreAuthorize(\"hasRole('admin')\")\n  def createUser(users: Users): Long = {\n    userRepository.save(users)\n    users.id\n  }\n}\n\n"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/test\/scala\/UserTests.scala","text":"import org.junit.runner.RunWith\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.boot.test.context.SpringBootTest\nimport org.springframework.boot.test.web.client.TestRestTemplate\nimport org.springframework.test.context.junit4.SpringRunner\nimport org.junit.Test\nimport org.springframework.boot.test.context.SpringBootTest.WebEnvironment\nimport org.springframework.http.HttpHeaders\nimport org.apache.tomcat.util.codec.binary.Base64\nimport org.springframework.http.HttpEntity\nimport org.springframework.http.MediaType\nimport java.util.Arrays\n\n\n@RunWith(classOf[SpringRunner])\n@SpringBootTest(webEnvironment = WebEnvironment.RANDOM_PORT)\nclass UserTests {\n\n  @Autowired var template: TestRestTemplate = _\n\n  @Test\n  def testPostCfreateUser() = {\n    val headers = new HttpHeaders\n    headers.add(\"Authorization\", \"Basic \" + new String(Base64.encodeBase64((\"root\" + \":\" + \"root\").getBytes())))\n    headers.setContentType(MediaType.APPLICATION_JSON)\n    headers.setAccept(Arrays.asList(MediaType.APPLICATION_JSON))\n    val user = new Users\n    user.setId(101)\n    user.setUsername(\"Test\")\n    user.setPassword(\"<PASSWORD>\")\n    user.setEnabled(true)\n    val entity = new HttpEntity(user, headers)\n    val result = template.postForObject(\"\/api\/users\", entity, classOf[String])\n    println(result)\n  }\n\n}\n"}
{"repo_name":"Martin11Guzman\/SpringScala","path":"SpringScala\/src\/main\/scala\/com\/martin\/me\/H2Config.scala","text":"import org.springframework.context.annotation.Configuration\nimport org.springframework.boot.web.servlet.ServletRegistrationBean\nimport org.springframework.context.annotation.Bean\nimport org.h2.server.web.WebServlet\n\n@Configuration\nclass H2Config {\n\n  @Bean\n  def h2servletRegistration(): ServletRegistrationBean = {\n    val registrationBean = new ServletRegistrationBean(new WebServlet)\n    registrationBean.addUrlMappings(\"\/console\/*\")\n    return registrationBean\n  }\n\n}"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/ProxyviewServerConfig.scala","text":"package com.proxyview.common.models\n\nimport ai.x.play.json.Jsonx\nimport net.jcazevedo.moultingyaml.DefaultYamlProtocol\nimport play.api.libs.json.Format\n\ncase class ProxyviewServerConfig(url: String, token: String) {\n\n  def connectUri: String = {\n    if (sys.env.get(\"ENV\").contains(\"production\")) {\n      \"https:\/\/\" + url + \"\/register\"\n    } else {\n      \"http:\/\/\" + url + \"\/register\"\n    }\n  }\n\n}\n\nobject ProxyviewServerConfig extends DefaultYamlProtocol {\n  implicit val ProxyviewServerConfigFormatter = yamlFormat2(ProxyviewServerConfig.apply)\n  implicit val ProxyviewServerConfigFormatterJson: Format[ProxyviewServerConfig] = Jsonx.formatCaseClassUseDefaults[ProxyviewServerConfig]\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-client\/src\/main\/scala\/com\/proxyview\/client\/ProxyHttpClient.scala","text":"package com.proxyview.client\n\nimport akka.actor.{ Actor, ActorRef, Props }\nimport akka.event.Logging\nimport com.proxyview.common.models.CommonModels.WebsocketConnected\nimport com.proxyview.common.models.{ ClientConf, CommonModels, HttpResponses }\nimport rawhttp.core.{ RawHttp, RawHttpRequest }\nimport rawhttp.core.client.TcpRawHttpClient\n\nclass ProxyHttpClient(clientConf: ClientConf) extends Actor {\n\n  private val logging = Logging(context.system, this)\n  private val rawHttp = new RawHttp\n\n  def receive = {\n    case WebsocketConnected(actorRef) =>\n      context.become(listening(actorRef))\n  }\n\n  def listening(ref: ActorRef): Receive = {\n    case req: CommonModels.ConnectionRequest =>\n      val request = rawHttp.parseRequest(req.request)\n      logging.info(s\"Received HTTP Request for ${request.getUri} from ${req.connectionId}.\")\n      clientConf.constructValidHttpRequest(request) match {\n        case Some(updatedRawHttpRequest) =>\n          logging.info(s\"Sending response for ${updatedRawHttpRequest.getUri} from ${req.connectionId} $updatedRawHttpRequest\")\n          val responseOpt = try {\n            Some(makeHttpRequest(updatedRawHttpRequest))\n          } catch {\n            case e: Exception =>\n              logging.error(s\"Error while response is: ${e.getMessage}\")\n              None\n          }\n          responseOpt match {\n            case Some(response) => ref ! CommonModels.ClientResponse(clientConf.clientId, req.connectionId, response)\n            case None => sendErrorResponse(ref, req, request)\n          }\n        case None => sendErrorResponse(ref, req, request)\n      }\n  }\n\n  private def sendErrorResponse(ref: ActorRef, req: CommonModels.ConnectionRequest, request: RawHttpRequest): Unit = {\n    logging.error(s\"Sending Error Response for Request ${request.getUri} from ${req.connectionId}\")\n    ref ! CommonModels.ClientResponse(clientConf.clientId, req.connectionId, HttpResponses.errorResponse.toString)\n  }\n\n  private def makeHttpRequest(rawHttpRequest: RawHttpRequest): String = {\n    val client = new TcpRawHttpClient\n    val response = client.send(rawHttpRequest).eagerly()\n    response.toString\n  }\n\n}\n\nobject ProxyHttpClient {\n  def props(agentConf: ClientConf) = Props(new ProxyHttpClient(agentConf))\n}"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/ClientConf.scala","text":"<filename>core\/src\/main\/scala\/com\/proxyview\/common\/models\/ClientConf.scala\npackage com.proxyview.common.models\n\nimport ai.x.play.json.Jsonx\nimport akka.http.scaladsl.model.HttpHeader\nimport akka.http.scaladsl.model.headers.RawHeader\nimport com.proxyview.common.models.ClientConf.{ AuthToken, ClientIdHeaderKey }\nimport net.jcazevedo.moultingyaml.DefaultYamlProtocol\nimport play.api.libs.json.{ Format, Json }\nimport rawhttp.core.{ RawHttpRequest, RequestLine }\n\nimport java.net.URI\nimport scala.collection.immutable\n\ncase class ClientConf(clientId: String, routes: Seq[ClientRoute], proxyview: ProxyviewServerConfig) {\n\n  def clientHeaders(): immutable.Seq[HttpHeader] = {\n    immutable.Seq(\n      RawHeader(ClientIdHeaderKey, clientId),\n      RawHeader(AuthToken, proxyview.token))\n  }\n\n  def validateRoute(uri: URI): Boolean = {\n    routes.exists(route => uri.getHost == route.name)\n  }\n\n  def findRoute(uri: URI): Option[ClientRoute] = {\n    routes.find(route => uri.getHost == route.name)\n  }\n\n  def constructValidHttpRequest(rawHttpRequest: RawHttpRequest): Option[RawHttpRequest] = {\n    findRoute(rawHttpRequest.getUri) match {\n      case Some(clientRoute) =>\n        val requestLine = rawHttpRequest.getStartLine\n        val uri = requestLine.getUri\n        val updatedUri = new URI(uri.getScheme, uri.getUserInfo, clientRoute.value, clientRoute.port, uri.getPath, uri.getQuery, uri.getFragment)\n        val updatedRequestLine = new RequestLine(requestLine.getMethod, updatedUri, requestLine.getHttpVersion)\n        Some(rawHttpRequest.withRequestLine(updatedRequestLine))\n      case None => None\n    }\n  }\n\n}\n\nobject ClientConf extends DefaultYamlProtocol {\n  val ClientIdHeaderKey = \"client-id\"\n  val AuthToken = \"auth-token\"\n  val HostHeader = \"Host\"\n\n  def ser(clientConf: ClientConf): String = {\n    Json.prettyPrint(Json.toJson(clientConf))\n  }\n\n  implicit val ClientConfFormatter = yamlFormat3(ClientConf.apply)\n  implicit val ClientConfJsonFormatter: Format[ClientConf] = Jsonx.formatCaseClassUseDefaults[ClientConf]\n}\n\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/handlers\/Handler.scala","text":"package com.proxyview.server.handlers\n\nimport akka.actor.ActorSystem\nimport akka.event.Logging\nimport akka.http.scaladsl.model.{ HttpHeader, HttpRequest, HttpResponse }\nimport com.proxyview.common.models.ClientConf\nimport com.proxyview.common.models.ClientConf.{ ClientIdHeaderKey, AuthToken }\nimport com.proxyview.server.model.ServerConfig\nimport com.proxyview.common.models.Logging._\n\nimport scala.collection.mutable\n\ntrait Handler {\n\n  implicit val actorSystem: ActorSystem\n\n  protected val logging = Logging(actorSystem, this)\n\n  val serverConfig: ServerConfig\n  val clientsInfo: mutable.Map[String, ClientConf]\n\n  def handle(req: HttpRequest): HttpResponse = {\n    if (authenticateClient(req.headers)) {\n      val clientId = req\n        .headers\n        .find(_.name() == ClientIdHeaderKey)\n        .map(_.value())\n        .getOrElse(\"random\")\n      handleAuthenticated(clientId, req)\n    } else {\n      HttpResponse(200, entity = \"UnAuthenticated\")\n    }\n  }\n\n  protected def handleAuthenticated(clientId: String, req: HttpRequest): HttpResponse\n\n  private def authenticateClient(headers: Seq[HttpHeader]): Boolean = {\n    val authenticated = headers.exists { header =>\n      if (header.name() == AuthToken) {\n        header.value() == serverConfig.token\n      } else {\n        false\n      }\n    }\n\n    authenticated && headers.map(_.name()).contains(ClientIdHeaderKey)\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/model\/ServerConfig.scala","text":"<filename>proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/model\/ServerConfig.scala\npackage com.proxyview.server.model\n\ncase class ServerConfig(host: String, port: Int, token: String, whitelistedIps: Option[Seq[String]])\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-client\/src\/main\/scala\/com\/proxyview\/client\/ProxyViewAgentConnectionHandler.scala","text":"<reponame>mridulv\/proxyview\npackage com.proxyview.client\n\nimport akka.NotUsed\nimport akka.actor.{ ActorRef, PoisonPill }\nimport akka.http.scaladsl.model.{ ContentTypes, HttpEntity, HttpMethods, HttpRequest, HttpResponse, StatusCodes }\nimport akka.http.scaladsl.model.ws.{ Message, TextMessage, WebSocketRequest }\nimport akka.stream.{ ActorMaterializer, OverflowStrategy }\nimport akka.stream.scaladsl.{ Flow, Sink, Source }\nimport akka.actor.ActorSystem\nimport akka.Done\nimport akka.event.Logging\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.settings.ClientConnectionSettings\nimport akka.util.ByteString\nimport com.proxyview.common.models.{ ClientConf, CommonModels }\nimport com.proxyview.common.models.Logging._\n\nimport java.util.concurrent.atomic.AtomicInteger\nimport scala.concurrent.Future\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\nclass ProxyViewAgentConnectionHandler(agentConf: ClientConf, agentHttpClient: ActorRef)(implicit\n  val actorSystem: ActorSystem,\n  implicit val actorMaterializer: ActorMaterializer) {\n\n  private val logging = Logging(actorSystem, this)\n  implicit val ec = scala.concurrent.ExecutionContext.global\n\n  def register(): Unit = {\n    val retryConfig = RetryConfig()\n    logging.info(s\"Sending HTTP Request to ${agentConf.proxyview.connectUri} Register\")\n    val httpRequest = HttpRequest(\n      method = HttpMethods.POST,\n      uri = agentConf.proxyview.connectUri,\n      headers = agentConf.clientHeaders(),\n      entity = HttpEntity(ContentTypes.`application\/json`, ClientConf.ser(agentConf)))\n    Await.result(\n      RetryableHttpClient.apply(retryConfig).request(httpRequest).flatMap(_.entity.toStrict(retryConfig.overallDelay)),\n      retryConfig.overallDelay)\n\n    logging.info(s\"Registered agent with id: ${agentConf.clientId} with ${agentConf.proxyview.connectUri}\")\n  }\n\n  def start(): Unit = {\n    val incoming: Sink[Message, NotUsed] =\n      Flow[Message].map {\n        case TextMessage.Strict(msg) =>\n          val request = CommonModels.deserConnectionRequest(msg)\n          logging.info(s\"Received request with id: ${request.connectionId} for ${request.domain}\")\n          agentHttpClient ! request\n      }.to(Sink.actorRef(agentHttpClient, PoisonPill))\n\n    val outgoing: Source[Message, NotUsed] = Source\n      .actorRef[CommonModels.ClientResponse](10, OverflowStrategy.fail)\n      .mapMaterializedValue { outgoingActor =>\n        logging.info(s\"Registering actor for sending response agent to server\")\n        agentHttpClient ! CommonModels.WebsocketConnected(outgoingActor)\n        NotUsed\n      }.map { request =>\n        logging.info(s\"Sending response back for request with id: ${request.clientId} from ${request.clientId}\")\n        TextMessage.Strict(CommonModels.serClientResponse(request))\n      }\n\n    val flow: Flow[Message, Message, NotUsed] = Flow.fromSinkAndSource(incoming, outgoing)\n\n    val defaultSettings = ClientConnectionSettings(actorSystem)\n\n    val pingCounter = new AtomicInteger()\n    val customWebsocketSettings =\n      defaultSettings.websocketSettings\n        .withPeriodicKeepAliveData(() => ByteString(s\"debug-${pingCounter.incrementAndGet()}\"))\n        .withPeriodicKeepAliveMaxIdle(5.seconds)\n\n    val customSettings =\n      defaultSettings.withWebsocketSettings(customWebsocketSettings)\n\n    val (upgradeResponse, _) =\n      Http().singleWebSocketRequest(\n        WebSocketRequest(s\"ws:\/\/${agentConf.proxyview.url}\/connect\", agentConf.clientHeaders()),\n        flow,\n        settings = customSettings)\n\n    val connected = upgradeResponse.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        Future.successful(Done)\n      } else {\n        throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n      }\n    }\n\n    connected.onComplete(println)\n  }\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/CommonModels.scala","text":"<reponame>mridulv\/proxyview\npackage com.proxyview.common.models\n\nimport ai.x.play.json.Jsonx\nimport akka.actor.ActorRef\nimport play.api.libs.json.{ Format, Json }\n\nobject CommonModels {\n\n  case class WebsocketConnected(actorRef: ActorRef)\n\n  implicit val ConnectionRequestFormatter: Format[ConnectionRequest] = Jsonx.formatCaseClassUseDefaults[ConnectionRequest]\n  implicit val ClientResponseFormatter: Format[ClientResponse] = Jsonx.formatCaseClassUseDefaults[ClientResponse]\n\n  case class ConnectionRequest(connectionId: String, domain: String, request: String)\n\n  case class ClientResponse(clientId: String, requestId: String, response: String)\n\n  def serConnectionRequest(connectionRequest: ConnectionRequest): String = {\n    Json.prettyPrint(Json.toJson(connectionRequest))\n  }\n\n  def deserConnectionRequest(connectionRequest: String): ConnectionRequest = {\n    Json.toJson(Json.parse(connectionRequest)).asOpt[ConnectionRequest] match {\n      case Some(clientRequest) => clientRequest\n      case None => throw new RuntimeException(\"Parsing failed\")\n    }\n  }\n\n  def serClientResponse(clientResponse: ClientResponse): String = {\n    Json.prettyPrint(Json.toJson(clientResponse))\n  }\n\n  def deserClientResponse(clientResponse: String): ClientResponse = {\n    Json.toJson(Json.parse(clientResponse)).asOpt[ClientResponse] match {\n      case Some(clientResponse) => clientResponse\n      case None => throw new RuntimeException(\"Parsing failed\")\n    }\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/Main.scala","text":"<gh_stars>0\npackage com.proxyview.server\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.proxyview.server.model.ProxyviewServerConfig\nimport org.apache.commons.io.FileUtils\nimport net.jcazevedo.moultingyaml._\n\nimport java.io.File\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.Paths\n\nobject Main {\n  private val ACTOR_SYSTEM = \"proxyview-server\"\n  private val APPLICATION_CONFIG = \"application.yaml\"\n  private val CONFIG_DIR = \"LHUB_CONFIG_DIR\"\n\n  def main(args: Array[String]): Unit = {\n    implicit val system: ActorSystem = ActorSystem(ACTOR_SYSTEM)\n    implicit val materializer: ActorMaterializer = ActorMaterializer()\n\n    val configDirOpt = Option(System.getenv(CONFIG_DIR)).map(location => Paths.get(location))\n    val fileContent = configDirOpt.map { configDir =>\n      FileUtils.readFileToString(configDir.resolve(APPLICATION_CONFIG).toFile, StandardCharsets.UTF_8)\n    }.getOrElse {\n      val is = getClass.getResourceAsStream(APPLICATION_CONFIG)\n      scala.io.Source.fromInputStream(is).mkString\n    }\n    val proxyviewServerConfig = fileContent.parseYaml.convertTo[ProxyviewServerConfig]\n\n    val packetHandler = system.actorOf(PacketHandler.props())\n    system.actorOf(TcpProxy.props(proxyviewServerConfig.externalServerConfig(), packetHandler))\n    val connectionHandler = new ProxyViewConnectionHandler(proxyviewServerConfig.internalServerConfig(), packetHandler)\n    connectionHandler.start()\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-client\/src\/main\/scala\/com\/proxyview\/client\/Main.scala","text":"<gh_stars>0\npackage com.proxyview.client\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport org.apache.commons.io.FileUtils\n\nimport java.nio.charset.StandardCharsets\nimport net.jcazevedo.moultingyaml._\nimport com.proxyview.common.models.ClientConf\n\nimport java.nio.file.Paths\n\nobject Main {\n  private val ACTOR_SYSTEM = \"proxyview-client\"\n  private val APPLICATION_CONFIG = \"application.yaml\"\n  private val CONFIG_DIR = \"LHUB_CONFIG_DIR\"\n\n  def main(args: Array[String]): Unit = {\n    val configDirOpt = Option(System.getenv(CONFIG_DIR)).map(location => Paths.get(location))\n    val fileContent = configDirOpt.map { configDir =>\n      FileUtils.readFileToString(configDir.resolve(APPLICATION_CONFIG).toFile, StandardCharsets.UTF_8)\n    }.getOrElse {\n      val is = getClass.getResourceAsStream(APPLICATION_CONFIG)\n      scala.io.Source.fromInputStream(is).mkString\n    }\n    val agentConf = fileContent.parseYaml.convertTo[ClientConf]\n\n    implicit val system: ActorSystem = ActorSystem(s\"$ACTOR_SYSTEM-${agentConf.clientId}\")\n    implicit val materializer: ActorMaterializer = ActorMaterializer()\n\n    val agentHttpClient = system.actorOf(ProxyHttpClient.props(agentConf))\n\n    val connectionHandler = new ProxyViewAgentConnectionHandler(agentConf, agentHttpClient)\n    connectionHandler.register()\n    connectionHandler.start()\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/model\/ProxyviewServerConfig.scala","text":"<filename>proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/model\/ProxyviewServerConfig.scala<gh_stars>0\npackage com.proxyview.server.model\n\nimport net.jcazevedo.moultingyaml.DefaultYamlProtocol\n\ncase class ProxyviewServerConfig(\n  host: String,\n  internal: ProxyviewEndpointConfig,\n  external: ProxyviewEndpointConfig) {\n\n  def externalServerConfig(): ServerConfig = {\n    ServerConfig(host, external.port, external.token, external.whitelistedIps)\n  }\n\n  def internalServerConfig(): ServerConfig = {\n    ServerConfig(host, internal.port, internal.token, internal.whitelistedIps)\n  }\n\n}\n\nobject ProxyviewServerConfig extends DefaultYamlProtocol {\n  implicit val ProxyviewServerConfigFormatter = yamlFormat3(ProxyviewServerConfig.apply)\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/TcpConnectionHandler.scala","text":"<gh_stars>0\npackage com.proxyview.server\n\nimport akka.actor.{ Actor, ActorRef, Props }\nimport akka.event.Logging\nimport akka.io.Tcp\nimport akka.util.ByteString\nimport TcpConnectionHandler._\nimport com.proxyview.common.models.{ ClientConf, HttpResponses }\nimport com.proxyview.common.models.CommonModels.ConnectionRequest\nimport rawhttp.core.{ RawHttp, RawHttpRequest }\n\nimport java.util.UUID\nimport scala.util.Try\n\nobject TcpConnectionHandler {\n  case class RequestData(bytes: ByteString)\n  case class ResponseData(bytes: ByteString)\n  case class InvalidRequest(domain: String)\n\n  def props(authToken: String, closeConnection: Boolean, connection: ActorRef, packetHandler: ActorRef) =\n    Props(classOf[TcpConnectionHandler], authToken, closeConnection, connection, packetHandler)\n\n}\n\nclass TcpConnectionHandler(authToken: String, closeConnection: Boolean, connection: ActorRef, packetHandler: ActorRef)\n  extends Actor {\n\n  private val logger = Logging(context.system, this)\n  private val rawHttp = new RawHttp()\n  private val uuid = UUID.randomUUID().toString\n\n  import akka.pattern.pipe\n  import scala.concurrent.ExecutionContext.Implicits.global\n  context watch connection\n  import Tcp._\n\n  override def preStart: Unit = {\n    logger.info(s\"Connection started\")\n    connection ! ResumeReading\n  }\n\n  override def postStop(): Unit = {\n    connection ! Close\n  }\n\n  case class Ack(sender: ActorRef) extends Event\n\n  def receive = {\n    case Received(data) =>\n      if (closeConnection) {\n        logger.info(s\"Not Whitelisted Ip. Hence closing the connection\")\n        context.stop(self)\n      } else {\n        logger.info(s\"Received data (${data.size} bytes) for $uuid from the client.\")\n        val rawHttpRequest = rawHttp.parseRequest(data.utf8String)\n        handleRequest(rawHttpRequest, data.utf8String)\n      }\n\n    case PeerClosed =>\n      logger.info(s\"peer closed $uuid from client side.\")\n      connection ! ResumeReading\n      packetHandler ! PacketHandler.DeregisterClient(uuid)\n      context.stop(self)\n\n    case InvalidRequest(_) =>\n      logger.info(s\"peer closed $uuid due to invalid request.\")\n      connection ! ResumeReading\n      packetHandler ! PacketHandler.DeregisterClient(uuid)\n      connection ! Write(ByteString(HttpResponses.errorResponse.toString), Ack(sender()))\n\n    case ResponseData(bytes) =>\n      logger.info(s\"received data for id $uuid.\")\n      connection ! Write(bytes, Ack(sender()))\n\n    case Ack(sender) =>\n      logger.info(s\"acknowledgement for $uuid.\")\n      context.stop(self)\n  }\n\n  private def handleRequest(rawHttpRequest: RawHttpRequest, data: String): Unit = {\n    logger.info(s\"Validating the token for client: $uuid\")\n    val tokenOpt = Try(rawHttpRequest.getHeaders.get(ClientConf.AuthToken).get(0)).toOption\n    tokenOpt match {\n      case Some(token) if token == authToken =>\n        logger.info(s\"Validation Passed for token from client: $uuid\")\n        val hostHeader = rawHttpRequest.getHeaders.get(ClientConf.HostHeader).get(0)\n        packetHandler ! ConnectionRequest(uuid, hostHeader, data)\n      case _ =>\n        logger.error(s\"Validation Failed for token from client: $uuid\")\n        connection ! Write(ByteString(HttpResponses.errorResponse.toString), Ack(sender()))\n    }\n  }\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/PacketHandler.scala","text":"package com.proxyview.server\n\nimport akka.actor.{ Actor, ActorRef, Props }\nimport akka.util.ByteString\nimport PacketHandler._\nimport akka.event.Logging\nimport com.proxyview.common.models.ClientConf\nimport com.proxyview.common.models.CommonModels.{ ClientResponse, ConnectionRequest }\nimport com.proxyview.server.TcpConnectionHandler.InvalidRequest\n\nimport scala.collection.mutable\nimport com.proxyview.common.models.Logging._\nimport rawhttp.core.RawHttp\n\nimport java.net.URI\n\nclass PacketHandler extends Actor {\n\n  private val rawHttp = new RawHttp\n  private val clients: mutable.Map[ClientConf, ActorRef] = mutable.Map[ClientConf, ActorRef]()\n  private val tcpConnections: mutable.Map[String, ActorRef] = mutable.Map[String, ActorRef]()\n\n  protected val logging = Logging(context.system, this)\n\n  override def receive: Receive = {\n    case clientInformation: RegisterClientInformation =>\n      logging.info(s\"Registering Client with id: ${clientInformation.clientId}\")\n      clients.put(clientInformation.clientInfo, clientInformation.actorRef)\n    case DeregisterClient(clientId) =>\n      logging.info(s\"Removing Client with id: $clientId\")\n      findKey(clientId).map(c => clients.remove(c))\n    case DeregisterConnection(connectionId) =>\n      logging.info(s\"Removing connection with id: $connectionId\")\n      tcpConnections.remove(connectionId)\n    case request: ConnectionRequest =>\n      logging.info(s\"Receiving request from: ${request.connectionId} for ${request.domain}\")\n      val rawHttpRequest = rawHttp.parseRequest(request.request)\n      tcpConnections.put(request.connectionId, sender())\n      findActor(rawHttpRequest.getUri) match {\n        case Some(actorRef) => actorRef ! request\n        case None => sender() ! InvalidRequest(request.domain)\n      }\n    case response: ClientResponse =>\n      logging.info(s\"Received response from: ${response.clientId} for ${response.requestId}\")\n      tcpConnections(response.requestId) ! TcpConnectionHandler.ResponseData(ByteString.apply(response.response))\n  }\n\n  private def findKey(clientId: String): Option[ClientConf] = {\n    clients.find(_._1.clientId == clientId).map(_._1)\n  }\n\n  private def findActor(uri: URI): Option[ActorRef] = {\n    clients.keys.find(_.validateRoute(uri)).map(clients(_))\n  }\n}\n\nobject PacketHandler {\n\n  case class RegisterClientInformation(clientId: String, clientInfo: ClientConf, actorRef: ActorRef)\n  case class RegisterConnectionInformation(clientId: String, domain: String)\n\n  case class DeregisterConnection(connectionId: String)\n  case class DeregisterClient(clientId: String)\n  case class FailureMessage(clientId: String)\n\n  def props() = Props(classOf[PacketHandler])\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/model\/ProxyviewClientEndpointConfig.scala","text":"<gh_stars>0\npackage com.proxyview.server.model\n\nimport net.jcazevedo.moultingyaml.DefaultYamlProtocol\n\ncase class ProxyviewEndpointConfig(token: String, port: Int, whitelistedIps: Option[Seq[String]])\n\nobject ProxyviewEndpointConfig extends DefaultYamlProtocol {\n  implicit val ProxyviewEndpointConfigFormatter = yamlFormat3(ProxyviewEndpointConfig.apply)\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/HttpResponses.scala","text":"package com.proxyview.common.models\n\nimport rawhttp.core.body.EagerBodyReader\nimport rawhttp.core.{ EagerHttpResponse, HttpVersion, RawHttpHeaders, StatusLine }\n\nimport java.nio.charset.StandardCharsets.US_ASCII\n\nobject HttpResponses {\n\n  def errorResponse: EagerHttpResponse[Void] = {\n    val notFoundResponseBody = \"Resource was not found.\".getBytes(US_ASCII)\n    val basicHeaders = RawHttpHeaders.newBuilderSkippingValidation.`with`(\"Content-Type\", \"text\/plain\").`with`(\"Cache-Control\", \"no-cache\").`with`(\"Pragma\", \"no-cache\").build\n    val headers = RawHttpHeaders.newBuilderSkippingValidation(basicHeaders).overwrite(\"Content-Length\", Integer.toString(notFoundResponseBody.length)).build\n    new EagerHttpResponse[Void](null, null, new StatusLine(HttpVersion.HTTP_1_1, 404, \"Not Found\"), headers, new EagerBodyReader(notFoundResponseBody))\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/TcpProxy.scala","text":"package com.proxyview.server\n\nimport akka.actor.{ Actor, ActorRef, Props }\nimport akka.event.Logging\nimport akka.io.{ IO, Tcp }\nimport com.proxyview.server.model.ServerConfig\n\nimport java.net.InetSocketAddress\n\nclass TcpProxy(serverConfig: ServerConfig, packetHandler: ActorRef) extends Actor {\n\n  import Tcp._\n  import context.system\n  import serverConfig._\n\n  private val logger = Logging(context.system, this)\n\n  IO(Tcp) ! Bind(self, new InetSocketAddress(host, port), pullMode = true)\n\n  logger.info(s\"TCP handler Actor started on port $port\")\n\n  override def postStop(): Unit = {\n    logger.info(\"Shutting down the TCP \")\n  }\n\n  def cleanUp(): Unit = {\n    logger.warning(s\"Cleaning up TcpListener for port $port.\")\n    context.stop(self)\n  }\n\n  def receive = {\n    case b @ Bound(_) =>\n      context.parent ! b\n      sender() ! ResumeAccepting(batchSize = 1)\n      logger.info(\"TCP Started and accepting\")\n      context.become(listening(sender()))\n\n    case CommandFailed(_: Bind) => context.stop(self)\n\n    case other =>\n      logger.error(f\"Unexpected Message to TCP Listener: $other\")\n  }\n\n  def listening(listener: ActorRef): Receive = {\n    case Connected(remoteAddress, _) =>\n      val incomingIp = remoteAddress.getAddress.getHostAddress\n      logger.info(s\"TCP Connection on port $port with incoming connection from: $incomingIp\")\n      val connection = sender()\n      whitelistedIps match {\n        case Some(ips) => handleConnection(connection, !ips.contains(incomingIp), listener)\n        case None => handleConnection(connection, false, listener)\n      }\n\n    case Unbound =>\n      logger.info(s\"TCP connection unbound for port $port. We have shut down.\")\n      context.stop(self)\n\n    case other =>\n      logger.warning(f\"Unexpected Message to TCP Listener: $other\")\n  }\n\n  private def handleConnection(connection: ActorRef, closeConnection: Boolean, listener: ActorRef): Unit = {\n    val handler = context.actorOf(TcpConnectionHandler.props(token, closeConnection, connection, packetHandler))\n    connection ! Register(handler)\n    listener ! ResumeAccepting(batchSize = 1)\n  }\n}\n\nobject TcpProxy {\n  def props(serverConfig: ServerConfig, packetHandler: ActorRef) =\n    Props(classOf[TcpProxy], serverConfig, packetHandler)\n}"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/ProxyViewConnectionHandler.scala","text":"<gh_stars>0\npackage com.proxyview.server\n\nimport akka.actor.{ ActorRef, ActorSystem }\nimport akka.event.Logging\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.HttpMethods.{ GET, POST }\nimport akka.http.scaladsl.model.{ HttpRequest, HttpResponse, Uri }\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{ Sink, Source }\nimport com.proxyview.common.models.ClientConf\nimport com.proxyview.server.handlers.{ ConnectHandler, RegisterHandler }\nimport com.proxyview.server.model.ServerConfig\n\nimport scala.collection.mutable\nimport scala.concurrent.Future\nimport com.proxyview.common.models.Logging._\n\nclass ProxyViewConnectionHandler(serverConfig: ServerConfig, packetHandler: ActorRef)(implicit val actorSystem: ActorSystem, implicit val actorMaterializer: ActorMaterializer) {\n\n  import serverConfig._\n\n  private val logger = Logging(actorSystem, this)\n  private val clientsInfo: mutable.Map[String, ClientConf] = mutable.Map[String, ClientConf]()\n  private val connectHandler = new ConnectHandler(serverConfig, clientsInfo, packetHandler)\n  private val registerHandler = new RegisterHandler(serverConfig, clientsInfo)\n\n  private val serverSource: Source[Http.IncomingConnection, Future[Http.ServerBinding]] = Http().bind(\n    interface = host,\n    port = port)\n\n  def start(): Future[Http.ServerBinding] = {\n    logger.info(s\"Starting server with ${serverConfig.host}:${serverConfig.port}\")\n    serverSource\n      .to(Sink.foreach { connection =>\n        println(\"Accepted new connection from \" + connection.remoteAddress)\n        connection.handleWithSyncHandler(requestHandler)\n      }).run()\n  }\n\n  \/\/ this is a future but parallelism is 1 so we have the guarantee of sequential execution\n  def requestHandler: HttpRequest => HttpResponse = {\n    case req @ HttpRequest(GET, Uri.Path(\"\/connect\"), _, _, _) =>\n      logger.info(s\"Received Connect request from Client\")\n      connectHandler.handle(req)\n    case req @ HttpRequest(POST, Uri.Path(\"\/register\"), _, _, _) =>\n      logger.info(s\"Received Register request from Client\")\n      registerHandler.handle(req)\n    case r: HttpRequest =>\n      logger.error(s\"Invalid request: ${r.method} on route: ${r.uri}\")\n      r.discardEntityBytes() \/\/ important to drain incoming HTTP Entity stream\n      HttpResponse(404, entity = \"Unknown resource!\")\n  }\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"build.sbt","text":"<reponame>mridulv\/proxyview\nimport Common._\n\nlazy val proxyview = (project in file(\".\"))\n  .settings(\n\n    \/\/ Default settings for all subprojects.\n    inThisBuild(\n      List(\n        \/\/ TODO(jack, 2017-10-07): We need to upgrade Spark first before upgrading to Scala 2.12.\n        scalaVersion := \"2.12.12\",\n        resolvers ++= Seq(\n          DefaultMavenRepository,\n          Resolver.sonatypeRepo(\"releases\")\n        ),\n        scalacOptions ++= Seq(\n          \"-unchecked\",\n          \"-feature\",\n          \"-deprecation\",\n          \"-language:existentials\", \/\/ \"-Ymacro-debug-lite\",\n          \"-language:implicitConversions\",\n          \"-Xlint\",\n          \/\/ This fixes a strange failure on circleci: FlowController.scala: File name too long\n          \/\/ https:\/\/stackoverflow.com\/questions\/45022231\/getting-file-name-too-long-when-running-tests-on-circleci\n          \"-Xmax-classfile-name\",\n          \"242\"\n        ),\n        fork in Test := true,\n        publishArtifact := false,\n        \/\/ Noop to workaround sbt bug. See https:\/\/stackoverflow.com\/a\/18522706.\n        publishTo := Some(Resolver.file(\"Unused transient repository\", file(\"target\/unusedrepo\")))\n      )\n    )\n  )\n  .aggregate(core, proxyviewClient, proxyviewServer)\n\nlazy val core = Project(id = \"core\", base = file(\"core\"))\n  .settings(buildSettings ++ Seq(exportJars := true))\n\nlazy val proxyviewClient = Project(id = \"proxyview-client\", base = file(\"proxyview-client\"))\n  .settings(buildSettings)\n  .enablePlugins(DockerPlugin)\n  .enablePlugins(JavaAppPackaging)\n  .enablePlugins(AshScriptPlugin)\n  .settings(dockerBaseImage := \"openjdk:jre-alpine\")\n  .dependsOn(core)\n  .aggregate(core)\n\nlazy val proxyviewServer = Project(id = \"proxyview-server\", base = file(\"proxyview-server\"))\n  .settings(buildSettings)\n  .enablePlugins(DockerPlugin)\n  .enablePlugins(JavaAppPackaging)\n  .enablePlugins(AshScriptPlugin)\n  .settings(dockerBaseImage := \"openjdk:jre-alpine\")\n  .settings(dockerExposedPorts := Seq(8080, 8081))\n  .dependsOn(core)\n  .aggregate(core)\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/handlers\/RegisterHandler.scala","text":"package com.proxyview.server.handlers\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.{ HttpRequest, HttpResponse, StatusCodes }\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.stream.Materializer\nimport com.proxyview.common.models.ClientConf\nimport com.proxyview.server.model.ServerConfig\nimport play.api.libs.json.Json\n\nimport scala.collection.mutable\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\nclass RegisterHandler(override val serverConfig: ServerConfig,\n                      override val clientsInfo: mutable.Map[String, ClientConf])\n                     (implicit val materializer: Materializer, val actorSystem: ActorSystem)\n  extends Handler {\n\n  protected def handleAuthenticated(clientId: String, req: HttpRequest): HttpResponse = {\n    logging.info(s\"Registering with Client with $clientId\")\n    val postEntity = Await.result(Unmarshal(req.entity).to[String], 10.seconds)\n    Json.toJson(Json.parse(postEntity)).asOpt[ClientConf] match {\n      case Some(clientConf) =>\n        clientsInfo.put(clientId, clientConf)\n        val res = HttpResponse(200, entity = \"Registered\")\n        logging.info(s\"Registration Successful for Client with id: $clientId\")\n        res\n      case None =>\n        val res = HttpResponse(StatusCodes.BadRequest, entity = \"Bad Request\")\n        logging.error(s\"Registration Unsuccessful due to Bad Request from $clientId\")\n        res\n    }\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala\nimport sbt._\n\nobject Dependencies {\n\n  val testDependencies = Seq(\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % Test\n  )\n\n}"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/ClientRoute.scala","text":"<reponame>mridulv\/proxyview<filename>core\/src\/main\/scala\/com\/proxyview\/common\/models\/ClientRoute.scala\npackage com.proxyview.common.models\n\nimport ai.x.play.json.Jsonx\nimport net.jcazevedo.moultingyaml.DefaultYamlProtocol\nimport play.api.libs.json.Format\n\ncase class ClientRoute(name: String, value: String, port: Int, `type`: String)\n\nobject ClientRoute extends DefaultYamlProtocol {\n  val CNAME = \"cname\"\n  val IP = \"ip\"\n\n  implicit val ClientRouteFormatter = yamlFormat4(ClientRoute.apply)\n  implicit val ClientRouteFormatterJson: Format[ClientRoute] = Jsonx.formatCaseClassUseDefaults[ClientRoute]\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/build.sbt","text":"import Common._\nimport Dependencies._\nimport sbt.Keys.libraryDependencies\n\nname := \"proxyview-server\"\n\nmainClass in Compile := Some(\"com.proxyview.server.Main\")\n\nversion := sys.env.get(\"TAG\").filter(_.nonEmpty).getOrElse(\"latest\")\n\nlibraryDependencies ++= Seq(\n  \"joda-time\" % \"joda-time\" % \"2.9.9\",\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.3\",\n  \"com.typesafe.akka\" %% \"akka-stream\" % \"2.6.18\",\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.6.18\",\n  \"com.typesafe.play\" %% \"play-json\" % \"2.6.7\",\n  \"com.typesafe\" % \"config\" % \"1.3.1\",\n  \"com.athaydes.rawhttp\" % \"rawhttp-core\" % \"2.4.1\",\n  \"com.typesafe.play\" %% \"play-json\" % \"2.10.0-RC5\",\n  \"ai.x\" %% \"play-json-extensions\" % \"0.10.0\",\n  \"org.yaml\" % \"snakeyaml\" % \"1.8\",\n  \"net.jcazevedo\" %% \"moultingyaml\" % \"0.4.2\",\n  \"commons-io\" % \"commons-io\" % \"2.6\"\n) ++ testDependencies\n\ndockerBaseImage := \"openjdk\"\ndockerRepository := Some(\"mridulverma\")"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-server\/src\/main\/scala\/com\/proxyview\/server\/handlers\/ConnectHandler.scala","text":"<reponame>mridulv\/proxyview\npackage com.proxyview.server.handlers\n\nimport akka.NotUsed\nimport akka.actor.{ ActorRef, ActorSystem }\nimport akka.http.scaladsl.model.ws.{ Message, TextMessage, UpgradeToWebSocket }\nimport akka.http.scaladsl.model.{ HttpRequest, HttpResponse }\nimport akka.stream.OverflowStrategy\nimport akka.stream.scaladsl.{ Flow, Sink, Source }\nimport com.proxyview.common.models.{ ClientConf, CommonModels }\nimport com.proxyview.server.model.ServerConfig\nimport com.proxyview.server.PacketHandler\n\nimport scala.collection.mutable\nimport scala.util.Try\n\nclass ConnectHandler(override val serverConfig: ServerConfig,\n                     override val clientsInfo: mutable.Map[String, ClientConf],\n                     packetHandler: ActorRef)\n                    (implicit val actorSystem: ActorSystem)\n  extends Handler {\n\n  protected def handleAuthenticated(clientId: String, req: HttpRequest): HttpResponse = {\n    req.header[UpgradeToWebSocket].get.handleMessages(registerNewClient(clientId))\n  }\n\n  private def registerNewClient(clientId: String): Flow[Message, Message, NotUsed] = {\n    val incomingMessages: Sink[Message, NotUsed] =\n      Flow[Message].map {\n        case TextMessage.Strict(msg) =>\n          val clientResponseOpt = Try(CommonModels.deserClientResponse(msg)).toOption\n          clientResponseOpt match {\n            case Some(clientResponse) =>\n              logging.info(s\"Receiving response for ${clientResponse.clientId} from $clientId\")\n              clientResponse\n            case None => logging.error(s\"Something else\")\n          }\n        case msg =>\n          logging.error(s\"Receiving response in invalid format : \" + msg.toString)\n      }.to(\n        Sink.actorRef(\n          packetHandler,\n          onCompleteMessage = PacketHandler.DeregisterClient(clientId)))\n\n    val outgoingMessages: Source[Message, NotUsed] =\n      Source\n        .actorRef[CommonModels.ConnectionRequest](10, OverflowStrategy.fail)\n        .mapMaterializedValue { outgoingActor =>\n          logging.info(s\"Registering Actor for Sending requests for $clientId\")\n          packetHandler ! PacketHandler.RegisterClientInformation(clientId, clientsInfo(clientId), outgoingActor)\n          NotUsed\n        }\n        .map {\n          request => TextMessage.Strict(CommonModels.serConnectionRequest(request))\n        }\n    Flow.fromSinkAndSource(incomingMessages, outgoingMessages)\n  }\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"core\/src\/main\/scala\/com\/proxyview\/common\/models\/Logging.scala","text":"package com.proxyview.common.models\n\nimport akka.event.LogSource\n\nobject Logging {\n\n  implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    def genString(o: AnyRef): String = o.getClass.getName\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n\n}\n"}
{"repo_name":"mridulv\/proxyview","path":"core\/build.sbt","text":"import Common._\nimport Dependencies._\n\nname := \"core\"\n\nlibraryDependencies ++= Seq(\n  \"joda-time\" % \"joda-time\" % \"2.9.9\",\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.3\",\n  \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.14\",\n  \"com.typesafe.play\" %% \"play-json\" % \"2.6.7\",\n  \"com.athaydes.rawhttp\" % \"rawhttp-core\" % \"2.4.1\",\n  \"com.typesafe.play\" %% \"play-json\" % \"2.10.0-RC5\",\n  \"ai.x\" %% \"play-json-extensions\" % \"0.10.0\",\n  \"org.yaml\" % \"snakeyaml\" % \"1.8\",\n  \"net.jcazevedo\" %% \"moultingyaml\" % \"0.4.2\",\n  \"commons-io\" % \"commons-io\" % \"2.6\"\n) ++ testDependencies\n\n"}
{"repo_name":"mridulv\/proxyview","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.7.1\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.5\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.3.6\")\n"}
{"repo_name":"mridulv\/proxyview","path":"proxyview-client\/src\/main\/scala\/com\/proxyview\/client\/RetryableHttpClient.scala","text":"package com.proxyview.client\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.{ HttpRequest, HttpResponse }\n\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.concurrent.duration.{ DurationInt, FiniteDuration }\n\ncase class RetryConfig(\n  attempts: Int = 100,\n  delay: FiniteDuration = FiniteDuration(10.seconds.toSeconds, TimeUnit.SECONDS)) {\n\n  def overallDelay: FiniteDuration = FiniteDuration(delay.toSeconds * (attempts + 1), TimeUnit.SECONDS)\n\n}\n\nobject RetryableHttpClient {\n\n  class SingleRequestClient(implicit system: ActorSystem) {\n\n    def request(request: HttpRequest): Future[HttpResponse] = {\n      Http().singleRequest(request)\n    }\n\n  }\n\n  def apply(implicit system: ActorSystem): SingleRequestClient = {\n    new SingleRequestClient\n  }\n\n  def apply(config: RetryConfig)(implicit system: ActorSystem, ex: ExecutionContext): SingleRequestClient = {\n    new SingleRequestClient {\n\n      override def request(request: HttpRequest): Future[HttpResponse] = {\n        akka.pattern.retry(\n          attempt = () => super.request(request),\n          attempts = config.attempts,\n          delay = config.delay)(ex, system.scheduler)\n      }\n    }\n  }\n}\n"}
{"repo_name":"seifbentanfous\/Geocoding","path":"app\/controllers\/CityController.scala","text":"<reponame>seifbentanfous\/Geocoding\npackage controllers\n\nimport javax.inject.Inject\nimport model.Database\nimport model.geocoding.{ConvertingAddresses}\nimport play.api.mvc.{AbstractController, ControllerComponents}\n\n\nclass CityController @Inject()(cc: ControllerComponents) extends AbstractController(cc) {\n\n  def getCityInfo(city: String) = Action {\n    val data = Database.getValueFromCassandraTable(city).toString()\n    println(data)\n    Ok(data)\n  }\n\n  def getCityAddress(address: String) = Action {\n    val data = ConvertingAddresses.getAddress(address)\n    Ok(data)\n  }\n}\n"}
{"repo_name":"seifbentanfous\/Geocoding","path":"app\/model\/Database.scala","text":"<reponame>seifbentanfous\/Geocoding<filename>app\/model\/Database.scala<gh_stars>0\npackage model\n\nimport com.datastax.oss.driver.api.core.{CqlIdentifier, CqlSession}\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.collection.JavaConverters._\n\nobject Database {\n\n  private val session = CqlSession\n    .builder()\n    .withKeyspace(CqlIdentifier.fromCql(\"immobilier\"))\n    .build()\n\n  private val preparedStatement = session.prepare(\"select * from synthese where commune = ?\")\n\n  def getValueFromCassandraTable(city: String): JsValue = {\n    val boundStatement = preparedStatement.bind(city)\n    val rows = session.execute(boundStatement)\n    val prices = rows.asScala.map(_.getFloat(\"prix\").toString)\n    Json.toJson(prices)\n  }\n}"}
{"repo_name":"seifbentanfous\/Geocoding","path":"build.sbt","text":"<reponame>seifbentanfous\/Geocoding\nname := \"\"\"PlayWithCassandra\"\"\"\norganization := \"com.example\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.12.8\"\n\ncrossScalaVersions := Seq(\"2.12.8\", \"2.11.12\")\nlibraryDependencies += guice\nlibraryDependencies ++= Seq(\n  guice,\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"4.0.2\" % Test,\n  \"com.datastax.oss\" % \"java-driver-core\" % \"4.0.1\",\n  \"org.apache.spark\" %% \"spark-core\" % \"2.4.3\",\n  \"org.postgresql\" % \"postgresql\" % \"42.2.5\",\n  \"org.apache.spark\" %% \"spark-mllib\" % \"2.4.1\" % Provided,\n  \"mysql\" % \"mysql-connector-java\" % \"8.0.16\",\n  \"org.apache.spark\" %% \"spark-sql\" % \"2.4.3\"\n)\nexcludeDependencies ++= Seq(\n  \"org.slf4j\" % \"log4j-over-slf4j\",\n)\ndependencyOverrides ++= Seq(\n  \/\/\"io.netty\" % \"netty-all\" % \"4.1.35.Final\",\n  \"com.google.guava\" % \"guava\" % \"16.0.1\",\n  \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.9.8\",\n  \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.9.8\",\n  \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % \"2.9.8\"\n)"}
{"repo_name":"seifbentanfous\/Geocoding","path":"app\/model\/test.scala","text":"package model.geocoding\n\nimport com.datastax.oss.driver.api.core.{CqlIdentifier, CqlSession}\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.collection.JavaConverters._\n\nobject test extends App {\n\n  private val session = CqlSession\n    .builder()\n    .withKeyspace(CqlIdentifier.fromCql(\"immobilier\"))\n    .build()\n\n\n  private val preparedStatement = session\n    .prepare(\"select * from valeursfoncieres where latitude <= ? and latitude >= ? and longitude <= ? and longitude >= ? ALLOW FILTERING\")\n\n\n  def getAddress(address: String)= {\n\n    val data = scala.io.Source.fromURL(\"https:\/\/nominatim.openstreetmap.org\/search\/6%20rue%20de%20rome%20%2075008?format=json\").mkString\n    val json = Json.parse(data)\n    val lat = json \\\\ \"lat\"\n    val lon = json \\\\ \"lon\"\n    val latt = lat(0).toString()\n    val long = lon(0).toString()\n    val latitude = latt.slice(1, latt.length - 1).toDouble\n    val longitude = long.slice(1, long.length - 1).toDouble\n\n    println(latitude)\n    println(longitude)\n    val boundStatement = preparedStatement.bind()\n      .setDouble(0, latitude)\n      .setDouble(1, latitude)\n      .setDouble(2, longitude)\n      .setDouble(3, longitude)\n\n    val rows = session.execute(boundStatement)\n    val addr = rows\n      .asScala.\n      map(row\n      => (row.getInt(\"adresse_numero\")\n          , row.getString(\"adresse_code_voie\")\n          , row.getInt(\"code_postal\")\n          , row.getString(\"nom_commune\")\n          , row.getDouble(\"valeur_fonciere\")))\n    println(Json.toJson(addr))\n\n\n  }\n  getAddress(\"dede\")\n}\n"}
{"repo_name":"seifbentanfous\/Geocoding","path":"app\/model\/geocoding\/ConvertingAddresses.scala","text":"package model.geocoding\n\nimport org.apache.spark.sql.SparkSession\nimport play.api.libs.json.{JsValue, Json}\n\n\nobject ConvertingAddresses {\n\n  case class ValeursFoncieres(id_mutation: String, date_mutation: String, numero_disposition: String, nature_mutation: String, valeur_fonciere: Double, adresse_numero: Int,\n                              adresse_suffixe: String, adresse_code_voie: String, adresse_nom_voie: String, code_postal: Int, code_commune: String, nom_commune: String,\n                              ancien_code_commune: String,\n                              ancien_nom_commune: String, code_departement: String, id_parcelle: String, ancien_id_parcelle: String, numero_volume: String,\n                              lot1_numero: String, lot1_surface_carrez: String, lot2_numero: String,\n                              lot2_surface_carrez: String, lot3_numero: String, lot3_surface_carrez: String, lot4_numero: String, lot4_surface_carrez: String,\n                              lot5_numero: String, lot5_surface_carrez: String,\n                              nombre_lots: String, code_type_local: String, type_local: String, surface_reelle_bati: String, nombre_pieces_principales: String, code_nature_culture: String,\n                              nature_culture: String, code_nature_culture_speciale: String,\n                              nature_culture_speciale: String, surface_terrain: Int, longitude: Double, latitude: Double\n                             )\n\n  val spark = SparkSession\n    .builder()\n    .appName(\"SparkSessionZipsExample\")\n    .master(\"local[*]\")\n    .config(\"spark.some.config.option\", \"some-value\")\n    .getOrCreate()\n\n  import spark.implicits._\n\n  val df = spark\n    .sqlContext\n    .read\n    .format(\"jdbc\")\n    .option(\"driver\", \"org.postgresql.Driver\")\n    .option(\"url\", \"jdbc:postgresql:\/\/localhost\/immobilier\")\n    .option(\"user\", \"postgres\")\n    .option(\"password\", \"<PASSWORD>\")\n    .option(\"dbtable\", \"valeursfonciere\")\n    .load().as[ValeursFoncieres]\n\n\n  def getAddress(address: String): JsValue = {\n\n    val data: String = scala.io.Source.fromURL(\"https:\/\/nominatim.openstreetmap.org\/search\/6%20rue%20de%20rome%20%2075008?format=json\").mkString\n    val json = Json.parse(data)\n    val lat = json \\\\ \"lat\"\n    val lon = json \\\\ \"lon\"\n    val latt = lat.head.toString()\n    val long = lon.head.toString()\n    val latitude = latt.slice(1, latt.length - 1).toDouble\n    val longitude = long.slice(1, long.length - 1).toDouble\n\n    val rows = df\n      .select(\"adresse_numero\", \"adresse_code_voie\", \"code_postal\", \"nom_commune\", \"valeur_fonciere\")\n      .where(s\"latitude < $latitude+ 0.045 and latitude > $latitude - 0.45  and longitude < $longitude + 0.083 and longitude > $longitude - 0.083\")\n\n    val addr = rows.map(row\n    => (row.getInt(1)\n        , row.getString(2)\n        , row.getInt(3)\n        , row.getString(4)\n        , row.getDouble(5)))\n\n    Json.toJson(\"errvrvr\")\n  }\n}\n"}
{"repo_name":"badrinathpatchikolla\/jdbc.almaren","path":"src\/main\/scala\/com\/github\/music\/of\/the\/ainur\/almaren\/jdbc\/JDBCConnector.scala","text":"<reponame>badrinathpatchikolla\/jdbc.almaren\npackage com.github.music.of.the.ainur.almaren.jdbc\n\nimport java.util.concurrent.Executors\n\nimport com.github.music.of.the.ainur.almaren.Tree\nimport com.github.music.of.the.ainur.almaren.builder.Core\nimport com.github.music.of.the.ainur.almaren.state.core.Main\nimport org.apache.spark.sql.{DataFrame, Row}\nimport scalikejdbc._\n\nimport scala.util.{Failure, Success, Try}\n\nfinal case class JDBCResponse(\n  `__ID__`:String,\n  `__URL__`:String,\n  `__DRIVER__`:String,\n  `__QUERY__`:String,\n  `__BATCH_SIZE__`:Int,\n  `__ELAPSED_TIME__`:Long,\n  `__ERROR__`:Option[String] = None\n)\n\nprivate[almaren] case class JDBCBatch(url: String, driver: String, query: String, batchSize: Int, user: Option[String], password: Option[String], params: Map[String, String]) extends Main {\n\n  lazy val settings = ConnectionPoolSettings(\n    initialSize = 1,\n    maxSize =  params.getOrElse(\"maxSize\",10).toString.toInt,\n    connectionTimeoutMillis = params.getOrElse(\"connectionTimeoutMillis\",3000).toString.toInt\n  )\n\n  private object Alias {\n    val IdCol = \"__ID__\"\n  }\n\n  override def core(df: DataFrame): DataFrame = {\n    logger.info(s\"url:{$url}, driver:{$driver}, query:{$query}, batchSize:{$batchSize}, user:{$user}, params:{$params}\")\n    jdbcBatch(df)\n  }\n\n  def jdbcBatch(df: DataFrame): DataFrame = {\n    import df.sparkSession.implicits._\n\n    val result = df.mapPartitions((partition: Iterator[Row]) => {\n      Class.forName(driver)\n      ConnectionPool.singleton(url, user.getOrElse(\"\"), password.getOrElse(\"\"), settings)\n      partition.grouped(batchSize).flatMap(rows => batchQuery(rows))\n    })\n    result.toDF\n  }\n\n  private def batchQuery(rows:Seq[Row]): Seq[JDBCResponse] = {\n    val batchParams: Seq[Seq[Any]] = rows.map(row => {\n      (0 to (row.size - 1)).map(index => row.get(index)).toSeq\n    }).toSeq\n    val startTime = System.currentTimeMillis()\n    DB localTx { implicit session =>\n      \/\/ The \"tail\" is to remove the first column __ID__ from the insert.\n      Try { sql\"${SQLSyntax.createUnsafely(query)}\".batch(batchParams.map(_.tail): _*).apply() } match {\n        case Success(data) =>  batchParams.map(row =>           \n          JDBCResponse(\n            `__ID__` = row.head.toString(),\n            `__URL__` = url,\n            `__DRIVER__` = driver,\n            `__QUERY__` = query,\n            `__BATCH_SIZE__` = batchSize,\n            `__ELAPSED_TIME__` = System.currentTimeMillis() - startTime)\n        )\n        case Failure(error) => {\n          logger.error(\"Almaren jdbcBatch error\", error)\n          batchParams.map(row =>           \n            JDBCResponse(\n              `__ID__` = row.head.toString(),\n              `__URL__` = url,\n              `__DRIVER__` = driver,\n              `__QUERY__` = query,\n              `__BATCH_SIZE__` = batchSize,\n              `__ELAPSED_TIME__` = System.currentTimeMillis() - startTime,\n              `__ERROR__` = Some(s\"${error.getMessage}, ${error.getLocalizedMessage()}\"))\n          )\n        }\n      }\n    }\n  }\n}\n\nprivate[almaren] case class JDBCQuery(url: String, driver: String, query: String, user: Option[String], password: Option[String], params: Map[String, String]) extends Main {\n\n  lazy val settings = ConnectionPoolSettings(\n    initialSize = 1,\n    maxSize =  params.getOrElse(\"maxSize\",10).toString.toInt,\n    connectionTimeoutMillis = params.getOrElse(\"connectionTimeoutMillis\",3000).toString.toInt\n  )\n\n  Class.forName(driver)\n  ConnectionPool.singleton(url, user.getOrElse(\"\"), password.getOrElse(\"\"), settings)\n\n  override def core(df: DataFrame): DataFrame = {\n    logger.info(s\"url:{$url}, driver:{$driver}, query:{$query}, user:{$user}, params:{$params}\")\n    import df.sparkSession.implicits._\n\n    List(jdbcExecute(query)).toDF\n  }\n\n  def jdbcExecute(query:String): Int = {\n    DB autoCommit { implicit session =>\n      sql\"${SQLSyntax.createUnsafely(query)}\".executeUpdate().apply()\n    }\n  }\n}\n\nprivate[almaren] trait JDBCConnector extends Core {\n  def jdbcQuery(url: String, driver: String, query: String, user: Option[String] = None, password: Option[String] = None, params: Map[String, String] = Map()): Option[Tree] =\n    JDBCQuery(\n      url,\n      driver,\n      query,\n      user,\n      password,\n      params\n    )\n\n  def jdbcBatch(url: String, driver: String, query: String, batchSize: Int = 1000, user: Option[String] = None, password: Option[String] = None, params: Map[String, String] = Map()): Option[Tree] =\n    JDBCBatch(\n      url,\n      driver,\n      query,\n      batchSize,\n      user,\n      password,\n      params\n    )\n}\n\nobject JDBC {\n  implicit class JDBCImplicit(val container: Option[Tree]) extends JDBCConnector\n}\n"}
{"repo_name":"badrinathpatchikolla\/jdbc.almaren","path":"src\/test\/scala\/com\/github\/music\/of\/the\/ainur\/almaren\/jdbc\/Test.scala","text":"<filename>src\/test\/scala\/com\/github\/music\/of\/the\/ainur\/almaren\/jdbc\/Test.scala\npackage com.github.music.of.the.ainur.almaren.jdbc\n\nimport org.apache.spark.sql.{AnalysisException, Column, DataFrame, SaveMode, SparkSession}\nimport org.scalatest._\nimport org.apache.spark.sql.functions._\nimport com.github.music.of.the.ainur.almaren.Almaren\nimport com.github.music.of.the.ainur.almaren.builder.Core.Implicit\nimport com.github.music.of.the.ainur.almaren.jdbc.JDBC.JDBCImplicit\n\n\n\nclass Test extends FunSuite with BeforeAndAfter {\n  val almaren = Almaren(\"jdbc-almaren\")\n\n  val spark: SparkSession = almaren.spark\n    .master(\"local[*]\")\n    .config(\"spark.ui.enabled\", \"false\")\n    .config(\"spark.sql.shuffle.partitions\", \"1\")\n    .getOrCreate()\n\n  spark.sparkContext.setLogLevel(\"ERROR\")\n\n\n  import spark.implicits._\n\n  val insertSourceDf = Seq(\n    (\"John\", \"Smith\", \"London\"),\n    (\"David\", \"Jones\", \"India\"),\n    (\"Michael\", \"Johnson\", \"Indonesia\"),\n    (\"Chris\", \"Lee\", \"Brazil\"),\n    (\"Mike\", \"Brown\", \"Russia\")\n  ).toDF(\"first_name\", \"last_name\", \"country\")\n\n  val insertQuery = \"INSERT INTO public.person_info (first_name, last_name, country) VALUES(?,?,?)\"\n  insertUpdateTable(insertQuery, insertSourceDf)\n\n  test(insertSourceDf, getPostgresTable(\"select * from public.person_info\"), \"jdbc Batch insert test\")\n\n  val updateSourceDf = Seq(\n    (\"John\", \"Jones\", \"London\"),\n    (\"David\", \"Smith\", \"Russia\"),\n    (\"Michael\", \"Lee\", \"Indonesia\"),\n    (\"Chris\", \"Johnson\", \"India\"),\n    (\"Mike\", \"Brown\", \"Brazil\")\n  ).toDF(\"first_name\", \"last_name\", \"country\")\n\n  val updateQuery = \"UPDATE public.person_info set first_name = ?, last_name = ? where country = ?\"\n  insertUpdateTable(updateQuery, updateSourceDf)\n\n  test(updateSourceDf, getPostgresTable(\"select * from public.person_info\"), \"jdbc Batch update test\")\n\n  executeJdbcQuery(\"TRUNCATE TABLE public.person_info\")\n  insertUpdateTable(\"INSERT INTO public.person_info_temp (first_name, last_name, country) VALUES(?,?,?)\", insertSourceDf)\n\n  val mergeQuery =\n    \"\"\"WITH upsert as(\n      |  update\n      |    public.person_info t2\n      |  set\n      |    first_name = t1.first_name,\n      |    last_name = t1.last_name\n      |  from\n      |    person_info_temp t1\n      |  where\n      |    t2.country = t1.country RETURNING t2.*\n      |)\n      |insert into\n      |  person_info\n      |select\n      |  p.first_name,\n      |  p.last_name,\n      |  p.country\n      |from\n      |  person_info_temp p\n      |where\n      |  p.country not in (\n      |    select\n      |      q.country\n      |    from\n      |      upsert q\n      |  );\"\"\".stripMargin\n\n  executeJdbcQuery(mergeQuery)\n\n  test(insertSourceDf, getPostgresTable(\"select * from public.person_info\"), \"jdbc Query test\")\n\n  executeJdbcQuery(\"TRUNCATE TABLE public.person_info\")\n  executeJdbcQuery(\"TRUNCATE TABLE public.person_info_temp\")\n\n  def insertUpdateTable(sqlQuery: String, df: DataFrame): Long = {\n    almaren.builder\n      .sourceDataFrame(df)\n      .sqlExpr(\"monotonically_increasing_id() as __ID__\",\"*\")\n      .jdbcBatch(\"jdbc:postgresql:\/\/localhost:5432\/almaren\", \"org.postgresql.Driver\", sqlQuery, 1000, Some(\"postgres\"), Some(\"postgres\"),Map(\"connectionTimeoutMillis\" -> \"3000\",\"maxSize\"->\"10\"))\n      .batch\n      .count\n  }\n\n  def executeJdbcQuery(query: String): DataFrame = {\n    almaren.builder\n      .jdbcQuery(\"jdbc:postgresql:\/\/localhost:5432\/almaren\", \"org.postgresql.Driver\", query, Some(\"postgres\"), Some(\"postgres\"),Map(\"connectionTimeoutMillis\" -> \"3000\",\"maxSize\"->\"10\"))\n      .batch\n  }\n\n  def getPostgresTable(query: String): DataFrame = {\n    almaren.builder\n      .sourceJdbc(\"jdbc:postgresql:\/\/localhost:5432\/almaren\", \"org.postgresql.Driver\", query, Some(\"postgres\"), Some(\"postgres\"))\n      .batch\n  }\n\n\n  def test(df1: DataFrame, df2: DataFrame, name: String): Unit = {\n    testCount(df1, df2, name)\n    testCompare(df1, df2, name)\n  }\n\n  def testCount(df1: DataFrame, df2: DataFrame, name: String): Unit = {\n    val count1 = df1.count()\n    val count2 = df2.count()\n    val count3 = spark.emptyDataFrame.count()\n    test(s\"Count Test:$name should match\") {\n      assert(count1 == count2)\n    }\n    test(s\"Count Test:$name should not match\") {\n      assert(count1 != count3)\n    }\n  }\n\n  \/\/ Doesn't support nested type and we don't need it :)\n  def testCompare(df1: DataFrame, df2: DataFrame, name: String): Unit = {\n    val diff = compare(df1, df2)\n    test(s\"Compare Test:$name should be zero\") {\n      assert(diff == 0)\n    }\n    test(s\"Compare Test:$name, should not be able to join\") {\n      assertThrows[AnalysisException] {\n        compare(df2, spark.emptyDataFrame)\n      }\n    }\n  }\n\n  private def compare(df1: DataFrame, df2: DataFrame): Long =\n    df1.as(\"df1\").join(df2.as(\"df2\"), joinExpression(df1), \"leftanti\").count()\n\n  private def joinExpression(df1: DataFrame): Column =\n    df1.schema.fields\n      .map(field => col(s\"df1.${field.name}\") <=> col(s\"df2.${field.name}\"))\n      .reduce((col1, col2) => col1.and(col2))\n\n  after {\n    spark.stop\n  }\n}\n"}
{"repo_name":"superdyzio\/PWR-Stuff","path":"INF\/Paradygmaty Programowania\/online.scala","text":"<gh_stars>0\nsealed trait BT[+A]\ncase object Empty extends BT[Nothing]\ncase class Node[+A](elem: (A, A, A), left: BT[A], right: BT[A]) extends BT[A]\n\n  \/\/Z1\n  def stworzSlownik(): BT[String] =\n    Node((\"niebo\", \"sky\", \"Himmel\"), Node((\"ekran\", \"screen\", \"Bildschirm\"), Node((\"drewno\", \"wood\", \"Holz\"), Empty, Empty),\n      Node((\"moneta\", \"coin\", \"Munze\"), Empty, Empty)), Node((\"ogrod\", \"garden\", \"Garten\"),\n      Node((\"nosorozec\", \"rhino\", \"Rhinozeros\"), Empty, Empty), Empty))\n\n  \/\/Z2\n  def szukaj(slownik: BT[String], slowo: String, jezyk:String): String =\n    slownik match {\n      case Empty => \"Brak slowa w slowniku!\"\n      case Node((pol, ang, ger), l, r) => {\n        if (jezyk.equals(\"pl\")) if (pol.equals(slowo)) pol else if (slowo < pol) szukaj(l, slowo, jezyk) else szukaj(r, slowo, jezyk)\n        if (jezyk.equals(\"en\")) if (ang.equals(slowo)) ang else if (slowo < ang) szukaj(l, slowo, jezyk) else szukaj(r, slowo, jezyk)\n        if (jezyk.equals(\"de\")) if (ger.equals(slowo)) ger else if (slowo < ger) szukaj(l, slowo, jezyk) else szukaj(r, slowo, jezyk)\n      }\n  }\n\n\n\/\/Z3\n  def dodaj(slownik: BT[String], pol: String, ang: String, ger:String): BT[String] = \n    slownik match {\n      case Empty => Node((pol, ang, ger), Empty, Empty)\n      case Node((pl, en, de), l, r) => {\n        if (pl == pol) \n          if (en == ang)\n            if (de == ger) slownik\n            else if (de.length() < ger.length()) Node((pl, en, ger), l, r)\n            \t else if (en.length() < ang.length()) \n            \t\t \tif (de == ger) Node((pl, ang, de), l, r)\n          \t\t\t\telse Node((pl,ang,ger), l, r)\n          else Node((pl, ang, ger), l, r)\n       else if (pol < pl) Node((pl, en, de), dodaj(l, pol, ang, ger), r)\n        \telse Node((pl, en, de), l, dodaj(r, pol, ang, ger))\n      }\n      slownik\n  }\n\n  \/\/Z4\n  def inorder[A](bt: BT[A]): List[(A, A, A)] =\n    {\n      def inord(p: (BT[A], List[(A, A, A)])): List[(A, A, A)] = p match {\n        case (Empty, labels) => labels\n        case (Node(v, t1, t2), labels) => inord(t1, v :: inord(t2, labels))\n      }\n      inord(bt, Nil)\n    }\n\n \/*\n  \/\/Z5\n  def sort(list: List[(String, String, String)], jezyk:String): List[(String, String, String)] = {\n\n    val porz = (a: (String, String, String), b: (String, String, String),(jez:String)) => {\n      jez match {\n        case \"pl\" =>  val (s1,_,_) = a; val (s2,_,_) = b \n        case \"en\" =>  val (_,s1,_) = a; val (_,s2,_) = b \n        case \"de\" =>  val (_,_,s1) = a; val (_,_,s2) = b \n      }\n      if (a < b) true else false\n    }\n\n    def insert(list: List[(String, String)], t: (String, String)): List[(String, String)] = list match {\n      case Nil => List[(String, String)](t)\n      case x :: r => if (porz(x, t)) x :: insert(r, t)\n      else t :: x :: r\n    }\n\n    (list :\\ List[(String, String)]())((h, posortowana) => insert(posortowana, h))\n  }\n*\/"}
{"repo_name":"superdyzio\/PWR-Stuff","path":"INF\/Paradygmaty Programowania\/sss.scala","text":"def swap(tab: Array[Int], i: Int, j: Int): Unit =\n{\nval aux = tab(i)\ntab(i) = tab(j)\ntab(j) = aux\n}\n\ndef choose_pivot(tab: Array[Int], m: Int, n: Int): Int =\ntab((m + n) \/ 2)\n\ndef partition(tab: Array[Int], l: Int, r: Int): (Int, Int) =\n{\nvar i = l\nvar j = r\nval pivot = choose_pivot(tab, l, r)\nwhile (i <= j) {\nwhile (tab(i) < pivot) i += 1\nwhile (pivot < tab(j)) j -= 1\nif (i <= j) {\nswap(tab, i, j)\ni += 1\nj -= 1\n}\n}\n(i, j)\n}\n\ndef quick(tab: Array[Int], l: Int, r: Int): Unit =\nif (l < r) {\nval (i, j) = partition(tab, l, r)\nif ((j - l) < (r - i)) {\nquick(tab, l, j)\nquick(tab, i, r)\n} else {\nquick(tab, i, r)\nquick(tab, l, j)\n}\n}\n\nval x = Array(4,3,5,1,6,7,2)\nquick(x,0,x.length-1)\n\n\n\ndef whileLoop(cond: => Boolean, block: => Unit): Unit =\nif (cond) {\nblock\nwhileLoop(cond, block)\n}\n\ndef whileLoop(cond: => Boolean)(block: => Unit): Unit =\nif (cond) {\nblock\nwhileLoop(cond)(block)\n}"}
{"repo_name":"whitechno\/databricks-wdb-utils","path":"DBN\/Lib\/WDB-Setup.scala.scala","text":"<gh_stars>0\n\/\/ Databricks notebook source\n\/\/ %run Lib\/WDB-Setup.scala\n\n\/\/ COMMAND ----------\n\n\/\/ MAGIC %run .\/WDB-Utils.scala\n\n\/\/ COMMAND ----------\n\nimport com.whitechno.databricks.utils.wdb._\n\n\/\/ COMMAND ----------\n\n\/\/ MAGIC %run \".\/WFS-Utils.scala\"\n\n\/\/ COMMAND ----------\n\nimport com.whitechno.databricks.utils.wfs \/\/ for wfs.ls, wfs.cnt, wfs.read, wfs.touch, wfs.ppBytes\n"}
{"repo_name":"whitechno\/databricks-wdb-utils","path":"DBN\/Examples\/WDB-Examples.scala.scala","text":"<gh_stars>0\n\/\/ Databricks notebook source\n\/\/ MAGIC %run ..\/Lib\/WDB-Setup.scala\n\n\/\/ COMMAND ----------\n\nwfs.cnt(\"\/FileStore\").toDS.display\n\n\/\/ COMMAND ----------\n\nwfs.cnt(\"\/FileStore\/40bdfa65-eca8-40eb-ad45-060c0a227c9d.png\").toDS.display\n\n\/\/ COMMAND ----------\n\nwfs.cnt(\"\/FileStore\/40bdfa65-eca8-40eb-ad45-060c0a227c9d.pn\").toDS.display\n\n\/\/ COMMAND ----------\n\nwfs.ls(\"\/FileStore\/40bdfa65-eca8-40eb-ad45-060c0a227c9d.png\").toDS.display\n\n\/\/ COMMAND ----------\n\nwfs.ls(\"\/FileStore\").toDS.where(\"name NOT LIKE '%.png'\").display\n\n\/\/ COMMAND ----------\n\nwfs.ls(\"\/FileStore\").filter(_.isDir).toDS.display\n\n\/\/ COMMAND ----------\n\nval dirs = wfs.ls(\"\/FileStore\").filter(_.isDir).map(_.path)\n\n\/\/ COMMAND ----------\n\ndirs.flatMap(dir => wfs.cnt(dir)).toDS.display\n\n\/\/ COMMAND ----------\n\nsc.parallelize(dirs).flatMap(dir => wfs.cnt(dir)).toDS.display\n\n\/\/ COMMAND ----------\n\n\n"}
{"repo_name":"whitechno\/databricks-wdb-utils","path":"DBN\/Lib\/WDB-Utils.scala.scala","text":"\/\/ Databricks notebook source\n\/*\n\n* WDB-Utils\nWhitechno-Databricks Utilities\n\n*** To run:\n\n%run \".\/WDB-Utils.scala\"\n\nimport com.whitechno.databricks.utils.wdb._\n\n\n*** GitHub repository:\n\nhttps:\/\/github.com\/whitechno\/databricks-wdb-utils\n\n*** Databricks' guide to GitHub Version Control:\n\nhttps:\/\/docs.databricks.com\/user-guide\/notebooks\/github-version-control.html\n\n*\/\n\n\/\/ COMMAND ----------\n\npackage com.whitechno.databricks.utils\n  \n\/\/ ******************************************************************************\n\/\/\n\/\/ Functional-stype display And StructType flattening for Spark's Datasets and DataFrames\n\/\/ Functional-stype display for dbutils.fs.ls\n\/\/\n\n\/\/ for implicit class DataFrameDisplay, table()\ncase class TableForDisplay(header: Seq[String], data: Seq[Seq[String]])\n  \n\/\/ for implicit class DbutilsDisplay, toDS()\ncase class FileInfoPp(path: String, name: String, size: Long)\n\n\nobject wdb { \/\/ wdb (Whitechno-Databricks Utilities)\n  \n  import org.apache.spark.sql.{DataFrame, Dataset, Column}\n  import org.apache.spark.sql.functions._\n  import org.apache.spark.sql.types._\n  \n  \n  implicit class DataFrameDisplay(df: DataFrame) { \n    \n    \/\/ \"functional-style\" display for DataFrame:\n    def display(): Unit = com.databricks.backend.daemon.driver.EnhancedRDDFunctions.display(df) \n    \n    \/\/ collect DataFrame to TableForDisplay\n    \/\/ with column names in header: Seq[String]\n    \/\/ and rows in data: Seq[Seq[String]]\n    \/\/ for Datasets, use it like this: sds.toDF.table\n    def table(): TableForDisplay = {\n      val header = df.columns.toSeq\n      val data = df.collect.map(r => header.map(h => r.getAs[Any](h).toString).toSeq).toSeq\n      TableForDisplay(header, data)\n    }\n    \n  }\n  \n  \/\/ \"functional-style\" display for Dataset:\n  implicit class DatasetDisplay[T](ds: Dataset[T]) { \n    def display(): Unit = com.databricks.backend.daemon.driver.EnhancedRDDFunctions.display(ds) \n  }\n  \n  \/\/ StructType flattening\n  implicit class DataFrameFlattener(df: DataFrame) {\n    \n    def flattenSchema: DataFrame = df.select(flatten(Nil, df.schema): _*)\n    \n    protected def flatten(path: Seq[String], schema: DataType): Seq[Column] = schema match {\n      case s: StructType => s.fields.flatMap(f => flatten(path :+ f.name, f.dataType))\n      case other => col(path.map(n => s\"`$n`\").mkString(\".\")).as(path.mkString(\".\")) :: Nil\n    }\n    \n  }\n  \n  \n  \/\/\n  \/\/ Functional-stype display for dbutils.fs.ls:\n  \/\/ - \"functional-style\" display for FileInfo\n  \/\/ - toDS for Seq[FileInfo]\n  \n  implicit class DbutilsDisplay(ls: Seq[com.databricks.backend.daemon.dbutils.FileInfo]) { \n    \n    def display(): Unit = com.databricks.backend.daemon.driver.EnhancedRDDFunctions.display(ls) \n    \n    \/\/ In order to be able to apply .toDS, we need to import sparkSession.implicits._\n    \/\/\n    \/\/val sqlContext = SQLContext.getOrCreate(org.apache.spark.SparkContext.getOrCreate()) \/\/ < Spark 2.0\n    \/\/import sqlContext.implicits._ \/\/ < Spark 2.0\n    val sparkSession = org.apache.spark.sql.SparkSession.builder.getOrCreate \/\/ >= Spark 2.0  \n    import sparkSession.implicits._ \/\/ >= Spark 2.0\n\n    def toDS(): org.apache.spark.sql.Dataset[FileInfoPp] = ls.map(fi => FileInfoPp(\n      path = fi.path, \n      name = fi.name, \n      size = fi.size\n    )).toDS\n    \n  }\n  \n} \/\/ object wdb"}
{"repo_name":"whitechno\/databricks-wdb-utils","path":"DBN\/Lib\/WFS-Utils.scala.scala","text":"<filename>DBN\/Lib\/WFS-Utils.scala.scala\n\/\/ Databricks notebook source\n\/\/ \n\/\/ WFS-Utils: Whitechno File System utils\n\/\/ to list and count files and directories\n\/\/\n\n\/* To run:\n\n%run \".\/WFS-Utils.scala\"\n\nimport com.whitechno.databricks.utils.wfs \/\/ for wfs.ls, wfs.cnt, wfs.read, wfs.touch, wfs.ppBytes\n\n*\/\n\n\/\/ COMMAND ----------\n\npackage com.whitechno.databricks.utils\n\n\/\/ \n\/\/ output container for ls & cnt functions:\ncase class PathInfo( \/\/ all default values are for non-existing paths\n  descr:         String  = \"\", \n  path:          String, \n  name:          String,\n  exists:        Boolean = false, \n  isDir:         Boolean = false, \n  dirs_cnt:      Int     = 0, \n  files_cnt:     Int     = 0, \n  files_size:    Long    = 0L, \n  files_size_pp: String  = \"\")\n\nobject wfs { \/\/ stands for \"Whitechno File System\" - kinda like 'dbutils.fs'\n  \n  import org.apache.hadoop.fs.{FileSystem, Path}\n  import org.apache.hadoop.conf.Configuration\n  \n  \/\/\n  \/\/ pretty print bytes\n  def ppBytes(bytes: Long): String = humanReadableByteCount(bytes=bytes, si=false) \n  \n  protected def humanReadableByteCount(bytes: Long, si: Boolean = false): String = {\n    val unit = if(si) 1000 else 1024\n    \n    \/\/ need to convert to array \n    \/\/ because of possible ambiguous conversion method string2jvalue \n    \/\/ in trait Implicits of type (x: String)org.json4s.JsonAST.JValue\n    val prefix = (if(si) \"kMGTPE\" else \"KMGTPE\").split(\"\") \n    val bi = if(si) \"\" else \"i\"\n    \n    bytes < unit match {\n        case true => s\"${bytes} B\"\n        case _ => \n          val exp = (math.log(bytes)\/math.log(unit)).toInt\n          val biu = bytes \/ math.pow(unit, exp)\n          f\"${biu}%.2f ${prefix(exp-1)}${bi}B\"\n    }\n  }\n  \n  \/\/\n  \/\/ listing files and dirs\n  def ls(path: String, descr: String = \"\"): Seq[PathInfo] = {\n    val pathPath = new Path(path)\n    val fs = pathPath.getFileSystem(new Configuration)\n    \n    fs.exists(pathPath) match {\n      \n      \/\/ doesn't exist:\n      case false => \n        Seq(PathInfo(descr=descr, path=pathPath.toString, name=pathPath.getName))\n      \n      \/\/ exists: count files and dirs\n      case true =>  fs.listStatus(pathPath).toList.map(fStat => PathInfo(\n        descr = descr, \n        path = fStat.getPath.toString, \n        name = fStat.getPath.getName, \n        exists = true, \n        isDir = fStat.isDirectory, \n        dirs_cnt = if (fStat.isDirectory) 1 else 0, \n        files_cnt = if (fStat.isFile) 1 else 0, \n        files_size = fStat.getLen, \n        files_size_pp = ppBytes(fStat.getLen)\n      )) \n    \n    }\n  }\n  \n  \/\/\n  \/\/ counting files and dirs\n  def cnt(path: String, descr: String = \"\"): Seq[PathInfo] = {\n    val pathPath = new Path(path)\n    val fs = pathPath.getFileSystem(new Configuration)\n    \n    fs.exists(pathPath) match {\n      \n      \/\/ doesn't exist\n      case false => \n        Seq(PathInfo(descr=descr, path=pathPath.toString, name=pathPath.getName))\n      \n      \/\/ exists\n      case true =>  \n        val fStat = fs.getFileStatus(pathPath)\n        val fStats = fs.listStatus(pathPath)\n        Seq(PathInfo(\n          descr = descr, \n          path = fStat.getPath.toString, \n          name = fStat.getPath.getName,  \n          exists = true, \n          isDir = fStat.isDirectory, \n          dirs_cnt = fStats.filter(_.isDirectory).size, \n          files_cnt = fStats.filter(_.isFile).size, \n          files_size = fStats.map(_.getLen).sum, \n          files_size_pp = ppBytes(fStats.map(_.getLen).sum)\n        ))\n        \n    }\n  }\n  \n  \/\/\n  \/\/ small helpful utils...\n  \/\/\n  \n  \/\/\n  \/\/ get org.apache.hadoop.fs.FSDataInputStream\n  def getInputStream(path: String): org.apache.hadoop.fs.FSDataInputStream = {\n    val pathPath = new Path(path)\n    val fs = pathPath.getFileSystem(new Configuration)\n    fs.open(pathPath)\n  }\n  \n  \/\/\n  \/\/ read text file from path and convert it to String\n  \/\/ can be displayed like this: displayHTML(s\"\"\"<pre><code>${cfs.read(path)}<\/code><\/pre>\"\"\")\n  \/\/ convenient for plain text and JSON files!\n  \/\/ !!! not useful for XML files !!!\n  def read(path: String): String = {\n    val inStream = getInputStream(path)\n    val out = scala.io.Source.fromInputStream(inStream).getLines.mkString(\"\\n\")\n    inStream.close\n    out\n  }\n  \/\/ for XML files the best way is to copy to \/FileStore and use browser: dbutils.fs.cp(xmlFile3d, xmlFileStore)\n  \/\/ or:\n  \/\/ scala.xml.XML.load(getInputStream(path))\n  \n  \/\/\n  \/\/ touch - create \"flag\" file of zero size (for signaling or logs)\n  def touch(path: String): Boolean = {\n    val pathPath = new Path(path)\n    val fs = pathPath.getFileSystem(new Configuration)\n    fs.createNewFile(pathPath)\n  }\n  \n  \/\/\n  \/\/ To get the list of all JARs on class path:\n  def getJARs(): Seq[String] = {\n    \/\/import java.net.URL\n    import java.net.URLClassLoader\n    val cl = ClassLoader.getSystemClassLoader\n    cl.asInstanceOf[URLClassLoader].getURLs.map(_.getPath).sorted.toList\n  }\n  \n} \/\/ object wfs\n"}
{"repo_name":"ekrich\/sbt-scripting","path":"src\/main\/scala\/ArgsScript.scala","text":"<reponame>ekrich\/sbt-scripting<gh_stars>10-100\n\nobject Args {\n  def main(args: Array[String]) {\n    println(\"Hello, \" + args.headOption.getOrElse(\"World\") + \"!\")\n    println(\"Args: \" + args.toList)\n  }\n}\n"}
{"repo_name":"ekrich\/sbt-scripting","path":"build.sbt","text":"<reponame>ekrich\/sbt-scripting\n\nname := \"sbt scripting lib\"\n\nversion := \"1.0\"\n\norganization := \"org.example\"\n\nscalaVersion := \"2.12.3\"\n\nisSnapshot in ThisBuild := true\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/utils\/PostString.scala","text":"<filename>src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/utils\/PostString.scala<gh_stars>1-10\npackage somind.dtlab.ingest.mqtt.utils\n\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.{Http, HttpExt}\nimport com.typesafe.scalalogging.LazyLogging\nimport somind.dtlab.ingest.mqtt.Conf._\n\nimport scala.concurrent.{Await, Future, TimeoutException}\n\nobject PostString extends LazyLogging {\n\n  val http: HttpExt = Http(actorSystem)\n  val request: HttpRequest = HttpRequest().withMethod(HttpMethods.POST)\n\n  def apply(payload: String): Option[StatusCode] = {\n    try {\n\n      val results = dtlabIngestUris.map(uriString => {\n        val f = PostString.applyAsync(payload, uriString)\n        val r = Await.result(f, webhookTimeoutSeconds)\n        if (!r.status.isSuccess()) {\n          logger.warn(s\"post not successful: $r\")\n          return None\n        }\n        logger.debug(s\"post successful\")\n        Some(r.status)\n      })\n      results.last\n    } catch {\n      case e: TimeoutException =>\n        logger.error(s\"remote system is timing out: ${e.getMessage}\")\n        System.exit(1)\n        None\n      case e: Throwable =>\n        logger.error(s\"fatal unexpected error\", e)\n        System.exit(1)\n        None\n    }\n  }\n\n  def applyAsync(telem: String, uriString: String): Future[HttpResponse] = {\n\n    val newRequest =\n      request\n        .withEntity(entity = HttpEntity(telemetryContentType, telem))\n        .withUri(uri = Uri(uriString))\n\n    logger.debug(s\"posting request to: \" + newRequest)\n    http.singleRequest(newRequest)\n  }\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/utils\/SslContextUtil.scala","text":"<reponame>DTLaboratory\/dtlab-ingest-mq<gh_stars>1-10\npackage somind.dtlab.ingest.mqtt.utils\n\nimport java.io.FileInputStream\nimport java.security.KeyStore\n\nimport com.typesafe.scalalogging.LazyLogging\nimport javax.net.ssl.{KeyManagerFactory, SSLContext, TrustManagerFactory}\nimport somind.dtlab.ingest.mqtt.Conf.{keyStorePassword, keyStorePath}\n\nobject SslContextUtil extends LazyLogging {\n\n  def apply(): SSLContext = {\n\n    val keyStore = KeyStore.getInstance(\"pkcs12\")\n    logger.info(s\"loading keystore from $keyStorePath\")\n    keyStore.load(\n      new FileInputStream(keyStorePath),\n      keyStorePassword.toCharArray\n    )\n    val kmf =\n      KeyManagerFactory.getInstance(KeyManagerFactory.getDefaultAlgorithm)\n    kmf.init(keyStore, keyStorePassword.toCharArray)\n\n    val trustManagerFactory =\n      TrustManagerFactory.getInstance(TrustManagerFactory.getDefaultAlgorithm)\n    trustManagerFactory.init(keyStore)\n\n    val ctx: SSLContext = SSLContext.getInstance(\"TLS\")\n    ctx.init(kmf.getKeyManagers, trustManagerFactory.getTrustManagers, null)\n    ctx\n\n  }\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/test\/scala\/somind\/dtlab\/ingest\/mqtt\/DtlabIngestMqttSpec.scala","text":"package somind.dtlab.ingest.mqtt\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass DtlabIngestMqttSpec extends AnyFlatSpec with Matchers {\n\n  \"An obj\" should \"do something\" in {}\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/Main.scala","text":"<filename>src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/Main.scala\npackage somind.dtlab.ingest.mqtt\n\nimport akka.http.scaladsl.Http\nimport com.typesafe.scalalogging.LazyLogging\nimport somind.dtlab.ingest.mqtt.Conf._\nimport somind.dtlab.ingest.mqtt.observe.ObserverRoute\n\nobject Main extends App with LazyLogging {\n\n  MqttSourceWebhookSinkStream()\n\n  val route =\n    ObserverRoute.apply\n\n  Http().newServerAt(\"0.0.0.0\", port).bindFlow(route)\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/MqttSourceWebhookSinkStream.scala","text":"<gh_stars>1-10\npackage somind.dtlab.ingest.mqtt\n\nimport akka.Done\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.stream.alpakka.mqtt._\nimport akka.stream.alpakka.mqtt.scaladsl.{MqttMessageWithAck, MqttSource}\nimport akka.stream.scaladsl.Source\nimport com.typesafe.scalalogging.LazyLogging\nimport org.eclipse.paho.client.mqttv3.persist.MemoryPersistence\nimport somind.dtlab.ingest.mqtt.Conf._\nimport somind.dtlab.ingest.mqtt.observe.Observer\nimport somind.dtlab.ingest.mqtt.utils.{PostString, SslContextUtil}\n\nimport scala.concurrent.Future\n\nobject MqttSourceWebhookSinkStream extends LazyLogging {\n\n  def apply(): Unit = {\n\n    val connectionSettings = MqttConnectionSettings(\n      mqttUrl,\n      mqttClientId,\n      new MemoryPersistence\n    ).withAutomaticReconnect(true)\n      .withSocketFactory(SslContextUtil().getSocketFactory)\n      .withCleanSession(false)\n\n    logger.debug(s\"connection settings:\\n$connectionSettings\")\n\n    val src: Source[MqttMessageWithAck, Future[Done]] =\n      MqttSource.atLeastOnce(\n        connectionSettings.withClientId(\n          clientId = \"somind-mqtt-gateway-\" + System.nanoTime().toString\n        ),\n        MqttSubscriptions(mqttTopic, MqttQoS.AtLeastOnce),\n        bufferSize = 8\n      )\n\n    logger.info(\"starting...\")\n    logger.debug(\"debugging...\")\n\n    src\n      .runWith(akka.stream.scaladsl.Sink.foreach(m => {\n        \/\/ todo: move to an async flow that can scale horizontally\n        Observer(\"mqtt_message_processing_by_sink\")\n        val payload = m.message.payload.map(_.toChar).mkString\n        logger.debug(payload)\n        PostString(payload) match {\n          case Some(code)\n              if code == StatusCodes.Accepted || code == StatusCodes.OK =>\n            m.ack()\n            Observer(\"mqtt_message_processed_by_sink_fitness\")\n          case code =>\n            m.ack() \/\/ todo: decide if this is a data issue - if data issue, log and ack - else log and crash\n            val emsg = \"mqtt_message_NOT_processed_by_sink\"\n            logger.error(s\"$emsg: $code\")\n            Observer(emsg)\n        }\n\n      }))\n  }\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/utils\/InitJavaLogging.scala","text":"package somind.dtlab.ingest.mqtt.utils\n\nimport java.util.logging.Level\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.slf4j.LoggerFactory\n\nimport scala.sys.env\n\n\/** If you have a java lib dep like eclipse.paho that you want to see logging\n  * from, it sucks to be you.\n  *\n  * You must init the java.util.logging subsystem with jul-to-slf4j to get\n  * Logback and LazyLogging to all play together :(\n  *\n  * dependent on build.sbt libs \"ch.qos.logback\" % \"logback-classic\" % \"?.?.?\",\n  * \"org.slf4j\" % \"jul-to-slf4j\" % \"?.?.?\",\n  *\/\nobject InitJavaLogging extends LazyLogging {\n\n  def apply(): Unit = {\n    import java.util.logging.LogManager\n\n    import org.slf4j.bridge.SLF4JBridgeHandler\n\n    val pin: List[java.util.logging.Logger] = List(\n      java.util.logging.Logger.getLogger(\"\"),\n      java.util.logging.Logger.getLogger(\"org.eclipse.paho.client.mqttv\"),\n      java.util.logging.Logger.getLogger(\"org.eclipse.paho\")\n    )\n\n    def canInstallBridgeHandler = {\n      try {\n        Class.forName(\n          \"org.slf4j.impl.JDK14LoggerFactory\",\n          false,\n          this.getClass.getClassLoader\n        )\n        LoggerFactory\n          .getLogger(this.getClass)\n          .warn(\n            \"Detected [org.slf4j.impl.JDK14LoggerFactory] on classpath. \" +\n              \"SLF4JBridgeHandler cannot be installed, see: http:\/\/www.slf4j.org\/legacy.html#julRecursion\"\n          )\n        false\n      } catch {\n        case _: ClassNotFoundException =>\n          true\n      }\n    }\n\n    val sysLogLevel = env.getOrElse(\"SYS_LOG_LEVEL\", \"info\") match {\n      case \"debug\" => Level.FINER\n      case \"trace\" => Level.FINEST\n      case \"error\" => Level.WARNING\n      case _       => Level.INFO\n    }\n\n    if (canInstallBridgeHandler) {\n      LogManager.getLogManager.reset()\n      SLF4JBridgeHandler.removeHandlersForRootLogger()\n      SLF4JBridgeHandler.install()\n\n      java.util.logging.Logger\n        .getLogger(\"\")\n        .addHandler(new SLF4JBridgeHandler())\n      pin.foreach(l => l.setLevel(sysLogLevel))\n\n      logger.info(\"org.slf4j.bridge.SLF4JBridgeHandler installed.\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"src\/main\/scala\/somind\/dtlab\/ingest\/mqtt\/Conf.scala","text":"package somind.dtlab.ingest.mqtt\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport akka.http.scaladsl.model.{ContentType, ContentTypes}\nimport akka.util.Timeout\nimport com.typesafe.config.{Config, ConfigFactory}\nimport com.typesafe.scalalogging.LazyLogging\nimport somind.dtlab.ingest.mqtt.observe.Observer\nimport somind.dtlab.ingest.mqtt.utils.InitJavaLogging\n\nimport scala.concurrent.ExecutionContextExecutor\n\nobject Conf extends LazyLogging {\n\n  InitJavaLogging()\n\n  implicit val actorSystem: ActorSystem = ActorSystem(\"DtlabIngestMqtt\")\n  implicit val executionContext: ExecutionContextExecutor =\n    actorSystem.dispatcher\n  \/\/ implicit val materializer: ActorMaterializer = ActorMaterializer(ActorMaterializerSettings(actorSystem))\n\n  val conf: Config = ConfigFactory.load()\n  val port: Int = conf.getInt(\"main.port\")\n  val mqttUrl: String = conf.getString(\"main.mqttUrl\")\n  val mqttClientId: String = conf.getString(\"main.mqttClientId\")\n  val mqttTopic: String = conf.getString(\"main.mqttTopic\")\n  val keyStorePassword: String = conf.getString(\"main.keyStorePassword\")\n  val keyStorePath: String = conf.getString(\"main.keyStorePath\")\n  val dtlabIngestUris: List[String] =\n    conf.getString(\"main.dtlabIngestUris\").split(' ').toList\n  import scala.concurrent.duration._\n  val webhookTimeoutSeconds: Duration =\n    conf.getInt(\"main.webhookTimeoutSeconds\").seconds\n\n  val telemetryContentType: ContentType.NonBinary =\n    conf.getString(\"main.telemetryContentType\") match {\n      case \"csv\"  => ContentTypes.`text\/csv(UTF-8)`\n      case \"text\" => ContentTypes.`text\/plain(UTF-8)`\n      case _      => ContentTypes.`application\/json`\n    }\n\n  def requestDuration: Duration = {\n    val t = \"120 seconds\"\n    Duration(t)\n  }\n  implicit def requestTimeout: Timeout = {\n    val d = requestDuration\n    FiniteDuration(d.length, d.unit)\n  }\n\n  val healthToleranceSeconds: Int =\n    conf.getString(\"main.healthToleranceSeconds\").toInt\n  val observer: ActorRef = actorSystem.actorOf(Props[Observer], \"observer\")\n\n}\n"}
{"repo_name":"DTLaboratory\/dtlab-ingest-mq","path":"build.sbt","text":"name := \"DtlabIngestMqtt\"\n\nfork := true\njavaOptions in test ++= Seq(\n  \"-Xms512M\",\n  \"-Xmx2048M\",\n  \"-XX:MaxPermSize=2048M\",\n  \"-XX:+CMSClassUnloadingEnabled\"\n)\n\nparallelExecution in test := false\n\nversion := \"1.0\"\n\nval akkaHttpVersion = \"10.2.7\"\nscalaVersion := \"2.13.7\"\nval akkaVersion = \"2.6.18\"\n\nlibraryDependencies ++=\n  Seq(\n    \"com.typesafe\" % \"config\" % \"1.3.4\",\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.9.4\",\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.2.10\",\n    \"org.slf4j\" % \"jul-to-slf4j\" % \"1.7.32\",\n    \"org.typelevel\" %% \"cats-core\" % \"2.7.0\",\n    \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpVersion,\n    \"com.typesafe.akka\" %% \"akka-http-spray-json\" % akkaHttpVersion,\n    \"org.json4s\" %% \"json4s-native\" % \"4.0.3\",\n    \"com.lightbend.akka\" %% \"akka-stream-alpakka-mqtt\" % \"3.0.4\",\n    \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % \"test\"\n  )\n\ndependencyOverrides ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion\n)\n\nmainClass in assembly := Some(\"somind.dtlab.ingest.mqtt.Main\")\nassemblyJarName in assembly := \"DtlabIngestMqtt.jar\"\n\nassemblyMergeStrategy in assembly := {\n  case PathList(\"reference.conf\")                      => MergeStrategy.concat\n  case x if x.endsWith(\"io.netty.versions.properties\") => MergeStrategy.first\n  \/\/ case PathList(\"META-INF\", _ @ _*) => MergeStrategy.discard\n  case PathList(\"META-INF\", \"MANIFEST.MF\")  => MergeStrategy.discard\n  case PathList(\"META-INF\", \"ECLIPSE_.RSA\") => MergeStrategy.discard\n  case PathList(\"META-INF\", \"ECLIPSE_.SF\")  => MergeStrategy.discard\n  \/\/ case x if x.endsWith(\"MANIFEST.MF\") => MergeStrategy.last\n  case _ => MergeStrategy.first\n}\n"}
{"repo_name":"rubenpieters\/AmmCacheIssue","path":"src\/main\/scala\/AmmCacheIssueRepro.scala","text":"<filename>src\/main\/scala\/AmmCacheIssueRepro.scala\npackage test\n\nobject AmmoniteShell {\n  def main(args: Array[String]): Unit = {\n    ammonite.Main(\n      predef = \"import test.TestObject._\"\n    ).run()\n  }\n}\n\nobject TestObject {\n  val valX = 1\n  val valZ = 2\n}\n"}
{"repo_name":"rubenpieters\/AmmCacheIssue","path":"build.sbt","text":"scalaVersion := \"2.10.6\"\n\nlibraryDependencies += \"com.lihaoyi\" % \"ammonite\" % \"0.7.8\" cross CrossVersion.full\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/problems\/RecyclingRobot.scala","text":"package com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.environments.{FiniteEnvironment, StaticFiniteEnvironment}\n\n\/**\n  * Based on \"Reinforcement Learning: An Introduction. Second edition\"\n  * by <NAME> and <NAME>, Example 3.3\n  * The recycling robot example was inspired by the can-collecting robot\n  * built by <NAME> (1989).\n  *\/\nobject RecyclingRobot {\n\n  sealed trait State\n  case object LowEnergy extends State\n  case object HighEnergy extends State\n\n  sealed trait Action\n  case object Search extends Action\n  case object Wait extends Action\n  case object Recharge extends Action\n\n  def apply(\n    alpha: Double,\n    beta: Double,\n    rewardSearch: Double,\n    rewardWait: Double): StaticFiniteEnvironment[State, Action] =\n    new StaticFiniteEnvironment[State, Action] {\n\n      override def description: String =\n        \"The mobile robot having 2 states (low,high energy) and 3 possible actions (search, wait, recharge).\"\n\n      override val initialStates: Set[State] = Set(HighEnergy)\n\n      override def isTerminalState(state: State): Boolean = false\n\n      override val transitionGraph: TransitionGraph = Map(\n        LowEnergy -> Map(\n          Search   -> Seq((LowEnergy, beta, rewardSearch), (HighEnergy, 1 - beta, -3)),\n          Recharge -> Seq((HighEnergy, 1, 0)),\n          Wait     -> Seq((LowEnergy, 1, rewardWait))\n        ),\n        HighEnergy -> Map(\n          Search -> Seq((HighEnergy, alpha, rewardSearch), (LowEnergy, 1 - alpha, rewardSearch)),\n          Wait   -> Seq((HighEnergy, 1, rewardWait))\n        )\n      )\n    }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/problems\/blackjack\/BlackJackApp.scala","text":"<reponame>ml-worthing\/reinforcement-learning\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.problems.blackjack\n\nimport com.github.mlworthing.problems.playingcards.Card\n\nobject BlackJackApp extends App {\n\n  val bj = new BlackJack()\n\n  var gameNo = 0\n  var score = 0\n\n\n  def stateString(state: BjGameState): String = {\n    s\"[Dealer ${state.dealersCards.mkString(\",\")} (${state.dealersValue}points)] \" +\n    s\"[Player ${state.playersCards.mkString(\",\")} (${state.playersValue}points)] \" +\n    s\"[TotalScore: $score] \"\n  }\n  while (true) {\n    println()\n    println(s\"Game $gameNo\")\n    val state = bj.start()\n    println(s\"${stateString(state)} | Enter [S]tay or [H]it\")\n\n    var cont = true\n    do {\n\n      def finishGame(state: BjGameState) = {\n\n        state.result match {\n          case Tie =>\n            cont = false\n            println(s\"It's a TIE ${stateString(state)}\")\n          case DealerWon =>\n            score -= 1\n            cont = false\n            println(s\"You LOST ${stateString(state)}\")\n          case PlayerWon =>\n            score += 1\n            cont = false\n            println(s\"You WIN ${stateString(state)}\")\n        }\n      }\n      io.StdIn.readLine() match {\n        case s if s.startsWith(\"H\") =>\n          val state = bj.hit()\n          if(state.result == InProgress)\n            println(s\"${stateString(state)} | Enter [S]tay or [H]it\")\n          else\n            finishGame(state)\n        case s if s.startsWith(\"S\") =>\n          val state = bj.stay()\n          finishGame(state)\n        case _ =>\n          println(s\"| Enter [S]tay or [H]it\")\n      }\n\n    } while (cont)\n    gameNo += 1\n  }\n\n\n}"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/PolicyExecutor.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport com.github.mlworthing.rl.{Environment, Policy}\n\n\/**\n  * Calculates stats of rewards gained by executing the policy in a stochastic environment.\n  *\/\nobject PolicyExecutor {\n\n  def execute[State, Action](\n    policy: Policy[State, Action],\n    environment: Environment[State, Action],\n    maxIterations: Int,\n    numberOfSamples: Int): Map[Double, Int] = {\n\n    val stats = (0 until numberOfSamples)\n      .map { _ =>\n        policy.execute(environment, maxIterations)\n      }\n      .groupBy(identity)\n      .mapValues(_.size)\n\n    println(s\"Rewards gained by executing policy $numberOfSamples times: ${stats.toSeq\n      .map { case (k, v) => s\"$k -> ${(v * 100) \/ numberOfSamples}%\" }\n      .mkString(\", \")}\")\n\n    stats\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/utils\/MathNotationSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai.utils\n\nimport com.github.mlworthing.rlai.utils.MathNotation._\n\nclass MathNotationSpec extends UnitSpec {\n\n  \"Methods tests\" - {\n    \"sum\" in {\n\n      val \u015b = List(1.0, 2.0, 3.0)\n      val r = List(10.0, 20.0)\n\n      \u03a3(\u015b)(identity) shouldBe 6.0\n      \u03a3(\u015b)(1 + _) shouldBe 9.0\n\n      \u03a3(\u015b, r)(_ + _) shouldBe 102.0\n      \u03a3(\u015b, r)(_ + _) shouldBe \u015b.flatMap(x => r.map(x + _)).sum\n\n      \u03a3(\u015b, r)((x,y)=> x+2.0\/y)\n    }\n\n\n    \"argmax\" in {\n      val args = List(1, 2, 3, 4, 5, 6)\n\n      argmax(args)(_.toDouble) shouldBe 6\n      argmax(args)(x => x + 10) shouldBe 6\n      argmax(args)(x => x % 3) shouldBe 2 withClue \"returns first argument\"\n    }\n\n    \"max\" in {\n      val args = List(1, 2, 3, 4, 5, 6)\n      max_(args)(_ + 10.0) shouldBe 16\n      max_(List(9.0))(identity) shouldBe 9.0\n\n    }\n  }\n\n\n\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/GaussianRandom.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport scala.util.Random\n\nobject GaussianRandom {\n\n  def next(): Double = Random.nextGaussian()\n\n  def next(mean: Double, deviation: Double): Double = mean + next() * deviation\n\n  def next(mean: Double, deviation: Double, min: Double, max: Double): Double = {\n    var value = mean\n    do {\n      value = next(mean, deviation)\n    } while (value < min || value > max)\n    value\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/Policy.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing\npackage rl\n\nimport scala.annotation.tailrec\nimport scala.util.Random\n\n\/**\n  * Reinforcement learning Policy API.\n  *\n  * A policy is a mapping from states to probabilities of selecting each possible action.\n  *\n  * Parametrised by the `State` and `Action` types.\n  * Represents the best knowledge gained in the learning process.\n  *\/\ntrait Policy[State, Action] {\n\n  \/** Run this policy in the given environment and collect rewards *\/\n  def execute(environment: Environment[State, Action], maxIterations: Int): Double\n}\n\n\/\/----------------\n\/\/ COMMON POLICIES\n\/\/----------------\n\n\/** The best single action to take always *\/\ncase class Winner[A](action: A) extends Policy[Unit, A] {\n\n  override def execute(environment: Environment[Unit, A], maxIterations: Int): Double = {\n    val (_, _, frame) = environment.initial\n    environment.step(action, frame).first.reward\n  }\n}\n\n\/** The best actions to take no matter what current state is, each with probability 1 *\/\ncase class Trajectory[S, A](actions: Seq[A]) extends Policy[S, A] {\n\n  override def execute(environment: Environment[S, A], maxIterations: Int): Double = {\n    val (_, _, frame) = environment.initial\n    actions\n      .foldLeft((0d, frame)) {\n        case ((acc, frame), action) => environment.step(action, frame).map_1(_.reward + acc)\n      }\n      .first\n  }\n}\n\n\/** The best actions to take given the current state, each with probability 1 *\/\ncase class Deterministic[S, A](policy: Map[S, A]) extends Policy[S, A] {\n\n  override def execute(environment: Environment[S, A], maxIterations: Int): Double = {\n    val (_, _, initialFrame) = environment.initial\n    @tailrec\n    def execute(state: S, rewardSum: Double, counter: Int, frame: environment.Frame): Double = {\n      val (observation, nextFrame) =\n        if (policy.contains(state)) environment.step(policy(state), frame)\n        else (environment.Observation(state, 0d, Set.empty, isTerminal = true), frame)\n      val newRewardSum = rewardSum + observation.reward\n      if (observation.isTerminal || counter > maxIterations) newRewardSum\n      else execute(observation.state, newRewardSum, counter + 1, nextFrame)\n    }\n    execute(environment.initial._1, 0d, 0, initialFrame)\n  }\n}\n\n\/** The set of alternative actions to take given the current state with their respective probabilities *\/\ncase class Stochastic[S, A](policy: Map[S, Map[A, Double]]) extends Policy[S, A] {\n\n  lazy val mapStateToSortedListOfActionsWithUpperBounds: Map[S, List[(A, Double)]] = {\n    policy.mapValues(actions => {\n      val weightSum = actions.values.sum\n      val list = actions.toSeq\n        .sortBy(pair => -pair._2)\n        .map { case (action, weight) => (action, weight \/ weightSum) }\n        .foldLeft(List.empty[(A, Double)])((list, pair) =>\n          list match {\n            case Nil       => pair :: list\n            case head :: _ => (pair._1, pair._2 + head._2) :: list\n        })\n        .reverse\n      list\n    })\n  }\n\n  override def execute(environment: Environment[S, A], maxIterations: Int): Double = {\n    val (_, _, initialFrame) = environment.initial\n    @tailrec\n    def execute(s: S, rewardSum: Double, counter: Int, frame: environment.Frame): Double = {\n      val random = Random.nextDouble()\n      val actionSet = mapStateToSortedListOfActionsWithUpperBounds(s)\n      val action = actionSet.find { case (_, limit) => random <= limit }.getOrElse(actionSet.head)._1\n      val (observation, nextFrame) = environment.step(action, frame)\n      val newRewardSum = rewardSum + observation.reward\n      if (observation.isTerminal || counter > maxIterations) newRewardSum\n      else execute(observation.state, newRewardSum, counter + 1, nextFrame)\n    }\n    execute(environment.initial._1, 0d, 0, initialFrame)\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/singlestate\/StochasticGradientAscentAgent.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.agents.singlestate\n\nimport com.github.mlworthing.rl.environments.SingleStateEnvironment\nimport com.github.mlworthing.rl.utils.SeqWithMutableWeights\nimport com.github.mlworthing.rl.{Agent, Winner}\n\nimport scala.collection.mutable\n\n\/**\n  * Exploitation-exploration balanced Agent suitable for any problems.\n  * Uses a numerical preference for each action which are determined\n  * according to a soft-max distribution.\n  * @param alpha step-size parameter\n  *\/\ncase class StochasticGradientAscentAgent[A](\n  alpha: Double = 0.2,\n  stepsToLearn: Int = 100,\n  initialValue: Double = 0d,\n  constantStepSize: Option[Double] = None)\n    extends Agent[Unit, A, SingleStateEnvironment[A]] {\n\n  override def solve(environment: SingleStateEnvironment[A]): Winner[A] = {\n\n    val actions: Seq[A] = environment.actions.toIndexedSeq\n\n    \/\/ q - estimates of the action values\n    val q: mutable.Map[A, Double] = mutable.Map(actions.map(x => (x, initialValue)): _*)\n    val steps: mutable.Map[A, Int] = mutable.Map(actions.map(x => (x, 0)): _*)\n    val preferences: SeqWithMutableWeights[A] =\n      new SeqWithMutableWeights(actions, boost = Math.exp, initialWeight = 0d)\n\n    var baseline: Double = 0d\n\n    (1 to stepsToLearn).foreach { t =>\n      val action: A = preferences.selectRandom\n\n      val reward = environment.reward(action)\n\n      val probabilityOf = preferences.probabilities\n\n      actions.foreach { a =>\n        val na = if (a == action) {\n          preferences(a) + alpha * (reward - baseline) * (1 - probabilityOf(a))\n        } else {\n          preferences(a) + alpha * (reward - baseline) * probabilityOf(a)\n        }\n        preferences(a) = na\n      }\n\n      baseline = baseline + (reward - baseline) \/ t\n\n      steps(action) = steps(action) + 1\n      val stepSize = constantStepSize.getOrElse(1d \/ steps(action))\n      \/\/ NewEstimate = OldEstimate + StepSize * (Target \u0000- OldEstimate)\n      q(action) = q(action) + (stepSize * (reward - q(action)))\n    }\n\n    Winner(q.maxBy(_._2)._1)\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/Cache.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/Cache.scala\npackage com.github.mlworthing.rl.utils\n\nimport java.util.function\n\ncase class Cache[K, V](fx: K => V) {\n\n  private val underlying =\n    new java.util.concurrent.ConcurrentHashMap[K, V]()\n\n  private val mappingFunction: function.Function[K, V] = (k: K) => fx(k)\n\n  def apply(key: K): V = underlying.computeIfAbsent(key, mappingFunction)\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/problems\/SuperMarioTest.scala","text":"<reponame>ml-worthing\/reinforcement-learning<filename>src\/test\/scala\/com\/github\/mlworthing\/rl\/problems\/SuperMarioTest.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.agents.{DynamicProgrammingEvaluateImproveAgent, DynamicProgrammingValueIterationDeterministicAgent}\nimport com.github.mlworthing.rl.utils.PolicyExecutor\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass SuperMarioTest extends UnitSpec {\n\n  \"evaluate a policy for a Super Mario using DynamicProgrammingEvaluateImproveAgent\" in {\n\n    val agent =\n      new DynamicProgrammingEvaluateImproveAgent[Int, String](gamma = 0.9d, theta = 0.01d, maxIterations = 100)\n    val policy = agent.solve(SuperMario)\n\n    val result = PolicyExecutor.execute(policy, SuperMario, maxIterations = 1000, numberOfSamples = 1000)\n    result.getOrElse(1.0, 0) should be > 0 withClue \": all of policy executions have failed to reach the goal\"\n\n  }\n\n  \"evaluate a policy for a Super Mario using DynamicProgrammingValueIterationAgent\" in {\n\n    val agent =\n      new DynamicProgrammingValueIterationDeterministicAgent[Int, String](\n        gamma = 0.9d,\n        theta = 0.01d,\n        maxIterations = 100)\n    val policy = agent.solve(SuperMario)\n\n    val result = PolicyExecutor.execute(policy, SuperMario, maxIterations = 1000, numberOfSamples = 1000)\n    result.getOrElse(1.0, 0) should be > 0 withClue \": all of policy executions have failed to reach the goal\"\n\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/environments\/SingleStateEnvironment.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.environments\n\nimport com.github.mlworthing.rl.Environment\n\n\/**\n  * Continuous single state, non-terminal\n  * environment with static set of actions.\n  *\n  * Applicable to the special case of the reinforcement learning problem\n  * in which there is only a single state, called bandit problems\n  *\/\ntrait SingleStateEnvironment[Action] extends Environment[Unit, Action] {\n\n  type Frame = Unit\n\n  val actions: Set[Action]\n  def reward(action: Action): Double\n\n  final override def initial: (Unit, Set[Action], Unit) = ((), actions, ())\n  final override def step(action: Action, frame: Frame): (Observation, Frame) =\n    (Observation((), reward(action), actions, isTerminal = false), ())\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/SelectorTest.scala","text":"<reponame>ml-worthing\/reinforcement-learning<filename>src\/test\/scala\/com\/github\/mlworthing\/rlai\/SelectorTest.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.{Selector, UnitSpec}\n\nclass SelectorTest extends UnitSpec {\n\n  \"select by level\" in {\n\n    val chances = List(10, 20, 30)\n    Selector.selectByLevel(chances, 0) shouldBe 0\n    Selector.selectByLevel(chances, 1) shouldBe 0\n    Selector.selectByLevel(chances, 9) shouldBe 0\n    Selector.selectByLevel(chances, 10) shouldBe 1 withClue \"the first 'level' for which we select the second index\"\n    Selector.selectByLevel(chances, 11) shouldBe 1\n    Selector.selectByLevel(chances, 29) shouldBe 1 withClue \"the last 'level' for which we select the second index\"\n    Selector.selectByLevel(chances, 30) shouldBe 2 withClue \"the first 'level' for which we select the third index\"\n    Selector.selectByLevel(chances, 59) shouldBe 2 withClue \"the first 'level' for which we select the third index\"\n  }\n\n  \"select by chances - sanity check\" in {\n    val chances = List(10, 20, 30)\n    implicit val randomness: Randomness = Randomness()\n\n    (0 to 1000).foreach { _ =>\n      val selected = Selector.select(chances)\n      selected should be >= 0\n      selected should be < 3 withClue \"the chances has 3 positions\"\n    }\n  }\n\n  \"select by chances - sanity check - double\" in {\n    val chances = List(10.0, 20.0, 30.0)\n    implicit val randomness: Randomness = Randomness()\n\n    (0 to 1000).foreach { _ =>\n      val selected = Selector.selectDouble(chances)\n      selected should be >= 0\n      selected should be < 3 withClue \"the chances has 3 positions\"\n    }\n  }\n\n  \"demo\" in {\n    implicit val randomness: Randomness = Randomness()\n\n    val chances = List(60, 20, 10, 10)\n\n    \/\/      (1 to 20).foreach {_ =>\n    \/\/        println(select(chances))\n    \/\/      }\n    val demo = (1 to 10000)\n      .map(_ => Selector.select(chances))\n      .groupBy(identity)\n      .map(x => (x._1, x._2.size))\n      .toList\n      .sortBy(_._1)\n      .map(x => s\"Index ${x._1} was selected ~${x._2 \/ 100.0}% times. It had ${chances(x._1)} chances to be selected\")\n      .mkString(\"\\n\")\n    println(demo)\n  }\n\n  \"demo doubles\" in {\n    implicit val randomness: Randomness = Randomness()\n\n    val chances = List(60.0, 20.0, 10.0, 10.0)\n\n    \/\/      (1 to 20).foreach {_ =>\n    \/\/        println(select(chances))\n    \/\/      }\n    val demo = (1 to 10000)\n      .map(_ => Selector.selectDouble(chances))\n      .groupBy(identity)\n      .map(x => (x._1, x._2.size))\n      .toList\n      .sortBy(_._1)\n      .map(x => s\"Index ${x._1} was selected ~${x._2 \/ 100.0}% times. It had ${chances(x._1)} chances to be selected\")\n      .mkString(\"\\n\")\n    println(demo)\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/problems\/blackjack\/BlackJack.scala","text":"<reponame>ml-worthing\/reinforcement-learning\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.problems.blackjack\n\nimport com.github.mlworthing.problems.playingcards.Cards._\nimport com.github.mlworthing.problems.playingcards._\nimport com.github.mlworthing.rlai.utils.Cartesian\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\nimport scala.util.Random\n\nsealed trait BlackJackResult\ncase object PlayerWon extends BlackJackResult\ncase object DealerWon extends BlackJackResult\ncase object Tie extends BlackJackResult\ncase object InProgress extends BlackJackResult\n\ncase class BjGameState(\n                      dealersCards: List[Card],\n                      dealersValue: Int,\n                      playersCards: List[Card],\n                      playersValue: Int,\n                      result: BlackJackResult\n                    )\n\/**\n  * Simplified BlackJack game.\n  * One player only and player has only two actions.\n  * Dealers hits if his value is <= 16\n  *\/\nclass BlackJack(random: Random = new Random()) {\n\n  type PlayersValue = Int\n  type DealersValue = Int\n  type DealersCards = List[Card]\n  type PlayersCards = List[Card]\n\n  \/**\n    * Start Game. Resets all states, shuffles new deck.\n    *\/\n  def start(): BjGameState = {\n    dealer.start()\n    player.start()\n    deck = mutable.Queue(Cards.shuffledDeck(random): _*)\n    dealer.drawCard()\n    player.drawCard()\n    player.drawCard()\n    BjGameState(\n      dealer.onHand(),\n      dealer.value(),\n      player.onHand(),\n      player.value(),\n      InProgress\n    )\n  }\n\n  \/**\n    * Players action.\n    *\/\n  def hit(): BjGameState  = {\n    player.drawCard()\n\n    if(player.value() >= 21) stay()\n    else BjGameState(\n      dealer.onHand(),\n      dealer.value(),\n      player.onHand(),\n      player.value(),\n      InProgress\n    )\n  }\n\n  \/**\n    * Players action. This as well finishes game. The function returns final Game Result.\n    *\/\n  def stay(): BjGameState = {\n    dealerMove()\n    val result =\n      if\n      (dealer.value() > 21 && player.value() > 21) Tie\n      else if\n      (dealer.value() <= 21 && player.value() > 21) DealerWon\n      else if\n      (dealer.value() > 21 && player.value() <= 21) PlayerWon\n      else\n      \/*(dealer.value() <= 21 && player.value() <= 21) *\/\n        if(dealer.value() > player.value()) DealerWon else PlayerWon\n\n    BjGameState(\n      dealer.onHand(),\n      dealer.value(),\n      player.onHand(),\n      player.value(),\n      result\n    )\n  }\n\n  private def dealerMove(): Unit = {\n      dealer.drawCard() \/\/mandatory draw of a second card\n      if(!player.isBust() && dealer.value() < player.value()) \/\/don't draw a card if dealer wins\n        while(dealer.value() <= 16) dealer.drawCard()\n  }\n\n\n  private var deck: mutable.Queue[Card] = _\n  private val player = new GameParticipant\n  private val dealer = new GameParticipant\n\n  private class GameParticipant {\n    private val _onHand: ListBuffer[Card] = ListBuffer[Card]()\n    private var _value: Int = 0\n    def start() = {\n      _onHand.clear()\n      _value = 0\n    }\n    def onHand(): List[Card] = _onHand.toList\n    def drawCard(): Unit = {\n      _onHand += deck.dequeue()\n      _value = BlackJack.value(_onHand)\n    }\n    @inline def value(): Int = _value\n    def isBust(): Boolean = _value > 21\n  }\n\n}\n\nprivate object BlackJack {\n\n  def value(onHand: Iterable[Card]): Int = {\n    values(onHand).reduceLeft[Int]{(acc, c) =>\n      if      (acc <= 21 && c <= 21) Math.max(acc, c)\n      else if (acc <= 21 && c > 21) acc\n      else if (acc > 21 && c > 21) Math.min(acc, c)\n      else  \/*(acc > 21 && c <= 21)*\/ c\n    }\n  }\n\n  def values(onHand: Iterable[Card]): Iterable[Int] = Cartesian.cartesian(onHand.map(value)).map(_.sum)\n\n  private def value(card: Card): List[Int] = card.figure match {\n    case A =>   List(1, 11)\n    case K =>   List(10)\n    case Q =>   List(10)\n    case J =>   List(10)\n    case `_10` => List(10)\n    case `_9` =>  List(9)\n    case `_8` =>  List(8)\n    case `_7` =>  List(7)\n    case `_6` =>  List(6)\n    case `_5` =>  List(5)\n    case `_4` =>  List(4)\n    case `_3` =>  List(3)\n    case `_2` =>  List(2)\n  }\n}\n\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/utils\/CartesianSpec.scala","text":"<filename>src\/test\/scala\/com\/github\/mlworthing\/rlai\/utils\/CartesianSpec.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai.utils\n\nclass CartesianSpec extends UnitSpec {\n\n\n  \"cartesian\" in {\n\n    val result = Cartesian.cartesian(List(\n      List(1,2),\n      List(3,4),\n      List(5,6)\n    ))\n\n    result shouldBe List(\n      List(5, 3, 1),\n      List(5, 3, 2),\n      List(5, 4, 1),\n      List(5, 4, 2),\n      List(6, 3, 1),\n      List(6, 3, 2),\n      List(6, 4, 1),\n      List(6, 4, 2)\n    )\n\n    Cartesian.cartesian(List(List())) shouldBe Nil\n    Cartesian.cartesian(List(Nil)) shouldBe Nil\n\n    \/\/TODO: maybe later make if lazy and efficient\n\/\/    val bigList: List[List[Int]] = List.fill(1000)(List.fill(1000)(0))\n\/\/    val x: Iterable[List[Int]] = Cartesian.cartesian(bigList) \/\/shouldNot fail\n\/\/    x.take(10)\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/Environment.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl\n\n\/**\n  * Reinforcement learning Environment API.\n  *\n  * The thing an Agent interacts with,\n  * comprising everything outside the agent.\n  *\n  * The agent selects actions and the environment responds to\n  * these actions and presents new situations to the agent.\n  *\n  * The environment gives rise to rewards, special numerical values\n  * that the agent seeks to maximize over time through its choice of actions.\n  *\n  * The Environment is parametrised by the `State` and `Action` types.\n  * In general, actions can be any decisions we want to learn how to make,\n  * and the states can be anything we can know that might be useful in making them.\n  *\n  * The type of reward is fixed to be Double.\n  * The time flow and other features are hidden from the Agent, but should\n  * be taken into account when calculating state and reward.\n  *\n  * Internal `Frame` type represents hidden state of an Environment.\n  * The next state may only depends on a precedent state (frame) and an action,\n  * it must have so called `Markov property`.\n  *\/\ntrait Environment[State, Action] {\n\n  \/** Frame, an opaque, hidden internal state of an environment *\/\n  type Frame\n\n  \/**\n    * An observation received after stepping into an action.\n    *\n    * @param state state after an action\n    * @param reward the reward signal is your way of communicating to the agent what you want it to achieve,\n    *               not how you want it achieved\n    * @param actions set of the next possible actions (can be static or dynamic)\n    * @param isTerminal is the state terminal or not?\n    *\/\n  case class Observation(state: State, reward: Double, actions: Set[Action], isTerminal: Boolean)\n\n  \/** Some initial state, corresponding set of actions and an initial frame *\/\n  def initial: (State, Set[Action], Frame)\n\n  \/**\n    * The primary way for an Agent to interact with an Environment.\n    *\n    * Agent steps into an action at the precedent frame\n    * and receives back an observation and a new frame:\n    *\/\n  def step(action: Action, previousFrame: Frame): (Observation, Frame)\n\n  \/** Human-readable environment description *\/\n  def description: String\n\n  \/** Visualizes environment *\/\n  def show[V](\n    values: State => Option[V],\n    format: (State, V) => String,\n    cellLength: Int,\n    showForTerminalTiles: Boolean): String = description\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/MdpDescriptionSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.MdpTestData.GridWorld3x3\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass MdpDescriptionSpec extends UnitSpec {\n\n  \"possible destinations for s,a pair\" in {\n\n    import GridWorld3x3._\n    implicit def toSeq[T](t: T): Seq[T] = Seq(t)\n\n    val expectedDestinations: Map[(State, Action), Iterable[State]] = Map(\n      (state1, Up) -> state4,\n      (state1, Right) -> state2,\n      (state2, Left) -> state1,\n      (state2, Right) -> state3Terminal,\n      (state4, Up) -> state7,\n      (state4, Down) -> state1,\n      (state6, Up) -> state9Terminal,\n      (state6, Down) -> state3Terminal,\n      (state7, Right) -> state8,\n      (state7, Down) -> state4,\n      (state8, Left) -> state7,\n      (state8, Right) -> state9Terminal\n    )\n\n    mdpContext.\u015b shouldBe expectedDestinations\n  }\n\n  \"transition probabilities \" in {\n\n    import GridWorld3x3._\n\n    mdpContext.transitionP(state1, state1, Up) shouldBe 0.0\n    mdpContext.transitionP(state2, state1, Up) shouldBe 0.0\n    \/\/... TODO: finish it\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/Agent.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl\n\n\/**\n  * Reinforcement learning Agent API.\n  *\n  * The learner and decision maker is called the `Agent`.\n  *\n  * MDPs are meant to be a straightforward framing of the problem of\n  * learning from interaction to achieve a goal.\n  *\n  * Anything that cannot be changed arbitrarily by the Agent is considered\n  * to be outside of it and thus part of the Environment\n  *\n  * The Agent is parametrised by the `State`, `Action` and by the targeted `Environment` type.\n  * In general, actions can be any decisions we want to learn how to make,\n  * and the states can be anything we can know that might be useful in making them.\n  *\n  * Any problem of learning goal-directed behavior can be reduced to three signals\n  * passing back and forth between an agent and its environment:\n  * 1) one signal to represent the choices made by the agent (the actions),\n  * 2) one signal to represent the basis on which the choices are made (the states),\n  * 3) and one signal to define the agent\u2019s goal (the rewards)\n  *\n  * `Agent` solves the `Environment` finding the best `Policy`.\n  *\n  * @tparam State Anything we can know that might be useful in making decision.\n  *               The state must include information about all aspects of the past\n  *               agent\u2013environment interaction that make a difference for the future.\n  * @tparam Action Any decisions we want to learn how to make.\n  *\/\ntrait Agent[State, Action, E <: Environment[State, Action]] {\n\n  \/** Algorithm finding the best policy given the constraints *\/\n  def solve(environment: E): Policy[State, Action]\n\n  \/** Override to provide better human-readable description *\/\n  def description: String = toString\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/Mdp.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport java.lang.Math._\n\nimport com.github.mlworthing.rlai.utils.MathNotation._\n\n\n\/**\n  * The object providing the API for solving MDP problems\n  *\/\nobject Mdp {\n\n\n  \/**\n    * Iterative Policy Evaluation, for estimating V which follows the policy.\n    * Based on http:\/\/incompleteideas.net\/book\/RLbook2018trimmed.pdf, page 75\n    * It mutates the v\n    *\/\n  def evaluatePolicy[S, A](v: ValueFunction[S],\n                           \u03c0: Policy[S, A],\n                           theta: Double = 0.01 \/\/acceptable error\n                          )(implicit c: MdpContext[S, A]): Unit = {\n    import c._\n\n    var error = 0.0\n    do {\n      error = 0.0\n      states.nonTerminalStates.foreach { s =>\n        val oldV = v(s)\n\n        v(s) = \u03a3(actions(s))((a: A) =>\n          \u03c0(s, a) * \u03a3(\u015b(s, a), rewards(s, a))((\u015b: S, r: R) =>\n            p(\u015b, r, s, a) * (r + \u03b3 * v(\u015b)))\n        )\n        error += abs(oldV - v(s))\n      }\n    } while (error > theta)\n  }\n\n  \/**\n    * Policy Iteration algorithm, http:\/\/incompleteideas.net\/book\/RLbook2018trimmed.pdf, page 80\n    *\/\n  def iteratePolicy[S, A](v: ValueFunction[S],\n                          \u03c0: Policy[S, A]\n                         )(implicit c: MdpContext[S, A]): Unit = {\n    import c._\n\n    val acceptableError = 0.01\n    var isPolicyStable = false\n\n    def setPolicyStable(old: ImmutablePolicy[S,A], current: ImmutablePolicy[S,A]): Unit = if (old.diff(current) <= acceptableError ) isPolicyStable = true\n\n    def improvePolicy(): Unit = {\n      val oldPolicy = \u03c0.asImmutable()\n      (0 to 100).foreach { _ =>\n        states.nonTerminalStates.foreach { s: S =>\n          \u03c0(s) = argmax(actions(s))(a => \u03a3(\u015b(s, a), rewards(s, a))((\u015b, r) => p(\u015b, r, s, a) * (r + \u03b3 * v(\u015b))))\n        }\n      }\n      setPolicyStable(oldPolicy, \u03c0.asImmutable())\n    }\n\n    do {\n      evaluatePolicy(v, \u03c0)\n      improvePolicy()\n    } while (!isPolicyStable)\n    ()\n  }\n\n  def iteratePolicy[S,A]()(implicit c: MdpContext[S,A]): Policy[S, A] = {\n    val \u03c0: Policy[S, A] = Policy.createRandomPolicy()\n    val v: ValueFunction[S] = ValueFunction.createRandomValueFunction[S, A]()\n\n    iteratePolicy(v, \u03c0)\n    \u03c0\n  }\n  \/**\n    * Value Iteration algorithm for estimating Policy to be the BestPolicy,\n    * http:\/\/incompleteideas.net\/book\/RLbook2018trimmed.pdf, page 83\n    *\/\n  def iterateValue[S, A](theta: Double = 0.01 \/\/acceptable error\n                        )(implicit c: MdpContext[S, A]): Policy[S, A] = {\n    import c._\n\n    val v: ValueFunction[S] = ValueFunction.createRandomValueFunction[S,A]()\n\n    var error = 0.0\n    do {\n      error = 0.0\n      states.nonTerminalStates.foreach { s =>\n        val oldV = v(s)\n        v(s) = max_(actions(s))(a =>\n          \u03a3(\u015b(s, a), rewards(s, a))((\u015b, r) => p(\u015b, r, s, a) * (r + \u03b3 * v(\u015b)))\n        )\n        error += abs(oldV - v(s))\n      }\n    } while (error > theta)\n\n    val \u03c0 = Policy.createPolicy(v)\n    \u03c0\n  }\n\n\n}\n\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/package.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/rlai\/package.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing\n\npackage object rlai {\n\n  \/**\n    * Reward\n    *\/\n  type R = Double\n\n  \/**\n    * Probability, a number from [0,1] range\n    *\/\n  type P = Double\n\n  \/**\n    * Actions for given S,A\n    *\/\n  type Actions[S, A] = S => IndexedSeq[A]\n\n  \/**\n    * Rewards for given (state,action) pair\n    *\/\n  type Rewards[S, A, R] = (S, A) => Iterable[R]\n\n  def reverseRange[T](iterable: Iterable[T]): Range = iterable.size - 1 to 0 by -1\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/problems\/KArmedBandit.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.environments.SingleStateEnvironment\nimport com.github.mlworthing.rl.utils.GaussianRandom\n\nimport scala.util.Random\n\n\/**\n  * K-armed bandit problem, so named by analogy to a slot machine,\n  * or \"one-armed bandit\" except that it has k levers instead of one.\n  * Each action selection is like a play of one of the slot machine\u2019s levers,\n  * and the rewards are the payoffs for hitting the jackpot.\n  * Through repeated action selections you are to maximize your winnings by\n  * concentrating your actions on the best levers.\n  * @see <https:\/\/mitpress.mit.edu\/books\/reinforcement-learning-second-edition>\n  *\n  * @param arms - mapping of an arm number to the reward's gaussian distribution parameters (mean, range, deviation)\n  *\/\nclass KArmedBandit[A](arms: Map[A, BanditArm]) extends SingleStateEnvironment[A] {\n\n  override val actions: Set[A] = arms.keySet\n\n  \/**\n    * Bandit reward is a gaussian random number generated\n    * for a given arm parameters (mean, range)\n    **\/\n  override def reward(action: A): Double =\n    arms\n      .get(action)\n      .map(_.reward)\n      .getOrElse(throw new Exception(s\"Invalid action $action\"))\n\n  override def description: String =\n    s\"\"\"The ${arms.size}-armed bandit environment.\n       |${arms\n         .map { case (k, arm) => f\"arm #$k ${arm.description}\" }\n         .mkString(\"\\n\")}\"\"\".stripMargin\n}\n\ntrait BanditArm {\n  def reward: Double\n  def description: String\n}\n\nobject BanditArm {\n\n  object stationary {\n\n    def gaussian(mean: Double, deviation: Double, range: Double): GaussianRandomBanditArm =\n      GaussianRandomBanditArm(mean, deviation, range)\n\n    def uniform(mean: Double, range: Double): UniformRandomBanditArm =\n      UniformRandomBanditArm(mean, range)\n\n    case class GaussianRandomBanditArm(mean: Double, deviation: Double, range: Double) extends BanditArm {\n      override def reward: Double =\n        GaussianRandom.next(mean, deviation, mean - range \/ 2, mean + range \/ 2)\n\n      override val description: String =\n        f\"stationary gaussian: mean=$mean%4.1f, deviation=$deviation%4.1f, range=$range%4.1f\"\n    }\n\n    case class UniformRandomBanditArm(mean: Double, range: Double) extends BanditArm {\n      override def reward: Double =\n        mean + (Random.nextDouble() - 0.5) * range\n\n      override val description: String = f\"stationary uniform:  mean=$mean%4.1f, range=$range%4.1f\"\n    }\n  }\n\n  object drifting {\n\n    def gaussian(mean: Double, deviation: Double, range: Double, drift: Double): DriftingGaussianRandomBanditArm =\n      DriftingGaussianRandomBanditArm(mean, deviation, range, drift)\n\n    def uniform(mean: Double, range: Double, drift: Double): DriftingUniformRandomBanditArm =\n      DriftingUniformRandomBanditArm(mean, range, drift)\n\n    case class DriftingGaussianRandomBanditArm(mean: Double, deviation: Double, range: Double, drift: Double)\n        extends BanditArm {\n\n      private var offset = 0d\n\n      override def reward: Double = {\n        offset = offset + Random.nextDouble() * drift\n        offset + GaussianRandom.next(mean, deviation, mean - range \/ 2, mean + range \/ 2)\n      }\n\n      override val description: String =\n        f\"drifting gaussian: mean=$mean%4.1f, deviation=$deviation%4.1f, range=$range%4.1f, drift=$drift%4.1f\"\n    }\n\n    case class DriftingUniformRandomBanditArm(mean: Double, range: Double, drift: Double) extends BanditArm {\n\n      private var offset = 0d\n\n      override def reward: Double = {\n        offset = offset + Random.nextDouble() * drift\n        offset + mean + (Random.nextDouble() - 0.5) * range\n      }\n\n      override val description: String =\n        f\"drifting uniform:  mean=$mean%4.1f, range=$range%4.1f, drift=$drift%4.3f\"\n    }\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/utils\/MathNotation.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai.utils\n\nobject MathNotation {\n\n  \/**\n    * The sum function.\n    * This is equivalent of: {{{xs.map(f).sum}}} but more efficient\n    *\/\n  def \u03a3[X](xs: Iterable[X])(f: X => Double): Double = {\n    xs.foldLeft(0.0)((acc, x) => acc + f(x))\n  }\n\n  \/**\n    * The sum function.\n    * This is equivalent of: {{{\n    * val tuples = for {\n    *   x <- xs\n    *   y <- ys\n    * } yield (x,y)\n    *\n    *tuples.map(t => f.tupled(f)).sum\n    * }}}\n    * but more efficient\n    *\/\n  def \u03a3[X, Y](xs: Iterable[X], ys: Iterable[Y])(f: (X, Y) => Double): Double = {\n    \/\/this is not daemon of speed\n    val ix = xs.iterator\n\n    var accumulator = 0.0\n    while (ix.hasNext) {\n      val x = ix.next()\n      val iy = ys.iterator\n      while (iy.hasNext) {\n        val y = iy.next()\n        accumulator += f(x, y)\n      }\n    }\n    accumulator\n  }\n\n  \/\/TODO: missing test\n  def \u03a3[X, Y, Z](xs: Iterable[X], ys: Iterable[Y], zs: Iterable[Z])(f: (X, Y, Z) => Double): Double = {\n    \/\/this is not daemon of speed\n    val ix = xs.iterator\n\n    var accumulator = 0.0\n    while (ix.hasNext) {\n      val x = ix.next()\n      val iy = ys.iterator\n      while (iy.hasNext) {\n        val y = iy.next()\n        val iz = zs.iterator\n        while(iz.hasNext) {\n          val z = iz.next()\n          accumulator += f(x, y, z)\n        }\n      }\n    }\n    accumulator\n  }\n\n  def argmax[T](domain: Iterable[T])(f: T => Double): T = domain.maxBy(f)\n\n  \/**\n    * The same as {{{\n    *   xs.map(f).max\n    * }}}\n    * but does not allocate intermediate array\n    *\/\n  def max_[T](xs: Iterable[T])(f: T => Double): Double = xs.tail.foldLeft(f(xs.head)){ (acc, curr) =>\n    val c = f(curr)\n    if(c > acc) c else acc\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/utils\/PoissonDistributionSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport org.scalatest.{Matchers, WordSpec}\n\nclass PoissonDistributionSpec extends WordSpec with Matchers {\n\n  \"PoissonDistribution\" should {\n    \"calculate probability of an event given expected value\" in {\n      val pd = PoissonDistribution(2)\n      pd(0) shouldBe 0.1353352832366127\n      pd(1) shouldBe 0.2706705664732254\n      pd(2) shouldBe 0.2706705664732254\n      pd(3) shouldBe 0.18044704431548358\n      pd(4) shouldBe 0.09022352215774179\n      pd(5) shouldBe 0.03608940886309672\n    }\n\n    \"calculate probability of an event given expected value and capped max value\" in {\n      val pd = PoissonDistribution(2)\n      pd(0, 5) shouldBe 0.1353352832366127\n      pd(1, 5) shouldBe 0.2706705664732254\n      pd(2, 5) shouldBe 0.2706705664732254\n      pd(3, 5) shouldBe 0.18044704431548358\n      pd(4, 5) shouldBe 0.09022352215774179\n      pd(5, 5) shouldBe 1 - (pd(0) + pd(1) + pd(2) + pd(3) + pd(4))\n      pd(6, 5) shouldBe 0.052653017343711084\n    }\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/problems\/JackCarsRentalTest.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass JackCarsRentalTest extends UnitSpec {\n\n  \"assert JackCarsRental transitions completeness\" in {\n    val problem = JackCarsRental()\n    for {\n      state  <- problem.states.take(5)\n      action <- problem.actions(state)\n    } {\n      checkTransitions(problem.transitions(state)(action))\n    }\n\n  }\n\n  def checkTransitions(ts: Seq[((Int, Int), Double, Double)]): Unit = {\n    ts.foreach(t => t._2 > 0d shouldBe true withClue s\"$t\")\n    ts.foreach(t => t._2 < 1d shouldBe true withClue s\"$t\")\n    ts.map(_._2).sum === 1d\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/SeqWithMutableWeights.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport collection.mutable.{Map => MMap}\nimport scala.util.Random\n\n\/**\n  * Sequence of keys with mutable weights and boost function.\n  * Use to select random item according to the transformed weight.\n  * @param keys sequence of unique keys\n  * @param boost weight boost function, default is identity, other choice might be square or exp as well.\n  * @param initialWeight initial weight value\n  * @param minimalWeight minimal value of weight, if lower weight passed then all weights will shift\n  * @tparam K key\n  *\/\nfinal class SeqWithMutableWeights[K](\n  val keys: Seq[K],\n  boost: Double => Double = identity,\n  initialWeight: Double = 1d,\n  minimalWeight: Double = 0d) {\n\n  assert(keys.nonEmpty)\n\n  private lazy val weights: MMap[K, Double] = MMap().withDefaultValue(Math.max(initialWeight, minimalWeight))\n  private var total: Double = keys.map(k => boost(weights(k))).sum\n  private var maxKey: K = keys.head\n\n  def apply(key: K): Double = weights(key)\n\n  def update(key: K, weight: Double): Unit =\n    if (weight < minimalWeight) {\n      total = 0d\n      for (k <- keys if k != key) {\n        weights(k) = weights(k) - weight \/\/shift weights to keep minimal value\n        total = total + boost(weights(k))\n      }\n      weights(key) = minimalWeight\n      total = total + boost(minimalWeight)\n    } else {\n      weights(key) = weight\n      maxKey = if (boost(weights(maxKey)) < boost(weight)) key else maxKey\n      total = 0d\n      for (k <- keys) {\n        total = total + boost(weights(k))\n      }\n    }\n\n  \/**\n    * Probability of taking a key given current weights and boost function.\n    *\/\n  def probabilityOf(key: K): Double = if (total == 0) 0 else boost(weights(key)) \/ total\n\n  \/**\n    * Map of keys with respective probabilities.\n    *\/\n  def probabilities: Map[K, Double] = keys.map(k => (k, probabilityOf(k))).toMap\n\n  \/**\n    * Selects random key according to the weights and boost function.\n    *\/\n  def selectRandom: K = {\n    val random: Double = Random.nextDouble() * total\n    var i = 0\n    var level = boost(weights(keys.head))\n    while (random >= level) {\n      i = i + 1\n      level = level + boost(weights(keys(i)))\n    }\n    keys(i)\n  }\n\n  \/**\n    * Selects a key with the highest weight.\n    *\/\n  def max: K = maxKey\n\n  def size: Int = keys.size\n\n  override def toString(): String = weights.map { case (k, v) => s\"$k->$v\" }.mkString(\",\")\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/package.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing\n\npackage object rl {\n\n  implicit class PairOps[A, B](pair: (A, B)) {\n    def first: A = pair._1\n    def second: B = pair._2\n    def map_1[C](f1: A => C): (C, B) = (f1(pair._1), pair._2)\n    def map_2[C](f2: B => C): (A, C) = (pair._1, f2(pair._2))\n    def map[C, D](f1: A => C, f2: B => D): (C, D) = (f1(pair._1), f2(pair._2))\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/singlestate\/EpsilonGreedyConstantStepSizeAgent.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.agents.singlestate\n\nimport com.github.mlworthing.rl.environments.SingleStateEnvironment\nimport com.github.mlworthing.rl.{Agent, Winner}\n\nimport scala.collection.mutable\nimport scala.util.Random\n\n\/**\n  * Exploitation-exploration balanced Agent suitable for non-stationary problems.\n  * Uses exponential recency-weighted average method to estimate the reward value.\n  *\/\ncase class EpsilonGreedyConstantStepSizeAgent[A](\n  epsilon: Double = 0.2,\n  constantStepSize: Double = 0.1,\n  stepsToLearn: Int = 100,\n  initialValue: Double = 0d)\n    extends Agent[Unit, A, SingleStateEnvironment[A]] {\n\n  override def solve(environment: SingleStateEnvironment[A]): Winner[A] = {\n\n    val actions: Seq[A] = environment.actions.toIndexedSeq\n\n    \/\/ q - estimates of the action values\n    val q: mutable.Map[A, Double] = mutable.Map(actions.map(x => (x, initialValue)): _*)\n\n    (1 to stepsToLearn).foreach { _ =>\n      val action = {\n        val explore = Random.nextDouble() >= epsilon\n        if (explore) {\n          val randomActionIndex = Random.nextInt(actions.length)\n          actions(randomActionIndex)\n        } else {\n          q.maxBy(_._2)._1\n        }\n      }\n\n      val reward = environment.reward(action)\n\n      \/\/ NewEstimate = OldEstimate + ConstantStepSize * (Target \u0000- OldEstimate)\n      q(action) = q(action) + constantStepSize * (reward - q(action))\n    }\n\n    Winner(q.maxBy(_._2)._1)\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/problems\/KArmedBanditTest.scala","text":"<filename>src\/test\/scala\/com\/github\/mlworthing\/rl\/problems\/KArmedBanditTest.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.Winner\nimport com.github.mlworthing.rl.agents.singlestate.{EpsilonGreedyConstantStepSizeAgent, EpsilonGreedySampleAverageAgent, EpsilonGreedyUnbiasedConstantStepSizeAgent, GreedySampleAverageAgent, StochasticGradientAscentAgent, UpperConfidenceBoundGreedyAgent}\nimport com.github.mlworthing.rl.environments.SingleStateEnvironment\nimport com.github.mlworthing.rl.utils.{AgentExecutor, ExecutionResults}\nimport org.scalatest.{BeforeAndAfterAll, FreeSpec, Matchers}\nimport sun.management.resources.agent\n\nclass KArmedBanditTest extends FreeSpec with Matchers with BeforeAndAfterAll {\n\n  val numberOfRuns = 100\n\n  def stationaryArms = Map(\n    1 -> BanditArm.stationary.gaussian(mean = 0d, range = 10d, deviation = 7d),\n    2 -> BanditArm.stationary.gaussian(mean = 1d, range = 2d, deviation = 2d),\n    5 -> BanditArm.stationary.uniform(mean = 2d, range = 4d),\n    7 -> BanditArm.stationary.gaussian(mean = 2.5d, range = 3d, deviation = 2d),\n    9 -> BanditArm.stationary.uniform(mean = -1d, range = 2d)\n  )\n\n  def nonStationaryArms = Map(\n    1 -> BanditArm.stationary.gaussian(mean = 0d, range = 10d, deviation = 7d),\n    2 -> BanditArm.stationary.gaussian(mean = 1d, range = 2d, deviation = 2d),\n    5 -> BanditArm.drifting.uniform(mean = 2d, range = 4d, drift = 0.01d),\n    7 -> BanditArm.drifting.gaussian(mean = 1d, range = 3d, deviation = 2d, drift = 1d),\n    9 -> BanditArm.stationary.uniform(mean = -1d, range = 2d)\n  )\n\n  val stationaryBandit: KArmedBandit[Int] = new KArmedBandit(stationaryArms)\n  def nonStationaryBandit: KArmedBandit[Int] = new KArmedBandit(nonStationaryArms)\n\n  class KArmedBanditExecution[C](\n    underTest: => KArmedBandit[Int],\n    executor: AgentExecutor[Unit, Int, C, SingleStateEnvironment[Int]]) {\n    val stats: ExecutionResults[C] = executor.execute(underTest, numberOfRuns)\n    stats.print\n    stats.maxRate should be > 99.0d\n  }\n\n  \"do not find a solution for a stationary K-armed bandit problem using greedy sample-average agent with variable number of steps\" in {\n    val executor = AgentExecutor(\n      expected = Winner(7),\n      agent = GreedySampleAverageAgent[Int](_, initialValue = 0d),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500, 1000, 5000),\n      \"Evaluation of greedy sample-average agent\\nwith regard to the number of steps\",\n      \"steps\"\n    )\n    val stats = executor.execute({ stationaryBandit }, numberOfRuns)\n    stats.print\n    stats.maxRate shouldBe 0\n  }\n\n  \"find a solution for a stationary K-armed bandit problem using epsilon-greedy sample-average agent with variable number of steps\" in new KArmedBanditExecution(\n    underTest = { stationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedySampleAverageAgent[Int](0.02, _, initialValue = 0d),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500, 1000, 5000),\n      \"Evaluation of epsilon-greedy sample-average agent (epsilon=0.02)\\nwith regard to the number of steps\",\n      \"steps\"\n    )\n  )\n\n  \"find a solution for a stationary K-armed bandit problem using epsilon-greedy sample-average agent with variable exploitation factor (epsilon)\" in new KArmedBanditExecution(\n    underTest = { stationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedySampleAverageAgent[Int](_, 1000, initialValue = 0d),\n      configurations = Seq(0.99, 0.9, 0.8, 0.5, 0.2, 0.1, 0.05, 0.02, 0.01, 0.005, 0.001),\n      \"Evaluation of epsilon-greedy sample-average agent (stepsToLearn=1000)\\nwith regard to the exploitation factor (epsilon)\",\n      \"epsilon\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using epsilon-greedy constant-step agent with variable number of steps\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedyConstantStepSizeAgent[Int](0.02, 0.1, _, initialValue = 0d),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500, 1000, 5000),\n      \"Evaluation of epsilon-greedy constant-step agent (epsilon=0.02, constantStepSize=0.1)\\nwith regard to the number of steps\",\n      \"steps\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using epsilon-greedy constant-step agent with variable exploitation factor (epsilon)\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedyConstantStepSizeAgent[Int](_, 0.2, 1000, initialValue = 0d),\n      configurations = Seq(0.99, 0.9, 0.8, 0.5, 0.2, 0.1, 0.05, 0.02, 0.01, 0.005, 0.001),\n      \"Evaluation of epsilon-greedy constant-step agent (stepsToLearn=1000)\\nwith regard to the exploitation factor (epsilon)\",\n      \"epsilon\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using epsilon-greedy constant-step agent with variable step size\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedyConstantStepSizeAgent[Int](0.02, _, 1000, initialValue = 0d),\n      configurations = Seq(0.99, 0.9, 0.8, 0.5, 0.2, 0.1, 0.05, 0.02, 0.01, 0.005, 0.001),\n      \"Evaluation of epsilon-greedy constant-step agent (stepsToLearn=1000,epsilon=0.02)\\nwith regard to the step size\",\n      \"step size\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using epsilon-greedy unbiased constant-step agent with variable step size\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedyUnbiasedConstantStepSizeAgent[Int](0.02, _, 1000, initialValue = 0d),\n      configurations = Seq(0.99, 0.9, 0.8, 0.5, 0.2, 0.1, 0.05, 0.02, 0.01, 0.005, 0.001),\n      \"Evaluation of epsilon-greedy unbiased constant-step agent (stepsToLearn=1000,epsilon=0.02)\\nwith regard to the step size\",\n      \"step size\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using epsilon-greedy constant-step agent with variable number of steps and non-zero initial value\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = EpsilonGreedyConstantStepSizeAgent[Int](0.02, 0.1, _, initialValue = 10d),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500, 1000, 5000),\n      \"Evaluation of epsilon-greedy constant-step agent (epsilon=0.02)\\nwith regard to the number of steps and non-zero initial value\",\n      \"steps\"\n    )\n  )\n\n  \"find a solution for a stationary K-armed bandit problem using upper-confidence-bound greedy sample-average agent with variable number of steps\" in new KArmedBanditExecution(\n    underTest = { stationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent =\n        UpperConfidenceBoundGreedyAgent[Int](explorationFactor = 0.8, _, initialValue = 0d, constantStepSize = None),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500, 1000, 5000),\n      \"Evaluation of upper-confidence-bound greedy sample-average agent (c=0.8)\\nwith regard to the number of steps\",\n      \"steps\"\n    )\n  )\n\n  \"find a solution for a stationary K-armed bandit problem using upper-confidence-bound greedy sample-average agent with variable exploration factor (c)\" in new KArmedBanditExecution(\n    underTest = { stationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = UpperConfidenceBoundGreedyAgent[Int](_, 200, initialValue = 0d, constantStepSize = None),\n      configurations = Seq(0.99, 0.9, 0.8, 0.5, 0.2, 0.1, 0.05, 0.02, 0.01, 0.005, 0.001),\n      \"Evaluation of upper-confidence-bound greedy sample-average agent (stepsToLearn=100)\\nwith regard to the exploration factor (c)\",\n      \"c\"\n    )\n  )\n\n  \"find a solution for a non-stationary K-armed bandit problem using stochastic-gradient-ascent constant step size agent with variable number of steps\" in new KArmedBanditExecution(\n    underTest = { nonStationaryBandit },\n    executor = AgentExecutor(\n      expected = Winner(7),\n      agent = StochasticGradientAscentAgent[Int](alpha = 0.2, _, initialValue = 0d, constantStepSize = Some(0.1)),\n      configurations = Seq(5, 10, 25, 50, 100, 200, 350, 500),\n      \"Evaluation of stochastic-gradient-ascent constant step size agent (c=0.2)\\nwith regard to the number of steps\",\n      \"steps\"\n    )\n  )\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/environments\/StaticFiniteEnvironment.scala","text":"<reponame>ml-worthing\/reinforcement-learning<gh_stars>0\npackage com.github.mlworthing.rl.environments\n\n\/**\n  * Special case of finite environment where its dynamics are given by\n  * a static set of transitions (complete and static transition graph).\n  *\/\ntrait StaticFiniteEnvironment[State, Action] extends FiniteEnvironment[State, Action] {\n\n  type TransitionGraph = Map[State, Map[Action, Seq[Transition]]]\n  val transitionGraph: TransitionGraph\n\n  override lazy val states: Set[State] = transitionGraph.keySet\n  override lazy val actions: State => Set[Action] = transitionGraph(_).keySet\n  override lazy val transitions: State => Action => Seq[(State, Probability, Reward)] = transitionGraph\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/ExecutionResults.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\n\/** Result of an Agent evaluation for a number of different configurations. *\/\ncase class ExecutionResults[Config](\n  description: String,\n  configName: String,\n  rates: Seq[(Config, Double, Long)],\n  numberOfRuns: Int) {\n\n  lazy val maxRate: Double = rates.maxBy(_._2)._2\n  lazy val maxConfig: Config = rates.maxBy(_._2)._1\n  lazy val maxTime: Double = rates.maxBy(_._3)._3\n\n  def print: Unit = {\n    println()\n    println(description)\n    println()\n    println(s\"Agent success rates after $numberOfRuns runs of each config:\")\n    val separator = \"-\" * 27\n    println(separator)\n    println(f\"| $configName%-10s| rate | time |\")\n    println(separator)\n    println(\n      rates\n        .map {\n          case (config, rate, time) =>\n            f\"|${if (rate == maxRate) \"*\" else \" \"}$config%-10s|$rate%4.0f%% |${(time \/ maxTime) * 100d}%4.0f%% |\"\n        }\n        .mkString(\"\\n\"))\n    println(separator)\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/DynamicProgrammingEvaluateImproveAgent.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl\npackage agents\n\nimport com.github.mlworthing.rl.environments.FiniteEnvironment\nimport com.github.mlworthing.rl.utils.Printer\n\nimport scala.collection.mutable\nimport scala.util.Random\n\n\/**\n  * A MDP Agent applying dynamic programming (tabular) method.\n  * Requires a complete and accurate model of the environment.\n  * @param gamma future rewards discount factor\n  * @param theta state-value convergence threshold\n  * @param maxIterations max number of iterations\n  * @tparam State states represents anything we can know that might be useful in making decisions\n  * @tparam Action actions represents decisions we want to learn how to make\n  *\/\nfinal class DynamicProgrammingEvaluateImproveAgent[State, Action](\n  gamma: Double = 1d,\n  theta: Double = 1e-10,\n  maxIterations: Int = 100)\n    extends Agent[State, Action, FiniteEnvironment[State, Action]] with Printer {\n\n  type Reward = Double\n  type Probability = Double\n  type StateValue = mutable.Map[State, Reward]\n  type Policy = Map[State, Action]\n\n  def solve(environment: FiniteEnvironment[State, Action]): Deterministic[State, Action] = {\n\n    println(environment.description)\n\n    \/\/ first select random policy\n    val initialPolicy: Policy = environment.states.map { state =>\n      (state, environment.actions(state).zip(Stream.continually(Random.nextDouble())).minBy(_._2)._1)\n    }.toMap\n\n    printDeterministicPolicy(s\"Initial random policy:\", initialPolicy, environment)\n\n    var currentPolicy = initialPolicy\n    var nextPolicy = initialPolicy\n\n    var globalCounter = 0\n    var policyCounter = 0\n\n    \/\/initialize State-Value function to zero\n    val stateValue = mutable.Map(environment.states.toSeq.map(s => (s, 0d)): _*)\n\n    do {\n      currentPolicy = nextPolicy\n\n      val (nextStateValue, counter) = evaluatePolicy(environment)(stateValue, currentPolicy)\n      globalCounter = globalCounter + counter\n\n      printStateValue(s\"State-value function after $globalCounter iterations converged to:\", stateValue, environment)\n\n      nextPolicy = improvePolicy(environment)(nextStateValue, currentPolicy)\n      policyCounter = policyCounter + 1\n\n      printDeterministicPolicy(s\"Improved policy no. $policyCounter:\", nextPolicy, environment)\n\n    } while (nextPolicy ne currentPolicy)\n\n    Deterministic(nextPolicy)\n  }\n\n  def evaluatePolicy(\n    environment: FiniteEnvironment[State, Action])(stateValue: StateValue, currentPolicy: Policy): (StateValue, Int) = {\n\n    var delta = 0d\n    var counter = 0\n\n    do {\n      delta = 0d\n      \/\/ for each possible state\n      for (state <- environment.states) {\n        val previousStateValue = stateValue(state)\n        \/\/ initialize state value to be 0\n        stateValue(state) = 0d\n        \/\/ then follow the actual policy\n        val possibleTransitions: Seq[(State, Probability, Reward)] =\n          currentPolicy.get(state).map(m => environment.transitions(state)(m)).getOrElse(Seq.empty)\n        \/\/ for each possible transition\n        for ((nextState, probability, reward) <- possibleTransitions) {\n          val value =\n            if (environment.isTerminalState(nextState)) reward\n            else reward + gamma * stateValue(nextState)\n          \/\/ and update the state value\n          stateValue(state) = stateValue(state) + probability * value\n          delta = Math.max(delta, Math.abs(previousStateValue - stateValue(state)))\n        }\n      }\n      counter = counter + 1\n    } while (delta > theta && counter < maxIterations)\n\n    (stateValue, counter)\n  }\n\n  def improvePolicy(\n    environment: FiniteEnvironment[State, Action])(stateValue: StateValue, currentPolicy: Policy): Policy = {\n\n    var stable = true\n    var nextPolicy: Policy = Map.empty\n\n    \/\/ initialize state-action values to zero\n    val stateActionValue = mutable.Map[State, mutable.Map[Action, Reward]]()\n    for (state <- environment.states) {\n      stateActionValue(state) = mutable.Map(environment.actions(state).toSeq.map(a => (a, 0d)): _*)\n    }\n\n    \/\/ then for each possible state\n    for (state <- environment.states) {\n      val actionValues = stateActionValue(state)\n      \/\/ loop through all actions available\n      for (action <- environment.actions(state)) {\n        \/\/ and for each possible transition\n        for ((nextState, probability, reward) <- environment.transitions(state)(action)) {\n          val value =\n            if (environment.isTerminalState(nextState)) reward\n            else reward + gamma * stateValue(nextState)\n          \/\/ update action value\n          actionValues(action) = actionValues(action) + probability * value\n        }\n      }\n      \/\/ then select an action producing max value in this state\n      val actionSelected = actionValues.maxBy(_._2)._1\n      \/\/ and update policy\n      nextPolicy = nextPolicy.updated(state, actionSelected)\n      stable = stable && currentPolicy(state) == actionSelected\n    }\n\n    if (stable) currentPolicy else nextPolicy\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/problems\/playingcards\/Cards.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/problems\/playingcards\/Cards.scala<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.problems.playingcards\n\nimport scala.util.Random\n\nsealed trait Suit\n\nsealed trait Figure\n\ncase class Card(suit: Suit, figure: Figure) {\n  override def toString(): String = s\"$figure$suit\".replaceAllLiterally(\"_\", \"\")\n}\n\nobject Cards {\n\n  case object \u2666 extends Suit \/\/ \"\u2666\" Diamond\n  case object \u2660 extends Suit \/\/ \"\u2660\" Spade\n  case object \u2663 extends Suit \/\/ \"\u2663\" Club\n  case object \u2665 extends Suit \/\/ \"\u2665\" Heart\n  val allSuits = List(\u2666, \u2660, \u2663, \u2665)\n\n  case object A extends Figure \/\/Ace\n  case object K extends Figure \/\/King\n  case object Q extends Figure \/\/Queen\n  case object J extends Figure \/\/Jack\n  case object _10 extends Figure \/\/Ten\n  case object _9 extends Figure \/\/Nine\n  case object _8 extends Figure \/\/Eight\n  case object _7 extends Figure \/\/Seven\n  case object _6 extends Figure \/\/Six\n  case object _5 extends Figure \/\/Five\n  case object _4 extends Figure \/\/Four\n  case object _3 extends Figure \/\/Free\n  case object _2 extends Figure \/\/Two\n  val allFigures = List(A, K, Q, J, _10, _9, _8, _7, _6, _5, _4, _3, _2)\n\n  \/\/simple deck, no jokers\n  val deck: List[Card] = for {\n    suit <- allSuits\n    figure <- allFigures\n  } yield Card(suit, figure)\n\n  def shuffledDeck(random: Random): List[Card] = random.shuffle(deck)\n\n  val `A\u2666` = Card(\u2666, A)\n  val `A\u2660` = Card(\u2660, A)\n  val `A\u2663` = Card(\u2663, A)\n  val `A\u2665` = Card(\u2665, A)\n\n  val `K\u2666` = Card(\u2666, K)\n  val `K\u2660` = Card(\u2660, K)\n  val `K\u2663` = Card(\u2663, K)\n  val `K\u2665` = Card(\u2665, K)\n\n  val `Q\u2666` = Card(\u2666, Q)\n  val `Q\u2660` = Card(\u2660, Q)\n  val `Q\u2663` = Card(\u2663, Q)\n  val `Q\u2665` = Card(\u2665, Q)\n\n  val `J\u2666` = Card(\u2666, J)\n  val `J\u2660` = Card(\u2660, J)\n  val `J\u2663` = Card(\u2663, J)\n  val `J\u2665` = Card(\u2665, J)\n\n  val `_10\u2666` = Card(\u2666, _10)\n  val `_10\u2660` = Card(\u2660, _10)\n  val `_10\u2663` = Card(\u2663, _10)\n  val `_10\u2665` = Card(\u2665, _10)\n\n  val `_9\u2666` = Card(\u2666, _9)\n  val `_9\u2660` = Card(\u2660, _9)\n  val `_9\u2663` = Card(\u2663, _9)\n  val `_9\u2665` = Card(\u2665, _9)\n\n  val `_8\u2666` = Card(\u2666, _8)\n  val `_8\u2660` = Card(\u2660, _8)\n  val `_8\u2663` = Card(\u2663, _8)\n  val `_8\u2665` = Card(\u2665, _8)\n\n  val `_7\u2666` = Card(\u2666, _7)\n  val `_7\u2660` = Card(\u2660, _7)\n  val `_7\u2663` = Card(\u2663, _7)\n  val `_7\u2665` = Card(\u2665, _7)\n\n  val `_6\u2666` = Card(\u2666, _6)\n  val `_6\u2660` = Card(\u2660, _6)\n  val `_6\u2663` = Card(\u2663, _6)\n  val `_6\u2665` = Card(\u2665, _6)\n\n  val `_5\u2666` = Card(\u2666, _5)\n  val `_5\u2660` = Card(\u2660, _5)\n  val `_5\u2663` = Card(\u2663, _5)\n  val `_5\u2665` = Card(\u2665, _5)\n\n  val `_4\u2666` = Card(\u2666, _4)\n  val `_4\u2660` = Card(\u2660, _4)\n  val `_4\u2663` = Card(\u2663, _4)\n  val `_4\u2665` = Card(\u2665, _4)\n\n  val `_3\u2666` = Card(\u2666, _3)\n  val `_3\u2660` = Card(\u2660, _3)\n  val `_3\u2663` = Card(\u2663, _3)\n  val `_3\u2665` = Card(\u2665, _3)\n\n  val `_2\u2666` = Card(\u2666, _2)\n  val `_2\u2660` = Card(\u2660, _2)\n  val `_2\u2663` = Card(\u2663, _2)\n  val `_2\u2665` = Card(\u2665, _2)\n\n}\n\n\n\n\n\n\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/States.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\ncase class States[S](\n                      terminalStates: Iterable[S],\n                      nonTerminalStates: Iterable[S]\n                    ) extends Iterable[S] {\n  def isTerminalState(s: S): Boolean = terminalStates.exists(_ == s)\n\n  override def iterator: Iterator[S] = terminalStates.iterator ++ nonTerminalStates.iterator\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/MdpExamples.scala","text":"<reponame>ml-worthing\/reinforcement-learning\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass MdpExamples extends UnitSpec {\n\n  \"3x3 grid world\" in {\n\n    import MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    \/\/7 8 9\n    \/\/4 5 6\n    \/\/1 2 3\n\n    val \u03c0: Policy[State, Action] = Policy.createRandomPolicy()\n    val v: ValueFunction[State] = ValueFunction.createRandomValueFunction[State, Action]()\n    Mdp.evaluatePolicy(v, \u03c0)\n    Mdp.iteratePolicy(v, \u03c0)\n\n    \u03c0(state2) shouldBe Left\n    \u03c0(state1) shouldBe Up\n    \u03c0(state4) shouldBe Up\n    \u03c0(state7) shouldBe Right\n    \u03c0(state8) shouldBe Right\n    \u03c0(state6) shouldBe Up\n\n    val \u03c0Best = Mdp.iterateValue()\n\n    \u03c0Best(state2) shouldBe Left\n    \u03c0Best(state1) shouldBe Up\n    \u03c0Best(state4) shouldBe Up\n    \u03c0Best(state7) shouldBe Right\n    \u03c0Best(state8) shouldBe Right\n    \u03c0Best(state6) shouldBe Up\n\n  }\n\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"build.sbt","text":"<reponame>ml-worthing\/reinforcement-learning<gh_stars>0\nimport Dependencies._\n\nThisBuild \/ scalaVersion     := \"2.12.8\"\nThisBuild \/ version          := \"0.1.0-SNAPSHOT\"\nThisBuild \/ organization     := \"com.github.ml-worthing\"\nThisBuild \/ organizationName := \"ml-worthing\"\nThisBuild \/ startYear := Some(2019)\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(AutomateHeaderPlugin)\n  .settings(\n    name := \"reinforcement-learning\",\n    licenses += (\"Apache-2.0\", new URL(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n    libraryDependencies ++= Seq (\n      scalaTest % Test,\n      spire\n    )\n  )"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/PoissonDistribution.scala","text":"package com.github.mlworthing.rl.utils\n\n\/**\n  * Discrete probability distribution that expresses the probability\n  * of a given number of events occurring in a fixed interval of time.\n  * @see https:\/\/en.wikipedia.org\/wiki\/Poisson_distribution\n  *\n  * Caches Poisson's distribution given an expected value (lambda).\n  *\/\ncase class PoissonDistribution(lambda: Double) {\n\n  private val distribution: Cache[Int, Double] = Cache(probability)\n\n  \/**\n    * Returns Poisson's probability of value n\n    *\/\n  def apply(n: Int): Double = distribution(n)\n\n  \/**\n    * Returns Poisson's probability of value n with a cap on max value,\n    * where probability of max is 1 minus sum of probabilities from 0 until max.\n    *\/\n  def apply(n: Int, max: Int): Double =\n    if (n < max) distribution(n)\n    else 1d - (0 until max).map(distribution(_)).sum\n\n  def probability(n: Int): Double =\n    Math.pow(lambda, n) \/ Factorial(n) * Math.exp(-lambda)\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/problems\/SuperMario.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.environments.BoardEnvironment\nimport com.github.mlworthing.rl.utils.{S0FGXFormat, UpRightDownLeft}\n\nobject SuperMario extends BoardEnvironment[Int, String] with UpRightDownLeft with S0FGXFormat {\n\n  override lazy val layout: String =\n    s\"\"\"\n       |0 0 0 G\n       |0 X 0 F\n       |S 0 0 0\n     \"\"\".stripMargin\n\n  override lazy val actionMoves: Map[String, ActionMoves] = Map(\n    \"\u2191\" -> (Up, 0.8, Map(Right   -> 0.1, Left -> 0.1)),\n    \"\u2192\" -> (Right, 0.8, Map(Up   -> 0.1, Down -> 0.1)),\n    \"\u2193\" -> (Down, 0.8, Map(Right -> 0.1, Left -> 0.1)),\n    \"\u2190\" -> (Left, 0.8, Map(Up    -> 0.1, Down -> 0.1))\n  )\n\n  override def stateAt(row: Int, col: Int): Int = row * 4 + col\n  override def positionOf(state: Int): (Int, Int) = (state \/ 4, state % 4)\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/ValueFunctionSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nimport scala.collection.mutable\n\nclass ValueFunctionSpec extends UnitSpec {\n\n  \"createValueFunction\" in {\n\n    import MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    val v: ValueFunction[State] = ValueFunction.createValueFunction[State, Action](s => s + 10.0)\n\n    states.nonTerminalStates.foreach(s => v(s) shouldBe s + 10.0 withClue s\"state was $s\")\n    states.terminalStates.foreach(s => v(s) shouldBe 0.0 withClue s\"state was $s\")\n\n    val expectedValueFunction = new ValueFunction(mutable.Map(\n      state1 -> 11.0,\n      state2 -> 12.0,\n      state3Terminal -> 0.0, \/\/terminal states result in value 0\n      state4 -> 14.0,\n      state6 -> 16.0,\n      state7 -> 17.0,\n      state8 -> 18.0,\n      state9Terminal -> 0.0 \/\/terminal states result in value 0\n    ))\n\n    v shouldBe expectedValueFunction\n  }\n\n  \"createRandomValueFunction\" in {\n\n    import MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    val v: ValueFunction[State] = ValueFunction.createRandomValueFunction[State, Action](2.0)\n\n    v(state1) shouldBe -2.8760986182818136\n    v(state2) shouldBe 1.2683901503553607\n    v(state4) shouldBe 0.4521240256643285\n    v(state6) shouldBe 0.5549200948069762\n    v(state7) shouldBe 0.3686383110878779\n    v(state8) shouldBe -0.7304275548303855\n    v(state3Terminal) shouldBe 0\n    v(state9Terminal) shouldBe 0\n  }\n\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/MdpContext.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.MathNotation.\u03a3\n\nimport scala.util.Random\n\ntrait Randomness {\n  def random: Random\n}\n\nobject Randomness {\n  def apply(seed: Int = 0): Randomness = new Randomness{\n    override def random: Random = new Random(seed)\n  }\n}\n\/**\n  * This is the description of problem which can be solved using MDP (Markov Decision Process) and\n  * Bunch of data which are almost always required when solving MDP.\n  *\n  * @param p The probability of receiving state S and reward R given agent in state S and chosen action A.\n  *          The dynamics of the MDP. See equation (3.2), page 48.\n  * @param \u03b3 Gamma, the Discount Factor for future reward\n  * @tparam S State\n  * @tparam A Action\n  *\/\ncase class MdpContext[S, A](\n                             states: States[S],\n                             actions: Actions[S, A],\n                             rewards: Rewards[S, A, R],\n                             p: (S, R, S, A) => P,\n                             \u03b3: Double = 0.99,\n                             random: Random = new Random(123)\n) extends AnyRef with Randomness with StatesAndActions[S,A] {\n\n  states.nonTerminalStates.foreach{ s =>\n    \/\/sum of probabilities to reach state s` given that you were in state s and chosen action a\n    val totalTransitionProbabilityTransitioning = \u03a3(actions(s))(a => \u03a3(\u015b(s,a))(\u015b => transitionP(\u015b, s, a)))\n\n    require(totalTransitionProbabilityTransitioning > 0,\n      s\"Erroneous MdpDescription. Sum of probabilities p(\u015b, [s=$s], a]) was 0. There is no transition available to any state given (s,a)\"\n    )\n  }\n\n  \/**\n    * Probability of transition to state '\u015b' after selection of (state,action) pair\n    *\/\n  def transitionP(\u015b: S, s: S, a: A): P = \u03a3(rewards(s, a))(r => p(\u015b, r, s, a))\n\n  \/**\n    * Possible destinations of state for given (state,action) pair.\n    * Results in map in which for each (S,A) probability of transition is non-zero.\n    *\/\n  lazy val \u015b: Map[(S, A), Iterable[S]] = {\n    (for {\n      s <- states.nonTerminalStates\n      a <- actions(s)\n      r <- rewards(s, a)\n      destinations = states.filter(p(_, r, s, a) != 0)\n      if destinations.nonEmpty\n    } yield ((s, a), destinations)\n      ).toMap\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/utils\/BoardEnvironmentSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl\npackage utils\n\nimport com.github.mlworthing.rl.problems.{FrozenLake, SuperMario}\nimport org.scalatest.{Matchers, WordSpec}\n\nclass BoardEnvironmentSpec extends WordSpec with Matchers {\n\n  \"BoardEnvironment\" should {\n\n    \"parse FrozenLake\" in {\n      FrozenLake.initialStates should contain.only(0)\n      FrozenLake.terminalStates should contain.allOf(5, 7, 11, 12, 15)\n    }\n\n    \"parse SuperMario\" in {\n      SuperMario.initialStates should contain.only(8)\n      SuperMario.terminalStates should contain.allOf(3, 7)\n    }\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/Policy.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport java.lang.Math.abs\n\nimport com.github.mlworthing.rlai.Policy.\u03a0Probability\nimport com.github.mlworthing.rlai.utils.MathNotation._\nimport com.github.mlworthing.rlai.utils.Selector\n\nimport scala.collection.mutable\n\ncase class ImmutableGreedPolicy[S,A](\u03c0: Map[S, A])\ncase class ImmutablePolicy[S,A](\u03c0: Map[(S,A), P]) {\n  \/**\n    * Compares two policies. It returns L1 norm of differences of probabilities\n    *\/\n  def diff(p: ImmutablePolicy[S,A]): Double = \u03c0.foldLeft(0.0)((acc, c) => acc + Math.abs(c._2 - p.\u03c0(c._1)))\n}\n\n\/**\n  * Mutable Policy.\n  *\/\nclass Policy[S, A] private[Policy](\u03c0pFactory: StatesAndActions[S, A] => Policy.\u03a0Probability[S, A])(implicit context: StatesAndActions[S, A] with Randomness) {\n\n  import context._\n\n  private val \u03c0Probability: \u03a0Probability[S, A] = \u03c0pFactory(context).withDefault(sa =>\n    throw new UnsupportedOperationException(s\"In state [${sa._1}] an action [${sa._2}] is not valid\")\n  )\n\n  \/**\n    * Update policy so it promotes action 'a' for a given state 's'.\n    * After update `\u03c0Probability(s)` will return `a` and `\u03c0Probability(s,a)` will return probability of `1.0`\n    * Such syntax available: 'policy(s) = a'\n    *\/\n\/\/  def update(s: S, a: A): Unit = {\n\/\/    actions(s).foreach(a => \u03c0Probability((s, a)) = 0.0)\n\/\/    \u03c0Probability((s, a)) = 1.0\n\/\/  }\n\n  \/**\n    * Update policy so it promotes action 'a' for a given state 's'.\n    *\/\n  def update(s: S, a: A, promotionFactor: Double = 1.2): Unit = {\n    val promotionBias: Double = 0.01\n    \/\/increase the chance of (s,a)\n    val x = \u03c0Probability(s, a)\n    \u03c0Probability((s,a)) = x * promotionFactor + promotionBias\n    normalize(s)\n  }\n\n  \/\/normalise, so they sum up to 1.0 again\n  private def normalize(s: S): Unit = {\n    val pSum = \u03a3(actions(s))(a => \u03c0Probability(s,a))\n    actions(s).foreach (a =>\u03c0Probability((s,a)) = \u03c0Probability((s,a))\/pSum)\n  }\n\n  \/**\n    * Returns a probability of selecting action in a given state 's'\n    *\/\n  def apply(s: S, a: A): P = \u03c0Probability((s, a))\n\n  def apply(s: S): A = greedyAction(s)\n\n  def selectActionAccordingToProbability(s: S): A =  {\n    val actions: IndexedSeq[A] = context.actions(s)\n    val probabilities: Iterable[P] = actions.map(a => \u03c0Probability(s,a))\n    val selectedIndex = Selector.selectDouble(probabilities)\n    actions(selectedIndex)\n  }\n\n  def greedyAction(s: S): A = try {\n    argmax(actions(s))(apply(s, _))\n  } catch {\n    case e: UnsupportedOperationException if e.getMessage == \"empty.maxBy\" =>\n      throw new UnsupportedOperationException(s\"No actions available for state [state=$s]. Is it terminal state?\")\n  }\n\n  def asGreedyImmutable(): ImmutableGreedPolicy[S, A] = ImmutableGreedPolicy(states.nonTerminalStates.map(s => s -> greedyAction(s)).toMap)\n  def asImmutable(): ImmutablePolicy[S, A] = ImmutablePolicy[S,A](\u03c0Probability.toMap)\n}\n\n\nobject Policy {\n\n  \/**\n    * Policy as a probability.\n    * For given state 's' it gives a probability of choosing action 'a'.\n    *\/\n  type \u03a0Probability[S, A] = mutable.Map[(S, A), P]\n\n  def createRandomPolicy[S, A]()(implicit c: MdpContext[S, A]): Policy[S, A] = new Policy[S, A](\n    \u03c0pFactory = d => createArbitrary\u03a0P(\n      states = d.states,\n      actionSet = d.actions,\n      chanceProvider = abs(c.random.nextGaussian())\n    )\n  )\n\n  private def createArbitrary\u03a0P[S, A](states: States[S], actionSet: Actions[S, A], chanceProvider: => Double): \u03a0Probability[S, A] = {\n    val policy: \u03a0Probability[S, A] = mutable.Map[(S, A), P]()\n\n    states.foreach { s =>\n      var totalChances: Double = 0\n      val actionChances = actionSet(s).map { a =>\n        \/\/assign chance for action\n        val chance: Double = chanceProvider\n        totalChances += chance\n        chance\n      }\n      val actionProbabilities = actionChances.map(_ \/ totalChances)\n\n      \/\/update policy\n      actionProbabilities.zip(actionSet(s)).foreach { t =>\n        val a = t._2\n        val probability = t._1\n        policy((s, a)) = probability\n      }\n    }\n    policy\n  }\n\n  private def createEmptyPolicy[S,A]()(implicit c: MdpContext[S, A]): Policy[S, A] = new Policy[S, A](c =>\n    mutable.Map[(S, A), P](\n      {\n        for {\n          s <- c.states.nonTerminalStates\n          a <- c.actions(s)\n        } yield (s, a) -> 0.0\n      }.toList : _*\n    ))\n\n  def createPolicy[S, A](v: ValueFunction[S])(implicit c: MdpContext[S, A]): Policy[S, A] = {\n    import c._\n    val \u03c0 = createEmptyPolicy()\n\n    \/\/update \u03c0 so it returns action according to v\n    \/\/http:\/\/incompleteideas.net\/book\/RLbook2018trimmed.pdf, page 83\n    states.nonTerminalStates.foreach(s =>\n      \u03c0(s) = argmax(actions(s))(a =>\n        \u03a3(\u015b(s, a), rewards(s, a))((\u015b, r) => p(\u015b, r, s, a) * (r + \u03b3 * v(\u015b)))\n      )\n    )\n    \u03c0\n  }\n\n  def createPolicy[S, A](sa: (S, A)*)(implicit c: MdpContext[S, A]): Policy[S, A] = {\n    val \u03c0 = createEmptyPolicy()\n    sa.foreach((sa: (S, A)) => \u03c0(sa._1) = sa._2)\n    \u03c0\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/environments\/FiniteEnvironment.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/rl\/environments\/FiniteEnvironment.scala<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.environments\n\nimport com.github.mlworthing.rl.Environment\n\nimport scala.util.Random\n\n\/**\n  * An MDP environment where the sets of states, actions, and rewards\n  * all have a finite number of elements.\n  *\/\ntrait FiniteEnvironment[State, Action] extends Environment[State, Action] {\n\n  type Frame = State\n  def stateOf(frame: Frame): State = frame\n  def nextFrame(nextState: State, previousFrame: Option[Frame]): Frame = nextState\n\n  type Reward = Double\n  type Probability = Double\n\n  type Transition = (State, Probability, Reward)\n\n  val states: Set[State]\n  val actions: State => Set[Action]\n  val transitions: State => Action => Seq[Transition]\n\n  val initialStates: Set[State]\n  def isTerminalState(state: State): Boolean\n\n  override def initial: (State, Set[Action], Frame) = {\n    val state = initialStates.toSeq(Random.nextInt(initialStates.size))\n    (state, actions(state), nextFrame(state, None))\n  }\n\n  final override def step(action: Action, frame: Frame): (Observation, Frame) = {\n    val possibleTransitions: Seq[Transition] = transitions(stateOf(frame))(action)\n    val (nextState, _, reward): Transition = {\n      if (possibleTransitions.isEmpty) (stateOf(frame), 1d, 0d)\n      else {\n        \/\/ select next state based on its probability\n        val random = Random.nextDouble()\n        var i = 0\n        var level = possibleTransitions.head._2\n        while (random >= level) {\n          i = i + 1\n          level = if (i == possibleTransitions.size) {\n            i = i - 1\n            1d\n          } else level + possibleTransitions(i)._2\n        }\n        possibleTransitions(i)\n      }\n    }\n    val nextActions = actions(nextState)\n    (Observation(nextState, reward, nextActions, isTerminalState(nextState)), nextFrame(nextState, Some(frame)))\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/ValueFunction.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport scala.collection.mutable\n\n\/**\n  * Mutable Value Function.\n  *\/\nclass ValueFunction[S](private[ValueFunction] val v: mutable.Map[S, R]) extends (S => R) {\n\n  override def apply(s: S): R = v(s)\n\n  \/**\n    * Synchronised update so it's thread safe.\n    *\n    * {{{\n    *   val v: ValueFunction[S,A] = ...\n    *   v(s1) = 120.5\n    * }}}\n    *\/\n  def update(s: S, r: R) = v.synchronized(v.update(s, r))\n\n  override def hashCode(): Int = v.hashCode()\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case other: ValueFunction[S] => other.v == v\n    case _ => false\n  }\n\n  override def toString(): String = \"<ValueFunction>\"\n\n\n}\n\n\nobject ValueFunction {\n  \/**\n    * Create a value-function which results in zeros for terminal states and values provided by `initializer`\n    * for non-terminal states\n    *\/\n  def createValueFunction[S, A](initializer: S => R)(implicit c: MdpContext[S, A]): ValueFunction[S] = {\n    import c._\n    val vBuilder = mutable.Map.newBuilder[S, P]\n    vBuilder ++= states.terminalStates.map(s => (s, 0.0))\n    vBuilder ++= states.nonTerminalStates.map(s => (s, initializer(s)))\n    new ValueFunction[S](vBuilder.result())\n  }\n\n  def createRandomValueFunction[S, A](scale: Double = 1.0)(implicit c: MdpContext[S, A]): ValueFunction[S] = {\n    createValueFunction(_ => c.random.nextGaussian() * scale)\n  }\n\n}"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/PackageSpec.scala","text":"<filename>src\/test\/scala\/com\/github\/mlworthing\/rlai\/PackageSpec.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass PackageSpec extends UnitSpec {\n\n\n  \"reverseRange\" in {\n\n    reverseRange(List(1,2,3)) shouldBe (2 to 0 by -1)\n    reverseRange(List(0)) shouldBe (0 to 0 by -1)\n    reverseRange(List()) shouldBe (-1 to 0 by -1)\n\n    \/\/example use case\n    val a: Array[Char] = \"boom\".toArray\n    val x = for {\n      i <- reverseRange(a) \/\/iterates over index\n    } yield a(i)\n\n    x.mkString shouldBe \"moob\"\n\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"project\/plugins.sbt","text":"<reponame>ml-worthing\/reinforcement-learning<filename>project\/plugins.sbt<gh_stars>0\naddSbtPlugin(\"com.geirsson\"      % \"sbt-scalafmt\"  % \"1.5.1\")\naddSbtPlugin(\"org.scoverage\"     % \"sbt-scoverage\" % \"1.5.1\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\"    % \"5.1.0\")\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/problems\/FrozenLake.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.environments.BoardEnvironment\nimport com.github.mlworthing.rl.utils.{S0FGXFormat, UpRightDownLeft}\n\n\/**\n  * The Frozen Lake environment as described in the book\n  * <https:\/\/www.manning.com\/books\/grokking-deep-reinforcement-learning>\n  *\n  * The 4x4 board consists of 16 tiles having 4 ice holes rewarding -1\n  * and one terminal state rewarding 1. The probability of moving on ice in the selected\n  * direction should be less than 1.\n  *\/\nobject FrozenLake extends BoardEnvironment[Int, String] with UpRightDownLeft with S0FGXFormat {\n\n  override lazy val layout: String =\n    s\"\"\"\n       |S 0 0 0\n       |0 F 0 F\n       |0 0 0 F\n       |F 0 0 G\n     \"\"\".stripMargin\n\n  override lazy val actionMoves: Map[String, ActionMoves] = Map(\n    \"\u2191\" -> (Up, 0.34, Map(Right   -> 0.33, Left -> 0.33)),\n    \"\u2192\" -> (Right, 0.34, Map(Up   -> 0.33, Down -> 0.33)),\n    \"\u2193\" -> (Down, 0.34, Map(Right -> 0.33, Left -> 0.33)),\n    \"\u2190\" -> (Left, 0.34, Map(Up    -> 0.33, Down -> 0.33))\n  )\n\n  override def stateAt(row: Int, col: Int): Int = row * 4 + col\n  override def positionOf(state: Int): (Int, Int) = (state \/ 4, state % 4)\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/environments\/BoardEnvironment.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.environments\n\n\/**\n  * Board-like environment consisting of adjacent tiles\n  * and set of actions resulting in one of possible moves\n  * having known probabilities of success.\n  *\/\ntrait BoardEnvironment[State, Action] extends StaticFiniteEnvironment[State, Action] {\n\n  \/** Main action move, its probability and related unlucky moves *\/\n  type Move = (Int, Int)\n  type ActionMoves = (Move, Probability, Map[Move, Probability])\n\n  \/** Textual layout definition, space and newline separated *\/\n  def layout: String\n\n  \/** Possible moves on the board and their respected results *\/\n  def actionMoves: Map[Action, ActionMoves]\n\n  lazy val tiles: Array[Array[String]] = layout.lines\n    .map(_.trim)\n    .filterNot(_.isEmpty)\n    .toArray\n    .map(_.split(\"\\\\s+\"))\n\n  val tileAt: Map[(Int, Int), String] =\n    (for ((row, r) <- tiles.zipWithIndex; (tile, c) <- row.zipWithIndex)\n      yield (r, c) -> tile).toMap\n\n  def stateAt(row: Int, col: Int): State\n  def positionOf(state: State): (Int, Int)\n\n  def rewardFor(tile: String): Reward\n  def canAccessTile(tile: String): Boolean\n  def isStartTile(tile: String): Boolean\n  def isTerminalTile(tile: String): Boolean\n\n  val (transitionGraph, initialStates, terminalStates) = parseLayout\n\n  override def isTerminalState(state: State): Boolean = terminalStates.contains(state)\n\n  \/** Parses square tiles board *\/\n  private def parseLayout: (TransitionGraph, Set[State], Set[State]) = {\n\n    def fit(i: Int, minInc: Int, maxExc: Int): Int = if (i < minInc) minInc else if (i >= maxExc) maxExc - 1 else i\n\n    def computeMoveResult(position: (Int, Int), move: (Int, Int), probability: Double): Option[Transition] = {\n      val target =\n        (fit(position._1 + move._1, 0, tiles.length), fit(position._2 + move._2, 0, tiles(position._1).length))\n      val tile = tileAt(target)\n      if (canAccessTile(tile)) {\n        val reward = rewardFor(tile)\n        val state = stateAt(target._1, target._2)\n        Some((state, probability, reward))\n      } else None\n    }\n\n    val initialStates: Seq[State] = tileAt.collect { case ((r, c), tail) if isStartTile(tail) => stateAt(r, c) }.toSeq\n    val terminalStates\n      : Seq[State] = tileAt.collect { case ((r, c), tail) if isTerminalTile(tail) => stateAt(r, c) }.toSeq\n\n    val board: TransitionGraph = tileAt.collect {\n      case (position, tile) if canAccessTile(tile) =>\n        val state = stateAt(position._1, position._2)\n        state -> {\n          if (isTerminalTile(tile)) {\n            actionMoves.map {\n              case (action, _) => action -> Seq((state, 1d, rewardFor(tile)))\n            }\n          } else\n            actionMoves.map {\n              case (action, (move, probability, slips)) =>\n                action -> (computeMoveResult(position, move, probability) :: slips.map {\n                  case (m, p) => computeMoveResult(position, m, p)\n                }.toList)\n                  .collect { case Some(m) => m }\n            }\n        }\n    }\n\n    (board, initialStates.toSet, terminalStates.toSet)\n  }\n\n  override def description: String = layout\n\n  override def show[V](\n    values: State => Option[V],\n    format: (State, V) => String,\n    cellLength: Int,\n    showTerminalTiles: Boolean): String =\n    (for ((row, r) <- tiles.zipWithIndex)\n      yield\n        (for ((tile, c) <- row.zipWithIndex)\n          yield {\n            if ((isTerminalTile(tile) && !showTerminalTiles) || !canAccessTile(tile))\n              tile\n            else\n              values(stateAt(r, c))\n                .map(v => format(stateAt(r, c), v))\n                .getOrElse(tile)\n\n          })\n          .map(t => centerText(t, cellLength))\n          .mkString(\" \"))\n      .mkString(\"\\r\\n\")\n\n  private def centerText(string: String, cellLength: Int): String = {\n    val length = string.length\n    if (length < cellLength) {\n      val left = (cellLength - length) \/ 2\n      (\" \" * left) + string + (\" \" * (cellLength - (length + left)))\n    } else string.take(cellLength)\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rl\/utils\/SeqWithMutableWeightsSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport org.scalatest.{Matchers, WordSpec}\n\nclass SeqWithMutableWeightsSpec extends WordSpec with Matchers {\n\n  \"Probabilities\" should {\n    \"keep weights for keys\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3))\n      underTest(1) shouldBe 1d\n      underTest(2) shouldBe 1d\n      underTest(3) shouldBe 1d\n      underTest(4) shouldBe 1d\n    }\n\n    \"allow to specify initial weight\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3), initialWeight = 0d)\n      underTest(1) shouldBe 0d\n      underTest(2) shouldBe 0d\n      underTest(3) shouldBe 0d\n      underTest(4) shouldBe 0d\n    }\n\n    \"allow to specify minimal weight\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3), initialWeight = 0d, minimalWeight = 1d)\n      underTest(1) shouldBe 1d\n      underTest(2) shouldBe 1d\n      underTest(3) shouldBe 1d\n      underTest(4) shouldBe 1d\n      underTest(3) = 0d\n      underTest(3) shouldBe 1d\n    }\n\n    \"allow to specify transformation function\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3), boost = Math.exp, initialWeight = 0d)\n      underTest.probabilityOf(1) === 1 \/ 3d\n      underTest.probabilityOf(2) === 1 \/ 3d\n      underTest.probabilityOf(3) === 1 \/ 3d\n\n      underTest(1) = 1d\n      underTest(2) = 2d\n      underTest(3) = 3d\n      val denominator = Math.exp(1) + Math.exp(2) + Math.exp(3)\n      val probabilities = underTest.probabilities\n      probabilities(1) === Math.exp(1) \/ denominator\n      probabilities(2) === Math.exp(2) \/ denominator\n      probabilities(3) === Math.exp(3) \/ denominator\n    }\n\n    \"update weight for a given key\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3), initialWeight = 0d)\n      underTest(1) shouldBe 0d\n      underTest(1) = 2.13d\n      underTest(1) shouldBe 2.13d\n      underTest(2) shouldBe 0d\n      underTest(3) shouldBe 0d\n    }\n\n    \"pass negative weight for a given key\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3), initialWeight = 0d, minimalWeight = 0d)\n      underTest(1) shouldBe 0d\n      underTest(2) = 2d\n      underTest(1) = -2.13d\n      underTest(1) shouldBe 0d\n      underTest(2) shouldBe 4.13d\n      underTest(3) shouldBe 2.13d\n    }\n\n    \"calculate probability of an item\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3))\n      underTest.probabilityOf(1) shouldBe 1 \/ 3d\n      underTest(1) = 1d\n      underTest(2) = 2d\n      underTest(3) = 3d\n      underTest.probabilityOf(1) === 1 \/ 6d\n      underTest.probabilityOf(2) === 2 \/ 6d\n      underTest.probabilityOf(3) === 3 \/ 6d\n\n      underTest(2) = 5d\n      underTest.probabilityOf(1) === 1 \/ 9d\n      underTest.probabilityOf(2) === 5 \/ 9d\n      underTest.probabilityOf(3) === 3 \/ 9d\n\n      underTest(1) = -3d\n      underTest.probabilityOf(1) === 0 \/ 12d\n      underTest.probabilityOf(2) === 8 \/ 12d\n      underTest.probabilityOf(3) === 4 \/ 12d\n    }\n\n    \"select random key according to weights\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3))\n      underTest(1) = 1d\n      underTest(2) = 2d\n      underTest(3) = 3d\n      val sample = (0 to 6000).map(_ => underTest.selectRandom)\n      sample.distinct should have size 3\n      val frequencies = sample.groupBy(identity).mapValues(_.size)\n      frequencies(1) should (be > 800).and(be < 1200)\n      frequencies(2) should (be > 1800).and(be < 2200)\n      frequencies(3) should (be > 2800).and(be < 3200)\n\n      underTest(2) = 5d\n      val sample2 = (0 to 9000).map(_ => underTest.selectRandom)\n      sample2.distinct should have size 3\n      val frequencies2 = sample2.groupBy(identity).mapValues(_.size)\n      frequencies2(1) should (be > 900).and(be < 1100)\n      frequencies2(2) should (be > 4700).and(be < 5300)\n      frequencies2(3) should (be > 2800).and(be < 3200)\n    }\n\n    \"keep score of a max weight item\" in {\n      val underTest = new SeqWithMutableWeights[Int](Seq(1, 2, 3))\n      underTest(1) = 1d\n      underTest(2) = 2d\n      underTest(3) = 3d\n      underTest.max === 3\n      underTest(2) = 5d\n      underTest.max === 2\n    }\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/StatesSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.MdpTestData.GridWorld3x3\nimport com.github.mlworthing.rlai.MdpTestData.GridWorld3x3.{State, mdpContext}\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass StatesSpec extends UnitSpec {\n\n  \"states\" in {\n\n    val states: States[State] = GridWorld3x3.states\n\n    states.toList shouldBe List(\n      GridWorld3x3.state3Terminal,\n      GridWorld3x3.state9Terminal,\n      GridWorld3x3.state1,\n      GridWorld3x3.state2,\n      GridWorld3x3.state4,\n      GridWorld3x3.state6,\n      GridWorld3x3.state7,\n      GridWorld3x3.state8\n    )\n\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/S0FGXFormat.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\ntrait S0FGXFormat {\n\n  def rewardFor(tile: String): Double = tile match {\n    case \"F\" => -1\n    case \"G\" => 1\n    case _   => 0\n  }\n\n  def canAccessTile(tile: String): Boolean = tile != \"X\"\n\n  def isStartTile(tile: String): Boolean = tile == \"S\"\n\n  def isTerminalTile(tile: String): Boolean = tile == \"F\" || tile == \"G\"\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/problems\/JackCarsRental.scala","text":"package com.github.mlworthing.rl.problems\n\nimport com.github.mlworthing.rl.environments.FiniteEnvironment\nimport com.github.mlworthing.rl.utils.{Cache, PoissonDistribution}\n\n\/**\n  * Based on \"Reinforcement Learning: An Introduction. Second edition\"\n  * by <NAME> and <NAME>, Example 4.2\n  *\/\nobject JackCarsRental {\n\n  type State = (Int, Int)\n  type Action = Int\n\n  def apply(\n    maxCarsInA: Int = 20,\n    maxCarsInB: Int = 20,\n    maxCarsToMove: Int = 5,\n    initialCarsInA: Int = 10,\n    initialCarsInB: Int = 10,\n    expectedReturnsPerDayInA: Int = 3,\n    expectedReturnsPerDayInB: Int = 2,\n    expectedRentalsPerDayInA: Int = 3,\n    expectedRentalsPerDayInB: Int = 4,\n    penaltyOfMovingCar: Double = 2,\n    rewardOfCarRental: Double = 10): FiniteEnvironment[State, Action] =\n    new FiniteEnvironment[State, Action] {\n\n      assert(initialCarsInA <= maxCarsInA, s\"initial number of cars in location A must be at most $maxCarsInA\")\n      assert(initialCarsInB <= maxCarsInB, s\"initial number of cars in location B must be at most $maxCarsInB\")\n\n      override def description: String =\n        s\"\"\"Jack Car's Rental continuous finite MDP problem.\n           |Cars at location A: $initialCarsInA\/$maxCarsInA. cars\n           |Cars at location B: $initialCarsInB\/$maxCarsInB\n           |Maximum number of cars to move: $maxCarsToMove\n           |Price of renting a car: $rewardOfCarRental\n           |Price of moving a car:  $penaltyOfMovingCar\"\"\".stripMargin\n\n      override val initialStates: Set[State] = Set((initialCarsInA, initialCarsInB))\n      override def isTerminalState(state: (Int, Int)): Boolean = false\n\n      val moves: Set[Action] = (-maxCarsToMove to maxCarsToMove).toSet\n\n      override val states: Set[State] = (for (a <- 0 to maxCarsInA; b <- 0 to maxCarsInB) yield (a, b)).toSet\n      override val actions: State => Set[Action] = _ => moves\n\n      val allPossibleTransitions: Cache[(State, Action), Seq[Transition]] = Cache(calculateNextStates)\n\n      override val transitions: State => Action => Seq[(State, Probability, Reward)] = s =>\n        a => allPossibleTransitions((s, a))\n\n      val probabilityOfRentalInA = PoissonDistribution(expectedRentalsPerDayInA)\n      val probabilityOfRentalInB = PoissonDistribution(expectedRentalsPerDayInB)\n      val probabilityOfReturnInA = PoissonDistribution(expectedReturnsPerDayInA)\n      val probabilityOfReturnInB = PoissonDistribution(expectedReturnsPerDayInB)\n\n      def calculateNextStates(stateAndAction: (State, Action)): Seq[Transition] = {\n        val ((carsInA, carsInB), movedFromAToB) = stateAndAction\n        val carsOnMorningInA = fit(0, maxCarsInA, carsInA - movedFromAToB)\n        val carsOnMorningInB = fit(0, maxCarsInB, carsInB + movedFromAToB)\n\n        for {\n          rentedInA <- 0 to carsOnMorningInA\n          rentedInB <- 0 to carsOnMorningInB\n          returnInA <- 0 to (maxCarsInA - carsOnMorningInA)\n          returnInB <- 0 to (maxCarsInB - carsOnMorningInB)\n        } yield {\n          val carsOnEveningInA = fit(0, maxCarsInA, carsOnMorningInA + returnInA + rentedInA)\n          val carsOnEveningInB = fit(0, maxCarsInB, carsOnMorningInB + returnInB + rentedInB)\n\n          val nextState = (carsOnEveningInA, carsOnEveningInB)\n          val probability = probabilityOfRentalInA(rentedInA, carsOnMorningInA) * probabilityOfRentalInB(\n            rentedInB,\n            carsOnMorningInB) * probabilityOfReturnInA(returnInA, maxCarsInA - carsOnMorningInA) * probabilityOfReturnInB(\n            returnInB,\n            maxCarsInB - carsOnMorningInB)\n          val reward = (rentedInA + rentedInB) * rewardOfCarRental - movedFromAToB * penaltyOfMovingCar\n\n          (nextState, probability, reward)\n        }\n\n      }\n\n      def fit(min: Int, max: Int, value: Int): Int = if (value < min) min else if (value > max) max else value\n    }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/MdpTestData.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nobject MdpTestData {\n\n  \/**\n    *  3x3 grid world, wall at 5, goal at 9, pitfall at 3 and explicit transition probability\n    *\/\n  object GridWorld3x3 {\n    import com.github.mlworthing.rl.utils.ToSeq._\n\n    type State = Int\n\n    sealed trait Action\n    case object Up extends Action\n    case object Down extends Action\n    case object Left extends Action\n    case object Right extends Action\n\n    val state1 = 1\n    val state2 = 2\n    val state3Terminal = 3\n    val state4 = 4\n    val state6 = 6\n    val state7 = 7\n    val state8 = 8\n    val state9Terminal = 9\n\n    val states: States[State] = States(\n      terminalStates = List(state3Terminal,state9Terminal),\n      nonTerminalStates = List(state1,state2,state4,state6,state7,state8)\n    )\n\n    def mdpContext: MdpContext[State, Action] = MdpContext[State, Action](\n      states = states,\n      actions = {\n        case `state1` => Array(Up, Right)\n        case `state2` => Array(Left, Right)\n        case `state4` => Array(Up, Down)\n        case `state6` => Array(Up, Down)\n        case `state7` => Array(Right, Down)\n        case `state8` => Array(Left, Right)\n        case _ => Array.empty[Action]\n      },\n      rewards = {\n        case (`state2`, Right) => -1.0\n        case (`state6`, Down) => -1.0\n        case (`state6`, Up) => 1.0\n        case (`state8`, Right) => 1.0\n        case (_, _) => 0.0\n      },\n      p = {\n        case (`state4`, 0.0, `state1`, Up) => 1.0\n        case (`state2`, 0.0, `state1`, Right) => 1.0\n        case (`state1`, 0.0, `state2`, Left) => 1.0\n        case (`state3Terminal`, -1.0, `state2`, Right) => 1.0\n        case (`state7`, 0.0, `state4`, Up) => 1.0\n        case (`state1`, 0.0, `state4`, Down) => 1.0\n        case (`state9Terminal`, 1.0, `state6`, Up) => 1.0\n        case (`state3Terminal`, -1.0, `state6`, Down) => 1.0\n        case (`state8`, 0.0, `state7`, Right) => 1.0\n        case (`state4`, 0.0, `state7`, Down) => 1.0\n        case (`state9Terminal`, 1.0, `state8`, Right) => 1.0\n        case (`state7`, 0.0, `state8`, Left) => 1.0\n        case _ => 0.0\n      }\n    )\n  }\n\n\n\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/singlestate\/UpperConfidenceBoundGreedyAgent.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/singlestate\/UpperConfidenceBoundGreedyAgent.scala<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.agents.singlestate\n\nimport com.github.mlworthing.rl.environments.SingleStateEnvironment\nimport com.github.mlworthing.rl.{Agent, Winner}\n\nimport scala.collection.mutable\n\n\/**\n  * Exploitation-exploration balanced Agent suitable for stationary and non-stationary problems.\n  * Uses upper-confidence-bound action selection method.\n  * @param constantStepSize optional constant step size\n  *\/\ncase class UpperConfidenceBoundGreedyAgent[A](\n  explorationFactor: Double = 0.2,\n  stepsToLearn: Int = 100,\n  initialValue: Double = 0d,\n  constantStepSize: Option[Double] = None)\n    extends Agent[Unit, A, SingleStateEnvironment[A]] {\n\n  override def solve(environment: SingleStateEnvironment[A]): Winner[A] = {\n\n    val actions: Seq[A] = environment.actions.toIndexedSeq\n\n    \/\/ q - estimates of the action values\n    val q: mutable.Map[A, Double] = mutable.Map(actions.map(x => (x, initialValue)): _*)\n    val steps: mutable.Map[A, Int] = mutable.Map(actions.map(x => (x, 0)): _*)\n\n    (1 to stepsToLearn).foreach { t =>\n      val action: A = q\n        .map {\n          case (a, qa) =>\n            if (steps(a) == 0) (a, Double.MaxValue)\n            else (a, qa + explorationFactor * Math.sqrt(Math.log(t) \/ steps(a)))\n        }\n        .maxBy(_._2)\n        ._1\n\n      val reward = environment.reward(action)\n\n      steps(action) = steps(action) + 1\n      val stepSize = constantStepSize.getOrElse(1d \/ steps(action))\n      \/\/ NewEstimate = OldEstimate + StepSize * (Target \u0000- OldEstimate)\n      q(action) = q(action) + (stepSize * (reward - q(action)))\n    }\n\n    Winner(q.maxBy(_._2)._1)\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/MdpSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rl.utils.ToSeq._\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nimport scala.util.Random\n\nclass MdpSpec extends UnitSpec {\n\n\n  \"if you're hungry you should eat\" in {\n\n    type State = String\n    type Action = String\n\n    val hungryS = \"hungryS\"\n    val fedS = \"fedS\"\n\n    val states : States[State] = States[State](\n      terminalStates = fedS,\n      nonTerminalStates = hungryS\n    )\n\n    val eatA = \"eatA\"\n    val sitA = \"sitA\"\n\n    def mdpContextF(seed: Int) = MdpContext[State, Action](\n      states = states,\n      actions = {\n        case `hungryS` => Array(eatA, sitA)\n        case `fedS` => Array[Action]()\n      },\n      rewards = {\n        case (`hungryS`, `eatA`) => 1.0\n        case (_, _) => 0.0\n      },\n      p = {\n        case (`fedS`,    1.0, `hungryS`, `eatA`) => 0.7\n        case (`hungryS`, 0.0, `hungryS`, `eatA`) => 0.3\n\n        case (`hungryS`, 0.0, `hungryS`, `sitA`) => 1.0\n        case (_,         _,    _,         _)     => 0.0\n      },\n      \u03b3 = 0.9,\n      random = new Random(seed)\n    )\n\n    (0 to 10000).foreach {iter =>\n\n      implicit val mdpContext: MdpContext[State, Action] = mdpContextF(iter)\n\n      val policy: Policy[State, Action] = Mdp.iterateValue()\n      val whatToDo: Action = policy(hungryS)\n      whatToDo shouldBe eatA withClue s\"[iter=$iter]\"\n    }\n\n\n\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/rlai\/PolicySpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nclass PolicySpec extends UnitSpec {\n\n  \"random policy\" in {\n\n    import com.github.mlworthing.rlai.MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    val random\u03c0: Policy[State, Action] = Policy.createRandomPolicy()\n\n    random\u03c0(state1, Up) shouldBe 0.6939573922955898 \/\/the highest probability for state1\n    intercept[UnsupportedOperationException](random\u03c0(state1, Down)) should have message \"In state [1] an action [Down] is not valid\"\n    random\u03c0(state1, Right) shouldBe 0.30604260770441016\n    intercept[UnsupportedOperationException](random\u03c0(state1, Left)) should have message \"In state [1] an action [Left] is not valid\"\n\n    random\u03c0.greedyAction(state1) shouldBe Up withClue \"the highest probability for state1 was for for action Up\"\n    random\u03c0.greedyAction(state2) shouldBe Right\n    intercept[UnsupportedOperationException](random\u03c0.greedyAction(state3Terminal)) should have message \"No actions available for state [state=3]. Is it terminal state?\"\n    random\u03c0.greedyAction(state4) shouldBe Down\n    random\u03c0.greedyAction(state6) shouldBe Up\n    random\u03c0.greedyAction(state7) shouldBe Down\n    random\u03c0.greedyAction(state8) shouldBe Right\n    intercept[UnsupportedOperationException](random\u03c0.greedyAction(state9Terminal)) should have message \"No actions available for state [state=9]. Is it terminal state?\"\n  }\n\n  \"update policy\" in {\n    import com.github.mlworthing.rlai.MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    val \u03c0: Policy[State, Action] = Policy.createRandomPolicy()\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.3354105723044021,\n      (4, Down) -> 0.664589427695598,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n\n    \u03c0(4) = Up\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.3829723669413546,\n      (4, Down) -> 0.6170276330586453,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n\n    \u03c0(4) = Up\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.4321454340416437,\n      (4, Down) -> 0.5678545659583563,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n\n    \u03c0(4) = Up\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.4820872842662689,\n      (4, Down) -> 0.5179127157337311,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n\n    \u03c0(4) = Up\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.531901171184772,\n      (4, Down) -> 0.4680988288152279,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n\n    \u03c0(4) = Up\n\n    \u03c0.asImmutable() shouldBe ImmutablePolicy(Map[(State, Action), P](\n      (4, Up) -> 0.5806994655945577,\n      (4, Down) -> 0.41930053440544246,\n      (8, Right) -> 0.579502111211338,\n      (1, Up) -> 0.6939573922955898,\n      (2, Left) -> 0.4489614868638832,\n      (1, Right) -> 0.30604260770441016,\n      (2, Right) -> 0.5510385131361167,\n      (7, Right) -> 0.16787995031629982,\n      (6, Down) -> 0.2099241993057882,\n      (8, Left) -> 0.420497888788662,\n      (7, Down) -> 0.8321200496837002,\n      (6, Up) -> 0.7900758006942119)\n    )\n  }\n\n  \"update policy should converge\" in {\n    import com.github.mlworthing.rlai.MdpTestData.GridWorld3x3._\n    implicit val c = mdpContext\n\n    val \u03c0: Policy[State, Action] = Policy.createRandomPolicy()\n\n\n    def updatePolicy() = {\n      \u03c0(state1) = Up\n      \u03c0(state2) = Right\n      \u03c0(state4) = Down\n      \u03c0(state6) = Up\n      \u03c0(state7) = Right\n      \u03c0(state8) = Left\n    }\n\n    val diffs = (0 to 10000).map(_ => {\n      val oldPolicy = \u03c0.asImmutable()\n      updatePolicy()\n      val newPolicy = \u03c0.asImmutable()\n      val diff = oldPolicy.diff(newPolicy)\n      \/\/      println(diff)\n      diff\n    })\n\n    diffs.zip(diffs.drop(20)).foreach { case (prev, next) =>\n      next should be <= prev\n    }\n\n    diffs.last shouldBe 0\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/chapter5\/MonteCarlo.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai.chapter5\n\nimport com.github.mlworthing.rlai._\n\nimport scala.util.Random\nimport spire.syntax.cfor.cfor\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\n\ncase class MonteCarloContext[S,A](\n   states: States[S],\n   actions: Actions[S, A],\n  environment: Environment[S,A],\n  \u03b3: Double = 0.99,\n  random: Random = new Random(123)\n) extends AnyRef with StatesAndActions[S,A]\n\nabstract class Environment[S,A] {\n  def send(action: A): (S, R)\n  def observe(): S\n}\n\ncase class EpisodeStage[S,A](state: S, action: A, rewardNext: R, isFirstVisit: Boolean)\n\n\n\/\/TODO: STILL WORK IN PRESS\n\nobject MonteCarlo {\n\n  \/**\n    * First Visit Monte Carlo prediction, for estimating V ~ v\u03c0.\n    * It learns state-value function for a given policy.\n    * @see Chapter 5.1, page 92.\n    *\/\n  def firstVisitMC[S,A] (\n                          \u03c0: Policy[S,A],\n                          v: ValueFunction[S])(implicit c: MonteCarloContext[S,A]): Unit = {\n    import c._\n\n    val returns: mutable.Map[S, mutable.ListBuffer[R]] = mutable.Map[S, ListBuffer[R]]()\n\n\n    val episode: IndexedSeq[EpisodeStage[S, A]] = McHelper.generateEpisode(\u03c0)\n\n    var G: R = 0.0\n\n    for {\n      i <- reverseRange(episode)\n      t = episode(i)\n    }\n     {\n      G = \u03b3 * G + t.rewardNext\n      if (!t.isFirstVisit) {\n        returns(t.state) += G\n      }\n    }\n\n\n\n        ???\n  }\n\n}\n\n\n\nobject McHelper {\n\n  \/\/TODO: pass immutable policy, or interface which can't mutate policy\n  def generateEpisode[S,A](\u03c0: Policy[S,A])(implicit c: MonteCarloContext[S,A]): IndexedSeq[EpisodeStage[S, A]] = {\n    import c._\n\n    val iterator = new Iterator[EpisodeStage[S, A]] {\n      private var s: S = environment.observe()\n      private val visitedStates = mutable.Set[S]()\n\n      override def hasNext: Boolean = c.states.isTerminalState(s)\n\n      override def next(): EpisodeStage[S, A] = {\n\n        val a: A = \u03c0.selectActionAccordingToProbability(s)\n        val (nextS: S, nextReward) = c.environment.send(a)\n        val firstVisit = visitedStates.add(s)\n        val triplet = EpisodeStage(s, a, nextReward, firstVisit)\n        s = nextS\n        triplet\n      }\n    }\n\n    val episode = iterator.toArray\n\n    episode\n  }\n\n}"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/DynamicProgrammingValueIterationDeterministicAgent.scala","text":"<filename>src\/main\/scala\/com\/github\/mlworthing\/rl\/agents\/DynamicProgrammingValueIterationDeterministicAgent.scala\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.agents\n\nimport com.github.mlworthing.rl.{Agent, Deterministic}\nimport com.github.mlworthing.rl.environments.FiniteEnvironment\nimport com.github.mlworthing.rl.utils.Printer\n\nimport scala.collection.mutable\nimport scala.util.Random\n\n\/**\n  * A MDP Agent applying dynamic programming (tabular) value iteration method.\n  * Requires a complete and accurate model of the environment.\n  * Calculates deterministic policy.\n  *\n  * @param gamma future rewards discount factor\n  * @param theta state-value convergence threshold\n  * @param maxIterations max number of iterations\n  * @tparam State states represents anything we can know that might be useful in making decisions\n  * @tparam Action actions represents decisions we want to learn how to make\n  *\/\nfinal class DynamicProgrammingValueIterationDeterministicAgent[State, Action](\n  gamma: Double = 1d,\n  theta: Double = 1e-10,\n  maxIterations: Int = 100)\n    extends Agent[State, Action, FiniteEnvironment[State, Action]] with Printer {\n\n  type Reward = Double\n  type Probability = Double\n  type StateValue = mutable.Map[State, Reward]\n  type Policy = mutable.Map[State, Action]\n\n  def solve(environment: FiniteEnvironment[State, Action]): Deterministic[State, Action] = {\n\n    println(environment.description)\n\n    var delta = 0d\n    var counter = 0\n    var policyCounter = 0\n\n    \/\/ first select random policy\n    val policy: Policy = mutable.Map(environment.states.map { state =>\n      (state, environment.actions(state).zip(Stream.continually(Random.nextDouble())).minBy(_._2)._1)\n    }.toSeq: _*)\n\n    \/\/initialize state values to zero\n    val stateValue = mutable.Map(environment.states.toSeq.map(s => (s, 0d)): _*)\n\n    \/\/ initialize state-action values to zero\n    val stateActionValue = mutable.Map[State, mutable.Map[Action, Reward]]()\n    for (state <- environment.states) {\n      stateActionValue(state) = mutable.Map(environment.actions(state).toSeq.map(a => (a, 0d)): _*)\n    }\n\n    do {\n      var stable = true\n      delta = 0d\n      \/\/ then for each possible state\n      for (state <- environment.states) {\n        val previousStateValue = stateValue(state)\n        val actionValue = stateActionValue(state)\n        \/\/ loop through all actions available\n        for (action <- environment.actions(state)) {\n          actionValue(action) = 0d\n          \/\/ and for each possible transition\n          for ((nextState, probability, reward) <- environment.transitions(state)(action)) {\n            val value =\n              if (environment.isTerminalState(nextState)) reward\n              else reward + gamma * stateValue(nextState)\n            \/\/ update action value\n            actionValue(action) = actionValue(action) + probability * value\n          }\n        }\n        \/\/ then select an action producing max value in this state\n        val (bestAction, maxActionValue) = actionValue.maxBy(_._2)\n        stable = stable && policy(state) == bestAction\n        policy(state) = bestAction\n        stateValue(state) = maxActionValue\n        delta = Math.max(delta, Math.abs(previousStateValue - stateValue(state)))\n      }\n\n      counter = counter + 1\n      if (!stable) {\n        policyCounter = policyCounter + 1\n        printStateValue(s\"State-value function after $counter iterations:\", stateValue, environment)\n        printDeterministicPolicy(s\"Improved policy no. $policyCounter:\", policy, environment)\n      }\n\n    } while (delta > theta && counter < maxIterations)\n\n    printStateValue(\n      f\"Resulting state-value function has converged after $counter iterations with max delta=$delta%4.8f\",\n      stateValue,\n      environment)\n\n    printDeterministicPolicy(s\"Final policy no. $policyCounter:\", policy, environment)\n\n    Deterministic(policy.toMap)\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/Printer.scala","text":"<reponame>ml-worthing\/reinforcement-learning<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl.utils\n\nimport com.github.mlworthing.rl.Environment\n\ntrait Printer {\n\n  def printDeterministicPolicy[State, Action](\n    headline: String,\n    policy: scala.collection.Map[State, Action],\n    environment: Environment[State, Action]): Unit = {\n    println(headline)\n    println()\n    println(\n      environment\n        .show(policy.get, (_: State, action: Action) => action.toString, cellLength = 1, showForTerminalTiles = false))\n\n    println()\n  }\n\n  def printStochasticPolicy[State, Action](\n    headline: String,\n    policy: scala.collection.Map[State, scala.collection.Map[Action, Double]],\n    environment: Environment[State, Action]): Unit = {\n    val actionsCount = policy.map(_._2.size).max\n    println(headline)\n    println()\n    println(\n      environment\n        .show[scala.collection.Map[Action, Double]](\n          policy.get,\n          (_: State, actions: scala.collection.Map[Action, Double]) => actions.filter(_._2 > 0).keys.mkString(\"\"),\n          cellLength = actionsCount,\n          showForTerminalTiles = false\n        ))\n\n    println()\n  }\n\n  def printStateValue[State, Action](\n    headline: String,\n    stateValue: scala.collection.Map[State, Double],\n    environment: Environment[State, Action]): Unit = {\n    println(headline)\n    println()\n    println(\n      environment\n        .show(stateValue.get, (_: State, d: Double) => f\"$d%+2.4f\", cellLength = 10, showForTerminalTiles = true))\n    println()\n  }\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/test\/scala\/com\/github\/mlworthing\/problems\/blackjack\/BlackJackSpec.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.problems.blackjack\n\nimport com.github.mlworthing.problems.playingcards.Cards._\nimport com.github.mlworthing.rlai.utils.UnitSpec\n\nimport scala.util.Random\n\nclass BlackJackSpec extends UnitSpec {\n\n  \"game\" ignore {\n    val blackJack = new BlackJack(new Random(123))\n    new {\n      \/\/game 1\n      val state = blackJack.start()\n      (state.dealersValue, state.playersValue) shouldBe (5,12)\n      val playersValue1 = blackJack.hit()\n      playersValue1 shouldBe 21\n      blackJack.stay() shouldBe (PlayerWon, 25, 21)\n    }\n\n    new {\n      \/\/game 2\n      val state = blackJack.start()\n      (state.dealersValue, state.playersValue) shouldBe (3,14)\n      val playersValue1 = blackJack.hit()\n      playersValue1 shouldBe 24\n      blackJack.stay() shouldBe (DealerWon,13,24)\n    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 3\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (6,21)\n\/\/      val playersValue1 = blackJack.hit()\n\/\/      playersValue1 shouldBe 18\n\/\/      blackJack.stay() shouldBe (DealerWon,19,18)\n\/\/    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 4\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (5,15)\n\/\/      blackJack.stay() shouldBe (DealerWon,18,15)\n\/\/    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 5\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (10,20)\n\/\/      blackJack.stay() shouldBe (PlayerWon,19,20)\n\/\/    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 6\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (10,15)\n\/\/      val playersValue1 = blackJack.hit()\n\/\/      playersValue1 shouldBe 25\n\/\/      blackJack.stay() shouldBe (DealerWon,13,25)\n\/\/    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 7\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (9,11)\n\/\/      val playersValue1 = blackJack.hit()\n\/\/      playersValue1 shouldBe 18\n\/\/      blackJack.stay() shouldBe (DealerWon,19,18)\n\/\/    }\n\/\/\n\/\/    new {\n\/\/      \/\/game 8\n\/\/      val (dealersValue, playersValue, _) = blackJack.start()\n\/\/      (dealersValue, playersValue) shouldBe (10,13)\n\/\/      blackJack.stay() shouldBe (DealerWon,18,13)\n\/\/    }\n\n  }\n\n  \"value\" in {\n\n    BlackJack.value(List(`_8\u2660`)) shouldBe 8\n\n    BlackJack.values(List(`A\u2660`)) shouldBe List(1, 11)\n    BlackJack.value(List(`A\u2660`)) shouldBe 11\n\n    BlackJack.values(List(`A\u2660`,`A\u2663`)) shouldBe List(2, 12, 12, 22)\n    BlackJack.value(List(`A\u2660`,`A\u2663`)) shouldBe 12\n\n    BlackJack.value(List(`A\u2660`,`A\u2663`, `A\u2663`)) shouldBe 13\n    BlackJack.value(List(`A\u2660`,`A\u2663`, `A\u2663`, `K\u2660`)) shouldBe 13\n\n    BlackJack.value(List(`_8\u2660`)) shouldBe 8\n    BlackJack.value(List(`K\u2660`)) shouldBe 10\n\n    BlackJack.value(List(`A\u2660`,`A\u2663`, `A\u2663`, `K\u2660`, `_8\u2660`)) shouldBe 21\n\n    BlackJack.value(List(`A\u2660`,`A\u2663`, `A\u2663`, `K\u2660`, `_9\u2660`)) shouldBe 22\n  }\n\n\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/AgentExecutor.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rl\npackage utils\n\n\/**\n  * Computes success rate as a function of agent's configuration parameter.\n  *\n  * @param expected - the best solution\n  * @param agent - agent creator\n  * @param configurations - configurations to execute\n  *\/\ncase class AgentExecutor[State, Action, Config, E <: Environment[State, Action]](\n  expected: Policy[State, Action],\n  agent: Config => Agent[State, Action, E],\n  configurations: Iterable[Config],\n  description: String,\n  configName: String) {\n\n  def execute(environment: => E, numberOfRuns: Int): ExecutionResults[Config] = {\n\n    val rates = configurations.map { config =>\n      val t0 = System.nanoTime()\n      val results = for (_ <- 0 until numberOfRuns) yield {\n        val result = agent(config).solve(environment)\n        result\n      }\n      val totalTime = System.nanoTime() - t0\n      val successful = results.count(_ == expected)\n      val successRate = (successful * 100d) \/ numberOfRuns\n      (config, successRate, totalTime)\n    }\n    ExecutionResults(description + \"\\n\\n\" + environment.description, configName, rates.toSeq, numberOfRuns)\n  }\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/utils\/Selector.scala","text":"\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai.utils\n\nimport com.github.mlworthing.rlai.Randomness\n\n\nobject Selector {\n\n  \/**\n    * Select index of 'chances' which is was selected according to it's chance.\n    * @param chances A List containing chances\n    * @return an index of 'chances' list which was selected\n    *\/\n  def select(chances: Iterable[Int])(implicit randomness: Randomness): Int = {\n    require(chances.nonEmpty, \"chances should not be empty\")\n    val maxLevel = chances.sum\n    val level = randomness.random.nextInt(maxLevel)\n    Selector.selectByLevel(chances, level)\n  }\n\n  \/\/TODO: Name it select. Is it bug in scala that it can't be polymorphic in `chances` parameter?\n  def selectDouble(chances: Iterable[Double])(implicit randomness: Randomness): Int = {\n    require(chances.nonEmpty, \"chances should not be empty\")\n    val maxLevel = chances.sum\n    val level = randomness.random.nextDouble() * maxLevel\n    Selector.selectByLevel(chances, level)\n  }\n\n  \/**\n    * Private Selector's method.\n    * Selects index by chance. It's slow but works. Not safe.\n    *\/\n  def selectByLevel[N : Numeric](chances: Iterable[N], level: N): Int = {\n    val numeric = implicitly[Numeric[N]]\n    val accumulated = chances\n      .scanLeft(numeric.zero)(numeric.plus)\n      .tail\n\n    accumulated \/\/a scan adds extra element in front\n      .zipWithIndex\n      .find(t => numeric.lt(level, t._1)) \/\/the most tricky part\n      .get._2\n  }\n}"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.5\"\n  lazy val spire = \"org.typelevel\" %% \"spire\" % \"0.16.2\"\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rl\/utils\/Factorial.scala","text":"package com.github.mlworthing.rl.utils\n\nobject Factorial {\n\n  def apply(n: Int): Long = {\n    assert(n >= 0)\n    factorial(n)\n  }\n\n  private val factorial: Map[Int, Long] = Map(\n    0  -> 1L,\n    1  -> 1L,\n    2  -> 2L,\n    3  -> 6L,\n    4  -> 24L,\n    5  -> 120L,\n    6  -> 720L,\n    7  -> 5040L,\n    8  -> 40320L,\n    9  -> 362880L,\n    10 -> 3628800L,\n    11 -> 39916800L,\n    12 -> 479001600L,\n    13 -> 6227020800L,\n    14 -> 87178291200L,\n    15 -> 1307674368000L,\n    16 -> 20922789888000L,\n    17 -> 355687428096000L,\n    18 -> 6402373705728000L,\n    19 -> 121645100408832000L,\n    20 -> 2432902008176640000L\n  ).withDefault(n => factorial(n - 1) * n)\n}\n"}
{"repo_name":"ml-worthing\/reinforcement-learning","path":"src\/main\/scala\/com\/github\/mlworthing\/rlai\/StatesAndActions.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 ml-worthing\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.mlworthing.rlai\n\n\/\/TODO: some better name for it?\ntrait StatesAndActions[S, A] {\n\n  def states: States[S]\n\n  def actions: Actions[S, A]\n\n  states.nonTerminalStates.foreach(s =>\n    require(\n      actions(s).nonEmpty,\n      s\"Non terminal states should have at least one action available. State [state=$s] has no available actions\"\n    )\n  )\n\n  states.terminalStates.foreach(s =>\n    require(\n      actions(s).isEmpty,\n      s\"Terminal states should not have any actions available. State [state=$s] had actions [${actions(s).mkString(\",\")}]\"\n    )\n  )\n}\n"}
{"repo_name":"bxyb214\/esspark","path":"src\/main\/scala\/SimpleApp.scala","text":"\/* SimpleApp.scala *\/\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.elasticsearch.spark._ \nimport org.elasticsearch.hadoop.mr.EsOutputFormat\nimport org.elasticsearch.hadoop.cfg.ConfigurationOptions;\nimport org.apache.hadoop.mapred.{FileOutputCommitter, FileOutputFormat, JobConf, OutputFormat}\n\n\nobject SimpleApp {\n  def main(args: Array[String]) {\n    \/\/val logFile = \"\/user\/hadoop\/test\/README.md\" \/\/ Should be some file on your system\n\/\/    val conf = new SparkConf().setAppName(\"Simple Application\")\n    val conf = new SparkConf().setAppName(\"Test elasticsearch.\")\/\/.setMaster(master)\n    conf.set(\"es.index.auto.create\", \"true\")\n    val sc = new SparkContext(conf)\n    \/*val logData = sc.textFile(logFile, 2).cache()\n    val numAs = logData.filter(line => line.contains(\"a\")).count()\n    val numBs = logData.filter(line => line.contains(\"b\")).count()\n    println(\"Lines with a: %s, Lines with b: %s\".format(numAs, numBs))*\/\n    val numbers = Map(\"one\" -> 1, \"two\" -> 2, \"three\" -> 3)\n    val airports = Map(\"arrival\" -> \"Otopeni\", \"SFO\" -> \"San Fran\")\n    val esNodes = \"172.16.58.3\"\n    val esResource = \"test\/hadoopDataset\"\n    val jobConf = new JobConf(sc.hadoopConfiguration)\n    jobConf.set(\"mapred.output.format.class\", \"org.elasticsearch.hadoop.mr.EsOutputFormat\")\n    jobConf.setOutputCommitter(classOf[FileOutputCommitter])\n    jobConf.set(ConfigurationOptions.ES_RESOURCE, esResource)\n    jobConf.set(ConfigurationOptions.ES_NODES, esNodes)\n    sc.makeRDD(Seq(numbers, airports)).saveToEs(esResource)\n    \n\/*    esNodes match {\n      case Some(node) => jobConf.set(ConfigurationOptions.ES_NODES, node)\n      case _ => \/\/ Skip it\n    }*\/\n  }\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/RichHeader.scala","text":"<filename>src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/RichHeader.scala<gh_stars>1-10\npackage com.github.j5ik2o.sw4jj\n\nimport com.auth0.jwt.interfaces.Header\n\nclass RichHeader(val underlying: Header) extends AnyVal with PimpedType[Header] {\n\n  def getAlgorithmAsScala: Option[String] = Option(underlying.getAlgorithm)\n\n  def getTypeAsScala: Option[String] = Option(underlying.getType)\n\n  def getContentTypeAsScala: Option[String] = Option(underlying.getContentType)\n\n  def getKeyIdAsScala: Option[String] = Option(underlying.getKeyId)\n\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"src\/test\/scala\/com\/github\/j5ik2o\/jwt\/JWTSpec.scala","text":"package com.github.j5ik2o.jwt\n\nimport com.auth0.jwt.JWT\nimport com.auth0.jwt.algorithms.Algorithm\nimport com.github.j5ik2o.sw4jj.Implicits._\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass JWTSpec extends AnyFunSpec with Matchers {\n\n  describe(\"JWT\") {\n\n    it(\"should call methods for Scala\") {\n      val token = JWT\n        .create()\n        .withIssuer(\"auth0\")\n        .withArrayClaim(\"test\", Array(\"test-1\"))\n        .sign(Algorithm.HMAC256(\"secret\"))\n\n      val verifier = JWT\n        .require(Algorithm.HMAC256(\"secret\"))\n        .withIssuer(\"auth0\")\n        .withArrayClaim(\"test\", \"test-1\")\n        .build()\n\n      val jwt = verifier.verify(token)\n\n      \/\/ for RichHeader\n      jwt.getAlgorithmAsScala should contain(\"HS256\")\n      jwt.getTypeAsScala shouldBe None\n      jwt.getContentTypeAsScala shouldBe None\n      jwt.getKeyIdAsScala shouldBe None\n\n      \/\/ for RichPayload\n      jwt.getSubjectAsScala shouldBe None\n      jwt.getAudienceAsScala shouldBe Seq.empty\n      jwt.getExpiresAtAsScala shouldBe None\n      jwt.getNotBeforeAsScala shouldBe None\n      jwt.getIssuedAtAsScala shouldBe None\n      jwt.getIdAsScala shouldBe None\n\n      \/\/ for RichClaim\n      jwt.getClaim(\"iss\").asScala[Option[String]] should contain(\"auth0\")\n      jwt.getClaimsAsScala.get(\"test\").map(_.asScala[Array[String]]) should contain(Array(\"test-1\"))\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala\nimport sbt._\n\nobject Dependencies {\n\n  object Versions {\n    val scala211Version              = \"2.11.12\"\n    val scala212Version              = \"2.12.13\"\n    val scala213Version              = \"2.13.5\"\n    val scalaTestVersion             = \"3.2.7\"\n    val logbackVersion               = \"1.2.3\"\n    val scalaCollectionCompatVersion = \"2.4.3\"\n    val dockerJavaVersion            = \"3.2.7\"\n    val progressBarVersion           = \"0.9.1\"\n    val enumeratumVersion            = \"1.6.1\"\n  }\n\n  object scalaLang {\n\n    val scalaCollectionCompat =\n      \"org.scala-lang.modules\" %% \"scala-collection-compat\" % Versions.scalaCollectionCompatVersion\n  }\n\n  object scalatest {\n    val scalatest = \"org.scalatest\" %% \"scalatest\" % Versions.scalaTestVersion\n  }\n\n  object auth0 {\n    val javaJwt = \"com.auth0\" % \"java-jwt\" % \"3.1.0\"\n  }\n\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/PimpedType.scala","text":"<filename>src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/PimpedType.scala\npackage com.github.j5ik2o.sw4jj\n\ntrait PimpedType[T] extends Any {\n\n  def underlying: T\n\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nimport Dependencies._\n\ndef crossScalacOptions(scalaVersion: String): Seq[String] = CrossVersion.partialVersion(scalaVersion) match {\n  case Some((2L, scalaMajor)) if scalaMajor >= 12 =>\n    Seq.empty\n  case Some((2L, scalaMajor)) if scalaMajor <= 11 =>\n    Seq(\"-Yinline-warnings\")\n}\n\nlazy val baseSettings = Seq(\n  organization := \"com.github.j5ik2o\",\n  homepage := Some(url(\"https:\/\/github.com\/j5ik2o\/sw4jj\")),\n  licenses := List(\"The MIT License\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n  developers := List(\n    Developer(\n      id = \"j5ik2o\",\n      name = \"<NAME>\",\n      email = \"<EMAIL>\",\n      url = url(\"https:\/\/blog.j5ik2o.me\")\n    )\n  ),\n  scalaVersion := Versions.scala211Version,\n  crossScalaVersions := Seq(Versions.scala211Version, Versions.scala212Version, Versions.scala213Version),\n  scalacOptions ++= (Seq(\n    \"-feature\",\n    \"-deprecation\",\n    \"-unchecked\",\n    \"-encoding\",\n    \"UTF-8\",\n    \"-language:_\",\n    \"-Ydelambdafy:method\",\n    \"-target:jvm-1.8\",\n    \"-Yrangepos\",\n    \"-Ywarn-unused\"\n  ) ++ crossScalacOptions(scalaVersion.value)),\n  libraryDependencies ++= Seq(\n    scalatest.scalatest % Test\n  ),\n  ThisBuild \/ scalafixScalaBinaryVersion := CrossVersion.binaryScalaVersion(scalaVersion.value),\n  semanticdbEnabled := true,\n  semanticdbVersion := scalafixSemanticdb.revision,\n  Test \/ publishArtifact := false,\n  Test \/ fork := true,\n  Test \/ parallelExecution := false\n)\n\nval root = (project in file(\".\"))\n  .settings(baseSettings)\n  .settings(\n    name := \"sw4jj\",\n    libraryDependencies ++= Seq(\n      auth0.javaJwt\n    ),\n    libraryDependencies ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2L, scalaMajor)) if scalaMajor == 13 =>\n          Seq.empty\n        case Some((2L, scalaMajor)) if scalaMajor <= 12 =>\n          Seq(\n            scalaLang.scalaCollectionCompat\n          )\n      }\n    }\n  )\n\n\/\/ --- Custom commands\naddCommandAlias(\"lint\", \";scalafmtCheck;test:scalafmtCheck;scalafmtSbtCheck;scalafixAll --check\")\naddCommandAlias(\"fmt\", \";scalafmtAll;scalafmtSbt\")\n"}
{"repo_name":"fossabot\/sw4jj","path":"src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/RichClaim.scala","text":"<filename>src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/RichClaim.scala\npackage com.github.j5ik2o.sw4jj\n\nimport com.auth0.jwt.interfaces.Claim\n\nimport java.util.Date\nimport scala.jdk.CollectionConverters._\nimport scala.reflect.ClassTag\n\nobject RichClaim {\n\n  trait Converter[A] {\n\n    def convert(self: Claim): A\n\n  }\n\n  implicit val intConverter: Converter[Int] = new Converter[Int] {\n\n    override def convert(self: Claim) =\n      self.asInt()\n  }\n\n  implicit val booleanConverter: Converter[Boolean] = new Converter[Boolean] {\n\n    override def convert(self: Claim) =\n      self.asBoolean()\n  }\n\n  implicit val stringConverter: Converter[String] = new Converter[String] {\n\n    override def convert(self: Claim) =\n      self.asString()\n  }\n\n  implicit val doubleConveter: Converter[Double] = new Converter[Double] {\n\n    override def convert(self: Claim) =\n      self.asDouble()\n  }\n\n  implicit val dateConverter: Converter[Date] = new Converter[Date] {\n\n    override def convert(self: Claim) =\n      self.asDate()\n  }\n\n  implicit def optConverter[T](implicit c: Converter[T]): Converter[Option[T]] = new Converter[Option[T]] {\n\n    override def convert(self: Claim): Option[T] =\n      Option(c.convert(self))\n  }\n\n  implicit def arrayConverter[T: ClassTag]: Converter[Array[T]] = new Converter[Array[T]] {\n\n    override def convert(self: Claim): Array[T] = {\n      val ru = implicitly[ClassTag[T]].runtimeClass\n      Option(self.asArray(ru)).map(_.asInstanceOf[Array[T]]).getOrElse(Array.empty[T])\n    }\n  }\n\n  implicit def setConverter[T: ClassTag](): Converter[Set[T]] = new Converter[Set[T]] {\n\n    override def convert(self: Claim): Set[T] = {\n      val ru = implicitly[ClassTag[T]].runtimeClass\n      Option(self.asList(ru)).map(_.asScala.asInstanceOf[Set[T]]).getOrElse(Set.empty[T])\n    }\n  }\n\n  implicit def seqConverter[T: ClassTag]: Converter[Seq[T]] = new Converter[Seq[T]] {\n\n    override def convert(self: Claim): Seq[T] = {\n      val ru = implicitly[ClassTag[T]].runtimeClass\n      Option(self.asList(ru)).map(_.asScala.asInstanceOf[Seq[T]]).getOrElse(Seq.empty[T])\n    }\n  }\n\n  implicit def listConverter[T: ClassTag]: Converter[List[T]] = new Converter[List[T]] {\n\n    override def convert(self: Claim): List[T] = {\n      val ru = implicitly[ClassTag[T]].runtimeClass\n      Option(self.asList(ru)).map(_.asScala.asInstanceOf[List[T]]).getOrElse(List.empty[T])\n    }\n  }\n\n  implicit def otherConverter[T: ClassTag]: Converter[T] = new Converter[T] {\n\n    override def convert(self: Claim): T = {\n      val ru = implicitly[ClassTag[T]].runtimeClass\n      self.as(ru).asInstanceOf[T]\n    }\n  }\n\n}\n\nclass RichClaim(val underlying: Claim) extends AnyVal with PimpedType[Claim] {\n\n  import RichClaim._\n\n  def asScala[A](implicit c: Converter[A]): A = {\n    c.convert(underlying)\n  }\n\n}\n"}
{"repo_name":"fossabot\/sw4jj","path":"src\/main\/scala\/com\/github\/j5ik2o\/sw4jj\/RichPayload.scala","text":"package com.github.j5ik2o.sw4jj\n\nimport java.util.Date\nimport com.auth0.jwt.interfaces.{ Claim, Payload }\n\nimport scala.jdk.CollectionConverters._\n\nclass RichPayload(val underlying: Payload) extends AnyVal with PimpedType[Payload] {\n\n  def getIssuerAsScala: Option[String] = Option(underlying.getIssuer)\n\n  def getSubjectAsScala: Option[String] = Option(underlying.getSubject)\n\n  def getAudienceAsScala: Seq[String] = Option(underlying.getAudience).fold(Seq.empty[String])(_.asScala.toSeq)\n\n  def getExpiresAtAsScala: Option[Date] = Option(underlying.getExpiresAt)\n\n  def getNotBeforeAsScala: Option[Date] = Option(underlying.getNotBefore)\n\n  def getIssuedAtAsScala: Option[Date] = Option(underlying.getIssuedAt)\n\n  def getIdAsScala: Option[String] = Option(underlying.getId)\n\n  def getClaimsAsScala: Map[String, Claim] = underlying.getClaims.asScala.toMap\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"scalashop\/assignment.sbt","text":"course := \"parprog1\"\nassignment := \"scalashop\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"MhXvy\",\n  premiumItemId = Some(\"NeGTv\"),\n  partId = \"Q2e1P\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"kmeans\/assignment.sbt","text":"<gh_stars>1-10\ncourse := \"parprog1\"\nassignment := \"kmeans\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"Olt0g\",\n  premiumItemId = Some(\"akLxD\"),\n  partId = \"mz8iL\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"quickcheck\/assignment.sbt","text":"course := \"progfun2\"\nassignment := \"quickcheck\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"ML01L\",\n  premiumItemId = Some(\"DF4y7\"),\n  partId = \"DZTNG\",\n  styleSheet = Some((_: File) \/ \"scalastyle\" \/ \"scalastyle_config.xml\")\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"scalashop\/src\/main\/scala\/scalashop\/package.scala","text":"\nimport common._\n\npackage object scalashop {\n\n  \/** The value of every pixel is represented as a 32 bit integer. *\/\n  type RGBA = Int\n\n  \/** Returns the red component. *\/\n  def red(c: RGBA): Int = (0xff000000 & c) >>> 24\n\n  \/** Returns the green component. *\/\n  def green(c: RGBA): Int = (0x00ff0000 & c) >>> 16\n\n  \/** Returns the blue component. *\/\n  def blue(c: RGBA): Int = (0x0000ff00 & c) >>> 8\n\n  \/** Returns the alpha component. *\/\n  def alpha(c: RGBA): Int = (0x000000ff & c) >>> 0\n\n  \/** Used to create an RGBA value from separate components. *\/\n  def rgba(r: Int, g: Int, b: Int, a: Int): RGBA = {\n    (r << 24) | (g << 16) | (b << 8) | (a << 0)\n  }\n\n  \/** Restricts the integer into the specified range. *\/\n  def clamp(v: Int, min: Int, max: Int): Int = {\n    if (v < min) min\n    else if (v > max) max\n    else v\n  }\n\n  \/** Image is a two-dimensional matrix of pixel values. *\/\n  class Img(val width: Int, val height: Int, private val data: Array[RGBA]) {\n    def this(w: Int, h: Int) = this(w, h, new Array(w * h))\n\n    def apply(x: Int, y: Int): RGBA = data(y * width + x)\n\n    def update(x: Int, y: Int, c: RGBA): Unit = data(y * width + x) = c\n  }\n\n  \/** Computes the blurred RGBA value of a single pixel of the input image. *\/\n  def boxBlurKernel(src: Img, x: Int, y: Int, radius: Int): RGBA = {\n    \/\/ TODO implement using while loops\n    var (sumR, sumG, sumB, sumA, count) = (0, 0, 0, 0, 0)\n    val (width, height) = (src.width, src.height)\n    var y0: Int = clamp(y - radius, 0, height - 1)\n    while (y0 <= clamp(y + radius, 0, height - 1)) {\n      var x0: Int = clamp(x - radius, 0, width - 1)\n      while (x0 <= clamp(x + radius, 0, width - 1)) {\n        val c: RGBA = src(x0, y0)\n        sumR = sumR + red(c)\n        sumG = sumG + green(c)\n        sumB = sumB + blue(c)\n        sumA = sumA + alpha(c)\n        count = count + 1\n        x0 = x0 + 1\n      }\n      y0 = y0 + 1\n    }\n\n    if (count != 0) {\n      sumR = sumR \/ count\n      sumG = sumG \/ count\n      sumB = sumB \/ count\n      sumA = sumA \/ count\n    }\n\n    rgba(sumR, sumG, sumB, sumA)\n\n  }\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/project\/CommonBuild.scala","text":"import sbt._\n\ntrait CommonBuild extends Build {\n\n  val course = SettingKey[String](\"course\")\n\n  val assignment = SettingKey[String](\"assignment\")\n\n  val courseId = SettingKey[String](\"courseId\")\n\n  val commonSourcePackages = SettingKey[Seq[String]](\"commonSourcePackages\")\n\n  lazy val scalaTestDependency = \"org.scalatest\" %% \"scalatest\" % \"2.2.4\"\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"reductions\/assignment.sbt","text":"course := \"parprog1\"\nassignment := \"reductions\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"U1eU3\",\n  premiumItemId = Some(\"4rXwX\"),\n  partId = \"gmSnR\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/project\/GradingFeedback.scala","text":"import sbt.{Logger, Level}\n\nimport collection.mutable.ListBuffer\n\nclass GradingFeedback {\n\n  def maxTestScore = maxScore * (1 - styleScoreRatio)\n\n  def maxStyleScore = maxScore * styleScoreRatio\n\n  def totalScore = vTestScore + vStyleScore\n\n  def maxTotalScore = maxTestScore + maxStyleScore\n\n  def feedbackString =\n    s\"\"\"|${totalGradeMessage(totalScore)}\n        |\n        |\n        |${feedbackSummary.mkString(\"\\n\\n\")}\n        |\n        |${feedbackDetails.mkString(\"\\n\")}\"\"\".stripMargin\n\n  \/**\n    * `failed` means that there was an unexpected error during grading. This includes\n    * - student's code does not compile\n    * - our tests don't compile (against the student's code)\n    * - crash while executing ScalaTest (not test failures, but problems trying to run the tests!)\n    * - crash while executing the style checker (again, not finding style problems!)\n    *\n    * When failed is `true`, later grading stages will not be executed: this is handled automatically\n    * by SBT, tasks depending on a failed one are not run.\n    *\n    * However, these dependent tasks still fail (i.e. mapR on them is invoked). The variable below\n    * allows us to know if something failed before. In this case, we don't add any more things to\n    * the log. (see `ProgFunBuild.handleFailure`)\n    *\/\n  def isFailed = failed\n\n  \/* Methods to build up the feedback log *\/\n\n  def compileFailed(log: String) {\n    failed = true\n    addSummary(compileFailedMessage)\n    addDetails(\"======== COMPILATION FAILURES ========\")\n    addDetails(log)\n  }\n\n  def testCompileFailed(log: String) {\n    failed = true\n    addSummary(testCompileFailedMessage)\n    addDetails(\"======== TEST COMPILATION FAILURES ========\")\n    addDetails(log)\n  }\n\n  def allTestsPassed() {\n    addSummary(allTestsPassedMessage)\n    vTestScore = maxTestScore\n  }\n\n  def testsFailed(log: String, score: Double) {\n    failed = true\n    addSummary(testsFailedMessage(score))\n    vTestScore = score\n    addDetails(\"======== LOG OF FAILED TESTS ========\")\n    addDetails(log)\n  }\n\n  def testExecutionFailed(log: String) {\n    failed = true\n    addSummary(testExecutionFailedMessage)\n    addDetails(\"======== ERROR LOG OF TESTING TOOL ========\")\n    addDetails(log)\n  }\n\n  def testExecutionDebugLog(log: String) {\n    addDetails(\"======== DEBUG OUTPUT OF TESTING TOOL ========\")\n    addDetails(log)\n  }\n\n  def perfectStyle() {\n    addSummary(perfectStyleMessage)\n    vStyleScore = maxStyleScore\n  }\n\n  def styleProblems(log: String, score: Double) {\n    addSummary(styleProblemsMessage(score))\n    vStyleScore = score\n    addDetails(\"======== CODING STYLE ISSUES ========\")\n    addDetails(log)\n  }\n\n  def unpackFailed(log: String) {\n    failed = true\n    addSummary(unpackFailedMessage)\n    addDetails(\"======== FAILURES WHILE EXTRACTING THE SUBMISSION ========\")\n    addDetails(log)\n  }\n\n  def setMaxScore(newMaxScore: Double, newStyleScoreRatio: Double): Unit = {\n    maxScore = newMaxScore\n    styleScoreRatio = newStyleScoreRatio\n  }\n\n  private var maxScore: Double = _\n  private var styleScoreRatio: Double = _\n\n  private var vTestScore: Double = 0d\n  private var vStyleScore: Double = 0d\n\n  private val feedbackSummary = new ListBuffer[String]()\n  private val feedbackDetails = new ListBuffer[String]()\n\n  private var failed = false\n\n  private def addSummary(msg: String): Unit =\n    feedbackSummary += msg\n\n  private def addDetails(msg: String): Unit =\n    feedbackDetails += msg\n\n  \/* Feedback Messages *\/\n\n  private val unpackFailedMessage =\n    \"\"\"Extracting the archive containing your source code failed.\n      |\n      |If you see this error message as your grade feedback, please verify that you used the unchanged\n      |`sbt submit` command to upload your assignment and verify that you have the latest assignment\n      |handout. If you did all of the above and grading still fails, please check the forums to see if\n      |this issue has already been reported. See below for a detailed error log.\"\"\".stripMargin\n\n  private val compileFailedMessage =\n    \"\"\"We were not able to compile the source code you submitted. This is not expected to happen,\n      |because the `submit` command in SBT can only be executed if your source code compiles.\n      |\n      |Please verify the following points:\n      | - You should use the `submit` command in SBT to upload your solution\n      | - You should not perform any changes to the SBT project definition files, i.e. the *.sbt\n      |   files, and the files in the `project\/` directory\n      |\n      |Take a careful look at the compiler output below - maybe you can find out what the problem is.\n      |\n      |If you cannot find a solution, ask for help on the discussion forums on the course website.\"\"\".stripMargin\n\n  private val testCompileFailedMessage =\n    \"\"\"We were not able to compile our tests, and therefore we could not correct your submission.\n      |\n      |The most likely reason for this problem is that your submitted code uses different names\n      |for methods, classes, objects or different types than expected.\n      |\n      |In principle, this can only arise if you changed some names or types in the code that we\n      |provide, for instance a method name or a parameter type.\n      |\n      |To diagnose your problem, perform the following steps:\n      | - Run the tests that we provide with our hand-out. These tests verify that all names and\n      |   types are correct. In case these tests pass, but you still see this message, please post\n      |   a report on the forums [1].\n      | - Take a careful look at the error messages from the Scala compiler below. They should give\n      |   you a hint where your code has an unexpected shape.\n      |\n      |If you cannot find a solution, ask for help on the discussion forums on the course website.\"\"\".stripMargin\n\n  private def testsFailedMessage(score: Double) =\n    \"\"\"The code you submitted did not pass all of our tests: your submission achieved a score of\n      |%.2f out of %.2f in our tests.\n      |\n      |In order to find bugs in your code, we advise to perform the following steps:\n      | - Take a close look at the test output that you can find below: it should point you to\n      |   the part of your code that has bugs.\n      | - Run the tests that we provide with the handout on your code.\n      | - The tests we provide do not test your code in depth: they are very incomplete. In order\n      |   to test more aspects of your code, write your own unit tests.\n      | - Take another very careful look at the assignment description. Try to find out if you\n      |   misunderstood parts of it. While reading through the assignment, write more tests.\n      |\n      |Below you can find a short feedback for every individual test that failed.\"\"\".stripMargin.format(score, maxTestScore)\n\n  \/\/ def so that we read the right value of vMaxTestScore (initialize modifies it)\n  private def allTestsPassedMessage =\n    \"\"\"Your solution passed all of our tests, congratulations! You obtained the maximal test\n      |score of %.2f.\"\"\".stripMargin.format(maxTestScore)\n\n  private val testExecutionFailedMessage =\n    \"\"\"An error occurred while running our tests on your submission.\n      |\n      |In order for us to help you, please contact one of the teaching assistants and send\n      |them the entire feedback message that you received.\"\"\".stripMargin\n\n  \/\/ def so that we read the right value of vMaxStyleScore (initialize modifies it)\n  private def perfectStyleMessage =\n    \"\"\"Our automated style checker tool could not find any issues with your code. You obtained the maximal\n      |style score of %.2f.\"\"\".stripMargin.format(maxStyleScore)\n\n  private def styleProblemsMessage(score: Double) =\n    \"\"\"Our automated style checker tool found issues in your code with respect to coding style: it\n      |computed a style score of %.2f out of %.2f for your submission. See below for detailed feedback.\"\"\".stripMargin.format(score, maxStyleScore)\n\n  private def totalGradeMessage(score: Double) =\n    \"\"\"Your overall score for this assignment is %.2f out of %.2f\"\"\".format(score, maxTestScore + maxStyleScore)\n\n}\n\n\/**\n  * Logger to capture compiler output, test output\n  *\/\n\nobject RecordingLogger extends Logger {\n  private val buffer = ListBuffer[String]()\n\n  def hasErrors = buffer.nonEmpty\n\n  def readAndClear() = {\n    val res = buffer.mkString(\"\\n\")\n    buffer.clear()\n    res\n  }\n\n  def clear() {\n    buffer.clear()\n  }\n\n  def log(level: Level.Value, message: => String) =\n    if (level == Level.Error) {\n      buffer += message\n    }\n\n  \/\/ we don't log success here\n  def success(message: => String) = ()\n\n  \/\/ invoked when a task throws an exception. invoked late, when the exception is logged, i.e.\n  \/\/ just before returning to the prompt. therefore we do nothing: storing the exception in the\n  \/\/ buffer would happen *after* the `handleFailure` reads the buffer.\n  def trace(t: => Throwable) = ()\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"barneshut\/src\/main\/scala\/barneshut\/SimulationCanvas.scala","text":"package barneshut\n\nimport java.awt._\nimport java.awt.event._\nimport javax.swing._\nimport javax.swing.event._\n\nclass SimulationCanvas(val model: SimulationModel) extends JComponent {\n\n  val MAX_RES = 3000\n\n  val pixels = new Array[Int](MAX_RES * MAX_RES)\n\n  override def paintComponent(gcan: Graphics) = {\n    super.paintComponent(gcan)\n\n    val width = getWidth\n    val height = getHeight\n    val img = new image.BufferedImage(width, height, image.BufferedImage.TYPE_INT_ARGB)\n\n    \/\/ clear canvas pixels\n    for (x <- 0 until MAX_RES; y <- 0 until MAX_RES) pixels(y * width + x) = 0\n    \n    \/\/ count number of bodies in each pixel\n    for (b <- model.bodies) {\n      val px = ((b.x - model.screen.minX) \/ model.screen.width * width).toInt\n      val py = ((b.y - model.screen.minY) \/ model.screen.height * height).toInt\n      if (px >= 0 && px < width && py >= 0 && py < height) pixels(py * width + px) += 1\n    }\n\n    \/\/ set image intensity depending on the number of bodies in the pixel\n    for (y <- 0 until height; x <- 0 until width) {\n      val count = pixels(y * width + x)\n      val intensity = if (count > 0) math.min(255, 70 + count * 50) else 0\n      val color = (255 << 24) | (intensity << 16) | (intensity << 8) | intensity\n      img.setRGB(x, y, color)\n    }\n\n    \/\/ for debugging purposes, if the number of bodies is small, output their locations\n    val g = img.getGraphics.asInstanceOf[Graphics2D]\n    g.setColor(Color.GRAY)\n    if (model.bodies.length < 350) for (b <- model.bodies) {\n      def round(x: Float) = (x * 100).toInt \/ 100.0f\n      val px = ((b.x - model.screen.minX) \/ model.screen.width * width).toInt\n      val py = ((b.y - model.screen.minY) \/ model.screen.height * height).toInt\n      if (px >= 0 && px < width && py >= 0 && py < height) {\n        g.drawString(s\"${round(b.x)}, ${round(b.y)}\", px, py)\n      }\n    }\n\n    \/\/ render quad if necessary\n    if (model.shouldRenderQuad) {\n      g.setRenderingHint(RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_ON)\n      val green = new Color(0, 225, 80, 150)\n      val red = new Color(200, 0, 0, 150)\n      g.setColor(green)\n      def drawQuad(depth: Int, quad: Quad): Unit = {\n        def drawRect(fx: Float, fy: Float, fsz: Float, q: Quad, fill: Boolean = false) {\n          val x = ((fx - model.screen.minX) \/ model.screen.width * width).toInt\n          val y = ((fy - model.screen.minY) \/ model.screen.height * height).toInt\n          val w = ((fx + fsz - model.screen.minX) \/ model.screen.width * width).toInt - x\n          val h = ((fy + fsz - model.screen.minY) \/ model.screen.height * height).toInt - y\n          g.drawRect(x, y, w, h)\n          if (fill) g.fillRect(x, y, w, h)\n          if (depth <= 5) g.drawString(\"#:\" + q.total, x + w \/ 2, y + h \/ 2)\n        }\n        quad match {\n          case Fork(nw, ne, sw, se) =>\n            val cx = quad.centerX\n            val cy = quad.centerY\n            val sz = quad.size\n            drawRect(cx - sz \/ 2, cy - sz \/ 2, sz \/ 2, nw)\n            drawRect(cx - sz \/ 2, cy, sz \/ 2, sw)\n            drawRect(cx, cy - sz \/ 2, sz \/ 2, ne)\n            drawRect(cx, cy, sz \/ 2, se)\n            drawQuad(depth + 1, nw)\n            drawQuad(depth + 1, ne)\n            drawQuad(depth + 1, sw)\n            drawQuad(depth + 1, se)\n          case Empty(_, _, _) | Leaf(_, _, _, _) =>\n            \/\/ done\n        }\n      }\n      drawQuad(0, model.quad)\n      \n    }\n    gcan.drawImage(img, 0, 0, null)\n  }\n\n  \/\/ zoom on mouse rotation\n  addMouseWheelListener(new MouseAdapter {\n    override def mouseWheelMoved(e: MouseWheelEvent) {\n      val rot = e.getWheelRotation\n      val cx = model.screen.centerX\n      val cy = model.screen.centerY\n      val w = model.screen.width\n      val h = model.screen.height\n      val factor = {\n        if (rot > 0) 0.52f\n        else if (rot < 0) 0.48f\n        else 0.5f\n      }\n      model.screen.minX = cx - w * factor\n      model.screen.minY = cy - h * factor\n      model.screen.maxX = cx + w * factor\n      model.screen.maxY = cy + h * factor\n      repaint()\n    }\n  })\n\n  \/\/ reset the last known mouse drag position on mouse press\n  var xlast = Int.MinValue\n  var ylast = Int.MinValue\n  addMouseListener(new MouseAdapter {\n    override def mousePressed(e: MouseEvent) {\n      xlast = Int.MinValue\n      ylast = Int.MinValue\n    }\n  })\n\n  \/\/ update the last known mouse drag position on mouse drag,\n  \/\/ update the boundaries of the visible area\n  addMouseMotionListener(new MouseMotionAdapter {\n    override def mouseDragged(e: MouseEvent) {\n      val xcurr = e.getX\n      val ycurr = e.getY\n      if (xlast != Int.MinValue) {\n        val xd = xcurr - xlast\n        val yd = ycurr - ylast\n        val w = model.screen.width\n        val h = model.screen.height\n        val cx = model.screen.centerX - xd * w \/ 1000\n        val cy = model.screen.centerY - yd * h \/ 1000\n        model.screen.minX = cx - w \/ 2\n        model.screen.minY = cy - h \/ 2\n        model.screen.maxX = cx + w \/ 2\n        model.screen.maxY = cy + h \/ 2\n        println(model.screen)\n      }\n      xlast = xcurr\n      ylast = ycurr\n      repaint()\n    }\n  })\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"streams\/assignment.sbt","text":"course := \"progfun2\"\nassignment := \"streams\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"VSzXq\",\n  premiumItemId = Some(\"Sh2dW\"),\n  partId = \"EKNhX\",\n  styleSheet = Some((_: File) \/ \"scalastyle\" \/ \"scalastyle_config.xml\")\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"barneshut\/assignment.sbt","text":"course := \"parprog1\"\nassignment := \"barneshut\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"z1ugn\",\n  premiumItemId = Some(\"xGkV0\"),\n  partId = \"ep95q\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"barneshut\/src\/main\/scala\/barneshut\/SimulationModel.scala","text":"package barneshut\n\nimport java.awt._\nimport java.awt.event._\nimport javax.swing._\nimport javax.swing.event._\nimport scala.collection.parallel.{TaskSupport, defaultTaskSupport}\n\nclass SimulationModel {\n\n  var screen = new Boundaries\n\n  var bodies: Seq[Body] = Nil\n\n  var quad: Quad = Empty(screen.centerX, screen.centerY, Float.MaxValue)\n\n  var shouldRenderQuad = false\n\n  var timeStats = new TimeStatistics\n\n  var taskSupport: TaskSupport = defaultTaskSupport\n\n  def initialize(parallelismLevel: Int, pattern: String, totalBodies: Int) {\n    taskSupport = new collection.parallel.ForkJoinTaskSupport(\n      new scala.concurrent.forkjoin.ForkJoinPool(parallelismLevel))\n\n    pattern match {\n      case \"two-galaxies\" => init2Galaxies(totalBodies)\n      case _ => sys.error(s\"no such initial pattern: $pattern\")\n    }\n  }\n\n  def init2Galaxies(totalBodies: Int) {\n    val bodyArray = new Array[Body](totalBodies)\n    val random = new scala.util.Random(213L)\n\n    def galaxy(from: Int, num: Int, maxradius: Float, cx: Float, cy: Float, sx: Float, sy: Float) {\n      val totalM = 1.5f * num\n      val blackHoleM = 1.0f * num\n      val cubmaxradius = maxradius * maxradius * maxradius\n      for (i <- from until (from + num)) {\n        val b = if (i == from) {\n          new Body(blackHoleM, cx, cy, sx, sy)\n        } else {\n          val angle = random.nextFloat * 2 * math.Pi\n          val radius = 25 + maxradius * random.nextFloat\n          val starx = cx + radius * math.sin(angle).toFloat\n          val stary = cy + radius * math.cos(angle).toFloat\n          val speed = math.sqrt(gee * blackHoleM \/ radius + gee * totalM * radius * radius \/ cubmaxradius)\n          val starspeedx = sx + (speed * math.sin(angle + math.Pi \/ 2)).toFloat\n          val starspeedy = sy + (speed * math.cos(angle + math.Pi \/ 2)).toFloat\n          val starmass = 1.0f + 1.0f * random.nextFloat\n          new Body(starmass, starx, stary, starspeedx, starspeedy)\n        }\n        bodyArray(i) = b\n      }\n    }\n\n    galaxy(0, bodyArray.length \/ 8, 300.0f, 0.0f, 0.0f, 0.0f, 0.0f)\n    galaxy(bodyArray.length \/ 8, bodyArray.length \/ 8 * 7, 350.0f, -1800.0f, -1200.0f, 0.0f, 0.0f)\n\n    bodies = bodyArray.toSeq\n\n    \/\/ compute center and boundaries\n    screen = new Boundaries\n    screen.minX = -2200.0f\n    screen.minY = -1600.0f\n    screen.maxX = 350.0f\n    screen.maxY = 350.0f\n  }\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/build.sbt","text":"name := course.value + \"-\" + assignment.value\n\nscalaVersion := \"2.11.12\"\n\nscalacOptions ++= Seq(\"-deprecation\")\n\ncourseId := \"e8VseYIYEeWxQQoymFg8zQ\"\n\nresolvers += Resolver.sonatypeRepo(\"releases\")\n\n\/\/ grading libraries\nlibraryDependencies += \"junit\" % \"junit\" % \"4.10\" % Test\nlibraryDependencies ++= Seq(\n  \"org.apache.spark\" %% \"spark-core\" % \"2.1.0\",\n  \"org.apache.spark\" %% \"spark-sql\" % \"2.1.0\"\n)\n\n\/\/ include the common dir\ncommonSourcePackages += \"common\"\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"calculator\/webui.sbt","text":"lazy val webUI = project.in(file(\"web-ui\")).\n  enablePlugins(ScalaJSPlugin).\n  settings(\n    scalaVersion := \"2.11.12\",\n    \/\/ Add the sources of the calculator project\n    unmanagedSourceDirectories in Compile +=\n      (scalaSource in (root, Compile)).value \/ \"calculator\",\n    libraryDependencies += \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.4\",\n    scalaJSUseMainModuleInitializer := true\n  )\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"scalashop\/src\/main\/scala\/scalashop\/ScalaShop.scala","text":"<reponame>devssh\/LearningScalaFP<filename>scalashop\/src\/main\/scala\/scalashop\/ScalaShop.scala<gh_stars>0\npackage scalashop\n\nimport java.awt._\nimport java.awt.event._\nimport javax.swing._\nimport javax.swing.event._\nimport scala.collection.parallel._\nimport scala.collection.par._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.reflect.ClassTag\nimport org.scalameter._\nimport common._\n\nobject ScalaShop {\n\n  class ScalaShopFrame extends JFrame(\"ScalaShop\\u2122\") {\n    setDefaultCloseOperation(WindowConstants.EXIT_ON_CLOSE)\n    setSize(1024, 600)\n    setLayout(new BorderLayout)\n\n    val rightpanel = new JPanel\n    rightpanel.setBorder(BorderFactory.createEtchedBorder(border.EtchedBorder.LOWERED))\n    rightpanel.setLayout(new BorderLayout)\n    add(rightpanel, BorderLayout.EAST)\n\n    val controls = new JPanel\n    controls.setLayout(new GridLayout(0, 2))\n    rightpanel.add(controls, BorderLayout.NORTH)\n\n    val filterLabel = new JLabel(\"Filter\")\n    controls.add(filterLabel)\n\n    val filterCombo = new JComboBox(Array(\n      \"horizontal-box-blur\",\n      \"vertical-box-blur\"\n    ))\n    controls.add(filterCombo)\n\n    val radiusLabel = new JLabel(\"Radius\")\n    controls.add(radiusLabel)\n\n    val radiusSpinner = new JSpinner(new SpinnerNumberModel(3, 1, 16, 1))\n    controls.add(radiusSpinner)\n\n    val tasksLabel = new JLabel(\"Tasks\")\n    controls.add(tasksLabel)\n\n    val tasksSpinner = new JSpinner(new SpinnerNumberModel(32, 1, 128, 1))\n    controls.add(tasksSpinner)\n\n    val stepbutton = new JButton(\"Apply filter\")\n    stepbutton.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent) {\n        val time = measure {\n          canvas.applyFilter(getFilterName, getNumTasks, getRadius)\n        }\n        updateInformationBox(time)\n      }\n    })\n    controls.add(stepbutton)\n\n    val clearButton = new JButton(\"Reload\")\n    clearButton.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent) {\n        canvas.reload()\n      }\n    })\n    controls.add(clearButton)\n\n    val info = new JTextArea(\"   \")\n    info.setBorder(BorderFactory.createLoweredBevelBorder)\n    rightpanel.add(info, BorderLayout.SOUTH)\n\n    val mainMenuBar = new JMenuBar()\n\n    val fileMenu = new JMenu(\"File\")\n    val openMenuItem = new JMenuItem(\"Open...\")\n    openMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent) {\n        val fc = new JFileChooser()\n        if (fc.showOpenDialog(ScalaShopFrame.this) == JFileChooser.APPROVE_OPTION) {\n          canvas.loadFile(fc.getSelectedFile.getPath)\n        }\n      }\n    })\n    fileMenu.add(openMenuItem)\n    val exitMenuItem = new JMenuItem(\"Exit\")\n    exitMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent) {\n        sys.exit(0)\n      }\n    })\n    fileMenu.add(exitMenuItem)\n\n    mainMenuBar.add(fileMenu)\n\n    val helpMenu = new JMenu(\"Help\")\n    val aboutMenuItem = new JMenuItem(\"About\")\n    aboutMenuItem.addActionListener(new ActionListener {\n      def actionPerformed(e: ActionEvent) {\n        JOptionPane.showMessageDialog(null, \"ScalaShop, the ultimate image manipulation tool\\nBrought to you by EPFL, 2015\")\n      }\n    })\n    helpMenu.add(aboutMenuItem)\n\n    mainMenuBar.add(helpMenu)\n\n    setJMenuBar(mainMenuBar)\n\n    val canvas = new PhotoCanvas\n\n    val scrollPane = new JScrollPane(canvas)\n\n    add(scrollPane, BorderLayout.CENTER)\n    setVisible(true)\n\n    def updateInformationBox(time: Double) {\n      info.setText(s\"Time: $time\")\n    }\n\n    def getNumTasks: Int = tasksSpinner.getValue.asInstanceOf[Int]\n\n    def getRadius: Int = radiusSpinner.getValue.asInstanceOf[Int]\n\n    def getFilterName: String = {\n      filterCombo.getSelectedItem.asInstanceOf[String]\n    }\n\n  }\n\n  try {\n    UIManager.setLookAndFeel(UIManager.getSystemLookAndFeelClassName())\n  } catch {\n    case _: Exception => println(\"Cannot set look and feel, using the default one.\")\n  }\n\n  val frame = new ScalaShopFrame\n\n  def main(args: Array[String]) {\n    frame.repaint()\n  }\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"reductions\/src\/main\/scala\/reductions\/ParallelParenthesesBalancing.scala","text":"<reponame>devssh\/LearningScalaFP\npackage reductions\n\nimport scala.annotation._\nimport org.scalameter._\nimport common._\n\nobject ParallelParenthesesBalancingRunner {\n\n  @volatile var seqResult = false\n\n  @volatile var parResult = false\n\n  val standardConfig = config(\n    Key.exec.minWarmupRuns -> 40,\n    Key.exec.maxWarmupRuns -> 80,\n    Key.exec.benchRuns -> 120,\n    Key.verbose -> true\n  ) withWarmer (new Warmer.Default)\n\n  def main(args: Array[String]): Unit = {\n    val length = 100000000\n    val chars = new Array[Char](length)\n    val threshold = 10000\n    val seqtime = standardConfig measure {\n      seqResult = ParallelParenthesesBalancing.balance(chars)\n    }\n    println(s\"sequential result = $seqResult\")\n    println(s\"sequential balancing time: $seqtime ms\")\n\n    val fjtime = standardConfig measure {\n      parResult = ParallelParenthesesBalancing.parBalance(chars, threshold)\n    }\n    println(s\"parallel result = $parResult\")\n    println(s\"parallel balancing time: $fjtime ms\")\n    println(s\"speedup: ${seqtime \/ fjtime}\")\n  }\n}\n\nobject ParallelParenthesesBalancing {\n\n  \/** Returns `true` iff the parentheses in the input `chars` are balanced.\n    *\/\n  def balance(chars: Array[Char]): Boolean = {\n    def countParen(charsArray: Array[Char], count: Int): Boolean = {\n      (charsArray, count) match {\n        case (_, y) if y < 0 => false\n        case (Array(), 0) => true\n        case (Array(), _) => false\n        case (x, _) => {\n          x match {\n            case Array('(', _*) => countParen(x.drop(1), count + 1)\n            case Array(')', _*) => countParen(x.drop(1), count - 1)\n            case _ => countParen(x.drop(1), count)\n          }\n        }\n      }\n    }\n\n\n    chars match {\n      case Array() => true\n      case x => countParen(x, 0)\n    }\n  }\n\n  \/** Returns `true` iff the parentheses in the input `chars` are balanced.\n    *\/\n  def parBalance(chars: Array[Char], threshold: Int): Boolean = {\n\n    def traverse(idx: Int, until: Int, illegalClosingParenthesis: Int, openParenthesis: Int): (Int, Int) = {\n      if (idx == until) {\n        (illegalClosingParenthesis, openParenthesis)\n      }\n      else {\n        chars(idx) match {\n          case '(' => traverse(idx + 1, until, illegalClosingParenthesis, openParenthesis + 1)\n          case ')' => if (openParenthesis > 0) {\n            traverse(idx + 1, until, illegalClosingParenthesis, openParenthesis - 1)\n          }\n          else {\n            traverse(idx + 1, until, illegalClosingParenthesis + 1, openParenthesis)\n          }\n          case '_' => traverse(idx + 1, until, illegalClosingParenthesis, openParenthesis)\n        }\n      }\n    }\n\n    def reduce(from: Int, until: Int): (Int, Int) = {\n      def combine(start: (Int, Int), end: (Int, Int)): (Int, Int) = {\n        (start._1, end._2 + (start._2 - end._1))\n      }\n\n      if (until - from <= threshold) {\n        traverse(from, until, 0, 0)\n      } else {\n        val middle = (from + until) \/ 2\n        val (left, right) = parallel(reduce(from, middle), reduce(middle, until))\n        combine(left, right)\n      }\n    }\n\n\n    reduce(0, chars.length) == (0, 0)\n  }\n\n  \/\/ For those who want more:\n  \/\/ Prove that your reduction operator is associative!\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"calculator\/src\/main\/scala\/calculator\/Polynomial.scala","text":"package calculator\n\nobject Polynomial {\n  def computeDelta(a: Signal[Double], b: Signal[Double],\n                   c: Signal[Double]): Signal[Double] = {\n    Signal(Math.pow(b(), 2) - (4 * a() * c()))\n  }\n\n  def computeSolutions(a: Signal[Double], b: Signal[Double],\n                       c: Signal[Double], delta: Signal[Double]): Signal[Set[Double]] = {\n    val discriminant = computeDelta(a,b,c)()\n    if(discriminant<0) Signal(Set[Double]())\n    else if(discriminant==0) Signal(Set[Double](0))\n    else Signal(List(\n      (-b() + Math.sqrt(discriminant)) \/ (2 * a()),\n      (-b() - Math.sqrt(discriminant)) \/ (2 * a())\n    ).toSet)\n  }\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"barneshut\/src\/main\/scala\/barneshut\/conctrees\/Conc.scala","text":"<filename>barneshut\/src\/main\/scala\/barneshut\/conctrees\/Conc.scala<gh_stars>10-100\npackage barneshut\npackage conctrees\n\nimport scala.annotation.tailrec\n\nsealed trait Conc[@specialized(Int, Long, Float, Double) +T] {\n  def level: Int\n  def size: Int\n  def left: Conc[T]\n  def right: Conc[T]\n  def normalized = this\n}\n\nobject Conc {\n\n  case class <>[+T](left: Conc[T], right: Conc[T]) extends Conc[T] {\n    val level = 1 + math.max(left.level, right.level)\n    val size = left.size + right.size\n  }\n\n  sealed trait Leaf[T] extends Conc[T] {\n    def left = sys.error(\"Leaves do not have children.\")\n    def right = sys.error(\"Leaves do not have children.\")\n  }\n\n  case object Empty extends Leaf[Nothing] {\n    def level = 0\n    def size = 0\n  }\n\n  class Single[@specialized(Int, Long, Float, Double) T](val x: T) extends Leaf[T] {\n    def level = 0\n    def size = 1\n    override def toString = s\"Single($x)\"\n  }\n\n  class Chunk[@specialized(Int, Long, Float, Double) T](val array: Array[T], val size: Int, val k: Int)\n  extends Leaf[T] {\n    def level = 0\n    override def toString = s\"Chunk(${array.mkString(\"\", \", \", \"\")}; $size; $k)\"\n  }\n\n  case class Append[+T](left: Conc[T], right: Conc[T]) extends Conc[T] {\n    val level = 1 + math.max(left.level, right.level)\n    val size = left.size + right.size\n    override def normalized = {\n      def wrap[T](xs: Conc[T], ys: Conc[T]): Conc[T] = (xs: @unchecked) match {\n        case Append(ws, zs) => wrap(ws, zs <> ys)\n        case xs => xs <> ys\n      }\n      wrap(left, right)\n    }\n  }\n\n  def concatTop[T](xs: Conc[T], ys: Conc[T]) = {\n    if (xs == Empty) ys\n    else if (ys == Empty) xs\n    else concat(xs, ys)\n  }\n\n  private def concat[T](xs: Conc[T], ys: Conc[T]): Conc[T] = {\n    val diff = ys.level - xs.level\n    if (diff >= -1 && diff <= 1) new <>(xs, ys)\n    else if (diff < -1) {\n      if (xs.left.level >= xs.right.level) {\n        val nr = concat(xs.right, ys)\n        new <>(xs.left, nr)\n      } else {\n        val nrr = concat(xs.right.right, ys)\n        if (nrr.level == xs.level - 3) {\n          val nl = xs.left\n          val nr = new <>(xs.right.left, nrr)\n          new <>(nl, nr)\n        } else {\n          val nl = new <>(xs.left, xs.right.left)\n          val nr = nrr\n          new <>(nl, nr)\n        }\n      }\n    } else {\n      if (ys.right.level >= ys.left.level) {\n        val nl = concat(xs, ys.left)\n        new <>(nl, ys.right)\n      } else {\n        val nll = concat(xs, ys.left.left)\n        if (nll.level == ys.level - 3) {\n          val nl = new <>(nll, ys.left.right)\n          val nr = ys.right\n          new <>(nl, nr)\n        } else {\n          val nl = nll\n          val nr = new <>(ys.left.right, ys.right)\n          new <>(nl, nr)\n        }\n      }\n    }\n  }\n\n  def appendTop[T](xs: Conc[T], ys: Leaf[T]): Conc[T] = (xs: @unchecked) match {\n    case xs: Append[T] => append(xs, ys)\n    case _ <> _ => new Append(xs, ys)\n    case Empty => ys\n    case xs: Leaf[T] => new <>(xs, ys)\n  }\n  @tailrec private def append[T](xs: Append[T], ys: Conc[T]): Conc[T] = {\n    if (xs.right.level > ys.level) new Append(xs, ys)\n    else {\n      val zs = new <>(xs.right, ys)\n      xs.left match {\n        case ws @ Append(_, _) => append(ws, zs)\n        case ws if ws.level <= zs.level => ws <> zs\n        case ws => new Append(ws, zs)\n      }\n    }\n  }\n\n  def traverse[@specialized(Int, Long, Float, Double) T, @specialized(Int, Long, Float, Double) U](xs: Conc[T], f: T => U): Unit = (xs: @unchecked) match {\n    case left <> right =>\n      traverse(left, f)\n      traverse(right, f)\n    case s: Single[T] =>\n      f(s.x)\n    case c: Chunk[T] =>\n      val a = c.array\n      val sz = c.size\n      var i = 0\n      while (i < sz) {\n        f(a(i))\n        i += 1\n      }\n    case Empty =>\n    case Append(left, right) =>\n      traverse(left, f)\n      traverse(right, f)\n    case _ =>\n      sys.error(\"All cases should have been covered: \" + xs + \", \" + xs.getClass)\n  }\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"quickcheck\/src\/main\/scala\/quickcheck\/QuickCheck.scala","text":"<reponame>devssh\/LearningScalaFP<gh_stars>0\npackage quickcheck\n\nimport common._\n\nimport org.scalacheck._\nimport Arbitrary._\nimport Gen._\nimport Prop._\n\nabstract class QuickCheckHeap extends Properties(\"Heap\") with IntHeap {\n\n  lazy val genHeap: Gen[H] = for {\n    n <- Arbitrary.arbitrary[List[Int]]\n  } yield n.foldRight[H](empty)((next: Int, acc: H) => insert(next, acc))\n  implicit lazy val arbHeap: Arbitrary[H] = Arbitrary(genHeap)\n\n  property(\"gen1\") = forAll { (h: H) =>\n    val m = if (isEmpty(h)) 0 else findMin(h)\n    findMin(insert(m, h)) == m\n  }\n\n  property(\"check if minimum really works\") = forAll {\n    (x: A) =>\n      findMin(insert(x, empty)) == x\n  }\n\n  property(\"check if minimum really works 2\") = forAll {\n    (x: A, y: A) =>\n      if (x<y) findMin(insert(y, insert(x, empty))) == x\n      else findMin(insert(y, insert(x, empty))) == y\n  }\n\n  property(\"check empty\") = forAll {\n    (x: A) =>\n      deleteMin(insert(x, empty)) == empty\n  }\n\n  def heapToList(h:H): List[A] = {\n    if (isEmpty(h)) List()\n    else findMin(h)::heapToList(deleteMin(h))\n  }\n\n  property(\"check length of modified heap tail\") = forAll {\n    (x:A, h:H) =>\n      val oldMin: A = if(isEmpty(h)) x else heapToList(h).min\n      val newMin: A = List(x, oldMin).min\n      heapToList(deleteMin(insert(x, h))).size == heapToList(h).size\n  }\n\n  property(\"heap contains inserted value\") = forAll {\n    (x: A, h: H) =>\n      heapToList(insert(x, h)) contains x\n  }\n\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/project\/Settings.scala","text":"object Settings {\n  val maxSubmitFileSize = {\n    val mb = 1024 * 1024\n    10 * mb\n  }\n\n  val testResultsFileName = \"grading-results-log\"\n\n  \/\/ time in seconds that we give scalatest for running\n  val scalaTestTimeout = 850 \/\/ coursera has a 15 minute timeout anyhow\n  val individualTestTimeout = 240\n\n  \/\/ default weight of each test in a GradingSuite, in case no weight is given\n  val scalaTestDefaultWeight = 10\n\n  \/\/ when students leave print statements in their code, they end up in the output of the\n  \/\/ system process running ScalaTest (ScalaTestRunner.scala); we need some limits.\n  val maxOutputLines = 10 * 1000\n  val maxOutputLineLength = 1000\n\n  val scalaTestReportFileProperty = \"scalatest.reportFile\"\n  val scalaTestIndividualTestTimeoutProperty = \"scalatest.individualTestTimeout\"\n  val scalaTestReadableFilesProperty = \"scalatest.readableFiles\"\n  val scalaTestDefaultWeightProperty = \"scalatest.defaultWeight\"\n  val scalaTestReporter = \"ch.epfl.lamp.grading.GradingReporter\"\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/assignment.sbt","text":"<reponame>devssh\/LearningScalaFP<gh_stars>10-100\ncourse := \"bigdata\"\nassignment := \"wikipedia\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"CfQX2\",\n  premiumItemId = Some(\"QcWcs\"),\n  partId = \"5komc\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"reductions\/src\/test\/scala\/reductions\/ParallelParenthesesBalancingSuite.scala","text":"package reductions\n\nimport java.util.concurrent._\nimport scala.collection._\nimport org.scalatest.FunSuite\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport common._\n\nimport ParallelParenthesesBalancing._\n\n@RunWith(classOf[JUnitRunner])\nclass ParallelParenthesesBalancingSuite extends FunSuite {\n\n  test(\"balance should work for empty string\") {\n    def check(input: String, expected: Boolean) =\n      assert(balance(input.toArray) == expected,\n        s\"balance($input) should be $expected\")\n\n    check(\"\", true)\n  }\n\n  test(\"balance should work for string of length 1\") {\n    def check(input: String, expected: Boolean) =\n      assert(balance(input.toArray) == expected,\n        s\"balance($input) should be $expected\")\n\n    check(\"(\", false)\n    check(\")\", false)\n    check(\".\", true)\n  }\n\n  test(\"balance should work for string of length 2\") {\n    def check(input: String, expected: Boolean) =\n      assert(balance(input.toArray) == expected,\n        s\"balance($input) should be $expected\")\n\n    check(\"()\", true)\n    check(\")(\", false)\n    check(\"((\", false)\n    check(\"))\", false)\n    check(\".)\", false)\n    check(\".(\", false)\n    check(\"(.\", false)\n    check(\").\", false)\n  }\n\n\n}"}
{"repo_name":"devssh\/LearningScalaFP","path":"calculator\/assignment.sbt","text":"course := \"progfun2\"\nassignment := \"calculator\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"<KEY>\",\n  itemId = \"Qovtr\",\n  premiumItemId = Some(\"sO8Cf\"),\n  partId = \"9eOy7\",\n  styleSheet = Some((_: File) \/ \"scalastyle\" \/ \"calculator.xml\")\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"stackoverflow\/assignment.sbt","text":"<reponame>devssh\/LearningScalaFP\ncourse := \"bigdata\"\nassignment := \"stackoverflow\"\n\nassignmentInfo := AssignmentInfo(\n  key = \"7ByAoS4kEea1yxIfJA1CUw\",\n  itemId = \"QhzMw\",\n  premiumItemId = Some(\"FWGnz\"),\n  partId = \"OY5fJ\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"scalashop\/build.sbt","text":"name := course.value + \"-\" + assignment.value\n\nscalaVersion := \"2.11.7\"\n\nscalacOptions ++= Seq(\"-deprecation\")\n\ncourseId := \"GVy8tIIKEeWXmQ4F86nmrw\"\n\n\/\/ grading libraries\nlibraryDependencies += \"junit\" % \"junit\" % \"4.10\" % Test\nlibraryDependencies ++= Seq(\n  \"com.storm-enroute\" %% \"scalameter-core\" % \"0.6\",\n  \"com.github.scala-blitz\" %% \"scala-blitz\" % \"1.1\",\n  \"org.scala-lang.modules\" %% \"scala-swing\" % \"1.0.1\",\n  \"com.storm-enroute\" %% \"scalameter\" % \"0.6\" % Test\n)\n\n\/\/ include the common dir\ncommonSourcePackages += \"common\"\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"stackoverflow\/src\/main\/scala\/stackoverflow\/package.scala","text":"<filename>stackoverflow\/src\/main\/scala\/stackoverflow\/package.scala\npackage object stackoverflow {\n  type Question = Posting\n  type Answer = Posting\n  type QID = Int\n  type HighScore = Int\n  type LangIndex = Int\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/src\/test\/scala\/wikipedia\/WikipediaSuite.scala","text":"package wikipedia\n\nimport org.scalatest.{FunSuite, BeforeAndAfterAll}\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\n\n@RunWith(classOf[JUnitRunner])\nclass WikipediaSuite extends FunSuite with BeforeAndAfterAll {\n\n  def initializeWikipediaRanking(): Boolean =\n    try {\n      WikipediaRanking\n      true\n    } catch {\n      case ex: Throwable =>\n        println(ex.getMessage)\n        ex.printStackTrace()\n        false\n    }\n\n  override def afterAll(): Unit = {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    sc.stop()\n  }\n\n  \/**\n    * Creates a truncated string representation of a list, adding \", ...)\" if there\n    * are too many elements to show\n    * @param l The list to preview\n    * @param n The number of elements to cut it at\n    * @return A preview of the list, containing at most n elements.\n    *\/\n  def previewList[A](l: List[A], n: Int = 10): String =\n    if (l.length <= n) l.toString\n    else l.take(n).toString.dropRight(1) + \", ...)\"\n\n  \/**\n    * Asserts that all the elements in a given list and an expected list are the same,\n    * regardless of order. For a prettier output, given and expected should be sorted\n    * with the same ordering.\n    * @param given The actual list\n    * @param expected The expected list\n    * @tparam A Type of the list elements\n    *\/\n  def assertSameElements[A](given: List[A], expected: List[A]): Unit = {\n    val givenSet = given.toSet\n    val expectedSet = expected.toSet\n\n    val unexpected = givenSet -- expectedSet\n    val missing = expectedSet -- givenSet\n\n    val noUnexpectedElements = unexpected.isEmpty\n    val noMissingElements = missing.isEmpty\n\n    val noMatchString =\n      s\"\"\"\n         |Expected: ${previewList(expected)}\n         |Actual:   ${previewList(given)}\"\"\".stripMargin\n\n    assert(noUnexpectedElements,\n      s\"\"\"|$noMatchString\n          |The given collection contains some unexpected elements: ${previewList(unexpected.toList, 5)}\"\"\".stripMargin)\n\n    assert(noMissingElements,\n      s\"\"\"|$noMatchString\n          |The given collection is missing some expected elements: ${previewList(missing.toList, 5)}\"\"\".stripMargin)\n  }\n\n  \/\/ Conditions:\n  \/\/ (1) the language stats contain the same elements\n  \/\/ (2) they are ordered (and the order doesn't matter if there are several languages with the same count)\n  def assertEquivalentAndOrdered(given: List[(String, Int)], expected: List[(String, Int)]): Unit = {\n    \/\/ (1)\n    assertSameElements(given, expected)\n    \/\/ (2)\n    assert(\n      !(given zip given.tail).exists({ case ((_, occ1), (_, occ2)) => occ1 < occ2 }),\n      \"The given elements are not in descending order\"\n    )\n  }\n\n  test(\"'occurrencesOfLang' should work for (specific) RDD with one element\") {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    val rdd = sc.parallelize(Seq(WikipediaArticle(\"title\", \"Java Jakarta\")))\n    val res = (occurrencesOfLang(\"Java\", rdd) == 1)\n    assert(res, \"occurrencesOfLang given (specific) RDD with one element should equal to 1\")\n  }\n\n  test(\"'rankLangs' should work for RDD with two elements\") {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    val langs = List(\"Scala\", \"Java\")\n    val rdd = sc.parallelize(List(WikipediaArticle(\"1\", \"Scala is great\"), WikipediaArticle(\"2\", \"Java is OK, but Scala is cooler\")))\n    val ranked = rankLangs(langs, rdd)\n    val res = ranked.head._1 == \"Scala\"\n    assert(res)\n  }\n\n  test(\"'makeIndex' creates a simple index with two entries\") {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    val langs = List(\"Scala\", \"Java\")\n    val articles = List(\n        WikipediaArticle(\"1\",\"Groovy is pretty interesting, and so is Erlang\"),\n        WikipediaArticle(\"2\",\"Scala and Java run on the JVM\"),\n        WikipediaArticle(\"3\",\"Scala is not purely functional\")\n      )\n    val rdd = sc.parallelize(articles)\n    val index = makeIndex(langs, rdd)\n    val res = index.count() == 2\n    assert(res)\n  }\n\n  test(\"'rankLangsUsingIndex' should work for a simple RDD with three elements\") {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    val langs = List(\"Scala\", \"Java\")\n    val articles = List(\n        WikipediaArticle(\"1\",\"Groovy is pretty interesting, and so is Erlang\"),\n        WikipediaArticle(\"2\",\"Scala and Java run on the JVM\"),\n        WikipediaArticle(\"3\",\"Scala is not purely functional\")\n      )\n    val rdd = sc.parallelize(articles)\n    val index = makeIndex(langs, rdd)\n    val ranked = rankLangsUsingIndex(index)\n    val res = (ranked.head._1 == \"Scala\")\n    assert(res)\n  }\n\n  test(\"'rankLangsReduceByKey' should work for a simple RDD with four elements\") {\n    assert(initializeWikipediaRanking(), \" -- did you fill in all the values in WikipediaRanking (conf, sc, wikiRdd)?\")\n    import WikipediaRanking._\n    val langs = List(\"Scala\", \"Java\", \"Groovy\", \"Haskell\", \"Erlang\")\n    val articles = List(\n        WikipediaArticle(\"1\",\"Groovy is pretty interesting, and so is Erlang\"),\n        WikipediaArticle(\"2\",\"Scala and Java run on the JVM\"),\n        WikipediaArticle(\"3\",\"Scala is not purely functional\"),\n        WikipediaArticle(\"4\",\"The cool kids like Haskell more than Java\"),\n        WikipediaArticle(\"5\",\"Java is for enterprise developers\")\n      )\n    val rdd = sc.parallelize(articles)\n    val ranked = rankLangsReduceByKey(langs, rdd)\n    val res = (ranked.head._1 == \"Java\")\n    assert(res)\n  }\n\n\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"barneshut\/src\/main\/scala\/barneshut\/conctrees\/package.scala","text":"package barneshut\n\npackage object conctrees {\n\n  implicit class ConcOps[T](val self: Conc[T]) extends AnyVal {\n    def foreach[U](f: T => U) = Conc.traverse(self, f)\n    def <>(that: Conc[T]) = Conc.concatTop(self.normalized, that.normalized)\n  }\n\n}"}
{"repo_name":"devssh\/LearningScalaFP","path":"streams\/build.sbt","text":"<reponame>devssh\/LearningScalaFP\nname := course.value + \"-\" + assignment.value\n\nscalaVersion := \"2.11.12\"\n\nscalacOptions ++= Seq(\"-deprecation\")\n\n\/\/ grading libraries\nlibraryDependencies += \"junit\" % \"junit\" % \"4.10\" % Test\nlibraryDependencies += \"org.scalacheck\" %% \"scalacheck\" % \"1.12.1\"\n\n\/\/ include the common dir\ncommonSourcePackages += \"common\"\n\ncourseId := \"PeZYFz-zEeWB_AoW1KYI4Q\"\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/src\/main\/scala\/wikipedia\/WikipediaData.scala","text":"package wikipedia\n\nimport java.io.File\n\nobject WikipediaData {\n\n  private[wikipedia] def filePath = {\n    val resource = this.getClass.getClassLoader.getResource(\"wikipedia\/wikipedia.dat\")\n    if (resource == null) sys.error(\"Please download the dataset as explained in the assignment instructions\")\n    new File(resource.toURI).getPath\n  }\n\n  private[wikipedia] def parse(line: String): WikipediaArticle = {\n    val subs = \"<\/title><text>\"\n    val i = line.indexOf(subs)\n    val title = line.substring(14, i)\n    val text  = line.substring(i + subs.length, line.length-16)\n    WikipediaArticle(title, text)\n  }\n}\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"example\/assignment.sbt","text":"course := \"parprog1\"\nassignment := \"example\"\n\nassignmentInfo := AssignmentInfo(\n  key = <KEY>\",\n  itemId = \"gM5Y4\",\n  premiumItemId = None,\n  partId = \"WGx0f\",\n  styleSheet = None\n)\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"wikipedia\/project\/StudentBuild.scala","text":"object StudentBuild extends StudentBuildLike\n"}
{"repo_name":"devssh\/LearningScalaFP","path":"kmeans\/src\/main\/scala\/kmeans\/fun\/package.scala","text":"package kmeans\n\nimport common._\n\npackage object fun {\n\n  \/** The value of every pixel is represented as a 32 bit integer. *\/\n  type RGBA = Int\n\n  \/** Returns the alpha component. *\/\n  def alpha(c: RGBA): Double = ((0xff000000 & c) >>> 24).toDouble \/ 256\n\n  \/** Returns the red component. *\/\n  def red(c: RGBA): Double = ((0x00ff0000 & c) >>> 16).toDouble \/ 256\n\n  \/** Returns the green component. *\/\n  def green(c: RGBA): Double = ((0x0000ff00 & c) >>> 8).toDouble \/ 256\n\n  \/** Returns the blue component. *\/\n  def blue(c: RGBA): Double = ((0x000000ff & c) >>> 0).toDouble \/ 256\n\n  \/** Used to create an RGBA value from separate components. *\/\n  def rgba(r: Double, g: Double, b: Double, a: Double): RGBA = {\n    (clamp((a * 256).toInt, 0, 255) << 24) |\n    (clamp((r * 256).toInt, 0, 255) << 16) |\n    (clamp((g * 256).toInt, 0, 255) <<  8) |\n    (clamp((b * 256).toInt, 0, 255) <<  0)\n  }\n\n  \/** Restricts the integer into the specified range. *\/\n  def clamp(v: Int, min: Int, max: Int): Int = {\n    if (v < min) min\n    else if (v > max) max\n    else v\n  }\n\n  \/** Image is a two-dimensional matrix of pixel values. *\/\n  class Img(val width: Int, val height: Int, private val data: Array[RGBA]) {\n    def this(w: Int, h: Int) = this(w, h, new Array(w * h))\n    def apply(x: Int, y: Int): RGBA = data(y * width + x)\n    def update(x: Int, y: Int, c: RGBA): Unit = data(y * width + x) = c\n  }\n}"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopConnection.scala","text":"<reponame>WortNils\/similarityComparator\npackage net.sansa_stack.query.spark.ontop\n\nimport java.sql.{Connection, DriverManager, SQLException}\nimport java.util.Properties\n\nimport it.unibz.inf.ontop.answering.connection.OntopConnection\nimport it.unibz.inf.ontop.injection.OntopReformulationSQLConfiguration\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport org.semanticweb.owlapi.model.OWLOntology\n\n\/**\n * Used to keep expensive resource per executor alive.\n *\n * @author <NAME>\n *\/\nobject OntopConnection {\n\n  val logger = com.typesafe.scalalogging.Logger(classOf[OntopConnection])\n\n  \/\/ create the tmp DB needed for Ontop\n  private val JDBC_URL = \"jdbc:h2:mem:sansaontopdb;DATABASE_TO_UPPER=FALSE\"\n  private val JDBC_USER = \"sa\"\n  private val JDBC_PASSWORD = \"\"\n\n  lazy val connection: Connection = try {\n    logger.debug(\"creating DB connection ...\")\n    val conn = DriverManager.getConnection(JDBC_URL, JDBC_USER, JDBC_PASSWORD)\n    logger.debug(\" ... done\")\n    conn\n  } catch {\n    case e: SQLException =>\n      throw e\n  }\n  sys.addShutdownHook {\n    connection.close()\n  }\n\n  var configs = Map[Set[RdfPartitionStateDefault], OntopReformulationSQLConfiguration]()\n\n  def apply(obdaMappings: String, properties: Properties, partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Set[RdfPartitionStateDefault], ontology: Option[OWLOntology]): OntopReformulationSQLConfiguration = {\n    val conf = configs.getOrElse(partitions, {\n      logger.debug(\"creating reformulation config ...\")\n      println(\"creating reformulation config ...\")\n      val reformulationConfiguration = {\n        JDBCDatabaseGenerator.generateTables(connection, partitioner, partitions)\n\n        OntopUtils.createReformulationConfig(obdaMappings, properties, ontology)\n      }\n\n      configs += partitions -> reformulationConfiguration\n\n      logger.debug(\"...done\")\n      reformulationConfiguration\n    })\n    conf\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/compliance\/SPARQL11TestSuiteRunnerSpark.scala","text":"package net.sansa_stack.query.spark.compliance\n\nimport com.holdenkarau.spark.testing.SharedSparkContext\nimport net.sansa_stack.query.tests.SPARQLQueryEvaluationTestSuiteRunner\nimport org.apache.jena.graph.NodeFactory\nimport org.apache.jena.sparql.core.Var\nimport org.apache.jena.sparql.engine.binding.{Binding, BindingFactory}\nimport org.apache.jena.sparql.expr.NodeValue\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.scalatest.{ConfigMap, Suite}\n\n\/**\n * SPARQL 1.1 test suite runner on Apache Spark.\n *\n *\n * @author <NAME>\n *\/\nabstract class SPARQL11TestSuiteRunnerSpark\n  extends SPARQLQueryEvaluationTestSuiteRunner\n\/\/\n    with org.scalatest.BeforeAndAfterAllConfigMap\n    with SharedSparkContext { self: Suite =>\n\n  System.setProperty(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n  System.setProperty(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n\n  @transient private var _spark: SparkSession = _\n\n\/\/  def spark: SparkSession = _spark\n\n  lazy val spark = SparkSession.builder.config(\n    conf\n      .set(\"spark.sql.crossJoin.enabled\", \"true\")\n      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .set(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n  ).getOrCreate()\n\n\/\/  override def beforeAll(): Unit = {\n\/\/\/\/    super.beforeAll()\n\/\/    conf.set(\"spark.sql.crossJoin.enabled\", \"true\")\n\/\/      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n\/\/      .set(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n\/\/    _spark = SparkSession.builder.config(conf).master(\"local[1]\").getOrCreate()\n\/\/  }\n\n  override val invokeBeforeAllAndAfterAllEvenIfNoTestsAreExpected: Boolean = false\n\n  override def beforeAll(configMap: ConfigMap): Unit = {\n    conf.set(\"spark.sql.crossJoin.enabled\", \"true\")\n      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .set(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n    _spark = SparkSession.builder.config(conf).master(\"local[1]\").getOrCreate()\n\n    val toIgnore = configMap.get(\"ignore\")\n    if (toIgnore.nonEmpty) {\n      toIgnore.get.asInstanceOf[String].split(\",\").map(_.trim).foreach(name => IGNORE_NAMES.add(name))\n    }\n  }\n\n  override def afterAll(configMap: ConfigMap): Unit = {\n    super.afterAll()\n    spark.stop()\n    _spark = null\n  }\n\n\n\n\n  \/**\n   * Convert DataFrame to array of bindings.\n   * The metadata object is just a placeholder to an arbitrary helper\n   * object that might be needed to generate the bindings out of the DataFrame.\n   *\n   * @param df the dataframe\n   * @param metadata the metadata\n   *\/\n  protected def toBindings(df: DataFrame, metadata: AnyRef): Array[Binding] = {\n    df.rdd.collect().map(row => toBinding(row, metadata))\n  }\n\n  val decimalType = DataTypes.createDecimalType()\n\n  \/**\n   * Convert single row to a binding.\n   * The metadata object is just a placeholder to an arbitrary helper\n   * object that might be needed to generate the binding out of the row.\n   *\n   * @param row the row to convert\n   * @param metadata the metadata\n   *\/\n  protected def toBinding(row: Row, metadata: AnyRef): Binding = {\n    val binding = BindingFactory.create()\n\n    val fields = row.schema.fields\n\n    \/\/ this is the generic way, i.e. for each field in the row we use the datatype to generate the corresponding\n    \/\/ RDF resource or RDF literal\n    \/\/TODO there is an obvious limitation as we cannot really distinguish between a string literal and a URI when the\n    \/\/ datatype is just a string}\n    fields.foreach(f => {\n      \/\/ check for null value first\n      if (row.getAs[String](f.name) != null) {\n        val v = Var.alloc(f.name)\n        val node = if (f.dataType == StringType && row.getAs[String](f.name).startsWith(\"http:\/\/\")) {\n          NodeFactory.createURI(row.getAs[String](f.name))\n        } else {\n          val nodeValue = f.dataType match {\n            case DoubleType => NodeValue.makeDouble(row.getAs[Double](f.name))\n            case FloatType => NodeValue.makeFloat(row.getAs[Float](f.name))\n            case StringType => NodeValue.makeString(row.getAs[String](f.name))\n            case IntegerType => NodeValue.makeInteger(row.getAs[Int](f.name))\n            case LongType => NodeValue.makeInteger(row.getAs[Long](f.name))\n            case ShortType => NodeValue.makeInteger(row.getAs[Long](f.name))\n            case BooleanType => NodeValue.makeBoolean(row.getAs[Boolean](f.name))\n\/\/            case NullType =>\n            case x if x.isInstanceOf[DecimalType] => NodeValue.makeDecimal(row.getAs[java.math.BigDecimal](f.name))\n            \/\/        case DateType =>\n            case _ => throw new RuntimeException(\"unsupported Spark data type\")\n          }\n          nodeValue.asNode()\n        }\n\n        binding.add(v, node)\n      }\n\n    })\n\n    binding\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/VerticalPartitioner.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.io.File\nimport java.net.URI\nimport java.nio.file.Paths\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner, RdfPartitionerComplex}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.jena.vocabulary.RDF\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession, SaveMode => TableSaveMode}\nimport org.semanticweb.owlapi.apibinding.OWLManager\nimport org.semanticweb.owlapi.model.{HasDataPropertiesInSignature, HasObjectPropertiesInSignature, IRI}\n\n\n\/**\n * A vertical partitioner implementation that can be run solely.\n * It creates SQL tables and writes the partitioned data in Parquet format to disk.\n * SQL tables will registered in a metastore, thus, on restart tables will still be available via SQL queries.\n *\n * @author <NAME>\n *\/\nobject VerticalPartitioner {\n\n  val warehouseLocation = new File(\"spark-warehouse\").getAbsolutePath\n\n  implicit val bNodeRead: scopt.Read[BlankNodeStrategy.Value] =\n    scopt.Read.reads(BlankNodeStrategy withName)\n\n  case class Config(\n                     inputPath: URI = null,\n                     outputPath: URI = null,\n                     schemaPath: URI = null,\n                     blankNodeStrategy: BlankNodeStrategy.Value = BlankNodeStrategy.Table,\n                     computeStatistics: Boolean = true,\n                     databaseName: String = \"Default\",\n                     dropDatabase: Boolean = false,\n                     saveIgnore: Boolean = false,\n                     saveOverwrite: Boolean = false,\n                     saveAppend: Boolean = false,\n                     usePartitioning: Boolean = false,\n                     partitioningThreshold: Int = 100,\n                     mode: String = \"partitioner\")\n\n  import scopt.OParser\n  val builder = OParser.builder[Config]\n  val parser = {\n    import builder._\n    OParser.sequence(\n      programName(\"vpartitioner\"),\n      head(\"vertical partitioner\", \"0.1\"),\n      opt[URI]('i', \"input\")\n        .required()\n        .action((x, c) => c.copy(inputPath = x))\n        .text(\"path to input data\"),\n      opt[URI]('o', \"output\")\n        .required()\n        .action((x, c) => c.copy(outputPath = x))\n        .text(\"path to output directory\"),\n      opt[URI]('s', \"schema\")\n        .optional()\n        .action((x, c) => c.copy(schemaPath = x))\n        .text(\"an optional file containing the OWL schema to process only object and data properties\"),\n      opt[BlankNodeStrategy.Value]('b', \"blanknode-strategy\")\n        .optional()\n        .action((x, c) => c.copy(blankNodeStrategy = x))\n        .text(\"how blank nodes are handled during partitioning (TABLE, COLUMN)\"),\n      opt[Boolean]('s', \"stats\")\n        .optional()\n        .action((x, c) => c.copy(computeStatistics = x))\n        .text(\"compute statistics for the Parquet tables\"),\n      opt[String](\"database\")\n        .optional()\n        .abbr(\"db\")\n        .action((x, c) => c.copy(databaseName = x))\n        .text(\"the database name registered in Spark metadata. Default: 'Default'\"),\n      opt[Unit](\"drop-db\")\n        .optional()\n        .action((_, c) => c.copy(dropDatabase = true))\n        .text(\"if to drop an existing database\"),\n      opt[Unit](\"save-ignore\")\n        .optional()\n        .action((_, c) => c.copy(saveIgnore = true))\n        .text(\"if data\/table already exists, the save operation is expected to not save the contents of the DataFrame and to not change the existing data\"),\n      opt[Unit](\"save-overwrite\")\n        .optional()\n        .action((_, c) => c.copy(saveOverwrite = true))\n        .text(\"if data\/table already exists, existing data is expected to be overwritten\"),\n      opt[Unit](\"save-append\")\n        .optional()\n        .action((_, c) => c.copy(saveAppend = true))\n        .text(\"if data\/table already exists, contents of the DataFrame are expected to be appended to existing data\"),\n      opt[Unit](\"partitioning\")\n        .optional()\n        .action((_, c) => c.copy(usePartitioning = true))\n        .text(\"if partitioning of subject\/object columns should be computed\"),\n      opt[Int](\"partitioning-threshold\")\n        .optional()\n        .action((x, c) => c.copy(partitioningThreshold = x))\n        .text(\"the max. number of values of subject\/object values for which partitioning of the table is considered\"),\n      cmd(\"show\")\n        .action((_, c) => c.copy(mode = \"show-tables\"))\n        .text(\"update is a command.\")\n    )\n  }\n\n  def main(args: Array[String]): Unit = {\n    JenaSystem.init()\n\n    OParser.parse(parser, args, Config()) match {\n      case Some(config) =>\n        if (config.mode == \"partitioner\") {\n          run(config)\n        } else if (config.mode == \"show-tables\") {\n          showTables(config.databaseName)\n        } else {\n        }\n\n      case _ =>\n      \/\/ arguments are bad, error message will have been displayed\n    }\n\n  }\n\n  private def showTables(databaseName: String): Unit = {\n    val spark = SparkSession.builder\n      \/\/      .master(\"local\")\n      .appName(\"vpartitioner\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      \/\/ .config(\"spark.kryo.registrationRequired\", \"true\")\n      \/\/ .config(\"spark.eventLog.enabled\", \"true\")\n      .config(\"spark.kryo.registrator\", String.join(\", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\"))\n      \/\/      .config(\"spark.default.parallelism\", \"4\")\n      \/\/      .config(\"spark.sql.shuffle.partitions\", \"4\")\n      \/\/      .config(\"spark.sql.warehouse.dir\", config.outputPath.)\n      .config(\"spark.sql.cbo.enabled\", true)\n      .config(\"spark.sql.statistics.histogram.enabled\", true)\n      .enableHiveSupport()\n      .getOrCreate()\n\n    spark.sql(s\"use $databaseName\")\n    spark.sql(\"show tables\").show(1000, false)\n    spark.sql(\"show tables\").select(\"tableName\").collect().foreach(\n      row => {\n        print(row.getString(0))\n        spark.sql(s\"select * from ${row.getString(0)}\").show(false)\n      })\n\n    spark.stop()\n  }\n\n  private def run(config: Config): Unit = {\n\n    import net.sansa_stack.rdf.spark.io._\n\n    import scala.collection.JavaConverters._\n\n    val spark = SparkSession.builder\n\/\/      .master(\"local\")\n      .appName(\"vpartitioner\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      \/\/ .config(\"spark.kryo.registrationRequired\", \"true\")\n      \/\/ .config(\"spark.eventLog.enabled\", \"true\")\n      .config(\"spark.kryo.registrator\", String.join(\", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\"))\n\/\/      .config(\"spark.default.parallelism\", \"4\")\n\/\/      .config(\"spark.sql.shuffle.partitions\", \"4\")\n      .config(\"spark.sql.warehouse.dir\", config.outputPath.toString)\n      .config(\"spark.sql.cbo.enabled\", true)\n      .config(\"spark.sql.statistics.histogram.enabled\", true)\n      .enableHiveSupport()\n      .getOrCreate()\n\n    \/\/ sanity check for existing database\n    val dbExists = spark.catalog.databaseExists(config.databaseName)\n\n    \/\/ we do terminate here if a database exist but neither overwrite or drop first was forced\n    if (dbExists && !(config.saveAppend || config.saveOverwrite || config.saveAppend || config.dropDatabase)) {\n        System.err.println(\"Error: database already exists. Please use CLI flags --drop-db or --overwrite-db to continue\")\n        return\n    }\n\n    \/\/ read triples as RDD[Triple]\n    var triplesRDD = spark.ntriples()(config.inputPath.toString)\n\n    \/\/ filter properties if schema ontology was given\n    if(config.schemaPath != null) {\n      val man = OWLManager.createOWLOntologyManager()\n      val ont = man.loadOntologyFromOntologyDocument(IRI.create(config.schemaPath))\n      \/\/ get all object properties in schema file\n      val objectProperties = ont.asInstanceOf[HasObjectPropertiesInSignature].getObjectPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n      \/\/ get all data properties in schema file\n      val dataProperties = ont.asInstanceOf[HasDataPropertiesInSignature].getDataPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n      val schemaProperties = objectProperties ++ dataProperties ++ Set(RDF.`type`.getURI)\n      \/\/ filter triples RDD\n      triplesRDD = triplesRDD.filter(t => schemaProperties.contains(t.getPredicate.getURI))\n    }\n    triplesRDD.cache()\n\n    \/\/ do partitioning here\n    println(\"computing partitions ...\")\n    val partitioner = RdfPartitionerComplex()\n    val partitions: Map[RdfPartitionStateDefault, RDD[Row]] = time(RdfPartitionUtilsSpark.partitionGraph(triplesRDD, partitioner))\n    println(s\"#partitions: ${partitions.size}\")\n    println(partitions.mkString(\"\\n\"))\n\n    \/\/ we drop the database if forced\n    if (config.dropDatabase) spark.sql(s\"DROP DATABASE IF EXISTS ${config.databaseName} CASCADE\")\n\n    \/\/ create database in Spark\n    spark.sql(s\"create database if not exists ${config.databaseName}\")\n\n    \/\/ set database as current\n    spark.sql(s\"use ${config.databaseName}\")\n\n    val saveMode: TableSaveMode =\n      if (config.saveIgnore) {\n        TableSaveMode.Ignore\n      } else if (config.saveAppend) {\n        TableSaveMode.Append\n      } else if (config.saveOverwrite) {\n        TableSaveMode.Overwrite\n      } else {\n        TableSaveMode.ErrorIfExists\n      }\n\n    \/\/ create the Spark tables\n    println(\"creating Spark tables ...\")\n    SparkTableGenerator(spark,\n                        blankNodeStrategy = config.blankNodeStrategy,\n                        useHive = false,\n                        computeStatistics = config.computeStatistics)\n      .createAndRegisterSparkTables(partitioner, partitions)\n    spark.catalog.listTables(config.databaseName).collect().foreach(t =>\n      spark.table(t.name).write.mode(saveMode).format(\"parquet\").saveAsTable(t.name))\n\/\/    partitions.foreach {\n\/\/      case (p, rdd) => createSparkTable(spark, p, rdd, saveMode,\n\/\/                                        config.blankNodeStrategy, config.computeStatistics, config.outputPath.toString,\n\/\/                                        config.usePartitioning, config.partitioningThreshold)\n\/\/    }\n\n    \/\/ write the partition metadata to disk\n    val path = Paths.get(s\"\/tmp\/${config.databaseName}.ser\")\n    println(s\"writing partitioning metadata to $path\")\n    PartitionSerDe.serializeTo(partitions.keySet, path)\n\n    spark.stop()\n  }\n\n\/\/  def getOrCreate(databaseName: String): Set[RdfPartitionDefault]: Unit {\n\/\/\n\/\/  }\n\n  private def estimatePartitioningColumns(df: DataFrame): (Long, Long) = {\n    val sCnt = df.select(\"s\").distinct().count()\n    val oCnt = df.select(\"o\").distinct().count()\n\n    (sCnt, oCnt)\n  }\n\n  private def createSparkTable(session: SparkSession,\n                               partitioner: RdfPartitioner[RdfPartitionStateDefault],\n                               p: RdfPartitionStateDefault,\n                               rdd: RDD[Row],\n                               saveMode: TableSaveMode,\n                               blankNodeStrategy: BlankNodeStrategy.Value,\n                               computeStatistics: Boolean,\n                               path: String,\n                               usePartitioning: Boolean,\n                               partitioningThreshold: Int): Unit = {\n    val tableName = SQLUtils.escapeTablename(SQLUtils.createTableName(p, blankNodeStrategy), quoted = false)\n    \/\/ val scalaSchema = p.layout.schema\n    val scalaSchema = partitioner.determineLayout(p).schema\n    val sparkSchema = ScalaReflection.schemaFor(scalaSchema).dataType.asInstanceOf[StructType]\n    val df = session.createDataFrame(rdd, sparkSchema)\n\n    if (session.catalog.tableExists(tableName) && saveMode == TableSaveMode.ErrorIfExists) {\n      throw new RuntimeException(s\"ERROR: table $tableName already exists. Please enable a save mode to handle this case.\")\n    } else if (!(session.catalog.tableExists(tableName) && saveMode == TableSaveMode.Ignore)) {\n      println(s\"creating Spark table $tableName\")\n      time {\n        var writer = df.write.mode(saveMode).format(\"parquet\")\/\/ .option(\"path\", path)\n\n        if (usePartitioning) {\n          val (sCnt, oCnt) = estimatePartitioningColumns(df)\n          val ratio = oCnt \/ sCnt.doubleValue()\n          println(s\"partition estimates: |s|=$sCnt |o|=$oCnt ratio o\/s=$ratio\")\n\n          if (sCnt <= partitioningThreshold) writer = writer.partitionBy(\"s\")\n          else if (oCnt <= partitioningThreshold && ratio < 0.01) writer = writer.partitionBy(\"o\")\n        }\n\n        writer.saveAsTable(tableName)\n      }\n\n      \/\/    df.createOrReplaceTempView(\"`\" + escapeTablename(name) + \"_tmp`\")\n      \/\/\n      \/\/    val schemaDDL = session.createDataFrame(rdd, sparkSchema).schema.toDDL\n      \/\/    val query =\n      \/\/      s\"\"\"\n      \/\/         |CREATE TABLE IF NOT EXISTS `${escapeTablename(name)}`\n      \/\/         |USING PARQUET\n      \/\/         |PARTITIONED BY (`s`)\n      \/\/         |AS SELECT * FROM `${escapeTablename(name)}_tmp`\n      \/\/         |\"\"\".stripMargin\n      \/\/    session.sql(query)\n\n      if (computeStatistics) {\n        println(s\"computing statistics for table $tableName\")\n        session.sql(s\"ANALYZE TABLE `$tableName` COMPUTE STATISTICS FOR COLUMNS s, o\")\n      }\n    }\n  }\n\n  def time[R](block: => R): R = {\n    val t0 = System.currentTimeMillis()\n    val result = block    \/\/ call-by-name\n    val t1 = System.currentTimeMillis()\n    println(\"Elapsed time: \" + (t1 - t0) + \"ms\")\n    result\n  }\n\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-examples\/sansa-examples-spark\/src\/main\/scala\/net\/sansa_stack\/examples\/spark\/query\/OntopBasedSPARQLEngine.scala","text":"package net.sansa_stack.examples.spark.query\n\nimport java.awt.Desktop\nimport java.net.URI\nimport java.nio.file.Paths\n\nimport net.sansa_stack.query.spark.ontop.{OntopSPARQLEngine, PartitionSerDe, QueryExecutionFactoryOntopSpark}\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerComplex}\nimport net.sansa_stack.rdf.spark.io._\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.aksw.jena_sparql_api.server.utils.FactoryBeanSparqlServer\nimport org.apache.jena.query.QueryFactory\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SparkSession}\n\n\/**\n  * Run SPARQL queries over Spark using Ontop as SPARQL-to-SQL rewriter.\n  *\/\nobject OntopBasedSPARQLEngine {\n\n  JenaSystem.init\n\n  def main(args: Array[String]) {\n    parser.parse(args, Config()) match {\n      case Some(config) =>\n        run(config.in, config.database, config.partitioningMetadataPath, config.sparql, config.runMode, config.port)\n      case None =>\n        println(parser.usage)\n    }\n  }\n\n  def run(input: String,\n          database: String,\n          partitioningMetadataPath: URI,\n          sparqlQuery: String = \"\",\n          run: String = \"cli\",\n          port: Int = 7531): Unit = {\n\n    println(\"======================================\")\n    println(\"|   Ontop based SPARQL example       |\")\n    println(\"======================================\")\n\n    val spark = SparkSession.builder\n      .appName(s\"Ontop SPARQL example ( $input )\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .config(\"spark.kryo.registrator\", String.join(\n        \", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\",\n        \"net.sansa_stack.query.spark.ontop.OntopKryoRegistrator\"))\n      .config(\"spark.sql.crossJoin.enabled\", true)\n      .enableHiveSupport()\n      .getOrCreate()\n\n    val partitioner = RdfPartitionerComplex(false)\n\n    val ontopEngine = if (input != null) {\n      \/\/ load the data into an RDD\n      val lang = Lang.NTRIPLES\n      val data = spark.rdf(lang)(input)\n\n      \/\/ apply vertical partitioning which is necessary for the current Ontop integration\n      val partitions: Map[RdfPartitionStateDefault, RDD[Row]] = RdfPartitionUtilsSpark.partitionGraph(data, partitioner)\n\n      \/\/ create the SPARQL engine\n      OntopSPARQLEngine(spark, partitioner, partitions, ontology = None)\n    } else {\n      \/\/ load partitioning metadata\n      val partitions = PartitionSerDe.deserializeFrom(Paths.get(partitioningMetadataPath))\n      \/\/ create the SPARQL engine\n      OntopSPARQLEngine(spark, database, partitioner, partitions, None)\n    }\n\n    \/\/ run i) a single SPARQL query and terminate or ii) host some SNORQL web UI\n    run match {\n      case \"cli\" =>\n        \/\/ only SELECT queries will be considered here\n        val result = ontopEngine.execSelect(sparqlQuery).collect()\n        \/\/ show bindings on command line\n        result.foreach(println)\n      case \"endpoint\" =>\n        val qef = new QueryExecutionFactoryOntopSpark(spark, ontopEngine)\n        val server = FactoryBeanSparqlServer.newInstance.setSparqlServiceFactory(qef).setPort(port).create()\n        if (Desktop.isDesktopSupported) {\n          Desktop.getDesktop.browse(URI.create(\"http:\/\/localhost:\" + port + \"\/sparql\"))\n        }\n        server.join()\n      case _ => \/\/ should never happen\n    }\n\n    spark.stop\n\n  }\n\n  case class Config(in: String = null,\n                    database: String = null,\n                    partitioningMetadataPath: URI = null,\n                    sparql: String = \"SELECT * WHERE {?s ?p ?o} LIMIT 10\",\n                    runMode: String = \"cli\",\n                    port: Int = 7531,\n                    browser: Boolean = true)\n\n  val parser = new scopt.OptionParser[Config](\"Ontop SPARQL example\") {\n\n    head(\"Ontop SPARQL example\")\n\n    opt[String]('i', \"input\")\n      .valueName(\"<path>\").\n      action((x, c) => c.copy(in = x)).\n      text(\"path to file that contains the data (in N-Triples format)\")\n\n    opt[URI]( \"metadata\")\n      .action((x, c) => c.copy(partitioningMetadataPath = x))\n      .text(\"path to partitioning metadata\")\n\n    opt[String](\"database\")\n      .abbr(\"db\")\n      .action((x, c) => c.copy(database = x))\n      .text(\"the name of the Spark database used as KB\")\n\n    opt[String]('q', \"query\").optional().valueName(\"<query>\").\n      action((x, c) => c.copy(sparql = x)).\n      validate(x => try {\n        QueryFactory.create(x)\n        success\n      } catch {\n        case e: Exception =>\n          e.printStackTrace()\n          failure(\"Must be a valid SPARQL query.\")\n      }).\n      text(\"a SPARQL query\")\n\n    opt[String]('m', \"mode\").optional().valueName(\"run mode\").\n      action((x, c) => c.copy(runMode = x)).\n      validate(x => if (x == \"cli\" || x == \"endpoint\") success\n                    else failure(\"wrong run mode: use either 'cli' or 'endpoint'\")).\n      text(\"Runner mode ('cli', 'endpoint'). Default:'cli'\")\n\n    opt[Int]('p', \"port\").optional().valueName(\"port\").\n      action((x, c) => c.copy(port = x)).\n      text(\"port that SPARQL endpoint will be exposed, default:'7531'\")\n\n    checkConfig(c =>\n      if (c.runMode == \"cli\" && c.sparql.isEmpty) failure(\"Option --sparql must not be empty if cli is enabled\")\n      else success)\n\n    help(\"help\").text(\"prints this usage text\")\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-examples\/sansa-examples-spark\/src\/main\/scala\/net\/sansa_stack\/examples\/spark\/query\/Sparklify.scala","text":"<filename>sansa-examples\/sansa-examples-spark\/src\/main\/scala\/net\/sansa_stack\/examples\/spark\/query\/Sparklify.scala\npackage net.sansa_stack.examples.spark.query\n\nimport java.awt.Desktop\nimport java.net.URI\n\nimport net.sansa_stack.query.spark.sparqlify.{QueryExecutionFactorySparqlifySpark, SparqlifyUtils3}\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitionerDefault\nimport net.sansa_stack.rdf.spark.io._\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.aksw.jena_sparql_api.server.utils.FactoryBeanSparqlServer\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.sql.SparkSession\n\n\/**\n  * Run SPARQL queries over Spark using Sparqlify engine.\n  *\n  * Note: To run this class outside of spark-submit (e.g. from an IDE) you can specify a\n  * spark master using a JVM argument: -Dspark.master=local[*]\n  *\/\nobject Sparklify {\n\n  JenaSystem.init\n\n  case class Config(\n                     dataFilenameOrUri: String = \"\",\n                     queryString: String = \"SELECT * WHERE {?s ?p ?o} LIMIT 10\",\n                     run: String = \"cli\",\n                     port: Int = 7531)\n\n  def main(args: Array[String]) {\n    parser.parse(args, Config()) match {\n      case Some(config) =>\n        run(config)\n      case None =>\n        println(parser.usage)\n    }\n  }\n\n  def run(config : Config): Unit = {\n\n    println(\"======================================\")\n    println(\"|   Sparklify example                |\")\n    println(\"======================================\")\n\n    val spark = SparkSession.builder\n      .appName(s\"Sparklify example ( ${config.dataFilenameOrUri} )\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .config(\"spark.kryo.registrator\", String.join(\n        \", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\",\n        \"net.sansa_stack.query.spark.sparqlify.KryoRegistratorSparqlify\"))\n      .getOrCreate()\n\n    val lang = Lang.NTRIPLES\n    val graphRdd = spark.rdf(lang)(config.dataFilenameOrUri)\n\n    config.run match {\n      case \"cli\" =>\n        import net.sansa_stack.query.spark.query._\n        \/\/ val sparqlQuery = \"SELECT * WHERE {?s ?p ?o} LIMIT 10\"\n        val result = graphRdd.sparql(config.queryString)\n        result.rdd.foreach(println)\n      case _ =>\n        val partitioner = RdfPartitionerDefault\n        val partitions = RdfPartitionUtilsSpark.partitionGraph(graphRdd, partitioner)\n        val rewriter = SparqlifyUtils3.createSparqlSqlRewriter(spark, partitioner, partitions)\n\n        val qef = new QueryExecutionFactorySparqlifySpark(spark, rewriter)\n        val server = FactoryBeanSparqlServer.newInstance.setSparqlServiceFactory(qef).setPort(config.port).create()\n        if (Desktop.isDesktopSupported) {\n          Desktop.getDesktop.browse(URI.create(\"http:\/\/localhost:\" + config.port + \"\/sparql\"))\n        }\n        server.join()\n    }\n\n    spark.stop\n\n  }\n\n  val parser = new scopt.OptionParser[Config](\"Sparklify example\") {\n\n    head(\" Sparqlify example\")\n\n    opt[String]('i', \"input\").required().valueName(\"<path>\").\n      action((x, c) => c.copy(dataFilenameOrUri = x)).\n      text(\"path to file that contains the data (in N-Triples format)\")\n\n    opt[String]('q', \"sparql\").optional().valueName(\"<query>\").\n      action((x, c) => c.copy(queryString = x)).\n      text(\"a SPARQL query\")\n\n    opt[String]('r', \"run\").optional().valueName(\"Runner\").\n      action((x, c) => c.copy(run = x)).\n      text(\"Runner method, default:'cli'\")\n\n    opt[Int]('p', \"port\").optional().valueName(\"port\").\n      action((x, c) => c.copy(port = x)).\n      text(\"port that SPARQL endpoint will be exposed, default:'7531'\")\n\n    checkConfig(c =>\n      if (c.run == \"cli\" && c.queryString.isEmpty) failure(\"Option --sparql must not be empty if cli is enabled\")\n      else success)\n\n    help(\"help\").text(\"prints this usage text\")\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-inference\/sansa-inference-tests\/src\/test\/scala\/net\/sansa_stack\/test\/conformance\/TestCases.scala","text":"<gh_stars>0\npackage net.sansa_stack.test.conformance\n\nimport java.io.File\nimport java.nio.file.{FileSystem, Path}\n\nimport org.apache.jena.riot.{Lang, RDFDataMgr}\nimport scala.collection.mutable.ListBuffer\nimport scala.xml.XML\n\nimport org.apache.commons.io.IOUtils\nimport org.apache.jena.rdf.model.ModelFactory\nimport org.scalatest.path\n\n\/**\n  * Test cases loader.\n  *\n  * @author <NAME>\n  *\/\nobject TestCases {\n\n  val logger = com.typesafe.scalalogging.Logger(\"TestCases\")\n\n  var fs: FileSystem = null\n\n  \/**\n    * Loads test cases from the given root folder.\n    *\n    * @param directory the root folder containing sub-folders for each test case\n    * @return test cases\n    *\/\n  def loadTestCases(directory: File, ids: Set[String] = Set.empty): Seq[TestCase] = {\n    println(s\"loading test cases from ${directory.getAbsolutePath}...\")\n\n    val testCases = new ListBuffer[TestCase]()\n\n    println(directory)\n\n    directory.listFiles().filter(f => f.isDirectory && (ids.isEmpty || ids.contains(f.getName))).foreach { subDirectory =>\n\n      \/\/ the files in the directory\n      val files = subDirectory.listFiles()\n\n      \/\/ get the metadata file\n      val metadataFile = files.filter(_.getName.endsWith(\".metadata.properties\")).head\n\n      \/\/ load metadata XML\n      val metadata = XML.loadFile(metadataFile)\n\n      \/\/ id\n      val id = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.id\").text\n\n      \/\/ description\n      val description = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.description\").text\n\n      \/\/ test case type\n      val entailmentType = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.type\").text\n\n      \/\/ currently we support only entailment test cases\n      if (entailmentType == \"POSITIVE_ENTAILMENT\") {\n        \/\/ load input data\n        val inputGraph = RDFDataMgr.loadModel(files.filter(_.getName.endsWith(\".premisegraph.ttl\")).head.getPath)\n\n        \/\/ load output data\n        val outputGraph = RDFDataMgr.loadModel(files.filter(_.getName.endsWith(\".conclusiongraph.ttl\")).head.getPath)\n\n        testCases += TestCase(id, description, entailmentType, inputGraph, outputGraph)\n      }\n\n    }\n    println(s\"loaded ${testCases.size} test cases\")\n\n    testCases\n  }\n\n  \/**\n    * Loads test cases from the given root folder.\n    *\n    * @param directory the root folder containing sub-folders for each test case\n    * @return test cases\n    *\/\n  def loadTestCasesJar(directory: String, ids: Set[String] = Set.empty): Seq[TestCase] = {\n    logger.info(s\"loading test cases from ${directory}...\")\n\n    val testCases = new ListBuffer[TestCase]()\n\n    listFiles(directory).filter(f => ids.isEmpty || ids.contains(f.getFileName.toString.replace(\"\/\", \"\"))).map { p =>\n\n\/\/      println(p.toUri)\n      \/\/ the files in the directory\n      val files = listFiles(\n        if (p.toUri.getScheme == \"jar\") p.toString.substring(0) else p.toString, true)\n\n      \/\/ get the metadata file\n      val metadataFile = files.filter(_.toString.endsWith(\".metadata.properties\")).head\n\n      \/\/ load metadata XML\n      val metadata = XML.load(metadataFile.toUri.toURL.openStream())\n\n      \/\/ id\n      val id = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.id\").text\n\n      \/\/ description\n      val description = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.description\").text\n\n      \/\/ test case type\n      val entailmentType = (metadata \\\\ \"entry\").filter(n => n.attribute(\"key\").get.text == \"testcase.type\").text\n\n      \/\/ currently we support only entailment test cases\n      if (entailmentType == \"POSITIVE_ENTAILMENT\") {\n        \/\/ load input data\n\n        val inputGraph = ModelFactory.createDefaultModel()\n        inputGraph.read(files.filter(_.toString.endsWith(\".premisegraph.ttl\")).head.toUri.toURL.openStream(), null, \"Turtle\")\n\n        \/\/ load output data\n        val outputGraph = ModelFactory.createDefaultModel()\n        outputGraph.read(files.filter(_.toString.endsWith(\".conclusiongraph.ttl\")).head.toUri.toURL.openStream(), null, \"Turtle\")\n\n        testCases += TestCase(id, description, entailmentType, inputGraph, outputGraph)\n      }\n    }\n\/\/    directory.listFiles().filter(f => f.isDirectory && (ids.isEmpty || ids.contains(f.getName))).foreach { subDirectory =>\n\n\n    println(s\"loaded ${testCases.size} test cases\")\n\n    if(fs != null) fs.close()\n\n    testCases\n  }\n\n  private def listFiles(path: String, subDir: Boolean = false): Seq[Path] = {\n    import java.nio.file.FileSystems\n    import java.nio.file.Files\n    import java.nio.file.Paths\n    import java.util.Collections\n\n\/\/    println(s\"path: $path\")\n    val uri = if (path.startsWith(\"\/\")) new File(path).toURI else classOf[TestCase].getClassLoader.getResource(path).toURI\n\/\/    println(s\"uri: $uri\")\n    var myPath: Path = null\n    if (uri.getScheme == \"jar\") {\n      fs = FileSystems.newFileSystem(uri, Collections.emptyMap[String, Any])\n      myPath = fs.getPath(path)\n    }\n    else myPath = Paths.get(uri)\n    val walk = Files.walk(myPath, 1)\n    val it = walk.iterator\n    var files = Seq[Path]()\n    while ({it.hasNext}) {\n      val subPath = it.next()\n      if(!subPath.equals(myPath)) {\n        files :+= subPath\n      }\n    }\n\n    if( fs != null) fs.close()\n\n    files\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/semantic\/SemanticQueryEngineTests.scala","text":"package net.sansa_stack.query.spark.semantic\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport net.sansa_stack.rdf.spark.io._\nimport net.sansa_stack.rdf.spark.partition._\nimport org.apache.jena.riot.Lang\nimport org.apache.spark.rdd.RDD\nimport org.scalatest.FunSuite\n\nclass SemanticQueryEngineTests extends FunSuite with DataFrameSuiteBase {\n\n  import net.sansa_stack.query.spark.query._\n\n  var partitionTriples: RDD[String] = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    val input = getClass.getResource(\"\/datasets\/bsbm-sample.nt\").getPath\n    val triples = spark.rdf(Lang.NTRIPLES)(input).cache()\n\n    partitionTriples = triples.partitionGraphAsSemantic().cache()\n  }\n\n  test(\"result of running BSBM Q1 should match\") {\n\n    val query = getClass.getResource(\"\/semantic\/queries\/bsbm\/Q1.sparql\").getPath\n\n    val result = partitionTriples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 7)\n  }\n\n  test(\"result of running BSBM Q2 should match\") {\n\n    val query = getClass.getResource(\"\/semantic\/queries\/bsbm\/Q2.sparql\").getPath\n\n    val result = partitionTriples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 4)\n  }\n\n  test(\"result of running BSBM Q3 should match\") {\n\n    val query = getClass.getResource(\"\/semantic\/queries\/bsbm\/Q3.sparql\").getPath\n\n    val result = partitionTriples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 674)\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/hdt\/HDTTests.scala","text":"<gh_stars>0\npackage net.sansa_stack.query.spark.hdt\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport net.sansa_stack.rdf.spark.io._\nimport net.sansa_stack.rdf.spark.model._\nimport org.apache.jena.riot.Lang\nimport org.apache.spark.sql.DataFrame\nimport org.scalatest.FunSuite\n\n\nclass HDTTests extends FunSuite with DataFrameSuiteBase {\n\n  import net.sansa_stack.query.spark.query._\n\n  var hdt_triples: DataFrame = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    val input = getClass.getResource(\"\/datasets\/bsbm-sample.nt\").getPath\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n    hdt_triples = triples.asHDT().cache()\n  }\n\n  test(\"result of running `SIMPLE SELECT` should match\") {\n    val query =\n      \"\"\"\n        |SELECT ?S ?O ?P  WHERE { ?S ?P ?O }\n      \"\"\".stripMargin\n\n    val result = hdt_triples.sparqlHDT(query)\n\n    val size = result.count()\n\n    assert(size == 40377)\n  }\n\n  test(\"result of running `Typed Predicate` should match\") {\n    val query =\n      \"\"\"\n        |SELECT ?S ?O ?P WHERE { ?S <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#type> ?O .  }\n      \"\"\".stripMargin\n\n    val result = hdt_triples.sparqlHDT(query)\n\n    val size = result.count()\n\n    assert(size == 4474)\n  }\n\n  test(\"result of running `FILTER` should match\") {\n    val query =\n      \"\"\"\n        |SELECT ?S ?O ?P WHERE { ?S ?P ?O . FILTER ( STRLEN(?S) >= 80 ) . }\n      \"\"\".stripMargin\n\n    val result = hdt_triples.sparqlHDT(query)\n\n    val size = result.count()\n\n    assert(size == 35167)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/run\/Resnik.scala","text":"package net.sansa_stack.ml.spark.similarity.run\n\nimport net.sansa_stack.ml.spark.utils.FeatureExtractorModel\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.riot.Lang\nimport org.apache.spark.ml.feature.{CountVectorizer, CountVectorizerModel, IDF}\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.sql.functions.{col, udf}\nimport org.apache.spark.sql.types.DataTypes\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nobject Resnik {\n  def main(args: Array[String]): Unit = {\n\n    \/\/ start spark session\n    val spark = SparkSession.builder\n      .appName(s\"JaccardSimilarityEvaluation\")\n      .master(\"local[*]\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .getOrCreate()\n\n    \/\/ define inputpath if it is not parameter\n    val inputPath = \"\/Users\/carstendraschner\/GitHub\/SANSA-ML\/sansa-ml-spark\/src\/main\/resources\/movie.nt\"\n\n    \/\/ read in data as Data`Frame\n    val triplesDf: DataFrame = spark.read.rdf(Lang.NTRIPLES)(inputPath)\n\n    triplesDf.show()\n\n    \/\/ feature extraction\n    val featureExtractorModel = new FeatureExtractorModel()\n      .setMode(\"an\")\n    val extractedFeaturesDataFrame = featureExtractorModel.transform(triplesDf)\n    extractedFeaturesDataFrame.show()\n\n    \/\/ count Vectorization\n    val cvModel: CountVectorizerModel = new CountVectorizer()\n      .setInputCol(\"extractedFeatures\")\n      .setOutputCol(\"vectorizedFeatures\")\n      .fit(extractedFeaturesDataFrame)\n    val tmpCvDf: DataFrame = cvModel.transform(extractedFeaturesDataFrame)\n    val isNoneZeroVector = udf({ v: Vector => v.numNonzeros > 0 }, DataTypes.BooleanType)\n    val countVectorizedFeaturesDataFrame: DataFrame = tmpCvDf.filter(isNoneZeroVector(col(\"vectorizedFeatures\"))).select(\"uri\", \"vectorizedFeatures\")\n    countVectorizedFeaturesDataFrame.show()\n\n    \/\/ similarity estimations\n    \/\/ for nearestNeighbors we need one key which is a Vector to search for NN\n    val sample_key: Vector = countVectorizedFeaturesDataFrame.take(1)(0).getAs[Vector](\"vectorizedFeatures\")\n\n    val idf = new IDF().setInputCol(\"vectorizedFeatures\").setOutputCol(\"features\")\n    val idfModel = idf.fit(countVectorizedFeaturesDataFrame)\n\n    val rescaledData = idfModel.transform(countVectorizedFeaturesDataFrame)\n    rescaledData.show(false)\n\n    spark.stop()\n\n  }\n}\n\/*\nclass InformationContentModel {\n  def calcIC(df: DataFrame): DataFrame = {\n\n    val ds: Dataset[(String, String, String)] = dataset.as[(String, String, String)]\n    \/\/ collect all element occurences\n    val drdd = ds.rdd\n\n    val occurences = drdd.map(_._3).filter(!_.contains(\"\\\"\"))\n\n    val occurenceMap = drdd\n      .flatMap(t => Seq((t._1, 1), (t._3, 1)))\n\n    val numberOccurences = occurenceMap.reduceByKey(_ + _)\n\n  }\n}*\/\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/package.scala","text":"<reponame>WortNils\/similarityComparator\npackage net.sansa_stack.query.spark\n\nimport com.google.common.cache.{CacheBuilder, CacheLoader}\nimport net.sansa_stack.query.spark.datalake.DataLakeEngine\nimport net.sansa_stack.query.spark.ontop.OntopSPARQLEngine\nimport net.sansa_stack.query.spark.semantic.QuerySystem\nimport net.sansa_stack.query.spark.sparqlify.{QueryExecutionSpark, SparkRowMapperSparqlify, SparqlifyUtils3}\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner, RdfPartitionerComplex, RdfPartitionerDefault}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport net.sansa_stack.rdf.spark.utils.kryo.io.JavaKryoSerializationWrapper\nimport org.apache.jena.graph.Triple\nimport org.apache.jena.query.QueryFactory\nimport org.apache.jena.sparql.engine.binding.Binding\nimport org.apache.spark.api.java.JavaRDD\nimport org.apache.spark.api.java.function.Function\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{DataFrame, Encoder, Row, SparkSession}\nimport org.semanticweb.owlapi.model.OWLOntology\n\n\/**\n * Wrap up implicit classes\/methods to query RDF data from N-Triples files into either [[Sparqlify]] or\n * [[Semantic]] partition strategies.\n *\n * @author <NAME>\n *\/\n\npackage object query {\n\n  object SPARQLEngine extends Enumeration {\n    type SPARQLEngine = Value\n    val Ontop, Sparqlify = Value\n  }\n\n  \/**\n   * A SPARQL executor backed by a SPARQL engine.\n   *\n   * @param triples the triples to work on\n   * @param engine the SPARQL query engine\n   *\/\n  class SPARQLExecutor(triples: RDD[Triple], engine: SPARQLEngine.Value = SPARQLEngine.Sparqlify)\n    extends QueryExecutor\n      with Serializable {\n\n    private val queryExecutor = {\n      engine match {\n        case SPARQLEngine.Ontop => new OntopSPARQLExecutor(\n          new RdfPartitionerComplex(false), triples)\n        case SPARQLEngine.Sparqlify => new SparqlifySPARQLExecutor(triples)\n      }\n    }\n\n    override def sparql(sparqlQuery: String): DataFrame = {\n      queryExecutor.sparql(sparqlQuery)\n    }\n\n    override def sparqlRDD(sparqlQuery: String): RDD[Binding] = queryExecutor.sparqlRDD(sparqlQuery)\n  }\n\n  trait QueryExecutor {\n    \/**\n     * Execute a SPARQL query and return a Spark DataFrame.\n     *\n     * Default partitioning scheme used is VP.\n     *\n     * @param sparqlQuery a SPARQL query\n     *\/\n    def sparql(sparqlQuery: String): DataFrame\n\n\n    \/**\n     * Execute a SPARQL query and return an RDD of bindings.\n     *\n     * Default partitioning scheme used is VP.\n     *\n     * @param sparqlQuery a SPARQL query\n     *\/\n    def sparqlRDD(sparqlQuery: String): RDD[Binding]\n  }\n\n  trait PartitionCache {\n    val underlyingGuavaCache = CacheBuilder.newBuilder()\n      .maximumSize(10L)\n      .build (\n        new CacheLoader[RDD[Triple], Map[RdfPartitionStateDefault, RDD[Row]]] {\n          def load(triples: RDD[Triple]): Map[RdfPartitionStateDefault, RDD[Row]] =\n            RdfPartitionUtilsSpark.partitionGraph(triples, partitioner = RdfPartitionerComplex(false))\n        }\n      )\n\n    def getOrCreate(triples: RDD[Triple]): Map[RdfPartitionStateDefault, RDD[Row]] = underlyingGuavaCache.get(triples)\n\n  }\n\n  \/**\n   * An Sparqlify backed SPARQL executor implicitly bound to an RDD[Triple].\n   *\n   * VP is used as partitioning strategy, i.e. one partition s,o per predicate p in the RDF dataset.\n   *\n   * @param triples the triples to work on\n   *\/\n  implicit class SparqlifySPARQLExecutorAsDefault(triples: RDD[Triple])\n    extends QueryExecutor\n      with Serializable {\n\n    val queryExecutor = new SPARQLExecutor(triples, engine = SPARQLEngine.Sparqlify)\n\n    override def sparql(sparqlQuery: String): DataFrame = {\n      queryExecutor.sparql(sparqlQuery)\n    }\n\n    override def sparqlRDD(sparqlQuery: String): RDD[Binding] = queryExecutor.sparqlRDD(sparqlQuery)\n  }\n\n  \/**\n   * An Ontop backed SPARQL executor working on the given RDF partitions.\n   *\n   * @param partitions the RDF partitions to work on\n   * @param ontology an optional ontology containing schema information like classes, class hierarchy, etc. which\n   *                 can be used for query optimization as well as OWL QL inference based query rewriting\n   *\/\n  class OntopSPARQLExecutor(partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Map[RdfPartitionStateDefault, RDD[Row]], ontology: Option[OWLOntology] = None)\n    extends QueryExecutor\n      with Serializable {\n\n    def this(partitioner: RdfPartitioner[RdfPartitionStateDefault], triples: RDD[Triple]) {\n      this(partitioner, RdfPartitionUtilsSpark.partitionGraph(triples, partitioner))\n    }\n\n    def this(triples: RDD[Triple]) {\n      this(new RdfPartitionerComplex(), triples)\n    }\n\n    val spark = SparkSession.builder().getOrCreate()\n\n    val sparqlEngine = OntopSPARQLEngine(spark, partitioner, partitions, ontology = None)\n\n    \/**\n     * Default partition - using VP.\n     *\n     * @param sparqlQuery a SPARQL query\n     *\/\n    override def sparql(sparqlQuery: String): DataFrame = {\n      sparqlEngine.execute(sparqlQuery)\n    }\n\n    override def sparqlRDD(sparqlQuery: String): RDD[Binding] = sparqlEngine.execSelect(sparqlQuery)\n  }\n\n  \/**\n   * A Sparqlify backed SPARQL executor working on the given RDF partitions.\n   *\n   * @param partitions the RDF partitions to work on\n   *\/\n  class SparqlifySPARQLExecutor(var partitions: Map[RdfPartitionStateDefault, RDD[Row]])\n    extends QueryExecutor\n      with Serializable {\n\n    \/**\n     * A Sparqlify backed SPARQL executor working on the given RDF triples.\n     *\n     * VP is used as partitioning strategy, i.e. one partition s,o per predicate p in the RDF dataset.\n     *\n     * @param triples the triples to work on\n     *\/\n    def this(triples: RDD[Triple]) {\n      this(RdfPartitionUtilsSpark.partitionGraph(triples, RdfPartitionerDefault))\n    }\n\n    val spark = SparkSession.builder().getOrCreate()\n\n    val rewriter = SparqlifyUtils3.createSparqlSqlRewriter(spark, RdfPartitionerDefault, partitions)\n\n    override def sparql(sparqlQuery: String): DataFrame = {\n      val query = QueryFactory.create(sparqlQuery)\n      val rewrite = rewriter.rewrite(query)\n      val df = QueryExecutionSpark.createQueryExecution(spark, rewrite, query)\n\n      df\n    }\n\n    override def sparqlRDD(sparqlQuery: String): RDD[Binding] = {\n      val query = QueryFactory.create(sparqlQuery)\n      val rewrite = rewriter.rewrite(query)\n      val df = QueryExecutionSpark.createQueryExecution(spark, rewrite, query)\n\n      val varDef = rewrite.getVarDefinition.getMap\n\n      val rowMapper: Function[Row, Binding] = new SparkRowMapperSparqlify(varDef)\n      val z: Function[Row, Binding] = JavaKryoSerializationWrapper.wrap(rowMapper)\n\n      implicit val bindingEncoder: Encoder[Binding] = org.apache.spark.sql.Encoders.kryo[Binding]\n      val result: JavaRDD[Binding] = df.javaRDD.map(z)\n\n      result.rdd\n    }\n\n  }\n\n  implicit class Semantic(partitions: RDD[String]) extends Serializable {\n\n    \/**\n     * Semantic partition of and RDF graph\n     *\n     * @param queryInputPath -- a path to the SPARQL queries.\n     *\/\n    def sparql(queryInputPath: String): RDD[String] = {\n      new QuerySystem(\n        partitions,\n        queryInputPath).run()\n    }\n\n  }\n\n  implicit class HDT(hdt: DataFrame) extends Serializable {\n\n    import net.sansa_stack.query.spark.hdt._\n\n    \/**\n     * Querying HDT.\n     *\n     * @param query a SPARQL query.\n     * @return a DataFrame of result set.\n     *\/\n    def sparqlHDT(query: String): DataFrame =\n      hdt.sparkSession.sql(Sparql2SQL.getQuery(query))\n\n  }\n\n  implicit class DataLake(spark: SparkSession) extends Serializable {\n\n    \/**\n     * Querying a Data Lake.\n     *\/\n    def sparqlDL(sparqlQuery: String, mappingsFile: String, configFile: String): DataFrame = {\n      DataLakeEngine.run(sparqlQuery, mappingsFile, configFile, spark)\n    }\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/SparkTableGenerator.scala","text":"<reponame>WortNils\/similarityComparator<filename>sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/SparkTableGenerator.scala<gh_stars>0\npackage net.sansa_stack.query.spark.ontop\n\nimport java.net.URLEncoder\nimport java.nio.charset.StandardCharsets\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{Row, SparkSession}\n\n\/**\n * @author <NAME>\n *\/\nclass SparkTableGenerator(spark: SparkSession,\n                          blankNodeStrategy: BlankNodeStrategy.Value = BlankNodeStrategy.Table,\n                          useHive: Boolean = false,\n                          computeStatistics: Boolean = false) {\n\n  val logger = com.typesafe.scalalogging.Logger(SparkTableGenerator.getClass)\n\n  implicit val o: Ordering[RdfPartitionStateDefault] = Ordering.by(e => (e.predicate, e.subjectType, e.objectType, e.langTagPresent, e.lang, e.datatype))\n\n  \/**\n   * Creates and registers a Spark table p(s,o) for each partition.\n   *\n   * Note: partitions with string literals as object will be kept into a single table per property and a 3rd column for the\n   * (optional) language tag is used instead.\n   *\n   * @param partitions the partitions\n   *\/\n  def createAndRegisterSparkTables(partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Map[RdfPartitionStateDefault, RDD[Row]]): Unit = {\n\n    \/\/    val partitions = Map(partitionsMap.toArray: _*) \/\/ scala.collection.immutable.TreeMap(partitionsMap.toArray: _*)\n\n    \/\/ register the lang tagged RDDs as a single table:\n    \/\/ we have to merge the RDDs of all languages per property first, otherwise we would always replace it by another\n    \/\/ language\n    partitions\n      .filter(_._1.lang.nonEmpty)\n      .map { case (p, rdd) => (p.predicate, p, rdd) }\n      .groupBy(_._1)\n      .map { case (k, v) =>\n        val rdd = spark.sparkContext.union(v.map(_._3).toSeq)\n        val p = v.head._2\n        (p, rdd)\n      }\n\n      .map { case (p, rdd) => (SQLUtils.createTableName(p, blankNodeStrategy), p, rdd) }\n      .groupBy(_._1)\n      .map(map => map._2.head)\n      .map(e => (e._2, e._3))\n\n      .foreach { case (p, rdd) => createSparkTable(partitioner, p, rdd) }\n\n    \/\/ register the non-lang tagged RDDs as table\n    partitions\n      .filter(_._1.lang.isEmpty)\n\n      .map { case (p, rdd) => (SQLUtils.createTableName(p, blankNodeStrategy), p, rdd) }\n      .groupBy(_._1)\n      .map(map => map._2.head)\n      .map(e => (e._2, e._3))\n\n      .foreach {\n        case (p, rdd) => createSparkTable(partitioner, p, rdd)\n      }\n  }\n\n  \/**\n   * creates a Spark table for each RDF partition\n   *\/\n  private def createSparkTable(partitioner: RdfPartitioner[RdfPartitionStateDefault], p: RdfPartitionStateDefault, rdd: RDD[Row]) = {\n\n    val name = SQLUtils.createTableName(p, blankNodeStrategy)\n    logger.debug(s\"creating Spark table ${escapeTablename(name)}\")\n\n    \/\/ val scalaSchema = p.layout.schema\n    val scalaSchema = partitioner.determineLayout(p).schema\n    val sparkSchema = ScalaReflection.schemaFor(scalaSchema).dataType.asInstanceOf[StructType]\n    val df = spark.createDataFrame(rdd, sparkSchema).persist()\n    \/\/    df.show(false)\n\n    if (useHive) {\n      df.createOrReplaceTempView(\"`\" + escapeTablename(name) + \"_tmp`\")\n\n      val schemaDDL = spark.createDataFrame(rdd, sparkSchema).schema.toDDL\n      spark.sql(s\"DROP TABLE IF EXISTS `${escapeTablename(name)}`\")\n      val query =\n        s\"\"\"\n           |CREATE TABLE IF NOT EXISTS `${escapeTablename(name)}`\n           |\n           |USING PARQUET\n           |PARTITIONED BY (`s`)\n           |AS SELECT * FROM `${escapeTablename(name)}_tmp`\n           |\"\"\".stripMargin\n      spark.sql(query)\n    } else {\n      df.createOrReplaceTempView(\"`\" + escapeTablename(name) + \"`\")\n      \/\/          df.write.partitionBy(\"s\").format(\"parquet\").saveAsTable(escapeTablename(name))\n    }\n\n    if (computeStatistics) {\n      spark.sql(s\"ANALYZE TABLE `${escapeTablename(name)}` COMPUTE STATISTICS FOR COLUMNS s, o\")\n    }\n  }\n\n  private def escapeTablename(path: String): String =\n    URLEncoder.encode(path, StandardCharsets.UTF_8.toString)\n      .toLowerCase\n      .replace('%', 'P')\n      .replace('.', 'C')\n      .replace(\"-\", \"dash\")\n\n}\n\nobject SparkTableGenerator {\n  def apply(spark: SparkSession): SparkTableGenerator = new SparkTableGenerator(spark)\n\n  def apply(spark: SparkSession,\n            blankNodeStrategy: BlankNodeStrategy.Value,\n            useHive: Boolean, computeStatistics: Boolean): SparkTableGenerator =\n    new SparkTableGenerator(spark, blankNodeStrategy, useHive, computeStatistics)\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/run\/SimilarityPipeline.scala","text":"<filename>sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/run\/SimilarityPipeline.scala<gh_stars>0\npackage net.sansa_stack.ml.spark.similarity.run\n\nimport net.sansa_stack.ml.spark.similarity.similarityEstimationModels._\nimport net.sansa_stack.ml.spark.utils.{FeatureExtractorModel, SimilarityExperimentMetaGraphFactory}\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.graph\nimport org.apache.jena.riot.Lang\nimport org.apache.spark.ml.feature.{CountVectorizer, CountVectorizerModel}\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.functions.{col, udf}\nimport org.apache.spark.sql.types.DataTypes\nimport org.apache.spark.sql.{DataFrame, Dataset, SparkSession}\n\nobject SimilarityPipeline {\n  def main(args: Array[String]): Unit = {\n\n    \/\/ we have two options. you can simply hand over only the path to the file or you give a config\n    val inputFilePath: String = args(0)\n    val outputFilePath: String = args(1)\n    val parameterSimilarityEstimator: String = args(2)\n    val paramterterFeatureExtractorMode: String = \"at\"\n    val paramterCountVectorizerMinTf: Int = 1\n    val paramterCountVectorizerMinDf: Int = 1\n    val paramterCountVectorizerVocabSize: Int = 100000\n    val paramterSimilarityEstimatorThreshold: Double = 0.5\n\n    \/\/ setup spark session\n    val spark = SparkSession.builder\n      .appName(s\"MinMal Semantic Similarity Estimation Calls\")\n      .master(\"local[*]\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .getOrCreate()\n\n    \/\/ read in data as Data`Frame\n    println(\"ReadIn file:\" + inputFilePath)\n    val triplesDf: DataFrame = spark.read.rdf(Lang.NTRIPLES)(inputFilePath)\n    \/\/ triplesDf.show()\n\n    \/\/ feature extraction\n    println(\"Extract features with mode:\" + paramterterFeatureExtractorMode)\n    val featureExtractorModel = new FeatureExtractorModel()\n      .setMode(paramterterFeatureExtractorMode)\n    val extractedFeaturesDataFrame = featureExtractorModel\n      .transform(triplesDf)\n    \/\/ extractedFeaturesDataFrame.show()\n\n    \/\/ filter for relevant URIs e.g. only movies\n    val filteredFeaturesDataFrame = extractedFeaturesDataFrame \/\/ .filter(t => t.getAs[String](\"uri\").startsWith(\"m\"))\n    \/\/ filteredFeaturesDataFrame.show()\n\n    \/\/ count Vectorization\n    println(\"Count Vectorizer\")\n    val cvModel: CountVectorizerModel = new CountVectorizer()\n      .setInputCol(\"extractedFeatures\")\n      .setOutputCol(\"vectorizedFeatures\")\n      .setMinTF(paramterCountVectorizerMinTf)\n      .setMinDF(paramterCountVectorizerMinDf)\n      .setVocabSize(paramterCountVectorizerVocabSize)\n      .fit(filteredFeaturesDataFrame)\n    val tmpCvDf: DataFrame = cvModel.transform(filteredFeaturesDataFrame)\n    val isNoneZeroVector = udf({ v: Vector => v.numNonzeros > 0 }, DataTypes.BooleanType)\n    val countVectorizedFeaturesDataFrame: DataFrame = tmpCvDf.filter(isNoneZeroVector(col(\"vectorizedFeatures\"))).select(\"uri\", \"vectorizedFeatures\")\n    \/\/ countVectorizedFeaturesDataFrame.show()\n\n    \/\/ similarity Estimations Overview\n    \/\/ for nearestNeighbors we need one key which is a Vector to search for NN\n    \/\/ val sample_key: Vector = countVectorizedFeaturesDataFrame.take(1)(0).getAs[Vector](\"vectorizedFeatures\")\n\n    println(\"EstimatorModel setup\")\n    val model: GenericSimilarityEstimatorModel = parameterSimilarityEstimator match {\n      case \"Batet\" => new BatetModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"BraunBlanquet\" => new BraunBlanquetModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"Dice\" => new DiceModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"Jaccard\" => new JaccardModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"MinHash\" => new MinHashModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"Ochiai\" => new OchiaiModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"Simpson\" => new SimpsonModel()\n        .setInputCol(\"vectorizedFeatures\")\n      case \"Tversky\" => new TverskyModel()\n        .setInputCol(\"vectorizedFeatures\")\n        .setAlpha(1.0)\n        .setBeta(1.0)\n    }\n\n    val outputDf1: Dataset[_] = model\n      .similarityJoin(countVectorizedFeaturesDataFrame, countVectorizedFeaturesDataFrame, paramterSimilarityEstimatorThreshold, \"distCol\")\n\n    val metaGraphFactory = new SimilarityExperimentMetaGraphFactory()\n    val metagraph: RDD[graph.Triple] = metaGraphFactory.createRdfOutput(\n      outputDataset = outputDf1)(\n      modelInformationEstimatorName = model.estimatorName, modelInformationEstimatorType = model.modelType, modelInformationMeasurementType = model.estimatorMeasureType)(\n      inputDatasetNumbertOfTriples = triplesDf.count(), dataSetInformationFilePath = inputFilePath)\n\n    metagraph.coalesce(1, shuffle = true).saveAsNTriplesFile(outputFilePath)\n\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/QueryExecutionOntopSpark.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport org.aksw.jena_sparql_api.core.{QueryExecutionBaseSelect, QueryExecutionFactory, ResultSetCloseable}\nimport org.aksw.jena_sparql_api.utils.ResultSetUtils\nimport org.apache.jena.graph.GraphUtil\nimport org.apache.jena.query.{Query, QueryExecution}\nimport org.apache.jena.rdf.model.{Model, ModelFactory}\nimport org.apache.jena.sparql.graph.GraphFactory\n\nimport scala.collection.JavaConverters._\n\nclass QueryExecutionOntopSpark(query: Query, subFactory: QueryExecutionFactory, ontop: OntopSPARQLEngine)\n\textends QueryExecutionBaseSelect(query, subFactory) {\n\n\toverride def executeCoreSelect(query: Query): ResultSetCloseable = {\n\t\tval bindings = ontop.execSelect(query.toString()).collect().iterator\n\n\t\tval tmp = ResultSetUtils.create2(query.getProjectVars, bindings.asJava)\n\n\t\tnew ResultSetCloseable(tmp)\n  }\n\n\toverride def execAsk(): Boolean = ontop.execAsk(query.toString())\n\n\toverride def execConstruct(): Model = {\n\t\tval triples = ontop.execConstruct(query.toString()).collect()\n\t\tval g = GraphFactory.createDefaultGraph()\n\t\tGraphUtil.add(g, triples)\n\t\tModelFactory.createModelForGraph(g)\n\t}\n\n\toverride def executeCoreSelectX(query: Query): QueryExecution = throw new UnsupportedOperationException\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/test\/scala\/net\/sansa_stack\/ml\/spark\/utils\/FeatureExtractingSparqlGeneratorTest.scala","text":"<filename>sansa-ml\/sansa-ml-spark\/src\/test\/scala\/net\/sansa_stack\/ml\/spark\/utils\/FeatureExtractingSparqlGeneratorTest.scala<gh_stars>0\npackage net.sansa_stack.ml.spark.utils\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport net.sansa_stack.ml.spark.utils.FeatureExtractingSparqlGenerator.autoPrepo\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.graph.Node\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.sql.{Encoders, SparkSession}\nimport org.scalatest.FunSuite\n\nclass FeatureExtractingSparqlGeneratorTest extends FunSuite with DataFrameSuiteBase{\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    JenaSystem.init();\n  }\n\n    \/**\n   * tests small creation of sparwl query and tests for created projection variables\n   *\/\n  test(\"Test auto SPARQL generation based on sample file\") {\n\n    val inputFilePath: String = this.getClass.getClassLoader.getResource(\"utils\/test.ttl\").getPath\n    println(inputFilePath)\n    val seedVarName = \"?seed\"\n    val whereClauseForSeed = \"?seed a <http:\/\/dig.isi.edu\/Person>\"\n    val maxUp: Int = 5\n    val maxDown: Int = 5\n    val seedNumber: Int = 0\n    val seedNumberAsRatio: Double = 1.0\n\n    \/\/ setup spark session\n    val spark = SparkSession.builder\n      .appName(s\"tryout sparql query transformer\")\n      .master(\"local[*]\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .config(\"spark.sql.crossJoin.enabled\", true)\n      .getOrCreate()\n    spark.sparkContext.setLogLevel(\"ERROR\")\n\n    implicit val nodeTupleEncoder = Encoders.kryo(classOf[(Node, Node, Node)])\n\n    \/\/ first mini file:\n    val df = spark.read.rdf(Lang.TURTLE)(inputFilePath)\n\n    val (totalSparqlQuery: String, var_names: List[String]) = autoPrepo(\n      df = df,\n      seedVarName = seedVarName,\n      seedWhereClause = whereClauseForSeed,\n      maxUp = maxUp,\n      maxDown = maxDown,\n      numberSeeds = seedNumber,\n      ratioNumberSeeds = seedNumberAsRatio\n    )\n\n    val assumedProjectionVars = \"?seed__down_age ?seed__down_name ?seed__down_hasSpouse__down_age ?seed__down_hasParent__down_age ?seed__down_hasSpouse__down_name ?seed__down_hasParent__down_name\".split(\" \")\n    assert(assumedProjectionVars.toSet.diff(var_names.toSet).size == 0)\n    spark.stop()\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/sparqlify\/SparqlifyUtils3.scala","text":"package net.sansa_stack.query.spark.sparqlify\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport net.sansa_stack.rdf.common.partition.model.sparqlify.SparqlifyUtils2\nimport org.aksw.obda.domain.impl.LogicalTableTableName\nimport org.aksw.sparqlify.backend.postgres.DatatypeToStringCast\nimport org.aksw.sparqlify.config.syntax.Config\nimport org.aksw.sparqlify.core.algorithms.{CandidateViewSelectorSparqlify, ViewDefinitionNormalizerImpl}\nimport org.aksw.sparqlify.core.interfaces.SparqlSqlStringRewriter\nimport org.aksw.sparqlify.core.sql.common.serialization.SqlEscaperBase\nimport org.aksw.sparqlify.util.{SparqlifyCoreInit, SparqlifyUtils, SqlBackendConfig}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{Row, SparkSession}\n\nobject SparqlifyUtils3 \/\/ extends StrictLogging\n{\n  def createSparqlSqlRewriter(sparkSession: SparkSession, partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Map[RdfPartitionStateDefault, RDD[Row]]): SparqlSqlStringRewriter = {\n    val config = new Config()\n    \/\/ val loggerCount = new LoggerCount(logger.underlying)\n\n    val backendConfig = new SqlBackendConfig(new DatatypeToStringCast(), new SqlEscaperBase(\"`\", \"`\")) \/\/ new SqlEscaperBacktick())\n    val sqlEscaper = backendConfig.getSqlEscaper()\n    val typeSerializer = backendConfig.getTypeSerializer()\n    val sqlFunctionMapping = SparqlifyCoreInit.loadSqlFunctionDefinitions(\"functions-spark.xml\")\n\n    val ers = SparqlifyUtils.createDefaultExprRewriteSystem()\n    val mappingOps = SparqlifyUtils.createDefaultMappingOps(ers)\n\n    val candidateViewSelector = new CandidateViewSelectorSparqlify(mappingOps, new ViewDefinitionNormalizerImpl());\n\n    val views = partitions.map {\n      case (p, rdd) =>\n        \/\/\n        \/\/        logger.debug(\"Processing RdfPartition: \" + p)\n\n        val vd = SparqlifyUtils2.createViewDefinition(partitioner, p)\n        \/\/       logger.debug(\"Created view definition: \" + vd)\n\n        val tableName = vd.getLogicalTable match {\n          case o: LogicalTableTableName => o.getTableName\n          case _ => throw new RuntimeException(\"Table name required - instead got: \" + vd)\n        }\n\n        \/\/ val scalaSchema = p.layout.schema\n        val scalaSchema = partitioner.determineLayout(p).schema\n        val sparkSchema = ScalaReflection.schemaFor(scalaSchema).dataType.asInstanceOf[StructType]\n        val df = sparkSession.createDataFrame(rdd, sparkSchema).persist()\n\n        df.createOrReplaceTempView(sqlEscaper.escapeTableName(tableName))\n        config.getViewDefinitions.add(vd)\n    }\n\n    val basicTableInfoProvider = new BasicTableInfoProviderSpark(sparkSession)\n\n    val rewriter = SparqlifyUtils.createDefaultSparqlSqlStringRewriter(basicTableInfoProvider, null, config, typeSerializer, sqlEscaper, sqlFunctionMapping)\n    \/\/   val rewrite = rewriter.rewrite(QueryFactory.create(\"Select * { <http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> ?p ?o }\"))\n\n    \/\/    val rewrite = rewriter.rewrite(QueryFactory.create(\"Select * { ?s <http:\/\/xmlns.com\/foaf\/0.1\/givenName> ?o ; <http:\/\/dbpedia.org\/ontology\/deathPlace> ?d }\"))\n    rewriter\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/model\/rdd\/RddOfDatasetsOps.scala","text":"package net.sansa_stack.rdf.spark.model.rdd\n\nimport org.apache.jena.query._\nimport org.apache.jena.rdf.model.Resource\nimport org.apache.spark.rdd.RDD\n\nimport scala.collection.JavaConverters._\n\n\/**\n * Operations for RDD[Dataset]\n *\/\nobject RddOfDatasetsOps {\n\n  @inline def naturalResources(rddOfDatasets: RDD[_ <: Dataset]): RDD[Resource] = {\n    rddOfDatasets.flatMap(JenaDatasetOps.naturalResources)\n  }\n\n  @inline def sparqlFlatMap(rddOfDatasets: RDD[_ <: Dataset], queryStr: String): RDD[Dataset] = {\n    \/\/ def flatMapQuery(query: Query): RDD[Dataset] =\n    rddOfDatasets.flatMap(in => {\n      \/\/ TODO I don't get why the Query object is not serializablbe even though\n      \/\/ the registrator for it is loaded ... investigae...\n      val query = QueryFactory.create(queryStr, Syntax.syntaxARQ);\n\n      val qe = QueryExecutionFactory.create(query, in)\n      var r: Seq[Dataset] = null\n      try {\n        val tmp = qe.execConstructDataset\n\n        \/\/ Split the datasets\n        r = tmp.listNames.asScala.toSeq\n          .map(name => {\n            val model = tmp.getNamedModel(name)\n            val ds = DatasetFactory.create\n            ds.addNamedModel(name, model)\n            ds\n          })\n      } finally {\n        qe.close()\n      }\n\n      r\n    })\n  }\n\n  @inline def sparqlFilter(rddOfDatasets: RDD[_ <: Dataset], queryStr: String, drop: Boolean): RDD[_ <: Dataset] = {\n    \/\/ def flatMapQuery(query: Query): RDD[Dataset] =\n    rddOfDatasets.filter(in => {\n      \/\/ TODO Make deserialization of query work\n      val rawQuery = QueryFactory.create(queryStr, Syntax.syntaxARQ)\n      val query = RddOfRdfOpUtils.enforceQueryAskType(rawQuery)\n\n      val qe = QueryExecutionFactory.create(query, in)\n      var r = false\n      try {\n        r = qe.execAsk()\n        \/\/ Invert the result if drop is true\n        r = if (drop) !r else r\n\n      } finally {\n        qe.close()\n      }\n\n      r\n    })\n  }\n\n  \/*\n @inline def sparqlSortBy(rddOfDatasets: RDD[_ <: Dataset], queryStr: String, descending: Boolean): RDD[_ <: Dataset] = {\n   \/\/ def flatMapQuery(query: Query): RDD[Dataset] =\n   rddOfDatasets.filter(in => {\n     \/\/ TODO Make deserialization of query work\n     val rawQuery = QueryFactory.create(queryStr, Syntax.syntaxARQ)\n     val query = RddOfRdfOpUtils.enforceQueryAskType(rawQuery)\n\n     val qe = QueryExecutionFactory.create(query, in)\n     var r = false\n     try {\n       r = qe.execAsk()\n       \/\/ Invert the result if drop is true\n       r = if (drop) !r else r\n\n     } finally {\n       qe.close()\n     }\n\n     r\n   })\n }\n*\/\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/KryoSerializationWrapper.scala","text":"package net.sansa_stack.query.spark.ontop\n\n\nimport java.nio.ByteBuffer\n\nimport org.apache.spark.serializer.{KryoSerializer => SparkKryoSerializer}\nimport org.apache.spark.{SparkConf, SparkEnv}\n\nimport scala.reflect.ClassTag\n\nobject KryoSerializer {\n\n  @transient lazy val ser: SparkKryoSerializer = {\n    val sparkConf = Option(SparkEnv.get).map(_.conf).getOrElse(new SparkConf())\n    new SparkKryoSerializer(sparkConf)\n  }\n\n  def serialize[T: ClassTag](o: T): Array[Byte] = {\n    ser.newInstance().serialize(o).array()\n  }\n\n  def deserialize[T: ClassTag](bytes: Array[Byte]): T = {\n    ser.newInstance().deserialize[T](ByteBuffer.wrap(bytes))\n  }\n}\n\n\/**\n * A wrapper around some unserializable objects that make them both Java\n * serializable. Internally, Kryo is used for serialization.\n *\n * Use KryoSerializationWrapper(value) to create a wrapper.\n *\/\nclass KryoSerializationWrapper[T: ClassTag] extends Serializable {\n\n  @transient var value: T = _\n\n  private var valueSerialized: Array[Byte] = _\n\n  \/\/ The getter and setter for valueSerialized is used for XML serialization.\n  def getValueSerialized: Array[Byte] = {\n    valueSerialized = KryoSerializer.serialize(value)\n    valueSerialized\n  }\n\n  def setValueSerialized(bytes: Array[Byte]): Unit = {\n    valueSerialized = bytes\n    value = KryoSerializer.deserialize[T](valueSerialized)\n  }\n\n  \/\/ Used for Java serialization.\n  private def writeObject(out: java.io.ObjectOutputStream) {\n    getValueSerialized\n    out.defaultWriteObject()\n  }\n\n  private def readObject(in: java.io.ObjectInputStream) {\n    in.defaultReadObject()\n    setValueSerialized(valueSerialized)\n  }\n}\n\n\nobject KryoSerializationWrapper {\n  def apply[T: ClassTag](value: T): KryoSerializationWrapper[T] = {\n    val wrapper = new KryoSerializationWrapper[T]\n    wrapper.value = value\n    wrapper\n  }\n}"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/PartitionSerDe.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.nio.file.{Files, Path}\n\nimport com.twitter.chill.{KryoBase, KryoPool, ScalaKryoInstantiator}\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitionStateDefault\n\n\/**\n * @author <NAME>\n *\/\nobject PartitionSerDe {\n\n\n\n  val kryo: KryoBase = {\n    val instantiator = new ScalaKryoInstantiator()\n    instantiator.setRegistrationRequired(true)\n    instantiator.newKryo\n  }\n  kryo.register(classOf[RdfPartitionStateDefault])\n  kryo.register(classOf[scala.collection.immutable.Set[_]])\n  kryo.register(classOf[scala.collection.immutable.Set[RdfPartitionStateDefault]])\n  val pool: KryoPool = KryoPool.withByteArrayOutputStream(4, new ScalaKryoInstantiator())\n\n\n\/\/  val kryo = new Kryo\n\/\/\n\/\/  kryo.setRegistrationRequired(false)\n\/\/  kryo.setInstantiatorStrategy(new StdInstantiatorStrategy());\n\/\/  kryo.register(classOf[RdfPartitionDefault])\n\/\/  kryo.register(classOf[scala.collection.immutable.Set[_]])\n\/\/  kryo.register(classOf[scala.collection.immutable.Set[RdfPartitionDefault]])\n\n  def serialize[T](t: T): Array[Byte] =\n    ScalaKryoInstantiator.defaultPool.toBytesWithClass(t)\n  def deserialize[T](bytes: Array[Byte]): T =\n    ScalaKryoInstantiator.defaultPool.fromBytes(bytes).asInstanceOf[T]\n  def rt[T](t: T): T = deserialize(serialize(t))\n\n\n  def serializeTo(partitions: Set[RdfPartitionStateDefault], path: Path): Unit = {\n    val bytes = serialize(partitions)\n    Files.write(path, bytes)\n  }\n\n  def deserializeFrom(path: Path): Set[RdfPartitionStateDefault] = {\n    val bytes = Files.readAllBytes(path)\n    deserialize(bytes)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/ops\/package.scala","text":"package net.sansa_stack.rdf.spark\n\nimport net.sansa_stack.rdf.spark.model.rdd.{RddOfDatasetsOps, RddOfModelsOps, RddOfResourcesOps, RddOfTriplesOps}\nimport org.apache.jena.graph.Triple\nimport org.apache.jena.query._\nimport org.apache.jena.rdf.model.{Model, RDFNode, Resource}\nimport org.apache.spark.rdd.RDD\n\nimport scala.reflect.ClassTag\n\npackage object ops {\n  implicit class RddOfTriplesOpsImpl(rddOfTriples: RDD[Triple]) {\n\n    @inline def filterPredicates(predicateIris: Set[String]): RDD[Triple] = RddOfTriplesOps.filterPredicates(rddOfTriples, predicateIris)\n  }\n\n\n  \/\/ implicit class DatasetOps[T <: Dataset](dataset: RDD[T]) {\n  implicit class RddOfModelsOpsImpl(rddOfModels: RDD[Model]) {\n\n    \/**\n     * Execute an <b>extended<\/b> CONSTRUCT SPARQL query on an RDD of Datasets and\n     * yield every constructed named graph or default graph as a separate item\n     * Extended means that the use of GRAPH is allowed in the template,\n     * such as in CONSTRUCT { GRAPH ?g { ... } } WHERE { }\n     *\n     * @param query\n     * @return\n     *\/\n    @inline def sparqlMap(query: Query): RDD[Model] = RddOfModelsOps.sparqlMap(rddOfModels, query.toString())\n\n    @inline def sparqlFilterKeep(query: Query): RDD[_ <: Model] = sparqlFilter(query, false)\n    @inline def sparqlFilterDrop(query: Query): RDD[_ <: Model] = sparqlFilter(query, true)\n    @inline def sparqlFilter(query: Query, drop: Boolean = false): RDD[_ <: Model] = RddOfModelsOps.sparqlFilter(rddOfModels, query.toString(), drop)\n  }\n\n  implicit class RddOfResourcesOpsImpl(rddOfResources: RDD[_ <: Resource]) {\n    @inline def mapAs[T <: RDFNode](clazz: Class[T]): RDD[T] = RddOfResourcesOps.mapAs(ClassTag(clazz), rddOfResources, clazz)\n    @inline def models(): RDD[Model] = RddOfResourcesOps.mapToModels(rddOfResources)\n  }\n\n  implicit class RddOfDatasetsOpsImpl(rddOfDatasets: RDD[Dataset]) {\n    \/**\n     * Execute an <b>extended<\/b> CONSTRUCT SPARQL query on an RDD of Datasets and\n     * yield every constructed named graph or default graph as a separate item\n     * Extended means that the use of GRAPH is allowed in the template,\n     * such as in CONSTRUCT { GRAPH ?g { ... } } WHERE { }\n     *\n     * @param query\n     * @return\n     *\/\n    @inline def sparqlFlatMap(query: Query): RDD[Dataset] = RddOfDatasetsOps.sparqlFlatMap(rddOfDatasets, query.toString())\n\n    @inline def sparqlFilterKeep(query: Query): RDD[_ <: Dataset] = sparqlFilter(query, false)\n    @inline def sparqlFilterDrop(query: Query): RDD[_ <: Dataset] = sparqlFilter(query, true)\n    @inline def sparqlFilter(query: Query, drop: Boolean = false): RDD[_ <: Dataset] = RddOfDatasetsOps.sparqlFilter(rddOfDatasets, query.toString(), drop)\n\n    @inline def mapToNaturalResources(): RDD[Resource] = RddOfDatasetsOps.naturalResources(rddOfDatasets)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopUtils.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.io.StringReader\nimport java.util.Properties\n\nimport it.unibz.inf.ontop.exception.{MinorOntopInternalBugException, OBDASpecificationException, OntopInternalBugException}\nimport it.unibz.inf.ontop.injection.{OntopMappingSQLAllConfiguration, OntopMappingSQLAllOWLAPIConfiguration, OntopReformulationSQLConfiguration, OntopSQLOWLAPIConfiguration}\nimport it.unibz.inf.ontop.iq.exception.EmptyQueryException\nimport it.unibz.inf.ontop.iq.node.{ConstructionNode, NativeNode}\nimport it.unibz.inf.ontop.iq.{IQ, IQTree, UnaryIQTree}\nimport it.unibz.inf.ontop.model.`type`.TypeFactory\nimport it.unibz.inf.ontop.model.term._\nimport org.apache.jena.datatypes.TypeMapper\nimport org.apache.jena.graph.{Node, NodeFactory}\nimport org.semanticweb.owlapi.model.OWLOntology\n\n\/**\n * @author <NAME>\n *\/\nobject OntopUtils extends Serializable {\n\n  \/\/ create the tmp DB needed for Ontop\n  private val JDBC_URL = \"jdbc:h2:mem:sansaontopdb;DATABASE_TO_UPPER=FALSE\"\n  private val JDBC_USER = \"sa\"\n  private val JDBC_PASSWORD = \"\"\n\n  def toNode(constant: RDFConstant, typeFactory: TypeFactory): Node = {\n    val termType = constant.getType\n    if (termType.isA(typeFactory.getIRITermType)) {\n      NodeFactory.createURI(constant.asInstanceOf[IRIConstant].getIRI.getIRIString)\n    } else if (termType.isA(typeFactory.getAbstractRDFSLiteral)) {\n      val lit = constant.asInstanceOf[RDFLiteralConstant]\n      val dt = TypeMapper.getInstance().getTypeByName(lit.getType.getIRI.getIRIString)\n      NodeFactory.createLiteral(lit.getValue, dt)\n    } else {\n      null.asInstanceOf[Node]\n    }\n  }\n\n  def evaluate(term: ImmutableTerm): Option[RDFConstant] = {\n    val simplifiedTerm = term.simplify\n    simplifiedTerm match {\n      case constant: Constant =>\n        if (constant.isInstanceOf[RDFConstant]) return Some(constant.asInstanceOf[RDFConstant])\n        if (constant.isNull) return None\n        if (constant.isInstanceOf[DBConstant]) throw new InvalidConstantTypeInResultException(constant +\n          \"is a DB constant. But a binding cannot have a DB constant as value\")\n        throw new InvalidConstantTypeInResultException(\"Unexpected constant type for \" + constant)\n      case _ =>\n    }\n    throw new InvalidTermAsResultException(simplifiedTerm)\n  }\n\n  @throws[EmptyQueryException]\n  @throws[OntopInternalBugException]\n  def extractSQLQuery(executableQuery: IQ): String = {\n    val tree = executableQuery.getTree\n    if (tree.isDeclaredAsEmpty) throw new EmptyQueryException\n    val queryString = Option(tree)\n      .filter((t: IQTree) => t.isInstanceOf[UnaryIQTree])\n      .map((t: IQTree) => t.asInstanceOf[UnaryIQTree].getChild.getRootNode)\n      .filter(n => n.isInstanceOf[NativeNode])\n      .map(n => n.asInstanceOf[NativeNode])\n      .map(_.getNativeQueryString)\n      .getOrElse(throw new MinorOntopInternalBugException(\"The query does not have the expected structure \" +\n        \"of an executable query\\n\" + executableQuery))\n    if (queryString == \"\") throw new EmptyQueryException\n    queryString\n  }\n\n  @throws[EmptyQueryException]\n  def extractNativeNode(executableQuery: IQ): NativeNode = {\n    val tree = executableQuery.getTree\n    if (tree.isDeclaredAsEmpty) throw new EmptyQueryException\n    Option(tree)\n      .filter(t => t.isInstanceOf[UnaryIQTree])\n      .map(t => t.asInstanceOf[UnaryIQTree].getChild.getRootNode)\n      .filter(n => n.isInstanceOf[NativeNode])\n      .map(n => n.asInstanceOf[NativeNode])\n      .getOrElse(throw new MinorOntopInternalBugException(\"The query does not have the expected structure \" +\n        \"for an executable query\\n\" + executableQuery))\n  }\n\n  @throws[EmptyQueryException]\n  @throws[OntopInternalBugException]\n  def extractRootConstructionNode(executableQuery: IQ): ConstructionNode = {\n    val tree = executableQuery.getTree\n    if (tree.isDeclaredAsEmpty) throw new EmptyQueryException\n    Option(tree.getRootNode)\n      .filter(n => n.isInstanceOf[ConstructionNode])\n      .map(n => n.asInstanceOf[ConstructionNode])\n      .getOrElse(throw new MinorOntopInternalBugException(\n        \"The \\\"executable\\\" query is not starting with a construction node\\n\" + executableQuery))\n  }\n\n\n  @throws[OBDASpecificationException]\n  private def loadOBDASpecification(obdaMappings: String, properties: Properties, ontology: Option[OWLOntology]) = {\n    val builder = if (ontology.nonEmpty) OntopMappingSQLAllOWLAPIConfiguration.defaultBuilder.ontology(ontology.get)\n                  else OntopMappingSQLAllConfiguration.defaultBuilder\n\n    val mappingConfiguration = builder\n      .nativeOntopMappingReader(new StringReader(obdaMappings))\n      .jdbcUrl(JDBC_URL)\n      .jdbcUser(JDBC_USER)\n      .jdbcPassword(<PASSWORD>)\n      .properties(properties)\n      .enableTestMode\n      .build\n    mappingConfiguration.loadSpecification\n  }\n\n  @throws[OBDASpecificationException]\n  def createReformulationConfig(obdaMappings: String, properties: Properties, ontology: Option[OWLOntology] = None): OntopReformulationSQLConfiguration = {\n    val obdaSpecification = loadOBDASpecification(obdaMappings, properties, ontology)\n\n    val builder = if (ontology.nonEmpty) OntopSQLOWLAPIConfiguration.defaultBuilder\n                                              .ontology(ontology.get)\n                                              .properties(properties)\n                                              .jdbcUser(JDBC_USER)\n                                              .jdbcPassword(<PASSWORD>)\n                  else OntopReformulationSQLConfiguration.defaultBuilder\n\n    builder\n      .obdaSpecification(obdaSpecification)\n      .properties(properties)\n      .jdbcUrl(JDBC_URL)\n      .enableTestMode\n      .build\n  }\n\n}\n\nclass InvalidTermAsResultException(term: ImmutableTerm) extends OntopInternalBugException(\"Term \" + term + \" does not evaluate to a constant\")\nclass InvalidConstantTypeInResultException(message: String) extends OntopInternalBugException(message)\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/sparqlify\/SparklifyQueryEngineTests.scala","text":"<reponame>WortNils\/similarityComparator\npackage net.sansa_stack.query.spark.sparqlify\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerDefault}\nimport net.sansa_stack.rdf.spark.io._\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.apache.jena.graph.Triple\nimport org.apache.jena.query.{ARQ, ResultSetFormatter}\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\nimport org.scalatest.FunSuite\n\nimport scala.io.Source\n\nclass SparklifyQueryEngineTests extends FunSuite with DataFrameSuiteBase {\n\n  JenaSystem.init\n\n  import net.sansa_stack.query.spark.query._\n\n  var triples: RDD[Triple] = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    val input = getClass.getResource(\"\/datasets\/bsbm-sample.nt\").getPath\n    triples = spark.rdf(Lang.NTRIPLES)(input).cache()\n  }\n\n  override def conf(): SparkConf = {\n    val conf = super.conf\n    conf\n      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n\/\/      .set(\"spark.eventLog.enabled\", \"true\")\n      .set(\"spark.kryo.registrator\", String.join(\", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\",\n        \"net.sansa_stack.query.spark.sparqlify.KryoRegistratorSparqlify\"))\n    conf\n  }\n\n  test(\"result of running BSBM Q1 should match\") {\n    val query = Source.fromFile(getClass.getResource(\"\/sparklify\/queries\/bsbm\/Q1.sparql\").getPath).getLines.mkString\n\n    val result = triples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 7)\n  }\n\n  test(\"result of running BSBM Q2 should match\") {\n    val query = Source.fromFile(getClass.getResource(\"\/sparklify\/queries\/bsbm\/Q2.sparql\").getPath).getLines.mkString\n\n    val result = triples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 4)\n  }\n\n  test(\"result of running BSBM Q3 should match\") {\n    val query = Source.fromFile(getClass.getResource(\"\/sparklify\/queries\/bsbm\/Q3.sparql\").getPath).getLines.mkString\n\n    val result = triples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 674)\n  }\n\n  \/\/ TODO Separate issue-related queries from BSBM\n\n  \/*\n  \/\/ Disabled test because Sparqlify at present does not handle longs and decimals correctly\n  test(\"result of running issue14 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue14.nt\").getPath\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(?o > 900000000000000000) }\").count() == 1)\n  }\n  *\/\n\n  test(\"result of running issue15 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue43.nt\").getPath\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(REGEX(STR(?o), 'Clare')) }\").count() == 1)\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(REGEX(STR(?o), 'clare', 'i')) }\").count() == 1)\n\n    \/\/ Counter checks\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(REGEX(STR(?o), 'clare')) }\").count() == 0)\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(REGEX(STR(?o), 'foobar')) }\").count() == 0)\n  }\n\n  test(\"result of running issue17 (strafter) should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue43.nt\").getPath\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(STRAFTER(?o, 'Cl') = 'are')}\").count() == 1)\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(STRAFTER(?o, 'Cl') = 'foo')}\").count() == 0)\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(STRSTARTS(?o, 'Cl'))}\").count() == 1)\n    assert(triples.sparql(\"SELECT * { ?s ?p ?o FILTER(STRENDS(?o, 'are'))}\").count() == 1)\n  }\n\n  test(\"result of running issue34 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue34.nt\").getPath\n    val query = \"SELECT * { ?s ?p ?o }\"\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    val result = triples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 1)\n  }\n\n  \/\/ Due to a likely catalyst bug, this test so far does not succeed\n  \/*\n  test(\"result of running issue35 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue43.nt\").getPath\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    assert(triples.sparql(\"SELECT DISTINCT ?s ?o { ?s <http:\/\/xmlns.com\/foaf\/0.1\/name> ?o } ORDER BY ?o\").count() == 1)\n  }\n  *\/\n\n  \/\/ TODO Verify that below has been fixed:\n  \/\/ The result set of 43 has incorrect bnode labels\n  \/\/ The issue may be a bug in Sparqlify, but it may as well be\n  \/\/ simply an artifact of line-based ntriples processing\n  test(\"result of running issue43 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue43.nt\").getPath\n    val queryStr = \"SELECT * { ?s ?p ?o }\"\n\n    ARQ.enableBlankNodeResultLabels()\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    val partitioner = RdfPartitionerDefault\n    val partitions: Map[RdfPartitionStateDefault, RDD[Row]] = RdfPartitionUtilsSpark.partitionGraph(triples, RdfPartitionerDefault)\n    val rewriter = SparqlifyUtils3.createSparqlSqlRewriter(spark, partitioner, partitions)\n    val qef = new QueryExecutionFactorySparqlifySpark(spark, rewriter)\n    val str = ResultSetFormatter.asText(qef.createQueryExecution(queryStr).execSelect())\n        .toLowerCase\n    assert(!str.contains(\"null\"))\n  }\n\n  test(\"result of running issue44 should match\") {\n\n    val input = getClass.getResource(\"\/datasets\/issue44.nt\").getPath\n    val query = Source.fromFile(getClass.getResource(\"\/sparklify\/queries\/bsbm\/issue44.sparql\").getPath).getLines.mkString\n\n    val triples = spark.rdf(Lang.NTRIPLES)(input)\n\n    val result = triples.sparql(query)\n\n    val size = result.count()\n\n    assert(size == 2)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/partition\/r2rml\/R2rmlUtils.scala","text":"<gh_stars>0\npackage net.sansa_stack.rdf.common.partition.r2rml\n\nimport java.util\n\nimport com.google.common.collect.ImmutableMap\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport net.sansa_stack.rdf.common.partition.model.sparqlify.SparqlifyUtils2.createExprForNode\nimport org.aksw.jena_sparql_api.utils.Vars\nimport org.aksw.obda.domain.api.Constraint\nimport org.aksw.obda.domain.impl.LogicalTableTableName\nimport org.aksw.r2rml.jena.domain.api.{ObjectMap, PredicateObjectMap, SubjectMap, TermMap, TriplesMap}\nimport org.aksw.r2rml.jena.vocab.RR\nimport org.aksw.r2rmlx.domain.api.TermMapX\nimport org.apache.jena.graph.NodeFactory\nimport org.apache.jena.rdf.model.{ModelFactory, ResourceFactory}\nimport org.apache.jena.sparql.core.{Quad, Var}\nimport org.apache.jena.sparql.expr.{Expr, ExprVar}\n\nimport scala.reflect.runtime.universe.MethodSymbol\n\nobject R2rmlUtils {\n  implicit def newExprVar(varName: String): ExprVar = new ExprVar(Var.alloc(varName))\n  implicit def newExprVar(varId: Int): ExprVar = \"_\" + varId\n\n  def newExprVar(i: Int, attrNames: List[String]): ExprVar = {\n    val attrName = attrNames(i)\n    attrName\n  }\n\n\n  \/**\n   * Transform a RdfPartitionStateDefault into a sequence of R2RML mappings.\n   * TODO Clarify whether the returned mappings share the same Model or are backed by individual ones\n   * If the language handling strategy demands a dedicated column for language tags then the\n   * resulting R2RML contains the non-standard 'rr:langColumn' property.\n   *\n   * FIXME Creating mappings per language tag needs yet to be implemented\n   *\n   * @param partitioner\n   * @param p\n   * @return\n   *\/\n  def createR2rmlMappings(partitioner: RdfPartitioner[RdfPartitionStateDefault], p: RdfPartitionStateDefault): Seq[TriplesMap] = {\n    \/\/ val basicTableInfo = basicTableInfoProvider.getBasicTableInfo(sqlQueryStr)\n    \/\/ println(\"Result schema: \" + basicTableInfoProvider.getBasicTableInfo(sqlQueryStr))\n\n    \/\/ items.foreach(x => println(\"Item: \" + x))\n\n    val t = partitioner.determineLayout(p).schema\n    \/\/ val t = p.layout.schema\n    val attrNames = t.members.sorted.collect({ case m: MethodSymbol if m.isCaseAccessor => m.name.toString })\n\n    \/\/ println(\"Counting the dataset: \" + ds.count())\n    val pred = p.predicate\n\n    \/\/ For now let's just use the full predicate as the uri\n    \/\/ val predPart = pred.substring(pred.lastIndexOf(\"\/\") + 1)\n    val predPart = pred\n    val pn = NodeFactory.createURI(p.predicate)\n\n    val dt = p.datatype\n    val dtPart = if (dt != null && dt.nonEmpty) \"_\" + dt.substring(dt.lastIndexOf(\"\/\") + 1) else \"\"\n    val langPart = if (p.langTagPresent) \"_lang\" else \"\"\n\n    val sTermTypePart = if (p.subjectType == 0) \"sbn\" else \"\"\n    val oTermTypePart = if (p.objectType == 0) \"obn\" else \"\"\n\n    val tableName = predPart + dtPart + langPart + sTermTypePart + oTermTypePart\n    \/\/ .replace(\"#\", \"__\").replace(\"-\", \"_\")\n\n    \/\/ TODO Ensure tableName is safe\n    val tm: TriplesMap = ModelFactory.createDefaultModel.createResource.as(classOf[TriplesMap])\n    val pom: PredicateObjectMap = tm.addNewPredicateObjectMap()\n    pom.getPredicates.add(tm.getModel.wrapAsResource(pn))\n\n    val sm: SubjectMap = tm.getOrSetSubjectMap()\n    val om: ObjectMap = pom.addNewObjectMap()\n\n    setTermMapForNode(sm, 0, attrNames, p.subjectType, \"\", false)\n    setTermMapForNode(om, 1, attrNames, p.objectType, p.datatype, p.langTagPresent)\n\n    tm.getOrSetLogicalTable().setTableName(tableName)\n\n    Seq(tm)\n  }\n\n  def setTermMapForNode(target: TermMap, offset: Int, attrNames: List[String], termType: Byte, datatype: String, langTagPresent: Boolean): TermMap = {\n    \/\/ val o = offset + 1\n    val o = offset\n\n    val on = newExprVar(o, attrNames)\n\n    termType match {\n      \/\/ TODO The RR.IRI.inModel(...) is a workaround right now\n      case 0 => target.setColumn(attrNames(o)).setDatatype(RR.BlankNode.inModel(target.getModel))\n      case 1 => target.setColumn(attrNames(o)).setDatatype(RR.IRI.inModel(target.getModel))\n      case 2 =>\n        target.setColumn(attrNames(o))\n        if (langTagPresent) {\n          target.as(classOf[TermMapX]).setLangColumn(attrNames(o + 1))\n        } else {\n          target.setDatatype(ResourceFactory.createProperty(datatype))\n        }\n      \/\/ case 2 if(!Option(datatype).getOrElse(\"\").isEmpty) => E_RdfTerm.createTypedLiteral(o, o + 1)\n      case _ => throw new RuntimeException(\"Unhandled case\")\n    }\n\n    target\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/datalake\/DataLakeEngineTests.scala","text":"package net.sansa_stack.query.spark.datalake\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport org.scalatest.FunSuite\n\nclass TestDataLakeEngine extends FunSuite with DataFrameSuiteBase {\n\n  import net.sansa_stack.query.spark.query._\n\n  val configFile = getClass.getResource(\"\/datalake\/config_csv-only\").getPath\n  val mappingsFile = getClass.getResource(\"\/datalake\/mappings_csv-only.ttl\").getPath\n\n  test(\"running BSBM Q1 should result 10\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q1.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 10)\n  }\n\n  test(\"running BSBM Q2 should result 200\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q2.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 200)\n  }\n\n  test(\"running BSBM Q3 should result 0\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q3.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 0)\n  }\n\n  test(\"running BSBM Q4 should result 7\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q4.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 7)\n  }\n\n  test(\"running BSBM Q5 should result 0\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q5.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 0)\n  }\n\n  test(\"running BSBM Q6 should result 0\") {\n\n    val query = getClass.getResource(\"\/datalake\/queries\/Q6.sparql\").getPath\n    val result = spark.sparqlDL(query, mappingsFile, configFile)\n\n    val size = result.count()\n\n    assert(size == 0)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/io\/hadoop\/TrigFileInputFormat.scala","text":"package net.sansa_stack.rdf.common.io.hadoop\n\nimport java.io.{ByteArrayInputStream, ByteArrayOutputStream, InputStream}\nimport java.util\n\nimport org.apache.commons.io.input.BoundedInputStream\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.hadoop.io.compress.{CodecPool, CompressionCodecFactory, SplittableCompressionCodec}\nimport org.apache.hadoop.mapreduce.lib.input.{FileInputFormat, FileSplit}\nimport org.apache.hadoop.mapreduce.{InputSplit, JobContext, RecordReader, TaskAttemptContext}\nimport org.apache.jena.query.{Dataset, DatasetFactory}\nimport org.apache.jena.riot.{Lang, RDFDataMgr, RDFFormat}\n\n\/**\n * A Hadoop file input format for Trig RDF files.\n *\n * @author <NAME>\n * @author <NAME>\n *\/\nclass TrigFileInputFormat\n  extends FileInputFormat[LongWritable, Dataset] { \/\/ TODO use CombineFileInputFormat?\n\n  private val logger = com.typesafe.scalalogging.Logger(this.getClass.getName)\n\n  val PREFIXES = \"prefixes\"\n  val PARSED_PREFIXES_LENGTH = \"mapreduce.input.trigrecordreader.prefixes.maxlength\"\n  val PARSED_PREFIXES_LENGTH_DEFAULT = 10 * 1024 \/\/ 10KB\n\n  override def isSplitable(context: JobContext, file: Path): Boolean = {\n    val codec = new CompressionCodecFactory(context.getConfiguration).getCodec(file)\n    if (null == codec) return true\n    codec.isInstanceOf[SplittableCompressionCodec]\n  }\n\n  override def createRecordReader(inputSplit: InputSplit,\n                                  context: TaskAttemptContext): RecordReader[LongWritable, Dataset] = {\n    if (context.getConfiguration.get(PREFIXES) == null) {\n      Console.err.println(\"couldn't get prefixes from Job context\")\n    }\n    new TrigRecordReader()\n  }\n\n  override def getSplits(job: JobContext): util.List[InputSplit] = {\n    val splits = super.getSplits(job)\n\n    \/\/ we use first split and scan for prefixes and base IRI, then pass those to the RecordReader\n    \/\/ in createRecordReader() method\n    if (!splits.isEmpty) {\n\n      \/\/ take first split\n      val firstSplit = splits.get(0).asInstanceOf[FileSplit]\n\n      \/\/ open input stream from split\n      val is = getStreamFromSplit(firstSplit, job.getConfiguration)\n\n      \/\/ we do two steps here:\n      \/\/ 1. get all lines with base or prefix declaration\n      \/\/ 2. use a proper parser on those lines to cover corner case like multiple prefix declarations in a single line\n      val prefixStr = scala.io.Source.fromInputStream(is).getLines()\n        .map(_.trim)\n        .filterNot(_.isEmpty) \/\/ skip empty lines\n        .filterNot(_.startsWith(\"#\")) \/\/ skip comments\n        .filter(line => line.startsWith(\"@prefix\") || line.startsWith(\"@base\") ||\n          line.startsWith(\"prefix\") || line.startsWith(\"base\"))\n        .mkString(\"\\n\")\n      \/\/ TODO apparently, prefix declarations could span multiple lines, i.e. technically we\n      \/\/  also should consider the next line after a prefix declaration\n\n      val dataset = DatasetFactory.create()\n      RDFDataMgr.read(dataset, new ByteArrayInputStream(prefixStr.getBytes), Lang.TRIG)\n\n      logger.info(s\"parsed ${dataset.getDefaultModel.getNsPrefixMap.size()} prefixes from first\" +\n        s\" ${job.getConfiguration.getLong(PARSED_PREFIXES_LENGTH, PARSED_PREFIXES_LENGTH_DEFAULT)} bytes\")\n\n      \/\/ prefixes are located in default model\n      val baos = new ByteArrayOutputStream()\n      RDFDataMgr.write(baos, dataset.getDefaultModel, RDFFormat.TURTLE_PRETTY)\n\n      \/\/ pass prefix string to job context object\n      job.getConfiguration.set(\"prefixes\", baos.toString(\"UTF-8\"))\n    }\n\n    splits\n  }\n\n  private def getStreamFromSplit(split: FileSplit, job: Configuration): InputStream = {\n    val file = split.getPath\n\n    \/\/ open the file and seek to the start of the split\n    val fs = file.getFileSystem(job)\n    val fileIn = fs.open(file)\n\n    val start = split.getStart\n    var end = start + split.getLength\n\n    val maxPrefixesBytes = job.getLong(PARSED_PREFIXES_LENGTH, PARSED_PREFIXES_LENGTH_DEFAULT)\n    if (maxPrefixesBytes > end) {\n      logger.warn(s\"Number of bytes set for prefixes parsing ($maxPrefixesBytes) larger than the size of the first\" +\n        s\" split ($end). Could be slow\")\n    }\n    end = end max maxPrefixesBytes\n\n    val codec = new CompressionCodecFactory(job).getCodec(file)\n\n    if (null != codec) {\n      val decompressor = CodecPool.getDecompressor(codec)\n\n      codec match {\n        case splitableCodec: SplittableCompressionCodec =>\n          splitableCodec.createInputStream(fileIn, decompressor, start, end, SplittableCompressionCodec.READ_MODE.BYBLOCK)\n        case _ =>\n          codec.createInputStream(fileIn, decompressor)\n      }\n    } else {\n      new BoundedInputStream(fileIn, split.getLength)\n    }\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/io\/hadoop\/TrigRecordReader.scala","text":"package net.sansa_stack.rdf.common.io.hadoop\n\nimport java.io._\nimport java.nio.ByteBuffer\nimport java.nio.channels.{Channels, ReadableByteChannel}\nimport java.util\nimport java.util.Collections\nimport java.util.concurrent.Callable\nimport java.util.concurrent.atomic.AtomicLong\nimport java.util.function.Predicate\nimport java.util.regex.{Matcher, Pattern}\n\nimport io.reactivex.rxjava3.core.Flowable\nimport org.aksw.jena_sparql_api.io.binseach._\nimport org.aksw.jena_sparql_api.rx.RDFDataMgrRx\nimport org.apache.commons.io.IOUtils\nimport org.apache.hadoop.fs\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.hadoop.io.compress._\nimport org.apache.hadoop.mapreduce.lib.input.FileSplit\nimport org.apache.hadoop.mapreduce.{InputSplit, RecordReader, TaskAttemptContext}\nimport org.apache.jena.ext.com.google.common.base.Stopwatch\nimport org.apache.jena.ext.com.google.common.primitives.Ints\nimport org.apache.jena.query.{Dataset, DatasetFactory}\nimport org.apache.jena.rdf.model.ModelFactory\nimport org.apache.jena.riot.{Lang, RDFDataMgr, RDFFormat}\n\nimport scala.collection.mutable.ArrayBuffer\n\n\n\/**\n * A record reader for Trig RDF files.\n *\n * @author <NAME>\n * @author <NAME>\n *\/\nobject TrigRecordReader {\n  val MAX_RECORD_LENGTH = \"mapreduce.input.trigrecordreader.record.maxlength\"\n  val MIN_RECORD_LENGTH = \"mapreduce.input.trigrecordreader.record.minlength\"\n  val PROBE_RECORD_COUNT = \"mapreduce.input.trigrecordreader.probe.count\"\n}\nclass TrigRecordReader\n  extends RecordReader[LongWritable, Dataset] {\n\n  var maxRecordLength: Int = _\n  var minRecordLength: Int = _\n  var probeRecordCount: Int = _\n\n  private val trigFwdPattern: Pattern = Pattern.compile(\"@?base|@?prefix|(graph\\\\s*)?(<[^>]*>|_?:[^-\\\\s]+)\\\\s*\\\\{\", Pattern.CASE_INSENSITIVE | Pattern.MULTILINE)\n\n  \/\/ This pattern is no longer needed and its not up to date\n  private val trigBwdPattern: Pattern = Pattern.compile(\"esab@?|xiferp@?|\\\\{\\\\s*(>[^<]*<|[^-\\\\s]+:_)\\\\s*(hparg)?\", Pattern.CASE_INSENSITIVE)\n\n  \/\/ private var start, end, position = 0L\n\n  private val EMPTY_DATASET: Dataset = DatasetFactory.create\n\n  private val currentKey = new AtomicLong\n  private var currentValue: Dataset = DatasetFactory.create()\n\n  private var datasetFlow: util.Iterator[Dataset] = _\n\n  protected var decompressor: Decompressor = _\n\n\n  protected var codec: CompressionCodec = _\n  protected var prefixBytes: Array[Byte] = _\n  protected var rawStream: InputStream with fs.Seekable = _\n  protected var stream: InputStream with fs.Seekable = _\n  protected var isEncoded: Boolean = false\n  protected var splitStart: Long = -1\n  protected var splitLength: Long = -1\n  protected var splitEnd: Long = -1\n\n\n  override def initialize(inputSplit: InputSplit, context: TaskAttemptContext): Unit = {\n    \/\/ println(\"TRIG READER INITIALIZE CALLED\")\n    val job = context.getConfiguration\n\n    maxRecordLength = job.getInt(TrigRecordReader.MAX_RECORD_LENGTH, 10 * 1024)\n    minRecordLength = job.getInt(TrigRecordReader.MIN_RECORD_LENGTH, 12)\n    probeRecordCount = job.getInt(TrigRecordReader.PROBE_RECORD_COUNT, 10)\n\n    val str = context.getConfiguration.get(\"prefixes\")\n    val model = ModelFactory.createDefaultModel()\n    if (str != null) RDFDataMgr.read(model, new StringReader(str), null, Lang.TURTLE)\n\n    val baos = new ByteArrayOutputStream()\n    RDFDataMgr.write(baos, model, RDFFormat.TURTLE_PRETTY)\n    \/\/ val prefixBytes = baos.toByteArray\n    prefixBytes = baos.toByteArray\n\n\n    val split = inputSplit.asInstanceOf[FileSplit]\n\n    \/\/ By default use the given stream\n    \/\/ We may need to wrap it with a decoder below\n    \/\/ var stream: InputStream with fs.Seekable = split.getPath.getFileSystem(context.getConfiguration).open(split.getPath)\n    rawStream = split.getPath.getFileSystem(context.getConfiguration).open(split.getPath)\n    isEncoded = false\n\n\n    \/\/ var splitStart = split.getStart\n    \/\/ val splitLength = split.getLength\n    \/\/ var splitEnd = splitStart + splitLength\n    splitStart = split.getStart\n    splitLength = split.getLength\n    splitEnd = splitStart + splitLength\n\n    \/\/ val rawDesiredBufferLength = split.getLength + Math.min(2 * maxRecordLength + probeRecordCount * maxRecordLength, split.getLength - 1)\n\n    val file = split.getPath\n\n    codec = new CompressionCodecFactory(job).getCodec(file)\n    \/\/ var streamFactory: Long => (InputStream, Long, Long) = null\n\n    if (null != codec) {\n      \/\/ decompressor = CodecPool.getDecompressor(codec)\n      if (codec.isInstanceOf[SplittableCompressionCodec]) {\n        \/\/ val scc = codec.asInstanceOf[SplittableCompressionCodec]\n        isEncoded = true\n      } else {\n        throw new RuntimeException(\"Don't know how to handle codec: \" + codec)\n      }\n    }\n  }\n\n  def initDatasetFlow(): Unit = {\n\n\n    val sw = Stopwatch.createStarted()\n    \/\/ val (arr, extraLength) = readToBuffer(stream, isEncoded, splitStart, splitEnd, desiredExtraBytes)\n\n    \/\/ println(\"TRIGREADER READ \" + arr.length + \" bytes (including \" + desiredExtraBytes + \" extra) in \" + sw.elapsed(TimeUnit.MILLISECONDS) + \" ms\")\n\n    val tmp = createDatasetFlow()\n\n    datasetFlow = tmp.blockingIterable().iterator()\n  }\n\n\n  def setStreamToInterval(start: Long, end: Long): (Long, Long) = {\n\n    var result: (Long, Long) = null\n\n    if (null != codec) {\n      val decompressor = CodecPool.getDecompressor(codec)\n\n      if (codec.isInstanceOf[SplittableCompressionCodec]) {\n        val scc = codec.asInstanceOf[SplittableCompressionCodec]\n\n        \/\/ rawStream.seek(start)\n        \/\/ try {\n          val tmp = scc.createInputStream(rawStream, decompressor, start, end,\n            SplittableCompressionCodec.READ_MODE.BYBLOCK)\n\n          \/\/ tmp.read(new Array[Byte](1))\n          \/\/ tmp.skip(0)\n          val adjustedStart = tmp.getAdjustedStart\n          val adjustedEnd = tmp.getAdjustedEnd\n\n          val rawPos = rawStream.getPos\n          \/\/ println(s\"Adjusted: [$start, $end[ -> [$adjustedStart, $adjustedEnd[ - raw pos: $rawPos\" )\n\n          stream = tmp\n\n          result = (adjustedStart, adjustedEnd)\n        \/\/ } catch {\n        \/\/ case _ => result = setStreamToInterval(start - 1, start -1)\n        \/\/ }\n      } else {\n        throw new RuntimeException(\"Don't know how to handle codec: \" + codec)\n      }\n    } else {\n      stream = rawStream\n      stream.seek(start)\n\n      result = (start, end)\n    }\n\n    result\n  }\n\n\n\n  \/**\n    * Transfers all decoded data that corresponds to the region\n    * between splitStart and splitEnd of the given stream\n    * plus a given number of extra bytes into a buffer\n    *\n    * @param stream The input stream, possibly compressed\n    * @param splitStart Start position of the split which may be encoded data\n    * @param splitEnd End position of the split which may be encoded data\n    * @param requestedExtraBytes Additional number of decoded bytes to read\n    * @return\n    *\/\n  def readToBuffer(stream: InputStream with fs.Seekable, isEncoded: Boolean, splitStart: Long, splitEnd: Long,\n                   requestedExtraBytes: Int): (ArrayBuffer[Byte], Int) = {\n\n    val splitLength = splitEnd - splitStart\n\n    \/\/ TODO ArrayBuffer has linear complexity for appending; use a better data structure\n    val buffer = new ArrayBuffer[Byte]()\n    \/\/ Read data in blocks of 'length' size\n    \/\/ It is important to understand that the\n    \/\/ stream's read method by contract must return once it hits a block boundary\n    \/\/ This does not hold for non-encoded streams for which we count the bytes ourself\n    val length = 1 * 1024 * 1024\n    val blockBuffer = new Array[Byte](length)\n\n    var n: Int = 0\n    do {\n      buffer ++= blockBuffer.slice(0, n)\n\n      val streamPos = stream.getPos\n      if (streamPos >= splitEnd) {\n        n = -1\n      } else {\n        val readLimit = if (isEncoded) length else Math.min(length, Ints.checkedCast(splitLength - buffer.length))\n\n        n = stream.read(blockBuffer, 0, readLimit)\n      }\n    } while (n >= 0)\n\n\n    val tailBuffer = new Array[Byte](requestedExtraBytes)\n    var actualExtraBytes = 0\n    n = 0\n    do {\n      actualExtraBytes += n\n      val remaining = requestedExtraBytes - actualExtraBytes\n      n = if (remaining == 0) -1 else stream.read(tailBuffer, actualExtraBytes, remaining)\n    } while (n >= 0)\n    buffer ++= tailBuffer.slice(0, actualExtraBytes)\n\n    if (actualExtraBytes < 0) {\n      throw new RuntimeException(s\"Attempt to buffer $requestedExtraBytes bytes from split failed\")\n    }\n\n    (buffer, actualExtraBytes)\n  }\n\n\n\/*\n  def readToBuffer2(stream: InputStream with fs.Seekable, buffer: Array[Byte], initialOffset: Int, len: Int): Int = {\n\n    val startPos = stream.getPos\n    val splitEnd = startPos + len\n\n    var offset = initialOffset\n    var n: Int = 0\n    do {\n      val remaining = Math.min(buffer.length - offset, len)\n      if(remaining > 0) {\n        val streamPos = stream.getPos\n        n = stream.read(buffer, offset, remaining)\n\n        if(n >= 0) {\n          offset += n\n        }\n      } else {\n        n = -1\n      }\n    } while (n >= 0)\n\n\n    offset - initialOffset\n  }\n  *\/\n\n\n  def createDatasetFlow(): Flowable[Dataset] = {\n\n    \/\/ System.err.println(s\"Processing split $absSplitStart: $splitStart - $splitEnd | --+$actualExtraBytes--> $dataRegionEnd\")\n\n    \/\/ Clones the provided seekable!\n    val effectiveInputStreamSupp: Seekable => InputStream = seekable => {\n      val r = new SequenceInputStream(\n        new ByteArrayInputStream(prefixBytes),\n        Channels.newInputStream(seekable.cloneObject))\n      r\n    }\n\n    val parser: Seekable => Flowable[Dataset] = seekable => {\n      \/\/ TODO Close the cloned seekable\n      val task = new java.util.concurrent.Callable[InputStream]() {\n        def call(): InputStream = effectiveInputStreamSupp.apply(seekable)\n      }\n\n      val r = RDFDataMgrRx.createFlowableDatasets(task, Lang.TRIG, null)\n      r\n    }\n\n    val isNonEmptyDataset = new Predicate[Dataset] {\n      override def test(t: Dataset): Boolean = {\n        \/\/ System.err.println(\"Dataset filter saw graphs: \" + t.listNames().asScala.toList)\n        !t.isEmpty\n      }\n    }\n\n    val prober: Seekable => Boolean = seekable => {\n      \/\/ printSeekable(seekable)\n      val quadCount = parser(seekable)\n        .take(probeRecordCount)\n        .count\n        \/\/ .doOnError(new Consumer[Throwable] {\n        \/\/   override def accept(t: Throwable): Unit = t.printStackTrace\n        \/\/ })\n        .onErrorReturnItem(-1L)\n        .blockingGet() > 0\n      quadCount\n    }\n\n    val desiredExtraBytes = Ints.checkedCast(Math.min(2 * maxRecordLength + probeRecordCount * maxRecordLength, splitLength - 1))\n\n    val tailBuffer: Array[Byte] = new Array[Byte](desiredExtraBytes)\n    val headBuffer: Array[Byte] = new Array[Byte](desiredExtraBytes)\n\n    \/\/ val inputSplit: InputSplit = null\n\n\n    \/\/ Set the stream to the end of the split and get the tail buffer\n    val (adjustedSplitEnd, _) = setStreamToInterval(splitEnd, splitEnd + desiredExtraBytes)\n    \/\/ val (adjustedSplitEnd, _) = setStreamToInterval(splitEnd, splitEnd + splitLength)\n\n    \/\/ val deltaSplitEnd = adjustedSplitEnd - splitEnd\n    \/\/ println(s\"Adjusted split end $splitEnd to $adjustedSplitEnd [$deltaSplitEnd]\")\n\n    val tailBufferLength = IOUtils.read(stream, tailBuffer, 0, tailBuffer.length)\n\n    \/\/ Set the stream to the start of the split and get the head buffer\n    \/\/ Note that we will use the stream in its state to read the body part\n\n    val (adjustedSplitStart, _) = setStreamToInterval(splitStart, adjustedSplitEnd)\n    \/\/ val (adjustedSplitStart, _) = setStreamToInterval(splitStart, splitEnd)\n    val headBufferLength = IOUtils.read(stream, headBuffer, 0, headBuffer.length)\n\n    val deltaSplitStart = adjustedSplitStart - splitStart\n    \/\/ println(s\"Adjusted split start $splitStart to $adjustedSplitStart [$deltaSplitStart]\")\n\n    \/\/ Stream is now positioned at beginning of body region\n    \/\/ And head and tail buffers have been populated\n\n\n    \/\/ Set up the body stream whose read method returns\n    \/\/ -1 upon reaching the split boundry\n    val bodyStream = Channels.newInputStream(new ReadableByteChannel {\n      val blockBuffer: Array[Byte] = new Array[Byte](1 * 1024 * 1024)\n      var lastRead = -1\n\n      override def read(dst: ByteBuffer): Int = {\n        var n: Int = 0\n        val streamPos = stream.getPos\n        val remainingSplitLen = Ints.saturatedCast(adjustedSplitEnd - streamPos)\n        if (remainingSplitLen <= 0) {\n          \/\/ println(s\"Remaining splitlen $remainingSplitLen - $streamPos \/ $splitEnd \/ $adjustedSplitEnd\")\n          \/\/ println(s\"LAST BUFFER [size=$lastRead]: \" + new String(blockBuffer, 0, lastRead, StandardCharsets.UTF_8))\n\n          n = -1\n        } else {\n          val remainingBufferLen = dst.remaining()\n          \/\/ If the stream is encoded we do not know how many bytes we need to read\n          \/\/ and rely on the read to return on the encoding block boundary\n\/\/          val readLimit = if (isEncoded) remainingBufferLen\n\/\/            else Math.min(remainingBufferLen, remainingSplitLen)\n          val readLimit = Math.min(Math.min(remainingBufferLen, remainingSplitLen), blockBuffer.length)\n\n          n = stream.read(blockBuffer, 0, readLimit)\n\n          \/\/ println(s\"read limit = $readLimit - n = $n\")\n          if(n >= 0) {\n            lastRead = n\n            dst.put(blockBuffer, 0, n)\n          }\n          \/\/ else {\n            \/\/ println(s\"End of stream reached; lastRead=$lastRead\")\n          \/\/ }\n        }\n        n\n      }\n      override def isOpen: Boolean = true\n      override def close(): Unit = {}\n    })\n\n\n    \/\/ Find the second record in the next split - i.e. after splitEnd (inclusive)\n    \/\/ This is to detect record parts that although cleanly separated by the split boundary still need to be aggregated,\n    \/\/ such as <g> { } | <g> { }   (where '|' denotes the split boundary)\n    val tailNav = new PageNavigator(new PageManagerForByteBuffer(ByteBuffer.wrap(tailBuffer)))\n    val tmp = skipOverNextRecord(tailNav, 0, 0, maxRecordLength, tailBufferLength, prober)\n    val tailBytes = if (tmp < 0) 0 else Ints.checkedCast(tmp)\n\n    \/\/ If we are at start 0, we parse from the beginning - otherwise we skip the first record\n    val headBytes: Int = if (splitStart == 0) {\n      0\n    } else {\n      val headNav = new PageNavigator(new PageManagerForByteBuffer(ByteBuffer.wrap(headBuffer)))\n      Ints.checkedCast(skipOverNextRecord(headNav, 0, 0, maxRecordLength, headBufferLength, prober))\n    }\n\n    \/\/ println(\"HEAD BUFFER: \" + new String(headBuffer, headBytes, headBufferLength - headBytes, StandardCharsets.UTF_8))\n    \/\/ println(\"TAIL BUFFER: \" + new String(tailBuffer, 0, tailBytes, StandardCharsets.UTF_8))\n\n    \/\/ Assemble the overall stream\n    val headStream = new ByteArrayInputStream(headBuffer, headBytes, headBufferLength - headBytes)\n\n    \/\/ Why the tailBuffer in encoded setting is displaced by 1 byte is beyond me...\n    val displacement = if (isEncoded) 1 else 0\n    val tailStream = new ByteArrayInputStream(tailBuffer, displacement, tailBytes - displacement)\n    \/\/ val tailStream = new ByteArrayInputStream(tailBuffer, 0, tailBytes)\n\n    val prefixStream = new ByteArrayInputStream(prefixBytes)\n    val fullStream = new SequenceInputStream(Collections.enumeration(\n      util.Arrays.asList(prefixStream, headStream, bodyStream, tailStream)))\n\n    var result: Flowable[Dataset] = null\n    if(headBytes >= 0) {\n      result = RDFDataMgrRx.createFlowableDatasets(new Callable[InputStream] {\n        override def call(): InputStream = fullStream\n      }, Lang.TRIG, null)\n\n      \/\/ val parseLength = effectiveRecordRangeEnd - effectiveRecordRangeStart\n      \/\/ nav.setPos(effectiveRecordRangeStart - splitStart)\n      \/\/ nav.limitNext(parseLength)\n      \/\/ result = parser(nav)\n        \/\/ .onErrorReturnItem(EMPTY_DATASET)\n        \/\/ .filter(isNonEmptyDataset)\n    } else {\n      result = Flowable.empty()\n    }\n\n    \/*\n    val cnt = result\n      .count()\n      .blockingGet()\n\n    System.err.println(\"For effective region \" + effectiveRecordRangeStart + \" - \" + effectiveRecordRangeEnd + \" got \" + cnt + \" datasets\")\n    *\/\n\n    result\n  }\n\n\n  def findNextRecord(nav: PageNavigator, splitStart: Long, absProbeRegionStart: Long, maxRecordLength: Long, absDataRegionEnd: Long, prober: Seekable => Boolean): Long = {\n    \/\/ Set up absolute positions\n    val absProbeRegionEnd = Math.min(absProbeRegionStart + maxRecordLength, absDataRegionEnd) \/\/ = splitStart + bufferLength\n    val relProbeRegionEnd = Ints.checkedCast(absProbeRegionEnd - absProbeRegionStart)\n\n    \/\/ System.err.println(s\"absProbeRegionStart: $absProbeRegionStart - absProbeRegionEnd: $absProbeRegionEnd - relProbeRegionEnd: $relProbeRegionEnd\")\n\n    \/\/ Data region is up to the end of the buffer\n    val relDataRegionEnd = absDataRegionEnd - absProbeRegionStart\n\n    val seekable = nav.clone\n    seekable.setPos(absProbeRegionStart - splitStart)\n    seekable.limitNext(relDataRegionEnd)\n    val charSequence = new CharSequenceFromSeekable(seekable)\n    val fwdMatcher = trigFwdPattern.matcher(charSequence)\n    fwdMatcher.region(0, relProbeRegionEnd)\n\n    val matchPos = findFirstPositionWithProbeSuccess(seekable, fwdMatcher, true, prober)\n\n    val result = if (matchPos >= 0) matchPos + splitStart else -1\n    result\n  }\n\n\n  def skipOverNextRecord(nav: PageNavigator, splitStart: Long, absProbeRegionStart: Long, maxRecordLength: Long, absDataRegionEnd: Long, prober: Seekable => Boolean): Long = {\n    var result = -1L\n\n    val availableDataRegion = absDataRegionEnd - absProbeRegionStart\n    var nextProbePos = absProbeRegionStart\n    var i = 0\n    while (i < 2) {\n      val candidatePos = findNextRecord(nav, splitStart, nextProbePos, maxRecordLength, absDataRegionEnd, prober)\n      if (candidatePos < 0) {\n        if (availableDataRegion >= maxRecordLength) {\n          throw new RuntimeException(s\"Found no record start in a record search region of $maxRecordLength bytes, although $availableDataRegion bytes were available\")\n        }\n\n        \/\/ Retain best found candidate position\n        \/\/ effectiveRecordRangeEnd = dataRegionEnd\n        i = 666 \/\/ break\n      } else {\n        result = candidatePos\n        if (i == 0) {\n          nextProbePos = candidatePos + minRecordLength\n        }\n        i += 1\n      }\n    }\n\n    result\n  }\n  \/**\n    * Uses the matcher to find candidate probing positions, and returns the first positoin\n    * where probing succeeds.\n    * Matching ranges are part of the matcher configuration\n    *\n    * @param rawSeekable\n    * @param m\n    * @param isFwd\n    * @param prober\n    * @return\n    *\/\n  def findFirstPositionWithProbeSuccess(rawSeekable: Seekable, m: Matcher, isFwd: Boolean, prober: Seekable => Boolean): Long = {\n\n    val seekable = rawSeekable.cloneObject\n    val absMatcherStartPos = seekable.getPos\n\n    while (m.find) {\n      val start = m.start\n      val end = m.end\n      \/\/ The matcher yields absolute byte positions from the beginning of the byte sequence\n      val matchPos = if (isFwd) {\n        start\n      } else {\n        -end + 1\n      }\n      val absPos = (absMatcherStartPos + matchPos).asInstanceOf[Int]\n      \/\/ Artificially create errors\n      \/\/ absPos += 5;\n      seekable.setPos(absPos)\n      val probeSeek = seekable.cloneObject\n\n      val probeResult = prober.apply(probeSeek)\n      \/\/ System.err.println(s\"Probe result for matching at pos $absPos with fwd=$isFwd: $probeResult\")\n\n      if(probeResult) {\n        return absPos\n      }\n    }\n\n    -1L\n  }\n\n\n  override def nextKeyValue(): Boolean = {\n    if (datasetFlow == null) {\n      initDatasetFlow()\n    }\n\n    if (!datasetFlow.hasNext) {\n      \/\/ System.err.println(\"nextKeyValue: Drained all datasets from flow\")\n      false\n    }\n    else {\n      currentValue = datasetFlow.next()\n      \/\/ System.err.println(\"nextKeyValue: Got dataset value: \" + currentValue.listNames().asScala.toList)\n      \/\/ RDFDataMgr.write(System.err, currentValue, RDFFormat.TRIG_PRETTY)\n      \/\/ System.err.println(\"nextKeyValue: Done printing out dataset value\")\n      currentKey.incrementAndGet\n      currentValue != null\n    }\n  }\n\n  override def getCurrentKey: LongWritable = if (currentValue == null) null else new LongWritable(currentKey.get)\n\n  override def getCurrentValue: Dataset = currentValue\n\n  override def getProgress: Float = 0\n\n  override def close(): Unit = {\n  }\n\n  \/\/ def printSeekable(seekable: Seekable): Unit = {\n  \/\/   val tmp = seekable.cloneObject()\n  \/\/   val pos = seekable.getPos\n  \/\/   System.out.println(s\"BUFFER: $pos\" + IOUtils.toString(Channels.newInputStream(tmp)))\n  \/\/ }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/test\/scala\/net\/sansa_stack\/rdf\/common\/partition\/model\/sparqlify\/SparqlifyUtils2Tests.scala","text":"<filename>sansa-rdf\/sansa-rdf-common\/src\/test\/scala\/net\/sansa_stack\/rdf\/common\/partition\/model\/sparqlify\/SparqlifyUtils2Tests.scala\npackage net.sansa_stack.rdf.common.partition.model.sparqlify\n\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitionerDefault\nimport net.sansa_stack.rdf.common.partition.model.sparqlify.SparqlifyUtils2._\nimport org.aksw.obda.jena.domain.impl.ViewDefinition\nimport org.apache.jena.graph.{ Node, NodeFactory, Triple }\nimport org.scalatest.FunSuite\n\n\/**\n * @author <NAME>\n *\/\nclass SparqlifyUtils2Tests extends FunSuite {\n\n  val triple = Triple.create(\n    NodeFactory.createURI(\"http:\/\/dbpedia.org\/resource\/Germany\"),\n    NodeFactory.createURI(\"http:\/\/dbpedia.org\/ontology\/populationTotal\"),\n    NodeFactory.createLiteral(\"82175700\"))\n\n  test(\"creating view definition should pass\") {\n    val partition = RdfPartitionerDefault.fromTriple(triple)\n    val viewDefinition = createViewDefinition(RdfPartitionerDefault, partition)\n    val expectedViewDefinition = new ViewDefinition(viewDefinition.getName, viewDefinition.getConstructTemplate, viewDefinition.getVarDefinition, viewDefinition.getConstraints, viewDefinition.getLogicalTable)\n    assert(createViewDefinition(RdfPartitionerDefault, partition).equals(expectedViewDefinition))\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/PropertyTablePartitioner.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.net.URI\n\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.graph.{Node, NodeFactory, Triple}\nimport org.apache.jena.shared.impl.PrefixMappingImpl\nimport org.apache.jena.sparql.serializer.SerializationContext\nimport org.apache.jena.sparql.util.FmtUtils\nimport org.apache.jena.vocabulary.RDF\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.types.{ArrayType, StringType, StructField, StructType}\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.semanticweb.owlapi.apibinding.OWLManager\nimport org.semanticweb.owlapi.model.{HasDataPropertiesInSignature, HasObjectPropertiesInSignature, IRI}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\n\n\/**\n * Property table partitioner.\n *\n * (s,p,o)\n *\n * {{{\n * +-----+-------------------+------+-----+-------+\n * |  s  |        p1         |  p2  | ... |  pn   |\n * +-----+-------------------+------+-----+-------+\n * | s1  | [o11,o12,...,o1n] | null | ... | [on1] |\n * | s2  |                   |      |     |       |\n * | ... |                   |      |     |       |\n * | sn  |                   |      |     |       |\n * +-----+-------------------+------+-----+-------+\n *}}}\n *\n * @author <NAME>\n *\/\nobject PropertyTablePartitioner {\n\n  case class Config(\n                     inputPath: URI = null,\n                     outputPath: URI = null,\n                     schemaPath: URI = null,\n                     tableName: String = \"triples\",\n                     computeStatistics: Boolean = true,\n                     overwrite: Boolean = false\n                   )\n\n  import scopt.OParser\n  val builder = OParser.builder[Config]\n  val parser = {\n    import builder._\n    OParser.sequence(\n      programName(\"ppt-partitioner\"),\n      head(\"property table partitioner\", \"0.1\"),\n      opt[URI]('i', \"input\")\n        .required()\n        .action((x, c) => c.copy(inputPath = x))\n        .text(\"path to input data\"),\n      opt[URI]('o', \"output\")\n        .required()\n        .action((x, c) => c.copy(outputPath = x))\n        .text(\"path to output directory\"),\n      opt[URI]('s', \"schema\")\n        .optional()\n        .action((x, c) => c.copy(schemaPath = x))\n        .text(\"an optional file containing the OWL schema to process only object and data properties\"),\n      opt[String]('t', \"tableName\")\n        .optional()\n        .action((x, c) => c.copy(tableName = x))\n        .text(\"the table name\"),\n      opt[Boolean]('s', \"stats\")\n        .action((x, c) => c.copy(computeStatistics = x))\n        .text(\"compute statistics\"),\n      opt[Unit]( \"overwrite\")\n        .action((_, c) => c.copy(overwrite = true))\n        .text(\"overwrite table if exists\")\n    )\n  }\n\n  def main(args: Array[String]): Unit = {\n    OParser.parse(parser, args, Config()) match {\n      case Some(config) =>\n        run(config)\n      case _ =>\n    }\n  }\n\n  private def run(config: Config): Unit = {\n    val spark = SparkSession.builder\n            .master(\"local\")\n      .appName(\"property table partitioner\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      \/\/ .config(\"spark.kryo.registrationRequired\", \"true\")\n      \/\/ .config(\"spark.eventLog.enabled\", \"true\")\n      .config(\"spark.kryo.registrator\", String.join(\", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\"))\n      \/\/      .config(\"spark.default.parallelism\", \"4\")\n      \/\/      .config(\"spark.sql.shuffle.partitions\", \"4\")\n      .config(\"spark.sql.warehouse.dir\", config.outputPath.getPath)\n      .config(\"spark.sql.cbo.enabled\", true)\n      .config(\"spark.sql.statistics.histogram.enabled\", true)\n      .enableHiveSupport()\n      .getOrCreate()\n\n\n    if (!spark.catalog.tableExists(\"triples\") || config.overwrite) {\n\n      \/\/ drop existing table if overwrite was forced\n      if (config.overwrite) {\n        println(\"overwriting ...\")\n        spark.sql(s\"DROP TABLE IF EXISTS `${config.tableName}`\")\n      }\n\n      \/\/ read triples as RDD[Triple]\n      var triplesRDD: RDD[Triple] = spark.ntriples()(config.inputPath.getPath)\n\n      \/\/ filter properties if schema ontology was given\n      if (config.schemaPath != null) {\n        \/\/ load ontology\n        val ont = OWLManager.createOWLOntologyManager().loadOntologyFromOntologyDocument(IRI.create(config.schemaPath))\n        \/\/ get all object properties\n        val objectProperties = ont.asInstanceOf[HasObjectPropertiesInSignature].getObjectPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n        \/\/ get all data properties\n        val dataProperties = ont.asInstanceOf[HasDataPropertiesInSignature].getDataPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n        \/\/ combine\n        val schemaProperties = objectProperties ++ dataProperties ++ mutable.Set(RDF.`type`.getURI)\n        \/\/ filter triples RDD\n        triplesRDD = triplesRDD.filter(t => schemaProperties.contains(t.getPredicate.getURI))\n      }\n      triplesRDD.cache()\n\n      \/\/ get all properties in the RDD\n      val properties: List[Node] = triplesRDD.map(t => t.getPredicate.getURI).distinct().collect()\n                                            .toList.sorted.map(NodeFactory.createURI)\n      \/\/    println(properties)\n\n\n      def seqOp (accumulator: MultiMap, element: (Node, Node)): MultiMap = {\n        accumulator.addBinding(element._1, element._2)\n        accumulator\n      }\n\n      def combOp (accumulator1: MultiMap, accumulator2: MultiMap): MultiMap = {\n        for ( (k, vs) <- accumulator1; v <- vs ) accumulator2.addBinding(k, v)\n        accumulator2\n      }\n\n      val zero = new MultiMap()\n\n      \/\/ create the rows for the Dataframe\n      val rows = triplesRDD\n        .map(t => (t.getSubject, (t.getPredicate, t.getObject))) \/\/ (s, p, o) -> (s, (p, o))\n        .aggregateByKey(zero)(seqOp, combOp) \/\/ (s, (p, o)) -> (s, Map(p -> {o1, ..., on}))\n        .map(e => {\n          val s = e._1\n          val prop2Values = e._2\n          \/\/ for each property in the dataset we create either i) an Array with the values or ii) null if no value exists\n          val cols = List(s.getURI) ++ properties.map(p => {\n            prop2Values.get(p) match {\n              case Some(vals) => vals.map(v => v.toString()).toArray\n              case None => null \/\/ Array(null.asInstanceOf[String])\n            }\n          })\n          \/\/        println(cols)\n          Row(cols: _*)\n        })\n\n      \/\/ TODO create column names\n      val prop2ColumnName = properties.map(p => (p.getLocalName, p)).groupBy(_._1).flatMap(e =>\n        if (e._2.size > 1) {\n          e._2.map(el => (el._2, FmtUtils.stringForNode(el._2)))\n        } else {\n          e._2\n        }\n      )\n\n      val pm = new PrefixMappingImpl()\n      pm.setNsPrefix(\"dbo\", \"http:\/\/dbpedia.org\/ontology\/\")\n      val ctx = new SerializationContext()\n      ctx.setPrefixMapping(pm)\n\n      \/\/ create the Dataframe schema\n      val schema = (List(StructField(\"s\", StringType, nullable = true)) ++\n                    properties.map(p => StructField(FmtUtils.stringForNode(p, pm), ArrayType(StringType, containsNull = false), nullable = true))\n                  ).foldLeft(new StructType())(_ add _)\n      \/\/    println(schema)\n\n      \/\/ create the Dataframe\n      val df = spark.createDataFrame(rows, schema)\n      df.createOrReplaceTempView(\"triples\")\n      df.show(false)\n      df.printSchema()\n\n      \/\/ write table to disk\n      df.repartition(10)\n        .write\n        .format(\"parquet\")\n        .bucketBy(10, \"s\")\n        .sortBy(\"s\")\n        .saveAsTable(config.tableName)\n    }\n\n    spark.sql(\"select * FROM triples WHERE s='http:\/\/dbpedia.org\/resource\/Aaron_Dennis'\").show(false)\n    spark.sql(\"select * FROM triples WHERE s='http:\/\/dbpedia.org\/resource\/Aaron_King'\").show(false)\n\n\n  }\n\n  type MultiMap = mutable.HashMap[Node, mutable.Set[Node]]\n\n  implicit class ListMultiMap[A, B](map: mutable.Map[A, mutable.Set[B]]) {\n    protected def makeSet: mutable.Set[B] = new mutable.HashSet[B]\n    def addBinding(key: A, value: B): ListMultiMap[A, B] = {\n      map.get(key) match {\n        case None =>\n          val set = makeSet\n          set += value\n          map(key) = set\n        case Some(set) =>\n          set += value\n      }\n      this\n    }\n  }\n\n  class SetMultiMap[A, B] extends mutable.HashMap[A, mutable.Set[B]] with mutable.MultiMap[A, B] {}\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/SQLUtils.scala","text":"<gh_stars>0\npackage net.sansa_stack.query.spark.ontop\n\nimport java.net.URLEncoder\nimport java.nio.charset.StandardCharsets\n\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitionStateDefault\nimport org.apache.jena.graph.NodeFactory\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\n\/**\n * Some utilities for working with SQL objects.\n *\n * @author <NAME>\n *\/\nobject SQLUtils {\n\n  def escapeTablename(name: String, quoted: Boolean = true, quotChar: Char = '\"'): String = {\n    val s = URLEncoder.encode(name, StandardCharsets.UTF_8.toString)\n      .toLowerCase\n      .replace('%', 'P')\n      .replace('.', 'C')\n      .replace(\"-\", \"dash\")\n    if (quoted) s\"\"\"$quotChar$s$quotChar\"\"\" else s\n  }\n\n\n  def createTableName(p: RdfPartitionStateDefault, blankNodeStrategy: BlankNodeStrategy.Value): String = {\n    val pred = p.predicate\n\n    \/\/ For now let's just use the full predicate as the uri\n    \/\/ val predPart = pred.substring(pred.lastIndexOf(\"\/\") + 1)\n    val predPart = pred\n    val pn = NodeFactory.createURI(p.predicate)\n\n    val dt = p.datatype\n    val dtPart = if (dt != null && dt.nonEmpty) \"_\" + dt.substring(dt.lastIndexOf(\"\/\") + 1) else \"\"\n    val langPart = if (p.langTagPresent) \"_lang\" else \"\"\n    val blankPart = if (blankNodeStrategy == BlankNodeStrategy.Table) {\n      var tmp = \"\"\n      if (p.subjectType == 0) tmp += \"_s_blank\"\n      if (p.objectType == 0) tmp += \"_o_blank\"\n      tmp\n    } else \"\"\n\n    val tableName = predPart + dtPart + langPart + blankPart\/\/ .replace(\"#\", \"__\").replace(\"-\", \"_\")\n\n    tableName\n  }\n\n  \/**\n   * perform some SQL query processing taking queries from a CLI\n   * @param spark\n   * @param df\n   * @param stopKeyword\n   *\/\n  def sqlQueryHook(spark: SparkSession, df: DataFrame, stopKeyword: String = \"q\"): Unit = {\n    df.show(false)\n\n    var input = \"\"\n    while (input != stopKeyword) {\n      println(\"enter SQL query (press 'q' to quit): \")\n      input = scala.io.StdIn.readLine()\n      try {\n        spark.sql(input).show(false)\n      } catch {\n        case e: Exception => e.printStackTrace()\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/experiment\/SimilarityPipelineExperiment.scala","text":"<filename>sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/experiment\/SimilarityPipelineExperiment.scala\npackage net.sansa_stack.ml.spark.similarity.experiment\n\nimport java.util.Calendar\n\nimport net.sansa_stack.ml.spark.similarity.similarityEstimationModels._\nimport net.sansa_stack.ml.spark.utils.{ConfigResolver, FeatureExtractorModel, FileLister}\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.riot.Lang\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.ml.feature.{CountVectorizer, CountVectorizerModel, MinHashLSH, MinHashLSHModel}\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.sql.functions.{col, lit, udf}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ListBuffer\n\nobject SimilarityPipelineExperiment {\n\n  private val Log: Logger = Logger.getLogger(SimilarityPipelineExperiment.getClass.getCanonicalName)\n\n  \/**\n   * main method reading in the parameter space, creating the spark, starting all combinations of parameters for experiments and storing the resulting processing times in a dataframe\n   *\n   * @param args args(0) has to be the conf file specifiying all needed (hyper)parameters\n   *\/\n  def main(args: Array[String]): Unit = {\n\n    \/**\n     * read in config file from args\n     *\/\n    val configFilePath = args(0)\n    val config = new ConfigResolver(configFilePath).getConfig()\n\n    Logger.getLogger(\"org\").setLevel(Level.ERROR)\n\n    val sparkMaster = config.getString(\"master\")\n\n    \/**\n     * get the files from specified folder on which we run the experiments\n     *\/\n    println()\n    val pathToFolder: String = config.getString(\"pathToFolder\") \/\/ args(0)\n    println(\"For evaluation data we search in path: \" +  pathToFolder)\n    val inputAll = FileLister.getListOfFiles(pathToFolder).filter(_.endsWith(\".nt\")) \/\/ getListOfFiles(pathToFolder).toSeq\n    println(\"we found in provided path \" + inputAll.size)\n    println(\"files are:\")\n    inputAll.foreach(println(_))\n    println()\n\n    \/**\n     * specify if we want to see intermediate daframes in command line output\n     * if they are printed, runtime is higher\n     *\/\n    val showDataFrames: Boolean = config.getBoolean(\"showDataFrames\")\n\n    \/**\n     * we can specify the number of run throughs for reducing outlier influence of the measurements:\n     * later we can do median over dataframe for completly similar experiment setups\n     *\/\n    val numberRuns: Int = config.getInt(\"numberRuns\")\n\n    \/**\n     * Here we read in the specified the hyperparameter grid\n     *\/\n    val similarityEstimationModeAll: List[String] = config.getStringList(\"similarityEstimationModeAll\").asScala.toList \/\/ Seq(\"MinHash\", \"Jaccard\")\n    val parametersFeatureExtractorModeAll: List[String] = config.getStringList(\"parametersFeatureExtractorModeAll\").asScala.toList \/\/ Seq(\"at\") \/\/ , \"as\")\n    val parameterCountVectorizerMinDfAll: List[Int] = config.getIntList(\"parameterCountVectorizerMinDfAll\").asScala.toList.map(_.toInt)\n    val parameterCountVectorizerMaxVocabSizeAll: List[Int] = config.getIntList(\"parameterCountVectorizerMaxVocabSizeAll\").asScala.toList.map(_.toInt)\/\/ Seq(100000)\n    val parameterSimilarityAlphaAll: List[Double] = config.getDoubleList(\"parameterSimilarityAlphaAll\").asScala.toList.map(_.toDouble) \/\/ Seq(0.5)\n    val parameterSimilarityBetaAll: List[Double] = config.getDoubleList(\"parameterSimilarityBetaAll\").asScala.toList.map(_.toDouble)\/\/ Seq(0.5)\n    val parameterNumHashTablesAll: List[Int] = config.getIntList(\"parameterNumHashTablesAll\").asScala.toList.map(_.toInt) \/\/ Seq(1, 5)\n    val parameterSimilarityAllPairThresholdAll: List[Double] = config.getDoubleList(\"parameterSimilarityAllPairThresholdAll\").asScala.toList.map(_.toDouble) \/\/ Seq(0.8)\n    val parameterSimilarityNearestNeighborsKAll: List[Int] = config.getIntList(\"parameterSimilarityNearestNeighborsKAll\").asScala.toList.map(_.toInt) \/\/ Seq(20)\n    val parameterOnlyMovieSimilarity: Boolean = config.getBoolean(\"parameterOnlyMovieSimilarity\")\n    val pipelineComponents: List[String] = config.getStringList(\"pipelineComponents\").asScala.toList\n\n    val totalNumberExperiments = (\n      numberRuns *\n        inputAll.length *\n        similarityEstimationModeAll.length *\n        parametersFeatureExtractorModeAll.length *\n        parameterCountVectorizerMinDfAll.length *\n        parameterCountVectorizerMaxVocabSizeAll.length *\n        parameterSimilarityAlphaAll.length *\n        parameterSimilarityBetaAll.length *\n        parameterNumHashTablesAll.length *\n        parameterSimilarityAllPairThresholdAll.length *\n        parameterSimilarityNearestNeighborsKAll.length\n    )\n\n    \/**\n     * for documentation of timestamps\n     * this is used for the path to output and we add the current datetime information\n     *\/\n    val evaluation_datetime = Calendar.getInstance().getTime().toString\n    println()\n    val outputFilePath: String = config.getString(\"outputFilePath\")\n\n    \/**\n     * definition of resulting dataframe schema\n     * in this dataframe we track all (hyper)parameters and processing times\n     *\/\n    val schema = StructType(List(\n      StructField(\"pipelineComponents\", StringType, true),\n      StructField(\"run\", IntegerType, true),\n      StructField(\"inputPath\", StringType, true),\n      StructField(\"inputFileName\", StringType, true),\n      StructField(\"inputFileSizeNumberTriples\", LongType, true),\n      StructField(\"similarityEstimationMode\", StringType, true),\n      StructField(\"parametersFeatureExtractorMode\", StringType, true),\n      StructField(\"parameterCountVectorizerMinDf\", IntegerType, true),\n      StructField(\"parameterCountVectorizerMaxVocabSize\", IntegerType, true) ,\n      StructField(\"parameterSimilarityAlpha\", DoubleType, true),\n      StructField(\"parameterSimilarityBeta\", DoubleType, true),\n      StructField(\"parameterNumHashTables\", IntegerType, true),\n      StructField(\"parameterSimilarityAllPairThreshold\", DoubleType, true),\n      StructField(\"parameterSimilarityNearestNeighborsK\", IntegerType, true),\n      StructField(\"processingTimeReadIn\", DoubleType, true),\n      StructField(\"processingTimeFeatureExtraction\", DoubleType, true),\n      StructField(\"processingTimeCountVectorizer\", DoubleType, true),\n      StructField(\"processingTimeSimilarityEstimatorSetup\", DoubleType, true),\n      StructField(\"processingTimeSimilarityEstimatorNearestNeighbors\", DoubleType, true),\n      StructField(\"processingTimeSimilarityEstimatorAllPairSimilarity\", DoubleType, true),\n      StructField(\"processingTimeTotal\", DoubleType, true),\n      StructField(\"onlyMovieSimilarity\", BooleanType, true)\n    ))\n\n    val ex_results: scala.collection.mutable.ListBuffer[Row] = ListBuffer()\n\n    \/**\n     * here we call the the complete space of hyper paramters one by one and hand\n     * over the to run function to get a row of processing time etc\n     *\/\n    var counterCurrentRun: Int = 0\n\n    for {\n      \/\/ here we iterate over our hyperparameter room\n      run <- 1 to numberRuns\n      input <- inputAll\n      similarityEstimationMode <- similarityEstimationModeAll\n      parametersFeatureExtractorMode <- parametersFeatureExtractorModeAll\n      parameterCountVectorizerMinDf <- parameterCountVectorizerMinDfAll\n      parameterCountVectorizerMaxVocabSize <- parameterCountVectorizerMaxVocabSizeAll\n      parameterSimilarityAlpha <- parameterSimilarityAlphaAll\n      parameterSimilarityBeta <- parameterSimilarityBetaAll\n      parameterNumHashTables <- parameterNumHashTablesAll\n      parameterSimilarityAllPairThreshold <- parameterSimilarityAllPairThresholdAll\n      parameterSimilarityNearestNeighborsK <- parameterSimilarityNearestNeighborsKAll\n    } {\n      counterCurrentRun +=1\n      println(\"Experiment (\" + counterCurrentRun + \"\/\" + totalNumberExperiments + \")\")\n\n      val tmpRow: Row = runExperiment(\n        sparkMaster,\n        pipelineComponents,\n        run,\n        input,\n        similarityEstimationMode,\n        parametersFeatureExtractorMode,\n        parameterCountVectorizerMinDf,\n        parameterCountVectorizerMaxVocabSize,\n        parameterSimilarityAlpha,\n        parameterSimilarityBeta,\n        parameterNumHashTables,\n        parameterSimilarityAllPairThreshold,\n        parameterSimilarityNearestNeighborsK,\n        parameterOnlyMovieSimilarity,\n        showDataFrames\n      )\n      println(\"Resulting row for DataFrame:\")\n      println(tmpRow)\n      println()\n      ex_results += tmpRow\n  }\n    \/**\n     * start spark session\n     * .master(\"local[*]\") needed if you run in local system and not on spark servers\n     *\/\n    val spark = SparkSession.builder\n      .appName(s\"SimilarityPipelineExperiment\") \/\/ TODO where is this displayed?\n      .master(sparkMaster) \/\/ TODO why do we need to specify this?\n      \/\/ .master(\"spark:\/\/172.18.160.16:3090\") \/\/ to run on server\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\") \/\/ TODO what is this for?\n      .getOrCreate()\n\n    \/**\n     * here we create the resulting experiment tracking dataframe\n     *\/\n    val df: DataFrame = spark.createDataFrame(spark.sparkContext.parallelize(ex_results), schema).cache()\n\n    \/**\n     * show the resulting dataframe of our overall experiment and store it\n     *\/\n    df.show()\n    val storageFilePath: String = outputFilePath + evaluation_datetime.replace(\":\", \"\").replace(\" \", \"\") + \".csv\"\n    println(\"we store our file here: \" + storageFilePath)\n    df.repartition(1).write.option(\"header\", \"true\").format(\"csv\").save(storageFilePath)\n    \/\/ stop spark session\n    spark.stop()\n  }\n\n  \/**\n   * we create call one explicit defined pipeline to aquire processing times\n   *\n   * @param sparkMaster spark session\n   * @param pipelineComponents which part of the pipeline are called\n   * @param run number of runs of the same experiment\n   * @param inputPath path to the file we evaluate on\n   * @param similarityEstimationMode which similarity estimation we take\n   * @param parametersFeatureExtractorMode mode how we get gain features for uris throur FeatureExtractorModel\n   * @param parameterCountVectorizerMinDf minDf value for count Vectorizer from MLlib\n   * @param parameterCountVectorizerMaxVocabSize maxVocabSize value for count Vectorizer from MLlib\n   * @param parameterSimilarityAlpha alpha value for tversky and others\n   * @param parameterSimilarityBeta beta value for tversky and others\n   * @param parameterNumHashTables num hash tables minhash creates\n   * @param parameterSimilarityAllPairThreshold threshold for min or max similarity\/distance\n   * @param parameterSimilarityNearestNeighborsK number of proposed nearestneighbors\n   * @param parameterOnlyMovieSimilarity if in comparison only movies from datasets should be taken into account\n   * @param showDataFrames whether intermediate resulting dataframes should be proposed\n   * @return provides a Row with all entries of hyperparameters and measured processing times\n   *\/\n  \/\/noinspection ScalaStyle\n  def runExperiment(\n    sparkMaster: String,\n    pipelineComponents: List[String],\n    run: Int,\n    inputPath: String,\n    similarityEstimationMode: String,\n    parametersFeatureExtractorMode: String,\n    parameterCountVectorizerMinDf: Int,\n    parameterCountVectorizerMaxVocabSize: Int,\n    parameterSimilarityAlpha: Double,\n    parameterSimilarityBeta: Double,\n    parameterNumHashTables: Int,\n    parameterSimilarityAllPairThreshold: Double,\n    parameterSimilarityNearestNeighborsK: Int,\n    parameterOnlyMovieSimilarity: Boolean,\n    showDataFrames: Boolean = false\n  ): Row = {\n    \/\/ these are the parameters\n    println(\"These are the parameters:\")\n    println(\n      pipelineComponents,\n      run,\n      inputPath,\n      similarityEstimationMode,\n      parametersFeatureExtractorMode,\n      parameterCountVectorizerMinDf,\n      parameterCountVectorizerMaxVocabSize,\n      parameterSimilarityAlpha,\n      parameterSimilarityBeta,\n      parameterNumHashTables,\n      parameterSimilarityAllPairThreshold,\n      parameterSimilarityNearestNeighborsK,\n      parameterOnlyMovieSimilarity\n    )\n    println()\n\n    \/**\n     * start spark session\n     * .master(\"local[*]\") needed if you run in local system and not on spark servers\n     *\/\n    val spark = SparkSession.builder\n      .appName(s\"SimilarityPipelineExperiment\") \/\/ TODO where is this displayed?\n      .master(sparkMaster) \/\/ TODO why do we need to specify this?\n      \/\/ .master(\"spark:\/\/172.18.160.16:3090\") \/\/ to run on server\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\") \/\/ TODO what is this for?\n      .getOrCreate()\n\n    \/\/ now run experiment and keep track on processing times\n    val experimentTime: Long = System.nanoTime\n    var startTime: Long = System.nanoTime\n\n    if (!pipelineComponents.contains(\"ri\")) {\n      return Row(\n        pipelineComponents.toString(),\n        run,\n        inputPath,\n        \"no file\",\n        0,\n        similarityEstimationMode,\n        parametersFeatureExtractorMode,\n        parameterCountVectorizerMinDf,\n        parameterCountVectorizerMaxVocabSize,\n        parameterSimilarityAlpha,\n        parameterSimilarityBeta,\n        parameterNumHashTables,\n        parameterSimilarityAllPairThreshold,\n        parameterSimilarityNearestNeighborsK,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        ((System.nanoTime - experimentTime) \/ 1e9d),\n        parameterOnlyMovieSimilarity\n      )\n    }\n    \/\/ experiment Information\n    val inputFileName: String = inputPath.split(\"\/\").last\n\n    \/\/ Input Specification\n    println(\"1: Read in data as Dataframe\")\n    println(\"\\tthe used input string is: \" + inputPath)\n    val lang: Lang = Lang.NTRIPLES\n    startTime = System.nanoTime\n    val triplesDf: DataFrame = spark.read.rdf(lang)(inputPath).cache()\n    val inputFileSizeNumberTriples: Long = triplesDf.count()\n    println(\"\\tthe file has \" + inputFileSizeNumberTriples + \" triples\")\n    val processingTimeReadIn: Double = ((System.nanoTime - startTime) \/ 1e9d)\n    println(\"\\tthe read in needed \" + processingTimeReadIn + \"seconds\")\n\n    if (showDataFrames) triplesDf.limit(10).show()\n\n    if (!pipelineComponents.contains(\"fe\")) {\n      return Row(\n        pipelineComponents.toString(),\n        run,\n        inputPath,\n        inputFileName,\n        inputFileSizeNumberTriples,\n        similarityEstimationMode,\n        parametersFeatureExtractorMode,\n        parameterCountVectorizerMinDf,\n        parameterCountVectorizerMaxVocabSize,\n        parameterSimilarityAlpha,\n        parameterSimilarityBeta,\n        parameterNumHashTables,\n        parameterSimilarityAllPairThreshold,\n        parameterSimilarityNearestNeighborsK,\n        processingTimeReadIn,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        parameterOnlyMovieSimilarity\n      )\n    }\n\n    println(\"2: Dataframe based feature extractor\")\n    if (parameterOnlyMovieSimilarity) println(\"\\tFeature Dataframe consits only Movies\")\n    println(\"\\tfeature extraction mode is: \" + parametersFeatureExtractorMode)\n    startTime = System.nanoTime\n    val fe = new FeatureExtractorModel()\n      .setMode(parametersFeatureExtractorMode)\n      .setOutputCol(\"extractedFeatures\")\n\n    \/**\n     * Quick and dirty part for filtering, in future we do it over query API\n     *\/\n    val feFeatures = if (parameterOnlyMovieSimilarity) fe.transform(triplesDf).filter(t => t.getAs[String](\"uri\").split(\"\/\").last.startsWith(\"m\")).cache() else fe.transform(triplesDf).cache()\n    \/\/ val feFeatures = if (parameterOnlyMovieSimilarity) fe.transform(triplesDf).filter(t => t.getAs[String](\"uri\").contains(\"\/film\/\")) else fe.transform(triplesDf)\n\n    println(\"\\tour extracted dataframe contains of: \" + feFeatures.count() + \" different uris\")\n    val processingTimeFeatureExtraction = ((System.nanoTime - startTime) \/ 1e9d)\n    println(\"\\tthe feature extraction needed \" + processingTimeFeatureExtraction + \"seconds\")\n    if (showDataFrames) feFeatures.limit(10).show()\n\n    if (!pipelineComponents.contains(\"cv\")) {\n      return Row(\n        pipelineComponents.toString(),\n        run,\n        inputPath,\n        inputFileName,\n        inputFileSizeNumberTriples,\n        similarityEstimationMode,\n        parametersFeatureExtractorMode,\n        parameterCountVectorizerMinDf,\n        parameterCountVectorizerMaxVocabSize,\n        parameterSimilarityAlpha,\n        parameterSimilarityBeta,\n        parameterNumHashTables,\n        parameterSimilarityAllPairThreshold,\n        parameterSimilarityNearestNeighborsK,\n        processingTimeReadIn,\n        processingTimeFeatureExtraction,\n        0.0,\n        0.0,\n        0.0,\n        0.0,\n        ((System.nanoTime - experimentTime) \/ 1e9d),\n        parameterOnlyMovieSimilarity\n      )\n    }\n\n    println(\"3: Count Vectorizer from MLlib\")\n    println(\"\\tmax vocabsize is: \" + parameterCountVectorizerMaxVocabSize)\n    println(\"\\tmin number documents it has to occur is: \" + parameterCountVectorizerMinDf)\n    startTime = System.nanoTime\n    val cvModel: CountVectorizerModel = new CountVectorizer()\n      .setInputCol(\"extractedFeatures\")\n      .setOutputCol(\"vectorizedFeatures\")\n      .setVocabSize(parameterCountVectorizerMaxVocabSize)\n      .setMinDF(parameterCountVectorizerMinDf)\n      .fit(feFeatures)\n    val cvFeatures: DataFrame = cvModel.transform(feFeatures).cache() \/\/ .select(col(feature_extractor_uri_column_name), col(count_vectorizer_features_column_name)) \/\/ .filter(isNoneZeroVector(col(count_vectorizer_features_column_name)))\n    val isNoneZeroVector = udf({v: Vector => v.numNonzeros > 0}, DataTypes.BooleanType)\n    val featuresDf: DataFrame = cvFeatures.filter(isNoneZeroVector(col(\"vectorizedFeatures\"))).select(\"uri\", \"vectorizedFeatures\").cache()\n    featuresDf.count()\n    val processingTimeCountVectorizer: Double = ((System.nanoTime - startTime) \/ 1e9d)\n    println(\"\\tthe Count Vectorization needed \" + processingTimeCountVectorizer + \"seconds\")\n    if (showDataFrames) featuresDf.limit(10).show()\n\n    var processingTimeSimilarityEstimatorSetup: Double = -1.0\n    var processingTimeSimilarityEstimatorNearestNeighbors: Double = -1.0\n    var processingTimeSimilarityEstimatorAllPairSimilarity: Double = -1.0\n\n    val tmpK: Row = featuresDf.take(1)(0)\n    val key: Vector = tmpK.getAs[Vector](\"vectorizedFeatures\")\n    val keyUri: String = tmpK.getAs[String](\"uri\")\n    println()\n    println(keyUri, key)\n\n    if (!pipelineComponents.contains(\"nn\")) {\n      return Row(\n        pipelineComponents.toString(),\n        run,\n        inputPath,\n        inputFileName,\n        inputFileSizeNumberTriples,\n        similarityEstimationMode,\n        parametersFeatureExtractorMode,\n        parameterCountVectorizerMinDf,\n        parameterCountVectorizerMaxVocabSize,\n        parameterSimilarityAlpha,\n        parameterSimilarityBeta,\n        parameterNumHashTables,\n        parameterSimilarityAllPairThreshold,\n        parameterSimilarityNearestNeighborsK,\n        processingTimeReadIn,\n        processingTimeFeatureExtraction,\n        processingTimeCountVectorizer,\n        0.0,\n        0.0,\n        0.0,\n        ((System.nanoTime - experimentTime) \/ 1e9d),\n        parameterOnlyMovieSimilarity\n      )\n    }\n\n    if (similarityEstimationMode == \"MinHash\") {\n      println(\"4. Similarity Estimation Process MinHash\")\n      println(\"\\tthe number of hash tables is: \" + parameterNumHashTables)\n      startTime = System.nanoTime\n      val similarityModel: MinHashLSHModel = new MinHashLSH()\n        .setNumHashTables(parameterNumHashTables)\n        .setInputCol(\"vectorizedFeatures\")\n        .setOutputCol(\"hashedFeatures\")\n        .fit(featuresDf)\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tthe MinHash Setup needed \" + processingTimeSimilarityEstimatorSetup + \"seconds\")\n\n\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf: DataFrame = similarityModel\n        .approxNearestNeighbors(featuresDf, key, parameterSimilarityNearestNeighborsK, \"distance\")\n        .withColumn(\"key_column\", lit(keyUri))\n        .select(\"key_column\", \"uri\", \"distance\")\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf = similarityModel\n        .approxSimilarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold, \"distance\")\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n    }\n    else if (similarityEstimationMode == \"Jaccard\") {\n      println(\"4. Similarity Estimation Process Jaccard\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new JaccardModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf: DataFrame = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \" seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      \/\/ triplesDf.filter(col(\"p\").contains(\"\/title\")).join(nnSimilarityDf, col(\"s\") === col(\"uriA\")).filter(col(\"p\").contains(\"\/title\")).show(false)\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, 1 - parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n    }\n    else if (similarityEstimationMode == \"Tversky\") {\n      println(\"4. Similarity Estimation Process Tversky\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new TverskyModel()\n        .setInputCol(\"vectorizedFeatures\")\n        .setAlpha(1.0)\n        .setBeta(1.0)\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, 1 - parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"Batet\") {\n      println(\"4. Similarity Estimation Process Batet\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new BatetModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"Braun Blanquet\") {\n      println(\"4. Similarity Estimation Process Braun Blanquet\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new BraunBlanquetModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"Dice\") {\n      println(\"4. Similarity Estimation Process Dice\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new DiceModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"Ochiai\") {\n      println(\"4. Similarity Estimation Process Ochiai\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new OchiaiModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"Simpson\") {\n      println(\"4. Similarity Estimation Process Simpson\")\n      \/\/ Similarity Estimation\n      startTime = System.nanoTime\n      val similarityModel = new SimpsonModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n\n      \/\/ model evaluations\n\n      \/\/ nearest neighbor\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModel\n        .nearestNeighbors(cvFeatures, key, parameterSimilarityNearestNeighborsK, \"theFirstUri\", keepKeyUriColumn = false)\n        .cache()\n      val numberOfNn: Long = nnSimilarityDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) nnSimilarityDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      \/\/ all pair\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf: DataFrame = similarityModel\n        .similarityJoin(featuresDf, featuresDf, parameterSimilarityAllPairThreshold)\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n      if (showDataFrames) allPairSimilarityDf.limit(10).show()\n\n    }\n    else if (similarityEstimationMode == \"MinHashJaccardStacked\") {\n      println(\"4. Similarity Estimation Process MinHashJaccardStacked\")\n      println(\"\\tthe number of hash tables is: \" + parameterNumHashTables)\n      startTime = System.nanoTime\n      val similarityModelMinHash: MinHashLSHModel = new MinHashLSH()\n        .setNumHashTables(parameterNumHashTables)\n        .setInputCol(\"vectorizedFeatures\")\n        .setOutputCol(\"hashedFeatures\")\n        .fit(featuresDf)\n      val similarityModelJaccard = new JaccardModel()\n        .setInputCol(\"vectorizedFeatures\")\n      processingTimeSimilarityEstimatorSetup = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tthe MinHash Setup needed \" + processingTimeSimilarityEstimatorSetup + \"seconds\")\n\n\n\n      println(\"4.1 Calculate nearestneigbors for one key\")\n      startTime = System.nanoTime\n      val nnSimilarityDf = similarityModelMinHash\n        .approxNearestNeighbors(featuresDf, key, parameterSimilarityNearestNeighborsK, \"distance\")\n        .cache()\n        \/\/ .withColumn(\"key_column\", lit(keyUri)).select(\"key_column\", \"uri\", \"distance\")\n      \/\/ val shortendedDf = featuresDf.join(nnSimilarityDf, Seq(\"uri\"), \"leftsemi\")\n\n      val shortendedNnDf = nnSimilarityDf \/\/ similarityModelJaccard.nearestNeighbors(shortendedDf, key, parameterSimilarityNearestNeighborsK)\n\n      val numberOfNn: Long = shortendedNnDf.count()\n      println(\"\\tWe have number NN: \" + numberOfNn)\n      processingTimeSimilarityEstimatorNearestNeighbors = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tNearestNeighbors needed \" + processingTimeSimilarityEstimatorNearestNeighbors + \"seconds\")\n      if (showDataFrames) shortendedNnDf.limit(10).show()\n\n      if (!pipelineComponents.contains(\"ap\")) {\n        return Row(\n          pipelineComponents.toString(),\n          run,\n          inputPath,\n          inputFileName,\n          inputFileSizeNumberTriples,\n          similarityEstimationMode,\n          parametersFeatureExtractorMode,\n          parameterCountVectorizerMinDf,\n          parameterCountVectorizerMaxVocabSize,\n          parameterSimilarityAlpha,\n          parameterSimilarityBeta,\n          parameterNumHashTables,\n          parameterSimilarityAllPairThreshold,\n          parameterSimilarityNearestNeighborsK,\n          processingTimeReadIn,\n          processingTimeFeatureExtraction,\n          processingTimeCountVectorizer,\n          processingTimeSimilarityEstimatorSetup,\n          processingTimeSimilarityEstimatorNearestNeighbors,\n          0.0,\n          ((System.nanoTime - experimentTime) \/ 1e9d),\n          parameterOnlyMovieSimilarity\n        )\n      }\n\n      println(\"4.2 Calculate all pair similarity\")\n      startTime = System.nanoTime\n      val allPairSimilarityDf = similarityModelMinHash\n        .approxSimilarityJoin(featuresDf, featuresDf, 1 - parameterSimilarityAllPairThreshold, \"distance\")\n        .cache()\n      val lenJoinDf: Long = allPairSimilarityDf.count()\n      println(\"\\tWe have number Join: \" + lenJoinDf)\n      \/\/ allPairSimilarityDf.limit(10).show(false)\n\n      val minHashedSimilarities = allPairSimilarityDf\n        .withColumn(\"uriA\", col(\"datasetA\").getField(\"uri\"))\n        .withColumn(\"uriB\", col(\"datasetB\").getField(\"uri\"))\n        .select(\"uriA\", \"uriB\", \"distance\")\n        .cache()\n      if (showDataFrames) minHashedSimilarities.limit(10).show(false)\n      \/* val dfGoodCandidatesDf = featuresDf.join(minHashedSimilarities, Seq(\"uriA\", \"uriB\"), \"left\") \/\/ .withColumn(\"pair\", (col(\"uriA\"), col(\"uriB\"))).filter(col(\"pair\")) \/\/ r => (r(0), r(1)).isInCollection(uriCandidates))\/\/ col(\"uri\").isInCollection(uriCandidates))\n      featuresDf.limit(10).show(false)\n      dfGoodCandidatesDf.limit(10).show(false)\n      println(\"We reduced dataframe size from: \" + featuresDf.count() + \" to \" + dfGoodCandidatesDf.count())\n      similarityModelJaccard.similarityJoin(dfGoodCandidatesDf, dfGoodCandidatesDf, threshold = 0.5).limit(10).show() *\/\n      processingTimeSimilarityEstimatorAllPairSimilarity = ((System.nanoTime - startTime) \/ 1e9d)\n      println(\"\\tAllPairSimilarity needed \" + processingTimeSimilarityEstimatorAllPairSimilarity + \"seconds\")\n    }\n    else {\n      throw new Error(\"you haven't specified a working Similarity Estimation\")\n    }\n\n    val processingTimeTotal: Double = ((System.nanoTime - experimentTime) \/ 1e9d)\n    println(\"the complete experiment took \" + processingTimeTotal + \" seconds\")\n\n    spark.stop()\n\n    \/\/ allInformation\n    return Row(\n      pipelineComponents.toString(),\n      run,\n      inputPath,\n      inputFileName,\n      inputFileSizeNumberTriples,\n      similarityEstimationMode,\n      parametersFeatureExtractorMode,\n      parameterCountVectorizerMinDf,\n      parameterCountVectorizerMaxVocabSize,\n      parameterSimilarityAlpha,\n      parameterSimilarityBeta,\n      parameterNumHashTables,\n      parameterSimilarityAllPairThreshold,\n      parameterSimilarityNearestNeighborsK,\n      processingTimeReadIn,\n      processingTimeFeatureExtraction,\n      processingTimeCountVectorizer,\n      processingTimeSimilarityEstimatorSetup,\n      processingTimeSimilarityEstimatorNearestNeighbors,\n      processingTimeSimilarityEstimatorAllPairSimilarity,\n      processingTimeTotal,\n      parameterOnlyMovieSimilarity\n    )\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/examples\/SimilarityStacking.scala","text":"<filename>sansa-ml\/sansa-ml-spark\/src\/main\/scala\/net\/sansa_stack\/ml\/spark\/similarity\/examples\/SimilarityStacking.scala<gh_stars>0\npackage net.sansa_stack.ml.spark.similarity.examples\n\nimport net.sansa_stack.ml.spark.similarity.similarityEstimationModels.{JaccardModel, MinHashModel}\nimport net.sansa_stack.ml.spark.utils.FeatureExtractorModel\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.ml.feature.{CountVectorizer, CountVectorizerModel}\nimport org.apache.spark.ml.linalg.Vector\nimport org.apache.spark.sql.functions.{col, udf}\nimport org.apache.spark.sql.types.DataTypes\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nobject SimilarityStacking {\n\n  def main(args: Array[String]): Unit = {\n\n    \/\/ setup spark session\n    val spark = SparkSession.builder\n      .appName(s\"MinMal Semantic Similarity Estimation Calls\")\n      .master(\"local[*]\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .getOrCreate()\n\n    \/\/ cause of jena issue hint by clause to do it that way\n    JenaSystem.init()\n\n    \/\/ define inputpath if it is not parameter\n    val inputPath = \".\/sansa-ml\/sansa-ml-spark\/src\/main\/resources\/movieData\/movie.nt\"\n\n    \/\/ read in data as Data`Frame\n    val triplesDf: DataFrame = spark.read.rdf(Lang.NTRIPLES)(inputPath).cache()\n\n    triplesDf.show(false)\n\n    \/\/ feature extraction\n    val featureExtractorModel = new FeatureExtractorModel()\n      .setMode(\"an\")\n    val extractedFeaturesDataFrame = featureExtractorModel\n      .transform(triplesDf)\n      .filter(t => t.getAs[String](\"uri\").startsWith(\"m\"))\n\n    \/\/ filter for relevant URIs e.g. only movies\n    val filteredFeaturesDataFrame = extractedFeaturesDataFrame.filter(t => t.getAs[String](\"uri\").startsWith(\"m\")).cache()\n    filteredFeaturesDataFrame.show(false)\n\n    \/\/ count Vectorization\n    val cvModel: CountVectorizerModel = new CountVectorizer()\n      .setInputCol(\"extractedFeatures\")\n      .setOutputCol(\"vectorizedFeatures\")\n      .fit(filteredFeaturesDataFrame)\n    val tmpCvDf: DataFrame = cvModel.transform(filteredFeaturesDataFrame)\n    val isNoneZeroVector = udf({ v: Vector => v.numNonzeros > 0 }, DataTypes.BooleanType)\n    val countVectorizedFeaturesDataFrame: DataFrame = tmpCvDf.filter(isNoneZeroVector(col(\"vectorizedFeatures\"))).select(\"uri\", \"vectorizedFeatures\").cache()\n    countVectorizedFeaturesDataFrame.show(false)\n\n    \/\/ minHash similarity estimation\n    val minHashModel: MinHashModel = new MinHashModel()\n      .setInputCol(\"vectorizedFeatures\")\n    val aps = minHashModel.similarityJoin(countVectorizedFeaturesDataFrame, countVectorizedFeaturesDataFrame, 1.0, \"minHashDistance\")\n\n    \/\/ show resulting similary estimation of APS\n    aps.show(false)\n\n    \/\/ regain cv vectors over join\n    \/\/ alternatively the select statement in the resepctive similarity estiamtor can be changed\n    val tmp = aps\n      .join(countVectorizedFeaturesDataFrame.withColumnRenamed(\"uri\", \"uriA\"), \"uriA\")\n      .withColumnRenamed(\"vectorizedFeatures\", \"datasetA\")\n      .join(countVectorizedFeaturesDataFrame.withColumnRenamed(\"uri\", \"uriB\"), \"uriB\")\n      .withColumnRenamed(\"vectorizedFeatures\", \"datasetB\")\n      .drop(\"distance\")\n    tmp.show()\n\n    \/\/ setup jaccard model\n    val jaccardModel: JaccardModel = new JaccardModel()\n      .setInputCol(\"vectorizedFeatures\")\n\n    \/\/ call alternative similarity estimation like jaccard\n    tmp.withColumn(\"jaccard\", jaccardModel.similarityEstimation(col(\"datasetA\"), col(\"datasetB\")))\n      .select(\"uriA\", \"uriB\", \"jaccard\")\n      .show(false)\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-tests\/src\/main\/scala\/net\/sansa_stack\/query\/tests\/SPARQLQueryEvaluationTestSuiteRunner.scala","text":"package net.sansa_stack.query.tests\n\nimport java.net.URL\n\nimport net.sansa_stack.query.tests.util._\nimport org.apache.jena.query._\nimport org.apache.jena.rdf.model.{Model, ModelFactory}\nimport org.apache.jena.riot.{Lang, RDFDataMgr}\nimport org.apache.jena.sparql.resultset.{ResultSetCompare, ResultsFormat, SPARQLResult}\nimport org.scalatest.FunSuite\n\nimport scala.collection.mutable\n\n\n\n\/**\n * SPARQL test suite runner.\n *\n * Inheriting classes have to implement the method\n * [[net.sansa_stack.query.tests.SPARQLQueryEvaluationTestSuiteRunner#runQuery(org.apache.jena.query.Query, org.apache.jena.rdf.model.Model)]] method.\n *\n * @param sparqlVersion the SPARQL version of the test suite, i.e. either SPARQL 1.0 or 1.1\n * @author <NAME>\n *\/\nabstract class SPARQLQueryEvaluationTestSuiteRunner(val sparqlVersion: SPARQL_VERSION.Value = SPARQL_VERSION.SPARQL_11)\n  extends FunSuite {\n\n  \/\/ below vars hold the namespaces for different types of test cases\n  \/\/ SPARQL 1.0\n  protected val algebraManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/algebra\/manifest#\"\n  protected val basicManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/basic\/manifest#\"\n  protected val booleanManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/boolean-effective-value\/manifest#\"\n  protected val castManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/cast\/manifest#\"\n  protected val constructManifest10: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/construct\/manifest#\"\n  protected val datasetManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/dataset\/manifest#\"\n  protected val distinctManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/distinct\/manifest#\"\n  protected val exprBuiltInManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/expr-builtin\/manifest#\"\n  protected val exprEqualsManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/expr-equals\/manifest#\"\n  protected val graphManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/graph\/manifest#\"\n  protected val openWorldManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/open-world\/manifest#\"\n  protected val regexManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/regex\/manifest#\"\n  protected val solutionSeqManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/solution-seq\/manifest#\"\n  protected val sortManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/sort\/manifest#\"\n  protected val typePromotionManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/type-promotion\/manifest#\"\n  protected val optionalManifest: String = \"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/data-r2\/optional\/manifest#\"\n\n  \/\/ SPARQL 1.1\n  protected val aggregatesManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/aggregates\/manifest#\"\n  protected val bindManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/bind\/manifest#\"\n  protected val bindingsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/bindings\/manifest#\"\n  protected val functionsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/functions\/manifest#\"\n  protected val constructManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/construct\/manifest#\"\n  protected val csvTscResManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/csv-tsv-res\/manifest#\"\n  protected val groupingManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/grouping\/manifest#\"\n  protected val negationManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/negation\/manifest#\"\n  protected val existsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/exists\/manifest#\"\n  protected val projectExpressionManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/project-expression\/manifest#\"\n  protected val propertyPathManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/property-path\/manifest#\"\n  protected val subqueryManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/subquery\/manifest#\"\n  protected val serviceManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/service\/manifest#\"\n\n  \/\/ contains the list of ignored tests case IDs, must be overridden\n  lazy val IGNORE: Set[String] = Set.empty[String]\n\n  \/\/ an optional filter function to ignore test cases\n  val IGNORE_NAMES: mutable.Set[String] = mutable.Set[String]()\n\n  \/\/ an optional filter function to ignore test cases\n  lazy val IGNORE_FILTER: SPARQLQueryEvaluationTest => Boolean = _ => {true}\n\n  \/\/ holds the test data\n  val testData: List[SPARQLQueryEvaluationTest] = new SPARQLQueryEvaluationTestSuite(sparqlVersion).tests\n\n  \/\/ the main loop over the test data starts here\n  \/\/ a single ScalaTest is generated per query\n  testData\n    .filter(data => !IGNORE.contains(data.uri))\n    .filter(t => IGNORE_NAMES.isEmpty || IGNORE_NAMES.exists(t.name.startsWith))\n    .filter(IGNORE_FILTER)\n    \/\/    .slice(0, 5)\n\/\/    .filter(data => data.name.startsWith(\"CONTAINS\"))\n    .foreach { d =>\n\n      \/\/ get the relevant data from the test case\n      val queryFileURL = d.queryFile\n      val resultFileURL = d.resultsFile\n      val datasetURL = d.dataFile\n      val testName = d.name\n\n      \/\/ test starts here\n      test(s\"testing $testName\") {\n        val queryString = readQueryString(queryFileURL)\n        val query = QueryFactory.create(queryString)\n        println(s\"SPARQL query:\\n $query\")\n\n        \/\/ load data\n        val data = loadData(datasetURL)\n        data.setNsPrefix(\"\", \"http:\/\/www.example.org\/\")\n        println(\"Data:\")\n        data.write(System.out, \"Turtle\")\n\n        \/\/ run the SPARQL query\n        val actualResult = runQuery(query, data)\n\n        \/\/ read expected result\n        val expectedResult = readExpectedResult(resultFileURL)\n\n        \/\/ compare results\n        if (query.isSelectType) {\n          processSelect(query, expectedResult, actualResult)\n        } else if (query.isAskType) {\n          processAsk(query, expectedResult, actualResult)\n        } else if (query.isConstructType || query.isDescribeType) {\n          processGraph(query, expectedResult, actualResult)\n        } else {\n          fail(s\"unsupported query type: ${query.getQueryType}\")\n        }\n      }\n    }\n\n  \/**\n   * Executes the given SPARQL query and returns the result. The result must be a resultset, Boolean value or a\n   * model depending on the query type.\n   *\n   * @param query the SPARQL query\n   * @param data the data\n   * @return the SPARQL result\n   *\/\n  def runQuery(query: Query, data: Model): SPARQLResult\n\n  private def processAsk(query: Query, resultExpected: SPARQLResult, resultActual: SPARQLResult) = {\n    assert(resultActual.getBooleanResult == resultExpected.getBooleanResult, \"Result of ASK query does not match\")\n  }\n\n  private def processGraph(query: Query, resultExpected: SPARQLResult, resultActual: SPARQLResult) = {\n    if (query.isConstructQuad) {\n      import org.apache.jena.sparql.util.IsoMatcher\n      try {\n        if (!resultExpected.isDataset) fail(\"Expected results are not a graph: \")\n        val resultsExpected = resultExpected.getDataset\n        if (!IsoMatcher.isomorphic(resultsExpected.asDatasetGraph, resultActual.getDataset.asDatasetGraph())) {\n          fail(\"Results do not match: \")\n        }\n      } catch {\n        case ex: Exception =>\n          val typeName = if (query.isConstructType) \"construct\" else \"describe\"\n          fail(\"Exception in result testing (\" + typeName + \"): \" + ex)\n      }\n    }\n    else {\n      try {\n        if (!resultExpected.isGraph) fail(\"Expected results are not a graph: \")\n        if (!resultExpected.getModel.isIsomorphicWith(resultActual.getModel)) {\n          import org.apache.jena.util.FileUtils\n          val out = FileUtils.asPrintWriterUTF8(System.out)\n          out.println(\"=======================================\")\n          out.println(\"Failure:\")\n          out.println(s\"Query:\\n$query\")\n          out.println(\"expected:\")\n          resultExpected.getModel.write(out, \"TTL\")\n          out.println(\"---------------------------------------\")\n          out.println(\"got:\")\n          resultActual.getModel.write(out, \"TTL\")\n          fail(\"Results do not match: \" + query)\n        }\n      } catch {\n        case ex: Exception =>\n          val typeName = if (query.isConstructType) \"construct\"\n          else \"describe\"\n          fail(\"Exception in result testing (\" + typeName + \"): \" + ex)\n      }\n    }\n  }\n\n  private def processSelect(query: Query, results: SPARQLResult, resultsAct: SPARQLResult) = {\n    val resultsActual = ResultSetFactory.makeRewindable(resultsAct.getResultSet)\n\n    val resultsExpected =\n      if (results.isResultSet) {\n        ResultSetFactory.makeRewindable(results.getResultSet)\n      } else if (results.isModel) {\n        ResultSetFactory.makeRewindable(results.getModel)\n      } else {\n        fail(\"Wrong result type for SELECT query\")\n        null\n      }\n\n    \/\/ compare results\n    val b = resultSetEquivalent(query, resultsActual, resultsExpected)\n\n    \/\/ print error message\n    if (!b) {\n      resultsExpected.reset()\n      resultsActual.reset()\n      println(\n        s\"\"\"\n           |=================================\n           |Failure:\n           |Query:\n           |$query\n           |Got: ${resultsActual.size()} ---------------------\n           |${ResultSetFormatter.asText(resultsActual, query.getPrologue)}\n           |Expected: ${resultsExpected.size()} ------------------\n           |${ResultSetFormatter.asText(resultsExpected, query.getPrologue)}\n           |\"\"\".stripMargin\n      )\n    }\n    assert(b, \"Results of SELECT query do not match\")\n\n  }\n\n  private def resultSetEquivalent(query: Query, resultsActual: ResultSet, resultsExpected: ResultSet): Boolean = {\n    val testByValue = true\n\n    if (testByValue) {\n      if (query.isOrdered) {\n        ResultSetCompare.equalsByValueAndOrder(resultsExpected, resultsActual)\n      } else {\n        ResultSetCompare.equalsByValue(resultsExpected, resultsActual)\n      }\n    } else {\n      if (query.isOrdered) {\n        ResultSetCompare.equalsByTermAndOrder(resultsExpected, resultsActual)\n      } else {\n        ResultSetCompare.equalsByTerm(resultsExpected, resultsActual)\n      }\n    }\n  }\n\n  private def readQueryString(queryFileURL: String): String = {\n    println(s\"loading query from $queryFileURL\")\n    val is = new URL(queryFileURL).openStream\n    withResources[AutoCloseable, String](is)(_ => {\n      scala.io.Source.fromInputStream(is).mkString\n    })\n  }\n\n  private def readExpectedResult(resultFileURL: String): SPARQLResult = {\n    println(s\"loading expected result from $resultFileURL\")\n    val fileURL = new URL(resultFileURL).toString\n\n    val format = ResultsFormat.guessSyntax(fileURL)\n\n    \/\/ CONSTRUCT or DESCRIBE\n    if (ResultsFormat.isRDFGraphSyntax(format)) {\n      val m = RDFDataMgr.loadModel(fileURL)\n      return new SPARQLResult(m)\n    }\n\n    \/\/ SELECT or ASK result\n    ResultSetFactory.result(fileURL)\n  }\n\n  private def loadData(datasetURL: String): Model = {\n    println(s\"loading data from $datasetURL\")\n    import java.io.IOException\n    import java.net.MalformedURLException\n    try {\n      val is = new URL(datasetURL).openStream()\n\n      withResources[AutoCloseable, Model](is)(_ => {\n        val data = ModelFactory.createDefaultModel()\n        RDFDataMgr.read(data, is, null, if (datasetURL.endsWith(\".rdf\")) Lang.RDFXML else Lang.TURTLE)\n        data\n      })\n\n    } catch {\n      case e: MalformedURLException =>\n        System.err.println(\"Malformed input URL: \" + datasetURL)\n        throw e\n      case e: IOException =>\n        System.err.println(\"IO error open connection\")\n        throw e\n    }\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/model\/rdd\/JenaDatasetOps.scala","text":"package net.sansa_stack.rdf.spark.model.rdd\n\nimport org.apache.jena.query.Dataset\nimport org.apache.jena.rdf.model.Resource\n\nobject JenaDatasetOps {\n\n  import scala.collection.JavaConverters._\n\n  \/**\n   * Natural resources of a dataset are all those IRIs that match the name of the enclosing\n   * named graph\n   *\n   * TODO Change Resource result to ResourceInDataset in order to retain the Dataset reference\n   *\/\n  def naturalResources(dataset: Dataset): Seq[Resource] = {\n    dataset.listNames().asScala.map(name => {\n      val model = dataset.getNamedModel(name)\n      model.createResource(name)\n    }).toSeq\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/partition\/core\/RdfPartitionerComplex.scala","text":"package net.sansa_stack.rdf.common.partition.core\n\n\nimport java.time.format.DateTimeFormatter\n\nimport net.sansa_stack.rdf.common.partition.layout.{TripleLayout, TripleLayoutBoolean, TripleLayoutDecimal, TripleLayoutDouble, TripleLayoutFloat, TripleLayoutLong, TripleLayoutString, TripleLayoutStringDate, TripleLayoutStringLang, TripleLayoutStringTimestamp}\nimport org.apache.jena.datatypes.TypeMapper\nimport org.apache.jena.datatypes.xsd.XSDDatatype\nimport org.apache.jena.graph.{Node, Triple}\nimport org.apache.jena.vocabulary.{RDF, XSD}\n\n\n\n\/**\n * A partitioner for RDF that returns the corresponding layout given an RDF triple.\n * Parsing of `xsd:date` literals can be configured via constructor.\n *\n * @param distinguishStringLiterals if to create separate partitions for strings with and without language tags\n\/\/ * @param dateFormatter parsing of literals with datatype `xsd:date` can be handled here. Default is a very\n\/\/ *                      relaxed pattern `y-M-d` which also allows single digits for year, month and day though\n\/\/ *                      officially according to XSD it must be `yyyy-MM-dd`\n *\/\nclass RdfPartitionerComplex(distinguishStringLiterals: Boolean = false, partitionPerLangTag: Boolean = true)\n  extends RdfPartitionerBase(distinguishStringLiterals, partitionPerLangTag)\n    with Serializable {\n\n  override def determineLayoutDatatype(dtypeIri: String): TripleLayout = {\n    val dti = if (dtypeIri == RDF.langString.getURI) XSD.xstring.getURI else dtypeIri\n\n    var v = TypeMapper.getInstance.getSafeTypeByName(dti).getJavaClass\n\n    \/\/ type mapper returns null for some integer types\n    if (v == null && intDTypeURIs.contains(dtypeIri)) v = classOf[Integer]\n\n    v match {\n      case w if w == classOf[java.lang.Boolean] => TripleLayoutBoolean\n      case w if w == classOf[java.lang.Byte] || w == classOf[java.lang.Short]\n        || w == classOf[java.lang.Integer] || w == classOf[java.lang.Long] => TripleLayoutLong\n      case w if w == classOf[java.lang.Double] => TripleLayoutDouble\n      case w if w == classOf[java.lang.Float] => TripleLayoutFloat\n      case w if w == classOf[java.math.BigDecimal] => TripleLayoutDecimal\n      case w if w == classOf[java.math.BigInteger] => TripleLayoutLong \/\/ xsd:integer\n      case w if dtypeIri == XSD.date.getURI => TripleLayoutStringDate \/\/ v will be null for xsd:date, thus, we have to compare the datatype URI\n      case w if dtypeIri == XSD.dateTime.getURI || dtypeIri == XSD.dateTimeStamp.getURI => TripleLayoutStringTimestamp\n      \/\/ case w if(w == classOf[String]) => TripleLayoutString\n      case w => TripleLayoutString\n      \/\/ case _ => TripleLayoutStringDatatype\n\n      \/\/ case _ => throw new RuntimeException(\"Unsupported object type: \" + dtypeIri)\n    }\n  }\n\n  \/*\n  def getUriOrBNodeString(node: Node): String = {\n    val termType = getRdfTermType(node)\n    termType match {\n      case 0 => node.getBlankNodeId.getLabelString\n      case 1 => node.getURI\n      case _ => throw new RuntimeException(s\"Neither URI nor blank node: $node\")\n    }\n  }\n\n  def getRdfTermType(node: Node): Byte = {\n    val result =\n      if (node.isURI) 1.toByte else if (node.isLiteral) 2.toByte else if (node.isBlank) 0.toByte else {\n        throw new RuntimeException(s\"Unknown RDF term type: $node\")\n      } \/\/ -1\n    result\n  }\n\n  def isPlainLiteralDatatype(dtypeIri: String): Boolean = {\n    dtypeIri == null || dtypeIri == \"\" || dtypeIri == XSD.xstring.getURI || dtypeIri == RDF.langString.getURI\n  }\n\n  def isPlainLiteral(node: Node): Boolean = {\n    node.isLiteral && isPlainLiteralDatatype(node.getLiteralDatatypeURI) \/\/ NodeUtils.isSimpleString(node) || NodeUtils.isLangString(node))\n  }\n\n  def isTypedLiteral(node: Node): Boolean = {\n    node.isLiteral && !isPlainLiteral(node)\n  }\n  *\/\n\n  \/*\n  def fromTriple(t: Triple): RdfPartitionDefault = {\n    val s = t.getSubject\n    val o = t.getObject\n\n    val subjectType = getRdfTermType(s)\n    val objectType = getRdfTermType(o)\n    \/\/ val predicateType =\n\n    val predicate = t.getPredicate.getURI\n\n    \/\/ In the case of plain literals, we replace the datatype langString with string\n    \/\/ in order to group them all into the same partition\n    val datatype = if (o.isLiteral) {\n      if (!distinguishStringLiterals && isPlainLiteral(o)) XSD.xstring.getURI else o.getLiteralDatatypeURI\n    } else {\n      \"\"\n    }\n    val langTagPresent = o.isLiteral &&\n                        ((distinguishStringLiterals && o.getLiteralDatatypeURI == RDF.langString.getURI && o.getLiteralLanguage.trim().nonEmpty)\n                          || (!distinguishStringLiterals && isPlainLiteral(o)))\n\n    val lang = if (langTagPresent) Some(o.getLiteralLanguage) else None\n\n    RdfPartitionDefault(subjectType, predicate, objectType, datatype, langTagPresent, lang, this)\n  }\n*\/\n\n\n  \/**\n   * Lay a triple out based on the partition\n   * Does not (re-)check the matches condition\n   *\/\n    \/*\n  def determineLayout(t: RdfPartitionDefault): TripleLayout = {\n    val oType = t.objectType\n\n    val layout = oType match {\n      case 0 | 1 => TripleLayoutString \/\/ URI or bnode\n      case 2 => if (distinguishStringLiterals) {\n        if (t.datatype == RDF.langString.getURI) {\n          TripleLayoutStringLang\n        } else if (t.datatype == XSD.xstring.getURI) {\n          TripleLayoutString\n        } else {\n          determineLayoutDatatype(t.datatype)\n        }\n      } else {\n        if (isPlainLiteralDatatype(t.datatype)) {\n          TripleLayoutStringLang\n        } else {\n          determineLayoutDatatype(t.datatype)\n        }\n      }\n      case _ => throw new RuntimeException(s\"Unsupported object type: $t\")\n    }\n    layout\n  }\n  *\/\n}\n\nobject RdfPartitionerComplex {\n  def apply(): RdfPartitionerComplex = new RdfPartitionerComplex()\n  def apply(distinguishStringLiterals: Boolean): RdfPartitionerComplex = new RdfPartitionerComplex(distinguishStringLiterals)\n}\n\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/Sparql2Sql.scala","text":"<reponame>WortNils\/similarityComparator\npackage net.sansa_stack.query.spark.ontop\n\nimport java.io.File\nimport java.nio.file.{Files, Paths}\nimport java.util.stream.Collectors.joining\n\nimport it.unibz.inf.ontop.injection.OntopSQLOWLAPIConfiguration\nimport it.unibz.inf.ontop.owlapi.OntopOWLFactory\n\n@deprecated(\"will be removed, use OntopSPARQLEngine\", \"Sparql2Sql 0.8.0\")\nobject Sparql2Sql {\n\n  val baseDir = new File(\"\/tmp\/ontop-spark\")\n  baseDir.mkdirs()\n\n  def obtainSQL(sparqlFile: String, r2rmlFile: String, owlFile: String, propertyFile: String): String = {\n    var factory = OntopOWLFactory.defaultFactory()\n\n    var config = OntopSQLOWLAPIConfiguration.defaultBuilder()\n      .r2rmlMappingFile(r2rmlFile)\n      .ontologyFile(owlFile)\n      .propertyFile(propertyFile)\n      .enableTestMode()\n      .build()\n\n    var reasoner = factory.createReasoner(config)\n\n    \/*\n     * Prepare the data connection for querying.\n     *\/\n    var sparqlQuery = Files.lines(Paths.get(sparqlFile)).collect(joining(\"\\n\"))\n\n    var conn = reasoner.getConnection\n    var st = conn.createStatement()\n\n    var sqlExecutableQuery = st.getExecutableQuery(sparqlQuery)\n    var sqlQuery = sqlExecutableQuery.toString \/\/ getSQL();\n\n    sqlQuery\n  }\n\n}\n\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopCLI.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.io.File\nimport java.net.URI\nimport java.nio.file.Paths\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerComplex}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.apache.jena.query.{QueryFactory, QueryType}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.semanticweb.owlapi.apibinding.OWLManager\nimport org.semanticweb.owlapi.model.OWLOntology\nimport scopt.OParser\n\n\/**\n * @author <NAME>\n *\/\nclass OntopCLI {\n\n  val logger = com.typesafe.scalalogging.Logger(classOf[OntopCLI])\n\n  def run(args: Array[String]): Unit = {\n    OParser.parse(parser, args, Config()) match {\n      case Some(config) =>\n        run(config)\n      case _ =>\n      \/\/ arguments are bad, error message will have been displayed\n    }\n  }\n\n  private def run(config: Config): Unit = {\n    import net.sansa_stack.rdf.spark.io._\n\n    val spark = SparkSession.builder\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      \/\/ .config(\"spark.kryo.registrationRequired\", \"true\")\n      \/\/ .config(\"spark.eventLog.enabled\", \"true\")\n      .config(\"spark.kryo.registrator\", String.join(\", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\",\n        \"net.sansa_stack.query.spark.ontop.OntopKryoRegistrator\"))\n      .config(\"spark.sql.cbo.enabled\", true)\n      .config(\"spark.sql.statistics.histogram.enabled\", true)\n      .config(\"spark.sql.crossJoin.enabled\", \"true\")\n      .enableHiveSupport()\n      .getOrCreate()\n\n    val partitioner = RdfPartitionerComplex(false)\n\n    val sparqlEngine =\n      if (config.inputPath != null) {\n        \/\/ read triples as RDD[Triple]\n        var triplesRDD = spark.ntriples()(config.inputPath.toString).cache()\n\n        \/\/ load optional schema file and filter properties used for VP\n        var ont: OWLOntology = null\n\n        if (config.schemaPath != null) {\n          val owlFile = new File(config.schemaPath)\n          val man = OWLManager.createOWLOntologyManager()\n          ont = man.loadOntologyFromOntologyDocument(owlFile)\n          \/\/    val cleanOnt = man.createOntology()\n          \/\/    man.addAxioms(cleanOnt, ont.asInstanceOf[HasLogicalAxioms].getLogicalAxioms)\n          \/\/\n          \/\/    owlFile = \"\/tmp\/clean-dbo.nt\"\n          \/\/    man.saveOntology(cleanOnt, new FileOutputStream(owlFile))\n\n\/\/          \/\/ get all object properties in schema file\n\/\/          val objectProperties = ont.asInstanceOf[HasObjectPropertiesInSignature].getObjectPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n\/\/\n\/\/          \/\/ get all object properties in schema file\n\/\/          val dataProperties = ont.asInstanceOf[HasDataPropertiesInSignature].getDataPropertiesInSignature.iterator().asScala.map(_.toStringID).toSet\n\/\/\n\/\/          var schemaProperties = objectProperties ++ dataProperties\n\/\/          schemaProperties = Set(\"http:\/\/dbpedia.org\/ontology\/birthPlace\", \"http:\/\/dbpedia.org\/ontology\/birthDate\")\n\/\/\n\/\/          \/\/ filter triples RDD\n\/\/          triplesRDD = triplesRDD.filter(t => schemaProperties.contains(t.getPredicate.getURI))\n        }\n\n        \/\/ do partitioning here\n        logger.info(\"computing partitions ...\")\n        val partitions: Map[RdfPartitionStateDefault, RDD[Row]] = RdfPartitionUtilsSpark.partitionGraph(triplesRDD, partitioner)\n        logger.info(s\"got ${partitions.keySet.size} partitions ...\")\n\n        \/\/ create the SPARQL engine\n        OntopSPARQLEngine(spark, partitioner, partitions, Option(ont))\n      } else {\n        \/\/ load partitioning metadata\n        val partitions = PartitionSerDe.deserializeFrom(Paths.get(config.metaDataPath))\n        \/\/ create the SPARQL engine\n        OntopSPARQLEngine(spark, config.databaseName, partitioner, partitions, None)\n      }\n\n    var input = config.initialQuery\n\n    def runQuery(query: String): Unit = {\n      try {\n        val q = QueryFactory.create(query)\n\n        q.queryType() match {\n          case QueryType.SELECT =>\n            val res = sparqlEngine.execSelect(query)\n            println(res.collect().mkString(\"\\n\"))\n          case QueryType.ASK =>\n            val res = sparqlEngine.execAsk(query)\n            println(res)\n          case QueryType.CONSTRUCT =>\n            val res = sparqlEngine.execConstruct(query)\n            println(res.collect().mkString(\"\\n\"))\n          case _ => throw new RuntimeException(s\"unsupported query type: ${q.queryType()}\")\n        }\n      } catch {\n        case e: Exception => Console.err.println(\"failed to execute query\")\n          e.printStackTrace()\n      }\n    }\n\n    if (input != null) {\n      runQuery(input)\n    }\n    println(\"enter SPARQL query (press 'q' to quit): \")\n    input = scala.io.StdIn.readLine()\n    while (input != \"q\") {\n      runQuery(input)\n      println(\"enter SPARQL query (press 'q' to quit): \")\n      input = scala.io.StdIn.readLine()\n    }\n\n    sparqlEngine.stop()\n\n    spark.stop()\n  }\n\n  case class Config(\n                     inputPath: URI = null,\n                     metaDataPath: URI = null,\n                     schemaPath: URI = null,\n                     databaseName: String = null,\n                     initialQuery: String = null)\n\n  import scopt.OParser\n  val builder = OParser.builder[Config]\n  val parser = {\n    import builder._\n    OParser.sequence(\n      programName(\"Ontop SPARQL Engine\"),\n      head(\"Ontop SPARQL Engine\", \"0.1.0\"),\n      opt[URI]('i', \"input\")\n        .action((x, c) => c.copy(inputPath = x))\n        .text(\"path to input data\"),\n      opt[URI]('m', \"metadata\")\n        .action((x, c) => c.copy(metaDataPath = x))\n        .text(\"path to partitioning metadata\"),\n      opt[String](\"database\")\n        .abbr(\"db\")\n        .action((x, c) => c.copy(databaseName = x))\n        .text(\"the name of the Spark databases used as KB\"),\n      opt[URI]('s', \"schema\")\n        .optional()\n        .action((x, c) => c.copy(schemaPath = x))\n        .text(\"an optional file containing the OWL schema to process only object and data properties\"),\n      opt[String]('q', \"query\")\n        .optional()\n        .action((x, c) => c.copy(initialQuery = x))\n        .text(\"an initial SPARQL query that will be executed\"),\n      checkConfig( c =>\n        if (c.databaseName != null && c.inputPath != null) failure(\"either specify path to data or an already created database\")\n        else success ),\n      checkConfig( c =>\n        if (c.databaseName != null && c.metaDataPath == null) failure(\"If database is used the path to the partitioning \" +\n          \"metadata has to be provided as well\")\n        else success )\n    )\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/MetadataProviderH2.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport it.unibz.inf.ontop.dbschema.MetadataProvider\nimport it.unibz.inf.ontop.dbschema.impl.OfflineMetadataProviderBuilder\nimport it.unibz.inf.ontop.injection.OntopModelConfiguration\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport net.sansa_stack.rdf.common.partition.schema.{SchemaStringDate, SchemaStringDouble, SchemaStringStringType}\n\nimport scala.reflect.runtime.universe.typeOf\n\/**\n * @author <NAME>\n *\/\nclass MetadataProviderH2(defaultConfiguration: OntopModelConfiguration) {\n\n  val logger = com.typesafe.scalalogging.Logger(\"MetadataProviderH2\")\n\n\n  def generate(partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Seq[RdfPartitionStateDefault], blankNodeStrategy: BlankNodeStrategy.Value): MetadataProvider = {\n    val builder = new OfflineMetadataProviderBuilder(defaultConfiguration.getTypeFactory)\n    partitions.foreach(p => generate(partitioner, p, blankNodeStrategy, builder))\n    builder.build()\n  }\n\n  private def generate(partitioner: RdfPartitioner[RdfPartitionStateDefault], p: RdfPartitionStateDefault, blankNodeStrategy: BlankNodeStrategy.Value,\n                       builder: OfflineMetadataProviderBuilder): Unit = {\n    val schema = partitioner.determineLayout(p).schema\n\n    val name = SQLUtils.createTableName(p, blankNodeStrategy)\n    p match {\n      case RdfPartitionStateDefault(subjectType, predicate, objectType, datatype, langTagPresent, lang) =>\n        objectType match {\n          case 1 =>\n            builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n              \"s\", builder.getDBTypeFactory.getDBStringType, false,\n              \"o\", builder.getDBTypeFactory.getDBStringType, false)\n          case 2 => if (langTagPresent) {\n            builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n              \"s\", builder.getDBTypeFactory.getDBStringType, false,\n              \"o\", builder.getDBTypeFactory.getDBStringType, false,\n              \"l\", builder.getDBTypeFactory.getDBStringType, false)\n          } else {\n            if (schema == typeOf[SchemaStringStringType]) {\n              builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n                \"s\", builder.getDBTypeFactory.getDBStringType, false,\n                \"o\", builder.getDBTypeFactory.getDBStringType, false,\n                \"t\", builder.getDBTypeFactory.getDBStringType, false)\n            } else {\n              schema match {\n                case t if t =:= typeOf[SchemaStringDouble] => builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n                  \"s\", builder.getDBTypeFactory.getDBStringType, false,\n                  \"o\", builder.getDBTypeFactory.getDBDoubleType, false)\n                case t if t =:= typeOf[SchemaStringDouble] => builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n                  \"s\", builder.getDBTypeFactory.getDBStringType, false,\n                  \"o\", builder.getDBTypeFactory.getDBDecimalType, false)\n                case t if t =:= typeOf[SchemaStringDate] => builder.createDatabaseRelation(SQLUtils.escapeTablename(name),\n                  \"s\", builder.getDBTypeFactory.getDBStringType, false,\n                  \"o\", builder.getDBTypeFactory.getDBDateType, false)\n                case _ => logger.error(s\"Error: couldn't create Spark table for property $predicate with schema ${schema}\")\n              }\n            }\n          }\n          case _ => logger.error(\"TODO: bnode Spark SQL table for Ontop mappings\")\n        }\n      case _ => logger.error(\"wrong partition type\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/test\/scala\/net\/sansa_stack\/rdf\/common\/io\/hadoop\/TrigRecordReaderTest.scala","text":"<reponame>WortNils\/similarityComparator<gh_stars>0\npackage net.sansa_stack.rdf.common.io.hadoop\n\nimport java.io.{ByteArrayInputStream, File, FileInputStream}\n\nimport org.aksw.commons.collections.diff.{CollectionDiff, Diff, SetDiff}\nimport org.aksw.jena_sparql_api.core.utils.FN_QuadDiffUnique\nimport org.aksw.jena_sparql_api.update.QuadDiffIterator\nimport org.aksw.jena_sparql_api.utils.DatasetGraphUtils\nimport org.apache.commons.compress.compressors.bzip2.BZip2CompressorInputStream\n\nimport scala.collection.mutable\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.io.{LongWritable, Text}\nimport org.apache.hadoop.mapreduce.{InputSplit, Job, RecordReader, TaskAttemptID}\nimport org.apache.hadoop.mapreduce.lib.input.{FileInputFormat, FileSplit}\nimport org.apache.hadoop.mapreduce.task.TaskAttemptContextImpl\nimport org.apache.jena.ext.com.google.common.collect.Sets\nimport org.apache.jena.query.{Dataset, DatasetFactory}\nimport org.apache.jena.riot.{Lang, RDFDataMgr, RDFFormat}\nimport org.apache.jena.sparql.core.Quad\nimport org.scalatest.FunSuite\n\nimport scala.collection.JavaConverters._\nimport org.apache.jena.sparql.util.compose.DatasetLib\n\n\/**\n * @author <NAME>\n * @author <NAME>\n *\/\nclass TrigRecordReaderTest extends FunSuite {\n\n  val conf = new Configuration(false)\n  conf.set(\"fs.defaultFS\", \"file:\/\/\/\")\n  conf.set(TrigRecordReader.MAX_RECORD_LENGTH, \"10000\")\n  conf.set(TrigRecordReader.PROBE_RECORD_COUNT, \"1\")\n\n  \/\/ val testFileName = \"w3c_ex2.trig\"\n  \/\/ val referenceFileName = \"nato-phonetic-alphabet-example.trig\"\n  \/\/ val testFileName = \"nato-phonetic-alphabet-example.trig\"\n  \/\/ val testFileName = \"nato-phonetic-alphabet-example.trig.bz2\"\n\n  \/\/ val referenceFile = new File(\"\/home\/raven\/Projects\/Data\/Hobbit\/hobbit-sensor-stream-150k.trig\")\n  \/\/ val testFile = new File(\"\/home\/raven\/Projects\/Data\/Hobbit\/hobbit-sensor-stream-150k.trig\")\n  \/\/ val testFile = new File(\"\/home\/raven\/Projects\/Eclipse\/facete3-parent\/version1\/hobbit-sensor-stream-150k-events-data.trig.bz2\")\n\n\n  val referenceFile = new File(getClass.getClassLoader.getResource(\"hobbit-sensor-stream-150k-events-data.trig.bz2\").getPath)\n  val testFile = new File(getClass.getClassLoader.getResource(\"hobbit-sensor-stream-150k-events-data.trig.bz2\").getPath)\n\n  val path = new Path(testFile.getAbsolutePath)\n\n  val fileLengthTotal = testFile.length()\n\n  \/\/ read the target dataset\n  val targetDataset = DatasetFactory.create()\n  RDFDataMgr.read(targetDataset, new BZip2CompressorInputStream(new FileInputStream(referenceFile)), Lang.TRIG)\n\n\n  val maxNumSplits = 5\n\n  val job = Job.getInstance(conf)\n  val inputFormat = new TrigFileInputFormat()\n\n  \/\/ add input path of the file\n  FileInputFormat.addInputPath(job, new Path(testFile.getAbsolutePath))\n\n  \/\/ call once to compute the prefixes\n  inputFormat.getSplits(job)\n\n  \/**\n   * Testing n splits by manually created RecordReader\n   * Ensure to start the loop from 1 for full testing. Takes quite long.\n   *\/\n  for (i <- maxNumSplits to maxNumSplits) {\n    test(s\"parsing Trig file provided by $i splits\") {\n\n      val splits = generateFileSplits(i)\n\n      val ds = DatasetFactory.create()\n      var totalContrib = 0\n      splits.foreach { split =>\n        \/\/ println(s\"split (${split.getStart} - ${split.getStart + split.getLength}):\" )\n\n        \/*\n                val stream = split.getPath.getFileSystem(new TaskAttemptContextImpl(conf, new TaskAttemptID()).getConfiguration)\n                  .open(split.getPath)\n\n                val bufferSize = split.getLength.toInt\n                val buffer = new Array[Byte](bufferSize)\n                stream.readFully(split.getStart, buffer, 0, bufferSize)\n                println(new String(buffer))\n                stream.close()\n                *\/\n\n        \/\/ setup\n        val reader = inputFormat.createRecordReader(split, new TaskAttemptContextImpl(job.getConfiguration, new TaskAttemptID()))\n\/\/        val reader = new TrigRecordReader()\n\n        \/\/ initialize\n        reader.initialize(split, new TaskAttemptContextImpl(job.getConfiguration, new TaskAttemptID()))\n\n        \/\/ read all records in split\n        val contrib = consumeRecords(reader)\n        totalContrib += contrib.listNames().asScala.size\n        DatasetGraphUtils.addAll(ds.asDatasetGraph(), contrib.asDatasetGraph())\n\/\/        System.err.println(\"Dataset contribution\")\n\/\/        RDFDataMgr.write(System.err, ds, RDFFormat.TRIG_PRETTY)\n      }\n\n      println(\"Dataset contains \" + ds.listNames().asScala.size + \" named graphs - total contribs = \" + totalContrib)\n\n      \/\/ compare with target dataset\n      compareDatasets(targetDataset, ds)\n    }\n  }\n\n  \/**\n   * Testing n splits by RecordReader created from Inputformat (incl. parsed prefixes)\n   *\/\n  \/*\n  test(\"multiple splits parsed using InputFormat\") {\n\n    val job = Job.getInstance(conf)\n    val inputFormat = new TrigFileInputFormat()\n\n    \/\/ add input path of the file\n    FileInputFormat.addInputPath(job, new Path(testFile.getAbsolutePath))\n\n    \/\/ get splits from InputFormat\n    val splits = inputFormat.getSplits(job)\n\n    splits.asScala.foreach { split =>\n      \/\/ create the reader\n      val reader = inputFormat.createRecordReader(split, new TaskAttemptContextImpl(conf, new TaskAttemptID()))\n\n      \/\/ read all records in split\n      val ds = consumeRecords(reader)\n\n      \/\/ compare with target dataset\n      compareDatasets(targetDataset, ds)\n    }\n  }\n  *\/\n\n  private def consumeRecords(reader: RecordReader[LongWritable, Dataset]): Dataset = {\n    val result = DatasetFactory.create\n    \/\/ val actual = new mutable.ListBuffer[(LongWritable, Dataset)]()\n    \/\/ var counter = 0;\n    while (reader.nextKeyValue()) {\n      val k = reader.getCurrentKey\n      val v = reader.getCurrentValue\n      val item = (k, v)\n      \/\/ actual += item\n      \/\/ println(s\"Dataset ${k.get()}:\")\n      \/\/ RDFDataMgr.write(System.out, v, RDFFormat.TRIG_PRETTY)\n\n\n      DatasetGraphUtils.addAll(result.asDatasetGraph(), v.asDatasetGraph())\n      \/\/ counter += 1\n    }\n\n    \/\/ println(s\"Counted $counter records\")\n\n    \/\/ merge to single dataset\n    \/\/ actual.map(_._2).foldLeft(DatasetFactory.create())((ds1, ds2) => DatasetLib.union(ds1, ds2))\n    result\n  }\n\n  private def generateFileSplits(n: Int) = {\n    val splitLength = Math.ceil(fileLengthTotal.toDouble \/ n).toInt\n\n    for (i <- 0 until n) yield {\n      val start = i * splitLength\n      val end = Math.min((i + 1) * splitLength, fileLengthTotal)\n      val length = end - start\n\n      new FileSplit(path, start, length, null).asInstanceOf[InputSplit]\n    }\n  }\n\n\n  private def compareDatasets(ds1: Dataset, ds2: Dataset): Unit = {\n\n    \/*\n\n    val a = Sets.newHashSet(ds1.asDatasetGraph().find())\n    val b = Sets.newHashSet(ds2.asDatasetGraph().find())\n\n    val diff = new SetDiff[Quad](a, b)\n\n    System.err.println(\"Excessive\")\n    for(x <- diff.getAdded.asScala) {\n      System.err.println(\"  \" + x)\n    }\n\n    System.err.println(\"Missing\")\n    for(x <- diff.getRemoved.asScala) {\n      System.err.println(\"  \" + x)\n    }\n\n    System.err.println(\"Report done\")\n    *\/\n\n    \/*\n    System.err.println(\"Dataset 1\")\n    RDFDataMgr.write(System.err, ds1, RDFFormat.TRIG_PRETTY)\n    System.err.println(\"Dataset 2\")\n    RDFDataMgr.write(System.err, ds2, RDFFormat.TRIG_PRETTY)\n    System.err.println(\"Datasets printed\")\n    *\/\n\n    \/\/ compare default graphs first\n    assert(ds1.getDefaultModel.getGraph.isIsomorphicWith(ds2.getDefaultModel.getGraph),\n      \"default graphs do not match\")\n\n    \/\/ then compare the named graphs\n    val allNames = (ds1.listNames().asScala ++ ds2.listNames().asScala).toSet\n\n    allNames.foreach(g => {\n      assert(ds1.containsNamedModel(g), s\"graph <$g> not found in first dataset\")\n      assert(ds2.containsNamedModel(g), s\"graph <$g> not found in second dataset\")\n\n      val g1 = ds1.getNamedModel(g).getGraph\n      val g2 = ds2.getNamedModel(g).getGraph\n\n      assert(g1.size == g2.size, s\"size of graph <$g> not the same in both datasets\")\n      \/\/ Isomorphism check may fail with stack overflow execution if datasets\n      \/\/ become too large\n      \/\/ assert(g1.isIsomorphicWith(g2), s\"graph <$g> not isomorph\")\n\n    })\n  }\n\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/partition\/core\/RdfPartitionStateDefault.scala","text":"package net.sansa_stack.rdf.common.partition.core\n\ncase class RdfPartitionStateDefault(subjectType: Byte,\n                                    predicate: String,\n                                    objectType: Byte,\n                                    datatype: String,\n                                    langTagPresent: Boolean,\n                                    lang: Option[String])"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/JDBCDatabaseGenerator.scala","text":"<filename>sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/JDBCDatabaseGenerator.scala\npackage net.sansa_stack.query.spark.ontop\n\nimport java.sql.{Connection, SQLException}\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport net.sansa_stack.rdf.common.partition.schema._\nimport org.apache.spark.sql.catalyst.ScalaReflection\nimport org.apache.spark.sql.types.StructType\n\nimport scala.reflect.runtime.universe.typeOf\n\n\/**\n * Setup the JDBC database needed for the Ontop metadata extraction.\n *\n * @author <NAME>\n *\/\nobject JDBCDatabaseGenerator {\n\n  val logger = com.typesafe.scalalogging.Logger(JDBCDatabaseGenerator.getClass)\n\n\n  \/\/ mapping from partition type to H2 database type\n  private val partitionType2DatabaseType = Map(\n    typeOf[SchemaStringLong] -> \"LONG\",\n    typeOf[SchemaStringDouble] -> \"DOUBLE\",\n    typeOf[SchemaStringFloat] -> \"FLOAT\",\n    typeOf[SchemaStringDecimal] -> \"DECIMAL\",\n    typeOf[SchemaStringBoolean] -> \"BOOLEAN\",\n    typeOf[SchemaStringString] -> \"VARCHAR(255)\",\n    typeOf[SchemaStringDate] -> \"DATE\",\n    typeOf[SchemaStringTimestamp] -> \"TIMESTAMP\"\n  ) \/\/ .map(e => (typeOf[e._1.type], e._2))\n\n  \/**\n   * Generates the tables per partitions for the database at the given connection.\n   *\n   * @param connection the database connection\n   * @param partitions the partitions\n   *\/\n  def generateTables(connection: Connection,\n                     partitioner: RdfPartitioner[RdfPartitionStateDefault],\n                     partitions: Set[RdfPartitionStateDefault],\n                     blankNodeStrategy: BlankNodeStrategy.Value = BlankNodeStrategy.Table): Unit = {\n    try {\n      val stmt = connection.createStatement()\n\n      stmt.executeUpdate(\"DROP ALL OBJECTS\")\n\n      partitions.foreach { p =>\n\n        val name = SQLUtils.createTableName(p, blankNodeStrategy)\n\n\/\/        val sparkSchema = ScalaReflection.schemaFor(p.layout.schema).dataType.asInstanceOf[StructType]\n        val schema = partitioner.determineLayout(p).schema\n        val sparkSchema = ScalaReflection.schemaFor(schema).dataType.asInstanceOf[StructType]\n        logger.trace(s\"creating table for property ${p.predicate} with Spark schema $sparkSchema and layout ${schema}\")\n\n        p match {\n          case RdfPartitionStateDefault(subjectType, predicate, objectType, datatype, langTagPresent, lang) =>\n            val s = objectType match {\n              case 0|1 => s\"CREATE TABLE IF NOT EXISTS ${SQLUtils.escapeTablename(name)} (\" +\n                \"s varchar(255) NOT NULL,\" +\n                \"o varchar(255) NOT NULL\" +\n                \")\"\n              case 2 => if (schema == typeOf[SchemaStringStringLang]) {\n                s\"CREATE TABLE IF NOT EXISTS ${SQLUtils.escapeTablename(name)} (\" +\n                  \"s varchar(255) NOT NULL,\" +\n                  \"o varchar(255) NOT NULL,\" +\n                  \"l varchar(10)\" +\n                  \")\"\n              } else {\n                if (schema == typeOf[SchemaStringStringType]) {\n                  s\"CREATE TABLE IF NOT EXISTS ${SQLUtils.escapeTablename(name)} (\" +\n                    \"s varchar(255) NOT NULL,\" +\n                    \"o varchar(255) NOT NULL,\" +\n                    \"t varchar(255) NOT NULL\" +\n                    \")\"\n                } else {\n                  val colType = partitionType2DatabaseType.get(schema)\n\n                  if (colType.isDefined) {\n                    s\"\"\"\n                       |CREATE TABLE IF NOT EXISTS ${SQLUtils.escapeTablename(name)} (\n                       |s varchar(255) NOT NULL,\n                       |o ${colType.get} NOT NULL)\n                       |\"\"\".stripMargin\n                  } else {\n                    logger.error(s\"Error: couldn't create H2 table for property $predicate with schema $schema\")\n                    \"\"\n                  }\n                }\n              }\n              case _ => logger.error(\"TODO: bnode H2 SQL table for Ontop mappings\")\n                \"\"\n            }\n            logger.debug(s)\n            stmt.addBatch(s)\n          case _ => logger.error(s\"wrong partition type: ${p}\")\n        }\n      }\n      \/\/            stmt.addBatch(s\"CREATE TABLE IF NOT EXISTS triples (\" +\n      \/\/              \"s varchar(255) NOT NULL,\" +\n      \/\/              \"p varchar(255) NOT NULL,\" +\n      \/\/              \"o varchar(255) NOT NULL\" +\n      \/\/              \")\")\n      val numTables = stmt.executeBatch().length\n      logger.debug(s\"created $numTables tables\")\n    } catch {\n      case e: SQLException => logger.error(\"Error occurred when creating in-memory H2 database\", e)\n    }\n    connection.commit()\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-flink\/src\/test\/scala\/net\/sansa_stack\/rdf\/flink\/partition\/FlinkSparqlifyPartitionTests.scala","text":"package net.sansa_stack.rdf.flink.partition\n\nimport net.sansa_stack.rdf.flink.io._\nimport org.apache.flink.api.scala.ExecutionEnvironment\nimport org.scalatest.FunSuite\n\nclass FlinkSparqlifyPartitionTests extends FunSuite {\n\n  val env = ExecutionEnvironment.getExecutionEnvironment\n\n  test(\"partitioning N-Triples file into Sparqlify Partition (Vertical Partition) should match\") {\n    val path = getClass.getResource(\"\/data.nt\").getPath\n    val lang = Lang.NTRIPLES\n\n    val triples = env.rdf(lang)(path)\n\n    val partitions = triples.partitionGraph()\n\n    val size = partitions.size\n\n    assert(size == 28)\n\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopTests.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport java.io.{File, FileInputStream}\n\nimport com.holdenkarau.spark.testing.DataFrameSuiteBase\nimport net.sansa_stack.query.spark.query._\nimport net.sansa_stack.rdf.spark.io._\nimport org.apache.jena.graph.Triple\nimport org.apache.jena.query.{Query, QueryFactory, ResultSet, ResultSetFactory}\nimport org.apache.jena.rdf.model.ModelFactory\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sparql.engine.ResultSetStream\nimport org.apache.jena.sparql.engine.binding.Binding\nimport org.apache.jena.sparql.resultset.ResultSetCompare\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.RDD\nimport org.scalatest.FunSuite\n\nimport scala.collection.JavaConverters._\nimport scala.io.Source\n\nclass OntopTests extends FunSuite with DataFrameSuiteBase {\n\n  var triples: RDD[Triple] = _\n  var sparqlExecutor: QueryExecutor = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    JenaSystem.init();\n\n    val input = getClass.getResource(\"\/datasets\/bsbm-sample.nt\").getPath\n\n    triples = spark.rdf(Lang.NTRIPLES)(input).cache()\n\n    sparqlExecutor = new OntopSPARQLExecutor(triples)\n  }\n\n  override def conf(): SparkConf = {\n    val conf = super.conf\n    conf\n      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .set(\"spark.sql.crossJoin.enabled\", \"true\")\n      .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .set(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n    conf\n  }\n\n  val queries = List(\"Q1\", \"Q2\", \"Q3\")\n\n  queries.foreach(q => {\n    test(s\"Test Ontop with BSBM $q\") {\n      val queryString = Source.fromFile(getClass.getResource(s\"\/sparklify\/queries\/bsbm\/$q.sparql\").getPath).getLines.mkString(\"\\n\")\n      val query = QueryFactory.create(queryString)\n\n      val result = sparqlExecutor.sparqlRDD(queryString).collect()\n\n      val rs = resultSetFromBindings(query, result)\n\n      val rsTarget = ResultSetFactory.fromXML(new FileInputStream(new File(getClass.getResource(s\"\/sparklify\/queries\/bsbm\/$q.srx\").getPath)))\n\n      assert(resultSetEquivalent(query, rs, rsTarget))\n    }\n  })\n\n  private def resultSetFromBindings(query: Query, bindings: Array[Binding]): ResultSet = {\n    val model = ModelFactory.createDefaultModel()\n    val rs = new ResultSetStream(query.getResultVars, model, bindings.toList.asJava.iterator())\n    rs\n  }\n\n  def resultSetEquivalent(query: Query, resultsActual: ResultSet, resultsExpected: ResultSet): Boolean = {\n    val testByValue = true\n\n    if (testByValue) {\n      if (query.isOrdered) {\n        ResultSetCompare.equalsByValueAndOrder(resultsExpected, resultsActual)\n      } else {\n        ResultSetCompare.equalsByValue(resultsExpected, resultsActual)\n      }\n    } else {\n      if (query.isOrdered) {\n        ResultSetCompare.equalsByTermAndOrder(resultsExpected, resultsActual)\n      } else {\n        ResultSetCompare.equalsByTerm(resultsExpected, resultsActual)\n      }\n    }\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/partition\/core\/RdfPartitionUtilsSpark.scala","text":"package net.sansa_stack.rdf.spark.partition.core\n\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitioner\nimport org.apache.jena.graph.Triple\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\n\nimport scala.reflect.ClassTag\n\nobject RdfPartitionUtilsSpark extends Serializable {\n\n  val logger = com.typesafe.scalalogging.Logger(RdfPartitionUtilsSpark.getClass)\n\n  implicit def partitionGraph[S : ClassTag](graphRdd: RDD[Triple],\n                                                            partitioner: RdfPartitioner[S]): Map[S, RDD[Row]] = {\n    Map(partitionGraphArray(graphRdd, partitioner): _*)\n  }\n\n  implicit def partitionGraphArray[S : ClassTag](graphRdd: RDD[Triple],\n                                                                 partitioner: RdfPartitioner[S]): Array[(S, RDD[Row])] = {\n    logger.info(\"started vertical partitioning of the data ...\")\n    val partitions = graphRdd.map(partitioner.fromTriple).distinct.collect\n\n    val array = partitions map { p =>\n      (\n        p,\n        graphRdd\n          .filter(t => partitioner.matches(p, t))\n          .map(t => Row(partitioner.determineLayout(p).fromTriple(t).productIterator.toList: _*))\n\/\/          .map(t => Row(p.layout.fromTriple(t).productIterator.toList: _*))\n          .persist())\n    }\n    logger.info(\"... finished vertical partitioning of the data.\")\n\n    array\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-tests\/src\/main\/scala\/net\/sansa_stack\/query\/tests\/SPARQLQueryEvaluationTestSuite.scala","text":"package net.sansa_stack.query.tests\n\nimport org.apache.jena.query.{QueryExecutionFactory, QueryFactory, ResultSetFormatter}\nimport org.apache.jena.rdf.model.{ModelFactory, RDFList}\nimport org.apache.jena.riot.{Lang, RDFDataMgr}\nimport org.scalatest.FunSuite\n\nimport scala.collection.JavaConverters._\n\n\n\/**\n * @author <NAME>\n *\/\nclass SPARQLQueryEvaluationTestSuite(val sparqlVersion: SPARQL_VERSION.Value)\n  extends FunSuite {\n\n  protected val aggregatesManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/aggregates\/manifest#\"\n  protected val bindManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/bind\/manifest#\"\n  protected val bindingsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/bindings\/manifest#\"\n  protected val functionsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/functions\/manifest#\"\n  protected val constructManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/construct\/manifest#\"\n  protected val csvTscResManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/csv-tsv-res\/manifest#\"\n  protected val groupingManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/grouping\/manifest#\"\n  protected val negationManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/negation\/manifest#\"\n  protected val existsManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/exists\/manifest#\"\n  protected val projectExpressionManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/project-expression\/manifest#\"\n  protected val propertyPathManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/property-path\/manifest#\"\n  protected val subqueryManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/subquery\/manifest#\"\n  protected val serviceManifest = \"http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/service\/manifest#\"\n\n  \/\/ contains the list of ignored tests cases, must be overridden\n  lazy val IGNORE: Set[String] = Set.empty[String]\n\n  val baseDir = \"\/sparql11\"\n  val testDirSPARQL11: String = baseDir + (if (sparqlVersion == SPARQL_VERSION.SPARQL_11) \"\/data-sparql11\/\" else \"\/data-r2\/\")\n\n  private def loadTestCasesFromManifest(): List[SPARQLQueryEvaluationTest] = {\n    val baseURL = classOf[SPARQLQueryEvaluationTestSuite].getResource(testDirSPARQL11)\n    val url = classOf[SPARQLQueryEvaluationTestSuite].getResource(testDirSPARQL11 + \"manifest-sparql11-query.ttl\")\n    val model = ModelFactory.createDefaultModel()\n\n    RDFDataMgr.read(model, url.getPath, baseURL.getPath, Lang.TURTLE)\n\n    val includesList = model.listObjectsOfProperty(model.createProperty(\"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/test-manifest#include\")).next().as(classOf[RDFList])\n\n    includesList.asJavaList().asScala.flatMap(subDir => loadTestCasesFromSubManifest(subDir.asResource().getURI)).toList\n  }\n\n  private def loadTestCasesFromSubManifest(path: String) = {\n    val model = RDFDataMgr.loadModel(path, Lang.TURTLE)\n\n    val members = model.listObjectsOfProperty(model.createProperty(\"http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/test-manifest#entries\")).next().as(classOf[RDFList])\n\n    val query = QueryFactory.create(\n      \"\"\"\n        |prefix rdf:    <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#>\n        |prefix : <http:\/\/www.w3.org\/2009\/sparql\/docs\/tests\/data-sparql11\/construct\/manifest#>\n        |prefix rdfs:\t<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n        |prefix mf:     <http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/test-manifest#>\n        |prefix qt:     <http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/test-query#>\n        |prefix dawgt:   <http:\/\/www.w3.org\/2001\/sw\/DataAccess\/tests\/test-dawg#>\n        |\n        |SELECT * {\n        |?test rdf:type mf:QueryEvaluationTest ;\n        |    mf:name    ?name ;\n        |    dawgt:approval dawgt:Approved ;\n        |    mf:action\n        |         [ qt:query  ?queryFile ;\n        |           qt:data   ?dataFile ] ;\n        |    mf:result  ?resultsFile .\n        |OPTIONAL {?test rdfs:comment ?description }\n        |}\n        |\"\"\".stripMargin)\n\n    val qe = QueryExecutionFactory.create(query, model)\n    val rs = qe.execSelect()\n\n    ResultSetFormatter.toList(rs).asScala.map(qs => {\n      val desc = if (qs.get(\"description\") != null) qs.getLiteral(\"description\").getLexicalForm else \"\"\n\n      SPARQLQueryEvaluationTest(\n        qs.getResource(\"test\").getURI,\n        qs.getLiteral(\"name\").getLexicalForm,\n        desc,\n        qs.getResource(\"queryFile\").getURI,\n        qs.getResource(\"dataFile\").getURI,\n        qs.getResource(\"resultsFile\").getURI\n      )\n    }\n    ).toList\n  }\n\n\n  \/**\n   * the list of SPARQL evaluation tests\n   *\/\n  val tests: List[SPARQLQueryEvaluationTest] = loadTestCasesFromManifest()\n\n\n}\n\nobject SPARQLQueryEvaluationTestSuite {\n  def main(args: Array[String]): Unit = {\n    new SPARQLQueryEvaluationTestSuite(SPARQL_VERSION.SPARQL_11).tests.foreach(println(_))\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/main\/scala\/net\/sansa_stack\/rdf\/common\/kryo\/jena\/JenaKryoSerializers.scala","text":"<reponame>WortNils\/similarityComparator<gh_stars>0\npackage net.sansa_stack.rdf.common.kryo.jena\n\nimport java.io.{ByteArrayInputStream, ByteArrayOutputStream}\nimport java.nio.charset.StandardCharsets\nimport java.util.UUID\n\nimport com.esotericsoftware.kryo.{Kryo, Serializer}\nimport com.esotericsoftware.kryo.io.{Input, Output}\nimport org.apache.jena.atlas.io.IndentedLineBuffer\nimport org.apache.jena.graph.{Node => JenaNode, Triple => JenaTriple, _}\nimport org.apache.jena.query.{Dataset, DatasetFactory, Query, QueryFactory, Syntax}\nimport org.apache.jena.rdf.model.{Model, ModelFactory}\nimport org.apache.jena.riot.lang.LabelToNode\nimport org.apache.jena.riot.lang.LabelToNode.createScopeByDocumentHash\nimport org.apache.jena.riot.out.{NodeFmtLib, NodeFormatterTTL, NodeToLabel}\nimport org.apache.jena.riot.{Lang, RDFDataMgr, RDFFormat, RIOT}\nimport org.apache.jena.riot.system.{ErrorHandlerFactory, IRIResolver, ParserProfile, ParserProfileStd, PrefixMapExtended, RiotLib}\nimport org.apache.jena.riot.tokens.{TokenizerFactory, TokenizerText}\nimport org.apache.jena.sparql.ARQConstants\nimport org.apache.jena.sparql.core.{Quad => JenaQuad}\nimport org.apache.jena.sparql.core.Var\nimport org.apache.jena.sparql.expr.Expr\nimport org.apache.jena.sparql.util.{ExprUtils, FmtUtils, NodeFactoryExtra}\n\n\/**\n * @author <NAME> <<EMAIL>>\n *\/\nobject JenaKryoSerializers {\n\n\n  \/**\n    * Kryo Serializer for Node\n    *\/\n  class NodeSerializer extends Serializer[JenaNode]\n  {\n\n    import org.apache.jena.riot.system.PrefixMap\n    import org.apache.jena.riot.system.PrefixMapFactory\n    import org.apache.jena.sparql.ARQConstants\n\n    private val profile = setupInternalParserProfile\n\n    val pmap: PrefixMap = PrefixMapFactory.createForInput\n    pmap.add(\"rdf\", ARQConstants.rdfPrefix)\n    pmap.add(\"rdfs\", ARQConstants.rdfsPrefix)\n    pmap.add(\"xsd\", ARQConstants.xsdPrefix)\n    pmap.add(\"owl\", ARQConstants.owlPrefix)\n\n    val nodeFormatter = new NodeFormatterTTL(null, pmap, NodeToLabel.createBNodeByLabelEncoded())\n    val writer = new IndentedLineBuffer()\n\n    override def write(kryo: Kryo, output: Output, obj: JenaNode) {\n\/\/      println(s\"serializing node $obj   => ${FmtUtils.stringForNode(obj)}\")\n      nodeFormatter.format(writer, obj)\n      output.writeString(writer.toString)\n      writer.clear()\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[JenaNode]): JenaNode = {\n      val s = input.readString()\n      val n = parse(s)\n\/\/      println(s\"deserializing string $s   => $n\")\n      n\n    }\n\n    def parse(string: String): JenaNode = {\n      val tokenizer = TokenizerText.create().fromString(string).build()\n      val n: JenaNode = if (!tokenizer.hasNext) {\n        null\n      } else {\n        val t = tokenizer.next()\n        profile.create(null, t)\n      }\n      n\n    }\n\n    private def setupInternalParserProfile = {\n      val pmap = PrefixMapFactory.createForInput\n      pmap.add(\"rdf\", ARQConstants.rdfPrefix)\n      pmap.add(\"rdfs\", ARQConstants.rdfsPrefix)\n      pmap.add(\"xsd\", ARQConstants.xsdPrefix)\n      pmap.add(\"owl\", ARQConstants.owlPrefix)\n      val labelToNode = LabelToNode.createUseLabelEncoded()\n      val factoryRDF = RiotLib.factoryRDF(labelToNode)\n      new ParserProfileStd(factoryRDF, ErrorHandlerFactory.errorHandlerStd, IRIResolver.create, pmap, RIOT.getContext.copy, true, false)\n    }\n  }\n\n  \/**\n    * Kryo Serializer for Array[Node]\n    *\/\n  class NodeArraySerializer extends Serializer[Array[JenaNode]]\n  {\n    override def write(kryo: Kryo, output: Output, obj: Array[JenaNode]) {\n      output.writeInt(obj.length, true)\n      for (node <- obj) {\n        kryo.writeClassAndObject(output, node)\n      }\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[Array[JenaNode]]): Array[JenaNode] = {\n      val nodes = new Array[JenaNode](input.readInt(true))\n      var i = 0\n      while(i < nodes.length) {\n        nodes(i) = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n        i += 1\n      }\n      nodes\n    }\n  }\n\n  \/**\n    * Kryo Serializer for Node_Blank\n    *\/\n\/\/  class BlankNodeSerializer extends Serializer[Node_Blank] {\n\/\/    override def write(kryo: Kryo, output: Output, obj: Node_Blank) {\n\/\/      output.writeString(obj.toString)\n\/\/    }\n\/\/\n\/\/    override def read(kryo: Kryo, input: Input, objClass: Class[Node_Blank]): Node_Blank = {\n\/\/      NodeFactory.createBlankNode(input.readString()).asInstanceOf[Node_Blank]\n\/\/    }\n\/\/  }\n\n  \/**\n    * Kryo Serializer for Node_ANY\n    *\/\n  class ANYNodeSerializer extends Serializer[Node_ANY] {\n    override def write(kryo: Kryo, output: Output, obj: Node_ANY) {\n\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[Node_ANY]): Node_ANY = {\n      JenaNode.ANY.asInstanceOf[Node_ANY]\n    }\n  }\n\n  \/**\n    * Kryo Serializer for Node_Variable\n    *\/\n  class VariableNodeSerializer extends Serializer[Node_Variable] {\n    override def write(kryo: Kryo, output: Output, obj: Node_Variable) {\n      output.writeString(obj.toString)\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[Node_Variable]): Node_Variable = {\n      NodeFactory.createVariable(input.readString).asInstanceOf[Node_Variable]\n    }\n  }\n\n  class ExprSerializer extends Serializer[Expr] {\n    override def write(kryo: Kryo, output: Output, obj: Expr) {\n      val str = ExprUtils.fmtSPARQL(obj)\n      output.writeString(str)\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[Expr]): Expr = {\n      val str = input.readString()\n      ExprUtils.parse(str)\n    }\n  }\n\n\n   class VarSerializer extends Serializer[Var] {\n    override def write(kryo: Kryo, output: Output, obj: Var) {\n      output.writeString(obj.getName)\n    }\n\n     def read(kryo: Kryo, input: Input, objClass: Class[Var]): Var = {\n      Var.alloc(input.readString)\n    }\n   }\n\n  \/**\n    * Kryo Serializer for Node_URI\n    *\/\n\/\/  class URINodeSerializer extends Serializer[Node_URI] {\n\/\/    override def write(kryo: Kryo, output: Output, obj: Node_URI) {\n\/\/      output.writeString(obj.toString())\n\/\/    }\n\/\/\n\/\/    override def read(kryo: Kryo, input: Input, objClass: Class[Node_URI]): Node_URI = {\n\/\/      NodeFactory.createURI(input.readString()).asInstanceOf[Node_URI]\n\/\/    }\n\/\/  }\n\n  \/**\n    * Kryo Serializer for Node_Literal\n    *\/\n\/\/  class LiteralNodeSerializer extends Serializer[Node_Literal] {\n\/\/    override def write(kryo: Kryo, output: Output, obj: Node_Literal) {\n\/\/      output.writeString(obj.toString())\n\/\/    }\n\/\/\n\/\/    override def read(kryo: Kryo, input: Input, objClass: Class[Node_Literal]): Node_Literal = {\n\/\/      NodeFactory.createLiteral(input.readString()).asInstanceOf[Node_Literal]\n\/\/    }\n\/\/  }\n\n  \/**\n    * Kryo Serializer for Triple\n    *\/\n  class TripleSerializer extends Serializer[JenaTriple] {\n    override def write(kryo: Kryo, output: Output, obj: JenaTriple) {\n      kryo.writeClassAndObject(output, obj.getSubject)\n      kryo.writeClassAndObject(output, obj.getPredicate)\n      kryo.writeClassAndObject(output, obj.getObject)\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[JenaTriple]): JenaTriple = {\n      val s = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      val p = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      val o = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      new JenaTriple(s, p, o)\n    }\n  }\n\n  abstract class QuadSerializer extends Serializer[JenaQuad] {\n    override def write(kryo: Kryo, output: Output, obj: JenaQuad) {\n      kryo.writeClassAndObject(output, obj.getGraph)\n      kryo.writeClassAndObject(output, obj.getSubject)\n      kryo.writeClassAndObject(output, obj.getPredicate)\n      kryo.writeClassAndObject(output, obj.getObject)\n    }\n\n    def read(kryo: Kryo, input: Input, objClass: Class[JenaQuad]): JenaQuad = {\n      val g = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      val s = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      val p = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      val o = kryo.readClassAndObject(input).asInstanceOf[JenaNode]\n      new JenaQuad(g, s, p, o)\n    }\n  }\n\n\n  class QuerySerializer extends Serializer[Query] {\n    override def write(kryo: Kryo, output: Output, obj: Query) {\n      \/\/ Do we need to write the String class?\n      \/\/ kryo.writeClassAndObject(output, obj.toString)\n      output.writeString(obj.toString)\n    }\n\n    override def read(kryo: Kryo, input: Input, objClass: Class[Query]): Query = {\n      val queryStr = input.readString() \/\/ kryo.readClass(input).asInstanceOf[String]\n\n      \/\/ We use syntaxARQ as for all practical purposes it is a superset of\n      \/\/ standard SPARQL\n      val result = QueryFactory.create(queryStr, Syntax.syntaxARQ)\n      result\n    }\n  }\n\n  \/**\n   * TODO This is just a preliminary serializer implementation:\n   * Main tasks: use a more compact format than NQUADS and ensure that bnodes are preserved\n   *\n   *\/\n  class DatasetSerializer extends Serializer[Dataset] {\n    override def write(kryo: Kryo, output: Output, obj: Dataset) {\n      val tmp = new ByteArrayOutputStream()\n      RDFDataMgr.write(tmp, obj, RDFFormat.NQUADS)\n\n      output.writeString(tmp.toString)\n    }\n\n    override def read(kryo: Kryo, input: Input, objClass: Class[Dataset]): Dataset = {\n      val str = input.readString()\n      val tmp = new ByteArrayInputStream(str.getBytes(StandardCharsets.UTF_8))\n      val result = DatasetFactory.create\n      RDFDataMgr.read(result, tmp, Lang.NQUADS)\n\n      result\n    }\n  }\n\n  class ModelSerializer extends Serializer[Model] {\n    override def write(kryo: Kryo, output: Output, obj: Model) {\n      val tmp = new ByteArrayOutputStream()\n      RDFDataMgr.write(tmp, obj, RDFFormat.NTRIPLES)\n\n      output.writeString(tmp.toString)\n    }\n\n    override def read(kryo: Kryo, input: Input, objClass: Class[Model]): Model = {\n      val str = input.readString()\n      val tmp = new ByteArrayInputStream(str.getBytes(StandardCharsets.UTF_8))\n      val result = ModelFactory.createDefaultModel\n      RDFDataMgr.read(result, tmp, Lang.NTRIPLES)\n\n      result\n    }\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/io\/TrigReader.scala","text":"package net.sansa_stack.rdf.spark.io\n\nimport java.net.URI\n\nimport net.sansa_stack.rdf.common.io.hadoop.TrigFileInputFormat\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.jena.query.Dataset\nimport org.apache.spark.sql.SparkSession\n\nimport scala.collection.JavaConverters._\n\n\/**\n * A simple proof of concept main class for Trig reader.\n *\n * @note Hadoop specific config options for the Trig reader can be set by prepending\n *\n * {{{spark.hadoop.}}}\n *\n * to the config params.\n *\n * Currently, we do support\n * {{{\n * mapreduce.input.trigrecordreader.record.maxlength\n * mapreduce.input.trigrecordreader.record.minlength\n * mapreduce.input.trigrecordreader.probe.count\n * mapreduce.input.trigrecordreader.prefixes.maxlength\n * }}}\n *\n *\n * @author <NAME>\n *\/\nobject TrigReader {\n\n  case class Config(\n                     in: URI = null,\n                     mode: String = \"\",\n                     sampleSize: Int = 10)\n\n  def main(args: Array[String]): Unit = {\n    val parser = new scopt.OptionParser[Config](\"Trig Reader\") {\n\n      head(\"Trig Reader\", \"0.7\")\n\n      cmd(\"quads\")\n        .text(\"compute number of quads\")\n        .action((x, c) => c.copy(mode = \"quads\"))\n\n      cmd(\"graphs\")\n        .text(\"compute number of graphs\")\n        .action((x, c) => c.copy(mode = \"graphs\"))\n\n      cmd(\"sample\")\n        .text(\"show sample of quads\")\n        .action((x, c) => c.copy(mode = \"sample\"))\n        .children(\n          opt[Int](\"size\")\n            .abbr(\"n\")\n            .action((x, c) => c.copy(sampleSize = x))\n            .text(\"sample size (too high number can be slow or lead to memory issues)\"),\n          checkConfig(\n            c =>\n              if (c.mode == \"sample\" && c.sampleSize <= 0) failure(\"sample size must be > 0\")\n              else success)\n        )\n\n      arg[URI](\"<file>\")\n        .action((x, c) => c.copy(in = x))\n        .text(\"URI to N-Quad file to process\")\n        .valueName(\"<file>\")\n        .required()\n\n    }\n\n    \/\/ parser.parse returns Option[C]\n    parser.parse(args, Config()) match {\n      case Some(config) =>\n        val spark = SparkSession.builder\n          .appName(\"Trig reader\")\n          .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n          .getOrCreate()\n\n        val hadoopConf = spark.sparkContext.hadoopConfiguration\n\n        \/\/ Sizes are somewhat skewed for bug-testing purposes\n        \/\/ hadoopConf.set(\"mapred.max.split.size\", \"10000321\")\n        \/\/ hadoopConf.set(\"mapred.min.split.size\", \"10000321\")\n\n        val rdd = spark.sparkContext.newAPIHadoopFile(config.in.getPath, classOf[TrigFileInputFormat],\n          classOf[LongWritable], classOf[Dataset], hadoopConf)\n\n        config.mode match {\n          case \"graphs\" => println(s\"#parsed graphs: ${rdd.count()}\")\n          case \"quads\" => println(s\"#parsed quads: ${rdd.map(_._2).map(_.asDatasetGraph()).flatMap(_.find().asScala).count()}\")\n          case \"sample\" => println(s\"max ${config.sampleSize} sample quads:\\n\" + rdd.take(config.sampleSize).map {\n            _.toString.replaceAll(\"[\\\\x00-\\\\x1f]\", \"???\")\n          }.mkString(\"\\n\"))\n        }\n\n        spark.stop()\n\n      case None =>\n      \/\/ arguments are bad, error message will have been displayed\n    }\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopRowMapper.scala","text":"<filename>sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopRowMapper.scala\npackage net.sansa_stack.query.spark.ontop\n\nimport java.util.Properties\n\nimport it.unibz.inf.ontop.answering.reformulation.input.{ConstructQuery, ConstructTemplate}\nimport it.unibz.inf.ontop.com.google.common.collect.ImmutableMap\nimport it.unibz.inf.ontop.exception.OntopInternalBugException\nimport it.unibz.inf.ontop.model.`type`.TypeFactory\nimport it.unibz.inf.ontop.model.term._\nimport it.unibz.inf.ontop.substitution.SubstitutionFactory\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport org.apache.jena.datatypes.TypeMapper\nimport org.apache.jena.graph.{Node, NodeFactory, Triple}\nimport org.apache.jena.sparql.core.Var\nimport org.apache.jena.sparql.engine.binding.{Binding, BindingFactory}\nimport org.apache.spark.sql.Row\nimport org.eclipse.rdf4j.model.{IRI, Literal}\nimport org.eclipse.rdf4j.query.algebra.{ProjectionElem, ValueConstant, ValueExpr}\nimport org.semanticweb.owlapi.model.OWLOntology\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\/**\n * Mapper of Spark DataFrame rows to other entities, e.g. binding, triple, ...\n *\n * @author <NAME>\n *\/\nclass OntopRowMapper(\n                      obdaMappings: String,\n                      properties: Properties,\n                      partitioner: RdfPartitioner[RdfPartitionStateDefault],\n                      partitions: Set[RdfPartitionStateDefault],\n                      sparqlQuery: String,\n                      ontology: Option[OWLOntology],\n                      id: String = \"id\") {\n\n\/\/  val metatdata = new MetadataProviderH2(OntopModelConfiguration.defaultBuilder.build()).generate(partitions)\n\n\n  val reformulationConfiguration = OntopConnection(obdaMappings, properties, partitioner, partitions, ontology)\n\n  val termFactory = reformulationConfiguration.getTermFactory\n  val typeFactory = reformulationConfiguration.getTypeFactory\n  val queryReformulator = reformulationConfiguration.loadQueryReformulator\n  val substitutionFactory = reformulationConfiguration.getInjector.getInstance(classOf[SubstitutionFactory])\n  val inputQueryFactory = queryReformulator.getInputQueryFactory\n\n  val inputQuery = inputQueryFactory.createSPARQLQuery(sparqlQuery)\n\n  val executableQuery = queryReformulator.reformulateIntoNativeQuery(inputQuery, queryReformulator.getQueryLoggerFactory.create())\n\n  val constructionNode = OntopUtils.extractRootConstructionNode(executableQuery)\n  val nativeNode = OntopUtils.extractNativeNode(executableQuery)\n  val sqlSignature = nativeNode.getVariables\n  val sqlTypeMap = nativeNode.getTypeMap\n  val sparqlVar2Term = constructionNode.getSubstitution\n  val answerAtom = executableQuery.getProjectionAtom\n\n\n\n  def map(row: Row): Binding = {\n    toBinding(row)\n  }\n\n  def toBinding(row: Row): Binding = {\n    val binding = BindingFactory.create()\n\n    val builder = ImmutableMap.builder[Variable, Constant]\n\n    val it = sqlSignature.iterator()\n    for (i <- 0 until sqlSignature.size()) {\n      val variable = it.next()\n      val value = row.get(i)\n      val sqlType = sqlTypeMap.get(variable)\n      val constant = if (value == null) termFactory.getNullConstant else termFactory.getDBConstant(value.toString, sqlType)\n      builder.put(variable, constant)\n    }\n    val sub = substitutionFactory.getSubstitution(builder.build)\n\n    val composition = sub.composeWith(sparqlVar2Term)\n    val ontopBindings = answerAtom.getArguments.asScala.map(v => {\n      (v, OntopUtils.evaluate(composition.apply(v)))\n    })\n\n    ontopBindings.foreach {\n      case (v, Some(term)) => binding.add(Var.alloc(v.getName), toNode(term, typeFactory))\n      case _ =>\n    }\n\/\/    println(s\"row: $row --- binding: $binding\")\n    binding\n  }\n\n  def toTriples(rows: Iterator[Row]): Iterator[Triple] = {\n    val constructTemplate = inputQuery.asInstanceOf[ConstructQuery].getConstructTemplate\n\n    val ex = constructTemplate.getExtension\n    var extMap: Map[String, ValueExpr] = null\n    if (ex != null) {\n      extMap = ex.getElements.asScala.map(e => (e.getName, e.getExpr)).toMap\n    }\n\n    val bindings = rows.map(toBinding)\n    bindings.flatMap (binding => toTriples(binding, constructTemplate, extMap))\n  }\n\n  \/**\n   * Convert a single binding to a set of triples.\n   *\/\n  private def toTriples(binding: Binding, constructTemplate: ConstructTemplate, extMap: Map[String, ValueExpr]): mutable.Buffer[Triple] = {\n    val l = constructTemplate.getProjectionElemList.asScala\n    l.flatMap { peList =>\n      val size = peList.getElements.size()\n\n      var triples = scala.collection.mutable.Set[Triple]()\n\n      for (i <- 0 until (size\/3)) {\n\n        val s = getConstant(peList.getElements.get(i * 3), binding, extMap)\n        val p = getConstant(peList.getElements.get(i * 3 + 1), binding, extMap)\n        val o = getConstant(peList.getElements.get(i * 3 + 2), binding, extMap)\n\n        \/\/ A triple can only be constructed when none of bindings is missing\n        if (s == null || p == null || o == null) {\n\n        } else {\n          triples += Triple.create(s, p, o)\n        }\n      }\n      triples\n    }\n  }\n\n  \/**\n   * Convert each node in a CONSTRUCT template to an RDF node.\n   *\/\n  private def getConstant(node: ProjectionElem, binding: Binding, extMap: Map[String, ValueExpr]): Node = {\n    var constant: Node = null\n\n    val node_name = node.getSourceName\n\n    val ve: Option[ValueExpr] = if (extMap != null) extMap.get(node_name) else None\n\n    \/\/ for constant terms in the template\n    if (ve.isDefined && ve.get.isInstanceOf[ValueConstant]) {\n      val vc = ve.get.asInstanceOf[ValueConstant]\n      vc.getValue match {\n        case _: IRI =>\n          constant = NodeFactory.createURI(vc.getValue.stringValue)\n        case lit: Literal =>\n          val dt = TypeMapper.getInstance().getTypeByName(lit.getDatatype.toString)\n          constant = NodeFactory.createLiteral(vc.getValue.stringValue, dt)\n        case _ =>\n          constant = NodeFactory.createBlankNode(vc.getValue.stringValue)\n      }\n    } else { \/\/ for variable bindings\n      constant = binding.get(Var.alloc(node_name))\n    }\n\n    constant\n  }\n\n  private def toNode(constant: RDFConstant, typeFactory: TypeFactory): Node = {\n    val termType = constant.getType\n    if (termType.isA(typeFactory.getIRITermType)) {\n      NodeFactory.createURI(constant.asInstanceOf[IRIConstant].getIRI.getIRIString)\n    } else if (termType.isA(typeFactory.getAbstractRDFSLiteral)) {\n      val lit = constant.asInstanceOf[RDFLiteralConstant]\n      val litType = lit.getType\n      val dt = TypeMapper.getInstance().getTypeByName(litType.getIRI.getIRIString)\n      val lang = if (litType.getLanguageTag.isPresent) litType.getLanguageTag.get().getFullString else null\n      NodeFactory.createLiteral(lit.getValue, lang, dt)\n    } else if (termType.isA(typeFactory.getBlankNodeType)) {\n      NodeFactory.createBlankNode(constant.asInstanceOf[BNode].getName)\n    } else {\n      null.asInstanceOf[Node]\n    }\n  }\n\n  def close(): Unit = {\n\n  }\n\n  class InvalidTermAsResultException(term: ImmutableTerm) extends OntopInternalBugException(\"Term \" + term + \" does not evaluate to a constant\")\n  class InvalidConstantTypeInResultException(message: String) extends OntopInternalBugException(message)\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopKryoRegistrator.scala","text":"package net.sansa_stack.query.spark.ontop\n\nimport com.esotericsoftware.kryo.Kryo\nimport com.esotericsoftware.kryo.serializers.JavaSerializer\nimport de.javakaffee.kryoserializers.guava.HashMultimapSerializer\nimport it.unibz.inf.ontop.model.term.ImmutableTerm\nimport it.unibz.inf.ontop.model.term.functionsymbol.db.impl.{AbstractSQLDBFunctionSymbolFactory, DefaultSQLTimestampISONormFunctionSymbol}\nimport org.apache.jena.sparql.engine.binding.Binding\nimport org.apache.spark.serializer.KryoRegistrator\nimport uk.ac.manchester.cs.owl.owlapi.OWLOntologyImpl\nimport uk.ac.manchester.cs.owl.owlapi.concurrent.ConcurrentOWLOntologyImpl\n\n\n\/**\n * @author <NAME>\n *\/\nclass OntopKryoRegistrator extends KryoRegistrator {\n  override def registerClasses(kryo: Kryo) {\n\n    HashMultimapSerializer.registerSerializers(kryo)\n\n    \/\/ kryo.register(classOf[scala.collection.immutable.Map[_, _]])\n    \/\/ kryo.register(classOf[HashMap[_, _]])\n\n    \/\/ Partitioning\n    kryo.register(classOf[net.sansa_stack.rdf.common.partition.core.RdfPartitionStateDefault])\n    kryo.register(classOf[Array[net.sansa_stack.rdf.common.partition.core.RdfPartitionStateDefault]])\n\n    kryo.register(classOf[Array[Binding]])\n\n    kryo.register(classOf[ImmutableTerm])\n    kryo.register(classOf[it.unibz.inf.ontop.substitution.impl.ImmutableSubstitutionImpl[_]])\n    kryo.register(classOf[it.unibz.inf.ontop.utils.CoreUtilsFactory])\n    kryo.register(classOf[DefaultSQLTimestampISONormFunctionSymbol])\n    kryo.register(classOf[AbstractSQLDBFunctionSymbolFactory])\n\n    \/\/ OWLOntology\n    kryo.register(classOf[OWLOntologyImpl], new JavaSerializer())\n    kryo.register(classOf[ConcurrentOWLOntologyImpl], new JavaSerializer())\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/compliance\/SPARQL11TestSuiteRunnerSparkOntop.scala","text":"<filename>sansa-query\/sansa-query-spark\/src\/test\/scala\/net\/sansa_stack\/query\/spark\/compliance\/SPARQL11TestSuiteRunnerSparkOntop.scala\npackage net.sansa_stack.query.spark.compliance\n\nimport java.util.Properties\n\nimport com.google.common.collect.Sets\nimport it.unibz.inf.ontop.exception.OntopInternalBugException\nimport it.unibz.inf.ontop.model.term._\nimport net.sansa_stack.query.spark.ontop.OntopSPARQLEngine\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerComplex}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.apache.jena.query._\nimport org.apache.jena.rdf.model.{Model, ModelFactory}\nimport org.apache.jena.sparql.engine.ResultSetStream\nimport org.apache.jena.sparql.engine.binding.Binding\nimport org.apache.jena.sparql.graph.GraphFactory\nimport org.apache.jena.sparql.resultset.SPARQLResult\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\nimport org.scalatest.tags.Slow\nimport org.scalatest.{ConfigMap, DoNotDiscover}\n\nimport scala.collection.JavaConverters._\n\n\n\/**\n * SPARQL 1.1 test suite runner for Ontop-based SPARQL-to-SQL implementation on Apache Spark.\n *\n *\n * @author <NAME>\n *\/\n@DoNotDiscover\n@Slow\nclass SPARQL11TestSuiteRunnerSparkOntop\n  extends SPARQL11TestSuiteRunnerSpark {\n\n  override lazy val IGNORE = Set(\/* AGGREGATES *\/\n    aggregatesManifest + \"agg-err-02\", \/* BINDINGS *\/\n    \/\/ TODO: fix it (UNDEF involves the notion of COMPATIBILITY when joining)\n    bindingsManifest + \"values8\", bindingsManifest + \"values5\", \/* FUNCTIONS *\/\n    \/\/ bnode not supported in SPARQL transformation\n    functionsManifest + \"bnode01\", functionsManifest + \"bnode02\", \/\/ the SI does not preserve the original timezone\n\/\/    functionsManifest + \"hours\", functionsManifest + \"day\", \/\/ not supported in SPARQL transformation\n    functionsManifest + \"if01\", functionsManifest + \"if02\",\n    functionsManifest + \"in01\", functionsManifest + \"in02\",\n    functionsManifest + \"iri01\", \/\/ not supported in H2 transformation\n    functionsManifest + \"md5-01\", functionsManifest + \"md5-02\", \/\/ The SI does not support IRIs as ORDER BY conditions\n    functionsManifest + \"plus-1\", functionsManifest + \"plus-2\", \/\/ SHA1 is not supported in H2\n    functionsManifest + \"sha1-01\", functionsManifest + \"sha1-02\", \/\/ SHA512 is not supported in H2\n    functionsManifest + \"sha512-01\", functionsManifest + \"sha512-02\",\n    functionsManifest + \"strdt01\", functionsManifest + \"strdt02\", functionsManifest + \"strdt03\",\n    functionsManifest + \"strlang01\", functionsManifest + \"strlang02\", functionsManifest + \"strlang03\",\n\/\/    functionsManifest + \"timezone\", \/\/ TZ is not supported in H2\n\/\/    functionsManifest + \"tz\",\n    \/* CONSTRUCT not supported yet *\/\n    \/\/ Projection cannot be cast to Reduced in rdf4j\n    constructManifest + \"constructwhere01\", constructManifest + \"constructwhere02\", constructManifest + \"constructwhere03\", \/\/ problem importing dataset\n    constructManifest + \"constructwhere04\", \/* CSV *\/\n    \/\/ Sorting by IRI is not supported by the SI\n    csvTscResManifest + \"tsv01\", csvTscResManifest + \"tsv02\", \/\/ different format for number and not supported custom datatype\n    csvTscResManifest + \"tsv03\",\n    \/* GROUPING *\/\n    \/\/ Multi-typed COALESCE as grouping condition TODO: support it\n    groupingManifest + \"group04\",\n    \/* NEGATION not supported yet *\/\n    negationManifest + \"subset-by-exclusion-nex-1\", negationManifest + \"temporal-proximity-by-exclusion-nex-1\", negationManifest + \"subset-01\", negationManifest + \"subset-02\", negationManifest + \"set-equals-1\", negationManifest + \"subset-03\", negationManifest + \"exists-01\", negationManifest + \"exists-02\", \/\/ DISABLED DUE TO ORDER OVER IRI\n    negationManifest + \"full-minuend\", negationManifest + \"partial-minuend\", \/\/ TODO: enable it\n    negationManifest + \"full-minuend-modified\", negationManifest + \"partial-minuend-modified\",\n    \/* EXISTS not supported yet *\/\n    existsManifest + \"exists01\", existsManifest + \"exists02\", existsManifest + \"exists03\", existsManifest + \"exists04\", existsManifest + \"exists05\", \/* PROPERTY PATH *\/\n    \/\/ Not supported: ArbitraryLengthPath\n    propertyPathManifest + \"pp02\", \/\/ wrong result, unexpected binding\n    propertyPathManifest + \"pp06\", propertyPathManifest + \"pp12\", propertyPathManifest + \"pp14\", propertyPathManifest + \"pp16\", propertyPathManifest + \"pp21\", propertyPathManifest + \"pp23\", propertyPathManifest + \"pp25\", \/\/ Not supported: ZeroLengthPath\n    propertyPathManifest + \"pp28a\", propertyPathManifest + \"pp34\", propertyPathManifest + \"pp35\", propertyPathManifest + \"pp36\", propertyPathManifest + \"pp37\",\n    \/* SERVICE not supported yet *\/\n    serviceManifest + \"service1\", \/\/ no loading of the dataset\n    serviceManifest + \"service2\", serviceManifest + \"service3\", serviceManifest + \"service4a\", serviceManifest + \"service5\", serviceManifest + \"service6\", serviceManifest + \"service7\",\n    \/* SUBQUERY *\/\n    \/\/ Quad translated as a triple. TODO: fix it\n    subqueryManifest + \"subquery02\", subqueryManifest + \"subquery04\", \/\/ EXISTS is not supported yet\n    subqueryManifest + \"subquery10\", \/\/ ORDER BY IRI (for supported by the SI)\n    subqueryManifest + \"subquery11\", \/\/ unbound variable: Var TODO: fix it\n    subqueryManifest + \"subquery12\", subqueryManifest + \"subquery13\", \/\/ missing results (TODO: fix)\n    subqueryManifest + \"subquery14\"\n  )\n\n\n  override lazy val IGNORE_FILTER = t => t.name.startsWith(\"HOUR\")\n\n  var ontopProperties: Properties = _\n\n  override def beforeAll(configMap: ConfigMap): Unit = {\n    super.beforeAll(configMap)\n    ontopProperties = new Properties()\n    ontopProperties.load(getClass.getClassLoader.getResourceAsStream(\"ontop-spark.properties\"))\n  }\n\n  override def runQuery(query: Query, data: Model): SPARQLResult = {\n    \/\/ distribute on Spark\n    val triplesRDD = spark.sparkContext.parallelize(data.getGraph.find().toList.asScala)\n\n    val partitioner = new RdfPartitionerComplex(distinguishStringLiterals = false)\n\n    \/\/ do partitioning here\n    val partitions: Map[RdfPartitionStateDefault, RDD[Row]] =\n      RdfPartitionUtilsSpark.partitionGraph(triplesRDD, partitioner)\n\n    \/\/ create the query engine\n    val queryEngine = OntopSPARQLEngine(spark, partitioner, partitions, ontology = None)\n\n    \/\/ produce result based on query type\n    val result = if (query.isSelectType) { \/\/ SELECT\n      \/\/ convert to bindings\n      implicit val myObjEncoder = org.apache.spark.sql.Encoders.kryo[Binding]\n      val bindings = queryEngine.execSelect(query.toString()).collect()\n\n      \/\/ we have to get the vars from the initial query as bindings are just hashmaps without preserving order\n      val vars = query.getResultVars\n      val bindingVars = bindings.flatMap(_.vars().asScala).distinct.map(_.getVarName).toList.asJava\n      \/\/ sanity check if there is a difference in the projected vars\n      if (!Sets.symmetricDifference(Sets.newHashSet(vars), Sets.newHashSet(bindingVars)).isEmpty) {\n        println(s\"projected vars do not match\\nexpected: $vars\\ngot:$bindingVars\")\n      }\n\n      \/\/ create the SPARQL result\n      val model = ModelFactory.createDefaultModel()\n\n      val resultsActual = new ResultSetStream(vars, model, bindings.toList.asJava.iterator())\n      new SPARQLResult(resultsActual)\n    } else if (query.isAskType) { \/\/ ASK\n      \/\/ map DF entry to boolean\n      val b = queryEngine.execAsk(query.toString())\n      new SPARQLResult(b)\n    } else if (query.isConstructType) { \/\/ CONSTRUCT\n      val triples = queryEngine.execConstruct(query.toString()).collect()\n      \/\/ create the SPARQL result\n      val g = GraphFactory.createDefaultGraph()\n      triples.foreach(g.add)\n      val model = ModelFactory.createModelForGraph(g)\n      new SPARQLResult(model)\n\n    } else { \/\/ DESCRIBE todo\n      fail(\"unsupported query type: DESCRIBE\")\n      null\n    }\n    \/\/ clean up\n    queryEngine.clear()\n\n    result\n  }\n\n  class InvalidTermAsResultException(term: ImmutableTerm) extends OntopInternalBugException(\"Term \" + term + \" does not evaluate to a constant\")\n  class InvalidConstantTypeInResultException(message: String) extends OntopInternalBugException(message)\n\n}\n\nimport org.scalatest.Tag\n\nobject ExperimentalTest extends Tag(\"net.sansa_stack.tests.ExperimentalTest\")\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-common\/src\/test\/scala\/net\/sansa_stack\/rdf\/common\/partition\/core\/RdfPartitionerDefaultTests.scala","text":"package net.sansa_stack.rdf.common.partition.core\n\nimport java.io.ByteArrayInputStream\n\nimport net.sansa_stack.rdf.common.partition.core.RdfPartitionerDefault._\nimport net.sansa_stack.rdf.common.partition.r2rml.R2rmlUtils\nimport net.sansa_stack.rdf.common.partition.schema.{SchemaStringString, SchemaStringStringLang}\nimport org.aksw.r2rml.jena.vocab.RR\nimport org.apache.jena.graph.{Node, NodeFactory, Triple}\nimport org.apache.jena.rdf.model.{Model, ModelFactory}\nimport org.apache.jena.riot.{Lang, RDFDataMgr, RDFFormat}\nimport org.scalatest.FunSuite\n\n\n\/**\n * @author <NAME>\n *\/\nclass RdfPartitionerDefaultTests extends FunSuite {\n\n  val triple = Triple.create(\n    NodeFactory.createURI(\"http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant\"),\n    NodeFactory.createURI(\"http:\/\/xmlns.com\/foaf\/0.1\/givenName\"),\n    NodeFactory.createLiteral(\"Guy De\"))\n\n  test(\"getting URI or BNode string should match\") {\n    val node = NodeFactory.createURI(\"http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant\")\n    assert(getUriOrBNodeString(triple.getSubject).matches(node.getURI))\n  }\n\n  test(\"getting RDF Term type should match\") {\n    assert(getRdfTermType(triple.getSubject) == 1)\n  }\n\n  test(\"chechking if data type is PlainLiteral should match\") {\n    assert(isPlainLiteralDatatype(triple.getObject.getLiteralDatatypeURI))\n  }\n\n  test(\"chechking if [[Node]] is TypedLiteral should match\") {\n    assert(!isTypedLiteral(triple.getObject))\n  }\n\n  test(\"getting partitioning layout from [[Triple]] should match\") {\n    val expectedPartition = new RdfPartitionStateDefault(1, \"http:\/\/xmlns.com\/foaf\/0.1\/givenName\",\n      2, \"http:\/\/www.w3.org\/2001\/XMLSchema#string\", true, Option.empty)\n    assert(fromTriple(triple).equals(expectedPartition))\n  }\n\n  test(\"export partition as R2RML should work\") {\n\n    val expected : Model = ModelFactory.createDefaultModel\n    RDFDataMgr.read(expected, new ByteArrayInputStream(\n      \"\"\"\n        | @prefix rr:    <http:\/\/www.w3.org\/ns\/r2rml#> .\n        |\n        |[ rr:logicalTable        [ rr:tableName  \"http:\/\/xmlns.com\/foaf\/0.1\/givenName_XMLSchema#string_lang\" ] ;\n        |  rr:predicateObjectMap  [ rr:objectMap  [ rr:column      \"o\" ;\n        |                                           rr:langColumn  \"l\"\n        |                                         ] ;\n        |                           rr:predicate  <http:\/\/xmlns.com\/foaf\/0.1\/givenName>\n        |                         ] ;\n        |  rr:subjectMap          [ rr:column    \"s\" ;\n        |                           rr:datatype  rr:IRI\n        |                         ]\n        |] .\n        |\"\"\".stripMargin.getBytes()), Lang.TURTLE)\n\n    val partitionState = new RdfPartitionStateDefault(1, \"http:\/\/xmlns.com\/foaf\/0.1\/givenName\",\n      2, \"http:\/\/www.w3.org\/2001\/XMLSchema#string\", true, Option.empty)\n\n    val triplesMaps = R2rmlUtils.createR2rmlMappings(RdfPartitionerDefault, partitionState)\n\n    \/\/ There must be just a single triples map\n    assert(triplesMaps.size == 1)\n\n    val triplesMap = triplesMaps(0)\n    val actual = triplesMap.getModel\n\n    assert(expected.isIsomorphicWith(actual))\n  }\n\n  test(\"determining Layout should match\") {\n    val expectedLayout = new SchemaStringStringLang(\"http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant\", \"Guy De\", \"\")\n    assert(determineLayout(fromTriple(triple)).fromTriple(triple).equals(expectedLayout))\n  }\n\n  test(\"determining Layout Datatype should match\") {\n    val expectedLayoutDatatype = new SchemaStringString(\"http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant\", \"Guy De\")\n    assert(determineLayoutDatatype(triple.getObject.getLiteralDatatypeURI).fromTriple(triple).equals(expectedLayoutDatatype))\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-rdf\/sansa-rdf-spark\/src\/main\/scala\/net\/sansa_stack\/rdf\/spark\/partition\/package.scala","text":"package net.sansa_stack.rdf.spark\n\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerDefault}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport net.sansa_stack.rdf.spark.partition.semantic.SemanticRdfPartitionUtilsSpark\nimport org.apache.jena.graph.Triple\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql._\n\n\/**\n * Wrap up implicit classes\/methods to partition RDF data from N-Triples\n * files into either [[Sparqlify]] or [[Semantic]] partition strategies.\n *\n * @author <NAME>\n *\/\n\npackage object partition {\n\n  object Strategy extends Enumeration {\n    val CORE, SEMANTIC = Value\n  }\n\n  implicit class RDFPartition(triples: RDD[Triple]) extends Serializable {\n\n    \/**\n     * Default partition - using VP.\n     *\/\n    def partitionGraph(): Map[RdfPartitionStateDefault, RDD[Row]] = {\n      RdfPartitionUtilsSpark.partitionGraph(triples, RdfPartitionerDefault)\n    }\n\n    \/**\n     * semantic partition of and RDF graph\n     *\/\n    def partitionGraphAsSemantic(): RDD[String] = {\n      SemanticRdfPartitionUtilsSpark.partitionGraph(triples)\n    }\n\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/BlankNodeStrategy.scala","text":"package net.sansa_stack.query.spark.ontop\n\nobject BlankNodeStrategy extends Enumeration {\n  val Table, Column = Value\n}"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/OntopSPARQLEngine.scala","text":"<gh_stars>0\npackage net.sansa_stack.query.spark.ontop\n\nimport java.sql.{Connection, DriverManager, SQLException}\nimport java.util\nimport java.util.Properties\n\nimport com.github.owlcs.ontapi.OntManagers.OWLAPIImplProfile\nimport it.unibz.inf.ontop.answering.reformulation.input.SPARQLQuery\nimport it.unibz.inf.ontop.answering.resultset.OBDAResultSet\nimport it.unibz.inf.ontop.com.google.common.collect.{ImmutableMap, ImmutableSortedSet, Sets}\nimport it.unibz.inf.ontop.exception.{OBDASpecificationException, OntopReformulationException}\nimport it.unibz.inf.ontop.iq.exception.EmptyQueryException\nimport it.unibz.inf.ontop.iq.node.ConstructionNode\nimport it.unibz.inf.ontop.model.`type`.{DBTermType, TypeFactory}\nimport it.unibz.inf.ontop.model.atom.DistinctVariableOnlyDataAtom\nimport it.unibz.inf.ontop.model.term._\nimport it.unibz.inf.ontop.substitution.{ImmutableSubstitution, SubstitutionFactory}\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitioner}\nimport org.apache.jena.graph.Triple\nimport org.apache.jena.query.{QueryFactory, QueryType}\nimport org.apache.jena.sparql.engine.binding.Binding\nimport org.apache.jena.vocabulary.RDF\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types.StringType\nimport org.apache.spark.sql.{DataFrame, Encoder, Row, SparkSession}\nimport org.semanticweb.owlapi.apibinding.OWLManager\nimport org.semanticweb.owlapi.model.{IRI, OWLAxiom, OWLOntology}\n\nimport scala.collection.JavaConverters._\n\ntrait SPARQL2SQLRewriter[T <: QueryRewrite] {\n  def createSQLQuery(sparqlQuery: String): T\n}\n\nabstract class QueryRewrite(sparqlQuery: String, sqlQuery: String)\n\/**\n * Wraps the result of query rewriting of Ontop.\n *\/\ncase class OntopQueryRewrite(sparqlQuery: String,\n                             inputQuery: SPARQLQuery[_ <: OBDAResultSet],\n                             sqlQuery: String,\n                             sqlSignature: ImmutableSortedSet[Variable],\n                             sqlTypeMap: ImmutableMap[Variable, DBTermType],\n                             constructionNode: ConstructionNode,\n                             answerAtom: DistinctVariableOnlyDataAtom,\n                             sparqlVar2Term: ImmutableSubstitution[ImmutableTerm],\n                             termFactory: TermFactory,\n                             typeFactory: TypeFactory,\n                             substitutionFactory: SubstitutionFactory\n                            ) extends QueryRewrite(sparqlQuery, sqlQuery) {}\n\n\/**\n * A SPARQL to SQL rewriter based on Ontop.\n *\n * RDF partitions will be taken into account to generate Ontop mappings to an in-memory H2 database.\n *\n * @constructor create a new Ontop SPARQL to SQL rewriter based on RDF partitions.\n * @param partitions the RDF partitions\n *\/\nclass OntopSPARQL2SQLRewriter(val partitioner: RdfPartitioner[RdfPartitionStateDefault], val partitions: Set[RdfPartitionStateDefault],\n                              blankNodeStrategy: BlankNodeStrategy.Value,\n                              ontology: Option[OWLOntology] = None)\n  extends SPARQL2SQLRewriter[OntopQueryRewrite]\n    with Serializable {\n\n  private val logger = com.typesafe.scalalogging.Logger(classOf[OntopSPARQL2SQLRewriter])\n\n  \/\/ load Ontop properties\n  val ontopProperties = new Properties()\n  ontopProperties.load(getClass.getClassLoader.getResourceAsStream(\"ontop-spark.properties\"))\n\n  \/\/ create the tmp DB needed for Ontop\n  private val JDBC_URL = \"jdbc:h2:mem:sansaontopdb;DATABASE_TO_UPPER=FALSE\"\n  private val JDBC_USER = \"sa\"\n  private val JDBC_PASSWORD = \"\"\n\n  private lazy val connection: Connection = try {\n    \/\/ scalastyle:off classforname\n    Class.forName(\"org.h2.Driver\")\n    \/\/ scalastyle:on classforname\n    DriverManager.getConnection(JDBC_URL, JDBC_USER, JDBC_PASSWORD)\n  } catch {\n    case e: SQLException =>\n      logger.error(\"Error occurred when creating in-memory H2 database\", e)\n      throw e\n  }\n  JDBCDatabaseGenerator.generateTables(connection, partitioner, partitions, blankNodeStrategy)\n\n  \/\/ create OBDA mappings\n  val mappings = OntopMappingGenerator.createOBDAMappingsForPartitions(partitions, ontology)\n  logger.debug(s\"Ontop mappings:\\n$mappings\")\n\n  \/\/ the Ontop core\n  val reformulationConfiguration = OntopUtils.createReformulationConfig(mappings, ontopProperties, ontology)\n  val termFactory = reformulationConfiguration.getTermFactory\n  val typeFactory = reformulationConfiguration.getTypeFactory\n  val queryReformulator = reformulationConfiguration.loadQueryReformulator\n  val substitutionFactory = reformulationConfiguration.getInjector.getInstance(classOf[SubstitutionFactory])\n  val inputQueryFactory = queryReformulator.getInputQueryFactory\n\n\n  @throws[OBDASpecificationException]\n  @throws[OntopReformulationException]\n  def createSQLQuery(sparqlQuery: String): OntopQueryRewrite = {\n    val inputQuery = inputQueryFactory.createSPARQLQuery(sparqlQuery)\n\n    val executableQuery = queryReformulator.reformulateIntoNativeQuery(inputQuery, queryReformulator.getQueryLoggerFactory.create())\n\n    val sqlQuery = OntopUtils.extractSQLQuery(executableQuery)\n    val constructionNode = OntopUtils.extractRootConstructionNode(executableQuery)\n    val nativeNode = OntopUtils.extractNativeNode(executableQuery)\n    val signature = nativeNode.getVariables\n    val typeMap = nativeNode.getTypeMap\n\n    OntopQueryRewrite(sparqlQuery, inputQuery, sqlQuery, signature, typeMap, constructionNode,\n      executableQuery.getProjectionAtom, constructionNode.getSubstitution, termFactory, typeFactory, substitutionFactory)\n  }\n\n  def close(): Unit = connection.close()\n}\n\n\/**\n * A SPARQL to SQL rewriter based on Ontop.\n *\n * RDF partitions will be taken into account to generate Ontop mappings to an in-memory H2 database.\n *\n *\/\nobject OntopSPARQL2SQLRewriter {\n  \/**\n   * Creates a new SPARQL to SQL rewriter based on RDF partitions.\n   *\n   * @param partitions the RDF partitions\n   * @return a new SPARQL to SQL rewriter\n   *\/\n  def apply(partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Set[RdfPartitionStateDefault], blankNodeStrategy: BlankNodeStrategy.Value, ontology: Option[OWLOntology])\n  : OntopSPARQL2SQLRewriter = new OntopSPARQL2SQLRewriter(partitioner, partitions, blankNodeStrategy, ontology)\n\n  def apply(partitioner: RdfPartitioner[RdfPartitionStateDefault], partitions: Set[RdfPartitionStateDefault], blankNodeStrategy: BlankNodeStrategy.Value)\n  : OntopSPARQL2SQLRewriter = new OntopSPARQL2SQLRewriter(partitioner, partitions, blankNodeStrategy)\n\n}\n\n\/**\n * A SPARQL engine based on Ontop as SPARQL-to-SQL rewriter.\n *\n * @param spark the Spark session\n * @param databaseName an existing Spark database that contains the tables for the RDF partitions\n * @param partitions the RDF partitions\n * @param ontology an (optional) ontology that will be used for query optimization and rewriting\n *\/\nclass OntopSPARQLEngine(val spark: SparkSession,\n                        val databaseName: String,\n                        val partitioner: RdfPartitioner[RdfPartitionStateDefault],\n                        val partitions: Set[RdfPartitionStateDefault],\n                        var ontology: Option[OWLOntology]) {\n\n  private val logger = com.typesafe.scalalogging.Logger[OntopSPARQLEngine]\n\n  \/\/ if no ontology has been provided, we try to extract it from the dataset\n  if (ontology.isEmpty) {\n    ontology = createOntology()\n  }\n\n  val blankNodeStrategy: BlankNodeStrategy.Value = BlankNodeStrategy.Table\n\n  private val sparql2sql = OntopSPARQL2SQLRewriter(partitioner, partitions, blankNodeStrategy, ontology)\n\n  val typeFactory = sparql2sql.typeFactory\n\n  \/\/ mapping from RDF datatype to Spark SQL datatype\n  val rdfDatatype2SQLCastName = DatatypeMappings(typeFactory)\n\n  if (databaseName != null && databaseName.trim.nonEmpty) {\n    spark.sql(s\"USE $databaseName\")\n  }\n\n  \/**\n   * creates an ontology from the given partitions.\n   * This is necessary for rdf:type information which is handled not in forms of SQL tables by Ontop\n   * but by a given set of entities contained in the ontology.\n   * TODO we we just use class declaration axioms for now\n   *      but it could be extended to extract more sophisticated schema axioms that can be used for inference\n   *\/\n  private def createOntology(): Option[OWLOntology] = {\n    logger.debug(\"extracting ontology from dataset\")\n    \/\/ get the partitions that contain the rdf:type triples\n    val typePartitions = partitions.filter(_.predicate == RDF.`type`.getURI)\n\n    if (typePartitions.nonEmpty) {\n      \/\/ generate the table names for those rdf:type partitions\n      \/\/ there can be more than one because the partitioner creates a separate partition for each subject and object type\n      val names = typePartitions.map(p => SQLUtils.escapeTablename(SQLUtils.createTableName(p, blankNodeStrategy), quotChar = '`'))\n\n      \/\/ create the SQL query as UNION of\n      val sql = names.map(name => s\"SELECT DISTINCT o FROM $name\").mkString(\" UNION \")\n\n      val df = spark.sql(sql)\n\n      val classes = df.collect().map(_.getString(0))\n\n      \/\/ we just use declaration axioms for now\n      val dataFactory = OWLManager.getOWLDataFactory\n      val axioms: Set[OWLAxiom] = classes.map(cls =>\n            dataFactory.getOWLDeclarationAxiom(dataFactory.getOWLClass(IRI.create(cls)))).toSet\n      val ontology = createOntology(axioms)\n\n      Some(ontology)\n    } else {\n      None\n    }\n  }\n\n  \/**\n   * creates a non-concurrent aware ontology - used to avoid overhead during serialization.\n   *\/\n  private def createOntology(axioms: Set[OWLAxiom]): OWLOntology = {\n    val man = new OWLAPIImplProfile().createManager(false)\n    man.createOntology(axioms.asJava)\n  }\n\n\n  \/**\n   * Shutdown of the engine, i.e. all open resource will be closed.\n   *\/\n  def stop(): Unit = {\n    sparql2sql.close()\n  }\n\n  \/**\n   * Free resources, e.g. unregister Spark tables.\n   *\/\n  def clear(): Unit = {\n    spark.catalog.clearCache()\n\/\/    spark.catalog.listTables().foreach { case (table: Table) => spark.catalog.dropTempView(table.name)}\n  }\n\n  private def postProcess(df: DataFrame, queryRewrite: OntopQueryRewrite): DataFrame = {\n    var result = df\n\n    \/\/ all projected variables\n    val signature = queryRewrite.answerAtom.getArguments\n\n    \/\/ mapping from SPARQL variable to term, i.e. to either SQL var or other SPARQL 1.1 bindings (BIND ...)\n    val sparqlVar2Term = queryRewrite.constructionNode.getSubstitution\n\n    \/\/ we rename the columns of the SQL projected vars\n    val columnMappings = signature.asScala\n      .map(v => (v, sparqlVar2Term.get(v)))\n      .filterNot(_._2.isInstanceOf[RDFConstant]) \/\/ skip RDF constants which will be added later\n      .map { case (v, term) => (v, term.getVariableStream.findFirst().get()) }\n      .toMap\n    columnMappings.foreach {\n      case (sparqlVar, sqlVar) => result = result.withColumnRenamed(sqlVar.getName, sparqlVar.getName)\n    }\n\n    \/\/ append the lang tags\n    \/\/ todo other post processing stuff?\n\/\/    signature.asScala\n\/\/      .map(v => (v, sparqlVar2Term.get(v)))\n\/\/      .foreach {case (v, term) =>\n\/\/        if (term.isInstanceOf[NonGroundFunctionalTerm]) {\n\/\/          if (term.asInstanceOf[NonGroundFunctionalTerm].getFunctionSymbol.isInstanceOf[RDFTermFunctionSymbol]) {\n\/\/            val t = term.asInstanceOf[NonGroundFunctionalTerm]\n\/\/            if (t.getArity == 2 && t.getTerm(2).asInstanceOf[NonGroundFunctionalTerm].getFunctionSymbol.isInstanceOf[RDFTermTypeFunctionSymbol]) {\n\/\/              val map = t.getTerm(2).asInstanceOf[NonGroundFunctionalTerm].getFunctionSymbol.asInstanceOf[RDFTermTypeFunctionSymbol].getConversionMap\n\/\/ \/\/              map.get(new DBConstantImpl())\n\/\/            }\n\/\/          }\n\/\/        }\n\/\/      }\n\n\n    \/\/ and we also add columns for literal bindings which are not already returned by the converted SQL query but\n    \/\/ are the result of static bindings, e.g. BIND(1 as ?z)\n    Sets.difference(new util.HashSet[Variable](signature), columnMappings.keySet.asJava).asScala.foreach(v => {\n      val simplifiedTerm = sparqlVar2Term.apply(v).simplify()\n      simplifiedTerm match {\n        case constant: Constant =>\n          if (simplifiedTerm.isInstanceOf[RDFConstant]) { \/\/ the only case we cover\n            simplifiedTerm match {\n              case iri: IRIConstant => \/\/ IRI will be String in Spark\n                result = result.withColumn(v.getName, lit(iri.getIRI.getIRIString))\n              case l: RDFLiteralConstant => \/\/ literals casted to its corresponding type, otherwise String\n                val lexicalValue = l.getValue\n                val castType = rdfDatatype2SQLCastName.getOrElse(l.getType, StringType)\n                result = result.withColumn(v.getName, lit(lexicalValue).cast(castType))\n              case _ =>\n            }\n          } else {\n            if (constant.isNull) {\n\n            }\n            if (constant.isInstanceOf[DBConstant]) {\n              \/\/                throw new SQLOntopBindingSet.InvalidConstantTypeInResultException(constant + \"is a DB constant. But a binding cannot have a DB constant as value\")\n            }\n            \/\/              throw new InvalidConstantTypeInResultException(\"Unexpected constant type for \" + constant);\n          }\n        case _ =>\n        \/\/            throw new SQLOntopBindingSet.InvalidTermAsResultException(simplifiedTerm)\n      }\n    })\n\n    \/\/ and finally, we also have to ensure the original order of the projection vars\n    result = result.select(signature.asScala.map(v => v.getName).map(col): _*)\n\n    result\n  }\n\n  \/**\n   * Executes the given SPARQL query on the provided dataset partitions.\n   *\n   * @param query the SPARQL query\n   * @return a DataFrame with the raw result of the SQL query execution and the query rewrite object for\n   *         processing the intermediate SQL rows\n   *         (None if the SQL query was empty)\n   * @throws org.apache.spark.sql.AnalysisException if the query execution fails\n   *\/\n  def executeDebug(query: String): (DataFrame, Option[OntopQueryRewrite]) = {\n    logger.info(s\"SPARQL query:\\n$query\")\n\n    try {\n      \/\/ translate to SQL query\n      val queryRewrite = sparql2sql.createSQLQuery(query)\n      val sql = queryRewrite.sqlQuery.replace(\"\\\"\", \"`\")\n        .replace(\"`PUBLIC`.\", \"\")\n      logger.info(s\"SQL query:\\n$sql\")\n\n      \/\/ execute SQL query\n      val resultRaw = spark.sql(sql)\n      \/\/    result.show(false)\n      \/\/    result.printSchema()\n\n      (resultRaw, Some(queryRewrite))\n    } catch {\n      case e: EmptyQueryException =>\n        logger.warn(s\"Empty SQL query generated by Ontop. Returning empty DataFrame for SPARQL query\\n$query\")\n        (spark.emptyDataFrame, None)\n      case e: org.apache.spark.sql.AnalysisException =>\n        logger.error(s\"Spark failed to execute translated SQL query\\n$query\", e)\n        throw e\n      case e: Exception => throw e\n    }\n  }\n\n  \/**\n   * Executes the given SPARQL query on the provided dataset partitions.\n   *\n   * @param query the SPARQL query\n   * @return a DataFrame with the resulting bindings as columns\n   * @throws org.apache.spark.sql.AnalysisException if the query execution fails\n   *\/\n  def execute(query: String): DataFrame = {\n    val (resultRaw, queryRewrite) = executeDebug(query)\n    var result = resultRaw\n\n    if (queryRewrite.nonEmpty) {\n      result = postProcess(resultRaw, queryRewrite.get)\n    }\n\n    result\n  }\n\n  \/**\n   * Executes a SELECT query on the provided dataset partitions and returns a DataFrame.\n   *\n   * @param query the SPARQL query\n   * @return an RDD of solution bindings\n   * @throws org.apache.spark.sql.AnalysisException if the query execution fails\n   *\/\n  def execSelect(query: String): RDD[Binding] = {\n    checkQueryType(query, QueryType.SELECT)\n\n    val df = executeDebug(query)._1\n\n    val sparqlQueryBC = spark.sparkContext.broadcast(query)\n    val mappingsBC = spark.sparkContext.broadcast(sparql2sql.mappings)\n    val propertiesBC = spark.sparkContext.broadcast(sparql2sql.ontopProperties)\n    val partitionerBC = spark.sparkContext.broadcast(partitioner)\n    val partitionsBC = spark.sparkContext.broadcast(partitions)\n    val ontologyBC = spark.sparkContext.broadcast(ontology)\n\n    implicit val bindingEncoder: Encoder[Binding] = org.apache.spark.sql.Encoders.kryo[Binding]\n    df.coalesce(20).mapPartitions(iterator => {\n\/\/      println(\"mapping partition\")\n      val mapper = new OntopRowMapper(mappingsBC.value, propertiesBC.value, partitionerBC.value, partitionsBC.value, sparqlQueryBC.value, ontologyBC.value)\n      val it = iterator.map(mapper.map)\n\/\/      mapper.close()\n      it\n    }).rdd\n\n  }\n\n  \/**\n   * Executes an ASK query on the provided dataset partitions.\n   *\n   * @param query the SPARQL query\n   * @return `true` or `false` depending on the result of the ASK query execution\n   * @throws org.apache.spark.sql.AnalysisException if the query execution fails\n   *\/\n  def execAsk(query: String): Boolean = {\n    checkQueryType(query, QueryType.ASK)\n    val df = executeDebug(query)._1\n    !df.isEmpty\n  }\n\n  \/**\n   * Executes a CONSTRUCT query on the provided dataset partitions.\n   *\n   * @param query the SPARQL query\n   * @return an RDD of triples\n   * @throws org.apache.spark.sql.AnalysisException if the query execution fails\n   *\/\n  def execConstruct(query: String): RDD[org.apache.jena.graph.Triple] = {\n    checkQueryType(query, QueryType.CONSTRUCT)\n\n    val df = executeDebug(query)._1\n\n    val sparqlQueryBC = spark.sparkContext.broadcast(query)\n    val mappingsBC = spark.sparkContext.broadcast(sparql2sql.mappings)\n    val propertiesBC = spark.sparkContext.broadcast(sparql2sql.ontopProperties)\n    val partitionerBC = spark.sparkContext.broadcast(partitioner)\n    val partitionsBC = spark.sparkContext.broadcast(partitions)\n    val ontologyBC = spark.sparkContext.broadcast(ontology)\n\n    implicit val tripleEncoder: Encoder[Triple] = org.apache.spark.sql.Encoders.kryo[Triple]\n    df.mapPartitions(iterator => {\n      val mapper = new OntopRowMapper(mappingsBC.value, propertiesBC.value, partitionerBC.value, partitionsBC.value, sparqlQueryBC.value, ontologyBC.value)\n      val it = mapper.toTriples(iterator)\n      mapper.close()\n      it\n    }).rdd\n  }\n\n  private def checkQueryType(query: String, queryType: QueryType) = {\n    val q = QueryFactory.create(query)\n    if (q.queryType() != queryType) throw new RuntimeException(s\"Wrong query type. Expected ${queryType.toString} query,\" +\n      s\" got ${q.queryType().toString}\")\n  }\n\n\n}\n\nobject OntopSPARQLEngine {\n\n  def main(args: Array[String]): Unit = {\n    new OntopCLI().run(args)\n  }\n\n  def apply(spark: SparkSession,\n            databaseName: String,\n            partitioner: RdfPartitioner[RdfPartitionStateDefault],\n            partitions: Set[RdfPartitionStateDefault],\n            ontology: Option[OWLOntology]): OntopSPARQLEngine\n  = new OntopSPARQLEngine(spark, databaseName, partitioner, partitions, ontology)\n\n  def apply(spark: SparkSession,\n            partitioner: RdfPartitioner[RdfPartitionStateDefault],\n            partitions: Map[RdfPartitionStateDefault, RDD[Row]],\n            ontology: Option[OWLOntology]): OntopSPARQLEngine = {\n    \/\/ create and register Spark tables\n    SparkTableGenerator(spark).createAndRegisterSparkTables(partitioner, partitions)\n\n    new OntopSPARQLEngine(spark, null, partitioner, partitions.keySet, ontology)\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/sparqlify\/server\/MainSansaSparqlServer.scala","text":"package net.sansa_stack.query.spark.sparqlify.server\n\nimport java.io.File\n\nimport net.sansa_stack.query.spark.sparqlify.{QueryExecutionFactorySparqlifySpark, SparqlifyUtils3}\nimport net.sansa_stack.rdf.common.partition.core.{RdfPartitionStateDefault, RdfPartitionerDefault}\nimport net.sansa_stack.rdf.spark.partition.core.RdfPartitionUtilsSpark\nimport org.aksw.jena_sparql_api.server.utils.FactoryBeanSparqlServer\nimport org.aksw.sparqlify.core.sparql.RowMapperSparqlifyBinding\nimport org.apache.commons.io.IOUtils\nimport org.apache.jena.riot.{Lang, RDFDataMgr}\nimport org.apache.jena.sparql.engine.binding.{Binding, BindingHashMap}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SparkSession}\n\nimport scala.collection.JavaConverters._\n\nobject MainSansaSparqlServer {\n\n  def main(args: Array[String]): Unit = {\n\n    val tempDirStr = System.getProperty(\"java.io.tmpdir\")\n    if (tempDirStr == null) {\n      throw new RuntimeException(\"Could not obtain temporary directory\")\n    }\n    val sparkEventsDir = new File(tempDirStr + \"\/spark-events\")\n    if (!sparkEventsDir.exists()) {\n      sparkEventsDir.mkdirs()\n    }\n\n    \/\/ File.createTempFile(\"spark-events\")\n\n    val builder = SparkSession.builder\n      \/\/ .master(\"local\")\n      .appName(\"spark session example\")\n      .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n      .config(\"spark.eventLog.enabled\", \"true\")\n      .config(\"spark.kryo.registrator\", String.join(\n        \", \",\n        \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\",\n        \"net.sansa_stack.query.spark.sparqlify.KryoRegistratorSparqlify\"))\n      .config(\"spark.default.parallelism\", \"4\")\n      .config(\"spark.sql.shuffle.partitions\", \"4\")\n\n      \/\/ TODO Auto configure master\n\n      val sparkSession = builder\n        .getOrCreate()\n\n    sparkSession.conf.set(\"spark.sql.crossJoin.enabled\", \"true\")\n\n    val triplesString =\n      \"\"\"<http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> <http:\/\/xmlns.com\/foaf\/0.1\/givenName> \"<NAME>\" .\n        |<http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> <http:\/\/example.org\/ontology\/age> \"30\"^^<http:\/\/www.w3.org\/2001\/XMLSchema#integer> .\n        |<http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> <http:\/\/dbpedia.org\/ontology\/influenced> <http:\/\/dbpedia.org\/resource\/Tobias_Wolff> .\n        |<http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> <http:\/\/dbpedia.org\/ontology\/influenced> <http:\/\/dbpedia.org\/resource\/Henry_James> .\n        |<http:\/\/dbpedia.org\/resource\/Guy_de_Maupassant> <http:\/\/dbpedia.org\/ontology\/deathPlace> <http:\/\/dbpedia.org\/resource\/Passy> .\n        |<http:\/\/dbpedia.org\/resource\/Charles_Dickens> <http:\/\/xmlns.com\/foaf\/0.1\/givenName> \"Charles\"@en .\n        |<http:\/\/dbpedia.org\/resource\/Charles_Dickens> <http:\/\/dbpedia.org\/ontology\/deathPlace> <http:\/\/dbpedia.org\/resource\/Gads_Hill_Place> .\n        |<http:\/\/someOnt\/1> <http:\/\/someOnt\/184298> <http:\/\/someOnt\/272277> .\n        |<http:\/\/someOnt\/184298> <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#type> <http:\/\/www.w3.org\/2002\/07\/owl#AnnotationProperty> .\n        |<http:\/\/snomedct-20170731T150000Z> <http:\/\/www.w3.org\/2002\/07\/owl#versionInfo> \"20170731T150000Z\"@en .\n      \"\"\".stripMargin\n\n    val it = RDFDataMgr.createIteratorTriples(IOUtils.toInputStream(triplesString, \"UTF-8\"), Lang.NTRIPLES, \"http:\/\/example.org\/\").asScala.toSeq\n    \/\/ it.foreach { x => println(\"GOT: \" + (if(x.getObject.isLiteral) x.getObject.getLiteralLanguage else \"-\")) }\n    val graphRdd = sparkSession.sparkContext.parallelize(it)\n\n    \/\/ val map = graphRdd.partitionGraphByPredicates\n    val partitioner = RdfPartitionerDefault\n\n    val partitions: Map[RdfPartitionStateDefault, RDD[Row]] = RdfPartitionUtilsSpark.partitionGraph(graphRdd, partitioner)\n    val rewriter = SparqlifyUtils3.createSparqlSqlRewriter(sparkSession, partitioner, partitions)\n\n    val qef = new QueryExecutionFactorySparqlifySpark(sparkSession, rewriter)\n\n    val server = FactoryBeanSparqlServer.newInstance.setSparqlServiceFactory(qef).create\n    server.join()\n\n    \/*\n     * val result = graphRdd.partitionGraph().sparql(\"SELECT * { ?s <http:\/\/xmlns.com\/foaf\/0.1\/givenName> ?o ; <http:\/\/dbpedia.org\/ontology\/deathPlace> ?d }\")\n     *\/\n\n    \/\/\n    \/\/    val q = QueryFactory.create(\"Select * { ?s <http:\/\/xmlns.com\/foaf\/0.1\/givenName> ?o ; <http:\/\/dbpedia.org\/ontology\/deathPlace> ?d }\")\n    \/\/\n    \/\/    val qe = qef.createQueryExecution(q)\n    \/\/    println(ResultSetFormatter.asText(qe.execSelect))\n\n    \/\/\n    \/\/    val sqlQueryStr = rewrite.getSqlQueryString\n    \/\/    \/\/RowMapperSparqlifyBinding rewrite.getVarDefinition\n    \/\/    println(\"SQL QUERY: \" + sqlQueryStr)\n    \/\/\n    \/\/    val varDef = rewrite.getVarDefinition.getMap\n    \/\/    val fuck = varDef.entries().iterator().next().getKey\n    \/\/\n    \/\/    val resultDs = sparkSession.sql(sqlQueryStr)\n    \/\/\n    \/\/\n    \/\/    val f = { row: Row => val b = rowToBinding(row)\n    \/\/      ItemProcessorSparqlify.process(varDef, b) }\n    \/\/    val g = RDFDSL.kryoWrap(f)\n    \/\/    \/\/val g = genMapper(f)\/\/RDFDSL.kryoWrap(f)\n    \/\/\n    \/\/    val finalDs = resultDs.rdd.map(g)\n    \/\/\n    \/\/    finalDs.foreach(b => println(\"RESULT BINDING: \" + b))\n\n    \/\/ resultDs.foreach { x => println(\"RESULT ROW: \" + ItemProcessorSparqlify.process(varDef, rowToBinding(x))) }\n    \/\/    val f = { y: Row =>\n    \/\/      println(\"RESULT ROW: \" + fuck + \" - \")\n    \/\/    }\n    \/\/\n    \/\/    val g = genMapper(f)\n    \/\/    resultDs.foreach { x => f(x) }\n    \/\/ resultDs.foreach(genMapper({row: Row => println(\"RESULT ROW: \" + fuck) })\n    \/\/ resultDs.map(genMapper(row: Row => fuck)).foreach { x => println(\"RESULT ROW: \" + x) }\n\n    \/\/ predicateRdds.foreach(x => println(x._1, x._2.count))\n\n    \/\/ println(predicates.mkString(\"\\n\"))\n\n    sparkSession.stop()\n  }\n\n  \/\/  def genMapperNilesh(kryoWrapper: KryoSerializationWrapper[(Foo => Bar)])\n  \/\/               (foo: Foo) : Bar = {\n  \/\/    kryoWrapper.value.apply(foo)\n  \/\/ }\n  def genMapper[A, B](f: A => B): A => B = {\n    val locker = com.twitter.chill.MeatLocker(f)\n    x => locker.get.apply(x)\n  }\n\n  def rowToBinding(row: Row): Binding = {\n    val result = new BindingHashMap()\n\n    val fieldNames = row.schema.fieldNames\n    row.toSeq.zipWithIndex.foreach {\n      case (v, i) =>\n        val fieldName = fieldNames(i)\n        val j = i + 1\n        RowMapperSparqlifyBinding.addAttr(result, j, fieldName, v)\n    }\n\n    result\n  }\n\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-ml\/sansa-ml-spark\/src\/test\/scala\/net\/sansa_stack\/ml\/spark\/utils\/SPARQLQueryTest.scala","text":"<reponame>WortNils\/similarityComparator<filename>sansa-ml\/sansa-ml-spark\/src\/test\/scala\/net\/sansa_stack\/ml\/spark\/utils\/SPARQLQueryTest.scala\npackage net.sansa_stack.ml.spark.utils\n\nimport com.holdenkarau.spark.testing.SharedSparkContext\nimport org.apache.jena.graph.{Node, NodeFactory, Triple}\nimport org.apache.jena.riot.Lang\nimport org.apache.jena.sys.JenaSystem\nimport org.apache.jena.vocabulary.RDF\nimport org.apache.spark.sql.{DataFrame, Dataset, Encoders, SparkSession}\nimport org.scalatest.FunSuite\n\nclass SPARQLQueryTest extends FunSuite with SharedSparkContext {\n  lazy val spark = SparkSession.builder()\n    .appName(sc.appName)\n    .master(sc.master)\n    .config(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n    .config(\"spark.kryo.registrator\", \"net.sansa_stack.rdf.spark.io.JenaKryoRegistrator\")\n    .config(\"spark.sql.crossJoin.enabled\", \"true\")\n    .getOrCreate()\n\n  private val dataPath = this.getClass.getClassLoader.getResource(\"utils\/test_data.nt\").getPath\n  private def getData() = {\n    import net.sansa_stack.rdf.spark.io._\n    import net.sansa_stack.rdf.spark.model._\n\n    spark.read.rdf(Lang.NTRIPLES)(dataPath).toDS()\n  }\n\n  private val ns = \"http:\/\/sansa-stack.net\/test_ont#\"\n\n  override def beforeAll() {\n    super.beforeAll()\n    JenaSystem.init()\n  }\n\n  test(\"Results of a SPARQL query with one projection variable should be correct\") {\n    implicit val nodeEncoder = Encoders.kryo(classOf[Node])\n\n    val data: Dataset[Triple] = getData()\n\n    \/\/ ----------\n    var sparqlQueryString =\n    \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n    \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n    \"SELECT ?s \" +\n    \"WHERE {\" +\n    \"  ?s rdf:type owl:ObjectProperty \" +\n    \"}\"\n    var sparqlQuery: SPARQLQuery = SPARQLQuery(sparqlQueryString)\n\n    var res: DataFrame = sparqlQuery.transform(data)\n    var resultNodes: Array[Node] = res.as[Node].collect()\n\n    val objProp01 = NodeFactory.createURI(ns + \"obj_prop_01\")\n    val objProp02 = NodeFactory.createURI(ns + \"obj_prop_02\")\n    val objProp03 = NodeFactory.createURI(ns + \"obj_prop_03\")\n\n    assert(resultNodes.contains(objProp01))\n    assert(resultNodes.contains(objProp02))\n    assert(resultNodes.contains(objProp03))\n    \/\/ ----------\n\n    sparqlQueryString =\n    \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n    \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n    \"SELECT ?s \" +\n    \"WHERE {\" +\n    \"  ?s rdf:type owl:DatatypeProperty \" +\n    \"}\"\n\n    sparqlQuery = SPARQLQuery(sparqlQueryString)\n\n    res = sparqlQuery.transform(data)\n    resultNodes = res.as[Node].collect()\n\n    val dataProp01 = NodeFactory.createURI(ns + \"data_prop_01\")\n    val dataProp02 = NodeFactory.createURI(ns + \"data_prop_02\")\n    val dataProp03 = NodeFactory.createURI(ns + \"data_prop_03\")\n\n    assert(resultNodes.contains(dataProp01))\n    assert(resultNodes.contains(dataProp02))\n    assert(resultNodes.contains(dataProp03))\n  }\n\n  test(\"Results of a SPARQL query with two projection variables should be correct\") {\n    implicit val nodeTupleEncoder = Encoders.kryo(classOf[(Node, Node)])\n\n    val data: Dataset[Triple] = getData()\n\n    \/\/ ----------\n    val sparqlQueryString =\n      \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n        \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n        \"SELECT ?s ?o \" +\n        \"WHERE {\" +\n        \"  ?s rdf:type ?o \" +\n        \"}\"\n    val sparqlQuery: SPARQLQuery = SPARQLQuery(sparqlQueryString)\n\n    val res: DataFrame = sparqlQuery.transform(data)\n    val resultNodes: Array[(Node, Node)] = res.as[(Node, Node)].collect()\n\n    val objProp01 = NodeFactory.createURI(ns + \"obj_prop_01\")\n    val objProp02 = NodeFactory.createURI(ns + \"obj_prop_02\")\n    val objProp03 = NodeFactory.createURI(ns + \"obj_prop_03\")\n\n    val objPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#ObjectProperty\")\n\n    val dataProp01 = NodeFactory.createURI(ns + \"data_prop_01\")\n    val dataProp02 = NodeFactory.createURI(ns + \"data_prop_02\")\n    val dataProp03 = NodeFactory.createURI(ns + \"data_prop_03\")\n\n    val dataPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#DatatypeProperty\")\n\n    assert(resultNodes.contains((objProp01, objPropertyClass)))\n    assert(resultNodes.contains((objProp02, objPropertyClass)))\n    assert(resultNodes.contains((objProp03, objPropertyClass)))\n\n    assert(resultNodes.contains((dataProp01, dataPropertyClass)))\n    assert(resultNodes.contains((dataProp02, dataPropertyClass)))\n    assert(resultNodes.contains((dataProp03, dataPropertyClass)))\n  }\n\n  test(\"Results of a SPARQL query with three projection variables should be correct\") {\n    implicit val nodeTupleEncoder = Encoders.kryo(classOf[(Node, Node, Node)])\n\n    val data: Dataset[Triple] = getData()\n\n    \/\/ ----------\n    val sparqlQueryString =\n      \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n        \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n        \"SELECT ?s ?p ?o \" +\n        \"WHERE {\" +\n        \"  ?s ?p ?o . \" +\n        \"}\"\n    val sparqlQuery: SPARQLQuery = SPARQLQuery(sparqlQueryString)\n\n    val res: DataFrame = sparqlQuery.transform(data)\n    val resultNodes: Array[(Node, Node, Node)] = res.as[(Node, Node, Node)].collect()\n\n    val objProp01 = NodeFactory.createURI(ns + \"obj_prop_01\")\n    val objProp02 = NodeFactory.createURI(ns + \"obj_prop_02\")\n    val objProp03 = NodeFactory.createURI(ns + \"obj_prop_03\")\n\n    val objPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#ObjectProperty\")\n\n    val dataProp01 = NodeFactory.createURI(ns + \"data_prop_01\")\n    val dataProp02 = NodeFactory.createURI(ns + \"data_prop_02\")\n    val dataProp03 = NodeFactory.createURI(ns + \"data_prop_03\")\n\n    val dataPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#DatatypeProperty\")\n\n    assert(resultNodes.contains((objProp01, RDF.`type`.asNode(), objPropertyClass)))\n    assert(resultNodes.contains((objProp02, RDF.`type`.asNode(), objPropertyClass)))\n    assert(resultNodes.contains((objProp03, RDF.`type`.asNode(), objPropertyClass)))\n\n    assert(resultNodes.contains((dataProp01, RDF.`type`.asNode(), dataPropertyClass)))\n    assert(resultNodes.contains((dataProp02, RDF.`type`.asNode(), dataPropertyClass)))\n    assert(resultNodes.contains((dataProp03, RDF.`type`.asNode(), dataPropertyClass)))\n  }\n\n  test(\"Results of a SPARQL query with four projection variables should be correct\") {\n    implicit val nodeTupleEncoder = Encoders.kryo(classOf[(Node, Node, Node, Node)])\n\n    val data: Dataset[Triple] = getData()\n\n    \/\/ ----------\n    val sparqlQueryString =\n      \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n        \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n        \"SELECT ?s ?p ?p_type ?o \" +\n        \"WHERE {\" +\n        \"  ?s ?p ?o . \" +\n        \"  ?p rdf:type ?p_type \" +\n        \"}\"\n    val sparqlQuery: SPARQLQuery = SPARQLQuery(sparqlQueryString)\n\n    val res: DataFrame = sparqlQuery.transform(data)\n    val resultNodes: Array[(Node, Node, Node, Node)] = res.as[(Node, Node, Node, Node)].collect()\n\n    val objProp01 = NodeFactory.createURI(ns + \"obj_prop_01\")\n    val objProp02 = NodeFactory.createURI(ns + \"obj_prop_02\")\n    val objProp03 = NodeFactory.createURI(ns + \"obj_prop_03\")\n\n    val objPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#ObjectProperty\")\n\n    val indiv1 = NodeFactory.createURI(ns + \"individual_01\")\n    val indiv2 = NodeFactory.createURI(ns + \"individual_02\")\n    val indiv3 = NodeFactory.createURI(ns + \"individual_03\")\n    val indiv4 = NodeFactory.createURI(ns + \"individual_04\")\n    val indiv5 = NodeFactory.createURI(ns + \"individual_05\")\n    val indiv6 = NodeFactory.createURI(ns + \"individual_06\")\n    val indiv7 = NodeFactory.createURI(ns + \"individual_07\")\n    val indiv8 = NodeFactory.createURI(ns + \"individual_08\")\n    val indiv9 = NodeFactory.createURI(ns + \"individual_09\")\n\n    assert(resultNodes.contains((indiv1, objProp01, objPropertyClass, indiv7)))\n    assert(resultNodes.contains((indiv2, objProp01, objPropertyClass, indiv8)))\n    assert(resultNodes.contains((indiv3, objProp01, objPropertyClass, indiv9)))\n\n    assert(resultNodes.contains((indiv4, objProp01, objPropertyClass, indiv7)))\n    assert(resultNodes.contains((indiv5, objProp01, objPropertyClass, indiv8)))\n    assert(resultNodes.contains((indiv6, objProp01, objPropertyClass, indiv9)))\n\n    assert(resultNodes.contains((indiv4, objProp02, objPropertyClass, indiv1)))\n    assert(resultNodes.contains((indiv5, objProp02, objPropertyClass, indiv2)))\n    assert(resultNodes.contains((indiv6, objProp02, objPropertyClass, indiv3)))\n\n    assert(resultNodes.contains((indiv7, objProp03, objPropertyClass, indiv3)))\n    assert(resultNodes.contains((indiv8, objProp03, objPropertyClass, indiv2)))\n    assert(resultNodes.contains((indiv9, objProp03, objPropertyClass, indiv1)))\n  }\n\n  test(\"Results of a SPARQL query with five projection variables should be correct\") {\n    implicit val nodeTupleEncoder = Encoders.kryo(classOf[(Node, Node, Node, Node, Node)])\n\n    val data: Dataset[Triple] = getData()\n\n    \/\/ ----------\n    val sparqlQueryString =\n      \"PREFIX rdf: <http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#> \" +\n        \"PREFIX owl: <http:\/\/www.w3.org\/2002\/07\/owl#> \" +\n        \"SELECT ?s ?p1 ?p_type ?o1 ?o2 \" +\n        \"WHERE {\" +\n        \"  ?s ?p1 ?o1 . \" +\n        \"  ?s ?p2 ?o2 .\" +\n        \"  ?p1 rdf:type ?p_type .\" +\n        \"  FILTER(?p1!=?p2) \" +\n        \"}\"\n    val sparqlQuery: SPARQLQuery = SPARQLQuery(sparqlQueryString)\n\n    val res: DataFrame = sparqlQuery.transform(data)\n    val resultNodes: Array[(Node, Node, Node, Node, Node)] =\n      res.as[(Node, Node, Node, Node, Node)].collect()\n\n    val objProp01 = NodeFactory.createURI(ns + \"obj_prop_01\")\n    val objProp02 = NodeFactory.createURI(ns + \"obj_prop_02\")\n\n    val objPropertyClass =\n      NodeFactory.createURI(\"http:\/\/www.w3.org\/2002\/07\/owl#ObjectProperty\")\n\n    val indiv1 = NodeFactory.createURI(ns + \"individual_01\")\n    val indiv2 = NodeFactory.createURI(ns + \"individual_02\")\n    val indiv3 = NodeFactory.createURI(ns + \"individual_03\")\n    val indiv4 = NodeFactory.createURI(ns + \"individual_04\")\n    val indiv5 = NodeFactory.createURI(ns + \"individual_05\")\n    val indiv6 = NodeFactory.createURI(ns + \"individual_06\")\n    val indiv7 = NodeFactory.createURI(ns + \"individual_07\")\n    val indiv8 = NodeFactory.createURI(ns + \"individual_08\")\n    val indiv9 = NodeFactory.createURI(ns + \"individual_09\")\n\n    assert(resultNodes.contains((indiv4, objProp01, objPropertyClass, indiv7, indiv1)))\n    assert(resultNodes.contains((indiv5, objProp01, objPropertyClass, indiv8, indiv2)))\n    assert(resultNodes.contains((indiv6, objProp01, objPropertyClass, indiv9, indiv3)))\n\n    assert(resultNodes.contains((indiv4, objProp02, objPropertyClass, indiv1, indiv7)))\n    assert(resultNodes.contains((indiv5, objProp02, objPropertyClass, indiv2, indiv8)))\n    assert(resultNodes.contains((indiv6, objProp02, objPropertyClass, indiv3, indiv9)))\n  }\n}\n"}
{"repo_name":"WortNils\/similarityComparator","path":"sansa-query\/sansa-query-spark\/src\/main\/scala\/net\/sansa_stack\/query\/spark\/ontop\/QueryExecutionFactoryOntopSpark.scala","text":"package net.sansa_stack.query.spark.ontop\n\n\nimport org.aksw.jena_sparql_api.core.QueryExecutionFactoryBackQuery\nimport org.apache.jena.query.{Query, QueryExecution}\nimport org.apache.spark.sql.SparkSession\n\nclass QueryExecutionFactoryOntopSpark(spark: SparkSession, ontop: OntopSPARQLEngine)\n  extends QueryExecutionFactoryBackQuery {\n\n  override def getId: String = \"spark\"\n\n  override def getState: String = spark.toString\n\n  override def createQueryExecution(query: Query): QueryExecution = new QueryExecutionOntopSpark(query, this, ontop)\n}\n"}
{"repo_name":"sebischair\/DocClassification","path":"build.sbt","text":"<reponame>sebischair\/DocClassification\nname := \"\"\"DocClassification\"\"\"\n\nversion := \"1.0\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava, LauncherJarPlugin)\n\nscalaVersion := \"2.11.7\"\n\nlazy val webJarsPlay = file(\"..\").getAbsoluteFile.toURI\n\nlibraryDependencies ++= Seq(\n  filters,\n  cache,\n  javaWs,\n  \"org.webjars\" %% \"webjars-play\" % \"2.5.0\",\n  \"org.webjars\" % \"bootstrap\" % \"3.3.6\",\n  \"org.webjars\" % \"html5shiv\" % \"3.7.3\",\n  \"org.mongodb.morphia\" % \"morphia\" % \"1.2.1\",\n  \"org.webjars.bower\" % \"angular\" % \"1.6.1\",\n  \"org.webjars.bower\" % \"ngstorage\" % \"0.3.11\",\n  \"org.webjars.bower\" % \"angular-resource\" % \"1.6.1\",\n  \"org.webjars.bower\" % \"angular-checklist-model\" % \"0.10.0\",\n  \"org.webjars.bower\" % \"angular-route\" % \"1.6.1\",\n  \"nz.ac.waikato.cms.weka\" % \"weka-stable\" % \"3.8.1\",\n  \"nz.ac.waikato.cms.weka\" % \"LibSVM\" % \"1.0.10\")\n\ndependencyOverrides ++= Set(\n  \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.6.5\",\n  \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.6.5\"\n)\n\nunmanagedResourceDirectories in (Compile, runMain) <+=  baseDirectory ( _ \/\"myresources\")\n\nimport com.typesafe.sbt.packager.MappingsHelper._\n  mappings in Universal ++= directory(baseDirectory.value \/ \"myresources\")\n\nroutesGenerator := InjectedRoutesGenerator"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/Solver\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/solver\/enums\/Number.scala","text":"package com.alexvanmatre.sudokusolver.solver.enums\n\nsealed trait Number { val value: Int }\n\nobject Unsolved extends Number { val value = 0 }\nobject One extends Number { val value = 1 }\nobject Two extends Number { val value = 2 }\nobject Three extends Number { val value = 3 }\nobject Four extends Number { val value = 4 }\nobject Five extends Number { val value = 5 }\nobject Six extends Number { val value = 6 }\nobject Seven extends Number { val value = 7 }\nobject Eight extends Number { val value = 8 }\nobject Nine extends Number { val value = 9 }\n\nobject Number {\n  def possibilities = Seq(One, Two, Three, Four, Five, Six, Seven, Eight, Nine)\n\n  def apply(number: Int) =\n    number match {\n      case 1 => One\n      case 2 => Two\n      case 3 => Three\n      case 4 => Four\n      case 5 => Five\n      case 6 => Six\n      case 7 => Seven\n      case 8 => Eight\n      case 9 => Nine\n      case _ => Unsolved\n    }\n}"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/ConsoleInterface\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/consoleinterface\/Application.scala","text":"package com.alexvanmatre.sudokusolver.consoleinterface\n\nobject Application extends App {\n\n  if (args.length < 0 || args.length > 3)\n      println(\"Incorrect usage (\"+args.length+\" args)! Correct usage java -jar ConsoleInterface-1.0-SNAPSHOT.jar <path to puzzle> [statistics=true|false]\")\n  else {\n      if(args.length == 1)\n          new Interface(args(0), false)\n      else if(args.length == 2)\n          new Interface(args(0), args(1).toBoolean)\n  }\n\n}\n"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/ConsoleInterface\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/consoleinterface\/Interface.scala","text":"package com.alexvanmatre.sudokusolver.consoleinterface\n\nimport com.alexvanmatre.sudokusolver.solver.SudokuSolver\nimport com.alexvanmatre.sudokusolver.solver.objects.Square\nimport com.alexvanmatre.sudokusolver.solver.objects.exceptions.QueueEmptyException\n\nimport java.io.{File, FileNotFoundException}\nimport java.util.Scanner\nimport scala.math.BigDecimal.RoundingMode\nimport scala.util.control.Breaks.break\n\nclass Interface(puzzlePath: String, wantStats: Boolean) {\n  val startTime: Long = System.nanoTime()\n  var endTime: Long = 0\n\n  val solver = new SudokuSolver()\n  var puzzle = createPuzzle(puzzlePath)\n  solve()\n\n  private def createPuzzle(file: String) = {\n    val fileObj = new File(file)\n    if(!fileObj.exists()) {\n      throw new FileNotFoundException()\n    }\n    parseFile(fileObj)\n  }\n\n  private def parseFile(file: File): Array[Array[Int]] = {\n    val reader = new Scanner(file)\n    var lines: List[List[Int]] = List()\n    while(reader.hasNextLine()) {\n      val data = reader.nextLine()\n      if(data != \"\") {\n        val split = data.split(\" \")\n        if(split.length == 81) {\n          lines = 0.until(9).map(\n            y => 0.until(9).map(\n              x => {\n                split(y * 9 + x).toInt\n              }\n            ).toList\n          ).toList\n        } else if(split.length == 9) {\n          lines = lines.appended(split.map(_.toInt).toList)\n        }\n      }\n    }\n    lines.map(_.toArray).toArray\n  }\n\n  def solve() = {\n    solver.importPuzzle(puzzle)\n    printPuzzle(solver.puzzle)\n    var lastSequence: Seq[Int] = solver.puzzle.flatMap(_.possibilities.map(_.value))\n    var i = 0\n    var notDiffer = 0\n    while(!solver.isSolved()) {\n      try {\n        solver.solveStep()\n        if(puzzlesDiffer(lastSequence, solver.puzzle)) {\n          printPuzzle(solver.puzzle)\n        } else\n          notDiffer += 1\n      } catch {\n        case _: QueueEmptyException => {\n          println(\"Queue empty! Can't complete\")\n          break\n        }\n        case e: Exception => {\n          e.printStackTrace()\n        }\n      }\n      lastSequence = solver.puzzle.flatMap(_.possibilities.map(_.value))\n      i += 1\n    }\n    endTime = System.nanoTime()\n    if(wantStats)\n      printStats(i, notDiffer)\n  }\n\n  def copySeq(copier: Seq[Square]): Seq[Square] =\n    Seq(\n      copier.map(square => square.copy())\n    ).flatten\n\n  def puzzlesDiffer(comp: Seq[Int], another: Seq[Square]): Boolean = {\n    var second = another.flatMap(_.possibilities.map(_.value))\n    if(comp.length != second.length)\n      true\n    else {\n      0.until(comp.length).foreach(i => {\n        if(comp(i) != second(i))\n          return true\n      })\n      false\n    }\n  }\n\n  def printPuzzle(puzzle: Seq[Square]) = {\n    1.to(9).foreach(y => {\n      0.until(3).foreach(xSquare => {\n        0.until(3).foreach(x => {\n          print(puzzle((y - 1) * 9 + xSquare * 3 + x) + \" \")\n        })\n        if(xSquare != 2)\n          print(\"| \")\n      })\n      println()\n      if(y != 9 && y % 3 == 0)\n        println(\"----------------------\")\n    })\n    println()\n  }\n\n  def printStats(cycles: Int, notChanged: Int) = {\n    println(\"-------------------------\")\n    println(\"Stats\")\n    println(\"Runtime: \" +\n      BigDecimal(\n        (endTime - startTime).doubleValue \/ 1000000000\n      ).setScale(3, RoundingMode.HALF_UP)\n    + \"s\")\n    println(\"Cycles: \" + cycles)\n    println(\"Cycles nothing changed: \" + notChanged)\n    println(\"Cycles with changes: \" + (cycles - notChanged))\n    println(\"-------------------------\")\n  }\n\n}\n"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/Solver\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/solver\/objects\/exceptions\/QueueEmptyException.scala","text":"<reponame>alexjvan\/SudokuSolver<filename>src\/Solver\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/solver\/objects\/exceptions\/QueueEmptyException.scala\npackage com.alexvanmatre.sudokusolver.solver.objects.exceptions\n\nclass QueueEmptyException extends Exception {\n\n}\n"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/Solver\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/solver\/objects\/Square.scala","text":"package com.alexvanmatre.sudokusolver.solver.objects\n\nimport com.alexvanmatre.sudokusolver.solver.enums.{Eight, Five, Four, Nine, Number, One, Seven, Six, Three, Two, Unsolved}\n\ncase class Square(\n   index: Int,\n   var number: Number\n) {\n  val given: Boolean = number.value != Unsolved.value\n  var solved: Boolean = given\n\n  var possibilities: Seq[Number] =\n    if(!solved)\n      Number.possibilities\n    else\n      Seq(number)\n\n  override def toString: String =\n    number.value match {\n      case 0 => possibilities.map(_.value.toString)\n        .toString().substring(4)\n      case _ => number.value.toString\n    }\n}\n"}
{"repo_name":"alexjvan\/SudokuSolver","path":"src\/Solver\/src\/main\/scala\/com\/alexvanmatre\/sudokusolver\/solver\/SudokuSolver.scala","text":"package com.alexvanmatre.sudokusolver.solver\n\nimport com.alexvanmatre.sudokusolver.solver.enums.Number\nimport com.alexvanmatre.sudokusolver.solver.objects.Square\nimport com.alexvanmatre.sudokusolver.solver.objects.exceptions.QueueEmptyException\n\nimport scala.collection.immutable.Queue\n\nclass SudokuSolver {\n  var puzzle: Seq[Square] = Seq()\n\n  private var queue: Queue[Square] = Queue()\n\n  def importPuzzle(importing: Array[Array[Int]]) = {\n    var i = -1\n    val mapped = importing.flatMap(internal =>\n      internal.map(number => {\n        i += 1\n        Square(\n          i,\n          Number(number)\n        )\n      })\n    )\n    puzzle = mapped\n    queueSolved()\n  }\n\n  private def queueSolved() =\n    queue = queue.appendedAll(puzzle.filter(_.given))\n\n  def solve() =\n    while(!isSolved())\n      solveStep()\n\n  def isSolved(): Boolean =\n    this.puzzle.forall(_.solved)\n\n  def solveStep() = {\n    if(queue.isEmpty) {\n\/\/      onceOver()\n      if(queue.isEmpty) {\n        throw new QueueEmptyException()\n      }\n    } else {\n      val dequeued = queue.dequeue\n      queue = dequeued._2\n      val square = dequeued._1\n      adjustFromSquare(square)\n      checkSolo(square)\n    }\n  }\n\n  def queueSize(): Int =\n    queue.size\n\n  def onceOver(): Unit =\n    puzzle.foreach(checkSolo)\n\n  def adjustFromSquare(square: Square) = {\n    val indices = manipulateIndices(square.index)\n    indices.foreach(\n      index => {\n        val item = puzzle(index)\n        item.solved match {\n          case false => {\n            item.possibilities = item.possibilities.filterNot(_.value == square.number.value)\n            item.possibilities.length match {\n              case 1 => setSquare(item)\n              case _ => {\n                \/\/ Do nothing\n              }\n            }\n          }\n          case true => {\n            \/\/ Do nothing\n          }\n        }\n      }\n    )\n  }\n\n  def manipulateIndices(index: Int): List[Int] =\n    (\n      verticalIndices(index) ++\n        horizontalIndices(index) ++\n        squareIndices(index)\n    ).filterNot(_ == index)\n      .distinct.sorted\n\n  private def verticalIndices(index: Int): List[Int] =\n    1.to(9).flatMap(number => {\n      List(\n        index - number * 9,\n        index + number * 9\n      )\n    }).filter(i => i >= 0 && i < 81).toList\n\n  private def horizontalIndices(index: Int): List[Int] =\n    0.to(index % 9).map(index - _).toList ++\n      0.to(8 - index % 9).map(index + _).toList\n\n  private def squareIndices(index: Int): List[Int] = {\n    val topLeft = index - (9 * (index \/ 9 % 3)) - index % 3\n    List(\n      topLeft,\n      topLeft + 1,\n      topLeft + 2,\n      topLeft + 9,\n      topLeft + 10,\n      topLeft + 11,\n      topLeft + 18,\n      topLeft + 19,\n      topLeft + 20\n    )\n  }\n\n  def setSquare(square: Square) = {\n    square.number = square.possibilities.head\n    square.solved = true\n    queue = queue.appended(square)\n  }\n\n  def checkSolo(square: Square) = {\n    checkSoloArray(verticalIndices(square.index).map(puzzle(_)))\n    checkSoloArray(horizontalIndices(square.index).map(puzzle(_)))\n    checkSoloArray(squareIndices(square.index).map(puzzle(_)))\n  }\n\n  def checkSoloArray(squares: Seq[Square]) = {\n    \/\/ TODO: I think I want to keep this for now -\n    Number.possibilities.foreach(number => {\n      val matches = squares.filter(_.possibilities.map(_.value).contains(number.value))\n      matches.length match {\n        case 1 => {\n          matches.head.possibilities = Seq(number)\n          setSquare(matches.head)\n        }\n        case _ => {\/* Do nothing *\/}\n      }\n    })\n    \/\/ TODO check how many times a number appears in a square for an index\n    \/\/    None should be 1, should be greater than 5\n    \/\/    If the number of times a number appears in a square equals the number of times\n    \/\/    Other numbers (equal to the number of times) appear in the SAME squares\n    \/\/    Required for those, remove the numbers from all other squares in index\n    \/\/        Will probably need to create a new way of queueing operations\n  }\n\n}\n"}
{"repo_name":"pdolega\/quaich-other-samples","path":"plain-demo\/src\/main\/scala\/codes\/bytes\/quaich\/samples\/plain\/PlainLambda.scala","text":"<gh_stars>0\npackage codes.bytes.quaich.samples.plain\n\nimport java.io.OutputStream\n\nimport codes.bytes.quaich.api.LambdaContext\nimport codes.bytes.quaich.api.direct.{DirectLambda, DirectLambdaHandler}\nimport org.json4s.JValue\n\nimport scala.util.Random\n\n\n@DirectLambda\nclass PlainLambda extends DirectLambdaHandler {\n\n  val randomValue = Random.nextLong()\n\n  var value = 0\n\n  override protected def handleEvent(json: JValue, output: OutputStream)(implicit ctx: LambdaContext) {\n    Thread.sleep(1500)\n    value = value + 1\n\n    writeJson(output, s\"Success returned from request: ${ctx.awsRequestId}. \" +\n      s\"Random value is: ${randomValue} \" +\n      s\"remaining ms: ${ctx.remainingTimeInMillis} ms \" +\n      s\"VALUE IS: ${value}\")\n  }\n}"}
{"repo_name":"pdolega\/quaich-other-samples","path":"akka-demo\/src\/main\/scala\/codes\/bytes\/quaich\/samples\/plain\/AkkaLambda.scala","text":"<gh_stars>0\npackage codes.bytes.quaich.samples.plain\n\nimport java.io.OutputStream\n\nimport akka.typed.scaladsl.Actor\nimport akka.typed.scaladsl.AskPattern._\nimport akka.typed.{ActorRef, ActorSystem, Behavior}\nimport akka.util.Timeout\nimport codes.bytes.quaich.api.LambdaContext\nimport codes.bytes.quaich.api.direct.{DirectLambda, DirectLambdaHandler}\nimport org.json4s.JValue\nimport org.json4s.JsonAST.JString\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\n\nsealed trait NameMsg\n\nfinal case class AddNew(lang: String, replyTo: ActorRef[Array[String]]) extends NameMsg\n\n@DirectLambda\nclass PlainLambda extends DirectLambdaHandler {\n  implicit val timeout = Timeout(1.second)\n\n  val namedBehavior: Behavior[NameMsg] = Actor.mutable[NameMsg](ctx => new NameActor)\n\n  val system: ActorSystem[NameMsg] = ActorSystem(\"hello\", namedBehavior)\n\n  override protected def handleEvent(json: JValue, output: OutputStream)(implicit ctx: LambdaContext) {\n    json match {\n      case JString(lang) =>\n        implicit val scheduler = system.scheduler\n        val results: Future[Array[String]] = system ? { ref => AddNew(lang, ref) }\n        writeJson (output, Await.result (results, timeout.duration) )\n\n      case other =>\n        ctx.log.error(s\"Uncreckognized JSON format\")\n    }\n  }\n}\n\nclass NameActor extends Actor.MutableBehavior[NameMsg] {\n\n  private var names: List[String] = Nil\n\n  override def onMessage(msg: NameMsg): Behavior[NameMsg] = {\n    msg match {\n      case AddNew(lang, replyTo) =>\n        names = lang :: names\n        replyTo ! names.toArray\n    }\n\n    this\n  }\n}"}
{"repo_name":"pdolega\/quaich-other-samples","path":"akka-demo\/src\/test\/scala\/codes\/bytes\/quaich\/samples\/plain\/AkkaClientSpec.scala","text":"<filename>akka-demo\/src\/test\/scala\/codes\/bytes\/quaich\/samples\/plain\/AkkaClientSpec.scala\npackage codes.bytes.quaich.samples.plain\n\nimport com.amazonaws.services.lambda.AWSLambdaClientBuilder\nimport com.amazonaws.services.lambda.invoke.{LambdaFunction, LambdaInvokerFactory}\nimport org.scalatest.{MustMatchers, WordSpec}\n\ntrait HelloLambdaClient {\n  @LambdaFunction(functionName = \"akka-demo\")\n  def fetchNames(lang: String): Array[String]\n\n  @LambdaFunction(functionName = \"akka-demo\")\n  def fetchNamesAsyncNonsense(lang: String): Unit\n}\n\nclass AkkaClientSpec  extends WordSpec with MustMatchers {\n  \"Invoking lambda function\" should {\n    \"work for sync mode\" in {\n\n      val helloLambda = LambdaInvokerFactory.builder\n        .lambdaClient(AWSLambdaClientBuilder.defaultClient)\n        .build(classOf[HelloLambdaClient])\n\n      helloLambda.fetchNames(\"idris\")     \/\/ 1\n      helloLambda.fetchNamesAsyncNonsense(\"rust\")   \/\/ 2\n\n      val start1 = System.currentTimeMillis()\n      val result = helloLambda.fetchNames(\"clojure\")    \/\/ 3\n      println(result.mkString(\" * \") + s\" (number: ${result.length})\")\n      println(s\"Execution 1 took: ${System.currentTimeMillis() - start1} ms\")\n\n      val start2 = System.currentTimeMillis()\n      println(helloLambda.fetchNamesAsyncNonsense(\"eliksir\"))     \/\/ 4\n      println(s\"Execution 2 took: ${System.currentTimeMillis() - start2} ms\")\n    }\n  }\n}\n\n"}
{"repo_name":"pdolega\/quaich-other-samples","path":"project\/plugins.sbt","text":"<gh_stars>0\nlogLevel := Level.Info\n\nresolvers += \"Artima Maven Repository\" at \"http:\/\/repo.artima.com\/releases\"\n\nresolvers += Resolver.url(\"dancingrobot84-bintray\", url(\"http:\/\/dl.bintray.com\/dancingrobot84\/sbt-plugins\/\"))(Resolver.ivyStylePatterns)\n\nresolvers += Resolver.url(\"quaich-bintray\", url(\"https:\/\/dl.bintray.com\/quaich\/sbt-plugins\"))(Resolver.ivyStylePatterns)\n\nresolvers += Resolver.jcenterRepo\n\naddSbtPlugin(\"com.dancingrobot84\" % \"sbt-idea-plugin\" % \"0.4.0\")\n\naddSbtPlugin(\"me.lessis\" % \"bintray-sbt\" % \"0.3.0\")\n\/\/addSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\" % \"0.5.0\")\n\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.8.2\")\n\nval quartercaskVersion = \"0.0.4-SNAPSHOT\"\n\naddSbtPlugin(\"codes.bytes\" % \"sbt-quartercask-lambda\" % quartercaskVersion)\naddSbtPlugin(\"codes.bytes\" % \"sbt-quartercask-api-gateway\" % quartercaskVersion)"}
{"repo_name":"pdolega\/quaich-other-samples","path":"plain-demo\/src\/test\/scala\/codes\/bytes\/quaich\/samples\/plain\/PlainClientSpec.scala","text":"package codes.bytes.quaich.samples.plain\n\nimport com.amazonaws.services.lambda.AWSLambdaClientBuilder\nimport com.amazonaws.services.lambda.invoke.{LambdaFunction, LambdaInvokerFactory}\nimport com.amazonaws.services.lambda.model.InvocationType\nimport org.scalatest.{MustMatchers, WordSpec}\n\ntrait HelloLambdaClient {\n  @LambdaFunction(functionName = \"plain-demo\")\n  def fetchNames(): String\n\n  @LambdaFunction(functionName = \"plain-demo\", invocationType = InvocationType.Event)\n  def fetchNamesAsyncNonsense(): Unit\n}\n\nclass PlainClientSpec  extends WordSpec with MustMatchers {\n  \"Invoking lambda function\" should {\n    \"work for sync mode\" in {\n\n      val helloLambda = LambdaInvokerFactory.builder\n        .lambdaClient(AWSLambdaClientBuilder.defaultClient)\n        .build(classOf[HelloLambdaClient])\n\n      println(helloLambda.fetchNames())       \/\/ 1\n\n      val start1 = System.currentTimeMillis()\n      println(helloLambda.fetchNames())       \/\/ 2\n      println(s\"Execution 1 took: ${System.currentTimeMillis() - start1} ms\")\n    }\n\n    \"multiple calls - one after the other\" in {\n      val helloLambda = LambdaInvokerFactory.builder\n        .lambdaClient(AWSLambdaClientBuilder.defaultClient)\n        .build(classOf[HelloLambdaClient])\n\n      println(helloLambda.fetchNames())       \/\/ 1\n      println(helloLambda.fetchNames())       \/\/ 2\n      println(helloLambda.fetchNames())       \/\/ 3\n      println(helloLambda.fetchNames())       \/\/ 4\n      println(helloLambda.fetchNames())       \/\/ 5\n      println(helloLambda.fetchNames())       \/\/ 7\n      println(helloLambda.fetchNames())       \/\/ 8\n\n      val start2 = System.currentTimeMillis()\n      println(helloLambda.fetchNamesAsyncNonsense()) \/\/ 9\n      println(s\"Execution (async) took: ${System.currentTimeMillis() - start2} ms\")\n    }\n  }\n}\n\n"}
{"repo_name":"pdolega\/quaich-other-samples","path":"build.sbt","text":"<gh_stars>0\nimport sbt.Keys.{libraryDependencies}\n\nname := \"quaich-other-samples\"\n\nval projectVersion        = \"0.0.4-SNAPSHOT\"\n\nparallelExecution in ThisBuild := false\n\nlazy val commonSettings = Seq(\n  organization := \"codes.bytes\",\n  version := projectVersion,\n  scalaVersion := \"2.12.2\",\n  retrieveManaged := true,\n\n  libraryDependencies ++= Seq(\n    \"codes.bytes\" %% \"quaich-http\" % projectVersion,\n\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.1.7\" % Test,\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.0\" % Test,\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.5.0\" % Test\n  ),\n  scalacOptions := Seq(\n    \"-encoding\",\n    \"UTF-8\",\n    \"-target:jvm-1.8\",\n    \"-deprecation\",\n    \"-language:_\"\n  ),\n  fork in (Test, run) := true\n)\n\nlazy val root = (project in file(\".\")).\n  settings(commonSettings: _*).\n  settings(\n    name := \"quaich-other-samples\",\n    version := projectVersion\n  ).\n  aggregate(\n    util, plainDemo, akkaDemo\n  )\n\nlazy val util = (project in file(\"util\")).\n  settings(commonSettings: _*).\n  settings(\n    name := \"util\",\n    libraryDependencies ++= Seq(\n    )\n  )\n\nlazy val plainDemo = (project in file(\"plain-demo\")).\n  settings(commonSettings: _*).\n  settings(quaichMacroSettings: _*).\n  settings(\n    name := \"plain-demo\",\n    createAutomatically := true,\n\n    awsLambdaMemory := 192,\n    awsLambdaTimeout := 30,\n    region := \"eu-west-1\",\n\n    publishArtifact in (Compile, packageDoc) := false,\n\n    libraryDependencies ++= Seq(\n      \/\/ Lambda client libs\n      \"com.amazonaws\" % \"aws-java-sdk-lambda\" % \"1.11.123\"\n    )\n  ).\n  dependsOn(util).\n  enablePlugins(AWSLambdaPlugin, AwsApiGatewayPlugin)\n\nlazy val akkaDemo = (project in file(\"akka-demo\")).\n  settings(commonSettings: _*).\n  settings(quaichMacroSettings: _*).\n  settings(\n    name := \"akka-demo\",\n    createAutomatically := true,\n\n    awsLambdaMemory := 192,\n    awsLambdaTimeout := 30,\n    region := \"eu-west-1\",\n\n    publishArtifact in (Compile, packageDoc) := false,\n\n    libraryDependencies ++= Seq(\n      \/\/ Lambda client libs\n      \"com.amazonaws\" % \"aws-java-sdk-lambda\" % \"1.11.123\",\n\n      \"com.typesafe.akka\" %% \"akka-typed\" % \"2.5.2\"\n    )\n  ).\n  dependsOn(util).\n  enablePlugins(AWSLambdaPlugin, AwsApiGatewayPlugin)\n\n\n\n"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/SparkDFReadExample.scala","text":"import org.apache.ignite.Ignition\nimport org.apache.ignite.configuration.CacheConfiguration\nimport org.apache.ignite.spark.IgniteDataFrameSettings._\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.sql.SparkSession\n\n\n\nobject SparkDFReadExample extends App {\n  println(\"Reading DF from ignite cache\")\n  val CONFIG = getClass.getResource(\"\/cache.xml\").getPath\n  val tableName = \"iot_data\"\n\n  Ignition.setClientMode(true)\n  val ignite = Ignition.start(CONFIG)\n\n  val spark = SparkSession\n    .builder()\n    .appName(\"Ignite Data Consumer\")\n    .master(\"local\")\n    .getOrCreate()\n\n\n\n  Logger.getRootLogger.setLevel(Level.OFF)\n  Logger.getLogger(\"org.apache.ignite\").setLevel(Level.OFF)\n\n  val df1 = spark.read\n    .format(FORMAT_IGNITE) \/\/Data source type.\n    .option(OPTION_TABLE, tableName) \/\/Table to read.\n    .option(OPTION_CONFIG_FILE, CONFIG) \/\/Ignite config.\n    .load()\n\n  println(\"***********************************************************************\")\n  df1.show()\n  println(\"***********************************************************************\")\n\n  ignite.close()\n}\n\n"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"build.sbt","text":"name := \"Ignite2-5-Examples\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.11.12\"\n\nresolvers += Resolver.mavenLocal\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-sql_2.11\" % \"2.2.1\"\nlibraryDependencies += \"org.apache.ignite\" % \"ignite-spark\" % \"2.5.0-SNAPSHOT\"\nlibraryDependencies += \"org.apache.flink\" % \"flink-scala_2.11\" % \"1.4.0\"\nlibraryDependencies += \"org.apache.flink\" % \"flink-clients_2.11\" % \"1.4.0\"\nlibraryDependencies += \"org.apache.flink\" % \"flink-table_2.11\" % \"1.4.0\""}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/SparkDFWriteExample.scala","text":"import org.apache.ignite.spark.IgniteDataFrameSettings._\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.sql.SparkSession\n\n\nobject SparkDFWriteExample extends App {\n\n  println(\"Example to write DF in ignite cache\")\n\n  val tableName = \"iot_data\"\n  val CONFIG = getClass.getResource(\"\/cache.xml\").getPath\n\n  import org.apache.ignite.Ignition\n\n  Ignition.setClientMode(true)\n  val ignite = Ignition.start(CONFIG)\n\n  val spark = SparkSession\n    .builder()\n    .appName(\"Ignite Data Producer\")\n    .master(\"local\")\n    .getOrCreate()\n\n\n  Logger.getRootLogger.setLevel(Level.INFO)\n  Logger.getLogger(\"org.apache.ignite\").setLevel(Level.INFO)\n\n  \/\/ For implicit conversions like converting RDDs to DataFrames\n  import spark.implicits._\n\n    val df = InputDataLoader.load[DeviceIoTData](spark, getClass.getResource(\"\/iot_devices.json\").getPath).toDF()\n\n    println()\n    println(\"Writing Data Frame to Ignite:\")\n    println()\n\n    \/\/Writing content of data frame to Ignite.\n\n  df.write\n      .format(FORMAT_IGNITE)\n      .option(OPTION_CONFIG_FILE, CONFIG)\n      .option(OPTION_TABLE, tableName)\n      .option(OPTION_CREATE_TABLE_PRIMARY_KEY_FIELDS, \"device_id\")\n      .option(OPTION_CREATE_TABLE_PARAMETERS, \"template=replicated\")\n      .save()\n\n    println(\"Done!\")\n    ignite.close()\n}\n\n\n\n\n\n\n\n\n\n"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/InputDataLoader.scala","text":"import org.apache.spark.sql.{Encoder, SparkSession}\n\nobject InputDataLoader {\n  def load[T <: Product : Encoder](spark: SparkSession, pathToData: String) = {\n    spark.read.json(pathToData).as[T]\n  }\n}"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/IgniteCacheExample.scala","text":"<reponame>hashmapinc\/Ignite2.5.0Examples<gh_stars>1-10\nimport org.apache.ignite.Ignition\nimport org.apache.ignite.cache.query.SqlFieldsQuery\nimport org.apache.ignite.configuration.CacheConfiguration\nimport org.apache.log4j.{Level, Logger}\nimport scala.collection.JavaConversions._\n\nobject IgniteCacheExample extends App {\n\n\n  println(\"Reading cache value directly from ignite\")\n\n  val CACHE_NAME = \"testCache\"\n  val tableName = \"iot_data\"\n\n  val CONFIG = getClass.getResource(\"\/cache.xml\").getPath\n\n  Ignition.setClientMode(true)\n  val ignite = Ignition.start(CONFIG)\n\n\n  val ccfg = new CacheConfiguration[Any, Any](CACHE_NAME)\n  val cache = ignite.getOrCreateCache(ccfg)\n\n\n  Logger.getRootLogger.setLevel(Level.OFF)\n  Logger.getLogger(\"org.apache.ignite\").setLevel(Level.OFF)\n\n  println()\n  println(\"Reading data from Ignite table:\")\n  println()\n\n  \/\/val cache = ignite.cache[Any, Any](CACHE_NAME)\n\n  private val cursor = cache.query(new SqlFieldsQuery(s\"SELECT * FROM $tableName limit 20\"))\n  val clCnt = cursor.getColumnsCount()\n  val fNames = (0 until clCnt).map(cursor.getFieldName(_))\n  val data = cache.query(new SqlFieldsQuery(s\"SELECT * FROM $tableName limit 20\")).getAll\n\n  println(\"***********************************************************************\")\n  println(fNames.mkString(\"[\", \", \", \"]\"))\n  data.foreach { row \u21d2 println(row.mkString(\"[\", \", \", \"]\")) }\n  println(\"***********************************************************************\")\n\n  ignite.close()\n\n}\n"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/FlinkExample.scala","text":"import org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.api.scala.{DataSet, ExecutionEnvironment}\nimport org.apache.ignite.Ignition\nimport org.apache.ignite.cache.query.SqlFieldsQuery\nimport org.apache.ignite.configuration.CacheConfiguration\nimport org.apache.log4j.{Level, Logger}\n\nimport scala.collection.JavaConversions._\n\nobject FlinkExample extends App {\n\n  println(\"Reading cache value from flink\")\n\n  val CACHE_NAME = \"testCache\"\n  val tableName = \"iot_data\"\n\n  val CONFIG = getClass.getResource(\"\/cache.xml\").getPath\n\n  Ignition.setClientMode(true)\n  val ignite = Ignition.start(CONFIG)\n  val ccfg = new CacheConfiguration[Any, Any](CACHE_NAME).setSqlSchema(\"PUBLIC\")\n\n  ignite.getOrCreateCache(ccfg)\n\n\n  Logger.getRootLogger.setLevel(Level.OFF)\n  Logger.getLogger(\"org.apache.ignite\").setLevel(Level.OFF)\n\n  \/\/ For implicit conversions like converting RDDs to DataFrames\n\n  println()\n  println(\"Reading data from Ignite table:\")\n  println()\n\n  val cache = ignite.cache[Any, Any](CACHE_NAME)\n\n  val cursor = cache.query(new SqlFieldsQuery(s\"SELECT * FROM $tableName limit 1\"))\n  val clCnt = cursor.getColumnsCount()\n  val fNames = (0 until clCnt).map(cursor.getFieldName(_))\n  val data = cache.query(new SqlFieldsQuery(s\"SELECT * FROM $tableName limit 20\")).getAll\n  val data1: List[List[String]] = data.toList.map(_.map(_.toString).toList)\n\n  println()\n  println(\"Reading data as Dataset of flink\")\n  println()\n\n\n  val env = ExecutionEnvironment.getExecutionEnvironment\n\n  implicit val typeInfo = TypeInformation.of(classOf[List[String]])\n  val dataset: DataSet[List[String]] = env.fromCollection(data1)\n\n  println(\"***********************************************************************\")\n  println(fNames.mkString(\"[\", \", \", \"]\"))\n  dataset.print()\n  println(\"***********************************************************************\")\n\n  ignite.close()\n\n}\n"}
{"repo_name":"hashmapinc\/Ignite2.5.0Examples","path":"src\/main\/scala\/DeviceIoTData.scala","text":"case class DeviceIoTData (battery_level: Long, c02_level: Long, cca2: String,\n                          cca3: String, cn: String, device_id: Long, device_name: String,\n                          humidity: Long, ip: String, latitude: Double, lcd: String, longitude: Double,\n                          scale:String, temp: Long, timestamp: Long)"}
{"repo_name":"stremlenye\/cats","path":"tests\/src\/test\/scala-2.13+\/cats\/tests\/ScalaVersionSpecific.scala","text":"<filename>tests\/src\/test\/scala-2.13+\/cats\/tests\/ScalaVersionSpecific.scala\npackage cats\npackage tests\n\nimport cats.data.{NonEmptyLazyList, OneAnd, ZipLazyList}\nimport cats.instances.lazyList._\nimport cats.laws.discipline.{NonEmptyParallelTests, ParallelTests}\nimport cats.laws.discipline.arbitrary._\n\ntrait ScalaVersionSpecificFoldableSuite { self: FoldableSuiteAdditional =>\n  test(\"Foldable[LazyList].foldM stack safety\") {\n    checkMonadicFoldsStackSafety[LazyList](_.to(LazyList))\n  }\n\n  test(\"Foldable[NonEmptyLazyList].foldM\/existsM\/forallM\/findM\/collectFirstSomeM stack safety\") {\n    checkMonadicFoldsStackSafety[NonEmptyLazyList](xs => NonEmptyLazyList(xs.head, xs.tail: _*))\n  }\n\n  private def bombLazyList[A]: A = sys.error(\"boom\")\n  private val dangerousLazyList = 0 #:: 1 #:: 2 #:: bombLazyList[Int] #:: LazyList.empty\n  private def boomLazyList[A]: LazyList[A] =\n    bombLazyList[A] #:: LazyList.empty\n  test(\"Foldable[LazyList] doesn't blow up\") {\n\n    \/\/ doesn't blow up - this also ensures it works for infinite streams.\n    assert(contains(dangerousLazyList, 2).value)\n  }\n\n  test(\"Foldable[LazyList] lazy results don't blow up unless you call .value on them\") {\n    contains(dangerousLazyList, -1)\n  }\n\n  test(\"Foldable[LazyList] param to foldRight is actually being handled lazily\") {\n    \/\/ ensure that the . it only needs to be evaluated if we reach the\n    \/\/ \"end\" of the fold.\n    val trap = Eval.later(bombLazyList[Boolean])\n    val result = Foldable[LazyList].foldRight(1 #:: 2 #:: LazyList.empty, trap) { (n, lb) =>\n      if (n == 2) Now(true) else lb\n    }\n    assert(result.value)\n  }\n\n  test(\"Foldable[LazyList]  trampolining\") {\n    val large = LazyList((1 to 10000): _*)\n    assert(contains(large, 10000).value)\n  }\n\n  test(\"Foldable[LazyList] laziness of foldM\") {\n    dangerous.foldM(0)((acc, a) => if (a < 2) Some(acc + a) else None) should ===(None)\n  }\n\n  def foldableLazyListWithDefaultImpl = new Foldable[LazyList] {\n    def foldLeft[A, B](fa: LazyList[A], b: B)(f: (B, A) => B): B =\n      Foldable[LazyList].foldLeft(fa, b)(f)\n\n    def foldRight[A, B](fa: LazyList[A], lb: Eval[B])(f: (A, Eval[B]) => Eval[B]): Eval[B] =\n      Foldable[LazyList].foldRight(fa, lb)(f)\n  }\n\n  test(\"Foldable[LazyList].foldLeftM short-circuiting\") {\n    implicit val F = foldableLazyListWithDefaultImpl\n    val ns = LazyList.continually(1)\n    val res = F.foldLeftM[Either[Int, *], Int, Int](ns, 0) { (sum, n) =>\n      if (sum >= 100000) Left(sum) else Right(sum + n)\n    }\n    assert(res == Left(100000))\n  }\n\n  test(\"Foldable[LazyList].foldLeftM short-circuiting optimality\") {\n    implicit val F = foldableLazyListWithDefaultImpl\n\n    \/\/ test that no more elements are evaluated than absolutely necessary\n\n    def concatUntil(ss: LazyList[String], stop: String): Either[String, String] =\n      F.foldLeftM[Either[String, *], String, String](ss, \"\") { (acc, s) =>\n        if (s == stop) Left(acc) else Right(acc + s)\n      }\n\n    assert(concatUntil(\"STOP\" #:: boomLazyList[String], \"STOP\") == Left(\"\"))\n    assert(concatUntil(\"Zero\" #:: \"STOP\" #:: boomLazyList[String], \"STOP\") == Left(\"Zero\"))\n    assert(concatUntil(\"Zero\" #:: \"One\" #:: \"STOP\" #:: boomLazyList[String], \"STOP\") == Left(\"ZeroOne\"))\n  }\n\n  test(\"Foldable[LazyList].existsM\/.forallM short-circuiting\") {\n    implicit val F = foldableLazyListWithDefaultImpl\n    assert(F.existsM[Id, Boolean](true #:: boomLazyList[Boolean])(identity) == true)\n    assert(F.forallM[Id, Boolean](false #:: boomLazyList[Boolean])(identity) == false)\n  }\n\n  test(\"Foldable[LazyList].findM\/.collectFirstSomeM short-circuiting\") {\n    implicit val F = foldableLazyListWithDefaultImpl\n    assert((1 #:: boomLazyList[Int]).findM[Id](_ > 0) == Some(1))\n    assert((1 #:: boomLazyList[Int]).collectFirstSomeM[Id, Int](Option.apply) == Some(1))\n  }\n}\n\ntrait ScalaVersionSpecificParallelSuite { self: ParallelSuite =>\n  test(\"ParMap over LazyList should be consistent with zip\") {\n    forAll { (as: LazyList[Int], bs: LazyList[Int], cs: LazyList[Int]) =>\n      val zipped = as\n        .zip(bs)\n        .map {\n          case (a, b) => a + b\n        }\n        .zip(cs)\n        .map {\n          case (a, b) => a + b\n        }\n\n      (as, bs, cs).parMapN(_ + _ + _) should ===(zipped)\n    }\n  }\n\n  test(\"ParTupled of LazyList should be consistent with ParMap of Tuple.apply\") {\n    forAll { (fa: LazyList[Int], fb: LazyList[Int], fc: LazyList[Int], fd: LazyList[Int]) =>\n      (fa, fb, fc, fd).parTupled should ===((fa, fb, fc, fd).parMapN(Tuple4.apply))\n    }\n  }\n\n  test(\"ParTupled of LazyList should be consistent with zip\") {\n    forAll { (fa: LazyList[Int], fb: LazyList[Int], fc: LazyList[Int], fd: LazyList[Int]) =>\n      (fa, fb, fc, fd).parTupled should ===(fa.zip(fb).zip(fc).zip(fd).map { case (((a, b), c), d) => (a, b, c, d) })\n    }\n  }\n\n  \/\/ Can't test Parallel here, as Applicative[ZipLazyList].pure doesn't terminate\n  checkAll(\"Parallel[LazyList, ZipLazyList]\",\n           NonEmptyParallelTests[LazyList, ZipLazyList].nonEmptyParallel[Int, String])\n\n  checkAll(\"Parallel[NonEmptyLazyList, OneAnd[ZipLazyList, *]]\",\n           ParallelTests[NonEmptyLazyList, OneAnd[ZipLazyList, *]].parallel[Int, String])\n}\n\ntrait ScalaVersionSpecificRegressionSuite { self: RegressionSuite =>\n  test(\"#513: traverse short circuits - Either (for LazyList)\") {\n    var count = 0\n    def validate(i: Int): Either[String, Int] = {\n      count = count + 1\n      if (i < 5) Either.right(i) else Either.left(s\"$i is greater than 5\")\n    }\n\n    def checkAndResetCount(expected: Int): Unit = {\n      count should ===(expected)\n      count = 0\n    }\n\n    LazyList(1, 2, 6, 8).traverse(validate) should ===(Either.left(\"6 is greater than 5\"))\n    \/\/ shouldn't have ever evaluted validate(8)\n    checkAndResetCount(3)\n\n    LazyList(1, 2, 6, 8).traverse_(validate) should ===(Either.left(\"6 is greater than 5\"))\n    checkAndResetCount(3)\n  }\n}\n\ntrait ScalaVersionSpecificTraverseSuite { self: TraverseSuiteAdditional =>\n  test(\"Traverse[LazyList].zipWithIndex stack safety\") {\n    checkZipWithIndexedStackSafety[LazyList](_.to(LazyList))\n  }\n}\n\nclass TraverseLazyListSuite extends TraverseSuite[LazyList](\"LazyList\")\nclass TraverseLazyListSuiteUnderlying extends TraverseSuite.Underlying[LazyList](\"LazyList\")\n"}
{"repo_name":"stremlenye\/cats","path":"laws\/src\/main\/scala\/cats\/laws\/ParallelLaws.scala","text":"package cats\npackage laws\n\n\/**\n * Laws that must be obeyed by any `cats.Parallel`.\n *\/\ntrait ParallelLaws[M[_], F[_]] extends NonEmptyParallelLaws[M, F] {\n  def P: Parallel.Aux[M, F]\n\n  def isomorphicPure[A](a: A): IsEq[F[A]] =\n    P.applicative.pure(a) <-> P.parallel(P.monad.pure(a))\n}\n\nobject ParallelLaws {\n  def apply[M[_], F[_]](implicit ev: Parallel.Aux[M, F]): ParallelLaws[M, F] =\n    new ParallelLaws[M, F] { def P: Parallel.Aux[M, F] = ev }\n}\n"}
{"repo_name":"stremlenye\/cats","path":"laws\/src\/main\/scala\/cats\/laws\/discipline\/ParallelTests.scala","text":"<reponame>stremlenye\/cats\npackage cats\npackage laws\npackage discipline\n\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\n\ntrait ParallelTests[M[_], F[_]] extends NonEmptyParallelTests[M, F] {\n  def laws: ParallelLaws[M, F]\n\n  def parallel[A, B](implicit ArbA: Arbitrary[A],\n                     ArbM: Arbitrary[M[A]],\n                     ArbMb: Arbitrary[M[B]],\n                     Arbf: Arbitrary[A => B],\n                     EqMa: Eq[M[A]],\n                     EqMb: Eq[M[B]],\n                     ArbF: Arbitrary[F[A]],\n                     EqFa: Eq[F[A]]): RuleSet =\n    new DefaultRuleSet(\n      \"parallel\",\n      Some(nonEmptyParallel[A, B]),\n      \"isomorphic pure\" -> forAll((a: A) => laws.isomorphicPure(a))\n    )\n}\n\nobject ParallelTests {\n  def apply[M[_], F[_]](implicit ev: Parallel.Aux[M, F]): ParallelTests[M, F] =\n    new ParallelTests[M, F] { val laws: ParallelLaws[M, F] = ParallelLaws[M, F] }\n}\n"}
{"repo_name":"stremlenye\/cats","path":"laws\/src\/main\/scala\/cats\/laws\/NonEmptyParallelLaws.scala","text":"package cats\npackage laws\n\n\/**\n * Laws that must be obeyed by any `cats.NonEmptyParallel`.\n *\/\ntrait NonEmptyParallelLaws[M[_], F[_]] {\n  def P: NonEmptyParallel.Aux[M, F]\n\n  def parallelRoundTrip[A](ma: M[A]): IsEq[M[A]] =\n    P.sequential(P.parallel(ma)) <-> ma\n\n  def sequentialRoundTrip[A](fa: F[A]): IsEq[F[A]] =\n    P.parallel(P.sequential(fa)) <-> fa\n\n  def isomorphicFunctor[A, B](fa: F[A], f: A => B): IsEq[M[B]] =\n    P.flatMap.map(P.sequential(fa))(f) <-> P.sequential(P.apply.map(fa)(f))\n}\n\nobject NonEmptyParallelLaws {\n  def apply[M[_], F[_]](implicit ev: NonEmptyParallel.Aux[M, F]): NonEmptyParallelLaws[M, F] =\n    new NonEmptyParallelLaws[M, F] { def P: NonEmptyParallel.Aux[M, F] = ev }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"project\/plugins.sbt","text":"<reponame>divanvisagie\/vote\naddSbtPlugin(\"io.get-coursier\" % \"sbt-coursier\" % \"1.0.0-M15\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.2.0-M8\")\n\n\naddSbtPlugin(\"org.flywaydb\" % \"flyway-sbt\" % \"4.1.2\")\n\nresolvers += \"Flyway\" at \"https:\/\/flywaydb.org\/repo\""}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/injector\/Provider.scala","text":"package com.dvisagie.vote.injector\n\nimport com.dvisagie.vote.repositories.UserRepository\nimport slick.jdbc.PostgresProfile.api._\n\ntrait Provider {\n  def userRepository: UserRepository\n  val database: Database\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/test\/scala\/com\/dvisagie\/UserEndpointSpec.scala","text":"<reponame>divanvisagie\/vote\npackage com.dvisagie\n\nimport java.util.UUID\n\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport._\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport akka.util.Timeout\nimport com.dvisagie.vote.users.UserControllerActor.{CreateUserRequest, CreationRequestResponse, UserResponse}\nimport com.dvisagie.vote.repositories.UserRepository\nimport com.dvisagie.vote.injector.Provider\nimport com.dvisagie.vote.users.{RegistrationActor, UserRoutes}\nimport org.scalatest._\nimport org.scalatest.mockito.MockitoSugar\nimport org.mockito.Mockito._\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration._\n\nimport io.circe.generic.auto._\n\n\nclass UserEndpointSpec extends FlatSpec with Matchers with ScalatestRouteTest with UserRoutes {\n  class MockProvider extends Provider with MockitoSugar {\n    import slick.jdbc.PostgresProfile.api.Database\n\n    val userRepository: UserRepository = mock[UserRepository]\n    val dolores = Some(UserResponse(\"dolores\",\"Dolores\",\"Abernathy\"))\n    when(userRepository.getUserForId(UUID.fromString(\"00000000-0000-0000-0000-000000000000\"))) thenReturn dolores\n    when(userRepository.getUserForUsername(\"dolores\")) thenReturn dolores\n    when(userRepository.getUserForUsername(\"jack\")) thenReturn None\n\n    override val database: Database = mock[Database]\n  }\n\n\n  implicit val timeout: Timeout = Timeout(10.seconds)\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n\n  val provider = new MockProvider()\n\n  val expectedCreationResponse = CreationRequestResponse(\"message received\", \"dolores\")\n  val expectedUserResponse = UserResponse(\"dolores\",\"Dolores\",\"Abernathy\")\n\n  \"Create User\" should \"respond with success message\" in {\n    val createUserRequest = RegistrationActor.UserRegistrationRequest(\n      username = \"dolores\",\n      email = \"<EMAIL>\",\n      password = \"<PASSWORD>\"\n    )\n\n    Post(\"\/api\/user\", createUserRequest) ~> userRoutes ~> check {\n      handled shouldEqual true\n      status shouldEqual StatusCodes.Created\n    }\n  }\n\n  \"Get User with valid id\" should \"respond with user object\" in {\n    val id = UUID.fromString(\"00000000-0000-0000-0000-000000000000\")\n    Get(s\"\/api\/user\/$id\") ~> userRoutes ~> check {\n      handled shouldEqual true\n      status shouldEqual StatusCodes.OK\n      responseAs[UserResponse] shouldBe expectedUserResponse\n    }\n  }\n\n  \"Get User with invalid username\" should \"respond with user object\" in {\n    val username = \"jack\"\n    Get(s\"\/api\/user\/$username\") ~> userRoutes ~> check {\n      handled shouldEqual true\n      status shouldEqual StatusCodes.NotFound\n    }\n  }\n\n  \"Get User with valid username\" should \"respond with user object\" in {\n    val username = \"dolores\"\n    Get(s\"\/api\/user\/$username\") ~> userRoutes ~> check {\n      handled shouldEqual true\n      status shouldEqual StatusCodes.OK\n    }\n  }\n\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/RouteSupport.scala","text":"package com.dvisagie.vote\n\nimport akka.actor.ActorSystem\nimport akka.util.Timeout\nimport com.dvisagie.vote.injector.Provider\nimport de.heikoseeberger.akkahttpcirce.FailFastCirceSupport\n\nimport scala.concurrent.ExecutionContext\n\ntrait RouteSupport extends FailFastCirceSupport {\n\n  implicit val provider: Provider\n  implicit val system: ActorSystem\n  implicit val timeout: Timeout\n  implicit val executionContext: ExecutionContext\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/users\/UserControllerActor.scala","text":"package com.dvisagie.vote.users\n\nimport java.util.UUID\n\nimport akka.actor.{Actor, ReceiveTimeout}\nimport com.dvisagie.vote.injector.Provider\nimport com.dvisagie.vote.repositories.UserRepository\n\nimport scala.concurrent.duration._\n\nclass UserControllerActor(implicit provider: Provider) extends Actor {\n  import UserControllerActor._\n  context.setReceiveTimeout(5.seconds)\n\n  val userRepository: UserRepository = provider.userRepository\n\n  def receive: Receive = {\n    case createUserRequest: CreateUserRequest =>\n      sender() ! CreationRequestResponse(\"message received\", createUserRequest.username)\n      context stop self\n    case id: UUID =>\n      sender() ! userRepository.getUserForId(id)\n      context stop self\n    case username: String =>\n      sender() ! userRepository.getUserForUsername(username)\n      context stop self\n    case ReceiveTimeout =>\n      context stop self\n  }\n}\n\nobject UserControllerActor {\n\n  final case class CreateUserRequest(\n    username: String,\n    firstNames: String,\n    lastName: String,\n    email: String)\n\n  final case class CreationRequestResponse(\n    message: String,\n    username: String)\n\n  final case class UserResponse(\n    username: String,\n    firstNames: String,\n    lastNames: String)\n}"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/authentication\/LoginRoutes.scala","text":"package com.dvisagie.vote.authentication\n\nimport akka.http.scaladsl.server.Directives.{complete, path, post, _}\nimport akka.http.scaladsl.server.Route\nimport com.dvisagie.vote.RouteSupport\n\ntrait LoginRoutes extends RouteSupport {\n\n  val loginRoutes: Route =\n    path (\"api\" \/ \"login\") {\n      post {\n\n         complete(\"ok\")\n\/\/        entity(as[LoginActor.LoginRequest]) { message =>\n\/\/          onComplete(system.actorOf(Props(new LoginActor)) ? message) {\n\/\/            case Success(_) => complete(\"ok\")\n\/\/            case Failure(ex) => complete((InternalServerError, s\"An error occurred: ${ex.getMessage}\"))\n\/\/          }\n\/\/        }\n      }\n    }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"build.sbt","text":"<reponame>divanvisagie\/vote<filename>build.sbt\nimport com.typesafe.sbt.packager.docker._\nimport org.flywaydb.sbt.FlywayPlugin.autoImport._\nimport sbt.Keys._\n\nlazy val versions = new {\n  val akka       = \"2.4.16\"\n  val akkaHttp   = \"10.0.1\"\n  val scalatest  = \"3.0.1\"\n  val mockito    = \"1.10.19\"\n  val slick      = \"3.2.0\"\n  val circe      = \"0.7.0\"\n}\n\n\nname := \"vote\"\norganization := \"com.dvisagie\"\nversion := \"1.0\"\nscalaVersion := \"2.12.0\"\n\nscalacOptions := Seq(\"-unchecked\", \"-deprecation\", \"-encoding\", \"utf8\")\n\nflywayUrl := \"jdbc:postgresql:\/\/localhost:5432\/vote\"\nflywayUser := \"postgres\"\nflywayPassword := \"<PASSWORD>\"\n\nenablePlugins(JavaServerAppPackaging)\npackageName in Docker := \"divanvisagie\/vote\"\nversion in Docker := \"1.1.2\"\ndockerCommands += Cmd(\"RUN\",\"apk add --no-cache bash\")\ndockerCommands := Seq(\n  Cmd(\"FROM\", \"openjdk:alpine\"),\n  Cmd(\"WORKDIR\", \"\/opt\/docker\"),\n  Cmd(\"ADD\", \"opt \/opt\"),\n  ExecCmd(\"RUN\" , \"chown\", \"-R\", \"daemon:daemon\", \".\" ),\n  ExecCmd(\"RUN\", \"apk\", \"add\", \"--no-cache\", \"bash\"),\n  Cmd(\"EXPOSE\", \"5000\"),\n  ExecCmd(\"ENTRYPOINT\", \"bin\/vote\")\n)\n\nlibraryDependencies ++=\n  Seq(\n    \"com.typesafe.akka\" %% \"akka-actor\" % versions.akka,\n    \"com.typesafe.akka\" %% \"akka-stream\" % versions.akka,\n    \"com.typesafe.akka\" %% \"akka-testkit\" % versions.akka,\n    \"com.typesafe.akka\" %% \"akka-http\" % versions.akkaHttp,\n    \"com.typesafe.akka\" %% \"akka-http-spray-json\" % versions.akkaHttp,\n    \"com.typesafe.akka\" %% \"akka-http-testkit\" % versions.akkaHttp,\n    \"org.postgresql\" % \"postgresql\" % \"9.3-1100-jdbc4\",\n    \"com.typesafe.slick\" %% \"slick\" % versions.slick,\n    \"org.slf4j\" % \"slf4j-nop\" % \"1.7.7\",\n    \"org.mockito\" % \"mockito-core\" % versions.mockito,\n    \"de.heikoseeberger\" %% \"akka-http-circe\" % \"1.13.0\",\n    \"io.circe\" %% \"circe-generic\" % versions.circe ,\n\n    \"org.mockito\" % \"mockito-core\" % versions.mockito % \"test\",\n    \"org.scalatest\"     %% \"scalatest\" % versions.scalatest % \"test\"\n  )\n\nresolvers += Resolver.bintrayRepo(\"fcomb\", \"maven\")"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/users\/User.scala","text":"package com.dvisagie.vote.users\n\nimport java.time.OffsetDateTime\nimport java.util.UUID\n\ncase class User(\n                 id: UUID,\n                 username: String,\n                 email: String ,\n                 password: String,\n                 salt: String,\n                 createdOn: OffsetDateTime\n               ) {\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/Boot.scala","text":"<gh_stars>1-10\npackage com.dvisagie.vote\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.stream.ActorMaterializer\nimport akka.util.Timeout\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration._\n\nobject Boot extends VoteService {\n\n  implicit val system = ActorSystem(\"user-system\")\n  implicit val timeout: Timeout = Timeout(10.seconds)\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n  implicit val materializer = ActorMaterializer()\n\n  def main(args: Array[String]) {\n    val port = 5000\n    val bindingFuture = Http().bindAndHandle(routes, \"0.0.0.0\", port)\n    println(s\"Server online at http:\/\/localhost:$port\/\")\n\/\/    bindingFuture\n\/\/      .onComplete(e => {\n\/\/        println(s\"Binding failure, terminating: ${e}\")\n\/\/        system.terminate()\n\/\/      }) \/\/ and shutdown when done\n  }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/users\/UserRoutes.scala","text":"package com.dvisagie.vote.users\n\nimport akka.actor.{ActorRef, Props}\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server.Directives.{as, complete, entity, path, post, _}\nimport akka.http.scaladsl.server.Route\nimport akka.pattern.ask\nimport com.dvisagie.vote.RouteSupport\nimport com.dvisagie.vote.users.UserControllerActor.UserResponse\nimport io.circe.generic.auto._\nimport scala.util.{Failure, Success}\n\ntrait UserRoutes extends RouteSupport {\n\n  def userControllerActor: ActorRef = system.actorOf(Props(new UserControllerActor))\n\n  val userRoutes: Route =\n    path (\"api\" \/ \"user\") {\n      post {\n        entity(as[RegistrationActor.UserRegistrationRequest]) { message =>\n          onComplete(system.actorOf(Props(new RegistrationActor)) ? message ) {\n            case Success(_) => complete(Created)\n            case Failure(ex) => complete((InternalServerError, s\"An error occurred: ${ex.getMessage}\"))\n          }\n        }\n      }\n    } ~ path(\"api\" \/ \"user\" \/ JavaUUID) { id =>\n      get {\n        onComplete(userControllerActor ? id) {\n          case Success(userOption) => userOption match {\n            case Some(user: UserResponse) => complete(user)\n            case None => complete(NotFound, \"The user does not exist\")\n          }\n          case Failure(ex) => complete((InternalServerError, s\"An error occurred: ${ex.getMessage}\"))\n        }\n      }\n    } ~ path(\"api\" \/ \"user\" \/ Remaining) { username =>\n      get {\n        onComplete(userControllerActor ? username) {\n          case Success(userOption) => userOption match {\n            case Some(user: UserResponse) => complete(user)\n            case None => complete(NotFound, \"The user does not exist\")\n          }\n          case Failure(ex) => complete((InternalServerError, s\"An error occurred: ${ex.getMessage}\"))\n        }\n      }\n    }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/authentication\/LoginActor.scala","text":"package com.dvisagie.vote.authentication\n\nimport akka.actor.{Actor, ReceiveTimeout}\nimport com.dvisagie.vote.injector.Provider\n\nimport scala.concurrent.duration._\n\nclass LoginActor(implicit provider: Provider) extends Actor {\n  import LoginActor._\n  context.setReceiveTimeout(5.seconds)\n\n  def receive: Receive = {\n    case request: LoginRequest =>\n      sender() ! LoginResponse\n      context stop self\n    case ReceiveTimeout =>\n      context stop self\n  }\n\n}\nobject LoginActor {\n    case class LoginRequest(username: String, password: String)\n    case class LoginResponse(token: String)\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/test\/scala\/com\/dvisagie\/LoginEndpointSpec.scala","text":"<gh_stars>1-10\npackage com.dvisagie\n\n\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport akka.util.Timeout\nimport com.dvisagie.vote.authentication.{LoginActor, LoginRoutes}\nimport com.dvisagie.vote.injector.Provider\nimport com.dvisagie.vote.repositories.UserRepository\nimport io.circe.generic.auto._\nimport org.scalatest._\nimport org.scalatest.mockito.MockitoSugar\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration._\n\nclass LoginEndpointSpec extends FlatSpec with Matchers with ScalatestRouteTest with LoginRoutes {\n  class MockProvider extends Provider with MockitoSugar {\n    import slick.jdbc.PostgresProfile.api.Database\n\n    val userRepository: UserRepository = mock[UserRepository]\n\n    val database: Database = mock[Database]\n  }\n\n\n  implicit val timeout: Timeout = Timeout(10.seconds)\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n\n  val provider = new MockProvider\n\n  \"Login with valid user\" should \"respond with token\" in {\n    val loginRequest = LoginActor.LoginRequest(\"dolores\",\"D0lor35\")\n\n    Post(\"\/api\/login\", loginRequest) ~> loginRoutes ~> check {\n      handled shouldEqual true\n    }\n  }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/PingRoutes.scala","text":"package com.dvisagie.vote\n\nimport akka.http.scaladsl.model.{HttpEntity, _}\nimport akka.http.scaladsl.server.Directives.{complete, path, _}\nimport akka.http.scaladsl.server.Route\n\ntrait PingRoutes {\n  val pingRoutes: Route =\n    path(\"api\" \/ \"ping\") {\n      get {\n        complete(HttpEntity(ContentTypes.`text\/plain(UTF-8)`, \"pong\"))\n      }\n    }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/users\/RegistrationActor.scala","text":"<gh_stars>1-10\npackage com.dvisagie.vote.users\n\nimport akka.actor.{Actor, ReceiveTimeout}\nimport com.dvisagie.vote.injector.Provider\n\nimport scala.concurrent.duration._\n\nclass RegistrationActor(implicit provider: Provider) extends Actor {\n  import RegistrationActor._\n  context.setReceiveTimeout(5.seconds)\n\n\n  def receive: Receive = {\n    case request: UserRegistrationRequest =>\n      sender() ! Unit\n      context stop self\n    case ReceiveTimeout =>\n      context stop self\n  }\n}\nobject RegistrationActor {\n  case class UserRegistrationRequest(username: String, email: String, password: String)\n}"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/VoteService.scala","text":"<gh_stars>1-10\npackage com.dvisagie.vote\n\nimport java.util.UUID\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.Route\nimport akka.util.Timeout\nimport com.dvisagie.vote.authentication.LoginRoutes\nimport com.dvisagie.vote.injector.Provider\nimport com.dvisagie.vote.repositories.{MyUserRepository, UserRepository}\nimport com.dvisagie.vote.users.UserRoutes\nimport spray.json.DefaultJsonProtocol\nimport slick.jdbc.PostgresProfile.api._\n\nimport scala.concurrent.ExecutionContext\n\ntrait Protocols extends DefaultJsonProtocol {\n  implicit val system: ActorSystem\n  implicit val timeout: Timeout\n  implicit val executionContext: ExecutionContext\n}\n\nobject DatabaseModule {\n  val server: String = sys.env.getOrElse(\"PG_INET\",\"localhost:54321\")\n  val username: String = sys.env.getOrElse(\"PG_USERNAME\",\"postgres\")\n  val password: String = sys.env.getOrElse(\"PG_PASSWORD\",\"<PASSWORD>\")\n  val connectionUrl = s\"jdbc:postgresql:\/\/$server\/swissguard?user=$username&password=$password\"\n\n  def provideDatabase: Database =\n    Database.forURL(connectionUrl, driver = \"org.postgresql.Driver\")\n}\n\n\nclass ProviderImpl extends Provider {\n  def userRepository = new MyUserRepository(database)\n\n  val database: _root_.slick.jdbc.PostgresProfile.api.Database = DatabaseModule.provideDatabase\n}\n\n\ntrait VoteService extends UserRoutes with PingRoutes with LoginRoutes {\n  implicit val database: Database = DatabaseModule.provideDatabase\n  implicit val provider: Provider = new ProviderImpl()\n\n  val routes: Route = pingRoutes ~ userRoutes ~ loginRoutes\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/test\/scala\/com\/dvisagie\/PingEndpointTest.scala","text":"<gh_stars>1-10\npackage com.dvisagie\n\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport akka.util.Timeout\nimport com.dvisagie.vote.PingRoutes\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration._\n\nclass PingEndpointTest extends FlatSpec with Matchers with ScalatestRouteTest with PingRoutes {\n  implicit val timeout: Timeout = Timeout(10.seconds)\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n\n  \"Ping get request\" should \"respond with pong message\" in {\n    Get(\"\/api\/ping\") ~> pingRoutes ~> check {\n      handled shouldEqual true\n      status shouldEqual StatusCodes.OK\n    }\n  }\n}\n"}
{"repo_name":"divanvisagie\/vote","path":"src\/main\/scala\/com\/dvisagie\/vote\/repositories\/UserRepository.scala","text":"<gh_stars>1-10\npackage com.dvisagie.vote.repositories\n\nimport java.util.UUID\n\nimport com.dvisagie.vote.users.UserControllerActor.UserResponse\nimport slick.jdbc.PostgresProfile.api.Database\nimport slick.jdbc.PostgresProfile.api._\n\ntrait UserRepository {\n  def getUserForId(id: UUID): Option[UserResponse]\n  def getUserForUsername(username: String): Option[UserResponse]\n}\n\ncase class User(\n                 id: UUID,\n                 username: String,\n                 password: String,\n                 email: String\n               ) {\n}\n\nclass MyUserRepository(database: Database) extends UserRepository {\n\n  private class UserTable(tag: Tag) extends Table[User](tag, \"users\"){\n    def id = column[UUID](\"id\", O.PrimaryKey, O.Unique)\n    def username = column[String](\"username\")\n    def password = column[String](\"password\")\n    def email = column[String](\"email\")\n    def * = (id, username, password, email) <> ((User.apply _).tupled, User.unapply)\n  }\n\n  val fakeResponse = UserResponse(\"someone else\",\"Dolores\",\"Abernathy\")\n\n  def getUserForId(id: UUID): Option[UserResponse] =\n    Some(fakeResponse)\n\n\n  def getUserForUsername(username: String): Option[UserResponse] =\n    Some(fakeResponse)\n\n}"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/Global.scala","text":"<reponame>FLECT-DEV-TEAM\/sqlsync\nimport play.api.GlobalSettings;\r\nimport play.api.Application;\r\nimport java.util.Date;\r\nimport java.io.File;\r\nimport jp.co.flect.util.ResourceGen;\r\nimport scala.language.postfixOps\r\n\r\nobject Global extends GlobalSettings {\r\n\t\r\n\toverride def onStart(app: Application) {\r\n\t\t\/\/Generate messages and messages.ja\r\n\t\tval defaults = new File(\"conf\/messages\");\r\n\t\tval origin = new File(\"conf\/messages.origin\");\r\n\t\tif (origin.lastModified > defaults.lastModified) {\r\n\t\t\tval gen = new ResourceGen(defaults.getParentFile(), \"messages\");\r\n\t\t\tgen.process(origin);\r\n\t\t}\r\n\t\t\r\n\t\timport play.api.libs.concurrent.Akka;\r\n\t\timport play.api.Play.current;\r\n\t\timport scala.concurrent.duration.DurationInt;\r\n\t\timport play.api.libs.concurrent.Execution.Implicits.defaultContext;\r\n\t\timport play.api.libs.ws.WS\r\n\t\t\r\n\t\tval appname = sys.env.get(\"HEROKU_APPLICATION_NAME\");\r\n\t\tif (appname.nonEmpty) {\r\n\t\t\tAkka.system.scheduler.schedule(0 seconds, 10 minutes) {\r\n\t\t\t\tWS.url(\"http:\/\/\" + appname.get + \".herokuapp.com\/assets\/ping.txt\").get()\r\n\t\t\t}\r\n\t\t}\r\n\t\tcontrollers.Application.scheduledTime.calcNextSchedule;\r\n\t}\r\n\t\r\n}\r\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/controllers\/Application.scala","text":"<gh_stars>0\npackage controllers\n\nimport java.util.Date;\nimport java.text.SimpleDateFormat;\nimport play.api.Play.current;\nimport play.api.mvc.Controller;\nimport play.api.mvc.Action;\nimport play.api.db.DB;\nimport play.api.data.Form;\nimport play.api.data.Forms.mapping;\nimport play.api.data.Forms.tuple;\nimport play.api.data.Forms.text;\nimport play.api.data.Forms.optional;\nimport play.api.data.Forms.number;\nimport play.api.data.Forms.boolean;\nimport play.api.libs.json.JsArray;\nimport play.api.i18n.Messages;\n\nimport models.Schedule;\nimport models.SqlInfo;\nimport models.StorageManager;\nimport models.Salesforce;\nimport models.MongoStorageManager;\nimport utils.AccessControl;\nimport utils.RequestUtils;\n\nobject Application extends Controller {\n\t\n\tprivate val man: StorageManager = new MongoStorageManager();\n\tval scheduledTime = Schedule(man);\n\tprintln(\"onStart - scheduled=\" + scheduledTime + \", lastExecuted=\" + man.getDate(\"lastExecuted\"));\n\t\n\tprivate lazy val objectList = {\n\t\tSalesforce(man).listObjectNames;\n\t}\n\t\n\tdef index = AccessControl { implicit request =>\n\t\tOk(views.html.index());\n\t}\n\t\n\tdef main = AccessControl { implicit request =>\n\t\tval list = man.list;\n\t\tval oList = objectList\n\t\tval verifyPage = Salesforce(man).verifyPage;\n\t\tval dragged = request.flash.get(\"dragName\").getOrElse(\"\");\n\t\tOk(views.html.main(list, oList, verifyPage, scheduledTime.scheduledTimeList, dragged))\n\t}\n\t\n\tprivate val form = Form(mapping(\n\t\t\"name\" -> text,\n\t\t\"desc\" -> text,\n\t\t\"sql\" -> text,\n\t\t\"objectName\" -> text,\n\t\t\"externalIdFieldName\" -> text,\n\t\t\"seqNo\" -> number\n\t){ (name, desc, sql, objectName, externalIdFieldName, seqNo) => SqlInfo(name, desc, sql, objectName, externalIdFieldName, new Date(0), new Date(0), seqNo=seqNo)}\n\t { info => Some(info.name, info.desc, info.sql, info.objectName, info.externalIdFieldName, info.seqNo)}\n\t);\n\t\n\t\n\tdef add = AccessControl { implicit request =>\n\t\tval data = form.bindFromRequest;\n\t\tif (data.hasErrors) {\n\t\t\tBadRequest;\n\t\t} else {\n\t\t\tval info = data.get;\n\t\t\tval validation = Salesforce(man).validate(info, false);\n\t\t\tif (validation.hasError) {\n\t\t\t\tOk(validation.msg);\n\t\t\t} else {\n\t\t\t\tman.add(info);\n\t\t\t\tOk(\"OK\");\n\t\t\t}\n\t\t}\n\t}\n\t\n\tdef update = AccessControl { implicit request =>\n\t\tval data = form.bindFromRequest;\n\t\tif (data.hasErrors) {\n\t\t\tBadRequest;\n\t\t} else {\n\t\t\tval oldName = RequestUtils.getPostParam(\"oldName\").get;\n\t\t\tval info = data.get;\n\t\t\tval validation = Salesforce(man).validate(info, true);\n\t\t\tif (validation.hasError) {\n\t\t\t\tOk(validation.msg);\n\t\t\t} else {\n\t\t\t\tval oldInfo = man.get(oldName);\n\t\t\t\tif (oldInfo.isEmpty) {\n\t\t\t\t\tOk(Messages(\"updateTargetNotFound\", oldName));\n\t\t\t\t} else {\n\t\t\t\t\tval newInfo = info.merge(oldInfo.get);\n\t\t\t\t\tman.update(newInfo);\n\t\t\t\t\tOk(\"OK\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\t\n\tdef delete = AccessControl { implicit request =>\n\t\tRequestUtils.getPostParam(\"name\") match {\n\t\t\tcase Some(name) =>\n\t\t\t\tman.remove(name);\n\t\t\t\tOk(\"OK\");\n\t\t\tcase None => BadRequest;\n\t\t}\n\t}\n\t\n\t\n\tdef execute = AccessControl { implicit request =>\n\t\tval data = form.bindFromRequest;\n\t\tif (data.hasErrors) {\n\t\t\tBadRequest(data.errors.mkString(\"<br>\"));\n\t\t} else {\n\t\t\tval info = data.get;\n\t\t\ttry {\n\t\t\t\tval strDate = RequestUtils.getPostParam(\"sql-datetime\").get;\n\t\t\t\tval date = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").parse(strDate);\n\t\t\t\tSalesforce(man).execute(date, new Date(), info);\n\t\t\t\tOk(\"OK\");\n\t\t\t} catch {\n\t\t\t\tcase e: Exception =>\n\t\t\t\t\te.printStackTrace();\n\t\t\t\t\tOk(Option(e.getMessage()).getOrElse(e.toString()));\n\t\t\t}\n\t\t}\n\t}\n\t\n\tdef setScheduleTime = AccessControl { implicit request => \n\t\tval time = RequestUtils.getPostParam(\"scheduledTime\").get\n\t\tscheduledTime.scheduledTime = time;\n\t\tscheduledTime.calcNextSchedule;\n\t\tOk(\"OK\");\n\t}\n\t\n\tdef sort = AccessControl { implicit request =>\n\t\ttry {\n\t\t\tval dragName = RequestUtils.getPostParam(\"dragName\").get\n\t\t\tval names = RequestUtils.getPostParams(\"sortNames\");\n\t\t\tman.sort(names);\n\t\t\tOk(\"OK\").flashing(\"dragName\" -> dragName);\n\t\t} catch {\n\t\t\tcase e: Exception => Ok(e.toString);\n\t\t}\n\t}\n\t\n\tdef exportJob = AccessControl { implicit request =>\n\t\tval list = man.list.map(_.toJson);\n\t\tOk(JsArray(list)).as(\"application\/octet-stream\");\n\t}\n\t\n\tdef importJob = AccessControl { implicit request =>\n\t\trequest.body.asMultipartFormData match {\n\t\t\tcase Some(mdf) =>\n\t\t\t\tmdf.file(\"importFile\") match {\n\t\t\t\t\tcase Some(file) => \n\t\t\t\t\t\ttry  {\n\t\t\t\t\t\t\tval list = man.fromFile(file.ref.file);\n\t\t\t\t\t\t\tval sf = Salesforce(man);\n\t\t\t\t\t\t\tval validateList = list.map(sf.validate(_, true));\n\t\t\t\t\t\t\tif (validateList.exists(_.hasError)) {\n\t\t\t\t\t\t\t\tthrow new IllegalArgumentException(\n\t\t\t\t\t\t\t\t\tvalidateList.foldLeft(\"\") { (ret, v) =>\n\t\t\t\t\t\t\t\t\t\tif (v.msg == null || v.msg == \"\") {\n\t\t\t\t\t\t\t\t\t\t\tret;\n\t\t\t\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\t\t\t\tret + \"\\n\" + v.msg;\n\t\t\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t);\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\tman.removeAll;\n\t\t\t\t\t\t\tlist.foreach(man.add(_));\n\t\t\t\t\t\t\tRedirect(\"\/\");\n\t\t\t\t\t\t} catch {\n\t\t\t\t\t\t\tcase e: Exception => \n\t\t\t\t\t\t\t\te.printStackTrace;\n\t\t\t\t\t\t\t\tOk(e.toString);\n\t\t\t\t\t\t}\n\t\t\t\t\tcase None => BadRequest;\n\t\t\t\t}\n\t\t\tcase None => BadRequest;\n\t\t}\n\t}\n\t\n\tdef setEnabled = AccessControl { implicit request => \n\t\ttry {\n\t\t\tval name = RequestUtils.getPostParam(\"name\").get\n\t\t\tval enabled = RequestUtils.getPostParam(\"enabled\").get;\n\t\t\tval info = man.get(name);\n\t\t\tif (info.isEmpty) {\n\t\t\t\tOk(Messages(\"updateTargetNotFound\", name));\n\t\t\t} else {\n\t\t\t\tval newInfo = info.get.copy(enabled=enabled.toBoolean);\n\t\t\t\tman.update(newInfo);\n\t\t\t\tOk(\"OK\");\n\t\t\t}\n\t\t} catch {\n\t\t\tcase e: Exception => Ok(e.toString);\n\t\t}\n\t}\n\t\n\tprivate val apiForm = Form(tuple(\n\t\t\"date\" -> text,\n\t\t\"name\" -> text,\n\t\t\"msg\" -> optional(text)\n\t));\n\t\n\tdef api = AccessControl { implicit request =>\n\t\tval data = apiForm.bindFromRequest;\n\t\tif (data.hasErrors) {\n\t\t\tBadRequest(data.errors.mkString(\"<br>\"));\n\t\t} else {\n\t\t\tval (dateStr, name, msg) = data.get;\n\t\t\ttry {\n\t\t\t\tval list = if (name == \"*\") {\n\t\t\t\t\tman.list.filter(_.enabled);\n\t\t\t\t} else {\n\t\t\t\t\tman.get(name) match {\n\t\t\t\t\t\tcase Some(info) => List(info);\n\t\t\t\t\t\tcase None => throw new Exception(\"Undefined name: \" + name);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tval listWithDate = if (dateStr.forall(_ == '0')) {\n\t\t\t\t\tlist;\n\t\t\t\t} else {\n\t\t\t\t\tval date = new SimpleDateFormat(\"yyyyMMddHHmmss\").parse(dateStr);\n\t\t\t\t\tlist.map(_.copy(lastExecuted = date));\n\t\t\t\t}\n\t\t\t\tprintln(\"API execute: (\" + name + \", \" + dateStr + \"), msg=\" + msg.getOrElse(\"\") + \", count=\" + list.size);\n\t\t\t\tSalesforce(man).executeAll(listWithDate, new Date());\n\t\t\t\tOk(\"OK\");\n\t\t\t} catch {\n\t\t\t\tcase e: Exception =>\n\t\t\t\t\te.printStackTrace;\n\t\t\t\t\tInternalServerError(e.toString);\n\t\t\t}\n\t\t}\n\t}\n\t\n\tdef list = AccessControl { implicit request =>\n\t\tval list = man.list.map(_.toJsonForApi);\n\t\tOk(JsArray(list)).as(\"application\/json; charset=utf-8\");\n\t}\n}\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/utils\/JqGrid.scala","text":"package utils;\r\n\r\nimport play.api.data.Form;\r\nimport play.api.data.Forms.mapping;\r\nimport play.api.data.Forms.text;\r\nimport play.api.data.Forms.number;\r\nimport play.api.data.Forms.default;\r\n\r\nimport play.api.libs.json.Json.toJson;\r\nimport play.api.libs.json.JsValue;\r\n\r\nobject JqGrid {\r\n\t\r\n\tcase class Parameter(page: Int, rows: Int, sidx: String, sord: String) {\r\n\t\t\r\n\t\tdef sortColumn = sidx;\r\n\t\tdef sortAsc = sord == \"asc\";\r\n\t}\r\n\t\r\n\tval JqGridForm = Form(mapping(\r\n\t\t\"page\" -> default(number, 1),\r\n\t\t\"rows\" -> default(number, 50),\r\n\t\t\"sidx\" -> default(text, \"\"),\r\n\t\t\"sord\" -> default(text, \"asc\")\r\n\t)(Parameter.apply)(Parameter.unapply));\r\n\t\r\n}\r\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"build.sbt","text":"<filename>build.sbt\nname := \"sqlsync\"\r\n\r\nversion := \"1.0-SNAPSHOT\"\r\n\r\nresolvers ++= Seq(\r\n  \"Sonatype snapshots\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/snapshots\",\r\n  \"FLECT Maven Repository on Github\" at \"http:\/\/flect.github.io\/maven-repo\/\"\r\n)\r\n\r\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\r\n\r\nscalaVersion := \"2.11.1\"\r\n\r\nlibraryDependencies ++= Seq(\r\n  ws,\r\n  jdbc,\r\n  anorm,\r\n  cache,\r\n  \"com.novus\" %% \"salat\" % \"1.9.9\",\r\n  \"org.postgresql\" % \"postgresql\" % \"9.3-1102-jdbc41\",\r\n  \"com.google.code.gson\" % \"gson\" % \"2.3.1\",\r\n  \"se.radley\" %% \"play-plugins-salat\" % \"1.5.0\",\r\n  \"org.apache.velocity\" % \"velocity\" % \"1.7\",\r\n  \"log4j\" % \"log4j\" % \"1.2.17\",\r\n  \"commons-lang\" % \"commons-lang\" % \"2.6\",\r\n  \"org.apache.httpcomponents\" % \"httpclient\" % \"4.3.5\",\r\n  \"jp.co.flect\" % \"flectSalesforce\" % \"1.2.1\"\r\n)\r\n\r\nscalacOptions += \"-feature\""}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/models\/StorageManager.scala","text":"<gh_stars>0\npackage models;\r\n\r\nimport java.io.File;\r\nimport java.util.Date;\r\nimport java.util.Calendar;\r\nimport java.text.DecimalFormat;\r\nimport java.text.SimpleDateFormat;\r\nimport se.radley.plugin.salat.Binders.ObjectId;\r\nimport se.radley.plugin.salat.mongoCollection;\r\nimport com.novus.salat.annotations.Key;\r\nimport com.novus.salat.dao.SalatDAO;\r\nimport com.novus.salat.Context;\r\nimport com.novus.salat.StringTypeHintStrategy;\r\nimport com.novus.salat.TypeHintFrequency;\r\nimport com.mongodb.casbah.Imports.MongoDBObject;\r\n\r\nimport play.api.Play;\r\nimport play.api.Play.current;\r\nimport play.api.libs.json.Json;\r\nimport play.api.libs.json.JsArray;\r\nimport play.api.libs.json.JsBoolean;\r\nimport play.api.libs.json.JsValue;\r\nimport play.api.libs.json.JsString;\r\nimport play.api.libs.json.JsNumber;\r\n\r\nimport jp.co.flect.io.FileUtils;\r\n\r\ncase class SqlInfo(\r\n  name: String, desc: String, sql: String, \r\n  objectName: String, externalIdFieldName: String, \r\n  prevExecuted: Date, lastExecuted: Date, \r\n  status: String = \"\", message: String = \"\", \r\n  seqNo: Int, enabled: Boolean = true,\r\n  jobId: Option[String] = None, updateCount: Int = 0, errorCount: Int = 0) {\r\n  \r\n  def update(d: Date, now: Date) = copy(\r\n    prevExecuted = d, \r\n    lastExecuted = now, \r\n    status = \"\", \r\n    message = \"\",\r\n    jobId = None,\r\n    updateCount = 0,\r\n    errorCount = 0\r\n  );\r\n  \r\n  def merge(oldInfo: SqlInfo) = copy(\r\n    prevExecuted = oldInfo.prevExecuted,\r\n    lastExecuted = oldInfo.lastExecuted,\r\n    status = oldInfo.status,\r\n    message = oldInfo.message,\r\n    seqNo = oldInfo.seqNo,\r\n    enabled = oldInfo.enabled,\r\n    jobId = oldInfo.jobId,\r\n    updateCount = oldInfo.updateCount,\r\n    errorCount = oldInfo.errorCount\r\n  );\r\n  \r\n  def toJson: JsValue = {\r\n    val sdf = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\");\r\n    Json.toJson(\r\n      Map(\r\n        \"name\" -> JsString(name),\r\n        \"desc\" -> JsString(desc),\r\n        \"sql\" -> JsString(sql),\r\n        \"objectName\" -> JsString(objectName),\r\n        \"externalIdFieldName\" -> JsString(externalIdFieldName),\r\n        \"prevExecuted\" -> JsString(sdf.format(prevExecuted)),\r\n        \"lastExecuted\" -> JsString(sdf.format(lastExecuted)),\r\n        \"seqNo\" -> JsNumber(seqNo),\r\n        \"enabled\" -> JsBoolean(enabled)\r\n      )\r\n    );\r\n  }\r\n  \r\n  def toJsonForApi: JsValue = {\r\n    val sdf = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\");\r\n    Json.toJson(\r\n      Map(\r\n        \"name\" -> JsString(name),\r\n        \"desc\" -> JsString(desc),\r\n        \"sql\" -> JsString(sql),\r\n        \"objectName\" -> JsString(objectName),\r\n        \"externalIdFieldName\" -> JsString(externalIdFieldName),\r\n        \"prevTargetTime\" -> JsString(sdf.format(prevExecuted)),\r\n        \"nextTargetTime\" -> JsString(sdf.format(lastExecuted)),\r\n        \"enabled\" -> JsBoolean(enabled),\r\n        \"status\" -> JsString(status),\r\n        \"message\" -> JsString(message),\r\n        \"updateCount\" -> JsNumber(updateCount),\r\n        \"errorCount\" -> JsNumber(errorCount)\r\n      )\r\n    );\r\n  }\r\n}\r\n\r\ntrait StorageManager {\r\n  \r\n  def list: List[SqlInfo];\r\n  def add(info: SqlInfo): Boolean;\r\n  def remove(name: String): Boolean;\r\n  def update(info: SqlInfo): Boolean;\r\n  \r\n  def removeAll: Boolean;\r\n  \r\n  def get(name: String) = {\r\n    list.filter(_.name == name).headOption;\r\n  }\r\n  \r\n  def getDate(key: String): Option[Date];\r\n  def setDate(key: String, date: Date): Unit;\r\n  \r\n  def getString(key: String): Option[String];\r\n  def setString(key: String, value: String): Unit;\r\n  \r\n  def sort(names: List[String]) = {\r\n    val orgList = list;\r\n    removeAll;\r\n    val newList = names.zipWithIndex.foreach { case (s, i) =>\r\n      val newInfo = orgList.filter(_.name == s).head.copy(seqNo=i+1);\r\n      add(newInfo);\r\n    }\r\n  }\r\n  \r\n  def fromFile(file: File): List[SqlInfo] = {\r\n    Json.parse(FileUtils.readFile(file)) match {\r\n      case arr: JsArray =>\r\n        val sdf = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\");\r\n        arr.value.map { obj =>\r\n          val name = (obj \\ \"name\").as[String];\r\n          val desc = (obj \\ \"desc\").as[String];\r\n          val sql = (obj \\ \"sql\").as[String];\r\n          val objectName = (obj \\ \"objectName\").as[String];\r\n          val externalIdFieldName = (obj \\ \"externalIdFieldName\").as[String];\r\n          val prevExecuted = sdf.parse((obj \\ \"prevExecuted\").as[String]);\r\n          val lastExecuted = sdf.parse((obj \\ \"lastExecuted\").as[String]);\r\n          val seqNo = (obj \\ \"seqNo\").as[Int];\r\n          val enabled = (obj \\ \"enabled\").asOpt[Boolean].getOrElse(true);\r\n          SqlInfo(\r\n            name=name,\r\n            desc=desc,\r\n            sql=sql,\r\n            objectName=objectName,\r\n            externalIdFieldName=externalIdFieldName,\r\n            prevExecuted=prevExecuted,\r\n            lastExecuted=lastExecuted,\r\n            seqNo=seqNo,\r\n            enabled = enabled\r\n          );\r\n        }.toList;\r\n      case _ =>\r\n        throw new IllegalArgumentException(\"Invalid file format\");\r\n    }\r\n  }\r\n}\r\n\r\ncase class MongoSqlInfo(\r\n  @Key(\"_id\") id: ObjectId = new ObjectId,\r\n  name: String,\r\n  desc: String,\r\n  sql: String,\r\n  objectName: String, \r\n  externalIdFieldName: String, \r\n  prevExecuted: Date,\r\n  lastExecuted: Date,\r\n  status: String,\r\n  message: String,\r\n  seqNo: Option[Int],\r\n  enabled: Option[Boolean],\r\n  jobId: Option[String],\r\n  updateCount: Option[Int],\r\n  errorCount: Option[Int]\r\n);  \r\n\r\ncase class MongoDateInfo(\r\n  @Key(\"_id\") id : ObjectId = new ObjectId,\r\n  key: String,\r\n  date: Date\r\n);\r\n\r\ncase class MongoStrInfo(\r\n  @Key(\"_id\") key: String,\r\n  value: String\r\n);\r\n\r\nobject MongoStorageManager {\r\n  \r\n  implicit val context = {\r\n    val context = new Context {\r\n      val name = \"global\";\r\n      override val typeHintStrategy = StringTypeHintStrategy(when = TypeHintFrequency.WhenNecessary, typeHint = \"_t\");\r\n    }\r\n    context.registerGlobalKeyOverride(remapThis = \"id\", toThisInstead = \"_id\");\r\n    context.registerClassLoader(Play.classloader);\r\n    context;\r\n  }\r\n}\r\nclass MongoStorageManager extends StorageManager {\r\n  \r\n  import MongoStorageManager._;\r\n  \r\n  val dao = new SalatDAO[MongoSqlInfo, ObjectId](mongoCollection(\"sqlInfo\")) {}\r\n  val dao2 = new SalatDAO[MongoDateInfo, ObjectId](mongoCollection(\"dateInfo\")) {}\r\n  val dao3 = new SalatDAO[MongoStrInfo, String](mongoCollection(\"keyValueStore\")) {}\r\n  \r\n  override def list = dao.find(MongoDBObject.empty).map { x =>\r\n    SqlInfo(\r\n      x.name, x.desc, x.sql, \r\n      x.objectName, x.externalIdFieldName, \r\n      x.prevExecuted, x.lastExecuted, \r\n      x.status, x.message, \r\n      x.seqNo.getOrElse(0), x.enabled.getOrElse(true),\r\n      x.jobId, x.updateCount.getOrElse(0), x.errorCount.getOrElse(0)\r\n    );\r\n  }.toList.sortBy(_.seqNo);\r\n  \r\n  override def add(info: SqlInfo) = {\r\n    println(\"add: \" + info.name);\r\n    val obj = new MongoSqlInfo(\r\n      name = info.name, \r\n      desc = info.desc,\r\n      sql = info.sql,\r\n      objectName = info.objectName,\r\n      externalIdFieldName = info.externalIdFieldName,\r\n      prevExecuted = info.prevExecuted,\r\n      lastExecuted = info.lastExecuted,\r\n      status = info.status,\r\n      message = info.message,\r\n      seqNo = Some(info.seqNo),\r\n      enabled = Some(info.enabled),\r\n      jobId = info.jobId,\r\n      updateCount = Some(info.updateCount),\r\n      errorCount = Some(info.errorCount)\r\n    );\r\n    dao.insert(obj);\r\n    true;\r\n  };\r\n  \r\n  override def remove(name: String) = {\r\n    println(\"remove: \" + name);\r\n    dao.remove(MongoDBObject(\"name\" -> name));\r\n    true;\r\n  };\r\n  \r\n  override def update(info: SqlInfo) = {\r\n    println(\"update: \" + info.name);\r\n    val oldInfo = dao.find(MongoDBObject.empty).filter(_.name == info.name).toList.headOption;\r\n    oldInfo match {\r\n      case Some(oldInfo) =>\r\n        val newInfo = oldInfo.copy(\r\n          name = info.name, \r\n          desc = info.desc,\r\n          sql = info.sql,\r\n          objectName = info.objectName,\r\n          externalIdFieldName = info.externalIdFieldName,\r\n          prevExecuted = info.prevExecuted,\r\n          lastExecuted = info.lastExecuted,\r\n          status = info.status,\r\n          message = info.message,\r\n          seqNo = Some(info.seqNo),\r\n          enabled = Some(info.enabled),\r\n          jobId = info.jobId,\r\n          updateCount = Some(info.updateCount),\r\n          errorCount = Some(info.errorCount)\r\n        );\r\n        dao.save(newInfo);\r\n      case None =>\r\n        add(info);\r\n    }\r\n    true;\r\n  }\r\n  \r\n  override def removeAll = {\r\n    dao.remove(MongoDBObject.empty);\r\n    true;\r\n  }\r\n  \r\n  override def getDate(key: String) = {\r\n    dao2.find(MongoDBObject.empty).filter( _.key == key)\r\n      .toList.map(_.date).headOption;\r\n  }\r\n  \r\n  override def setDate(key: String, date: Date): Unit = {\r\n    dao2.remove(MongoDBObject(\"key\" -> key));\r\n    dao2.insert(MongoDateInfo(key=key, date=date));\r\n  }\r\n  \r\n  override def getString(key: String) = {\r\n    dao3.findOneById(key).map(_.value);\r\n  }\r\n  \r\n  override def setString(key: String, value: String) {\r\n    dao3.save(MongoStrInfo(key, value));\r\n  }\r\n}\r\n\r\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/utils\/RequestUtils.scala","text":"<filename>app\/utils\/RequestUtils.scala<gh_stars>0\npackage utils;\n\nimport play.api.mvc.Request;\nimport play.api.mvc.AnyContent;\n\nobject RequestUtils {\n\tdef getPostParam(name: String)(implicit request: Request[AnyContent]) = {\n\t\trequest.body.asFormUrlEncoded.flatMap {\n\t\t\t_.get(name).map(_.head)\n\t\t}\n\t}\n\t\n\tdef getPostParams(name: String)(implicit request: Request[AnyContent]) = {\n\t\tval map = request.body.asFormUrlEncoded.get;\n\t\tmap.getOrElse(name, {map(name + \"[]\")}).toList;\n\t}\n}\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/models\/Salesforce.scala","text":"<filename>app\/models\/Salesforce.scala\npackage models;\r\n\r\nimport java.io.File;\r\nimport java.util.Date;\r\nimport java.sql.Connection;\r\nimport java.sql.Timestamp;\r\nimport play.api.db.DB;\r\nimport play.api.Play.current;\r\nimport play.api.cache.Cache;\r\nimport play.api.i18n.Messages;\r\nimport play.api.i18n.Lang;\r\nimport jp.co.flect.salesforce.SalesforceClient;\r\nimport jp.co.flect.salesforce.SObjectDef;\r\nimport jp.co.flect.salesforce.bulk.SQLSyncRequest;\r\nimport jp.co.flect.salesforce.bulk.JobInfo;\r\nimport jp.co.flect.salesforce.event.SQLSynchronizerListener;\r\nimport jp.co.flect.salesforce.event.SQLSynchronizerEvent;\r\n\r\nimport jp.co.flect.javascript.jqgrid.ColModel;\r\nimport jp.co.flect.javascript.jqgrid.RdbColModelFactory;\r\n\r\nimport scala.collection.JavaConversions._;\r\nimport scala.language.postfixOps\r\n\r\nobject Salesforce {\r\n  \r\n  private val USERNAME = sys.env(\"SALESFORCE_USERNAME\");\r\n  private val PASSWORD = sys.env(\"SALESFORCE_PASSWORD\");\r\n  private val SECRET   = sys.env.get(\"SALESFORCE_SECRET\").getOrElse(\"\");\r\n  private val WSDL     = sys.env.get(\"SALESFORCE_WSDL\").getOrElse(\"conf\/salesforce\/partner.wsdl\");\r\n  \r\n  private val PROXY_HOST = sys.env.get(\"PROXY_HOST\");\r\n  private val PROXY_PORT = sys.env.get(\"PROXY_PORT\").map(_.toInt).getOrElse(80);\r\n  private val PROXY_USERNAME = sys.env.get(\"PROXY_USERNAME\").getOrElse(null);\r\n  private val PROXY_PASSWORD = sys.env.get(\"PROXY_PASSWORD\").getOrElse(null);\r\n\r\n  private val VARIABLES = sys.env.filterKeys(_.startsWith(\"VAR_\"));\r\n  \r\n  def apply(storage: StorageManager)(implicit lang: Lang) = {\r\n    val client = Cache.getOrElse[SalesforceClient](\"salesforce.cacheKey\", 10 * 60) {\r\n      val client = new SalesforceClient(new File(WSDL));\r\n      PROXY_HOST.foreach { s =>\r\n        client.setProxyInfo(s, PROXY_PORT, PROXY_USERNAME, PROXY_PASSWORD);\r\n      };\r\n      client.login(USERNAME, PASSWORD, SECRET);\r\n      println(\"Create SalesforceClient: \" + new Date());\r\n      client;\r\n    }\r\n    new Salesforce(storage, client, lang);\r\n  }\r\n  \r\n  def replaceVar(str: String) = {\r\n    VARIABLES.foldLeft(str) { (ret, kv) =>\r\n      ret.replaceAll(\":\" + kv._1, kv._2);\r\n    }\r\n  }\r\n  \r\n  case class ValidationResult(hasError: Boolean, msg: String);\r\n}\r\n\r\nclass Salesforce(storage: StorageManager, client: SalesforceClient, implicit val lang: Lang) {\r\n  \r\n  import Salesforce._;\r\n  \r\n  private val bulkClient = client.createBulkClient;\r\n  \r\n  def listObjectNames = {\r\n    val meta = client.describeGlobal;\r\n    meta.getObjectDefList.map(_.getName).toList;\r\n  }\r\n  \r\n  def verifyPage = {\r\n    val endpoint = client.getEndpoint;\r\n    if (endpoint.indexOf(\"-api\") != -1) {\r\n      endpoint.substring(0, endpoint.indexOf(\"-api\")) + \".salesforce.com\/750\";\r\n    } else {\r\n      endpoint.substring(0, endpoint.indexOf(\"\/\", 9)) + \"\/750\";\r\n    }\r\n  }\r\n  \r\n  def validate(info: SqlInfo, update: Boolean) = {\r\n    def columnCheck(model: ColModel, obj: SObjectDef) = {\r\n      val notFound = model.getList.filter{ c => \r\n        val names = c.getName.split(\"\\\\.\");\r\n        names.length match {\r\n          case 1 => obj.getField(names(0)) == null;\r\n          case 2 => obj.getSingleRelation(names(0)) == null;\r\n          case _ => true;\r\n        }\r\n      }.map(_.getName);\r\n      if (notFound.size == 0) {\r\n        new ValidationResult(false, null);\r\n      } else {\r\n        new ValidationResult(true, Messages(\"invalidFieldName\", notFound.mkString(\",\")));\r\n      }\r\n    }\r\n    try {\r\n      val model = Cache.getOrElse[ColModel](info.sql) {\r\n        DB.withConnection { con =>\r\n          val factory = new RdbColModelFactory(con);\r\n          factory.getQueryModel(info.sql);\r\n        }\r\n      }\r\n      val objectDef = Option(client.getMetadata.getObjectDef(info.objectName))\r\n        .filter(_.isComplete)\r\n        .getOrElse(client.describeSObject(info.objectName));\r\n      if (info.name == \"\") {\r\n        new ValidationResult(true, Messages(\"nameRequired\"));\r\n      } else if (!update && !storage.get(info.name).isEmpty) {\r\n        new ValidationResult(true, Messages(\"duplicateName\", info.name));\r\n      } else if (objectDef == null) {\r\n        new ValidationResult(true, Messages(\"objectNotFound\", info.objectName));\r\n      } else if (info.sql.filter(_ == '?').length != 1) {\r\n        new ValidationResult(true, Messages(\"dateParameterRequired\", info.sql));\r\n      } else if (objectDef.getField(info.externalIdFieldName) == null || \r\n        !objectDef.getField(info.externalIdFieldName).isExternalId) \r\n      {\r\n        new ValidationResult(true, Messages(\"invalidExternalIdField\", info.externalIdFieldName));\r\n      } else {\r\n        columnCheck(model, objectDef);\r\n      }\r\n    } catch {\r\n      case e: Exception => \r\n        e.printStackTrace();\r\n        new ValidationResult(true, e.getMessage());\r\n    }\r\n  }\r\n  \r\n  def executeAll(list: List[SqlInfo], now: Date): Unit = {\r\n    if (list.size > 0) {\r\n      val head = list.head;\r\n      val tail = list.tail;\r\n      execute(head.lastExecuted, now, head, tail);\r\n    }\r\n  }\r\n  \r\n  def execute(date: Date, now: Date, info: SqlInfo, queue: List[SqlInfo] = Nil) = {\r\n    println(\"Start: \" + info.name + \", targetDate=\" + date);\r\n    \r\n    val con = DB.getConnection();\r\n    val newInfo = info.update(date, now);\r\n    val sql = replaceVar(info.sql);\r\n    val request = new SQLSyncRequest(con, sql, info.objectName);\r\n    storage.update(newInfo);\r\n    \r\n    request.setParallel(false);\r\n    request.setExternalIdFieldName(info.externalIdFieldName);\r\n    request.setParams(new Timestamp(date.getTime));\r\n    request.addSQLSynchronizerListener(new MyListener(con, newInfo, queue, now));\r\n    client.syncSQL(request);\r\n    \r\n    storage.setDate(\"lastExecuted\", now)\r\n    newInfo;\r\n  }\r\n  \r\n  private class MyListener(con: Connection, private var info: SqlInfo, queue: List[SqlInfo], now: Date) extends SQLSynchronizerListener {\r\n    \r\n    import SQLSynchronizerEvent.EventType._;\r\n    \r\n    override def handleEvent(e: SQLSynchronizerEvent) {\r\n      println(\"BulkStatus: \" + info.name + \": \" + e.getType);\r\n      val msg = if (e.getType == ERROR) {\r\n        println(\"SyncError: \" + info.name + \", \" + e.getException().toString);\r\n        e.getException().printStackTrace;\r\n        e.getException().toString;\r\n      } else {\r\n        \"\";\r\n      }\r\n      val newInfo = (if (e.getType == ERROR) {\r\n          info.copy(lastExecuted=info.prevExecuted);\r\n        } else if (e.getType == OPEN_JOB) {\r\n          info.copy(jobId=Some(e.getJobInfo.getId));\r\n        } else {\r\n          info;\r\n         }).copy(status=e.getType.toString, message=msg);\r\n      storage.update(newInfo);\r\n      if (e.getType == ERROR || e.getType == MAKE_CSV || e.getType == NOT_PROCESSED) {\r\n        con.close;\r\n      }\r\n      if (e.getType == OPEN_JOB) {\r\n        scheduleObserve(newInfo, queue, now);\r\n      }\r\n      if (e.getType == ERROR || e.getType == NOT_PROCESSED || e.getType == ABORT_JOB) {\r\n        executeAll(queue, now);\r\n      }\r\n      info = newInfo;\r\n    }\r\n  }\r\n  \r\n  private def scheduleObserve(info: SqlInfo, queue: List[SqlInfo], now: Date): Unit = {\r\n    import play.api.libs.concurrent.Akka;\r\n    import play.api.Play.current;\r\n    import scala.concurrent.duration.DurationInt;\r\n    import play.api.libs.concurrent.Execution.Implicits.defaultContext;\r\n    \r\n    Akka.system.scheduler.scheduleOnce(5 seconds) {\r\n      val job = bulkClient.getJobStatus(new JobInfo(info.jobId.get));\r\n      println(\"ObserveJob: \" + info.name + \": \" + job.getState);\r\n      println(job);\r\n      if (job.isCompleted) {\r\n        val newInfo = storage.get(info.name).get.copy(\r\n          jobId = None, \r\n          updateCount = job.getRecordsProcessed, \r\n          errorCount = job.getRecordsFailed\r\n        );\r\n        storage.update(newInfo);\r\n        if (newInfo.errorCount > 0) {\r\n          println(\"SyncError: \" + newInfo.name + \", errorCount=\" + newInfo.errorCount);\r\n        }\r\n        executeAll(queue, now);\r\n      } else {\r\n        scheduleObserve(info, queue, now);\r\n      }\r\n    }\r\n  }\r\n  \r\n}"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/utils\/AccessControl.scala","text":"package utils;\n\nimport jp.co.flect.net.IPFilter;\nimport play.api.mvc._;\nimport play.api.mvc.Results._;\nimport org.apache.commons.codec.binary.Base64;\nimport scala.concurrent.Future\n\nobject AccessControl extends ActionBuilder[Request] {\n\t\n\t\/\/IP restriction setting, if required\n\tprivate val IP_FILTER = sys.env.get(\"ALLOWED_IP\")\n\t\t.map(IPFilter.getInstance(_));\n\t\n\t\/\/Basic authentication setting, if required\n\tprivate val BASIC_AUTH = sys.env.get(\"BASIC_AUTHENTICATION\")\n\t\t.filter(_.split(\":\").length == 2)\n\t\t.map { str =>\n\t\t\tval strs = str.split(\":\");\n\t\t\t(strs(0), strs(1));\n\t\t};\n\t\n\t\/\/Apply IP restriction and Basic authentication\n\t\/\/and Logging\n\tdef invokeBlock[A](request: Request[A], f: Request[A] => Future[Result]) = {\n\t\tdef ipFilter = {\n\t\t\tIP_FILTER match {\n\t\t\t\tcase Some(filter) =>\n\t\t\t\t\tval ip = request.headers.get(\"x-forwarded-for\").getOrElse(request.remoteAddress);\n\t\t\t\t\tfilter.allow(ip);\n\t\t\t\tcase None =>\n\t\t\t\t\ttrue;\n\t\t\t}\n\t\t}\n\t\tdef basicAuth = {\n\t\t\tBASIC_AUTH match {\n\t\t\t\tcase Some((username, password)) =>\n\t\t\t\t\trequest.headers.get(\"Authorization\").map { auth =>\n\t\t\t\t\t\tauth.split(\" \").drop(1).headOption.map { encoded =>\n\t\t\t\t\t\t\tnew String(Base64.decodeBase64(encoded.getBytes)).split(\":\").toList match {\n\t\t\t\t\t\t\t\tcase u :: p :: Nil => u == username && password == p;\n\t\t\t\t\t\t\t\tcase _ => false;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}.getOrElse(false);\n\t\t\t\t\t}.getOrElse {\n\t\t\t\t\t\tfalse;\n\t\t\t\t\t}\n\t\t\t\tcase None =>\n\t\t\t\t\ttrue;\n\t\t\t}\n\t\t}\n\t\tif (!ipFilter) {\n\t\t\tFuture.successful(Forbidden);\n\t\t} else if (!basicAuth) {\n\t\t\tFuture.successful(Unauthorized.withHeaders(\"WWW-Authenticate\" -> \"Basic realm=\\\"Secured\\\"\"));\n\t\t} else {\n\t\t\tf(request);\n\t\t}\n\t}\n\t\n}\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/controllers\/I18N.scala","text":"<gh_stars>0\npackage controllers;\r\n\r\nimport play.api.mvc.Controller;\r\nimport play.api.mvc.Action;\r\nimport play.api.cache.Cached;\r\nimport play.api.Play.current;\r\nimport play.api.i18n.Lang;\r\n\r\nobject I18N extends Controller {\r\n\r\n\tdef setLang(lang: String) = Action { request =>\r\n\t\tFound(request.headers.get(\"referer\").getOrElse(\"\/\")).withLang(Lang(lang));\r\n\t}\r\n\r\n\tdef messages(lang: String) = Cached(\"messages.\" + lang) {\r\n\t\tAction { request =>\r\n\t\t\timport play.api.Play;\r\n\t\t\timport play.api.i18n.MessagesPlugin;\r\n\r\n\t\t\tval map = Play.current.plugin[MessagesPlugin]\r\n\t\t\t\t.map(_.api.messages).getOrElse(Map.empty);\r\n\t\t\tOk(views.html.messages(map.getOrElse(lang, map(\"default\")).filterKeys(_.startsWith(\"ui.\"))))\r\n\t\t\t\t.as(\"text\/javascript;charset=\\\"utf-8\\\"\");\r\n\t\t}\r\n\t}\r\n\r\n}"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/utils\/SelectTool.scala","text":"<filename>app\/utils\/SelectTool.scala\npackage utils;\r\n\r\nimport java.sql.SQLException;\r\nimport play.api.db.DB;\r\nimport play.api.Play.current;\r\nimport play.api.mvc.Controller;\r\nimport play.api.mvc.Action;\r\nimport play.api.mvc.Request;\r\nimport play.api.mvc.AnyContent;\r\nimport play.api.mvc.Result;\r\nimport play.api.cache.Cache;\r\n\r\nimport play.api.libs.json.Json;\r\nimport play.api.libs.json.JsArray;\r\n\r\nimport jp.co.flect.javascript.jqgrid.ColModel;\r\nimport jp.co.flect.javascript.jqgrid.RdbColModelFactory;\r\nimport jp.co.flect.javascript.jqgrid.RdbQueryModel;\r\n\r\nimport java.text.SimpleDateFormat;\r\n\/**\r\n * Return results of select statement with jqGrid JSON format.\r\n *\/\r\ntrait SelectTool extends Controller {\r\n  \r\n  private val CACHE_DURATION = 60 * 60;\r\n  \r\n  protected def doColModel(implicit request: Request[AnyContent]): Result = {\r\n    try {\r\n      val (sql, model) = getSQLandModel;\r\n      Ok(model.toJson).as(\"application\/json\");\r\n    } catch {\r\n      case e: SQLException => BadRequest(e.getMessage);\r\n    }\r\n  }\r\n\r\n  def colModel = Action { implicit request =>\r\n    doColModel(request)\r\n  }\r\n  \r\n  protected def doData(implicit request: Request[AnyContent]): Result = {\r\n    try {\r\n      val (sql, model) = getSQLandModel;\r\n      val gridParam = JqGrid.JqGridForm.bindFromRequest.get;\r\n      val sqlParams = getSQLParams(request);\r\n      \r\n      DB.withConnection { con =>\r\n        val queryModel = new RdbQueryModel(con, sql, model);\r\n        queryModel.setUseOffset(true);\r\n        if (gridParam.sortColumn.length > 0) {\r\n          queryModel.setOrder(gridParam.sortColumn, gridParam.sortAsc);\r\n        }\r\n        val data = queryModel.getGridData(gridParam.page, gridParam.rows, \r\n          scala.collection.JavaConversions.seqAsJavaList(sqlParams));\r\n        Ok(data.toJson).as(\"application\/json\");\r\n      }\r\n    } catch {\r\n      case e: SQLException => BadRequest(e.getMessage);\r\n    }\r\n  }\r\n\r\n  def data = Action { implicit request =>\r\n    doData(request)\r\n  }\r\n  \r\n  private def getSQLParams(implicit request: Request[AnyContent]) = {\r\n    RequestUtils.getPostParam(\"sql-param\") match {\r\n      case Some(json) =>\r\n        Json.parse(json) match {\r\n          case arr: JsArray =>\r\n            arr.value.map { v =>\r\n              val datatype = (v \\ \"type\").as[String];\r\n              val value = (v \\ \"value\").as[String];\r\n              datatype match {\r\n                case \"int\" => Integer.parseInt(value);\r\n                case \"date\" => new java.sql.Date(new SimpleDateFormat(\"yyyy-MM-dd\").parse(value).getTime);\r\n                case \"datetime\" => new java.sql.Timestamp(new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").parse(value).getTime);\r\n                case \"string\" => value;\r\n                case _ => throw new IllegalStateException(datatype + \", \" + value);\r\n              }\r\n            }.toList;\r\n          case _ => Nil;\r\n        }\r\n      case None => Nil;\r\n    }\r\n  }\r\n  \r\n  def getSQLandModel(implicit request: Request[AnyContent]): (String, ColModel) = {\r\n    RequestUtils.getPostParam(\"sql\") match {\r\n      case Some(sql) =>\r\n        getSQLandModel(sql);\r\n      case None => throw new SQLException(\"SQL not specified\");\r\n    }\r\n  }\r\n  \r\n  def getSQLandModel(sql: String): (String, ColModel) = {\r\n    val model = Cache.getOrElse[ColModel](sql, CACHE_DURATION) {\r\n      DB.withConnection { con =>\r\n        val factory = new RdbColModelFactory(con);\r\n        factory.getQueryModel(sql);\r\n      }\r\n    }\r\n    (sql, model);\r\n  }\r\n}\r\n\r\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/models\/Schedule.scala","text":"<gh_stars>0\npackage models;\r\n\r\nimport java.util.Calendar;\r\nimport java.util.Date;\r\nimport java.text.SimpleDateFormat;\r\nimport java.net.InetAddress;\r\n\r\nobject Schedule {\r\n\t\r\n\tval SCHEDULE_ENABLED = sys.env.get(\"SCHEDULE_ENABLED\").getOrElse(\"true\").toBoolean;\r\n\t\r\n\tdef strToTime(str: String) = {\r\n\t\tval array = str.split(\":\");\r\n\t\tarray.length match {\r\n\t\t\tcase 1 => Integer.parseInt(array(0)) * 60 * 60;\r\n\t\t\tcase 2 => Integer.parseInt(array(0)) * 60 * 60 +\r\n\t\t\t          Integer.parseInt(array(1)) * 60;\r\n\t\t\tcase 3 => Integer.parseInt(array(0)) * 60 * 60 +\r\n\t\t\t          Integer.parseInt(array(1)) * 60 + \r\n\t\t\t          Integer.parseInt(array(2));\r\n\t\t\tcase _ => throw new IllegalArgumentException(str);\r\n\t\t}\r\n\t}\r\n\t\r\n\tdef calendarToTime(cal: Calendar) = {\r\n\t\tcal.get(Calendar.HOUR_OF_DAY) * 60 * 60 +\r\n\t\tcal.get(Calendar.MINUTE) * 60 +\r\n\t\tcal.get(Calendar.SECOND);\r\n\t}\r\n\t\r\n\tdef apply(storage: StorageManager) = new Schedule(storage);\r\n}\r\n\r\nclass Schedule(storage: StorageManager) {\r\n\t\r\n\timport Schedule._;\r\n\timport play.api.libs.concurrent.Akka;\r\n\timport play.api.Play.current;\r\n\timport scala.concurrent.duration.FiniteDuration;\r\n\timport java.util.concurrent.TimeUnit;\r\n\timport play.api.libs.concurrent.Execution.Implicits.defaultContext;\r\n\timport akka.actor.Cancellable;\r\n\t\r\n\tprivate var registeredSchedule: Option[Cancellable] = None;\r\n\t\r\n\tdef scheduledTime = storage.getString(\"scheduledTime\").getOrElse(\"01:00:00\");\r\n\tdef scheduledTime_=(s: String) = storage.setString(\"scheduledTime\", s);\r\n\t\r\n\tdef scheduledTimeList = scheduledTime.split(\",\").toList;\r\n\t\r\n\tprivate def nextSettingTime: String = {\r\n\t\tval nowTime = new SimpleDateFormat(\"HH:mm:ss\").format(new Date());\r\n\t\tval array = scheduledTime.split(\",\");\r\n\t\tval ret = array.find(_ > nowTime).getOrElse(array.head);\r\n\t\tret;\r\n\t}\r\n\t\r\n\tdef calcNextSchedule: Unit = {\r\n\t\tif (SCHEDULE_ENABLED) {\r\n\t\t\tval cal = Calendar.getInstance;\r\n\t\t\tval time1 = strToTime(nextSettingTime);\r\n\t\t\tval time2 = calendarToTime(cal);\r\n\t\t\tcal.set(Calendar.HOUR_OF_DAY, 0);\r\n\t\t\tcal.set(Calendar.MINUTE, 0);\r\n\t\t\tcal.set(Calendar.SECOND, 0);\r\n\t\t\tcal.set(Calendar.MILLISECOND, 0);\r\n\t\t\tcal.add(Calendar.SECOND, time1);\r\n\t\t\tif (time1 < time2) {\r\n\t\t\t\tcal.add(Calendar.DAY_OF_MONTH, 1);\r\n\t\t\t}\r\n\t\t\tval next = cal.getTime;\r\n\t\t\tregisteredSchedule.foreach { c =>\r\n\t\t\t\tc.cancel;\r\n\t\t\t\tregisteredSchedule = None;\r\n\t\t\t}\r\n\t\t\tval duration = new FiniteDuration(next.getTime - System.currentTimeMillis, TimeUnit.MILLISECONDS);\r\n\t\t\tregisteredSchedule = Option(Akka.system.scheduler.scheduleOnce(duration) {\r\n\t\t\t\tif (Akka.system.isTerminated) {\r\n\t\t\t\t\tprintln(\"Terminate Akka. Skip schedule\");\r\n\t\t\t\t} else {\r\n\t\t\t\t\ttry {\r\n\t\t\t\t\t\tval date = new Date();\r\n\t\t\t\t\t\tval salesforce = Salesforce(storage);\r\n\t\t\t\t\t\tval list = storage.list.filter(_.enabled);\r\n\t\t\t\t\t\tprintln(\"executeAll: date=\" + date + \", count=\" + list.size);\r\n\t\t\t\t\t\tsalesforce.executeAll(list, date);\r\n\t\t\t\t\t} catch {\r\n\t\t\t\t\t\tcase e: Exception => \r\n\t\t\t\t\t\t\tprintln(\"SyncError: \" + e.toString);\r\n\t\t\t\t\t\t\te.printStackTrace;\r\n\t\t\t\t\t}\r\n\t\t\t\t\tcalcNextSchedule;\r\n\t\t\t\t}\r\n\t\t\t});\r\n\t\t\tprintln(\"Next schedule=\" + next + \", host=\" + InetAddress.getLocalHost().toString());\r\n\t\t}\r\n\t}\r\n\toverride def toString = scheduledTime;\r\n}\r\n"}
{"repo_name":"FLECT-DEV-TEAM\/sqlsync","path":"app\/controllers\/MySelectTool.scala","text":"<gh_stars>0\npackage controllers\r\n\r\nimport play.api.Play.current;\r\nimport play.api.mvc.Controller;\r\nimport play.api.db.DB;\r\n\r\nimport utils.AccessControl;\r\nimport utils.SelectTool;\r\nimport models.Salesforce;\r\n\r\nobject MySelectTool extends SelectTool {\r\n  \r\n  override def colModel = AccessControl { implicit request =>\r\n    super.doColModel(request);\r\n  }\r\n  \r\n  override def data = AccessControl { implicit request =>\r\n    super.doData(request);\r\n  }\r\n  \r\n  override def getSQLandModel(sql: String) = {\r\n    val sql2 = Salesforce.replaceVar(sql);\r\n    super.getSQLandModel(sql2);\r\n  }\r\n}\r\n"}
{"repo_name":"pamu\/Democracy","path":"app\/models\/UserDAO.scala","text":"<gh_stars>1-10\npackage models\n\nimport scala.slick.driver.MySQLDriver.simple._\nimport DAO._\nimport scala.slick.ast.SortBy\n\ncase class Page[A](items: Seq[A], page: Int, offset: Long, total: Long) {\n  lazy val prev = Option(page - 1).filter(_ >= 0)\n  lazy val next = Option(page + 1).filter(_ => (offset + items.size) < total)\n}\t\n\nobject UserDAO {\n  \n  \/**\n   * check if any user exists with given email\n   *\/\n\tdef findOneByEmail(email: String) = db.withTransaction(implicit tx => {\n\t val query = for(user <- users.filter(_.email === email)) yield user\n\t query.firstOption\n\t})\n\t\n\t\/**\n\t * check is password and email entered are correct\n\t *\/\n\tdef authenticate(email: String, password: String) = db.withTransaction(implicit tx => {\n\t  val query = for(user <- users.filter(_.email === email).filter(_.password === password)) yield user\n\t  query.exists.run\n\t})\n\t\n\t\/**\n\t * persist user object into database\n\t *\/\n\tdef saveUser(user: User) = db.withTransaction(implicit tx => {\n\t  users += user\n\t})\n\t\n\t\/**\n\t * persist post object into database\n\t *\/\n\tdef savePost(post: Post) = db.withTransaction(implicit tx => {\n\t  posts += post\n\t})\n\t\n\t\/**\n\t * check if post is endorsed by logged in user\n\t *\/\n\tdef isEndorsedPost(userId: Long, postId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(endorsePost <- endorsePosts.filter(_.endorserId === userId).filter(_.postId === postId)) yield endorsePost\n\t  query.exists.run\n\t})\n\t\n\t\/**\n\t * endorse or dismiss the post\n\t *\/\n\tdef endorseOrDismissPost(userId: Long, postId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(endorsePost <- endorsePosts.filter(_.endorserId === userId).filter(_.postId === postId)) yield endorsePost\n\t  if(query.exists.run) {\n\t    query.delete\n\t  }else{\n\t    endorsePosts += EndorsePost(postId, userId, None)\n\t  }\n\t})\n\t\n\t\/**\n\t * check endorse state of comment \n\t *\/\n\tdef isEndorsedComment(userId: Long, commentId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(endorseComment <- endorseComments.filter(_.endorserId === userId).filter(_.commentId === commentId)) yield endorseComment\n\t  query.exists.run\n\t})\n\t\n\t\/**\n\t * endorse or dismiss the comment\n\t *\/\n\tdef endorseOrDismissComment(userId: Long, commentId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(endorseComment <- endorseComments.filter(_.endorserId === userId).filter(_.commentId === commentId)) yield endorseComment\n\t  if(query.exists.run) {\n\t    query.delete\n\t  }else {\n\t    endorseComments += EndorseComment(commentId, userId, None)\n\t  }\n\t})\n\t\n\t\/**\n\t * # of endorses on post\n\t *\/\n\tdef noOfEndorsesOnPost(postId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(endorsePost <- endorsePosts.filter(_.postId === postId)) yield endorsePost\n\t  query.length.run\n\t})\n\t\n\t\/**\n\t * # of comments on the post\n\t *\/\n\tdef noOfCommentsOnPost(postId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(comment <- comments.filter(_.postId === postId)) yield comment\n\t  query.length.run\n\t})\n\t\n\t\/**\n\t * # of endorses comments \n\t *\/\n\tdef noOfEndorsesOnComments(commentId: Long) = db.withTransaction(implicit tx => {\n\t  def query = for(endorseComment <- endorseComments.filter(_.commentId === commentId )) yield endorseComment\n\t  query.length.run\n\t})\n\t\n\t\/**\n\t * add comment to a post\n\t *\/\n\tdef saveComment(comment: Comment) = db.withTransaction(implicit tx => {\n\t  comments += comment\n\t})\n\t\n\t\/**\n\t * extract feed\n\t *\/\n\tdef getFeed(userId: Long) = db.withTransaction(implicit tx => {\n\t val pfeed = for( subscription <- subscriptions.filter(_.subscriberId === userId);\n\t                 postSubscription <- postSubscriptions.filter(_.subscriptionId === subscription.id);\n\t                 post <- posts.filter(_.id === postSubscription.postId);\n\t                 user <- users.filter(_.id === post.userId)\n\t\t\t \t) yield (user, post)\n\t\t\t \t\n\t val tfeed = for( subscription <- subscriptions.filter(_.subscriberId === userId);\n\t                 topicSubscription <- topicSubscriptions.filter(_.subscriptionId === subscription.id);\n\t                 post <- posts.filter(_.topicId === topicSubscription.topicId);\n\t                 user <- users.filter(_.id === post.userId)\n\t\t\t \t) yield (user, post)\n\t\n\tval ufeed = for( subscription <- subscriptions.filter(_.subscriberId === userId);\n\t                 userSubscription <- userSubscriptions.filter(_.subscriptionId === subscription.id);\n\t                 post <- posts.filter(_.userId === userSubscription.userId);\n\t                 user <- users.filter(_.id === post.userId)\n\t\t\t \t) yield (user, post)\n\t\t\t \t\n\t\t\t \t(pfeed ++ tfeed ++ ufeed).sortBy(_._2.id.desc.nullsLast)list\n\t})\n\t\n\t\/**\n\t * extract comments \n\t *\/\n\t\n\tdef getIteratorOfCommentInfoWithPostId(postId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for{(comment, user) <- comments.filter(_.postId === postId) innerJoin users on(_.commenterId === _.id) \n\t  } yield (comment, user)\n\t  query.sorted(_._1.id.desc.nullsLast).list\n\t})\n\t\n\t\/**\n\t * \n\t *\/\n\tdef subscribeOrUnsubscribeUser(subscriberId: Long, userId: Long) = db.withTransaction(implicit tx => {\n\t  val subscribed = for((subscriber, userSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin userSubscriptions.filter(_.userId === userId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t  if(subscribed.exists.run) {\n\t    val query = for(subscription <- subscriptions.filter(_.id === subscribed.first.id)) yield subscription\n\t    query.delete\t\n\t  }else {\n\t    val id = AutoInc.subscriptionId.insert( Subscription(subscriberId))\n\t    userSubscriptions += UserSubscription(id, userId)\n\t  }\n\t  \n\t})\n\t\/**\n\t * \n\t *\/\n\tdef isUserSubscribed(subscriberId: Long, userId: Long) = db.withTransaction(implicit tx => {\n\t  val subscribed = for((subscriber, userSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin userSubscriptions.filter(_.userId === userId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t  subscribed.exists.run\n\t})\n\t\/**\n\t * \n\t *\/\n\tdef subscribeOrUnsubscribePost(subscriberId: Long, postId: Long) = db.withTransaction(implicit tx => {\n\t  val subscribed = for((subscriber, postSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin postSubscriptions.filter(_.postId === postId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t  if(subscribed.exists.run){\n\t    val query = for(subscription <- subscriptions.filter(_.id === subscribed.first.id)) yield subscription\n\t    query.delete\n\t  }else {\n\t    val id = AutoInc.subscriptionId.insert( Subscription(subscriberId))\n\t    postSubscriptions += PostSubscription(id, postId)\n\t  }\n\t})\n\t\/**\n\t * \n\t *\/\n\tdef isPostSubscribed(subscriberId: Long, postId: Long) = db.withTransaction(implicit tx => {\n\t  val subscribed = for((subscriber, postSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin postSubscriptions.filter(_.postId === postId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t  subscribed.exists.run\n\t})\n\t\/**\n\t * \n\t *\/\n\tdef subscribeOrUnsubscribeTopic(subscriberId: Long, topicId: Long) = db.withTransaction(implicit tx => {\n\t  val subscribed = for((subscriber, topicSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin topicSubscriptions.filter(_.topicId === topicId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t  if(subscribed.exists.run) {\n\t   val query = for(subscription <- subscriptions.filter(_.id === subscribed.first.id)) yield subscription\n\t   query.delete\n\t  }else {\n\t    val id = AutoInc.subscriptionId.insert(Subscription(subscriberId))\n\t    topicSubscriptions += TopicSubscription(id, topicId)\n\t  }\n\t  \n\t})\n\t\/**\n\t * \n\t *\/\n\tdef isTopicSubscribed(subscriberId: Long, topicId: Long) = db.withTransaction(implicit tx => {\n\t   val subscribed = for((subscriber, topicSubscriber) <- subscriptions.filter(_.subscriberId === subscriberId) innerJoin topicSubscriptions.filter(_.topicId === topicId) on(_.id === _.subscriptionId))\n\t    yield subscriber\n\t   subscribed.exists.run\n\t})\n\t\/**\n\t * \n\t *\/\n\tdef getPosts(userId: Long) = db.withTransaction(implicit tx => {\n\t  val query = for(post <- posts.filter(_.userId === userId)) yield post\n\t  query.sortBy(_.id.desc.nullsLast).list\n\t})\n}"}
{"repo_name":"pamu\/Democracy","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport play.api.mvc.{Action, Controller}\nimport play.api.Routes\nimport models._\nimport play.api.libs.json.Json\nimport play.api.libs.json._\nimport play.api.libs.json.Reads._\nimport play.api.libs.functional.syntax._\nimport java.sql.Timestamp\nimport java.util.Date\nimport play.api.mvc.Results\n\nobject Application extends Controller with Secured {\n  \n  \/**\n   * Index action ... for index page for news feed page\n   *\/\n  def index = withUser { user => implicit request =>\n     val feed = UserDAO.getFeed(user.id.get)\n    Ok(views.html.index(feed))\n  }\n  \n  \/**\n   * class for post data\n   *\/\n  case class PostData(topicId: Long, content: String)\n  \n  \/**\n   * post action which consumes post data in the form of JSON\n   *\/\n  def post() = withUserWithBodyParser(parse.json) { user => implicit request =>\n    \/**\n     * Reads[PostData] helps to convert Json data to PostData object which will be further converted to POST object and persisted in Database\n     *\/\n    implicit val postDataReads: Reads[PostData] = (\n        (JsPath \\ \"topicId\").read[Long] and\n        (JsPath \\ \"content\").read[String](minLength[String](10))\n        )(PostData.apply _)\n    request.body.validate[PostData].fold(\n        valid = { postData =>\n          val post = Post(user.id.get, postData.topicId, new Timestamp(new Date().getTime()), postData.content, None)\n          UserDAO.savePost(post)\n          Ok(\"saved to Database\")\n        },\n        invalid = { errors =>\n          BadRequest(JsError.toFlatJson(errors))\n        }\n    )\n  }\n  \n  \/**\n   * Javascript Routes action\n   *\/\n  def javascriptRoutes() = Action { implicit request =>\n  \timport routes.javascript._\n  \tOk(Routes.javascriptRouter(\"jsRoutes\")(\n  \t\t\tcontrollers.routes.javascript.Application.post,\n  \t   \t\tcontrollers.routes.javascript.Application.message,\n  \t   \t\tcontrollers.routes.javascript.Application.endorseOrDismissPost,\n  \t   \t\tcontrollers.routes.javascript.Application.endorseOrDismissComment,\n  \t   \t\tcontrollers.routes.javascript.Application.comment,\n  \t   \t\tcontrollers.routes.javascript.Application.subscribePost,\n  \t   \t\tcontrollers.routes.javascript.Application.subscribeUser,\n  \t   \t\tcontrollers.routes.javascript.Application.subscribeTopic,\n  \t   \t\tcontrollers.routes.javascript.Application.posts,\n  \t   \t\tcontrollers.routes.javascript.Application.isTopicSubscribed,\n  \t   \t\tcontrollers.routes.javascript.Application.isEndorsedPost\n  \t        )\n  \t    ).as(JAVASCRIPT)\n  \t}\n\n  \/**\n   * example of exposing action as javascript routes \n   *\/\n  def message = Action {\n    Ok(Json.toJson(\"hello world\"))\n  }\n  \n  \/**\n   * queries database get the feeds data and incrementally sends it to user\n   *\/\n  \/*\n  def feed() = withUser { user => implicit request =>\n    val feed = UserDAO.getFeed(user.id.get)\n    \n    implicit val feedWrites: Writes[(User, Post)] = new Writes[(User, Post)] {\n      def writes(feeds: ((User, Post)) ): JsValue = Json.obj(\n        \"uid\" -> Json.toJson(feeds._1.id.get),\n        \"email\" -> Json.toJson(feeds._1.email),\n        \"description\" -> Json.toJson(feeds._1.desc),\n        \"location\" -> Json.toJson(feeds._1.location),\n        \"postid\" -> Json.toJson(feeds._2.id),\n        \"content\" -> Json.toJson(feeds._2.content),\n        \"timestamp\" -> Json.toJson(feeds._2.timestamp),\n        \"topicId\" -> Json.toJson(feeds._2.topicId)\n        )\n    }\n    \n    Ok(Json.toJson(feed)).as(JAVASCRIPT)\n  }*\/\n  \n \/**\n  *  like or unlike post and send the current state\n  *\/\n  def endorseOrDismissPost(postId: Long) = withUser { user => implicit request =>\n    val endorsed = UserDAO.isEndorsedPost(user.id.get, postId)\n    if(endorsed){\n      UserDAO.endorseOrDismissPost(user.id.get, postId)\n      Ok(Json.toJson(\"endorse\"))\n    }else {\n      UserDAO.endorseOrDismissPost(user.id.get, postId)\n      Ok(Json.toJson(\"dismiss\"))\n    }\n    \n  }\n  \n  \/**\n   * like or unlike comment\n   *\/\n  def endorseOrDismissComment(commentId: Long) = withUser { user => implicit request => \n    val endorsed = UserDAO.isEndorsedComment(user.id.get, commentId)\n    if(endorsed) {\n      UserDAO.endorseOrDismissComment(user.id.get, commentId)\n      Ok(Json.toJson(\"endorse\"))\n    }else {\n     UserDAO.endorseOrDismissComment(user.id.get, commentId)\n     Ok(Json.toJson(\"dismiss\"))\n    }\n  }\n  \n  \/**\n   * Helper class for taking comment data from json\n   *\/\n  case class CommentData(postId: Long, content: String)\n  \/**\n   * action for adding comments to a post\n   *\/\n  def comment() = withUserWithBodyParser(parse.json) { user => implicit request =>\n    \/**\n     * Reads ... helps in reading the JSON content and converts into CommentData object\n     *\/\n    implicit val commentDataReads: Reads[CommentData] = (\n        (JsPath \\ \"postId\").read[Long] and\n        (JsPath \\ \"content\").read[String](minLength[String](1))\n        )(CommentData.apply _)\n        \n    request.body.validate[CommentData].fold(\n        valid = {commentData =>\n          val comment = Comment(user.id.get, commentData.postId, commentData.content)\n          UserDAO.saveComment(comment)\n          Ok(\"saved\")\n        },\n        invalid = {errors =>\n          Results.BadRequest(JsError.toFlatJson(errors))\n        }\n        )\n  }\n  \n  def profile(email: String) = withUser { user => implicit request =>\n    UserDAO.findOneByEmail(email) match {\n      case Some(p) => Ok(views.html.user(p))\n      case None => Results.Forbidden\n    }\n    \n  }\n  \n  def subscribePost(id: Long) = withUser { user => implicit request =>\n    val subscribed = UserDAO.isPostSubscribed(user.id.get, id)\n    if(subscribed) {\n      UserDAO.subscribeOrUnsubscribePost(user.id.get, id)\n      Ok(\"unsubscribed\").as(JAVASCRIPT)\n    }else {\n      UserDAO.subscribeOrUnsubscribePost(user.id.get, id)\n      Ok(\"subscribed\").as(JAVASCRIPT)\n    }\n  }\n  \n  def subscribeUser(id: Long) = withUser { user => implicit request =>\n    val subscribed = UserDAO.isUserSubscribed(user.id.get, id)\n    if(subscribed) {\n      UserDAO.subscribeOrUnsubscribeUser(user.id.get, id)\n      Ok(\"unsubscribed\").as(JAVASCRIPT)\n    }else {\n      UserDAO.subscribeOrUnsubscribeUser(user.id.get, id)\n      Ok(\"subscribed\").as(JAVASCRIPT)\n    }\n  }\n  \n  def subscribeTopic(id: Long) = withUser { user => implicit request =>\n     val subscribed = UserDAO.isTopicSubscribed(user.id.get, id)\n    if(subscribed) {\n      UserDAO.subscribeOrUnsubscribeTopic(user.id.get, id)\n     Ok(Json.toJson(\"follow\"))\n    }else {\n      UserDAO.subscribeOrUnsubscribeTopic(user.id.get, id)\n      Ok(Json.toJson(\"unfollow\"))\n    }\n  }\n \n  \/*\n  def posts() = withUser { user => implicit request => \n    val posts = UserDAO.getPosts(user.id.get)\n    implicit val postWrites: Writes[Post] = new Writes[Post] {\n      def writes(p: Post): JsValue = Json.obj(\n          \"postId\" -> p.id,\n          \"content\" -> p.content,\n          \"userId\" -> p.userId,\n          \"topicId\" -> p.topicId,\n          \"timestamp\" -> p.timestamp\n      )\n    }\n    Ok(Json.toJson(posts))\n  }\n  *\/\n  \n  def posts() = withUser { user => implicit request =>\n    val posts = UserDAO.getPosts(user.id.get)\n  \tOk(views.html.posts(posts))\n  }\n  \n  def topics = withUser { user => implicit request =>\n\t\t  Ok(views.html.topics(user))\n  }\n  \n  def isEndorsedPost(id: Long) = withUser { user => implicit request =>\n    val endorsed = UserDAO.isEndorsedPost(user.id.get, id)\n    Ok(Json.toJson(endorsed)).as(JAVASCRIPT)\n  }\n  \n  def isEndorsedComment(id: Long) = withUser { user => implicit request =>\n    val endorsed = UserDAO.isEndorsedComment(user.id.get, id)\n    Ok(Json.toJson(endorsed)).as(JAVASCRIPT)\n  }\n  \n  def isUserSubscribed(id: Long) = withUser { user => implicit request =>\n    val subscribed = UserDAO.isUserSubscribed(user.id.get, id)\n    Ok(Json.toJson(subscribed)).as(JAVASCRIPT)\n  }\n  \n   def isPostSubscribed(id: Long) = withUser { user => implicit request =>\n    val subscribed = UserDAO.isPostSubscribed(user.id.get, id)\n    Ok(Json.toJson(subscribed)).as(JAVASCRIPT)\n  }\n   \n    def isTopicSubscribed(id: Long) = withUser { user => implicit request =>\n    val subscribed = UserDAO.isTopicSubscribed(user.id.get, id)\n    Ok(Json.toJson(subscribed)).as(JAVASCRIPT)\n  }\n    \n  def showPost(postId: Long) = withUser { user => implicit request =>\n    Ok(\"\")\n  }\n  \n}\n"}
{"repo_name":"pamu\/Democracy","path":"build.sbt","text":"import play.Project._\n\nname := \"\"\"Democracy\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlibraryDependencies ++= Seq(\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.30\",\n  \"com.typesafe.slick\" %% \"slick\" % \"2.0.1\",\n  \"org.webjars\" %% \"webjars-play\" % \"2.2.0\", \n  \"org.webjars\" % \"bootstrap\" % \"2.3.1\"\n)\n\nplayScalaSettings\n"}
{"repo_name":"pamu\/Democracy","path":"app\/controllers\/Secured.scala","text":"<gh_stars>1-10\npackage controllers\n\nimport play.api.mvc.{Action}\nimport play.api.mvc._\nimport models.User\nimport models.UserDAO\n\ntrait Secured {\n  \n   \/**\n   * Retrieve the connected user email.\n   *\/\n  private def email(request: RequestHeader) = request.session.get(\"email\")\n  \n  \/**\n   * Redirect to login if the user in not authorized.\n   *\/\n  private def onUnauthorized(request: RequestHeader) = Results.Redirect(routes.Auth.loginPage())\n  \n  \/**\n   * \n   *\/\n  def IsAuthenticated(f: => String => Request[AnyContent] => Result) = Security.Authenticated(email, onUnauthorized) { email =>\n    Action(request => f(email)(request))\n  }\n  \n   \/**\n   * This method shows how you could wrap the isAuthenticated method to also fetch your user\n   * You will need to implement UserDAO.findOneByEmail\n   *\/\n  def withUser(f: User => Request[AnyContent] => Result) = IsAuthenticated{ email => implicit request =>\n    UserDAO.findOneByEmail(email) match {\n      case Some(user) => f(user)(request)\n      case None => Results.Forbidden\/\/onUnauthorized(request)\n    }\n  }\n  \n  \/**\n   * now this method works with any body parser\n   *\/\n  def IsAuthenticatedWithBodyParser[A](p: BodyParser[A])(f: => String => Request[A] => Result) = Security.Authenticated(email, onUnauthorized) { user =>\n    Action(p)(request => f(user)(request))\n  }\n  \n  \/**\n   * now this method works with any body parser\n   *\/\n  def withUserWithBodyParser[A](p: BodyParser[A])(f: User => Request[A] => Result) = IsAuthenticatedWithBodyParser(p) { email => implicit request => \n    UserDAO.findOneByEmail(email) match {\n      case Some(user) => f(user)(request)\n      case None => Results.Forbidden\n    }\n  }\n}"}
{"repo_name":"pamu\/Democracy","path":"app\/global\/Global.scala","text":"<filename>app\/global\/Global.scala<gh_stars>1-10\npackage global\r\n\r\nimport play.api._\r\nimport models._\r\n\r\nobject Global extends GlobalSettings {\r\n\r\n  override def onStart(app: Application) {\r\n    Logger.info(\"Application has started\")\r\n    \/\/DAO.clean\r\n    \/\/DAO.init\r\n    \/\/DAO.initTables\r\n    \/\/DAO.fillTopics\r\n  }  \r\n  \r\n  override def onStop(app: Application) {\r\n    Logger.info(\"Application shutdown...\")\r\n  }  \r\n    \r\n}"}
{"repo_name":"pamu\/Democracy","path":"app\/models\/DAO.scala","text":"package models\r\n\r\nimport scala.slick.driver.MySQLDriver.simple._\r\nimport scala.slick.lifted.TableQuery\r\n\r\nobject DAO {\r\n\tval users = TableQuery[Users]\r\n\tval topics = TableQuery[Topics]\r\n\tval posts = TableQuery[Posts]\r\n\tval comments = TableQuery[Comments]\r\n\tval endorsePosts = TableQuery[EndorsePosts]\r\n\tval endorseComments = TableQuery[EndorseComments]\r\n\tval subscriptions = TableQuery[Subscriptions]\r\n\tval topicSubscriptions = TableQuery[TopicSubscriptions]\r\n\tval userSubscriptions = TableQuery[UserSubscriptions]\r\n\tval postSubscriptions = TableQuery[PostSubscriptions]\r\n\t\r\n\tdef db = Database.forURL(url = \"jdbc:mysql:\/\/localhost\/democracy_db\", driver = \"com.mysql.jdbc.Driver\", user=\"root\", password=\"<PASSWORD>\")\r\n\t\r\n\tdef init = db.withSession(implicit session => {\r\n\t  (users.ddl ++ topics.ddl ++ posts.ddl ++ comments.ddl ++ endorsePosts.ddl ++ endorseComments.ddl ++ subscriptions.ddl \r\n\t      ++ topicSubscriptions.ddl ++ userSubscriptions.ddl ++ postSubscriptions.ddl).create\r\n\t})\r\n\t\r\n\tdef clean = db.withSession(implicit session => {\r\n\t  import scala.slick.jdbc.StaticQuery.interpolation\r\n\t  \r\n\t  val query = sql\"drop database if exists democracy_db\".as[String]\r\n\t  query.execute\r\n\t  val create = sql\"create database democracy_db\".as[String]\r\n\t  create.execute\r\n\t})\r\n\t\r\n\tdef initTables = db.withSession(implicit session => {\r\n\t import AutoInc._\r\n\t  val id = userAutoId.insert(User(\"<EMAIL>\",\"pamu_1234\",\"mandi\",\"inquisitive learner\"))\r\n\t  println(s\"id is $id\")\r\n\t  val iid = userAutoId.insert(User(\"<EMAIL>\",\"admin_1234\",\"hyd\",\"inquisitive learner\"))\r\n\t  println(s\"id is $iid\")\r\n\t  \r\n\t})\r\n\t\r\n\t\/**\r\n\t * get auto increment values id values during insertion of the data\n\t *\/\r\n\tobject AutoInc {\r\n\t  \r\n\t  def userAutoId = users returning users.map(_.id) into {\r\n\t  \tcase (_, id) => id \r\n\t  }\r\n\t  \r\n\t  def postAutoId = posts returning posts.map(_.id) into {\r\n\t    case (_, id) => id\r\n\t  }\r\n\t  \r\n\t  def topicAutoId = topics returning topics.map(_.id) into {\r\n\t    case (_, id) => id\r\n\t  }\r\n\t  \r\n\t  def subscriptionId = subscriptions returning subscriptions.map(_.id) into {\r\n\t    case (_, id) => id\r\n\t  }\r\n\t}\r\n\t\r\n\t\/**\r\n\t * topics this project targets \n\t *\/\r\n\tdef fillTopics = db.withTransaction(implicit tx => {\r\n\t  topics += Topic(\"Technology\",\"technical issues\")\r\n\t  topics += Topic(\"Social\", \"social issues\")\r\n\t  topics += Topic(\"Culture\", \"cultural issues\")\r\n\t  topics += Topic(\"Economic\", \"economic issues\")\r\n\t  topics += Topic(\"Crime\", \"crime issues\")\r\n\t  topics += Topic(\"Politics\", \"political issues\")\r\n\t  topics += Topic(\"Cooruption\", \"cooruption related issues\")\r\n\t  topics += Topic(\"Government\", \"issues related to poor working of government departments and government servents\")\r\n\t  topics += Topic(\"Other\", \"other issues\")\r\n\t})\r\n\r\n}"}
{"repo_name":"pamu\/Democracy","path":"app\/models\/Tables.scala","text":"<gh_stars>1-10\npackage models\r\n\r\nimport scala.slick.driver.MySQLDriver.simple._\r\nimport scala.slick.lifted.Tag\r\nimport scala.slick.model.ForeignKeyAction\r\nimport java.sql.Timestamp\r\n\r\n\r\ncase class User(email: String, password: String, desc: String, location: String, id: Option[Long] = None)\r\n\r\nclass Users(tag: Tag) extends Table[User](tag, \"USERS\") {\r\n  def email = column[String](\"EMAIL\", O.NotNull)\r\n  def password = column[String](\"PASSWORD\", O.NotNull)\r\n  def desc = column[String](\"DESC\", O.NotNull)\r\n  def location = column[String](\"LOCATION\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (email, password, desc, location, id.?).shaped <> (User.tupled, User.unapply)\r\n}\r\n\r\ncase class Topic(name: String, desc: String, id: Option[Long] = None)\r\n\r\nclass Topics(tag: Tag) extends Table[Topic](tag, \"TOPICS\") {\r\n  def name = column[String](\"NAME\")\r\n  def desc = column[String](\"DESC\")\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (name, desc, id.?) <> (Topic.tupled, Topic.unapply)\r\n}\r\n\r\n\r\ncase class Post(userId: Long, topicId: Long, timestamp: Timestamp, content: String, id: Option[Long] = None)\r\n\r\nclass Posts(tag: Tag) extends Table[Post](tag, \"POSTS\") {\r\n  def userId = column[Long](\"USER_ID\", O.NotNull)\r\n  def topicId = column[Long](\"TOPIC_ID\", O.NotNull)\r\n  def timestamp = column[Timestamp](\"TIMESTAMP\", O.NotNull)\r\n  def content = column[String](\"CONTENT\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (userId, topicId, timestamp, content, id.?) <> (Post.tupled, Post.unapply)\r\n  def userIdFk = foreignKey(\"POSTS_USER_ID_FK\", userId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n  def topicIdFk = foreignKey(\"POSTS_TOPIC_ID_FK\", topicId, TableQuery[Topics])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\ncase class Comment(commenterId: Long, postId: Long, content: String, id: Option[Long] = None)\r\n\r\nclass Comments(tag: Tag) extends Table[Comment](tag, \"COMMENTS\") {\r\n  def commenterId = column[Long](\"COMMENTER_ID\", O.NotNull)\r\n  def postId = column[Long](\"POST_ID\", O.NotNull)\r\n  def content = column[String](\"CONTENT\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (commenterId, postId, content, id.?) <> (Comment.tupled, Comment.unapply)\r\n  def commenterIdFk = foreignKey(\"COMMENTS_COMMENTER_ID_FK\", commenterId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n  def postIdFk = foreignKey(\"COMMENTS_POST_ID_FK\", postId, TableQuery[Posts])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class EndorsePost(postId: Long, endorserId: Long, id: Option[Long] = None)\r\n\r\nclass EndorsePosts(tag: Tag) extends Table[EndorsePost](tag, \"ENDORSE_POSTS\") {\r\n  def postId = column[Long](\"POST_ID\", O.NotNull)\r\n  def endorserId = column[Long](\"ENDORSE_ID\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.PrimaryKey, O.NotNull, O.AutoInc)\r\n  def * = (postId, endorserId, id.?) <> (EndorsePost.tupled, EndorsePost.unapply)\r\n  def postIdFk = foreignKey(\"ENDORSE_POST_POST_ID_FK\", postId, TableQuery[Posts])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n  def endorserIdFk = foreignKey(\"ENDORSE_POST_ENDORSER_ID\", endorserId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class EndorseComment(commentId: Long, endorserId: Long, id: Option[Long] = None)\r\n\r\nclass EndorseComments(tag: Tag) extends Table[EndorseComment](tag, \"ENDORSE_COMMENTS\") {\r\n  def commentId = column[Long](\"COMMENT_ID\", O.NotNull)\r\n  def endorserId = column[Long](\"ENDORSER_ID\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (commentId, endorserId, id.?) <> (EndorseComment.tupled, EndorseComment.unapply)\r\n  def commentIdFk = foreignKey(\"ENDORSE_COMMENT_COMMENT_ID_FK\", commentId, TableQuery[Comments])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n  def endorserIdFk = foreignKey(\"ENDORSE_COMMENT_ENDORSER_ID_FK\",  endorserId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class Subscription(subscriberId: Long, id: Option[Long] = None)\r\n\r\nclass Subscriptions(tag: Tag) extends Table[Subscription](tag, \"SUBSCRIPTIONS\") {\r\n  def subscriberId = column[Long](\"SUBSCRIBER_ID\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (subscriberId, id.?) <> (Subscription.tupled, Subscription.unapply)\r\n  def subscriptionIdFk = foreignKey(\"SUBSCRIPTIONS_SUBSCRIBER_ID_FK\", subscriberId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class TopicSubscription(subscriptionId: Long, topicId: Long, id: Option[Long] = None)\r\n\r\nclass TopicSubscriptions(tag: Tag) extends Table[TopicSubscription](tag, \"TOPIC_SUBSCRIPTIONS\") {\r\n  def subscriptionId = column[Long](\"SUBSCRIPTION_ID\", O.NotNull)\r\n  def topicId = column[Long](\"TOPIC_ID\", O.NotNull)\r\n  def id = column[Long](\"ID\", O.NotNull, O.PrimaryKey, O.AutoInc)\r\n  def * = (subscriptionId, topicId, id.?) <> (TopicSubscription.tupled, TopicSubscription.unapply)\r\n  def subscriptionIdFk = foreignKey(\"TOPIC_SUBSCRIPTIONS_SUBSCRIPTION_ID_FK\", subscriptionId, TableQuery[Subscriptions])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n  def topicIdFk = foreignKey(\"TOPIC_SUBSCIPTIONS_TOPIC_ID_FK\", topicId, TableQuery[Topics])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class PostSubscription(subscriptionId: Long, postId: Long, id: Option[Long] = None)\r\n\r\nclass PostSubscriptions(tag: Tag) extends Table[PostSubscription](tag, \"POST_SUBSCRIPTIONS\") {\r\n def subscriptionId = column[Long](\"SUBSCRIPTION_ID\", O.NotNull)\r\n def postId = column[Long](\"POST_ID\", O.NotNull)\r\n def id = column[Long](\"ID\", O.PrimaryKey, O.NotNull, O.AutoInc)\r\n def * = (subscriptionId, postId, id.?) <> (PostSubscription.tupled, PostSubscription.unapply)\r\n def subscriptionIdFk = foreignKey(\"POST_SUBSCRIPTIONS_SUBSCRIPTION_ID_FK\", subscriptionId, TableQuery[Subscriptions])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n def postIdFk = foreignKey(\"POST_SUBSCRIPTIONS_POST_ID_Fk\", postId, TableQuery[Posts])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}\r\n\r\n\r\ncase class UserSubscription(subscriptionId: Long, userId: Long, id: Option[Long] = None)\r\n\r\nclass UserSubscriptions(tag: Tag) extends Table[UserSubscription](tag, \"USER_SUBSCRIPTIONS\") {\r\n def subscriptionId = column[Long](\"SUBSCRIPTION_ID\", O.NotNull)\r\n def userId = column[Long](\"USER_ID\", O.NotNull)\r\n def id = column[Long](\"ID\", O.PrimaryKey, O.NotNull, O.AutoInc)\r\n def * = (subscriptionId, userId, id.?) <> (UserSubscription.tupled, UserSubscription.unapply)\r\n def subscriptionIdFk = foreignKey(\"USER_SUBSCRIPTIONS_SUBSCRIPTION_ID_FK\", subscriptionId, TableQuery[Subscriptions])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n def userIdFk = foreignKey(\"USER_SUBSCRIPTIONS_POST_ID_Fk\", userId, TableQuery[Users])(_.id, ForeignKeyAction.Cascade, ForeignKeyAction.Cascade)\r\n}"}
{"repo_name":"pamu\/Democracy","path":"app\/controllers\/Auth.scala","text":"package controllers\r\n\r\nimport play.api.mvc.{Controller, Action}\r\nimport play.api.data.Form\r\nimport play.api.data.Forms._\r\nimport models._\r\n\r\nobject Auth extends Controller {\r\n  \r\n  \/**\r\n   * Login Form definition, constraints and errors (errors definitions are in conf\/messages)\n   *\/\r\n  val loginForm = Form(\r\n      \r\n      tuple(\r\n          \r\n          \"email\" -> email,\r\n          \r\n          \"password\" -> nonEmptyText(minLength = 6)\r\n          \r\n          ).verifying(\r\n              \"error.loginfailed\",\r\n              tuple => check(tuple._1, tuple._2)\r\n              )\r\n             )\r\n  \r\n  \/**\r\n   * check email and password , triggers a database access\n   *\/\r\n  def check(email: String, password: String): Boolean = {\r\n    UserDAO.authenticate(email, password)\r\n  }\r\n  \r\n  \/**\r\n   * fetches a login page\n   *\/\r\n  def loginPage() = Action {implicit request =>\r\n    Ok(views.html.loginPage(loginForm))\r\n  }\r\n  \r\n  \/**\r\n   * action to which login form will be submitted\n   *\/\r\n  def loginAuth() = Action { implicit request =>\r\n    loginForm.bindFromRequest().fold(\r\n      formWithErrors => BadRequest(views.html.loginPage(formWithErrors)),\r\n      user => Redirect(routes.Application.index()).withSession(\"email\" -> user._1) \r\n    )\r\n  }\r\n  \r\n  \/**\r\n   * Signup form definition\n   *\/\r\n  val signupForm = Form(\r\n      \r\n\t\t  mapping(\r\n\t\t      \"email\" -> email,\r\n\t\t      \r\n\t\t      \/\/ Create a tuple mapping for the password\/confirm\r\n\t\t      \"password\" -> tuple(\r\n\t\t        \"main\" -> nonEmptyText(minLength = 6),\r\n\t\t        \"confirm\" -> nonEmptyText\r\n\t\t       ).verifying(\r\n\t\t        \/\/ Add an additional constraint: both passwords must match\r\n\t\t    \t\"passwords do not match\", data => data._1 == data._2\r\n\t\t    \t),\r\n\t\t       \r\n\t\t      \"location\" -> nonEmptyText,\r\n\t\t      \r\n\t\t      \"description\" -> nonEmptyText\r\n\t\t       \r\n\t     )\/\/mapping\r\n\t\t      \r\n\t\t      \/\/binding information\r\n\t\t      {\r\n\t\t\t  \t(email, passwords, description, location) => User(email, passwords._1, location, description, None)\r\n\t\t      }\r\n\t\t  \t  \/\/unbinding information\r\n\t\t  \t  {\r\n\t\t  \t\tuser => Some(user.email, (user.password, \"\"), user.location, user.desc)\r\n\t\t      }.verifying(\"error.email_exists\", user => {\r\n\t\t        UserDAO.findOneByEmail(user.email) match {\r\n\t\t          case Some(user) => false\r\n\t\t          case None => true\r\n\t\t        }\r\n\t\t      })\r\n\t\t  \t  \r\n\t\t)\/\/form\r\n\t\t      \t\r\n\t\t  \t\r\n  \/**\r\n   * check whether user with given email exists\n   *\/\r\n  def exists(email: String): Boolean = {\r\n    \/**\r\n     * Check is email exists in the database\n     *\/\r\n    UserDAO.findOneByEmail(email) match {\r\n      case Some(user) => true\r\n      case None => false\r\n    }\r\n    \r\n  }\r\n  \r\n  \/**\r\n   * fetch signupPage\n   *\/\r\n  def signupPage() = Action {implicit request =>\r\n    Ok(views.html.signupPage(signupForm))\r\n  }\r\n  \r\n  \/**\r\n   * target action for signup form\n   *\/\r\n  def signupAuth() = Action { implicit request =>\r\n    signupForm.bindFromRequest().fold(\r\n        formWithErrors => BadRequest(views.html.signupPage(formWithErrors)),\r\n        \/**\r\n         * One user signs up redirect to login page\n         *\/\r\n        user => {\r\n          UserDAO.saveUser(user)\r\n          Redirect(routes.Auth.loginPage())\r\n        }\r\n     )\r\n  }\r\n  \r\n  \/**\r\n   * logout action discards the cookies\n   *\/\r\n  def logout() = Action {\r\n    Redirect(routes.Auth.loginPage()).withNewSession\r\n  }\r\n  \r\n}"}
{"repo_name":"swoogles\/zio-config","path":"typesafe-magnolia-tests\/shared\/src\/test\/scala\/zio\/config\/typesafe\/TypesafeConfigSpec.scala","text":"package zio.config.typesafe\n\nimport zio.config.PropertyTree.{Leaf, Record, Sequence}\nimport zio.config.ReadError\nimport zio.config.typesafe.TypesafeConfigTestSupport._\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.{Has, ZIO}\n\nobject TypesafeConfigSpec extends DefaultRunnableSpec {\n  val spec: Spec[Any, TestFailure[ReadError[String]], TestSuccess] = suite(\"TypesafeConfig\")(\n    test(\"Read empty list\") {\n      val res =\n        TypesafeConfigSource.fromHoconString(\n          \"\"\"\n            |a {\n            |  b = \"s\"\n            |  c = []\n            |}\n            |\"\"\".stripMargin\n        )\n\n      val expected = Record(Map(\"a\" -> Record(Map(\"b\" -> Leaf(\"s\"), \"c\" -> Sequence(Nil)))))\n\n      assert(res.map(_.getConfigValue(List.empty)))(isRight(equalTo(expected)))\n    },\n    test(\"Read mixed list\") {\n      val res =\n        TypesafeConfigSource.fromHoconString(\n          \"\"\"\n            |list = [\n            |  \"a\",\n            |  {b = \"c\"}\n            |]\n            |\"\"\".stripMargin\n        )\n\n      val expected = Record(Map(\"list\" -> Sequence(List(Leaf(\"a\"), Record(Map(\"b\" -> Leaf(\"c\")))))))\n\n      assert(res.map(_.getConfigValue(List.empty)))(isRight(equalTo(expected)))\n    },\n    test(\"Read a complex hocon structure successfully\") {\n      assert(readComplexSource)(equalTo(expectedResult))\n    },\n    test(\"Read a complex hocon structure produced by effect successfully\") {\n      assertM(\n        TypesafeConfig\n          .fromHoconStringM(ZIO.succeed(hocon), complexDescription)\n          .build\n          .useNow\n      )(equalTo(Has(expectedResult)))\n    }\n  )\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"cats\/shared\/src\/main\/scala\/zio\/config\/cats\/instances\/package.scala","text":"package zio.config.cats\n\nimport cats._\nimport zio.config._, ConfigDescriptor._\n\npackage object instances {\n  implicit val cfgDescInvariantSemiGroupal: InvariantSemigroupal[ConfigDescriptor] =\n    new InvariantSemigroupal[ConfigDescriptor] {\n      def imap[A, B](fa: ConfigDescriptor[A])(f: A => B)(g: B => A): ConfigDescriptor[B] =\n        fa.transform(f, g)\n\n      def product[A, B](fa: ConfigDescriptor[A], fb: ConfigDescriptor[B]): ConfigDescriptor[(A, B)] =\n        fa.zip(fb)\n    }\n\n  implicit val cfgDescSemiGroupK: SemigroupK[ConfigDescriptor] =\n    new SemigroupK[ConfigDescriptor] {\n      def combineK[A](x: ConfigDescriptor[A], y: ConfigDescriptor[A]): ConfigDescriptor[A] =\n        x.orElse(y)\n    }\n\n  implicit val configSourceMonoid: Monoid[ConfigSource] =\n    Monoid.instance(ConfigSource.empty, (a, b) => a.orElse(b))\n\n  implicit val configReaderFailureEq: Eq[ReadError[String]] =\n    Eq.fromUniversalEquals\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"core\/shared\/src\/test\/scala\/zio\/config\/BaseSpec.scala","text":"<reponame>swoogles\/zio-config\npackage zio.config\n\n\nimport zio.test.{DefaultRunnableSpec, TestAspect, TestAspectAtLeastR}\nimport zio._\nimport zio.test.environment.Live\n\nabstract class BaseSpec extends DefaultRunnableSpec {\n  override def aspects: List[TestAspectAtLeastR[Has[Live]]] = List(TestAspect.timeout(60.seconds))\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"gen\/shared\/src\/main\/scala\/zio\/config\/gen\/DeriveGenInstances.scala","text":"<filename>gen\/shared\/src\/main\/scala\/zio\/config\/gen\/DeriveGenInstances.scala\npackage zio.config.gen\n\nimport zio.test.magnolia.DeriveGen\nimport zio.test.Gen\n\nimport java.io.File\nimport java.net.{URI, URL}\nimport java.time.{Instant, LocalDate, LocalDateTime}\nimport java.util.UUID\nimport scala.concurrent.duration.Duration\nimport zio.{ Has, Random }\nimport zio.test.{ Gen, Sized }\n\n\/**\n * DeriveGenInstances gives instance for DeriveGen for all the types\n * that zio-config supports. It will also make sure the randomness for these\n * types is constrained to produce an almost valid config for the users.\n *\/\ntrait DeriveGenInstances {\n  \/\/ Implicits to make sure there randomness is not going too far into its limits\n\n  implicit def deriveGenBigDecimal: DeriveGen[BigDecimal] =\n    new DeriveGen[BigDecimal] {\n      override def derive: Gen[Has[Random] with Has[Sized], BigDecimal] =\n        Gen.bigDecimal(0, 9999999)\n    }\n\n  implicit def deriveGenBigInt: DeriveGen[BigInt] =\n    new DeriveGen[BigInt] {\n      override def derive: Gen[Has[Random] with Has[Sized], BigInt] =\n        Gen.bigInt(0, 9999999)\n    }\n\n  implicit def deriveGenByte: DeriveGen[Byte] =\n    new DeriveGen[Byte] {\n      override def derive: Gen[Has[Random] with Has[Sized], Byte] =\n        Gen.byte(0, 20)\n    }\n\n  implicit def deriveGenDouble: DeriveGen[Double] =\n    new DeriveGen[Double] {\n      override def derive: Gen[Has[Random] with Has[Sized], Double] =\n        Gen.double(0, 9999)\n    }\n\n  implicit def deriveGenDuration: DeriveGen[Duration] =\n    new DeriveGen[Duration] {\n      override def derive: Gen[Has[Random] with Has[Sized], Duration] =\n        Gen.int(1, 10).flatMap(int => Gen.const(Duration.apply(s\"${int} seconds\")))\n    }\n\n  implicit def deriveGenFile: DeriveGen[File] =\n    new DeriveGen[File] {\n      override def derive: Gen[Has[Random] with Has[Sized], File] =\n        Gen.alphaNumericStringBounded(3, 10).flatMap(r => Gen.const(new File(s\"\/Users\/abc\/${r}\")))\n    }\n\n  implicit def deriveGenFloat: DeriveGen[Float] =\n    new DeriveGen[Float] {\n      override def derive: Gen[Has[Random] with Has[Sized], Float] =\n        Gen.double(0, 9999).map(_.toFloat)\n    }\n\n  implicit def deriveGenInstant: DeriveGen[Instant] =\n    new DeriveGen[Instant] {\n      override def derive: Gen[Has[Random] with Has[Sized], Instant] =\n        Gen\n          .int(1000, 2000)\n          .flatMap(prev => Gen.instant(Instant.now().minusSeconds(prev.toLong), Instant.now()))\n    }\n\n  implicit def deriveGenInt: DeriveGen[Int] =\n    new DeriveGen[Int] {\n      override def derive: Gen[Has[Random] with Has[Sized], Int] =\n        Gen.int(0, 9999)\n    }\n\n  implicit def deriveGenJavaFilePath: DeriveGen[java.nio.file.Path] =\n    new DeriveGen[java.nio.file.Path] {\n      override def derive: Gen[Has[Random] with Has[Sized], java.nio.file.Path] =\n        DeriveGen[File].map(_.toPath())\n    }\n\n  implicit def deriveGenList[A: DeriveGen]: DeriveGen[List[A]] = new DeriveGen[List[A]] {\n    override def derive: Gen[Has[Random] with Has[Sized], List[A]] =\n      Gen.int(1, 6).flatMap(n => Gen.listOfN(n)(DeriveGen[A]))\n  }\n\n  implicit def deriveGenLocalDate: DeriveGen[LocalDate] =\n    new DeriveGen[LocalDate] {\n      override def derive: Gen[Has[Random] with Has[Sized], LocalDate] =\n        Gen\n          .int(5, 25)\n          .flatMap(prev =>\n            Gen.localDateTime(LocalDateTime.now().minusHours(prev.toLong), LocalDateTime.now()).map(_.toLocalDate())\n          )\n    }\n\n  implicit def deriveGenLong: DeriveGen[Long] =\n    new DeriveGen[Long] {\n      override def derive: Gen[Has[Random] with Has[Sized], Long] =\n        Gen.long(10000, 999999999)\n    }\n\n  implicit def deriveGenMap[A: DeriveGen, B: DeriveGen]: DeriveGen[Map[A, B]] = new DeriveGen[Map[A, B]] {\n    override def derive: Gen[Has[Random] with Has[Sized], Map[A, B]] =\n      Gen.int(1, 6).flatMap(n => Gen.mapOfN(n)(DeriveGen[A], DeriveGen[B]))\n  }\n\n  implicit def deriveGenShort: DeriveGen[Short] =\n    new DeriveGen[Short] {\n      override def derive: Gen[Has[Random] with Has[Sized], Short] =\n        Gen.short(1, 10)\n    }\n\n  implicit def deriveGenString: DeriveGen[String] =\n    new DeriveGen[String] {\n      override def derive: Gen[Has[Random] with Has[Sized], String] =\n        Gen.alphaNumericStringBounded(5, 25)\n    }\n\n  implicit def deriveGenURI: DeriveGen[URI] =\n    new DeriveGen[URI] {\n      override def derive: Gen[Has[Random] with Has[Sized], URI] =\n        Gen.alphaNumericStringBounded(4, 10).map(r => new URI(r))\n    }\n\n  implicit def deriveGenUUID: DeriveGen[UUID] =\n    new DeriveGen[UUID] {\n      override def derive: Gen[Has[Random] with Has[Sized], UUID] =\n        Gen.const(java.util.UUID.randomUUID())\n    }\n\n  implicit def deriveGenURL: DeriveGen[URL] =\n    new DeriveGen[URL] {\n      override def derive: Gen[Has[Random] with Has[Sized], URL] =\n        Gen\n          .oneOf(Gen.const(\"abc\"), Gen.const(\"def\"))\n          .flatMap(r =>\n            Gen\n              .oneOf(Gen.const(\"http\"), Gen.const(\"https\"))\n              .map(prefix => new URL(s\"${prefix}:\/\/${r}\"))\n          )\n    }\n\n  implicit def deriveGenZioDuration: DeriveGen[zio.Duration] =\n    new DeriveGen[zio.Duration] {\n      override def derive: Gen[Has[Random] with Has[Sized], zio.Duration] =\n        Gen.finiteDuration\n    }\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"core\/shared\/src\/test\/scala\/zio\/config\/SystemTest.scala","text":"<gh_stars>0\npackage zio.config\n\nimport zio.config.ConfigDescriptor._\nimport zio.test.Assertion._\nimport zio.test.environment.{TestEnvironment, TestSystem}\nimport zio.test.{DefaultRunnableSpec, _}\nimport zio.{Has, ZIO}\nimport zio.Random\nimport zio.test.{ Gen, Sized }\n\nobject SystemTest extends DefaultRunnableSpec {\n\n  def spec: Spec[TestEnvironment, TestFailure[Nothing], TestSuccess] =\n    suite(\"Configuration from system\")(\n      test(\"from system properties\") {\n        check(genSomeConfig, genDelimiter) { (config, delimiter) =>\n          val result = for {\n            _ <- setSystemProperties(config, delimiter)\n            p <- ZIO\n                   .environment[Has[SomeConfig]]\n                   .provideLayer(ZConfig.fromSystemProperties(SomeConfig.descriptor, Some(delimiter)))\n          } yield p.get\n\n          assertM(result.either)(isRight(equalTo(config)))\n        }\n      },\n      test(\"from system environment\") {\n        val config = SomeConfig(100, \"ABC\")\n        val result = fromSystemEnvResult(\n          keyDelimiter = '_',\n          sysEnv = Map(\"SYSTEMPROPERTIESTEST_SIZE\" -> \"100\", \"SYSTEMPROPERTIESTEST_DESCRIPTION\" -> \"ABC\")\n        )\n\n        assertM(result.either)(isRight(equalTo(config)))\n      },\n      test(\"invalid system environment delimiter\") {\n        val keyDelimiter = '.'\n        val result       = fromSystemEnvResult(keyDelimiter = keyDelimiter)\n\n        assertM(result.either)(\n          isLeft(\n            equalTo(\n              ReadError.SourceError(\n                message = s\"Invalid system key delimiter: $keyDelimiter\",\n                annotations = Set.empty\n              )\n            )\n          )\n        )\n      }\n    )\n  import zio.test.environment.TestSystem._\n\n  private def fromSystemEnvResult(keyDelimiter: Char, sysEnv: Map[String, String] = Map.empty) = {\n    val sysEnvLayer    = TestSystem.live(Data(envs = sysEnv))\n    val configEnvLayer = sysEnvLayer >>> ZConfig.fromSystemEnv(SomeConfig.descriptor, Some(keyDelimiter))\n\n    ZIO.environment[Has[SomeConfig]].provideLayer(configEnvLayer).map(_.get)\n  }\n\n  final case class SomeConfig(size: Int, description: String)\n\n  object SomeConfig {\n    val descriptor: ConfigDescriptor[SomeConfig] =\n      nested(\"SYSTEMPROPERTIESTEST\")(\n        (int(\"SIZE\") |@| string(\"DESCRIPTION\")).to[SomeConfig]\n      )\n  }\n\n  def genSomeConfig: Gen[Has[Random] with Has[Sized], SomeConfig] =\n    for {\n      size <- Gen.int\n      desc <- Gen.string\n    } yield SomeConfig(size, desc)\n\n  def genDelimiter: Gen[Has[Random], Char]       = Gen.elements('.', '_', '-', ':')\n  def genSystemDelimiter: Gen[Has[Random], Char] = Gen.elements('_')\n\n  def setSystemProperties(config: SomeConfig, delimiter: Char): ZIO[Has[TestSystem], Nothing, Unit] =\n    for {\n      _ <- TestSystem.putProperty(s\"SYSTEMPROPERTIESTEST${delimiter}SIZE\", config.size.toString)\n      _ <- TestSystem.putProperty(s\"SYSTEMPROPERTIESTEST${delimiter}DESCRIPTION\", config.description)\n    } yield ()\n\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"typesafe\/shared\/src\/test\/scala\/zio\/config\/typesafe\/ListOrSingletonSpec.scala","text":"package zio.config.typesafe\n\nimport zio.ZIO\nimport zio.config.ConfigDescriptor._\nimport zio.config.read\nimport zio.test.Assertion._\nimport zio.test.environment.TestEnvironment\nimport zio.test.{DefaultRunnableSpec, ZSpec, assertM}\n\nobject ListOrSingletonSpec extends DefaultRunnableSpec {\n  override def spec: ZSpec[TestEnvironment, Any] =\n    suite(\"listOrSingleton\")(\n      test(\"reads singleton\") {\n        val configString =\n          \"\"\"list = \"x\"\n            |\"\"\".stripMargin\n\n        val config = listOrSingleton(\"list\")(string)\n        val result = ZIO.fromEither(\n          for {\n            src    <- TypesafeConfigSource.fromHoconString(configString)\n            result <- read(config from src)\n          } yield result\n        )\n\n        assertM(result)(equalTo(List(\"x\")))\n      },\n      test(\"reads list\") {\n        val configString =\n          \"\"\"list = [\"x\", \"y\"]\n            |\"\"\".stripMargin\n\n        val config = listOrSingleton(\"list\")(string)\n        val result = ZIO.fromEither(\n          for {\n            src    <- TypesafeConfigSource.fromHoconString(configString)\n            result <- read(config from src)\n          } yield result\n        )\n\n        assertM(result)(equalTo(List(\"x\", \"y\")))\n      }\n    )\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"core\/shared\/src\/test\/scala\/zio\/config\/PropertyTypeTest.scala","text":"<gh_stars>0\npackage zio.config\n\nimport zio.config.PropertyType._\nimport zio.config.PropertyTypeTestUtils._\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.test.environment.TestEnvironment\n\nimport java.time.{Instant, LocalDate, LocalDateTime, LocalTime, ZoneOffset}\nimport java.util.UUID\nimport scala.concurrent.duration.Duration\nimport scala.util.Try\nimport zio.{ Has, Random }\nimport zio.test.{ Gen, Sized }\n\nobject PropertyTypeTest extends BaseSpec {\n\n  val spec: ZSpec[Environment, Failure] =\n    suite(\"PropertyType\")(\n      test(\"StringType roundtrip\") {\n        \/\/ any string is a valid string i guess\n        check(Gen.string)(\n          assertValidRoundtrip(StringType, parse = identity)\n        )\n      },\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Boolean\",\n        propType = BooleanType,\n        genValid = genValidBooleanStrings,\n        parse = input =>\n          input.toLowerCase match {\n            case \"true\" | \"on\" | \"1\"   => true\n            case \"false\" | \"off\" | \"0\" => false\n            case _                     => throw new IllegalArgumentException(s\"For input string: '$input'\")\n          }\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Byte\",\n        propType = ByteType,\n        genValid = genPadLeadingZeros(Gen.byte),\n        parse = _.toByte\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Short\",\n        propType = ShortType,\n        genValid = genPadLeadingZeros(Gen.short),\n        parse = _.toShort\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Int\",\n        propType = IntType,\n        genValid = genPadLeadingZeros(Gen.int),\n        parse = _.toInt\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Long\",\n        propType = LongType,\n        genValid = genPadLeadingZeros(Gen.long),\n        parse = _.toLong\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"BigInt\",\n        propType = BigIntType,\n        genValid = genValidBigIntString,\n        parse = BigInt(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Float\",\n        propType = FloatType,\n        genValid = genPadLeadingZeros(Gen.float),\n        parse = _.toFloat\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Double\",\n        propType = DoubleType,\n        genValid = genPadLeadingZeros(Gen.double(Double.MinValue, Double.MaxValue)),\n        parse = _.toDouble\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"BigDecimal\",\n        propType = BigDecimalType,\n        genValid = genValidBigDecimalString,\n        parse = BigDecimal(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Duration\",\n        propType = DurationType,\n        genValid = Gen.sized(helpers.genDuration),\n        parse = Duration(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"UUID\",\n        propType = UuidType,\n        genValid = Gen.uuid.map(_.toString),\n        parse = UUID.fromString(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Duration\",\n        propType = ZioDurationType,\n        genValid = Gen.sized(helpers.genDuration),\n        parse = s => zio.Duration.fromScala(Duration(s))\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"LocalDate\",\n        propType = LocalDateType,\n        genValid = genLocalDateString,\n        parse = LocalDate.parse(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"LocalDateTime\",\n        propType = LocalDateTimeType,\n        genValid = genLocalDateTimeString,\n        parse = LocalDateTime.parse(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"LocalTime\",\n        propType = LocalTimeType,\n        genValid = genLocalTimeString,\n        parse = LocalTime.parse(_)\n      ),\n      propertyTypeRoundtripSuite(\n        typeInfo = \"Instant\",\n        propType = InstantType,\n        genValid = genInstant.map(_.toString),\n        parse = Instant.parse(_)\n      )\n    )\n}\n\nobject PropertyTypeTestUtils {\n\n  def propertyTypeRoundtripSuite[A](\n    typeInfo: String,\n    propType: PropertyType[String, A],\n    genValid: Gen[Has[Random] with Has[Sized], String],\n    parse: String => A\n  ): Spec[TestEnvironment, TestFailure[Nothing], TestSuccess] =\n    suite(s\"${typeInfo}Type\")(\n      test(s\"valid ${typeInfo} string roundtrip\") {\n        check(genValid.map(_.toString))(assertValidRoundtrip(propType, parse))\n      },\n      test(s\"invalid ${typeInfo} string roundtrip\") {\n        val invalidString = Gen.string.filter(s => Try(parse(s)).isFailure)\n        check(invalidString)(\n          assertInvalidRoundtrip(\n            propType,\n            s => PropertyReadError(s, typeInfo.toLowerCase)\n          )\n        )\n      }\n    )\n\n  def assertValidRoundtrip[A](\n    propType: PropertyType[String, A],\n    parse: String => A\n  )(s: String): TestResult =\n    assert(roundTrip(propType, s).map(parse))(isRight(equalTo(parse(s))))\n\n  def assertInvalidRoundtrip[A](\n    propType: PropertyType[String, A],\n    propReadError: String => PropertyReadError[String]\n  )(s: String): TestResult =\n    assert(roundTrip(propType, s))(isLeft(equalTo(propReadError(s))))\n\n  private def roundTrip[A](propType: PropertyType[String, A], s: String) =\n    propType.read(s).map(propType.write)\n\n  \/** Generates all case permutations of a string *\/\n  private def casePermutations(s: String): List[String] = {\n    val max          = 1 << s.length\n    val s_           = s.toLowerCase\n    val combinations = Array.ofDim[String](max)\n    for (i <- 0 until max) {\n      val combination: Array[Char] = s_.toCharArray\n      for (j <- 0 until s_.length)\n        if (((i >> j) & 1) == 1)\n          combination(j) = (combination(j) - 32).toChar\n      combinations(i) = combination.mkString\n    }\n    combinations.toList\n  }\n\n  import Gen._\n\n  val validBooleanStrings: List[String] =\n    casePermutations(\"true\") ++ casePermutations(\"false\") ++ casePermutations(\"on\") ++ casePermutations(\"off\") ++ List(\n      \"1\",\n      \"0\"\n    )\n\n  val genValidBooleanStrings: Gen[Any, String] = Gen.fromIterable(validBooleanStrings)\n\n  private def genOptionalStr(gen: Gen[Has[Random] with Has[Sized], String]) =\n    oneOf(const(\"\"), gen)\n\n  private val genDigit0To9: Gen[Has[Random], String] = char('0', '9').map(_.toString)\n  private val genDigit1To9: Gen[Has[Random], String] = char('1', '9').map(_.toString)\n\n  \/**\n   * Generates a string of up to n digits. Default maxLength digits is 100.\n   *\/\n  private def genDigits(maxLength: Int = 100): Gen[Has[Random] with Has[Sized], String] =\n    sized(n => listOfN(math.min(n, maxLength))(genDigit0To9).map(_.mkString))\n\n  val genValidBigIntString: Gen[Has[Random] with Has[Sized], String] = for {\n    sign   <- genOptionalStr(const(\"-\"))\n    digits <- genDigits()\n  } yield sign + digits\n\n  \/\/ Should be generalized and written in terms of `sequence`, or `traverse`\n  private def genAppend(\n    as: Gen[Has[Random] with Has[Sized], String]*\n  ): Gen[Has[Random] with Has[Sized], String] =\n    for {\n      str  <- as.headOption.fold[Gen[Has[Random] with Has[Sized], String]](const(\"\"))(identity)\n      rest <- if (as.isEmpty) const(\"\") else genAppend(as.tail: _*)\n    } yield str + rest\n\n  private val leadingZeros: Gen[Has[Random] with Has[Sized], String] =\n    listOf(const('0')).map(_.mkString)\n\n  def genPadLeadingZeros[A: Numeric](gen: Gen[Has[Random], A]): Gen[Has[Random] with Has[Sized], String] =\n    (leadingZeros <*> gen.map(_.toString)).map { case (zeros, num) =>\n      if (num.startsWith(\"-\")) \"-\" + zeros + num.drop(1)\n      else zeros + num\n    }\n\n  private val genWhole: Gen[Has[Random] with Has[Sized], String] = oneOf(\n    const(\"0\"),\n    genAppend(genDigit1To9, genDigits())\n  )\n\n  private val genDecimal: Gen[Has[Random] with Has[Sized], String] = oneOf(\n    genOptionalStr(const(\".\")),\n    genAppend(const(\".\"), genDigits())\n  )\n\n  private val genExponent: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    oneOf(const(\"e\"), const(\"E\")),\n    genOptionalStr(oneOf(const(\"+\"), const(\"-\"))),\n    genAppend(genDigit0To9, genDigit0To9) \/\/ let's keep it reasonable...\n  )\n\n  \/\/ loose reference https:\/\/i.stack.imgur.com\/wmFqa.gif\n  val genValidBigDecimalString: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    genOptionalStr(const(\"-\")),\n    genAppend(leadingZeros, genWhole),\n    genOptionalStr(genDecimal),\n    genOptionalStr(genExponent)\n  )\n\n  val genAlphaChar: Gen[Has[Random], Char] =\n    oneOf(char(65, 90), char(97, 122))\n\n  private val genScheme: Gen[Has[Random] with Has[Sized], String] = for {\n    letter <- genAlphaChar.map(_.toString)\n    rest   <- listOf(\n                weighted(\n                  alphaNumericString      -> 36,\n                  elements(\"+\", \".\", \"-\") -> 3\n                )\n              ).map(_.mkString)\n  } yield letter + rest\n\n  private val genAuth: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    const(\"\/\/\"),\n    genAppend(genOptionalStr(alphaNumericString), const(\"@\")),           \/\/ userinfo\n    const(\"@\"),\n    Gen.weighted(alphaNumericString -> 26), \/\/ host\n    genOptionalStr(genAppend(const(\":\"), int(0, 65535).map(_.toString))) \/\/ port\n  )\n\n  private val genPath: Gen[Has[Random] with Has[Sized], String]  =\n    listOf1(listOf1(alphaNumericChar).map(_.mkString)).map(_.mkString(\"\/\"))\n\n  private val genAuthorityAndPath: Gen[Has[Random] with Has[Sized], String] = {\n    for {\n      hasAuthority <- boolean\n      authAndPath  <- if (hasAuthority) {\n                        genAppend(genAuth, const(\"\/\"), genPath)\n                      } else genPath\n    } yield authAndPath\n  }\n  private val genQuery: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    const(\"?\"),\n    oneOf(alphaNumericString, listOfN(2)(alphaNumericString).map(_.mkString(\"=\")))\n  )\n\n  private val genFragment: Gen[Has[Random] with Has[Sized], String] =\n    alphaNumericString\n\n  \/**\n   * Generates a valid URI string, i.e. one `java.net.Uri` will accept.\n   *\n   * Not complete, mind you.\n   *\n   * <br\/><br\/>\n   * reference: https:\/\/en.wikipedia.org\/wiki\/Uniform_Resource_Identifier#Generic_syntax\n   *\/\n  val genValidUriString: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    genScheme,\n    const(\":\"),\n    genAuthorityAndPath,\n    genOptionalStr(genQuery),\n    genOptionalStr(genFragment)\n  )\n\n  val genValidUrlString: Gen[Has[Random] with Has[Sized], String] = genAppend(\n    Gen.elements(\"http\", \"https\", \"ftp\", \"file\"),\n    const(\":\"),\n    genAuthorityAndPath,\n    genOptionalStr(genQuery),\n    genOptionalStr(genFragment)\n  )\n\n  val genInstant: Gen[Has[Random], Instant] =\n    Gen.long.map(Instant.ofEpochMilli)\n\n  val genLocalDateString: Gen[Has[Random] with Has[Sized], String] =\n    genInstant.map(_.atZone(ZoneOffset.UTC).toLocalDate.toString)\n\n  val genLocalDateTimeString: Gen[Has[Random] with Has[Sized], String] =\n    genInstant.map(_.atZone(ZoneOffset.UTC).toLocalDateTime.toString)\n\n  val genLocalTimeString: Gen[Has[Random] with Has[Sized], String] =\n    genInstant.map(_.atZone(ZoneOffset.UTC).toLocalTime.toString)\n\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"pureconfig\/shared\/src\/test\/scala\/zio\/config\/pureconfig\/PureconfigTest.scala","text":"<filename>pureconfig\/shared\/src\/test\/scala\/zio\/config\/pureconfig\/PureconfigTest.scala<gh_stars>0\npackage zio.config.pureconfig\n\nimport zio.ZIO\nimport zio.config._\nimport zio.test.Assertion._\nimport zio.test.{Gen, checkM, _}\nimport zio.random.Random\n\nobject PureconfigTest extends BaseSpec {\n  override val spec: Spec[TestConfig with Random with Sized, TestFailure[Serializable], TestSuccess] =\n    suite(\"Pureconfig support\")(\n      testM(\"vector roundtrip\") {\n        checkM(Gen.vectorOf(Gen.anyString)) { v =>\n          val cfg = fromPureconfig[Vector[String]]\n          val v2  =\n            for {\n              written <- ZIO.fromEither(write(cfg, v))\n              reread  <- ZIO.fromEither(\n                           read(cfg from ConfigSource.fromPropertyTree(written, \"tree\", LeafForSequence.Valid))\n                         )\n            } yield reread\n\n          assertM(v2)(equalTo(v))\n        }\n      }\n    )\n}\n"}
{"repo_name":"swoogles\/zio-config","path":"core\/shared\/src\/test\/scala\/zio\/config\/ProductBuilderTest.scala","text":"package zio.config\n\nimport zio.config.ConfigDescriptor._\nimport zio.config.ProductBuilderTestUtils._\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.{Has, ZIO}\nimport zio.Random\nimport zio.test.Gen\n\nobject ProductBuilderTest extends BaseSpec {\n\n  val spec: Spec[Has[TestConfig] with Has[Random], TestFailure[String], TestSuccess] =\n    suite(\"ProductBuilder\")(\n      test(\"combine 22 for case class\") {\n        check(genS22) { p =>\n          val p2 =\n            for {\n              written <- ZIO.fromEither(write(cS22, p))\n              reread  <- ZIO\n                           .fromEither(\n                             read(\n                               cS22 from ConfigSource\n                                 .fromMultiMap(written.flattenString(\".\"), \"test\")\n                             )\n                           )\n                           .mapError(_.getMessage)\n            } yield reread\n\n          assertM(p2)(equalTo(p))\n        }\n      },\n      test(\"combine 22 for tupled\") {\n        check(genS22) { p =>\n          val conv  = implicitly[TupleConversion[\n            S22,\n            (\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int,\n              Int\n            )\n          ]]\n          val tuple = conv.to(p)\n\n          val p2 =\n            for {\n              written <- ZIO.fromEither(write(cS22Tupled, tuple))\n              reread  <- ZIO\n                           .fromEither(\n                             read(\n                               cS22Tupled from ConfigSource\n                                 .fromMultiMap(written.flattenString(\".\"), \"test\")\n                             )\n                           )\n                           .mapError(_.getMessage)\n            } yield reread\n\n          assertM(p2)(equalTo(tuple))\n        }\n      }\n    )\n}\n\nobject ProductBuilderTestUtils {\n  final case class S22(\n    s0: Int,\n    s1: Int,\n    s2: Int,\n    s3: Int,\n    s4: Int,\n    s5: Int,\n    s6: Int,\n    s7: Int,\n    s8: Int,\n    s9: Int,\n    s10: Int,\n    s11: Int,\n    s12: Int,\n    s13: Int,\n    s14: Int,\n    s15: Int,\n    s16: Int,\n    s17: Int,\n    s18: Int,\n    s19: Int,\n    s20: Int,\n    s21: Int\n  )\n\n  private val cId0  = int(s\"kId0\")\n  private val cId1  = int(s\"kId1\")\n  private val cId2  = int(s\"kId2\")\n  private val cId3  = int(s\"kId3\")\n  private val cId4  = int(s\"kId4\")\n  private val cId5  = int(s\"kId5\")\n  private val cId6  = int(s\"kId6\")\n  private val cId7  = int(s\"kId7\")\n  private val cId8  = int(s\"kId8\")\n  private val cId9  = int(s\"kId9\")\n  private val cId10 = int(s\"kId10\")\n  private val cId11 = int(s\"kId11\")\n  private val cId12 = int(s\"kId12\")\n  private val cId13 = int(s\"kId13\")\n  private val cId14 = int(s\"kId14\")\n  private val cId15 = int(s\"kId15\")\n  private val cId16 = int(s\"kId16\")\n  private val cId17 = int(s\"kId17\")\n  private val cId18 = int(s\"kId18\")\n  private val cId19 = int(s\"kId19\")\n  private val cId20 = int(s\"kId20\")\n  private val cId21 = int(s\"kId21\")\n\n  val cS22: ConfigDescriptor[S22] =\n    (cId0 |@| cId1 |@| cId2 |@| cId3 |@| cId4 |@| cId5 |@| cId6 |@| cId7 |@| cId8 |@| cId9 |@| cId10 |@| cId11 |@| cId12 |@| cId13 |@| cId14 |@| cId15 |@| cId16 |@| cId17 |@| cId18 |@| cId19 |@| cId20 |@| cId21)\n      .to[S22]\n\n  val cS22Tupled: ConfigDescriptor[\n    (Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int, Int)\n  ] =\n    (cId0 |@| cId1 |@| cId2 |@| cId3 |@| cId4 |@| cId5 |@| cId6 |@| cId7 |@| cId8 |@| cId9 |@| cId10 |@| cId11 |@| cId12 |@| cId13 |@| cId14 |@| cId15 |@| cId16 |@| cId17 |@| cId18 |@| cId19 |@| cId20 |@| cId21).tupled\n\n  val genS22: Gen[Has[Random], S22] =\n    for {\n      s0  <- Gen.int\n      s1  <- Gen.int\n      s2  <- Gen.int\n      s3  <- Gen.int\n      s4  <- Gen.int\n      s5  <- Gen.int\n      s6  <- Gen.int\n      s7  <- Gen.int\n      s8  <- Gen.int\n      s9  <- Gen.int\n      s10 <- Gen.int\n      s11 <- Gen.int\n      s12 <- Gen.int\n      s13 <- Gen.int\n      s14 <- Gen.int\n      s15 <- Gen.int\n      s16 <- Gen.int\n      s17 <- Gen.int\n      s18 <- Gen.int\n      s19 <- Gen.int\n      s20 <- Gen.int\n      s21 <- Gen.int\n    } yield S22(\n      s0,\n      s1,\n      s2,\n      s3,\n      s4,\n      s5,\n      s6,\n      s7,\n      s8,\n      s9,\n      s10,\n      s11,\n      s12,\n      s13,\n      s14,\n      s15,\n      s16,\n      s17,\n      s18,\n      s19,\n      s20,\n      s21\n    )\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Recursion\/Max.scala","text":"<reponame>Mikbac\/Samples-Scala\npackage Algorithms.Recursion\n\n\/**\n * Created by MikBac on 27.09.2020\n *\/\nobject Max {\n\n  def max(xs: List[Int]): Int = {\n    if (xs.length != 1) {\n      max(xs.head, max(xs.tail))\n    } else {\n      xs.head\n    }\n  }\n\n  def max(numb1: Int, numb2: Int): Int = {\n    if (numb1 > numb2) {\n      numb1\n    } else {\n      numb2\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(max(List(1, 2, 6, 0, 9, 1, 2)))\n    println(max(List()))\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Recursion\/Min.scala","text":"<filename>src\/main\/scala\/Algorithms\/Recursion\/Min.scala\npackage Algorithms.Recursion\n\n\/**\n * Created by MikBac on 29.09.2020\n *\/\nobject Min {\n\n  def min(xs: List[Int]): Int = {\n    if (xs.length != 1) {\n      min(xs.head, min(xs.tail))\n    } else {\n      xs.head\n    }\n  }\n\n  def min(numb1: Int, numb2: Int): Int = {\n    if (numb1 < numb2) {\n      numb1\n    } else {\n      numb2\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(min(List(1, 2, 6, 0, 9, 1, 2)))\n    println(min(List(1, 2, 3, 4)))\n    println(min(List(6, 4, 6)))\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Recursion\/Factorial.scala","text":"package Algorithms.Recursion\n\n\/**\n * Created by MikBac on 29.09.2020\n *\/\nobject Factorial {\n\n  def product(f: Int => Int)(a: Int, b: Int): Int =\n    if (a > b) 1\n    else f(a) * product(f)(a + 1, b)\n\n  def factorial(n: Int): Int = product(x => x)(1, n)\n\n  def main(args: Array[String]): Unit = {\n\n    println(factorial(3)) \/\/ 6\n    println(factorial(5)) \/\/ 120\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/QuickSort.scala","text":"<reponame>Mikbac\/Samples-Scala<gh_stars>0\npackage Algorithms.Sorting\n\n\/**\n * Created by MikBac on 01.09.2020\n *\/\nobject QuickSort {\n\n  def partition(array: Array[Int], low: Int, high: Int): Int = {\n    var i = (low - 1)\n    val pivot = array(high)\n    for (j <- low until high) {\n      if (array(j) < pivot) {\n        i = i + 1\n        val temp = array(i)\n        array(i) = array(j)\n        array(j) = temp\n      }\n    }\n    val temp = array(i + 1)\n    array(i + 1) = array(high)\n    array(high) = temp\n\n    i + 1\n  }\n\n  def sort(array: Array[Int], low: Int, high: Int): Unit = {\n    if (low < high) {\n      val pi: Int = partition(array, low, high)\n      sort(array, low, pi - 1)\n      sort(array, pi + 1, high)\n    }\n  }\n\n\n  def main(args: Array[String]): Unit = {\n    val array = Array(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 232, 239, 2, 100, 11, 6, 3, 4, 2)\n    val n = array.length\n    sort(array, 0, n - 1)\n    array.foreach(numb => print(s\"$numb \"))\n  }\n\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Other\/Anagrams.scala","text":"package Algorithms.Other\n\nimport scala.collection.mutable\n\n\/**\n * Created by MikBac on 01.09.2020\n *\/\n\nobject Anagrams {\n\n  \/**\n   * Check if two Strings are anagrams of each other\n   *\n   * @param wordOne : String, wordTwo: String\n   * @return Boolean\n   * *\/\n  def isAnagram(wordOne: String, wordTwo: String): Boolean = {\n\n    val normalWordOne = getNormalization(wordOne)\n    val normalWordTwo = getNormalization(wordTwo)\n\n    if (normalWordOne.length.equals(normalWordTwo.length))\n      getWordMap(normalWordOne).equals(getWordMap(normalWordTwo))\n    else\n      false\n\n  }\n\n  def getNormalization(word: String): String = {\n    word.replaceAll(\"\\\\s+\", \"\").toLowerCase\n  }\n\n  def getWordMap(word: String): mutable.Map[Char, Int] = {\n    val wordMap = collection.mutable.Map[Char, Int]()\n    word.foreach(letter => {\n      if (wordMap.contains(letter))\n        wordMap.update(letter, wordMap(letter) + 1)\n      else wordMap += ((letter -> 1))\n    })\n    wordMap\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(isAnagram(\"abc\", \"cba\")) \/\/  true\n    println(isAnagram(\"aaa\", \"bbb\")) \/\/  false\n    println(isAnagram(\"<NAME>\", \"Lutni ujaw mi\")) \/\/  true\n    println(isAnagram(\"<NAME>\", \"Huge ego sorry\")) \/\/  true\n    println(isAnagram(\"<NAME>\", \"Mr <NAME>\")) \/\/  true\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Recursion\/Sum.scala","text":"<reponame>Mikbac\/Samples-Scala\npackage Algorithms.Recursion\n\n\/**\n * Created by MikBac on 27.09.2020\n *\/\nobject Sum {\n\n  def sum(xs: List[Int]): Int = {\n    if (xs.nonEmpty) {\n      xs.head + sum(xs.tail)\n    } else {\n      0\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(sum(List(1, 3, 5, 7, 9)))\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Demos\/QR\/QRCodeGenerator.scala","text":"<filename>src\/main\/scala\/Demos\/QR\/QRCodeGenerator.scala\npackage Demos.QR\n\nimport java.nio.file.Paths\n\nimport com.google.zxing.client.j2se.MatrixToImageWriter\nimport com.google.zxing.common.BitMatrix\nimport com.google.zxing.{BarcodeFormat, MultiFormatWriter}\n\n\/**\n * Created by MikBac on 30.08.2020\n *\/\nobject QRCodeGenerator {\n\n  def createQRCode(data: String,\n                   path: String,\n                   charset: String,\n                   height: Int,\n                   width: Int): Unit = {\n\n    val matrix: BitMatrix\n    = new MultiFormatWriter().encode(\n      new String(\n        data.getBytes(charset),\n        charset),\n      BarcodeFormat.QR_CODE, width, height);\n\n    MatrixToImageWriter\n      .writeToPath(\n        matrix,\n        path.substring(\n          path.lastIndexOf('.') + 1),\n        Paths get path)\n\n  }\n\n  def main(args: Array[String]): Unit = {\n\n    val data = \"XYZ\/XYZ\"\n    val file = \".\/fileName.jpg\"\n    val charset = \"UTF-8\";\n\n    createQRCode(data, file, charset,\n      200, 200);\n\n  }\n\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/MergeSort.scala","text":"package Algorithms.Sorting\n\n\/**\n * Created by MikBac on 03.09.2020\n *\/\n\nobject MergeSort {\n\n  def sort(array: Array[Int], left: Int, right: Int) {\n\n    if (left < right) {\n      val medium = (left + right) \/ 2\n\n      sort(array, left, medium)\n      sort(array, medium + 1, right)\n\n      val arrayOneSize = medium - left + 1\n      val arrayTwoSize = right - medium\n\n      val arrayOne = array.slice(left, left + arrayOneSize)\n      val arrayTwo = array.slice(medium + 1, medium + 1 + arrayTwoSize)\n\n      var (arrayOneCurrentSize, arrayTwoCurrentSize) = (0, 0)\n      var arrayCurrentSize = left\n\n      while (arrayOneCurrentSize < arrayOneSize && arrayTwoCurrentSize < arrayTwoSize) {\n        if (arrayOne(arrayOneCurrentSize) <= arrayTwo(arrayTwoCurrentSize)) {\n          array(arrayCurrentSize) = arrayOne(arrayOneCurrentSize)\n          arrayOneCurrentSize += 1\n        }\n        else {\n          array(arrayCurrentSize) = arrayTwo(arrayTwoCurrentSize)\n          arrayTwoCurrentSize += 1\n        }\n        arrayCurrentSize += 1\n      }\n\n      while (arrayOneCurrentSize < arrayOneSize || arrayTwoCurrentSize < arrayTwoSize) {\n        if (arrayOneCurrentSize < arrayOneSize) {\n          array(arrayCurrentSize) = arrayOne(arrayOneCurrentSize)\n          arrayOneCurrentSize += 1\n        }\n        if (arrayTwoCurrentSize < arrayTwoSize) {\n          array(arrayCurrentSize) = arrayTwo(arrayTwoCurrentSize)\n          arrayTwoCurrentSize += 1\n        }\n        arrayCurrentSize += 1\n      }\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    val array = Array(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 232, 239, 2, 100, 11, 6, 3, 4, 2)\n\n    sort(array, 0, array.length - 1)\n    array.foreach(numb => print(s\"$numb \"))\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Basic\/EvaluationRules.scala","text":"package Basic\n\n\/**\n * Created by MikBac on 27.09.2020\n *\/\nobject EvaluationRules {\n\n  def doSomething(): Int = {\n    println(\"Works\")\n    123\n  }\n\n  def callByValue(x: Int): Unit = {\n    println(\"x1=\" + x)\n    println(\"x2=\" + x)\n    println(\"x3=\" + x)\n  }\n\n  def callByName(x: => Int): Unit = {\n    println(\"x1=\" + x)\n    println(\"x2=\" + x)\n    println(\"x3=\" + x)\n  }\n\n  def main(args: Array[String]): Unit = {\n    callByValue(doSomething())\n    callByName(doSomething())\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Other\/MatrixTransposition.scala","text":"package Algorithms.Other\n\n\/**\n * Created by MikBac on 04.09.2020\n *\/\nobject MatrixTransposition {\n\n  def transposition(matrix: Array[Array[Int]]): Array[Array[Int]] = {\n    var ans: Array[Array[Int]] = Array.fill(matrix(0).length) {\n      Array.fill(matrix.length) {\n        0\n      }\n    }\n    for (i <- matrix(0).indices) {\n      for (j <- matrix.indices) {\n        ans(i)(j) = matrix(j)(i)\n      }\n    }\n    ans\n  }\n\n  def printMatrix(matrix: Array[Array[Int]]): Unit = {\n    var matrixVal: Int = 0\n    for (i <- matrix.indices) {\n      for (j <- matrix(0).indices) {\n        matrixVal = matrix(i)(j)\n        print(s\"$matrixVal \")\n      }\n      println(\"\")\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    val matrix = Array(Array(7, 2, 8, -1), Array(1, 3, 2, 0), Array(-5, 9, 5, -7))\n\n    val transMatrix = transposition(matrix)\n    printMatrix(transMatrix)\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Other\/Duplicates.scala","text":"<reponame>Mikbac\/Samples-Scala<filename>src\/main\/scala\/Algorithms\/Other\/Duplicates.scala\npackage Algorithms.Other\n\n\/**\n * Created by MikBac on 02.09.2020\n *\/\nobject Duplicates {\n  \/**\n   * Remove duplicates from an array in place\n   *\n   * * @param list : List[Int]\n   * * @return list\n   *\/\n  def removeDuplicates(list: collection.mutable.ListBuffer[Int]): Unit = {\n\n    val supp: collection.mutable.ListBuffer[Int] = list.sortWith(_.compareTo(_) < 0).clone()\n\n    for (i <- 0 until supp.length - 1)\n      if (supp(i).equals(supp(i + 1)))\n        list -= supp(i)\n  }\n\n  def main(args: Array[String]): Unit = {\n    val list = collection.mutable.ListBuffer(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 1, 2, 0, 1, 6, 3, 4, 2)\n\n    removeDuplicates(list)\n    println(list)\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"build.sbt","text":"<filename>build.sbt\nname := \"Scala-exercises\"\nversion := \"0.1\"\nscalaVersion := \"2.12.8\"\n\nlibraryDependencies += \"com.google.zxing\" % \"core\" % \"3.4.0\"\nlibraryDependencies += \"com.google.zxing\" % \"javase\" % \"3.4.0\"\n\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Basic\/Employee.scala","text":"package Basic\n\nimport java.time.LocalDate\n\n\/**\n * Created by MikBac on 27.08.2020\n *\/\n\nclass Employee1(name: String,\n                surname: String,\n                age: Integer,\n                salary: BigDecimal,\n                startOfWork: LocalDate)\n\nclass Employee2(name: String,\n                surname: String,\n                age: Integer,\n                salary: BigDecimal,\n                startOfWork: LocalDate) {\n  require(name.nonEmpty, \"The name cannot be empty\")\n\n  def this(surname: String) = this(\"Name\", surname, 12, 1234, LocalDate.now())\n\n  override def toString: String = \"{\" + name + ',' + surname + ',' + age + \"}\"\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/CountingSort.scala","text":"<filename>src\/main\/scala\/Algorithms\/Sorting\/CountingSort.scala<gh_stars>0\npackage Algorithms.Sorting\n\n\/**\n * Created by MikBac on 31.08.2020\n *\/\nobject CountingSort {\n\n  \/**\n   * Generates an array [0, max]\n   *\n   * @param list : List[Int]\n   * @return sorted list\n   *\/\n  def sort(list: List[Int]): List[Int] = {\n    val max = list.max\n    val h = Array.fill(max + 1) {\n      0\n    }\n    var ans: List[Int] = List()\n\n    list.foreach(numb => h(numb) = h(numb) + 1)\n\n    h.zipWithIndex.foreach((numb) => for (i <- 0 until numb._1) ans = numb._2 :: ans)\n\n    ans\n  }\n\n  \/**\n   * Generates an array [min, max]\n   *\n   * @param list : List[Int]\n   * @return sorted list\n   *\/\n  def sortSmallArray(list: List[Int]): List[Int] = {\n    val min = list.min\n    val max = list.max\n    val h = Array.fill(max + 1 - min) {\n      0\n    }\n    var ans: List[Int] = List()\n\n    list.foreach(numb => h(numb - min) = h(numb - min) + 1)\n\n    h.zipWithIndex.foreach((numb) => for (i <- 0 until numb._1) ans = numb._2 + min :: ans)\n\n    ans\n  }\n\n  def main(args: Array[String]): Unit = {\n    val list = List(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 232, 2, 100, 11, 6, 3, 4, 2)\n\n    println(sort(list))\n    println(sortSmallArray(list))\n  }\n\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/BubbleSort.scala","text":"package Algorithms.Sorting\n\n\/**\n * Created by MikBac on 30.08.2020\n *\/\n\nobject BubbleSort {\n\n  def sort(list: List[Int]): List[Int] = {\n    var sortedList = list\n    sortedList.foreach { case (j) =>\n      for (i <- 0 until sortedList.length - 1) {\n        if (sortedList(i) < sortedList(i + 1)) {\n          sortedList = sortedList.updated(i, sortedList(i + 1)).updated(i + 1, sortedList(i))\n        }\n      }\n    }\n    sortedList\n  }\n\n\n  def main(args: Array[String]): Unit = {\n    val list = List(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 1, 2, 0, 1, 6, 3, 4, 2)\n\n    println(sort(list))\n\n  }\n\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Basic\/Main.scala","text":"<filename>src\/main\/scala\/Basic\/Main.scala\npackage Basic\n\n\/**\n * Created by MikBac on 27.08.2020\n *\/\n\nimport java.io.FileNotFoundException\nimport java.text.DateFormat._\nimport java.time.LocalDate\nimport java.util.{Date, Locale}\n\nobject Main {\n\n  def createDate(): Unit = {\n    val now = new Date()\n    val df = getDateInstance(LONG, Locale.FRANCE)\n\n    println(now) \/\/ Thu Aug 27 19:41:04 CEST 2020\n    println(df) \/\/ java.text.SimpleDateFormat@f8749a64\n\n    println(df format now) \/\/ 27 ao\u00fbt 2020\n    println(df.format(now)) \/\/ 27 ao\u00fbt 2020\n  }\n\n  def createObject(): Unit = {\n    \/\/ val <- creates an immutable variable (like final in Java)\n    \/\/ var <- creates a mutable variable\n    val employee1 = new Employee1(\"John\", \"Red\", 33, 2000, LocalDate.of(2000, 11, 11))\n    println(employee1)\n    val employee2 = new Employee2(\"1\", \"\", 12, 1000, LocalDate.of(2020, 1, 8))\n    println(employee2)\n    val employee3 = new Employee2(\"White\")\n    println(employee3)\n  }\n\n  def createVariables(): Unit = {\n    val b: Byte = 1\n    val x: Int = 1\n    val l: Long = 1\n    val s: Short = 1\n    val d: Double = 2.0\n    val f: Float = (3.0).toFloat\n\n    val a: Boolean = true\n\n    val c: Char = 'a'\n    val e: String = \"Sample text\"\n\n    var bigInt = BigInt(1234567890)\n    var bigDecimal = BigDecimal(123456.789)\n  }\n\n  def concatString(): Unit = {\n    val a = \"AAA\"\n    val b = 'B'\n    val c = \"CCC\"\n\n    val s1 = a + \" \" + b + \" \" + c\n    val s2 = s\"$a $b $c\"\n\n    println(s1)\n    println(s2)\n  }\n\n  def getInput(): Unit = {\n    \/\/readLine is deprecated\n    print(\"Enter your first name: \")\n    val firstName = scala.io.StdIn\n\n    print(\"Enter your last name: \")\n    val lastName = scala.io.StdIn\n\n    println(s\"Your name is $firstName $lastName\")\n  }\n\n  def getOutput(): Unit = {\n    println(\"Hello, world\")\n    print(\"Hello without newline\")\n    System.err.println(\"Hello, world\")\n\n  }\n\n  def getConditions(): Unit = {\n    val a = if (true) \"a\" else \"b\"\n    \/\/ val b = (true) ? \"a\": \"b\"\n  }\n\n  def getLoops(): Unit = {\n    val nums1 = Seq(1, 2, 3, 4, 5)\n    for (n <- nums1) println(n)\n\n    val word1 = List(\n      \"aaa\",\n      \"bbb\",\n      \"ccc\",\n      \"ddd\"\n    )\n    for (w <- word1) println(w)\n    word1.foreach(println)\n\n    val sampleMap = Map(\n      \"aaa\" -> 1.0,\n      \"bbb\" -> 2.0,\n      \"ccc\" -> 3.0)\n    for ((word, numb) <- sampleMap) println(s\"word: $word, numb: $numb\")\n    sampleMap.foreach {\n      case (word, numb) => println(s\"key: $word, value: $numb\")\n    }\n\n  }\n\n  def getExpression(): Unit = {\n    val nums = Seq(1, 2, 3, 4, 5)\n    val doubledNums = for (n <- nums) yield n * 2\n    println(doubledNums)\n\n    val words = List(\"aaa\", \"bbb\", \"ccc\")\n    val ucWords = for (word <- words) yield word.capitalize\n    println(ucWords)\n\n    val newWords = for (word <- words) yield {\n      word.drop(1)\n      word.addString(new StringBuilder(\"New_\"))\n    }\n    println(newWords)\n  }\n\n  def getMatch1(): String = {\n    val i = 10\n    \/\/    val monthName = i match {\n    i match {\n      case 1 => \"January\"\n      case 2 => \"February\"\n      case 3 => \"March\"\n      case 4 => \"April\"\n      case 5 => \"May\"\n      case 6 => \"June\"\n      case 7 => \"July\"\n      case 8 => \"August\"\n      case 9 => \"September\"\n      case 10 => \"October\"\n      case 11 => \"November\"\n      case 12 => \"December\"\n      case _ => \"Invalid month\"\n    }\n  }\n\n  def getMatch2(bool: Boolean): String = bool match {\n    case true => \"you said true\"\n    case false => \"you said false\"\n  }\n\n  def getException1(): Unit = {\n    try {\n      \/\/ your scala code here\n    }\n    catch {\n      case e: FileNotFoundException => println(\"\")\n      \/\/case bar: BarException => handleBarException(bar)\n      case _: Throwable => println(\"Got some other kind of Throwable exception\")\n    } finally {\n      \/\/ your scala code here, such as closing a database connection\n      \/\/ or file handle\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n\n    getOutput()\n    getInput()\n\n    createDate()\n    createObject()\n    concatString()\n\n    getConditions()\n    getLoops()\n    getExpression()\n    println(getMatch1())\n    println(getMatch2(true))\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Basic\/AbstractClass.scala","text":"<filename>src\/main\/scala\/Basic\/AbstractClass.scala\npackage Basic\n\n\/**\n * Created by MikBac on 29.09.2020\n *\/\nabstract class AbstractClass {\n\n  def filter(p: Int => Boolean): Int\n\n  def isEmpty: Boolean\n\n}\n\nclass Empty extends AbstractClass {\n\n  override def filter(p: Int => Boolean): Int = 99\n\n  override def isEmpty: Boolean = true\n\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/HeapSort.scala","text":"package Algorithms.Sorting\n\n\/**\n * Created by MikBac on 03.09.2020\n *\/\nobject HeapSort {\n\n  def getHeap(array: Array[Int], arrayLength: Int, j: Int): Unit = {\n\n    var largest = j\n    val (k, i) = (2 * j + 1, 2 * j + 2)\n\n    if (k < arrayLength && array(k) > array(largest))\n      largest = k\n\n    if (i < arrayLength && array(i) > array(largest))\n      largest = i\n\n    if (largest != j) {\n      val swap = array(j)\n      array(j) = array(largest)\n      array(largest) = swap\n\n      getHeap(array, arrayLength, largest)\n    }\n\n  }\n\n  def sort(array: Array[Int]) {\n\n    val arrayLength = array.length\n\n    for (i <- 0 until arrayLength \/ 2)\n      getHeap(array, arrayLength, (arrayLength \/ 2) - 1 - i)\n\n    for (i <- 0 until arrayLength - 1) {\n      val temp = array(0)\n      array(0) = array(arrayLength - 1 - i)\n      array(arrayLength - 1 - i) = temp\n      getHeap(array, arrayLength - 1 - i, 0)\n    }\n\n  }\n\n  def main(args: Array[String]): Unit = {\n    val array = Array(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 232, 239, 2, 100, 11, 6, 3, 4, 2)\n\n    sort(array)\n    array.foreach(numb => print(s\"$numb \"))\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Sorting\/BucketSort.scala","text":"<filename>src\/main\/scala\/Algorithms\/Sorting\/BucketSort.scala\npackage Algorithms.Sorting\n\n\/**\n * Created by MikBac on 01.09.2020\n *\/\n\nobject BucketSort {\n\n  def sort(list: List[Int]): List[Int] = {\n    val max = list.max\n    val buckets = Array.fill((max \/ 10) + 1) {\n      collection.mutable.MutableList[Int]()\n    }\n    val ans = collection.mutable.MutableList[Int]()\n\n    list.foreach(numb => buckets(numb \/ 10) += numb)\n\n    buckets.foreach(b => b.sortWith(_.compareTo(_) < 0).foreach(bb => ans += bb))\n\n    ans.toList\n  }\n\n\n  def main(args: Array[String]): Unit = {\n    val list = List(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 232, 239, 2, 100, 11, 6, 3, 4, 2)\n\n    println(sort(list))\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Other\/MinAndMax.scala","text":"<reponame>Mikbac\/Samples-Scala<filename>src\/main\/scala\/Algorithms\/Other\/MinAndMax.scala\npackage Algorithms.Other\n\n\/**\n * Created by MikBac on 01.09.2020\n *\/\nobject MinAndMax {\n\n  \/**\n   * The largest and smallest number in an unsorted integer array\n   *\n   * @param list : List[Int]\n   * *\/\n  def min(list: List[Int]): Int = {\n    var min: Int = list.head\n    list.foreach(numb => if (min > numb) min = numb)\n    min\n  }\n\n  def max(list: List[Int]): Int = {\n    var max: Int = list.head\n    list.foreach(numb => if (max < numb) max = numb)\n    max\n  }\n\n  def main(args: Array[String]): Unit = {\n    val list = List(3, 2, 4, 3, 2, 4, 5, 23, 23, 5, 1, 2, 0, 1, 6, 3, 4, 2)\n\n    println(min(list))\n    println(max(list))\n\n  }\n}\n"}
{"repo_name":"Mikbac\/Samples-Scala","path":"src\/main\/scala\/Algorithms\/Other\/DuplicateCharacters.scala","text":"<gh_stars>0\npackage Algorithms.Other\n\n\/**\n * Created by MikBac on 30.08.2020\n *\/\n\nobject DuplicateCharacters {\n\n  \/**\n   * Print duplicate characters from String\n   *\n   * @param word : String\n   * *\/\n  def printDuplicateCharacters(word: String): Unit = {\n    val letterMap = collection.mutable.Map[Char, Int]()\n    word.foreach(letter => {\n      if (letterMap.contains(letter))\n        letterMap.update(letter, letterMap(letter) + 1)\n      else letterMap += ((letter -> 1))\n    })\n    println(s\"The word $word contains duplicates:\")\n    letterMap.foreach((m) => if (m._2 > 1) println(m))\n  }\n\n  def main(args: Array[String]): Unit = {\n    printDuplicateCharacters(\"abc\")\n    printDuplicateCharacters(\"aabbccc\")\n    printDuplicateCharacters(\"Programming\")\n  }\n}\n"}
{"repo_name":"maximerihouey\/skuber","path":"client\/src\/test\/scala\/skuber\/json\/VolumeFormatSpec.scala","text":"<gh_stars>0\npackage skuber.json\n\nimport org.specs2.execute.{Failure, Result}\nimport org.specs2.mutable.Specification\nimport play.api.libs.json._\nimport skuber._\nimport skuber.json.format._\n\nimport scala.io.Source\n\n\/**\n * @author <NAME>\n *\/\nclass VolumeReadWriteSpec extends Specification {\n  \"This is a unit specification for the skuber json readers and writers for types that have multiple choices e.g. Volumes have multiple choices of Source type.\\n \".txt \n\n  import Volume._\n\n  \"A PersistentVolumeClaim spec can be symmetrically written to json and the same value read back in \\n\" >> {\n    \"this can be done for the emptydir type source spec\" >> {\n      val pvc = PersistentVolumeClaim(\n        metadata = ObjectMeta(\n          name = \"mypvc\"\n        ),\n        spec = Some(PersistentVolumeClaim.Spec(\n          accessModes = List(PersistentVolume.AccessMode.ReadWriteOnce),\n          storageClassName = Some(\"a-storage-class-name\"),\n          resources=Some(Resource.Requirements(limits=Map(\"storage\" -> \"30Gi\")))\n        ))\n      )\n      val pvcJson = Json.toJson(pvc)\n      val readPvc = Json.fromJson[PersistentVolumeClaim](pvcJson).get\n      readPvc.name mustEqual pvc.name\n      readPvc.spec mustEqual pvc.spec\n      readPvc.spec.get.storageClassName must beSome(\"a-storage-class-name\")\n    }\n\n  }\n\n  \"A PersistentVolume with unsupported volume type can be read as json using GenericVolumeSource\" >> {\n    import skuber.Volume.GenericVolumeSource\n\n    val podJsonSource = Source.fromURL(getClass.getResource(\"\/exampleCephVolume.json\"))\n    val podJsonStr = podJsonSource.mkString\n\n    val myPv = Json.parse(podJsonStr).as[PersistentVolume]\n    myPv.spec.get.source match {\n      case GenericVolumeSource(jsonStr) =>\n        (Json.parse(jsonStr) \\ \"cephfs\").isDefined must beTrue\n      case _ =>\n        ko(\"not a GenericVolumeSource!\")\n    }\n  }\n\n  \/\/ Volume reader and writer\n  \"A Volume spec can be symmetrically written to json and the same value read back in\\n\" >> {\n    \"this can be done for the emptydir type source spec\" >> {\n      val edVol = Volume(\"myVol\", Volume.EmptyDir(\n        Volume.HugePagesStorageMedium,\n        sizeLimit = Some(Resource.Quantity(\"100M\"))))\n      val myVolJson = Json.toJson(edVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source mustEqual Volume.EmptyDir(Volume.HugePagesStorageMedium, Some(Resource.Quantity(\"100M\")))\n\n      \/\/ Ensure empty EmptyDir is still deserizeable\n      val emptyEmptyDirJson = JsObject.empty\n      val readEmptyDir = Json.fromJson[Volume.EmptyDir](emptyEmptyDirJson).get\n      readEmptyDir.medium mustEqual Volume.DefaultStorageMedium\n      readEmptyDir.sizeLimit mustEqual None\n    }\n\n    \"this can be done for the a hostpath type source\" >> {\n      val hpVol = Volume(\"myVol\", Volume.HostPath(\"myHostPath\"))\n      val myVolJson = Json.toJson(hpVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source match { \n        case Volume.HostPath(path,_) => path mustEqual \"myHostPath\"\n        case _ => Failure(\"not a hostpath!\")\n      }\n      readVol.source mustEqual Volume.HostPath(\"myHostPath\")\n    }\n\n    \"this can be done for the a secret type source spec\" >> {\n      val scVol = Volume(\"myVol\", Volume.Secret(\"mySecretName\"))\n      val myVolJson = Json.toJson(scVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source match { \n        case Volume.Secret(secretName, _,_, _) => secretName mustEqual \"mySecretName\"\n        case _ => Failure(\"not a secret!\")\n      }\n      readVol.source mustEqual Volume.Secret(\"mySecretName\")\n    }\n\n    \"this can be done in a generic way for unsupported source specs\" >> {\n      val myVolStr =\n        \"\"\"{\n          |  \"name\": \"unsupported-volume\",\n          |  \"some-fancy-new-volume-type\": {\n          |    \"monitors\": [\n          |      \"10.16.154.78:6789\",\n          |      \"10.16.154.82:6789\",\n          |      \"10.16.154.83:6789\"\n          |    ],\n          |    \"readOnly\": true,\n          |    \"secretFile\": \"\/etc\/ceph\/admin.secret\",\n          |    \"user\": \"admin\"\n          |  }\n          |}\n        \"\"\".stripMargin\n      val myVolJson = Json.parse(myVolStr)\n      val genVol = Volume(\"unsupported-volume\", Volume.GenericVolumeSource(myVolStr))\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"unsupported-volume\"\n      readVol.source match {\n        case Volume.GenericVolumeSource(json) => Json.parse(json) must_== myVolJson\n        case _ => Failure(\"not a generic volume!\")\n      }\n      Json.toJson(genVol) must_== myVolJson\n    }\n\n    \"this can be done for the a git repo source spec\" >> {\n      val gitVol = Volume(\"myVol\", Volume.GitRepo(\"git:\/\/host\/mygitrepo\"))\n      val myVolJson = Json.toJson(gitVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source match { \n        case Volume.GitRepo(repoURL, revision, _) => repoURL mustEqual \"git:\/\/host\/mygitrepo\"\n        case _ => Failure(\"not a git repo!\")\n      }\n      readVol.source mustEqual Volume.GitRepo(\"git:\/\/host\/mygitrepo\", None)\n      \n      val gitVol2 = Volume(\"myVol2\", Volume.GitRepo(\"git:\/\/host\/mygitrepo2\", Some(\"abdcef457677\")))\n      val myVolJson2 = Json.toJson(gitVol2)\n      val readVol2 = Json.fromJson[Volume](myVolJson2).get\n      readVol2.name mustEqual \"myVol2\"\n      readVol2.source match { \n        case Volume.GitRepo(repoURL, revision, _) =>\n          repoURL mustEqual \"git:\/\/host\/mygitrepo2\"\n          revision mustEqual Some(\"abdcef457677\")   \n        case _ => Failure(\"not a git repo!\") \n      }\n      readVol2.source mustEqual Volume.GitRepo(\"git:\/\/host\/mygitrepo2\",Some(\"abdcef457677\"))\n    }\n\n    \"this can be done for the DownwardAPIVolumeSource spec\" >> {\n      val objectFieldSelector = ObjectFieldSelector(\"v1\", \"\/mnt\/api\")\n      val resourceFieldSelector = ResourceFieldSelector(Option(\"container\"), Option(Resource.Quantity(\"1\")), \"resouce\")\n      val downwardApiVolumeFile1 = DownwardApiVolumeFile(objectFieldSelector, None, \"\/mnt\", Option(resourceFieldSelector))\n      val volume = Volume(\"myVol\", DownwardApiVolumeSource(Option(644), List(downwardApiVolumeFile1)))\n\n      val volumeJson = Json.toJson(volume)\n      val readVolume = Json.fromJson[Volume](volumeJson).get\n\n      readVolume mustEqual volume\n    }\n\n    \"this can be done for the DownwardAPIVolumeSource spec with field selector apiVersion left at default\" >> {\n      val objectFieldSelector = ObjectFieldSelector(fieldPath = \"\/mnt\/api\")\n      val resourceFieldSelector = ResourceFieldSelector(Option(\"container\"), Option(Resource.Quantity(\"1\")), \"resouce\")\n      val downwardApiVolumeFile1 = DownwardApiVolumeFile(objectFieldSelector, None, \"\/mnt\", Option(resourceFieldSelector))\n      val volume = Volume(\"myVol\", DownwardApiVolumeSource(Option(644), List(downwardApiVolumeFile1)))\n\n      val volumeJson = Json.toJson(volume)\n      val readVolume = Json.fromJson[Volume](volumeJson).get\n\n      readVolume mustEqual volume\n    }\n\n    \"this can be done for the a GCE Persistent Disk source spec\" >> {\n      val gceVol = Volume(\"myVol\", Volume.GCEPersistentDisk(\"pd1\",\"ext4\",3))\n      val myVolJson = Json.toJson(gceVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source match { \n        case Volume.GCEPersistentDisk(pdName,fsType,partition,readonly) => \n          pdName mustEqual \"pd1\"\n          fsType mustEqual \"ext4\"\n          partition mustEqual 3\n          readonly mustEqual false\n        case _ => Failure(\"not a GCE disk!\")\n      }   \n      readVol.source mustEqual Volume.GCEPersistentDisk(\"pd1\",\"ext4\", 3)\n      \n      val gceVol2 = Volume(\"myVol\", Volume.GCEPersistentDisk(\"pd1\",\"ext4\",readOnly = true))\n      val myVolJson2 = Json.toJson(gceVol2)\n      val readVol2 = Json.fromJson[Volume](myVolJson2).get\n      readVol2.name mustEqual \"myVol\"\n      readVol2.source match { \n        case Volume.GCEPersistentDisk(pdName,fsType,partition,readonly) => \n          pdName mustEqual \"pd1\"\n          fsType mustEqual \"ext4\"\n          partition mustEqual 0\n          readonly mustEqual true\n        case _ => Failure(\"not a GCE disk!\")\n      }   \n      readVol2.source mustEqual Volume.GCEPersistentDisk(\"pd1\",\"ext4\",0, true)\n    }\n\n    \"this can be done for the a AWS EBS source spec\" >> {\n      val awsVol = Volume(\"myVol\", Volume.AWSElasticBlockStore(\"vol1\",\"ext4\",3))\n      val myVolJson = Json.toJson(awsVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      readVol.source match { \n        case Volume.AWSElasticBlockStore(volName,fsType,partition,readonly) => \n          volName mustEqual \"vol1\"\n          fsType mustEqual \"ext4\"\n          partition mustEqual 3\n          readonly mustEqual false\n        case _ => Failure(\"not an AWS EBS volume!\")\n      }   \n      readVol.source mustEqual Volume.AWSElasticBlockStore(\"vol1\",\"ext4\", 3)\n      \n      val awsVol2 = Volume(\"myVol\", Volume.AWSElasticBlockStore(\"vol2\",\"ext4\",readOnly = true))\n      val myVolJson2 = Json.toJson(awsVol2)\n      val readVol2 = Json.fromJson[Volume](myVolJson2).get\n      readVol2.name mustEqual \"myVol\"\n      readVol2.source match { \n        case Volume.AWSElasticBlockStore(volName,fsType,partition,readonly) => \n          volName mustEqual \"vol2\"\n          fsType mustEqual \"ext4\"\n          partition mustEqual 0\n          readonly mustEqual true\n        case _ => Failure(\"not an AWS EBS disk!\")\n      }   \n      readVol2.source mustEqual Volume.AWSElasticBlockStore(\"vol2\",\"ext4\",0, true)\n    }\n\n    \"this can be done for the a serialised RDB source spec\" >> {\n      val monitors = List(\n                    \"10.16.154.78:6789\",\n                    \"10.16.154.82:6789\",\n                    \"10.16.154.83:6789\")\n      val rbd = Volume.RBD(monitors, \"foo\", \"ext4\", \"kube\", readOnly=true)            \n      val rbdVol = Volume(\"rbdpd\", rbd)\n      val myVolJson = Json.toJson(rbdVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.source match { \n        case rbd: Volume.RBD => \n          rbd.monitors.length mustEqual 3\n          rbd.fsType mustEqual \"ext4\"\n          rbd.pool mustEqual \"kube\"\n          rbd.image mustEqual \"foo\"\n          rbd.user mustEqual \"admin\"\n          rbd.keyring mustEqual \"\/etc\/cepth\/keyring\"\n          rbd.readOnly mustEqual true\n        case _ => Failure(\"not an RBD volume!\")\n      }\n      readVol.name mustEqual \"rbdpd\"\n    }\n\n    \"a RDB volume spec can be deserialised straight from a JSON string\" >> {\n      val jsVal = Json.parse(\"\"\"\n        {\n            \"name\": \"rbdpd\",\n            \"rbd\": {\n                \"monitors\": [\n                \"10.16.154.78:6789\",\n                \"10.16.154.82:6789\",\n                \"10.16.154.83:6789\"\n                ],\n                \"pool\": \"kube\",\n                \"image\": \"foo\",\n                \"user\": \"admin\",\n                \"secretRef\": {\n                    \"name\": \"ceph-secret\"\n                 },\n                \"fsType\": \"ext4\"\n            }\n         }\n      \"\"\")\n      val res = Json.fromJson[Volume](jsVal)\n      val ret: Result = res match {\n          case JsSuccess(vol,path) =>\n             vol.name mustEqual \"rbdpd\"\n             vol.source match { \n              case rbd: Volume.RBD => \n                rbd.monitors.length mustEqual 3\n                rbd.monitors.count { _.startsWith(\"10.16.154.\") } mustEqual 3\n                rbd.fsType mustEqual \"ext4\"\n                rbd.readOnly mustEqual false\n                rbd.secretRef mustEqual Some(LocalObjectReference(\"ceph-secret\"))\n              case _ => Failure(\"Unexpected source type for volume source: \" + vol.source) \n             }\n          case JsError(e) => Failure(e.toString)\n      }   \n      ret\n    }\n\n    \"an NFS volume spec can be written and read back in\" >> {\n      val nfsVol = Volume(\"myVol\", Volume.NFS(\"myServer\", \"\/usr\/mypath\"))\n      val myVolJson = Json.toJson(nfsVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      val ret: Result =readVol.source match { \n        case Volume.NFS(server,path,readOnly) => \n          server mustEqual \"myServer\"\n          path mustEqual \"\/usr\/mypath\"\n          readOnly mustEqual false\n        case _ => Failure(\"not a nfs volume!\")\n      }\n      ret\n    }\n\n    \"a Glusterfs volume spec can be written and read back in\" >> {\n      val gfsVol = Volume(\"myVol\", Volume.Glusterfs(\"myEndpointsName\", \"\/usr\/mypath\"))\n      val myVolJson = Json.toJson(gfsVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      val ret: Result =readVol.source match { \n        case Volume.Glusterfs(endpoints,path,readOnly) => \n          endpoints mustEqual \"myEndpointsName\"\n          path mustEqual \"\/usr\/mypath\"\n          readOnly mustEqual false\n        case _ => Failure(\"not a gfs volume\")\n      }\n      ret\n    }\n    \"an ISCSI volume spec can be written and read back in\" >> {\n      val iVol = Volume(\"myVol\", Volume.ISCSI(\"127.0.0.1:3260\", \"iqn.2014-12.world.server:www.server.world\"))\n      val myVolJson = Json.toJson(iVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      val ret: Result =readVol.source match { \n        case is: Volume.ISCSI => \n          is.readOnly mustEqual false\n          is.iqn mustEqual \"iqn.2014-12.world.server:www.server.world\"\n          is.targetPortal mustEqual \"127.0.0.1:3260\"\n        case _ => Failure(\"not a gfs volume\")\n      }\n      ret\n    }\n    \"a persistent claim spec can be written and read back in\" >> {\n      val pcVol = Volume(\"myVol\", Volume.PersistentVolumeClaimRef(\"claim\"))\n      val myVolJson = Json.toJson(pcVol)\n      val readVol = Json.fromJson[Volume](myVolJson).get\n      readVol.name mustEqual \"myVol\"\n      val ret: Result =readVol.source match { \n        case Volume.PersistentVolumeClaimRef(claimName,readOnly) => \n          claimName mustEqual \"claim\"\n          readOnly mustEqual false\n        case _ => Failure(\"not a gfs volume\")\n      }\n      ret\n    }\n  }\n}\n"}
{"repo_name":"mugiwara-nakama\/codacy-pylint-python3","path":"build.sbt","text":"lazy val `doc-generator` = project\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scala-lang.modules\" %% \"scala-xml\" % \"1.2.0\",\n      \"com.lihaoyi\" %% \"ujson\" % \"0.8.0\"),\n    scalaVersion := \"2.13.1\",\n    Compile \/ fork := true\n  )\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"acceptance\/uk\/gov\/hmrc\/apidocumentation\/Stubs.scala","text":"\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation\n\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport java.io.File\nimport java.net.URLDecoder\nimport play.api.http.ContentTypes\nimport play.utils.UriEncoding\n\nimport scala.collection.immutable.Seq\nimport scala.io.Source\nimport scala.util.{Failure, Success, Try}\n\ntrait Stubs extends ApiMicroservice with DeveloperFrontend with ApiPlatformMicroservice\n\ntrait ApiPlatformMicroservice{\n  def fetchAll() {\n    val allDefinitionJson = Source.fromURL(getClass.getResource(s\"\/acceptance\/api-definition\/all.json\")).mkString\n\n    stubFor(\n      get(urlMatching(\"\/combined-api-definitions\"))\n        .willReturn(aResponse()\n          .withStatus(200)\n          .withHeader(\"Content-Type\", \"application\/json\")\n          .withBody(allDefinitionJson))\n    )\n  }\n\n  def fetchDefinition(serviceName: String) {\n    val definitionJson = Source.fromURL(getClass.getResource(s\"\/acceptance\/api-definition\/$serviceName.json\")).mkString\n    stubFor(\n      get(urlMatching(s\"\/combined-api-definitions\/$serviceName\"))\n        .willReturn(aResponse()\n          .withStatus(200)\n          .withHeader(\"Content-Type\", \"application\/json\")\n          .withBody(definitionJson))\n    )\n  }\n\n  def fetchRaml(serviceName: String, version: String) = {\n\n    def fetchFile(filename: String, contentType: String) = {\n      val url = getClass.getResource(s\"\/services\/$serviceName\/conf\/$version\/$filename\")\n      val file = Source.fromURL(url).mkString\n      stubFor(get(urlMatching(s\"\/combined-api-definitions\/$serviceName\/$version\/documentation\/$filename\"))\n        .willReturn(aResponse()\n          .withStatus(200)\n          .withHeader(\"Content-Type\", contentType)\n          .withBody(file))\n      )\n    }\n\n    fetchFile(\"application.raml\", \"application\/yaml+raml\")\n    fetchFile(\"docs\/overview.md\", \"text\/markdown\")\n    fetchFile(\"docs\/versioning.md\", \"text\/markdown\")\n    fetchFile(\"modules\/oauth2.raml\", \"application\/yaml+raml\")\n  }\n\n  def fetchDocRaml(serviceName: String, version: String) = {\n\n    def fetchFile(filename: String, contentType: String) = {\n      val file = Source.fromURL(getClass.getResource(s\"\/services\/$serviceName\/conf\/$version\/$filename\")).mkString\n      stubFor(get(urlMatching(s\"\/combined-api-definitions\/$serviceName\/$version\/documentation\/$filename\"))\n        .willReturn(aResponse()\n          .withStatus(200)\n          .withHeader(\"Content-Type\", contentType)\n          .withBody(file))\n      )\n    }\n\n    def fetchJsonFile(path: String) = {\n      val smt: Try[String] = Try(getClass.getResource(s\"\/services\/$serviceName\/conf\/$version\/$path\").getPath)\n\n      val listOfFiles: Seq[File] = smt match {\n        case Success(s) =>\n          val dir = new File(URLDecoder.decode(s, \"UTF-8\"))\n\n          if (dir.exists()) {\n            dir.listFiles\n              .filter(f => f.exists() && f.isFile)\n              .toList\n          }\n          else {\n            List.empty[File]\n          }\n        case Failure(f) => List.empty[File]\n      }\n\n      listOfFiles.foreach {\n        r =>\n          val file: String = Source.fromURL(getClass.getResource(s\"\/services\/$serviceName\/conf\/$version\/$path\/${r.getName}\")).mkString\n          stubFor(get(urlMatching(s\"\/combined-api-definitions\/$serviceName\/$version\/documentation\/$path\/${r.getName}\"))\n            .willReturn(aResponse()\n              .withStatus(200)\n              .withHeader(\"Content-Type\", ContentTypes.JSON)\n              .withBody(file))\n          )\n      }\n    }\n\n    fetchFile(\"application.raml\", \"application\/yaml+raml\")\n    fetchFile(\"docs\/overview.md\", \"text\/markdown\")\n    fetchJsonFile(\"examples\")\n    fetchJsonFile(\"schemas\")\n  }\n\n  def failToFetch(serviceName: String) {\n    stubFor(\n      get(urlMatching(s\"\/combined-api-definitions\/$serviceName\/definition\"))\n        .willReturn(aResponse()\n          .withStatus(404))\n    )\n  }\n}\n\ntrait ApiMicroservice {\n\n  def documentation(serviceName: String, version: String, endpointName: String) {\n    val documentationXml = Source.fromURL(\n      getClass.getResource(s\"\/acceptance\/$serviceName\/${endpointName.toLowerCase.replace(\" \", \"-\")}\/documentation.xml\")\n    ).mkString\n\n    stubFor(\n      get(urlPathEqualTo(s\"\/combined-api-definitions\/$serviceName\/$version\/documentation\/${UriEncoding.encodePathSegment(endpointName, \"UTF-8\")}\"))\n        .willReturn(aResponse()\n          .withStatus(200)\n          .withHeader(\"Content-Type\", \"application\/xml\")\n          .withBody(documentationXml))\n    )\n  }\n}\n\ntrait DeveloperFrontend {\n\n  def developerIsSignedIn() {\n    stubFor(\n      get(urlPathEqualTo(s\"\/developer\/user-navlinks\"))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(\"\"\"[{\"label\": \"<NAME>\", \"href\": \"\/developer\/profile\", \"truncate\" : false, \"openInNewWindow\": false}, {\"label\":\"Sign out\", \"href\":\"\/developer\/logout\", \"truncate\" : false, \"openInNewWindow\": false}]\"\"\"))\n    )\n  }\n\n  def developerIsSignedOut() {\n    stubFor(\n      get(urlPathEqualTo(s\"\/developer\/user-navlinks\"))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(\"\"\"[{\"label\": \"Sign in\", \"href\": \"\/developer\/login\", \"truncate\" : false, \"openInNewWindow\": false}, {\"label\":\"Register\", \"href\":\"\/developer\/registration\", \"truncate\" : false, \"openInNewWindow\": false}]\"\"\"))\n    )\n  }\n}\n\n\n\nobject ExternalServicesConfig {\n\n  val stubPort = sys.env.getOrElse(\"WIREMOCK_PORT\", \"11111\").toInt\n  val stubHost = \"localhost\"\n  val wireMockUrl = s\"http:\/\/$stubHost:$stubPort\"\n\n}\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"acceptance\/uk\/gov\/hmrc\/apidocumentation\/NavigationSugar.scala","text":"<reponame>edjannoo\/api-documentation-frontend<gh_stars>0\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation\n\nimport org.openqa.selenium.support.ui.{ExpectedCondition, WebDriverWait}\nimport org.openqa.selenium.{By, WebDriver, WebElement}\nimport org.scalatest.concurrent.{Eventually, IntegrationPatience}\nimport org.scalatestplus.selenium.WebBrowser\nimport org.scalatestplus.selenium.WebBrowser.{go => goo}\nimport org.scalatest.{Assertions, Matchers}\n\n\ntrait NavigationSugar extends WebBrowser with Eventually with Assertions with Matchers with IntegrationPatience with Wait {\n\n  def goOn(page: WebPage)(implicit webDriver: WebDriver) {\n    go(page)\n    on(page)\n  }\n\n  def go(page: WebPage)(implicit webDriver: WebDriver) {\n    goo to page\n  }\n\n  def goToUrl(url: String)(implicit webDriver: WebDriver) {\n    goo to url\n  }\n\n  def on(page: WebPage)(implicit webDriver: WebDriver) {\n    eventually {\n      webDriver.findElement(By.tagName(\"body\"))\n      page.isCurrentPage\n    }\n    assert(page.isCurrentPage, s\"Page was not loaded: $page (${page.url}), current Url: $currentUrl\")\n  }\n\n  def loadPage(timeout: Int = 30)(implicit webDriver: WebDriver) = {\n    val wait = new WebDriverWait(webDriver, timeout)\n    wait.until(\n      new ExpectedCondition[WebElement] {\n        override def apply(d: WebDriver) = d.findElement(By.tagName(\"body\"))\n      }\n    )\n  }\n\n  def anotherTabIsOpened()(implicit webDriver: WebDriver) {\n    webDriver.getWindowHandles.size() should be(2)\n  }\n\n  def browserGoBack()(implicit webDriver: WebDriver) {\n    webDriver.navigate().back()\n  }\n\n  def browserGoForward()(implicit webDriver: WebDriver) {\n    webDriver.navigate().forward()\n  }\n\n  def checkPageTitle(expectedPageTitle : String)(implicit webDriver: WebDriver): Unit = {\n    webDriver.getTitle shouldBe expectedPageTitle\n  }\n}\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"test\/uk\/gov\/hmrc\/apidocumentation\/views\/raml\/MainViewSpec.scala","text":"<reponame>edjannoo\/api-documentation-frontend\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation.views.raml\n\nimport org.jsoup.Jsoup\nimport org.jsoup.nodes.{Document, Element}\nimport org.mockito.Mockito.{when => When}\nimport play.twirl.api.HtmlFormat.Appendable\nimport uk.gov.hmrc.apidocumentation.config.ApplicationConfig\nimport uk.gov.hmrc.apidocumentation.models._\nimport uk.gov.hmrc.apidocumentation.services.RAML\nimport uk.gov.hmrc.apidocumentation.utils.{ApiDefinitionTestDataHelper, FileRamlLoader}\nimport uk.gov.hmrc.apidocumentation.views.CommonViewSpec\nimport uk.gov.hmrc.apidocumentation.views.html.raml.MainView\n\nimport scala.collection.JavaConverters._\n\nclass MainViewSpec extends CommonViewSpec with ApiDefinitionTestDataHelper {\n\n  case class Page(doc: Appendable) {\n    lazy val dom: Document = Jsoup.parse(doc.body)\n    lazy val sandboxAvailability: String = environmentAvailability(\"sandbox\")\n    lazy val productionAvailability: String = environmentAvailability(\"production\")\n    lazy val docHeadings: Set[String] = dom.getElementsByTag(\"h2\").eachText.asScala.toSet\n    lazy val callToSignIn: Option[Element] = Option(dom.getElementById(\"read-more-sign-in\"))\n\n    private def elementExistsByText(elementType: String, elementText: String): Boolean = {\n      dom.select(elementType).asScala.exists(node => node.text.trim == elementText)\n    }\n\n    private def environmentAvailability(env: String) =\n      dom.getElementsContainingOwnText(s\"Available in ${env.capitalize}\").first.parent.nextElementSibling.text\n\n    def productionApiBaseUrl =\n      dom.getElementsContainingOwnText(\"Production base URL\").first.parent.nextElementSibling.text\n\n    def showsproductionApiBaseUrl= elementExistsByText(\"span\", \"Production base URL\")\n\n    def sandboxApiBaseUrl =\n      dom.getElementsContainingOwnText(\"Sandbox base URL\").first.parent.nextElementSibling.text\n\n    def showssandboxApiBaseUrl = elementExistsByText(\"span\", \"Sandbox base URL\")\n\n    def authorisationDescription() = dom.select(\".endpoint-description\").text()\n\n    def requestHeaders() = dom.select(\"#request-headers\").text()\n\n    def authorisationTableDescription() = dom.select(\".auth-table-description\").text()\n\n    def requestHeadersTableExists() = dom.select(\"#request-headers\").asScala.exists(e => e.id() == \"request-headers\")\n  }\n\n  private def renderAllDocumentation(page: Page) = {\n    page.docHeadings shouldBe Set(\"Overview\", \"Versioning\", \"Errors\", \"Endpoints\")\n  }\n\n  val mockAppConfig: ApplicationConfig = mock[ApplicationConfig]\n  val multipleDocsRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/multiple-docs.raml\").get\n  val openEndpointRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/open-endpoint.raml\").get\n  val userRestrictedRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/user-restricted-endpoint.raml\").get\n  val appRestrictedRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/app-restricted-endpoint.raml\").get\n  val noHeadersNoAuthRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/no-headers-no-auth.raml\").get\n  val noHeadersHasAuthRaml: RAML = new FileRamlLoader().load(\"test\/resources\/raml\/no-headers-has-auth.raml\").get\n  val schemas: Map[String, JsonSchema] = Map()\n\n  private def showEnvironmentAvailability(isAvailable: Boolean) = {\n    When(mockAppConfig.showSandboxAvailability).thenReturn(isAvailable)\n    When(mockAppConfig.showProductionAvailability).thenReturn(isAvailable)\n  }\n\n  private val productionApiBaseUrl = \"https:\/\/production.example.com\/\"\n  private val sandboxApiBaseUrl = \"https:\/\/sandbox.example.com\/\"\n\n  private def showBaseUrl = {\n    When(mockAppConfig.productionApiBaseUrl).thenReturn(productionApiBaseUrl)\n    When(mockAppConfig.sandboxApiBaseUrl).thenReturn(sandboxApiBaseUrl)\n  }\n\n  \"main view\" when {\n    showEnvironmentAvailability(true)\n    showBaseUrl\n\n    \"api version is private, in trial and the user is logged in as a member of a whitelisted application\" should {\n\n      val isWhitelisted = true\n      val apiAccess = APIAccess(APIAccessType.PRIVATE).asTrial\n      val availability = Some(APIAvailability(endpointsEnabled = true, apiAccess, loggedIn = true, authorised = isWhitelisted))\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n      val page = Page(new MainView(mockAppConfig).render(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes - private trial'\" in {\n        page.sandboxAvailability shouldBe \"Yes - private trial\"\n        page.productionAvailability shouldBe \"Yes - private trial\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is private, in trial and the user is logged in but not a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPrivate\n        .asTrial\n        .asLoggedIn\n        .notAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes - private trial'\" in {\n        page.sandboxAvailability shouldBe \"Yes - private trial\"\n        page.productionAvailability shouldBe \"Yes - private trial\"\n      }\n\n      \"render Overview and Read more only\" in {\n        page.docHeadings shouldBe Set(\"Overview\", \"Read more\")\n        page.callToSignIn should not be 'defined\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n\n    }\n\n    \"api version is private, in trial and the user is not logged in\" should {\n      val availability = someApiAvailability()\n        .asPrivate\n        .asTrial\n        .notLoggedIn\n        .notAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = false))\n\n      \"render availability 'Yes - private trial'\" in {\n        page.sandboxAvailability shouldBe \"Yes - private trial\"\n        page.productionAvailability shouldBe \"Yes - private trial\"\n      }\n\n      \"render Overview and Read more with call to log in\" in {\n        page.docHeadings shouldBe Set(\"Overview\", \"Read more\")\n        page.callToSignIn shouldBe 'defined\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is private, not in trial and the user is a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPrivate\n        .notTrial\n        .asLoggedIn\n        .asAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes - private trial\" in {\n        page.sandboxAvailability shouldBe \"Yes\"\n        page.productionAvailability shouldBe \"Yes\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is private, not in trial and the user is not a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPrivate\n        .notTrial\n        .asLoggedIn\n        .notAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render 'No'\" in {\n        page.sandboxAvailability shouldBe \"No\"\n        page.productionAvailability shouldBe \"No\"\n      }\n\n      \"not render content\" in {\n        page.docHeadings shouldBe Set.empty\n      }\n\n      \"not render base urls\" in {\n        page.showssandboxApiBaseUrl shouldBe false\n        page.showsproductionApiBaseUrl shouldBe false\n      }\n    }\n\n    \"api version is public, in trial and the user is a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPublic\n        .asTrial\n        .asLoggedIn\n        .asAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes'\" in {\n        page.sandboxAvailability shouldBe \"Yes\"\n        page.productionAvailability shouldBe \"Yes\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is public, in trial and the user is not a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPublic\n        .asTrial\n        .asLoggedIn \/\/ TODO - really ???\n        .asAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes'\" in {\n        page.sandboxAvailability shouldBe \"Yes\"\n        page.productionAvailability shouldBe \"Yes\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is public, not in trial and the user is a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPublic\n        .notTrial\n        .asLoggedIn\n        .asAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability 'Yes'\" in {\n        page.sandboxAvailability shouldBe \"Yes\"\n        page.productionAvailability shouldBe \"Yes\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"api version is public, not in trial and the user is not a member of a whitelisted application\" should {\n      val availability = someApiAvailability()\n        .asPublic\n        .notTrial\n        .asLoggedIn\n        .notAuthorised\n\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, Seq.empty, availability, availability)\n\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, Some(version), None, loggedIn = true))\n\n      \"render availability: 'Yes'\" in {\n        page.sandboxAvailability shouldBe \"Yes\"\n        page.productionAvailability shouldBe \"Yes\"\n      }\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n\n      \"render base urls\" in {\n        page.sandboxApiBaseUrl shouldBe sandboxApiBaseUrl\n        page.productionApiBaseUrl shouldBe productionApiBaseUrl\n      }\n    }\n\n    \"previewing RAML\" should {\n      val page = Page(new MainView(mockAppConfig)(multipleDocsRaml, schemas, None, None, loggedIn = true))\n\n      \"render full documentation\" in {\n        renderAllDocumentation(page)\n      }\n    }\n\n    \"rendering resource content\" should {\n      val availability = someApiAvailability()\n        .asPrivate\n        .asTrial\n        .asLoggedIn\n        .asAuthorised\n\n      val endpoints = Seq(Endpoint(\"endpoint1\", \"uriPattern1\", HttpMethod.GET))\n      val version = ExtendedAPIVersion(\"1.0\", APIStatus.BETA, endpoints, availability, availability)\n\n       \"render authorization header content for open endpoint\" in {\n         val page = Page(new MainView(mockAppConfig)(openEndpointRaml, schemas, Some(version), None, loggedIn = true))\n         page.authorisationDescription should include(\"open access\")\n         page.requestHeaders shouldNot include(\"Authorization\")\n       }\n\n      \"render authorization header content for user-restricted endpoint\" in {\n        val page = Page(new MainView(mockAppConfig)(userRestrictedRaml, schemas, Some(version), None, loggedIn = true))\n        page.authorisationDescription should include(\"user-restricted\")\n        page.requestHeaders should include(\"Authorization\")\n        page.authorisationTableDescription should include(\"An OAuth 2.0 Bearer Token with the hello scope.\")\n      }\n\n      \"render authorization header content for application-restricted endpoint\" in {\n        val page = Page(new MainView(mockAppConfig)(appRestrictedRaml, schemas, Some(version), None, loggedIn = true))\n        page.authorisationDescription should include(\"application-restricted\")\n        page.requestHeaders should include(\"Authorization\")\n        page.authorisationTableDescription should\n          include(\"An OAuth 2.0 Bearer Token. For example: Bearer <PASSWORD>\")\n      }\n\n      \"render table with authorization header if authorization is the only header\" in {\n        val page = Page(new MainView(mockAppConfig)(noHeadersHasAuthRaml, schemas, Some(version), None, loggedIn = true))\n        page.requestHeaders should include(\"Authorization\")\n       }\n\n      \"do not render table if there are no headers\" in {\n        val page = Page(new MainView(mockAppConfig)(noHeadersNoAuthRaml, schemas, Some(version), None, loggedIn = true))\n        page.requestHeadersTableExists shouldBe false\n       }\n\n    }\n  }\n}\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"app\/uk\/gov\/hmrc\/apidocumentation\/views\/helpers\/MethodParametersHelpers.scala","text":"<reponame>edjannoo\/api-documentation-frontend\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation.views.helpers\n\nimport org.raml.v2.api.model.v10.datamodel.{ExampleSpec, StringTypeDeclaration, TypeDeclaration}\nimport org.raml.v2.api.model.v10.methods.Method\nimport org.raml.v2.api.model.v10.resources.Resource\nimport org.raml.v2.api.model.v10.system.types.MarkdownString\nimport uk.gov.hmrc.apidocumentation.services._\n\nimport scala.collection.JavaConverters._\n\ncase class MethodParameter(name: String, typeName: String, baseTypeName: String, required: Boolean, description: MarkdownString,\n                           example: ExampleSpec, pattern: Option[String] = None, enumValues: Seq[String] = Seq.empty)\n\ncase object MethodParameter {\n  def fromTypeDeclaration(td: TypeDeclaration) = {\n    val typeName = td.`type` match {\n      case \"date-only\" => \"date\"\n      case other => other\n    }\n    MethodParameter(td.name, typeName, typeName, td.required, td.description, td.example)\n  }\n}\n\ntrait MethodParameters {\n\n  def resolveTypes(parameters: Seq[TypeDeclaration], raml: RAML): Seq[MethodParameter] = {\n\n    def findType(param: TypeDeclaration) = {\n      def findInTypes(types: Seq[TypeDeclaration]) = types.find(_.name == param.`type`)\n\n      findInTypes(raml.types.asScala).orElse(findInTypes(raml.uses.asScala.flatMap(_.types.asScala)))\n    }\n\n    parameters.map { p =>\n\n      findType(p).fold(MethodParameter.fromTypeDeclaration(p)) {\n        case t: StringTypeDeclaration => {\n          MethodParameter.fromTypeDeclaration(p).copy(baseTypeName = t.`type`, pattern = Option(t.pattern),\n            enumValues = t.enumValues.asScala, example = Option(p.example).getOrElse(t.example))\n        }\n        case t => {\n          MethodParameter.fromTypeDeclaration(p).copy(baseTypeName = t.`type`,\n            example = Option(p.example).getOrElse(t.example))\n        }\n      }\n    }\n  }\n}\n\nobject UriParams extends MethodParameters {\n  def apply(resource: Resource, raml: RAML): Seq[MethodParameter] = {\n    Option(resource).fold(Seq.empty[MethodParameter]) { res =>\n      apply(res.parentResource, raml) ++ resolveTypes(res.uriParameters.asScala, raml)\n    }\n  }\n}\n\nobject QueryParams extends MethodParameters {\n  def apply(method: Method, raml: RAML): Seq[MethodParameter] = {\n    Option(method).fold(Seq.empty[MethodParameter]) { meth =>\n      resolveTypes(meth.queryParameters.asScala, raml)\n    }\n  }\n}\n\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"app\/uk\/gov\/hmrc\/apidocumentation\/services\/package.scala","text":"<reponame>edjannoo\/api-documentation-frontend<gh_stars>0\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation\n\nimport org.raml.v2.api.model.v10.api.{Api, DocumentationItem}\nimport uk.gov.hmrc.apidocumentation.models.{DocsVisibility, ExtendedAPIVersion}\nimport uk.gov.hmrc.apidocumentation.views.helpers.VersionDocsVisible\n\nimport scala.collection.JavaConverters._\n\npackage object services {\n\n  type RAML = Api\n\n  implicit class RicherRAML(val x: Api) {\n\n    def documentationForVersion(version: Option[ExtendedAPIVersion]): Seq[DocumentationItem] = versionVisibility(version) match {\n      case DocsVisibility.VISIBLE => x.documentation.asScala.toSeq\n      case DocsVisibility.OVERVIEW_ONLY => x.documentation.asScala.filter(_.title.value == \"Overview\")\n      case _ => Seq.empty\n    }\n\n    private def versionVisibility(version: Option[ExtendedAPIVersion]): DocsVisibility.Value = version match {\n      case Some(v) => VersionDocsVisible(v.visibility)\n      case _ => DocsVisibility.VISIBLE\n    }\n  }\n\n}\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"test\/uk\/gov\/hmrc\/apidocumentation\/services\/ServicesSpec.scala","text":"<reponame>edjannoo\/api-documentation-frontend\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation.services\n\nimport org.mockito.Mockito._\nimport org.raml.v2.api.model.v10.api.DocumentationItem\nimport org.raml.v2.api.model.v10.system.types.AnnotableStringType\nimport org.scalatestplus.mockito.MockitoSugar\nimport uk.gov.hmrc.apidocumentation.models._\nimport uk.gov.hmrc.apidocumentation.utils.ApiDefinitionTestDataHelper\nimport uk.gov.hmrc.play.test.UnitSpec\n\nimport scala.collection.JavaConverters._\n\nclass ServicesSpec extends UnitSpec with MockitoSugar with ApiDefinitionTestDataHelper {\n  trait Setup {\n    val raml = mock[RAML]\n    val (overview, versioning, errors) = (mock[DocumentationItem], mock[DocumentationItem], mock[DocumentationItem])\n    val (overviewTitle, versioningTitle, errorsTitle) = (mock[AnnotableStringType], mock[AnnotableStringType], mock[AnnotableStringType])\n    val documentation = List(overview, versioning, errors)\n\n    when(overviewTitle.value).thenReturn(\"Overview\")\n    when(versioningTitle.value).thenReturn(\"Versioning\")\n    when(errorsTitle.value).thenReturn(\"Errors\")\n    when(overview.title).thenReturn(overviewTitle)\n    when(versioning.title).thenReturn(versioningTitle)\n    when(errors.title).thenReturn(errorsTitle)\n    when(raml.documentation).thenReturn(documentation.asJava)\n  }\n\n  \"documentationForVersion\" should {\n    \"return all documentation when the version is visible\" in new Setup {\n      val availability = someApiAvailability()\n      val visibleVersion = Some(ExtendedAPIVersion(\"1.0\", APIStatus.STABLE, endpoints = Seq.empty, productionAvailability = availability, sandboxAvailability = availability))\n      val result = raml.documentationForVersion(visibleVersion)\n\n      result shouldBe documentation\n    }\n\n    \"return only the overview documentation when the version is in private trial\" in new Setup {\n      val availability = someApiAvailability().asPrivate.asTrial.notAuthorised\n      val overviewOnlyVersion =\n        Some(\n          ExtendedAPIVersion(\"1.0\", APIStatus.STABLE, endpoints = Seq.empty, productionAvailability = availability, sandboxAvailability = availability)\n        )\n      val result = raml.documentationForVersion(overviewOnlyVersion)\n\n      result shouldBe List(overview)\n    }\n\n    \"return no documentation when the version is not visible\" in new Setup {\n      val availability = someApiAvailability().asPrivate.notTrial.notAuthorised\n      val notVisibleVersion = Some(ExtendedAPIVersion(\"1.0\", APIStatus.STABLE, endpoints = Seq.empty, productionAvailability = availability, sandboxAvailability = availability))\n      val result = raml.documentationForVersion(notVisibleVersion)\n\n      result shouldBe List.empty\n    }\n  }\n}\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"test\/uk\/gov\/hmrc\/apidocumentation\/controllers\/CommonControllerBaseSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation.controllers\n\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.http.Status._\nimport play.api.mvc._\nimport play.api.test.FakeRequest\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport uk.gov.hmrc.apidocumentation.models._\nimport uk.gov.hmrc.apidocumentation.models.APIAccessType.APIAccessType\nimport uk.gov.hmrc.apidocumentation.utils.ApiDefinitionTestDataHelper\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.test.UnitSpec\n\nimport scala.concurrent.Future\n\nclass CommonControllerBaseSpec\n  extends UnitSpec\n    with ScalaFutures\n    with MockitoSugar\n    with ApiDefinitionTestDataHelper\n    with GuiceOneAppPerSuite\n    {\n\n  override def fakeApplication(): Application =\n    GuiceApplicationBuilder()\n      .configure((\"metrics.jvm\", false))\n      .build()\n\n  implicit lazy val request: Request[AnyContent] = FakeRequest()\n  implicit lazy val materializer = app.materializer\n  lazy val mcc = app.injector.instanceOf[MessagesControllerComponents]\n\n  implicit val hc = HeaderCarrier()\n\n  val serviceName = \"hello-world\"\n  val endpointName = \"Say Hello World!\"\n\n  def anApiDefinition(serviceName: String, version: String): APIDefinition = {\n    APIDefinition(serviceName, \"Hello World\", \"Say Hello World\", \"hello\", None, None,\n      Seq(APIVersion(version, None, APIStatus.STABLE, Seq(endpoint()))))\n  }\n\n  def anXmlApiDefinition(name: String) = XmlApiDocumentation(name, \"description\", \"context\")\n\n  def extendedApiDefinition(serviceName: String, version: String): ExtendedAPIDefinition =\n    extendedApiDefinition(serviceName, version, APIAccessType.PUBLIC, loggedIn = false, authorised = true)\n\n  def extendedApiDefinition(serviceName: String,\n                            version: String,\n                            access: APIAccessType,\n                            loggedIn: Boolean,\n                            authorised: Boolean,\n                            isTrial: Option[Boolean] = None): ExtendedAPIDefinition = {\n    ExtendedAPIDefinition(serviceName, \"Hello World\", \"Say Hello World\", \"hello\", requiresTrust = false, isTestSupport = false,\n      Seq(\n        ExtendedAPIVersion(version, APIStatus.STABLE, Seq(Endpoint(endpointName, \"\/world\", HttpMethod.GET, None)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(access, whitelistedApplicationIds = Some(Seq.empty), isTrial = isTrial), loggedIn, authorised)), None)\n      ))\n  }\n\n  def extendedApiDefinitionWithRetiredVersion(serviceName: String, retiredVersion: String, nonRetiredVersion: String) = {\n    ExtendedAPIDefinition(serviceName, \"Hello World\", \"Say Hello World\", \"hello\", requiresTrust = false, isTestSupport = false,\n      Seq(\n        ExtendedAPIVersion(retiredVersion, APIStatus.RETIRED, Seq(endpoint(endpointName)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(APIAccessType.PUBLIC), loggedIn = false, authorised = true)),\n          None),\n        ExtendedAPIVersion(nonRetiredVersion, APIStatus.STABLE, Seq(endpoint(endpointName)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(APIAccessType.PUBLIC, Some(Seq.empty)), loggedIn = false, authorised = true)),\n          None)\n      ))\n  }\n\n  def extendedApiDefinitionWithRetiredVersionAndInaccessibleLatest(serviceName: String): ExtendedAPIDefinition = {\n    ExtendedAPIDefinition(serviceName, \"Hello World\", \"Say Hello World\", \"hello\", requiresTrust = false, isTestSupport = false,\n      Seq(\n        ExtendedAPIVersion(\"1.0\", APIStatus.RETIRED, Seq(endpoint(endpointName)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(APIAccessType.PUBLIC), loggedIn = false, authorised = true)),\n          None),\n        ExtendedAPIVersion(\"1.1\", APIStatus.BETA, Seq(endpoint(endpointName)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(APIAccessType.PUBLIC), loggedIn = false, authorised = true)),\n          None),\n        ExtendedAPIVersion(\"1.2\", APIStatus.STABLE, Seq(endpoint(endpointName)),\n          Some(APIAvailability(endpointsEnabled = true, APIAccess(APIAccessType.PRIVATE), loggedIn = false, authorised = false)),\n          None)\n      ))\n  }\n\n  def aServiceGuide(name: String) = ServiceGuide(name, \"context\")\n\n  def verifyRedirectToLoginPage(actualPageFuture: Future[Result], service: String, version: String) {\n    val actualPage = await(actualPageFuture)\n    status(actualPage) shouldBe 303\n\n    actualPage.header.headers.get(\"Location\") shouldBe Some(\"\/developer\/login\")\n    actualPage.session.get(\"access_uri\") shouldBe Some(s\"\/api-documentation\/docs\/api\/service\/$service\/$version\")\n  }\n\n  def pageTitle(pagePurpose: String) = s\"$pagePurpose - HMRC Developer Hub - GOV.UK\"\n\n  def isPresentAndCorrect(includesText: String, title: String)(fResult: Future[Result]): Unit = {\n    val result = await(fResult)\n    status(result) shouldBe OK\n    bodyOf(result) should include(includesText)\n    bodyOf(result) should include(pageTitle(title))\n  }\n}\n\n"}
{"repo_name":"edjannoo\/api-documentation-frontend","path":"test\/uk\/gov\/hmrc\/apidocumentation\/services\/DocumentationServiceSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/apidocumentation\/services\/DocumentationServiceSpec.scala<gh_stars>0\n\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.apidocumentation.services\n\nimport org.mockito.Matchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.Application\nimport play.api.cache.CacheApi\nimport uk.gov.hmrc.apidocumentation\nimport uk.gov.hmrc.apidocumentation.config.ApplicationConfig\nimport uk.gov.hmrc.apidocumentation.models.{RamlAndSchemas, TestEndpoint, _}\nimport uk.gov.hmrc.apidocumentation.utils.{ApiDefinitionTestDataHelper, FileRamlLoader}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.test.UnitSpec\nimport uk.gov.hmrc.ramltools.domain.RamlParseException\nimport uk.gov.hmrc.ramltools.loaders.RamlLoader\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\nclass DocumentationServiceSpec extends UnitSpec\n  with GuiceOneAppPerTest\n  with MockitoSugar\n  with ScalaFutures\n  with ApiDefinitionTestDataHelper {\n\n  val contentType = \"application\/xml\"\n  val rawXml = \"<date>2001-01-01<\/date>\"\n  val html = \"<b>Today is 01 January 2001<\/b>\"\n  val serviceName = \"calendar\"\n  val serviceUrl = \"http:\/\/localhost:1234\"\n  val api: APIDefinition = apiDefinition(\"gregorian-calendar\")\n\n  override def fakeApplication(): Application =\n    GuiceApplicationBuilder()\n      .configure(\"metrics.jvm\" -> false)\n      .build()\n\n  trait Setup {\n    implicit val hc = HeaderCarrier()\n    val cache = app.injector.instanceOf[CacheApi]\n    val ramlLoader = mock[RamlLoader]\n    val schemaLoader = mock[SchemaService]\n    val appConfig = mock[ApplicationConfig]\n    when(appConfig.apiPlatformMicroserviceBaseUrl).thenReturn(serviceUrl)\n\n    val underTest = new DocumentationService(appConfig, cache, ramlLoader, schemaLoader)\n  }\n\n  \"fetchRAML\" should {\n\n    \"fail when raml loader fails\" in new Setup {\n      val url = DocumentationService.ramlUrl(serviceUrl,serviceName,\"1.0\")\n      when(ramlLoader.load(url)).thenReturn(Failure(RamlParseException(\"Expected test failure\")))\n      intercept[RamlParseException] {\n        await(underTest.fetchRAML(serviceName, \"1.0\", cacheBuster = true))\n      }\n    }\n\n    \"clear the cache key when the load fails\" in new Setup {\n      val url = DocumentationService.ramlUrl(serviceUrl,serviceName,\"1.0\")\n      cache.set(url, mock[RAML])\n      when(ramlLoader.load(url)).thenReturn(Failure(RamlParseException(\"Expected test failure\")))\n      intercept[RamlParseException] {\n        await(underTest.fetchRAML(serviceName, \"1.0\", cacheBuster = false))\n      }\n      cache.get(url) shouldBe None\n    }\n\n    \"return a RAML API object when the load is successful\" in new Setup {\n      val url = DocumentationService.ramlUrl(serviceUrl,serviceName,\"1.1\")\n      val schemaBase = DocumentationService.schemasUrl(serviceUrl,serviceName,\"1.1\")\n\n      val expectedRaml = mock[RAML]\n      when(ramlLoader.load(url)).thenReturn(Success(expectedRaml))\n      val expectedSchemas = mock[Map[String,JsonSchema]]\n      when(schemaLoader.loadSchemas(schemaBase, expectedRaml)).thenReturn(expectedSchemas)\n\n      await(underTest.fetchRAML(serviceName, \"1.1\", cacheBuster = true)) shouldBe apidocumentation.models.RamlAndSchemas(expectedRaml, expectedSchemas)\n    }\n\n    \"clear the cached RAML when cachebuster is set\" in new Setup {\n      val url = DocumentationService.ramlUrl(serviceUrl,serviceName,\"1.1\")\n      val schemaBase = DocumentationService.schemasUrl(serviceUrl,serviceName,\"1.1\")\n\n      val expectedRaml1 = mock[RAML]\n      when(ramlLoader.load(url)).thenReturn(Success(expectedRaml1))\n      val expectedSchemas1 = mock[Map[String,JsonSchema]]\n      when(schemaLoader.loadSchemas(schemaBase, expectedRaml1)).thenReturn(expectedSchemas1)\n      await(underTest.fetchRAML(serviceName, \"1.1\", cacheBuster = true)) shouldBe apidocumentation.models.RamlAndSchemas(expectedRaml1, expectedSchemas1)\n\n      val expectedRaml2 = mock[RAML]\n      when(ramlLoader.load(url)).thenReturn(Success(expectedRaml2))\n      val expectedSchemas2 = mock[Map[String,JsonSchema]]\n      when(schemaLoader.loadSchemas(schemaBase, expectedRaml2)).thenReturn(expectedSchemas2)\n      await(underTest.fetchRAML(serviceName, \"1.1\", cacheBuster = false)) shouldBe apidocumentation.models.RamlAndSchemas(expectedRaml1, expectedSchemas1)\n\n      val expectedRaml3 = mock[RAML]\n      when(ramlLoader.load(url)).thenReturn(Success(expectedRaml3))\n      val expectedSchemas3 = mock[Map[String,JsonSchema]]\n      when(schemaLoader.loadSchemas(schemaBase, expectedRaml3)).thenReturn(expectedSchemas3)\n      await(underTest.fetchRAML(serviceName, \"1.1\", cacheBuster = true)) shouldBe RamlAndSchemas(expectedRaml3, expectedSchemas3)\n    }\n  }\n\n  \"buildTestEndpoints\" should {\n\n    \"create a simple testers URL output file with just endpoint information\" in new Setup {\n      val service = \"minimal\"\n      val raml = new FileRamlLoader().load(s\"test\/resources\/raml\/$service.raml\")\n      when(ramlLoader.load(any[String])).thenReturn(Future.successful(raml))\n      await(underTest.buildTestEndpoints(\"minimal\", \"1.0\")) shouldBe Seq.empty\n    }\n\n    \"create a simple testers URL output file with just endpoint information for a single endpoint\" in new Setup {\n      val service = \"single-endpoint\"\n      val raml = new FileRamlLoader().load(s\"test\/resources\/raml\/$service.raml\")\n      when(ramlLoader.load(any[String])).thenReturn(Future.successful(raml))\n      val expected = Seq(TestEndpoint(\"{service-url}\/hello\/world\", \"GET\"))\n      await(underTest.buildTestEndpoints(\"single-endpoint\", \"1.0\")) shouldBe expected\n    }\n\n    \"create a complex testers URL output file with just endpoint information for a multiple endpoints\" in new Setup {\n      val service = \"multiple-endpoints\"\n      val raml = new FileRamlLoader().load(s\"test\/resources\/raml\/$service.raml\")\n      when(ramlLoader.load(any[String])).thenReturn(Future.successful(raml))\n      val expected = Seq(\n        TestEndpoint(\"{service-url}\/hello\/there\", \"GET\", \"OPTIONS\", \"PUT\"),\n        TestEndpoint(\"{service-url}\/hello\/there\/{empref}\", \"DELETE\"),\n        TestEndpoint(\"{service-url}\/hello\/there\/{empref}\/year\", \"POST\"),\n        TestEndpoint(\"{service-url}\/hello\/there\/{empref}\/year\/{taxYear}\", \"PUT\"))\n      await(underTest.buildTestEndpoints(\"multiple-endpoints\", \"1.0\")) shouldBe expected\n    }\n  }\n}\n"}
{"repo_name":"imhy\/fias-frontend","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nname := \"\"\"fias-frontend\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.5\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  anorm,\n  cache,\n  ws,\n  \"org.scalikejdbc\"      %% \"scalikejdbc\"                     % scalikejdbcVersion,\n  \"org.scalikejdbc\"      %% \"scalikejdbc-config\"              % scalikejdbcVersion,\n  \"org.scalikejdbc\"      %% \"scalikejdbc-play-plugin\"         % scalikejdbcPlayVersion,\n  \"org.scalikejdbc\"      %% \"scalikejdbc-play-fixture-plugin\" % scalikejdbcPlayVersion,\n  \"org.postgresql\"        % \"postgresql\"                      % \"9.3-1100-jdbc41\"\n)\n\nlazy val scalikejdbcVersion = \"2.2.+\"\nlazy val scalikejdbcPlayVersion = \"2.3.+\""}
{"repo_name":"imhy\/fias-frontend","path":"app\/controllers\/DbConnect.scala","text":"<filename>app\/controllers\/DbConnect.scala\npackage controllers\n\nimport play.api.Logger\nimport scalikejdbc._\nimport scalikejdbc.config._\nimport models._\nimport java.util.Date\n\n\n\n\nobject DbConnect extends DbService{\n  DBs.setupAll()\n  \n  def findUser(apikey: String): Option[User] = {\n   implicit val session: DBSession = ReadOnlyAutoSession\n   sql\"select userid, apikey from fiasuser where apikey = ${apikey}\".map(rs => User.fromRs(rs)).single.apply() \n  }\n  \n  def listRegion(formalName: Option[String]): List[AddrObjRsp] = {\n    implicit val session: DBSession = ReadOnlyAutoSession\n    val aolevel = 1\n    val stext: String = tt(formalName)\n    sql\"\"\"select regioncode, postalcode, shortname, offname, aolevel, aoguid from addressobject where livestatus = 1 and aolevel = ${aolevel} and lower(formalname) like ${stext} order by formalname\"\"\".map(rs => AddrObjRsp.fromRs(rs)).list.apply()\n  }\n\n  def listChild(parent: Option[String], formalName: Option[String]): List[AddrObjRsp] = {\n    implicit val session: DBSession = ReadOnlyAutoSession\n    val parentguid = checkParentGuid(parent)\n    val stext: String = tt(formalName)\n    \n    sql\"\"\"select regioncode, postalcode, shortname, offname, aolevel, aoguid from addressobject where parentguid = ${parentguid} and livestatus = 1 and lower(formalname) like ${stext} order by formalname\"\"\".map(rs => AddrObjRsp.fromRs(rs)).list.apply()\n  }\n   \n  def listHouseOnly(parentguid: String, stext: String, date: Date): List[HouseRsp] = {\n    implicit val session: DBSession = ReadOnlyAutoSession\n    sql\"\"\"select aoguid, houseguid, postalcode, housenum, eststatus, buildnum, strucnum, strstatus from house where aoguid = ${parentguid} and enddate > ${date} and (lower(housenum) like ${stext} or lower(buildnum) like ${stext} or lower(strucnum) like ${stext}) order by housenum\"\"\".map(rs => HouseRsp.fromRs(rs)).list.apply()\n  }\n  \n  def listHouseInt(parentguid: String, housenum: Option[Int], date: Date): List[HouseInt] = {\n    implicit val session: DBSession = ReadOnlyAutoSession\n    housenum match {\n      case Some(hn) => \n       val even: Int = if(hn%2==0) 3 else 2\n       sql\"\"\"select aoguid, intguid, postalcode, intstart, intend, intstatus from houseinterval where aoguid = ${parentguid} and enddate > ${date}  and intend >= ${hn} and intstatus <> ${even}\"\"\".map(rs => HouseInt.fromRs(rs)).list.apply()\n      \n      case None => \n        sql\"\"\"select aoguid, intguid, postalcode, intstart, intend, intstatus from houseinterval where aoguid = ${parentguid} and enddate > ${date}\"\"\".map(rs => HouseInt.fromRs(rs)).list.apply()\n         \n    }\n  }\n  \n  def listLocality(regioncode: Option[String], formalName: Option[String]): List[AddrObjRsp] = {\n    \n    implicit val session: DBSession = ReadOnlyAutoSession\n    val stext: String = tt(formalName)\n    val region: String = checkRegion(regioncode)\n    sql\"\"\"select a.regioncode regioncode, a.postalcode postalcode, a.shortname shortname, a.offname offname, a.aolevel aolevel, a.aoguid aoguid, p.shortname pshortname, p.offname poffname, p.aoguid paoguid from addressobject a left join addressobject p on a.parentguid = p.aoguid where p.livestatus = 1 and a.livestatus = 1 and a.regioncode = ${region} and a.aolevel in (4,6) and lower(a.formalname) like ${stext} order by a.formalname\"\"\".map(rs => AddrObjRsp.fromRsWithParent(rs)).list.apply()\n  }\n  \n  def listStreet(parent: Option[String], formalName: Option[String]): List[AddrObjRsp] = {\n    implicit val session: DBSession = ReadOnlyAutoSession\n    val parentguid = checkParentGuid(parent)\n    val stext: String = tt(formalName)\n    \n    sql\"\"\"select regioncode, postalcode, shortname, offname, aolevel, aoguid from addressobject where parentguid = ${parentguid} and aolevel = 7 and livestatus = 1 and lower(formalname) like ${stext} order by formalname\"\"\".map(rs => AddrObjRsp.fromRs(rs)).list.apply()\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/controllers\/AddrObjController.scala","text":"package controllers\n\nimport play.api._\nimport play.api.mvc._\nimport models._\nimport scala.concurrent._\nimport play.api.libs.json._\nimport play.api.cache.Cache\nimport play.api.Play.current\n\n\nobject AddrObjController  extends Controller{\n\n  def list = Action(BodyParsers.parse.json) { request =>\n    val aoReq = request.body.validate[AddrObjReq]\n    aoReq.fold(\n      errors => {\n       val baseRsp: BaseRsp[String] = BaseRsp(500,Some(JsError.toFlatJson(errors).toString()),None)\n       Ok(Json.toJson(baseRsp))\n      },\n      addrObjReq => {  \n        checkUser(addrObjReq.apiKey) match {\n          case None => val baseRsp: BaseRsp[String] = BaseRsp(400,None,None)\n                       Ok(Json.toJson(baseRsp))\n          case Some(u) =>\n           \n           addrObjReq.level match {\n             case Some(\"house\") => {\n               val listHouses = DbConnect.listHouse(addrObjReq.parent, addrObjReq.name)\n               val baseRsp = BaseRsp(200,None,Some(HouseListRsp(Some(listHouses))))\n               Ok(Json.toJson(baseRsp))\n             }\n             case _ => {\n               val listAddrObj = listAo(addrObjReq)\n               val baseRsp = BaseRsp(200,None,Some(AddrObjListRsp(Some(listAddrObj))))\n               Ok(Json.toJson(baseRsp))    \n             }\n           } \n        } \n      }\n    )\n  }\n  \n \n  \n  def checkUser(apiKey: String) : Option[User] = {\n   Cache.getAs[User](apiKey) match {\n      case None => DbConnect.findUser(apiKey) match {\n        case None => None\n        case Some(du) => \n          Cache.set(apiKey, du, 40*60)\n          Some(du)\n      }\n      case u => u \n    }\n  }\n \n  \/\/\n  \n\n  def listAo(aor : AddrObjReq): List[AddrObjRsp] = {\n    aor.level match {\n      case None => DbConnect.listChild(aor.parent, aor.name)\n      case Some(\"region\") => DbConnect.listRegion(aor.name)\n      case Some(\"locality\") => DbConnect.listLocality(aor.region, aor.name)\n      case Some(\"street\") => DbConnect.listStreet(aor.parent, aor.name)\n      case Some(u) => throw new IllegalArgumentException(\"Unknown address level: \" + u) \n    }\n  }\n  \n  \n  def authAction[A](action: Action[JsValue]) = \n    Action.async(BodyParsers.parse.json){ request =>\n    val reqResult = request.body.validate[AddrObjReq]\n      action(request)\n  }\n  \n  def a2 = authAction[JsValue](list)\n} "}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/User.scala","text":"package models\n\nimport scalikejdbc._\n\ncase class User(userid: String, apikey: String) {\n\n}\n\nobject User {\n  def fromRs(rs: WrappedResultSet) =  User(rs.string(\"userid\"),rs.string(\"apikey\"))\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/BaseRsp.scala","text":"<gh_stars>0\npackage models\nimport play.api.libs.json._\n\ncase class BaseRsp[T](status: Int,msg: Option[String],result: Option[T]) {\n\n}\n\nobject BaseRsp {\n  implicit def baseRspWrites[T](implicit fmt: Writes[T]): Writes[BaseRsp[T]] = new Writes[BaseRsp[T]] {\n    def writes(baseRsp: BaseRsp[T]) = Json.obj(\n      \"status\" -> baseRsp.status,\n      \"msg\" -> baseRsp.msg,\n      \"result\" -> baseRsp.result\n    )\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/controllers\/DbService.scala","text":"package controllers\n\nimport models._\nimport hlp.Hlp\nimport java.util.Date\n\n\ntrait DbService extends Hlp {\n def findUser(apikey: String): Option[User]\n def listRegion(formalName: Option[String]): List[AddrObjRsp]\n def listChild(parent: Option[String], formalName: Option[String]): List[AddrObjRsp]\n def listHouseOnly(parentguid: String, stext: String, date: Date): List[HouseRsp]\n def listHouseInt(parentguid: String, housenum: Option[Int], date: Date): List[HouseInt]\n \n def listLocality(regioncode: Option[String], formalName: Option[String]): List[AddrObjRsp]\n def listStreet(parent: Option[String], formalName: Option[String]): List[AddrObjRsp]\n \n def listHouse(parent: Option[String], housenum: Option[String]): List[HouseRsp] = {\n    val parentguid = checkParentGuid(parent)\n    val stext: String = tt(housenum)\n    val date = new Date()\n    val hn = checkHouseNum(housenum)\n    val houses = listHouseOnly(parentguid, stext, date)\n    val intervals = HouseRsp.fromHouseInt(hn)(listHouseInt(parentguid, hn, date))\n    combine(houses, intervals)\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/HouseRsp.scala","text":"<gh_stars>0\npackage models\n\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\nimport play.api.Logger\n\nimport scalikejdbc._\n\nclass HouseRsp(\n    val aoguid: String, \n    val houseguid: Option[String], \n    val intguid: Option[String], \n    val postalcode: Option[String], \n    val housenum: Option[String], \n    val eststatus: Option[String], \n    val buildnum: Option[String], \n    val strucnum: Option[String], \n    val strstatus: Option[String]) {\n  \n    val fullname = buildFullName\n    \n    def buildFullName(): String = {\n      val sb: StringBuilder = new StringBuilder()\n      housenum match {\n        case Some(n) => {\n            eststatus  match {\n            case Some(e) => sb.append(HouseRsp.estMapShrt.getOrElse(e,\"\"))\n                            sb.append(\" \")\n            case _ => ()          \n          }\n        sb.append(n)\n        }\n        case _ => ()\n      }\n      buildnum match {\n        case Some(b) => sb.append(\" \u043a\u043e\u0440\u043f.\")\n                        sb.append(\" \")\n                        sb.append(b)\n        case _ => ()\n      }\n      strucnum match {\n        case Some(s) => {\n          strstatus match {\n            case Some(st) => sb.append(\" \")\n                             sb.append(HouseRsp.stMapShrt.getOrElse(st,\"\"))\n                             sb.append(\" \")\n            case _ =>()\n            \n          }\n          sb.append(s)\n        }\n        case _ => ()\n      }\n      sb.toString.trim\n    }\n}\n\n\n\nobject HouseRsp{\n  val estMap: Map[Int,Option[String]] = Map(0 ->None,1->Some(\"\u0432\u043b\u0430\u0434\u0435\u043d\u0438\u0435\"),2->Some(\"\u0434\u043e\u043c\"), 3 -> Some(\"\u0434\u043e\u043c\u043e\u0432\u043b\u0430\u0434\u0435\u043d\u0438\u0435\"))\n  val stMap: Map[Int,Option[String]] = Map(0 ->None,1->Some(\"\u0441\u0442\u0440\u043e\u0435\u043d\u0438\u0435\"),2->Some(\"\u0441\u043e\u043e\u0440\u0443\u0436\u0435\u043d\u0438\u0435\"), 3 -> Some(\"\u043b\u0438\u0442\u0435\u0440\"))\n  \n  val estMapShrt: Map[String,String] = Map(\"\u0432\u043b\u0430\u0434\u0435\u043d\u0438\u0435\"-> \"\u0432\u043b.\", \"\u0434\u043e\u043c\"-> \"\u0434.\", \"\u0434\u043e\u043c\u043e\u0432\u043b\u0430\u0434\u0435\u043d\u0438\u0435\" -> \"\u0434\u043e\u043c\u043e\u0432\u043b.\")\n  val stMapShrt: Map[String,String] = Map(\"\u0441\u0442\u0440\u043e\u0435\u043d\u0438\u0435\" -> \"\u0441\u0442\u0440.\", \"\u0441\u043e\u043e\u0440\u0443\u0436\u0435\u043d\u0438\u0435\" -> \"\u0441\u043e\u043e\u0440.\", \"\u043b\u0438\u0442\u0435\u0440\" -> \"\u043b\u0438\u0442.\")\n  \n  def fromRs(rs: WrappedResultSet) = {\n    val aoguid = rs.string(\"aoguid\") \n    val houseguid = rs.stringOpt(\"houseguid\")\n    val postalcode = rs.stringOpt(\"postalcode\")\n    val housenum =  rs.stringOpt(\"housenum\")\n    val eststatus =  estMap(rs.int(\"eststatus\")) \n    val buildnum =  rs.stringOpt(\"buildnum\")\n    val strucnum =  rs.stringOpt(\"strucnum\")\n    val strstatus =   stMap(rs.int(\"strstatus\")) \n    \n    new HouseRsp(aoguid,houseguid,None,postalcode,housenum,eststatus,buildnum,strucnum,strstatus)\n  }\n  \n \n  def fromHouseInt(housenum: Option[Int])(intervals: List[HouseInt]): List[HouseRsp] = {\n    intervals.map (fromInt(housenum)(_)).flatten\n  }\n  def fromInt(housenum: Option[Int])(houseInt: HouseInt): List[HouseRsp] = {\n    val eststatus =  estMap(2)\n     val step = if(houseInt.intstatus<2) 1 else 2\n     housenum match {\n      case Some(n) => {\n         (for(i <- houseInt.intstart.to(houseInt.intend, step) if i.toString.toLowerCase.startsWith(n.toString.toLowerCase)) yield {\n          new HouseRsp(houseInt.aoguid,None,Some(houseInt.intguid),houseInt.postalcode, Some(i.toString()),eststatus,None,None,None)\n         }) toList \n      }\n      case None => {\n         \n       \n    \n        (for(i <- houseInt.intstart.to(houseInt.intend, step)) yield {\n          new HouseRsp(houseInt.aoguid,None,Some(houseInt.intguid),houseInt.postalcode, Some(i.toString()),eststatus,None,None,None)\n         }) toList   \n      }\n    }\n    \n     \n  }\n  \n  implicit val houseRspWrites = new Writes[HouseRsp] {\n  def writes(houseRsp: HouseRsp) = Json.obj(\n    \"aoguid\" -> houseRsp.aoguid, \n    \"houseguid\" -> houseRsp.houseguid, \n    \"intguid\" -> houseRsp.intguid, \n    \"postalcode\" -> houseRsp.postalcode, \n    \"housenum\" -> houseRsp.housenum, \n    \"eststatus\" -> houseRsp.eststatus, \n    \"buildnum\" -> houseRsp.buildnum, \n    \"strucnum\" -> houseRsp.strucnum, \n    \"strstatus\" -> houseRsp.strstatus,\n    \"fullname\" -> houseRsp.fullname\n  )\n}\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/AddrObjListRsp.scala","text":"<reponame>imhy\/fias-frontend\npackage models\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\ncase class AddrObjListRsp(values: Option[List[AddrObjRsp]]) {\n\n}\n\nobject AddrObjListRsp {\n  implicit val addrObjListRspWrites = new Writes[AddrObjListRsp] {\n    def writes(addrObjListRsp: AddrObjListRsp) = Json.obj(\n      \"values\" -> addrObjListRsp.values\n    )\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/HouseInt.scala","text":"package models\nimport scalikejdbc._\n\ncase class HouseInt( \n    aoguid: String, \n    intguid: String,\n    postalcode: Option[String],\n    intstatus: Int,\n    intstart: Int,\n    intend: Int){\n  \n}\nobject HouseInt{\n  def fromRs(rs: WrappedResultSet): HouseInt = \n    new HouseInt(rs.string(\"aoguid\"),rs.string(\"intguid\"),rs.stringOpt(\"postalcode\"),rs.int(\"intstatus\"),rs.int(\"intstart\"),rs.int(\"intend\"))\n  \n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/ParentAo.scala","text":"package models\nimport play.api.libs.json._\n\nclass ParentAo( val shortname: String, val offname: String, val aoguid: String) {\n\n}\n\nobject ParentAo{\n  implicit val parentAoWrites = new Writes[ParentAo] {\n    def writes(parentAo: ParentAo) = Json.obj(\n      \"shortname\" -> parentAo.shortname,\n      \"offname\" -> parentAo.offname,\n      \"aoguid\" -> parentAo.aoguid\n    )\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.libs.json._\nimport models._\nobject Application extends Controller {\n\n  def index = Action {\n    Ok(views.html.index(\"Your new application is ready.\"))\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/hlp\/Hlp.scala","text":"<reponame>imhy\/fias-frontend<filename>app\/hlp\/Hlp.scala\npackage hlp\n\nimport models.HouseRsp\n\ntrait Hlp {\ndef checkHouseNum(housenum: Option[String]): Option[Int] = {\n    def toInt(s: String):Option[Int] = {\n      try {\n        Some(s.toInt)\n      } catch {\n        case e:Exception => None\n      }\n    }\n    housenum match {\n      case None => None\n      case Some(n) => toInt(n)\n    }\n  }\n def tt(itext:Option[String]): String = {\n    itext match {\n      case None => \"%\"\n      case Some(t) => if(t.equalsIgnoreCase(\"*\")) \"%\" else \"%\"+t.trim().toLowerCase()+\"%\"\n    }\n  }\n \n def checkParentGuid(parent: Option[String]): String = {\n    val parentguid = parent.getOrElse(\"-\") \n    if(parentguid.length()!= 36) throw new IllegalArgumentException(\"parentguid is wrong\")\n    parentguid\n  }\n \n def checkRegion(regioncode: Option[String]): String = {\n    regioncode match {\n      case None => throw new IllegalArgumentException(\"region  is wrong\")\n      case Some(r) => r\n    }\n  }\n \n def combine(first: List[HouseRsp], second:List[HouseRsp]): List[HouseRsp] = {\n   (first:::second).sortWith(compHouse(_,_))\n }\n def compHouse(e1: HouseRsp, e2: HouseRsp): Boolean = {\n   compByHousenum(e1, e2) match {\n     case Some(h) => h < 0\n     case None => compByBuildNum(e1, e2) match {\n       case Some(b) => b < 0\n       case None => compByStrucNum(e1, e2) match {\n         case Some(s) => s < 0\n         case None => false\n       }\n     }\n   } \n }\n \n def compByHousenum(e1: HouseRsp, e2: HouseRsp): Option[Int] = {\n   e1.housenum match {\n     case Some(n1) => e2.housenum  match {\n       case None => Some(1)\n       case Some(n2) => if(n1.compareToIgnoreCase(n2)==0) None else Some(n1.compareToIgnoreCase(n2))\n     }\n     case None => e2.housenum  match {\n       case None => None\n       case Some(n2) => Some(-1)\n     }\n   } \n }\n def compByBuildNum(e1: HouseRsp, e2: HouseRsp): Option[Int] = {\n   e1.buildnum match {\n     case Some(n1) => e2.buildnum  match {\n       case None => Some(1)\n       case Some(n2) => if(n1.compareToIgnoreCase(n2)==0) None else Some(n1.compareToIgnoreCase(n2))\n     }\n     case None => e2.buildnum  match {\n       case None => None\n       case Some(n2) => Some(-1)\n     }\n   } \n }\n def compByStrucNum(e1: HouseRsp, e2: HouseRsp): Option[Int] = {\n   e1.strucnum match {\n     case Some(n1) => e2.strucnum  match {\n       case None => Some(1)\n       case Some(n2) => if(n1.compareToIgnoreCase(n2)==0) None else Some(n1.compareToIgnoreCase(n2))\n     }\n     case None => e2.strucnum  match {\n       case None => None\n       case Some(n2) => Some(-1)\n     }\n   } \n }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/AddrObjRsp.scala","text":"package models\nimport play.api.libs.json._\nimport scalikejdbc._\nclass AddrObjRsp(val regioncode: String, val postalcode: Option[String], val shortname: String, val offname: String, val aolevel : Int, val aoguid: String, val parent: Option[ParentAo] ) {\n\n}\n\nobject AddrObjRsp{\n  implicit val addrObjRspWrites = new Writes[AddrObjRsp] {\n  def writes(addrObjRsp: AddrObjRsp) = Json.obj(\n    \"regioncode\" -> addrObjRsp.regioncode,\n    \"postalcode\" -> addrObjRsp.postalcode,\n    \"shortname\" -> addrObjRsp.shortname,\n    \"offname\" -> addrObjRsp.offname,\n    \"aolevel\" -> addrObjRsp.aolevel,\n    \"aoguid\" -> addrObjRsp.aoguid,\n    \"parent\" -> addrObjRsp.parent\n  )\n}\n  \n  def fromRs(rs: WrappedResultSet) = \n    new AddrObjRsp(rs.string(\"regioncode\"), rs.stringOpt(\"postalcode\"), rs.string(\"shortname\"), rs.string(\"offname\"), rs.int(\"aolevel\"), rs.string(\"aoguid\"),None)\n   def fromRsWithParent(rs: WrappedResultSet) = \n    new AddrObjRsp(rs.string(\"regioncode\"), rs.stringOpt(\"postalcode\"), rs.string(\"shortname\"), rs.string(\"offname\"), rs.int(\"aolevel\"), rs.string(\"aoguid\"),Some(new ParentAo(rs.string(\"pshortname\"), rs.string(\"poffname\"),rs.string(\"paoguid\"))))\n  \n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/AddrObjReq.scala","text":"package models\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\ncase class AddrObjReq(apiKey: String, level: Option[String], parent: Option[String], name: Option[String], region: Option[String], limit: Option[Int]){\n\n}\n\nobject AddrObjReq {\n  implicit val addrObjReqReads: Reads[AddrObjReq] = (\n    (JsPath \\ \"apiKey\").read[String] and\n    (JsPath \\ \"level\").readNullable[String] and\n    (JsPath \\ \"parent\").readNullable[String] and\n    (JsPath \\ \"name\").readNullable[String] and\n    (JsPath \\ \"region\").readNullable[String] and\n    (JsPath \\ \"limit\").readNullable[Int]\n)(AddrObjReq.apply _)\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/HouseListRsp.scala","text":"package models\n\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\ncase class HouseListRsp(values:  Option[List[HouseRsp]]) {\n\n}\n\nobject HouseListRsp{\n  implicit val houseListRspWrites = new Writes[HouseListRsp] {\n    def writes(houseListRsp: HouseListRsp) = Json.obj(\n      \"values\" -> houseListRsp.values\n    )\n  }\n}"}
{"repo_name":"imhy\/fias-frontend","path":"app\/models\/BaseReq.scala","text":"package models\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\ncase class BaseReq(apiKey: Option[String]) {\n  \n}\n\n\/*object BaseReq {\n  implicit val baseReqReads: Reads[BaseReq] = (\n    (JsPath \\ \"apiKey\").readNullable[String]\n)(BaseReq.apply _)\n}*\/"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitC\/C1Main.scala","text":"<reponame>AntoAndGar\/PFP\nimport C1._\n\nobject C1Main extends App {\n    val x = 5\n    ifElse (x<10) { print(\"if\") } { print(\"else\") }\n    println(\" [corretto: if]\")\n\n    ifElse (x>10) { print(\"if\") } { print(\"else\") }\n    println(\" [corretto: else]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E28.scala","text":"<filename>Esercizi\/E28.scala\n\/\/ cifrario di Cesare - metodi implicit\n\n\/\/ Il cifrario di Cesare \u00e8 un antico algoritmo di cifratura che consente nel sostituire ciascuna lettera con la \n\/\/ corrispondente lettera a una certa distanza prefissata k>=0 nell\u2019alfabeto. Ad esempio, la cifratura a \n\/\/ distanza k = 1 di \"zorro\" \u00e8 \"apssp\". Pi\u00f9 precisamente, la funzione di codifica a distanza k del codice \n\/\/ ASCII c di un carattere minuscolo dell\u2019alfabeto inglese (26 caratteri) \u00e8 f(c, k) = 'a' + (c - 'a' + k) MOD 26.\n\n\/\/ L\u2019idea viene riportata gi\u00e0 da Svetonio in Vite dei Cesari (56, I): \u201cExtant et ad Ciceronem, item ad familiares, \n\/\/ id est sic structo litterarum ordine, ut nullum verbum effici posset: quae si qui investigare et persequi velit, \n\/\/ quartam elementorum, id est D pro A et perinde reliquas commutet\u201d.\n\n\/\/ Definire un metodo Scala def rot(k:Int):String applicabile su stringhe che applica il cifrario di Cesare a \n\/\/ distanza k, lasciando invariati i caratteri non alfabetici. Ad esempio, \"zero uno due...\".rot(1) deve \n\/\/ restituire \"afsp vop evf...\". Si consideri il seguente programma di prova:\n\n\/\/ import E28._\n\n\/\/ object E28Main extends App {\n\/\/     def p(s:String, r:String, k:Int) = \n\/\/         println(\"\\\"\" + s + \"\\\" -> \\\"\" + s.rot(k)  + \"\\\" (corretto: \\\"\"+ r + \"\\\")\")\n\/\/     val (s1, r1, k1) = (\"Zorro\", \"Apssp\", 1)\n\/\/     val (s2, r2, k2) = (\"Apssp\", \"Zorro\", 26-1)\n\/\/     val (s3, r3, k3) = (\"Hello World!\", \"U<NAME>!\", 13)\n\/\/     val (s4, r4, k4) = (\"Uryyb Jbeyq!\", \"Hello World!\", 26-13)\n\/\/     p(s1, r1, k1)\n\/\/     p(s2, r2, k2)\n\/\/     p(s3, r3, k3)\n\/\/     p(s4, r4, k4)\n\/\/ }\n\n\/\/ Suggerimento: usare il metodo map applicato alle stringhe, in cui \u00e8 possibile \u201csostituire\u201d un carattere con \n\/\/ un altro. Le operazioni aritmetiche su caratteri lavorano sui loro codici ASCII convertiti a Int. Per riportare \n\/\/ i codici ASCII cos\u00ec manipolati di nuovo a carattere si usi toChar.\n\nimport scala.language.implicitConversions\n\ncase class E28(val s:String) {\n    def f(c:Char, k:Int) = {\n        if (c.isLower) 'a' + (c - 'a' + k) % 26\n        else 'A' + (c - 'A' + k) % 26\n    }\n    \n    def rot(k:Int) = s.map(x=>if (x.isLetter) f(x, k).toChar else x)\n}\n\nobject E28{\n    implicit def strToCifr(s:String) = new E28(s)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/soluzioni\/X1.scala","text":"object X1 {\n    def numEqual(f1:Int=>Int, f2:Int=>Int)(a:Int, b:Int):Int = {\n        @scala.annotation.tailrec\n        def aux(x:Int, c:Int):Int = \n            if (x>b) c else aux(x+1, if (f1(x)==f2(x)) c+1 else c)\n        aux(a,0)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E23.scala","text":"\/*  estensione del linguaggio con nuovi costrutti\n    Il nome Scala \u00e8 un acronimo di SCAlable LAnguage, che riflette il design del linguaggio orientato all\u2019estensibilit\u00e0. \n    In Scala \u00e8 possibile introdurre nuovi costrutti sfruttando il meccanismo del passaggio dei parametri per nome e la \n    flessibilit\u00e0 nell\u2019invocazione dei metodi senza dover mettere argomenti tra parentesi.\n\n    Questo esercizio richiede di definire un costrutto funzionale Scala profila { E } che valuta l\u2019espressione E e \n    restituisce una coppia (v,t) dove v \u00e8 il valore ottenuto dalla valutazione di E e t \u00e8 il tempo in nanosecondi \n    richiesto dalla valutazione di E. Usare il seguente programma di prova:\n\n    import E23._\n\n    object E23Main extends App {\n        val (v,t) = profila {\n            println(\"Valutazione espressione...\")\n            (1 to 1000000).map(_.toLong).sum\n        }\n\n        println(\"Valore prodotto: \"+v+\" (corretto: 500000500000)\")\n        println(\"Tempo richiesto: \"+t*1E-9+\" secondi\")\n    }\n    Suggerimento: per misurare il tempo, usare System.nanoTime.\n*\/\n\nobject E23 {\n    def profila[A](E:A):(A, Long) = {\n        val ti = System.nanoTime()\n        val v = E\n        val tf = System.nanoTime()\n        (v, ti-tf)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E3\/E3Main.scala","text":"object E3Main extends App {\n\n    var punti = 0\n\n    val v1:Vector[Int] = E3.noobSort(Vector(3,6,9,2,1))\n    val c1 = Vector(1,2,3,6,9)\n    println(\"Test 1: \"+v1+\" (corretto: \"+c1+\")\")\n    if (v1 == c1) punti += 1\n\n    val v2 = E3.noobSort(Vector())\n    val c2 = Vector()\n    println(\"Test 2: \"+v2+\" (corretto: \"+c2+\")\")\n    if (v2 == c2) punti += 1\n\n    val v3:Vector[String] = E3.noobSort(Vector(\"uno\",\"due\",\"tre\"))\n    val c3 = Vector(\"due\",\"tre\",\"uno\")\n    println(\"Test 3: \"+v3+\" (corretto: \"+c3+\")\")\n    if (v3 == c3) punti += 1\n\n    println(\"Risultato: \" + punti + \"\/3\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MioIntero.scala","text":"import scala.language.implicitConversions\n\nobject  MioIntero {\n    implicit def int2MioIntero(i:Int) = MioIntero(i) \n}\n\ncase class MioIntero(i:Int) {\n    def somma(j:Int) = i+j\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/kitEsame\/X2Main.scala","text":"<reponame>AntoAndGar\/PFP<gh_stars>0\nimport X2._\n\nobject X2Main extends App {\n    val s1:String = \"Leia\" ||| \"Luke\"\n    println(s1+\"\"\" [corretto=\"LLeuikae\"]\"\"\")\n\n    val s2:String = \"Obi-Wan\" ||| \"Kenobi\"\n    println(s2+\"\"\" [corretto=\"OKbein-oWbain\"]\"\"\")\n\n    val s3:String = \"Anakin\" ||| \"Skywalker\"\n    println(s3+\"\"\" [corretto=\"ASnkaykwianlker\"]\"\"\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E8.scala","text":"\/* funzioni su liste - verifica ordinamento\n    Scrivere un metodo Scala isSorted che, data una lista di interi, \n    verifica se \u00e8 ordinata in modo non decrescente. Suggerimento: usare il metodo sliding. \n    Elaborare sia una versione ricorsiva che non ricorsiva basata sui metodi funzionali sulle liste.\n*\/\n\nobject E8 extends App {\n    def isSorted(l:List[Int]):Boolean = {\n        if (l.size < 2) true\n        else if (l.head > l.tail.head) false\n        else isSorted(l.tail) \n    }\n\n    def isSorted2(l:List[Int]):Boolean = {\n        l.sliding(2,1).forall(c=>c(0)<=c(1))\n    }\n\n    println(isSorted(List(1, 2, 3, 4, 5, 6)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MiaListaTest.scala","text":"<gh_stars>0\nimport MiaLista._\n\nobject MiaListaTest extends App {\n    val l = List(\"zero\", \"uno\", \"due\", \"tre\", \"quattro\")\n    val m = List(0,1,2)\n    val q = l.mioZip(m)\n    println(q)\n    val t = l.mioFilter(_.length<=3)\n    println(t)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitD\/D1Main.scala","text":"import D1._\n\nobject D1Main extends App {\n    alterna (3) { print(\"uno\") } { print(\"due \") }\n    println(\" [corretto: \\\"unodue unodue unodue \\\"]\")\n\n    alterna (0) { print(\"uno\") } { print(\"due \") }\n    println(\" [corretto: \\\"\\\"]\")\n    \n    val alternaTre:(=>Unit)=>(=>Unit)=>Unit = alterna(3)\n    \n    alternaTre { print(\"A\") } { print(\"B\") }\n    println(\" [corretto: \\\"ABABAB\\\"]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E23Main.scala","text":"import E23._\n\nobject E23Main extends App {\n    val (v,t) = profila {\n        println(\"Valutazione espressione...\")\n        (1 to 1000000).map(_.toLong).sum\n    }\n\n    println(\"Valore prodotto: \"+v+\" (corretto: 500000500000)\")\n    println(\"Tempo richiesto: \"+t*1E-9+\" secondi\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/kitEsame\/X3.scala","text":"<filename>Esami\/esempioEsonero\/kitEsame\/X3.scala\nsealed abstract class Expr()\ncase class X() extends Expr()\ncase class Y() extends Expr()\ncase class And(e1:Expr, e2:Expr) extends Expr()\ncase class Or(e1:Expr, e2:Expr) extends Expr()\ncase class Not(e:Expr) extends Expr()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E20.scala","text":"<reponame>AntoAndGar\/PFP\n\/*  LSList (funzioni di ordine superiore su liste - sottosequenza pi\u00f9 lunga)\n    Scrivere un metodo Scala longestSublist[T](p:T=>Boolean)(l:List[T]) che, dato un predicato p e una lista l,\n    restituisce la pi\u00f9 lunga sottolista di elementi consecutivi di l che soddisfano il predicato p. Se la soluzione \n    non \u00e8 unica, restituirne una qualsiasi. Ad esempio, longestSublist((_:Int)>0)(List(-4,5,3,6,0,3,4,-1)) deve \n    restituire List(5,3,6), che \u00e8 la sottolista di elementi consecutivi positivi pi\u00f9 lunga.\n\n    Suggerimento: usare il metodo foldLeft, consultando la documentazione della classe List.\n*\/\n\nobject E20 extends App {\n    def longestSublist[T](p:T=>Boolean)(l:List[T]): List[T] = {\n        \/\/ val respProp = l.zipWithIndex.filter(c => p(c._1))\n        \/\/ respProp.sliding(2,1).toList.partition(c=>c(1)._2._2 - c(0)._2._2 == 1)\n\n        val (curr, max) = l.foldLeft((List[T](), List[T]()))(\n            (acc,x) => {\n                val (curr,max) = acc\n                if (p(x))  (x::curr, max)\n                else (List[T](), if (curr.size > max.size) curr else max)\n            }\n        )\n        (if (curr.size > max.size) curr else max).reverse\n    }\n\n    println(longestSublist((_:Int)>0)(List(-4,5,3,6,0,3,4,-1)))\n    println(longestSublist((_:Int)>0)(List(1,-4,5,3,6,-1,3,4,1,6)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E5\/E5.scala","text":"<gh_stars>0\n\/\/ scrivi la soluzione qui...\n\/* \nScrivere un metodo Scala somma che, dato come parametro una funzione f:Int=>Int, \nrestituisce una funzione che prende come parametri due interi a e b e restituisce la somma di f(x) \nper ogni x compreso tra a e b (estremi inclusi). Scrivere la soluzione nel file E5.scala \nin modo simile a quanto fatto negli esercizi precedenti e usare il programma di prova E5Main.scala fornito.\n *\/\n\n object E5 {\n    def somma(f:Int=>Int) = {\n        def funzioneDaRestituire(a: Int, b: Int):Int = {\n            def he(a: Int, b: Int, n: Int): Int = if (b<a) n else he(a, b-1, n+f(b))\n            he(a, b, 0)\n        }\n        funzioneDaRestituire _ \n    }\n }"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniB\/B2.scala","text":"import scala.language.implicitConversions\n\nobject B2 {\n    implicit def toMyString(s:String) = MyString(s)\n    case class MyString(s:String) {\n        def -->(i:Int):String = s match {\n            case \"\" => \"\"\n            case s => (0 until i map(x=>s.head.toString) reduce(_+_)) + (s.tail --> i)\n        }\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E4\/E4.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/ Scrivere la soluzione qui...\n\/*\n    Una sequenza bitonica \u00e8 formata da una sequenza non vuota strettamente crescente seguita \n    da una sequenza non vuota strettamente decrescente, ad esempio: List(1,2,5,6,9,4,3,2,0) \n    \u00e8 bitonica, mentre List(1,2,3,2,3,2,1), List(1,2,3) e List() non lo sono.\n\n    Scrivere una funzione checkBitonic(l:List[Int]):(List[Int],List[Int]) che, data una lista \n    l bitonica, restituisce (inc,dec) tale che inc \u00e8 il prefisso crescente di l che include \n    l\u2019elemento massimo e dec \u00e8 il suffisso strettamente decrescente che segue (si ha che \n    inc ::: dec == l). Se invece l non \u00e8 bitonica, la funzione restituisce (Nil,Nil).\n\n    Scrivere la soluzione nel file E4.scala e usare il programma di prova E4Main.scala.\n*\/\n\nobject E4 {\n    def checkBitonic(l:List[Int]):(List[Int],List[Int]) = {\n        def isSorted(cmp: (Int,Int)=>Boolean)(l:List[Int]):Boolean = {\n            if (l.size < 2) true\n            else l.sliding(2,1).forall(x => cmp(x(0),x(1)))\n        }\n        if (l.isEmpty) (Nil, Nil)\n        else {\n            val t = l.splitAt(l.indexOf(l.max)+1)\n            if (isSorted((a,b)=>a<b)(t._1) && isSorted((a,b)=>a>b)(t._2) && (t._1:::t._2) == l) t\n            else (Nil,Nil)\n        }\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/ForkJoinMain.scala","text":"<reponame>AntoAndGar\/PFP\nobject Task {\n    def doTask(n:Long) = {\n        var i = 0\n        while (i<n) {\n            i += 1\n        }\n    }\n}\n\nobject ForkJoinMain extends App {\n    val n = 2100000000L\n\n    val r = new Runnable {\n        def run() = {\n            Task.doTask(n)\n        }\n    }\n    val t = new Thread(r)\n    t.start()\n    Task.doTask(n)\n    t.join()\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitC\/C3Main.scala","text":"object C3Main extends App {\n\n    val e  = E()\n    val t1 = T(T(T(e,9,e),6,e),1,T(e,5,e))\n    val t2 = T(T(T(e,9,e),6,e),1,T(e,5,e))\n    val t3 = T(e,10,e)\n\n    val b1:Boolean = t1 == t2\n    println(b1+\" [corretto: true]\")\n\n    val b2:Boolean = e == E()\n    println(b2+\" [corretto: true]\")\n\n    val b3:Boolean = t1 == t3\n    println(b3+\" [corretto: false]\")\n\n    val b4:Boolean = t3 == T(e,10,e)\n    println(b4+\" [corretto: true]\")\n\n    val b5:Boolean = e == t3\n    println(b5+\" [corretto: false]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitB\/B2Main.scala","text":"<gh_stars>0\nimport B2._\n\nobject B2Main extends App {\n    val s1:String = \"Leia\" --> 2\n    println(s1+\"\"\" [corretto=\"LLeeiiaa\"]\"\"\")\n\n    val s2:String = \"Yoda\" --> 3\n    println(s2+\"\"\" [corretto=\"YYYooodddaaa\"]\"\"\")\n\n    val s3:String = \"Anakin\" --> 1\n    println(s3+\"\"\" [corretto=\"Anakin\"]\"\"\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E3\/E3Main.scala","text":"<reponame>AntoAndGar\/PFP<gh_stars>0\nobject E3Main extends App {\n\tvar score = 0\n\tvar trials = 0\n    \n\tdef test(l:List[Int], n:Int, res:Int) = {\n\t\ttrials += 1\n\t\tval s:Int = E3.maxPrefisso(l, n)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + res + \"]\")\n\t\tscore += (if (s==res) 1 else 0)\n\t}\n\n    test(List(1, 1, 1, 1, 1), 3, 3)\n    test(List(5, 2, 4, 7), 8, 2)\n    test(List(5, 2, 4, 7), 4, 0)\n    \n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitB\/B1.scala","text":"<reponame>AntoAndGar\/PFP<filename>Esami\/esonero161214\/kitB\/B1.scala\n\/\/ completare questo file con la soluzione...\n\nsealed abstract class Exp\n\ncase class And(a:Exp, b:Exp) extends Exp\ncase class Or(a:Exp, b:Exp) extends Exp\ncase class Not(a:Exp) extends Exp\ncase class X() extends Exp\ncase class Y() extends Exp\ncase class True() extends Exp\ncase class False() extends Exp\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E4.scala","text":"\/* funzioni su numeri - numeri di Fibonacci\n    Scrivere un metodo Scala che calcola l\u2019n-esimo numero di Fibonacci F(n),\n    dove F(1)=1, F(2)=1, F(3)=2, F(4)=3, F(5)=5, ecc.\n*\/\n\nobject E4 extends App {\n    def fib(n: Int): Int = \n        if (n <= 2) 1\n        else fib(n-1)+fib(n-2)\n\n    (1 to 10).map(x=>println(fib(x)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E3\/E3Main.scala","text":"<filename>Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E3\/E3Main.scala\nimport E3._\n\nobject E3Main extends App {\n\n    var punti = 0\n    var test  = 0\n\n    def doTest[T](s:List[T], l:List[T], c:Boolean) = {\n        test += 1\n        val r:Boolean = s.subList(l)\n        println(\"Test \" + test + \": \" + r + \" (corretto: \" + c + \")\")\n        if (c == r) punti += 1\n    }\n    \n    doTest(List(1,2,3,4,5), List(2,3,5), true)\n    doTest(List(), List(2,3,5), false)\n    doTest(List(1,2), List(), true)\n    doTest(List(\"b\", \"c\", \"a\"), List(\"a\", \"b\"), false)\n    doTest(List(true, false, false), List(true, true), false)\n    doTest(List(true, false, true), List(true, true, false), false)\n    doTest(List(Vector(1), Vector(2)), List(Vector(1), Vector(2)), true)\n\n    println(\"Punti: \" + punti + \" su \" + test)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Mandala - ES27\/Model2D.scala","text":"<filename>Esercizi\/Mandala - ES27\/Model2D.scala\nimport java.awt.Color\n\nobject Model2D {\n\n  def getToroidalMandala(numPetals:Int) = {\n\n    \/\/ completare costruzione di un modello 2D di un Mandala toroidale\n    val raggio = 0.25\n    val angolo = 2*Math.PI\/numPetals\n\n    BigDecimal(0.0).to(BigDecimal(2.0*Math.PI)).by(BigDecimal(angolo))\n    .toList\n    .map(x=>Circle(0.5+Math.cos(x.toDouble)*raggio,0.5+Math.sin(x.toDouble)*raggio,raggio))\n    \/\/ List(Circle(0.5, 0.5, 0.5),\n    \/\/     Circle(0.25,0.5,0.25),\n    \/\/     Circle(0.75,0.5,0.25),\n    \/\/     Circle(0.5,0.75,0.25),\n    \/\/     Circle(0.5,0.25,0.25),\n    \/\/     Circle(0.5+Math.cos(angolo)*raggio,0.5+Math.sin(angolo)*raggio,raggio))\n  }\n\n  def main(args:Array[String]) = {\n    println(\"Displaying Toroidal Mandala...\")\n    Frame2D.display(Model2D.getToroidalMandala(24), 500, 500)\n  }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniA\/A3.scala","text":"<filename>Esami\/esonero161214\/soluzioniA\/A3.scala\nsealed abstract class Exp {\n    def apply(x:Boolean, y:Boolean):Boolean = this match {\n        case And(a,b) => a(x,y) && b(x,y)\n        case Or(a,b) => a(x,y) || b(x,y)\n        case Not(a) => !a(x,y)\n        case X() => x\n        case Y() => y\n        case True() => true\n        case False() => false\n    }\n    override def toString:String = this match {\n        case And(a,b) => \"and(\"+a.toString+\",\"+b.toString+\")\"\n        case Or(a,b) => \"or(\"+a.toString+\",\"+b.toString+\")\"\n        case Not(a) => \"not(\"+a.toString+\")\"\n        case X() => \"x\"\n        case Y() => \"y\"\n        case True() => \"true\"\n        case False() => \"false\"\n    }\n    def <=>(b:Exp) =\n        this(false,false) == b(false,false) &&\n        this(false,true)  == b(false,true)  &&\n        this(true,false)  == b(true,false)  &&\n        this(true,true)   == b(true,true)\n}\n\ncase class And(a:Exp, b:Exp) extends Exp\ncase class Or(a:Exp, b:Exp) extends Exp\ncase class Not(a:Exp) extends Exp\ncase class X() extends Exp\ncase class Y() extends Exp\ncase class True() extends Exp\ncase class False() extends Exp\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E33.scala","text":"<reponame>AntoAndGar\/PFP<filename>Esercizi\/E33.scala\n\/\/ Scrivere un metodo Scala primes che genera uno stream infinito con la successione \n\/\/ dei numeri primi: 2, 3, 5, 7, 11, ecc..\n\n\/\/ Suggerimento: scomporre il problema in sottoproblemi usando metodi ausiliari.\n\n\/\/ Usare il seguente main di prova:\n\n\/\/ E33Main.scala:\n\n\/\/ object E33Main extends App {\n\/\/     val s:LazyList[Int] = E33.primes\n\/\/     println(\"Primi 5 numeri primi: \"  + s.take(5) .toList)\n\/\/     println(\"Primi 10 numeri primi: \" + s.take(10).toList)\n\/\/     println(\"Primi 20 numeri primi: \" + s.take(20).toList)\n\/\/ }\n\nobject E33Main extends App {\n    val s:LazyList[Int] = E33.primes\n    println(\"Primi 5 numeri primi: \"  + s.take(5) .toList)\n    println(\"Primi 10 numeri primi: \" + s.take(10).toList)\n    println(\"Primi 20 numeri primi: \" + s.take(20).toList)\n}\n\nobject E33 {\n    def primes:LazyList[Int] = {\n        def primeStream(stream: LazyList[Int]): LazyList[Int] ={\n            stream.head #:: primeStream(stream.tail.filter(_ % stream.head != 0))\n        } \n    2 #:: primeStream(LazyList.from(3,2))\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniA\/A1.scala","text":"\/\/ (a+ib)+(c+id) = (a+c)+i(b+d)\n\/\/ (a+ib)(c+id) = (ac-bd)+i(bc+ad)\n\nimport scala.language.implicitConversions\n\nobject Complex {\n    implicit def intToComplex(r:Int) = Complex(r,0)\n}\n\ncase class Complex(r:Double, i:Double) {\n    override def toString = r+\"+i\"+i\n    def +(that:Complex) = Complex(this.r+that.r, this.i+that.i)\n    def *(that:Complex) = Complex(this.r*that.r-this.i*that.i, this.i*that.r+this.r*that.i)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/RaceConditionMain\/RaceConditionMain.scala","text":"import Par._\n\nobject RaceConditionMain extends App {\n\tvar sum = 0\n\tvar i = 0\n\twhile (i<100000000) {\n\t\ti += 1\n\t\tsum += 1\n\t}\n\ti = 0\n\twhile (i<100000000) {\n\t\ti += 1\n\t\tsum -= 1\n\t}\n\tprintln(\"Sequential: \"+sum)\n\n\tsum = 0\n\tpar {\n\t\tvar i = 0\n\t\twhile (i<100000000) {\n\t\t\ti += 1\n\t\t\tsum += 1\n\t\t}\n\t}\n\t{\n\t\tvar i = 0\n\t\twhile (i<100000000) {\n\t\t\ti += 1\n\t\t\tsum -= 1\n\t\t}\n\t}\n\tprintln(\"Parallel: \"+sum)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniB\/B3.scala","text":"<filename>Esami\/esonero161214\/soluzioniB\/B3.scala\nobject B3 {\n    \/\/ query1 produce una lista di coppie \n    \/\/ (esame, lista studenti con almeno 22 anni che l'hanno superato)\n    def query1(q:List[Studente]):List[(String, List[String])] = {\n        q.filter(_.et\u00e0>=22)\n         .map(s=>s.esami.map(e=>(e,s.nome)))\n         .flatten\n         .groupBy(t=>t._1)\n         .toList\n         .map(t=>(t._1, t._2.map(_._2)))\n    }\n\n    \/\/ query2 produce la lista di tutte le coppie di esami per cui esistono \n    \/\/ almeno due studenti che li hanno superati entrambi\n    def query2(q:List[Studente]):List[(String,String)] = {\n        val esami = q.map(_.esami).flatten.distinct\n        for {\n            i <- esami\n            j <- esami\n            if (i < j) \/\/ per non avere sia (a,b) che (b,a)\n            if (q.count(s => s.esami.contains(i) && s.esami.contains(j)) >= 2)\n        } yield (i,j)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E1\/E1.scala","text":"\/*  verifica su un albero binario\n    Si vuole verificare la propriet\u00e0 di un albero binario che l\u2019elemento contenuto in ogni suo nodo v \n    sia maggiore o uguale all\u2019elemento nella radice del sottoalbero sinistro di v (se non vuoto) e minore \n    o uguale all\u2019elemento nella radice del sottoalbero destro di v (se non vuoto). Scrivere un metodo \n    treeTest che, dato un albero binario con elementi interi, restituisce true se l\u2019albero soddisfa \n    la propriet\u00e0, e false altrimenti.\n\n    Scrivere la soluzione nel file E1.scala e usare il programma di prova E1Main.scala.\n\n    Nota: Per estrarre informazioni sui sottoalberi si suggerisce di usare un match ... case annidato in quello esterno.\n*\/\n\nsealed abstract class Tree {\n    \/\/ Inserisci la soluzione qui...\n    def treeTest:Boolean = this match {\n        case E() => true\n        case T(l, e, r) => { \n            val x = l match {\n                case E() => true\n                case T(l1, e1, r1) => e > e1 \n            }\n            val y = r match {\n                case E() => true\n                case T(l1, e1, r1) => e < e1 \n            }\n        l.treeTest && x && y && r.treeTest\n        }  \n    }\n}\n\n\/\/ albero non vuoto\ncase class T(l:Tree, e:Int, r:Tree) extends Tree \n\n\/\/ albero vuoto\ncase class E() extends Tree\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitA\/A1Main.scala","text":"import Complex._\n\nobject A1Main extends App {\n    val c1:Complex = Complex(1,3)\n    println(c1 + \" [corretto: 1.0+i3.0]\")\n\n    val c2:Complex = 10\n    println(c2 + \" [corretto: 10.0+i0.0]\")\n\n    val c3:Complex = c1 + c2\n    println(c3 + \" [corretto: 11.0+i3.0]\")\n\n    val c4:Complex = c1 * c3\n    println(c4 + \" [corretto: 2.0+i36.0]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E11.scala","text":"\/* funzioni su liste - unione liste\n    Scrivere un metodo Scala generico union[T](a:List[T], b:List[T]):List[T] che genera la \n    lista ottenuta come unione delle liste a e b. La lista prodotta non deve contenere duplicati.\n*\/\n\nobject E11 extends App {\n    def union[T](a:List[T], b:List[T]):List[T] = {\n        (a:::b).distinct\n    }\n\n    val l = List(54,6,2,6,12,6,9,3,1,5,32,4,1,7,1,2,6,9)\n    println(union(l,l))\n    println(union(l,List(1)))\n    println(union(l,List(10)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E1\/E1.scala","text":"<filename>Esercitazioni\/antoandgarEs1\/E1\/E1.scala\n\/\/ trasformare il seguente medodo in modo che usi la ricorsione di coda\n\nobject E1 {\n    @scala.annotation.tailrec\n    def sumIter(f:Int, n:Int): Int = if (n<1) f else sumIter(f+n,n-1)\n    def sum(n:Int): Int = sumIter(0, n)\n    \/\/def sum(n:Int):Int = if (n<1) 0 else n+sum(n-1)\n}\n\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E29.scala","text":"<reponame>AntoAndGar\/PFP<filename>Esercizi\/E29.scala\n\/\/ operazioni su alberi binari - classi\n\/\/\n\/\/ Scrivere un metodo Scala sum che, dato un albero binario con elementi interi, \n\/\/ restituisca la somma degli elementi dell\u2019albero. Completare il seguente frammento di codice:\n\/\/ sealed abstract class BinTree {\n\/\/     def sum = 0 \/\/ completare...\n\/\/ }\n\/\/ \/\/ albero non vuoto\n\/\/ case class T(l:BinTree, e:Int, r:BinTree) extends BinTree \n\/\/ \/\/ albero vuoto\n\/\/ case class E() extends BinTree\n\/\/ Deve essere possibile eseguire il seguente programma di prova:\n\/\/ object E29Main extends App {\n\/\/     val t1 = T(E(), 10, E())\n\/\/     val t2 = T(E(), 5, E())\n\/\/     val t3 = T(t1, 7, t2)\n\/\/     val t4 = T(t3, 2, E())\n\/\/     println(t1.sum + \" (corretto: 10)\")\n\/\/     println(t2.sum + \" (corretto: 5)\")\n\/\/     println(t3.sum + \" (corretto: 22)\")\n\/\/     println(t4.sum + \" (corretto: 24)\")\n\/\/ }\n\nsealed abstract class BinTree {\n    def sum:Int = this match {\n        case E() => 0\n        case T(l, e, r) => l.sum + e + r.sum \n    }\n}\n\n\/\/ albero non vuoto\ncase class T(l:BinTree, e:Int, r:BinTree) extends BinTree \n\n\/\/ albero vuoto\ncase class E() extends BinTree\n\nobject E29Main extends App {\n    val t1 = T(E(), 10, E())\n    val t2 = T(E(), 5, E())\n    val t3 = T(t1, 7, t2)\n    val t4 = T(t3, 2, E())\n    println(t1.sum + \" (corretto: 10)\")\n    println(t2.sum + \" (corretto: 5)\")\n    println(t3.sum + \" (corretto: 22)\")\n    println(t4.sum + \" (corretto: 24)\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E1.scala","text":"<reponame>AntoAndGar\/PFP\n\/* funzioni di ordine superiore\nScrivere un metodo Scala applicaDueVolte che, \ndati come parametri una funzione f:Int=>Int \ne un intero x, calcola f(f(x))\n*\/\n\nobject E1 extends App {\n    def applicaDueVolte(f:Int=>Int, x:Int): Int = f(f(x))\n\n    val y = E1.applicaDueVolte(x=>x+1, 10)\n    println(y)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs7\/E2-bin-search\/E2Main.scala","text":"<filename>Esercitazioni\/antoandgarEs7\/E2-bin-search\/E2Main.scala<gh_stars>0\nobject E2Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n    \n    def test(t:Tree, res:Boolean) = {\n        trials += 1\n        val s:Boolean = t.treeTest\n        println(\"Test: \"+trials+\": \"+s+\" [corretto: \"+res+\"]\")\n        if (s == res) score += 1\n    }\n\n    val t1:Tree = T(T(E(),5,E()),10,T(T(E(),20,E()),30,T(E(),40,E())))\n    val t2:Tree = T(T(E(),15,E()),10,T(T(E(),20,E()),30,T(E(),40,E())))\n    val t3:Tree = T(E(),0,E())\n    val t4:Tree = E()\n    val t5:Tree = T(E(),0,T(E(),-10,E()))\n\n    test(t1, true)\n    test(t2, false)\n    test(t3, true)\n    test(t4, true)\n    test(t5, false)\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitA\/A2Main.scala","text":"<reponame>AntoAndGar\/PFP\nobject A2Main extends App {\n    val s1:String = A2.makeStr(i=>if (i%2==0) '\/' else '\\\\')(10)\n    println(s1+\"\"\" [corretto=\"\/\\\/\\\/\\\/\\\/\\\"]\"\"\")\n\n    val makeLineStr:Int=>String = A2.makeStr(i=>'-')\n    \n    val s2 = makeLineStr(5)\n    println(s2+\"\"\" [corretto=\"-----\"]\"\"\")\n\n    val s3 = A2.makeStr(i=>\"tes\".charAt(i%3))(13)\n    println(s3+\"\"\" [corretto=\"testestestest\"]\"\"\") \n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/ProfilaMain.scala","text":"<reponame>AntoAndGar\/PFP\nimport Profila.profila\n\nobject ProfilaMain extends App {\n    val n = 30000\n    val a = List.range(1,n)\n    val b = List.range(-n,5)\n    println(\"Intersezione lenta...\")\n    val (v1,t1) = profila {\n        Slow.inter(a,b)\n    }\n    println(\"Intersezione veloce...\")\n    val (v2,t2) = profila {\n        Fast.inter(a,b)\n    }\n    println(\"Tempo slow: \"+t1*1E-9+\" sec - Risultato: \"+v1)\n    println(\"Tempo fast: \"+t2*1E-9+\" sec - Risultato: \"+v2)\n}\n\nobject Slow {\n    def inter[T](a:List[T], b:List[T]) = {\n        val (min, max) = if (a.size < b.size) (a,b) else (b,a)\n        def aux(l:List[T], res:List[T]):List[T] =\n            l match {\n                case Nil => res\n                case h::t => if (min contains h) aux(t,h::res) else aux(t,res)\n            }\n        aux(max, Nil).reverse\n    }\n}\n\nobject Fast {\n    def inter[T](a:List[T], b:List[T]) = {\n        a.toSet.intersect(b.toSet)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniB\/B1.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Exp {\n    def simplify:Exp = {\n        this match {\n            case And(a,b) => \n                (a.simplify,b.simplify) match {\n                    case (True(),sb) => sb\n                    case (sa,True()) => sa\n                    case (_,False()) => False()\n                    case (False(),_) => False()\n                    case (sa,sb) => And(sa,sb)\n                }\n            case Or(a,b) => \n                (a.simplify,b.simplify) match {\n                    case (True(),_) => True()\n                    case (_,True()) => True()\n                    case (sa,False()) => sa\n                    case (False(),sb) => sb\n                    case (sa,sb) => Or(sa,sb)\n                }\n            case Not(a) => a.simplify match {\n                case True() => False()\n                case False() => True()\n                case as => Not(as)\n            }\n            case e => e\n        }\n    }\n}\n\ncase class And(a:Exp, b:Exp) extends Exp\ncase class Or(a:Exp, b:Exp) extends Exp\ncase class Not(a:Exp) extends Exp\ncase class X() extends Exp\ncase class Y() extends Exp\ncase class True() extends Exp\ncase class False() extends Exp\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitB\/B2Main.scala","text":"<gh_stars>0\nimport B2._\n\nobject B2Main extends App {\n    var i = 1\n    mioFor(i <= 10, i += 1) { print(i+\" \") }\n    println(\"[corretto: 1 2 3 4 5 6 7 8 9 10]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E2\/E2.scala","text":"\/\/ Scrivere la soluzione qui...\n\/*\n    Scrivere una funzione corrisp[A,B](a:List[A], b:List[B], f:A=>B):Boolean che \n    restituisce true se e solo se per ogni indice i comune a entrambe le liste \n    vale b(i)=f(a(i)). Se una lista \u00e8 pi\u00f9 lunga dell\u2019altra, gli elementi in \n    eccedenza devono essere ignorati.\n\n    Scrivere la soluzione nel file E2.scala e usare il programma di prova E2Main.scala.\n*\/\n\nobject E2 {\n    def corrisp[A,B](a:List[A], b:List[B], f:A=>B):Boolean = {\n        (a,b) match {\n            case (Nil, _) => true\n            case (_, Nil) => true\n            case (ha::_, hb::_) if (hb != f(ha)) => false\n            case (_::ta, _::tb) => corrisp(ta,tb,f)\n        }\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/PiuFreq.scala","text":"object PiuFreq {\n    def piuFrequente[T](l:Seq[T]):Option[(T,Int)] = {\n        if(l.isEmpty) None\n        else {\n            val m = l.groupBy(identity).\n            reduce((x,y) => if(x._2.size >= y._2.size) x else y)\n            Some((m._1,m._2.size))\n        }\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitD\/D3Main.scala","text":"<gh_stars>0\nobject D3Main extends App {\n\n    val t1:Tree = D3.makeTree(2)\n    println(t1+\" [corretto: [[-,2,-],1,[-,3,-]]]\")\n\n    val t2 = D3.makeTree(1)\n    println(t2+\" [corretto: [-,1,-]]\")\n\n    val t3 = D3.makeTree(3)\n    println(t3+\" [corretto: [[[-,4,-],2,[-,5,-]],1,[[-,6,-],3,[-,7,-]]]]\")\n\n    val t4 = D3.makeTree(0)\n    println(t4+\" [corretto: -]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E6.scala","text":"<gh_stars>0\n\/* funzioni di ordine superiore - uguaglianza di funzioni in un intervallo\n    Scrivere un metodo Scala equalInRange che, date due funzioni Int=>Int e due interi a e b, \n    verifica se le due funzioni sono uguali nell\u2019intervallo [a,b].\n*\/\n\nobject E6 extends App {\n    def equalInRange(f1:Int=>Int, f2:Int=>Int)(a:Int,b:Int):Boolean = {\n        if(a>b) true else if (f1(a)!=f2(a)) false else equalInRange(f1,f2)(a+1,b)\n    }\n\n    println(equalInRange(identity, identity)(2,7))\n    println(equalInRange(identity, _*2)(2,7))\n    println(equalInRange(identity, _*2)(0,0))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/parcollection\/ParCollectionMain.scala","text":"<gh_stars>0\nimport Prof._\n\nobject ParCollectionMain extends App {\n    val n = 50000\n    def isPrime(n:Int) =\n        n>1 && (2 to n\/2 \/*Math.sqrt(n).toInt*\/)\n                .forall(n % _ != 0)\n\n    def isEven(n:Int) = n % 2 == 0\n\n    val f = isPrime _\n\n    println(\"Versione sequenziale...\")\n    val tseq = profila {\n        val r = (1 to n).map(f).count(identity)\n        println(\"Res: \"+r)\n    }._2\n\n    println(\"Versione parallela...\")\n    val tpar = profila {\n        val r = (1 to n).par.map(f).count(identity)\n        println(\"Res: \"+r)\n    }._2\n\n    println(\"Tempo sequenziale: \" + tseq)\n    println(\"Tempo parallelo: \"   + tpar)\n    println(\"Speedup: \" + tseq\/tpar)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E2\/E2.scala","text":"<reponame>AntoAndGar\/PFP<filename>Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E2\/E2.scala\n\/\/ Scrivere una versione parallela `fibPar` del metodo `fib` definito nel file `Fib.scala` usando\n\/\/ fork-join in Scala mediante il costrutto `par`.\n\n\/\/ Scrivere la soluzione qui...\n\nobject E2 {\n\tdef fibPar(a:Int, b:Int)(n:Int):Long = \n\t    if (n < 2) a\n\t    else if (n == 2) b\n\t    else {\n\t\t\tval (x,y) = Par.par {\n\t\t\t\tFib.fib(a,b)(n-1)\n\t\t\t}\n\t\t\t{\n\t\t\t\tFib.fib(a,b)(n-2)\n\t\t\t}\n\t\t\tx + y\n\t\t}\t\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniA\/A2.scala","text":"object A2 {\n    def makeStr(c:Int=>Char)(n:Int) = \n        0 until n map(c(_)+\"\") reduce (_+_)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E3\/E3Main.scala","text":"<gh_stars>0\nobject E3Main extends App {\n    val film = List(\n        Film(1, \"Alien\",                1979),\n        Film(2, \"<NAME>\",            2003),\n        Film(3, \"Blade Runner\",         1982),\n        Film(4, \"A Clock<NAME>\",   1971),\n        Film(5, \"Natural Born Killers\", 1994)\n    )\n    val registi = List(\n        Regista(1, \"<NAME>\"     ),\n        Regista(2, \"<NAME>\"),\n        Regista(3, \"<NAME>\"  ),\n        Regista(4, \"<NAME>\"     ),\n        Regista(5, \"Test Director\"    )\n    )\n    val regie = List(\n        DirettoDa(1,1), DirettoDa(2,2), DirettoDa(3,1), DirettoDa(4,3), DirettoDa(5,4)\n    )\n    val db = DB(film, registi, regie)\n\n    var punti = 0\n\n    \/\/ trova registi che hanno diretto un film precedente al 1990\n    val q1:List[Regista] = db.registiConFilm(_.anno < 1990).sortBy(_.id)\n    val r1 = List(registi(0), registi(2))\n    println(\"Test 1: \"+q1.map(_.nome)+\" (corretto: \"+r1.map(_.nome)+\")\")\n    if (q1 == r1) punti += 1\n\n    \/\/ trova registi che hanno diretto un film il cui titolo contiene \"kill\"\n    val q2 = db.registiConFilm(_.titolo.toLowerCase contains \"kill\").sortBy(_.id)\n    val r2 = List(registi(1), registi(3))\n    println(\"\\nTest 2: \"+q2.map(_.nome)+\" (corretto: \"+r2.map(_.nome)+\")\")\n    if (q2 == r2) punti += 1\n\n    println(\"Risultato: \" + punti + \"\/2\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E15.scala","text":"<filename>Esercizi\/E15.scala<gh_stars>0\n\/*  funzioni su liste - minimo e massimo di una lista\n\n    Scrivere un metodo Scala ricorsivo minMax che, data una lista non vuota di interi, \n    restituisce una coppia (min,max), dove min e max sono il minimo e il massimo elemento della lista,\n    rispettivamente. Nota: data una coppia t=(a,b), t._1 \u00e8 il primo elemento, t._2 \u00e8 il secondo elemento.\n\n    Scrivere inoltre una variante non ricorsiva basata sui metodi standard della classe List visti a lezione.\n*\/\n\nobject E15 extends App {\n    def minMax(l:List[Int]):(Int, Int) = {\n        if (l.size < 2) (l.head, l.head)\n        else {\n            val (a,b) = minMax(l.tail)\n            (l.head min a, l.head max b)\n        }\n    }\n\n    def minMax2(l:List[Int]):(Int, Int) = (l.min, l.max)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitB\/B1Main.scala","text":"<filename>Esami\/esonero151211\/kitB\/B1Main.scala\nimport Punto._\n\nobject B1Main extends App {\n    val p1:Punto = Punto(1,3)\n    println(p1 + \" [corretto: (1.0,3.0)]\")\n\n    val p2:Punto = 10\n    println(p2 + \" [corretto: (10.0,10.0)]\")\n\n    val p3:Punto = p1 + p2\n    println(p3 + \" [corretto: (11.0,13.0)]\")\n\n    val p4:Double = p1 <-> p3\n    println(p4 + \" [corretto: 14.142135623730951]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/11-Tree.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Tree {\n    \/\/scrivere un metodo che conta il numero di nodi dell'albero\n    def numNodi:Int = this match {\n        case E() => 0\n        case T(sx, _, dx) => 1+sx.numNodi+dx.numNodi\n    }\n}\n\ncase class T(sx:Tree, root:Int, dx:Tree) extends Tree\n\ncase class E() extends Tree\n\nobject TreeMain extends App {\n\n    val t = T(T(E(), 10, E()), 20, E())\n    println(t.numNodi)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitB\/B2.scala","text":"<reponame>AntoAndGar\/PFP<gh_stars>0\n\/\/ scrivere soluzione qui...\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/soluzioni\/X3.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Expr() {\n    def &&(that:Expr) = And(this,that)\n    def ||(that:Expr) = Or(this,that)\n    def unary_! = Not(this)\n    def apply(x:Boolean, y:Boolean):Boolean = this match {\n        case X() => x\n        case Y() => y\n        case And(e1,e2) => e1(x,y) && e2(x,y)\n        case Or(e1,e2) => e1(x,y) || e2(x,y)\n        case Not(e) => !e(x,y)\n    }\n}\ncase class X() extends Expr()\ncase class Y() extends Expr()\ncase class And(e1:Expr, e2:Expr) extends Expr()\ncase class Or(e1:Expr, e2:Expr) extends Expr()\ncase class Not(e:Expr) extends Expr()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E18.scala","text":"<filename>Esercizi\/E18.scala\n\/*  funzioni su liste - filtro su liste per indice\n\n    Scrivere un metodo Scala filterByIndex (ricorsivo o meno) che, data una lista generica \n    e un predicato su indici, restituisce la sottolista ottenuta prendendo solo gli elementi \n    il cui indice soddisfa il predicato dato.\n\n    Esempio di uso:\n\n    filterByIndex(List(\"zero\", \"uno\", \"due\", \"tre\"), i=>i%2==0) \/\/ prende solo gli elementi di indice pari\n*\/\n\nobject E18 extends App {\n    def filterByIndex[T](l: List[T], p:Int=>Boolean): List[T] = {\n        l.zipWithIndex.filter(x=>p(x._2)).map(_._1)\n    }\n\n    println(filterByIndex(List(\"zero\", \"uno\", \"due\", \"tre\"), i=>i%2==0))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniA\/A3.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Tree() {\n    def find(x:Int):(Int,Boolean) = this match {\n        case E() => (1,false)\n        case T(l,y,r) => \n            if (x==y) (1,true) else \n            if (x<y) {\n                val (c,b) = l find x\n                (c+1,b)\n            }\n            else {\n                val (c,b) = r find x\n                (c+1,b)\n            }\n    }\n}\n\ncase class E() extends Tree()\ncase class T(l:Tree, x:Int, r:Tree) extends Tree()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esame190218-A\/E2\/E2.scala","text":"import java.awt.{Color}\n\n\/\/ Scrivere la soluzione qui...\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E21.scala","text":"<reponame>AntoAndGar\/PFP\n\/*  funzioni di ordine superiore su liste - generatore di sequenze numeriche\n    Scrivere un metodo Scala generateSeq che, dato un intero non-negativo n, un seme iniziale intero x \n    e una funzione f:Int=>Int, restituisce la lista l di n interi tale che l(0)=x e l(i+1)=f(l(i)). Ad \n    esempio, generateSeq(5, 1, _*2) restituisce List(1,2,4,8,16).\n*\/\n\nobject E21 extends App {\n    def generateSeq(n:Int, x:Int, f:Int=>Int):List[Int] = {\n        (1 to n-1).scan(x)((a,b)=>f(a)).toList\n    }\n\n    println(generateSeq(5, 1, _*2))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E2\/E2.scala","text":"<filename>Esercitazioni\/antoandgarEs4\/E2\/E2.scala\n\/\/ Scrivi la soluzione qui...\n\/\/ Scrivere un metodo isMappedFrom, applicabile a un Vector v che verifica se un altro \n\/\/ Vector m \u00e8 ottenibile da v applicando la funzione f a ciascun elemento di v:\n\nimport scala.language.implicitConversions\n\nobject E2 {\n    implicit def vector2MyVect[T](v:Vector[T]) = MyVect(v)    \n} \n\ncase class MyVect[T](v:Vector[T]) {\n    import E2._\n    \n    def isMappedFrom[S](m:Vector[S], f:T=>S):Boolean = {\n        v.map(f(_)) == m\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/10-Tree.scala","text":"<gh_stars>0\nsealed abstract class Tree \n\ncase class T(sx:Tree, root:Int, dx:Tree) extends Tree\n\ncase class E() extends Tree\n\nobject TreeMain extends App {\n\n    \/\/scrivere un metodo che conta il numero di nodi dell'albero\n    def numNodi(t:Tree):Int = t match {\n        case E() => 0\n        case T(sx, root, dx) => 1+numNodi(sx)+numNodi(dx)\n    }\n\n    val t = T(T(E(), 10, E()), 20, E())\n    println(numNodi(t))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MiaLista.scala","text":"import scala.language.implicitConversions\n\nobject MiaLista {\n    implicit def list2MiaLista[T](l: List[T]) = MiaLista(l)\n}\n\ncase class MiaLista[T](l: List[T]) {\n    import MiaLista._\n\n    def mioZip[S](m: List[S]): List[(T,S)] = {\n        if(l.isEmpty || m.isEmpty) Nil\n        else (l.head, m.head) :: l.tail.mioZip(m.tail)\n    }\n\n    def mioFilter(p: T=>Boolean): List[T] = {\n        if(l.isEmpty) Nil\n        else if(p(l.head)) l.head :: l.tail.mioFilter(p)\n        else l.tail.mioFilter(p)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/kitEsame\/X1Main.scala","text":"object X1Main extends App {\n    val t1:Int = X1.numEqual(x=>2*x, x=>2*x)(1, 10)\n    printf(\"test1: %d [corretto=10]\\n\", t1)\n\n    val pf1:(Int,Int)=>Int = X1.numEqual(x=>x*x, x=>2*x)\n\n    val t2:Int = pf1(0, 3)\n    printf(\"test2: %d  [corretto=2]\\n\", t2)\n\n    val t3:Int = pf1(3, 10)\n    printf(\"test2: %d  [corretto=0]\\n\", t3)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E4\/E4.scala","text":"\/\/ Scrivi la soluzione qui...\nobject E4 {\n\tdef piuGiovane(s:Vector[Studente], e:Vector[Eta]):Option[String] = {\n\t\tif (s.isEmpty) None\n\t\telse {\n\t\t\tval m:Map[Int,Vector[Eta]] = e.groupBy(_.id)\n\t\t\tval x = s.reduce((x,y) => if (m(x.id)(0).eta < m(y.id)(0).eta) x else y)\n\t\t\tSome(x.nome)\n\t\t}\n\t}\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/longestPrefix.scala","text":"object longestPrefix extends App {\ndef longestPrefix[T](f:T=>Boolean, l:List[T]): List[T] = {\n    if (l.isEmpty || !f(l.head)) Nil\n    else l.head :: longestPrefix(f, l.tail)\n}\n\nval l = List(2,4,3,1,6,-2,1,-3,9)\nlongestPrefix((x:Int)=>x>0, l)\nlongestPrefix((_:Int)>0, l)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/TryCatch.scala","text":"<filename>Programmi\/TryCatch.scala\nimport java.io._\n\nobject TryCatch extends App {\n    val f = try {\n        new FileReader(\"pippo.txt\")\n    }\n    catch {\n        case ex: FileNotFoundException => {\n            println(\"Missing file exception\")\n        }\n        case ex: IOException => \n            println(\"IO Exception\")\n    }\n    println(f)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/ugualiIntervallo.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/uguaglianza di funzioni in un intervallo\n\nobject ugualiIntervallo extends App {\n    def ugualiIntervallo(f1:Int=>Int, f2:Int=>Int, a:Int, b:Int):Boolean = {\n        if(a>b) true else if (f1(a)!=f2(a)) false else ugualiIntervallo(f1,f2,a+1,b)\n    }\n\n    val f = ugualiIntervallo(2*_,2*_, 0, 100)\n    println(f)\n    val f1 = ugualiIntervallo(2*_,3*_, 0, 0)\n    println(f1)\n    val f2 = ugualiIntervallo(2*_,3*_, 0, 1)\n    println(f2)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniD\/D2.scala","text":"object D2 {\n    def combineLists(l1:List[String], l2:List[String]):List[String] = (l1,l2) match {\n        case (Nil,Nil) => Nil\n        case (l1,Nil)  => l1\n        case (Nil,l2)  => l2\n        case (h1::t1,h2::t2) => h1+h2 :: combineLists(t1,t2)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esame190218-A\/soluzioni\/E1\/E1.scala","text":"<reponame>AntoAndGar\/PFP\nimport scala.language.implicitConversions\n\nclass MyList[T](l:List[T]) {\n    def getDup = l.groupBy(identity).filter(p => p._2.size > 1).map(_._1).toSet\n}\n\nobject E1 {\n    implicit def listToMyList[T](l:List[T]) = new MyList(l)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/ParUnitMain.scala","text":"import ParUnit._\nimport Prof._\n\nobject Task {\n    def doTask(n:Long) = {\n        var i = 0\n        while (i<n) {\n            if (i%100000000==0)\n                println(i)\n            i += 1\n        }\n    }\n}\n\nobject ParUnitMain extends App {\n    val n = 2100000000L\n    val tseq = profila {\n        Task.doTask(n)\n        Task.doTask(n)\n    }._2\n    println(\"tempo sequenziale: \" + tseq)\n\n    val tpar = profila {\n        par {\n            Task.doTask(n)\n        }\n        {\n            Task.doTask(n)\n        }\n    }._2\n    println(\"tempo parallelo: \" + tpar)\n    println(\"Speedup: \" + (tseq\/tpar))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E1\/E1.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/ Scrivere la soluzione qui...\n\/*\n    Scrivere una funzione sommaFun(f1:Double=>Double, f2:Double=>Double):Double=>Double che \n    restituisce la funzione somma di f1 ed f2. Ad esempio: sommaFun(x=>x, x=>x+1)(2) == 5 \n    (ottenuto come: 2+(2+1)), sommaFun(x=>2*x, x=>x+2)(3) == 11 (ottenuto come: (2*3)+(3+2))\n\n    Per compilare da riga di comando usare: scalac E1Main.scala E1.scala. Si noti che sulla \n    riga di comando ci sono entrambi i file che compongono il programma. \n    Noterete la presenza di vari file .class generati dalla compilazione.\n\n    Per eseguire il programma da riga di comando usare: scala E1Main. Si noti che, \n    come in Java, al comando scala viene passato il nome della classe.\n*\/\n\nobject E1 {\n    def sommaFun(f1:Double=>Double, f2:Double=>Double):Double=>Double = {\n        (x:Double) => f1(x) + f2(x)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esame190218-A\/soluzioni\/E2\/E2.scala","text":"\/\/ Scrivere la soluzione qui...\n\nimport java.awt.{Color}\n\nobject E2 {\n    def getClock(hour:Int, min:Int):List[Shape] = {\n        val ml = 0.5\n        val hl = 0.4\n        val ma = Math.PI\/2-min*2*Math.PI\/60\n        val ha = Math.PI\/2-hour*2*Math.PI\/12\n        List(Circle(0.5,0.5,0.5,Color.GRAY), \n             Line(0.5, 0.5, 0.5+ml*Math.cos(ma), 0.5+ml*Math.sin(ma), Color.RED),\n             Line(0.5, 0.5, 0.5+hl*Math.cos(ha), 0.5+hl*Math.sin(ha), Color.BLUE)) \n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitC\/C2Main.scala","text":"object C2Main extends App {\n    val l1:List[String] = C2.makeList(i=>if (i<1) \"TEST\" else \"test\")(3)\n    println(l1+\" [corretto: List(TEST, test, test)]\")\n\n    val altern01: Int=>List[Int] = C2.makeList(i=>if (i%2==0) 0 else 1)\n\n    val l2 = altern01(5)\n    println(l2+\" [corretto: List(0, 1, 0, 1, 0)]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E4\/E4Main.scala","text":"<gh_stars>0\nobject E4Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n\n\tdef test(f1:Int=>Int, f2:Int=>Int, n:Int, r:Boolean) = {\n\t\ttrials += 1\n\t\tval s:Boolean = E4.ugualiIn(f1, f2, n)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + r + \"]\")\n\t\tscore += (if (s==r) 1 else 0)\n\t}\n\t\n\ttest(identity, identity, 100, true)\n\ttest(x=>x*x, identity, 1, true)\n\ttest(x=>x*x, identity, 2, false)\n\ttest(x=> if (x<0) 0 else x, identity, 20, true)\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitC\/C3.scala","text":"sealed abstract class Tree()\ncase class E() extends Tree()\ncase class T(l:Tree, x:Int, r:Tree) extends Tree()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/ParMain.scala","text":"<filename>Programmi\/Parallelismo\/ParMain.scala\n\nobject ParMain extends App {\n    val (a,b) =  Par.par {\n        \"ciao\"\n    }\n    {\n        3.14\n    }\n    println(a)\n    println(b)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/BinSearch.scala","text":"<filename>Programmi\/BinSearch.scala\nobject BinSearch {\n    def search[T](v:Vector[T], x:T)(implicit cmp:T=>Int):Boolean = {\n        def aux(a:Int, b:Int):Boolean = {\n            if(a>=b) false\n            else {\n                val mid = (a+b)\/2\n                if (v(mid) == x) true\n                else if (x <= v(mid)) aux(a, mid)\n                else aux(mid+1, b)\n            }\n        }\n        aux(0, v.length)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs5\/E4\/E4.scala","text":"\/\/ Scrivere nel file E4.scala un metodo piuGiovane che, dato un Vector s di oggetti Studente(id, nome) \n\/\/ e un Vector e di oggetti Eta(id, eta), restituisce un Option[String] che vale None se s \u00e8 vuoto e \n\/\/ Some(x), dove x \u00e8 il nome dello studente pi\u00f9 giovane, altrimenti. Si assuma che ogni id contenuto in s \n\/\/ sia anche contenuto in e. Gli id sono unici in ciascuna collezione e servono come chiave primaria in s e in e.\n\n\/\/ Usare il main di prova nella directory di lavoro E4. Non modificare alcun file tranne E4.scala.\n\n\/\/ Scrivi la soluzione qui...\n\nobject E4 {\n    def piuGiovane(s: Vector[Studente],e: Vector[Eta]): Option[String] = {\n        if (s.isEmpty) None\n        else Some(s.find(_.id == e.minBy(_.eta).id).get.nome)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E25.scala","text":"<filename>Esercizi\/E25.scala\n\n\/\/  classe per numeri razionali\n\/\/\n\/\/  Scrivere una classe Scala Rational che rappresenta numeri razionali della forma num\/den, dove num e den sono interi. \n\/\/  Scrivere la classe in modo che sia possibile eseguire il seguente codice Scala:\n\/\/  \n\/\/  object E25Main extends App {\n\/\/      val r1 = Rational(2, 7)\n\/\/      val r2 = Rational(8, 6)\n\/\/      val r3 = Rational(4, 14)\n\/\/      println(r1+r2)  \/\/ stampa 34\/21\n\/\/      println(r1-r2)  \/\/ stampa -22\/21\n\/\/      println(r1*r2)  \/\/ stampa 8\/21\n\/\/      println(r1\/r2)  \/\/ stampa 3\/14\n\/\/      println(r1==r3) \/\/ stampa true\n\/\/      println(r1!=r3) \/\/ stampa false\n\/\/      println(r1!=r2) \/\/ stampa true\n\/\/      println(r1<r2)  \/\/ stampa true\n\/\/      println(r2<r1)  \/\/ stampa false\n\/\/  }\n\/\/  Suggerimento: calcolare il massimo comun divisore di numeratore e denominatore per riportare la frazione ai minimi \n\/\/  termini (o irriducibile). Ad esempio, 4\/14 dovrebbe essere memorizzato in un oggetto Rational come 2\/7.\n\ncase class Rational(val num:Int,val den:Int) {\n\n    def +(other:Rational) = {\n        Rational(this.num*other.den + other.num*this.den, this.den*other.den)\n    }\n    \n    def -(other:Rational) = {\n        Rational(this.num*other.den - other.num*this.den, this.den*other.den)\n    }\n\n    def *(other:Rational) = {\n        Rational(this.num * other.num, this.den * other.den)\n    }\n\n    def \/(other:Rational) = {\n        this*Rational(other.den,other.num)\n    }\n\n    def ==(other:Rational) = {\n        this.num == other.num && this.den == other.den\n    }\n\n    def !=(other:Rational) = {\n        !(this == other)\n    }\n\n    def <(other:Rational) = {\n        (this.num * other.den) < (this.den * other.num)\n    }\n}\n\nobject Rational {\n    def mcd(x:Int,y:Int): Int = if (y==0) x.abs else mcd(y, x%y)\n    def apply(num:Int, den:Int) = new Rational(num \/ mcd(num,den), den \/ mcd(num,den))\n}\n\nobject E25Main extends App {\n    val r1 = Rational(2, 7)\n    val r2 = Rational(8, 6)\n    val r3 = Rational(4, 14)\n    println(r1+r2)  \/\/ stampa 34\/21\n    println(r1-r2)  \/\/ stampa -22\/21\n    println(r1*r2)  \/\/ stampa 8\/21\n    println(r1\/r2)  \/\/ stampa 3\/14\n    println(r1==r3) \/\/ stampa true\n    println(r1!=r3) \/\/ stampa false\n    println(r1!=r2) \/\/ stampa true\n    println(r1<r2)  \/\/ stampa true\n    println(r2<r1)  \/\/ stampa false\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E5.scala","text":"\/* funzioni di ordine superiore - costruzione di funzioni per casi\n    Scrivere un metodo Scala concatena che, date tre funzioni f1:Double=>Double, \n    f2:Double=>Double e f3:Double=>Double e due valori Double a e b con a<=b, \n    restituisce una funzione che coincide con f1 per tutti gli argomenti prima di a,\n    con f2 nell\u2019intervallo [a,b], e con f3 dopo b.\n*\/\n\nobject E5 extends App {\n    def concat(f1:Double=>Double, f2:Double=>Double, f3:Double=>Double)(a:Double, b:Double):Double=>Double = {\n        (x: Double) => if (x<a) f1(x) else if (x<b) f2(x) else f3(x)\n    }\n\n    println(concat(_*2,_*3,identity)(10,20)(1))\n    println(concat(_*2,_*3,identity)(10,20)(15))\n    println(concat(_*2,_*3,identity)(10,20)(25))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MioInteroTest.scala","text":"import MioIntero._\n\nobject  MioInteroTest extends App {\n    val i: Int = 2.somma(3)\n    println(i)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E1\/E1Main.scala","text":"object E1Main extends App {\n    \n    var punti = 0\n    \n    val a1:Seq[Double] = Vector(1,2,1,2,1,2)\n    val b1:Seq[Double] = Vector(2,1,2,1,2,1)\n    val s1:Double = E1.scalarProd(a1,b1)\n    val c1 = 12.0\n    if (s1 == c1) punti += 1\n    println(\"Test 1: \"+s1+\" (corretto: \"+c1+\")\")\n\n    val a2:Seq[Double] = Vector(1,2,1,2,1,2)\n    val b2:Seq[Double] = Vector(2,1,2,1,2)\n    val s2:Double = E1.scalarProd(a2,b2)\n    val c2 = 10.0\n    if (s2 == c2) punti += 1\n    println(\"Test 2: \"+s2+\" (corretto: \"+c2+\")\")\n\n    val a3:Seq[Double] = Vector(1)\n    val b3:Seq[Double] = Vector()\n    val s3:Double = E1.scalarProd(a3,b3)\n    val c3 = 0.0\n    if (s3 == c3) punti += 1\n    println(\"Test 3: \"+s3+\" (corretto: \"+c3+\")\")\n    \n    println(\"Risultato: \" + punti + \"\/3\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitA\/A1Main.scala","text":"import MyRichSet._\n\nobject A1Main extends App {\n\n    val s1 = Set(1,2,3,4)\n    val s2 = Set(4,3,5,7)\n\n    val s3:Set[Int] = s1 + s2 \/\/ unione insiemi\n    println(s3 + \" [corretto: 1,2,3,4,5,7 (in qualsiasi ordine)]\")\n\n    val s4:Set[Int] = s1 - s2 \/\/ differenza insiemi\n    println(s4 + \" [corretto: 1,2  (in qualsiasi ordine)]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E12.scala","text":"\/* uso di map e reduce - stringa pi\u00f9 lunga in lista\n    Scrivere un metodo Scala max che, data una lista di stringhe, \n    restituisce la lunghezza della stringa pi\u00f9 lunga.\n\n    Suggerimento: usare map e reduce\n*\/\n\nobject E12 extends App {\n    def max(l: List[String]): Int = {\n        l.map(_.length()).reduce((a,b)=> a max b)\n    }\n\n    println(max(List(\"uno\",\"due\",\"tre\",\"quattro\",\"cinque\",\"sei\",\"sette\")))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Parallelismo\/PCoinMain.scala","text":"<reponame>AntoAndGar\/PFP\nobject PCoinMain extends App {\n    val coins = List(10,100,1,2,5,20,10,50,1,200,100,5,20,10,10,5,1,20,50,1,5,200,2,50,20,1,1,2,5,200,100)\n    val a1 = 899\n    println(\"Versione sequenziale...\")\n    val (v1, t1)   = Prof.profila { PCoin.countChange    (a1, coins) }\n    println(\"Versione parallela...\")\n    val (vp1, tp1) = Prof.profila { PCoin.countChangePar (a1, coins) }\n    println(\"Test: \" + vp1 + \" (corretto: \" + v1 + \" - tempo seq: \"+t1*1E-9+\" sec - tempo par: \"+tp1*1E-9+\" sec)\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitA\/A2Main.scala","text":"<gh_stars>0\ncase class Studente(val nome:String, val et\u00e0:Int, val esami:List[String])\n\nobject A2Main extends App {\n    val q = List(\n              Studente(\"Marco\", 24, List(\"PFP\",\"SC\")),\n              Studente(\"Laura\", 19, List(\"SC\", \"FI1\", \"PFP\", \"DB\")),\n              Studente(\"Stefano\", 23, List(\"SC\", \"FI1\")),\n              Studente(\"Marco\", 25, List(\"SC\", \"FI1\", \"FI2\")),\n              Studente(\"Paola\", 21, List(\"SC\", \"PFP\")),\n              Studente(\"Lucia\", 18, List(\"SC\", \"PFP\", \"OOP\"))\n            )\n\n    \/\/ query1 estrae la lista di tutti gli studenti che hanno\n    \/\/ et\u00e0 inferiore alla media e hanno sostenuto almeno tre esami\n    val query1:List[Studente] = A2.query1(q)\n    println(query1.map(_.nome))\n    println(\"--> [corretto: Laura e Lucia]\")\n\n    \/\/ query2 estrae la lista di tutti gli esami che sono stati\n    \/\/ sostenuti da almeno due studenti\n    val query2:List[String] = A2.query2(q)\n    println(query2)\n    println(\"--> [corretto: SC, FI1 e PFP]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitB\/B3Main.scala","text":"case class Studente(val nome:String, val et\u00e0:Int, val esami:List[String])\n\nobject B3Main extends App {\n    val q = List(\n              Studente(\"Marco\", 24, List(\"PFP\",\"SC\")),\n              Studente(\"Laura\", 19, List(\"SC\", \"FI1\", \"PFP\", \"DB\")),\n              Studente(\"Stefano\", 23, List(\"SC\", \"FI1\")),\n              Studente(\"Marina\", 25, List(\"SC\", \"FI1\", \"FI2\")),\n              Studente(\"Paola\", 21, List(\"SC\", \"PFP\")),\n              Studente(\"Lucia\", 18, List(\"SC\", \"PFP\", \"OOP\"))\n            )\n\n    \/\/ query1 produce una lista di coppie \n    \/\/ (esame, lista nomi studenti con almeno 22 anni che l'hanno superato)\n    val query1:List[(String, List[String])] = B3.query1(q)\n    println(query1)\n    println(\"--> [corretto: List((SC,List(Marco, Stefano, Marina)), \"+\n                  \"(FI1,List(Stefano, Marina)), (PFP,List(Marco)), \"+\n                  \"(FI2,List(Marina))) (in qualsiasi ordine)]\")\n\n    \/\/ query2 produce la lista di tutte le coppie di esami per cui esistono \n    \/\/ almeno due studenti che li ha superati entrambi\n    val query2:List[(String,String)] = B3.query2(q)\n    println(query2)\n    println(\"--> [corretto: List((PFP,SC), (FI1,SC))]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/isPrime.scala","text":"object isPrime extends App {\n    def isPrime(n:Int) = {\n        def divisibile(m: Int): Boolean =\n            if (m==1) true\n            else if (n%m == 0) false\n            else divisibile(m-1)\n        divisibile(Math.sqrt(n).toInt)\n    }\n\n\n    println(\"13 \" + isPrime(13))\n    println(\"19 \" + isPrime(19))\n    println(\"20 \" + isPrime(20))\n    println(\"720 \" + isPrime(720))\n    println(\"123 \" + isPrime(123))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitD\/D2Main.scala","text":"object D2Main extends App {\n    \n    val l1 = List(\"uno\", \"due\", \"tre\")\n    val l2 = List(\"1\", \"2\", \"3\", \"4\")\n    val l3 = List(\"1\", \"2\")\n\n    val l4:List[String] = D2.combineLists(l1, l2)\n    println(l4+\" [corretto: List(uno1, due2, tre3, 4)]\")\n\n    val l5 = D2.combineLists(l1, l3)\n    println(l5+\" [corretto: List(uno1, due2, tre)]\")\n\n    val l6 = D2.combineLists(l1, Nil)\n    println(l6+\" [corretto: List(uno, due, tre)]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitB\/B3Main.scala","text":"object B3Main extends App {\n    val t:Tree = T(T(E(),5,T(E(),7,E())),10,T(E(),15,T(E(),17,E())))\n\n    val p1:(Int,Int) = t.min               \/*    10     *\/\n    println(p1+\" [corretto: (2,5)]\")       \/*   \/  \\    *\/\n                                           \/*  5   15   *\/\n    val p2:(Int,Int) = E().min             \/*   \\    \\  *\/\n    println(p2+\" [corretto: (0,0)]\")       \/*    7   17 *\/\n\n    val p3:(Int,Int) = T(E(),5,E()).min\n    println(p3+\" [corretto: (1,5)]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E4\/E4.scala","text":"<reponame>AntoAndGar\/PFP\n\/*  anagrammi\n    Scrivere un metodo isAnagramOf(a:String, b:String):Boolean che verifica se a \u00e8 un anagramma di b, \n    cio\u00e8 a pu\u00f2 essere ottenuto come permutazione delle lettere di b. Il test deve essere case sensitive.\n\n    Suggerimento: usare il metodo sorted applicato alle stringhe.\n\n    Scrivere la soluzione nel file E4.scala e usare il programma di prova E4Main.scala.\n*\/\n\nobject E4 {\n    def isAnagramOf(a:String, b:String) = { \/\/ completa metodo\n        a.sorted == b.sorted\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E17.scala","text":"\/* calcolo della radice quadrata approssimata\n\n    Un semplice algoritmo iterativo basato sul metodo di Newton per calcolare la radice quadrata \n    di un numero x consiste nel partire da una stima iniziale y (es. y=1) e raffinarla \n    successivamente calcolando la media tra y e x\/y. Il procedimento termina quando il quadrato \n    della stima \u00e8 sufficientemente vicino a x(es. inferiore a 0.01). Completare la seguente \n    definizione Scala usando un approccio ricorsivo:\n\n    def sqrt(x:Double) = {\n        \/\/ completare...\n    }\n    println(\"Radice quadrata di 2 ~ \"+sqrt(2))\n\n    Suggerimento: scomporre sempre un problema in funzioni pi\u00f9 semplici. \n    Questo non peggiora in pratica le prestazioni poich\u00e9 il compilatore effettua \n    inlining automaticamente, ma migliora molto la leggibilit\u00e0, l\u2019analisi di \n    correttezza e la manutenibilit\u00e0 del codice. Definire funzioni annidate \n    (es. per il calcolo del valore assoluto, ecc.).\n*\/\n\nobject E17 extends App {\n    def sqrt(x:Double) = {\n        def mean(a:Double, b:Double):Double = (a+b)\/2\n        def abs(a:Double):Double = if (a < 0) -a else a\n        def pow2(a:Double):Double = a*a\n        def sqrtAux(x:Double, y:Double):Double = {\n            if (pow2(mean(y,x\/y))-x < 0.001) y\n            else sqrtAux(x, mean(y,x\/y))\n        }\n        sqrtAux(abs(x), 1)\n    }\n\n    println(\"Radice quadrata di 2 ~ \"+sqrt(2))\n    println(\"Radice quadrata di 3 ~ \"+sqrt(3))\n    println(\"Radice quadrata di 4 ~ \"+sqrt(4))\n    println(\"Radice quadrata di 5 ~ \"+sqrt(5))\n    println(\"Radice quadrata di -2 ~ \"+sqrt(-2))\n    println(\"Radice quadrata di -3 ~ \"+sqrt(-3))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esame190218-A\/soluzioni\/E1\/E1Main.scala","text":"import E1._\n\nobject E1Main extends App {\n\n    var punti = 0\n    var test  = 0\n\n    def doTest[T](l:List[T], c:Set[T]) = {\n        test += 1\n        val r:Set[T] = l.getDup\n        println(\"Test \" + test + \": \" + r + \" [corretto: \"+ c + \"]\")\n        if (r == c) punti += 1\n    }\n\n    doTest(List(), Set())\n    doTest(List(9,2,1,3,3,6,3,9,1), Set(9,1,3))\n    doTest(List('a','b','c','d','b','d'), Set('b','d'))\n    doTest(List(false, true), Set())\n    doTest(List(\"three\", \"two\", \"one\", \"three\"), Set(\"three\"))\n    println(\"*** Result: \" + punti + \"\/\" + test)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniC\/C1.scala","text":"object C1 {\n    def ifElse(test:Boolean)(ifBody: =>Unit)(elseBody: =>Unit) =\n        if (test) ifBody else elseBody\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E3\/E3.scala","text":"\/\/ Scrivere la soluzione qui...\n\n\/*\n    Scrivere una funzione maxPrefisso(l:List[Int], x:Int):Int Scala che restituisce \n    il pi\u00f9 grande numero n tale che la somma dei primi n numeri di l \u00e8 minore o uguale \n    a x. Ad esempio, maxPrefisso(List(1,1,1,1,1),3) == 3, maxPrefisso(List(5,2,4,7),8)==2 \n    e maxPrefisso(List(5,2,4,7),4)==0.\n\n    Scrivere la soluzione nel file E3.scala e usare il programma di prova E3Main.scala.\n*\/\n\nobject E3 {\n    def maxPrefisso(l:List[Int], x:Int):Int = {\n        if (l.head > x) 0\n        else 1+maxPrefisso(l.tail, x-l.head)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E16.scala","text":"<filename>Esercizi\/E16.scala\n\/*  processamento dati di un sensore\n\n    Un sensore misura il numero di veicoli che passano in un tratto stradale in ogni minuto, \n    producendo una lista di interi. Occasionalmente, il sensore smette di funzionare e \n    richiede manutenzione. Quando il sensore smette di funzionare, produce un intero negativo e\n    da quel momento in poi i numeri prodotti sono inattendibili.\n\n    Scrivere un metodo Scala mediaVeicoli(l:List[Int]):Double che calcola il numero medio di\n    veicoli al minuto, ignorando tutti i valori a partire dal primo negativo. \n    Il metodo deve essere realizzato in uno stile funzionale utilizzando i metodi di ordine \n    superiore delle liste (e non iterazione o ricorsione).\n\n    Suggerimento: usare il metodo span delle liste come documentato \n    in http:\/\/www.scala-lang.org\/api\/current\/#scala.collection.immutable.List. \n    Per il cast a double, usare il metodo toDouble.\n*\/\n\nobject E16 extends App {\n    def mediaVeicoli(l:List[Int]):Double = {\n        val valori = l.span(_ != -1)._1\n        valori.sum \/ valori.length.toDouble\n    }\n\n    val l = List(1,2,3,4,5,6,-1,4,347,3,7,3)\n    println(mediaVeicoli(l))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniB\/B3.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Tree() {\n    def min = aux(0)\n    private def aux(m:Int):(Int,Int) = this match {\n        case E() => (0,m)\n        case T(l,y,_) => {\n            val (c,d) = l aux y\n            (c+1,d)\n        }\n    }\n}\n\ncase class E() extends Tree()\ncase class T(l:Tree, x:Int, r:Tree) extends Tree()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E30.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/ map su alberi binari - classi\n\/\/\n\/\/ Scrivere un metodo Scala map su alberi binari con elementi interi che, \n\/\/ data una funzione f:Int=>Int, restituisca un nuovo albero ottenuto da \n\/\/ quello di partenza applicando la funzione f a ogni elemento presente \n\/\/ nei nodi dell\u2019albero. Completare il seguente frammento di codice:\n\/\/ sealed abstract class BinTree {\n\/\/     def map(f:Int=>Int):BinTree = E() \/\/ completare...\n\/\/ }\n\/\/ \/\/ albero non vuoto\n\/\/ case class T(l:BinTree, e:Int, r:BinTree) extends BinTree \n\/\/ \/\/ albero vuoto\n\/\/ case class E() extends BinTree\n\/\/ Deve essere possibile eseguire il seguente programma di prova:\n\/\/ object E30Main extends App {\n\/\/     val t1 = T(E(), 10, E())\n\/\/     val t2 = T(E(), 5, E())\n\/\/     val t3 = T(t1, 7, t2)\n\/\/     val t4 = T(t3, 2, E())\n\/\/     val t = t4.map(_*2)\n\/\/     println(t + \" (corretto: T(T(T(E(),20,E()),14,T(E(),10,E())),4,E()))\")\n\/\/ }\n\nsealed abstract class BinTree {\n    def map(f:Int=>Int):BinTree = this match {\n        case E() => E()\n        case T(l, e, r) => T(l.map(f), f(e), r.map(f))\n    }\n}\n\n\/\/ albero non vuoto\ncase class T(l:BinTree, e:Int, r:BinTree) extends BinTree \n\n\/\/ albero vuoto\ncase class E() extends BinTree\n\nobject E30Main extends App {\n    val t1 = T(E(), 10, E())\n    val t2 = T(E(), 5, E())\n    val t3 = T(t1, 7, t2)\n    val t4 = T(t3, 2, E())\n    val t = t4.map(_*2)\n    println(t + \" (corretto: T(T(T(E(),20,E()),14,T(E(),10,E())),4,E()))\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E4\/E4Main.scala","text":"<filename>Esercitazioni\/antoandgarEs2\/E4\/E4Main.scala\nobject E4Main extends App {\n    var score = 0\n\tvar trials = 0\n\n\tdef test(l:List[Int], res:(List[Int],List[Int])) = {\n\t\ttrials += 1\n\t\tval s:(List[Int],List[Int]) = E4.checkBitonic(l)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + res + \"]\")\n\t\tscore += (if (s==res) 1 else 0)\n\t}\n\n    test(List(1,2,5,6,9,4,3,2,0), (List(1,2,5,6,9),List(4,3,2,0)))\n    test(List(), (Nil,Nil))\n    test(List(1,2,3,2,3,2,1), (Nil,Nil))\n    test(List(1,2,-1), (List(1,2),List(-1)))\n    \n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Grid\/Model2D.scala","text":"<reponame>AntoAndGar\/PFP\nimport java.awt.Color\n\nobject Model2D extends App {\n\n    def getGrid(n:Int) = {\n\n        val RED = new Color(0xFF00FF) \/\/ in formato RGB (Red-Blue-Green) o anche Color.RED\n\n\t\tval m = n-1\n\n        \/\/ completare costruzione di un modello 2D di una griglia con n \n        \/\/ linee verticali ed n linee orizzontali\n        (0 to m).toList.map(x=>Line(0, x\/m.toDouble, 1, x\/m.toDouble, RED)) :::\n        (0 to m).toList.map(x=>Line(x\/m.toDouble, 0, x\/m.toDouble, 1, RED))\n    }\n\n\/\/    def main(args:Array[String]) = {\n        println(\"Displaying 20x20 grid...\")\n        Frame2D.display(getGrid(20), 500, 500)\n\/\/    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E3\/E3.scala","text":"\/\/ Scrivi la soluzione qui...\n\/\/ Se esistesse un premio Ignobel per l\u2019informatica, questo si piazzerebbe bene. Scrivere un \n\/\/ metodo noobSort che, dato un Vector v di n elementi di tipo generico, restituisce la \n\/\/ versione ordinata di v. Per risolvere il problema, generare tutte le permutazioni degli \n\/\/ indici da 0 a n-1 e per ciascuna permutazione generare il vettore permutato, verificare \n\/\/ se \u00e8 ordinato ed eventualmente restituirlo.\n\n\/\/ Suggerimento: per generare le permutazioni degli indici, usare (0 to n-1).permutations. \n\/\/ In alternativa si pu\u00f2 permutare direttamente il vettore di input e trovare quella \n\/\/ permutazione per cui \u00e8 ordinato. Si consulti la documentazione delle API Scala per \n\/\/ cercare metodi utili.\n\n\/\/ Usare il main di prova incluso nel codice dell\u2019esercitazione scaricato.\nimport scala.language.implicitConversions\n\nobject E3 {\n    def noobSort[T <% Ordered[T]](v: Vector[T]):Vector[T] = {\n        v.permutations.filter(v=>v.sliding(2,1).forall(l=>l(0)<l(1))).toVector(0)\n    } \n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E4\/E4.scala","text":"<gh_stars>0\n\/\/ scrivi la soluzione qui...\n\/*\nScrivere una funzione Scala che, date due funzioni f1:Int=>Int e f2:Int=>Int e un intero n,\nverifica che f1 e f2 calcolino lo stesso valore su ogni input compreso tra 0 e n (inclusi). \nLa funzione deve restituire un Boolean. Scrivere la soluzione nel file E4.scala in modo simile \na quanto fatto negli esercizi precedenti e usare il programma di prova E4Main.scala fornito.\n*\/\n\nobject E4 {\n    def ugualiIn(f1:Int=>Int, f2:Int=>Int, n:Int):Boolean = if (n<0) true else if (f1(n) != f2(n)) false else ugualiIn(f1, f2, n-1)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E1\/E1.scala","text":"<gh_stars>0\n\/\/ Scrivi la soluzione qui...\n\/\/ Scrivere un metodo scalarProd che, date due vettori rappresentati come sequenze di Double, \n\/\/ ne calcola il prodotto scalare. Se i vettori hanno lunghezze diverse, limitare il prodotto \n\/\/ scalare al range di indici validi comuni. \n\/\/ Ad esempio: scalarProd(Seq(3,4), Seq(2,9,1)) == 3*2 + 4*9 == 42.\n\n\/\/ Suggerimento: usare ricorsione oppure i metodi delle collezioni (potrebbero essercene \n\/\/ di utili anche fra quelli non visti a lezione).\n\n\/\/ Usare il main di prova incluso nel codice dell\u2019esercitazione scaricato.\n\nobject E1 {\n    def scalarProd(v1:Seq[Double], v2:Seq[Double]):Double = {\n        v1.zip(v2).map(c=>c._1*c._2).sum\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Parallelismo\/PCoin.scala","text":"\/\/ numero di resti possibili - parallelismo su liste\n\/\/ Il metodo fornito def countChange(amount:Int, coins:List[Int]):Int calcola ricorsivamente il numero di modi in \n\/\/ cui \u00e8 possibile dare il resto per un ammontare amount usando il portafogli di monete coins. Si richiede di \n\/\/ scrivere una versione parallela def countChangePar(amount:Int, coins:List[Int], maxThreads:Int):Int che prende\n\/\/ come parametro aggiuntivo il numero massimo di thread che possono essere utilizzati per risolvere il problema.\n\n\/\/ PCoin.scala:\n\n\/\/ object PCoin {\n\/\/     \/\/ versione sequenziale (inefficiente, nel caso peggiore richiede 2^n chiamate ricorsive, con n=coins.size) \n\/\/     def countChange(amount:Int, coins:List[Int]):Int =\n\/\/         if (amount == 0) 1\n\/\/         else if (coins.isEmpty || amount < 0) 0\n\/\/         else countChange(amount - coins.head, coins.tail) + countChange(amount, coins.tail)\n\n\/\/     \/\/ versione parallela, da completare\n\/\/     def countChangePar(amount:Int, coins:List[Int], \n\/\/        maxThreads:Int = Runtime.getRuntime().availableProcessors()):Int = ???\n\/\/ }\n\/\/ Si noti che Runtime.getRuntime().availableProcessors() fornisce il numero di core (logici) disponibili ed \u00e8 \n\/\/ usato come valore di default per il numero massimo di thread creati per risolvere il problema.\n\n\/\/ Suggerimento: usare il costrutto fornito Par.par per valutare in parallelo due espressioni.\n\n\/\/ Usare il seguente programma di prova e i relativi moduli richiesti:\n\n\/\/ PCoinMain.scala:\n\n\/\/ object PCoinMain extends App {\n\/\/     val coins = List(10,100,1,2,5,20,10,50,1,200,100,5,20,10,10,5,1,20,50,1,5,200,2,50,20,1,1,2,5,200,100)\n\/\/     val a1 = 899\n\/\/     println(\"Versione sequenziale...\")\n\/\/     val (v1, t1)   = Prof.profila { PCoin.countChange    (a1, coins) }\n\/\/     println(\"Versione parallela...\")\n\/\/     val (vp1, tp1) = Prof.profila { PCoin.countChangePar (a1, coins) }\n\/\/     println(\"Test: \" + vp1 + \" (corretto: \" + v1 + \" - tempo seq: \"+t1*1E-9+\" sec - tempo par: \"+tp1*1E-9+\" sec)\")\n\/\/ }\n\/\/ Par.scala\n\n\/\/ object Par {\n\/\/     def par[A,B](a: =>A)(b: =>B):(A,B) = {\n\/\/         var resA:Option[A] = None\n\/\/         val r = new Runnable {\n\/\/             def run() = resA = Some(a)\n\/\/         }\n\/\/         val t = new Thread(r)\n\/\/         t.start()\n\/\/         val resB = b\n\/\/         t.join()\n\/\/         (resA.get, resB)\n\/\/     }\n\/\/ }\n\/\/ Prof.scala\n\n\/\/ object Prof {\n\/\/     def profila[T](body: =>T):(T,Long) = {\n\/\/         val start = System.nanoTime\n\/\/         val v = body                        \/\/ il body passato come parametro per nome viene valutato qui\n\/\/         val t = System.nanoTime - start\n\/\/         (v,t)\n\/\/     }\n\/\/ }\n\nobject PCoin {\n    \/\/ versione sequenziale (inefficiente, nel caso peggiore richiede 2^n chiamate ricorsive, con n=coins.size) \n    def countChange(amount:Int, coins:List[Int]):Int =\n        if (amount == 0) 1\n        else if (coins.isEmpty || amount < 0) 0\n        else countChange(amount - coins.head, coins.tail) + countChange(amount, coins.tail)\n\n    \/\/versione parallela, da completare\n    def countChangePar(amount:Int, coins:List[Int], maxThreads:Int = Runtime.getRuntime().availableProcessors()):Int = {\n        if (amount == 0) 1\n        else if (coins.isEmpty || amount < 0) 0\n        else {\n            val (a,b) = Par.par (countChange(amount - coins.head, coins.tail))(countChange(amount, coins.tail))\n            a+b\n        }\n    }\n    \n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/kitEsame\/X1.scala","text":"object X1 {\n    def numEqual(f1:Int=>Int, f2:Int=>Int)(a:Int, b:Int):Int = {\n        def numEqualIter(f1:Int=>Int, f2:Int=>Int)(a:Int, b:Int)(n:Int):Int = {\n            if (a > b) n\n            else if (f1(a)==f2(a)) numEqualIter(f1,f2)(a+1,b)(n+1)\n            else numEqualIter(f1,f2)(a+1,b)(n)\n        }\n        numEqualIter(f1,f2)(a,b)(0)\n    }\n} "}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/PiuFreqMain.scala","text":"object PiuFreqMain extends App {\n    val s1 = Seq(1,2,4,2,1,1,5,2,4,2,5)\n    val t1 = PiuFreq.piuFrequente(s1) getOrElse \"errore\"\n    println(\"\" + t1 + \" (corretto: (2,4))\")\n\n    val s2 = Seq()\n    val t2 = PiuFreq.piuFrequente(s2) getOrElse \"errore\"\n    println(\"\" + t2 + \" (corretto: errore)\")\n\n    val s3 = Vector(\"uno\", \"due\", \"uno\")\n    val t3 = PiuFreq.piuFrequente(s3) getOrElse \"errore\"\n    println(\"\" + t3 + \" (corretto: (uno,2))\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/fibonacci.scala","text":"object Fibonacci extends App {\n    def fibonacci(n:Int): Int = {\n        if (n<2) 1 else fibonacci(n-1)+fibonacci(n-2)\n    }\n\n    println(fibonacci(4))\n    println(fibonacci(5))\n    println(fibonacci(6))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E3\/E3Main.scala","text":"<reponame>AntoAndGar\/PFP<gh_stars>0\nobject E3Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n\n\tdef test(n:Int, m:Int, r:Int) = {\n\t\ttrials += 1\n\t\tval s:Int = E3.sommaQuadrati(n,m)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + r + \"]\")\n\t\tscore += (if (s==r) 1 else 0)\n\t}\n\t\n\ttest(1,4,30)\n\ttest(10,15,955)\n\ttest(6,6,36)\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E2.scala","text":"<reponame>AntoAndGar\/PFP\n\/* funzioni parzialmente applicate\nModificare il metodo applicaDueVolte dell\u2019esercizio 1 usando \nla tecnica della currificazione in modo che sia parzialmente applicabile.\n*\/\n\nobject E2 extends App {\n    def applicaDueVolte(f: Int=>Int)(x: Int): Int = f(f(x))\n\n    val incrementaDueVolte = E2.applicaDueVolte(x=>x+1) _\n    val y = incrementaDueVolte(10)\n    println(y)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/prova.scala","text":"<reponame>AntoAndGar\/PFP\nobject Prova extends App {\n    println(\"Hello\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E3.scala","text":"<filename>Esercizi\/E3.scala\n\/* funzioni su numeri - test di primalit\u00e0\nScrivere un metodo Scala che verifica se un numero \u00e8 primo.\n*\/\n\nobject E3 extends App {\n    def isPrime(n: Int) = {\n        def divisible(m: Int): Boolean = \n            if (m == 1) true\n            else if (n % m == 0) false\n            else divisible(m-1)\n        divisible(Math.sqrt(n).toInt)\n    }\n\n    println(\"13 \" + isPrime(13))\n    println(\"19 \" + isPrime(19))\n    println(\"20 \" + isPrime(20))\n    println(\"720 \" + isPrime(720))\n    println(\"123 \" + isPrime(123))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E32.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/ Scrivere un metodo Scala def inter[T](a:List[T], b:List[T]):List[T] che calcola \n\/\/ l\u2019intersezione delle liste a e b in tempo O(na+nb), dove na e nb sono le lunghezze \n\/\/ delle rispettive liste.\n\n\/\/ Suggerimento: usare il metodo toSet per convertire liste in Set. I set forniscono \n\/\/ il test di appartenenza alla collezione (contains) in tempo O(1) (in media) usando \n\/\/ di default un HashSet.\n\n\/\/ Si riporta un main di prova e una versione inefficiente che usa tempo O(na*nb). \n\/\/ Compilare il codice insieme al modulo Prof.scala che fornisce il costrutto profila \n\/\/ per la misurazione dei tempi.\n\n\/\/ E32Main.scala:\n\n\/\/ import Prof.profila\n\n\/\/ object E32Main extends App {\n\/\/     val n = 100000\n\/\/     val a = List.range(1,n)\n\/\/     val b = List.range(-n,5)\n\/\/     println(\"Intersezione lenta...\")\n\/\/     val (v1,t1) = profila {\n\/\/         E32Slow.inter(a,b)\n\/\/     }\n\/\/     println(\"Intersezione veloce...\")\n\/\/     val (v2,t2) = profila {\n\/\/         E32.inter(a,b)\n\/\/     }\n\/\/     println(\"Tempo slow: \"+t1*1E-9+\" sec - Risultato: \"+v1)\n\/\/     println(\"Tempo fast: \"+t2*1E-9+\" sec - Risultato: \"+v2)\n\/\/ }\n\n\/\/ object E32Slow {\n\/\/     def inter[T](a:List[T], b:List[T]) = {\n\/\/         val (min, max) = if (a.size < b.size) (a,b) else (b,a)\n\/\/         def aux(l:List[T], res:List[T]):List[T] =\n\/\/             l match {\n\/\/                 case Nil => res\n\/\/                 case h::t => if (min contains h) aux(t,h::res) else aux(t,res)\n\/\/             }\n\/\/         aux(max, Nil).reverse\n\/\/     }\n\/\/ }\n\/\/ Prof.scala:\n\n\/\/ object Prof {\n\/\/     def profila[T](body: =>T):(T,Long) = {\n\/\/         val start = System.nanoTime\n\/\/         val v = body\n\/\/         val t = System.nanoTime - start\n\/\/         (v,t)\n\/\/     }\n\/\/ }\n\nimport Prof.profila\n\nobject E32Main extends App {\n    val n = 100000\n    val a = List.range(1,n)\n    val b = List.range(-n,5)\n    println(\"Intersezione lenta...\")\n    val (v1,t1) = profila {\n        E32Slow.inter(a,b)\n    }\n    println(\"Intersezione veloce...\")\n    val (v2,t2) = profila {\n        E32.inter(a,b)\n    }\n    println(\"Tempo slow: \"+t1*1E-9+\" sec - Risultato: \"+v1)\n    println(\"Tempo fast: \"+t2*1E-9+\" sec - Risultato: \"+v2)\n}\n\nobject E32Slow {\n    def inter[T](a:List[T], b:List[T]) = {\n        val (min, max) = if (a.size < b.size) (a,b) else (b,a)\n        def aux(l:List[T], res:List[T]):List[T] =\n            l match {\n                case Nil => res\n                case h::t => if (min contains h) aux(t,h::res) else aux(t,res)\n            }\n        aux(max, Nil).reverse\n    }\n}\n\nobject E32 {\n    def inter[T](a:List[T], b:List[T]):List[T] = {\n        a.toSet.intersect(b.toSet).toList\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Parallelismo\/E2-Es5\/E2Main.scala","text":"<filename>Esercizi\/Parallelismo\/E2-Es5\/E2Main.scala\nobject E2Main extends App {\n\n    var punti = 0\n\n    val r1 = E2.fibPar(1,1)(1)\n    val c1 = Fib.fib(1,1)(1)\n    println(\"Test 1: \" + r1 + \" (corretto: \" + c1 + \")\")\n    if (c1 == r1) punti += 1\n\n    val r2 = E2.fibPar(1,1)(2)\n    val c2 = Fib.fib(1,1)(2)\n    println(\"Test 2: \" + r2 + \" (corretto: \" + c2 + \")\")\n    if (c2 == r2) punti += 1\n\n    val r3 = E2.fibPar(1,1)(3)\n    val c3 = Fib.fib(1,1)(3)\n    println(\"Test 3: \" + r3 + \" (corretto: \" + c3 + \")\")\n    if (c3 == r3) punti += 1\n\n    val (r4,t4_par) = Prof.profila(E2.fibPar(1,1)(22))\n    val (c4,t4_seq) = Prof.profila(Fib.fib(1,1)(22))\n    println(\"Test 4: \" + r4 + \" (corretto: \" + c4 + \")\")\n    if (c4 == r4) punti += 1\n\n    println(\"Speedup: \" + t4_seq\/t4_par)\n\n    \/\/ val n5 = 41\n    \/\/ print(\"Versione sequenziale...\")\n    \/\/ val (c5,t5_seq) = Prof.profila(Fib.fib(1,1)(n5))\n    \/\/ println(\" -> \" + t5_seq + \"sec\")\n\n    \/\/ print(\"Versione parallela...\")\n    \/\/ val (r5,t5_par) = Prof.profila(E2.fibPar(1,1)(n5))\n    \/\/ println(\" -> \" + t5_par + \"sec\")\n\n    \/\/ println(\"Test 5: \" + r5 + \" (corretto: \" + c5 + \")\")\n    \/\/ if (c5 == r5) punti += 1\n\n    \/\/ println(\"Punti: \"+punti+\" su 5 - Speedup: \" + t5_seq\/t5_par)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniD\/D1.scala","text":"<filename>Esami\/esonero151211\/soluzioniD\/D1.scala\nobject D1 {\n    def alterna(n:Int)(uno: =>Unit)(due: =>Unit):Unit =\n        if (n<=0) () \n        else {\n            uno\n            due\n            alterna(n-1)(uno)(due)\n        }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Grid\/Frame2D.scala","text":"import java.awt.{EventQueue,Graphics,Graphics2D,Dimension}\nimport javax.swing.{JFrame,JPanel}\n\nobject Frame2D {\n  def display(l:List[Shape], width:Int, height:Int) = {\n    EventQueue.invokeLater(new Runnable() {\n      override def run() = {\n        val ex = new Frame2D(l,width,height)\n        ex.setVisible(true)\n      }\n    })\n  }\n}\n\nclass Frame2D(l:List[Shape], width:Int, height:Int) extends JFrame {\n  class Surface2D extends JPanel {\n\n    def doDrawCircle(c:Circle, g2d:Graphics2D) = {\n      val xc = (width*(c.x-c.r)).toInt\n      val yc = height\/2-(height*(c.y-c.r)).toInt\n      val wc = (2*width*c.r).toInt\n      val hc = (2*height*c.r).toInt\n      g2d.setColor(c.c)\n      g2d.drawOval(xc, yc, wc, hc)\n    }\n\n    def doDrawLine(l:Line, g2d:Graphics2D) = {\n      val x1 = (width*l.x1).toInt\n      val y1 = height-(height*l.y1).toInt\n      val x2 = (width*l.x2).toInt\n      val y2 = height-(height*l.y2).toInt\n      g2d.setColor(l.c)\n      g2d.drawLine(x1, y1, x2, y2)\n    }\n\n    def doDrawing(g:Graphics) = {\n      g match {\n        case g2d:Graphics2D =>\n          l foreach (_ match {\n            case c:Circle => doDrawCircle(c, g2d)\n            case l:Line   => doDrawLine(l, g2d)\n          })\n      }\n    }\n\n    override def paintComponent(g:Graphics) = {\n      super.paintComponent(g);\n      doDrawing(g);\n    }\n  }\n\n  val panel = new Surface2D()\n  panel.setPreferredSize(new Dimension(width, height))\n  add(panel);\n  setTitle(\"Shapes\");\n  setResizable(false)\n  pack();\n  setLocationRelativeTo(null);\n  setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/parcollection\/Prof.scala","text":"<filename>Programmi\/Parallelismo\/7.1-200422\/parcollection\/Prof.scala<gh_stars>0\nobject Prof {\n    def profila[T](body: =>T):(T,Double) = {\n        val start = System.nanoTime\n        val v = body                        \/\/ il body passato come parametro per nome viene valutato qui\n        val t = System.nanoTime - start\n        (v, t*1E-9)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MyReduceMain.scala","text":"import MyReduce._\n\nobject MyReduceMain extends App {\n    val l = List.range(1,100)\n\n    val v1 = l.myReduce(_+_)\n    println(\"Test 1: \" + v1 + \" (corretto: \" + Some(l.reduce(_+_)) + \")\")\n\n    val v2 = List(1).myReduce(_+_)\n    println(\"Test 2: \" + v2 + \" (corretto: \" + Some(List(1).reduce(_+_)) + \")\")\n\n    val v3 = List[Int]().myReduce(_+_)\n    println(\"Test 3: \" + v3 + \" (corretto: \" + None + \")\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E3\/E3.scala","text":"\/*  query su database\n    Aggiungi alla classe DB un metodo registiConFilm(p:Film=>Boolean):List[Regista] che estrae \n    tutti i registi che hanno diretto almeno un film con la propriet\u00e0 p.\n\n    case class Film(id:Int, titolo:String, anno:Int)\n    case class Regista(id:Int, nome:String)\n    case class DirettoDa(idFilm:Int, idRegista:Int)\n\n    case class DB(film:List[Film], registi:List[Regista], regie:List[DirettoDa]) {\n        def registiConFilm(p:Film=>Boolean):List[Regista] = Nil \/\/ da completare...\n    }\n    Nota: Se ritenunto utile, \u00e8 possibile aggiungere alla classe DB variabili di istanza e metodi privati a piacere.\n\n    Scrivere la soluzione nel file E3.scala e usare il programma di prova E3Main.scala.\n*\/\n\ncase class Film(id:Int, titolo:String, anno:Int)\ncase class Regista(id:Int, nome:String)\ncase class DirettoDa(idFilm:Int, idRegista:Int)\n\ncase class DB(film:List[Film], registi:List[Regista], regie:List[DirettoDa]) {\n    def registiConFilm(p:Film=>Boolean):List[Regista] = { \/\/ da completare...\n        val filmConP = film.filter(p(_)).map(_.id)\n        \/\/val regieConP = regie.map(_.idFilm).intersect(filmConP)\n        val idRegisti = regie.filter(dd => filmConP.contains(dd.idFilm)).map(_.idRegista)\n        \/\/val registiConP = \n        registi.filter(r => idRegisti.contains(r.id))\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E7.scala","text":"\/* funzioni su liste - lista occorrenze elemento in una lista\n    Scrivere un metodo Scala findIndices che, data una lista generica l e un elemento x, \n    restituisce una lista che contiene gli indici i tali che l(i)==x. Se la lista non contiene x, \n    il metodo restituisce una lista vuota.\n*\/\n\nobject E7 extends App {\n    def findIndices[T](l:List[T], x:T): List[Int] = {\n        l.zipWithIndex.filter(_._1==x).map(_._2).toList\n    }\n\n    println(findIndices(List(2,5,8,2,6,3,8,2,5,2,7,8,2,4), 2))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniA\/A2.scala","text":"object A2 {\n    def query1(l:List[Studente]) = {\n        \/\/ estrarre la lista di tutti gli studenti che hanno un'eta' inferiore alla media\n        \/\/ e hanno sostenuto almeno tre esami\n        val mediaEt\u00e0 = l.map(_.et\u00e0).sum.toDouble \/ l.size\n        l.filter(s => s.et\u00e0 < mediaEt\u00e0 && s.esami.size >= 3)\n    }\n    def query2(l:List[Studente]) = {\n        \/\/ estrarre la lista di tutti gli esami che sono stati sostenuti da almeno due studenti\n        l.map(_.esami).flatten.groupBy(identity).filter(t=>t._2.size>2).map(_._1).toList\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E2\/E2Main.scala","text":"object E2Main extends App {\n\n    var score = 0\n    var trials = 0\n\n    def test(n:Int, c:List[Shape]) {\n        trials += 1\n        val r = E2.getModel(n)\n        println(\"Test \" + trials + \": \" + r + \" [corretto: \" + c + \"]\")\n        if (r==c) score += 1 \n    }\n\n    test(0, Nil)\n    test(1, List(Circle(0.5,0.5,0.5)))\n    test(2, List(Circle(0.25,0.25,0.25), Circle(0.5,0.5,0.5)))\n    test(4, List(Circle(0.125,0.125,0.125), Circle(0.25,0.25,0.25), Circle(0.375,0.375,0.375), Circle(0.5,0.5,0.5)))\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n    \n    val m = E2.getModel(50)    \n    Frame2D.display(m,  500, 500)\n}\n\n\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/9-MainCoder.scala","text":"<gh_stars>0\nclass Coder(val name:String, val age:Int)\n\nobject MainCoder extends App {\n    val l = List(\n        new Coder(\"Anna\", 19),\n        new Coder(\"Paolo\", 24),\n        new Coder(\"Francesca\", 21),\n        new Coder(\"Marco\", 22),\n        new Coder(\"Anna\", 18)\n    )\n\n    \/\/trova il nome del coder pi\u00f9 giovane\n    val q = l.reduce((a,b) => if (a.age<b.age) a else b).name\n    println(q)\n\n    \/\/seleziona nomi coder con meno di 20 anni\n    val p = l.filter(_.age < 20).map(_.name)\n    println(p)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniD\/D3.scala","text":"<reponame>AntoAndGar\/PFP\nobject D3 {\n    def makeTree(levels:Int) = {\n        def aux(levels:Int, i:Int):Tree =\n            if (levels < 1) E()\n            else T(aux(levels-1, 2*i), i, aux(levels-1, 2*i+1))\n        aux(levels, 1)\n    }\n}\n\nsealed abstract class Tree()\n\ncase class E() extends Tree() {\n    override def toString = \"-\"\n}\n\ncase class T(l:Tree, x:Int, r:Tree) extends Tree() {\n    override def toString = \"[\"+l+\",\"+x+\",\"+r+\"]\"\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Parallelismo\/E2-Es5\/Fib.scala","text":"<reponame>AntoAndGar\/PFP\nobject Fib {\n    def fib(a:Int, b:Int)(n:Int):Long = \n        if (n < 2) a\n        else if (n == 2) b\n        else {\n            fib(a,b)(n-1) + fib(a,b)(n-2)\n        }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E3\/E3.scala","text":"<reponame>AntoAndGar\/PFP\n\/\/ scrivi la soluzione qui...\n\/*Si scriva un metodo Scala sommaQuadrati che, dati due interi x e y con x<=y, \ncalcola la somma dei quadrati dei numeri da x a y, compresi. Scrivere la \nsoluzione nel file E3.scala in modo simile a quanto fatto negli esercizi precedenti \ne usare il programma di prova E3Main.scala fornito.*\/\n\nobject E3 {\n    def sumQuad(x:Int, y:Int, f:Int): Int = if (y<x) f else sumQuad(x, y-1, f+(y*y))\n    def sommaQuadrati(x:Int, y:Int): Int =  sumQuad(x, y, 0)\n}\n\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E2\/E2.scala","text":"\/\/ scrivi la soluzione qui...\n\/*Si scriva un metodo Scala mcd che calcola il massimo comun divisore (MCD) di due numeri interi. Usare la seguente definizione ricorsiva:\n\nMCD(x,y)=x, se y=0\nMCD(x,y)=MCD(y, resto della divisione di x per y) altrimenti\nCompilare ed eseguire come visto nell\u2019Esercizio 1. Scrivere la soluzione nel file E2.scala in modo simile a quanto fatto negli esercizi precedenti e usare il programma di prova E2Main.scala fornito.\n*\/\n\nobject E2 {\n    def mcd(x: Int, y:Int): Int = if (y==0) x else mcd(y, x%y)\n}   "}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/MyReduce.scala","text":"<filename>Programmi\/MyReduce.scala\nimport scala.language.implicitConversions\n\nobject MyReduce {\n    implicit def list2MyReduce[T](l: List[T]) = MyReduce(l)\n}\n\ncase class MyReduce[T](l:List[T]) {\n\n    def myReduce(f:(T,T)=>T):Option[T] = {\n        def aux(m:List[T]):T = {\n            require(!m.isEmpty)\n            if(m.tail.isEmpty) m.head\n            else f(aux(m.tail), m.head)\n        }\n        \n        if(l.isEmpty) None \n        else Some(aux(l))\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E4\/E4Main.scala","text":"<gh_stars>0\nimport E4._\n\nobject E4Main extends App {\n\n    var punti = 0\n\n\tprint(\"Test 1: repeat(5) { ... }: \")\n\tvar i = 0;\n\trepeat(5) {\n\t\ti += 1\n\t}\n\t\t\n\tif (i==5) { \n\t\tpunti += 1\n\t\tprintln(\"OK\")\n\t}\n\telse println(\"ERR\")\n\n\tprint(\"Test 1: repeat(0) { ... }: \")\n\ti=0;\n\trepeat(0) {\n\t\ti += 1\n\t}\n\t\n\tif (i==0) { \n\t\tpunti += 1\n\t\tprintln(\"OK\")\n\t}\n\telse println(\"ERR\")\n\n    println(\"Risultato: \" + punti + \"\/2\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E4\/E4Main.scala","text":"object E4Main extends App {\n    var punti = 0\n\n    val s1:Boolean = E4.isAnagramOf(\"anna\", \"nana\")\n    val c1 = true\n    println(\"Test 1: \"+s1+\" (corretto: \"+c1+\")\")\n    if (s1 == c1) punti += 1\n\n    val s2 = E4.isAnagramOf(\"Anna\", \"nana\")\n    val c2 = false\n    println(\"Test 2: \"+s2+\" (corretto: \"+c2+\")\")\n    if (s2 == c2) punti += 1\n\n    val s3 = E4.isAnagramOf(\"grano\", \"rogna\")\n    val c3 = true\n    println(\"Test 3: \"+s3+\" (corretto: \"+c3+\")\")\n    if (s3 == c3) punti += 1\n\n    println(\"Risultato: \" + punti + \"\/3\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Func.scala","text":"sealed abstract class Func {\n    def apply(x:Int):Int = this match {\n        case X() => x\n        case Const(c:Int) => c\n        case Add(a:Func, b:Func) => a(x) + b(x)\n        case Mul(a:Func, b:Func) => a(x) * b(x)\n    }\n\n    override def toString():String = this match {\n        case X() => \"x\"\n        case Const(c:Int) => c.toString()\n        case Add(a:Func, b:Func) => \"(\" + a + \" + \" + b+ \")\"\n        case Mul(a:Func, b:Func) => \"(\" + a + \" * \" + b + \")\"\n    }\n\n    def deriv: Func = this match {\n        case X() => Const(1)\n        case Const(c) => Const(0)\n        case Add(a, b) => Add(a.deriv, b.deriv)\n        case Mul(a, b) => Add(Mul(a.deriv,b), Mul(a, b.deriv))\n    }\n}\n\ncase class X() extends Func\ncase class Const(c:Int) extends Func\ncase class Add(a:Func, b:Func) extends Func\ncase class Mul(a:Func, b:Func) extends Func\n\nobject Func extends App {\n    val x = Add(X(),Add(Mul(Const(10),Const(20)),Const(30)))\n    println(x)\n    println(\"x(10) = \" + x(10))\n    println(x.deriv)\n    println(\"x.deriv(10) = \" + x.deriv(10))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E13.scala","text":"<gh_stars>0\n\/*  funzioni su liste - funzione equal su liste, alla vaccinara\n    Scrivere un metodo Scala ricorsivo equal che verifica se due liste \n    di interi sono uguali (uguaglianza profonda).\n\n    Suggerimento: usare head, tail e isEmpty\n*\/\n\nobject E13 extends App {\n    def equal(a:List[Int], b:List[Int]): Boolean = {\n        if (a.isEmpty && b.isEmpty) true\n        else if (a.size != b.size) false\n        else if (a.head != b.head) false\n        else equal(a.tail, b.tail)\n    }\n\n    println(equal(List(1,2,3,4,5), List(1,2,3,4,5)))\n    println(equal(List(1,2,3,4,5), List(1,2,3,4,5,6)))\n    println(equal(List(1,2,3,4,5), List(1,2,3,4,6)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniB\/B1.scala","text":"<reponame>AntoAndGar\/PFP\nimport scala.language.implicitConversions\n\nobject Punto {\n    implicit def intToPunto(i:Int) = Punto(i,i)\n}\n\ncase class Punto(x:Double, y:Double) {\n    override def toString = \"(\"+x+\",\"+y+\")\"\n    def +(that:Punto) = Punto(this.x+that.x, this.y+that.y)\n    def <->(that:Punto) = \n        Math.sqrt((this.x-that.x)*(this.x-that.x)+\n                  (this.y-that.y)*(this.y-that.y))\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/ParUnit.scala","text":"<gh_stars>0\nobject ParUnit {\n    def par(a: =>Unit)(b: =>Unit) = {\n        val r = new Runnable {\n            def run() = a\n        }\n        val t = new Thread(r)\n        t.start()\n        b\n        t.join()\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniC\/C3.scala","text":"<gh_stars>0\nsealed abstract class Tree() {\n    override def equals(that:Any):Boolean = (this, that) match {\n        case (E(),E()) => true\n        case (T(l1,x1,r1), T(l2,x2,r2)) => l1==l2 && x1==x2 && r1==r2\n        case _ => false\n    }\n}\n\ncase class E() extends Tree()\ncase class T(l:Tree, x:Int, r:Tree) extends Tree()\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E1\/E1Main.scala","text":"object E1Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n    \n    def test(f1:Double=>Double, f2:Double=>Double, x:Double, res:Double) = {\n        trials += 1\n        val s = E1.sommaFun(f1,f2)\n        val n = s(x)\n        println(\"Test: \"+trials+\": \"+n+\" [corretto: \"+res+\"]\")\n        if (math.abs(n-res)<0.01) score += 1\n    }\n\n    test(x=>x, x=>x+1, 2, 5.0)\n    test(x=>2*x, x=>x+2, 3, 11.0)\n    test(x=>math.sin(x), x=>math.cos(x), 3.14142, -1.0)\n    \n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E22.scala","text":"\/*  funzioni su liste - data analytics\n    Scrivere un metodo Scala query(studenti:List[(String,Int)], esami:List[(String,String)], e:Int):String che, \n    data una lista studenti di coppie (studente, et\u00e0), una lista esami di coppie (studente, esame) e un\u2019et\u00e0 e,\n    restituisce il nome dell\u2019esame svolto dal maggior numero di studenti di et\u00e0 non superiore a e.\n\n    Ad esempio, se:\n\n    studenti = List((\"Paola\", 19), (\"Luca\", 23), (\"Lucia\", 21), (\"Matteo\",22), (\"Francesca\",23))\n    esami = List((\"Paola\",\"PFP\"), (\"Luca\",\"SC\"), (\"Paola\",\"DB\"), (\"Lucia\",\"SC\"), (\"Matteo\",\"LTW\"), \n            (\"Lucia\",\"PFP\"), (\"Francesca\",\"SC\"))\n    e = 22\n    il risultato deve essere \"PFP\". Infatti Paola, Lucia e Matteo, che hanno non pi\u00f9 di 22 anni, hanno svolto \n    complessivamente: PFP 2 volte, DB 1 volta, LTW 1 volta, e SC 1 volta.\n*\/\n\nobject E22 extends App {\n    def query(studenti:List[(String,Int)], esami:List[(String,String)], e:Int):String = {\n        studenti.filter(_._2<=e)\n                .map(s => esami.map(e => if (s._1 == e._1) Tuple3(s._1, s._2, e._2)).filter(_!=()))\n                .flatten\n                .map(_ match {case (a,b,c) => (a,b,c)})\n                .groupBy(_._3).map(x=>(x._1,x._2.size))\n                .maxBy(_._2)._1.toString()\n    }\n\n    val studenti = List((\"Paola\", 19), (\"Luca\", 23), (\"Lucia\", 21), (\"Matteo\",22), (\"Francesca\",23))\n    val esami = List((\"Paola\",\"PFP\"), (\"Luca\",\"SC\"), (\"Paola\",\"DB\"), (\"Lucia\",\"SC\"), (\"Matteo\",\"LTW\"), \n            (\"Lucia\",\"PFP\"), (\"Francesca\",\"SC\"))\n    val e = 22\n\n    println(query(studenti,esami,e))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E34.scala","text":"\/\/ Scrivere un metodo Scala search che, dato un Vector[T] ordinato, \n\/\/ dove sul dominio T \u00e8 definito un ordinamento totale mediante la \n\/\/ relazione <=, e un elemento e di tipo T, restituisce true se e \n\/\/ appartiene al vettore, e false altrimenti. Il tempo di esecuzione \n\/\/ deve essere O(log n), dove n \u00e8 la lunghezza del vettore.\n\n\/\/ Suggerimento: usare l\u2019algoritmo di ricerca binaria.\n\n\/\/ Usare il seguente main di prova:\n\n\/\/ object E34Main extends App {\n\/\/     val v1 = Vector(1,3,5,6,8,9)\n\/\/     val v2 = Vector()\n\n\/\/     val r1:Boolean = E34.search(v1,8)\n\/\/     val c1 = true\n\/\/     println(r1 + \" (corretto: \" + c1 + \")\")\n\n\/\/     val r2 = E34.search(v1,0)\n\/\/     val c2 = false\n\/\/     println(r2 + \" (corretto: \" + c2 + \")\")\n\n\/\/     val r3 = E34.search(v1,100)\n\/\/     val c3 = false\n\/\/     println(r3 + \" (corretto: \" + c3 + \")\")\n\n\/\/     val r4 = E34.search(v1,1)\n\/\/     val c4 = true\n\/\/     println(r4 + \" (corretto: \" + c4 + \")\")\n\n\/\/     val r5 = E34.search(v2,1)\n\/\/     val c5 = false\n\/\/     println(r5 + \" (corretto: \" + c5 + \")\")\n\/\/ }\n\nobject E34Main extends App {\n    val v1 = Vector(1,3,5,6,8,9)\n    val v2 = Vector()\n\n    val r1:Boolean = E34.search(v1,8)\n    val c1 = true\n    println(\"\" + r1 + \" (corretto: \" + c1 + \")\")\n\n    val r2 = E34.search(v1,0)\n    val c2 = false\n    println(\"\" + r2 + \" (corretto: \" + c2 + \")\")\n\n    val r3 = E34.search(v1,100)\n    val c3 = false\n    println(\"\" + r3 + \" (corretto: \" + c3 + \")\")\n\n    val r4 = E34.search(v1,1)\n    val c4 = true\n    println(\"\" + r4 + \" (corretto: \" + c4 + \")\")\n\n    val r5 = E34.search(v2,1)\n    val c5 = false\n    println(\"\" + r5 + \" (corretto: \" + c5 + \")\")\n}\n\nobject E34 {\n    def search[T](v:Vector[T], x:T)(implicit cmp: T=>Int):Boolean = {\n        def aux(a:Int, b:Int):Boolean = {\n            val m = (a+b)\/2\n            if (a>=b) false\n            else if(x==v(m)) true\n            else if(x<v(m)) aux(0,m)\n            else aux(m+1,v.size)\n        }\n        aux(0,v.size)\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/soluzioniC\/C2.scala","text":"<gh_stars>0\nobject C2 {\n    def makeList[T](f:Int=>T)(n:Int) = List.range(0,n) map(f(_))\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E4\/E4.scala","text":"\/\/ Scrivi la soluzione qui...\n\/\/ Si vuole aggiungere un costrutto Scala repeat che, dato un intero n e un corpo body, \n\/\/ esegue body per n volte come nel seguente esempio:\n\n\/\/ repeat(5) {\n\/\/     println(\"test\")\n\/\/ }\n\nobject E4 {\n    def repeat[T](n: Int)(body: =>Unit):Unit = {\n        if(n>0){\n            body\n            repeat(n-1)(body)\n        }\n        else\n            ()\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs2\/E2\/E2Main.scala","text":"<reponame>AntoAndGar\/PFP<filename>Esercitazioni\/antoandgarEs2\/E2\/E2Main.scala\nobject E2Main extends App {\n\tvar score = 0\n\tvar trials = 0\n    \n\tdef test[A,B](a:List[A], b:List[B], f:A=>B, res:Boolean) = {\n\t\ttrials += 1\n\t\tval s:Boolean = E2.corrisp(a,b,f)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + res + \"]\")\n\t\tscore += (if (s==res) 1 else 0)\n\t}\n\n    test(List(\"uno\", \"cinque\", \"x\", \"sei\"), List(3, 6, 1), (s:String) => s.length, true)\n    test(List(1, 2, 3, 4), List(2, 4, 5), (_:Int)*2, false)\n    test(List(-1, 0, 2, -5, 1), List(false, false, true), (_:Int)>0, true)\n    \n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/kitEsame\/X3Main.scala","text":"<gh_stars>0\nobject X3Main extends App {\n    val xor:Expr = (X() || Y()) && !(X() && Y())\n\n    val b0:Boolean = xor(false,false)\n    println(b0+\" [correct: false]\")\n\n    val b1:Boolean = xor(true,false)\n    println(b1+\"  [correct: true]\")\n\n    val b2:Boolean = xor(false,true)\n    println(b2+\"  [correct: true]\")\n\n    val b3:Boolean = xor(true,true)\n    println(b3+\" [correct: false]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniA\/A1.scala","text":"<gh_stars>0\nimport scala.language.implicitConversions\n\ncase class MyRichSet(s:Set[Int]) {\n    def +(o:Set[Int]) = s.union(o)\n    def -(o:Set[Int]) = s.diff(o)\n}\n\nobject MyRichSet {\n    implicit def set2MyRichSet(s:Set[Int]) = MyRichSet(s)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs7\/E2-bin-search\/E2.scala","text":"sealed abstract class Tree {\n\tdef treeTest:Boolean = this match {\n\t\tcase E() => true\n\t\tcase T(l, e, r) => l.max <= e && r.min >= e \n\t}\n\n\tdef max:Int = this match {\n\t\tcase E() => Int.MinValue\n\t\tcase T(l, e, r) => Math.max(e, r.max) \n\t} \n\n\tdef min:Int = this match {\n\t\tcase E() => Int.MaxValue\n\t\tcase T(l, e, r) => Math.min(e, l.min) \n\t} \n}\n\n\/\/ albero non vuoto\ncase class T(l:Tree, e:Int, r:Tree) extends Tree \n\n\/\/ albero vuoto\ncase class E() extends Tree\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs4\/E2\/E2Main.scala","text":"<filename>Esercitazioni\/antoandgarEs4\/E2\/E2Main.scala\nimport E2._\n\nobject E2Main extends App {\n\n    var punti = 0\n\n    \/\/ test correttezza\n    val v0 = Vector(1,2,3)\n    val m0 = Vector(2,4,6)\n    val r0 = v0.isMappedFrom(m0, 2*_)\n\tval c0 = true\n    if (r0 == c0) punti += 1\n    println(\"Test 1: \" + r0 + \" (corretto: \" + c0 + \")\")\n\n    val v1 = Vector(1,2,3)\n    val m1 = Vector(2,3)\n\tval c1 = false\n    val r1 = v1.isMappedFrom(m1, 1+_)\n    if (r1 == c1) punti += 1\n    println(\"Test 2: \" + r1 + \" (corretto: \" + c1 + \")\")\n\n    val v2 = Vector(2,3,3)\n    val m2 = Vector(\"A2\",\"A3\",\"A3\")\n\tval c2 = true\n    val r2 = v2.isMappedFrom(m2, \"A\"+_)\n    if (r2 == c2) punti += 1\n    println(\"Test 3: \" + r2 + \" (corretto: \" + c2 + \")\")\n\n    val v3 = Vector(2,3,3)\n    val m3 = Vector(\"A2\",\"B3\",\"C3\")\n\tval c3 = false\n    val r3 = v3.isMappedFrom(m3, \"A\"+_)\n    if (r3 == c3) punti += 1\n    println(\"Test 4: \" + r3 + \" (corretto: \" + c3 + \")\")\n\n    println(\"Risultato: \" + punti + \"\/4\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/BinSearchMain.scala","text":"<filename>Programmi\/BinSearchMain.scala\nobject BinSearchMain extends App {\n    val v1 = Vector(1,3,5,6,8,9)\n    val v2 = Vector()\n\n    val r1:Boolean = BinSearch.search(v1, 8)\n    val c1 = true\n    println(\"\" + r1 + \" (corretto: \" + c1 + \")\")\n\n    val r2 = BinSearch.search(v1, 0)\n    val c2 = false\n    println(\"\" + r2 + \" (corretto: \" + c2 + \")\")\n\n    val r3 = BinSearch.search(v1, 100)\n    val c3 = false\n    println(\"\" + r3 + \" (corretto: \" + c3 + \")\")\n\n    val r4 = BinSearch.search(v1, 1)\n    val c4 = true\n    println(\"\" + r4 + \" (corretto: \" + c4 + \")\")\n\n    val r5 = BinSearch.search(v2, 1)\n    val c5 = false\n    println(\"\" + r5 + \" (corretto: \" + c5 + \")\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esame190218-A\/soluzioni\/E2\/E2Main.scala","text":"<gh_stars>0\nimport java.awt.{Color}\n\nobject E2Main extends App {\n\n    var punti = 0\n    var test  = 0\n\n    def doTest[T](hour:Int, min:Int, c:List[Shape]) = {\n        test += 1\n        val r:List[Shape] = E2.getClock(hour, min)\n        println(\"Test \" + test + \": \" + r + \" [corretto: \"+ c + \"]\")\n        if (r == c) punti += 1\n        Frame2D.display(r, 300, 300)\n    }\n\n    doTest(12, 0, List(Circle(0.5,0.5,0.5,Color.GRAY), Line(0.5,0.5,0.5,1.0,Color.RED), Line(0.5,0.5,0.5,0.9,Color.BLUE)))\n    doTest(10, 30, List(Circle(0.5,0.5,0.5,Color.GRAY), Line(0.5,0.5,0.5,0.0,Color.RED), Line(0.5,0.5,0.1536,0.7,Color.BLUE)))\n    doTest(1, 15, List(Circle(0.5,0.5,0.5,Color.GRAY), Line(0.5,0.5,1.0,0.5,Color.RED), Line(0.5,0.5,0.7,0.8464,Color.BLUE)))\n    \n    println(\"*** Result: \" + punti + \"\/\" + test)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E10.scala","text":"<gh_stars>0\n\/* funzioni su liste - rimozione duplicati\n    Scrivere un metodo Scala generico removeDuplicates[T](l:List[T]):List[T] \n    che crea una nuova lista ottenuta da l rimuovendo gli elementi duplicati.\n*\/\n\nobject E10 extends App {\n    def removeDuplicates2[T](l:List[T]):List[T] = {\n        l.distinct\n    }\n\n    def removeDuplicates[T](l:List[T]):List[T] = {\n        if (l.size < 2) l\n        else if (l.tail.contains(l.head)) removeDuplicates(l.tail)\n        else l.head :: removeDuplicates(l.tail) \n    }\n\n    println(removeDuplicates(List(54,6,2,6,12,6,9,3,1,5,32,4,1,7,1,2,6,9)))\n    println(removeDuplicates(List(1)))\n    println(removeDuplicates2(List(54,6,2,6,12,6,9,3,1,5,32,4,1,7,1,2,6,9)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/IsRotMain.scala","text":"import IsRot._\n\nobject IsRotMain extends App {\n    val l1:Seq[Char] = \"Hello world\"\n    val m1:Seq[Char] = \"orldHello w\"\n    val r1:Option[Int] = l1.isRot(m1)\n    val c1 = Some(4)\n    println(\"Test 1: \" + r1 + \" (corretto: \" + c1 + \")\")\n\n    val l2:Seq[Int] = List(0,1,2,3,4,5,6,7,8,9)\n    val m2:Seq[Int] = List(3,4,5,6,7,8,9,0,1,2)\n    val r2:Option[Int] = l2.isRot(m2)\n    val c2 = Some(7)\n    println(\"Test 2: \" + r2 + \" (corretto: \" + c2 + \")\")\n\n    val l3:Seq[String] = List(\"one\", \"two\")\n    val m3:Seq[String] = List(\"Two\", \"one\")\n    val r3:Option[Int] = l3.isRot(m3)\n    val c3 = None\n    println(\"Test 3: \" + r3 + \" (corretto: \" + c3 + \")\")\n\n    val l4:Seq[Boolean] = List(true, false, false)\n    val m4:Seq[Boolean] = List(true, false, false)\n    val r4:Option[Int] = l4.isRot(m4)\n    val c4 = Some(0)\n    println(\"Test 4: \" + r4 + \" (corretto: \" + c4 + \")\")\n\n    val l5:Seq[Boolean] = List(true, false, false)\n    val m5:Seq[Boolean] = List(true)\n    val r5:Option[Int] = l5.isRot(m5)\n    val c5 = None\n    println(\"Test 5: \" + r5 + \" (corretto: \" + c5 + \")\")\n\n    val l6:Seq[Short] = List(1,2,1,2)\n    val m6:Seq[Short] = List(2,1,2,1)\n    val r6:Option[Int] = l6.isRot(m6)\n    val c6 = Some(1)\n    println(\"Test 6: \" + r6 + \" (corretto: \" + c6 + \")\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Expr.scala","text":"sealed abstract class Expr {\n    def eval:Int = this match {\n        case Const(c:Int) => c\n        case Add(a:Expr, b:Expr) => a.eval + b.eval\n        case Mul(a:Expr, b:Expr) => a.eval * b.eval\n    }\n}\n\ncase class Const(c:Int) extends Expr\ncase class Add(a:Expr, b:Expr) extends Expr\ncase class Mul(a:Expr, b:Expr) extends Expr\n\nobject Expr extends App {\n    val x = Add(Mul(Const(10),Const(20)),Const(30)).eval\n    println(x)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Parallelismo\/PIsRot.scala","text":"\/\/ Scrivere una versione parallela isRotPar del metodo isRot dell\u2019esercizio IsRot usando il \n\/\/ metodo par dell\u2019esercizio PCoin. Si parta dalla soluzione proposta per l\u2019esercizio IsRot.\n\n\/\/ Usare il seguente programma di prova che richiede il modulo Prof.scala dell\u2019esercizio PCoin:\n\/\/ PIsRotMain.scala\n\nimport scala.language.implicitConversions\n\ncase class IsRot[T](val l:Seq[T]) {\n    def isRot(m:Seq[T]):Option[Int] = {\n        val res = for {\n            i <- 0 unitl m.size\n            (a,b) = m.splitAt(i)\n            if (b ++ a == l)\n        } yield i\n        if (res.isEmpty) None \n        else Some(res.head)\n    }\n}\n\nobject IsRot {\n     implicit def seqToIsRot[T](l:Seq[T]) = IsRot(l)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Grid\/Shape.scala","text":"import java.awt.Color\n\n\/\/ classe astratta che rappresenta elementi grafici 2D\nsealed abstract class Shape\n\n\/\/ cerchio di raggio r centrato in (x,y) di colore c\ncase class Circle(x:Double, y:Double, r:Double, c:Color = Color.BLACK) extends Shape\n\n\/\/ segmento di linea da (x1,y1) a (x2,y2) di colore c\ncase class Line(x1:Double, y1:Double, x2:Double, y2:Double, c:Color = Color.BLACK) extends Shape\n\n\/\/ si veda https:\/\/docs.oracle.com\/javase\/7\/docs\/api\/java\/awt\/Color.html\n\/\/ per la documentazione sui colori\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E1\/E1.scala","text":"\/\/ Scrivere un metodo currificato `def buildMatrix(rows:Int, cols:Int)(f:(Int,Int) => Double):Vector[Vector[Double]]` che,\n\/\/ dato un numero di righe `rows` e un numero di colonne `cols` e una funzione `f` da coppie di indici `(i,j)` \n\/\/ a `Double`, restituisce un `Vector[Vector[Double]]` `v` tale che per ogni `i` in `[0,rows-1]` e per ogni `j` in\n\/\/ `[0,cols-1]` si ha `v(i)(j) == f(i,j)`.\n\n\/\/ Scrivere la soluzione qui...\nobject E1 {\n\tdef buildMatrix(rows:Int, cols:Int)(f:(Int,Int)=>Double):Vector[Vector[Double]] = {\n\t\tdef buildRow(row:Int, cols:Int):Vector[Double] =\n\t\t\t(0 until cols).toVector.map(col=>f(row,col))\n\t\t(0 until rows).toVector.map(row => buildRow(row, cols))\n\t}\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/Ignobel.scala","text":"<filename>Esercizi\/Ignobel.scala\n\/\/ Scrivi la soluzione qui...\n\/\/ Se esistesse un premio Ignobel per l\u2019informatica, questo si piazzerebbe bene. Scrivere un \n\/\/ metodo noobSort che, dato un Vector v di n elementi di tipo generico, restituisce la \n\/\/ versione ordinata di v. Per risolvere il problema, generare tutte le permutazioni degli \n\/\/ indici da 0 a n-1 e per ciascuna permutazione generare il vettore permutato, verificare \n\/\/ se \u00e8 ordinato ed eventualmente restituirlo.\n\n\/\/ Suggerimento: per generare le permutazioni degli indici, usare (0 to n-1).permutations. \n\/\/ In alternativa si pu\u00f2 permutare direttamente il vettore di input e trovare quella \n\/\/ permutazione per cui \u00e8 ordinato. Si consulti la documentazione delle API Scala per \n\/\/ cercare metodi utili.\n\n\/\/ Usare il main di prova incluso nel codice dell\u2019esercitazione scaricato.\n\nimport scala.language.implicitConversions\n\nobject E3 {\n    def noobSort[T](v: Vector[T])(implicit cmp: T=>Ordered[T]):Vector[T] = {\n        v.permutations.filter(_ == v.sorted).toVector(0)\n    } \n}\n\nobject E3Main extends App {\n\n    var punti = 0\n\n    val v1:Vector[Int] = E3.noobSort(Vector(3,6,9,2,1))\n    val c1 = Vector(1,2,3,6,9)\n    println(\"Test 1: \"+v1+\" (corretto: \"+c1+\")\")\n    if (v1 == c1) punti += 1\n\n    val v2 = E3.noobSort(Vector())\n    val c2 = Vector()\n    println(\"Test 2: \"+v2+\" (corretto: \"+c2+\")\")\n    if (v2 == c2) punti += 1\n\n    val v3:Vector[String] = E3.noobSort(Vector(\"uno\",\"due\",\"tre\"))\n    val c3 = Vector(\"due\",\"tre\",\"uno\")\n    println(\"Test 3: \"+v3+\" (corretto: \"+c3+\")\")\n    if (v3 == c3) punti += 1\n\n    println(\"Risultato: \" + punti + \"\/3\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E24.scala","text":"<reponame>AntoAndGar\/PFP\n\/*  funzioni su liste di oggetti - data analytics\n    Completare il seguente frammento di programma Scala:\n\n    case class Studente(nome:String, et\u00e0:Int, esami:List[String])\n    val q = List(\n                    Studente(\"Marco\",   23, List(\"PFP\",\"SC\")), \n                    Studente(\"Laura\",   19, List(\"SC\", \"FI1\", \"PFP\")), \n                    Studente(\"Stefano\", 23, List(\"SC\", \"FI1\")), \n                    Studente(\"Marco\",   25, List(\"SC\", \"FI1\", \"FI2\")), \n                    Studente(\"Paola\",   22, List(\"SC\", \"PFP\"))\n                )\n\n    val query1 = \/\/ estrarre tutti gli studenti con et\u00e0 compresa tra 20 e 24 anni (inclusi) che hanno sostenuto l'esame di \"PFP\"\n    \/\/ stampare i dati degli studenti in query1\n\n    val query2 = \/\/ estrarre tutti gli studenti con et\u00e0 strettamente inferiore a 24 anni che hanno sostenuto almeno due esami\n    \/\/ stampare i dati degli studenti in query2\n    Provare diverse soluzioni usando:\n\n    for comprehension (for ... yield)\n    metodi delle liste\n*\/\nobject E24 extends App {\n    case class Studente(nome:String, et\u00e0:Int, esami:List[String])\n\n    val q = List(\n                    Studente(\"Marco\",   23, List(\"PFP\",\"SC\")), \n                    Studente(\"Laura\",   19, List(\"SC\", \"FI1\", \"PFP\")), \n                    Studente(\"Stefano\", 23, List(\"SC\", \"FI1\")), \n                    Studente(\"Marco\",   25, List(\"SC\", \"FI1\", \"FI2\")), \n                    Studente(\"Paola\",   22, List(\"SC\", \"PFP\"))\n                )\n    \n    \/\/ metodi delle liste\n    \/\/ estrarre tutti gli studenti con et\u00e0 compresa tra 20 e 24 anni (inclusi) che hanno sostenuto l'esame di \"PFP\"\n    val query1 = q.filter(s => s.et\u00e0 >= 20 && s.et\u00e0 <= 24 && s.esami.contains(\"PFP\"))\n    \/\/ stampare i dati degli studenti in query1\n    println(query1)\n\n    \/\/ estrarre tutti gli studenti con et\u00e0 strettamente inferiore a 24 anni che hanno sostenuto almeno due esami\n    val query2 = q.filter(s => s.et\u00e0 < 24 && s.esami.size >= 2)\n    \/\/ stampare i dati degli studenti in query2\n    println(query2)\n\n\n    \/\/for comprehension (for ... yield)\n    \/\/ estrarre tutti gli studenti con et\u00e0 compresa tra 20 e 24 anni (inclusi) che hanno sostenuto l'esame di \"PFP\"\n    val query11 = for { \n        s <- q \n        if (s.et\u00e0 >= 20 && s.et\u00e0 <= 24)\n        e <- s.esami \n        if (e == \"PFP\")  \n    } yield s\n    \/\/ stampare i dati degli studenti in query1\n    println(query11)\n\n    \/\/ estrarre tutti gli studenti con et\u00e0 strettamente inferiore a 24 anni che hanno sostenuto almeno due esami\n    val query22 = for {\n        s <- q\n        if (s.et\u00e0 < 24 && s.esami.size >= 2)  \/\/come si pu\u00f2 fare senza usare il size?\n    } yield s\n    \/\/ stampare i dati degli studenti in query2\n    println(query22)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E19.scala","text":"<filename>Esercizi\/E19.scala\n\/*  funzioni su liste - data analytics\n    Scrivere un metodo Scala query(studenti:List[(String,Int)], esami:List[(String,String)]):Int che, \n    data una lista studenti di coppie (studente, et\u00e0) e una lista esami di coppie (studente, esame), \n    restituisce l\u2019et\u00e0 degli studenti che hanno svolto il maggior numero di esami.\n\n    Ad esempio, se:\n\n    studenti = List((\"Paola\", 21), (\"Luca\", 22), (\"Lucia\", 21), (\"Matteo\",22))\n    esami = List((\"Paola\",\"PFP\"), (\"Luca\",\"SC\"), (\"Paola\",\"DB\"), (\"Lucia\",\"LTW\"), (\"Matteo\",\"SO\"), (\"Lucia\",\"PFP\"))\n    il risultato deve essere 21, infatti Paola e Lucia, che hanno 21 anni, hanno svolto complessivamente\n    4 esami, mentre Luca e Matteo, che hanno 22 anni, ne hanno svolti 2.\n\n    Suggerimento: usare metodi sulle liste (map, distinct, etc.)\n*\/\n\nobject E19 extends App {\n    def query(studenti:List[(String,Int)], esami:List[(String,String)]):Int = {\n        studenti.map(s=>esami.map(e=>if (s._1 == e._1) (s._2, e._2))).flatten.filter(_!=())\n        .map(_ match { case (x:Int,y:String) => Tuple2(x,y)}).groupBy(_._1).toList\n        .map(x=>(x._1,x._2.size)).maxBy(_._2)._1\n    }\n\n    val studenti = List((\"Paola\", 21), (\"Luca\", 22), (\"Lucia\", 21), (\"Matteo\",22))\n    val esami = List((\"Paola\",\"PFP\"), (\"Luca\",\"SC\"), (\"Paola\",\"DB\"), (\"Lucia\",\"LTW\"), (\"Matteo\",\"SO\"), (\"Lucia\",\"PFP\"))\n    println(query(studenti, esami))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitA\/A3Main.scala","text":"<gh_stars>0\nobject A3Main extends App {\n\n    \/\/ parte I: definizione della gerarchia e conversione a stringa di exp\n    val e:Exp = And(Or(X(), Y()), Not(Y()))\n    println(e + \" [corretto: and(or(x,y),not(y))\")\n\n    \/\/ parte II: valutazione di espressioni booleane\n    for ( x <- List(true, false); y <- List(true, false) ) {\n        val b:Boolean = e(x,y)\n        println(\"e(\"+x+\",\"+y+\")=\"+b+\" [corretto: \"+((x||y) && !y)+\"]\")\n    }\n\n    \/\/ parte III: relazione se e solo se (<=>)\n    val e1:Exp = And(Or(X(), Y()), Not(Y()))\n    val e2:Exp = Not(Or(And(Not(X()), Not(Y())),Y()))\n    val e3:Exp = And(Or(X(), Not(X())),Or(Y(), Not(Y())))\n    println(\"e1 <=> e2: \"+(e1 <=> e2)+\" [corretto: true]\")\n    println(\"e1 <=> e3: \"+(e1 <=> e3)+\" [corretto: false]\")\n    println(\"True() <=> e3: \"+(True() <=> e3)+\" [corretto: true]\")\n    println(\"True() <=> False(): \"+(True() <=> False())+\" [corretto: false]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esempioEsonero\/soluzioni\/X2.scala","text":"import scala.language.implicitConversions\n\nobject X2 {\n    implicit def toMyString(s:String) = MyString(s)\n    case class MyString(s:String) {\n        def |||(t:String) =\n            0 until (s.length max t.length) map {\n                i => (if (i<s.length) s.charAt(i).toString else \"\") + \n                     (if (i<t.length) t.charAt(i).toString else \"\")\n            } reduce ((a,b)=>a+b)\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/MyRed.scala","text":"<reponame>AntoAndGar\/PFP\nimport scala.language.implicitConversions\n\nobject MyRed {\n    implicit def list2MyRed[T](l:List[T]) = MyRed(l)\n}\n\ncase class MyRed[T](l:List[T]) {\n\n    def myReduce(f:(T,T)=>T):Option[T] = {\n        def aux(m:List[T]):T = {\n            if(m.tail.isEmpty) m.head\n            else f(aux(m.tail), m.head)\n        }\n\n        if(l.isEmpty) None\n        else Some(aux(l))\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E5\/E5Main.scala","text":"<filename>Esercitazioni\/antoandgarEs1\/E5\/E5Main.scala\nobject E5Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n\n\tdef test(f:Int=>Int, a:Int, b: Int, r:Int) = {\n\t\ttrials += 1\n\t\tval g:(Int,Int)=>Int = E5.somma(f)\n\t\tval s:Int = g(a,b)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + r + \"]\")\n\t\tscore += (if (s==r) 1 else 0)\n\t}\n\t\n\ttest(x=>2*x, 5, 7, 36)\n\ttest(x=>x+1, 1, 4, 14)\n\ttest(x=>2*x+1, 0, 10, 121)\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs3\/E2\/E2.scala","text":"<reponame>AntoAndGar\/PFP\n\/*  un semplice modello 2D\n    Scrivere un metodo getModel che, dato un intero n, restituisce una lista di n cerchi di cui l\u2019i-esimo cerchio, \n    per i=1..n, ha x=y=r=0.5*i\/n, dove (x,y) sono le coordinate del centro e r \u00e8 il raggio. L\u2019origine degli assi \u00e8 \n    nell\u2019angolo inferiore sinistro e il disegno \u00e8 confinato in uno spazio quadrato di coordinate comprese tra 0.0 \n    e 1.0. Usare la classe case class Circle(x:Double, y:Double, r:Double) extends Shape definita in Frame2D.scala, \n    dove x e y sono le coordinate del centro ed r il raggio.\n\n    Scrivere la soluzione nel file E2.scala e compilarla insieme al modulo grafico Frame2D.scala e al programma di prova E2Main.scala.\n*\/\n\nobject E2 {\n    def getModel(n:Int):List[Shape] = { \/\/ scrivi corpo della funzione\n        (1 to n).map(i => Circle(0.5*i\/n,0.5*i\/n,0.5*i\/n)).toList\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E31.scala","text":"\/\/ Si scriva un metodo Scala def pi\u00f9Frequente[T](l:Seq[T]):Option[(T,Int)] che, \n\/\/ data una sequenza di elementi generici, restituisce un Option che contiene \n\/\/ una coppia (x,n), dove x \u00e8 l\u2019elemento pi\u00f9 frequente ed n il suo numero di \n\/\/ occorrenze nella sequenza, e None se la sequenza di input \u00e8 vuota.\n\n\/\/ Deve essere possibile eseguire il seguente programma di prova:\n\n\/\/ object E31Main extends App {\n\/\/     val s1 = Seq(1,2,4,2,1,1,5,2,4,2,5)\n\/\/     val t1 = E31.pi\u00f9Frequente(s1) getOrElse \"errore\"\n\/\/     println(t1 + \" (corretto: (2,4))\")\n\n\/\/     val s2 = Seq()\n\/\/     val t2 = E31.pi\u00f9Frequente(s2) getOrElse \"errore\"\n\/\/     println(t2 + \" (corretto: errore)\")\n\n\/\/     val s3 = Vector(\"uno\", \"due\", \"uno\")\n\/\/     val t3 = E31.pi\u00f9Frequente(s3) getOrElse \"errore\"\n\/\/     println(t3 + \" (corretto: (uno,2))\")\n\/\/ }\n\/\/ Suggerimento: usare i metodi groupBy e maxBy.\n\nobject E31Main extends App {\n    val s1 = Seq(1,2,4,2,1,1,5,2,4,2,5)\n    val t1 = E31.pi\u00f9Frequente(s1) getOrElse \"errore\"\n    println(t1 + \" (corretto: (2,4))\")\n\n    val s2 = Seq()\n    val t2 = E31.pi\u00f9Frequente(s2) getOrElse \"errore\"\n    println(t2 + \" (corretto: errore)\")\n\n    val s3 = Vector(\"uno\", \"due\", \"uno\")\n    val t3 = E31.pi\u00f9Frequente(s3) getOrElse \"errore\"\n    println(t3 + \" (corretto: (uno,2))\")\n}\n\nobject E31 {\n    def pi\u00f9Frequente[T](l:Seq[T]):Option[(T,Int)] = {\n        if(l.isEmpty) None\n        else {\n            val t = l.groupBy(identity).maxBy(_._2.size)\/\/.reduce((a,b)=>if(a._2.size > b._2.size) a else b)\n           Some((t._1,t._2.size))\n        }\n    }\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E35.scala","text":"<reponame>AntoAndGar\/PFP<gh_stars>0\n\/\/ Scrivere un metodo Scala myReduce applicabile a liste generiche che replica il \n\/\/ funzionamento del metodo reduce, restituendo per\u00f2 un Option che vale None se la \n\/\/ lista e vuota, e Some(x) altrimenti, dove x \u00e8 il risultato della riduzione. \n\/\/ L\u2019implementazione deve essere ricorsiva e non deve usare il metodo predefinito \n\/\/ reduce o similari (fold ecc.), n\u00e9 costrutti della programmazione imperativa \n\/\/ (var, while, ecc.).\n\n\/\/ Usare il seguente main di prova:\n\n\/\/ MyRedMain.scala:\n\n\/\/ import MyRed._\n\n\/\/ object MyRedMain extends App {\n\/\/     val l = List.range(1,1000)\n\n\/\/     val v1 = l.myReduce(_+_)\n\/\/     println(\"Test 1: \"+v1+\" (corretto: \" + Some(l.reduce(_+_)) + \")\")\n\n\/\/     val v2 = List(1).myReduce(_+_)\n\/\/     println(\"Test 2: \"+v2+\" (corretto: \" + Some(List(1).reduce(_+_)) + \")\")\n\n\/\/     val v3 = List[Int]().myReduce(_+_)\n\/\/     println(\"Test 3 \"+v3+\" (corretto: \" + None + \")\")\n\/\/ }\n\nimport MyRed._\n\nobject MyRedMain extends App {\n    val l = List.range(1,1000)\n\n    val v1 = l.myReduce(_+_)\n    println(\"Test 1: \"+v1+\" (corretto: \" + Some(l.reduce(_+_)) + \")\")\n\n    val v2 = List(1).myReduce(_+_)\n    println(\"Test 2: \"+v2+\" (corretto: \" + Some(List(1).reduce(_+_)) + \")\")\n\n    val v3 = List[Int]().myReduce(_+_)\n    println(\"Test 3 \"+v3+\" (corretto: \" + None + \")\")\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E1\/E1Main.scala","text":"object E1Main extends App {\n    var punti = 0\n\n    val r1 = E1.buildMatrix(2,2)((i,j) => i + j)\n    val c1:Vector[Vector[Double]] = Vector(Vector(0.0,1.0),Vector(1.0,2.0))\n    println(\"Test 1: \" + r1 + \" (corretto: \" + c1 + \")\")\n    if (c1 == r1) punti += 1\n\n    val r2 = E1.buildMatrix(0,0)((i,j) => 0.0)\n    val c2 = Vector()\n    println(\"Test 2: \" + r2 + \" (corretto: \" + c2 + \")\")\n    if (c2 == r2) punti += 1\n\n    val r3 = E1.buildMatrix(2,4)((i,j) => if (i==0) 1.0 else if (j==0) 1.0 else if (j==3) 1.0 else 0.0)\n    val c3 = Vector(Vector(1.0,1.0,1.0,1.0),Vector(1.0,0.0,0.0,1.0))\n    println(\"Test 3: \" + r3 + \" (corretto: \" + c3 + \")\")\n    if (c3 == r3) punti += 1\n\n    val r4 = E1.buildMatrix(1,1)((i,j) => if (i==j) 1.0 else 0.0)\n    val c4 = Vector(Vector(1.0))\n    println(\"Test 4: \" + r4 + \" (corretto: \" + c4 + \")\")\n    if (c4 == r4) punti += 1\n\n    println(\"Punti: \"+punti+\" su 4\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E9.scala","text":"<gh_stars>0\n\/* funzioni su liste - elementi consecutivi\n    Scrivere un metodo Scala consecutivi che, data una lista generica di n elementi, \n    restituisce la lista di n-1 coppie che contiene tutti gli elementi consecutivi della lista di ingresso.\n    Ad esempio, se in ingresso viene dato List(3,6,5,7), il metodo deve produrre List((3,6),(6,5),(5,7)). \n    Se la lista di ingresso contiene meno di due elementi, la funzione deve produrre la lista vuota.\n*\/\n\nobject E9 extends App {\n    def consecutivi[T](l: List[T]):List[(T,T)] = {\n        if (l.size<2) Nil\n        else l.sliding(2,1).map(x=>(x(0),x(1))).toList\n    }\n\n    println(consecutivi(List(3,6,5,7)))\n    println(consecutivi(List(1)))\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E4\/E4Main.scala","text":"<filename>Programmi\/Parallelismo\/7.1-200422\/T05-200420\/E4\/E4Main.scala\ncase class Studente(id:Int, nome:String)\ncase class Eta(id:Int, eta:Int)\n\nobject E4Main extends App {\n\n    var punti = 0\n    var test  = 0\n\n    def doTest(s:Vector[Studente], e:Vector[Eta], c:String) = {\n        test += 1\n        val r:String = E4.piuGiovane(s,e).getOrElse(\"None\")\n        println(\"Test \" + test + \": \" + r + \" (corretto: \" + c + \")\")\n        if (c == r) punti += 1\n    }\n\n\tdoTest(Vector(Studente(1,\"Lucia\"), Studente(2,\"Marco\"), Studente(3,\"Paola\"), Studente(4,\"Alberto\")),\n           Vector(Eta(1,22), Eta(2,21), Eta(3,19), Eta(4,23)), \n\t\t   \"Paola\")\n\n    doTest(Vector(),Vector(), \"None\")\n\n    println(\"Punti: \" + punti + \" su \" + test)\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitD\/D3.scala","text":"<reponame>AntoAndGar\/PFP\nsealed abstract class Tree()\ncase class E() extends Tree() {\n    override def toString = \"-\"\n}\ncase class T(l:Tree, x:Int, r:Tree) extends Tree() {\n    override def toString = \"[\"+l+\",\"+x+\",\"+r+\"]\"\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/soluzioniB\/B2.scala","text":"<reponame>AntoAndGar\/PFP\nobject B2 {\n    def mioFor(test: =>Boolean, incr: =>Unit)(body: =>Unit):Unit = {\n        \/* \n        \/\/ soluzione 1:\n        while (test) {\n            body\n            incr\n        }\n        *\/\n        \n        \/\/ soluzione 2:\n        if (!test) ()\n        else {\n            body\n            incr\n            mioFor(test, incr)(body)\n        }\n    }\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/IsRot.scala","text":"<filename>Esercizi\/IsRot.scala\n\/\/ uguaglianza a meno di rotazioni - operazioni su sequenze\n\/\/ Scrivere un metodo Scala def isRot(m:Seq[T]):Option[Int] applicabile su un oggetto \n\/\/ l di tipo Seq che restituisce Some(n), se m \u00e8 ottenibile ruotando l di n posizioni\n\/\/ in avanti, e None altrimenti. Se vi sono pi\u00f9 valori possibili di n, restituire il\n\/\/ pi\u00f9 piccolo.\n\n\/\/ Usare il seguente main di prova:\n\/\/ IsRotMain.scala:\n\nimport scala.language.implicitConversions\n\ncase class IsRot[T](val l:Seq[T]) {\n    def isRot(m:Seq[T]):Option[Int] = {\n        val i = (0 to l.size).map(i=>(i, l.splitAt(l.size-i).swap))\n            .map(c=>(c._1,c._2._1 ++ c._2._2)).filter(_._2==m)\n        if(i.isEmpty) None\n        else Option(i.head._1)\n    }\n}\n\nobject IsRot {\n     implicit def seqToIsRot[T](l:Seq[T]) = IsRot(l)\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero161214\/kitB\/B1Main.scala","text":"<filename>Esami\/esonero161214\/kitB\/B1Main.scala\nobject B1Main extends App {\n    def test(e:Exp, c:Exp) {\n        val s:Exp = e.simplify\n        println(s + \" [\"+ (if (c==s) \"ok\" \n                           else \"errore, dovrebbe essere: \"+c) +\"]\")\n    }\n    test( And(Not(False()),X()), X() )\n    test( And(X(),True()), X() )\n    test( And(X(),False()), False() )\n    test( And(False(),X()), False() )\n    test( Or(False(),X()), X() )\n    test( Or(X(),False()), X() )\n    test( Or(X(),True()), True() )\n    test( Or(True(),X()), True() )\n    test( And(Not(And(False(),Not(Y()))), Not(Or(X(),False()))), Not(X()))\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esami\/esonero151211\/kitA\/A3Main.scala","text":"<filename>Esami\/esonero151211\/kitA\/A3Main.scala<gh_stars>0\nobject A3Main extends App {\n    val t:Tree = T(T(E(),5,T(E(),7,E())),10,T(E(),15,E()))\n\n    val b1:(Int,Boolean) = t find 7        \/*    10    *\/\n    println(b1+\" [corretto: (3,true)]\")    \/*   \/  \\   *\/\n                                           \/*  5   15  *\/\n    val b2 = t find 6                      \/*   \\      *\/\n    println(b2+\" [corretto: (4,false)]\")   \/*    7     *\/\n\n    val b3 = t find 15\n    println(b3+\" [corretto: (2,true)]\")\n\n    val b4 = t find 13\n    println(b4+\" [corretto: (3,false)]\")\n\n    val b5 = t find 10\n    println(b5+\" [corretto: (1,true)]\")\n}\n"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercizi\/E14.scala","text":"\/* funzioni su liste - funzione mymap su liste, alla vaccinara\n    Scrivere un metodo Scala ricorsivo mymap che, data una lista e una funzione, \n    si comporta come la map predefinita delle liste. Esempio di uso:\n\n    val l = List(3,1,2,4,5)\n    println(mymap(l, _+1)) \/\/ stampa 4,2,3,5,6\n*\/\n\nobject E14 extends App {\n    def mymap[T](l:List[T], f:T=>T):List[T] = {\n        if (l.isEmpty) Nil\n        else f(l.head) :: mymap(l.tail, f)\n    }\n\n    val l = List(3,1,2,4,5)\n    println(mymap(l, (_:Int)+1)) \/\/ stampa 4,2,3,5,6\n}"}
{"repo_name":"AntoAndGar\/PFP","path":"Esercitazioni\/antoandgarEs1\/E1\/E1Main.scala","text":"object E1Main extends App {\n\n\tvar score = 0\n\tvar trials = 0\n\n\tdef test(n:Int, r:Int) = {\n\t\ttrials += 1\n\t\tval s:Int = E1.sum(n)\n\t\tprintln(\"Test \"+trials+\": \" + s + \" [corretto: \" + r + \"]\")\n\t\tscore += (if (s==r) 1 else 0)\n\t}\n\t\n\ttest(0, 0)\n\ttest(1, 1)\n\ttest(2, 3)\n\ttest(3, 6)\n\ttest(6, 21)\n\n\tprintln(\"Risultato: \" + score + \"\/\" + trials)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/ChoiceLaws.scala","text":"package proptics.law\n\nimport cats.laws._\nimport cats.syntax.either._\nimport cats.syntax.profunctor._\n\nimport proptics.profunctor.Choice\n\ntrait ChoiceLaws[F[_, _]] extends ProfunctorLaws[F] {\n  implicit def F: Choice[F]\n\n  private def assocE[A, B, C](either: Either[Either[A, B], C]): Either[A, Either[B, C]] = either match {\n    case Left(Left(a)) => Left(a)\n    case Left(Right(b)) => Right(Left(b))\n    case Right(c) => Right(Right(c))\n  }\n\n  private def unassocE[A, B, C](either: Either[A, Either[B, C]]): Either[Either[A, B], C] = either match {\n    case Left(a) => Left(Left(a))\n    case Right(Left(b)) => Left(Right(b))\n    case Right(Right(c)) => Right(c)\n  }\n\n  def leftRightConsistent[A, B, C](fab: F[A, B]): IsEq[F[Either[A, C], Either[B, C]]] =\n    F.left[A, B, C](fab) <->\n      F.right[A, B, C](fab).dimap((x: Either[A, C]) => x.swap)((y: Either[C, B]) => y.swap)\n\n  def rightLeftConsistent[A, B, C](fab: F[A, B]): IsEq[F[Either[C, A], Either[C, B]]] =\n    F.right[A, B, C](fab) <->\n      F.left[A, B, C](fab).dimap((x: Either[C, A]) => x.swap)((y: Either[B, C]) => y.swap)\n\n  def leftRmapLmapConsistent[A, B, C](fab: F[A, B]): IsEq[F[A, Either[B, C]]] =\n    F.rmap[A, B, Either[B, C]](fab)(_.asLeft[C]) <-> F.left[A, B, C](fab).lmap(_.asLeft[C])\n\n  def rightLmapRmapConsistent[A, B, C](fab: F[A, B]): IsEq[F[A, Either[C, B]]] =\n    F.rmap[A, B, Either[C, B]](fab)(_.asRight[C]) <-> F.right[A, B, C](fab).lmap(_.asRight[C])\n\n  def leftComposeLeftDimapConsistent[A, B, C](fab: F[A, B]): IsEq[F[Either[Either[A, C], B], Either[Either[B, C], B]]] =\n    F.left[Either[A, C], Either[B, C], B](F.left[A, B, C](fab)) <->\n      F.left[A, B, Either[C, B]](fab).dimap(assocE[A, C, B])(unassocE[B, C, B])\n\n  def rightComposeRightDimapConsistent[A, B, C](fab: F[A, B]): IsEq[F[Either[B, Either[C, A]], Either[B, Either[C, B]]]] =\n    F.right[Either[C, A], Either[C, B], B](F.right[A, B, C](fab)) <->\n      F.right[A, B, Either[B, C]](fab).dimap(unassocE[B, C, A])(assocE)\n}\n\nobject ChoiceLaws {\n  def apply[F[_, _]](implicit ev: Choice[F]): ChoiceLaws[F] =\n    new ChoiceLaws[F] { def F: Choice[F] = ev }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/TupleSyntax.scala","text":"package proptics.syntax\n\ntrait TupleSyntax {\n  implicit def tuple2TypeOps(tupleType: Tuple2.type): Tuple2TypeOps = Tuple2TypeOps(tupleType)\n}\n\nfinal case class Tuple2TypeOps(private val tupleType: Tuple2.type) extends AnyVal {\n  \/** fst convenience method for composition *\/\n  def _1[A, B](pair: (A, B)): A = pair._1\n\n  \/** snd convenience method for composition *\/\n  def _2[A, B](pair: (A, B)): B = pair._2\n\n  \/** swap convenience method for composition *\/\n  def swap[A, B](pair: (A, B)): (B, A) = pair.swap\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/SetterLaws.scala","text":"package proptics.law\n\nimport cats.kernel.laws._\n\nimport proptics.Setter\n\ntrait SetterLaws[S, A] {\n  def setter: Setter[S, A]\n\n  def setSet(s: S, a: A): IsEq[S] = setter.set(a)(setter.set(a)(s)) <-> setter.set(a)(s)\n  def setASetB(s: S, a: A, b: A): IsEq[S] = setter.set(b)(setter.set(a)(s)) <-> setter.set(b)(s)\n  def overIdentity(s: S): IsEq[S] = setter.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = setter.over(g)(setter.over(f)(s)) <-> setter.over(g compose f)(s)\n}\n\nobject SetterLaws {\n  def apply[S, A](_setter: Setter[S, A]): SetterLaws[S, A] =\n    new SetterLaws[S, A] { def setter: Setter[S, A] = _setter }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ReSpecs.scala","text":"<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/ReSpecs.scala\npackage proptics.specs\n\nimport cats.Eq\nimport cats.arrow.Profunctor\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt, ProfunctorTests}\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.internal.{Forget, Re}\nimport proptics.law.discipline.{ChoiceTests, CochoiceTests}\nimport proptics.profunctor.{Choice, Cochoice}\n\nclass ReSpecs extends PropticsSuite {\n  implicit val profunctorRe: Profunctor[Re[* => *, Int, Int, *, *]] = Re.profunctorRe[* => *, Int, Int]\n  implicit val choiceRe: Choice[Re[Forget[Int, *, *], Int, Int, *, *]] = Re.choiceRe[Forget[Int, *, *], Int, Int]\n  implicit val cochoiceRe: Cochoice[Re[Forget[Int, *, *], Int, Int, *, *]] = Re.cochoiceRe[Forget[Int, *, *], Int, Int]\n\n  implicit def eqRe0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[* => *, Int, Int, Int, Int]] = Eq.instance[Re[* => *, Int, Int, Int, Int]] { (re1, re2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n      re1.runRe(identity[Int])(int) === re2.runRe(identity[Int])(int)\n    }\n  }\n\n  implicit def eqRe1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[Forget[Int, *, *], Int, Int, Int, Int]] = Eq.instance[Re[Forget[Int, *, *], Int, Int, Int, Int]] { (re1, re2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n      val forget = Forget[Int, Int, Int](identity)\n\n      re1.runRe(forget).runForget(int) === re2.runRe(forget).runForget(int)\n    }\n  }\n\n  implicit def eqRe2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[Forget[Int, *, *], Int, Int, Int, Either[Int, Int]]] =\n    Eq.instance[Re[Forget[Int, *, *], Int, Int, Int, Either[Int, Int]]] { (re1, re2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val forget = Forget[Int, Either[Int, Int], Int](_.fold(identity, identity))\n\n        re1.runRe(forget).runForget(int) === re2.runRe(forget).runForget(int)\n      }\n    }\n\n  implicit def eqRe3(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[Forget[Int, *, *], Int, Int, Either[Int, Int], Either[Int, Int]]] =\n    Eq.instance[Re[Forget[Int, *, *], Int, Int, Either[Int, Int], Either[Int, Int]]] { (re1, re2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val forget = Forget[Int, Either[Int, Int], Either[Int, Int]](_.fold(identity, identity))\n\n        re1.runRe(forget).runForget(int) === re2.runRe(forget).runForget(int)\n      }\n    }\n\n  implicit def eqRe4(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[Forget[Int, *, *], Int, Int, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] =\n    Eq.instance[Re[Forget[Int, *, *], Int, Int, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] { (re1, re2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val forget = Forget[Int, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]](_.fold(identity, _.fold(identity, identity)))\n\n        re1.runRe(forget).runForget(int) === re2.runRe(forget).runForget(int)\n      }\n    }\n\n  implicit def eqRe5(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Re[Forget[Int, *, *], Int, Int, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] =\n    Eq.instance[Re[Forget[Int, *, *], Int, Int, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] { (re1, re2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val forget = Forget[Int, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]](_.fold(_.fold(identity, identity), identity))\n\n        re1.runRe(forget).runForget(int) === re2.runRe(forget).runForget(int)\n      }\n    }\n\n  checkAll(\"Profunctor Re[* -> *, Int, Int, Int, Int]\", ProfunctorTests[Re[* => *, Int, Int, *, *]].profunctor[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Choice Re[Forget[Int, *, *], Int, Int, Int, Int]\", ChoiceTests[Re[Forget[Int, *, *], Int, Int, *, *]].choice[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Cochoice Re[Forget[Int, *, *], Int, Int, Int, Int]\", CochoiceTests[Re[Forget[Int, *, *], Int, Int, *, *]].cochoice[Int, Int, Int, Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/EachSpec.scala","text":"<gh_stars>1-10\npackage proptics.specs\n\nimport scala.collection.immutable.ArraySeq\n\nimport proptics.instances.each._\nimport proptics.law.discipline.EachTests\n\nclass EachSpec extends EachSpec0 {\n  checkAll(\"Each[LazyList[Int], Int] Each\", EachTests[LazyList[Int], Int].each)\n  checkAll(\"Each[ArraySeq[Int], Int] Each\", EachTests[ArraySeq[Int], Int].each)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/AnIndexedLensSyntax.scala","text":"<gh_stars>1-10\npackage proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.AnIndexedLens_\n\ntrait AnIndexedLensSyntax {\n  implicit def anIndexedLensSequenceOps[F[_], I, S, T, A](anIndexedLens: AnIndexedLens_[I, S, T, F[A], A]): AnIndexedLensSequenceOps[F, I, S, T, A] =\n    AnIndexedLensSequenceOps(anIndexedLens)\n}\n\nfinal case class AnIndexedLensSequenceOps[F[_], I, S, T, A](private val anIndexedLens: AnIndexedLens_[I, S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[(I, A)] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev: Applicative[F]): F[T] = anIndexedLens.traverse(s)(_._1)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/NonEmptyConsInstances.scala","text":"<gh_stars>1-10\npackage proptics.instances\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector, OneAnd}\n\nimport proptics.typeclass.NonEmptyCons\nimport proptics.{Iso, Lens}\n\ntrait NonEmptyConsInstances {\n  final def nonEmptyCons[S, H, T](implicit ev: NonEmptyCons[S, H, T]): Iso[S, (H, T)] = ev.nonEmptyCons\n\n  final def head[S, H, T](implicit ev: NonEmptyCons[S, H, T]): Lens[S, H] = ev.head\n\n  final def tail[S, H, T](implicit ev: NonEmptyCons[S, H, T]): Lens[S, T] = ev.tail\n\n  implicit def nonEmptyConsTuple2[A, B]: NonEmptyCons[(A, B), A, B] = new NonEmptyCons[(A, B), A, B] {\n    override def nonEmptyCons: Iso[(A, B), (A, B)] = Iso.iso[(A, B), (A, B)](identity)(identity)\n  }\n\n  implicit final def nonEmptyConsTuple3[A, B, C]: NonEmptyCons[(A, B, C), A, (B, C)] = new NonEmptyCons[(A, B, C), A, (B, C)] {\n    override def nonEmptyCons: Iso[(A, B, C), (A, (B, C))] =\n      Iso.iso[(A, B, C), (A, (B, C))](t => (t._1, (t._2, t._3))) { case (h, t) => (h, t._1, t._2) }\n  }\n\n  implicit final def nonEmptyConsTuple4[A, B, C, D]: NonEmptyCons[(A, B, C, D), A, (B, C, D)] = new NonEmptyCons[(A, B, C, D), A, (B, C, D)] {\n    override def nonEmptyCons: Iso[(A, B, C, D), (A, (B, C, D))] =\n      Iso.iso[(A, B, C, D), (A, (B, C, D))](t => (t._1, (t._2, t._3, t._4))) { case (h, t) => (h, t._1, t._2, t._3) }\n  }\n\n  implicit final def nonEmptyConsTuple5[A, B, C, D, E]: NonEmptyCons[(A, B, C, D, E), A, (B, C, D, E)] = new NonEmptyCons[(A, B, C, D, E), A, (B, C, D, E)] {\n    override def nonEmptyCons: Iso[(A, B, C, D, E), (A, (B, C, D, E))] =\n      Iso.iso[(A, B, C, D, E), (A, (B, C, D, E))](t => (t._1, (t._2, t._3, t._4, t._5))) { case (h, t) => (h, t._1, t._2, t._3, t._4) }\n  }\n\n  implicit final def nonEmptyConsNonEmptyVector[A]: NonEmptyCons[NonEmptyVector[A], A, Vector[A]] = new NonEmptyCons[NonEmptyVector[A], A, Vector[A]] {\n    override def nonEmptyCons: Iso[NonEmptyVector[A], (A, Vector[A])] =\n      Iso.iso[NonEmptyVector[A], (A, Vector[A])](nev => (nev.head, nev.tail))(NonEmptyVector.apply[A] _ tupled _)\n  }\n\n  implicit final def nonEmptyConsNoneEmptyList[A]: NonEmptyCons[NonEmptyList[A], A, List[A]] = new NonEmptyCons[NonEmptyList[A], A, List[A]] {\n    override def nonEmptyCons: Iso[NonEmptyList[A], (A, List[A])] =\n      Iso.iso[NonEmptyList[A], (A, List[A])](nel => (nel.head, nel.tail))(NonEmptyList.apply[A] _ tupled _)\n  }\n\n  implicit final def nonEmptyConsNonEmptyChain[A]: NonEmptyCons[NonEmptyChain[A], A, Chain[A]] = new NonEmptyCons[NonEmptyChain[A], A, Chain[A]] {\n    override def nonEmptyCons: Iso[NonEmptyChain[A], (A, Chain[A])] =\n      Iso.iso[NonEmptyChain[A], (A, Chain[A])](_.uncons) { case (head, tail) => NonEmptyChain(head, tail.toList: _*) }\n  }\n\n  implicit final def nonEmptyConsOneAnd[F[_], A]: NonEmptyCons[OneAnd[F, A], A, F[A]] = new NonEmptyCons[OneAnd[F, A], A, F[A]] {\n    override def nonEmptyCons: Iso[OneAnd[F, A], (A, F[A])] =\n      Iso.iso[OneAnd[F, A], (A, F[A])](nel => (nel.head, nel.tail))(OneAnd.apply[F, A] _ tupled _)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/AtSpec.scala","text":"package proptics.specs\n\nimport scala.collection.immutable.{ListMap, SortedMap}\n\nimport cats.Eq\nimport cats.syntax.option._\n\nimport proptics.instances.at._\nimport proptics.law.discipline.AtTests\nimport proptics.syntax.at._\nimport proptics.typeclass.At\n\nclass AtSpec extends PropticsSuite {\n  implicit val eqListMap: Eq[ListMap[Int, Int]] = Eq.fromUniversalEquals[ListMap[Int, Int]]\n\n  checkAll(\"At Option[Int]\", AtTests[Option[Int], Unit, Int].at)\n  checkAll(\"At Set[Int]\", AtTests[Set[Int], Int, Unit].at)\n  checkAll(\"At SortedMap[Int, Int]\", AtTests[SortedMap[Int, Int], Int, Int].at)\n  checkAll(\"At ListMap[Int, Int]\", AtTests[ListMap[Int, Int], Int, Int].at)\n  checkAll(\"At Map[Int, Int]\", AtTests[Map[Int, Int], Int, Int].at)\n\n  test(\"atSet\") {\n    val set = Set[String](\"A\", \"B\")\n    val at = At[Set[String], String, Unit]\n\n    at.at(\"A\").set(None)(set) shouldEqual Set(\"B\")\n    at.at(\"A\").set(().some)(set).toList.sorted shouldEqual List(\"A\", \"B\")\n    at.remove(\"A\")(set) shouldEqual Set(\"B\")\n  }\n\n  test(\"atSortedMap\") {\n    val map = SortedMap[String, String]((\"A\", \"A\"), (\"B\", \"B\"))\n    val at = At[SortedMap[String, String], String, String]\n\n    at.at(\"A\").set(None)(map) shouldEqual SortedMap((\"B\", \"B\"))\n    at.at(\"A\").set(\"C\".some)(map).get(\"A\") shouldEqual \"C\".some\n    at.remove(\"A\")(map).toList shouldEqual List((\"B\", \"B\"))\n  }\n\n  test(\"atListMap\") {\n    val map = ListMap[String, String]((\"A\", \"A\"), (\"B\", \"B\"))\n    val at = At[ListMap[String, String], String, String]\n\n    at.at(\"A\").set(None)(map) shouldEqual ListMap((\"B\", \"B\"))\n    at.at(\"A\").set(\"C\".some)(map).get(\"A\") shouldEqual \"C\".some\n    at.remove(\"A\")(map).toList shouldEqual List((\"B\", \"B\"))\n  }\n\n  test(\"atMap\") {\n    val map = Map[String, String]((\"A\", \"A\"), (\"B\", \"B\"))\n    val at = At[Map[String, String], String, String]\n\n    at.at(\"A\").set(None)(map) shouldEqual Map((\"B\", \"B\"))\n    at.at(\"A\").set(\"C\".some)(map).get(\"A\") shouldEqual \"C\".some\n    at.remove(\"A\")(map).toList shouldEqual List((\"B\", \"B\"))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Re.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/internal\/Re.scala<gh_stars>1-10\npackage proptics.internal\n\nimport cats.arrow.Profunctor\n\nimport proptics.profunctor.{Choice, Cochoice}\n\n\/** Re is a class for optics that can be reversed. *\/\nfinal case class Re[P[_, _], S, T, A, B](runRe: P[B, A] => P[T, S]) extends AnyVal\n\nabstract class ReInstances {\n  implicit final def profunctorRe[P[_, _], S, T](implicit ev: Profunctor[P]): Profunctor[Re[P, S, T, *, *]] = new Profunctor[Re[P, S, T, *, *]] {\n    override def dimap[A, B, C, D](fab: Re[P, S, T, A, B])(f: C => A)(g: B => D): Re[P, S, T, C, D] =\n      Re(pdc => fab.runRe(ev.dimap(pdc)(g)(f)))\n  }\n\n  implicit final def choiceRe[P[_, _], S, T](implicit ev: Cochoice[P]): Choice[Re[P, S, T, *, *]] = new Choice[Re[P, S, T, *, *]] {\n    override def left[A, B, C](pab: Re[P, S, T, A, B]): Re[P, S, T, Either[A, C], Either[B, C]] =\n      Re(pab.runRe compose ev.unleft)\n\n    override def right[A, B, C](pab: Re[P, S, T, A, B]): Re[P, S, T, Either[C, A], Either[C, B]] =\n      Re(pab.runRe compose ev.unright)\n\n    override def dimap[A, B, C, D](fab: Re[P, S, T, A, B])(f: C => A)(g: B => D): Re[P, S, T, C, D] =\n      profunctorRe[P, S, T].dimap(fab)(f)(g)\n  }\n\n  implicit final def cochoiceRe[P[_, _], S, T](implicit ev: Choice[P]): Cochoice[Re[P, S, T, *, *]] = new Cochoice[Re[P, S, T, *, *]] {\n    override def unleft[A, B, C](p: Re[P, S, T, Either[A, C], Either[B, C]]): Re[P, S, T, A, B] =\n      Re(p.runRe compose ev.left)\n\n    override def dimap[A, B, C, D](fab: Re[P, S, T, A, B])(f: C => A)(g: B => D): Re[P, S, T, C, D] =\n      profunctorRe[P, S, T].dimap(fab)(f)(g)\n  }\n}\n\nobject Re extends ReInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/FoldableWithIndexSpec.scala","text":"<filename>test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/FoldableWithIndexSpec.scala<gh_stars>1-10\npackage proptics.specs\n\nimport proptics.instances.foldableWithIndex._\nimport proptics.law.discipline.FoldableWithIndexTests\n\nclass FoldableWithIndexSpec extends FoldableWithIndexSpec0 {\n  checkAll(\"FoldableWithIndex[Stream, Int]\", FoldableWithIndexTests[Stream, Int].foldableWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ReverseTests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/ReverseTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.reverse.{reverse => revrse}\nimport proptics.typeclass.Reverse\n\ntrait ReverseTests[S, T] extends Laws {\n  def reverse(implicit ev: Reverse[S, T], eqS: Eq[S], eqT: Eq[T], arbS: Arbitrary[S], arbT: Arbitrary[T], arbOp: Arbitrary[T => T]): RuleSet =\n    new SimpleRuleSet(\"Reverse[S, T] reverse \", IsoTests(revrse(ev)).iso.props: _*)\n}\n\nobject ReverseTests {\n  def apply[S, T]: ReverseTests[S, T] = new ReverseTests[S, T] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"profunctor\/src\/main\/scala\/proptics\/profunctor\/Closed.scala","text":"package proptics.profunctor\n\nimport scala.annotation.implicitNotFound\n\nimport cats.arrow.Profunctor\n\n\/** The [[Closed]] type class extends the Profunctor class to work with functions.\n  *\n  * A [[cats.arrow.Strong]] [[cats.arrow.Profunctor]] allows the monoidal structure to pass through.\n  *\n  * A [[Closed]] [[cats.arrow.Profunctor]] allows the closed structure to pass through\n  *\/\n@implicitNotFound(\"Could not find an instance of Closed[${P}]\")\ntrait Closed[P[_, _]] extends Profunctor[P] {\n  def closed[A, B, C](pab: P[A, B]): P[C => A, C => B]\n}\n\nabstract class ClosedInstances {\n  implicit final def closedFunction: Closed[* => *] = new Closed[* => *] {\n    override def closed[A, B, C](pab: A => B): (C => A) => C => B = c2a => pab compose c2a\n\n    override def dimap[A, B, C, D](fab: A => B)(f: C => A)(g: B => D): C => D = g compose fab compose f\n  }\n}\n\nobject Closed extends ClosedInstances {\n  \/** summon an instance of [[Closed]] for `P` *\/\n  @inline def apply[P[_, _]](implicit ev: Closed[P]): Closed[P] = ev\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ConsSpec0.scala","text":"package proptics.specs\n\nimport cats.data.Chain\n\nimport proptics.instances.cons._\nimport proptics.law.discipline.ConsTests\n\nprivate[specs] trait ConsSpec0 extends PropticsSuite {\n  checkAll(\"Cons[String, Char] cons\", ConsTests[String, Char].cons)\n  checkAll(\"Cons[String, Char] headOption\", ConsTests[String, Char].headOption)\n  checkAll(\"Cons[String, Char] tailOption\", ConsTests[String, Char].tailOption)\n\n  checkAll(\"Cons[List[Int], Int] cons\", ConsTests[List[Int], Int].cons)\n  checkAll(\"Cons[List[Int], Int] headOption\", ConsTests[List[Int], Int].headOption)\n  checkAll(\"Cons[List[Int], Int] tailOption\", ConsTests[List[Int], Int].tailOption)\n\n  checkAll(\"Cons[Array[Int], Int] cons\", ConsTests[Array[Int], Int].cons)\n  checkAll(\"Cons[Array[Int], Int] headOption\", ConsTests[Array[Int], Int].headOption)\n  checkAll(\"Cons[Array[Int], Int] tailOption\", ConsTests[Array[Int], Int].tailOption)\n\n  checkAll(\"Cons[Vector[Int], Int] cons\", ConsTests[Vector[Int], Int].cons)\n  checkAll(\"Cons[Vector[Int], Int] headOption\", ConsTests[Vector[Int], Int].headOption)\n  checkAll(\"Cons[Vector[Int], Int] tailOption\", ConsTests[Vector[Int], Int].tailOption)\n\n  checkAll(\"Cons[Chain[Int], Int] cons\", ConsTests[Chain[Int], Int].cons)\n  checkAll(\"Cons[Chain[Int], Int] headOption\", ConsTests[Chain[Int], Int].headOption)\n  checkAll(\"Cons[Chain[Int], Int] tailOption\", ConsTests[Chain[Int], Int].tailOption)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/Field5Tests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.field5.{fifth => ffth}\nimport proptics.typeclass.Field5\n\ntrait Field5Tests[A, B, C, D, E] extends Laws {\n  def fifth(\n      implicit ev: Field5[(A, B, C, D, E), E],\n      eqA: Eq[A],\n      eqB: Eq[B],\n      eqC: Eq[C],\n      eqD: Eq[D],\n      eqE: Eq[E],\n      arbA: Arbitrary[A],\n      arbB: Arbitrary[B],\n      arbC: Arbitrary[C],\n      arbD: Arbitrary[D],\n      arbE: Arbitrary[E],\n      arbOp: Arbitrary[E => E]): RuleSet =\n    new SimpleRuleSet(\"Field5\", LensTests(ffth[A, B, C, D, E]).lens.props: _*)\n}\n\nobject Field5Tests {\n  def apply[A, B, C, D, E]: Field5Tests[A, B, C, D, E] = new Field5Tests[A, B, C, D, E] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"example\/src\/test\/scala\/optics\/SetterExamples.scala","text":"package optics\n\nimport cats.data.OneAnd\nimport cats.instances.function._\n\nimport proptics.specs.PropticsSuite\nimport proptics.{Setter, Setter_}\n\nclass SetterExamples extends PropticsSuite {\n  test(\"create as Setter using the apply method\") {\n    val setter = Setter[Int, Int](f => i => f(i))\n\n    assertResult(9)(setter.over(_ + 1)(8))\n  }\n\n  test(\"Setter from functor\") {\n    val setter = Setter.fromFunctor[List, Int]\n\n    assertResult(List.range(2, 5))(setter.over(_ + 1)(List.range(1, 4)))\n  }\n\n  test(\"polymorphic Setter from Functor\") {\n    val setter: Setter_[List[Int], List[String], Int, String] =\n      Setter_.fromFunctor[List, Int, String]\n    val expected = List.range(2, 5).map(_.toString)\n\n    assertResult(expected)(setter.over(i => (i + 1).toString)(List.range(1, 4)))\n  }\n\n  test(\"polymorphic Setter from Contravariant\") {\n    val fromContravariant =\n      Setter_.fromContravariant[* => String, OneAnd[List, String], String]\n    val head = fromContravariant.over(_.head)(_.toUpperCase)\n\n    assertResult(\"HEAD\")(head(OneAnd(\"head\", List.empty)))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/LensLaws.scala","text":"package proptics.law\n\nimport cats.laws._\n\nimport proptics.Lens\n\ntrait LensLaws[S, A] {\n  def lens: Lens[S, A]\n  private def setWhatYouGet(s: S): S = lens.set(lens.view(s))(s)\n  private def getWhatYouSet(s: S)(a: A): A = lens.view(lens.set(a)(s))\n\n  def setGet(s: S): IsEq[S] = setWhatYouGet(s) <-> s\n  def getSet(s: S, a: A): IsEq[A] = getWhatYouSet(s)(a) <-> a\n  def setSet(s: S, a: A): IsEq[S] = lens.set(a)(lens.set(a)(s)) <-> lens.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = lens.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = lens.over(g)(lens.over(f)(s)) <-> lens.over(g compose f)(s)\n  def composeSourceLens(s: S): IsEq[S] = (setWhatYouGet _ compose setWhatYouGet)(s) <-> s\n  def composeFocusLens(s: S, a: A): IsEq[A] = (getWhatYouSet(s) _ compose getWhatYouSet(s))(a) <-> a\n}\n\nobject LensLaws {\n  def apply[S, A](_lens: Lens[S, A]): LensLaws[S, A] =\n    new LensLaws[S, A] { override def lens: Lens[S, A] = _lens }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/Field3Tests.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.field3.{third => thrd}\nimport proptics.typeclass.Field3\n\ntrait Field3Tests[A, B, C] extends Laws {\n  def third(implicit ev: Field3[(A, B, C), C], eqA: Eq[A], eqB: Eq[B], eqC: Eq[C], arbA: Arbitrary[A], arbB: Arbitrary[B], arbC: Arbitrary[C], arbOp: Arbitrary[C => C]): RuleSet =\n    new SimpleRuleSet(\"Field3\", LensTests(thrd[A, B, C]).lens.props: _*)\n}\n\nobject Field3Tests {\n  def apply[A, B, C]: Field3Tests[A, B, C] = new Field3Tests[A, B, C] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/IndexedSetterTests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/IndexedSetterTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.IndexedSetter\nimport proptics.law.IndexedSetterLaws\n\ntrait IndexedSetterTests[I, S, A] extends Laws {\n  def laws: IndexedSetterLaws[I, S, A]\n\n  def indexedSetter(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A], arbIAA: Arbitrary[(A, I) => A]): RuleSet =\n    new SimpleRuleSet(\n      \"IndexedSetter\",\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"setTwiceSet\" -> forAll((s: S, a: A, b: A) => laws.setASetB(s, a, b)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: (A, I) => A, g: (A, I) => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject IndexedSetterTests {\n  def apply[I, S, A](_indexedSetter: IndexedSetter[I, S, A]): IndexedSetterTests[I, S, A] =\n    new IndexedSetterTests[I, S, A] { def laws: IndexedSetterLaws[I, S, A] = IndexedSetterLaws[I, S, A](_indexedSetter) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/AnAffineTraversalSpec.scala","text":"package proptics.specs\nimport scala.Function.const\n\nimport cats.syntax.either._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics.AnAffineTraversal\nimport proptics.internal.Stall\nimport proptics.law.discipline._\nimport proptics.specs.compose._\n\nclass AnAffineTraversalSpec extends PropticsSuite {\n  val jsonAnAffineTraversal: AnAffineTraversal[Json, String] = AnAffineTraversal[Json, String] {\n    case JString(value) => value.asRight[Json]\n    case json => json.asLeft[String]\n  }(const(JString))\n\n  val fromOptionJsonAnAffineTraversal: AnAffineTraversal[Json, String] =\n    AnAffineTraversal.fromOption[Json, String] {\n      case JString(value) => value.some\n      case _ => None\n    }(const(JString))\n\n  val partialJsonAnAffineTraversal: AnAffineTraversal[Json, String] =\n    AnAffineTraversal.fromPartial[Json, String] { case JString(value) =>\n      value\n    }(const(JString))\n\n  checkAll(\"AnAffineTraversal[Json, String] fromOption\", AnAffineTraversalTests(fromOptionJsonAnAffineTraversal).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Json, String] fromPartial\", AnAffineTraversalTests(partialJsonAnAffineTraversal).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Json, String] apply\", AnAffineTraversalTests(jsonAnAffineTraversal).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Json, String] asAffineTraversal\", AffineTraversalTests(jsonAnAffineTraversal.asAffineTraversal).affineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] id\", AnAffineTraversalTests(AnAffineTraversal.id[Int]).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with Iso[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose iso).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with AnIso[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose anIso).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with Lens[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose lens).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with ALens[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose aLens).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with Prism[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose prism).anAffineTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with APrism[Int, Int]\", AnAffineTraversalTests(anAffineTraversal compose aPrism).anAffineTraversal)\n  checkAll(\n    \"AnAffineTraversal[Int, Int] compose with AffineTraversal[Int, Int]\",\n    AnAffineTraversalTests(anAffineTraversal compose affineTraversal).anAffineTraversal\n  )\n  checkAll(\n    \"AnAffineTraversal[Int, Int] compose with AnAffineTraversal[Int, Int]\",\n    AnAffineTraversalTests(anAffineTraversal compose anAffineTraversal).anAffineTraversal\n  )\n  checkAll(\"AnAffineTraversal[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(anAffineTraversal compose traversal).traversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(anAffineTraversal compose aTraversal).aTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with Setter[Int, Int]\", SetterTests(anAffineTraversal compose setter).setter)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedTraversalTests(anAffineTraversal compose indexedLens).indexedTraversal)\n  checkAll(\"AnAffineTraversal[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedTraversalTests(anAffineTraversal compose anIndexedLens).indexedTraversal)\n  checkAll(\n    \"AnAffineTraversal[Int, Int] compose with IndexedTraversal[Int, Int, Int]\",\n    IndexedTraversalTests(anAffineTraversal compose indexedTraversal).indexedTraversal\n  )\n  checkAll(\"AnAffineTraversal[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(anAffineTraversal compose indexedSetter).indexedSetter)\n\n  test(\"viewOrModify\") {\n    jsonAnAffineTraversal.viewOrModify(jStringContent) shouldEqual jsonContent.asRight[Json]\n    jsonAnAffineTraversal.viewOrModify(jNumber) shouldEqual jNumber.asLeft[String]\n  }\n\n  test(\"preview\") {\n    jsonAnAffineTraversal.preview(jStringContent) shouldEqual jsonContent.some\n    jsonAnAffineTraversal.preview(jNumber) shouldEqual None\n  }\n\n  test(\"set\") {\n    jsonAnAffineTraversal.set(jsonContent)(jStrEmpty) shouldEqual jStringContent\n  }\n\n  test(\"setOption\") {\n    jsonAnAffineTraversal.setOption(jsonContent)(jStrEmpty) shouldEqual jStringContent.some\n    jsonAnAffineTraversal.setOption(jsonContent)(jNumber) shouldEqual None\n  }\n\n  test(\"over\") {\n    jsonAnAffineTraversal.over(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase\n  }\n\n  test(\"overOption\") {\n    jsonAnAffineTraversal.overOption(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase.some\n    jsonAnAffineTraversal.overOption(_.toUpperCase)(jNumber) shouldEqual None\n  }\n\n  test(\"traverse\") {\n    jsonAnAffineTraversal.traverse(jStringContent)(_.some) shouldEqual Some(jStringContent)\n    jsonAnAffineTraversal.traverse(jStringContent)(_.some) shouldEqual jsonAnAffineTraversal.overF(_.some)(jStringContent)\n  }\n\n  test(\"forall\") {\n    jsonAnAffineTraversal.forall(lengthGreaterThan5 _)(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.forall(lengthGreaterThan10 _)(jStringContent) shouldEqual false\n    jsonAnAffineTraversal.forall(lengthGreaterThan5 _)(jNumber) shouldEqual true\n    jsonAnAffineTraversal.forall(lengthGreaterThan10 _)(jNumber) shouldEqual true\n  }\n\n  test(\"forall using heyting\") {\n    jsonAnAffineTraversal.forall(jStringContent)(lengthGreaterThan5) shouldEqual true\n    jsonAnAffineTraversal.forall(jStringContent)(lengthGreaterThan10) shouldEqual false\n    jsonAnAffineTraversal.forall(jNumber)(lengthGreaterThan5) shouldEqual true\n    jsonAnAffineTraversal.forall(jNumber)(lengthGreaterThan10) shouldEqual true\n  }\n\n  test(\"exists\") {\n    jsonAnAffineTraversal.exists(lengthGreaterThan5)(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.exists(lengthGreaterThan10)(jStringContent) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    jsonAnAffineTraversal.notExists(lengthGreaterThan10)(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.notExists(lengthGreaterThan5)(jStringContent) shouldEqual false\n    jsonAnAffineTraversal.notExists(lengthGreaterThan5)(jStringContent) shouldEqual\n      (!jsonAnAffineTraversal.exists(lengthGreaterThan5)(jStringContent))\n  }\n\n  test(\"contains\") {\n    jsonAnAffineTraversal.contains(jsonContent)(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.contains(emptyStr)(jStringContent) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    jsonAnAffineTraversal.notContains(emptyStr)(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.notContains(jsonContent)(jStringContent) shouldEqual false\n    jsonAnAffineTraversal.notContains(jsonContent)(jStringContent) shouldEqual (!jsonAnAffineTraversal.contains(jsonContent)(jStringContent))\n  }\n\n  test(\"isEmpty\") {\n    jsonAnAffineTraversal.isEmpty(jStringContent) shouldEqual false\n    jsonAnAffineTraversal.isEmpty(jNumber) shouldEqual true\n  }\n\n  test(\"nonEmpty\") {\n    jsonAnAffineTraversal.nonEmpty(jStringContent) shouldEqual true\n    jsonAnAffineTraversal.nonEmpty(jNumber) shouldEqual false\n    jsonAnAffineTraversal.nonEmpty(jStringContent) shouldEqual (!jsonAnAffineTraversal.isEmpty(jStringContent))\n  }\n\n  test(\"find\") {\n    jsonAnAffineTraversal.find(lengthGreaterThan5)(jStringContent) shouldEqual jsonContent.some\n    jsonAnAffineTraversal.find(lengthGreaterThan10)(jStringContent) shouldEqual None\n    jsonAnAffineTraversal.find(lengthGreaterThan5)(jNumber) shouldEqual None\n    jsonAnAffineTraversal.find(lengthGreaterThan10)(jNumber) shouldEqual None\n  }\n\n  test(\"withAffineTraversal\") {\n    val stall: Stall[String, String, Json, Json] = jsonAnAffineTraversal.toStall\n\n    stall.viewOrModify(jStringContent) shouldEqual jsonContent.asRight[Json]\n    stall.viewOrModify(jNumber) shouldEqual jNumber.asLeft[String]\n  }\n\n  test(\"compose with Getter\") {\n    (anAffineTraversal compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (anAffineTraversal compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = anAffineTraversal compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = anAffineTraversal compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/AnAffineTraversal.scala","text":"<gh_stars>0\npackage proptics\n\nimport scala.Function.const\n\nimport cats.data.Const\nimport cats.syntax.either._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Eq, Id, Monoid}\nimport spire.algebra.lattice.Heyting\nimport spire.std.boolean._\n\nimport proptics.IndexedTraversal_.wander\nimport proptics.data.{Conj, Disj, First}\nimport proptics.internal.{Forget, Indexed, RunBazaar, Stall}\nimport proptics.profunctor.{Traversing, Wander}\nimport proptics.rank2types.LensLikeWithIndex\n\n\/** [[AnAffineTraversal_]] has at most one focus, but is not a [[Prism_]].\n  *\n  * [[AnAffineTraversal_]] is an [[AffineTraversal_]] with fixed type [[proptics.internal.Stall]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam S the source of an [[AnAffineTraversal_]]\n  * @tparam T the modified source of an [[AnAffineTraversal_]]\n  * @tparam A the focus of an [[AnAffineTraversal_]]\n  * @tparam B the modified focus of an [[AnAffineTraversal_]]\n  *\/\nabstract class AnAffineTraversal_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply(pab: Stall[A, B, A, B]): Stall[A, B, S, T]\n\n  \/** view the focus of an [[AnAffineTraversal_]] or return the modified source of an [[AnAffineTraversal_]] *\/\n  def viewOrModify(s: S): Either[T, A]\n\n  \/** view an optional focus of an [[AnAffineTraversal_]] *\/\n  final def preview(s: S): Option[A] = foldMap(s)(a => First(a.some)).runFirst\n\n  \/** set the modified focus of an [[AnAffineTraversal_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** set the focus of an [[AnAffineTraversal_]] conditionally if it is not None *\/\n  final def setOption(b: B): S => Option[T] = overOption(const(b))\n\n  \/** modify the focus type of an [[AnAffineTraversal_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = overF[Id](f)\n\n  \/** modify the focus of a [[AnAffineTraversal_]] using a function conditionally if it is not None, resulting in a change of type to the full structure *\/\n  final def overOption(f: A => B): S => Option[T] = s => preview(s).map(a => set(f(a))(s))\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Applicative](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify the focus type of an [[AnAffineTraversal_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n  final def traverse[F[_]: Applicative](s: S)(f: A => F[B]): F[T] = {\n    val stall: Stall[A, B, S, T] = toStall\n\n    stall\n      .viewOrModify(s)\n      .fold(Applicative[F].pure, a => Applicative[F].map(f(a))(stall.set(s)(_)))\n  }\n\n  \/** test whether there is no focus or a predicate holds for the focus of a [[Prism_]] *\/\n  final def forall(f: A => Boolean): S => Boolean = forall(_)(f)\n\n  \/** test whether there is no focus or a predicate holds for the focus of an [[AnAffineTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** test whether a predicate holds for the focus of an [[AnAffineTraversal_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = foldMap(_)(Disj[Boolean] _ compose f).runDisj\n\n  \/** test whether a predicate does not hold for the focus of an [[AnAffineTraversal_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = s => !exists(f)(s)\n\n  \/** test whether the focus of an [[AnAffineTraversal_]] contains a given value *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether the focus of an [[AnAffineTraversal_]] does not contain a given value *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** check if the [[AnAffineTraversal_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[AnAffineTraversal_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** find if the focus of an [[AnAffineTraversal_]] is satisfying a predicate. *\/\n  final def find(p: A => Boolean): S => Option[A] = preview(_).filter(p)\n\n  \/** convert an [[AnAffineTraversal_]] to the pair of functions that characterize it *\/\n  final def withAffineTraversal[R](f: (S => Either[T, A]) => (S => B => T) => R): R = {\n    val stall: Stall[A, B, S, T] = toStall\n\n    f(stall.viewOrModify)(stall.set)\n  }\n\n  \/** convert an [[AnAffineTraversal_]] to an [[proptics.internal.Stall]] *\/\n  final def toStall: Stall[A, B, S, T] = self(Stall(_.asRight[B], const(identity[B])))\n\n  \/** transform an [[AnAffineTraversal_]] to an [[AffineTraversal_]] *\/\n  final def asAffineTraversal: AffineTraversal_[S, T, A, B] = withAffineTraversal(AffineTraversal_[S, T, A, B])\n\n  \/** transform an [[AnAffineTraversal_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget))\n  }\n\n  \/** compose a [[AnAffineTraversal_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Fold_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).map(other.view)\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).map(other.view)\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).map(other.view)\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).map(other.view)\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing = new Traversing[S, T, C, D] {\n        override def apply[F[_]](f: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.traverse(s)(other.traverse(_)(f))\n      }\n\n      ev.wander(traversing)(pab)\n    }\n  }\n\n  \/** compose an [[AnAffineTraversal_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T = self.over(other.over(pab))\n  }\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asFold\n\n  \/** compose an [[AnAffineTraversal_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(forget.runForget)))\n  }\n\n  \/** compose an [[AnAffineTraversal_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.overF(other.overF(f))\n    })\n\n  \/** compose an [[AnAffineTraversal_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.overF(other.overF(f))\n    })\n\n  \/** compose an [[AnAffineTraversal_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.overF(other.overF(f))\n    })\n\n  \/** compose an [[AnAffineTraversal_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over(other.over(indexed.runIndex))\n  }\n\n  \/** compose an [[AnAffineTraversal_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose an [[AnAffineTraversal_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  private def foldMap[R: Monoid](s: S)(f: A => R): R = overF[Const[R, *]](Const[R, B] _ compose f)(s).getConst\n}\n\nobject AnAffineTraversal_ {\n  \/** create a polymorphic [[AnAffineTraversal_]] from an [[AnAffineTraversal_]] encoded in [[proptics.internal.Stall]] *\/\n  private[proptics] def apply[S, T, A, B](f: Stall[A, B, A, B] => Stall[A, B, S, T]): AnAffineTraversal_[S, T, A, B] = new AnAffineTraversal_[S, T, A, B] { self =>\n    override def apply(stall: Stall[A, B, A, B]): Stall[A, B, S, T] = f(stall)\n\n    \/** view the focus of an [[AnAffineTraversal_]] or return the modified source of an [[AnAffineTraversal_]] *\/\n    override def viewOrModify(s: S): Either[T, A] = f(Stall(_.asRight[B], const(identity[B]))).viewOrModify(s)\n  }\n\n  \/** create a polymorphic [[AnAffineTraversal_]] from a getter\/setter pair *\/\n  final def apply[S, T, A, B](viewOrModify: S => Either[T, A])(set: S => B => T): AnAffineTraversal_[S, T, A, B] =\n    AnAffineTraversal_ { stall: Stall[A, B, A, B] =>\n      Stall(\n        s => viewOrModify(s).fold(_.asLeft[A], stall.viewOrModify(_).leftMap(set(s)(_))),\n        s => b => viewOrModify(s).fold(identity, a => set(s)(stall.set(a)(b)))\n      )\n    }\n\n  \/** polymorphic identity of an [[AnAffineTraversal_]] *\/\n  final def id[S, T]: AnAffineTraversal_[S, T, S, T] = AnAffineTraversal_[S, T, S, T] { s: S => s.asRight[T] }(const(identity[T]))\n}\n\nobject AnAffineTraversal {\n  \/** create a monomorphic [[AnAffineTraversal]], using preview and setter functions *\/\n  final def fromOption[S, A](preview: S => Option[A])(set: S => A => S): AnAffineTraversal[S, A] =\n    AnAffineTraversal { s: S => preview(s).fold(s.asLeft[A])(_.asRight[S]) }(set)\n\n  \/** create a monomorphic [[AnAffineTraversal]], using a partial function and a setter function *\/\n  final def fromPartial[S, A](preview: PartialFunction[S, A])(set: S => A => S): AnAffineTraversal[S, A] =\n    fromOption(preview.lift)(set)\n\n  \/** create a monomorphic [[AnAffineTraversal]] from a matcher function that produces an Either and a setter function\n    *\n    * the matcher function returns an Either to allow for type-changing prisms in the case where the input does not match.\n    *\/\n  final def apply[S, A](viewOrModify: S => Either[S, A])(set: S => A => S): AnAffineTraversal[S, A] =\n    AnAffineTraversal_(viewOrModify)(set)\n\n  \/** monomorphic identity of an [[AnAffineTraversal]] *\/\n  final def id[S]: AnAffineTraversal[S, S] = AnAffineTraversal_.id[S, S]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ShopSpec.scala","text":"<gh_stars>0\npackage proptics.specs\n\nimport cats.Eq\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt, ProfunctorTests, StrongTests}\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.internal.Shop\n\nclass ShopSpec extends PropticsSuite {\n  implicit def eqShop0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Shop[Int, Int, Int, Int]] = Eq.instance[Shop[Int, Int, Int, Int]] { (shop1, shop2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      shop1.view(int) === shop2.view(int) && shop1.set(int)(int) === shop2.set(int)(int)\n    }\n  }\n\n  implicit def eqShop1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Shop[Int, Int, (Int, Int), Int]] = Eq.instance[Shop[Int, Int, (Int, Int), Int]] { (shop1, shop2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      shop1.view((int, int)) === shop2.view((int, int)) && shop1.set((int, int))(int) === shop2.set((int, int))(int)\n    }\n  }\n\n  implicit def eqShop2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Shop[Int, Int, (Int, Int), (Int, Int)]] =\n    Eq.instance[Shop[Int, Int, (Int, Int), (Int, Int)]] { (shop1, shop2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        shop1.view((int, int)) === shop2.view((int, int)) && shop1.set((int, int))(int) === shop2.set((int, int))(int)\n      }\n    }\n\n  implicit def eqShop3(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Shop[Int, Int, (Int, (Int, Int)), (Int, (Int, Int))]] =\n    Eq.instance[Shop[Int, Int, (Int, (Int, Int)), (Int, (Int, Int))]] { (shop1, shop2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        shop1.view((int, (int, int))) === shop2.view((int, (int, int))) && shop1.set((int, (int, int)))(int) === shop2.set((int, (int, int)))(int)\n\n      }\n    }\n\n  implicit def eqShop4(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Shop[Int, Int, ((Int, Int), Int), ((Int, Int), Int)]] =\n    Eq.instance[Shop[Int, Int, ((Int, Int), Int), ((Int, Int), Int)]] { (shop1, shop2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        shop1.view(((int, int), int)) === shop2.view(((int, int), int)) && shop1.set(((int, int), int))(int) === shop2.set(((int, int), int))(int)\n\n      }\n    }\n\n  checkAll(\"Profunctor Shop[Int, Int, Int, Int]\", ProfunctorTests[Shop[Int, Int, *, *]].profunctor[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Strong Shop[Int, Int, Int, Int]\", StrongTests[Shop[Int, Int, *, *]].strong[Int, Int, Int, Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/TuplesOptics.scala","text":"<gh_stars>1-10\npackage proptics.std\n\nimport cats.arrow.Strong\n\nimport proptics._\nimport proptics.rank2types.Rank2TypeLensLike\nimport proptics.typeclass.{Field1, Field2}\n\ntrait TuplesOptics extends LensTupleOptics with ALensTupleOptics\n\nprivate[std] trait LensTupleOptics {\n  \/** extract the first element of a tuple using polymorphic [[Lens_]] *\/\n  final def _1P[A, B, C]: Lens_[(A, C), (B, C), A, B] =\n    Lens_(new Rank2TypeLensLike[(A, C), (B, C), A, B] {\n      override def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[(A, C), (B, C)] = ev.first(pab)\n    })\n\n  \/** synonym for [[_1P]] *\/\n  final def firstP[A, B, C]: Lens_[(A, C), (B, C), A, B] = _1P\n\n  \/** extract the first element of a tuple using monomorphic [[Lens]] *\/\n  final def _1[A, B](implicit ev: Field1[(A, B), A]): Lens[(A, B), A] = ev.first\n\n  \/** extract the second element of a tuple using polymorphic [[Lens_]] *\/\n  final def _2P[A, B, C]: Lens_[(C, A), (C, B), A, B] =\n    Lens_(new Rank2TypeLensLike[(C, A), (C, B), A, B] {\n      override def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[(C, A), (C, B)] = ev.second(pab)\n    })\n\n  \/** synonym for [[_2P]] *\/\n  final def secondP[A, B, C]: Lens_[(C, A), (C, B), A, B] = _2P\n\n  \/** extract the second element of a tuple using monomorphic [[Lens_]] *\/\n  final def _2[A, B](implicit ev: Field2[(A, B), B]): Lens[(A, B), B] = ev.second\n\n  \/** swap the elements of a Tuple *\/\n  final def swapTuple[A, B]: Iso[(A, B), (B, A)] = Iso.iso[(A, B), (B, A)](_.swap)(_.swap)\n}\n\nprivate[std] trait ALensTupleOptics {\n  \/** extract the first element of a tuple using polymorphic [[Lens_]] *\/\n  final def _1PA[A, B, C]: ALens_[(A, C), (B, C), A, B] =\n    ALens_.lens[(A, C), (B, C), A, B](_._1) { case (_, c) => b => (b, c) }\n\n  \/** extract the first element of a tuple using polymorphic [[Lens_]] *\/\n  final def fstPA[A, B, C]: ALens_[(A, C), (B, C), A, B] = _1PA\n\n  \/** extract the first element of a tuple using polymorphic [[Lens_]] *\/\n  final def _1A[A, B](implicit ev: Field1[(A, B), A]): ALens[(A, B), A] = ev.first.asALens\n\n  \/** extract the second element of a tuple using polymorphic [[Lens_]] *\/\n  final def _2PA[A, B, C]: ALens_[(C, A), (C, B), A, B] =\n    ALens_.lens[(C, A), (C, B), A, B](_._2) { case (c, _) => b => (c, b) }\n\n  \/** extract the second element of a tuple using polymorphic [[Lens_]] *\/\n  final def secondPA[A, B, C]: ALens_[(C, A), (C, B), A, B] = _2PA\n\n  \/** extract the second element of a tuple using polymorphic [[Lens_]] *\/\n  final def _2A[A, B](implicit ev: Field2[(A, B), B]): ALens[(A, B), B] = ev.second.asALens\n\n  \/** extract the first element of a tuple using polymorphic [[Lens_]] *\/\n  final def secondA[A, B](implicit ev: Field2[(A, B), B]): ALens[(A, B), B] = _2A\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/IndexedGetterSpec.scala","text":"package proptics.specs\nimport cats.data.NonEmptyList\nimport cats.syntax.option._\n\nimport proptics.IndexedGetter\nimport proptics.specs.compose._\n\nclass IndexedGetterSpec extends PropticsSuite {\n  val nelIndexedGetter: IndexedGetter[Int, NonEmptyList[Int], Int] =\n    IndexedGetter[Int, NonEmptyList[Int], Int](nel => (nel.head, 0))\n\n  test(\"view\") {\n    nelIndexedGetter.view(nel) shouldEqual ((1, 0))\n  }\n\n  test(\"exists\") {\n    nelIndexedGetter.exists(_ === ((1, 0)))(nel) shouldEqual true\n  }\n\n  test(\"notExists\") {\n    nelIndexedGetter.notExists(_ === ((1, 0)))(nel) shouldEqual false\n    nelIndexedGetter.notExists(_ === ((1, 1)))(nel) shouldEqual true\n    nelIndexedGetter.notExists(_ === ((2, 0)))(nel) shouldEqual true\n    nelIndexedGetter.notExists(_ === ((1, 0)))(nel) shouldEqual !nelIndexedGetter.exists(_ == ((1, 0)))(nel)\n  }\n\n  test(\"contains\") {\n    nelIndexedGetter.contains((1, 0))(nel) shouldEqual true\n    nelIndexedGetter.contains((1, 1))(nel) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    nelIndexedGetter.notContains((1, 0))(nel) shouldEqual false\n    nelIndexedGetter.notContains((1, 1))(nel) shouldEqual true\n    nelIndexedGetter.notContains((1, 1))(nel) shouldEqual !nelIndexedGetter.contains((1, 1))(nel)\n  }\n\n  test(\"find\") {\n    nelIndexedGetter.find { case (a, i) => i === 0 && a === 1 }(nel) shouldEqual (1, 0).some\n    nelIndexedGetter.find(_ === ((1, 0)))(nel) shouldEqual (1, 0).some\n    nelIndexedGetter.find(_._1 === 0)(nel) shouldEqual None\n    nelIndexedGetter.find(_ === ((1, 1)))(nel) shouldEqual None\n  }\n\n  test(\"asGetter\") {\n    nelIndexedGetter.asGetter.view(nel) shouldEqual 1\n  }\n\n  test(\"reindex\") {\n    indexedGetter.reindex(_.toString).view(9) shouldEqual ((9, \"0\"))\n  }\n\n  test(\"asIndexedFold\") {\n    nelIndexedGetter.asIndexedFold.preview(nel) shouldEqual (1, 0).some\n  }\n\n  test(\"compose with IndexedLens with right index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) *>> indexedLens\n\n    composed.view(9) shouldEqual ((9, 0))\n  }\n\n  test(\"compose with IndexedLens with left index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) <<* indexedLens\n\n    composed.view(9) shouldEqual ((9, 1))\n  }\n\n  test(\"compose with AnIndexedLens with right index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) *>> indexedLens\n\n    composed.view(9) shouldEqual ((9, 0))\n  }\n\n  test(\"compose with AnIndexedLens with left index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) <<* indexedLens\n\n    composed.view(9) shouldEqual ((9, 1))\n  }\n\n  test(\"compose with IndexedTraversal with right index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) *>> indexedTraversal\n\n    composed.viewAll(9) shouldEqual List((9, 0))\n  }\n\n  test(\"compose with IndexedTraversal with left index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) <<* indexedTraversal\n\n    composed.viewAll(9) shouldEqual List((9, 1))\n  }\n\n  test(\"compose with IndexedGetter with right index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) *>> indexedGetter\n\n    composed.view(9) shouldEqual ((9, 0))\n  }\n\n  test(\"compose with IndexedGetter with left index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) <<* indexedGetter\n\n    composed.view(9) shouldEqual ((9, 1))\n  }\n\n  test(\"compose with IndexedFold with right index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) *>> indexedFold\n\n    composed.viewAll(9) shouldEqual List((9, 0))\n  }\n\n  test(\"compose with IndexedFold with left index\") {\n    val composed = IndexedGetter[Int, Int, Int]((_, 1)) <<* indexedFold\n\n    composed.viewAll(9) shouldEqual List((9, 1))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Conj.scala","text":"package proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.order._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\nimport spire.algebra.Semiring\nimport spire.algebra.lattice.Heyting\n\n\/** [[cats.Monoid]] and [[cats.Semigroup]] for conjunction *\/\nfinal case class Conj[A](runConj: A) extends AnyVal\n\nabstract class ConjInstances {\n  implicit final def eqConj[A: Eq]: Eq[Conj[A]] = new Eq[Conj[A]] {\n    override def eqv(x: Conj[A], y: Conj[A]): Boolean = x.runConj === y.runConj\n  }\n\n  implicit final def ordConj[A: Order]: Order[Conj[A]] = new Order[Conj[A]] {\n    override def compare(x: Conj[A], y: Conj[A]): Int = x.runConj.compare(y.runConj)\n  }\n\n  implicit final def showConj[A: Show]: Show[Conj[A]] = new Show[Conj[A]] {\n    override def show(t: Conj[A]): String = s\"(Conj ${t.runConj.show})\"\n  }\n\n  implicit final def semigroupConj[A](implicit ev: Heyting[A]): Semigroup[Conj[A]] = new Semigroup[Conj[A]] {\n    override def combine(x: Conj[A], y: Conj[A]): Conj[A] = Conj(ev.and(x.runConj, y.runConj))\n  }\n\n  implicit final def monoidConj[A](implicit ev: Heyting[A]): Monoid[Conj[A]] = new Monoid[Conj[A]] {\n    override def empty: Conj[A] = Conj(ev.one)\n\n    override def combine(x: Conj[A], y: Conj[A]): Conj[A] = semigroupConj.combine(x, y)\n  }\n\n  implicit final def semiringConj[A](implicit ev: Semiring[A]): Semiring[Conj[A]] = new Semiring[Conj[A]] {\n    override def zero: Conj[A] = Conj(ev.zero)\n\n    override def times(x: Conj[A], y: Conj[A]): Conj[A] = Conj(ev.times(x.runConj, y.runConj))\n\n    override def plus(x: Conj[A], y: Conj[A]): Conj[A] = Conj(ev.plus(x.runConj, y.runConj))\n  }\n\n  implicit final def functorConj: Functor[Conj] = new Functor[Conj] {\n    override def map[A, B](fa: Conj[A])(f: A => B): Conj[B] = Conj(f(fa.runConj))\n  }\n\n  implicit final def applyConj: Apply[Conj] = new Apply[Conj] {\n    override def ap[A, B](ff: Conj[A => B])(fa: Conj[A]): Conj[B] = Conj(ff.runConj(fa.runConj))\n\n    override def map[A, B](fa: Conj[A])(f: A => B): Conj[B] = functorConj.fmap(fa)(f)\n  }\n\n  implicit final def applicativeConj: Applicative[Conj] = new Applicative[Conj] {\n    override def pure[A](x: A): Conj[A] = Conj(x)\n\n    override def ap[A, B](ff: Conj[A => B])(fa: Conj[A]): Conj[B] = applyConj.ap(ff)(fa)\n  }\n\n  implicit final def bindConj: FlatMap[Conj] = new FlatMap[Conj] {\n    override def flatMap[A, B](fa: Conj[A])(f: A => Conj[B]): Conj[B] = f(fa.runConj)\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => Conj[Either[A, B]]): Conj[B] =\n      f(a).runConj match {\n        case Right(value) => Conj(value)\n        case Left(value) => tailRecM(value)(f)\n      }\n\n    override def map[A, B](fa: Conj[A])(f: A => B): Conj[B] = functorConj.fmap(fa)(f)\n  }\n\n  implicit final def monadConj: Monad[Conj] = new Monad[Conj] {\n    override def pure[A](x: A): Conj[A] = applicativeConj.pure(x)\n\n    override def flatMap[A, B](fa: Conj[A])(f: A => Conj[B]): Conj[B] = bindConj.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Conj[scala.Either[A, B]]): Conj[B] = bindConj.tailRecM(a)(f)\n  }\n}\n\nobject Conj extends ConjInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificReverseInstances.scala","text":"package proptics.instances\n\nimport scala.collection.compat.immutable.ArraySeq\nimport scala.reflect.ClassTag\n\nimport proptics.Iso\nimport proptics.typeclass.Reverse\n\nprivate[instances] trait ScalaVersionSpecificReverseInstances {\n  implicit final def reverseLazyList[A]: Reverse[LazyList[A], LazyList[A]] = new Reverse[LazyList[A], LazyList[A]] {\n    override def reverse: Iso[LazyList[A], LazyList[A]] = Iso.involuted[LazyList[A]](_.reverse)\n  }\n\n  implicit final def reverseArraySeq[A: ClassTag]: Reverse[ArraySeq[A], ArraySeq[A]] = new Reverse[ArraySeq[A], ArraySeq[A]] {\n    override def reverse: Iso[ArraySeq[A], ArraySeq[A]] = Iso.involuted[ArraySeq[A]](_.reverse)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/EitherOptics.scala","text":"package proptics.std\n\nimport cats.syntax.either._\n\nimport proptics.{Iso, Prism, Prism_}\n\ntrait EitherOptics {\n  \/** extract the left element of an either using polymorphic [[Prism_]] *\/\n  final def leftP[A, B, C]: Prism_[Either[A, C], Either[B, C], A, B] =\n    Prism_ { either: Either[A, C] => either.fold(_.asRight[Either[B, C]], _.asRight[B].asLeft[A]) }(_.asLeft[C])\n\n  \/** extract the left element of an either using monomorphic [[Prism]] *\/\n  final def left[A, B]: Prism[Either[A, B], A] = leftP[A, A, B]\n\n  \/** extract the right element of an either using polymorphic [[Prism_]] *\/\n  final def rightP[A, B, C]: Prism_[Either[C, A], Either[C, B], A, B] =\n    Prism_ { either: Either[C, A] => either.fold(_.asLeft[B].asLeft[A], _.asRight[Either[C, B]]) }(_.asRight[C])\n\n  \/** extract the right element of an either using monomorphic [[Prism]] *\/\n  final def right[A, B]: Prism[Either[A, B], B] = rightP[B, B, A]\n\n  \/** swap the elements of an Either *\/\n  final def swapEither[A, B]: Iso[Either[A, B], Either[B, A]] = Iso.iso[Either[A, B], Either[B, A]](_.swap)(_.swap)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/PrefixedTests.scala","text":"<reponame>amitksingh1490\/Proptics<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/PrefixedTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.prefixed.{prefixed => pre}\nimport proptics.typeclass.Prefixed\n\ntrait PrefixedTests[S, T] extends Laws {\n  def prefixed(\n      implicit ev: Prefixed[S, T],\n      eqS: Eq[S],\n      eqT: Eq[T],\n      arbS: Arbitrary[S],\n      arbT: Arbitrary[T],\n      arbOp: Arbitrary[T => T],\n      arbOp2: Arbitrary[Option[T] => Option[T]]): RuleSet =\n    new SimpleRuleSet(\"Prefixed[S, T] prefixed \", PrismTests(pre(_: S)(ev)).prism.props: _*)\n}\n\nobject PrefixedTests {\n  def apply[S, T]: PrefixedTests[S, T] = new PrefixedTests[S, T] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificFunctorWithIndexInstances.scala","text":"package proptics.instances\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport cats.Traverse\n\nimport proptics.indices.FunctorWithIndex\n\nprivate[instances] trait ScalaVersionSpecificFunctorWithIndexInstances {\n  implicit final val functorWithIndexLazyList: FunctorWithIndex[LazyList, Int] = new FunctorWithIndex[LazyList, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: LazyList[A]): LazyList[B] =\n      Traverse[LazyList].mapWithIndex(fa)(f)\n  }\n\n  implicit final val functorWithIndexArraySeq: FunctorWithIndex[ArraySeq, Int] = new FunctorWithIndex[ArraySeq, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: ArraySeq[A]): ArraySeq[B] =\n      Traverse[ArraySeq].mapWithIndex(fa)(f)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/EachSpec0.scala","text":"package proptics.specs\n\nimport scala.collection.immutable.{ListMap, SortedMap}\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector, OneAnd}\n\nimport proptics.instances.each._\nimport proptics.law.discipline.EachTests\n\ntrait EachSpec0 extends PropticsSuite {\n  checkAll(\"Each[String, Char] Each\", EachTests[String, Char].each)\n  checkAll(\"Each[List[Int], Int] Each\", EachTests[List[Int], Int].each)\n  checkAll(\"Each[Vector[Int], Int] Each\", EachTests[Vector[Int], Int].each)\n  checkAll(\"Each[ListMap[Int, Int], Int] Each\", EachTests[ListMap[Int, Int], Int].each)\n  checkAll(\"Each[SortedMap[Int, Int], Int] Each\", EachTests[SortedMap[Int, Int], Int].each)\n  checkAll(\"Each[Chain[Int], Int] Each\", EachTests[Chain[Int], Int].each)\n  checkAll(\"Each[OneAnd[List, Int], Int] Each\", EachTests[OneAnd[List, Int], Int].each)\n  checkAll(\"Each[NonEmptyVector[Int], Int] Each\", EachTests[NonEmptyVector[Int], Int].each)\n  checkAll(\"Each[NonEmptyList[Int], Int] Each\", EachTests[NonEmptyList[Int], Int].each)\n  checkAll(\"Each[NonEmptyChain[Int], Int] Each\", EachTests[NonEmptyChain[Int], Int].each)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/AnIsoTests.scala","text":"<reponame>amitksingh1490\/Proptics<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/AnIsoTests.scala<gh_stars>1-10\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.AnIso\nimport proptics.law.AnIsoLaws\n\ntrait AnIsoTests[S, A] extends Laws {\n  def laws: AnIsoLaws[S, A]\n\n  def anIso(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"AnIso\",\n      \"sourceReversibility\" -> forAll(laws.sourceReversibility _),\n      \"focusReversibility\" -> forAll(laws.focusReversibility _),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g)),\n      \"composeOver\" -> forAll(laws.composeFocusIso _),\n      \"composeSourceIso\" -> forAll(laws.composeSourceIso _)\n    )\n}\n\nobject AnIsoTests {\n  def apply[S, A](_anIso: AnIso[S, A]): AnIsoTests[S, A] = new AnIsoTests[S, A] {\n    def laws: AnIsoLaws[S, A] = AnIsoLaws[S, A](_anIso)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/Field2Tests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.field2.{second => snd}\nimport proptics.typeclass.Field2\n\ntrait Field2Tests[A, B] extends Laws {\n  def second(implicit ev: Field2[(A, B), B], eqA: Eq[A], eqB: Eq[B], arbA: Arbitrary[A], arbB: Arbitrary[B], arbOp: Arbitrary[B => B]): RuleSet =\n    new SimpleRuleSet(\"Field2\", LensTests(snd[A, B]).lens.props: _*)\n}\n\nobject Field2Tests {\n  def apply[A, B]: Field2Tests[A, B] = new Field2Tests[A, B] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/NonEmptyConsTests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/NonEmptyConsTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.nonEmptyCons.{head => headOp, nonEmptyCons => cons, tail => tailOp}\nimport proptics.typeclass.NonEmptyCons\n\ntrait NonEmptyConsTests[S, H, T] extends Laws {\n  def nonEmptyCons(\n      implicit ev: NonEmptyCons[S, H, T],\n      eqS: Eq[S],\n      eqH: Eq[H],\n      eqT: Eq[T],\n      arbS: Arbitrary[S],\n      arbH: Arbitrary[H],\n      arbT: Arbitrary[T],\n      arbOp: Arbitrary[((H, T)) => (H, T)]): RuleSet =\n    new SimpleRuleSet(\"NonEmptyCons[S, H, T] nonEmptyCons \", IsoTests(cons(ev)).iso.props: _*)\n\n  def headOption(implicit ev: NonEmptyCons[S, H, T], eqS: Eq[S], eqH: Eq[H], eqT: Eq[T], arbS: Arbitrary[S], arbH: Arbitrary[H], arbT: Arbitrary[T], arbH2H: Arbitrary[H => H])\n      : RuleSet =\n    new SimpleRuleSet(\"NonEmptyCons[S, H, T] headOption\", LensTests(headOp(ev)).lens.props: _*)\n\n  def tailOption(implicit ev: NonEmptyCons[S, H, T], eqS: Eq[S], eqH: Eq[H], eqT: Eq[T], arbS: Arbitrary[S], arbH: Arbitrary[H], arbT: Arbitrary[T], arbA2A: Arbitrary[T => T])\n      : RuleSet =\n    new SimpleRuleSet(\"NonEmptyCons[S, H, T] tailOption\", LensTests(tailOp(ev)).lens.props: _*)\n}\n\nobject NonEmptyConsTests {\n  def apply[S, H, T]: NonEmptyConsTests[S, H, T] = new NonEmptyConsTests[S, H, T] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/indices\/FunctorWithIndex.scala","text":"package proptics.indices\n\nimport scala.annotation.implicitNotFound\n\nimport cats.Functor\n\n@implicitNotFound(\"Could not find an instance of FunctorWithIndex[${F}, ${I}]\")\ntrait FunctorWithIndex[F[_], I] extends Functor[F] {\n  def mapWithIndex[A, B](f: (A, I) => B)(fa: F[A]): F[B]\n\n  override def map[A, B](fa: F[A])(f: A => B): F[B] = mapWithIndex[A, B]((a, _) => f(a))(fa)\n}\n\nobject FunctorWithIndex {\n  \/** summon an instance of [[FunctorWithIndex]] for `F` *\/\n  @inline def apply[F[_], I](implicit instance: FunctorWithIndex[F, I]): FunctorWithIndex[F, I] = instance\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"example\/src\/test\/scala\/optics\/ReviewExamples.scala","text":"package optics\n\nimport java.awt.Color\n\nimport cats.Eq\nimport cats.syntax.either._\n\nimport proptics.specs.PropticsSuite\nimport proptics.std.either._\nimport proptics.{Prism, Review}\n\nclass ReviewExamples extends PropticsSuite {\n  implicit val eqColor: Eq[Color] = Eq.fromUniversalEquals[Color]\n  implicit val eqFill: Eq[Fill] = Eq.instance[Fill]((color1, color2) =>\n    (color1, color2) match {\n      case (Solid(c1), Solid(c2)) => c1 === c2\n      case (LinearGradient(lc1, lc2), LinearGradient(rc1, rc2)) => lc1 === rc1 && lc2 === rc2\n      case (RadialGradient(lc1, lc2, lc3), RadialGradient(rc1, rc2, rc3)) => lc1 === rc1 && lc2 === rc2 && lc3 === rc3\n      case _ => false\n    })\n\n  test(\"lifting a value into context\") {\n    val mkRight = right[String, Int] review _\n\n    assertResult(9.asRight[String])(mkRight(9))\n  }\n\n  test(\"extract a value from Prism.only\") {\n    val prism = Prism.only[Color](Color.white)\n\n    assertResult(Color.white)(prism.review(()))\n  }\n\n  test(\"review will use both constructors of composed optics\") {\n    val eitherFill = right[String, Fill] compose Prism.only[Fill](Solid(Color.white))\n\n    assertResult(Right(Solid(Color.white)))(eitherFill.review(()))\n  }\n\n  test(\"using Review optic explicitly\") {\n    val eitherFillReview =\n      Review[Either[String, Fill], Fill](_.asRight[String]) compose\n        Prism.only[Fill](Solid(Color.white))\n\n    assertResult(Right(Solid(Color.white)))(eitherFillReview.review(()))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Last.scala","text":"<gh_stars>1-10\npackage proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.apply._\nimport cats.syntax.option._\nimport cats.syntax.order._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\n\n\/** [[cats.Semigroup]] where `combine` always takes the last option *\/\nfinal case class Last[A](runLast: Option[A]) extends AnyVal\n\nabstract class LastInstances {\n  implicit final def eqLast[A: Eq]: Eq[Last[A]] = new Eq[Last[A]] {\n    override def eqv(x: Last[A], y: Last[A]): Boolean =\n      (x.runLast, y.runLast).mapN(_ === _).getOrElse(false)\n  }\n\n  implicit final def ordLast[A: Order]: Order[Last[A]] = new Order[Last[A]] {\n    override def compare(x: Last[A], y: Last[A]): Int = x.runLast.compare(y.runLast)\n  }\n\n  implicit final def showLast[A: Show]: Show[Last[A]] = new Show[Last[A]] {\n    override def show(t: Last[A]): String = s\"(Last ${t.runLast.show})\"\n  }\n\n  implicit final def semigroupLast[A]: Semigroup[Last[A]] = new Semigroup[Last[A]] {\n    def combine(x: Last[A], y: Last[A]): Last[A] = Last(y.runLast orElse x.runLast)\n  }\n\n  implicit final def monoidLast[A]: Monoid[Last[A]] = new Monoid[Last[A]] {\n    def empty: Last[A] = Last(None)\n\n    def combine(x: Last[A], y: Last[A]): Last[A] = semigroupLast.combine(x, y)\n  }\n\n  implicit final def functorLast: Functor[Last] = new Functor[Last] {\n    override def map[A, B](fa: Last[A])(f: A => B): Last[B] = Last(fa.runLast.map(f))\n  }\n\n  implicit final def applyLast: Apply[Last] = new Apply[Last] {\n    override def ap[A, B](ff: Last[A => B])(fa: Last[A]): Last[B] =\n      Last((ff.runLast, fa.runLast).mapN(_(_)))\n\n    override def map[A, B](fa: Last[A])(f: A => B): Last[B] = functorLast.fmap(fa)(f)\n  }\n\n  implicit final def applicativeLast: Applicative[Last] = new Applicative[Last] {\n    override def pure[A](x: A): Last[A] = Last(x.some)\n\n    override def ap[A, B](ff: Last[A => B])(fa: Last[A]): Last[B] = applyLast.ap(ff)(fa)\n  }\n\n  implicit final def bindLast: FlatMap[Last] = new FlatMap[Last] {\n    override def flatMap[A, B](fa: Last[A])(f: A => Last[B]): Last[B] = Last(fa.runLast.flatMap(f(_).runLast))\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => Last[Either[A, B]]): Last[B] =\n      f(a).runLast match {\n        case Some(Right(value)) => Last(value.some)\n        case Some(Left(value)) => tailRecM(value)(f)\n        case _ => Last(None)\n      }\n\n    override def map[A, B](fa: Last[A])(f: A => B): Last[B] = functorLast.fmap(fa)(f)\n  }\n\n  implicit final def monadLast: Monad[Last] = new Monad[Last] {\n    override def pure[A](x: A): Last[A] = applicativeLast.pure(x)\n\n    override def flatMap[A, B](fa: Last[A])(f: A => Last[B]): Last[B] = bindLast.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Last[scala.Either[A, B]]): Last[B] = bindLast.tailRecM(a)(f)\n  }\n}\n\nobject Last extends LastInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/IndexSpec.scala","text":"<gh_stars>1-10\npackage proptics.specs\n\nimport proptics.instances.index._\nimport proptics.law.discipline.IndexTests\n\nclass IndexSpec extends IndexSpec0 {\n  checkAll(\"Index[Stream[Int]]\", IndexTests[Stream[Int], Int, Int].index)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/AnIsoLaws.scala","text":"package proptics.law\n\nimport cats.laws._\n\nimport proptics.AnIso\n\ntrait AnIsoLaws[S, A] {\n  def anIso: AnIso[S, A]\n\n  private def sourceBackAndForth: S => S = anIso.review _ compose anIso.view\n  private def focusBackAndForth: A => A = anIso.view _ compose anIso.review\n\n  def sourceReversibility(s: S): IsEq[S] = sourceBackAndForth(s) <-> s\n  def focusReversibility(a: A): IsEq[A] = focusBackAndForth(a) <-> a\n  def overIdentity(s: S): IsEq[S] = anIso.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = anIso.over(g)(anIso.over(f)(s)) <-> anIso.over(g compose f)(s)\n  def composeSourceIso(s: S): IsEq[S] = (sourceBackAndForth compose sourceBackAndForth)(s) <-> s\n  def composeFocusIso(a: A): IsEq[A] = (focusBackAndForth compose focusBackAndForth)(a) <-> a\n}\n\nobject AnIsoLaws {\n  def apply[S, A](_anIso: AnIso[S, A]): AnIsoLaws[S, A] =\n    new AnIsoLaws[S, A] { def anIso: AnIso[S, A] = _anIso }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/package.scala","text":"package object proptics {\n\n  \/** [[Iso]] is a specialization of [[Iso_]] *\/\n  type Iso[S, A] = Iso_[S, S, A, A]\n\n  \/** [[AnIso]] is a specialization of [[AnIso_]] *\/\n  type AnIso[S, A] = AnIso_[S, S, A, A]\n\n  \/** [[Lens]] is a specialization of [[Lens_]] *\/\n  type Lens[S, A] = Lens_[S, S, A, A]\n\n  \/** [[ALens]] is a specialization of [[ALens_]] *\/\n  type ALens[S, A] = ALens_[S, S, A, A]\n\n  \/** [[Prism]] is a specialization of [[Prism_]] *\/\n  type Prism[S, A] = Prism_[S, S, A, A]\n\n  \/** [[APrism]] is a specialization of [[APrism_]] *\/\n  type APrism[S, A] = APrism_[S, S, A, A]\n\n  \/** [[AffineTraversal]] is a specialization of [[AffineTraversal_]] *\/\n  type AffineTraversal[S, A] = AffineTraversal_[S, S, A, A]\n\n  \/** [[AffineTraversal]] is a specialization of [[AffineTraversal_]] *\/\n  type AnAffineTraversal[S, A] = AnAffineTraversal_[S, S, A, A]\n\n  \/** [[Traversal]] is a specialization of [[Traversal_]] *\/\n  type Traversal[S, A] = Traversal_[S, S, A, A]\n\n  \/** [[ATraversal]] is a specialization of [[ATraversal_]] *\/\n  type ATraversal[S, A] = ATraversal_[S, S, A, A]\n\n  \/** [[Fold]] is a specialization of [[Fold_]] *\/\n  type Fold[S, A] = Fold_[S, S, A, A]\n\n  \/** [[Getter]] is a specialization of [[Getter_]] *\/\n  type Getter[S, A] = Getter_[S, S, A, A]\n\n  \/** [[Setter]] is a specialization of [[Setter_]] *\/\n  type Setter[S, A] = Setter_[S, S, A, A]\n\n  \/** [[Review]] is a specialization of [[Review_]] *\/\n  type Review[S, A] = Review_[S, S, A, A]\n\n  \/** [[Grate]] is a specialization of [[Grate_]] *\/\n  type Grate[S, A] = Grate_[S, S, A, A]\n\n  \/** [[IndexedLens]] is a specialization of [[IndexedLens_]] *\/\n  type IndexedLens[I, S, A] = IndexedLens_[I, S, S, A, A]\n\n  \/** [[AnIndexedLens]] is a specialization of [[AnIndexedLens_]] *\/\n  type AnIndexedLens[I, S, A] = AnIndexedLens_[I, S, S, A, A]\n\n  \/** [[IndexedTraversal]] is a specialization of [[IndexedTraversal_]] *\/\n  type IndexedTraversal[I, S, A] = IndexedTraversal_[I, S, S, A, A]\n\n  \/** [[IndexedFold]] is a specialization of [[IndexedFold_]] *\/\n  type IndexedFold[I, S, A] = IndexedFold_[I, S, S, A, A]\n\n  \/** [[IndexedGetter]] is a specialization of [[IndexedGetter_]] *\/\n  type IndexedGetter[I, S, A] = IndexedGetter_[I, S, S, A, A]\n\n  \/** [[IndexedSetter]] is a specialization of [[IndexedSetter_]] *\/\n  type IndexedSetter[I, S, A] = IndexedSetter_[I, S, S, A, A]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/TraversalTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline._\n\nimport proptics.Traversal\nimport proptics.law.TraversalLaws\n\ntrait TraversalTests[S, A] extends Laws {\n  def laws: TraversalLaws[S, A]\n\n  def traversal(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Traversal\",\n      \"respectPurity\" -> forAll(laws.respectPurity[Option] _),\n      \"consistentFoci\" -> forAll((s: S, f: A => A, g: A => A) => laws.consistentFoci(s, f, g)),\n      \"preview\" -> forAll(laws.preview _),\n      \"getGet\" -> forAll((s: S, f: A => A) => laws.getSet(s, f)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject TraversalTests {\n  def apply[S, A](_traversal: Traversal[S, A]): TraversalTests[S, A] =\n    new TraversalTests[S, A] { def laws: TraversalLaws[S, A] = TraversalLaws[S, A](_traversal) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/IndexedSetterLaws.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law\n\nimport cats.kernel.laws._\n\nimport proptics.IndexedSetter\n\ntrait IndexedSetterLaws[I, S, A] {\n  def indexedSetter: IndexedSetter[I, S, A]\n\n  def setSet(s: S, a: A): IsEq[S] = indexedSetter.set(a)(indexedSetter.set(a)(s)) <-> indexedSetter.set(a)(s)\n  def setASetB(s: S, a: A, b: A): IsEq[S] = indexedSetter.set(b)(indexedSetter.set(a)(s)) <-> indexedSetter.set(b)(s)\n  def overIdentity(s: S): IsEq[S] = indexedSetter.over(_._1)(s) <-> s\n  def composeOver(s: S)(f: (A, I) => A)(g: (A, I) => A): IsEq[S] =\n    indexedSetter.over(g.tupled)(indexedSetter.over(f.tupled)(s)) <-> indexedSetter.over({ case (a, i) =>\n      g(f(a, i), i)\n    })(s)\n}\n\nobject IndexedSetterLaws {\n  def apply[I, S, A](_indexedSetter: IndexedSetter[I, S, A]): IndexedSetterLaws[I, S, A] =\n    new IndexedSetterLaws[I, S, A] { def indexedSetter: IndexedSetter[I, S, A] = _indexedSetter }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/Field1Instances.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/instances\/Field1Instances.scala\npackage proptics.instances\n\nimport proptics.Lens\nimport proptics.typeclass.Field1\n\ntrait Field1Instances {\n  final def first[A, B](implicit ev: Field1[(A, B), A]): Lens[(A, B), A] = ev.first\n\n  implicit final def field1Tuple2[A, B]: Field1[(A, B), A] = new Field1[(A, B), A] {\n    override def first: Lens[(A, B), A] =\n      Lens[(A, B), A](_._1)(t => a => t.copy(_1 = a))\n  }\n\n  implicit final def field1Tuple3[A, B, C]: Field1[(A, B, C), A] = new Field1[(A, B, C), A] {\n    override def first: Lens[(A, B, C), A] =\n      Lens[(A, B, C), A](_._1)(t => a => t.copy(_1 = a))\n  }\n\n  implicit final def field1Tuple4[A, B, C, D]: Field1[(A, B, C, D), A] = new Field1[(A, B, C, D), A] {\n    override def first: Lens[(A, B, C, D), A] =\n      Lens[(A, B, C, D), A](_._1)(t => a => t.copy(_1 = a))\n  }\n\n  implicit final def field1Tuple5[A, B, C, D, E]: Field1[(A, B, C, D, E), A] = new Field1[(A, B, C, D, E), A] {\n    override def first: Lens[(A, B, C, D, E), A] =\n      Lens[(A, B, C, D, E), A](_._1)(t => a => t.copy(_1 = a))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/FoldSpec.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.specs\n\nimport scala.Function.const\nimport scala.util.Random\n\nimport cats.data.State\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics._\nimport proptics.specs.compose.{getter, _}\nimport proptics.syntax.fold._\n\nfinal private[specs] case class FoldState(i: Int) extends AnyVal\n\nclass FoldSpec extends PropticsSuite {\n  val ones: List[Int] = List.fill(10)(1)\n  val replicated: Fold[Int, Int] = Fold.replicate[Int](10)\n  val foldable: Fold[Whole, Int] = Fold[Whole, Int](_.part)\n  val filtered: Fold[Int, Int] = Fold.filter[Int](evenNumbers)\n  val fromFoldable: Fold[List[Int], Int] = Fold.fromFoldable\n  val boolFoldable: Fold[List[Boolean], Boolean] = Fold.fromFoldable\n  val fromGetter: Fold[List[Int], List[Int]] = Getter[List[Int], List[Int]](identity).asFold\n  val unfolded: Fold[FoldState, Int] = Fold.unfold[FoldState, Int] { state =>\n    if (state.i <= 10) (state.i, FoldState(state.i + 1)).some else None\n  }\n\n  test(\"viewAll\") {\n    fromFoldable.viewAll(list) shouldEqual list\n    fromFoldable.viewAll(listEmpty) shouldEqual listEmpty\n    foldable.viewAll(whole9) shouldEqual List(whole9.part)\n    fromGetter.viewAll(list) shouldEqual List(list)\n    fromGetter.viewAll(listEmpty) shouldEqual List(listEmpty)\n  }\n\n  test(\"preview\") {\n    fromFoldable.preview(list) shouldEqual 1.some\n    fromFoldable.preview(listEmpty) shouldEqual None\n    foldable.preview(whole9) shouldEqual 9.some\n    fromGetter.preview(list) shouldEqual list.some\n    fromGetter.preview(listEmpty) shouldEqual listEmpty.some\n  }\n\n  test(\"foldMap\") {\n    fromFoldable.foldMap(list)(identity) shouldEqual list.sum\n    fromFoldable.foldMap(list)(List(_)) shouldEqual list\n    fromFoldable.foldMap(listEmpty)(identity) shouldEqual 0\n    fromFoldable.foldMap(listEmpty)(List(_)) shouldEqual listEmpty\n    foldable.foldMap(whole9)(identity) shouldEqual 9\n    fromGetter.foldMap(list)(identity) shouldEqual list\n    fromGetter.foldMap(listEmpty)(identity) shouldEqual listEmpty\n    fromGetter.foldMap(list)(_.sum) shouldEqual list.sum\n  }\n\n  test(\"fold\") {\n    fromFoldable.fold(list) shouldEqual list.sum\n    fromFoldable.fold(list) shouldEqual fromFoldable.view(list)\n    fromFoldable.fold(listEmpty) shouldEqual 0\n    fromFoldable.fold(listEmpty) shouldEqual fromFoldable.view(listEmpty)\n    foldable.fold(whole9) shouldEqual 9\n    foldable.fold(whole9) shouldEqual foldable.view(whole9)\n    fromGetter.fold(list) shouldEqual list\n  }\n\n  test(\"foldRight\") {\n    fromFoldable.foldRight(list)(0)(_ + _) shouldEqual list.sum\n    fromFoldable.foldRight(list)(0)(_ + _) should be > 0\n    fromFoldable.foldRight(list)(listEmpty)(_ :: _) shouldEqual list\n    fromFoldable.foldRight(listEmpty)(0)(_ + _) shouldEqual 0\n    fromFoldable.foldRight(listEmpty)(0)(_ - _) shouldEqual 0\n    foldable.foldRight(whole9)(1)(_ + _) shouldEqual 10\n    foldable.foldRight(whole9)(1)(_ - _) shouldEqual 8\n    fromGetter.foldRight(list)(0)(_.sum + _) shouldEqual list.sum\n  }\n\n  test(\"foldLeft\") {\n    fromFoldable.foldLeft(list)(0)(_ + _) shouldEqual list.sum\n    fromFoldable.foldLeft(list)(0)(_ + _) should be > 0\n    fromFoldable.foldLeft(list)(listEmpty)((ls, a) => a :: ls) shouldEqual list.reverse\n    fromFoldable.foldLeft(listEmpty)(0)(_ + _) shouldEqual 0\n    fromFoldable.foldLeft(listEmpty)(0)(_ - _) shouldEqual 0\n    foldable.foldLeft(whole9)(1)(_ + _) shouldEqual 10\n    foldable.foldLeft(whole9)(1)(_ - _) shouldEqual -8\n    fromGetter.foldLeft(list)(0)(_ + _.sum) shouldEqual list.sum\n  }\n\n  {\n    import spire.std.int.IntAlgebra\n\n    test(\"sum\") {\n      fromFoldable.sum(list) shouldEqual list.sum\n      foldable.sum(whole9) shouldEqual 9\n    }\n\n    test(\"product\") {\n      fromFoldable.product(list) shouldEqual list.product\n      fromFoldable.product(listEmpty) shouldEqual 1\n      foldable.product(whole9) shouldEqual 9\n    }\n  }\n\n  test(\"forall\") {\n    fromFoldable.forall(_ < 10)(list) shouldEqual true\n    fromFoldable.forall(_ < 10)(listEmpty) shouldEqual true\n    fromFoldable.forall(_ > 10)(list) shouldEqual false\n    fromFoldable.forall(_ > 10)(listEmpty) shouldEqual true\n    foldable.forall(_ < 10)(whole9) shouldEqual true\n    foldable.forall(_ > 10)(whole9) shouldEqual false\n    fromGetter.forall(_.forall(_ < 10))(list) shouldEqual true\n    fromGetter.forall(_.forall(_ < 10))(listEmpty) shouldEqual true\n    fromGetter.forall(_.forall(_ > 10))(list) shouldEqual false\n  }\n\n  test(\"forall using heyting\") {\n    fromFoldable.forall(list)(_ < 10) shouldEqual true\n    fromFoldable.forall(listEmpty)(_ < 10) shouldEqual true\n    fromFoldable.forall(list)(_ > 10) shouldEqual false\n    fromFoldable.forall(listEmpty)(_ > 10) shouldEqual true\n    foldable.forall(whole9)(_ < 10) shouldEqual true\n    foldable.forall(whole9)(_ > 10) shouldEqual false\n    fromGetter.forall(list)(_.forall(_ < 10)) shouldEqual true\n    fromGetter.forall(listEmpty)(_.forall(_ < 10)) shouldEqual true\n    fromGetter.forall(list)(_.forall(_ > 10)) shouldEqual false\n  }\n\n  test(\"and\") {\n    boolFoldable.and(boolList) shouldEqual false\n    boolFoldable.and(boolList.map(const(true))) shouldEqual true\n    boolFoldable.and(falseBoolList) shouldEqual false\n  }\n\n  test(\"or\") {\n    boolFoldable.or(boolList) shouldEqual true\n    boolFoldable.or(falseBoolList) shouldEqual false\n  }\n\n  test(\"any\") {\n    fromFoldable.any(list)(greaterThan5) shouldEqual true\n    fromFoldable.any(listEmpty)(greaterThan10) shouldEqual false\n    foldable.any(whole9)(greaterThan5) shouldEqual true\n    fromGetter.any(list)(_.exists(greaterThan5)) shouldEqual true\n    fromGetter.any(list)(_.exists(greaterThan10)) shouldEqual false\n  }\n\n  test(\"exists\") {\n    fromFoldable.exists(greaterThan5)(list) shouldEqual true\n    fromFoldable.exists(greaterThan10)(list) shouldEqual false\n    foldable.exists(greaterThan5)(whole9) shouldEqual true\n    foldable.exists(greaterThan10)(whole9) shouldEqual false\n    fromGetter.exists(_.exists(greaterThan5))(list) shouldEqual true\n    fromGetter.exists(_.exists(greaterThan10))(list) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    fromFoldable.notExists(greaterThan5)(list) shouldEqual false\n    fromFoldable.notExists(greaterThan10)(list) shouldEqual true\n    fromFoldable.notExists(greaterThan10)(list) shouldEqual !fromFoldable.exists(greaterThan10)(list)\n    foldable.notExists(greaterThan5)(whole9) shouldEqual false\n    foldable.notExists(greaterThan10)(whole9) shouldEqual true\n    foldable.notExists(greaterThan10)(whole9) shouldEqual !foldable.exists(greaterThan10)(whole9)\n    fromGetter.notExists(_.exists(greaterThan5))(list) shouldEqual false\n    fromGetter.notExists(_.exists(greaterThan10))(list) shouldEqual true\n    fromGetter.notExists(_.exists(greaterThan10))(list) shouldEqual !fromGetter.exists(_.exists(greaterThan10))(list)\n  }\n\n  test(\"contains\") {\n    fromFoldable.contains(5)(list) shouldEqual true\n    fromFoldable.contains(10)(list) shouldEqual false\n    foldable.contains(9)(whole9) shouldEqual true\n    foldable.contains(10)(whole9) shouldEqual false\n    fromGetter.contains(list)(list) shouldEqual true\n  }\n\n  test(\"notContains\") {\n    fromFoldable.notContains(5)(list) shouldEqual false\n    fromFoldable.notContains(10)(list) shouldEqual true\n    fromFoldable.notContains(10)(list) shouldEqual !fromFoldable.contains(10)(list)\n    foldable.notContains(9)(whole9) shouldEqual false\n    foldable.notContains(10)(whole9) shouldEqual true\n    foldable.notContains(10)(whole9) shouldEqual !foldable.contains(10)(whole9)\n    fromGetter.notContains(list)(listEmpty) shouldEqual true\n    fromGetter.notContains(list)(list) shouldEqual false\n    fromGetter.notContains(list)(list) shouldEqual !fromGetter.contains(list)(list)\n  }\n\n  test(\"isEmpty\") {\n    fromFoldable.isEmpty(list) shouldEqual false\n    fromFoldable.isEmpty(listEmpty) shouldEqual true\n    foldable.isEmpty(whole9) shouldEqual false\n    fromGetter.isEmpty(list) shouldEqual false\n    fromGetter.isEmpty(listEmpty) shouldEqual false\n  }\n\n  test(\"nonEmpty\") {\n    fromFoldable.nonEmpty(list) shouldEqual true\n    fromFoldable.nonEmpty(listEmpty) shouldEqual false\n    fromFoldable.nonEmpty(list) shouldEqual !fromFoldable.isEmpty(list)\n    foldable.nonEmpty(whole9) shouldEqual true\n    foldable.nonEmpty(whole9) shouldEqual !foldable.isEmpty(whole9)\n    fromGetter.nonEmpty(list) shouldEqual true\n    fromGetter.nonEmpty(listEmpty) shouldEqual true\n  }\n\n  test(\"length\") {\n    fromFoldable.length(list) shouldEqual list.length\n    fromFoldable.length(listEmpty) shouldEqual 0\n    foldable.length(whole9) shouldEqual 1\n    fromGetter.length(list) shouldEqual 1\n  }\n\n  test(\"find\") {\n    fromFoldable.find(greaterThan5)(list) shouldEqual list.find(greaterThan5)\n    fromFoldable.find(greaterThan10)(list) shouldEqual None\n    foldable.find(greaterThan5)(whole9) shouldEqual 9.some\n    foldable.find(greaterThan10)(whole9) shouldEqual None\n    fromGetter.find(_.exists(greaterThan5))(list) shouldEqual list.some\n    fromGetter.find(_.exists(greaterThan10))(list) shouldEqual None\n  }\n\n  test(\"first\") {\n    fromFoldable.first(list) shouldEqual list.head.some\n    fromFoldable.first(listEmpty) shouldEqual None\n    foldable.first(whole9) shouldEqual 9.some\n    fromGetter.first(list) shouldEqual list.some\n  }\n\n  test(\"last\") {\n    fromFoldable.last(list) shouldEqual list.last.some\n    fromFoldable.last(listEmpty) shouldEqual None\n    foldable.last(whole9) shouldEqual 9.some\n    fromGetter.last(list) shouldEqual list.some\n  }\n\n  test(\"minimum\") {\n    fromFoldable.minimum(Random.shuffle(list)) shouldEqual list.head.some\n    fromFoldable.minimum(listEmpty) shouldEqual None\n    foldable.minimum(whole9) shouldEqual 9.some\n  }\n\n  test(\"maximum\") {\n    fromFoldable.maximum(Random.shuffle(list)) shouldEqual list.last.some\n    fromFoldable.maximum(listEmpty) shouldEqual None\n    foldable.maximum(whole9) shouldEqual 9.some\n  }\n\n  test(\"toArray\") {\n    fromFoldable.toArray(list) shouldEqual list.toArray\n    foldable.toArray(whole9) shouldEqual Array(9)\n    fromGetter.toArray(list) shouldEqual Array(list)\n  }\n\n  test(\"toList\") {\n    fromFoldable.toList(list) shouldEqual list\n    foldable.toList(whole9) shouldEqual List(9)\n    fromGetter.toList(list) shouldEqual List(list)\n  }\n\n  test(\"use\") {\n    implicit val state: State[List[Int], Int] = State.pure[List[Int], Int](1)\n\n    fromFoldable.use.runA(list).value shouldEqual list\n    foldable.use.runA(whole9).value shouldEqual List(9)\n  }\n\n  test(\"replicate\") {\n    replicated.viewAll(1) shouldEqual ones\n    replicated.fold(1) shouldEqual ones.sum\n  }\n\n  test(\"unfold\") {\n    unfolded.viewAll(foldState) shouldEqual List.tabulate(10)(_ + 1)\n    unfolded.length(foldState) shouldEqual 10\n  }\n\n  test(\"filtered\") {\n    (unfolded compose filtered).fold(foldState) shouldEqual 30\n    (replicated compose filtered).fold(1) shouldEqual 0\n  }\n\n  test(\"compose with Iso\") {\n    (fold compose iso).fold(9) shouldEqual 9\n  }\n  test(\"compose with AnIso\") {\n    (fold compose anIso).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Lens\") {\n    (fold compose lens).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with ALens\") {\n    (fold compose aLens).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Prism\") {\n    (fold compose prism).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with APrism\") {\n    (fold compose aPrism).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with AffineTraversal\") {\n    (fold compose affineTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with AnAffineTraversal\") {\n    (fold compose anAffineTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Traversal\") {\n    (fold compose traversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with ATraversal\") {\n    (fold compose aTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Getter\") {\n    (fold compose getter).fold(9) shouldEqual 9\n  }\n\n  test(\"to\") {\n    fold.to(_ + 1).fold(8) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (fold compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedLens\") {\n    val composed = Fold[List[Int], List[Int]](identity) compose\n      IndexedLens[Int, List[Int], List[Int]](ls => (ls.take(1), 0))(ls1 => ls2 => ls2.take(1) ++ ls1.drop(1))\n\n    composed.foldMap(list)(_._1) shouldEqual List(1)\n  }\n\n  test(\"compose with AnIndexedLens\") {\n    val composed = Fold[List[Int], List[Int]](identity) compose\n      AnIndexedLens[Int, List[Int], List[Int]](ls => (ls.take(1), 0))(ls1 => ls2 => ls2.take(1) ++ ls1.drop(1))\n\n    composed.foldMap(list)(_._1) shouldEqual List(1)\n  }\n\n  test(\"compose with IndexedTraversal\") {\n    (Fold[List[Int], List[Int]](identity) compose\n      IndexedTraversal.fromTraverse[List, Int]).foldMap(list) { case (_, i) => List(i) } shouldEqual list.zipWithIndex.map(_._2)\n  }\n\n  test(\"asIndexableTraversal\") {\n    fromFoldable.asIndexableFold.foldRight(list)(List.empty[Int])(_._2 :: _) shouldEqual List.range(0, 6)\n  }\n\n  test(\"filterByIndex\") {\n    fromFoldable.filterByIndex(_ < 3).viewAll(list) shouldEqual list.take(3)\n  }\n\n  test(\"element\") {\n    fromFoldable.elementAt(1).viewAll(list) shouldEqual List(2)\n  }\n\n  test(\"take\") {\n    val take3 = Fold.take[List, Int](3)\n    take3.viewAll(list) shouldEqual List(1, 2, 3)\n  }\n\n  test(\"drop\") {\n    val drop3 = Fold.drop[List, Int](3)\n    drop3.viewAll(list) shouldEqual List(4, 5, 6)\n  }\n\n  test(\"takeWhile\") {\n    val take3 = fromFoldable.takeWhile(_ < 4)\n    take3.viewAll(list) shouldEqual List(1, 2, 3)\n  }\n\n  test(\"dropWhile\") {\n    val drop3 = fromFoldable.dropWhile(_ < 4)\n    drop3.viewAll(list) shouldEqual List(4, 5, 6)\n  }\n\n  test(\"both\") {\n    val both = Fold_.both[Tuple2, String, String]\n\n    both.viewAll((\"Hello\", \"World!\")) shouldEqual List(\"Hello\", \"World!\")\n    both.foldRight((\"Hello \", \"World\"))(\"!\")(_ ++ _) shouldEqual \"Hello World!\"\n    both.foldLeft((\"Hello \", \"World!\"))(\"!\")(_ ++ _) shouldEqual \"!Hello World!\"\n  }\n\n  test(\"filter using fold\") {\n    val traversal =\n      Getter[Whole, Int](_.part) compose\n        Prism.fromPartial[Int, Int] { case i if i < 5 => i }(identity)\n    val fold = Fold.fromFoldable[List, Whole] compose Fold.filter(traversal)\n\n    fold.viewAll(List(Whole(1), Whole(9), Whole(2))) shouldEqual List(Whole(1), Whole(2))\n  }\n\n  test(\"filter using traversal\") {\n    val traversal =\n      Lens[Whole, Int](_.part)(const(i => Whole(i))) compose\n        Prism.fromPartial[Int, Int] { case i if i < 5 => i }(identity)\n    val fold = Fold.fromFoldable[List, Whole] compose Fold.filter(traversal)\n\n    fold.viewAll(List(Whole(1), Whole(9), Whole(2))) shouldEqual List(Whole(1), Whole(2))\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = fold compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = fold compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from Lens\") {\n    val foldFromLens: Fold[Int, Int] = lens\n\n    foldFromLens.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from ALens\") {\n    val foldFromALens: Fold[Int, Int] = aLens\n\n    foldFromALens.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from Prism\") {\n    val foldFromPrism: Fold[Int, Int] = prism\n\n    foldFromPrism.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from APrism\") {\n    val foldFromAPrism: Fold[Int, Int] = aPrism\n\n    foldFromAPrism.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from AffineTraversal\") {\n    val foldFromAffineTraversal: Fold[Int, Int] = affineTraversal\n\n    foldFromAffineTraversal.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from AnAffineTraversal\") {\n    val foldFromAnAffineTraversal: Fold[Int, Int] = anAffineTraversal\n\n    foldFromAnAffineTraversal.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from Traversal\") {\n    val foldFromTraversal: Fold[Int, Int] = traversal\n\n    foldFromTraversal.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from ATraversal\") {\n    val foldFromLATraversal: Fold[Int, Int] = aTraversal\n\n    foldFromLATraversal.foldMap(8)(_ + 1) shouldEqual 9\n  }\n\n  test(\"implicit cast to from Getter\") {\n    val foldFromLGetter: Fold[Int, Int] = getter\n\n    foldFromLGetter.foldMap(8)(_ + 1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/package.scala","text":"package proptics\n\npackage object instances {\n  object at extends AtInstances\n  object all extends AllInstances\n  object cons extends ConsInstances\n  object each extends EachInstances\n  object index extends IndexInstances\n  object empty extends EmptyInstances\n  object field1 extends Field1Instances\n  object field2 extends Field2Instances\n  object field3 extends Field3Instances\n  object field4 extends Field4Instances\n  object field5 extends Field5Instances\n  object fields extends FieldsInstances\n  object reverse extends ReverseInstances\n  object prefixed extends PrefixedInstances\n  object suffixed extends SuffixedInstances\n  object nonEmptyCons extends NonEmptyConsInstances\n  object functorWithIndex extends FunctorWithIndexInstances\n  object foldableWithIndex extends FoldableWithIndexInstances\n  object traverseWithIndex extends TraverseWithIndexInstances\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/IndexedSetterSpec.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.specs\nimport proptics.IndexedSetter\nimport proptics.law.discipline._\nimport proptics.specs.Whole._\nimport proptics.specs.compose._\n\nclass IndexedSetterSpec extends PropticsSuite {\n  val wholeIndexedSetter: IndexedSetter[Int, Whole, Int] = IndexedSetter[Int, Whole, Int](fromPair => w => w.copy(part = fromPair(w.part, 0)))\n\n  checkAll(\"IndexedSetter[Int, Whole, Int] apply\", IndexedSetterTests(wholeIndexedSetter).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Whole, Int] asSetter\", SetterTests(wholeIndexedSetter.asSetter).setter)\n  checkAll(\"IndexedSetter[Int, Int, Int] <<* IndexedLens[Int, Int, Int]\", IndexedSetterTests(indexedSetter <<* indexedLens).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] *>> IndexedLens[Int, Int, Int]\", IndexedSetterTests(indexedSetter *>> indexedLens).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] <<* AnIndexedLens[Int, Int, Int]\", IndexedSetterTests(indexedSetter <<* anIndexedLens).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] *>> AnIndexedLens[Int, Int, Int]\", IndexedSetterTests(indexedSetter *>> anIndexedLens).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] <<* IndexedTraversal[Int, Int, Int]\", IndexedSetterTests(indexedSetter <<* indexedTraversal).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] *>> IndexedTraversal[Int, Int, Int]\", IndexedSetterTests(indexedSetter *>> indexedTraversal).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] <<* IndexedSetter[Int, Int, Int]\", IndexedSetterTests(indexedSetter <<* indexedSetter).indexedSetter)\n  checkAll(\"IndexedSetter[Int, Int, Int] *>> IndexedSetter[Int, Int, Int]\", IndexedSetterTests(indexedSetter *>> indexedSetter).indexedSetter)\n\n  test(\"set\") {\n    wholeIndexedSetter.set(9)(Whole(1)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    wholeIndexedSetter.over(_._1 + 1)(Whole(8)) shouldEqual whole9\n  }\n\n  test(\"reindex\") {\n    wholeIndexedSetter.reindex(_.toString).set(9)(Whole(9)) shouldEqual whole9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/ProductOptics.scala","text":"package proptics.std\n\nimport cats.data.Tuple2K\n\nimport proptics.Lens_\n\ntrait ProductOptics {\n  final def _1T2K[F[_], G[_], H[_], A]: Lens_[Tuple2K[F, G, A], Tuple2K[H, G, A], F[A], H[A]] =\n    Lens_((get: Tuple2K[F, G, A]) => get.first)(fgh => ha => Tuple2K[H, G, A](ha, fgh.second))\n\n  final def fst2K[F[_], G[_], H[_], A]: Lens_[Tuple2K[F, G, A], Tuple2K[H, G, A], F[A], H[A]] = _1T2K\n\n  final def _2T2K[F[_], G[_], H[_], A]: Lens_[Tuple2K[F, G, A], Tuple2K[F, H, A], G[A], H[A]] =\n    Lens_((get: Tuple2K[F, G, A]) => get.second)(fgh => ha => Tuple2K(fgh.first, ha))\n\n  final def snd2K[F[_], G[_], H[_], A]: Lens_[Tuple2K[F, G, A], Tuple2K[F, H, A], G[A], H[A]] = _2T2K\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/CochoiceTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Prop.forAll\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.law.CochoiceLaws\nimport proptics.profunctor.Cochoice\n\ntrait CochoiceTests[F[_, _]] extends ProfunctorTests[F] {\n  def laws: CochoiceLaws[F]\n\n  def cochoice[A: Arbitrary, B: Arbitrary, C: Arbitrary, D: Arbitrary, E: Arbitrary, G: Arbitrary](\n      implicit ArbFAB: Arbitrary[F[A, B]],\n      ArbFCD: Arbitrary[F[C, D]],\n      ArbEACEBC: Arbitrary[F[Either[A, C], Either[B, C]]],\n      ArbECAECB: Arbitrary[F[Either[C, A], Either[C, B]]],\n      ArbEEABCEEBCC: Arbitrary[F[Either[Either[A, B], C], Either[Either[B, C], C]]],\n      ArbECEABECEBC: Arbitrary[F[Either[C, Either[A, B]], Either[C, Either[B, C]]]],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      CogenD: Cogen[D],\n      CogenE: Cogen[E],\n      EqFAB: Eq[F[A, B]],\n      EqFBC: Eq[F[B, C]],\n      EqFAD: Eq[F[A, D]],\n      EqFAG: Eq[F[A, G]],\n      EqFEitherABC: Eq[F[A, Either[B, C]]],\n      EqFEitherACB: Eq[F[A, Either[C, B]]],\n      LEqFEitherABC: Eq[F[Either[C, A], Either[C, B]]],\n      REqFEitherABC: Eq[F[Either[A, C], Either[B, C]]],\n      EitherAssociationACB: Eq[F[Either[Either[A, C], B], Either[Either[B, C], B]]],\n      EitherAssociationBCA: Eq[F[Either[B, Either[C, A]], Either[B, Either[C, B]]]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"cochoice\",\n      parent = Some(profunctor[A, B, C, D, E, G]),\n      \"unleft unright consistent\" -> forAll(laws.unleftUnrightConsistent[A, B, C] _),\n      \"unright unleft consistent\" -> forAll(laws.unrightUnLeftConsistent[A, B, C] _),\n      \"unleft compose unleft dimap unleft consistent\" -> forAll(laws.unleftComposeUnleftDimapConsistent[A, B, C] _),\n      \"unright compose unright dimap unright consistent\" -> forAll(laws.unrightComposeUnrightDimapConsistent[A, B, C] _)\n    )\n}\n\nobject CochoiceTests {\n  def apply[F[_, _]: Cochoice]: CochoiceTests[F] =\n    new CochoiceTests[F] { def laws: CochoiceLaws[F] = CochoiceLaws[F] }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ConsTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.cons.{cons => cns, headOption => headOp, tailOption => tailOp}\nimport proptics.typeclass.Cons\n\ntrait ConsTests[S, A] extends Laws {\n  def cons(implicit ev: Cons[S, A], eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbOp: Arbitrary[((A, S)) => (A, S)]): RuleSet =\n    new SimpleRuleSet(\"Cons[S, A] cons\", PrismTests(cns(ev)).prism.props: _*)\n\n  def headOption(implicit ev: Cons[S, A], eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbA2A: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\"Cons[S, A] headOption\", AffineTraversalTests(headOp(ev)).affineTraversal.props: _*)\n\n  def tailOption(implicit ev: Cons[S, A], eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbA2A: Arbitrary[S => S]): RuleSet =\n    new SimpleRuleSet(\"Cons[S, A] tailOption\", AffineTraversalTests(tailOp(ev)).affineTraversal.props: _*)\n}\n\nobject ConsTests {\n  @inline def apply[S, A]: ConsTests[S, A] = new ConsTests[S, A] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/AnAffineTraversalTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.AnAffineTraversal\nimport proptics.law.AnAffineTraversalLaws\n\ntrait AnAffineTraversalTests[S, A] extends Laws {\n  def laws: AnAffineTraversalLaws[S, A]\n\n  def anAffineTraversal(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"AffineTraversal\",\n      \"respectPurity\" -> forAll(laws.respectPurity[Option] _),\n      \"consistentFoci\" -> forAll((s: S, f: A => A, g: A => A) => laws.consistentFoci(s, f, g)),\n      \"viewOrModifySet\" -> forAll(laws.getSet _),\n      \"previewSet\" -> forAll((s: S, a: A) => laws.previewSet(s, a)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject AnAffineTraversalTests {\n  def apply[S, A](_anAffineTraversal: AnAffineTraversal[S, A]): AnAffineTraversalTests[S, A] =\n    new AnAffineTraversalTests[S, A] { def laws: AnAffineTraversalLaws[S, A] = AnAffineTraversalLaws[S, A](_anAffineTraversal) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/First.scala","text":"package proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.apply._\nimport cats.syntax.option._\nimport cats.syntax.order._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\n\n\/** [[cats.Semigroup]] where `combine` always takes the first option *\/\nfinal case class First[A](runFirst: Option[A]) extends AnyVal\n\nabstract class FirstInstances {\n  implicit final def eqFirst[A: Eq]: Eq[First[A]] = new Eq[First[A]] {\n    override def eqv(x: First[A], y: First[A]): Boolean =\n      (x.runFirst, y.runFirst).mapN(_ === _).getOrElse(false)\n  }\n\n  implicit final def ordFirst[A: Order]: Order[First[A]] = new Order[First[A]] {\n    override def compare(x: First[A], y: First[A]): Int = x.runFirst.compare(y.runFirst)\n  }\n\n  implicit final def showFirst[A: Show]: Show[First[A]] = new Show[First[A]] {\n    override def show(t: First[A]): String = s\"(First ${t.runFirst.show})\"\n  }\n\n  implicit final def semigroupFirst[A]: Semigroup[First[A]] = new Semigroup[First[A]] {\n    def combine(x: First[A], y: First[A]): First[A] = First(x.runFirst orElse y.runFirst)\n  }\n\n  implicit final def monoidFirst[A]: Monoid[First[A]] = new Monoid[First[A]] {\n    def empty: First[A] = First(None)\n\n    def combine(x: First[A], y: First[A]): First[A] = semigroupFirst.combine(x, y)\n  }\n\n  implicit final def functorFirst: Functor[First] = new Functor[First] {\n    override def map[A, B](fa: First[A])(f: A => B): First[B] = First(fa.runFirst.map(f))\n  }\n\n  implicit final def applyFirst: Apply[First] = new Apply[First] {\n    override def ap[A, B](ff: First[A => B])(fa: First[A]): First[B] =\n      First((ff.runFirst, fa.runFirst).mapN(_(_)))\n\n    override def map[A, B](fa: First[A])(f: A => B): First[B] = functorFirst.fmap(fa)(f)\n  }\n\n  implicit final def applicativeFirst: Applicative[First] = new Applicative[First] {\n    override def pure[A](x: A): First[A] = First(x.some)\n\n    override def ap[A, B](ff: First[A => B])(fa: First[A]): First[B] = applyFirst.ap(ff)(fa)\n  }\n\n  implicit final def bindFirst: FlatMap[First] = new FlatMap[First] {\n    override def flatMap[A, B](fa: First[A])(f: A => First[B]): First[B] = First(fa.runFirst.flatMap(f(_).runFirst))\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => First[Either[A, B]]): First[B] =\n      f(a).runFirst match {\n        case Some(Right(value)) => First(value.some)\n        case Some(Left(value)) => tailRecM(value)(f)\n        case _ => First(None)\n      }\n\n    override def map[A, B](fa: First[A])(f: A => B): First[B] = functorFirst.fmap(fa)(f)\n  }\n\n  implicit final def monadFirst: Monad[First] = new Monad[First] {\n    override def pure[A](x: A): First[A] = applicativeFirst.pure(x)\n\n    override def flatMap[A, B](fa: First[A])(f: A => First[B]): First[B] = bindFirst.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => First[scala.Either[A, B]]): First[B] = bindFirst.tailRecM(a)(f)\n  }\n}\n\nobject First extends FirstInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/Json.scala","text":"package proptics.specs\n\nimport cats.Eq\nimport cats.syntax.eq._\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.{Arbitrary, Gen}\n\nsealed trait Json\ncase class JNull() extends Json\ncase class JString(value: String) extends Json\ncase class JNumber(value: Double) extends Json\n\nobject Json {\n  implicit val eqJson: Eq[Json] = new Eq[Json] {\n    override def eqv(x: Json, y: Json): Boolean = (x, y) match {\n      case (JNull(), JNull()) => true\n      case (JString(v1), JString(v2)) => v1 === v2\n      case (JNumber(v1), JNumber(v2)) => v1 === v2\n      case _ => false\n    }\n  }\n\n  implicit val jNullArb: Arbitrary[JNull] = Arbitrary(Gen.const(JNull()))\n  implicit val jStringArb: Arbitrary[JString] = Arbitrary(arbitrary[String].map(JString))\n  implicit val jNumberArb: Arbitrary[JNumber] = Arbitrary(arbitrary[Double].map(JNumber))\n  implicit val arbitraryJson: Arbitrary[Json] =\n    Arbitrary(\n      Gen.oneOf(\n        jNullArb.arbitrary,\n        jStringArb.arbitrary,\n        jNumberArb.arbitrary\n      ))\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/LensTests.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.Lens\nimport proptics.law.LensLaws\n\ntrait LensTests[S, I, A] extends Laws {\n  def laws(i: I): LensLaws[S, A]\n\n  def lens(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbI: Arbitrary[I], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Lens\",\n      \"setView\" -> forAll((i: I, s: S) => laws(i).setGet(s)),\n      \"viewSet\" -> forAll((i: I, s: S, a: A) => laws(i).getSet(s, a)),\n      \"setSet\" -> forAll((i: I, s: S, a: A) => laws(i).setSet(s, a)),\n      \"overIdentity\" -> forAll((i: I, s: S) => laws(i).overIdentity(s)),\n      \"composeOver\" -> forAll((i: I, s: S, f: A => A, g: A => A) => laws(i).composeOver(s)(f)(g)),\n      \"composeSourceLens\" -> forAll((i: I, s: S) => laws(i).composeSourceLens(s)),\n      \"composeFocusLens\" -> forAll((i: I, s: S, a: A) => laws(i).composeFocusLens(s, a))\n    )\n}\n\nobject LensTests {\n  def apply[S, A](_iso: Lens[S, A]): LensTests[S, Unit, A] = new LensTests[S, Unit, A] {\n    def laws(unit: Unit): LensLaws[S, A] = LensLaws[S, A](_iso)\n  }\n\n  def apply[S, I, A](f: I => Lens[S, A]): LensTests[S, I, A] = new LensTests[S, I, A] {\n    def laws(i: I): LensLaws[S, A] = LensLaws[S, A](f(i))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/WanderLaws.scala","text":"package proptics.law\n\nimport proptics.profunctor.Wander\n\ntrait WanderLaws[F[_, _]] {\n  implicit def F: Wander[F]\n}\n\nobject WanderLaws {\n  def apply[F[_, _]](implicit ev: Wander[F]): WanderLaws[F] =\n    new WanderLaws[F] { def F: Wander[F] = ev }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/MarketSpec.scala","text":"<reponame>amitksingh1490\/Proptics<gh_stars>0\npackage proptics.specs\n\nimport cats.Eq\nimport cats.laws.discipline.{ExhaustiveCheck, FunctorTests, MiniInt, ProfunctorTests}\nimport cats.syntax.either._\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.internal.Market\nimport proptics.internal.Market._\nimport proptics.law.discipline.ChoiceTests\n\nclass MarketSpec extends PropticsSuite {\n  implicit def eqMarket0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, Int, Int]] = Eq.instance[Market[Int, Int, Int, Int]] { (market1, market2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      market1.viewOrModify(int) === market2.viewOrModify(int) && market1.review(int) === market2.review(int)\n    }\n  }\n  implicit def eqMarket1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, (Int, Int), Int]] = Eq.instance[Market[Int, Int, (Int, Int), Int]] { (market1, market2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      market1.viewOrModify((int, int)) === market2.viewOrModify((int, int)) && market1.review(int) === market2.review(int)\n    }\n  }\n\n  implicit def eqMarket2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, (Int, Int), (Int, Int)]] =\n    Eq.instance[Market[Int, Int, (Int, Int), (Int, Int)]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify((int, int)) === market2.viewOrModify((int, int)) && market1.review(int) === market2.review(int)\n      }\n    }\n\n  implicit def eqMarket3(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, (Int, (Int, Int)), (Int, (Int, Int))]] =\n    Eq.instance[Market[Int, Int, (Int, (Int, Int)), (Int, (Int, Int))]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify((int, (int, int))) === market2.viewOrModify((int, (int, int))) && market1.review(int) === market2.review(int)\n\n      }\n    }\n\n  implicit def eqMarket4(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, ((Int, Int), Int), ((Int, Int), Int)]] =\n    Eq.instance[Market[Int, Int, ((Int, Int), Int), ((Int, Int), Int)]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify(((int, int), int)) === market2.viewOrModify(((int, int), int)) && market1.review(int) === market2.review(int)\n\n      }\n    }\n\n  implicit def eqMarket5(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, Int, Either[Int, Int]]] =\n    Eq.instance[Market[Int, Int, Int, Either[Int, Int]]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify(int) === market2.viewOrModify(int) && market1.review(int) === market2.review(int)\n\n      }\n    }\n\n  implicit def eqMarket6(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, Either[Int, Int], Either[Int, Int]]] =\n    Eq.instance[Market[Int, Int, Either[Int, Int], Either[Int, Int]]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify(int.asRight[Int]) === market2.viewOrModify(int.asRight[Int]) && market1.review(int) === market2.review(int)\n\n      }\n    }\n\n  implicit def eqMarket7(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] =\n    Eq.instance[Market[Int, Int, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify(int.asRight[Either[Int, Int]]) === market2.viewOrModify(int.asRight[Either[Int, Int]]) && market1.review(int) === market2.review(int)\n      }\n    }\n\n  implicit def eqMarket8(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Market[Int, Int, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] =\n    Eq.instance[Market[Int, Int, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] { (market1, market2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        market1.viewOrModify(int.asLeft[Either[Int, Int]]) === market2.viewOrModify(int.asLeft[Either[Int, Int]]) && market1.review(int) === market2.review(int)\n      }\n    }\n\n  checkAll(\"Functor Market[Int, Int, Int, Int]\", FunctorTests[Market[Int, Int, Int, *]].functor[Int, Int, Int])\n  checkAll(\"Profunctor Market[Int, Int, Int, Int]\", ProfunctorTests[Market[Int, Int, *, *]].profunctor[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Choice Market[Int, Int, Int, Int]\", ChoiceTests[Market[Int, Int, *, *]].choice[Int, Int, Int, Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/IndexedFold.scala","text":"package proptics\n\nimport scala.Function.const\nimport scala.annotation.tailrec\nimport scala.reflect.ClassTag\n\nimport cats.data.State\nimport cats.syntax.eq._\nimport cats.syntax.monoid._\nimport cats.syntax.option._\nimport cats.{Eq, Eval, Foldable, Id, Later, Monoid, Order}\nimport spire.algebra.lattice.Heyting\nimport spire.algebra.{AdditiveMonoid, MultiplicativeMonoid, Ring}\nimport spire.std.boolean._\n\nimport proptics.data.{Additive, Conj, Disj, Dual, Endo, First, Last, Multiplicative}\nimport proptics.indices.FoldableWithIndex\nimport proptics.internal.{Forget, Indexed}\nimport proptics.rank2types.Rank2TypeIndexedFoldLike\nimport proptics.syntax.function._\nimport proptics.syntax.tuple._\n\n\/** A [[IndexedFold_]] is a generalization of something Foldable. It describes how to retrieve multiple values and thier indices.\n  *\n  * A [[IndexedFold_]] is similar to a [[IndexedTraversal_]], but it cannot modify its foci.\n  *\n  * An [[IndexedFold_]] is an indexed optic with fixed type [[proptics.internal.Forget]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam I the index of an [[IndexedFold_]]\n  * @tparam S the source of an [[IndexedFold_]]\n  * @tparam T the modified source of an [[IndexedFold_]]\n  * @tparam A the foci of an [[IndexedFold_]]\n  * @tparam B the modified foci of an [[IndexedFold_]]\n  *\/\nabstract class IndexedFold_[I, S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, A, B]): Forget[R, S, T]\n\n  \/** synonym to [[fold]] *\/\n  final def view(s: S)(implicit ev: Monoid[A]): A = fold(s)\n\n  \/** collect all the foci and indices of an [[IndexedFold_]] into aList *\/\n  final def viewAll(s: S): List[(A, I)] = foldMap(s)(List(_))\n\n  \/** view the first focus and index of an [[IndexedFold_]], if there is any *\/\n  final def preview(s: S): Option[(A, I)] = foldMap(s)(ai => First(ai.some)).runFirst\n\n  \/** map each focus of an [[IndexedFold_]] to a [[cats.Monoid]], and combine the results *\/\n  final def foldMap[R: Monoid](s: S)(f: ((A, I)) => R): R = self[R](Indexed(Forget(f))).runForget(s)\n\n  \/** fold the foci of a [[IndexedFold_]] using a [[cats.Monoid]] *\/\n  final def fold(s: S)(implicit ev: Monoid[A]): A = foldMap(s)(_._1)\n\n  \/** fold the foci of an [[IndexedFold_]] using a binary operator, going right to left *\/\n  final def foldRight[R](s: S)(r: R)(f: ((A, I), R) => R): R = foldMap(s)(Endo[* => *, R] _ compose f.curried).runEndo(r)\n\n  \/** fold the foci of an [[IndexedFold_]] using a binary operator, going left to right *\/\n  final def foldLeft[R](s: S)(r: R)(f: (R, (A, I)) => R): R =\n    foldMap(s)(Dual[Endo[* => *, R]] _ compose Endo[* => *, R] compose f.curried.flip).runDual.runEndo(r)\n\n  \/** the sum of all foci of an [[IndexedFold_]] *\/\n  final def sum(s: S)(implicit ev: AdditiveMonoid[A]): A =\n    foldMap(s)(Additive[A] _ compose Tuple2._1).runAdditive\n\n  \/** the product of all foci of an [[IndexedFold_]] *\/\n  final def product(s: S)(implicit ev: MultiplicativeMonoid[A]): A =\n    foldMap(s)(Multiplicative[A] _ compose Tuple2._1).runMultiplicative\n\n  \/** test whether there is no focus or a predicate holds for all foci and indices of an [[IndexedFold_]] *\/\n  final def forall(f: ((A, I)) => Boolean): S => Boolean = s => forall(s)(f)\n\n  \/** test whether there is no focus or a predicate holds for all foci and indices of an [[IndexedFold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: ((A, I)) => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** return the result of a conjunction of all foci of an [[IndexedFold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def and(s: S)(implicit ev: Heyting[A]): A = forall(s)(_._1)\n\n  \/** return the result of a disjunction of all foci of an [[IndexedFold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def or(s: S)(implicit ev: Heyting[A]): A = any[Id, A](s)(_._1)\n\n  \/** test whether a predicate holds for any focus and index of an [[IndexedFold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def any[F[_], R: Heyting](s: S)(f: ((A, I)) => R): R = foldMap(s)(Disj[R] _ compose f).runDisj\n\n  \/** test whether a predicate holds for any focus and index of an [[IndexedFold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def exists(f: ((A, I)) => Boolean): S => Boolean = s => any[Disj, Boolean](s)(f)\n\n  \/** test whether a predicate does not hold for any focus and index of an [[IndexedFold_]] *\/\n  final def notExists(f: ((A, I)) => Boolean): S => Boolean = !exists(f)(_)\n\n  \/** test whether a focus at specific index of an [[IndexedFold_]] contains a given value *\/\n  final def contains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a focus at specific index of an [[IndexedFold_]] does not contain a given value *\/\n  final def notContains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = !contains(a)(s)\n\n  \/** check if the [[IndexedFold_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[IndexedFold_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** the number of foci of an [[IndexedFold_]] *\/\n  final def length(s: S): Int = foldMap(s)(const(1))\n\n  \/** find the first focus and index of an [[IndexedFold_]] that satisfies a predicate, if there is any *\/\n  final def find(f: ((A, I)) => Boolean): S => Option[(A, I)] = s => foldRight[Option[(A, I)]](s)(None)((ia, op) => op.fold(if (f(ia)) ia.some else None)(Some[(A, I)]))\n\n  \/** synonym for [[preview]] *\/\n  final def first(s: S): Option[(A, I)] = preview(s)\n\n  \/** find the last focus and index of an [[IndexedFold_]] that satisfies a predicate, if there is any *\/\n  final def last(s: S): Option[(A, I)] = foldMap(s)(ai => Last(ai.some)).runLast\n\n  \/** the minimum of all foci of an [[IndexedFold_]], if there is any *\/\n  final def minimum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.min)\n\n  \/** the maximum of all foci of an `R`, if there is any *\/\n  final def maximum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.max)\n\n  \/** collect all the foci of an [[IndexedFold_]] into an Array *\/\n  final def toArray(s: S)(implicit ev0: ClassTag[A]): Array[A] = toList(s).toArray\n\n  \/** collect all the foci of an [[IndexedFold_]] into aList *\/\n  final def toList(s: S): List[A] = foldMap(s) { case (a, _) => List(a) }\n\n  \/** view the focus and the index of an [[IndexedFold_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, List[(A, I)]] = ev.inspect(viewAll)\n\n  \/** synonym to [[asFold]] *\/\n  final def unIndex: Fold_[S, T, A, B] = asFold\n\n  \/** remap the index, resulting in a change of type to the full structure *\/\n  final def reindex[J](f: I => J): IndexedFold_[J, S, T, A, B] = new IndexedFold_[J, S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, A, B]): Forget[R, S, T] =\n      self(indexed.reindex[I](f)(Forget.profunctorForget[R]))\n  }\n\n  \/** transform an [[IndexedFold_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget compose Tuple2._1))\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.preview(a).fold(Monoid[R].empty)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) })\n  }\n\n  \/** compose a [[IndexedFold_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): IndexedFold_[I, S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose an [[IndexedFold_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.foldMap(a)(c => indexed.runIndex.runForget((c, i))) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view compose Tuple2._1))\n  }\n\n  \/** compose [[IndexedFold_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a)._1, i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedLens_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view compose Tuple2._1))\n  }\n\n  \/** compose [[IndexedFold_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a)._1, i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, _) => other.foldMap(a)(indexed.runIndex.runForget) })\n  }\n\n  \/** compose [[IndexedFold_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.foldMap(a) { case (c, _) => indexed.runIndex.runForget((c, i)) } })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, _) => indexed.runIndex.runForget(other.view(a)) })\n  }\n\n  \/** compose [[IndexedFold_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedGetter_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a)._1, i)) })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, _) => other.foldMap(a)(indexed.runIndex.runForget) })\n  }\n\n  \/** compose [[IndexedFold_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) => other.foldMap(a) { case (c, _) => indexed.runIndex.runForget((c, i)) } })\n  }\n\n  \/** compose an [[IndexedFold_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedFold_]] with a function lifted to an [[IndexedGetter_]] *\/\n  final def toWithIndex[C, D](f: A => (C, I)): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(IndexedGetter_[I, A, B, C, D](f))\n\n  private def minMax(s: S)(f: (A, A) => A)(implicit ev: Order[A]): Option[A] =\n    foldRight[Option[A]](s)(None)((pair, op) => f(pair._1, op.getOrElse(pair._1)).some)\n}\n\nobject IndexedFold_ {\n  \/** create a polymorphic [[IndexedFold_]] from Rank2TypeIndexedFoldLike encoding *\/\n  private[proptics] def apply[I, S, T, A, B](f: Rank2TypeIndexedFoldLike[I, S, T, A, B])(implicit ev: DummyImplicit): IndexedFold_[I, S, T, A, B] =\n    new IndexedFold_[I, S, T, A, B] {\n      override def apply[R](indexed: Indexed[Forget[R, *, *], I, A, B])(implicit ev: Monoid[R]): Forget[R, S, T] = f(indexed)\n    }\n\n  \/** create a polymorphic [[IndexedFold_]] from a getter function *\/\n  final def apply[I, S, T, A, B](get: S => (A, I)): IndexedFold_[I, S, T, A, B] =\n    IndexedFold_(new Rank2TypeIndexedFoldLike[I, S, T, A, B] {\n      override def apply[R](indexed: Indexed[Forget[R, *, *], I, A, B])(implicit ev: Monoid[R]): Forget[R, S, T] =\n        Forget(indexed.runIndex.runForget compose get)\n    })\n\n  \/** create a polymorphic [[IndexedFold_]] by replicating the elements of a fold *\/\n  final def replicate[I, A, B](i: Int)(implicit ev: Ring[I]): IndexedFold_[I, A, B, A, B] = new IndexedFold_[I, A, B, A, B] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, A, B]): Forget[R, A, B] = {\n      @tailrec\n      def go(count: Int, i: I, acc: Eval[R], a: A): Eval[R] =\n        if (count === 0) acc\n        else go(count - 1, ev.plus(i, ev.one), acc.map(_ |+| indexed.runIndex.runForget((a, i))), a)\n\n      Forget(a => go(i, ev.zero, Later(Monoid[R].empty), a).value)\n    }\n  }\n\n  \/** create a polymorphic [[IndexedFold_]] from Foldable that has an index ot type Int *\/\n  final def fromFoldable[F[_], A, B](implicit ev0: Foldable[F]): IndexedFold_[Int, F[A], F[B], A, B] =\n    Fold_.fromFoldable[F, A, F[B], B].asIndexableFold\n\n  \/** create a polymorphic [[IndexedFold_]] from [[proptics.indices.FoldableWithIndex]] *\/\n  final def fromFoldableWithIndex[F[_], I, A, B](implicit ev: FoldableWithIndex[F, I]): IndexedFold_[I, F[A], F[B], A, B] = new IndexedFold_[I, F[A], F[B], A, B] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, A, B]): Forget[R, F[A], F[B]] =\n      Forget(fa => ev.foldMapWithIndex[A, R]((a, i) => indexed.runIndex.runForget((a, i)))(fa))\n  }\n\n  \/** create a polymorphic [[IndexedFold_]] using an unfold function *\/\n  final def unfold[I, S, T, A, B](f: S => Option[((A, I), S)]): IndexedFold_[I, S, T, A, B] =\n    IndexedFold_(unfoldRank2TypeIndexedFoldLike[I, S, T, A, B](f))\n\n  private[proptics] def unfoldRank2TypeIndexedFoldLike[I, S, T, A, B](f: S => Option[((A, I), S)]): Rank2TypeIndexedFoldLike[I, S, T, A, B] =\n    new Rank2TypeIndexedFoldLike[I, S, T, A, B] {\n      final def go[R](s: S, forget: Forget[R, (A, I), B])(implicit ev: Monoid[R]): R =\n        f(s).fold(ev.empty) { case (a, sn) => forget.runForget(a) |+| go(sn, forget) }\n\n      override def apply[R](indexed: Indexed[Forget[R, *, *], I, A, B])(implicit ev: Monoid[R]): Forget[R, S, T] =\n        Forget(go(_, indexed.runIndex))\n    }\n\n  \/** implicit conversion from [[IndexedLens_]] to [[IndexedFold_]] *\/\n  implicit def indexedLensToIndexedFold[I, S, T, A, B](indexedLens: IndexedLens_[I, S, T, A, B]): IndexedFold_[I, S, T, A, B] = indexedLens.asIndexedFold\n\n  \/** implicit conversion from [[AnIndexedLens_]] to [[IndexedFold_]] *\/\n  implicit def anIndexedLensToIndexedFold[I, S, T, A, B](anIndexedLens: AnIndexedLens_[I, S, T, A, B]): IndexedFold_[I, S, T, A, B] = anIndexedLens.asIndexedFold\n\n  \/** implicit conversion from [[Traversal_]] to [[IndexedFold_]] *\/\n  implicit def indexedTraversalToIndexedFold[I, S, T, A, B](indexedTraversal: IndexedTraversal_[I, S, T, A, B]): IndexedFold_[I, S, T, A, B] = indexedTraversal.asIndexedFold\n\n  \/** implicit conversion from [[IndexedGetter_]] to [[IndexedFold_]] *\/\n  implicit def indexedGetterToIndexedFold[I, S, T, A, B](indexedGetter: IndexedGetter_[I, S, T, A, B]): IndexedFold_[I, S, T, A, B] = indexedGetter.asIndexedFold\n}\n\nobject IndexedFold {\n  \/** create a monomorphic [[IndexedFold]] from a getter function *\/\n  final def apply[I, S, A](get: S => (A, I)): IndexedFold[I, S, A] = IndexedFold_(get)\n\n  \/** create a monomorphic [[IndexedFold]] using a predicate to filter out elements of future optics composed with this [[IndexedFold_]] *\/\n  final def filtered[I, A](predicate: ((A, I)) => Boolean): IndexedFold_[I, (A, I), (A, I), A, A] =\n    IndexedFold_(new Rank2TypeIndexedFoldLike[I, (A, I), (A, I), A, A] {\n      override def apply[R](indexed: Indexed[Forget[R, *, *], I, A, A])(implicit ev: Monoid[R]): Forget[R, (A, I), (A, I)] =\n        Forget { p =>\n          if (predicate(p)) indexed.runIndex.runForget((p._1, p._2))\n          else ev.empty\n        }\n    })\n\n  \/** create a monomorphic [[IndexedFold]] by replicating the elements of a fold *\/\n  final def replicate[I: Ring, A](i: Int): IndexedFold[I, A, A] = IndexedFold_.replicate(i)\n\n  \/** create a monomorphic [[IndexedFold]] from [[proptics.indices.FoldableWithIndex]] *\/\n  final def fromFoldableWithIndex[F[_], I, A](implicit ev: FoldableWithIndex[F, I]): IndexedFold[I, F[A], A] =\n    IndexedFold_.fromFoldableWithIndex[F, I, A, A]\n\n  \/** create a monomorphic [[IndexedFold]] from Foldable *\/\n  final def fromFoldable[F[_], A](implicit ev: Foldable[F]): IndexedFold[Int, F[A], A] = IndexedFold_.fromFoldable[F, A, A]\n\n  \/** create a monomorphic [[IndexedFold]] using an unfold function *\/\n  final def unfold[I, S, A](f: S => Option[((A, I), S)]): IndexedFold[I, S, A] = IndexedFold_.unfold(f)\n\n  \/** check to see if an [[IndexedFold]] matches one or more entries *\/\n  final def has[I, S, A](indexedFold: IndexedFold[I, S, A]): S => Boolean = indexedFold.nonEmpty\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/Field2Instances.scala","text":"package proptics.instances\n\nimport proptics.Lens\nimport proptics.typeclass.Field2\n\ntrait Field2Instances {\n  final def second[A, B](implicit ev: Field2[(A, B), B]): Lens[(A, B), B] = ev.second\n\n  implicit final def field2Tuple2[A, B]: Field2[(A, B), B] = new Field2[(A, B), B] {\n    override def second: Lens[(A, B), B] =\n      Lens[(A, B), B](_._2)(t => a => t.copy(_2 = a))\n  }\n\n  implicit final def field2Tuple3[A, B, C]: Field2[(A, B, C), B] = new Field2[(A, B, C), B] {\n    override def second: Lens[(A, B, C), B] =\n      Lens[(A, B, C), B](_._2)(t => a => t.copy(_2 = a))\n  }\n\n  implicit final def field2Tuple4[A, B, C, D]: Field2[(A, B, C, D), B] = new Field2[(A, B, C, D), B] {\n    override def second: Lens[(A, B, C, D), B] =\n      Lens[(A, B, C, D), B](_._2)(t => a => t.copy(_2 = a))\n  }\n\n  implicit final def field2Tuple5[A, B, C, D, E]: Field2[(A, B, C, D, E), B] = new Field2[(A, B, C, D, E), B] {\n    override def second: Lens[(A, B, C, D, E), B] =\n      Lens[(A, B, C, D, E), B](_._2)(t => a => t.copy(_2 = a))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Forget.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/internal\/Forget.scala\npackage proptics.internal\n\nimport scala.Function.const\n\nimport cats.arrow.{Profunctor, Strong}\nimport cats.data.Const\nimport cats.data.Const.catsDataApplicativeForConst\nimport cats.syntax.semigroup._\nimport cats.{Monoid, Semigroup}\n\nimport proptics.profunctor.{Choice, Cochoice, Traversing, Wander}\n\n\/** [[Forget]] is a [[cats.arrow.Profunctor]] that forgets the `B` value and returns an accumulated value of type `R`. *\/\nfinal case class Forget[R, A, B](runForget: A => R) extends AnyVal\n\nabstract class ForgetInstances {\n  implicit final def semigroupForget[R, A, B](implicit ev: Semigroup[R]): Semigroup[Forget[R, A, B]] = new Semigroup[Forget[R, A, B]] {\n    override def combine(x: Forget[R, A, B], y: Forget[R, A, B]): Forget[R, A, B] =\n      Forget(r => x.runForget(r) |+| y.runForget(r))\n  }\n\n  implicit final def monoidForget[R, A, B](implicit ev: Monoid[R]): Monoid[Forget[R, A, B]] = new Monoid[Forget[R, A, B]] {\n    override def empty: Forget[R, A, B] = Forget(const(ev.empty))\n\n    override def combine(x: Forget[R, A, B], y: Forget[R, A, B]): Forget[R, A, B] =\n      semigroupForget[R, A, B].combine(x, y)\n  }\n\n  implicit final def profunctorForget[R]: Profunctor[Forget[R, *, *]] = new Profunctor[Forget[R, *, *]] {\n    override def dimap[A, B, C, D](fab: Forget[R, A, B])(f: C => A)(g: B => D): Forget[R, C, D] =\n      Forget(fab.runForget compose f)\n  }\n\n  implicit final def choiceForget[R](implicit ev: Monoid[R]): Choice[Forget[R, *, *]] = new Choice[Forget[R, *, *]] {\n    override def left[A, B, C](pab: Forget[R, A, B]): Forget[R, Either[A, C], Either[B, C]] =\n      Forget(_.fold(pab.runForget, const(ev.empty)))\n\n    override def right[A, B, C](pab: Forget[R, A, B]): Forget[R, Either[C, A], Either[C, B]] =\n      Forget(_.fold(const(ev.empty), pab.runForget))\n\n    override def dimap[A, B, C, D](fab: Forget[R, A, B])(f: C => A)(g: B => D): Forget[R, C, D] =\n      profunctorForget.dimap(fab)(f)(g)\n  }\n\n  implicit final def strongForget[R](implicit ev: Profunctor[Forget[R, *, *]]): Strong[Forget[R, *, *]] = new Strong[Forget[R, *, *]] {\n    override def first[A, B, C](fa: Forget[R, A, B]): Forget[R, (A, C), (B, C)] =\n      Forget { case (a, _) => fa.runForget(a) }\n\n    override def second[A, B, C](fa: Forget[R, A, B]): Forget[R, (C, A), (C, B)] =\n      Forget { case (_, a) => fa.runForget(a) }\n\n    override def dimap[A, B, C, D](fab: Forget[R, A, B])(f: C => A)(g: B => D): Forget[R, C, D] =\n      ev.dimap(fab)(f)(g)\n  }\n\n  implicit final def cochoiceForget[R](implicit ev: Monoid[R]): Cochoice[Forget[R, *, *]] = new Cochoice[Forget[R, *, *]] {\n    override def unleft[A, B, C](p: Forget[R, Either[A, C], Either[B, C]]): Forget[R, A, B] =\n      Forget(p.runForget compose Left[A, C])\n\n    override def dimap[A, B, C, D](fab: Forget[R, A, B])(f: C => A)(g: B => D): Forget[R, C, D] =\n      profunctorForget.dimap(fab)(f)(g)\n\n  }\n\n  implicit final def wanderForget[R: Monoid]: Wander[Forget[R, *, *]] = new Wander[Forget[R, *, *]] {\n    override def wander[S, T, A, B](traversing: Traversing[S, T, A, B])(pab: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(traversing[Const[R, *]](Const[R, B] _ compose pab.runForget)(_).getConst)\n\n    override def first[A, B, C](fa: Forget[R, A, B]): Forget[R, (A, C), (B, C)] =\n      strongForget[R](profunctorForget).first(fa)\n\n    override def second[A, B, C](fa: Forget[R, A, B]): Forget[R, (C, A), (C, B)] =\n      strongForget[R](profunctorForget).second(fa)\n\n    override def left[A, B, C](pab: Forget[R, A, B]): Forget[R, Either[A, C], Either[B, C]] =\n      choiceForget[R].left(pab)\n\n    override def right[A, B, C](pab: Forget[R, A, B]): Forget[R, Either[C, A], Either[C, B]] =\n      choiceForget[R].right(pab)\n\n    override def dimap[A, B, C, D](fab: Forget[R, A, B])(f: C => A)(g: B => D): Forget[R, C, D] =\n      profunctorForget.dimap(fab)(f)(g)\n  }\n}\n\nobject Forget extends ForgetInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/FunctorWithIndexSpec0.scala","text":"<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/FunctorWithIndexSpec0.scala\npackage proptics.specs\n\nimport scala.collection.immutable.ListMap\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyMap, NonEmptyVector, OneAnd}\nimport cats.instances.int._\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.instances.functorWithIndex._\nimport proptics.law.discipline.FunctorWithIndexTests\n\nprivate[specs] trait FunctorWithIndexSpec0 extends PropticsSuite {\n  checkAll(\"FunctorWithIndexSpec[Option, Unit]\", FunctorWithIndexTests[Option, Unit].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[Vector, Int]\", FunctorWithIndexTests[Vector, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[List, Int]\", FunctorWithIndexTests[List, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[ListMap[Int, *], Int]\", FunctorWithIndexTests[ListMap[Int, *], Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[Map[Int, *], Int]\", FunctorWithIndexTests[Map[Int, *], Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[Chain, Int]\", FunctorWithIndexTests[Chain, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[NonEmptyVector, Int]\", FunctorWithIndexTests[NonEmptyVector, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[NonEmptyList, Int]\", FunctorWithIndexTests[NonEmptyList, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[NonEmptyChain, Int]\", FunctorWithIndexTests[NonEmptyChain, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[OneAnd, Int]\", FunctorWithIndexTests[OneAnd[List, *], Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndexSpec[NonEmptyMap, Int]\", FunctorWithIndexTests[NonEmptyMap[Int, *], Int].functorWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/Fold.scala","text":"package proptics\n\nimport scala.Function.const\nimport scala.annotation.tailrec\nimport scala.reflect.ClassTag\n\nimport cats.data.State\nimport cats.syntax.bifoldable._\nimport cats.syntax.eq._\nimport cats.syntax.monoid._\nimport cats.syntax.option._\nimport cats.{Bifoldable, Eq, Eval, Foldable, Later, Monoid, Order}\nimport spire.algebra.lattice.Heyting\nimport spire.algebra.{MultiplicativeMonoid, Semiring}\nimport spire.std.boolean._\n\nimport proptics.data.First._\nimport proptics.data.{Additive, Conj, Disj, Dual, Endo, First, Last, Multiplicative}\nimport proptics.internal.{Forget, Indexed}\nimport proptics.rank2types.{Rank2TypeFoldLike, Rank2TypeIndexedFoldLike}\nimport proptics.syntax.fold._\nimport proptics.syntax.function._\n\n\/** A [[Fold_]] is a generalization of something Foldable. It describes how to retrieve multiple values.\n  *\n  * A [[Fold_]] is similar to a [[Traversal_]], but it cannot modify its foci.\n  *\n  * A [[Fold_]] is an Optic with fixed type [[proptics.internal.Forget]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam S the source of a [[Fold_]]\n  * @tparam T the modified source of a [[Fold_]]\n  * @tparam A the foci of a [[Fold_]]\n  * @tparam B the modified foci of a [[Fold_]]\n  *\/\nabstract class Fold_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T]\n\n  \/** synonym to [[fold]] *\/\n  final def view(s: S)(implicit ev: Monoid[A]): A = fold(s)\n\n  \/** collect all the foci of a [[Fold_]] into aList *\/\n  final def viewAll(s: S): List[A] = foldMap(s)(List(_))\n\n  \/** view the first focus of a [[Fold_]], if there is any *\/\n  final def preview(s: S): Option[A] = foldMap(s)(a => First(a.some)).runFirst\n\n  \/** map each focus of a [[Fold_]] to a [[cats.Monoid]], and combine the results *\/\n  def foldMap[R: Monoid](s: S)(f: A => R): R = self(Forget(f)).runForget(s)\n\n  \/** fold the foci of a [[Fold_]] using a [[cats.Monoid]] *\/\n  final def fold(s: S)(implicit ev: Monoid[A]): A = foldMap(s)(identity)\n\n  \/** fold the foci of a [[Fold_]] using a binary operator, going right to left *\/\n  final def foldRight[R](s: S)(r: R)(f: (A, R) => R): R = foldMap(s)(Endo[* => *, R] _ compose f.curried).runEndo(r)\n\n  \/** fold the foci of a [[Fold_]] using a binary operator, going left to right *\/\n  final def foldLeft[R](s: S)(r: R)(f: (R, A) => R): R =\n    foldMap(s)(Dual[Endo[* => *, R]] _ compose Endo[* => *, R] compose f.curried.flip).runDual.runEndo(r)\n\n  \/** the sum of all foci of a [[Fold_]] *\/\n  final def sum(s: S)(implicit ev: Semiring[A]): A = foldMap(s)(Additive.apply).runAdditive\n\n  \/** the product of all foci of a [[Fold_]] *\/\n  final def product(s: S)(implicit ev: MultiplicativeMonoid[A]): A =\n    foldMap(s)(Multiplicative.apply).runMultiplicative\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[Fold_]] *\/\n  final def forall(f: A => Boolean): S => Boolean = forall(_)(f)\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[Fold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** return the result of a conjunction of all foci of a [[Fold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def and(s: S)(implicit ev: Heyting[A]): A = forall(s)(identity)\n\n  \/** returns the result of a disjunction of all foci of a [[Fold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def or(s: S)(implicit ev: Heyting[A]): A = any[A](s)(identity)\n\n  \/** test whether a predicate holds for any focus of a [[Fold_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def any[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Disj[R] _ compose f).runDisj\n\n  \/** test whether a predicate holds for any foci of a [[Fold_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = any[Boolean](_)(f)\n\n  \/** test whether a predicate does not hold for the foci of a [[Fold_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = !exists(f)(_)\n\n  \/** test whether a [[Fold_]] contains a specific focus *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a [[Fold_]] does not contain a specific focus *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** check if the [[Fold_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[Fold_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** the number of foci of a [[Fold_]] *\/\n  final def length(s: S): Int = foldMap(s)(const(1))\n\n  \/** find the first focus of a [[Fold_]] that satisfies a predicate, if there is any *\/\n  final def find(f: A => Boolean): S => Option[A] =\n    foldRight[Option[A]](_)(None)((a, op) => op.fold(if (f(a)) a.some else None)(Some[A]))\n\n  \/** find the first focus of a [[Fold_]], if there is any. Synonym for preview *\/\n  final def first(s: S): Option[A] = preview(s)\n\n  \/** find the last focus of a [[Fold_]], if there is any *\/\n  final def last(s: S): Option[A] = foldMap(s)(a => Last(a.some)).runLast\n\n  \/** the minimum of all foci of a [[Fold_]], if there is any *\/\n  final def minimum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.min)\n\n  \/** the maximum of all foci of a [[Fold_]], if there is any *\/\n  final def maximum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.max)\n\n  \/** collect all the foci of a [[Fold_]] into an Array *\/\n  final def toArray[AA >: A](s: S)(implicit ev: ClassTag[AA]): Array[AA] = toList(s).toArray\n\n  \/** synonym to [[viewAll]] *\/\n  final def toList(s: S): List[A] = viewAll(s)\n\n  \/** collect all the foci of a [[Fold_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, List[A]] = ev.inspect(viewAll)\n\n  \/** convert a [[Fold_]] to an [[IndexedFold_]] by using the integer positions as indices *\/\n  final def asIndexableFold: IndexedFold_[Int, S, T, A, B] =\n    IndexedFold_(new Rank2TypeIndexedFoldLike[Int, S, T, A, B] {\n      override def apply[R](indexed: Indexed[Forget[R, *, *], Int, A, B])(implicit ev1: Monoid[R]): Forget[R, S, T] = {\n        val runForget: ((A, Int)) => R = indexed.runIndex.runForget\n        Forget[R, S, T] { s =>\n          self\n            .foldLeft(s)((0, ev1.empty)) { case ((i, r), a) =>\n              (i + 1, r |+| runForget((a, i)))\n            }\n            ._2\n        }\n      }\n    })\n\n  \/** compose a [[Fold_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      self(other(forget)(Forget.profunctorForget))\n  }\n\n  \/** compose a [[Fold_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asIso\n\n  \/** compose a [[Fold_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Fold_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asLens\n\n  \/** compose a [[Fold_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Fold_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asPrism\n\n  \/** compose a [[Fold_]] with a [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Fold_]] with a [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.viewOrModify(_).fold(const(Monoid.empty[R]), forget.runForget)))\n  }\n\n  \/** compose a [[Fold_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Fold_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asTraversal\n\n  \/** compose a [[Fold_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asFold\n\n  \/** compose a [[Fold_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Fold_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose a [[Fold_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Fold_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(s => self.foldMap(s)(indexed.runIndex.runForget compose other.view))\n  }\n\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose a [[Fold_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  \/** compose a [[Fold_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose a [[Fold_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  private[proptics] def minMax(s: S)(f: (A, A) => A): Option[A] =\n    foldLeft[Option[A]](s)(None)((op, a) => f(a, op.getOrElse(a)).some)\n}\n\nobject Fold_ {\n  \/** create a polymorphic [[Fold_]] from Rank2TypeFoldLike encoding *\/\n  private[proptics] def apply[S, T, A, B](f: Rank2TypeFoldLike[S, T, A, B]): Fold_[S, T, A, B] = new Fold_[S, T, A, B] { self =>\n    override def apply[R](forget: Forget[R, A, B])(implicit ev: Monoid[R]): Forget[R, S, T] = f(forget)\n  }\n\n  \/** create a polymorphic [[Fold_]] from a getter function *\/\n  final def apply[S, T, A, B](get: S => A): Fold_[S, T, A, B] =\n    Fold_(fromGetRank2TypeFoldLike[S, T, A, B](get))\n\n  \/** create a polymorphic [[Fold_]] using a predicate to filter out elements of future optics composed with this [[Fold_]] *\/\n  final def filter[A](predicate: A => Boolean): Fold_[A, A, A, A] =\n    Fold_[A, A, A, A](new Rank2TypeFoldLike[A, A, A, A] {\n      override def apply[R](forget: Forget[R, A, A])(implicit ev: Monoid[R]): Forget[R, A, A] =\n        Forget { a =>\n          if (predicate(a)) forget.runForget(a)\n          else ev.empty\n        }\n    })\n\n  \/** create a polymorphic [[Fold_]] by replicating the elements of a fold *\/\n  final def replicate[A, B](i: Int): Fold_[A, B, A, B] = Fold_(replicateRank2TypeFoldLike[A, B, B](i))\n\n  \/** create a polymorphic [[Fold_]] from [[cats.Foldable]] *\/\n  final def fromFoldable[F[_], A, B, T](implicit ev0: Foldable[F]): Fold_[F[A], B, A, T] = new Fold_[F[A], B, A, T] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, T]): Forget[R, F[A], B] =\n      Forget(ev0.foldMap(_)(forget.runForget))\n\n    override def foldMap[R](s: F[A])(f: A => R)(implicit ev: Monoid[R]): R = ev0.foldMap(s)(f)\n  }\n\n  \/** create a polymorphic [[Fold_]] using an unfold function *\/\n  final def unfold[S, T, A, B](f: S => Option[(A, S)]): Fold_[S, T, A, B] = Fold_(unfoldRank2TypeFoldLike[S, T, A, B](f))\n\n  \/** fold both parts of a Bifoldable with matching types *\/\n  final def both[G[_, _]: Bifoldable, A, B]: Fold_[G[A, A], G[B, B], A, B] =\n    Fold_(new Rank2TypeFoldLike[G[A, A], G[B, B], A, B] {\n      override def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, G[A, A], G[B, B]] = {\n        val fold: (R, A) => R = (r, a) => r |+| forget.runForget(a)\n\n        Forget(_.bifoldLeft(Monoid[R].empty)(fold, fold))\n      }\n    })\n\n  \/** polymorphic identity of a [[Fold_]] *\/\n  final def id[S, T]: Fold_[S, T, S, T] = Fold_[S, T, S, T] { s: S => s }\n\n  private[proptics] def fromGetRank2TypeFoldLike[S, T, A, B](get: S => A): Rank2TypeFoldLike[S, T, A, B] = new Rank2TypeFoldLike[S, T, A, B] {\n    override def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] = liftForget[R, S, T, A, B](get)(forget)\n  }\n\n  private[proptics] def replicateRank2TypeFoldLike[A, B, T](i: Int): Rank2TypeFoldLike[A, B, A, T] = new Rank2TypeFoldLike[A, B, A, T] {\n    override def apply[R: Monoid](forget: Forget[R, A, T]): Forget[R, A, B] = {\n      @tailrec\n      def go(i: Int, acc: Eval[R], rr: R): Eval[R] =\n        if (i === 0) acc\n        else go(i - 1, acc.map(_ |+| rr), rr)\n\n      Forget(a => go(i, Later(Monoid[R].empty), forget.runForget(a)).value)\n    }\n  }\n\n  private[proptics] def unfoldRank2TypeFoldLike[S, T, A, B](f: S => Option[(A, S)]): Rank2TypeFoldLike[S, T, A, B] = new Rank2TypeFoldLike[S, T, A, B] {\n    @tailrec\n    def go[R](s: S, acc: Eval[R], forget: Forget[R, A, B])(implicit ev: Monoid[R]): Eval[R] =\n      f(s) match {\n        case None => acc\n        case Some((a, sn)) => go(sn, acc.map(_ |+| forget.runForget(a)), forget)\n      }\n\n    override def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(s => go(s, Later(Monoid.empty[R]), forget).value)\n  }\n\n  private[proptics] def liftForget[R, S, T, A, B](f: S => A): Forget[R, A, B] => Forget[R, S, T] =\n    forget => Forget(forget.runForget compose f)\n\n  \/** implicit conversion from [[Lens_]] to [[Fold_]] *\/\n  implicit final def lensToFold[S, T, A, B](lens: Lens_[S, T, A, B]): Fold_[S, T, A, B] = lens.asFold\n\n  \/** implicit conversion from [[ALens_]] to [[Fold_]] *\/\n  implicit final def aLensToFold[S, T, A, B](aLens: ALens_[S, T, A, B]): Fold_[S, T, A, B] = aLens.asFold\n\n  \/** implicit conversion from [[Prism_]] to [[Fold_]] *\/\n  implicit final def prismToFold[S, T, A, B](prism: Prism_[S, T, A, B]): Fold_[S, T, A, B] = prism.asFold\n\n  \/** implicit conversion from [[APrism_]] to [[Fold_]] *\/\n  implicit final def aPrismToFold[S, T, A, B](aPrism: APrism_[S, T, A, B]): Fold_[S, T, A, B] = aPrism.asFold\n\n  \/** implicit conversion from [[AffineTraversal_]] to [[Fold_]] *\/\n  implicit final def affineTraversalToFold[S, T, A, B](affineTraversal: AffineTraversal_[S, T, A, B]): Fold_[S, T, A, B] = affineTraversal.asFold\n\n  \/** implicit conversion from [[AnAffineTraversal_]] to [[Fold_]] *\/\n  implicit final def anAffineTraversalToFold[S, T, A, B](anAffineTraversal: AnAffineTraversal_[S, T, A, B]): Fold_[S, T, A, B] = anAffineTraversal.asFold\n\n  \/** implicit conversion from [[Traversal_]] to [[Fold_]] *\/\n  implicit final def traversalToFold[S, T, A, B](traversal: Traversal_[S, T, A, B]): Fold_[S, T, A, B] = traversal.asFold\n\n  \/** implicit conversion from [[ATraversal_]] to [[Fold_]] *\/\n  implicit final def aTraversalToFold[S, T, A, B](aTraversal: ATraversal_[S, T, A, B]): Fold_[S, T, A, B] = aTraversal.asFold\n\n  \/** implicit conversion from [[Getter_]] to [[Fold_]] *\/\n  implicit final def getterToFold[S, T, A, B](getter: Getter_[S, T, A, B]): Fold_[S, T, A, B] = getter.asFold\n}\n\nobject Fold {\n  \/** create a monomorphic [[Fold]] from a getter function *\/\n  final def apply[S, A](f: S => A): Fold[S, A] = Fold_(f)\n\n  \/** create a monomorphic [[Fold]] using a predicate to filter out elements of future optics composed with this [[Fold_]] *\/\n  final def filter[A](predicate: A => Boolean): Fold[A, A] = Fold_.filter(predicate)\n\n  \/** create a monomorphic [[Fold]] using a [[Fold]] to filter out elements of future optics composed with this [[Fold_]] *\/\n  final def filter[A, B](fold: Fold[A, B]): Fold[A, A] =\n    Fold_[A, A, A, A](new Rank2TypeFoldLike[A, A, A, A] {\n      override def apply[R: Monoid](forget: Forget[R, A, A]): Forget[R, A, A] =\n        Forget[R, A, A] { a =>\n          fold.preview(a).fold(Monoid[R].empty)(const(forget.runForget(a)))\n        }\n    })\n\n  \/** create a monomorphic [[Fold]] by replicating the elements of a fold *\/\n  final def replicate[A](i: Int): Fold[A, A] = Fold_.replicate(i)\n\n  \/** create a monomorphic [[Fold]] from [[cats.Foldable]] *\/\n  final def fromFoldable[F[_]: Foldable, A]: Fold[F[A], A] = Fold_.fromFoldable\n\n  \/** create a monomorphic [[Fold]] using an unfold function *\/\n  final def unfold[S, A](f: S => Option[(A, S)]): Fold[S, A] = Fold_.unfold(f)\n\n  \/** monomorphic identity of a [[Fold]] *\/\n  final def id[S]: Fold[S, S] = Fold_.id[S, S]\n\n  \/** create a monomorphic [[Fold]] that narrows the focus to a single element *\/\n  final def elementAt[F[_]: Foldable, A](i: Int): Fold[F[A], A] = Fold.fromFoldable[F, A].elementAt(i)\n\n  \/** create a monomorphic [[Fold]] that selects the first n elements of a Foldable *\/\n  final def take[G[_]: Foldable, A](i: Int): Fold[G[A], A] = Fold.fromFoldable[G, A].take(i)\n\n  \/** create a monomorphic [[Fold]] that selects all elements of a Traverse except the first n ones *\/\n  final def drop[G[_]: Foldable, A](i: Int): Fold[G[A], A] = Fold.fromFoldable[G, A].drop(i)\n\n  \/** create a monomorphic [[Fold]] that takes the longest prefix of elements of a Foldable that satisfy a predicate *\/\n  final def takeWhile[G[_]: Foldable, A](predicate: A => Boolean): Fold[G[A], A] =\n    Fold.fromFoldable[G, A].takeWhile(predicate)\n\n  \/** create a monomorphic [[Fold]] that drop longest prefix of elements of a Foldable that satisfy a predicate *\/\n  final def dropWhile[G[_]: Foldable, A](predicate: A => Boolean): Fold[G[A], A] =\n    Fold.fromFoldable[G, A].dropWhile(predicate)\n\n  \/** check to see if a [[Fold]] matches one or more entries *\/\n  final def has[S, A](fold: Fold[S, A]): S => Boolean = fold.nonEmpty\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificEmptyInstances.scala","text":"package proptics.instances\n\nimport proptics.Prism\nimport proptics.typeclass.Empty\n\nprivate[instances] trait ScalaVersionSpecificEmptyInstances {\n  implicit final def emptyLazyStream[A]: Empty[Stream[A]] = new Empty[Stream[A]] {\n    override def empty: Prism[Stream[A], Unit] = Prism.nearly(Stream.empty[A])(_.isEmpty)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/ALens.scala","text":"<gh_stars>0\npackage proptics\n\nimport scala.Function.const\n\nimport cats.data.State\nimport cats.syntax.apply._\nimport cats.syntax.either._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Eq, Functor, Id, Monoid}\n\nimport proptics.internal.{Forget, Indexed, RunBazaar, Shop}\nimport proptics.profunctor.{Traversing, Wander}\nimport proptics.rank2types.LensLikeWithIndex\n\n\/** An [[ALens_]]] focuses a single piece of data within a larger structure.\n  *\n  * An [[ALens_]] provides a convenient way to view, set, and transform that element.\n  *\n  * An [[ALens_]] must never fail to get or modify that focus.\n  *\n  * An [[ALens_]] is a [[Lens_]] with fixed type [[proptics.internal.Shop]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam S the source of a [[ALens_]]\n  * @tparam T the modified source of a [[ALens_]]\n  * @tparam A the focus of a [[ALens_]]\n  * @tparam B the modified focus of a [[ALens_]]\n  *\/\nabstract class ALens_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply(shop: Shop[A, B, A, B]): Shop[A, B, S, T]\n\n  \/** view the focus of a [[ALens_]] *\/\n  final def view(s: S): A = toShop.view(s)\n\n  \/** set the modified focus of a [[ALens_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the focus type of a [[ALens_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = s => overF[Id](f)(s)\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Functor](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify the focus type of a [[ALens_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n  final def traverse[F[_]: Functor](s: S)(f: A => F[B])(implicit ev: Functor[F]): F[T] = {\n    val shop: Shop[A, B, S, T] = toShop\n\n    ev.map(f(shop.view(s)))(shop.set(s))\n  }\n\n  \/** test whether a predicate holds for the focus of a [[ALens_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = f compose view\n\n  \/** test whether a predicate does not hold for the focus of a [[ALens_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = s => !exists(f)(s)\n\n  \/** test whether the focus of a [[ALens_]] contains a given value *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether the focus a [[ALens_]] does not contain a given value *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** find if the focus of a [[ALens_]] is satisfying a predicate. *\/\n  final def find(f: A => Boolean): S => Option[A] = s => view(s).some.filter(f)\n\n  \/** view the focus of an [[ALens_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, A] = ev.inspect(view)\n\n  \/** convert an [[ALens_]] to the pair of functions that characterize it *\/\n  final def withLens[R](f: (S => A) => (S => B => T) => R): R = {\n    val shop = toShop\n\n    f(shop.view)(shop.set)\n  }\n\n  \/** convert an [[ALens_]] to a Shop[A, B, S, T] *\/\n  final def toShop: Shop[A, B, S, T] = self(Shop(identity, const(identity)))\n\n  \/** transform an [[ALens_]] to a [[Lens_]] *\/\n  final def asLens: Lens_[S, T, A, B] = withLens(Lens_[S, T, A, B])\n\n  \/** transform an [[ALens_]] to a [[Lens_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    final override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(forget.runForget compose self.view)\n  }\n\n  \/** convert an [[ALens_]] into the form that a [[Lens_]] accepts.\n    *\n    * Can be useful when final defining a lens where the focus appears under multiple\n    * constructors of an algebraic data type. This function would be called for\n    * each case of the data type.\n    *\/\n  final def lensStore(s: S): (A, B => T) = withLens(sa => sbt => (sa, sbt).mapN(Tuple2.apply))(s)\n\n  \/** compose a [[ALens_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Getter_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose an [[ALens_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): ALens_[S, T, C, D] = new ALens_[S, T, C, D] {\n    final override def apply(shop: Shop[C, D, C, D]): Shop[C, D, S, T] = self.toShop compose other(shop)\n  }\n\n  \/** compose an [[ALens_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): ALens_[S, T, C, D] = self compose other.asIso\n\n  \/** compose an [[ALens_]] with an [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): ALens_[S, T, C, D] = new ALens_[S, T, C, D] {\n    final override def apply(shop: Shop[C, D, C, D]): Shop[C, D, S, T] = self.toShop compose other(shop)\n  }\n\n  \/** compose an [[ALens_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): ALens_[S, T, C, D] = new ALens_[S, T, C, D] {\n    final override def apply(shop: Shop[C, D, C, D]): Shop[C, D, S, T] = self.toShop compose other(shop)\n  }\n\n  \/** compose a [[Lens_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): AffineTraversal_[S, T, C, D] = self.asLens compose other\n\n  \/** compose an [[ALens_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): AffineTraversal_[S, T, C, D] = self.asLens compose other\n\n  \/** compose an [[ALens_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): AffineTraversal_[S, T, C, D] =\n    AffineTraversal_ { s: S => other.viewOrModify(self.view(s)).leftMap(self.set(_)(s)) }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[ALens_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      other.viewOrModify(self.view(s)).leftMap(self.set(_)(s))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[ALens_]] with an [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    final override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing = new Traversing[S, T, C, D] {\n        final override def apply[F[_]](f: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.traverse(s)(other.traverse(_)(f))\n      }\n\n      ev.wander(traversing)(pab)\n    }\n  }\n\n  \/** compose an [[ALens_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      final override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[ALens_]] with an [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    final override private[proptics] def apply(pab: C => D): S => T = s => {\n      val shop = toShop\n\n      shop.set(s)(other(pab)(shop.view(s)))\n    }\n  }\n\n  \/** compose an [[ALens_]] with an [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Getter_[S, T, C, D] = new Getter_[S, T, C, D] {\n    final override private[proptics] def apply(forget: Forget[C, C, D]): Forget[C, S, T] =\n      Forget(forget.runForget compose other.view compose self.view)\n  }\n\n  \/** compose an [[ALens_]] with an [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    final override def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(s => other.foldMap(self.view(s))(forget.runForget))\n  }\n\n  \/** compose an [[ALens_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedLens_[I, S, T, C, D] =\n    IndexedLens_[I, S, T, C, D]((s: S) => other.view(self.view(s)))(s => d => self.set(other.set(d)(self.view(s)))(s))\n\n  \/** compose an [[ALens_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): AnIndexedLens_[I, S, T, C, D] =\n    AnIndexedLens_[I, S, T, C, D]((s: S) => other.view(self.view(s)))(s => d => self.set(other.set(d)(self.view(s)))(s))\n\n  \/** compose a [[ALens_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      final override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[ALens_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    final override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T = s => self.set(other.over { case (c, i) => indexed.runIndex((c, i)) }(self.view(s)))(s)\n  }\n\n  \/** compose an [[ALens_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    final override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(indexed.runIndex.runForget compose other.view compose self.view)\n  }\n\n  \/** compose an [[ALens_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    final override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(s => other.foldMap(self.view(s))(indexed.runIndex.runForget))\n  }\n}\n\nobject ALens_ {\n  \/** create a polymorphic [[ALens_]] from Rank2TypeLensLike encoding *\/\n  final private[proptics] def apply[S, T, A, B](f: Shop[A, B, A, B] => Shop[A, B, S, T]): ALens_[S, T, A, B] = new ALens_[S, T, A, B] { self =>\n    final override def apply(shop: Shop[A, B, A, B]): Shop[A, B, S, T] = f(shop)\n  }\n\n  \/** create a polymorphic [[ALens_]] from a getter\/setter pair *\/\n  final def apply[S, T, A, B](get: S => A)(set: S => B => T): ALens_[S, T, A, B] = ALens_.lens(get)(set)\n\n  \/** create a polymorphic [[ALens_]] from a getter\/setter pair *\/\n  final def lens[S, T, A, B](get: S => A)(set: S => B => T): ALens_[S, T, A, B] =\n    ALens_ { shop =>\n      Shop(\n        shop.view compose get,\n        s =>\n          b => {\n            val a = get(s)\n\n            set(s)(shop.set(a)(b))\n          })\n    }\n\n  \/** polymorphic identity of an [[ALens_]] *\/\n  final def id[S, T]: ALens_[S, T, S, T] = ALens_(identity[S] _)(const(identity[T]))\n\n  \/** use a [[Prism_]] as a kind of first-class pattern. *\/\n  final def outside[S, T, A, B, R](prism: Prism_[S, T, A, B]): ALens_[T => R, S => R, B => R, A => R] =\n    ALens_[T => R, S => R, B => R, A => R]((f: T => R) => f compose prism.review) { t2r => a2r => s =>\n      prism.viewOrModify(s).fold(t2r, a2r)\n    }\n}\n\nobject ALens {\n  \/** create a monomorphic [[ALens]] from a getter\/setter pair *\/\n  final def apply[S, A](get: S => A)(set: S => A => S): ALens[S, A] = ALens_(get)(set)\n\n  \/** monomorphic identity of an [[ALens]] *\/\n  final def id[S]: ALens[S, S] = ALens_.id[S, S]\n\n  \/** use a [[Prism]] as a kind of first-class pattern. *\/\n  final def outside[S, A, R](aPrism: Prism[S, A]): ALens[S => R, A => R] = ALens_.outside(aPrism)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/LensSpec.scala","text":"package proptics.specs\n\nimport cats.instances.option.catsStdInstancesForOption\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt}\nimport cats.syntax.option._\nimport cats.{Eq, Id}\nimport org.scalacheck.Arbitrary._\n\nimport proptics.instances.fields._\nimport proptics.law.discipline._\nimport proptics.specs.compose._\nimport proptics.std.tuple._\nimport proptics.{Lens, Prism}\n\nclass LensSpec extends PropticsSuite {\n  val wholeLens: Lens[Whole, Int] = Lens[Whole, Int](_.part)(w => i => w.copy(part = i))\n  implicit def eqArrow(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => Int] = Eq.instance[Int => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int) === f2(int)\n    }\n  }\n\n  checkAll(\"Lens[Int, Int] id\", LensTests(Lens.id[Int]).lens)\n  checkAll(\"Lens[Whole, Int] apply\", LensTests(wholeLens).lens)\n  checkAll(\"Lens[(Int, Int), Int] first\", Field1Tests[Int, Int].first)\n  checkAll(\"Lens[(Int, Int), Int] first\", Field2Tests[Int, Int].second)\n  checkAll(\"Lens[(Int, String), Int] _1\", LensTests(_1[Int, String]).lens)\n  checkAll(\"Lens[(Int, Int), Int] first\", Field3Tests[Int, Int, Int].third)\n  checkAll(\"Lens[(Int, String), String] _2\", LensTests(_2[Int, String]).lens)\n  checkAll(\"Lens[(Int, Int), Int] first\", Field4Tests[Int, Int, Int, Int].fourth)\n  checkAll(\"Lens[(Int, Int), Int] first\", Field5Tests[Int, Int, Int, Int, Int].fifth)\n  checkAll(\"Lens[Int, Int] compose with Iso[Int, Int]\", LensTests(lens compose iso).lens)\n  checkAll(\"Lens[Int, Int] compose with Lens[Int, Int]\", LensTests(lens compose lens).lens)\n  checkAll(\"Lens[(Int, Int), (Int, Int), Int, Int] _1P\", LensTests(_1P[Int, Int, Int]).lens)\n  checkAll(\"Lens[(Int, Int), (Int, Int), Int, Int] _2P\", LensTests(_2P[Int, Int, Int]).lens)\n  checkAll(\"Lens[Int, Int] compose with AnIso[Int, Int]\", LensTests(lens compose anIso).lens)\n  checkAll(\"Lens[Int, Int] compose with ALens[Int, Int]\", ALensTests(lens compose aLens).aLens)\n  checkAll(\"Lens[Int => Int, Int => Int] outside\", LensTests(Lens.outside[Int, Int, Int](Prism.id[Int])).lens)\n  checkAll(\"Lens[Int, Int] compose with Prism[Int, Int]\", AffineTraversalTests(lens compose prism).affineTraversal)\n  checkAll(\"Lens[Int, Int] compose with APrism[Int, Int]\", AffineTraversalTests(lens compose aPrism).affineTraversal)\n  checkAll(\"Lens[Int, Int] compose with AffineTraversal[Int, Int]\", AffineTraversalTests(lens compose affineTraversal).affineTraversal)\n  checkAll(\"Lens[Int, Int] compose with AnAffineTraversal[Int, Int]\", AnAffineTraversalTests(lens compose anAffineTraversal).anAffineTraversal)\n  checkAll(\"Lens[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(lens compose traversal).traversal)\n  checkAll(\"Lens[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(lens compose aTraversal).aTraversal)\n  checkAll(\"Lens[Int, Int] compose with Setter[Int, Int]\", SetterTests(lens compose setter).setter)\n  checkAll(\"Lens[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedLensTests(lens compose indexedLens).indexedLens)\n  checkAll(\"Lens[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", AnIndexedLensTests(lens compose anIndexedLens).anIndexedLens)\n  checkAll(\"Lens[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(lens compose indexedTraversal).indexedTraversal)\n  checkAll(\"Lens[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(lens compose indexedSetter).indexedSetter)\n\n  test(\"view\") {\n    wholeLens.view(whole9) shouldEqual 9\n  }\n\n  test(\"set\") {\n    wholeLens.set(9)(Whole(1)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    wholeLens.over(_ + 1)(Whole(8)) shouldEqual whole9\n  }\n  test(\"traverse\") {\n    wholeLens.traverse(whole9)(_.some) shouldEqual Some(whole9)\n    wholeLens.traverse(whole9)(_.some) shouldEqual wholeLens.overF(_.some)(whole9)\n  }\n\n  test(\"find\") {\n    wholeLens.find(greaterThan5)(whole9) shouldEqual Some(9)\n    wholeLens.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"exists\") {\n    wholeLens.exists(greaterThan5)(whole9) shouldEqual true\n    wholeLens.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    wholeLens.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeLens.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeLens.notExists(greaterThan5)(whole9) shouldEqual (!wholeLens.exists(greaterThan5)(whole9))\n  }\n\n  test(\"contains\") {\n    wholeLens.contains(9)(whole9) shouldEqual true\n    wholeLens.contains(5)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    wholeLens.notContains(5)(whole9) shouldEqual true\n    wholeLens.notContains(9)(whole9) shouldEqual false\n    wholeLens.notContains(9)(whole9) shouldEqual (!wholeLens.contains(9)(whole9))\n  }\n\n  test(\"use\") {\n    wholeLens.use.runA(whole9).value shouldEqual 9\n  }\n\n  test(\"failover\") {\n    val res = wholeLens.failover[Option](identity)(whole9)(strongStarTupleOfDisj, catsStdInstancesForOption)\n    val negativeRes = wholeLens.failover[Option](identity)(whole9)(strongStarTupleOfNegativeDisj, catsStdInstancesForOption)\n\n    res shouldEqual Some(whole9)\n    negativeRes shouldEqual None\n  }\n\n  test(\"zipWith\") {\n    wholeLens.zipWith(Whole(8), Whole(1))(_ + _) shouldEqual whole9\n  }\n\n  test(\"cotraverse\") {\n    val cotraversedWhole = wholeLens.cotraverse[Id](whole9)(identity)\n\n    cotraversedWhole shouldEqual whole9\n    wholeLens.zipWithF[Id](identity)(whole9) shouldEqual cotraversedWhole\n  }\n\n  test(\"compose with Getter\") {\n    (lens compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (lens compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = lens compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = lens compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/AnIndexedLensSpec.scala","text":"<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/AnIndexedLensSpec.scala<gh_stars>0\npackage proptics.specs\n\nimport scala.Function.const\n\nimport cats.Id\nimport cats.data.NonEmptyList\nimport cats.syntax.option._\n\nimport proptics.internal.{Indexed, Shop}\nimport proptics.law.discipline._\nimport proptics.specs.compose._\nimport proptics.{ALens, APrism, ATraversal, AffineTraversal, AnAffineTraversal, AnIndexedLens, AnIso, Iso, Lens, Prism, Traversal}\n\nclass AnIndexedLensSpec extends PropticsSuite {\n  val nelIndexedLens: AnIndexedLens[Int, NonEmptyList[Int], Int] =\n    AnIndexedLens[Int, NonEmptyList[Int], Int](ls => (ls.head, 0))(nel => i => nel.copy(head = i))\n\n  checkAll(\"AnIndexedLens[Int, NonEmptyList[Int], Int] apply\", AnIndexedLensTests(nelIndexedLens).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, NonEmptyList[Int], Int] asLens\", LensTests(nelIndexedLens.asLens).lens)\n  checkAll(\"AnIndexedLens[Int, NonEmptyList[Int], Int] asIndexedLens\", IndexedLensTests(nelIndexedLens.asIndexedLens).indexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with Iso[Int, Int]\", AnIndexedLensTests(anIndexedLens compose Iso.id[Int]).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with AnIso[Int, Int]\", AnIndexedLensTests(anIndexedLens compose AnIso.id[Int]).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with Lens[Int, Int]\", AnIndexedLensTests(anIndexedLens compose Lens.id[Int]).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with ALens[Int, Int]\", AnIndexedLensTests(anIndexedLens compose ALens.id[Int]).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with Prism[Int, Int]\", IndexedTraversalTests(anIndexedLens compose Prism.id[Int]).indexedTraversal)\n  checkAll(\"AnIndexedLens[Int, Int, Int] compose with APrism[Int, Int]\", IndexedTraversalTests(anIndexedLens compose APrism.id[Int]).indexedTraversal)\n  checkAll(\n    \"AnIndexedLens[Int, Int, Int] compose with AffineTraversal[Int, Int]\",\n    IndexedTraversalTests(anIndexedLens compose AffineTraversal.id[Int]).indexedTraversal\n  )\n  checkAll(\n    \"AnIndexedLens[Int, Int, Int] compose with AnAffineTraversal[Int, Int]\",\n    IndexedTraversalTests(anIndexedLens compose AnAffineTraversal.id[Int]).indexedTraversal\n  )\n  checkAll(\"IndexedLens[Int, Int, Int] compose with Traversal[Int, Int]\", IndexedTraversalTests(indexedLens compose Traversal.id[Int]).indexedTraversal)\n  checkAll(\"IndexedLens[Int, Int, Int] compose with ATraversal[Int, Int]\", IndexedTraversalTests(indexedLens compose ATraversal.id[Int]).indexedTraversal)\n  checkAll(\"AnIndexedLens[Int, Int, Int] <<* IndexedLens[Int, Int, Int]\", AnIndexedLensTests(anIndexedLens <<* indexedLens).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] *>> IndexedLens[Int, Int, Int]\", AnIndexedLensTests(anIndexedLens *>> indexedLens).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] <<* with AnIndexedLens[Int, Int, Int]\", AnIndexedLensTests(anIndexedLens <<* anIndexedLens).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] *>> with AnIndexedLens[Int, Int, Int]\", AnIndexedLensTests(anIndexedLens *>> anIndexedLens).anIndexedLens)\n  checkAll(\"AnIndexedLens[Int, Int, Int] <<* IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(anIndexedLens <<* indexedTraversal).indexedTraversal)\n  checkAll(\"AnIndexedLens[Int, Int, Int] *>> IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(anIndexedLens *>> indexedTraversal).indexedTraversal)\n  checkAll(\"AnIndexedLens[Int, Int, Int] <<* IndexedSetter[Int, Int, Int]\", IndexedSetterTests(anIndexedLens <<* indexedSetter).indexedSetter)\n  checkAll(\"AnIndexedLens[Int, Int, Int] *>> IndexedSetter[Int, Int, Int]\", IndexedSetterTests(anIndexedLens *>> indexedSetter).indexedSetter)\n\n  test(\"view\") {\n    nelIndexedLens.view(nel) shouldEqual ((1, 0))\n  }\n\n  test(\"set\") {\n    nelIndexedLens.set(9)(nel) shouldEqual nel.copy(head = 9)\n  }\n\n  test(\"over\") {\n    nelIndexedLens.over(oneToNine)(nel) shouldEqual nel.copy(head = 9)\n  }\n\n  test(\"traverse\") {\n    val result = nelIndexedLens.traverse[Id](nel)(oneToNine)\n\n    result shouldEqual nel.copy(head = 9)\n    nelIndexedLens.overF[Id](oneToNine)(nel) shouldEqual result\n  }\n\n  test(\"exists\") {\n    nelIndexedLens.exists(_ === ((1, 0)))(nel) shouldEqual true\n  }\n\n  test(\"notExists\") {\n    nelIndexedLens.notExists(_ === ((1, 0)))(nel) shouldEqual false\n    nelIndexedLens.notExists(_ === ((1, 1)))(nel) shouldEqual true\n    nelIndexedLens.notExists(_ === ((2, 0)))(nel) shouldEqual true\n    nelIndexedLens.notExists(_ === ((1, 0)))(nel) shouldEqual !nelIndexedLens.exists(_ == ((1, 0)))(nel)\n  }\n\n  test(\"contains\") {\n    nelIndexedLens.contains((1, 0))(nel) shouldEqual true\n    nelIndexedLens.contains((1, 1))(nel) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    nelIndexedLens.notContains((1, 0))(nel) shouldEqual false\n    nelIndexedLens.notContains((1, 1))(nel) shouldEqual true\n    nelIndexedLens.notContains((1, 1))(nel) shouldEqual !nelIndexedLens.contains((1, 1))(nel)\n  }\n\n  test(\"find\") {\n    nelIndexedLens.find { case (a, i) => i === 0 && a === 1 }(nel) shouldEqual (1, 0).some\n    nelIndexedLens.find(_ === ((1, 0)))(nel) shouldEqual (1, 0).some\n    nelIndexedLens.find(_._1 === 0)(nel) shouldEqual None\n    nelIndexedLens.find(_ === ((1, 1)))(nel) shouldEqual None\n  }\n\n  test(\"use\") {\n    nelIndexedLens.use.runA(nel).value shouldEqual ((1, 0))\n  }\n\n  test(\"withIndexedLens\") {\n    val one = NonEmptyList.one(head = 1)\n    val shop: Shop[(Int, Int), Int, (Int, NonEmptyList[Int]), NonEmptyList[Int]] = nelIndexedLens.withIndexedLens { get => set =>\n      val shop: Shop[(Int, Int), Int, (Int, NonEmptyList[Int]), NonEmptyList[Int]] =\n        Shop({ case (_, w) => get(w) }, { case (_, w) => i => set(w)(i) })\n\n      Indexed(shop)\n    }.runIndex\n\n    shop.set((10, one))(9) shouldEqual NonEmptyList.one(head = 9)\n    shop.view((10, one)) shouldEqual ((1, 0))\n  }\n\n  test(\"toShop\") {\n    val one = NonEmptyList.one(head = 1)\n    val shop = nelIndexedLens.toShop\n\n    shop.set(one)(9) shouldEqual NonEmptyList.one(head = 9)\n    shop.view(one) shouldEqual ((1, 0))\n  }\n\n  test(\"reindex\") {\n    anIndexedLens.reindex(_.toString).view(9) shouldEqual ((9, \"0\"))\n  }\n\n  test(\"compose with IndexedGetter with right index\") {\n    val composed = AnIndexedLens[Int, Int, Int]((_, 1))(const(identity)) *>> indexedGetter\n\n    composed.view(9) shouldEqual ((9, 0))\n  }\n\n  test(\"compose with IndexedGetter with left index\") {\n    val composed = AnIndexedLens[Int, Int, Int]((_, 1))(const(identity)) <<* indexedGetter\n\n    composed.view(9) shouldEqual ((9, 1))\n  }\n\n  test(\"compose with IndexedFold with right index\") {\n    val composed = AnIndexedLens[Int, Int, Int]((_, 1))(const(identity)) *>> indexedFold\n\n    composed.viewAll(9) shouldEqual List((9, 0))\n  }\n\n  test(\"compose with IndexedFold with left index\") {\n    val composed = AnIndexedLens[Int, Int, Int]((_, 1))(const(identity)) <<* indexedFold\n\n    composed.viewAll(9) shouldEqual List((9, 1))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ReverseSpec0.scala","text":"<reponame>amitksingh1490\/Proptics<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/ReverseSpec0.scala\npackage proptics.specs\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector}\nimport org.scalacheck.Cogen\n\nimport proptics.instances.reverse._\nimport proptics.law.discipline.ReverseTests\n\nprivate[specs] trait ReverseSpec0 extends PropticsSuite {\n  implicit val cogenNev: Cogen[NonEmptyVector[Int]] = Cogen.it(_.iterator)\n  implicit val cogenNel: Cogen[NonEmptyList[Int]] = Cogen.it(_.iterator)\n  implicit val cogenNec: Cogen[NonEmptyChain[Int]] = Cogen.it(_.iterator)\n\n  checkAll(\"ReverseTests[String, String] reverse\", ReverseTests[String, String].reverse)\n  checkAll(\"ReverseTests[Array[Int], Array[Int]] reverse\", ReverseTests[Array[Int], Array[Int]].reverse)\n  checkAll(\"ReverseTests[Vector[Int], Vector[Int]] reverse\", ReverseTests[Vector[Int], Vector[Int]].reverse)\n  checkAll(\"ReverseTests[List[Int], List[Int]] reverse\", ReverseTests[List[Int], List[Int]].reverse)\n  checkAll(\"ReverseTests[(Int, Int),(Int, Int)] reverse\", ReverseTests[(Int, Int), (Int, Int)].reverse)\n  checkAll(\"ReverseTests[(Int, Int, Int), (Int, Int, Int)] reverse\", ReverseTests[(Int, Int, Int), (Int, Int, Int)].reverse)\n  checkAll(\"ReverseTests[(Int, Int, Int, Int), (Int, Int, Int, Int)] reverse\", ReverseTests[(Int, Int, Int, Int), (Int, Int, Int, Int)].reverse)\n  checkAll(\"ReverseTests[(Int, Int, Int, Int, Int), (Int, Int, Int, Int, Int)] reverse\", ReverseTests[(Int, Int, Int, Int, Int), (Int, Int, Int, Int, Int)].reverse)\n  checkAll(\"ReverseTests[Chain[Int], Chain[Int]] reverse\", ReverseTests[Chain[Int], Chain[Int]].reverse)\n  checkAll(\"ReverseTests[NonEmptyVector[Int], NonEmptyVector[Int]] reverse\", ReverseTests[NonEmptyVector[Int], NonEmptyVector[Int]].reverse)\n  checkAll(\"ReverseTests[NonEmptyList[Int], NonEmptyList[Int]] reverse\", ReverseTests[NonEmptyList[Int], NonEmptyList[Int]].reverse)\n  checkAll(\"ReverseTests[NonEmptyChain[Int], NonEmptyChain[Int]] reverse\", ReverseTests[NonEmptyChain[Int], NonEmptyChain[Int]].reverse)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/AnIsoSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.AnIso_\n\ntrait AnIsoSyntax {\n  implicit def anIsoSequenceOps[F[_], S, T, A](iso: AnIso_[S, T, F[A], A]): AnIsoSequenceOps[F, S, T, A] = AnIsoSequenceOps(iso)\n}\n\nfinal case class AnIsoSequenceOps[F[_], S, T, A](private val iso: AnIso_[S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[A] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev0: Applicative[F]): F[T] = iso.traverse(s)(identity)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/SetterTests.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline._\n\nimport proptics.Setter\nimport proptics.law.SetterLaws\n\ntrait SetterTests[S, A] extends Laws {\n  def laws: SetterLaws[S, A]\n\n  def setter(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Setter\",\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"setTwiceSet\" -> forAll((s: S, a: A, b: A) => laws.setASetB(s, a, b)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject SetterTests {\n  def apply[S, A](_setter: Setter[S, A]): SetterTests[S, A] =\n    new SetterTests[S, A] { def laws: SetterLaws[S, A] = SetterLaws[S, A](_setter) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/package.scala","text":"package proptics\n\npackage object std {\n  object all extends AllOptics\n  object eitherK extends CoproductOptics\n  object either extends EitherOptics\n  object function extends FunctionOptics\n  object list extends ListOptics\n  object option extends OptionOptics\n  object tuple2K extends ProductOptics\n  object string extends StringOptics\n  object tuple extends TuplesOptics\n  object unit extends UnitOptics\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/EmptySpec.scala","text":"<filename>test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/EmptySpec.scala\npackage proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport proptics.instances.empty._\nimport proptics.law.discipline.EmptyTests\n\nclass EmptySpec extends EmptySpec0 {\n  checkAll(\"Empty[LazyList[Int]]\", EmptyTests[LazyList[Int]].empty)\n  checkAll(\"Empty[ArraySeq[Int]]\", EmptyTests[ArraySeq[Int]].empty)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"profunctor\/src\/main\/scala\/proptics\/profunctor\/Choice.scala","text":"package proptics.profunctor\n\nimport scala.annotation.implicitNotFound\n\nimport cats.Applicative\nimport cats.arrow.Profunctor\nimport cats.syntax.either._\n\n\/** The [[Choice]] type class extends [[cats.arrow.Profunctor]] with combinators for working with sum types.\n  * @see Choice#left and Choice#right lift values in a [[cats.arrow.Profunctor]] to act on the Left and\n  * Right components of a sum, respectively.\n  *\n  * @tparam P type constructor of kind (* -> * -> *)\n  *\/\n@implicitNotFound(\"Could not find an instance of Choice[${P}]\")\ntrait Choice[P[_, _]] extends Profunctor[P] {\n  def left[A, B, C](pab: P[A, B]): P[Either[A, C], Either[B, C]]\n\n  def right[A, B, C](pab: P[A, B]): P[Either[C, A], Either[C, B]]\n}\n\nabstract class ChoiceInstances {\n  implicit final val choiceFunction: Choice[* => *] = new Choice[* => *] {\n    override def left[A, B, C](pab: A => B): Either[A, C] => Either[B, C] = _.leftMap(pab)\n\n    override def right[A, B, C](pab: A => B): Either[C, A] => Either[C, B] = _.map(pab)\n\n    override def dimap[A, B, C, D](fab: A => B)(f: C => A)(g: B => D): C => D = g compose fab compose f\n  }\n\n  implicit final def choiceStar[F[_]](implicit ev: Applicative[F]): Choice[Star[F, *, *]] = new Choice[Star[F, *, *]] {\n    override def left[A, B, C](pab: Star[F, A, B]): Star[F, Either[A, C], Either[B, C]] =\n      Star {\n        case Left(a) => ev.map(pab.run(a))(_.asLeft[C])\n        case Right(c) => ev.pure(c.asRight[B])\n      }\n\n    override def right[A, B, C](pab: Star[F, A, B]): Star[F, Either[C, A], Either[C, B]] =\n      Star {\n        case Left(c) => ev.pure(c.asLeft[B])\n        case Right(a) => ev.map(pab.run(a))(_.asRight[C])\n      }\n\n    override def dimap[A, B, C, D](fab: Star[F, A, B])(f: C => A)(g: B => D): Star[F, C, D] =\n      Star(ev.lift(g) compose fab.run compose f)\n\n  }\n}\n\nobject Choice extends ChoiceInstances {\n  \/** summon an instance of [[Choice]] for `P` *\/\n  @inline def apply[P[_, _]](implicit ev: Choice[P]): Choice[P] = ev\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeIndexedTraversalLike.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.rank2types\n\nimport proptics.internal.Indexed\nimport proptics.profunctor.Wander\n\nprivate[proptics] trait Rank2TypeIndexedTraversalLike[I, S, T, A, B] {\n  def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev: Wander[P]): P[S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeLensLike.scala","text":"package proptics.rank2types\n\nimport cats.arrow.Strong\n\nprivate[proptics] trait Rank2TypeLensLike[S, T, A, B] {\n  def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/typeclass\/NonEmptyCons.scala","text":"package proptics.typeclass\n\nimport scala.annotation.implicitNotFound\n\nimport proptics.instances.field1._\nimport proptics.instances.field2._\nimport proptics.std.tuple._\nimport proptics.{Iso, Lens}\n\n\/** The [[NonEmptyCons]] typeclass provides an [[Iso]] for a way to attach or detach elements on the left side of a structure.\n  *\n  * The [[NonEmptyCons]] is similar to [[Cons]], but is suitable for Non empty structures.\n  *\n  * @tparam S the source of an [[Iso]]\n  * @tparam H the head part of the focus `(H, T)` of an [[Iso]]\n  * @tparam T the tail part of the focus `(H, T)` of an [[Iso]]\n  *\/\n@implicitNotFound(\"Could not find an instance of NonEmptyCons[${S}, ${H}, ${T}]\")\ntrait NonEmptyCons[S, H, T] extends Serializable {\n  def nonEmptyCons: Iso[S, (H, T)]\n\n  def head: Lens[S, H] = nonEmptyCons compose _1[H, T]\n\n  def tail: Lens[S, T] = nonEmptyCons compose _2[H, T]\n}\n\nobject NonEmptyCons {\n  \/** summon an instance of [[NonEmptyCons]] *\/\n  @inline def apply[S, H, T](implicit ev: NonEmptyCons[S, H, T]): NonEmptyCons[S, H, T] = ev\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificIndexInstances.scala","text":"<filename>core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificIndexInstances.scala\npackage proptics.instances\n\nimport scala.collection.immutable.{ArraySeq, LazyList}\n\nimport cats.syntax.either._\n\nimport proptics.AffineTraversal\nimport proptics.typeclass.Index\n\nprivate[instances] trait ScalaVersionSpecificIndexInstances {\n  implicit final def indexLazyList[A]: Index[LazyList[A], Int, A] = new Index[LazyList[A], Int, A] {\n    override def ix(i: Int): AffineTraversal[LazyList[A], A] =\n      AffineTraversal[LazyList[A], A] { list =>\n        list.lift(i).fold(list.asLeft[A])(_.asRight[LazyList[A]])\n      } { list => a =>\n        Either.catchNonFatal(list.updated(i, a)).toOption.getOrElse(list)\n      }\n  }\n\n  implicit final def indexArraySeq[A]: Index[ArraySeq[A], Int, A] = new Index[ArraySeq[A], Int, A] {\n    override def ix(i: Int): AffineTraversal[ArraySeq[A], A] =\n      AffineTraversal[ArraySeq[A], A] { arr =>\n        arr.lift(i).fold(arr.asLeft[A])(_.asRight[ArraySeq[A]])\n      } { arr => a =>\n        Either.catchNonFatal(arr.updated(i, a)).toOption.getOrElse(arr)\n      }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/FunctorWithIndexTests.scala","text":"<gh_stars>1-10\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline.{FunctorTests, _}\nimport org.scalacheck.Prop._\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.indices.FunctorWithIndex\nimport proptics.law.FunctorWithIndexLaws\n\ntrait FunctorWithIndexTests[F[_], I] extends FunctorTests[F] {\n  def laws: FunctorWithIndexLaws[F, I]\n\n  def functorWithIndex[A: Arbitrary, B: Arbitrary, C: Arbitrary](\n      implicit ArbFA: Arbitrary[F[A]],\n      ArbI: Arbitrary[I],\n      ArbAI2B: Arbitrary[(A, I) => B],\n      ArbBI2C: Arbitrary[(B, I) => C],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      EqFA: Eq[F[A]],\n      EqFC: Eq[F[C]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"FunctorWithIndex\",\n      parent = Some(functor[A, B, C]),\n      \"identity\" -> forAll(laws.functorWithIndexIdentity[A] _),\n      \"composition\" -> forAll(laws.functorWithIndexComposition[A, B, C] _)\n    )\n}\n\nobject FunctorWithIndexTests {\n  def apply[F[_], I](implicit ev: FunctorWithIndex[F, I]): FunctorWithIndexTests[F, I] =\n    new FunctorWithIndexTests[F, I] {\n      def laws: FunctorWithIndexLaws[F, I] = FunctorWithIndexLaws[F, I]\n    }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ClosedTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Prop.forAll\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.law.ClosedLaws\nimport proptics.profunctor.Closed\n\ntrait ClosedTests[F[_, _]] extends ProfunctorTests[F] {\n  def laws: ClosedLaws[F]\n\n  def closed[A: Arbitrary, B: Arbitrary, C: Arbitrary, D: Arbitrary, E: Arbitrary, G: Arbitrary](\n      implicit ArbFAB: Arbitrary[F[A, B]],\n      ArbFAA: Arbitrary[F[A, A]],\n      ArbFCD: Arbitrary[F[C, D]],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      CogenD: Cogen[D],\n      CogenE: Cogen[E],\n      CogenCACA: Cogen[(C => A) => C => A],\n      CogenCBCB: Cogen[(C => B) => C => B],\n      EqFAB: Eq[F[A, B]],\n      EqFAD: Eq[F[A, D]],\n      EqFAG: Eq[F[A, G]],\n      EqAAAA: Eq[F[A => A, A => A]],\n      EqCACB: Eq[F[C => A, C => B]],\n      EqAAAAAB: Eq[F[A => A => A, A => A => B]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"Closed\",\n      parent = Some(profunctor[A, B, C, D, E, G]),\n      \"lmap closed rmap consistent\" -> forAll(laws.lmapClosedRmapClosedConsistent[A] _),\n      \"closed compose closed dimap consistent\" -> forAll(laws.closedComposeClosedDimapConsistent[A, B] _),\n      \"dimap const identity consistent\" -> forAll(laws.dimapConstIdentityConsistent[A, B] _)\n    )\n}\n\nobject ClosedTests {\n  def apply[F[_, _]: Closed]: ClosedTests[F] =\n    new ClosedTests[F] { def laws: ClosedLaws[F] = ClosedLaws[F] }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/SetterSpec.scala","text":"<gh_stars>0\npackage proptics.specs\n\nimport scala.Function.const\n\nimport cats.Show\nimport cats.syntax.option._\nimport spire.algebra.Field\nimport spire.std.boolean._\n\nimport proptics.law.discipline._\nimport proptics.specs.Whole._\nimport proptics.specs.compose._\nimport proptics.syntax.setter._\nimport proptics.{Setter, Setter_}\n\nclass SetterSpec extends PropticsSuite {\n  implicit val intField: Field[Int] with Field.WithDefaultGCD[Int] = new Field[Int] with Field.WithDefaultGCD[Int] {\n    override def negate(x: Int): Int = Math.negateExact(x)\n\n    override def zero: Int = 0\n\n    override def one: Int = 1\n\n    override def times(x: Int, y: Int): Int = x * y\n\n    override def plus(x: Int, y: Int): Int = x + y\n\n    override def div(x: Int, y: Int): Int = x \/ y\n  }\n\n  val boolSetter: Setter[Boolean, Boolean] = Setter[Boolean, Boolean](_.apply)\n  val fromFunctor: Setter[List[Int], Int] = Setter.fromFunctor[List, Int]\n  val wholeSetter: Setter[Whole, Int] = Setter[Whole, Int](f => w => w.copy(part = f(w.part)))\n  val setterOption: Setter_[List[Int], List[Option[Int]], Int, Option[Int]] =\n    Setter_[List[Int], List[Option[Int]], Int, Option[Int]](f => _.map(f))\n  val fromContravariant: Setter_[Show[Int], Show[List[Int]], List[Int], Int] =\n    Setter_.fromContravariant[Show, List[Int], Int]\n\n  checkAll(\"Setter[Whole, Int] apply\", SetterTests(wholeSetter).setter)\n  checkAll(\"Setter[Int, Int] id\", SetterTests(Setter.id[Int]).setter)\n  checkAll(\"Setter[List[Int], Int] fromFunctor\", SetterTests(fromFunctor).setter)\n  checkAll(\"Setter[Int, Int] compose with Iso[Int, Int]\", SetterTests(setter compose iso).setter)\n  checkAll(\"Setter[Int, Int] compose with AnIso[Int, Int]\", SetterTests(setter compose anIso).setter)\n  checkAll(\"Setter[Int, Int] compose with Lens[Int, Int]\", SetterTests(setter compose lens).setter)\n  checkAll(\"Setter[Int, Int] compose with ALens[Int, Int]\", SetterTests(setter compose aLens).setter)\n  checkAll(\"Setter[Int, Int] compose with Prism[Int, Int]\", SetterTests(setter compose prism).setter)\n  checkAll(\"Setter[Int, Int] compose with APrism[Int, Int]\", SetterTests(setter compose aPrism).setter)\n  checkAll(\"Setter[Int, Int] compose with AffineTraversal[Int, Int]\", SetterTests(setter compose affineTraversal).setter)\n  checkAll(\"Setter[Int, Int] compose with AnAffineTraversal[Int, Int]\", SetterTests(setter compose anAffineTraversal).setter)\n  checkAll(\"Setter[Int, Int] compose with Traversal[Int, Int]\", SetterTests(setter compose traversal).setter)\n  checkAll(\"Setter[Int, Int] compose with ATraversal[Int, Int]\", SetterTests(setter compose aTraversal).setter)\n  checkAll(\"Setter[Int, Int] compose with Setter[Int, Int]\", SetterTests(setter compose setter).setter)\n  checkAll(\"Setter[Int, Int] compose with Grate[Int, Int]\", SetterTests(setter compose grate).setter)\n  checkAll(\"Setter[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedSetterTests(setter compose indexedLens).indexedSetter)\n  checkAll(\"Setter[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedSetterTests(setter compose anIndexedLens).indexedSetter)\n  checkAll(\"Setter[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedSetterTests(setter compose indexedTraversal).indexedSetter)\n  checkAll(\"Setter[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(setter compose indexedSetter).indexedSetter)\n\n  test(\"set\") {\n    fromFunctor.set(9)(List(1)) shouldEqual List(9)\n    fromContravariant.set(10)(Show.fromToString[Int]).show(list) shouldEqual 10.toString\n    wholeSetter.set(9)(Whole(0)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    fromFunctor.over(_ + 1)(List.fill(1)(8)) shouldEqual List(9)\n    fromContravariant.over(_.length)(Show.fromToString[Int]).show(list) shouldEqual list.length.toString\n    wholeSetter.over(_ + 1)(Whole(8)) shouldEqual whole9\n  }\n\n  test(\"addOver\") {\n    wholeSetter.addOver(Whole(8))(1) shouldEqual whole9\n  }\n\n  test(\"mulOver\") {\n    wholeSetter.mulOver(Whole(5))(2) shouldEqual Whole(10)\n  }\n\n  test(\"subOver\") {\n    wholeSetter.subOver(Whole(10))(1) shouldEqual whole9\n  }\n\n  test(\"divOver\") {\n    wholeSetter.divOver(Whole(8))(2) shouldEqual Whole(4)\n  }\n\n  test(\"disjOver\") {\n    boolSetter.disjOver(true)(false) shouldEqual true\n    boolSetter.disjOver(false)(true) shouldEqual true\n    boolSetter.disjOver(false)(false) shouldEqual false\n  }\n\n  test(\"conjOver\") {\n    boolSetter.conjOver(true)(false) shouldEqual false\n    boolSetter.conjOver(false)(true) shouldEqual false\n    boolSetter.conjOver(false)(false) shouldEqual false\n    boolSetter.conjOver(true)(true) shouldEqual true\n  }\n\n  test(\"appendOver\") {\n    wholeSetter.appendOver(Whole(8))(2) shouldEqual Whole(10)\n  }\n\n  test(\"setJust\") {\n    setterOption.setJust(list)(9) shouldEqual list.map(const(9.some))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"project\/plugins.sbt","text":"val scalaJSVersion = Option(System.getenv(\"SCALAJS_VERSION\")).getOrElse(\"1.5.1\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-mdoc\" % \"2.2.20\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-unidoc\" % \"0.4.3\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.2\")\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-scalafix\" % \"0.9.27\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.10.0\")\naddSbtPlugin(\"com.geirsson\" % \"sbt-ci-release\" % \"1.5.7\")\naddSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % scalaJSVersion)\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scalajs-crossproject\" % \"1.0.0\")\naddSbtPlugin(\"com.thoughtworks.sbt-api-mappings\" % \"sbt-api-mappings\" % \"3.0.0\")\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/EachInstances.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/instances\/EachInstances.scala\npackage proptics.instances\n\nimport scala.collection.immutable.{ListMap, SortedMap}\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector, OneAnd}\nimport cats.{Applicative, Order}\n\nimport proptics.rank2types.LensLike\nimport proptics.std.string._\nimport proptics.typeclass.Each\nimport proptics.{Traversal, Traversal2, Traversal3, Traversal4, Traversal5}\n\ntrait EachInstances extends ScalaVersionSpecificEachInstances { self =>\n  def each[S, A](implicit ev: Each[S, A]): Traversal[S, A] = ev.each\n\n  implicit def eachTuple2[A]: Each[(A, A), A] = new Each[(A, A), A] {\n    override def each: Traversal[(A, A), A] =\n      Traversal2[(A, A), (A, A), A, A](_._1, _._2)((b1, b2, _) => (b1, b2))\n  }\n\n  implicit def eachTuple3[A]: Each[(A, A, A), A] = new Each[(A, A, A), A] {\n    override def each: Traversal[(A, A, A), A] =\n      Traversal3[(A, A, A), (A, A, A), A, A](_._1, _._2, _._3)((b1, b2, b3, _) => (b1, b2, b3))\n  }\n\n  implicit def eachTuple4[A]: Each[(A, A, A, A), A] = new Each[(A, A, A, A), A] {\n    override def each: Traversal[(A, A, A, A), A] =\n      Traversal4[(A, A, A, A), (A, A, A, A), A, A](_._1, _._2, _._3, _._4)((b1, b2, b3, b4, _) => (b1, b2, b3, b4))\n  }\n\n  implicit def eachTuple5[A]: Each[(A, A, A, A, A), A] = new Each[(A, A, A, A, A), A] {\n    override def each: Traversal[(A, A, A, A, A), A] =\n      Traversal5[(A, A, A, A, A), (A, A, A, A, A), A, A](_._1, _._2, _._3, _._4, _._5)((b1, b2, b3, b4, b5, _) => (b1, b2, b3, b4, b5))\n  }\n\n  implicit final def eachString: Each[String, Char] = new Each[String, Char] {\n    override def each: Traversal[String, Char] =\n      stringToChars compose self.each[List[Char], Char]\n  }\n\n  implicit final def eachVector[A]: Each[Vector[A], A] = new Each[Vector[A], A] {\n    override def each: Traversal[Vector[A], A] = Traversal.fromTraverse[Vector, A]\n  }\n\n  implicit final def eachList[A]: Each[List[A], A] = new Each[List[A], A] {\n    override def each: Traversal[List[A], A] = Traversal.fromTraverse[List, A]\n  }\n\n  implicit final def eachListMap[K, V]: Each[ListMap[K, V], V] = new Each[ListMap[K, V], V] {\n    override def each: Traversal[ListMap[K, V], V] =\n      Traversal.wander[ListMap[K, V], V](new LensLike[ListMap[K, V], ListMap[K, V], V, V] {\n        override def apply[F[_]](f: V => F[V])(implicit ev: Applicative[F]): ListMap[K, V] => F[ListMap[K, V]] = s =>\n          s.foldLeft(ev.pure(ListMap.empty[K, V])) { case (acc, (k, v)) =>\n            ev.map2(f(v), acc)((head, tail) => tail + (k -> head))\n          }\n      })\n  }\n\n  implicit def eachSortedMap[K: Order, V]: Each[SortedMap[K, V], V] = new Each[SortedMap[K, V], V] {\n    override def each: Traversal[SortedMap[K, V], V] = Traversal.fromTraverse[SortedMap[K, *], V]\n  }\n\n  implicit def eachChain[A]: Each[Chain[A], A] = new Each[Chain[A], A] {\n    override def each: Traversal[Chain[A], A] = Traversal.fromTraverse[Chain, A]\n  }\n\n  implicit def eachOneAnd[G[_], A](implicit ev0: Each[G[A], A]): Each[OneAnd[G, A], A] = new Each[OneAnd[G, A], A] {\n    override def each: Traversal[OneAnd[G, A], A] =\n      Traversal.wander[OneAnd[G, A], A](new LensLike[OneAnd[G, A], OneAnd[G, A], A, A] {\n        override def apply[F[_]](f: A => F[A])(implicit ev1: Applicative[F]): OneAnd[G, A] => F[OneAnd[G, A]] = s => ev1.map2(f(s.head), ev0.each.traverse(s.tail)(f))(OneAnd.apply)\n      })\n  }\n\n  implicit def eachNonEmptyVector[A]: Each[NonEmptyVector[A], A] = new Each[NonEmptyVector[A], A] {\n    override def each: Traversal[NonEmptyVector[A], A] = Traversal.fromTraverse[NonEmptyVector, A]\n  }\n\n  implicit def eachNonEmptyList[A]: Each[NonEmptyList[A], A] = new Each[NonEmptyList[A], A] {\n    override def each: Traversal[NonEmptyList[A], A] = Traversal.fromTraverse[NonEmptyList, A]\n  }\n\n  implicit def eachNonEmptyChain[A]: Each[NonEmptyChain[A], A] = new Each[NonEmptyChain[A], A] {\n    override def each: Traversal[NonEmptyChain[A], A] = Traversal.fromTraverse[NonEmptyChain, A]\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/IndexTests.scala","text":"<gh_stars>1-10\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.index.{index => idx}\nimport proptics.typeclass.Index\n\ntrait IndexTests[S, I, A] extends Laws {\n  def index(\n      implicit ev: Index[S, I, A],\n      eqS: Eq[S],\n      eqA: Eq[A],\n      arbS: Arbitrary[S],\n      arbI: Arbitrary[I],\n      arbA: Arbitrary[A],\n      arbAA: Arbitrary[A => A],\n      arbOp: Arbitrary[Option[A] => Option[A]]): RuleSet =\n    new SimpleRuleSet(\"Index\", AffineTraversalTests(idx(_: I)(ev)).affineTraversal.props: _*)\n}\n\nobject IndexTests {\n  def apply[S, I, A]: IndexTests[S, I, A] =\n    new IndexTests[S, I, A] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/SuffixedSpec.scala","text":"<filename>test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/SuffixedSpec.scala\npackage proptics.specs\n\nimport proptics.instances.suffixed._\nimport proptics.law.discipline.SuffixedTests\n\nclass SuffixedSpec extends SuffixedSpec0 {\n  checkAll(\"SuffixedTests[Stream[Int], Stream[Int]] suffixed\", SuffixedTests[Stream[Int], Stream[Int]].suffixed)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/TraverseWithIndexLaws.scala","text":"package proptics.law\n\nimport cats.Id\nimport cats.laws.{IsEq, TraverseLaws, _}\n\nimport proptics.indices.TraverseWithIndex\nimport proptics.syntax.functorWithIndex._\nimport proptics.syntax.traverseWithIndex._\n\ntrait TraverseWithIndexLaws[F[_], I] extends TraverseLaws[F] {\n  implicit def F: TraverseWithIndex[F, I]\n\n  def traverseWithIndexIdentity[A, B](fa: F[A], f: (A, I) => B): IsEq[F[B]] =\n    fa.traverseWithIndex[Id, I, B](f) <-> fa.mapWithIndex[I, B](f)\n\n  def traverseWithIndexComposition[A, B, C](fa: F[A], f: (A, I) => B, g: (B, I) => C): IsEq[F[C]] = {\n    val fb: F[B] = fa.traverseWithIndex[Id, I, B](f)\n\n    fb.traverseWithIndex[Id, I, C](g) <->\n      fa.traverseWithIndex[Id, I, C]((a, i) => g(f(a, i), i))\n  }\n}\n\nobject TraverseWithIndexLaws {\n  def apply[F[_], I](implicit ev: TraverseWithIndex[F, I]): TraverseWithIndexLaws[F, I] = new TraverseWithIndexLaws[F, I] {\n    implicit override def F: TraverseWithIndex[F, I] = ev\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ChoiceTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Prop._\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.law.ChoiceLaws\nimport proptics.profunctor.Choice\n\ntrait ChoiceTests[F[_, _]] extends ProfunctorTests[F] {\n  def laws: ChoiceLaws[F]\n\n  def choice[A: Arbitrary, B: Arbitrary, C: Arbitrary, D: Arbitrary, E: Arbitrary, G: Arbitrary](\n      implicit ArbFAB: Arbitrary[F[A, B]],\n      ArbFCD: Arbitrary[F[C, D]],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      CogenD: Cogen[D],\n      CogenE: Cogen[E],\n      EqFAB: Eq[F[A, B]],\n      EqFAD: Eq[F[A, D]],\n      EqFAG: Eq[F[A, G]],\n      EqFEitherABC: Eq[F[A, Either[B, C]]],\n      EqFEitherACB: Eq[F[A, Either[C, B]]],\n      LEqFEitherABC: Eq[F[Either[C, A], Either[C, B]]],\n      REqFEitherABC: Eq[F[Either[A, C], Either[B, C]]],\n      EitherAssociationACB: Eq[F[Either[Either[A, C], B], Either[Either[B, C], B]]],\n      EitherAssociationBCA: Eq[F[Either[B, Either[C, A]], Either[B, Either[C, B]]]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"Choice\",\n      parent = Some(profunctor[A, B, C, D, E, G]),\n      \"left right consistent\" -> forAll(laws.leftRightConsistent[A, B, C] _),\n      \"right left consistent\" -> forAll(laws.rightLeftConsistent[A, B, C] _),\n      \"left rmap lmap consistent\" -> forAll(laws.leftRmapLmapConsistent[A, B, C] _),\n      \"right lmap rmap consistent\" -> forAll(laws.rightLmapRmapConsistent[A, B, C] _),\n      \"left compose left dimap consistent\" -> forAll(laws.leftComposeLeftDimapConsistent[A, B, C] _),\n      \"right compose right dimap consistent\" -> forAll(laws.rightComposeRightDimapConsistent[A, B, C] _)\n    )\n}\n\nobject ChoiceTests {\n  def apply[F[_, _]: Choice]: ChoiceTests[F] =\n    new ChoiceTests[F] { def laws: ChoiceLaws[F] = ChoiceLaws[F] }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/package.scala","text":"package proptics\n\npackage object syntax {\n  object at extends AtSyntax\n  object all extends AllSyntax\n  object iso extends IsoSyntax\n  object lens extends LensSyntax\n  object star extends StarSyntax\n  object fold extends FoldSyntax\n  object anIso extends AnIsoSyntax\n  object aLens extends ALensSyntax\n  object tuple extends TupleSyntax\n  object prism extends PrismSyntax\n  object aPrism extends APrismSyntax\n  object setter extends SetterSyntax\n  object costar extends CostarSyntax\n  object function extends FunctionSyntax\n  object traversal extends TraversalSyntax\n  object aTraversal extends ATraversalSyntax\n  object indexedFold extends IndexedFoldSyntax\n  object indexedLens extends IndexedLensSyntax\n  object anIndexedLens extends AnIndexedLensSyntax\n  object indexedTraversal extends IndexedTraversalSyntax\n  object functorWithIndex extends FunctorWithIndexSyntax\n  object foldableWithIndex extends FoldableWithIndexSyntax\n  object traverseWithIndex extends TraverseWithIndexSyntax\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/TraverseWithIndexSpec.scala","text":"package proptics.specs\n\nimport cats.Id\n\nimport proptics.instances.traverseWithIndex._\nimport proptics.law.discipline.TraverseWithIndexTests\n\nclass TraverseWithIndexSpec extends TraverseWithIndexSpec0 {\n  checkAll(\"TraverseWithIndex[Stream, Int]\", TraverseWithIndexTests[Stream, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Market.scala","text":"package proptics.internal\n\nimport cats.arrow.Profunctor\nimport cats.data.Kleisli\nimport cats.syntax.either._\nimport cats.{FlatMap, Functor}\n\nimport proptics.profunctor.Choice\n\n\/** The [[Market]] [[cats.arrow.Profunctor]] characterizes a [[proptics.Prism_]] *\/\nfinal case class Market[A, B, S, T](viewOrModify: S => Either[T, A], review: B => T) { self =>\n  def compose[C, D](other: Market[C, D, A, B])(implicit ev: FlatMap[Either[T, *]]): Market[C, D, S, T] = {\n    val kleisli = Kleisli[Either[T, *], A, C](other.viewOrModify(_).leftMap(self.review))\n\n    Market((kleisli compose self.viewOrModify).run, self.review compose other.review)\n  }\n}\n\nabstract class MarketInstances {\n  implicit final def functorMarket[C, D, S]: Functor[Market[C, D, S, *]] = new Functor[Market[C, D, S, *]] {\n    override def map[A, B](fa: Market[C, D, S, A])(f: A => B): Market[C, D, S, B] =\n      Market(fa.viewOrModify(_).leftMap(f), f compose fa.review)\n  }\n\n  implicit final def profunctorMarket[E, F]: Profunctor[Market[E, F, *, *]] = new Profunctor[Market[E, F, *, *]] {\n    override def dimap[A, B, C, D](fab: Market[E, F, A, B])(f: C => A)(g: B => D): Market[E, F, C, D] =\n      Market(c => fab.viewOrModify(f(c)).leftMap(g), g compose fab.review)\n  }\n\n  implicit final def choiceMarket[E, F]: Choice[Market[E, F, *, *]] = new Choice[Market[E, F, *, *]] {\n    override def left[A, B, C](pab: Market[E, F, A, B]): Market[E, F, Either[A, C], Either[B, C]] =\n      Market(_.fold(pab.viewOrModify(_).leftMap(_.asLeft[C]), _.asRight[B].asLeft[E]), pab.review(_).asLeft[C])\n\n    override def right[A, B, C](pab: Market[E, F, A, B]): Market[E, F, Either[C, A], Either[C, B]] =\n      Market[E, F, Either[C, A], Either[C, B]](_.fold(_.asLeft[B].asLeft[E], pab.viewOrModify(_).fold(_.asRight[C].asLeft[E], _.asRight[Either[C, B]])), pab.review(_).asRight[C])\n\n    override def dimap[A, B, C, D](fab: Market[E, F, A, B])(f: C => A)(g: B => D): Market[E, F, C, D] =\n      profunctorMarket.dimap(fab)(f)(g)\n  }\n}\n\nobject Market extends MarketInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/PrismFunctions.scala","text":"<gh_stars>0\npackage proptics.internal\n\n\/** @tparam S the source of a [[proptics.Prism_]]\n  * @tparam T the modified source of a [[proptics.Prism_]]\n  * @tparam A the focus of a [[proptics.Prism_]]\n  *\/\nprivate[proptics] trait PrismFunctions[S, T, A] {\n  def viewOrModify(s: S): Either[T, A]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/PrismSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.Prism_\n\ntrait PrismSyntax {\n  implicit def prismSequenceOps[F[_], S, T, A](prism: Prism_[S, T, F[A], A]): PrismSequenceOps[F, S, T, A] = PrismSequenceOps(prism)\n}\n\nfinal case class PrismSequenceOps[F[_], S, T, A](private val prism: Prism_[S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[A] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev: Applicative[F]): F[T] = prism.traverse(s)(identity)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/ConsInstances.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/instances\/ConsInstances.scala<gh_stars>1-10\npackage proptics.instances\n\nimport scala.reflect.ClassTag\n\nimport cats.data.Chain\n\nimport proptics.typeclass.Cons\nimport proptics.{AffineTraversal, Prism}\n\ntrait ConsInstances extends ScalaVersionSpecificConsInstances {\n  final def cons[S, A](implicit ev: Cons[S, A]): Prism[S, (A, S)] = ev.cons\n\n  final def headOption[S, A](implicit ev: Cons[S, A]): AffineTraversal[S, A] = ev.headOption\n\n  final def tailOption[S, A](implicit ev: Cons[S, A]): AffineTraversal[S, S] = ev.tailOption\n\n  implicit final def consString: Cons[String, Char] = new Cons[String, Char] {\n    override def cons: Prism[String, (Char, String)] =\n      Prism.fromPreview[String, (Char, String)](str => str.headOption.map((_, str.tail))) { case (head, tail) =>\n        s\"$head$tail\"\n      }\n  }\n\n  implicit final def consArray[A: ClassTag]: Cons[Array[A], A] = new Cons[Array[A], A] {\n    override def cons: Prism[Array[A], (A, Array[A])] =\n      Prism.fromPreview[Array[A], (A, Array[A])](arr => arr.headOption.map((_, arr.tail))) { case (x, xs) =>\n        x +: xs\n      }\n  }\n\n  implicit final def consList[A]: Cons[List[A], A] = new Cons[List[A], A] {\n    override def cons: Prism[List[A], (A, List[A])] =\n      Prism.fromPartial[List[A], (A, List[A])] { case x :: xs => (x, xs) } { case (x, xs) => x :: xs }\n  }\n\n  implicit final def consVector[A]: Cons[Vector[A], A] = new Cons[Vector[A], A] {\n    override def cons: Prism[Vector[A], (A, Vector[A])] =\n      Prism.fromPreview[Vector[A], (A, Vector[A])](vector => vector.headOption.map((_, vector.tail))) { case (x, xs) =>\n        x +: xs\n      }\n  }\n\n  implicit final def consChain[A]: Cons[Chain[A], A] = new Cons[Chain[A], A] {\n    override def cons: Prism[Chain[A], (A, Chain[A])] =\n      Prism.fromPreview[Chain[A], (A, Chain[A])](_.uncons) { case (x, xs) => x +: xs }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/Review.scala","text":"package proptics\n\nimport cats.data.State\n\nimport proptics.internal.Tagged\n\n\/** A [[Review_]] describes how to construct a single value. It's a dual of [[Getter_]].\n  *\n  * A [[Review_]] is isomorphic to an arbitrary function from (B -> T)\n  *\n  * @tparam S the source of a [[Review_]]\n  * @tparam T the modified source of a [[Review_]]\n  * @tparam A the focus of a [[Review_]]\n  * @tparam B the modified focus of a [[Review_]]\n  *\/\nabstract class Review_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply(tagged: Tagged[A, B]): Tagged[S, T]\n\n  \/** view the modified source of a [[Review_]] *\/\n  final def review(b: B): T = self(Tagged[A, B](b)).runTag\n\n  \/** view the modified focus of a [[Review_]] in the state of a monad *\/\n  final def reuse(implicit ev: State[B, T]): State[B, T] = ev.inspect(review)\n\n  \/** compose [[Review_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): Review_[S, T, C, D] = new Review_[S, T, C, D] {\n    override private[proptics] def apply(tagged: Tagged[C, D]): Tagged[S, T] = self(other(tagged)(Tagged.profunctorTagged))\n  }\n\n  \/** compose [[Review_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): Review_[S, T, C, D] = self compose other.asIso\n\n  \/** compose [[Review_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): Review_[S, T, C, D] = new Review_[S, T, C, D] {\n    override private[proptics] def apply(tagged: Tagged[C, D]): Tagged[S, T] = self(other(tagged))\n  }\n\n  \/** compose [[Review_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): Review_[S, T, C, D] = self compose other.asPrism\n\n  \/** compose [[Review_]] with a [[Grate_]] *\/\n  final def compose[C, D](other: Grate_[A, B, C, D]): Review_[S, T, C, D] = new Review_[S, T, C, D] {\n    override private[proptics] def apply(tagged: Tagged[C, D]): Tagged[S, T] = self(other(tagged))\n  }\n\n  \/** compose [[Review_]] with a [[Review_]] *\/\n  final def compose[C, D](other: Review_[A, B, C, D]): Review_[S, T, C, D] = new Review_[S, T, C, D] {\n    override private[proptics] def apply(tagged: Tagged[C, D]): Tagged[S, T] = self(other(tagged))\n  }\n}\n\nobject Review_ {\n  \/** create a polymorphic Review_ from a a synonym to [[Review_.apply]] *\/\n  private[proptics] def apply[S, T, A, B](f: Tagged[A, B] => Tagged[S, T])(implicit ev: DummyImplicit): Review_[S, T, A, B] =\n    new Review_[S, T, A, B] {\n      override def apply(pab: Tagged[A, B]): Tagged[S, T] = f(pab)\n    }\n\n  \/** create a polymorphic Review_ from a preview function *\/\n  final def apply[S, T, A, B](review: B => T): Review_[S, T, A, B] =\n    Review_ { tag: Tagged[A, B] => Tagged[S, T](review(tag.runTag)) }\n\n  \/** polymorphic identity of a [[Review_]] *\/\n  final def id[S, T]: Review_[S, T, S, T] = Review_[S, T, S, T](identity[T] _)\n}\n\nobject Review {\n  \/** create a monomorphic [[Review]] from a preview function *\/\n  final def apply[S, A](f: A => S): Review[S, A] = Review_(f)\n\n  \/** monomorphic identity of a [[Review]] *\/\n  final def id[S]: Review[S, S] = Review_.id[S, S]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/WanderTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline.StrongTests\nimport org.scalacheck.{Arbitrary, Cogen}\nimport org.typelevel.discipline.Laws\n\nimport proptics.law.WanderLaws\nimport proptics.profunctor.Wander\n\ntrait WanderTests[F[_, _]] extends Laws {\n  def laws: WanderLaws[F]\n\n  def wander[A: Arbitrary, B: Arbitrary, C: Arbitrary, D: Arbitrary, E: Arbitrary, G: Arbitrary](\n      implicit wander: Wander[F],\n      ArbFAB: Arbitrary[F[A, B]],\n      ArbFCD: Arbitrary[F[C, D]],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      CogenD: Cogen[D],\n      CogenE: Cogen[E],\n      EqFAB: Eq[F[A, B]],\n      EqFAD: Eq[F[A, D]],\n      EqFAG: Eq[F[A, G]],\n      EqFACB: Eq[F[(A, C), B]],\n      EqFCAB: Eq[F[(C, A), B]],\n      EqFACBC: Eq[F[(A, C), (B, C)]],\n      EqFDADB: Eq[F[(D, A), (D, B)]],\n      EqFACBD: Eq[F[(A, C), (B, D)]],\n      EqFCADB: Eq[F[(C, A), (D, B)]],\n      EqFEitherABC: Eq[F[A, Either[B, C]]],\n      EqFEitherACB: Eq[F[A, Either[C, B]]],\n      EqFACDBCD: Eq[F[((A, C), D), ((B, C), D)]],\n      EqFDCADCB: Eq[F[(D, (C, A)), (D, (C, B))]],\n      LEqFEitherABC: Eq[F[Either[C, A], Either[C, B]]],\n      REqFEitherABC: Eq[F[Either[A, C], Either[B, C]]],\n      EitherAssociationACB: Eq[F[Either[Either[A, C], B], Either[Either[B, C], B]]],\n      EitherAssociationBCA: Eq[F[Either[B, Either[C, A]], Either[B, Either[C, B]]]]): RuleSet =\n    new SimpleRuleSet(\n      name = \"Wander\",\n      ChoiceTests(wander).choice[A, B, C, D, E, G].props ++ StrongTests(wander).strong[A, B, C, D, E, G].props: _*\n    )\n}\n\nobject WanderTests {\n  def apply[F[_, _]](implicit ev: Wander[F]): WanderTests[F] =\n    new WanderTests[F] { def laws: WanderLaws[F] = WanderLaws[F] }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/IndexedFoldSpec.scala","text":"package proptics.specs\n\nimport scala.Function.const\nimport scala.util.Random\n\nimport cats.data.State\nimport cats.instances.int._\nimport cats.syntax.functor._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics.instances.foldableWithIndex._\nimport proptics.specs.compose._\nimport proptics.syntax.indexedFold._\nimport proptics.syntax.tuple._\nimport proptics.{AnIndexedLens, IndexedFold, IndexedGetter, IndexedLens, IndexedTraversal}\n\nclass IndexedFoldSpec extends PropticsSuite {\n  val emptyList: List[Int] = List.empty[Int]\n  val ones: List[(Int, Int)] = List.fill(10)(1).zipWithIndex\n  val foldable: IndexedFold[Int, Whole, Int] = IndexedFold[Int, Whole, Int](w => (w.part, 0))\n  val replicated: IndexedFold[Int, Int, Int] = IndexedFold.replicate[Int, Int](10)(spire.std.int.IntAlgebra)\n  val filtered: IndexedFold[Int, (Int, Int), Int] = IndexedFold.filtered[Int, Int](evenNumbers compose Tuple2._2)\n  val fromFoldable: IndexedFold[Int, List[Int], Int] = IndexedFold.fromFoldable[List, Int]\n  val fromFoldableWithIndex: IndexedFold[Int, List[Int], Int] = IndexedFold.fromFoldableWithIndex[List, Int, Int]\n  val boolFoldable: IndexedFold[Int, List[Boolean], Boolean] = IndexedFold.fromFoldableWithIndex[List, Int, Boolean]\n  val fromGetter: IndexedFold[Int, List[Int], List[Int]] = IndexedGetter[Int, List[Int], List[Int]]((_, 0)).asIndexedFold\n  val unfolded: IndexedFold[Int, FoldState, (Int, Int)] = IndexedFold.unfold[Int, FoldState, (Int, Int)] { state =>\n    if (state.i <= 10) (((state.i - 1, state.i), 0), state.copy(i = state.i + 1)).some else None\n  }\n\n  test(\"viewAll\") {\n    fromFoldableWithIndex.viewAll(list) shouldEqual indexedList\n    fromFoldable.viewAll(list) shouldEqual indexedList\n    fromFoldableWithIndex.viewAll(emptyList) shouldEqual emptyIndexedList\n    fromFoldable.viewAll(emptyList) shouldEqual emptyIndexedList\n    foldable.viewAll(whole9) shouldEqual List((whole9.part, 0))\n  }\n\n  test(\"preview\") {\n    fromFoldableWithIndex.preview(list) shouldEqual (1, 0).some\n    fromFoldableWithIndex.preview(emptyList) shouldEqual None\n    fromFoldable.preview(list) shouldEqual (1, 0).some\n    fromFoldable.preview(emptyList) shouldEqual None\n    foldable.preview(whole9) shouldEqual (9, 0).some\n  }\n\n  test(\"foldMap\") {\n    fromFoldableWithIndex.foldMap(list)(_._1) shouldEqual list.sum\n    fromFoldableWithIndex.foldMap(list)(List(_)) shouldEqual indexedList\n    fromFoldableWithIndex.foldMap(emptyList)(_._1) shouldEqual 0\n    fromFoldableWithIndex.foldMap(emptyList)(List(_)) shouldEqual emptyIndexedList\n    fromFoldable.foldMap(list)(_._1) shouldEqual list.sum\n    fromFoldable.foldMap(list)(List(_)) shouldEqual indexedList\n    fromFoldable.foldMap(emptyList)(_._1) shouldEqual 0\n    fromFoldable.foldMap(emptyList)(List(_)) shouldEqual emptyIndexedList\n    foldable.foldMap(whole9)(_._1) shouldEqual 9\n  }\n\n  test(\"fold\") {\n    fromFoldableWithIndex.fold(list) shouldEqual list.sum\n    fromFoldableWithIndex.fold(list) shouldEqual fromFoldable.view(list)\n    fromFoldableWithIndex.fold(emptyList) shouldEqual 0\n    fromFoldableWithIndex.fold(emptyList) shouldEqual fromFoldable.view(emptyList)\n    foldable.fold(whole9) shouldEqual 9\n    foldable.fold(whole9) shouldEqual foldable.view(whole9)\n    fromGetter.fold(list) shouldEqual list\n  }\n\n  test(\"foldRight\") {\n    fromFoldableWithIndex.foldRight(list)(0)(_._1 + _) shouldEqual list.sum\n    fromFoldableWithIndex.foldRight(list)(0)(_._1 + _) should be > 0\n    fromFoldableWithIndex.foldRight(list)(emptyList)(_._1 :: _) shouldEqual list\n    fromFoldableWithIndex.foldRight(emptyList)(0)(_._1 + _) shouldEqual 0\n    fromFoldableWithIndex.foldRight(emptyList)(0)(_._1 - _) shouldEqual 0\n    fromFoldable.foldRight(list)(0)(_._1 + _) shouldEqual list.sum\n    fromFoldable.foldRight(list)(0)(_._1 + _) should be > 0\n    fromFoldable.foldRight(list)(emptyList)(_._1 :: _) shouldEqual list\n    fromFoldable.foldRight(emptyList)(0)(_._1 + _) shouldEqual 0\n    fromFoldable.foldRight(emptyList)(0)(_._1 - _) shouldEqual 0\n    foldable.foldRight(whole9)(1)(_._1 + _) shouldEqual 10\n    foldable.foldRight(whole9)(1)(_._1 - _) shouldEqual 8\n  }\n\n  test(\"foldLeft\") {\n    fromFoldableWithIndex.foldLeft(list)(0)(_ + _._1) shouldEqual list.sum\n    fromFoldableWithIndex.foldLeft(list)(0)(_ + _._1) should be > 0\n    fromFoldableWithIndex.foldLeft(list)(emptyList)((r, a) => a._1 :: r) shouldEqual list.reverse\n    fromFoldableWithIndex.foldLeft(emptyList)(0)(_ + _._1) shouldEqual 0\n    fromFoldableWithIndex.foldLeft(emptyList)(0)(_ - _._1) shouldEqual 0\n    fromFoldable.foldLeft(list)(0)(_ + _._1) shouldEqual list.sum\n    fromFoldable.foldLeft(list)(0)(_ + _._1) should be > 0\n    fromFoldable.foldLeft(list)(emptyList)((r, a) => a._1 :: r) shouldEqual list.reverse\n    fromFoldable.foldLeft(emptyList)(0)(_ + _._1) shouldEqual 0\n    fromFoldable.foldLeft(emptyList)(0)(_ - _._1) shouldEqual 0\n    foldable.foldLeft(whole9)(1)(_ + _._1) shouldEqual 10\n    foldable.foldLeft(whole9)(1)(_ - _._1) shouldEqual -8\n  }\n\n  {\n    import spire.std.int.IntAlgebra\n\n    test(\"sum\") {\n      fromFoldableWithIndex.sum(list) shouldEqual list.sum\n      fromFoldable.sum(list) shouldEqual list.sum\n      foldable.sum(whole9) shouldEqual 9\n    }\n\n    test(\"product\") {\n      fromFoldableWithIndex.product(list) shouldEqual list.product\n      fromFoldableWithIndex.product(emptyList) shouldEqual 1\n      fromFoldable.product(list) shouldEqual list.product\n      fromFoldable.product(emptyList) shouldEqual 1\n      foldable.product(whole9) shouldEqual 9\n    }\n  }\n\n  test(\"forall\") {\n    fromFoldableWithIndex.forall(_._1 < 10)(list) shouldEqual true\n    fromFoldableWithIndex.forall(_._1 < 10)(emptyList) shouldEqual true\n    fromFoldableWithIndex.forall(_._1 > 10)(list) shouldEqual false\n    fromFoldableWithIndex.forall(_._1 > 10)(emptyList) shouldEqual true\n    fromFoldable.forall(_._1 < 10)(list) shouldEqual true\n    fromFoldable.forall(_._1 < 10)(emptyList) shouldEqual true\n    fromFoldable.forall(_._1 > 10)(list) shouldEqual false\n    fromFoldable.forall(_._1 > 10)(emptyList) shouldEqual true\n    foldable.forall(_._1 < 10)(whole9) shouldEqual true\n    foldable.forall(_._1 > 10)(whole9) shouldEqual false\n  }\n\n  test(\"forall using heyting\") {\n    fromFoldableWithIndex.forall(list)(_._1 < 10) shouldEqual true\n    fromFoldableWithIndex.forall(emptyList)(_._1 < 10) shouldEqual true\n    fromFoldableWithIndex.forall(list)(_._1 > 10) shouldEqual false\n    fromFoldableWithIndex.forall(emptyList)(_._1 > 10) shouldEqual true\n    fromFoldable.forall(list)(_._1 < 10) shouldEqual true\n    fromFoldable.forall(emptyList)(_._1 < 10) shouldEqual true\n    fromFoldable.forall(list)(_._1 > 10) shouldEqual false\n    fromFoldable.forall(emptyList)(_._1 > 10) shouldEqual true\n    foldable.forall(whole9)(_._1 < 10) shouldEqual true\n    foldable.forall(whole9)(_._1 > 10) shouldEqual false\n  }\n\n  test(\"and\") {\n    boolFoldable.and(boolList) shouldEqual false\n    boolFoldable.and(boolList.map(const(true))) shouldEqual true\n    boolFoldable.and(falseBoolList) shouldEqual false\n  }\n\n  test(\"or\") {\n    boolFoldable.or(boolList) shouldEqual true\n    boolFoldable.or(falseBoolList) shouldEqual false\n  }\n\n  test(\"any\") {\n    fromFoldableWithIndex.any(list)(greaterThan5 compose Tuple2._1) shouldEqual true\n    fromFoldableWithIndex.any(emptyList)(greaterThan10 compose Tuple2._1) shouldEqual false\n    fromFoldable.any(list)(greaterThan5 compose Tuple2._1) shouldEqual true\n    fromFoldable.any(emptyList)(greaterThan10 compose Tuple2._1) shouldEqual false\n    foldable.any(whole9)(greaterThan5 compose Tuple2._1) shouldEqual true\n  }\n\n  test(\"exists\") {\n    fromFoldableWithIndex.exists(greaterThan5 compose Tuple2._1)(list) shouldEqual true\n    fromFoldableWithIndex.exists(greaterThan10 compose Tuple2._1)(list) shouldEqual false\n    fromFoldable.exists(greaterThan5 compose Tuple2._1)(list) shouldEqual true\n    fromFoldable.exists(greaterThan10 compose Tuple2._1)(list) shouldEqual false\n    foldable.exists(greaterThan5 compose Tuple2._1)(whole9) shouldEqual true\n    foldable.exists(greaterThan10 compose Tuple2._1)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    fromFoldableWithIndex.notExists(greaterThan5 compose Tuple2._1)(list) shouldEqual false\n    fromFoldableWithIndex.notExists(greaterThan10 compose Tuple2._1)(list) shouldEqual true\n    fromFoldableWithIndex.notExists(greaterThan10 compose Tuple2._1)(list) shouldEqual\n      !fromFoldableWithIndex.exists(greaterThan10 compose Tuple2._1)(list)\n    fromFoldable.notExists(greaterThan5 compose Tuple2._1)(list) shouldEqual false\n    fromFoldable.notExists(greaterThan10 compose Tuple2._1)(list) shouldEqual true\n    fromFoldable.notExists(greaterThan10 compose Tuple2._1)(list) shouldEqual\n      !fromFoldable.exists(greaterThan10 compose Tuple2._1)(list)\n    foldable.notExists(greaterThan5 compose Tuple2._1)(whole9) shouldEqual false\n    foldable.notExists(greaterThan10 compose Tuple2._1)(whole9) shouldEqual true\n    foldable.notExists(greaterThan10 compose Tuple2._1)(whole9) shouldEqual !foldable.exists(greaterThan10 compose Tuple2._1)(whole9)\n  }\n\n  test(\"contains\") {\n    fromFoldableWithIndex.contains((1, 0))(list) shouldEqual true\n    fromFoldableWithIndex.contains((5, 4))(list) shouldEqual true\n    fromFoldableWithIndex.contains((10, 0))(list) shouldEqual false\n    fromFoldable.contains((1, 1))(list) shouldEqual false\n    fromFoldable.contains((1, 0))(list) shouldEqual true\n    fromFoldable.contains((5, 4))(list) shouldEqual true\n    fromFoldable.contains((10, 0))(list) shouldEqual false\n    fromFoldable.contains((1, 1))(list) shouldEqual false\n    foldable.contains((9, 0))(whole9) shouldEqual true\n    foldable.contains((10, 0))(whole9) shouldEqual false\n    foldable.contains((9, 1))(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    fromFoldableWithIndex.notContains((1, 0))(list) shouldEqual false\n    fromFoldableWithIndex.notContains((5, 4))(list) shouldEqual false\n    fromFoldableWithIndex.notContains((10, 1))(list) shouldEqual true\n    fromFoldableWithIndex.notContains((1, 0))(list) shouldEqual\n      !fromFoldableWithIndex.contains((1, 0))(list)\n    fromFoldable.notContains((1, 0))(list) shouldEqual false\n    fromFoldable.notContains((5, 4))(list) shouldEqual false\n    fromFoldable.notContains((10, 1))(list) shouldEqual true\n    fromFoldable.notContains((1, 0))(list) shouldEqual\n      !fromFoldable.contains((1, 0))(list)\n    foldable.notContains((9, 0))(whole9) shouldEqual false\n    foldable.notContains((10, 0))(whole9) shouldEqual true\n    foldable.notContains((9, 1))(whole9) shouldEqual true\n    foldable.notContains((9, 0))(whole9) shouldEqual !foldable.contains((9, 0))(whole9)\n  }\n\n  test(\"isEmpty\") {\n    fromFoldableWithIndex.isEmpty(list) shouldEqual false\n    fromFoldableWithIndex.isEmpty(emptyList) shouldEqual true\n    fromFoldable.isEmpty(list) shouldEqual false\n    fromFoldable.isEmpty(emptyList) shouldEqual true\n    foldable.isEmpty(whole9) shouldEqual false\n  }\n\n  test(\"nonEmpty\") {\n    fromFoldableWithIndex.nonEmpty(list) shouldEqual true\n    fromFoldableWithIndex.nonEmpty(emptyList) shouldEqual false\n    fromFoldableWithIndex.nonEmpty(list) shouldEqual !fromFoldableWithIndex.isEmpty(list)\n    fromFoldable.nonEmpty(list) shouldEqual true\n    fromFoldable.nonEmpty(emptyList) shouldEqual false\n    fromFoldable.nonEmpty(list) shouldEqual !fromFoldable.isEmpty(list)\n    foldable.nonEmpty(whole9) shouldEqual true\n    foldable.nonEmpty(whole9) shouldEqual !foldable.isEmpty(whole9)\n  }\n\n  test(\"length\") {\n    fromFoldableWithIndex.length(list) shouldEqual indexedList.length\n    fromFoldableWithIndex.length(emptyList) shouldEqual 0\n    foldable.length(whole9) shouldEqual 1\n  }\n\n  test(\"find\") {\n    fromFoldableWithIndex.find(greaterThan5 compose Tuple2._1)(list) shouldEqual list.find(greaterThan5).map((_, 5))\n    fromFoldableWithIndex.find(greaterThan10 compose Tuple2._1)(list) shouldEqual None\n    fromFoldable.find(greaterThan5 compose Tuple2._1)(list) shouldEqual list.find(greaterThan5).map((_, 5))\n    fromFoldable.find(greaterThan10 compose Tuple2._1)(list) shouldEqual None\n    foldable.find(greaterThan5 compose Tuple2._1)(whole9) shouldEqual (9, 0).some\n    foldable.find(greaterThan10 compose Tuple2._1)(whole9) shouldEqual None\n  }\n\n  test(\"first\") {\n    fromFoldableWithIndex.first(list) shouldEqual (list.head, 0).some\n    fromFoldableWithIndex.first(emptyList) shouldEqual None\n    fromFoldable.first(list) shouldEqual (list.head, 0).some\n    fromFoldable.first(emptyList) shouldEqual None\n    foldable.first(whole9) shouldEqual (9, 0).some\n  }\n\n  test(\"last\") {\n    fromFoldableWithIndex.last(list) shouldEqual (list.last, list.length - 1).some\n    fromFoldableWithIndex.last(emptyList) shouldEqual None\n    fromFoldable.last(list) shouldEqual (list.last, list.length - 1).some\n    fromFoldable.last(emptyList) shouldEqual None\n    foldable.last(whole9) shouldEqual (9, 0).some\n  }\n\n  {\n    val ev = catsKernelStdOrderForInt\n\n    test(\"minimum\") {\n      fromFoldableWithIndex.minimum(Random.shuffle(list))(ev) shouldEqual list.head.some\n      fromFoldableWithIndex.minimum(emptyList)(ev) shouldEqual None\n      fromFoldable.minimum(Random.shuffle(list))(ev) shouldEqual list.head.some\n      fromFoldable.minimum(emptyList)(ev) shouldEqual None\n      foldable.minimum(whole9)(ev) shouldEqual 9.some\n    }\n\n    test(\"maximum\") {\n      fromFoldableWithIndex.maximum(Random.shuffle(list))(ev) shouldEqual list.last.some\n      fromFoldableWithIndex.maximum(emptyList)(ev) shouldEqual None\n      fromFoldable.maximum(Random.shuffle(list))(ev) shouldEqual list.last.some\n      fromFoldable.maximum(emptyList)(ev) shouldEqual None\n      foldable.maximum(whole9)(ev) shouldEqual 9.some\n    }\n  }\n\n  test(\"toArray\") {\n    fromFoldableWithIndex.toArray(list) shouldEqual list.toArray\n    fromFoldable.toArray(list) shouldEqual list.toArray\n    foldable.toArray(whole9) shouldEqual Array(9)\n  }\n\n  test(\"toList\") {\n    fromFoldableWithIndex.toList(list) shouldEqual list\n    fromFoldable.toList(list) shouldEqual list\n    foldable.toList(whole9) shouldEqual List(9)\n  }\n\n  test(\"use\") {\n    implicit val state: State[List[Int], Int] = State.pure[List[Int], Int](1)\n\n    fromFoldableWithIndex.use.runA(list).value shouldEqual indexedList\n    fromFoldable.use.runA(list).value shouldEqual indexedList\n    foldable.use.runA(whole9).value shouldEqual List((9, 0))\n  }\n\n  test(\"asFold\") {\n    fromFoldableWithIndex.asFold.foldLeft(list)(emptyList) { (ls, i) =>\n      ls ++ List(i)\n    } shouldEqual list\n\n    fromFoldable.asFold.foldLeft(list)(emptyList) { (ls, i) =>\n      ls ++ List(i)\n    } shouldEqual list\n  }\n\n  test(\"reindex\") {\n    fromFoldableWithIndex\n      .reindex(_.toString)\n      .viewAll(list) shouldEqual indexedList.map(_.map(_.toString))\n\n    fromFoldable\n      .reindex(_.toString)\n      .viewAll(list) shouldEqual indexedList.map(_.map(_.toString))\n  }\n\n  test(\"replicate\") {\n    replicated.viewAll(1) shouldEqual ones\n    replicated.foldMap(1) { case (a, i) => if (i % 2 === 0) a else 0 } shouldEqual\n      ones.filter(_._2 % 2 == 0).map(_._1).sum\n  }\n\n  test(\"unfold\") {\n    unfolded.viewAll(foldState) shouldEqual List.tabulate(10)(i => ((i, i + 1), 0))\n    unfolded.length(foldState) shouldEqual 10\n  }\n\n  test(\"filtered\") {\n    val composed = unfolded <<* filtered\n\n    composed.foldMap(foldState)(_._2) shouldEqual 0\n    composed.foldMap(foldState)(_._1) shouldEqual 25\n  }\n\n  test(\"compose with Iso\") {\n    val composed = indexedFold compose iso\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with AnIso\") {\n    val composed = indexedFold compose anIso\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with Lens\") {\n    val composed = indexedFold compose lens\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with ALens\") {\n    val composed = indexedFold compose aLens\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with Prism\") {\n    val composed = indexedFold compose prism\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with APrism\") {\n    val composed = indexedFold compose aPrism\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with AffineTraversal\") {\n    val composed = indexedFold compose affineTraversal\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with AnAffineTraversal\") {\n    val composed = indexedFold compose anAffineTraversal\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with Traversal\") {\n    val composed = indexedFold compose traversal\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with ATraversal\") {\n    val composed = indexedFold compose aTraversal\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with Getter\") {\n    val composed = indexedFold compose getter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"to\") {\n    indexedFold.to(_ + 1).fold(8) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    val composed = indexedFold compose fold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedLens with right index\") {\n    val composed = indexedFold *>> IndexedLens[Int, Int, Int]((_, 1))(_ => identity)\n\n    composed.foldMap(9)(_._2) shouldEqual 1\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedLens with left index\") {\n    val composed = indexedFold <<* IndexedLens[Int, Int, Int]((_, 1))(_ => identity)\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with AnIndexedLens with right index\") {\n    val composed = indexedFold *>> AnIndexedLens[Int, Int, Int]((_, 1))(_ => identity)\n\n    composed.foldMap(9)(_._2) shouldEqual 1\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with AnIndexedLens with left index\") {\n    val composed = indexedFold <<* AnIndexedLens[Int, Int, Int]((_, 1))(_ => identity)\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedTraversal with right index\") {\n    val composed = indexedFold *>> IndexedTraversal[Int, Int, Int]((_, 1))(const(identity))\n\n    composed.foldMap(9)(_._2) shouldEqual 1\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedTraversal with left index\") {\n    val composed = indexedFold <<* IndexedTraversal[Int, Int, Int]((_, 1))(const(identity))\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter with right index\") {\n    val composed = indexedFold *>> IndexedGetter[Int, Int, Int]((_, 1))\n\n    composed.foldMap(9)(_._2) shouldEqual 1\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter with left index\") {\n    val composed = indexedFold <<* IndexedGetter[Int, Int, Int]((_, 1))\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"toWithIndex\") {\n    indexedFold.toWithIndex[Int, Int](i => (i + 1, 0)).foldMap(8)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold with right index\") {\n    val composed = indexedFold *>> IndexedFold[Int, Int, Int]((_, 1))\n\n    composed.foldMap(9)(_._2) shouldEqual 1\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold with left index\") {\n    val composed = indexedFold <<* IndexedFold[Int, Int, Int]((_, 1))\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"filterByIndex\") {\n    fromFoldableWithIndex.filterByIndex(_ < 3).viewAll(list) shouldEqual indexedList.take(3)\n    fromFoldable.filterByIndex(_ < 3).viewAll(list) shouldEqual indexedList.take(3)\n  }\n\n  test(\"element\") {\n    fromFoldableWithIndex.elementAt(1).preview(list) shouldEqual 2.some\n    fromFoldable.elementAt(1).preview(list) shouldEqual 2.some\n  }\n\n  test(\"has\") {\n    IndexedFold.has(fromFoldable)(List(1, 2, 3)) shouldEqual true\n    IndexedFold.has(fromFoldable)(List.empty[Int]) shouldEqual false\n  }\n\n  test(\"implicit cast to from IndexedLens\") {\n    val indexedFoldFromIndexedLens: IndexedFold[Int, Int, Int] = indexedLens\n\n    indexedFoldFromIndexedLens.foldMap(9)(identity) shouldEqual ((9, 0))\n  }\n\n  test(\"implicit cast to AnIndexedLens\") {\n    val indexedFoldFromAnIndexedLens: IndexedFold[Int, Int, Int] = anIndexedLens\n\n    indexedFoldFromAnIndexedLens.foldMap(9)(identity) shouldEqual ((9, 0))\n  }\n\n  test(\"implicit cast to IndexedTraversal\") {\n    val indexedFoldFromIndexedTraversal: IndexedFold[Int, Int, Int] = indexedTraversal\n\n    indexedFoldFromIndexedTraversal.foldMap(9)(identity) shouldEqual ((9, 0))\n  }\n\n  test(\"implicit cast to IndexedGetter\") {\n    val indexedFoldFromIndexedGetter: IndexedFold[Int, Int, Int] = indexedGetter\n\n    indexedFoldFromIndexedGetter.foldMap(9)(identity) shouldEqual ((9, 0))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ATraversalTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline._\n\nimport proptics.ATraversal\nimport proptics.law.ATraversalLaws\n\ntrait ATraversalTests[S, A] extends Laws {\n  def laws: ATraversalLaws[S, A]\n\n  def aTraversal(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"ATraversal\",\n      \"respectPurity\" -> forAll(laws.respectPurity _),\n      \"consistentFoci\" -> forAll((s: S, f: A => A, g: A => A) => laws.consistentFoci(s, f, g)),\n      \"preview\" -> forAll(laws.preview _),\n      \"setGet\" -> forAll((s: S, f: A => A) => laws.setGet(s, f)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject ATraversalTests {\n  def apply[S, A](_aTraversal: ATraversal[S, A]): ATraversalTests[S, A] =\n    new ATraversalTests[S, A] { def laws: ATraversalLaws[S, A] = ATraversalLaws[S, A](_aTraversal) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/UnitOptics.scala","text":"<reponame>amitksingh1490\/Proptics<filename>core\/shared\/src\/main\/scala\/proptics\/std\/UnitOptics.scala<gh_stars>1-10\npackage proptics.std\n\nimport scala.Function.const\n\nimport proptics.Lens\n\ntrait UnitOptics {\n  final def unit[A]: Lens[A, Unit] = Lens[A, Unit](const(()))(const)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/PrismLaws.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/PrismLaws.scala\npackage proptics.law\n\nimport cats.kernel.laws._\nimport cats.syntax.option._\n\nimport proptics.Prism\n\ntrait PrismLaws[S, A] {\n  def prism: Prism[S, A]\n\n  def previewReview(a: A): IsEq[Option[A]] = prism.preview(prism.review(a)) <-> a.some\n  def viewOrModifyReview(s: S): IsEq[S] = prism.viewOrModify(s).fold(identity, prism.review) <-> s\n  def setSet(s: S, a: A): IsEq[S] = prism.set(a)(prism.set(a)(s)) <-> prism.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = prism.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = prism.over(g)(prism.over(f)(s)) <-> prism.over(g compose f)(s)\n}\n\nobject PrismLaws {\n  def apply[S, A](_prism: Prism[S, A]): PrismLaws[S, A] =\n    new PrismLaws[S, A] { def prism: Prism[S, A] = _prism }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/TraversalLaws.scala","text":"package proptics.law\n\nimport cats.kernel.laws._\nimport cats.{Applicative, Id}\n\nimport proptics.Traversal\n\ntrait TraversalLaws[S, A] {\n  def traversal: Traversal[S, A]\n  def respectPurity[F[_]: Applicative](s: S): IsEq[F[S]] = traversal.traverse[F](s)(Applicative[F].pure _) <-> Applicative[F].pure(s)\n  def consistentFoci(s: S, f: A => A, g: A => A): IsEq[S] =\n    (traversal.overF[Id](f) _ compose traversal.overF[Id](g))(s) <-> traversal.overF[Id](f compose g)(s)\n\n  def preview(s: S): IsEq[Option[A]] = traversal.preview(s) <-> traversal.viewAll(s).headOption\n  def getSet(s: S, f: A => A): IsEq[List[A]] = traversal.viewAll(traversal.over(f)(s)) <-> traversal.viewAll(s).map(f)\n  def setSet(s: S, a: A): IsEq[S] = traversal.set(a)(traversal.set(a)(s)) <-> traversal.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = traversal.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = traversal.over(g)(traversal.over(f)(s)) <-> traversal.over(g compose f)(s)\n}\n\nobject TraversalLaws {\n  def apply[S, A](_traversal: Traversal[S, A]): TraversalLaws[S, A] =\n    new TraversalLaws[S, A] { def traversal: Traversal[S, A] = _traversal }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificEachInstances.scala","text":"package proptics.instances\n\nimport proptics.Traversal\nimport proptics.typeclass.Each\n\nprivate[instances] trait ScalaVersionSpecificEachInstances {\n  implicit final def eachStream[A]: Each[Stream[A], A] = new Each[Stream[A], A] {\n    override def each: Traversal[Stream[A], A] = Traversal.fromTraverse[Stream, A]\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/PrefixedSpec.scala","text":"package proptics.specs\n\nimport scala.collection.immutable.ArraySeq\n\nimport proptics.instances.prefixed._\nimport proptics.law.discipline.PrefixedTests\n\nclass PrefixedSpec extends PrefixedSpec0 {\n  checkAll(\"PrefixedTests[LazyList[Int], LazyList[Int]] prefixed\", PrefixedTests[LazyList[Int], LazyList[Int]].prefixed)\n  checkAll(\"PrefixedTests[ArraySeq[Int], ArraySeq[Int]] prefixed\", PrefixedTests[ArraySeq[Int], ArraySeq[Int]].prefixed)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificConsInstances.scala","text":"<gh_stars>1-10\npackage proptics.instances\n\nimport proptics.Prism\nimport proptics.typeclass.Cons\n\nprivate[instances] trait ScalaVersionSpecificConsInstances {\n  implicit final def consStream[A]: Cons[Stream[A], A] = new Cons[Stream[A], A] {\n    override def cons: Prism[Stream[A], (A, Stream[A])] =\n      Prism.fromPreview[Stream[A], (A, Stream[A])](list => list.headOption.map((_, list.tail))) { case (head, tail) =>\n        head #:: tail\n      }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/Lens.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/Lens.scala\npackage proptics\n\nimport scala.Function.const\n\nimport cats.arrow.Strong\nimport cats.data.State\nimport cats.syntax.apply._\nimport cats.syntax.either._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Alternative, Applicative, Comonad, Eq, Functor, Monoid}\n\nimport proptics.data.Disj\nimport proptics.internal._\nimport proptics.profunctor.{Choice, Costar, Star, Wander}\nimport proptics.rank2types.{LensLikeWithIndex, Rank2TypeLensLike}\nimport proptics.syntax.costar._\nimport proptics.syntax.function._\nimport proptics.syntax.star._\n\n\/** A [[Lens_]]] focuses a single piece of data within a larger structure.\n  *\n  * A [[Lens_]] provides a convenient way to view, set, and transform that element.\n  *\n  * A [[Lens_]] must never fail to get or modify that focus.\n  *\n  * @tparam S the source of a [[Lens_]]\n  * @tparam T the modified source of a [[Lens_]]\n  * @tparam A the focus of a [[Lens_]]\n  * @tparam B the modified focus of a [[Lens_]]\n  *\/\nabstract class Lens_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[S, T]\n\n  \/** view the focus of a [[Lens_]] *\/\n  final def view(s: S): A = self[Forget[A, *, *]](Forget(identity)).runForget(s)\n\n  \/** set the modified focus of a [[Lens_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the focus type of a [[Lens_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = self(f)\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Functor](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify the focus type of a [[Lens_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n  final def traverse[F[_]: Functor](s: S)(f: A => F[B]): F[T] = self(Star(f)).runStar(s)\n\n  \/** test whether a predicate holds for the focus of a [[Lens_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = f compose view\n\n  \/** test whether a predicate does not hold for the focus of a [[Lens_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = s => !exists(f)(s)\n\n  \/** test whether the focus of a [[Lens_]] contains a given value *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether the focus a [[Lens_]] does not contain a given value *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** find if the focus of a [[Lens_]] is satisfying a predicate. *\/\n  final def find(f: A => Boolean): S => Option[A] = s => view(s).some.filter(f)\n\n  \/** view the focus of a [[Lens_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, A] = ev.inspect(view)\n\n  \/** try to map a function over this [[Lens_]], failing if the [[Lens_]] has no focus. *\/\n  final def failover[F[_]](f: A => B)(s: S)(implicit ev0: Strong[Star[(Disj[Boolean], *), *, *]], ev1: Alternative[F]): F[T] = {\n    val star = Star[(Disj[Boolean], *), A, B](a => (Disj(true), f(a)))\n\n    self(star).runStar(s) match {\n      case (Disj(true), x) => ev1.pure(x)\n      case (Disj(false), _) => ev1.empty\n    }\n  }\n\n  \/** zip two sources of a [[Lens_]] together provided a binary operation which modify the focus type of a [[Lens_]] *\/\n  final def zipWith[F[_]](s1: S, s2: S)(f: (A, A) => B): T = self(Zipping(f.curried)).runZipping(s1)(s2)\n\n  \/** modify an effectual focus of an [[Lens_]] into the modified focus, resulting in a change of type to the full structure *\/\n  final def cotraverse[F[_]: Comonad](fs: F[S])(f: F[A] => B)(implicit ev: Applicative[F]): T = self(Costar(f)).runCostar(fs)\n\n  \/** synonym for [[cotraverse]], flipped *\/\n  final def zipWithF[F[_]: Comonad](f: F[A] => B)(fs: F[S]): T = self(Costar(f)).runCostar(fs)\n\n  \/** transform a [[Lens_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(forget.runForget compose self.view)\n  }\n\n  \/** transform a [[Lens_]] to an [[ALens_]] *\/\n  final def asALens: ALens_[S, T, A, B] = ALens_.lens[S, T, A, B](self.view)(set _ flip _)\n\n  \/** compose a [[Lens_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Getter_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose a [[Lens_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): Lens_[S, T, C, D] = new Lens_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Strong[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Lens_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): Lens_[S, T, C, D] = self compose other.asIso\n\n  \/** compose a [[Lens_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): Lens_[S, T, C, D] = new Lens_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Strong[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Lens_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): ALens_[S, T, C, D] = new ALens_[S, T, C, D] {\n    override def apply(shop: Shop[C, D, C, D]): Shop[C, D, S, T] = self(other(shop))\n  }\n\n  \/** compose a [[Lens_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): AffineTraversal_[S, T, C, D] = new AffineTraversal_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev0: Choice[P], ev1: Strong[P]): P[S, T] = self(other(pab))\n\n    \/** view the focus of an [[AffineTraversal_]] or return the modified source of an [[AffineTraversal_]] *\/\n    override def viewOrModify(s: S): Either[T, C] = other.viewOrModify(self.view(s)).leftMap(self.set(_)(s))\n  }\n\n  \/** compose a [[Lens_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): AffineTraversal_[S, T, C, D] = self compose other.asPrism\n\n  \/** compose a [[Lens_]] with a [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): AffineTraversal_[S, T, C, D] = new AffineTraversal_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev0: Choice[P], ev1: Strong[P]): P[S, T] = self(other(pab))\n\n    \/** view the focus of an [[AffineTraversal_]] or return the modified source of an [[AffineTraversal_]] *\/\n    override def viewOrModify(s: S): Either[T, C] = other.viewOrModify(self.view(s)).leftMap(self.set(_)(s))\n  }\n\n  \/** compose [[Lens_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      other.viewOrModify(self.view(s)).leftMap(self.set(_)(s))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose a [[Lens_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Lens_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] = ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n    override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n      self.traverse(s)(other.traverse(_)(pafb))\n  })\n\n  \/** compose a [[Lens_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T = self(other(pab))\n  }\n\n  \/** compose a [[Lens_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Getter_[S, T, C, D] = new Getter_[S, T, C, D] {\n    override private[proptics] def apply(forget: Forget[C, C, D]): Forget[C, S, T] = self(other(Forget(identity)))\n  }\n\n  \/** compose a [[Lens_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Lens_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedLens_[I, S, T, C, D] =\n    IndexedLens_[I, S, T, C, D]((s: S) => other.view(self.view(s)))(s => d => self.set(other.set(d)(self.view(s)))(s))\n\n  \/** compose a [[Lens_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): AnIndexedLens_[I, S, T, C, D] =\n    AnIndexedLens_[I, S, T, C, D]((s: S) => other.view(self.view(s)))(s => d => self.set(other.set(d)(self.view(s)))(s))\n\n  \/** compose a [[Lens_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.overF(other.overF(f))\n    })\n\n  \/** compose a [[Lens_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T = s => self.set(other.over { case (c, i) => indexed.runIndex((c, i)) }(self.view(s)))(s)\n  }\n\n  \/** compose a [[Lens_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(indexed.runIndex.runForget compose other.view compose self.view)\n  }\n\n  \/** compose a [[Lens_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(s => other.foldMap(self.view(s))(indexed.runIndex.runForget))\n  }\n}\n\nobject Lens_ {\n  \/** create a polymorphic [[Lens_]] from Rank2TypeLensLike encoding *\/\n  private[proptics] def apply[S, T, A, B](f: Rank2TypeLensLike[S, T, A, B]): Lens_[S, T, A, B] = new Lens_[S, T, A, B] { self =>\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[S, T] = f(pab)\n  }\n\n  \/** create a polymorphic [[Lens_]] from a getter\/setter pair *\/\n  final def apply[S, T, A, B](view: S => A)(set: S => B => T): Lens_[S, T, A, B] = Lens_.lens((view, set).mapN(Tuple2.apply))\n\n  \/** create a polymorphic [[Lens_]] from a combined getter\/setter *\/\n  final def lens[S, T, A, B](to: S => (A, B => T)): Lens_[S, T, A, B] = Lens_(new Rank2TypeLensLike[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Strong[P]): P[S, T] = liftOptic(to)(ev)(pab)\n  })\n\n  \/** polymorphic identity of a [[Lens_]] *\/\n  final def id[S, T]: Lens_[S, T, S, T] = Lens_[S, T, S, T](identity[S] _)(const(identity))\n\n  \/** use a [[Prism_]] as a kind of first-class pattern. *\/\n  final def outside[S, T, A, B, R](prism: Prism_[S, T, A, B]): Lens_[T => R, S => R, B => R, A => R] =\n    Lens_[T => R, S => R, B => R, A => R]((f: T => R) => f compose prism.review) { t2r => a2r => s =>\n      prism.viewOrModify(s).fold(t2r, a2r)\n    }\n\n  \/** lift a combined getter\/setter function to a general optic using [[Strong]] profunctor *\/\n  private[proptics] def liftOptic[P[_, _], S, T, A, B](to: S => (A, B => T))(implicit ev: Strong[P]): P[A, B] => P[S, T] =\n    pab => ev.dimap(ev.first[A, B, B => T](pab))(to) { case (b, f) => f(b) }\n\n  \/** implicit conversion from [[APrism_]] to [[Prism_]] *\/\n  implicit def aLensToLens[S, T, A, B](aLens: ALens_[S, T, A, B]): Lens_[S, T, A, B] = aLens.asLens\n}\n\nobject Lens {\n  \/** create a monomorphic [[Lens]] from a getter\/setter pair *\/\n  final def apply[S, A](view: S => A)(set: S => A => S): Lens[S, A] = Lens_[S, S, A, A](view)(set)\n\n  \/** create a monomorphic [[Lens]] from a combined getter\/setter function *\/\n  final def lens[S, A](to: S => (A, A => S)): Lens[S, A] = Lens_.lens[S, S, A, A](to)\n\n  \/** monomorphic identity of a [[Lens]] *\/\n  final def id[S]: Lens[S, S] = Lens_.id[S, S]\n\n  \/** use a [[Prism]] as a kind of first-class pattern. *\/\n  final def outside[S, A, R](aPrism: Prism[S, A]): Lens[S => R, A => R] = Lens_.outside(aPrism)\n}\n\nobject Lens2 {\n  \/** create a monomorphic [[Lens]] using two view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on two distinct parts of it\n    *\/\n  def apply[S, A, B](view1: S => A, view2: S => B)(set: (S, A, B) => S): Lens[S, (A, B)] =\n    Lens[S, (A, B)](s => (view1(s), view2(s)))(s => p => set(s, p._1, p._2))\n}\n\nobject Lens3 {\n  \/** create a monomorphic [[Lens]] using three view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on three distinct parts of it\n    *\/\n  def apply[S, A, B, C](view1: S => A, view2: S => B, view3: S => C)(set: (S, A, B, C) => S): Lens[S, (A, B, C)] =\n    Lens[S, (A, B, C)](s => (view1(s), view2(s), view3(s)))(s => p => set(s, p._1, p._2, p._3))\n}\n\nobject Lens4 {\n  \/** create a monomorphic [[Lens]] using four view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on four distinct parts of it\n    *\/\n  def apply[S, A, B, C, D](view1: S => A, view2: S => B, view3: S => C, view4: S => D)(set: (S, A, B, C, D) => S): Lens[S, (A, B, C, D)] =\n    Lens[S, (A, B, C, D)](s => (view1(s), view2(s), view3(s), view4(s)))(s => p => set(s, p._1, p._2, p._3, p._4))\n}\n\nobject Lens5 {\n  \/** create a monomorphic [[Lens]] using five view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on five distinct parts of it\n    *\/\n  def apply[S, A, B, C, D, E](view1: S => A, view2: S => B, view3: S => C, view4: S => D, view5: S => E)(set: (S, A, B, C, D, E) => S): Lens[S, (A, B, C, D, E)] =\n    Lens[S, (A, B, C, D, E)](s => (view1(s), view2(s), view3(s), view4(s), view5(s)))(s => p => set(s, p._1, p._2, p._3, p._4, p._5))\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/FunctorWithIndexSpec.scala","text":"package proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport proptics.instances.functorWithIndex._\nimport proptics.law.discipline.FunctorWithIndexTests\n\nclass FunctorWithIndexSpec extends FunctorWithIndexSpec0 {\n  checkAll(\"FunctorWithIndex[LazyList, Int]\", FunctorWithIndexTests[LazyList, Int].functorWithIndex[Int, Int, Int])\n  checkAll(\"FunctorWithIndex[ArraySeq, Int]\", FunctorWithIndexTests[ArraySeq, Int].functorWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificTraverseWithIndexInstances.scala","text":"package proptics.instances\n\nimport cats.instances.stream._\nimport cats.{Applicative, Eval}\n\nimport proptics.indices.TraverseWithIndex\nimport proptics.instances.foldableWithIndex._\nimport proptics.instances.functorWithIndex._\n\nprivate[instances] trait ScalaVersionSpecificTraverseWithIndexInstances {\n  implicit final val traverseWithIndexStream: TraverseWithIndex[Stream, Int] = new TraverseWithIndex[Stream, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: Stream[A]): Stream[B] =\n      functorWithIndexStream.mapWithIndex(f)(fa)\n\n    override def foldLeftWithIndex[A, B](f: (B, (A, Int)) => B)(fa: Stream[A], b: B): B =\n      foldableWithIndexStream.foldLeftWithIndex(f)(fa, b)\n\n    override def foldRightWithIndex[A, B](f: ((A, Int), Eval[B]) => Eval[B])(fa: Stream[A], lb: Eval[B]): Eval[B] =\n      foldableWithIndexStream.foldRightWithIndex(f)(fa, lb)\n\n    override def traverse[G[_], A, B](fa: Stream[A])(f: A => G[B])(implicit ev: Applicative[G]): G[Stream[B]] =\n      catsStdInstancesForStream.traverse(fa)(f)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/CochoiceLaws.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/CochoiceLaws.scala\npackage proptics.law\n\nimport cats.laws._\nimport cats.syntax.either._\n\nimport proptics.profunctor.Cochoice\n\ntrait CochoiceLaws[F[_, _]] extends ProfunctorLaws[F] {\n  implicit def F: Cochoice[F]\n\n  private def assocE[A, B, C](either: Either[Either[A, B], C]): Either[A, Either[B, C]] = either match {\n    case Left(Left(a)) => Left(a)\n    case Left(Right(b)) => Right(Left(b))\n    case Right(c) => Right(Right(c))\n  }\n\n  private def unassocE[A, B, C](either: Either[A, Either[B, C]]): Either[Either[A, B], C] = either match {\n    case Left(a) => Left(Left(a))\n    case Right(Left(b)) => Left(Right(b))\n    case Right(Right(c)) => Right(c)\n  }\n\n  def unleftUnrightConsistent[A, B, C](fab: F[Either[A, C], Either[B, C]]): IsEq[F[A, B]] =\n    F.unleft[A, B, C](fab) <->\n      F.unright(F.dimap[Either[A, C], Either[B, C], Either[C, A], Either[C, B]](fab)(_.fold(_.asRight[A], _.asLeft[C]))(_.fold(_.asRight[C], _.asLeft[B])))\n\n  def unrightUnLeftConsistent[A, B, C](fab: F[Either[C, A], Either[C, B]]): IsEq[F[A, B]] =\n    F.unright[A, B, C](fab) <->\n      F.unleft(F.dimap[Either[C, A], Either[C, B], Either[A, C], Either[B, C]](fab)(_.fold(_.asRight[C], _.asLeft[A]))(_.fold(_.asRight[B], _.asLeft[C])))\n\n  def unleftComposeUnleftDimapConsistent[A, B, C](fab: F[Either[Either[A, B], C], Either[Either[B, C], C]]): IsEq[F[A, B]] =\n    F.unleft(F.unleft(fab).asInstanceOf[F[Either[A, Any], Either[B, Any]]]) <->\n      F.unleft(F.dimap(fab)(unassocE[A, B, C])(assocE).asInstanceOf[F[Either[A, Either[Any, C]], Either[B, Either[Any, C]]]])\n\n  def unrightComposeUnrightDimapConsistent[A, B, C](fab: F[Either[C, Either[A, B]], Either[C, Either[B, C]]]): IsEq[F[B, C]] =\n    F.unright(F.unright(fab).asInstanceOf[F[Either[Any, B], Either[Any, C]]]) <->\n      F.unright(F.dimap(fab)(assocE[C, A, B])(unassocE[C, B, C]).asInstanceOf[F[Either[Either[C, Any], B], Either[Either[C, Any], C]]])\n}\n\nobject CochoiceLaws {\n  def apply[F[_, _]](implicit ev: Cochoice[F]): CochoiceLaws[F] =\n    new CochoiceLaws[F] { def F: Cochoice[F] = ev }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/APrismTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline._\n\nimport proptics.APrism\nimport proptics.law.APrismLaws\n\ntrait APrismTests[S, A] extends Laws {\n  def laws: APrismLaws[S, A]\n\n  def aPrism(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Prism\",\n      \"previewReview\" -> forAll(laws.previewReview _),\n      \"viewOrModifyReview\" -> forAll(laws.viewOrModifyReview _),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject APrismTests {\n  def apply[S, A](_aPrism: APrism[S, A]): APrismTests[S, A] =\n    new APrismTests[S, A] { def laws: APrismLaws[S, A] = APrismLaws[S, A](_aPrism) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/IndexedTraversalLaws.scala","text":"package proptics.law\n\nimport cats.kernel.laws._\nimport cats.{Applicative, Id}\n\nimport proptics.{IndexedTraversal, IndexedTraversal_}\n\ntrait IndexedTraversalLaws[I, S, A] {\n  def indexedTraversal: IndexedTraversal_[I, S, S, A, A]\n\n  def respectPurity[F[_]: Applicative](s: S): IsEq[F[S]] =\n    indexedTraversal.traverse[F](s) { case (a, _) => Applicative[F].pure(a) } <-> Applicative[F].pure(s)\n\n  def consistentFoci(s: S, f: (A, I) => A, g: (A, I) => A): IsEq[S] =\n    (indexedTraversal.overF[Id](f.tupled) _ compose indexedTraversal.overF[Id](g.tupled))(s) <->\n      indexedTraversal.overF[Id]({ case (a, i) => f(g(a, i), i) })(s)\n\n  def preview(s: S): IsEq[Option[(A, I)]] = indexedTraversal.preview(s) <-> indexedTraversal.viewAll(s).headOption\n\n  def getSet(s: S, f: (A, I) => A): IsEq[List[(A, I)]] =\n    indexedTraversal.viewAll(indexedTraversal.over(f.tupled)(s)) <->\n      indexedTraversal.viewAll(s).map { case (a, i) => (f(a, i), i) }\n\n  def setSet(s: S, a: A): IsEq[S] = indexedTraversal.set(a)(indexedTraversal.set(a)(s)) <-> indexedTraversal.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = indexedTraversal.over(_._1)(s) <-> s\n\n  def composeOver(s: S)(f: (A, I) => A)(g: (A, I) => A): IsEq[S] =\n    indexedTraversal.over(g.tupled)(indexedTraversal.over(f.tupled)(s)) <-> indexedTraversal.over({ case (a, i) =>\n      g(f(a, i), i)\n    })(s)\n}\n\nobject IndexedTraversalLaws {\n  def apply[I, S, A](_indexedTraversal: IndexedTraversal[I, S, A]): IndexedTraversalLaws[I, S, A] =\n    new IndexedTraversalLaws[I, S, A] { def indexedTraversal: IndexedTraversal[I, S, A] = _indexedTraversal }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificFunctorWithIndexInstances.scala","text":"<filename>core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificFunctorWithIndexInstances.scala<gh_stars>1-10\npackage proptics.instances\n\nimport cats.Traverse\n\nimport proptics.indices.FunctorWithIndex\n\nprivate[instances] trait ScalaVersionSpecificFunctorWithIndexInstances {\n  implicit final val functorWithIndexStream: FunctorWithIndex[Stream, Int] = new FunctorWithIndex[Stream, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: Stream[A]): Stream[B] =\n      Traverse[Stream].mapWithIndex(fa)(f)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Exchange.scala","text":"package proptics.internal\n\nimport cats.Functor\nimport cats.arrow.Profunctor\n\n\/** The [[Exchange]] [[cats.arrow.Profunctor]] characterizes an [[proptics.Iso_]] *\/\nfinal case class Exchange[A, B, S, T](view: S => A, review: B => T) { self =>\n  def compose[C, D](other: Exchange[C, D, A, B]): Exchange[C, D, S, T] =\n    Exchange(other.view compose self.view, self.review compose other.review)\n}\n\nabstract class ExchangeInstances {\n  implicit final def functorExchange[C, D, S]: Functor[Exchange[C, D, S, *]] = new Functor[Exchange[C, D, S, *]] {\n    override def map[A, B](fa: Exchange[C, D, S, A])(f: A => B): Exchange[C, D, S, B] =\n      Exchange(fa.view, f compose fa.review)\n  }\n\n  implicit final def profunctorExchange[E, F]: Profunctor[Exchange[E, F, *, *]] = new Profunctor[Exchange[E, F, *, *]] {\n    override def dimap[A, B, C, D](fab: Exchange[E, F, A, B])(f: C => A)(g: B => D): Exchange[E, F, C, D] =\n      Exchange(fab.view compose f, g compose fab.review)\n  }\n}\n\nobject Exchange extends ExchangeInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/ATraversalSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.ATraversal_\n\ntrait ATraversalSyntax {\n  implicit def aTraversalSequenceOps[F[_], I, S, T, A](aTraversal: ATraversal_[S, T, F[A], A]): ATraversalSequenceOps[F, I, S, T, A] = ATraversalSequenceOps(aTraversal)\n}\n\nfinal case class ATraversalSequenceOps[F[_], I, S, T, A](private val grate: ATraversal_[S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[A] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev0: Applicative[F]): F[T] = grate.traverse(s)(identity)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/FieldsInstances.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/instances\/FieldsInstances.scala\npackage proptics.instances\n\ntrait FieldsInstances extends Field1Instances with Field2Instances with Field3Instances with Field4Instances with Field5Instances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/ConsSpec.scala","text":"package proptics.specs\n\nimport proptics.instances.cons._\nimport proptics.law.discipline.ConsTests\n\nclass ConsSpec extends ConsSpec0 {\n  checkAll(\"Cons[Stream[Int]]\", ConsTests[Stream[Int], Int].cons)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/package.scala","text":"package proptics\n\nimport scala.Function.const\nimport scala.collection.immutable.ListMap\n\nimport cats.arrow.Strong\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyMap, NonEmptySet, NonEmptyVector, OneAnd, State}\nimport cats.kernel.Eq\nimport cats.syntax.bifunctor._\nimport cats.syntax.eq._\nimport org.scalacheck.{Arbitrary, Cogen, Gen}\n\nimport proptics.data.Disj\nimport proptics.profunctor.Star\nimport proptics.syntax.star._\n\npackage object specs {\n  val emptyStr = \"\"\n  val whole9: Whole = Whole(9)\n  val listEmpty: List[Int] = Nil\n  val list: List[Int] = List(1, 2, 3, 4, 5, 6)\n  val jNumber: JNumber = JNumber(9d)\n  val jsonContent: String = \"proptics\"\n  val jStrEmpty: JString = JString(\"\")\n  val foldState: FoldState = FoldState(1)\n  val greaterThan5: Int => Boolean = _ > 5\n  val greaterThan10: Int => Boolean = _ > 10\n  def oneToNine: ((Int, Int)) => Int = _._1 + 8\n  val evenNumbers: Int => Boolean = _ % 2 === 0\n  val jStringContent: JString = JString(jsonContent)\n  val indexedList: List[(Int, Int)] = list.zipWithIndex\n  val boolList: List[Boolean] = List(true, false, true, false)\n  val falseBoolList: List[Boolean] = boolList.map(const(false))\n  val nel: NonEmptyList[Int] = NonEmptyList.fromListUnsafe(list)\n  val emptyIndexedList: List[(Int, Int)] = List.empty[(Int, Int)]\n  val jStringContentUppercase: JString = JString(jsonContent.toUpperCase)\n  def lengthGreaterThan5(str: String): Boolean = greaterThan5(str.length)\n  def lengthGreaterThan10(str: String): Boolean = greaterThan10(str.length)\n  implicit val eqPairOfIns: Eq[(Int, Int)] = Eq.fromUniversalEquals[(Int, Int)]\n  implicit val eqArray: Eq[Array[Int]] = Eq.instance[Array[Int]](_.toList === _.toList)\n  implicit val state: State[NonEmptyList[Int], Int] = State.pure[NonEmptyList[Int], Int](1)\n  implicit val eqPairOfIntAndOption: Eq[(Int, Option[Int])] = Eq.fromUniversalEquals[(Int, Option[Int])]\n  implicit val nelState: State[NonEmptyList[(Int, Int)], Int] = State.pure[NonEmptyList[(Int, Int)], Int](1)\n  implicit val eqListMap: Eq[ListMap[Int, Int]] = Eq.instance[ListMap[Int, Int]] { (lsm1, lsm2) =>\n    lsm1.foldLeft(true) { case (b, (key, value)) =>\n      b && lsm2.get(key).fold(false)(_ === value)\n    }\n  }\n  implicit val arbChain: Arbitrary[Chain[Int]] = Arbitrary[Chain[Int]] {\n    for {\n      list <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield Chain(list: _*)\n  }\n\n  implicit val arbNev: Arbitrary[NonEmptyVector[Int]] = Arbitrary[NonEmptyVector[Int]] {\n    for {\n      first <- Arbitrary.arbInt.arbitrary\n      rest <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield NonEmptyVector(first, rest.toVector)\n  }\n\n  implicit val arbNel: Arbitrary[NonEmptyList[Int]] = Arbitrary[NonEmptyList[Int]] {\n    for {\n      first <- Arbitrary.arbInt.arbitrary\n      rest <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield NonEmptyList(first, rest)\n  }\n\n  implicit val arbNes: Arbitrary[NonEmptySet[Int]] = Arbitrary[NonEmptySet[Int]] {\n    for {\n      first <- Arbitrary.arbInt.arbitrary\n      rest <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield NonEmptySet(first, collection.immutable.SortedSet(rest: _*))\n  }\n\n  implicit val arbOneAnd: Arbitrary[OneAnd[List, Int]] = Arbitrary[OneAnd[List, Int]] {\n    for {\n      first <- Arbitrary.arbInt.arbitrary\n      rest <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield OneAnd(first, rest)\n  }\n\n  implicit val arbPair: Arbitrary[(Int, Int)] = Arbitrary[(Int, Int)] {\n    for {\n      int1 <- Arbitrary.arbInt.arbitrary\n      int2 <- Arbitrary.arbInt.arbitrary\n    } yield (int1, int2)\n  }\n\n  implicit val arbNem: Arbitrary[NonEmptyMap[Int, Int]] = Arbitrary[NonEmptyMap[Int, Int]] {\n    for {\n      ls <- Gen.nonEmptyListOf(arbPair.arbitrary)\n      sorted = collection.immutable.SortedMap(ls: _*)\n    } yield NonEmptyMap(ls.head, sorted)\n  }\n\n  implicit val arbNonEmptyChain: Arbitrary[NonEmptyChain[Int]] = Arbitrary[NonEmptyChain[Int]] {\n    for {\n      head <- Arbitrary.arbInt.arbitrary\n      list <- Gen.listOf(Arbitrary.arbInt.arbitrary)\n    } yield NonEmptyChain(head, list: _*)\n  }\n\n  implicit val cogenChain: Cogen[Chain[Int]] = Cogen.it(_.iterator)\n\n  implicit def strongStarTupleOfDisj: Strong[Star[(Disj[Boolean], *), *, *]] = new Strong[Star[(Disj[Boolean], *), *, *]] {\n    override def first[A, B, C](fa: Star[(Disj[Boolean], *), A, B]): Star[(Disj[Boolean], *), (A, C), (B, C)] =\n      Star { case (a, c) =>\n        fa.runStar(a).bimap(identity, (_, c))\n      }\n\n    override def second[A, B, C](fa: Star[(Disj[Boolean], *), A, B]): Star[(Disj[Boolean], *), (C, A), (C, B)] =\n      Star { case (c, a) =>\n        fa.runStar(a).bimap(identity, (c, _))\n      }\n\n    override def dimap[A, B, C, D](fab: Star[(Disj[Boolean], *), A, B])(f: C => A)(g: B => D): Star[(Disj[Boolean], *), C, D] =\n      Star(c => fab.runStar(f(c)).bimap(identity, g))\n  }\n\n  implicit def strongStarTupleOfNegativeDisj: Strong[Star[(Disj[Boolean], *), *, *]] = new Strong[Star[(Disj[Boolean], *), *, *]] {\n    override def first[A, B, C](fa: Star[(Disj[Boolean], *), A, B]): Star[(Disj[Boolean], *), (A, C), (B, C)] =\n      Star { case (a, c) =>\n        fa.runStar(a).bimap(const(Disj(false)), (_, c))\n      }\n\n    override def second[A, B, C](fa: Star[(Disj[Boolean], *), A, B]): Star[(Disj[Boolean], *), (C, A), (C, B)] =\n      Star { case (c, a) =>\n        fa.runStar(a).bimap(const(Disj(false)), (c, _))\n      }\n\n    override def dimap[A, B, C, D](fab: Star[(Disj[Boolean], *), A, B])(f: C => A)(g: B => D): Star[(Disj[Boolean], *), C, D] =\n      Star(c => fab.runStar(f(c)).bimap(const(Disj(false)), g))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/FoldableWithIndexTests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/FoldableWithIndexTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.kernel.CommutativeMonoid\nimport cats.laws.discipline._\nimport org.scalacheck.Prop._\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.indices.FoldableWithIndex\nimport proptics.law.FoldableWithIndexLaws\n\ntrait FoldableWithIndexTests[F[_], I] extends FoldableTests[F] {\n  def laws: FoldableWithIndexLaws[F, I]\n\n  def foldableWithIndex[A: Arbitrary, B: Arbitrary, C: Arbitrary](\n      implicit ArbFA: Arbitrary[F[A]],\n      ArbI: Arbitrary[I],\n      ArbAI2B: Arbitrary[(A, I) => B],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      A: CommutativeMonoid[A],\n      B: CommutativeMonoid[B],\n      EqA: Eq[A],\n      EqB: Eq[B],\n      EqFA: Eq[F[A]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"FoldableWithIndex\",\n      parent = Some(foldable[A, B]),\n      \"foldLeftWithIndex consistent with foldMapWithIndex\" ->\n        forAll(laws.leftFoldWithIndexConsistentWithFoldMapWithIndex[A, B] _),\n      \"foldRightWithIndex consistent with foldMapWithIndex\" ->\n        forAll(laws.rightFoldWithIndexConsistentWithFoldMapWithIndex[A, B] _),\n      \"foldRightWithIndex is lazy\" -> forAll(laws.foldRightWithIndexLazy[A] _)\n    )\n}\n\nobject FoldableWithIndexTests {\n  def apply[F[_], I](implicit ev: FoldableWithIndex[F, I]): FoldableWithIndexTests[F, I] =\n    new FoldableWithIndexTests[F, I] {\n      def laws: FoldableWithIndexLaws[F, I] = FoldableWithIndexLaws[F, I]\n    }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/PropticsSuite.scala","text":"package proptics.specs\n\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.prop.Configuration\nimport org.typelevel.discipline.scalatest.FunSuiteDiscipline\n\ntrait PropticsSuite extends AnyFunSuite with Configuration with FunSuiteDiscipline with Matchers\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/ReverseSpec.scala","text":"package proptics.specs\n\nimport proptics.instances.reverse._\nimport proptics.law.discipline.ReverseTests\n\nclass ReverseSpec extends ReverseSpec0 {\n  checkAll(\"ReverseTests[Stream[Int], Stream[Int]] reverse\", ReverseTests[Stream[Int], Stream[Int]].reverse)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/AnIndexedLensTests.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.AnIndexedLens\nimport proptics.law.AnIndexedLensLaws\n\ntrait AnIndexedLensTests[I, S, A] extends Laws {\n  def laws: AnIndexedLensLaws[I, S, A]\n\n  def anIndexedLens(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A], arbIAA: Arbitrary[(A, I) => A]): RuleSet =\n    new SimpleRuleSet(\n      \"IndexedLens\",\n      \"setView\" -> forAll(laws.setGet _),\n      \"viewSet\" -> forAll((s: S, a: A) => laws.getSet(s, a)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: (A, I) => A, g: (A, I) => A) => laws.composeOver(s)(f)(g)),\n      \"composeSourceLens\" -> forAll(laws.composeSourceLens _),\n      \"composeFocusLens\" -> forAll((s: S, a: A) => laws.composeFocusLens(s, a))\n    )\n}\n\nobject AnIndexedLensTests {\n  def apply[I, S, A](_anIndexedLens: AnIndexedLens[I, S, A]): AnIndexedLensTests[I, S, A] =\n    new AnIndexedLensTests[I, S, A] { def laws: AnIndexedLensLaws[I, S, A] = AnIndexedLensLaws(_anIndexedLens) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/IndexedGetter.scala","text":"<gh_stars>0\npackage proptics\n\nimport cats.syntax.bifunctor._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Eq, Monoid}\n\nimport proptics.internal.{Forget, Indexed}\nimport proptics.syntax.tuple._\n\n\/** An [[IndexedGetter_]] is an [[IndexedFold_]] without a [[cats.Monoid]].\n  *\n  * An [[IndexedGetter_]] is just any get function (S -> (A, I))\n  *\n  * @tparam I the index of an [[IndexedGetter_]]\n  * @tparam S the source of an [[IndexedGetter_]]\n  * @tparam T the modified source of an [[IndexedGetter_]]\n  * @tparam A the focus of an [[IndexedGetter_]]\n  * @tparam B the modified focus of an [[IndexedGetter_]]\n  *\/\nabstract class IndexedGetter_[I, S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply(indexed: Indexed[Forget[(A, I), *, *], I, A, B]): Forget[(A, I), S, T]\n\n  \/** view the focus and the index of an [[IndexedGetter_]] *\/\n  final def view(s: S): (A, I) = toForget.runForget(s)\n\n  \/** test whether a predicate holds for the focus of an [[IndexedGetter_]] *\/\n  final def exists(f: ((A, I)) => Boolean): S => Boolean = f compose view\n\n  \/** test whether a predicate does not hold for the focus of an [[IndexedGetter_]] *\/\n  final def notExists(f: ((A, I)) => Boolean): S => Boolean = s => !exists(f)(s)\n\n  \/** test whether a focus at specific index of an [[IndexedGetter_]] contains a given value *\/\n  final def contains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a focus at specific index of an [[IndexedGetter_]] does not contain a given value *\/\n  final def notContains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = !contains(a)(s)\n\n  \/** find if a focus of an [[IndexedGetter_]] that satisfies a predicate *\/\n  final def find(f: ((A, I)) => Boolean): S => Option[(A, I)] = s => view(s).some.find(f)\n\n  \/** synonym to [[asGetter]] *\/\n  final def unIndex: Getter_[S, T, A, B] = asGetter\n\n  \/** remap the index, resulting in a change of type to the full structure *\/\n  final def reindex[J](f: I => J): IndexedGetter_[J, S, T, A, B] = new IndexedGetter_[J, S, T, A, B] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(A, J), *, *], J, A, B]): Forget[(A, J), S, T] = {\n      val forget: Forget[(A, J), (A, I), B] = indexed.reindex[I](f).runIndex\n\n      Forget(forget.runForget compose self.toForget.runForget)\n    }\n  }\n\n  \/** transform an [[IndexedGetter_]] to a [[Getter_]] *\/\n  final def asGetter: Getter_[S, T, A, B] = new Getter_[S, T, A, B] {\n    override private[proptics] def apply(forget: Forget[A, A, B]): Forget[A, S, T] =\n      Forget(forget.runForget compose Tuple2._1[A, I] compose self.view)\n  }\n\n  \/** transform an [[IndexedGetter_]] to an [[IndexedFold_]] *\/\n  final def asIndexedFold: IndexedFold_[I, S, T, A, B] = new IndexedFold_[I, S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, A, B]): Forget[R, S, T] =\n      Forget(indexed.runIndex.runForget compose self.view)\n  }\n\n  \/** compose an [[IndexedGetter_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = new IndexedGetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, J), *, *], J, C, D]): Forget[(C, J), S, T] =\n      Forget(other.view _ compose Tuple2._1[A, I] compose self.view)\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedGetter_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = new IndexedGetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, I), *, *], I, C, D]): Forget[(C, I), S, T] =\n      Forget(self.view(_).leftMap(other.view(_)._1))\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedGetter_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = new IndexedGetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, J), *, *], J, C, D]): Forget[(C, J), S, T] =\n      Forget(other.view _ compose Tuple2._1[A, I] compose self.view)\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedGetter_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = new IndexedGetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, I), *, *], I, C, D]): Forget[(C, I), S, T] =\n      Forget(self.view(_).leftMap(other.view(_)._1))\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedGetter_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(s => other.foldMap(self.view(s)._1)(indexed.runIndex.runForget))\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedGetter_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget { s =>\n        val (a, i) = self.view(s)\n        other.foldMap(a) { case (c, _) => indexed.runIndex.runForget((c, i)) }\n      }\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = new IndexedGetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, J), *, *], J, C, D]): Forget[(C, J), S, T] =\n      Forget(other.view _ compose Tuple2._1[A, I] compose self.view)\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedGetter_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedGetter_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = new IndexedGetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[Forget[(C, I), *, *], I, C, D]): Forget[(C, I), S, T] =\n      Forget { s =>\n        val (a, i) = self.view(s)\n        val (c, _) = other.view(a)\n\n        indexed.runIndex.runForget((c, i))\n      }\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedGetter_[_, A, B, C, D]): IndexedGetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] =\n      Forget(s => other.foldMap(self.view(s)._1)(indexed.runIndex.runForget))\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget { s =>\n        val (a, i) = self.view(s)\n        other.foldMap(a) { case (c, _) => indexed.runIndex.runForget((c, i)) }\n      }\n  }\n\n  \/** compose [[IndexedGetter_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  private def toForget: Forget[(A, I), S, T] = self(Indexed(Forget(identity)))\n}\n\nobject IndexedGetter_ {\n  \/** create a polymorphic [[IndexedGetter_]] from a indexed [[Forget]] function *\/\n  private[proptics] def apply[I, S, T, A, B](f: Indexed[Forget[(A, I), *, *], I, A, B] => Forget[(A, I), S, T])(implicit ev: DummyImplicit): IndexedGetter_[I, S, T, A, B] =\n    new IndexedGetter_[I, S, T, A, B] {\n      override def apply(indexed: Indexed[Forget[(A, I), *, *], I, A, B]): Forget[(A, I), S, T] = f(indexed)\n    }\n\n  \/** create a polymorphic [[IndexedGetter_]] from a getter function *\/\n  final def apply[I, S, T, A, B](get: S => (A, I)): IndexedGetter_[I, S, T, A, B] =\n    IndexedGetter_ { indexed: Indexed[Forget[(A, I), *, *], I, A, B] => Forget[(A, I), S, T](indexed.runIndex.runForget compose get) }\n}\n\nobject IndexedGetter {\n  \/** create a monomorphic [[IndexedGetter]] from a getter function *\/\n  final def apply[I, S, A](get: S => (A, I)): IndexedGetter[I, S, A] = IndexedGetter_(get)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/IndexedLensLaws.scala","text":"package proptics.law\n\nimport cats.laws._\n\nimport proptics.IndexedLens\n\ntrait IndexedLensLaws[I, S, A] {\n  def indexedLens: IndexedLens[I, S, A]\n\n  private def setWhatYouGet(s: S): S = indexedLens.set(indexedLens.view(s)._1)(s)\n  private def getWhatYouSet(s: S)(a: A): A = indexedLens.view(indexedLens.set(a)(s))._1\n\n  def setGet(s: S): IsEq[S] = setWhatYouGet(s) <-> s\n  def getSet(s: S, a: A): IsEq[A] = getWhatYouSet(s)(a) <-> a\n  def setSet(s: S, a: A): IsEq[S] = indexedLens.set(a)(indexedLens.set(a)(s)) <-> indexedLens.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = indexedLens.over(_._1)(s) <-> s\n  def composeOver(s: S)(f: (A, I) => A)(g: (A, I) => A): IsEq[S] =\n    indexedLens.over(g.tupled)(indexedLens.over(f.tupled)(s)) <->\n      indexedLens.over { case (a, i) => g(f(a, i), i) }(s)\n\n  def composeSourceLens(s: S): IsEq[S] = (setWhatYouGet _ compose setWhatYouGet)(s) <-> s\n  def composeFocusLens(s: S, a: A): IsEq[A] = (getWhatYouSet(s) _ compose getWhatYouSet(s))(a) <-> a\n}\n\nobject IndexedLensLaws {\n  def apply[I, S, A](_indexedLensLaws: IndexedLens[I, S, A]): IndexedLensLaws[I, S, A] =\n    new IndexedLensLaws[I, S, A] { def indexedLens: IndexedLens[I, S, A] = _indexedLensLaws }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/EmptySpec.scala","text":"package proptics.specs\n\nimport proptics.instances.empty._\nimport proptics.law.discipline.EmptyTests\n\nclass EmptySpec extends EmptySpec0 {\n  checkAll(\"Empty[Stream[Int]]\", EmptyTests[Stream[Int]].empty)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificReverseInstances.scala","text":"package proptics.instances\n\nimport proptics.Iso\nimport proptics.typeclass.Reverse\n\nprivate[instances] trait ScalaVersionSpecificReverseInstances {\n  implicit final def reverseStream[A]: Reverse[Stream[A], Stream[A]] = new Reverse[Stream[A], Stream[A]] {\n    override def reverse: Iso[Stream[A], Stream[A]] = Iso.involuted[Stream[A]](_.reverse)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/FunctionSyntax.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.syntax\n\ntrait FunctionSyntax {\n  implicit final def function2FlipOps[A, B, C](f: A => B => C): Function2FlipOps[A, B, C] = Function2FlipOps(f)\n\n  implicit final def functionFlippedApply[A](a: A): FunctionFlippedApply[A] = FunctionFlippedApply(a)\n}\n\nfinal case class Function2FlipOps[A, B, C](private val f: A => B => C) extends AnyVal {\n  \/** flip the order of the arguments to a function of two arguments *\/\n  def flip: B => A => C = b => a => f(a)(b)\n\n  \/** transforms a unary function returning another unary function into a function of arity 2 *\/\n  def uncurried: (A, B) => C = Function.uncurried(f)\n}\n\nfinal case class FunctionFlippedApply[A](private val a: A) extends AnyVal {\n  \/** applies an argument to a function *\/\n  def applyFlipped[B](f: A => B): B = f(a)\n\n  \/** synonym to [[applyFlipped]] *\/\n  def &[B](f: A => B): B = applyFlipped(f)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/Traversal.scala","text":"package proptics\n\nimport scala.Function.const\nimport scala.reflect.ClassTag\n\nimport cats.data.{Const, Nested, State}\nimport cats.syntax.apply._\nimport cats.syntax.bitraverse._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Bitraverse, Eq, Monoid, Order, Traverse}\nimport spire.algebra.lattice.Heyting\nimport spire.algebra.{MultiplicativeMonoid, Semiring}\nimport spire.std.boolean._\n\nimport proptics.Lens_.liftOptic\nimport proptics.Traversal_.wander\nimport proptics.data.{Additive, Conj, Disj, Dual, Endo, First, Last, Multiplicative}\nimport proptics.internal._\nimport proptics.profunctor.Wander._\nimport proptics.profunctor.{Star, Traversing, Wander}\nimport proptics.rank2types.{LensLike, LensLikeWithIndex, Rank2TypeTraversalLike}\nimport proptics.syntax.function._\nimport proptics.syntax.star._\nimport proptics.syntax.traversal._\n\n\/** A [[Traversal_]] is an optic that focuses on zero or more values\n  *\n  * @tparam S the source of a [[Traversal_]]\n  * @tparam T the modified source of a [[Traversal_]]\n  * @tparam A the foci of a [[Traversal_]]\n  * @tparam B the modified foci of a [[Traversal_]]\n  *\/\nabstract class Traversal_[S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T]\n\n  \/** synonym to [[fold]] *\/\n  final def view(s: S)(implicit ev: Monoid[A]): A = fold(s)\n\n  \/** collect all the foci of a [[Traversal_]] into a List *\/\n  final def viewAll(s: S): List[A] = foldMap(s)(List(_))\n\n  \/** view the first focus of a [[Traversal_]], if there is any *\/\n  final def preview(s: S): Option[A] = foldMap(s)(a => First(a.some)).runFirst\n\n  \/** set the modified foci of a [[Traversal_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the foci type of a [[Traversal_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = self(f)\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Applicative](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify each focus of a [[Traversal_]] using a Functor, resulting in a change of type to the full structure *\/\n  final def traverse[F[_]: Applicative](s: S)(f: A => F[B]): F[T] = self[Star[F, *, *]](Star(f)).runStar(s)\n\n  \/** map each focus of a [[Traversal_]] to a [[cats.Monoid]], and combine the results *\/\n  final def foldMap[R: Monoid](s: S)(f: A => R): R = overF[Const[R, *]](Const[R, B] _ compose f)(s).getConst\n\n  \/** fold the foci of a [[Traversal_]] using a [[cats.Monoid]] *\/\n  final def fold(s: S)(implicit ev: Monoid[A]): A = foldMap(s)(identity)\n\n  \/** fold the foci of a [[Traversal_]] using a binary operator, going right to left *\/\n  final def foldRight[R](s: S)(r: R)(f: (A, R) => R): R = foldMap(s)(Endo[* => *, R] _ compose f.curried).runEndo(r)\n\n  \/** fold the foci of a [[Traversal_]] using a binary operator, going left to right *\/\n  final def foldLeft[R](s: S)(r: R)(f: (R, A) => R): R =\n    foldMap(s)(Dual[Endo[* => *, R]] _ compose Endo[* => *, R] compose f.curried.flip).runDual.runEndo(r)\n\n  \/** evaluate each  focus of a [[Traversal_]] from left to right, and ignore the results structure *\/\n  final def sequence_[F[_]](s: S)(implicit ev: Applicative[F]): F[Unit] = traverse_(s)(ev.pure)\n\n  \/** map each focus of a [[Traversal_]] to an effect, from left to right, and ignore the results *\/\n  final def traverse_[F[_], R](s: S)(f: A => F[R])(implicit ev: Applicative[F]): F[Unit] =\n    foldLeft[F[Unit]](s)(ev.pure(()))((b, a) => ev.void(f(a)) *> b)\n\n  \/** the sum of all foci of a [[Traversal_]] *\/\n  final def sum(s: S)(implicit ev: Semiring[A]): A = foldMap(s)(Additive.apply).runAdditive\n\n  \/** the product of all foci of a [[Traversal_]] *\/\n  final def product(s: S)(implicit ev: MultiplicativeMonoid[A]): A = foldMap(s)(Multiplicative.apply).runMultiplicative\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[Traversal_]] *\/\n  final def forall(f: A => Boolean): S => Boolean = forall(_)(f)\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[Traversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** return the result of a conjunction of all foci of a [[Traversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def and(s: S)(implicit ev: Heyting[A]): A = forall(s)(identity)\n\n  \/** return the result of a disjunction of all foci of a [[Traversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def or(s: S)(implicit ev: Heyting[A]): A = any[A](s)(identity)\n\n  \/** test whether a predicate holds for any focus of a [[Traversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def any[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Disj[R] _ compose f).runDisj\n\n  \/** test whether a predicate holds for any foci of a [[Traversal_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = any[Boolean](_)(f)\n\n  \/** test whether a predicate does not hold for the foci of a [[Traversal_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = !exists(f)(_)\n\n  \/** test whether a [[Traversal_]] contains a specific focus *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a [[Traversal_]] does not contain a specific focus *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** check if the [[Traversal_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[Traversal_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** the number of foci of a [[Traversal_]] *\/\n  final def length(s: S): Int = foldMap(s)(const(1))\n\n  \/** find the first focus of a [[Traversal_]] that satisfies a predicate, if there is any *\/\n  final def find(f: A => Boolean): S => Option[A] =\n    foldRight[Option[A]](_)(None)((a, b) => b.fold(if (f(a)) a.some else None)(Some[A]))\n\n  \/** synonym for [[preview]] *\/\n  final def first(s: S): Option[A] = preview(s)\n\n  \/** find the last focus of a [[Traversal_]], if there is any *\/\n  final def last(s: S): Option[A] = foldMap(s)(a => Last(a.some)).runLast\n\n  \/** the minimum of all foci of a [[Traversal_]], if there is any *\/\n  final def minimum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.min)\n\n  \/** the maximum of all foci of a [[Traversal_]], if there is any *\/\n  final def maximum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.max)\n\n  \/** collect all the foci of a [[Traversal_]] into an Array *\/\n  final def toArray[AA >: A](s: S)(implicit ev0: ClassTag[AA], ev1: Monoid[A]): Array[AA] = toList(s).toArray\n\n  \/** synonym to [[viewAll]] *\/\n  final def toList(s: S): List[A] = viewAll(s)\n\n  \/** collect all the foci of a [[Traversal_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, List[A]] = ev.inspect(viewAll)\n\n  \/** convert a [[Traversal_]] to an [[IndexedTraversal_]] by using the integer positions as indices *\/\n  final def asIndexableTraversal(implicit ev0: Applicative[State[Int, *]]): IndexedTraversal_[Int, S, T, A, B] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[Int, S, T, A, B] {\n      override def apply[F[_]](f: ((A, Int)) => F[B])(implicit ev1: Applicative[F]): S => F[T] = s => {\n        val state: State[Int, Unit] = State.apply[Int, Unit](i => (i, ()))\n        val starNested: Star[Nested[State[Int, *], F, *], A, B] = Star { a =>\n          val composed = (state.get, ev0.pure(a)).mapN((i, a) => f((a, i))) <* state.modify(_ + 1)\n\n          Nested(composed)\n        }\n\n        self(starNested)\n          .runStar(s)\n          .value\n          .runA(0)\n          .value\n      }\n    })\n\n  \/** transform a [[Traversal_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget))\n  }\n\n  \/** compose a [[Traversal_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Fold_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose a [[Traversal_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): Traversal_[S, T, C, D] = self compose other.asIso\n\n  \/** compose a [[Traversal_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): Traversal_[S, T, C, D] =\n    wander(new LensLike[S, T, C, D] {\n      override def apply[F[_]](f: C => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): Traversal_[S, T, C, D] =\n    wander(new LensLike[S, T, C, D] {\n      override def apply[F[_]](f: C => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): Traversal_[S, T, C, D] =\n    wander(new LensLike[S, T, C, D] {\n      override def apply[F[_]](f: C => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.overF(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Wander[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose a [[Traversal_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T = self(other(pab))\n  }\n\n  \/** compose a [[Traversal_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget compose other.view))\n  }\n\n  \/** compose a [[Traversal_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] = self(other(forget))\n  }\n\n  \/** compose a [[Traversal_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over(other.over(indexed.runIndex))\n  }\n\n  \/** compose a [[Traversal_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose a [[Traversal_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  private def minMax(s: S)(f: (A, A) => A): Option[A] =\n    foldRight[Option[A]](s)(None)((a, op) => f(a, op.getOrElse(a)).some)\n}\n\nobject Traversal_ {\n  \/** create a polymorphic [[Traversal_]] from Rank2TypeTraversalLike encoding *\/\n  private[proptics] def apply[S, T, A, B](lensLikeTraversal: Rank2TypeTraversalLike[S, T, A, B]): Traversal_[S, T, A, B] = new Traversal_[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev0: Wander[P]): P[S, T] = lensLikeTraversal(pab)\n  }\n\n  \/** create a polymorphic [[Traversal_]] from a getter\/setter pair *\/\n  final def apply[S, T, A, B](get: S => A)(_set: S => B => T): Traversal_[S, T, A, B] = new Traversal_[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing = new Traversing[S, T, A, B] {\n        override def apply[F[_]](f: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = ev.map(f(get(s)))(_set(s))\n      }\n\n      ev.wander(traversing)(pab)\n    }\n  }\n\n  \/** create a polymorphic [[Traversal_]] from a combined getter\/setter *\/\n  final def traversal[S, T, A, B](to: S => (A, B => T)): Traversal_[S, T, A, B] = Traversal_(new Rank2TypeTraversalLike[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T] = liftOptic(to)(ev)(pab)\n  })\n\n  \/** traverse elements of a [[Traversal_]] that satisfy a predicate *\/\n  final def filter[A](predicate: A => Boolean): Traversal_[A, A, A, A] =\n    Traversal_[A, A, A, A](new Rank2TypeTraversalLike[A, A, A, A] {\n      override def apply[P[_, _]](pab: P[A, A])(implicit ev0: Wander[P]): P[A, A] = {\n        val traversing = new Traversing[A, A, A, A] {\n          override def apply[F[_]](f: A => F[A])(s: A)(implicit ev1: Applicative[F]): F[A] =\n            if (predicate(s)) f(s) else ev1.pure(s)\n        }\n\n        ev0.wander(traversing)(pab)\n      }\n    })\n\n  \/** create a polymorphic [[Traversal_]] from Traverse *\/\n  final def fromTraverse[G[_], A, B](implicit ev0: Traverse[G]): Traversal_[G[A], G[B], A, B] = Traversal_(new Rank2TypeTraversalLike[G[A], G[B], A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev1: Wander[P]): P[G[A], G[B]] = {\n      val traversing = new Traversing[G[A], G[B], A, B] {\n        override def apply[F[_]](f: A => F[B])(s: G[A])(implicit ev2: Applicative[F]): F[G[B]] =\n          ev0.traverse[F, A, B](s)(f)\n      }\n\n      ev1.wander(traversing)(pab)\n    }\n  })\n\n  \/** create a polymorphic [[Traversal_]] from [[proptics.internal.Bazaar]] *\/\n  final def fromBazaar[S, T, A, B](bazaar: Bazaar[* => *, A, B, S, T]): Traversal_[S, T, A, B] =\n    Traversal_[S, T, A, B](new Rank2TypeTraversalLike[S, T, A, B] {\n      override def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T] = {\n        val traversing = new Traversing[S, T, A, B] {\n          override def apply[F[_]](f: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = bazaar.runBazaar(f)(s)\n        }\n\n        ev.wander(traversing)(pab)\n      }\n    })\n\n  \/** traverse both parts of a [[cats.Bitraverse]] with matching types *\/\n  final def both[G[_, _]: Bitraverse, A, B]: Traversal_[G[A, A], G[B, B], A, B] =\n    Traversal_(new Rank2TypeTraversalLike[G[A, A], G[B, B], A, B] {\n      override def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[G[A, A], G[B, B]] = {\n        val traversing = new Traversing[G[A, A], G[B, B], A, B] {\n          override def apply[F[_]](f: A => F[B])(s: G[A, A])(implicit ev: Applicative[F]): F[G[B, B]] =\n            s.bitraverse(f, f)\n        }\n\n        ev.wander(traversing)(pab)\n      }\n    })\n\n  \/** create a polymorphic [[Traversal_]] from a rank 2 type traversal function *\/\n  final def wander[S, T, A, B](lensLike: LensLike[S, T, A, B]): Traversal_[S, T, A, B] =\n    Traversal_(new Rank2TypeTraversalLike[S, T, A, B] {\n      override def apply[P[_, _]](pab: P[A, B])(implicit ev0: Wander[P]): P[S, T] = {\n        def traversing: Traversing[S, T, A, B] = new Traversing[S, T, A, B] {\n          override def apply[F[_]](f: A => F[B])(s: S)(implicit ev1: Applicative[F]): F[T] = lensLike[F](f)(ev1)(s)\n        }\n\n        ev0.wander(traversing)(pab)\n      }\n    })\n\n  \/** polymorphic identity of a [[Traversal_]] *\/\n  final def id[S, T]: Traversal_[S, T, S, T] = Traversal_(identity[S] _)(const(identity[T]))\n}\n\nobject Traversal {\n  \/** create a monomorphic [[Traversal]] from Rank2TypeTraversalLike encoding *\/\n  final def fromTraversal[S, A](lensLikeTraversal: Rank2TypeTraversalLike[S, S, A, A]): Traversal[S, A] =\n    Traversal_[S, S, A, A](lensLikeTraversal)\n\n  \/** create a monomorphic [[Traversal]] from a getter\/setter pair *\/\n  final def apply[S, A](get: S => A)(set: S => A => S): Traversal[S, A] = Traversal_(get)(set)\n\n  \/** create a monomorphic [[Traversal]] from a combined getter\/setter *\/\n  final def traversal[S, A](to: S => (A, A => S)): Traversal[S, A] = Traversal_.traversal(to)\n\n  \/** traverse elements of a [[Traversal]], that satisfy a predicate *\/\n  final def filter[A](predicate: A => Boolean): Traversal[A, A] = Traversal_.filter(predicate)\n\n  \/** traverse elements of a [[Traversal]], by taking the first element of a [[Fold]] and using it as a filter *\/\n  final def filter[A, B](fold: Fold[A, B]): Traversal[A, A] =\n    Traversal_[A, A, A, A](new Rank2TypeTraversalLike[A, A, A, A] {\n      override def apply[P[_, _]](pab: P[A, A])(implicit ev0: Wander[P]): P[A, A] = {\n        val traversing = new Traversing[A, A, A, A] {\n          override def apply[F[_]](f: A => F[A])(s: A)(implicit ev1: Applicative[F]): F[A] =\n            fold.preview(s).fold(ev1.pure(s))(const(f(s)))\n        }\n\n        ev0.wander(traversing)(pab)\n      }\n    })\n\n  \/** create a monomorphic [[Traversal]] from a [[cats.Traverse]] *\/\n  final def fromTraverse[F[_]: Traverse, A]: Traversal[F[A], A] = Traversal_.fromTraverse\n\n  \/** create a monomorphic [[Traversal]] from a [[proptics.internal.Bazaar]] *\/\n  final def fromBazaar[S, A](bazaar: Bazaar[* => *, A, A, S, S]): Traversal[S, A] = Traversal_.fromBazaar(bazaar)\n\n  \/** traverse both parts of a [[cats.Bitraverse]] with matching types *\/\n  final def both[G[_, _]: Bitraverse, A]: Traversal[G[A, A], A] = Traversal_.both[G, A, A]\n\n  \/** create a monomorphic [[Traversal]] from a rank 2 type traversal function *\/\n  final def wander[S, A](lensLike: LensLike[S, S, A, A]): Traversal[S, A] =\n    Traversal_.wander[S, S, A, A](lensLike)\n\n  \/** monomorphic identity of a [[Traversal]] *\/\n  final def id[S]: Traversal[S, S] = Traversal_.id[S, S]\n\n  \/** create a monomorphic [[Traversal]] that narrows the focus to a single element *\/\n  final def elementAt[F[_]: Traverse, A](i: Int): Traversal[F[A], A] = Traversal.fromTraverse[F, A].elementAt(i)\n\n  \/** create a monomorphic [[Traversal]] that selects the first n elements of a Traverse *\/\n  final def take[F[_]: Traverse, A](i: Int): Traversal[F[A], A] = Traversal.fromTraverse[F, A].take(i)\n\n  \/** create a monomorphic [[Traversal]] that selects all elements of a Traverse except the first n ones *\/\n  final def drop[F[_]: Traverse, A](i: Int): Traversal[F[A], A] = Traversal.fromTraverse[F, A].drop(i)\n\n  \/** create a monomorphic [[Traversal]] that takes the longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def takeWhile[G[_]: Traverse, A](predicate: A => Boolean): Traversal[G[A], A] =\n    Traversal.fromTraverse[G, A].takeWhile(predicate)\n\n  \/** create a monomorphic [[Traversal]] that drop longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def dropWhile[G[_]: Traverse, A](predicate: A => Boolean): Traversal[G[A], A] =\n    Traversal.fromTraverse[G, A].dropWhile(predicate)\n}\n\nobject Traversal2 {\n  \/** create a polymorphic [[Traversal_]] using two view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on two distinct parts of it\n    *\/\n  def apply[S, T, A, B](view1: S => A, view2: S => A)(set: (B, B, S) => T): Traversal_[S, T, A, B] =\n    Traversal_.wander(new LensLike[S, T, A, B] {\n      override def apply[F[_]](f: A => F[B])(implicit ev: Applicative[F]): S => F[T] = s => ev.map2(f(view1(s)), f(view2(s)))(set(_, _, s))\n    })\n}\n\nobject Traversal3 {\n  \/** create a polymorphic [[Traversal_]] using three view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on three distinct parts of it\n    *\/\n  def apply[S, T, A, B](view1: S => A, view2: S => A, view3: S => A)(set: (B, B, B, S) => T): Traversal_[S, T, A, B] =\n    Traversal_.wander(new LensLike[S, T, A, B] {\n      override def apply[F[_]](f: A => F[B])(implicit ev: Applicative[F]): S => F[T] = s => ev.map3(f(view1(s)), f(view2(s)), f(view3(s)))(set(_, _, _, s))\n    })\n}\n\nobject Traversal4 {\n  \/** create a polymorphic [[Traversal_]] using four view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on four distinct parts of it\n    *\/\n  def apply[S, T, A, B](view1: S => A, view2: S => A, view3: S => A, view4: S => A)(set: (B, B, B, B, S) => T): Traversal_[S, T, A, B] =\n    Traversal_.wander(new LensLike[S, T, A, B] {\n      override def apply[F[_]](f: A => F[B])(implicit ev: Applicative[F]): S => F[T] = s => ev.map4(f(view1(s)), f(view2(s)), f(view3(s)), f(view4(s)))(set(_, _, _, _, s))\n    })\n}\n\nobject Traversal5 {\n  \/** create a polymorphic [[Traversal_]] using five view functions that accept the same structure,\n    * and a setter function, and simultaneously focus on five distinct parts of it\n    *\/\n  def apply[S, T, A, B](view1: S => A, view2: S => A, view3: S => A, view4: S => A, view5: S => A)(set: (B, B, B, B, B, S) => T): Traversal_[S, T, A, B] =\n    Traversal_.wander(new LensLike[S, T, A, B] {\n      override def apply[F[_]](f: A => F[B])(implicit ev: Applicative[F]): S => F[T] =\n        s => ev.map5(f(view1(s)), f(view2(s)), f(view3(s)), f(view4(s)), f(view5(s)))(set(_, _, _, _, _, s))\n    })\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeIndexedLensLike.scala","text":"package proptics.rank2types\n\nimport cats.arrow.Strong\n\nprivate[proptics] trait Rank2TypeIndexedLensLike[I, S, T, A, B] {\n  def apply[P[_, _]](piab: P[(A, I), B])(implicit ev: Strong[P]): P[S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/CoproductOptics.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/std\/CoproductOptics.scala\npackage proptics.std\n\nimport cats.data.EitherK\nimport cats.syntax.either._\n\nimport proptics.Prism_\n\ntrait CoproductOptics {\n  final def leftK[F[_], G[_], H[_], A]: Prism_[EitherK[F, G, A], EitherK[H, G, A], F[A], H[A]] =\n    Prism_ { e: EitherK[F, G, A] => e.run.map(ga => EitherK(ga.asRight[H[A]])).swap }(to => EitherK(to.asLeft[G[A]]))\n\n  final def rightK[F[_], G[_], H[_], A]: Prism_[EitherK[F, G, A], EitherK[F, H, A], G[A], H[A]] =\n    Prism_ { e: EitherK[F, G, A] => e.run.leftMap(fa => EitherK(fa.asLeft[H[A]])) }(to => EitherK(to.asRight[F[A]]))\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/AnIndexedLensLaws.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law\n\nimport cats.laws._\n\nimport proptics.AnIndexedLens\n\ntrait AnIndexedLensLaws[I, S, A] {\n  def anIndexedLens: AnIndexedLens[I, S, A]\n\n  private def setWhatYouGet(s: S): S = anIndexedLens.set(anIndexedLens.view(s)._1)(s)\n  private def getWhatYouSet(s: S)(a: A): A = anIndexedLens.view(anIndexedLens.set(a)(s))._1\n\n  def setGet(s: S): IsEq[S] = setWhatYouGet(s) <-> s\n  def getSet(s: S, a: A): IsEq[A] = getWhatYouSet(s)(a) <-> a\n  def setSet(s: S, a: A): IsEq[S] = anIndexedLens.set(a)(anIndexedLens.set(a)(s)) <-> anIndexedLens.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = anIndexedLens.over(_._1)(s) <-> s\n  def composeOver(s: S)(f: (A, I) => A)(g: (A, I) => A): IsEq[S] =\n    anIndexedLens.over(g.tupled)(anIndexedLens.over(f.tupled)(s)) <->\n      anIndexedLens.over { case (a, i) => g(f(a, i), i) }(s)\n\n  def composeSourceLens(s: S): IsEq[S] = (setWhatYouGet _ compose setWhatYouGet)(s) <-> s\n  def composeFocusLens(s: S, a: A): IsEq[A] = (getWhatYouSet(s) _ compose getWhatYouSet(s))(a) <-> a\n}\n\nobject AnIndexedLensLaws {\n  def apply[I, S, A](_anIndexedLens: AnIndexedLens[I, S, A]): AnIndexedLensLaws[I, S, A] =\n    new AnIndexedLensLaws[I, S, A] { def anIndexedLens: AnIndexedLens[I, S, A] = _anIndexedLens }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/PrismTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.Prism\nimport proptics.law.PrismLaws\n\ntrait PrismTests[S, T, A] extends Laws {\n  def laws(t: T): PrismLaws[S, A]\n\n  def prism(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbT: Arbitrary[T], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Prism\",\n      \"previewReview\" -> forAll((t: T, a: A) => laws(t).previewReview(a)),\n      \"viewOrModifyReview\" -> forAll((s: S, t: T) => laws(t).viewOrModifyReview(s)),\n      \"setSet\" -> forAll((s: S, t: T, a: A) => laws(t).setSet(s, a)),\n      \"overIdentity\" -> forAll((s: S, t: T) => laws(t).overIdentity(s)),\n      \"composeOver\" -> forAll((s: S, t: T, f: A => A, g: A => A) => laws(t).composeOver(s)(f)(g))\n    )\n}\n\nobject PrismTests {\n  def apply[S, A](_prism: Prism[S, A]): PrismTests[S, Unit, A] = new PrismTests[S, Unit, A] {\n    def laws(unit: Unit): PrismLaws[S, A] = PrismLaws[S, A](_prism)\n  }\n\n  def apply[S, A](f: S => Prism[S, A]): PrismTests[S, S, A] = new PrismTests[S, S, A] {\n    def laws(s: S): PrismLaws[S, A] = PrismLaws(f(s))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/EmptyInstances.scala","text":"package proptics.instances\n\nimport scala.collection.immutable.{ListMap, SortedMap}\nimport scala.reflect.ClassTag\n\nimport cats.Order\nimport cats.data.Chain\n\nimport proptics.Prism\nimport proptics.typeclass.Empty\n\ntrait EmptyInstances extends ScalaVersionSpecificEmptyInstances {\n  def empty[S](implicit ev: Empty[S]): Prism[S, Unit] = ev.empty\n\n  implicit final val emptyString: Empty[String] = new Empty[String] {\n    override def empty: Prism[String, Unit] = Prism.nearly(\"\")(_.isEmpty)\n  }\n\n  implicit final def emptyArray[A: ClassTag]: Empty[Array[A]] = new Empty[Array[A]] {\n    override def empty: Prism[Array[A], Unit] = Prism.nearly(Array.empty[A])(_.isEmpty)\n  }\n\n  implicit final def emptyList[A]: Empty[List[A]] = new Empty[List[A]] {\n    override def empty: Prism[List[A], Unit] = Prism.nearly(List.empty[A])(_.isEmpty)\n  }\n\n  implicit final def emptyVector[A]: Empty[Vector[A]] = new Empty[Vector[A]] {\n    override def empty: Prism[Vector[A], Unit] = Prism.nearly(Vector.empty[A])(_.isEmpty)\n  }\n\n  implicit final def emptySet[A]: Empty[Set[A]] = new Empty[Set[A]] {\n    override def empty: Prism[Set[A], Unit] = Prism.nearly(Set.empty[A])(_.isEmpty)\n  }\n\n  implicit final def emptyListMap[K, V]: Empty[ListMap[K, V]] = new Empty[ListMap[K, V]] {\n    override def empty: Prism[ListMap[K, V], Unit] = Prism.nearly(ListMap.empty[K, V])(_.isEmpty)\n  }\n\n  implicit final def emptyMap[K, V]: Empty[Map[K, V]] = new Empty[Map[K, V]] {\n    override def empty: Prism[Map[K, V], Unit] = Prism.nearly(Map.empty[K, V])(_.isEmpty)\n  }\n\n  implicit final def emptySortedMap[K, V](implicit ev: Order[K]): Empty[SortedMap[K, V]] = new Empty[SortedMap[K, V]] {\n    override def empty: Prism[SortedMap[K, V], Unit] = Prism.nearly(SortedMap.empty[K, V](ev.toOrdering))(_.isEmpty)\n  }\n\n  implicit final def emptyChain[A]: Empty[Chain[A]] = new Empty[Chain[A]] {\n    override def empty: Prism[Chain[A], Unit] = Prism.nearly(Chain.empty[A])(_.isEmpty)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/IndexedTraversalTests.scala","text":"<gh_stars>1-10\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.IndexedTraversal\nimport proptics.law.IndexedTraversalLaws\n\ntrait IndexedTraversalTests[I, S, A] extends Laws {\n  def laws: IndexedTraversalLaws[I, S, A]\n\n  def indexedTraversal(\n      implicit eqS: Eq[S],\n      eqA: Eq[A],\n      arbS: Arbitrary[S],\n      arbA: Arbitrary[A],\n      eqListIA: Eq[List[(A, I)]],\n      eqOpIa: Eq[Option[(A, I)]],\n      arbIA2A: Arbitrary[(A, I) => A],\n      arbOpIA: Arbitrary[Option[(A, I)]],\n      arbListIA: Arbitrary[List[(A, I)]]): RuleSet =\n    new SimpleRuleSet(\n      \"IndexedTraversal\",\n      \"respectPurity\" -> forAll(laws.respectPurity[Option] _),\n      \"consistentFoci\" -> forAll((s: S, f: (A, I) => A, g: (A, I) => A) => laws.consistentFoci(s, f, g)),\n      \"preview\" -> forAll(laws.preview _),\n      \"getSet\" -> forAll((s: S, f: (A, I) => A) => laws.getSet(s, f)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: (A, I) => A, g: (A, I) => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject IndexedTraversalTests {\n  def apply[I, S, A](_indexedTraversal: IndexedTraversal[I, S, A]): IndexedTraversalTests[I, S, A] =\n    new IndexedTraversalTests[I, S, A] { def laws: IndexedTraversalLaws[I, S, A] = IndexedTraversalLaws[I, S, A](_indexedTraversal) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/IsoLaws.scala","text":"package proptics.law\n\nimport cats.laws._\n\nimport proptics.Iso\n\ntrait IsoLaws[S, A] {\n  def iso: Iso[S, A]\n\n  private def sourceBackAndForth: S => S = iso.review _ compose iso.view\n  private def focusBackAndForth: A => A = iso.view _ compose iso.review\n\n  def sourceReversibility(s: S): IsEq[S] = sourceBackAndForth(s) <-> s\n  def focusReversibility(a: A): IsEq[A] = focusBackAndForth(a) <-> a\n  def overIdentity(s: S): IsEq[S] = iso.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = iso.over(g)(iso.over(f)(s)) <-> iso.over(g compose f)(s)\n  def composeSourceIso(s: S): IsEq[S] = (sourceBackAndForth compose sourceBackAndForth)(s) <-> s\n  def composeFocusIso(a: A): IsEq[A] = (focusBackAndForth compose focusBackAndForth)(a) <-> a\n}\n\nobject IsoLaws {\n  def apply[S, A](_iso: Iso[S, A]): IsoLaws[S, A] =\n    new IsoLaws[S, A] { override def iso: Iso[S, A] = _iso }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.12\/proptics\/instances\/ScalaVersionSpecificIndexInstances.scala","text":"<gh_stars>0\npackage proptics.instances\n\nimport cats.syntax.either._\n\nimport proptics.AffineTraversal\nimport proptics.typeclass.Index\n\nprivate[instances] trait ScalaVersionSpecificIndexInstances {\n  implicit final def indexStream[A]: Index[Stream[A], Int, A] = new Index[Stream[A], Int, A] {\n    override def ix(i: Int): AffineTraversal[Stream[A], A] =\n      AffineTraversal[Stream[A], A] { list =>\n        list.lift(i).fold(list.asLeft[A])(_.asRight[Stream[A]])\n      } { stream => a =>\n        Either.catchNonFatal(stream.updated(i, a)).toOption.getOrElse(stream)\n      }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Endo.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/data\/Endo.scala\npackage proptics.data\n\nimport cats.arrow.{Category, Compose}\nimport cats.syntax.compose._\nimport cats.syntax.order._\nimport cats.{Eq, Monoid, Order, Semigroup}\n\n\/** [[cats.Monoid]] and [[cats.Semigroup]] for category endomorphisms.\n  * <p>\n  * When `c` is instantiated with `->` this composes functions of type `a -> a`\n  * <\/p>\n  *\/\nfinal case class Endo[C[_, _], A](runEndo: C[A, A]) extends AnyVal\n\nabstract class EndoInstances {\n  implicit final def eqEndo[C[_, _], A](implicit ev: Eq[C[A, A]]): Eq[Endo[C, A]] = new Eq[Endo[C, A]] {\n    override def eqv(x: Endo[C, A], y: Endo[C, A]): Boolean = x.runEndo === y.runEndo\n  }\n\n  implicit final def ordEndo[C[_, _], A](implicit ev: Order[C[A, A]]): Order[Endo[C, A]] = new Order[Endo[C, A]] {\n    override def compare(x: Endo[C, A], y: Endo[C, A]): Int = x.runEndo.compare(y.runEndo)\n  }\n\n  implicit final def semigroupEndo[C[_, _], A](implicit ev: Compose[C]): Semigroup[Endo[C, A]] = new Semigroup[Endo[C, A]] {\n    override def combine(x: Endo[C, A], y: Endo[C, A]): Endo[C, A] =\n      Endo(x.runEndo <<< y.runEndo)\n  }\n\n  implicit final def monoidEndo[C[_, _], A](implicit ev: Category[C]): Monoid[Endo[C, A]] = new Monoid[Endo[C, A]] {\n    override def empty: Endo[C, A] = Endo(ev.id)\n\n    override def combine(x: Endo[C, A], y: Endo[C, A]): Endo[C, A] = semigroupEndo[C, A].combine(x, y)\n  }\n}\n\nobject Endo extends EndoInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/AtSyntax.scala","text":"package proptics.syntax\n\nimport proptics.instances.at.{remove => rm}\nimport proptics.typeclass.At\n\ntrait AtSyntax {\n  implicit def atRemoveOps[S, I, A](at: At[S, I, A]): AtRemoveOps[S, I, A] = AtRemoveOps[S, I, A](at)\n}\n\nfinal case class AtRemoveOps[S, I, A](at: At[S, I, A]) extends AnyVal {\n  \/** remove a value associated with a key in a Map-like container *\/\n  def remove(i: I)(s: S): S = rm(i)(s)(at)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"build.sbt","text":"<filename>build.sbt\nimport sbt.Keys.{baseDirectory, _}\nimport sbtunidoc.BaseUnidocPlugin.autoImport._\n\nGlobal \/ onChangedBuildSource := ReloadOnSourceChanges\n\ninThisBuild(\n  List(\n    organization := \"com.github.sagifogel\",\n    homepage := Some(url(\"https:\/\/github.com\/sagifogel\/Proptics\")),\n    licenses := Seq(\"MIT\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n    developers := List(\n      Developer(\n        \"sagifogel\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/github.com\/sagifogel\")\n      )\n    )\n  ))\n\nval Scala212 = \"2.12.13\"\nval Scala213 = \"2.13.5\"\nval catsVersion = \"2.6.0\"\nval sonatypeRepo = s\"https:\/\/${Sonatype.sonatype01}\/service\/local\"\nval sonatypeProfile = \"io.github.sagifogel\"\nlazy val cats = Def.setting(\"org.typelevel\" %%% \"cats-core\" % catsVersion)\nlazy val catsLaws = Def.setting(\"org.typelevel\" %%% \"cats-laws\" % catsVersion)\nlazy val spire = Def.setting(\"org.typelevel\" %%% \"spire\" % \"0.17.0\")\nlazy val discipline = Def.setting(\"org.typelevel\" %%% \"discipline-core\" % \"1.1.4\")\nlazy val disciplineScalatest = Def.setting(\"org.typelevel\" %%% \"discipline-scalatest\" % \"2.1.4\")\nlazy val scalacheckShapeless = Def.setting(\"com.github.alexarchambault\" %%% \"scalacheck-shapeless_1.14\" % \"1.2.5\")\nlazy val kindProjector = \"org.typelevel\" % \"kind-projector\" % \"0.11.3\" cross CrossVersion.full\nlazy val gitRev = sys.process.Process(\"git rev-parse HEAD\").lineStream_!.head\n\naddCommandAlias(\"build\", \"prepare; testJVM\")\naddCommandAlias(\"prepare\", \"fix; fmt\")\naddCommandAlias(\"check\", \"fmtCheck; fixCheck\")\naddCommandAlias(\"fix\", \"all compile:scalafix test:scalafix\")\naddCommandAlias(\"fmt\", \"all proptics\/scalafmtSbt proptics\/scalafmtAll\")\naddCommandAlias(\"fixCheck\", \"compile:scalafix --check ; test:scalafix --check\")\naddCommandAlias(\"fmtCheck\", \"all proptics\/scalafmtSbtCheck proptics\/scalafmtCheckAll\")\naddCommandAlias(\"compileJVM\", \"propticsJVM\/test:compile\")\naddCommandAlias(\"compileJS\", \"propticsJS\/test:compile\")\naddCommandAlias(\"testJVM\", \"propticsJVM\/test;\")\naddCommandAlias(\"testJS\", \"propticsJS\/test;\")\n\nlazy val noPublishSettings = Seq(\n  publish := {},\n  publishLocal := {},\n  publishArtifact := false,\n  skip \/ publish := true\n)\n\ndef revisionToUse = Def.task {\n  val tag = (ThisBuild \/ version).value\n  if (isSnapshot.value) gitRev else tag\n}\n\nlazy val scalajsSettings = Seq(\n  scalacOptions += {\n    lazy val tag = (ThisBuild \/ version).value\n    val s = if (isSnapshot.value) gitRev else tag\n    val a = (LocalRootProject \/ baseDirectory).value.toURI.toString\n    val g = \"https:\/\/raw.githubusercontent.com\/sagifogel\/Proptics\"\n    s\"-P:scalajs:mapSourceURI:$a->$g\/$s\/\"\n  },\n  Test \/ testOptions += Tests.Argument(TestFrameworks.ScalaCheck, \"-maxSize\", \"8\", \"-minSuccessfulTests\", \"50\")\n)\n\nlazy val propticsSettings = Seq(\n  scalaVersion := Scala213,\n  crossScalaVersions := Seq(Scala212, Scala213),\n  scalacOptions ++= commonScalacOptions(scalaVersion.value),\n  sonatypeCredentialHost := Sonatype.sonatype01,\n  sonatypeProfileName := sonatypeProfile,\n  sonatypeRepository := sonatypeRepo,\n  sonatypeLogLevel := \"debug\",\n  addCompilerPlugin(kindProjector),\n  addCompilerPlugin(scalafixSemanticdb),\n  Compile \/ console \/ scalacOptions ~= {\n    _.filterNot(Set(\"-Xfatal-warnings\", \"-Xlint\", \"-Ywarn-unused:imports\"))\n  },\n  Test \/ console \/ scalacOptions ~= {\n    _.filterNot(Set(\"-Xfatal-warnings\", \"-Xlint\", \"-Ywarn-unused:imports\"))\n  },\n  Compile \/ unmanagedSourceDirectories ++= scalaVersionSpecificFolders(\"main\", baseDirectory.value, scalaVersion.value),\n  Test \/ unmanagedSourceDirectories ++= scalaVersionSpecificFolders(\"test\", baseDirectory.value, scalaVersion.value),\n  scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/sagifogel\/Proptics\"), \"scm:git:<EMAIL>:sagifogel\/Proptics.git\"))\n)\n\nlazy val propticsJVMSettings = propticsSettings ++ Seq(skip \/ publish := true) ++ Seq(Test \/ fork := true)\nlazy val propticsJSSettings = propticsSettings ++ scalajsSettings\n\ndef priorTo2_13(scalaVersion: String): Boolean =\n  CrossVersion.partialVersion(scalaVersion) match {\n    case Some((2, minor)) if minor < 13 => true\n    case _ => false\n  }\n\ndef scalaVersionSpecificFolders(srcName: String, srcBaseDir: java.io.File, scalaVersion: String) = {\n  def extraDirs(suffix: String): List[sbt.File] =\n    List(CrossType.Pure, CrossType.Full)\n      .flatMap(_.sharedSrcDir(srcBaseDir, srcName).toList.map(f => file(f.getPath + suffix)))\n\n  CrossVersion.partialVersion(scalaVersion) match {\n    case Some((2, y)) => extraDirs(\"-2.x\") ++ (if (y >= 13) extraDirs(\"-2.13+\") else Nil)\n    case Some((0 | 3, _)) => extraDirs(\"-2.13+\") ++ extraDirs(\"-3.x\")\n    case _ => Nil\n  }\n}\ndef commonScalacOptions(scalaVersion: String): Seq[String] =\n  Seq(\n    \"-encoding\",\n    \"UTF-8\",\n    \"-feature\",\n    \"-language:existentials\",\n    \"-language:higherKinds\",\n    \"-language:postfixOps\",\n    \"-language:implicitConversions\",\n    \"-unchecked\",\n    \"-Xfatal-warnings\",\n    \"-deprecation\",\n    \"-Ywarn-dead-code\",\n    \"-Ywarn-value-discard\",\n    \"-Yrangepos\"\n  ) ++\n    (if (priorTo2_13(scalaVersion))\n       Seq(\"-Yno-adapted-args\", \"-Ypartial-unification\", \"-Xfuture\", \"-Ywarn-unused-import\")\n     else\n       Seq(\"-Ymacro-annotations\", \"-Ywarn-unused:imports\"))\n\nlazy val proptics = project\n  .in(file(\".\"))\n  .settings(moduleName := \"proptics\")\n  .settings(noPublishSettings)\n  .settings(propticsSettings)\n  .aggregate(propticsJVM, propticsJS)\n  .dependsOn(propticsJVM, propticsJS)\n  .enablePlugins(ScalaJSPlugin)\n\nlazy val propticsJVM = project\n  .in(file(\".propticsJVM\"))\n  .settings(propticsJVMSettings)\n  .settings(noPublishSettings)\n  .aggregate(core.jvm, profunctor.jvm, law.jvm, test.jvm, example)\n  .dependsOn(core.jvm, profunctor.jvm, law.jvm, test.jvm)\n\nlazy val propticsJS = project\n  .in(file(\".propticsJS\"))\n  .settings(propticsJSSettings)\n  .settings(noPublishSettings)\n  .aggregate(core.js, profunctor.js, law.js, test.js)\n  .dependsOn(core.js, profunctor.js, law.js, test.js)\n\nlazy val core = crossProject(JVMPlatform, JSPlatform)\n  .configureCross(_.jvmSettings(propticsJVMSettings), _.jsSettings(propticsJSSettings))\n  .dependsOn(profunctor)\n  .settings(libraryDependencies ++= Seq(cats.value, spire.value))\n  .settings(\n    moduleName := \"proptics-core\",\n    name := \"Proptics core\",\n    scalacOptions ~= (_.filterNot(Set(\"-Xfatal-warnings\"))) \/\/ Workaround for sbt bug\n  )\n\nlazy val profunctor = crossProject(JVMPlatform, JSPlatform)\n  .crossType(CrossType.Pure)\n  .settings(moduleName := \"proptics-profunctor\", name := \"Proptics profunctor\")\n  .settings(propticsSettings)\n  .configureCross(_.jvmSettings(propticsJVMSettings), _.jsSettings(propticsJSSettings))\n  .settings(libraryDependencies ++= Seq(cats.value))\n\nlazy val example = project\n  .dependsOn(core.jvm, profunctor.jvm, test.jvm % \"test->test\")\n  .settings(moduleName := \"proptics-example\")\n  .settings(propticsJVMSettings)\n  .settings(noPublishSettings)\n  .settings(libraryDependencies ++= Seq(cats.value, catsLaws.value, spire.value, discipline.value, disciplineScalatest.value, scalacheckShapeless.value))\n\nlazy val law = crossProject(JVMPlatform, JSPlatform)\n  .crossType(CrossType.Pure)\n  .dependsOn(core, profunctor)\n  .settings(moduleName := \"proptics-law\", name := \"Proptics law\")\n  .configureCross(\n    _.jvmSettings(propticsJVMSettings),\n    _.jsSettings(propticsJSSettings)\n  )\n  .settings(libraryDependencies ++= Seq(cats.value, spire.value, catsLaws.value, discipline.value, disciplineScalatest.value))\n\nlazy val test = crossProject(JVMPlatform, JSPlatform)\n  .dependsOn(core, profunctor, law)\n  .settings(\n    moduleName := \"proptics-test\",\n    name := \"Proptics test\",\n    scalacOptions ~= (_.filterNot(Set(\"-Xfatal-warnings\"))) \/\/ Workaround for sbt bug\n  )\n  .configureCross(\n    _.jvmSettings(propticsJVMSettings),\n    _.jsSettings(propticsJSSettings)\n  )\n  .settings(libraryDependencies ++= Seq(cats.value, catsLaws.value, spire.value, discipline.value, disciplineScalatest.value, scalacheckShapeless.value))\n\nlazy val docs = project\n  .in(file(\"docs\"))\n  .dependsOn(core.jvm, profunctor.jvm, law.jvm)\n  .settings(moduleName := \"proptics-docs\")\n  .settings(propticsSettings)\n  .settings(noPublishSettings)\n  .settings(mdocSettings)\n  .settings(buildInfoSettings)\n  .settings(scalacOptions ~= (_.filterNot(Set(\"-Ywarn-unused:imports\", \"-Ywarn-dead-code\"))))\n  .settings(libraryDependencies ++= Seq(cats.value, spire.value))\n  .enablePlugins(BuildInfoPlugin, DocusaurusPlugin, MdocPlugin, ScalaUnidocPlugin)\n\nlazy val buildInfoSettings = Seq(\n  buildInfoPackage := \"proptics.build\",\n  buildInfoObject := \"info\",\n  buildInfoKeys := Seq[BuildInfoKey](\n    scalaVersion,\n    scalacOptions,\n    sourceDirectory,\n    ThisBuild \/ latestVersion,\n    BuildInfoKey.map(ThisBuild \/ version) { case (_, v) =>\n      \"latestSnapshotVersion\" -> v\n    },\n    BuildInfoKey.map(core.jvm \/ moduleName) { case (k, v) =>\n      \"core\" ++ k.capitalize -> v\n    },\n    BuildInfoKey.map(core.jvm \/ crossScalaVersions) { case (k, v) =>\n      \"core\" ++ k.capitalize -> v\n    },\n    LocalRootProject \/ organization,\n    core.jvm \/ crossScalaVersions\n  )\n)\n\nlazy val mdocSettings = Seq(\n  mdoc := (Compile \/ run).evaluated,\n  scalacOptions --= Seq(\"-Xfatal-warnings\", \"-Ywarn-unused\"),\n  crossScalaVersions := Seq(scalaVersion.value),\n  ScalaUnidoc \/ unidoc \/ unidocProjectFilter := inProjects(core.jvm, profunctor.jvm, law.jvm),\n  ScalaUnidoc \/ unidoc \/ target := (LocalRootProject \/ baseDirectory).value \/ \"website\" \/ \"static\" \/ \"api\",\n  cleanFiles += (ScalaUnidoc \/ unidoc \/ target).value,\n  docusaurusCreateSite := docusaurusCreateSite\n    .dependsOn(Compile \/ unidoc)\n    .dependsOn(ThisBuild \/ updateSiteVariables)\n    .value,\n  docusaurusPublishGhpages :=\n    docusaurusPublishGhpages\n      .dependsOn(Compile \/ unidoc)\n      .dependsOn(ThisBuild \/ updateSiteVariables)\n      .value,\n  ScalaUnidoc \/ unidoc \/ scalacOptions ++= Seq(\n    \"-doc-source-url\",\n    s\"https:\/\/github.com\/sagifogel\/Proptics\/tree\/v${(ThisBuild \/ latestVersion).value}\u20ac{FILE_PATH}.scala\",\n    \"-sourcepath\",\n    (LocalRootProject \/ baseDirectory).value.getAbsolutePath,\n    \"-doc-title\",\n    \"Proptics\",\n    \"-doc-version\",\n    s\"v${(ThisBuild \/ latestVersion).value}\"\n  )\n)\n\ndef minorVersion(version: String): String = {\n  val (major, minor) =\n    CrossVersion.partialVersion(version).get\n  s\"$major.$minor\"\n}\n\nval latestVersion = settingKey[String](\"Latest stable released version\")\nThisBuild \/ latestVersion := (ThisBuild \/ version).value\n\nval updateSiteVariables = taskKey[Unit](\"Update site variables\")\nThisBuild \/ updateSiteVariables := {\n  val file = (LocalRootProject \/ baseDirectory).value \/ \"website\" \/ \"variables.js\"\n\n  val variables =\n    Map[String, String](\n      \"organization\" -> (LocalRootProject \/ organization).value,\n      \"coreModuleName\" -> (core.jvm \/ moduleName).value,\n      \"latestVersion\" -> (ThisBuild \/ latestVersion).value,\n      \"scalaPublishVersions\" -> {\n        val minorVersions = (core.jvm \/ crossScalaVersions).value.map(minorVersion)\n        if (minorVersions.size <= 2) minorVersions.mkString(\" and \")\n        else minorVersions.init.mkString(\", \") ++ \" and \" ++ minorVersions.last\n      }\n    )\n  val fileHeader =\n    \"\/\/ Generated by sbt. Do not edit directly.\"\n\n  val fileContents =\n    variables.toList\n      .sortBy { case (key, _) => key }\n      .map { case (key, value) => s\"  $key: '$value'\" }\n      .mkString(s\"$fileHeader\\nmodule.exports = {\\n\", \",\\n\", \"\\n};\\n\")\n\n  IO.write(file, fileContents)\n}\n\nThisBuild \/ semanticdbEnabled := true\nThisBuild \/ semanticdbVersion := scalafixSemanticdb.revision\nThisBuild \/ scalafixScalaBinaryVersion := CrossVersion.binaryScalaVersion(scalaVersion.value)\nThisBuild \/ scalafixDependencies += \"com.github.liancheng\" %% \"organize-imports\" % \"0.5.0\"\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/FunctionOptics.scala","text":"package proptics.std\n\nimport scala.{Function => F}\n\nimport proptics.Iso_.iso\nimport proptics.syntax.function._\nimport proptics.{Iso, Iso_}\n\ntrait FunctionOptics {\n  \/** a polymorphic [[Iso_]] for currying and uncurrying a function *\/\n  final def curriedP[A, B, C, D, E, F]: Iso_[(A, B) => C, (D, E) => F, A => B => C, D => E => F] =\n    iso[(A, B) => C, (D, E) => F, A => B => C, D => E => F](_.curried)(F.uncurried[D, E, F])\n\n  \/** a polymorphic [[Iso_]] for uncurrying and currying a function *\/\n  final def uncurriedP[A, B, C, D, E, F]: Iso_[A => B => C, D => E => F, (A, B) => C, (D, E) => F] =\n    iso[A => B => C, D => E => F, (A, B) => C, (D, E) => F](F.uncurried[A, B, C])(_.curried)\n\n  \/** a polymorphic [[Iso_]] for flipping a function *\/\n  final def flipP[A, B, C, D, E, F]: Iso_[A => B => C, D => E => F, B => A => C, E => D => F] =\n    iso[A => B => C, D => E => F, B => A => C, E => D => F](_.flip)(_.flip)\n\n  \/** a monomorphic [[Iso]] for currying and uncurrying a function *\/\n  final def curried[A, B, C]: Iso[(A, B) => C, A => B => C] = curriedP[A, B, C, A, B, C]\n\n  \/** a monomorphic [[Iso]] for uncurrying and currying a function *\/\n  final def uncurried[A, B, C]: Iso[A => B => C, (A, B) => C] = uncurriedP[A, B, C, A, B, C]\n\n  \/** a monomorphic [[Iso]] for flipping a function *\/\n  final def flip[A, B, C]: Iso[A => B => C, B => A => C] = flipP[A, B, C, A, B, C]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificConsInstances.scala","text":"package proptics.instances\n\nimport scala.collection.immutable.ArraySeq\n\nimport proptics.Prism\nimport proptics.typeclass.Cons\n\nprivate[instances] trait ScalaVersionSpecificConsInstances {\n  implicit final def consLazyList[A]: Cons[LazyList[A], A] = new Cons[LazyList[A], A] {\n    override def cons: Prism[LazyList[A], (A, LazyList[A])] =\n      Prism.fromPreview[LazyList[A], (A, LazyList[A])](list => list.headOption.map((_, list.tail))) { case (head, tail) =>\n        head #:: tail\n      }\n  }\n\n  implicit final def consArraySeq[A]: Cons[ArraySeq[A], A] = new Cons[ArraySeq[A], A] {\n    override def cons: Prism[ArraySeq[A], (A, ArraySeq[A])] =\n      Prism.fromPreview[ArraySeq[A], (A, ArraySeq[A])](seq => seq.headOption.map((_, seq.tail))) { case (head, tail) =>\n        head +: tail\n      }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/GetterSpec.scala","text":"package proptics.specs\n\nimport cats.syntax.option._\n\nimport proptics.specs.compose._\nimport proptics.{AnIndexedLens, Getter, IndexedLens, IndexedTraversal}\n\nclass GetterSpec extends PropticsSuite {\n  val wholeGetter: Getter[Whole, Int] = Getter[Whole, Int](_.part)\n\n  test(\"view\") {\n    wholeGetter.view(whole9) shouldEqual 9\n  }\n\n  test(\"exists\") {\n    wholeGetter.exists(greaterThan5)(whole9) shouldEqual true\n    wholeGetter.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    wholeGetter.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeGetter.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeGetter.notExists(greaterThan10)(whole9) shouldEqual !wholeGetter.exists(greaterThan10)(whole9)\n  }\n\n  test(\"contains\") {\n    wholeGetter.contains(9)(whole9) shouldEqual true\n    wholeGetter.contains(10)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    wholeGetter.notContains(9)(whole9) shouldEqual false\n    wholeGetter.notContains(10)(whole9) shouldEqual true\n    wholeGetter.notContains(10)(whole9) shouldEqual !wholeGetter.contains(10)(whole9)\n  }\n\n  test(\"find\") {\n    wholeGetter.find(greaterThan5)(whole9) shouldEqual 9.some\n    wholeGetter.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"use\") {\n    wholeGetter.use.runA(whole9).value shouldEqual 9\n  }\n\n  test(\"compose with Iso\") {\n    (getter compose iso).view(9) shouldEqual 9\n  }\n  test(\"compose with AnIso\") {\n    (getter compose anIso).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Lens\") {\n    (getter compose lens).view(9) shouldEqual 9\n  }\n\n  test(\"compose with ALens\") {\n    (getter compose aLens).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Prism\") {\n    (getter compose prism).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with APrism\") {\n    (getter compose aPrism).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with AffineTraversal\") {\n    (getter compose affineTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with AnAffineTraversal\") {\n    (getter compose anAffineTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Traversal\") {\n    (getter compose traversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with ATraversal\") {\n    (getter compose aTraversal).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Getter\") {\n    (getter compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (getter compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedLens\") {\n    val composed =\n      Getter[List[Int], List[Int]](identity) compose\n        IndexedLens[Int, List[Int], List[Int]](ls => (ls.take(1), 0))(ls1 => ls2 => ls2.take(1) ++ ls1.drop(1))\n\n    composed.view(List(1, 2, 3)) shouldEqual ((List(1), 0))\n  }\n\n  test(\"compose with AnIndexedLens\") {\n    val composed =\n      Getter[List[Int], List[Int]](identity) compose\n        AnIndexedLens[Int, List[Int], List[Int]](ls => (ls.take(1), 0))(ls1 => ls2 => ls2.take(1) ++ ls1.drop(1))\n\n    composed.view(List(1, 2, 3)) shouldEqual ((List(1), 0))\n  }\n\n  test(\"compose with IndexedTraversal\") {\n    val composed =\n      Getter[List[Int], List[Int]](identity) compose IndexedTraversal.fromTraverse[List, Int]\n    composed.foldMap(list) { case (_, i) => List(i) } shouldEqual list.zipWithIndex.map(_._2)\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = getter compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = getter compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/FoldableWithIndexLaws.scala","text":"<gh_stars>1-10\npackage proptics.law\n\nimport cats.laws._\nimport cats.syntax.semigroup._\nimport cats.{Eval, Later, Monoid}\n\nimport proptics.indices.FoldableWithIndex\nimport proptics.syntax.foldableWithIndex._\n\ntrait FoldableWithIndexLaws[F[_], I] extends FoldableLaws[F] {\n  implicit def F: FoldableWithIndex[F, I]\n\n  def foldRightWithIndexLazy[A](fa: F[A]): Boolean = {\n    var i = 0\n    F.foldRightWithIndex[A, String] { case (_, _) =>\n      i += 1\n      Eval.now(\"not empty\")\n    }(fa, Eval.now(\"empty\"))\n      .value\n\n    i == (if (F.isEmpty(fa)) 0 else 1)\n  }\n\n  def leftFoldWithIndexConsistentWithFoldMapWithIndex[A, B](fa: F[A], f: (A, I) => B)(implicit ev: Monoid[B]): IsEq[B] =\n    fa.foldMapWithIndex(f) <-> fa.foldLeftWithIndex[I, B] { case (b, (a, i)) =>\n      b |+| f(a, i)\n    }(ev.empty)\n\n  def rightFoldWithIndexConsistentWithFoldMapWithIndex[A, B](fa: F[A], f: (A, I) => B)(implicit ev: Monoid[B]): IsEq[B] =\n    fa.foldMapWithIndex(f) <-> fa\n      .foldRightWithIndex[I, B] { case ((a, i), lb) =>\n        lb.map(f(a, i) |+| _)\n      }(Later(ev.empty))\n      .value\n}\n\nobject FoldableWithIndexLaws {\n  def apply[F[_], I](implicit ev: FoldableWithIndex[F, I]): FoldableWithIndexLaws[F, I] = new FoldableWithIndexLaws[F, I] {\n    implicit override def F: FoldableWithIndex[F, I] = ev\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"example\/src\/test\/scala\/optics\/IndexedTraversalExamples.scala","text":"package optics\n\nimport cats.Id\nimport cats.syntax.option._\nimport spire.std.int._\n\nimport proptics.Traversal._\nimport proptics.instances.field1._\nimport proptics.instances.index._\nimport proptics.instances.traverseWithIndex._\nimport proptics.specs.PropticsSuite\nimport proptics.std.tuple._\nimport proptics.syntax.indexedTraversal._\nimport proptics.syntax.tuple._\nimport proptics.{IndexedTraversal, IndexedTraversal_}\n\nclass tIndexedTraversalExamples extends PropticsSuite {\n  test(\"use `fromTraverse` for Traversal with Int indices\") {\n    val traversal = IndexedTraversal.fromTraverse[List, Int]\n    val traversed = traversal.traverse[Id](List(10, 20, 30)) { case (i, j) => i + j }\n\n    assertResult(List(10, 21, 32))(traversed)\n  }\n\n  test(\"get a list of all elements and their key\") {\n    val traversal = IndexedTraversal.fromTraverseWithIndex[List, Int, Int]\n    val traversed = traversal.viewAll(List(1, 2, 3))\n\n    assertResult(List((1, 0), (2, 1), (3, 2)))(traversed)\n  }\n\n  test(\"filter only characters which are in an even index position\") {\n    val traversal = IndexedTraversal.fromTraverse[List, Char].filterByIndex(even)\n    val traversed = traversal.toList(('a' to 'z').toList)\n\n    assertResult(\"acegikmoqsuwy\")(traversed.mkString)\n  }\n\n  test(\"focus on an element at a specific index\") {\n    val traversal = IndexedTraversal.fromTraverse[List, Char].elementAt(10)\n\n    assertResult('k'.some)(traversal.preview(('a' to 'z').toList))\n  }\n\n  test(\"focus on elements that reside at an even index and are greater than 5\") {\n    val traversal = IndexedTraversal.fromTraverse[List, Int].filter { case (a, i) => even(i) & a > 5 }\n\n    assertResult(List((7, 6), (9, 8)))(traversal.viewAll(List.range(1, 10)))\n  }\n\n  test(\"map over the indices of an optic\") {\n    val input = List(\"A\", \"B\", \"C\")\n    val expected = List((\"A\", 0), (\"B\", 10), (\"C\", 20))\n    val traversal =\n      IndexedTraversal\n        .fromTraverse[List, String]\n        .reindex(_ * 10)\n\n    assertResult(expected)(traversal.viewAll(input))\n  }\n\n  test(\"unindex an IndexedTraversal\") {\n    val input = List(\"A\", \"B\", \"C\")\n    val traversal =\n      IndexedTraversal\n        .fromTraverse[List, String]\n        .unIndex\n\n    assertResult(input)(traversal.viewAll(input))\n  }\n\n  test(\"summon and use an instance of TraverseWithIndex for a Map\") {\n    val firstMap = Map[Int, String](0 -> \"0\", 1 -> \"1\", 2 -> \"2\")\n    val secondMap = Map[Int, String](0 -> \"A\", 1 -> \"1\", 2 -> \"2\")\n    val traversal = IndexedTraversal_.fromTraverseWithIndex[Map[Int, *], Int, String, Int]\n    val partialTraverse = traversal.traverse[Option](_: Map[Int, String])(parseInt _ compose Tuple2._1)\n\n    assertResult(Map(0 -> 0, 1 -> 1, 2 -> 2).some)(partialTraverse(firstMap))\n    assertResult(None)(partialTraverse(secondMap))\n  }\n\n  test(\"compose with other optic and taking the right optic's indices\") {\n    val map = Map(\"Scala\" -> List(\"Some\", \"None\"), \"Haskell\" -> List(\"Just\", \"Nothing\"))\n    val mapTraversal = IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, List[String]]\n    val listTraversal = IndexedTraversal.fromTraverseWithIndex[List, Int, String]\n    val composedWithRightIndex: IndexedTraversal[Int, Map[String, List[String]], String] =\n      mapTraversal *>> listTraversal\n    val expected = List((\"Some\", 0), (\"None\", 1), (\"Just\", 0), (\"Nothing\", 1))\n\n    assertResult(expected)(composedWithRightIndex.viewAll(map))\n  }\n\n  test(\"compose with other optic and taking self indices\") {\n    val map = Map(\"Scala\" -> List(\"Some\", \"None\"), \"Haskell\" -> List(\"Just\", \"Nothing\"))\n    val mapTraversal = IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, List[String]]\n    val listTraversal = IndexedTraversal.fromTraverseWithIndex[List, Int, String]\n    val composedWithLeftIndex: IndexedTraversal[String, Map[String, List[String]], String] =\n      mapTraversal <<* listTraversal\n    val expected = List((\"Some\", \"Scala\"), (\"None\", \"Scala\"), (\"Just\", \"Haskell\"), (\"Nothing\", \"Haskell\"))\n\n    assertResult(expected)(composedWithLeftIndex.viewAll(map))\n  }\n\n  test(\"compose with non indexed optic\") {\n    val map = Map(\"Scala\" -> ((\"Some\", \"None\")), \"Haskell\" -> ((\"Just\", \"Nothing\")))\n    val mapTraversal =\n      IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, (String, String)] compose\n        _1[String, String]\n\n    val expected = List((\"Some\", \"Scala\"), (\"Just\", \"Haskell\"))\n\n    assertResult(expected)(mapTraversal.viewAll(map))\n  }\n\n  test(\"union all key value pairs from a tuple of maps\") {\n    val tupledMaps = (Map(\"a\" -> 1, \"b\" -> 2), Map(\"c\" -> 3, \"d\" -> 4))\n    val indexedTraversal: IndexedTraversal[String, Map[String, Int], Int] =\n      IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, Int]\n    val mapTraversal = both[(*, *), Map[String, Int]] compose indexedTraversal\n    val expected = List((1, \"a\"), (2, \"b\"), (3, \"c\"), (4, \"d\"))\n\n    assertResult(expected)(mapTraversal.viewAll(tupledMaps))\n  }\n\n  test(\"calculate total number of commits for a specific repo in the past week\") {\n    val traversal =\n      (IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, Map[String, Int]] *>>\n        IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, Int])\n        .elementAt(\"repo A\")\n\n    assertResult(33)(traversal.sum(commits))\n  }\n\n  test(\"list out the number of commits for each day for a specific repo in the past week\") {\n    val expected = List((10, \"Sunday\"), (15, \"Monday\"), (5, \"Wednesday\"), (3, \"Friday\"))\n    val traversal =\n      IndexedTraversal.fromTraverseWithIndex[Map[String, *], String, Map[String, Int]] compose\n        index[Map[String, Int], String, Int](\"repo A\")\n\n    assertResult(expected)(traversal.viewAll(commits))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/Grate.scala","text":"package proptics\n\nimport scala.Function.const\n\nimport cats.{Applicative, Distributive, Functor}\n\nimport proptics.internal.{Indexed, Tagged, Zipping}\nimport proptics.profunctor.Costar._\nimport proptics.profunctor.{Closed, Costar}\nimport proptics.rank2types.Rank2TypeGrateLike\nimport proptics.syntax.costar._\nimport proptics.syntax.function._\n\n\/** A [[Grate_]] allows a generalized zipWith operation.\n  *\n  * @tparam S the source of a [[Grate_]]\n  * @tparam T the modified source of a [[Grate_]]\n  * @tparam A the focus of a [[Grate_]]\n  * @tparam B the modified focus of a [[Grate_]]\n  *\/\nabstract class Grate_[S, T, A, B] { self =>\n  private[proptics] def apply[P[_, _]](pab: P[A, B])(implicit ev: Closed[P]): P[S, T]\n\n  \/** view the modified source of a [[Grate_]] *\/\n  final def review(b: B): T = self(Tagged[A, B](b)).runTag\n\n  \/** set the modified focus of a [[Grate_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the focus type of a [[Grate_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = self(f)\n\n  \/** zip two sources of a [[Grate_]] together provided a binary operation which modify the focus of a [[Grate_]] *\/\n  final def zipWith(s1: S, s2: S)(f: (A, A) => B): T = self(Zipping(f.curried)).runZipping(s1)(s2)\n\n  \/** modify an effectful focus of a [[Grate_]] to the type of the modified focus, resulting in a change of type to the full structure *\/\n  final def cotraverse[F[_]: Applicative](fs: F[S])(f: F[A] => B): T = self(Costar(f)).runCostar(fs)\n\n  \/** synonym for [[cotraverse]], flipped *\/\n  final def zipWithF[F[_]: Applicative](f: F[A] => B)(fs: F[S]): T = cotraverse(fs)(f)\n\n  \/** compose a [[Grate_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): Grate_[S, T, C, D] = new Grate_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Closed[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Grate_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): Grate_[S, T, C, D] = self compose other.asIso\n\n  \/** compose a [[Grate_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T = self(other(pab))\n  }\n\n  \/** compose a [[Grate_]] with a [[Grate_]] *\/\n  final def compose[C, D](other: Grate_[A, B, C, D]): Grate_[S, T, C, D] = new Grate_[S, T, C, D] {\n    override def apply[P[_, _]](pab: P[C, D])(implicit ev: Closed[P]): P[S, T] = self(other(pab))\n  }\n\n  \/** compose a [[Grate_]] with a [[Review_]] *\/\n  final def compose[C, D](other: Review_[A, B, C, D]): Review_[S, T, C, D] = new Review_[S, T, C, D] {\n    override private[proptics] def apply(tagged: Tagged[C, D]): Tagged[S, T] = self(other(tagged))\n  }\n\n  \/** compose a [[Grate_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over(other.over(indexed.runIndex))\n  }\n}\n\nobject Grate_ {\n  \/** create a polymorphic [[Grate_]] from Rank2TypeGrateLike encoding *\/\n  private[proptics] def apply[S, T, A, B](f: Rank2TypeGrateLike[S, T, A, B]): Grate_[S, T, A, B] = new Grate_[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Closed[P]): P[S, T] = f(pab)\n  }\n\n  \/** create a polymorphic [[Grate_]] from a nested continuation function *\/\n  final def apply[S, T, A, B](grate: ((S => A) => B) => T): Grate_[S, T, A, B] = Grate_(new Rank2TypeGrateLike[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Closed[P]): P[S, T] =\n      ev.dimap[(S => A) => A, (S => A) => B, S, T](ev.closed(pab))(_.&)(grate)\n  })\n\n  \/** create a polymorphic [[Grate_]] from a [[cats.Distributive]] *\/\n  final def fromDistributive[F[_], A, B](implicit ev: Distributive[F]): Grate_[F[A], F[B], A, B] = {\n    def cotraverse[G[_]: Functor](f: G[A] => B)(gfa: G[F[A]]): F[B] =\n      ev.map(ev.cosequence(gfa))(f)\n\n    Grate_[F[A], F[B], A, B](cotraverse(_: (F[A] => A) => B)(identity)(Functor[F[A] => *]))\n  }\n\n  \/** polymorphic identity of a [[Grate_]] *\/\n  final def id[S, T]: Grate_[S, T, S, T] = Grate_[S, T, S, T]((s2s: (S => S) => T) => s2s(identity[S]))\n}\n\nobject Grate {\n  \/** create a monomorphic [[Grate]] from a nested continuation function *\/\n  final def apply[S, A](to: ((S => A) => A) => S): Grate[S, A] = Grate_(to)\n\n  \/** create a monomorphic [[Grate]] from a [[cats.Distributive]] *\/\n  final def fromDistributive[F[_]: Distributive, A]: Grate[F[A], A] = Grate_.fromDistributive\n\n  \/** monomorphic identity of a [[Grate]] *\/\n  final def id[S]: Grate[S, S] = Grate_.id[S, S]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/AnIsoSpec.scala","text":"<reponame>amitksingh1490\/Proptics<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/AnIsoSpec.scala\npackage proptics.specs\n\nimport cats.Id\nimport cats.syntax.option._\nimport org.scalacheck.Arbitrary._\n\nimport proptics.AnIso\nimport proptics.internal.Exchange\nimport proptics.law.discipline._\nimport proptics.specs.compose._\n\nclass AnIsoSpec extends PropticsSuite {\n  val wholeIso: AnIso[Whole, Int] = AnIso[Whole, Int](_.part)(Whole.apply)\n\n  checkAll(\"AnIso[Whole, Int] apply \", AnIsoTests(wholeIso).anIso)\n  checkAll(\"AnIso[Whole, Int] reverse twice\", AnIsoTests(wholeIso.reverse.reverse).anIso)\n  checkAll(\"AnIso[Whole, Int] asIso\", IsoTests(wholeIso.asIso).iso)\n  checkAll(\"AnIso[Int, Int] id\", AnIsoTests(AnIso.id[Int]).anIso)\n  checkAll(\"AnIso[Int, Int] compose with Iso[Int, Int]\", AnIsoTests(anIso compose iso).anIso)\n  checkAll(\"AnIso[Int, Int] compose with AnIso[Int, Int]\", AnIsoTests(anIso compose anIso).anIso)\n  checkAll(\"AnIso[Int, Int] compose with Lens[Int, Int]\", LensTests(anIso compose lens).lens)\n  checkAll(\"AnIso[Int, Int] compose with ALens[Int, Int] \", ALensTests(anIso compose aLens).aLens)\n  checkAll(\"AnIso[Int, Int] compose with Prism[Int, Int]\", PrismTests(anIso compose prism).prism)\n  checkAll(\"AnIso[Int, Int] compose with APrism[Int, Int]\", APrismTests(anIso compose aPrism).aPrism)\n  checkAll(\"AnIso[Int, Int] compose with AffineTraversal[Int, Int]\", AffineTraversalTests(anIso compose affineTraversal).affineTraversal)\n  checkAll(\"AnIso[Int, Int] compose with AnAffineTraversal[Int, Int]\", AnAffineTraversalTests(anIso compose anAffineTraversal).anAffineTraversal)\n  checkAll(\"AnIso[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(anIso compose traversal).traversal)\n  checkAll(\"AnIso[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(anIso compose aTraversal).aTraversal)\n  checkAll(\"AnIso[Int, Int] compose with Setter[Int, Int]\", SetterTests(anIso compose setter).setter)\n  checkAll(\"AnIso[Int, Int] compose with Grate[Int, Int]\", GrateTests(anIso compose grate).grate)\n  checkAll(\"AnIso[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedLensTests(anIso compose indexedLens).indexedLens)\n  checkAll(\"AnIso[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", AnIndexedLensTests(anIso compose anIndexedLens).anIndexedLens)\n  checkAll(\"AnIso[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(anIso compose indexedTraversal).indexedTraversal)\n  checkAll(\"AnIso[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(anIso compose indexedSetter).indexedSetter)\n\n  test(\"view\") {\n    wholeIso.view(whole9) shouldEqual 9\n  }\n\n  test(\"review\") {\n    wholeIso.review(9) shouldEqual whole9\n  }\n\n  test(\"set\") {\n    wholeIso.set(9)(Whole(1)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    wholeIso.over(_ + 1)(Whole(8)) shouldEqual whole9\n  }\n  test(\"traverse\") {\n    wholeIso.traverse(whole9)(_.some) shouldEqual Some(whole9)\n    wholeIso.traverse(whole9)(_.some) shouldEqual wholeIso.overF(_.some)(whole9)\n  }\n\n  test(\"exists\") {\n    wholeIso.exists(greaterThan5)(whole9) shouldEqual true\n    wholeIso.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    wholeIso.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeIso.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeIso.notExists(greaterThan5)(whole9) shouldEqual (!wholeIso.exists(greaterThan5)(whole9))\n  }\n\n  test(\"contains\") {\n    wholeIso.contains(9)(whole9) shouldEqual true\n    wholeIso.contains(5)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    wholeIso.notContains(5)(whole9) shouldEqual true\n    wholeIso.notContains(9)(whole9) shouldEqual false\n    wholeIso.notContains(9)(whole9) shouldEqual (!wholeIso.contains(9)(whole9))\n  }\n\n  test(\"find\") {\n    wholeIso.find(greaterThan5)(whole9) shouldEqual Some(9)\n    wholeIso.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"withIso\") {\n    val exchange: Exchange[Int, Int, Whole, Whole] = wholeIso.toExchange\n\n    exchange.view(whole9) shouldEqual 9\n    exchange.review(9) shouldEqual whole9\n  }\n\n  test(\"use\") {\n    wholeIso.use.runA(whole9).value shouldEqual 9\n  }\n\n  test(\"cotraverse\") {\n    val cotraversedWhole = wholeIso.cotraverse[Id](whole9)(identity)\n\n    cotraversedWhole shouldEqual whole9\n    wholeIso.zipWithF[Id](identity)(whole9) shouldEqual cotraversedWhole\n  }\n\n  test(\"under\") {\n    wholeIso.under(w => w.copy(part = w.part + 1))(8) shouldEqual 9\n  }\n\n  test(\"mapping\") {\n    val iso = wholeIso.mapping[Id, Option]\n\n    iso.view(whole9) shouldEqual 9\n    iso.review(9.some) shouldEqual whole9.some\n  }\n\n  test(\"dimapping\") {\n    val reversed = wholeIso.reverse\n    val liftedAnIso = wholeIso.dimapping[* => *, * => *, Int, Int, Whole, Whole](reversed)\n\n    liftedAnIso.view(_ + 1)(Whole(8)) shouldEqual whole9\n    liftedAnIso.review(whole => whole.copy(whole.part + 1))(8) shouldEqual 9\n  }\n\n  test(\"compose with Getter\") {\n    (anIso compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (anIso compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with review\") {\n    (anIso compose review).review(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = anIso compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = anIso compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/IsoSyntax.scala","text":"package proptics.syntax\n\nimport cats.{Applicative, Bifunctor, Contravariant, Functor}\n\nimport proptics.{Iso, Iso_}\n\ntrait IsoSyntax {\n  implicit def isoSequenceOps[F[_], S, T, A](iso: Iso_[S, T, F[A], A]): IsoSequenceOps[F, S, T, A] = IsoSequenceOps(iso)\n\n  implicit def isoFunctorOps[S, A](iso: Iso[S, A]): IsoFunctorOps[S, A] = IsoFunctorOps(iso)\n}\n\nfinal case class IsoFunctorOps[S, A](iso: Iso[S, A]) extends AnyVal {\n  def map[F[_]: Functor]: Iso[F[S], F[A]] = Iso.map[F](iso)\n\n  def bimap[F[_, _]: Bifunctor]: Iso[F[S, S], F[A, A]] = Iso.bimap[F](iso)\n\n  def contramap[F[_]: Contravariant]: Iso[F[A], F[S]] = Iso.contramap[F](iso)\n}\n\nfinal case class IsoSequenceOps[F[_], S, T, A](private val iso: Iso_[S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[A] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev: Applicative[F]): F[T] = iso.traverse(s)(identity)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/LensLike.scala","text":"<reponame>amitksingh1490\/Proptics<filename>core\/shared\/src\/main\/scala\/proptics\/rank2types\/LensLike.scala\npackage proptics.rank2types\n\nimport cats.Applicative\n\ntrait LensLike[S, T, A, B] {\n  def apply[F[_]](f: A => F[B])(implicit ev: Applicative[F]): S => F[T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/TraverseWithIndexSpec.scala","text":"package proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport cats.Id\n\nimport proptics.instances.traverseWithIndex._\nimport proptics.law.discipline.TraverseWithIndexTests\n\nclass TraverseWithIndexSpec extends TraverseWithIndexSpec0 {\n  checkAll(\"TraverseWithIndex[LazyList, Int]\", TraverseWithIndexTests[LazyList, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[ArraySeq, Int]\", TraverseWithIndexTests[ArraySeq, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/Whole.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.specs\n\nimport cats.Eq\nimport cats.data.State\nimport org.scalacheck.Arbitrary\n\nfinal case class Whole(part: Int)\n\nobject Whole {\n  implicit val state: State[Whole, Int] = State.pure[Whole, Int](9)\n  implicit val eqWhole: Eq[Whole] = Eq.fromUniversalEquals[Whole]\n  implicit val arbitraryWhole: Arbitrary[Whole] = Arbitrary[Whole](Arbitrary.arbInt.arbitrary.map(Whole.apply))\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/IsoSpec.scala","text":"<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/IsoSpec.scala\npackage proptics.specs\n\nimport cats.instances.string._\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt}\nimport cats.syntax.option._\nimport cats.{Eq, Id}\nimport org.scalacheck.Arbitrary._\n\nimport proptics.Iso\nimport proptics.law.discipline._\nimport proptics.specs.compose._\nimport proptics.std.either._\nimport proptics.std.function._\nimport proptics.std.list._\nimport proptics.std.string._\nimport proptics.std.tuple._\n\nclass IsoSpec extends PropticsSuite {\n  val wholeIso: Iso[Whole, Int] = Iso.iso[Whole, Int](_.part)(Whole.apply)\n  val combineFocus: (Whole, Whole) => Int = { case (whole1, whole2) => whole1.part + whole2.part }\n  val flipped: Iso[Whole => Int => Int, Int => Whole => Int] = flip\n  val curriedIso: Iso[(Whole, Whole) => Int, Whole => Whole => Int] = curried\n  val uncurriedIso: Iso[Whole => Whole => Int, (Whole, Whole) => Int] = uncurried\n  implicit val arrayEq: Eq[Array[String]] = Eq.instance[Array[String]]((arr1, arr2) => arr1.toList === arr2.toList)\n  implicit def eqFn0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[(Int, Int) => Int] = Eq.instance[(Int, Int) => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int, int) === f2(int, int)\n    }\n  }\n\n  implicit def eqFn1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => (Int, Int)] = Eq.instance[Int => (Int, Int)] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int) === f2(int)\n    }\n  }\n\n  implicit def eqFn2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => Int => Int] = Eq.instance[Int => Int => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int)(int) === f2(int)(int)\n    }\n  }\n\n  checkAll(\"Iso[Whole, Int] apply\", IsoTests(wholeIso).iso)\n  checkAll(\"Iso[Int, Int] id\", IsoTests(Iso.id[Int]).iso)\n  checkAll(\"Iso[(Int, Int) => Int, Int => Int => Int] curried\", IsoTests(curried[Int, Int, Int]).iso)\n  checkAll(\"Iso[Int => Int => Int, (Int, Int) => Int] uncurried\", IsoTests(uncurried[Int, Int, Int]).iso)\n  checkAll(\"Iso[Int => Int => Int, Int => Int => Int] flip\", IsoTests(flip[Int, Int, Int]).iso)\n  checkAll(\"Iso[(String, Int), (Int, String)] swapTuple\", IsoTests(swapTuple[String, Int]).iso)\n  checkAll(\"Iso[Either[String, Int], Either[Int, String]] swapEither\", IsoTests(swapEither[String, Int]).iso)\n  checkAll(\"Iso[String, String] involuted\", IsoTests(Iso.involuted[String](identity)).iso)\n  checkAll(\"Iso[List[Char], String] charsToString\", IsoTests(charsToString).iso)\n  checkAll(\"Iso[String, List[Char]] stringToChars\", IsoTests(stringToChars).iso)\n  checkAll(\"Iso[List[String], Array[String]] listToArray\", IsoTests(listToArray[String]).iso)\n  checkAll(\"Iso[List[String], Vector[String]] listToVector\", IsoTests(listToVector[String]).iso)\n  checkAll(\"Iso[Whole, Int] reverse twice\", IsoTests(wholeIso.reverse.reverse).iso)\n  checkAll(\"Iso[Int, Int] with Iso[Int, Int]\", IsoTests(iso compose iso).iso)\n  checkAll(\"Iso[Int, Int] compose with AnIso[Int, Int]\", AnIsoTests(iso compose anIso).anIso)\n  checkAll(\"Iso[Int, Int] compose with Lens[Int, Int]\", LensTests(iso compose lens).lens)\n  checkAll(\"Iso[Int, Int] compose with ALens[Int, Int]\", ALensTests(iso compose aLens).aLens)\n  checkAll(\"Iso[Int, Int] compose with Prism[Int, Int]\", PrismTests(iso compose prism).prism)\n  checkAll(\"Iso[Int, Int] compose with APrism[Int, Int]\", APrismTests(iso compose aPrism).aPrism)\n  checkAll(\"Iso[Int, Int] compose with AffineTraversal[Int, Int]\", AffineTraversalTests(iso compose affineTraversal).affineTraversal)\n  checkAll(\"Iso[Int, Int] compose with AnAffineTraversal[Int, Int]\", AnAffineTraversalTests(iso compose anAffineTraversal).anAffineTraversal)\n  checkAll(\"Iso[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(iso compose traversal).traversal)\n  checkAll(\"Iso[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(iso compose aTraversal).aTraversal)\n  checkAll(\"Iso[Int, Int] compose with Setter[Int, Int]\", SetterTests(iso compose setter).setter)\n  checkAll(\"Iso[Int, Int] compose with Grate[Int, Int]\", GrateTests(iso compose grate).grate)\n  checkAll(\"Iso[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedLensTests(iso compose indexedLens).indexedLens)\n  checkAll(\"Iso[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", AnIndexedLensTests(iso compose anIndexedLens).anIndexedLens)\n  checkAll(\"Iso[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(iso compose indexedTraversal).indexedTraversal)\n  checkAll(\"Iso[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(iso compose indexedSetter).indexedSetter)\n\n  test(\"view\") {\n    wholeIso.view(whole9) shouldEqual 9\n  }\n\n  test(\"review\") {\n    wholeIso.review(9) shouldEqual whole9\n  }\n\n  test(\"set\") {\n    wholeIso.set(9)(Whole(1)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    wholeIso.over(_ + 1)(Whole(8)) shouldEqual whole9\n  }\n\n  test(\"traverse\") {\n    wholeIso.traverse(whole9)(_.some) shouldEqual whole9.some\n    wholeIso.traverse(whole9)(_.some) shouldEqual wholeIso.overF(_.some)(whole9)\n  }\n\n  test(\"exists\") {\n    wholeIso.exists(greaterThan5)(whole9) shouldEqual true\n    wholeIso.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    wholeIso.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeIso.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeIso.notExists(greaterThan5)(whole9) shouldEqual (!wholeIso.exists(greaterThan5)(whole9))\n  }\n\n  test(\"contains\") {\n    wholeIso.contains(9)(whole9) shouldEqual true\n    wholeIso.contains(5)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    wholeIso.notContains(5)(whole9) shouldEqual true\n    wholeIso.notContains(9)(whole9) shouldEqual false\n    wholeIso.notContains(9)(whole9) shouldEqual (!wholeIso.contains(9)(whole9))\n  }\n\n  test(\"find\") {\n    wholeIso.find(greaterThan5)(whole9) shouldEqual Some(9)\n    wholeIso.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"use\") {\n    wholeIso.use.runA(whole9).value shouldEqual 9\n  }\n\n  test(\"zipWith\") {\n    wholeIso.zipWith(Whole(8), Whole(1))(_ + _) shouldEqual whole9\n  }\n\n  test(\"cotraverse\") {\n    val cotraversedWhole = wholeIso.cotraverse[Id](whole9)(identity)\n\n    cotraversedWhole shouldEqual whole9\n    wholeIso.zipWithF[Id](identity)(whole9) shouldEqual cotraversedWhole\n  }\n\n  test(\"curried\") {\n    curriedIso.view(combineFocus)(whole9)(whole9) shouldEqual 18\n    curriedIso.review(combineFocus.curried)(whole9, whole9) shouldEqual 18\n  }\n\n  test(\"uncurried\") {\n    uncurriedIso.view(combineFocus.curried)(whole9, whole9) shouldEqual 18\n    uncurriedIso.review(combineFocus)(whole9)(whole9) shouldEqual 18\n  }\n\n  test(\"flipped\") {\n    flipped.view(w => w.part + _)(9)(whole9) shouldEqual 18\n  }\n\n  test(\"compose with Getter\") {\n    (iso compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (iso compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with review\") {\n    (iso compose review).review(9) shouldEqual 9\n  }\n  test(\"compose with IndexedGetter\") {\n    val composed = iso compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n  test(\"compose with IndexedFold\") {\n    val composed = iso compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/PrefixedSpec0.scala","text":"package proptics.specs\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector, OneAnd}\n\nimport proptics.instances.prefixed._\nimport proptics.law.discipline.PrefixedTests\n\nprivate[specs] trait PrefixedSpec0 extends PropticsSuite {\n  checkAll(\"PrefixedTests[String, String] prefixed\", PrefixedTests[String, String].prefixed)\n  checkAll(\"PrefixedTests[Array[Int], Array[Int]] prefixed\", PrefixedTests[Array[Int], Array[Int]].prefixed)\n  checkAll(\"PrefixedTests[Vector[Int], Vector[Int]] prefixed\", PrefixedTests[Vector[Int], Vector[Int]].prefixed)\n  checkAll(\"PrefixedTests[List[Int], List[Int]] prefixed\", PrefixedTests[List[Int], List[Int]].prefixed)\n  checkAll(\"PrefixedTests[Chain[Int], Chain[Int]] prefixed\", PrefixedTests[Chain[Int], Chain[Int]].prefixed)\n  checkAll(\"PrefixedTests[NonEmptyVector[Int], Vector[Int]] prefixed\", PrefixedTests[NonEmptyVector[Int], Vector[Int]].prefixed)\n  checkAll(\"PrefixedTests[NonEmptyList[Int], List[Int]] prefixed\", PrefixedTests[NonEmptyList[Int], List[Int]].prefixed)\n  checkAll(\"PrefixedTests[NonEmptyChain[Int], Chain[Int]] prefixed\", PrefixedTests[NonEmptyChain[Int], Chain[Int]].prefixed)\n  checkAll(\"PrefixedTests[OneAnd[List, Int], List[Int]] prefixed\", PrefixedTests[OneAnd[List, Int], List[Int]].prefixed)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/GrateTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.Grate\nimport proptics.law.GrateLaws\n\ntrait GrateTests[S, A] extends Laws {\n  def laws: GrateLaws[S, A]\n\n  def grate(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"Grate\",\n      \"identityLaws\" -> forAll(laws.identityLaw _),\n      \"consistentFoci\" -> forAll((s: S, f: A => A, g: A => A) => laws.consistentFoci(s, f, g)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g))\n    )\n}\n\nobject GrateTests {\n  def apply[S, A](_grate: Grate[S, A]): GrateTests[S, A] =\n    new GrateTests[S, A] { def laws: GrateLaws[S, A] = GrateLaws[S, A](_grate) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/TraverseWithIndexSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.indices.TraverseWithIndex\n\ntrait TraverseWithIndexSyntax {\n  implicit final def traverseWithIndexOps[F[_], A](fa: F[A]): TraverseWithIndexOps[F, A] = TraverseWithIndexOps[F, A](fa)\n}\n\nfinal case class TraverseWithIndexOps[F[_], A](private val fa: F[A]) extends AnyVal {\n  def traverseWithIndex[G[_]: Applicative, I, B](f: (A, I) => G[B])(implicit ev: TraverseWithIndex[F, I]): G[F[B]] =\n    ev.traverseWithIndex(f)(fa)\n\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/Field1Tests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/Field1Tests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.field1.{first => fst}\nimport proptics.typeclass.Field1\n\ntrait Field1Tests[A, B] extends Laws {\n  def first(implicit ev: Field1[(A, B), A], eqS: Eq[A], eqA: Eq[B], arbA: Arbitrary[A], arbB: Arbitrary[B], arbOp: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\"Field1\", LensTests(fst[A, B]).lens.props: _*)\n}\n\nobject Field1Tests {\n  def apply[A, B]: Field1Tests[A, B] = new Field1Tests[A, B] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/ALensLaws.scala","text":"package proptics.law\n\nimport cats.laws._\n\nimport proptics.ALens\n\ntrait ALensLaws[S, A] {\n  def aLens: ALens[S, A]\n\n  private def setWhatYouGet(s: S): S = aLens.set(aLens.view(s))(s)\n  private def getWhatYouSet(s: S)(a: A): A = aLens.view(aLens.set(a)(s))\n\n  def setGet(s: S): IsEq[S] = setWhatYouGet(s) <-> s\n  def getSet(s: S, a: A): IsEq[A] = getWhatYouSet(s)(a) <-> a\n  def setSet(s: S, a: A): IsEq[S] = aLens.set(a)(aLens.set(a)(s)) <-> aLens.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = aLens.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = aLens.over(g)(aLens.over(f)(s)) <-> aLens.over(g compose f)(s)\n  def composeSourceLens(s: S): IsEq[S] = (setWhatYouGet _ compose setWhatYouGet)(s) <-> s\n  def composeFocusLens(s: S, a: A): IsEq[A] = (getWhatYouSet(s) _ compose getWhatYouSet(s))(a) <-> a\n}\n\nobject ALensLaws {\n  def apply[S, A](_aLens: ALens[S, A]): ALensLaws[S, A] =\n    new ALensLaws[S, A] { override def aLens: ALens[S, A] = _aLens }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/Field4Instances.scala","text":"package proptics.instances\n\nimport proptics.Lens\nimport proptics.typeclass.Field4\n\ntrait Field4Instances {\n  final def fourth[A, B, C, D](implicit ev: Field4[(A, B, C, D), D]): Lens[(A, B, C, D), D] = ev.fourth\n\n  implicit final def field4Tuple4[A, B, C, D]: Field4[(A, B, C, D), D] = new Field4[(A, B, C, D), D] {\n    override def fourth: Lens[(A, B, C, D), D] =\n      Lens[(A, B, C, D), D](_._4)(t => a => t.copy(_4 = a))\n  }\n\n  implicit final def field4Tuple5[A, B, C, D, E]: Field4[(A, B, C, D, E), D] = new Field4[(A, B, C, D, E), D] {\n    override def fourth: Lens[(A, B, C, D, E), D] =\n      Lens[(A, B, C, D, E), D](_._4)(t => a => t.copy(_4 = a))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ReviewSpec.scala","text":"<filename>test\/shared\/src\/test\/scala\/proptics\/specs\/ReviewSpec.scala\npackage proptics.specs\n\nimport cats.data.State\n\nimport proptics.specs.compose._\nimport proptics.{Review, Review_}\n\nclass ReviewSpec extends PropticsSuite {\n  implicit val state: State[Int, Whole] = State.pure[Int, Whole](whole9)\n  val wholeReview: Review[Whole, Int] = Review[Whole, Int](Whole.apply)\n  val polymorphicReview: Review_[(Int, Int), (Int, String), Int, Int] =\n    Review_[(Int, Int), (Int, String), Int, Int] { i: Int => (i, i.toString) }\n\n  test(\"review\") {\n    wholeReview.review(9) shouldEqual whole9\n    polymorphicReview.review(9) shouldEqual Tuple2(9, \"9\")\n  }\n\n  test(\"reuse\") {\n    wholeReview.reuse.runA(9).value shouldEqual whole9\n  }\n\n  test(\"compose with Iso\") {\n    (review compose iso).review(9) shouldEqual 9\n  }\n\n  test(\"compose with AnIso\") {\n    (review compose anIso).review(9) shouldEqual 9\n  }\n\n  test(\"compose with Prism\") {\n    (review compose prism).review(9) shouldEqual 9\n  }\n\n  test(\"compose with APrism\") {\n    (review compose aPrism).review(9) shouldEqual 9\n  }\n\n  test(\"compose with Grate\") {\n    (review compose grate).review(9) shouldEqual 9\n  }\n\n  test(\"compose with Review\") {\n    (review compose review).review(9) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/AllOptics.scala","text":"<gh_stars>1-10\npackage proptics.std\n\ntrait AllOptics\n    extends CoproductOptics\n    with EitherOptics\n    with FunctionOptics\n    with ListOptics\n    with OptionOptics\n    with ProductOptics\n    with StringOptics\n    with TuplesOptics\n    with UnitOptics\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/WanderSpecs.scala","text":"package proptics.specs\n\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt}\nimport cats.syntax.either._\nimport cats.{Eq, Id}\nimport org.scalacheck.Arbitrary.arbInt\nimport org.scalacheck.Cogen.cogenInt\nimport org.scalacheck.ScalacheckShapeless._\nimport org.scalacheck.{Arbitrary, Gen}\n\nimport proptics.law.discipline.WanderTests\nimport proptics.profunctor.{Star, Wander}\nimport proptics.syntax.star._\n\nclass WanderSpecs extends PropticsSuite {\n  implicit val wanderStar: Wander[Star[Id, *, *]] = Wander.wanderStar[Id]\n  implicit val arbIntInt: Arbitrary[Int => Int] = Arbitrary.arbFunction1[Int, Int]\n\n  implicit def arbStarId: Arbitrary[Star[Id, Int, Int]] = Arbitrary[Star[Id, Int, Int]] {\n    Gen.const[Star[Id, Int, Int]](Star[Id, Int, Int](identity))\n  }\n\n  implicit def eqWanderFn0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => Int] = Eq.instance[Int => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int) === f2(int)\n    }\n  }\n\n  implicit def eqWanderFn1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[((Int, Int)) => Int] = Eq.instance[((Int, Int)) => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1((int, int)) === f2((int, int))\n    }\n  }\n\n  implicit def eqWanderFn2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[((Int, Int)) => (Int, Int)] =\n    Eq.instance[((Int, Int)) => (Int, Int)] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        f1((int, int)) === f2((int, int))\n      }\n    }\n\n  implicit def eqWanderFn3(implicit ev: ExhaustiveCheck[MiniInt]): Eq[(((Int, Int), Int)) => ((Int, Int), Int)] =\n    Eq.instance[(((Int, Int), Int)) => ((Int, Int), Int)] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        f1(((int, int), int)) === f2(((int, int), int))\n      }\n    }\n\n  implicit def eqWanderFn4(implicit ev: ExhaustiveCheck[MiniInt]): Eq[((Int, (Int, Int))) => (Int, (Int, Int))] =\n    Eq.instance[((Int, (Int, Int))) => (Int, (Int, Int))] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        f1((int, (int, int))) === f2((int, (int, int)))\n      }\n    }\n\n  implicit def eqWanderFn5(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => Either[Int, Int]] =\n    Eq.instance[Int => Either[Int, Int]] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        f1(int) === f2(int)\n      }\n    }\n\n  implicit def eqWanderFn6(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Either[Int, Int] => Either[Int, Int]] =\n    Eq.instance[Either[Int, Int] => Either[Int, Int]] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asRight[Int]\n\n        f1(either) === f2(either)\n      }\n    }\n\n  implicit def eqWanderFn7(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Either[Either[Int, Int], Int] => Either[Either[Int, Int], Int]] =\n    Eq.instance[Either[Either[Int, Int], Int] => Either[Either[Int, Int], Int]] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asRight[Either[Int, Int]]\n\n        f1(either) === f2(either)\n      }\n    }\n\n  implicit def eqWanderFn8(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Either[Int, Either[Int, Int]] => Either[Int, Either[Int, Int]]] =\n    Eq.instance[Either[Int, Either[Int, Int]] => Either[Int, Either[Int, Int]]] { (f1, f2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asLeft[Either[Int, Int]]\n\n        f1(either) === f2(either)\n      }\n    }\n\n  implicit def eqWanderStar0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, Int, Int]] = Eq.instance[Star[Id, Int, Int]] { (star1, star2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      star1.runStar(int) === star2.runStar(int)\n    }\n  }\n\n  implicit def eqWanderStar1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, (Int, Int), Int]] = Eq.instance[Star[Id, (Int, Int), Int]] { (star1, star2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      star1.runStar((int, int)) === star2.runStar((int, int))\n    }\n  }\n\n  implicit def eqWanderStar2(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, (Int, Int), (Int, Int)]] = Eq.instance[Star[Id, (Int, Int), (Int, Int)]] { (star1, star2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      star1.runStar((int, int)) === star2.runStar((int, int))\n    }\n  }\n\n  implicit def eqWanderStar3(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, ((Int, Int), Int), ((Int, Int), Int)]] =\n    Eq.instance[Star[Id, ((Int, Int), Int), ((Int, Int), Int)]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        star1.runStar(((int, int), int)) === star2.runStar(((int, int), int))\n      }\n    }\n\n  implicit def eqWanderStar4(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, (Int, (Int, Int)), (Int, (Int, Int))]] =\n    Eq.instance[Star[Id, (Int, (Int, Int)), (Int, (Int, Int))]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        star1.runStar((int, (int, int))) === star2.runStar((int, (int, int)))\n      }\n    }\n\n  implicit def eqWanderStar5(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, Int, Either[Int, Int]]] =\n    Eq.instance[Star[Id, Int, Either[Int, Int]]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        star1.runStar(int) === star2.runStar(int)\n      }\n    }\n\n  implicit def eqWanderStar6(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, Either[Int, Int], Either[Int, Int]]] =\n    Eq.instance[Star[Id, Either[Int, Int], Either[Int, Int]]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asRight[Int]\n\n        star1.runStar(either) === star2.runStar(either)\n      }\n    }\n\n  implicit def eqWanderStar7(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] =\n    Eq.instance[Star[Id, Either[Either[Int, Int], Int], Either[Either[Int, Int], Int]]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asRight[Either[Int, Int]]\n\n        star1.runStar(either) === star2.runStar(either)\n      }\n    }\n\n  implicit def eqWanderStar8(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Star[Id, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] =\n    Eq.instance[Star[Id, Either[Int, Either[Int, Int]], Either[Int, Either[Int, Int]]]] { (star1, star2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n        val either = int.asLeft[Either[Int, Int]]\n\n        star1.runStar(either) === star2.runStar(either)\n      }\n    }\n\n  checkAll(\"Wander * => *\", WanderTests[* => *].wander[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Wander Star[Id, Int, Int]\", WanderTests[Star[Id, *, *]].wander[Int, Int, Int, Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/APrism.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/APrism.scala\npackage proptics\n\nimport scala.Function.const\n\nimport cats.data.Const\nimport cats.syntax.either._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Eq, Id, Monoid}\nimport spire.algebra.lattice.Heyting\nimport spire.std.boolean._\n\nimport proptics.data.{Conj, Disj, First}\nimport proptics.internal._\nimport proptics.profunctor.{Traversing, Wander}\nimport proptics.rank2types.LensLikeWithIndex\n\n\/** [[APrism_]] is used for selecting cases of a type, most often a sum type.\n  *\n  * [[APrism_]] is a [[Prism_]] with fixed type [[proptics.internal.Market]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam S the source of an [[APrism_]]\n  * @tparam T the modified source of an [[APrism_]]\n  * @tparam A the focus of an [[APrism_]]\n  * @tparam B the modified focus of an [[APrism_]]\n  *\/\nabstract class APrism_[S, T, A, B] { self =>\n  private[proptics] def apply(market: Market[A, B, A, B]): Market[A, B, S, T]\n\n  \/** view the focus of an [[APrism_]] or return the modified source of an [[APrism_]] *\/\n  final def viewOrModify(s: S): Either[T, A] = withPrism(matching => const(matching(s)))\n\n  \/** view an optional focus of an [[APrism_]] *\/\n  final def preview(s: S): Option[A] = foldMap(s)(a => First(a.some)).runFirst\n\n  \/** view the modified source of an [[APrism_]] *\/\n  final def review(b: B): T = toMarket.review(b)\n\n  \/** set the modified focus of an [[APrism_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** set the focus of an [[APrism_]] conditionally if it is not None *\/\n  final def setOption(b: B): S => Option[T] = overOption(const(b))\n\n  \/** modify the focus type of an [[APrism_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = overF[Id](f)\n\n  \/** modify the focus of an [[APrism_]] using a function conditionally if it is not None, resulting in a change of type to the full structure *\/\n  final def overOption(f: A => B): S => Option[T] = s => preview(s).map(review _ compose f)\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Applicative](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify the focus type of an [[APrism_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n  def traverse[F[_]](s: S)(f: A => F[B])(implicit ev: Applicative[F]): F[T]\n\n  \/** test whether there is no focus or a predicate holds for the focus of an [[APrism_]] *\/\n  final def forall(p: A => Boolean): S => Boolean = preview(_).forall(p)\n\n  \/** test whether there is no focus or a predicate holds for the focus of an [[APrism_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** test whether a predicate holds for the focus of an [[APrism_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = foldMap(_)(Disj[Boolean] _ compose f).runDisj\n\n  \/** test whether a predicate does not hold for the focus of an [[APrism_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = s => !exists(f)(s)\n\n  \/** tests whether the focus of an [[APrism_]] contains a given value *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether the focus of an [[APrism_]] does not contain a given value *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** check if the [[APrism_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[APrism_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** find if the focus of an [[APrism_]] is satisfying a predicate. *\/\n  final def find(p: A => Boolean): S => Option[A] = preview(_).filter(p)\n\n  \/** convert an [[APrism_]] to the pair of functions that characterize it *\/\n  final def withPrism[R](f: (S => Either[T, A]) => (B => T) => R): R = {\n    val market = toMarket\n\n    f(market.viewOrModify)(market.review)\n  }\n\n  \/** convert an [[APrism_]] to an Market[A, B, S, T] *\/\n  final def toMarket: Market[A, B, S, T] = self(Market(_.asRight[B], identity[B]))\n\n  \/** transform an [[APrism_]] to a [[Prism_]] *\/\n  final def asPrism: Prism_[S, T, A, B] = withPrism(Prism_[S, T, A, B])\n\n  \/** transform an [[APrism_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(self.preview(_).fold(Monoid[R].empty)(forget.runForget))\n  }\n\n  \/** compose an [[APrism_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Fold_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose an [[APrism_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): APrism_[S, T, C, D] = new APrism_[S, T, C, D] {\n    override private[proptics] def apply(market: Market[C, D, C, D]): Market[C, D, S, T] =\n      self.toMarket compose other(market)\n\n    override def traverse[F[_]](s: S)(f: C => F[D])(implicit ev: Applicative[F]): F[T] =\n      self.traverse(s)(other.traverse(_)(f))\n  }\n\n  \/** compose an [[APrism_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): APrism_[S, T, C, D] = self compose other.asIso\n\n  \/** compose an [[APrism_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): AffineTraversal_[S, T, C, D] = self.asPrism compose other\n\n  \/** compose an [[APrism_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): AffineTraversal_[S, T, C, D] = self.asPrism compose other\n\n  \/** compose an [[APrism_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): APrism_[S, T, C, D] = new APrism_[S, T, C, D] {\n    override private[proptics] def apply(market: Market[C, D, C, D]): Market[C, D, S, T] =\n      self.toMarket compose other(market)\n\n    override def traverse[F[_]](s: S)(f: C => F[D])(implicit ev: Applicative[F]): F[T] =\n      self.traverse(s)(other.traverse(_)(f))\n  }\n\n  \/** compose an [[APrism_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): APrism_[S, T, C, D] = new APrism_[S, T, C, D] {\n    override private[proptics] def apply(market: Market[C, D, C, D]): Market[C, D, S, T] =\n      self.toMarket compose other(market)\n\n    \/** modify the focus type of an [[APrism_]] using a Functor, resulting in a change of type to the full structure *\/\n    override def traverse[F[_]](s: S)(f: C => F[D])(implicit ev: Applicative[F]): F[T] = self.traverse(s)(other.traverse(_)(f))\n  }\n\n  \/** compose an [[APrism_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): AffineTraversal_[S, T, C, D] =\n    AffineTraversal_ { (s: S) =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[APrism_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): AnAffineTraversal_[S, T, C, D] =\n    AnAffineTraversal_ { s: S =>\n      self.viewOrModify(s).flatMap(other.viewOrModify(_).leftMap(self.set(_)(s)))\n    }(s => d => self.over(other.set(d))(s))\n\n  \/** compose an [[APrism_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): Traversal_[S, T, C, D] = new Traversal_[S, T, C, D] {\n    override private[proptics] def apply[P[_, _]](pcd: P[C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing = new Traversing[S, T, C, D] {\n        override def apply[F[_]](f: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.traverse(s)(other.traverse(_)(f))\n      }\n\n      ev.wander(traversing)(pcd)\n    }\n  }\n\n  \/** compose an [[APrism_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](f: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[APrism_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T =\n      toMarket.viewOrModify(_).fold(identity, self.review _ compose other(pab))\n  }\n\n  \/** compose an [[APrism_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget compose other.view))\n  }\n\n  \/** compose an [[APrism_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(forget.runForget)))\n  }\n\n  \/** compose an [[APrism_]] with a [[Review_]] *\/\n  final def compose[C, D](other: Review_[A, B, C, D]): Review_[S, T, C, D] = self.asPrism compose other\n\n  \/** compose a n[[APrism_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a n[[APrism_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[APrism_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[APrism_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      Forget(self.over(other.over(indexed.runIndex))).runForget\n  }\n\n  \/** compose an [[APrism_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose an [[APrism_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  private def foldMap[R: Monoid](s: S)(f: A => R): R = overF[Const[R, *]](Const[R, B] _ compose f)(s).getConst\n}\n\nobject APrism_ {\n  \/** create a polymorphic [[APrism_]] from a matcher function that produces an Either and a review function\n    *\n    * the matcher function returns an Either to allow for type-changing prisms in the case where the input does not match.\n    *\/\n  final def apply[S, T, A, B](_viewOrModify: S => Either[T, A])(_review: B => T): APrism_[S, T, A, B] = new APrism_[S, T, A, B] { self =>\n    override private[proptics] def apply(market: Market[A, B, A, B]): Market[A, B, S, T] = Market(_viewOrModify, _review)\n\n    override def traverse[F[_]](s: S)(f: A => F[B])(implicit ev: Applicative[F]): F[T] = viewOrModify(s) match {\n      case Right(a) => ev.map(f(a))(review)\n      case Left(t) => ev.pure(t)\n    }\n  }\n\n  \/** polymorphic identity of an [[APrism_]] *\/\n  final def id[S, T]: APrism_[S, T, S, T] = APrism_[S, T, S, T](_.asRight[T])(identity)\n}\n\nobject APrism {\n  \/** create a monomorphic [[APrism]], using preview and review functions *\/\n  final def fromPreview[S, A](preview: S => Option[A])(review: A => S): APrism[S, A] =\n    APrism { s: S => preview(s).fold(s.asLeft[A])(_.asRight[S]) }(review)\n\n  \/** create a monomorphic [[APrism]], using a partial function and a review function *\/\n  final def fromPartial[S, A](preview: PartialFunction[S, A])(review: A => S): APrism[S, A] = fromPreview(preview.lift)(review)\n\n  \/** create a monomorphic [[APrism]] from a matcher function that produces an Either and a review function\n    *\n    * the matcher function returns an Either to allow for type-changing prisms in the case where the input does not match.\n    *\/\n  final def apply[S, A](viewOrModify: S => Either[S, A])(review: A => S): APrism[S, A] = APrism_(viewOrModify)(review)\n\n  \/** monomorphic identity of an [[APrism]] *\/\n  final def id[S]: APrism[S, S] = APrism_.id[S, S]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"example\/src\/test\/scala\/optics\/IsoExamples.scala","text":"<reponame>amitksingh1490\/Proptics<gh_stars>0\npackage optics\n\nimport cats.instances.either._\nimport cats.syntax.either._\n\nimport proptics.Iso\nimport proptics.Iso._\nimport proptics.instances.field2._\nimport proptics.instances.reverse._\nimport proptics.specs.PropticsSuite\nimport proptics.std.either._\nimport proptics.std.list._\nimport proptics.std.string._\nimport proptics.std.tuple._\nimport proptics.syntax.iso._\n\nclass IsoExamples extends PropticsSuite {\n  test(\"swap Tuple\") {\n    val tuple = (\"Hello\", 9)\n\n    assertResult(tuple.swap)(swapTuple[String, Int].view(tuple))\n  }\n\n  test(\"swap Either\") {\n    val either: Either[String, Int] = \"Hello\".asLeft[Int]\n\n    assertResult(either.swap)(swapEither[String, Int].view(either))\n  }\n\n  test(\"swap Either twice\") {\n    val either: Either[String, Int] = \"Hello\".asLeft[Int]\n    val swapTwice: Iso[Either[String, Int], Either[String, Int]] =\n      swapEither compose swapEither\n\n    assertResult(either)(swapTwice.view(either))\n  }\n\n  test(\"replace the case of all characters using involuted\") {\n    val composed =\n      _2[Int, String] compose\n        stringToChars compose\n        involuted[List[Char]](_.map(c => if (c.isUpper) c.toLower else c.toUpper)) compose\n        charsToString\n\n    val input = (9, \"Hi\")\n    assertResult((9, \"camelCase\"))(composed.set(\"CAMELcASE\")(input))\n  }\n\n  test(\"reverse the string of an either using map\") {\n    val composed =\n      stringToChars compose\n        reverse[List[Char], List[Char]] compose\n        charsToString\n\n    val input = Right(\"desrever\")\n    assertResult(Right(\"reversed\"))(composed.map[Either[Int, *]] view input)\n    assertResult(Left(9))(composed.map[Either[Int, *]] view Left(9))\n  }\n\n  test(\"reverse both sides of an either using bimap\") {\n    val composed =\n      stringToChars compose\n        reverse[List[Char], List[Char]] compose\n        charsToString\n\n    assertResult(Right(\"reversed\"))(composed.bimap[Either] view Right(\"desrever\"))\n    assertResult(Left(\"reversed\"))(composed.bimap[Either] view Left(\"desrever\"))\n  }\n\n  test(\"using contramap to create a string from boolean\") {\n    val negate = Iso.involuted[Boolean](!_).contramap[* => String]\n\n    assertResult(\"false\")(negate.view(_.toString)(true))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/FunctorWithIndexInstances.scala","text":"package proptics.instances\n\nimport scala.collection.immutable.ListMap\n\nimport cats.data.OneAnd._\nimport cats.data._\nimport cats.instances.list._\nimport cats.{Order, Traverse}\n\nimport proptics.indices.FunctorWithIndex\n\ntrait FunctorWithIndexInstances extends ScalaVersionSpecificFunctorWithIndexInstances {\n  implicit final val functorWithIndexOption: FunctorWithIndex[Option, Unit] = new FunctorWithIndex[Option, Unit] {\n    override def mapWithIndex[A, B](f: (A, Unit) => B)(fa: Option[A]): Option[B] = fa.map(f(_, ()))\n  }\n\n  implicit final val functorWithIndexVector: FunctorWithIndex[Vector, Int] = new FunctorWithIndex[Vector, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: Vector[A]): Vector[B] =\n      Traverse[Vector].mapWithIndex(fa)(f)\n  }\n\n  implicit final val functorWithIndexList: FunctorWithIndex[List, Int] = new FunctorWithIndex[List, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: List[A]): List[B] =\n      Traverse[List].mapWithIndex(fa)(f)\n  }\n\n  implicit final def functorWithIndexListMap[K]: FunctorWithIndex[ListMap[K, *], K] = new FunctorWithIndex[ListMap[K, *], K] {\n    override def mapWithIndex[A, B](f: (A, K) => B)(fa: ListMap[K, A]): ListMap[K, B] =\n      fa.map { case (k, a) => (k, f(a, k)) }\n  }\n\n  implicit final def functorWithIndexMap[K]: FunctorWithIndex[Map[K, *], K] = new FunctorWithIndex[Map[K, *], K] {\n    override def mapWithIndex[A, B](f: (A, K) => B)(fa: Map[K, A]): Map[K, B] =\n      fa.map { case (key, value) => (key, f(value, key)) }\n  }\n\n  implicit final val functorWithIndexNonEmptyVector: FunctorWithIndex[NonEmptyVector, Int] = new FunctorWithIndex[NonEmptyVector, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: NonEmptyVector[A]): NonEmptyVector[B] =\n      Traverse[NonEmptyVector].mapWithIndex(fa)(f)\n  }\n\n  implicit final val functorWithIndexNonEmptyList: FunctorWithIndex[NonEmptyList, Int] = new FunctorWithIndex[NonEmptyList, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: NonEmptyList[A]): NonEmptyList[B] =\n      Traverse[NonEmptyList].mapWithIndex(fa)(f)\n  }\n\n  implicit final val functorWithIndexChain: FunctorWithIndex[Chain, Int] = new FunctorWithIndex[Chain, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: Chain[A]): Chain[B] =\n      Traverse[Chain].mapWithIndex(fa)(f)\n  }\n\n  implicit final val functorWithIndexNonEmptyChain: FunctorWithIndex[NonEmptyChain, Int] = new FunctorWithIndex[NonEmptyChain, Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: NonEmptyChain[A]): NonEmptyChain[B] =\n      Traverse[NonEmptyChain].mapWithIndex(fa)(f)\n  }\n\n  implicit final def functorWithIndexOneAnd[F[_]: Traverse]: FunctorWithIndex[OneAnd[F, *], Int] = new FunctorWithIndex[OneAnd[F, *], Int] {\n    override def mapWithIndex[A, B](f: (A, Int) => B)(fa: OneAnd[F, A]): OneAnd[F, B] =\n      Traverse[OneAnd[F, *]].mapWithIndex(fa)(f)\n  }\n\n  implicit final def functorWithIndexNonEmptyMap[K: Order]: FunctorWithIndex[NonEmptyMap[K, *], K] = new FunctorWithIndex[NonEmptyMap[K, *], K] {\n    override def mapWithIndex[A, B](f: (A, K) => B)(fa: NonEmptyMap[K, A]): NonEmptyMap[K, B] = {\n      val mappedWithIndex = fa.toNel.map { case (k, a) => (k, f(a, k)) }\n\n      NonEmptyMap.of(mappedWithIndex.head, mappedWithIndex.tail: _*)\n    }\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeGrateLike.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.rank2types\n\nimport proptics.profunctor.Closed\n\nprivate[proptics] trait Rank2TypeGrateLike[S, T, A, B] {\n  def apply[P[_, _]](pab: P[A, B])(implicit ev: Closed[P]): P[S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/ReverseInstances.scala","text":"package proptics.instances\n\nimport scala.reflect.ClassTag\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector}\n\nimport proptics.Iso\nimport proptics.typeclass.Reverse\n\ntrait ReverseInstances extends ScalaVersionSpecificReverseInstances {\n  final def reverse[S, T](implicit ev: Reverse[S, T]): Iso[S, T] = ev.reverse\n\n  implicit final val reverseString: Reverse[String, String] = new Reverse[String, String] {\n    override def reverse: Iso[String, String] = Iso.involuted[String](_.reverse)\n  }\n\n  implicit def reverseTuple2[A, B]: Reverse[(A, B), (B, A)] = new Reverse[(A, B), (B, A)] {\n    override def reverse: Iso[(A, B), (B, A)] = Iso.iso[(A, B), (B, A)](_.swap)(_.swap)\n  }\n\n  implicit def reverseTuple3[A, B, C]: Reverse[(A, B, C), (C, B, A)] = new Reverse[(A, B, C), (C, B, A)] {\n    override def reverse: Iso[(A, B, C), (C, B, A)] =\n      Iso.iso[(A, B, C), (C, B, A)](t => (t._3, t._2, t._1))(t => (t._3, t._2, t._1))\n  }\n\n  implicit def reverseTuple4[A, B, C, D]: Reverse[(A, B, C, D), (D, C, B, A)] = new Reverse[(A, B, C, D), (D, C, B, A)] {\n    override def reverse: Iso[(A, B, C, D), (D, C, B, A)] =\n      Iso.iso[(A, B, C, D), (D, C, B, A)](t => (t._4, t._3, t._2, t._1))(t => (t._4, t._3, t._2, t._1))\n  }\n\n  implicit def reverseTuple5[A, B, C, D, E]: Reverse[(A, B, C, D, E), (E, D, C, B, A)] = new Reverse[(A, B, C, D, E), (E, D, C, B, A)] {\n    override def reverse: Iso[(A, B, C, D, E), (E, D, C, B, A)] =\n      Iso.iso[(A, B, C, D, E), (E, D, C, B, A)](t => (t._5, t._4, t._3, t._2, t._1))(t => (t._5, t._4, t._3, t._2, t._1))\n  }\n\n  implicit final def reverseArray[A: ClassTag]: Reverse[Array[A], Array[A]] = new Reverse[Array[A], Array[A]] {\n    override def reverse: Iso[Array[A], Array[A]] = Iso.involuted[Array[A]](_.reverse)\n  }\n\n  implicit final def reverseVector[A]: Reverse[Vector[A], Vector[A]] = new Reverse[Vector[A], Vector[A]] {\n    override def reverse: Iso[Vector[A], Vector[A]] = Iso.involuted[Vector[A]](_.reverse)\n  }\n\n  implicit final def reverseList[A]: Reverse[List[A], List[A]] = new Reverse[List[A], List[A]] {\n    override def reverse: Iso[List[A], List[A]] = Iso.involuted[List[A]](_.reverse)\n  }\n\n  implicit final def reverseChain[A]: Reverse[Chain[A], Chain[A]] = new Reverse[Chain[A], Chain[A]] {\n    override def reverse: Iso[Chain[A], Chain[A]] = Iso.involuted[Chain[A]](_.reverse)\n  }\n\n  implicit final def reverseNonEmptyVector[A]: Reverse[NonEmptyVector[A], NonEmptyVector[A]] = new Reverse[NonEmptyVector[A], NonEmptyVector[A]] {\n    override def reverse: Iso[NonEmptyVector[A], NonEmptyVector[A]] = Iso.involuted[NonEmptyVector[A]](_.reverse)\n  }\n\n  implicit final def reverseNonEmptyList[A]: Reverse[NonEmptyList[A], NonEmptyList[A]] = new Reverse[NonEmptyList[A], NonEmptyList[A]] {\n    override def reverse: Iso[NonEmptyList[A], NonEmptyList[A]] = Iso.involuted[NonEmptyList[A]](_.reverse)\n  }\n\n  implicit final def reverseNonEmptyChain[A]: Reverse[NonEmptyChain[A], NonEmptyChain[A]] = new Reverse[NonEmptyChain[A], NonEmptyChain[A]] {\n    override def reverse: Iso[NonEmptyChain[A], NonEmptyChain[A]] = Iso.involuted[NonEmptyChain[A]](_.reverse)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/ConsSpec.scala","text":"<filename>test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/ConsSpec.scala\npackage proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport proptics.instances.cons._\nimport proptics.law.discipline.ConsTests\n\nclass ConsSpec extends ConsSpec0 {\n  checkAll(\"Cons[LazyList[Int]]\", ConsTests[LazyList[Int], Int].cons)\n  checkAll(\"Cons[ArraySeq[Int]]\", ConsTests[ArraySeq[Int], Int].cons)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeIsoLike.scala","text":"package proptics.rank2types\n\nimport cats.arrow.Profunctor\n\nprivate[proptics] trait Rank2TypeIsoLike[S, T, A, B] {\n  def apply[P[_, _]](pab: P[A, B])(implicit ev: Profunctor[P]): P[S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ATraversalSpec.scala","text":"package proptics.specs\n\nimport scala.Function.const\nimport scala.util.Random\n\nimport cats.data.State\nimport cats.syntax.foldable._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics.ATraversal\nimport proptics.law.discipline._\nimport proptics.specs.compose._\n\nclass ATraversalSpec extends PropticsSuite {\n  val plusOne: Int => Int = _ + 1\n  val emptyList: List[Int] = Nil\n  val list: List[Int] = List(1, 2, 3, 4, 5, 6)\n  val boolList: List[Boolean] = List(true, false, true, false)\n  val falseBoolList: List[Boolean] = boolList.map(const(false))\n  val someEven: Int => Option[Int] = i => if (i % 2 == 0) i.some else none[Int]\n  val fromTraverse: ATraversal[List[Int], Int] = ATraversal.fromTraverse[List, Int]\n  val boolTraversal: ATraversal[List[Boolean], Boolean] = ATraversal.fromTraverse[List, Boolean]\n  val wholeTraversal: ATraversal[Whole, Int] = ATraversal[Whole, Int](_.part)(whole => focus => whole.copy(part = focus))\n\n  checkAll(\"ATraversal[List[Int], Int] fromTraverse\", ATraversalTests(fromTraverse).aTraversal)\n  checkAll(\"ATraversal[Whole, Int] apply\", ATraversalTests(wholeTraversal).aTraversal)\n  checkAll(\"ATraversal[Whole, Int] asTraversal\", TraversalTests(wholeTraversal.asTraversal).traversal)\n  checkAll(\"ATraversal[Int, Int] id\", ATraversalTests(ATraversal.id[Int]).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with Iso[Int, Int]\", ATraversalTests(aTraversal compose iso).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with AnIso[Int, Int]\", ATraversalTests(aTraversal compose anIso).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with Lens[Int, Int]\", ATraversalTests(aTraversal compose lens).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with ALens[Int, Int]\", ATraversalTests(aTraversal compose aLens).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with Prism[Int, Int]\", ATraversalTests(aTraversal compose prism).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with APrism[Int, Int]\", ATraversalTests(aTraversal compose aPrism).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with AffineTraversal[Int, Int]\", ATraversalTests(aTraversal compose affineTraversal).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with AnAffineTraversal[Int, Int]\", ATraversalTests(aTraversal compose anAffineTraversal).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with Traversal[Int, Int]\", ATraversalTests(aTraversal compose traversal).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(aTraversal compose aTraversal).aTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with Setter[Int, Int]\", SetterTests(aTraversal compose setter).setter)\n  checkAll(\"ATraversal[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedTraversalTests(aTraversal compose indexedLens).indexedTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedTraversalTests(aTraversal compose anIndexedLens).indexedTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(aTraversal compose indexedTraversal).indexedTraversal)\n  checkAll(\"ATraversal[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(aTraversal compose indexedSetter).indexedSetter)\n\n  test(\"viewAll\") {\n    fromTraverse.viewAll(list) shouldEqual list\n    fromTraverse.viewAll(emptyList) shouldEqual emptyList\n    wholeTraversal.viewAll(whole9) shouldEqual List(9)\n  }\n\n  test(\"preview\") {\n    fromTraverse.preview(list) shouldEqual Some(1)\n    fromTraverse.preview(emptyList) shouldEqual None\n    wholeTraversal.preview(whole9) shouldEqual Some(9)\n  }\n\n  test(\"set\") {\n    fromTraverse.set(0)(list) shouldEqual list.map(const(0))\n    wholeTraversal.set(9)(Whole(0)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    fromTraverse.over(plusOne)(list) shouldEqual list.map(plusOne)\n    wholeTraversal.over(plusOne)(Whole(8)) shouldEqual whole9\n  }\n\n  test(\"traverse\") {\n    fromTraverse.traverse(list)(_.some) shouldEqual list.some\n    fromTraverse.traverse(list)(someEven) shouldEqual None\n    fromTraverse.traverse(list)(_.some) shouldEqual fromTraverse.overF(_.some)(list)\n    wholeTraversal.traverse(whole9)(_.some) shouldEqual whole9.some\n  }\n\n  test(\"foldMap\") {\n    fromTraverse.foldMap(list)(_.toString) shouldEqual list.map(_.toString).intercalate(\"\")\n    wholeTraversal.foldMap(whole9)(_.toString) shouldEqual 9.toString\n  }\n\n  test(\"fold\") {\n    fromTraverse.fold(list) shouldEqual list.sum\n    fromTraverse.fold(emptyList) shouldEqual 0\n    fromTraverse.view(list) shouldEqual fromTraverse.fold(list)\n    wholeTraversal.view(whole9) shouldEqual 9\n  }\n\n  test(\"foldRight\") {\n    fromTraverse.foldRight(list)(emptyList)(_ :: _) shouldEqual list\n    wholeTraversal.foldRight(whole9)(0)(_ - _) should be > 0\n  }\n\n  test(\"foldLeft\") {\n    fromTraverse.foldLeft(list)(emptyList)((ls, a) => a :: ls) shouldEqual list.reverse\n    wholeTraversal.foldLeft(whole9)(0)(_ - _) should be < 0\n  }\n\n  test(\"sequence_\") {\n    fromTraverse.sequence_[Option](list) shouldEqual ().some\n    wholeTraversal.sequence_[Option](whole9) shouldEqual ().some\n  }\n\n  test(\"traverse_\") {\n    fromTraverse.traverse_(list)(_.some) shouldEqual Some(())\n    fromTraverse.traverse_(list)(someEven) shouldEqual None\n    wholeTraversal.traverse_(whole9)(_.some) shouldEqual Some(())\n    wholeTraversal.traverse_(whole9)(someEven) shouldEqual None\n  }\n\n  {\n    import spire.std.int.IntAlgebra\n\n    test(\"sum\") {\n      fromTraverse.sum(list) shouldEqual list.sum\n      wholeTraversal.sum(whole9) shouldEqual 9\n    }\n\n    test(\"product\") {\n      fromTraverse.product(list) shouldEqual list.product\n      wholeTraversal.product(whole9) shouldEqual 9\n    }\n  }\n\n  test(\"forall\") {\n    fromTraverse.forall(_ < 10)(list) shouldEqual true\n    fromTraverse.forall(_ < 10)(emptyList) shouldEqual true\n    fromTraverse.forall(_ > 10)(list) shouldEqual false\n    fromTraverse.forall(_ > 10)(emptyList) shouldEqual true\n    wholeTraversal.forall(_ < 10)(whole9) shouldEqual true\n    wholeTraversal.forall(_ > 10)(whole9) shouldEqual false\n  }\n\n  test(\"forall using heyting\") {\n    fromTraverse.forall(list)(_ < 10) shouldEqual true\n    fromTraverse.forall(emptyList)(_ < 10) shouldEqual true\n    fromTraverse.forall(list)(_ > 10) shouldEqual false\n    fromTraverse.forall(emptyList)(_ > 10) shouldEqual true\n    wholeTraversal.forall(whole9)(_ < 10) shouldEqual true\n    wholeTraversal.forall(whole9)(_ > 10) shouldEqual false\n  }\n\n  test(\"and\") {\n    boolTraversal.and(boolList) shouldEqual false\n    boolTraversal.and(boolTraversal.set(true)(boolList)) shouldEqual true\n    boolTraversal.and(falseBoolList) shouldEqual false\n  }\n\n  test(\"or\") {\n    boolTraversal.or(boolList) shouldEqual true\n    boolTraversal.or(falseBoolList) shouldEqual false\n  }\n\n  test(\"any\") {\n    fromTraverse.any(list)(greaterThan5) shouldEqual true\n    fromTraverse.any(emptyList)(greaterThan10) shouldEqual false\n    wholeTraversal.any(whole9)(greaterThan5) shouldEqual true\n  }\n\n  test(\"exist\") {\n    fromTraverse.exists(greaterThan5)(list) shouldEqual true\n    fromTraverse.exists(greaterThan10)(list) shouldEqual false\n    wholeTraversal.exists(greaterThan5)(whole9) shouldEqual true\n    wholeTraversal.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    fromTraverse.notExists(greaterThan5)(list) shouldEqual false\n    fromTraverse.notExists(greaterThan10)(list) shouldEqual true\n    fromTraverse.notExists(greaterThan10)(list) shouldEqual !fromTraverse.exists(greaterThan10)(list)\n    wholeTraversal.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeTraversal.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeTraversal.notExists(greaterThan10)(whole9) shouldEqual !wholeTraversal.exists(greaterThan10)(whole9)\n  }\n\n  test(\"contains\") {\n    fromTraverse.contains(5)(list) shouldEqual true\n    fromTraverse.contains(10)(list) shouldEqual false\n    wholeTraversal.contains(9)(whole9) shouldEqual true\n    wholeTraversal.contains(10)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    fromTraverse.notContains(5)(list) shouldEqual false\n    fromTraverse.notContains(10)(list) shouldEqual true\n    fromTraverse.notContains(10)(list) shouldEqual !fromTraverse.contains(10)(list)\n    wholeTraversal.notContains(9)(whole9) shouldEqual false\n    wholeTraversal.notContains(10)(whole9) shouldEqual true\n    wholeTraversal.notContains(10)(whole9) shouldEqual !wholeTraversal.contains(10)(whole9)\n  }\n\n  test(\"isEmpty\") {\n    fromTraverse.isEmpty(list) shouldEqual false\n    fromTraverse.isEmpty(emptyList) shouldEqual true\n    wholeTraversal.isEmpty(whole9) shouldEqual false\n  }\n\n  test(\"nonEmpty\") {\n    fromTraverse.nonEmpty(list) shouldEqual true\n    fromTraverse.nonEmpty(emptyList) shouldEqual false\n    fromTraverse.nonEmpty(list) shouldEqual !fromTraverse.isEmpty(list)\n    wholeTraversal.nonEmpty(whole9) shouldEqual true\n    wholeTraversal.nonEmpty(whole9) shouldEqual !wholeTraversal.isEmpty(whole9)\n  }\n\n  test(\"length\") {\n    fromTraverse.length(list) shouldEqual list.length\n    fromTraverse.length(emptyList) shouldEqual 0\n    wholeTraversal.length(whole9) shouldEqual 1\n  }\n\n  test(\"find\") {\n    fromTraverse.find(greaterThan5)(list) shouldEqual list.find(greaterThan5)\n    fromTraverse.find(greaterThan10)(list) shouldEqual None\n    wholeTraversal.find(greaterThan5)(whole9) shouldEqual 9.some\n    wholeTraversal.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"first\") {\n    fromTraverse.first(list) shouldEqual list.head.some\n    fromTraverse.first(emptyList) shouldEqual None\n    wholeTraversal.first(whole9) shouldEqual 9.some\n  }\n\n  test(\"last\") {\n    fromTraverse.last(list) shouldEqual list.last.some\n    fromTraverse.last(emptyList) shouldEqual None\n    wholeTraversal.last(whole9) shouldEqual 9.some\n  }\n\n  test(\"minimum\") {\n    fromTraverse.minimum(Random.shuffle(list)) shouldEqual list.head.some\n    fromTraverse.minimum(emptyList) shouldEqual None\n    wholeTraversal.minimum(whole9) shouldEqual 9.some\n  }\n\n  test(\"maximum\") {\n    fromTraverse.maximum(Random.shuffle(list)) shouldEqual list.last.some\n    fromTraverse.maximum(emptyList) shouldEqual None\n    wholeTraversal.maximum(whole9) shouldEqual 9.some\n  }\n\n  test(\"toArray\") {\n    fromTraverse.toArray(list) shouldEqual list.toArray\n    wholeTraversal.toArray(whole9) shouldEqual Array(9)\n  }\n\n  test(\"toList\") {\n    fromTraverse.toList(list) shouldEqual list\n    wholeTraversal.toList(whole9) shouldEqual List(9)\n  }\n\n  test(\"use\") {\n    implicit val state: State[List[Int], Int] = State.pure[List[Int], Int](1)\n\n    fromTraverse.use.runA(list).value shouldEqual list\n    wholeTraversal.use.runA(whole9).value shouldEqual List(9)\n  }\n\n  test(\"compose with Getter\") {\n    (aTraversal compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (aTraversal compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = aTraversal compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = aTraversal compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/TraverseWithIndexTests.scala","text":"package proptics.law.discipline\n\nimport cats.kernel.CommutativeMonoid\nimport cats.laws.discipline._\nimport cats.{CommutativeApplicative, Eq}\nimport org.scalacheck.Prop._\nimport org.scalacheck.{Arbitrary, Cogen}\n\nimport proptics.indices.TraverseWithIndex\nimport proptics.law.TraverseWithIndexLaws\n\ntrait TraverseWithIndexTests[F[_], I] extends TraverseTests[F] {\n  def laws: TraverseWithIndexLaws[F, I]\n\n  def traverseWithIndex[A: Arbitrary, B: Arbitrary, C: Arbitrary, M: Arbitrary, X[_]: CommutativeApplicative, Y[_]: CommutativeApplicative](\n      implicit ArbFA: Arbitrary[F[A]],\n      ArbFB: Arbitrary[F[B]],\n      ArbXB: Arbitrary[X[B]],\n      ArbXM: Arbitrary[X[M]],\n      ArbYB: Arbitrary[Y[B]],\n      ArbYC: Arbitrary[Y[C]],\n      ArbYM: Arbitrary[Y[M]],\n      ArbFXM: Arbitrary[F[X[M]]],\n      ArbAI2B: Arbitrary[(A, I) => B],\n      ArbBI2C: Arbitrary[(B, I) => C],\n      CogenA: Cogen[A],\n      CogenB: Cogen[B],\n      CogenC: Cogen[C],\n      CogenM: Cogen[M],\n      M: CommutativeMonoid[M],\n      MA: CommutativeMonoid[A],\n      EqFA: Eq[F[A]],\n      EqFB: Eq[F[B]],\n      EqFC: Eq[F[C]],\n      EqM: Eq[M],\n      EqA: Eq[A],\n      EqXYFC: Eq[X[Y[F[C]]]],\n      EqXFB: Eq[X[F[B]]],\n      EqYFB: Eq[Y[F[B]]],\n      EqXFM: Eq[X[F[M]]],\n      EqYFM: Eq[Y[F[M]]],\n      EqOptionA: Eq[Option[A]]): RuleSet =\n    new DefaultRuleSet(\n      name = \"TraverseWithIndex\",\n      parent = Some(traverse[A, B, C, M, X, Y]),\n      \"traverseWithIndex traverseWithIndexIdentity\" -> forAll(laws.traverseWithIndexIdentity[A, B] _),\n      \"traverseWithIndex traverseWithIndexComposition\" -> forAll(laws.traverseWithIndexComposition[A, B, C] _)\n    )\n}\n\nobject TraverseWithIndexTests {\n  def apply[F[_], I](implicit ev: TraverseWithIndex[F, I]): TraverseWithIndexTests[F, I] =\n    new TraverseWithIndexTests[F, I] {\n      def laws: TraverseWithIndexLaws[F, I] = TraverseWithIndexLaws[F, I]\n    }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Tagged.scala","text":"package proptics.internal\n\nimport scala.Function.const\n\nimport cats.arrow.Profunctor\nimport cats.syntax.either._\nimport cats.syntax.order._\nimport cats.{Applicative, Eq, Eval, Foldable, Functor, Order, Traverse}\n\nimport proptics.profunctor.{Choice, Closed}\n\n\/** A [[Tagged]] value is a value of type B with an attached phantom type A *\/\nfinal case class Tagged[A, B](runTag: B) extends AnyVal\n\nabstract class TaggedInstances {\n  implicit final def eqTagged[A, B](implicit ev: Eq[B]): Eq[Tagged[A, B]] = new Eq[Tagged[A, B]] {\n    override def eqv(x: Tagged[A, B], y: Tagged[A, B]): Boolean = x.runTag === y.runTag\n  }\n\n  implicit final def orderTagged[A, B](implicit ev: Order[B]): Order[Tagged[A, B]] = new Order[Tagged[A, B]] {\n    override def compare(x: Tagged[A, B], y: Tagged[A, B]): Int = x.runTag compare y.runTag\n  }\n\n  implicit final def functorTagged[F[_], C]: Functor[Tagged[C, *]] = new Functor[Tagged[C, *]] {\n    override def map[A, B](fa: Tagged[C, A])(f: A => B): Tagged[C, B] = Tagged(f(fa.runTag))\n  }\n\n  implicit final val profunctorTagged: Profunctor[Tagged] = new Profunctor[Tagged] {\n    override def dimap[A, B, C, D](fab: Tagged[A, B])(f: C => A)(g: B => D): Tagged[C, D] =\n      Tagged(g(fab.runTag))\n  }\n\n  implicit final val choiceTagged: Choice[Tagged] = new Choice[Tagged] {\n    override def left[A, B, C](pab: Tagged[A, B]): Tagged[Either[A, C], Either[B, C]] = Tagged(pab.runTag.asLeft[C])\n\n    override def right[A, B, C](pab: Tagged[A, B]): Tagged[Either[C, A], Either[C, B]] = Tagged(pab.runTag.asRight[C])\n\n    override def dimap[A, B, C, D](fab: Tagged[A, B])(f: C => A)(g: B => D): Tagged[C, D] =\n      profunctorTagged.dimap(fab)(f)(g)\n  }\n\n  implicit final val closedTagged: Closed[Tagged] = new Closed[Tagged] {\n    override def closed[A, B, C](pab: Tagged[A, B]): Tagged[C => A, C => B] =\n      Tagged(const(pab.runTag))\n\n    override def dimap[A, B, C, D](fab: Tagged[A, B])(f: C => A)(g: B => D): Tagged[C, D] =\n      profunctorTagged.dimap(fab)(f)(g)\n  }\n\n  implicit final def foldableTagged[C]: Foldable[Tagged[C, *]] = new Foldable[Tagged[C, *]] {\n    override def foldLeft[A, B](fa: Tagged[C, A], b: B)(f: (B, A) => B): B = f(b, fa.runTag)\n\n    override def foldRight[A, B](fa: Tagged[C, A], lb: Eval[B])(f: (A, Eval[B]) => Eval[B]): Eval[B] = f(fa.runTag, lb)\n  }\n\n  implicit final def traverseTagged[C]: Traverse[Tagged[C, *]] = new Traverse[Tagged[C, *]] {\n    override def traverse[G[_], A, B](fa: Tagged[C, A])(f: A => G[B])(implicit ev: Applicative[G]): G[Tagged[C, B]] =\n      ev.map(f(fa.runTag))(Tagged[C, B])\n\n    override def foldLeft[A, B](fa: Tagged[C, A], b: B)(f: (B, A) => B): B =\n      foldableTagged.foldLeft(fa, b)(f)\n\n    override def foldRight[A, B](fa: Tagged[C, A], lb: Eval[B])(f: (A, Eval[B]) => Eval[B]): Eval[B] =\n      foldableTagged.foldRight(fa, lb)(f)\n  }\n}\n\nobject Tagged extends TaggedInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/IndexedLensTests.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.IndexedLens\nimport proptics.law.IndexedLensLaws\n\ntrait IndexedLensTests[I, S, A] extends Laws {\n  def laws: IndexedLensLaws[I, S, A]\n\n  def indexedLens(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A], arbIAA: Arbitrary[(A, I) => A]): RuleSet =\n    new SimpleRuleSet(\n      \"IndexedLens\",\n      \"setView\" -> forAll(laws.setGet _),\n      \"viewSet\" -> forAll((s: S, a: A) => laws.getSet(s, a)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: (A, I) => A, g: (A, I) => A) => laws.composeOver(s)(f)(g)),\n      \"composeSourceLens\" -> forAll(laws.composeSourceLens _),\n      \"composeFocusLens\" -> forAll((s: S, a: A) => laws.composeFocusLens(s, a))\n    )\n}\n\nobject IndexedLensTests {\n  def apply[I, S, A](_indexedLens: IndexedLens[I, S, A]): IndexedLensTests[I, S, A] =\n    new IndexedLensTests[I, S, A] { def laws: IndexedLensLaws[I, S, A] = IndexedLensLaws[I, S, A](_indexedLens) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/NonEmptyCons.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.specs\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyVector, OneAnd}\n\nimport proptics.instances.nonEmptyCons._\nimport proptics.law.discipline.NonEmptyConsTests\n\nclass NonEmptyCons extends PropticsSuite {\n  checkAll(\"NonEmptyCons[NonEmptyVector[Int], Int, Vector[Int]] noEmptyCons\", NonEmptyConsTests[NonEmptyVector[Int], Int, Vector[Int]].nonEmptyCons)\n  checkAll(\"NonEmptyCons[NonEmptyList[Int], Int, List[Int]] noEmptyCons\", NonEmptyConsTests[NonEmptyList[Int], Int, List[Int]].nonEmptyCons)\n  checkAll(\"NonEmptyCons[NonEmptyChain[Int], Int, Chain[Int]] noEmptyCons\", NonEmptyConsTests[NonEmptyChain[Int], Int, Chain[Int]].nonEmptyCons)\n  checkAll(\"NonEmptyCons[OneAnd[List, Int], Int, List[Int]] noEmptyCons\", NonEmptyConsTests[OneAnd[List, Int], Int, List[Int]].nonEmptyCons)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/FoldableWithIndexSpec0.scala","text":"package proptics.specs\n\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyMap, NonEmptyVector, OneAnd}\n\nimport proptics.instances.foldableWithIndex._\nimport proptics.law.discipline.FoldableWithIndexTests\n\nprivate[specs] trait FoldableWithIndexSpec0 extends PropticsSuite {\n  checkAll(\"FoldableWithIndex[Option, Unit]\", FoldableWithIndexTests[Option, Unit].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[Vector, Int]\", FoldableWithIndexTests[Vector, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[List, Int]\", FoldableWithIndexTests[List, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[Chain, Int]\", FoldableWithIndexTests[Chain, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[NonEmptyVector, Int]\", FoldableWithIndexTests[NonEmptyVector, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[NonEmptyList, Int]\", FoldableWithIndexTests[NonEmptyList, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[NonEmptyChain, Int]\", FoldableWithIndexTests[NonEmptyChain, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[OneAnd[List, *], Int]\", FoldableWithIndexTests[OneAnd[List, *], Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[NonEmptyMap[Int, *], Int]\", FoldableWithIndexTests[NonEmptyMap[Int, *], Int].foldableWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/AtTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.at.{at => atFn}\nimport proptics.typeclass.At\n\ntrait AtTests[S, I, A] extends Laws {\n  def at(\n      implicit ev: At[S, I, A],\n      eqS: Eq[S],\n      eqA: Eq[A],\n      arbS: Arbitrary[S],\n      arbI: Arbitrary[I],\n      arbA: Arbitrary[A],\n      arbAA: Arbitrary[A => A],\n      arbOp: Arbitrary[Option[A] => Option[A]]): RuleSet =\n    new SimpleRuleSet(\"At\", LensTests(atFn(_: I)(ev)).lens.props: _*)\n}\n\nobject AtTests {\n  def apply[S, I, A]: AtTests[S, I, A] = new AtTests[S, I, A] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/FoldSyntax.scala","text":"package proptics.syntax\n\nimport cats.Monoid\nimport cats.syntax.eq._\nimport cats.syntax.semigroup._\n\nimport proptics.Fold_\nimport proptics.internal.Forget\nimport proptics.rank2types.Rank2TypeFoldLike\nimport proptics.syntax.indexedFold._\n\ntrait FoldSyntax {\n  implicit final def foldElementOps[S, T, A](fold: Fold_[S, T, A, A]): FoldElementOps[S, T, A] = FoldElementOps(fold)\n}\n\nfinal case class FoldElementOps[S, T, A](private val fold: Fold_[S, T, A, A]) extends AnyVal {\n  \/** narrow the focus of a [[Fold_]] to a single element *\/\n  def elementAt(i: Int): Fold_[S, T, A, A] = filterByIndex(_ === i)\n\n  \/** traverse elements of a [[Fold_]] whose index satisfy a predicate *\/\n  def filterByIndex(predicate: Int => Boolean): Fold_[S, T, A, A] =\n    fold.asIndexableFold.filterByIndex(predicate).unIndex\n\n  \/** select the first n elements of a [[Fold_]] *\/\n  def take(i: Int): Fold_[S, T, A, A] = filterByIndex(_ < i)\n\n  \/** select all elements of a [[Fold_]] except first n ones *\/\n  def drop(i: Int): Fold_[S, T, A, A] = filterByIndex(_ >= i)\n\n  \/** take longest prefix of elements of a [[Fold_]] that satisfy a predicate *\/\n  def takeWhile(predicate: A => Boolean): Fold_[S, T, A, A] =\n    foldWhile(predicate, take = true)\n\n  \/** drop longest prefix of elements of a [[Fold_]] that satisfy a predicate *\/\n  def dropWhile(predicate: A => Boolean): Fold_[S, T, A, A] =\n    foldWhile(predicate, take = false)\n\n  private[FoldElementOps] def foldWhile(predicate: A => Boolean, take: Boolean): Fold_[S, T, A, A] =\n    Fold_(new Rank2TypeFoldLike[S, T, A, A] {\n      override def apply[R: Monoid](forget: Forget[R, A, A]): Forget[R, S, T] = {\n        val runForget = forget.runForget\n\n        Forget(s =>\n          fold\n            .foldLeft(s)((true, Monoid[R].empty)) { case ((b, r), a) =>\n              val acc = b && predicate(a)\n              val result =\n                if (acc)\n                  if (take) r |+| runForget(a) else r\n                else if (take) r\n                else r |+| runForget(a)\n              (acc, result)\n            }\n            ._2)\n      }\n    })\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Bazaar.scala","text":"package proptics.internal\n\nimport cats.arrow.{Profunctor, Strong}\nimport cats.syntax.either._\nimport cats.{Applicative, Bitraverse}\n\nimport proptics.profunctor.{Choice, Traversing, Wander}\n\n\/** Bazaar is used to characterize a [[proptics.Traversal_]] *\/\ntrait Bazaar[P[_, _], A, B, S, T] {\n  def runBazaar: RunBazaar[P, A, B, S, T]\n}\n\ntrait RunBazaar[P[_, _], A, B, S, T] {\n  def apply[F[_]](pafb: P[A, F[B]])(s: S)(implicit ev: Applicative[F]): F[T]\n}\n\nabstract class BazaarInstances {\n  implicit final def profunctorBazaar[P[_, _], G, H]: Profunctor[Bazaar[P, G, H, *, *]] = new Profunctor[Bazaar[P, G, H, *, *]] {\n    override def dimap[A, B, C, D](fab: Bazaar[P, G, H, A, B])(f: C => A)(g: B => D): Bazaar[P, G, H, C, D] = new Bazaar[P, G, H, C, D] {\n      override def runBazaar: RunBazaar[P, G, H, C, D] = new RunBazaar[P, G, H, C, D] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: C)(implicit ev: Applicative[F]): F[D] =\n          ev.map(fab.runBazaar(pafb)(f(s)))(g)\n      }\n    }\n  }\n\n  implicit final def strongBazaar[P[_, _], G, H]: Strong[Bazaar[P, G, H, *, *]] = new Strong[Bazaar[P, G, H, *, *]] {\n    override def first[A, B, C](fa: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, (A, C), (B, C)] = new Bazaar[P, G, H, (A, C), (B, C)] {\n      override def runBazaar: RunBazaar[P, G, H, (A, C), (B, C)] = new RunBazaar[P, G, H, (A, C), (B, C)] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: (A, C))(implicit ev: Applicative[F]): F[(B, C)] =\n          ev.map(fa.runBazaar(pafb)(s._1))((_, s._2))\n      }\n    }\n\n    override def second[A, B, C](fa: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, (C, A), (C, B)] = new Bazaar[P, G, H, (C, A), (C, B)] {\n      override def runBazaar: RunBazaar[P, G, H, (C, A), (C, B)] = new RunBazaar[P, G, H, (C, A), (C, B)] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: (C, A))(implicit ev: Applicative[F]): F[(C, B)] =\n          ev.map(fa.runBazaar(pafb)(s._2))((s._1, _))\n      }\n    }\n\n    override def dimap[A, B, C, D](fab: Bazaar[P, G, H, A, B])(f: C => A)(g: B => D): Bazaar[P, G, H, C, D] =\n      profunctorBazaar[P, G, H].dimap(fab)(f)(g)\n  }\n\n  implicit final def choiceBazaar[P[_, _], G, H]: Choice[Bazaar[P, G, H, *, *]] = new Choice[Bazaar[P, G, H, *, *]] {\n    override def left[A, B, C](pab: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, Either[A, C], Either[B, C]] = new Bazaar[P, G, H, Either[A, C], Either[B, C]] {\n      override def runBazaar: RunBazaar[P, G, H, Either[A, C], Either[B, C]] = new RunBazaar[P, G, H, Either[A, C], Either[B, C]] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: Either[A, C])(implicit ev: Applicative[F]): F[Either[B, C]] =\n          Bitraverse[Either].bitraverse(s)(pab.runBazaar(pafb), ev.pure)\n      }\n    }\n\n    override def right[A, B, C](pab: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, Either[C, A], Either[C, B]] = new Bazaar[P, G, H, Either[C, A], Either[C, B]] {\n      override def runBazaar: RunBazaar[P, G, H, Either[C, A], Either[C, B]] = new RunBazaar[P, G, H, Either[C, A], Either[C, B]] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: Either[C, A])(implicit ev: Applicative[F]): F[Either[C, B]] =\n          s.traverse(pab.runBazaar(pafb))\n      }\n    }\n\n    override def dimap[A, B, C, D](fab: Bazaar[P, G, H, A, B])(f: C => A)(g: B => D): Bazaar[P, G, H, C, D] =\n      profunctorBazaar[P, G, H].dimap(fab)(f)(g)\n  }\n\n  implicit final def wanderBazaar[P[_, _], G, H]: Wander[Bazaar[P, G, H, *, *]] = new Wander[Bazaar[P, G, H, *, *]] {\n    override def wander[S, T, A, B](traversing: Traversing[S, T, A, B])(pab: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, S, T] = new Bazaar[P, G, H, S, T] {\n      override def runBazaar: RunBazaar[P, G, H, S, T] = new RunBazaar[P, G, H, S, T] {\n        override def apply[F[_]](pafb: P[G, F[H]])(s: S)(implicit ev: Applicative[F]): F[T] =\n          traversing(pab.runBazaar(pafb))(s)\n      }\n    }\n\n    override def left[A, B, C](pab: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, Either[A, C], Either[B, C]] =\n      choiceBazaar[P, G, H].left(pab)\n\n    override def right[A, B, C](pab: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, Either[C, A], Either[C, B]] =\n      choiceBazaar[P, G, H].right(pab)\n\n    override def first[A, B, C](fa: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, (A, C), (B, C)] =\n      strongBazaar[P, G, H].first(fa)\n\n    override def second[A, B, C](fa: Bazaar[P, G, H, A, B]): Bazaar[P, G, H, (C, A), (C, B)] =\n      strongBazaar[P, G, H].second(fa)\n\n    override def dimap[A, B, C, D](fab: Bazaar[P, G, H, A, B])(f: C => A)(g: B => D): Bazaar[P, G, H, C, D] =\n      profunctorBazaar.dimap(fab)(f)(g)\n  }\n}\n\nobject Bazaar extends BazaarInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.12\/proptics\/specs\/FunctorWithIndexSpec.scala","text":"package proptics.specs\n\nimport proptics.instances.functorWithIndex._\nimport proptics.law.discipline.FunctorWithIndexTests\n\nclass FunctorWithIndexSpec extends FunctorWithIndexSpec0 {\n  checkAll(\"FunctorWithIndex[Stream, Int]\", FunctorWithIndexTests[Stream, Int].functorWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Multiplicative.scala","text":"package proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.order._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\nimport spire.algebra.MultiplicativeMonoid\nimport spire.syntax.semiring._\n\n\/** [[cats.Monoid]] and [[cats.Semigroup]] under multiplication *\/\nfinal case class Multiplicative[A](runMultiplicative: A) extends AnyVal\n\nabstract class MultiplicativeInstances {\n  implicit final def eqMultiplicative[A: Eq]: Eq[Multiplicative[A]] = new Eq[Multiplicative[A]] {\n    override def eqv(x: Multiplicative[A], y: Multiplicative[A]): Boolean = x.runMultiplicative === y.runMultiplicative\n  }\n\n  implicit final def ordMultiplicative[A: Order]: Order[Multiplicative[A]] = new Order[Multiplicative[A]] {\n    override def compare(x: Multiplicative[A], y: Multiplicative[A]): Int = x.runMultiplicative.compare(y.runMultiplicative)\n  }\n\n  implicit final def showMultiplicative[A: Show]: Show[Multiplicative[A]] = new Show[Multiplicative[A]] {\n    override def show(t: Multiplicative[A]): String = s\"(Multiplicative ${t.runMultiplicative.show})\"\n  }\n\n  implicit final def semigroupMultiplicative[A: MultiplicativeMonoid]: Semigroup[Multiplicative[A]] = new Semigroup[Multiplicative[A]] {\n    def combine(x: Multiplicative[A], y: Multiplicative[A]): Multiplicative[A] =\n      Multiplicative(x.runMultiplicative * y.runMultiplicative)\n  }\n\n  implicit final def monoidMultiplicative[A](implicit ev: MultiplicativeMonoid[A]): Monoid[Multiplicative[A]] = new Monoid[Multiplicative[A]] {\n    def empty: Multiplicative[A] = Multiplicative(ev.one)\n\n    def combine(x: Multiplicative[A], y: Multiplicative[A]): Multiplicative[A] = semigroupMultiplicative.combine(x, y)\n  }\n\n  implicit final def functorMultiplicative: Functor[Multiplicative] = new Functor[Multiplicative] {\n    override def map[A, B](fa: Multiplicative[A])(f: A => B): Multiplicative[B] = Multiplicative(f(fa.runMultiplicative))\n  }\n\n  implicit final def applyMultiplicative: Apply[Multiplicative] = new Apply[Multiplicative] {\n    override def ap[A, B](ff: Multiplicative[A => B])(fa: Multiplicative[A]): Multiplicative[B] =\n      Multiplicative(ff.runMultiplicative(fa.runMultiplicative))\n\n    override def map[A, B](fa: Multiplicative[A])(f: A => B): Multiplicative[B] = functorMultiplicative.fmap(fa)(f)\n  }\n\n  implicit final def applicativeMultiplicative: Applicative[Multiplicative] = new Applicative[Multiplicative] {\n    override def pure[A](x: A): Multiplicative[A] = Multiplicative(x)\n\n    override def ap[A, B](ff: Multiplicative[A => B])(fa: Multiplicative[A]): Multiplicative[B] = applyMultiplicative.ap(ff)(fa)\n  }\n\n  implicit final def bindMultiplicative: FlatMap[Multiplicative] = new FlatMap[Multiplicative] {\n    override def flatMap[A, B](fa: Multiplicative[A])(f: A => Multiplicative[B]): Multiplicative[B] = f(fa.runMultiplicative)\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => Multiplicative[Either[A, B]]): Multiplicative[B] =\n      f(a).runMultiplicative match {\n        case Right(value) => Multiplicative(value)\n        case Left(value) => tailRecM(value)(f)\n      }\n\n    override def map[A, B](fa: Multiplicative[A])(f: A => B): Multiplicative[B] = functorMultiplicative.fmap(fa)(f)\n  }\n\n  implicit final def monadMultiplicative: Monad[Multiplicative] = new Monad[Multiplicative] {\n    override def pure[A](x: A): Multiplicative[A] = applicativeMultiplicative.pure(x)\n\n    override def flatMap[A, B](fa: Multiplicative[A])(f: A => Multiplicative[B]): Multiplicative[B] = bindMultiplicative.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Multiplicative[scala.Either[A, B]]): Multiplicative[B] = bindMultiplicative.tailRecM(a)(f)\n  }\n}\n\nobject Multiplicative extends MultiplicativeInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"profunctor\/src\/main\/scala\/proptics\/profunctor\/Traversing.scala","text":"<filename>profunctor\/src\/main\/scala\/proptics\/profunctor\/Traversing.scala\npackage proptics.profunctor\n\nimport cats.Applicative\n\ntrait Traversing[S, T, A, B] {\n  def apply[F[_]](f: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/typeclass\/Field2.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/typeclass\/Field2.scala\npackage proptics.typeclass\n\nimport scala.annotation.implicitNotFound\n\nimport proptics.Lens\n\n\/** The [[Field2]] typeclass provides a [[Lens]] for a way to get the second element of structure.\n  *\n  * @tparam S the source of a [[Lens]]\n  * @tparam A the focus of a [[Lens]]\n  *\/\n@implicitNotFound(\"Could not find an instance of Field2[${S}, ${A}]\")\ntrait Field2[S, A] extends Serializable {\n  def second: Lens[S, A]\n}\n\nobject Field2 {\n  \/** summon an instance of [[Field2]] *\/\n  @inline def apply[S, A](implicit ev: Field2[S, A]): Field2[S, A] = ev\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeFoldLike.scala","text":"package proptics.rank2types\n\nimport cats.Monoid\n\nimport proptics.internal.Forget\n\nprivate[proptics] trait Rank2TypeFoldLike[S, T, A, B] {\n  def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/typeclass\/Each.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/typeclass\/Each.scala\npackage proptics.typeclass\n\nimport scala.annotation.implicitNotFound\n\nimport proptics.Traversal\n\n\/** The [[Each]] typeclass provides a [[Traversal]] that can extract each element of a monomorphic container.\n  *\n  * @tparam S the source of a [[Traversal]]\n  * @tparam A the focus of a [[Traversal]]\n  *\/\n@implicitNotFound(\"Could not find an instance of Each[${S}, ${A}]\")\ntrait Each[S, A] extends Serializable {\n  def each: Traversal[S, A]\n}\n\nobject Each {\n  \/** summon an instance of [[Each]] *\/\n  @inline def apply[S, A](implicit ev: Each[S, A]): Each[S, A] = ev\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/Field4Tests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/Field4Tests.scala<gh_stars>1-10\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.field4.{fourth => frth}\nimport proptics.typeclass.Field4\n\ntrait Field4Tests[A, B, C, D] extends Laws {\n  def fourth(\n      implicit ev: Field4[(A, B, C, D), D],\n      eqA: Eq[A],\n      eqB: Eq[B],\n      eqC: Eq[C],\n      eqD: Eq[D],\n      arbA: Arbitrary[A],\n      arbB: Arbitrary[B],\n      arbC: Arbitrary[C],\n      arbD: Arbitrary[D],\n      arbOp: Arbitrary[D => D]): RuleSet =\n    new SimpleRuleSet(\"Field4\", LensTests(frth[A, B, C, D]).lens.props: _*)\n}\n\nobject Field4Tests {\n  def apply[A, B, C, D]: Field4Tests[A, B, C, D] = new Field4Tests[A, B, C, D] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/IndexSpec0.scala","text":"package proptics.specs\n\nimport scala.collection.immutable.{ListMap, SortedMap}\n\nimport cats.Eq\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyMap, NonEmptySet, NonEmptyVector}\nimport cats.laws.discipline.{ExhaustiveCheck, MiniInt}\n\nimport proptics.instances.index._\nimport proptics.law.discipline.IndexTests\n\nprivate[specs] trait IndexSpec0 extends PropticsSuite {\n  implicit val eqListMap: Eq[ListMap[Int, Int]] = Eq.fromUniversalEquals[ListMap[Int, Int]]\n  implicit def eqArrow(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Int => Int] = Eq.instance[Int => Int] { (f1, f2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      f1(int) === f2(int)\n    }\n  }\n\n  checkAll(\"Index[Int => Int]\", IndexTests[Int => Int, Int, Int].index)\n  checkAll(\"Index[Option[Int]]\", IndexTests[Option[Int], Unit, Int].index)\n  checkAll(\"Index[Array[Int]]\", IndexTests[Array[Int], Int, Int].index)\n  checkAll(\"Index[Vector[Int]]\", IndexTests[Vector[Int], Int, Int].index)\n  checkAll(\"Index[List[Int]]\", IndexTests[List[Int], Int, Int].index)\n  checkAll(\"Index[ListMap[Int, Int]]\", IndexTests[ListMap[Int, Int], Int, Int].index)\n  checkAll(\"Index[Set[Int]]\", IndexTests[Set[Int], Int, Unit].index)\n  checkAll(\"Index[SortedMap[Int, Int]]\", IndexTests[SortedMap[Int, Int], Int, Int].index)\n  checkAll(\"Index[Map[Int, Int]]\", IndexTests[Map[Int, Int], Int, Int].index)\n  checkAll(\"Index[Chain[Int]]\", IndexTests[Chain[Int], Int, Int].index)\n  checkAll(\"Index[NonEmptyVector[Int]]\", IndexTests[NonEmptyVector[Int], Int, Int].index)\n  checkAll(\"Index[NonEmptyList[Int]]\", IndexTests[NonEmptyList[Int], Int, Int].index)\n  checkAll(\"Index[NonEmptySet[Int]]\", IndexTests[NonEmptySet[Int], Int, Unit].index)\n  checkAll(\"Index[NonEmptyMap[Int, Int]]\", IndexTests[NonEmptyMap[Int, Int], Int, Int].index)\n  checkAll(\"Index[NonEmptyChain[Int]]\", IndexTests[NonEmptyChain[Int], Int, Int].index)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/Field5Instances.scala","text":"package proptics.instances\n\nimport proptics.Lens\nimport proptics.typeclass.Field5\n\ntrait Field5Instances {\n  final def fifth[A, B, C, D, E](implicit ev: Field5[(A, B, C, D, E), E]): Lens[(A, B, C, D, E), E] = ev.fifth\n\n  implicit final def field5Tuple5[A, B, C, D, E]: Field5[(A, B, C, D, E), E] = new Field5[(A, B, C, D, E), E] {\n    override def fifth: Lens[(A, B, C, D, E), E] =\n      Lens[(A, B, C, D, E), E](_._5)(t => a => t.copy(_5 = a))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/PrismSpec.scala","text":"<gh_stars>0\npackage proptics.specs\nimport cats.instances.int._\nimport cats.syntax.either._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics.Prism\nimport proptics.law.discipline._\nimport proptics.specs.Json._\nimport proptics.specs.compose._\n\nclass PrismSpec extends PropticsSuite {\n  val emptyStr = \"\"\n  val jNumber: JNumber = JNumber(9d)\n  val jsonContent: String = \"proptics\"\n  val jStrEmpty: JString = JString(\"\")\n  val jStringContent: JString = JString(jsonContent)\n  val jStringContentUppercase: JString = JString(jsonContent.toUpperCase)\n  def lengthGreaterThan5(str: String): Boolean = greaterThan5(str.length)\n  def lengthGreaterThan10(str: String): Boolean = greaterThan10(str.length)\n\n  val only: Prism[Json, Unit] = Prism.only(jNumber)\n  val jsonPrism: Prism[Json, String] =\n    Prism[Json, String] {\n      case JString(value) => value.asRight[Json]\n      case json => json.asLeft[String]\n    }(JString)\n\n  val fromOptionJsonPrism: Prism[Json, String] =\n    Prism.fromPreview[Json, String] {\n      case JString(value) => value.some\n      case _ => None\n    }(JString)\n\n  val partialJsonPrism: Prism[Json, String] =\n    Prism.fromPartial[Json, String] { case JString(value) => value }(JString)\n\n  val nearly: Prism[Json, Unit] = Prism.nearly[Json](jNumber) {\n    case JNumber(value) => value > 100\n    case _ => false\n  }\n\n  checkAll(\"Prism[Int, Int] id\", PrismTests(Prism.id[Int]).prism)\n  checkAll(\"Prism[Json, String] fromOption\", PrismTests(fromOptionJsonPrism).prism)\n  checkAll(\"Prism[Json, String] fromPartial\", PrismTests(partialJsonPrism).prism)\n  checkAll(\"Prism[Json, String] apply\", PrismTests(jsonPrism).prism)\n  checkAll(\"Prism[Int, Int] compose with Iso[Int, Int]\", PrismTests(prism compose iso).prism)\n  checkAll(\"Prism[Int, Int] compose with AnIso[Int, Int]\", PrismTests(prism compose anIso).prism)\n  checkAll(\"Prism[Int, Int] compose with Lens[Int, Int]\", AffineTraversalTests(prism compose lens).affineTraversal)\n  checkAll(\"Prism[Int, Int] compose with ALens[Int, Int]\", AffineTraversalTests(prism compose aLens).affineTraversal)\n  checkAll(\"Prism[Int, Int] compose with Prism[Int, Int]\", PrismTests(prism compose prism).prism)\n  checkAll(\"Prism[Int, Int] compose with APrism[Int, Int]\", APrismTests(prism compose aPrism).aPrism)\n  checkAll(\"Prism[Int, Int] compose with AffineTraversal[Int, Int]\", AffineTraversalTests(prism compose affineTraversal).affineTraversal)\n  checkAll(\"Prism[Int, Int] compose with AnAffineTraversal[Int, Int]\", AnAffineTraversalTests(prism compose anAffineTraversal).anAffineTraversal)\n  checkAll(\"Prism[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(prism compose traversal).traversal)\n  checkAll(\"Prism[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(prism compose aTraversal).aTraversal)\n  checkAll(\"Prism[Int, Int] compose with Setter[Int, Int]\", SetterTests(prism compose setter).setter)\n  checkAll(\"Prism[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedTraversalTests(prism compose indexedLens).indexedTraversal)\n  checkAll(\"Prism[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedTraversalTests(prism compose anIndexedLens).indexedTraversal)\n  checkAll(\"Prism[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(prism compose indexedTraversal).indexedTraversal)\n  checkAll(\"Prism[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(prism compose indexedSetter).indexedSetter)\n\n  test(\"viewOrModify\") {\n    jsonPrism.viewOrModify(jStringContent) shouldEqual jsonContent.asRight[Json]\n    jsonPrism.viewOrModify(jNumber) shouldEqual jNumber.asLeft[String]\n  }\n\n  test(\"preview\") {\n    jsonPrism.preview(jStringContent) shouldEqual jsonContent.some\n    jsonPrism.preview(jNumber) shouldEqual None\n  }\n\n  test(\"review\") {\n    jsonPrism.review(jsonContent) shouldEqual jStringContent\n  }\n\n  test(\"set\") {\n    jsonPrism.set(jsonContent)(jStrEmpty) shouldEqual jStringContent\n  }\n\n  test(\"setOption\") {\n    jsonPrism.setOption(jsonContent)(jStrEmpty) shouldEqual jStringContent.some\n    jsonPrism.setOption(jsonContent)(jNumber) shouldEqual None\n  }\n\n  test(\"over\") {\n    jsonPrism.over(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase\n  }\n\n  test(\"overOption\") {\n    jsonPrism.overOption(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase.some\n    jsonPrism.overOption(_.toUpperCase)(jNumber) shouldEqual None\n  }\n\n  test(\"traverse\") {\n    jsonPrism.traverse(jStringContent)(_.some) shouldEqual Some(jStringContent)\n    jsonPrism.traverse(jStringContent)(_.some) shouldEqual jsonPrism.overF(_.some)(jStringContent)\n  }\n\n  test(\"forall\") {\n    jsonPrism.forall(lengthGreaterThan5 _)(jStringContent) shouldEqual true\n    jsonPrism.forall(lengthGreaterThan10 _)(jStringContent) shouldEqual false\n    jsonPrism.forall(lengthGreaterThan5 _)(jNumber) shouldEqual true\n    jsonPrism.forall(lengthGreaterThan10 _)(jNumber) shouldEqual true\n  }\n\n  test(\"forall using heyting\") {\n    jsonPrism.forall(jStringContent)(lengthGreaterThan5) shouldEqual true\n    jsonPrism.forall(jStringContent)(lengthGreaterThan10) shouldEqual false\n    jsonPrism.forall(jNumber)(lengthGreaterThan5) shouldEqual true\n    jsonPrism.forall(jNumber)(lengthGreaterThan10) shouldEqual true\n  }\n\n  test(\"exists\") {\n    jsonPrism.exists(lengthGreaterThan5)(jStringContent) shouldEqual true\n    jsonPrism.exists(lengthGreaterThan10)(jStringContent) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    jsonPrism.notExists(lengthGreaterThan10)(jStringContent) shouldEqual true\n    jsonPrism.notExists(lengthGreaterThan5)(jStringContent) shouldEqual false\n    jsonPrism.notExists(lengthGreaterThan5)(jStringContent) shouldEqual\n      (!jsonPrism.exists(lengthGreaterThan5)(jStringContent))\n  }\n\n  test(\"contains\") {\n    jsonPrism.contains(jsonContent)(jStringContent) shouldEqual true\n    jsonPrism.contains(emptyStr)(jStringContent) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    jsonPrism.notContains(emptyStr)(jStringContent) shouldEqual true\n    jsonPrism.notContains(jsonContent)(jStringContent) shouldEqual false\n    jsonPrism.notContains(jsonContent)(jStringContent) shouldEqual (!jsonPrism.contains(jsonContent)(jStringContent))\n  }\n\n  test(\"isEmpty\") {\n    jsonPrism.isEmpty(jStringContent) shouldEqual false\n    jsonPrism.isEmpty(jNumber) shouldEqual true\n  }\n\n  test(\"nonEmpty\") {\n    jsonPrism.nonEmpty(jStringContent) shouldEqual true\n    jsonPrism.nonEmpty(jNumber) shouldEqual false\n    jsonPrism.nonEmpty(jStringContent) shouldEqual (!jsonPrism.isEmpty(jStringContent))\n  }\n\n  test(\"find\") {\n    jsonPrism.find(lengthGreaterThan5)(jStringContent) shouldEqual jsonContent.some\n    jsonPrism.find(lengthGreaterThan10)(jStringContent) shouldEqual None\n    jsonPrism.find(lengthGreaterThan5)(jNumber) shouldEqual None\n    jsonPrism.find(lengthGreaterThan10)(jNumber) shouldEqual None\n  }\n\n  test(\"nearly\") {\n    nearly.viewOrModify(JNumber(1000)) shouldEqual ().asRight[Json]\n    nearly.viewOrModify(JNumber(1)) shouldEqual JNumber(1).asLeft[Unit]\n    nearly.review(()) shouldEqual jNumber\n  }\n\n  test(\"only\") {\n    only.viewOrModify(jNumber) shouldEqual ().asRight[Json]\n    only.viewOrModify(JNumber(1000)) shouldEqual JNumber(1000).asLeft[Unit]\n    only.review(()) shouldEqual jNumber\n  }\n\n  test(\"compose with Getter\") {\n    (prism compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (prism compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with review\") {\n    (prism compose review).review(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = prism compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = prism compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificFoldableWithIndexInstances.scala","text":"package proptics.instances\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport cats.Eval\n\nimport proptics.indices.FoldableWithIndex\nimport proptics.instances.FoldableWithIndexInstances._\n\nprivate[instances] trait ScalaVersionSpecificFoldableWithIndexInstances {\n  implicit final val foldableWithIndexLazyList: FoldableWithIndex[LazyList, Int] = new FoldableWithIndex[LazyList, Int] {\n    override def foldLeftWithIndex[A, B](f: (B, (A, Int)) => B)(fa: LazyList[A], b: B): B =\n      listLikeFoldLeftWithIndex(fa.foldLeft[(B, Int)])(f)(b)\n\n    override def foldRightWithIndex[A, B](f: ((A, Int), Eval[B]) => Eval[B])(fa: LazyList[A], lb: Eval[B]): Eval[B] =\n      listLikeFoldRightWithIndex(f)(fa.iterator, lb)\n  }\n\n  implicit final val foldableWithIndexArraySeq: FoldableWithIndex[ArraySeq, Int] = new FoldableWithIndex[ArraySeq, Int] {\n    override def foldLeftWithIndex[A, B](f: (B, (A, Int)) => B)(fa: ArraySeq[A], b: B): B =\n      listLikeFoldLeftWithIndex(fa.foldLeft[(B, Int)])(f)(b)\n\n    override def foldRightWithIndex[A, B](f: ((A, Int), Eval[B]) => Eval[B])(fa: ArraySeq[A], lb: Eval[B]): Eval[B] =\n      listLikeFoldRightWithIndex(f)(fa.iterator, lb)\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/FoldableWithIndexSpec.scala","text":"<filename>test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/FoldableWithIndexSpec.scala\npackage proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport proptics.instances.foldableWithIndex._\nimport proptics.law.discipline.FoldableWithIndexTests\n\nclass FoldableWithIndexSpec extends FoldableWithIndexSpec0 {\n  checkAll(\"FoldableWithIndex[LazyList, Int]\", FoldableWithIndexTests[LazyList, Int].foldableWithIndex[Int, Int, Int])\n  checkAll(\"FoldableWithIndex[ArraySeq, Int]\", FoldableWithIndexTests[ArraySeq, Int].foldableWithIndex[Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/AffineTraversalTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline._\n\nimport proptics.AffineTraversal\nimport proptics.law.AffineTraversalLaws\n\ntrait AffineTraversalTests[S, I, A] extends Laws {\n  def laws(i: I): AffineTraversalLaws[S, A]\n\n  def affineTraversal(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbI: Arbitrary[I], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"AffineTraversal\",\n      \"respectPurity\" -> forAll((i: I, s: S) => laws(i).respectPurity[Option](s)),\n      \"consistentFoci\" -> forAll((i: I, s: S, f: A => A, g: A => A) => laws(i).consistentFoci(s, f, g)),\n      \"viewOrModifySet\" -> forAll((i: I, s: S) => laws(i).getSet(s)),\n      \"previewSet\" -> forAll((i: I, s: S, a: A) => laws(i).previewSet(s, a)),\n      \"setSet\" -> forAll((i: I, s: S, a: A) => laws(i).setSet(s, a)),\n      \"overIdentity\" -> forAll((i: I, s: S) => laws(i).overIdentity(s)),\n      \"composeOver\" -> forAll((i: I, s: S, f: A => A, g: A => A) => laws(i).composeOver(s)(f)(g))\n    )\n}\n\nobject AffineTraversalTests {\n  def apply[S, A](_affineTraversal: AffineTraversal[S, A]): AffineTraversalTests[S, Unit, A] =\n    new AffineTraversalTests[S, Unit, A] {\n      def laws(unit: Unit): AffineTraversalLaws[S, A] = AffineTraversalLaws[S, A](_affineTraversal)\n    }\n\n  def apply[S, I, A](f: I => AffineTraversal[S, A]): AffineTraversalTests[S, I, A] = new AffineTraversalTests[S, I, A] {\n    def laws(i: I): AffineTraversalLaws[S, A] = AffineTraversalLaws[S, A](f(i))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/IndexSpec.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.specs\nimport scala.collection.immutable.ArraySeq\n\nimport proptics.instances.index._\nimport proptics.law.discipline.IndexTests\n\nclass IndexSpec extends IndexSpec0 {\n  checkAll(\"Index[LazyList[Int]]\", IndexTests[LazyList[Int], Int, Int].index)\n  checkAll(\"Index[ArraySeq[Int]]\", IndexTests[ArraySeq[Int], Int, Int].index)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/APrismSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.APrism_\n\ntrait APrismSyntax {\n  implicit def aPrismSequenceOps[F[_], S, T, A](aPrism: APrism_[S, T, F[A], A]): APrismSequenceOps[F, S, T, A] = APrismSequenceOps(aPrism)\n}\n\nfinal case class APrismSequenceOps[F[_], S, T, A](private val prism: APrism_[S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[A] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev0: Applicative[F]): F[T] = prism.traverse(s)(identity)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/ATraversal.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics\n\nimport scala.Function.const\nimport scala.reflect.ClassTag\n\nimport cats.data.{Const, State}\nimport cats.syntax.apply._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Eq, Id, Monoid, Order, Traverse}\nimport spire.algebra.lattice.Heyting\nimport spire.algebra.{AdditiveMonoid, MultiplicativeMonoid}\nimport spire.std.boolean._\n\nimport proptics.data.{Additive, Conj, Disj, Dual, Endo, First, Last, Multiplicative}\nimport proptics.internal._\nimport proptics.profunctor.{Traversing, Wander}\nimport proptics.rank2types.LensLikeWithIndex\nimport proptics.syntax.function._\n\n\/** [[ATraversal_]] is an optic that focuses on zero or more values.\n  *\n  * [[ATraversal_]] is a [[Traversal_]] with fixed type [[proptics.internal.Bazaar]] [[cats.arrow.Profunctor]]\n  *\n  * @tparam S the source of a [[ATraversal_]]\n  * @tparam T the modified source of a [[ATraversal_]]\n  * @tparam A the foci of a [[ATraversal_]]\n  * @tparam B the modified foci of a [[ATraversal_]]\n  *\/\nabstract class ATraversal_[S, T, A, B] { self =>\n  private[proptics] def apply(bazaar: Bazaar[* => *, A, B, A, B]): Bazaar[* => *, A, B, S, T]\n\n  \/** synonym to [[fold]] *\/\n  final def view(s: S)(implicit ev: Monoid[A]): A = fold(s)\n\n  \/** collect all the foci of a [[ATraversal_]] into aList *\/\n  final def viewAll(s: S): List[A] = foldMap(s)(List(_))\n\n  \/** view the first focus of a [[ATraversal_]], if there is any *\/\n  final def preview(s: S): Option[A] = foldMap(s)(a => First(a.some)).runFirst\n\n  \/** set the modified foci of a [[ATraversal_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the foci type of a [[Prism_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: A => B): S => T = s => traverse[Id](s)(f)\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Applicative](f: A => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify each focus of an [[ATraversal_]] using a Functor, resulting in a change of type to the full structure *\/\n  def traverse[G[_]](s: S)(f: A => G[B])(implicit ev: Applicative[G]): G[T]\n\n  \/** map each focus of an [[ATraversal_]] to a [[cats.Monoid]], and combine the results *\/\n  final def foldMap[R: Monoid](s: S)(f: A => R): R = overF[Const[R, *]](Const[R, B] _ compose f)(s).getConst\n\n  \/** fold the foci of a [[ATraversal_]] using a [[cats.Monoid]] *\/\n  final def fold(s: S)(implicit ev: Monoid[A]): A = foldMap(s)(identity)\n\n  \/** fold the foci of a [[ATraversal_]] using a binary operator, going right to left *\/\n  final def foldRight[R](s: S)(r: R)(f: (A, R) => R): R = foldMap(s)(Endo[* => *, R] _ compose f.curried).runEndo(r)\n\n  \/** fold the foci of a [[ATraversal_]] using a binary operator, going left to right *\/\n  final def foldLeft[R](s: S)(r: R)(f: (R, A) => R): R =\n    foldMap(s)(Dual[Endo[* => *, R]] _ compose Endo[* => *, R] compose f.curried.flip).runDual.runEndo(r)\n\n  \/** evaluate each  focus of a [[ATraversal_]] from left to right, and ignore the results structure *\/\n  final def sequence_[F[_]](s: S)(implicit ev: Applicative[F]): F[Unit] = traverse_(s)(ev.pure)\n\n  \/** map each focus of a [[ATraversal_]] to an effect, from left to right, and ignore the results *\/\n  final def traverse_[F[_], R](s: S)(f: A => F[R])(implicit ev: Applicative[F]): F[Unit] =\n    foldLeft[F[Unit]](s)(ev.pure(()))((b, a) => ev.void(f(a)) *> b)\n\n  \/** the sum of all foci of a [[ATraversal_]] *\/\n  final def sum(s: S)(implicit ev: AdditiveMonoid[A]): A = foldMap(s)(Additive.apply).runAdditive\n\n  \/** the product of all foci of a [[ATraversal_]] *\/\n  final def product(s: S)(implicit ev: MultiplicativeMonoid[A]): A =\n    foldMap(s)(Multiplicative.apply).runMultiplicative\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[ATraversal_]] *\/\n  final def forall(f: A => Boolean): S => Boolean = forall(_)(f)\n\n  \/** test whether there is no focus or a predicate holds for all foci of a [[ATraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** return the result of a conjunction of all foci of a [[ATraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def and(s: S)(implicit ev: Heyting[A]): A = forall(s)(identity)\n\n  \/** return the result of a disjunction of all foci of a [[ATraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def or(s: S)(implicit ev: Heyting[A]): A = any[A](s)(identity)\n\n  \/** test whether a predicate holds for any focus of a [[ATraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def any[R: Heyting](s: S)(f: A => R): R = foldMap(s)(Disj[R] _ compose f).runDisj\n\n  \/** test whether a predicate holds for any foci of a [[ATraversal_]] *\/\n  final def exists(f: A => Boolean): S => Boolean = any[Boolean](_)(f)\n\n  \/** test whether a predicate does not hold for the foci of a [[ATraversal_]] *\/\n  final def notExists(f: A => Boolean): S => Boolean = !exists(f)(_)\n\n  \/** test whether a [[ATraversal_]] contains a specific focus *\/\n  final def contains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a [[ATraversal_]] does not contain a specific focus *\/\n  final def notContains(a: A)(s: S)(implicit ev: Eq[A]): Boolean = !contains(a)(s)\n\n  \/** check if the [[ATraversal_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[ATraversal_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** the number of foci of a [[ATraversal_]] *\/\n  final def length(s: S): Int = foldMap(s)(const(1))\n\n  \/** find the first focus of a [[ATraversal_]] that satisfies a predicate, if there is any *\/\n  final def find(f: A => Boolean): S => Option[A] =\n    foldRight[Option[A]](_)(None)((a, b) => b.fold(if (f(a)) a.some else None)(Some[A]))\n\n  \/** find the first focus of a [[ATraversal_]], if there is any. Synonym for preview *\/\n  final def first(s: S): Option[A] = preview(s)\n\n  \/** find the last focus of a [[ATraversal_]], if there is any *\/\n  final def last(s: S): Option[A] = foldMap(s)(a => Last(a.some)).runLast\n\n  \/** the minimum of all foci of a [[ATraversal_]], if there is any *\/\n  final def minimum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.min)\n\n  \/** the maximum of all foci of a [[ATraversal_]], if there is any *\/\n  final def maximum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.max)\n\n  \/** collect all the foci of a [[ATraversal_]] into an Array *\/\n  final def toArray[AA >: A](s: S)(implicit ev0: ClassTag[AA], ev1: Monoid[A]): Array[AA] = toList(s).toArray\n\n  \/** synonym to [[viewAll]] *\/\n  final def toList(s: S): List[A] = viewAll(s)\n\n  \/** collect all the foci of a [[ATraversal_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, List[A]] = ev.inspect(viewAll)\n\n  \/** convert an [[ATraversal_]] to a [[proptics.internal.Bazaar]] *\/\n  final def toBazaar: Bazaar[* => *, A, B, S, T] = self(new Bazaar[* => *, A, B, A, B] {\n    override def runBazaar: RunBazaar[* => *, A, B, A, B] = new RunBazaar[* => *, A, B, A, B] {\n      override def apply[F[_]](pafb: A => F[B])(s: A)(implicit ev: Applicative[F]): F[B] = pafb(s)\n    }\n  })\n\n  \/** transform an [[ATraversal_]] to a [[Traversal_]] *\/\n  final def asTraversal: Traversal_[S, T, A, B] = new Traversal_[S, T, A, B] {\n    override private[proptics] def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, A, B] = new Traversing[S, T, A, B] {\n        override def apply[F[_]](f: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = self.traverse(s)(f)\n      }\n\n      ev.wander(traversing)(pab)\n    }\n  }\n\n  \/** transform an [[ATraversal_]] to a [[Fold_]] *\/\n  final def asFold: Fold_[S, T, A, B] = new Fold_[S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, A, B]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(forget.runForget))\n  }\n\n  \/** compose a [[ATraversal_]] with a function lifted to a [[Getter_]] *\/\n  final def to[C, D](f: A => C): Fold_[S, T, C, D] = compose(Getter_[A, B, C, D](f))\n\n  \/** compose an [[ATraversal_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](c2fd: C => F[D])(s: S)(implicit ev0: Applicative[F]): F[T] =\n        self.traverse(s)(a => ev0.map(c2fd(other.view(a)))(other.set(_)(a)))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): ATraversal_[S, T, C, D] = self compose other.asIso\n\n  \/** compose an [[ATraversal_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](c2fd: C => F[D])(s: S)(implicit ev0: Applicative[F]): F[T] =\n        self.traverse(s)(a => ev0.map(c2fd(other.view(a)))(other.set(_)(a)))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): ATraversal_[S, T, C, D] = self compose other.asLens\n\n  \/** compose an [[ATraversal_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): ATraversal_[S, T, C, D] = new ATraversal_[S, T, C, D] {\n    override private[proptics] def apply(bazaar: Bazaar[* => *, C, D, C, D]): Bazaar[* => *, C, D, S, T] =\n      new Bazaar[* => *, C, D, S, T] {\n        override def runBazaar: RunBazaar[* => *, C, D, S, T] = new RunBazaar[* => *, C, D, S, T] {\n          override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] = traverse[F](s)(pafb)\n        }\n      }\n\n    \/** modify each focus of a [[ATraversal_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n    override def traverse[G[_]](s: S)(f: C => G[D])(implicit ev: Applicative[G]): G[T] =\n      self.traverse(s)(other.traverse(_)(f))\n  }\n\n  \/** compose an [[ATraversal_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): ATraversal_[S, T, C, D] = new ATraversal_[S, T, C, D] {\n    override private[proptics] def apply(bazaar: Bazaar[* => *, C, D, C, D]): Bazaar[* => *, C, D, S, T] =\n      new Bazaar[* => *, C, D, S, T] {\n        override def runBazaar: RunBazaar[* => *, C, D, S, T] = new RunBazaar[* => *, C, D, S, T] {\n          override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] = traverse[F](s)(pafb)\n        }\n      }\n\n    \/** modify each focus of a [[ATraversal_]] using a [[cats.Functor]], resulting in a change of type to the full structure *\/\n    override def traverse[G[_]](s: S)(f: C => G[D])(implicit ev: Applicative[G]): G[T] =\n      self.traverse(s)(other.traverse(_)(f))\n  }\n\n  \/** compose an [[ATraversal_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): ATraversal_[S, T, C, D] =\n    ATraversal_(new RunBazaar[* => *, C, D, S, T] {\n      override def apply[F[_]](pafb: C => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n        self.traverse(s)(other.traverse(_)(pafb))\n    })\n\n  \/** compose an [[ATraversal_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): Setter_[S, T, C, D] = new Setter_[S, T, C, D] {\n    override private[proptics] def apply(pab: C => D): S => T = self.traverse[Id](_)(other(pab))\n  }\n\n  \/** compose an [[ATraversal_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): Fold_[S, T, C, D] = self compose other.asFold\n\n  \/** compose an [[ATraversal_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): Fold_[S, T, C, D] = new Fold_[S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](forget: Forget[R, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(forget.runForget)))\n  }\n\n  \/** compose an [[ATraversal_]] with an [[IndexedLens_]] *\/\n  final def compose[I, C, D](other: IndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[AnIndexedLens_]] *\/\n  final def compose[I, C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose an [[ATraversal_]] with an [[IndexedTraversal_]] *\/\n  final def compose[I, C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    IndexedTraversal_.wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        self.traverse(_)(other.traverse(_)(f))\n    })\n\n  \/** compose a [[Traversal_]] with an [[IndexedSetter_]] *\/\n  final def compose[I, C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over(other.over(indexed.runIndex))\n  }\n\n  \/** compose a [[Traversal_]] with an [[IndexedGetter_]] *\/\n  final def compose[I, C, D](other: IndexedGetter_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget compose other.view))\n  }\n\n  \/** compose an [[ATraversal_]] with an [[IndexedFold_]] *\/\n  final def compose[I, C, D](other: IndexedFold_[I, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(other.foldMap(_)(indexed.runIndex.runForget)))\n  }\n\n  private def minMax(s: S)(f: (A, A) => A): Option[A] =\n    foldRight[Option[A]](s)(None)((a, op) => f(a, op.getOrElse(a)).some)\n}\n\nobject ATraversal_ {\n  \/** create a polymorphic [[ATraversal_]] from RunBazaar encoding *\/\n  private[proptics] def apply[S, T, A, B](runBazaar: RunBazaar[* => *, A, B, S, T]): ATraversal_[S, T, A, B] = new ATraversal_[S, T, A, B] {\n    override private[proptics] def apply(bazaar: Bazaar[Function, A, B, A, B]): Bazaar[Function, A, B, S, T] = new Bazaar[* => *, A, B, S, T] {\n      override def runBazaar: RunBazaar[* => *, A, B, S, T] = new RunBazaar[* => *, A, B, S, T] {\n        override def apply[F[_]](pafb: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = runBazaar(pafb)(s)\n      }\n    }\n\n    override def traverse[G[_]](s: S)(f: A => G[B])(implicit ev: Applicative[G]): G[T] = runBazaar(f)(s)\n  }\n\n  \/** create a polymorphic [[ATraversal_]] from a getter\/setter pair *\/\n  final def apply[S, T, A, B](get: S => A)(_set: S => B => T): ATraversal_[S, T, A, B] = new ATraversal_[S, T, A, B] {\n    override def apply(bazaar: Bazaar[* => *, A, B, A, B]): Bazaar[* => *, A, B, S, T] = new Bazaar[* => *, A, B, S, T] {\n      override def runBazaar: RunBazaar[* => *, A, B, S, T] = new RunBazaar[* => *, A, B, S, T] {\n        override def apply[F[_]](pafb: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = traverse(s)(pafb)\n      }\n    }\n\n    override def traverse[F[_]](s: S)(f: A => F[B])(implicit ev: Applicative[F]): F[T] =\n      ev.map(f(get(s)))(_set(s)(_))\n  }\n\n  \/** create a polymorphic [[ATraversal_]] from a combined getter\/setter *\/\n  final def traverse[P[_, _], S, T, A, B](combined: S => (A, B => T)): ATraversal_[S, T, A, B] = new ATraversal_[S, T, A, B] {\n    override def apply(bazaar: Bazaar[* => *, A, B, A, B]): Bazaar[* => *, A, B, S, T] = new Bazaar[* => *, A, B, S, T] {\n      override def runBazaar: RunBazaar[* => *, A, B, S, T] = new RunBazaar[* => *, A, B, S, T] {\n        override def apply[F[_]](pafb: A => F[B])(s: S)(implicit ev: Applicative[F]): F[T] = traverse(s)(pafb)\n      }\n    }\n\n    override def traverse[F[_]](s: S)(f: A => F[B])(implicit ev1: Applicative[F]): F[T] = {\n      val (a, b2t) = combined(s)\n\n      ev1.map(f(a))(b2t)\n    }\n  }\n\n  \/** create a polymorphic [[ATraversal_]] from a [[cats.Traverse]] *\/\n  final def fromTraverse[G[_], A, B](implicit ev0: Traverse[G]): ATraversal_[G[A], G[B], A, B] =\n    ATraversal_(new RunBazaar[* => *, A, B, G[A], G[B]] {\n      override def apply[F[_]](pafb: A => F[B])(s: G[A])(implicit ev: Applicative[F]): F[G[B]] =\n        ev0.traverse(s)(pafb)\n    })\n\n  \/** create a polymorphic [[ATraversal_]] from [[proptics.internal.Bazaar]] *\/\n  final def fromBazaar[S, T, A, B](bazaar: Bazaar[* => *, A, B, S, T]): ATraversal_[S, T, A, B] = ATraversal_[S, T, A, B](bazaar.runBazaar)\n\n  \/** polymorphic identity of an [[ATraversal_]] *\/\n  final def id[S, T]: ATraversal_[S, T, S, T] = ATraversal_(identity[S] _)(const(identity[T]))\n}\n\nobject ATraversal {\n  \/** create a monomorphic [[ATraversal]] from a getter\/setter pair *\/\n  final def apply[S, A](get: S => A)(set: S => A => S): ATraversal[S, A] = ATraversal_(get)(set)\n\n  \/** create a monomorphic [[ATraversal]] from a combined getter\/setter *\/\n  final def traverse[S, A](to: S => (A, A => S)): ATraversal[S, A] = ATraversal_.traverse(to)\n\n  \/** create a monomorphic [[ATraversal]] from a [[cats.Traverse]] *\/\n  final def fromTraverse[G[_]: Traverse, A]: ATraversal[G[A], A] = ATraversal_.fromTraverse\n\n  \/** create a monomorphic [[ATraversal]] from a [[proptics.internal.Bazaar]] *\/\n  final def fromBazaar[S, A](bazaar: Bazaar[* => *, A, A, S, S]): ATraversal[S, A] = ATraversal_.fromBazaar(bazaar)\n\n  \/** monomorphic identity of an [[ATraversal]] *\/\n  final def id[S]: ATraversal[S, S] = ATraversal_.id[S, S]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/ExchangeSpec.scala","text":"package proptics.specs\n\nimport cats.Eq\nimport cats.laws.discipline.{ExhaustiveCheck, FunctorTests, MiniInt, ProfunctorTests}\nimport org.scalacheck.Arbitrary._\nimport org.scalacheck.Cogen._\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.internal.Exchange\n\nclass ExchangeSpec extends PropticsSuite {\n  implicit def eqExchange0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Exchange[Int, Int, Int, Int]] = Eq.instance[Exchange[Int, Int, Int, Int]] { (ex1, ex2) =>\n    ev.allValues.forall { miniInt =>\n      val int = miniInt.toInt\n\n      ex1.view(int) === ex2.view(int) && ex1.review(int) === ex2.review(int)\n    }\n  }\n\n  checkAll(\"Functor Exchange[Int, Int, Int, Int]\", FunctorTests[Exchange[Int, Int, Int, *]].functor[Int, Int, Int])\n  checkAll(\"Profunctor Exchange[Int, Int, Int, Int]\", ProfunctorTests[Exchange[Int, Int, *, *]].profunctor[Int, Int, Int, Int, Int, Int])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/TraversalSpec.scala","text":"<gh_stars>0\npackage proptics.specs\n\nimport scala.Function.const\nimport scala.util.Random\n\nimport cats.data.State\nimport cats.instances.list._\nimport cats.kernel.Order\nimport cats.syntax.foldable._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics._\nimport proptics.law.discipline._\nimport proptics.specs.compose._\nimport proptics.syntax.traversal._\n\nclass TraversalSpec extends PropticsSuite {\n  val plusOne: Int => Int = _ + 1\n  val someEven: Int => Option[Int] = i => if (i % 2 == 0) i.some else none[Int]\n  val fromTraverse: Traversal[List[Int], Int] = Traversal.fromTraverse[List, Int]\n  val boolTraversal: Traversal[List[Boolean], Boolean] = Traversal.fromTraverse[List, Boolean]\n  val wholeTraversal: Traversal[Whole, Int] = Traversal[Whole, Int](_.part)(whole => focus => whole.copy(part = focus))\n\n  checkAll(\"Traversal[List[Int], Int] fromTraverse\", TraversalTests(fromTraverse).traversal)\n  checkAll(\"Traversal[Whole, Int] apply\", TraversalTests(wholeTraversal).traversal)\n  checkAll(\"Traversal[Int, Int] id\", TraversalTests(Traversal.id[Int]).traversal)\n  checkAll(\"Traversal[(Int, Int), (Int, Int), Int, Int] both\", TraversalTests(Traversal_.both[(*, *), Int, Int]).traversal)\n  checkAll(\"Traversal[List[Int], Int] elementAt\", TraversalTests(Traversal.elementAt[List, Int](1)).traversal)\n  checkAll(\"Traversal[List[Int], Int] take\", TraversalTests(Traversal.take[List, Int](1)).traversal)\n  checkAll(\"Traversal[List[Int], Int] drop\", TraversalTests(Traversal.drop[List, Int](1)).traversal)\n  checkAll(\"Traversal[Int, Int] compose with Iso[Int, Int]\", TraversalTests(traversal compose iso).traversal)\n  checkAll(\"Traversal[Int, Int] compose with AnIso[Int, Int]\", TraversalTests(traversal compose anIso).traversal)\n  checkAll(\"Traversal[Int, Int] compose with Lens[Int, Int]\", TraversalTests(traversal compose lens).traversal)\n  checkAll(\"Traversal[Int, Int] compose with ALens[Int, Int]\", TraversalTests(traversal compose aLens).traversal)\n  checkAll(\"Traversal[Int, Int] compose with Prism[Int, Int]\", TraversalTests(traversal compose prism).traversal)\n  checkAll(\"Traversal[Int, Int] compose with APrism[Int, Int]\", TraversalTests(traversal compose aPrism).traversal)\n  checkAll(\"Traversal[Int, Int] compose with AffineTraversal[Int, Int]\", TraversalTests(traversal compose affineTraversal).traversal)\n  checkAll(\"Traversal[Int, Int] compose with AnAffineTraversal[Int, Int]\", TraversalTests(traversal compose anAffineTraversal).traversal)\n  checkAll(\"Traversal[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(traversal compose traversal).traversal)\n  checkAll(\"Traversal[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(traversal compose aTraversal).aTraversal)\n  checkAll(\"Traversal[Int, Int] compose with Setter[Int, Int]\", SetterTests(traversal compose setter).setter)\n\n  {\n    implicit val order: Order[List[Int]] = catsKernelStdOrderForList[Int]\n\n    checkAll(\"Traversal[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedTraversalTests(traversal compose indexedLens).indexedTraversal)\n    checkAll(\"Traversal[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedTraversalTests(traversal compose anIndexedLens).indexedTraversal)\n    checkAll(\"Traversal[Int, Int] compose with IndexedTraversal[Int, Int, Int]\", IndexedTraversalTests(traversal compose indexedTraversal).indexedTraversal)\n    checkAll(\"Traversal[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(traversal compose indexedSetter).indexedSetter)\n  }\n  test(\"viewAll\") {\n    fromTraverse.viewAll(list) shouldEqual list\n    fromTraverse.viewAll(listEmpty) shouldEqual listEmpty\n    wholeTraversal.viewAll(whole9) shouldEqual List(9)\n  }\n\n  test(\"preview\") {\n    fromTraverse.preview(list) shouldEqual Some(1)\n    fromTraverse.preview(listEmpty) shouldEqual None\n    wholeTraversal.preview(whole9) shouldEqual Some(9)\n  }\n\n  test(\"set\") {\n    fromTraverse.set(0)(list) shouldEqual list.map(const(0))\n    wholeTraversal.set(9)(Whole(0)) shouldEqual whole9\n  }\n\n  test(\"over\") {\n    fromTraverse.over(plusOne)(list) shouldEqual list.map(plusOne)\n    wholeTraversal.over(plusOne)(Whole(8)) shouldEqual whole9\n  }\n\n  test(\"traverse\") {\n    fromTraverse.traverse(list)(_.some) shouldEqual list.some\n    fromTraverse.traverse(list)(someEven) shouldEqual None\n    fromTraverse.traverse(list)(_.some) shouldEqual fromTraverse.overF(_.some)(list)\n    wholeTraversal.traverse(whole9)(_.some) shouldEqual whole9.some\n  }\n\n  test(\"foldMap\") {\n    fromTraverse.foldMap(list)(_.toString) shouldEqual list.map(_.toString).intercalate(\"\")\n    wholeTraversal.foldMap(whole9)(_.toString) shouldEqual 9.toString\n  }\n\n  test(\"fold\") {\n    fromTraverse.fold(list) shouldEqual list.sum\n    fromTraverse.fold(listEmpty) shouldEqual 0\n    fromTraverse.view(list) shouldEqual fromTraverse.fold(list)\n    wholeTraversal.view(whole9) shouldEqual 9\n  }\n\n  test(\"foldRight\") {\n    fromTraverse.foldRight(list)(listEmpty)(_ :: _) shouldEqual list\n    wholeTraversal.foldRight(whole9)(0)(_ - _) should be > 0\n  }\n\n  test(\"foldLeft\") {\n    fromTraverse.foldLeft(list)(List.empty[Int])((ls, a) => a :: ls) shouldEqual list.reverse\n    wholeTraversal.foldLeft(whole9)(0)(_ - _) should be < 0\n  }\n\n  test(\"sequence_\") {\n    fromTraverse.sequence_[Option](list) shouldEqual ().some\n    wholeTraversal.sequence_[Option](whole9) shouldEqual ().some\n  }\n\n  test(\"traverse_\") {\n    fromTraverse.traverse_(list)(_.some) shouldEqual Some(())\n    fromTraverse.traverse_(list)(someEven) shouldEqual None\n    wholeTraversal.traverse_(whole9)(_.some) shouldEqual Some(())\n    wholeTraversal.traverse_(whole9)(someEven) shouldEqual None\n  }\n\n  {\n    import spire.std.int.IntAlgebra\n\n    test(\"sum\") {\n      fromTraverse.sum(list) shouldEqual list.sum\n      wholeTraversal.sum(whole9) shouldEqual 9\n    }\n\n    test(\"product\") {\n      fromTraverse.product(list) shouldEqual list.product\n      fromTraverse.product(listEmpty) shouldEqual 1\n      wholeTraversal.product(whole9) shouldEqual 9\n    }\n  }\n\n  test(\"forall\") {\n    fromTraverse.forall(_ < 10)(list) shouldEqual true\n    fromTraverse.forall(_ < 10)(listEmpty) shouldEqual true\n    fromTraverse.forall(_ > 10)(list) shouldEqual false\n    fromTraverse.forall(_ > 10)(listEmpty) shouldEqual true\n    wholeTraversal.forall(_ < 10)(whole9) shouldEqual true\n    wholeTraversal.forall(_ > 10)(whole9) shouldEqual false\n  }\n\n  test(\"forall using heyting\") {\n    fromTraverse.forall(list)(_ < 10) shouldEqual true\n    fromTraverse.forall(listEmpty)(_ < 10) shouldEqual true\n    fromTraverse.forall(list)(_ > 10) shouldEqual false\n    fromTraverse.forall(listEmpty)(_ > 10) shouldEqual true\n    wholeTraversal.forall(whole9)(_ < 10) shouldEqual true\n    wholeTraversal.forall(whole9)(_ > 10) shouldEqual false\n  }\n\n  test(\"and\") {\n    boolTraversal.and(boolList) shouldEqual false\n    boolTraversal.and(boolTraversal.set(true)(boolList)) shouldEqual true\n    boolTraversal.and(falseBoolList) shouldEqual false\n  }\n\n  test(\"or\") {\n    boolTraversal.or(boolList) shouldEqual true\n    boolTraversal.or(falseBoolList) shouldEqual false\n  }\n\n  test(\"any\") {\n    fromTraverse.any(list)(greaterThan5) shouldEqual true\n    fromTraverse.any(listEmpty)(greaterThan10) shouldEqual false\n    wholeTraversal.any(whole9)(greaterThan5) shouldEqual true\n  }\n\n  test(\"exist\") {\n    fromTraverse.exists(greaterThan5)(list) shouldEqual true\n    fromTraverse.exists(greaterThan10)(list) shouldEqual false\n    wholeTraversal.exists(greaterThan5)(whole9) shouldEqual true\n    wholeTraversal.exists(greaterThan10)(whole9) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    fromTraverse.notExists(greaterThan5)(list) shouldEqual false\n    fromTraverse.notExists(greaterThan10)(list) shouldEqual true\n    fromTraverse.notExists(greaterThan10)(list) shouldEqual !fromTraverse.exists(greaterThan10)(list)\n    wholeTraversal.notExists(greaterThan5)(whole9) shouldEqual false\n    wholeTraversal.notExists(greaterThan10)(whole9) shouldEqual true\n    wholeTraversal.notExists(greaterThan10)(whole9) shouldEqual !wholeTraversal.exists(greaterThan10)(whole9)\n  }\n\n  test(\"contains\") {\n    fromTraverse.contains(5)(list) shouldEqual true\n    fromTraverse.contains(10)(list) shouldEqual false\n    wholeTraversal.contains(9)(whole9) shouldEqual true\n    wholeTraversal.contains(10)(whole9) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    fromTraverse.notContains(5)(list) shouldEqual false\n    fromTraverse.notContains(10)(list) shouldEqual true\n    fromTraverse.notContains(10)(list) shouldEqual !fromTraverse.contains(10)(list)\n    wholeTraversal.notContains(9)(whole9) shouldEqual false\n    wholeTraversal.notContains(10)(whole9) shouldEqual true\n    wholeTraversal.notContains(10)(whole9) shouldEqual !wholeTraversal.contains(10)(whole9)\n  }\n\n  test(\"isEmpty\") {\n    fromTraverse.isEmpty(list) shouldEqual false\n    fromTraverse.isEmpty(listEmpty) shouldEqual true\n    wholeTraversal.isEmpty(whole9) shouldEqual false\n  }\n\n  test(\"nonEmpty\") {\n    fromTraverse.nonEmpty(list) shouldEqual true\n    fromTraverse.nonEmpty(listEmpty) shouldEqual false\n    fromTraverse.nonEmpty(list) shouldEqual !fromTraverse.isEmpty(list)\n    wholeTraversal.nonEmpty(whole9) shouldEqual true\n    wholeTraversal.nonEmpty(whole9) shouldEqual !wholeTraversal.isEmpty(whole9)\n  }\n\n  test(\"length\") {\n    fromTraverse.length(list) shouldEqual list.length\n    fromTraverse.length(listEmpty) shouldEqual 0\n    wholeTraversal.length(whole9) shouldEqual 1\n  }\n\n  test(\"find\") {\n    fromTraverse.find(greaterThan5)(list) shouldEqual list.find(greaterThan5)\n    fromTraverse.find(greaterThan10)(list) shouldEqual None\n    wholeTraversal.find(greaterThan5)(whole9) shouldEqual 9.some\n    wholeTraversal.find(greaterThan10)(whole9) shouldEqual None\n  }\n\n  test(\"first\") {\n    fromTraverse.first(list) shouldEqual list.head.some\n    fromTraverse.first(listEmpty) shouldEqual None\n    wholeTraversal.first(whole9) shouldEqual 9.some\n  }\n\n  test(\"last\") {\n    fromTraverse.last(list) shouldEqual list.last.some\n    fromTraverse.last(listEmpty) shouldEqual None\n    wholeTraversal.last(whole9) shouldEqual 9.some\n  }\n\n  test(\"minimum\") {\n    fromTraverse.minimum(Random.shuffle(list)) shouldEqual list.head.some\n    fromTraverse.minimum(listEmpty) shouldEqual None\n    wholeTraversal.minimum(whole9) shouldEqual 9.some\n  }\n\n  test(\"maximum\") {\n    fromTraverse.maximum(Random.shuffle(list)) shouldEqual list.last.some\n    fromTraverse.maximum(listEmpty) shouldEqual None\n    wholeTraversal.maximum(whole9) shouldEqual 9.some\n  }\n\n  test(\"toArray\") {\n    fromTraverse.toArray(list) shouldEqual list.toArray\n    wholeTraversal.toArray(whole9) shouldEqual Array(9)\n  }\n\n  test(\"toList\") {\n    fromTraverse.toList(list) shouldEqual list\n    wholeTraversal.toList(whole9) shouldEqual List(9)\n  }\n\n  test(\"use\") {\n    implicit val state: State[List[Int], Int] = State.pure[List[Int], Int](1)\n\n    fromTraverse.use.runA(list).value shouldEqual list\n    wholeTraversal.use.runA(whole9).value shouldEqual List(9)\n  }\n\n  test(\"compose with Getter\") {\n    (traversal compose getter).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (traversal compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"asIndexableTraversal\") {\n    fromTraverse.asIndexableTraversal.foldRight(list)(List.empty[Int])(_._2 :: _) shouldEqual List.range(0, 6)\n  }\n\n  test(\"filterByIndex\") {\n    fromTraverse.filterByIndex(_ < 3).viewAll(list) shouldEqual list.take(3)\n  }\n\n  test(\"element\") {\n    fromTraverse.elementAt(1).viewAll(list) shouldEqual List(2)\n  }\n\n  test(\"take\") {\n    val take3 = Traversal.take[List, Int](3)\n    take3.viewAll(list) shouldEqual List(1, 2, 3)\n    take3.over(_ + 1)(list) shouldEqual List(2, 3, 4, 4, 5, 6)\n  }\n\n  test(\"drop\") {\n    val drop3 = Traversal.drop[List, Int](3)\n    drop3.viewAll(list) shouldEqual List(4, 5, 6)\n    drop3.over(_ + 1)(list) shouldEqual List(1, 2, 3, 5, 6, 7)\n  }\n\n  test(\"takeWhile\") {\n    val take3 = fromTraverse.takeWhile(_ < 4)\n    take3.viewAll(list) shouldEqual List(1, 2, 3)\n    take3.over(_ + 1)(list) shouldEqual List(2, 3, 4, 4, 5, 6)\n  }\n\n  test(\"dropWhile\") {\n    val drop3 = fromTraverse.dropWhile(_ < 4)\n    drop3.viewAll(list) shouldEqual List(4, 5, 6)\n    drop3.over(_ + 1)(list) shouldEqual List(1, 2, 3, 5, 6, 7)\n  }\n\n  test(\"both\") {\n    val both = Traversal_.both[Tuple2, String, Int]\n\n    both.viewAll((\"Hello\", \"World!\")) shouldEqual List(\"Hello\", \"World!\")\n    both.over(_.length)((\"Hello\", \"World!\")) shouldEqual ((5, 6))\n    both.foldRight((\"Hello \", \"World\"))(\"!\")(_ ++ _) shouldEqual \"Hello World!\"\n    both.foldLeft((\"Hello \", \"World!\"))(\"!\")(_ ++ _) shouldEqual \"!Hello World!\"\n  }\n\n  test(\"filter using fold\") {\n    val filterFold: Fold_[Whole, Whole, Int, Int] =\n      Getter[Whole, Int](_.part) compose\n        Prism.fromPartial[Int, Int] { case i if i < 5 => i }(identity)\n    val traversal = Traversal.fromTraverse[List, Whole] compose Traversal.filter(filterFold)\n\n    traversal.viewAll(List(Whole(1), Whole(9), Whole(2))) shouldEqual List(Whole(1), Whole(2))\n  }\n\n  test(\"filter using traversal\") {\n    val filterTraversal =\n      Lens[Whole, Int](_.part)(const(i => Whole(i))) compose\n        Prism.fromPartial[Int, Int] { case i if i < 5 => i }(identity)\n    val traversal = Traversal.fromTraverse[List, Whole] compose Traversal.filter(filterTraversal.asFold)\n\n    traversal.viewAll(List(Whole(1), Whole(9), Whole(2))) shouldEqual List(Whole(1), Whole(2))\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = traversal compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = traversal compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/ALensTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nimport proptics.ALens\nimport proptics.law.ALensLaws\n\ntrait ALensTests[S, A] extends Laws {\n  def laws: ALensLaws[S, A]\n\n  def aLens(implicit eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbAA: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\n      \"ALens\",\n      \"setGet\" -> forAll(laws.setGet _),\n      \"getSet\" -> forAll((s: S, a: A) => laws.getSet(s, a)),\n      \"setSet\" -> forAll((s: S, a: A) => laws.setSet(s, a)),\n      \"overIdentity\" -> forAll(laws.overIdentity _),\n      \"composeOver\" -> forAll((s: S, f: A => A, g: A => A) => laws.composeOver(s)(f)(g)),\n      \"composeSourceLens\" -> forAll(laws.composeSourceLens _),\n      \"composeFocusLens\" -> forAll((s: S, a: A) => laws.composeFocusLens(s, a))\n    )\n}\n\nobject ALensTests {\n  def apply[S, A](_aLens: ALens[S, A]): ALensTests[S, A] =\n    new ALensTests[S, A] { def laws: ALensLaws[S, A] = ALensLaws(_aLens) }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Zipping.scala","text":"package proptics.internal\n\nimport cats.Functor\nimport cats.arrow.{Profunctor, Strong}\n\nimport proptics.profunctor.Closed\n\n\/** The [[Zipping]] [[cats.arrow.Profunctor]] characterizes an [[proptics.Grate_]] *\/\nfinal case class Zipping[A, B](runZipping: A => A => B) extends AnyVal\n\nabstract class ZippingInstances {\n  implicit final def functorZipping[C]: Functor[Zipping[C, *]] = new Functor[Zipping[C, *]] {\n    override def map[A, B](fa: Zipping[C, A])(f: A => B): Zipping[C, B] =\n      Zipping(f compose fa.runZipping(_))\n  }\n\n  implicit final val profunctorZipping: Profunctor[Zipping] = new Profunctor[Zipping] {\n    override def dimap[A, B, C, D](fab: Zipping[A, B])(f: C => A)(g: B => D): Zipping[C, D] =\n      Zipping(c1 => c2 => g(fab.runZipping(f(c1))(f(c2))))\n  }\n\n  implicit final val strongZipping: Strong[Zipping] = new Strong[Zipping] {\n    override def first[A, B, C](fa: Zipping[A, B]): Zipping[(A, C), (B, C)] =\n      Zipping(ac1 => ac2 => (fa.runZipping(ac1._1)(ac2._1), ac1._2))\n\n    override def second[A, B, C](fa: Zipping[A, B]): Zipping[(C, A), (C, B)] =\n      Zipping(ca1 => ca2 => (ca2._1, fa.runZipping(ca1._2)(ca2._2)))\n\n    override def dimap[A, B, C, D](fab: Zipping[A, B])(f: C => A)(g: B => D): Zipping[C, D] =\n      profunctorZipping.dimap(fab)(f)(g)\n  }\n\n  implicit final val closedZipping: Closed[Zipping] = new Closed[Zipping] {\n    override def closed[A, B, C](pab: Zipping[A, B]): Zipping[C => A, C => B] =\n      Zipping[C => A, C => B](f1 => f2 => x => pab.runZipping(f1(x))(f2(x)))\n\n    override def dimap[A, B, C, D](fab: Zipping[A, B])(f: C => A)(g: B => D): Zipping[C, D] =\n      profunctorZipping.dimap(fab)(f)(g)\n  }\n}\n\nobject Zipping extends ZippingInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/IndexedSetter.scala","text":"package proptics\nimport scala.Function.{const, untupled}\n\nimport proptics.internal.Indexed\nimport proptics.syntax.tuple._\n\n\/** An [[IndexedSetter_]] is a generalization of mapWithIndex from [[proptics.indices.FunctorWithIndex]]\n  *\n  * @tparam I the index of an [[IndexedSetter_]]\n  * @tparam S the source of an [[IndexedSetter_]]\n  * @tparam T the modified source of an [[IndexedSetter_]]\u2014\n  * @tparam A the focus an [[IndexedSetter_]]\n  * @tparam B the modified focus of an [[IndexedSetter_]]\n  *\/\nabstract class IndexedSetter_[I, S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply(indexed: Indexed[* => *, I, A, B]): S => T\n\n  \/** set the modified focus of an [[IndexedSetter_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the focus type of an [[IndexedSetter_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: ((A, I)) => B): S => T = self(Indexed(f))\n\n  \/** synonym to [[asSetter]] *\/\n  final def unIndex: Setter_[S, T, A, B] = asSetter\n\n  \/** remap the index, resulting in a change of type to the full structure *\/\n  final def reindex[J](f: I => J): IndexedSetter_[J, S, T, A, B] = new IndexedSetter_[J, S, T, A, B] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, A, B]): S => T = self(indexed.reindex[I](f))\n  }\n\n  \/** transform an [[IndexedSetter_]] to a [[Setter_]] *\/\n  final def asSetter: Setter_[S, T, A, B] = new Setter_[S, T, A, B] {\n    override private[proptics] def apply(pab: A => B): S => T =\n      self(Indexed(pab compose Tuple2._1[A, I]))\n  }\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = new IndexedSetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, C, D]): S => T =\n      self(Indexed(other(indexed) compose Tuple2._1[A, I]))\n  }\n\n  \/** compose an [[IndexedLens_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over { case (a, i) => other.over { case (c, _) => indexed.runIndex((c, i)) }(a) }\n  }\n\n  \/** compose an [[IndexedLens_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedSetter_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = new IndexedSetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, C, D]): S => T =\n      self.over { case (a, _) => other.over { case (c, j) => indexed.runIndex((c, j)) }(a) }\n  }\n\n  \/** compose an [[IndexedSetter_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[C, D](other: AnIndexedLens_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedSetter_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over { case (a, i) => other.over { case (c, _) => indexed.runIndex((c, i)) }(a) }\n  }\n\n  \/** compose an [[IndexedLens_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def <<*[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedLens_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = new IndexedSetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, C, D]): S => T =\n      self(Indexed(other(indexed) compose Tuple2._1[A, I]))\n  }\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def *>>[C, D](other: IndexedTraversal_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over { case (a, i) => other.over { case (c, _) => indexed.runIndex((c, i)) }(a) }\n  }\n\n  \/** compose an [[IndexedLens_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def <<*[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  final def composeWithRightIndex[J, C, D](other: IndexedSetter_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = new IndexedSetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, C, D]): S => T =\n      self(Indexed(other(indexed) compose Tuple2._1[A, I]))\n  }\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedSetter_]], while preserving the indices of the other optic *\/\n  final def *>>[C, D](other: IndexedSetter_[I, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedSetter_]] with an [[IndexedSetter_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedSetter_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self.over { case (a, i) => other.over { case (c, _) => indexed.runIndex((c, i)) }(a) }\n  }\n\n  \/** compose an [[IndexedLens_]] with an [[IndexedSetter_]], while preserving self indices *\/\n  final def <<*[J, C, D](other: IndexedSetter_[J, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n}\n\nobject IndexedSetter_ {\n  \/** create a polymorphic [[IndexedSetter_]] from an Indexed mapping function *\/\n  private[proptics] def apply[I, S, T, A, B](mapping: Indexed[* => *, I, A, B] => S => T)(implicit ev: DummyImplicit): IndexedSetter_[I, S, T, A, B] =\n    new IndexedSetter_[I, S, T, A, B] {\n      override def apply(indexed: Indexed[* => *, I, A, B]): S => T = mapping(indexed)\n    }\n\n  \/** create a polymorphic [[IndexedSetter_]] from an indexed mapping function *\/\n  final def apply[I, S, T, A, B](mapping: ((A, I) => B) => S => T): IndexedSetter_[I, S, T, A, B] =\n    IndexedSetter_ { indexed: Indexed[* => *, I, A, B] => mapping(untupled(indexed.runIndex)) }\n}\n\nobject IndexedSetter {\n  \/** create a monomorphic [[IndexedSetter]] from an indexed mapping function *\/\n  final def apply[I, S, A](mapping: ((A, I) => A) => S => S): IndexedSetter[I, S, A] = IndexedSetter_(mapping)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/IndexedTraversal.scala","text":"package proptics\n\nimport scala.Function.const\nimport scala.reflect.ClassTag\n\nimport cats.data.{Const, State}\nimport cats.syntax.apply._\nimport cats.syntax.eq._\nimport cats.syntax.option._\nimport cats.{Applicative, Eq, Id, Monoid, Order, Traverse}\nimport spire.algebra.lattice.Heyting\nimport spire.algebra.{AdditiveMonoid, MultiplicativeMonoid}\nimport spire.std.boolean._\n\nimport proptics.IndexedLens_.liftIndexedOptic\nimport proptics.IndexedTraversal_.wander\nimport proptics.data.{Additive, Conj, Disj, Dual, Endo, First, Last, Multiplicative}\nimport proptics.indices.TraverseWithIndex\nimport proptics.internal._\nimport proptics.profunctor.Wander._\nimport proptics.profunctor.{Star, Traversing, Wander}\nimport proptics.rank2types.{LensLikeWithIndex, Rank2TypeIndexedTraversalLike, Rank2TypeTraversalLike}\nimport proptics.syntax.function._\nimport proptics.syntax.indexedTraversal._\nimport proptics.syntax.star._\nimport proptics.syntax.tuple._\n\n\/** An [[IndexedTraversal_]] is an indexed optic that focuses on zero or more values, and their indices.\n  *\n  * @tparam I the index of an [[IndexedTraversal_]]\n  * @tparam S the source of an [[IndexedTraversal_]]\n  * @tparam T the modified source of an [[IndexedTraversal_]]\n  * @tparam A the foci of an [[IndexedTraversal_]]\n  * @tparam B the modified foci of an [[IndexedTraversal_]]\n  *\/\nabstract class IndexedTraversal_[I, S, T, A, B] extends Serializable { self =>\n  private[proptics] def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev: Wander[P]): P[S, T]\n\n  \/** collect all the foci and indices of an [[IndexedTraversal_]] into aList *\/\n  final def viewAll(s: S): List[(A, I)] = foldMap(s)(List(_))\n\n  \/** view the first focus and index of an [[IndexedTraversal_]], if there is any *\/\n  final def preview(s: S): Option[(A, I)] = foldMap(s)(ai => First(ai.some)).runFirst\n\n  \/** set the modified foci of an [[IndexedTraversal_]] *\/\n  final def set(b: B): S => T = over(const(b))\n\n  \/** modify the foci type of an [[IndexedTraversal_]] using a function, resulting in a change of type to the full structure *\/\n  final def over(f: ((A, I)) => B): S => T = self(Indexed(f))\n\n  \/** synonym for [[traverse]], flipped *\/\n  final def overF[F[_]: Applicative](f: ((A, I)) => F[B])(s: S): F[T] = traverse(s)(f)\n\n  \/** modify each focus of an [[IndexedTraversal_]] using a Functor, resulting in a change of type to the full structure *\/\n  final def traverse[F[_]: Applicative](s: S)(f: ((A, I)) => F[B]): F[T] =\n    self[Star[F, *, *]](Indexed(Star[F, (A, I), B](f))).runStar(s)\n\n  \/** map each focus and index of an [[IndexedTraversal_]] to a [[cats.Monoid]], and combine the results *\/\n  final def foldMap[R: Monoid](s: S)(f: ((A, I)) => R): R = overF[Const[R, *]](Const[R, B] _ compose f)(s).getConst\n\n  \/** fold the foci and indices of an [[IndexedTraversal_]] using a binary operator, going right to left *\/\n  final def foldRight[R](s: S)(r: R)(f: ((A, I), R) => R): R = foldMap(s)(Endo[* => *, R] _ compose f.curried).runEndo(r)\n\n  \/** fold the foci and indices of an [[IndexedTraversal_]] using a binary operator, going left to right *\/\n  final def foldLeft[R](s: S)(r: R)(f: (R, (A, I)) => R): R =\n    foldMap(s)(Dual[Endo[* => *, R]] _ compose Endo[* => *, R] compose f.curried.flip).runDual.runEndo(r)\n\n  \/** evaluate each focus and index of an [[IndexedTraversal_]] from left to right, and ignore the results structure *\/\n  final def sequence_[F[_]](s: S)(implicit ev: Applicative[F]): F[Unit] = traverse_(s)(ev.pure)\n\n  \/** map each focus and index of an [[IndexedTraversal_]] to an effect, from left to right, and ignore the results *\/\n  final def traverse_[F[_], R](s: S)(f: ((A, I)) => F[R])(implicit ev: Applicative[F]): F[Unit] =\n    foldLeft[F[Unit]](s)(ev.pure(()))((b, ia) => ev.void(f(ia)) *> b)\n\n  \/** the sum of all foci of an [[IndexedTraversal_]] *\/\n  final def sum(s: S)(implicit ev: AdditiveMonoid[A]): A =\n    foldMap(s)(Additive[A] _ compose Tuple2._1).runAdditive\n\n  \/** the product of all foci of an [[IndexedTraversal_]] *\/\n  final def product(s: S)(implicit ev: MultiplicativeMonoid[A]): A =\n    foldMap(s)(Multiplicative[A] _ compose Tuple2._1).runMultiplicative\n\n  \/** test whether there is no focus or a predicate holds for all foci and indices of an [[IndexedTraversal_]] *\/\n  final def forall(f: ((A, I)) => Boolean): S => Boolean = forall(_)(f)\n\n  \/** test whether there is no focus or a predicate holds for all foci and indices of an [[IndexedTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def forall[R: Heyting](s: S)(f: ((A, I)) => R): R = foldMap(s)(Conj[R] _ compose f).runConj\n\n  \/** return the result of a conjunction of all foci of an [[IndexedTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def and(s: S)(implicit ev: Heyting[A]): A = forall(s)(_._1)\n\n  \/** return the result of a disjunction of all foci of an [[IndexedTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def or(s: S)(implicit ev: Heyting[A]): A = any[Id, A](s)(_._1)\n\n  \/** test whether a predicate holds for any focus and index of an [[IndexedTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def any[F[_], R: Heyting](s: S)(f: ((A, I)) => R): R = foldMap(s)(Disj[R] _ compose f).runDisj\n\n  \/** test whether a predicate holds for any focus and index of an [[IndexedTraversal_]], using a [[spire.algebra.lattice.Heyting]] algebra *\/\n  final def exists(f: ((A, I)) => Boolean): S => Boolean = s => any[Disj, Boolean](s)(f)\n\n  \/** test whether a predicate does not hold for any focus and index of an [[IndexedTraversal_]] *\/\n  final def notExists(f: ((A, I)) => Boolean): S => Boolean = !exists(f)(_)\n\n  \/** test whether a focus at specific index of an [[IndexedTraversal_]] contains a given value *\/\n  final def contains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = exists(_ === a)(s)\n\n  \/** test whether a focus at specific index of an [[IndexedTraversal_]] does not contain a given value *\/\n  final def notContains(a: (A, I))(s: S)(implicit ev: Eq[(A, I)]): Boolean = !contains(a)(s)\n\n  \/** check if the [[IndexedTraversal_]] does not contain a focus *\/\n  final def isEmpty(s: S): Boolean = preview(s).isEmpty\n\n  \/** check if the [[IndexedTraversal_]] contains a focus *\/\n  final def nonEmpty(s: S): Boolean = !isEmpty(s)\n\n  \/** the number of foci of an [[IndexedTraversal_]] *\/\n  final def length(s: S): Int = foldMap(s)(const(1))\n\n  \/** find the first focus of an [[IndexedTraversal_]] that satisfies a predicate, if there is any *\/\n  final def find(f: ((A, I)) => Boolean): S => Option[(A, I)] = s => foldRight[Option[(A, I)]](s)(None)((ai, op) => op.fold(if (f(ai)) ai.some else None)(Some[(A, I)]))\n\n  \/** synonym for [[preview]] *\/\n  final def first(s: S): Option[(A, I)] = preview(s)\n\n  \/** find the last focus and index of an [[IndexedTraversal_]] that satisfies a predicate, if there is any *\/\n  final def last(s: S): Option[(A, I)] = foldMap(s)(ai => Last(ai.some)).runLast\n\n  \/** the minimum of all foci of an [[IndexedTraversal_]], if there is any *\/\n  final def minimum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.min)\n\n  \/** the maximum of all foci of an [[IndexedTraversal_]], if there is any *\/\n  final def maximum(s: S)(implicit ev: Order[A]): Option[A] = minMax(s)(ev.max)\n\n  \/** collect all the foci of an [[IndexedTraversal_]] into an Array *\/\n  final def toArray(s: S)(implicit ev0: ClassTag[A]): Array[A] = toList(s).toArray\n\n  \/** collect all the foci of an [[IndexedTraversal_]] into aList *\/\n  final def toList(s: S): List[A] = foldMap(s) { case (a, _) => List(a) }\n\n  \/** view the focus and the index of an [[IndexedTraversal_]] in the state of a monad *\/\n  final def use(implicit ev: State[S, A]): State[S, List[(A, I)]] = ev.inspect(viewAll)\n\n  \/** synonym to [[asTraversal]] *\/\n  final def unIndex: Traversal_[S, T, A, B] = asTraversal\n\n  \/** remap the index, resulting in a change of type to the full structure *\/\n  final def reindex[J](f: I => J): IndexedTraversal_[J, S, T, A, B] = new IndexedTraversal_[J, S, T, A, B] {\n    override private[proptics] def apply[P[_, _]](indexed: Indexed[P, J, A, B])(implicit ev: Wander[P]): P[S, T] =\n      self(indexed.reindex[I](f)(ev))\n  }\n\n  \/** transform an [[IndexedTraversal_]] to a [[Traversal_]] *\/\n  final def asTraversal: Traversal_[S, T, A, B] = Traversal_(new Rank2TypeTraversalLike[S, T, A, B] {\n    override def apply[P[_, _]](pab: P[A, B])(implicit ev: Wander[P]): P[S, T] =\n      self(Indexed(ev.dimap[A, B, (A, I), B](pab)(_._1)(identity)))\n  })\n\n  \/** transform an [[IndexedLens_]] to an [[IndexedFold_]] *\/\n  final def asIndexedFold: IndexedFold_[I, S, T, A, B] = new IndexedFold_[I, S, T, A, B] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, A, B]): Forget[R, S, T] =\n      Forget(self.foldMap(_)(indexed.runIndex.runForget))\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[Iso_]] *\/\n  final def compose[C, D](other: Iso_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnIso_]] *\/\n  final def compose[C, D](other: AnIso_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with a [[Lens_]] *\/\n  final def compose[C, D](other: Lens_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[ALens_]] *\/\n  final def compose[C, D](other: ALens_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with a [[Prism_]] *\/\n  final def compose[C, D](other: Prism_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[APrism_]] *\/\n  final def compose[C, D](other: APrism_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[AffineTraversal_]] *\/\n  final def compose[C, D](other: AffineTraversal_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnAffineTraversal_]] *\/\n  final def compose[C, D](other: AnAffineTraversal_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with a [[Traversal_]] *\/\n  final def compose[C, D](other: Traversal_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with an [[ATraversal_]] *\/\n  final def compose[C, D](other: ATraversal_[A, B, C, D]): IndexedTraversal_[I, S, T, C, D] =\n    wander(new LensLikeWithIndex[I, S, T, C, D] {\n      override def apply[F[_]](f: ((C, I)) => F[D])(implicit ev: Applicative[F]): S => F[T] =\n        composeWithTraverseFn(f)(other.overF)\n    })\n\n  \/** compose an [[IndexedTraversal_]] with a [[Setter_]] *\/\n  final def compose[C, D](other: Setter_[A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self(Indexed[* => *, I, A, B] { case (a, i) => other.over(c => indexed.runIndex((c, i)))(a) })\n  }\n\n  \/** compose an [[IndexedTraversal_]] with a [[Getter_]] *\/\n  final def compose[C, D](other: Getter_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget {\n        self.foldMap(_) { case (a, i) => indexed.runIndex.runForget((other.view(a), i)) }\n      }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with a [[Fold_]] *\/\n  final def compose[C, D](other: Fold_[A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget {\n        self.foldMap(_) { case (a, i) => other.foldMap(a)(c => indexed.runIndex.runForget((c, i))) }\n      }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = new IndexedTraversal_[J, S, T, C, D] {\n    override def apply[P[_, _]](indexed: Indexed[P, J, C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, (C, J), D] = new Traversing[S, T, (C, J), D] {\n        override def apply[F[_]](f: ((C, J)) => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.overF { case (a, _) => other.overF(f)(a) }(s)\n      }\n\n      ev.wander(traversing)(indexed.runIndex)\n    }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedLens_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = new IndexedTraversal_[I, S, T, C, D] {\n    override def apply[P[_, _]](indexed: Indexed[P, I, C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, (C, I), D] = new Traversing[S, T, (C, I), D] {\n        override def apply[F[_]](f: ((C, I)) => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.overF { case (a, i) => other.overF { case (otherA, _) => f((otherA, i)) }(a) }(s)\n      }\n\n      ev.wander(traversing)(indexed.runIndex)\n    }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedLens_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = composeWithRightIndex(other.asIndexedLens)\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnIndexedLens_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: AnIndexedLens_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = composeWithLeftIndex(other.asIndexedLens)\n\n  \/** compose an [[IndexedTraversal_]] with an [[AnIndexedLens_]], while preserving self indices *\/\n  final def <<*[C, D](other: AnIndexedLens_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = new IndexedTraversal_[J, S, T, C, D] {\n    override def apply[P[_, _]](indexed: Indexed[P, J, C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, (C, J), D] = new Traversing[S, T, (C, J), D] {\n        override def apply[F[_]](f: ((C, J)) => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.overF { case (a, _) => other.overF(f)(a) }(s)\n      }\n\n      ev.wander(traversing)(indexed.runIndex)\n    }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedTraversal_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedTraversal_[J, A, B, C, D]): IndexedTraversal_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def composeWithLeftIndex[_, C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = new IndexedTraversal_[I, S, T, C, D] {\n    override def apply[P[_, _]](indexed: Indexed[P, I, C, D])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, (C, I), D] = new Traversing[S, T, (C, I), D] {\n        override def apply[F[_]](f: ((C, I)) => F[D])(s: S)(implicit ev: Applicative[F]): F[T] =\n          self.overF { case (a, i) => other.overF { case (otherA, _) => f((otherA, i)) }(a) }(s)\n      }\n\n      ev.wander(traversing)(indexed.runIndex)\n    }\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedTraversal_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedTraversal_[_, A, B, C, D]): IndexedTraversal_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedSetter_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedSetter_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = new IndexedSetter_[J, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, J, C, D]): S => T =\n      self(Indexed[* => *, I, A, B](other(indexed) compose Tuple2._1))\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedSetter_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedSetter_[J, A, B, C, D]): IndexedSetter_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedSetter_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedSetter_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = new IndexedSetter_[I, S, T, C, D] {\n    override private[proptics] def apply(indexed: Indexed[* => *, I, C, D]): S => T =\n      self(Indexed[* => *, I, A, B] { case (a, i) =>\n        other.over { case (c, _) => indexed.runIndex((c, i)) }(a)\n      })\n  }\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedSetter_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedSetter_[_, A, B, C, D]): IndexedSetter_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] =\n    composeWithRightIndex(other.asIndexedFold)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedGetter_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedGetter_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def composeWithLeftIndex[J, C, D](other: IndexedGetter_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] =\n    composeWithLeftIndex(other.asIndexedFold)\n\n  \/** compose an [[IndexedTraversal_]] with an [[IndexedGetter_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedGetter_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  \/** compose [[IndexedTraversal_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def composeWithRightIndex[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = new IndexedFold_[J, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], J, C, D]): Forget[R, S, T] = {\n      val runForget = other(indexed).runForget\n\n      Forget(self.foldMap(_)(runForget compose Tuple2._1))\n    }\n  }\n\n  \/** compose [[IndexedTraversal_]] with an [[IndexedFold_]], while preserving the indices of the other optic *\/\n  final def *>>[J, C, D](other: IndexedFold_[J, A, B, C, D]): IndexedFold_[J, S, T, C, D] = composeWithRightIndex(other)\n\n  \/** compose [[IndexedTraversal_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def composeWithLeftIndex[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = new IndexedFold_[I, S, T, C, D] {\n    override private[proptics] def apply[R: Monoid](indexed: Indexed[Forget[R, *, *], I, C, D]): Forget[R, S, T] =\n      Forget(self.foldMap(_) { case (a, i) =>\n        other.foldMap(a) { case (c, _) => indexed.runIndex.runForget((c, i)) }\n      })\n  }\n\n  \/** compose [[IndexedTraversal_]] with an [[IndexedFold_]], while preserving self indices *\/\n  final def <<*[C, D](other: IndexedFold_[_, A, B, C, D]): IndexedFold_[I, S, T, C, D] = composeWithLeftIndex(other)\n\n  private def minMax(s: S)(f: (A, A) => A): Option[A] =\n    foldRight[Option[A]](s)(None)((pair, op) => f(pair._1, op.getOrElse(pair._1)).some)\n\n  private def composeWithTraverseFn[F[_]: Applicative, C, D](f: ((C, I)) => F[D])(g: (C => F[D]) => A => F[B]): S => F[T] =\n    self.overF { case (a, i) => g(c => f((c, i)))(a) }\n}\n\nobject IndexedTraversal_ {\n  \/** create a polymorphic [[IndexedTraversal_]] from Rank2TypeIndexedTraversalLike encoding *\/\n  private[proptics] def apply[I, S, T, A, B](f: Rank2TypeIndexedTraversalLike[I, S, T, A, B]): IndexedTraversal_[I, S, T, A, B] = new IndexedTraversal_[I, S, T, A, B] {\n    override def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev: Wander[P]): P[S, T] = f(indexed)\n  }\n\n  \/** create a polymorphic [[IndexedTraversal_]] from a getter\/setter pair *\/\n  final def apply[I, S, T, A, B](get: S => (A, I))(_set: S => B => T): IndexedTraversal_[I, S, T, A, B] = new IndexedTraversal_[I, S, T, A, B] {\n    override def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev: Wander[P]): P[S, T] = {\n      val traversing: Traversing[S, T, (A, I), B] = new Traversing[S, T, (A, I), B] {\n        override def apply[F[_]](f: ((A, I)) => F[B])(s: S)(implicit ev: Applicative[F]): F[T] =\n          ev.map(f(get(s)))(_set(s))\n      }\n\n      ev.wander(traversing)(indexed.runIndex)\n    }\n  }\n\n  \/** create a polymorphic [[IndexedTraversal_]] from a combined getter\/setter *\/\n  final def traversal[I, S, T, A, B](to: S => ((A, I), B => T)): IndexedTraversal_[I, S, T, A, B] =\n    IndexedTraversal_(new Rank2TypeIndexedTraversalLike[I, S, T, A, B] {\n      override def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev: Wander[P]): P[S, T] =\n        liftIndexedOptic(to)(ev)(indexed.runIndex)\n    })\n\n  \/** create a polymorphic [[IndexedTraversal_]] from a [[proptics.indices.TraverseWithIndex]] *\/\n  final def fromTraverseWithIndex[G[_], I, A, B](implicit ev0: TraverseWithIndex[G, I]): IndexedTraversal_[I, G[A], G[B], A, B] =\n    IndexedTraversal_(new Rank2TypeIndexedTraversalLike[I, G[A], G[B], A, B] {\n      override def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev1: Wander[P]): P[G[A], G[B]] = {\n        val traversing = new Traversing[G[A], G[B], (A, I), B] {\n          override def apply[F[_]](f: ((A, I)) => F[B])(s: G[A])(implicit ev2: Applicative[F]): F[G[B]] =\n            ev0.traverseWithIndex[F, A, B]((a, i) => f((a, i)))(s)\n        }\n\n        ev1.wander(traversing)(indexed.runIndex)\n      }\n    })\n\n  \/** create a polymorphic [[IndexedTraversal_]] from a Traverse that has an index ot type Int *\/\n  final def fromTraverse[G[_], A, B](implicit ev0: Traverse[G]): IndexedTraversal_[Int, G[A], G[B], A, B] =\n    Traversal_.fromTraverse[G, A, B].asIndexableTraversal\n\n  \/** create a polymorphic [[IndexedTraversal_]] from a rank 2 type traversal function *\/\n  final def wander[I, S, T, A, B](lensLikeWithIndex: LensLikeWithIndex[I, S, T, A, B]): IndexedTraversal_[I, S, T, A, B] =\n    IndexedTraversal_(new Rank2TypeIndexedTraversalLike[I, S, T, A, B] {\n      override def apply[P[_, _]](indexed: Indexed[P, I, A, B])(implicit ev0: Wander[P]): P[S, T] = {\n        def traversing: Traversing[S, T, (A, I), B] = new Traversing[S, T, (A, I), B] {\n          override def apply[F[_]](f: ((A, I)) => F[B])(s: S)(implicit ev1: Applicative[F]): F[T] = lensLikeWithIndex[F](f)(ev1)(s)\n        }\n\n        ev0.wander(traversing)(indexed.runIndex)\n      }\n    })\n}\n\nobject IndexedTraversal {\n  \/** create a monomorphic [[IndexedTraversal]] from a getter\/setter pair *\/\n  final def apply[I, S, A](get: S => (A, I))(set: S => A => S): IndexedTraversal[I, S, A] = IndexedTraversal_(get)(set)\n\n  \/** create a monomorphic [[IndexedTraversal]] from a combined getter\/setter. synonym to apply *\/\n  final def traversal[I, S, A](to: S => ((A, I), A => S)): IndexedTraversal[I, S, A] = IndexedTraversal_.traversal(to)\n\n  \/** create a monomorphic [[IndexedTraversal_]] from a [[cats.Traverse]] *\/\n  final def fromTraverseWithIndex[F[_], I, A](implicit ev0: TraverseWithIndex[F, I]): IndexedTraversal[I, F[A], A] =\n    IndexedTraversal_.fromTraverseWithIndex[F, I, A, A]\n\n  \/** create a monomorphic [[IndexedTraversal_]] from a Traverse that has an index ot type Int *\/\n  final def fromTraverse[F[_], A](implicit ev0: Traverse[F]): IndexedTraversal[Int, F[A], A] =\n    IndexedTraversal_.fromTraverse[F, A, A]\n\n  \/** create a monomorphic [[IndexedTraversal]] from a rank 2 type traversal function *\/\n  final def wander[I, S, A](lensLikeWithIndex: LensLikeWithIndex[I, S, S, A, A]): IndexedTraversal[I, S, A] =\n    IndexedTraversal_.wander[I, S, S, A, A](lensLikeWithIndex)\n\n  \/** create a monomorphic [[IndexedTraversal_]] that narrows the focus to a single element *\/\n  final def elementAt[F[_], A](i: Int)(implicit ev0: TraverseWithIndex[F, Int]): Traversal[F[A], A] =\n    IndexedTraversal.fromTraverseWithIndex[F, Int, A].elementAt(i)\n\n  \/** create a monomorphic [[IndexedTraversal_]] that takes the longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def takeWhile[F[_], I, A](predicate: A => Boolean)(implicit ev0: TraverseWithIndex[F, I]): IndexedTraversal[I, F[A], A] =\n    IndexedTraversal.fromTraverseWithIndex[F, I, A].takeWhile(predicate)\n\n  \/** create a monomorphic [[IndexedTraversal_]] that takes the longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def takeWhileWithIndex[F[_], I, A](predicate: ((A, I)) => Boolean)(implicit ev0: TraverseWithIndex[F, I]): IndexedTraversal[I, F[A], A] =\n    IndexedTraversal.fromTraverseWithIndex[F, I, A].takeWhileWithIndex(predicate)\n\n  \/** create a monomorphic [[IndexedTraversal_]] that drop longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def dropWhile[F[_], I, A](predicate: A => Boolean)(implicit ev0: TraverseWithIndex[F, I]): IndexedTraversal[I, F[A], A] =\n    IndexedTraversal.fromTraverseWithIndex[F, I, A].dropWhile(predicate)\n\n  \/** create a monomorphic [[IndexedTraversal_]] that drop longest prefix of elements of a Traverse that satisfy a predicate *\/\n  final def dropWhileWithIndex[F[_], I, A](predicate: ((A, I)) => Boolean)(implicit ev0: TraverseWithIndex[F, I]): IndexedTraversal[I, F[A], A] =\n    IndexedTraversal.fromTraverseWithIndex[F, I, A].dropWhileWithIndex(predicate)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"example\/src\/test\/scala\/optics\/GetterExamples.scala","text":"package optics\n\nimport proptics.Getter\nimport proptics.specs.PropticsSuite\n\nclass GetterExamples extends PropticsSuite {\n  test(\"focus into nested data\") {\n    val composed =\n      Getter[Person, Address](_.address) compose\n        Getter[Address, Street](_.street)\n\n    assertResult(Street(\"Negra Arroyo Lane\", 308))(composed.view(mrWhite))\n  }\n\n  test(\"using to focus into nested data\") {\n    val composed =\n      Getter[Person, Address](_.address) to (_.street)\n\n    assertResult(Street(\"Negra Arroyo Lane\", 308))(composed.view(mrWhite))\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificEachInstances.scala","text":"<filename>core\/shared\/src\/main\/scala-2.13\/proptics\/instances\/ScalaVersionSpecificEachInstances.scala\npackage proptics.instances\n\nimport scala.collection.immutable.ArraySeq\n\nimport proptics.Traversal\nimport proptics.typeclass.Each\n\nprivate[instances] trait ScalaVersionSpecificEachInstances {\n  implicit final def eachLazyList[A]: Each[LazyList[A], A] = new Each[LazyList[A], A] {\n    override def each: Traversal[LazyList[A], A] = Traversal.fromTraverse[LazyList, A]\n  }\n\n  implicit final def eachArraySeq[A]: Each[ArraySeq[A], A] = new Each[ArraySeq[A], A] {\n    override def each: Traversal[ArraySeq[A], A] = Traversal.fromTraverse[ArraySeq, A]\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/AllSyntax.scala","text":"package proptics.syntax\n\ntrait AllSyntax\n    extends IsoSyntax\n    with AnIsoSyntax\n    with LensSyntax\n    with ALensSyntax\n    with PrismSyntax\n    with APrismSyntax\n    with FoldSyntax\n    with TraversalSyntax\n    with ATraversalSyntax\n    with SetterSyntax\n    with IndexedLensSyntax\n    with AnIndexedLensSyntax\n    with IndexedFoldSyntax\n    with IndexedTraversalSyntax\n    with FunctionSyntax\n    with TupleSyntax\n    with StarSyntax\n    with CostarSyntax\n    with AtSyntax\n    with FunctorWithIndexSyntax\n    with FoldableWithIndexSyntax\n    with TraverseWithIndexSyntax\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Dual.scala","text":"<reponame>amitksingh1490\/Proptics\npackage proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.order._\nimport cats.syntax.semigroup._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\n\n\/** The dual of a [[cats.Monoid]] *\/\nfinal case class Dual[A](runDual: A) extends AnyVal\n\nabstract class DualInstances {\n  implicit final def eqDual[A: Eq]: Eq[Dual[A]] = new Eq[Dual[A]] {\n    override def eqv(x: Dual[A], y: Dual[A]): Boolean = x.runDual === y.runDual\n  }\n\n  implicit final def ordDual[A: Order]: Order[Dual[A]] = new Order[Dual[A]] {\n    override def compare(x: Dual[A], y: Dual[A]): Int = x.runDual.compare(y.runDual)\n  }\n\n  implicit final def showDual[A: Show]: Show[Dual[A]] = new Show[Dual[A]] {\n    override def show(t: Dual[A]): String = s\"(Dual ${t.runDual.show})\"\n  }\n\n  implicit final def semigroupDual[A: Semigroup]: Semigroup[Dual[A]] = new Semigroup[Dual[A]] {\n    def combine(x: Dual[A], y: Dual[A]): Dual[A] = Dual(y.runDual |+| x.runDual)\n  }\n\n  implicit final def monoidDual[A](implicit ev: Monoid[A]): Monoid[Dual[A]] = new Monoid[Dual[A]] {\n    def empty: Dual[A] = Dual(ev.empty)\n\n    def combine(x: Dual[A], y: Dual[A]): Dual[A] = semigroupDual(ev).combine(x, y)\n  }\n\n  implicit final def functorDual: Functor[Dual] = new Functor[Dual] {\n    override def map[A, B](fa: Dual[A])(f: A => B): Dual[B] = Dual(f(fa.runDual))\n  }\n\n  implicit final def applyDual: Apply[Dual] = new Apply[Dual] {\n    override def ap[A, B](ff: Dual[A => B])(fa: Dual[A]): Dual[B] = Dual(ff.runDual(fa.runDual))\n\n    override def map[A, B](fa: Dual[A])(f: A => B): Dual[B] = functorDual.fmap(fa)(f)\n  }\n\n  implicit final def applicativeDual: Applicative[Dual] = new Applicative[Dual] {\n    override def pure[A](x: A): Dual[A] = Dual(x)\n\n    override def ap[A, B](ff: Dual[A => B])(fa: Dual[A]): Dual[B] = applyDual.ap(ff)(fa)\n  }\n\n  implicit final def bindDual: FlatMap[Dual] = new FlatMap[Dual] {\n    override def flatMap[A, B](fa: Dual[A])(f: A => Dual[B]): Dual[B] = f(fa.runDual)\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => Dual[Either[A, B]]): Dual[B] =\n      f(a).runDual match {\n        case Right(value) => Dual(value)\n        case Left(value) => tailRecM(value)(f)\n      }\n\n    override def map[A, B](fa: Dual[A])(f: A => B): Dual[B] = functorDual.fmap(fa)(f)\n  }\n\n  implicit final def monadDual: Monad[Dual] = new Monad[Dual] {\n    override def pure[A](x: A): Dual[A] = applicativeDual.pure(x)\n\n    override def flatMap[A, B](fa: Dual[A])(f: A => Dual[B]): Dual[B] = bindDual.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Dual[Either[A, B]]): Dual[B] = bindDual.tailRecM(a)(f)\n  }\n}\n\nobject Dual extends DualInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/GrateLaws.scala","text":"package proptics.law\n\nimport cats.Id\nimport cats.kernel.laws._\n\nimport proptics.Grate\nimport proptics.profunctor.Closed._\n\ntrait GrateLaws[S, A] {\n  def grate: Grate[S, A]\n  private[this] def identityGrate: Grate[A, A] = Grate.id[A]\n\n  def identityLaw(a: A): IsEq[Id[A]] =\n    identityGrate(identity[A] _)(closedFunction)(a) <-> a\n\n  def consistentFoci(s: S, f: A => A, g: A => A): IsEq[S] =\n    (grate(f)(closedFunction) compose grate(g))(s) <->\n      grate(f compose g)(closedFunction)(s)\n\n  def setSet(s: S, a: A): IsEq[S] = grate.set(a)(grate.set(a)(s)) <-> grate.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = grate.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = grate.over(g)(grate.over(f)(s)) <-> grate.over(g compose f)(s)\n}\n\nobject GrateLaws {\n  def apply[S, A](_grate: Grate[S, A]): GrateLaws[S, A] =\n    new GrateLaws[S, A] { def grate: Grate[S, A] = _grate }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/EachTests.scala","text":"package proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.each.{each => _each}\nimport proptics.typeclass.Each\n\ntrait EachTests[S, A] extends Laws {\n  def each(implicit ev: Each[S, A], eqS: Eq[S], eqA: Eq[A], arbS: Arbitrary[S], arbA: Arbitrary[A], arbOp: Arbitrary[A => A]): RuleSet =\n    new SimpleRuleSet(\"Each[S, A] each\", TraversalTests(_each(ev)).traversal.props: _*)\n}\n\nobject EachTests {\n  def apply[S, A]: EachTests[S, A] = new EachTests[S, A] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/IndexedLensSyntax.scala","text":"package proptics.syntax\n\nimport cats.Applicative\n\nimport proptics.IndexedLens_\n\ntrait IndexedLensSyntax {\n  implicit def indexedLensSequenceOps[F[_], I, S, T, A](indexedLens: IndexedLens_[I, S, T, F[A], A]): IndexedLensSequenceOps[F, I, S, T, A] =\n    IndexedLensSequenceOps(indexedLens)\n}\n\nfinal case class IndexedLensSequenceOps[F[_], I, S, T, A](private val indexedLens: IndexedLens_[I, S, T, F[A], A]) extends AnyVal {\n  \/** invert a structure of S containing F[(I, A)] to F[T], a structure T containing A's inside an Applicative Functor *\/\n  def sequence(s: S)(implicit ev: Applicative[F]): F[T] = indexedLens.traverse(s)(_._1)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/syntax\/FunctorWithIndexSyntax.scala","text":"package proptics.syntax\n\nimport proptics.indices.FunctorWithIndex\n\ntrait FunctorWithIndexSyntax {\n  implicit final def functorWithIndexOps[F[_], A](fa: F[A]): FunctorWithIndexOps[F, A] = FunctorWithIndexOps[F, A](fa)\n}\n\nfinal case class FunctorWithIndexOps[F[_], A](private val fa: F[A]) extends AnyVal {\n  def mapWithIndex[I, B](f: (A, I) => B)(implicit ev: FunctorWithIndex[F, I]): F[B] =\n    ev.mapWithIndex(f)(fa)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/APrismLaws.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/APrismLaws.scala\npackage proptics.law\n\nimport cats.kernel.laws._\nimport cats.syntax.option._\n\nimport proptics.APrism\n\ntrait APrismLaws[S, A] {\n  def aPrism: APrism[S, A]\n\n  def previewReview(a: A): IsEq[Option[A]] = aPrism.preview(aPrism.review(a)) <-> a.some\n  def viewOrModifyReview(s: S): IsEq[S] = aPrism.viewOrModify(s).fold(identity, aPrism.review) <-> s\n  def setSet(s: S, a: A): IsEq[S] = aPrism.set(a)(aPrism.set(a)(s)) <-> aPrism.set(a)(s)\n  def overIdentity(s: S): IsEq[S] = aPrism.over(identity)(s) <-> s\n  def composeOver(s: S)(f: A => A)(g: A => A): IsEq[S] = aPrism.over(g)(aPrism.over(f)(s)) <-> aPrism.over(g compose f)(s)\n}\n\nobject APrismLaws {\n  def apply[S, A](_aPrism: APrism[S, A]): APrismLaws[S, A] =\n    new APrismLaws[S, A] { def aPrism: APrism[S, A] = _aPrism }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/TraverseWithIndexSpec0.scala","text":"package proptics.specs\n\nimport cats.Id\nimport cats.data.{Chain, NonEmptyChain, NonEmptyList, NonEmptyMap, NonEmptyVector, OneAnd}\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.instances.traverseWithIndex._\nimport proptics.law.discipline.TraverseWithIndexTests\n\nprivate[specs] trait TraverseWithIndexSpec0 extends PropticsSuite {\n  checkAll(\"TraverseWithIndex[Option, Unit]\", TraverseWithIndexTests[Option, Unit].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[Vector, Int]\", TraverseWithIndexTests[Vector, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[List, Int]\", TraverseWithIndexTests[List, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[Chain, Int]\", TraverseWithIndexTests[Chain, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[NonEmptyVector, Int]\", TraverseWithIndexTests[NonEmptyVector, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[NonEmptyList, Int]\", TraverseWithIndexTests[NonEmptyList, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[NonEmptyChain, Int]\", TraverseWithIndexTests[NonEmptyChain, Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[OneAnd, Int]\", TraverseWithIndexTests[OneAnd[List, *], Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n  checkAll(\"TraverseWithIndex[NonEmptyMap[Int, *], Int]\", TraverseWithIndexTests[NonEmptyMap[Int, *], Int].traverseWithIndex[Int, Int, Int, Int, Id, Id])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/internal\/Stall.scala","text":"package proptics.internal\n\nimport cats.Functor\nimport cats.arrow.{Profunctor, Strong}\nimport cats.syntax.either._\n\nimport proptics.profunctor.Choice\n\n\/** The [[Stall]] [[cats.arrow.Profunctor]] characterizes an [[proptics.AffineTraversal_]] *\/\nfinal case class Stall[A, B, S, T](viewOrModify: S => Either[T, A], set: S => B => T)\n\nabstract class StallInstances {\n  implicit final def functorStall[C, D, E]: Functor[Stall[C, D, E, *]] = new Functor[Stall[C, D, E, *]] {\n    override def map[A, B](fa: Stall[C, D, E, A])(f: A => B): Stall[C, D, E, B] =\n      Stall(fa.viewOrModify(_).leftMap(f), e => d => f(fa.set(e)(d)))\n  }\n\n  implicit final def profunctorStall[E, F]: Profunctor[Stall[E, F, *, *]] = new Profunctor[Stall[E, F, *, *]] {\n    override def dimap[A, B, C, D](fab: Stall[E, F, A, B])(f: C => A)(g: B => D): Stall[E, F, C, D] =\n      Stall(c => fab.viewOrModify(f(c)).leftMap(g), c => ff => g(fab.set(f(c))(ff)))\n  }\n\n  implicit final def strongStall[E, F]: Strong[Stall[E, F, *, *]] = new Strong[Stall[E, F, *, *]] {\n    override def first[A, B, C](fa: Stall[E, F, A, B]): Stall[E, F, (A, C), (B, C)] =\n      Stall({ case (a, c) => fa.viewOrModify(a).leftMap((_, c)) }, { case (a, c) => f => (fa.set(a)(f), c) })\n\n    override def second[A, B, C](fa: Stall[E, F, A, B]): Stall[E, F, (C, A), (C, B)] =\n      Stall({ case (c, a) => fa.viewOrModify(a).leftMap((c, _)) }, { case (c, a) => f => (c, fa.set(a)(f)) })\n\n    override def dimap[A, B, C, D](fab: Stall[E, F, A, B])(f: C => A)(g: B => D): Stall[E, F, C, D] =\n      profunctorStall[E, F].dimap(fab)(f)(g)\n  }\n\n  implicit final def choiceStall[E, F]: Choice[Stall[E, F, *, *]] = new Choice[Stall[E, F, *, *]] {\n    override def left[A, B, C](pab: Stall[E, F, A, B]): Stall[E, F, Either[A, C], Either[B, C]] =\n      Stall(\n        {\n          case Left(a) => pab.viewOrModify(a).fold(_.asLeft[C].asLeft[E], _.asRight[Either[B, C]])\n          case Right(c) => c.asRight[B].asLeft[E]\n        },\n        either => f => either.leftMap(pab.set(_)(f))\n      )\n\n    override def right[A, B, C](pab: Stall[E, F, A, B]): Stall[E, F, Either[C, A], Either[C, B]] =\n      Stall(\n        {\n          case Left(c) => c.asLeft[B].asLeft[E]\n          case Right(a) => pab.viewOrModify(a).fold(_.asRight[C].asLeft[E], _.asRight[Either[C, B]])\n        },\n        either => f => either.map(pab.set(_)(f))\n      )\n\n    override def dimap[A, B, C, D](fab: Stall[E, F, A, B])(f: C => A)(g: B => D): Stall[E, F, C, D] =\n      profunctorStall[E, F].dimap(fab)(f)(g)\n  }\n}\n\nobject Stall extends StallInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/AffineTraversalSpec.scala","text":"package proptics.specs\nimport scala.Function.const\n\nimport cats.syntax.either._\nimport cats.syntax.option._\nimport spire.std.boolean._\n\nimport proptics.AffineTraversal\nimport proptics.law.discipline._\nimport proptics.specs.compose._\n\nclass AffineTraversalSpec extends PropticsSuite {\n  val jsonAffineTraversal: AffineTraversal[Json, String] = AffineTraversal[Json, String] {\n    case JString(value) => value.asRight[Json]\n    case json => json.asLeft[String]\n  }(const(JString))\n\n  val fromPreviewJsonAffineTraversal: AffineTraversal[Json, String] =\n    AffineTraversal.fromPreview[Json, String] {\n      case JString(value) => value.some\n      case _ => None\n    }(const(JString))\n\n  val partialJsonAffineTraversal: AffineTraversal[Json, String] =\n    AffineTraversal.fromPartial[Json, String] { case JString(value) =>\n      value\n    }(const(JString))\n\n  checkAll(\"AffineTraversal[Int, Int] id\", AffineTraversalTests(AffineTraversal.id[Int]).affineTraversal)\n  checkAll(\"AffineTraversal[Json, String] apply\", AffineTraversalTests(jsonAffineTraversal).affineTraversal)\n  checkAll(\"AffineTraversal[Json, String] asTraversal\", TraversalTests(jsonAffineTraversal.asTraversal).traversal)\n  checkAll(\"AffineTraversal[Json, String] fromPartial\", AffineTraversalTests(partialJsonAffineTraversal).affineTraversal)\n  checkAll(\"AffineTraversal[Json, String] fromOption\", AffineTraversalTests(fromPreviewJsonAffineTraversal).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with Iso[Int, Int]\", AffineTraversalTests(affineTraversal compose iso).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with AnIso[Int, Int]\", AffineTraversalTests(affineTraversal compose anIso).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with Lens[Int, Int]\", AffineTraversalTests(affineTraversal compose lens).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with ALens[Int, Int]\", AffineTraversalTests(affineTraversal compose aLens).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with Prism[Int, Int]\", AffineTraversalTests(affineTraversal compose prism).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with APrism[Int, Int]\", AffineTraversalTests(affineTraversal compose aPrism).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with AffineTraversal[Int, Int]\", AffineTraversalTests(affineTraversal compose affineTraversal).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with AnAffineTraversal[Int, Int]\", AffineTraversalTests(affineTraversal compose anAffineTraversal).affineTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with Traversal[Int, Int]\", TraversalTests(affineTraversal compose traversal).traversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with ATraversal[Int, Int]\", ATraversalTests(affineTraversal compose aTraversal).aTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with Setter[Int, Int]\", SetterTests(affineTraversal compose setter).setter)\n  checkAll(\"AffineTraversal[Int, Int] compose with IndexedLens[Int, Int, Int]\", IndexedTraversalTests(affineTraversal compose indexedLens).indexedTraversal)\n  checkAll(\"AffineTraversal[Int, Int] compose with AnIndexedLens[Int, Int, Int]\", IndexedTraversalTests(affineTraversal compose anIndexedLens).indexedTraversal)\n  checkAll(\n    \"AffineTraversal[Int, Int] compose with IndexedTraversal[Int, Int, Int]\",\n    IndexedTraversalTests(affineTraversal compose indexedTraversal).indexedTraversal\n  )\n  checkAll(\"AffineTraversal[Int, Int] compose with IndexedSetter[Int, Int, Int]\", IndexedSetterTests(affineTraversal compose indexedSetter).indexedSetter)\n\n  test(\"viewOrModify\") {\n    jsonAffineTraversal.viewOrModify(jStringContent) shouldEqual jsonContent.asRight[Json]\n    jsonAffineTraversal.viewOrModify(jNumber) shouldEqual jNumber.asLeft[String]\n  }\n\n  test(\"preview\") {\n    jsonAffineTraversal.preview(jStringContent) shouldEqual jsonContent.some\n    jsonAffineTraversal.preview(jNumber) shouldEqual None\n  }\n\n  test(\"set\") {\n    jsonAffineTraversal.set(jsonContent)(jStrEmpty) shouldEqual jStringContent\n  }\n\n  test(\"setOption\") {\n    jsonAffineTraversal.setOption(jsonContent)(jStrEmpty) shouldEqual jStringContent.some\n    jsonAffineTraversal.setOption(jsonContent)(jNumber) shouldEqual None\n  }\n\n  test(\"over\") {\n    jsonAffineTraversal.over(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase\n  }\n\n  test(\"overOption\") {\n    jsonAffineTraversal.overOption(_.toUpperCase)(jStringContent) shouldEqual jStringContentUppercase.some\n    jsonAffineTraversal.overOption(_.toUpperCase)(jNumber) shouldEqual None\n  }\n\n  test(\"traverse\") {\n    jsonAffineTraversal.traverse(jStringContent)(_.some) shouldEqual Some(jStringContent)\n    jsonAffineTraversal.traverse(jStringContent)(_.some) shouldEqual jsonAffineTraversal.overF(_.some)(jStringContent)\n  }\n\n  test(\"forall\") {\n    jsonAffineTraversal.forall(lengthGreaterThan5 _)(jStringContent) shouldEqual true\n    jsonAffineTraversal.forall(lengthGreaterThan10 _)(jStringContent) shouldEqual false\n    jsonAffineTraversal.forall(lengthGreaterThan5 _)(jNumber) shouldEqual true\n    jsonAffineTraversal.forall(lengthGreaterThan10 _)(jNumber) shouldEqual true\n  }\n\n  test(\"forall using heyting\") {\n    jsonAffineTraversal.forall(jStringContent)(lengthGreaterThan5) shouldEqual true\n    jsonAffineTraversal.forall(jStringContent)(lengthGreaterThan10) shouldEqual false\n    jsonAffineTraversal.forall(jNumber)(lengthGreaterThan5) shouldEqual true\n    jsonAffineTraversal.forall(jNumber)(lengthGreaterThan10) shouldEqual true\n  }\n\n  test(\"exists\") {\n    jsonAffineTraversal.exists(lengthGreaterThan5)(jStringContent) shouldEqual true\n    jsonAffineTraversal.exists(lengthGreaterThan10)(jStringContent) shouldEqual false\n  }\n\n  test(\"notExists\") {\n    jsonAffineTraversal.notExists(lengthGreaterThan10)(jStringContent) shouldEqual true\n    jsonAffineTraversal.notExists(lengthGreaterThan5)(jStringContent) shouldEqual false\n    jsonAffineTraversal.notExists(lengthGreaterThan5)(jStringContent) shouldEqual\n      (!jsonAffineTraversal.exists(lengthGreaterThan5)(jStringContent))\n  }\n\n  test(\"contains\") {\n    jsonAffineTraversal.contains(jsonContent)(jStringContent) shouldEqual true\n    jsonAffineTraversal.contains(emptyStr)(jStringContent) shouldEqual false\n  }\n\n  test(\"notContains\") {\n    jsonAffineTraversal.notContains(emptyStr)(jStringContent) shouldEqual true\n    jsonAffineTraversal.notContains(jsonContent)(jStringContent) shouldEqual false\n    jsonAffineTraversal.notContains(jsonContent)(jStringContent) shouldEqual (!jsonAffineTraversal.contains(jsonContent)(jStringContent))\n  }\n\n  test(\"isEmpty\") {\n    jsonAffineTraversal.isEmpty(jStringContent) shouldEqual false\n    jsonAffineTraversal.isEmpty(jNumber) shouldEqual true\n  }\n\n  test(\"nonEmpty\") {\n    jsonAffineTraversal.nonEmpty(jStringContent) shouldEqual true\n    jsonAffineTraversal.nonEmpty(jNumber) shouldEqual false\n    jsonAffineTraversal.nonEmpty(jStringContent) shouldEqual (!jsonAffineTraversal.isEmpty(jStringContent))\n  }\n\n  test(\"find\") {\n    jsonAffineTraversal.find(lengthGreaterThan5)(jStringContent) shouldEqual jsonContent.some\n    jsonAffineTraversal.find(lengthGreaterThan10)(jStringContent) shouldEqual None\n    jsonAffineTraversal.find(lengthGreaterThan5)(jNumber) shouldEqual None\n    jsonAffineTraversal.find(lengthGreaterThan10)(jNumber) shouldEqual None\n  }\n\n  test(\"compose with Getter\") {\n    (affineTraversal compose getter).view(9) shouldEqual 9\n  }\n\n  test(\"compose with Fold\") {\n    (affineTraversal compose fold).fold(9) shouldEqual 9\n  }\n\n  test(\"compose with IndexedGetter\") {\n    val composed = affineTraversal compose indexedGetter\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n\n  test(\"compose with IndexedFold\") {\n    val composed = affineTraversal compose indexedFold\n\n    composed.foldMap(9)(_._2) shouldEqual 0\n    composed.foldMap(9)(_._1) shouldEqual 9\n  }\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/data\/Additive.scala","text":"<filename>core\/shared\/src\/main\/scala\/proptics\/data\/Additive.scala\npackage proptics.data\n\nimport scala.annotation.tailrec\n\nimport cats.syntax.order._\nimport cats.syntax.show._\nimport cats.{Applicative, Apply, Eq, FlatMap, Functor, Monad, Monoid, Order, Semigroup, Show}\nimport spire.algebra.AdditiveMonoid\nimport spire.syntax.semiring._\n\n\/** [[cats.Monoid]] and [[cats.Semigroup]] under addition *\/\nfinal case class Additive[A](runAdditive: A) extends AnyVal\n\nabstract class AdditiveInstances {\n  implicit final def eqAdditive[A: Eq]: Eq[Additive[A]] = new Eq[Additive[A]] {\n    override def eqv(x: Additive[A], y: Additive[A]): Boolean = x.runAdditive === y.runAdditive\n  }\n\n  implicit final def ordAdditive[A: Order]: Order[Additive[A]] = new Order[Additive[A]] {\n    override def compare(x: Additive[A], y: Additive[A]): Int = x.runAdditive.compare(y.runAdditive)\n  }\n\n  implicit final def showAdditive[A: Show]: Show[Additive[A]] = new Show[Additive[A]] {\n    override def show(t: Additive[A]): String = s\"(Additive ${t.runAdditive.show})\"\n  }\n\n  implicit final def semigroupAdditive[A: AdditiveMonoid]: Semigroup[Additive[A]] = new Semigroup[Additive[A]] {\n    override def combine(x: Additive[A], y: Additive[A]): Additive[A] = Additive(x.runAdditive + y.runAdditive)\n  }\n\n  implicit final def monoidAdditive[A](implicit ev: AdditiveMonoid[A]): Monoid[Additive[A]] = new Monoid[Additive[A]] {\n    def empty: Additive[A] = Additive(ev.zero)\n\n    def combine(x: Additive[A], y: Additive[A]): Additive[A] = semigroupAdditive.combine(x, y)\n  }\n\n  implicit final def functorAdditive: Functor[Additive] = new Functor[Additive] {\n    override def map[A, B](fa: Additive[A])(f: A => B): Additive[B] = Additive(f(fa.runAdditive))\n  }\n\n  implicit final def applyAdditive: Apply[Additive] = new Apply[Additive] {\n    override def ap[A, B](ff: Additive[A => B])(fa: Additive[A]): Additive[B] = Additive(ff.runAdditive(fa.runAdditive))\n\n    override def map[A, B](fa: Additive[A])(f: A => B): Additive[B] = functorAdditive.fmap(fa)(f)\n  }\n\n  implicit final def applicativeAdditive: Applicative[Additive] = new Applicative[Additive] {\n    override def pure[A](x: A): Additive[A] = Additive(x)\n\n    override def ap[A, B](ff: Additive[A => B])(fa: Additive[A]): Additive[B] = applyAdditive.ap(ff)(fa)\n  }\n\n  implicit final def bindAdditive: FlatMap[Additive] = new FlatMap[Additive] {\n    override def flatMap[A, B](fa: Additive[A])(f: A => Additive[B]): Additive[B] = f(fa.runAdditive)\n\n    @tailrec\n    override def tailRecM[A, B](a: A)(f: A => Additive[Either[A, B]]): Additive[B] =\n      f(a).runAdditive match {\n        case Right(value) => Additive(value)\n        case Left(value) => tailRecM(value)(f)\n      }\n\n    override def map[A, B](fa: Additive[A])(f: A => B): Additive[B] = functorAdditive.fmap(fa)(f)\n  }\n\n  implicit final def monadAdditive: Monad[Additive] = new Monad[Additive] {\n    override def pure[A](x: A): Additive[A] = applicativeAdditive.pure(x)\n\n    override def flatMap[A, B](fa: Additive[A])(f: A => Additive[B]): Additive[B] = bindAdditive.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Additive[scala.Either[A, B]]): Additive[B] = bindAdditive.tailRecM(a)(f)\n  }\n}\n\nobject Additive extends AdditiveInstances\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/OptionOptics.scala","text":"package proptics.std\n\nimport scala.Function.const\n\nimport cats.syntax.either._\nimport cats.syntax.option._\n\nimport proptics.{Prism, Prism_}\n\ntrait OptionOptics {\n  final def noneP[A, B]: Prism_[Option[A], Option[B], Unit, Unit] =\n    Prism_ { _: Option[A] => ().asRight[Option[B]] }(const(Option.empty[B]))\n\n  final def someP[A, B]: Prism_[Option[A], Option[B], A, B] =\n    Prism_ { option: Option[A] => option.fold(Option.empty[B].asLeft[A])(_.asRight[Option[B]]) }(_.some)\n\n  final def none[A]: Prism[Option[A], Unit] =\n    Prism[Option[A], Unit](_.asLeft[Unit])(const(Option.empty[A]))\n\n  final def some[A]: Prism[Option[A], A] =\n    Prism[Option[A], A](_.fold(Option.empty[A].asLeft[A])(_.asRight[Option[A]]))(_.some)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"law\/src\/main\/scala\/proptics\/law\/discipline\/EmptyTests.scala","text":"<filename>law\/src\/main\/scala\/proptics\/law\/discipline\/EmptyTests.scala\npackage proptics.law.discipline\n\nimport cats.Eq\nimport org.scalacheck.Arbitrary\nimport org.typelevel.discipline.Laws\n\nimport proptics.instances.empty.{empty => _empty}\nimport proptics.typeclass.Empty\n\ntrait EmptyTests[S] extends Laws {\n  def empty(implicit ev: Empty[S], eqS: Eq[S], arbA: Arbitrary[S]): RuleSet =\n    new SimpleRuleSet(\"Empty[S] empty\", PrismTests(_empty[S]).prism.props: _*)\n}\n\nobject EmptyTests {\n  def apply[S]: EmptyTests[S] = new EmptyTests[S] {}\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/std\/ListOptics.scala","text":"package proptics.std\n\nimport scala.reflect.ClassTag\n\nimport cats.data.NonEmptyList\n\nimport proptics.{Iso, Prism}\n\ntrait ListOptics {\n  \/** a monomorphic [[Iso]] from a list to an Array *\/\n  final def listToArray[A: ClassTag]: Iso[List[A], Array[A]] = Iso.iso[List[A], Array[A]](_.toArray)(_.toList)\n\n  \/** a monomorphic [[Iso]] from a List to a Vector *\/\n  final def listToVector[A]: Iso[List[A], Vector[A]] = Iso.iso[List[A], Vector[A]](_.toVector)(_.toList)\n\n  \/** a monomorphic [[Prism]] from a List to a NonEmptyList *\/\n  final def listToNonEmptyList[A]: Prism[List[A], NonEmptyList[A]] =\n    Prism.fromPreview[List[A], NonEmptyList[A]](NonEmptyList.fromList)(_.toList)\n\n  \/** a monomorphic [[Iso]] from a List[char] to a String *\/\n  final val charsToString: Iso[List[Char], String] = Iso.iso[List[Char], String](_.mkString)(_.toList)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/rank2types\/Rank2TypeIndexedFoldLike.scala","text":"package proptics.rank2types\n\nimport cats.Monoid\n\nimport proptics.internal.{Forget, Indexed}\n\nprivate[proptics] trait Rank2TypeIndexedFoldLike[I, S, T, A, B] {\n  def apply[R](indexed: Indexed[Forget[R, *, *], I, A, B])(implicit ev: Monoid[R]): Forget[R, S, T]\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala\/proptics\/specs\/TaggedSpec.scala","text":"package proptics.specs\n\nimport cats.Eq\nimport cats.kernel.laws.discipline.{EqTests, OrderTests}\nimport cats.laws.discipline.{ExhaustiveCheck, FoldableTests, FunctorTests, MiniInt, ProfunctorTests, TraverseTests}\nimport org.scalacheck.ScalacheckShapeless._\n\nimport proptics.internal.Tagged\nimport proptics.law.discipline.{ChoiceTests, ClosedTests}\n\nclass TaggedSpec extends PropticsSuite {\n  implicit def eq0(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Tagged[Int => Int, Int => Int]] =\n    Eq.instance[Tagged[Int => Int, Int => Int]] { (tagged1, tagged2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        tagged1.runTag(int) === tagged2.runTag(int)\n      }\n    }\n\n  implicit def eq1(implicit ev: ExhaustiveCheck[MiniInt]): Eq[Tagged[Int => Int => Int, Int => Int => Int]] =\n    Eq.instance[Tagged[Int => Int => Int, Int => Int => Int]] { (tagged1, tagged2) =>\n      ev.allValues.forall { miniInt =>\n        val int = miniInt.toInt\n\n        tagged1.runTag(int)(int) === tagged2.runTag(int)(int)\n      }\n    }\n\n  checkAll(\"Eq Tagged[String, Int]\", EqTests[Tagged[String, Int]].eqv)\n  checkAll(\"Order Tagged[String, Int]\", OrderTests[Tagged[String, Int]].order)\n  checkAll(\"Functor Tagged[String, Int]\", FunctorTests[Tagged[String, *]].functor[Int, Int, Int])\n  checkAll(\"Profunctor Tagged[Int, Int]\", ProfunctorTests[Tagged](Tagged.profunctorTagged).profunctor[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Choice Tagged[Int, Int]\", ChoiceTests[Tagged].choice[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Closed Tagged[Int, Int]\", ClosedTests[Tagged].closed[Int, Int, Int, Int, Int, Int])\n  checkAll(\"Foldable Tagged[String, Int]\", FoldableTests[Tagged[String, *]].foldable[Int, Int])\n  checkAll(\"Traverse Tagged[String, Int]\", TraverseTests[Tagged[String, *]].traverse[Int, Int, Int, Int, Option, Option])\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"test\/shared\/src\/test\/scala-2.13\/proptics\/specs\/ReverseSpec.scala","text":"<gh_stars>1-10\npackage proptics.specs\n\nimport scala.collection.compat.immutable.ArraySeq\n\nimport proptics.instances.reverse._\nimport proptics.law.discipline.ReverseTests\n\nclass ReverseSpec extends ReverseSpec0 {\n  checkAll(\"ReverseTests[LazyList[Int], LazyList[Int]] reverse\", ReverseTests[LazyList[Int], LazyList[Int]].reverse)\n  checkAll(\"ReverseTests[ArraySeq[Int], ArraySeq[Int]] reverse\", ReverseTests[ArraySeq[Int], ArraySeq[Int]].reverse)\n}\n"}
{"repo_name":"amitksingh1490\/Proptics","path":"core\/shared\/src\/main\/scala\/proptics\/instances\/Field3Instances.scala","text":"package proptics.instances\n\nimport proptics.Lens\nimport proptics.typeclass.Field3\n\ntrait Field3Instances {\n  final def third[A, B, C](implicit ev: Field3[(A, B, C), C]): Lens[(A, B, C), C] = ev.third\n\n  implicit final def field3Tuple3[A, B, C]: Field3[(A, B, C), C] = new Field3[(A, B, C), C] {\n    override def third: Lens[(A, B, C), C] =\n      Lens[(A, B, C), C](_._3)(t => a => t.copy(_3 = a))\n  }\n\n  implicit final def field3Tuple4[A, B, C, D]: Field3[(A, B, C, D), C] = new Field3[(A, B, C, D), C] {\n    override def third: Lens[(A, B, C, D), C] =\n      Lens[(A, B, C, D), C](_._3)(t => a => t.copy(_3 = a))\n  }\n\n  implicit final def field3Tuple5[A, B, C, D, E]: Field3[(A, B, C, D, E), C] = new Field3[(A, B, C, D, E), C] {\n    override def third: Lens[(A, B, C, D, E), C] =\n      Lens[(A, B, C, D, E), C](_._3)(t => a => t.copy(_3 = a))\n  }\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"build.sbt","text":"<filename>build.sbt\nimport Dependencies._\nimport com.typesafe.sbt.GitPlugin.autoImport._\nimport com.typesafe.sbt.{GitBranchPrompt, GitVersioning}\nimport com.typesafe.sbt.git._\nimport de.heikoseeberger.sbtheader.license.Apache2_0\n\nlazy val `akka-persistence-query-view` = (project in file(\".\"))\n  .enablePlugins(GitVersioning, GitBranchPrompt, BuildInfoPlugin)\n  .settings(\n    organization := \"com.ovoenergy\",\n    organizationHomepage := Some(url(\"https:\/\/www.ovoenergy.com\/\")),\n    description := \"An Akka PersistentView replacement\",\n    name := \"akka-persistence-query-view\",\n    homepage := Some(url(\"https:\/\/github.com\/ovotech\/akka-persistence-query-view\")),\n    startYear := Some(2016),\n    licenses := Seq((\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))),\n    developers := List(\n      Developer(\n        \"<EMAIL>\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/filippodeluca.com\")\n      )\n    ),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/ovotech\/akka-persistence-query-view\"),\n        \"git@github.com:ovotech\/akka-persistence-query-view.git\"\n      )\n    ),\n    git.remoteRepo := \"origin\",\n    git.runner := ConsoleGitRunner,\n    git.baseVersion := \"0.1.0\",\n    git.useGitDescribe := true,\n    scalaVersion := \"2.12.1\",\n    crossScalaVersions := Seq(scalaVersion.value, \"2.11.8\"),\n    resolvers ++= Seq(Resolver.mavenLocal, Resolver.typesafeRepo(\"releases\")),\n    \/\/ THe scaladoc is causing issue when generating doc around the snapshot format\n    publishArtifact in (Compile, packageDoc) := false,\n    libraryDependencies ++= Seq(\n      typesafe.config,\n      slf4j.api,\n      \/\/ -- Akka\n      akka.actor,\n      akka.stream,\n      akka.persistence,\n      akka.persistenceQuery,\n      akka.protobuf,\n      \/\/ -- Testing --\n      scalaTest % Test,\n      scalaCheck % Test,\n      scalaMock.scalaTestSupport % Test,\n      akka.streamTestKit % Test,\n      akka.slf4j % Test,\n      logback.classic % Test,\n      LevelDb.levelDb % Test\n    ),\n    headers := Map(\n      \"java\" -> Apache2_0(\"2016\", \"OVO Energy\"),\n      \"proto\" -> Apache2_0(\"2016\", \"OVO Energy\", \"\/\/\"),\n      \"scala\" -> Apache2_0(\"2016\", \"OVO Energy\"),\n      \"conf\" -> Apache2_0(\"2016\", \"OVO Energy\", \"#\")\n    ),\n    tutSettings,\n    tutTargetDirectory := baseDirectory.value,\n    bintrayOrganization := Some(\"ovotech\"),\n    bintrayRepository := \"maven\",\n    bintrayPackageLabels := Seq(\"akka\", \"akka-persistence\", \"event-sourcing\", \"cqrs\")\n  )\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"src\/main\/scala\/akka\/persistence\/QueryView.scala","text":"\/*\n * Copyright 2016 OVO Energy\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage akka.persistence\n\nimport akka.actor._\nimport akka.contrib.persistence.query.{LiveStreamCompletedException, QueryViewSnapshot}\nimport akka.dispatch.{DequeBasedMessageQueueSemantics, RequiresMessageQueue}\nimport akka.persistence.SnapshotProtocol.{LoadSnapshotFailed, LoadSnapshotResult}\nimport akka.persistence.query.{EventEnvelope, Sequence}\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl._\n\nimport scala.concurrent.duration._\n\nobject QueryView {\n\n  val DefaultRecoveryTimeout: Duration = 120.seconds\n\n  val DefaultLoadSnapshotTimeout: Duration = 5.seconds\n\n  private case object StartRecovery\n\n  private case object StartLive\n\n  private case object EventReplayed\n\n  private case object LoadSnapshotTimeout\n\n  private case object RecoveryCompleted\n\n  private case class RecoveryFailed(cause: Throwable)\n\n  private case class LiveStreamFailed(cause: Throwable)\n\n  \/**\n    * Additionally to being updated by the live stream the QueryView instantly issues a query using the recovery stream to perform a fast forced update\n    * (useful in corner cases when the live stream has a high delay\/polling interval)\n    * While updating a subsequent ForceUpdate is ignored.\n    *\/\n  case object ForceUpdate\n\n  private case object StartForceUpdate\n\n  private case object ForceUpdateCompleted\n\n  private case class ForceUpdateFailed(cause: Throwable)\n\n  sealed trait State\n\n  object State {\n\n    case object WaitingForSnapshot extends State\n\n    case object Recovering extends State\n\n    case object Live extends State\n\n  }\n}\n\ntrait EventStreamOffsetTyped {\n\n  \/**\n    * Type of offset used for position in the event stream\n    *\/\n  \/\/todo replace with 'OT <: Offset' but not possible as long as EventEnvelope (not EventEnvelope2) is used which is bound to Sequence\n  type OT = Sequence\n}\n\nabstract class QueryView\n    extends Actor\n    with Snapshotter\n    with EventStreamOffsetTyped\n    with RequiresMessageQueue[DequeBasedMessageQueueSemantics]\n    with StashFactory\n    with ActorLogging {\n\n  import QueryView._\n  import context._\n\n  \/\/ Status variables\n\n  def firstOffset: OT\n\n  private[this] var _lastOffset: OT = firstOffset\n  private[this] var _sequenceNrByPersistenceId: Map[String, Long] = Map.empty\n  private[this] var lastSnapshotSequenceNr: Long = 0L\n  private[this] var _noOfEventsSinceLastSnapshot: Long = 0L\n  private[this] var currentState: State = State.WaitingForSnapshot\n  private[this] var loadSnapshotTimer: Option[Cancellable] = None\n  private[this] var savingSnapshot: Boolean = false\n  private[this] var forcedUpdateInProgress: Boolean = false\n\n  private val persistence = Persistence(context.system)\n  override private[persistence] val snapshotStore: ActorRef = persistence.snapshotStoreFor(snapshotPluginId)\n  private implicit val materializer = ActorMaterializer()(context)\n\n  \/**\n    * This stash will contain the messages received during the recovery phase.\n    *\/\n  private val recoveringStash = createStash()\n\n  \/**\n    * It is the persistenceId linked to this view. It should be unique.\n    *\/\n  override def snapshotterId: String\n\n  \/**\n    * Configuration id of the snapshot plugin servicing this persistent actor or view.\n    * When empty, looks in `akka.persistence.snapshot-store.plugin` to find configuration entry path.\n    * When configured, uses `snapshotPluginId` as absolute path to the snapshot store configuration entry.\n    * Configuration entry must contain few required fields, such as `class`. See akka-persistence jar\n    * `src\/main\/resources\/reference.conf`.\n    *\/\n  def snapshotPluginId: String = \"\"\n\n  \/**\n    * The amount of time this actor must wait until giving up waiting for the recovery process. A undefined duration\n    * causes the actor to wait indefinitely. If the recovery fails because of a timeout, this actor will crash.\n    *\n    * TODO Tune by a flag to indicate we want the actor to switch live if the recovery timeout.\n    *\/\n  def recoveryTimeout: Duration = DefaultRecoveryTimeout\n\n  \/**\n    * The amount of time this actor must wait until giving up waiting for a snapshot loading. A undefined duration\n    * causes the actor to wait indefinitely. The timeout does not cause this actor to crash, it is a recoverable error.\n    *\/\n  def loadSnapshotTimeout: Duration = DefaultLoadSnapshotTimeout\n\n  \/**\n    * It is the source od EventEnvelope used to recover the view status. It MUST be finite stream.\n    *\n    * It is declared as AnyRef to be able to return [[EventEnvelope]].\n    *\/\n  def recoveringStream(sequenceNrByPersistenceId: Map[String, Long], lastOffset: OT): Source[AnyRef, _]\n\n  \/**\n    * It is the source od EventEnvelope used to receive live events, it MUST be a infinite stream (eg: It should never\n    * complete)\n    *\n    * It is declared as AnyRef to be able to return [[EventEnvelope]].\n    *\/\n  def liveStream(sequenceNrByPersistenceId: Map[String, Long], lastOffset: OT): Source[AnyRef, _]\n\n  \/**\n    * It is an hook called before the actor switch to live mode. It is synchronous (it can change the actor status).\n    * It can be useful to fetch additional data from other actor\/services before starting receiving messages.\n    *\/\n  def preLive(): Unit = {}\n\n  \/**\n    * @see [[ForceUpdate]]\n    *\/\n  def forceUpdate(): Unit = startForceUpdate()\n\n  \/**\n    * Is called when the stream of a forceUpdate has completed\n    *\/\n  def onForceUpdateCompleted() = {}\n\n  \/\/ Status accessors\n\n  \/**\n    * Return if this actor is waiting for receiving the snapshot from the snapshot-store.\n    *\/\n  final def isWaitingForSnapshot: Boolean = currentState == State.WaitingForSnapshot\n\n  \/**\n    * Return if this actor is in recovery phase. Useful to the implementor to apply different behavior when a message\n    * came from the journal or from another actor.\n    *\/\n  final def isRecovering: Boolean = currentState == State.Recovering\n\n  \/**\n    * Return if this actor is in live phase. Useful to the implementor to apply different behavior when a message\n    * came from the journal or from another actor.\n    *\/\n  final def isLive: Boolean = currentState == State.Live\n\n  \/**\n    * Return the last replayed message offset from the journal.\n    *\/\n  final def lastOffset: OT = Option(_lastOffset).getOrElse(firstOffset)\n\n  \/**\n    * The current sequenceNr of given persistenceId\n    *\n    * @param persistenceId\n    * @return\n    *\/\n  final def lastSequenceNrFor(persistenceId: String): Long = _sequenceNrByPersistenceId.getOrElse(persistenceId, 0)\n\n  \/**\n    * Return the number of processed events since last snapshot has been taken.\n    *\/\n  final def noOfEventSinceLastSnapshot(): Long = _noOfEventsSinceLastSnapshot\n\n  \/**\n    * Return the next sequence nr to apply to the next snapshot.\n    *\/\n  override final def snapshotSequenceNr: Long = lastSnapshotSequenceNr + 1\n\n  \/\/ Behavior\n\n  override protected[akka] def aroundPreStart(): Unit = {\n    loadSnapshot()\n    super.aroundPreStart()\n  }\n\n  override protected[akka] def aroundPostRestart(reason: Throwable): Unit = {\n    loadSnapshot()\n    super.aroundPostRestart(reason)\n  }\n\n  private def loadSnapshot(): Unit = {\n    \/\/ If the `loadSnapshotTimeout` is finite, it makes sure the Actor will not get stuck in 'waitingForSnapshot' state.\n    loadSnapshotTimer = loadSnapshotTimeout match {\n      case timeout: FiniteDuration =>\n        Some(context.system.scheduler.scheduleOnce(timeout, self, LoadSnapshotTimeout))\n      case _ =>\n        None\n    }\n    currentState = State.WaitingForSnapshot\n    loadSnapshot(snapshotterId, SnapshotSelectionCriteria.Latest, Long.MaxValue)\n  }\n\n  override protected[akka] def aroundPreRestart(reason: Throwable, message: Option[Any]): Unit = {\n    cancelSnapshotTimer()\n    materializer.shutdown()\n    super.aroundPreRestart(reason, message)\n  }\n\n  override protected[akka] def aroundPostStop(): Unit = {\n    cancelSnapshotTimer()\n    materializer.shutdown()\n    super.aroundPostStop()\n  }\n\n  private def cancelSnapshotTimer(): Unit = loadSnapshotTimer.foreach(_.cancel())\n\n  override protected[akka] def aroundReceive(behaviour: Receive, msg: Any): Unit = {\n    log.debug(\"Query view in state [{}] received message: [{}]\", currentState, msg)\n    if (isWaitingForSnapshot) {\n      waitingForSnapshot(behaviour, msg)\n    } else if (isRecovering) {\n      recovering(behaviour, msg)\n    } else {\n      assert(isLive)\n      live(behaviour, msg)\n    }\n  }\n\n  private def live(behaviour: Receive, msg: Any) =\n    msg match {\n      case StartLive =>\n        sender() ! EventReplayed\n\n      case EventEnvelope(offset, persistenceId, sequenceNr, event) =>\n        processEvent(behaviour, offset.asInstanceOf[OT], persistenceId, sequenceNr, event)\n        sender() ! EventReplayed\n\n      case LiveStreamFailed(ex) =>\n        log.error(ex, \"Live stream failed, it is a fatal error\")\n        \/\/ We have to crash the actor\n        throw ex\n\n      case ForceUpdate =>\n        startForceUpdate()\n\n      case StartForceUpdate =>\n        log.debug(\"update stream started\")\n        sender() ! EventReplayed\n\n      case ForceUpdateCompleted =>\n        forcedUpdateInProgress = false\n        onForceUpdateCompleted()\n\n      case ForceUpdateFailed(f) \u21d2\n        log.error(f, \"forceupdate failed\")\n        forcedUpdateInProgress = false\n        onForceUpdateCompleted()\n\n      case msg @ SaveSnapshotSuccess(metadata) \u21d2\n        snapshotSaved(metadata)\n        super.aroundReceive(behaviour, msg)\n\n      case msg @ SaveSnapshotFailure(metadata, error) \u21d2\n        snapshotSavingFailed(metadata, error)\n        super.aroundReceive(behaviour, msg)\n\n      case _ \u21d2\n        super.aroundReceive(behaviour, msg)\n    }\n\n  private def recovering(behaviour: Receive, msg: Any) =\n    msg match {\n      case StartRecovery =>\n        sender() ! EventReplayed\n\n      case EventEnvelope(offset, persistenceId, sequenceNr, event) \u21d2\n        processEvent(behaviour, offset.asInstanceOf[OT], persistenceId, sequenceNr, event)\n        sender() ! EventReplayed\n\n      case QueryView.RecoveryCompleted \u21d2\n        log.info(\"Recovery completed\")\n        startLive()\n\n      case RecoveryFailed(ex) \u21d2\n        \/\/ TODO if it is a Timeout decide if switch to live or crash\n        log.error(ex, \"Error recovering\")\n        throw ex\n\n      case msg @ SaveSnapshotSuccess(metadata) \u21d2\n        snapshotSaved(metadata)\n        super.aroundReceive(behaviour, msg)\n\n      case msg @ SaveSnapshotFailure(metadata, error) \u21d2\n        snapshotSavingFailed(metadata, error)\n        super.aroundReceive(behaviour, msg)\n\n      case LiveStreamFailed(ex) =>\n        log.error(ex, \"Live stream failed while recovering, ignoring...\")\n\n      case LoadSnapshotTimeout =>\n        log.error(\"Unexpected load snapshot timeout while recovering.\")\n\n      case LoadSnapshotFailed(ex) =>\n        log.error(ex, \"Unexpected snapshot failed error while recovering.\")\n\n      case other =>\n        log.debug(\"Stashing while recovering: [{}]\", other)\n        recoveringStash.stash()\n    }\n\n  private def processEvent(behaviour: Receive, offset: OT, persistenceId: String, sequenceNr: Long, event: Any) = {\n    val expectedNextSeqForPersistenceId = _sequenceNrByPersistenceId.getOrElse(persistenceId, 0L) + 1\n    if (sequenceNr >= expectedNextSeqForPersistenceId) {\n      _lastOffset = offset\n      _sequenceNrByPersistenceId = _sequenceNrByPersistenceId + (persistenceId -> sequenceNr)\n      _noOfEventsSinceLastSnapshot = _noOfEventsSinceLastSnapshot + 1\n      super.aroundReceive(behaviour, event)\n    } else {\n      log.debug(\"filter already processed event for sequenceNr={} event={}\", sequenceNr, event)\n    }\n  }\n\n  private def waitingForSnapshot(behaviour: Receive, msg: Any) =\n    msg match {\n      case LoadSnapshotResult(Some(SelectedSnapshot(metadata, status: QueryViewSnapshot[_])), _) \u21d2\n        val offer = SnapshotOffer(metadata, status.data)\n        if (behaviour.isDefinedAt(offer)) {\n          super.aroundReceive(behaviour, offer)\n          _lastOffset = status.maxOffset.asInstanceOf[OT]\n          _sequenceNrByPersistenceId = status.sequenceNrs\n          lastSnapshotSequenceNr = metadata.sequenceNr\n        }\n        startRecovery()\n\n      case LoadSnapshotResult(None, _) =>\n        startRecovery()\n\n      case LoadSnapshotTimeout =>\n        \/\/ It is recoverable so we don't need to crash the actor\n        log.error(\"Timeout loading the snapshot after [{}]\", loadSnapshotTimeout)\n        startRecovery()\n\n      case LoadSnapshotFailed(ex) =>\n        log.error(ex, \"Error while loading the snapshot.\")\n        startRecovery()\n\n      case LiveStreamFailed(ex) =>\n        log.error(ex, \"Live stream failed while waiting for snapshot, ignoring...\")\n\n      case other =>\n        log.debug(\"Stashing while waiting for snapshot: [{}]\", other)\n        recoveringStash.stash()\n    }\n\n  private def startRecovery(): Unit = {\n\n    loadSnapshotTimer.foreach(_.cancel())\n    currentState = State.Recovering\n\n    val stream = recoveryTimeout match {\n      case t: FiniteDuration => recoveringStream(_sequenceNrByPersistenceId, lastOffset).completionTimeout(t)\n      case _                 => recoveringStream(_sequenceNrByPersistenceId, lastOffset)\n    }\n\n    val recoverySink =\n      Sink.actorRefWithAck(self, StartRecovery, EventReplayed, QueryView.RecoveryCompleted, e => RecoveryFailed(e))\n\n    stream.to(recoverySink).run()\n  }\n\n  private def startLive(): Unit = {\n\n    preLive()\n\n    currentState = State.Live\n    recoveringStash.unstashAll()\n\n    val liveSink =\n      Sink.actorRefWithAck(\n        self,\n        StartLive,\n        EventReplayed,\n        LiveStreamFailed(new LiveStreamCompletedException),\n        e => LiveStreamFailed(e)\n      )\n\n    liveStream(_sequenceNrByPersistenceId, lastOffset).to(liveSink).run()\n  }\n\n  private def startForceUpdate(): Unit =\n    if (forcedUpdateInProgress) {\n      log.debug(\"ignore forceupdate since forceupdate is already in progress\")\n    } else {\n      log.debug(\"forceupdate for persistentid {} and offset {}\", _sequenceNrByPersistenceId, lastOffset)\n      forcedUpdateInProgress = true\n      val forceUpdateSink =\n        Sink.actorRefWithAck(self, StartForceUpdate, EventReplayed, ForceUpdateCompleted, e => ForceUpdateFailed(e))\n      recoveringStream(_sequenceNrByPersistenceId, lastOffset).to(forceUpdateSink).run()\n    }\n\n  override def saveSnapshot(snapshot: Any): Unit = if (!savingSnapshot) {\n    \/\/ Decorate the snapshot\n    savingSnapshot = true\n    super.saveSnapshot(QueryViewSnapshot(snapshot, _lastOffset, _sequenceNrByPersistenceId))\n  }\n\n  private def snapshotSaved(metadata: SnapshotMetadata): Unit = {\n    savingSnapshot = false\n    lastSnapshotSequenceNr = metadata.sequenceNr\n    _noOfEventsSinceLastSnapshot = 0L\n    log.debug(\n      \"Snapshot saved successfully snapshotterId={} lastSnapshotSequenceNr={}\",\n      snapshotterId,\n      lastSnapshotSequenceNr\n    )\n  }\n\n  private def snapshotSavingFailed(metadata: SnapshotMetadata, error: Throwable): Unit = {\n    savingSnapshot = false\n    log.error(error, \"Error saving snapshot snapshotterId={}\", snapshotterId)\n  }\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"src\/test\/scala\/com\/ovoenergy\/akka\/AkkaPersistenceFixture.scala","text":"package com.ovoenergy.akka\n\nimport java.nio.file.Files\n\nimport akka.actor._\nimport akka.pattern._\nimport akka.persistence.{DeleteMessagesSuccess, PersistentActor}\nimport com.ovoenergy.ConfigFixture\nimport com.ovoenergy.akka.AkkaPersistenceFixture.JournalWriter.DeleteFromJournal\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.scalatest.concurrent.{Eventually, ScalaFutures}\nimport org.scalatest._\n\nimport scala.reflect.ClassTag\n\nobject AkkaPersistenceFixture {\n\n  object JournalWriter {\n\n    case class DeleteFromJournal(toSequenceNr: Long)\n\n    def props(persistenceId: String): Props = Props(new JournalWriter(persistenceId))\n  }\n\n  class JournalWriter(val persistenceId: String) extends PersistentActor {\n\n    \/\/ It is very naive, does not support multiple concurrent delections\n    private var waitForDeletion = Option.empty[ActorRef]\n\n    override def receiveRecover: Receive =\n      Actor.emptyBehavior\n\n    override def receiveCommand: Receive = {\n\n      case DeleteFromJournal(toSequenceNr) =>\n        deleteMessages(toSequenceNr)\n        waitForDeletion = Some(sender())\n\n      case msg: DeleteMessagesSuccess =>\n        waitForDeletion.foreach(_ ! msg)\n        waitForDeletion = None\n\n      case event \u21d2\n        persist(event) { persisted \u21d2\n          sender() ! persisted\n        }\n    }\n  }\n\n}\n\ntrait AkkaPersistenceFixture extends ConfigFixture with ScalaFutures with BeforeAndAfterEach with Eventually {\n  self: Suite with AkkaFixture with Notifying =>\n\n  import AkkaPersistenceFixture._\n\n  import scala.concurrent.duration._\n\n  override protected def initConfig(): Config = {\n\n    val journalDir = Files.createTempDirectory(\"journal\")\n    val snapshotDir = Files.createTempDirectory(\"snapshot\")\n\n    note(s\"Journal dir: $journalDir Snapshot dir: $snapshotDir\")\n\n    ConfigFactory.parseString(\n      s\"\"\"\n         |akka.persistence.journal.leveldb.dir = \"${journalDir.toAbsolutePath.toString}\"\n         |akka.persistence.snapshot-store.local.dir = \"${snapshotDir.toAbsolutePath.toString}\"\n      \"\"\".stripMargin).withFallback(super.initConfig())\n  }\n\n  def withJournalWriter[T](pId: String)(f: ActorRef \u21d2 T): T = {\n\n    val writer = system.actorOf(JournalWriter.props(pId))\n    try {\n      f(writer)\n    } finally {\n      writer ! PoisonPill\n    }\n  }\n\n  def writeToJournal[T](persistenceId: String, event: T)(implicit tag: ClassTag[T]): T =\n    withJournalWriter(persistenceId) { writer \u21d2\n      val written = writer.ask(event)(10.seconds).mapTo[T].futureValue(timeout(scaled(5.seconds)))\n      note(s\"Event written $written\")\n      written\n    }\n\n  def deleteFromJournal(persistenceId: String, toSequenceNr: Long): Unit = withJournalWriter(persistenceId) { writer \u21d2\n    writer\n        .ask(DeleteFromJournal(toSequenceNr))(10.seconds)\n        .mapTo[DeleteMessagesSuccess]\n        .futureValue(timeout(scaled(5.seconds)))\n    note(s\"Events deleted from $persistenceId up to $toSequenceNr\")\n  }\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    eventually(timeout(scaled(15.seconds)), interval(1.seconds)) {\n      writeToJournal(\"test\", \"Test\")\n    }\n\n    note(\"Journal initialized\")\n  }\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.6.1\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-git\" % \"0.8.5\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"1.6.0\")\naddSbtPlugin(\"com.geirsson\" % \"sbt-scalafmt\" % \"0.5.1\")\naddSbtPlugin(\"me.lessis\" % \"bintray-sbt\" % \"0.3.0-8-g6d0c3f8\")\naddSbtPlugin(\"org.tpolecat\" % \"tut-plugin\" % \"0.4.8\")\n\n\/\/ To resolve custom bintray-sbt plugin\nresolvers += Resolver.url(\"2m-sbt-plugin-releases\", url(\"https:\/\/dl.bintray.com\/2m\/sbt-plugin-releases\/\"))(\n  Resolver.ivyStylePatterns\n)\n\n\/\/ TO mute sbt-git\nlibraryDependencies += \"org.slf4j\" % \"slf4j-nop\" % \"1.7.22\"\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"src\/test\/scala\/akka\/contrib\/persistence\/query\/QueryViewSnapshotSerializerSpec.scala","text":"package akka.contrib.persistence.query\n\nimport java.nio.ByteBuffer\n\nimport akka.persistence.query.Sequence\nimport akka.serialization.SerializationExtension\nimport com.ovoenergy.UnitSpec\nimport com.ovoenergy.akka.AkkaFixture\nimport org.scalacheck.{Arbitrary, Gen}\n\nimport scala.util.{Failure, Try}\n\nclass QueryViewSnapshotSerializerSpec extends UnitSpec with AkkaFixture {\n  import Arbitrary._\n\n  class NonSerializable(value: String)\n\n  implicit val arbNonSerializable: Arbitrary[NonSerializable] = Arbitrary(for {\n    value <- arbitrary[String]\n  } yield new NonSerializable(value))\n\n  implicit def arbQueryViewSnapshot[T](implicit arbT: Arbitrary[T]): Arbitrary[QueryViewSnapshot[T]] =\n    Arbitrary(for {\n      data <- arbT.arbitrary\n      offset <- Gen.choose(1L, Long.MaxValue).map(Sequence)\n      sequenceNrs <- Gen.mapOf(Gen.zip(Gen.alphaStr, Gen.posNum[Long]))\n    } yield QueryViewSnapshot(data, offset, sequenceNrs))\n\n  \"QueryViewSnapshotSerializer\" should {\n    \"Serialize and deserialize any QueryViewSnapshot\" in forAll { testValue: QueryViewSnapshot[String] \u21d2\n      val serialization = SerializationExtension(extendedActorSystem)\n\n      val (resolvedSerializer, result) = (for {\n        serializer <- serialization.serializerOf(classOf[QueryViewSnapshotSerializer].getName)\n        serialized <- serialization.serialize(testValue)\n        deserialized <- serialization.deserialize(serialized, serializer.identifier, \"\")\n      } yield serializer -> deserialized).get\n\n      resolvedSerializer should be(a[QueryViewSnapshotSerializer])\n      result should be(testValue)\n    }\n\n    \"Serialize and deserialize any QueryViewSnapshot using ByteBuffer\" in forAll {\n      testValue: QueryViewSnapshot[String] \u21d2\n        val serialization = SerializationExtension(extendedActorSystem)\n\n        val (resolvedSerializer, result) = (for {\n          serializer <- serialization.serializerOf(classOf[QueryViewSnapshotSerializer].getName)\n          serialized <- serialization.serialize(testValue)\n          deserialized <- Try(\n            serialization.deserializeByteBuffer(ByteBuffer.wrap(serialized), serializer.identifier, \"\")\n          )\n        } yield serializer -> deserialized).get\n\n        resolvedSerializer should be(a[QueryViewSnapshotSerializer])\n        result should be(testValue)\n    }\n\n    \"fail if the data is not serializable\" in forAll { testValue: QueryViewSnapshot[NonSerializable] \u21d2\n      val serialization = SerializationExtension(extendedActorSystem)\n\n      (for {\n        serializer <- serialization.serializerOf(classOf[QueryViewSnapshotSerializer].getName)\n        serialized <- serialization.serialize(testValue)\n        deserialized <- serialization.deserialize(serialized, serializer.identifier, \"\")\n      } yield deserialized) shouldBe a[Failure[_]]\n\n    }\n  }\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"src\/test\/scala\/com\/ovoenergy\/UnitSpec.scala","text":"<filename>src\/test\/scala\/com\/ovoenergy\/UnitSpec.scala\npackage com.ovoenergy\n\nimport org.scalatest.concurrent.{ScalaFutures, ScaledTimeSpans}\nimport org.scalatest.prop.PropertyChecks\nimport org.scalatest.{Matchers, WordSpec}\n\nabstract class UnitSpec\n    extends WordSpec\n    with Matchers\n    with PropertyChecks\n    with ScalaFutures\n    with ScaledTimeSpans\n    with ConfigFixture {\n\n  \/\/ AbstractPatienceConfiguration define a class that call span\n  override def spanScaleFactor: Double = optionalConfig.getOrElse(initConfig()).getDouble(\"akka.test.timefactor\")\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"src\/main\/scala\/akka\/contrib\/persistence\/query\/QueryViewSnapshotSerializer.scala","text":"<reponame>fg-devs\/akka-persistence-query-view\n\/*\n * Copyright 2016 OVO Energy\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage akka.contrib.persistence.query\n\nimport java.io.{ByteArrayInputStream, ByteArrayOutputStream, InputStream, OutputStream}\nimport java.nio.ByteBuffer\n\nimport akka.actor.ExtendedActorSystem\nimport akka.contrib.persistence.query.QueryViewFormats.Payload\nimport akka.persistence.query.Offset\nimport akka.protobuf.ByteString\nimport akka.serialization.{BaseSerializer, ByteBufferSerializer, SerializationExtension, SerializerWithStringManifest}\n\nimport scala.collection.JavaConverters._\n\nclass QueryViewSnapshotSerializer(val system: ExtendedActorSystem) extends BaseSerializer with ByteBufferSerializer {\n\n  override def includeManifest: Boolean = false\n\n  \/\/ It MUST be lazy otherwise will deadlock during initialization.\n  private lazy val serialization = SerializationExtension(system)\n\n  override def toBinary(o: AnyRef): Array[Byte] = {\n    val out = new ByteArrayOutputStream() \/\/ TODO sizeHint\n    toBinary(o, out)\n    out.toByteArray\n  }\n\n  override def toBinary(o: AnyRef, buf: ByteBuffer): Unit =\n    toBinary(o, new ByteBufferOutputStream(buf))\n\n  private def toBinary(o: AnyRef, out: OutputStream): Unit = o match {\n    case qvs: QueryViewSnapshot[_] => serializeQueryViewSnapshot(qvs, out)\n    case _ => throw new IllegalArgumentException(s\"Can't serialize object of type ${o.getClass}\")\n  }\n\n  override def fromBinary(bytes: Array[Byte], manifest: Option[Class[_]]): AnyRef =\n    fromBinary(new ByteArrayInputStream(bytes))\n\n  override def fromBinary(buf: ByteBuffer, manifest: String): AnyRef =\n    fromBinary(new ByteBufferInputStream(buf))\n\n  private def fromBinary(in: InputStream): AnyRef =\n    deserializeQueryViewSnapshot(in)\n\n  private def serializeQueryViewSnapshot(snapshot: QueryViewSnapshot[_], out: OutputStream): Unit = {\n\n    val builder = QueryViewFormats.QueryViewSnapshot.newBuilder()\n    snapshot.sequenceNrs.foreach {\n      case (persistenceId, sequenceNr) =>\n        builder.addSequenceNrs(\n          QueryViewFormats.QueryViewSnapshot.SequenceNrEntry\n              .newBuilder()\n              .setPersistenceId(persistenceId)\n              .setSequenceNr(sequenceNr)\n              .build()\n        )\n    }\n\n    builder.setMaxOffset(serializePayload(snapshot.maxOffset))\n    builder.setData(serializePayload(snapshot.data.asInstanceOf[AnyRef]))\n    val built = builder.build()\n\n    built.writeTo(out)\n  }\n\n  private def deserializeQueryViewSnapshot(in: InputStream): QueryViewSnapshot[AnyRef] = {\n    val parsed = QueryViewFormats.QueryViewSnapshot.parseFrom(in)\n\n    var sequenceNrsBuilder = Map.newBuilder[String, Long]\n    parsed.getSequenceNrsList.asScala.foreach { entry =>\n      sequenceNrsBuilder = sequenceNrsBuilder += entry.getPersistenceId -> entry.getSequenceNr\n    }\n\n    val data = deserializePayload(parsed.getData)\n    val maxOffset = deserializePayload(parsed.getMaxOffset).asInstanceOf[Offset]\n\n    QueryViewSnapshot(data, maxOffset, sequenceNrsBuilder.result())\n  }\n\n  private def serializePayload(payload: AnyRef): Payload = {\n    val builder = Payload.newBuilder()\n    val serializer = serialization.serializerFor(payload.getClass)\n    builder.setSerializerId(serializer.identifier)\n    serializer match {\n      case s: SerializerWithStringManifest =>\n        builder.setMessageManifest(s.manifest(payload))\n      case s if s.includeManifest =>\n        builder.setMessageManifest(payload.getClass.getName)\n      case _ =>\n        builder.setMessageManifest(\"\")\n    }\n    builder.setEnclosedMessage(ByteString.copyFrom(serializer.toBinary(payload)))\n    builder.build()\n  }\n\n  private def deserializePayload(payload: Payload): AnyRef = {\n\n    val data = payload.getEnclosedMessage.toByteArray\n    val serializerId = payload.getSerializerId\n    val manifest = payload.getMessageManifest\n\n    serialization.deserialize(data, serializerId, manifest).get\n  }\n\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"project\/Release.scala","text":"import sbt.Keys._\nimport sbt._\n\nimport scala.util.Try\n\nobject Release extends AutoPlugin {\n\n  \/\/ It is from sbt-release plugin\n  object Version {\n\n    sealed trait Bump {\n      def bump: Version => Version\n    }\n\n    object Bump {\n\n      object Major extends Bump {\n        def bump = _.bumpMajor\n      }\n\n      object Minor extends Bump {\n        def bump = _.bumpMinor\n      }\n\n      object Bugfix extends Bump {\n        def bump = _.bumpBugfix\n      }\n\n      object Nano extends Bump {\n        def bump = _.bumpNano\n      }\n\n      object Next extends Bump {\n        def bump = _.bump\n      }\n\n      val default = Next\n    }\n\n    val VersionR = \"\"\"([0-9]+)((?:\\.[0-9]+)+)?([\\.\\-0-9a-zA-Z]*)?\"\"\".r\n    val PreReleaseQualifierR = \"\"\"[\\.-](?i:rc|m|alpha|beta)[\\.-]?[0-9]*\"\"\".r\n\n    def apply(s: String): Option[Version] =\n      Try {\n        val VersionR(maj, subs, qual) = s\n        \/\/ parse the subversions (if any) to a Seq[Int]\n        val subSeq: Seq[Int] = Option(subs) map { str =>\n          \/\/ split on . and remove empty strings\n          str.split('.').filterNot(_.trim.isEmpty).map(_.toInt).toSeq\n        } getOrElse Nil\n        Version(maj.toInt, subSeq, Option(qual).filterNot(_.isEmpty))\n      }.toOption\n  }\n\n  case class Version(major: Int, subversions: Seq[Int], qualifier: Option[String]) {\n    def bump = {\n      val maybeBumpedPrerelease = qualifier.collect {\n        case Version.PreReleaseQualifierR() => withoutQualifier\n      }\n\n      def maybeBumpedLastSubversion = bumpSubversionOpt(subversions.length - 1)\n\n      def bumpedMajor = copy(major = major + 1)\n\n      maybeBumpedPrerelease\n        .orElse(maybeBumpedLastSubversion)\n        .getOrElse(bumpedMajor)\n    }\n\n    def bumpMajor = copy(major = major + 1, subversions = Seq.fill(subversions.length)(0))\n\n    def bumpMinor = maybeBumpSubversion(0)\n\n    def bumpBugfix = maybeBumpSubversion(1)\n\n    def bumpNano = maybeBumpSubversion(2)\n\n    def maybeBumpSubversion(idx: Int) = bumpSubversionOpt(idx) getOrElse this\n\n    private def bumpSubversionOpt(idx: Int) = {\n      val bumped = subversions.drop(idx)\n      val reset = bumped.drop(1).length\n      bumped.headOption map { head =>\n        val patch = (head + 1) +: Seq.fill(reset)(0)\n        copy(subversions = subversions.patch(idx, patch, patch.length))\n      }\n    }\n\n    def bump(bumpType: Version.Bump): Version = bumpType.bump(this)\n\n    def withoutQualifier = copy(qualifier = None)\n\n    def asSnapshot = copy(qualifier = Some(\"-SNAPSHOT\"))\n\n    def string = \"\" + major + mkString(subversions) + qualifier.getOrElse(\"\")\n\n    private def mkString(parts: Seq[Int]) = parts.map(\".\" + _).mkString\n  }\n\n  override def trigger: PluginTrigger = allRequirements\n  override def requires: Plugins = plugins.JvmPlugin\n\n  lazy val releaseNextVersion: TaskKey[String] = TaskKey[String](\"release-next-version\")\n  lazy val releaseWriteNextVersion: TaskKey[File] = TaskKey[File](\"release-write-next-version\")\n\n  override def projectSettings =\n    Seq(releaseNextVersion := {\n      Version(version.value).map(_.bump(Version.Bump.default)).map(_.withoutQualifier.string).get\n    }, releaseWriteNextVersion := {\n      val file = new File(target.value, \"next_release_version\")\n      IO.write(file, releaseNextVersion.value)\n      file\n    })\n}\n"}
{"repo_name":"fg-devs\/akka-persistence-query-view","path":"project\/Dependencies.scala","text":"<gh_stars>0\nimport sbt._\n\nobject Dependencies {\n\n  object typesafe {\n    val config = \"com.typesafe\" % \"config\" % \"1.3.1\"\n  }\n\n  object slf4j {\n\n    private val version = \"1.7.22\"\n\n    val api = \"org.slf4j\" % \"slf4j-api\" % version\n    val log4jOverSlf4j = \"org.slf4j\" % \"log4j-over-slf4j\" % version\n    val jclOverSlf4j = \"org.slf4j\" % \"jcl-over-slf4j\" % version\n    val nop = \"org.slf4j\" % \"slf4j-nop\" % version\n  }\n\n  object log4j {\n    private val version = \"2.7\"\n\n    val log4jToSlf4j = \"org.apache.logging.log4j\" % \"log4j-to-slf4j\" % version\n  }\n\n  object logback {\n\n    private val version = \"1.1.8\"\n\n    val core = \"ch.qos.logback\" % \"logback-core\" % version\n    val classic = \"ch.qos.logback\" % \"logback-classic\" % version\n  }\n\n  object akka {\n\n    private val version = \"2.5.21\"\n\n    val actor = \"com.typesafe.akka\" %% \"akka-actor\" % version\n    val remote = \"com.typesafe.akka\" %% \"akka-remote\" % version\n    val cluster = \"com.typesafe.akka\" %% \"akka-cluster\" % version\n    val slf4j = \"com.typesafe.akka\" %% \"akka-slf4j\" % version\n    val contrib = \"com.typesafe.akka\" %% \"akka-contrib\" % version\n    val clusterTools = \"com.typesafe.akka\" %% \"akka-cluster-tools\" % version\n    val clusterSharding = \"com.typesafe.akka\" %% \"akka-cluster-sharding\" % version\n    val clusterMetrics = \"com.typesafe.akka\" %% \"akka-cluster-metrics\" % version\n    val persistence = \"com.typesafe.akka\" %% \"akka-persistence\" % version\n    val protobuf = \"com.typesafe.akka\" %% \"akka-protobuf\" % version\n    val persistenceQuery = \"com.typesafe.akka\" %% \"akka-persistence-query\" % version\n    val persistenceTck = \"com.typesafe.akka\" %% \"akka-persistence-tck\" % version\n    val testKit = \"com.typesafe.akka\" %% \"akka-testkit\" % version\n    val stream = \"com.typesafe.akka\" %% \"akka-stream\" % version\n    val streamTestKit = \"com.typesafe.akka\" %% \"akka-stream-testkit\" % version\n  }\n\n  val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.1\"\n  val scalaCheck = \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\"\n\n  object scalaMock {\n\n    private val version = \"3.4.2\"\n\n    val scalaTestSupport = \"org.scalamock\" %% \"scalamock-scalatest-support\" % version\n  }\n\n  object LevelDb {\n\n    val levelDb = \"org.iq80.leveldb\" % \"leveldb\" % \"0.9\"\n    val leveldbJni = \"org.fusesource.leveldbjni\" % \"leveldbjni-all\" % \"1.8\"\n\n  }\n\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/test\/scala\/atlast\/Usage.scala","text":"package atlast\n\nimport cats.{Monad, ~>}\nimport cats.implicits._\n\nobject Usage {\n\n  trait Storage[F[_]] {\n    def get(key: String): F[Option[String]]\n\n    def put(key: String, data: String): F[Unit]\n\n    def remove(key: String): F[Unit]\n  }\n\n  object Storage {\n\n    def get[Effs](key: String)(implicit ev: <=[Storage, Effs]): ATM[Effs, Option[String]] =\n      new ATM[Effs, Option[String]] {\n        override def run[F[_] : Monad](tf: InterpretersTo[F, Effs]): F[Option[String]] = ev.extract(tf).get(key)\n      }\n\n    def put[Effs](key: String, data: String)(implicit ev: <=[Storage, Effs]): ATM[Effs, Unit] =\n      new ATM[Effs, Unit] {\n        override def run[F[_] : Monad](tf: InterpretersTo[F, Effs]): F[Unit] = ev.extract(tf).put(key, data)\n      }\n\n    def remove[Effs](key: String)(implicit ev: <=[Storage, Effs]): ATM[Effs, Unit] =\n      new ATM[Effs, Unit] {\n        override def run[F[_] : Monad](tf: InterpretersTo[F, Effs]): F[Unit] = ev.extract(tf).remove(key)\n      }\n\n  }\n\n  object LsStorage {\n    def lsKeys[Effs](implicit ev: <=[LsStorage, Effs]): ATM[Effs, Iterator[String]] =\n      new ATM[Effs, Iterator[String]] {\n        override def run[F[_] : Monad](tf: InterpretersTo[F, Effs]): F[Iterator[String]] = ev.extract(tf).lsKeys\n      }\n  }\n\n\n  trait LsStorage[F[_]] {\n    def lsKeys: F[Iterator[String]]\n  }\n\n  type MyEffs = Fx.Two[Storage, Option ~> ?[_]]\n\n  def getAndRemove[R\n  : Storage <= ?\n  : (Option ~> ?[_]) <= ?\n  ](key: String): ATM[R, String] = for {\n    outOption <- Storage.get(key)\n    out <- ATM.to(outOption)\n    _ <- Storage.remove(key)\n  } yield out\n\n}\n\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/test\/scala\/atlast\/ATLTest.scala","text":"import atlast.{ATM, Fx, InterpretersTo}\nimport cats.arrow.FunctionK\nimport cats.~>\nimport cats.implicits._\nimport org.scalatest.{FreeSpec, Matchers}\n\nclass ATMTest extends FreeSpec with Matchers {\n\n  \"unions\" - {\n    val noneMaker: Option ~> Option = new (Option ~> Option) {\n      override def apply[A](fa: Option[A]): Option[A] = fa.flatMap(_ => None)\n    }\n    def onlyRights[L]: (Either[L, ?] ~> Option) = new (Either[L, ?] ~> Option) {\n      override def apply[A](fa: L Either A): Option[A] = fa.right.toOption\n    }\n    def nonesThis[L](l: L): (Option ~> Either[L, ?]) = new (Option ~> Either[L, ?]) {\n      override def apply[A](fa: Option[A]): L Either A = fa.fold(Either.left[L, A](l))(Either.right(_))\n    }\n    \"single member\" in {\n      ATM.to[Fx.One[Option ~> ?[_]]](Option(1)).run(\n        InterpretersTo.one(noneMaker)\n      ) should be (empty)\n    }\n    \"two of the same member\" in {\n      ATM.to[Fx.Two[Option ~> ?[_], Option ~> ?[_]]](Option(1)).run(\n        InterpretersTo.two(FunctionK.id[Option], noneMaker)\n      ) should be (Some(1))\n    }\n    \"two different members\" in {\n      ATM.to[Fx.Two[Either[String, ?] ~> ?[_], Option ~> ?[_]]](Either.right[String, Int](1)).run(\n        InterpretersTo.two(onlyRights, noneMaker)\n      ) should be (Some(1))\n      ATM.to[Fx.Two[Either[String, ?] ~> ?[_], Option ~> ?[_]]](None).run(\n        InterpretersTo.two(FunctionK.id, nonesThis(\"hey\"))\n      ) should be (Left(\"hey\"))\n    }\n  }\n\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/src\/test\/scala\/atlast\/ATLTest.scala","text":"<gh_stars>1-10\nimport atlast.{EitherM, OptionM}\nimport cats.arrow.FunctionK\nimport cats.implicits._\nimport cats.{Monad, ~>}\nimport org.scalatest.{FreeSpec, Matchers}\n\nclass ATMTest extends FreeSpec with Matchers {\n\n  \"unions\" - {\n    \"single member\" in {\n      def idder[F[_], A](fa: F[A])(implicit F: Monad[F], O: OptionM[F]): F[A] = fa\n      def noner[F[_], A](fa: F[A])(implicit F: Monad[F], O: OptionM[F]): F[A] = O.none\n      idder(Some(1)) shouldBe Some(1)\n      noner(Some(1)) shouldBe empty\n    }\n    \"two different members\" in {\n      implicit def nonesThis[F[_], L](l: L)(implicit E: EitherM[L, F]) = new OptionM[F] {\n        override def none[A]: F[A] = E.left(l)\n        override def some[A](r: A): F[A] = E.right(r)\n      }\n      implicit def onlyRights[F[_], L, A](implicit O: OptionM[F]) = new EitherM[L, F] {\n        override def left[R](l: L): F[R] = O.none\n        override def right[R](r: R): F[R] = O.some(r)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/package.scala","text":"<reponame>edmundnoble\/atlast\npackage object atlast {\n\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/OptionM.scala","text":"package atlast\n\nimport cats.{Applicative, ~>}\nimport cats.implicits._\n\ntrait OptionM[F[_]] {\n  def none[A]: F[A]\n}\n\nobject OptionM {\n  def optionConsumer[F[_]: Applicative](opt: OptionM[F]): Option ~> F = new (Option ~> F) {\n    override def apply[A](fa: Option[A]): F[A] = fa.fold(opt.none[A])(_.pure)\n  }\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"project\/plugins.sbt","text":"\/\/addSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"0.6.14\")\n\n\/\/addSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.4.0\")\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/Size.scala","text":"<reponame>edmundnoble\/atlast\npackage atlast\n\nimport scala.annotation.inductive\n\n@inductive\nfinal case class Size[Effs](size: Int) extends AnyVal\n\nobject Size {\n\n  import Fx._\n\n  private val sizeZeroUnsafe: Size[Fx] = Size(0)\n  private val sizeOneUnsafe: Size[Fx] = Size(1)\n  private val sizeTwoUnsafe: Size[Fx] = Size(2)\n  private val sizeThreeUnsafe: Size[Fx] = Size(3)\n  implicit def sizeZero[T[_[_]]]: Size[Zero] =\n    sizeZeroUnsafe.asInstanceOf[Size[Zero]]\n  implicit def sizeOne[T[_[_]]]: Size[One[T]] =\n    sizeOneUnsafe.asInstanceOf[Size[One[T]]]\n  implicit def sizeTwo[T[_[_]], U[_[_]]]: Size[Two[T, U]] =\n    sizeTwoUnsafe.asInstanceOf[Size[Two[T, U]]]\n  implicit def sizeThree[T[_[_]], U[_[_]], V[_[_]]]: Size[Three[T, U, V]] =\n    sizeThreeUnsafe.asInstanceOf[Size[Three[T, U, V]]]\n  implicit def sizeAppendL[L, R](implicit R: Size[R], L: Size[L]): Size[Append[L, R]] =\n    Size(R.size + L.size)\n}"}
{"repo_name":"edmundnoble\/atlast","path":"core\/src\/test\/scala\/atlast\/Usage.scala","text":"<reponame>edmundnoble\/atlast\npackage atlast\n\nimport cats.data.{OptionT, State}\nimport cats.implicits._\nimport cats.{Monad, Traverse, ~>}\n\nobject Usage {\n\n  trait Storage[F[_]] {\n    def get(key: String): F[Option[String]]\n\n    def put(key: String, data: String): F[Unit]\n\n    def remove(key: String): F[Unit]\n  }\n\n  trait LsStorage[F[_]] {\n    def lsKeys: F[Iterator[String]]\n  }\n\n  trait RMonad[F[_], I[_]] {\n    def inject[A](ia: I[A]): F[A]\n\n    def projMap[A, B](fa: F[A])(f: I[A] => F[B]): F[B]\n\n    final def dematerialize[A](fia: F[I[A]])(implicit F: Monad[F]): F[A] = F.flatMap(fia)(inject)\n\n    final def materialize[A](fa: F[A])(implicit F: Monad[F]): F[I[A]] = projMap(fa)(F.pure)\n  }\n\n  type of[T[_], F[_]] = {type l[A] = T[F[A]]}\n\n  object RMonad {\n    implicit def selfRMonad[F[_]]: RMonad[F, F] = new RMonad[F, F] {\n      override def inject[A](ia: F[A]): F[A] = ia\n\n      override def projMap[A, B](fa: F[A])(f: (F[A]) => F[B]): F[B] = f(fa)\n    }\n\n    type Curried[F[_]] = {type l[A] = OptionT[F, A]}\n\n    implicit def optionTRMonad[F[_]](implicit F: Monad[F]): RMonad[Curried[F]#l, Option] = new RMonad[Curried[F]#l, Option] {\n      override def inject[A](ia: Option[A]): OptionT[F, A] = OptionT.fromOption[F](ia)\n      override def projMap[A, B](fa: OptionT[F, A])(f: (Option[A]) => OptionT[F, B]): OptionT[F, B] = OptionT(F.flatMap(fa.value)(f(_).value))\n    }\n\n    implicit def traverseRMonad[F[_], T[_]](implicit F: Monad[F]): RMonad[(F of T)#l, T] = new RMonad[(F of T)#l, T] {\n      override def inject[A](ia: T[A]): F[T[A]] = F.pure(ia)\n      override def projMap[A, B](fa: F[T[A]])(f: (T[A]) => F[T[B]]): F[T[B]] = fa.flatMap(f(_))\n    }\n  }\n\n  def getAndRemove[F[_]](key: String)(implicit F: Monad[F],\n                                      storage: Storage[F],\n                                      optionM: RMonad[F, Option]): F[String] = for {\n    out <- optionM.dematerialize(storage.get(key))\n    _ <- storage.remove(key)\n  } yield out\n\n  type Curried[S] = {type l[A] = State[S, A]}\n\n  def stateStorage[F[_]](rm: Curried[Map[String, String]]#l ~> F) = new Storage[F] with LsStorage[F] {\n    override def get(key: String): F[Option[String]] = rm(State.get[Map[String, String]].map(_.get(key)))\n    override def put(key: String, data: String): F[Unit] = rm(State.modify[Map[String, String]](_ + (key -> data)))\n    override def remove(key: String): F[Unit] = rm(State.modify[Map[String, String]](_ - key))\n    override def lsKeys: F[Iterator[String]] = rm(State.get[Map[String, String]].map(_.keysIterator))\n  }\n\n}\n\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/ATL.scala","text":"package atlast\n\nimport cats.{Monad, ~>}\n\n  final case class InterpretersTo[F[_], S] (coll: Vector[T[F] forSome {type T[_[_]]}])\n    extends AnyVal\n\n  object InterpretersTo {\n    def one[T[_[_]], F[_]](tf: T[F]): InterpretersTo[F, Fx.One[T]] =\n      InterpretersTo[F, Fx.One[T]](Vector.empty :+ tf)\n    def two[T[_[_]], U[_[_]], F[_]](tf: T[F], uf: U[F]): InterpretersTo[F, Fx.Two[T, U]] =\n      InterpretersTo[F, Fx.Two[T, U]](Vector[X[F] forSome {type X[_[_]]}](uf, tf))\n    def three[T[_[_]], U[_[_]], V[_[_]], F[_]](tf: T[F], uf: U[F], vf: V[F]): InterpretersTo[F, Fx.Three[T, U, V]] =\n      InterpretersTo[F, Fx.Three[T, U, V]](Vector[X[F] forSome {type X[_[_]]}](vf, uf, tf))\n    def append[L, R, F[_]](le: InterpretersTo[F, L], re: InterpretersTo[F, R]): InterpretersTo[F, Fx.Append[L, R]] =\n      InterpretersTo[F, Fx.Append[L, R]](re.coll ++ le.coll)\n  }\n\n  trait ATM[Fx, A] {\n    def run[F[_] : Monad](tf: InterpretersTo[F, Fx]): F[A]\n  }\n\n  object ATM {\n    type Curried[Fx] = {type l[A] = ATM[Fx, A]}\n\n    final class toPartiallyApplied[Fx](val ignored: Int) extends AnyVal {\n      def apply[T[_], A](ta: T[A])(implicit extract: (T ~> ?[_]) <= Fx): ATM[Fx, A] =\n        new ATM[Fx, A] {\n          override def run[F[_] : Monad](tf: InterpretersTo[F, Fx]): F[A] =\n            extract.extract[F](tf).apply(ta)\n        }\n    }\n\n    def to[Fx] = new toPartiallyApplied[Fx](1)\n\n    implicit def effStackMonad[Fx]: Monad[Curried[Fx]#l] =\n      effStackMonadUnsafe.asInstanceOf[Monad[Curried[Fx]#l]]\n\n    val effStackMonadUnsafe: Monad[Curried[Fx]#l] = new Monad[Curried[Fx]#l] {\n      override def pure[A](a: A): ATM[Fx, A] = new ATM[Fx, A] {\n        override def run[F[_]](tf: InterpretersTo[F, Fx])(implicit F: Monad[F]): F[A] = F.pure(a)\n      }\n      override def flatMap[A, B](fa: ATM[Fx, A])(f: (A) => ATM[Fx, B]): ATM[Fx, B] = new ATM[Fx, B] {\n        override def run[F[_]](tf: InterpretersTo[F, Fx])(implicit F: Monad[F]): F[B] = F.flatMap(fa.run(tf))(f(_).run(tf))\n      }\n      override def tailRecM[A, B](a: A)(f: (A) => ATM[Fx, Either[A, B]]): ATM[Fx, B] = new ATM[Fx, B] {\n        override def run[F[_]](tf: InterpretersTo[F, Fx])(implicit F: Monad[F]): F[B] = F.tailRecM(a)(f(_).run(tf))\n      }\n    }\n  }\n\n"}
{"repo_name":"edmundnoble\/atlast","path":"project\/AtlastBuild.scala","text":"import org.scalajs.sbtplugin.ScalaJSPlugin.autoImport._\nimport org.scalajs.sbtplugin.cross.CrossProject\nimport org.scalajs.sbtplugin.{AbstractJSDep, ScalaJSPlugin}\nimport sbt.Keys._\nimport sbt._\nimport sbt.complete.Parser\n\/\/import scoverage.ScoverageKeys.coverageExcludedPackages\n\nobject AtlastBuild {\n\nval baseSettings = Seq(\n    version := \"0.0.1\",\n    scalaVersion := \"2.12.1\",\n    scalaOrganization := \"org.typelevel\",\n    scalacOptions ++= Seq(\n      \"-encoding\", \"UTF-8\",\n      \"-Xlint\",\n      \"-deprecation\",\n      \"-feature\",\n      \"-language:implicitConversions\",\n      \"-language:higherKinds\",\n      \"-language:existentials\",\n      \"-unchecked\",\n      \"-Xfatal-warnings\",\n      \"-Yno-adapted-args\",\n      \"-Ywarn-unused-import\",\n      \"-Ywarn-adapted-args\",\n      \"-Ywarn-inaccessible\",\n      \"-Ywarn-infer-any\",\n      \"-Ywarn-nullary-override\",\n      \"-Yinduction-heuristics\",\n      \"-Ypartial-unification\",\n      \"-Yliteral-types\",\n      \"-Ywarn-nullary-unit\",\n      \"-Xfuture\"\n    ),\n    scalacOptions in Compile += \"-Ywarn-value-discard\",\n    persistLauncher in Compile := true,\n    persistLauncher in Test := false,\n    Dependencies.kindProjector\n  )\n\n  \/\/ amazingly hard to do\n  def emptyInputTask: Def.Initialize[InputTask[Unit]] =\n    InputTask.createDyn[String, Unit](\n      InputTask.parserAsInput(\n        Parser.zeroOrMore(\n          Parser.charClass(_ => true)).map(_.mkString))\n    )(Def.task { (_: String) => Def.task(()) })\n\n  private val disableTests: Seq[Def.Setting[_]] = Seq(\n    test in Test := (),\n    testQuick in Test := emptyInputTask.inputTaskValue,\n    testOnly in Test := emptyInputTask.inputTaskValue\n  )\n\n  lazy val core: Project =  project.in(file(\"core\"))\n    .settings(baseSettings: _*)\n    .settings(Dependencies.cats: _*)\n    .settings(Dependencies.scalatest: _*)\n\n  lazy val atlast: Project = project.in(file(\".\"))\n    .aggregate(core)\n    .settings(Defaults.projectCore)\n    .settings(baseSettings: _*)\n    .settings(disableTests: _*)\n\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/<=.scala","text":"<reponame>edmundnoble\/atlast<filename>core\/shared\/src\/main\/scala\/atlast\/<=.scala<gh_stars>1-10\npackage atlast\n\nimport atlast.Fx.{Append, One, Three, Two}\n\nfinal case class <=[T[_[_]], Effs](index: Int) extends AnyVal {\n  def extract[F[_]](effs: InterpretersTo[F, Effs]): T[F] =\n    effs.coll(index).asInstanceOf[T[F]]\n  def inject[F[_]](tf: T[F], effs: InterpretersTo[F, Effs]): InterpretersTo[F, Effs] =\n    InterpretersTo[F, Effs](effs.coll.updated(index, tf))\n}\n\nobject <= extends ExtractAppendRPriority {\n\n  val extractZeroUnsafe: <=[Nothing, Fx] =\n    <=[Nothing, Fx](0)\n\n  val extractOneUnsafe: <=[Nothing, Fx] =\n    <=[Nothing, Fx](1)\n\n  val extractTwoUnsafe: <=[Nothing, Fx] =\n    <=[Nothing, Fx](2)\n\n}\n\nprivate[atlast] trait ExtractZeroPriority {\n\n  implicit def extractOne[T[_[_]]]: <=[T, One[T]] =\n    <=.extractZeroUnsafe.asInstanceOf[<=[T, One[T]]]\n\n  implicit def extractTwoR[T[_[_]], U[_[_]]]: <=[U, Two[T, U]] =\n    <=.extractZeroUnsafe.asInstanceOf[<=[U, Two[T, U]]]\n\n  implicit def extractThreeR[T[_[_]], U[_[_]], V[_[_]]]: <=[V, Three[T, U, V]] =\n    <=.extractZeroUnsafe.asInstanceOf[<=[V, Three[T, U, V]]]\n\n}\n\nprivate[atlast] trait ExtractOnePriority extends ExtractZeroPriority {\n\n  implicit def extractTwoL[T[_[_]], U[_[_]]]: <=[T, Two[T, U]] =\n    <=.extractOneUnsafe.asInstanceOf[<=[T, Two[T, U]]]\n\n  implicit def extractThreeM[T[_[_]], U[_[_]], V[_[_]]]: <=[U, Three[T, U, V]] =\n    <=.extractOneUnsafe.asInstanceOf[<=[U, Three[T, U, V]]]\n\n}\n\nprivate[atlast] trait ExtractTwoPriority extends ExtractOnePriority {\n  implicit def extractThreeL[T[_[_]], U[_[_]], V[_[_]]]: <=[T, Three[T, U, V]] =\n    <=.extractTwoUnsafe.asInstanceOf[<=[T, Three[T, U, V]]]\n}\n\nprivate[atlast] trait ExtractAppendLPriority extends ExtractTwoPriority {\n  implicit def extractAppendL[T[_[_]], L, R](implicit L: <=[T, L], R: Size[R]): <=[T, Append[L, R]] =\n    <=(L.index + R.size)\n}\n\nprivate[atlast] trait ExtractAppendRPriority extends ExtractAppendLPriority {\n  implicit def extractAppendR[T[_[_]], L, R](implicit R: <=[T, R]): <=[T, Append[L, R]] =\n    R.asInstanceOf[<=[T, Append[L, R]]]\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/EitherM.scala","text":"package atlast\n\ntrait EitherM[L, F[_]] {\n  def left[R](l: L): F[R]\n}\n"}
{"repo_name":"edmundnoble\/atlast","path":"core\/shared\/src\/main\/scala\/atlast\/Fx.scala","text":"<gh_stars>1-10\npackage atlast\n\ntrait Fx\n\nobject Fx {\n\n  final case class Zero() extends Fx\n\n  final case class One[T[_[_]]]() extends Fx\n\n  final case class Two[T[_[_]], U[_[_]]]() extends Fx\n\n  final case class Three[T[_[_]], U[_[_]], V[_[_]]]() extends Fx\n\n  final case class Append[L, R]() extends Fx\n\n}\n\n"}
{"repo_name":"sunshouxing\/moonbox","path":"grid\/src\/main\/scala\/moonbox\/grid\/deploy\/app\/SparkLocalAppMaster.scala","text":"<reponame>sunshouxing\/moonbox\npackage moonbox.grid.deploy.app\n\nimport moonbox.catalog.JdbcCatalog\n\nclass SparkLocalAppMaster(jdbcCatalog: JdbcCatalog) extends AppMaster(jdbcCatalog) {\n\n\toverride def createDriverDesc(config: Map[String, String]): DriverDesc = new SparkLocalDriverDesc(config)\n\n\toverride def configTemplate: Map[String, String] = Map(\n\t\t\"spark.driver.cores\" -> (Runtime.getRuntime.availableProcessors() \/ 2).toString,\n\t\t\"spark.driver.memory\" -> \"2g\"\n\t)\n\n\toverride def typeName: String = \"sparklocal\"\n\n\toverride def resourceTemplate: Map[String, String] = Map()\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/checks\/ByNameNtLawsChecks.scala","text":"<filename>src\/test\/scala\/http4s\/extend\/test\/laws\/checks\/ByNameNtLawsChecks.scala<gh_stars>1-10\npackage http4s.extend.test.laws.checks\n\nimport cats.laws.discipline._\nimport cats.{Eq, Functor}\nimport http4s.extend.ByNameNt.~~>\nimport http4s.extend.laws.ByNameNtLaws\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nprivate[test] sealed trait ByNameNtLawsChecks[F[_], G[_]] extends Laws {\n\n  def laws: ByNameNtLaws[F, G]\n\n  def transformation[A : Arbitrary : Eq, B : Arbitrary : Eq](\n    implicit\n      ArbFA: Arbitrary[F[A]],\n      ArbAB: Arbitrary[A => B],\n      EqGB: Eq[G[B]]): RuleSet = {\n    new RuleSet {\n\n      def name: String = \"transformation\"\n      def bases: Seq[(String, RuleSet)] = Nil\n      def parents: Seq[RuleSet] = Nil\n\n      val props = Seq(\n        \"respects the naturality condition\" -> forAll(laws.naturalityCondition[A, B] _)\n      )\n    }\n  }\n}\n\nobject ByNameNtLawsChecks {\n\n  @inline def apply[F[_] : Functor : ?[_] ~~> G , G[_] : Functor]: ByNameNtLawsChecks[F, G] =\n    new ByNameNtLawsChecks[F, G] {\n      val laws: ByNameNtLaws[F, G] = ByNameNtLaws[F, G]\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/checks\/EffectfulLawsChecks.scala","text":"package http4s.extend.test.laws.checks\n\nimport cats.laws.discipline._\nimport cats.{Eq, MonadError}\nimport http4s.extend.Effectful\nimport http4s.extend.laws.EffectfulLaws\nimport org.scalacheck.Prop.forAll\nimport org.scalacheck.{Arbitrary, Cogen, Prop}\nimport org.typelevel.discipline.Laws\n\nprivate[test] sealed trait EffectfulLawsChecks[E, F[_]] extends Laws {\n\n  def laws: EffectfulLaws[E, F]\n\n  def effectful[A: Arbitrary: Eq](\n    implicit\n      ArbFA: Arbitrary[F[A]],\n      ArbT: Arbitrary[E],\n      CogenA: Cogen[A],\n      EqFA: Eq[F[A]],\n      EqFU: Eq[F[Unit]],\n      EqFEitherTA: Eq[F[Either[E, A]]],\n      EqFInt: Eq[F[Int]]): RuleSet = {\n    new RuleSet {\n\n      def name: String = \"effectful\"\n      def bases: Seq[(String, RuleSet)] = Nil\n      def parents: Seq[RuleSet] = Nil\n\n      val props = Seq(\n        \"flatMap not progress on fail\"            -> forAll(laws.flatMapNotProgressOnFail[A] _),\n        \"runAsync pure produces right IO\"         -> forAll(laws.runAsyncPureProducesRightIO[A] _),\n        \"runAsync raiseError produces left IO\"    -> forAll(laws.runAsyncRaiseErrorProducesLeftIO[A] _),\n        \"runAsync ignores error in handler\"       -> forAll(laws.runAsyncIgnoresErrorInHandler[A] _),\n        \"repeated callback ignored\"               -> forAll(laws.repeatedCallbackIgnored[A] _),\n        \"async right is pure\"                     -> forAll(laws.asyncRightIsPure[A] _),\n        \"async left is raiseError\"                -> forAll(laws.asyncLeftIsRaiseError[A] _),\n        \"repeated async evaluation not memoized\"  -> forAll(laws.repeatedAsyncEvaluationNotMemoized[A] _),\n        \"propagate errors through bind (async)\"   -> forAll(laws.propagateErrorsThroughBindAsync[A] _),\n        \"delay constant is pure\"                  -> forAll(laws.delayConstantIsPure[A] _),\n        \"suspend constant is pure join\"           -> forAll(laws.suspendConstantIsPureJoin[A] _),\n        \"unsequenced delay is no-op\"              -> forAll(laws.unsequencedDelayIsNoop[A] _),\n        \"repeated sync evaluation not memoized\"   -> forAll(laws.repeatedSyncEvaluationNotMemoized[A] _),\n        \"bind suspends evaluation\"                -> forAll(laws.bindSuspendsEvaluation[A] _),\n        \"map suspends evaluation\"                 -> forAll(laws.mapSuspendsEvaluation[A] _),\n        \"stack-safe on left-associated binds\"     -> Prop.lzy(laws.stackSafetyOnRepeatedLeftBinds),\n        \"stack-safe on right-associated binds\"    -> Prop.lzy(laws.stackSafetyOnRepeatedRightBinds),\n        \"stack-safe on repeated maps\"             -> Prop.lzy(laws.stackSafetyOnRepeatedMaps)\n      )\n    }\n  }\n}\n\nobject EffectfulLawsChecks {\n\n  @inline def apply[E, F[_] : Effectful[E, ?[_]] : MonadError[?[_], E]]: EffectfulLawsChecks[E, F] =\n    new EffectfulLawsChecks[E, F] {\n      def laws: EffectfulLaws[E, F] = EffectfulLaws[E, F]\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/Effectful.scala","text":"<reponame>scala-steward\/http4s-extend<filename>src\/main\/scala\/http4s\/extend\/Effectful.scala\npackage http4s.extend\n\nimport cats.Monad\nimport cats.effect.IO\nimport cats.syntax.either._\n\nimport scala.util.Either\n\n\/**\n  * Describes the capability of producing effects. The error is explicit and can be of any type.\n  * An instance for cats.effect.IO is provided from which is possible to obtain an instance\n  * for any error `E` when there is evidence of an `Iso[Throwable, E]`.\n  *\n  * Notice that there's no need to provide an `Iso[Throwable, Throwable]` to have an `Effectful[Throwable, IO]`\n  * as such is already put in the implicit scope by `Iso`.\n  *\/\ntrait Effectful[E, F[_]] {\n\n  def M: Monad[F]\n\n  def unit: F[Unit]\n\n  def point[A]: A => F[A]\n\n  def delay[A]: (=>A) => F[A]\n\n  def fail[A]: E => F[A]\n\n  def suspend[A]: (=>F[A]) => F[A]\n\n  def async[A]: ((Either[E, A] => Unit) => Unit) => F[A]\n\n  def runAsync[A]: F[A] => (Either[E, A] => F[Unit]) => F[Unit]\n}\n\nprivate[extend] sealed trait EffectfulInstances {\n\n  implicit def ioEffectful[E](implicit iso: Iso[Throwable, E], ev: Monad[IO]): Effectful[E, IO] =\n    new Effectful[E, IO] {\n\n      val M = ev\n\n      def unit: IO[Unit] = IO.unit\n\n      def point[A]: A => IO[A] = IO.pure\n\n      def delay[A]: (=>A) => IO[A] = IO.apply\n\n      def fail[A]: E => IO[A] =\n        IO.raiseError _ compose iso.from\n\n      def suspend[A]: (=>IO[A]) => IO[A] =\n        IO.suspend\n\n      def async[A]: ((Either[E, A] => Unit) => Unit) => IO[A] =\n        asyncAction => IO.async {\n          failingWithThrowable => asyncAction {\n            failingWithThrowable compose { errorOrA: Either[E, A] =>\n              errorOrA leftMap iso.from\n            }\n          }\n        }\n\n      def runAsync[A]: IO[A] => (Either[E, A] => IO[Unit]) => IO[Unit] =\n        io => action => io.runAsync {\n          failingWithThrowable => action {\n            failingWithThrowable leftMap iso.to\n          }\n        }.toIO\n    }\n}\n\nobject Effectful extends EffectfulInstances {\n  @inline def apply[E, F[_]](implicit F: Effectful[E, F]): Effectful[E, F] = F\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/Fixtures.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test\n\nimport cats.{Eq, Semigroup}\nimport cats.effect.IO\nimport cats.effect.laws.util.{TestContext, TestInstances}\nimport cats.effect.util.CompositeException\nimport cats.tests.TestSettings\nimport http4s.extend.{Effectful, ExceptionDisplay}\nimport http4s.extend.test.laws.instances.{ArbitraryInstances, CogenInstances, EqTestInstances}\nimport org.scalacheck.{Arbitrary, Cogen}\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\nimport org.scalatest.{FunSuite, Matchers}\nimport org.typelevel.discipline.scalatest.Discipline\n\nprivate[test] object Fixtures {\n\n  final case class TestError(error: ExceptionDisplay)\n\n  object TestError {\n\n    implicit def testErrorArb(implicit A: Arbitrary[ExceptionDisplay]): Arbitrary[TestError] =\n      Arbitrary { A.arbitrary map TestError.apply }\n\n    implicit def testErrorCogen(implicit ev: Cogen[ExceptionDisplay]): Cogen[TestError] =\n      ev contramap (_.error)\n\n    implicit def testErrorEq: Eq[TestError] =\n      Eq.by[TestError, ExceptionDisplay](_.error)\n  }\n\n  abstract class MinimalSuite\n    extends FunSuite\n    with    Matchers\n    with    GeneratorDrivenPropertyChecks\n    with    Discipline\n    with    TestSettings\n    with    TestInstances\n    with    ArbitraryInstances\n    with    CogenInstances\n    with    EqTestInstances {\n\n    implicit val C = TestContext()\n    implicit val timer        = IO.timer(C)\n    implicit val contextShift = IO.contextShift(C)\n\n    implicit def throwableSemigroup: Semigroup[Throwable] =\n      new Semigroup[Throwable]{\n        def combine(x: Throwable, y: Throwable): Throwable =\n          CompositeException(x, y, Nil)\n      }\n\n    def ioEff = Effectful[Throwable, IO]\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/CirceSyntax.scala","text":"package http4s.extend.syntax\n\nimport http4s.extend.util.CirceModule._\nimport io.circe.Decoder\n\nprivate[syntax] trait CirceSyntax {\n  implicit def circeDecoderSyntax[A](f: String => A): StringDecodingOps[A] = new StringDecodingOps(f)\n}\n\nprivate[syntax] class StringDecodingOps[A](val f: String => A) extends AnyVal {\n  def decoder: Decoder[A] = decoderFor(f)\n  def decoderMap[B](g: A => B): Decoder[B] = mappedDecoderFor(f)(g)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/AllSyntax.scala","text":"package http4s.extend.syntax\n\ntrait AllSyntax\n  extends Http4sServiceSyntax\n  with    ByNameNtSyntax\n  with    ErrorAdaptSyntax\n  with    CirceSyntax\n  with    ResponseVerificationSyntax\n  with    EqSyntax\n  with    ParallelEffectSyntax\n  with    ErrorResponseSyntax"}
{"repo_name":"scala-steward\/http4s-extend","path":"build.sbt","text":"import Dependencies._\nimport ScalacOptions._\nimport BoilerplateGeneration.{ ArityFunctionsGenerator, ArityTestsGenerator }\nimport sbt.Keys.sourceGenerators\nimport sbtrelease.ReleaseStateTransformations._\n\nval typelevelOrganization = \"org.typelevel\"\nval globalOrganization = scalaOrganization in Global\n\nval scala_typelevel_212 = \"2.12.4-bin-typelevel-4\"\nval scala_211 = \"2.11.12\"\nval scala_212 = \"2.12.8\"\n\nval crossBuildSettings: Seq[Def.Setting[_]] = Seq(\n  scalacOptions           ++= crossBuildOptions,\n  crossScalaVersions \t    :=  Seq(scala_211, scala_212),\n  scalaOrganization :=\n    (scalaVersion.value match {\n      case `scala_typelevel_212`  => typelevelOrganization\n      case _                      => globalOrganization.value\n    }),\n  scalacOptions ++=\n    (scalaVersion.value match {\n      case `scala_212`            => scala212Options\n      case `scala_typelevel_212`  => scala212Options ++ typeLevelScalaOptions\n      case _                      => Seq()\n    })\n)\n\nval releaseSettings: Seq[Def.Setting[_]] = Seq(\n  releaseProcess := Seq[ReleaseStep](\n    checkSnapshotDependencies,\n    inquireVersions,\n    runClean,\n    runTest,\n    setReleaseVersion,\n    commitReleaseVersion,\n    tagRelease,\n    publishArtifacts,\n    setNextVersion,\n    commitNextVersion,\n    releaseStepCommand(\"sonatypeRelease\"),\n    pushChanges\n  ),\n  releaseCrossBuild             := true,\n  publishMavenStyle             := true,\n  credentials                   := Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\") :: Nil,\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  publishArtifact in Test       := false,\n  pomIncludeRepository          := { _ => false },\n  licenses                      := Seq(\"MIT License\" -> url(\"https:\/\/raw.githubusercontent.com\/barambani\/http4s-extend\/master\/LICENSE\")),\n  homepage                      := Some(url(\"https:\/\/github.com\/barambani\/http4s-extend\")),\n  publishTo                     := sonatypePublishTo.value,\n  pomExtra :=\n    <scm>\n      <url>https:\/\/github.com\/barambani\/http4s-extend<\/url>\n      <connection>scm:git:git@github.com:barambani\/http4s-extend.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n        <id>barambani<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/barambani<\/url>\n      <\/developer>\n    <\/developers>\n)\n\nval root = project.in(file(\".\"))\n  .settings(crossBuildSettings)\n  .settings(releaseSettings)\n  .settings(\n    sourceGenerators in Compile += ((sourceManaged in Compile) map ArityFunctionsGenerator.run(22)).taskValue,\n    sourceGenerators in Test    += ((sourceManaged in Test) map ArityTestsGenerator.run(8)).taskValue\n  )\n  .settings(\n    name                    :=  \"http4s-extend\",\n    organization            :=  \"com.github.barambani\",\n    scalaVersion            :=  scala_typelevel_212,\n    libraryDependencies     ++= externalDependencies ++ testDependencies ++ compilerPlugins,\n    scalacOptions in Test   ++= testOnlyOptions,\n    scalacOptions in (Compile, console) --= nonTestExceptions\n  )"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/ParallelEffectSyntaxAccumulateErrorTests.scala","text":"<reponame>scala-steward\/http4s-extend\npackage BoilerplateGeneration\n\nimport BoilerplateGeneration.BlockSyntax._\nimport sbt._\n\nprivate[BoilerplateGeneration] object ParallelEffectSyntaxAccumulateErrorTests extends Template {\n\n  def moduleFile: File => File =\n    _ \/ \"syntax\" \/ \"ParallelEffectSyntaxAccumulateErrorTests.scala\"\n\n  def expandTo: Int => String =\n    maxArity => {\n\n      val staticTop =\n        static\"\"\"package http4s.extend.test\n          |\n          |import cats.effect.IO\n          |import cats.instances.unit._\n          |import cats.laws._\n          |import cats.laws.discipline._\n          |import cats.syntax.semigroup._\n          |import http4s.extend.syntax.parallelEffect._\n          |import org.scalacheck.Prop\n          |\n          |import scala.concurrent.duration._\n          |\n          |final class ParallelEffectSyntaxAccumulateErrorTests extends Fixtures.MinimalSuite {\n          |\n          |  val timeout = 1.seconds\"\"\"\n\n      val staticBottom = static\"\"\"}\"\"\"\n\n      def testArityBlock: Int => String =\n        arity => {\n\n          val expansion = BlockMembersExpansions(arity)\n          import expansion._\n\n          lazy val `sym e0..en-1` = arityRange map (n => s\"e$n\")\n\n          lazy val `e0: Throwable..en-1: Throwable` =\n            `sym e0..en-1` map (e => s\"$e: Throwable\") mkString \", \"\n\n          lazy val `ioEff.fail[Int](e0)..ioEff.fail[Int](en-1)` =\n            `sym e0..en-1` map (e => s\"IO.raiseError[Int]($e)\") mkString \", \"\n\n          lazy val `scalazTaskEff.fail[Int](e0)..scalazTaskEff.fail[Int](en-1)` =\n            `sym e0..en-1` map (e => s\"ScalazTask.fail[Int]($e)\") mkString \", \"\n\n          lazy val `(e1 combine e2) ... combine en-1` =\n            leftAssociativeExpansionOf(`sym e0..en-1`)(\"\")(\" combine \")\n\n          lazy val `(_: Int, ... , _: Int)` =\n            `sym _, ... , _` map (s => s\"$s: Int\") mkString (\"(\", \", \", \")\")\n\n          static\"\"\"\n            |  test(\"$arityS io errors are accumulated by parallelMap\") {\n            |    Prop.forAll { (${`e0: Throwable..en-1: Throwable`}) => {\n            |      (${`ioEff.fail[Int](e0)..ioEff.fail[Int](en-1)`}).parallelMap(timeout){ ${`(_, ... , _)`} => () } <-> IO.raiseError[Unit]${`(e1 combine e2) ... combine en-1`}\n            |    }}\n            |  }\"\"\".stripMargin\n        }\n\n      s\"\"\"$staticTop\n         |${testArityBlock.expandedTo(maxArity, skip = 1)}\n         |$staticBottom\"\"\".stripMargin\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/ErrorAdapt.scala","text":"<filename>src\/main\/scala\/http4s\/extend\/ErrorAdapt.scala\npackage http4s.extend\n\nimport cats.syntax.either._\nimport monix.eval.{Task => MonixTask}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scalaz.concurrent.{Task => ScalazTask}\n\ntrait ErrorAdapt[F[_]] {\n  def attemptMapLeft[E, A](fa: F[A])(errM: Throwable => E): F[Either[E, A]]\n}\n\nprivate[extend] sealed trait ErrorAdaptInstances {\n\n  implicit def monixTaskErrorAdapt: ErrorAdapt[MonixTask] =\n    new ErrorAdapt[MonixTask] {\n      def attemptMapLeft[E, A](fa: MonixTask[A])(errM: Throwable => E): MonixTask[Either[E, A]] =\n        fa.attempt map (_ leftMap errM)\n    }\n\n  implicit def futureErrorAdapt(implicit ec: ExecutionContext): ErrorAdapt[Future] =\n    new ErrorAdapt[Future] {\n      def attemptMapLeft[E, A](fa: Future[A])(errM: Throwable => E): Future[Either[E,A]] =\n        fa map (_.asRight[E]) recover { case e: Throwable => errM(e).asLeft }\n    }\n\n  implicit def scalazTaskErrorAdapt: ErrorAdapt[ScalazTask] =\n    new ErrorAdapt[ScalazTask] {\n      def attemptMapLeft[E, A](fa: ScalazTask[A])(errM: Throwable => E): ScalazTask[Either[E,A]] =\n        fa.attempt map (dj => (dj leftMap errM).toEither)\n    }\n}\n\nobject ErrorAdapt extends ErrorAdaptInstances {\n  @inline def apply[F[_]](implicit F: ErrorAdapt[F]): ErrorAdapt[F] = F\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/newtype.scala","text":"package http4s.extend\n\ntrait newtype[A] {\n  type Base <: Any\n  private[newtype] trait Tag extends Any\n  type T <: Base with Tag\n\n  final def apply(a: A): T =\n    a.asInstanceOf[T]\n\n  final def mkF[F[_]](fa: F[A]): F[T] =\n    fa.asInstanceOf[F[T]]\n\n  final def unMkF[F[_]](ft: F[T]): F[A] =\n    mkF[\u03bb[\u03b1 => F[\u03b1] => F[A]]](identity)(ft)\n}\n\nobject newtype {\n\n  def apply[A]: newtype[A] = new newtype[A] {}\n\n  implicit final class NewTypeSyntax[A](private val t: newtype[A]#T) extends AnyVal {\n    def unMk: A = t.asInstanceOf[A]\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/BoilerplateGenerator.scala","text":"package BoilerplateGeneration\n\nimport sbt._\n\n\/**\n  * This code is inspired by the Boilerplate generator of typelevel.cats.\n  * It can be found at the following link\n  *\n  * https:\/\/github.com\/typelevel\/cats\/blob\/master\/project\/Boilerplate.scala\n  *\/\nfinal case class BoilerplateGenerator(private val templates: Seq[Template]) {\n\n  \/**\n    * Function to generate the files. It also writes them to disk\n    * as a side effect\n    *\n    * @return a sequence of generated files\n    *\/\n  def run: Int => File => Seq[File] =\n    maxArity =>\n      root =>\n        templates map { t =>\n          val file = t.moduleFile(root)\n          IO.write(file, t.expandTo(maxArity))\n          file\n    }\n}\n\nprivate[BoilerplateGeneration] trait Template {\n  def moduleFile: File => File\n  def expandTo: Int => String\n}\n\nfinal private[BoilerplateGeneration] case class BlockMembersExpansions(private val upToArity: Int) {\n\n  lazy val arityS = upToArity.toString\n\n  lazy val `sym A0..An-1`       = arityRange map (n => s\"A$n\")\n  lazy val `sym fa0..fan-1`     = arityRange map (n => s\"fa$n\")\n  lazy val `sym a0..an-1`       = arityRange map (n => s\"a$n\")\n  lazy val `sym F[A0]..F[An-1]` = arityRange map (n => s\"F[A$n]\")\n  lazy val `sym _1.._n`         = arityRange map (n => s\"_${n + 1}\")\n  lazy val `sym _, ... , _`     = List.fill(upToArity)(\"_\")\n\n  lazy val `A0..An-1`       = `sym A0..An-1` mkString \", \"\n  lazy val `a0..an-1`       = `sym a0..an-1` mkString \", \"\n  lazy val `fa0..fan-1`     = `sym fa0..fan-1` mkString \", \"\n  lazy val `F[A0]..F[An-1]` = `sym F[A0]..F[An-1]` mkString \", \"\n\n  lazy val `(_, ... , _)` =\n    `sym _, ... , _` mkString (\"(\", \", \", \")\")\n\n  lazy val `fa0: =>F[A0]..fan-1: =>F[An-1]` =\n    `sym fa0..fan-1` zip `sym F[A0]..F[An-1]` map { case (fa, f) => s\"$fa: =>$f\" } mkString \", \"\n\n  def leftAssociativeExpansionOf: Seq[String] => String => String => String =\n    symbols =>\n      prefix =>\n        separator =>\n          if (symbols.size < 2) \"\"\n          else\n            symbols\n              .drop(2)\n              .foldLeft(s\"(${symbols.head}$separator${symbols.drop(1).head})\")(\n                (exp, an) => s\"($prefix$exp$separator$an)\"\n        )\n\n  def rightAssociativeExpansionOf: Seq[String] => String => String =\n    symbols =>\n      prefix =>\n        if (symbols.size <= 2) \"\"\n        else\n          symbols\n            .dropRight(2)\n            .foldRight(s\"(${symbols.dropRight(1).last}, ${symbols.last})\")((an, exp) => s\"($an, $prefix$exp)\")\n\n  def rightAssociativeWithSuffixExpansionOf: Seq[String] => String => String => String =\n    symbols =>\n      prefix =>\n        suffix =>\n          if (symbols.size <= 2) \"\"\n          else\n            symbols\n              .dropRight(2)\n              .foldRight(s\"(${symbols.dropRight(1).last}, ${symbols.last}$suffix)\")(\n                (an, exp) => s\"($an, $prefix$exp$suffix)\"\n        )\n\n  private[BoilerplateGeneration] def arityRange: Range = 0 until upToArity\n}\n\nprivate[BoilerplateGeneration] object BlockSyntax {\n\n  import scala.StringContext._\n\n  implicit final class BlockOps(private val sc: StringContext) extends AnyVal {\n\n    def static(args: String*): String =\n      trimLines(args) mkString \"\\n\"\n\n    private def trimLines(args: Seq[String]): Array[String] = {\n\n      val interpolated = sc.standardInterpolator(treatEscapes, args)\n      val rawLines     = interpolated split '\\n'\n\n      rawLines map {\n        _ dropWhile (_.isWhitespace)\n      }\n    }\n  }\n\n  implicit final class BlockExpansionOps(private val f: Int => String) extends AnyVal {\n    def expandedTo(maxArity: Int, skip: Int): String =\n      (1 + skip to maxArity) map f mkString \"\\n\"\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/ErrorResponseSyntax.scala","text":"package http4s.extend.syntax\n\nimport http4s.extend.ErrorResponse\nimport org.http4s.Response\n\nprivate[syntax] trait ErrorResponseSyntax {\n  implicit def errorResponseSyntax[E](e: E): ErrorResponseOps[E] = new ErrorResponseOps(e)\n}\n\nprivate[syntax] class ErrorResponseOps[E](val e: E) extends AnyVal {\n  def responseFor[F[_]](implicit ev: ErrorResponse[F, E]): F[Response[F]] =\n    ev.responseFor(e)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/checks\/IsoLawsChecks.scala","text":"<filename>src\/test\/scala\/http4s\/extend\/test\/laws\/checks\/IsoLawsChecks.scala<gh_stars>1-10\npackage http4s.extend.test.laws.checks\n\nimport cats.Eq\nimport cats.laws.discipline._\nimport http4s.extend.Iso\nimport http4s.extend.laws.IsoLaws\nimport org.scalacheck.Arbitrary\nimport org.scalacheck.Prop.forAll\nimport org.typelevel.discipline.Laws\n\nprivate[test] sealed trait IsoLawsChecks[A, B] extends Laws {\n\n  def laws: IsoLaws[A, B]\n\n  def iso(\n    implicit\n      AA: Arbitrary[A],\n      AB: Arbitrary[B],\n      EA: Eq[A],\n      EB: Eq[B]): RuleSet = {\n    new RuleSet {\n\n      def name: String = \"iso\"\n      def bases: Seq[(String, RuleSet)] = Nil\n      def parents: Seq[RuleSet] = Nil\n\n      val props = Seq(\n        \"respects the left identity\"  -> forAll(laws.leftIdentity _),\n        \"respects the right identity\" -> forAll(laws.rightIdentity _)\n      )\n    }\n  }\n}\n\nobject IsoLawsChecks {\n\n  @inline def apply[A, B : Iso[A, ?]]: IsoLawsChecks[A, B] =\n    new IsoLawsChecks[A, B] {\n      val laws: IsoLaws[A, B] = IsoLaws[A, B]\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/laws\/IsoLaws.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.laws\n\nimport cats.laws._\nimport http4s.extend.Iso\n\nsealed trait IsoLaws[A, B] {\n\n  implicit def iso: Iso[A, B]\n\n  def leftIdentity(a: A) =\n    (iso.from compose iso.to)(a) <-> a\n\n  def rightIdentity(b: B) =\n    (iso.to compose iso.from)(b) <-> b\n}\n\nobject IsoLaws {\n  @inline def apply[A, B](implicit ev: Iso[A, B]): IsoLaws[A, B] =\n    new IsoLaws[A, B] {\n      val iso: Iso[A, B] = ev\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/IsoDiscipline.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test\n\nimport http4s.extend.ExceptionDisplay\nimport http4s.extend.test.Fixtures.MinimalSuite\nimport http4s.extend.test.laws.checks.IsoLawsChecks\n\nfinal class IsoDiscipline extends MinimalSuite {\n\n  checkAll(\n    \"Iso[ExceptionDisplay, Throwable]\",\n    IsoLawsChecks[ExceptionDisplay, Throwable].iso\n  )\n\n  checkAll(\n    \"Iso[Throwable, ExceptionDisplay]\",\n    IsoLawsChecks[Throwable, ExceptionDisplay].iso\n  )\n\n  checkAll(\n    \"Iso[Throwable, Throwable]\",\n    IsoLawsChecks[Throwable, Throwable].iso\n  )\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/Http4sServiceSyntax.scala","text":"package http4s.extend.syntax\n\nimport cats.data.{Kleisli, OptionT}\nimport cats.syntax.flatMap._\nimport cats.{FlatMap, Functor}\nimport org.http4s.{HttpRoutes, Request, Response}\n\nprivate[syntax] trait Http4sServiceSyntax {\n  implicit def httpServiceSyntax[F[_]](s: HttpRoutes[F]): HttpServiceOps[F] = new HttpServiceOps(s)\n}\n\n\/**\n  * Here the parameter's type needs to be explicitly de-aliased to\n  * Kleisli[OptionT[F, ?], Request[F], Response[F]] otherwise the compilation\n  * will fail when the parameter is made non private\n  *\/\nprivate[syntax] class HttpServiceOps[F[_]](val service: Kleisli[OptionT[F, ?], Request[F], Response[F]]) extends AnyVal {\n\n  def runFor(req: Request[F])(implicit F: Functor[F]): F[Response[F]] =\n    service.run(req).getOrElse(Response.notFound)\n\n  def runForF(req: F[Request[F]])(implicit F: FlatMap[F]): F[Response[F]] =\n    req flatMap (service.run(_).getOrElse(Response.notFound))\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/types\/MkExceptionDisplay.scala","text":"package http4s.extend.types\n\nimport cats.Eq\nimport cats.instances.string._\nimport http4s.extend.util.MonadErrorUtil\nimport http4s.extend.{ExceptionDisplay, Iso, newtype}\n\nobject MkExceptionDisplay\n  extends newtype[String]\n  with ExceptionDisplayCatsTypeclassInstances\n  with ExceptionDisplayFunctions\n\nprivate[types] sealed trait ExceptionDisplayCatsTypeclassInstances extends ExceptionDisplayScalazTypeclassInstances {\n\n  implicit val exceptionDisplayEq: Eq[ExceptionDisplay] =\n    Eq.by[ExceptionDisplay, String](_.unMk)\n\n  implicit val isoThrowable: Iso[Throwable, ExceptionDisplay] =\n    new Iso[Throwable, ExceptionDisplay] {\n\n      def to: Throwable => ExceptionDisplay =\n        ExceptionDisplay.fullDisplay\n\n      def from: ExceptionDisplay => Throwable =\n        ExceptionDisplay.throwableOf\n    }\n\n  implicit def monadError[F[_], E](implicit M: cats.MonadError[F, E], I: Iso[E, ExceptionDisplay]): cats.MonadError[F, ExceptionDisplay] =\n    new cats.MonadError[F, ExceptionDisplay] {\n\n      def raiseError[A](e: ExceptionDisplay): F[A] =\n        (M.raiseError[A] _ compose I.from)(e)\n\n      def handleErrorWith[A](fa: F[A])(f: ExceptionDisplay => F[A]): F[A] =\n        M.handleErrorWith(fa)(f compose I.to)\n\n      def pure[A](x: A): F[A] = M.pure(x)\n      def flatMap[A, B](fa: F[A])(f: A => F[B]): F[B] = M.flatMap(fa)(f)\n      def tailRecM[A, B](a: A)(f: A => F[Either[A, B]]): F[B] = M.tailRecM(a)(f)\n    }\n}\n\nprivate[types] sealed trait ExceptionDisplayScalazTypeclassInstances extends MonadErrorUtil {\n\n  implicit def exceptionDisplayMonadError[F[_], E](implicit M: scalaz.MonadError[F, E], I: Iso[E, ExceptionDisplay]): cats.MonadError[F, ExceptionDisplay] =\n    scalazMonadError[F, E, ExceptionDisplay]\n}\n\nprivate[types] sealed trait ExceptionDisplayFunctions {\n\n  private val separator = \"\\n\\rcaused by \"\n\n  def throwableOf: ExceptionDisplay => Throwable =\n    xs => throwableHierarchy {\n      xs.unMk.split(separator).toSeq map ExceptionDisplay.apply\n    }\n\n  def throwableHierarchy: Seq[ExceptionDisplay] => Throwable =\n    xs => xs.foldRight(null: Throwable){ (m, th) => new Throwable(m.unMk, th) }\n\n  def fullDisplay: Throwable => ExceptionDisplay =\n    th => ExceptionDisplay(s\"${ flatMessages(th) mkString separator }\")\n\n  def flatMessages: Throwable => Seq[ExceptionDisplay] =\n    th => {\n\n      @scala.annotation.tailrec\n      def loop(c: Option[Throwable], acc: =>Vector[ExceptionDisplay]): Vector[ExceptionDisplay] =\n        c match {\n          case Some(inTh) => loop(Option(inTh.getCause), acc :+ ExceptionDisplay(inTh.getMessage))\n          case None       => acc\n        }\n\n      loop(Option(th), Vector.empty)\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/instances\/EqTestInstances.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test.laws.instances\n\nimport cats.Eq\nimport cats.effect.IO\nimport http4s.extend.syntax.byNameNt._\nimport scalaz.concurrent.{Task => ScalazTask}\n\nprivate[test] trait EqTestInstances {\n\n  implicit def taskDoubleEq[A](implicit ev: Eq[IO[A]]): Eq[ScalazTask[A]] =\n    new Eq[ScalazTask[A]] {\n      def eqv(x: ScalazTask[A], y: ScalazTask[A]): Boolean =\n        ev.eqv(x.transformTo[IO], y.transformTo[IO])\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/Iso.scala","text":"package http4s.extend\n\ntrait Iso[A, B] {\n  def to: A => B\n  def from: B => A\n}\n\nprivate[extend] sealed trait IsoInstances {\n\n  implicit def isoReflexive[A]: Iso[A, A] =\n    new Iso[A, A] {\n      def to: A => A = identity[A]\n      def from: A => A = identity[A]\n    }\n\n  implicit def isoSymmetric[A, B](implicit I: Iso[A, B]): Iso[B, A] =\n    new Iso[B, A] {\n      def to: B => A = I.from\n      def from: A => B = I.to\n    }\n}\n\nobject Iso extends IsoInstances {\n  @inline def apply[A, B](implicit F: Iso[A, B]): Iso[A, B] = F\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/util\/MonadErrorUtil.scala","text":"<gh_stars>1-10\npackage http4s.extend.util\n\nimport http4s.extend.Iso\n\ntrait MonadErrorUtil {\n\n  def scalazMonadError[F[_], E1, E2](implicit M: scalaz.MonadError[F, E1], I: Iso[E1, E2]): cats.MonadError[F, E2] =\n    new cats.MonadError[F, E2] {\n\n      def raiseError[A](e: E2): F[A] =\n        (M.raiseError[A] _ compose I.from)(e)\n\n      def handleErrorWith[A](fa: F[A])(f: E2 => F[A]): F[A] =\n        M.handleError(fa)(f compose I.to)\n\n      def pure[A](x: A): F[A] = M.pure(x)\n      def flatMap[A, B](fa: F[A])(f: A => F[B]): F[B] = M.bind(fa)(f)\n\n      def tailRecM[A, B](a: A)(f: A => F[Either[A, B]]): F[B] =\n        M.bind(f(a)) {\n          _.fold(tailRecM(_)(f), b => M.point(b))\n        }\n    }\n}\n\nobject MonadErrorUtil extends MonadErrorUtil\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/instances\/CogenInstances.scala","text":"<filename>src\/test\/scala\/http4s\/extend\/test\/laws\/instances\/CogenInstances.scala\npackage http4s.extend.test.laws.instances\n\nimport http4s.extend.{ExceptionDisplay, Void}\nimport org.scalacheck.Cogen\nimport org.scalacheck.rng.Seed\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Future}\n\nprivate[test] trait CogenInstances {\n\n  implicit def futureCogen[A : Cogen]: Cogen[Future[A]] =\n    Cogen[Future[A]] { (seed: Seed, t: Future[A]) => Cogen[A].perturb(seed, Await.result(t, 1.second)) }\n\n  implicit def exceptionDisplayCogen(implicit ev: Cogen[String]): Cogen[ExceptionDisplay] =\n    ev contramap (_.unMk)\n\n  implicit def voidCogen(implicit ev: Cogen[Unit]): Cogen[Void] =\n    ev contramap ((_: Void) => ())\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/ByNameNtSyntax.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.syntax\n\nimport cats.MonadError\nimport http4s.extend.ByNameNt.~~>\n\nprivate[syntax] trait ByNameNtSyntax {\n\n  implicit def byNameNtSyntax[F[_], A](fa: =>F[A]): ByNameNtOps[F, A] = new ByNameNtOps(fa)\n\n  implicit def byNameEitherNtSyntax[F[_], A, E](fa: =>F[Either[E, A]]): ByNameEitherNtOps[F, A, E] = new ByNameEitherNtOps(fa)\n}\n\nprivate[syntax] final class ByNameNtOps[F[_], A](fa: =>F[A]) {\n  def transformTo[G[_]](implicit nt: F ~~> G): G[A] = nt.apply(fa)\n  def ~~>[G[_] : F ~~> ?[_]]: G[A] = transformTo\n}\n\nprivate[syntax] class ByNameEitherNtOps[F[_], A, E](val fa: F[Either[E, A]]) extends AnyVal {\n  def liftIntoMonadError[G[_]](implicit nt: F ~~> G, err: MonadError[G, E]): G[A] =\n    (err.rethrow[A] _ compose nt.apply)(fa)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/package.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend\n\nimport cats.data.ValidatedNel\n\npackage object syntax {\n\n  type Verified[A] = ValidatedNel[String, A]\n\n  object eq                   extends EqSyntax\n  object all                  extends AllSyntax\n  object circe                extends CirceSyntax\n  object byNameNt             extends ByNameNtSyntax\n  object errorAdapt           extends ErrorAdaptSyntax\n  object httpService          extends Http4sServiceSyntax\n  object responseVerification extends ResponseVerificationSyntax\n  object parallelEffect       extends ParallelEffectSyntax with ParallelEffectAritySyntax\n  object errorResponse        extends ErrorResponseSyntax\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/laws\/ByNameNtLaws.scala","text":"package http4s.extend.laws\n\nimport cats.Functor\nimport cats.laws._\nimport cats.syntax.functor._\nimport http4s.extend.ByNameNt\nimport http4s.extend.ByNameNt.~~>\n\nsealed trait ByNameNtLaws[F[_], G[_]] {\n\n  implicit def evF: Functor[F]\n  implicit def evG: Functor[G]\n  implicit def nt: ByNameNt[F, G]\n\n  \/**\n    * This law is automatically satisfied as a consequence of Parametricity.\n    * Here is implemented as an exercise\n    *\/\n  def naturalityCondition[A, B](fa: F[A], f: A => B) =\n    nt.apply(fa map f) <-> (nt.apply(fa) map f)\n}\n\nobject ByNameNtLaws {\n\n  @inline def apply[F[_], G[_]](implicit ev: F ~~> G, F: Functor[F], G: Functor[G]): ByNameNtLaws[F, G] =\n    new ByNameNtLaws[F, G] {\n      val evF: Functor[F] = F\n      val evG: Functor[G] = G\n      val nt: ByNameNt[F, G] = ev\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/ErrorAdaptSyntax.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.syntax\n\nimport http4s.extend.ErrorAdapt\n\nprivate[syntax] trait ErrorAdaptSyntax {\n  implicit def errorAdaptSyntax[F[_], A](anFa: =>F[A]): ErrorAdaptOps[F, A] = new ErrorAdaptOps(anFa)\n}\n\nprivate[syntax] class ErrorAdaptOps[F[_], A](val anFa: F[A]) extends AnyVal {\n  def attemptMapLeft[E](errM: Throwable => E)(implicit F: ErrorAdapt[F]): F[Either[E, A]] =\n    F.attemptMapLeft(anFa)(errM)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/ByNameNt.scala","text":"package http4s.extend\n\nimport cats.Eval.always\nimport cats.arrow.FunctionK\nimport cats.effect.IO\nimport cats.instances.future.catsStdInstancesForFuture\nimport cats.{Eval, Functor}\nimport scalaz.concurrent.{Task => ScalazTask}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * Models a natural transformation between the Functors `F[_]` and `G[_]`.\n  *\n  * It satisfies the naturality condition. See ByNameNtLaws\n  *\/\nsealed trait ByNameNt[F[_], G[_]] {\n\n  implicit def evF: Functor[F]\n  implicit def evG: Functor[G]\n\n  \/**\n    * Gives the Natural Transformation from `F` to `G` for all the types `A` where `F` is called by name\n    *\/\n  def apply[A]: (=>F[A]) => G[A]\n\n  def functionK: FunctionK[F, G] =\n    \u03bb[FunctionK[F, G]](apply(_))\n}\n\nprivate[extend] sealed trait ByNameNtInstances {\n\n  implicit def futureToIo(implicit ec: ExecutionContext): Future ~~> IO =\n    new ByNameNt[Future, IO] {\n      val evF = Functor[Future]\n      val evG = Functor[IO]\n\n      def apply[A]: (=>Future[A]) => IO[A] =\n        IO.fromFuture[A] _ compose IO.eval[Future[A]] compose always\n    }\n\n  implicit def scalazTaskToIo: ScalazTask ~~> IO =\n    new ByNameNt[ScalazTask, IO] {\n      val evF = scalazTaskFunctor\n      val evG = Functor[IO]\n\n      def apply[A]: (=>ScalazTask[A]) => IO[A] =\n        _.unsafePerformSyncAttempt.fold(\n          e => IO.raiseError(e),\n          a => IO.pure(a)\n        )\n    }\n\n  implicit def ioToScalazTask: IO ~~> ScalazTask =\n    new ByNameNt[IO, ScalazTask] {\n      val evF = Functor[IO]\n      val evG = scalazTaskFunctor\n\n      def apply[A]: (=>IO[A]) => ScalazTask[A] =\n        fa => Eval.always[ScalazTask[A]](\n          fa.attempt.unsafeRunSync.fold(ScalazTask.fail, a => ScalazTask.delay(a))\n        ).value\n    }\n\n  private def scalazTaskFunctor: Functor[ScalazTask] =\n    new Functor[ScalazTask] {\n      def map[A, B](fa: ScalazTask[A])(f: A => B): ScalazTask[B] = fa map f\n    }\n}\n\nobject ByNameNt extends ByNameNtInstances {\n  type ~~>[F[_], G[_]] = ByNameNt[F, G]\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/ParallelEffectSyntax.scala","text":"package http4s.extend.syntax\n\nimport cats.{Applicative, Monoid, Traverse}\nimport http4s.extend.ParallelEffect\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.language.implicitConversions\n\nprivate[syntax] trait ParallelEffectSyntax {\n\n  implicit def parallelEffectSyntax[F[_], A](fa: F[A]): ParallelEffectOps[F, A] =\n    new ParallelEffectOps(fa)\n\n  implicit def parallelEffectTraverseSyntax[T[_]: Traverse: Applicative, A](\n    t: T[A]\n  ): ParallelEffectTraverseOps[T, A] =\n    new ParallelEffectTraverseOps(t)\n}\n\nprivate[syntax] class ParallelEffectOps[F[_], A](private val fa: F[A]) extends AnyVal {\n\n  def inParallelWith[B](fb: =>F[B])(t: FiniteDuration)(implicit F: ParallelEffect[F]): F[(A, B)] =\n    F.parallelRun(fa, fb)(t)\n\n  \/**\n    * Alias for parallelRun\n    *\n    * - Example:\n    * (F.delay(1) <||> F.delay(2))(1.second)\n    *\/\n  def <||>[B](fb: =>F[B])(t: FiniteDuration)(implicit F: ParallelEffect[F]): F[(A, B)] =\n    inParallelWith(fb)(t)\n\n  \/**\n    * Equivalent to *> but in parallel\n    *\n    * - Example:\n    * (F.unit *||> F.delay(1))(1.second)\n    *\/\n  def *||>[B](fb: =>F[B])(t: FiniteDuration)(implicit F: ParallelEffect[F]): F[B] =\n    F.parallelMap2(fa, fb)(t)((_, b) => b)\n\n  \/**\n    * Equivalent to <* but in parallel\n    *\n    * - Example:\n    * (F.delay(1) <||* F.unit)(1.second)\n    *\/\n  def <||*[B](fb: =>F[B])(t: FiniteDuration)(implicit F: ParallelEffect[F]): F[A] =\n    F.parallelMap2(fa, fb)(t)((a, _) => a)\n}\n\nprivate[syntax] class ParallelEffectTraverseOps[T[_], A](private val traverse: T[A]) extends AnyVal {\n\n  def parallelTraverse[F[_]: ParallelEffect: Applicative, B](f: A => F[B])(t: FiniteDuration)(\n    implicit\n    ev1: Monoid[T[B]],\n    ev2: Traverse[T],\n    ev3: Applicative[T]\n  ): F[T[B]] =\n    ParallelEffect.parallelTraverse(traverse)(f)(t)\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/EffectfulDiscipline.scala","text":"<gh_stars>1-10\npackage http4s.extend.test\n\nimport cats.effect.IO\nimport cats.effect.laws.discipline.arbitrary._\nimport cats.instances.double._\nimport cats.instances.either._\nimport cats.instances.int._\nimport cats.instances.string._\nimport cats.instances.unit._\nimport cats.laws._\nimport cats.laws.discipline._\nimport cats.{Eq, MonadError}\nimport http4s.extend.test.Fixtures.MinimalSuite\nimport http4s.extend.test.laws.checks.EffectfulLawsChecks\nimport http4s.extend.util.ThrowableInstances\nimport http4s.extend.{Effectful, ExceptionDisplay}\nimport org.scalacheck.Arbitrary.arbDouble\nimport org.scalacheck.{Arbitrary, Prop}\n\nfinal class EffectfulDiscipline extends MinimalSuite with ThrowableInstances {\n\n  effectfulDisciplineOf[IO](\"IO\")\n\n  private def effectfulDisciplineOf[F[_]](effectName: String)(\n    implicit\n      ev1: Effectful[ExceptionDisplay, F],\n      ev2: Effectful[Throwable, F],\n      ev4: MonadError[F, Throwable],\n      ev5: MonadError[F, ExceptionDisplay],\n      AFD: Arbitrary[F[Double]],\n      AFI: Arbitrary[F[Int]],\n      EFD: Eq[F[Double]],\n      EFI: Eq[F[Int]],\n      EFU: Eq[F[Unit]],\n      EFS: Eq[F[String]],\n      EED: Eq[F[Either[ExceptionDisplay, Double]]],\n      EEI: Eq[F[Either[Throwable, Int]]]) = {\n\n    checkAll(\n      s\"Effectful[ExceptionDisplay, $effectName]\",\n      EffectfulLawsChecks[ExceptionDisplay, F].effectful[Double]\n    )\n\n    checkAll(\n      s\"Effectful[Throwable, $effectName]\",\n      EffectfulLawsChecks[Throwable, F].effectful[Int]\n    )\n\n    test(s\"Effectful[Throwable, $effectName]: throw a Throwable in delay is raiseError\"){\n      Prop.forAll {\n        e: Throwable =>\n          Effectful[Throwable, F].delay[Int](throw e) <-> MonadError[F, Throwable].raiseError[Int](e)\n      }\n    }\n\n    test(s\"Effectful[Throwable, $effectName]: throw a Throwable in suspend is raiseError\"){\n      Prop.forAll {\n        e: Throwable =>\n          Effectful[Throwable, F].suspend[String](throw e) <-> MonadError[F, Throwable].raiseError[String](e)\n      }\n    }\n\n    test(s\"Effectful[Throwable, $effectName]: propagate errors through bind (suspend)\"){\n      Prop.forAll {\n        e: Throwable => {\n\n          val monadError = MonadError[F, Throwable]\n          val fa = monadError.flatMap(Effectful[Throwable, F].delay[Double](throw e))(x => monadError.pure[Double](x))\n\n          fa <-> monadError.raiseError[Double](e)\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/ArityTestsGenerator.scala","text":"package BoilerplateGeneration\n\nimport sbt.File\n\nobject ArityTestsGenerator {\n\n  def run: Int => File => Seq[File] =\n    BoilerplateGenerator(templates).run\n\n  private val templates: Seq[Template] = Seq(\n    ParallelEffectSyntaxAccumulateErrorTests\n  )\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/ParallelEffectAritySyntax.scala","text":"<gh_stars>1-10\npackage BoilerplateGeneration\n\nimport BoilerplateGeneration.BlockSyntax._\nimport sbt._\n\nprivate[BoilerplateGeneration] object ParallelEffectAritySyntax extends Template {\n  def moduleFile: File => File =\n    _ \/ \"syntax\" \/ \"ParallelEffectAritySyntax.scala\"\n\n  def expandTo: Int => String =\n    maxArity => {\n\n      val syntaxTraitTop =\n        static\"\"\"package http4s.extend.syntax\n          |\n          |import scala.concurrent.duration.FiniteDuration\n          |import scala.language.implicitConversions\n          |import http4s.extend.ParallelEffect\n          |\n          |private[syntax] trait ParallelEffectAritySyntax {\"\"\"\n\n      def syntaxArityBlock: Int => String =\n        arity => {\n\n          val expansion = BlockMembersExpansions(arity)\n          import expansion._\n\n          static\"\"\"|  implicit def parEffectfulSyntax$arityS[F[_], ${`A0..An-1`}](t$arityS: (${`F[A0]..F[An-1]`})) = new Tuple${arityS}ParallelEffectOps(t$arityS)\"\"\".stripMargin\n        }\n\n      val syntaxTraitBottom = static\"\"\"}\"\"\"\n\n      def opsArityBlock: Int => String =\n        arity => {\n\n          val expansion = BlockMembersExpansions(arity)\n          import expansion._\n\n          lazy val `t._1..t._n` =\n            List.fill(arity)(s\"t$arityS\") zip `sym _1.._n` map { case (t, n) => s\"$t.$n\" } mkString \", \"\n\n          static\"\"\"\n            |private[syntax] final class Tuple${arityS}ParallelEffectOps[F[_], ${`A0..An-1`}](t$arityS: (${`F[A0]..F[An-1]`})) {\n            |  def parallelMap[R](t: FiniteDuration)(f: (${`A0..An-1`}) => R)(implicit F: ParallelEffect[F]): F[R] = ParallelEffect.parallelMap$arityS(${`t._1..t._n`})(t)(f)\n            |  def parallelRun(t: FiniteDuration)(implicit F: ParallelEffect[F]): F[(${`A0..An-1`})] = ParallelEffect.parallelRun$arityS(${`t._1..t._n`})(t)\n            |}\"\"\".stripMargin\n        }\n\n      s\"\"\"$syntaxTraitTop\n         |${syntaxArityBlock.expandedTo(maxArity, skip = 1)}\n         |$syntaxTraitBottom\n         |${opsArityBlock.expandedTo(maxArity, skip = 1)}\"\"\".stripMargin\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/types\/OrBooleanDiscipline.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test.types\n\nimport http4s.extend.OrBoolean\nimport http4s.extend.test.Fixtures.MinimalSuite\n\nfinal class OrBooleanDiscipline extends MinimalSuite {\n\n  test(\"typed AND correct evaluation\"){\n    (OrBoolean(true)  =||= OrBoolean(true))  should be(OrBoolean(true))\n    (OrBoolean(true)  =||= OrBoolean(false)) should be(OrBoolean(false))\n    (OrBoolean(false) =||= OrBoolean(true))  should be(OrBoolean(false))\n    (OrBoolean(false) =||= OrBoolean(false)) should be(OrBoolean(false))\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/ArityFunctionsGenerator.scala","text":"<reponame>scala-steward\/http4s-extend\npackage BoilerplateGeneration\n\nimport sbt.File\n\nobject ArityFunctionsGenerator {\n\n  def run: Int => File => Seq[File] =\n    BoilerplateGenerator(templates).run\n\n  private val templates: Seq[Template] = Seq(\n    ParallelEffectArityFunctions,\n    ParallelEffectAritySyntax\n  )\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/types\/MkAndBoolean.scala","text":"package http4s.extend.types\n\nimport http4s.extend.{AndBoolean, newtype}\nimport scalaz.{Monoid, Semigroup}\n\nobject MkAndBoolean\n  extends newtype[Boolean]\n  with AndBooleanInstances\n  with AndBooleanSyntax\n\nprivate[types] sealed trait AndBooleanInstances {\n\n  implicit val andBooleanSemigroup: Semigroup[AndBoolean] =\n    new Semigroup[AndBoolean] {\n      def append(f1: AndBoolean, f2: => AndBoolean): AndBoolean = f1 =&&= f2\n    }\n\n  implicit val andBooleanMonoid: Monoid[AndBoolean] =\n    new Monoid[AndBoolean] {\n      def zero: AndBoolean = AndBoolean(true)\n      def append(f1: AndBoolean, f2: => AndBoolean): AndBoolean = f1 =&&= f2\n    }\n}\n\nprivate[types] trait AndBooleanSyntax {\n  implicit def andBooleanSyntax(ab: AndBoolean): AndBooleanOps = new AndBooleanOps(ab)\n}\n\nprivate[types] final class AndBooleanOps(val x: AndBoolean) extends AnyVal {\n\n  \/**\n    * AND operator between `x` and `y` that uses the internal boolean value\n    *\/\n  def =&&=(y: AndBoolean): AndBoolean =\n    AndBoolean(x.unMk && y.unMk)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/ByNameNtDiscipline.scala","text":"package http4s.extend.test\n\nimport cats.Functor\nimport cats.effect.IO\nimport cats.instances.double._\nimport cats.instances.future.catsStdInstancesForFuture\nimport cats.instances.int._\nimport cats.instances.string._\nimport http4s.extend.test.Fixtures.MinimalSuite\nimport http4s.extend.test.laws.checks.ByNameNtLawsChecks\nimport scalaz.concurrent.{Task => ScalazTask}\n\nimport scala.concurrent.Future\n\nfinal class ByNameNtDiscipline extends MinimalSuite {\n\n  checkAll(\n    \"[Future ~~> IO]\",\n    ByNameNtLawsChecks[Future, IO].transformation[String, Int]\n  )\n\n  {\n    implicit val scalazTaskFunctor: Functor[ScalazTask] =\n      new Functor[ScalazTask] {\n        def map[A, B](fa: ScalazTask[A])(f: A => B): ScalazTask[B] = fa map f\n      }\n\n    checkAll(\n      \"[ScalazTask ~~> IO]\",\n      ByNameNtLawsChecks[ScalazTask, IO].transformation[Double, String]\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/ParallelEffectArityFunctions.scala","text":"package BoilerplateGeneration\n\nimport BlockSyntax._\nimport sbt._\n\nprivate[BoilerplateGeneration] object ParallelEffectArityFunctions extends Template {\n\n  def moduleFile: File => File =\n    _ \/ \"ParallelEffectfulArityFunctions.scala\"\n\n  def expandTo: Int => String =\n    maxArity => {\n\n      val top =\n        static\"\"\"package http4s.extend\n          |\n          |import scala.concurrent.duration.FiniteDuration\n          |\n          |private[extend] trait ParallelEffectArityFunctions {\n          |\n          |  def parallelMap2[F[_], A1, A2, R](fa1: =>F[A1], fa2: =>F[A2])(t: FiniteDuration)(f: (A1, A2) => R)(implicit ev: ParallelEffect[F]): F[R] =\n          |    ev.parallelMap2(fa1, fa2)(t)(f)\n          |\n          |  def parallelRun2[F[_], A1, A2](fa1: =>F[A1], fa2: =>F[A2])(t: FiniteDuration)(implicit ev: ParallelEffect[F]): F[(A1, A2)] =\n          |    ev.parallelMap2(fa1, fa2)(t)(Tuple2.apply)\"\"\"\n\n      def arityBlock: Int => String =\n        arity => {\n\n          val expansion = BlockMembersExpansions(arity)\n          import expansion._\n\n          lazy val `(a0..(a1..(an-2, an-1)` =\n            rightAssociativeExpansionOf(`sym a0..an-1`)(\"\")\n\n          lazy val `(a0..ParallelEffect.parallelMap2(a1..ParallelEffect.parallelRun2(an-2, an-1))` =\n            rightAssociativeWithSuffixExpansionOf(`sym fa0..fan-1`)(\"ParallelEffect.parallelRun2\")(\")(t\")\n\n          static\"\"\"\n             |  def parallelMap$arityS[F[_] : ParallelEffect, ${`A0..An-1`}, R](${`fa0: =>F[A0]..fan-1: =>F[An-1]`})(t: FiniteDuration)(f: (${`A0..An-1`}) => R): F[R] =\n             |    ParallelEffect.parallelMap2${`(a0..ParallelEffect.parallelMap2(a1..ParallelEffect.parallelRun2(an-2, an-1))`} { case ${`(a0..(a1..(an-2, an-1)`} => f(${`a0..an-1`}) }\n             |\n             |  def parallelRun$arityS[F[_] : ParallelEffect, ${`A0..An-1`}](${`fa0: =>F[A0]..fan-1: =>F[An-1]`})(t: FiniteDuration): F[(${`A0..An-1`})] =\n             |    ParallelEffect.parallelMap2${`(a0..ParallelEffect.parallelMap2(a1..ParallelEffect.parallelRun2(an-2, an-1))`} { case ${`(a0..(a1..(an-2, an-1)`} => Tuple$arityS.apply(${`a0..an-1`}) }\"\"\".stripMargin\n        }\n\n      val bottom = static\"\"\"}\"\"\"\n\n      s\"\"\"$top\n         |${arityBlock.expandedTo(maxArity, skip = 2)}\n         |$bottom\"\"\".stripMargin\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/laws\/EffectfulLaws.scala","text":"package http4s.extend.laws\n\nimport cats.Monad\nimport cats.laws._\nimport cats.syntax.apply._\nimport cats.syntax.either._\nimport http4s.extend.Effectful\n\n\/**\n  * Effectful of `F[_]`, when there is evidence of a Monad for `F[_]`, should abide by the same laws as cats.effect.Effect\n  * \n  * The code below is adapted from the Cats Effect Laws to prove that the abstractions give the same guarantees:\n  * https:\/\/github.com\/typelevel\/cats-effect\/tree\/master\/laws\/shared\/src\/main\/scala\/cats\/effect\/laws\n  *\/\nsealed trait EffectfulLaws[E, F[_]] {\n\n  implicit val evidence: Monad[F] = eff.M\n  implicit def eff: Effectful[E, F]\n\n  \/**\n    * Laws for Effectful and its Monad\n    *\/\n  def flatMapNotProgressOnFail[A](e: E, f: A => F[A]) =\n    eff.M.flatMap(eff.fail(e))(f) <-> eff.fail[A](e)\n\n  \/**\n    * Laws from cats.effect Effect[F]\n    *\/\n  def runAsyncPureProducesRightIO[A](a: A) = {\n    val fa = eff.point(a)\n    var result: Option[Either[E, A]] = None\n    val read = eff delay { result.get }\n\n    eff.runAsync(fa)(e => eff.delay { result = Some(e) }) *> read <-> eff.point(a.asRight)\n  }\n\n  def runAsyncRaiseErrorProducesLeftIO[A](e: E) = {\n    val fa: F[A] = eff.fail[A](e)\n    var result: Option[Either[E, A]] = None\n    val read = eff delay { result.get }\n\n    eff.runAsync(fa)(e => eff.delay { result = Some(e) }) *> read <-> eff.point(e.asLeft)\n  }\n\n  def runAsyncIgnoresErrorInHandler[A](e: E) = {\n    val fa = eff.point(())\n    eff.runAsync(fa)(_ => eff.fail[Unit](e)) <-> eff.point(())\n  }\n\n  def repeatedCallbackIgnored[A](a: A, f: A => A) = {\n    var cur = a\n    val change = eff.delay { cur = f(cur) }\n    val readResult = eff.delay { cur }\n\n    val double: F[Unit] = eff.async { cb =>\n      cb(Right(()))\n      cb(Right(()))\n    }\n\n    double *> change *> readResult <-> eff.delay(f(a))\n  }\n\n  \/**\n    * Laws from cats.effect Async[F]\n    *\/\n  def asyncRightIsPure[A](a: A) =\n    eff.async[A](_(Right(a))) <-> eff.point(a)\n\n  def asyncLeftIsRaiseError[A](e: E) =\n    eff.async[A](_(Left(e))) <-> eff.fail[A](e)\n\n  def repeatedAsyncEvaluationNotMemoized[A](a: A, f: A => A) = {\n    var cur = a\n\n    val change: F[Unit] = eff async { cb =>\n      cur = f(cur)\n      cb(Right(()))\n    }\n\n    val read: F[A] = eff.delay(cur)\n\n    change *> change *> read <-> eff.point(f(f(a)))\n  }\n\n  def propagateErrorsThroughBindAsync[A](t: E) = {\n    val fa = eff.M.flatMap(eff.async[A](_ (Left(t))))(x => eff.point(x))\n\n    fa <-> eff.fail[A](t)\n  }\n\n  \/**\n    * Laws from cats.effect Sync[F]\n    *\/\n  def delayConstantIsPure[A](a: A) =\n    eff.delay(a) <-> eff.point(a)\n\n  def suspendConstantIsPureJoin[A](fa: F[A]) =\n    eff.suspend(fa) <-> eff.M.flatten(eff.point(fa))\n\n  def unsequencedDelayIsNoop[A](a: A, f: A => A) = {\n    var cur = a\n    val change = eff delay { cur = f(cur) }\n    val _ = change\n\n    eff.delay(cur) <-> eff.point(a)\n  }\n\n  def repeatedSyncEvaluationNotMemoized[A](a: A, f: A => A) = {\n    var cur = a\n    val change = eff delay { cur = f(cur) }\n    val read = eff.delay(cur)\n\n    change *> change *> read <-> eff.point(f(f(a)))\n  }\n\n  def bindSuspendsEvaluation[A](fa: F[A], a1: A, f: (A, A) => A) = {\n    var state = a1\n    val evolve = eff.M.flatMap(fa) { a2 =>\n      state = f(state, a2)\n      eff.point(state)\n    }\n    \/\/ Observing `state` before and after `evolve`\n    eff.M.map2(eff.point(state), evolve)(f) <-> eff.M.map(fa)(a2 => f(a1, f(a1, a2)))\n  }\n\n  def mapSuspendsEvaluation[A](fa: F[A], a1: A, f: (A, A) => A) = {\n    var state = a1\n    val evolve = eff.M.map(fa) { a2 =>\n      state = f(state, a2)\n      state\n    }\n    \/\/ Observing `state` before and after `evolve`\n    eff.M.map2(eff.point(state), evolve)(f) <-> eff.M.map(fa)(a2 => f(a1, f(a1, a2)))\n  }\n\n  def stackSafetyOnRepeatedLeftBinds = {\n    val result = (0 until 10000).foldLeft(eff.delay(())) { (acc, _) =>\n      eff.M.flatMap(acc)(_ => eff.delay(()))\n    }\n\n    result <-> eff.point(())\n  }\n\n  def stackSafetyOnRepeatedRightBinds = {\n    val result = (0 until 10000).foldRight(eff.delay(())) { (_, acc) =>\n      eff.M.flatMap(eff.delay(()))(_ => acc)\n    }\n\n    result <-> eff.point(())\n  }\n\n  def stackSafetyOnRepeatedMaps = {\n    \/\/ Note this isn't enough to guarantee stack safety, unless\n    \/\/ coupled with `mapSuspendsEvaluation`\n    val result = (0 until 10000).foldLeft(eff.delay(0)) { (acc, _) =>\n      eff.M.map(acc)(_ + 1)\n    }\n    result <-> eff.point(10000)\n  }\n}\n\nobject EffectfulLaws {\n\n  @inline def apply[E, F[_]](implicit ev: Effectful[E, F]): EffectfulLaws[E, F] =\n    new EffectfulLaws[E, F] {\n      def eff: Effectful[E, F] = ev\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/types\/Void.scala","text":"<gh_stars>1-10\npackage http4s.extend.types\n\nimport cats.Eq\nimport http4s.extend.util.MonadErrorUtil\nimport http4s.extend.Iso\n\nprivate[extend] sealed trait Void\n\nprivate[types] object Void extends VoidCatsTypeclassInstances\n\nprivate[types] sealed trait VoidCatsTypeclassInstances extends VoidScalazTypeclassInstances {\n\n  implicit val voidEq: Eq[Void] =\n    new Eq[Void] {\n      def eqv(x: Void, y: Void): Boolean = true\n    }\n\n  implicit def monadError[F[_], E](implicit M: cats.MonadError[F, E], I: Iso[E, Void]): cats.MonadError[F, Void] =\n    new cats.MonadError[F, Void] {\n\n      def raiseError[A](e: Void): F[A] =\n        (M.raiseError[A] _ compose I.from)(e)\n\n      def handleErrorWith[A](fa: F[A])(f: Void => F[A]): F[A] =\n        M.handleErrorWith(fa)(f compose I.to)\n\n      def pure[A](x: A): F[A] = M.pure(x)\n      def flatMap[A, B](fa: F[A])(f: A => F[B]): F[B] = M.flatMap(fa)(f)\n      def tailRecM[A, B](a: A)(f: A => F[Either[A, B]]): F[B] = M.tailRecM(a)(f)\n    }\n}\n\nprivate[types] sealed trait VoidScalazTypeclassInstances extends MonadErrorUtil {\n\n  implicit def voidMonadError[F[_], E](implicit M: scalaz.MonadError[F, E], I: Iso[E, Void]): cats.MonadError[F, Void] =\n    scalazMonadError[F, E, Void]\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/package.scala","text":"<filename>src\/main\/scala\/http4s\/extend\/package.scala\npackage http4s\n\nimport http4s.extend.types._\n\npackage object extend {\n\n  type |[A, B] = Either[A, B]\n\n  type ~~>[F[_], G[_]] = ByNameNt.~~>[F, G]\n\n  val ExceptionDisplay = MkExceptionDisplay\n  type ExceptionDisplay = ExceptionDisplay.T\n\n  type Void = types.Void\n\n  val AndBoolean = MkAndBoolean\n  type AndBoolean = AndBoolean.T\n\n  val OrBoolean = MkOrBoolean\n  type OrBoolean = OrBoolean.T\n\n  val NonFailingIO = MkNonFailingIO\n  type NonFailingIO[A] = NonFailingIO.T[A]\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"project\/Dependencies.scala","text":"<reponame>scala-steward\/http4s-extend<gh_stars>1-10\nimport sbt._\n\nobject Dependencies {\n\n  private[Dependencies] object versionOf {\n    val http4s      = \"0.20.10\"\n    val monix       = \"3.0.0-RC1\"\n    val scalaz      = \"7.3.0-M27\"\n    val cats        = \"1.6.1\"\n    val catsEffect  = \"1.4.0\"\n    val shapeless   = \"2.3.3\"\n\n    val scalaCheck      = \"1.13.5\"\n\n    val kindProjector = \"0.10.3\"\n    val splain        = \"0.4.1\"\n    val silencer      = \"1.4.2\"\n  }\n\n  val externalDependencies: Seq[ModuleID] = Seq(\n    \"org.http4s\"      %% \"http4s-dsl\"           % versionOf.http4s,\n    \"org.http4s\"      %% \"http4s-blaze-server\"  % versionOf.http4s,\n    \"org.http4s\"      %% \"http4s-blaze-client\"  % versionOf.http4s,\n    \"org.http4s\"      %% \"http4s-circe\"         % versionOf.http4s,\n    \"io.monix\"        %% \"monix\"                % versionOf.monix,\n    \"org.scalaz\"      %% \"scalaz-concurrent\"    % versionOf.scalaz,\n    \"org.typelevel\"   %% \"cats-laws\"            % versionOf.cats,\n    \"com.chuusai\"     %% \"shapeless\"            % versionOf.shapeless,\n    \"com.github.ghik\" %% \"silencer-lib\"         % versionOf.silencer % Provided\n  ) map (_.withSources)\n\n  val testDependencies: Seq[ModuleID] = Seq(\n    \"org.typelevel\"   %% \"cats-testkit\"     % versionOf.cats        % \"test\",\n    \"org.scalacheck\"  %% \"scalacheck\"       % versionOf.scalaCheck  % \"test\",\n    \"org.typelevel\"   %% \"cats-effect-laws\" % versionOf.catsEffect  % \"test\"\n  )\n\n  val compilerPlugins: Seq[ModuleID] = Seq(\n    compilerPlugin(\"org.typelevel\"   %% \"kind-projector\"   % versionOf.kindProjector cross CrossVersion.binary),\n    compilerPlugin(\"com.github.ghik\"  %% \"silencer-plugin\"  % versionOf.silencer),\n    compilerPlugin(\"io.tryp\"          %   \"splain\"          % versionOf.splain        cross CrossVersion.patch)\n  )\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/util\/ThrowableInstances.scala","text":"package http4s.extend.util\n\nimport cats.MonadError\nimport scalaz.concurrent.{Task => ScalazTask}\n\n\/**\n  * Provides an orphan instance for a `MonadError[ScalazTask, Throwable]`. The only alternative\n  * I know about to this is to use shims, but for the moment I prefer not to add a full dependency\n  * only for this. This might change in the future\n  *\/\nprivate[extend] trait ThrowableInstances {\n  implicit val scalazThrowableMonadError: MonadError[ScalazTask, Throwable] =\n    MonadErrorUtil.scalazMonadError[ScalazTask, Throwable, Throwable]\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/Recoverable.scala","text":"<filename>src\/main\/scala\/http4s\/extend\/Recoverable.scala\npackage http4s.extend\n\nimport cats.effect.IO\nimport cats.syntax.either._\nimport cats.{Applicative, Monad}\n\nimport scala.util.Either\n\ntrait Recoverable[E, F[_], G[_]] {\n\n  def M: Monad[F]\n  def G: Applicative[G]\n\n  def raiseError[A]: E => F[A]\n  def toFallible[A]: G[A] => F[A]\n  def recoverWith[A]: F[A] => (E => G[A]) => G[A]\n\n  def recover[A]: F[A] => (E => A) => G[A] =\n    fa => f => recoverWith(fa)(G.pure[A] _ compose f)\n\n  def attempt[A]: F[A] => G[Either[E, A]] =\n    fa => recover(M.map(fa)(_.asRight[E]))(_.asLeft)\n\n  def absolve[A]: G[Either[E, A]] => F[A] =\n    ga => M.flatMap(toFallible(ga)) { _.fold(raiseError, M.pure) }\n}\n\nprivate[extend] sealed trait RecoverableInstances {\n\n  def ioRecoverable[E](\n    implicit\n      iso: Iso[Throwable, E],\n      ev1: Monad[IO],\n      ev2: Applicative[NonFailingIO]): Recoverable[E, IO, NonFailingIO] =\n    new Recoverable[E, IO, NonFailingIO] {\n\n      val M: Monad[IO] = ev1\n      val G: Applicative[NonFailingIO] = ev2\n\n      def raiseError[A]: E => IO[A] =\n        IO.raiseError _ compose iso.from\n\n      def toFallible[A]: NonFailingIO[A] => IO[A] =\n        nf => nf.unMk() flatMap IO.fromEither\n\n      def recoverWith[A]: IO[A] => (E => NonFailingIO[A]) => NonFailingIO[A] =\n        io => f => NonFailingIO.fromIo(\n          io.attempt flatMap {\n            _.fold(f compose iso.to, NonFailingIO.fromA).absolved()\n          }\n        )\n    }\n}\n\nobject Recoverable extends RecoverableInstances {\n  @inline def apply[E, F[_], G[_]](implicit F: Recoverable[E, F, G]): Recoverable[E, F, G] = F\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/ErrorResponse.scala","text":"package http4s.extend\n\nimport cats.Show\nimport org.http4s.Response\nimport org.http4s.dsl.Http4sDsl\n\ntrait ErrorResponse[F[_], E] extends Http4sDsl[F] {\n  val ev: Show[E]\n  def responseFor: E => F[Response[F]]\n}\n\nobject ErrorResponse {\n  @inline def apply[F[_], E](implicit inst: ErrorResponse[F, E]): ErrorResponse[F, E] = inst\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/syntax\/EqSyntax.scala","text":"package http4s.extend.syntax\n\nimport cats.Eq\n\nprivate[syntax] trait EqSyntax {\n  implicit def eqSyntax(t: =>Throwable): ThrowableEqOps = new ThrowableEqOps(t)\n}\n\nprivate[syntax] class ThrowableEqOps(val t: Throwable) extends AnyVal {\n  def ===(that: =>Throwable)(implicit te: Eq[Throwable]): Boolean =\n    te.eqv(t, that)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/types\/AndBooleanDiscipline.scala","text":"<filename>src\/test\/scala\/http4s\/extend\/test\/types\/AndBooleanDiscipline.scala\npackage http4s.extend.test.types\n\nimport http4s.extend._\nimport http4s.extend.test.Fixtures.MinimalSuite\n\nfinal class AndBooleanDiscipline extends MinimalSuite {\n\n  test(\"typed AND correct evaluation\"){\n    (AndBoolean(true)   =&&= AndBoolean(true))  should be(AndBoolean(true))\n    (AndBoolean(true)   =&&= AndBoolean(false)) should be(AndBoolean(false))\n    (AndBoolean(false)  =&&= AndBoolean(true))  should be(AndBoolean(false))\n    (AndBoolean(false)  =&&= AndBoolean(false)) should be(AndBoolean(false))\n  }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/laws\/RecoverableLaws.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.laws\n\nimport cats.laws._\nimport http4s.extend.Recoverable\n\ntrait RecoverableLaws[E, F[_], G[_]] {\n\n  implicit def re: Recoverable[E, F, G]\n\n  def flatMapNeverProgressesOnFailOfF[A](e: E, f: A => F[A]) =\n    re.M.flatMap(re.raiseError(e))(f) <-> re.raiseError[A](e)\n\n  def flatMapNeverStopsForG[A](ga: G[A], f: E => A) =\n    (re.recover[A] compose re.toFallible[A])(ga)(f) <-> ga\n\n  def absolveAttemptNotChangingFa[A](fa: F[A]) =\n    (re.absolve[A] compose re.attempt[A])(fa) <-> fa\n}\n\nobject RecoverableLaws {\n\n  @inline def apply[E, F[_], G[_]](implicit ev: Recoverable[E, F, G]): RecoverableLaws[E, F, G] =\n    new RecoverableLaws[E, F, G] {\n      def re: Recoverable[E, F, G] = ev\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/ParallelEffect.scala","text":"package http4s.extend\n\nimport cats.effect.util.CompositeException\nimport cats.effect.{ Concurrent, ContextShift, IO, Timer }\nimport cats.instances.parallel._\nimport cats.syntax.parallel._\nimport cats.{ Applicative, Id, Monoid, Semigroup, Traverse }\nimport scala.concurrent.duration.FiniteDuration\n\n\/**\n  * The semantic of this type-class is slightly different from the Parallel\n  * implementation for IO. The main difference is that in case of failure\n  * the other actions will not be cancelled. This is the expected behaviour for\n  *\n  * def parallelMap2[A, B, R](fa: =>IO[A], fb: =>IO[B])(t: FiniteDuration)(f: (A, B) => R): IO[R]\n  *\n  * - fa succeeds, fb fails     <-> IO.raiseError(fb failure)                         [and vice versa]\n  * - fa succeeds, fb timeouts  <-> IO.raiseError(fb TimeoutException)                [and vice versa]\n  * - fa fails,    fb timeouts  <-> IO.raiseError((fa failure, fb TimeoutException))  [and vice versa]\n  * - fa fails,    fb fails     <-> IO.raiseError((fa failure, fb failure))\n  * - fa succeeds, fb succeeds  <-> IO[R]\n  *\/\ntrait ParallelEffect[F[_]] {\n\n  def parallelMap2[A, B, R](fa: =>F[A], fb: =>F[B])(t: FiniteDuration)(f: (A, B) => R): F[R]\n\n  def parallelRun[A, B](fa: =>F[A], fb: =>F[B])(t: FiniteDuration): F[(A, B)] =\n    parallelMap2(fa, fb)(t)(Tuple2.apply)\n}\n\nobject ParallelEffect\n    extends ParallelEffectInstances\n    with ParallelEffectFunctions\n    with ParallelEffectArityFunctions {\n  @inline def apply[F[_]](implicit F: ParallelEffect[F]): ParallelEffect[F] = implicitly\n}\n\nsealed private[extend] trait ParallelEffectInstances {\n\n  implicit def ioParallelEffect(\n    implicit\n    cs: ContextShift[IO],\n    ti: Timer[IO]\n  ): ParallelEffect[IO] =\n    new ParallelEffect[IO] {\n\n      implicit private def tS: Semigroup[Throwable] =\n        new Semigroup[Throwable] {\n          def combine(x: Throwable, y: Throwable): Throwable = CompositeException(x, y, Nil)\n        }\n\n      def parallelMap2[A, B, R](fa: =>IO[A], fb: =>IO[B])(t: FiniteDuration)(f: (A, B) => R): IO[R] =\n        (for {\n          fibA <- fa.timeout(t).start\n          fibB <- fb.timeout(t).start\n        } yield\n          (fibA.join.attempt, fibB.join.attempt) parMapN {\n            case (eta, etb) => (eta, etb) parMapN f\n          }) flatMap Concurrent[IO].rethrow\n    }\n}\n\nsealed private[extend] trait ParallelEffectFunctions {\n\n  \/**\n    * Traverse derived from ParallelEffect parallelMap2.\n    *\n    * If used with IO in `F[_]` position it will wait for all the effectful\n    * computations to complete up tp a timeout and will aggregate all the\n    * eventual errors through the `Semigroup[Throwable]` provided.\n    *\/\n  def parallelTraverse[A, B, T[_], F[_]](ta: T[A])(f: A => F[B])(t: FiniteDuration)(\n    implicit\n    TR: Traverse[T],\n    TM: Monoid[T[B]],\n    TA: Applicative[T],\n    FE: ParallelEffect[F],\n    FA: Applicative[F]\n  ): F[T[B]] =\n    TR.foldM[Id, A, F[T[B]]](ta, FA.pure(TM.empty)) { (ftb, a) =>\n      FE.parallelMap2(f(a), ftb)(t) { (b, tb) =>\n        TM.combine(TA.pure(b), tb)\n      }\n    }\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/MonadErrorDiscipline.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test\n\nimport cats.effect.IO\nimport cats.effect.laws.discipline.arbitrary._\nimport cats.instances.double._\nimport cats.instances.either._\nimport cats.instances.int._\nimport cats.instances.string._\nimport cats.instances.tuple._\nimport cats.instances.unit._\nimport cats.laws.discipline.MonadErrorTests\nimport http4s.extend.ExceptionDisplay\nimport http4s.extend.test.Fixtures.MinimalSuite\nimport http4s.extend.util.ThrowableInstances\nimport org.scalacheck.Arbitrary.arbDouble\nimport scalaz.concurrent.{Task => ScalazTask}\n\nfinal class MonadErrorDiscipline extends MinimalSuite with ThrowableInstances {\n\n  checkAll(\n    \"MonadError[IO, ExceptionDisplay]\",\n    MonadErrorTests[IO, ExceptionDisplay].monadError[String, Int, Double]\n  )\n\n  checkAll(\n    \"MonadError[IO, Throwable]\",\n    MonadErrorTests[IO, Throwable].monadError[String, Int, Double]\n  )\n\n  checkAll(\n    \"MonadError[ScalazTask, ExceptionDisplay]\",\n    MonadErrorTests[ScalazTask, ExceptionDisplay].monadError[String, Int, Double]\n  )\n\n  checkAll(\n    \"MonadError[ScalazTask, Throwable]\",\n    MonadErrorTests[ScalazTask, Throwable].monadError[String, Int, Double]\n  )\n}\n"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/types\/MkOrBoolean.scala","text":"<filename>src\/main\/scala\/http4s\/extend\/types\/MkOrBoolean.scala\npackage http4s.extend.types\n\nimport http4s.extend.{OrBoolean, newtype}\nimport scalaz.{Monoid, Semigroup}\n\nobject MkOrBoolean\n  extends newtype[Boolean]\n  with OrBooleanInstances\n  with OrBooleanSyntax\n\nprivate[types] sealed trait OrBooleanInstances {\n\n  implicit val orBooleanSemigroup: Semigroup[OrBoolean] =\n    new Semigroup[OrBoolean] {\n      def append(f1: OrBoolean, f2: => OrBoolean): OrBoolean = f1 =||= f2\n    }\n\n  implicit val orBooleanMonoid: Monoid[OrBoolean] =\n    new Monoid[OrBoolean] {\n      def zero: OrBoolean = OrBoolean.apply(true)\n      def append(f1: OrBoolean, f2: => OrBoolean): OrBoolean = f1 =||= f2\n    }\n}\n\nprivate[types] trait OrBooleanSyntax {\n  implicit def OrBooleanSyntax(ab: OrBoolean): OrBooleanOps = new OrBooleanOps(ab)\n}\n\nprivate[types] final class OrBooleanOps(val x: OrBoolean) extends AnyVal {\n\n  \/**\n    * OR operator between `x` and `y` that uses the internal boolean value\n    *\/\n  def =||=(y: OrBoolean): OrBoolean =\n    OrBoolean.apply(x.unMk && y.unMk)\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/NewTypeF.scala","text":"<reponame>scala-steward\/http4s-extend<filename>src\/main\/scala\/http4s\/extend\/NewTypeF.scala\npackage http4s.extend\n\ntrait NewTypeF[F[_]] {\n  type Base <: Any\n  private [extend] trait Tag extends Any\n  type T[_] <: Base with Tag\n\n  def apply[A](fa: F[A]): T[A] = fa.asInstanceOf[T[A]]\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/main\/scala\/http4s\/extend\/types\/MkNonFailingIO.scala","text":"package http4s.extend.types\n\nimport cats.Applicative\nimport cats.effect.IO\nimport cats.syntax.EitherOps\nimport http4s.extend.{NewTypeF, NonFailingIO, |}\n\nobject MkNonFailingIO extends NewTypeF[\u03bb[\u03b1 => IO[Throwable | \u03b1]]] with NonFailingIOInstances {\n\n  def fromIo[A](io: IO[A]): T[A] = apply(io.attempt)\n  def fromA[A](a: A): T[A] = fromIo(IO.pure(a))\n\n  implicit final class MkVoidSyntax[A](val t: T[A]) extends AnyVal {\n\n    def unMk(): IO[Throwable | A] =\n      t.asInstanceOf[IO[Throwable | A]]\n\n    def absolved(): IO[A] =\n      unMk() flatMap IO.fromEither\n  }\n}\n\nprivate[types] sealed trait NonFailingIOInstances {\n\n  implicit def nonFailingIoApplicative: Applicative[NonFailingIO] =\n    new Applicative[NonFailingIO] {\n      def pure[A](x: A): NonFailingIO[A] =\n        NonFailingIO.fromA(x)\n\n      def ap[A, B](ff: NonFailingIO[A => B])(fa: NonFailingIO[A]): NonFailingIO[B] = {\n        def ops[C](c: Throwable | C) = new EitherOps[Throwable, C](c)\n\n        NonFailingIO {\n          ff.unMk() flatMap { eAb => fa.unMk() map { ea => ops(ea).flatMap(a => ops(eAb).map(f => f(a))) } }\n        }\n      }\n    }\n}"}
{"repo_name":"scala-steward\/http4s-extend","path":"src\/test\/scala\/http4s\/extend\/test\/laws\/instances\/ArbitraryInstances.scala","text":"<reponame>scala-steward\/http4s-extend\npackage http4s.extend.test.laws.instances\n\nimport http4s.extend.ExceptionDisplay\nimport monix.eval.{Task => MonixTask}\nimport org.scalacheck.Arbitrary\nimport scalaz.concurrent.{Task => ScalazTask}\n\n\nprivate[test] trait ArbitraryInstances {\n\n  implicit def throwableCompleteMessageArb(implicit A: Arbitrary[String]): Arbitrary[ExceptionDisplay] =\n    Arbitrary { A.arbitrary map ExceptionDisplay.apply }\n\n  implicit def scalazTaskArbitrary[A](implicit A: Arbitrary[A]): Arbitrary[ScalazTask[A]] =\n     Arbitrary { A.arbitrary map (ScalazTask.delay(_)) }\n\n  implicit def monixTaskArbitrary[A](implicit A: Arbitrary[A]): Arbitrary[MonixTask[A]] =\n     Arbitrary { A.arbitrary map (MonixTask.delay(_)) }\n}\n"}
{"repo_name":"Dhananjay8\/cl1","path":"a1.scala","text":"<filename>a1.scala\nobject a1\n{\n\tdef binSearch(nos:Array[Int],srno:Int,l:Int,r:Int):Int=\n\t{\n\t\tvar mid=(l+r)\/2\n\t\tif(l>r)\n\t\t{\n\t\t\treturn -1\n\t\t}\n\t\telse if(srno==nos(mid))\n\t\t{\n\t\t\treturn mid\n\t\t}\n\t\telse if(nos(mid)>srno)\n\t\t{\n\t\t\tbinSearch(nos,srno,l,mid-1)\n\t\t}\n\t\telse\n\t\t{\n\t\t\tbinSearch(nos,srno,mid+1,r)\n\t\t}\n\t}\n\tdef main(args:Array[String])\n\t{\n\t\tprintln(\"Enter Count:\")\n\t\tvar n:Int=scala.io.StdIn.readInt;\n\t\tvar nos=new Array[Int](n)\n\t\tprintln(\"Enter Elements:\")\n\t\tfor(i<- 0 to n-1)\n\t\t{\n\t\t\tnos(i)=scala.io.StdIn.readInt;\n\t\t}\n\t\tnos=nos.sorted\n\t\tprintln(\"Number to be Searched:\")\n\t\tvar srno:Int=scala.io.StdIn.readInt;\n\t\tvar pos:Int=binSearch(nos,srno,0,n-1)\n\t\tif(pos == -1)\n\t\t{\n\t\t\tprintln(\"Not Found!!\")\n\t\t}\n\t\telse\n\t\t{\n\t\t\tprintln(\"Found at:\"+(pos+1))\n\t\t}\t\n\t}\n}\n"}
{"repo_name":"georgeOsdDev\/play-xgettext","path":"project\/plugins.sbt","text":"\/\/ Run sbt\/sbt eclipse to create Eclipse project file\naddSbtPlugin(\"com.typesafe.sbteclipse\" % \"sbteclipse-plugin\" % \"2.5.0\")\n\n\/\/ Run sbt\/sbt gen-idea to create IntelliJ project file\naddSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.6.0\")\n\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.0.0\")"}
{"repo_name":"georgeOsdDev\/play-xgettext","path":"build.sbt","text":"<reponame>georgeOsdDev\/play-xgettext\norganization := \"com.github.georgeosddev\"\n\nname := \"play-xgettext\"\n\nversion := \"0.2-SNAPSHOT\"\n\n\/\/ When doing publish-signed, change the version below and those line accordingly.\nscalaVersion := \"2.11.6\"\n\ncrossScalaVersions := Seq(\"2.11.6\", \"2.10.5\")\n\nscalacOptions ++= Seq(\"-deprecation\", \"-feature\", \"-unchecked\")\n\njavacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\")\n\nlibraryDependencies <+= scalaVersion { sv =>\n  \"org.scala-lang\" % \"scala-compiler\" % sv\n}\n\nuseGpg := true\n\npublishTo <<= (version) { version: String =>\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (version.trim.endsWith(\"SNAPSHOT\")) Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else                                   Some(\"releases\"  at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\npublishMavenStyle := true\n\npublishArtifact in Test := false\n\npomIncludeRepository := { _ => false }\n\npomExtra := (\n  <url>https:\/\/github.com\/georgeosddev\/play-xgettext<\/url>\n  <licenses>\n  <license>\n  <name>MIT<\/name>\n  <url>https:\/\/github.com\/georgeosddev\/play-xgettext\/blob\/master\/MIT-LICENSE<\/url>\n  <distribution>repo<\/distribution>\n  <\/license>\n  <\/licenses>\n  <scm>\n  <url><EMAIL>:georgeosddev\/play-xgettext.git<\/url>\n  <connection>scm:git:git<EMAIL>:georgeosddev\/play-xgettext.git<\/connection>\n  <\/scm>\n  <developers>\n  <developer>\n  <id>georgeosddev<\/id>\n  <name><NAME><\/name>\n  <url>https:\/\/github.com\/georgeosddev<\/url>\n  <\/developer>\n  <\/developers>\n)\n\ncredentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\")\n"}
{"repo_name":"georgeOsdDev\/play-xgettext","path":"src\/main\/scala\/scala\/Xgettext.scala","text":"package scala\n\nimport java.io.{BufferedWriter, File, FileWriter}\nimport scala.collection.mutable.{HashMap => MHashMap, MultiMap, Set => MSet}\nimport scala.tools.nsc\nimport nsc.Global\nimport nsc.Phase\nimport nsc.plugins.Plugin\nimport nsc.plugins.PluginComponent\n\n\/\/ http:\/\/www.scala-lang.org\/node\/140\nclass Xgettext(val global: Global) extends Plugin {\n  import global._\n\n  type i18nValue = (\n    String,          \/\/ source\n    Int              \/\/ line\n  )\n\n  type i18nValues = MSet[i18nValue]\n\n  val name        = \"play-xgettext\"\n  val description = \"This Scala compiler plugin extracts and creates messages.default file for PlayFramework\"\n  val components  = List[PluginComponent](MapComponent, ReduceComponent)\n\n  val OUTPUT_FILE     = \"messages.default\"\n\n  val outputFile            = new File(OUTPUT_FILE)\n  val emptyOutputFileExists = outputFile.exists && outputFile.isFile && outputFile.length == 0\n\n  val msgToLines = new MHashMap[String, i18nValues] with MultiMap[String, i18nValue]\n\n  \/\/ Avoid running ReduceComponent multiple times\n  var reduced = false\n\n  var hideLines = false\n\n  override def processOptions(options: List[String], error: String => Unit) {\n    for (option <- options) {\n      hideLines = option == \"hideLines\"\n    }\n  }\n\n  private object MapComponent extends PluginComponent {\n    val global: Xgettext.this.global.type = Xgettext.this.global\n\n    val runsAfter = List(\"refchecks\")\n\n    val phaseName = \"xgettext-map\"\n\n    def newPhase(_prev: Phase) = new MapPhase(_prev)\n\n    class MapPhase(prev: Phase) extends StdPhase(prev) {\n      override def name = phaseName\n\n      val doubleQuote = \"\"\"\"\"\"\"\n\n      def apply(unit: CompilationUnit) {\n\n        for (tree @ Apply(Select(x1, x2), list) <- unit.body) {\n\n          if (x1.tpe.toString == \"play.api.i18n.Messages.type\") {\n            val msgKey = list(0).toString\n            if (msgKey.startsWith(doubleQuote) & msgKey.endsWith(doubleQuote)) {\n              val pos    = tree.pos  \/\/ scala.tools.nsc.util.OffsetPosition\n              val line   = (relPath(pos.source.path), pos.line)\n              val msgid  = msgKey.drop(1).dropRight(1) \/\/ remove \"\n              msgToLines.addBinding(msgid, line)\n            }\n          }\n        }\n\n      }\n\n      private def relPath(absPath: String) = {\n        val curDir   = System.getProperty(\"user.dir\")\n        val relPath  = absPath.substring(curDir.length)\n        val unixPath = relPath.replace(\"\\\\\", \"\/\")  \/\/ Windows uses '\\' to separate\n        unixPath\n      }\n\n    }\n  }\n\n  private object ReduceComponent extends PluginComponent {\n    val global: Xgettext.this.global.type = Xgettext.this.global\n\n    val runsAfter = List(\"jvm\")\n\n    val phaseName = \"xgettext-reduce\"\n\n    def newPhase(_prev: Phase) = new ReducePhase(_prev)\n\n    class ReducePhase(prev: Phase) extends StdPhase(prev) {\n      override def name = phaseName\n\n      def apply(unit: CompilationUnit) {\n        if (emptyOutputFileExists && !reduced) {\n          val builder = new StringBuilder()\n\n          \/\/ Sort by key (msgctxto, msgid, msgidPluralo)\n          \/\/ so that it's easier too see diffs between versions of the .pot\/.po file\n          val sortedMsgToLines = msgToLines.toSeq.sortBy { case (k, v) => k }\n\n          for ((msgid , lines) <- sortedMsgToLines) {\n            val sortedLines = lines.toSeq.sorted\n            if (!hideLines) {\n              for ((srcPath, lineNo) <- sortedLines) {\n                builder.append(\"#: \" + srcPath + \":\" + lineNo + \"\\n\")\n              }\n              builder.append(s\"${msgid}=\\n\\n\")\n            } else {\n              builder.append(s\"${msgid}=\\n\")\n            }\n          }\n\n          val out = new BufferedWriter(new FileWriter(outputFile))\n          out.write(builder.toString)\n          out.close()\n          println(OUTPUT_FILE + \" created\")\n\n          reduced = true\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"li215065046\/iceberg","path":"spark3-extensions\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/optimizer\/PullupCorrelatedPredicatesInRowLevelOperations.scala","text":"<filename>spark3-extensions\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/optimizer\/PullupCorrelatedPredicatesInRowLevelOperations.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.optimizer\n\nimport org.apache.spark.sql.catalyst.expressions.SubqueryExpression\nimport org.apache.spark.sql.catalyst.plans.logical.{DeleteFromTable, Filter, LogicalPlan}\nimport org.apache.spark.sql.catalyst.rules.Rule\nimport org.apache.spark.sql.catalyst.utils.PlanUtils.isIcebergRelation\n\n\/\/ a temp solution until PullupCorrelatedPredicates handles row-level operations in Spark\nobject PullupCorrelatedPredicatesInRowLevelOperations extends Rule[LogicalPlan] {\n  override def apply(plan: LogicalPlan): LogicalPlan = plan transform {\n    case d @ DeleteFromTable(table, Some(cond)) if SubqueryExpression.hasSubquery(cond) && isIcebergRelation(table) =>\n      \/\/ Spark pulls up correlated predicates only for UnaryNodes\n      \/\/ DeleteFromTable does not extend UnaryNode so it is ignored in that rule\n      \/\/ We have this workaround until it is fixed in Spark\n      val filter = Filter(cond, table)\n      val transformedFilter = PullupCorrelatedPredicates.apply(filter)\n      val transformedCond = transformedFilter.asInstanceOf[Filter].condition\n      d.copy(condition = Some(transformedCond))\n  }\n}\n"}
{"repo_name":"li215065046\/iceberg","path":"spark3-extensions\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/utils\/DistributionAndOrderingUtils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.utils\n\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst\nimport org.apache.spark.sql.catalyst.analysis.Resolver\nimport org.apache.spark.sql.catalyst.expressions.IcebergBucketTransform\nimport org.apache.spark.sql.catalyst.expressions.IcebergDayTransform\nimport org.apache.spark.sql.catalyst.expressions.IcebergHourTransform\nimport org.apache.spark.sql.catalyst.expressions.IcebergMonthTransform\nimport org.apache.spark.sql.catalyst.expressions.IcebergYearTransform\nimport org.apache.spark.sql.catalyst.expressions.NamedExpression\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.catalyst.plans.logical.RepartitionByExpression\nimport org.apache.spark.sql.catalyst.plans.logical.Sort\nimport org.apache.spark.sql.connector.catalog.CatalogV2Implicits\nimport org.apache.spark.sql.connector.expressions.BucketTransform\nimport org.apache.spark.sql.connector.expressions.DaysTransform\nimport org.apache.spark.sql.connector.expressions.Expression\nimport org.apache.spark.sql.connector.expressions.FieldReference\nimport org.apache.spark.sql.connector.expressions.HoursTransform\nimport org.apache.spark.sql.connector.expressions.IdentityTransform\nimport org.apache.spark.sql.connector.expressions.MonthsTransform\nimport org.apache.spark.sql.connector.expressions.NamedReference\nimport org.apache.spark.sql.connector.expressions.Transform\nimport org.apache.spark.sql.connector.expressions.YearsTransform\nimport org.apache.spark.sql.connector.iceberg.distributions.ClusteredDistribution\nimport org.apache.spark.sql.connector.iceberg.distributions.Distribution\nimport org.apache.spark.sql.connector.iceberg.distributions.OrderedDistribution\nimport org.apache.spark.sql.connector.iceberg.distributions.UnspecifiedDistribution\nimport org.apache.spark.sql.connector.iceberg.expressions.NullOrdering\nimport org.apache.spark.sql.connector.iceberg.expressions.SortDirection\nimport org.apache.spark.sql.connector.iceberg.expressions.SortOrder\nimport org.apache.spark.sql.internal.SQLConf\n\nobject DistributionAndOrderingUtils {\n\n  def prepareQuery(\n      requiredDistribution: Distribution,\n      requiredOrdering: Seq[SortOrder],\n      query: LogicalPlan,\n      conf: SQLConf): LogicalPlan = {\n\n    val resolver = conf.resolver\n\n    val distribution = requiredDistribution match {\n      case d: OrderedDistribution =>\n        d.ordering.map(e => toCatalyst(e, query, resolver))\n      case d: ClusteredDistribution =>\n        d.clustering.map(e => toCatalyst(e, query, resolver))\n      case _: UnspecifiedDistribution =>\n        Array.empty[catalyst.expressions.Expression]\n    }\n\n    val queryWithDistribution = if (distribution.nonEmpty) {\n      val numShufflePartitions = conf.numShufflePartitions\n      \/\/ the conversion to catalyst expressions above produces SortOrder expressions\n      \/\/ for OrderedDistribution and generic expressions for ClusteredDistribution\n      \/\/ this allows RepartitionByExpression to pick either range or hash partitioning\n      RepartitionByExpression(distribution, query, numShufflePartitions)\n    } else {\n      query\n    }\n\n    val ordering = requiredOrdering\n      .map(e => toCatalyst(e, query, resolver))\n      .asInstanceOf[Seq[catalyst.expressions.SortOrder]]\n\n    val queryWithDistributionAndOrdering = if (ordering.nonEmpty) {\n      Sort(ordering, global = false, queryWithDistribution)\n    } else {\n      queryWithDistribution\n    }\n\n    queryWithDistributionAndOrdering\n  }\n\n  private def toCatalyst(\n      expr: Expression,\n      query: LogicalPlan,\n      resolver: Resolver): catalyst.expressions.Expression = {\n\n    \/\/ we cannot perform the resolution in the analyzer since we need to optimize expressions\n    \/\/ in nodes like OverwriteByExpression before constructing a logical write\n    def resolve(parts: Seq[String]): NamedExpression = {\n      query.resolve(parts, resolver) match {\n        case Some(attr) =>\n          attr\n        case None =>\n          val ref = parts.map(CatalogV2Implicits.quoteIfNeeded).mkString(\".\")\n          throw new AnalysisException(s\"Cannot resolve '$ref' using ${query.output}\")\n      }\n    }\n\n    expr match {\n      case s: SortOrder =>\n        val catalystChild = toCatalyst(s.expression(), query, resolver)\n        catalyst.expressions.SortOrder(catalystChild, toCatalyst(s.direction), toCatalyst(s.nullOrdering), Set.empty)\n      case it: IdentityTransform =>\n        resolve(it.ref.fieldNames)\n      case BucketTransform(numBuckets, ref) =>\n        IcebergBucketTransform(numBuckets, resolve(ref.fieldNames))\n      case yt: YearsTransform =>\n        IcebergYearTransform(resolve(yt.ref.fieldNames))\n      case mt: MonthsTransform =>\n        IcebergMonthTransform(resolve(mt.ref.fieldNames))\n      case dt: DaysTransform =>\n        IcebergDayTransform(resolve(dt.ref.fieldNames))\n      case ht: HoursTransform =>\n        IcebergHourTransform(resolve(ht.ref.fieldNames))\n      case ref: FieldReference =>\n        resolve(ref.fieldNames)\n      case _ =>\n        throw new RuntimeException(s\"$expr is not currently supported\")\n\n    }\n  }\n\n  private def toCatalyst(direction: SortDirection): catalyst.expressions.SortDirection = {\n    direction match {\n      case SortDirection.ASCENDING => catalyst.expressions.Ascending\n      case SortDirection.DESCENDING => catalyst.expressions.Descending\n    }\n  }\n\n  private def toCatalyst(nullOrdering: NullOrdering): catalyst.expressions.NullOrdering = {\n    nullOrdering match {\n      case NullOrdering.NULLS_FIRST => catalyst.expressions.NullsFirst\n      case NullOrdering.NULLS_LAST => catalyst.expressions.NullsLast\n    }\n  }\n\n  private object BucketTransform {\n    def unapply(transform: Transform): Option[(Int, FieldReference)] = transform match {\n      case bt: BucketTransform => bt.columns match {\n        case Seq(nf: NamedReference) =>\n          Some(bt.numBuckets.value(), FieldReference(nf.fieldNames()))\n        case _ =>\n          None\n      }\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"NVIDIA\/spark-rapids-ml","path":"src\/main\/scala\/org\/apache\/spark\/ml\/linalg\/distributed\/RapidsRowMatrix.scala","text":"<filename>src\/main\/scala\/org\/apache\/spark\/ml\/linalg\/distributed\/RapidsRowMatrix.scala<gh_stars>1-10\n\/*\n * Copyright (c) 2021, NVIDIA CORPORATION.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.linalg.distributed\n\nimport ai.rapids.cudf.{NvtxColor, NvtxRange}\n\nimport java.util.{Arrays => JavaArrays}\nimport breeze.linalg.{DenseMatrix => BDM}\nimport com.nvidia.spark.rapids.ColumnarRdd\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.ml.linalg._\nimport org.apache.spark.mllib.linalg.{Vectors => OldVectors}\nimport org.apache.spark.TaskContext\nimport org.apache.spark.sql.DataFrame\n\nclass RapidsRowMatrix (\n    val listColumn: DataFrame,\n    val meanCentering: Boolean,\n    private var nCols: Int) extends Logging with Serializable {\n\n  val isLocal = listColumn.sparkSession.sparkContext.isLocal\n\n  \/** Alternative constructor leaving matrix dimensions to be determined automatically. *\/\n  def this(listColumn: DataFrame,\n           numCols: Int,\n           meanCentering: Boolean = true) =\n    this(listColumn, meanCentering, numCols)\n\n  \/**\n   * Computes the top k principal components and a vector of proportions of\n   * variance explained by each principal component.\n   * Rows correspond to observations and columns correspond to variables.\n   * The principal components are stored a local matrix of size n-by-k.\n   * Each column corresponds for one principal component,\n   * and the columns are in descending order of component variance.\n   * The row data do not need to be \"centered\" first; it is not necessary for\n   * the mean of each column to be 0. But, if the number of columns are more than\n   * 65535, then the data need to be \"centered\".\n   *\n   * @param k number of top principal components.\n   * @return a matrix of size n-by-k, whose columns are principal components, and\n   *         a vector of values which indicate how much variance each principal component\n   *         explains\n   *\/\n  def computePrincipalComponentsAndExplainedVariance(k: Int): (DenseMatrix, DenseVector) = {\n    val n = nCols\n    require(k > 0 && k <= n, s\"k = $k out of range (0, n = $n]\")\n    val nvtxRangeCov = new NvtxRange(\"compute cov\", NvtxColor.RED)\n\n    val Cov = try {\n      computeCovariance()\n    } finally {\n      nvtxRangeCov.close()\n    }\n\n    val nvtxRangeSVD = new NvtxRange(\"cuSolver SVD\", NvtxColor.BLUE)\n\n    var svdOutput: Array[(DenseMatrix, DenseMatrix)] = null\n    try {\n      val rddTmp = listColumn.sparkSession.sparkContext.parallelize(Seq(0), 1)\n      val svdRdd = rddTmp.mapPartitions( _ => {\n        val gpu = if (isLocal) {\n          0\n        } else {\n          TaskContext.get().resources()(\"gpu\").addresses(0).toInt\n        }\n        val dense_U = DenseMatrix.zeros(n, n)\n        val dense_S = DenseMatrix.zeros(1, n)\n        RAPIDSML.calSVD(n, Cov, dense_U, dense_S, gpu)\n        Iterator.single(dense_U, dense_S)\n      })\n      svdOutput = svdRdd.collect()\n    } finally {\n      nvtxRangeSVD.close()\n    }\n    val u = svdOutput.head._1.asBreeze.asInstanceOf[BDM[Double]]\n    val s = svdOutput.head._2.asBreeze.asInstanceOf[BDM[Double]]\n    val eigenSum = s.data.sum\n    val explainedVariance = s.data.map(_ \/ eigenSum)\n\n    if (k == n) {\n      (new DenseMatrix(n, k, u.data), new DenseVector(explainedVariance))\n    } else {\n      (new DenseMatrix(n, k, JavaArrays.copyOfRange(u.data, 0, n * k)),\n        new DenseVector(JavaArrays.copyOfRange(explainedVariance, 0, k)))\n    }\n\n  }\n\n  \/**\n   * Computes the covariance matrix, treating each row as an observation.\n   *\n   * @return a ColumnView of LIST type, size n x n\n   *\n   *\/\n  private def computeCovariance(): DenseMatrix = {\n    val meanBC = if (meanCentering) {\n      \/\/ val nvtxRangeMean = new NvtxRange(\"mean center\", NvtxColor.ORANGE)\n      \/\/ TODO: add proper solution for this.\n      \/\/ Now the mean centering is done as an ETL preprocess in PCA application\n    } else {\n      listColumn.sparkSession.sparkContext.broadcast(OldVectors.zeros(0))\n    }\n    val columnarRdd = ColumnarRdd(listColumn)\n\n\n    val cov = {\n      columnarRdd.map(table => {\n        val gpu = if (isLocal) {\n          0\n        } else {\n          TaskContext.get().resources()(\"gpu\").addresses(0).toInt\n        }\n        try {\n          assert(table.getNumberOfColumns == 1)\n          val c = DenseMatrix.zeros(nCols, nCols)\n          val inputCol = table.getColumn(0)\n          RAPIDSML.cov(inputCol, nCols, c, gpu)\n          c.asBreeze\n        } finally {\n          table.close()\n        }\n      })\n    }\n    val M = cov.reduce((a, b) => a + b)\n    Matrices.fromBreeze(M).toDense\n  }\n}\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/methods\/stickers\/UploadStickerFile.scala","text":"package canoe.methods.stickers\n\nimport canoe.marshalling.codecs._\nimport canoe.methods.Method\nimport canoe.models.{File, InputFile}\nimport io.circe.generic.semiauto._\nimport io.circe.{Decoder, Encoder}\n\n\/**\n  * Use this method to upload a .png file with a sticker for later use in createNewStickerSet\n  * and addStickerToSet methods (can be used multiple times).\n  * Returns the uploaded File on success.\n  *\n  * @param userId      Integer User identifier of sticker file owner\n  * @param pngSticker  InputFile Png image with the sticker, must be up to 512 kilobytes in size,\n  *                    dimensions must not exceed 512px, and either width or height must be exactly 512px.\n  *                    [[https:\/\/core.telegram.org\/bots\/api#sending-files More info on Sending Files]]\n  *\/\nfinal case class UploadStickerFile(userId: Int, pngSticker: InputFile)\n\nobject UploadStickerFile {\n  import io.circe.generic.auto._\n\n  implicit val method: Method[UploadStickerFile, File] =\n    new Method[UploadStickerFile, File] {\n\n      def name: String = \"uploadStickerFile\"\n\n      def encoder: Encoder[UploadStickerFile] = deriveEncoder[UploadStickerFile].snakeCase\n\n      def decoder: Decoder[File] = deriveDecoder[File]\n\n      def attachments(request: UploadStickerFile): List[(String, InputFile)] =\n        List(\"png_sticker\" -> request.pngSticker)\n    }\n}\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/models\/Contact.scala","text":"<reponame>udzin\/canoe\npackage canoe.models\n\n\/**\n  * Represents a phone contact.\n  *\n  * @param phoneNumber Contact's phone number\n  * @param firstName   Contact's first name\n  * @param lastName    Contact's last name\n  * @param userId      Contact's user identifier in Telegram\n  * @param vcard       Additional data about the contact in the form of a [[https:\/\/en.wikipedia.org\/wiki\/VCard vCard]]\n  *\/\nfinal case class Contact(phoneNumber: String,\n                         firstName: String,\n                         lastName: Option[String],\n                         userId: Option[Int],\n                         vcard: Option[String])\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/methods\/chats\/SetChatAdministratorCustomTitle.scala","text":"package canoe.methods.chats\n\nimport canoe.marshalling.codecs._\nimport canoe.methods.Method\nimport canoe.models.{ChatId, InputFile}\nimport io.circe.{Decoder, Encoder}\nimport io.circe.generic.semiauto.deriveEncoder\n\nfinal case class SetChatAdministratorCustomTitle(chatId: ChatId, userId: Int, customTitle: String)\n\nobject SetChatAdministratorCustomTitle {\n\n  implicit val method: Method[SetChatAdministratorCustomTitle, Boolean] =\n    new Method[SetChatAdministratorCustomTitle, Boolean] {\n\n      def name: String = \"setChatAdministratorCustomTitle\"\n\n      def encoder: Encoder[SetChatAdministratorCustomTitle] =\n        deriveEncoder[SetChatAdministratorCustomTitle].snakeCase\n\n      def decoder: Decoder[Boolean] = Decoder.decodeBoolean\n\n      def attachments(request: SetChatAdministratorCustomTitle): List[(String, InputFile)] = Nil\n    }\n}\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/methods\/chats\/GetChatMember.scala","text":"package canoe.methods.chats\n\nimport canoe.marshalling.codecs._\nimport canoe.methods.Method\nimport canoe.models.{ChatId, ChatMember, InputFile}\nimport io.circe.generic.semiauto.deriveEncoder\nimport io.circe.{Decoder, Encoder}\n\n\/**\n  * Use this method to get information about a member of a chat.\n  *\n  * Returns a ChatMember object on success.\n  *\n  * @param chatId Unique identifier for the target chat or username of the target channel\n  *               (in the format @channelusername)\n  * @param userId Unique identifier of the target user\n  *\/\nfinal case class GetChatMember(chatId: ChatId, userId: Int)\n\nobject GetChatMember {\n\n  implicit val method: Method[GetChatMember, ChatMember] =\n    new Method[GetChatMember, ChatMember] {\n\n      def name: String = \"getChatMember\"\n\n      def encoder: Encoder[GetChatMember] = deriveEncoder[GetChatMember].snakeCase\n\n      def decoder: Decoder[ChatMember] = ChatMember.chatMemberDecoder\n\n      def attachments(request: GetChatMember): List[(String, InputFile)] = Nil\n    }\n}\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/models\/InputMedia.scala","text":"package canoe.models\n\nimport canoe.models.ParseMode.ParseMode\n\n\/**\n  * Represents the content of a media message to be sent.\n  *\/\nsealed trait InputMedia extends Product {\n  def files: List[(String, InputFile)] = List(`type` -> media)\n\n  def media: InputFile\n\n  def `type`: String\n}\n\n\/**\n  * Represents a photo to be sent.\n  *\n  * @param type      Type of the result, must be photo\n  * @param media     Input media file\n  * @param caption   Caption of the photo to be sent, 0-1024 characters\n  * @param parseMode Parse mode of captured text\n  *\n  *\/\nfinal case class InputMediaPhoto(media: InputFile,\n                                 caption: Option[String] = None,\n                                 parseMode: Option[ParseMode] = None,\n                                 `type`: String = \"photo\")\n    extends InputMedia\n\n\/**\n  * Represents a video to be sent.\n  *\n  * @param type              Type of the result, must be video\n  * @param media             Input media file\n  * @param caption           Caption of the video to be sent, 0-1024 characters\n  * @param width             Video width\n  * @param height            Video height\n  * @param duration          Video duration\n  * @param parseMode         Parse mode of captured text\n  * @param supportsStreaming Pass True, if the uploaded video is suitable for streaming\n  *\/\nfinal case class InputMediaVideo(media: InputFile,\n                                 caption: Option[String] = None,\n                                 width: Option[Int] = None,\n                                 height: Option[Int] = None,\n                                 duration: Option[Int] = None,\n                                 parseMode: Option[ParseMode] = None,\n                                 supportsStreaming: Option[Boolean] = None,\n                                 `type`: String = \"video\")\n    extends InputMedia\n\n\/**\n  * Represents an animation file (GIF or H.264\/MPEG-4 AVC video without sound) to be sent.\n  *\n  * @param type      Type of the result, must be animation\n  * @param media     Input media file\n  * @param thumb     Thumbnail of the file sent\n  * @param caption   Caption of the animation to be sent, 0-1024 characters\n  * @param parseMode Parse mode of captured text\n  * @param width     Animation width\n  * @param height    Animation height\n  * @param duration  Animation duration\n  *\/\nfinal case class InputMediaAnimation(media: InputFile,\n                                     thumb: Option[InputFile] = None,\n                                     caption: Option[String] = None,\n                                     parseMode: Option[ParseMode] = None,\n                                     width: Option[Int] = None,\n                                     height: Option[Int] = None,\n                                     duration: Option[Int] = None,\n                                     `type`: String = \"animation\")\n    extends InputMedia\n\n\/**\n  * Represents an audio file to be treated as music to be sent.\n  *\n  * @param type      Type of the result, must be audio\n  * @param media     Input media file\n  * @param thumb     Thumbnail of the file sent\n  * @param caption   Caption of the audio to be sent, 0-1024 characters\n  * @param parseMode Parse mode of input text\n  * @param duration  Duration of the audio in seconds\n  * @param performer Performer of the audio\n  * @param title     Title of the audio\n  *\/\nfinal case class InputMediaAudio(media: InputFile,\n                                 thumb: Option[InputFile] = None,\n                                 caption: Option[String] = None,\n                                 parseMode: Option[ParseMode] = None,\n                                 duration: Option[Int] = None,\n                                 performer: Option[String] = None,\n                                 title: Option[String] = None,\n                                 `type`: String = \"audio\")\n    extends InputMedia\n\n\/**\n  * Represents a general file to be sent.\n  *\n  * @param type      String Type of the result, must be document\n  * @param media     Input media file\n  * @param thumb     Thumbnail of the file sent\n  * @param caption   Caption of the document to be sent, 0-1024 characters\n  * @param parseMode Parse mode of input text\n  *\/\nfinal case class InputMediaDocument(media: InputFile,\n                                    thumb: Option[InputFile] = None,\n                                    caption: Option[String] = None,\n                                    parseMode: Option[ParseMode] = None,\n                                    `type`: String = \"document\")\n    extends InputMedia\n"}
{"repo_name":"udzin\/canoe","path":"core\/shared\/src\/main\/scala\/canoe\/methods\/chats\/PromoteChatMember.scala","text":"package canoe.methods.chats\n\nimport canoe.marshalling.codecs._\nimport canoe.methods.Method\nimport canoe.models.{ChatId, InputFile}\nimport io.circe.generic.semiauto.deriveEncoder\nimport io.circe.{Decoder, Encoder}\n\n\/**\n  * Use this method to promote or demote a user in a supergroup or a channel.\n  * The bot must be an administrator in the chat for this to work and must have the appropriate admin rights.\n  *\n  * Pass False for all boolean parameters to demote a user.\n  * Returns True on success.\n  *\n  * @param chatId             Integer or String Unique identifier for the target chat or username of the target channel\n  *                           (in the format @channelusername)\n  * @param userId             Unique identifier of the target user\n  * @param canChangeInfo      Pass True, if the administrator can change chat title, photo and other settings\n  * @param canPostMessages    Pass True, if the administrator can create channel posts, channels only\n  * @param canEditMessages    Pass True, if the administrator can edit messages of other users, channels only\n  * @param canDeleteMessages  Pass True, if the administrator can delete messages of other users\n  * @param canInviteUsers     Pass True, if the administrator can invite new users to the chat\n  * @param canRestrictMembers Pass True, if the administrator can restrict, ban or unban chat members\n  * @param canPinMessages     Pass True, if the administrator can pin messages, supergroups only\n  * @param canPromoteMembers  Pass True, if the administrator can add new administrators with a subset\n  *                           of his own privileges or demote administrators that he has promoted,\n  *                           directly or indirectly (promoted by administrators that were appointed by him)\n  *\/\nfinal case class PromoteChatMember(chatId: ChatId,\n                                   userId: Int,\n                                   canChangeInfo: Option[Boolean] = None,\n                                   canPostMessages: Option[Boolean] = None,\n                                   canEditMessages: Option[Boolean] = None,\n                                   canDeleteMessages: Option[Boolean] = None,\n                                   canInviteUsers: Option[Boolean] = None,\n                                   canRestrictMembers: Option[Boolean] = None,\n                                   canPinMessages: Option[Boolean] = None,\n                                   canPromoteMembers: Option[Boolean] = None)\n\nobject PromoteChatMember {\n\n  implicit val method: Method[PromoteChatMember, Boolean] =\n    new Method[PromoteChatMember, Boolean] {\n\n      def name: String = \"promoteChatMember\"\n\n      def encoder: Encoder[PromoteChatMember] = deriveEncoder[PromoteChatMember].snakeCase\n\n      def decoder: Decoder[Boolean] = Decoder.decodeBoolean\n\n      def attachments(request: PromoteChatMember): List[(String, InputFile)] = Nil\n    }\n}\n"}
{"repo_name":"5at00001040\/play-survey","path":"app\/services\/Preference.scala","text":"<gh_stars>0\npackage services\n\nclass Preference(val _mainColor: String, val _subColor: String) {\n  val mainColor = _mainColor\n  val subColor = _subColor\n}\n"}
{"repo_name":"5at00001040\/play-survey","path":"app\/services\/VoteCounter.scala","text":"package services\n\nimport java.util.concurrent.atomic.AtomicLong\nimport javax.inject._\nimport java.util.Date\n\n\ntrait VoteCounter {\n  def getNowCount(): (Date, Long, Long)\n  def addCount(vote: String): Unit\n  def resetCount(): Unit\n}\n\n@Singleton\nclass AbVoteCounter extends VoteCounter {  \n  private val counterA = new AtomicLong()\n  private val counterB = new AtomicLong()\n  override def getNowCount(): (Date, Long, Long) = (new Date(), counterA.get(), counterB.get())\n  override def addCount(vote: String): Unit = \n    if(vote == \"A\") counterA.getAndIncrement() else counterB.getAndIncrement()\n  override def resetCount(): Unit = {\n      counterA.set(0)\n      counterB.set(0)\n    }\n}\n\n"}
{"repo_name":"5at00001040\/play-survey","path":"app\/controllers\/VoteController.scala","text":"package controllers\n\nimport javax.inject._\nimport play.api._\nimport play.api.mvc._\nimport services._\nimport java.util.Date\nimport play.api.libs.json.Json\nimport play.api.libs.json.JsValue\n\n\n@Singleton\nclass VoteController @Inject() (counter: VoteCounter) extends Controller {\n\n  def index = Action {\n    Ok(views.html.vote(new Preference(\"cyan\", \"purple\")))\n  }\n\n  def getVoteApi = Action {\n\n    val resMap = ((t: (Date, Long, Long)) => Map(\n        \"time\" -> t._1.getTime().toString(),\n        \"cntA\" -> t._2.toString(),\n        \"cntB\" -> t._3.toString())\n        )(counter.getNowCount())\n    Ok(Json.toJson(resMap))\n\n  }\n  \n  def postVoteApi = Action { implicit request => \n    val body: AnyContent = request.body\n    val jsonBody: Option[JsValue] = body.asJson\n    val vote =  (jsonBody.get \\ \"vote\").asOpt[String]\n\n    counter.addCount(vote.get)\n\n    Ok(\"success\")\n  }\n\n  def resetApi = Action {\n    counter.resetCount()\n    Ok(\"success\")\n  }\n  \n}\n"}
{"repo_name":"knoldus\/playing-json-object-filter-js","path":"build.sbt","text":"<gh_stars>1-10\nname := \"\"\"playing-json-object-filter-js\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.1\"\n\nlibraryDependencies ++= Seq(jdbc, anorm, cache, ws)\n\nlibraryDependencies ++= Seq(\n  \"org.webjars\" \t\t\t%% \t\"webjars-play\" \t\t\t\t% \"2.3.0\",\n  \"org.webjars\" \t\t\t%\t\"bootstrap\" \t\t\t\t% \"3.1.1-1\",\n  \"org.webjars\" \t\t\t% \t\"bootswatch-united\"\t\t\t% \"3.1.1\",\n  \"org.webjars\" \t\t\t% \t\"html5shiv\" \t\t\t\t% \"3.7.0\",\n  \"org.webjars\" \t\t\t% \t\"respond\" \t\t\t\t\t% \"1.4.2\"\n)\n\t\t"}
{"repo_name":"pnosko\/spire-ecm","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.wartremover\" % \"sbt-wartremover\" % \"2.4.2\")\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/typed\/Nat.scala","text":"<filename>src\/main\/scala\/com\/peterparameter\/ecm\/typed\/Nat.scala\npackage com.peterparameter.ecm.typed\n\nsealed trait Nat\n\nobject Nat {\n\n  case object BNil extends Nat\n\n  trait One[A <: Nat] extends Nat\n  trait Zero[A <: Nat] extends Nat\n\n  type one = One[BNil.type]\n  type two = Zero[one]\n  type three = One[one]\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/basic\/ECM.scala","text":"package com.peterparameter.ecm.basic\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport com.peterparameter.ecm.common.Utils.{b1Bound, primes}\nimport com.peterparameter.ecm.basic.Montgomery._\nimport com.peterparameter.ecm.common.FactorizationResult\nimport spire.math._\n\n\nobject ECM {\n  def factorECM(n: Num, curve: MontgomeryCurve, point: MontgomeryPoint): FactorizationResult = {\n    factorizeMontgomery(n, b1Bound(n), curve, point)\n  }\n\n  private def factorizeMontgomery(n: Num, b1: Long, curve: MontgomeryCurve, point: MontgomeryPoint): FactorizationResult = {\n    val arithmetic = Montgomery.arithmetic(curve, point)\n\n    def findPower(base: Int): SafeLong = {\n      val div = b1 \/ base\n      var acc = base\n      while(acc <= div) {\n        acc = acc * base\n      }\n      SafeLong(acc)\n    }\n\n    val smallPrimes = primes.takeWhile(_ < b1)\n    val smallPowers = smallPrimes.map(findPower)\n\n    val multiple = smallPowers.foldLeft(point)(arithmetic.mul)\n\n    val g = n.gcd(multiple.z)\n    if (g.isOne) {\n      \/\/ big step\n      FactorizationResult.wrap(n)\n    } else {\n      FactorizationResult.fromSingleFactor(n, g)\n    }\n  }\n\n  def factor(n: Num): FactorizationResult = Montgomery.generate(n).fold(\n    foundFactor => FactorizationResult.fromSingleFactor(n, foundFactor.n),\n    {case (c, p) => factorECM(n, c, p)}\n  )\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/common\/Alias.scala","text":"<filename>src\/main\/scala\/com\/peterparameter\/ecm\/common\/Alias.scala\npackage com.peterparameter.ecm.common\n\nimport spire.math.SafeLong\n\nobject Alias {\n  type Num = SafeLong\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/common\/FactorizationResult.scala","text":"<filename>src\/main\/scala\/com\/peterparameter\/ecm\/common\/FactorizationResult.scala\npackage com.peterparameter.ecm.common\n\nimport com.peterparameter.ecm.common\nimport com.peterparameter.ecm.common.Alias.Num\nimport spire.math.SafeLong\nimport spire.math.SafeLong.one\n\ncase class FactorizationResult(factors: Factors, rest: Num)\n\nobject FactorizationResult {\n  def wrap(n: Num): FactorizationResult = FactorizationResult(Factors(n), one)\n  def fromSingleFactor(n: Num, factor: Num): FactorizationResult = {\n    val fs = factors(n, factor)\n    val rest = n \/ fs.folded\n    FactorizationResult(fs, rest)\n  }\n\n  private def factors(n: Num, g: Num): Factors = {\n    def timesDivisible(n: Num, g: Num): Int = {\n      import SafeLong._\n      var exp = 0\n      var acc = g\n      while (n % acc === zero) {\n        acc *= g\n        exp += 1\n      }\n      exp\n    }\n\n    val exp = timesDivisible(n, g)\n    common.Factors(Map(g -> exp))\n  }\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/basic\/Montgomery.scala","text":"package com.peterparameter.ecm.basic\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport com.peterparameter.ecm.common.CurveUtils._\nimport com.peterparameter.ecm.common._\nimport spire.math._\nimport spire.random._\n\nimport scala.util.Try\n\n\/**\n  *\/\nobject Montgomery {\n  import SafeLong._\n\n  def arithmetic(curve: MontgomeryCurve, initialPoint: MontgomeryPoint): MontgomeryArithmetic =\n    new MontgomeryArithmetic(curve, initialPoint)\n\n\n  \/*\n  * Projective point on the elliptic curve, with Y-coordinate omitted (x = X \/ (Z ^ 2), y = X \/ (Z ^ 3))\n  *\/\n  case class MontgomeryPoint(x: Num, z: Num)\n\n  \/*\n  * Curve B * y ^ 2 = x ^ 3 + A * x ^ 2 + x\n  *\/\n  case class MontgomeryCurve(a: Num, b: Num, characteristic: Num)\n\n  def generate(n: Num, rng: Generator = spire.random.GlobalRng): CurveResult =\n    genCurve(n, getSigma(n, rng))\n\n  type CurveResult = Either[Factor, (MontgomeryCurve, MontgomeryPoint)]\n  private def genCurve(n: Num, sigma: Num): CurveResult = {\n    def modInv(number: Num): Option[Num] = Try(SafeLong(number.toBigInt.modInverse(n.toBigInt))).toOption\n\n\n    val u = sigma * sigma - five\n    val v = four * sigma\n\n    val x = u * u * u % n\n    val z = v * v * v % n\n\n    val candidate = four * x * v % n\n\n    def degenerate(candidate: Num): CurveResult = {\n      val gcd = candidate.gcd(n)\n      if (gcd === n) generate(n)\n      else Left(Factor(gcd))\n    }\n\n    def nonDegenerate(t1: Num): CurveResult = {\n      val t2 = (v - u + n) % n\n      val a = (t2 * t2 * t2 * (three * u + v) * t1 - two) % n\n      Right((MontgomeryCurve(a, one, n), MontgomeryPoint(x % n, z % n)))\n    }\n\n    val inverse = modInv(candidate)\n\n    inverse.fold(degenerate(candidate))(nonDegenerate)\n  }\n\n  class MontgomeryArithmetic(curve: MontgomeryCurve, val initialPoint: MontgomeryPoint) {\n    import Utils._\n    private val four = SafeLong(4L)\n\n    val infinity: MontgomeryPoint = MontgomeryPoint(SafeLong.zero, SafeLong.zero)\n    private val n = curve.characteristic\n\n    def neg(p: MontgomeryPoint): MontgomeryPoint = MontgomeryPoint(-p.x, p.z)\n\n    def double(p: MontgomeryPoint): MontgomeryPoint = {\n      val xx = p.x * p.x\n      val zz = p.z * p.z\n      val xz = p.x * p.z\n      val diff = (xx - zz + n) % n\n      val x =  (diff * diff) % n\n      val y =  (four * xz * (xx + curve.a * xz + zz)) % n\n      MontgomeryPoint(x, y)\n    }\n\n    def add(p1: MontgomeryPoint, p2: MontgomeryPoint)(origin: MontgomeryPoint): MontgomeryPoint = {\n      val d1 = (p1.x * p2.x - p1.z * p2.z) % n\n      val d2 = (p1.x * p2.z - p1.z * p2.x) % n\n      val x = (origin.z * d1 * d1) % n\n      val z = (origin.x * d2 * d2) % n\n      MontgomeryPoint(x, z)\n    }\n\n    private def multiplicationLadder(p: MontgomeryPoint, multiple: Num): MontgomeryPoint = {\n      var u: MontgomeryPoint = p\n      var t: MontgomeryPoint = double(p)\n\n      val bv = multiple.toBitVector\n      val range = 1 until bv.length\n      for (i <- range) {\n        if (bv(i)) {\n          u = add(t, u)(p)\n          t = double(t)\n        } else {\n          t = add(u, t)(p)\n          u = double(u)\n        }\n      }\n      u\n    }\n\n    def mul(p: MontgomeryPoint, multiple: Num): MontgomeryPoint = multiple match {\n      case SafeLong.zero => infinity\n      case SafeLong.one => p\n      case SafeLong.two => double(p)\n      case _ => multiplicationLadder(p, multiple)\n    }\n  }\n}\n\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/common\/Utils.scala","text":"<filename>src\/main\/scala\/com\/peterparameter\/ecm\/common\/Utils.scala<gh_stars>1-10\npackage com.peterparameter.ecm.common\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport scodec.bits._\nimport spire.math.SafeLong\nimport spire.std.bigDecimal._\nimport spire.syntax.nroot._\nimport spire.syntax.trig._\n\nimport scala.annotation.tailrec\nimport scala.collection.SeqView\nimport scala.collection.immutable.LazyList\n\nobject Utils {\n  implicit class SafeLongOps(num: SafeLong) {\n    def toBitVector: SeqView[Boolean] = {\n      val seq = BitVector.view(num.toBigInt.toByteArray).toIndexedSeq\n      val idx = seq.indexOf(true)\n      if (idx > 0)\n        seq.view.slice(idx, seq.length)\n      else seq.view\n    }\n  }\n\n  implicit class BigIntOps(num: BigInt) {\n    def toSafeLong: SafeLong = SafeLong(num)\n  }\n\n  val primes: LazyList[Int] = {\n    @tailrec\n    def next(n: Int, stream: LazyList[Int]): LazyList[Int] =\n      if (stream.isEmpty || (stream.head ^ 2) > n)\n        n #:: loop(n + 2, primes)\n      else if (n % stream.head == 0)\n        next(n + 2, primes)\n      else\n        next(n, stream.tail)\n\n    def loop(n: Int, stream: LazyList[Int]): LazyList[Int] = next(n, stream)\n\n    2 #:: loop(3, primes)\n  }\n\n  private def expectedFactorLength(n: Num): Int = n.sqrt().toBigDecimal.log(10).toInt\n  def b1Bound(n: Num): Long = getB1(expectedFactorLength(n))\n\n  private def getB1(expectedFactorLength: Int): Long = expectedFactorLength match {\n    case x if x > 65 => 2900000000L\n    case x if x > 60 => 850000000L\n    case x if x > 55 => 260000000L\n    case x if x > 50 => 110000000L\n    case x if x > 45 => 43000000L\n    case x if x > 40 => 11000000L\n    case x if x > 35 => 3000000L\n    case x if x > 30 => 1000000L\n    case x if x > 25 => 250000\n    case x if x > 20 => 50000\n    case x if x > 15 => 11000\n    case x if x > 12 => 2000\n    case _ => 400\n  }\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/typed\/ECM.scala","text":"package com.peterparameter.ecm.typed\n\nimport cats.implicits._\nimport com.peterparameter.ecm.common.Alias.Num\nimport com.peterparameter.ecm.common.CurveUtils._\nimport com.peterparameter.ecm.common.Utils._\nimport com.peterparameter.ecm.common.{Factor, FactorizationResult}\nimport spire.math.SafeLong\nimport spire.random.Generator\n\nobject ECM {\n  import SafeLong._\n  import ToSafeLong._\n\n  def factor[N <: Nat: ToSafeLong]: FactorizationResult = {\n    ???\n  }\n\n  private def generateCurve[N <: Nat : ToSafeLong](rng: Generator = spire.random.GlobalRng): CurveResult[N] =\n    generateCurveForSigma(getSigma(safeLongN[N], rng))\n\n  case class MontgomeryCurve[N <: Nat](a: Num)\n  type CurveResult[N <: Nat] = Either[Factor, (MontgomeryCurve[N], MontgomeryPoint[N])]\n  private def generateCurveForSigma[N <: Nat : ToSafeLong](sigma: Num): CurveResult[N] = {\n    val n = safeLongN[N]\n\n    def modularInverse(number: Num): Option[Num] = Either.catchNonFatal(n.toBigInt.modInverse(n.toBigInt).toSafeLong).toOption\n\n    val u = sigma * sigma - five\n    val v = four * sigma\n\n    val x = u * u * u % n\n    val z = v * v * v % n\n\n    val candidate = four * x * v % n\n\n    def degenerate(candidate: Num): CurveResult[N] = {\n      val gcd = candidate.gcd(n)\n      if (gcd === n) generateCurve[N]()\n      else Left(Factor(gcd))\n    }\n\n    def nonDegenerate(t1: Num): CurveResult[N] = {\n      val t2 = (v - u + n) % n\n      val a = (t2 * t2 * t2 * (three * u + v) * t1 - two) % n\n      Right((MontgomeryCurve[N](a), MontgomeryPoint[N](x % n, z % n)))\n    }\n\n    val inverse = modularInverse(candidate)\n\n    inverse.fold(degenerate(candidate))(nonDegenerate)\n  }\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/typed\/MontgomeryPoint.scala","text":"<filename>src\/main\/scala\/com\/peterparameter\/ecm\/typed\/MontgomeryPoint.scala\npackage com.peterparameter.ecm.typed\n\nimport com.peterparameter.ecm.common.Alias.Num\n\ncase class MontgomeryPoint[N <: Nat](x: Num, z: Num)\n\nobject MontgomeryPoint {\n\n  implicit class MontgomeryPointOps[N <: Nat](p: MontgomeryPoint[N])(implicit arithmetic: MontgomeryArithmetic[N]) {\n    def double: MontgomeryPoint[N] = arithmetic.double(p)\n\n    def +(rhs: MontgomeryPoint[N])(implicit origin: MontgomeryPoint[N]): MontgomeryPoint[N] = arithmetic.add(p, rhs)(origin)\n\n    def *(rhs: Num): MontgomeryPoint[N] = arithmetic.mul(p, rhs)\n  }\n\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/common\/Factors.scala","text":"package com.peterparameter.ecm.common\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport spire.math.SafeLong.one\n\ncase class Factor(n: Num)\n\ncase class Factors(factors: Map[Num, Int]) {\n  def folded: Num = factors.foldLeft(one){ case (acc, (b, e)) => acc * b ^ e }\n}\n\nobject Factors {\n  def apply(f: Num): Factors = Factors(Map(f -> 1))\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/common\/CurveUtils.scala","text":"package com.peterparameter.ecm.common\n\nimport Alias.Num\nimport Utils._\nimport spire.math._\nimport spire.random.{Dist, Generator}\n\nobject CurveUtils {\n  val four = SafeLong(4)\n  val five = SafeLong(5)\n\n  def getSigma(n: Num, rng: Generator): Num = {\n    val byteLength = max(1, n.bitLength \/ 8)\n    val dist = Dist.bigint(byteLength)\n\n    val start = SafeLong(7)\n    val random = rng.next[BigInt](dist).toSafeLong % (n - start)\n    val sigma = start + random\n    sigma\n  }\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/test\/scala\/com\/peterparameter\/ecm\/ECMTest.scala","text":"<filename>src\/test\/scala\/com\/peterparameter\/ecm\/ECMTest.scala\npackage com.peterparameter.ecm\n\nimport com.peterparameter.ecm.basic.ECM\nimport com.peterparameter.ecm.common.{FactorizationResult, Factors}\nimport org.scalatest.{FlatSpec, Matchers}\nimport spire.math.SafeLong\nimport spire.random.Generator\n\nclass ECMTest extends FlatSpec with Matchers {\n  import SafeLong._\n\n  \"Factor\" should \"return factors from curve generation\" in {\n    implicit val g: Generator = spire.random.rng.Serial.fromSeed(1L)\n    val number = SafeLong(118L)\n    val res = ECM.factor(number)\n\n    res should be (FactorizationResult.fromSingleFactor(number, two))\n  }\n\n  \"Factor\" should \"return factors from small powers\" in {\n    implicit val g: Generator = spire.random.rng.Serial.fromSeed(1L)\n    val number = SafeLong(65)\n    val res = ECM.factor(number)\n\n    res should be (FactorizationResult.fromSingleFactor(number, 5L))\n  }\n\n  \"Factor\" should \"should construct result correctly\" in {\n    val number = SafeLong(65)\n    val factor = FactorizationResult.fromSingleFactor(number, 13L)\n    factor should be (FactorizationResult(Factors(Map(SafeLong(13L) -> 1)), 5L))\n  }\n\n}\n"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/test\/scala\/com\/peterparameter\/ecm\/MontgomeryTest.scala","text":"package com.peterparameter.ecm\n\nimport com.peterparameter.ecm.common.Utils._\nimport com.peterparameter.ecm.basic.Montgomery\nimport org.scalatest.{FlatSpec, Matchers}\nimport spire.math.SafeLong\nimport spire.random.Generator\n\nclass MontgomeryTest extends FlatSpec with Matchers {\n  import com.peterparameter.ecm.basic.Montgomery._\n\n  private def generator: Generator = spire.random.rng.Serial.fromSeed(1L)\n\n  \"toBitVector\" should \"convert to binary correctly\" in {\n    val number = 7L\n\n    val binary = SafeLong(number).toBitVector\n    val binaryString = number.toBinaryString\n    binary.map(if(_) \"1\" else \"0\").mkString shouldEqual binaryString\n  }\n\n  \"GenerateCurve\" should \"generate a curve when factorizing 13\" in {\n    val number = SafeLong(13L)\n    val res = Montgomery.generate(number, generator)\n\n    res.toOption.get._1.characteristic should be (number)\n  }\n\n  \"GenerateCurve\" should \"return a factor when factorizing 118\" in {\n    val number = SafeLong(118L)\n    val res = Montgomery.generate(number, generator)\n\n    res.left.toOption.get.n should be (2L)\n  }\n\n  private def getArithmetic(number: SafeLong): MontgomeryArithmetic = {\n    val res = Montgomery.generate(number, generator)\n\n    val (curve, p) = res.toOption.get\n    val arithmetic = new MontgomeryArithmetic(curve, p)\n    arithmetic\n  }\n\n  \"EllipticMultiply\" should \"return the same multiple as when adding\/doubling for n = 3\" in {\n    val number = SafeLong(93L)\n    val arithmetic = getArithmetic(number)\n    val p = arithmetic.initialPoint\n\n    val mul3 = arithmetic.mul(p, 3L)\n    val p2 = arithmetic.double(p)\n    val p3 = arithmetic.add(p2, p)(p)\n    mul3 should be (p3)\n  }\n\n  \"EllipticMultiply\" should \"return the same multiple as when adding\/doubling for n = 5\" in {\n    val number = SafeLong(93L)\n    val arithmetic = getArithmetic(number)\n    val p = arithmetic.initialPoint\n\n    val mul5 = arithmetic.mul(p, 5L)\n    val p2 = arithmetic.double(p)\n    val p3 = arithmetic.add(p2, p)(p)\n    val p5 = arithmetic.add(p3, p2)(p)\n    mul5 should be (p5)\n  }\n\n  \"EllipticMultiply\" should \"return the same multiple as when adding\/doubling for n = 4\" in {\n    val number = SafeLong(93L)\n    val arithmetic = getArithmetic(number)\n    val p = arithmetic.initialPoint\n\n    val mul4 = arithmetic.mul(p, 4L)\n    val p2 = arithmetic.double(p)\n    val p4 = arithmetic.double(p2)\n    mul4 should be (p4)\n  }\n\n  \"EllipticMultiply\" should \"return the same multiple as when adding\/doubling for n = 7\" in {\n    val number = SafeLong(1L)\n    val arithmetic = getArithmetic(number)\n    val p = arithmetic.initialPoint\n\n    val mul1 = arithmetic.mul(p, 7L)\n    val p2 = arithmetic.double(p)\n    val p4 = arithmetic.double(p2)\n    val p3 = arithmetic.add(p2, p)(p)\n    val mul2 = arithmetic.add(p4, p3)(p)\n    mul1 should be (mul2)\n  }\n\n  \"EllipticMultiply\" should \"return the same multiple as when adding\/doubling for n = 13\" in {\n    val number = SafeLong(93L)\n    val arithmetic = getArithmetic(number)\n    val p = arithmetic.initialPoint\n\n    val mul13 = arithmetic.mul(p, 13L)\n    val p2 = arithmetic.double(p)\n    val p3 = arithmetic.add(p2, p)(p)\n    val p4 = arithmetic.double(p2)\n    val p6 = arithmetic.double(p3)\n    val p7 = arithmetic.add(p4, p3)(p)\n    val mul13x = arithmetic.add(p7, p6)(p)\n    mul13 should be (mul13x)\n  }\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/typed\/MontgomeryArithmetic.scala","text":"<reponame>pnosko\/spire-ecm\npackage com.peterparameter.ecm.typed\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport com.peterparameter.ecm.common.CurveUtils._\nimport com.peterparameter.ecm.common.Utils._\nimport com.peterparameter.ecm.typed.ECM.MontgomeryCurve\nimport spire.math.SafeLong\n\nclass MontgomeryArithmetic[N <: Nat : ToSafeLong](curve: MontgomeryCurve[N], val initialPoint: MontgomeryPoint[N]) {\n  import MontgomeryPoint._\n\n  val infinity: MontgomeryPoint[N] = MontgomeryPoint[N](SafeLong.zero, SafeLong.zero)\n  private val n = ToSafeLong.safeLongN[N]\n\n  def neg(p: MontgomeryPoint[N]): MontgomeryPoint[N] = MontgomeryPoint[N](-p.x, p.z)\n\n  def double(p: MontgomeryPoint[N]): MontgomeryPoint[N] = {\n    val xx = p.x * p.x\n    val zz = p.z * p.z\n    val xz = p.x * p.z\n    val diff = (xx - zz + n) % n\n    val x =  (diff * diff) % n\n    val y =  (four * xz * (xx + curve.a * xz + zz)) % n\n    MontgomeryPoint(x, y)\n  }\n\n  def add(p1: MontgomeryPoint[N], p2: MontgomeryPoint[N])(origin: MontgomeryPoint[N]): MontgomeryPoint[N] = {\n    val d1 = (p1.x * p2.x - p1.z * p2.z) % n\n    val d2 = (p1.x * p2.z - p1.z * p2.x) % n\n    val x = (origin.z * d1 * d1) % n\n    val z = (origin.x * d2 * d2) % n\n    MontgomeryPoint(x, z)\n  }\n\n  def mul(p: MontgomeryPoint[N], multiple: Num): MontgomeryPoint[N] = multiple match {\n    case SafeLong.zero => infinity\n    case SafeLong.one => p\n    case SafeLong.two => double(p)\n    case _ => multiplicationLadder(p, multiple)\n  }\n\n  private def multiplicationLadder(p: MontgomeryPoint[N], multiple: Num): MontgomeryPoint[N] = {\n    implicit val origin = p\n    var u = p\n    var t = double(p)\n\n    val bv = multiple.toBitVector\n    for (i <- 1 until bv.length) {\n      if (bv(i)) {\n        u = t + u\n        t = t.double\n      } else {\n        t = u + t\n        u = u.double\n      }\n    }\n    u\n  }\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"src\/main\/scala\/com\/peterparameter\/ecm\/typed\/ToSafeLong.scala","text":"package com.peterparameter.ecm.typed\n\nimport com.peterparameter.ecm.common.Alias.Num\nimport com.peterparameter.ecm.typed.Nat._\nimport spire.math.SafeLong\n\ntrait ToSafeLong[A <: Nat] {\n  def value: Num\n}\n\nobject ToSafeLong {\n  def safeLongN[N <: Nat : ToSafeLong]: SafeLong = implicitly[ToSafeLong[N]].value\n\n  implicit val zeroToLong: ToSafeLong[BNil.type] = new ToSafeLong[BNil.type] { val value: Num = 0L }\n\n  implicit def zeroCase[T <: Nat](implicit n: ToSafeLong[T]): ToSafeLong[Zero[T]] = new ToSafeLong[Zero[T]] { val value: Num = 2 * n.value }\n\n  implicit def oneCase[T <: Nat](implicit n: ToSafeLong[T]): ToSafeLong[One[T]] = new ToSafeLong[One[T]] { val value: Num = 2 * n.value + 1 }\n}"}
{"repo_name":"pnosko\/spire-ecm","path":"build.sbt","text":"name := \"spire-ecm\"\n\nversion := \"0.1.0\"\n\nscalaVersion := \"2.13.0\"\n\nval spireVersion = \"0.17.0-M1\"\nval catsVersion = \"2.0.0-M4\"\nval scodecVersion = \"1.1.12\"\nval scalatestVersion = \"3.1.0-SNAP13\"\n\nscalacOptions ++= Seq(\n  \"-language:higherKinds\",\n  \"-Xfatal-warnings\",  \/\/ New lines for each options\n  \"-deprecation\",\n  \"-unchecked\",\n  \"-Xlint\"\n)\n\n  resolvers ++= Seq(\n  Resolver.sonatypeRepo(\"snapshots\")\n)\n\nlibraryDependencies ++= Seq(\n  \"org.typelevel\" %% \"cats-core\" % catsVersion,\n  \"org.typelevel\" %% \"spire\" % spireVersion,\n  \"org.scodec\" %% \"scodec-bits\" % scodecVersion,\n\n  \"org.scalatest\" %% \"scalatest\" % scalatestVersion % \"test\"\n)\n\n\/\/wartremoverErrors ++= Warts.unsafe\n"}
{"repo_name":"bengilbert\/scalatra-jetty","path":"build.sbt","text":"<reponame>bengilbert\/scalatra-jetty\norganization := \"ben\"\n\nname := \"scalatra-sbt-prototype\"\n\nversion := \"0.1.0-SNAPSHOT\"\n\nscalaVersion := \"2.11.8\"\n\nclasspathTypes ~= (_ + \"orbit\")\n\nlibraryDependencies ++= Seq(\n  \"org.scala-lang.modules\" % \"scala-xml_2.11\" % \"1.0.5\",\n  \"org.scalatra\" %% \"scalatra\" % \"2.4.1\",\n  \"org.scalatra\" %% \"scalatra-scalate\" % \"2.4.1\",\n  \"org.scalatra\" %% \"scalatra-specs2\" % \"2.4.1\" % \"test\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.0.6\" % \"runtime\",\n  \"org.eclipse.jetty\" % \"jetty-webapp\" % \"8.1.7.v20120910\" % \"compile\",\n  \"org.eclipse.jetty.orbit\" % \"javax.servlet\" % \"3.0.0.v201112011016\" % \"compile;provided;test\" artifacts (Artifact(\"javax.servlet\", \"jar\", \"jar\"))\n)\n"}
{"repo_name":"harishmaiya\/akka-http-microservice","path":"src\/main\/scala\/AkkaHttpMicroservice.scala","text":"<filename>src\/main\/scala\/AkkaHttpMicroservice.scala\nimport akka.actor.ActorSystem\nimport akka.event.{Logging, LoggingAdapter}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse}\nimport akka.http.scaladsl.server.Directives._\nimport akka.stream.scaladsl.{Flow, Sink, Source}\nimport akka.stream.{ActorMaterializer, Materializer}\nimport com.typesafe.config.{Config, ConfigFactory}\n\nimport scala.concurrent.{ExecutionContextExecutor, Future}\n\ntrait Service {\n  implicit val system: ActorSystem\n  implicit def executor: ExecutionContextExecutor\n  implicit val materializer: Materializer\n\n  def config: Config\n  val logger: LoggingAdapter\n\n  lazy val mongoApiConnectionFlow: Flow[HttpRequest, HttpResponse, Any] =\n    Http().outgoingConnection(config.getString(\"services.goku-mongo.host\"), config.getInt(\"services.goku-mongo.port\"))\n\n  def mongoApiRequest(request: HttpRequest): Future[HttpResponse] = Source.single(request).via(mongoApiConnectionFlow).runWith(Sink.head)\n\n  val routes = {\n    logRequestResult(\"goku-mongo-microservice\") {\n      pathPrefix(\"update\") {\n        (get & path(Segment)) { ip =>\n          complete {\n            Mon\n            BadRequest -> \"ack\"\n          }\n        } ~\n        (post & entity(as[String])) { ipPairSummaryRequest =>\n          complete {\n            BadRequest -> \"ack\"\n          }\n        }\n      }\n    }\n  }\n}\n\nobject AkkaHttpMicroservice extends App with Service {\n  override implicit val system = ActorSystem()\n  override implicit val executor = system.dispatcher\n  override implicit val materializer = ActorMaterializer()\n\n  override val config = ConfigFactory.load()\n  override val logger = Logging(system, getClass)\n\n  Http().bindAndHandle(routes, config.getString(\"http.interface\"), config.getInt(\"http.port\"))\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/AbstractScopedContainerTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport org.junit.Test\nimport org.junit.Assert._\n\ntrait AbstractScopedContainerTest {\n  \n  val attributes: ScopedContainer\n  \n  def setAttributeToMock(name: String, value: Any)\n  \n  @Test(expected=classOf[RequiredAttributeException])\n  def if_an_attribute_does_not_exits_an_exception_gets_thrown() {\n    assertNull(attributes[Int](\"does not exist\"))\n  }\n  \n  @Test\n  def getAttribute_returns_null_if_an_attribute_does_not_exits() {\n    assertNull(attributes.getAttribute[Int](\"does not exist\"))\n  }\n  \n  @Test\n  def read_an_existing_attribute() {\n    setAttributeToMock(\"ten\", 1L)\n    assertEquals(1L, attributes(\"ten\"))\n  }\n  \n  @Test\n  def reading_an_optional_attribute() {\n    assertEquals(None, attributes.get[Int](\"ten\"))\n    setAttributeToMock(\"ten\", 10)\n    assertEquals(Some(10), attributes.get[Int](\"ten\"))\n  }\n  \n  @Test\n  def adding_removing_updating_attributes() {\n    attributes(\"ten\") = 10L\n    assertEquals(10, attributes(\"ten\"))\n    attributes(\"ten\") = \"ten\"\n    assertEquals(\"ten\", attributes(\"ten\"))\n    attributes -= \"ten\"\n    assertNull(attributes.getAttribute(\"ten\"))\n  }\n  \n  @Test\n  def add_an_attribute_using_generated_name() {\n    val now = new java.util.Date\n    attributes += now\n    assertEquals(now, attributes(\"date\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/simpleNumber.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\n\nclass SimpleByteConverter extends AbstractConverter[Byte] {\n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toByte)\n  def format(byte: Byte, locale: Locale) = byte.toString\n}\n\nclass SimpleDoubleConverter extends AbstractConverter[Double] {\n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toDouble)\n  def format(double: Double, locale: Locale) = double.toString\n}\n\nclass SimpleFloatConverter extends AbstractConverter[Float] {  \n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toFloat)  \n  def format(float: Float, locale: Locale) = float.toString\n}\n\nclass SimpleIntConverter extends AbstractConverter[Int] {\n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toInt)\n  def format(int: Int, locale: Locale) = int.toString\n}\n\nclass SimpleLongConverter extends AbstractConverter[Long] {  \n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toLong)\n  def format(long: Long, locale: Locale) = long.toString\n}\n\nclass SimpleShortConverter extends AbstractConverter[Short] {\n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.toShort)\n  def format(short: Short, locale: Locale) = short.toString\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/Binder.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport java.util.Locale\n\nclass Binder(\n  converters: ConverterRegistry,\n  restriction: Binder.Restriction = Binder.allowAll) {\n  \n  def this(converters: ConverterRegistry, denyVars: Seq[String]) =\n    this(converters, Binder.denyVars(denyVars:_*))\n  \n  def bind[T <: AnyRef](parameters: Iterable[(String, String)], target: T, locale: Locale): BindingResult[T] = {\n    require(target != null, \"Cannot bind to null!\")\n    \n    val result = new BindingResult(converters, target)\n    \n    for ((expr, value) <- parameters) {\n      if (restriction.canBindTo(expr)) {\n        try {\n            ExpressionLanguage.bind(target, expr, value, locale, converters)\n        } catch {\n          case e: ParserException =>\n            result.addError(expr, Error.typeMismatch(expr, e.outputClass, value))\n        }\n      }\n    }\n    result\n  }\n}\n\nobject Binder {\n  \n  sealed trait Restriction {\n    def canBindTo(name: String): Boolean\n  }\n  \n  def denyVars(vars: String*): Restriction = new Restriction {\n    def canBindTo(name: String) = ! vars.contains(name)\n  }\n  \n  def allowVars(vars: String*): Restriction = new Restriction {\n    def canBindTo(name: String) = vars.contains(name)\n  }\n\n  def allowAll: Restriction = new Restriction {\n    def canBindTo(name: String) = true\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/bean\/BeanErrorFormatterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.bind.{ BindingResult, Error }\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\n\nclass BeanErrorFormatterTest {\n\n  @Test\n  def binding_errors_are_resolved_using_the_message_bundle() {\n    val notInt = Error.typeMismatch(\"age\", classOf[Int], \"five\")\n    assertEquals(\"Not an Int\", format(notInt))\n  }\n  \n  @Test\n  def validation_errors_are_already_formatted_by_the_jsr303_impl() {\n    val error = Error(\"the error message\")\n    assertEquals(\"the error message\", format(error))\n  }\n\n  def format(error: Error) = BeanErrorFormatter.format(error, null, messages, null)\n  \n  object messages extends MessageBundle {\n    val msgs = Map(\"int.type-mismatch\" -> \"Not an Int\")\n    def apply(locale: Locale, code: String, args: Any*) = msgs.apply(code)\n    def get(locale: Locale, code: String, args: Any*) = msgs.get(code)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/MessageNotFoundException.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.msg\n\nimport java.util.Locale\nimport com.tzavellas.coeus.FrameworkException\nimport com.tzavellas.coeus.util.internal.Strings.nullSafeToString\n\n\/**\n * Thrown when a message could get found in a <code>MessageBundle<\/code> using\n * the given <code>messageCode<\/code> and <code>Locale<\/code>.\n *\/\nclass MessageNotFoundException(messageCode: String, locale: Locale, cause: Throwable)\n  extends FrameworkException(\n    \"Could not find message using code: '%s' for locale: '%s'\"\n      .format(messageCode, nullSafeToString(locale)), cause)\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/Stage.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\n\nimport javax.servlet.ServletContext\n\n\/**\n * The deployment stage of an application (production or development).\n *\/\nsealed abstract class Stage(val name: String) {\n  override def toString = name\n}\n\nobject Stage {\n  \n  \/** The <em>production<\/em> stage. *\/ \n  case object Production extends Stage(\"production\")\n  \n  \/** The <em>development<\/em> stage. *\/\n  case object Development extends Stage(\"development\")\n  \n  \/**\n   * Get the stage configured in web.xml of the specified\n   * {@code ServletContext}.\n   * \n   * <p>This method will return a {@code Stage} object based on the configured\n   * value of the <em>coeus-stage<\/em> ServletContext init parameter. If the\n   * parameter is not set then this method returns {@code Production}.\n   * \n   * <p>Example <em>web.xml<\/em> fragment for the <em>production<\/em> stage:<\/p>\n   * <pre>\n   * &lt;context-param&gt;\n   *   &lt;param-name&gt;coeus-stage&lt;\/param-name&gt;\n   *   &lt;param-value&gt;production&lt;\/param-value&gt;\n   * &lt;\/context-param&gt;\n   * <\/pre>\n   * \n   * @param context the ServletContext to check for the <em>coeus-stage<\/em>\n   *                init parameter.\n   *\/\n  def of(context: ServletContext): Stage =\n    of(context.getInitParameter(\"coeus-stage\"))\n  \n  \/**\n   * Get the {@code Stage} object that corresponds to the specified string.\n   * \n   * @param stage can be \"production\" or \"stage\"\n   * \n   * @return {@code Development} if the input string starts with \"dev\" (\n   *         ignoring case) else {@code Production}.\n   *\/\n  def of(stage: String): Stage = {\n    if (stage eq null)\n      return Development\n    val trimmed = stage.trim.toLowerCase\n    if (trimmed.startsWith(\"dev\")) Development else Production \n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/UrlConstraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n * \n * It was originally based in on php script by Debbie\n * Dyer, validation.php v1.2b, Date: 03\/07\/02,\n * http:\/\/javascript.internet.com.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\n\/**\n * Validates URLs.\n * \n * @see <a href='http:\/\/www.ietf.org\/rfc\/rfc2396.txt'>RFC2396 Uniform Resource Identifiers<\/a>\n *\/\nclass UrlConstraint(val allowedSchemes: String*) extends Constraint[String] {\n  import UriConstraint._\n\n  val inetAddrValidator = new InternetAddressConstraint\n  \n  \/**\n   * Checks if the specified String is a valid URL.\n   *\/\n  def isValid(url: String) = url match {\n    case null => true\n    case _ if hasIllegalCharacters(url) => false\n    case Url(_, scheme, _, authority, path, _, query, _, fragment) => \n      isValidScheme(scheme) && isValidAuthority(authority) && isValidPath(path) && isValidQuery(query) && isValidFragment(fragment)\n    case _ => false\n  }\n  \n  def getError(targetClass: Class[_], field: String, value: String) = \n    Error.validationFailure(\"url.invalid\", field, targetClass, value)\n  \n  private def hasIllegalCharacters(url: String) = LegalAscii.findFirstIn(url) == None\n  \n  private def isValidScheme(scheme: String): Boolean = {\n    if (scheme == null) return false\n    if (allowedSchemes.isEmpty) Scheme.findFirstIn(scheme) != None\n    else allowedSchemes.contains(scheme)\n  }\n  \n  \/*\n   * Returns true if the authority is properly formatted.  An authority is\n   * the combination of hostname and port.\n   *\/\n  private def isValidAuthority(authority: String): Boolean = {\n    def isValidAddress(addr: String): Boolean = inetAddrValidator.isValid(addr)\n    \n    def isValidPort(port: String): Boolean = if (port == null || port == \"\") true else 0 to 65535 contains port.toInt\n      \n    def isValidExtra(extra: String): Boolean = extra.trim() == \"\"\n    \n    authority match {\n      case Authority(address, _, port, extra) => \n        isValidAddress(address) && isValidPort(port) && isValidExtra(extra)\n      case _ => false\n    }\n  }\n  \n  private def isValidPath(path: String): Boolean = {\n    def countToken(token: String, target: String): Int = {\n        var tokenIndex = 0\n        var count = 0\n        while (tokenIndex != -1) {\n            tokenIndex = target.indexOf(token, tokenIndex);\n            if (tokenIndex > -1) {\n                tokenIndex += 1\n                count += 1\n            }\n        }\n        return count\n    }\n    \n    if (Path.findFirstIn(path) == None) return false\n    if (path.contains(\"\/\/\")) return false\n    \n    val slashes = countToken(\"\/\", path)\n    val doubleSlashes = countToken(\"\/\", path)\n    val dots = countToken(\"..\", path)\n    if (dots > 0 && (slashes - doubleSlashes- 1) <= dots) return false\n    \n    return true\n  }\n  \n  private def isValidQuery(query: String): Boolean = if (query != null) Query.findFirstIn(query) != None else true\n  \n  private def isValidFragment(fragment: String): Boolean = true\n}\n\n\nprivate object UriConstraint {\n  \n  val LegalAscii = \"\"\"\\p{ASCII}+\"\"\".r\n  \n  \/** This expression derived\/taken from the BNF for URI (RFC2396). *\/\n  val Url = \"\"\"^(([^:\/?#]+):)?(\/\/([^\/?#]*))?([^?#]*)(\\?([^#]*))?(#(.*))?\"\"\".r\n  \n  \/** Protocol (ie. http:, ftp:,https:) *\/\n  val Scheme = \"\"\"^\\p{Alpha}\\p{Alnum}*$\"\"\".r\n  \n  val Authority = \"\"\"^([a-zA-Z\\d\\-\\.]*)(:(\\d*))?(.*)?\"\"\".r\n  \n  val Ipv4 = \"\"\"^(\\d{1,3})[.](\\d{1,3})[.](\\d{1,3})[.](\\d{1,3})$\"\"\".r\n  \n  private val atom = \"\"\"[^\\s;\/@&=,.?:+$]+\"\"\"\n  \n  val Domain = (\"^\" + atom + \"(\\\\.\" + atom + \")*$\").r\n\n  val Tld = \"\"\"^\\p{Alpha}\\p{Alnum}{1,3}\"\"\".r\n  \n  val Path = \"\"\"^(\/[-\\w:@&?=+,.!\/~*'%$_;]*)?$\"\"\".r\n  \n  val Query = \"^(.*)$\".r\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/RequiredAttributeException.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport com.tzavellas.coeus.{HttpException, FrameworkException}\n\n\/**\n * An exception to be thrown when user tries to retrieve an attribute that\n * does not exist.\n *\n * @param attribute  the name of the attribute that does not exist.\n * @param scopeClass the class of the scope that did not contain the attribute.\n *\/\nclass RequiredAttributeException(val attribute: String, val scopeClass: Class[_], hint: String = \"\")\n  extends FrameworkException(\n    \"Could not find attribute: '%s' in scope: %s. %s\".format(attribute, scopeClass.getSimpleName, hint))\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/exceptions.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * Thrown when a <code>Controller<code> class has invalid structure.\n * \n * @see {@link com.tzavellas.coeus.mvc.controller.Controller Controller}\n *\/\nclass InvalidControllerClassException(message: String) extends FrameworkException(message)"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/multipart\/CommonsMultipartRequestParserTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.test.Assertions._\nimport com.tzavellas.coeus.test.servlet._\n\nclass CommonsMultipartRequestParserTest {\n  \n  val builder = new MultipartRequestBuilder\n  val parser = new CommonsMultipartRequestParser\n\n  @Test\n  def read_a_form_field_from_a_multipart_request() {\n    \n    builder.addFormField(\"username\", \"spiros\")\n    builder.addFormField(\"password\", \"<PASSWORD>\")\n    val multipart = parser.parse(builder.getRequest())\n    \n    assertEquals(\"spiros\", multipart.getParameter(\"username\"))\n    assertEquals(\"topsecret\", multipart.getParameter(\"password\"))\n    assertNull(multipart.getParameter(\"does-not-exist\"))\n  }\n  \n  @Test\n  def read_file_data_from_a_multipart_request() {\n    \n    builder.addFormField(\"category\", \"programming\")\n    builder.addFormFile(\"file\", \"scala-programming.pdf\", \"Scala is really cool\", \"application\/pdf\")\n    val multipart = parser.parse(builder.getRequest())\n    \n    assertEquals(\"programming\", multipart.getParameter(\"category\"))\n    \n    val file = multipart.getFile(\"file\")\n    assertNotNull(file)\n    assertEquals(\"file\", file.fieldName)\n    assertEquals(\"scala-programming.pdf\", file.filename)\n    assertEquals(\"Scala is really cool\", new String(file.contents))\n    assertSome(\"application\/pdf\", file.contentType)\n  }\n  \n  @Test\n  def cleanupFiles_deletes_any_temp_files() {\n    \n    builder.addFormFile(\"file\", \"scala-programming.pdf\", \"Scala is really cool\", \"application\/pdf\")\n    val m1 = parser.parse(builder.getRequest())\n    parser.cleanupFiles(m1)\n    assertTrue(m1.getFile(\"file\").isAvailable) \/\/ it is in memory\n\n    \/\/ files > 1 byte will be stored on disk\n    val parser2 = new CommonsMultipartRequestParser(sizeThreshold=1)\n    val m2 = parser2.parse(builder.getRequest())\n    parser2.cleanupFiles(m2)\n    assertFalse(m2.getFile(\"file\").isAvailable)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/ModelAttributesTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.controller\n\nimport org.junit.{Test, Before, After }\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\nimport com.tzavellas.coeus.bind.Binder\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.mvc.scope.RequiredAttributeException\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass ModelAttributesTest {\n  \n  val request = new WebRequest(null, new MockHttpServletRequest, null, null, null, null)\n  val model = new ModelAttributes(new Binder(null), storeInSession=true)\n  \n  @Before\n  def setupWebRequest() { WebRequest.currentRequest = request }\n  \n  @After\n  def cleanupWebRequest() { WebRequest.currentRequest = null }\n  \n  \n  @Test\n  def add_a_model_attribute() {\n    model(\"model\") = spiros\n    assertEquals(spiros, model(\"model\"))\n    assertEquals(spiros, request(\"model\"))\n    assertEquals(\"model\", ModelAttributes.getCurrentModelName(request))\n    assertEquals(spiros, ModelAttributes.getBindingResult(request).target)\n  }\n\n  @Test\n  def add_a_model_attribute_using_generated_name() {\n    model += spiros\n    assertEquals(spiros, model(\"user\"))\n    assertEquals(spiros, request(\"user\"))\n    assertEquals(\"user\", ModelAttributes.getCurrentModelName(request))\n    assertEquals(spiros, ModelAttributes.getBindingResult(request).target)\n  }\n  \n  @Test\n  def adding_a_session_model_attribute() {\n    model += spiros\n    assertEquals(spiros, model(\"user\"))\n    assertEquals(spiros, request(\"user\"))\n    assertEquals(spiros, request.session(\"user\"))\n    assertEquals(\"user\", ModelAttributes.getCurrentModelName(request))\n    assertEquals(spiros, ModelAttributes.getBindingResult(request).target)\n  }\n  \n  @Test\n  def read_model_attribute_from_session_if_not_in_request() {\n    model += spiros\n    request -= \"user\"\n    assertEquals(spiros, model(\"user\"))\n  }\n  \n  @Test\n  def remove_a_model_attribute() {\n    model += spiros\n    model -= spiros \n    assertThrows[RequiredAttributeException] { model[Any](\"user\") }\n    assertThrows[RequiredAttributeException] { request[Any](\"user\") }\n    assertThrows[RequiredAttributeException] { request.session[Any](\"user\") }\n    assertThrows[RequiredAttributeException] { ModelAttributes.getBindingResult(request) }\n  }\n  \n  @Test\n  def do_not_store_attribute_in_session() {\n  \tval notInSession = new ModelAttributes(new Binder(null), storeInSession=false)\n  \tnotInSession += spiros\n  \tassertThrows[RequiredAttributeException] { request.session[User](\"user\") }\n  }\n  \n  @Test\n  def current_binding_result() {\n    assertEquals(None, model.currentBindingResult)\n    model += spiros\n    val result = model.currentBindingResult[User].get\n    assertSame(spiros, result.target)\n  }\n  \n  @Test\n  def no_errors_if_binding_result_not_present() {\n    assertFalse(model.hasErrors)\n  }\n  \n  @Test\n  def the_model_has_errors_when_the_binding_result_has() {\n    model += spiros\n    assertFalse(model.hasErrors)\n    model.currentBindingResult.get.addError(\"name\", \"name.error\")\n    assertTrue(model.hasErrors)\n  }\n\n  \n  class User(var name: String)\n  val spiros = new User(\"spiros\")\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CollectionConverterTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CollectionConverterTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport java.util._\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass CollectionConverterTest {\n  \n  val locale: Locale = null\n  val conv = CollectionConverter.forHashSet(new SimpleIntConverter)\n  \n  val set = new HashSet[Int]\n  set.add(1)\n  set.add(2) \n  \n  @Test\n  def null_maps_to_empty_collectiony() {\n    assertEquals(0, conv.parse(null, locale).size)\n    assertEquals(\"\", conv.format(null, locale))\n  }\n  \n  @Test\n  def empty_string_maps_to_empty_collection() {\n    assertEquals(0, conv.parse(\"\", locale).size)\n    assertEquals(\"\", conv.format(new HashSet, locale))\n  }\n  \n  @Test\n  def parse_string_into_a_collection() {\n    assertEquals(set, conv.parse(\"1,2\", locale))\n    assertEquals(set, conv.parse(\"1, 2\", locale))\n    assertEquals(set, conv.parse(\"1,   2 \", locale))\n    set.remove(2)\n    assertEquals(set, conv.parse(\"1,     \", locale))\n  }\n  \n  @Test\n  def format_collection_into_string() {\n    assertEquals(\"1, 2\", conv.format(set, locale))\n    set.remove(2)\n    assertEquals(\"1\", conv.format(set, locale))\n  }\n  \n  @Test\n  def change_separator() {\n    val conv = CollectionConverter.forHashSet(new SimpleIntConverter, separator=\" \")\n    assertEquals(set, conv.parse(\"1 2\", locale))\n    assertEquals(set, conv.parse(\"1  2  \", locale))\n    assertThrows[NumberFormatException] { conv.parse(\"1,2\", locale) }\n  }\n  \n  @Test\n  def do_not_append_space_when_formatting() {\n    val conv = CollectionConverter.forHashSet(new SimpleIntConverter, appendSpace=false)\n    assertEquals(\"1,2\", conv.format(set, locale))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/Base64.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport javax.xml.bind.DatatypeConverter\n\nobject Base64 {\n  \n  def encode(bytes: Array[Byte]): String = DatatypeConverter.printBase64Binary(bytes)\n  \n  def decode(msg: String): Array[Byte] = DatatypeConverter.parseBase64Binary(msg)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/BinderTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/bind\/BinderTest.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass BinderTest {\n  import BinderTest._\n  \n  val binder = new Binder(ConverterRegistry.defaultConverters )\n  val locale = null\n\n  @Test(expected=classOf[IllegalArgumentException])\n  def bind_to_null_raises_exception() {\n    binder.bind(Map(\"id\" -> \"12\"), null, locale)\n  }\n  \n  @Test\n  def bind_to_object() {\n    val user = new User\n    binder.bind(Map(\"id\" -> \"12\",\n                    \"name\" -> \"spiros\",\n                    \"roles[0]\" -> \"admin\",\n                    \"prefs[font-size]\" -> \"11\"), user, locale)\n    \n    assertEquals(12, user.id)\n    assertEquals(\"spiros\", user.name)\n    assertEquals(\"admin\", user.roles(0))\n    assertEquals(11, user.prefs(\"font-size\"))\n  }\n\n  @Test\n  def bind_to_object_using_fewer_params() {\n    val user = new User\n    binder.bind(Map(\"id\" -> \"12\"), user, locale)\n    assertEquals(12, user.id)\n  }\n  \n  @Test\n  def bind_to_object_using_param_not_in_object() {\n    val user = new User\n    binder.bind(Map(\"id\" -> \"12\", \"param\" -> \"value\"), user, locale)\n    assertEquals(12, user.id)\n  }\n  \n  @Test\n  def bind_to_object_using_more_params() {\n    val user = new User\n    binder.bind(Map(\"id\" -> \"12\",\n                    \"name\" -> \"spiros\",\n                    \"roles[0]\" -> \"admin\",\n                    \"prefs[font-size]\" -> \"11\",\n                    \"param\" -> \"value\"), user, locale)\n    \n    assertEquals(12, user.id)\n    assertEquals(\"spiros\", user.name)\n    assertEquals(\"admin\", user.roles(0))\n    assertEquals(11, user.prefs(\"font-size\"))\n  }\n  \n  @Test\n  def bind_to_subclass() {\n    val empl = new Employee\n    binder.bind(Map(\"name\" -> \"spiros\"), empl, locale)\n    assertEquals(\"spiros\", empl.name)\n  }\n  \n  @Test\n  def bind_to_association() {\n    val empl = new Employee\n    binder.bind(Map(\"supervisor.name\" -> \"spiros\"), empl, locale)\n    assertEquals(\"spiros\", empl.supervisor.name)\n  }\n  \n  @Test(expected=classOf[NullPointerException])\n  def bind_to_null_association() {\n    val empl = new Employee\n    empl.supervisor = null\n    binder.bind(Map(\"supervisor.name\" -> \"spiros\"), empl, locale)\n  }\n  \n  @Test\n  def type_mismatch() {\n    val user = new User\n    val result = binder.bind(Map(\"id\" -> \"abc\"), user, locale)\n    assertTrue(result.hasErrors)\n    assertEquals(\"long.type-mismatch\", result.error(\"id\").get.code)\n  }\n  \n  @Test\n  def construct_using_deny_vars() {\n    val binder = new Binder(ConverterRegistry.defaultConverters , denyVars=Seq(\"id\"))\n    val user = new User\n    val idBeforeBinding = user.id\n    val result = binder.bind(Map(\"id\" -> \"42\", \"name\" -> \"spiros\"), user, locale)\n    assertEquals(idBeforeBinding, user.id)\n    assertEquals(\"spiros\", user.name)\n  }\n}\n\nobject BinderTest {\n  \n  import scala.collection.mutable.HashMap\n  \n  class User {\n    var id: Long = _\n    var name: String = _\n    var roles = new Array[String](5)\n    var prefs = HashMap[String, Int]()\n  }\n  \n  class Employee extends User {\n    var supervisor: User = new User\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/StringTrimConverterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass StringTrimConverterTest {\n\n  val converter = new StringTrimConverter\n  val parse = converter.parse(_: String, null)\n  val format = converter.format(_: String, null)\n  \n  @Test\n  def simple_test() {\n    assertEquals3(\"\", parse(\"\"), format(\"\"))\n    assertEquals3(\"\", parse(null), format(null))\n    assertEquals3(\"trim\", parse(\" trim \"), format(\" trim \"))\n    assertEquals3(\"right trim\", parse(\"right trim \"), format(\"right trim \"))\n    assertEquals3(\"left trim\", parse(\" left trim\"), format(\" left trim\"))\n  }\n  \n  def assertEquals3(expected: String, parsed: String, formatted: String) {\n    assertEquals(expected, parsed)\n    assertEquals(expected, formatted)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/ConstraintAssertions.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Assert._\n\nobject ConstraintAssertions {\n  \n  def assertValid[T](constraint: Constraint[T] , values: T*) {\n    for (value <- values)\n      assertTrue(\"[\" + value + \"] must be valid\", constraint.isValid(value))\n  }\n  \n  def assertInvalid[T](constraint: Constraint[T], values: T*) {\n    for (value <- values)\n      assertFalse(\"[\" + value + \"] must be invalid\", constraint.isValid(value))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/CakeSupport.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/CakeSupport.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\n\/**\n * Performs all the necessary setup to allow the Cake pattern to be used for\n * instantiating the controllers of this web module.\n * \n * <p>This trait registers any {@code Controller} classes found inside a cake\n * \"component registry\". The {@code Controller} classes must be defined as\n * inner classes inside inside cake components (traits) and have a single\n * no-arg constructor.<\/p>\n * \n * <p>Below we have a full example of a controller ({@code BlogController})\n * defined inside a cake component ({@code BlogControllerComponent}) that\n * depends on another cake component ({@code BlogDAOComponent}). The components\n * are then mixed together in the {@code ComponentRegistry} object.<\/p>\n * \n * <pre>\n * trait BlogControllerComponent {\n *   this: BlogDAOComponent =>\n *   class BlogController extends Controller {\n *     {@literal @Get} def index {\n *        request(\"posts\") = blogDao.findRecentPosts()\n *     }\n *   }\n * }\n * \n * trait BlogDAOComponent {\n *   val blogDao: BlogDAO\n *   trait BlogDAO {\n *     def findRecentPosts(): Seq[Post]\n *   }\n * }\n * \n * trait JdbcBlogDAOComponent extends BlogDAOComponent {\n *   this: DataSource =>\n *   val blogDao: BlogDAO = new BlogDAO {\n *     def findRecentPosts(): Seq[Post] = ...\n *   }\n * }  \n * \n * object ComponentRegistry\n *   extends DataSource\n *      with JdbcBlogDAOComponent\n *      with BlogControllerComponent\n * <\/pre>\n * \n * <p>To use the above objects in a Coeus application all we have to do is mix\n * this trait to the {@code WebModule} class and override the\n * {@code components} method.\n * <pre>\n * class BlogModule(sc: ServletConfig) extends WebModule(sc) with CakeSupport {\n *   lazy val components = List(ComponentRegistry)\n * }\n * <\/pre>\n *\/\ntrait CakeSupport {\n\n  this: ControllerRegistry =>\n\n  \/**\n   * The collection of cake component registries that contain the controllers\n   * classes for this web module.\n   *\/\n  def components: Traversable[AnyRef]\n  \n  components foreach { CakeRegistrar.registerControllers(this, _) }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/HandlerMappingExtractorTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport config._\n\nclass HandlerMappingExtractorTest {  \n  import HandlerMappingExtractorTest._\n  \n  private val extractor = new HandlerMappingExtractor(\n    ControllerConventions.useClassName(),\n    ControllerConventions.useMethodName)\n\n  @Test(expected=classOf[InvalidControllerClassException])\n  def exception_if_the_class_does_not_have_annotations() {\n    assertTrue(extractor.extract(classOf[Controller]).isEmpty)\n  }\n  \n  @Test\n  def create_mappings_for_framework_annotations_only() {\n    val mappings = extractor.extract(classOf[BlogController])\n    assertEquals(2, mappings.size)\n    assertTrue(mappings.exists(_.httpMethod == 'GET))\n    assertTrue(mappings.exists(_.httpMethod == 'POST))\n  }\n  \n  @Test(expected=classOf[InvalidControllerClassException])\n  def exception_if_more_than_one_http_method_annotation_per_method() {\n    extractor.extract(classOf[MoreThenOneAnnotationPerMethod])\n  }\n  \n  @Test\n  def class_name_gets_used_as_base_path() {\n    val mappings = extractor.extract(classOf[BlogController])\n    assertTrue(mappings.forall(_.path.startsWith(\"\/blog\/\")))\n  }\n  \n  @Test\n  def override_class_name_in_base_path_via_annotation() {\n    val mappings = extractor.extract(classOf[PageController])\n    assertTrue(mappings.forall(_.path.startsWith(\"\/pages\/\")))\n  }\n  \n  @Test\n  def do_not_use_the_class_name_in_path() {\n    val mappings = extractor.extract(classOf[NoClassNameInPath])\n    assertEquals(\"\/index\", mappings.head.path)\n  }\n  \n  @Test\n  def method_name_in_path() {\n    val mappings = extractor.extract(classOf[BlogController])\n    assertTrue(mappings.exists(_.path.endsWith(\"index\")))\n    assertTrue(mappings.exists(_.path.endsWith(\"post\")))\n  }\n  \n  @Test\n  def override_method_name_via_annotation() {\n    val mappings = extractor.extract(classOf[PageController])\n    assertEquals(\"\/pages\/list\", mappings.head.path)\n  }\n  \n  @Test\n  def get_mappings_from_super_class() {\n    val mappings = extractor.extract(classOf[SearchablePageController])\n    assertTrue(mappings.exists(_.path == \"\/searchablePage\/list\"))\n    assertTrue(mappings.exists(_.path == \"\/searchablePage\/search\"))\n  }\n  \n  @Test\n  def get_mappings_from_traits() {\n    val mappings = extractor.extract(classOf[DirectoryController])\n    assertTrue(mappings.exists(_.path == \"\/directory\/list\"))\n    assertTrue(mappings.exists(_.path == \"\/directory\/create\"))\n  }\n}\n\nobject HandlerMappingExtractorTest {\n  import javax.xml.bind.annotation.XmlAttribute\n  import com.tzavellas.coeus.mvc.annotation._\n  \n  class BlogController extends Controller {\n    @Get def index() = null\n    @Post def post() = null\n    @XmlAttribute def xml() { }\n  }\n  \n  @Path(\"\/pages\")\n  class PageController extends Controller {\n    @Get(\"list\") def get() = null\n  }\n  \n  class SearchablePageController extends PageController {\n    @Get def search() = null\n  }\n  \n  trait CrudSupport {\n    @Put def create() = null\n  }\n  \n  class DirectoryController extends PageController with CrudSupport \n  \n  class MoreThenOneAnnotationPerMethod extends Controller {\n    @Get @Post\n    def method() = null\n  }\n  \n  @Path(\"\")\n  class NoClassNameInPath extends Controller {\n    @Get def index() = null\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/CommonsMultipartRequestParser.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport java.io.File\nimport java.util.{ Map => JMap }\nimport javax.servlet.{ ServletContext, ServletContextEvent }\nimport javax.servlet.http.HttpServletRequest\nimport scala.collection.mutable.ArrayBuffer\nimport org.apache.commons.fileupload.disk.{ DiskFileItem, DiskFileItemFactory }\nimport org.apache.commons.fileupload.servlet.{ FileCleanerCleanup, ServletFileUpload }\nimport com.tzavellas.coeus.util.internal.MultiMap\n\n\/**\n * An implementation of {@code MultipartRequestParser} that uses Apache Commons fileupload.\n * \n * <p>This implementation stores the files smaller that {@code sizeThreshold} in memory and\n * the files larger than {@code sizeThreshold} in temporary files under the {@code repository}\n * directory. Any temporary files created for a request are automatically deleted at the end of\n * the request's execution.<\/p>\n * \n * <p>If {@code repository} is {@code null} (the default) then the directory returned by\n * {@code System.getProperty(\"java.io.tmpdir\")} is used to store any temporary files.<\/p>\n * \n * <p>The default size threshold for in memory files is 10KB.<\/p>\n * \n * <p>This class requires commons-fileupload and commons-io.<\/p>\n * \n * @param sizeThreshold the size threshold after which the files are stored on disk\n * @param repository the directory under which the temporary files are created\n *\/\nclass CommonsMultipartRequestParser(sizeThreshold: Int = 10240, repository: File = null) extends MultipartRequestParser {\n  \n  private val upload = new ServletFileUpload(new DiskFileItemFactory(sizeThreshold, repository))  \n  \n  def init(context: ServletContext) {\n    (new FileCleanerCleanup).contextInitialized(new ServletContextEvent(context))\n  }\n  \n  def destroy(context: ServletContext) {\n    (new FileCleanerCleanup).contextDestroyed(new ServletContextEvent(context))\n  }\n    \n  def parse(request: HttpServletRequest): MultipartHttpServletRequest = {\n    val items = upload.parseRequest(request).iterator.asInstanceOf[java.util.Iterator[DiskFileItem]]\n    val files = new MultiMap[String, FormFile]\n    val params = new MultiMap[String, String]\n    \n    while (items.hasNext) {\n      val item = items.next\n      if (item.isFormField) {\n        params.add(item.getFieldName, item.getString)\n      } else {\n        files.add(item.getFieldName, new CommonsFormFile(item))\n      }\n    }\n    new MultipartHttpServletRequest(request, paramsMap(params), paramsMap(files))\n  }\n  \n  def cleanupFiles(request: MultipartHttpServletRequest) {\n    val files = request.getFileMap.values.iterator\n    while (files.hasNext) {\n      files.next.foreach { _.delete() }\n    }\n  }\n  \n  private def paramsMap[T](mmap: MultiMap[String, T])(implicit m: Manifest[T]) = {\n    val jmap = new java.util.HashMap[String, Array[T]](mmap.size)\n    for ((key, values) <- mmap) {\n      jmap.put(key, values.toArray(m))\n    }\n    jmap\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/DispatcherServletTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/core\/DispatcherServletTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport javax.servlet.http.HttpServletResponse\nimport org.junit.{ Test, Before }\nimport org.junit.Assert._\nimport org.springframework.mock.web._\nimport com.tzavellas.coeus.mvc.view.NoViewFoundException\nimport com.tzavellas.coeus.test._\nimport servlet._\n\nclass DispatcherServletTest {\n  \n  val servlet = new DispatcherServlet\n  val servletConfig = new MockServletConfig(\"sweb-test\")\n  val response = new MockHttpServletResponse\n  \n  @Before\n  def initializeServlet() {\n    GlogalState.interceptor.reset()\n    servletConfig.addInitParameter(WebModuleLoader.webModuleParamName,\n                                   classOf[ExampleWebModule].getName)\n    servlet.init(servletConfig)\n  }\n  \n  @Test(expected=classOf[javax.servlet.ServletException])\n  def no_module_configured_for_servlet_in_web_xml() {\n    val emptyConfig = new MockServletConfig(\"misconfigured\")\n    val misconfigured = new DispatcherServlet\n    misconfigured.init(emptyConfig)\n  }\n  \n  @Test\n  def request_and_response_encoding_is_set_as_configured_in_dispatcher_config() {\n    val defaultEncoding = \"UTF-8\"\n    val request = req(\"GET\", \"\/blog\/index\")\n    servlet.service(request, response)\n    assertEquals(defaultEncoding, request.getCharacterEncoding)\n    assertEquals(defaultEncoding, response.getCharacterEncoding)\n    \n  }\n  \n  @Test\n  def call_a_controller() {\n    servlet.service(req(\"GET\", \"\/blog\/index\"), response)\n    assertEquals(HttpServletResponse.SC_OK, response.getStatus)\n  }\n  \n  @Test\n  def status_is_404_if_a_handler_is_not_found_for_a_url() {\n    servlet.service(req(\"GET\", \"\/notFound\"), response)\n    assertEquals(HttpServletResponse.SC_NOT_FOUND, response.getStatus)\n  }\n  \n  @Test\n  def status_is_405_if_handlers_exists_for_the_url_but_do_not_support_the_requested_http_mehtod() {\n    servlet.service(req(\"DELETE\", \"\/blog\/index\"), response)\n    assertEquals(HttpServletResponse.SC_METHOD_NOT_ALLOWED, response.getStatus)\n    val allow = response.getHeader(\"Allow\").asInstanceOf[String] \n    assertTrue(allow.contains(\"GET\"))\n  }\n  \n  @Test\n  def status_is_404_if_method_not_allowed_but_hide_resources_is_set_in_dispatcher_config() {\n    setWebModuleTo[WebModuleWithNo405]\n\n    servlet.service(req(\"DELETE\", \"\/blog\/index\"), response)\n    assertEquals(HttpServletResponse.SC_NOT_FOUND, response.getStatus)\n  }\n\n  @Test\n  def view_instance_get_rendered_correctly() {\n    servlet.service(req(\"GET\", \"\/blog\/feed\"), response)\n    assertEquals(\"application\/atom+xml\", response.getContentType)\n    assertEquals(\"<feed><\/feed>\", response.getContentAsString)\n  }\n  \n  @Test\n  def view_resolution_test() {\n    servlet.service(req(\"GET\", \"\/blog\/entry\"), response)\n    assertEquals(\"text\/html\", response.getContentType)\n    assertEquals(\"Hello World!\", response.getContentAsString)\n  }\n  \n  @Test(expected=classOf[NoViewFoundException])\n  def exception_when_no_view_found() {\n    servlet.service(req(\"GET\", \"\/blog\/noView\"), response)\n  }\n  \n  @Test\n  def request_interceptor_get_called() {\n    servlet.service(req(\"GET\", \"\/blog\/entry\"), response)\n    assertTrue(\"interceptor was not called\", GlogalState.interceptor.wasCalled)\n  }\n  \n  @Test\n  def request_interceptor_does_not_get_called_if_no_handler_found() {\n    servlet.service(req(\"GET\", \"\/doesNotExist\"), response)\n    assertEquals(HttpServletResponse.SC_NOT_FOUND, response.getStatus)\n    assertFalse(\"interceptor was called\", GlogalState.interceptor.wasCalled)\n  }\n  \n  @Test\n  def file_uploading() {\n    val request =\n      (new MultipartRequestBuilder)\n        .addFormFile(\"document\", \"scala.txt\", \"hello scala\", \"text\/plain\")\n        .getRequest(\"\/upload\")\n    \n    servlet.service(request, response)\n    val file = GlogalState.uploadedFile\n    assertFalse(file.isAvailable) \/\/ must have been deleted\n    GlogalState.uploadedFile = null\n  }\n\n  @Test\n  def override_http_method_if_enabled_and_method_param_present() {\n    setWebModuleTo[WebModuleWithOverrideMethod]\n\n    val request = req(\"POST\", \"\/blog\/post\")\n    request.setParameter(\"_method\", \"delete\")\n    servlet.service(request, response)\n    assertEquals(HttpServletResponse.SC_OK, response.getStatus)\n  }\n  \n  @Test\n  def do_not_override_http_method_if_disabled() {\n    val request = req(\"POST\", \"\/blog\/post\")\n    request.setParameter(\"_method\", \"delete\")\n    servlet.service(request, response)\n    assertEquals(HttpServletResponse.SC_METHOD_NOT_ALLOWED, response.getStatus)\n  }\n\n  @Test\n  def the_default_handling_of_head_and_options_http_methods_is_not_enabled_by_default() {\n    val get = req(\"GET\", \"\/blog\/feed\")\n    servlet.service(get, response)\n    assertEquals(HttpServletResponse.SC_OK, response.getStatus)\n\n    var _405 = new MockHttpServletResponse\n    val head = req(\"HEAD\", \"\/blog\/feed\")\n    servlet.service(head,_405)\n    assertEquals(HttpServletResponse.SC_METHOD_NOT_ALLOWED, _405.getStatus)\n\n    _405 = new MockHttpServletResponse\n    val options = req(\"OPTIONS\", \"\/blog\/feed\")\n    servlet.service(options, _405)\n    assertEquals(HttpServletResponse.SC_METHOD_NOT_ALLOWED, _405.getStatus)\n  }\n  \n  @Test\n  def respond_to_head_for_url_that_support_get_if_enabled() {\n    setWebModuleTo[WebModuleWithMethodsEnabled]\n\n    val request = req(\"HEAD\", \"\/blog\/feed\")\n    servlet.service(request, response)\n    assertEquals(HttpServletResponse.SC_OK, response.getStatus)\n  }\n  \n  @Test\n  def handler_method_annotated_with_head_gets_executed_instead_of_default_head_behavior() {\n    setWebModuleTo[WebModuleWithMethodsEnabled]\n\n    val request = req(\"HEAD\", \"\/blog\/entry\")\n    servlet.service(request, response)\n    assertEquals(402, response.getStatus)\n  }\n  \n  @Test\n  def respond_to_options_for_an_existing_url_if_enabled() {\n    setWebModuleTo[WebModuleWithMethodsEnabled]\n\n    val request = req(\"OPTIONS\", \"\/blog\/feed\")\n    servlet.service(request, response)\n    assertEquals(HttpServletResponse.SC_OK, response.getStatus)\n    val allow = response.getHeader(\"Allow\").asInstanceOf[String]\n    assertTrue(allow.contains(\"GET\"))\n    assertTrue(allow.contains(\"HEAD\"))\n  }\n  \n  @Test\n  def status_is_404_if_options_requested_in_a_nonexisting_resource() {\n    setWebModuleTo[WebModuleWithMethodsEnabled]\n\n    val request = req(\"OPTIONS\", \"\/blog\/does-not-exist\")\n    servlet.service(request, response)\n    assertEquals(HttpServletResponse.SC_NOT_FOUND, response.getStatus)\n  }\n  \n  @Test\n  def handler_method_annotated_with_options_gets_executed_instead_of_default_options_behavior() {\n    setWebModuleTo[WebModuleWithMethodsEnabled]\n\n    val request = req(\"OPTIONS\", \"\/blog\/entry\")\n    servlet.service(request, response)\n    assertEquals(402, response.getStatus)\n  }\n\n  def setWebModuleTo[T: Manifest] = {\n    val config = new MockServletConfig(\"test-servlet\")\n    config.addInitParameter(\"web-module\", implicitly[Manifest[T]].runtimeClass.getName.toString)\n    servlet.init(config)\n  }\n  \n  def req(method: String, uri: String) = {\n    val request = new MockHttpServletRequest\n    request.setMethod(method)\n    request.setRequestURI(uri)\n    request\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/CheckAndActOperations.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\n\/**\n * Provides <i>thread-safe<\/i>, <i>check-and-act<\/i> operations on a an underlying scoped\n * container by synchronizing access to the container.\n * \n * <p>The purpose of the methods in this trait is to ensure atomicity when manipulating mutable\n * objects that are set as attributes in scoped containers. This is done by synchronizing access\n * to the container using a proper lock. Users are generally advised to put immutable objects in\n * scoped containers and to use the methods of this trait only when necessary.<\/p> \n * \n * <p>For an in depth discussion of thread-safety issues in a Servlet environment read\n * <a href=\"http:\/\/www.ibm.com\/developerworks\/library\/j-jtp09238.html\">Are all stateful Web applications broken?<\/a>\n * by <NAME>.<\/p>\n * \n * @see ScopedContainer\n * @see ApplicationScope\n * @see WebSession\n *\/\ntrait CheckAndActOperations {\n  \n  \/** The underlying scoped container *\/\n  this: ScopedContainer =>\n  \n  \/** The mutex to be used for synchronizing access to the scoped container. *\/\n  protected def mutex: AnyRef\n\n  \/**\n   * Puts the specified value in the scoped container under the specified attribute\n   * name if a value for that attribute does not already exist.\n   * \n   * <p>This method synchronizes access to the underlying scoped container\n   * providing atomicity guarantee for concurrently executed code.<\/p>\n   * \n   * @param attribute the name of the attribute\n   * @param value the value of the attribute to set\n   * @return the value of the attribute\n   *\/\n  def putIfAbsent[T](attribute: String, value: => T): T = mutex.synchronized {\n    val existing: T = getAttribute[T](attribute)\n    if (existing == null) {\n      val evaluated = value\n      update(attribute, evaluated)\n      evaluated\n    } else {\n      existing\n    }\n  }\n\n  \/**\n   * Updates the value of an existing attribute with the specified name using the specified\n   * <code>mutate<\/code> closure and puts the updated attribute back in the container.\n   * \n   * <p>This method synchronized access to the underlying scoped container\n   * providing atomicity guarantees for concurrently executed code.<\/p>\n   * \n   * @param attribute the name of the attribute\n   * @param mutate a mutator closure for updating the value of the attribute\n   * @return the new value of the attribute\n   *\/\n  def updateAndPut[T](attribute: String)(mutate: T => Unit): T = mutex.synchronized {\n    val value: T = apply[T](attribute)\n    mutate(value)\n    update(attribute, value)\n    value\n  }\n  \n  \/**\n   * Synchronizes access to the underlying container and executes the specified block\n   * of code.\n   * \n   * @param block the code to execute while the underlying container is synchronized\n   *\/\n  def synchronizeAndExecute[U](block: => U): U = mutex.synchronized(block)\n}\n\n\/**\n * Support methods for the <code>CheckAndActOperations<\/code> trait.\n *\/ \nobject CheckAndActOperations {\n  \n  \/** Create an object suitable to be used as a mutex for scoped containers. *\/\n  def newMutex: AnyRef = new Mutex\n  \n  @SerialVersionUID(1234567890)\n  private class Mutex extends java.io.Serializable\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/UriConverterTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.net.URI\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass UriConverterTest {\n\n  val locale: java.util.Locale = null\n  val conv = new UriConverter\n  val google = new URI(\"http:\/\/google.com\")\n  \n  @Test(expected=classOf[NullPointerException])\n  def parsing_null() {\n    conv.parse(null, locale)\n  }\n  \n  @Test\n  def parsing() {\n    assertEquals(google, conv.parse(\"http:\/\/google.com\", locale))\n  }\n  \n  @Test\n  def formatting() {\n    assertEquals(\"\", conv.format(null, locale))\n    assertEquals(google.toString, conv.format(google, locale))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/AfterFilter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport view.View\n\n\/**\n * Executes common logic <em>after<\/em> each handler method of a\n * {@code Controller}.\n * \n * @see Controller\n * @see {@link com.tzavellas.coeus.core.Handler#handle Handler.handle()}\n *\/\ntrait AfterFilter {\n  \n  this: Controller =>\n\n  \/**\n   * Gets executed <em>after<\/em> the {@code Controller}'s handler method that\n   * corresponds to the current request.\n   *\n   * <p>This method can be used to create controller-specific error handlers.<\/p>\n   *\n   * @param error may contain an {@code Exception} if an uncaught exception\n   *        occurred during the execution of the {@code Controller}'s handler\n   *        method.\n   *\n   * @return may return some {@code View} to override the {@code View} returned by\n   *         the controller's handler method or {@code None} to continue with\n   *         normal request processing.  \n   *\/\n  def after(error: Option[Exception]): Option[View]\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/NullMultipartRequestParser.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/NullMultipartRequestParser.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport javax.servlet.{ ServletContext, ServletContextEvent }\nimport javax.servlet.http.HttpServletRequest\n\n\/**\n * A {@code MultipartRequestParser} that throws {@code UnsupportedOperationException}\n * when asked to parse a request.\n * \n * @see CommonsMultipartRequestParser\n *\/\nclass NullMultipartRequestParser extends MultipartRequestParser {\n\n  def init(context: ServletContext) { }\n  def destroy(context: ServletContext) { }\n  def cleanupFiles(request: MultipartHttpServletRequest) { }\n\n  \/** Throws {@code UnsupportedOperationException}. *\/\n  def parse(request: HttpServletRequest): MultipartHttpServletRequest = {\n    throw new UnsupportedOperationException(\n      \"Multipart requests are not supported in the default configuration. \" +\n      \"Please configure a MultipartRequestParser in DispatcherConfig.\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/param\/PathParameters.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport java.util.Locale\nimport javax.servlet.http.HttpServletRequest\nimport scala.collection.Map\nimport com.tzavellas.coeus.bind.ConverterRegistry\n\n\/**\n * A class to read path variables.\n * \n * <p>Path variables are values encoded in the request URI that correspond\n * to variables defined in URI templates.<\/p>\n * \n * @param servletRequest the current Servlet request\n * @param config the module's configuration\n * @param context a map that takes the parameter's name and return the parameter's value\n *\/\nclass PathParameters(\n  context: Map[String, String],\n  val locale: Locale,\n  val converters: ConverterRegistry) extends Parameters {\n  \n  def getParameter(name: String) = {\n    try {\n      context(name)\n    } catch {\n      case e: RuntimeException => null\n    }\n  }\n  \n  def iterator = context.iterator\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CharConverterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass CharConverterTest {\n  \n  val locale: java.util.Locale = null\n  val conv = new CharConverter\n  \n  @Test\n  def simple_test() {\n    assertEquals('a', conv.parse(\"\\n a\\n\", locale))\n    assertEquals(0, conv.parse(null, locale))\n    assertEquals('1', conv.parse(\"10\", locale))\n    assertEquals('a', conv.parse(\" a\\n\", locale))\n    \n    assertEquals(\"a\", conv.format('a', locale))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/BooleanConverter.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\n\nclass BooleanConverter extends AbstractConverter[Boolean] {\n  \n  def parse(text: String, locale: Locale) = filterEmpty(text, false, _.toBoolean)\n  \n  def format(boolean: Boolean, locale: Locale) = boolean.toString\n  \n  private def doParse(text: String) = text.toLowerCase match {\n    case \"true\" | \"yes\" | \"1\" => true\n    case \"false\" | \"no\" | \"0\" => false\n    case _ => throw new NumberFormatException(\"Value %s cannot get converted to boolean.\" format text)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/param\/RequestParameters.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport java.util.Locale\nimport javax.servlet.http.HttpServletRequest\nimport com.tzavellas.coeus.bind.ConverterRegistry\n\n\/**\n * A class to read Servlet request parameters.\n * \n * @param servletRequest the current Servlet request\n * @param config the module's configuration\n *\/\nclass RequestParameters(\n  val servletRequest: HttpServletRequest,\n  val locale: Locale,\n  val converters: ConverterRegistry) extends Parameters {\n  \n  def getParameter(name: String) = servletRequest.getParameter(name)\n  \n  def iterator = new Iterator[(String, String)] {\n    val names = servletRequest.getParameterNames.asInstanceOf[java.util.Enumeration[String]]\n    def hasNext = names.hasMoreElements\n    def next = {\n      val name = names.nextElement\n      (name -> servletRequest.getParameter(name))\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/FormProcessing.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/FormProcessing.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport com.tzavellas.coeus.bind.{ Binder, BindingResult, ErrorFormatter, Error }\nimport com.tzavellas.coeus.validation.Validator\nimport scope.RequiredAttributeException\nimport view.{ View, ViewName }\nimport util.Conventions\n\ntrait FormProcessing {\n  \n  this: Controller =>\n  \n  \/**\n   * Whether to store the model attributes in session.\n   * \n   * <p>The default value is {@code false}.<\/p>\n   *\/\n  def storeModelInSession = false\n  \n  \/**\n   * The <code>Binder<\/code> to use when binding request parameters to\n   * target objects.\n   * \n   * <p>The <code>Binder<\/code> returned by this method gets used in the\n   * the {@link #validate} and {@link #ifValid} methods to bind the request\n   * parameters to the model object.<\/p>\n   * \n   * @see Binder\n   *\/\n  lazy val binder = new Binder(converters)\n  \n  \/** The model attributes. *\/\n  lazy val model = new ModelAttributes(binder, storeModelInSession)\n\n  \/**\n   * Bind and validate the specified target object.\n   * \n   * <p>This method, regardless of the validation outcome, adds the specified target object\n   * as a request attribute using the specified <code>modelName<\/code>. It also adds as request\n   * attributes the resulting <code>BindingResult<\/code> and the \"modelAttribute\".<\/p> \n   * \n   * @param modelName the attribute name of the model object\n   * @param target    the object to bind and validate\n   * @param validator the validator to use for validating the object\n   * \n   * @return the result of the validation\n   * \n   * @see BindingResult\n   *\/\n  def bindAndValidate[T <: AnyRef](modelName: String, target: T)(implicit validator: Validator[T]): BindingResult[T] = {\n    val result = binder.bind(request.params, target, request.locale)\n    validator.validate(result)\n    model.addBindingResult(modelName, result)\n    result\n  }\n  \n  \/**\n   * Bind and validate the specified target object.\n   * \n   * <p>Same as the {@link #validate(modelName, target, validator)} except that the\n   * <code>modelName<\/code> gets automatically generated from the target object's class.<\/p>\n   * \n   * @param target    the object to bind and validate\n   * @param validator the validator to use for validating the object\n   * \n   * @return the result of the validation\n   *\/\n  def bindAndValidate[T <: AnyRef](target: T)(implicit validator: Validator[T]): BindingResult[T] = {\n    bindAndValidate(null, target)(validator)\n  }\n  \n  \/**\n   * Bind, validate and execute the specified closure if no errors occur.\n   * \n   * <p>This method, regardless of the validation outcome, adds the specified target object\n   * as a request attribute using the specified <code>modelName<\/code>. It also adds as request\n   * attributes the resulting <code>BindingResult<\/code> and the \"modelAttribute\".<\/p> \n   * \n   * @param modelName the attribute name of the model object\n   * @param target the object to bind and validate\n   * @param validator the validator to use for validating the object\n   * @param onSuccess the closure to execute if the binding and validation succeeds\n   * @return the <code>View<\/code> object to use for rendering the response\n   *\/\n  def ifValid[T <: AnyRef](target: T, modelName: String = null)(onSuccess: T => View)(implicit validator: Validator[T]): View = {\n    val result = bindAndValidate(modelName, target)(validator)\n    if (result.hasErrors) formView else onSuccess(target)\n  }\n \n  \/**\n   * Bind, validate and execute the specified closure if no errors occur.\n   * \n   * <p>Same as {@code ifValid(target, modelName)(onSuccess)(validator)} method\n   * except that this method retrieves the target object form the <code>WebSession<\/code>\n   * using the specified <code>modelName<\/code> and if no errors occur removes it from the\n   * <code>WebSession<\/code> before calling the <code>onSuccess<\/code> closure.<\/p>  \n   * \n   * @param modelName the attribute name of the model object\n   * @param validator the validator to use for validating the object\n   * @param onSuccess the closure to execute if the binding and validation succeeds\n   * @return the <code>View<\/code> object to use for rendering the response\n   *\/\n  def ifValid[T <: AnyRef](modelName: String)(onSuccess: T => View)(implicit validator: Validator[T]): View = {\n    try {\n      val target: T = session[T](modelName)\n      val result = bindAndValidate(modelName, target)(validator)\n      if (result.hasErrors) formView else { session -= modelName; onSuccess(target) }\n    } catch {\n      case e: RequiredAttributeException if !storeModelInSession =>\n        throw new RequiredAttributeException(e.attribute, e.scopeClass,\n          \"You need to set 'storeModelInSession' to 'true' when you call the ifValid methods that retrieve the model object from the session.\")\n    }\n  }\n  \n  \/**\n   * Bind, validate and execute the specified closure if no errors occur.\n   * \n   * <p>Same as the {@code ifValid(modelName)(onSuccess)(validator)} method except\n   * that the {@code modelName} is derived from the class of the specified {@code T}\n   * parameter.<\/p>\n   * \n   * @param onSuccess the closure to execute if the binding and validation succeeds\n   * @param validator the validator to use for validating the object\n   * @return the <code>View<\/code> object to use for rendering the response\n   *\/\n  def ifValid[T <: AnyRef](onSuccess: T => View)(implicit validator: Validator[T], m: Manifest[T]): View = {\n    val modelName = Conventions.classToAttributeName(m.runtimeClass)\n    ifValid(modelName)(onSuccess)(validator)\n  }\n  \n  \/**\n   * Return a <code>View<\/code> to be used when the validation fails in the {@link #ifValid} methods.\n   * \n   * <p>This method returns a {@code ViewName} by invoking the {@link Conventions#viewNameForRequest}.\n   * Subclasses can override this method to return a different view.<\/p>\n   *\/\n  def formView: View = new ViewName(Conventions.viewNameForRequest(request))\n\n  \/**\n   * Format the specified error using the formatter of the implicit validator.\n   * \n   * @param error     the error to format\n   * @param validator specifies the ErrorFormatter to use\n   * \n   * @return a formatted error message for the specified error\n   *\/\n  def format(error: Error)(implicit validator: Validator[_]): String = {\n    validator.errorFormatter.format(error, request.locale, request.messages, request.converters)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ScopeAccessorTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage scope\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\n\nclass ScopeAccessorTest {\n  \n  val response = new WebResponse(null)\n  val request = new WebRequest(new ApplicationScope(null), new MockHttpServletRequest,\n                               null, null, null, null)\n  \n  @Test\n  def access_the_various_scopes() {\n    val scopes = ScopeAccessor(request, response)\n    assertNotNull(scopes.request)\n    assertNotNull(scopes.response)\n    assertNotNull(scopes.application)\n    assertNotNull(scopes.session)\n    assertNotNull(scopes.flash)\n  }\n\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/CsrfProtection.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport java.util.UUID\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.mvc.scope.WebSession\n\n\/**\n * Protection from Cross-site request forgery attacks.\n * \n * @see <a href=\"http:\/\/en.wikipedia.org\/wiki\/Cross-site_request_forgery\">Cross-site Request Forgery<\/a>\n *\/\nobject CsrfProtection {\n  \n  def tokenName = \"csrf_token\"\n  \n  \/**\n   * Assert that the given request is not a forged request originating from the\n   * user's browser as the result of the HTML served by another site.\n   * \n   * <p>A request is checked only if it has a <em>POST<\/em> HTTP method and it is not\n   * an {@link WebRequest#isAjax AJAX request}. Requests that have a <em>GET<\/em> method\n   * must not change any data and are considered safe. Requests with other methods are\n   * used only in Web APIs that usually employ application specific method to guarantee the\n   * authenticity of their requests. AJAX requests are immune to this attack because of the\n   * <a href=\"http:\/\/en.wikipedia.org\/wiki\/Same_origin_policy\">same-origin<\/a> policy.<\/p>\n   * \n   * <p>If the given request must be checked for forgery then this method:\n   * <ol>\n   * <li>Checks that a WebSession exists otherwise throws an IllegalStateException<\/li>\n   * <li>Checks that the session contains a CSRF token otherwise throws a RequiredAttributeException<\/li>\n   * <li>Retrieves the submitted token from a request parameter<\/li>\n   * <li>If a token was not submitted then it throws a MaliciousRequestException<\/li>\n   * <li>Throws a MaliciousRequestException if the submitted token does not match the token found in session<\/li>\n   * <\/ol>\n   * <\/p>\n   * \n   * @param request the request to check for forgery\n   * \n   * @throws IllegalStateException if the request must be protected and a WebSession does not exist\n   * @throws RequiredAttributeException if the value of the CSRF token in not found in session\n   * @throws MaliciousRequestException if the token in the request parameter is missing or if it\n   *         does not match the token found in session\n   *\/\n  def assertOrigin(request: WebRequest) {\n    if (shouldRequestBeChecked(request)) {\n      if (request.existingSession == None)\n        throw new IllegalStateException(\n          \"Cannot protect from forged requests without an active WebSession.\")\n    \n      val requestToken = request.params.getParameter(tokenName)\n      val csrfToken = request.session[String](tokenName)\n      if (requestToken != csrfToken)\n        throw new MaliciousRequestException(\"Forged request detected!\")\n    }\n  }\n  \n  private def shouldRequestBeChecked(request: WebRequest) =\n    request.method == \"POST\" && !request.isAjax\n  \n  \/**\n   * Get the CSRF protection token for the specified session.\n   * \n   * <p>If a token does not already exist for the given session\n   * it is created and stored as an attribute.<\/p>\n   * \n   * @param session the WebSession that contains the token\n   * @return the CSRF token of the given session\n   *\/\n  def getToken(session: WebSession): String = {\n    session.putIfAbsent(tokenName, generateNewToken)\n  }\n\n  private def generateNewToken = UUID.randomUUID.toString \n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/InternetAddressConstraintTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Test\n\nclass InternetAddressConstraintTest {\n  import ConstraintAssertions._\n\n  val constraint = new InternetAddressConstraint\n  \n  @Test\n  def nulls_are_valid_and_empty_string_is_invalid() {\n    assertValid(constraint, null)\n    assertInvalid(constraint, \"\")\n  }\n  \n  @Test\n  def validate_ipv4_adresses() {\n    assertValid(constraint, \"0.0.0.0\", \"255.255.255.255\", \"127.0.0.1\")\n    assertInvalid(constraint, \"256.256.256.256\", \"1.2.3.4.5\", \"1.2.3.4.\", \"1.2.3\", \".1.2.3.4\")\n  }\n  \n  @Test\n  def validate_domain_names() {\n    assertValid(constraint, \"www.google.com\", \"aaa\",\"go.a1a\", \"go.com\", \"go.au\", \"255.com\")\n    assertInvalid(constraint, \"go.a\", \"go.2aa\", \"aaa.\", \".aaa\", \"yahoo.museum\")\n  }\n  \n  @Test\n  def validate_domain_names_with_dashes() {\n    assertValid(constraint, \"example-domain.com\")\n    assertInvalid(constraint, \"-example.com\", \"example-.com\", \"example.-com\", \"example.c-m\", \"example.co-\")\n  }\n  \n  @Test\n  def validate_domains_with_one_character() {\n    assertValid(constraint, \"a\", \"1.2.3.gr\", \"a.gr\", \"a.b.gr\")\n    assertInvalid(constraint, \"example.x\", \"test.example.x\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/WebModule.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport javax.servlet.ServletConfig\n\n\/**\n * The central configuration class of a DispatcherServlet.\n * \n * <p>For each <code>DispatcherServlet<\/code> in your web application you must\n * define a <code>WebModule<\/code> class that contains the configuration,\n * controller classes and interceptors for the servlet. The <code>WebModuel<\/code>\n * class must be specified as an init parameter with the name <em>web-module<\/em>\n * in the servlet definition in <em>web.xml<\/em>.<\/p>\n *\n * Sample XML for a <code>DispatcherServlet<\/code> configuration in web.xml:\n * <pre>\n * &lt;servlet&gt;\n *   &lt;servlet-name&gt;my-app&lt;\/servlet-name&gt;\n *   &lt;servlet-class&gt;com.tzavellas.coeus.core.DispatcherServlet&lt;\/servlet-class&gt;\n *   &lt;init-param&gt;\n *     &lt;param-name&gt;web-module&lt;\/param-name&gt;\n *     &lt;param-value&gt;com.example.myapp.web.ApplicationModule&lt;\/param-value&gt;\n *   &lt;\/init-param&gt;\n * &lt;\/servlet&gt;\n * \n * &lt;servlet-mapping&gt;\n *   &lt;servlet-name&gt;my-app&lt;\/servlet-name&gt;\n *   &lt;url-pattern&gt;\/app&lt;\/url-pattern&gt;\n  &lt;\/servlet-mapping&gt;\n * <\/pre>\n *\/\nclass WebModule(val servletConfig: ServletConfig) extends DispatcherConfig\n                                                     with ControllerRegistry\n                                                     with InterceptorRegistry"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/ConventionUtilsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ConventionUtilsTest {\n  \n  import ConventionUtils._\n\n  @Test\n  def package_name_to_path() {\n    assertEquals(\"\/\", packageNameToPath(\"\"))\n    assertEquals(\"blog\/\", packageNameToPath(\"blog\"))\n    assertEquals(\"blog\/comments\/\", packageNameToPath(\"blog.comments\"))\n  }\n  \n  @Test\n  def package_name_to_path_excluding_roots() {\n    assertEquals(\"blog\/\", packageNameToPath(Nil, \"blog\"))\n    assertEquals(\"blog\/\", packageNameToPath(List(\"com.example\"), \"com.example.blog\"))\n    assertEquals(\"blog\/\", packageNameToPath(List(\"com.example\"), \"blog\"))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/UrlHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport com.tzavellas.coeus.util.internal.Interpolator\nimport javax.servlet.ServletContext\n\n\/**\n * Helper methods for creating URLs.\n *\/\ntrait UrlHelper {\n\n  \/** The {@code ServletContext} of the web application. *\/\n  def servletContext: ServletContext\n  \n  \/**\n   * Prepends the ContextPath to the specified path.\n   * \n   * @param path the input path (must not be empty)\n   * @see {@link javax.servlet.ServletContext#getContextPath ContextPath}\n   *\/\n  def url(path: String): String = {\n    require(path.length > 0)\n    \n    def makeAbsolute(path: String) = \n      if (path.charAt(0) == '\/') path else \"\/\" + path\n    \n    val context = servletContext.getContextPath\n    if (context == \"\" || context == \"\/\") makeAbsolute(path)\n    else context + makeAbsolute(path)\n  }\n  \n  \/**\n   * Prepends the ContextPath and performs variable substitution to the\n   * specified path.\n   * \n   * <p>The variables are delimited by the '{' and '}' characters and their\n   * content is ignored. The substitution is based on the position of the\n   * specified arguments.<\/p>\n   * \n   * <p>Example: if the context path is <em>\/test<\/em> then invoking\n   * <code>url(\"\/space\/{sid}\/page\/{pid}\/edit\", \"development\", 42)<\/code> will\n   * produce the path <em>\/test\/space\/development\/page\/42\/<\/em>.\n   * \n   * @param path the input path (must not be empty)\n   *\/\n  def url(path: String, args: Any*): String = {\n    val interpolated = Interpolator.interpolateVars(path, args)\n    url(interpolated)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceRegistrar.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceRegistrar.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport language.existentials\n\nimport java.lang.annotation.Annotation\nimport scala.collection.JavaConversions._\nimport com.google.inject.{Injector, Scope, Scopes, Binding}\nimport com.google.inject.spi.BindingScopingVisitor\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * Register all the {@code Controller} classes from the bindings in a Guice\n * injector.\n *\/\nprivate object GuiceRegistrar {\n  \n  def registerControllers(registry: ControllerRegistry, injector: Injector) {\n    for {\n      (key, binding) <- injector.getBindings\n      controllerClass = key.getTypeLiteral.getRawType\n      if classOf[Controller].isAssignableFrom(controllerClass)\n    } {\n      assertControllerScope(binding)\n      registry.controllers += injector.getInstance(controllerClass).asInstanceOf[Controller]\n    }\n  }\n  \n  private def assertControllerScope(b: Binding[_]) {\n    if (b.acceptScopingVisitor(hasScope))\n      throw new FrameworkException(\"The Guice binding: \" + b +\n        \" has wrong scope. Controller bindings must have the Singleton scope.\")\n  }\n  \n  private object hasScope extends BindingScopingVisitor[Boolean] {\n    def visitNoScoping = true\n    def visitEagerSingleton = false\n    def visitScope(scope: Scope) = scope != Scopes.SINGLETON\n    def visitScopeAnnotation(ann: Class[_ <: Annotation]) = ann != classOf[Singleton] \n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/interception\/Interceptor.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.interception\n\nimport com.tzavellas.coeus.core.RequestContext\n\n\/**\n * Intercepts the execution of requests.\n *\n * <p>Instances of this class must be <em>thread-safe<\/em>.<\/p>\n *\n * @see {@link com.tzavellas.coeus.core.config.InterceptorRegistry InterceptorRegistry}\n *\/\ntrait Interceptor {\n  \n  \/**\n   * Called before the request's Handler.\n   * \n   * @param context the context of the current request\n   * \n   * @return <em>true<\/em> to denote that the request handling should continue,\n   *         else <em>false<\/em> to denote that the request has been handled\n   *\/\n  def preHandle(context: RequestContext): Boolean\n \n  \/**\n   * Called after the request's Handler.\n   * \n   * @param context the context of the current request\n   *\/\n  def postHandle(context: RequestContext)\n  \n  \/**\n   * Called after view rendering.\n   * \n   * @param context the context of the current request\n   *\/\n  def afterRender(context: RequestContext)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/TreeBasedRequestResolverTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass TreeBasedRequestResolverTest {\n  \n  val handler = new Handler(null, null)\n  val resolver = new TreeBasedRequestResolver\n  \n  @Test\n  def adding_the_same_path_produces_one_node() {\n    registerGet(\"\/books\");  assertNumberOfNodes(1)\n    registerGet(\"\/books\");  assertNumberOfNodes(1)\n  }\n  \n  @Test\n  def test_tree_creation_by_adding_paths() {\n    registerGet(\"\/books\");        assertNumberOfNodes(1)\n    registerGet(\"\/books\/search\"); assertNumberOfNodes(2)\n    registerGet(\"\/book-search\");  assertNumberOfNodes(4)\n    registerGet(\"\/bank\");         assertNumberOfNodes(6)\n    registerGet(\"\/author\");       assertNumberOfNodes(7)\n  }\n  \n  @Test\n  def adding_shorter_uri() {\n    registerGet(\"\/books\");  assertNumberOfNodes(1)\n    registerGet(\"\/book\");   assertNumberOfNodes(2)\n  }\n  \n  @Test\n  def adding_paths_with_wildcards() {\n    registerGet(\"\/books\");               assertNumberOfNodes(1)\n    registerGet(\"\/books\/*\");             assertNumberOfNodes(3)\n    registerGet(\"\/books\/author\");        assertNumberOfNodes(4)\n    registerGet(\"\/books\/author\/*.html\"); assertNumberOfNodes(7)\n    registerGet(\"\/books\/author\/*.xtml\"); assertNumberOfNodes(9)\n    registerGet(\"\/books\/author\/*.css\");  assertNumberOfNodes(10)\n  }\n  \n  @Test\n  def do_not_replace_existing_node() {\n    registerGet(\"\/static\/*.html\"); assertNumberOfNodes(3)\n    registerGet(\"\/static\/*.css\");  assertNumberOfNodes(5)\n  }\n  \n  @Test\n  def replace_handler() {\n    registerGet(\"\/books\", \"\/books-search.html\")\n    assertHandlerFound(\"\/books\")\n    assertNumberOfNodes(2)\n\n    val newHandler = new Handler(null, null)\n    resolver.register('GET, \"\/books\", newHandler)\n    assertEquals(newHandler, handlerOf('GET, \"\/books\"))\n    assertNumberOfNodes(2)\n  }\n  \n  @Test\n  def adding_the_same_wildcard() {\n    registerGet(\"\/index\/*\");  assertNumberOfNodes(2)\n    registerGet(\"\/index\/*\");  assertNumberOfNodes(2)\n    \n    registerGet(\"\/*\");  assertNumberOfNodes(3)\n    registerGet(\"\/*\");  assertNumberOfNodes(3)\n  }\n  \n  @Test\n  def adding_a_shorter_uri_adds_the_handler_to_the_common_parent() {\n    registerGet(\"\/book\/author\", \"\/book\")\n    assertHandlerFound(\"\/book\/author\")\n    assertHandlerFound(\"\/book\")\n  }\n  \n  @Test\n  def match_the_complete_path_when_no_wildcards() {\n    registerGet(\"\/book\")\n    assertHandlerFound(\"\/book\")\n    assertNoHandlerFound(\"\/book\/author\")\n  }\n  \n  @Test\n  def add_handler_to_root() {\n    registerGet(\"\/\")\n    assertHandlerFound(\"\/\")\n    assertNoHandlerFound(\"\/index\")\n  }\n  \n  @Test\n  def add_handler_to_root_via_wildcard() {\n    registerGet(\"\/*\")\n    assertHandlerFound(\"\/\")\n    assertHandlerFound(\"\/index\")\n  }\n  \n  @Test\n  def ending_slashes_get_removed_when_registered() {\n    registerGet(\"\/book\/\/\/\/\")\n    assertHandlerFound(\"\/book\")\n  }\n  \n  \n  @Test\n  def ending_slash_also_matches() {\n    registerGet(\"\/book\/author\", \"\/book\")\n    assertHandlerFound(\"\/book\/author\")\n    assertHandlerFound(\"\/book\")\n    assertHandlerFound(\"\/book\/\")\n    assertHandlerFound(\"\/book\/\/\/\/\")\n  }\n  \n  @Test\n  def match_without_wildcards() {\n    registerGet(\"\/book\", \"\/book\/author\")\n    assertNoHandlerFound(\"does not exist\")\n    assertNoHandlerFound(\"\/author\")\n    assertNoHandlerFound(\"\/\")\n    assertNoHandlerFound(\"\")\n    assertHandlerFound(\"\/book\")\n    assertHandlerFound(\"\/book\/author\")\n    assertNoHandlerFound(\"\/book\/price\")\n  }\n  \n  @Test\n  def match_with_wildcards() {\n    registerGet(\"\/books\/*\/edit\", \"\/books\/*\/authors\/*\/profile\", \"\/search-*.html\", \"\/search\/*\", \"\/bookmarks\/{userId}\/list\")\n    assertNoHandlerFound(\"\/book\")\n    assertNoHandlerFound(\"\/books\/price\")\n    assertHandlerFound(\"\/books\/25\/edit\")\n    assertNoHandlerFound(\"\/books\/25\/delete\")\n    assertHandlerFound(\"\/books\/25\/authors\/12\/profile\")\n    assertHandlerFound(\"\/search-books.html\")\n    assertNoHandlerFound(\"\/search-books.xml\")\n    assertHandlerFound(\"\/search\/all\")\n    assertHandlerFound(\"\/bookmarks\/sptz45\/list\")\n  }\n  \n  @Test\n  def extract_variables() {\n    registerGet(\"\/books\/{bookId}\/edit\", \"\/books\/{bookId}\/authors\/{authorId}\/profile\", \"\/bookmarks\/{userId}\")\n\n    assertEquals(\"250\", resolve('GET, \"\/books\/250\/edit\")._2(\"bookId\"))\n    assertEquals(\"sptz45\", resolve('GET, \"\/bookmarks\/sptz45\")._2(\"userId\"))\n    assertNoHandlerFound(\"\/books\/25\/delete\")\n\n    var (handler, variables) = resolve('GET, \"\/books\/15\/authors\/12\/profile\") \n    assertEquals(handler, handler)\n    assertEquals(\"15\", variables(\"bookId\"))\n    assertEquals(\"12\", variables(\"authorId\"))\n  }\n  \n  @Test\n  def method_not_allowed_path() {\n    registerGet(\"\/books\")\n    val (handlers, _) = resolver.resolve(\"\/books\")\n    assert(  handlers.isMethodAllowed('GET))\n    assert(! handlers.isMethodAllowed('DELETE))\n  }\n  \n  @Test\n  def multiple_mehtods_for_path() {\n    registerGet(\"\/books\")\n    resolver.register('POST, \"\/books\", new Handler(null, null))\n    assertHandlerFound(\"\/books\", 'GET)\n    assertHandlerFound(\"\/books\", 'POST)\n  }\n  \n  @Test\n  def resolve_to_handler_with_the_longerst_path2() {\n    val handleB = new Handler(null, null)\n    resolver.register('GET, \"\/b\", handleB)\n    resolver.register('GET, \"\/books\", handler)\n    \n    val resolved = handlerOf('GET, \"\/books\")\n    assertSame(handler, resolved)\n    assertNotSame(handleB, resolved)\n  }\n  \n  @Test\n  def wildcard_has_lower_priority_in_matches() {\n    val catchAll = new Handler(null, null)\n    resolver.register('GET, \"\/*\", catchAll)\n    resolver.register('GET, \"\/books\", handler)\n    \n    val resolved = handlerOf('GET, \"\/books\")\n    assertSame(handler, resolved)\n    assertNotSame(catchAll, resolved)\n  }\n  \n  @Test\n  def longest_match_when_two_wildcards_present_at_the_same_posistion() {\n    val catchAll = new Handler(null, null)\n    resolver.register('GET, \"\/books\/*\/edit\", handler)\n    resolver.register('GET, \"\/books\/*\", catchAll)\n    \n    val resolved = handlerOf('GET, \"\/books\/12\/edit\")\n    assertSame(handler, resolved)\n    assertNotSame(catchAll, resolved)\n  }\n  \n  @Test\n  def capturing_wildcard_matches_even_if_other_wildcard_present() {\n    val catchAll = new Handler(null, null)\n    resolver.register('GET, \"\/books\/{bookId}\/edit\", handler)\n    resolver.register('GET, \"\/books\/*\", catchAll)\n    val (h, vars) = resolve('GET, \"\/books\/12\/edit\")\n    assertSame(handler, h)\n    assertNotSame(catchAll, h)\n    assertEquals(\"12\", vars(\"bookId\"))\n  }\n\n  \/\/ -- Helper methods --------------------------------------------------------\n\n  def assertNumberOfNodes(expected: Int) {\n    assertEquals(expected, resolver.numberOfNodes)\n  }\n  \n  def assertHandlerFound(path: String, method: Symbol = 'GET) {\n    val (handlers, _) = resolver.resolve(path)\n    assert(!handlers.isEmpty,\n    \t\t   \"No handler found for path %s\".format(path))\n    \n    assert(handlers.isMethodAllowed(method),\n    \t\t   \"Method %s not allowed for path %s\".format(method.toString, path))\n  }\n  \n  def assertNoHandlerFound(path: String, method: Symbol = 'GET) {\n    val (handlers, _) = resolver.resolve(path)\n    val notFound = !handlers.isMethodAllowed(method)\n    assert(notFound, \"Found handler for path %s and method %s\".format(path, method.name))\n  }\n  \n  def handlerOf(method: Symbol, path: String) = resolve(method, path)._1\n  \n  def resolve(method: Symbol, path: String)  = {\n    val (handlers, variables) = resolver.resolve(path)\n    assert(handlers.isMethodAllowed(method), \"expected sucessful request resolution\")\n    (handlers(method), variables)\n  }\n  \n  def registerGet(paths: String*) {\n    paths foreach { resolver.register('GET, _, handler) }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/WebRequest.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/WebRequest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\npackage mvc\n\nimport java.util.{ Date, Enumeration, Locale }\nimport javax.servlet.ServletContext\nimport javax.servlet.http.{ HttpServletRequest, Cookie }\nimport scala.collection.Map\nimport scala.collection.JavaConversions._\nimport bind.ConverterRegistry\nimport i18n.locale.LocaleResolver\nimport i18n.msg.MessageBundle\nimport http.HttpRequestHeaders\nimport http.multipart.{ FormFile, MultipartHttpServletRequest }\nimport scope._\nimport param._\n\n\/**\n * The web request.\n * \n * @param servletRequest the actual Servlet request\n * @param pathContext the path variables\n * @param localeResolver the configured <code>LocaleResolver<\/code>\n * @param converters the default converters\n *\/\nclass WebRequest(\n  val application: ApplicationScope,\n  val servletRequest: HttpServletRequest,\n  pathContext: Map[String, String],\n  localeResolver: LocaleResolver,\n  val converters: ConverterRegistry,\n  val messages: MessageBundle) extends ScopedContainer with HttpRequestHeaders {\n  \n  \/**\n   * Returns a <code>Reader<\/code> with the request's body\n   * \n   * <p>Either this method or {@link #inputStream} may be called to read the request's\n   * body, not both.<\/p>\n   *\/\n  def reader = servletRequest.getReader\n  \n  \/**\n   * Returns an <code>InputStream<\/code> with the request'a body.\n   * \n   * <p>Either this method or {@link #reader} bay be called to read the request's body,\n   * not both.<\/p>\n   *\/\n  def inputStream = servletRequest.getInputStream\n  \n  def getAttribute[T](attribute: String): T =\n    servletRequest.getAttribute(attribute).asInstanceOf[T]\n  \n  def attributeNames =\n    servletRequest.getAttributeNames.asInstanceOf[Enumeration[String]]\n  \n  def update(attribute: String, value: Any) {\n    servletRequest.setAttribute(attribute, value)\n  }\n  \n  def -=(attribute: String) {\n    servletRequest.removeAttribute(attribute)\n  }\n  \n  private[this] var _session: WebSession = _\n  \n  \/** Return the WebSession and optionally creates one if it doesn't exist. *\/\n  def session = {\n    if (_session eq null)\n      _session = new WebSession(servletRequest.getSession)\n    _session\n  }\n  \n  \/** Returns an existing session on None if a session does't already exist. *\/\n  def existingSession =\n    if (servletRequest.getSession(false) eq null) None else Some(session)\n  \n  \/**\n   * Invalidates the current {@code WebSession} and creates a new one.\n   * \n   * <p>This is needed in many cases (such as when performing a user login)\n   * to defend from <a href=\"http:\/\/en.wikipedia.org\/wiki\/Session_fixation\">session-fixation<\/a>\n   * attacks.<\/p>\n   * \n   * @return the newly created session.\n   *\/\n  def resetSession(): WebSession = {\n    for (existing <- existingSession) {\n      existing.invalidate()\n      _session = null\n    }\n    session\n  }\n  \n  \/** Returns the flash scope. *\/\n  lazy val flash = new FlashScope(session)\n  \n  \/** Returns the request parameters. *\/\n  lazy val params = new RequestParameters(servletRequest, locale, converters)\n  \n  \/** Returns the path variables. *\/\n  lazy val path = new PathParameters(pathContext, locale, converters)\n  \n  \/** The user's locale as returned by the configured <code>LocaleResolver<\/code>. *\/\n  def locale: Locale = localeResolver.resolve(servletRequest)\n  \n  \/** The HTTP method of the request. *\/\n  def method = servletRequest.getMethod\n  \n  \/**\n   * The request URI of the request.\n   * \n   * @see HttpServletRequest#getRequestURI\n   *\/\n  def uri = servletRequest.getRequestURI\n  \n  \/**\n   * The context path of the web application.\n   * \n   * @see HttpServletRequest#getContextPath\n   *\/\n  def contextPath = servletRequest.getContextPath\n  \n  \/**\n   * Return an array with all the {@code Cookie}s the client sent with his request.\n   * \n   * @see HttpServletRequest#getCookies\n   *\/\n  def cookies = servletRequest.getCookies\n  \n  \/** Return the {@code Cookie} with the specified name. *\/\n  def cookies(name: String): Option[Cookie] = cookies find { _.getName == name }\n  \n  \/**\n   * Tests whether this request originated from a {@code XMLHttpRequest} Javascript object.\n   * \n   * <p>This implementation is not 100% accurate. It simply checks that the client has sent\n   * the HTTP header <em>X-Requested-With<\/em> with the value <em>XMLHttpRequest<\/em>. If the\n   * client doesn't send this header then this method will return {@code false} even if the\n   * request originated from a {@code XMLHttpRequest} Javascript object. This is OK because\n   * all major Javascript libraries send this header when performing AJAX requests.<\/p>\n   *\/\n  def isAjax = header(\"X-Requested-With\").getOrElse(null) == \"XMLHttpRequest\"\n\n  \/**\n   * Whether this request was made using a secure channel.\n   *\/\n  def isSecure = servletRequest.isSecure\n  \n  \/**\n   * Tests whether the request contains a \"If-Modified-Since\" HTTP header with a\n   * date that is before the specified modification time.\n   *\/\n  def isModifiedSince(mtime: Long): Boolean = {\n    for (lastModified <- headerDate(\"If-Modified-Since\"))\n      return mtime > lastModified\n    true\n  }\n  \n  \/**\n   * Tests whether the request contains a \"If-None-Match\" HTTP header with a value\n   * that matches the specified etag.\n   *\/\n  def etagMatches(etag: String): Boolean = {\n    for (re <- header(\"If-None-Match\")) return re == etag\n    false\n  }\n  \n  \/**\n   * Tests whether this request is a multipart request.\n   * \n   * <p>A request is multipart when it has a POST HTTP method and a\n   * <a href=\"http:\/\/en.wikipedia.org\/wiki\/MIME\">mutipart<\/a>\n   * content-type.<\/p>\n   *\/\n  def isMultipart = WebRequest.isMultipart(servletRequest)\n  \n  def files(name: String): Option[FormFile] = servletRequest match {\n    case multipart: MultipartHttpServletRequest => Option(multipart.getFile(name))\n    case _ => None\n  }\n}\n\nobject WebRequest {\n  \n  private[this] val request = new ThreadLocal[WebRequest]\n  \n  \/** Get the current web request. *\/\n  def currentRequest = request.get\n  \n  \/** Set the current web request. *\/\n  def currentRequest_=(r: WebRequest) {\n    if (r eq null)\n      request.remove()\n    else\n      request.set(r)\n  }\n  \n  def isMultipart(req: HttpServletRequest): Boolean = {\n    if (\"post\" != req.getMethod.toLowerCase) return false\n    val contentType = req.getContentType\n    if (contentType eq null) return false\n    \/\/ Can be \"multipart\/form-data\" or \"multipart\/mixed\"\n    if (contentType.toLowerCase.startsWith(\"multipart\/\")) return true\n    false\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/MessagesHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\nimport com.tzavellas.coeus.mvc.scope.ScopeAccessor\n\n\/**\n * A view helper to read i18n messages.\n *\/\ntrait MessagesHelper {\n\n  \/**\n   * Get the message for the specified code using the {@code Locale} retrieved from\n   * the configured {@code LocaleResolver}.\n   * \n   * @param code the code of the message \n   * @param args the arguments to use for substituting any variables in the message\n   * \n   * @throws MessageNotFoundException if a message does not exist for the\n   *         specified code and resolved {@code Locale}.\n   *\/\n  def msg(code: String, args: Any*)(implicit scopes: ScopeAccessor) = {\n    val request = scopes.request\n    request.messages(request.locale, code, args)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/security\/CsrfProtectionTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\nimport com.tzavellas.coeus.i18n.locale.FixedLocaleResolver\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.mvc.scope.RequiredAttributeException\n\nclass CsrfProtectionTest {\n  \n  val mock = new MockHttpServletRequest(\"POST\", \"\/\")\n  val request = new WebRequest(null, mock, null, new FixedLocaleResolver(java.util.Locale.US), null, null)\n  \n  @Test\n  def non_post_requests_are_not_checked() {\n    mock.setMethod(\"GET\")\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test\n  def ajax_requests_are_not_checked() {\n    mock.addHeader(\"X-Requested-With\", \"XMLHttpRequest\")\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test(expected=classOf[IllegalStateException])\n  def exception_when_session_does_not_exist() {\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test(expected=classOf[RequiredAttributeException])\n  def exception_when_not_token_in_session() {\n    createSession()\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test(expected=classOf[MaliciousRequestException])\n  def exception_when_not_tokens_do_not_match() {\n    val session = createSession()\n    CsrfProtection.getToken(session)\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test\n  def valid_request_when_tokens_match() {\n    val session = createSession()\n    val token = CsrfProtection.getToken(session)\n    mock.addParameter(CsrfProtection.tokenName, token)\n    CsrfProtection.assertOrigin(request)\n  }\n  \n  @Test\n  def same_token_is_returned_for_the_same_session() {\n    request.session\n    \n    val token1 = CsrfProtection.getToken(request.session)\n    val token2 = CsrfProtection.getToken(request.session)\n    assertEquals(token1, token2)\n    \n    request.resetSession()\n    \n    val token3 = CsrfProtection.getToken(request.session)\n    assertTrue(token1 != token3)\n    \n    val token4 = CsrfProtection.getToken(request.session)\n    assertEquals(token3, token4)\n  }\n  \n  def createSession() = request.session\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/Validator.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation\n\nimport com.tzavellas.coeus.bind._\n\n\/**\n * Validates objects.\n * \n * @see BindingResult\n *\/\ntrait Validator[-T <: AnyRef] {\n\n  \/**\n   * Validate the specified target object.\n   * \n   * @param target the object to validate.\n   * @return a sequence of <code>Error<\/code> objects or an empty sequence if\n   *         the specified object is valid.\n   *\/\n  def validate(target: T): Iterable[Error]\n  \n  \/**\n   * Validate the target object of the specified <code>BindingResult<\/code>. \n   * \n   * <p>This method adds any validation errors in the specified\n   * <code>BindingResult<\/code>.<\/p>\n   *\/\n  def validate(result: BindingResult[T])\n  \n  \/**\n   * Validate the specified field value.\n   * \n   * <p>This method takes a type parameter ({@code S}) that corresponds to the type of\n   * the target object and is usually the same as the type parameter {@code T}. This\n   * parameter is needed because {@code T} is contravariant and this method needs to\n   * know the exact class of the target object.<\/p>\n   * \n   * @param field the field's name\n   * @param value the field's value\n   * @return an <code>Option<\/code> containing an error if the value is invalid,\n   *        else <code>None<\/code>.\n   *\/\n  def validateField[F](field: String, value: Any)(implicit m: Manifest[F]): Option[Error]\n  \n  val errorFormatter: ErrorFormatter\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/LocaleConverterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass LocaleConverterTest {\n\n  val conv = new LocaleConverter\n  \n  @Test\n  def test_default_locale() {\n    assertEquals(Locale.US, conv.parse(\"  \", null))\n    assertEquals(Locale.US, conv.parse(null, null))\n  }\n  \n  @Test\n  def test_locale_parsing() {\n    assertEquals(Locale.US, conv.parse(\"en_US  \", null))\n    assertEquals(Locale.US, conv.parse(\"en us\", null))\n    assertEquals(new Locale(\"el\", \"Gr\"), conv.parse(\"el Gr\", null))\n  }\n  \n  @Test\n  def test_locale_formatting() {\n    assertEquals(\"en_US\", conv.format(Locale.US, null))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/AbstractConverter.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/AbstractConverter.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * Contains various helper methods for implementing {@code Converter} classes.\n *\/\nabstract class AbstractConverter[T] extends Converter[T]{\n  \n  \/**\n   * Parse the input {@code text} by filtering first if the {@code text}\n   * is empty.\n   * \n   * @param text the text to parse\n   * @param default the value to return if the {@code text} is empty\n   * @param parser the parser to use for parsing the text\n   *\/\n  def filterEmpty(text: String, default: T, parser: String => T): T = {\n    if (text eq null) default\n    else {\n      val trimmed = text.trim\n      if (trimmed.isEmpty) default else parser(trimmed)\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/CakeRegistrarTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.FrameworkException\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport com.tzavellas.coeus.core._\n\n\nclass CakeRegistrarTest {\n  import CakeRegistrarTest._\n  \n  val components = CakeRegistrarTest.ComponentRegistry\n  val registry = new ControllerRegistry { }\n  \n  @Test\n  def registers_all_inner_controller_classes_of_the_interfaces_of_the_specified_class() {\n    CakeRegistrar.registerControllers(registry, components)\n    val controllers = registry.controllers.result\n    assertTrue(controllers.exists(_.getClass == classOf[BlogComponent#BlogController]))\n  }\n  \n  @Test(expected=classOf[FrameworkException])\n  def exception_when_no_public_constructor() {\n    CakeRegistrar.registerControllers(registry, ErrorPrivateComponentRegistry)\n  }\n  \n  @Test(expected=classOf[FrameworkException])\n  def exception_when_constuctor_takes_parameters() {\n    CakeRegistrar.registerControllers(registry, ErrorsArgsComponentRegistry)\n  }\n}\n\nobject CakeRegistrarTest{\n\n  trait BlogComponent {\n    class BlogController extends Controller\n  }\n  \n  object ComponentRegistry extends BlogComponent\n  \n  trait ErrorPrivateComponent {\n    class PrivateConstructorController private () extends Controller\n  }\n  \n  object ErrorPrivateComponentRegistry extends ErrorPrivateComponent\n  \n  trait ErrorsArgsComponent {\n    class ConstructorWithArgsController(arg: Int) extends Controller\n  }\n  \n  object ErrorsArgsComponentRegistry extends ErrorsArgsComponent  \n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/HttpStatus.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Was originally based on code from Spring Framework\n * that was written by <NAME>.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http\n\nobject HttpStatus { \n  \n  \/\/ --- 1xx Informational ---\n\n  val CONTINUE = 100\n  val SWITCHING_PROTOCOLS = 101\n\n  \/\/ --- 2xx Success ---\n\n  val OK = 200\n  val CREATED = 201\n  val ACCEPTED = 202\n  val NON_AUTHORITATIVE_INFORMATION = 203\n  val NO_CONTENT = 204\n  val RESET_CONTENT = 205\n  val PARTIAL_CONTENT = 206\n  \n  \/\/ --- 3xx Redirection ---\n\n  val MULTIPLE_CHOICES = 300\n  val MOVED_PERMANENTLY = 301\n  val MOVED_TEMPORARILY = 302\n  val SEE_OTHER = 303\n  val NOT_MODIFIED = 304\n  val USE_PROXY = 305\n  val TEMPORARY_REDIRECT = 307\n\n  \/\/ --- 4xx Client Error ---\n\n  val BAD_REQUEST = 400\n  val UNAUTHORIZED = 401\n  val PAYMENT_REQUIRED = 402\n  val FORBIDDEN = 403\n  val NOT_FOUND = 404\n  val METHOD_NOT_ALLOWED = 405\n  val NOT_ACCEPTABLE = 406\n  val PROXY_AUTHENTICATION_REQUIRED = 407\n  val REQUEST_TIMEOUT = 408\n  val CONFLICT = 409\n  val GONE = 410\n  val LENGTH_REQUIRED = 411\n  val PRECONDITION_FAILED = 412\n  val REQUEST_TOO_LONG = 413\n  val REQUEST_URI_TOO_LONG = 414\n  val UNSUPPORTED_MEDIA_TYPE = 415\n  val REQUESTED_RANGE_NOT_SATISFIABLE = 416\n  val EXPECTATION_FAILED = 417\n\n  \/\/ --- 5xx Server Error ---\n\n  val INTERNAL_SERVER_ERROR = 500\n  val NOT_IMPLEMENTED = 501\n  val BAD_GATEWAY = 502\n  val SERVICE_UNAVAILABLE = 503\n  val GATEWAY_TIMEOUT = 504\n  val HTTP_VERSION_NOT_SUPPORTED = 505\n  \n  \/\/ --- Series ---\n  \n  def isInformational(status: Int) = (status \/ 100 == 1)\n  def isSuccessful(status: Int)    = (status \/ 100 == 2)\n  def isRedirection(status: Int)   = (status \/ 100 == 3)\n  def isClientError(status: Int)   = (status \/ 100 == 4)\n  def isServerError(status: Int)   = (status \/ 100 == 5)\n  \n  def isError(status: Int) = isClientError(status) || isServerError(status)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/ConverterRegistryTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ConverterRegistryTest {\n\n  val registry = ConverterRegistry.defaultConverters \n  \n  @Test\n  def retrieve_a_converter() {\n    assertEquals(1, registry.converter(classOf[Int]).parse(\"1\", null))\n    assertEquals(1, registry.converter(classOf[java.lang.Integer]).parse(\"1\", null))\n  }\n  \n  @Test(expected=classOf[NoConverterAvailableException])\n  def exception_when_no_converter_available() {\n    registry.converter(classOf[Thread])\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/LocaleConverter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\n\nclass LocaleConverter(default: Locale = Locale.US) extends AbstractConverter[Locale] {\n  \n  private val LocaleRegex = \"\"\"(\\p{Alpha}*)[^\\p{Alpha}]*(\\p{Alpha}*)\"\"\".r\n  \n  def parse(text: String, locale: Locale) = filterEmpty(text, default, str2locale)\n  \n  def format(value: Locale, locale: Locale) = value.toString\n  \n  private def str2locale(text: String) = text match {\n    case LocaleRegex(language, country) => new Locale(language, country)\n    case _                              => new Locale(text)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/RedirectViewTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport com.tzavellas.coeus.mvc.scope.MutableScopes\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.controller.AbstractController\nimport org.springframework.mock.web.{ MockHttpServletRequest, MockHttpServletResponse }\nimport com.tzavellas.coeus.http.HttpStatus\n\nclass RedirectViewTest {\n\n  val mockRequest = new MockHttpServletRequest\n  val mock = new MockHttpServletResponse\n  val request = new WebRequest(null, mockRequest, null, null, null, null)\n  val response = new WebResponse(mock)\n  val controller = new AbstractController with MutableScopes { }\n  controller.response = response\n  \n  @Test\n  def redirect_with_default_code() {\n    val view = controller.redirect(\"\/blog\")\n    view.render(request, response)\n    assertEquals(HttpStatus.SEE_OTHER, mock.getStatus)\n    assertEquals(\"\/blog\", mock.getHeader(\"Location\"))\n  }\n  \n  @Test\n  def redirect_with_specified_code() {\n    val view = controller.redirect(\"\/blog\", HttpStatus.MOVED_PERMANENTLY)\n    view.render(request, response)\n    assertEquals(HttpStatus.MOVED_PERMANENTLY, mock.getStatus)\n    assertEquals(\"\/blog\", mock.getHeader(\"Location\"))\n  }\n  \n  @Test(expected=classOf[IllegalArgumentException])\n  def redirect_with_code_not_in_redirection_series() {\n    val view = controller.redirect(\"\/blog\", HttpStatus.OK)\n    view.render(request, response)\n  }\n  \n  @Test\n  def redirect_prepends_context_path() {\n    mockRequest.setContextPath(\"\/coeusblog\")\n    controller.redirect(\"\/blog\").render(request, response)\n    assertEquals(\"\/coeusblog\/blog\", mock.getHeader(\"Location\"))\n  }\n  \n  @Test\n  def redirect_to_external_url() {\n    controller.redirect(\"http:\/\/google.com\").render(request, response)\n    assertEquals(\"http:\/\/google.com\", mock.getHeader(\"Location\"))\n    controller.redirect(\"https:\/\/google.com\").render(request, response)\n    assertEquals(\"https:\/\/google.com\", mock.getHeader(\"Location\"))\n  }\n  \n  @Test\n  def redirect_with_parameters() {\n    val view = controller.redirect(\"\/blog\", \"error\" -> true)\n    view.render(request, response)\n    assertEquals(\"\/blog?error=true\", mock.getHeader(\"Location\"))\n  }\n  \n  @Test\n  def redirect_with_parameters_using_location_with_existing_parameters() {\n    val view = controller.redirect(\"\/blog?id=42\", \"error\" -> true)\n    view.render(request, response)\n    assertEquals(\"\/blog?id=42&error=true\", mock.getHeader(\"Location\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewName.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\n\n\/**\n * A <code>View<\/code> that holds a <em>view name<\/em> that can be used to\n * resolve another <code>View<\/code> using a <code>ViewResolver<\/code>. \n * \n * @param name the name of the View this view refers to\n * @see ViewResolver\n *\/\nfinal case class ViewName(name: String) extends View {\n  \n  \/** The content-type is {@code null}. *\/ \n  def contentType = null\n  \n  \/** Unsupported operation. *\/\n  def render(request: WebRequest, response: WebResponse) {\n    throw new UnsupportedOperationException(\"Called render() on a ViewReference\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/PropertiesMessageBundle.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/PropertiesMessageBundle.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.msg\n\nimport java.util.{ Locale, ResourceBundle, PropertyResourceBundle }\nimport com.tzavellas.coeus.util.internal.Interpolator \n\n\/**\n * An abstract <code>MessageBundle<\/code> that provides common logic for loading\n * i18n messages from property files using <code>PropertyResourceBundle<\/code>.\n * \n * @see ClasspathMessageBundle\n * @see ServletMessageBundle\n * @see PropertyResourceBundle\n * @see ResourceBundle\n *\/\nabstract class PropertiesMessageBundle extends MessageBundle {\n\n  final def apply(locale: Locale, code: String, args: Any*): String = {\n    try {\n     val message = getBundle(locale).getString(code)\n     Interpolator.interpolateNumericVars(message, args)\n    } catch {\n      case cause: RuntimeException => throw new MessageNotFoundException(code, locale, cause)\n    }\n  }\n  \n  final def get(locale: Locale, code: String, args: Any*): Option[String] = {\n    val bundle = getBundle(locale)\n    if (bundle.containsKey(code)) {\n      val message = bundle.getString(code)\n      Some(Interpolator.interpolateNumericVars(message, args))\n    } else {\n      None\n    }\n  }\n  \n  \/**\n   * Load the bundle that contains the messages for the given locale.\n   *\/\n  protected def getBundle(locale: Locale): PropertyResourceBundle\n  \n  \/** Clears any messages form the internal cache *\/\n  def clearCache() {\n    ResourceBundle.clearCache()\n  }\n}\n\n\/**\n * Useful constants for configuring subclasses of <code>PropertiesMessageBundle<\/code> \n *\/\nobject PropertiesMessageBundle {\n\n  \/** Do not cache the loaded messages. *\/\n  def DONT_CACHE = ResourceBundle.Control.TTL_DONT_CACHE\n  \n  \/** Loaded messages never expire from cache. *\/\n  def NO_EXPIRATION = ResourceBundle.Control.TTL_NO_EXPIRATION_CONTROL\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/bean\/BeanValidatorTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport javax.validation.{ Validation => JValidation }\nimport javax.validation.constraints.NotNull\nimport com.tzavellas.coeus.bind.{ BindingResult, Error }\nimport com.tzavellas.coeus.test.Assertions._\n\nclass BeanValidatorTest {\n  import BeanValidatorTest._\n  \n  @Test\n  def validate_returns_a_list_of_errors() {\n  \tval errors = validator.validate(new Post).iterator\n  \tassertTrue(errors.hasNext)\n  \tassertNotNull(errors.next.code)\n  }\n  \n  @Test\n  def validate_using_binding_result() {\n  \tval result = new BindingResult(null, new Post)\n  \tvalidator.validate(result)\n  \tassertTrue(result.hasErrors)\n  \tassertNone(result.error(\"content\"))\n  \tassertSome(result.error(\"title\"))\n  \tassertEquals(validator.errorFormatter, result.errorFormatter)\n  }\n  \n  @Test\n  def validate_field() {\n  \tassertNone(validator.validateField[Post](\"title\", \"The title\"))\n  \tassertSome(validator.validateField[Post](\"title\", null))\n  }\n}\n\n\nobject BeanValidatorTest {\n  \n  val validator = new BeanValidator(\n    JValidation.buildDefaultValidatorFactory.getValidator)\n\n  class Post {\n    @NotNull\n    var title: String = _\n    var content: String = _\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/FlashScope.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport scala.collection.mutable.{HashSet, HashMap, SynchronizedMap}\nimport com.tzavellas.coeus.mvc.WebRequest\n\n\/**\n * A <code>ScopedContainer<\/code> for storing attributes that get read\n * after a redirect.\n *\n * <p>This scope is useful for implementing the redirect-after-post workflow.\n * Any attribute that is stored in this scope will be automatically removed\n * at the end of the request if it has been read during the request or if it\n * has been stored in this scope for longer than one minute.<\/p>\n * \n * @param session the user's WebSession\n *\/\nclass FlashScope(val session: WebSession) extends ScopedContainer {\n  import FlashScope._\n  \n  \/* Contains the names of the attributes that are marked for removal. *\/\n  private lazy val marked = new HashSet[String]\n  \n  def getAttribute[T](attribute: String): T = {\n    val entry = flashMap.get(attribute).getOrElse(null)\n    (if (entry eq null) null else { marked += attribute; entry.value }).asInstanceOf[T]\n  }\n  \n  def update(attribute: String, value: Any) {\n    flashMap.put(attribute, new FlashScopeEntry(value))\n  }\n  \n  def -=(attribute: String) {\n    flashMap.remove(attribute)\n  }\n  \n  def attributeNames = flashMap.keysIterator\n  \n  def notice = apply(\"flash-notice\")\n  def notice_=(message: String) = update(\"flash-notice\", message)\n  \n  def warning = apply(\"flash-warning\")\n  def warning_=(message: String) = update(\"flash-warning\", message)\n  \n  def error = apply(\"flash-error\")\n  def error_=(message: String) = update(\"flash-error\", message)\n  \n  \/**\n   * Removes from the scope any attribute that has been read or that has been\n   * put into the scope more than one minute ago.\n   *\/\n  def sweep() {\n    for ((attr, entry) <- flashMap) if (marked.contains(attr) || hasExpired(entry)) {\n      flashMap -= attr\n    }\n    if (flashMap.isEmpty) {\n      session -= FLASH_SCOPE_NAME\n    }\n  }\n  \n  \/* Tests whether the given entry has expired (used in unit tests). *\/\n  private[scope] def hasExpired(entry: FlashScopeEntry) = entry.hasExpired\n\n  \/* Get the map that stores the attributes. *\/\n  private def flashMap = getOrCreateFlashMap(session)\n}\n\n\/**\n * Support methods for working with <code>FlashScope<\/code>.\n *\/\nobject FlashScope {\n  private val FLASH_SCOPE_NAME = \"flashScope\"\n  \n  \/**\n   * Remove any stale objects from the <code>FlashScope<\/code>.\n   * \n   * @param request the current request\n   *\/\n  def sweep(request: WebRequest) {\n    for (session <- request.existingSession) {\n      if (session.getAttribute[AnyRef](FLASH_SCOPE_NAME) ne null)\n        request.flash.sweep()\n    }\n  }\n\n  \/* Gets the underlying map for storing the scope's attributes *\/\n  private[scope] def getOrCreateFlashMap(session: WebSession) = {\n    session.putIfAbsent(FLASH_SCOPE_NAME,\n        new HashMap[String, FlashScopeEntry] with SynchronizedMap[String, FlashScopeEntry])\n  }\n}\n\nprivate class FlashScopeEntry(val value: Any) {\n  val timestamp = System.currentTimeMillis\n  \/* Entries expire after 1 minute. *\/\n  def hasExpired = System.currentTimeMillis - timestamp >= 60000\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/PercentConverter.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport java.text._\n\nclass PercentConverter(pattern: Option[String] = None) extends BigDecimalConverter(pattern) {\n  \n  override protected def createNumberFormat(locale: Locale) =\n    NumberFormat.getPercentInstance(locale).asInstanceOf[DecimalFormat]\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/ModelAttributes.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport com.tzavellas.coeus.bind.{ Binder, BindingResult }\nimport util.Conventions\nimport scope.RequiredAttributeException\n\n\/**\n * Provides methods for handling the objects associated with the binding and\n * validation workflow of a {@link Controller}.\n *\/\nclass ModelAttributes(binder: Binder, storeInSession: Boolean) {\n  \n  import ModelAttributes._\n\n  \/**\n   * Return the model attribute with the specified name.\n   * \n   * <p>The attribute is looked up in the request scope and then in the\n   * session scope.<\/p>\n   *  \n   * @throws RequiredAttributeException if an attribute with the specified name\n   *         cannot be found\n   *\/\n  def apply[T](modelName: String): T = {\n    \n    var model: T = request.getAttribute[T](modelName)\n    if (model != null)\n      return model \n    \n    model = request.session.getAttribute[T](modelName)\n    if (model != null)\n      return model\n    \n    throw new RequiredAttributeException(modelName, this.getClass)\n  }\n  \n  \/**\n   * Add a model attribute using the specified name and object.\n   * \n   * <p>This method adds three request attributes: 1) the specified\n   * object under the specified name, 2) a corresponding {@code BindingResult}\n   * and 3) sets the \"modelAttribute\" request attribute to the specified\n   * {@code modelName}.<\/p> \n   * \n   * @param modelName the name of the attribute.\n   * @param target    the object to add as a model attribute.  \n   *\/\n  def update(modelName: String, target: AnyRef) {\n    addBindingResult(modelName, binder.bind(Nil, target, null))\n  }\n\n  \/**\n   * Add a model attribute using the specified object.\n   * \n   * <p>The name of the attribute is the simple name of the class of the\n   * specified object with the first letter converted to lower case.<\/p>\n   * \n   * @param target the object to add as a model attribute.\n   * \n   * @see {@link #update(modelName, target}\n   *\/\n  def +=(target: AnyRef) {\n    addBindingResult(null, binder.bind(Nil, target, null))\n  }\n\n  \/**\n   * Remove the model attribute with the specified name.\n   * \n   * <p>This method removes the attribute with the specified name from the\n   * request scope, the session scope and also removes the corresponding\n   * {@code BindingResult} from the request scope.<\/p>\n   * \n   * @param modelName the name of the attribute to remove\n   *\/\n  def -=(modelName: String) {\n    request -= modelName\n    request -= (modelName + \"BindingResult\")\n    for (session <- request.existingSession) {\n      session -= modelName\n    }\n  }\n  \n  \/**\n   * Remove the specified attribute\n   * \n   * @param model the attribute to remove\n   *\/\n  def -=(target: AnyRef) {\n    this -= getModelNameFromTarget(target)\n  }\n  \n  \/**\n   * Add the target object of the specified {@code BindingResult} as a model\n   * attribute using the specified name.\n   * \n   * @param modelName the attribute name or {@code null} to use a generated name\n   * @param result    contains the value of the attribute\n   *\/\n  def addBindingResult(modelName: String, result: BindingResult[AnyRef]) {\n    val name = if (modelName != null) modelName else getModelNameFromTarget(result.target) \n    request(name) = result.target\n    request(getResultName(name)) = result\n    setCurrentModelName(name, request)\n    if (storeInSession) {\n    \trequest.session(name) = result.target\n    }\n  }\n  \n  def currentBindingResult[T <: AnyRef]: Option[BindingResult[T]] = {\n    if (containsBindingResult(request)) Some(getBindingResult(request).asInstanceOf[BindingResult[T]])\n    else None\n  }\n  \n  def hasErrors = {\n    if (containsBindingResult(request)) getBindingResult(request).hasErrors\n    else false\n  }\n  \n  private def request = WebRequest.currentRequest\n}\n\nobject ModelAttributes {\n  \n  private val MODEL_ATTRIBUTE_NAME = \"modelAttribute\" \n  \n  def setCurrentModelName(name: String, request: WebRequest) {\n    request(MODEL_ATTRIBUTE_NAME) = name\n  }\n  \n  def getCurrentModelName(request: WebRequest) = request[String](MODEL_ATTRIBUTE_NAME)\n  \n  def containsBindingResult(request: WebRequest) = request.contains(MODEL_ATTRIBUTE_NAME)\n  \n  def getBindingResult(request: WebRequest): BindingResult[AnyRef] = {\n    request(getResultName(getCurrentModelName(request)))\n  }\n  \n  private def getResultName(targetName: String) = targetName + \"BindingResult\" \n  \n  private def getModelNameFromTarget(target: AnyRef) = Conventions.classToAttributeName(target.getClass)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/Constraints.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec\n\nimport constraint._\n\n\/**\n * Various constraints for constructing <code>VSpec<\/code> validators.\n *\/\ntrait Constraints extends GenericConstraints\n                     with CalendarConstraints\n                     with DateConstraints\n                     with StringConstraints\n                     with NumericConstraints \n                     with JavaNumericConstraints\n\n\n\/**\n * Various constraints for constructing <code>VSpec<\/code> validators.\n *\/\nobject Constraints extends Constraints\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/ClasspathMessageBundle.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/ClasspathMessageBundle.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.msg\n\nimport java.util.{ Locale, ResourceBundle, PropertyResourceBundle }\n\n\/**\n * A <code>PropertyResourceBundle<\/code> that loads the property files from class-path.\n * \n * <p>This implementations will try load the property files using the specified ClassLoader.\n * If a ClassLoader is not specified then it will try to use the context ClassLoader of the\n * current thread and if it is not set it will use the ClassLoader that loaded this class.<\/p>\n * \n * @param timeToLive the milliseconds before an entry gets expired from the cache\n * @param loader the classLoader to use for loading the property files\n * @param baseName the base name of the property files (see the documentation of\n *        {@link java.util.ResourceBundle#getBundle(String, Locale, ClassLoader) ResourceBundle}\n *        for the details of the naming conventions.\n *\/\nclass ClasspathMessageBundle(\n  timeToLive: Long,\n  loader: Option[ClassLoader] = None,\n  baseName: String = \"messages\")\n    extends PropertiesMessageBundle {\n  \n  private object control extends ResourceBundle.Control {\n    override def getTimeToLive(base: String, locale: Locale) = timeToLive\n    override def getFormats(base: String) = ResourceBundle.Control.FORMAT_PROPERTIES\n  }\n  \n  override protected def getBundle(locale: Locale) = {\n    ResourceBundle.getBundle(baseName, locale, classLoader, control).asInstanceOf[PropertyResourceBundle]\n  }\n  \n  override def clearCache() {\n    ResourceBundle.clearCache(classLoader)\n  }\n  \n  private def classLoader: ClassLoader = {\n    for (cl <- loader) return cl\n    val contextLoader = Thread.currentThread.getContextClassLoader\n    if (contextLoader != null) contextLoader else this.getClass.getClassLoader\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/staticMocks.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/test\/staticMocks.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test\n\nimport com.tzavellas.coeus.core.RequestContext\nimport com.tzavellas.coeus.core.interception.Interceptor\nimport com.tzavellas.coeus.mvc.view.{View, ViewResolver}\n\n\nclass MockViewResolver(views: Map[String, View]) extends ViewResolver {\n  def resolve(name: String) = views.getOrElse(name, null)\n}\n\n\nclass MockInterceptor extends Interceptor {\n  \n  private var pre, post, after = false\n  \n  def wasCalled = pre && post && after\n  \n  def reset() {\n    pre = false\n    post = false\n    after = false\n  }\n\n  def preHandle(context: RequestContext) = {\n    pre = true\n    true\n  }\n  def postHandle(context: RequestContext) {\n    post = true\n  }  \n  def afterRender(context: RequestContext) {\n    after = true\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/StringTrimConverter.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * A Converter for String objects that trims the input when formating and parsing\n *\/\nclass StringTrimConverter extends Converter[String] {\n  \n   \/**\n   * Trim the input text\n   *\/\n  def parse(text: String, locale: Locale) = if (text eq null) \"\" else text.trim\n  \n  \/**\n   * Trim the input value\n   *\/\n  def format(value: String, locale: Locale) = parse(value, locale)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/RequestResolver.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport scala.collection.Map\n\n\/**\n * Finds the {@code Handler} to handle a given request.\n *\/\ntrait RequestResolver {\n  \n  \/**\n   * Register the given {@code Hander} to handle requests for the specified\n   * path and HTTP method.\n   * \n   * @param method  the HTTP method of the request\n   * @param path    the path (requestUri) of the request\n   * @param handler the {@code Handler} to register\n   *\/\n  def register(method: Symbol, path: String, handler: Handler)\n  \n  \/**\n   * Finds the {@code Handler}s that can handle a request for the specified\n   * path.\n   * \n   * @param path the path (requestUri) of the request\n   * \n   * @return a pair that contains the {@code HandlerMap} with the handlers for\n   *         the specified path and a map with any path variables.\n   *\/\n  def resolve(path: String): (HandlerMap, Map[String, String])\n}\n\n\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/AnnotationProcessor.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport java.lang.annotation.Annotation\nimport com.tzavellas.coeus.mvc.annotation._\n\n\/**\n * Utility methods for working with the annotations defined in the\n * <code>com.tzavellas.coeus.mvc.annotation<\/code> package.\n *\/\nprivate object AnnotationProcessor {\n  \n  \/**\n   * Convert an annotation representing an HTTP method to the corresponding\n   * <code>HttpMethod<\/code> object.\n   *\/\n  val toHttpMethod: PartialFunction[Annotation, Symbol] = {\n    case _: Get        => 'GET\n    case _: Post       => 'POST\n    case _: Put        => 'PUT\n    case _: Delete     => 'DELETE\n    case a: HttpMethod => Symbol(a.method.toUpperCase)\n  }\n  \n  \/**\n   * Get the value of the <code>value<\/code> field from an HTTP method\n   * annotation.\n   *\/\n  def getValueFrom(a: Annotation): String = a match {\n    case v: Get        => v.value\n    case v: Post       => v.value\n    case v: Put        => v.value\n    case v: Delete     => v.value\n    case v: HttpMethod => v.path\n    case _             =>\n      throw new IllegalArgumentException(\n        \"The specified annotation [\"+a+\"] does not correspond to an HTTP method\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/InterceptorRegistryTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.core.interception._\n\nclass InterceptorRegistryTest {\n\n  val registry = new InterceptorRegistry { }\n  \n  @Test\n  def by_default_interceptors_contains_the_flash_scope_and_thead_local_interceptors() {\n    val interceptors = registry.interceptors.result\n    assertTrue(interceptors.exists(_.isInstanceOf[FlashScopeInterceptor]))\n    assertTrue(interceptors.exists(_.isInstanceOf[ThreadLocalInterceptor]))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/MutableScopes.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage scope\n\ntrait MutableScopes extends ScopeAccessor {\n  \n  private var _req: WebRequest = null\n  private var _res: WebResponse = null\n  \n  override def request = _req\n  override def response = _res\n  \n  def request_=(r: WebRequest) { _req = r }\n  def response_=(r: WebResponse) { _res = r }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ApplicationScope.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ApplicationScope.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport java.util.Enumeration\nimport javax.servlet.ServletContext\nimport scala.collection.JavaConversions._\n\n\/**\n * A <code>ScopedContainer<\/code> implementation for <code>ServletContext<\/code>.\n *\/\nclass ApplicationScope(val servletContext: ServletContext) extends ScopedContainer with CheckAndActOperations {\n  \n  \/**\n   * Return a mutex for synchronizing access to <code>ServletContext<\/code>.\n   *\n   * @see CheckAndActOperations\n   * @see ApplicationScope#setupMutex(ServletContext)\n   *\/\n  protected def mutex = ApplicationScope.getExistingMutex(servletContext)\n  \n  def getAttribute[T](attribute: String): T =\n    servletContext.getAttribute(attribute).asInstanceOf[T]\n  \n  def update(attribute: String, value: Any) {\n    servletContext.setAttribute(attribute, value)\n  }\n  \n  def -=(attribute: String) {\n    servletContext.removeAttribute(attribute)\n  }\n  \n  def attributeNames =\n    servletContext.getAttributeNames.asInstanceOf[Enumeration[String]]\n  \n  def contextPath = servletContext.getContextPath\n}\n\n\/**\n * Helper methods for <code>ServletContext<\/code> and <code>ApplicationScope<\/code>\n * objects.\n *\/\nobject ApplicationScope {\n  \n  private[this] val MUTEX_NAME = classOf[ApplicationScope] + \".MUTEX\"\n  \n  \/**\n   * Put an object, suitable to be used as a mutex, in the given\n   * <code>ServletContext<\/code>.\n   *\/\n  def setupMutex(application: ServletContext) {\n    application.setAttribute(MUTEX_NAME, CheckAndActOperations.newMutex)\n  }\n  \n  private def getExistingMutex(sc: ServletContext): AnyRef = {\n    def mutex = sc.getAttribute(MUTEX_NAME)\n    assert(mutex ne null, \"No mutex found for ApplicationScope. Have you called ApplicationScope.setupMutex() before attempting to synchronize on this scope?\")\n    mutex\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/CookieLocaleResolverTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http.Cookie\nimport org.junit.{Test, Before}\nimport org.junit.Assert._\nimport org.springframework.mock.web._\n\nclass CookieLocaleResolverTest {\n\n  val requestLocale = Locale.UK\n  val request = new MockHttpServletRequest\n  val response = new MockHttpServletResponse\n  val resolver = new CookieLocaleResolver\n  \n  @Before\n  def setLocaleInHttpRequest() {\n    request.addPreferredLocale(requestLocale)\n  }\n  \n  @Test\n  def use_default_locale_if_no_cookie_in_request() {\n    assertEquals(Locale.US, new CookieLocaleResolver(Some(Locale.US)).resolve(request))\n  }\n  \n  @Test\n  def use_request_locale_if_if_no_cookie_in_request_and_default_not_specified() {\n    assertEquals(Locale.UK, resolver.resolve(request))\n  }\n  \n  @Test\n  def read_the_locale_from_cookie() {\n    request.setCookies(new Cookie(resolver.COOKIE_NAME, Locale.US.toString))\n    assertEquals(Locale.US, resolver.resolve(request))\n  }\n  \n  @Test\n  def set_the_locale_to_a_cookie() {\n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n    assertNotNull(response.getCookie(resolver.COOKIE_NAME))\n  }\n  \n  @Test\n  def setting_the_locale_to_null_resets_to_default_locale() {\n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n    \n    resolver.setLocale(request, response, null)\n    assertEquals(requestLocale, resolver.resolve(request))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/ExpressionLanguage.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport java.lang.reflect.Method\nimport java.util.Locale\nimport java.util.concurrent.ConcurrentHashMap\nimport com.tzavellas.coeus.util.internal.ReflectionHelper\n\n\nobject ExpressionLanguage {\n  \n  private[this] val MapRx = \"\"\"(\\p{Alnum}*)\\[(.*)\\]\"\"\".r\n  private[this] val SeqRx = \"\"\"(\\p{Alnum}*)\\[(\\p{Digit}*)\\]\"\"\".r\n  \n  private[this] val readerCache = new ConcurrentHashMap[(Class[_], String), Method]\n  private[this] val writerCache = new ConcurrentHashMap[(Class[_], String, Class[_]), Method]\n  \n  \n  def clearCache() = {\n    writerCache.clear()\n    readerCache.clear()\n  }\n  \n  def eval(target: AnyRef, expr: String, unwrapOption: Boolean = true): Any = {\n    require(target ne null, \"Cannot evaluate expression using a null target\")\n    require((expr ne null) && ! expr.isEmpty, \"The expression cannot be empty or null\")\n    try {\n      walk(target, split(expr.trim), unwrapOption)\n    } catch {\n      case be: BindingException => throw be\n      case ex: Exception => throw new ExpressionException(\"Error while evaluating expression: \" + expr, ex)\n    }\n  }\n  \n  def evalTo[T](target: AnyRef, expr: String): T = eval(target, expr).asInstanceOf[T]\n  \n  private def split(expr: String): List[String] = expr.split(\"\\\\.\").toList\n  \n  private def walk(target: AnyRef, expr: List[String], unwrapOption: Boolean): Any = expr match {\n      \n    case Nil           => assert(false, \"cannot be empty\")\n    \n    case name :: Nil   => read(target, name, unwrapOption) \n    \n    case name :: names => read(target, name, unwrapOption) match {\n      case null        => throw new ExpressionException(\"'%s' in %s was null while evaluating '%s'\".format(name, target, expr.mkString(\".\")))\n      case ref: AnyRef => walk(ref, names, unwrapOption)\n      case _           => throw new ExpressionException(\"Error while evaluating [\"+expr.mkString(\".\")+\"]\")\n    }\n  }\n  \n  private def read(target: AnyRef, expr: String, unwrapOption: Boolean): Any = {\n    \n    def readFromSeq(seq: AnyRef, index: Int): Any = seq match {\n      case a: scala.Array[_]          => a(index)\n      case s: scala.collection.Seq[_] => s(index)\n      case p: scala.Product           => p.productElement(index)\n      case j: java.util.List[_]       => j.get(index)\n      case _                          =>\n        throw new ExpressionException(\"Attempt to read from unrecognised indexed collection. Collection class is: \" + seq.getClass) \n    }\n\n    def readFromMap(map: AnyRef, key: String): Any = map match {\n      case m: scala.collection.Map[_, _] => m.asInstanceOf[scala.collection.Map[String, _]](key)\n      case m: java.util.Map[_, _]        => m.get(key)\n      case _                             =>\n        throw new ExpressionException(\"Attempt to read from unrecognised map collection. Collection class is: \" + map.getClass)\n    }\n    \n    if (expr.last != ']')\n      return readFromVal(target, expr, unwrapOption)\n    \n    expr match {\n      case SeqRx(method, index) => readFromSeq(readRef(target, method, unwrapOption), index.toInt)\n      case MapRx(method, key)   => readFromMap(readRef(target, method, unwrapOption), key)\n    }\n  }  \n  \n  private def readRef(t: AnyRef, m: String, unwrapOption: Boolean) = readFromVal(t, m, unwrapOption).asInstanceOf[AnyRef]\n  \n  private def readFromVal(target: AnyRef, method: String, unwrapOption: Boolean): Any = {\n    val value = getReaderMethod(target.getClass, method).invoke(target)\n    \n    if (unwrapOption) value match {\n      case None    => null\n      case Some(a) => a\n      case any     => any \n    } else {\n      value\n    }\n  }\n  \n  private def getReaderMethod(klass: Class[_], method: String) = {\n    var reader = readerCache.get((klass, method))\n    if (reader eq null) {\n      reader = klass.getMethod(method)\n      readerCache.put((klass, method), reader)\n    }  \n    reader\n  }\n  \n  private def getWriterMethod(klass: Class[_], method: String, argClass: Class[_]) = {\n    var writer = writerCache.get((klass, method, argClass))\n    if (writer eq null) {\n      writer = klass.getMethod(method, argClass)\n      writerCache.put((klass, method, argClass), writer)\n    }  \n    writer\n  }\n  \n  def bind(target: AnyRef, expr: String, value: String, locale: Locale, parsers: ConverterRegistry) {\n    \n    def writeToVar(hasVar: AnyRef, varName: String) {\n      var valueClass: Class[_] = null\n      try {\n        valueClass = getReaderMethod(hasVar.getClass, varName).getReturnType\n        val writer = getWriterMethod(hasVar.getClass, varName+\"_$eq\", valueClass)\n        if (isOption(valueClass)) {\n          writeToOption(hasVar, writer, typeArgForSeq(hasVar, varName))\n        } else {\n          writer.invoke(hasVar, parsers(valueClass).parse(value, locale).asInstanceOf[AnyRef])\n        }\n      } catch {\n        case ignored: NoSuchMethodException => ()\n        case e @ (_: BindingException | _: NullPointerException) => throw e\n        case e: Exception => throw new ParserException(valueClass, e)\n      }\n    }\n    \n    def isOption(klass: Class[_]) = classOf[Option[_]].isAssignableFrom(klass)\n    \n    def writeToOption(option: AnyRef, writer: Method, valueClass: Class[_]) {\n      value match {\n        case null | \"None\" => writer.invoke(option, None)\n        case other => writer.invoke(option, Some(parsers(valueClass).parse(value, locale).asInstanceOf[AnyRef]))\n      }\n    }\n    \n    def writeToSeq(seq: AnyRef, index: Int, c: Class[_]) {\n      val newValue = parsers(c).parse(value, locale)\n      seq match {\n        case a: scala.Array[_] => ReflectionHelper.updateArray(a, index, newValue)\n        case s: scala.collection.mutable.Seq[_] =>\n          s.asInstanceOf[scala.collection.mutable.Seq[Any]](index) = newValue \n        \n        case j: java.util.List[_] =>\n          j.asInstanceOf[java.util.List[Any]].set(index, newValue)\n        \n        case _ => throw new ExpressionException(\"Attempt to write to unrecognised indexed collection. Collection class is: \" + seq.getClass) \n      }\n    }\n    \n    def writeToMap(map: AnyRef, key: String, c: Class[_]) {\n      val newValue = parsers(c).parse(value, locale)\n      map match {\n        case s: scala.collection.mutable.Map[_, _] =>\n          s.asInstanceOf[scala.collection.mutable.Map[String, Any]](key) = newValue \n        \n        case j: java.util.Map[_, _] =>\n          j.asInstanceOf[java.util.Map[String, Any]].put(key, newValue)\n        \n        case _ => throw new ExpressionException(\"Attempt to write to unrecognised mapped collection. Collection class is: \" + map.getClass) \n      }\n    }\n    \n    def typeArgForSeq(hasSeq: AnyRef, seqName: String) = {\n      val getter = hasSeq.getClass.getMethod(seqName)\n      ReflectionHelper.getTypeArgumentsOfCollection(getter).apply(0)\n    }\n      \n    def typeArgForMap(hasMap: AnyRef, mapName: String) = {\n      val getter = hasMap.getClass.getMethod(mapName)\n      ReflectionHelper.getTypeArgumentsOfCollection(getter).apply(1)\n    }\n    \n    if (expr.isEmpty) return\n    \n    val parsed = split(expr)\n    val actualTarget =\n      if (parsed.length == 1) target\n      else walk(target, parsed.dropRight(1), true).asInstanceOf[AnyRef]\n    val name = parsed.last\n    \n    if (name.last != ']') {\n      writeToVar(actualTarget, name)\n      return\n    }\n    \n    name match {\n      \n      case SeqRx(seqName, index) =>\n        writeToSeq(readRef(actualTarget, seqName, false),\n                   index.toInt,\n                   typeArgForSeq(actualTarget, seqName))\n      \n      case MapRx(mapName, key) =>\n        writeToMap(readRef(actualTarget, mapName, false),\n                   key,\n                   typeArgForMap(actualTarget, mapName))\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/Controller.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\nimport scope.{ ApplicationScope, ScopeAccessor }\n\n\/**\n * Handles the user's request.\n * \n * <p>A {@code Controller} class consists of a collection of <em>handler\n * methods<\/em> whose responsibility is to receive the current request,\n * interact with collaborating and model objects to handle the request and\n * return the {@code View} that will be used for rendering the response.<\/p>\n * \n * <p>To find which handler method will be executed for a particular request\n * the hander methods of all registered controllers are matched against the\n * request using a configured HTTP method and URL pattern. If a handler method\n * cannot be found for a particular URL then the framework sets the HTTP status\n * code of the response to <em>404 Not Found<\/em> and lets the Servlet\n * container render any configured error page in <em>web.xml<\/em>. If a handler\n * method exists but not for the particular HTTP method then the HTTP status\n * code is set to <em>405 Method Not Allowed<\/em>.<\/p>\n *\n * <p>The binding between a handler method and a pair of HTTP method and URL\n * pattern is configured using annotations with the help of \"convention over\n * configuration\" mechanisms.<\/p>\n * \n * <h4>Handler Mappings<\/h4>\n *\n * <p>Handler methods are annotated with HTTP method annotations found in the\n * {@code com.tzavellas.coeus.annotation} package. That package defines the\n * {@code Get}, {@code Post}, {@code Put} and {@code Delete} annotations that\n * correspond to the most frequently used HTTP methods and the\n * {@code HttpMethod} annotation that can be used to map arbitrary HTTP methods\n * to handler methods.<\/p>\n * \n * <pre>\n * class PagesController extends Controller {\n *\n *  {@literal @Get}\n *   def list() = \/\/ ...\n * \n *  {@literal @Post}\n *   def create() = \/\/ ...\n *\n *  {@literal @HttpMethod(method=\"OPTIONS\")}\n *   def showOptions() = \/\/ ...\n * }\n * <\/pre>\n *\n * <p>In the above {@code Controller} the {@code list()} method is mapped to a\n * GET request, the {@code create()} method is mapped to a POST and the\n * {@code showOptions()} to an OPTIONS request.<\/p>\n * \n * The URL pattern for a particular handler method is by default derived from\n * the name of the controller's class and the name of the method using the\n * configured translator functions of {@code DispatcherConfig} and. By default\n * in the above controller the {@code list()} method gets mapped to a GET\n * request at <em>\/[context-path]\/pages\/list<\/em>, where <em>[context-path]<\/em>\n * is the context path of the deployed web application.<\/p>\n * \n * <p>To override the URL pattern for a specific controller you can use the\n * {@code value} attribute of the HTTP method annotations, the {@code path}\n * attribute of the {@code HttpMethod} annotation and the {@code value}\n * attribute of the {@code Path} annotation. The {@code Path} annotation is used\n * to override the how the class name gets transformed into a base path for the\n * URL. To prevent the class name or the method name from appearing in the URL\n * pattern you can use the empty string as the value for any of the\n * aforementioned annotation attributes.<\/p>\n * \n * <pre>\n *{@literal @Path(\"post\")}\n * class AuthoringController extends Controller {\n *\n * {@literal @Get}\n *  def edit() = \/\/ ...\n *\n * {@literal @Post(\"\")}\n *  def save() = \/\/ ...\n * }\n * <\/pre>\n *\n * Assuming the context path of the application is \"\/\", in the\n * {@code AuthoringController} above, the {@code edit()} method gets mapped to\n * a GET request at \"\/post\/edit\". The \"\/post\" part is derived from the value of\n * the {code value} attribute of the {@code Path} annotation that overrode the\n * name that would have been generated by default via the configured translator\n * function of {@code DispatcherConfig}. The \"\/edit\" derives from the name of\n * the handler method and the configured translator function since the\n * {@code Get} annotation on the {@code edit()} method does not set the value\n * of the {@code value} attribute. On the other hand the {@code save()} method\n * is mapped to a POST request at \"\/post\" since the {@code value} attribute of\n * the {@code Post} annotation is the empty string which tells the framework\n * not to use the method name when generating the mapping for the handler\n * method.<\/p>\n * \n * <h4>Controller Lifecycle<\/h4>\n * \n * <p>{@code Controller} instances must be <strong>thread-safe<\/strong>. A\n * single {@code Controller} instance gets instantiated during the\n * application initialization and is used to handle all the incoming\n * requests that target the controller's handler methods.<\/p>\n * \n * <p>The {@code Controller} instance retrieves the current {@code WebRequest}\n * and {@code WebResponse} from the {@code WebRequest.currentRequest} and\n * {@code WebResponse.currentResponse} thread local variables.<\/p>\n * \n * <h4>Views<\/h4>\n * \n * <p>Handler methods may return the <em>view<\/em> that will be used to render\n * the response. For the programmer's convenience the return type of the hander\n * method is not restricted to {@code View} subclasses. A handler method may\n * return one of the following: a {@code View} instance, a {@code String}, a\n * {@code NodeSeq} or nothing ({@code Unit}).<\/p>\n * \n * <p>In the case of the {@code View} instance, the instance returned is used\n * to render the response via an invocation of the {@link View#render()} method.\n * If a {@code String} is returned instead then the {@code String} is used to\n * lookup a {@code View} from the configured {@code ViewResolver} and that\n * {@code View} is used to render the request. If a hander method returns\n * {@code NodeSeq} then the returned {@code NodeSeq} is wrapped into an\n * {@code XHtmlView} that is used to render the response. Last if the method\n * returns {@code Unit} or {@code null} then {@code Conventions.requestToViewName}\n * is used to derive a view name from the current request.<\/p>\n * \n * @see AbstractController\n * @see {@link com.tzavellas.coeus.core.Handler#handle Handler.handle(..)}\n * @see {@link com.tzavellas.coeus.mvc.util.Conventions#viewNameForRequest Conventions}\n *\/\nabstract class Controller extends ScopeAccessor {\n  \n  implicit def thisScopeAccessor: ScopeAccessor = this\n  \n  \/**\n   * The current web request.\n   * \n   * <p>This method retrieves the current web request from the\n   * {@code WebRequest.currentRequest} thread local variable.<\/p>\n   *\/\n  def request: WebRequest = WebRequest.currentRequest\n  \n  \/**\n   * The current web response.\n   * \n   * <p>This method retrieves the current web response from the\n   * {@code WebResponse.currentResponse} thread local variable.<\/p>\n   *\/\n  def response: WebResponse = WebResponse.currentResponse\n  \n  private[this] var _appplication: ApplicationScope = _\n  \n  \/** The application scope. *\/\n  def application = _appplication\n  \n  def application_=(app: ApplicationScope) {\n    _appplication = app\n  }\n  \n  \/** The flash scope. *\/\n  def flash = request.flash\n  \n  \/** The web session. *\/\n  def session = request.session\n\n  \/** The request parameters. *\/\n  def params = request.params\n  \n  \/** The path parameters. *\/\n  def path = request.path\n  \n  \/** The default converters as configured in {@code WebModule}. *\/\n  var converters: ConverterRegistry = _\n  \n  \/** Contains the i18n messages. *\/\n  var messageBundle: MessageBundle = _\n  \n  \/**\n   * Get an i18n message for the specified code and arguments, using the locale\n   * of the configured {@code LocaleResolver}.\n   * \n   * @param code the code of the message.\n   * @param args any arguments that will be interpolated into the message.\n   * \n   * @return the interpolated message.\n   * @throws MessageNotFoundException if a message does not exist for the\n   *         specified code and Locale.\n   *\/\n  def msg(code: String, args: Any*) = request.messages(request.locale, code, args)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/NoViewFoundException.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * Thrown when a {@code View} cannot get resolved using a particular name.\n * \n * @param viewName the name of the view that didn't get resolved.\n * \n * @see ViewResolver\n *\/ \nclass NoViewFoundException(viewName: String)\n  extends FrameworkException(\"Could not find a view with name: '\"+viewName+\"'\")\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CollectionConverter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport language.higherKinds\n\nimport java.util._\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * A {@code Converter} for Java collections.\n *\n * @param Coll        the type of the collection\n * @param Elem        the type of the collection's elements\n *\n * @param converter   the {@code Converter} for the collection's elements\n * @param separator   the string that separates the collection elements (default is \",\")\n * @param appendSpace whether to append a space character after the separator when\n *                    formatting the collection (default is {@code true})\n * \n * @see TraversableConverter\n *\/\nclass CollectionConverter[Coll[Elem] <: Collection[Elem], Elem](\n  newCollection: Int => Coll[Elem],\n  converter: Converter[Elem],\n  separator: String = \",\",\n  appendSpace: Boolean = true)\n    extends Converter[Coll[Elem]] {\n\n  def parse(text: String, locale: Locale): Coll[Elem] = {\n    if ((text eq null) || text.trim.isEmpty)\n      return newCollection(0)\n      \n    val input = text.split(separator).map(_.trim).filterNot(_.isEmpty)\n    val result = newCollection(input.size)\n    var i = 0\n    while (i < input.length) {\n      result.add(converter.parse(input(i), locale))\n      i += 1\n    }\n    result\n  }\n    \n  def format(collection: Coll[Elem], locale: Locale): String = {\n    if ((collection eq null) || collection.isEmpty)\n      return \"\"\n      \n    val formatSeparator =\n      if (appendSpace) separator + \" \" else separator\n      \n    val builder = new java.lang.StringBuilder\n    val iter = collection.iterator\n    while (iter.hasNext) {\n      builder.append(converter.format(iter.next, locale))\n      builder.append(formatSeparator)\n    }\n    builder.substring(0, builder.length - formatSeparator.length)\n  }\n}\n\n\/**\n * Factory methods for creating converters for Java collections.\n *\/\nobject CollectionConverter {\n  \n  \/**\n   * Creates a {@code Converter} for {@see java.util.ArrayList}.\n   *\n   * @param E           the type of the ArrayList's elements\n   *\n   * @param converter   the {@code Converter} for the ArrayList's elements\n   * @param separator   the string that separates the ArrayList elements (default is \",\")\n   * @param appendSpace whether to append a space character after the separator when\n   *                    formatting the ArrayList (default is {@code true})\n   *\/\n  def forArrayList[E](converter: Converter[E], separator: String = \",\", appendSpace: Boolean = true) = {\n    new CollectionConverter[ArrayList, E]({ size: Int => new ArrayList[E](size) }, converter, separator, appendSpace)\n  }\n  \n  \/**\n   * Creates a {@code Converter} for {@link java.util.LinkedList}.\n   *\n   * @param E           the type of the LinkedList's elements\n   *\n   * @param converter   the {@code Converter} for the LinkedList's elements\n   * @param separator   the string that separates the LinkedList elements (default is \",\")\n   * @param appendSpace whether to append a space character after the separator when\n   *                    formatting the LinkedList (default is {@code true})\n   *\/\n  def forLinkedList[E](converter: Converter[E], separator: String = \",\", appendSpace: Boolean = true) = {\n    new CollectionConverter[LinkedList, E]({ size: Int => new LinkedList[E]}, converter, separator, appendSpace)\n  }\n  \n  \/**\n   * Creates a {@code Converter} for {@link java.util.HashSet}.\n   *\n   * @param E           the type of the HashSet elements\n   *\n   * @param converter   the {@code Converter} for the HashSet's elements\n   * @param separator   the string that separates the HashSet elements (default is \",\")\n   * @param appendSpace whether to append a space character after the separator when\n   *                    formatting the HashSet (default is {@code true})\n   *\/\n  def forHashSet[E](converter: Converter[E], separator: String = \",\", appendSpace: Boolean = true) = {\n    new CollectionConverter[HashSet, E]({ size: Int => new HashSet[E](size)}, converter, separator, appendSpace)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/BeforeAfterFilterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.controller\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.mvc.view.{ View, ViewName, NullView }\nimport com.tzavellas.coeus.core.Handler\n\nclass BeforeAfterFilterTest {\n  import BeforeAfterFilterTest._\n  \n  @Test\n  def controller_interception() {\n    execute(new InterceptedController, \"index\") match {\n      case ViewName(name) => assertEquals(\"set-from-interceptor\", name)\n      case r => fail(\"result must be a view name but was: '\"+r+\"'\")\n    }\n  }\n  \n  @Test\n  def interceptor_prevented_execution_of_hander_method() {\n    execute(new NoHandlerExecutionController, \"index\") match {\n      case ViewName(name) => assertEquals(\"intercepted\", name)\n      case r => fail(\"result must be a view name but was: '\"+r+\"'\")\n    }\n  }\n  \n  @Test(expected=classOf[IllegalArgumentException])\n  def after_gets_called_even_when_before_returns_a_view() {\n    execute(new EnsureAfterCalledController, \"index\")\n  }\n  \n  @Test(expected=classOf[IllegalArgumentException])\n  def after_gets_called_with_an_occurred_exception() {\n    execute(new ErroneousController, \"throwException\")\n  }\n  \n  @Test\n  def handle_returns_the_view_of_after_filter() {\n    val result = execute(new ControllerWithExceptionHandler, \"raiseError\")\n    assertEquals(NullView, result)\n  }\n  \n  private def execute(c: Controller, handlerMethod: String) = {\n    val controllerClass = c.getClass\n    val method = controllerClass.getMethod(handlerMethod)\n    (new Handler(c, method)).handle()\n  }\n}\n\n\nobject BeforeAfterFilterTest {\n\n  class ErroneousController extends Controller with AfterFilter {\n\n    def throwException() = throw new IllegalStateException\n\n    def after(error: Option[Exception]): Option[View] = {\n      assertTrue(error.isDefined)\n      assertTrue(error.get.isInstanceOf[IllegalStateException])\n      throw new IllegalArgumentException \n    }\n  }\n\n  class InterceptedController extends Controller with BeforeFilter with AfterFilter {\n\n    var result: View = _\n\n    def index(): View = result\n\n    def before() {\n      result = ViewName(\"set-from-interceptor\")\n    }\n    \n    def after(e: Option[Exception]): Option[View] = None\n  }\n\n  class NoHandlerExecutionController extends InterceptedController {\n    override def before() { stopAndRender(ViewName(\"intercepted\")) }\n    override def index(): View = throw new AssertionError(\"interceptor should have prevented the execution of this method\")\n  }\n\n  class EnsureAfterCalledController extends NoHandlerExecutionController {\n    override def after(e: Option[Exception]): Option[View] = {\n      throw new IllegalArgumentException\n    }\n  }\n\n  class ControllerWithExceptionHandler extends Controller with AfterFilter {\n\n    def raiseError() = throw new RuntimeException\n\n    def after(error: Option[Exception]) = {\n      assertTrue(\"expected runtime exception!\", error.get.isInstanceOf[RuntimeException])\n      Some(NullView)\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/ControllerRegistrarTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport javax.servlet.ServletConfig\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockServletConfig\nimport com.tzavellas.coeus.mvc.annotation.Get\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport com.tzavellas.coeus.mvc.scope.ApplicationScope\nimport config.DispatcherConfig\n\nclass ControllerRegistrarTest {\n  \n  import ControllerRegistrarTest._\n\n  val config = new CustomConfig\n  val application = new ApplicationScope(null)\n  private val registrar = new ControllerRegistrar(config, application)\n  \n  @Test\n  def register_a_controller() {\n    register(new ProjectController)\n    assertHandlerFound(\"\/project\/list\")\n  }\n  \n  @Test\n  def a_registered_controller_gets_injected() {\n    val controller = new ProjectController \n    register(controller)\n    assertEquals(application, controller.application)\n    assertEquals(config.messageBundle, controller.messageBundle)\n    assertEquals(config.converters, controller.converters)\n  }\n  \n  def register(c: Controller) {\n    registrar.registerAll(List(c))\n  }\n  \n  def assertHandlerFound(path: String, method: Symbol = 'GET) {\n    val (handlers, _) = config.requestResolver.resolve(path)\n    assert(!handlers.isEmpty,\n           \"No handler found for path %s\".format(path))\n    assert(handlers.isMethodAllowed(method),\n           \"Method %s not allowed for path %s\".format(method.toString, path))\n  }\n}\n\nobject ControllerRegistrarTest {\n  \n  class ProjectController extends Controller {\n    @Get def list() = \"projects\"\n  }\n  \n  class CustomConfig(\n    val servletConfig: ServletConfig = new MockServletConfig(\"test-servlet\"))\n      extends DispatcherConfig\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/View.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/View.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\n\/**\n * Renders the model into a {@code WebResponse}.\n *\/\ntrait View {\n  \n  \/** The content-type of the response. *\/\n  def contentType: String\n  \n  \/**\n   * Render the contents of this view to the specified {@code WebResponse}.\n   *\/\n  def render(request: WebRequest, response: WebResponse)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/TemplateEngineFactory.scala","text":"package com.tzavellas.coeus.mvc.view.scalate\n\nimport scala.tools.nsc.Global\nimport javax.servlet.ServletContext\nimport org.fusesource.scalate.util.ClassPathBuilder\nimport org.fusesource.scalate.layout.DefaultLayoutStrategy\nimport org.fusesource.scalate.servlet.ServletResourceLoader\nimport org.fusesource.scalate.{ Binding, TemplateEngine }\nimport com.tzavellas.coeus.Stage\nimport com.tzavellas.coeus.mvc.scope.ScopeAccessor\n\nprivate object TemplateEngineFactory {\n  \n  def newEngine(config: ScalateConfigurator) = {\n    val engine = new TemplateEngine\n    \n    applyDefaults(engine, config.servletContext)\n    \n    engine.bindings = engine.bindings ++ config.bindings.values\n\n    config.configure(engine)\n    \n    engine\n  }\n  \n  \n  private def applyDefaults(engine: TemplateEngine, servletContext: ServletContext) {\n    engine.mode = Stage.of(servletContext).name\n    \n    engine.resourceLoader = new ServletResourceLoader(servletContext)\n    engine.layoutStrategy = new DefaultLayoutStrategy(engine, \"WEB-INF\/layouts\/default.ssp\")\n    \n    engine.bindings = List(\n      Binding.of[CustomRenderContext](name=\"context\", importMembers=true, isImplicit=false),\n      Binding.of[ScopeAccessor](name=\"scopes\", importMembers=true, isImplicit=true))\n    \n    engine.classpath =\n      (new ClassPathBuilder).addPathFrom(getClass)\n                            .addPathFrom(classOf[ServletContext])\n                            .addPathFrom(classOf[Product])\n                            .addPathFrom(classOf[Global])\n                            .addClassesDir(servletContext.getRealPath(\"\/WEB-INF\/classes\"))\n                            .addLibDir(servletContext.getRealPath(\"\/WEB-INF\/lib\"))\n                            .classPath\n  }\n\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/DateHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport java.util.{ Date, Calendar, TimeZone }\nimport java.text.SimpleDateFormat\n\ntrait DateHelper {\n\n  def time_distance(date: Date) = TimeDistanceFormat.format(date)\n  \n  def time_distance(cal: Calendar) = TimeDistanceFormat.format(cal)\n  \n  def time_tag_distance(date: Date) = {\n    <time datetime={timeTagFormat.format(date)}>{time_distance(date)}<\/time>\n  }\n  \n  def time_tag_distance(cal: Calendar) = {\n    <time datetime={format_datetime(cal)}>{time_distance(cal)}<\/time>\n  }\n  \n  def format_datetime(date: Date) = timeTagFormat.format(date)\n  \n  def format_datetime(cal: Calendar) = timeTagFormat.format(cal.getTime)\n  \n  private def timeTagFormat = {\n    val format = new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z'\")\n    format.setTimeZone(TimeZone.getTimeZone(\"UTC\"))\n    format\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/AssetsHelperTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport javax.servlet.ServletContext\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport com.tzavellas.coeus.test.TestHelpers\n\nclass AssetsHelperTest {\n  import AssetsHelperTest._\n  \n  @Test\n  def without_asset_hosts() {\n    assertEquals(\"\"\"<script type=\"text\/javascript\" src=\"\/test\/assets\/jquery.js?0\"><\/script>\"\"\", helper1.script(\"jquery\").toString)\n    assertEquals(\"\"\"<link rel=\"stylesheet\" type=\"text\/css\" media=\"print\" href=\"\/test\/assets\/yui.css?0\"\/>\"\"\", helper1.stylesheet(\"yui\", \"print\").toString)\n    assertEquals(\"\"\"<img src=\"\/test\/assets\/logo.png?0\" alt=\"The logo\"\/>\"\"\", helper1.image(\"logo.png\", \"The logo\").toString)\n    assertEquals(\"\"\"<img src=\"\/test\/assets\/logo.png?0\" alt=\"The logo\" width=\"10\" height=\"20\"\/>\"\"\", helper1.image(\"logo.png\", \"The logo\", 10, 20).toString)\n  }\n  \n  @Test\n  def with_asset_host() {\n    assertEquals(\"\"\"<script type=\"text\/javascript\" src=\"http:\/\/assets.example.com\/assets\/jquery.js?0\"><\/script>\"\"\", helper2.script(\"jquery\").toString)\n    assertEquals(\"\"\"<link rel=\"stylesheet\" type=\"text\/css\" media=\"print\" href=\"http:\/\/assets.example.com\/assets\/yui.css?0\"\/>\"\"\", helper2.stylesheet(\"yui\", \"print\").toString)\n    assertEquals(\"\"\"<img src=\"http:\/\/assets.example.com\/assets\/logo.png?0\" alt=\"The logo\"\/>\"\"\", helper2.image(\"logo.png\", \"The logo\").toString)\n    assertEquals(\"\"\"<img src=\"http:\/\/assets.example.com\/assets\/logo.png?0\" alt=\"The logo\" width=\"10\" height=\"20\"\/>\"\"\", helper2.image(\"logo.png\", \"The logo\", 10, 20).toString)\n  }\n  \n  @Test\n  def custom_version() {\n    assertEquals(\"\"\"<script type=\"text\/javascript\" src=\"\/test\/assets\/jquery.js?42\"><\/script>\"\"\", helper3.script(\"jquery\").toString)\n  }\n}\n\nobject AssetsHelperTest extends TestHelpers {\n  \n  val host = \"http:\/\/assets.example.com\"\n  \n  val context = mock[ServletContext]\n  when(context.getContextPath).thenReturn(\"\/test\")\n  \n  object helper1 extends AssetsHelper {\n    val servletContext = context\n  }\n  \n  object helper2 extends AssetsHelper {\n    val servletContext = context\n    override val assetHosts = List(host)\n  }\n  \n  object helper3 extends AssetsHelper {\n    val servletContext = context\n    override val version = Some(\"42\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/BigDecimalConverter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale, java.math.BigDecimal\nimport java.text._\n\n\nclass BigDecimalConverter(pattern: Option[String] = None) extends AbstractConverter[BigDecimal] {\n  \n  def parse(text: String, locale: Locale) = filterEmpty(text, BigDecimal.ZERO, parseBigDecimal(_, locale)) \n  \n  def format(decimal: BigDecimal, locale: Locale) =\n    if (decimal eq null) \"\" else numberFormat(locale).format(decimal)\n    \n  private def parseBigDecimal(text: String, locale: Locale) = {\n    val position = new ParsePosition(0)\n    val number = numberFormat(locale).parse(text, position)\n    if (position.getErrorIndex() != -1) {\n      throw new ParseException(text, position.getIndex());\n    }\n    number.asInstanceOf[BigDecimal]\n  }\n  \n  private def numberFormat(locale: Locale) = {\n    val fmt = createNumberFormat(locale)\n    fmt.setParseBigDecimal(true)\n    for (p <- pattern) fmt.applyPattern(p)\n    fmt\n  }\n  \n  protected def createNumberFormat(locale: Locale) =\n    NumberFormat.getInstance(locale).asInstanceOf[DecimalFormat]\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/StreamingView.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/StreamingView.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\nimport java.io.{ InputStream, File, FileInputStream }\n\n\/**\n * Streams the specified <code>InputStream<\/code> to the client.\n * \n * <p>The length of the data is used to used to set the <em>Content-Length<\/em> HTTP\n * header in the response. If the length specified has a negative value then the\n * <em>Content-Length<\/em> HTTP header is not set.<\/p>\n * \n * <p>The filename is used in the <em>Content-Disposition<\/em> HTTP header. If the filename\n * specified is the empty string then the <em>Content-Disposition<\/em> HTTP header is not\n * set.<\/p> \n * \n * @param input the <code>InputStream<\/code> to send to the client\n * @param length the length of the data, or a negative value to disable\n * @param filename the filename to use for the Content-Disposition header, or the empty string to disable\n * @param contentType the response's content-type\n * @param disposition can be \"attachment\" or \"inline\" and it is used in the Content-Disposition header \n *\/\n\/\/TODO needs integration testing\nclass StreamingView(\n  input: InputStream,\n  length: Long = -1,\n  filename: String = \"\",\n  val contentType: String = \"application\/octet-stream\",\n  disposition: String = \"attachment\") extends View {\n  \n  def render(request: WebRequest, response: WebResponse) {\n    \n    def setHeaders() {\n      response.contentType = contentType\n      if (length >= 0)\n        response.header(\"Content-Length\", length.toString)\n      if (filename != \"\")\n        response.header(\"Content-Disposition\", \"%s; file=\\\"%s\\\"\".format(disposition, filename))\n    }\n    \n    def stream() {\n      val buffer = new Array[Byte](512)\n      try {\n        val out = response.outputStream\n        var bytesRead = input.read(buffer)\n        while (bytesRead != -1) {\n          out.write(buffer, 0, bytesRead)\n          bytesRead = input.read(buffer)\n        }\n      } finally {\n        try { input.close() } catch { case ignore: Exception => () } \n      }\n    }\n    \n    setHeaders()\n    stream()\n  }\n}\n\n\/**\n * Factories for creating <code>StreamingView<\/code> instances.\n *\/\nobject StreamingView {\n  \n  \/**\n   * Construct a {@link StreamingView} to send the specified <code>File<\/code> to the client.\n   * \n   * <p>The <code>View<\/code> returned by this method, when rendered, will set the\n   * <em>Content-Disposition<\/em> HTTP header to \"attachment\" and the <em>Content-Length<\/em>\n   * HTTP header to the size of the specified file.<\/p>  \n   * \n   * @param file the <code>File<\/code> to send to the client\n   * @param contentType the response's content-type \n   *\/\n  def streamFile(file: File, contentType: String): StreamingView = { \n    require(file.canRead, \"Unable to stream file '\"+file+\"', because the file is unreadable.\")\n    new StreamingView(input = new FileInputStream(file),\n                      length = file.length(),\n                      filename = file.getName,\n                      contentType = contentType)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/error\/ExceptionHandlerTest.scala","text":"package com.tzavellas.coeus.core.error\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web._\nimport com.tzavellas.coeus.core.RequestContext\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.view.ViewFactory._\nimport com.tzavellas.coeus.mvc.param.MissingParameterException\n\nclass ExceptionHandlerTest {\n  \n  val context = {\n    val req = new WebRequest(null, new MockHttpServletRequest, Map(), null, null, null)\n    val res = new WebResponse(new MockHttpServletResponse)\n    new RequestContext(req, res, null)\n  }\n  \n  val missingParamView = render(\"client-error\")\n  \n  val handler = ExceptionHandler.forServlet(\"test-servlet\") {\n    case e: MissingParameterException => missingParamView\n  }\n  \n  @Test\n  def the_default_handler_always_returns_ErrorPageView() {\n    val defaultHandler = ExceptionHandler.defaultHandler(\"test-servlet\")\n    context.error = new RuntimeException\n    val errorView = defaultHandler.handle(context)\n    \n    assertEquals(ErrorPageView, errorView)\n    assertEquals(500, context.response.status)\n    assertEquals(context.error, context.request(\"exception\"))\n  }\n  \n  @Test\n  def the_handler_returns_a_view_from_the_partial_function() {\n    context.error = new MissingParameterException(\"q\")\n    val errorView = handler.handle(context)\n    \n    assertEquals(missingParamView, errorView)\n    assertEquals(400, context.response.status)\n    assertEquals(context.error, context.request(\"exception\"))\n  }\n  \n  @Test\n  def the_handler_returns_ErrorPageView_if_no_view_found_in_partial_function() {\n    context.error = new IllegalStateException\n    val errorView = handler.handle(context)\n    \n    assertEquals(ErrorPageView, errorView)\n    assertEquals(500, context.response.status)\n    assertEquals(context.error, context.request(\"exception\"))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/ScalateView.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\npackage scalate\n\nimport org.fusesource.scalate._\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.scope.ScopeAccessor\n\nprivate class ScalateView(\n  engine: TemplateEngine,\n  template: Template,\n  attributes: Map[String, Any]) extends View {\n  \n  def contentType: String = \"text\/html\"\n  \n  def render(request: WebRequest, response: WebResponse) {    \n    val context = new CustomRenderContext(engine, request, response.writer)\n    \n    attributes foreach { attr => context.attributes(attr._1) = attr._2 }\n    context.attributes(\"scopes\") = ScopeAccessor(request, response)\n    \n    ViewUtil.applyContentType(contentType, response)\n    engine.layout(template, context)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/bean\/BeanValidator.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport language.existentials\n\nimport javax.validation.{ Validator => JValidator }\nimport com.tzavellas.coeus.bind.{ BindingResult, Error }\nimport com.tzavellas.coeus.validation.Validator\n\n\/**\n * Adapts a JSR303 validator to the Coeus Validator trait.\n * \n * <p>Because {@code com.tzavellas.coeus.validation.Validator} is contravariant and\n * because {@code javax.validation.Validator} is not generic, we can validate\n * all objects (that have JSR303 annotations) using a single {@code BeanValidator}\n * of type {@code BeanValidator[AnyRef]}.<\/p>\n * \n * <p>For example if we use {@link com.tzavellas.coeus.controller.FormProcessing}\n * (that requires the presence of an implicit {@code Validator}) we can define\n * a single abstract controller that has an <em>implicit<\/em> validator of type\n * {@code BeanValidator[AnyRef]} for all of our controllers that handle forms.\n * <\/p>\n * \n * <pre>\n * object DefaultValidator\n *   extends BeanValidator[AnyRef](\n *     Validation.buildDefaultValidatorFactory.getValidator)\n * \n * abstract class FormController extends Controller with FormProcessing {\n *   implicit val validator: Validator[AnyRef] = DefaultValidator\n * }\n * <\/pre>\n * \n * @param validator the JSR-303 validator that will be used for validating the\n *                  objects.\n * \n * @see BeanErrorFormatter\n * @see Validation\n *\/\nclass BeanValidator[-T <: AnyRef](val validator: JValidator) extends Validator[T] {\n  \n  val errorFormatter = BeanErrorFormatter\n\n  def validate(target: T): Iterable[Error] = new Iterable[Error] {\n    def iterator = new BeanValidator.ErrorIterator(validator.validate(target).iterator)\n  }\n  \n  def validate(result: BindingResult[T]) {\n    result.errorFormatter = errorFormatter\n    val violations = validator.validate(result.target).iterator\n    while (violations.hasNext) {\n      val violation = violations.next\n      result.addError(violation.getPropertyPath.toString, Error(violation.getMessage))\n    }\n  }\n  \n  def validateField[F](field: String, value: Any)(implicit m: Manifest[F]) = {\n    val violations = validator.validateValue(m.runtimeClass, field, value)\n    if (violations.isEmpty) None\n    else Some(Error(violations.iterator.next.getMessage))\n  }\n}\n\n\nobject BeanValidator {\n  \n  import java.util.Locale\n  \n  \/**\n   * Create a validator using the default JSR-303 provider with the default\n   * configuration and {@code LocaleAwareInterpolator}. \n   * \n   * @param offlineLocale the offline locale of {@code LocaleAwareInterpolator}.\n   * \n   * @return a {@code BeanValidator} with the default configuration.\n   *\/\n  def defaultValidator(offlineLocale: Locale): Validator[AnyRef] = {\n    new BeanValidator(Validation.defaultConfig(offlineLocale)\n                                .buildValidatorFactory()\n                                .getValidator())\n  }\n  \n  import java.util.{ Iterator => JIterator }\n  import javax.validation.ConstraintViolation\n  \n  private class ErrorIterator[T](violations: JIterator[ConstraintViolation[T]])\n    extends Iterator[Error] {\n    \n    def hasNext = violations.hasNext\n    \n    def next = Error(violations.next.getMessage)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/IsbnConstraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\n\/**\n * A class for validating 10 digit ISBN codes.\n * \n * <p>Based on this \n * <a href=\"http:\/\/www.isbn.org\/standards\/home\/isbn\/international\/html\/usm4.htm\">algorithm<\/a>.<\/p>\n *\/\nclass IsbnConstraint extends Constraint[String] {\n  import IsbnConstraint._\n  \n  \/**\n   * Validates if the specified <code>String<\/code> is a valid ISBN number.\n   * \n   * <\/p>If the ISBN is formatted with space or dash separators its format is\n   * validated. Then the digits in the number are weighted, summed, and\n   * divided by 11 according to the ISBN algorithm.  If the result is zero,\n   * the ISBN is valid. This method accepts formatted or raw ISBN codes.<\/p>\n   *\n   * @param isbn Candidate ISBN number to be validated. <code>null<\/code> is\n   *        considered valid.\n   * @return true if the string is a valid ISBN code.\n   *\/\n  def isValid(isbn: String) = isbn match {\n    case null                        => true\n    case _ if hasInvalidLength(isbn) => false\n    case _ if isFormatted(isbn)      => hasValidFormat(isbn)\n    case _                           => cleanAndValidate(isbn)\n  }\n  \n  def getError(targetClass: Class[_], field: String, value: String) = \n    Error.validationFailure(\"isbn.invalid\", field, targetClass, value)\n  \n  private def hasInvalidLength(value: String) = value.length < 10 || value.length > 13\n  \n  \/* Returns true if the ISBN contains one of the separator characters space or dash. *\/\n  private def isFormatted(isbn: String) = isbn.contains(\"-\") || isbn.contains(\" \")\n  \n  \/* Returns true if the ISBN is formatted properly. *\/\n  private def hasValidFormat(isbn: String) = pattern.findFirstIn(isbn) != None\n  \n  \/* First remove all characters that are non digit and not equal to 'X' and then validate the resulting ISBN. *\/\n  private def cleanAndValidate(value: String) = {\n    \/*\n     * Returns the numeric value represented by the character. Based on the ISBN validation\n     * algorithm, if the character is not a digit but an 'X', 10 is returned.\n     *\/\n    def toInt(ch: Char): Int = if (ch == 'X') 10 else ch.asDigit\n  \n    \/* Remove all characters that are non digit and not equal to 'X' *\/\n    def clean(isbn: String): String = isbn.toUpperCase.filter(c => c.isDigit || c == 'X').mkString\n  \n    \/* Returns the sum of the weighted ISBN characters. *\/\n    def sum(isbn: String): Int = {\n      var total = 0\n      for (i <- 0 until 9) {\n        val weight = 10 - i\n        total += (weight * toInt(isbn(i)))\n      }\n      total += toInt(isbn.charAt(9)) \/\/ add check digit\n      total\n    }\n    \n    val cleanedIsbn = clean(value)\n    (cleanedIsbn.length() == 10) && ((sum(cleanedIsbn) % 11) == 0)\n  }\n}\n\n\/*\n * ISBN consists of 4 groups of numbers separated by either dashes (-)\n * or spaces.  The first group is 1-5 characters, second 1-7, third 1-6,\n * and fourth is 1 digit or an X or an x.\n *\/\nprivate object IsbnConstraint {\n  val pattern = \"\"\"^(\\d{1,5})(\\-|\\s)(\\d{1,7})(\\-|\\s)(\\d{1,6})(\\-|\\s)([0-9Xx])$\"\"\".r\n  \/\/ START + GROUP + SEP + PUBLISHER + SEP + TITLE + SEP + CHECK + END\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/EmailConstraintTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.{Test, Ignore}\nimport org.junit.Assert._\n\nclass EmailConstraintTest {\n  \n  val validator = new EmailConstraint\n\n  @Test\n  def null_is_valid_email() {\n    assertValid(null)\n  }\n  \n  @Test\n  def test_valid_email() {\n    assertValid(\"<EMAIL>\")\n  }\n  \n  @Test\n  def valid_emails_with_numeric_addresses() {\n    assertValid(\"someone@[216.109.118.76]\", \"<EMAIL>\")\n  }\n  \n  @Test\n  def constraint_validates_the_tlds_of_the_domain_part() {\n    assertValid(\"<EMAIL>\", \"<EMAIL>\", \"<EMAIL>\", \"<EMAIL>\")\n    assertInvalid(\"jsmith@apache.\", \"<EMAIL>\", \"<EMAIL>\", \"<EMAIL>\")\n  }\n  \n  @Test\n  def validate_emails_that_contain_dashes() {\n    assertValid(\"<EMAIL>\")\n    assertInvalid(\"<EMAIL>\",\n                  \"<EMAIL>\",\n                  \"<EMAIL>-<EMAIL>-m\")\n  }\n  \n  @Test\n  def an_email_ending_in_a_dot_is_invalid() {\n    assertInvalid(\"<EMAIL>.\");\n  }\n  \n  @Test\n  def emails_with_bogus_characters() {\n    assertInvalid(\"<EMAIL>@\\u008f<EMAIL>\")\n    \/\/ The ' character is valid in an email username.\n    assertValid(\"<EMAIL>\")\n    \/\/ But not in the domain name.\n    assertInvalid(\"<EMAIL>\")\n    assertValid(\"<EMAIL>\")\n  }\n  \n  @Test\n  def emails_with_commas_are_invalid() {\n    assertInvalid(\"<EMAIL>,che.org\", \"<EMAIL>,rg\", \"<EMAIL>\")\n  }\n  \n  @Test\n  def emails_with_spaces_are_invalid() {\n    assertInvalid(\"<EMAIL>\", \"<EMAIL>\", \"joe <EMAIL> \", \"<EMAIL>.org \")\n    \/\/ before or after is OK\n    assertValid(\" <EMAIL>\", \"<EMAIL> \")\n  }\n  \n  @Test\n  def some_test() {\n    assertInvalid(\"<EMAIL>\", <EMAIL>\", \"<EMAIL>\", \"john@[10.0.3.1999]\")\n    assertValid(\"\\\"<NAME>\\\"@[10.0.3.19]\")\n  }\n  \n  @Test\n  def more_tests() {\n    assertInvalid(\"NotAnEmail\")\n    assertInvalid(\"@NotAnEmail\")\n    assertValid(\"\"\"\"test\\\\blah\"@<EMAIL>\"\"\")\n    assertInvalid(\"\"\"\"test\"blah\"@<EMAIL>\"\"\")\n    assertValid(\"customer\/department<EMAIL>\")\n    assertValid(\"$<EMAIL>\")\n    assertValid(\"!def!xyz%<EMAIL>\")\n    assertValid(\"_Y<EMAIL>m<EMAIL>\")\n    assertValid(\"~<EMAIL>\")\n    assertInvalid(\".<EMAIL>\")\n    assertInvalid(\"<EMAIL>\")\n    assertInvalid(\"<EMAIL>\")\n    assertInvalid(\".<EMAIL>\")\n    assertValid(\"\"\"\"Austin@Powers\"@<EMAIL>\"\"\")\n    assertValid(\"<EMAIL>\")\n    assertValid(\"\"\"\"Ima.Fool\"@example.<EMAIL>\"\"\")\n    assertValid(\"\"\"\"I<NAME>\"@<EMAIL>\"\"\")\n    assertInvalid(\"Ima <EMAIL>\")\n    \n    \/\/assertInvalid(\"\"\"\"test\\blah\"@<EMAIL>\"\"\")\n    \/\/assertValid(\"\"\"\"test\\\"blah\"<EMAIL>\"\"\")\n  }\n  \n  \/**\n   * Tests the email validation with ascii control characters.\n   * (i.e. Ascii chars 0 - 31 and 127)\n   *\/\n  def emails_with_control_chars_are_invalid() {\n    for (c <- 0 until 32)\n            assertFalse(\"Test control char \" + c, validator.isValid(\"foo\" + c.toChar + \"<EMAIL>\"))\n    assertFalse(\"Test control char 127\", validator.isValid(\"foo\" + 127.toChar + \"<EMAIL>\"))\n  }\n  \n  \/**\n   * Ignored, needs work!\n   * \n   * These test values derive directly from RFC 822 &\n   * Mail::RFC822::Address & RFC::RFC822::Address perl test.pl\n   *\/\n  @Ignore\n  def perl_test_suite_from_rfc822() {\n    assertValid(\"<EMAIL>\")\n    assertValid(\"<EMAIL> \")\n    assertValid(\" <EMAIL>\")\n    assertValid(\"abigail @<EMAIL> \")\n    assertValid(\"*<EMAIL>\")\n    assertValid(\"\\\"\\\\\\\"\\\"@foo.bar\")\n    assertValid(\"<EMAIL>\")\n    assertValid(\"---@example.com\")\n    assertValid(\"<EMAIL>\")\n    assertValid(\"\\\"127.0.0.1\\\"@[127.0.0.1]\")\n    assertValid(\"Abigail <<EMAIL>>\")\n    assertValid(\"Abigail<<EMAIL>>\")\n    assertValid(\"Abigail<@a,@b,@c:<EMAIL>>\")\n    assertValid(\"\\\"This is a phrase\\\"<<EMAIL>>\")\n    assertValid(\"\\\"Abigail \\\"<<EMAIL>>\")\n    assertValid(\"\\\"Joe & <NAME>\\\" <example @Org>\")\n    assertValid(\"Abigail <abigail @ example.<EMAIL>>\")\n    assertValid(\"Abigail made this <  abigail   @   example  .    com    >\")\n    assertValid(\"Abigail(the bitch)<EMAIL>\")\n    assertValid(\"Abigail <abigail @ example . (bar) com >\")\n    assertValid(\"Abigail < (one)  abigail (two) @(three)example . (bar) com (quz) >\")\n    assertValid(\"Abigail (foo) (((baz)(nested) (comment)) ! ) < (one)  abigail (two) @(three)example . (bar) com (quz) >\")\n    assertValid(\"Abigail <abigail(fo\\\\(o)<EMAIL>>\")\n    assertValid(\"Abigail <<EMAIL>ail(fo\\\\)o)<EMAIL>> \")\n    assertValid(\"(foo) <EMAIL>\")\n    assertValid(\"<EMAIL> (foo)\")\n    assertValid(\"\\\"Abi\\\\\\\"gail\\\" <<EMAIL>>\")\n    assertValid(\"ab<EMAIL>@[<EMAIL>]\")\n    assertValid(\"abigail@[exa\\\\[ple.com]\")\n    assertValid(\"abigail@[exa\\\\]ple.com]\")\n    assertValid(\"\\\":sysmail\\\"@  Some-Group. Some-Org\")\n    assertValid(\"Muhammed.(I am  the greatest) Ali @(the)Vegas.WBA\")\n    assertValid(\"mailbox.sub1.sub2@this-domain\")\n    assertValid(\"sub-net.mailbox@sub-domain.domain\")\n    \/\/assertValid(\"name:;\")\n    \/\/assertValid(\"':;\")\n    \/\/assertValid(\"name:   ;\")\n    assertValid(\"<NAME> <Neuman@BBN-TENEXA>\")\n    assertValid(\"Neuman@BBN-TENEXA\")\n    assertValid(\"\\\"<NAME>\\\" <<EMAIL>>\")\n    assertValid(\"Wilt . (the  Stilt) <EMAIL>\")\n    assertValid(\"Cruisers:  Port@Portugal, Jones@SEA;\")\n    assertValid(\"$@[]\")\n    assertValid(\"*()@[]\")\n    assertValid(\"\\\"quoted ( brackets\\\" ( a comment )<EMAIL>\")\n    assertValid(\"\\\"Joe & <NAME>\\\"\\\\x0D\\\\x0A     <ddd\\\\@ Org>\")\n    assertValid(\"\\\"Joe &\\\\x0D\\\\x0A <NAME>\\\" <ddd \\\\@ Org>\")\n    assertValid(\"Gourmets:  Pompous Person <WhoZiWhatZit\\\\@Cordon-Bleu>,\\\\x0D\\\\x0A\" +\n            \"        Childs\\\\@<EMAIL>, \\\"Galloping Gourmet\\\"\\\\@\\\\x0D\\\\x0A\" +\n            \"        ANT.Down-Under (Australian National Television),\\\\x0D\\\\x0A\" +\n            \"        Cheapie\\\\@Discount-Liquors;\")\n    assertInvalid(\"   Just a string\")\n    assertInvalid(\"string\")\n    assertInvalid(\"(comment)\")\n    assertInvalid(\"()<EMAIL>\")\n    assertInvalid(\"fred(&)<EMAIL>\")\n    assertInvalid(\"fred\\\\ <EMAIL>\")\n    assertInvalid(\"Abigail <abi gail @ example.com>\")\n    assertInvalid(\"Abigail <abigail(fo(o)<EMAIL>>\")\n    assertInvalid(\"Abigail <<EMAIL>ail(fo)o)<EMAIL>>\")\n    assertInvalid(\"\\\"Abi\\\"gail\\\" <<EMAIL>>\")\n    assertInvalid(\"abigail@[exa]ple.com]\")\n    assertInvalid(\"abigail@[exa[ple.com]\")\n    assertInvalid(\"abigail@[exaple].com]\")\n    assertInvalid(\"abigail@\")\n    assertInvalid(\"@example.com\")\n    assertInvalid(\"phrase: <EMAIL> <EMAIL> ;\")\n    assertInvalid(\"<EMAIL>\ufffd<EMAIL>\")\n  }\n  \n  private def assertValid(emails: String*): Unit =\n    for (email <- emails) assertTrue(\"[\" + email + \"] is a valid email address\", validator.isValid(email))\n  \n  private def assertInvalid(emails: String*): Unit =\n    for (email <- emails) assertFalse(\"[\" + email + \"] is a invalid email address\", validator.isValid(email))\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/WebSessionTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpSession\n\nclass WebSessionTest extends AbstractScopedContainerTest with CheckAndActOperationsTest {\n\n  val mock = new MockHttpSession\n  val session = new WebSession(mock)\n  \n  val attributes = session\n  \n  def setAttributeToMock(name: String, value: Any) {\n    mock.setAttribute(name, value)\n  }\n  \n  @Test\n  def simple_test_for_isNew() {\n    assertTrue(session.isNew)\n  }\n  \n  @Test\n  def invalidate_the_http_session() {\n    session.invalidate()\n    assertTrue(mock.isInvalid)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/JavaNumericConstraints.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport java.math.BigDecimal\nimport com.tzavellas.coeus.bind.Error\n\ntrait JavaNumericConstraints {\n  \n  def isGreaterThan(min: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) = value == null || value.compareTo(min) == 1\n    \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      Error.validationFailure(\"java.decimal.min\", field, targetClass, value, min)\n  }\n  \n  def isLessThan(max: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) = value == null || value.compareTo(max) == -1\n    \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      Error.validationFailure(\"java.decimal.max\", field, targetClass, value, max)\n  }\n  \n  def isBetween(min: BigDecimal, max: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) =\n      value == null || (value.compareTo(min) != -1 && value.compareTo(max) == -1)\n  \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      Error.validationFailure(\"java.decimal.between\", field, targetClass, value, min, max)\n  }\n}\n "}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/HttpRequestHeaders.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http\n\nimport java.util.{ Enumeration, Date }\nimport javax.servlet.http.HttpServletRequest\nimport scala.collection.JavaConversions._\n\n\/**\n * Methods to access HTTP headers from a WebRequest.  \n *\/\ntrait HttpRequestHeaders {\n\n  val servletRequest: HttpServletRequest\n  \n  def header(name: String) = Option(servletRequest.getHeader(name))\n  \n  def headerInt(name: String): Option[Int] = {\n    val num = servletRequest.getIntHeader(name)\n    if (num == -1) None else Some(num)\n  }\n  \n  def headerDate(name: String): Option[Long] = {\n    val millis = servletRequest.getDateHeader(name)\n    if (millis == -1) None else Some(millis)\n  }\n  \n  def headerValues(name: String): Iterator[String] = {\n    val headers = servletRequest.getHeaders(name)\n    assertWasAllowed(headers)\n    headers.asInstanceOf[Enumeration[String]]\n  }\n  \n  def headerNames: Iterator[String] = {\n    val names = servletRequest.getHeaderNames\n    assertWasAllowed(names)\n    names.asInstanceOf[Enumeration[String]]\n  }\n  \n  private def assertWasAllowed(ref: AnyRef) {\n    if (ref eq null) throw new SecurityException(\n      \"The servlet container that you've deployed you application does not \" +\n      \"allow servlets to call the HttpServletRequest.getHeaderNames or \" +\n      \"HttpServletRequest.getHeaders method.\")\n  }\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/Assertions.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test\n\nimport org.junit.Assert._\n\nobject Assertions {\n  \n  def assertThrows[T <: Throwable](testCode: => Unit)(implicit m: Manifest[T]) {\n    val expectedClass = m.runtimeClass\n    try {\n      testCode\n      throw new AssertionError(\"Expected exception: \" + expectedClass.getName)\n    } catch {\n      case actual: Throwable =>\n        if (! expectedClass.isAssignableFrom(actual.getClass))\n          throw new AssertionError(\"\\nExpected exception: \" + expectedClass.getName +\n          \t\t                     \"\\n... but got: \" + actual.getClass.getName +\n          \t\t                     \"\\nActual Stacktrace:\\n\" + actual.getStackTraceString) \n    }\n  }\n  \n  def assertNone[T](actual: Option[T]) {\n  \tassertEquals(None, actual)\n  }\n  \n  def assertSome[T](actual: Option[T], message: String = \"Expected Some but got None\") {\n  \tassert(actual != None, message)\n  }\n\n  def assertSome[T](expected: T, actual: Option[T]) {\n  \tassert(actual != None, \"Expected Some but got None\")\n  \tassertEquals(expected, actual.get)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/multipart\/CommonsFormFileTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.apache.commons.fileupload.disk.DiskFileItem\n\nclass CommonsFormFileTest {\n  \n  @Test\n  def filename_tests() {\n    assertEquals(\"scala.html\", file(\"file\", \"scala.html\").filename)\n    assertEquals(\"scala.html\", file(\"file\", \"\/home\/spiros\/scala.html\").filename)\n    assertEquals(\"scala.html\", file(\"file\", \"C:\\\\files\\\\scala.html\").filename)\n    assertEquals(\"scala.html\", file(\"file\", \"C:\\\\programming documents\\\\scala.html\").filename)\n    assertEquals(\"scala specification.pdf\", file(\"file\", \"scala specification.pdf\").filename)\n  }\n  \n  private def file(name: String, filename: String) = {\n    new CommonsFormFile(new DiskFileItem(name, \"text\/html\", false, filename,\n                        10240, new java.io.File(System.getProperty(\"java.io.tmpdir\")))) \n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/DispatcherServlet.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport javax.servlet.http._\nimport javax.servlet.{ ServletConfig, ServletException }\nimport scala.collection.Map\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.i18n.locale.LocaleResolver\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\nimport com.tzavellas.coeus.http.MutableHttpServletRequest\nimport com.tzavellas.coeus.http.multipart.MultipartRequestParser\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.scope.ApplicationScope\nimport com.tzavellas.coeus.util.internal.Strings\n\nimport config.WebModule\n\n\/**\n * DispatcherServlet is the entry point of the framework.\n *\/\nclass DispatcherServlet extends HttpServlet {\n  \n  \/* Resolves a Handler for a given request *\/\n  private[this] var resolver: RequestResolver = _\n  \n  \/* Executes the request *\/\n  private[this] var executor: RequestExecutor = _\n  \n  private[this] var localeResolver: LocaleResolver = _\n  private[this] var messageBundle: MessageBundle = _\n  private[this] var converters: ConverterRegistry = _\n  private[this] var requestEncoding: String = _\n  private[this] var hideResources: Boolean = _\n  private[this] var overrideHttpMethod: Boolean = _\n  private[this] var allowHttpHead: Boolean = _\n  private[this] var allowHttpOptions: Boolean = _\n  private[this] var multipartParser: MultipartRequestParser = _\n\n  private[this] var applicationScope: ApplicationScope = _\n  \n  \n  \/*\n   * Performs the servlet's initialization.\n   *\/\n  @throws(classOf[ServletException])\n  override final def init(servletConfig: ServletConfig) {\n    super.init(servletConfig)\n    \n    \/\/ setup ApplicationScope\n    applicationScope = new ApplicationScope(servletConfig.getServletContext)\n    ApplicationScope.setupMutex(servletConfig.getServletContext)\n    \n    \/\/ load the configuration for the WebModule\n    val module = WebModuleLoader.load(servletConfig)\n\n    resolver           = module.requestResolver    \n    localeResolver     = module.localeResolver\n    messageBundle      = module.messageBundle\n    converters         = module.converters\n    requestEncoding    = module.requestEncoding\n    hideResources      = module.hideResources\n    overrideHttpMethod = module.overrideHttpMethod\n    allowHttpHead      = module.allowHttpHead\n    allowHttpOptions   = module.allowHttpOptions\n    \n    multipartParser = module.multipartParser\n    multipartParser.init(servletConfig.getServletContext)\n\n    \/\/ register the configured controller classes\n    val registrar = new ControllerRegistrar(module, applicationScope)\n    registrar.registerAll(module.controllers.result)\n\n    \/\/ create the request executor\n    executor = new RequestExecutor(module.interceptors.result,\n                                   module.exceptionHandler,\n                                   module.viewResolver)\n  }\n  \n  override final def destroy() {\n    if (multipartParser ne null) {\n      multipartParser.destroy(getServletContext)\n    }\n  }\n  \n  \/*\n   * Finds the Handler and executes the request.\n   *\/\n  override final protected def service(request: HttpServletRequest, response: HttpServletResponse) {\n    \n    \/\/ set the encoding, if configured\n    if (requestEncoding ne null) {\n      request.setCharacterEncoding(requestEncoding)\n      response.setCharacterEncoding(requestEncoding)\n    }\n    \n    \/\/ resolve and execute\n    val path = removeContextFromPath(request.getRequestURI)\n    val method = getHttpMethod(request)\n\n    val (handlers, pathVariables) = resolver.resolve(path)\n    \n    if (handlers.isEmpty) {\n      response.sendError(HttpServletResponse.SC_NOT_FOUND)\n      return\n    }\n    \n    if (! handlers.isMethodAllowed(method)) {\n      if (method == 'OPTIONS && allowHttpOptions) {\n        HttpResponseGenerator.writeOptions(response, getAllowedMethods(handlers))\n        return\n      }\n\n      if (method == 'HEAD && allowHttpHead && handlers.isMethodAllowed('GET)) {\n        execute(request, response, handlers('GET), pathVariables)\n        return\n      }\n\n      if (hideResources) {\n        response.sendError(HttpServletResponse.SC_NOT_FOUND)\n      } else {\n        HttpResponseGenerator.writeMethodNotAllowed(response, getAllowedMethods(handlers))\n      }\n      return\n    }\n    \n    val handler = handlers(method)\n    if (WebRequest.isMultipart(request)) {\n      val multipartRequest = multipartParser.parse(request)\n      if (mustChangeMethod(request))\n        multipartRequest.setMethod(method.name)\n        execute(multipartRequest, response, handler, pathVariables)\n        multipartParser.cleanupFiles(multipartRequest)\n    } else {\n      var wrappedReq = request \n      if (mustChangeMethod(request)) {\n        wrappedReq = new MutableHttpServletRequest(request, method.name)\n      }\n      execute(wrappedReq, response, handler, pathVariables)\n    }\n  }\n  \n  private def execute(req: HttpServletRequest,\n                      res: HttpServletResponse,\n                      handler: Handler,\n                      vars: Map[String, String]) {\n    \n    executor.execute(new RequestContext(\n      new WebRequest(applicationScope, req, vars, localeResolver, converters, messageBundle),\n      new WebResponse(res),\n      handler))\n  }\n  \n  private def getAllowedMethods(handlers: HandlerMap) = {\n    var methods = handlers.supportedMethods\n    if (allowHttpHead)\n      methods = methods + \"HEAD\"\n    if (allowHttpOptions)\n      methods = methods + \"OPTIONS\"\n    methods\n  }\n  \n  private def removeContextFromPath(requestUri: String) = {\n    Strings.removePrefix(requestUri, getServletConfig.getServletContext.getContextPath)\n  }\n  \n  private def mustChangeMethod(req: HttpServletRequest): Boolean = {\n    if (!overrideHttpMethod) return false\n    val _method = req.getParameter(\"_method\")\n    if (_method ne null) req.getMethod != _method.toUpperCase else false\n  }\n  \n  private def getHttpMethod(req: HttpServletRequest): Symbol = {\n    if (!overrideHttpMethod) return Symbol(req.getMethod)\n    val _method = req.getParameter(\"_method\")\n    Symbol(if (_method eq null) req.getMethod else _method.toUpperCase)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/CommonsFormFile.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport java.io.File\nimport org.apache.commons.fileupload.disk.DiskFileItem\nimport scala.collection.JavaConversions._\n\nprivate class CommonsFormFile(val item: DiskFileItem) extends FormFile {\n  \n  def fieldName = item.getFieldName\n  \n  def contentType: Option[String] = Option(item.getContentType)\n  \n  def charSet: Option[String] = Option(item.getCharSet)\n  \n  def filename: String = {\n   val name = item.getName\n   if (name == null) return \"\"\n   \/\/ remove path\n   var sep = name.lastIndexOf(\"\/\") \/\/ unix\n   if (sep == -1) {\n     sep = name.lastIndexOf(\"\\\\\")  \/\/ windows\n    }\n    if (sep == -1) name else name.substring(sep + 1) \n  }\n\n  def tmpFile: Option[File] = Option(item.getStoreLocation)\n  \n  def inputStream = item.getInputStream\n  \n  def contents = item.get\n  \n  def isAvailable: Boolean = {\n    if (item.isInMemory) return true\n    for (file <- tmpFile) if (file.canRead) return true\n    false\n  }\n  \n  lazy val headers: FormFile.Headers = new FormFile.Headers {\n    val ih = item.getHeaders\n    \n    def apply(name: String) = ih.getHeader(name)\n    \n    def values(name: String) = ih.getHeaders(name).asInstanceOf[java.util.Iterator[String]]\n    \n    def names = ih.getHeaderNames.asInstanceOf[java.util.Iterator[String]]\n  }\n  \n  def writeTo(file: File) {\n    item.write(file)\n  }\n  \n  def writeTo(path: String) {\n    item.write(new File(path))\n  }\n  \n  def delete() {\n    item.delete()\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/ParameterConversions.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.controller\n\nimport language.implicitConversions\n\ntrait ParameterConversions {\n\n  this: Controller =>\n  \n  implicit def _param2Char(s: String): Char= if (s.isEmpty) 0 else s.charAt(0)\n  implicit def _param2Boolean(s: String): Boolean= java.lang.Boolean.parseBoolean(s)\n  implicit def _param2Short(s: String): Short = java.lang.Short.parseShort(s)\n  implicit def _param2Int(s: String): Int = java.lang.Integer.parseInt(s)\n  implicit def _param2Long(s: String): Long = java.lang.Long.parseLong(s)\n  implicit def _param2Float(s: String): Float = java.lang.Float.parseFloat(s)\n  implicit def _param2Double(s: String): Double= java.lang.Double.parseDouble(s)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/MessageBundle.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.msg\n\nimport java.util.Locale\n\n\/**\n * A bundle of locale-specific messages.\n * \n * @see PropertiesMessageBundle\n *\/\ntrait MessageBundle {\n  \n  \/**\n   * Get a message for the given code and Locale.\n   * \n   * @param locale the locale of the message\n   * @param code the code of the message \n   * @param args the arguments to use for substituting any variables in the message\n   * \n   * @throws MessageNotFoundException if a message does not exist for the\n   *         specified code and Locale.\n   *\/\n  def apply(locale: Locale, code: String, args: Any*): String\n  \n  \/**\n   * Get a message for the given code and Locale.\n   * \n   * @param locale the locale of the message\n   * @param code the code of the message \n   * @param args the arguments to use for substituting any variables in the message\n   *\/\n  def get(locale: Locale, code: String, args: Any*): Option[String]\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/ErrorFormatter.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport java.util.Locale\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\n\n\/**\n * Formats error messages.\n *\/\ntrait ErrorFormatter {\n  \n  \/**\n   * Returns a formatted, locale specific, error message for the specified\n   * {@code Error} instance.\n   *\/\n  def format(error: Error, locale: Locale, messages: MessageBundle, formatters: ConverterRegistry): String\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CharConverter.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\n\nclass CharConverter extends AbstractConverter[Char] {\n  \n  def parse(text: String, locale: Locale) = filterEmpty(text, 0, _.apply(0))\n  \n  def format(char: Char, locale: Locale) = char.toString\n} \n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/SendfileView.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\n\/**\n * A <code>View<\/code> that when rendered will set the <em>X-Sendfile<\/em> HTTP header\n * telling the web server to serve the specified file.\n * \n * <p><strong>Important:<\/strong>The view returned by this method will not stream the\n * data of the specified file to the client. It will just set an HTTP header telling the\n * web server to send the file. Make sure your web\/application server supports the\n * <em>X-Sendfile<\/em> HTTP header before using this method.<\/p>  \n * \n * @param file the path to the file to use for the <em>X-Sendfile<\/em> HTTP header\n * @param contentType the response's content-type (might get ignored by the web server)\n * @param disposition can be \"attachment\" or \"inline\" and it is used in the Content-Disposition\n *        header to specify whether the file will be shown inline (\"inline\") or downloaded\n *        (\"attachment\")\n *\/\n\/\/TODO needs integration testing\nclass SendfileView(file: String, val contentType: String, disposition: String) extends View {\n  \n  def render(request: WebRequest, response: WebResponse) {\n    response.contentType = contentType\n    response.header(\"X-Sendfile\",  file)\n    response.header(\"Content-Disposition\", \"%s; file=\\\"%s\\\"\".format(disposition, file))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/NumericConstraints.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\ntrait NumericConstraints {\n\n  \/\/ -- BigDecimal -----------------------------------------------------\n\n  def isGreaterThan(min: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) = value == null || value > min\n    \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      new Error(\"decimal.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) = value == null || value < max\n    \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      new Error(\"decimal.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: BigDecimal, max: BigDecimal) = new Constraint[BigDecimal] {\n    def isValid(value: BigDecimal) = value == null || (min <= value && value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: BigDecimal) = \n      Error.validationFailure(\"decimal.between\", field, targetClass, value, min, max)\n  }\n\n  \/\/ -- Short ----------------------------------------------------------\n\n  def isGreaterThan(min: Short) = new Constraint[Short] {\n    def isValid(value: Short) = value > min\n    \n    def getError(targetClass: Class[_], field: String, value: Short) = \n      Error.validationFailure(\"short.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: Short) = new Constraint[Short] {\n    def isValid(value: Short) = value < max\n    \n    def getError(targetClass: Class[_], field: String, value: Short) = \n      Error.validationFailure(\"short.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: Short, max: Short) = new Constraint[Short] {\n    def isValid(value: Short) = (min <= value) && (value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: Short) = \n      Error.validationFailure(\"short.between\", field, targetClass, value, min, max)\n  }\n\n  \/\/ -- Int ------------------------------------------------------------\n\n  def isGreaterThan(min: Int) = new Constraint[Int] {\n    def isValid(value: Int) = value > min\n    \n    def getError(targetClass: Class[_], field: String, value: Int) = \n      Error.validationFailure(\"integer.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: Int) = new Constraint[Int] {\n    def isValid(value: Int) = value < max\n    \n    def getError(targetClass: Class[_], field: String, value: Int) = \n      Error.validationFailure(\"integer.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: Int, max: Int) = new Constraint[Int] {\n    def isValid(value: Int) = (min <= value) && (value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: Int) = \n      Error.validationFailure(\"integer.between\", field, targetClass, value, min, max)\n  }\n\n  def isBetween(range: Range) = new Constraint[Int] {\n    def isValid(value: Int) = range.contains(value)\n    \n    def getError(targetClass: Class[_], field: String, value: Int) = \n      Error.validationFailure(\"integer.range\", field, targetClass, value, range.head, range.last)\n  }\n\n  \/\/ -- Long -----------------------------------------------------------\n\n  def isGreaterThan(min: Long) = new Constraint[Long] {\n    def isValid(value: Long) = value > min\n    \n    def getError(targetClass: Class[_], field: String, value: Long) = \n      Error.validationFailure(\"long.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: Long) = new Constraint[Long] {\n    def isValid(value: Long) = value < max\n    \n    def getError(targetClass: Class[_], field: String, value: Long) = \n      Error.validationFailure(\"long.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: Long, max: Long) = new Constraint[Long] {\n    def isValid(value: Long) = (min <= value) && (value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: Long) = \n      Error.validationFailure(\"long.between\", field, targetClass, value, min, max)\n  }\n\n  \/\/ -- Float ----------------------------------------------------------\n\n  def isGreaterThan(min: Float) = new Constraint[Float] {\n    def isValid(value: Float) = value > min\n    \n    def getError(targetClass: Class[_], field: String, value: Float) = \n      Error.validationFailure(\"float.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: Float) = new Constraint[Float] {\n    def isValid(value: Float) = value < max\n    \n    def getError(targetClass: Class[_], field: String, value: Float) = \n      Error.validationFailure(\"float.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: Float, max: Float) = new Constraint[Float] {\n    def isValid(value: Float) = (min <= value) && (value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: Float) = \n      Error.validationFailure(\"float.between\", field, targetClass, value, min, max)\n  }\n\n  \/\/ -- Double ---------------------------------------------------------\n\n  def isGreaterThan(min: Double) = new Constraint[Double] {\n    def isValid(value: Double) = value > min\n    \n    def getError(targetClass: Class[_], field: String, value: Double) = \n      Error.validationFailure(\"double.min\", field, targetClass, value, min)\n  }\n\n  def isLessThan(max: Double) = new Constraint[Double] {\n    def isValid(value: Double) = value < max\n    \n    def getError(targetClass: Class[_], field: String, value: Double) = \n      Error.validationFailure(\"double.max\", field, targetClass, value, max)\n  }\n\n  def isBetween(min: Double, max: Double) = new Constraint[Double] {\n    def isValid(value: Double) = (min <= value) && (value < max)\n    \n    def getError(targetClass: Class[_], field: String, value: Double) = \n      Error.validationFailure(\"double.between\", field, targetClass, value, min, max)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/support\/HttpSessionMutexListenerTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope.support\n\nimport javax.servlet.http.HttpSessionEvent\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpSession\n\nclass HttpSessionMutexListenerTest {\n\n  val session = new MockHttpSession\n  val listener = new HttpSessionMutexListener\n  val event = new HttpSessionEvent(session)\n  \n  @Test\n  def listener_adds_a_serializable_object_in_session() {\n    assertFalse(session.getAttributeNames.hasMoreElements)\n    listener.sessionCreated(event)\n    assertTrue(session.getAttributeNames.hasMoreElements)\n    \n    val attr = session.getAttribute(session.getAttributeNames.nextElement)\n    assertTrue(attr.isInstanceOf[java.io.Serializable])\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/NullView.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/NullView.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\n\/**\n * A <i>null-object<\/i> implementation for {@code View}.\n *\/\nobject NullView extends View {\n  \n  \/** The content-type is null. *\/\n  def contentType: String = null\n  \n  \/** Does nothing. *\/\n  def render(request: WebRequest, response: WebResponse) { }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/BeforeFilter.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/BeforeFilter.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport scala.util.control.ControlThrowable\nimport view.View\n\n\/**\n * Executes common logic <em>before<\/em> each handler method of a\n * {@code Controller}.\n * \n * <p>For example in the below {@code Controller} the {@code BeforeFilter}\n * checks that the user is logged in before showing him the article's\n * editor.<\/p>\n * <pre>\n * class ArticleEditorController extends Controller with BeforeFilter {\n * \n *   def before() {\n *     if (!AuthManager.isUserLoggedIn(request))\n *       stopAndRender(redirect(\"\/login\"))\n *   }\n *   \n *  {@literal @Get}\n *   def show() = \"editor\"\n * }\n * <\/pre>\n * \n * <p>{@code BeforeFilter}s can also be defined in reusable traits and\n * mixed in multiple {@code Controller} classes.<\/p>\n * \n * <pre>\n * trait Secured extends BeforeFilter {\n *   def before() {\n *     if (!AuthManager.isUserLoggedIn(request))\n *       stopAndRender(redirect(\"\/login\"))\n *   }\n * }\n * \n * class ArticleEditorController extends Controller with Secured {\n *  {@literal @Get}\n *   def show() = \"editor\"\n * }\n * <\/pre>\n * \n * @see Controller\n * @see {@link com.tzavellas.coeus.core.Handler#handle Handler.handle()}\n *\/\ntrait BeforeFilter {\n  \n  this: Controller =>\n  \n  \/**\n   * Gets executed <em>before<\/em> the {@code Controller}'s handler method that\n   * corresponds to the current request.\n   * \n   * <p>If this method throws {@code BeforeFilter.Throwable} then the\n   * handler method of the {@code Controller} does not get executed and the\n   * view of the request interruption gets rendered in the response. This can\n   * be used to implement security checks or caching where we may not want the\n   * handler method to execute for a particular request.<\/p> \n   * \n   * @throws BeforeFilter.Throwable\n   *\/\n  def before()\n  \n  \/**\n   * Throws a {@code BeforeFilter.Throwable} to prevent the controller's handler\n   * method from executing.\n   * \n   * @param view the {@code View} to render.\n   *\/\n  protected def stopAndRender(view: View) {\n    throw new BeforeFilter.Throwable(view)\n  }\n}\n\nobject BeforeFilter {\n  \n  \/**\n   * When thrown from a {@code BeforeFilter} the controller's hander method\n   * does not get executed and the specified view is rendered instead.\n   * \n   * @param view the {@code View} to render.\n   *\/\n  class Throwable(val view: View) extends ControlThrowable\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/package.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\n\npackage object mvc {\n  \n  type Controller = controller.Controller\n  \n  type Path = annotation.Path\n  type Get = annotation.Get\n  type Post = annotation.Post\n  type Put = annotation.Put\n  type Delete = annotation.Delete\n  type HttpMethod = annotation.HttpMethod\n  \n  type Binder = bind.Binder\n  val  Binder = bind.Binder\n  \n  type AbstractController = controller.AbstractController\n  type ResponseHelpers = controller.ResponseHelpers\n  \n  type BeforeFilter = controller.BeforeFilter\n  type AfterFilter = controller.AfterFilter\n  \n  type View = view.View\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/bean\/LocaleAwareInterpolator.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport java.util.Locale\nimport javax.validation.MessageInterpolator\nimport MessageInterpolator.Context\nimport com.tzavellas.coeus.mvc.WebRequest\n\n\/**\n * A {@code MessageInterpolator} implementation that delegates to another\n * interpolator using the locale retrieved from the configured\n * {@code LocaleResolver}.\n * \n * <p>To configure a {@code BeanValidator} to use this interpolator you can use\n * the {@link Validation} object or the following code:<\/p>\n * <pre>\n * val conf= Validation.byDefaultProvider.configure()\n * val factory = conf\n *   .messageInterpolator(\n *     new LocaleAwareInterpolator(conf.getDefaultMessageInterpolator))\n *   .buildValidatorFactory()\n * val validator = new BeanValidator(factory.getValidator)\n * <\/pre>\n * \n * @see BeanValidator\n * @see Validation\n *\/\nclass LocaleAwareInterpolator(\n  interpolator: MessageInterpolator,\n  offlineLocale: Locale)\n    extends MessageInterpolator {\n\n  def interpolate(messageTemplate: String, context: Context) =\n    interpolator.interpolate(messageTemplate, context, actualLocale)\n\n  def interpolate(messageTemplate: String, context: Context, locale: Locale) =\n    interpolator.interpolate(messageTemplate, context, actualLocale)\n  \n  private def actualLocale = {\n    val req = WebRequest.currentRequest\n    if (req eq null) offlineLocale else req.locale\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/Constraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\n\/**\n * A validation rule.\n * \n * @see {@link com.tzavellas.coeus.validation.VSpec VSpec}\n * @see {@link com.tzavellas.coeus.validation.Constraints Constraints}\n *\/\ntrait Constraint[-T] {\n\n  \/**\n   * Check that the given value satisfies this constraint.\n   *\/\n  def isValid(value: T): Boolean\n  \n  \/**\n   * Get an <code>Error<\/code> object that describes the failure\n   * of the given value to satisfy this constraint.\n   * \n   * <p>The arguments of the returned {@link Error} object are:\n   * 1)the field name, 2)the target class, 3)the value that\n   * violated the constraint followed by any other constraint\n   * specific values.<\/p>\n   *\n   * @param targetClass the class of the target object\n   * @param field the field's name \n   * @param value the value that violates this constraint\n   * \n   * @see Error\n   *\/\n  def getError(targetClass: Class[_], field: String, value: T): Error\n  \n  \/* Why Constraint needs to have the getError(..) method?\n   * \n   * You might think that the error construction is a separate concern from\n   * constraint validation and thus by having the getError method this trait\n   * violates the single responsibility principle. The getError method needs\n   * to be on this trait because sometimes the returned Error must contain\n   * information specific to the Constraint instance and since that instance\n   * is the only object that knows that information it also has to construct\n   * the Error.\n   * \n   * For example in a constraint that we test whether a number is\n   * greater that another number (minimum) we might want to include the\n   * minimum number in the Error instance so it can be used in the error\n   * messages. That number will probably be know only by the Constraint\n   * instance that will validate the input number (see:\n   * NumericConstraints.isGreaterThan(..)).\n   *\/\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/SimpleNumberConvertersTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass SimpleNumberConvertersTest {\n  \n  val locale: java.util.Locale = null\n  val delta = 0.0001\n  \n  @Test\n  def test_ints() {\n    val conv = new SimpleIntConverter\n    \n    assertEquals(0, conv.parse(\"\\n \\n\", locale))\n    assertEquals(0, conv.parse(null, locale))\n    assertEquals(10, conv.parse(\"10\", locale))\n    assertEquals(10, conv.parse(\" 10\\n\", locale))\n    \n    assertThrows[NumberFormatException] { conv.parse(\"0.2\", locale) }\n    assertThrows[NumberFormatException] { conv.parse(\"ten\", locale) }\n    \n    assertEquals(\"10\", conv.format(10, locale))\n  }\n  \n  @Test\n  def test_longs() {\n    val conv = new SimpleLongConverter\n    \n    assertEquals(0L, conv.parse(\"\\n \\n\", locale))\n    assertEquals(0L, conv.parse(null, locale))\n    assertEquals(10L, conv.parse(\"10\", locale))\n    assertEquals(10L, conv.parse(\" 10\\n\", locale))\n    \n    assertThrows[NumberFormatException] { conv.parse(\"0.2\", locale) }\n    assertThrows[NumberFormatException] { conv.parse(\"ten\", locale) }\n    \n    assertEquals(\"10\", conv.format(10, locale))\n  }\n  \n  @Test\n  def test_floats() {\n    val conv = new SimpleFloatConverter\n    \n    assertEquals(0, conv.parse(\"\\n \\n\", locale), delta)\n    assertEquals(0, conv.parse(null, locale), delta)\n    assertEquals(10, conv.parse(\"10\", locale), delta)\n    assertEquals(10, conv.parse(\" 10\\n\", locale), delta)\n    assertEquals(0.2, conv.parse(\" 0.2\\n\", locale), delta)\n    \n    assertThrows[NumberFormatException] { conv.parse(\"ten\", locale) }\n    \n    assertEquals(\"10.0\", conv.format(10, locale))\n  }\n  \n  @Test\n  def test_doubles() {\n    val conv = new SimpleDoubleConverter\n    \n    assertEquals(0, conv.parse(\"\\n \\n\", locale), delta)\n    assertEquals(0, conv.parse(null, locale), delta)\n    assertEquals(10, conv.parse(\"10\", locale), delta)\n    assertEquals(10, conv.parse(\" 10\\n\", locale), delta)\n    assertEquals(0.2, conv.parse(\" 0.2\\n\", locale), delta)\n    \n    assertThrows[NumberFormatException] { conv.parse(\"ten\", locale) }\n    \n    assertEquals(\"10.0\", conv.format(10, locale))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/exceptions.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport scala.util.control.NoStackTrace\nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * A root exception for all binding related exceptions.\n *\/\nclass BindingException(message: String, cause: Throwable = null)\n  extends FrameworkException(message, cause)\n\n\/**\n * Thrown from {@code ConverterRegistry} when a {@code Converter} does not\n * exist for a specified class. \n *\/\nclass NoConverterAvailableException(klass: Class[_])\n  extends BindingException(\"No converter available for instances of \" + klass.getName)\n\n\/**\n * Thrown when an error occurs in {@code ExpressionLanguage}. \n *\/\nclass ExpressionException(message: String, cause: Throwable = null)\n  extends BindingException(message, cause)\n\n\/**\n * Thrown from {@code ExpressionLanguage} when a {@code Parser} cannot\n * parse an input value.\n *\/\nclass ParserException(val outputClass: Class[_], cause: Throwable)\n  extends BindingException(\"Could not convert to \" + outputClass, cause)\n  with NoStackTrace"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/ResponseHelpers.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage controller\n\nimport com.tzavellas.coeus.http.HttpStatus\nimport util.Conventions\nimport view._\n\ntrait ResponseHelpers extends ViewFactory {\n  \n  this: Controller =>\n  \n  \/**\n   * Sets the response's status to <em>NOT_MODIFIED (304)<\/em> and returns a\n   * {@code NullView}.\n   *\/\n  def notModified = {\n    response.status = HttpStatus.NOT_MODIFIED\n    NullView\n  }\n  \n  \/**\n   * Returns the default {@link ViewName} for the current request.\n\n   * @see {@link com.tzavellas.coeus.mvc.view.ViewResolver ViewResolver}\n   *\/\n  def render = new ViewName(Conventions.viewNameForRequest(request)) \n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/UrlConstraintTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/UrlConstraintTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Test\nimport org.junit.Assert._\n\n\nclass UriConstraintTest {\n\n  import UriConstraintTest._\n  \n  val constraint = new UrlConstraint(\"http\", \"https\")\n  \n  @Test\n  def null_is_valid_url() {\n    assertTrue(constraint.isValid(null))\n  }\n  \n  @Test\n  def isValid() {\n    urls.foreach(url => assertEquals(url._1, url._2, constraint.isValid(url._1)))\n  }\n  \n  @Test\n  def validator202() {\n    assertTrue(constraint.isValid(\"http:\/\/www.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.logoworks.comwww.log\"))\n  }\n  \n  @Test\n  def validator204() {\n    assertTrue(constraint.isValid(\"http:\/\/tech.yahoo.com\/rc\/desktops\/102;_ylt=Ao8yevQHlZ4On0O3ZJGXLEQFLZA5\"))\n  }\n  \n  @Test\n  def custom_url_schemes() {\n    val ftpOnly = new UrlConstraint(\"ftp\")\n    assertFalse(ftpOnly.isValid(\"http:\/\/tech.yahoo.com\/\"))\n    assertTrue(ftpOnly.isValid(\"ftp:\/\/ftp.ntua.gr\/\"))\n  }\n  \n  @Test\n  def all_url_schemes() {\n    val allSchemes = new UrlConstraint()\n    assertTrue(allSchemes.isValid(\"http:\/\/tech.yahoo.com\/\"))\n    assertTrue(allSchemes.isValid(\"ftp:\/\/ftp.ntua.gr\/\"))\n  }\n}\n\n\/**\n * The data given below approximates the 4 parts of a URL\n * <scheme>:\/\/<authority><path>?<query> except that the port number\n * is broken out of authority to increase the number of permutations.\n * A complete URL is composed of a scheme+authority+port+path+query,\n * all of which must be individually valid for the entire URL to be considered\n * valid.\n *\/\nprivate object UriConstraintTest {\n  \n  val schemes = List((\"http:\/\/\", true),\n                     (\"ftp:\/\/\", false),\n                     (\"h3t:\/\/\", false),\n                     (\"3ht:\/\/\", false),\n                     (\"http:\/\", false),\n                     (\"http:\", false),\n                     (\"http\/\", false),\n                     (\":\/\/\", false),\n                     (\"\", false))\n  \n  val authorities = List((\"www.google.com\", true),\n                         (\"go.com\", true),\n                         (\"go.au\", true),\n                         (\"0.0.0.0\", true),\n                         (\"255.255.255.255\", true),\n                         (\"256.256.256.256\", false),\n                         (\"255.com\", true),\n                         (\"1.2.3.4.5\", false),\n                         (\"1.2.3.4.\", false),\n                         (\"1.2.3\", false),\n                         (\".1.2.3.4\", false),\n                         (\"go.a\", false),\n                         (\"go.a1a\", true),\n                         (\"go.1aa\", false),\n                         (\"aaa.\", false),\n                         (\".aaa\", false),\n                         (\"aaa\", true),\n                         (\"\", false))\n  \n  val ports = List((\":80\", true),\n                   (\":65535\", true),\n                   (\":0\", true),\n                   (\"\", true),\n                   (\":-1\", false),\n                   (\":65636\", false),\n                   (\":65a\", false))\n  \n  val paths = List((\"\/test1\", true),\n                   (\"\/t123\", true),\n                   (\"\/$23\", true),\n                   (\"\/..\", false),\n                   (\"\/..\/\", false),\n                   (\"\/test1\/\", true),\n                   (\"\/#\", false),\n                   (\"\", true),\n                   (\"\/test1\/file\", true),\n                   (\"\/t123\/file\", true),\n                   (\"\/$23\/file\", true),\n                   (\"\/..\/file\", false),\n                   (\"\/..\/\/file\", false),\n                   (\"\/test1\/\/file\", true),\n                   (\"\/#\/file\", false))\n  \n  val queries = List((\"?action=view\", true),\n                     (\"?action=edit&mode=up\", true),\n                     (\"\", true))\n  \n  val urls: Array[(String, Boolean)] = {\n    val input = new Array[(String, Boolean)](schemes.size * authorities.size * ports.size * queries.size)\n    var i = 0\n    for (scheme <- schemes; auth <- authorities; port <- ports; query <- queries) {\n      input(i) = (new StringBuilder().append(scheme._1).append(auth._1).append(port._1).append(query._1).toString, \n                  scheme._2 && auth._2 && port._2 && query._2)\n      i += 1\n    }\n    input\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/exceptions.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\n\n\/** \n * The root of exception hierarchy of this framework.\n *\/\nclass FrameworkException(message: String = null, cause: Throwable = null)\n  extends RuntimeException(message, cause)\n\n\/**\n * A framework exception that also specifies an HTTP status code that the\n * framework should set in the response.\n *\/\nabstract class HttpException(message: String = null, cause: Throwable = null)\n  extends FrameworkException(message, cause) {\n  \n  \/**\n   * Suggests the HTTP status of the response that should be used when this\n   * exception gets thrown.\n   *\/\n  def httpStatus: Int\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/AbstractController.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.controller\n\nabstract class AbstractController extends Controller\n                                     with FormProcessing\n                                     with ResponseHelpers\n                                     with ParameterConversions"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/util\/internal\/InterpolatorTest.scala","text":"<reponame>sptz45\/coeus<filename>src\/test\/scala\/com\/tzavellas\/coeus\/util\/internal\/InterpolatorTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass InterpolatorTest {\n  import Interpolator._\n\n  val args: Seq[String] = Array(\"email\", \"User\", \"null\")\n  \n  @Test\n  def string_with_no_internpolation_variables() {\n    assertEquals(\"is required\", interpolateNumericVars(\"is required\", Nil))\n    assertEquals(\"is required\", interpolateVars(\"is required\", Nil))\n  }\n  \n  @Test\n  def string_with_numeric_internpolation_variables() {\n    assertEquals(\"email in User cannot be null\", interpolateNumericVars(\"{1} in {2} cannot be {3}\", args))\n    assertEquals(\"emailUsernull\", interpolateNumericVars(\"{1}{2}{3}\", args))\n    assertEquals(\" null User email \", interpolateNumericVars(\" {3} {2} {1} \", args))\n    assertEquals(\"error:email is null\", interpolateNumericVars(\"error:{1} is {3}\", args))\n  }\n  \n  @Test\n  def simple_interpolation() {\n    assertEquals(\"\/owner\/12\/\", interpolateVars(\"\/owner\/{ownerId}\/\", Seq(12)))\n    assertEquals(\"\/owner\/12\/pet\/3\", interpolateVars(\"\/owner\/{ownerId}\/pet\/{petId}\", Seq(12, 3)))\n  }\n  \n  @Test\n  def escape_interpolation_variables() {\n    assertEquals(\"email in User cannot be {null}\", interpolateNumericVars(\"{1} in {2} cannot be \\\\{null}\", args))\n    assertEquals(\"email in User cannot be {null}\", interpolateVars(\"{1} in {2} cannot be \\\\{null}\", args))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/RedirectView.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\nimport com.tzavellas.coeus.http.HttpStatus\n\n\/**\n * A <code>View<\/code> that when rendered will redirect the user to the \n * specified <code>location<\/code> using the specified HTTP status code.\n * \n * <p>The <code>status<\/code> is usually one of:<\/p>\n * <ul>\n * <li>301 - MOVED_PERMANENTLY<\/li>\n * <li>302 - MOVED_TEMPORARILY<\/li>\n * <li>303 - SEE_OTHER (used in redirect-after-post)<\/li>\n * <li>307 - TEMPORARY_REDIRECT<\/li>\n * <\/ul> \n * \n * @param location the location to redirect to\n * @param status the HTTP status code of the response (must be a redirection, 300 series)\n * @param parameters any request parameters to include in the redirect URL\n * \n * @see HttpStatus\n *\/\nclass RedirectView(location: String, status: Int, parameters: (String, Any)*) extends View {\n\n  \/** The content-type of this <code>View<\/code> is \"text\/html\". *\/\n  def contentType: String = \"text\/html\"\n  \n  def render(request: WebRequest, response: WebResponse) {\n    require(HttpStatus.isRedirection(status), \"Cannot redirect using status code: \" + status)\n    response.status = status\n    response.contentType = contentType\n    response.header(\"Location\", encodeUrl(request, response))\n  }\n  \n  private def encodeUrl(request: WebRequest, response: WebResponse): String = {\n    \n    val contextPath = request.contextPath \n    if (location.startsWith(\"http\") || (contextPath == \"\/\" && parameters.length == 0))\n      return location\n      \n    val builder = new StringBuilder(contextPath.length + location.length)\n      \n    if (request.contextPath != \"\/\") {\n      builder.append(contextPath)\n    }\n    if (location.charAt(0) != '\/') {\n      builder.append('\/')\n    }\n    builder.append(location)\n    appendParameters(builder)\n    \n    response.servletResponse.encodeRedirectURL(builder.toString)\n  }\n  \n  private def appendParameters(builder: StringBuilder) {\n    if (parameters.isEmpty) return\n    \n    if (! builder.contains('?')) builder.append(\"?\")\n    else builder.append(\"&\")\n    \n    for ((name, value) <- parameters) {\n      builder.append(name).append(\"=\").append(value).append(\"&\")\n    }\n    \n    if (builder.endsWith(\"&\"))\n      builder.deleteCharAt(builder.length -1)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/CakeRegistrar.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport com.tzavellas.coeus.FrameworkException\nimport java.lang.reflect.Constructor\nimport com.tzavellas.coeus.mvc.controller.Controller\n\n\/**\n * Instantiate and register all the {@code Controller} classes found in a Cake\n * component registry.\n *\/\nprivate object CakeRegistrar {\n  \n  \/**\n   * Register all the inner classes of the implemented interfaces of the\n   * specified class that extend the {@code Controller} abstract class.\n   * \n   * @param registry   where to register the controller classes.\n   * @param components the Cake \"component registry\".\n   *\/\n  def registerControllers(registry: ControllerRegistry, components: AnyRef) {\n    components.getClass.getInterfaces\n      .flatMap(_.getDeclaredClasses)\n      .collect({\n        case c if classOf[Controller].isAssignableFrom(c) => \n          c.asInstanceOf[Class[Controller]]\n       })\n      .foreach(c => registry.controllers += createController(c, components))\n  }\n  \n  \n  private def createController(cc: Class[Controller], registry: AnyRef) = {\n    try {\n      \/* Constructors of inner classes take the outer class as the first\n       * parameter. For that reason we retrieve the constructor that takes\n       * one parameter instead of zero. *\/\n      val constructor = cc.getConstructors.apply(0)\n      constructor.newInstance(registry).asInstanceOf[Controller]\n    } catch {\n      case cause: Exception => throw new FrameworkException(\n        (\"Failed to register controller with class: %s. The the class must \" +\n        \"be an inner class with a public no-arg constructor.\")\n          .format(cc.getName), cause)\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/ServletMessageBundle.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/msg\/ServletMessageBundle.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.msg\n\nimport java.io.{ File, FileInputStream }\nimport java.util.{ Locale, ResourceBundle, PropertyResourceBundle }\nimport javax.servlet.ServletContext\n\n\/**\n * A <code>PropertyResourceBundle<\/code> that loads the property files from the specified\n * <code>ServletContext<\/code>.\n * \n * <p>This implementations will try load the property files using the an absolute path obtained\n * by calling the {@link ServletContext#getRealPath(path)} method.<\/p>\n * \n * @param servletContext the <code>ServletContext<\/code of the web application \n * @param timeToLive the milliseconds before an entry gets expired from the cache\n * @param baseName the base name of the property files (see the documentation of\n *        {@link java.util.ResourceBundle#getBundle(String, Locale, ClassLoader) ResourceBundle}\n *        for the details of the naming conventions.\n *\/\nclass ServletMessageBundle(\n  servletContext: ServletContext,\n  timeToLive: Long,\n  baseName: String = \"WEB-INF\/messages\")\n    extends PropertiesMessageBundle {\n  \n  private object control extends ResourceBundle.Control {\n    override def getTimeToLive(base: String, locale: Locale) = timeToLive\n    override def getFormats(base: String) = ResourceBundle.Control.FORMAT_PROPERTIES\n    \n    override def needsReload(base: String, locale: Locale, Format: String , loader: ClassLoader, bundle: ResourceBundle, loadTime: Long): Boolean = {\n      if (bundle eq null) throw new NullPointerException\n      val fileName = toResourceName(toBundleName(base, locale), \"properties\")\n      val lastModified = new File(servletContext.getRealPath(fileName)).lastModified\n      lastModified >= loadTime\n    }\n    \n    override def newBundle(base: String, locale: Locale, format: String, loader: ClassLoader, reload: Boolean): ResourceBundle = {\n      val fileName = toResourceName(toBundleName(base, locale), \"properties\")\n      new PropertyResourceBundle(new FileInputStream(servletContext.getRealPath(fileName)))\n    }\n  }\n  \n  private val classLoader = this.getClass.getClassLoader\n\n  override protected def getBundle(locale: Locale) = {\n    ResourceBundle.getBundle(baseName, locale, classLoader, control).asInstanceOf[PropertyResourceBundle]\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/ArrayConverter.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport scala.collection.mutable.ArrayBuilder\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * A {@code Converter} for Arrays.\n * \n * @param A           the type of the array's elements\n *\n * @param converter   the {@code Converter} for the array's elements\n * @param separator   the string that separates the array elements (default is \",\")\n * @param appendSpace whether to append a space character after the separator when\n *                    formatting the array (default is {@code true})\n *\/\nclass ArrayConverter[A](\n  converter: Converter[A],\n  separator: String = \",\",\n  appendSpace: Boolean = true)(implicit m: Manifest[A])\n    extends Converter[Array[A]] {\n\n  def parse(text: String, locale: Locale): Array[A] = {\n    if ((text eq null) || text.trim.isEmpty)\n      return Array()\n    \n    val input = text.split(separator).map(_.trim).filterNot(_.isEmpty)\n    val result = new Array[A](input.length)\n    var i = 0\n    while (i < input.length) {\n      result(i) = converter.parse(input(i), locale)\n      i += 1\n    }\n    result\n  }\n    \n  def format(array: Array[A], locale: Locale): String = {\n    if (array eq null) \n      return \"\"\n    \n    val formatSeparator =\n      if (appendSpace) separator + \" \" else separator\n    \n    array.map(converter.format(_, locale)).mkString(formatSeparator)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/ControllerClassNameTranslatorsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ControllerClassNameTransaltorsTest {\n\n  import test.controllers._\n  \n  val basePackages = Seq(classOf[PostController].getPackage.getName)\n  var translator: Class[_] => String = _\n  \n  @Test\n  def default_translator() {\n    translator = ControllerConventions.useClassName(basePackages)\n    assertEquals(\"post\", translate[PostController])\n    assertEquals(\"users\/users\", translate[users.Users])\n    assertEquals(\"users\/email\", translate[users.EmailController])\n    assertEquals(\"users\/auth\/basicAuthentication\", translate[users.auth.BasicAuthenticationController])  \n  }\n  \n  @Test\n  def default_translator_without_base_package() {\n    translator = ControllerConventions.useClassName()\n    assertEquals(\"post\", translate[PostController])\n    assertEquals(\"users\", translate[users.Users])\n    assertEquals(\"email\", translate[users.EmailController])\n    assertEquals(\"basicAuthentication\", translate[users.auth.BasicAuthenticationController])  \n  }\n  \n  @Test\n  def dashed_translator() {\n    translator = ControllerConventions.useClassNameWithDashes(basePackages)\n    assertEquals(\"post\", translate[PostController])\n    assertEquals(\"users\/users\", translate[users.Users])\n    assertEquals(\"users\/email\", translate[users.EmailController])\n    assertEquals(\"users\/auth\/basic-authentication\", translate[users.auth.BasicAuthenticationController])\n  }\n  \n  @Test\n  def dashed_translator_without_base_package() {\n    translator = ControllerConventions.useClassNameWithDashes()\n    assertEquals(\"post\", translate[PostController])\n    assertEquals(\"users\", translate[users.Users])\n    assertEquals(\"email\", translate[users.EmailController])\n    assertEquals(\"basic-authentication\", translate[users.auth.BasicAuthenticationController])\n  }\n  \n  private def translate[T](implicit m: Manifest[T]) = translator(m.runtimeClass)\n}\n\npackage test.controllers {\n  class PostController\n  package users {\n    class Users\n    class EmailController\n    package auth {\n      class BasicAuthenticationController\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CurrencyConverter.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CurrencyConverter.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.{Currency, Locale}\nimport java.math.{BigDecimal, RoundingMode}\nimport java.text._\n\n\nclass CurrencyConverter(\n  fractionDigits: Int = 2,\n  roundingMode: RoundingMode = RoundingMode.UNNECESSARY,\n  currency: Option[Currency] = None)\n    extends BigDecimalConverter(None) {\n  \n  override def parse(text: String, locale: Locale) =\n    filterEmpty(text, BigDecimal.ZERO, parseCurrency(_, locale))\n  \n  def parseCurrency(text: String, locale: Locale) = {\n    var decimal = super.parse(text, locale)\n    decimal = decimal.setScale(this.fractionDigits, this.roundingMode);\n    decimal   \n  }\n\n  \n  override protected def createNumberFormat(locale: Locale) = {\n    val fmt = NumberFormat.getCurrencyInstance(locale).asInstanceOf[DecimalFormat]\n    fmt.setParseBigDecimal(true)\n    fmt.setMaximumFractionDigits(fractionDigits)\n    fmt.setMinimumFractionDigits(fractionDigits)\n    fmt.setRoundingMode(this.roundingMode)\n    for (c <- currency) fmt.setCurrency(c)\n    fmt\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/Error.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\n\/**\n * A binding or validation error.\n * \n * @param code the message code of the error\n * @param args any arguments to be used for constructing the error's message\n *\/\ncase class Error(code: String, args: Any*)\n\n\/**\n * Factory methods for constructing {@code Error} instances.\n *\/\nobject Error {\n  \n  \/**\n   * Creates a new {@code Error} that is the result of a validation failure.\n   * \n   * @param code the message code of the error\n   * @param field the field of that target object that contains the invalid value\n   * @param targetClass the class of the target object\n   * @param value the value that caused the error\n   * @param args any extra arguments to be used for constructing the error's message\n   *\/\n  def validationFailure(code: String, field: String, targetClass: Class[_], value: Any, args: Any*) =\n    new Error(code, field, targetClass, value, args)\n  \n  \/**\n   * Creates a binding error that is the result of a type mismatch.\n   * \n   * @param field the name of the field for which the binding failed\n   * @param fieldClass the class that the input value could not get converted to\n   * @param source the String value that could not get converted to {@code fieldClass} \n   *\/\n  def typeMismatch(field: String, fieldClass: Class[_], source: String) =\n    new Error(fieldClass.getName + \".type-mismatch\", field, fieldClass, source)\n  \n  \/**\n   * Tests whether the specified error is the result of a type mismatch during\n   * binding.\n   * \n   * @param error the Error to test\n   *\/\n  def isTypeMismatch(error: Error) = error.code.endsWith(\".type-mismatch\")\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CurrencySymbolConverter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.{Currency, Locale}\nimport com.tzavellas.coeus.bind.Converter\n\nclass CurrencySymbolConverter extends Converter[Currency] {\n\n  def parse(text: String, locale: Locale) = {\n    require(text ne null)\n    Currency.getInstance(text.trim.toUpperCase)\n  }\n  \n  def format(currency: Currency, locale: Locale) = currency.getSymbol(locale)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/SBigDecimalConverter.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.Converter\n\nclass SBigDecimalConverter(converter: BigDecimalConverter) extends Converter[BigDecimal] {\n  \n  def this() = this(new BigDecimalConverter)\n\n  def parse(text: String, locale: Locale) = new BigDecimal(converter.parse(text, locale))\n  \n  def format(value: BigDecimal, locale: Locale) = converter.format(value.bigDecimal, locale)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/WebRequestTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/WebRequestTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.{ MockHttpServletRequest, MockServletContext }\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.i18n.locale.FixedLocaleResolver\nimport com.tzavellas.coeus.test.Assertions._\nimport scope.{ ApplicationScope, AbstractScopedContainerTest }\n\n\nclass WebRequestTest extends AbstractScopedContainerTest {\n\n  val mockContext = new MockServletContext\n  val mock = new MockHttpServletRequest(\"GET\", \"\/index\")\n  \n  val request = new WebRequest(application = new ApplicationScope(mockContext),\n                               servletRequest = mock,\n                               pathContext = null,\n                               localeResolver = new FixedLocaleResolver(Locale.US),\n                               converters = ConverterRegistry.defaultConverters,\n                               messages = null)\n  \n  val attributes = request\n  \n  def setAttributeToMock(name: String, value: Any) {\n    mock.setAttribute(name, value)\n  }\n  \n  @Test\n  def no_sesion_is_created_if_it_does_not_exist() {\n    assertEquals(None, request.existingSession)\n  }\n  \n  @Test\n  def create_and_get_an_existing_session() {\n    val session = request.session\n    assertNotNull(session)\n    assertSame(session, request.existingSession.get)\n  }\n  \n  @Test\n  def reseting_session_creates_a_new_and_invalidates_the_old() {\n    val oldSession = request.session\n    oldSession(\"attr\") = \"some value\"\n    \n    val newSession = request.resetSession()\n    \n    assertNotSame(oldSession, newSession)\n    assertSame(newSession, request.session)\n    assertTrue(oldSession.attributes.isEmpty)\n  }\n  \n  @Test\n  def getting_the_application_scope_does_not_create_a_session() {\n    assertEquals(None, request.existingSession)\n    assertNotNull(request.application)\n    assertEquals(None, request.existingSession)\n  }\n  \n  @Test\n  def get_the_http_method() {\n    assertEquals(\"GET\", request.method)\n  }\n  \n  @Test\n  def a_request_is_not_ajax_when_X_Requested_With_is_missing() {\n    assertFalse(request.isAjax)\n  }\n  \n  @Test\n  def a_request_is_not_ajax_when_X_Requested_With_is_not_XMLHttpRequest() {\n    mock.addHeader(\"X-Requested-With\", \"a browser\")\n    assertFalse(request.isAjax)\n  }\n  \n  @Test\n  def a_request_is_ajax_when_X_Requested_With_is_XMLHttpRequest() {\n    mock.addHeader(\"X-Requested-With\", \"XMLHttpRequest\")\n    assertTrue(request.isAjax)\n  }\n  \n  @Test\n  def is_modified() {\n    assertTrue(request.isModifiedSince(1))\n    mock.addHeader(\"If-Modified-Since\", new java.util.Date(0))\n    assertTrue(request.isModifiedSince(System.currentTimeMillis))\n  }\n  \n  @Test\n  def is_not_modified() {\n    mock.addHeader(\"If-Modified-Since\", new java.util.Date(1000))\n    assertFalse(request.isModifiedSince(1000))\n    assertFalse(request.isModifiedSince(500))\n  }\n  \n  @Test\n  def etag_matches() {\n    assertFalse(request.etagMatches(\"12345\"))\n    mock.addHeader(\"If-None-Match\", \"12345\")\n    assertTrue(request.etagMatches(\"12345\"))\n    assertFalse(request.etagMatches(\"\"))\n  }\n  \n  @Test\n  def is_multipart_only_when_method_is_post() {\n    mock.setContentType(\"multipart\/form-data\")\n    \n    mock.setMethod(\"POST\")\n    assertTrue(request.isMultipart)\n    \n    mock.setMethod(\"GET\")\n    assertFalse(request.isMultipart)\n    \n    mock.setMethod(\"DELETE\")\n    assertFalse(request.isMultipart)\n  }\n  \n  @Test\n  def is_multipart_when_has_mutipart_content_type() {\n    mock.setMethod(\"POST\")\n    \n    assertFalse(request.isMultipart)\n    \n    mock.setContentType(\"multipart\/form-data\")\n    assertTrue(request.isMultipart)\n    \n    mock.setContentType(\"multipart\/mixed\")\n    assertTrue(request.isMultipart)\n    \n    mock.setContentType(\"application\/xml\")\n    assertFalse(request.isMultipart)\n  }\n  \n  @Test\n  def no_files_available_when_no_multipart() {\n    assertFalse(request.isMultipart)\n    assertNone(request.files(\"form-file\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/DefaultVSpec.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/DefaultVSpec.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec\n\n\/**\n * A {@code VSpec} that also contains the default constraints.\n *\/\nclass DefaultVSpec[-T <: AnyRef](implicit m: Manifest[T])\n  extends VSpec[T]\n     with Constraints"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/CreditCardConstraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\nclass CreditCardConstraint(acceptedCardTypes: CreditCardType*) extends Constraint[String] {\n  import CreditCardType._\n  \n  def this() {\n    this(CreditCardType.Visa,\n         CreditCardType.Amex,\n         CreditCardType.Discover,\n         CreditCardType.Mastercard,\n         CreditCardType.DinersClub)\n  }\n  \n  def isValid(card: String): Boolean = {\n    card == null || (hasValidNumber(card) && isOfAcceptedType(card))\n  }\n  \n  def getError(targetClass: Class[_], field: String, value: String) = \n    Error.validationFailure(\"creditCard.invalid\", field, targetClass, value)\n  \n  private def hasValidNumber(card: String) =\n    (13 to 19 contains card.length) && luhnCheck(card)\n    \n  private def isOfAcceptedType(card: String) =\n    acceptedCardTypes.exists(_.matches(card))\n  \n  \/*\n   * Checks whether a string of digits is a valid credit card number according\n   * to the Luhn algorithm.\n   *\n   * 1. Starting with the second to last digit and moving left, double the\n   *    value of all the alternating digits. For any digits that thus become\n   *    10 or more, add their digits together. For example, 1111 becomes 2121,\n   *    while 8763 becomes 7733 (from (1+6)7(1+2)3).\n   *\n   * 2. Add all these digits together. For example, 1111 becomes 2121, then\n   *    2+1+2+1 is 6; while 8763 becomes 7733, then 7+7+3+3 is 20.\n   *\n   * 3. If the total ends in 0 (put another way, if the total modulus 10 is\n   *    0), then the number is valid according to the Luhn formula, else it is\n   *    not valid. So, 1111 is not valid (as shown above, it comes out to 6),\n   *    while 8763 is valid (as shown above, it comes out to 20).\n   *\n   * @param cardNumber the credit card number to validate.\n   * @return true if the number is valid, false otherwise.\n   *\/\n  private def luhnCheck(cardNumber: String): Boolean = {\n    \/\/ number must be validated as 0..9 numeric first!!\n    val digits = cardNumber.length()\n    val oddOrEven = digits & 1\n    var sum = 0\n    for (count <- 0 until digits) {\n    var digit = 0\n    try {\n      digit = Integer.parseInt(cardNumber.charAt(count) + \"\")\n    } catch {\n      case e: NumberFormatException => return false\n    }\n      if (((count & 1) ^ oddOrEven) == 0) { \/\/ not\n        digit *= 2\n      if (digit > 9) { digit -= 9 }\n      }\n      sum += digit\n    }\n    return if (sum == 0) false else (sum % 10 == 0)\n  }\n}\n\n\/**\n * CreditCardType implementations define how validation is performed\n * for one type\/brand of credit card.\n *\/\ntrait CreditCardType {\n  def matches(card: String): Boolean\n}\n\nobject CreditCardType {\n\n  object Visa extends CreditCardType {\n    def matches(card: String): Boolean = \n      card(0) == '4' && (card.length == 13 || card.length == 16)\n  }\n\n  object Amex extends CreditCardType {\n    def matches(card: String): Boolean = card.substring(0, 2) match {\n    case \"34\" | \"37\" => card.length == 15\n    case _ => false\n    }\n  }\n\n  object Discover extends CreditCardType {\n    def matches(card: String): Boolean =\n      card.substring(0, 4) == \"6011\" && card.length == 16\n  }\n\n  object Mastercard extends CreditCardType {\n    def matches(card: String): Boolean = card.substring(0, 2) match {\n    case \"51\" | \"52\" | \"53\" | \"54\" | \"55\" => card.length == 16\n    case _ => false\n    }   \n  }\n\n  object DinersClub extends CreditCardType {\n    def matches(card: String): Boolean = card.substring(0, 3) match {\n    case \"300\" | \"301\" | \"302\" | \"303\" | \"304\" | \"305\" => card.length == 14\n    case _ => false\n    }\n  }\n\n  object SkipCartTypeValidation extends CreditCardType {\n    def matches(card: String): Boolean = true\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/param\/Parameters.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport java.util.Locale\nimport javax.servlet.http.HttpServletRequest\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.bind.Parser\n\n\/**\n * A read-only container for parameters.\n * \n * <p>Parameters (e.g. Servlet request parameters) have String values\n * and this trait provides data conversion facilities to convert them\n * to more appropriate types when necessary.<\/p>\n * \n * @see RequestParameters\n * @see PathParameters\n *\/\ntrait Parameters extends Iterable[(String, String)] with PartialFunction[String, String] {\n  \n  \/**\n   * The converters to use when converting the parameter values from \n   * String to other types.\n   *\/\n  val converters: ConverterRegistry\n  \n  \/** The request's locale. *\/\n  val locale: Locale\n  \n  \/**\n   * Retrieve the parameter with the specified name.\n   * \n   * @param name the name of the parameter\n   * \n   * @return the parameter value or null if a parameter with the specified\n   *         name does not exist.\n   *\/\n  def getParameter(name: String): String\n  \n  private def readParameter(name: String): String = {\n    val param = getParameter(name)\n    if (param eq null) return null\n    val trimmed = param.trim\n    if (trimmed == \"\") null else trimmed\n  }\n  \n  \/**\n   * Test whether the parameter with the specified name exists.\n   * \n   * @param name the name or the parameter.\n   * @return {@code true} if the parameter with the specified name exists, else {@code false}\n   *\/\n  def contains(name: String) = getParameter(name) ne null\n  \n  \/**\n   * Test whether the parameter with the specified name exists.\n   * \n   * @param name the name or the parameter.\n   * @return {@code true} if the parameter with the specified name exists, else {@code false}\n   *\/\n  def isDefinedAt(name: String) = contains(name)\n  \n  \/**\n   * Retrieve the parameter with the specified name.\n   * \n   * <p>The parameter value gets trimmed before it gets returned. Furthermore\n   * if the parameter value is the empty string (after trimming) then we assume\n   * that the parameter does not exist.<\/p>\n   * \n   * @param name the name of the parameter\n   * \n   * @throws MissingParameterException if a parameter with the specified name does not exist.\n   * @return the parameter's value\n   *\/\n  def apply(name: String): String = {\n    val parameter = readParameter(name)\n    if (parameter eq null)\n      throw new MissingParameterException(name)\n    parameter\n  }\n  \n  \/**\n   * Retrieve the parameter with the specified name.\n   * \n   * <p>The parameter value gets trimmed before it gets returned. Furthermore\n   * if the parameter value is the empty string (after trimming) then we assume\n   * that the parameter does not exist.<\/p>\n   * \n   * @param name the name of the parameter\n   * \n   * @return an <code>Option<\/code> containing the parameter value if\n   *         the parameter exists.\n   *\/\n  def get(name: String): Option[String] = Option(readParameter(name))\n  \n  \/**\n   * Retrieve the parameter with the specified name.\n   * \n   * <p>The parameter value gets trimmed before it gets returned. Furthermore\n   * if the parameter value is the empty string (after trimming) then we assume\n   * that the parameter does not exist.<\/p>\n   * \n   * @param T the type to convert this parameter to\n   * @param name the name of the parameter\n   * \n   * @return an <code>Option<\/code> containing the parameter value converted to\n   *         {@code T} if the parameter exists.\n   *\/\n  def parse[T](name: String)(implicit m: Manifest[T]): Option[T] = {\n    val parameter = readParameter(name)\n    if (parameter eq null) None\n    else Some(parseValue(m, parameter, null))\n  }\n  \n  \/**\n   * Retrieve the parameter with the specified name.\n   * \n   * <p>The parameter value gets trimmed before it gets returned. Furthermore\n   * if the parameter value is the empty string (after trimming) then we assume\n   * that the parameter does not exist.<\/p>\n   * \n   * @param T the type to convert this parameter to\n   * @param name the name of the parameter\n   * @param parser the <code>Parser<\/code> to use for converting the parameter to <code>T<\/code>\n   * \n   * @return an <code>Option<\/code> containing the parameter value converted to\n   *         {@code T} if the parameter exists.\n   *\/\n  def parse[T](name: String, parser: Parser[T])(implicit m: Manifest[T]): Option[T] = {\n    val parameter = readParameter(name)\n    if (parameter eq null) None else Some(parseValue(m, parameter, parser))\n  }\n  \n  \n  private def parseValue[T](m: Manifest[T], parameter: String, parserOrNull: Parser[T]): T = {\n    val resultClass = m.runtimeClass\n    \/* If no type argument is specified (manifest is for java.lang.Object),\n     * return the parameter without conversion. *\/\n    if (classOf[Object] == resultClass)\n      return parameter.asInstanceOf[T]\n    \/* Parse the parameter using an appropriate parser for its target type. *\/\n    val parser = if (parserOrNull eq null) converters.converter(resultClass) else parserOrNull\n    parser.parse(parameter, locale).asInstanceOf[T]\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/param\/RequestParametersTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport org.springframework.mock.web.MockHttpServletRequest\n\nclass RequestParametersTest extends AbstractParametersTest {\n  \n  val mock = new MockHttpServletRequest\n  val params = new RequestParameters(mock, Locale.US, ConverterRegistry.defaultConverters )\n  \n  \n  def setParameter(name: String, value: String) {\n    mock.setParameter(name, value)\n  }\n  \n  @org.junit.Test\n  def needed_for_eclipse_since_concrete_class_has_no_tests() { }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/VSpecErrorFormatterTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport org.mockito.Matchers._\nimport scala.collection.mutable.HashMap\nimport com.tzavellas.coeus.bind.Error\nimport com.tzavellas.coeus.bind.ConverterRegistry.{defaultConverters => converters}\nimport com.tzavellas.coeus.i18n.msg._\nimport com.tzavellas.coeus.test.TestHelpers\n\nclass VSpecErrorFormatterTest extends TestHelpers {\n  import VSpecErrorFormatterTest._\n\n  val locale: Locale = null\n  val messages = mock[MessageBundle]\n  val format = VSpecErrorFormatter.format(_: Error, locale, messages, converters)\n  \n  @Test\n  def per_object_error_code() {\n    val expectedCode = \"user.email.hasText.invalid\"\n      \n    when(messages.get(locale, expectedCode)).thenReturn(Some(\"Email is required\"))\n    \n    assertEquals(\"Email is required\", format(emailHasNoText))\n  }\n  \n  @Test\n  def default_error_code_for_constraint() {\n    val perObjectCode = \"user.email.hasText.invalid\"\n    val defaultCode = \"constraint.hasText.invalid\"\n    \n    when(messages.get(locale, perObjectCode)).thenReturn(None)\n    when(messages(locale, defaultCode)).thenReturn(\"Field is required\")\n    \n    assertEquals(\"Field is required\", format(emailHasNoText))\n  }\n  \n  @Test(expected=classOf[MessageNotFoundException])\n  def exception_when_no_message_found() {\n    when(messages.get(any(), any(), any())).thenReturn(None)\n    when(messages(any(), any(), any())).thenThrow(new MessageNotFoundException(\"any\", locale, null))\n    format(emailHasNoText)\n  }\n  \n  @Test\n  def message_with_no_internpolation_variables() {\n    when(messages.get(any(), any(), any())).thenReturn(Some(\"is required\"))\n    assertEquals(\"is required\", format(emailHasNoText))\n  }\n  \n  @Test\n  def message_with_internpolation_variables() {\n    when(messages.get(any(), any(), any())).thenReturn(None)\n    when(messages(any(), any(), any())).thenReturn(\"{1} in {2} cannot be {3}\")\n                                                  .thenReturn(\"{1}{2}{3}\")\n                                                  .thenReturn(\" {3} {2} {1} \")\n                                                  .thenReturn(\"error:{1} is {3}\")\n    \n    assertEquals(\"email in User cannot be null\", format(emailHasNoText))\n    assertEquals(\"emailUsernull\", format(emailHasNoText))\n    assertEquals(\" null User email \", format(emailHasNoText))\n    assertEquals(\"error:email is null\", format(emailHasNoText))\n  }\n}\n\n\nobject VSpecErrorFormatterTest {\n  val emailHasNoText = new Error(\"hasText.invalid\", \"email\", classOf[User], null)\n  class User(var name: String, var email: String)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/HandlerMap.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport scala.collection.Set\n\ntrait HandlerMap {\n    \n  def isEmpty: Boolean\n  \n  def apply(method: Symbol): Handler\n  \n  def isMethodAllowed(method: Symbol): Boolean\n    \n  def supportedMethods: Set[String]\n}\n\nobject HandlerMap {\n  val empty: HandlerMap = new MutableHandlerMap\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/controller\/AbstractControllerTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.controller\n\nimport java.util.Locale\nimport org.junit.{ Before, After, Test }\nimport org.junit.Assert._\nimport org.springframework.mock.web._\nimport com.tzavellas.coeus._\nimport bind.ConverterRegistry.{defaultConverters => converters} \nimport i18n.msg.MessageBundle\nimport mvc.{ WebRequest, WebResponse }\nimport mvc.scope.MutableScopes\nimport mvc.view.{ ViewName, NullView }\n\n\nclass AbstractControllerTest {\n  \n  import AbstractControllerTest._\n  import WebRequest.currentRequest\n\n  val controller = new PostController\n  controller.converters = converters\n  \n  @After\n  def cleanupWebRequest() {\n    WebRequest.currentRequest = null\n    WebResponse.currentResponse = null\n  }\n\n  @Test\n  def validate_with_errors() {\n    currentRequest = request()\n    assertErrors(controller.handleUsingValidate())\n    assertBinding(controller.request)\n  }\n  \n  @Test\n  def validate_successful() {\n    currentRequest = request(\"title\" -> \"title\", \"content\" -> \"content\")\n    assertSuccess(controller.handleUsingValidate())\n    assertBinding(controller.request)\n  }\n  \n  @Test\n  def ifValid_with_errors() {\n    currentRequest = request()\n    assertErrors(controller.handleUsingIfValid())\n    assertBinding(controller.request)\n  }\n  \n  @Test\n  def ifValid_successful() {\n    currentRequest = request(\"title\" -> \"title\", \"content\" -> \"content\")\n    assertSuccess(controller.handleUsingIfValid())\n    assertBinding(controller.request)\n  }\n  \n  @Test\n  def ifValid_session_successful() {\n    \/\/ Simulates two web requests by reusing the same WebRequest and Controller\n    \/\/ objects. Dirty but OK for this test.\n    currentRequest = request(\"title\" -> \"title\", \"content\" -> \"content\")\n    controller.showSessionForm()\n    assertNotNull(controller.request.session.getAttribute(\"post\"))\n    \n    assertSuccess(controller.handleUsingIfValidSession())\n    assertBinding(controller.request)\n    assertNull(controller.request.session.getAttribute(\"post\"))\n  }\n\n  @Test\n  def not_modified_sets_the_status_code() {\n    currentRequest = request()\n    WebResponse.currentResponse = new WebResponse(new MockHttpServletResponse)\n    assertEquals(NullView, controller.notModified)\n    assertEquals(304, controller.response.status)\n  }\n\n  \/\/ -- Test Helper methods -----------------------------------------------------\n  \n  def request(params: (String, String)*) = {\n    val mock = new MockHttpServletRequest(\"GET\", \"\/post\")\n    for ((name, value) <- params) mock.setParameter(name, value)\n    val resolver = new i18n.locale.FixedLocaleResolver(Locale.US)\n    new WebRequest(null, mock, null, resolver, converters, null)\n  }\n  \n  def assertSuccess(view: Any) {\n    def doAssert(name: String) = assertEquals(\"Should have returned the success view\", SUCCESS_VIEW, name)\n    view match {\n      case ViewName(name) => doAssert(name)\n      case name: String   => doAssert(name)\n    }\n  }\n  \n  def assertErrors(view: Any) {\n    def doAssert(name: String) = assertEquals(\"Should have returned the error view\", ERROR_VIEW, name)\n    view match {\n      case ViewName(name) => doAssert(name)\n      case name: String   => doAssert(name)\n    }\n  }\n  \n  def assertBinding(request: WebRequest) {\n    assertNotNull(request.getAttribute(\"post\"))\n    assertNotNull(ModelAttributes.getBindingResult(request))\n    assertEquals(\"post\", request(\"modelAttribute\"))\n  }\n}\n\n\nobject AbstractControllerTest {\n  import validation.vspec.{ VSpec, Constraints }  \n\n  val ERROR_VIEW   = \"post-form\"\n  val SUCCESS_VIEW = \"post\"\n\n  class Post {\n    var title: String = _\n    var content: String = _\n  }\n\n  implicit object PostValidator extends VSpec[Post] with Constraints {\n    ensure(\"title\", hasText)\n    ensure(\"content\", hasText)\n  }\n\n  class PostController extends AbstractController {\n    \n    override def storeModelInSession = true\n    override def formView = render(ERROR_VIEW)\n    \n    def showSessionForm() {\n      model += new Post\n    }\n    \n    def handleUsingValidate() = {\n      val result = bindAndValidate(new Post)\n      if (result.hasErrors) formView else render(SUCCESS_VIEW)\n    }\n    \n    def handleUsingIfValid() = ifValid(new Post) {\n      post => render(SUCCESS_VIEW)\n    }\n    \n    def handleUsingIfValidSession() = ifValid {\n      post: Post => render(SUCCESS_VIEW)\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/InterceptorPipeline.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport scala.collection.mutable.ArrayBuffer\nimport com.tzavellas.coeus.mvc.view.NullView\nimport interception.Interceptor\nimport error.ExceptionHandler\n\n\/**\n * Encapsulates the execution of the specified <code>Interceptor<\/code>s\n * for a given request.\n * \n * @param interceptors the interceptors to execute\n * @param exceptionHandler the handler to call if an error occurs\n *\/\nprivate class InterceptorPipeline(\n  interceptors: Iterable[Interceptor],\n  exceptionHandler: ExceptionHandler) {\n\n  private[this] val executed = new ArrayBuffer[Interceptor] \n  \n  def executePreHandle(context: RequestContext): Boolean = {\n    for (interceptor <- interceptors) {\n      executed += interceptor\n      try {\n       val continue = interceptor.preHandle(context)\n       if (! continue) {\n         context.result = NullView\n         return false\n       }\n         \n      } catch {\n        case e: Exception =>\n          context.error = e\n          context.result = exceptionHandler.handle(context)\n          return false\n      }\n    }\n    true\n  }\n  \n  def executePostHandle(context: RequestContext) {\n    for (interceptor <- executed) {\n      try {\n        interceptor.postHandle(context)   \n      } catch {\n        case e: Exception =>\n          if (! context.hasError) {\n            context.error = e\n            context.result = exceptionHandler.handle(context)\n        }\n      }\n    }\n  }\n  \n  def executeAfterRender(context: RequestContext) {\n    for (interceptor <- executed) {\n      try {\n        interceptor.afterRender(context)\n      } catch {\n        case e: Exception =>\n        if (! context.hasError)\n          context.error = e\n      }\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/util\/internal\/StringsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass StringsTest {\n  \n  import Strings._\n\n  @Test\n  def camel_case_to_dashed() {\n    assertEquals(\"\", camelCaseToDashed(\"\"))\n    assertEquals(\"hello\", camelCaseToDashed(\"Hello\"))\n    assertEquals(\"hello-world\", camelCaseToDashed(\"HelloWorld\"))\n    assertEquals(\"hello-scala-world\", camelCaseToDashed(\"HelloScalaWorld\"))\n    assertEquals(\"hello-world\", camelCaseToDashed(\"helloWorld\"))\n  }\n  \n  @Test\n  def first_char_to_lower() {\n    assertEquals(\"\", firstCharToLower(\"\"))\n    assertEquals(\"hello\", firstCharToLower(\"Hello\"))\n    assertEquals(\"helloWorld\", firstCharToLower(\"HelloWorld\"))\n  }\n  \n  @Test\n  def remove_suffix() {\n    assertEquals(\"\", removeSuffix(\"\", \"\"))\n    assertEquals(\"\", removeSuffix(\"\", \"world\"))\n    assertEquals(\"hello\", removeSuffix(\"hello\", \"world\"))\n    assertEquals(\"hello\", removeSuffix(\"helloworld\", \"world\"))\n    assertEquals(\"helloworld\", removeSuffix(\"helloworld\", \"World\"))\n  }\n  \n  @Test\n  def remove_prefix() {\n    assertEquals(\"\", removePrefix(\"\", \"\"))\n    assertEquals(\"\", removePrefix(\"\", \"world\"))\n    assertEquals(\"hello\", removePrefix(\"hello\", \"world\"))\n    assertEquals(\"world\", removePrefix(\"helloworld\", \"hello\"))\n    assertEquals(\"helloworld\", removePrefix(\"helloworld\", \"World\"))\n  }\n  \n  @Test\n  def strip_end_chars() {\n    assertEquals(\"\", stripEndChars(\"\", '\/'))\n    assertEquals(\"\", stripEndChars(\"\/\/\/\/\/\/\/\", '\/'))\n    assertEquals(\"\/hello\/world\", stripEndChars(\"\/hello\/world\/\/\", '\/'))\n    assertEquals(\"\/hello\", stripEndChars(\"\/hello\", '\/'))\n  }\n  \n  @Test\n  def null_safe_tos_string() {\n    assertEquals(\"null\", nullSafeToString(null))\n    assertEquals(\"null\", nullSafeToString(\"null\"))\n    assertEquals(\"2\", nullSafeToString(2))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/exampleModules.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test\n\nimport javax.servlet.ServletConfig\nimport com.tzavellas.coeus.core.config.WebModule\nimport com.tzavellas.coeus.http.multipart.CommonsMultipartRequestParser\n\n\nclass ExampleWebModule(sc: ServletConfig) extends WebModule(sc) {\n  \n  viewResolver    = GlogalState.viewResolver\n  multipartParser = new CommonsMultipartRequestParser(sizeThreshold = 1 \/* byte *\/)\n  \n  controllers += new BlogController\n  controllers += new UploadController\n  \n  interceptors += GlogalState.interceptor  \n}\n\nclass WebModuleWithNo405(sc: ServletConfig) extends ExampleWebModule(sc) {\n  hideResources = true\n}\n\nclass WebModuleWithOverrideMethod(sc: ServletConfig) extends ExampleWebModule(sc) {\n  overrideHttpMethod = true\n}\n\nclass WebModuleWithMethodsEnabled(sc: ServletConfig) extends ExampleWebModule(sc) {\n  allowHttpHead = true\n  allowHttpOptions = true\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/HandlerMappingExtractor.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport java.lang.reflect.Method\nimport java.lang.annotation.Annotation\nimport com.tzavellas.coeus.mvc.annotation.Path\nimport com.tzavellas.coeus.mvc.controller.Controller\n\n\/**\n * Creates handler mappings from a controller class.\n *\/\nprivate class HandlerMappingExtractor(\n  classToPath: Class[_] => String,\n  methodToPath: Method => String) {\n  \n  \/**\n   * Create hander mappings for the annotated methods of the specified controller\n   * class.\n   * \n   * @throws InvalidControllerClassException if the controller class has invalid\n   *         structure or if it doesn't have handler annotations.\n   *\/\n  def extract(controllerClass: Class[_]): Array[HandlerMapping] = {\n    val mappings =\n      for (method <- controllerClass.getMethods if isHandler(method))\n      yield makeMappingForMethod(controllerClass, method)\n    assertThat(!mappings.isEmpty, \"No handler annotations were found in controller class: \" + controllerClass)\n    mappings\n  }\n  \n  private def makeMappingForMethod(c: Class[_], m: Method) = {\n    assertMethodSignature(m)\n    val a = getAnnotation(m)\n    new HandlerMapping(makePath(c, m, a), getHttpMethod(a), m)\n  }\n  \n  private def isHandler(m: Method) = m.getAnnotations.exists(isHandlerAnnotation(_))\n  \n  private def getAnnotation(m: Method) = { \n    val anns = m.getAnnotations.filter(isHandlerAnnotation(_))\n    assertThat(anns.size == 1, \"Found more that one HTTP annoations on method: [\"+m+\"]\")\n    anns.head\n  }\n  \n  private def isHandlerAnnotation(a: Annotation) = AnnotationProcessor.toHttpMethod.isDefinedAt(a)\n\n  private def getHttpMethod(a: Annotation) = AnnotationProcessor.toHttpMethod(a)\n  \n  private def makePath(c: Class[_], m: Method, a: Annotation) =\n    makeAbsolutePath(mapClassName(c)) + makeAbsolutePath(mapMethodName(m, a))\n    \n  private def mapClassName(c: Class[_]): String = {\n    for (ctrl <- c.getDeclaredAnnotations.collect { case a: Path => a }) {\n      return ctrl.value match {\n        case \"#\" => classToPath(c)\n        case path => path\n      }\n    }\n    return classToPath(c)\n  }\n  \n  private def mapMethodName(m: Method, a: Annotation): String = {\n    val path = AnnotationProcessor.getValueFrom(a)\n    if (path == \"#\") methodToPath(m) else path \n  }\n  \n  private def makeAbsolutePath(path: String) = path match {\n    case \"\" => \"\"\n    case _ if path(0) == '\/' => path\n    case _ => \"\/\" + path\n  }\n  \n  private def assertThat(assertion: Boolean, message: => String) {\n    if (! assertion) throw new InvalidControllerClassException(message)\n  }\n  \n  private def assertMethodSignature(m: Method) {\n    def msg = \"Method [\"+m+\"] has invalid signature for handler method. Handler methods must \"\n    val paramTypes = m.getParameterTypes\n    assertThat(paramTypes.length == 0, msg + \"take no arguments\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/TextView.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage view\n\n\/**\n * Renders the specified String.\n * \n * @param contents the String to render\n * @param contentType the response's content-type \n *\/\nclass TextView(contents: String, val contentType: String) extends View {\n  \n  def render(request: WebRequest, response: WebResponse) {\n    ViewUtil.applyContentType(contentType, response)\n    response.writer.write(contents)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/WebSession.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport java.util.Enumeration\nimport javax.servlet.http.HttpSession\nimport scala.collection.JavaConversions._\n\n\/**\n * A wrapper for <code>HttpSession<\/code> that provides convenient methods\n * for common operations.\n *\/\nclass WebSession(val servletSession: HttpSession) extends ScopedContainer with CheckAndActOperations {\n  \n  \/**\n   * Return the best object available to be used as a mutex for doing concurrent\n   * check-and-act operations on the HttpSession.\n   * \n   * <p>This method returns the mutex that was setup by <code>HttpSessionMutexListener<\/code>\n   * if available, else returns the specified <code>HttpSession<\/code>. If you do not want to\n   * use the <code>HttpSessionMutexListener<\/code> check if your container always returns the\n   * same object instance for the same <code>HttpSession<\/code>.<\/p> \n   * \n   * @see {@link com.tzavellas.coeus.mvc.scope.support.HttpSessionMutexListener HttpSessionMutexListener}\n   *\/\n  protected def mutex: AnyRef = WebSession.getMutex(servletSession)\n  \n  def getAttribute[T](attribute: String): T =\n    servletSession.getAttribute(attribute).asInstanceOf[T]\n  \n  def attributeNames =\n    servletSession.getAttributeNames.asInstanceOf[Enumeration[String]]\n  \n  def update(attribute: String, value: Any) {\n    servletSession.setAttribute(attribute, value)\n  }\n  \n  def -=(attribute: String) {\n    servletSession.removeAttribute(attribute)\n  }\n  \n  \/** Invalidates the session. *\/\n  def invalidate() {\n    servletSession.invalidate()\n  }\n  \n  \/**\n   * Tests whether the wrapped <code>HttpSession<\/code> is new.\n   * \n   * @return <code>true<\/code> if the server has created the session but the client\n   *          has not yet joined.\n   *\n   * @throws IllegalStateException if the HttpSession is invalidated.\n   *\/\n  def isNew = servletSession.isNew\n}\n\n\/**\n * Helper methods for <code>HttpSession<\/code> and <code>WebSession<\/code>\n * objects.\n *\/\nobject WebSession {\n  \n  private[this] val MUTEX_NAME = classOf[WebSession] + \".MUTEX\"\n\n  \/**\n   * Put an object, suitable to be used as a mutex, in the specified\n   * <code>HttpSession<\/code>.\n   *\/\n  def setupMutex(session: HttpSession) {\n    session.setAttribute(MUTEX_NAME, CheckAndActOperations.newMutex)\n  }\n  \n  private def getMutex(session: HttpSession): AnyRef = {\n    val mutex = session.getAttribute(MUTEX_NAME)\n    if (mutex eq null) session else mutex\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/TestHelpers.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test\n\nimport org.mockito.Mockito\n\ntrait TestHelpers {\n\n  def mock[T](implicit m: Manifest[T]): T = Mockito.mock(m.runtimeClass).asInstanceOf[T]\n  \n  def assertThrows[T <: Throwable](testCode: => Unit)(implicit m: Manifest[T]) {\n    Assertions.assertThrows[T](testCode)(m)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewResolverChainingTest.scala","text":"<reponame>sptz45\/coeus<filename>src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewResolverChainingTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport com.tzavellas.coeus.test.TestHelpers\n\nclass ViewResolverChainingTest extends TestHelpers {\n  \n  val first = mock[ViewResolver]\n  val second = mock[ViewResolver]\n  \n  val resolver = ViewResolver.chainResolvers(first, second)\n\n  @Test\n  def null_if_no_resolver_can_resolve_the_view_name() {\n    assertNull(resolver.resolve(\"does-not-exist\"))\n  }\n  \n  @Test\n  def return_the_view_from_the_first_resolver_that_resolves_the_view_name() {\n    when(second.resolve(\"null-view\")).thenReturn(NullView)\n    assertEquals(NullView, resolver.resolve(\"null-view\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/StringConstraints.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\ntrait StringConstraints {\n  \n  def hasText = new Constraint[String] {\n    def isValid(value: String) = value != null && !value.trim.isEmpty\n    \n    def getError(targetClass: Class[_], field: String, value: String) = \n      Error.validationFailure(\"hasText\", field, targetClass, value)\n  }\n  \n  def matches(pattern: String) = new Constraint[String] {\n    private val compiled = java.util.regex.Pattern.compile(pattern)\n    def isValid(value: String) = value == null || compiled.matcher(value).matches\n    \n    def getError(targetClass: Class[_], field: String, value: String) = \n      Error.validationFailure(\"pattern\", field, targetClass, value, pattern)\n  }\n  \n  def minLength(length: Int) = new Constraint[String] {\n    def isValid(value: String) =\n      if (value eq null) length == 0 else value.length >= length\n   \n    def getError(targetClass: Class[_], field: String, value: String) = \n      Error.validationFailure(\"string.length.min\", field, targetClass, value, length)\n  }\n  \n  def maxLength(length: Int) = new Constraint[String] {\n    def isValid(value: String) =\n      if (value eq null) true else value.length <= length\n    \n    def getError(targetClass: Class[_], field: String, value: String) = \n      Error.validationFailure(\"string.length.max\", field, targetClass, value, length)\n  }\n  \n  def isCreditCard(cartTypes: CreditCardType*) = new CreditCardConstraint(cartTypes: _*)\n  \n  def isEmail = new EmailConstraint\n  \n  def isInetAddress = new InternetAddressConstraint\n  \n  def isIsbn = new IsbnConstraint\n  \n  def isUrl(schemes: String*) = new UrlConstraint(schemes: _*)\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/security\/CookieSignerTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport javax.servlet.http.Cookie\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass CookieSignerTest {\n\n  val cookies = new CookieSigner(\"the secret\", new DefaultCryptoProvider)\n  val cookie = new Cookie(\"price\", \"100\")\n  cookie.setMaxAge(1000)\n  \n  @Test\n  def make_secure_without_encryption() {\n    cookies.signCookie(cookie)\n    assertEquals(Some(\"100\"), cookies.getSignedValue(cookie))\n  }\n  \n  @Test\n  def make_secure_with_userId_and_without_encryption() {\n    cookies.signCookie(cookie, userId=\"user\")\n    assertEquals(Some(\"100\"), cookies.getSignedValue(cookie))\n  }\n  \n  @Test\n  def make_secure_with_encryption() {\n    cookies.signCookie(cookie, encrypt=true, userId=\"user\")\n    assertEquals(Some(\"100\"), cookies.getSignedValue(cookie, isEncrypted=true))\n  }\n  \n  @Test\n  def make_secure_without_timeout() {\n    cookie.setMaxAge(-1)\n    cookies.signCookie(cookie)\n    assertEquals(Some(\"100\"), cookies.getSignedValue(cookie))\n  }\n  \n  @Test\n  def cookie_has_expired() {\n    cookie.setMaxAge(0)\n    cookies.signCookie(cookie)\n    Thread.sleep(1)\n    assertEquals(None, cookies.getSignedValue(cookie))\n  }\n  \n  @Test(expected=classOf[MaliciousRequestException])\n  def cookie_has_wrong_signature() {\n    cookies.signCookie(cookie)\n    \n    val values = cookie.getValue.split(\"\\\\|\")\n    values(2) = \"wrong signature\"\n    cookie.setValue(values.mkString(\"|\"))\n    \n    cookies.getSignedValue(cookie)\n  }\n  \n  @Test(expected=classOf[MaliciousRequestException])\n  def cookie_has_no_separators() {\n    cookie.setValue(\"malformed cookie\")\n    cookies.getSignedValue(cookie)\n  }\n  \n  @Test(expected=classOf[MaliciousRequestException])\n  def cookie_has_no_invalid_timeout() {\n    cookie.setValue(\"invalid-timeout|value|signature\")\n    cookies.getSignedValue(cookie)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ScopeAccessor.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage scope\n\nimport param._\n\n\/**\n * Provides access to request related objects.\n *\/\ntrait ScopeAccessor {\n\n  \/** The current web request. *\/\n  def request: WebRequest\n  \n  \/** The current web response. *\/\n  def response: WebResponse\n  \n  \/** The flash scope. *\/\n  def flash: FlashScope\n  \n  \/** The web session. *\/\n  def session: WebSession\n  \n  \/** The application scope. *\/\n  def application: ApplicationScope\n\n  \/** The request parameters. *\/\n  def params: RequestParameters\n  \n  \/** The path parameters. *\/\n  def path: PathParameters\n}\n\n\/**\n * Factory methods for creating {@code ScopeAccessor} instances. \n *\/\nobject ScopeAccessor {\n\n  \/**\n   * Create a {@code ScopeAccessor} for the specified request and response\n   * objects.\n   *\/\n  def apply(req: WebRequest, res: WebResponse): ScopeAccessor =\n    new ScopeAccessor {\n      def request     = req\n      def response    = res\n      def flash       = request.flash\n      def session     = request.session\n      def application = request.application\n      def params      = request.params\n      def path        = request.path\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/util\/ConventionsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.util\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\nimport com.tzavellas.coeus.mvc.WebRequest\n\nclass ConventionsTest {\n  import Conventions._\n\n  @Test\n  def the_attribute_name_is_the_simple_class_name_with_the_first_char_to_lower_case() {\n    assertEquals(\"string\", classToAttributeName(classOf[String]))\n    assertEquals(\"threadLocal\", classToAttributeName(classOf[ThreadLocal[_]]))\n    assertEquals(\"illegalStateException\", classToAttributeName(classOf[IllegalStateException]))\n  }\n  \n  @Test\n  def the_view_name_is_the_request_uri() {\n    assertEquals(\"index\", viewNameForRequest(request(\"\/index\")))\n    assertEquals(\"blog\/entries\/test\", viewNameForRequest(request(\"\/blog\/entries\/test\/\")))\n  }\n  \n  @Test\n  def the_view_name_of_root_uri_is_index() {\n    assertEquals(\"index\", viewNameForRequest(request(\"\/\")))\n  }\n  \n  @Test\n  def the_view_name_does_not_contain_file_extensions() {\n    assertEquals(\"index\",      viewNameForRequest(request(\"\/index.html\")))\n    assertEquals(\"index.html\", viewNameForRequest(request(\"\/index.html\/\")))\n    assertEquals(\"file.index\", viewNameForRequest(request(\"\/file.index.html\")))\n  }\n  \n  def request(uri: String) =\n    new WebRequest(null, new MockHttpServletRequest(\"GET\", uri), null, null, null, null)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/Interpolator.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/Interpolator.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * Functions that perform variable interpolation in Strings.\n *\/\nobject Interpolator {\n  \n\n  \/** The default formatter function. *\/\n  val defaultFormatter: Any => String = {\n    case null     => \"null\"\n    case any: Any => any.toString\n  }\n  \n  \/**\n   * Substitute any variables in the <code>msg<\/code> string by using\n   * the values found in the <code>args<\/code> sequence formatted with the\n   * <code>format<\/code> function.\n   * \n   * <p>For example:<\/p><code>interpolate(\"Hello {world}\", List(\"World\"))<\/code>\n   * will evaluate to the string: \"Hello World\".<\/p>\n   *\/\n  def interpolateVars(msg: String, args: Seq[Any], format: Any => String = defaultFormatter): String = {\n    if (args.isEmpty) return msg\n    try {\n      doInterpolateVars(msg, args, format)\n    } catch {\n      case e: RuntimeException => throw new InterpolationException(msg, args, e)\n    }\n  }\n  \n  \n  \/**\n   * Substitute any numeric variables in the <code>msg<\/code> string by using\n   * the values found in the <code>args<\/code> sequence formatted with the\n   * <code>format<\/code> function.\n   * \n   * <p>For example:<\/p><code>interpolate(\"Hello {0}\", List(\"World\"))<\/code>\n   * will evaluate to the string: \"Hello World\".<\/p>\n   *\/\n  def interpolateNumericVars(msg: String, args: Seq[Any], format: Any => String = defaultFormatter): String = {\n    if (args.isEmpty) return msg\n    try {\n      doInterpolateNumeric(msg, args, format)\n    } catch {\n      case e: RuntimeException => throw new InterpolationException(msg, args, e)\n    }\n  }\n  \n  \n  private def doInterpolateVars(msg: String, args: Seq[Any], format: Any => String = defaultFormatter) = {\n    val length = msg.length\n    val builder = new StringBuilder(length)\n    var insideVar = false\n    var argsIndex = 0\n    var i = 0\n      \n    while (i < length) {\n      val c = msg.charAt(i)\n      if (c == '\\\\') {\n        val next = msg.charAt(i+1)\n        if (next == '{') {\n          builder += next\n          i += 2\n        } else {\n          builder += c\n          i += 1\n        }\n      } else if (c == '{') {\n        var end = i + 1\n        while (msg.charAt(end) != '}') end += 1\n        builder.append(format(args(argsIndex)))\n        argsIndex += 1\n        i = end + 1\n      } else {\n        builder += c\n        i += 1\n      }\n    }\n    builder.toString\n  }\n  \n  private def doInterpolateNumeric(msg: String, args: Seq[Any], format: Any => String = defaultFormatter) = {\n    val length = msg.length\n    val builder = new StringBuilder(length)\n    var insideVar = false\n    var i = 0\n      \n    while (i < length) {\n      val c = msg.charAt(i)\n      if (c == '\\\\') {\n        val next = msg.charAt(i+1)\n        if (next == '{') {\n          builder += next\n          i += 2\n        } else {\n          builder += c\n          i += 1\n        }\n      } else if (c == '{') {\n        var end = i + 1\n        while (msg.charAt(end) != '}') end += 1\n        builder.append(format(args(msg.substring(i + 1, end).toInt - 1)))\n        i = end + 1\n      } else {\n        builder += c\n        i += 1\n      }\n    }\n    builder.toString\n  }\n}\n\nclass InterpolationException(msg: String, args: Seq[Any], cause: Throwable)\n  extends FrameworkException(\n    \"Cannot substitute variables in string: '%s' using arguments: '%s'\"\n      .format(msg, args.toString), cause)\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/VSpec.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation\npackage vspec\n\nimport com.tzavellas.coeus.bind.{ BindingResult, Error, ExpressionLanguage => EL }\nimport constraint.Constraint\n\n\/**\n * The default <code>Validator<\/code> implementation.\n *\n * <p>A VSpec instance validates objects of a particular class using a set\n * of specified constraints. To validate an object you first have to create\n * a VSpec instance specifying the type of object that you want to validate.\n * Then you have to use one of the <code>ensure(..)<\/code> methods to specify\n * any constraints that the fields of a valid object must satisfy and finally\n * call any of the methods of the <code>Validator<\/code> trait.<\/p>\n * \n * <p>For example:<\/p>\n * <pre>\n * import com.tzavellas.coeus.validator.VSpec\n * import com.tzavellas.coeus.validator.Constraints._\n *\n * val spiros = new User(\"spiros\", \"<EMAIL>\")\n * val validator = new VSpec[User]\n * validator.ensure(\"username\", hasText)\n * validator.ensure(\"email\",    hasText, isEmail)\n * val errors = validator.validate(spiros)\n * <\/pre>\n * \n * <p>The above code creates a validator that validates objects of the class\n * <code>User<\/code>. It also specifies that the \"username\" var should not be\n * empty and that the \"email\" var should not be empty and that it should also be a\n * valid email address. The methods {@link com.tzavellas.coeus.validation.constraint.StringConstraints#hasText hasText}\n * and {@link com.tzavellas.coeus.validation.constraint.StringConstraints#isEmail isEmail} are defined in the\n * {@link Constraints} object and return {@link com.tzavellas.coeus.validation.constraint.Constraint Constraint}\n * instances.<\/p>\n * \n * <h4>Simplified Syntax<\/h4>\n * \n * <p>To remove some of the syntactic noise in the above example we could define the\n * user validator using the following ways:<\/p>\n * <pre>\n * val validator = new VSpec[User] {\n *   ensure(\"username\", hasText)\n *   ensure(\"email\",    hasText, isEmail)\n * }\n * <\/pre>\n * \n * <p>or using an object:<\/p>\n * <pre>\n * object validator extends VSpec[User] {\n *   ensure(\"username\", hasText)\n *   ensure(\"email\",    hasText, isEmail)\n * }\n * <\/pre>\n * \n * <p>Another alternative way is when you don't want to do a static import on the\n * {@link Constraints} object there is a {@link Constraints} trait that you can mix into\n * your validators instead:<\/p>\n * <pre>\n * object validator extends VSpec[User] with Constraints {\n *   ensure(\"username\", hasText)\n *   ensure(\"email\",    hasText, isEmail)\n * }\n * <\/pre>\n * \n * <h4>Validating Associations<\/h4>\n * <p>There are two ways to validate associations, using expressions with the\n * association name and re-using an existing validator for the object in the\n * association.<\/p>\n * Using expressions:\n * <pre>\n * val postValidator = new VSpec[Post] {\n *   ensure(\"author.username\", isNotNull)\n *   ensure(\"author.email\",    hasText, isEmail)\n * }\n * <\/pre>\n * Re-using a validator:\n * <pre>\n * val postValidator = new VSpec[Post] {\n *   ensure(\"title\",  isNotNull, hasText)\n *   ensure(\"author\", validatesWith(userValidator))\n * }\n * <\/pre>\n * \n * <h4>Special handling of <code>Option[T]<\/code> fields<\/h4>\n * \n * <p>When a field is of type <code>Option[T]<\/code> then it is considered as\n * optional and the value of <code>None<\/code> is always considered valid.\n * Furthermore, if a field value is of type <code>Some[T]<\/code> then it gets\n * extracted so that the predefined <code>Constraint<\/code> classes can be used\n * for validating the field's value.<\/p>\n * \n * <p>For example in the below code we use the <code>NumberConstraints.isGreatedThan<\/code>\n * constraint that is defined for <code>Int<\/code> to validate the values of the\n * <code>age<\/code> field (that is of type <code>Option[Int]<\/code>) since if the\n * value of that field is <code>None<\/code> then it will automatically considered\n * valid and if it is of type <code>Some[Int]<\/code> then the <code>Int<\/code> will\n * get extracted before it gets passed in the specified constraints.<\/p>\n * \n * <pre>\n * class Person(var name: String, var age: Option[Int])\n * val validator = new VSpec[Person] {\n *   ensure(\"name\", hasText)\n *   ensure(\"age\",  isGreaterThan(0))\n * }\n * <\/pre> \n * \n * <h4>Thread-safety<\/h4>\n * <p>VSpec instances can be safely accessed by multiple threads only after\n * they have been configured with all the needed constraints. This works well\n * because the constraints are usually added inside the constructor (when using\n * the simplified syntax) and the object after the constructor invocation can\n * be considered \"effectively immutable\".<\/p> \n *\n * @see ExpressionLanguage\n * @see Constraints\n * @see Constraint\n *\/\nclass VSpec[-T <: AnyRef](implicit m: Manifest[T]) extends Validator[T] {\n  \n  private val targetClass: Class[_] = m.runtimeClass\n  private var constraintsMap = Map[String, List[Constraint[_]]]()\n  private var associationValidators = Map[String, List[VSpec[_]]]()\n  \n  val errorFormatter = VSpecErrorFormatter\n  \n  def validate(target: T): Iterable[Error] = {\n    val result = new BindingResult(null, target)\n    validate(result)\n    result.errors\n  }\n  \n  def validate(result: BindingResult[T]) {\n    result.errorFormatter = errorFormatter\n    doValidate(null, result.target, result)\n    extraValidation(result)\n  }\n  \n  def validateField[F](field: String, value: Any)(implicit m: Manifest[F]) = {\n    constraintsMap.get(field) match {\n      case None => None\n      case Some(constraints) => doValidateField(null, field, value, constraints)\n    }\n  }\n  \n  \/**\n   * Subclasses can override this method to specify validation rules\n   * that cannot be easily expressed using <code>Constraint<\/code>s.\n   * \n   * <p>One frequent use case for this method is when a validation rule\n   * must know the value of more than one field in the target object.<\/p>\n   * \n   * @param result a <code>BindingResult<\/code> that contains the target\n   *               object and any validation errors that have already\n   *               occurred\n   *\/\n  def extraValidation(result: BindingResult[T]) { }\n  \n  \n  private def doValidate(path: String, target: T, result: BindingResult[T]) {\n    \n    for ((field, constraints) <- constraintsMap) {\n      val potentialError = doValidateField(path, field, EL.eval(target, field, false), constraints)\n      for (error <- potentialError) result.addError(field, error)\n    }\n    \n    for ((field, validators) <- associationValidators; validator <- validators) {\n      val assocValidator = validator.asInstanceOf[VSpec[AnyRef]]\n      assocValidator.doValidate(path, EL.evalTo[AnyRef](target, field), result)\n    }\n  } \n  \n  \n  private def doValidateField(path: String, field: String, value: Any, constraints: Seq[Constraint[_]]): Option[Error] = {\n\n    def getField = if (path eq null) field else path + \".\" + field\n    \n    if (value == None) return None\n    \n    val fieldValue = value match {\n      case Some(x) => x\n      case _       => value\n    }\n    \n    for (cons <- constraints) {\n      val constraint = cons.asInstanceOf[Constraint[Any]] \n      if (! constraint.isValid(fieldValue))\n        return Some(constraint.getError(targetClass, getField, fieldValue))\n    }\n    None\n  }\n  \n  \/**\n   * Ensure that the specified field satisfies all the specified constraints.\n   * \n   * @param field the field to validate\n   * @param constraints the constraints \n   *\/\n  final def ensure[B](field: String, constraints: Constraint[B]*) {\n    constraintsMap =\n      if (constraintsMap.contains(field)) {\n        constraintsMap + (field -> (constraintsMap(field) ::: constraints.toList))\n      } else { \n        constraintsMap + (field -> constraints.toList)\n      }\n  }\n  \n  \/**\n   * Ensure that the specified field satisfies all the specified constraints.\n   *\n   * @param field the field to validate\n   * @param constraints the constraints\n   *\/\n  final def ensure[B](field: Symbol, constraints: Constraint[B]*) {\n    ensure(field.name, constraints:_*)\n  }\n\n  \/**\n   * Ensures that the specified field of the target object will validate\n   * against the specified validator.\n   * \n   * @param field the field to validate\n   * @param validator the validator of the field\n   *\/\n  final def ensure[C <: AnyRef](field: String, validator: VSpec[C]) {\n    associationValidators =\n      if (associationValidators.contains(field)) {\n        associationValidators + (field -> (associationValidators(field) ::: List(validator)))\n      } else { \n        associationValidators + (field -> List(validator))\n      }\n  }\n\n  \/**\n   * Ensures that the specified field of the target object will validate\n   * against the specified validator.\n   *\n   * @param field the field to validate\n   * @param validator the validator of the field\n   *\/\n  final def ensure[C <: AnyRef](field: Symbol, validator: VSpec[C]) {\n    ensure(field.name, validator)\n  }\n\n  \/**\n   * Returns the specified VSpec object.\n   * \n   * <p>This method is used as syntactic sugar in conjunction with the\n   * {@link VSpec#ensure(String, VSpec)} method. Users instead of writing:<\/p>\n   * <pre>\n   * val postValidator = new VSpec[Post] {\n   *   ensure(\"author\", userValidator)\n   * }\n   * <\/pre>\n   * <p>can use this method to enhance the readability of their code like in the\n   * following code:<\/p>\n   * <pre>\n   * val postValidator = new VSpec[Post] {\n   *   ensure(\"author\", validatesWith(userValidator))\n   * }\n   * <\/pre>\n   *\/\n  final def validatesWith[C <: AnyRef](validator: VSpec[C]) = validator\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/CryptoProvider.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\n\/**\n * Has methods for signing and encrypting data.\n *\/\ntrait CryptoProvider {\n  \n  \/**\n   * Encrypt the specified message.\n   * \n   * @param msg the message to encrypt\n   * @param key the secret key to use for the encryption\n   * @return the encrypted message\n   *\/\n  def encrypt(msg: String, key: Array[Byte]): Array[Byte]\n  \n  \/**\n   * Decrypt the specified (encrypted) message.\n   * \n   * @param msg the message to decrypt\n   * @param key the secret key to use for the decryption\n   * @return the plain-text message\n   *\/\n  def decrypt(msg: Array[Byte], key: Array[Byte]): String\n  \n  \/**\n   * Sign the specified message.\n   * \n   * @param data the message to sign as a sequence of strings\n   * @param key the secret key to use for signing\n   * @return the signature of the message\n   *\/\n  def sign(data: Seq[String], key: Array[Byte]): Array[Byte]\n  \n  \/**\n   * Verify the signature of the specified message.\n   * \n   * @param signature the signature of the message\n   * @param data the message that must produce the signature\n   * @param key the secret key to use for the signing\n   * @return true if the signature generated by data using the specified key\n   *         matches the specified signature\n   *\/\n  def verify(signature: Array[Byte], data: Seq[String], key: Array[Byte]): Boolean\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewUtil.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewUtil.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport com.tzavellas.coeus.mvc.WebResponse\n\n\/**\n * Helper methods for creating {@code View} implementations.\n *\/\nobject ViewUtil {\n  \n  \/**\n   * Set the content-type of the response only if it hasn't been\n   * set before. \n   *\/\n  def applyContentType(contentType: String, response: WebResponse) {\n    if (response.contentType eq null)\n      response.contentType = contentType\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/CreditCardConstraintTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/CreditCardConstraintTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass CreditCardConstraintTest {\n  import CreditCardConstraintTest._\n  import ConstraintAssertions._\n  \n  val ccc = new CreditCardConstraint\n  \n  @Test\n  def test_using_invalid_credit_cards() {\n    assertInvalid(ccc, \"\", \"123456789012\", \"12345678901234567890\", \"4417123456789112\", \"4417q23456w89113\")\n  }\n  \n  @Test\n  def test_using_valid_credit_cards() {\n    assertValid(ccc, null, VALID_VISA, VALID_SHORT_VISA, VALID_SHORT_VISA,\n        VALID_MASTERCARD, VALID_DISCOVER, VALID_DINERS)\n  }\n  \n  @Test\n  def change_allowed_card_types() {\n    val dinersOnly = new CreditCardConstraint(CreditCardType.DinersClub)\n    assertValid(dinersOnly, VALID_DINERS)\n    \/\/ Turned off all other card types so even valid numbers should fail\n    assertInvalid(dinersOnly, VALID_VISA, VALID_AMEX, VALID_MASTERCARD, VALID_DISCOVER)\n  }\n  \n  @Test\n  def skip_cart_type_validation() {\n    val noTypeValidation = new CreditCardConstraint(CreditCardType.SkipCartTypeValidation)\n    assertValid(noTypeValidation, VALID_AMEX)\n  }\n}\n\nprivate object CreditCardConstraintTest {\n  val VALID_VISA = \"4417123456789113\"\n  val VALID_SHORT_VISA = \"4222222222222\"\n  val VALID_AMEX = \"378282246310005\"\n  val VALID_MASTERCARD = \"5105105105105100\"\n  val VALID_DISCOVER = \"6011000990139424\"\n  val VALID_DINERS = \"30569309025904\"\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/AcceptHeaderLocaleResolverTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\n\nclass AcceptHeaderLocaleResolverTest {\n\n  val resolver = new AcceptHeaderLocaleResolver\n  val request = new MockHttpServletRequest\n  \n  @Test\n  def retrieve_locale_from_the_request() {\n    request.addPreferredLocale(Locale.UK)\n    assertEquals(Locale.UK, resolver.resolve(request))\n    \n    request.addPreferredLocale(Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n  }\n  \n  @Test(expected=classOf[UnsupportedOperationException])\n  def cannot_set_the_locale_explicitly() {\n    resolver.setLocale(null, null, Locale.US)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/UrlHelperTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/UrlHelperTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport javax.servlet.ServletContext\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport com.tzavellas.coeus.test.TestHelpers\n\nclass UrlHelperTest extends TestHelpers {\n  \n  val context = mock[ServletContext]\n  \n  object helper extends UrlHelper {\n    val servletContext = context\n  }\n\n  @Test\n  def url_prepends_context_path() {\n    when(context.getContextPath).thenReturn(\"\/test\")\n    assertEquals(\"\/test\/\", helper.url(\"\/\"))\n    assertEquals(\"\/test\/page\", helper.url(\"page\"))\n    assertEquals(\"\/test\/page\", helper.url(\"\/page\"))\n  }\n  \n  @Test\n  def url_prepend_context_path_when_context_path_is_root() {\n    when(context.getContextPath).thenReturn(\"\")\n    assertEquals(\"\/\", helper.url(\"\/\"))\n    assertEquals(\"\/page\", helper.url(\"page\"))\n    assertEquals(\"\/page\", helper.url(\"\/page\"))\n    \n    when(context.getContextPath).thenReturn(\"\/\")\n    assertEquals(\"\/\", helper.url(\"\/\"))\n    assertEquals(\"\/page\", helper.url(\"page\"))\n    assertEquals(\"\/page\", helper.url(\"\/page\"))\n  }\n  \n  @Test\n  def url_expects_non_empty_path() {\n    assertThrows[IllegalArgumentException] {\n      helper.url(\"\")\n    }\n    assertThrows[IllegalArgumentException] {\n      helper.url(\"\", 42)\n    }\n  }\n  \n  @Test\n  def substitute_vars_in_path() {\n    when(context.getContextPath).thenReturn(\"\/test\")\n    assertEquals(\"\/test\/page\/42\/edit\", helper.url(\"\/page\/{id}\/edit\", 42))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/XhtmlView.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport scala.xml.NodeSeq\n\n\/**\n * Renders the specified XML as XHTML.\n * \n * <p>This is achieved by using the \"text\/html\" Content-Type.<\/p>\n * \n * @param xml the XML to render as XHTML\n *\/\nclass XhtmlView(xml: NodeSeq) extends XmlView(xml, \"text\/html\")\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/RequestContext.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\n\n\/**\n * Holds information about the current request.\n * \n * @param request  the current request\n * @param response the current response\n * @param handler  the handler that handles the request\n *\/\nfinal class RequestContext(val request: WebRequest, val response: WebResponse, val handler: Handler) {\n\n  \/**\n   * The exception that occurred during the handling of the request.  \n   *\/\n  var error: Exception = _\n\n  \/**\n   * The result of handling the request.\n   * \n   * <p>It can be a <code>View<\/code> instance, a String that can be mapped to\n   *  a view, a <code>NodeSeq<\/code> or <code>null<\/code>.<\/p>\n   *\/\n  var result: Any = _\n  \n  \/**\n   * Returns true if an uncaught exception has occurred during the\n   * handling of the request.\n   *\/\n  def hasError = error ne null\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/FixedLocaleResolverTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/FixedLocaleResolverTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass FixedLocaleResolverTest {\n  \n  val request, response = null\n  val defaultLocale = Locale.UK\n  val resolver = new FixedLocaleResolver(defaultLocale)\n\n  @Test\n  def return_the_default_if_a_locale_is_not_set() {\n    assertEquals(defaultLocale, resolver.resolve(request))\n  }\n  \n  @Test\n  def setting_locale() {\n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n  }\n  \n  @Test\n  def setting_null_locale_resets_to_default() {\n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n    \n    resolver.setLocale(request, response, null)\n    assertEquals(defaultLocale, resolver.resolve(request))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/ExpressionLanguageTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass ExpressionLanguageTest {\n  import ExpressionLanguage.{eval, bind}\n  \n  val target = new Target(\"t\", new B(11))\n  val parsers = ConverterRegistry.defaultConverters \n\n  @Test\n  def test_eval_precondictions() {\n    assertThrows[IllegalArgumentException] { eval(null, \"test\") }\n    assertThrows[IllegalArgumentException] { eval(target, null) }\n    assertThrows[IllegalArgumentException] { eval(target, \"\") }\n  }\n  \n  @Test\n  def read_a_value() {\n    assertEquals(\"t\", eval(target, \"a\"))\n  }\n  \n  @Test\n  def read_a_value_using_method_from_cache() {\n    assertEquals(\"t\", eval(target, \"a\"))\n    assertEquals(\"t\", eval(target, \"a\"))\n  }\n  \n  @Test(expected=classOf[ExpressionException])\n  def attempt_to_read_nonexisting_value() {\n    eval(target, \"does_not_exitst\")\n  }\n  \n  @Test\n  def read_value_from_association() {\n    assertEquals(11, eval(target, \"b.i\"))\n  }\n  \n  @Test(expected=classOf[ExpressionException])\n  def attempt_to_read_from_null_association() {\n    target.b = null\n    assertEquals(11, eval(target, \"b.i\"))\n  }\n  \n  @Test\n  def read_unwrapping_option() {\n    val t = new HasOptionalValue\n    t.optional = Some(42)\n    assertEquals(42, eval(t, \"optional\"))\n\n    t.optional = None\n    assertNull(\"None gets converted into null\", eval(t, \"optional\"))\n  }\n  \n    @Test\n  def read_option_without_unwrapping() {\n    val t = new HasOptionalValue\n    t.optional = Some(42)\n    assertEquals(Some(42), eval(t, \"optional\", unwrapOption=false))\n\n    t.optional = None\n    assertEquals(None, eval(t, \"optional\", unwrapOption=false))\n  }\n  \n  @Test\n  def read_values_from_indexed_collections() {\n    val itarget = new IndexedTarget(List(0), java.util.Arrays.asList(0), Array(0), (0, target))\n    assertEquals(0, eval(itarget, \"slist[0]\"))\n    assertEquals(0, eval(itarget, \"jlist[0]\"))\n    assertEquals(0, eval(itarget, \"array[0]\"))\n    assertEquals(0, eval(itarget, \"product[0]\"))\n    assertEquals(\"t\", eval(itarget, \"product[1].a\"))\n  }\n  \n  @Test\n  def read_values_from_maps() {\n    val jmap = new java.util.HashMap[String, Target]\n    jmap.put(\"zero\", target)\n    val props = new java.util.Properties\n    props.put(\"zero\", \"zero\")\n    val mtarget = new MappedTarget(Map(\"zero\" -> 0), jmap, props, Num(12))\n    assertEquals(0, eval(mtarget, \"smap[zero]\"))\n    assertEquals(\"t\", eval(mtarget, \"jmap[zero].a\"))\n    assertEquals(\"zero\", eval(mtarget, \"props[zero]\"))\n    \/\/XXX Ignored because Product.productElementName is temporarily disabled in scala trunk\n    \/\/assertEquals(12, eval(mtarget, \"prod[x]\"))\n  }\n \n  @Test\n  def bind_value() {\n    bind(target, \"a\", \"new value\", null, parsers)\n    assertEquals(\"new value\", target.a)\n  }\n  \n  @Test\n  def no_error_when_binding_using_nonexisting_var() {\n    bind(target, \"doesNotExist\", \"new value\", null, parsers)\n  }\n  \n  @Test\n  def bind_to_association() {\n    bind(target, \"b.i\", \"15\", null, parsers)\n    assertEquals(15, target.b.i)\n  }\n  \n  @Test\n  def bind_to_indexed_collection() {\n    val itarget = new IndexedTarget(scala.collection.mutable.ListBuffer(0),\n                                    java.util.Arrays.asList(0),\n                                    Array(0),\n                                    null)\n    \n    bind(itarget, \"slist[0]\", \"1\", null, parsers)\n    assertEquals(1, eval(itarget, \"slist[0]\"))\n    \n    bind(itarget, \"jlist[0]\", \"1\", null, parsers)\n    assertEquals(1, eval(itarget, \"jlist[0]\"))\n    \n    bind(itarget, \"array[0]\", \"1\", null, parsers)\n    assertEquals(1, eval(itarget, \"array[0]\"))\n  }\n  \n  @Test\n  def bind_to_mapped_collection() {\n    val props = new java.util.Properties\n    props.put(\"zero\", \"zero\")\n    val mtarget = new MappedTarget(scala.collection.mutable.Map(\"zero\" -> 0), null, props, null)\n    \n    bind(mtarget, \"smap[zero]\", \"1\", null, parsers)\n    assertEquals(1, eval(mtarget, \"smap[zero]\"))\n  }\n  \n  @Test\n  def bind_to_option() {\n    val t = new HasOptionalValue\n    bind(t, \"optional\", \"42\", null, parsers)\n    assertEquals(Some(42), t.optional)\n  }\n  \n  \/\/ -- Test classes -----------------------------------------------------\n  \n  class HasOptionalValue {\n    var optional: Option[Int] = None\n  }\n\n  class IndexedTarget(\n    val slist: scala.collection.Seq[Int],\n    val jlist: java.util.List[Int],\n    val array: Array[Int],\n    val product: Product)\n\n  class MappedTarget(\n    val smap: scala.collection.Map[String, Int],\n    val jmap: java.util.Map[String, Target],\n    val props: java.util.Properties,\n    val prod: Product)\n  \n  case class Num(x: Int)\n  class Target(var a: String, var b: B)\n  class B(var i: Int)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/BindingResult.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/BindingResult.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport java.util.Locale\nimport scala.collection.mutable.{ Map => MutableMap }\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\n\n\/**\n * The result of binding to a target object.\n * \n * @param T the class of the target object\n * @param converters the Converter used for binding and formatting\n * @param target the target object\n *\/\nclass BindingResult[+T <: AnyRef](converters: ConverterRegistry, val target: T) {\n    \n  private val errorMap = MutableMap[String, Error]()\n  \n  var errorFormatter: ErrorFormatter = ToStringErrorFormatter\n  \n  def addError(expr: String, error: Error) {\n    errorMap += (expr -> error)\n  }\n  \n  \/**\n   * Add an error for the specified expression.\n   * \n   * @param expr \n   * @param code the message code for the error\n   * @param args any arguments to be used for constructing the error message\n   *\/\n  def addError(expr: String, code: String, args: Any*) {\n    addError(expr, new Error(code, expr, target.getClass, args))\n  }\n  \n  \/**\n   * Get the errors of this result\n   * \n   * @return an {@code Iterable} with all the errors of the result\n   *         or an empty {@code Iterable} if there are not errors\n   *\/\n  def errors: Iterable[Error] = errorMap.values\n  \n  \/**\n   * Tests whether this result has any errors.\n   *\/\n  def hasErrors: Boolean = ! errorMap.isEmpty\n  \n  \/**\n   * Get the {@code Error} for the specified expression if it exists.\n   *\/\n  def error(expr: String): Option[Error] = errorMap.get(expr)\n  \n  def formatError(expr: String, locale: Locale, messages: MessageBundle) =\n    errorMap.get(expr).map(errorFormatter.format(_, locale, messages, converters))\n  \n  def fieldValue(expr: String): Any = ExpressionLanguage.eval(target, expr)\n  \n  def format(expr: String, locale: Locale) = {\n    formatValue(ExpressionLanguage.eval(target, expr), locale)\n  }\n  \n  def formatValue(value: Any, locale: Locale): String = {\n    if (value != null)\n      converters.formatter(value.asInstanceOf[AnyRef].getClass).format(value, locale)\n    else\n      \"\"\n  }\n}\n\nobject ToStringErrorFormatter extends ErrorFormatter {\n  def format(error: Error, locale: Locale, messages: MessageBundle, formatters: ConverterRegistry) = \n    error.toString\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/WebResponse.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\npackage mvc\n\nimport javax.servlet.http.{ HttpServletResponse, Cookie }\nimport http.{ HttpStatus, HttpResponseHeaders }\n\n\/**\n * The web response.\n * \n * @param servletResponse the current {@link HttpServletResponse}\n *\/\nclass WebResponse(val servletResponse: HttpServletResponse) extends HttpResponseHeaders {\n  \n  private[this] var _status: Int = HttpStatus.OK\n\n  \/**\n   * Returns a <code>PrintWriter<\/code> that can send character text to the client.\n   * \n   * @see {@link javax.servlet.ServletResponse#getWriter ServletResponse.getWriter()}\n   *\/\n  def writer = servletResponse.getWriter\n  \n  \/**\n   * Returns an output stream suitable for writing binary data in the response.\n   * \n   * @see {@link javax.servlet.ServletResponse#getOutputStream ServletResponse.getOutputStream()}\n   *\/\n  def outputStream = servletResponse.getOutputStream\n  \n  \/**\n   * Returns whether the response has already the status code and headers written. \n   *\/\n  def isCommited = servletResponse.isCommitted\n  \n  \/**\n   * Get the response's content type.\n   * \n   * @return the content type or <code>null<\/code> if a content type has not been set.\n   * \n   * @see {@link HttpServletResponse#getContentType}\n   *\/\n  def contentType = servletResponse.getContentType\n  \n  \/**\n   * Sets the reponse's content type.\n   * \n   * @see {@link HttpServletResponse#setContentType}\n   *\/\n  def contentType_=(ct: String) { servletResponse.setContentType(ct) }\n\n  \/**\n   * Get the status code of this response.\n   *\/\n  def status: Int = _status\n  \n  \/**\n   * Set the status code of this response.\n   *\/\n  def status_=(status: Int) {\n    _status = status\n    if (HttpStatus.isError(status)) {\n      servletResponse.sendError(status)\n    } else {\n      servletResponse.setStatus(status)\n    }\n  }\n  \n  \/**\n   * Sends an error response back to the client with the specified status and message.\n   * \n   * @throws IllegalStateException if the response has been committed before this method call\n   * @see {@link HttpServletResponse#sendError(Int, String)}\n   *\/\n  def sendError(status: Int, message: String) {\n    require(HttpStatus.isError(status))\n    _status = status\n    servletResponse.sendError(status, message)\n  }\n  \n  \/**\n   * Adds the specified cookie to the response.\n   *\/\n  def addCookie(cookie: Cookie) {\n    servletResponse.addCookie(cookie)\n  }\n  \n  \/**\n   * Sets the cookie's <code>maxAge<\/code> to zero to remove it from the next request.\n   *\/\n  def removeCookie(toRemove: Cookie) {\n    val cookie = new Cookie(toRemove.getName, toRemove.getValue)\n    cookie.setDomain(toRemove.getDomain)\n    cookie.setPath(toRemove.getPath)\n    cookie.setMaxAge(0)\n    servletResponse.addCookie(cookie)\n  }\n  \n  \/**\n   * Sets a \"Cache-Control\" HTTP header to specify the for how long the response\n   * is considered fresh.\n   * \n   * <p>Frequently used cache control directives:\n   * <ul>\n   * <li><strong>public<\/strong>...<\/li>\n   * <li><strong>private<\/strong>...<\/li>\n   * <li><strong>must-revalidate<\/strong>...<\/li>\n   * <\/ul>\n   * <\/p>\n   * \n   * @param maxAge the maximum age in seconds the response is considered fresh\n   * @param directives any cache control directives\n   *\/\n  def expires(maxAge: Int, directives: String*) {\n    val cc = new StringBuilder\n    cc.append(\"max-age=\").append(maxAge)\n    for (directive <- directives) {\n      cc.append(\", \").append(directive)\n    } \n    header(\"Cache-Control\", cc.toString)\n  }\n  \n  \/**\n   * Prevent the response from being cached in the browser and in any intermediaries.\n   * \n   * <p>This method sets the \"Cache-Control\" HTTP header to \"no-cache, no-store\".<\/p>  \n   *\/\n  def preventCaching() {\n    header(\"Cache-Control\", \"no-cache, no-store\")\n  }\n}\n\nobject WebResponse {\n  \n  private[this] val response = new ThreadLocal[WebResponse]\n  \n  \/** Get the current web response. *\/\n  def currentResponse = response.get\n  \n  \/** Set the current web response. *\/\n  def currentResponse_=(r: WebResponse) {\n    if (r eq null)\n      response.remove()\n    else\n      response.set(r)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/ScalateViewResolver.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\npackage scalate\n\nimport javax.servlet.ServletContext\nimport org.fusesource.scalate._\n\nclass ScalateViewResolver(config: ScalateConfigurator) extends ViewResolver {\n  \n  def this(servlets: ServletContext) = this(new ScalateConfigurator(servlets))\n  \n  private val prefix = config.templatePrefix\n  private val suffix = config.templateSuffix\n  \n  private val engine       = TemplateEngineFactory.newEngine(config)\n  private val attributes   = config.attributes.toMap\n\n  final def resolve(name: String): View = {\n    try {\n      \n      val template = engine.load(prefix + name + suffix)\n      new ScalateView(engine, template, attributes)\n    \n    } catch {\n      case e: ResourceNotFoundException => null\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/interception\/FlashScopeInterceptor.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.interception\n\nimport com.tzavellas.coeus.core.RequestContext\nimport com.tzavellas.coeus.mvc.scope.FlashScope\n\n\/**\n * An interceptor that removes stale attributes from <code>FlashScope<\/code>\n * after every request.\n * \n * <p>This interceptor in required for the correct behavior of the framework\n * and it is registered by default.<\/p>\n *\/\nclass FlashScopeInterceptor extends Interceptor {\n  \n  def preHandle(context: RequestContext) = true\n  \n  def postHandle(context: RequestContext) { }\n  \n  \/**\n   * Removes stale attributes from <code>FlashScope<\/code> by invoking\n   * the {@link FlashScope#sweep(WebRequest)} method.\n   *\/\n  def afterRender(context: RequestContext) {\n    FlashScope.sweep(context.request)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CurrencySymbolConverterTest.scala","text":"<reponame>sptz45\/coeus<filename>src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CurrencySymbolConverterTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.{Currency, Locale}\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass CurrencyConverterrTest {\n\n  val locale = Locale.GERMANY\n  val euro = Currency.getInstance(\"EUR\")\n  val conv = new CurrencySymbolConverter\n  \n  @Test\n  def simple_test() {\n    assertEquals(euro, conv.parse(\"eur\", locale))\n    assertEquals(euro, conv.parse(\"EUR\", locale))\n    assertEquals(euro, conv.parse(\" EUR \", locale))\n  }\n  \n  @Test(expected=classOf[IllegalArgumentException])\n  def null_handling() {\n    conv.parse(null, locale)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/MaliciousRequestException.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport com.tzavellas.coeus.HttpException\nimport com.tzavellas.coeus.http.HttpStatus\n\n\/**\n * Thrown when the request is believed to be specially crafted to cause a\n * security problem or to leak secret information. \n *\/\nclass MaliciousRequestException(message: String) extends HttpException(message) {\n\n  \/** Set to 400 (Bad Request). *\/\n  def httpStatus = HttpStatus.BAD_REQUEST\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/param\/MissingParameterException.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport com.tzavellas.coeus.HttpException\nimport com.tzavellas.coeus.http.HttpStatus\n\n\/**\n * An exception to be thrown when user tries to retrieve a parameter that does\n * not exist.\n *\n * @param parameter the name of the parameter that does not exist.\n *\/\nclass MissingParameterException(parameter: String)\n  extends HttpException(\"Could not find parameter: '\"+parameter+\"'\") {\n  \n  \/** Set to 400 (Bad Request). *\/\n  def httpStatus = HttpStatus.BAD_REQUEST\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/WebResponseTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\npackage mvc\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletResponse\nimport test.Assertions.assertThrows\nimport http.HttpStatus\n\n\nclass WebResponseTest {\n\n  val mock = new MockHttpServletResponse\n  val response = new WebResponse(mock)\n  \n  @Test\n  def setting_the_content_type() {\n    response.contentType = \"application\/xml\"\n    assertEquals(\"application\/xml\", mock.getContentType)\n    assertEquals(mock.getContentType, response.contentType)\n  }\n  \n  @Test\n  def setting_status_code() {\n    response.status = HttpStatus.SEE_OTHER\n    assertEquals(HttpStatus.SEE_OTHER, mock.getStatus)\n  }\n  \n  @Test\n  def setting_error_status() {\n    response.sendError(HttpStatus.NOT_FOUND, \"404 - Page Not Found\")\n    assertEquals(HttpStatus.NOT_FOUND, mock.getStatus)\n  }\n  \n  @Test\n  def error_accepts_only_error_codes() {\n    assertThrows[IllegalArgumentException] { response.sendError(HttpStatus.OK, \"message\") }\n    assertThrows[IllegalArgumentException] { response.sendError(HttpStatus.CONTINUE, \"message\") }\n    assertThrows[IllegalArgumentException] { response.sendError(HttpStatus.SEE_OTHER, \"message\") }\n  }\n  \n  @Test\n  def prevent_caching_sets_cache_control_headers() {\n    response.preventCaching()\n    assertEquals(\"no-cache, no-store\", mock.getHeader(\"Cache-Control\"))\n  }\n  \n  @Test\n  def expires_cache_control() {\n    response.expires(maxAge=1000)\n    assertEquals(\"max-age=1000\", mock.getHeader(\"Cache-Control\"))\n    \n    response.expires(maxAge=1000, \"public\", \"must-revalidate\")\n    assertEquals(\"max-age=1000, public, must-revalidate\", mock.getHeader(\"Cache-Control\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/TimeDistanceFormat.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Inspired and based on Rails' DateHelper.distance_of_time_in_words\n * helper method.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport java.util.{Date, Calendar}\n\n\nprivate object TimeDistanceFormat {\n \n  def format(date: Date): String = format(date.getTime)\n  \n  def format(calendar: Calendar): String = format(calendar.getTime)\n  \n  def format(time: Long): String = {\n    \n    val now = (new Date).getTime\n    val isInThePast = if (time <= now) true else false\n    \n    val distanceInSeconds = (time \/ 1000 - now \/ 1000).abs\n    val distanceInMinutes = (distanceInSeconds \/ 60d).round\n    \n    if (distanceInMinutes <= 1) {\n      return distanceInSeconds match {\n        case Less_Than_5_Secs(_)   => lessThanXSecondsMsg(5, isInThePast)\n        case Less_Than_10_Secs(_)  => lessThanXSecondsMsg(10, isInThePast)\n        case Less_Than_20_Secs(_)  => lessThanXSecondsMsg(20, isInThePast)\n        case Half_A_Minute(_)      => msg(\"half a minute\", null, null, 0, isInThePast)\n        case Less_Than_1_Minute(_) => msg(\"less than \", \" minute\", \" minutes\", 1, isInThePast)\n        case _                     => msg(\"\", \" minute\", \" minutes\", 1, isInThePast)\n      }\n    }\n    \n    distanceInMinutes match {\n      case Minutes(x)        => msg(\"\", \"minute\", \"minutes\", x, isInThePast)\n      case About_X_Hours(x)  => msg(\"about \", \" hour\", \" hours\", x, isInThePast)\n      case About_X_Days(x)   => msg(\"about \", \" day\", \" days\", x, isInThePast)\n      case About_X_Months(x) => msg(\"about \", \" month\", \" months\", x, isInThePast)\n      case One_Year(_)       => msg(\"about \", \" year\", \" years\", 1, isInThePast)\n      case Over_X_Years(x)   => msg(\"over \", \" year\", \" years\", x, isInThePast)\n    }\n  }\n  \n  object Less_Than_5_Secs extends SimpleTimeTest(-1, 4)\n  object Less_Than_10_Secs extends SimpleTimeTest(4, 9)\n  object Less_Than_20_Secs extends SimpleTimeTest(9, 19)\n  object Half_A_Minute extends SimpleTimeTest(19, 39)\n  object Less_Than_1_Minute extends SimpleTimeTest(39, 59)\n  \n  object Minutes extends SimpleTimeTest(2, 44)\n  \n  object About_X_Hours extends TimeTest(44, 1439) {\n    def convert(minutes: Long) = (minutes \/ 60d).round\n  }\n  object About_X_Days extends TimeTest(1439, 43199) {\n    def convert(minutes: Long) = (minutes \/ 1440d).round \n  }\n  object About_X_Months extends TimeTest(43199, 525599) {\n    def convert(minutes: Long) = (minutes \/ 43829d).round\n  }\n  object One_Year extends TimeTest(525599, 1051199) {\n    def convert(minutes: Long) = 1 \n  }\n  object Over_X_Years extends TimeTest(1051199, Long.MaxValue) {\n    def convert(minutes: Long) = (minutes \/ 525600d).round \n  }\n  \n  class SimpleTimeTest(min: Long, max: Long) extends TimeTest(min, max) {\n    def convert(time: Long) = time\n  }\n  \n  abstract class TimeTest(min: Long, max: Long) {\n    def unapply(minutes: Long) =\n      if (minutes > min && minutes <= max) Some(convert(minutes)) else None\n      \n      def convert(time: Long): Long\n  }\n  \n  \/\/TODO support for i18n\n  private def msg(prefix: String, singular: String, plural: String, distance: Long, isInThePast: Boolean) = {\n    val sb = new java.lang.StringBuilder(prefix)\n    if (distance != 0) sb.append(distance)\n    if (distance > 1) sb.append(plural)\n    else if (distance == 1) sb.append(singular)\n    sb.append(if (isInThePast) \" ago\" else \" ahead\")\n    sb.toString\n  }\n  \n  private def lessThanXSecondsMsg(x: Long, isInThePast: Boolean) = {\n    msg(\"less than \", \" second\", \" seconds\", x, isInThePast)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/bean\/BeanErrorFormatter.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.{ Error, ErrorFormatter, ConverterRegistry }\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\n\n\/**\n * The error formatter of {@code BeanValidator}. \n *\/\nobject BeanErrorFormatter extends ErrorFormatter {\n\n  \/**\n   * Formats the message of the specified error.\n   * \n   * <p>Binding error messages are loaded from the given {@code MessageBundle}.\n   * Validation error messages are pre-loaded by the {BeanValidator} from the\n   * JSR-303 validation provider specific files.<\/p>\n   *\/\n  def format(error: Error, locale: Locale, messages: MessageBundle, formatters: ConverterRegistry) = {\n    if (Error.isTypeMismatch(error)) {\n      messages(locale, error.code, error.args)\n    } else {\n      error.code\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/MultipartRequestParser.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport javax.servlet.{ ServletContext, ServletContextEvent }\nimport javax.servlet.http.HttpServletRequest\n\n\/**\n * Parses the contents of the multipart requests to extract any request\n * parameters and files.\n *\/\ntrait MultipartRequestParser {\n  \n  \/**\n   * Performs any necessary initialization actions.\n   *\/\n  def init(context: ServletContext)\n  \n  \/**\n   * Performs any cleanups during application shutdown.\n   *\/\n  def destroy(context: ServletContext)\n  \n  \/**\n   * Parse the contents of the specified request and extract any request\n   * parameters and files.\n   * \n   * @param request a multipart request\n   * @return a {@code MultipartHttpServletRequest} instance that contains\n   *         the submitted request parameters and files\n   *\/\n  def parse(request: HttpServletRequest): MultipartHttpServletRequest\n  \n  \/**\n   * Delete any temporary files created for the specified request.\n   * \n   * <p>Called by the framework after each multipart request.<\/p>\n   * \n   * @param request the current multipart request\n   *\/\n  def cleanupFiles(request: MultipartHttpServletRequest)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/Strings.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\n\/**\n * Helper methods for working with Strings.\n *\/\nobject Strings {\n\n  def camelCaseToDashed(str: String): String = {\n    val result = new StringBuilder(str.length)\n    var i = 0\n    while (i < str.length) {\n      val c = str.charAt(i)\n      if (c.isUpper) {\n          if (i == 0) {\n            result += c.toLower\n          } else {\n            result += '-'\n            result += c.toLower\n          }\n      } else {\n        result += c\n      }\n      i += 1\n    }\n    result.toString\n  }\n  \n  def firstCharToLower(s: String): String = {\n    if (s.isEmpty) s else {\n      if (s(0).isLower) s else s(0).toLower + s.substring(1)\n    }\n  }\n  \n  def removeSuffix(str: String, suffix: String) = {\n    if (str.endsWith(suffix))\n      str.substring(0, str.length - suffix.length)\n    else\n      str\n  }\n  \n  def removePrefix(str: String, prefix: String) = {\n    if (str.startsWith(prefix))\n      str.substring(prefix.length, str.length)\n    else\n      str\n  } \n  \n  def stripEndChars(s: String, c: Char): String = {\n    var i = s.length - 1\n    while(i >= 0) {\n      if (s.charAt(i) != c)\n        return s.substring(0, i + 1)\n      i -= 1\n    }\n    return \"\"\n  }\n  \n  def nullSafeToString(a: Any) = if (a == null) \"null\" else a.toString \n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/support\/HttpSessionMutexListener.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\npackage support\n\nimport javax.servlet.http.{ HttpSessionListener, HttpSessionEvent }\n\n\/**\n * Adds a session attribute, that can be safely used as\n * a mutex to synchronize access on the <code>HttpSession<\/code>.\n * \n * @see WebSession\n * @see CheckAndActOperations\n *\/\nclass HttpSessionMutexListener extends HttpSessionListener {\n\n  \/**\n   * Adds a mutex object to the newly created HttpSession.\n   *\/\n  def sessionCreated(e: HttpSessionEvent) {\n    WebSession.setupMutex(e.getSession)\n  }\n  \n  def sessionDestroyed(e: HttpSessionEvent) { }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/interception\/RequestFilterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\npackage interception\n\nimport org.junit.Test\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.test.MockInterceptor\n\nclass RequestFilterTest {\n  \n  val request: RequestContext = new RequestContext(null, null, null)\n\n  @Test\n  def filter_chooses_not_to_execute_the_interceptors_for_the_request() {\n    val interceptor = new MockInterceptor with RequestFilter {\n      def accept(wr: WebRequest) = false\n    }\n    \n    interceptor.preHandle(request)\n    interceptor.postHandle(request)\n    interceptor.afterRender(request)\n    assert(! interceptor.wasCalled, \"interceptor was called\")\n  }\n  \n  \n  @Test\n  def filter_chooses_to_execute_the_interceptors_for_the_request() {\n    val interceptor = new MockInterceptor with RequestFilter {\n      def accept(wr: WebRequest) = true\n    }\n    \n    interceptor.preHandle(request)\n    interceptor.postHandle(request)\n    interceptor.afterRender(request)\n    assert(interceptor.wasCalled, \"interceptor did not get called\")\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/ControllerRegistrar.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport com.tzavellas.coeus.mvc.scope.ApplicationScope\nimport config.DispatcherConfig\n\nprivate class ControllerRegistrar(config: DispatcherConfig, app: ApplicationScope) {\n  \n  private val extractor =\n    new HandlerMappingExtractor(config.classNameTranslator,\n                                config.methodNameTranslator)\n  \n  private def requestResolver = config.requestResolver\n\n  \/**\n   * Register the specified controllers.\n   *\/\n  def registerAll(controllers: Seq[Controller]) {\n    controllers foreach { registerController(_) }\n  }\n\n  private def registerController(controller: Controller) {\n    controller.application = app\n    controller.messageBundle = config.messageBundle\n    controller.converters = config.converters \n    \n    \/\/ extract any handler mappings from the annotated methods\n    val mappings = extractor.extract(controller.getClass)\n    \n    \/\/ register the mappings in request resolver\n    for (mapping <- mappings) {\n      requestResolver.register(\n        mapping.httpMethod,\n        mapping.path,\n        new Handler(controller, mapping.controllerMethod))\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/bean\/Validation.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.bean\n\nimport java.util.Locale\nimport javax.validation.{ Validation => JValidation }\n\n\/**\n * Helper methods to bootstrap a JSR-303 validator.\n *\/\nobject Validation {\n\n  \/**\n   * Get the configuration of the default JSR-303 provider and set the\n   * interpolator to {@code LocaleAwareInterpolator}. \n   * \n   * @param offlineLocale the offline locale of {@code LocaleAwareInterpolator} \n   * \n   * @return the changed configuration of the default provider\n   *\/\n  def defaultConfig(offlineLocale: Locale) = {\n     val conf = JValidation.byDefaultProvider.configure()\n    conf.messageInterpolator(new LocaleAwareInterpolator(conf.getDefaultMessageInterpolator, offlineLocale))\n    conf\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/TreeBasedRequestResolverParserTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/core\/TreeBasedRequestResolverParserTest.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.mvc.controller.Controller\n\nclass TreeBasedRequestResolverParserTest {\n  import TreeBasedRequestResolver._\n  \n  val handler = new Handler(null, null)\n  \n  @Test\n  def no_template_to_parse() {\n    assertEquals(None, UriTemplateParser.parse(\"\", 'GET, handler))\n  }\n  \n  @Test\n  def template_without_wildcards() {\n    val node = parsePath(\"\/this\/is\/a\/uri\/without\/wildcards\")\n    assertEquals(1, node.numberOfNodes)\n    assertEquals(handler, node.handlers('GET))\n  }\n  \n  @Test\n  def template_with_one_wildcard() {\n    val node = parsePath(\"\/search-*.html\")\n    assertEquals(3, node.numberOfNodes)\n    assertEquals(handler, node.children.head.children.head.handlers('GET))\n  }\n\n  @Test\n  def template_with_many_wildcards() {\n    val node = parsePath(\"\/books\/*\/authors\/*\/profile\/*\")\n    assertEquals(6, node.numberOfNodes)\n  }\n  \n  @Test\n  def template_with_capturing_wildcard() {\n    val node = parsePath(\"\/books\/{bookId}\/edit\")\n    assertEquals(3, node.numberOfNodes)\n    assertEquals(\"bookId\", node.children.head.asInstanceOf[CapturingWildcardNode].variable)\n    assertEquals(handler, node.children.head.children.head.handlers('GET))\n  }\n  \n  @Test\n  def template_with_many_capturing_wildcards() {\n    val node = parsePath(\"\/books\/{bookId}\/author\/{authorId}\")\n    assertEquals(4, node.numberOfNodes)\n    assertEquals(\"bookId\",   node.children.head.asInstanceOf[CapturingWildcardNode].variable)\n    assertEquals(\"authorId\", node.children.head.children.head.children.head.asInstanceOf[CapturingWildcardNode].variable)\n  }\n  \n  private def parsePath(path: String) = UriTemplateParser.parse(path, 'GET, handler).get\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/controllers.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus\npackage test\n\nimport org.junit.Assert._\nimport Assertions._\nimport mvc.annotation._\nimport mvc.controller.Controller\nimport mvc.view._\n\nclass BlogController extends Controller {\n  \n  @Get(\"\/index\")\n  def showPosts() = NullView\n    \n  @Get\n  def feed() = \n    new XmlView(<feed><\/feed>, \"application\/atom+xml\")\n\n  @Get\n  def entry() = \"hello\"\n  \n  @Get\n  def noView() = \"noview\"\n  \n  @Delete(\"\/post\")\n  def deletePost() = NullView\n  \n  @HttpMethod(method=\"HEAD\", path=\"\/entry\")\n  def entryHead = {\n    response.status = 402\n    NullView\n  }\n  \n  @HttpMethod(method=\"OPTIONS\", path=\"\/entry\")\n  def entryOptions = {\n    response.status = 402\n    NullView\n  }\n}\n\nclass UploadController extends Controller {\n  \n  @Post(\"\")\n  def handleUpload() = {\n    val f = request.files(\"document\")\n    assertSome(f, \"The request must contain a file with name=document\")\n    assertEquals(\"scala.txt\", f.get.filename)\n    GlogalState.uploadedFile = f.get\n    NullView\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/CalendarConstraints.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/CalendarConstraints.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\nimport java.util.Calendar\n\ntrait CalendarConstraints {\n  \n  def isBefore(cal: Calendar) = new Constraint[Calendar] {\n    \n    def isValid(value: Calendar) = value == null || value.before(cal)\n    \n    def getError(targetClass: Class[_], field: String, value: Calendar)= \n      Error.validationFailure(\"calendar.before\", field, targetClass, value, cal)\n  }\n  \n  def isAfter(cal: Calendar) = new Constraint[Calendar] {\n    \n    def isValid(value: Calendar) = value == null || value.after(cal)\n    \n    def getError(targetClass: Class[_], field: String, value: Calendar) = \n      Error.validationFailure(\"calendar.after\", field, targetClass, value, cal)\n  }\n  \n  def isCalInThePast = new Constraint[Calendar] {\n    \n    def isValid(value: Calendar) =\n      value == null || value.before(Calendar.getInstance)\n    \n    def getError(targetClass: Class[_], field: String, value: Calendar) = \n      Error.validationFailure(\"calendar.past\", field, targetClass, value)\n  }\n  \n  def isCalInTheFuture = new Constraint[Calendar] {\n    \n    def isValid(value: Calendar) =\n      value == null || value.after(Calendar.getInstance)\n    \n    def getError(targetClass: Class[_], field: String, value: Calendar) = \n      Error.validationFailure(\"calendar.future\", field, targetClass, value)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/security\/DefaultCryptoProviderTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass DefaultCryptoProviderTest {\n  \n  def crypto = new DefaultCryptoProvider\n  \n  @Test\n  def generate_a_signature_and_verify_it() {\n    val message = List(\"I\", \"love\", \"Scala\")\n    val key = \"the-secret\".getBytes\n    val signature = crypto.sign(message, key)\n    assertTrue(crypto.verify(signature, message, key))\n  }\n  \n  @Test\n  def encrypt_and_decrypt_data_with_smaller_key() {\n    val message = \"I love Scala\"\n    val key = \"the-secret\".getBytes\n    val encrypted = crypto.encrypt(message, key)\n    assertEquals(message, crypto.decrypt(encrypted, key))\n  }\n  \n  @Test\n  def encrypt_and_decrypt_data_with_larger_key() {\n    val message = \"I love Scala\"\n    val key = crypto.sign(List(\"some data\"), \"big secret\".getBytes)\n    val encrypted = crypto.encrypt(message, key)\n    assertEquals(message, crypto.decrypt(encrypted, key))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/UriConverter.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/UriConverter.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.net.URI\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.Converter\n\nclass UriConverter extends Converter[URI] {\n  \n  def parse(text: String, locale: Locale) = new URI(text)\n  \n  def format(uri: URI, locale: Locale) =\n    if (uri eq null) \"\" else uri.toString\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/interception\/RequestFilter.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/core\/interception\/RequestFilter.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.interception\n\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.core.RequestContext\n\n\/**\n * A stackable trait to filter the requests that a {@code Interceptor}\n * intercepts. \n *\/\ntrait RequestFilter extends Interceptor {\n  \n  \/**\n   * Decide if the <code>Interceptor<\/code> is going to intercept\n   * the given request.\n   * \n   * @param request the current request\n   *\/\n  def accept(request: WebRequest): Boolean\n  \n  abstract override def preHandle(context: RequestContext): Boolean = {\n    if (accept(context.request)) super.preHandle(context)\n    else true\n  }\n  \n  abstract override def postHandle(context: RequestContext) {\n    if (accept(context.request))\n      super.postHandle(context)\n  }\n  \n  abstract override def afterRender(context: RequestContext) {\n    if (accept(context.request))\n      super.afterRender(context)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/TreeBasedRequestResolver.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport scala.collection.Map\nimport scala.collection.mutable.HashMap\nimport com.tzavellas.coeus.util.internal.Strings\n\n\/**\n * A <code>RequestResolver<\/code> that holds the path\/handler mappings\n * in a tree-base data structure inspired by RadixTree.\n * \n * @see RequestResolver\n *\/\nclass TreeBasedRequestResolver extends RequestResolver {\n  import TreeBasedRequestResolver._\n\n  \/* The root node of the tree *\/\n  private val root = new Node(Label(\"\/\"))\n  \n  def register(method: Symbol, path: String, handler: Handler) {\n    require(isAbsolutePath(path), \"All patterns must begin with \/\")\n    if (path == \"\/\") {\n      root.putHandler(method, handler)\n    } else {\n      if (path == \"\/*\")\n        root.putHandler(method, handler)\n      for (node <- UriTemplateParser.parse(Strings.stripEndChars(path.substring(1), '\/'), method, handler))\n        root.addToChildren(node)\n    }\n  }\n  \n  def resolve(path: String): (HandlerMap, Map[String, String]) = {\n    val variables = new HashMap[String, String]\n    var handlers = root.findHandlers(sanitizePath(path), variables)\n    if (handlers eq null) {\n      handlers = HandlerMap.empty\n    }\n    (handlers, variables)\n  }\n  \n  private def sanitizePath(path: String) = {\n    (if (path.length == 1) path else Strings.stripEndChars(path, '\/')).toCharArray\n  }\n  \n  private[core] def numberOfNodes = root.numberOfNodes - 1 \/\/ we don't count the root node\n  \n  private def isAbsolutePath(path: String) = path(0) == '\/'\n  \n  override def toString = root.deepToString \n}\n\n\/**\n * A module with all the classes that support the operation of {@code TreeBasedRequestResolver}.\n *\/\nprivate object TreeBasedRequestResolver {\n\n  \/**\n   * A class that represents a node in the tree structure. \n   *\/\n  class Node(val label: Label, method: Symbol, handler: Handler) {\n  \n    val children = new NodeList\n\n    lazy val handlers = new MutableHandlerMap\n\n    if (handler ne null) {\n      require(method ne null)\n      handlers.put(method, handler)\n    }\n\n    def this(label: Label, map: MutableHandlerMap) {\n      this(label, null, null)\n      handlers.putAll(map)\n    }\n\n    def this(label: Label) {\n      this(label, null, null)\n    }\n  \n    def putHandler(httpMethod: Symbol, h: Handler) {\n      handlers.put(httpMethod, h)\n    }\n    \n    def findHandlers(input: Array[Char], variables: HashMap[String, String]): HandlerMap = {\n      if (! label.equalsWithPrefixOf(input))\n        return null\n\n      if (input.length == label.length)\n        return handlers\n\n      val remainingInput = input.slice(label.length, input.length)\n      for (child <- children) {\n        val childHandlers = child.findHandlers(remainingInput, variables)\n        if (childHandlers ne null)\n          return childHandlers\n      }\n      null\n    }\n\n    def canBeAddedAsChild(n: Node) = label.startsWith(n.label.chars(0))\n\n    def addToChildren(node: Node) {\n      for (child <- children if child.canBeAddedAsChild(node)) {\n        child.add(this, node)\n        return\n      }\n      this.children += node\n    }\n\n    def add(parent: Node, node: Node) {\n      \n      def replaceThisWith(newNode: Node) {\n        parent.children -= this\n        parent.children += newNode\n        newNode.children ++= this.children\n        newNode.handlers.addMissingHandlers(this.handlers)\n      }\n\n      def copyData(newNode: Node) {\n        children ++= newNode.children\n        handlers.addMissingHandlers(newNode.handlers)\n      }\n\n      def split(n: Node, to: Int): Node = {\n        val upper = new Node(n.label.sublabel(0, to), null, null)\n        val lower = new Node(n.label.sublabel(to, n.label.length), n.handlers)\n        lower.children ++= n.children\n        upper.children +=  lower\n        upper\n      } \n      \n      def addAsChild(n: Node) {\n        for (child <- this.children if child.canBeAddedAsChild(n)) {\n          child.add(this, n)\n          return\n        }\n        this.children += n\n      }\n\n      val commonPrefix = this.label.longestMatch(node.label)\n      if (commonPrefix == this.label.length)\n        if (commonPrefix == node.label.length) {\n          if (node.handlers.hasHandlers) {\n            if (canBeReplaced) replaceThisWith(node) else copyData(node)\n          } else {\n            addAsChild(node.children.head)\n          }\n        } else {\n          addAsChild(node.slice(commonPrefix, node.label.length))\n        }\n      else {\n        val commonParent = split(this, commonPrefix)\n        parent.children -= this\n        parent.children += commonParent\n        commonParent.add(parent, node)\n      } \n    }\n\n    def canBeReplaced = !capturesVariables\n\n    def capturesVariables = false\n\n    private def slice(from: Int, to: Int): Node = {\n      val newThis = new Node(label.sublabel(from, to), handlers)\n      newThis.children ++= this.children\n      newThis\n    }\n\n    override def toString = \"[\\\"\" + label + \"\\\" --> \\\"\" + handlers + \"\\\"]\" \n\n    def deepToString = toString + \"\\n\" + { val sb = new StringBuilder; childrenToString(0, sb); sb.toString }\n\n    private def childrenToString(level: Int, sb: StringBuilder) {\n      for (child <- children) {\n        for (i <- 0 to level) sb.append(\" \")\n        sb.append(child.toString).append(\"\\n\")\n        child.childrenToString(level + 1, sb)\n      }\n    }\n  \n    def numberOfNodes: Int = (1 \/: children) { (sum: Int, child: Node) => sum + child.numberOfNodes }\n  }\n\n\n  class WildcardNode(method: Symbol, handler: Handler) extends Node(WildcardLabel, method, handler) {\n\n    def this() { this(null, null) }\n    \n    override def findHandlers(input: Array[Char], variables: HashMap[String, String]): HandlerMap = {\n      \n      def findHandlersForChild(child: Node): HandlerMap = {\n        val range = child.label.matchIgnoringPrefix(input)\n        if (range eq null)\n          return null          \n        \n        processSkippedPrefix(input, range.head - 1, variables)\n            \n        if (child.children.isEmpty)\n          return child.handlers\n\n        val remainingInput = input.slice(range.head, range.last)\n        for (grandchild <- child.children) {\n          val grandchildHandlers = grandchild.findHandlers(remainingInput, variables)\n          if (grandchildHandlers ne null)\n             return grandchildHandlers\n        }\n\n        null\n      }\n      \n      for (child <- children) {\n        val childHandlers = findHandlersForChild(child)\n        if (childHandlers ne null)\n          return childHandlers\n      }\n\n      processSkippedPrefix(input, input.length, variables)\n      handlers\n    }\n\n    def processSkippedPrefix(input: Array[Char], to: Int, variables: HashMap[String, String]) { }\n  }\n\n  \n  class CapturingWildcardNode(var variable: String, method: Symbol, handler: Handler)\n    extends WildcardNode(method, handler) {\n    \n    override def capturesVariables = true\n\n    override def processSkippedPrefix(input: Array[Char], to: Int, variables: HashMap[String, String]) {\n      variables(variable) = input.slice(0, to).mkString\n    }\n  }\n\n  import scala.math.Ordering\n  \n  \/* The reverse of the String ordering of the node's labels. *\/\n  implicit object NodeOrdering extends Ordering[Node] {\n    def compare(n1: Node, n2: Node) =\n     - n1.label.chars.mkString.compareTo(n2.label.chars.mkString)\n  }\n\n  class NodeList extends Traversable[Node] {\n    import scala.collection.SortedSet\n \n    @volatile\n    private[this] var nodes = SortedSet.empty[Node]\n  \n    def foreach[U](f: Node => U) = nodes.foreach(f)\n  \n    def -=(node: Node) {\n      nodes = nodes - node\n    }\n  \n    def +=(node: Node) {\n      nodes = nodes + node\n    }\n  \n    def ++=(nodeList: NodeList) {\n      for (node <- nodeList) this += node\n    }\n  }\n\n  \/**\n   * Parses a Uri template into a tree structrure.\n   *\/\n  object UriTemplateParser {\n  \n    def parse(pattern: String, method: Symbol, handler: Handler): Option[Node] = {\n      val iterator = new UriTemplateIterator(pattern, method, handler)\n      if (! iterator.hasMoreNodes) return None\n      val root = iterator.nextNode\n      var node = root\n      while (iterator.hasMoreNodes) {\n        val tmp = iterator.nextNode\n        node.children += tmp\n        node = tmp\n      }\n      Some(root)\n    }\n  \n    class UriTemplateIterator(pattern: String, method: Symbol, handler: Handler) {\n      \n      private var pos = 0\n\n      def hasMoreNodes = pos < pattern.length\n\n      def nextNode: Node = {\n        if (isWildCard) {\n          pos += 1;\n          return new WildcardNode(method, handlerForNode)\n        }\n        if (isCapturingWildcard) {\n          val variable = parseVariable\n          incrementPositionForVariable(variable)\n          return new CapturingWildcardNode(variable, method, handlerForNode)\n        }\n        val start = pos\n        val nextWC = nextWildcardPosition\n        pos = if (nextWC >= 0) nextWC else pattern.length\n        return new Node(Label(pattern.substring(start, pos)), method, handlerForNode)\n      }\n\n      private def nextWildcardPosition = {\n        val currentPattern = pattern.substring(pos)\n        val star = currentPattern.indexOf('*')\n        val curlyBracket = currentPattern.indexOf(\"{\")\n        val relPos =  \n          (if (curlyBracket == -1) star\n           else if (star == -1) curlyBracket\n           else if (curlyBracket< star) curlyBracket else star)\n        if (relPos == -1) -1 else relPos + pos\n      }\n\n      private def isWildCard = pattern(pos) == '*'\n\n      private def remainingChars = pattern.length - pos\n\n      private def charAt(i: Int) = pattern(i + pos)\n\n      private def isCapturingWildcard = remainingChars > 2 && charAt(0) == '{' && pattern.contains('}') \n\n      private def parseVariable = {\n        val currentPattern = pattern.substring(pos)\n        currentPattern.substring(1, currentPattern.indexOf('}'))\n      }\n\n      private def incrementPositionForVariable(v: String) { pos += (v.length + 2) }\n\n      private def handlerForNode = if (hasMoreNodes) null else handler\n    }\n  }\n\n  \/**\n   * The label of a tree node.\n   * \n   * @see Node\n   *\/\n  class Label(label: String) {\n    require((label ne null) && label.length > 0, \"You cannot create an empty label\")\n\n    val chars = label.toCharArray\n\n    def startsWith(c: Char) = chars(0) == c\n\n    def equalsWithPrefixOf(input: Array[Char]): Boolean = equalsWithPrefixOf(input, 0)\n\n    private def equalsWithPrefixOf(input: Array[Char], start: Int): Boolean = {\n      if (input.length < chars.length) return false\n      var i  = 0\n      while (i < chars.length) {\n        if (chars(i) != input(start + i)) return false\n        i += 1\n      }\n      return true\n    }\n\n    def longestMatch(that: Label): Int = {\n      var i = 0\n      while (i < this.chars.length) {\n        if (i == that.length) return i\n        if (this.chars(i) != that.chars(i)) return i\n        i += 1\n      }\n      return i\n    }\n\n    def matchIgnoringPrefix(input: Array[Char]): Range = {\n      var i = 0\n      while (i < input.length) {\n        if (chars(0) == input(i) && equalsWithPrefixOf(input, i))\n          return (i + 1) to input.length\n          i += 1\n      }\n      return null\n    }\n\n    def sublabel(from: Int, until: Int) = Label(chars.slice(from, until).mkString)\n\n    val length = chars.length\n\n    override def equals(a: Any) = a match {\n      case that: Label => this.chars.sameElements(that.chars)\n      case _ => false\n    }\n\n    override def hashCode = chars.mkString.hashCode\n\n    override def toString = chars.mkString\n  }\n\n  private object WildcardLabel extends Label(\"*\")\n\n  private object Label {\n    def apply(label: String) = new Label(label)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/ConverterRegistry.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\n\nclass ConverterRegistry private (converterMap: Map[Class[_], Converter[_]]) {\n  \n  def this() = this(Map())\n  \n  def add[T](conv: Converter[T])(implicit m: Manifest[T]): ConverterRegistry = {\n    add(m.runtimeClass, conv)\n  }\n  \n  def add(c: Class[_], conv: Converter[_]) = {\n    var convs = converterMap + (c -> conv)\n    \n    if (c == classOf[Boolean])     convs = convs + (classOf[java.lang.Boolean] -> conv)\n    else if (c == classOf[Byte])   convs = convs + (classOf[java.lang.Byte] -> conv)\n    else if (c == classOf[Char])   convs = convs + (classOf[java.lang.Character] -> conv)\n    else if (c == classOf[Double]) convs = convs + (classOf[java.lang.Double] -> conv)\n    else if (c == classOf[Float])  convs = convs + (classOf[java.lang.Float] -> conv)\n    else if (c == classOf[Int])    convs = convs + (classOf[java.lang.Integer] -> conv)\n    else if (c == classOf[Long])   convs = convs + (classOf[java.lang.Long] -> conv)\n    else if (c == classOf[Short])  convs = convs + (classOf[java.lang.Short] -> conv)\n    else if (c == classOf[java.util.Date]) {\n      convs = convs + (classOf[java.sql.Date] -> conv)\n      convs = convs + (classOf[java.sql.Timestamp] -> conv)\n    }\n    \n    new ConverterRegistry(convs)\n  }\n  \n  def apply[T](klass: Class[T]) = converter(klass)\n  \n  def converter[T](klass: Class[T]): Converter[T] = {\n    try {\n      converterMap(klass).asInstanceOf[Converter[T]]\n    } catch {\n      case e: NoSuchElementException => throw new NoConverterAvailableException(klass)\n    }\n  }\n  \n  def formatter(klass: Class[_]) = converter(klass).asInstanceOf[Formatter[Any]]\n  \n  def parser(klass: Class[_]) = converter(klass).asInstanceOf[Parser[Nothing]]\n}\n\n\nobject ConverterRegistry {\n  \n  import converter._\n  \n  val defaultConverters = new ConverterRegistry()\n    .add(classOf[String], new StringConverter)\n    .add(classOf[Boolean], new BooleanConverter)\n    .add(classOf[Byte], new SimpleByteConverter)\n    .add(classOf[Char], new CharConverter)\n    .add(classOf[Double], new SimpleDoubleConverter)\n    .add(classOf[Float], new SimpleFloatConverter)\n    .add(classOf[Int], new SimpleIntConverter) \n    .add(classOf[Long], new SimpleLongConverter)\n    .add(classOf[Short], new SimpleShortConverter)\n    .add(classOf[BigDecimal], new SBigDecimalConverter)\n    .add(classOf[java.math.BigDecimal] , new BigDecimalConverter)\n    .add(classOf[java.net.URI], new UriConverter) \n    .add(classOf[java.util.Locale] , new LocaleConverter)\n    .add(classOf[java.util.Date], new DateConverter)\n    .add(classOf[java.util.Calendar], new CalendarConverter)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/ConventionUtils.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nprivate object ConventionUtils {\n\n  \/**\n   * Translate the package name into a path name by stripping for the name\n   * the specified base packages and by replacing the dots (\".\") with slashes\n   * (\"\/\").\n   *\/\n  def packageNameToPath(roots: Traversable[String], pkg: String): String = {\n    for (root <- roots if pkg.startsWith(root)) {\n      if (pkg.length == root.length) return \"\"\n      else return packageNameToPath(pkg.substring(root.length + 1))\n    }\n    return packageNameToPath(pkg)\n  }\n  \n  \/**\n   * Translate the package name into a path name by replacing the dots (\".\")\n   * with slashes (\"\/\").\n   *\/\n  def packageNameToPath(pkg: String) = pkg.replace(\".\", \"\/\") + \"\/\"\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/HttpResponseHeaders.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http\n\nimport java.util.Date\nimport javax.servlet.http.HttpServletResponse\n\n\/**\n * Methods to add HTTP headers to a WebResponse. \n *\/\ntrait HttpResponseHeaders {\n  \n  val servletResponse: HttpServletResponse\n  \n  def header(name: String, value: String) {\n    servletResponse.setHeader(name, value)\n  }\n\n  def header(name: String, value: Int) {\n    servletResponse.setIntHeader(name, value)\n  }\n  \n  def header(name: String, value: Date) {\n    servletResponse.setDateHeader(name, value.getTime)\n  }\n  \n  def addHeader(name: String, value: String) {\n    servletResponse.addHeader(name, value)\n  }\n\n  def addHeader(name: String, value: Int) {\n    servletResponse.addIntHeader(name, value)\n  }\n  \n  def addHeader(name: String, value: Long) {\n    servletResponse.addDateHeader(name, value)\n  }\n  \n  \/**\n   * Tests whether the response contains an HTTP header with the given name.\n   *\/\n  def containtsHeader(headerName: String) = servletResponse.containsHeader(headerName)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/IsbnConstraintTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Test\n\nclass IsbnConstraintTest {\n  import ConstraintAssertions._\n  import IsbnConstraintTest._\n  \n  val constraint = new IsbnConstraint\n  \n  @Test\n  def invalid_isbn_numbers() {\n    assertInvalid(constraint,\n      \"\", \"1\", \"12345678901234\",\"dsasdsadsads\",\n      \"535365\", \"I love sparrows!\", \"--1 930110 99 5\",\n      \"1 930110 99 5--\", \"1 930110-99 5-\", INVALID_ISBN)\n  }\n\n  @Test\n  def valid_isbn_numbers() {\n    assertValid(constraint,\n      null, VALID_ISBN_RAW, VALID_ISBN_DASHES,\n      VALID_ISBN_SPACES, VALID_ISBN_X, VALID_ISBN_x)\n  }\n}\n\nprivate object IsbnConstraintTest {\n    val VALID_ISBN_RAW = \"1930110995\"\n    val VALID_ISBN_DASHES = \"1-930110-99-5\"\n    val VALID_ISBN_SPACES = \"1 930110 99 5\"\n    val VALID_ISBN_X = \"0-201-63385-X\"\n    val VALID_ISBN_x = \"0-201-63385-x\"\n    val INVALID_ISBN = \"068-556-98-45\"\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/CakeSupportTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass CakeSupportTest {\n\n  object CakeModule extends ControllerRegistry with CakeSupport {\n    def components = Seq(CakeRegistrarTest.ComponentRegistry)\n  }\n  \n  @Test\n  def register_the_controller_from_the_component_registry() {\n    val controllers = CakeModule.controllers.result\n    assertEquals(1, controllers.size)\n    assertTrue(hasExpectedType(controllers.head))\n  }\n  \n  private def hasExpectedType(c: AnyRef) = {\n    c.isInstanceOf[CakeRegistrarTest.BlogComponent#BlogController]\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/SessionLocaleResolver.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http.{ HttpServletRequest, HttpServletResponse }\n\n\/**\n * Resolves the user's locale based on an attribute in <code>HttpSession<\/code>.\n * \n * @param default the <code>Locale<\/code> to use if one is not found in the\n * <code>HttpSession<\/code>.\n *\/\nclass SessionLocaleResolver(default: Option[Locale] = None) extends LocaleResolver {\n  \n  private[this] val ATTRIBUTE_NAME = classOf[SessionLocaleResolver].getName + \".Locale\"\n\n  \/**\n   * Get the user's locale from <code>HttpSession<\/code>.\n   * \n   * <p>If the attribute with the locale is not found in the <code>HttpSession<\/code> the\n   * default locale is returned. If the default locale is not specified then the locale from\n   * the <code>HttpServletRequest<\/code> is returned.<\/p>\n   * \n   * @param request the request to use for resolving the Locale\n   *\/\n  def resolve(request: HttpServletRequest) = {\n    \n    def defaultLocale = default match {\n      case None         => request.getLocale\n      case Some(locale) => locale\n    }\n    \n    val session = request.getSession(false)\n    if (session eq null) {\n      defaultLocale\n    } else {\n      val locale = session.getAttribute(ATTRIBUTE_NAME)\n      if (locale eq null) defaultLocale\n      else locale.asInstanceOf[Locale]\n    }\n  }\n    \n\n  \/**\n   * Set the specified locale in the <code>HttpSession<\/code>.\n   * \n   * <p>If the specified <code>Locale<\/code> is <code>null<\/code> then the locale's attribute\n   * will get removed from <code>HttpSession<\/code> and this resolver will return the default\n   * locale in subsequest calls of the {@link #resolve(request)} method.<\/p>\n   * \n   * @param request the current Servlet request\n   * @param response the current Servlet response\n   * @param locale the user's locale\n   *\/\n  def setLocale(request: HttpServletRequest, response: HttpServletResponse, locale: Locale) {\n    if (locale eq null) {\n      request.getSession.removeAttribute(ATTRIBUTE_NAME)\n    } else {\n      request.getSession.setAttribute(ATTRIBUTE_NAME, locale)\n    } \n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/VSpecTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.bind.{ BindingResult, Error }\n\nclass VSpecTest {\n  import VSpecTest._\n  import Constraints._\n\n  private val nullUser: User = null\n  \n  @Test\n  def all_objects_are_valid_if_validator_has_no_constraints() {\n    val v = new VSpec[User]\n    assertValid(v.validate(nullUser))\n    assertValid(v.validate(new User(\"spring\", \"email\", 29)))\n  }\n  \n @Test\n  def null_is_valid_unless_explicit_isNotNull() {\n    val validator = new VSpec[User] {\n      ensure('username, isNotNull)\n      ensure('email,    isEmail)\n    }\n    val user = new User(null, null, 0)\n    assertErrors(1, validator.validate(user))\n  }\n  \n  @Test\n  def validate_an_object() {\n    val validator = new VSpec[User] {\n      ensure('username, isNotNull)\n      ensure('email,    hasText, isEmail)\n      ensure('age,      isGreaterThan(18))\n    }\n    val user = new User(null, \"\", 12)\n    assertErrors(3, validator.validate(user))\n  }\n  \n  @Test\n  def multiple_invocations_of_ensure_for_the_same_field_add_all_the_constraits() {\n    var firstCalled = false\n    var secondCalled = false\n    val validator = new VSpec[User] {\n      ensure('username, satisfies { s: String => firstCalled = true; true })\n      ensure('username, satisfies { s: String => secondCalled = true; true })\n    }\n    validator.validate(new User(\"\", \"\", 12))\n    assertTrue(\"first constraint not called\", firstCalled)\n    assertTrue(\"second constraint not called\", secondCalled)\n  }\n  \n  @Test\n  def none_is_always_valid() {\n    val validator = new VSpec[OptionalInt] {\n      ensure('value, isGreaterThan(0))\n    }\n    assertValid(validator.validate(new OptionalInt(None)))\n  }\n  \n  @Test\n  def some_gets_extracted_before_passing_to_the_constraints() {\n    val validator = new VSpec[OptionalInt] {\n      ensure('value, isGreaterThan(0))\n    }\n    assertValid(validator.validate(new OptionalInt(Some(2))))\n    assertErrors(1, validator.validate(new OptionalInt(Some(-2))))\n  }\n  \n  @Test\n  def validate_using_custom_validations() {\n    val validator = new VSpec[User] {\n      ensure('username, isNotNull)\n      override def extraValidation(result: BindingResult[User]) {\n        val user = result.target\n        if (user.email == null) {\n          result.addError(\"email\", \"invalid.email\")\n        }\n      }\n    }\n    val user = new User(\"spiros\", null, 0)\n    assertErrors(1, validator.validate(user))\n  }\n  \n  @Test\n  def validate_using_custom_constraints() {\n    val validator = new VSpec[User] { \n      ensure('username, isNotNull, satisfies { s: String => s == s.reverse })\n      ensure('email,    satisfies { s: String => s == s.reverse })\n    }\n    val user = new User(\"spiros\", null, 0)\n    assertErrors(1, validator.validate(user))\n  }\n  \n  @Test\n  def validate_an_object_from_an_association_using_validator() {\n    val userValidator = new VSpec[User] {\n      ensure('username, isNotNull)\n      ensure('email,    hasText, isEmail)\n      ensure('age,      isGreaterThan(18))\n    }\n    val validator = new VSpec[Post] {\n      ensure(\"author\", validatesWith(userValidator))\n    }\n    \n    val post = new Post(\"title\", \"content\", new User(null, \"\", 12))\n    assertErrors(3, validator.validate(post))\n  }\n  \n  @Test\n  def validate_an_object_from_an_association() {\n    val validator = new VSpec[Post] {\n      ensure(\"author.username\", isNotNull)\n      ensure(\"author.email\",    hasText, isEmail)\n      ensure(\"author.age\",      isGreaterThan(18))\n    }\n    val post = new Post(\"title\", \"content\", new User(null, \"\", 12))\n    assertErrors(3, validator.validate(post))\n  }\n  \n  @Test(expected=classOf[com.tzavellas.coeus.bind.ExpressionException])\n  def exception_raised_when_trying_to_access_null_association() {\n    val validator = new VSpec[Post] {\n      ensure(\"author.email\", isNotNull)\n    }\n    val post = new Post(\"title\", \"content\", null)\n    validator.validate(post)\n  }\n  \n  @Test\n  def multiple_invocations_of_ensure_for_the_same_field_add_all_the_validators() {\n    var firstCalled = false\n    var secondCalled = false\n    val first = new VSpec[User] {\n      ensure(\"username\", satisfies { s: String => firstCalled = true; true })\n    }\n    val second = new VSpec[User] {\n      ensure(\"username\", satisfies { s: String => secondCalled = true; true })\n    }\n    val validator = new VSpec[Post] {\n      ensure(\"author\", validatesWith(first))\n      ensure(\"author\", validatesWith(second))\n      \n    }\n    validator.validate(new Post(\"\", \"\", new User(\"\", \"\", 12)))\n    assertTrue(\"first validator not called\", firstCalled)\n    assertTrue(\"second validator not called\", secondCalled)\n  }\n  \n  @Test\n  def validator_sets_the_error_formatter_in_binding_result() {\n    val result = new BindingResult(null, new User(\"spring\", \"<EMAIL>\", 30))\n    val validator = new VSpec[User]\n    validator.validate(result)\n    assertEquals(validator.errorFormatter, result.errorFormatter)\n  }\n\n  def assertValid(errors: Iterable[Error]) {\n    assertTrue(\"Must be valid\", errors.isEmpty)\n  }\n\n  def assertErrors(expected: Int, errors: Iterable[Error]) {\n    assertEquals(expected, errors.size)\n  }\n}\n\nobject VSpecTest {\n  class User(var username: String, var email: String, var age: Int)\n  class Post(var title: String, var content: String, var author: User)\n  class OptionalInt(var value: Option[Int])\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/HandlerMapping.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport java.lang.reflect.Method\n\nprivate class HandlerMapping(\n  val path: String,\n  val httpMethod: Symbol,\n  val controllerMethod: Method)\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/AnnotationProcessorTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport java.lang.annotation.Annotation\n\nclass AnnotationProcessorTest {\n  import AnnotationProcessorTest._\n  \n  @Test\n  def from_annotation_to_method() {\n    assertEquals('GET, toHttpMethod(\"get\"))\n    assertEquals('POST, toHttpMethod(\"post\"))\n    assertEquals('PUT, toHttpMethod(\"put\"))\n    assertEquals('DELETE, toHttpMethod(\"delete\"))\n    assertEquals('HEAD, toHttpMethod(\"head\"))\n    assertEquals('OPTIONS, toHttpMethod(\"options\"))\n    assertEquals('TRACE, toHttpMethod(\"trace\"))\n    assertEquals('CONNECT, toHttpMethod(\"connect\"))\n  }\n  \n  @Test\n  def is_defined_at_returns_false_for_unknown_annotations() {\n    assertFalse(AnnotationProcessor.toHttpMethod.isDefinedAt(annotation(\"invalid\")))\n  }\n  \n  private def toHttpMethod(objectMethod: String) =\n    AnnotationProcessor.toHttpMethod(annotation(objectMethod))\n\n  private def annotation(name: String) =\n    classOf[AnnoationTest].getMethod(name).getDeclaredAnnotations.head\n}\n\n\nobject AnnotationProcessorTest {\n  import javax.xml.bind.annotation.XmlAttribute\n  import com.tzavellas.coeus.mvc.annotation._\n  \n  class AnnoationTest {\n    @Get def get() { }\n    @Post def post() { }\n    @Put def put() { }\n    @Delete def delete() { }\n    @HttpMethod(method=\"head\") def head() { }\n    @HttpMethod(method=\"options\") def options() { }\n    @HttpMethod(method=\"trace\") def trace() { }\n    @HttpMethod(method=\"connect\") def connect() { }\n    @XmlAttribute def invalid() { }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/GenericConstraintsTest.scala","text":"<reponame>sptz45\/coeus<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport org.junit.Test\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass GenericConstraintsTest {\n  \n  object constraints extends GenericConstraints\n  \n  @Test\n  def isNotNull_test_that_value_is_not_null() {\n    val notNull = constraints.isNotNull[String]\n    assert(! notNull.isValid(null))\n    assert(  notNull.isValid(\"\"))\n  }\n\n  @Test\n  def isOneOf_tests_that_value_must_belongs_in_the_enumeration() {\n    val oneOrTwo = constraints.isOneOf(\"one\", \"two\")\n    assert(! oneOrTwo.isValid(null))\n    assert(  oneOrTwo.isValid(\"one\"))\n    assert(  oneOrTwo.isValid(\"two\"))\n    assert(! oneOrTwo.isValid(\"three\"))\n  }\n  \n  @Test\n  def satisfies_ensures_value_satisfies_a_predicate_or_is_null() {\n    val isUpperCase = constraints.satisfies { s: String => s.forall(_.isUpper) }\n    assert(! isUpperCase.isValid(\"hello\"))\n    assert(  isUpperCase.isValid(\"HELLO\"))\n    assert(  isUpperCase.isValid(null))\n  }\n  \n  @Test\n  def isUnique_tests_whether_the_value_is_unique() {\n    val users = List(User(\"spiros\"))\n    val uniqueUsername = constraints.isUnique { name: String => users.find(_.username == name) }\n    assert(! uniqueUsername.isValid(\"spiros\"))\n    assert(  uniqueUsername.isValid(\"sptz45\"))\n  }\n  \n  case class User(username: String)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/InterceptorRegistry.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport scala.collection.mutable.{ Builder, ListBuffer }\nimport com.tzavellas.coeus.core.interception._\n\n\/**\n * A trait to register <code>Interceptor<\/code> instances for a\n * {@code DispatcherServlet}.\n *\/\ntrait InterceptorRegistry {\n  \n  \/**\n   * Holds all the registered interceptors.\n   * \n   * <p>Interceptors are called during request execution in the order that are\n   * registered.<\/p>\n   * \n   * <p>{@link ThreadLocalInterceptor} and {@link FlashScopeInterceptor}\n   * are registered by default because basic framework features depend on their\n   * function.<\/p>\n   *\/\n  val interceptors: Builder[Interceptor, Seq[Interceptor]] = new ListBuffer\n  \n  interceptors += new ThreadLocalInterceptor\n  interceptors += new FlashScopeInterceptor\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/AssetsHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport java.io.File\nimport javax.servlet.ServletContext\nimport scala.util.Random\n\n\/**\n * Helper methods for generating tags that link to asset files.\n * \n * <p>Can generate tags for Javascript, CSS and image files.<\/p>\n *\/\ntrait AssetsHelper {\n  \n  \/** The {@code ServletContext} of the web application. *\/\n  def servletContext: ServletContext\n  \n  \/**\n   * The version string that gets appended to all asset paths to allow instant\n   * invalidation of caches that are set to expire in the future.\n   * \n   * <p>When set to {@code None} (the default) the the modification timestamp of\n   * the asset files is used as a version.<\/p>\n   *\/\n  val version: Option[String] = None\n  \n  \/**\n   * A sequence of URLs to dedicated asset servers.\n   *\/\n  val assetHosts: Seq[String] = Nil\n  \n  \/**\n   * The parent directory of all Javascript files.\n   * \n   * <p>The default value is: \"\/assets\/\".<\/p>\n   *\/\n  val scriptsPrefix = \"\/assets\/\"\n  \n  \/**\n   * The parent directory of all CSS files.\n   * \n   * <p>The default value is: \"\/assets\/\".<\/p>\n   *\/\n  val stylesheetsPrefix = \"\/assets\/\"\n  \n  \/**\n   * The parent directory of all image files.\n   * \n   * <p>The default value is: \"\/assets\/\".<\/p>\n   *\/\n  val imagesPrefix = \"\/assets\/\"\n    \n  \n  \/**\n   * Generates a {@literal <script>} tag for linking to Javascript files.\n   * \n   * <p>In the case where we've set the version to 42, we haven't set any asset hosts and the context\n   * path of the application is \"\/app\" then a call to {@code script(\"jquery\")} will generate the\n   * following XML: {@literal <script type=\"text\/javascript\" src=\"\/app\/assets\/js\/jquery.js?42\"><\/script>}.  \n   * \n   * @param name the name of the Javascript file without the \".js\" extension.\n   *\/\n  def script(name: String)= <script type=\"text\/javascript\" src={url(scriptsPrefix, name, \".js\")}><\/script>\n  \n  \/**\n   * Generates {@literal <script>} tags for the specified names using the {@link #script} method.\n   * \n   * @param names a list of Javascript filenames without the \".js\" extension.\n   *\/\n  def scripts(names: String*) = names.map(script(_))\n  \n  \/**\n   * Generates a {@literal <link>} tag for linking to CSS files.\n   * \n   * <p>In the case where we've set the version to 42, we haven't set any asset hosts and the context\n   * path of the application is \"\/app\" then a call to {@code stylesheet(\"typography\")} will generate the\n   * following XML: {@literal <link href=\"\/app\/assets\/css\/typography.css?42\" type=\"text\/css\" rel=\"stylesheet\" media=\"screen\"\/>}.  \n   * \n   * @param name the name of the CSS file without the \".css\" extension.\n   *\/\n  def stylesheet(name: String, media: String = \"screen\") = {\n    <link rel=\"stylesheet\" type=\"text\/css\" media={media} href={url(stylesheetsPrefix, name, \".css\")}\/>\n  }\n  \n  \/**\n   * Generates {@literal <link>} tags for the specified names using the {@link #stylesheet} method.\n   * \n   * <p>The {@code media} attribute of the {@literal <link>} tags is set to \"screen\".<\/p>\n   * \n   * @param names a list of CSS filenames without the \".css\" extension.\n   *\/\n  def stylesheets(names: String*) = names.map(stylesheet(_, \"screen\"))\n\n  \/**\n   * Generates an {@literal <img>} tag for linking to image files.\n   * \n   * @param name the filename of an image file\n   * @param alt the alternative text for the image\n   *\/\n  def image(name: String, alt: String = \"\") = <img src={url(imagesPrefix, name, null)} alt={alt}\/>\n  \n  \/**\n   * Generates an {@literal <img>} tag for linking to image files.\n   * \n   * @param name the filename of an image file\n   * @param width the width of the image\n   * @param height the height of the image\n   * @param alt the alternative text for the image\n   *\/\n  def image(name: String, alt: String, width: Int, height: Int) = {\n    <img src={url(imagesPrefix, name, null)} alt={alt} width={width.toString} height={height.toString} \/>\n  }\n  \n  \/**\n   * Returns one of the asset hosts defined in the {@link #assetHosts}\n   * sequence.\n   *\/\n  protected def assetHost(name: String, suffix: String) = {\n    if (assetHosts.isEmpty) null\n    else assetHosts(Random.nextInt(assetHosts.length))\n  }\n\n  \n  \/\/ -- private methods ----------------------------------------------------------------------\n  \n  private def url(prefix: String, name: String, suffix: String): String = {\n    hostNameOrContextPath(name, suffix).append(pathWithVersion(prefix, name, suffix)).toString\n  }\n  \n  private def hostNameOrContextPath(name: String, suffix: String) = {\n    val builder = new StringBuilder\n    assetHost(name, suffix) match {\n      case null => builder.append(servletContext.getContextPath)\n      case host => builder.append(host)\n    }\n    builder\n  }\n  \n  private def pathWithVersion(prefix: String, name: String, suffix: String): StringBuilder = {\n    val builder = new StringBuilder\n    builder.append(prefix)\n    builder.append(name)\n    if (suffix ne null)\n      builder.append(suffix)\n    val v = version.getOrElse(lastModified(servletContext.getRealPath(builder.toString)))\n    builder.append(\"?\")\n    builder.append(v)\n    builder\n  }\n  \n  private def lastModified(path: String)  =\n    if (path eq null) 0 else (new File(path)).lastModified\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/XmlView.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport scala.xml.NodeSeq\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\n\n\/**\n * Renders the specified XML.\n * \n * @param xml the XML to render\n * @param contentType the response's content-type\n *\/\nclass XmlView(xml: NodeSeq, val contentType: String = \"application\/xml\") extends View {\n  \n  def render(request: WebRequest, response: WebResponse) {\n    ViewUtil.applyContentType(contentType, response)\n    response.writer.write(xml.toString)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/AbstractCryptoProvider.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport java.security.{ MessageDigest, SignatureException }\nimport javax.crypto.{ Cipher, Mac }\nimport javax.crypto.spec.{ SecretKeySpec, IvParameterSpec }\nimport scala.compat.Platform\n\nabstract class AbstractCryptoProvider extends CryptoProvider {\n\n  def signingAlgorithm: String\n  \n  def encryptionAlgorithm: String\n  \n  def encryptionMode: String\n    \n  def encryptionPadding: String\n  \n  def encryptionKeyLength: Int\n  \n  val initVector: IvParameterSpec\n  \n  def encrypt(msg: String, key: Array[Byte]): Array[Byte] = {\n    val skeySpec = new SecretKeySpec(processKey(key), encryptionAlgorithm)\n    val cipher = Cipher.getInstance(cipherAlgorithm)\n    cipher.init(Cipher.ENCRYPT_MODE, skeySpec, initVector)\n    cipher.doFinal(msg.getBytes)\n  }\n  \n  def decrypt(msg: Array[Byte], key: Array[Byte]): String = {\n    val skeySpec = new SecretKeySpec(processKey(key), encryptionAlgorithm)\n    val cipher = Cipher.getInstance(cipherAlgorithm)\n    cipher.init(Cipher.DECRYPT_MODE, skeySpec, initVector)\n    new String(cipher.doFinal(msg))\n  }\n\n  def sign(data: Seq[String], key: Array[Byte]): Array[Byte] = {\n    val signingKey = new SecretKeySpec(key, signingAlgorithm)\n    val mac = Mac.getInstance(signingAlgorithm)\n    mac.init(signingKey)\n\n    for (elem <- data) mac.update(elem.getBytes)      \n    mac.doFinal()\n  }\n  \n  def verify(signature: Array[Byte], data: Seq[String], key: Array[Byte]) = {\n    MessageDigest.isEqual(signature, sign(data, key))\n  }\n  \n  private def processKey(key: Array[Byte]) = {\n    \n    val KeyLength = encryptionKeyLength \/ 8 \n    \n    def truncate = {\n      val newKey = new Array[Byte](16)\n      Platform.arraycopy(key, 0, newKey, 0, newKey.length)\n      newKey\n    }\n    \n    def pad = {\n      val newKey = new Array[Byte](16)\n      Platform.arraycopy(key, 0, newKey, 0, key.length)\n      for (i <- key.length until 16) {\n        newKey(i) = 0\n      }\n      newKey\n    }\n\n    key.length match {\n      case KeyLength                    => key\n      case length if length > KeyLength => truncate\n      case length if length < KeyLength => pad\n    }\n  }\n  \n  private val cipherAlgorithm = encryptionAlgorithm + \"\/\" + encryptionMode + \"\/\" + encryptionPadding\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/EmailConstraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Apache Jakarta Commons Validator,\n * http:\/\/commons.apache.org\/validator\/\n * \n * It was originally based on a scipt by\n * <a href=\"mailto:<EMAIL>\"><NAME><\/a>\n * found at http:\/\/javascript.internet.com\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\n\/**\n * Perform email validations.\n * \n *\/\nclass EmailConstraint extends Constraint[String] {\n  import EmailConstraint._\n  \n  def isValid(email: String): Boolean = {\n    email == null || (allCharactersAreLegal(email) && isValidEmail(email))\n  }\n  \n  def getError(targetClass: Class[_], field: String, value: String) = \n    Error.validationFailure(\"email.invalid\", field, targetClass, value)\n  \n  private def isValidEmail(email: String) = email.trim match {\n    case Email(localPart, domain) => hasValidLocalPart(localPart) && hasValidDomain(domain)\n    case _ => false\n  }\n  \n  private def allCharactersAreLegal(email: String) = LegalAscii.findFirstIn(email) != None\n  \n  private def hasValidLocalPart(localPart: String) = LocalPart.pattern.matcher(localPart).matches\n  \n  private def hasValidDomain(domain: String): Boolean = {\n    var filtered = domain\n    if (filtered(0) == '[') filtered = filtered.substring(1)\n    if (filtered(filtered.length -1 ) == ']') filtered = filtered.substring(0, filtered.length - 1)\n    inetAddrValidator.isValid(filtered)\n  }\n  \n  private val inetAddrValidator = new InternetAddressConstraint\n}\n\nprivate object EmailConstraint {\n  \n  private val SpecialChars = \"\"\"[\\000-\\037]\\(\\)<>@,;:'\\\\\"\\.\\[\\]\\0177\"\"\";\n  private val ValidChars   = \"[^\\\\s\" + SpecialChars + \"]\";\n  private val Atom = ValidChars + \"+\"\n  private val QuotedUser   = \"\"\"(\"[^\"]*\")\"\"\";\n  private val Word         = \"((\" + ValidChars + \"|')+|\" + QuotedUser + \")\";\n  \n  val LegalAscii = \"\"\"^[\\0000-\\0177]+$\"\"\".r\n  \n  val Email = \"\"\"^(.+)@(.+)[^\\\\.]*$\"\"\".r\n  \n  val LocalPart    = (\"^\\\\s*\" + Word + \"(\\\\.\" + Word + \")*$\").r\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/error\/ErrorPageView.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.error\n\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.view.View\n\n\/**\n * A <code>View<\/code> instance to be returned from <code>ExceptionHandler<\/code>\n * implementations.\n * \n * <p>This <code>View<\/code> is used to convey to the framework to propagate any\n * uncaught exceptions to the Servlet container.<\/p> \n *\n * @see ExceptionHandler\n *\/\ncase object ErrorPageView extends View {\n  \n  \/** The content-type is null. *\/ \n  def contentType = null\n  \n  \/** Does nothing. *\/\n  def render(request: WebRequest, response: WebResponse) { }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/util\/internal\/ReflectionHelperTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/util\/internal\/ReflectionHelperTest.scala<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport org.junit.{ Test, Ignore }\nimport org.junit.Assert._\nimport com.tzavellas.coeus.FrameworkException\n\nclass ReflectionHelperTest {\n  import ReflectionHelper._\n  import ReflectionHelperTest._\n\n  @Test\n  def get_the_type_arguments_from_collections() {\n    assertEquals(classOf[Int], getTypeArgumentsOfCollection(HasCollections(\"getArrayOfInts\"))(0))\n    assertEquals(classOf[java.lang.Integer], getTypeArgumentsOfCollection(HasCollections(\"getListOfInts\"))(0))\n    assertEquals(classOf[Object], getTypeArgumentsOfCollection(HasCollections(\"getListOfSomething\"))(0))\n    assertTrue(\"Expected empty since the type has parameter but no arguments\", getTypeArgumentsOfCollection(HasCollections(\"getListOfT\")).isEmpty)\n    assertEquals(classOf[java.lang.Integer], getTypeArgumentsOfCollection(HasCollections(\"getMapOfIntToString\"))(0))\n    assertEquals(classOf[String], getTypeArgumentsOfCollection(HasCollections(\"getMapOfIntToString\"))(1))\n  }\n  \n  @Test(expected=classOf[FrameworkException])\n  def exception_when_no_generics() {\n    getTypeArgumentsOfCollection(HasCollections(\"getString\"))\n  }\n  \n  @Test\n  def test_when_a_class_is_abstract_or_interface() {\n    assertTrue(isAbstract(classOf[Interface]))\n    assertTrue(isAbstract(classOf[AbstractClass]))\n    assertFalse(isAbstract(classOf[ConcreteClass]))\n  }\n}\n\nobject ReflectionHelperTest {\n  \n  trait Interface\n  abstract class AbstractClass\n  class ConcreteClass \n  \n  case class SampleProduct(element: String)\n  \n  abstract class HasCollections {\n    def getArrayOfInts: Array[Int]\n    def getListOfInts: List[Int]\n    def getListOfSomething: List[_]\n    def getListOfT[T]: List[T]\n    def getMapOfIntToString: Map[Int, String]\n    def getString: String\n  }\n  object HasCollections {\n    def apply(name: String) = classOf[HasCollections].getMethods.find(_.getName == name).get \n  }\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ApplicationScopeTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport org.junit.{ Test, Before }\nimport org.springframework.mock.web.MockServletContext\n\nclass ApplicationScopeTest extends AbstractScopedContainerTest with CheckAndActOperationsTest {\n  \n  val mock = new MockServletContext\n  val attributes = new ApplicationScope(mock)\n  \n  @Before\n  def initialize_mutex() {\n    ApplicationScope.setupMutex(mock)\n  }\n  \n  def setAttributeToMock(name: String, value: Any) {\n    mock.setAttribute(name, value)\n  }\n  \n  @Test\n  def needed_for_eclipse_since_concrete_class_has_no_tests() { }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/LocaleResolver.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\n\n\/**\n * Provides a way to resolve the user's locale for a given request. \n *\/\ntrait LocaleResolver {\n\n  \/**\n   * Resolve the user's locale using the specified request.\n   * \n   * @param request the request to use for resolving the Locale\n   * @return a valid <code>Locale<\/code> object (never <code>null<\/code>) \n   *\/\n  def resolve(request: HttpServletRequest): Locale\n  \n  \/**\n   * Set the user's locale to the specified <code>Locale<\/code> object.\n   * \n   * @param request the current Servlet request\n   * @param response the current Servlet response\n   * @param locale the user's locale\n   *\/\n  def setLocale(request: HttpServletRequest, response: HttpServletResponse, locale: Locale)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/error\/ExceptionHandler.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.error\n\nimport com.tzavellas.coeus.mvc.view.View\nimport com.tzavellas.coeus.core.RequestContext\n\n\/**\n * A handler that gets called when an uncaught exception occurs during\n * request execution.\n * \n * <p>Instances of this class must be thread-safe.<\/p>\n *\/\ntrait ExceptionHandler {\n\n  \/**\n   * Handle the error that occurred during the execution of the specified\n   * request.\n   * \n   * <p>Note that the returned <code>View<\/code> might not get used if\n   * a response is already sent to the client.<\/p>\n   * \n   * @param context the context of the current request\n   * @return a view that will be used to render the response\n   *\/\n  def handle(context: RequestContext): View\n}\n\n\n\/**\n * Contains factory methods for creating {@code ExceptionHandler} instances.\n *\/\nobject ExceptionHandler {\n  \n  \/**\n   * Returns a handler that can be used to propage all the uncaught exceptions\n   * to the servlet container.\n   * \n   * <p>If the exception that occurred is an instance of {@code HttpException}\n   * then the returned handler also sets the HTTP status code of the response\n   * using the {@link HttpException#httpStatus} field of the exception.<\/p>\n   * \n   * <p>The returned handler will always return {@link ErrorPageView}.<p>\n   *\/\n  def defaultHandler(servletName: String): ExceptionHandler = {\n    new ExceptionHandler {\n      def handle(context: RequestContext) = {\n        ErrorUtils.setupErrorPageAttributes(context.request, context.error, servletName)\n        ErrorUtils.setResposeStatus(context.response, context.error)\n        ErrorPageView\n      }\n    }\n  }\n  \n  \/**\n   * Create a handler that will use the specified partial function to find a view\n   * for the uncaught exception.\n   * \n   * <p>If a view cannot be found then the handler will return {@link ErrorPageView}.<\/p>\n   * \n   * <p>If the exception that occurred is an instance of {@code HttpException}\n   * then the returned handler also sets the HTTP status code of the response\n   * using the {@link com.tzavellas.coeus.HttpException#httpStatus httpStatus} field\n   * of the exception.<\/p>\n   *\/\n  def forServlet(servletName: String)(errorViewMap: PartialFunction[Throwable, View]): ExceptionHandler = {\n    val views: Throwable => View = errorViewMap orElse { case _ => ErrorPageView }\n    new ExceptionHandler {\n      def handle(context: RequestContext) = {\n        ErrorUtils.setupErrorPageAttributes(context.request, context.error, servletName)\n        ErrorUtils.setResposeStatus(context.response, context.error)\n        views(context.error)\n      }\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/BinderRestrictionTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass BinderRestrictionTest {\n\n  import Binder._\n  \n  @Test\n  def allow_all_always_returns_true() {\n    assertTrue(allowAll.canBindTo(null))\n  }\n  \n  @Test\n  def deny_vars_allows_all_except() {\n    val restriction = denyVars(\"forbidden\")\n    assertFalse(restriction.canBindTo(\"forbidden\"))\n    assertTrue(restriction.canBindTo(\"allowed\"))\n  }\n  \n  @Test\n  def allow_vars_denies_all_except() {\n    val restriction = allowVars(\"allowed\")\n    assertTrue(restriction.canBindTo(\"allowed\"))\n    assertFalse(restriction.canBindTo(\"forbidden\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/AcceptHeaderLocaleResolver.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/AcceptHeaderLocaleResolver.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\n\n\/**\n * Resolves the user's locale from the primary locale specified in the\n * <i>accept-language<\/i> header of the HTTP request.\n * \n * @see HttpServletRequest#getLocale()\n *\/\nclass AcceptHeaderLocaleResolver extends LocaleResolver {\n\n  \/**\n   * Return the locale specified in the <em>accept-language<\/em> header\n   * of the HTTP request.\n   *\/\n  def resolve(request: HttpServletRequest) = request.getLocale\n  \n  \/**\n   * This <code>LocaleResolver<\/code> always uses the locale specified in the\n   * <i>accept-language<\/code> header of the HTTP request so this method is not\n   * supported.\n   * \n   * @throws UnsupportedOperationException\n   *\/\n  def setLocale(request: HttpServletRequest, response: HttpServletResponse, locale: Locale) {\n    throw new UnsupportedOperationException\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/util\/Conventions.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.util\n\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.util.internal.Strings\n\n\/**\n * Utility methods that encode various conventions.\n *\/\nobject Conventions {\n  \n  \/**\n   * Derive an attribute name for objects of the specified class.\n   * \n   * @return the class' simple name with the first character changed to lower case.\n   *\/\n  def classToAttributeName(c: Class[_]) = Strings.firstCharToLower(c.getSimpleName)\n  \n  \/**\n   * Get a view name from the request URI of the specified request.\n   * \n   * <p>The file extension and any leading and trailing slashes get removed.<\/p>\n   * \n   * <p>The view name for the root URI \"\/\" is \"index\".<\/p>\n   * \n   * <p>This is useful for convention-over-configuration, when we want to\n   * allow the user to omit specifying a view name from the controller method\n   * and have the framework come up with an appropriate new name.<\/p>\n   *\n   * @see {@link com.tzavellas.coeus.mvc.controller.Controller Controller}\n   * @see {@link com.tzavellas.coeus.mvc.view.ViewResolver ViewResolver}\n   *\/\n  def viewNameForRequest(request: WebRequest): String = {\n    def dropSlashes(s: String) = {\n      var tmp = s\n      if (s.charAt(0) == '\/') tmp = tmp.substring(1)\n      if (s.charAt(s.length - 1) == '\/') tmp = tmp.substring(0, tmp.length - 1)\n      tmp\n    }\n    def dropFileExtension(s: String) = {\n      if (s.contains(\".\") && s.charAt(s.length - 1) != '\/') s.substring(0, s.lastIndexOf(\".\"))\n      else s\n    }\n    \n    val uri = request.uri\n    if (uri == \"\/\") return \"index\"\n    dropSlashes(dropFileExtension(uri))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/servlet\/MultipartRequestBuilder.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/test\/servlet\/MultipartRequestBuilder.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test.servlet\n\nimport org.springframework.mock.web._\nimport com.tzavellas.coeus.mvc.WebRequest\n\nclass MultipartRequestBuilder {\n  \n  private val boundary = \"10383234\"\n  private val newLine = \"\\r\\n\"\n  private val body = new StringBuilder\n  \n  def addFormField(name: String, value: Any): this.type = {\n    body.append(\"--\" + boundary + newLine)\n    body.append(\"Content-Disposition: form-data; name=\\\"\"+name+\"\\\"\" + newLine)\n    body.append(newLine)\n    body.append(value)\n    body.append(newLine)\n    this\n  }\n  \n  def addFormFile(name: String, filename: String, data: String, contentType: String): this.type = {\n    body.append(\"--\" + boundary + newLine)\n    body.append(\"Content-Disposition: form-data; name=\\\"\"+name+\"\\\"; filename=\\\"\"+filename+\"\\\"\" + newLine)\n    body.append(\"Content-Type: \" + contentType + newLine)\n    body.append(newLine)\n    body.append(data)\n    body.append(newLine)\n    this\n  }\n\n  def getRequest(uri: String = \"\/\") = {\n    val request = new MockHttpServletRequest(\"POST\", uri)\n    request.setContentType(\"multipart\/form-data; boundary=\"+boundary)\n    request.addHeader(\"Content-Length\", body.toString.getBytes(\"US-ASCII\").length)\n    \n    body.append(\"--\" + boundary + \"--\\r\\n\")\n    request.setContent(body.toString.getBytes(\"US-ASCII\"))\n    \n    assert(WebRequest.isMultipart(request))\n    request\n  }\n  \n  def printBody() {\n    println(body.toString)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/CustomRenderContext.scala","text":"<reponame>sptz45\/coeus<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/CustomRenderContext.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.scalate\n\nimport java.io.PrintWriter\nimport org.fusesource.scalate._\nimport com.tzavellas.coeus.mvc.WebRequest\n\n\nclass CustomRenderContext(\n  engine: TemplateEngine,\n  request: WebRequest,\n  writer: PrintWriter)\n    extends DefaultRenderContext(request.uri, engine, writer) {\n  \n  viewPrefixes = List(\"WEB-INF\/views\")\n  \n  override def locale = request.locale\n  \n  override val attributes = new AttributeMap {\n    update(\"context\", CustomRenderContext.this)\n    \n\tdef get(key: String): Option[Any] = Option(apply(key))\n\n    def apply(key: String): Any = request.getAttribute(key)\n    \n    def keySet = request.attributeNames.toSet\n\n    def update(key: String, value: Any) {\n      if (value == null) request -= key\n      else request(key) = value\n    }\n\n    def remove(key: String): Option[Any] = {\n      val answer = get(key)\n      request -= key\n      answer\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/DateConverter.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.{Date, TimeZone, Locale}\nimport java.text.{DateFormat, SimpleDateFormat}\nimport com.tzavellas.coeus.bind.Converter\n\nclass DateConverter(\n  patternOrStyle: Either[String, Int] = Left(\"yyyy\/MM\/dd\"),\n  lenient: Boolean = false,\n  timeZone: Option[TimeZone] = None)\n    extends AbstractConverter[Date] {\n  \n  def parse(text: String, locale: Locale) =\n    filterEmpty(text, null, dateFormat(locale).parse(_))\n  \n  def format(value: Date, locale: Locale) = dateFormat(locale).format(value)\n    \n  private def dateFormat(locale: Locale) = {\n    val fmt = patternOrStyle match {\n      case Left(pattern) => new SimpleDateFormat(pattern, locale)\n      case Right(style)  => DateFormat.getDateInstance(style, locale) \n    }\n    for (tz <- timeZone) fmt.setTimeZone(tz)\n    fmt.setLenient(lenient)\n    fmt\n  }\n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/TraversableConverterTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport scala.collection.immutable.HashSet\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass TraversableConverterTest {\n  \n  val locale: java.util.Locale = null\n  val conv = TraversableConverter.fromCompanion(HashSet, new SimpleIntConverter)\n  \n  val set = HashSet(1,2)\n  \n  @Test\n  def null_maps_to_empty_collectiony() {\n    assertEquals(0, conv.parse(null, locale).size)\n    assertEquals(\"\", conv.format(null, locale))\n  }\n  \n  @Test\n  def empty_string_maps_to_empty_collection() {\n    assertEquals(0, conv.parse(\"\", locale).size)\n    assertEquals(\"\", conv.format(HashSet(), locale))\n  }\n  \n  @Test\n  def parse_string_into_a_collection() {\n    assertEquals(set, conv.parse(\"1,2\", locale))\n    assertEquals(set, conv.parse(\"1, 2\", locale))\n    assertEquals(set, conv.parse(\"1,   2 \", locale))\n    assertEquals(HashSet(1), conv.parse(\"1,     \", locale))\n  }\n  \n  @Test\n  def format_collection_into_string() {\n    assertEquals(\"1, 2\", conv.format(set, locale))\n    assertEquals(\"1\", conv.format(HashSet(1), locale))\n  }\n  \n  @Test\n  def change_separator() {\n    val conv = TraversableConverter.fromCompanion(HashSet, new SimpleIntConverter, separator=\" \")\n    assertEquals(set, conv.parse(\"1 2\", locale))\n    assertEquals(set, conv.parse(\"1  2  \", locale))\n    assertThrows[NumberFormatException] { conv.parse(\"1,2\", locale) }\n  }\n  \n  @Test\n  def do_not_append_space_when_formatting() {\n    val conv = TraversableConverter.fromCompanion(HashSet, new SimpleIntConverter, appendSpace=false)\n    assertEquals(\"1,2\", conv.format(set, locale))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/CheckAndActOperationsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport org.junit.Test\nimport org.junit.Assert._\n\ntrait CheckAndActOperationsTest {\n  \n  val attributes: ScopedContainer with CheckAndActOperations\n\n  def setAttributeToMock(name: String, value: Any)\n  \n  @Test\n  def put_attribute_if_it_does_not_exist() {\n    val input = new Entry(\"spiros\")\n    val result = attributes.putIfAbsent(\"name\", input)\n    assertSame(input, result)\n    assertSame(input, attributes(\"name\"))\n  }\n  \n  @Test\n  def the_attribute_does_not_get_added_if_already_exists() {\n    val spiros = new Entry(\"spiros\")\n    setAttributeToMock(\"name\", spiros)\n    val input = new Entry(\"name\")\n    val result = attributes.putIfAbsent(\"name\", input)\n    assertNotSame(input, result)\n    assertNotSame(input, attributes(\"name\"))\n    assertSame(spiros, result)\n  }\n  \n  @Test\n  def putIfAbsent_always_returns_the_same_object() {\n    val first = attributes.putIfAbsent(\"spiros\", new Entry(\"spiros\"))\n    assertSame(first, attributes.putIfAbsent(\"spiros\", new Entry(\"spiros\")))\n    assertSame(first, attributes.putIfAbsent(\"spiros\", new Entry(\"spiros\")))\n  }\n  \n  @Test\n  def modify_existing_attribute() {\n    val input = new Entry(\"Java\")\n    setAttributeToMock(\"name\", input)\n    val result = attributes.updateAndPut[Entry](\"name\"){ e => e.value = \"Scala\" }\n    assertSame(input, result)\n    assertSame(input, attributes(\"name\"))\n    assertEquals(\"Scala\", attributes[Entry](\"name\").value)\n  }\n  \n  private class Entry(var value: String)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/interception\/ThreadLocalInterceptor.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.interception\n\nimport com.tzavellas.coeus.core.RequestContext\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\n\n\/**\n * A request interceptor to set {@link WebRequest#currentRequest} and\n * {@link WebResponse#currentResponse}.\n *\/\nclass ThreadLocalInterceptor extends Interceptor {\n\n  def preHandle(context: RequestContext) = {\n    WebRequest.currentRequest = context.request\n    WebResponse.currentResponse = context.response\n    true\n  }\n \n  def postHandle(context: RequestContext) { }\n  \n  def afterRender(context: RequestContext) {\n    WebRequest.currentRequest = null\n    WebResponse.currentResponse = null\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/RequestExecutor.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport scala.xml.NodeSeq\nimport com.tzavellas.coeus.mvc.view._\nimport com.tzavellas.coeus.mvc.util.Conventions.viewNameForRequest\nimport error.{ ExceptionHandler, ErrorPageView }\nimport interception.Interceptor\n\n\nprivate class RequestExecutor(\n  interceptors: Iterable[Interceptor],\n  exceptionHandler: ExceptionHandler,\n  viewResolver: ViewResolver) {\n  \n  def execute(context: RequestContext) {\n    import context._\n    \n    val pipeline = new InterceptorPipeline(interceptors, exceptionHandler)\n    \n    val callHandler = pipeline.executePreHandle(context)\n    \n    if (callHandler)\n      executeHandler(context)\n    \n    pipeline.executePostHandle(context)\n    \n    renderView(context)\n    \n    pipeline.executeAfterRender(context)\n    \n    if (shouldPropagateException(context))\n      throw error\n  }\n  \n  \n  private def executeHandler(context: RequestContext) {\n    try {\n      context.result = context.handler.handle()\n    } catch {\n      case e: Exception =>\n        context.error = e\n        context.result = exceptionHandler.handle(context)\n    }\n  }\n  \n  private def renderView(context: RequestContext) {\n    import context._\n    \n    def findByName(name: String): View = {\n      val view = viewResolver.resolve(name)\n      if (view eq null)\n        throw new NoViewFoundException(name)\n      view\n    }\n    \n    def findView(): View = result match {\n      case null           => findByName(viewNameForRequest(request))\n      case name: String   => findByName(name)\n      case ViewName(name) => findByName(name)\n      case view: View     => view\n      case xml: NodeSeq   => new XhtmlView(xml)\n      case unit: Unit     => findByName(viewNameForRequest(request))\n      case _              =>\n        throw new InvalidControllerClassException(\n          \"Controller method [\"+handler.method+\"] does not have a valid return type. \" +\n          \"Valid return types are: String, NodeSeq, View and Unit.\")\n    }\n    \n    try {\n      findView().render(request, response)\n    } catch {\n      case e: Exception =>\n        error = e\n        val errorView = exceptionHandler.handle(context)\n        result = errorView\n        if (! response.isCommited)\n          errorView.render(request, response)\n    }\n  }\n  \n  private def shouldPropagateException(context: RequestContext) = context.result == ErrorPageView\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/InternetAddressConstraint.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\nclass InternetAddressConstraint extends Constraint[String] {\n  import InternetAdderssConstraint._\n  \n  def isValid(addr: String) = addr match {\n    case null                 => true\n    case Ipv4(a, b, c, d)     => areAllIpSegmentsValid(a, b, c, d)\n    case Domain(domain, null) => isValidDomain(domain)\n    case Domain(domain, tld)  => isValidDomain(domain) && isValidTld(tld.substring(1))\n    case _                    => false\n  }\n  \n  def getError(targetClass: Class[_], field: String, value: String) = \n    Error.validationFailure(\"internet.address.invalid\", field, targetClass, value)\n  \n  private def areAllIpSegmentsValid(segments: String*) = {\n    val validRange = 0 to 255\n    segments.forall(validRange contains _.toInt)\n  }\n  \n  private def isValidDomain(domain: String) =\n    domain.split(\"\\\\.\").forall(DomainSegment.findFirstIn(_) != None) \n   \n  private def isValidTld(tld: String) = Tld.findFirstIn(tld) != None\n}\n\n\nprivate object InternetAdderssConstraint {\n  \n  private val atom = \"\"\"[^\\s;\/@&=,.?:+$]+\"\"\"\n  \n  val Ipv4 = \"\"\"^(\\d{1,3})[.](\\d{1,3})[.](\\d{1,3})[.](\\d{1,3})$\"\"\".r\n  \n  val Domain = (\"^(\" + atom + \"(\\\\.\" + atom + \")*)$\").r\n\n  val Tld = \"\"\"^\\p{Alpha}\\p{Alnum}{1,3}$\"\"\".r\n  \n  val DomainSegment = \"\"\"^\\p{Alnum}([\\p{Alnum}-]*\\p{Alnum})*$\"\"\".r\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/Handler.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport java.lang.reflect.{ Method, InvocationTargetException }\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.controller.{ BeforeFilter, AfterFilter, Controller }\n\n\/**\n * Handles web requests.\n * \n * @param controller the Controller instance that will handle the request.\n * @param method     the Controller's method that will get invoked for\n *                   handling the request.\n * \n * @see Controller\n * @see BeforeFilter\n * @see AfterFilter\n *\/\nclass Handler(val controller: Controller, val method: Method) {\n  \n  \/**\n   * Handle the current web request.\n   *\n   * <p>The process this method follows for handling the request is:<\/p>\n   * <ol>\n   * <li>If the {@code Controller} implements the {@code BeforeFilter} trait\n   *     then call the {@code before()} method.<\/li>\n   * <li>If the above method call does not throw a {@code BeforeFilter.Throwable}\n   *     then invoke the {@code Controller}'s handler method.<\/li>\n   * <li>If the {@code Controller} implements the {@code AfterFilter} trait\n   *     then call the {@code after()} method.<\/li>\n   * <\/ol>\n   *\n   * <p>If the {@code Controller} implements the {@code AfterFilter} trait and\n   * an uncaught exception occurs during the execution of the controller's\n   * handler method then the {@code AfterFilter.after()} method will get called\n   * with the uncaught exception. If the {@code after()} method does not throw\n   * an exception or return some view the uncaught exception will get re-thrown.\n   * <\/p>\n   *\n   * @param request  the current request\n   * @param response the current response\n   *\n   * @return if the {@code Controller} implements the {@code BeforeFilter}\n   *         trait and the method {@link BeforeFilter#before()} throws a\n   *         {@code BeforeFilter.Throwable} then the view of the interruption\n   *         gets returned, else if the {@code Controller} implements the\n   *         {@code AfterFilter} trait and the method\n   *         {@link AfterFilter#after()} returns a {@code View} then that view\n   *         gets returned, else returns the result of invoking the\n   *         {@code Controller}'s handler method.\n   *\/\n  def handle(): Any = {\n    \n    var result: Any = null\n    var exception: Exception = null\n    \n    try {\n\n      controller match {\n        case filter: BeforeFilter => filter.before()\n        case _                    => ()\n      }\n\n      result = method.invoke(controller)\n      \n    } catch {\n      case t: BeforeFilter.Throwable =>\n        result = t.view\n      case e: InvocationTargetException => e.getCause match {\n        case exc: Exception => exception = exc\n        case throwable      => throw throwable\n      }\n    }\n    \n    val afterResult = controller match {\n      case filter: AfterFilter => filter.after(Option(exception))\n      case _                   => None\n    }\n\n    if (afterResult.isDefined) return afterResult.get\n\n    if (exception != null) throw exception\n    result\n  }\n\n  \/\/override def toString = controller.getClass.getName+\"#\"+method.getName\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/DateConstraints.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport java.util.Date\nimport com.tzavellas.coeus.bind.Error\n\ntrait DateConstraints {\n  \n  def isBefore(date: Date) = new Constraint[Date] {\n    \n    def isValid(value: Date) = value == null || value.before(date)\n    \n    def getError(targetClass: Class[_], field: String, value: Date) = \n      Error.validationFailure(\"date.before\", field, targetClass, value, date)\n  }\n  \n  def isAfter(date: Date) = new Constraint[Date] {\n    \n    def isValid(value: Date) = value == null || value.after(date)\n    \n    def getError(targetClass: Class[_], field: String, value: Date) = \n      Error.validationFailure(\"date.after\", field, targetClass, value, date)\n  }\n  \n  def isInThePast = new Constraint[Date] {\n    \n    def isValid(value: Date) = value == null || value.before(new Date)\n    \n    def getError(targetClass: Class[_], field: String, value: Date) = \n      Error.validationFailure(\"date.past\", field, targetClass, value)\n  }\n  \n  def isInTheFuture = new Constraint[Date] {\n    \n    def isValid(value: Date) = value == null || value.after(new Date)\n    \n    def getError(targetClass: Class[_], field: String, value: Date)= \n      Error.validationFailure(\"date.future\", field, targetClass, value)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/ControllerMethodNameTranslatorsTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport java.lang.reflect.Method\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ControllerMethodNameTranslatorsTest {\n\n  var translator: Method => String = _\n  \n  @Test\n  def default_translator() {\n    translator = ControllerConventions.useMethodName\n    assertEquals(\"method\", translate(\"method\"))\n    assertEquals(\"camelCase\", translate(\"camelCase\"))\n    assertEquals(\"with_underscore\", translate(\"with_underscore\"))\n  }\n  \n  @Test\n  def dashed_translator() {\n    translator = ControllerConventions.useMethodNameWithDashes\n    assertEquals(\"method\", translate(\"method\"))\n    assertEquals(\"camel-case\", translate(\"camelCase\"))\n    assertEquals(\"with_underscore\", translate(\"with_underscore\"))\n  }\n  \n  def translate(methodName: String) = translator(classOf[SampleClass].getMethod(methodName))\n  \n  abstract class SampleClass {\n    def method\n    def camelCase\n    def with_underscore\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/ScalateConfigurator.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.scalate\n\nimport javax.servlet.ServletContext\nimport scala.collection.mutable.Map\nimport org.fusesource.scalate.{ Binding, TemplateEngine }\nimport com.tzavellas.coeus.mvc.view.helper.DefaultViewHelpers\n\nclass ScalateConfigurator(val servletContext: ServletContext) {\n\n  val bindings   = Map[String, Binding]()\n  val attributes = Map[String, Any]()\n\n  var templatePrefix = \"\/WEB-INF\/templates\/\"\n  var templateSuffix = \".ssp\"\n\n  bind(\"c\" -> new DefaultViewHelpers(servletContext))\n\n\n  def configure(engine: TemplateEngine) { }\n\n\n  def bind[T: Manifest](binding: (String, T),\n                        importMembers: Boolean = false,\n                        isImplicit: Boolean = false) = {\n    attributes += binding\n\n    val name = binding._1\n    val className = implicitly[Manifest[T]].runtimeClass.getName\n\n    bindings += (name -> new Binding(\n      name, className, importMembers=importMembers, isImplicit=isImplicit))\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/ControllerRegistry.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport scala.collection.mutable.{ Builder, ArrayBuffer }\nimport com.tzavellas.coeus.mvc.controller.Controller\n\n\/**\n * A trait to register the {@code Controller} instances for a\n * {@code DispatcherServlet}.\n *\/\ntrait ControllerRegistry { \n  \n  \/** Holds all the registered Controller classes. *\/\n  val controllers: Builder[Controller, Seq[Controller]] = new ArrayBuffer(50)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/test\/GlobalState.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.test\n\nimport com.tzavellas.coeus.http.multipart.FormFile\nimport com.tzavellas.coeus.mvc.view.TextView\n\nobject GlogalState {\n  \n  val interceptor = new MockInterceptor\n  \n  val viewResolver = new MockViewResolver(Map(\"hello\" -> new TextView(\"Hello World!\", \"text\/html\")))\n  \n  var uploadedFile: FormFile = _\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/TraversableConverter.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport language.higherKinds\n\nimport java.util.Locale\nimport scala.collection.mutable.Builder\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * A {@code Converter} for Scala collections.\n *\n * @param Coll        the type of the collection\n * @param Elem        the type of the collection's elements\n *\n * @param newBuilder  creates a builder for the collection\n * @param converter   the {@code Converter} for the collection's elements\n * @param separator   the string that separates the collection elements (default is \",\")\n * @param appendSpace whether to append a space character after the separator when\n *                    formatting the collection (default is {@code true})\n * \n * @see CollectionConverter\n *\/\nclass TraversableConverter[Coll[Elem] <: Traversable[Elem], Elem](\n  newBuilder: Int => Builder[Elem, Coll[Elem]],\n  converter: Converter[Elem],\n  separator: String = \",\",\n  appendSpace: Boolean = true) extends Converter[Coll[Elem]] {\n  \n  def parse(text: String, locale: Locale): Coll[Elem] = {\n    if ((text eq null) || text.trim.isEmpty)\n      return newBuilder(0).result\n      \n    val input = text.split(separator).map(_.trim).filterNot(_.isEmpty)\n    val builder = newBuilder(input.size)\n    for (segment <- input) {\n      builder += converter.parse(segment, locale)\n    }\n    builder.result\n  }\n  \n  def format(collection: Coll[Elem], locale: Locale): String = {\n    if ((collection eq null) || collection.isEmpty)\n      return \"\"\n      \n    val formatSeparator =\n      if (appendSpace) separator + \" \" else separator\n      \n    val builder = new java.lang.StringBuilder\n    for (elem <- collection) {\n      builder.append(converter.format(elem, locale))\n      builder.append(formatSeparator)\n    }\n    builder.substring(0, builder.length - formatSeparator.length)\n  }\n}\n\n\/**\n * Factory methods for creating converters for Scala collections.\n *\/\nobject TraversableConverter {\n\n  import scala.collection.generic.GenericCompanion\n  \n  \/**\n   * Creates a {@code Converter} from a {@link GenericCompanion} of a Scala collection.\n   *\n   * @param Coll        the type of the collection\n   * @param Elem        the type of the collection's elements\n   *\n   * @param companion   the companion object of the collection\n   * @param converter   the {@code Converter} for the collection's elements\n   * @param separator   the string that separates the collection elements (default is \",\")\n   * @param appendSpace whether to append a space character after the separator when\n   *                    formatting the collection (default is {@code true})\n   *\/\n  def fromCompanion[Coll[Elem] <: Traversable[Elem], Elem](\n    companion: GenericCompanion[Coll],\n    converter: Converter[Elem],\n    separator: String = \",\",\n    appendSpace: Boolean = true) = {\n    \n    new TraversableConverter[Coll, Elem](\n      { size => val b = companion.newBuilder[Elem]; b.sizeHint(size); b },\n      converter, separator, appendSpace)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/ScopedContainer.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc\npackage scope\n\nimport util.Conventions\n\n\/**\n * An interface for the various scopes that hold attributes.\n * \n * @see ApplicationScope\n * @see FlashScope\n *\/\ntrait ScopedContainer {\n  \n  \/**\n   * Retrieve the attribute with the specified name.\n   * \n   * @param attribute the name or the attribute.\n   * @return the attribute or null if an attribute with the specified name does\n   *         exist in the scope.\n   *\/\n  def getAttribute[T](attribute: String): T\n  \n  def attributeNames: Iterator[String]\n  \n  \/**\n   * Retrieve the attribute with the specified name.\n   * \n   * @param attribute the name or the attribute\n   * @return the attribute with the specified name\n   * @throws RequiredAttributeException if an attribute with the specified name does not exist\n   *\/\n  def apply[T](attribute: String): T = {\n    val attr: T = getAttribute[T](attribute)\n    if (attr == null) throw new RequiredAttributeException(attribute, this.getClass) else attr\n  }\n  \n  \/**\n   * Retrieve an optional attribute with the specified name.\n   * \n   * @param attribute the name or the attribute.\n   * @return an <code>Option<\/code> containing the attribute if it exists.\n   *\/\n  def get[T](attribute: String): Option[T] = {\n    val attr: T = getAttribute[T](attribute)\n    if (attr == null) None else Some(attr)\n  }\n  \n  \/**\n   * Test whether the attribute with the specified name exists in this\n   * scoped container.\n   * \n   * @param attribute the name or the attribute.\n   * @return {@code true} if the attribute with the specified name exists, else {@code false}\n   *\/\n  def contains(attribute: String): Boolean = getAttribute(attribute) != null\n  \n  \/**\n   * Remove the attribute with the specified name from the scope and return\n   * its value.\n   * \n   * @param attribute the name or the attribute\n   * @return the attribute with the specified name\n   * @throws RequiredAttributeException if an attribute with the specified name does not exist\n   *\/\n  def take[T](attribute: String): T = {\n    val attr: T = apply[T](attribute)\n    this -= attribute\n    attr\n  }\n  \n  def attributes: Iterable[(String, Any)] = new Iterable[(String, Any)] {\n    def iterator = new Iterator[(String, Any)] {\n      val names = attributeNames\n      def hasNext = names.hasNext\n      def next = {\n        val name = names.next\n        (name -> getAttribute[Any](name))\n      }\n    }\n  }\n\n  \/**\n   * Put the specified attribute in the scope. \n   * \n   * @param attribute the name of the attribute\n   * @param value the value of the attribute\n   *\/\n  def update(attribute: String, value: Any)\n\n  \/**\n   * Remove the attribute with the specified name from the scope.\n   *\/\n  def -=(attribute: String)\n  \n  \/**\n   * Add the specified value in the scope using a generated name for the\n   * attribute name.\n   * \n   * @see Conventions#classToAttributeName\n   *\/\n  def +=(value: AnyRef) {\n    update(Conventions.classToAttributeName(value.getClass), value)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/SessionLocaleResolverTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/SessionLocaleResolverTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\n\nclass SessionLocaleResolverTest {\n\n  val defaultLocale = Locale.UK\n  val resolver = new SessionLocaleResolver(Some(defaultLocale))  \n  val request = new MockHttpServletRequest\n  val response = null\n  \n  \n  @Test\n  def use_the_default_locale_if_no_locale_in_session() {\n    assertEquals(defaultLocale, resolver.resolve(request))\n  }\n  \n  @Test\n  def use_request_locale_if_no_locale_in_session_and_default_not_specified() {\n    val noDefault = new SessionLocaleResolver\n    request.addPreferredLocale(Locale.US)\n    assertEquals(Locale.US, noDefault.resolve(request))\n  }\n  \n  @Test\n  def set_the_locale_to_sesion() {    \n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n  } \n  \n  @Test\n  def setting_the_locale_to_null_resets_to_default_locale() {\n    resolver.setLocale(request, response, Locale.US)\n    assertEquals(Locale.US, resolver.resolve(request))\n    \n    resolver.setLocale(request, response, null)\n    assertEquals(defaultLocale, resolver.resolve(request))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/WebModuleLoaderTest.scala","text":"<filename>src\/test\/scala\/com\/tzavellas\/coeus\/core\/WebModuleLoaderTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport javax.servlet.ServletConfig\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockServletConfig\nimport config.WebModule\n\nclass WebModuleLoaderTest {\n  \n  import WebModuleLoaderTest._\n  \n  val servletConfig = new MockServletConfig(\"sweb-test\")\n  \n  @Test(expected=classOf[javax.servlet.ServletException])\n  def no_param_named_web_module_in_servlet_config() {\n    loadModule()\n  }\n  \n  @Test(expected=classOf[javax.servlet.ServletException])\n  def module_class_not_found() {\n    setModuleParam(\"not a class name\")\n    loadModule()\n  }\n  \n  @Test(expected=classOf[javax.servlet.ServletException])\n  def module_class_is_not_a_WebModule() {\n    servletConfig.addInitParameter(paramName, \"java.util.ArrayList\")\n    loadModule()\n  }\n  \n  @Test(expected=classOf[IllegalStateException])\n  def unwrap_any_exceptions_when_instantiating_the_module_class_via_reflection() {\n    setModuleParam(classOf[ErroneousWebModule].getName)\n    loadModule()\n  }\n  \n  @Test \n  def successfully_load_the_web_module() {\n    setModuleParam(classOf[EmptyWebModule].getName)\n    val module = loadModule()\n    assertEquals(false, module.hideResources)\n    assertTrue(module.controllers.result.isEmpty)\n    assertFalse(module.interceptors.result.isEmpty)\n  }\n\n  \n  def paramName = WebModuleLoader.webModuleParamName\n\n  def loadModule() = WebModuleLoader.load(servletConfig)\n  \n  def setModuleParam(moduleClass: String) {\n    servletConfig.addInitParameter(paramName, moduleClass)\n  }\n}\n\nobject WebModuleLoaderTest {\n  \n  class EmptyWebModule(sc: ServletConfig) extends WebModule(sc)\n  \n  class ErroneousWebModule(sc: ServletConfig) extends WebModule(sc) {\n    throw new IllegalStateException\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/WebModuleLoader.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport java.lang.reflect.InvocationTargetException \nimport javax.servlet._\nimport config.WebModule\n\n\/**\n * Loads the configuration for the {@code DispatcherServlet}.\n *\/\nprivate object WebModuleLoader {\n  \n  def webModuleParamName = \"web-module\"\n  \n  def load(config: ServletConfig): WebModule = {\n\n    val moduleClassName = config.getInitParameter(webModuleParamName)\n    if (moduleClassName eq null)\n      throw new ServletException(\n        \"Could not initialize DispatcherServlet %s because no servlet init parameter named %s \" +\n        \"was configured in web.xml for the servlet.\"\n          .format(config.getServletName, webModuleParamName))\n\n    val moduleClass = {\n      try {\n        this.getClass.getClassLoader.loadClass(moduleClassName)\n      } catch {\n        case e: ClassNotFoundException =>\n          throw new ServletException(\n            \"Could not initialize DispatcherServlet %s because the web-module class [%s] was not found.\"\n              .format(config.getServletName, moduleClassName), e)\n      }\n    }\n\n    if (! classOf[WebModule].isAssignableFrom(moduleClass)) {\n      throw new ServletException(\n        \"Could not initialize DispatcherServlet %s because the web-module class [%s] does not extend %s\"\n          .format(config.getServletName, moduleClassName, classOf[WebModule].getName))\n    }\n\n    try {\n      val module = moduleClass.getConstructor(classOf[ServletConfig]).newInstance(config)\n      module.asInstanceOf[WebModule]\n    } catch {\n      case e: InvocationTargetException => throw e.getCause\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/CookieSigner.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport javax.servlet.http.Cookie\nimport scala.collection.mutable.ArrayBuffer\nimport com.tzavellas.coeus.util.internal.Base64\n\n\/**\n * Helper methods for signing and encrypting cookies.\n * \n * <p>This is a partial implementation of the Secure Cookie Protocol as\n * described in \"A Secure Cookie Protocol\" by <NAME>, <NAME>,\n * <NAME> and <NAME>. We've implemented the protocol except\n * the protection from replay attacks because that required using the session-id\n * in the generation of the cookie signature thus coupling the lifetime of the\n * cookie to the lifetime of the session.<\/p>\n * \n * @param secretKey a secret key to be used in the generation of the signing and\n *        encryption key.\n * @param crypto the framework's configured strategy for encrypting and signing\n *        data.\n *\/\nclass CookieSigner(secretKey: String, crypto: CryptoProvider) {\n  \n  private[this] val secret = secretKey.getBytes\n  \n  \/**\n   * Signs and optionally encrypts the value of the cookie.\n   * \n   * <p>The format of the cookie's value after calling the method is:<br\/>\n   * <code>user-id|expiration-time|data|signature<\/code><\/p>\n   * \n   * <p>If the {@code userId} is not specified then it in not used in the generated\n   * value of the cookie. The <em>expiration-time<\/em> is calculated as milliseconds from\n   * UNIX epoc using the current time and the {@code maxAge} value of the specified cookie.\n   * If the {@code maxAge} is negative then it is not used in the generated cookie value.\n   * <em>Data<em> contains the original value of the specified cookie. If {@code encrypt} is\n   * {@code true} then the value contained in <em>data<\/em> gets gets encrypted using a\n   * generated key.<\/p>  \n   * \n   * @param cookie the cookie to sign and optionally encrypt\n   * @param encrypt whether to encrypt the original value of the cookie\n   * @param userId an identification of the user the specified cookie belongs to. It can be\n   *        used in the generated signing key to enhance the security of the protocol.\n   *\/\n  def signCookie(cookie: Cookie, encrypt: Boolean = false, userId: String = null) {\n    \n    val data = new ArrayBuffer[String](4)\n    \n    if (userId != null) {\n      data += userId\n    }\n    \n    if (cookie.getMaxAge >= 0) {\n      data += (System.currentTimeMillis + (cookie.getMaxAge * 1000)).toString\n    }\n    \n    val key = generateKey(data)\n\n    if (encrypt) {\n      data += Base64.encode(crypto.encrypt(cookie.getValue, key))\n    } else {\n      data += cookie.getValue\n    }\n    \n    val signature = crypto.sign(data, key)\n    data += Base64.encode(signature)\n    \n    cookie.setValue(data.mkString(\"|\"))\n  }\n  \n  \/**\n   * Read a singed value from the specified cookie.\n   * \n   * @param cookie the cookie to read the value from\n   * @param isEncrypted whether to decrypt the value of the cookie before returning it  \n   * \n   * @return the value of the cookie or None if the cookie has expired.\n   * @throws MaliciousRequestException if the cookie does not have the expected format or the\n   *         signature of the cookie is invalid.  \n   *\/\n  def getSignedValue(cookie: Cookie, isEncrypted: Boolean = false): Option[String] = {\n    \n    val input = cookie.getValue.split(\"\\\\|\")\n    var index = 0 \n    val data = new ArrayBuffer[String](3)\n    \n    try {\n      input.length match {\n        case 2 => ()\n        case 3 if cookie.getMaxAge < 0 =>\n          data += input(index)\n          index += 1\n        case 3 => ()\n        case 4 =>\n          data += input(index)\n          index += 1\n      }\n\n      if (cookie.getMaxAge >= 0) {\n        val expirationTime = input(index).toLong\n        val now = System.currentTimeMillis \n        if (now > expirationTime)\n          return None\n        data += expirationTime.toString\n        index += 1\n      }\n\n      val key = generateKey(data)\n\n      data += input(index)\n      index += 1\n\n      if (!crypto.verify(Base64.decode(input(index)), data, key))\n        throw new MaliciousRequestException(\"Signature verification failed on cookie\")\n\n      val value =\n        if (isEncrypted) crypto.decrypt(Base64.decode(data.last), key)\n        else data.last\n\n      Some(value)\n      \n    } catch {\n      case e: MaliciousRequestException => throw e\n      case e: Exception => throw new MaliciousRequestException(\"Malformed cookie\")\n    }\n  }\n\n  private def generateKey(keyData: Seq[String])= crypto.sign(keyData, secret)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/MultiMap.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.mutable.Map\nimport java.util.{ Map => JMap }\n\nclass MultiMap[A, B] extends Iterable[(A, Seq[B])] {\n  \n  private[this] val map: Map[A, ArrayBuffer[B]] = Map()\n  \n  def iterator = map.iterator\n\n  def add(key: A, value: B) {\n    if (!map.contains(key)) {\n      map.put(key, new ArrayBuffer)\n    }\n    map(key) += value\n  }\n  \n  def get(key: A): Seq[B] = map.get(key).getOrElse(MultiMap.EMPTY_SEQ)\n  \n  def getFirst(key: A): Option[B] = map.get(key).flatMap(_.headOption)\n}\n\nprivate object MultiMap {\n \n  val EMPTY_SEQ = Seq()\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/DispatcherConfig.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\npackage config\n\nimport java.util.Locale\nimport java.lang.reflect.Method\nimport javax.servlet.ServletConfig\nimport com.tzavellas.coeus.Stage\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.http.multipart.{ MultipartRequestParser, NullMultipartRequestParser }\nimport com.tzavellas.coeus.i18n.locale.{ LocaleResolver, AcceptHeaderLocaleResolver }\nimport com.tzavellas.coeus.i18n.msg.{ MessageBundle, ServletMessageBundle }\nimport com.tzavellas.coeus.mvc.view.ViewResolver\nimport com.tzavellas.coeus.mvc.view.scalate.ScalateViewResolver\n\nimport error.ExceptionHandler\n\n\n\/**\n * Holds the configuration for <code>DispatcherServlet<\/code>.\n * \n * @see {@link com.tzavellas.coeus.core.DispatcherServlet DispatcherServlet}\n *\/\ntrait DispatcherConfig {\n\n  \/** The {@code ServletConfig} of the {@code DispatcherServlet}. *\/\n  val servletConfig: ServletConfig\n  \n  \/** The name of the {@code DispatcherServlet}. *\/\n  def servletName = servletConfig.getServletName\n  \n  \/** The {@code ServletContext} of the web application. *\/\n  def servletContext = servletConfig.getServletContext\n  \n  \/**\n   * Get the deployment stage of the web application (\"production\" or \"development\").\n   * \n   * @see Stage#of(ServletContext)\n   *\/\n  def stage = Stage.of(servletContext)\n  \n  \/**\n   * Translates the controller's class into a base path.\n   * \n   * <p>By default the first character of the cotroller's simple class name is transformed\n   * into lower-case and the \"Controller\" suffix (if present) is removed. For example a\n   * controller class with the name <code>UserRegistrationController<\/code> gets translated\n   * to \"\/userRegistration\".<\/p>\n   * \n   * <p>The base path that is generated by convention from the class name can be overridden\n   * by annotating the controller class with the {@literal @Path} annotation.<\/p> \n   * \n   * @see ControllerConventions\n   * @see {@link com.tzavellas.coeus.annotation.Path Path}\n   *\/\n  var classNameTranslator: Class[_] => String = ControllerConventions.useClassName()\n  \n  \/**\n   * Translates the controller's annotated methods into paths.\n   * \n   * <p>By default the handler method is used without any transformation. For example a handler\n   * method with the name <code>submitForm<\/code> gets translated to \"\/submitForm\".<\/p>\n   * \n   * <p>The paths that are generated by convention from the method names of a controller\n   * can be overridden using the HTTP method annotations of those methods.<\/p> \n   * \n   * @see ControllerConventions\n   *\/\n  var methodNameTranslator: Method => String = ControllerConventions.useMethodName\n  \n  \/**\n   * Finds the appropriate handler for a given request.\n   *\/\n  var requestResolver: RequestResolver = new TreeBasedRequestResolver\n  \n  \/**\n   * Called when an exception occurs during the request processing.\n   * \n   * <p>By default the exception gets propagated to the Servlet container.<\/p>\n   *\/\n  var exceptionHandler: ExceptionHandler = ExceptionHandler.defaultHandler(servletName)\n  \n  \/**\n   * Tells the <code>DispatcherServlet<\/code> to set the encoding of the Servlet\n   * requests to the specified value.\n   * \n   * <p>If {@code requestEncoding} is {@code null} then the {@code DispatcherServlet}\n   * does not set the encoding of the request.<\/p>\n   * \n   * <p>The default value is {@code \"UTF-8\"}.<\/p>\n   *\/ \n  var requestEncoding: String = \"UTF-8\"\n  \n  \/**\n   * Tells the <code>DispatcherServlet<\/code> to set the HTTP method to the value\n   * of the <em>_method<\/em> request parameter.\n   * \n   * <p>This is useful for implementing RESTful applications.<\/p>\n   * \n   * <p>The default value is {@code false}.<\/p>\n   * \n   *\/\n  var overrideHttpMethod: Boolean = false\n\n  \/**\n   * Respond to HTTP HEAD for URLs that support HTTP GET.\n   * \n   * <p>The default value is {@code false}.<\/p>\n   *\/\n  var allowHttpHead: Boolean = false\n\n  \/**\n   * Respond to HTTP OPTIONS for all URLs.\n   * \n   * <p>The default value is {@code false}.<\/p>\n   *\/\n  var allowHttpOptions: Boolean = false\n\n  \/**\n   * Tells the {@code DispatcherServlet} to send <em>404<\/em> (Not Found) instead\n   * of <em>405<\/em> (Method Not Allowed) when a resource exist but does not support\n   * the requested method.\n   * \n   * <p>This is useful when (for security reasons) we would like to hide the\n   * existence of a resource.<\/p>\n   * \n   * <p>The default value is {@code false}.<\/p>\n   *\/\n  var hideResources: Boolean = false\n  \n  \/**\n   * Resolves the user's locale for a given request.\n   * \n   * <p>By default the user's locale is the locale specified in the <em>accept-language<\/em>\n   * header of the HTTP request.<\/p>\n   * \n   * @see LocaleResolver\n   * @see AcceptHeaderLocaleResolver\n   * @see Locale\n   *\/\n  var localeResolver: LocaleResolver = new AcceptHeaderLocaleResolver\n  \n  \/**\n   * Loads the i18n messages.\n   * \n   * <p>By default the messages are loaded from property files that are located under the\n   * \"WEB-INF\" directory and are cached for one second.<\/p>\n   * \n   * <p>The message files follow similar naming patterns with the files used in\n   * {@link java.util.PropertyResourceBundle PropertyResourceBundle} using the base-name\n   * \"messages\". For example if the user's locale is en_US then the <code>MessageBundle<\/code>\n   * will use the files \"WEB-INF\/messages_en_US.properties\" and \"WEB-INF\/messages_en.properties\"\n   * to load the messages.<\/p>\n   * \n   * @see ServletMessageBundle\n   * @see {@link com.tzavellas.coeus.i18n.msg.ClasspathMessageBundle ClasspathMessageBundle}\n   * @see {@link java.util.ResourceBundle ResourceBundle}\n   *\/\n  var messageBundle: MessageBundle = new ServletMessageBundle(servletContext, 1000)\n  \n  \/**\n   * A collection with pre-configured converters to be used by default when binding\n   * and formatting values. \n   * \n   * @see ConverterRegistry\n   * @see ConverterRegistry#defaultConverters \n   * @see {@link com.tzavellas.coeus.WebRequest WebRequest}\n   *\/\n  var converters: ConverterRegistry = ConverterRegistry.defaultConverters \n  \n  \/**\n   * Parses multipart requests (used in file uploads).\n   * \n   * <p>The configured parser does not parse requests and throws {@code UnsupportedOperationException}.\n   * This is done in order to avoid having a dependency to an external library by default. If your application\n   * handles multipart requests you must use another parser (such as {@code CommonsMultipartRequestParser}).<\/p>\n   *\/\n  var multipartParser: MultipartRequestParser = new NullMultipartRequestParser\n\n  \/**\n   * Maps view names to view instances.\n   * \n   * <p>The default resolver is a <code>ScalateViewResolver<\/code> configured using the\n   * default values. The <code>ScalateViewResolver<\/code> also makes available the\n   * {@link #viewHelpers} object as a attribute to all {@code View} instances using the\n   * name \"c\".<\/p>\n   * \n   * @see ScalateViewResolver\n   * @see ScalateConfig\n   *\/\n  var viewResolver: ViewResolver = new ScalateViewResolver(servletContext)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceSupportTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.google.inject.Guice\n\nclass GuiceSupportTest {\n\n  object GuiceModule extends ControllerRegistry with GuiceSupport {\n    lazy val injector = Guice.createInjector(new GuiceRegistrarTest.WebModule)\n  }\n  \n  @Test\n  def register_the_controller_from_the_injector() {\n    val controllers = GuiceModule.controllers.result\n    assertEquals(1, controllers.size)\n    assertTrue(hasExpectedType(controllers.head))\n  }\n  \n  private def hasExpectedType(c: AnyRef) = {\n    c.isInstanceOf[GuiceRegistrarTest.ExampleController]\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/bind\/converter\/ArrayConverterTest.scala","text":"package com.tzavellas.coeus.bind.converter\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.test.Assertions.assertThrows\n\nclass ArrayConverterTest {\n  \n  val locale: java.util.Locale = null\n  val conv = new ArrayConverter(new SimpleIntConverter)\n  \n  @Test\n  def null_maps_to_empty_array() {\n    assertEquals(0, conv.parse(null, locale).size)\n    assertEquals(\"\", conv.format(null, locale))\n  }\n  \n  @Test\n  def empty_string_maps_to_empty_array() {\n    assertEquals(0, conv.parse(\"\", locale).size)\n    assertEquals(\"\", conv.format(Array[Int](), locale))\n  }\n  \n  @Test\n  def parse_string_into_int_array() {\n    assertEquals(2, conv.parse(\"1,2\", locale).size)\n    assertEquals(2, conv.parse(\"1, 2\", locale).size)\n    assertEquals(2, conv.parse(\"1,   2 \", locale).size)\n    assertEquals(1, conv.parse(\"1,     \", locale).size)\n  }\n  \n  @Test\n  def format_array_into_string() {\n    assertEquals(\"1, 2\", conv.format(Array(1, 2), locale))\n    assertEquals(\"1\", conv.format(Array(1), locale))\n  }\n  \n  @Test\n  def change_separator() {\n    val conv = new ArrayConverter(new SimpleIntConverter, separator=\" \")\n    assertEquals(2, conv.parse(\"1 2\", locale).size)\n    assertEquals(2, conv.parse(\"1  2  \", locale).size)\n    assertThrows[NumberFormatException] { conv.parse(\"1,2\", locale) }\n  }\n  \n  @Test\n  def do_not_append_space_when_formatting() {\n    val conv = new ArrayConverter(new SimpleIntConverter, appendSpace=false)\n    assertEquals(\"1,2\", conv.format(Array(1,2), locale))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/param\/AbstractParametersTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.test.Assertions._\nimport com.tzavellas.coeus.bind.Parser\nimport com.tzavellas.coeus.bind.converter.CurrencyConverter\n\nabstract class AbstractParametersTest {\n  \n  \/* The scope under test *\/\n  val params: Parameters\n  \n  \/* Sets a parameter in the scope under test *\/\n  def setParameter(name: String, value: String)\n\n  @Test\n  def read_nonexisting_parameter() {\n    assertNull(params.getParameter(\"does not exists\"))\n    assertFalse(params.contains(\"does not exist\"))\n    assertNone(params.get(\"does not exist\"))\n    assertNone(params.parse[String](\"does not exist\"))\n    assertThrows[MissingParameterException] {\n      params(\"does not exist\")\n    }\n  }\n  \n  @Test\n  def empty_string_is_the_same_as_a_missing_parameter() {\n    setParameter(\"empty\", \"\")\n    assertEquals(\"\", params.getParameter(\"empty\"))\n    assertTrue(params.contains(\"empty\"))\n    assertNone(params.get(\"empty\"))\n    assertNone(params.parse[String](\"empty\"))\n    assertThrows[MissingParameterException] {\n      params(\"empty\")\n    }\n  }\n  \n  @Test\n  def parse_shoule_return_string_if_no_type_argument_specified() {\n    setParameter(\"message\", \"hello\")\n    assertSome(\"hello\", params.parse(\"message\"))\n  }\n  \n  @Test\n  def parse_parameters_using_the_default_parsers() {\n    import java.util._, java.net.URI, java.math.BigDecimal\n    \n    setParameter(\"message\", \"hello\")\n    assertSome(\"hello\", params.parse[String](\"message\"))\n    \n    setParameter(\"ten\", \"10\")\n    assertSome(10, params.parse[Int](\"ten\"))\n    assertSome(10, params.parse[java.lang.Integer](\"ten\"))\n    assertSome(10L, params.parse[Long](\"ten\"))\n    \n    setParameter(\"half\", \"0.5\")\n    assertEquals(0.5, params.parse[Float](\"half\").get, 0.01)\n    assertEquals(0.5, params.parse[Double](\"half\").get, 0.01)\n    \n    setParameter(\"birthDate\", \"1980\/4\/15\")\n    assertSome(birthDate.getTime, params.parse[Date](\"birthDate\"))\n    assertSome(birthDate, params.parse[Calendar](\"birthDate\"))\n    \n    setParameter(\"locale\", Locale.US.toString)\n    assertSome(Locale.US, params.parse[Locale](\"locale\"))\n    \n    setParameter(\"blog\", \"http:\/\/tzavellas.com\/techblog\")\n    assertSome(new URI(\"http:\/\/tzavellas.com\/techblog\"), params.parse[URI](\"blog\"))\n    \n    setParameter(\"decimal\", \"123.4567890\")\n    assertSome(new BigDecimal(\"123.4567890\"), params.parse[BigDecimal](\"decimal\"))\n  }\n  \n  @Test\n  def parse_parameter_using_custom_parser() {\n    setParameter(\"10 dollars\", \"$10\")\n    assertSome(new java.math.BigDecimal(\"10.00\"),\n               params.parse(\"10 dollars\", new CurrencyConverter))\n  }\n  \n  \n  private def birthDate = {\n    val cal = java.util.Calendar.getInstance\n    cal.clear()\n    cal.set(1980, 3, 15)\n    cal\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/security\/DefaultCryptoProvider.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.security\n\nimport javax.crypto.spec.IvParameterSpec\n\n\/**\n * The default implementation of <code>CryptoProvider<\/code>.\n * \n * <p>For signing this implementation uses <em>HMAC-SHA1<\/em> and for\n * encryption <em>AES<\/em> with 128bit keys.<\/p>\n *\/\nclass DefaultCryptoProvider extends AbstractCryptoProvider {\n\n  def signingAlgorithm = \"HmacSHA1\"\n\n  def encryptionAlgorithm = \"AES\"\n\n  def encryptionMode = \"CBC\"\n\n  def encryptionPadding = \"PKCS5Padding\"\n\n  def encryptionKeyLength = 128\n\n  val initVector = new IvParameterSpec(Array(\n    7, 124, -33, -2, 90, 39, 88, 40, 100, 3, 65, -78, -13, 87, 56, 41))\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceSupport.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceSupport.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport com.google.inject.Injector\n\n\/**\n * Performs all the necessary setup to allow a Guice <code>Injector<\/code>\n * to instantiate the controllers of this web module.\n * \n * <p>This trait registers all the <code>Controller<\/code> classes found\n * in the <code>Injector<\/code> in the module's controller registry. The\n * controller's must have the {@code Singleton} scope.<\/p>\n * \n * @see <a href=\"http:\/\/code.google.com\/p\/google-guice\/\">Guice<\/a>\n *\/\ntrait GuiceSupport {\n\n  this: ControllerRegistry =>\n\n  \/** The injector to use for creating the Controllers. *\/\n  def injector: Injector\n\n  GuiceRegistrar.registerControllers(this, injector)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/CookieLocaleResolver.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n * \n * Ported from Spring Framework, original authors\n * are <NAME> and <NAME>.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http._\nimport com.tzavellas.coeus.bind.converter.LocaleConverter\n\n\/**\n * Resolves the user's locale based on an HTTP cookie.\n * \n * <p>This implementation caches the resolved Locale in a ServletRequest attribute.<\/p>\n * \n * @param default the <code>Locale<\/code> to use if a cookie with a locale is not found\n * in the user's request.\n *\/\nclass CookieLocaleResolver(default: Option[Locale] = None) extends LocaleResolver {\n  \n  private[this]   val ATTRIBUTE_NAME = classOf[CookieLocaleResolver].getName + \".Locale\"\n  private[locale] val COOKIE_NAME = classOf[CookieLocaleResolver].getSimpleName + \".Locale\"\n  \n  private val parseLocale = new LocaleConverter().parse(_: String, null)\n  \n  \/**\n   * Get the user's locale from an HTTP cookie.\n   * \n   * <p>If an HTTP cookie with the locale is not found in the user's request then the \n   * default locale is returned. If the default locale is not specified then the locale from\n   * the <code>HttpServletRequest<\/code> is returned.<\/p>\n   * \n   * @param request the request that contains the cookie to use for resolving the Locale\n   *\/\n  def resolve(request: HttpServletRequest): Locale = {\n    var locale = request.getAttribute(ATTRIBUTE_NAME).asInstanceOf[Locale]\n    if (locale ne null) {\n      return locale\n    }\n    if (request.getCookies eq null) {\n      return defaultLocaleFor(request)\n    }\n    for(cookie <- request.getCookies.find(_.getName == COOKIE_NAME)) {\n      locale = parseLocale(cookie.getValue)\n      request.setAttribute(ATTRIBUTE_NAME, locale)\n      return locale\n    }\n    defaultLocaleFor(request)\n  }\n  \n  \n  \/**\n   * Set the specified locale in a HTTP cookie.\n   * \n   * <p>If the specified <code>Locale<\/code> is <code>null<\/code> then the cookie with the locale\n   * will get removed (its max-age will be set to zero) and this resolver will return the default\n   * locale in subsequent calls of the {@link #resolve(request)} method<\/p>\n   * \n   * @param request the current Servlet request\n   * @param response the current Servlet response\n   * @param locale the user's locale\n   *\/\n  def setLocale(request: HttpServletRequest, response: HttpServletResponse, locale: Locale) {    \n    if (locale ne null) {\n      request.setAttribute(ATTRIBUTE_NAME, locale)\n      val cookie = new Cookie(COOKIE_NAME, locale.toString)\n      cookie.setMaxAge(Integer.MAX_VALUE)\n      cookie.setPath(request.getServletPath)\n      response.addCookie(cookie)\n    } else {\n      request.setAttribute(ATTRIBUTE_NAME, defaultLocaleFor(request))\n      val cookie = new Cookie(COOKIE_NAME, \"\")\n      cookie.setMaxAge(0)\n      cookie.setPath(request.getServletPath)\n      response.addCookie(cookie)\n    }\n  }\n  \n  \n  private def defaultLocaleFor(request: HttpServletRequest) = default match {\n    case None => request.getLocale\n    case Some(locale) => locale\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/Converter.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind\n\nimport java.util.Locale\n\n\/**\n * Aggregate trait for {@code Parser} and {@code Formatter}.\n * \n * <p>{@code Converter} implementations must be <em>thread-safe<\/em>.<\/p>\n *\/\ntrait Converter[T] extends Parser[T] with Formatter[T]\n\n\/**\n * Converts and formats object values to Strings.\n * \n * <p>{@code Formatter} implementations must be <em>thread-safe<\/em>.<\/p>\n * \n * @param T the type of objects this {@code Formatter} knows how to format. \n *\/\ntrait Formatter[-T] {\n\t\n\t\/**\n\t * Format the specified value into a String.\n\t * \n\t * @param value the value to format into a String\n\t * @param locale the {@code Locale} to use for formatting {@code value}\n\t * @return a String representation for {@code value} (never {@code null})\n\t *\/\n  def format(value: T, locale: Locale): String\n}\n\n\/**\n * Parse String values into objects.\n * \n * <p>{@code Parser} implementations must be <em>thread-safe<\/em>.<\/p>\n * \n * @param T the type of objects this {@code Parser} knows how to create. \n *\/\ntrait Parser[+T] {\n\t\n\t\/**\n\t * Converts the specified String into an object of type {@code T}.\n\t * \n\t * @param text the String to convert\n\t * @param locale the {@code Locale} to use for converting the String\n\t * @return a valid {@code T} object (never {@code null})\n\t *\/\n  def parse(text: String, locale: Locale): T  \n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/StringConverter.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/StringConverter.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.Converter\n\n\/**\n * A Converter for String objects that trims the input when formating and parsing\n *\/\nclass StringConverter extends Converter[String] {\n  \n   \/**\n   * Returns value with no modification\n   *\/\n  def parse(text: String, locale: Locale) = text\n  \n  \/**\n   * Returns value with no modification\n   *\/\n  def format(value: String, locale: Locale) = value\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/HttpRequestHeadersTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http\n\nimport java.util.{ Date, Locale }\nimport java.net.URI\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletRequest\nimport com.tzavellas.coeus.bind.ConverterRegistry\nimport com.tzavellas.coeus.i18n.locale.FixedLocaleResolver\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.test.Assertions._\n\nclass HttpRequestHeadersTest {\n\n  val mock = new MockHttpServletRequest\n  val request = new WebRequest(null, mock, null,\n                               new FixedLocaleResolver(Locale.US),\n                               ConverterRegistry.defaultConverters, null)\n  \n  @Test\n  def read_string_headers_does_not_require_type_argument() {\n    mock.addHeader(\"Location\", \"here\")\n    assertSome(\"here\", request.header(\"Location\"))\n  }\n  \n  @Test\n  def read_int_header() {\n    mock.addHeader(\"max-age\", \"99\")\n    assertSome(99, request.headerInt(\"max-age\"))\n  }\n  \n  @Test\n  def read_date_header() {\n    val date = new Date\n    mock.addHeader(\"date\", date)\n    assertSome(date.getTime, request.headerDate(\"date\"))\n  }\n  \n  @Test\n  def read_non_existing_header() {\n    assertNone(request.headerInt(\"does not exist\"))\n    assertNone(request.header(\"does not exist\"))\n    assertNone(request.headerDate(\"does not exist\"))\n  }\n  \n  @Test\n  def header_names() {\n    assertFalse(request.headerNames.hasNext)\n    mock.addHeader(\"Location\", \"here\")\n    assertTrue(request.headerNames.contains(\"Location\"))\n  }\n  \n  @Test\n  def multiple_header_values() {\n    assertFalse(request.headerValues(\"does-not-exist\").hasNext)\n    mock.addHeader(\"accept-encoding\", \"gzip\")\n    mock.addHeader(\"accept-encoding\", \"deflate\")\n    assertTrue(request.headerValues(\"accept-encoding\").contains(\"gzip\"))\n    assertTrue(request.headerValues(\"accept-encoding\").contains(\"deflate\"))\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/FormHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport scala.xml.{ Elem, Text, Null, UnprefixedAttribute }\nimport com.tzavellas.coeus.mvc.WebRequest\nimport com.tzavellas.coeus.mvc.scope.ScopeAccessor\nimport com.tzavellas.coeus.mvc.controller.ModelAttributes\nimport com.tzavellas.coeus.http.security.CsrfProtection\n\n\/**\n * Methods for generating HTML tags related to forms.\n *\/\ntrait FormHelper {\n  \n  private[this] val EmptyElem = Text(\"\")\n  \n  \/**\n   * Returns a {@code span} element that contains the error for the specified field or\n   * an empty XML node if the field has no error.\n   * \n   * <p>The XML returned has the following format:\n   * {@literal <span class=\"error\">error-message<\/span>}.<\/p>\n   * \n   * @param field the name of the field\n   *\/\n  def error(field: String)(implicit scopes: ScopeAccessor) = {\n    val req = scopes.request\n    bindingResult.formatError(field, req.locale, req.messages) match {\n      case None      => EmptyElem\n      case Some(err) => <span class=\"error\">{ err }<\/span>\n    }\n  }\n  \n  private def labelMessage(field: String, code: String, request: WebRequest) = {\n    val msgCode = if (code ne null) code else field\n    if (ModelAttributes.containsBindingResult(request)) {\n      val modelName= ModelAttributes.getCurrentModelName(request)\n      request.messages(request.locale, modelName + \".\" + msgCode)\n    } else {\n      request.messages(request.locale, msgCode)\n    }\n  }\n\n  \/**\n   * Generates an HTML {@code label} tag for the specified field.\n   * \n   * <p>The XML returned has the following format:\n   * {@literal <label for=\"field\">field-message<\/label>}.<\/p>\n   * \n   * @param field the name of the field\n   * @param code  an i18n message code to use for looking up the label's text or\n   *              {@code null} to use the field's name as a i18n message code.\n   *\/\n  def label(field: String, code: String = null)(implicit scopes: ScopeAccessor) = {\n    <label for={field}>{ labelMessage(field, code, scopes.request) }<\/label>\n  }\n  \n  \/**\n   * Generates a {@code label} tag for the specified field that may also contain a {@code span}\n   * element with the error of the specified field.\n   * \n   * <p>The XML returned has the following format:<br\/>\n   * {@literal <label for=\"field\">field-message <span class=\"error\">error-message<\/span><\/label>}.<\/p>\n   * \n   * @param field the name of the field\n   * @param code  an i18n message code to use for looking up the label's text or\n   *              {@code null} to use the field's name as a i18n message code.\n   * \n   * @see {@link #label}\n   * @see {@link #error}\n   *\/\n  def label_and_error(field: String, code: String = null)(implicit scopes: ScopeAccessor) = {\n    <label for={field}>{ labelMessage(field, code, scopes.request) } { error(field) }<\/label>\n  }\n\n  \/**\n   * Returns the specified String only if the current {@code BindingResult} has\n   * errors.\n   * \n   * @param body the String to return is the {@code BindingResult} has errors\n   *\/\n  def show_on_error(body: => String)(implicit scopes: ScopeAccessor): String = {\n    if (bindingResult.hasErrors) body else \"\"\n  }\n\n  \/**\n   * Changes the \"modelAttibute\" request attribute to the specified value.\n   * \n   * <p>This method is useful in pages that have more than one form.<\/p>\n   *\/\n  def change_model_name_to(newName: String)(implicit scopes: ScopeAccessor) {\n    ModelAttributes.setCurrentModelName(newName, scopes.request)\n  }\n  \n  def checkbox(field: String, value: Any, checkedValue: String = \"true\", uncheckedValue: String = \"false\") = {\n    val isChecked = value.toString == checkedValue\n    val checkedAttr = if (isChecked) Some(\"checked\") else None\n    <xml:group>\n    <input type=\"checkbox\" name={field} value={checkedValue} checked={checkedAttr.map(c => Seq(Text(c)))} \/>\n    <input type=\"hidden\" name={field} value={uncheckedValue} \/>\n    <\/xml:group>\n  }\n  \n  private val id: Any => Any = { x => x }\n  \n  def select[T](field: String, coll: Traversable[T],\n    toLabel: T => Any = id,\n    toValue: T => Any = null)\n      (implicit scopes: ScopeAccessor) = {\n    val _toValue = if (toValue eq null) toLabel else toValue\n    val existing = bindingResult.fieldValue(field)\n    <select name={field}>\n    { for (elem <- coll) yield\n      if (existing != elem) <option value={_toValue(elem).toString}>{toLabel(elem)}<\/option>\n      else <option value={_toValue(elem).toString} selected=\"selected\">{toLabel(elem)}<\/option> }\n    <\/select>\n  }\n  \n  def format_field(field: Symbol)(implicit scopes: ScopeAccessor): String = {\n    format_field(field.toString)(scopes)\n  }\n  \n  def format_field(field: String)(implicit scopes: ScopeAccessor): String = {\n    bindingResult.format(field, scopes.request.locale)\n  }\n  \n  def format_field(value: Any)(implicit scopes: ScopeAccessor): String = {\n    bindingResult.formatValue(value, scopes.request.locale)\n  }\n  \n  def format_value(value: Any)(implicit scopes: ScopeAccessor): String = {\n    if (value != null) {\n      val ref = value.asInstanceOf[AnyRef]\n      val fmt = scopes.request.converters.formatter(ref.getClass)\n      fmt.format(ref, scopes.request.locale)\n    } else {\n      \"\"\n    }\n  }\n  \n  \/**\n   * Creates a hidden input tag that contains the CSRF protection token.\n   *\/\n  def csrf_token(implicit scopes: ScopeAccessor) = {\n    <input type=\"hidden\" name={CsrfProtection.tokenName} value={CsrfProtection.getToken(scopes.session)}\/>\n  }\n  \n  def csrf_meta_tags(implicit scopes: ScopeAccessor) = {\n    <xml:group>\n      <meta name=\"csrf-param\" content={CsrfProtection.tokenName}\/>\n      <meta name=\"csrf-token\" content={CsrfProtection.getToken(scopes.session)}\/>\n    <\/xml:group>\n  }\n  \n  def http_method(method: String) = {\n    <input type=\"hidden\" name=\"_method\" value={method}\/>\n  }\n  \n  def action_link(href: String, text: String, attrs: (String, Any)* ) = {\n    var a = <a href={href} rel=\"nofollow\">{text}<\/a>\n    for ((attr, value) <- attrs) {\n      val name = attr match {\n        case \"method\"       => \"data-method\"\n        case \"remote\"       => \"data-remote\"\n        case \"confirm\"      => \"data-confirm\"\n        case \"disable-with\" => \"data-disable-with\"\n        case name           => name\n      }\n      a = a % new UnprefixedAttribute(name, Text(value.toString), Null)\n    }\n    a\n  }\n  \n  private def bindingResult(implicit s: ScopeAccessor) = ModelAttributes.getBindingResult(s.request)\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/scope\/FlashScopeTest.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.scope\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.tzavellas.coeus.mvc.WebRequest\nimport org.springframework.mock.web.{ MockHttpSession, MockHttpServletRequest }\n\nclass FlashScopeTest extends AbstractScopedContainerTest {\n  \n  val mock = new MockHttpSession\n  val servletRequest = new MockHttpServletRequest\n  servletRequest.setSession(mock)\n  \n  val session = new WebSession(mock)\n  val attributes = new FlashScope(session)\n  \n  def setAttributeToMock(name: String, value: Any) {\n    FlashScope.getOrCreateFlashMap(session).put(name, new FlashScopeEntry(value))\n  }\n  \n  @Test\n  def attributes_get_removed_after_read_from_flash() {\n    val creating = createWebRequest\n    creating.flash(\"ten\") = 10L\n    FlashScope.sweep(creating)\n    \n    val reading = createWebRequest\n    assertEquals(10, reading.flash(\"ten\"))\n    FlashScope.sweep(reading)\n    \n    val evicted = createWebRequest\n    assertEquals(None, evicted.flash.get(\"ten\"))\n  }\n  \n  @Test\n  def attributes_get_removed_after_read_even_when_created_on_the_same_request() {\n    val creating = createWebRequest\n    creating.flash(\"ten\") = 10L\n    assertEquals(10, creating.flash(\"ten\"))\n    FlashScope.sweep(creating)\n    \n    val evicted = createWebRequest\n    assertEquals(None, evicted.flash.get(\"ten\"))\n  }\n  \n  @Test\n  def no_object_in_session_if_flash_is_empty() {\n    val creating = createWebRequest\n    creating.flash(\"ten\") = 10L\n    assertEquals(10, creating.flash(\"ten\"))\n    FlashScope.sweep(creating)\n    \n    assertFalse(mock.getAttributeNames.hasMoreElements)\n  }\n  \n  @Test\n  def no_race_condition_if_one_request_sweeps_the_flash_while_the_other_is_updating_it() {\n    val sweeper = createWebRequest\n    sweeper.flash(\"ten\") = 10L\n    assertEquals(10, sweeper.flash(\"ten\"))\n    \n    val mutator = createWebRequest\n    \n    FlashScope.sweep(sweeper)\n    assertFalse(\"No elements in flash, so session must be empty\", mock.getAttributeNames.hasMoreElements)\n    \n    mutator.flash(\"mutator\") = \"hello\"\n    FlashScope.sweep(mutator)\n    assertTrue(\"Session should contain the flash map\", mock.getAttributeNames.hasMoreElements)\n  }\n  \n  \n  @Test\n  def attribute_persists_multiple_request_if_not_read() {\n    val creating = createWebRequest\n    creating.flash(\"ten\") = 10L\n    FlashScope.sweep(creating)\n    \n    val intermediate = createWebRequest\n    FlashScope.sweep(intermediate)\n    \n    val reading = createWebRequest\n    assertEquals(10, reading.flash(\"ten\"))\n    FlashScope.sweep(reading)\n    \n    val evicted = createWebRequest\n    assertEquals(None, evicted.flash.get(\"ten\"))\n  }\n  \n  @Test\n  def attributes_get_removed_after_a_time_period_even_if_not_read() {\n    val creating = createWebRequest\n    creating.flash(\"ten\") = 10L\n    FlashScope.sweep(creating)\n    \n    val expired = createWebRequestWithExpiredFlash\n    FlashScope.sweep(expired)\n    \n    val evicted = createWebRequest\n    assertEquals(None, evicted.flash.get(\"ten\"))\n  }\n  \n  def createWebRequest = new WebRequest(null, servletRequest, null, null, null, null)\n  \n  def createWebRequestWithExpiredFlash =\n    new WebRequest(null, servletRequest, null, null, null, null) with ExpiredFlashScope\n  \n  \/\/ static mocks ------------------------------------------------\n  \n  trait ExpiredFlashScope extends WebRequest {\n    val servletRequest: javax.servlet.http.HttpServletRequest\n    def session: WebSession\n    abstract override lazy val flash = new FlashScope(session) {\n      override def hasExpired(entry: FlashScopeEntry) = true\n    }\n  }\n}\n\n\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/util\/internal\/ReflectionHelper.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.util.internal\n\nimport java.lang.reflect.{ Method, ParameterizedType, Modifier } \nimport com.tzavellas.coeus.FrameworkException\n\n\/**\n * Various utility methods for working with reflection APIs.\n *\/\nobject ReflectionHelper {\n\n  \/**\n   * Tests whether the specified class is an abstract class or interface.\n   *\/\n  def isAbstract(klass: Class[_]) = {\n    val modifiers = klass.getModifiers\n    Modifier.isAbstract(modifiers) || Modifier.isInterface(modifiers) \n  }\n\n  \/**\n   * Tries to find the type argument of the collection or array that gets returned\n   * from the given method.\n   * \n   * @param collectionGetter a method that returns a collection or array\n   * @throws FrameworkException if a type argument cannot be found \n   *\/\n  def getTypeArgumentsOfCollection(collectionGetter: Method): Array[Class[_]] = { \n    \n    collectionGetter.getGenericReturnType match {\n      \n      case paramType: ParameterizedType =>\n        paramType.getActualTypeArguments.collect { case c: Class[_] => c }\n      \n      case array: Class[_] if array.isArray =>\n        Array(array.getComponentType)\n      \n      case unknown =>\n        throw new FrameworkException(\"Error while reading generic type argument from type: \" + unknown)\n    }\n  }\n  \n  \/**\n   * Updates an array using {@link java.lang.reflect.Array} methods.\n   * \n   * @param array the array to update\n   * @param index the index of the element to update\n   * @param value the new value of the element\n   *\/\n  def updateArray(array: Array[_], index: Int, value: Any) {\n    import java.lang.reflect.Array._\n    \n    value match {\n      case b: Boolean => setBoolean(array, index, b)\n      case b: Byte    => setByte(array, index, b)\n      case c: Char    => setChar(array, index, c)\n      case d: Double  => setDouble(array, index, d)\n      case f: Float   => setFloat(array, index, f)\n      case i: Int     => setInt(array, index, i)\n      case l: Long    => setLong(array, index, l)\n      case s: Short   => setShort(array, index, s)\n      case _          => set(array, index, value)\n    }\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/VSpecErrorFormatter.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec\n\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.{ ConverterRegistry, Error, ErrorFormatter }\nimport com.tzavellas.coeus.i18n.msg.MessageBundle\nimport com.tzavellas.coeus.util.internal.{ Strings, Interpolator }\n\nobject VSpecErrorFormatter extends ErrorFormatter { \n  \n  def format(error: Error, locale: Locale, messages: MessageBundle, formatters: ConverterRegistry) = {\n    \n    def interpolate(msg: String, args: Seq[Any]) = {\n      def fmt: Any => String = {\n        case null          => \"null\"\n        case str: String   => str\n        case cls: Class[_] => cls.getSimpleName\n        case ref: AnyRef   => formatters.formatter(ref.getClass).format(ref, locale)\n        case any: Any      => any.toString\n      }\n      Interpolator.interpolateNumericVars(msg, args, fmt)\n    }\n\n    def errorMessage: String = {\n    \n      def defaultMsgCode = {\n        val perObject = new StringBuilder(\"constraint\")\n        perObject.append(\".\")\n        perObject.append(error.code)\n        perObject.toString\n      }\n\n      def perObjectMsgCode = {\n        val className = Strings.firstCharToLower(error.args(1).asInstanceOf[Class[_]].getSimpleName)\n        val perObject = new StringBuilder(className)\n        perObject.append(\".\")\n        perObject.append(error.args(0))\n        perObject.append(\".\")\n        perObject.append(error.code)\n        perObject.toString\n      }\n\n      val perObjectMsg = messages.get(locale, perObjectMsgCode)\n      perObjectMsg.getOrElse(messages(locale, defaultMsgCode))\n    }\n    \n    interpolate(errorMessage, error.args)\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/param\/PathParametersTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.param\n\nimport java.util.Locale\nimport scala.collection.mutable.Map\nimport com.tzavellas.coeus.bind.ConverterRegistry\n\nclass PathParametersTest extends AbstractParametersTest {\n\n  val pathVariables = Map[String, String]()\n  val params = new PathParameters(pathVariables, Locale.US, ConverterRegistry.defaultConverters)\n  \n  def setParameter(name: String, value: String) {\n    pathVariables += (name -> value)\n  }\n  \n  @org.junit.Test\n  def needed_for_eclipse_since_concrete_class_has_no_tests() { } \n}\n\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/i18n\/locale\/FixedLocaleResolver.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.i18n.locale\n\nimport java.util.Locale\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\n\n\/**\n * A <code>LocaleResolver<\/code> that resolves to the same locale for all\n * requests.\n * \n * @param default the default locale to use if a locale is not set\n *\/\nclass FixedLocaleResolver(val default: Locale) extends LocaleResolver {\n\n  @volatile\n  private[this] var locale: Locale = null\n  \n  \/**\n   * Returns the same locale for all requests.\n   *\/\n  def resolve(request: HttpServletRequest) = if (locale eq null) default else locale\n  \n  \/**\n   * Sets the locale to be used for all requests.\n   *\/\n  def setLocale(request: HttpServletRequest, response: HttpServletResponse, newLocale: Locale) {\n    locale = newLocale\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewFactory.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\nimport java.io.{ File, InputStream }\nimport com.tzavellas.coeus.http.HttpStatus\n\n\nobject ViewFactory extends ViewFactory\n\n\/**\n * Helper methods for constructing {@code View} objects.\n *\/\ntrait ViewFactory {\n  \n  \/**\n   * Returns a {@link NullView}.\n   * \n   * <p>This method is used to convey that the controller's handler method\n   * has already done the view processing and that the framework should not try\n   * to render a view.<\/p>\n   *\/\n  def rendered = NullView\n  \n  \/**\n   * Returns the {@link ViewName} with the specified name.\n   * \n   * <p>This method is useful when you want to return a view name from the\n   * {@link #ifValid()} and the {@link BeforeFilter#before()} methods that\n   * must always return a <code>View<\/code> object.<\/p>\n   * \n   * @param viewName the name of the view\n   * @see {@link com.tzavellas.coeus.view.ViewResolver ViewResolver}\n   *\/\n  def render(viewName: String) = new ViewName(viewName) \n  \n  \/**\n   * Returns a <code>View<\/code> that when rendered will redirect to the\n   * specified <code>location<\/code> using the specified HTTP status code.\n   * \n   * <p>If you want to include all the request parameters in the redirect\n   * URL you can use the following code:\n   * <pre>\n   * redirect(location, status, params.toSeq: _*)\n   * <\/pre>\n   * <\/p>\n   * \n   * @param location the location to redirect to\n   * @param status the HTTP status code of the response (must be a redirection, 300 series)\n   * @param parameters any request parameters to include in the redirect URL\n   *\/\n  def redirect(location: String, status: Int, parameters: (String, Any)*) =\n    new RedirectView(location, status, parameters: _*)\n  \n  \/**\n   * Returns a <code>View<\/code> that when rendered will redirect using the\n   * <em>303 (See Other)<\/em> HTTP status code.\n   * \n   * @param location the location to redirect to\n   * @param parameters any request parameters to include in the redirect URL\n   *\/\n  def redirect(location: String, parameters: (String, Any)*) =\n    new RedirectView(location, HttpStatus.SEE_OTHER, parameters: _*)\n\n  \/**\n   * Construct a {@link TextView} that renders the specified value.\n   * \n   * @param any to value to render in the <code>View<\/code>\n   * @param contentType the response's content-type\n   *\/\n  def send(any: Any, contentType: String = \"text\/html\") = {\n    val text = if (any == null) \"\" else any.toString\n    new TextView(text, contentType)\n  }  \n  \n  \/**\n   * Construct a {@link StreamingView} to send the specified {@code InputStream}\n   * to the client.\n   * \n   * <p>The length of the data is used to used to set the <em>Content-Length<\/em> HTTP\n   * header in the response. If the length specified has a negative value then the\n   * <em>Content-Length<\/em> HTTP header is not set.<\/p>\n   * \n   * <p>The filename is used in the <em>Content-Disposition<\/em> HTTP header. If the filename\n   * specified is the empty string then the <em>Content-Disposition<\/em> HTTP header is not\n   * set.<\/p> \n   * \n   * @param input the <code>InputStream<\/code> to send to the client\n   * @param length the length of the data, or a negative value to disable\n   * @param filename the filename to use for the Content-Disposition header, or the empty string to disable\n   * @param contentType the response's content-type\n   * @param disposition can be \"attachment\" or \"inline\" and it is used in the Content-Disposition header \n   *\/\n  def stream(\n    input: InputStream,\n    length: Long = -1,\n    filename: String = \"\",\n    contentType: String = \"application\/octet-stream\",\n    disposition: String = \"attachment\") =\n      new StreamingView(input, length, filename, contentType, disposition)\n  \n  \/**\n   * Construct a {@link StreamingView} to send the specified <code>File<\/code> to the client.\n   * \n   * <p>The <code>View<\/code> returned by this method, when rendered, will set the\n   * <em>Content-Disposition<\/em> HTTP header to \"attachment\" and the <em>Content-Length<\/em>\n   * HTTP header to the size of the specified file.<\/p>  \n   * \n   * @param file the <code>File<\/code> to send to the client\n   * @param contentType the response's content-type \n   *\/\n  def streamFile(file: File, contentType: String = \"application\/octet-stream\") =\n    StreamingView.streamFile(file, contentType)\n  \n  \/**\n   * Returns a {@link SendfileView} that when rendered will set the <em>X-Sendfile<\/em>\n   * HTTP header telling the web server to serve the specified file.\n   * \n   * <p><strong>Important:<\/strong>The view returned by this method will not stream the\n   * data of the specified file to the client. It will just set an HTTP header telling the\n   * web server to send the file. Make sure your web\/application server supports the\n   * <em>X-Sendfile<\/em> HTTP header before using this method.<\/p>  \n   * \n   * @param file the path to the file to use for the <em>X-Sendfile<\/em> HTTP header\n   * @param contentType the response's content-type\n   * @param disposition can be \"attachment\" or \"inline\" and it is used in the Content-Disposition header\n   *\/\n  def sendfile(file: String, contentType: String = \"application\/octet-stream\", disposition: String = \"attachment\") =\n    new SendfileView(file, contentType, disposition)\n\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/validation\/vspec\/constraint\/GenericConstraints.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.validation.vspec.constraint\n\nimport com.tzavellas.coeus.bind.Error\n\ntrait GenericConstraints {\n  \n  def isNotNull[T <: AnyRef] = new Constraint[T] {\n    def isValid(value: T) = value != null\n    \n    def getError(targetClass: Class[_], field: String, value: T) = \n      Error.validationFailure(\"notNull\", field, targetClass, value)\n  }\n  \n  def isOneOf[T](values: T*) = new Constraint[T] {\n    def isValid(value: T) = values.contains(value)\n    \n    def getError(targetClass: Class[_], field: String, value: T) = \n      Error.validationFailure(\"enumerated\", field, targetClass, value, values)\n  }\n  \n  def satisfies[T](test: T => Boolean) = new Constraint[T] {\n    def isValid(value: T) = value == null || test(value)\n    \n    def getError(targetClass: Class[_], field: String, value: T) = \n      Error.validationFailure(\"generic\", field, targetClass, value)\n  }\n  \n  def isUnique[T](query: T => Option[_]) = new Constraint[T] {\n    def isValid(value: T) = value == null || query(value) == None\n    \n    def getError(targetClass: Class[_], field: String, value: T) = \n      Error.validationFailure(\"unique\", field, targetClass, value)\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/mvc\/view\/scalate\/ScalateViewResolverTest.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.scalate\n\nimport javax.servlet.ServletContext\nimport org.junit.{ Before, Test, Ignore }\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport org.mockito.Matchers._\nimport com.tzavellas.coeus.test.TestHelpers\n\n\nclass ScalateViewResolverTest extends TestHelpers {\n\n  val servlets = mock[ServletContext]\n  \n  @Before\n  def realPaths() {\n    stubPath(\"\/\")\n    stubPath(\"\/WEB-INF\/classes\")\n    stubPath(\"\/WEB-INF\/lib\")\n  }\n  \n  @Test\n  def resolver_returns_null_for_nonexisting_template() {\n    val resolver = new ScalateViewResolver(servlets)\n    assertNull(resolver.resolve(\"does-not-exist\"))\n  }\n  \n  @Test\n  def resolve_a_template() {\n    val resolver = new ScalateViewResolver(servlets)\n    stubPath(\"\/WEB-INF\/templates\/text-only.ssp\")\n    assertNotNull(resolver.resolve(\"text-only\"))\n  }\n  \n  @Test\n  def change_prefix_and_suffix_and_resolve_a_template() {\n    val config = new ScalateConfigurator(servlets)\n    config.templatePrefix=\"\/WEB-INF\/other-templates\/\"\n    config.templateSuffix=\".scaml\"\n    val resolver = new ScalateViewResolver(config)\n    stubPath(\"\/WEB-INF\/other-templates\/text-only.scaml\")\n    assertNotNull(resolver.resolve(\"text-only\"))\n  }\n  \n  def stubPath(path: String) {\n    when(servlets.getRealPath(path)).thenReturn(realPath(path))\n  }\n  \n  def realPath(path: String) = {\n    val testClassPathRoot = new java.io.File(getClass.getClassLoader.getResource(\"WEB-INF\").toURI).getParent\n    testClassPathRoot.toString + (if (path.startsWith(\"\/\")) \"\" else \"\/\") + path\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/MutableHandlerMap.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\n\nprivate class MutableHandlerMap extends HandlerMap {\n\n  @volatile\n  private var handlers = Map[Symbol, Handler]()\n\n  def hasHandlers = !handlers.isEmpty\n\n  def isEmpty = handlers.isEmpty\n  \n  def isMethodAllowed(method: Symbol) = handlers.contains(method)\n  \n  def supportedMethods = handlers.keySet.map(_.name)\n\n  def apply(method: Symbol) = handlers(method)\n\n  def put(method: Symbol, handler: Handler) {\n    handlers = handlers + (method -> handler)\n  }\n\n  def putAll(source: MutableHandlerMap) {\n    handlers = handlers ++ source.handlers\n  }\n\n  def addMissingHandlers(source: MutableHandlerMap) {\n    for (handler <- source.handlers if ! handlers.contains(handler._1))\n      handlers = handlers + handler\n  }\n\n  override def toString = handlers.toString\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CharsetConverter.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CharsetConverter.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.nio.charset.Charset\nimport java.util.Locale\nimport com.tzavellas.coeus.bind.Converter\n\nclass CharsetConverter extends Converter[Charset] {\n\n  def parse(text: String, locale: Locale) = Charset.forName(text)\n  \n  def format(charset: Charset, locale: Locale) = charset.toString\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/http\/HttpResponseHeadersTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.springframework.mock.web.MockHttpServletResponse\nimport com.tzavellas.coeus.mvc.WebResponse\n\nclass HttpResponseHeadersTest {\n  \n  val mock = new MockHttpServletResponse\n  val response = new WebResponse(mock)\n  \n  @Test\n  def setting_headers() {\n    response.header(\"Location\", \"http:\/\/google.com\")\n    assertEquals(\"http:\/\/google.com\", mock.getHeader(\"Location\"))\n    \n    response.header(\"max-age\", 99)\n    assertEquals(\"99\", mock.getHeader(\"max-age\"))\n    \n    val now = new java.util.Date\n    response.header(\"Expires\", now)\n    assertEquals(now, new java.util.Date((mock.getHeader(\"Expires\").toLong)))\n  }\n  \n  @Test\n  def multiple_header_values() {\n    response.addHeader(\"Location\", \"http:\/\/google.com\")\n    response.addHeader(\"Location\", \"http:\/\/yahoo.com\")\n    assertEquals(\"http:\/\/google.com\", mock.getHeaders(\"Location\").get(0))\n    assertEquals(\"http:\/\/yahoo.com\", mock.getHeaders(\"Location\").get(1))\n  }\n\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/http\/multipart\/FormFile.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.http.multipart\n\nimport java.io.{ File, InputStream }\n\n\/**\n * An uploaded file.\n *\/\ntrait FormFile {\n  \n  \/**\n   * The name of the field in the multipart form corresponding to this\n   * file.\n   *\/\n  def fieldName: String\n  \n  \/**\n   * The headers of this form file\n   *\/\n  def headers: FormFile.Headers\n  \n  \/**\n   * The content-type of the file if available.\n   *\/\n  def contentType: Option[String]\n  \n  \/**\n   * The character set of the file if available\n   *\/\n  def charSet: Option[String]\n  \n  \/**\n   * The name of that this file has in the client's filesystem.\n   *\/\n  def filename: String\n  \n  \/**\n   * The temporary file where the contents of this FormFile are stored.\n   *\/\n  def tmpFile: Option[File]\n  \n  \/**\n   * Tests whether the contents\n   *\/\n  def isAvailable: Boolean\n  \n  \/**\n   * Get an {@code InputStream} to read the files contents.\n   *\/\n  def inputStream: InputStream\n  \n  \/**\n   * The contents of the file as a byte array.\n   *\/ \n  def contents: Array[Byte]\n  \n  \/**\n   * Write the contents of this FormFile to the specified file.\n   *\/\n  def writeTo(file: File)\n  \n  \/**\n   * Write the contents of this FormFile to the specified file.\n   *\/\n  def writeTo(path: String)\n  \n  \/**\n   * Delete any temporary file used to store this files contents.\n   *\/\n  def delete()\n}\n\nobject FormFile {\n  \n  trait Headers {\n  \n    def apply(name: String): String\n  \n    def values(name: String): Iterator[String]\n  \n    def names: Iterator[String]\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/bind\/converter\/CalendarConverter.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.bind.converter\n\nimport java.util.{Date, Calendar, TimeZone, Locale}\nimport java.text.{DateFormat, SimpleDateFormat}\nimport com.tzavellas.coeus.bind.Converter\n\nclass CalendarConverter(\n  patternOrStyle: Either[String, Int] = Left(\"yy\/MM\/dd\"),\n  lenient: Boolean = false,\n  timeZone: Option[TimeZone] = None)\n    extends Converter[Calendar] {\n  \n  private[this] val converter = new DateConverter(patternOrStyle, lenient, timeZone)\n  \n  def parse(text: String, locale: Locale) = {\n    val date = converter.parse(text, locale)\n    if (date eq null) null else {\n      val calendar = Calendar.getInstance\n      calendar.setTime(date)\n      calendar\n    }\n  }\n  \n  def format(calendar: Calendar, locale: Locale) = converter.format(calendar.getTime, locale)\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewResolver.scala","text":"<filename>src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/ViewResolver.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view\n\n\/**\n * Maps view names (returned from {@code Controller} handler methods) to\n * {@code View} instances that will be used to render a response.\n * \n * @see View\n *\/\ntrait ViewResolver {\n  \n  \/**\n   * Returns a view corresponding to the specified name.\n   * \n   * @param name the name of the view.\n   * \n   * @return a {@code View} to render the request or {@code null} if a\n   *         {@code View} cannot get resolved using the specified name.\n   *\/\n  def resolve(name: String): View\n}\n\n\n\/**\n * Factory methods for creating {@code ViewResolver} instances.\n *\/\nobject ViewResolver {\n  \n  \/**\n   * Create a {@code ViewResolver} that consults the specified sequence of\n   * resolvers for finding the {@code View} to render.\n   * \n   * @param resolvers the sequence of {@code ViewResolver}s.\n   *\/\n  def chainResolvers(resolvers: ViewResolver*): ViewResolver = new ViewResolver {\n    def resolve(name: String): View = {\n      for (resolver <- resolvers) {\n        val view = resolver.resolve(name)\n        if (view ne null)\n          return view\n      }\n      null\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/RequestExecutorTest.scala","text":"<reponame>sptz45\/coeus<filename>src\/test\/scala\/com\/tzavellas\/coeus\/core\/RequestExecutorTest.scala\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport org.hamcrest.{ BaseMatcher, Description }\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.mockito.Mockito._\nimport org.mockito.Matchers._\nimport org.springframework.mock.web.MockHttpServletResponse\nimport com.tzavellas.coeus.test.TestHelpers\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.mvc.controller.Controller\nimport com.tzavellas.coeus.mvc.view._\nimport error.{ ExceptionHandler, ErrorPageView }\nimport interception.Interceptor\n\nclass RequestExecutorTest extends TestHelpers {\n  \n  val views = mock[ViewResolver]\n  val exceptionHandler = mock[ExceptionHandler]\n  val handler = mock[Handler]\n  val interceptor = mock[Interceptor]\n  val error = new RuntimeException\n  \n  \n  @Test\n  def call_handler_with_no_interceptors() {\n    when(handler.handle()).thenReturn(NullView, Array[Object](): _*)\n\n    execute()\n    \n    verifyZeroInteractions(exceptionHandler)\n  }\n  \n  @Test\n  def exception_in_handler_calls_exception_handler() {\n    when(handler.handle()).thenThrow(error)\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    \n    execute()\n    \n    verify(exceptionHandler).handle(argThat(hasError(error)))\n  }\n  \n  @Test\n  def propagate_exception_to_servlet_container() {\n    when(handler.handle()).thenThrow(error)\n    when(exceptionHandler.handle(any())).thenReturn(ErrorPageView)\n    \n    assertThrows[RuntimeException] {\n      execute()\n    }\n    \n    verify(exceptionHandler).handle(argThat(hasError(error)))\n  }\n  \n  @Test\n  def no_view_found_throws_exception() {\n    when(handler.handle()).thenReturn(\"does not exist\", Array[Object](): _*)\n    when(exceptionHandler.handle(any())).thenReturn(ErrorPageView)\n    \n    assertThrows[NoViewFoundException] {\n      execute()\n    }\n    \n    verify(exceptionHandler).handle(any())\n  }\n  \n  @Test\n  def interceptor_gets_called_around_handler() {\n    when(handler.handle()).thenReturn(NullView, Array[Object](): _*)\n    when(interceptor.preHandle(any())).thenReturn(true)\n    \n    execute(interceptor)\n    \n    verifyInterceptorAndHandler()\n    verifyZeroInteractions(exceptionHandler)\n  }\n  \n  @Test\n  def interceptor_prevents_the_execution_of_handler() {\n    when(interceptor.preHandle(any())).thenReturn(false)\n    \n    execute(interceptor)\n    \n    verifyInterceptor(interceptor)\n    verifyZeroInteractions(handler)\n  }\n  \n  @Test\n  def interceptor_gets_called_despite_handler_exception() {\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    when(handler.handle()).thenThrow(error)\n    when(interceptor.preHandle(any())).thenReturn(true)\n    \n    execute(interceptor)\n    \n    verifyInterceptorAndHandler()\n    verify(exceptionHandler).handle(argThat(hasError(error)))\n    verify(interceptor).postHandle(argThat(hasError(error)))\n    verify(interceptor).afterRender(argThat(hasError(error)))\n  }\n  \n  @Test\n  def exception_in_interceptor_prevents_further_execution() {\n    when(interceptor.preHandle(any())).thenThrow(error)\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    \n    val interceptor_2 = mock[Interceptor]\n    execute(interceptor, interceptor_2)\n\n    verifyZeroInteractions(handler, interceptor_2)    \n    verifyInterceptor(interceptor)\n    verify(exceptionHandler).handle(argThat(hasError(error)))\n    verify(interceptor).postHandle(argThat(hasError(error)))\n    verify(interceptor).afterRender(argThat(hasError(error)))\n  }\n  \n  @Test\n  def exception_after_handler_calls_all_interceptors_for_cleanup() {\n    val interceptor_2 = mock[Interceptor]\n    when(interceptor.preHandle(any())).thenReturn(true)\n    when(interceptor_2.preHandle(any())).thenReturn(true)\n    when(interceptor_2.postHandle(any())).thenThrow(error)\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    \n    execute(interceptor, interceptor_2)\n\n    verifyInterceptors(interceptor, interceptor_2)\n    verify(handler).handle()\n    verify(exceptionHandler).handle(argThat(hasError(error)))\n  }\n  \n  @Test\n  def request_contains_the_first_exception_if_multiple_occur() {\n    val interceptor_2 = mock[Interceptor]\n    when(interceptor.preHandle(any())).thenReturn(true)\n    when(interceptor_2.preHandle(any())).thenThrow(error)\n    when(interceptor.postHandle(any())).thenThrow(new IllegalArgumentException)\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    \n    execute(interceptor, interceptor_2)\n\n    verifyInterceptors(interceptor, interceptor_2)\n    verify(exceptionHandler).handle(argThat(hasError(error)))\n    \n    verify(interceptor).postHandle(argThat(hasError(error)))\n    verify(interceptor).afterRender(argThat(hasError(error)))\n    verify(interceptor_2).postHandle(argThat(hasError(error)))\n    verify(interceptor_2).afterRender(argThat(hasError(error)))\n  }\n  \n  \n  @Test\n  def exceptions_during_view_rendering_are_caught() {\n    val view = mock[View]\n    when(view.render(any(), any())).thenThrow(error)\n    when(views.resolve(any())).thenReturn(view)\n    when(exceptionHandler.handle(any())).thenReturn(NullView)\n    when(handler.handle()).thenReturn(\"view-name\", Array[Object](): _*)\n    \n    execute()\n    \n    verify(exceptionHandler).handle(argThat(hasError(error)))\n  }\n  \n  @Test\n  def exception_when_controller_method_has_invalid_return_type() {\n    when(exceptionHandler.handle(any())).thenReturn(ErrorPageView)\n    \n    val executor = new RequestExecutor(Nil, exceptionHandler, null)\n    val controller = new RequestExecutorTest.SampleController\n    val cc = controller.getClass\n    val handler = new Handler(controller, cc.getMethod(\"invalidReturnType\"))\n    \n    assertThrows[InvalidControllerClassException] {\n      executor.execute(makeRequestContext(handler))\n    }\n  }\n  \n  \/\/ -- Helpers ---------------------------------------------------------\n  \n  private def hasError(error: Throwable) = new BaseMatcher[RequestContext] {\n    def matches(item: Any) = item match {\n      case request: RequestContext => request.error == error \n      case _ => false\n    }\n    def describeTo(desc: Description) {\n      desc.appendText(\"Request context did not contain the error value: \")\n      desc.appendValue(error)\n    }\n  }\n  \n  private def verifyInterceptor(ri: Interceptor) {\n    val order = inOrder(ri)\n    order.verify(ri).preHandle(any())\n    order.verify(ri).postHandle(any())\n    order.verify(ri).afterRender(any())\n  }\n  \n  private def verifyInterceptors(ris: Interceptor*) {\n    val order = inOrder(ris: _*)\n    for (ri <- ris) order.verify(ri).preHandle(any())\n    for (ri <- ris) order.verify(ri).postHandle(any())\n    for (ri <- ris) order.verify(ri).afterRender(any())\n  }\n  \n  private def verifyInterceptorAndHandler() {\n    val order = inOrder(interceptor, handler)\n    order.verify(interceptor).preHandle(any())\n    order.verify(handler).handle()\n    order.verify(interceptor).postHandle(any())\n    order.verify(interceptor).afterRender(any())\n  }\n  \n  private def execute(ris: Interceptor*) {\n    val executor = new RequestExecutor(aggregateInterceptors(ris: _*), exceptionHandler, views)\n    executor.execute(makeRequestContext(handler))\n  }\n  \n  private def aggregateInterceptors(is: Interceptor*): Iterable[Interceptor] = {\n    val builder = new scala.collection.mutable.ListBuffer[Interceptor]\n    is.foreach(builder += _)\n    builder.result\n  }\n  \n  private def makeRequestContext(handler: Handler) = {\n    val response = new WebResponse(new MockHttpServletResponse)\n    val request = new WebRequest(null, null, null, null, null, null) {\n      override def locale = java.util.Locale.ENGLISH\n    }\n    new RequestContext(request, response, handler)\n  }\n}\n\n\nobject RequestExecutorTest {\n  \n  class SampleController extends Controller {\n    \n    def invalidReturnType = 43\n  }\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/mvc\/view\/helper\/DefaultViewHelpers.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.mvc.view.helper\n\nimport javax.servlet.ServletContext\n\n\/**\n * The view helpers that are registered by default in <code>DispatcherConfig<\/code>.\n *\/\nclass DefaultViewHelpers(val servletContext: ServletContext)\n  extends MessagesHelper\n     with AssetsHelper\n     with DateHelper\n     with FormHelper\n     with UrlHelper\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/error\/ErrorUtils.scala","text":"<reponame>sptz45\/coeus\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.error\n\nimport com.tzavellas.coeus.mvc.{ WebRequest, WebResponse }\nimport com.tzavellas.coeus.HttpException\n\n\/**\n * Helper methods for constructing exception handlers.\n *\/\nobject ErrorUtils {\n  \n  \/**\n   * Sets various error related request attributes.\n   *\/\n  def setupErrorPageAttributes(request: WebRequest, error: Throwable, servletName: String) {\n    request(\"exception\") = error\n    request(\"javax.servlet.error.exception\") = error\n    request(\"javax.servlet.error.exception_type\") = error.getClass\n    request(\"javax.servlet.error.message\") = error.getMessage\n    request(\"javax.servlet.error.request_uri\") =  request.uri\n    request(\"javax.servlet.error.servlet_name\") = servletName\n    \n    request(\"javax.servlet.error.status_code\") = error match {\n      case e: HttpException => e.httpStatus\n      case _                => 500\n    }\n  }\n  \n  \/**\n   * Sets the response's HTTP status based on the given Throwable.\n   * \n   * <p>If the specified exception is an instance of {@code HttpException}\n   * this method sets the HTTP status code of the response using the\n   * {@link HttpException#httpStatus} field, else it will set the HTTP\n   * status to <em>500<\/em>.<\/p>\n   * \n   * @param response the current web response\n   * @param error    the exception that occurred during the request execution\n   *\/\n  def setResposeStatus(response: WebResponse, error: Throwable) {\n    response.status = error match {\n      case e: HttpException => e.httpStatus\n      case _                => 500\n    }\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/HttpResponseGenerator.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core\n\nimport javax.servlet.http.HttpServletResponse\nimport scala.collection.Set\n\nprivate object HttpResponseGenerator {\n  \n  \/**\n   * Writes an response for an HTTP OPTIONS request using the specified\n   * allowed methods.\n   *\/\n  def writeOptions(response: HttpServletResponse, methods: Set[String]) {\n    response.setStatus(HttpServletResponse.SC_OK)\n    response.setHeader(\"Allow\", methods.mkString(\", \"))\n    response.setHeader(\"Cache-Control\", \"no-cache, no-store\")\n    response.setHeader(\"Content-Length\", \"0\")\n    response.flushBuffer()\n  }\n  \n  \/**\n   * Writes a response for <em>405 Method Not Allowed<\/em> that includes\n   * an <em>Allow<\/em> header with the allowed methods.\n   *\/\n  def writeMethodNotAllowed(response: HttpServletResponse, methods: Set[String]) {\n    response.sendError(HttpServletResponse.SC_METHOD_NOT_ALLOWED)\n    response.setHeader(\"Allow\", methods.mkString(\", \"))\n    response.setHeader(\"Content-Length\", \"0\")\n    response.flushBuffer()\n  }\n}"}
{"repo_name":"sptz45\/coeus","path":"src\/test\/scala\/com\/tzavellas\/coeus\/core\/config\/GuiceRegistrarTest.scala","text":"<gh_stars>0\n\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.google.inject.Guice\nimport com.tzavellas.coeus.FrameworkException\nimport com.tzavellas.coeus.mvc.controller.Controller\n\nclass GuiceRegistrarTest {\n  \n  import GuiceRegistrarTest._\n  \n  object registry extends ControllerRegistry\n\n  @Test\n  def registers_controllers_from_guice_injector() {\n    val injector = Guice.createInjector(new WebModule)\n    GuiceRegistrar.registerControllers(registry, injector)\n    val controllers = registry.controllers.result\n    assertTrue(controllers.exists(_.getClass == classOf[ExampleController]))\n  }\n  \n  @Test(expected=classOf[FrameworkException])\n  def detects_non_no_scope_controllers() {\n    val injector = Guice.createInjector(new ErroneousWebModule)\n    GuiceRegistrar.registerControllers(registry, injector)\n  }\n}\n\nobject GuiceRegistrarTest {\n  import com.google.inject.AbstractModule\n  \n  class WebModule extends AbstractModule {\n    def configure() {\n      bind(classOf[ExampleController]).asEagerSingleton()\n    }\n  }\n  \n  class ErroneousWebModule extends AbstractModule {\n    def configure() {\n      bind(classOf[ExampleController])\n    }\n  }\n  \n  class ExampleController extends Controller\n}\n"}
{"repo_name":"sptz45\/coeus","path":"src\/main\/scala\/com\/tzavellas\/coeus\/core\/config\/ControllerConventions.scala","text":"\/* - Coeus web framework -------------------------\n *\n * Licensed under the Apache License, Version 2.0.\n *\n * Author: <NAME>\n *\/\npackage com.tzavellas.coeus.core.config\n\nimport java.lang.reflect.Method\nimport com.tzavellas.coeus.util.internal.Strings\n\n\/**\n * Translator functions for configuring the generation of paths from\n * a controller class.\n *\/\nobject ControllerConventions {\n  \n  \/**\n   * Always returns the empty string.\n   *\/\n  def ignoreMethodName = { m: Method => \"\" }\n  \n  \/**\n   * Return the method name without any transformation.\n   *\/\n  def useMethodName = { m: Method => m.getName }\n  \n  \/**\n   * Transforms any camel case into lower case words separated with dashes.\n   *\/\n  def useMethodNameWithDashes = { m: Method => Strings.camelCaseToDashed(m.getName) }\n\n  \/**\n   * Always returns the empty string. \n   *\/\n  def ignoreClassName = { c: Class[_] => \"\" }\n\n  \/**\n   * Removes the \"Controller\" suffix (if present) from the controller's class name.\n   * \n   * <p>Translates the controller's name by:<\/p>\n   * <ol>\n   * <li>transforming and prepending the package name<\/li>\n   * <li>transforming the first character of the simple class name to lower case and...<\/li>\n   * <li>by removing the \"Controller\" suffix if present.<\/li>\n   * <\/ol>\n   * \n   * <p>If the collection of <code>rootPackages<\/code> is empty then the package name\n   * is not prepended to the generated path. Otherwise the package name is transformed\n   * into a path by striping the root package from it and by replacing any dots (\".\")\n   * with slashes (\"\/\").<\/p>\n   * \n   * <p>For example a controller class with the name <code>UserRegistrationController<\/code>\n   * if there is no root package specified gets translated to \"\/userRegistration\".<\/p>\n   *\/\n  def useClassName(packages: Traversable[String] = Nil) = { c: Class[_] =>\n    translatePackage(packages, c.getPackage.getName) +\n    Strings.firstCharToLower(Strings.removeSuffix(c.getSimpleName, \"Controller\"))\n  }\n  \n  \/**\n   * Transforms any camel-case into lower-case and separates the words with dashes.\n   * \n   * <p>Translates the controller's name by:<\/p>\n   * <ol>\n   * <li>transforming and prepending the package name<\/li>\n   * <li>transforming any camel case into lower case words separated with dashes and...<\/li>\n   * <li>by removing the \"Controller\" suffix if present.<\/li>\n   * <\/ol>\n   * \n   * <p>If the collection of <code>rootPackages<\/code> is empty then the package name\n   * is not prepended to the generated path. Otherwise the package name is transformed\n   * into a path by striping the root package from it and by replacing any dots (\".\")\n   * with slashes (\"\/\").<\/p>\n   * \n   * <p>For example a controller class with the name <code>UserRegistrationController<\/code>\n   * if there is no root package specified gets translated to \"\/user-registration\".<\/p>\n   *\/\n  def useClassNameWithDashes(packages: Traversable[String] = Nil) = { c: Class[_] =>\n    translatePackage(packages, c.getPackage.getName) +\n    Strings.camelCaseToDashed(Strings.removeSuffix(c.getSimpleName, \"Controller\"))\n  }\n  \n  private def translatePackage(roots: Traversable[String], pkg: String) =\n    if (roots.isEmpty) \"\" else ConventionUtils.packageNameToPath(roots, pkg)\n}"}
{"repo_name":"henrikengstrom\/ujug2017","path":"build.sbt","text":"<reponame>henrikengstrom\/ujug2017\nimport sbt.Keys.libraryDependencies\n\nval project = Project(id = \"akka-streams-jug\", base = file(\".\")) \/\/enablePlugins (Cinnamon)\n\nname := \"\"\"akka-streams-jug\"\"\"\nversion := \"1.0\"\nscalaVersion := \"2.12.2\"\n\nlazy val akkaVersion = \"2.5.4\"\nlazy val akkaHttpVersion = \"10.0.10\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-stream\"          % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-http\"            % akkaHttpVersion,\n  \"com.typesafe.akka\" %% \"akka-http-spray-json\" % akkaHttpVersion,\n  \"com.typesafe.akka\" %% \"akka-http-testkit\"    % akkaHttpVersion\n)\n\nconnectInput in run := true\n"}
{"repo_name":"colindean\/clue-scala","path":"Clue.scala","text":"trait Card\ntrait Room extends Card\ntrait Weapon extends Card\ntrait Suspect extends Card\ncase object Plum extends Suspect\ncase object Scarlet extends Suspect\ncase object Green extends Suspect\ncase object White extends Suspect\ncase object Peacock extends Suspect\ncase object Mustard extends Suspect\ncase object Revolver extends Weapon\ncase object LeadPipe extends Weapon\ncase object Rope extends Weapon\ncase object Candleholder extends Weapon\ncase object Wrench extends Weapon\ncase object Knife extends Weapon\ncase object Ballroom extends Room\ncase object Hall extends Room\ncase object Conservatory extends Room\ncase object Lounge extends Room\ncase object Study extends Room\ncase object Kitchen extends Room\ncase object DiningRoom extends Room\ncase object Library extends Room\ncase object BilliardRoom extends Room\n\nimport scala.collection.Set\n\nval Rooms: Set[Room] = Set(Ballroom, Hall, Conservatory, Lounge, Study, Kitchen, DiningRoom, Library, BilliardRoom)\nval Weapons: Set[Weapon] = Set(Revolver, LeadPipe, Rope, Candleholder, Wrench, Knife)\nval Suspects: Set[Suspect] = Set(Plum, Scarlet, Green, White, Peacock, Mustard)\nval Deck: Set[Card] = Rooms ++ Weapons ++ Suspects\n\nclass Player(hand: Set[Card], moves: Suspect)\n\nclass Guess(room: Room, weapon: Weapon, suspect: Suspect, player: Player)\n\nvar Log: List[Guess] = List.empty\n"}
{"repo_name":"Dread1982\/play_products","path":"test\/ApplicationSpec.scala","text":"import org.scalatestplus.play._\nimport play.api.test._\nimport play.api.test.Helpers._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\nclass ApplicationSpec extends PlaySpec with OneAppPerTest {\n\n  \"Routes\" should {\n\n    \"send 404 on a bad request\" in {\n      route(app, FakeRequest(GET, \"\/boum\")).map(status(_)) mustBe Some(NOT_FOUND)\n    }\n\n  }\n\n  \"HomeController\" should {\n\n    \"redirect to products page\" in {\n      val home = route(app, FakeRequest(GET, \"\/\")).get\n\n      status(home) mustBe SEE_OTHER\n      redirectLocation(home).get mustBe (\"\/products\")\n    }\n\n  }\n\n  \"CountController\" should {\n\n    \"return an increasing count\" in {\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"0\"\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"1\"\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"2\"\n    }\n\n  }\n\n  \"ProductsContoller\" should {\n    \"show list page\" in {\n      val list = route(app, FakeRequest(GET, \"\/products\")).get\n\n      status(list) mustBe OK\n      contentType(list).get mustBe \"text\/html\"\n      contentAsString(list) must include(\"Product catalog\")\n    }\n\n    \"show details page\" in {\n      val details = route(app, FakeRequest(GET, \"\/products\/5010255079763\")).get\n\n      status(details) mustBe OK\n      contentType(details).get mustBe \"text\/html\"\n      contentAsString(details) must include(\"Paperclips\")\n    }\n    \n    \"save a product\" in {\n      val save = route(app, FakeRequest(POST, \"\/products\")).get\n\n      status(save) mustBe SEE_OTHER\n      redirectLocation(save).get mustBe (\"\/products\/new\")\n    }\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/test\/scala\/com\/peterpotts\/gene\/algortithm\/PercentageIdentityTest.scala","text":"package com.peterpotts.gene.algortithm\n\nimport com.peterpotts.gene.algorithm.PercentageIdentity\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{Matchers, WordSpec}\n\nclass PercentageIdentityTest extends WordSpec with Matchers with MockitoSugar {\n  \"Percentage identity\" should {\n    \"measures similarity\" in {\n      val alignment = \"THISISA-SEQUENCE\" -> \"TH----ATSEQUENCE\"\n      PercentageIdentity(alignment) shouldBe (11 * 100 \/ 16)\n    }\n  }\n}\n\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/ProteinChain.scala","text":"<reponame>peterpotts\/gene\npackage com.peterpotts.gene\n\n\/**\n  * A protein chain has a primary structure formed by a sequence of amino acids.\n  * The secondary structure is the generic structures formed by parts of the protein chain.\n  * The tertiary structure is formed by further folding into a conformation unique to the protein chain.\n  *\n  * @param primaryStructure Sequence of amino acids.\n  *\/\ncase class ProteinChain(primaryStructure: List[AminoAcid])\n\nobject ProteinChain {\n  def apply(symbols: String): ProteinChain = ProteinChain(symbols.toStream.map(AminoAcid(_)).toList)\n}\n\n\/**\n  * Most proteins contain a single protein chain.\n  * Some proteins contain multiple protein chains.\n  * In which case,\n  * the protein is known as a multiSubunit protein,\n  * the protein chains are known as protein subunits and\n  * the subunit composition is known as the quaternary conformation.\n  *\n  * @param proteinChains Some proteins contain multiple protein chains.\n  *\/\ncase class Protein(proteinChains: List[ProteinChain])\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/algorithm\/PercentageIdentity.scala","text":"package com.peterpotts.gene.algorithm\n\nobject PercentageIdentity {\n  def apply(alignment: (String, String)): Int = {\n    val (a, b) = alignment\n    val matches = (a zip b).map { case (x, y) => x == y }.count(identity)\n    val length = math.max(a.length, b.length)\n    (matches * 100) \/ length\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Codon.scala","text":"package com.peterpotts.gene\n\ncase class Codon(\n  first: Nucleobase,\n  second: Nucleobase,\n  third: Nucleobase) {\n  val toList = List(first, second, third)\n}\n\nobject RNACodon {\n  def apply(sequence: String) = Codon(\n    first = Ribonucleoside(sequence.charAt(0)),\n    second = Ribonucleoside(sequence.charAt(1)),\n    third = Ribonucleoside(sequence.charAt(2)))\n}\n\nobject DNACodon {\n  def apply(sequence: String) = Codon(\n    first = Deoxyribonucleoside(sequence.charAt(0)),\n    second = Deoxyribonucleoside(sequence.charAt(1)),\n    third = Deoxyribonucleoside(sequence.charAt(2)))\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Application.scala","text":"package com.peterpotts.gene\n\nimport scala.io.Source\n\nobject Application {\n  def main(args: Array[String]): Unit = {\n    val lines = Source.fromURL(getClass.getResource(\"\/chr21.fa\")).getLines()\n    val fragments = new FastaIterator(lines).map(Fragment.tupled)\n    val chromosome = fragments.next().value\n    val letters = chromosome.toUpperCase.toSet\n    println(letters)\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/AminoAcid.scala","text":"package com.peterpotts.gene\n\nsealed abstract class AminoAcid(val code: String, val symbol: Char) extends Serializable\n\ncase object Alanine extends AminoAcid(\"Ala\", 'A') with AminoAcid.Nonpolar\n\ncase object Arginine extends AminoAcid(\"Arg\", 'R') with AminoAcid.Basic\n\ncase object Asparagine extends AminoAcid(\"Asn\", 'N') with AminoAcid.Amide\n\ncase object AsparticAcid extends AminoAcid(\"Asp\", 'D') with AminoAcid.Acidic\n\ncase object Cysteine extends AminoAcid(\"Cys\", 'C') with AminoAcid.Disulfide\n\ncase object Glutamine extends AminoAcid(\"Gln\", 'Q') with AminoAcid.Amide\n\ncase object GlutamicAcid extends AminoAcid(\"Glu\", 'E') with AminoAcid.Acidic\n\ncase object Glycine extends AminoAcid(\"Gly\", 'G') with AminoAcid.Hydrogen\n\ncase object Histidine extends AminoAcid(\"His\", 'H') with AminoAcid.Basic\n\ncase object Isoleucine extends AminoAcid(\"Ile\", 'I') with AminoAcid.Nonpolar\n\ncase object Leucine extends AminoAcid(\"Leu\", 'L') with AminoAcid.Nonpolar\n\ncase object Lysine extends AminoAcid(\"Lys\", 'K') with AminoAcid.Basic\n\ncase object Methionine extends AminoAcid(\"Met\", 'M') with AminoAcid.Nonpolar\n\ncase object Phenylalanine extends AminoAcid(\"Phe\", 'F') with AminoAcid.Nonpolar\n\ncase object Proline extends AminoAcid(\"Pro\", 'P') with AminoAcid.Nitrogen\n\ncase object Serine extends AminoAcid(\"Ser\", 'S') with AminoAcid.Hydroxy\n\ncase object Threonine extends AminoAcid(\"Thr\", 'T') with AminoAcid.Hydroxy\n\ncase object Tryptophan extends AminoAcid(\"Trp\", 'W') with AminoAcid.Nonpolar\n\ncase object Tyrosine extends AminoAcid(\"Tyr\", 'Y') with AminoAcid.Hydroxy\n\ncase object Valine extends AminoAcid(\"Val\", 'V') with AminoAcid.Nonpolar\n\ncase object Selenocysteine extends AminoAcid(\"Sec\", 'U')\n\ncase object Pyrrolysine extends AminoAcid(\"Pyl\", 'O')\n\nobject AminoAcid {\n  val list = List(\n    Alanine,\n    Arginine,\n    Asparagine,\n    AsparticAcid,\n    Cysteine,\n    Glutamine,\n    GlutamicAcid,\n    Glycine,\n    Histidine,\n    Isoleucine,\n    Leucine,\n    Lysine,\n    Methionine,\n    Phenylalanine,\n    Proline,\n    Serine,\n    Threonine,\n    Tryptophan,\n    Tyrosine,\n    Valine,\n    Selenocysteine,\n    Pyrrolysine)\n\n  private val codeToAminoAcid = list.map(aminoAcid => aminoAcid.code -> aminoAcid).toMap\n\n  def apply(code: String): AminoAcid = codeToAminoAcid(code)\n\n  def get(code: String): Option[AminoAcid] = codeToAminoAcid.get(code)\n\n  private val symbolToAminoAcid = list.map(aminoAcid => aminoAcid.symbol -> aminoAcid).toMap\n\n  def apply(symbol: Char): AminoAcid = symbolToAminoAcid(symbol)\n\n  def get(symbol: Char): Option[AminoAcid] = symbolToAminoAcid.get(symbol)\n\n  \/**\n    * Hydrophobic means does not like water.\n    *\/\n  trait Hydrophobic\n\n  \/**\n    * Hydrophilic means does like water.\n    *\/\n  trait Hydrophilic\n\n  trait Charged extends Hydrophilic\n\n  trait Positive extends Charged\n\n  trait Negative extends Charged\n\n  trait Uncharged\n\n  trait Neutral extends Uncharged\n\n  trait Nonpolar extends Neutral with Hydrophobic\n\n  trait Hydrogen extends Nonpolar\n\n  trait Nitrogen extends Nonpolar\n\n  trait Disulfide extends Nonpolar\n\n  trait Polar extends Neutral with Hydrophilic\n\n  trait Amide extends Polar\n\n  trait Hydroxy extends Polar\n\n  trait Acidic extends Negative\n\n  trait Basic extends Positive\n\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Fragment.scala","text":"<reponame>peterpotts\/gene<filename>src\/main\/scala\/com\/peterpotts\/gene\/Fragment.scala<gh_stars>0\npackage com.peterpotts.gene\n\n\/**\n  * Chromosome fragment.\n  *\n  * @param key   Description.\n  * @param value Nucleotide sequence.\n  *\/\ncase class Fragment(key: String, value: String)"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/algorithm\/NeedlemanWunschAlgorithm.scala","text":"<gh_stars>0\npackage com.peterpotts.gene.algorithm\n\nimport scala.collection.mutable\n\ncase class NeedlemanWunschAlgorithm(similarity: Char => Char => Int, gapPenalty: Int) {\n  private val s = similarity\n  private val d = gapPenalty\n\n  def align(sequences: (String, String)): (String, String) = {\n    val a = sequences._1.toArray\n    val b = sequences._2.toArray\n    val table = computeTable(a, b)\n    computeAlignment(a, b, table)\n  }\n\n  private def computeTable(a: Array[Char], b: Array[Char]): Array[Array[Int]] = {\n    val table = Array.fill(a.length + 1)(Array.fill(b.length + 1)(0))\n\n    for (i <- 0 to a.length)\n      table(i)(0) = d * i\n\n    for (j <- 0 to b.length)\n      table(0)(j) = d * j\n\n    for (i <- 1 to a.length)\n      for (j <- 1 to b.length) {\n        val similar = table(i - 1)(j - 1) + s(a(i - 1))(b(j - 1))\n        val delete = table(i - 1)(j) + d\n        val insert = table(i)(j - 1) + d\n        table(i)(j) = math.max(similar, math.max(insert, delete))\n      }\n\n    table\n  }\n\n  private def computeAlignment(a: Array[Char], b: Array[Char], table: Array[Array[Int]]): (String, String) = {\n    val alignmentA = mutable.StringBuilder.newBuilder\n    val alignmentB = mutable.StringBuilder.newBuilder\n    var i = a.length\n    var j = b.length\n\n    while (i > 0 && j > 0) {\n      if (i > 0 && j > 0 && table(i)(j) == table(i - 1)(j - 1) + s(a(i - 1))(b(j - 1))) {\n        alignmentA += a(i - 1)\n        alignmentB += b(j - 1)\n        i -= 1\n        j -= 1\n      } else if (i > 0 && table(i)(j) == table(i - 1)(j) + d) {\n        alignmentA += a(i - 1)\n        alignmentB += '-'\n        i -= 1\n      } else {\n        alignmentA += '-'\n        alignmentB += b(j - 1)\n        j -= 1\n      }\n    }\n\n    alignmentA.reverse.toString -> alignmentB.reverse.toString\n  }\n}\n\nobject NeedlemanWunschAlgorithm extends NeedlemanWunschAlgorithm(\n  similarity = (a: Char) => (b: Char) => if (a == b) 1 else -1,\n  gapPenalty = -1)\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Phosphate.scala","text":"package com.peterpotts.gene\n\n\/**\n  * A phosphate group that is involved in linking the nucleotide building blocks together by\n  * a phosphodiester linkage in DNA and RNA.\n  *\n  * @author <NAME>\n  *\/\ntrait Phosphate\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/BasePairing.scala","text":"<filename>src\/main\/scala\/com\/peterpotts\/gene\/BasePairing.scala\npackage com.peterpotts.gene\n\nobject BasePairing {\n  val deoxyribose = Map(Adenine -> Thymine, Cytosine -> Guanine, Guanine -> Cytosine, Thymine -> Adenine)\n  val ribose = Map(Adenine -> Uracil, Cytosine -> Guanine, Guanine -> Cytosine, Uracil -> Adenine)\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/test\/scala\/com\/peterpotts\/gene\/algortithm\/NeedlemanWunschAlgorithmTest.scala","text":"<gh_stars>0\npackage com.peterpotts.gene.algortithm\n\nimport com.peterpotts.gene.algorithm.NeedlemanWunschAlgorithm\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{Matchers, WordSpec}\n\nclass NeedlemanWunschAlgorithmTest extends WordSpec with Matchers with MockitoSugar {\n  \"The Needleman-Wunsch algorithm\" should {\n    \"align nucleotide sequences\" in {\n      val sequences = \"GCATGCU\" -> \"GATTACA\"\n\n      val alignments = Set(\n        \"GCATG-CU\" -> \"G-ATTACA\",\n        \"GCA-TGCU\" -> \"G-ATTACA\",\n        \"GCAT-GCU\" -> \"G-ATTACA\")\n\n      val alignment = NeedlemanWunschAlgorithm.align(sequences)\n      (alignments contains alignment) shouldBe true\n    }\n\n    \"align string sequences\" in {\n      val sequences = \"THISISASEQUENCE\" -> \"THATSEQUENCE\"\n      val alignments = Set(\"THISISA-SEQUENCE\" -> \"TH----ATSEQUENCE\")\n      val alignment = NeedlemanWunschAlgorithm.align(sequences)\n      (alignments contains alignment) shouldBe true\n    }\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/StandardGeneticCode.scala","text":"package com.peterpotts.gene\n\nobject StandardGeneticCode extends Translation {\n  val data = Map(\n    \"UUU\" -> \"Phe\",\n    \"UUC\" -> \"Phe\",\n    \"UUA\" -> \"Leu\",\n    \"UUG\" -> \"Leu\",\n\n    \"UCU\" -> \"Ser\",\n    \"UCC\" -> \"Ser\",\n    \"UCA\" -> \"Ser\",\n    \"UCG\" -> \"Ser\",\n\n    \"UAU\" -> \"Tyr\",\n    \"UAC\" -> \"Tyr\",\n    \"UAA\" -> \"Ochre\",\n    \"UAG\" -> \"Amber\",\n\n    \"UGU\" -> \"Cys\",\n    \"UGC\" -> \"Cys\",\n    \"UGA\" -> \"Opal\",\n    \"UGG\" -> \"Trp\",\n\n    \"CUU\" -> \"Leu\",\n    \"CUC\" -> \"Leu\",\n    \"CUA\" -> \"Leu\",\n    \"CUG\" -> \"Leu\",\n\n    \"CCU\" -> \"Pro\",\n    \"CCC\" -> \"Pro\",\n    \"CCA\" -> \"Pro\",\n    \"CCG\" -> \"Pro\",\n\n    \"CAU\" -> \"His\",\n    \"CAC\" -> \"His\",\n    \"CAA\" -> \"Gln\",\n    \"CAG\" -> \"Gln\",\n\n    \"CGU\" -> \"Arg\",\n    \"CGC\" -> \"Arg\",\n    \"CGA\" -> \"Arg\",\n    \"CGG\" -> \"Arg\",\n\n    \"AUU\" -> \"Ile\",\n    \"AUC\" -> \"Ile\",\n    \"AUA\" -> \"Ile\",\n    \"AUG\" -> \"Met\",\n\n    \"ACU\" -> \"Thr\",\n    \"ACC\" -> \"Thr\",\n    \"ACA\" -> \"Thr\",\n    \"ACG\" -> \"Thr\",\n\n    \"AAU\" -> \"Asn\",\n    \"AAC\" -> \"Asn\",\n    \"AAA\" -> \"Lys\",\n    \"AAG\" -> \"Lys\",\n\n    \"AGU\" -> \"Ser\",\n    \"AGC\" -> \"Ser\",\n    \"AGA\" -> \"Arg\",\n    \"AGG\" -> \"Arg\",\n\n    \"GUU\" -> \"Val\",\n    \"GUC\" -> \"Val\",\n    \"GUA\" -> \"Val\",\n    \"GUG\" -> \"Val\",\n\n    \"GCU\" -> \"Ala\",\n    \"GCC\" -> \"Ala\",\n    \"GCA\" -> \"Ala\",\n    \"GCG\" -> \"Ala\",\n\n    \"GAU\" -> \"Asp\",\n    \"GAC\" -> \"Asp\",\n    \"GAA\" -> \"Glu\",\n    \"GAG\" -> \"Glu\",\n\n    \"GGU\" -> \"Gly\",\n    \"GGC\" -> \"Gly\",\n    \"GGA\" -> \"Gly\",\n    \"GGG\" -> \"Gly\")\n\n  private val map = data.map {\n    case (key, value) => RNACodon(key) -> AminoAcid.get(value).map(Right(_)).getOrElse(Left(Stop(value)))\n  }\n\n  def apply(codon: Codon): Either[Signal, AminoAcid] = map(codon)\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Decoding.scala","text":"package com.peterpotts.gene\n\nsealed trait Decoding\n\n\/**\n  * The enzyme RNA polymerase catalyzes the synthesis of a messenger RNA from an expressed protein-coding gene of the\n  * DNA.\n  *\/\ntrait Transcription extends Decoding\n\n\/**\n  * Messenger RNA is translated into protein by ribosomes according to the genetic code.\n  *\/\ntrait Translation extends Decoding {\n  def apply(codon: Codon): Either[Signal, AminoAcid]\n}"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Deoxyribonucleosides.scala","text":"<reponame>peterpotts\/gene\npackage com.peterpotts.gene\n\nsealed abstract class Deoxyribonucleosides(val symbol: Char, deoxyribonucleosides: List[Deoxyribonucleoside])\n\nobject Deoxyribonucleosides {\n\n  case object M extends Deoxyribonucleosides('M', Deoxyribonucleosides(\"AC\"))\n\n  case object R extends Deoxyribonucleosides('R', Deoxyribonucleosides(\"AG\"))\n\n  case object W extends Deoxyribonucleosides('W', Deoxyribonucleosides(\"AT\"))\n\n  case object S extends Deoxyribonucleosides('S', Deoxyribonucleosides(\"CG\"))\n\n  case object Y extends Deoxyribonucleosides('Y', Deoxyribonucleosides(\"CT\"))\n\n  case object K extends Deoxyribonucleosides('K', Deoxyribonucleosides(\"GT\"))\n\n  case object V extends Deoxyribonucleosides('V', Deoxyribonucleosides(\"ACG\"))\n\n  case object H extends Deoxyribonucleosides('H', Deoxyribonucleosides(\"ACT\"))\n\n  case object D extends Deoxyribonucleosides('D', Deoxyribonucleosides(\"AGT\"))\n\n  case object B extends Deoxyribonucleosides('B', Deoxyribonucleosides(\"CGT\"))\n\n  case object N extends Deoxyribonucleosides('N', Deoxyribonucleoside.list)\n\n  case object X extends Deoxyribonucleosides('X', Deoxyribonucleoside.list)\n\n  val list: List[Deoxyribonucleosides] = List(M, R, W, S, Y, K, V, H, D, B, N, X)\n\n  private val map = list.map(nucleobase => nucleobase.symbol -> nucleobase).toMap\n\n  def apply(symbol: Char): Deoxyribonucleosides = map(symbol)\n\n  def get(symbol: Char): Option[Deoxyribonucleosides] = map.get(symbol)\n\n  def apply(symbols: String): List[Deoxyribonucleoside] = symbols.map(Deoxyribonucleoside(_)).toList\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Nucleobase.scala","text":"package com.peterpotts.gene\n\n\/**\n  * A nitrogen-containing base with an identifying character symbol.\n  *\n  * @author <NAME>\n  *\/\nsealed trait Nucleobase {\n  val symbol: Char\n}\n\n\/**\n  * A nucleoside consists of a five-carbon sugar ring attached to a nitrogen-containing base.\n  *\/\nsealed trait Nucleoside extends Nucleobase {\n  self: PentoseSugar =>\n}\n\nsealed trait Deoxyribonucleoside extends Nucleoside with Deoxyribose\n\nsealed trait Ribonucleoside extends Nucleoside with Ribose\n\n\/**\n  * A nucleotide consists of a five-carbon sugar ring attached to a nitrogen-containing base and a phosphate group.\n  *\/\nsealed trait Nucleotide extends Nucleoside with Phosphate {\n  self: PentoseSugar =>\n}\n\n\/**\n  * Deoxyribonucleic acid (DNA) molecules are used to store genetic instructions that are transmitted from generation to\n  * generation. A DNA molecules is a linear polymer of deoxyribonucleotides.\n  *\/\nsealed trait Deoxyribonucleotide extends Nucleotide with Deoxyribonucleoside\n\n\/**\n  * Ribonucleic acid (RNA) molecules are much smaller that DNA molecules. An RNA molecules is a linear polymer of\n  * ribonucleotides.\n  *\/\nsealed trait Ribonucleotide extends Nucleotide with Ribonucleoside\n\n\/**\n  * A purine is a nucleobase with a 6-member and a 5-member nitrogen-containing ring.\n  *\/\nsealed trait Purine extends Nucleobase\n\n\/**\n  * A pyrimidine is a nucleobase with only one 6-membered nitrogen-containing ring.\n  *\/\nsealed trait Pyrimidine extends Nucleobase\n\n\/**\n  * Adenine is a purine nucleobase found in DNA and RNA.\n  *\/\ncase object Adenine extends Adenine\n\nsealed trait Adenine extends Purine {\n  val symbol = 'A'\n}\n\n\/**\n  * Adenosine is a purine nucleoside comprising adenine attached to a ribose.\n  *\/\ncase object Adenosine extends Ribonucleoside with Adenine\n\n\/**\n  * Deoxyadenosine is a purine nucleoside comprising adenine attached to a deoxyribose.\n  *\/\ncase object Deoxyadenosine extends Deoxyribonucleoside with Adenine\n\n\/**\n  * Cytosine is a pyrimidine nucleobase found in DNA and RNA.\n  *\/\ncase object Cytosine\n\nsealed trait Cytosine extends Pyrimidine {\n  val symbol = 'C'\n}\n\n\/**\n  * Cytidine is a pyrimidine nucleoside comprising cytosine attached to a ribose.\n  *\/\ncase object Cytidine extends Ribonucleoside with Cytosine\n\n\/**\n  * Deoxycytidine is a pyrimidine nucleoside comprising cytosine attached to a deoxyribose.\n  *\/\ncase object Deoxycytidine extends Deoxyribonucleoside with Cytosine\n\n\/**\n  * Guanine is a purine nucleobase found in DNA and RNA.\n  *\/\ncase object Guanine extends Guanine\n\nsealed trait Guanine extends Purine {\n  val symbol = 'G'\n}\n\n\/**\n  * Guanosine is a purine nucleoside comprising guanine attached to a ribose.\n  *\/\ncase object Guanosine extends Ribonucleoside with Guanine\n\n\/**\n  * Deoxyguanosine is a purine nucleoside comprising guanine attached to a deoxyribose.\n  *\/\ncase object Deoxyguanosine extends Deoxyribonucleoside with Guanine\n\n\/**\n  * Thymine is a pyrimidine nucleobase found in DNA.\n  *\/\ncase object Thymine extends Thymine\n\nsealed trait Thymine extends Pyrimidine {\n  val symbol = 'T'\n}\n\n\/**\n  * Deoxythymidine is a pyrimidine nucleoside comprising guanine attached to a deoxyribose.\n  *\/\ncase object Deoxythymidine extends Deoxyribonucleoside with Thymine\n\n\/**\n  * Uracil is a pyrimidine nucleobase found in RNA.\n  *\/\ncase object Uracil extends Uracil\n\nsealed trait Uracil extends Pyrimidine {\n  val symbol = 'U'\n}\n\n\/**\n  * Uridine is a pyrimidine nucleoside comprising uracil attached to a ribose.\n  *\/\ncase object Uridine extends Ribonucleoside with Uracil\n\nobject Ribonucleoside {\n  val list: List[Ribonucleoside] = List(Adenosine, Cytidine, Guanosine, Uridine)\n  private val map = list.map(nucleobase => nucleobase.symbol -> nucleobase).toMap\n\n  def apply(symbol: Char): Ribonucleoside = map(symbol)\n\n  def get(symbol: Char): Option[Ribonucleoside] = map.get(symbol)\n}\n\nobject Ribonucleotides {\n  def apply(symbols: String): List[Ribonucleoside] = symbols.map(Ribonucleoside(_)).toList\n}\n\nobject Deoxyribonucleoside {\n  val list: List[Deoxyribonucleoside] = List(Deoxyadenosine, Deoxycytidine, Deoxyguanosine, Deoxythymidine)\n  private val map = list.map(nucleobase => nucleobase.symbol -> nucleobase).toMap\n\n  def apply(symbol: Char): Deoxyribonucleoside = map(symbol)\n\n  def get(symbol: Char): Option[Deoxyribonucleoside] = map.get(symbol)\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/test\/scala\/com\/peterpotts\/gene\/FastaIteratorTest.scala","text":"package com.peterpotts.gene\n\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{Matchers, WordSpec}\n\nimport scala.io.Source\n\nclass FastaIteratorTest extends WordSpec with Matchers with MockitoSugar {\n  \"A FASTA iterator\" should {\n    \"decode FASTA format\" in {\n      val lines = Source.fromURL(getClass.getResource(\"\/test.fa\")).getLines()\n      val actual = new FastaIterator(lines)\n\n      val expected = Map(\n        \"Frag_56\" -> \"ATTAGACCTG\",\n        \"Frag_57\" -> \"CCTGCCGGAA\",\n        \"Frag_58\" -> \"AGACCTGCCG\",\n        \"Frag_59\" -> \"GCCGGAATAC\")\n\n      actual.toMap shouldEqual expected\n    }\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/FastaIterator.scala","text":"<reponame>peterpotts\/gene\npackage com.peterpotts.gene\n\nclass FastaIterator(iterator: Iterator[String]) extends Iterator[(String, String)] {\n  private val Header = \"[>](.*)\".r\n  private val source = iterator.buffered\n  private val builder = StringBuilder.newBuilder\n\n  def hasNext: Boolean = source.hasNext\n\n  def next(): (String, String) = {\n    val Header(description) = source.next()\n    builder.clear()\n    while (source.hasNext && Header.unapplySeq(source.head).isEmpty) builder ++= source.next()\n    description -> builder.toString\n  }\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/Signal.scala","text":"<reponame>peterpotts\/gene\npackage com.peterpotts.gene\n\nsealed trait Signal\n\ncase object Start extends Signal\n\nsealed trait Stop extends Signal\n\ncase object Ochre extends Stop\n\ncase object Amber extends Stop\n\ncase object Opal extends Stop\n\nobject Stop {\n  val list = List(Ochre, Amber, Opal)\n  private val map = list.map(stop => stop.toString -> stop).toMap\n\n  def apply(code: String): Stop = map(code)\n}\n"}
{"repo_name":"peterpotts\/gene","path":"src\/main\/scala\/com\/peterpotts\/gene\/PentoseSugar.scala","text":"<reponame>peterpotts\/gene<filename>src\/main\/scala\/com\/peterpotts\/gene\/PentoseSugar.scala\npackage com.peterpotts.gene\n\n\/**\n  * The five-carbon sugar ring found in nucleotides.\n  *\n  * @author <NAME>\n  *\/\nsealed trait PentoseSugar\n\n\/**\n  * Five-carbon sugar ring without hydroxyl group found in DNA.\n  *\/\ntrait Deoxyribose extends PentoseSugar\n\n\/**\n  * Five-carbon sugar ring with hydroxyl group found in RNA.\n  *\/\ntrait Ribose extends PentoseSugar\n"}
{"repo_name":"scala-steward\/trace4cats-jaeger","path":"modules\/jaeger-thrift-http-exporter\/src\/test\/scala\/io\/janstenpickle\/trace4cats\/jaeger\/JaegerHttpSpanExporterSpec.scala","text":"<filename>modules\/jaeger-thrift-http-exporter\/src\/test\/scala\/io\/janstenpickle\/trace4cats\/jaeger\/JaegerHttpSpanExporterSpec.scala\npackage io.janstenpickle.trace4cats.jaeger\n\nimport cats.effect.{IO, Resource}\nimport fs2.Chunk\nimport io.janstenpickle.trace4cats.`export`.SemanticTags\nimport io.janstenpickle.trace4cats.model.{Batch, TraceProcess}\nimport io.janstenpickle.trace4cats.test.jaeger.BaseJaegerSpec\nimport org.http4s.blaze.client.BlazeClientBuilder\n\nimport java.time.Instant\n\nclass JaegerHttpSpanExporterSpec extends BaseJaegerSpec {\n  it should \"Send a batch of spans to jaeger\" in forAll { (batch: Batch[Chunk], process: TraceProcess) =>\n    val updatedBatch =\n      Batch(\n        batch.spans.map(span =>\n          span.copy(\n            serviceName = process.serviceName,\n            attributes = (process.attributes ++ span.attributes) -- excludedTagKeys,\n            start = Instant.now(),\n            end = Instant.now()\n          )\n        )\n      )\n    val exporter = BlazeClientBuilder[IO].resource.flatMap { client =>\n      Resource.eval(JaegerHttpSpanExporter[IO, Chunk](client, process, \"localhost\", 14268))\n    }\n\n    testExporter(\n      exporter,\n      updatedBatch,\n      batchToJaegerResponse(\n        updatedBatch,\n        process,\n        SemanticTags.kindTags,\n        SemanticTags.statusTags(\"span.\"),\n        SemanticTags.processTags,\n        internalSpanFormat = \"jaeger\"\n      )\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/trace4cats-jaeger","path":"project\/Dependencies.scala","text":"<gh_stars>1-10\nimport sbt._\n\nobject Dependencies {\n  object Versions {\n    val scala212 = \"2.12.15\"\n    val scala213 = \"2.13.7\"\n    val scala3 = \"3.1.0\"\n\n    val trace4cats = \"0.12.0\"\n    val trace4catsExporterHttp = \"0.12.0+41-8ce63144\"\n    val trace4catsJaegerIntegrationTest = \"0.12.0+42-5e4d5380\"\n\n    val collectionCompat = \"2.6.0\"\n    val jaeger = \"1.6.0\"\n\n    val kindProjector = \"0.13.2\"\n    val betterMonadicFor = \"0.3.1\"\n  }\n\n  lazy val trace4catsExporterCommon = \"io.janstenpickle\" %% \"trace4cats-exporter-common\" % Versions.trace4cats\n  lazy val trace4catsKernel = \"io.janstenpickle\"         %% \"trace4cats-kernel\"          % Versions.trace4cats\n  lazy val trace4catsModel = \"io.janstenpickle\"          %% \"trace4cats-model\"           % Versions.trace4cats\n  lazy val trace4catsExporterHttp = \"io.janstenpickle\" %% \"trace4cats-exporter-http\" % Versions.trace4catsExporterHttp\n  lazy val trace4catsJaegerIntegrationTest =\n    \"io.janstenpickle\" %% \"trace4cats-jaeger-integration-test\" % Versions.trace4catsJaegerIntegrationTest\n\n  lazy val collectionCompat = \"org.scala-lang.modules\" %% \"scala-collection-compat\" % Versions.collectionCompat\n  lazy val jaegerThrift = \"io.jaegertracing\"            % \"jaeger-thrift\"           % Versions.jaeger\n\n  lazy val kindProjector = (\"org.typelevel\" % \"kind-projector\"     % Versions.kindProjector).cross(CrossVersion.full)\n  lazy val betterMonadicFor = \"com.olegpy\" %% \"better-monadic-for\" % Versions.betterMonadicFor\n}\n"}
{"repo_name":"scala-steward\/trace4cats-jaeger","path":"modules\/jaeger-thrift-exporter\/src\/main\/scala\/io\/janstenpickle\/trace4cats\/jaeger\/JaegerSpanExporter.scala","text":"package io.janstenpickle.trace4cats.jaeger\n\nimport cats.Foldable\nimport cats.effect.kernel.syntax.async._\nimport cats.effect.kernel.{Async, Resource, Sync}\nimport cats.syntax.foldable._\nimport cats.syntax.functor._\nimport io.jaegertracing.thrift.internal.senders.UdpSender\nimport io.jaegertracing.thriftjava.{Process, Span}\nimport io.janstenpickle.trace4cats.kernel.SpanExporter\nimport io.janstenpickle.trace4cats.model.{Batch, TraceProcess}\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.ExecutionContext\nimport scala.jdk.CollectionConverters._\nimport scala.util.Try\n\nobject JaegerSpanExporter {\n  def apply[F[_]: Async, G[_]: Foldable](\n    process: Option[TraceProcess],\n    host: String = Option(System.getenv(\"JAEGER_AGENT_HOST\")).getOrElse(UdpSender.DEFAULT_AGENT_UDP_HOST),\n    port: Int = Option(System.getenv(\"JAEGER_AGENT_PORT\"))\n      .flatMap(p => Try(p.toInt).toOption)\n      .getOrElse(UdpSender.DEFAULT_AGENT_UDP_COMPACT_PORT),\n    blocker: Option[ExecutionContext] = None\n  ): Resource[F, SpanExporter[F, G]] = {\n\n    def blocking[A](thunk: => A): F[A] =\n      blocker.fold(Sync[F].blocking(thunk))(Sync[F].delay(thunk).evalOn)\n\n    Resource.make(Sync[F].delay(new UdpSender(host, port, 0)))(sender => Sync[F].delay(sender.close()).void).map {\n      sender =>\n        new SpanExporter[F, G] {\n          override def exportBatch(batch: Batch[G]): F[Unit] = {\n            def send(process: Process, spans: java.util.List[Span]): F[Unit] =\n              blocking(sender.send(process, spans))\n\n            process match {\n              case None =>\n                val grouped: List[(Process, java.util.List[Span])] =\n                  batch.spans\n                    .foldLeft(Map.empty[String, ListBuffer[Span]]) { case (acc, span) =>\n                      acc.updated(\n                        span.serviceName,\n                        acc\n                          .getOrElse(span.serviceName, scala.collection.mutable.ListBuffer.empty[Span]) += JaegerSpan\n                          .convert(span)\n                      )\n                    }\n                    .view\n                    .map { case (service, spans) => (new Process(service), spans.asJava) }\n                    .toList\n                grouped.traverse_((send _).tupled)\n\n              case Some(tp) =>\n                val spans = batch.spans\n                  .foldLeft(ListBuffer.empty[Span]) { (buf, span) =>\n                    buf += JaegerSpan.convert(span)\n                  }\n                  .asJava\n                send(JaegerSpan.convert(tp), spans)\n            }\n          }\n        }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/trace4cats-jaeger","path":"modules\/jaeger-thrift-http-exporter\/src\/main\/scala\/io\/janstenpickle\/trace4cats\/jaeger\/JaegerHttpSpanExporter.scala","text":"<reponame>scala-steward\/trace4cats-jaeger\npackage io.janstenpickle.trace4cats.jaeger\n\nimport cats.effect.kernel.Async\nimport cats.syntax.either._\nimport cats.syntax.flatMap._\nimport cats.syntax.foldable._\nimport cats.syntax.functor._\nimport cats.{ApplicativeThrow, Foldable}\nimport fs2.{Chunk, Stream}\nimport io.jaegertracing.thriftjava.{Batch => JaegerBatch, Process, Span}\nimport io.janstenpickle.trace4cats.`export`.HttpSpanExporter\nimport io.janstenpickle.trace4cats.kernel.SpanExporter\nimport io.janstenpickle.trace4cats.model.{Batch, TraceProcess}\nimport org.apache.thrift.TSerializer\nimport org.http4s._\nimport org.http4s.client.Client\nimport org.http4s.headers.`Content-Type`\n\nimport scala.util.control.NonFatal\n\nobject JaegerHttpSpanExporter {\n\n  private val thriftBinary: List[Header.ToRaw] = List(`Content-Type`(MediaType.application.`vnd.apache.thrift.binary`))\n\n  private implicit def jaegerBatchEncoder[F[_]: ApplicativeThrow](implicit\n    serializer: TSerializer\n  ): EntityEncoder[F, JaegerBatch] =\n    new EntityEncoder[F, JaegerBatch] {\n      def toEntity(a: JaegerBatch): Entity[F] = try {\n        val payload = serializer.serialize(a)\n        Entity(Stream.chunk(Chunk.array(payload)), Some(payload.length.toLong))\n      } catch {\n        case NonFatal(e) => Entity(Stream.raiseError[F](e), None)\n      }\n\n      val headers: Headers = Headers(thriftBinary)\n    }\n\n  private def makeBatch[G[_]: Foldable](jaegerProcess: Process, batch: Batch[G]): JaegerBatch = {\n    val spans = batch.spans.foldLeft(new java.util.ArrayList[Span]) { case (acc, span) =>\n      acc.add(JaegerSpan.convert(span))\n      acc\n    }\n    new JaegerBatch(jaegerProcess, spans)\n  }\n\n  def apply[F[_]: Async, G[_]: Foldable](\n    client: Client[F],\n    process: TraceProcess,\n    host: String = \"localhost\",\n    port: Int = 14268,\n    protocol: String = \"http\"\n  ): F[SpanExporter[F, G]] =\n    Uri.fromString(s\"$protocol:\/\/$host:$port\/api\/traces\").liftTo[F].flatMap(uri => apply(client, process, uri))\n\n  def apply[F[_]: Async, G[_]: Foldable](client: Client[F], process: TraceProcess, uri: Uri): F[SpanExporter[F, G]] =\n    Async[F].catchNonFatal(new TSerializer()).map { implicit serializer: TSerializer =>\n      val jprocess = JaegerSpan.convert(process)\n      HttpSpanExporter[F, G, JaegerBatch](client, uri, (batch: Batch[G]) => makeBatch[G](jprocess, batch), thriftBinary)\n    }\n}\n"}
{"repo_name":"scala-steward\/trace4cats-jaeger","path":"modules\/jaeger-thrift-common\/src\/main\/scala\/io\/janstenpickle\/trace4cats\/jaeger\/JaegerSpan.scala","text":"<gh_stars>1-10\npackage io.janstenpickle.trace4cats.jaeger\n\nimport cats.data.NonEmptyList\nimport cats.syntax.show._\nimport io.jaegertracing.thriftjava._\nimport io.janstenpickle.trace4cats.`export`.SemanticTags\nimport io.janstenpickle.trace4cats.model.AttributeValue._\nimport io.janstenpickle.trace4cats.model._\n\nimport java.nio.ByteBuffer\nimport java.util.concurrent.TimeUnit\nimport scala.jdk.CollectionConverters._\n\nprivate[jaeger] object JaegerSpan {\n\n  private val statusTags = SemanticTags.statusTags(\"span.\")\n\n  def makeTags(attributes: Map[String, AttributeValue]): java.util.List[Tag] =\n    attributes.view\n      .map {\n        case (key, StringValue(value)) =>\n          new Tag(key, TagType.STRING).setVStr(value.value)\n        case (key, DoubleValue(value)) =>\n          new Tag(key, TagType.DOUBLE).setVDouble(value.value)\n        case (key, BooleanValue(value)) =>\n          new Tag(key, TagType.BOOL).setVBool(value.value)\n        case (key, LongValue(value)) =>\n          new Tag(key, TagType.LONG).setVLong(value.value)\n        case (key, value: AttributeList) =>\n          new Tag(key, TagType.STRING).setVStr(value.show)\n      }\n      .toList\n      .asJava\n\n  def traceIdToLongs(traceId: TraceId): (Long, Long) = {\n    val traceIdBuffer = ByteBuffer.wrap(traceId.value)\n    (traceIdBuffer.getLong, traceIdBuffer.getLong)\n  }\n\n  def spanIdToLong(spanId: SpanId): Long = ByteBuffer.wrap(spanId.value).getLong\n\n  def references(links: Option[NonEmptyList[Link]]): java.util.List[SpanRef] =\n    links\n      .fold(List.empty[SpanRef])(_.map { link =>\n        val (traceIdHigh, traceIdLow) = traceIdToLongs(link.traceId)\n        val spanId = spanIdToLong(link.spanId)\n        new SpanRef(SpanRefType.FOLLOWS_FROM, traceIdLow, traceIdHigh, spanId)\n      }.toList)\n      .asJava\n\n  def convert(process: TraceProcess): Process =\n    new Process(process.serviceName).setTags(makeTags(process.attributes))\n\n  def convert(span: CompletedSpan): Span = {\n    val (traceIdHigh, traceIdLow) = traceIdToLongs(span.context.traceId)\n\n    val startMicros = TimeUnit.MILLISECONDS.toMicros(span.start.toEpochMilli)\n    val endMicros = TimeUnit.MILLISECONDS.toMicros(span.end.toEpochMilli)\n\n    val thriftSpan = new Span(\n      traceIdLow,\n      traceIdHigh,\n      spanIdToLong(span.context.spanId),\n      span.context.parent.map(parent => ByteBuffer.wrap(parent.spanId.value).getLong).getOrElse(0),\n      span.name,\n      span.context.traceFlags.sampled match {\n        case SampleDecision.Include => 0\n        case SampleDecision.Drop => 1\n      },\n      startMicros,\n      endMicros - startMicros\n    )\n\n    thriftSpan\n      .setTags(makeTags(span.allAttributes ++ statusTags(span.status) ++ SemanticTags.kindTags(span.kind)))\n      .setReferences(references(span.links))\n  }\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/framework\/Logging.scala","text":"package framework\n\nimport util.AppStorage\n\n\/\/ 0-no log 1-debug 2-function calls\ntrait Logging {\n  protected def debug(msg: => Any): Unit = if ((AppStorage.config.debuglevel & 1) > 0) dolog(\"[D] \" + msg)\n  protected def debug(msg: => Any, t: => Throwable): Unit = if ((AppStorage.config.debuglevel & 1) > 0) dolog(\"[D] \" + msg, t)\n  protected def error(msg: => Any): Unit = dolog(\"[E] \" + msg)\n  protected def error(msg: => Any, t: => Throwable): Unit = dolog(\"[E] \" + msg, t)\n  protected def info(msg: => Any): Unit = dolog(\"[I] \" + msg)\n  protected def info(msg: => Any, t: => Throwable): Unit = dolog(\"[I] \" + msg, t)\n  protected def warn(msg: => Any): Unit = dolog(\"[W] \" + msg)\n  protected def warn(msg: => Any, t: => Throwable): Unit = dolog(\"[W] \" + msg, t)\n\n  def dolog(msg: Any): Unit = {\n    println(msg)\n  }\n\n  protected def logCall(msg: => Any = \"\"): Unit = {\n    if ((AppStorage.config.debuglevel & 2) > 0) {\n      val stackTrace = Thread.currentThread.getStackTrace\n      \/\/ debug(stackTrace.mkString(\";\"))\n      info(s\"[call ${stackTrace(3).getClassName}.${stackTrace(3).getMethodName}:${stackTrace(3).getLineNumber} <- ${stackTrace(4).getClassName}.${stackTrace(4).getMethodName}: ${stackTrace(4).getLineNumber}]: \" + msg)\n    }\n  }\n\n  def dolog(msg: Any, exc: Throwable): Unit = {\n    println(msg)\n    println(exc.getMessage)\n    exc.printStackTrace()\n  }\n\n}"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/ArticleListView.scala","text":"package views\n\n\nimport db.{Article, ReftoolDB, Topic, Topic2Article}\nimport framework.{ApplicationController, GenericView, Helpers, MyAction}\nimport db.SquerylEntrypointForMyApp._\nimport util._\n\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.Includes._\nimport scalafx.beans.property.StringProperty\nimport scalafx.collections.ObservableBuffer\nimport scalafx.geometry.Insets\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control._\nimport scalafx.scene.image.Image\nimport scalafx.scene.input._\nimport scalafx.scene.layout.{Background, BackgroundFill, BorderPane, CornerRadii}\nimport scalafx.scene.paint.Color\nimport scalafx.scene.control.TableColumn._\n\n\nclass ArticleListView extends GenericView(\"articlelistview\") {\n\n  private var currentTopic: Topic = _\n  private val topicHistory = new ArrayBuffer[Long]()\n\n  private val colorsn = List(Color.White, Color.Salmon, Color.LightSalmon, Color.LightGreen)\n\n  \/\/ for coloring of cells.\n  private class MyTableCell extends TableCell[Article, String] {\n    item.onChange { (_, b, c) => {\n      val idx = index.value\n      background = new Background(Array[BackgroundFill]()) \/\/ remove old background\n      if (b != null && c == null) text = \"\" \/\/ cells are re-used, need to clear old text\n      if (c != null) {\n        text = c\n        \/\/ not needed? if (idx > -1 && idx < alv.getItems.length) {\n        val a = alv.getItems.get(idx)\n        val col = inTransaction {\n          a.color(currentTopic)\n        }\n        if (col != 0) background = new Background(Array(new BackgroundFill(colorsn(col), new CornerRadii(12.0), Insets(2.0, 0.0, 2.0, 0.0))))\n      }\n    } }\n  }\n\n  private val cTitle = new TableColumn[Article, String] {\n    text = \"Title\"\n    cellValueFactory = a => new StringProperty(a.value.title.trim.replaceAll(\"((\\r\\n)|\\r|\\n)+\", \" \"))\n    cellFactory = { _: TableColumn[Article, String] => new MyTableCell } \/\/ don't fix deprecation, cellFactory_ is unflexible, if needed use jfxu.callback\n  }\n  private val cPubdate = new TableColumn[Article, String] {\n    text = \"Date\"\n    cellValueFactory = a => new StringProperty(a.value.pubdate)\n  }\n  private val cAuthors = new TableColumn[Article, String] {\n    text = \"Authors\"\n    cellValueFactory = a => new StringProperty(a.value.authors.trim.replaceAll(\"((\\r\\n)|\\r|\\n)+\", \" \"))\n  }\n  private val cJournal = new TableColumn[Article, String] {\n    text = \"Journal\"\n    cellValueFactory = a => new StringProperty(a.value.journal)\n  }\n  private val cReview = new TableColumn[Article, String] {\n    text = \"Review\"\n    cellValueFactory = a => new StringProperty(StringHelper.headString(a.value.review.trim.replaceAll(\"((\\r\\n)|\\r|\\n)+\", \"|\"), 50))\n  }\n  private val cBibtexid = new TableColumn[Article, String] {\n    text = \"BibtexID\"\n    cellValueFactory = a => new StringProperty(a.value.bibtexid)\n  }\n  private val cModtime = new TableColumn[Article, String] {\n    text = \"Modtime\"\n    sortType = TableColumn.SortType.Descending\n    cellValueFactory = a => new StringProperty(a.value.getModtimeString)\n  }\n  private val defaultSortOrder = List(cPubdate, cTitle)\n\n  private val articles = new ObservableBuffer[Article]()\n\n  private val alv: TableView[Article] = new TableView[Article](articles) {\n    columns.addAll(cTitle, cAuthors, cPubdate, cJournal, cBibtexid, cReview, cModtime)\n    columns.foreach(tc => tc.setPrefWidth(120.0))\n    \/\/ columnResizePolicy = TableView.ConstrainedResizePolicy doesn't work with programmatic resizing: https:\/\/bugs.openjdk.java.net\/browse\/JDK-8091269\n    tableMenuButtonVisible = true\n    sortOrder.clear()\n    defaultSortOrder.foreach(sc => sortOrder += sc)\n    selectionModel.value.selectionMode = SelectionMode.Multiple\n  }\n\n  text = \"Article list\"\n\n  private val lbCurrentTitle = new Label(\"<title>\")\n\n  private val aPreviousTopic = new MyAction(\"Article\", \"Go to previous topic\") {\n    tooltipString = \"Go to previous topic in history without changing topic view\"\n    image = new Image(getClass.getResource(\"\/images\/backward_nav.gif\").toExternalForm)\n    action = _ => {\n      val tid = if (topicHistory.nonEmpty) {\n        if (currentTopic != null && currentTopic.id == topicHistory.last) { \/\/ skip current topic\n          if (topicHistory.size >= 2) {\n            topicHistory.remove(topicHistory.size - 1)\n            Some(topicHistory.remove(topicHistory.size - 1))\n          } else None\n        } else {\n          Some(topicHistory.remove(topicHistory.size - 1))\n        }\n      } else None\n      if (tid.nonEmpty) inTransaction {\n        ReftoolDB.topics.lookup(tid.get) foreach (t => setArticlesTopic(t))\n      } else\n        ApplicationController.showNotification(s\"Topic history is empty!\")\n    }\n    enabled = true\n  }\n  private val aRecentChanges = new MyAction(\"Article\", \"Show recently changed articles\") {\n    tooltipString = \"Show recently changed articles (max 100)\"\n    image = new Image(getClass.getResource(\"\/images\/clock.png\").toExternalForm)\n    action = _ => inTransaction {\n      val al = from(ReftoolDB.articles)(a => select(a).orderBy(a.modtime.desc)).page(0, 100).toList\n      setArticles(al, \"Recently changed\", null, List(cModtime))\n    }\n    enabled = true\n  }\n  private val aSetColor = new MyAction(\"Article\", \"Cycle article color\") {\n    tooltipString = \"Cycle article color for article in this topic\"\n    image = new Image(getClass.getResource(\"\/images\/colors.png\").toExternalForm)\n    action = _ => {\n      val a = alv.selectionModel.value.getSelectedItem\n      inTransaction {\n        a.getT2a(currentTopic) match {\n          case Some(t2a) =>\n            var col = t2a.color + 1 \/\/ cycle through colors\n            if (col >= colorsn.length) col = 0\n            t2a.color = col\n            ReftoolDB.topics2articles.update(t2a)\n\n          case None =>\n        }\n      }\n      ApplicationController.obsArticleModified(a)\n    }\n  }\n\n  private val aMoveToStack = new MyAction(\"Article\", \"Move to stack\") {\n    tooltipString = \"Move selected articles to stack\"\n    image = new Image(getClass.getResource(\"\/images\/stackmove.gif\").toExternalForm)\n    action = _ => inTransaction {\n      val as = new ArrayBuffer[Article] ++ alv.selectionModel.value.getSelectedItems\n      as.foreach( a => {\n        a.topics.dissociate(currentTopic)\n        if (!a.topics.toList.contains(ReftoolDB.stackTopic)) a.topics.associate(ReftoolDB.stackTopic, new Topic2Article())\n        ApplicationController.obsArticleModified(a)\n      })\n      ApplicationController.showNotification(s\"Moved ${as.length} articles to stack!\")\n      Helpers.runUIdelayed(alv.requestFocus())\n    }\n  }\n  private val aCopyToStack = new MyAction(\"Article\", \"Copy to stack\") {\n    tooltipString = \"Copy selected articles to stack\"\n    image = new Image(getClass.getResource(\"\/images\/stackadd.gif\").toExternalForm)\n    action = _ => inTransaction {\n      val as = new ArrayBuffer[Article] ++ alv.selectionModel.value.getSelectedItems\n      as.foreach( a => {\n        if (!a.topics.toList.contains(ReftoolDB.stackTopic)) a.topics.associate(ReftoolDB.stackTopic, new Topic2Article())\n        ApplicationController.obsArticleModified(a)\n      })\n      ApplicationController.showNotification(s\"Copied ${as.length} articles to stack!\")\n    }\n  }\n  private val aStackMoveHere = new MyAction(\"Article\", \"Move stack articles here\") {\n    tooltipString = \"Move all stack articles here\"\n    image = new Image(getClass.getResource(\"\/images\/stackmovetohere.gif\").toExternalForm)\n    action = _ => inTransaction {\n      ReftoolDB.stackTopic.articles.foreach( a => {\n        a.topics.dissociate(ReftoolDB.stackTopic)\n        if (!a.topics.toList.contains(currentTopic)) a.topics.associate(currentTopic, new Topic2Article())\n        ApplicationController.obsArticleModified(a)\n      })\n      ApplicationController.showNotification(s\"Moved articles from stack!\")\n      setArticlesTopic(currentTopic)\n    }\n  }\n  private val aStackCopyHere = new MyAction(\"Article\", \"Copy stack here\") {\n    tooltipString = \"Copy all stack articles here\"\n    image = new Image(getClass.getResource(\"\/images\/stackcopytohere.gif\").toExternalForm)\n    action = _ => inTransaction {\n      ReftoolDB.stackTopic.articles.foreach( a => {\n        if (!a.topics.toList.contains(currentTopic)) a.topics.associate(currentTopic, new Topic2Article())\n        ApplicationController.obsArticleModified(a)\n      } )\n      ApplicationController.showNotification(s\"Copied articles from stack!\")\n      setArticlesTopic(currentTopic)\n    }\n  }\n  private val aShowStack = new MyAction(\"Article\", \"Show stack\") {\n    tooltipString = \"Show articles on stack\"\n    image = new Image(getClass.getResource(\"\/images\/stack.gif\").toExternalForm)\n    action = _ => inTransaction {\n      setArticlesTopic(ReftoolDB.stackTopic)\n    }\n    enabled = true\n  }\n  private val aShowOrphans = new MyAction(\"Article\", \"Show orphans\") {\n    tooltipString = \"Show orphaned articles without topic\"\n    image = new Image(getClass.getResource(\"\/images\/orphans.png\").toExternalForm)\n    action = _ => inTransaction {\n      val q = ReftoolDB.articles.where(a =>\n        a.id notIn from(ReftoolDB.topics2articles)(t2a => select(t2a.ARTICLE))\n      )\n      setArticles(q.toList, \"Orphaned articles\", null)\n    }\n    enabled = true\n  }\n  private val aOpenPDF = new MyAction(\"Article\", \"Open PDF\") {\n    tooltipString = \"Opens main document of article\"\n    image = new Image(getClass.getResource(\"\/images\/pdf.png\").toExternalForm)\n    action = _ => {\n      val a = alv.selectionModel.value.getSelectedItem\n      FileHelper.openDocument(a.getFirstDocRelative)\n    }\n  }\n  private val aOpenURL = new MyAction(\"Article\", \"Open URL\") {\n    tooltipString = \"Opens URL of article\"\n    image = new Image(getClass.getResource(\"\/images\/external_browser.gif\").toExternalForm)\n    action = _ => {\n      val a = alv.selectionModel.value.getSelectedItem\n      FileHelper.openURL(a.getURL)\n    }\n  }\n  private val aRevealPDF = new MyAction(\"Article\", \"Reveal document\") {\n    tooltipString = \"Reveal document in file browser\"\n    image = new Image(getClass.getResource(\"\/images\/Finder_icon.png\").toExternalForm)\n    action = _ => {\n      val a = alv.selectionModel.value.getSelectedItem\n      FileHelper.revealDocument(a.getFirstDocRelative)\n    }\n  }\n\n  private val aRemoveFromTopic = new MyAction(\"Article\", \"Remove from topic\") {\n    tooltipString = \"Remove articles from current topic\"\n    image = new Image(getClass.getResource(\"\/images\/remove_correction.gif\").toExternalForm)\n    action = _ => inTransaction {\n      val as = new ArrayBuffer[Article] ++ alv.selectionModel.value.getSelectedItems\n      as.foreach( a => {\n        a.topics.dissociate(currentTopic)\n        ApplicationController.obsArticleModified(a)\n      })\n      ApplicationController.showNotification(s\"Removed ${as.length} articles from topic [$currentTopic]!\")\n      Helpers.runUIdelayed(alv.requestFocus())\n    }\n  }\n  private val aRemoveArticle = new MyAction(\"Article\", \"Delete article\") {\n    tooltipString = \"Deletes articles completely\"\n    image = new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm)\n    action = _ => inTransaction {\n      val res = Helpers.showTextAlert(AlertType.Confirmation, \"Delete articles\", \"Really deleted selected articles, including their documents?\", \"\",\n        alv.selectionModel.value.getSelectedItems.mkString(\"\\n\"), Seq(ButtonType.Yes, ButtonType.No))\n      res match {\n        case Some(ButtonType.Yes) =>\n          val as = new ArrayBuffer[Article] ++ alv.selectionModel.value.getSelectedItems\n          as.foreach( a => {\n            for (t <- a.topics.toList)\n              a.topics.dissociate(t)\n            a.getDocuments.foreach( d => {\n              info(\"deleting document \" + FileHelper.getDocumentFileAbs(d.docPath).getPath)\n              FileHelper.getDocumentFileAbs(d.docPath).delete()\n            })\n            ReftoolDB.articles.delete(a.id)\n            ApplicationController.obsArticleRemoved(a)\n          })\n          Helpers.runUIdelayed(alv.requestFocus())\n        case _ =>\n      }\n    }\n  }\n  private val aCopyURLs = new MyAction(\"Article\", \"Copy article URLs\") {\n    tooltipString = \"Copy article bibtexid+URL+title to clipboard (shift: text format only)\"\n    image = new Image(getClass.getResource(\"\/images\/copyurls.png\").toExternalForm)\n    action = m => {\n      val clipboard = Clipboard.systemClipboard\n      val content = new ClipboardContent\n      val items = alv.selectionModel.value.getSelectedItems\n      content.putString(items.map(a => s\"${a.bibtexid}, ${a.title}, ${a.getURL}\").mkString(\"\\n\"))\n      if (m != MyAction.MSHIFT) {\n        content.putHtml(\"<HTML>\" + items.map(a => s\"${a.bibtexid} <a href=${a.getURL}>${a.title}<\/a><br>\").mkString(\"\\n\")+\"<\/HTML>\")\n      }\n      clipboard.setContent(content)\n      ApplicationController.showNotification(s\"Copied article URLs to clipboard!\")\n    }\n  }\n  private val aCopyDOIs = new MyAction(\"Article\", \"Copy article DOIs\/arXiv ID\") {\n    tooltipString = \"Copy article DOIs or arXiv IDs to clipboard (for import into Zotero etc.)\"\n    image = new Image(getClass.getResource(\"\/images\/copydois.png\").toExternalForm)\n    action = _ => {\n      val clipboard = Clipboard.systemClipboard\n      val content = new ClipboardContent\n      val items = alv.selectionModel.value.getSelectedItems\n      val failed = new ArrayBuffer[Article]\n      content.putString(items.map(a => {\n        val s = if (a.doi.trim.isEmpty) a.getArxivID else a.doi\n        if (s.isEmpty) failed += a\n        s\n      }).mkString(\" \"))\n      clipboard.setContent(content)\n      ApplicationController.showNotification(s\"Copied article DOIs or arXiv IDs to clipboard!\")\n      if (failed.nonEmpty) {\n        new Alert(AlertType.Warning, \"Can't find ID of some articles, show in list...\", ButtonType.OK).showAndWait()\n        ApplicationController.obsShowArticlesList((failed.toList, \"Articles with missing DOI\/arXiv ID\", false))\n      }\n    }\n  }\n  private val aCopyPDFs = new MyAction(\"Article\", \"Copy documents\") {\n    tooltipString = \"Copy documents of articles somewhere\"\n    image = new Image(getClass.getResource(\"\/images\/copypdfs.png\").toExternalForm)\n    action = _ => {\n      UpdatePdfs.exportPdfs(alv.selectionModel.value.getSelectedItems.toList, null, toolbarButton.getParent.getScene.getWindow)\n    }\n  }\n  private val aUpdateDocumentFilenames = new MyAction(\"Article\", \"Update document filenames\") {\n    tooltipString = \"use [bibtexid]-[title]-[docname]\"\n    action = _ => inTransaction {\n      val as = new ArrayBuffer[Article] ++ alv.selectionModel.value.getSelectedItems\n      as.foreach( a => {\n        val aa = ReftoolDB.renameDocuments(a)\n        ReftoolDB.articles.update(aa)\n        ApplicationController.obsArticleModified(aa)\n      })\n      ApplicationController.showNotification(s\"Updated document filenames of ${as.length} articles!\")\n    }\n  }\n  private val aUnionTopics = new MyAction(\"Article\", \"Put selected articles in union of topics\") {\n    tooltipString = \"select exactly two articles!\"\n    action = _ => if (alv.selectionModel.value.getSelectedItems.length == 2) inTransaction {\n      val a1 = alv.selectionModel.value.getSelectedItems.get(0)\n      val a2 = alv.selectionModel.value.getSelectedItems.get(1)\n      val topicsunion = a1.topics.toList ++ a2.topics.toList\n      topicsunion.foreach { t =>\n        if (!a1.topics.toList.contains(t)) a1.topics.associate(t, new Topic2Article())\n        if (!a2.topics.toList.contains(t)) a2.topics.associate(t, new Topic2Article())\n      }\n      ApplicationController.obsArticleModified(a1)\n      ApplicationController.obsArticleModified(a2)\n      ApplicationController.showNotification(s\"Done!\")\n    }\n  }\n\n  alv.selectionModel().selectedItems.onChange(\n    (ob, change) => {\n      if (ob.isEmpty) {\n        aSetColor.enabled = false\n        aMoveToStack.enabled = false\n        aRemoveFromTopic.enabled = false\n        aRemoveArticle.enabled = false\n        aCopyURLs.enabled = false\n        aCopyDOIs.enabled = false\n        aCopyPDFs.enabled = false\n        aCopyToStack.enabled = false\n        aOpenPDF.enabled = false\n        aRevealPDF.enabled = false\n        aOpenURL.enabled = false\n        aUpdateDocumentFilenames.enabled = false\n        aUnionTopics.enabled = false\n      } else if (change.nonEmpty) { \/\/ no idea why it's empty sometimes...\n        aRemoveArticle.enabled = true\n        aCopyToStack.enabled = true\n        aMoveToStack.enabled = currentTopic != null\n        aRemoveFromTopic.enabled = currentTopic != null\n        aCopyURLs.enabled = true\n        aCopyDOIs.enabled = true\n        aCopyPDFs.enabled = true\n        aUpdateDocumentFilenames.enabled = true\n        if (ob.size == 1) {\n          aSetColor.enabled = currentTopic != null\n          aOpenPDF.enabled = true\n          aRevealPDF.enabled = true\n          aOpenURL.enabled = true\n          ApplicationController.obsShowArticle(ob.head)\n        } else if (ob.size == 2) {\n          aUnionTopics.enabled = true\n        }\n      }\n    }\n  )\n\n  alv.rowFactory = (_: TableView[Article]) => {\n    new TableRow[Article] {\n      onMouseClicked = (me: MouseEvent) => {\n        if (me.clickCount == 3) {\n          aOpenPDF.action(MyAction.MNONE)\n        }\n      }\n\n      onDragDetected = (me: MouseEvent) => {\n        ApplicationController.showNotification(\"Drag'n'drop: 'link' means 'move'!\")\n        val db = if (currentTopic == null) startDragAndDrop(TransferMode.Copy) else {\n          startDragAndDrop(TransferMode.Copy, TransferMode.Link) \/\/ workaround, MOVE and COPY does not work! I use LINK therefore...\n        }\n        val cont = new ClipboardContent {\n          putString(\"articles\") \/\/ can't easily make custom DataFormats on mac (!)\n        }\n        DnDHelper.articles.clear()\n        DnDHelper.articles ++= alv.selectionModel.value.getSelectedItems\n        DnDHelper.articlesTopic = currentTopic\n        db.delegate.setContent(cont)\n        me.consume()\n      }\n\n    }\n  }\n\n  toolbaritems ++= Seq( lbCurrentTitle, aPreviousTopic.toolbarButton, aRecentChanges.toolbarButton, aSetColor.toolbarButton,\n    aShowStack.toolbarButton, aShowOrphans.toolbarButton, aMoveToStack.toolbarButton, aCopyToStack.toolbarButton, aStackMoveHere.toolbarButton,\n    aStackCopyHere.toolbarButton, aOpenPDF.toolbarButton, aRemoveFromTopic.toolbarButton, aRemoveArticle.toolbarButton, aRevealPDF.toolbarButton,\n    aCopyURLs.toolbarButton, aCopyPDFs.toolbarButton, aOpenURL.toolbarButton)\n\n  content = new BorderPane {\n    center = alv\n  }\n\n  private def selectRevealArticleByID(id: Long): Unit = {\n    inTransaction {\n      ReftoolDB.articles.lookup(id) foreach(a => selectRevealArticle(a))\n    }\n  }\n\n  private def selectRevealArticle(a: Article): Unit = {\n    if (articles.contains(a)) {\n      Helpers.runUI {\n        alv.getSelectionModel.select(a)\n        \/\/ make row visible if not already https:\/\/stackoverflow.com\/questions\/17268529\/javafx-tableview-keep-selected-row-in-current-view\n        val vflow = alv.delegate.getSkin.asInstanceOf[javafx.scene.control.skin.TableViewSkin[_]].\n          getChildren.get(1).asInstanceOf[javafx.scene.control.skin.VirtualFlow[_]]\n        val idx = alv.getSelectionModel.getSelectedIndex\n        vflow.scrollTo(idx)\n      }\n    } else debug(\"revealarticle: not found: \" + a)\n  }\n\n  private def safeSelect(oldidx: Int): Unit = {\n    val newidx = if (articles.length > oldidx) oldidx\n    else { if (articles.length > 0) math.max(0, oldidx - 1) else -1 }\n    if (newidx > -1) alv.getSelectionModel.select(newidx)\n  }\n\n  ApplicationController.obsShowArticlesList += { case (al: List[Article], title: String, nosort: Boolean) =>\n    setArticles(al, title, null, sortCols = if (nosort) null else defaultSortOrder) }\n  ApplicationController.obsTopicSelected += ((t: Topic) => setArticlesTopic(t) )\n  ApplicationController.obsRevealArticleInList += ((a: Article) => selectRevealArticle(a) )\n  ApplicationController.obsArticleModified += ((a: Article) => {\n    if (currentTopic != null) {\n      val oldsel = alv.getSelectionModel.getSelectedItems.headOption\n      val oldselidx = alv.getSelectionModel.getSelectedIndices.headOption\n      setArticlesTopic(currentTopic)\n      if (oldsel.nonEmpty) {\n        val founda = articles.find(a => a.id == oldsel.get.id)\n        if (founda.nonEmpty) {\n          selectRevealArticle(founda.get)\n        } else {\n          safeSelect(oldselidx.get)\n        }\n      }\n    } else {\n      val oldart = articles.find(oa => oa.id == a.id)\n      if (oldart.isDefined) { articles.replaceAll(oldart.get, a) }\n    }\n  })\n  ApplicationController.obsArticleRemoved += ((a: Article) => {\n    articles -= a\n  })\n\n  private var firstRun = true\n  private def setArticles(al: List[Article], title: String, topic: Topic, sortCols: List[TableColumn[Article, String]] = defaultSortOrder): Unit = {\n    logCall(s\"num=${al.length} topic=$topic\")\n    currentTopic = topic\n    articles.clear()\n    articles ++= al\n    lbCurrentTitle.text = title\n    aStackCopyHere.enabled = currentTopic != null\n    aStackMoveHere.enabled = currentTopic != null\n    aCopyToStack.enabled = false \/\/ req selection\n    aMoveToStack.enabled = false \/\/ req selection\n    aOpenPDF.enabled = false \/\/ req selection\n    aRemoveFromTopic.enabled = false \/\/ req selection\n    aRemoveArticle.enabled = false \/\/ req selection\n    alv.sortOrder.clear()\n    if (sortCols != null) sortCols.foreach(sc => alv.sortOrder += sc)\n    alv.sort()\n    if (firstRun) {\n      ReftoolDB.getSetting(ReftoolDB.SLASTARTICLEID) foreach(s =>\n        ApplicationController.workerAdd(() => selectRevealArticleByID(s.toLong), uithread = true) )\n      firstRun = false\n    }\n  }\n\n  private def setArticlesTopic(topic: Topic): Unit = {\n    if (topic != null) inTransaction {\n      if (topicHistory.isEmpty || topicHistory.last != topic.id)\n        topicHistory += topic.id\n      setArticles(topic.articles.toList, s\"Articles in [${topic.title}]  \", topic)\n    }\n  }\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = {\n    val la = (alv.getSelectionModel.getSelectedItems.headOption map(a => a.id) getOrElse(-1)).toString\n    ReftoolDB.setSetting(ReftoolDB.SLASTARTICLEID, la)\n    List(\n      alv.columns.map(tc => tc.getWidth).mkString(\",\")\n    ).mkString(\";\")\n  }\n\n  override def setUIsettings(s: String): Unit = {\n    val s1 = s.split(\";\")\n    if (s1.length == 1 && s1(0).contains(\",\")) {\n      s1(0).split(\",\").zipWithIndex.foreach { case (s: String, i: Int) => if (alv.columns.length > i) alv.columns(i).setPrefWidth(s.toDouble) }\n    }\n  }\n\n  override val uisettingsID: String = \"alv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/main\/Main.scala","text":"<filename>src\/main\/scala\/main\/Main.scala\npackage main\n\nimport java.awt.Taskbar\nimport java.io\nimport java.io.PrintStream\n\nimport db.ReftoolDB\nimport framework.Helpers._\nimport framework.{ApplicationController, Helpers, Logging}\nimport javax.imageio.ImageIO\nimport scalafx.Includes._\nimport scalafx.application.JFXApp3\nimport scalafx.application.JFXApp3.PrimaryStage\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.Insets\nimport scalafx.scene.Scene\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.Button._\nimport scalafx.scene.control.ComboBox._\nimport scalafx.scene.control._\nimport scalafx.scene.image.{Image, ImageView}\nimport scalafx.scene.layout._\nimport scalafx.stage.{DirectoryChooser, WindowEvent}\nimport util._\nimport views._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.language.{implicitConversions, reflectiveCalls}\n\n\nobject Main extends JFXApp3 with Logging {\n\n  var mainScene: MainScene = _\n  val logfile: MFile = MFile.createTempFile(\"reftool5log\",\".txt\")\n\n  \/\/ JFXApp3: everything must go into this!\n  override def start(): Unit = {\n\n    \/\/ redirect console output, must happen on top of this object!\n    val oldOut: PrintStream = System.out\n    val oldErr: PrintStream = System.err\n    val logps = new io.FileOutputStream(logfile.toFile)\n    System.setOut(new io.PrintStream(new MyConsole(false), true))\n    System.setErr(new io.PrintStream(new MyConsole(true), true))\n\n\n    Thread.currentThread().setUncaughtExceptionHandler((_: Thread, e: Throwable) => {\n      error(\"Exception: \" + e.getMessage)\n      e.printStackTrace()\n      if (stage.isShowing) Helpers.showExceptionAlert(\"\", e)\n    })\n\n    class MyConsole(errchan: Boolean) extends io.OutputStream {\n      override def write(b: Int): Unit = {\n        runUI {\n          if (mainScene != null) if (mainScene.logView != null) mainScene.logView.append(b.toChar.toString)\n        }\n        if (logps != null) logps.write(b)\n        (if (errchan) oldErr else oldOut).print(b.toChar.toString)\n      }\n    }\n\n    tryit { AppStorage.load() }\n\n    def getAppIcons: List[Image] = List(\n      new Image(getClass.getResource(\"\/icons\/Icon-16.png\").toExternalForm),\n      new Image(getClass.getResource(\"\/icons\/Icon-32.png\").toExternalForm)\n\/\/      new Image(getClass.getResource(\"\/icons\/Icon-128.png\").toExternalForm)\n    )\n\n    def loadMainScene(createNewStorage: Boolean): Unit = {\n      logCall()\n      try {\n        ReftoolDB.initialize(startwithempty = createNewStorage)\n      } catch {\n        case e: Exception =>\n          showExceptionAlert(\"Error opening database: Is another instance of reftool running on the same data location?\", e)\n          stopApp()\n      }\n      stage = new PrimaryStage {\n        title = \"Reftool 5\"\n        width = 1200\n        height = 800\n        mainScene = tryit {\n          new MainScene(this)\n        }\n        scene = mainScene\n        ApplicationController.mainScene = mainScene\n        \/\/ onShown = (we: WindowEvent) => { \/\/ works only if no stage shown before...\n        tryit {\n          info(\"Reftool log file: \" + logfile)\n          ApplicationController.afterShown()\n        }\n        \/\/ }\n        tryit {\n          getAppIcons.foreach(i => icons += i)\n        }\n      }\n    }\n\n    def loadStartupDialog(): Unit = {\n      val doAutostart = !AppStorage.config.showstartupdialog && new MFile(AppStorage.config.datadir).isDirectory\n\n      stage = new PrimaryStage {\n        title = \"Reftool 5\"\n        width = 500\n        height = 400\n        tryit {\n          getAppIcons.foreach(i => icons += i)\n        }\n        tryit {\n          scene = new Scene {\n            content = new VBox(20) {\n              padding = Insets(10)\n              alignment = scalafx.geometry.Pos.Center\n              fillWidth = true\n              children += new ImageView(new Image(getClass.getResource(\"\/images\/about.png\").toExternalForm))\n              if (!doAutostart) {\n                children += new Button(\"Open last reftool data directory \\n\" + AppStorage.config.datadir) {\n                  maxWidth = Double.PositiveInfinity\n                  disable = !new MFile(AppStorage.config.datadir).isDirectory\n                  onAction = (_: ActionEvent) => {\n                    loadMainScene(createNewStorage = false)\n                  }\n                }\n                children += new ComboBox[String](AppStorage.config.recentDatadirs.toIndexedSeq) {\n                  maxWidth = Double.PositiveInfinity\n                  promptText = \"Select recent data directory...\"\n                  disable = AppStorage.config.recentDatadirs.isEmpty\n                  onAction = (_: ActionEvent) => {\n                    if (new MFile(value.value).isDirectory) {\n                      AppStorage.config.datadir = value.value\n                      loadMainScene(createNewStorage = false)\n                    }\n                  }\n                }\n                children += new Button(\"Open other reftool data directory\") {\n                  maxWidth = Double.PositiveInfinity\n                  onAction = (_: ActionEvent) => {\n                    val res = MFile(new DirectoryChooser {\n                      title = \"Select reftool data directory\"\n                    }.showDialog(stage))\n                    if (res != null) {\n                      AppStorage.config.datadir = res.getPath\n                      loadMainScene(createNewStorage = false)\n                    }\n                  }\n                }\n                children += new Button(\"Create new reftool data directory...\") {\n                  maxWidth = Double.PositiveInfinity\n                  onAction = (_: ActionEvent) => {\n                    val res = MFile(new DirectoryChooser {\n                      title = \"Select new reftool data directory\"\n                    }.showDialog(stage))\n                    if (res != null) {\n                      if (res.listFiles.nonEmpty) {\n                        new Alert(AlertType.Error, \"Need empty new data directory\").showAndWait()\n                      } else {\n                        AppStorage.config.datadir = res.getPath\n                        loadMainScene(createNewStorage = true)\n                      }\n                    }\n                  }\n                }\n              }\n            }\n          }\n          sizeToScene()\n          onShown = (_: WindowEvent) => {\n            if (doAutostart) {\n              Future { \/\/ otherwise the startup window is not shown...\n                Thread.sleep(500)\n                runUI {\n                  loadMainScene(createNewStorage = false)\n                }\n              }\n            }\n          }\n        }\n      }\n    }\n\n    \/\/ Dock icon\n    if (Helpers.isMac) Taskbar.getTaskbar.setIconImage(ImageIO.read(getClass.getResource(\"\/icons\/Icon-128.png\")))\n\n    loadStartupDialog()\n  }\n\n  override def stopApp(): Unit = {\n    info(\"*************** stop app\")\n    AppStorage.save()\n    sys.exit(0)\n  }\n\n}\n\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/framework\/Framework.scala","text":"package framework\n\nimport db.{Article, Topic}\nimport views.MainScene\nimport util.{AppStorage, MFile}\n\nimport scala.jdk.CollectionConverters._\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.Includes._\nimport scalafx.beans.property.BooleanProperty\nimport scalafx.concurrent.WorkerStateEvent\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.{Insets, Pos}\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.Tab._\nimport scalafx.scene.control._\nimport scalafx.scene.image.{Image, ImageView}\nimport scalafx.scene.input.{KeyCode, KeyCombination, KeyEvent, MouseEvent}\nimport scalafx.scene.layout.{GridPane, HBox, Pane, VBox}\nimport scalafx.scene.{Group, Node, Scene}\nimport scalafx.stage.{DirectoryChooser, Modality, Stage, WindowEvent}\n\n\ntrait HasUISettings {\n\n  val uisettingsID: String\n\n  def getUIsettings: String\n\n  def setUIsettings(s: String): Unit\n}\n\nabstract class GenericView(id: String) extends Tab with HasUISettings with Logging {\n\n  val isDirty: BooleanProperty = BooleanProperty(value = false)\n\n  val toolbaritems = new ArrayBuffer[Node]\n\n  closable = false\n\n  def canClose: Boolean\n\n  def activateThisTab(): Unit = {\n    tabPane.value.getSelectionModel.select(this)\n  }\n\n  def onViewClicked(): Unit = {}\n}\n\nclass ViewContainer extends Pane with Logging {\n\n  val group = new Group \/\/ group needed to put toolbar next to tabs\n\n  val views = new ArrayBuffer[GenericView]()\n\n  val toolbar: HBox = new HBox() { \/\/ ToolBar doesn't work\n    alignment = Pos.Center\n  }\n  def updateToolbar(viewno: Int): Unit = {\n    if (views.length > viewno) {\n      toolbar.children.clear()\n      views(viewno).toolbaritems.foreach(v => toolbar.children += v)\n    }\n  }\n\n  val tabpane: TabPane = new TabPane {\n    selectionModel.value.selectedItemProperty.onChange({\n      val si = selectionModel.value.getSelectedIndex\n      updateToolbar(si)\n      if (views.length > si) {\n        \/\/ cannot directly use .requestFocus in onViewClicked as the tabpane steals focus\n        val clickedTimer = new java.util.Timer()\n        clickedTimer.schedule(\n          new java.util.TimerTask {\n            override def run(): Unit = { Helpers.runUI( views(selectionModel.value.getSelectedIndex).onViewClicked() ) }\n          }, 500\n        )\n      }\n    })\n  }\n\n  group.children ++= Seq(tabpane, toolbar)\n\n  tabpane.prefWidth <== this.width\n  tabpane.prefHeight <== this.height\n\n  this.children += group\n\n  toolbar.layoutX <== tabpane.width.subtract(toolbar.width.add(10.0))\n  toolbar.layoutY = 2\n\n  def addView(view: GenericView): Unit = {\n    debug(\" add view \" + view)\n    tabpane.tabs.add(view)\n    views += view\n    ApplicationController.views += view\n  }\n\n  ApplicationController.containers += this\n}\n\nclass MyAction(val category: String, val title: String) extends Logging {\n  private var _tooltipString: String = \"\"\n  private var _image: Image = _\n  private var _enabled: Boolean = false\n  private var _accelerator: KeyCombination = _\n\n  var action: String => Unit = _ \/\/ argument: modifier key\n\n  \/\/ must use getter & setter because toolbarbutton etc has to be modified after it's instantiated\n  def image: Image = _image\n  def image_= (i: Image): Unit = {\n    _image = i\n    toolbarButton.graphic = new ImageView(i)\n    toolbarButton.text = \"\"\n    menuEntry.graphic = new ImageView(i)\n  }\n\n  def tooltipString: String = _tooltipString\n  def tooltipString_= (s: String): Unit = {\n    _tooltipString = s\n    toolbarButton.tooltip = new Tooltip { text = s }\n  }\n\n  def enabled: Boolean = _enabled\n  def enabled_= (b: Boolean): Unit = {\n    _enabled = b\n    toolbarButton.disable = !b\n    menuEntry.disable = !b\n  }\n\n  def accelerator: KeyCombination = _accelerator\n  def accelerator_= (keyCombination: KeyCombination): Unit = {\n    _accelerator = keyCombination\n    menuEntry.accelerator = keyCombination\n  }\n\n  val toolbarButton: Button = {\n    new Button {\n      text = title\n      onAction = (_: ActionEvent) => action(MyAction.MNONE)\n    }\n  }\n  toolbarButton.onMouseClicked = (me: MouseEvent) => {\n    \/\/ this is always called after action. but with shift-click, action() is not called!\n    if (me.shiftDown) action(MyAction.MSHIFT)\n    else if (me.controlDown) action(MyAction.MCTRL)\n  }\n  val menuEntry: MenuItem = {\n    new MenuItem(title) {\n      onAction = (_: ActionEvent) => action(MyAction.MNONE)\n    }\n  }\n  enabled = false\n  ApplicationController.actions += this\n}\nobject MyAction {\n  val MNONE = \"\"\n  val MSHIFT = \"shift\"\n  val MCTRL = \"ctrl\"\n}\n\nclass MyInputTextField(gpRow: Int, labelText: String, iniText: String, helpString: String) extends MyFlexInput(gpRow, labelText, rows=1, helpString) {\n  val tf: TextField = new TextField() {\n    text = iniText\n    editable = true\n  }\n  tf.text.onChange(onchange())\n  GridPane.setConstraints(tf, 1, gpRow, 2, 1)\n\n  override def content: Seq[javafx.scene.Node] = Seq(label, tf)\n}\n\nclass MyInputDirchooser(gpRow: Int, labelText: String, iniText: String, helpString: String) extends MyFlexInput(gpRow, labelText, rows=1, helpString) {\n  val tf: TextField = new TextField() {\n    text = iniText\n    editable = true\n  }\n  tf.text.onChange(onchange())\n\n  val bt: Button = new Button(\"Browse...\") {\n    onAction = (_: ActionEvent) => {\n      val dc = MFile(new DirectoryChooser {\n        title = \"Choose directory...\"\n      }.showDialog(this.delegate.getScene.getWindow))\n      if (dc != null) {\n        tf.text = dc.getPath\n      }\n    }\n  }\n  GridPane.setConstraints(tf, 1, gpRow, 2, 1)\n  GridPane.setConstraints(bt, 2, gpRow, 1, 1)\n\n  override def content: Seq[javafx.scene.Node] = Seq(label, tf, bt)\n}\n\nclass MyInputTextArea(gpRow: Int, labelText: String, rows: Int, iniText: String, helpString: String, disableEnter: Boolean) extends MyFlexInput(gpRow, labelText, rows, helpString) with Logging {\n  val tf: TextArea = new TextArea() {\n    text = iniText\n    prefRowCount = rows - 1\n    minHeight = 10\n    alignmentInParent = Pos.BaselineLeft\n    editable = true\n    wrapText = true\n  }\n  if (disableEnter) {\n    tf.filterEvent(KeyEvent.KeyPressed) {\n      ke: KeyEvent => ke.code match {\n        case KeyCode.Enter => ke.consume()\n        case KeyCode.Z if ke.isMetaDown => \/\/ TODO: bug in javafx?\n          ke.consume()\n          try { tf.undo() } catch { case _: NullPointerException => debug(\"prevented NPE in undo...\") }\n        case KeyCode.Tab => \/\/ https:\/\/stackoverflow.com\/questions\/12860478\/tab-key-navigation-in-javafx-textarea\n          if (!ke.isControlDown) {\n            ke.consume()\n            val tabControlEvent = new javafx.scene.input.KeyEvent(ke.getSource, ke.getTarget, ke.getEventType, ke.getCharacter,\n              ke.getText, ke.getCode, ke.isShiftDown, true, ke.isAltDown, ke.isMetaDown)\n            tf.delegate.fireEvent(tabControlEvent)\n          }\n        case _ =>\n      }\n    }\n  }\n  tf.text.onChange({\n    if (disableEnter) {\n      tf.text = tf.getText.replaceAll(\"((\\r\\n)|\\r|\\n)+\", \" \")\n    }\n    onchange()\n  })\n  GridPane.setConstraints(tf, 1, gpRow, 2, 1)\n\n  override def content: Seq[javafx.scene.Node] = Seq(label, tf)\n}\n\nclass MyInputCheckbox(gpRow: Int, labelText: String, iniStatus: Boolean, helpString: String) extends MyFlexInput(gpRow, labelText, rows=1, helpString) {\n  val cb = new CheckBox(\"\")\n  cb.selected = iniStatus\n  cb.selected.onChange(onchange())\n  GridPane.setConstraints(cb, 1, gpRow, 1, 1)\n\n  override def content: Seq[javafx.scene.Node] = Seq(label, cb)\n}\n\n\/\/ imode: 0-textarea 1-textfield 2-tf with dir sel 3-checkbox\nabstract class MyFlexInput(gpRow: Int, labelText: String, rows: Int = 1, helpString: String) {\n  val label: Label = new Label(labelText) {\n    style = \"-fx-font-weight:bold\"\n    alignmentInParent = Pos.CenterRight\n    tooltip = new Tooltip { text = helpString }\n  }\n  GridPane.setConstraints(label, 0, gpRow, 1, 1)\n  var onchange: () => Unit = () => {}\n  def content: Seq[javafx.scene.Node]\n}\n\n\/\/ open progress dialog for long-running task.\n\/\/ task is not supposed to use onSucceeded etc, don't use SAM for atask if access to updateMessage etc is needed!\n\/\/ also query isCancelled often if long-running, make sure task doesn't do anything anymore if isCancelled()!\n\/\/ note: this dialog closes immediately if cancel is clicked!\n\/\/ can't wait until task is really done as http tasks can't be interrupted https:\/\/stackoverflow.com\/questions\/33849053\/how-to-stop-a-url-connection-upon-thread-interruption-java\n\/\/ possibly apache http could do it, but not via interrupt(), have to use abort(), also inconvenient: need to make worker specific with async http stuff... http:\/\/httpcomponents.10934.n7.nabble.com\/Aborting-requests-via-Thread-interrupt-td17862.html\nclass MyWorker(atitle: String, atask: javafx.concurrent.Task[Unit], cleanup: () => Unit) extends Logging {\n  private val message = new Label(\"\") {\n    maxWidth = Double.MaxValue\n    wrapText = true\n  }\n  private val progress: ProgressBar = new ProgressBar { maxWidth = Double.MaxValue }\n  private val buttonCancel = new Button(\"Cancel\")\n  private val dialog: Stage = new Stage {\n    title = atitle\n    initOwner(main.Main.stage) \/\/ really needed to make modal!\n    initModality(Modality.WindowModal)\n    resizable = false\n    onCloseRequest = e => { e.consume() } \/\/ prevent close\n    scene = new Scene {\n      content = new VBox(10.0) {\n        prefWidth = 350\n        fillWidth = true\n        padding = Insets.apply(20.0)\n        children.setAll(\n          message,\n          progress,\n          new Separator(),\n          new HBox(10.0) {\n            alignment = Pos.Center\n            padding = Insets.apply(10.0)\n            children +=  buttonCancel\n          }\n        )\n      }\n    }\n  }\n  buttonCancel.onAction = () => {\n    info(\"cancelling task...\")\n    message.text.unbind()\n    message.text = \"cancelling...\"\n    if (atask.isRunning) atask.cancel()\n  }\n\n  def run(): Unit = {\n    dialog.show()\n    dialog.toFront()\n    message.text <== atask.message\n    progress.progress <== atask.progress\n    atask.onSucceeded = (_: WorkerStateEvent) => {\n      debug(\"atask: onsucceeded!\")\n      dialog.close()\n      cleanup()\n    }\n    atask.onCancelled = (_: WorkerStateEvent) => {\n      debug(\"atask: oncancelled!\")\n      \/\/ should wait here until task is really finished, but can't because http connections currently can't be interrupted!\n      dialog.close()\n      cleanup()\n    }\n    atask.onFailed = (_: WorkerStateEvent) => {\n      error(s\" atask: onfailed, exception: ${atask.getException}\")\n      atask.getException.printStackTrace()\n      dialog.close()\n      cleanup()\n    }\n    val th = new Thread(atask)\n    th.setDaemon(true)\n    th.start()\n  }\n}\n\nobject ApplicationController extends Logging {\n  val views = new ArrayBuffer[GenericView]\n  val containers = new ArrayBuffer[ViewContainer]\n  val actions = new ArrayBuffer[MyAction]\n  var mainScene: MainScene = _\n\n  def isAnyoneDirty: Boolean = {\n    views.exists(v => v.isDirty.value)\n  }\n\n  def canClose: Boolean = views.forall(v => v.canClose)\n\n  def beforeClose(): Unit = {\n    views.foreach(c => AppStorage.config.uiSettings.put(c.uisettingsID, c.getUIsettings))\n    AppStorage.config.uiSettings.put(\"main\", mainScene.getMainUIsettings)\n  }\n\n  def afterShown(): Unit = {\n    info(\"java.version: \" + System.getProperties.get(\"java.version\"))\n    info(\"javafx.runtime.version: \" + System.getProperties.get(\"javafx.runtime.version\"))\n    java.lang.management.ManagementFactory.getRuntimeMXBean.getInputArguments.asScala.foreach( s => info(\"jvm runtime parm: \" + s))\n\n    debug(\"main ui thread: \" + Thread.currentThread.getId + \" isUI:\" + scalafx.application.Platform.isFxApplicationThread)\n\n    mainScene.window.value.onCloseRequest = (we: WindowEvent) => {\n      if (!ApplicationController.canClose)\n        we.consume()\n      else {\n        ApplicationController.beforeClose()\n      }\n    }\n\n    containers.foreach(vc => vc.updateToolbar(0))\n\n    \/\/ restore settings\n    mainScene.setMainUIsettings(AppStorage.config.uiSettings.getOrElse(\"main\", \"\"))\n    views.foreach(c => c.setUIsettings(AppStorage.config.uiSettings.getOrElse(c.uisettingsID, \"\")))\n    \/\/ menus\n    val mb = mainScene.menuBar\n    actions.foreach( action => {\n      var menu = mb.menus.find(m => m.getText == action.category)\n      if (menu.isEmpty) {\n        menu = Some(new Menu(action.category))\n        mb.menus += menu.get\n      }\n      menu.get.items += action.menuEntry\n    })\n\n  }\n\n  \/\/ reftool main worker, tasks (methods) can be added at top or bottom. no runUI here!\n  class Work(val f: () => Unit, val uithread: Boolean)\n  val workerQueue = new java.util.concurrent.CopyOnWriteArrayList[Work]()\n  def workerAdd(f: () => Unit, addTop: Boolean = false, uithread: Boolean = false): Unit = {\n    if (addTop) workerQueue.add(0, new Work(f, uithread)) else workerQueue.add(new Work(f, uithread))\n  }\n  val workerTimer = new java.util.Timer()\n  var lastWorkEnd: Long = 0\n  var stressCounter = 0\n  val stressAlert: Alert = new Alert(AlertType.Information) { title = \"Information\" ; contentText = \"I am busy...\" }\n  workerTimer.schedule(\n    new java.util.TimerTask {\n      override def run(): Unit = {\n        if (workerQueue.asScala.nonEmpty) {\n          if ((System.nanoTime()-lastWorkEnd)\/1e6 > 100) stressCounter += 1 else stressCounter = 0\n          if (stressCounter > 10) Helpers.runUIwait { stressAlert.show() }\n          val work = workerQueue.remove(0)\n          if (work.uithread) Helpers.runUIwait(work.f()) else work.f()\n          lastWorkEnd = System.nanoTime()\n        } else {\n          stressCounter = 0\n          if (stressAlert.isShowing) Helpers.runUI( stressAlert.hide() )\n        }\n      }\n    }, 0, 20\n  )\n\n  \/\/ to keep order, runUIwait is used.\n  class Observable[Payload](title: String) {\n    val listeners = new ArrayBuffer[Payload => Unit]()\n    def +=(fff: Payload => Unit): listeners.type = listeners += fff \/\/ easily add listener\n    def apply(pl: Payload, addTop: Boolean = false): Unit = { \/\/ easily notify\n      logCall(s\"$title payload=$pl\")\n      listeners.foreach(listener => workerAdd(() => listener(pl), addTop, uithread = true) )\n    }\n  }\n\n  val obsArticleModified = new Observable[Article](\"oArticleModified\")\n  val obsArticleRemoved = new Observable[Article](\"oArticleRemoved\")\n  val obsShowArticle = new Observable[Article](\"oArticleShow\")\n  val obsShowArticlesList = new Observable[(List[Article], String, Boolean)](\"aShowAList \")\n  val obsTopicSelected = new Observable[Topic](\"oTopicSelected\") \/\/ for other views to update if topic changed. topic can be null.\n  val obsRevealArticleInList = new Observable[Article](\"oRevealAInList\")\n  val obsRevealTopic = new Observable[(Topic, Boolean)](\"oRevealTopic\") \/\/ topic, collapseBefore\n  val obsExpandToTopic = new Observable[Topic](\"oExpandToTopic\") \/\/ topic\n  val obsTopicRenamed = new Observable[Long](\"oTopicRenamed\")\n  val obsTopicRemoved = new Observable[Long](\"oTopicRemoved\")\n  val obsBookmarksChanged = new Observable[List[Topic]](\"oBookmarksChanged\")\n\n  val notificationTimer = new java.util.Timer()\n  def showNotification(string: String): Unit = {\n    mainScene.statusBarLabel.text = string\n    notificationTimer.schedule( \/\/ remove Notification later\n      new java.util.TimerTask {\n        override def run(): Unit = { Helpers.runUI( mainScene.statusBarLabel.text = \"\" ) }\n      }, 3000\n    )\n  }\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/db\/DB.scala","text":"package db\n\nimport java.io.OutputStream\nimport java.sql.SQLException\nimport java.text.SimpleDateFormat\nimport java.time.Instant\n\nimport org.squeryl.adapters.DerbyAdapter\nimport org.squeryl.dsl._\nimport org.squeryl._\nimport org.squeryl.annotations.Transient\nimport util._\nimport util.AppStorage\nimport framework.Logging\nimport org.squeryl.internals.LifecycleEvent\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/*\n\n  keep it simple! don't add unneeded stuff (keys, indices, constraints)...\n  keep the primary keys, don't add 'identity' columns with auto-increment. Better for DB manipulation!\n\n  after migration etc, check using dblook that upgraded database ddl matches generated one:\n    download derby, go to bin folder\n    .\/dblook -d jdbc:derby:<path to reftool db>\/db5\n\n*\/\n\nobject SquerylEntrypointForMyApp extends PrimitiveTypeMode\n\nimport SquerylEntrypointForMyApp._\n\nclass BaseEntity extends KeyedEntity[Long] {\n  var id: Long = 0\n}\n\nclass Setting(var id: String = \"\", var value: String = \"\") extends KeyedEntity[String] {\n  override def toString: String = s\"[$id = $value]\"\n}\n\nclass Document(var docName: String, var docPath: String) extends Ordered[Document] {\n\n  override def toString: String = s\"[$docName: $docPath]\"\n\n  override def compare(that: Document): Int = {\n    if (docName == that.docName) 0\n    else if (docName > that.docName) 1\n    else -1\n  }\n}\nobject Document {\n  val NMAIN = \"0\"\n  val NOTHER = \"1\"\n}\n\nclass Article(var entrytype: String = \"\",\n              var title: String = \"\",\n              var authors: String = \"\",\n              var journal: String = \"\",\n              var pubdate: String = \"\",\n              var review: String = \"\",\n              var pdflink: String = \"\",\n              var linkurl: String = \"\",\n              var bibtexid: String = \"\",\n              var bibtexentry: String = \"\",\n              var doi: String = \"\",\n              var modtime: Long = Instant.now().toEpochMilli)\n  extends BaseEntity with Logging {\n\n  lazy val topics: Query[Topic] with ManyToMany[Topic, Topic2Article] = ReftoolDB.topics2articles.right(this)\n  def getT2a(t: Topic): Option[Topic2Article] = ReftoolDB.topics2articles.where(t2a => t2a.ARTICLE === id and t2a.TOPIC === t.id).headOption\n  def getURL: String = if (doi != \"\") \"http:\/\/dx.doi.org\/\" + doi else linkurl\n  def getArxivID: String = linkurl match {\n    case s\"http:\/\/arxiv.org\/abs\/$aid\" => aid\n    case _ => \"\"\n  }\n  def color(t: Topic): Int = if (t == null) 0 else getT2a(t) match {\n    case None => 0\n    case Some(t2a) => t2a.color\n  }\n\n  override def toString: String = {\n    if (bibtexid == \"\")\n      StringHelper.headString(authors, 10) + \":\" + StringHelper.headString(title, 20)\n    else\n      bibtexid\n  }\n\n  def getDocuments: ArrayBuffer[Document] = {\n    val abres = new ArrayBuffer[Document]()\n    if (pdflink != \"\") {\n      if (pdflink.contains(\"\\n\")) {\n        pdflink.split(\"\\n\").map(s => {\n          val docinfo = s.split(\"\\t\")\n          abres += new Document(docinfo(0), docinfo(1).replaceFirst(\"^\/+\", \"\"))\n        })\n      } else\n        abres += new Document(Document.NMAIN, pdflink.replaceFirst(\"^\/+\", \"\"))\n    }\n    abres.sorted\n  }\n\n  def setDocuments(dl: List[Document]): Unit = {\n    pdflink = dl.map(d => s\"${d.docName}\\t${d.docPath}\\n\").mkString(\"\")\n  }\n\n  \/\/ list of <docname>\\t<docpath>\\n OR <docpath>\n  def getFirstDocRelative: String = {\n    val docs = getDocuments\n    if (docs.nonEmpty) docs.head.docPath else \"\"\n  }\n\n  def updateBibtexID(newBibtexID: String): Unit = {\n    bibtexentry = Article.updateBibtexIDinBibtexString(bibtexentry, bibtexid, newBibtexID)\n    bibtexid = newBibtexID\n  }\n  @Transient var testthing = \"\" \/\/ not in DB!\n\n  def getModtimeString: String = {\n    val sdf = new SimpleDateFormat(\"yyyyMMdd HH:mm:ss\")\n    sdf.format(modtime)\n  }\n}\nobject Article {\n  def updateBibtexIDinBibtexString(bibtexString: String, oldBibtexID: String, newBibtexID: String): String = {\n    bibtexString.replace(s\"{$oldBibtexID,\", s\"{$newBibtexID,\")\n  }\n}\n\nclass Topic(var title: String = \"\", var parent: Long = 0, var expanded: Boolean = false, var exportfn: String = \"\") extends BaseEntity {\n  lazy val articles: Query[Article] with ManyToMany[Article, Topic2Article] = ReftoolDB.topics2articles.left(this)\n  lazy val childrenTopics: Query[Topic] = ReftoolDB.topics.where(t => t.parent === id)\n  lazy val parentTopic: Query[Topic] = ReftoolDB.topics.where(t => t.id === parent)\n\n  def orderedChilds: List[Topic] = inTransaction {\n    childrenTopics.toList.sortWith( (s1, s2) => StringHelper.AlphaNumStringSorter(s1.title, s2.title))\n  }\n  def path: List[Topic] = inTransaction {\n    var t = this\n    return Iterator.continually {\n      val oldt = t\n      t = t.parentTopic.headOption.getOrElse(oldt)\n      oldt\n    }.takeWhile( tt => tt != ReftoolDB.rootTopic ).toList \/\/ first element is \"this\" topic.\n  }\n  override def toString: String = title\n}\n\nclass Topic2Article(val TOPIC: Long = 0, val ARTICLE: Long = 0, var color: Int = 0) extends KeyedEntity[CompositeKey2[Long, Long]] {\n  def id: CompositeKey2[Long, Long] = compositeKey(TOPIC, ARTICLE)\n}\n\nobject ReftoolDB extends Schema with Logging {\n\n  val lastschemaversion = 3\n\n  info(\"Initializing reftooldb...\")\n\n  val settings: Table[Setting] = table[Setting](\"SETTING\")\n  val articles: Table[Article] = table[Article](\"ARTICLES\")\n  val topics: Table[Topic] = table[Topic](\"TOPICS\")\n\n  val TSTACK = \"0000-stack\"\n  val TSPECIAL = \"0000-special\"\n\n  val SSCHEMAVERSION = \"schemaversion\"\n  val SLASTTOPICID = \"lasttopicid\"\n  val SLASTARTICLEID = \"lastarticleid\"\n  val SBOOKMARKS = \"bookmarks\"\n  val SBOOKMARKLASTFOLDERIDX = \"bookmarkslastfolder\"\n\n  var rootTopic: Topic = _\n  var stackTopic: Topic = _\n  var specialTopic: Topic = _\n\n  \/*\n    there are issues in squeryl with renaming of columns (\"named\"). if a foreign key does not work, use uppercase!\n   *\/\n\n  on(settings)(t => declare(\n    t.id.is(dbType(\"varchar(1024)\"), named(\"ID\")),\n    t.value.is(dbType(\"varchar(1024)\"), named(\"VALUE\")), t.value.defaultsTo(\"\")\n  ))\n\n  on(topics)(t => declare(\n    t.id is named(\"ID\"),\n    t.title.is(dbType(\"varchar(512)\"), named(\"TITLE\")), t.title.defaultsTo(\"\"),\n    t.expanded.is(dbType(\"BOOLEAN\"), named(\"EXPANDED\")), t.expanded.defaultsTo(false),\n    t.exportfn.is(dbType(\"varchar(1024)\"), named(\"EXPORTFN\")), t.exportfn.defaultsTo(\"\"),\n    t.parent.is(named(\"PARENT\")) \/\/ if 0, root topic!\n  ))\n\n  on(articles)(a => declare(\n    a.id.is(named(\"ID\")),\n    a.entrytype.is(dbType(\"varchar(256)\"), named(\"ENTRYTYPE\")), a.entrytype.defaultsTo(\"\"),\n    a.title.is(dbType(\"varchar(1024)\"), named(\"TITLE\")), a.title.defaultsTo(\"\"),\n    a.authors.is(dbType(\"varchar(4096)\"), named(\"AUTHORS\")), a.authors.defaultsTo(\"\"),\n    a.journal.is(dbType(\"varchar(256)\"), named(\"JOURNAL\")), a.journal.defaultsTo(\"\"),\n    a.pubdate.is(dbType(\"varchar(128)\"), named(\"PUBDATE\")), a.pubdate.defaultsTo(\"\"),\n    a.review.is(dbType(\"varchar(10000)\"), named(\"REVIEW\")), a.review.defaultsTo(\"\"),\n    a.pdflink.is(dbType(\"varchar(10000)\"), named(\"PDFLINK\")), a.pdflink.defaultsTo(\"\"),\n    a.linkurl.is(dbType(\"varchar(1024)\"), named(\"LINKURL\")), a.linkurl.defaultsTo(\"\"),\n    a.bibtexid.is(dbType(\"varchar(128)\"), named(\"BIBTEXID\")), a.bibtexid.defaultsTo(\"\"),\n    a.bibtexentry.is(dbType(\"varchar(10000)\"), named(\"BIBTEXENTRY\")), a.bibtexentry.defaultsTo(\"\"),\n    a.doi.is(dbType(\"varchar(256)\"), named(\"DOI\")), a.doi defaultsTo \"\",\n    a.modtime.is(dbType(\"bigint\"), named(\"LASTTIMESTAMP\")), a.modtime.defaultsTo(0.toLong)\n  ))\n\n  val topics2articles: SquerylEntrypointForMyApp.ManyToManyRelationImpl[Topic, Article, Topic2Article] = manyToManyRelation(topics, articles, \"TOPIC2ARTICLE\").\n    via[Topic2Article]((t, a, ta) => (ta.TOPIC === t.id, a.id === ta.ARTICLE))\n\n  on(topics2articles)(a => declare(\n    a.color.is(named(\"COLOR\")), a.color.defaultsTo(0)\n  ))\n\n  \/\/ manually auto-increment ids.\n  override def callbacks: Seq[LifecycleEvent] = Seq(\n    beforeInsert(articles).call((x:Article) => x.id = from(articles)(a => select(a).orderBy(a.id.desc)).headOption.getOrElse(new Article()).id + 1),\n    beforeInsert(topics).call((x:Topic) => x.id = from(topics)(a => select(a).orderBy(a.id.desc)).headOption.getOrElse(new Topic()).id + 1),\n    beforeUpdate(articles).call((x:Article) => x.modtime = Instant.now().toEpochMilli)\n  )\n\n  \/\/ helpers\n  def getSetting(key: String): Option[String] = inTransaction {\n    val s = settings.lookup(key)\n    if (s.isDefined) Option(s.get.value) else None\n  }\n  def setSetting(key: String, value: String): Unit = inTransaction {\n    val sett = settings.lookup(key).getOrElse(new Setting(key, value))\n    sett.value = value\n    settings.insertOrUpdate(sett)\n  }\n\n  \/\/ rename documents\n  def renameDocuments(a: Article): Article = {\n    val dlnew = a.getDocuments.map(d => {\n      val lastfolder = FileHelper.getLastImportFolder\n      val oldFile = FileHelper.getDocumentFileAbs(d.docPath)\n      FileHelper.getDocumentFilenameBase(a, d.docName) foreach( _ => {\n        val newFile = FileHelper.getUniqueDocFile(lastfolder, a, d.docName, oldFile.getName, oldFile)\n        if (!newFile.isSameFileAs(oldFile)) {\n          debug(s\"renaming [$oldFile] to [$newFile]\")\n          MFile.move(oldFile, newFile)\n          d.docPath = FileHelper.getDocumentPathRelative(newFile)\n        }\n      })\n      d\n    })\n    a.setDocuments(dlnew.toList)\n    a\n  }\n\n  def dbShutdown(dbpath: String = null): Unit = {\n    val dbpath2 = if (dbpath == null) AppStorage.config.dbpath else dbpath\n    try { java.sql.DriverManager.getConnection(s\"jdbc:derby:$dbpath2;shutdown=true\") } catch {\n      case se: SQLException => if (!se.getSQLState.equals(\"08006\")) throw se\n\/\/      case se: SQLNonTransientConnectionException => if (!se.getSQLState.equals(\"08006\")) throw se\n    }\n  }\n  def dbGetSchemaVersion: Int = {\n    val res = FileHelper.readString(new MFile(AppStorage.config.dbschemaversionpath))\n    assert(res.nonEmpty, \"db schema version file not present!\")\n    res.get.toInt\n  }\n  def dbSetSchemaVersion(v: Int): Unit = {\n    FileHelper.writeString(new MFile(AppStorage.config.dbschemaversionpath), v.toString)\n  }\n\n  def getDBstats: String = {\n    var res = \"\"\n    inTransaction {\n      res += \"article count=\" + articles.Count.toLong + \"\\n\"\n      res += \"topics count=\" + topics.Count.toLong + \"\\n\"\n      res += \"topics2articles count=\" + topics2articles.Count.toLong + \"\\n\"\n      res += \"total review character count = \" + from(articles)(a => select(a)).map( aa => aa.review.length).sum + \"\\n\"\n      res += \"total bibtexentry character count = \" + from(articles)(a => select(a)).map( aa => aa.bibtexentry.length).sum + \"\\n\"\n      res += \"total pdflink character count = \" + from(articles)(a => select(a)).map( aa => aa.pdflink.length).sum + \"\\n\"\n    }\n    res\n  }\n\n  def initialize(startwithempty: Boolean): Unit = {\n\n    System.setProperty(\"derby.stream.error.method\", \"db.DerbyUtil.getOS\")\n    \/\/ System.setProperty(\"derby.language.logStatementText\", \"true\")\n\n    val pp = new MFile(AppStorage.config.pdfpath)\n    if (!pp.exists) pp.mkdir()\n\n    if (!startwithempty) {\n      if (!new MFile(AppStorage.config.dbpath).exists && new MFile(AppStorage.config.olddbpath).exists) {\n        DBupgrades.upgrade4to5()\n        dbSetSchemaVersion(1)\n      }\n      assert(new MFile(AppStorage.config.dbpath).exists, \"Cannot find database path below data directory!\")\n      assert(pp.exists, \"Cannot find pdf path below data directory\")\n      \/\/ upgrade DB schema if needed\n      assert(dbGetSchemaVersion <= lastschemaversion, \"DB schema version is higher than reftool can handle - old reftool version?\")\n      while (dbGetSchemaVersion != lastschemaversion) dbSetSchemaVersion(DBupgrades.upgradeSchema(dbGetSchemaVersion))\n    }\n\n    info(\"Loading database at \" + AppStorage.config.dbpath + \" ...\")\n    val dbs = if (!startwithempty)\n      s\"jdbc:derby:${AppStorage.config.dbpath};upgrade=true\"\n    else\n      s\"jdbc:derby:${AppStorage.config.dbpath};upgrade=true;create=true\"\n\n    Class.forName(\"org.apache.derby.jdbc.EmbeddedDriver\")\n\n    SessionFactory.concreteFactory = Some(() => Session.create(java.sql.DriverManager.getConnection(dbs), new DerbyAdapter))\n\n    transaction {\n      \/\/ Session.currentSession.setLogger( s => debug(\"sq: \" + s) )\n      \/\/ ReftoolDB.printDdl\n      if (startwithempty) {\n        ReftoolDB.create\n        dbSetSchemaVersion(lastschemaversion)\n      }\n      \/\/ ensure essential topics are present\n      rootTopic = topics.where(t => t.parent === 0).headOption.orNull\n      if (rootTopic == null) {\n        debug(\"create root topic\")\n        rootTopic = new Topic(\"root\", 0, true)\n        rootTopic = topics.insert(rootTopic)\n      }\n      if (topics.where(t => t.title === TSTACK).isEmpty) topics.insert(new Topic(TSTACK, rootTopic.id, false))\n      if (topics.where(t => t.title === TSPECIAL).isEmpty) topics.insert(new Topic(TSPECIAL, rootTopic.id, false))\n\n      stackTopic = topics.where(t => t.title === TSTACK).head\n      specialTopic = topics.where(t => t.title === TSPECIAL).head\n\n      if (startwithempty) addDemoContent(rootTopic)\n    }\n    info(\"Database loaded!\")\n  }\n\n  def addDemoContent(troot: Topic): Unit = {\n    val ta = topics.insert(new Topic(\"demo main topic A\", troot.id))\n    val tb = topics.insert(new Topic(\"demo main topic B\", troot.id))\n    val ta1 = topics.insert(new Topic(\"demo subtopic A1\", ta.id))\n    val ta2 = topics.insert(new Topic(\"demo subtopic A2\", ta.id))\n    val tb1 = topics.insert(new Topic(\"demo subtopic B1\", tb.id))\n    val a1 = articles.insert(new Article(title = \"article 1\"))\n    a1.topics.associate(ta1, new Topic2Article())\n    a1.topics.associate(ta2, new Topic2Article())\n    val a2 = articles.insert(new Article(title = \"article 2\"))\n    a2.topics.associate(tb, new Topic2Article())\n    a2.topics.associate(tb1, new Topic2Article())\n  }\n\n}\n\nobject DerbyUtil extends Logging {\n  var sss = \"\"\n  def getOS: OutputStream = (b: Int) => {\n    sss += b.toChar\n    if (sss.endsWith(\"\\n\")) {\n      info(\"[derby] \" + sss.replaceAll(\"[\\\\r\\\\n]\", \"\"))\n      sss = \"\"\n    }\n  }\n}\n\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/DnDHelper.scala","text":"<reponame>wolfgangasdf\/reftool5\npackage util\n\nimport db.{Article, Topic}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.scene.control.TreeItem\n\n\nobject DnDHelper {\n  var articles = new ArrayBuffer[Article]()\n  var articlesTopic: Topic = _\n  var topicTreeItem: TreeItem[Topic] = _\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/MainScene.scala","text":"package views\n\nimport framework.Helpers._\nimport framework.{Helpers, Logging, ViewContainer}\nimport javafx.{event => jfxe, scene => jfxs}\nimport scalafx.Includes._\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.{Insets, Orientation}\nimport scalafx.scene.Scene\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.Button._\nimport scalafx.scene.control._\nimport scalafx.scene.layout._\nimport scalafx.scene.shape.Line\nimport scalafx.scene.shape.Line._\nimport scalafx.stage.{Screen, Stage}\nimport util._\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.language.{implicitConversions, reflectiveCalls}\nimport scala.util.Random\n\n\nclass MainScene(stage: Stage) extends Scene with Logging {\n  private def createMenuBar = new MenuBar {\n    useSystemMenuBar = true\n    menus = List(\n      new Menu(\"Help\") {\n        items = List(\n          new MenuItem(\"About\") {\n            onAction = (_: ActionEvent) => {\n              new Alert(AlertType.Information, \"\", ButtonType.Close) {\n                title = \"About Reftool 5\"\n                headerText = \"Reftool 5 - a scientific reference manager\"\n                val cont: VBox = new VBox {\n                  padding = Insets(15)\n                  spacing = 15\n                  children ++= Seq(\n                    new TextArea {\n                      text = \"Build time: \" + Helpers.getClassBuildTime.toString + \"\\njava.version: \" + System.getProperty(\"java.version\")\n                      editable = false\n                    },\n                    new Button(\"Open Reftool homepage\") {\n                      onAction = (_: ActionEvent) =>\n                        FileHelper.openURL(\"https:\/\/github.com\/wolfgangasdf\/reftool5\")\n                    }\n                  )\n                }\n                dialogPane.value.content = cont\n              }.showAndWait()\n            }\n          },\n          new MenuItem(\"Reload CSS\") {\n            onAction = (_: ActionEvent) => {\n              info(\"Reload application CSS stylesheets\")\n              stylesheets = List(AppStorage.config.csspath)\n            }\n          },\n          new MenuItem(\"Show all tooltips\") {\n            onAction = (_: ActionEvent) => {\n              class MyTT(var x: Double, var y: Double, var w: Double, var h: Double) {\n                override def toString: String = s\"$x,$y,$w,$h\"\n              }\n              val controls = new ArrayBuffer[Control]()\n              val tts = new ArrayBuffer[MyTT]()\n              val rnd = new Random()\n              def findControlsOf(parent: jfxs.Node): Unit = {\n                parent match {\n                  case p: jfxs.layout.Pane => p.children.foreach(pc => findControlsOf(pc))\n                  case p: jfxs.Group => p.getChildren.foreach(pc => findControlsOf(pc))\n                  case p: jfxs.control.SplitPane => p.getItems.foreach(pc => findControlsOf(pc))\n                  case c: jfxs.control.Control =>\n                    \/\/debug(sss + \"control!\")\n                    if (c.getTooltip != null) controls += c\n                  case _ => debug(\"unknown! \" + parent)\n                }\n              }\n              findControlsOf(maincontent)\n              \/\/ add controls areas to excluded areas\n              controls.foreach( c => {\n                val p = c.localToScene(0.0, 0.0)\n                tts += new MyTT(p.getX + c.getScene.getX + c.getScene.getWindow.getX,\n                  p.getY + c.getScene.getY + c.getScene.getWindow.getY,\n                  c.getWidth, c.getHeight)\n              })\n              \/\/ distribute tooltips\n              val screenbounds = Screen.primary.bounds\n              \/\/            controls.sortWith( (c1, c2) => {\n              \/\/              c1.localToScene()\n              \/\/            }\n              \/\/\n              controls.foreach( c => {\n                if (c.getTooltip != null) {\n                  val p = c.localToScene(0.0, 0.0)\n                  val tt = c.getTooltip\n                  val xtt = new MyTT(p.getX + c.getScene.getX + c.getScene.getWindow.getX,\n                    p.getY + c.getScene.getY + c.getScene.getWindow.getY, tt.getWidth, tt.getHeight)\n                  \/\/debug(\"xtt: \" + xtt)\n                  tt.show(stage, xtt.x, xtt.y)\n                  val ntt = new MyTT(tt.getX, tt.getY, tt.getWidth, tt.getHeight)\n                  \/\/debug(\"tt: \" + ntt)\n                  tt.hide()\n                  \/\/ now I have width&height in ntt\n                  var ok = tts.isEmpty\n                  var iii = 0\n                  while (!ok \/*&& iii < 200*\/) {\n                    \/* TODOlater better algorithm:\n                      start with controls furthest away from center\n                      [iterate over 10 angles, then radius, find closest nonoverlapping position]\n                     *\/\n                    iii += 1\n                    if (iii > 300) iii = 300\n                    ok = true\n                    val s = 5.0 \/\/ spacing\n                    tts.foreach(ttsx => {\n                      if (ttsx.x <= (ntt.x+ntt.w+s) && (ttsx.x+ttsx.w+s) >= ntt.x &&\n                        ttsx.y <= (ntt.y+ntt.h+s) && (ttsx.y+ttsx.h+s) >= ntt.y) ok = false\n                    })\n                    if (!ok) {\n                      ntt.x += 2.0*iii*(rnd.nextDouble()-0.5)\n                      ntt.x = scala.math.min(screenbounds.maxX - ntt.w, scala.math.max(screenbounds.minX, ntt.x))\n                      ntt.y += 2.0*iii*(rnd.nextDouble()-0.5)\n                      ntt.y = scala.math.min(screenbounds.maxY - ntt.h, scala.math.max(screenbounds.minY, ntt.y))\n                      \/\/debug(\"  not ok, new ntt=\" + ntt)\n                    }\n                  }\n                  if (ok) {\n                    tt.show(stage, ntt.x, ntt.y)\n                    val l = new Line {\n                      startX = (c.localToScene(c.getBoundsInLocal).getMinX + c.localToScene(c.getBoundsInLocal).getMaxX)\/2\n                      startY = (c.localToScene(c.getBoundsInLocal).getMinY + c.localToScene(c.getBoundsInLocal).getMaxY)\/2\n                      endX = tt.getX + tt.getWidth\/2 - c.getScene.getX - c.getScene.getWindow.getX\n                      endY = tt.getY + tt.getHeight\/2 - c.getScene.getY - c.getScene.getWindow.getY\n                      strokeWidth = 3.5\n                    }\n                    content += l\n                    tt.setOnAutoHide((_: jfxe.Event) => {\n                      content -= l\n                      debug(\"removing line after =\" + content.length)\n                      unit()\n                    })\n\n                    tts += ntt\n                  } else\n                    debug(\"CANT SHOW \" + c + \" -> \" + tt.getText)\n                }\n              })\n            }\n          }\n        )\n      }\n    )\n  }\n\n  val history = new VBox\n\n  val aListView: ListView[String] = new ListView[String]() {\n    \/\/articlelist\n  }\n\n  val articleDetailView: ArticleDetailView = tryit { new ArticleDetailView }\n  val articleTopicsView: ArticleTopicsView = tryit { new ArticleTopicsView }\n  val articleDocumentsView: ArticleDocumentsView = tryit { new ArticleDocumentsView }\n  val searchView: SearchView = tryit { new SearchView }\n  val logView: LogView = tryit { new LogView }\n  val infoView: InfoView = tryit { new InfoView }\n  val prefsView: PreferencesView = tryit { new PreferencesView }\n\n  val bottomtabs: ViewContainer = new ViewContainer {\n    addView(articleDetailView)\n    addView(searchView)\n    addView(logView)\n    addView(infoView)\n    addView(prefsView)\n  }\n\n  val brtoptabs: ViewContainer = new ViewContainer {\n    addView(articleTopicsView)\n  }\n\n  val brbottomtabs: ViewContainer = new ViewContainer {\n    addView(articleDocumentsView)\n  }\n\n  val topicTreeView: TopicsTreeView = tryit { new TopicsTreeView }\n  val bookmarksView: BookmarksView = tryit { new BookmarksView }\n\n  val toplefttabs: ViewContainer = new ViewContainer {\n    addView(topicTreeView)\n  }\n  val bottomlefttabs: ViewContainer = new ViewContainer {\n    addView(bookmarksView)\n  }\n\n  val articleListView: ArticleListView = tryit { new ArticleListView }\n\n  val toptabs: ViewContainer = new ViewContainer {\n    addView(articleListView)\n  }\n\n  val spleft: SplitPane = new SplitPane {\n    orientation = Orientation.Vertical\n    dividerPositions = 0.5\n    items.addAll(toplefttabs, bottomlefttabs)\n  }\n\n  val spbottomright: SplitPane = new SplitPane {\n    orientation = Orientation.Vertical\n    dividerPositions = 0.5\n    items.addAll(brtoptabs, brbottomtabs)\n  }\n  val spbottom: SplitPane = new SplitPane {\n    orientation = Orientation.Horizontal\n    dividerPositions = 0.7\n    items.addAll(bottomtabs, spbottomright)\n  }\n  val spv: SplitPane = new SplitPane {\n    orientation = Orientation.Vertical\n    dividerPositions = 0.3\n    items.addAll(toptabs, spbottom)\n  }\n\n  val sph: SplitPane = new SplitPane {\n    orientation = Orientation.Horizontal\n    dividerPositions = 0.15\n    items.addAll(spleft, spv)\n  }\n\n  val statusBarLabel: Label = new Label(\"\") { hgrow = Priority.Always }\n  val statusbar: VBox = new VBox {\n    children += statusBarLabel\n  }\n\n  val menuBar: MenuBar = createMenuBar\n  val maincontent: BorderPane = new BorderPane() {\n    top = menuBar\n    center = sph\n    bottom = statusbar\n  }\n\n  stylesheets = List(AppStorage.config.csspath)\n\n  content = maincontent\n  maincontent.prefHeight <== this.height\n  maincontent.prefWidth <== this.width\n\n  def getMainUIsettings: String = {\n    val vals = List(\n      stage.x.getValue,\n      stage.y.getValue,\n      stage.width.getValue,\n      stage.height.getValue,\n      sph.dividerPositions.head,\n      spv.dividerPositions.head,\n      spbottom.dividerPositions.head,\n      spbottomright.dividerPositions.head,\n      spleft.dividerPositions.head\n    )\n    vals.mkString(\";\")\n  }\n\n  def setMainUIsettings(s: String): Unit = {\n    val parms = s.split(\";\")\n    if (parms.length == getMainUIsettings.split(\";\").length) {\n      val it = parms.iterator\n      val xxx: Double = it.next().toDouble\n      stage.setX(xxx)\n      stage.setY(it.next().toDouble)\n      stage.setWidth(it.next().toDouble)\n      stage.setHeight(it.next().toDouble)\n      sph.dividerPositions = it.next().toDouble\n      spv.dividerPositions = it.next().toDouble\n      spbottom.dividerPositions = it.next().toDouble\n      spbottomright.dividerPositions = it.next().toDouble\n      spleft.dividerPositions = it.next().toDouble\n    }\n  }\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/InfoView.scala","text":"package views\n\nimport java.text.SimpleDateFormat\nimport java.util.Date\n\nimport db.SquerylEntrypointForMyApp._\nimport db.{Article, ReftoolDB, Topic, Topic2Article}\nimport util._\nimport framework._\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.control.Breaks._\nimport scalafx.geometry.Insets\nimport scalafx.scene.control._\nimport scalafx.scene.image.Image\nimport scalafx.scene.layout.BorderPane\nimport scalafx.stage.DirectoryChooser\n\nclass InfoView extends GenericView(\"toolview\") {\n\n  text = \"Tools\"\n\n  private val taInfo = new TextArea()\n\n  new MyAction(\"Tools\", \"Import PDF tree\") {\n    tooltipString = \"Imports a whole PDF folder structure into database\\n(under new toplevel-topic)\"\n    action = _ => {\n      val res = MFile(new DirectoryChooser { title = \"Select base import directory\" }.showDialog(main.Main.stage))\n      if (res != null) {\n        \/\/ must run from background task, otherwise hangs on UI update!\n        new Thread {\n          override def run(): Unit = {\n            val ds = new SimpleDateFormat(\"yyyyMMddHHmmss\").format(new Date())\n            val tbase = Helpers.runUIwait( inTransaction {\n              ReftoolDB.topics.insert(new Topic(\"000-import-\" + ds, ReftoolDB.rootTopic.id, expanded = true))\n            })\n\n            def walkThroughAll(base: MFile, parentTopic: Topic): Array[MFile] = {\n              \/\/ base is directory!\n              val thisTopic = Helpers.runUIwait( inTransaction {\n                ReftoolDB.topics.insert(new Topic(base.getName, parentTopic.id, expanded = true))\n              })\n\n              debug(\"add new topic \" + thisTopic + \"   BELOW \" + parentTopic)\n              val these = base.listFiles\n              these.filter(_.isFile).filter(!_.getName.startsWith(\".\")).foreach(ff => {\n                debug(\"  import file: \" + ff.getName)\n                while (!Helpers.runUIwait(ImportHelper.importDocument(ff, thisTopic, null, copyFile = Some(true), isAdditionalDoc = false, interactive = false))) {\n                  debug(\"waiting...\")\n                  Thread.sleep(100)\n                }\n              })\n              these ++ these.filter(_.isDirectory).flatMap(walkThroughAll(_, thisTopic))\n            }\n            walkThroughAll(res, tbase)\n            ApplicationController.obsRevealTopic((tbase, false))\n          }\n        }.start()\n      }\n    }\n    enabled = true\n  }\n\n  private val aDBstats: MyAction = new MyAction(\"Tools\", \"Generate DB statistics\") {\n    image = new Image(getClass.getResource(\"\/images\/dbstats.png\").toExternalForm)\n    tooltipString = \"Generate DB statistics in \" + ReftoolDB.TSPECIAL\n    action = _ => {\n      val stats = ReftoolDB.getDBstats\n      inTransaction {\n        val st = ReftoolDB.topics.where(t => t.title === ReftoolDB.TSPECIAL).head\n        val a = new Article(title = \"DB statistics\",\n          pubdate = new SimpleDateFormat(\"yyyyMMddHHmmss\").format(new Date()),\n          review = stats\n        )\n        ReftoolDB.articles.insert(a)\n        a.topics.associate(st, new Topic2Article())\n        ApplicationController.obsRevealTopic((st, false))\n        ApplicationController.obsRevealArticleInList(a)\n      }\n    }\n    enabled = true\n  }\n\n  private def addToInfo(s: String): Unit = {\n    taInfo.appendText(s + \"\\n\")\n    debug(\"i: \" + s)\n  }\n  private val aFindOrphanedPDFs: MyAction = new MyAction(\"Tools\", \"Find orphaned documents\") {\n    image = new Image(getClass.getResource(\"\/images\/checkpdfs.png\").toExternalForm)\n    tooltipString = \"List orphaned and multiple times used documents\\nTakes a long time!\"\n    action = _ => {\n      new MyWorker( \"Find wrong documents\",\n        atask = new javafx.concurrent.Task[Unit] { \/\/ single abstract method doesn't work: isCancelled etc.\n          override def call(): Unit = {\n            updateMessage(\"Retrieving all documents...\")\n            val alldocs = FileHelper.listFilesRec(new MFile(AppStorage.config.pdfpath)).filter(_.isFile)\n            Helpers.runUI {\n              addToInfo(\"  found \" + alldocs.length + \" files!\")\n            }\n            if (isCancelled) return\n            updateMessage(\"find all used documents...\")\n            val alladocs = new ArrayBuffer[String]()\n            inTransaction {\n              ReftoolDB.articles.allRows.foreach(a => alladocs ++= a.getDocuments.filter(d => d.docPath.nonEmpty).map(d => d.docPath))\n            }\n            Helpers.runUI {\n              addToInfo(\"  found \" + alladocs.length + \" article documents!\")\n            }\n            if (isCancelled) return\n            updateMessage(\"find pdf orphans...\")\n            alldocs.foreach(file => {\n              if (isCancelled) return\n              val relpath = FileHelper.getDocumentPathRelative(file)\n              val res = alladocs.filter(ad => ad == relpath)\n              if (res.length != 1) {\n                val msg = if (res.isEmpty)\n                  s\"found orphaned document: $relpath\"\n                else\n                  s\"multiple (${res.size}) use of: $relpath\"\n                Helpers.runUI {\n                  addToInfo(msg)\n                }\n              }\n            })\n            Helpers.runUI { addToInfo(\"done!\") }\n          }\n        },\n        cleanup = () => {}\n      ).run()\n    }\n    enabled = true\n  }\n\n  private val aCheckArticleDocs: MyAction = new MyAction(\"Tools\", \"Check article documents\") {\n    image = new Image(getClass.getResource(\"\/images\/articledocs.png\").toExternalForm)\n    tooltipString = \"Check for articles with documents that are missing\"\n    action = _ => {\n      taInfo.text = \"Articles with missing documents:\\n\"\n      inTransaction {\n        var tocheck = ReftoolDB.articles.Count.toLong\n        val ares = new ArrayBuffer[Article]()\n        ReftoolDB.articles.allRows.foreach(a => {\n          tocheck -= 1\n          if (tocheck % 100 == 0) debug(s\"still $tocheck articles to check!\")\n          a.getDocuments.foreach(d => {\n            if (!FileHelper.getDocumentFileAbs(d.docPath).exists) {\n              val s = s\"[${a.bibtexid}] $a : missing ${d.docName} (${d.docPath})\"\n              taInfo.appendText(s + \"\\n\")\n              info(s)\n              ares.append(a)\n            }\n          })\n        })\n        ApplicationController.obsShowArticlesList((ares.toList, \"Articles with missing documents\", false))\n      }\n    }\n    enabled = true\n  }\n\n\n  private val aFindDuplicates: MyAction = new MyAction(\"Tools\", \"Find duplicate articles\") {\n    image = new Image(getClass.getResource(\"\/images\/articledocs.png\").toExternalForm)\n    tooltipString = \"Find duplicate articles based on title and authors\"\n    action = _ => {\n      taInfo.text = \"Finding article duplicates, uses words (>4 characters) from title and authors.\\nDiscarding <3 word articles, showing first 20:\\n\"\n      val dialog = new TextInputDialog(defaultValue = \"0\") {\n        title = \"Find duplicates\"\n        headerText = \"Enter the start article index, 0 starts from beginning!\"\n        contentText = \"Start index:\"\n      }\n      val startindex = dialog.showAndWait().getOrElse(\"-1\").toInt\n      if (startindex >= 0) {\n        \/\/noinspection ConvertExpressionToSAM\n        new MyWorker( \"Searching duplicates...\",\n          atask = new javafx.concurrent.Task[Unit] { \/\/ single abstract method doesn't work: isCancelled etc.\n            override def call(): Unit = {\n              updateMessage(\"making list of words...\")\n              case class Entry(id: Long, words: List[String])\n              val entries = new ArrayBuffer[Entry]()\n              inTransaction {\n                ReftoolDB.articles.allRows.foreach(a => {\n                  if (isCancelled) { debug(\"cancelled!\"); return }\n                  val s = (a.title + \" \" + a.authors).toLowerCase\n                  val w = s.split(\"\\\\s+\").filter(w => w.length > 4).map(_.replaceAll(\"[^a-z]\", \"\")).toList\n                  if (w.length > 2)\n                    entries += Entry(id = a.id, words = w)\n                  else\n                    debug(s\"article (${a.bibtexid} $a) has only ${w.length} words!\")\n                })\n              }\n              updateMessage(\"searching for duplicates...\")\n              val ares = new ArrayBuffer[Article]()\n              var equals = 0\n              val l = entries.length\n              inTransaction {\n                breakable {\n                  for (i1 <- startindex until l) {\n                    updateProgress(i1, l)\n                    if (i1 % 1000 == 0) Helpers.runUI { addToInfo(s\"...done: $i1\/${entries.length}\") }\n                    for (i2 <- i1 + 1 until l) {\n                      if (isCancelled) { debug(\"cancelled!\"); break() }\n                      val equal = entries(i1).words.intersect(entries(i2).words).size\n                      if (equal \/ math.max(entries(i1).words.size, entries(i2).words.size) > 0.7) {\n                        Helpers.runUI { addToInfo(s\" similar: [${entries(i1).words.mkString(\",\")}] and [${entries(i2).words.mkString(\",\")}]\") }\n                        ares += ReftoolDB.articles.get(entries(i1).id)\n                        ares += ReftoolDB.articles.get(entries(i2).id)\n                        equals += 1\n                        if (equals > 20) {\n                          Helpers.runUI { addToInfo(s\"stopping index=$i1 of $l\") }\n                          break()\n                        }\n                      }\n                    }\n                  }\n                }\n              }\n              Helpers.runUI {\n                if (isCancelled) addToInfo(\"interrupted!\")\n                ApplicationController.obsShowArticlesList((ares.toList, \"Possibly duplicate articles\", true))\n                addToInfo(\"done!\")\n              }\n            }\n          },\n          cleanup = () => {}\n        ).run()\n      }\n    }\n    enabled = true\n  }\n\n  private val aMemory: MyAction = new MyAction(\"Tools\", \"Memory info\") {\n    image = new Image(getClass.getResource(\"\/images\/meminfo.png\").toExternalForm)\n    tooltipString = \"Memory cleanup and statistics\"\n    action = _ => {\n      System.gc()\n      val formatter = java.text.NumberFormat.getIntegerInstance\n      taInfo.appendText(\"max, total, free, total-free memory (bytes) : \" +\n        formatter.format(Runtime.getRuntime.maxMemory) + \"\\t\" +\n        formatter.format(Runtime.getRuntime.totalMemory) + \"\\t\" +\n        formatter.format(Runtime.getRuntime.freeMemory) + \"\\t\" +\n        formatter.format(Runtime.getRuntime.totalMemory - Runtime.getRuntime.freeMemory) + \"\\t\" +\n      \"\\n\")\n    }\n    enabled = true\n  }\n\n  private val aClear: MyAction = new MyAction(\"Tools\", \"Clear output\") {\n    image = new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm)\n    tooltipString = \"Clear info output\"\n    action = _ => {\n      taInfo.clear()\n    }\n    enabled = true\n  }\n\n  toolbaritems ++= Seq(aDBstats.toolbarButton, aCheckArticleDocs.toolbarButton, aFindOrphanedPDFs.toolbarButton, aFindDuplicates.toolbarButton, aMemory.toolbarButton, aClear.toolbarButton)\n\n  content = new BorderPane {\n    margin = Insets(5.0)\n    top = new Label(\"Reftool DB infos\")\n    center = taInfo\n  }\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"lv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/db\/DBupgrades.scala","text":"package db\n\nimport java.sql.Connection\n\nimport framework.Logging\nimport util.AppStorage\nimport ReftoolDB.dbShutdown\n\n\nobject DBupgrades extends Logging {\n\n  def dbGetConnection: Connection = java.sql.DriverManager.getConnection(s\"jdbc:derby:${AppStorage.config.dbpath};upgrade=true\")\n\n  def upgradeSchema(oldv: Int): Int = {\n    info(\"upgrade database from schemaversion \" + oldv + \" ...\")\n    val dbc = dbGetConnection\n    val s = dbc.createStatement()\n    val newVersion = oldv match {\n      case 1 =>\n        s.execute(\"drop table SETTING\")\n        s.execute(\"create table SETTING (ID varchar(1024) not null primary key, VALUE varchar(1024) default '' not null)\")\n        2\n      case 2 =>\n        s.execute(\"alter table ARTICLES add column LASTTIMESTAMP bigint not null default 0\")\n        3\n    }\n    dbc.close()\n    dbShutdown()\n    info(\"upgraded database to schemaversion \" + newVersion + \"!\")\n    newVersion\n  }\n\n  \/\/ upgrades old reftool4 database, from config.olddbpath into config.dbpath\n  def upgrade4to5(): Unit = {\n    info(\"Upgrade4to5 of \" + AppStorage.config.olddbpath + \" ...\")\n\n    def dbStats(dbpath: String, clobx: Boolean): Unit = {\n      val dbconnx = java.sql.DriverManager.getConnection(s\"jdbc:derby:$dbpath\")\n      val s = dbconnx.createStatement()\n      var r = s.executeQuery(\"select COUNT(*) as rowcount from ARTICLES\")\n      r.next()\n      info(\"  article count=\" + r.getInt(\"rowcount\"))\n      r = s.executeQuery(\"select COUNT(*) as rowcount from TOPICS\")\n      r.next()\n      info(\"  topics count=\" + r.getInt(\"rowcount\"))\n      def printClobSize(table: String, col: String, clob: Boolean): Unit = {\n        r = s.executeQuery(s\"select $col from $table\")\n        var sl: Long = 0\n        while (r.next()) {\n          if (clob) {\n            val cl = r.getClob(col)\n            if (cl != null) sl += cl.length()\n          } else {\n            val ss = r.getString(col)\n            if (ss != null) sl += ss.length\n          }\n        }\n        info(s\"  total $col character count = \" + sl)\n      }\n      printClobSize(\"ARTICLES\", \"REVIEW\", clobx)\n      printClobSize(\"ARTICLES\", \"BIBTEXENTRY\", clobx)\n      printClobSize(\"ARTICLES\", \"PDFLINK\", clob = false)\n      dbconnx.close()\n      dbShutdown(dbpath)\n    }\n\n    \/\/ val w = new java.io.PrintWriter(new java.io.OutputStreamWriter(System.out))\n    \/\/ java.sql.DriverManager.setLogWriter(w)\n    debug(\"checking old db...\")\n    dbStats(AppStorage.config.olddbpath, clobx = true)\n    debug(\"importing db...\")\n    java.sql.DriverManager.getConnection(s\"jdbc:derby:${AppStorage.config.dbpath};createFrom=${AppStorage.config.olddbpath}\")\n    dbShutdown()\n    debug(\"modify db (hard upgrade if needed)...\")\n    val dbc = dbGetConnection\n    val s = dbc.createStatement()\n    def modCol(table: String, col: String, default: String = null) = {\n      if (default != null) {\n        s.execute(s\"update $table set $col=$default WHERE $col IS NULL\")\n        s.execute(s\"alter table $table alter column $col default $default\")\n      }\n      s.execute(s\"alter table $table alter column $col not null\")\n    }\n    for (c <- List(\"TAGS\", \"KEYWORDS\", \"RESEARCHGROUP\", \"CITING\", \"CITED\", \"RATING\", \"PARENT\", \"PARENT_ID\", \"AID\"))\n      s.execute(\"alter table ARTICLES drop column \" + c)\n\n    s.execute(\"drop table ARTICLE2ARTICLE\")\n\n    modCol(\"SETTING\", \"NAME\", \"''\")\n    modCol(\"SETTING\", \"VALUE\", \"''\")\n    s.execute(s\"insert into SETTING (ID, NAME, VALUE) values (0, '${ReftoolDB.SSCHEMAVERSION}', '1')\")\n\n    s.execute(\"alter table TOPIC2ARTICLE drop column PREDECESSORINTOPIC\")\n    modCol(\"TOPIC2ARTICLE\", \"TOPIC\")\n    modCol(\"TOPIC2ARTICLE\", \"ARTICLE\")\n    modCol(\"TOPIC2ARTICLE\", \"COLOR\", \"0\")\n    s.execute(\"alter table TOPIC2ARTICLE drop foreign key FK345DBEB334742380\")\n    s.execute(\"alter table TOPIC2ARTICLE drop foreign key FK345DBEB3187A628E\")\n    s.execute(\"delete from TOPIC2ARTICLE WHERE ID in ( SELECT MIN(ID) FROM TOPIC2ARTICLE GROUP BY ARTICLE, TOPIC HAVING count(*) > 1) \") \/\/ remove errornous duplicates\n    s.execute(\"\"\"ALTER TABLE \"APP\".\"TOPIC2ARTICLE\" ADD CONSTRAINT \"TOPIC2ARTICLECPK\" UNIQUE (\"TOPIC\", \"ARTICLE\")\"\"\") \/\/ from ddl comparison, this is a useful constraint!\n    s.execute(\"alter table TOPIC2ARTICLE drop column ID\") \/\/ id then not needed!\n\n    s.execute(\"alter table TOPICS drop foreign key <KEY>\")\n    s.execute(\"alter table TOPICS drop foreign key <KEY>\")\n    s.execute(\"update TOPICS SET PARENT=0 WHERE PARENT IS NULL\")\n    modCol(\"TOPICS\", \"PARENT\")\n    s.execute(\"alter table TOPICS add column EXPANDED boolean not null default false\")\n    s.execute(\"alter table TOPICS alter column TITLE set data type VARCHAR(512)\")\n    s.execute(\"alter table TOPICS add column EXPORTFN VARCHAR(1024)\")\n    modCol(\"TOPICS\", \"EXPORTFN\", \"''\")\n    modCol(\"TOPICS\", \"TITLE\", \"''\")\n\n    s.execute(\"alter table ARTICLES alter column AUTHORS set data type VARCHAR(4096)\")\n    s.execute(\"alter table ARTICLES alter column PDFLINK set data type VARCHAR(10000)\")\n    s.execute(\"alter table ARTICLES drop foreign key <KEY>\")\n\n    s.execute(\"alter table ARTICLES add column REVIEWNEW VARCHAR(10000)\")\n    s.execute(\"update ARTICLES set REVIEWNEW=REVIEW\")\n    s.execute(\"alter table ARTICLES drop column REVIEW\")\n    s.execute(\"rename column ARTICLES.REVIEWNEW to REVIEW\")\n\n    s.execute(\"alter table ARTICLES add column BIBTEXENTRYNEW VARCHAR(10000)\")\n    s.execute(\"update ARTICLES set BIBTEXENTRYNEW=BIBTEXENTRY\")\n    s.execute(\"alter table ARTICLES drop column BIBTEXENTRY\")\n    s.execute(\"rename column ARTICLES.BIBTEXENTRYNEW to BIBTEXENTRY\")\n\n    for (cc <- List(\"BIBTEXENTRY\", \"REVIEW\", \"JOURNAL\", \"BIBTEXID\", \"LINKURL\", \"AUTHORS\", \"ENTRYTYPE\", \"PDFLINK\", \"TITLE\", \"DOI\", \"PUBDATE\"))\n      modCol(\"ARTICLES\", cc, \"''\")\n\n    dbc.close()\n    dbShutdown()\n    debug(\"checking new db...\")\n    dbStats(AppStorage.config.dbpath, clobx = false)\n    info(\"Upgrade4to5 finished!\")\n  }\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/PreferencesView.scala","text":"<filename>src\/main\/scala\/views\/PreferencesView.scala\npackage views\n\nimport framework._\nimport util.AppStorage\n\nimport scalafx.Includes._\nimport scalafx.geometry.Insets\nimport scalafx.scene.control._\nimport scalafx.scene.image.Image\nimport scalafx.scene.layout._\nimport scalafx.scene.layout.ColumnConstraints._\n\n\nclass PreferencesView extends GenericView(\"prefsview\") {\n\n  val title = \"Preferences\"\n\n  text = title\n\n  isDirty.onChange({\n    text = if (isDirty.value) title + \" *\" else title\n    aSave.enabled = isDirty.value\n  })\n\n  private def onchange(): Unit = { isDirty.value = true }\n\n  private class MyGridPane extends GridPane {\n    \/\/ margin = Insets(18)\n    hgap = 4\n    vgap = 6\n    columnConstraints += new ColumnConstraints(150)\n    columnConstraints += new ColumnConstraints { hgrow = Priority.Always }\n  }\n\n  private val lAutoimport = new MyInputDirchooser(0, \"Auto import dir\", \"\",\n    \"\"\"This folder is watched for files like 'reftool5import*.pdf', and automatic import initiated.\n      |Designed to work with the browser extension.\"\"\".stripMargin)\n\n  private val lDebug = new MyInputTextField(1, \"Debug level\", \"\", \"add up: 0-off 1-debug 2-function call log\")\n\n  private val lShowStartupdialog = new MyInputCheckbox(2, \"Show startup dialog\", true, \"If not selected, the last database will be opened automatically.\")\n\n  List(lAutoimport, lDebug, lShowStartupdialog).foreach(_.onchange = () => onchange())\n\n  private val grid1 = new MyGridPane {\n    children ++= lAutoimport.content ++ lDebug.content ++ lShowStartupdialog.content\n  }\n\n  private def load(): Unit = {\n    lAutoimport.tf.text = AppStorage.config.autoimportdir\n    lDebug.tf.text = AppStorage.config.debuglevel.toString\n    lShowStartupdialog.cb.selected = AppStorage.config.showstartupdialog\n    isDirty.value = false\n  }\n\n  private val aSave = new MyAction(\"Preferences\", \"Save\") {\n    tooltipString = \"Save changes\"\n    image = new Image(getClass.getResource(\"\/images\/save_edit.gif\").toExternalForm)\n    action = _ => {\n      AppStorage.config.autoimportdir = lAutoimport.tf.getText\n      AppStorage.config.debuglevel = lDebug.tf.getText.toInt\n      AppStorage.config.showstartupdialog = lShowStartupdialog.cb.isSelected\n      AppStorage.save()\n      load()\n      isDirty.value = false\n    }\n  }\n\n  toolbaritems ++= Seq(aSave.toolbarButton)\n\n  content = new ScrollPane {\n    fitToWidth = true\n    content = new VBox {\n      vgrow = Priority.Always\n      hgrow = Priority.Always\n      spacing = 10\n      padding = Insets(10)\n      children = List(grid1)\n    }\n  }\n\n  load()\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"pv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/SearchUtil.scala","text":"package util\n\nimport framework.Logging\nimport javafx.collections.FXCollections\nimport scalafx.scene.control.ComboBox\n\n\nclass HistoryField(var historySize: Int) extends ComboBox[String] with Logging {\n  this.setEditable(true)\n  maxWidth = Double.MaxValue \/\/ otherwise hgrow doesn't work https:\/\/stackoverflow.com\/a\/53488576\n  private val history = FXCollections.observableArrayList[String]()\n  this.setItems(history)\n  private var valuechanging = false\n  onKeyPressed = (e: javafx.scene.input.KeyEvent) => if (e.getCode == javafx.scene.input.KeyCode.ESCAPE) {\n    this.setValue(\"\")\n    \/\/ can't capture ENTER and call getOnAction because value combobox only set later see https:\/\/stackoverflow.com\/a\/30423278\n  }\n  this.valueProperty.addListener((_, _, newValue) => {\n    if (!valuechanging && newValue != null && newValue.trim != \"\") {\n      valuechanging = true\n      val oldhandler = this.getOnAction\n      this.setOnAction(null)\n      if (!history.contains(newValue)) {\n        history.add(0, newValue)\n        if (history.size > historySize) history.remove(history.size - 1)\n        this.getSelectionModel.select(0)\n      }\n      this.setOnAction(oldhandler)\n      valuechanging = false\n    }\n  })\n}\n\nobject SearchUtil extends Logging {\n  \/\/ split \"  space 'case for' \" into \"CASE FOR\",\"SPACE\"\n  def getSearchTerms(s: String): Array[String] = {\n    \/\/ http:\/\/stackoverflow.com\/questions\/1757065\/java-splitting-a-comma-separated-string-but-ignoring-commas-in-quotes\n    val res = s.trim.toUpperCase.split(\" (?=([^\\']*\\'[^\\']*\\')*[^\\']*$)\", -1).map(_.replace(\"\\'\",\"\"))\n      .sortWith(_.length < _.length).reverse \/\/ longest first!\n    debug(\"search terms: \" + res.mkString(\";\"))\n    res\n  }\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/LogView.scala","text":"<gh_stars>0\npackage views\n\nimport framework.GenericView\nimport scalafx.Includes._\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.Insets\nimport scalafx.scene.control._\nimport scalafx.scene.image.{Image, ImageView}\nimport scalafx.scene.layout.BorderPane\nimport util.FileHelper\n\n\/\/ all is slow but listviews etc: https:\/\/stackoverflow.com\/questions\/27414689\/a-java-advanced-text-logging-pane-for-large-output\n\nclass LogView extends GenericView(\"logview\") {\n\n  text = \"Log\"\n\n  toolbaritems += new Button(\"Clear output\") {\n    graphic = new ImageView(new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm))\n    onAction = (_: ActionEvent) => lvLog.items.value.clear()\n  }\n\n  toolbaritems += new Button(\"Reveal log file\") {\n    graphic = new ImageView(new Image(getClass.getResource(\"\/images\/new_con.gif\").toExternalForm))\n    onAction = (_: ActionEvent) => {\n      \/\/noinspection FieldFromDelayedInit\n      FileHelper.revealFile(main.Main.logfile)\n    }\n  }\n\n  private val lvLog = new ListView[String] {\n    style = \"-fx-cell-size: 20; -fx-font-size: 11;\"\n  }\n\n  content = new BorderPane {\n    margin = Insets(5.0)\n    top = new Label(\"Log view, also logged to file!\")\n    center = lvLog\n  }\n\n  private var buffers = \"\"\n  def append(b: String): Unit = { \/\/ stuff comes here char-by-char!\n    if (b != \"\\n\")\n      buffers += b\n    else if (buffers.nonEmpty) {\n      lvLog.items.value.append(buffers)\n      buffers = \"\"\n    }\n  }\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"lv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/bibtex\/BibtexTools.scala","text":"<filename>src\/main\/scala\/util\/bibtex\/BibtexTools.scala\npackage util.bibtex\n\n\/\/ parse bibtex authors\n\/\/ this is a modified copy of various files from https:\/\/github.com\/gnieh\/toolxit-bibtex\/blob\/master\/src\/main\/scala\/toolxit\n\/\/ change to library if it is in maven!\n\n\/*\n* This file is part of the ToolXiT project.\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\n\n\nimport scala.annotation.tailrec\nimport scala.util.matching.Regex\nimport scala.util.parsing.combinator.RegexParsers\n\nobject bibtex {\n\n  lazy val EmptyAuthor: Author = Author(Nil, Nil, Nil, Nil)\n\n\/\/  lazy val UnknownEntry = BibEntry(\"unknown\", \"??\", Map())\n\n}\n\n\nobject StringUtils {\n\n  import scala.language.reflectiveCalls\n\/\/  import scala.language.implicitConversions\n\n  implicit class char2testable(c: Char) {\n    def isAlphaNumeric: Boolean = c.toString.matches(\"[a-zA-Z0-9]\")\n    def isBibTeXLower: Boolean =\n      if (c.isDigit)\n        true\n      else\n        c.isLower\n  }\n\n  object StringParser extends StringParser\n  class StringParser extends RegexParsers {\n\n    override def skipWhitespace = false\n\n    lazy val string: Parser[List[Word]] =\n      repsep(word | \",\" ^^^ SimpleWord(List(CharacterLetter(','))), \"\\\\s+\".r)\n\n    lazy val word: Parser[Word] = composedword | simpleword\n\n    lazy val simpleword: Parser[SimpleWord] = rep1(pseudoLetter) ^^ SimpleWord\n\n    lazy val composedword: Parser[ComposedWord] =\n      simpleword ~ sep ~ word ^^ {\n        case first ~ sep2 ~ second => ComposedWord(first, second, sep2)\n      }\n\n    lazy val pseudoLetter: Parser[PseudoLetter] = special | block | character\n\n    lazy val character: Parser[CharacterLetter] =\n      \"[^-~\\\\{}\\\\s,]\".r ^^ (s => CharacterLetter(s.charAt(0)))\n\n    lazy val sep: Parser[CharacterLetter] =\n      \"[-~]\".r ^^ (s => CharacterLetter(s.charAt(0)))\n\n    lazy val block: Parser[BlockLetter] =\n      \"{\" ~>\n        rep(block | character\n          | \"\\\\s\".r ^^ (s => CharacterLetter(s.charAt(0)))) <~ \"}\" ^^ BlockLetter\n\n    lazy val special: Parser[SpecialLetter] =\n      \"{\\\\\" ~> (\"'|\\\"|\u00b4|`|\\\\^|~|[^\\\\s{}'\\\"\u00b4`^~]+\".r <~ \"\\\\s*\".r) ~\n        opt(block ^^ (s => (true, s.parts.mkString))\n          | (\"\\\\s*[^{}\\\\s]+\\\\s*\".r ^^ (s => (false, s.trim)))) <~ \"}\" ^^ {\n        case spec ~ Some((braces, char)) => SpecialLetter(spec, Some(char), braces)\n        case spec ~ None => SpecialLetter(spec, None, withBraces = false)\n      }\n\n  }\n\n  \/* returns the first non brace character at level 0 if any *\/\n  def firstCharacter(str: Word): Option[Char] = {\n    @tailrec\n    def findFirst(letters: List[PseudoLetter]): Option[Char] = letters match {\n      case (_: BlockLetter) :: tail =>\n        findFirst(tail)\n      case SpecialLetter(spec, _, _) :: _ if spec.contains((c: Char) => c.isLetter) =>\n        spec.find(_.isLetter)\n      case SpecialLetter(_, Some(char), _) :: _ =>\n        char.find(_.isAlphaNumeric)\n      case CharacterLetter(c) :: _ if c.isLetter =>\n        Some(c)\n      case _ :: tail =>\n        findFirst(tail)\n      case Nil => None\n    }\n    findFirst(str.letters)\n  }\n\n  def isFirstCharacterLower(str: Word): Boolean =\n    firstCharacter(str).exists(_.isBibTeXLower)\n\n}\n\n\nsealed trait PseudoLetter {\n  val whitespace_? : Boolean\n}\nfinal case class CharacterLetter(char: Char) extends PseudoLetter {\n  override def toString: String = char.toString\n  val whitespace_? : Boolean = char.toString.matches(\"\\\\s+\")\n}\nfinal case class BlockLetter(parts: List[PseudoLetter]) extends PseudoLetter {\n  override def toString: String = parts.mkString(\"{\", \"\", \"}\")\n  val whitespace_? : Boolean = parts.forall(_.whitespace_?)\n}\nfinal case class SpecialLetter(command: String, arg: Option[String], withBraces: Boolean) extends PseudoLetter {\n  override def toString: String = {\n    val argument = arg match {\n      case Some(a) if withBraces => \"{\" + a + \"}\"\n      case Some(a) => a\n      case None => \"\"\n    }\n    \"{\\\\\" + command + argument + \"}\"\n  }\n\n  \/** Returns the UTF8 representation of this special letter if known *\/\n  def toUTF8: Option[CharacterLetter] = SpecialCharacters(this).map(CharacterLetter)\n\n  val whitespace_? = false\n\n}\ntrait Word {\n  val letters: List[PseudoLetter]\n  val length: Int\n}\nfinal case class ComposedWord(first: Word, second: Word, sep: CharacterLetter) extends Word {\n  val letters: List[PseudoLetter] = first.letters ++ List(sep) ++ second.letters\n  val length: Int = first.length + second.length + 1\n  override def toString: String = \"\" + first + sep + second\n}\nfinal case class SimpleWord(letters: List[PseudoLetter]) extends Word {\n  def this(str: String) = this(str.toCharArray.map(CharacterLetter).toList)\n  val length: Int = letters.foldLeft(0) { (result, current) =>\n    def internalCount(letter: PseudoLetter, depth: Int): Int = letter match {\n      case _: CharacterLetter => 1\n      case _: SpecialLetter if depth == 0 =>\n        \/\/ only special characters at brace level 0 count\n        1\n      case BlockLetter(parts) =>\n        parts.map(internalCount(_, depth + 1)).sum\n      case _ => 0\n    }\n    result + internalCount(current, 0)\n  }\n  override def toString: String = letters.mkString\n}\nfinal case class Sentence(words: List[Word]) {\n  override def toString: String = words.mkString(\" \")\n}\n\n\/**\n * Utilities to extract the name of the different authors defined in a string.\n * @author <NAME>\n *\n *\/\nobject AuthorNamesExtractor extends StringUtils.StringParser {\n\n  lazy val nameSep: Regex = \"\"\"(?i)\\s+and\\s+\"\"\".r\n\n  lazy val names: _root_.util.bibtex.AuthorNamesExtractor.Parser[List[String]] =\n    rep1sep(uptoNameSep, nameSep) ^^ (_.map(_.toString))\n\n  lazy val uptoNameSep: _root_.util.bibtex.AuthorNamesExtractor.Parser[SimpleWord] =\n    guard(nameSep) ~> \"\" ^^^ SimpleWord(Nil) |\n      rep1(block | special | not(nameSep) ~> \".|\\\\s\".r ^^\n        (str => CharacterLetter(str.charAt(0)))) ^^ SimpleWord\n\n  def toList(authors: String): List[Author] = {\n    parseAll(names, authors).getOrElse(Nil).map { author =>\n      try {\n        AuthorNameExtractor.parse(author)\n      } catch {\n        case e: Exception =>\n          println(\"Wrong author format: \" + author)\n          println(e.getMessage)\n          println(\"This author is omitted\")\n          bibtex.EmptyAuthor\n      }\n    }\n  }\n\n  def authorNb(authors: String): TOption[Int] =\n    parseAll(names, authors) match {\n      case Success(res, _) => TSome(res.size)\n      case failure => TError(failure.toString)\n    }\n\n}\n\nobject SpecialCharacters {\n\n  private val withArg = Map(\n    (\"\u00b4\", \"a\") -> '\u00e1',\n    (\"'\", \"a\") -> '\u00e1',\n    (\"`\", \"a\") -> '\u00e0',\n    (\"\\\"\", \"a\") -> '\u00e4',\n    (\"^\", \"a\") -> '\u00e2',\n    (\"~\", \"a\") -> '\u00e3',\n    (\"\u00b4\", \"A\") -> '\u00c1',\n    (\"'\", \"A\") -> '\u00c1',\n    (\"`\", \"A\") -> '\u00c0',\n    (\"\\\"\", \"A\") -> '\u00c4',\n    (\"^\", \"A\") -> '\u00c2',\n    (\"~\", \"A\") -> '\u00c3',\n    (\"\u00b4\", \"e\") -> '\u00e9',\n    (\"'\", \"e\") -> '\u00e9',\n    (\"`\", \"e\") -> '\u00e8',\n    (\"\\\"\", \"e\") -> '\u00eb',\n    (\"^\", \"e\") -> '\u00ea',\n    (\"~\", \"e\") -> '\u1ebd',\n    (\"c\", \"e\") -> '\u0229',\n    (\"\u00b4\", \"E\") -> '\u00c9',\n    (\"'\", \"E\") -> '\u00c9',\n    (\"`\", \"E\") -> '\u00c8',\n    (\"\\\"\", \"E\") -> '\u00cb',\n    (\"^\", \"E\") -> '\u00ca',\n    (\"~\", \"E\") -> '\u1ebc',\n    (\"c\", \"E\") -> '\u0228',\n    (\"c\", \"c\") -> '\u00e7',\n    (\"c\", \"C\") -> '\u00c7',\n    (\"\u00b4\", \"o\") -> '\u00f3',\n    (\"'\", \"o\") -> '\u00f3',\n    (\"`\", \"o\") -> '\u00f2',\n    (\"\\\"\", \"o\") -> '\u00f6',\n    (\"^\", \"o\") -> '\u00f4',\n    (\"~\", \"o\") -> '\u00f5',\n    (\"\u00b4\", \"O\") -> '\u00d3',\n    (\"'\", \"O\") -> '\u00d3',\n    (\"`\", \"O\") -> '\u00d2',\n    (\"\\\"\", \"O\") -> '\u00d6',\n    (\"^\", \"O\") -> '\u00d4',\n    (\"~\", \"O\") -> '\u00d5')\n\n  private val noArg = Map(\n    \"oe\" -> '\u0153',\n    \"OE\" -> '\u0152',\n    \"ae\" -> '\u00e6',\n    \"AE\" -> '\u00c6',\n    \"aa\" -> '\u00e5',\n    \"AA\" -> '\u00c5',\n    \"o\" -> '\u00f8',\n    \"O\" -> '\u00d8',\n    \"l\" -> '\u0142',\n    \"L\" -> '\u0141',\n    \"ss\" -> '\u00df')\n\n  def apply(special: SpecialLetter): Option[Char] = special match {\n    case SpecialLetter(command, Some(arg), _) =>\n      withArg.get((command, arg))\n    case SpecialLetter(command, _, _) =>\n      noArg.get(command)\n    case _ => None\n  }\n\n}\n\nobject AuthorNameExtractor {\n\n  import StringUtils._\n\n  private object NameParser extends StringParser {\n\n    lazy val author: _root_.util.bibtex.AuthorNameExtractor.NameParser.Parser[Author] = lastFirstParts | firstLastParts\n\n    lazy val firstLastParts: _root_.util.bibtex.AuthorNameExtractor.NameParser.Parser[Author] =\n      repsep(\n        word, \"\\\\s+\".r) ^^ {\n        case l @ _ :: _ =>\n          \/\/ the lastname part contains at least the last word\n          val lastname = l.last\n          \/\/ remaining word, removing at least the last one which is in the lastname part\n          val remaining = l.dropRight(1)\n          \/\/ the von part (if any) is anything between the first lower case\n          \/\/ word and the last one in lower case\n          val (firstname, von, last) = toFirstVonLast(remaining)\n          Author(firstname, von, last ++ List(lastname), Nil)\n        case _ => bibtex.EmptyAuthor\n      }\n\n    lazy val lastFirstParts: _root_.util.bibtex.AuthorNameExtractor.NameParser.Parser[Author] =\n      rep2sep(\n        repsep(word, \"\\\\s+\".r),\n        \",\\\\s*\".r) ^^ {\n        case List(vonLast, jr, first) =>\n          \/\/ the lastname part contains at least the last word\n          val lastname = vonLast.last\n          \/\/ remaining word, removing at least the last one which is in the lastname part\n          val remaining = vonLast.dropRight(1)\n          val (von, last) = toVonLast(remaining)\n          Author(first, von, last ++ List(lastname), jr)\n        case List(vonLast, first) =>\n          \/\/ the lastname part contains at least the last word\n          val lastname = vonLast.last\n          \/\/ remaining word, removing at least the last one which is in the lastname part\n          val remaining = vonLast.dropRight(1)\n          val (von, last) = toVonLast(remaining)\n          Author(first, von, last ++ List(lastname), Nil)\n        case _ => bibtex.EmptyAuthor\n      }\n\n    def rep2sep[T, U](p: => Parser[T], s: => Parser[U]): _root_.util.bibtex.AuthorNameExtractor.NameParser.Parser[List[T]] =\n      p ~ rep1(s ~> p) ^^ { case x ~ y => x :: y }\n\n  }\n\n  def toFirstVonLast(parts: List[Word]): (List[Word], List[Word], List[Word]) = {\n    var first = List[Word]()\n    var von = List[Word]()\n    var last = List[Word]()\n    var isFirst = true\n    var hasVon = false\n    parts.foreach { part =>\n      if (isFirstCharacterLower(part) && last.nonEmpty) {\n        hasVon = true\n        isFirst = false\n        von =\n          if (von.nonEmpty)\n            von ++ last ++ List(part)\n          else\n            last ++ List(part)\n        last = Nil\n      } else if (isFirstCharacterLower(part)) {\n        hasVon = true\n        isFirst = false\n        von =\n          if (von.nonEmpty)\n            von ++ List(part)\n          else\n            List(part)\n      } else if (isFirst) {\n        first = first ++ List(part)\n      } else {\n        last = last ++ List(part)\n      }\n    }\n    (first, von, last)\n  }\n\n  def toVonLast(parts: List[Word]): (List[Word], List[Word]) = {\n    var von = List[Word]()\n    var last = List[Word]()\n    var first = true\n    var hasVon = true\n    parts.foreach { part =>\n      if (isFirstCharacterLower(part) && hasVon && last.nonEmpty) {\n        von =\n          if (von.nonEmpty)\n            von ++ last ++ List(part)\n          else\n            last ++ List(part)\n        last = Nil\n      } else if (isFirstCharacterLower(part) && hasVon) {\n        von =\n          if (von.nonEmpty)\n            von ++ List(part)\n          else\n            List(part)\n      } else {\n        if (first)\n          hasVon = false\n        last = last ++ List(part)\n      }\n      first = false\n    }\n    (von, last)\n  }\n\n  def parse(author: String): Author =\n    NameParser.parseAll(NameParser.author, author) match {\n      case NameParser.Success(res, _) => res\n      case f => throw new Exception(f.toString)\n    }\n\n}\n\ncase class Author(first: List[Word],\n                  von: List[Word],\n                  last: List[Word],\n                  jr: List[Word]) {\n\n  def this(first: String, von: String, last: String, jr: String) =\n    this(StringUtils.StringParser.parseAll(StringUtils.StringParser.string, first).get,\n      StringUtils.StringParser.parseAll(StringUtils.StringParser.string, von).get,\n      StringUtils.StringParser.parseAll(StringUtils.StringParser.string, last).get,\n      StringUtils.StringParser.parseAll(StringUtils.StringParser.string, jr).get)\n\n  override def toString: String =\n    \"first: \" + first +\n      \"\\nvon: \" + von +\n      \"\\nlast: \" + last +\n      \"\\njr: \" + jr\n\n  override def equals(other: Any): Boolean = other match {\n    case Author(f, v, l, j) =>\n      first == f && v == von && l == last && j == jr\n    case _ => false\n  }\n\n  override def hashCode: Int = {\n    var hash = 31 + first.hashCode\n    hash = hash * 31 + von.hashCode\n    hash = hash * 31 + last.hashCode\n    hash = hash * 31 + jr.hashCode\n    hash\n  }\n\n}\n\nobject Author {\n  def apply(first: String, von: String, last: String, jr: String): Author =\n    new Author(first.trim, von.trim, last.trim, jr.trim)\n}\n\nsealed abstract class TOption[+A] extends Product with Serializable {\n\n  self =>\n\n  def isEmpty: Boolean\n\n  def isError: Boolean\n\n  def isDefined: Boolean = !isEmpty\n\n  def get: A\n\n  def message: String\n\n  @inline final def getOrElse[B >: A](default: => B): B =\n    if (isEmpty) default else this.get\n\n  @inline final def map[B](f: A => B): TOption[B] =\n    if (isError) TError(message) else if (isEmpty) TNone else TSome(f(this.get))\n\n  @inline final def flatMap[B](f: A => TOption[B]): TOption[B] =\n    if (isError) TError(message) else if (isEmpty) TNone else f(this.get)\n\n  @inline final def filter(p: A => Boolean): TOption[A] =\n    if (isEmpty || p(this.get)) this else TNone\n\n  @inline final def foreach[U](f: A => U): Unit = {\n    if (!isEmpty) f(this.get)\n  }\n\n  @inline final def orElse[B >: A](alternative: => TOption[B]): TOption[B] =\n    if (isEmpty) alternative else this\n}\n\ncase class TSome[+A](value: A) extends TOption[A] {\n  def isEmpty = false\n  def isError = false\n  def get: A = value\n  def message = throw new NoSuchElementException(\"TSome.message\")\n}\n\ncase object TNone extends TOption[Nothing] {\n  def isEmpty = true\n  def isError = false\n  def get = throw new NoSuchElementException(\"TNone.get\")\n  def message = throw new NoSuchElementException(\"TNone.message\")\n}\n\ncase class TError(message: String, exc: Exception = null) extends TOption[Nothing] {\n  def isEmpty = true\n  def isError = true\n  def get = throw new NoSuchElementException(\"TError.get\")\n}"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/framework\/Helpers.scala","text":"<filename>src\/main\/scala\/framework\/Helpers.scala\npackage framework\n\nimport java.io\nimport java.io.{File, IOException}\nimport java.util.Date\nimport java.util.concurrent.FutureTask\nimport java.util.jar.JarFile\nimport scalafx.geometry.Insets\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.{Alert, ButtonType, TextArea}\nimport scalafx.scene.layout.Priority\nimport scalafx.stage.Modality\n\nobject Helpers extends Logging {\n\n  val insetsstd: Insets = scalafx.geometry.Insets(5)\n\n  \/\/ this should be used for anything in javafx startup, as the stacktrace is missing if e.g. an icon file is not present!\n  def tryit[T]( f: => T ): T = {\n    try {\n      f\n    } catch {\n      case t: Throwable =>\n        error(\"tryit: exception \" + t.getMessage)\n        t.printStackTrace()\n        if (main.Main.stage.isShowing) Helpers.showExceptionAlert(\"\", t)\n        null.asInstanceOf[T]\n    }\n  }\n\n\n  def toJavaPathSeparator(in: String): String = {\n    if (isWin) in.replaceAll(\"\"\"\\\\\"\"\", \"\/\")\n    else in\n  }\n\n  def isMac: Boolean = System.getProperty(\"os.name\").toLowerCase.contains(\"mac\")\n  def isLinux: Boolean = System.getProperty(\"os.name\").toLowerCase.matches(\"(.*nix)|(.*nux)\")\n  def isWin: Boolean = System.getProperty(\"os.name\").toLowerCase.contains(\"win\")\n\n  def toHexString(s: String, encoding: String): String = {\n    s.getBytes(encoding).map(\"%02x \" format _).mkString\n  }\n\n  def unit(): Unit = {}\n\n  \/\/ enqueue f in UI thread queue\n  def runUI( f: => Unit ): Unit = {\n    scalafx.application.Platform.runLater(() => {\n      f\n    })\n  }\n\n  \/\/ use carefully, remove if possible!\n  def runUIdelayed( f: => Unit, delay: Int = 200 ): Unit = {\n    val clickedTimer = new java.util.Timer()\n    clickedTimer.schedule(\n      new java.util.TimerTask {\n        override def run(): Unit = { runUI( f ) }\n      }, delay\n    )\n  }\n\n  \/\/ enqueue in UI thread queue and wait until finished\n  def runUIwait[T]( f: => T) : T = {\n    if (!scalafx.application.Platform.isFxApplicationThread) {\n      @volatile var stat: T = null.asInstanceOf[T]\n      val runnable = new Runnable() {\n        def run(): Unit = {\n          try {\n            stat = f\n          } catch {\n            case e: Exception => Helpers.showExceptionAlert(\"Exception\", e)\n          }\n        }\n      }\n      val future = new FutureTask[Any](runnable, null)\n      scalafx.application.Platform.runLater( future )\n      future.get()\n      stat\n    } else f\n  }\n\n  def getModalAlert(alertType: AlertType, contentText: String): Alert = {\n    val a = new Alert(alertType, contentText)\n    a.initModality(Modality.ApplicationModal)\n    a\n  }\n\n  def showExceptionAlert(what: String, t: Throwable): Option[ButtonType] = {\n    error(what)\n    error(t.getMessage)\n    t.printStackTrace()\n    val exceptionText = {\n      val sw = new io.StringWriter()\n      val pw = new io.PrintWriter(sw)\n      t.printStackTrace(pw)\n      sw.toString\n    }\n    val xx = if (what != \"\") what else \"Exception!\"\n    showTextAlert(AlertType.Error, \"Exception\", xx, \"Exception stacktrace:\", exceptionText, null)\n  }\n\n  def showTextAlert(alerttype: AlertType, titletext: String, headertext: String, contenttext: String, text: String, buttons: Seq[ButtonType] = null): Option[ButtonType] = {\n    val expContent = if (text.nonEmpty) {\n      val exceptionText = text\n      val textArea = new TextArea {\n        text = exceptionText\n        editable = false\n        wrapText = false\n        maxWidth = Double.MaxValue\n        maxHeight = Double.MaxValue\n        vgrow = Priority.Always\n        hgrow = Priority.Always\n      }\n      textArea\n    } else null\n\n    new Alert(alerttype) {\n      \/\/      initOwner(stage)\n      title = titletext\n      headerText = headertext\n      contentText = contenttext\n      if (buttons != null) buttonTypes = buttons\n      if (expContent != null) dialogPane().setExpandableContent(expContent)\n      dialogPane().setExpanded(true)\n    }.showAndWait()\n  }\n\n  \/\/ https:\/\/stackoverflow.com\/a\/22404140\n  import java.net.URISyntaxException\n  def getClassBuildTime: Date = {\n    var d: Date = null\n    val currentClass = new Object() {}.getClass.getEnclosingClass\n    val resource = currentClass.getResource(currentClass.getSimpleName + \".class\")\n    if (resource != null) {\n      if (resource.getProtocol.equals(\"file\")) {\n        try {\n          d = new Date(new File(resource.toURI).lastModified)\n        } catch { case _: URISyntaxException => }\n      } else if (resource.getProtocol.equals(\"jar\")) {\n        val path = resource.getPath\n        d = new Date( new File(path.substring(5, path.indexOf(\"!\"))).lastModified )\n      } else if (resource.getProtocol.equals(\"zip\")) {\n        val path = resource.getPath\n        val jarFileOnDisk = new File(path.substring(0, path.indexOf(\"!\")))\n        \/\/long jfodLastModifiedLong = jarFileOnDisk.lastModified ();\n        \/\/Date jfodLasModifiedDate = new Date(jfodLastModifiedLong);\n\n        try{\n          val jf = new JarFile(jarFileOnDisk)\n          val ze = jf.getEntry (path.substring(path.indexOf(\"!\") + 2)) \/\/Skip the ! and the \/\n          val zeTimeLong = ze.getTime\n          val zeTimeDate = new Date(zeTimeLong)\n          d = zeTimeDate\n        } catch {\n          case _: IOException =>\n          case _: RuntimeException =>\n        }\n      }\n    }\n    d\n  }\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/UpdatePdfs.scala","text":"<filename>src\/main\/scala\/util\/UpdatePdfs.scala<gh_stars>0\npackage util\n\nimport java.lang\nimport java.text.SimpleDateFormat\nimport java.util.Date\n\nimport db.{Article, ReftoolDB, Topic, Topic2Article}\nimport framework.{ApplicationController, Helpers, Logging}\nimport db.SquerylEntrypointForMyApp._\n\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.beans.property.{BooleanProperty, StringProperty}\nimport scalafx.collections.ObservableBuffer\nimport scalafx.scene.control._\nimport scalafx.scene.control.cell.CheckBoxTableCell\nimport scalafx.scene.control.TableColumn._\nimport scalafx.scene.layout.VBox\nimport scalafx.stage.{DirectoryChooser, Window}\nimport scalafx.Includes._\n\nobject UpdatePdfs extends Logging {\n\n  val sdf = new SimpleDateFormat(\"yyyyMMdd HH:mm:ss\")\n\n  class UEntry(val fReftool: MFile, val fExternal: MFile, val article: Article) {\n\n    override def toString: String = s\"[${fReftool.getName}: \" +\n      \"reftool: \" + sdf.format(fReftool.toFile.lastModified()) + \" <> \" +\n      \"external: \" + sdf.format(fExternal.toFile.lastModified())\n  }\n\n  class MyTableView(items: ObservableBuffer[UEntry]) extends TableView[UEntry](items) {\n    val tcRemove: TableColumn[UEntry, lang.Boolean] = new TableColumn[UEntry, java.lang.Boolean] {\n      text = \"Remove\"\n      cellValueFactory = { x => new BooleanProperty(x, \" - \", false) {\n        onChange( (_, _, _) => items.remove(x.value) )\n      }.delegate }\n      prefWidth = 80\n    }\n    tcRemove.setCellFactory(CheckBoxTableCell.forTableColumn(tcRemove))\n\n    val tcOpenboth: TableColumn[UEntry, lang.Boolean] = new TableColumn[UEntry, java.lang.Boolean] {\n      text = \"Open\"\n      cellValueFactory = { x => new BooleanProperty(x, \"open both\", false) {\n        onChange( (_, _, _) => {\n          FileHelper.openDocument(x.value.fReftool)\n          FileHelper.openDocument(x.value.fExternal)\n        } )\n      }.delegate }\n      prefWidth = 80\n    }\n    tcOpenboth.setCellFactory(CheckBoxTableCell.forTableColumn(tcOpenboth))\n    editable = true\n    columns ++= List(\n      new TableColumn[UEntry, String] {\n        text = \"Filename\"\n        cellValueFactory = { x => new StringProperty(x.value.fReftool.getName) }\n        prefWidth = 400\n      },\n      new TableColumn[UEntry, String]() {\n        text = \"Reftool\"\n        cellValueFactory = { x => new StringProperty(sdf.format(x.value.fReftool.toFile.lastModified())) }\n        prefWidth = 150\n      },\n      new TableColumn[UEntry, String]() {\n        text = \"External\"\n        cellValueFactory = { x => new StringProperty(sdf.format(x.value.fExternal.toFile.lastModified())) }\n        prefWidth = 150\n      },\n      tcRemove,\n      tcOpenboth\n    )\n  }\n\n  def updatePdfs(window: Window, topic: Option[Topic]): Unit = {\n    info(\"Update pdfs output:\")\n    val res = MFile(new DirectoryChooser {\n      title = \"Select folder where to import files from\"\n      val folder: MFile = topic.map(t => new MFile(t.exportfn)).orNull\n      if (folder != null) if (folder.exists) initialDirectory = folder.toFile\n    }.showDialog(window))\n    if (res != null) {\n      val entries = new ObservableBuffer[UEntry]()\n      val equalFiles = new ArrayBuffer[MFile]()\n      val newFiles = new ArrayBuffer[MFile]()\n      \/\/ list update-pdfs\n      val updfs = res.listFiles.filter(_.isFile).filter(!_.getName.startsWith(\".\"))\n\n      \/\/ find article & local file & compare\n      updfs.foreach { fileExternal =>\n        inTransaction {\n          val ares = ReftoolDB.articles.where(a => a.pdflink like s\"%\/${fileExternal.getName}%\")\n          ares.size match {\n            case 1 =>\n              val fileReftool = FileHelper.getDocumentFileAbs(ares.head.getDocuments.filter(doc => doc.docPath.endsWith(fileExternal.getName)).head.docPath)\n              if (MFile.compare(fileReftool, fileExternal))\n                equalFiles += fileExternal\n              else\n                entries += new UEntry(fileReftool, fileExternal, ares.head)\n            case 0 => newFiles += fileExternal\n            case _ => info(\"Error: multiple articles with same pdf filename: \" + fileExternal.getName)\n          }\n        }\n      }\n\n      entries.foreach(e => info(\"changed: \" + e.toString))\n      newFiles.foreach(file => info(\"new file: \" + file.getName))\n      equalFiles.foreach(file => info(\"equal: \" + file.getName))\n\n      val dialog = new Dialog[ButtonType]() {\n        title = \"Update PDFs\"\n        headerText = \"Update PDFs: Modified files.\\nInspect and remove those which should not be imported into reftool!\\n\" +\n          \"Modified articles will be shown in the article list.\"\n        resizable = true\n        width = 800\n      }\n\n      val tableview = new MyTableView(entries)\n\n      val cbRemoveAfter = new CheckBox(\"Remove imported documents after copy\") {\n        selected = true\n      }\n      val cbRemoveFromTopic = new CheckBox(s\"Remove articles where document was imported from topic $topic (if it was in it) after import\") {\n        selected = true\n      }\n      dialog.dialogPane().buttonTypes = Seq(ButtonType.OK, ButtonType.Cancel)\n      dialog.dialogPane().content = new VBox {\n        children += tableview\n        children += cbRemoveAfter\n        children += cbRemoveFromTopic\n      }\n\n      dialog.showAndWait() match {\n        case Some(ButtonType.OK) =>\n          info(\"syncing pdfs...\")\n\n          val datestamp = new SimpleDateFormat(\"yyyyMMddHHmmss\").format(new Date())\n          val topicUpdated = inTransaction { ReftoolDB.topics.insert(new Topic(title = \"Updated PDF articles \" + datestamp, parent = ReftoolDB.specialTopic.id, expanded = false)) }\n\n          entries.foreach(e => {\n            info(\"copying \" + e.fExternal.getPath + \" -> \" + e.fReftool.getPath)\n            MFile.copy(e.fExternal, e.fReftool, replaceExisting = true, copyAttrs = true)\n            info(\"copied: \" + e.toString + \"\\n\")\n            if (cbRemoveAfter.selected.value) {\n              debug(\"remove file: \" + e.fExternal.getPath)\n              e.fExternal.delete()\n            }\n            inTransaction {\n              e.article.topics.associate(topicUpdated, new Topic2Article())\n              if (cbRemoveFromTopic.selected.value) topic.foreach(t => e.article.topics.dissociate(t))\n            }\n          } )\n\n          ApplicationController.obsRevealTopic((topicUpdated, false))\n\n        case _ => debug(\"cancel: \")\n      }\n\n      ApplicationController.showNotification(s\"Finished update PDFs!\")\n    }\n  }\n\n  \/\/ exports article files, returns new export folder or null\n  def exportPdfs(articles: List[Article], folder: MFile, window: Window): MFile = {\n    val res = MFile(new DirectoryChooser {\n      title = \"Select folder for copying documents\"\n      if (folder != null) if (folder.exists) initialDirectory = folder.toFile\n    }.showDialog(window))\n    if (res != null) {\n      var orphanedFiles = res.listFiles.filter(_.isFile).filter(!_.getName.startsWith(\".\")).toBuffer\n      val differentFiles = new ObservableBuffer[UEntry]()\n      articles.foreach(a => {\n        val fileReftool = FileHelper.getDocumentFileAbs(a.getFirstDocRelative)\n        val fileExternal = new MFile(res.getPath + \"\/\" + fileReftool.getName)\n        orphanedFiles = orphanedFiles.filterNot(f => f.isSameFileAs(fileExternal))\n        if (fileExternal.exists) {\n          if (MFile.compare(fileReftool, fileExternal)) info(\"equal file: \" + fileExternal.getPath)\n          else {\n            info(\"different file: \" + fileExternal.getPath)\n            differentFiles += new UEntry(fileReftool, fileExternal, a)\n          }\n        } else {\n          info(\"target doesn't exist, copy: \" + fileExternal)\n          MFile.copy(fileReftool, fileExternal, copyAttrs = true)\n        }\n      } )\n\n      ApplicationController.showNotification(s\"Copied documents to folder!\")\n\n      \/\/ present results\n      differentFiles.foreach(e => debug(\"changed: \" + e.toString + \"\\n\"))\n      if (differentFiles.nonEmpty) {\n        val dialog = new Dialog[ButtonType]() {\n          title = \"Export PDFs\"\n          headerText = \"Export PDFs: existing but unequal target files.\\nRemove those which should not be overwritten!\"\n          resizable = true\n          width = 800\n        }\n\n        val tableview = new MyTableView(differentFiles)\n\n        dialog.dialogPane().buttonTypes = Seq(ButtonType.OK, ButtonType.Cancel)\n        dialog.dialogPane().content = tableview\n\n        dialog.showAndWait() match {\n          case Some(ButtonType.OK) =>\n            info(\"syncing pdfs...\")\n\n            differentFiles.foreach(e => {\n              info(\"copying \" + e.fReftool.getPath + \" -> \" + e.fExternal.getPath)\n              MFile.copy(e.fReftool, e.fExternal, replaceExisting = true, copyAttrs = true)\n            })\n          case _ => debug(\"cancel: \")\n        }\n      }\n\n      \/\/ check for orphaned files that exist in reftool\n      val orphanedExistingEqualFiles = orphanedFiles.filter { fileExternal =>\n        inTransaction {\n          val ares = ReftoolDB.articles.where(a => a.pdflink like s\"%\/${fileExternal.getName}%\")\n          ares.size match {\n            case 1 =>\n              val fileReftool = FileHelper.getDocumentFileAbs(ares.head.getDocuments.filter(doc => doc.docPath.endsWith(fileExternal.getName)).head.docPath)\n              if (MFile.compare(fileReftool, fileExternal))\n                true\n              else\n                false\n            case _ => false\n          }\n        }\n      }\n      \/\/ present orphaned existing files\n      if (orphanedExistingEqualFiles.nonEmpty)\n        if (Helpers.showTextAlert(Alert.AlertType.Warning, \"Orphaned files\", \"Found existing files that were not exported, but which \" +\n          \"exist binary-equal in reftool. Should I delete the external files (you might have removed them from the export folder)?\",\n          \"\", orphanedExistingEqualFiles.mkString(\"\\n\"), Seq(ButtonType.Yes, ButtonType.No)).contains(ButtonType.Yes)) {\n          orphanedExistingEqualFiles.foreach(f => f.delete())\n        }\n      orphanedFiles --= orphanedExistingEqualFiles\n      \/\/ present orphaned files\n      if (orphanedFiles.nonEmpty)\n        Helpers.showTextAlert(Alert.AlertType.Warning, \"Orphaned files\", \"Found existing files that were not exported and \" +\n          \"which are not in reftool (filename might have been changed):\", \"\", orphanedFiles.mkString(\"\\n\"))\n\n      ApplicationController.showNotification(s\"Finished export PDFs!\")\n      FileHelper.revealFile(res)\n    }\n    res\n  }\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/TopicsTreeView.scala","text":"package views\n\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport javafx.scene.{control => jfxsc}\n\nimport db.{Article, ReftoolDB, Topic, Topic2Article}\nimport framework._\nimport db.SquerylEntrypointForMyApp._\nimport org.squeryl.Queryable\nimport util._\n\nimport scala.jdk.CollectionConverters._\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.Includes._\nimport scalafx.event.ActionEvent\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control._\nimport scalafx.scene.control.cell.TextFieldTreeCell\nimport scalafx.scene.effect.{DropShadow, InnerShadow}\nimport scalafx.scene.image.{Image, ImageView}\nimport scalafx.scene.input._\nimport scalafx.scene.layout.{BorderPane, HBox, Priority}\nimport scalafx.scene.paint.Color\nimport scalafx.stage.FileChooser\nimport scalafx.stage.FileChooser.ExtensionFilter\nimport scalafx.util.StringConverter\nimport scalafx.util.StringConverter._\n\n\nprivate object MyTreeCell {\n  var lastDragoverCell: TreeCell[Topic] = _\n  val effectDropshadow = new DropShadow(5.0, 0.0, -3.0, Color.web(\"#666666\"))\n  val effectInnershadow = new InnerShadow()\n  effectInnershadow.setOffsetX(1.0)\n  effectInnershadow.setColor(Color.web(\"#666666\"))\n  effectInnershadow.setOffsetY(1.0)\n\n}\n\n\/\/ an iterator over all *displayed* tree items! (not the lazy ones)\nprivate class TreeIterator[T](root: TreeItem[T]) extends Iterator[TreeItem[T]] with Logging {\n  var stack: List[TreeItem[T]] = List[TreeItem[T]]()\n  stack = root :: stack\n\n  def hasNext: Boolean = stack.nonEmpty\n\n  def next(): TreeItem[T] = {\n    val nextItem = stack.head\n    stack = stack.tail\n    for (ti <- nextItem.children) stack = ti :: stack\n    nextItem\n  }\n}\n\nclass TopicsTreeView extends GenericView(\"topicsview\") with Logging {\n\n  private var troot: Topic = _\n  private var tiroot: MyTreeItem = _\n  private val gv: TopicsTreeView = this\n  private var searchActive: Boolean = false\n\n  private class MyTreeItem(vv: Topic, ttv: TopicsTreeView) extends TreeItem[Topic](vv) with Logging {\n    var hasloadedchilds: Boolean = false\n\n    inTransaction {\n      if (vv.expanded) {\n        for (c <- vv.orderedChilds) {\n          val doit = if (ttv.searchActive) c.expanded else true\n          if (doit) children += new MyTreeItem(c, ttv)\n        }\n        hasloadedchilds = true\n        expanded = true\n      } else {\n        if (vv.childrenTopics.nonEmpty) { \/\/ only check for children here!\n          children += new TreeItem[Topic]() \/\/ dummy tree item\n        }\n      }\n    }\n\n    \/\/ lazy-load via this:\n    delegate.addEventHandler(jfxsc.TreeItem.branchExpandedEvent[Topic](), (_: jfxsc.TreeItem.TreeModificationEvent[Topic]) => {\n      if (!hasloadedchilds) {\n        children.clear() \/\/ to remove dummy topic!\n        inTransaction {\n          for (newt <- vv.orderedChilds) {\n            val doit = if (ttv.searchActive) {if (newt.expanded) true else false } else true\n            if (doit) children += new MyTreeItem(newt, ttv)\n          }\n          vv.expanded = true\n          ReftoolDB.topics.update(vv)\n        }\n        hasloadedchilds = true\n      }\n    })\n    delegate.addEventHandler(jfxsc.TreeItem.branchCollapsedEvent[Topic](), (_: jfxsc.TreeItem.TreeModificationEvent[Topic]) => {\n      inTransaction {\n        vv.expanded = false\n        ReftoolDB.topics.update(vv)\n      }\n    })\n\n  }\n\n  \/\/ workaround: use javafx because scalafx doesn't work properly: https:\/\/github.com\/scalafx\/scalafx\/issues\/256\n  private class MyTreeCell extends jfxsc.cell.TextFieldTreeCell[Topic] with Logging {\n\n    private val self: TextFieldTreeCell[Topic] = this\n\n    private val myStringConverter = new StringConverter[Topic]() {\n      override def fromString(string: String): Topic = {\n        val t = self.treeItem.value.getValue\n        t.title = string\n        t\n      }\n\n      override def toString(t: Topic): String = {\n        t.title\n      }\n    }\n\n    setConverter(myStringConverter)\n\n    \/\/ drag'n'drop https:\/\/gist.github.com\/andytill\/4009620\n    self.onDragDetected = (me: MouseEvent) => {\n      val db = self.treeView.value.startDragAndDrop(TransferMode.Move)\n      val cont = new ClipboardContent()\n      cont.putString(\"topic\") \/\/ can't easily make custom DataFormats on mac (!)\n      db.delegate.setContent(cont)\n      DnDHelper.topicTreeItem = self.treeItem.value\n      me.consume()\n    }\n\n    override def updateItem(item: Topic, empty: Boolean): Unit = {\n      super.updateItem(item, empty)\n      self.graphic = null\n      if (empty || item == null) {\n        self.text = null\n        self.style = null\n      } else {\n        self.text = myStringConverter.toString(item)\n        if (TopicsTreeView.bookmarksTopics.contains(item)) {\n          self.style.set(\"-fx-control-inner-background: #ffff55\")\n        } else self.style.set(null)\n      }\n    }\n\n    def clearDnDFormatting(): Unit = {\n      if (MyTreeCell.lastDragoverCell != null) { \/\/ clear old formatting\n        MyTreeCell.lastDragoverCell.effect = null\n        MyTreeCell.lastDragoverCell = null\n      }\n    }\n\n    \/\/ 1-ontop of item, 2-below item\n    def getDropPositionScroll(de: DragEvent): Int = {\n      var res = 0\n      val tvpossc = self.treeView.value.localToScene(0d, 0d)\n      val tvheight = self.treeView.value.getHeight\n      val tipossc = MyTreeCell.this.localToScene(0d, 0d)\n      val tiheight = MyTreeCell.this.getHeight\n      val tirely = de.getSceneY - tipossc.getY\n      if (de.getSceneY - tvpossc.getY < tiheight) { \/\/ javafx can't really scroll yet...\n        self.treeView.value.scrollTo(self.treeView.value.row(self.treeItem.value) - 1)\n      } else if (de.getSceneY - tvpossc.getY > tvheight - 3*tiheight) {\n        val newtopindex = 3 + self.treeView.value.getRow(self.treeItem.value) - tvheight \/ tiheight\n        self.treeView.value.scrollTo(newtopindex.toInt)\n      } else {\n        MyTreeCell.lastDragoverCell = self\n        if (tirely < (tiheight * .25d)) { \/\/ determine drop position: onto or below\n          self.effect = MyTreeCell.effectDropshadow\n          res = 2\n        } else {\n          self.effect = MyTreeCell.effectInnershadow\n          res = 1\n        }\n      }\n      res\n    }\n\n    self.onDragOver = (de: DragEvent) => {\n      \/\/debug(s\"dragover: de=${de.dragboard.contentTypes}  textc=${de.dragboard.content(DataFormat.PlainText)}  tm = \" + de.transferMode)\n      clearDnDFormatting()\n      if (self.treeItem.value != null) {\n        getDropPositionScroll(de)\n        if (de.dragboard.getContentTypes.contains(DataFormat.PlainText) && de.dragboard.content(DataFormat.PlainText) == \"topic\") {\n          val draggedId = DnDHelper.topicTreeItem.getValue.id\n          if (!self.treeItem.value.getValue.path.exists(t => t.id == draggedId)) {\n            MyTreeCell.lastDragoverCell = self\n            de.acceptTransferModes(TransferMode.Move)\n          }\n        } else if (de.dragboard.getContentTypes.contains(DataFormat.PlainText) && de.dragboard.content(DataFormat.PlainText) == \"articles\") {\n          MyTreeCell.lastDragoverCell = self\n          de.acceptTransferModes(TransferMode.Copy, TransferMode.Link)\n        } else if (de.dragboard.getContentTypes.contains(DataFormat.Files)) {\n          if (de.dragboard.content(DataFormat.Files).asInstanceOf[java.util.ArrayList[java.io.File]].size  == 1) \/\/ only one file at a time!\n            de.acceptTransferModes(TransferMode.Copy, TransferMode.Move, TransferMode.Link)\n        }\n      }\n    }\n\n    self.onDragDropped = (de: DragEvent) => {\n      clearDnDFormatting()\n      val dropPos = getDropPositionScroll(de)\n      var dropOk = false\n\n      if (de.dragboard.getContentTypes.contains(DataFormat.PlainText) && de.dragboard.content(DataFormat.PlainText) == \"topic\") {\n        val dti = DnDHelper.topicTreeItem\n        inTransaction {\n          val dt = ReftoolDB.topics.get(dti.getValue.id)\n          val newParent = if (dropPos == 2) {\n            self.treeItem.value.getValue.parentTopic.head\n          } else {\n            self.treeItem.value.getValue\n          }\n          dt.parent = newParent.id\n          ReftoolDB.topics.update(dt)\n          newParent.expanded = true\n          ReftoolDB.topics.update(newParent)\n          dropOk = true\n          self.treeView.value.getUserData.asInstanceOf[TopicsTreeView].loadTopics(revealLastTopic = false, revealTopic = dt)\n        }\n      } else if (de.dragboard.getContentTypes.contains(DataFormat.PlainText) && de.dragboard.content(DataFormat.PlainText) == \"articles\") {\n        inTransaction {\n          dropOk = true\n          for (a <- DnDHelper.articles) {\n            if (de.transferMode == TransferMode.Copy) {\n              if (!a.topics.toList.contains(self.treeItem.value.getValue)) a.topics.associate(self.treeItem.value.getValue, new Topic2Article())\n            } else {\n              a.topics.dissociate(DnDHelper.articlesTopic)\n              if (!a.topics.toList.contains(self.treeItem.value.getValue)) a.topics.associate(self.treeItem.value.getValue, new Topic2Article())\n            }\n            ApplicationController.obsArticleModified(a)\n          }\n        }\n        ApplicationController.obsTopicSelected(DnDHelper.articlesTopic)\n      } else if (de.dragboard.getContentTypes.contains(DataFormat.Files)) {\n        val files = de.dragboard.content(DataFormat.Files).asInstanceOf[java.util.ArrayList[java.io.File]].asScala\n        val f = MFile(files.head)\n        ImportHelper.importDocument(f, self.treeItem.value.getValue, null, Some(de.transferMode == TransferMode.Copy), isAdditionalDoc = false)\n        dropOk = true\n      }\n\n      de.dropCompleted = dropOk\n      de.consume()\n    }\n\n    self.onDragExited = (_: DragEvent) => clearDnDFormatting()\n\n    self.onDragDone = (_: DragEvent) => clearDnDFormatting()\n\n  }\n  private val tv = new TreeView[Topic] {\n    id = \"treeview\"\n    tooltip = \"Drop a PDF on topic for import, ctrl: move PDF file!\"\n    showRoot = false\n    userData = gv\n    editable = true\n\n    onEditCommit = (ee: TreeView.EditEvent[Topic]) => {\n      inTransaction {\n        ReftoolDB.topics.update(ee.newValue)\n        ApplicationController.obsTopicRenamed(ee.newValue.id)\n        loadTopics()\n      }\n    }\n\n    filterEvent(MouseEvent.MouseReleased) { \/\/ disable edit by mouse click\n      me: MouseEvent => if (me.clickCount == 1) me.consume() \/\/ but enable double click to expand\/collapse\n    }\n\n    delegate.setCellFactory(_ => new MyTreeCell())\n  }\n\n  private def expandAllParents(t: Topic): Unit = {\n    var pt = t.parentTopic.head\n    while (pt != null) {\n      if (!pt.expanded) {\n        pt.expanded = true\n        ReftoolDB.topics.update(pt)\n      }\n      if (pt.parentTopic.isEmpty) pt = null else pt = pt.parentTopic.head\n    }\n  }\n\n  private def loadTopicsShowID(id: Long): Unit = {\n    inTransaction {\n      ReftoolDB.topics.lookup(id) foreach(t => loadTopics(revealLastTopic = false, revealTopic = t))\n    }\n  }\n  private def loadTopics(revealLastTopic: Boolean = true, revealTopic: Topic = null, editTopic: Boolean = false, clearSearch: Boolean = false): Unit = {\n    assert(!( revealLastTopic && (revealTopic != null) ))\n    debug(s\"ttv: loadtopics! revlast=$revealLastTopic revealtopic=$revealTopic\")\n    if (clearSearch) {\n      tfSearch.value = \"\"\n      btClearSearch.disable = true\n      searchActive = false\n    }\n\n    var tlast: Topic = null\n    if (revealLastTopic)\n      tv.selectionModel.value.getSelectedItems.headOption.foreach(t => tlast = t.getValue)\n    else if (revealTopic != null)\n      tlast = revealTopic\n\n    tv.root = null \/\/ clear all items\n\n    inTransaction {\n      if (tlast != null) { \/\/ expand topic to be revealed\n        expandAllParents(tlast)\n        tlast.expanded = true\n        ReftoolDB.topics.update(tlast)\n      }\n      troot = ReftoolDB.rootTopic\n      tiroot = new MyTreeItem(troot, this)\n      tv.root = tiroot\n      tiroot.setExpanded(true)\n    }\n\n    if (tlast != null) { \/\/ reveal\n      var found = false\n      val it = new TreeIterator[Topic](tiroot)\n      while (!found && it.hasNext) {\n        val tin = it.next()\n        if (tin.getValue != null) if (tin.getValue.id == tlast.id) {\n          tv.requestFocus()\n          tv.selectionModel.value.select(tin)\n          ApplicationController.obsTopicSelected(tin.getValue, addTop = true)\n          val idx = tv.selectionModel.value.getSelectedIndex\n          tv.scrollTo(math.max(0, idx - 5))\n          if (editTopic) {\n            tv.layout() \/\/ workaround: get focus http:\/\/stackoverflow.com\/a\/29897147\n            tv.edit(tin)\n          }\n          found = true\n        }\n      }\n      assert(found, \"Error finding treeitem for topic \" + tlast + \" id=\" + tlast.id)\n    }\n\n  }\n\n  private val aAddArticle: MyAction = new MyAction(\"Topic\", \"Add new article\") {\n    image = new Image(getClass.getResource(\"\/images\/new_con.gif\").toExternalForm)\n    tooltipString = \"Create new article in current topic\"\n    action = _ => {\n      val si = tv.getSelectionModel.getSelectedItem\n      val article = inTransaction {\n        val t = ReftoolDB.topics.get(si.getValue.id)\n        val a = new Article(title = \"new content\")\n        ReftoolDB.articles.insert(a)\n        a.topics.associate(t, new Topic2Article())\n        ApplicationController.obsTopicSelected(t)\n        ApplicationController.obsRevealArticleInList(a)\n        a\n      }\n      ImportHelper.updateMetadataWithoutDoc(article)\n    }\n  }\n  private val aAddTopic: MyAction = new MyAction(\"Topic\", \"Add new topic\") {\n    image = new Image(getClass.getResource(\"\/images\/addtsk_tsk.gif\").toExternalForm)\n    tooltipString = \"Add topic below selected topic, shift+click to add root topic\"\n    def addNewTopic(parendID: Long): Unit = {\n      val t2 = inTransaction { ReftoolDB.topics.insert(new Topic(title = \"new topic\", parent = parendID, expanded = searchActive)) }\n      loadTopics(revealLastTopic = false, revealTopic = t2, editTopic = true)\n    }\n    action = m => {\n      if (m == MyAction.MSHIFT) {\n        addNewTopic(troot.id)\n      } else {\n        val si = tv.getSelectionModel.getSelectedItem\n        val pid = si.getValue.id\n        addNewTopic(pid)\n      }\n    }\n  }\n  private val aExportBibtex: MyAction = new MyAction(\"Topic\", \"Export to bibtex\") {\n    image = new Image(getClass.getResource(\"\/images\/export2bib.png\").toExternalForm)\n    tooltipString = \"Export all articles in current topic to bibtex file\\n\" +\n      \"shift: overwrite last export filename\"\n    action = m => {\n      val t = tv.getSelectionModel.getSelectedItem.getValue\n      val fn = if (m == MyAction.MSHIFT && new MFile(t.exportfn).exists) {\n        new MFile(t.exportfn)\n      } else {\n        val fc = new FileChooser() {\n          title = \"Select bibtex export file\"\n          extensionFilters += new ExtensionFilter(\"bibtex files\", \"*.bib\")\n          if (t.exportfn != \"\") {\n            val oldef = new MFile(t.exportfn)\n            if (oldef.exists) {\n              initialFileName = oldef.getName\n              initialDirectory = oldef.getParent.toFile\n            }\n          } else initialFileName = \"articles.bib\"\n        }\n        MFile(fc.showSaveDialog(toolbarButton.getParent.getScene.getWindow))\n      }\n      if (fn != null) inTransaction {\n        if (t.exportfn != fn.getPath) {\n          t.exportfn = fn.getPath\n          ReftoolDB.topics.update(t)\n        }\n        def fixbibtex(s: String): String = s.replace(\"\u2013\", \"-\") \/\/ can't use utf8 in bst files...\n        val pw = new java.io.PrintWriter(new java.io.FileOutputStream(fn.toFile, false))\n        val datestamp = new SimpleDateFormat(\"yyyyMMddHHmmss\").format(new Date())\n        pw.write(s\"% $datestamp Reftool export topic:${t.title}\\n\")\n        t.articles.toList.sortWith{(a,b) => a.bibtexid.compareTo(b.bibtexid) < 0}\/\/ alphabetically!\n          .foreach( a => pw.write(fixbibtex(a.bibtexentry) + \"\\n\") )\n        pw.close()\n        ApplicationController.showNotification(s\"Exported articles in topic to bibtex!\")\n      }\n    }\n  }\n  private val aExportTopicPDFs: MyAction = new MyAction(\"Topic\", \"Export documents\") {\n    image = new Image(getClass.getResource(\"\/images\/copypdfs.png\").toExternalForm)\n    tooltipString = \"Export documents of all articles in current topic to folder\\n\" +\n      \"If duplicate, compare files and ask user.\"\n    action = _ => {\n      val t = tv.getSelectionModel.getSelectedItem.getValue\n      val articles = inTransaction { t.articles.toList }\n      debug(s\"aexppdfs: topicfn=${t.exportfn}\")\n      val newfolder = UpdatePdfs.exportPdfs(articles, new MFile(t.exportfn), toolbarButton.getParent.getScene.getWindow)\n      if (newfolder != null) inTransaction {\n        t.exportfn = newfolder.getPath\n        ReftoolDB.topics.update(t)\n      }\n    }\n  }\n\n  private val aUpdatePDFs: MyAction = new MyAction(\"Topic\", \"Update PDFs\") {\n    image = new Image(getClass.getResource(\"\/images\/updatepdfs.png\").toExternalForm)\n    tooltipString = \"Update pdfs from a folder.\\nFilename must not be changed in reftool or outside, or you have to do update them manually!\"\n\n    action = _ => UpdatePdfs.updatePdfs(toolbarButton.getScene.getWindow(),\n      Option(tv.getSelectionModel.getSelectedItem).map(ti => ti.getValue))\n    enabled = true\n  }\n\n  private def collapseAllTopics(): Unit = {\n    inTransaction {\n      update(ReftoolDB.topics)(t =>\n        where(t.expanded === true and t.parent <> 0)\n          set (t.expanded := false)\n      )\n    }\n  }\n  private val aCollapseAll: MyAction = new MyAction(\"Topic\", \"Collapse all\") {\n    image = new Image(getClass.getResource(\"\/images\/collapse.png\").toExternalForm)\n    tooltipString = \"Collapse all topics\\nshift: collapse all but current topic\"\n\n    action = m => {\n      if (m != MyAction.MSHIFT) tiroot.expanded = false\n      inTransaction { collapseAllTopics() }\n      loadTopics(clearSearch = true)\n    }\n    enabled = true\n  }\n  private val aRemoveTopic: MyAction = new MyAction(\"Topic\", \"Collapse all\") {\n    image = new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm)\n    tooltipString = \"Remove topic\"\n    action = _ => {\n      val t = tv.getSelectionModel.getSelectedItem.getValue\n      inTransaction {\n        if (t.childrenTopics.nonEmpty) {\n          new Alert(AlertType.Error, \"Topic has children, cannot delete\").showAndWait()\n        } else {\n          val pt = if (t.parentTopic.head == ReftoolDB.rootTopic) null else t.parentTopic.head\n          var doit = true\n          if (t.articles.nonEmpty) {\n            val res = new Alert(AlertType.Confirmation, \"Topic contains articles, they might become orphans if topic is removed.\").showAndWait()\n            res match {\n              case Some(ButtonType.OK) =>\n              case _ => doit = false\n            }\n          }\n          if (doit) {\n            t.articles.dissociateAll\n            ReftoolDB.topics.delete(t.id)\n            ApplicationController.obsTopicRemoved(t.id)\n          }\n\n          loadTopics(revealLastTopic = false, revealTopic = pt)\n        }\n      }\n    }\n  }\n  private var topicMoveStack: Option[Topic] = None\n  private val aMoveTopic: MyAction = new MyAction(\"Topic\", \"Move\") {\n    image = new Image(getClass.getResource(\"\/images\/m.png\").toExternalForm)\n    tooltipString = \"Click: remember selected topic, shift-click: move to selected topic (with confirmation dialog).\"\n    action = m => {\n      if (m != MyAction.MSHIFT) {\n        topicMoveStack = Option(tv.getSelectionModel.getSelectedItem).map(ti => ti.getValue)\n      } else {\n        val st = Option(tv.getSelectionModel.getSelectedItem).map(ti => ti.getValue)\n        if (st.nonEmpty && topicMoveStack.nonEmpty) {\n          if (st.get.path.exists(t => t.id == topicMoveStack.get.id)) {\n            info(\"Can't move topic below its own children.\")\n          } else {\n            val res = new Alert(AlertType.Confirmation, s\"Move topic\\n${topicMoveStack.get}\\nto selected topic\\n${st.get}\\n?\").showAndWait()\n            res match {\n              case Some(ButtonType.OK) =>\n                inTransaction {\n                  val dt = topicMoveStack.get\n                  val newParent = st.get\n                  dt.parent = newParent.id\n                  ReftoolDB.topics.update(dt)\n                  newParent.expanded = true\n                  ReftoolDB.topics.update(newParent)\n                  loadTopics(revealLastTopic = false, revealTopic = dt)\n                }\n                loadTopics(clearSearch = true)\n              case _ =>\n            }\n          }\n        }\n      }\n    }\n    enabled = true\n  }\n\n\n  ApplicationController.obsRevealTopic += { case (t: Topic, collapseBefore: Boolean) =>\n    if (collapseBefore) collapseAllTopics()\n    loadTopics(revealLastTopic = false, revealTopic = t)\n  }\n\n  \/\/ must call loadTopics afterwards, e.g. by obsBookmarksChanged\n  ApplicationController.obsExpandToTopic += { t: Topic =>\n    inTransaction { expandAllParents(t) }\n  }\n\n  ApplicationController.obsBookmarksChanged += { bl: List[Topic] =>\n    TopicsTreeView.bookmarksTopics = bl\n    loadTopics()\n  }\n\n  toolbaritems ++= Seq(aMoveTopic.toolbarButton, aAddTopic.toolbarButton, aAddArticle.toolbarButton, aExportBibtex.toolbarButton, aExportTopicPDFs.toolbarButton,\n    aUpdatePDFs.toolbarButton, aCollapseAll.toolbarButton, aRemoveTopic.toolbarButton)\n\n  private def updateButtons(): Unit = {\n    val sel = tv.getSelectionModel.getSelectedItems.nonEmpty\n    aAddArticle.enabled = sel\n    aAddTopic.enabled = sel\n    aExportBibtex.enabled = sel\n    aExportTopicPDFs.enabled = sel\n    aRemoveTopic.enabled = sel\n    aMoveTopic.enabled = sel\n  }\n\n  \/\/ selection changed must be handled via mouseclick\/key updown, doesn't work well with selection change below.\n  tv.onMouseClicked = (me: MouseEvent) => {\n    if (me.clickCount == 1) {\n      val newVal = tv.getSelectionModel.getSelectedItem\n      if (newVal != null) {\n        ApplicationController.obsTopicSelected(newVal.getValue)\n      }\n    }\n  }\n\n  tv.onKeyReleased = (ke: KeyEvent) => {\n    ke.code match {\n      case KeyCode.Down | KeyCode.Up =>\n        val newVal = tv.getSelectionModel.getSelectedItem\n        if (newVal != null) {\n          ApplicationController.obsTopicSelected(newVal.getValue)\n        }\n      case _ =>\n    }\n  }\n\n  tv.selectionModel().selectedItem.onChange { (_, _, _) => {\n    updateButtons()\n  } }\n\n  text = \"Topics\"\n\n  private val btClearSearch = new Button() {\n    graphic = new ImageView(new Image(getClass.getResource(\"\/images\/delete_obj_grey.gif\").toExternalForm))\n    disable = true\n    onAction = (_: ActionEvent) => loadTopics(clearSearch = true)\n  }\n\n  \/\/ fast sql search\n  private def findSql(terms: Array[String]): Array[Topic] = {\n    def dynamicWhere(q: Queryable[Topic], s: String) = q.where(t => upper(t.title) like s\"%$s%\")\n    var rest = dynamicWhere(ReftoolDB.topics, terms(0))\n    for (i <- 1 until terms.length) rest = dynamicWhere(rest, terms(i))\n    val res = rest.toList.toBuffer\n    \/\/ add bookmarked topics\n    TopicsTreeView.bookmarksTopics.foreach(t => res.append(ReftoolDB.topics.lookup(t.id).get))\n    res.toArray\n  }\n\n  \/\/ search matching full topic path, slow (how to do with squeryl?)\n  private def findRecursive(terms: Array[String]): Array[Topic] = {\n    collapseAllTopics()\n    val found = new ArrayBuffer[Topic]\n    def recSearch(path: String, topic: Topic): Unit = {\n      topic.childrenTopics.foreach(ct => {\n        val p2 = path + \" \" + ct.title.toUpperCase\n        if (terms.forall(t => p2.contains(t))) \/\/ found\n          found += ct\n        else\n          recSearch(p2, ct)\n      })\n    }\n    recSearch(\"\", ReftoolDB.rootTopic)\n    found.toArray\n  }\n\n  private def findTopics(s: String, recursive: Boolean): Unit = {\n    if (s.trim != \"\") {\n      val terms = SearchUtil.getSearchTerms(s)\n      if (terms.exists(_.length > 2)) {\n        ApplicationController.showNotification(\"Searching...\")\n        new MyWorker( \"Searching...\",\n          atask = () => {\n            val found = inTransaction {\n              if (recursive) findRecursive(terms) else findSql(terms)\n            }\n            Helpers.runUI {\n              ApplicationController.showNotification(\"Search done, found \" + found.length + \" topics.\")\n              if (found.length > 0) inTransaction {\n                collapseAllTopics()\n                found.foreach(t => {\n                  t.expanded = true \/\/ also for leaves if in search!\n                  ReftoolDB.topics.update(t)\n                  expandAllParents(t)\n                })\n                searchActive = true\n                loadTopics(revealLastTopic = false)\n              }\n            }\n          },\n          cleanup = () => {}\n        ).run()\n      } else {\n        ApplicationController.showNotification(\"Enter at least one search term >= 3 characters long!\")\n      }\n      btClearSearch.disable = false\n    } else loadTopics(clearSearch = true)\n  }\n\n  private val tfSearch = new HistoryField(10) {\n    hgrow = Priority.Always\n    promptText = \"search...\"\n    tooltip = new Tooltip { text = \"enter space-separated search terms (group with single quote), topics matching all terms are listed.\" }\n    onAction = (_: ActionEvent) => findTopics(this.getValue, recursive = false)\n  }\n\n  private val btSearchRec = new Button(\"R\") {\n    tooltip = new Tooltip { text = \"Search full topic path (slow!)\" }\n    onAction = (_: ActionEvent) => findTopics(tfSearch.getValue, recursive = true)\n  }\n\n  content = new BorderPane {\n    top = new HBox { children ++= Seq(tfSearch, btSearchRec, btClearSearch) }\n    center = tv\n  }\n\n  loadTopics()\n\n  private val backgroundTimer = new java.util.Timer()\n  backgroundTimer.schedule( \/\/ remove Notification later\n    new java.util.TimerTask {\n      override def run(): Unit = {\n        val aid = AppStorage.config.autoimportdir\n        if (aid != \"\") {\n          val aidf = new MFile(aid)\n          val res = aidf.listFiles(new java.io.FilenameFilter() {\n            override def accept(dir: java.io.File, name: String): Boolean = name.startsWith(\"reftool5import\") && name.endsWith(\".pdf\")\n          })\n          if (res.nonEmpty) {\n            debug(\"background: found files: \" + res.mkString(\",\"))\n            Helpers.runUI( {\n              val sel = tv.getSelectionModel.getSelectedItem\n              ImportHelper.importDocument(res.head, if (sel != null) sel.getValue else null, null, copyFile = Some(false), isAdditionalDoc = false)\n            } )\n            }\n          }\n      }\n    }, 0, 1000\n  )\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = {\n    val lt = Option(tv.getSelectionModel.getSelectedItem).map(t => t.getValue.id).getOrElse(-1).toString\n    ReftoolDB.setSetting(ReftoolDB.SLASTTOPICID, lt)\n    \"\"\n  }\n\n  override def setUIsettings(s: String): Unit = {\n    ReftoolDB.getSetting(ReftoolDB.SLASTTOPICID) foreach(s => ApplicationController.workerAdd(() => loadTopicsShowID(s.toLong), uithread = true))\n  }\n\n  override val uisettingsID: String = \"ttv\"\n}\n\nobject TopicsTreeView {\n  var bookmarksTopics: List[Topic] = List[Topic]()\n}"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/ArticleDetailView.scala","text":"package views\n\nimport db.{Article, ReftoolDB}\nimport framework._\nimport util.{FileHelper, ImportHelper}\nimport db.SquerylEntrypointForMyApp._\n\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.Includes._\nimport scalafx.geometry.Insets\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.{Label, _}\nimport scalafx.scene.image.Image\nimport scalafx.scene.input.KeyCombination\nimport scalafx.scene.layout.ColumnConstraints._\nimport scalafx.scene.layout._\n\n\nclass ArticleDetailView extends GenericView(\"articledetailview\") with Logging {\n\n  private val lines = new ArrayBuffer[MyLine]()\n\n  private val title = \"Article details\"\n\n  text = title\n\n  override def canClose: Boolean = {\n    if (isDirty.value) {\n      val res = new Alert(AlertType.Confirmation) {\n        headerText = \"Application close requested\"\n        contentText = \"Press OK to discard changes to Article \\n\" + article\n      }.showAndWait()\n      res match {\n        case Some(ButtonType.OK) => true\n        case _ => false\n      }\n    } else true\n  }\n\n  private var article: Article = _\n\n  private def setArticle(aa: Article): Unit = {\n    logCall(\"\" + aa)\n    val doit = if (isDirty.value) {\n      val res = new Alert(AlertType.Confirmation) {\n        headerText = \"Article is modified.\"\n        contentText = \"Save modifications?\"\n        buttonTypes = Seq(ButtonType.Yes, ButtonType.No, ButtonType.Cancel)\n      }.showAndWait()\n      res match {\n        case Some(ButtonType.Yes) => saveArticle() ; true\n        case Some(ButtonType.No) => true\n        case _ => false\n      }\n    } else true\n    if (doit) {\n      if (aa == null) {\n        lines.foreach( ll => ll.tf.disable = true )\n        Seq(aSave, aUpdateFromBibtex, aGenerateBibtexID, aCreateBibtex, aUpdateMetadatafromPDF).foreach(_.enabled = false)\n      } else {\n        lines.foreach( ll => { ll.tf.disable = false ; ll.tf.editable = true } )\n        val a = aa\n        article = a\n        lbCurrentArticle.text = a.toString + \"  \"\n        lbCurrentArticle.tooltip =  \"Last modified: \" + a.getModtimeString\n        lTitle.tf.text = a.title\n        lAuthors.tf.text = a.authors\n        lPubdate.tf.text = a.pubdate\n        lBibtexid.tf.text = a.bibtexid\n        lJournal.tf.text = a.journal\n        lReview.tf.text = a.review\n        lEntryType.tf.text = a.entrytype\n        lLinkURL.tf.text = a.linkurl\n        lDOI.tf.text = a.doi\n        lBibtexentry.tf.text = a.bibtexentry\n        Seq(aUpdateFromBibtex, aGenerateBibtexID, aCreateBibtex, aUpdateMetadatafromPDF).foreach(_.enabled = true)\n      }\n      isDirty.value = false\n    }\n  }\n\n  private def saveArticle(): Unit = {\n    try {\n      article.title = lTitle.tf.getText\n      article.authors = lAuthors.tf.getText\n      article.pubdate = lPubdate.tf.getText\n      article.bibtexentry = lBibtexentry.tf.getText\n      if (lBibtexid.tf.getText.trim != \"\") {\n        if (article.bibtexid != lBibtexid.tf.getText) {\n          val newbid = ImportHelper.getUniqueBibtexID(lBibtexid.tf.getText, article)\n          article.updateBibtexID(newbid)\n        }\n      } else article.bibtexid = \"\"\n      article.journal = lJournal.tf.getText\n      article.review = lReview.tf.getText\n      article.entrytype = lEntryType.tf.getText\n      article.linkurl = lLinkURL.tf.getText\n      article.doi = lDOI.tf.getText\n      transaction {\n        article = ReftoolDB.renameDocuments(article)\n        ReftoolDB.articles.update(article)\n      }\n      isDirty.value = false\n      ApplicationController.obsArticleModified(article)\n    } catch {\n      case e: Exception =>\n        Helpers.showExceptionAlert(\"Exception during save article, see below. Did you enter excessive amount of text?\\nI will revert to previous state... be patient.\", e)\n        isDirty.value = false\n        ApplicationController.obsArticleModified(article) \/\/ important to notify alv to reload articles!\n    }\n  }\n\n  private class MyLine(gpRow: Int, labelText: String, rows: Int = 1, disableEnter: Boolean = false) extends MyInputTextArea(gpRow, labelText, rows, \"\", \"\", disableEnter) {\n    onchange = () => { isDirty.value = true }\n    lines += this\n  }\n\n  private class MyGridPane extends GridPane {\n    \/\/ margin = Insets(18)\n    hgap = 4\n    vgap = 6\n    columnConstraints += new ColumnConstraints(100)\n    columnConstraints += new ColumnConstraints { hgrow = Priority.Always }\n  }\n\n  private val lTitle = new MyLine(0, \"Title\", 2, disableEnter = true)\n  private val lAuthors = new MyLine(1, \"Authors\", 2, disableEnter = true)\n  private val lPubdate = new MyLine(2, \"Pubdate\", disableEnter = true)\n  private val lBibtexid = new MyLine(3, \"Bibtex ID\", disableEnter = true)\n  private val lJournal = new MyLine(4, \"Journal\", disableEnter = true)\n\n  private val lReview = new MyLine(0, \"Review\", 10)\n\n  private val lEntryType = new MyLine(0, \"Entry type\", disableEnter = true)\n  private val lLinkURL = new MyLine(2, \"Link URL\", disableEnter = true)\n  private val lDOI = new MyLine(3, \"DOI\", disableEnter = true)\n  private val lBibtexentry = new MyLine(4, \"Bibtex entry\", 10)\n\n  private val grid1 = new MyGridPane {\n    children ++= lTitle.content ++ lAuthors.content ++ lPubdate.content ++ lBibtexid.content ++ lJournal.content\n  }\n\n  private val grid2 = new MyGridPane {\n    children ++= lReview.content\n  }\n\n  private val grid3 = new MyGridPane {\n    children ++= lEntryType.content ++ lLinkURL.content ++ lDOI.content ++ lBibtexentry.content\n  }\n\n  private val lbCurrentArticle = new Label(\"<article>\")\n\n  private val aSave = new MyAction(\"Article\", \"Save\") {\n    tooltipString = \"Save changes to current article\"\n    image = new Image(getClass.getResource(\"\/images\/save_edit.gif\").toExternalForm)\n    accelerator = KeyCombination.keyCombination(\"shortcut +S\")\n    action = _ => {\n      saveArticle()\n      ApplicationController.showNotification(\"Saved article!\")\n    }\n  }\n\n  private val aUpdateFromBibtex = new MyAction(\"Article\", \"Update from bibtex\") {\n    tooltipString = \"Update article fields from bibtex, not overwriting review\"\n    image = new Image(getClass.getResource(\"\/images\/bib2article.png\").toExternalForm)\n    action = _ => {\n      var newa = ImportHelper.updateArticleFromBibtex(article)\n      inTransaction {\n        newa = ReftoolDB.renameDocuments(newa)\n        ReftoolDB.articles.update(newa)\n      }\n      ApplicationController.showNotification(s\"Updated article from bibtex!\")\n      ApplicationController.obsArticleModified(newa)\n      setArticle(newa)\n    }\n  }\n\n  private val aGenerateBibtexID = new MyAction(\"Article\", \"Generate bibtex ID\") {\n    tooltipString = \"Generate new bibtex ID\\n<last name><year><alphabeticically incrementing counter>\"\n    image = new Image(getClass.getResource(\"\/images\/genbibid.png\").toExternalForm)\n    action = _ => {\n      var newa = ImportHelper.generateUpdateBibtexID(article.bibtexentry, article, resetBibtexID = true)\n      inTransaction {\n        newa = ReftoolDB.renameDocuments(newa)\n        ReftoolDB.articles.update(newa)\n      }\n      ApplicationController.showNotification(s\"Generated new bibtex ID!\")\n      ApplicationController.obsArticleModified(newa)\n      setArticle(newa)\n    }\n  }\n\n  private val aUpdateMetadatafromPDF = new MyAction(\"Article\", \"Update metadata\") {\n    tooltipString = \"Update article metadata from first PDF or manually (force with shift)\"\n    image = new Image(getClass.getResource(\"\/images\/pdf2meta.png\").toExternalForm)\n    action = m => {\n      ImportHelper.updateMetadataFromDoc(article, FileHelper.getDocumentFileAbs(article.getFirstDocRelative), parsePdf = m != MyAction.MSHIFT)\n    }\n  }\n\n  private val aCreateBibtex = new MyAction(\"Article\", \"Create bibtex entry\") {\n    tooltipString = \"(Re-)create the article's bibtex entry from article fields\"\n    image = new Image(getClass.getResource(\"\/images\/article2bib.png\").toExternalForm)\n    action = _ => {\n      val newa = ImportHelper.createBibtexFromArticle(article)\n      inTransaction {\n        ReftoolDB.articles.update(newa)\n      }\n      ApplicationController.showNotification(s\"(Re-)created bibtex entry!\")\n      ApplicationController.obsArticleModified(newa)\n      setArticle(newa)\n      if (article.bibtexid == \"unknown\") {\n        info(\"bibtex id unknown, try to generate...\")\n        aGenerateBibtexID.action(\"\")\n      }\n    }\n  }\n\n  toolbaritems ++= Seq(lbCurrentArticle, aSave.toolbarButton, aGenerateBibtexID.toolbarButton, aUpdateFromBibtex.toolbarButton, aUpdateMetadatafromPDF.toolbarButton, aCreateBibtex.toolbarButton)\n\n  ApplicationController.obsShowArticle += ((a: Article) => {\n    setArticle(a)\n    activateThisTab()\n  } )\n\n  ApplicationController.obsArticleRemoved += ((a: Article) => {\n    if (a == article) setArticle(null)\n  } )\n\n  ApplicationController.obsArticleModified += ((a: Article) => {\n    if (a == article) setArticle(a)\n  } )\n\n  content = new ScrollPane {\n    fitToWidth = true\n    content = new VBox {\n      vgrow = Priority.Always\n      hgrow = Priority.Always\n      spacing = 10\n      padding = Insets(10)\n      children = List(grid1, new Separator(), grid2, new Separator(), grid3)\n    }\n  }\n\n  setArticle(null)\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"adv\"\n\n  isDirty.onChange({\n    text = if (isDirty.value) title + \" *\" else title\n    aSave.enabled = isDirty.value\n    aUpdateFromBibtex.enabled = !isDirty.value\n    aGenerateBibtexID.enabled = !isDirty.value\n    aCreateBibtex.enabled = !isDirty.value\n    aUpdateMetadatafromPDF.enabled = !isDirty.value\n  })\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/ImportHelper.scala","text":"package util\n\nimport java.io\nimport java.net.SocketTimeoutException\nimport db.SquerylEntrypointForMyApp._\nimport db._\nimport framework.{ApplicationController, Helpers, Logging, MyWorker}\nimport javafx.concurrent.Task\nimport org.jbibtex._\nimport org.jsoup.Jsoup\nimport scalafx.Includes._\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.Insets\nimport scalafx.scene.Scene\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control.Button._\nimport scalafx.scene.control._\nimport scalafx.scene.layout.HBox._\nimport scalafx.scene.layout.{HBox, Priority, VBox}\nimport scalafx.stage.{Stage, WindowEvent}\nimport util.bibtex.AuthorNamesExtractor\n\nimport scala.jdk.CollectionConverters._\n\n\nobject ImportHelper extends Logging {\n\n  \/\/ this variable is reset if import finished (successful or not)\n  val backgroundImportRunning = new java.util.concurrent.atomic.AtomicBoolean(false)\n\n  private def getDOImanually(file: MFile): String = {\n    var doi = \"\"\n    val btSearch = new Button(\"Search crossref...\") {\n      onAction = (_: ActionEvent) => {\n        FileHelper.openURL(\"http:\/\/search.crossref.org\")\n      }\n    }\n    val tfID = new TextField {\n      hgrow = Priority.Always\n      onAction = (_: ActionEvent) => {\n        text.value.trim match {\n          case PdfHelper.doire(id) => doi = id\n          case PdfHelper.arxivreoid(id) => doi = \"arXiv:\" + id\n          case _ => Helpers.showTextAlert(Alert.AlertType.Warning, \"Wrong ID\", \"Can't parse id.\", \"\", \"\")\n        }\n        if (doi.nonEmpty) scene.value.getWindow.asInstanceOf[javafx.stage.Stage].close()\n      }\n    }\n\n    val btReveal = new Button(\"Reveal file\") {\n      onAction = (_: ActionEvent) => FileHelper.revealFile(file)\n      disable = file == null\n    }\n\n    val myContent = new VBox {\n      padding = Insets(10)\n      spacing = 10\n      children ++= Seq(\n        new HBox{ children ++= Seq(\n          new Label(\"Update metadata: \"),\n          btReveal\n        )},\n        new Label(\"Cannot extract the DOI or arXiv ID from the pdf.\"),\n        btSearch,\n        new Separator(),\n        new HBox { children ++= Seq( new Label(\"Enter DOI or arXiv ID:\"), tfID ) },\n        new Separator(),\n        new Button(\"Do it later manually\") {\n          onAction = (_: ActionEvent) => {\n            scene.value.getWindow.asInstanceOf[javafx.stage.Stage].close()\n          }\n        }\n      )\n    }\n    val dialogStage: Stage = new Stage {\n      initOwner(main.Main.stage)\n      scene = new Scene {\n        content = new ScrollPane {\n          content = myContent\n        }\n      }\n      sizeToScene()\n    }\n    dialogStage.setOnShown( (_: WindowEvent) => tfID.requestFocus() )\n    dialogStage.showAndWait()\n    debug(\" returning doi=\" + doi)\n    doi\n  }\n\n  private def importDocument2(updateMetadata: Boolean, article: Article, sourceFile: MFile,\n                              doFileAction: Boolean, copyIt: Boolean, topic: Topic,\n                              interactive: Boolean = true, parsePdf: Boolean = true): Task[Unit] = {\n    new javafx.concurrent.Task[Unit] {\n      override def call(): Unit = {\n        var a = if (article == null) new Article(title = sourceFile.getName, entrytype = \"article\") else article\n        if (updateMetadata) try {\n          updateProgress(0, 100)\n          updateMessage(\"find document metadata...\")\n          var doi = \"\"\n          if (sourceFile != null) {\n            if (sourceFile.getName.toLowerCase.endsWith(\".pdf\")) {\n              if (parsePdf) doi = PdfHelper.getDOI(sourceFile)\n              debug(\" pdf doi=\" + doi)\n              updateProgress(30, 100)\n            }\n          }\n          if (isCancelled) return\n          if (doi == \"\" && interactive) Helpers.runUIwait {\n            doi = getDOImanually(sourceFile)\n          }\n          if (isCancelled) return\n          doi match {\n            case PdfHelper.arxivre(arxivid) =>\n              updateMessage(\"retrieve bibtex from arxiv ID...\")\n              a.linkurl = \"http:\/\/arxiv.org\/abs\/\" + arxivid\n              a = updateBibtexFromArxiv(a, arxivid)\n              a = updateArticleFromBibtex(a)\n            case PdfHelper.doire(_) =>\n              a.doi = doi\n              updateMessage(\"retrieve bibtex from DOI...\")\n              a = updateBibtexFromDoi(a, isCancelled)\n              a = updateArticleFromBibtex(a)\n            case _ =>\n          }\n        } catch {\n          case e: Exception =>\n            error(\"error updating metadata but will continue: \", e)\n            error(\"suspicious bibtexentry:\\n\" + a.bibtexentry)\n        }\n\n        updateProgress(60, 100)\n        if (isCancelled) return\n        if (doFileAction) {\n          val newdoc = new Document(if (article == null) Document.NMAIN else Document.NOTHER, \"\")\n\n          val newFile1 = FileHelper.getUniqueDocFile(FileHelper.getLastImportFolder, a, newdoc.docName, sourceFile.getName)\n\n          newdoc.docPath = FileHelper.getDocumentPathRelative(newFile1)\n\n          \/\/ add pdf to documents\n          val docs = a.getDocuments\n          docs += newdoc\n          a.setDocuments(docs.toList)\n\n          \/\/ actually copy\/move file\n          if (copyIt)\n            MFile.copy(sourceFile, newFile1)\n          else\n            MFile.move(sourceFile, newFile1)\n        }\n\n        updateProgress(90, 100)\n        updateMessage(\"save article...\")\n        Helpers.runUIwait {\n          inTransaction {\n            a = ReftoolDB.renameDocuments(a)\n            ReftoolDB.articles.insertOrUpdate(a)\n            if (topic != null) a.topics.associate(topic, new Topic2Article())\n          }\n          ApplicationController.obsArticleModified(a)\n          ApplicationController.showNotification(\"import successful of \" + a)\n          debug(\" import successful of \" + a)\n          \/\/ show article\n          if (topic != null) ApplicationController.obsRevealTopic((topic, false))\n          ApplicationController.obsRevealArticleInList(a)\n        }\n        if (!backgroundImportRunning.compareAndSet(true, false)) {\n          throw new Exception(\"illegal state: backgroundImportRunning was false!\")\n        }\n      }\n    }\n  }\n\n  def updateMetadataWithoutDoc(article: Article): Boolean = {\n    if (!backgroundImportRunning.compareAndSet(false, true)) {\n      info(\"import document NOT executed because already running...\")\n      false\n    } else {\n      val task = importDocument2(updateMetadata = true, article, null, doFileAction = false, copyIt = false, null)\n      new MyWorker(\"Update metadata...\", task, () => {\n        backgroundImportRunning.set(false)\n      }).run()\n      true\n    }\n  }\n\n  def updateMetadataFromDoc(article: Article, sourceFile: MFile, parsePdf: Boolean = false): Boolean = {\n    if (!backgroundImportRunning.compareAndSet(false, true)) {\n      info(\"import document NOT executed because already running...\")\n      false\n    } else {\n      val task = importDocument2(updateMetadata = true, article, sourceFile, doFileAction = false, copyIt = false, null, parsePdf = parsePdf)\n      new MyWorker( \"Update metadata...\", task, () => { backgroundImportRunning.set(false) } ).run()\n      true\n    }\n  }\n\n  \/\/ topic OR article can be NULL, but both should not be set!\n  def importDocument(sourceFile: MFile, topic: Topic, article: Article, copyFile: Option[Boolean], isAdditionalDoc: Boolean, interactive: Boolean = true): Boolean = {\n    if (!backgroundImportRunning.compareAndSet(false, true)) {\n      info(\"import document NOT executed because already running...\")\n      return false\n    }\n    debug(s\"importDocument: topic=$topic article=$article sourceFile=$sourceFile\")\n    assert(!((article != null) && (topic != null))) \/\/ both must not be given!\n\n    \/\/ check if file is below datadir -> reveal article\n    StringHelper.startsWithGetRest(sourceFile.getPath, AppStorage.config.pdfpath + \"\/\") foreach( relp => {\n      info(\"cannot import file below datadir, checking if article exists...\")\n      inTransaction {\n        val res = ReftoolDB.articles.where(a => upper(a.pdflink) like s\"%${relp.toUpperCase}%\")\n        if (res.nonEmpty) {\n          ApplicationController.obsShowArticlesList((res.toList, \"Dropped:\", false))\n        }\n      }\n      backgroundImportRunning.set(false)\n      return false\n    })\n\n    \/\/ check if move or copy file\n    val copyIt = if (copyFile.isEmpty) Helpers.runUIwait {\n      val BtCopy = new ButtonType(\"Copy\")\n      val BtMove = new ButtonType(\"Move\")\n      val ale = new Alert(AlertType.Confirmation) {\n        headerText = \"Import file into reftool database\"\n        contentText = \"Should i copy or move the file?\"\n        buttonTypes = Seq(BtMove, BtCopy, ButtonType.Cancel)\n      }\n      val res = ale.showAndWait()\n      res match {\n        case Some(BtCopy) => true\n        case Some(BtMove) => false\n        case _ => return false\n      }\n    } else copyFile.get\n\n    val task = importDocument2(!isAdditionalDoc, article, sourceFile, doFileAction = true, copyIt = copyIt, topic, interactive)\n      new MyWorker(\"Import document\", task, () => { backgroundImportRunning.set(false) } ).run()\n\n    true\n  }\n\n  \/\/ 0->a , 25->z, 26->ba etc\n  def numberToAlphabetSequence(num: Int): String = {\n    val s = java.lang.Long.toString(num, 26)\n    val oldds = \"0123456789abcdefghijklmnop\"\n    val newds = \"abcdefghijklmnopqrstuvwxyz\"\n    s.map( ch => {\n      val oi = oldds.indexOf(ch)\n      newds(oi)\n    })\n  }\n  \/\/ article is ignored while searching for unique bibtex id!\n  def getUniqueBibtexID(bibtexid: String, article: Article): String = {\n    val replist = List((\"\u00e4\", \"ae\"), (\"\u00fc\", \"ue\"), (\"\u00f6\", \"oe\"), (\"\u00df\", \"ss\"))\n    var bid2 = bibtexid.toLowerCase\n    replist.foreach { case (s1, s2) => bid2 = bid2.replace(s1, s2) }\n    bid2 = java.text.Normalizer.normalize(bid2, java.text.Normalizer.Form.NFD)\n    bid2 = bid2.replaceAll(\"[^\\\\p{Alnum}]\", \"\").toLowerCase\n    var bid3 = bid2\n    var iii = 1\n    inTransaction { \/\/ add numbers if bibtexid exist...\n      while (ReftoolDB.articles.where(a => a.bibtexid === bid3 and a.id <> article.id).nonEmpty) {\n        bid3 = bid2 + numberToAlphabetSequence(iii)\n        iii += 1\n      }\n    }\n    bid3\n  }\n\n  def generateUpdateBibtexID(be: String, a: Article, resetBibtexID: Boolean = false): Article = {\n    if (be.trim != \"\") {\n      a.bibtexentry = be\n      val (_, btentry) = parseBibtex(a.bibtexentry)\n      a.bibtexentry = bibtexFromBtentry(btentry) \/\/ update to nice format\n      val bidorig = btentry.getKey.getValue\n      if (a.bibtexid == \"\" || resetBibtexID) {\n        \/\/ article has no bibtexid, generate one...\n        val authors = AuthorNamesExtractor.toList(getPlainTextField(btentry, \"\", BibTeXEntry.KEY_AUTHOR))\n        val lastau = if (authors.nonEmpty) authors.head.last.map(_.toString).mkString(\"\") else \"unknown\"\n        val bid = lastau + getPlainTextField(btentry, \"\", BibTeXEntry.KEY_YEAR)\n        val bid2 = getUniqueBibtexID(bid, a)\n        a.bibtexid = bid2\n        a.bibtexentry = Article.updateBibtexIDinBibtexString(a.bibtexentry, bidorig, bid2)\n      } else {\n        \/\/ if bibtexid was set before, just update bibtexentry with this\n        a.bibtexentry = Article.updateBibtexIDinBibtexString(a.bibtexentry, bidorig, a.bibtexid)\n      }\n    }\n    a\n  }\n\n  private def updateBibtexFromArxiv(article: Article, aid: String): Article = {\n    import scalaj.http._\n    var a = article\n    val url1 = \"https:\/\/arxiv.org\/abs\/\" + aid\n    debug(\"getting \" + url1)\n    val resp1 = Http(url1).timeout(15000, 10000).asString\n    if (resp1.code == 200) {\n      val doc = Jsoup.parse(resp1.body)\n      val title = doc.select(\"meta[name=citation_title]\").attr(\"content\")\n      val authors = doc.select(\"meta[name=citation_author]\").eachAttr(\"content\").toArray().mkString(\" and \")\n      val arxivid = doc.select(\"meta[name=citation_arxiv_id]\").attr(\"content\")\n      val date = doc.select(\"meta[name=citation_date]\").attr(\"content\")\n      val datere = \"([0-9]+)\/([0-9]+)\/.*\".r\n      val be = new BibTeXEntry(new Key(\"article\"), new Key(arxivid))\n      be.addField(BibTeXEntry.KEY_TITLE, new StringValue(title, StringValue.Style.BRACED))\n      be.addField(BibTeXEntry.KEY_AUTHOR, new StringValue(authors, StringValue.Style.BRACED))\n      be.addField(BibTeXEntry.KEY_JOURNAL, new StringValue(\"ArXiv e-prints\", StringValue.Style.BRACED))\n      be.addField(BibTeXEntry.KEY_DOI, new StringValue(a.doi, StringValue.Style.BRACED))\n      date match {\n        case datere(year, month) =>\n          be.addField(BibTeXEntry.KEY_YEAR, new StringValue(year, StringValue.Style.BRACED))\n          be.addField(BibTeXEntry.KEY_MONTH, new StringValue(months(month.toInt - 1), StringValue.Style.BRACED))\n        case _ =>\n      }\n      be.addField(new Key(\"eid\"), new StringValue(arxivid, StringValue.Style.BRACED))\n      be.addField(new Key(\"pages\"), new StringValue(arxivid, StringValue.Style.BRACED))\n      be.addField(new Key(\"eprint\"), new StringValue(arxivid, StringValue.Style.BRACED))\n      be.addField(new Key(\"archivePrefix\"), new StringValue(\"arXiv\", StringValue.Style.BRACED))\n      a = generateUpdateBibtexID(bibtexFromBtentry(be), a)\n    }\n    a\n  }\n\n  private def updateBibtexFromDoi(article: Article, isCancelled: () => Boolean): Article = {\n    \/\/ http:\/\/citation.crosscite.org\/docs.html  https:\/\/github.com\/CrossRef\/rest-api-doc\n    import scalaj.http._\n    var a = article\n    \/\/ val doienc = java.net.URLEncoder.encode(doi, \"utf-8\")\n    debug(s\"\"\"# curl https:\/\/api.crossref.org\/works\/${a.doi}\/transform\/application\/x-bibtex\"\"\")\n    var doit = 2\n    while (doit > 0 && !isCancelled()) {\n      debug(s\"updatebibtexfromdoi: while loop doit = $doit ...\")\n      val responseo = try {\n        \/\/ provide email otherwise slow: https:\/\/github.com\/CrossRef\/rest-api-doc#good-manners--more-reliable-service\n        \/\/ unfortunately, can't be interrupted(), uses URLConnection where the connect() can't be interrupted.\n        Some(Http(s\"https:\/\/dx.doi.org\/${a.doi}\").timeout(connTimeoutMs = 7000, readTimeoutMs = 10000)\n          .option(HttpOptions.followRedirects(shouldFollow = true))\n          .header(\"Accept\", \"text\/bibliography; style=bibtex\")\n          .header(\"User-Agent\", \"Reftool5\/1.0 ; (https:\/\/github.com\/wolfgangasdf\/reftool5; mailto:<EMAIL>)\")\n          .asBytes)\n      } catch {\n        case _: SocketTimeoutException =>\n          debug(\"tryhttp: got SocketTimeoutException...\")\n          None\n      }\n      if (responseo.isDefined && !isCancelled()) {\n        val response = responseo.get\n        for ((k, v) <- response.headers) debug(s\"response header: $k = ${v.mkString(\";\")}\")\n        if (response.code == 200) {\n          \/\/ val rb = response.body\n          val rb = new String(response.body, \"UTF-8\")\n          a = generateUpdateBibtexID(rb, a)\n          doit = 0 \/\/ becomes -1 below\n        } else if (response.code == 404) {\n          debug(\"updatebibtexfromdoi: received 404 not found\")\n          doit = 1 \/\/ will be zero below.\n        } else {\n          debug(s\"updatebibtexfromdoi: response=$response code=${response.code}\\nbody:\\n${response.body}\")\n        }\n      } else {\n        debug(\"updatebibtexfromdoi: received no response or cancelled\")\n      }\n      doit -= 1\n    }\n    if (doit != -1 && !isCancelled()) {\n      Helpers.runUI { Helpers.getModalAlert(AlertType.Error, \"Error retrieving metadata from crossref. \" +\n        \"Probably the article is not yet in their database?\\n\" +\n        \"You have to paste the bibtex entry manually, or retry later (update metadata from pdf).\").showAndWait()\n      }\n    }\n    a\n  }\n\n  private def getPlainTextField(btentry: BibTeXEntry, oldString: String, field: Key): String = {\n    val btfield = btentry.getField(field)\n    var s = oldString\n    if (btfield != null) {\n      s = btfield.toUserString\n      if (s.contains('\\\\') || s.contains('{')) {\n        s = s.replaceAll(\"(?<!\\\\\\\\)~\", \" \") \/\/ jbibtex: A~B lastname fails\n        s = s.replaceAll(\"\\\\{\\\\\\\\hspace\\\\{[\\\\w\\\\.]*\\\\}\\\\}\", \" \") \/\/ jbibtex doesn't remove {\\hspace{0.167em}} properly\n        s = s.replace(\"$\", \" \") \/\/ latexparser can't do this\n        val latexParser = new org.jbibtex.LaTeXParser()\n        val latexObjects = latexParser.parse(s)\n        val latexPrinter = new org.jbibtex.LaTeXPrinter()\n        s = latexPrinter.print(latexObjects)\n      }\n    }\n    s.trim\n  }\n\n  private def parseBibtex(bibtexentry: String): (Key, BibTeXEntry) = {\n    val btparser = new org.jbibtex.BibTeXParser\n    val btdb = btparser.parse(new io.StringReader(bibtexentry))\n    val btentries = btdb.getEntries\n    if (btentries.size == 1)\n      btentries.asScala.head\n    else {\n      warn(\"error parsing bibtex for bibtexentry=\\n\" + bibtexentry)\n      (null, null)\n    }\n  }\n\n  val months: List[String] = List(\"jan\", \"feb\", \"mar\", \"apr\", \"may\", \"jun\", \"jul\", \"aug\", \"sep\", \"oct\", \"nov\", \"dec\")\n  def updateArticleFromBibtex(a: Article): Article = {\n    val (_, btentry) = parseBibtex(a.bibtexentry)\n    if (btentry != null) {\n      \/\/ only update these if not present\n      if (a.bibtexid == \"\") a.bibtexid = btentry.getKey.getValue\n      \/\/ update these always!\n      a.entrytype = btentry.getType.getValue.toLowerCase.trim\n      a.title = getPlainTextField(btentry, a.title, BibTeXEntry.KEY_TITLE)\n      a.authors = getPlainTextField(btentry, a.authors, BibTeXEntry.KEY_AUTHOR)\n      a.journal = getPlainTextField(btentry, a.journal, BibTeXEntry.KEY_JOURNAL)\n      a.linkurl = getPlainTextField(btentry, a.linkurl, BibTeXEntry.KEY_URL)\n      a.doi = getPlainTextField(btentry, a.doi, BibTeXEntry.KEY_DOI)\n      var year = getPlainTextField(btentry, \"\", BibTeXEntry.KEY_YEAR)\n      val month = getPlainTextField(btentry, \"\", BibTeXEntry.KEY_MONTH).toLowerCase\n      val monthi = months.indexOf(month)\n      if (year != \"\") {\n        if (monthi > -1) year += \"%02d\".format(monthi + 1)\n        a.pubdate = year\n      }\n    } else {\n      error(\"error parsing bibtex!!!\")\n    }\n    a\n  }\n\n  private def bibtexFromBtentry(be: BibTeXEntry): String = {\n    val bdb = new BibTeXDatabase()\n    bdb.addObject(be)\n    val bf = new BibTeXFormatter()\n    val writer = new io.StringWriter()\n    bf.format(bdb, writer)\n    writer.toString\n  }\n\n  def createBibtexFromArticle(a: Article): Article = {\n    if (a.bibtexid.trim == \"\") a.bibtexid = \"unknown\"\n    val be = new BibTeXEntry(new Key(a.entrytype), new Key(a.bibtexid))\n    be.addField(BibTeXEntry.KEY_TITLE, new StringValue(a.title, StringValue.Style.BRACED))\n    be.addField(BibTeXEntry.KEY_AUTHOR, new StringValue(a.authors, StringValue.Style.BRACED))\n    be.addField(BibTeXEntry.KEY_JOURNAL, new StringValue(a.journal, StringValue.Style.BRACED))\n    be.addField(BibTeXEntry.KEY_DOI, new StringValue(a.doi, StringValue.Style.BRACED))\n    if (a.pubdate.length >= 4) {\n      be.addField(BibTeXEntry.KEY_YEAR, new StringValue(a.pubdate.substring(0, 4), StringValue.Style.BRACED))\n      if (a.pubdate.length >= 6)\n        be.addField(BibTeXEntry.KEY_MONTH, new StringValue(months(a.pubdate.substring(4,6).toInt - 1), StringValue.Style.BRACED))\n    }\n    a.bibtexentry = bibtexFromBtentry(be)\n    a\n  }\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/SearchView.scala","text":"package views\n\nimport java.time._\n\nimport db.{Article, ReftoolDB, Topic}\nimport framework.{ApplicationController, GenericView, Helpers}\nimport db.SquerylEntrypointForMyApp._\nimport org.squeryl.{Query, Queryable}\nimport util.{HistoryField, SearchUtil}\nimport scalafx.Includes._\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.{Insets, Pos}\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control._\nimport scalafx.scene.layout.{BorderPane, HBox, Priority, VBox}\nimport scalafx.util.converter.IntStringConverter\n\nclass SearchView extends GenericView(\"searchview\") {\n\n  text = \"Search\"\n\n  private val tfSearch = new HistoryField(10) {\n    hgrow = Priority.Always\n    tooltip = new Tooltip { text = \"Sspace-separated search terms (group with single quote), articles matching all terms are returned if you press Enter!\" }\n    this.promptText = \"Enter search text\"\n    onAction = (_: ActionEvent) => {\n      doSearch()\n    }\n  }\n\n  private def dynamicWhere(q: Queryable[Article], sstr: String, millis1: Long, millis2: Long): Query[Article] = q.where(a =>\n    (\n      (upper(a.title) like s\"%$sstr%\".inhibitWhen(!cbTitle.selected.value))\n        or (upper(a.authors) like s\"%$sstr%\".inhibitWhen(!cbAuthors.selected.value))\n        or (upper(a.review) like s\"%$sstr%\".inhibitWhen(!cbReview.selected.value))\n        or (upper(a.bibtexid) like s\"%$sstr%\".inhibitWhen(!cbBibtexID.selected.value))\n        or (upper(a.bibtexentry) like s\"%$sstr%\".inhibitWhen(!cbBibtex.selected.value))\n        or (upper(a.pubdate) like s\"%$sstr%\".inhibitWhen(!cbPubdate.selected.value))\n        or (upper(a.journal) like s\"%$sstr%\".inhibitWhen(!cbJournal.selected.value))\n        or (upper(a.doi) like s\"%$sstr%\".inhibitWhen(!cbDOI.selected.value))\n        or (upper(a.pdflink) like s\"%$sstr%\".inhibitWhen(!cbDocuments.selected.value))\n      ).inhibitWhen(sstr==\"\")\n      and (a.modtime >= millis1.inhibitWhen(!cbModifiedSince.selected.value))\n      and (a.modtime <= millis2.inhibitWhen(!cbModifiedSince.selected.value))\n  )\n\n  private def doSearch(): Unit = {\n    val millis1 = date1.getValue.atTime(hours1.getText.toInt, 0).toInstant(ZonedDateTime.now().getOffset).toEpochMilli\n    val millis2 = date2.getValue.atTime(hours2.getText.toInt, 59).toInstant(ZonedDateTime.now().getOffset).toEpochMilli\n    inTransaction {\n      val maxSize = 1000\n      debug(s\"dosearch: [${tfSearch.getValue}]\")\n      val terms = SearchUtil.getSearchTerms(tfSearch.getValue)\n      val canSearchWithoutTerms = cbModifiedSince.selected.value\n      if (terms.exists(_.length > 2) || canSearchWithoutTerms) {\n        val res1: Queryable[Article] = if (cbOnlyTopic.selected.value && currentTopic != null)\n          currentTopic.articles\n        else\n          ReftoolDB.articles\n        var res = dynamicWhere(res1, terms(0), millis1, millis2)\n        for (i <- 1 until terms.length) res = dynamicWhere(res, terms(i), millis1, millis2)\n        if (res.isEmpty)\n          ApplicationController.showNotification(\"Search returned no results!\")\n        else {\n          ApplicationController.showNotification(s\"Search returned ${res.size} results!\")\n          val res2 = if (res.size > maxSize) {\n            new Alert(AlertType.Warning, s\"Showing only the first $maxSize of ${res.size} results!\", ButtonType.OK).showAndWait()\n            res.page(0, maxSize)\n          } else res\n          ApplicationController.obsShowArticlesList((res2.toList, s\"Search [${text.value}]\", false))\n        }\n      } else {\n        ApplicationController.showNotification(\"Enter at least one search term >= 3 characters long!\")\n      }\n    }\n  }\n\n  private class HourTextField(initxt: String) extends TextField {\n    textFormatter = new TextFormatter(new IntStringConverter {\n      override def toString(i: Int): String = \"%02d\".format(i)\n      override def fromString(string: String): Int = {\n        val iii = super.fromString(string)\n        if (iii < 0) 0 else if (iii > 23) 23 else iii\n      }\n    })\n    text = initxt\n    prefWidth = 50\n  }\n\n  private var currentTopic: Topic = _\n  private val tfCurrentTopic = new TextField() { text = \"<topic>\" ; editable = false }\n  private val cbOnlyTopic = new CheckBox(\"Only search current topic\") { selected = false }\n  private val cbTitle = new CheckBox(\"Title\") { selected = true }\n  private val cbAuthors = new CheckBox(\"Authors\") { selected = true }\n  private val cbReview = new CheckBox(\"Review\") { selected = true }\n  private val cbBibtexID = new CheckBox(\"Bibtex ID\") { selected = true }\n  private val cbBibtex = new CheckBox(\"Bibtex\") { selected = true }\n  private val cbPubdate = new CheckBox(\"Publication date\") { selected = true }\n  private val cbJournal = new CheckBox(\"Journal\") { selected = true }\n  private val cbDOI = new CheckBox(\"DOI\") { selected = true }\n  private val cbDocuments = new CheckBox(\"Document filenames\") { selected = false }\n  private val cbModifiedSince = new CheckBox(\"Modified between: \") { selected = false }\n  private val date1 = new DatePicker(LocalDate.now.minusDays(1)) { prefWidth = 130 }\n  private val date2 = new DatePicker(LocalDate.now()) { prefWidth = 130 }\n  private val hours1 = new HourTextField(\"00\")\n  private val hours2 = new HourTextField(\"23\")\n  private val selAll = List(cbTitle, cbAuthors, cbReview, cbBibtexID, cbBibtex, cbPubdate, cbJournal, cbDOI, cbDocuments)\n  private val selNotDefault = Seq(cbBibtex, cbPubdate, cbDOI, cbDocuments, cbOnlyTopic, cbModifiedSince)\n  private val btSelectDefault = new Button(\"Select default\") {\n    onAction = (_: ActionEvent) => {\n      selAll.foreach( _.selected = true)\n      selNotDefault.foreach( _.selected = false)\n      date1.value = LocalDate.now.minusDays(1)\n      date2.value = LocalDate.now\n      tfSearch.value = \"\"\n    }\n  }\n  private val btSelectNone = new Button(\"Select none\") {\n    onAction = (_: ActionEvent) => {\n      selAll.foreach( _.selected = false)\n    }\n  }\n  private val btSearch = new Button(\"Search!\") {\n    onAction = (_: ActionEvent) => doSearch()\n  }\n  content = new BorderPane {\n    margin = Insets(5.0)\n    top = new HBox {\n      alignment = Pos.CenterLeft\n      children = List(new Label(\"Search text: \"), tfSearch)\n    }\n    center = new VBox {\n      spacing = 5.0\n      children = List(\n        cbTitle, cbAuthors, cbReview, cbBibtexID, cbBibtex, cbPubdate, cbJournal, cbDOI, cbDocuments,\n        new HBox { children = List(cbOnlyTopic, tfCurrentTopic) },\n        new HBox {\n          alignment = Pos.CenterLeft\n          children = List(cbModifiedSince, date1, hours1, new Label(\":00  and  \"), date2, hours2, new Label(\":59\"))\n        },\n        new HBox { children = List(btSearch, btSelectDefault, btSelectNone) }\n      )\n    }\n  }\n\n  private def setCurrentTopic(t: Topic): Unit = {\n    currentTopic = t\n    tfCurrentTopic.text = if (currentTopic != null) currentTopic.toString else \"\"\n  }\n\n  ApplicationController.obsTopicSelected += ((a: Topic) => setCurrentTopic(a) )\n\n  override def onViewClicked(): Unit = {\n    tfSearch.requestFocus()\n    Helpers.runUI { tfSearch.getEditor.selectAll() }\n  }\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"sv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/AppStorage.scala","text":"package util\n\nimport framework.Helpers._\nimport framework.Logging\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\nclass Config extends Logging {\n\n  val uiSettings = new mutable.HashMap[String, String]()\n\n  var datadir = \"\"\n  var recentDatadirs: Array[String] = Array[String]()\n  var autoimportdir = \"\"\n  var debuglevel = 0\n  var showstartupdialog = false\n\n  def dbpath: String = datadir + \"\/db5\"\n  def dbschemaversionpath: String = dbpath + \"\/schemaversion.txt\"\n  def olddbpath: String = datadir + \"\/db\" \/\/ reftool4\n  def pdfpath: String = datadir + \"\/files\"\n  val importfolderprefix = \"folder-\" \/\/ after this a number to limit #files in folder\n  val csspath: String = getClass.getResource(\"\/reftool.css\").toExternalForm\n  info(\"csspath: \" + csspath)\n}\n\n\/\/ don't use debug() and logCall() here!\nobject AppSettings extends Logging {\n  var settpath = \"\"\n  if (isMac) {\n    settpath = System.getProperty(\"user.home\") + \"\/Library\/Application Support\/Reftool5\"\n  } else if (isLinux) {\n    settpath = System.getProperty(\"user.home\") + \"\/.reftool5\"\n  } else if (isWin) {\n    settpath = toJavaPathSeparator(System.getenv(\"APPDATA\")) + \"\/Reftool5\"\n  } else throw new Exception(\"operating system not found\")\n\n  def getSettingPath: String = settpath + \"\/reftool5settings\" + \".txt\"\n\n  info(\"AppSettings: file = \" + getSettingPath)\n  def getLines: Array[AnyRef] = {\n    val fff = MFile(getSettingPath)\n    if (!fff.exists) {\n      info(\"creating setting file \" + fff.toString)\n      fff.createFile(true)\n    }\n    fff.readAllLines.toArray\n  }\n}\n\nobject AppStorage extends Logging {\n  var config : Config = _\n\n  def getImportFolder(num: Int): String = AppStorage.config.pdfpath + \"\/\" + AppStorage.config.importfolderprefix + num\n\n  def splitsetting(ss: String) : List[String] = {\n    val commapos = ss.indexOf(\"=\")\n    if (commapos > -1) {\n      val tag = ss.substring(0, commapos)\n      val content = ss.substring(commapos + 1).trim\n      List(tag, content)\n    } else {\n      List(ss)\n    }\n  }\n\n  def load(): Unit = {\n    val lines = AppSettings.getLines\n    config = new Config\n    if (lines.isEmpty) {\n      info(\"no config file...\")\n    } else {\n      lines.foreach(lll => {\n        val reUIsett = \"\"\"ui-(.*)\"\"\".r\n        val sett = new ArrayBuffer[String]() ++ splitsetting(lll.toString)\n        if (sett.length == 1) sett += \"\"\n        sett.head match {\n          case \"reftoolsettingsversion\" =>\n            if (!sett(1).equals(\"1\")) {\n              sys.error(\"wrong settings version\")\n              return\n            }\n          case \"recentdatadirs\" =>\n            config.recentDatadirs = sett(1).split(\"\\t\").filter(dd => new MFile(dd).isDirectory)\n            if (config.recentDatadirs.nonEmpty) config.datadir = config.recentDatadirs.head\n          case \"autoimportdir\" => config.autoimportdir = sett(1)\n          case \"debuglevel\" => config.debuglevel = sett(1).toInt\n          case \"showstartupdialog\" => config.showstartupdialog = sett(1).toBoolean\n          case reUIsett(key) => config.uiSettings.put(key, sett(1))\n          case _ => warn(\"unknown tag in config file: <\" + sett.head + \">\")\n        }\n      })\n    }\n  }\n\n  def save(): Unit = {\n    val fff = MFile(AppSettings.getSettingPath)\n    fff.delete()\n    fff.createFile(false)\n\n    def saveSett(key: String, what: Any): Unit = {\n      fff.appendString(key + \"=\" + what + \"\\n\")\n    }\n\n    saveSett(\"reftoolsettingsversion\", 1)\n    config.recentDatadirs = Array(config.datadir) ++ config.recentDatadirs.filterNot(_ == config.datadir)\n    saveSett(\"recentdatadirs\", config.recentDatadirs.mkString(\"\\t\"))\n    saveSett(\"autoimportdir\", config.autoimportdir)\n    saveSett(\"debuglevel\", config.debuglevel)\n    saveSett(\"showstartupdialog\", config.showstartupdialog)\n\n    config.uiSettings.foreach { case (key, value) => saveSett(\"ui-\" + key, value) }\n\n    info(\"-----------\/save\")\n  }\n\n\n}\n\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/ArticleTopicsView.scala","text":"<reponame>wolfgangasdf\/reftool5\npackage views\n\nimport db.{Article, Topic}\nimport framework.{MyAction, ApplicationController, GenericView}\nimport db.SquerylEntrypointForMyApp._\n\nimport scalafx.Includes._\nimport scalafx.scene.control._\nimport scalafx.scene.image.Image\nimport scalafx.scene.input.MouseEvent\n\nclass ArticleTopicsView extends GenericView(\"articletopicsview\") {\n\n  text = \"A-topics\"\n\n  private var article: Article = _\n\n  private val lv = new ListView[Topic] {\n    onMouseClicked = (me: MouseEvent) => {\n      if (me.clickCount == 2) {\n        if (selectionModel.value.getSelectedItems.length > 0) {\n          ApplicationController.obsRevealTopic((selectionModel.value.getSelectedItems.head, false))\n          ApplicationController.obsRevealArticleInList(article)\n        }\n      }\n    }\n  }\n\n  private val aRemoveFromTopic = new MyAction(\"Article\", \"Remove from topic\") {\n    tooltipString = \"Remove articles from current topic\"\n    image = new Image(getClass.getResource(\"\/images\/remove_correction.gif\").toExternalForm)\n    action = _ => inTransaction {\n      lv.selectionModel.value.getSelectedItems.foreach( t => {\n        article.topics.dissociate(t)\n      })\n      ApplicationController.showNotification(s\"Removed article from topic!\")\n      setArticle(article)\n      ApplicationController.obsArticleModified(article)\n    }\n  }\n\n  toolbaritems += aRemoveFromTopic.toolbarButton\n\n  lv.selectionModel.value.getSelectedItems.onChange {\n    aRemoveFromTopic.enabled = lv.selectionModel.value.getSelectedItems.length > 0\n  }\n\n  private def setArticle(a: Article): Unit = {\n    logCall(a)\n    inTransaction {\n      lv.getItems.clear()\n      if (a != null) lv.getItems ++= a.topics.toList\n      article = a\n    }\n  }\n\n  ApplicationController.obsShowArticle += ((a: Article) => {\n    setArticle(a)\n  } )\n\n  ApplicationController.obsArticleRemoved += ((a: Article) => {\n    if (a == article) setArticle(null)\n  } )\n\n  ApplicationController.obsArticleModified += ((a: Article) => {\n    if (a == article) setArticle(a)\n  } )\n\n  content = lv\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"atv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/BookmarksView.scala","text":"package views\n\nimport db.{ReftoolDB, Topic}\nimport framework.{ApplicationController, GenericView, MyAction}\nimport db.SquerylEntrypointForMyApp._\nimport util.StringHelper\n\nimport scala.collection.mutable.ArrayBuffer\nimport scalafx.Includes._\nimport scalafx.collections.ObservableBuffer\nimport scalafx.event.ActionEvent\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control._\nimport scalafx.scene.image.Image\nimport scalafx.scene.input.{KeyCode, KeyEvent, MouseEvent}\nimport scalafx.scene.layout.{Priority, VBox}\n\nclass BookmarksView extends GenericView(\"bookmarksview\") {\n\n  text = \"Bookmarks\"\n\n  private var currentFolderIdx: Int = -1\n\n  private var currentTopic: Topic = _\n\n  private class Folder {\n    var name: String = \"\"\n    var topics = new ArrayBuffer[Topic]()\n\n    override def toString: String = name\n  }\n\n  private var folders = new ObservableBuffer[Folder]()\n  folders += new Folder { name = \"New folder\" }\n\n  private val lv = new ListView[Topic]() {\n    tooltip = \"Use shift+UP\/DOWN to reorder topics!\"\n  }\n\n  private def updateList(): Unit = {\n    lv.items.get().clear()\n    lv.items = new ObservableBuffer[Topic]() ++ folders(currentFolderIdx).topics\n    ApplicationController.obsBookmarksChanged(folders(currentFolderIdx).topics.toList)\n  }\n\n  private val cbfolder = new ChoiceBox[Folder] {\n    maxWidth = 1000\n    hgrow = Priority.Always\n    onAction = (_: ActionEvent) => {\n      if (value.value != null) {\n        currentFolderIdx = selectionModel.value.getSelectedIndex\n        if (currentFolderIdx > -1) updateList()\n      }\n    }\n    items = folders\n  }\n\n  cbfolder.selectionModel.value.select(0)\n\n  private def selectCurrent(): Unit = cbfolder.getSelectionModel.select(currentFolderIdx)\n\n  private def checkFolders(): Any = if (folders.isEmpty) folders += new Folder { name = \"New Folder\" }\n\n  lv.onMouseClicked = (me: MouseEvent) => {\n    if (me.clickCount == 2) {\n      if (lv.getSelectionModel.getSelectedItems.length > 0) {\n        ApplicationController.obsRevealTopic((lv.getSelectionModel.getSelectedItems.head, false))\n      }\n    }\n  }\n  lv.onKeyPressed = (ke: KeyEvent) => {\n    val ct = lv.getSelectionModel.getSelectedItem\n    var action = 0\n    if (ct != null && ke.shiftDown) {\n      if (ke.code == KeyCode.Down)\n        action = +1\n      else if (ke.code == KeyCode.Up)\n        action = -1\n    }\n    if (action != 0) {\n      val f = folders(currentFolderIdx)\n      val oldidx = f.topics.indexOf(ct)\n      if (action == +1 && oldidx < f.topics.size - 1) {\n        f.topics(oldidx) = f.topics(oldidx + 1)\n        f.topics(oldidx + 1) = ct\n      } else if (action == -1 && oldidx > 0) {\n        f.topics(oldidx) = f.topics(oldidx - 1)\n        f.topics(oldidx - 1) = ct\n      }\n      folders(currentFolderIdx) = f\n      ke.consume()\n      storeSettings()\n      restoreSettings()\n      selectCurrent()\n      updateList()\n      lv.getSelectionModel.select(ct)\n    }\n  }\n\n\n  private val aExpandTopics = new MyAction(\"Bookmarks\", \"Expand bookmarked topics\") {\n    tooltipString = \"Expand all bookmarked topics of current bookmark folder\"\n    image = new Image(getClass.getResource(\"\/images\/expandall.gif\").toExternalForm)\n    action = _ => {\n      folders(currentFolderIdx).topics.foreach(t => ApplicationController.obsExpandToTopic(t))\n      ApplicationController.obsBookmarksChanged(folders(currentFolderIdx).topics.toList)\n    }\n    enabled = true\n  }\n\n  private val aRemoveFolder = new MyAction(\"Bookmarks\", \"Remove folder\") {\n    tooltipString = \"Remove whole bookmarks folder\"\n    image = new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm)\n    action = _ => {\n      new Alert(AlertType.Confirmation, s\"Really remove bookmark folder\\n${folders(currentFolderIdx)}?\").showAndWait() match {\n        case Some(ButtonType.OK) =>\n          folders.remove(currentFolderIdx)\n          checkFolders()\n          cbfolder.getSelectionModel.select(0)\n          storeSettings()\n        case _ =>\n      }\n    }\n    enabled = true\n  }\n\n  private val aNewFolder = new MyAction(\"Bookmarks\", \"New folder\") {\n    tooltipString = \"Add new Folder\"\n    image = new Image(getClass.getResource(\"\/images\/new_con.gif\").toExternalForm)\n    action = _ => {\n      val newf = new Folder { name = \"New Folder\" }\n      folders += newf\n      cbfolder.getSelectionModel.select(newf)\n      storeSettings()\n    }\n    enabled = true\n  }\n\n  private val aEditFolder = new MyAction(\"Bookmarks\", \"Edit folder\") {\n    tooltipString = \"Edit Folder\"\n    image = new Image(getClass.getResource(\"\/images\/edit.png\").toExternalForm)\n    action = _ => {\n      val result = new TextInputDialog(defaultValue = folders(currentFolderIdx).name) {\n        title = \"Edit Folder\"\n        headerText = \"\"\n        contentText = \"Folder name:\"\n      }.showAndWait()\n      result match {\n        case Some(name) =>\n          val cf = folders(currentFolderIdx)\n          cf.name = name\n          folders(currentFolderIdx) = cf\n          storeSettings()\n          restoreSettings()\n          currentFolderIdx = folders.indexWhere(f => f.name == cf.name)\n          selectCurrent()\n        case None =>\n      }\n    }\n    enabled = true\n  }\n\n  private val aRemoveBookmark = new MyAction(\"Bookmarks\", \"Remove bookmark\") {\n    tooltipString = \"Remove selected bookmarks\"\n    image = new Image(getClass.getResource(\"\/images\/remove_correction.gif\").toExternalForm)\n    action = _ => {\n      val tt = lv.getSelectionModel.getSelectedItems\n      val f = folders(currentFolderIdx)\n      f.topics --= tt\n      folders(currentFolderIdx) = f\n      selectCurrent()\n      storeSettings()\n    }\n    enabled = true\n  }\n\n  private val aAddBookmark = new MyAction(\"Bookmarks\", \"Add bookmark\") {\n    tooltipString = \"Add bookmark to current topic\"\n    image = new Image(getClass.getResource(\"\/images\/add_correction.png\").toExternalForm)\n    action = _ => {\n      if (!folders(currentFolderIdx).topics.contains(currentTopic)) {\n        val f = folders(currentFolderIdx)\n        f.topics += currentTopic\n        folders(currentFolderIdx) = f\n        selectCurrent()\n        storeSettings()\n      }\n    }\n    enabled = true\n  }\n\n  toolbaritems ++= Seq(aExpandTopics.toolbarButton, aEditFolder.toolbarButton, aRemoveFolder.toolbarButton, aNewFolder.toolbarButton, aRemoveBookmark.toolbarButton, aAddBookmark.toolbarButton)\n\n  ApplicationController.obsTopicSelected += ((t: Topic) => {\n    currentTopic = t\n  })\n\n  ApplicationController.obsTopicRenamed += ((_: Long) => {\n    storeSettings()\n    restoreSettings()\n    selectCurrent()\n    updateList()\n  })\n\n  ApplicationController.obsTopicRemoved += ((_: Long) => {\n    storeSettings()\n    restoreSettings()\n    selectCurrent()\n    updateList()\n  })\n\n  content = new VBox {\n    children ++= Seq(cbfolder, lv)\n  }\n\n  override def canClose: Boolean = true\n\n  def storeSettings(): Unit = {\n    var s = \"\"\n    folders.foreach(f => {\n      s += f.name + \"\\t\"\n      f.topics.foreach(t => s += s\"${t.id},\")\n      s += \"\\r\\n\"\n    })\n    debug(\"store bookmarks:\\n\" + s)\n    ReftoolDB.setSetting(ReftoolDB.SBOOKMARKS, s)\n    ReftoolDB.setSetting(ReftoolDB.SBOOKMARKLASTFOLDERIDX, cbfolder.getSelectionModel.getSelectedIndex.toString)\n  }\n\n  def restoreSettings(): Unit = {\n    ReftoolDB.getSetting(ReftoolDB.SBOOKMARKS).foreach(s => {\n      debug(\"restore bookmarks:\\n\" + s)\n      var fs = new ObservableBuffer[Folder]()\n      val lines = s.split(\"\\r\\n\")\n      lines.foreach(line => {\n        val s1 = line.split(\"\\t\")\n        val newf = new Folder {\n          name = s1(0)\n        }\n        if (s1.size == 2) {\n          val ts = s1(1).split(\",\")\n          inTransaction {\n            ts.foreach(s2 => {\n              ReftoolDB.topics.lookup(s2.toLong).foreach(newt => newf.topics += newt )\n            })\n          }\n        }\n        fs += newf\n      })\n      folders.clear()\n      folders ++= fs.sortWith( (t1, t2) => StringHelper.AlphaNumStringSorter(t1.name, t2.name))\n      checkFolders()\n    })\n  }\n\n  override def getUIsettings: String = {\n    storeSettings()\n    \"\"\n  }\n  override def setUIsettings(s: String): Unit = {\n    restoreSettings()\n    cbfolder.getSelectionModel.select(ReftoolDB.getSetting(ReftoolDB.SBOOKMARKLASTFOLDERIDX).getOrElse(\"0\").toInt)\n  }\n\n  override val uisettingsID: String = \"bmv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/StringHelper.scala","text":"package util\n\nobject StringHelper {\n  def headString(s: String, len: Int): String = {\n    if (s.length < len) s else s.substring(0, len - 1)\n  }\n  def startsWithGetRest(s: String, start: String): Option[String] = {\n    if (s.startsWith(start))\n      Some(s.substring(start.length))\n    else\n      None\n  }\n  \/\/ for topics tree etc.\n  def AlphaNumStringSorter(str1: String, str2: String): Boolean = {\n    val reNum = \"\"\"(\\d+)(.*)\"\"\".r\n    val string1 = str1.toLowerCase\n    val string2 = str2.toLowerCase\n    (string1, string2) match {\n      case (reNum(n1, s1), reNum(n2, s2)) =>\n        if (n1.toInt == n2.toInt) {\n          if (n1.length != n2.length)\n            n1.length > n2.length\n          else\n            s1 < s2\n        } else n1.toInt < n2.toInt\n      case _ => string1 < string2\n    }\n  }\n\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/StopWatch.scala","text":"<reponame>wolfgangasdf\/reftool5\npackage util\n\n\/\/ all in seconds!\nclass StopWatch {\n  private var startNanos = System.nanoTime\n  var deltaSecs: Double = 0\n  def stop(): Unit = { \/\/ fast stopping\n    deltaSecs = (System.nanoTime - startNanos)\/1e9\n  }\n  def getTime: Double = (System.nanoTime - startNanos)\/1e9\n  def getTimeRestart: Double = {\n    val x = getTime\n    restart()\n    x\n  }\n  def timeIt: String = { \/\/ a little overhead... 0.13s\n    if (deltaSecs == 0) stop()\n    \"%g s\" format deltaSecs\n  }\n  def printTime(msg: String): Unit = {\n    println(msg + timeIt)\n  }\n  def printLapTime(msg: String): Unit = {\n    println(msg + getTime)\n  }\n  def restart(): Unit = {\n    startNanos = System.nanoTime\n  }\n}\n\nobject StopWatch extends StopWatch {\n  def timed[T](msg: String)(body: =>T): T = { \/\/ for use via timed(\"time=\") { body }\n  val startNanos = System.nanoTime\n    val r = body\n    val stopNanos = System.nanoTime\n    println(msg + (stopNanos - startNanos)\/1e9)\n    r\n  }\n}"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/PdfHelper.scala","text":"<reponame>wolfgangasdf\/reftool5<filename>src\/main\/scala\/util\/PdfHelper.scala\npackage util\n\nimport org.apache.pdfbox.text.PDFTextStripper\nimport org.apache.pdfbox.pdmodel.PDDocument\nimport framework.Logging\n\nimport scala.jdk.CollectionConverters._\nimport scala.util.matching.{Regex, UnanchoredRegex}\n\nobject PdfHelper extends Logging {\n\n  \/\/ doi syntax: http:\/\/www.doi.org\/doi_handbook\/2_Numbering.html#2.2\n  \/\/ regex adapted from http:\/\/stackoverflow.com\/questions\/27910\/finding-a-doi-in-a-document-or-page\n  val doire: Regex = \"\"\"(?:http[s]?\\:\/\/(?:dx.)?doi.org\/)?(10[.][0-9]{4,}(?:[.][0-9]+)*\/(?:(?![\"&\\'])\\S)+)\"\"\".r\n  val doireua: UnanchoredRegex = doire.unanchored \/\/ intellij wrong syntax highlighting if done in case below\n  val arxividre: Regex = \"\"\"([A-Za-z\\-]+\/\\d+|\\d+\\.\\d+)(?:v\\d+)?\"\"\".r\n  val arxivreoid: Regex = (\"(?:arXiv:)?\" + arxividre.regex).r\n  val arxivre: Regex = (\"arXiv:\" + arxividre.regex).r\n  val arxivreua: UnanchoredRegex = arxivre.unanchored\n\n  def getDOI(file: MFile): String = {\n    var doi = \"\"\n    val pdf = PDDocument.load(file.toFile)\n    if (!pdf.isEncrypted) {\n      val info = pdf.getDocumentInformation\n      debug(\"parse pdf metadata for doi...\")\n      if (info.getMetadataKeys.contains(\"doi\")) {\n        doi = info.getCustomMetadataValue(\"doi\")\n      } else if (info.getMetadataKeys.contains(\"DOI\")) {\n        doi = info.getCustomMetadataValue(\"DOI\")\n      } else {\n        \/\/ parse for DOI in all keys...\n        for (k <- info.getMetadataKeys.asScala) {\n          val v = Option(info.getCustomMetadataValue(k)).getOrElse(\"\").toUpperCase\n          \/\/ debug(s\"pdf metadata [$k]: \" + v)\n          v match {\n            case doireua(sd) => debug(\"   match!!!\"); doi = sd\n            case _ =>\n          }\n        }\n      }\n      if (doi == \"\") {\n        \/\/ parse for doi in first pdf pages (not checking hyperlinks as it may be a reference link!)\n        debug(\"still no doi, get first pdf page...\")\n        val pdoc = new PDDocument(pdf.getDocument)\n        val pstrip = new PDFTextStripper()\n        for (iii <- 1 to 3) if (doi == \"\") {\n          pstrip.setStartPage(iii)\n          pstrip.setEndPage(iii)\n          val text = pstrip.getText(pdoc)\n          debug(\"search first page for doi link...\")\n          \/\/ debug(\"first page:\\n\" + text)\n          doi = doire.findFirstMatchIn(text).map(m => m.group(1)).getOrElse({\n            debug(\"found no doi, check for vertical arxiv id...\")\n            text.replaceAll( \"\"\"[\\r\\n]\"\"\", \"\") match {\n              case arxivreua(aaa) =>\n                debug(\"  found arxiv id: \" + aaa)\n                \"arXiv:\" + aaa\n              case _ =>\n                debug(s\"could not find doi on pdf page $iii!\")\n                \"\"\n            }\n          })\n        }\n      }\n    }\n    pdf.close()\n    debug(\"getDOI = [\" + doi.trim + \"]\")\n    doi.trim\n  }\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/views\/ArticleDocumentsView.scala","text":"package views\n\nimport db.{Article, Document, ReftoolDB}\nimport db.SquerylEntrypointForMyApp._\nimport framework.{ApplicationController, GenericView, Logging, MyAction}\nimport util.FileHelper._\nimport util.{ImportHelper, MFile}\n\nimport scala.jdk.CollectionConverters._\nimport scalafx.Includes._\nimport scalafx.scene.control.Alert.AlertType\nimport scalafx.scene.control._\nimport scalafx.scene.control.cell.TextFieldListCell\nimport scalafx.scene.image.Image\nimport scalafx.scene.input.{DataFormat, DragEvent, MouseEvent, TransferMode}\nimport scalafx.stage.FileChooser\nimport scalafx.util.StringConverter\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass ArticleDocumentsView extends GenericView(\"articledocumentsview\") with Logging {\n\n  text = \"Docs\"\n\n  var article: Article = _\n\n  private class MyListCell extends TextFieldListCell[Document] {\n\n    item.onChange { \/\/ this is how to override updateItem !\n      (_, _, newd) => if (newd != null) tooltip = new Tooltip { text = newd.docPath }\n    }\n\n    private val myConverter = new StringConverter[Document] {\n      override def fromString(string: String): Document = {\n        val d = item.value\n        d.docName = string\n        d\n      }\n      override def toString(t: Document): String = if (t != null) t.docName else null\n    }\n    delegate.setConverter(myConverter)\n\n    filterEvent(MouseEvent.MouseReleased) { \/\/ disable edit by mouse click\n      me: MouseEvent => me.consume()\n    }\n  }\n  private val lv = new ListView[Document] {\n    editable = true\n    selectionModel.value.setSelectionMode(SelectionMode.Single)\n    cellFactory = (_: ListView[Document]) => new MyListCell() \/\/ don't fix deprecation, cellFactory_ is unflexible, if needed use jfxu.callback\n    onEditCommit = (_: ListView.EditEvent[Document]) => {\n      updateArticle()\n    }\n    onMouseClicked = (me: javafx.scene.input.MouseEvent) => {\n      if (me.clickCount == 2 && selectionModel.value.getSelectedItems.length == 1) {\n        openDocument(selectionModel.value.getSelectedItem.docPath)\n      }\n    }\n\n    onDragOver = (de: DragEvent) => {\n      if (de.dragboard.getContentTypes.contains(DataFormat.Files)) {\n        if (de.dragboard.content(DataFormat.Files).asInstanceOf[java.util.ArrayList[java.io.File]].size == 1) \/\/ only one file at a time!\n          de.acceptTransferModes(TransferMode.Copy, TransferMode.Move, TransferMode.Link)\n      }\n    }\n    onDragDropped = (de: DragEvent) => {\n      if (de.dragboard.getContentTypes.contains(DataFormat.Files)) {\n        val files = de.dragboard.content(DataFormat.Files).asInstanceOf[java.util.ArrayList[java.io.File]].asScala\n        val f = MFile(files.head)\n        ImportHelper.importDocument(f, null, article, Some(de.transferMode == TransferMode.Copy), isAdditionalDoc = true)\n      }\n\n      de.dropCompleted = true\n      de.consume()\n    }\n  }\n\n  private val aDeletePDF = new MyAction(\"Documents\", \"Delete document\") {\n    tooltipString = \"Delete selected documents from article and delete document\"\n    image = new Image(getClass.getResource(\"\/images\/delete_obj.gif\").toExternalForm)\n    action = _ => {\n      new Alert(AlertType.Confirmation, \"Really deleted selected documents\", ButtonType.Yes, ButtonType.No).showAndWait() match {\n        case Some(ButtonType.Yes) =>\n          val ds = new ArrayBuffer[Document] ++ lv.selectionModel.value.getSelectedItems\n          ds.foreach( dd => {\n            getDocumentFileAbs(dd.docPath).delete()\n            lv.getItems.remove(dd)\n          })\n          ApplicationController.showNotification(s\"Document deleted!\")\n          updateArticle()\n          setArticle(article)\n        case _ =>\n      }\n    }\n  }\n\n  private val aAddDocument = new MyAction(\"Documents\", \"Add document\") {\n    tooltipString = \"Add document to article\"\n    image = new Image(getClass.getResource(\"\/images\/add_correction.png\").toExternalForm)\n    action = _ => {\n      val fn = new FileChooser() {\n        title = \"Select new document\"\n      }.showOpenDialog(toolbarButton.getParent.getScene.getWindow)\n      if (fn != null) {\n        ImportHelper.importDocument(MFile(fn), null, article, None, isAdditionalDoc = true)\n      }\n    }\n  }\n\n  private val aRevealPDF = new MyAction(\"Article\", \"Reveal document\") {\n    tooltipString = \"Reveal document in file browser\"\n    image = new Image(getClass.getResource(\"\/images\/Finder_icon.png\").toExternalForm)\n    action = _ => {\n      val a = lv.selectionModel.value.getSelectedItem\n      debug(\"reveal doc \" + a.docPath)\n      revealDocument(a.docPath)\n    }\n  }\n\n  private val aOpenPDF = new MyAction(\"Article\", \"Open document\") {\n    tooltipString = \"Open document\"\n    image = new Image(getClass.getResource(\"\/images\/pdf.png\").toExternalForm)\n    action = _ => {\n      val a = lv.selectionModel.value.getSelectedItem\n      debug(\"open doc \" + a.docPath)\n      openDocument(a.docPath)\n    }\n  }\n\n  toolbaritems ++= Seq(aOpenPDF.toolbarButton, aRevealPDF.toolbarButton, aDeletePDF.toolbarButton, aAddDocument.toolbarButton)\n\n  lv.selectionModel.value.getSelectedItems.onChange {\n    aDeletePDF.enabled = lv.selectionModel.value.getSelectedItems.length > 0\n    aRevealPDF.enabled = lv.selectionModel.value.getSelectedItems.length == 1\n    aOpenPDF.enabled = lv.selectionModel.value.getSelectedItems.length == 1\n  }\n\n  private def setArticle(a: Article): Unit = {\n    logCall(a)\n    lv.getItems.clear()\n    if (a != null) {\n      inTransaction {\n        lv.getItems ++= a.getDocuments.sorted\n        article = a\n      }\n      aAddDocument.enabled = true\n    } else {\n      aAddDocument.enabled = false\n    }\n  }\n\n  private def updateArticle(): Unit = {\n    article.setDocuments(lv.getItems.toList)\n    inTransaction {\n      article = ReftoolDB.renameDocuments(article)\n      ReftoolDB.articles.update(article)\n    }\n    ApplicationController.obsArticleModified(article)\n    setArticle(article)\n  }\n\n  ApplicationController.obsShowArticle += ((a: Article) => {\n    setArticle(a)\n  } )\n\n  ApplicationController.obsArticleRemoved += ((a: Article) => {\n    if (a == article) setArticle(null)\n  } )\n\n  ApplicationController.obsArticleModified += ((a: Article) => {\n    if (a == article) setArticle(a)\n  } )\n\n  content = lv\n\n  override def canClose: Boolean = true\n\n  override def getUIsettings: String = \"\"\n\n  override def setUIsettings(s: String): Unit = {}\n\n  override val uisettingsID: String = \"adocv\"\n}\n"}
{"repo_name":"wolfgangasdf\/reftool5","path":"src\/main\/scala\/util\/FileHelper.scala","text":"<gh_stars>0\npackage util\n\nimport java.{io, util}\nimport java.io.{BufferedInputStream, File, FileInputStream, FileNotFoundException}\nimport java.net.URI\nimport java.nio.charset.Charset\nimport java.nio.file.{Path, StandardCopyOption}\nimport java.nio.file.StandardCopyOption._\n\nimport db.Article\nimport framework.{Helpers, Logging}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.{Random, Try, Using}\n\n\/\/ wrap everything that returns a java.io.File into util.MFile!\n\/\/ this always uses \"\/\" as file separator and includes useful classes from java.nio\nclass MFile(file: io.File) extends Logging {\n\n  def this(pathname: String) = this(new io.File(pathname))\n  def toSlashSeparator(s: String): String = s.replace(\"\\\\\", \"\/\")\n\n  def listFiles: Array[MFile] = file.listFiles.sorted.map(f => MFile(f))\n  def listFiles(filter: io.FileFilter): Array[MFile] = file.listFiles(filter).sorted.map(f => MFile(f))\n  def listFiles(filter: io.FilenameFilter): Array[MFile] = file.listFiles(filter).sorted.map(f => MFile(f))\n  def list: Array[String] = file.list.sorted.map(s => toSlashSeparator(s))\n\n  def getName: String = file.getName\n  def getPath: String = toSlashSeparator(file.getCanonicalPath)\n  def getParent = new MFile(file.getParentFile)\n\n  def exists: Boolean = file.exists\n  def canRead: Boolean = file.canRead\n  def isDirectory: Boolean = file.isDirectory\n  def isFile: Boolean = file.isFile\n  def isSameFileAs(file2: MFile): Boolean = file.getCanonicalPath == file2.toFile.getCanonicalPath\n\n  def mkdir(): Boolean = file.mkdir()\n  def delete(): Boolean = file.delete()\n\n  def toPath: Path = file.toPath\n  def toFile: File = file\n\n  def readAllLines: util.List[String] = java.nio.file.Files.readAllLines(java.nio.file.Paths.get(getPath), MFile.filecharset)\n  def createFile(createParents: Boolean): Boolean = {\n    if (createParents) MFile.createDirectories(getParent)\n    file.createNewFile()\n  }\n\n  def appendString(s: String): Unit = {\n    java.nio.file.Files.write(java.nio.file.Paths.get(getPath),s.getBytes(MFile.filecharset), java.nio.file.StandardOpenOption.APPEND)\n  }\n\n  override def toString: String = getPath\n}\n\nobject MFile {\n  val filecharset: Charset = java.nio.charset.Charset.forName(\"UTF-8\")\n\n  def apply(f: io.File): MFile = if (f == null) null else new MFile(f.getAbsolutePath)\n  def apply(filepath: String): MFile = if (filepath == null) null else new MFile(filepath)\n  def createTempFile(prefix: String, suffix: String): MFile = { \/\/ standard io.File.createTempFile points often to strange location\n    val tag = System.currentTimeMillis().toString\n    var dir = System.getProperty(\"java.io.tmpdir\")\n    if (Helpers.isLinux || Helpers.isMac) if (new io.File(\"\/tmp\").isDirectory)\n      dir = \"\/tmp\"\n    MFile(dir + \"\/\" + prefix + \"-\" + tag + suffix)\n  }\n  def move(source: MFile, dest: MFile): Unit = java.nio.file.Files.move(source.toPath, dest.toPath)\n  def copy(source: MFile, dest: MFile, replaceExisting: Boolean = false, copyAttrs: Boolean = false): Unit = {\n    val opts = new ArrayBuffer[StandardCopyOption]()\n    if (copyAttrs) opts += COPY_ATTRIBUTES\n    if (replaceExisting) opts += REPLACE_EXISTING\n    java.nio.file.Files.copy(source.toPath, dest.toPath, opts.toSeq:_*)\n  }\n  def createDirectories(mf: MFile): Unit = {\n    java.nio.file.Files.createDirectories(java.nio.file.Paths.get(mf.getPath))\n  }\n  def compare(f1: MFile, f2: MFile): Boolean = {\n    if (f1.toFile.length != f1.toFile.length) return false\n    val in1 =new BufferedInputStream(new FileInputStream(f1.toFile))\n    val in2 =new BufferedInputStream(new FileInputStream(f2.toFile))\n    var (res1, res2) = (0, 0)\n    do {\n      \/\/since we're buffered read() isn't expensive\n      res1 = in1.read()\n      res2 = in2.read()\n      if(res1 != res2) { in1.close(); in2.close(); return false }\n    } while(res1 >= 0)\n    in1.close()\n    in2.close()\n    true\n  }\n  \/\/ implicit def mfileToFile(mf: MFile): io.File = mf.file\n}\n\nobject FileHelper extends Logging {\n\n  def writeString(file: MFile, text : String) : Unit = {\n    val fw = new io.FileWriter(file.toFile)\n    try{ fw.write(text) }\n    finally{ fw.close() }\n  }\n  def readString(file: MFile) : Option[String] = {\n    if (file.exists && file.canRead)\n      Some(Using(scala.io.Source.fromFile(file.toFile)) { _.mkString }.get )\n    else\n      None\n  }\n\n  def foreachLine(file: MFile, proc : String=>Unit) : Unit = {\n    val br = new io.BufferedReader(new io.FileReader(file.toFile))\n    try{ while(br.ready) proc(br.readLine) }\n    finally{ br.close() }\n  }\n  def deleteAll(file: MFile) : Unit = {\n    def deleteFile(dfile : MFile) : Unit = {\n      if(dfile.isDirectory) {\n        info(\"deleting \" + dfile + \" recursively\")\n        dfile.listFiles.foreach{ f => deleteFile(f) }\n      }\n      dfile.delete()\n    }\n    deleteFile(file)\n  }\n  def splitName(f: String): (String, String) = {\n    val extension = f.substring(f.lastIndexOf('.') + 1)\n    val name = f.substring(0, f.lastIndexOf('.'))\n    (name, extension)\n  }\n  def cleanFileNameString(fn: String, maxlen: Int): String = {\n    StringHelper.headString(fn.replaceAll(\"[^a-zA-Z0-9-]\", \"\"), maxlen)\n  }\n\n  def getDocumentFileAbs(relPath: String) = new MFile(AppStorage.config.pdfpath + \"\/\" + relPath)\n\n  def getDocumentPathRelative(file: MFile): String = {\n    if (!file.getPath.startsWith(new MFile(AppStorage.config.pdfpath).getPath)) {\n      throw new io.IOException(\"file \" + file + \" is not below reftool store!\")\n    }\n    file.getPath.substring( new MFile(AppStorage.config.pdfpath).getPath.length + 1 )\n  }\n\n  def openDocument(file: MFile): Unit = {\n    import java.awt.Desktop\n    if (Desktop.isDesktopSupported) {\n      val desktop = Desktop.getDesktop\n      if (desktop.isSupported(Desktop.Action.OPEN)) {\n        desktop.open(file.toFile)\n      }\n    }\n  }\n  def openDocument(relPath: String): Unit = {\n    openDocument(getDocumentFileAbs(relPath))\n  }\n\n  def getLastImportFolder: MFile = {\n    val pdfpath = new MFile(AppStorage.config.pdfpath)\n    val ifolders = pdfpath.listFiles(new io.FileFilter {\n      override def accept(pathname: io.File): Boolean = pathname.getName.startsWith(AppStorage.config.importfolderprefix)\n    }).map( mf => Try(mf.getName.substring(AppStorage.config.importfolderprefix.length).toInt).getOrElse(0))\n    var lastfolder: MFile = new MFile(AppStorage.getImportFolder(if (ifolders.isEmpty) 1 else ifolders.max))\n    if (lastfolder.exists) {\n      if (lastfolder.list.length > 99) {\n        val rex = \"\"\".*-([0-9]+)\"\"\".r\n        val lastno = lastfolder.getName match {\n          case rex(s) => s.toInt\n        }\n        lastfolder = new MFile(AppStorage.getImportFolder(lastno + 1))\n        info(\"new import folder: \" + lastfolder)\n      }\n    }\n    if (!lastfolder.exists) lastfolder.mkdir()\n    lastfolder\n  }\n\n  def getDocumentFilenameBase(a: Article, docname: String): Option[String] = {\n    if (a.title != \"\" && a.bibtexid != \"\") Some(FileHelper.cleanFileNameString(\n        a.bibtexid + \"-\" + FileHelper.cleanFileNameString(a.title, 20) + \"-\" + docname\n      , 70))\n    else None\n  }\n  def getUniqueDocFile(lastfolder: MFile, a: Article, docname: String, startfilename: String, oldfile: MFile = null): MFile = {\n    \/\/ choose nice filename if possible\n    val (sourceName, sourceExt) = FileHelper.splitName(startfilename)\n    val newFileName = getDocumentFilenameBase(a, docname).getOrElse(FileHelper.cleanFileNameString(sourceName, 30))\n\n    var newFile1 = new MFile(lastfolder.getPath + \"\/\" + newFileName + \".\" + sourceExt)\n\n    \/\/ check if equal to old file\n    val equal = if (oldfile != null) newFile1.isSameFileAs(oldfile) else false\n\n    \/\/ get unique file\n    while (!equal && newFile1.exists) {\n      newFile1 = new MFile(lastfolder.getPath + \"\/\" + newFileName + \"-\" + Random.nextInt(1000) + \".\" + sourceExt)\n    }\n    newFile1\n  }\n\n  def openURL(url: String): Unit = {\n    import java.awt.Desktop\n    if (Desktop.isDesktopSupported && url != \"\") {\n      val desktop = Desktop.getDesktop\n      if (desktop.isSupported(Desktop.Action.BROWSE)) {\n        desktop.browse(new URI(url))\n      }\n    }\n  }\n\n  def revealFile(file: MFile): Unit = {\n    if (!file.exists) throw new FileNotFoundException(s\"File ${file.getPath} not found while revealing!\")\n    if (Helpers.isMac) {\n      Runtime.getRuntime.exec(Array(\"open\", \"-R\", file.getPath))\n    } else if (Helpers.isWin) {\n      Runtime.getRuntime.exec(\"explorer.exe \/select,\"+file.getPath)\n    } else if (Helpers.isLinux) {\n      error(\"not supported OS, tell me how to do it!\")\n    } else {\n      error(\"not supported OS, tell me how to do it!\")\n    }\n  }\n  def revealDocument(relPath: String): Unit = revealFile(getDocumentFileAbs(relPath))\n\n  def listFilesRec(f: MFile): Array[MFile] = {\n    val these = f.listFiles.filter(f => f.getName != \".DS_Store\")\n    these ++ these.filter(_.isDirectory).flatMap(listFilesRec)\n  }\n\n}\n\n"}
{"repo_name":"someliang\/hosipital","path":"build.sbt","text":"<reponame>someliang\/hosipital\nname := \"\"\"hospital\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nplayJavaSettings\n\nebeanEnabled := false\n\nlazy val sqljdbc = project\n  .in(file(\"modules\/sqljdbc\"))\n  .settings(\n    organization              := \"com.hynnet\",\n    name                      := \"sqljdbc-chs\",\n    version                   := \"4.2-IDonKnow\",\n    crossPaths                := false,  \/\/don't add scala version to this artifacts in repo\n    publishMavenStyle         := true,\n    autoScalaLibrary          := false,  \/\/don't attach scala libs as dependencies\n    description               := \"sql server JDBC project for publishing dependency to maven repo, use 'sbt publishLocal' to install it\",\n    packageBin in Compile     := baseDirectory.value \/ s\"${name.value}.jar\"\n    \/\/packageDoc in Compile     := baseDirectory.value \/ s\"${name.value}-javadoc.jar\"\n  )\n\nlazy val ojdbc = project\n  .in(file(\"modules\/ojdbc\"))\n  .settings(\n    organization              := \"com.hynnet\",\n    name                      := \"ojdbc6\",\n    version                   := \"6.0.0\",\n    crossPaths                := false,  \/\/don't add scala version to this artifacts in repo\n    publishMavenStyle         := true,\n    autoScalaLibrary          := false,  \/\/don't attach scala libs as dependencies\n    description               := \"ORALCE JDBC project for publishing dependency to maven repo, use 'sbt publishLocal' to install it\",\n    packageBin in Compile     := baseDirectory.value \/ s\"${name.value}.jar\"\n    \/\/packageDoc in Compile     := baseDirectory.value \/ s\"${name.value}-javadoc.jar\"\n  )\n\nlazy val jbarcode = project\n  .in(file(\"modules\/jbarcode\"))\n  .settings(\n    organization              := \"com.hynnet\",\n    name                      := \"jbarcode\",\n    version                   := \"0.2.8\", crossPaths                := false,  \/\/don't add scala version to this artifacts in repo publishMavenStyle         := true,\n    autoScalaLibrary          := false,  \/\/don't attach scala libs as dependencies\n    description               := \"ORALCE JDBC project for publishing dependency to maven repo, use 'sbt publishLocal' to install it\",\n    packageBin in Compile     := baseDirectory.value \/ s\"${name.value}.jar\"\n    \/\/packageDoc in Compile     := baseDirectory.value \/ s\"${name.value}-javadoc.jar\"\n  )\n\nlibraryDependencies ++= Seq(\n    javaCore,\n    javaJpa.exclude(\"org.hibernate.javax.persistence\", \"hibernate-jpa-2.0-api\"),\n\tjavaJpa,\n   \"com.hynnet\" % \"sqljdbc-chs\" % \"4.2-IDonKnow\",\n\t\"com.hynnet\" % \"ojdbc6\" % \"6.0.0\",\n\t\"com.hynnet\" % \"jbarcode\" % \"0.2.8\",\n    \"mysql\" % \"mysql-connector-java\" % \"5.1.18\",\n    \"org.springframework\" % \"spring-context\" % \"4.2.5.RELEASE\",\n    \"javax.inject\" % \"javax.inject\" % \"1\",\n    \/\/\"javax.persistence\" % \"persistence-api\" % \"1.0\",\n    \/\/\"org.hibernate.javax.persistence\" % \"hibernate-jpa-2.1-api\" % \"1.0.0.Final\",\n    \"org.springframework.data\" % \"spring-data-jpa\" % \"1.3.2.RELEASE\",\n    \"org.springframework\" % \"spring-expression\" % \"3.2.2.RELEASE\",\n    \"org.hibernate\" % \"hibernate-entitymanager\" % \"3.6.10.Final\",\n    \"org.mockito\" % \"mockito-core\" % \"1.9.5\" % \"test\"\n)\n\n\/\/fork in run := true"}
{"repo_name":"dera0520\/gitbucket","path":"src\/main\/scala\/gitbucket\/core\/plugin\/Plugin.scala","text":"<gh_stars>0\npackage gitbucket.core.plugin\n\nimport javax.servlet.ServletContext\nimport gitbucket.core.controller.ControllerBase\nimport gitbucket.core.service.SystemSettingsService.SystemSettings\nimport gitbucket.core.util.ControlUtil._\nimport gitbucket.core.util.Version\n\n\/**\n * Trait for define plugin interface.\n * To provide plugin, put Plugin class which mixed in this trait into the package root.\n *\/\ntrait Plugin {\n\n  val pluginId: String\n  val pluginName: String\n  val description: String\n  val versions: Seq[Version]\n\n  \/**\n   * Override to declare this plug-in provides images.\n   *\/\n  val images: Seq[(String, Array[Byte])] = Nil\n\n  \/**\n   * Override to declare this plug-in provides controllers.\n   *\/\n  val controllers: Seq[(String, ControllerBase)] = Nil\n\n  \/**\n   * Override to declare this plug-in provides JavaScript.\n   *\/\n  val javaScripts: Seq[(String, String)] = Nil\n\n  \/**\n   * Override to declare this plug-in provides renderers.\n   *\/\n  val renderers: Seq[(String, Renderer)] = Nil\n\n  \/**\n   * This method is invoked in initialization of plugin system.\n   * Register plugin functionality to PluginRegistry.\n   *\/\n  def initialize(registry: PluginRegistry, context: ServletContext, settings: SystemSettings): Unit = {\n    images.foreach { case (id, in) =>\n      registry.addImage(id, in)\n    }\n    controllers.foreach { case (path, controller) =>\n      registry.addController(path, controller)\n    }\n    javaScripts.foreach { case (path, script) =>\n      registry.addJavaScript(path, script)\n    }\n    renderers.foreach { case (extension, renderer) =>\n      registry.addRenderer(extension, renderer)\n    }\n  }\n\n  \/**\n   * This method is invoked in shutdown of plugin system.\n   * If the plugin has any resources, release them in this method.\n   *\/\n  def shutdown(registry: PluginRegistry, context: ServletContext, settings: SystemSettings): Unit = {}\n\n  \/**\n   * Helper method to get a resource from classpath.\n   *\/\n  protected def fromClassPath(path: String): Array[Byte] =\n    using(getClass.getClassLoader.getResourceAsStream(path)){ in =>\n      val bytes = new Array[Byte](in.available)\n      in.read(bytes)\n      bytes\n    }\n\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/main\/scala-3\/com\/typesafe\/slick\/testkit\/util\/ShouldNotTypecheck.scala","text":"package com.typesafe.slick.testkit.util\n\nimport scala.compiletime.testing._\n\n\/**\n * A macro that ensures that a code snippet does not typecheck.\n *\/\nobject ShouldNotTypecheck {\n  inline def apply(code: String): Unit = assert(!typeChecks(code))\n  inline def apply(code: String, expected: String): Unit = apply(code)\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/main\/scala\/com\/typesafe\/slick\/testkit\/util\/DBTest.scala","text":"<filename>slick-testkit\/src\/main\/scala\/com\/typesafe\/slick\/testkit\/util\/DBTest.scala\npackage com.typesafe.slick.testkit.util\n\nimport slick.dbio.DBIO\n\nimport scala.jdk.CollectionConverters._\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport org.junit.{After, Before}\nimport org.junit.runner.RunWith\nimport org.junit.runners.Parameterized\nimport org.junit.runners.Parameterized.Parameters\n\n@RunWith(classOf[Parameterized])\nabstract class DBTest {\n  private[this] var dbInitialized = false\n  val tdb: JdbcTestDB\n\n  lazy val db = {\n    dbInitialized = true\n    tdb.createDB()\n  }\n\n  println(\"[Using test database \"+tdb+\"]\")\n\n  def runBlocking[T](a: DBIO[T]): Unit = Await.result(db.run(a), Duration.Inf)\n\n  @Before def beforeDBTest = tdb.cleanUpBefore()\n  @After def afterDBTest = {\n    if(dbInitialized) db.close()\n    tdb.cleanUpAfter()\n  }\n}\n\nabstract class DBTestObject(dbs: TestDB*) {\n  val testClassName = {\n    val s = getClass.getName\n    s.substring(0, s.length-1)\n  }\n  @Parameters def parameters: java.util.List[Array[TestDB]] = dbs.filter(_.isEnabled).map(to => Array(to)).asJava\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/main\/scala\/com\/typesafe\/slick\/testkit\/tests\/RewriteBooleanTest.scala","text":"package com.typesafe.slick.testkit.tests\n\nimport com.typesafe.slick.testkit.util.{AsyncTest, RelationalTestDB}\n\nclass RewriteBooleanTest extends AsyncTest[RelationalTestDB] {\n  import tdb.profile.api._\n\n  def testFakeBoolean = {\n\n    case class Person(id: Int, name: String, age: Int, addressId: Option[Int], isHomeOwner: Boolean)\n\n    class People(tag: Tag) extends Table[Person](tag, \"people\") {\n      def id          = column[Int]        (\"id\", O.PrimaryKey)\n      def name        = column[String]     (\"name\")\n      def age         = column[Int]        (\"age\")\n      def addressId   = column[Option[Int]](\"address_id\")\n      def isHomeowner = column[Boolean]    (\"is_homeowner\")\n\n      def * = (id, name, age, addressId, isHomeowner).<>((Person.apply _).tupled, Person.unapply _)\n    }\n\n    lazy val people = TableQuery[People]\n\n    case class Address(id: Int, stree: String, city: String, isActive: Boolean)\n\n    class Addresses(tag: Tag) extends Table[Address](tag, \"addresses\") {\n      def id       = column[Int]    (\"id\", O.PrimaryKey)\n      def street   = column[String] (\"street\")\n      def city     = column[String] (\"city\")\n      def isActive = column[Boolean](\"is_active\")\n\n      def * = (id, street, city, isActive).<>((Address.apply _).tupled, Address.unapply _)\n    }\n\n    lazy val addresses = TableQuery[Addresses]\n\n    val peopleQuery = {\n      val peopleJoin = people.joinLeft(addresses).on(_.addressId === _.id)\n\n      def query(personId: Int) = for {\n        (person, address) <- peopleJoin\n        if person.id === personId\n      } yield (person, address)\n\n      query _\n    }\n\n    def getPersonAddressTuple(id: Int) = peopleQuery(id)\n\n    seq(\n      (people.schema ++ addresses.schema).create,\n      addresses\n        .map(r => (r.id, r.street , r.city,  r.isActive))\n        .+= (     (   1,  \"street\",  \"city\",       true)),\n      people\n        .map(r => (r.id, r.name, r.age, r.addressId, r.isHomeowner))\n        .+= (     (   1,  \"name\",   21,     Some(1),          true)),\n      getPersonAddressTuple(1).result.map(_.size shouldBe 1)\n    )\n\n  }\n\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/util\/BeanConfigurator.scala","text":"package slick.util\n\nimport java.beans.Introspector\nimport java.util.Properties\n\nimport scala.jdk.CollectionConverters._\n\nimport com.typesafe.config.ConfigFactory\n\nimport slick.SlickException\n\n\/** Configure Java Beans reflectively, using Typesafe Config for data type conversions. *\/\nobject BeanConfigurator extends Logging {\n  def configure(o: AnyRef, p: Properties, allowed: Set[String] = Set.empty): Unit = {\n    val pds = Introspector.getBeanInfo(o.getClass).getPropertyDescriptors.iterator.map(pd => (pd.getName, pd)).toMap\n    p.propertyNames().asScala.foreach { key =>\n      val name = key.toString\n      if(allowed.isEmpty || allowed.contains(name)) {\n        val v = Option(p.getProperty(name)).getOrElse(p.get(key))\n        pds.get(name) match {\n          case Some(pd) =>\n            try {\n              val tp = pd.getPropertyType\n              if(tp == classOf[Int]) pd.getWriteMethod.invoke(o, toInt(v))\n              else if(tp == classOf[Long]) pd.getWriteMethod.invoke(o, toLong(v))\n              else if(tp == classOf[Boolean]) pd.getWriteMethod.invoke(o, toBoolean(v))\n              else if(tp == classOf[String]) pd.getWriteMethod.invoke(o, v.toString)\n              else pd.getWriteMethod.invoke(o, v)\n            } catch { case ex: Exception =>\n              throw new SlickException(s\"Error setting bean property $name on target ${o.getClass}\", ex)\n            }\n          case None =>\n            logger.warn(s\"Ignoring unsupported bean property $name on target ${o.getClass}\")\n        }\n      }\n    }\n  }\n\n  private def toInt(o: Any): java.lang.Integer = ConfigFactory.parseMap(Map(\"v\" -> o.toString).asJava).getInt(\"v\")\n  private def toLong(o: Any): java.lang.Long = ConfigFactory.parseMap(Map(\"v\" -> o.toString).asJava).getLong(\"v\")\n  private def toBoolean(o: Any): java.lang.Boolean = ConfigFactory.parseMap(Map(\"v\" -> o.toString).asJava).getBoolean(\"v\")\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/jdbc\/JdbcResultConverter.scala","text":"package slick.jdbc\n\nimport java.sql.{PreparedStatement, ResultSet}\nimport slick.relational._\nimport slick.SlickException\n\n\/** Specialized JDBC ResultConverter for non-`Option` values. *\/\nclass BaseResultConverter[T](val ti: JdbcType[T], val name: String, val idx: Int) extends ResultConverter[ResultSet, PreparedStatement, ResultSet, T] {\n  def read(pr: ResultSet) = {\n    val v = ti.getValue(pr, idx)\n    if(ti.wasNull(pr, idx)) throw new SlickException(\"Read NULL value for ResultSet column \"+name)\n    v\n  }\n  def update(value: T, pr: ResultSet) = ti.updateValue(value, pr, idx)\n  def set(value: T, pp: PreparedStatement) =\n    ti.setValue(value, pp, idx)\n  override def getDumpInfo = super.getDumpInfo.copy(mainInfo = s\"idx=$idx, name=$name\", attrInfo = \": \" + ti)\n  def width = 1\n}\n\n\/** Specialized JDBC ResultConverter for handling values of type `Option[T]`.\n  * Boxing is avoided when the result is `None`. *\/\nclass OptionResultConverter[T](val ti: JdbcType[T], val idx: Int) extends ResultConverter[ResultSet, PreparedStatement, ResultSet, Option[T]] {\n  def read(pr: ResultSet) = {\n    val v = ti.getValue(pr, idx)\n    if(ti.wasNull(pr, idx)) None else Some(v)\n  }\n  def update(value: Option[T], pr: ResultSet) = value match {\n    case Some(v) => ti.updateValue(v, pr, idx)\n    case _ => ti.updateNull(pr, idx)\n  }\n  def set(value: Option[T], pp: PreparedStatement) = value match {\n    case Some(v) => ti.setValue(v, pp, idx)\n    case _ => ti.setNull(pp, idx)\n  }\n  override def getDumpInfo = super.getDumpInfo.copy(mainInfo = s\"idx=$idx\", attrInfo = \": \" + ti)\n  def width = 1\n  def getOrElse(default: () => T): DefaultingResultConverter[T] =\n    if(ti.scalaType.isPrimitive) new DefaultingResultConverter[T](ti, default, idx)\n    else new DefaultingResultConverter[T](ti, default, idx) {\n      override def read(pr: ResultSet) = {\n        val v = this.ti.getValue(pr, this.idx)\n        if(v.asInstanceOf[AnyRef] eq null) this.default() else v\n      }\n    }\n  def isDefined = new IsDefinedResultConverter[T](ti, idx)\n}\n\n\/** Specialized JDBC ResultConverter for handling non-`Option` values with a default.\n  * A (possibly specialized) function for the default value is used to translate SQL `NULL` values. *\/\nclass DefaultingResultConverter[T](val ti: JdbcType[T], val default: () => T, val idx: Int) extends ResultConverter[ResultSet, PreparedStatement, ResultSet, T] {\n  def read(pr: ResultSet) = {\n    val v = ti.getValue(pr, idx)\n    if(ti.wasNull(pr, idx)) default() else v\n  }\n  def update(value: T, pr: ResultSet) = ti.updateValue(value, pr, idx)\n  def set(value: T, pp: PreparedStatement) = ti.setValue(value, pp, idx)\n  override def getDumpInfo = super.getDumpInfo.copy(mainInfo = s\"idx=$idx, default=\" +\n    { try default() catch { case e: Throwable => \"[\"+e.getClass.getName+\"]\" } },\n    attrInfo = \": \" + ti)\n  def width = 1\n}\n\n\/** Specialized JDBC ResultConverter for handling `isDefined` checks for `Option` values. *\/\nclass IsDefinedResultConverter[T](val ti: JdbcType[T], val idx: Int) extends ResultConverter[ResultSet, PreparedStatement, ResultSet, Boolean] {\n  def read(pr: ResultSet) = {\n    ti.getValue(pr, idx)\n    !ti.wasNull(pr, idx)\n  }\n  def update(value: Boolean, pr: ResultSet) =\n    throw new SlickException(\"Cannot insert\/update IsDefined check\")\n  def set(value: Boolean, pp: PreparedStatement) =\n    throw new SlickException(\"Cannot insert\/update IsDefined check\")\n  def width = 1\n  override def getDumpInfo = super.getDumpInfo.copy(mainInfo = s\"idx=$idx\", attrInfo = \": \" + ti)\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/codegen\/scala\/slick\/test\/codegen\/CustomTyping.scala","text":"package slick.test.codegen\n\nimport slick.jdbc.H2Profile\n\nobject CustomTyping {\n  import H2Profile.api._\n  sealed trait Bool {\n    def isTrue: Boolean\n  }\n  case object True extends Bool {\n    def isTrue = true\n  }\n  case object False extends Bool {\n    def isTrue = false\n  }\n\n  implicit val boolTypeMapper: BaseColumnType[Bool] = MappedColumnType.base[Bool, Int](\n    { b =>\n      if (b == True) 1 else 0\n    }, { i =>\n      if (i == 1) True else False\n    })\n\n  case class SimpleA(_1: Bool, _2: String)\n  \/\/ We need to use `mapTo` instead of `<>` for Dotty compatibility (because the old `unapply` is gone),\n  \/\/ so this is no longer supported, at least in 2.x. It does work in Dotty but that is due to `SimpleA` being\n  \/\/ a tuple, not because of the companion object methods.\n  \/*\n  type SimpleA = Tuple2[Bool, String]\n  object SimpleA{\n    def unapply(s: SimpleA): Option[SimpleA] = Tuple2.unapply(s)\n    def apply (s: SimpleA): SimpleA = s\n    def tupled(s: SimpleA): SimpleA = s\n  }\n   *\/\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala-2.13\/scala\/reflect\/Selectable.scala","text":"package scala.reflect\n\nobject Selectable {\n  def reflectiveSelectable: Nothing = ???\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala-3\/slick\/lifted\/ShapedValue.scala","text":"<reponame>djx314\/slick\npackage slick.lifted\n\nimport slick.ast.{MappedScalaType, Node}\nimport slick.collection.heterogeneous._\n\nimport scala.compiletime._\nimport scala.deriving.{Mirror}\nimport scala.quoted._\nimport scala.reflect.ClassTag\n\n\/** A value together with its Shape *\/\ncase class ShapedValue[T, U](value: T, shape: Shape[_ <: FlatShapeLevel, T, U, _]) extends Rep[U] {\n  def encodeRef(path: Node): ShapedValue[T, U] = {\n    val fv = shape.encodeRef(value, path).asInstanceOf[T]\n    if(fv.asInstanceOf[AnyRef] eq value.asInstanceOf[AnyRef]) this else new ShapedValue(fv, shape)\n  }\n  def toNode = shape.toNode(value)\n  def packedValue[R](implicit ev: Shape[_ <: FlatShapeLevel, T, _, R]): ShapedValue[R, U] = ShapedValue(shape.pack(value).asInstanceOf[R], shape.packedShape.asInstanceOf[Shape[FlatShapeLevel, R, U, _]])\n  def zip[T2, U2](s2: ShapedValue[T2, U2]) = new ShapedValue[(T, T2), (U, U2)]((value, s2.value), Shape.tuple2Shape(shape, s2.shape))\n  def <>[R : ClassTag, T](f: (U => R), g: (R => T))(implicit tt: ToTuple[T, U]) =\n    new MappedProjection[R, U](shape.toNode(value), MappedScalaType.Mapper(g.andThen(tt.apply).andThen(_.get).asInstanceOf[Any => Any], f.asInstanceOf[Any => Any], None), implicitly[ClassTag[R]])\n  @inline def shaped: ShapedValue[T, U] = this\n\n  inline def mapTo[R]: MappedProjection[R, U] = ${ ShapedValue.mapToExpr[R, T, U]('{this}) }\n  override def toString = s\"ShapedValue($value, $shape)\"\n}\n\nobject ShapedValue {\n  def mapToExpr[R : Type, T : Type, U : Type](sv: Expr[ShapedValue[T, U]])(using Quotes): Expr[MappedProjection[R, U]] = {\n    import quotes.reflect._\n    val rtpe = summon[Type[R]]\n    val utpe = summon[Type[U]]\n    val rct = Expr.summon[ClassTag[R]].getOrElse(report.throwError(s\"No ClassTag available for ${Type.show[R]}\"))\n    val rpm = Expr.summon[Mirror.ProductOf[R]].getOrElse(report.throwError(s\"${Type.show[R]} is not a product type\"))\n\n    def decomposeTuple(tpe: Type[_ <: Tuple]): List[Type[_]] = tpe match {\n      case '[ t *: ts ] => Type.of[t] :: decomposeTuple(Type.of[ts])\n      case '[ EmptyTuple ] => Nil\n    }\n\n    def decomposeHList(tpe: Type[_ <: HList]): List[Type[_]] = tpe match {\n      case '[ HCons[t, ts] ] => Type.of[t] :: decomposeHList(Type.of[ts])\n      case '[ HNil.type ] => Nil\n    }\n\n    val targetElemTpes = rpm match {\n      case '{ $m: Mirror.ProductOf[R] { type MirroredElemTypes = ts }} =>\n        decomposeTuple(Type.of[ts].asInstanceOf[Type[_ <: Tuple]])\n    }\n\n    val (f, g, elemTpes) = Expr.summon[Mirror.ProductOf[U]] match {\n      case Some(upm @ '{ $m: Mirror.ProductOf[U] { type MirroredElemTypes = elementTypes }}) =>\n        val elemTpes = decomposeTuple(Type.of[elementTypes].asInstanceOf[Type[_ <: Tuple]])\n        val f = '{ ((u: U) => $rpm.fromProduct(u.asInstanceOf[Product])).asInstanceOf[Any => Any] }\n        val g = '{ ((r: R) => $upm.fromProduct(r.asInstanceOf[Product])).asInstanceOf[Any => Any] }\n        (f, g, elemTpes)\n      case _ =>\n        utpe match {\n          case utpe @ '[ HList ] =>\n            val elemTpes = decomposeHList(utpe)\n            val f = '{ ((u: U) => $rpm.fromProduct(u.asInstanceOf[Product])).asInstanceOf[Any => Any] }\n            val g = '{ ((r: R) => r.asInstanceOf[Product].productIterator.foldRight(HNil: HList) { case (n, z) => new HCons(n, z) }).asInstanceOf[Any => Any] }\n            (f, g, elemTpes)\n          case _ if targetElemTpes.length == 1 =>\n            val f = '{ ((u: U) => $rpm.fromProduct(Tuple.fromArray(Array(u.asInstanceOf[AnyRef])))).asInstanceOf[Any => Any] }\n            val g = '{ ((r: R) => r.asInstanceOf[Product].productElement(0)).asInstanceOf[Any => Any] }\n            (f, g, targetElemTpes)\n          case _ =>\n            report.throwError(s\"Source type ${Type.show[U]} must be a product, HList or single value\")\n        }\n    }\n\n    if(elemTpes.length != targetElemTpes.length) {\n      \/\/ todo: change\n      val src = elemTpes.iterator.map(x => Type.show(using summon[Type[U]])).mkString(\"(\", \", \", \")\")\n      val target = targetElemTpes.iterator.map(x => Type.show(using summon[Type[U]])).mkString(\"(\", \", \", \")\")\n      report.throwError(s\"Source and target product decomposition do not match.\\n  Source: $src\\n  Target: $target\")\n    }\n\n    '{ new MappedProjection[R, U]($sv.toNode, MappedScalaType.Mapper($g, $f, None), $rct) }\n  }\n\n  \/\/ Turn ConstColumn into Rep at the top level on Dotty to avoid ClassCastExceptions\n  type Unconst[P, P2] = P2 match {\n    case ConstColumn[t] => Rep[t]\n    case _ => P2\n  }\n}\n\ntrait ToTuple[E, T] extends (E => Option[T])\n\nobject ToTuple extends ToTupleLowPriority {\n  implicit def someToTuple[T]: ToTuple[Some[T], T] = identity\n}\n\ntrait ToTupleLowPriority {\n  implicit def optionToTuple[T]: ToTuple[Option[T], T] = identity\n  implicit def productToTuple[T <: Product](using m: Mirror.ProductOf[T]): ToTuple[T, m.MirroredElemTypes] =\n    (x => Some(Tuple.fromProductTyped(x)))\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/jdbc\/HsqldbProfile.scala","text":"<reponame>djx314\/slick\n\npackage slick.jdbc\n\nimport java.sql.{PreparedStatement, ResultSet, Types}\nimport java.time._\nimport java.time.format.{DateTimeFormatter, DateTimeFormatterBuilder}\nimport java.time.temporal.ChronoField\nimport java.util.UUID\n\nimport scala.concurrent.ExecutionContext\nimport slick.SlickException\nimport slick.ast._\nimport slick.basic.Capability\nimport slick.compiler.{CompilerState, Phase}\nimport slick.dbio._\nimport slick.jdbc.meta.MTable\nimport slick.lifted._\nimport slick.sql.SqlCapabilities\nimport slick.relational.RelationalProfile\nimport slick.util.ConstArray\nimport slick.util.QueryInterpolator.queryInterpolator\n\n\/** Slick profile for <a href=\"http:\/\/www.hsqldb.org\/\">HyperSQL<\/a>\n  * (starting with version 2.0).\n  *\n  * This profile implements the [[slick.jdbc.JdbcProfile]]\n  * ''without'' the following capabilities:\n  *\n  * <ul>\n  *   <li>[[slick.sql.SqlCapabilities.sequenceCurr]]:\n  *     <code>Sequence.curr<\/code> to get the current value of a sequence is\n  *     not supported by Hsqldb. Trying to generate SQL code which uses this\n  *     feature throws a SlickException.<\/li>\n  *   <li>[[slick.jdbc.JdbcCapabilities.insertOrUpdate]]:\n  *     InsertOrUpdate operations are emulated on the client side if generated\n  *     keys should be returned. Otherwise the operation is performmed\n  *     natively on the server side.<\/li>\n  * <\/ul>\n  *\/\ntrait HsqldbProfile extends JdbcProfile {\n\n  override protected def computeCapabilities: Set[Capability] = (super.computeCapabilities\n    - SqlCapabilities.sequenceCurr\n    - JdbcCapabilities.insertOrUpdate\n  )\n\n  class HsqldbModelBuilder(mTables: Seq[MTable], ignoreInvalidDefaults: Boolean)(implicit ec: ExecutionContext) extends JdbcModelBuilder(mTables, ignoreInvalidDefaults) {\n    override def createTableNamer(mTable: MTable): TableNamer = new HsqldbTableNamer(mTable)\n    class HsqldbTableNamer(mTable: MTable) extends TableNamer(mTable) {\n      override def schema = super.schema.filter(_ != \"PUBLIC\") \/\/ remove default schema\n      override def catalog = super.catalog.filter(_ != \"PUBLIC\") \/\/ remove default catalog\n    }\n  }\n\n  override def createModelBuilder(tables: Seq[MTable], ignoreInvalidDefaults: Boolean)(implicit ec: ExecutionContext): JdbcModelBuilder =\n    new HsqldbModelBuilder(tables, ignoreInvalidDefaults)\n\n  override def defaultTables(implicit ec: ExecutionContext): DBIO[Seq[MTable]] =\n    MTable.getTables(None, None, None, Some(Seq(\"TABLE\")))\n\n  override protected def computeQueryCompiler =\n    super.computeQueryCompiler.replace(Phase.resolveZipJoinsRownumStyle) + Phase.specializeParameters - Phase.fixRowNumberOrdering\n  override val columnTypes = new HsqldbJdbcTypes\n  override def createQueryBuilder(n: Node, state: CompilerState): QueryBuilder = new HsqldbQueryBuilder(n, state)\n  override def createTableDDLBuilder(table: Table[_]): TableDDLBuilder = new HsqldbTableDDLBuilder(table)\n  override def createSequenceDDLBuilder(seq: Sequence[_]): SequenceDDLBuilder = new HsqldbSequenceDDLBuilder(seq)\n\n  override protected lazy val useServerSideUpsert = true\n  override protected lazy val useServerSideUpsertReturning = false\n\n  override val scalarFrom = Some(\"(VALUES (0))\")\n\n  override def defaultSqlTypeName(tmd: JdbcType[_], sym: Option[FieldSymbol]): String = tmd.sqlType match {\n    case java.sql.Types.VARCHAR =>\n      val size = sym.flatMap(_.findColumnOption[RelationalProfile.ColumnOption.Length])\n      size.fold(\"LONGVARCHAR\")(l => if(l.varying) s\"VARCHAR(${l.length})\" else s\"CHAR(${l.length})\")\n    case _ => super.defaultSqlTypeName(tmd, sym)\n  }\n\n  class HsqldbQueryBuilder(tree: Node, state: CompilerState) extends QueryBuilder(tree, state) {\n    override protected val concatOperator = Some(\"||\")\n    override protected val alwaysAliasSubqueries = false\n    override protected val supportsLiteralGroupBy = true\n    override protected val quotedJdbcFns = Some(Nil)\n\n    override def expr(c: Node): Unit = c match {\n      case l @ LiteralNode(v: String) if (v ne null) && jdbcTypeFor(l.nodeType).sqlType != Types.CHAR =>\n        \/* Hsqldb treats string literals as type CHARACTER and pads them with\n         * spaces in some expressions, so we cast all string literals to\n         * VARCHAR. The length is only 16M instead of 2^31-1 in order to leave\n         * enough room for concatenating strings (which extends the size even if\n         * it is not needed). *\/\n        b\"cast(\"\n        withSkipParens(false)(super.expr(c))\n        b\" as varchar(16777216))\"\n      \/* Hsqldb uses the SQL:2008 syntax for NEXTVAL *\/\n      case Library.NextValue(SequenceNode(name)) => b\"(next value for `$name)\"\n      case Library.CurrentValue(_*) => throw new SlickException(\"Hsqldb does not support CURRVAL\")\n      case RowNumber(_) => b\"rownum()\" \/\/ Hsqldb uses Oracle ROWNUM semantics but needs parens\n      case _ => super.expr(c)\n    }\n\n    override protected def buildJoin(j: Join): Unit = {\n      \/* Re-balance inner joins to the left because Hsqldb does not supported RHS nesting. Paths\n       * into joined views have already been mapped to unique identifiers at this point, so we can\n       * safely rearrange views. *\/\n      j match {\n        case Join(ls, rs, l, Join(ls2, rs2, l2, r2, JoinType.Inner, on2), JoinType.Inner, on) =>\n          val on3 = (on, on2) match {\n            case (a, LiteralNode(true)) => a\n            case (LiteralNode(true), b) => b\n            case (a, b) => Apply(Library.And, ConstArray(a, b))(UnassignedType)\n          }\n          buildJoin(Join(rs, rs2, Join(ls, ls2, l, l2, JoinType.Inner, LiteralNode(true)), r2, JoinType.Inner, on3))\n        case j => super.buildJoin(j)\n      }\n    }\n\n    override protected def buildFetchOffsetClause(fetch: Option[Node], offset: Option[Node]) = (fetch, offset) match {\n      case (Some(t), Some(d)) => b\"\\nlimit $t offset $d\"\n      case (Some(t), None   ) => b\"\\nlimit $t\"\n      case (None, Some(d)   ) => b\"\\noffset $d\"\n      case _ =>\n    }\n  }\n\n  class HsqldbJdbcTypes extends JdbcTypes {\n    override val byteArrayJdbcType = new ByteArrayJdbcType {\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"LONGVARBINARY\"\n    }\n    override val uuidJdbcType = new UUIDJdbcType {\n      override def sqlType = java.sql.Types.BINARY\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"BINARY(16)\"\n      override def valueToSQLLiteral(value: UUID) = s\"x'${value.toString.replace(\"-\", \"\")}'\"\n    }\n    override val localTimeType = new LocalTimeJdbcType {\n      override def sqlType = java.sql.Types.TIME\n\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"TIME(3)\"\n\n      override def getValue(r: ResultSet, idx: Int): LocalTime = {\n        \/\/ Fixes an issue caused because Hsqldb outputs the time in a non-standard format\n        \/\/ not adding leading zeros to the hours. For example: '2:14:41.421' instead of '02:14:41.421'\n        r.getString(idx) match {\n          case null => null\n          case isoTime if isoTime.indexOf(':') == 2 => LocalTime.parse(isoTime)\n          case isoTime if isoTime.indexOf(':') == 1 => LocalTime.parse(s\"0$isoTime\")\n          case isoTime => throw new RuntimeException(s\"$isoTime is not a valid Hsqldb String\")\n        }\n      }\n    }\n\n    override val offsetTimeType = new HsqldbOffsetTimeJdbcType\n    override val offsetDateTimeType = new HsqldbOffsetDateTimeJdbcType\n    override val instantType = new HsqldbInstantJdbcType\n\n\n    \/**\n      * HSQLDB uses a non-standard string representation of timestamps. It doesn't pad the hour and offset-hour with zeros.\n      * Although the hour can be handled by DateTimeFormatterBuilder, the offset hour can't. See it's method appendOffset()\n      * So we handle this in two steps: first pad (trim) zeros in the offset, and then use a custom DateTimeFormatterBuilder.\n      *\/\n    trait HsqldbTimeJdbcTypeWithOffset {\n      protected val timeFormatter: DateTimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ofPattern(\"H:mm:ss\"))\n          .optionalStart()\n          .appendFraction(ChronoField.NANO_OF_SECOND, 0, 9, true)\n          .optionalEnd()\n          .appendOffset(\"+HH:MM\", \"Z\")\n          .toFormatter()\n      }\n\n      protected val datetimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ISO_LOCAL_DATE)\n          .appendLiteral(' ')\n          .append(timeFormatter)\n          .toFormatter()\n      }\n\n      \/**\n        * Add offset padding e.g. +1:00 becomes +01:00.\n        *\/\n      def offsetConvertHsqldbToISO(hsqldbString : String) : String = hsqldbString.takeRight(5).toArray match {\n        case Array('+'|'-',_,':',_,_) => hsqldbString.dropRight(4) + \"0\" + hsqldbString.takeRight(4)\n        case _ => hsqldbString\n      }\n\n      \/**\n        * Remove offset padding e.g. +01:00 becomes +1:00. 'Z' becomes '+0:00'.\n        *\/\n      def offsetConvertISOToHsqldb(isoString : String) : String = isoString.takeRight(6).toArray match {\n        case Array(_,_,_,_,_,'Z') => isoString.dropRight(1) + \"+0:00\"\n        case Array('+'|'-','0',_,':',_,_) => isoString.dropRight(5) + isoString.takeRight(4)\n        case _ => isoString\n      }\n    }\n\n    class HsqldbOffsetTimeJdbcType extends OffsetTimeJdbcType with HsqldbTimeJdbcTypeWithOffset {\n\n      override def sqlType = java.sql.Types.TIME_WITH_TIMEZONE\n\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"TIME(9) WITH TIME ZONE\"\n\n      override val hasLiteralForm: Boolean = false\n\n      override def setValue(v: OffsetTime, p: PreparedStatement, idx: Int) = {\n        @inline val correctedOffsetTime: String = offsetConvertISOToHsqldb(v.format(timeFormatter))\n        p.setString(idx, correctedOffsetTime)\n      }\n\n      override def updateValue(v: OffsetTime, r: ResultSet, idx: Int) = {\n        @inline val correctedOffsetTime: String = offsetConvertISOToHsqldb(v.format(timeFormatter))\n        r.updateString(idx, correctedOffsetTime)\n      }\n\n      override def getValue(r: ResultSet, idx: Int): OffsetTime = {\n        r.getString(idx) match {\n          case null => null\n          case hsqldbString =>\n            @inline val normalizedIsoString : String = offsetConvertHsqldbToISO(hsqldbString)\n            \/\/ in a subsecond greater than 00:00:00 and with an offset, we seem to get back a string like\n            \/\/ '24:00:00.745+01:00' instead of '00:00:00.745+01:00' which is an invalid OffsetTime,\n            \/\/ so update the leading 24 to 00\n            OffsetTime.parse(\n              if (normalizedIsoString.startsWith(\"24:00:00\"))\n                \"00\" + normalizedIsoString.substring(2)\n              else\n                normalizedIsoString, timeFormatter)\n        }\n      }\n\n      override def valueToSQLLiteral(v: OffsetTime): String =\n        s\"'${offsetConvertISOToHsqldb(v.format(timeFormatter))}'\"\n    }\n\n    class HsqldbOffsetDateTimeJdbcType extends OffsetDateTimeJdbcType with HsqldbTimeJdbcTypeWithOffset {\n\n      override def sqlType = java.sql.Types.TIMESTAMP_WITH_TIMEZONE\n\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"TIMESTAMP(9) WITH TIME ZONE\"\n\n      override val hasLiteralForm: Boolean = false\n\n      override def setValue(v: OffsetDateTime, p: PreparedStatement, idx: Int) = {\n        @inline val correctedOffsetTime: String = offsetConvertISOToHsqldb(v.format(datetimeFormatter))\n        p.setString(idx, correctedOffsetTime)\n      }\n\n      override def updateValue(v: OffsetDateTime, r: ResultSet, idx: Int) = {\n        @inline val correctedOffsetTime: String = offsetConvertISOToHsqldb(v.format(datetimeFormatter))\n        r.updateString(idx, correctedOffsetTime)\n      }\n\n      override def getValue(r: ResultSet, idx: Int): OffsetDateTime = {\n        r.getString(idx) match {\n          case null => null\n          case hsqldbString =>\n            @inline val normalizedIsoString: String = offsetConvertHsqldbToISO(hsqldbString)\n            OffsetDateTime.parse(normalizedIsoString,datetimeFormatter)\n        }\n      }\n\n      override def valueToSQLLiteral(v: OffsetDateTime): String =\n        s\"'${offsetConvertISOToHsqldb(v.format(datetimeFormatter))}'\"\n    }\n    class HsqldbInstantJdbcType extends InstantJdbcType with HsqldbTimeJdbcTypeWithOffset {\n      override def sqlType = java.sql.Types.TIMESTAMP_WITH_TIMEZONE\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"TIMESTAMP(9) WITH TIME ZONE\"\n      override val hasLiteralForm: Boolean = false\n      override def setValue(v: Instant, p: PreparedStatement, idx: Int) = {\n        @inline val correctedOffsetTime = offsetConvertISOToHsqldb(\n          OffsetDateTime.ofInstant(v, ZoneOffset.UTC).format(datetimeFormatter))\n        p.setString(idx, correctedOffsetTime)\n      }\n\n      override def updateValue(v: Instant, r: ResultSet, idx: Int) = {\n        @inline val correctedOffsetTime: String = offsetConvertISOToHsqldb(\n          OffsetDateTime.ofInstant(v, ZoneOffset.UTC).format(datetimeFormatter))\n        r.updateString(idx, correctedOffsetTime)\n      }\n\n      override def getValue(r: ResultSet, idx: Int): Instant = {\n        r.getString(idx) match {\n          case null => null\n          case hsqldbString =>\n            @inline val normalizedIsoString: String = offsetConvertHsqldbToISO(hsqldbString)\n            OffsetDateTime.parse(normalizedIsoString,datetimeFormatter).toInstant\n        }\n      }\n    }\n  }\n\n  class HsqldbTableDDLBuilder(table: Table[_]) extends TableDDLBuilder(table) {\n    override protected def createIndex(idx: Index) = {\n      if(idx.unique) {\n        \/* Create a UNIQUE CONSTRAINT (with an automatically generated backing\n         * index) because Hsqldb does not allow a FOREIGN KEY CONSTRAINT to\n         * reference columns which have a UNIQUE INDEX but not a nominal UNIQUE\n         * CONSTRAINT. *\/\n        val sb = new StringBuilder append \"ALTER TABLE \" append quoteIdentifier(table.tableName) append \" ADD \"\n        sb append \"CONSTRAINT \" append quoteIdentifier(idx.name) append \" UNIQUE(\"\n        addIndexColumnList(idx.on, sb, idx.table.tableName)\n        sb append \")\"\n        sb.toString\n      } else super.createIndex(idx)\n    }\n  }\n\n  class HsqldbSequenceDDLBuilder[T](seq: Sequence[T]) extends SequenceDDLBuilder(seq) {\n    override def buildDDL: DDL = {\n      import seq.integral._\n      val increment = seq._increment.getOrElse(one)\n      val desc = increment < zero\n      val start = seq._start.getOrElse(if(desc) -1 else 1)\n      val b = new StringBuilder append \"CREATE SEQUENCE \" append quoteIdentifier(seq.name)\n      seq._increment.foreach { b append \" INCREMENT BY \" append _ }\n      seq._minValue.foreach { b append \" MINVALUE \" append _ }\n      seq._maxValue.foreach { b append \" MAXVALUE \" append _ }\n      \/* The START value in Hsqldb defaults to 0 instead of the more\n       * conventional 1\/-1 so we rewrite it to make 1\/-1 the default. *\/\n      if(start != 0) b append \" START WITH \" append start\n      if(seq._cycle) b append \" CYCLE\"\n      DDL(b.toString, \"DROP SEQUENCE \" + quoteIdentifier(seq.name))\n    }\n  }\n}\n\nobject HsqldbProfile extends HsqldbProfile\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/jdbc\/DriverDataSource.scala","text":"package slick.jdbc\n\nimport scala.language.reflectiveCalls\nimport scala.reflect.Selectable.reflectiveSelectable\n\nimport java.io.{PrintWriter, Closeable}\nimport java.sql._\nimport java.util.Properties\nimport java.util.logging.Logger\nimport javax.sql.DataSource\n\nimport slick.SlickException\nimport slick.util.{ClassLoaderUtil, Logging, ignoreFollowOnError}\n\nimport scala.jdk.CollectionConverters._\nimport scala.util.control.NonFatal\n\n\/** A DataSource that wraps the DriverManager API. It can be configured as a Java Bean and used\n  * both stand-alone and as a source for a connection pool. *\/\nclass DriverDataSource(\n    \/** The JDBC URL (required) *\/\n    @volatile var url: String,\n    \/** Optional user name *\/\n    @volatile var user: String = null,\n    \/** Optional password *\/\n    @volatile var password: String = <PASSWORD>,\n    \/** Optional connection properties *\/\n    @volatile var properties: Properties = null,\n    \/** Name of the `java.sql.Driver` class. This must be set unless a `driverObject` is set\n      * directly or the driver is already registered with the DriverManager. *\/\n    @volatile var driverClassName: String = null,\n    \/** When `close()` is called, try to deregister a driver that was registered by this instance. *\/\n    @volatile var deregisterDriver: Boolean = false,\n    \/** The JDBC driver to use. If this is set, `driverClassName` will be ignored. *\/\n    @volatile var driverObject: Driver = null,\n    \/** The ClassLoader that is used to load `driverClassName` *\/\n    @volatile var classLoader: ClassLoader = ClassLoaderUtil.defaultClassLoader\n  ) extends DataSource with Closeable with Logging {\n\n  \/\/ Bean properties (Dotty doesn't support the BeanProperty annotation to generate them automatically\n  def setUrl(url: String): Unit = this.url = url\n  def getUrl(): String = this.url\n  def setUser(user: String): Unit = this.user = user\n  def getUser(): String = this.user\n  def setPassword(password: String): Unit = this.password = password\n  def getPassword(): String = this.password\n  def setProperties(properties: Properties): Unit = this.properties = properties\n  def getProperties(): Properties = this.properties\n  def setDriverClassName(driverClassName: String): Unit = this.driverClassName = driverClassName\n  def getDriverClassName(): String = this.driverClassName\n  def setDeregisterDriver(deregisterDriver: Boolean): Unit = this.deregisterDriver = deregisterDriver\n  def isDeregisterDriver(): Boolean = this.deregisterDriver\n\n  def this() = this(null)\n\n  \/\/ Alias for `driverClassName`\n  def getDriver: String = driverClassName\n  def setDriver(s: String): Unit = driverClassName = s\n\n  \/\/ State that gets initialized by `init`\n  @volatile private[this] var registered: Boolean = false\n  @volatile private[this] var initialized = false\n  @volatile private[this] var driver: Driver = _\n  @volatile private[this] var connectionProps: Properties = _\n  @volatile private[this] var initException: Throwable = null\n\n  def init(): Unit = {\n    if(!initialized) {\n      this.synchronized {\n        if(!initialized) {\n          try {\n            if(url eq null) throw new SQLException(\"Required parameter \\\"url\\\" missing in DriverDataSource\")\n            driver = if(driverObject eq null) {\n              if(driverClassName ne null) {\n                DriverManager.getDrivers.asScala.find(_.getClass.getName == driverClassName).getOrElse {\n                  logger.debug(s\"Driver $driverClassName not already registered; trying to load it\")\n                  val cl = classLoader.loadClass(driverClassName)\n                  registered = true\n                  DriverManager.getDrivers.asScala.find(_.getClass.getName == driverClassName).getOrElse {\n                    logger.debug(s\"Loaded driver $driverClassName but it did not register with DriverManager; trying to instantiate directly\")\n                    try cl.getConstructor().newInstance().asInstanceOf[Driver] catch { case ex: Exception =>\n                      logger.debug(s\"Instantiating driver class $driverClassName failed; asking DriverManager to handle URL $url\", ex)\n                      try DriverManager.getDriver(url) catch { case ex: Exception =>\n                        throw new SlickException(s\"Driver $driverClassName does not know how to handle URL $url\", ex)\n                      }\n                    }\n                  }\n                }\n              } else try DriverManager.getDriver(url) catch { case ex: Exception =>\n                throw new SlickException(s\"No driver specified and DriverManager does not know how to handle URL $url\", ex)\n              }\n            } else driverObject\n            if(!driver.acceptsURL(url)) {\n              close()\n              throw new SlickException(s\"Driver ${driver.getClass.getName} does not know how to handle URL $url\")\n            }\n            connectionProps = propsWithUserAndPassword(properties, user, password)\n          } catch { case NonFatal(ex) =>\n            try close() catch ignoreFollowOnError\n            ex.printStackTrace()\n            throw ex\n          } finally initialized = true\n        }\n      }\n    }\n    if(initException != null) throw initException\n  }\n\n  private[this] def propsWithUserAndPassword(p: Properties, user: String, password: String): Properties = {\n    if((p ne null) && (user eq null) && (password eq null)) p else {\n      val p2 = new Properties(p)\n      if(user ne null) p2.setProperty(\"user\", user)\n      if(password ne null) p2.setProperty(\"password\", password)\n      p2\n    }\n  }\n\n  def getConnection: Connection = {\n    init()\n    driver.connect(url, connectionProps)\n  }\n\n  def getConnection(username: String, password: String): Connection = {\n    init()\n    driver.connect(url, propsWithUserAndPassword(connectionProps, username, password))\n  }\n\n  def close(): Unit = if(registered && deregisterDriver && (driver ne null)) {\n    DriverManager.deregisterDriver(driver)\n    registered = false\n  }\n\n  def getLoginTimeout: Int = DriverManager.getLoginTimeout\n\n  def setLoginTimeout(seconds: Int): Unit = DriverManager.setLoginTimeout(seconds)\n\n  def getLogWriter: PrintWriter = throw new SQLFeatureNotSupportedException()\n\n  def setLogWriter(out: PrintWriter): Unit = throw new SQLFeatureNotSupportedException()\n\n  def getParentLogger: Logger = {\n    init()\n    try driver.asInstanceOf[ {def getParentLogger(): Logger}].getParentLogger()\n    catch { case _: NoSuchMethodException => throw new SQLFeatureNotSupportedException() }\n  }\n\n  def isWrapperFor(iface: Class[_]): Boolean = iface.isInstance(this)\n\n  def unwrap[T](iface: Class[T]): T =\n    if(iface.isInstance(this)) this.asInstanceOf[T]\n    else throw new SQLException(getClass.getName+\" is not a wrapper for \"+iface)\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/util\/QueryInterpolator.scala","text":"package slick.util\n\nimport scala.language.implicitConversions\nimport slick.ast.{Node, Symbol, SymbolNamer}\n\nobject QueryInterpolator {\n  implicit def queryInterpolator(s: StringContext): QueryInterpolator = new QueryInterpolator(s)\n}\n\ntrait InterpolationContext {\n  def sqlBuilder: SQLBuilder\n  def quoteIdentifier(s: String): String\n  def symbolName: SymbolNamer\n  def expr(n: Node): Unit\n  def skipParens: Boolean\n  def withSkipParens[U](b: Boolean)(f: => U): U\n}\n\nclass QueryInterpolator(context: StringContext) {\n  \/**\n   * String interpolation using the \"b\" prefix to build SQL statements. In\n   * general, the generated string is passed to \"sqlBuilder.+=\". When preceded\n   * by '\\', the following characters have special meaning:\n   *\n   * <ul>\n   *   <li>'(': if(!skipParens) sqlBuilder += '('<\/li>\n   *   <li>')': if(!skipParens) sqlBuilder += ')'<\/li>\n   *   <li>'[': Add a '(' plus newline and increase indentation<\/li>\n   *   <li>'[': Decrease indentation and add a newline plus ')'<\/li>\n   *   <li>'{': Like '[' but only if(!skipParens)<\/li>\n   *   <li>'}': Like ']' but only if(!skipParens)<\/li>\n   *   <li>'n': Add a newline plus indentation<\/li>\n   * <\/ul>\n   *\n   * If 'slick.sqlIndent' is not set in application.conf, no newlines are inserted and indentation\n   * is replaced by a single space character.\n   *\n   * Variables inside the string can be prefixed by another symbol before the\n   * standard '$' escape character to modify their meaning:\n   *\n   * <ul>\n   *   <li>'`' (before a String variable s): sqlBuilder += quoteIdentifier(s)<\/li>\n   *   <li>'`' (before a Symbol variable s): sqlBuilder += symbolName(s)<\/li>\n   *   <li>'!' (before a Node variable n): expr(n, true)<\/li>\n   *   <li>no prefix (before a Node variable n): expr(n)<\/li>\n   *   <li>no prefix (before a String variable s): sqlBuilder += s<\/li>\n   *   <li>no prefix (before an AnyVal variable v): sqlBuilder += String.valueOf(v)<\/li>\n   * <\/ul>\n   *\n   * The identifiers sqlBuilder, skipParens, expr, quoteIdentifier and\n   * symbolName are resolved *dynamically* at the call site.\n   *\/\n  def b(args: Any*)(implicit ic: InterpolationContext): Unit = {\n\n    def appendString(str: String): Unit = {\n      val len = str.length\n      var pos = 0\n      while(pos < len) {\n        str.charAt(pos) match {\n          case '\\\\' =>\n            pos += 1\n            if(pos < len) {\n              str.charAt(pos) match {\n                case c2 @ ('(' | ')') => \/\/ optional parentheses\n                  if(!ic.skipParens) ic.sqlBuilder += c2\n                case '{' => \/\/ optional open parentheses with indent\n                  if(!ic.skipParens) {\n                    ic.sqlBuilder += '('\n                    ic.sqlBuilder.newLineIndent()\n                  }\n                case '}' => \/\/ optional close parentheses with dedent\n                  if(!ic.skipParens) {\n                    ic.sqlBuilder.newLineDedent()\n                    ic.sqlBuilder += ')'\n                  }\n                case '[' => \/\/ open parenthesis with indent\n                  ic.sqlBuilder += '('\n                  ic.sqlBuilder.newLineIndent()\n                case ']' => \/\/ close parenthesis with dedent\n                  ic.sqlBuilder.newLineDedent()\n                  ic.sqlBuilder += ')'\n                case 'n' =>\n                  ic.sqlBuilder.newLineOrSpace()\n                case c2 =>\n                  throw new IllegalArgumentException(\"Invalid escaped character '\"+c2+\"' in literal \\\"\"+str+\"\\\"\")\n              }\n            }\n          case c => ic.sqlBuilder += c\n        }\n        pos += 1\n      }\n    }\n\n    val pit = context.parts.iterator\n    val ait = args.iterator\n\n    while(ait.hasNext) {\n      val s = pit.next()\n      val av = ait.next()\n      val len = s.length\n      val marker = if(len == 0) '\\u0000' else s.charAt(len-1)\n      marker match {\n        case '`' =>\n          appendString(s.substring(0, len-1))\n          av match {\n            case av: String => ic.sqlBuilder += ic.quoteIdentifier(av)\n            case av: Symbol => ic.sqlBuilder += ic.symbolName(av)\n            case av => throw new IllegalArgumentException(s\"Unsupported type ${av.getClass.getName}. Must be Node or Symbol.\")\n          }\n        case '!' =>\n          appendString(s.substring(0, len-1))\n          ic.withSkipParens(true)(ic.expr(av.asInstanceOf[Node]))\n        case _ =>\n          appendString(s)\n          av match {\n            case av: String => ic.sqlBuilder += av\n            case av: Node => ic.withSkipParens(false)(ic.expr(av))\n            case av => ic.sqlBuilder += String.valueOf(av)\n          }\n      }\n    }\n    appendString(pit.next())\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala-2.13\/slick\/lifted\/TableQuery.scala","text":"package slick.lifted\n\nimport scala.language.experimental.macros\n\nimport slick.ast.Node\n\nimport scala.reflect.macros.blackbox.Context\n\n\/** Represents a database table. Profiles add extension methods to TableQuery\n * for operations that can be performed on tables but not on arbitrary\n * queries, e.g. getting the table DDL. *\/\nclass TableQuery[E <: AbstractTable[_]](cons: Tag => E) extends Query[E, E#TableElementType, Seq] {\n  lazy val shaped = {\n    val baseTable = cons(new BaseTag { base =>\n      def taggedAs(path: Node): AbstractTable[_] = cons(new RefTag(path) {\n        def taggedAs(path: Node) = base.taggedAs(path)\n      })\n    })\n    ShapedValue(baseTable, RepShape[FlatShapeLevel, E, E#TableElementType])\n  }\n\n  lazy val toNode = shaped.toNode\n\n  \/** Get the \"raw\" table row that represents the table itself, as opposed to\n   * a Path for a variable of the table's type. This method should generally\n   * not be called from user code. *\/\n  def baseTableRow: E = shaped.value\n}\n\nobject TableQuery {\n  \/** Create a TableQuery for a table row class using an arbitrary constructor function. *\/\n  def apply[E <: AbstractTable[_]](cons: Tag => E): TableQuery[E] =\n    new TableQuery[E](cons)\n\n  \/** Create a TableQuery for a table row class which has a constructor of type (Tag). *\/\n  def apply[E <: AbstractTable[_]]: TableQuery[E] = macro TableQueryMacroImpl.apply[E]\n}\n\nobject TableQueryMacroImpl {\n\n  def apply[E <: AbstractTable[_]](c: Context)(implicit e: c.WeakTypeTag[E]): c.Expr[TableQuery[E]] = {\n    import c.universe._\n    val cons = c.Expr[Tag => E](Function(\n      List(ValDef(Modifiers(Flag.PARAM), TermName(\"tag\"), Ident(typeOf[Tag].typeSymbol), EmptyTree)),\n      Apply(\n        Select(New(TypeTree(e.tpe)), termNames.CONSTRUCTOR),\n        List(Ident(TermName(\"tag\")))\n      )\n    ))\n    reify { TableQuery.apply[E](cons.splice) }\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/collection\/heterogeneous\/HList.scala","text":"package slick.collection.heterogeneous\n\nimport scala.annotation.unchecked.{uncheckedVariance => uv}\nimport slick.lifted.{MappedScalaProductShape, Shape, ShapeLevel}\nimport scala.reflect.ClassTag\n\n\/** A heterogenous list where each element has its own type. *\/\nsealed abstract class HList extends Product {\n  \/** The type of this HList object *\/\n  type Self <: HList\n  \/** The type of the first element *\/\n  type Head\n  \/** The type of the tail of this HList *\/\n  type Tail <: HList\n\n  \/** The type of prepending an element of type E to this HList *\/\n  type :: [E] = HCons[E, Self]\n\n  \/** Get the first element, or throw a NoSuchElementException if this HList is empty. *\/\n  def head: Head\n  \/** Get the tail of the list, or throw a NoSuchElementException if this HList is empty. *\/\n  def tail: Tail\n  \/** Return this HList typed as `Self`\/ *\/\n  def self: Self\n  \/** Check if this HList is non-empty. *\/\n  def nonEmpty: Boolean\n  \/** Convert this HList to a `List[Any]`. *\/\n  def toList: List[Any]\n\n  \/** Check if this list is empty. *\/\n  final def isEmpty = !nonEmpty\n\n  \/** Get the length of this list. *\/\n  @inline final def length: Int = productArity\n  \/** Get the length of this list as an `Int`. *\/\n  final def productArity: Int = {\n    var i = 0\n    var h = this\n    while(h.nonEmpty) {\n      i += 1\n      h = h.tail\n    }\n    i\n  }\n\n  \/** Prepend an element to this HList, returning a new HList. *\/\n  @inline final def :: [E](elem: E): :: [E] = new HCons[E, Self](elem, this.asInstanceOf[Self])\n\n  \/** Drop the first `n` elements from this HList. *\/\n  final def drop(i: Int): HList = {\n    var h = this\n    var ii = i\n    while(ii > 0) {\n      ii -= 1\n      h = h.tail\n    }\n    h\n  }\n\n  final def productElement(i: Int): Any = drop(i).head\n\n  \/** Evaluate a function for each element of this HList. *\/\n  final def foreach(f: Any => Unit): Unit = {\n    var h = this\n    while(h.nonEmpty) {\n      f(h.head)\n      h = h.tail\n    }\n  }\n\n  override final def toString = {\n    val b = new StringBuffer\n    foreach { v =>\n      v match {\n        case h: HList =>\n          b.append(\"(\").append(v).append(\")\")\n        case _ =>\n          b.append(v)\n      }\n      b.append(\" :: \") }\n    b.append(\"HNil\").toString\n  }\n\n  override final lazy val hashCode: Int = toList.hashCode\n  override final def equals(that: Any) = that match {\n    case that: HList => toList == that.toList\n    case _ => false\n  }\n  final def canEqual(that: Any) = that.isInstanceOf[HList]\n}\n\nobject HList {\n  import syntax._\n\n  final class HListShape[Level <: ShapeLevel, M <: HList, U <: HList : ClassTag, P <: HList](val shapes: Seq[Shape[_ <: ShapeLevel, _, _, _]]) extends MappedScalaProductShape[Level, HList, M, U, P] {\n    def buildValue(elems: IndexedSeq[Any]) = elems.foldRight(HNil: HList)(_ :: _)\n    def copy(shapes: Seq[Shape[_ <: ShapeLevel, _, _, _]]) = new HListShape(shapes)\n  }\n\n  implicit def hnilShape[Level <: ShapeLevel]: HListShape[Level, HNil.type, HNil.type, HNil.type] =\n    new HListShape[Level, HNil.type, HNil.type, HNil.type](Nil)\n  implicit def hconsShape[Level <: ShapeLevel, M1, M2 <: HList, U1, U2 <: HList, P1, P2 <: HList](implicit s1: Shape[_ <: Level, M1, U1, P1], s2: HListShape[_ <: Level, M2, U2, P2]): HListShape[Level, M1 :: M2, U1 :: U2, P1 :: P2] =\n    new HListShape[Level, M1 :: M2, U1 :: U2, P1 :: P2](s1 +: s2.shapes)\n}\n\n\/** A cons cell of an `HList`, containing an element type and the element *\/\nfinal class HCons[+H, +T <: HList](val head: H, val tail: T) extends HList {\n  type Self = HCons[H @uv, T @uv]\n  type Head = H @uv\n  type Tail = T @uv\n\n  def self = this\n  def toList: List[Any] = head :: tail.toList\n  def nonEmpty = true\n}\n\nobject HCons {\n  def unapply[H, T <: HList](l: HCons[H, T]) = Some((l.head, l.tail))\n}\n\n\/** The empty `HList` *\/\nobject HNil extends HList {\n  type Self = HNil.type\n  type Head = Nothing\n  type Tail = Nothing\n\n  def self = HNil\n  def head = throw new NoSuchElementException(\"HNil.head\")\n  def tail = throw new NoSuchElementException(\"HNil.tail\")\n  def toList = Nil\n  def nonEmpty = false\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/test\/scala\/slick\/test\/jdbc\/DataSourceTest.scala","text":"package slick.test.jdbc\n\nimport java.sql.{Connection, Driver, DriverPropertyInfo, SQLException}\nimport java.util.Properties\nimport java.util.logging.Logger\n\nimport com.typesafe.config.ConfigFactory\nimport org.junit.{Ignore, Test}\nimport org.junit.Assert._\nimport slick.basic.DatabaseConfig\nimport slick.jdbc.{JdbcBackend, JdbcProfile}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\n\n@Ignore\nclass DataSourceTest {\n  @Test def testDataSourceJdbcDataSource: Unit = {\n    val dc = DatabaseConfig.forConfig[JdbcProfile](\"ds1\")\n    import dc.profile.api._\n    try {\n      assertEquals(1, Await.result(dc.db.run(sql\"select lock_mode()\".as[Int].head), Duration.Inf))\n    } finally dc.db.close\n  }\n\n  @Test def testDirectDataSource: Unit = {\n    val dc = DatabaseConfig.forConfig[JdbcProfile](\"ds2\")\n    import dc.profile.api._\n    try {\n      assertEquals(2, Await.result(dc.db.run(sql\"select lock_mode()\".as[Int].head), Duration.Inf))\n    } finally dc.db.close\n  }\n\n  @Test def testDatabaseUrlDataSource: Unit = {\n    import slick.jdbc.H2Profile.api.actionBasedSQLInterpolation\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrl\")\n    try {\n      assertEquals(Some(20), db.source.maxConnections)\n      try Await.result(db.run(sqlu\"dummy\"), Duration.Inf) catch { case ex: SQLException => }\n      val (url, info) = MockDriver.getLast.getOrElse(fail(\"No connection data recorded\").asInstanceOf[Nothing])\n      assertEquals(\"jdbc:postgresql:\/\/host\/dbname\", url)\n      assertEquals(\"user\", info.getProperty(\"user\"))\n      assertEquals(\"pass\", info.getProperty(\"password\"))\n      assertEquals(\"bar\", info.getProperty(\"foo\"))\n    } finally db.close\n  }\n\n  @Test def testDatabaseUrlDataSourceNoPassword: Unit = {\n    import slick.jdbc.H2Profile.api.actionBasedSQLInterpolation\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrlNoPassword\")\n    try {\n      assertEquals(Some(20), db.source.maxConnections)\n      try Await.result(db.run(sqlu\"dummy\"), Duration.Inf) catch { case ex: SQLException => }\n      val (url, info) = MockDriver.getLast.getOrElse(fail(\"No connection data recorded\").asInstanceOf[Nothing])\n      assertEquals(\"jdbc:postgresql:\/\/host\/dbname\", url)\n      assertEquals(\"user\", info.getProperty(\"user\"))\n      assertEquals(null, info.getProperty(\"password\"))\n      assertEquals(\"bar\", info.getProperty(\"foo\"))\n    } finally db.close\n  }\n\n  @Test def testDatabaseUrlDataSourceMySQL: Unit = {\n    import slick.jdbc.H2Profile.api.actionBasedSQLInterpolation\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrlMySQL\")\n    try {\n      assertEquals(Some(20), db.source.maxConnections)\n      try Await.result(db.run(sqlu\"dummy\"), Duration.Inf) catch { case ex: SQLException => }\n      val (url, info) = MockDriver.getLast.getOrElse(fail(\"No connection data recorded\").asInstanceOf[Nothing])\n      assertEquals(\"jdbc:mysql:\/\/host\/dbname?useUnicode=yes&characterEncoding=UTF-8&connectionCollation=utf8_general_ci\", url)\n      assertEquals(\"user\", info.getProperty(\"user\"))\n      assertEquals(\"pass\", info.getProperty(\"password\"))\n      assertEquals(\"bar\", info.getProperty(\"foo\"))\n    } finally db.close\n  }\n\n  @Test def testDatabaseUrlDataSourceMySQLNoPassword: Unit = {\n    import slick.jdbc.H2Profile.api.actionBasedSQLInterpolation\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrlMySQLNoPassword\")\n    try {\n      assertEquals(Some(20), db.source.maxConnections)\n      try Await.result(db.run(sqlu\"dummy\"), Duration.Inf) catch { case ex: SQLException => }\n      val (url, info) = MockDriver.getLast.getOrElse(fail(\"No connection data recorded\").asInstanceOf[Nothing])\n      assertEquals(\"jdbc:mysql:\/\/host\/dbname?useUnicode=yes&characterEncoding=UTF-8&connectionCollation=utf8_general_ci\", url)\n      assertEquals(\"user\", info.getProperty(\"user\"))\n      assertEquals(null, info.getProperty(\"password\"))\n      assertEquals(\"bar\", info.getProperty(\"foo\"))\n    } finally db.close\n  }\n\n  @Test def testAltDatabaseUrlDataSourceScheme: Unit = {\n    import slick.jdbc.H2Profile.api.actionBasedSQLInterpolation\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"altDatabaseUrl\")\n    try {\n      assertEquals(Some(20), db.source.maxConnections)\n      try Await.result(db.run(sqlu\"dummy\"), Duration.Inf) catch { case ex: SQLException => }\n      val (url, info) = MockDriver.getLast.getOrElse(fail(\"No connection data recorded\").asInstanceOf[Nothing])\n      assertEquals(\"jdbc:postgresql:\/\/host\/dbname\", url)\n      assertEquals(\"user\", info.getProperty(\"user\"))\n      assertEquals(\"pass\", info.getProperty(\"password\"))\n      assertEquals(\"bar\", info.getProperty(\"foo\"))\n    } finally db.close\n  }\n\n  @Test def testMaxConnections: Unit = {\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrl\", ConfigFactory.parseString(\n      \"\"\"\n         |databaseUrl {\n         |  dataSourceClass = \"slick.jdbc.DatabaseUrlDataSource\"\n         |  maxConnections = 20\n         |  url = \"postgres:\/\/user:pass@host\/dbname\"\n         |}\n         |\"\"\".stripMargin))\n    try {\n      assertEquals(\"maxConnections should be respected\", Some(20), db.source.maxConnections)\n    } finally db.close\n  }\n\n  @Test def testMaxConnectionsNumThreads: Unit = {\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrl\", ConfigFactory.parseString(\n      \"\"\"\n        |databaseUrl {\n        |  dataSourceClass = \"slick.jdbc.DatabaseUrlDataSource\"\n        |  numThreads = 10\n        |  url = \"postgres:\/\/user:pass@host\/dbname\"\n        |}\n        |\"\"\".stripMargin\n    ))\n    try {\n      assertEquals(\"maxConnections should be numThreads\", Some(10), db.source.maxConnections)\n    } finally db.close\n  }\n\n  @Test def testConnectionPoolDisabled: Unit = {\n    MockDriver.reset\n    val db = JdbcBackend.Database.forConfig(\"databaseUrl\", ConfigFactory.parseString(\n      \"\"\"\n        |databaseUrl {\n        |  dataSourceClass = \"slick.jdbc.DatabaseUrlDataSource\"\n        |  connectionPool = \"disabled\"\n        |  url = \"postgres:\/\/user:pass@host\/dbname\"\n        |}\n        |\n      \"\"\".stripMargin))\n    try {\n      assertEquals(\"maxConnections should be None when not using a pool\", None, db.source.maxConnections)\n    } finally db.close\n  }\n\n}\n\nobject MockDriver {\n  @volatile private var last: Option[(String, Properties)] = None\n  def getLast = last\n  def reset: Unit = last = None\n}\n\nclass MockDriver extends Driver {\n  def acceptsURL(url: String): Boolean = true\n  def jdbcCompliant(): Boolean = false\n  def getPropertyInfo(url: String, info: Properties): Array[DriverPropertyInfo] = Array()\n  def getMinorVersion: Int = 0\n  def getParentLogger: Logger = throw new SQLException(\"feature not implemented\")\n  def connect(url: String, info: Properties): Connection = {\n    MockDriver.last = Some((url, info))\n    throw new SQLException(\"Connection data has been recorded\")\n  }\n  def getMajorVersion: Int = 0\n}\n\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/test\/scala\/slick\/test\/jdbc\/hikaricp\/SlickInUseCountTest.scala","text":"<reponame>djx314\/slick<filename>slick-testkit\/src\/test\/scala\/slick\/test\/jdbc\/hikaricp\/SlickInUseCountTest.scala\npackage slick.test.jdbc.hikaricp\n\nimport java.lang.management.ManagementFactory\nimport java.util.concurrent.{ThreadPoolExecutor, TimeUnit}\nimport javax.management.ObjectName\n\nimport com.typesafe.slick.testkit.util.{AsyncTest, JdbcTestDB}\nimport org.junit.Assert.assertEquals\nimport org.junit.{After, Before, Ignore, Test}\nimport org.slf4j.LoggerFactory\nimport slick.jdbc.H2Profile.api._\nimport slick.lifted.{ProvenShape, TableQuery}\nimport slick.util.{ManagedArrayBlockingQueue, SlickLogger}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Future}\n\nclass SlickInUseCountTest extends AsyncTest[JdbcTestDB] {\n\n  val poolName = \"inUseCount\"\n  val mbeanServer = ManagementFactory.getPlatformMBeanServer\n  val aeBeanName = new ObjectName(s\"slick:type=AsyncExecutor,name=$poolName\")\n  val poolBeanName = new ObjectName(s\"com.zaxxer.hikari:type=Pool ($poolName)\")\n\n  val logger = new SlickLogger(LoggerFactory.getLogger(\"slick.util.AsyncExecutor\"))\n\n  class TestTable(tag: Tag) extends Table[(Int)](tag, \"SDL\") {\n\n    def id: Rep[Int] = column[Int](\"ID\")\n    def * : ProvenShape[(Int)] = id\n\n  }\n\n  var database: Database = _\n  val testTable: TableQuery[TestTable] = TableQuery[TestTable]\n\n  @Before\n  def openDatabase() = {\n    System.setProperty(\"com.zaxxer.hikari.housekeeping.periodMs\", \"5000\")\n    database = Database.forConfig(\"h2mem-inuse\")\n    Await.result(database.run(testTable.schema.create), Duration.Inf \/*2.seconds*\/)\n  }\n\n  @After\n  def closeDatabase() = {\n    Await.result(database.run(testTable.schema.drop), 2.seconds)\n    database.close()\n  }\n\n  @Test def slickInUseCount(): Unit = {\n    val loops = 10 \/\/ 1000\n    val count = 100\n    1 to loops foreach { _ =>\n      val tasks = 1 to count map { i =>\n        val action = { testTable += i }\n          .flatMap { _ => testTable.length.result }\n          \/\/.flatMap { _ => DBIO.successful(s\"inserted value $i\") }\n\n        database.run(action)\n      }\n      Await.result(Future.sequence(tasks), Duration(10, TimeUnit.SECONDS))\n\n    }\n    \/\/we need to wait until there are no more active threads in the threadpool\n    \/\/DBIOAction results might be available before the threads have completely finished their work\n    while (mbeanServer.getAttribute(aeBeanName, \"ActiveThreads\").asInstanceOf[Int] > 0) {\n      Thread.sleep(100)\n    }\n\n    assertEquals(0, inUseCount)\n\n  }\n\n  \/**\n    * Use Java reflection to retrieve the inUseCount field of the ManagedArrayBlockingQueue\n    *\/\n  def inUseCount: Int = {\n    val asyncExecutorField = database.getClass.getDeclaredField(\"executor\")\n    asyncExecutorField.setAccessible(true)\n    val asyncExecutor = asyncExecutorField.get(database)\n\n    val aeFields = Seq(\"slick$util$AsyncExecutor$$anon$$executor\", \"slick$util$AsyncExecutor$$anon$2$$executor\")\n    val threadPoolExecutorField = asyncExecutor.getClass.getDeclaredFields.find(f => aeFields.contains(f.getName)).get\n    threadPoolExecutorField.setAccessible(true)\n    val threadPoolExecutor = threadPoolExecutorField.get(asyncExecutor)\n\n    val queue = threadPoolExecutor.getClass.getMethod(\"getQueue\").invoke(threadPoolExecutor)\n\n    val inUseCountField = queue.getClass.getDeclaredField(\"inUseCount\")\n    inUseCountField.setAccessible(true)\n    inUseCountField.get(queue).asInstanceOf[Int]\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/jdbc\/StaticQuery.scala","text":"<filename>slick\/src\/main\/scala\/slick\/jdbc\/StaticQuery.scala<gh_stars>0\npackage slick.jdbc\n\nimport java.sql.PreparedStatement\n\nimport slick.dbio.Effect\nimport slick.sql.SqlStreamingAction\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass ActionBasedSQLInterpolation(val s: StringContext) extends AnyVal {\n  \/** Build a SQLActionBuilder via string interpolation *\/\n  def sql(params: TypedParameter[_]*): SQLActionBuilder =\n    new SQLActionBuilder(s.parts, params)\n\n  \/** Build an Action for an UPDATE statement via string interpolation *\/\n  def sqlu(params: TypedParameter[_]*) = sql(params: _*).asUpdate\n}\n\nclass TypedParameter[T](val param: T, val pconv: SetParameter[T])\n\nobject TypedParameter {\n  implicit def typedParameter[T](param: T)(implicit pconv: SetParameter[T]): TypedParameter[T] =\n    new TypedParameter[T](param, pconv)\n}\n\nobject SQLInterpolation {\n  def parse(strings: Seq[String], tparams: Seq[TypedParameter[Any]]): (String, SetParameter[Unit]) = {\n    if(strings.length == 1) (strings(0), SetParameter.SetUnit)\n    else {\n      val b = new StringBuilder\n      val remaining = new ArrayBuffer[SetParameter[Unit]]\n      tparams.zip(strings.iterator).foreach { zipped =>\n        val p = zipped._1.param\n        var literal = false\n        def decode(s: String): String =\n          if(s.endsWith(\"##\")) decode(s.substring(0, s.length-2)) + \"#\"\n          else if(s.endsWith(\"#\")) { literal = true; s.substring(0, s.length-1) }\n          else s\n        b.append(decode(zipped._2))\n        if(literal) b.append(p.toString)\n        else {\n          b.append('?')\n          remaining += zipped._1.pconv.applied(p)\n        }\n      }\n      b.append(strings.last)\n      (b.toString, new SetParameter[Unit] {\n        def apply(u: Unit, pp: PositionedParameters): Unit =\n          remaining.foreach(_.apply(u, pp))\n      })\n    }\n  }\n}\n\ncase class SQLActionBuilder(strings: Seq[String], params: Seq[TypedParameter[_]]) {\n  def as[R](implicit rconv: GetResult[R]): SqlStreamingAction[Vector[R], R, Effect] = {\n    val (sql, unitPConv) = SQLInterpolation.parse(strings, params.asInstanceOf[Seq[TypedParameter[Any]]])\n    new StreamingInvokerAction[Vector[R], R, Effect] {\n      def statements = List(sql)\n      protected[this] def createInvoker(statements: Iterable[String]) = new StatementInvoker[R] {\n        val getStatement = statements.head\n        protected def setParam(st: PreparedStatement) = unitPConv((), new PositionedParameters(st))\n        protected def extractValue(rs: PositionedResult): R = rconv(rs)\n      }\n      protected[this] def createBuilder = Vector.newBuilder[R]\n    }\n  }\n  def asUpdate = as[Int](GetResult.GetUpdateValue).head\n}\n"}
{"repo_name":"djx314\/slick","path":"samples\/slick-multidb\/src\/main\/scala\/basic\/DAOHelper.scala","text":"<filename>samples\/slick-multidb\/src\/main\/scala\/basic\/DAOHelper.scala<gh_stars>0\n\/** Common functionality that needs to work with types from the DAO\n  * but in a DAO-independent way.\n  *\/\n\/\/#daohelper\nclass DAOHelper(val dao: DAO) {\n  import dao.profile.api._\n\n  def restrictKey[C[_]](s: String, q: Query[DAO#Props, _, C]) =\n    q.filter(_.key === s)\n}\n\/\/#daohelper\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala-3\/slick\/lifted\/TableQuery.scala","text":"<reponame>djx314\/slick\npackage slick.lifted\n\nimport scala.quoted._\n\nimport slick.ast.Node\n\n\/** Represents a database table. Profiles add extension methods to TableQuery\n * for operations that can be performed on tables but not on arbitrary\n * queries, e.g. getting the table DDL. *\/\nclass TableQuery[E <: AbstractTable[_]](cons: Tag => E) extends Query[E, TableQuery.Extract[E], Seq] {\n  lazy val shaped = {\n    val baseTable = cons(new BaseTag { base =>\n      def taggedAs(path: Node): AbstractTable[_] = cons(new RefTag(path) {\n        def taggedAs(path: Node) = base.taggedAs(path)\n      })\n    })\n    ShapedValue(baseTable, RepShape[FlatShapeLevel, E, TableQuery.Extract[E]])\n  }\n\n  lazy val toNode = shaped.toNode\n\n  \/** Get the \"raw\" table row that represents the table itself, as opposed to\n   * a Path for a variable of the table's type. This method should generally\n   * not be called from user code. *\/\n  def baseTableRow: E = shaped.value\n}\n\nobject TableQuery {\n  \/** Create a TableQuery for a table row class using an arbitrary constructor function. *\/\n  def apply[E <: AbstractTable[_]](cons: Tag => E): TableQuery[E] =\n    new TableQuery[E](cons)\n\n  type Extract[E] = E match {\n    case AbstractTable[t] => t\n  }\n\n  \/** Create a TableQuery for a table row class which has a constructor of type (Tag). *\/\n  inline def apply[E <: AbstractTable[_]]: TableQuery[E] = ${ applyExpr[E] }\n\n  private def applyExpr[E <: AbstractTable[_]](using quotes: Quotes, e: Type[E]): Expr[TableQuery[E]] = {\n    import quotes.reflect._\n    val eTpe = TypeRepr.of(using e)\n    val tagTpe = TypeRepr.of[Tag]\n    val mt = MethodType(List(\"tag\"))(_ => List(tagTpe), _ => eTpe)\n\n    val cons = Lambda(Symbol.spliceOwner, mt, { (meth, tag) =>\n      Select.overloaded(New(TypeIdent(eTpe.typeSymbol)), \"<init>\",\n        List(),\n        List(tag.head.asInstanceOf[Term])\n      )\n    })\n\n    '{ TableQuery.apply[E](${ cons.asExprOf[Tag => E] }) }\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/jdbc\/SQLServerProfile.scala","text":"package slick.jdbc\n\nimport scala.concurrent.ExecutionContext\nimport java.time._\nimport java.sql.{Date, PreparedStatement, ResultSet, Time, Timestamp}\nimport java.time.format.{DateTimeFormatter, DateTimeFormatterBuilder}\nimport java.time.temporal.ChronoField\nimport java.util.UUID\n\nimport scala.reflect.{ClassTag, classTag}\nimport com.typesafe.config.Config\nimport slick.ast._\nimport slick.ast.Util._\nimport slick.basic.Capability\nimport slick.compiler._\nimport slick.dbio._\nimport slick.jdbc.meta.{MColumn, MTable}\nimport slick.lifted._\nimport slick.relational.RelationalProfile\nimport slick.sql.SqlCapabilities\nimport slick.util.{ConstArray, GlobalConfig, SlickLogger}\nimport slick.util.QueryInterpolator.queryInterpolator\nimport slick.util.ConfigExtensionMethods._\n\n\/** Slick profile for Microsoft SQL Server.\n  *\n  * This profile implements [[slick.jdbc.JdbcProfile]]\n  * ''without'' the following capabilities:\n  *\n  * <ul>\n  *   <li>[[slick.jdbc.JdbcCapabilities.returnInsertOther]]:\n  *     When returning columns from an INSERT operation, only a single column\n  *     may be specified which must be the table's AutoInc column.<\/li>\n  *   <li>[[slick.sql.SqlCapabilities.sequence]]:\n  *     Sequences are not supported because SQLServer does not have this\n  *     feature.<\/li>\n  *   <li>[[slick.jdbc.JdbcCapabilities.forceInsert]]:\n  *     Inserting explicit values into AutoInc columns with ''forceInsert''\n  *     operations is not supported.<\/li>\n  *   <li>[[slick.jdbc.JdbcCapabilities.createModel]]:\n  *     Reading the database schema is currently only supported through JTDS,\n  *     not through Microsoft's official JDBC driver.<\/li>\n  *   <li>[[slick.jdbc.JdbcCapabilities.insertOrUpdate]]:\n  *     InsertOrUpdate operations are emulated on the client side if generated\n  *     keys should be returned. Otherwise the operation is performmed\n  *     natively on the server side.<\/li>\n  *   <li>[[slick.jdbc.JdbcCapabilities.supportsByte]]:\n  *     SQL Server's TINYINT is unsigned. It doesn't have a signed Byte-like\n  *     type. Slick maps Byte to SMALLINT instead and that's how it shows up\n  *     in model and code-generation.<\/li>\n  * <\/ul>\n  *\n  * The default type for strings of unlimited length is \"VARCHAR(MAX)\", falling back to\n  * \"VARCHAR(254)\" if a `PrimaryKey` column option is set. This can be\n  * changed by overriding <code>slick.jdbc.SQLServerProfile.defaultStringType<\/code>\n  * in application.conf.\n  *\/\ntrait SQLServerProfile extends JdbcProfile {\n\n  override protected[this] def loadProfileConfig: Config = {\n    if(!GlobalConfig.profileConfig(\"slick.driver.SQLServer\").entrySet().isEmpty)\n      SlickLogger[SQLServerProfile].warn(\"The config key 'slick.driver.SQLServer' is deprecated and not used anymore. Use 'slick.jdbc.SQLServerProfile' instead.\")\n    super.loadProfileConfig\n  }\n\n  protected lazy val defaultStringType = profileConfig.getStringOpt(\"defaultStringType\")\n\n  override protected def computeCapabilities: Set[Capability] = (super.computeCapabilities\n    - JdbcCapabilities.forceInsert\n    - JdbcCapabilities.returnInsertOther\n    - JdbcCapabilities.insertOrUpdate\n    - SqlCapabilities.sequence\n    - JdbcCapabilities.supportsByte\n  )\n\n  override protected def computeQueryCompiler =\n    (super.computeQueryCompiler\n      .addAfter(new RemoveTakeDrop(translateTake = false), Phase.expandSums)\n      .addBefore(new ProtectGroupBy, Phase.mergeToComprehensions)\n      .replace(new RemoveFieldNames(alwaysKeepSubqueryNames = true))\n      + Phase.rewriteBooleans)\n  override protected lazy val useServerSideUpsert = true\n  override protected lazy val useServerSideUpsertReturning = false\n  override val columnTypes = new SQLServerJdbcTypes\n  override def createQueryBuilder(n: Node, state: CompilerState): QueryBuilder = new SQLServerQueryBuilder(n, state)\n  override def createInsertBuilder(node: Insert): InsertBuilder = new SQLServerInsertBuilder(node)\n  override def createUpsertBuilder(node: Insert): InsertBuilder = new SQLServerUpsertBuilder(node)\n  override def createTableDDLBuilder(table: Table[_]): TableDDLBuilder = new SQLServerTableDDLBuilder(table)\n  override def createColumnDDLBuilder(column: FieldSymbol, table: Table[_]): ColumnDDLBuilder = new SQLServerColumnDDLBuilder(column)\n\n  class ModelBuilder(mTables: Seq[MTable], ignoreInvalidDefaults: Boolean)(implicit ec: ExecutionContext) extends JdbcModelBuilder(mTables, ignoreInvalidDefaults) {\n    override def createColumnBuilder(tableBuilder: TableBuilder, meta: MColumn): ColumnBuilder = new SQLServerColumnBuilder(tableBuilder, meta)\n    class SQLServerColumnBuilder(tableBuilder: TableBuilder, meta: MColumn) extends ColumnBuilder(tableBuilder, meta) {\n      override def tpe = dbType match {\n        case Some(\"date\") => \"java.sql.Date\"\n        case Some(\"time\") => \"java.sql.Time\"\n        case Some(\"datetime2\") => \"java.sql.Timestamp\"\n        case _ => super.tpe\n      }\n      override def rawDefault = super.rawDefault.map(_.stripPrefix(\"(\") \/\/ jtds\n                                                      .stripPrefix(\"(\")\n                                                      .stripSuffix(\")\")\n                                                      .stripSuffix(\")\"))\n      override def default = rawDefault.map((_,tpe)).collect{\n        case (\"0\",\"Boolean\")  => Some(false)\n        case (\"1\",\"Boolean\")  => Some(true)\n      }.map(d => Some(d)).getOrElse{super.default}\n    }\n    override def jdbcTypeToScala(jdbcType: Int, typeName: String = \"\"): ClassTag[_] = {\n      \/\/SQL Server's TINYINT type is unsigned while Scala's Byte is signed\n      if( jdbcType == java.sql.Types.TINYINT )\n        classTag[Short]\n      else\n        super.jdbcTypeToScala( jdbcType , typeName )\n    }\n  }\n\n  override def createModelBuilder(tables: Seq[MTable], ignoreInvalidDefaults: Boolean)(implicit ec: ExecutionContext): JdbcModelBuilder =\n    new ModelBuilder(tables, ignoreInvalidDefaults)\n\n  override def defaultTables(implicit ec: ExecutionContext): DBIO[Seq[MTable]] = {\n    MTable.getTables(None, None, Some(\"%\"), Some(Seq(\"TABLE\"))).map(_.filter(!_.name.schema.contains(\"sys\")))\n  }\n\n  override def defaultSqlTypeName(tmd: JdbcType[_], sym: Option[FieldSymbol]): String = tmd.sqlType match {\n    case java.sql.Types.VARCHAR =>\n      sym.flatMap(_.findColumnOption[RelationalProfile.ColumnOption.Length]) match {\n        case Some(l) => if(l.varying) s\"VARCHAR(${l.length})\" else s\"CHAR(${l.length})\"\n        case None => defaultStringType match {\n          case Some(s) => s\n          case None =>\n            if(sym.flatMap(_.findColumnOption[ColumnOption.PrimaryKey.type]).isDefined)\n              \"VARCHAR(254)\" else \"VARCHAR(MAX)\"\n        }\n      }\n    case java.sql.Types.BOOLEAN => \"BIT\"\n    case java.sql.Types.BLOB => \"VARBINARY(MAX)\"\n    case java.sql.Types.CLOB => \"TEXT\"\n    case java.sql.Types.DOUBLE => \"FLOAT(53)\"\n    case java.sql.Types.FLOAT => \"FLOAT(24)\"\n    case _ => super.defaultSqlTypeName(tmd, sym)\n  }\n\n  class SQLServerQueryBuilder(tree: Node, state: CompilerState) extends QueryBuilder(tree, state) {\n    override protected val supportsTuples = false\n    override protected val concatOperator = Some(\"+\")\n\n    override protected def buildSelectModifiers(c: Comprehension): Unit = {\n      super.buildSelectModifiers(c)\n      (c.fetch, c.offset) match {\n        case (Some(t), Some(d)) => b\"top (${QueryParameter.constOp[Long](\"+\")(_ + _)(t, d)}) \"\n        case (Some(t), None   ) => b\"top ($t) \"\n        case (None,    _      ) => if(!c.orderBy.isEmpty) b\"top 100 percent \"\n      }\n    }\n\n    override protected def buildFetchOffsetClause(fetch: Option[Node], offset: Option[Node]) = ()\n\n    override protected def buildOrdering(n: Node, o: Ordering): Unit = {\n      if(o.nulls.last && !o.direction.desc)\n        b\"case when ($n) is null then 1 else 0 end,\"\n      else if(o.nulls.first && o.direction.desc)\n        b\"case when ($n) is null then 0 else 1 end,\"\n      expr(n, false)\n      if(o.direction.desc) b\" desc\"\n    }\n\n    override protected def buildFromClause(from: Seq[(TermSymbol, Node)]) = {\n      super.buildFromClause(from)\n      tree match {\n        \/\/ SQL Server \"select for update\" syntax\n        case c: Comprehension => if(c.forUpdate) b\" with (updlock,rowlock) \"\n        case _ =>\n      }\n    }\n\n    override protected def buildForUpdateClause(forUpdate: Boolean) = {\n      \/\/ SQLSever doesn't have \"select for update\" syntax, so use with (updlock,rowlock) in from clause\n    }\n\n    override def expr(n: Node): Unit = n match {\n      \/\/ Cast bind variables of type TIME to TIME (otherwise they're treated as TIMESTAMP)\n      case c @ LiteralNode(_) if c.volatileHint && jdbcTypeFor(c.nodeType) == columnTypes.timeJdbcType =>\n        b\"cast(\"\n        super.expr(n)\n        b\" as ${columnTypes.timeJdbcType.sqlTypeName(None)})\"\n      case QueryParameter(_, tpe, _) if jdbcTypeFor(tpe) == columnTypes.timeJdbcType =>\n        b\"cast(\"\n        super.expr(n)\n        b\" as ${columnTypes.timeJdbcType.sqlTypeName(None)})\"\n      case Library.Substring(n, start) =>\n        b\"\\({fn substring($n, ${QueryParameter.constOp[Int](\"+\")(_ + _)(start, LiteralNode(1).infer())}, ${Int.MaxValue})}\\)\"\n      case Library.Repeat(str, count) =>\n        b\"replicate($str, $count)\"\n      case RewriteBooleans.ToFakeBoolean(a @ Apply(Library.SilentCast, _)) =>\n        expr(RewriteBooleans.rewriteFakeBooleanWithEquals(a))\n      case RewriteBooleans.ToFakeBoolean(a @ Apply(Library.IfNull, _)) =>\n        expr(RewriteBooleans.rewriteFakeBooleanWithEquals(a))\n      case c@Comprehension(_, _, _, Some(n @ Apply(Library.IfNull, _)), _, _, _, _, _, _, _) =>\n        super.expr(c.copy(where = Some(RewriteBooleans.rewriteFakeBooleanEqOne(n))))\n      case n => super.expr(n)\n    }\n  }\n\n  class SQLServerInsertBuilder(ins: Insert) extends InsertBuilder(ins) {\n    override protected def emptyInsert: String = s\"insert into $tableName default values\"\n  }\n\n  class SQLServerUpsertBuilder(ins: Insert) extends UpsertBuilder(ins) {\n    \/\/ SQL Server requires MERGE statements to end with a semicolon (unlike all other\n    \/\/ statements that you can execute via JDBC)\n    override protected def buildMergeEnd: String = super.buildMergeEnd + \";\"\n  }\n\n  class SQLServerTableDDLBuilder(table: Table[_]) extends TableDDLBuilder(table) {\n    override protected def addForeignKey(fk: ForeignKey, sb: StringBuilder): Unit = {\n      val updateAction = fk.onUpdate.action\n      val deleteAction = fk.onDelete.action\n      sb append \"constraint \" append quoteIdentifier(fk.name) append \" foreign key(\"\n      addForeignKeyColumnList(fk.linearizedSourceColumns, sb, tableNode.tableName)\n      sb append \") references \" append quoteTableName(fk.targetTable) append \"(\"\n      addForeignKeyColumnList(fk.linearizedTargetColumnsForOriginalTargetTable, sb, fk.targetTable.tableName)\n      \/\/ SQLServer has no RESTRICT. Equivalent is NO ACTION. http:\/\/technet.microsoft.com\/en-us\/library\/aa902684%28v=sql.80%29.aspx\n      sb append \") on update \" append (if(updateAction == \"RESTRICT\") \"NO ACTION\" else updateAction)\n      sb append \" on delete \" append (if(deleteAction == \"RESTRICT\") \"NO ACTION\" else deleteAction)\n    }\n\n    override def dropIfExistsPhase = {\n      \/\/http:\/\/stackoverflow.com\/questions\/7887011\/how-to-drop-a-table-if-it-exists-in-sql-server\n      Iterable(\n      \"IF EXISTS (SELECT 1 FROM sys.objects WHERE object_id = OBJECT_ID(N'\"\n      + (tableNode.schemaName match{\n        case Some(s)=>s+\".\"\n        case None=>\"\"\n      })\n      + tableNode.tableName\n      + \"') AND type in (N'U'))\\n\"\n      + \"begin\\n\"\n      + dropPhase2.mkString(\"\\n\")\n      + \"\\nend\")\n    }\n\n    override def createIfNotExistsPhase = {\n      \/\/http:\/\/stackoverflow.com\/questions\/5952006\/how-to-check-if-table-exist-and-if-it-doesnt-exist-create-table-in-sql-server-2\n      Iterable(\n      \"IF  NOT EXISTS (SELECT 1 FROM sys.objects WHERE object_id = OBJECT_ID(N'\"\n      + (tableNode.schemaName match{\n        case Some(s)=>s+\".\"\n        case None=>\"\"\n      })\n      + tableNode.tableName\n      + \"') AND type in (N'U'))\\n\"\n      + \"begin\\n\"\n      + createPhase1.mkString(\"\\n\") + createPhase2.mkString(\"\\n\")\n      + \"\\nend\")\n    }\n  }\n\n  class SQLServerColumnDDLBuilder(column: FieldSymbol) extends ColumnDDLBuilder(column) {\n    override protected def appendOptions(sb: StringBuilder): Unit = {\n      if(defaultLiteral ne null) sb append \" DEFAULT \" append defaultLiteral\n      if(notNull) sb append \" NOT NULL\"\n      if(primaryKey) sb append \" PRIMARY KEY\"\n      if(autoIncrement) sb append \" IDENTITY\"\n      if( unique ) sb append \" UNIQUE\"\n    }\n  }\n\n  class SQLServerJdbcTypes extends JdbcTypes {\n    override val booleanJdbcType    = new SQLiteBooleanJdbcType\n    override val byteJdbcType       = new SQLiteByteJdbcType\n    override val byteArrayJdbcType  = new SQLiteByteArrayJdbcType\n    override val dateJdbcType       = new SQLiteDateJdbcType\n    override val timeJdbcType       = new SQLiteTimeJdbcType\n    override val localTimeType      = new SQLiteLocalTimeJdbcType\n    override val timestampJdbcType  = new SQLiteTimestampJdbcType\n    override val localDateTimeType  = new SQLiteLocalDateTimeJdbcType\n    override val instantType        = new SQLiteInstantJdbcType\n    override val offsetDateTimeType = new SQLiteOffsetDateTimeJdbcType\n    override val uuidJdbcType       = new SQLiteUUIDJdbcType\n\n    class SQLiteUUIDJdbcType extends UUIDJdbcType {\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"UNIQUEIDENTIFIER\"\n      override def valueToSQLLiteral(uuid: UUID) = s\"'${uuid.toString}'\"\n    }\n\n    \/* SQL Server does not have a proper BOOLEAN type. The suggested workaround is\n     * BIT with constants 1 and 0 for TRUE and FALSE. *\/\n    class SQLiteBooleanJdbcType extends BooleanJdbcType {\n      override def valueToSQLLiteral(value: Boolean) = if(value) \"1\" else \"0\"\n    }\n    \/* Selecting a straight Date or Timestamp literal fails with a NPE (probably\n     * because the type information gets lost along the way), so we cast all Date\n     * and Timestamp values to the proper type. This work-around does not seem to\n     * be required for Time values. *\/\n    \/* TIMESTAMP in SQL Server is a data type for sequence numbers. What we\n     * want is DATETIME2. *\/\n    class SQLiteDateJdbcType extends DateJdbcType {\n      override def valueToSQLLiteral(value: Date) = \"(convert(date, {d '\" + value + \"'}))\"\n    }\n    class SQLiteTimeJdbcType extends TimeJdbcType {\n      override def valueToSQLLiteral(value: Time) = \"(convert(time, {t '\" + value + \"'}))\"\n      override def getValue(r: ResultSet, idx: Int) = {\n        r.getString(idx) match {\n          case null => null\n          case serializedTime =>\n            val sep = serializedTime.indexOf('.')\n            if (sep == -1) Time.valueOf(serializedTime)\n            else {\n              val t = Time.valueOf(serializedTime.substring(0, sep))\n              val millis = ((\"0.\" + serializedTime.substring(sep + 1)).toDouble * 1000.0).toInt\n              t.setTime(t.getTime + millis)\n              t\n            }\n        }\n      }\n    }\n\n    class SQLiteLocalTimeJdbcType extends LocalTimeJdbcType {\n      private[this] val formatter : DateTimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ofPattern(\"HH:mm:ss\"))\n          .optionalStart()\n          .appendFraction(ChronoField.NANO_OF_SECOND, 0, 6, true)\n          .optionalEnd()\n          .toFormatter()\n      }\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"TIME(6)\"\n      override def getValue(r: ResultSet, idx: Int) = {\n        r.getString(idx) match {\n          case null => null\n          case serializedTime =>\n\n            val sep = serializedTime.indexOf('.')\n            if (sep == -1) {\n              Time.valueOf(serializedTime).toLocalTime\n            } else {\n              LocalTime.parse(serializedTime, formatter)\n            }\n        }\n      }\n      override def valueToSQLLiteral(value: LocalTime) = {\n        s\"(convert(time(6), '$value'))\"\n      }\n    }\n    class SQLiteTimestampJdbcType extends TimestampJdbcType {\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"DATETIME2(6)\"\n      override def valueToSQLLiteral(value: Timestamp) = s\"'$value'\"\n    }\n    class SQLiteLocalDateTimeJdbcType extends LocalDateTimeJdbcType {\n      private[this] val formatter : DateTimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm:ss\"))\n          .optionalStart()\n          .appendFraction(ChronoField.NANO_OF_SECOND, 0, 6, true)\n          .optionalEnd()\n          .toFormatter()\n      }\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"DATETIME2(6)\"\n      override def getValue(r: ResultSet, idx: Int): LocalDateTime = {\n        r.getTimestamp(idx) match {\n          case null =>\n            null\n          case timestamp =>\n            timestamp.toLocalDateTime\n        }\n      }\n    }\n    class SQLiteInstantJdbcType extends InstantJdbcType {\n      private[this] val formatter : DateTimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm:ss\"))\n          .appendFraction(ChronoField.NANO_OF_SECOND, 0, 6, true)\n          .appendPattern(\" \")\n          .appendOffset(\"+HH:MM\", \"\")\n          .toFormatter()\n      }\n      private[this] def serializeInstantValue(value : Instant) : String = {\n        formatter.format(\n          OffsetDateTime.ofInstant(value, ZoneOffset.UTC)\n        )\n      }\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"DATETIMEOFFSET(6)\"\n      override def setValue(v: Instant, p: PreparedStatement, idx: Int) : Unit = {\n        p.setString(idx, serializeInstantValue(v))\n      }\n      override def updateValue(v: Instant, r: ResultSet, idx: Int) : Unit = {\n        r.updateString(idx, serializeInstantValue(v))\n      }\n\n      override def getValue(r: ResultSet, idx: Int): Instant = {\n        r.getString(idx) match {\n          case null =>\n            null\n          case dateStr =>\n            OffsetDateTime.parse(dateStr, formatter).toInstant()\n        }\n      }\n      override def valueToSQLLiteral(value: Instant) = {\n        s\"(convert(datetimeoffset(6), '${serializeInstantValue(value)}'))\"\n      }\n    }\n    class SQLiteOffsetDateTimeJdbcType extends OffsetDateTimeJdbcType {\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"DATETIMEOFFSET(6)\"\n\n      private[this] val formatter: DateTimeFormatter = {\n        new DateTimeFormatterBuilder()\n          .append(DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm:ss\"))\n          .appendFraction(ChronoField.NANO_OF_SECOND, 0, 6, true)\n          .appendPattern(\" \")\n          .appendOffset(\"+HH:MM\", \"\")\n          .toFormatter()\n      }\n      override def setValue(v: OffsetDateTime, p: PreparedStatement, idx: Int) : Unit = {\n        p.setString(idx, formatter.format(v))\n      }\n      override def updateValue(v: OffsetDateTime, r: ResultSet, idx: Int) : Unit = {\n        r.updateString(idx, formatter.format(v))\n      }\n      override def getValue(r: ResultSet, idx: Int): OffsetDateTime = {\n        r.getString(idx) match {\n          case null =>\n            null\n          case timestamp =>\n            OffsetDateTime.parse(timestamp, formatter)\n        }\n      }\n      override def valueToSQLLiteral(value: OffsetDateTime) = {\n        s\"(convert(datetimeoffset(6), '${formatter.format(value)}'))\"\n      }\n    }\n    \/* SQL Server's TINYINT is unsigned, so we use SMALLINT instead to store a signed byte value.\n     * The JDBC driver also does not treat signed values correctly when reading bytes from result\n     * sets, so we read as Short and then convert to Byte. *\/\n    class SQLiteByteJdbcType extends ByteJdbcType {\n      override def sqlTypeName(sym: Option[FieldSymbol]) = \"SMALLINT\"\n      override def getValue(r: ResultSet, idx: Int) = r.getShort(idx).toByte\n    }\n    \/* SQL Server supports a literal notation for byte arrays *\/\n    private[this] val hexChars = \"0123456789ABCDEF\".toCharArray()\n    class SQLiteByteArrayJdbcType extends ByteArrayJdbcType {\n      override def hasLiteralForm = true\n      override def valueToSQLLiteral(value: Array[Byte]) = \"0x\" +  bytesToHex(value)\n      private[this] def bytesToHex(bytes: Array[Byte]) = {\n        val a = new Array[Char](bytes.length * 2)\n        var j = 0\n        while(j < bytes.length) {\n          val v = bytes(j) & 0xFF\n          a(j*2) = hexChars(v >>> 4)\n          a(j*2 + 1) = hexChars(v & 0x0F)\n          j += 1\n        }\n        new String(a)\n      }\n    }\n  }\n}\n\nobject SQLServerProfile extends SQLServerProfile\n\n\/** Ensure that every expression in a GroupBy's \"by\" clause contains a reference to a proper\n  * source field. If this is not the case, wrap the source in a Subquery boundary. *\/\nclass ProtectGroupBy extends Phase {\n  val name = \"protectGroupBy\"\n\n  def apply(state: CompilerState) = state.map(_.replace({\n    case n @ Bind(s1, g1 @ GroupBy(s2, f1, b1, ts1), Pure(str1, ts2)) =>\n      logger.debug(\"Examining GroupBy\", g1)\n      val (b2, b2s) = source(s2, b1, f1)\n      logger.debug(s\"Narrowed 'by' clause down to: (over $b2s)\", b2)\n      val refsOK = ProductNode(ConstArray(b2)).flatten.children.forall(_.findNode {\n        case Ref(s) if s == b2s => true\n        case _ => false\n      }.isDefined)\n      logger.debug(\"All columns reference the source: \"+refsOK)\n      if(refsOK) n\n      else n.copy(from = g1.copy(from = Subquery(f1, Subquery.Default))).infer()\n\n  }, bottomUp = true, keepType = true))\n\n  def source(bs: TermSymbol, b: Node, n: Node): (Node, TermSymbol) = n match {\n    case Filter(_, f, _) => source(bs, b, f)\n    case CollectionCast(f, _) => source(bs, b, f)\n    case Bind(s, f, Pure(StructNode(defs), _)) =>\n      val m = defs.toMap\n      val b2 = b.replace({\n        case Select(Ref(s), f) if s == bs => m(f)\n      }, keepType = true)\n      source(s, b2, f)\n    case _ => (b, bs)\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala-2.13\/slick\/lifted\/ShapedValue.scala","text":"<filename>slick\/src\/main\/scala-2.13\/slick\/lifted\/ShapedValue.scala<gh_stars>0\npackage slick.lifted\n\nimport scala.language.experimental.macros\n\nimport slick.ast.{MappedScalaType, Node}\n\nimport scala.reflect.ClassTag\nimport scala.reflect.macros.blackbox.Context\n\n\/** A value together with its Shape *\/\ncase class ShapedValue[T, U](value: T, shape: Shape[_ <: FlatShapeLevel, T, U, _]) extends Rep[U] {\n  def encodeRef(path: Node): ShapedValue[T, U] = {\n    val fv = shape.encodeRef(value, path).asInstanceOf[T]\n    if(fv.asInstanceOf[AnyRef] eq value.asInstanceOf[AnyRef]) this else new ShapedValue(fv, shape)\n  }\n  def toNode = shape.toNode(value)\n  def packedValue[R](implicit ev: Shape[_ <: FlatShapeLevel, T, _, R]): ShapedValue[R, U] = ShapedValue(shape.pack(value).asInstanceOf[R], shape.packedShape.asInstanceOf[Shape[FlatShapeLevel, R, U, _]])\n  def zip[T2, U2](s2: ShapedValue[T2, U2]) = new ShapedValue[(T, T2), (U, U2)]((value, s2.value), Shape.tuple2Shape(shape, s2.shape))\n  def <>[R : ClassTag](f: (U => R), g: (R => Option[U])) = new MappedProjection[R, U](shape.toNode(value), MappedScalaType.Mapper(g.andThen(_.get).asInstanceOf[Any => Any], f.asInstanceOf[Any => Any], None), implicitly[ClassTag[R]])\n  @inline def shaped: ShapedValue[T, U] = this\n\n  def mapTo[R <: Product with Serializable](implicit rCT: ClassTag[R]): MappedProjection[R, U] = macro ShapedValue.mapToImpl[R, U]\n  override def toString = s\"ShapedValue($value, $shape)\"\n}\n\nobject ShapedValue {\n  def mapToImpl[R <: Product with Serializable, U](c: Context { type PrefixType = ShapedValue[_, U] })(rCT: c.Expr[ClassTag[R]])(implicit rTag: c.WeakTypeTag[R], uTag: c.WeakTypeTag[U]): c.Tree = {\n    import c.universe._\n    val rSym = symbolOf[R]\n    if(!rSym.isClass || !rSym.asClass.isCaseClass)\n      c.abort(c.enclosingPosition, s\"${rSym.fullName} must be a case class\")\n    val rModule = rSym.companion match {\n      case NoSymbol => q\"${rSym.name.toTermName}\" \/\/ This can happen for case classes defined inside of methods\n      case s => q\"$s\"\n    }\n    val fields =  rTag.tpe.decls.collect {\n      case s: TermSymbol if s.isVal && s.isCaseAccessor => (TermName(s.name.toString.trim), s.typeSignature, TermName(c.freshName()))\n    }.toIndexedSeq\n    val (f, g) = if(uTag.tpe <:< c.typeOf[slick.collection.heterogeneous.HList]) { \/\/ Map from HList\n      val rTypeAsHList = fields.foldRight[Tree](tq\"_root_.slick.collection.heterogeneous.HNil.type\") {\n        case ((_, t, _), z) => tq\"_root_.slick.collection.heterogeneous.HCons[$t, $z]\"\n      }\n      val pat = fields.foldRight[Tree](pq\"_root_.slick.collection.heterogeneous.HNil\") {\n        case ((_, _, n), z) => pq\"_root_.slick.collection.heterogeneous.HCons($n, $z)\"\n      }\n      val cons = fields.foldRight[Tree](q\"_root_.slick.collection.heterogeneous.HNil\") {\n        case ((n, _, _), z) => q\"v.$n :: $z\"\n      }\n      (q\"({ case $pat => new $rTag(..${fields.map(_._3)}) } : ($rTypeAsHList => $rTag)): ($uTag => $rTag)\",\n        q\"{ case v => $cons }: ($rTag => $uTag)\")\n    } else if(fields.length == 1) { \/\/ Map from single value\n      (q\"($rModule.apply _) : ($uTag => $rTag)\",\n        q\"(($rModule.unapply _) : $rTag => Option[$uTag]).andThen(_.get)\")\n    } else { \/\/ Map from tuple\n      (q\"($rModule.tupled) : ($uTag => $rTag)\",\n        q\"(($rModule.unapply _) : $rTag => Option[$uTag]).andThen(_.get)\")\n    }\n\n    val fpName = Constant(\"Fast Path of (\"+fields.map(_._2).mkString(\", \")+\").mapTo[\"+rTag.tpe+\"]\")\n    val fpChildren = fields.map { case (_, t, n) => q\"val $n = next[$t]\" }\n    val fpReadChildren = fields.map { case (_, _, n) => q\"$n.read(r)\" }\n    val fpSetChildren = fields.map { case (fn, _, n) => q\"$n.set(value.$fn, pp)\" }\n    val fpUpdateChildren = fields.map { case (fn, _, n) => q\"$n.update(value.$fn, pr)\" }\n\n    q\"\"\"\n      val ff = $f.asInstanceOf[_root_.scala.Any => _root_.scala.Any] \/\/ Resolving f first creates more useful type errors\n      val gg = $g.asInstanceOf[_root_.scala.Any => _root_.scala.Any]\n      val fpMatch: (_root_.scala.Any => _root_.scala.Any) = {\n        case tm @ _root_.slick.relational.TypeMappingResultConverter(_: _root_.slick.relational.ProductResultConverter[_, _, _, _], _, _) =>\n          new _root_.slick.relational.SimpleFastPathResultConverter[_root_.scala.Any, _root_.scala.Any, _root_.scala.Any, $rTag](tm.asInstanceOf[_root_.slick.relational.TypeMappingResultConverter[_root_.scala.Any, _root_.scala.Any, _root_.scala.Any, $rTag, _]]) {\n            ..$fpChildren\n            override def read(r: Any): $rTag = new $rTag(..$fpReadChildren)\n            override def set(value: $rTag, pp: Any): _root_.scala.Unit = {..$fpSetChildren}\n            override def update(value: $rTag, pr: Any): _root_.scala.Unit = {..$fpUpdateChildren}\n            override def getDumpInfo = super.getDumpInfo.copy(name = $fpName)\n          }\n        case tm => tm\n      }\n      new _root_.slick.lifted.MappedProjection[$rTag, $uTag](${c.prefix}.toNode,\n        _root_.slick.ast.MappedScalaType.Mapper(gg, ff, _root_.scala.Some(fpMatch)), $rCT)\n    \"\"\"\n  }\n\n  type Unconst[P, P2] = P\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/relational\/ResultConverterCompiler.scala","text":"<filename>slick\/src\/main\/scala\/slick\/relational\/ResultConverterCompiler.scala<gh_stars>0\npackage slick.relational\n\nimport scala.language.existentials\nimport slick.ast._\nimport slick.SlickException\nimport slick.util.SlickLogger\nimport org.slf4j.LoggerFactory\n\n\/** Create a ResultConverter for parameters and result sets. Subclasses have\n  * to provide profile-specific createColumnConverter implementations. *\/\ntrait ResultConverterCompiler[R, W, U] {\n\n  def compile(n: Node): ResultConverter[R, W, U, _] = n match {\n    case InsertColumn(paths, fs, _) =>\n      val pathConvs = paths.map { case Select(_, ElementSymbol(idx)) => createColumnConverter(n, idx, Some(fs)).asInstanceOf[ResultConverter[R, W, U, Any]] }\n      if(pathConvs.length == 1) pathConvs.head else CompoundResultConverter[R, W, U, Any](1, pathConvs.toSeq: _*)\n    case OptionApply(InsertColumn(paths, fs, _)) =>\n      val pathConvs = paths.map { case Select(_, ElementSymbol(idx)) => createColumnConverter(n, idx, Some(fs)).asInstanceOf[ResultConverter[R, W, U, Any]] }\n      if(pathConvs.length == 1) pathConvs.head else CompoundResultConverter[R, W, U, Any](1, pathConvs.toSeq: _*)\n    case Select(_, ElementSymbol(idx)) => createColumnConverter(n, idx, None)\n    case cast @ Library.SilentCast(sel @ Select(_, ElementSymbol(idx))) =>\n      createColumnConverter(sel :@ cast.nodeType, idx, None)\n    case OptionApply(Select(_, ElementSymbol(idx))) => createColumnConverter(n, idx, None)\n    case ProductNode(ch) =>\n      if(ch.isEmpty) new UnitResultConverter\n      else new ProductResultConverter(ch.map(n => compile(n)).toSeq: _*)\n    case GetOrElse(ch, default) =>\n      createGetOrElseResultConverter(compile(ch).asInstanceOf[ResultConverter[R, W, U, Option[Any]]], default)\n    case TypeMapping(ch, mapper, _) =>\n      createTypeMappingResultConverter(compile(ch).asInstanceOf[ResultConverter[R, W, U, Any]], mapper)\n    case RebuildOption(disc, data) =>\n      val discConv = createIsDefinedResultConverter(compile(disc).asInstanceOf[ResultConverter[R, W, U, Option[Any]]])\n      val dataConv = compile(data).asInstanceOf[ResultConverter[R, W, U, Any]]\n      createOptionRebuildingConverter(discConv, dataConv)\n    case n =>\n      throw new SlickException(\"Unexpected node in ResultSetMapping: \"+n)\n  }\n\n  def createGetOrElseResultConverter[T](rc: ResultConverter[R, W, U, Option[T]], default: () => T): ResultConverter[R, W, U, T] =\n    new GetOrElseResultConverter[R, W, U, T](rc, default)\n\n  def createIsDefinedResultConverter[T](rc: ResultConverter[R, W, U, Option[T]]): ResultConverter[R, W, U, Boolean] =\n    new IsDefinedResultConverter[R, W, U](rc.asInstanceOf[ResultConverter[R, W, U, Option[_]]])\n\n  def createTypeMappingResultConverter(rc: ResultConverter[R, W, U, Any], mapper: MappedScalaType.Mapper): ResultConverter[R, W, U, Any] =\n    new TypeMappingResultConverter(rc, mapper.toBase, mapper.toMapped)\n\n  def createOptionRebuildingConverter(discriminator: ResultConverter[R, W, U, Boolean], data: ResultConverter[R, W, U, Any]): ResultConverter[R, W, U, Option[Any]] =\n    new OptionRebuildingResultConverter(discriminator, data)\n\n  def createColumnConverter(n: Node, idx: Int, column: Option[FieldSymbol]): ResultConverter[R, W, U, _]\n\n  def compileMapping(n: Node): CompiledMapping = {\n    val rc = compile(n)\n    ResultConverterCompiler.logger.debug(\"Compiled ResultConverter\", rc)\n    CompiledMapping(rc, n.nodeType).infer()\n  }\n}\n\nobject ResultConverterCompiler {\n  protected lazy val logger = new SlickLogger(LoggerFactory.getLogger(classOf[ResultConverterCompiler[_, _, _]]))\n}\n\n\/** A node that wraps a ResultConverter *\/\nfinal case class CompiledMapping(converter: ResultConverter[_, _, _, _], buildType: Type) extends NullaryNode with SimplyTypedNode {\n  type Self = CompiledMapping\n  def rebuild = copy()\n  override def getDumpInfo = {\n    val di = super.getDumpInfo\n    di.copy(mainInfo = \"\", children = di.children ++ Vector((\"converter\", converter)))\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick\/src\/main\/scala\/slick\/lifted\/ExtensionMethods.scala","text":"package slick.lifted\n\nimport slick.util.ConstArray\n\nimport scala.language.implicitConversions\nimport slick.ast._\nimport FunctionSymbolExtensionMethods._\nimport ScalaBaseType._\nimport slick.SlickException\n\ntrait ExtensionMethods[B1, P1] extends Any {\n  protected[this] def c: Rep[P1]\n  @inline protected[this] def n = c.toNode\n  @inline protected[this] def tpe[T](r: Rep[T]): TypedType[T] = r.asInstanceOf[Rep.TypedRep[_]].tpe.asInstanceOf[TypedType[T]]\n  @inline protected[this] implicit def p1Type: TypedType[P1] = tpe(c)\n  protected[this] implicit def b1Type: TypedType[B1]\n  protected[this] type o = OptionMapperDSL.arg[B1, P1]\n}\n\ntrait BaseExtensionMethods[B1] extends Any with ExtensionMethods[B1, B1] {\n  protected[this] implicit def b1Type = p1Type\n}\n\ntrait OptionExtensionMethods[B1] extends Any with ExtensionMethods[B1, Option[B1]] {\n  protected[this] implicit def b1Type = p1Type.asInstanceOf[OptionType].elementType.asInstanceOf[TypedType[B1]]\n}\n\n\/** Extension methods for all columns *\/\ntrait ColumnExtensionMethods[B1, P1] extends Any with ExtensionMethods[B1, P1] {\n  def === [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.==, n, e.toNode)\n  def =!= [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.Not, Library.==.typed(om.liftedType, n, e.toNode))\n\n  def < [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.<, n, e.toNode)\n  def <= [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.<=, n, e.toNode)\n  def > [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.>, n, e.toNode)\n  def >= [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.>=, n, e.toNode)\n\n  def in[P2, R, C[_]](e: Query[Rep[P2], _, C])(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.In, n, e.toNode)\n  def in[P2, R](first: Rep[P2], second: Rep[P2], rest: Rep[P2]*)(implicit om: o#arg[B1, P2]#to[Boolean, R]) =\n    om.column(Library.In, n, ProductNode(ConstArray.from(first.toNode +: second.toNode +: rest.map(_.toNode))))\n  def inSet[R](seq: Iterable[B1])(implicit om: o#to[Boolean, R]) =\n    if(seq.isEmpty) om(LiteralColumn(false))\n    else om.column(Library.In, n, ProductNode(ConstArray.from(seq.map{ v => LiteralNode(implicitly[TypedType[B1]], v) })))\n  def inSetBind[R](seq: Iterable[B1])(implicit om: o#to[Boolean, R]) =\n    if(seq.isEmpty) om(LiteralColumn(false))\n    else om.column(Library.In, n, ProductNode(ConstArray.from(seq.map(v => LiteralNode(implicitly[TypedType[B1]], v, vol = true)))))\n\n  def between[P2, P3, R](start: Rep[P2], end: Rep[P3])(implicit om: o#arg[B1, P2]#arg[B1, P3]#to[Boolean, R]) =\n    om.column(Library.Between, n, start.toNode, end.toNode)\n  def ifNull[P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[Boolean, R]): Rep[P2] =\n    Library.IfNull.column[P2](n, e.toNode)(tpe(e))\n}\n\nfinal class BaseColumnExtensionMethods[P1](val c: Rep[P1]) extends AnyVal with ColumnExtensionMethods[P1, P1] with BaseExtensionMethods[P1] {\n  \/** Lift a column to an Option column. This is the same as calling [[slick.lifted.Rep.Some]]. *\/\n  def ? : Rep[Option[P1]] = Rep.forNode(OptionApply(c.toNode))(p1Type.optionType)\n}\n\nfinal class OptionColumnExtensionMethods[B1](val c: Rep[Option[B1]]) extends AnyVal with ColumnExtensionMethods[B1, Option[B1]] with OptionExtensionMethods[B1] {\n  \/** Get the value inside this Option, if it is non-empty, otherwise throw a SlickException. This\n    * operation is only allowed in places where it can be performed at the client side (e.g. not\n    * inside a subquery that cannot be fused), otherwise the exception is thrown during query\n    * compilation. *\/\n  def get: Rep[B1] =\n    Rep.forNode[B1](GetOrElse(c.toNode, () => throw new SlickException(\"Read NULL value for column \" + this)))(c.asInstanceOf[Rep.TypedRep[_]].tpe.asInstanceOf[OptionType].elementType.asInstanceOf[TypedType[B1]])\n}\n\n\/** Extension methods for numeric columns *\/\ntrait NumericColumnExtensionMethods[B1, P1] extends Any with ExtensionMethods[B1, P1] {\n  def + [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[B1, R]) =\n    om.column(Library.+, n, e.toNode)\n  def - [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[B1, R]) =\n    om.column(Library.-, n, e.toNode)\n  def * [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[B1, R]) =\n    om.column(Library.*, n, e.toNode)\n  def \/ [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[B1, R]) =\n    om.column(Library.\/, n, e.toNode)\n  def % [P2, R](e: Rep[P2])(implicit om: o#arg[B1, P2]#to[B1, R]) =\n    om.column(Library.%, n, e.toNode)\n  def abs = Library.Abs.column[P1](n)\n  def ceil = Library.Ceiling.column[P1](n)\n  def floor = Library.Floor.column[P1](n)\n  def sign[R](implicit om: o#to[Int, R]) =\n    om.column(Library.Sign, n)\n  def toDegrees = Library.Degrees.column[P1](n)\n  def toRadians = Library.Radians.column[P1](n)\n}\n\nfinal class BaseNumericColumnExtensionMethods[P1](val c: Rep[P1]) extends AnyVal with NumericColumnExtensionMethods[P1, P1] with BaseExtensionMethods[P1]\n\nfinal class OptionNumericColumnExtensionMethods[B1](val c: Rep[Option[B1]]) extends AnyVal with NumericColumnExtensionMethods[B1, Option[B1]] with OptionExtensionMethods[B1]\n\n\/** Extension methods for Rep[Boolean] and Rep[Option[Boolean]] *\/\nfinal class BooleanColumnExtensionMethods[P1](val c: Rep[P1]) extends AnyVal with ExtensionMethods[Boolean, P1] {\n  protected[this] def b1Type = implicitly[TypedType[Boolean]]\n\n  def &&[P2, R](b: Rep[P2])(implicit om: o#arg[Boolean, P2]#to[Boolean, R]) =\n    om.column(Library.And, n, b.toNode)\n  def ||[P2, R](b: Rep[P2])(implicit om: o#arg[Boolean, P2]#to[Boolean, R]) =\n    om.column(Library.Or, n, b.toNode)\n  def unary_! = Library.Not.column[P1](n)\n}\n\n\/** Extension methods for Rep[String] and Rep[Option[String]] *\/\nfinal class StringColumnExtensionMethods[P1](val c: Rep[P1]) extends AnyVal with ExtensionMethods[String, P1] {\n  protected[this] def b1Type = implicitly[TypedType[String]]\n\n  def length[R](implicit om: o#to[Int, R]) =\n    om.column(Library.Length, n)\n  def like[P2, R](e: Rep[P2], esc: Char = '\\u0000')(implicit om: o#arg[String, P2]#to[Boolean, R]) =\n    if(esc == '\\u0000') om.column(Library.Like, n, e.toNode)\n    else om.column(Library.Like, n, e.toNode, LiteralNode(esc))\n  def ++[P2, R](e: Rep[P2])(implicit om: o#arg[String, P2]#to[String, R]) =\n    om.column(Library.Concat, n, e.toNode)\n  def startsWith[R](s: String)(implicit om: o#to[Boolean, R]) =\n    om.column(Library.StartsWith, n, LiteralNode(s))\n  def endsWith[R](s: String)(implicit om: o#to[Boolean, R]) =\n    om.column(Library.EndsWith, n, LiteralNode(s))\n  def toUpperCase = Library.UCase.column[P1](n)\n  def toLowerCase = Library.LCase.column[P1](n)\n  def ltrim = Library.LTrim.column[P1](n)\n  def rtrim = Library.RTrim.column[P1](n)\n  def trim = Library.Trim.column[P1](n)\n  def reverseString = Library.Reverse.column[P1](n)\n  def substring[P2, P3, R](start: Rep[P2], end: Rep[P3])(implicit om: o#arg[Int, P2]#arg[Int, P3]#to[String, R]) =\n    om.column(Library.Substring, n, start.toNode, end.toNode)\n  def substring[P2, R](start: Rep[P2])(implicit om: o#arg[Int, P2]#to[String, R]) =\n    om.column(Library.Substring, n, start.toNode)\n  def take[P2, R](num: Rep[P2])(implicit om: o#arg[Int, Int]#arg[Int, P2]#to[String, R]) =\n    substring[Int, P2, R](LiteralColumn(0), num)\n  def drop[P2, R](num: Rep[P2])(implicit om: o#arg[Int, P2]#to[String, R]) =\n    substring[P2, R](num)\n  def replace[P2, P3, R](target: Rep[P2], replacement: Rep[P3])(implicit om: o#arg[String, P2]#arg[String, P3]#to[String, R]) =\n    om.column(Library.Replace, n, target.toNode, replacement.toNode)\n  def indexOf[P2, R](str: Rep[P2])(implicit om: o#arg[String, P2]#to[Int, R]) =\n    om.column(Library.IndexOf, n, str.toNode)\n  def *[P1, R](i: Rep[P1])(implicit om: o#arg[Int, P1]#to[String, R]) =\n    om.column(Library.Repeat, n, i.toNode)\n}\n\n\/** Extension methods for all columns and all primitive values that can be lifted to columns *\/\nfinal class AnyExtensionMethods(val n: Node) extends AnyVal {\n  \/** Cast a column to a Scala type. This can be used, for example, for numeric conversions. *\/\n  def asColumnOf[U : TypedType] = Library.Cast.column[U](n)\n\n  \/** Cast a column to a database-specific SQL type (with an associated Scala type). *\/\n  def asColumnOfType[U : TypedType](typeName: String) = Library.Cast.column[U](n, LiteralNode(typeName))\n}\n\n\/** Extension methods for Queries of a single column *\/\nfinal class SingleColumnQueryExtensionMethods[B1, P1, C[_]](val q: Query[Rep[P1], _, C]) extends AnyVal {\n  type OptionTM =  TypedType[Option[B1]]\n\n  \/** Compute the minimum value of a single-column Query, or `None` if the Query is empty *\/\n  def min(implicit tm: OptionTM) = Library.Min.column[Option[B1]](q.toNode)\n\n  \/** Compute the maximum value of a single-column Query, or `None` if the Query is empty *\/\n  def max(implicit tm: OptionTM) = Library.Max.column[Option[B1]](q.toNode)\n\n  \/** Compute the average of a single-column Query, or `None` if the Query is empty *\/\n  def avg(implicit tm: OptionTM) = Library.Avg.column[Option[B1]](q.toNode)\n\n  \/** Compute the sum of a single-column Query, or `None` if the Query is empty *\/\n  def sum(implicit tm: OptionTM) = Library.Sum.column[Option[B1]](q.toNode)\n\n  \/** Count the number of `Some` elements of a single-column Query. *\/\n  def countDefined(implicit ev: P1 <:< Option[_]) = Library.Count.column[Int](q.toNode)\n}\n\n\/** Extension methods for Options of single- and multi-column values *\/\nfinal class AnyOptionExtensionMethods[O <: Rep[_], P](val r: O) extends AnyVal {\n  \/** Apply `f` to the value inside this Option, if it is non-empty, otherwise return `ifEmpty`. *\/\n  def fold[B, BP](ifEmpty: B)(f: P => B)(implicit shape: Shape[FlatShapeLevel, B, _, BP]): BP = {\n    val gen = new AnonSymbol\n    val mapv = f(OptionLift.baseValue[P, O](r, Ref(gen)))\n    val n = OptionFold(r.toNode, shape.toNode(ifEmpty), shape.toNode(mapv), gen)\n    shape.packedShape.encodeRef(shape.pack(mapv), n).asInstanceOf[BP]\n  }\n\n  \/** Return the result of applying `f` to this Option's value if this Option is non-empty, otherwise None. *\/\n  def flatMap[QO](f: P => Rep[Option[QO]]): Rep[Option[QO]] = {\n    \/\/ This has to be implemented directly with a Rep wrapping an OptionFold node because we can't\n    \/\/ create a None for arbitrary types. Here we can use a None of the dummy type Option[Null].\n    val gen = new AnonSymbol\n    val mapv = f(OptionLift.baseValue[P, O](r, Ref(gen)))\n    mapv.encodeRef(OptionFold(r.toNode, LiteralNode.nullOption, mapv.toNode, gen))\n  }\n\n  \/** Transform the value inside this Option *\/\n  def map[Q, QO](f: P => Q)(implicit ol: OptionLift[Q, Rep[Option[QO]]]): Rep[Option[QO]] =\n    flatMap[QO](p => Rep.Some(f(p)))\n\n  \/** Flatten a nested Option. *\/\n  def flatten[QO](implicit ev: P <:< Rep[Option[QO]]): Rep[Option[QO]] =\n    flatMap[QO](identity)\n\n  \/** Return this Option if it is non-empty and applying the predicate p to\n    * this Option's value returns true. Otherwise, return None. *\/\n  def filter[T](p: P => T)(implicit wt: CanBeQueryCondition[T]): O = {\n    \/\/ fold(None, (v => if p(v) Some(v) else None))\n    val gen = new AnonSymbol\n    val pred = wt(p(OptionLift.baseValue[P, O](r, Ref(gen)))).toNode\n    val cond = IfThenElse(ConstArray(pred, OptionApply(Ref(gen)), LiteralNode.nullOption))\n    r.encodeRef(OptionFold(r.toNode, LiteralNode.nullOption, cond, gen)).asInstanceOf[O]\n  }\n\n  \/** Get the value inside this Option, if it is non-empty, otherwise the supplied default. *\/\n  def getOrElse[M, P2 <: P](default: M)(implicit shape: Shape[FlatShapeLevel, M, _, P2], ol: OptionLift[P2, O]): ShapedValue.Unconst[P, P2] = {\n    \/\/ P2 != P can only happen if M contains plain values, which pack to ConstColumn instead of Rep.\n    \/\/ Both have the same packedShape (RepShape), so we can safely cast here:\n    val r = fold[P, P](shape.pack(default): P)(identity)(shape.packedShape.asInstanceOf[Shape[FlatShapeLevel, P, _, P]])\n    r.asInstanceOf[ShapedValue.Unconst[P, P2]]\n  }\n\n  \/** Check if this Option is empty. *\/\n  def isEmpty: Rep[Boolean] = fold(LiteralColumn(true))(_ => LiteralColumn(false))\n\n  \/** Check if this Option is non-empty. *\/\n  def isDefined: Rep[Boolean] = fold(LiteralColumn(false))(_ => LiteralColumn(true))\n\n  \/** Check if this Option is non-empty. *\/\n  def nonEmpty = isDefined\n}\n\ntrait ExtensionMethodConversions {\n  implicit def columnExtensionMethods[B1 : BaseTypedType](c: Rep[B1]): BaseColumnExtensionMethods[B1] = new BaseColumnExtensionMethods[B1](c)\n  implicit def optionColumnExtensionMethods[B1 : BaseTypedType](c: Rep[Option[B1]]): OptionColumnExtensionMethods[B1] = new OptionColumnExtensionMethods[B1](c)\n  implicit def numericColumnExtensionMethods[B1](c: Rep[B1])(implicit tm: BaseTypedType[B1] with NumericTypedType): BaseNumericColumnExtensionMethods[B1] = new BaseNumericColumnExtensionMethods[B1](c)\n  implicit def numericOptionColumnExtensionMethods[B1](c: Rep[Option[B1]])(implicit tm: BaseTypedType[B1] with NumericTypedType): OptionNumericColumnExtensionMethods[B1] = new OptionNumericColumnExtensionMethods[B1](c)\n  implicit def stringColumnExtensionMethods(c: Rep[String]): StringColumnExtensionMethods[String] = new StringColumnExtensionMethods[String](c)\n  implicit def stringOptionColumnExtensionMethods(c: Rep[Option[String]]): StringColumnExtensionMethods[Option[String]] = new StringColumnExtensionMethods[Option[String]](c)\n  \/\/implicit def mappedToStringColumnExtensionMethods[B1 <: MappedTo[String]](c: Rep[B1]): StringColumnExtensionMethods[String] = new StringColumnExtensionMethods[String](c.asInstanceOf[Rep[String]])\n  \/\/implicit def mappedToOptionStringColumnExtensionMethods[B1 <: MappedTo[String]](c: Rep[Option[B1]]): StringColumnExtensionMethods[Option[String]] = new StringColumnExtensionMethods[Option[String]](c.asInstanceOf[Rep[Option[String]]])\n  implicit def booleanColumnExtensionMethods(c: Rep[Boolean]): BooleanColumnExtensionMethods[Boolean] = new BooleanColumnExtensionMethods[Boolean](c)\n  implicit def booleanOptionColumnExtensionMethods(c: Rep[Option[Boolean]]): BooleanColumnExtensionMethods[Option[Boolean]] = new BooleanColumnExtensionMethods[Option[Boolean]](c)\n\n  implicit def anyColumnExtensionMethods[B1 : BaseTypedType](c: Rep[B1]): AnyExtensionMethods = new AnyExtensionMethods(c.toNode)\n  implicit def anyOptionColumnExtensionMethods[B1 : BaseTypedType](c: Rep[Option[B1]]): AnyExtensionMethods = new AnyExtensionMethods(c.toNode)\n  implicit def anyValueExtensionMethods[B1 : BaseTypedType](v: B1): AnyExtensionMethods = new AnyExtensionMethods(LiteralNode(implicitly[TypedType[B1]], v))\n  implicit def anyOptionValueExtensionMethods[B1 : BaseTypedType](v: Option[B1]): AnyExtensionMethods = new AnyExtensionMethods(LiteralNode(implicitly[TypedType[Option[B1]]], v))\n  implicit def singleColumnQueryExtensionMethods[B1 : BaseTypedType, C[_]](q: Query[Rep[B1], _, C]): SingleColumnQueryExtensionMethods[B1, B1, C] = new SingleColumnQueryExtensionMethods[B1, B1, C](q)\n  implicit def singleOptionColumnQueryExtensionMethods[B1 : BaseTypedType, C[_]](q: Query[Rep[Option[B1]], _, C]): SingleColumnQueryExtensionMethods[B1, Option[B1], C] = new SingleColumnQueryExtensionMethods[B1, Option[B1], C](q)\n\n  implicit def anyOptionExtensionMethods[T, P](v: Rep[Option[T]])(implicit ol: OptionLift[P, Rep[Option[T]]]): AnyOptionExtensionMethods[Rep[Option[T]], P] = {\n    new AnyOptionExtensionMethods[Rep[Option[T]], P](v)\n  }\n}\n"}
{"repo_name":"djx314\/slick","path":"slick-testkit\/src\/test\/scala\/slick\/test\/lifted\/MappedToStringExtensionMethodSupportTest.scala","text":"package slick.test.lifted\n\nimport org.junit.Assert._\nimport org.junit.Test\n\n\/** Test cases for MappedTo[String] getting access to String extension methods *\/\nclass MappedToStringExtensionMethodSupportTest {\n\n  \/*\n  @Test def testMappedToStringExtensionMethodSupport = {\n    import slick.jdbc.H2Profile.api._\n\n    class T(tag: Tag) extends Table[(Int, MyString, Option[MyString])](tag, Some(\"myschema\"), \"mytable\") {\n      def id = column[Int](\"id\")\n      def myString = column[MyString](\"myString\")\n      def optString = column[Option[MyString]](\"optString\")\n      def * = (id, myString, optString)\n    }\n\n    val ts = TableQuery[T]\n\n    val s1 = ts.map(_.myString.length).result.statements.head\n    println(s1)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod length\", s1 contains \"\"\"select length(\"myString\")\"\"\")\n\n    val s2 = ts.filter(_.myString like \"foo%\").result.statements.head\n    println(s2)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod like\", s2 contains \"\"\"where \"myString\" like 'foo%'\"\"\")\n\n    val s3 = ts.map(_.myString ++ \"!\").result.statements.head\n    println(s3)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod ++\", s3 contains \"\"\"select \"myString\"||'!'\"\"\")\n\n    val s4 = ts.filter(_.myString startsWith \"foo\").result.statements.head\n    println(s4)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod startsWith\", s4 contains \"\"\"where \"myString\" like 'foo%'\"\"\")\n\n    val s5 = ts.filter(_.myString endsWith \"foo\").result.statements.head\n    println(s5)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod endsWith\", s5 contains \"\"\"where \"myString\" like '%foo'\"\"\")\n\n    val s6 = ts.map(_.myString.toUpperCase).result.statements.head\n    println(s6)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod toUpperCase\", s6 contains \"\"\"select ucase(\"myString\")\"\"\")\n\n    val s7 = ts.map(_.myString.toLowerCase).result.statements.head\n    println(s7)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod toLowerCase\", s7 contains \"\"\"select lcase(\"myString\")\"\"\")\n\n    val s8 = ts.map(_.myString.ltrim).result.statements.head\n    println(s8)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod endsWith\", s8 contains \"\"\"select ltrim(\"myString\")\"\"\")\n\n    val s9 = ts.map(_.myString.rtrim).result.statements.head\n    println(s9)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod toUpperCase\", s9 contains \"\"\"select rtrim(\"myString\")\"\"\")\n\n    val s10 = ts.map(_.myString.trim).result.statements.head\n    println(s10)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod toLowerCase\", s10 contains \"\"\"select ltrim(rtrim(\"myString\"))\"\"\")\n\n    val s11 = ts.map(_.myString.reverseString).result.statements.head\n    println(s11)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod reverse\", s11 contains \"\"\"select reverse(\"myString\")\"\"\")\n\n    val s12 = ts.map(_.myString.substring(1)).result.statements.head\n    println(s12)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod substring start\", s12 contains \"\"\"select {fn substring(\"myString\", 2)}\"\"\")\n\n    val s13 = ts.map(_.myString.substring(1, 2)).result.statements.head\n    println(s13)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod substring start end\", s13 contains \"\"\"select {fn substring(\"myString\", 2, 1)}\"\"\")\n\n    val s14 = ts.map(_.myString.take(2)).result.statements.head\n    println(s14)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod take\", s14 contains \"\"\"select {fn substring(\"myString\", 1, 2)}\"\"\")\n\n    val s15 = ts.map(_.myString.drop(1)).result.statements.head\n    println(s15)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod drop\", s15 contains \"\"\"select {fn substring(\"myString\", 2)}\"\"\")\n\n    val s16 = ts.map(_.myString.replace(\"my\", \"your\")).result.statements.head\n    println(s16)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod replace\", s16 contains \"\"\"select replace(\"myString\",'my','your')\"\"\")\n\n    val s17 = ts.map(_.myString.indexOf(\"my\")).result.statements.head\n    println(s17)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod indexOf\", s17 contains \"\"\"select {fn locate('my', \"myString\")} - 1\"\"\")\n\n    val s18 = ts.map(_.myString.*(2)).result.statements.head\n    println(s18)\n    assertTrue(\"MappedTo[String] can use String ExtensionMethod *\", s18 contains \"\"\"select repeat(\"myString\",2)\"\"\")\n\n    val s19 = ts.map(_.optString.length).result.statements.head\n    println(s19)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod length\", s19 contains \"\"\"select length(\"optString\")\"\"\")\n\n    val s20 = ts.filter(_.optString like \"foo%\").result.statements.head\n    println(s20)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod like\", s20 contains \"\"\"where \"optString\" like 'foo%'\"\"\")\n\n    val s21 = ts.map(_.optString ++ \"!\").result.statements.head\n    println(s21)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod ++\", s21 contains \"\"\"select \"optString\"||'!'\"\"\")\n\n    val s22 = ts.filter(_.optString startsWith \"foo\").result.statements.head\n    println(s22)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod startsWith\", s22 contains \"\"\"where \"optString\" like 'foo%'\"\"\")\n\n    val s23 = ts.filter(_.optString endsWith \"foo\").result.statements.head\n    println(s23)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod endsWith\", s23 contains \"\"\"where \"optString\" like '%foo'\"\"\")\n\n    val s24 = ts.map(_.optString.toUpperCase).result.statements.head\n    println(s24)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod toUpperCase\", s24 contains \"\"\"select ucase(\"optString\")\"\"\")\n\n    val s25 = ts.map(_.optString.toLowerCase).result.statements.head\n    println(s25)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod toLowerCase\", s25 contains \"\"\"select lcase(\"optString\")\"\"\")\n\n    val s26 = ts.map(_.optString.ltrim).result.statements.head\n    println(s26)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod endsWith\", s26 contains \"\"\"select ltrim(\"optString\")\"\"\")\n\n    val s27 = ts.map(_.optString.rtrim).result.statements.head\n    println(s27)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod toUpperCase\", s27 contains \"\"\"select rtrim(\"optString\")\"\"\")\n\n    val s28 = ts.map(_.optString.trim).result.statements.head\n    println(s28)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod toLowerCase\", s28 contains \"\"\"select ltrim(rtrim(\"optString\"))\"\"\")\n\n    val s29 = ts.map(_.optString.reverseString).result.statements.head\n    println(s29)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod reverse\", s29 contains \"\"\"select reverse(\"optString\")\"\"\")\n\n    val s30 = ts.map(_.optString.substring(1)).result.statements.head\n    println(s30)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod substring start\", s30 contains \"\"\"select {fn substring(\"optString\", 2)}\"\"\")\n\n    val s31 = ts.map(_.optString.substring(1, 2)).result.statements.head\n    println(s31)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod substring start end\", s31 contains \"\"\"select {fn substring(\"optString\", 2, 1)}\"\"\")\n\n    val s32 = ts.map(_.optString.take(2)).result.statements.head\n    println(s32)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod take\", s32 contains \"\"\"select {fn substring(\"optString\", 1, 2)}\"\"\")\n\n    val s33 = ts.map(_.optString.drop(1)).result.statements.head\n    println(s33)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod drop\", s33 contains \"\"\"select {fn substring(\"optString\", 2)}\"\"\")\n\n    val s34 = ts.map(_.optString.replace(\"my\", \"your\")).result.statements.head\n    println(s34)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod replace\", s34 contains \"\"\"select replace(\"optString\",'my','your')\"\"\")\n\n    val s35 = ts.map(_.optString.indexOf(\"my\")).result.statements.head\n    println(s35)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod indexOf\", s35 contains \"\"\"select {fn locate('my', \"optString\")} - 1\"\"\")\n\n    val s36 = ts.map(_.optString.*(2)).result.statements.head\n    println(s36)\n    assertTrue(\"Option[MappedTo[String]] can use String ExtensionMethod *\", s36 contains \"\"\"select repeat(\"optString\",2)\"\"\")\n\n  }\n  *\/\n}\n\/\/final case class MyString(value: String) extends AnyVal with slick.lifted.MappedTo[String]"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"preprocessing\/src\/main\/scala\/iosr\/preprocessing\/WeekdaysPreprocessing.scala","text":"<reponame>salceson\/iosr-distributed-data-processing\npackage iosr.preprocessing\n\nimport iosr.models._\nimport org.apache.spark.sql._\n\nobject WeekdaysPreprocessing {\n  def main(args: Array[String]): Unit = {\n    val dataDir = System.getenv(\"DATA_DIR\")\n    val spark = SparkSession.builder.appName(\"WeekdaysPreprocessing\").getOrCreate\n    val files = s\"$dataDir\/*.csv\"\n\n    import spark.implicits._\n\n    spark.read.format(\"csv\").load(files)\n      .filter((row: Row) => !row.anyNull)\n      .map((row: Row) => {\n        val year = row.getString(0).toInt\n        val month = row.getString(1).toInt\n        val day = row.getString(2).toInt\n        val departureDelay = row.getString(6).toDouble\n        val arrivalDelay = row.getString(7).toDouble\n        val weekOfYear = WeekOfYear.fromDate(year, month, day)\n        val weekday = Weekday.fromDate(year, month, day)\n        (WeekOfYearWeekday(weekOfYear, weekday), departureDelay, arrivalDelay, 1)\n      })\n      .groupByKey(_._1)\n      .reduceGroups(sumDelaysAndNums)\n      .map({ case (key, (_, departureDelay, arrivalDelay, num)) =>\n        (key.weekOfYear.year, key.weekOfYear.week, key.weekday.dayOfWeek, departureDelay, arrivalDelay, num)\n      })\n      .write.csv(s\"$dataDir\/output\/weekdays\")\n  }\n\n  type ReduceArgument = (WeekOfYearWeekday, Double, Double, Int)\n\n  private val sumDelaysAndNums: (ReduceArgument, ReduceArgument) => ReduceArgument = {\n    case ((key, departureDelay1, arrivalDelay1, num1), (_, departureDelay2, arrivalDelay2, num2)) =>\n      (key, departureDelay1 + departureDelay2, arrivalDelay1 + arrivalDelay2, num1 + num2)\n  }\n}\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"preprocessing\/build.sbt","text":"<gh_stars>0\nname := \"iosr-distributed-data-processing-prerocessing\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"application\/app\/controllers\/Application.scala","text":"package controllers\n\nimport com.google.inject.Inject\nimport controllers.Application._\nimport iosr.models.WeekOfYear\nimport play.api.mvc._\nimport play.api.data._\nimport play.api.data.Forms._\nimport services.DatabaseService\nimport play.api.i18n.{I18nSupport, MessagesApi}\n\nimport scala.concurrent.Future\n\nclass Application @Inject()(databaseService: DatabaseService,\n                            val messagesApi: MessagesApi)\n  extends Controller with I18nSupport {\n\n  import play.api.libs.concurrent.Execution.Implicits.defaultContext\n\n  def index = Action {\n    Ok(views.html.index())\n  }\n\n  val durationForm = Form(\n    mapping(\n      \"yearFrom\" -> number(2005, 2015),\n      \"weekFrom\" -> number(1, 53),\n      \"yearTo\" -> number(2005, 2015),\n      \"weekTo\" -> number(1, 53)\n    )(DurationRequest.apply)(DurationRequest.unapply)\n  )\n\n  val durationFromToForm = Form(\n    mapping(\n      \"yearFrom\" -> number(2005, 2015),\n      \"weekFrom\" -> number(1, 53),\n      \"yearTo\" -> number(2005, 2015),\n      \"weekTo\" -> number(1, 53),\n      \"from\" -> nonEmptyText,\n      \"to\" -> nonEmptyText\n    )(DurationFromToRequest.apply)(DurationFromToRequest.unapply)\n  )\n\n  val durationAirportForm = Form(\n    mapping(\n      \"yearFrom\" -> number(2005, 2015),\n      \"weekFrom\" -> number(1, 53),\n      \"yearTo\" -> number(2005, 2015),\n      \"weekTo\" -> number(1, 53),\n      \"airport\" -> nonEmptyText\n    )(DurationAirportRequest.apply)(DurationAirportRequest.unapply)\n  )\n\n  def weekdaysPerformanceForm = Action {\n    Ok(views.html.weekdaysform(durationForm))\n  }\n\n  def weekdaysPerformance = Action.async { implicit request =>\n    durationForm.bindFromRequest.fold(\n      formWithErrors => Future.successful(BadRequest(views.html.weekdaysform(formWithErrors))),\n      form => {\n        val weekOfYearFrom = WeekOfYear(form.weekFrom, form.yearFrom)\n        val weekOfYearTo = WeekOfYear(form.weekTo, form.yearTo)\n        databaseService.weekdaysArrivalDelay(weekOfYearFrom, weekOfYearTo) map { result =>\n          Ok(views.html.weekdaysresult(result))\n        }\n      }\n    )\n  }\n\n  def airportsPopularityForm = Action {\n    Ok(views.html.airportspopularityform(durationForm))\n  }\n\n  def airportsPopularity = Action.async { implicit request =>\n    durationForm.bindFromRequest.fold(\n      formWithErrors => Future.successful(BadRequest(views.html.airportspopularityform(formWithErrors))),\n      form => {\n        val weekOfYearFrom = WeekOfYear(form.weekFrom, form.yearFrom)\n        val weekOfYearTo = WeekOfYear(form.weekTo, form.yearTo)\n        databaseService.mostPopularAirports(weekOfYearFrom, weekOfYearTo) map { result =>\n          Ok(views.html.airportspopularityresult(result))\n        }\n      }\n    )\n  }\n\n  def airportTopCarriersForm = Action {\n    Ok(views.html.airporttopcarriersform(durationAirportForm))\n  }\n\n  def airportTopCarriers = Action.async { implicit request =>\n    durationAirportForm.bindFromRequest.fold(\n      formWithErrors => Future.successful(BadRequest(views.html.airporttopcarriersform(formWithErrors))),\n      form => {\n        val weekOfYearFrom = WeekOfYear(form.weekFrom, form.yearFrom)\n        val weekOfYearTo = WeekOfYear(form.weekTo, form.yearTo)\n        databaseService.airportDepartureDelay(weekOfYearFrom, weekOfYearTo, form.airport) map { result =>\n          Ok(views.html.airporttopcarriersresult(result))\n        }\n      }\n    )\n  }\n\n  def routeMeanForm = Action {\n    Ok(views.html.routemeandelayform(durationFromToForm))\n  }\n\n  def routeMean = Action.async { implicit request =>\n    durationFromToForm.bindFromRequest.fold(\n      formWithErrors => Future.successful(BadRequest(views.html.routemeandelayform(formWithErrors))),\n      form => {\n        val weekOfYearFrom = WeekOfYear(form.weekFrom, form.yearFrom)\n        val weekOfYearTo = WeekOfYear(form.weekTo, form.yearTo)\n        databaseService.routeMeanArrivalDelay(weekOfYearFrom, weekOfYearTo, form.from, form.to) map { result =>\n          Ok(views.html.routemeandelayresult(form.from, form.to, result))\n        }\n      }\n    )\n  }\n}\n\nobject Application {\n\n  case class DurationRequest(yearFrom: Int, weekFrom: Int, yearTo: Int, weekTo: Int)\n\n  case class DurationFromToRequest(yearFrom: Int, weekFrom: Int, yearTo: Int, weekTo: Int,\n                                   from: String, to: String)\n\n  case class DurationAirportRequest(yearFrom: Int, weekFrom: Int, yearTo: Int, weekTo: Int,\n                                    airport: String)\n\n}\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"application\/app\/services\/DatabaseService.scala","text":"<reponame>salceson\/iosr-distributed-data-processing\npackage services\n\nimport com.google.inject.{Inject, Singleton}\nimport iosr.models.WeekOfYear\nimport play.api.db.Database\nimport org.joda.time.DateTimeConstants._\n\nimport scala.collection.mutable\nimport scala.concurrent.Future\n\n@Singleton\nclass DatabaseService @Inject()(db: Database) {\n\n  import play.api.libs.concurrent.Execution.Implicits.defaultContext\n\n  private val WeekDaysMap = Map(\n    MONDAY -> \"Monday\",\n    TUESDAY -> \"Tuesday\",\n    WEDNESDAY -> \"Wednesday\",\n    THURSDAY -> \"Thursday\",\n    FRIDAY -> \"Friday\",\n    SATURDAY -> \"Saturday\",\n    SUNDAY -> \"Sunday\"\n  )\n\n  def weekdaysArrivalDelay(from: WeekOfYear,\n                           to: WeekOfYear): Future[List[(String, Double)]] = Future {\n    val connection = db.getConnection()\n    try {\n      val statement = connection.prepareStatement(\n        \"SELECT day_of_week, SUM(arrival_sum)\/SUM(num) AS performance FROM weekdays \" +\n          \"WHERE (year = ? AND week >= ?) OR (year > ? AND year < ?) OR (year = ? AND week <=?) \" +\n          \"GROUP BY day_of_week ORDER BY performance ASC\"\n      )\n      statement.setInt(1, from.year)\n      statement.setInt(2, from.week)\n      statement.setInt(3, from.year)\n      statement.setInt(4, to.year)\n      statement.setInt(5, to.year)\n      statement.setInt(6, to.week)\n      val resultSet = statement.executeQuery()\n      val result = mutable.MutableList[(String, Double)]()\n      while (resultSet.next()) {\n        result += WeekDaysMap(resultSet.getInt(1)) -> resultSet.getDouble(2)\n      }\n      result.toList\n    } finally {\n      connection.close()\n    }\n  }\n\n  def mostPopularAirports(from: WeekOfYear,\n                          to: WeekOfYear): Future[List[(String, Long)]] = Future {\n    val connection = db.getConnection()\n    try {\n      val statement = connection.prepareStatement(\n        \"SELECT airport, SUM(num) AS popularity FROM airports \" +\n          \"WHERE (year = ? AND week >= ?) OR (year > ? AND year < ?) OR (year = ? AND week <=?) \" +\n          \"GROUP BY airport ORDER BY popularity DESC LIMIT 5\"\n      )\n      statement.setInt(1, from.year)\n      statement.setInt(2, from.week)\n      statement.setInt(3, from.year)\n      statement.setInt(4, to.year)\n      statement.setInt(5, to.year)\n      statement.setInt(6, to.week)\n      val resultSet = statement.executeQuery()\n      val result = mutable.MutableList[(String, Long)]()\n      while (resultSet.next()) {\n        result += resultSet.getString(1) -> resultSet.getInt(2)\n      }\n      result.toList\n    } finally {\n      connection.close()\n    }\n  }\n\n  def airportDepartureDelay(from: WeekOfYear,\n                            to: WeekOfYear,\n                            airport: String): Future[List[(String, Double)]] = Future {\n    val connection = db.getConnection()\n    try {\n      val statement = connection.prepareStatement(\n        \"SELECT carrier, SUM(departure_sum)\/SUM(num) AS performance FROM carriers \" +\n          \"WHERE ((year = ? AND week >= ?) OR (year > ? AND year < ?) OR (year = ? AND week <=?)) \" +\n          \"AND \\\"from\\\" = ? GROUP BY carrier ORDER BY performance ASC LIMIT 5\"\n      )\n      statement.setInt(1, from.year)\n      statement.setInt(2, from.week)\n      statement.setInt(3, from.year)\n      statement.setInt(4, to.year)\n      statement.setInt(5, to.year)\n      statement.setInt(6, to.week)\n      statement.setString(7, airport)\n      val resultSet = statement.executeQuery()\n      val result = mutable.MutableList[(String, Double)]()\n      while (resultSet.next()) {\n        result += resultSet.getString(1) -> resultSet.getDouble(2)\n      }\n      result.toList\n    } finally {\n      connection.close()\n    }\n  }\n\n  def routeMeanArrivalDelay(from: WeekOfYear,\n                            to: WeekOfYear,\n                            source: String,\n                            destination: String): Future[Double] = Future {\n    val connection = db.getConnection()\n    try {\n      val statement = connection.prepareStatement(\n        \"SELECT SUM(arrival_sum)\/SUM(num) AS performance FROM carriers \" +\n          \"WHERE ((year = ? AND week >= ?) OR (year > ? AND year < ?) OR (year = ? AND week <=?)) \" +\n          \"AND \\\"from\\\" = ? AND \\\"to\\\" = ? LIMIT 1\"\n      )\n      statement.setInt(1, from.year)\n      statement.setInt(2, from.week)\n      statement.setInt(3, from.year)\n      statement.setInt(4, to.year)\n      statement.setInt(5, to.year)\n      statement.setInt(6, to.week)\n      statement.setString(7, source)\n      statement.setString(8, destination)\n      val resultSet = statement.executeQuery()\n      resultSet.next()\n      resultSet.getDouble(1)\n    } finally {\n      connection.close()\n    }\n  }\n}\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"build.sbt","text":"import CommonSettings._\n\nname := \"iosr-distributed-data-processing\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\nlazy val common = (project in file(\"common\"))\n  .settings(commonSettings)\n\nlazy val preprocessing = (project in file(\"preprocessing\"))\n  .dependsOn(common)\n  .settings(commonSettings)\n  .settings(libraryDependencies ++= sparkDependencies)\n\nlazy val application = (project in file (\"application\"))\n  .dependsOn(common)\n  .settings(commonSettings)\n  .enablePlugins(PlayScala)\n\nlazy val `iosr-distributed-data-processing` = (project in file(\".\"))\n  .aggregate(common, preprocessing, application)\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"application\/build.sbt","text":"<reponame>salceson\/iosr-distributed-data-processing\nname := \"iosr-distributed-data-processing-application\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  cache,\n  json,\n  \"org.postgresql\" % \"postgresql\" % \"9.4.1212\"\n)\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"project\/CommonSettings.scala","text":"<gh_stars>0\nimport sbt._\nimport Keys._\n\nobject CommonSettings {\n  private val SparkVersion = \"2.1.0\"\n\n  val sparkDependencies: Seq[ModuleID] = Seq(\n    \"org.apache.spark\" %% \"spark-core\" % SparkVersion,\n    \"org.apache.spark\" %% \"spark-sql\" % SparkVersion\n  )\n\n  val commonLibDependencies: Seq[ModuleID] = Seq(\n    \"com.github.nscala-time\" %% \"nscala-time\" % \"2.16.0\"\n  )\n\n  val commonTestScalacSettings: Seq[String] = Seq(\"-Yrangepos\")\n\n  val commonResolvers: Seq[MavenRepository] = Seq(\n    \"scalaz-bintray\" at \"http:\/\/dl.bintray.com\/scalaz\/releases\"\n  )\n\n  val commonSettings: Seq[Def.Setting[_]] = Seq(\n    resolvers ++= commonResolvers,\n    scalacOptions in Test ++= commonTestScalacSettings,\n    libraryDependencies ++= commonLibDependencies\n  )\n}\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"common\/build.sbt","text":"<gh_stars>0\nname := \"iosr-distributed-data-processing-common\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"preprocessing\/src\/main\/scala\/iosr\/preprocessing\/AirportsPreprocessing.scala","text":"<filename>preprocessing\/src\/main\/scala\/iosr\/preprocessing\/AirportsPreprocessing.scala\npackage iosr.preprocessing\n\nimport iosr.models._\nimport org.apache.spark.sql._\n\nobject AirportsPreprocessing {\n  def main(args: Array[String]): Unit = {\n    val dataDir = System.getenv(\"DATA_DIR\")\n    val spark = SparkSession.builder.appName(\"AirportsPreprocessing\").getOrCreate\n    val files = s\"$dataDir\/*.csv\"\n\n    import spark.implicits._\n\n    spark.read.format(\"csv\").load(files)\n      .filter((row: Row) => !row.anyNull)\n      .flatMap((row: Row) => {\n        val year = row.getString(0).toInt\n        val month = row.getString(1).toInt\n        val day = row.getString(2).toInt\n        val from = row.getString(4)\n        val to = row.getString(5)\n        val weekOfYear = WeekOfYear.fromDate(year, month, day)\n        Seq(\n          (WeekOfYearAirport(weekOfYear, Airport(from)), 1),\n          (WeekOfYearAirport(weekOfYear, Airport(to)), 1)\n        )\n      })\n      .groupByKey(_._1)\n      .reduceGroups(sumNums)\n      .map({ case (key, (_, num)) =>\n        (key.weekOfYear.year, key.weekOfYear.week, key.airport.code, num)\n      })\n      .write.csv(s\"$dataDir\/output\/airports\")\n  }\n\n  type ReduceArgument = (WeekOfYearAirport, Int)\n\n  private val sumNums: (ReduceArgument, ReduceArgument) => ReduceArgument = {\n    case ((key, num1), (_, num2)) => (key, num1 + num2)\n  }\n}\n"}
{"repo_name":"salceson\/iosr-distributed-data-processing","path":"common\/src\/main\/scala\/iosr\/models\/WeekOfYear.scala","text":"<gh_stars>0\npackage iosr.models\n\nimport com.github.nscala_time.time.Imports._\n\ncase class WeekOfYear(week: Int, year: Int)\n\nobject WeekOfYear {\n  def fromDate(year: Int, month: Int, day: Int): WeekOfYear = {\n    val date = new LocalDate(year, month, day)\n    WeekOfYear((date.getDayOfYear - 1) \/ 7 + 1, year)\n  }\n}\n\ncase class WeekOfYearCarrierFromTo(weekOfYear: WeekOfYear,\n                                   carrier: String,\n                                   from: String,\n                                   to: String)\n\ncase class Weekday(dayOfWeek: Int)\n\nobject Weekday {\n  def fromDate(year: Int, month: Int, day: Int): Weekday = {\n    val date = new LocalDate(year, month, day)\n    Weekday(date.getDayOfWeek)\n  }\n}\n\ncase class WeekOfYearWeekday(weekOfYear: WeekOfYear, weekday: Weekday)\n\ncase class Airport(code: String)\n\ncase class WeekOfYearAirport(weekOfYear: WeekOfYear, airport: Airport)\n"}
{"repo_name":"kent17\/spark-parquet-example","path":"src\/main\/scala\/com\/zenfractal\/SparkParquetExample.scala","text":"<reponame>kent17\/spark-parquet-example<filename>src\/main\/scala\/com\/zenfractal\/SparkParquetExample.scala<gh_stars>1-10\npackage com.zenfractal\n\nimport com.esotericsoftware.kryo.{Kryo, Serializer}\nimport com.esotericsoftware.kryo.io.{Input, Output}\nimport com.google.common.io.Files\nimport com.julianpeeters.avro.annotations._\nimport com.twitter.chill.avro.AvroSerializer\nimport java.io.{File,IOException,BufferedOutputStream,FileOutputStream}\nimport java.lang.Iterable\nimport scala.collection.JavaConversions._\nimport org.apache.avro.generic._\nimport org.apache.avro.hadoop.io._\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory, BinaryEncoder, EncoderFactory}\nimport org.apache.avro.mapred.AvroKey\nimport org.apache.avro.mapreduce.{AvroJob,AvroKeyOutputFormat,AvroKeyRecordWriter}\nimport org.apache.avro.Schema\nimport org.apache.avro.Schema.Field\nimport org.apache.avro.specific.{SpecificDatumWriter, SpecificDatumReader, SpecificRecord}\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.fs.{ FileSystem, Path }\nimport org.apache.hadoop.io.compress._\nimport org.apache.hadoop.io.NullWritable\nimport org.apache.hadoop.mapreduce.Job\nimport org.apache.hadoop.mapreduce.lib.input.FileInputFormat\nimport org.apache.hadoop.mapreduce.lib.output.FileOutputFormat\nimport org.apache.spark.{SparkConf,SparkContext}\nimport org.apache.spark.serializer.{ KryoSerializer, KryoRegistrator }\nimport parquet.avro.{AvroParquetOutputFormat,AvroParquetInputFormat,AvroWriteSupport,AvroReadSupport}\nimport parquet.avro.AvroParquetInputFormat._\nimport parquet.column.ColumnReader\nimport parquet.filter.{RecordFilter,UnboundRecordFilter}\nimport parquet.filter.ColumnPredicates._\nimport parquet.filter.ColumnRecordFilter._\nimport parquet.format.CompressionCodec\nimport parquet.hadoop.{ParquetOutputFormat,ParquetInputFormat}\nimport parquet.hadoop.metadata.CompressionCodecName\nimport scala.collection.mutable.ListBuffer\n\n\/\/ Original code : https:\/\/github.com\/massie\/spark-parquet-example\nobject SparkParquetExample {\n\n  \/\/ This predicate will remove all amino acids that are not basic\n  class BasicAuctionPredicate extends UnboundRecordFilter {\n    def bind(readers: Iterable[ColumnReader]): RecordFilter = {\n      column(\"publisherId\", equalTo(13)).bind(readers)\n    }\n  }\n\n  private def auctionPrinter(tuple: Tuple2[Void, Auction]) {\n    if (tuple._2 != null) println(tuple._1+\" --- \"+tuple._2)\n  }\n\n  \/\/ Register generated Avro classes for Spark's internal serialisation\n  class AuctionKryoRegistrator extends KryoRegistrator {\n    override def registerClasses(kryo: Kryo) {\n      \/\/kryo.register(classOf[Auction], AvroSerializer[Auction]())\n      kryo.register(classOf[AuctionHeavy])\n      \/\/ kryo.register(....)\n    }\n  }\n\n  def main(args: Array[String]) {\n    val nbOutliers = 5\n    val nbTirages = 25\n    val nbAuctions = 100000\n    val nbPartitions = 16\n    val x = List.fill(nbTirages)(nbAuctions)\n    \/\/ x = 10000, 10000, ..., 10000\n\n    val sparkConf = new SparkConf()\n      .setMaster(\"local\")\n      .setAppName(\"ParquetExample\")\n      .set(\"spark.driver.extraClassPath\", \"\/Users\/quentin\/Dev\/spark-1.4.1-bin-hadoop2.6\/lib\/parquet-avro-1.8.1.jar\")\n    val sc = new SparkContext(sparkConf)\n\n    val resultsTmp = x\n        .map(na => usingParquet(sc,na,nbPartitions)) \/\/ fait les tirages\n        \/\/.splitAt(nbOutliers)\n        \/\/._2 \/\/ Retire les premiers r\u00e9sultats (outliers)\n    \/\/println(\"resultsTmp: \"+resultsTmp)\n    val results = resultsTmp.splitAt(nbOutliers)._2\n    val writingResults = results.foldLeft(List[Float]())( _ :+ _._1).sorted\n    val readingResults = results.foldLeft(List[Float]())( _ :+ _._2).sorted\n    val readingFilteredResults = results.foldLeft(List[Float]())( _ :+ _._3).sorted\n    val readingFilteredColumnResults = results.foldLeft(List[Float]())( _ :+ _._4).sorted\n    val dirSizeResults = results.foldLeft(List[Float]())( _ :+ _._5).sorted\n    println(\"writingResults: \" + writingResults)\n    println(\"readingResults: \" + readingResults)\n    println(\"readingFilteredResults: \" + readingFilteredResults)\n    println(\"readingFilteredColumnResults: \" + readingFilteredColumnResults)\n    println(\"dirSizeResults: \" + dirSizeResults)\n    val writingSum = writingResults.foldLeft(0.0)(_ + _)\n    val readingSum = readingResults.foldLeft(0.0)(_ + _)\n    val readingFilteredSum = readingFilteredResults.foldLeft(0.0)(_ + _)\n    val readingFilteredColumnSum = readingFilteredColumnResults.foldLeft(0.0)(_ + _)\n    val dirSizeSum = dirSizeResults.foldLeft(0.0)(_ + _)\n\n    val writingAvg = writingSum \/ (nbTirages-nbOutliers)\n    val readingAvg = readingSum \/ (nbTirages-nbOutliers)\n    val readingFilteredAvg = readingFilteredSum \/ (nbTirages-nbOutliers)\n    val readingFilteredColumnAvg = readingFilteredColumnSum \/ (nbTirages-nbOutliers)\n    val dirSizeAvg = dirSizeSum \/ (nbTirages-nbOutliers)\n    val writingStd = computeStd(writingResults, writingAvg)\n    val readingStd = computeStd(readingResults, readingAvg)\n    val readingFilteredStd = computeStd(readingFilteredResults, readingFilteredAvg)\n    val readingFilteredColumnStd = computeStd(readingFilteredColumnResults, readingFilteredColumnAvg)\n    val dirSizeStd = computeStd(dirSizeResults, dirSizeAvg)\n\n    println(\"writingAvg = \" + writingAvg)\n    println(\"writingStd = \" + writingStd)\n    println(\"readingAvg = \" + readingAvg)\n    println(\"readingStd = \" + readingStd)\n    println(\"readingFilteredAvg = \" + readingFilteredAvg)\n    println(\"readingFilteredStd = \" + readingFilteredStd)\n    println(\"readingFilteredColumnAvg = \" + readingFilteredColumnAvg)\n    println(\"readingFilteredColumnStd = \" + readingFilteredColumnStd)\n    println(\"dirSizeAvg = \" + dirSizeAvg)\n    println(\"dirSizeStd = \" + dirSizeStd)\n\n    val alpha = 0.9\n    val quantileIndex = Math.round(alpha * (nbTirages - nbOutliers - 1))\n    val writingQuantile = writingResults(quantileIndex.toInt)\n    println(\"writingQuantile: \" + writingQuantile)\n    val readingQuantile = readingResults(quantileIndex.toInt)\n    println(\"readingQuantile: \" + readingQuantile)\n    val readingFilteredQuantile = readingFilteredResults(quantileIndex.toInt)\n    println(\"readingFilteredQuantile: \" + readingFilteredQuantile)\n    val readingFilteredColumnQuantile = readingFilteredColumnResults(quantileIndex.toInt)\n    println(\"readingFilteredColumnQuantile: \" + readingFilteredColumnQuantile)\n    val dirSizeQuantile = dirSizeResults(quantileIndex.toInt)\n    println(\"dirSizeQuantile: \" + dirSizeQuantile)\n\n    println(\"WRITING\")\n    println(\"READING\")\n    println(\"READING FILTERED\")\n    println(\"READING FILTERED BY COLUMN\")\n    println(\"HDFS DIRECTORY SIZE\")\n\n    println(writingAvg)\n    println(readingAvg)\n    println(readingFilteredAvg)\n    println(readingFilteredColumnAvg)\n    println(dirSizeAvg)\n    println(\"\")\n    println(writingStd)\n    println(readingStd)\n    println(readingFilteredStd)\n    println(readingFilteredColumnStd)\n    println(dirSizeStd)\n    println(\"\")\n    \n    println(writingQuantile)\n    \/\/printToSpreadsheet(writingResults)\n    println(readingQuantile)\n    \/\/printToSpreadsheet(readingResults)\n    println(readingFilteredQuantile)\n    \/\/printToSpreadsheet(readingFilteredResults)\n    println(readingFilteredColumnQuantile)\n    \/\/printToSpreadsheet(readingFilteredColumnResults)\n    println(dirSizeQuantile)\n    \/\/printToSpreadsheet(dirSizeResults)\n\n    println(\"THE END\")\n  }\n\n  private def computeStd(vector: List[Float], mean: Double): Double = {\n    val devs = vector.map(value => (value - mean) * (value - mean))\n    Math.sqrt(devs.sum \/ vector.size)\n  }\n\n  private def printToSpreadsheet(listFloats: List[Float]) {\n    println(listFloats.foldLeft(\"\")( _ + _.toString + \"\\n\"))\n  }\n\n  def usingParquet(sc: SparkContext,nbAuctions: Int, nbPartitions: Int): Tuple5[Float,Float,Float,Float,Float] = {\n    val job = Job.getInstance()\n\n    \/\/val tempDir = Files.createTempDir()\n    val outputDir = new File(\"outputrddfile.bin\").getAbsolutePath\n    println(outputDir)\n\n    val someAuctions = AuctionHeavyHandler.createAuctionHeavySet(nbAuctions) \n    println(\"auction set created\")\n    \n    \/\/ Configure the ParquetOutputFormat to use Avro as the serialization format\n    ParquetOutputFormat.setWriteSupportClass(job, classOf[AvroWriteSupport])\n    \/\/ Adds a compression\n    ParquetOutputFormat.setCompression(job, CompressionCodecName.GZIP)\n    \/\/ You need to pass the schema to AvroParquet when you are writing objects but not when you\n    \/\/ are reading them. The schema is saved in Parquet file for future readers to use.\n    AvroParquetOutputFormat.setSchema(job, AuctionHeavy.SCHEMA$)\n    println(\"schema set\")\n    \/\/ Create a PairRDD with all keys set to null\n    \/\/val rdd = sc.makeRDD(someAuctions.map(auction => (null, auction)))\n\n    val ones = List.fill(nbPartitions){1}\n    val fakeRdd = sc.makeRDD(ones, nbPartitions) \/\/ 100 partitions\n    val rddWithAuctions = fakeRdd.flatMap( \n        (_) => {\n            AuctionHeavyHandler.createAuctionHeavySet(nbAuctions)\n        }\n    )\n    val rdd = rddWithAuctions.map { auction => (null, auction) }\n    println(\"partitionned rdd created !!\")\n\n    \/\/ Save the RDD to a Parquet file in our temporary output directory\n    println(\"saving rdd...\")\n    val startWrite = System.currentTimeMillis()\n    rdd.saveAsNewAPIHadoopFile(outputDir, classOf[Void], classOf[AuctionHeavy],\n      classOf[ParquetOutputFormat[AuctionHeavy]], job.getConfiguration)\n    val writingTime = System.currentTimeMillis()-startWrite\n    println(\"Ecriture : \"+writingTime+\"ms\")\n\n    \/\/ Read all the amino acids back to show that they were all saved to the Parquet file\n    val startRead = System.currentTimeMillis()\n    ParquetInputFormat.setReadSupportClass(job, classOf[AvroReadSupport[AuctionHeavy]])\n    val file = sc.newAPIHadoopFile(outputDir, classOf[ParquetInputFormat[AuctionHeavy]],\n      classOf[Void], classOf[AuctionHeavy], job.getConfiguration)\n    val countReading = file.count()\n    val readingTime = System.currentTimeMillis()-startRead\n    println(\"Lecture : \"+readingTime+\"ms\")\n\n    \/\/ Set a predicate and Parquet only deserializes amino acids that are basic.\n    \/\/ Non-basic amino acids will returned as null.\n    val startReadPredicate = System.currentTimeMillis()\n    ParquetInputFormat.setUnboundRecordFilter(job, classOf[BasicAuctionPredicate])\n    val filteredFile = sc.newAPIHadoopFile(outputDir, classOf[ParquetInputFormat[AuctionHeavy]],\n      classOf[Void], classOf[AuctionHeavy], job.getConfiguration)\n    println(\"file with predicate read\")\n    val countReadingPred = filteredFile.count()\n    val readingAndFilteringTime = System.currentTimeMillis()-startReadPredicate\n    println(\"Lecture filtr\u00e9e: \"+readingAndFilteringTime+\"ms\")\n\n    \/\/ Read with filter by column\n    val projection = Schema.createRecord(AuctionFilt.SCHEMA$.getName(), AuctionFilt.SCHEMA$.getDoc(), AuctionFilt.SCHEMA$.getNamespace(), false)\n    \/\/projection.setFields(AuctionHeavy.SCHEMA$.getFields())\n    \/\/AvroParquetInputFormat.setRequestedProjection(job, projection)\n    \/\/AvroParquetInputFormat.setAvroReadSchema(job, AuctionFilt.SCHEMA$)\n\n    val startReadByColumn = System.currentTimeMillis()\n    AvroParquetInputFormat.setRequestedProjection(job, AuctionFilt.SCHEMA$)\n    val filteredColumnFile = sc.newAPIHadoopFile(outputDir, classOf[ParquetInputFormat[AuctionHeavy]],\n      classOf[Void], classOf[AuctionHeavy], job.getConfiguration)\n    val countReadCol = filteredColumnFile.count()\n    val readByColumnTime = System.currentTimeMillis()-startReadByColumn\n    println(\"Lecture filtr\u00e9e par colonne: \"+ readByColumnTime +\"ms\")\n\n    val dirSize = getDirSize(new File(outputDir))\n    println(\"dirSize: \" + dirSize)\n    println(\"Deleting output folder...\")\n    FileUtils.deleteDirectory(new File(outputDir))\n    println(\"Done\")\n    new Tuple5(writingTime, readingTime, readingAndFilteringTime, readByColumnTime, dirSize)\n  }\n\n  def getDirSize(directory: File): Float = {\n    val lengths = for (file <- directory.listFiles()) yield {\n        if (file.isFile()) file.length()\n        else getDirSize(file)\n    }\n    lengths.sum\n  }\n\n}\n"}
{"repo_name":"kent17\/spark-parquet-example","path":"src\/main\/scala\/com\/zenfractal\/Auction.scala","text":"package com.zenfractal\n\n\/*Auction.scala*\/\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd._\nimport scala.util._\nimport org.apache.avro.specific.{SpecificDatumWriter, SpecificDatumReader, SpecificRecord}\nimport com.esotericsoftware.kryo.{Kryo, Serializer}\nimport com.esotericsoftware.kryo.io.{Input, Output}\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory, BinaryEncoder, EncoderFactory}\nimport com.julianpeeters.avro.annotations._\n\n\/**\n * A class to represent auctions.\n *\/\n \n@AvroRecord\ncase class Auction(var publisherId: Int, var auctionId: Long, var revenue: Float) {\n\toverride def toString(): String = \"--\\npublisher: \"+publisherId+\"\\nauction: \"+auctionId+\"\\nrevenue: \"+revenue+\"\\n--\"\n}\n\n@AvroRecord\ncase class AuctionHeavy(var auctionId: Int, var publisherId: Int, var revenue: Option[Double], var publisherName: Option[String], var publisherCEOName: Option[String], var publisherCEODogName: Option[String], var publisherCEODogVetName: Option[String], var publisherCEODogVetWifeName: Option[String]) {\n\toverride def toString(): String = \"--\\npublisher: \"+publisherId+\"\\nauction: \"+auctionId+\"\\nrevenue: \"+revenue+\"\\n--\"\n}\n\n@AvroRecord\ncase class AuctionFilt(var auctionId: Int, var publisherId: Int) {\n  override def toString(): String = \"--\\npublisher: \"+publisherId+\"\\n--\"\n}\n\nobject AuctionHandler{\n  def randomAuction(): Auction = {\n    val r = scala.util.Random\n    new Auction(\n      r.nextInt(100),\n      r.nextInt(10000),\n      r.nextFloat()*500\n      )\n  }\n\n  def createAuctionSet(n: Long) : List[Auction] = {\n    addAuctionSet(n, Nil)\n  }\n\n  def addAuctionSet(n: Long, l: List[Auction]) : List[Auction] = {\n    if(n==0) l\n    else addAuctionSet(n-1, randomAuction() :: l)\n  }\n}\n\n\nobject AuctionHeavyHandler{\n  def randomAuctionHeavy(): AuctionHeavy = {\n    val r = scala.util.Random\n    new AuctionHeavy(\n      r.nextInt(100),\n      r.nextInt(10000),\n      Some(r.nextDouble()*500),\n      Some(randomString(250)),\n      Some(\"azeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeazeaze\" + r.nextInt(10)),\n      Some(\"escargotescargotescargotescargotescargotescargotescargotescargotescargotescargotescargotescargotescargot\" + r.nextInt(10)),\n      Some(\"saladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesaladesalade\" + r.nextInt(10)),\n      Some(\"stringstringstring\" + r.nextInt(10))\n      )\n  }\n\n  def createAuctionHeavySet(n: Long) : List[AuctionHeavy] = {\n    addAuctionHeavySet(n, Nil)\n  }\n\n  def addAuctionHeavySet(n: Long, l: List[AuctionHeavy]) : List[AuctionHeavy] = {\n    if(n==0) l\n    else addAuctionHeavySet(n-1, randomAuctionHeavy() :: l)\n  }\n\n  def randomStringRecursive(n: Int): List[Char] = {\n    n match {\n      case 1 => List(scala.util.Random.nextPrintableChar)\n      case _ => List(scala.util.Random.nextPrintableChar) ++ randomStringRecursive(n-1)\n    }\n  }\n\n  def randomString(n: Int): String = {\n    randomStringRecursive(n).mkString\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DeleteDataItemNested.scala","text":"<reponame>seanchambo\/prisma<gh_stars>1-10\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database._\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult, MutactionVerificationSuccess}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.shared.models.Project\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success, Try}\n\ncase class DeleteDataItemNested(project: Project, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(\n      ClientSqlStatementResult(\n        sqlAction = DBIO.seq(\n          DatabaseMutationBuilder.deleteRelayRowByUnique(project.id, where),\n          DatabaseMutationBuilder.deleteDataItemByUnique(project.id, where)\n        )\n      )\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/RemoveRelationRowByParentInfo.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.ParentInfo\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ncase class RemoveRelationRowByParentInfo(project: Project, parentInfo: ParentInfo) extends ClientSqlDataChangeMutaction {\n\n  override def execute =\n    Future.successful(ClientSqlStatementResult(DatabaseMutationBuilder.deleteRelationRowByParent(project.id, parentInfo)))\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/ProjectRelayIdTable.scala","text":"<gh_stars>1-10\npackage com.prisma.api.database\n\nimport slick.jdbc.MySQLProfile.api._\n\ncase class ProjectRelayId(id: String, stableModelIdentifier: String)\n\nclass ProjectRelayIdTable(tag: Tag, schema: String) extends Table[ProjectRelayId](tag, Some(schema), \"_RelayId\") {\n\n  def id                    = column[String](\"id\", O.PrimaryKey)\n  def stableModelIdentifier = column[String](\"stableModelIdentifier\")\n\n  def * = (id, stableModelIdentifier) <> ((ProjectRelayId.apply _).tupled, ProjectRelayId.unapply)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/UpdateDataItemByUniqueFieldIfInRelationWith.scala","text":"<gh_stars>1-10\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{CoolArgs, NodeSelector, ParentInfo}\nimport com.prisma.shared.models.{Model, Project}\nimport slick.dbio.DBIOAction\n\nimport scala.concurrent.Future\n\ncase class UpdateDataItemByUniqueFieldIfInRelationWith(project: Project, parentInfo: ParentInfo, where: NodeSelector, args: CoolArgs)\n    extends ClientSqlDataChangeMutaction {\n\n  val scalarArgs = args.nonListScalarArguments(where.model)\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = Future.successful {\n    val action = DatabaseMutationBuilder.updateDataItemByUnique(project.id, where, scalarArgs)\n\n    if (scalarArgs.isNonEmpty) {\n      ClientSqlStatementResult(sqlAction = action)\n    } else {\n      ClientSqlStatementResult(sqlAction = DBIOAction.successful(()))\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/NestedConnectRelationMutaction.scala","text":"<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/NestedConnectRelationMutaction.scala\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.shared.models.Project\nimport slick.dbio.{Effect, NoStream}\nimport slick.sql.{SqlAction, SqlStreamingAction}\n\ncase class NestedConnectRelationMutaction(project: Project, parentInfo: ParentInfo, where: NodeSelector, topIsCreate: Boolean)\n    extends NestedRelationMutactionBaseClass {\n\n  override def requiredCheck: List[SqlStreamingAction[Vector[Int], Int, Effect]] = topIsCreate match {\n    case false =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => List(checkForOldParent)\n        case (false, false, false, true)  => List(checkForOldChild)\n        case (false, false, false, false) => noCheckRequired\n        case (true, false, false, true)   => noCheckRequired\n        case (true, false, false, false)  => noCheckRequired\n        case (false, true, true, false)   => noCheckRequired\n        case (false, false, true, false)  => noCheckRequired\n        case (true, false, true, false)   => noCheckRequired\n        case _                            => sysError\n      }\n    case true =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => List(checkForOldParent)\n        case (false, false, false, true)  => noActionRequired\n        case (false, false, false, false) => noActionRequired\n        case (true, false, false, true)   => noActionRequired\n        case (true, false, false, false)  => noActionRequired\n        case (false, true, true, false)   => noActionRequired\n        case (false, false, true, false)  => noActionRequired\n        case (true, false, true, false)   => noActionRequired\n        case _                            => sysError\n      }\n  }\n\n  override def removalActions: List[SqlStreamingAction[Vector[Int], Int, Effect]#ResultAction[Int, NoStream, Effect]] = topIsCreate match {\n    case false =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => List(removalByParent)\n        case (false, false, false, true)  => List(removalByParent, removalByChild)\n        case (false, false, false, false) => List(removalByParent, removalByChild)\n        case (true, false, false, true)   => List(removalByChild)\n        case (true, false, false, false)  => List(removalByChild)\n        case (false, true, true, false)   => List(removalByParent)\n        case (false, false, true, false)  => List(removalByParent)\n        case (true, false, true, false)   => noActionRequired\n        case _                            => sysError\n      }\n    case true =>\n      (p.isList, p.isRequired, c.isList, c.isRequired) match {\n        case (false, true, false, true)   => requiredRelationViolation\n        case (false, true, false, false)  => noActionRequired\n        case (false, false, false, true)  => List(removalByChild)\n        case (false, false, false, false) => List(removalByChild)\n        case (true, false, false, true)   => List(removalByChild)\n        case (true, false, false, false)  => List(removalByChild)\n        case (false, true, true, false)   => noActionRequired\n        case (false, false, true, false)  => noActionRequired\n        case (true, false, true, false)   => noActionRequired\n        case _                            => sysError\n      }\n  }\n\n  override def addAction: List[SqlAction[Int, NoStream, Effect]] = createRelationRow\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/EnableForeignKeyConstraintChecks.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlMutaction, ClientSqlStatementResult}\n\nimport scala.concurrent.Future\n\ncase class EnableForeignKeyConstraintChecks() extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] =\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.enableForeignKeyConstraintChecks))\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/schema\/types\/ProjectType.scala","text":"<gh_stars>1-10\npackage com.prisma.deploy.schema.types\n\nimport com.prisma.deploy.schema.SystemUserContext\nimport com.prisma.shared.models\nimport sangria.schema._\n\nobject ProjectType {\n  lazy val Type: ObjectType[SystemUserContext, models.Project] = ObjectType(\n    \"Project\",\n    \"This is a project\",\n    fields[SystemUserContext, models.Project](\n      Field(\"name\", StringType, resolve = _.value.projectId.name),\n      Field(\"stage\", StringType, resolve = _.value.projectId.stage)\n    )\n  )\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/SetScalarListToEmpty.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.shared.models._\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.Future\n\ncase class SetScalarListToEmpty(\n    project: Project,\n    where: NodeSelector,\n    field: Field\n) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n\n    Future.successful(\n      ClientSqlStatementResult(\n        sqlAction = DBIO.seq(\n          DatabaseMutationBuilder.setScalarListToEmpty(project.id, where, field.name)\n        )))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/PublishSubscriptionEvent.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.typesafe.scalalogging.LazyLogging\nimport com.prisma.api.ApiDependencies\nimport com.prisma.api.database.mutactions.{Mutaction, MutactionExecutionResult, MutactionExecutionSuccess}\nimport com.prisma.messagebus.PubSubPublisher\nimport com.prisma.messagebus.pubsub.Only\nimport com.prisma.shared.models.Project\nimport spray.json._\nimport com.prisma.util.json.JsonFormats.AnyJsonFormat\n\nimport scala.concurrent.Future\n\ncase class PublishSubscriptionEvent(project: Project, value: Map[String, Any], mutationName: String)(implicit apiDependencies: ApiDependencies)\n    extends Mutaction\n    with LazyLogging {\n  import EventJsonProtocol._\n\n  val publisher = apiDependencies.sssEventsPublisher\n\n  override def execute: Future[MutactionExecutionResult] = {\n    val topic = Only(s\"subscription:event:${project.id}:$mutationName\")\n\n    println(s\"PUBLISHING SUBSCRIPTION EVENT TO $topic\")\n\n    publisher.publish(topic, value.toJson.compactPrint)\n    Future.successful(MutactionExecutionSuccess())\n  }\n}\n\ncase class MutationCallbackEvent(id: String, url: String, payload: String, headers: JsObject = JsObject.empty)\n\nobject EventJsonProtocol extends DefaultJsonProtocol {\n  implicit val mutationCallbackEventFormat = jsonFormat4(MutationCallbackEvent)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/CascadingDeletePathSpec.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.shared.models._\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass CascadingDeletePathSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"Paths\" should \"not be generated for non-cascading relations\" ignore {\n\n    \/\/                                P\n    \/\/                        C             SC\n    \/\/              GC            GC2               SGC\n    \/\/                  GGC                   SGGC          SGGC2\n\n    val project = SchemaDsl() { schema =>\n      val parent               = schema.model(\"P\").field_!(\"p\", _.String, isUnique = true)\n      val child                = schema.model(\"C\").field_!(\"c\", _.String, isUnique = true).manyToManyRelation(\"p\", \"c\", parent)\n      val stepchild            = schema.model(\"SC\").field_!(\"sc\", _.String, isUnique = true).manyToManyRelation(\"p\", \"sc\", parent)\n      val grandchild           = schema.model(\"GC\").field_!(\"gc\", _.String, isUnique = true).manyToManyRelation(\"c\", \"gc\", child)\n      val grandchild2          = schema.model(\"GC2\").field_!(\"gc2\", _.String, isUnique = true).manyToManyRelation(\"gc2\", \"c\", child)\n      val stepgrandchild       = schema.model(\"SGC\").field_!(\"sgc\", _.String, isUnique = true).manyToManyRelation(\"sc\", \"sgc\", stepchild)\n      val greatgrandchild      = schema.model(\"GGC\").field_!(\"ggc\", _.String, isUnique = true).manyToManyRelation(\"gc\", \"ggc\", grandchild)\n      val stepgreatgrandchild  = schema.model(\"SGGC\").field_!(\"sggc\", _.String, isUnique = true).manyToManyRelation(\"sgc\", \"sggc\", stepgrandchild)\n      val stepgreatgrandchild2 = schema.model(\"SGGC2\").field_!(\"sggc2\", _.String, isUnique = true).manyToManyRelation(\"sgc\", \"sggc2\", stepgrandchild)\n\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"P\")\n    val res    = collectPaths(project, parent)\n    res should be(List.empty)\n  }\n\n  \"Paths for nested relations where all sides are cascading\" should \"be generated correctly\" ignore {\n\n    \/\/                                P\n    \/\/                        C             SC\n    \/\/              GC            GC2               SGC\n    \/\/                  GGC                   SGGC          SGGC2\n\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"P\").field_!(\"p\", _.String, isUnique = true)\n      val child = schema\n        .model(\"C\")\n        .field_!(\"c\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"c\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepchild = schema\n        .model(\"SC\")\n        .field_!(\"sc\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"sc\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val grandchild = schema\n        .model(\"GC\")\n        .field_!(\"gc\", _.String, isUnique = true)\n        .manyToManyRelation(\"c\", \"gc\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val grandchild2 = schema\n        .model(\"GC2\")\n        .field_!(\"gc2\", _.String, isUnique = true)\n        .manyToManyRelation(\"gc2\", \"c\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepgrandchild = schema\n        .model(\"SGC\")\n        .field_!(\"sgc\", _.String, isUnique = true)\n        .manyToManyRelation(\"sc\", \"sgc\", stepchild, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val greatgrandchild = schema\n        .model(\"GGC\")\n        .field_!(\"ggc\", _.String, isUnique = true)\n        .manyToManyRelation(\"gc\", \"ggc\", grandchild, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepgreatgrandchild = schema\n        .model(\"SGGC\")\n        .field_!(\"sggc\", _.String, isUnique = true)\n        .manyToManyRelation(\"sgc\", \"sggc\", stepgrandchild, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepgreatgrandchild2 = schema\n        .model(\"SGGC2\")\n        .field_!(\"sggc2\", _.String, isUnique = true)\n        .manyToManyRelation(\"sgc\", \"sggc2\", stepgrandchild, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"P\")\n    val res    = collectPaths(project, parent)\n    res.foreach(x => println(x.pretty))\n\n    val res2 = res.map(x => x.pretty).mkString(\"\\n\")\n    res2 should be(\"\"\"P<->C\n                      |P<->C C<->GC\n                      |P<->C C<->GC GC<->GGC\n                      |P<->C C<->GC2\n                      |P<->SC\n                      |P<->SC SC<->SGC\n                      |P<->SC SC<->SGC SGC<->SGGC\n                      |P<->SC SC<->SGC SGC<->SGGC2\"\"\".stripMargin)\n  }\n\n  \"Paths for graphs with  circles\" should \"terminate\" ignore {\n\n    \/\/                                P\n    \/\/                              \/   \\\n    \/\/                            C   -  SC\n\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"P\").field_!(\"p\", _.String, isUnique = true)\n      val child = schema\n        .model(\"C\")\n        .field_!(\"c\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"c\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepchild = schema\n        .model(\"SC\")\n        .field_!(\"sc\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"sc\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n        .manyToManyRelation(\"c\", \"sc\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"P\")\n    val res    = collectPaths(project, parent)\n    res.foreach(x => println(x.pretty))\n\n    val res2 = res.map(x => x.pretty).mkString(\"\\n\")\n    res2 should be(\"\"\"P<->C\n                     |P<->C C<->SC SC<->P\n                     |P<->C C<->SC SC<->P\n                     |P<->C C<->SC\n                     |P<->SC\n                     |P<->SC SC<->C C<->P\n                     |P<->SC SC<->C C<->P\n                     |P<->SC SC<->C\"\"\".stripMargin)\n  }\n\n  \"Paths for graphs with  circles\" should \"terminate does not go up to the parent again on the childs\" ignore {\n\n    \/\/                                P\n    \/\/                              \/   \\\n    \/\/                            C   -  SC\n\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"P\").field_!(\"p\", _.String, isUnique = true)\n      val child = schema\n        .model(\"C\")\n        .field_!(\"c\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"c\", parent, modelBOnDelete = OnDelete.Cascade)\n      val stepchild = schema\n        .model(\"SC\")\n        .field_!(\"sc\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"sc\", parent, modelBOnDelete = OnDelete.Cascade)\n        .manyToManyRelation(\"c\", \"sc\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"P\")\n    val res    = collectPaths(project, parent)\n    res.foreach(x => println(x.pretty))\n\n    val res2 = res.map(x => x.pretty).mkString(\"\\n\")\n    res2 should be(\"\"\"P<->C C<->SC\n                     |P<->SC SC<->C\"\"\".stripMargin)\n  }\n\n  \"Paths for graphs with  circles\" should \"detect the circle and error\" ignore {\n\n    \/\/                            A       A2\n    \/\/                              \\   \/\n    \/\/                                P\n    \/\/                              \/   \\\n    \/\/                            C   -  SC\n\n    val project = SchemaDsl() { schema =>\n      val ancestor  = schema.model(\"A\").field_!(\"a\", _.String, isUnique = true)\n      val ancestor2 = schema.model(\"A2\").field_!(\"a2\", _.String, isUnique = true)\n      val parent = schema\n        .model(\"P\")\n        .field_!(\"p\", _.String, isUnique = true)\n        .manyToManyRelation(\"a\", \"p\", ancestor, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n        .manyToManyRelation(\"a2\", \"p\", ancestor2, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val child = schema\n        .model(\"C\")\n        .field_!(\"c\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"c\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n      val stepchild = schema\n        .model(\"SC\")\n        .field_!(\"sc\", _.String, isUnique = true)\n        .manyToManyRelation(\"p\", \"sc\", parent, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n        .manyToManyRelation(\"c\", \"sc\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"P\")\n    val res    = collectPaths(project, parent)\n    res.foreach(x => println(x.pretty))\n\n    val res2 = res.map(x => x.pretty).mkString(\"\\n\")\n    res2 should be(\"\"\"P<->A\n                     |P<->A2\n                     |P<->C\n                     |P<->C C<->SC SC<->P P<->A\n                     |P<->C C<->SC SC<->P P<->A2\n                     |P<->C C<->SC SC<->P\n                     |P<->C C<->SC\n                     |P<->SC\n                     |P<->SC SC<->C C<->P P<->A\n                     |P<->SC SC<->C C<->P P<->A2\n                     |P<->SC SC<->C C<->P\n                     |P<->SC SC<->C\"\"\".stripMargin)\n  }\n\n  \"Paths for graphs with  circles\" should \"detect the circle also on selfrelations and error\" ignore {\n\n    \/\/                            C  -  C\n\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"C\").field_!(\"c\", _.String, isUnique = true)\n      child.manyToManyRelation(\"brother\", \"sister\", child, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n\n    }\n    database.setup(project)\n\n    val parent = project.schema.getModelByName_!(\"C\")\n    val res    = collectPaths(project, parent)\n    res.foreach(x => println(x.pretty))\n\n    val res2 = res.map(x => x.pretty).mkString(\"\\n\")\n    res2 should be(\"\"\"P<->A\n                     |P<->A2\n                     |P<->C\n                     |P<->C C<->SC SC<->P P<->A\n                     |P<->C C<->SC SC<->P P<->A2\n                     |P<->C C<->SC SC<->P\n                     |P<->C C<->SC\n                     |P<->SC\n                     |P<->SC SC<->C C<->P P<->A\n                     |P<->SC SC<->C C<->P P<->A2\n                     |P<->SC SC<->C C<->P\n                     |P<->SC SC<->C\"\"\".stripMargin)\n  }\n\n  case class ModelWithRelation(parent: Model, child: Model, relation: Relation)\n\n  def getMWR(project: Project, model: Model, field: Field): ModelWithRelation =\n    ModelWithRelation(model, field.relatedModel(project.schema).get, field.relation.get)\n\n  case class Path(mwrs: List[ModelWithRelation]) {\n    def prepend(mwr: ModelWithRelation): Path = copy(mwr +: mwrs)\n    def pretty: String                        = mwrs.map(mwr => s\"${mwr.parent.name}<->${mwr.child.name}\").mkString(\" \")\n    def detectCircle(path: List[ModelWithRelation] = this.mwrs, seen: List[Model] = List.empty): Unit = {\n      path match {\n        case x if x.isEmpty                                 =>\n        case x if x.nonEmpty && seen.contains(x.head.child) => sys.error(\"Circle\")\n        case head :: Nil if head.parent == head.child       => sys.error(\"Circle\")\n        case head :: tail                                   => detectCircle(tail, seen :+ head.parent)\n      }\n    }\n  }\n  object Path {\n    lazy val empty = Path(List.empty)\n  }\n\n  def collectPaths(project: Project, startNode: Model, excludes: List[Relation] = List.empty): List[Path] = {\n    val cascadingRelationFields = startNode.cascadingRelationFields\n    val res = cascadingRelationFields.flatMap { field =>\n      val mwr = getMWR(project, startNode, field)\n      if (excludes.contains(mwr.relation)) {\n        List(Path.empty)\n      } else {\n        val childPaths = collectPaths(project, mwr.child, excludes :+ mwr.relation)\n        childPaths.map(path => path.prepend(mwr))\n      }\n    }\n    val distinct = res.distinct\n    distinct.map(path => path.detectCircle())\n    distinct\n\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/subscriptions\/Webhook.scala","text":"package com.prisma.subscriptions\n\ncase class Webhook(\n    projectId: String,\n    functionName: String,\n    requestId: String,\n    url: String,\n    payload: String,\n    id: String,\n    headers: Map[String, String]\n)\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/DeleteScalarListTable.scala","text":"<filename>server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/DeleteScalarListTable.scala\npackage com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.Future\n\ncase class DeleteScalarListTable(projectId: String, model: String, field: String, typeIdentifier: TypeIdentifier) extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(\n      ClientSqlStatementResult(sqlAction = DBIO.seq(DatabaseMutationBuilder.dropScalarListTable(projectId = projectId, modelName = model, fieldName = field))))\n  }\n\n  override def rollback = Some(CreateScalarListTable(projectId, model, field, typeIdentifier).execute)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/NestedDeleteRelationMutaction.scala","text":"<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/NestedDeleteRelationMutaction.scala\npackage com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLException\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.api.schema.APIErrors.RequiredRelationWouldBeViolated\nimport com.prisma.shared.models.{Field, Project, Relation}\n\ncase class NestedDeleteRelationMutaction(project: Project, parentInfo: ParentInfo, where: NodeSelector, topIsCreate: Boolean = false)\n    extends NestedRelationMutactionBaseClass {\n\n  val otherRelationFieldsOfChild          = where.model.relationFields.filter(field => !field.relation.contains(parentInfo.relation))\n  val relationsWhereTheChildIsRequired    = otherRelationFieldsOfChild.filter(otherSideIsRequired).map(_.relation.get)\n  val relationsWhereTheChildIsNotRequired = otherRelationFieldsOfChild.filter(otherSideIsNotRequired).map(_.relation.get)\n\n  override def requiredCheck = {\n    val checksForThisParentRelation = (p.isList, p.isRequired, c.isList, c.isRequired) match {\n      case (false, true, false, true)   => requiredRelationViolation\n      case (false, true, false, false)  => requiredRelationViolation\n      case (false, false, false, true)  => noCheckRequired\n      case (false, false, false, false) => noCheckRequired\n      case (true, false, false, true)   => noCheckRequired\n      case (true, false, false, false)  => noCheckRequired\n      case (false, true, true, false)   => requiredRelationViolation\n      case (false, false, true, false)  => noCheckRequired\n      case (true, false, true, false)   => noCheckRequired\n      case _                            => sysError\n    }\n\n    val checksForOtherRelationsOfTheChild = relationsWhereTheChildIsRequired.map { relation =>\n      DatabaseMutationBuilder.oldParentFailureTriggerForRequiredRelations(project, relation, where)\n    }\n\n    checksForThisParentRelation ++ checksForOtherRelationsOfTheChild\n  }\n\n  override def removalActions = {\n\n    val removeChildFromOtherRelationRows = relationsWhereTheChildIsNotRequired.map { relation =>\n      DatabaseMutationBuilder.deleteRelationRowByChild(project.id, relation, where)\n    }\n\n    List(removalByChild) ++ removeChildFromOtherRelationRows\n  }\n\n  override def addAction = noActionRequired\n\n  override def handleErrors = {\n    Some({\n      case e: SQLException if e.getErrorCode == 1242 && causedByThisMutaction(parentInfo.relation, e.getCause.toString) =>\n        throw RequiredRelationWouldBeViolated(project, parentInfo.relation)\n      case e: SQLException if e.getErrorCode == 1242 && otherFailingRequiredRelationOnChild(e.getCause.toString).isDefined =>\n        throw RequiredRelationWouldBeViolated(project, otherFailingRequiredRelationOnChild(e.getCause.toString).get)\n    })\n  }\n\n  def otherFailingRequiredRelationOnChild(cause: String): Option[Relation] = relationsWhereTheChildIsRequired.collectFirst {\n    case x if causedByThisMutactionChildOnly(x, cause) => x\n  }\n\n  def otherSideIsRequired(field: Field): Boolean = field.relatedField(project.schema) match {\n    case Some(f) if f.isRequired => true\n    case Some(f)                 => false\n    case None                    => false\n  }\n\n  def otherSideIsNotRequired(field: Field): Boolean = !otherSideIsRequired(field)\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/deferreds\/OneDeferredResolver.scala","text":"<reponame>seanchambo\/prisma<gh_stars>1-10\npackage com.prisma.api.database.deferreds\n\nimport com.prisma.api.database.DeferredTypes.{OneDeferred, OneDeferredResultType, OrderedDeferred, OrderedDeferredFutureResult}\nimport com.prisma.api.database.{DataItem, DataResolver}\nimport com.prisma.shared.models.Project\nimport com.prisma.util.gc_value.{GCAnyConverter, GCDBValueConverter}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass OneDeferredResolver(dataResolver: DataResolver) {\n  def resolve(orderedDeferreds: Vector[OrderedDeferred[OneDeferred]]): Vector[OrderedDeferredFutureResult[OneDeferredResultType]] = {\n    val deferreds = orderedDeferreds.map(_.deferred)\n\n    \/\/ check if we really can satisfy all deferreds with one database query\n    DeferredUtils.checkSimilarityOfOneDeferredsAndThrow(deferreds)\n\n    val headDeferred = deferreds.head\n\n    \/\/ fetch dataitems\n    val futureDataItems = dataResolver.batchResolveByUnique(headDeferred.model, headDeferred.key, deferreds.map(_.value).toList)\n\n    \/\/ assign the dataitem that was requested by each deferred\n    val results = orderedDeferreds.map {\n      case OrderedDeferred(deferred, order) =>\n        OrderedDeferredFutureResult[OneDeferredResultType](futureDataItems.map {\n          dataItemsToToOneDeferredResultType(dataResolver.project, deferred, _)\n        }, order)\n    }\n\n    results\n  }\n\n  private def dataItemsToToOneDeferredResultType(project: Project, deferred: OneDeferred, dataItems: Seq[DataItem]): Option[DataItem] = {\n\n    deferred.key match {\n      case \"id\" => dataItems.find(_.id == deferred.value)\n      case _ =>\n        dataItems.find { dataItem =>\n          val itemValue = dataItem.getOption(deferred.key)\n          val field = deferred.model.getFieldByName_!(deferred.key)\n          val gcValue = GCDBValueConverter(field.typeIdentifier, field.isList).toGCValue(itemValue.get)\n          val bla = GCAnyConverter(field.typeIdentifier, field.isList).toGCValue(deferred.value)\n          bla == gcValue\n        }\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/schema\/SchemaBuilder.scala","text":"package com.prisma.deploy.schema\n\nimport akka.actor.ActorSystem\nimport com.prisma.deploy.DeployDependencies\nimport com.prisma.deploy.database.persistence.{MigrationPersistence, ProjectPersistence}\nimport com.prisma.deploy.migration.SchemaMapper\nimport com.prisma.deploy.migration.inference.{MigrationStepsInferrer, SchemaInferrer}\nimport com.prisma.deploy.migration.migrator.Migrator\nimport com.prisma.deploy.schema.fields.{AddProjectField, DeleteProjectField, DeployField, ManualMarshallerHelpers}\nimport com.prisma.deploy.schema.mutations._\nimport com.prisma.deploy.schema.types._\nimport com.prisma.shared.models.{Project, ProjectId}\nimport com.prisma.utils.future.FutureUtils.FutureOpt\nimport sangria.relay.Mutation\nimport sangria.schema._\nimport slick.jdbc.MySQLProfile.backend.DatabaseDef\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Try}\n\ncase class SystemUserContext(authorizationHeader: Option[String])\n\ntrait SchemaBuilder {\n  def apply(userContext: SystemUserContext): Schema[SystemUserContext, Unit]\n}\n\nobject SchemaBuilder {\n  def apply()(implicit system: ActorSystem, dependencies: DeployDependencies): SchemaBuilder =\n    new SchemaBuilder {\n      override def apply(userContext: SystemUserContext) = {\n        SchemaBuilderImpl(userContext).build()\n      }\n    }\n}\n\ncase class SchemaBuilderImpl(\n    userContext: SystemUserContext\n)(implicit system: ActorSystem, dependencies: DeployDependencies) {\n  import ManualMarshallerHelpers._\n  import system.dispatcher\n\n  val internalDb: DatabaseDef                        = dependencies.internalDb\n  val clientDb: DatabaseDef                          = dependencies.clientDb\n  val projectPersistence: ProjectPersistence         = dependencies.projectPersistence\n  val migrationPersistence: MigrationPersistence     = dependencies.migrationPersistence\n  val migrator: Migrator                             = dependencies.migrator\n  val schemaInferrer: SchemaInferrer                 = SchemaInferrer()\n  val migrationStepsInferrer: MigrationStepsInferrer = MigrationStepsInferrer()\n  val schemaMapper: SchemaMapper                     = SchemaMapper\n\n  def build(): Schema[SystemUserContext, Unit] = {\n    val Query = ObjectType[SystemUserContext, Unit](\n      \"Query\",\n      getQueryFields.toList\n    )\n\n    val Mutation = ObjectType(\n      \"Mutation\",\n      getMutationFields.toList\n    )\n\n    Schema(Query, Some(Mutation), additionalTypes = MigrationStepType.allTypes)\n  }\n\n  def getQueryFields: Vector[Field[SystemUserContext, Unit]] = Vector(\n    migrationStatusField,\n    listProjectsField,\n    listMigrationsField,\n    projectField,\n    clusterInfoField\n  )\n\n  def getMutationFields: Vector[Field[SystemUserContext, Unit]] = Vector(\n    deployField,\n    addProjectField,\n    deleteProjectField\n  )\n\n  val migrationStatusField: Field[SystemUserContext, Unit] = Field(\n    \"migrationStatus\",\n    MigrationType.Type,\n    arguments = projectIdArguments,\n    description = Some(\n      \"Shows the status of the next migration in line to be applied to the project. If no such migration exists, it shows the last applied migration.\"\n    ),\n    resolve = (ctx) => {\n      val projectId    = ctx.args.raw.projectId\n      val nameAndStage = ProjectId.fromEncodedString(projectId)\n\n      verifyAuthOrThrow(nameAndStage.name, nameAndStage.stage, ctx.ctx.authorizationHeader)\n\n      FutureOpt(migrationPersistence.getNextMigration(projectId)).fallbackTo(migrationPersistence.getLastMigration(projectId)).map {\n        case Some(migration) => migration\n        case None            => throw InvalidProjectId(projectId)\n      }\n    }\n  )\n\n  val listProjectsField: Field[SystemUserContext, Unit] = Field(\n    \"listProjects\",\n    ListType(ProjectType.Type),\n    description = Some(\"Shows all projects the caller has access to.\"),\n    resolve = (ctx) => {\n      \/\/ Only accessible via *\/* token, like the one the Cloud API uses\n      verifyAuthOrThrow(\"\", \"\", ctx.ctx.authorizationHeader)\n      projectPersistence.loadAll()\n    }\n  )\n\n  \/\/ todo remove if not used anymore\n  val listMigrationsField: Field[SystemUserContext, Unit] = Field(\n    \"listMigrations\",\n    ListType(MigrationType.Type),\n    arguments = projectIdArguments,\n    description = Some(\"Shows all migrations for the project. Debug query, will likely be removed in the future.\"),\n    resolve = (ctx) => {\n      val projectId    = ctx.args.raw.projectId\n      val nameAndStage = ProjectId.fromEncodedString(projectId)\n\n      verifyAuthOrThrow(nameAndStage.name, nameAndStage.stage, ctx.ctx.authorizationHeader)\n      migrationPersistence.loadAll(ctx.args.raw.projectId)\n    }\n  )\n\n  val projectField: Field[SystemUserContext, Unit] = Field(\n    \"project\",\n    ProjectType.Type,\n    arguments = projectIdArguments,\n    description = Some(\"Gets a project by name and stage.\"),\n    resolve = (ctx) => {\n      val projectId    = ctx.args.raw.projectId\n      val nameAndStage = ProjectId.fromEncodedString(projectId)\n\n      verifyAuthOrThrow(nameAndStage.name, nameAndStage.stage, ctx.ctx.authorizationHeader)\n\n      for {\n        projectOpt <- projectPersistence.load(projectId)\n      } yield {\n        projectOpt.getOrElse(throw InvalidProjectId(projectId))\n      }\n    }\n  )\n\n  val clusterInfoField: Field[SystemUserContext, Unit] = Field(\n    \"clusterInfo\",\n    ClusterInfoType.Type,\n    description = Some(\"Information about the cluster\"),\n    resolve = (ctx) => ()\n  )\n\n  def deployField: Field[SystemUserContext, Unit] = {\n    import DeployField.fromInput\n    Mutation.fieldWithClientMutationId[SystemUserContext, Unit, DeployMutationPayload, DeployMutationInput](\n      fieldName = \"deploy\",\n      typeName = \"Deploy\",\n      inputFields = DeployField.inputFields,\n      outputFields = sangria.schema.fields[SystemUserContext, DeployMutationPayload](\n        Field(\"errors\", ListType(SchemaErrorType.Type), resolve = (ctx: Context[SystemUserContext, DeployMutationPayload]) => ctx.value.errors),\n        Field(\"migration\", OptionType(MigrationType.Type), resolve = (ctx: Context[SystemUserContext, DeployMutationPayload]) => ctx.value.migration)\n      ),\n      mutateAndGetPayload = (args, ctx) =>\n        handleMutationResult {\n          for {\n            project   <- getProjectOrThrow(args.projectId)\n            projectId = project.projectId\n            _         = verifyAuthOrThrow(projectId.name, projectId.stage, ctx.ctx.authorizationHeader)\n            result <- DeployMutation(\n                       args = args,\n                       project = project,\n                       schemaInferrer = schemaInferrer,\n                       migrationStepsInferrer = migrationStepsInferrer,\n                       schemaMapper = schemaMapper,\n                       migrationPersistence = migrationPersistence,\n                       projectPersistence = projectPersistence,\n                       migrator = migrator\n                     ).execute\n          } yield result\n      }\n    )\n  }\n\n  def addProjectField: Field[SystemUserContext, Unit] = {\n    import AddProjectField.fromInput\n    Mutation.fieldWithClientMutationId[SystemUserContext, Unit, AddProjectMutationPayload, AddProjectInput](\n      fieldName = \"addProject\",\n      typeName = \"AddProject\",\n      inputFields = AddProjectField.inputFields,\n      outputFields = sangria.schema.fields[SystemUserContext, AddProjectMutationPayload](\n        Field(\"project\", OptionType(ProjectType.Type), resolve = (ctx: Context[SystemUserContext, AddProjectMutationPayload]) => ctx.value.project)\n      ),\n      mutateAndGetPayload = (args, ctx) =>\n        handleMutationResult {\n          verifyAuthOrThrow(args.name, args.stage, ctx.ctx.authorizationHeader)\n\n          AddProjectMutation(\n            args = args,\n            projectPersistence = projectPersistence,\n            migrationPersistence = migrationPersistence,\n            clientDb = clientDb\n          ).execute\n      }\n    )\n  }\n\n  def deleteProjectField: Field[SystemUserContext, Unit] = {\n    import DeleteProjectField.fromInput\n    Mutation.fieldWithClientMutationId[SystemUserContext, Unit, DeleteProjectMutationPayload, DeleteProjectInput](\n      fieldName = \"deleteProject\",\n      typeName = \"DeleteProject\",\n      inputFields = DeleteProjectField.inputFields,\n      outputFields = sangria.schema.fields[SystemUserContext, DeleteProjectMutationPayload](\n        Field(\"project\", OptionType(ProjectType.Type), resolve = (ctx: Context[SystemUserContext, DeleteProjectMutationPayload]) => ctx.value.project)\n      ),\n      mutateAndGetPayload = (args, ctx) =>\n        handleMutationResult {\n          verifyAuthOrThrow(args.name, args.stage, ctx.ctx.authorizationHeader)\n          DeleteProjectMutation(\n            args = args,\n            projectPersistence = projectPersistence,\n            clientDb = clientDb\n          ).execute\n      }\n    )\n  }\n\n  private def handleMutationResult[T](result: Future[MutationResult[T]]): Future[T] = {\n    result.map {\n      case MutationSuccess(x) => x\n      case error              => sys.error(s\"The mutation failed with the error: $error\")\n    }\n  }\n\n  private def getProjectOrThrow(projectId: String): Future[Project] = {\n    projectPersistence.load(projectId).map { projectOpt =>\n      projectOpt.getOrElse(throw InvalidProjectId(projectId))\n    }\n  }\n\n  private def verifyAuthOrThrow(name: String, stage: String, authHeader: Option[String]) = {\n    dependencies.clusterAuth.verify(name, stage, authHeader).get\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/AddDataItemToManyRelationByUniqueField.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.shared.models._\n\nimport scala.concurrent.Future\n\ncase class AddDataItemToManyRelationByUniqueField(project: Project, parentInfo: ParentInfo, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = Future.successful {\n\n    ClientSqlStatementResult(DatabaseMutationBuilder.createRelationRowByUniqueValueForChild(project.id, parentInfo, where))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/inference\/SchemaInfererSpec.scala","text":"package com.prisma.deploy.migration.inference\n\nimport com.prisma.shared.models.Schema\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalactic.Or\nimport org.scalatest.{Matchers, WordSpec}\nimport sangria.parser.QueryParser\n\nclass SchemaInfererSpec extends WordSpec with Matchers {\n\n  val inferer      = SchemaInferrer()\n  val emptyProject = SchemaDsl().buildProject()\n\n  \"if a given relation does not exist yet, the inferer\" should {\n    \"infer relations with the given name if a relation directive is provided on both sides\" in {\n      val types =\n        \"\"\"\n          |type Todo {\n          |  comments: [Comment!] @relation(name:\"MyNameForTodoToComments\")\n          |}\n          |\n          |type Comment {\n          |  todo: Todo! @relation(name:\"MyNameForTodoToComments\")\n          |}\n        \"\"\".stripMargin.trim()\n      val schema = infer(emptyProject.schema, types).get\n\n      val relation = schema.getRelationByName_!(\"MyNameForTodoToComments\")\n      relation.modelAId should equal(\"Comment\")\n      relation.modelBId should equal(\"Todo\")\n    }\n\n    \"infer relations with provided name if only one relation directive is given\" in {\n      val types =\n        \"\"\"\n          |type Todo {\n          |  comments: [Comment!] @relation(name:\"MyRelationName\")\n          |}\n          |\n          |type Comment {\n          |  todo: Todo!\n          |}\n        \"\"\".stripMargin.trim()\n      val schema = infer(emptyProject.schema, types).get\n\n      schema.relations should have(size(1))\n      val relation = schema.getRelationByName_!(\"MyRelationName\")\n      relation.modelAId should equal(\"Comment\")\n      relation.modelBId should equal(\"Todo\")\n    }\n\n    \"infer relations with an auto generated name if no relation directive is given\" in {\n      val types =\n        \"\"\"\n          |type Todo {\n          |  comments: [Comment!]\n          |}\n          |\n          |type Comment {\n          |  todo: Todo!\n          |}\n        \"\"\".stripMargin.trim()\n      val schema = infer(emptyProject.schema, types).get\n      schema.relations.foreach(println(_))\n\n      val relation = schema.getRelationByName_!(\"CommentToTodo\")\n      relation.modelAId should equal(\"Comment\")\n      relation.modelBId should equal(\"Todo\")\n\n      val field1 = schema.getModelByName_!(\"Todo\").getFieldByName_!(\"comments\")\n      field1.isList should be(true)\n      field1.relation should be(Some(relation))\n\n      val field2 = schema.getModelByName_!(\"Comment\").getFieldByName_!(\"todo\")\n      field2.isList should be(false)\n      field2.relation should be(Some(relation))\n    }\n  }\n\n  \"if a given relation does already exist, the inferer\" should {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\")\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment, relationName = Some(\"CommentToTodo\"))\n    }\n\n    \"infer the existing relation and update it accordingly when the type names change\" in {\n      val types =\n        \"\"\"\n          |type TodoNew {\n          |  comments: [CommentNew!]\n          |}\n          |\n          |type CommentNew {\n          |  todo: TodoNew!\n          |}\n        \"\"\".stripMargin\n\n      val renames = SchemaMapping(\n        models = Vector(\n          Mapping(previous = \"Todo\", next = \"TodoNew\"),\n          Mapping(previous = \"Comment\", next = \"CommentNew\")\n        )\n      )\n\n      val newSchema = infer(project.schema, types, renames).get\n      newSchema.relations.foreach(println(_))\n\n      val relation = newSchema.getRelationByName_!(\"CommentNewToTodoNew\")\n      relation.modelAId should be(\"TodoNew\")\n      relation.modelBId should be(\"CommentNew\")\n\n      val field1 = newSchema.getModelByName_!(\"TodoNew\").getFieldByName_!(\"comments\")\n      field1.isList should be(true)\n      field1.relation should be(Some(relation))\n\n      val field2 = newSchema.getModelByName_!(\"CommentNew\").getFieldByName_!(\"todo\")\n      field2.isList should be(false)\n      field2.relation should be(Some(relation))\n    }\n\n    \"infer the existing relation although the type and field names changed\" in {\n      val types =\n        \"\"\"\n          |type TodoNew {\n          |  commentsNew: [CommentNew!]\n          |}\n          |\n          |type CommentNew {\n          |  todoNew: TodoNew!\n          |}\n        \"\"\".stripMargin\n\n      val renames = SchemaMapping(\n        models = Vector(\n          Mapping(previous = \"Todo\", next = \"TodoNew\"),\n          Mapping(previous = \"Comment\", next = \"CommentNew\")\n        ),\n        fields = Vector(\n          FieldMapping(previousModel = \"Todo\", previousField = \"comments\", nextModel = \"TodoNew\", nextField = \"commentsNew\"),\n          FieldMapping(previousModel = \"Comment\", previousField = \"todo\", nextModel = \"CommentNew\", nextField = \"todoNew\")\n        )\n      )\n\n      val newSchema = infer(project.schema, types, renames).get\n      newSchema.relations.foreach(println(_))\n\n      val relation = newSchema.getRelationByName_!(\"CommentNewToTodoNew\")\n      relation.modelAId should be(\"TodoNew\")\n      relation.modelBId should be(\"CommentNew\")\n\n      val field1 = newSchema.getModelByName_!(\"TodoNew\").getFieldByName_!(\"commentsNew\")\n      field1.isList should be(true)\n      field1.relation should be(Some(relation))\n\n      val field2 = newSchema.getModelByName_!(\"CommentNew\").getFieldByName_!(\"todoNew\")\n      field2.isList should be(false)\n      field2.relation should be(Some(relation))\n    }\n  }\n\n  \"if a model already exists and it gets renamed, the inferrer\" should {\n    \"infer the next model with the stable identifier of the existing model\" in {\n      val project = SchemaDsl() { schema =>\n        schema.model(\"Todo\").field(\"title\", _.String)\n      }\n      val types =\n        \"\"\"\n          |type TodoNew {\n          |  title: String\n          |}\n        \"\"\".stripMargin\n\n      val renames = SchemaMapping(\n        models = Vector(\n          Mapping(previous = \"Todo\", next = \"TodoNew\")\n        )\n      )\n\n      val newSchema = infer(project.schema, types, renames).get\n\n      val previousModel = project.schema.getModelByName_!(\"Todo\")\n      val nextModel     = newSchema.getModelByName_!(\"TodoNew\")\n\n      previousModel.stableIdentifier should equal(nextModel.stableIdentifier)\n    }\n  }\n\n  def infer(schema: Schema, types: String, mapping: SchemaMapping = SchemaMapping.empty): Or[Schema, ProjectSyntaxError] = {\n    val document = QueryParser.parse(types).get\n    inferer.infer(schema, mapping, document)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/gc-values\/src\/main\/scala\/com\/prisma\/gc_values\/GcValues.scala","text":"package com.prisma.gc_values\n\nimport org.joda.time.DateTime\nimport play.api.libs.json.JsValue\n\n\/**\n  * GCValues should be the sole way to represent data within our system.\n  * We will try to use them to get rid of the Any, and get better type safety.\n  *\n  * thoughts:\n  *   - move the spot where we do the validations further back? out of the AddFieldMutation to AddField Input already?\n  *   - Where do we need Good\/Bad Error handling, where can we call get?\n  *\/\nsealed trait GCValue\n\ncase class RootGCValue(map: Map[String, GCValue]) extends GCValue\n\ncase class ListGCValue(values: Vector[GCValue]) extends GCValue {\n  def getStringVector: Vector[String] = values.asInstanceOf[Vector[StringGCValue]].map(_.value)\n  def getEnumVector: Vector[String]   = values.asInstanceOf[Vector[EnumGCValue]].map(_.value)\n}\n\nsealed trait LeafGCValue                   extends GCValue\nobject NullGCValue                         extends LeafGCValue\ncase class StringGCValue(value: String)    extends LeafGCValue\ncase class IntGCValue(value: Int)          extends LeafGCValue\ncase class FloatGCValue(value: Double)     extends LeafGCValue\ncase class BooleanGCValue(value: Boolean)  extends LeafGCValue\ncase class GraphQLIdGCValue(value: String) extends LeafGCValue\ncase class DateTimeGCValue(value: DateTime) extends LeafGCValue {\n  \/\/the DateTime value should have ISO 8601 format like so \"2017-12-05T12:34:23.000Z\"\n\n  \/\/but MySql will not accept this for DateTime fields we need to convert to this to \"2017-12-05 12:34:23.000\"\n  def toMySqlDateTimeFormat = value.toString.replace(\"T\", \" \").replace(\"Z\", \"\")\n}\ncase class EnumGCValue(value: String)  extends LeafGCValue\ncase class JsonGCValue(value: JsValue) extends LeafGCValue\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/ApiMetrics.scala","text":"package com.prisma.api\n\nimport com.prisma.errors.BugsnagErrorReporter\nimport com.prisma.metrics.{CustomTag, MetricsManager}\nimport com.prisma.profiling.MemoryProfiler\n\nobject ApiMetrics extends MetricsManager(BugsnagErrorReporter(sys.env.getOrElse(\"BUGSNAG_API_KEY\", \"\"))) {\n  \/\/ this is intentionally empty. Since we don't define metrics here, we need to load the object once so the profiler kicks in.\n  \/\/ This way it does not look so ugly on the caller side.\n  def init(): Unit = {}\n\n  \/\/ CamelCase the service name read from env\n  override def serviceName =\n    sys.env\n      .getOrElse(\"SERVICE_NAME\", \"SystemShared\")\n      .split(\"-\")\n      .map { x =>\n        x.head.toUpper + x.tail\n      }\n      .mkString\n\n  MemoryProfiler.schedule(this)\n\n  val projectCacheGetCount          = defineCounter(\"projectCacheGetCount\")\n  val projectCacheMissCount         = defineCounter(\"projectCacheMissCount\")\n  val schemaBuilderBuildTimerMetric = defineTimer(\"schemaBuilderBuildTimer\", CustomTag(\"projectId\", recordingThreshold = 600))\n  val sqlQueryTimer                 = defineTimer(\"sqlQueryTimer\", CustomTag(\"projectId\", recordingThreshold = 1000), CustomTag(\"queryName\", recordingThreshold = 1000))\n  val sqlDataChangeMutactionTimer   = defineTimer(\"sqlDataChangeMutactionTimer\", CustomTag(\"projectId\", recordingThreshold = 1000))\n  val requestDuration               = defineTimer(\"requestDuration\", CustomTag(\"projectId\", recordingThreshold = 1500))\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/websocket\/WebsocketSession.scala","text":"package com.prisma.websocket\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.{Actor, ActorRef, PoisonPill, ReceiveTimeout, Stash, Terminated}\nimport akka.http.scaladsl.model.ws.TextMessage\nimport com.prisma.errors.ErrorReporter\nimport com.prisma.akkautil.{LogUnhandled, LogUnhandledExceptions}\nimport com.prisma.messagebus.QueuePublisher\nimport com.prisma.subscriptions.SubscriptionDependencies\nimport com.prisma.websocket.protocol.Request\n\nimport scala.collection.mutable\nimport scala.concurrent.duration._ \/\/ if you don't supply your own Protocol (see below)\n\nobject WebsocketSessionManager {\n  object Requests {\n    case class OpenWebsocketSession(projectId: String, sessionId: String, outgoing: ActorRef)\n    case class CloseWebsocketSession(sessionId: String)\n\n\/\/    case class IncomingWebsocketMessage(projectId: String, sessionId: String, body: String)\n    case class IncomingQueueMessage(sessionId: String, body: String)\n\n    case class RegisterWebsocketSession(sessionId: String, actor: ActorRef)\n  }\n\n  object Responses {\n    case class OutgoingMessage(text: String)\n  }\n}\n\ncase class WebsocketSessionManager(\n    requestsPublisher: QueuePublisher[Request],\n)(implicit val reporter: ErrorReporter)\n    extends Actor\n    with LogUnhandled\n    with LogUnhandledExceptions {\n  import WebsocketSessionManager.Requests._\n\n  val websocketSessions = mutable.Map.empty[String, ActorRef]\n\n  override def receive: Receive = logUnhandled {\n\/\/    case OpenWebsocketSession(projectId, sessionId, outgoing) =>\n\/\/      val ref = context.actorOf(Props(WebsocketSession(projectId, sessionId, outgoing, requestsPublisher, bugsnag)))\n\/\/      context.watch(ref)\n\/\/      websocketSessions += sessionId -> ref\n\/\/\n\/\/    case CloseWebsocketSession(sessionId) =>\n\/\/      websocketSessions.get(sessionId).foreach(context.stop)\n\n\/\/    case req: IncomingWebsocketMessage =>\n\/\/      websocketSessions.get(req.sessionId) match {\n\/\/        case Some(session) => session ! req\n\/\/        case None          => println(s\"No session actor found for ${req.sessionId} when processing websocket message. This should only happen very rarely.\")\n\/\/      }\n\n    case req: RegisterWebsocketSession =>\n      context.watch(req.actor)\n      websocketSessions += req.sessionId -> req.actor\n\n    case req: IncomingQueueMessage =>\n      websocketSessions.get(req.sessionId) match {\n        case Some(session) => session ! req\n        case None          => println(s\"No session actor found for ${req.sessionId} when processing queue message. This should only happen very rarely.\")\n      }\n\n    case Terminated(terminatedActor) =>\n      websocketSessions.retain {\n        case (_, sessionActor) => sessionActor != terminatedActor\n      }\n  }\n}\n\ncase class WebsocketSession(\n    projectId: String,\n    sessionId: String,\n    outgoing: ActorRef,\n    manager: ActorRef,\n    requestsPublisher: QueuePublisher[Request],\n    isV7protocol: Boolean\n)(implicit dependencies: SubscriptionDependencies)\n    extends Actor\n    with LogUnhandled\n    with LogUnhandledExceptions\n    with Stash {\n  import WebsocketSessionManager.Requests._\n  import metrics.SubscriptionWebsocketMetrics._\n\n  val reporter    = dependencies.reporter\n  implicit val ec = context.system.dispatcher\n\n  activeWsConnections.inc\n  context.setReceiveTimeout(FiniteDuration(10, TimeUnit.MINUTES))\n\n  manager ! RegisterWebsocketSession(sessionId, self)\n\n  context.system.scheduler.schedule(\n    dependencies.keepAliveIntervalSeconds.seconds,\n    dependencies.keepAliveIntervalSeconds.seconds,\n    outgoing,\n    if (isV7protocol) {\n      TextMessage.Strict(\"\"\"{\"type\":\"ka\"}\"\"\")\n    } else {\n      TextMessage.Strict(\"\"\"{\"type\":\"keepalive\"}\"\"\")\n    }\n  )\n\n  def receive: Receive = logUnhandled {\n    case TextMessage.Strict(body) =>\n      requestsPublisher.publish(Request(sessionId, projectId, body))\n      incomingWebsocketMessageRate.inc()\n\n    case IncomingQueueMessage(_, body) =>\n      outgoing ! TextMessage(body)\n      outgoingWebsocketMessageRate.inc()\n\n    case ReceiveTimeout =>\n      context.stop(self)\n  }\n\n  override def postStop = {\n    activeWsConnections.dec\n    outgoing ! PoisonPill\n    requestsPublisher.publish(Request(sessionId, projectId, \"STOP\"))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/specs\/TestData.scala","text":"package com.prisma.subscriptions.specs\n\nimport com.prisma.api.ApiTestDatabase\nimport com.prisma.api.database.mutactions.mutactions.CreateDataItem\nimport com.prisma.api.mutations.{CoolArgs, NodeSelector}\nimport com.prisma.shared.models.{Model, Project}\nimport com.prisma.utils.await.AwaitUtils\nimport spray.json.JsValue\n\nobject TestData extends AwaitUtils {\n  def createTodo(\n      id: String,\n      text: String,\n      json: JsValue,\n      done: Option[Boolean] = None,\n      project: Project,\n      model: Model,\n      testDatabase: ApiTestDatabase\n  ) = {\n    val mutaction = CreateDataItem(project = project,\n                                   where = NodeSelector.forId(model, id),\n                                   args = CoolArgs(Map(\"text\" -> text, \"id\" -> id, \"done\" -> done.getOrElse(true), \"json\" -> json)))\n    val action = mutaction.execute.await.sqlAction\n    testDatabase.runDbActionOnClientDb(action)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/message-bus\/src\/test\/scala\/com\/prisma\/messagebus\/pubsub\/inmemory\/InMemoryAkkaPubSubSpec.scala","text":"package com.prisma.messagebus.pubsub.inmemory\n\nimport akka.testkit.{TestKit, TestProbe}\nimport com.prisma.akkautil.SingleThreadedActorSystem\nimport com.prisma.messagebus.{PubSub, PubSubPublisher}\nimport com.prisma.messagebus.pubsub.{Everything, Message, Only}\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach, Matchers, WordSpecLike}\nimport scala.concurrent.duration._\n\nclass InMemoryAkkaPubSubSpec\n    extends TestKit(SingleThreadedActorSystem(\"pubsub-spec\"))\n    with WordSpecLike\n    with Matchers\n    with BeforeAndAfterAll\n    with BeforeAndAfterEach {\n  override def afterAll = shutdown(verifySystemShutdown = true)\n\n  val testTopic = Only(\"testTopic\")\n  val testMsg   = \"testMsg\"\n\n  def withInMemoryAkkaPubSub(checkFn: (PubSub[String], TestProbe) => Unit): Unit = {\n    val testProbe = TestProbe()\n    val pubSub    = InMemoryAkkaPubSub[String]()\n\n    checkFn(pubSub, testProbe)\n  }\n\n  \"The in-memory PubSub implementation\" should {\n\n    \/**\n      * Callback tests\n      *\/\n    \"call the specified callback if a message for the subscription arrives\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val testCallback = (msg: Message[String]) => probe.ref ! msg\n\n        pubsub.subscribe(testTopic, testCallback)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectMsg(Message[String](testTopic.topic, testMsg))\n      }\n    }\n\n    \"not call the specified callback if the message doesn't match\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val testCallback = (msg: Message[String]) => probe.ref ! msg\n\n        pubsub.subscribe(Only(\"NOPE\"), testCallback)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectNoMessage(6.seconds)\n      }\n    }\n\n    \"not call the specified callback if the subscriber unsubscribed\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val testCallback = (msg: Message[String]) => probe.ref ! msg\n        val subscription = pubsub.subscribe(testTopic, testCallback)\n\n        Thread.sleep(50)\n        pubsub.unsubscribe(subscription)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectNoMessage(6.seconds)\n      }\n    }\n\n    \"send messages from different topics to the given callback when subscribed to everything\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val testCallback = (msg: Message[String]) => probe.ref ! msg\n        val testMsg2     = \"testMsg2\"\n\n        pubsub.subscribe(Everything, testCallback)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        pubsub.publish(Only(\"testTopic2\"), testMsg2)\n        probe.expectMsgAllOf(Message[String](testTopic.topic, testMsg), Message[String](\"testTopic2\", testMsg2))\n      }\n    }\n\n    \/**\n      * Actor tests\n      *\/\n    \"send the unmarshalled message to the given actor\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        pubsub.subscribe(testTopic, probe.ref)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectMsg(Message[String](testTopic.topic, testMsg))\n      }\n    }\n\n    \"not send the message to the given actor if the message doesn't match\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        pubsub.subscribe(Only(\"NOPE\"), probe.ref)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectNoMessage(6.seconds)\n      }\n    }\n\n    \"not send the message to the given actor if the subscriber unsubscribed\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val subscription = pubsub.subscribe(testTopic, probe.ref)\n\n        Thread.sleep(50)\n        pubsub.unsubscribe(subscription)\n        pubsub.publish(testTopic, testMsg)\n        probe.expectNoMessage(6.seconds)\n      }\n    }\n\n    \"send the unmarshalled messages from different topics to the given actor when subscribed to everything\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val testMsg2 = \"testMsg2\"\n\n        pubsub.subscribe(Everything, probe.ref)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, testMsg)\n        pubsub.publish(Only(\"testTopic2\"), testMsg2)\n        probe.expectMsgAllOf(Message[String](testTopic.topic, testMsg), Message[String](\"testTopic2\", testMsg2))\n      }\n    }\n\n    \"remap the message to a different type if used with a mapping pubsub subscriber\" in {\n      withInMemoryAkkaPubSub { (pubsub, probe) =>\n        val msg       = \"1234\"\n        val converter = (s: String) => s.toInt\n        val newPubSub = pubsub.map[Int](converter)\n        val newProbe  = TestProbe()\n\n        pubsub.subscribe(testTopic, probe.ref)\n        newPubSub.subscribe(testTopic, newProbe.ref)\n        Thread.sleep(50)\n        pubsub.publish(testTopic, msg)\n        probe.expectMsg(Message[String](testTopic.topic, msg))\n        newProbe.expectMsg(Message[Int](testTopic.topic, 1234))\n      }\n    }\n\n    \"remap the message to a different type if used with a mapping pubsub publisher\" in {\n      withInMemoryAkkaPubSub { (pubsub: PubSub[String], probe) =>\n        val msg                             = 1234\n        val converter                       = (int: Int) => int.toString\n        val newPubSub: PubSubPublisher[Int] = pubsub.map[Int](converter)\n\n        pubsub.subscribe(testTopic, probe.ref)\n        Thread.sleep(50)\n        newPubSub.publish(testTopic, msg)\n        probe.expectMsg(Message[String](testTopic.topic, \"1234\"))\n      }\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/InternalTestDatabase.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.deploy.specutils\n\nimport com.prisma.deploy.database.schema.InternalDatabaseSchema\nimport com.prisma.utils.await.AwaitUtils\nimport slick.dbio.Effect.Read\nimport slick.dbio.{DBIOAction, NoStream}\nimport slick.jdbc.MySQLProfile.api._\nimport slick.jdbc.meta.MTable\n\nclass InternalTestDatabase extends AwaitUtils { \/\/this: Suite =>\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  val dbDriver             = new org.mariadb.jdbc.Driver\n  val internalDatabaseRoot = Database.forConfig(\"internalRoot\", driver = dbDriver)\n  val internalDatabase     = Database.forConfig(\"internal\", driver = dbDriver)\n\n  def createInternalDatabaseSchema() = internalDatabaseRoot.run(InternalDatabaseSchema.createSchemaActions(recreate = true)).await(10)\n\n  def truncateTables(): Unit = {\n    val schemas = internalDatabase.run(getTables(\"graphcool\")).await()\n    internalDatabase.run(dangerouslyTruncateTables(schemas)).await()\n  }\n\n  private def dangerouslyTruncateTables(tableNames: Vector[String]): DBIOAction[Unit, NoStream, Effect] = {\n    DBIO.seq(\n      List(sqlu\"\"\"SET FOREIGN_KEY_CHECKS=0\"\"\") ++\n        tableNames.map(name => sqlu\"TRUNCATE TABLE `#$name`\") ++\n        List(sqlu\"\"\"SET FOREIGN_KEY_CHECKS=1\"\"\"): _*\n    )\n  }\n\n  private def getTables(projectId: String): DBIOAction[Vector[String], NoStream, Read] = {\n    for {\n      metaTables <- MTable.getTables(cat = Some(projectId), schemaPattern = None, namePattern = None, types = None)\n    } yield metaTables.map(table => table.name.name)\n  }\n\n  def run[R](a: DBIOAction[R, NoStream, Nothing]) = internalDatabase.run(a).await()\n\n  def shutdown() = {\n    internalDatabaseRoot.close()\n    internalDatabase.close()\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/websocket\/WebsocketServer.scala","text":"<gh_stars>1-10\npackage com.prisma.websocket\n\nimport akka.NotUsed\nimport akka.actor.{ActorSystem, Props}\nimport akka.http.scaladsl.model.ws.Message\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.UnsupportedWebSocketSubprotocolRejection\nimport akka.http.scaladsl.server.directives.RouteDirectives.reject\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.Flow\nimport com.prisma.akkautil.http.Server\nimport cool.graph.cuid.Cuid\nimport com.prisma.messagebus.pubsub.Everything\nimport com.prisma.shared.models.ProjectId\nimport com.prisma.subscriptions.SubscriptionDependencies\nimport com.prisma.websocket.WebsocketSessionManager.Requests.IncomingQueueMessage\nimport com.prisma.websocket.metrics.SubscriptionWebsocketMetrics\nimport play.api.libs.streams.ActorFlow\n\nimport scala.concurrent.Future\n\ncase class WebsocketServer(dependencies: SubscriptionDependencies, prefix: String = \"\")(\n    implicit system: ActorSystem,\n    materializer: ActorMaterializer,\n) extends Server {\n  import SubscriptionWebsocketMetrics._\n  import dependencies.reporter\n  import system.dispatcher\n\n  val manager        = system.actorOf(Props(WebsocketSessionManager(dependencies.requestsQueuePublisher)))\n  val v5ProtocolName = \"graphql-subscriptions\"\n  val v7ProtocolName = \"graphql-ws\"\n\n  val responseSubscription = dependencies.responsePubSubSubscriber.subscribe(Everything, { strMsg =>\n    incomingResponseQueueMessageRate.inc()\n    manager ! IncomingQueueMessage(strMsg.topic, strMsg.payload)\n  })\n\n  override def onStop: Future[_] = Future { responseSubscription.unsubscribe }\n\n  val innerRoutes =\n    pathPrefix(Segments(min = 2, max = 3)) { segments =>\n      get {\n        val projectId = ProjectId.fromSegments(segments).asString\n\n        extractUpgradeToWebSocket { upgrade =>\n          upgrade.requestedProtocols.headOption match {\n            case Some(`v7ProtocolName`) => handleWebSocketMessagesForProtocol(newSession(projectId, v7protocol = true), v7ProtocolName)\n            case Some(`v5ProtocolName`) => handleWebSocketMessagesForProtocol(newSession(projectId, v7protocol = false), v5ProtocolName)\n            case _                      => reject(UnsupportedWebSocketSubprotocolRejection(v7ProtocolName))\n          }\n        }\n      }\n    }\n\n  def newSession(projectId: String, v7protocol: Boolean): Flow[Message, Message, NotUsed] = {\n    ActorFlow\n      .actorRef[Message, Message] { out =>\n        Props {\n          WebsocketSession(\n            projectId = projectId,\n            sessionId = Cuid.createCuid(),\n            outgoing = out,\n            manager = manager,\n            requestsPublisher = dependencies.requestsQueuePublisher,\n            isV7protocol = v7protocol\n          )(dependencies)\n        }\n      }(system, materializer)\n      .mapMaterializedValue(_ => akka.NotUsed)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/project_dsl\/TestIds.scala","text":"package com.prisma.shared.project_dsl\n\ntrait TestIds {\n  val testClientId           = \"test-client-id\"\n  val testAuth0Id            = \"auth0|580f939ba1bc2cc066caa46b\"\n  val testProjectId          = \"test-project-id@test-stage\"\n  val testEmail              = \"test-email\"\n  val testPassword           = \"<PASSWORD>\"\n  val testResetPasswordToken = \"<PASSWORD>\"\n  val requestId              = \"test-request-id\"\n  val requestIp              = \"test-request-ip\"\n}\nobject TestIds extends TestIds\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/metrics\/SubscriptionMetrics.scala","text":"package com.prisma.subscriptions.metrics\n\nimport com.prisma.errors.BugsnagErrorReporter\nimport com.prisma.metrics.{CustomTag, MetricsManager}\nimport com.prisma.profiling.MemoryProfiler\n\nobject SubscriptionMetrics extends MetricsManager(BugsnagErrorReporter(sys.env.getOrElse(\"BUGSNAG_API_KEY\", \"\"))) {\n  override def serviceName = \"SimpleSubscriptionService\"\n\n  MemoryProfiler.schedule(this)\n\n  \/\/ Actor Counts\n  val activeSubcriptionSessions                     = defineGauge(\"activeSubscriptionSessions\")\n  val activeSubscriptionsManagerForProject          = defineGauge(\"activeSubscriptionsManagerForProject\")\n  val activeSubscriptionsManagerForModelAndMutation = defineGauge(\"activeSubscriptionsManagerForModelAndMutation\")\n  val activeSubscriptions                           = defineGauge(\"activeSubscriptions\")\n\n  val projectIdTag             = CustomTag(\"projectId\")\n  val databaseEventRate        = defineCounter(\"databaseEventRate\", projectIdTag)\n  val handleDatabaseEventRate  = defineCounter(\"handleDatabaseEventRate\", projectIdTag)\n  val handleDatabaseEventTimer = defineTimer(\"databaseEventTimer\", projectIdTag)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/CreateDataItem.scala","text":"<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/CreateDataItem.scala\npackage com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLIntegrityConstraintViolationException\n\nimport com.prisma.api.database.mutactions._\nimport com.prisma.api.database.mutactions.validation.InputValueValidation\nimport com.prisma.api.database.{DataResolver, DatabaseMutationBuilder, ProjectRelayId, ProjectRelayIdTable}\nimport com.prisma.api.mutations.{CoolArgs, NodeSelector}\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.shared.models._\nimport com.prisma.util.json.JsonFormats\nimport slick.jdbc.MySQLProfile.api._\nimport slick.lifted.TableQuery\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success, Try}\n\ncase class CreateDataItem(\n    project: Project,\n    where: NodeSelector,\n    args: CoolArgs\n) extends ClientSqlDataChangeMutaction {\n\n  val model = where.model\n  val id    = where.fieldValueAsString\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    val relayIds = TableQuery(new ProjectRelayIdTable(_, project.id))\n\n    Future.successful(\n      ClientSqlStatementResult(\n        sqlAction = DBIO.seq(\n          DatabaseMutationBuilder.createDataItem(project.id, model.name, args.generateNonListCreateArgs(model, id)),\n          relayIds += ProjectRelayId(id = id, model.stableIdentifier)\n        )))\n  }\n\n  override def handleErrors = {\n    implicit val anyFormat = JsonFormats.AnyJsonFormat\n    Some({\n      case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1062 && GetFieldFromSQLUniqueException.getFieldOption(List(args), e).isDefined =>\n        APIErrors.UniqueConstraintViolation(model.name, GetFieldFromSQLUniqueException.getFieldOption(List(args), e).get)\n      case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1452 =>\n        APIErrors.NodeDoesNotExist(\"\")\n    })\n  }\n\n  override def verify(resolver: DataResolver): Future[Try[MutactionVerificationSuccess]] = {\n    val (check, _) = InputValueValidation.validateDataItemInputs(model, args)\n    if (check.isFailure) return Future.successful(check)\n\n    resolver.existsByModelAndId(model, id) map {\n      case true  => Failure(APIErrors.DataItemAlreadyExists(model.name, id))\n      case false => Success(MutactionVerificationSuccess())\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/models\/Ids.scala","text":"package com.prisma.shared.models\n\ncase class ProjectId(name: String, stage: String) {\n  def asString = ProjectId.toEncodedString(name, stage)\n}\n\nobject ProjectId {\n  private val workspaceSeparator = '~'\n  private val stageSeparator     = '@'\n\n  def fromEncodedString(str: String): ProjectId = {\n    val parts = str.split(stageSeparator)\n    val name  = parts(0)\n    val stage = parts(1)\n    ProjectId(name, stage)\n  }\n\n  def toEncodedString(name: String, stage: String): String = toEncodedString(List(name, stage))\n\n  def toEncodedString(segments: List[String]): String = {\n    segments match {\n      case name :: stage :: Nil =>\n        name + stageSeparator + stage\n\n      case workspace :: name :: stage :: Nil =>\n        workspace + workspaceSeparator + name + stageSeparator + stage\n\n      case _ =>\n        sys.error(\"provided segments must either have size 2 or 3\")\n    }\n  }\n\n  def fromSegments(segments: List[String]) = {\n    val encodedString = toEncodedString(segments)\n    fromEncodedString(encodedString)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/jvm-profiler\/src\/main\/scala\/com\/prisma\/profiling\/MemoryProfiler.scala","text":"<gh_stars>1-10\npackage com.prisma.profiling\n\nimport java.lang.management.{GarbageCollectorMXBean, ManagementFactory, MemoryUsage}\n\nimport akka.actor.Cancellable\nimport com.prisma.metrics.MetricsManager\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.duration._\n\nobject MemoryProfiler {\n  def schedule(\n      metricsManager: MetricsManager,\n      initialDelay: FiniteDuration = 0.seconds,\n      interval: FiniteDuration = 5.seconds\n  ): Cancellable = {\n    import metricsManager.gaugeFlushSystem.dispatcher\n    val profiler = MemoryProfiler(metricsManager)\n    metricsManager.gaugeFlushSystem.scheduler.schedule(initialDelay, interval) {\n      profiler.profile()\n    }\n  }\n}\n\ncase class MemoryProfiler(metricsManager: MetricsManager) {\n  import scala.collection.JavaConverters._\n\n  val garbageCollectionMetrics = asScalaBuffer(ManagementFactory.getGarbageCollectorMXBeans).map(gcBean => GarbageCollectionMetrics(metricsManager, gcBean))\n  val memoryMxBean             = ManagementFactory.getMemoryMXBean\n  val heapMemoryMetrics        = MemoryMetrics(metricsManager, initialMemoryUsage = memoryMxBean.getHeapMemoryUsage, prefix = \"heap\")\n  val offHeapMemoryMetrics     = MemoryMetrics(metricsManager, initialMemoryUsage = memoryMxBean.getNonHeapMemoryUsage, prefix = \"off-heap\")\n\n  def profile(): Unit = {\n    heapMemoryMetrics.record(memoryMxBean.getHeapMemoryUsage)\n    offHeapMemoryMetrics.record(memoryMxBean.getNonHeapMemoryUsage)\n    garbageCollectionMetrics.foreach(_.record)\n  }\n}\n\ncase class MemoryMetrics(metricsManager: MetricsManager, initialMemoryUsage: MemoryUsage, prefix: String) {\n  val initialMemory   = metricsManager.defineGauge(s\"$prefix.initial\")\n  val usedMemory      = metricsManager.defineGauge(s\"$prefix.used\")\n  val committedMemory = metricsManager.defineGauge(s\"$prefix.committed\")\n  val maxMemory       = metricsManager.defineGauge(s\"$prefix.max\")\n\n  \/\/ those don't change over time and we don't want to report them again and again\n  initialMemory.set(Math.max(initialMemoryUsage.getInit, 0))\n  maxMemory.set(initialMemoryUsage.getMax)\n\n  def record(memoryUsage: MemoryUsage): Unit = {\n    committedMemory.set(memoryUsage.getCommitted)\n    usedMemory.set(memoryUsage.getUsed)\n  }\n}\n\ncase class GarbageCollectionMetrics(metricsManager: MetricsManager, gcBean: GarbageCollectorMXBean) {\n  var lastCount: Long = 0\n  var lastTime: Long  = 0\n\n  val countMetric = metricsManager.defineCounter(\"gc.\" + gcBean.getName + \".collectionCount\")\n  val timeMetric  = metricsManager.defineTimer(\"gc.\" + gcBean.getName + \".collectionTime\")\n\n  def record(): Unit = {\n    recordGcCount\n    recordGcTime\n  }\n\n  private def recordGcCount(): Unit = {\n    val newGcCount  = gcBean.getCollectionCount\n    val lastGcCount = lastCount\n    countMetric.incBy(newGcCount - lastGcCount)\n    lastCount = newGcCount\n  }\n\n  private def recordGcTime(): Unit = {\n    val newGcTime  = gcBean.getCollectionTime\n    val lastGcTime = lastTime\n    timeMetric.record(newGcTime - lastGcTime)\n    lastTime = newGcTime\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/util\/or\/OrExtensions.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.util.or\n\nimport org.scalactic.{Bad, Good, Or}\n\nimport scala.concurrent.Future\n\nobject OrExtensions {\n  implicit class OrExtensions[G, B <: Throwable](or: Or[G, B]) {\n    def toFuture: Future[G] = {\n      or match {\n        case Good(x)    => Future.successful(x)\n        case Bad(error) => Future.failed(error)\n      }\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/util\/Diff.scala","text":"package com.prisma.util\n\nobject Diff {\n\n  def diff_![T](current: T, updated: T): T = {\n    if (current == updated) current\n    else updated\n  }\n\n  def diff[T](current: T, updated: T): Option[T] = {\n    diffOpt(Some(current), Some(updated))\n  }\n\n  def diffOpt[T](current: Option[T], updated: Option[T]): Option[T] = {\n    if (current == updated) {\n      None\n    } else {\n      updated\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/ApiMain.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.typesafe.scalalogging.LazyLogging\nimport com.prisma.akkautil.http.ServerExecutor\nimport com.prisma.api.schema.SchemaBuilder\nimport com.prisma.api.server.ApiServer\nimport com.prisma.messagebus.pubsub.inmemory.InMemoryAkkaPubSub\n\nobject ApiMain extends App with LazyLogging {\n  implicit val system          = ActorSystem(\"api-main\")\n  implicit val materializer    = ActorMaterializer()\n  implicit val apiDependencies = new ApiDependenciesImpl(InMemoryAkkaPubSub[String]())\n\n  val schemaBuilder = SchemaBuilder()\n  val server        = ApiServer(schemaBuilder = schemaBuilder)\n\n  ServerExecutor(9000, server).startBlocking()\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/ClientTestDatabase.scala","text":"<filename>server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/ClientTestDatabase.scala\npackage com.prisma.deploy.specutils\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport com.prisma.deploy.migration.mutactions.ClientSqlMutaction\nimport com.prisma.shared.models.Project\nimport com.prisma.utils.await.AwaitUtils\nimport slick.dbio.DBIOAction\nimport slick.jdbc.MySQLProfile.api._\nimport slick.sql.SqlAction\n\nclass ClientTestDatabase()(implicit system: ActorSystem, materializer: ActorMaterializer) extends AwaitUtils {\n  lazy val clientDatabase = Database.forConfig(\"client\")\n\n\/\/  def setup(project: Project): Unit = {\n\/\/    delete(project)\n\/\/    createProjectDatabase(project)\n\/\/\n\/\/    \/\/ The order here is very important or foreign key constraints will fail\n\/\/    project.models.foreach(createModelTable(project, _))\n\/\/    project.relations.foreach(createRelationTable(project, _))\n\/\/  }\n\n\/\/  def truncate(project: Project): Unit = {\n\/\/    val tables = clientDatabase.run(DatabaseQueryBuilder.getTables(project.id)).await\n\/\/    val dbAction = {\n\/\/      val actions = List(sqlu\"\"\"USE `#${project.id}`;\"\"\") ++ dangerouslyTruncateTables(tables)\n\/\/      DBIO.seq(actions: _*)\n\/\/    }\n\/\/\n\/\/    clientDatabase.run(dbAction).await()\n\/\/  }\n\n\/\/  private def dangerouslyTruncateTables(tableNames: Vector[String]): List[SqlAction[Int, NoStream, Effect]] = {\n\/\/      List(sqlu\"\"\"SET FOREIGN_KEY_CHECKS=0\"\"\") ++\n\/\/        tableNames.map(name => sqlu\"TRUNCATE TABLE `#$name`\") ++\n\/\/        List(sqlu\"\"\"SET FOREIGN_KEY_CHECKS=1\"\"\"): _*\n\/\/  }\n\n  def delete(projectId: String): Unit = dropDatabases(Vector(projectId))\n\n\/\/  private def createProjectDatabase(project: Project): Unit                   = runDbActionOnClientDb(DatabaseMutationBuilder.createClientDatabaseForProject(project.id))\n\/\/  private def createModelTable(project: Project, model: Model): Unit          = runDbActionOnClientDb(DatabaseMutationBuilder.createTableForModel(project.id, model))\n\/\/  private def createRelationTable(project: Project, relation: Relation): Unit = runMutaction(CreateRelationTable(project = project, relation = relation))\n\n  \/\/  def loadRelationFieldMirrors(project: Project, relation: Relation): Unit = {\n  \/\/    relation.fieldMirrors.foreach { mirror =>\n  \/\/      runMutaction(CreateRelationFieldMirrorColumn(project, relation, project.getFieldById_!(mirror.fieldId)))\n  \/\/    }\n  \/\/  }\n\n\/\/  def deleteExistingDatabases(): Unit = {\n\/\/    val schemas = {\n\/\/      clientDatabase\n\/\/        .run(DatabaseQueryBuilder.getSchemas)\n\/\/        .await\n\/\/        .filter(db => !Vector(\"information_schema\", \"mysql\", \"performance_schema\", \"sys\", \"innodb\", \"graphcool\").contains(db))\n\/\/    }\n\/\/    dropDatabases(schemas)\n\/\/  }\n\n  private def dropDatabases(dbs: Vector[String]): Unit = {\n    val dbAction = DBIO.seq(dbs.map(db => DatabaseMutationBuilder.dropClientDatabaseForProject(db)): _*)\n    clientDatabase.run(dbAction).await(60)\n  }\n\n  private def runMutaction(mutaction: ClientSqlMutaction): Unit                         = runDbActionOnClientDb(mutaction.execute.await().sqlAction)\n  private def runDbActionOnClientDb(action: DBIOAction[Any, NoStream, Effect.All]): Any = clientDatabase.run(action).await()\n\n  def shutdown() = {\n    clientDatabase.close()\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/NestedConnectMutationInsideCreateSpec.scala","text":"<gh_stars>1-10\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.api.database.DatabaseQueryBuilder\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NestedConnectMutationInsideCreateSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"a P1! to C1! relation with the child already in a relation\" should \"error when connecting by id since old required parent relation would be broken\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToOneRelation_!(\"parentReq\", \"childReq\", parent)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n                            |  createParent(data: {\n                            |    p: \"p1\"\n                            |    childReq: {\n                            |      create: {c: \"c1\"}\n                            |    }\n                            |  }){\n                            |    childReq{\n                            |       id\n                            |    }\n                            |  }\n                            |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createParent.childReq.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childReq: {connect: {id: \"$child1Id\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3042,\n      errorContains = \"The change you are trying to make would violate the required relation '_ChildToParent' between Child and Parent\"\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1! to C1 relation with the child already in a relation\" should \"should fail on existing old parent\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToOneRelation_!(\"childReq\", \"parentOpt\", child, isRequiredOnFieldB = false)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childReq: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    childReq{\n          |       id\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createParent.childReq.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childReq: {connect: {id: \"$child1Id\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3042,\n      errorContains = \"The change you are trying to make would violate the required relation '_ParentToChild' between Parent and Child\"\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1! to C1  relation with the child not in a relation\" should \"be connectable through a nested mutation by id\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToOneRelation_!(\"childReq\", \"parentOpt\", child, isRequiredOnFieldB = false)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createChild(data: {c: \"c1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createChild.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childReq: {connect: {id: \"$child1Id\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childReq\":{\"c\":\"c1\"}}}}\"\"\")\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1 to C1  relation with the child already in a relation\" should \"be connectable through a nested mutation by id if the child is already in a relation\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToOneRelation(\"childOpt\", \"parentOpt\", child)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childOpt: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    childOpt{\n          |       id\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createParent.childOpt.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childOpt: {connect: {id: \"$child1Id\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1 to C1  relation with the child without a relation\" should \"be connectable through a nested mutation by id\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToOneRelation(\"childOpt\", \"parentOpt\", child)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createChild(data: {c: \"c1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createChild.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childOpt: {connect: {id: \"$child1Id\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a PM to C1!  relation with the child already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToManyRelation_!(\"childrenOpt\", \"parentReq\", child)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childrenOpt: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    childrenOpt{\n          |       c\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childrenOpt\":[{\"c\":\"c1\"}]}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1 to C1!  relation with the child already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child =\n        schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToOneRelation_!(\"parentReq\", \"childOpt\", parent, isRequiredOnFieldB = false)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childOpt: {\n          |      create: {c: \"c1\"}\n          |    }\n          |  }){\n          |    childOpt{\n          |       c\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n      project\n    )\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n  }\n\n  \"a PM to C1  relation with the child already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToManyRelation(\"childrenOpt\", \"parentOpt\", child)\n    }\n    database.setup(project)\n\n    server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createParent(data: {\n          |    p: \"p1\"\n          |    childrenOpt: {\n          |      create: [{c: \"c1\"}, {c: \"c2\"}]\n          |    }\n          |  }){\n          |    childrenOpt{\n          |       c\n          |    }\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(2))\n\n    \/\/ we are even resilient against multiple identical connects here -> twice connecting to c2\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: [{c: \"c1\"},{c: \"c2\"},{c: \"c2\"}]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childrenOpt\":[{\"c\":\"c1\"},{\"c\":\"c2\"}]}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(2))\n  }\n\n  \"a PM to C1  relation with the child without a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToManyRelation(\"childrenOpt\", \"parentOpt\", child)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createChild(data: {c: \"c1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createChild.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childrenOpt\":[{\"c\":\"c1\"}]}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(1))\n  }\n\n  \"a PM to C1  relation with a child without a relation\" should \"error if also trying to connect to a non-existing node\" in {\n    val project = SchemaDsl() { schema =>\n      val child = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true)\n      schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true).oneToManyRelation(\"childrenOpt\", \"parentOpt\", child)\n    }\n    database.setup(project)\n\n    val child1Id = server\n      .executeQuerySimple(\n        \"\"\"mutation {\n          |  createChild(data: {c: \"c1\"})\n          |  {\n          |    id\n          |  }\n          |}\"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createChild.id\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(0))\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: [{c: \"c1\"}, {c: \"DOES NOT EXIST\"}]}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Child with value DOES NOT EXIST for c found.\"\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ParentToChild\").as[Int]) should be(Vector(0))\n  }\n\n  \"a P1! to CM  relation with the child already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToManyRelation_!(\"parentsOpt\", \"childReq\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childReq: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childReq{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childReq: {connect: {c: \"c1\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childReq\":{\"c\":\"c1\"}}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p1\"},{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(2))\n  }\n\n  \"a P1! to CM  relation with the child not already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToManyRelation_!(\"parentsOpt\", \"childReq\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createChild(data: {c: \"c1\"}){\n        |       c\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childReq: {connect: {c: \"c1\"}}\n         |  }){\n         |    childReq {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childReq\":{\"c\":\"c1\"}}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n  }\n\n  \"a P1 to CM  relation with the child already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToManyRelation(\"parentsOpt\", \"childOpt\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childOpt: {\n        |      create: {c: \"c1\"}\n        |    }\n        |  }){\n        |    childOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childOpt{\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p1\"},{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(2))\n  }\n\n  \"a P1 to CM  relation with the child not already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).oneToManyRelation(\"parentsOpt\", \"childOpt\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createChild(data: {c: \"c1\"}){\n        |       c\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childOpt\":{\"c\":\"c1\"}}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n  }\n\n  \"a PM to CM  relation with the children already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).manyToManyRelation(\"parentsOpt\", \"childrenOpt\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createParent(data: {\n        |    p: \"p1\"\n        |    childrenOpt: {\n        |      create: [{c: \"c1\"},{c: \"c2\"}]\n        |    }\n        |  }){\n        |    childrenOpt{\n        |       c\n        |    }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(2))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: [{c: \"c1\"}, {c: \"c2\"}]}\n         |  }){\n         |    childrenOpt{\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childrenOpt\":[{\"c\":\"c1\"},{\"c\":\"c2\"}]}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\n      \"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p1\"},{\"p\":\"p2\"}]},{\"parentsOpt\":[{\"p\":\"p1\"},{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(4))\n  }\n\n  \"a PM to CM  relation with the child not already in a relation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val parent = schema.model(\"Parent\").field_!(\"p\", _.String, isUnique = true)\n      val child  = schema.model(\"Child\").field_!(\"c\", _.String, isUnique = true).manyToManyRelation(\"parentsOpt\", \"childrenOpt\", parent)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createChild(data: {c: \"c1\"}){\n        |       c\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createParent(data:{\n         |    p: \"p2\"\n         |    childrenOpt: {connect: {c: \"c1\"}}\n         |  }){\n         |    childrenOpt {\n         |      c\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createParent\":{\"childrenOpt\":[{\"c\":\"c1\"}]}}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{children{parentsOpt{p}}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"children\":[{\"parentsOpt\":[{\"p\":\"p2\"}]}]}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_ChildToParent\").as[Int]) should be(Vector(1))\n  }\n\n  \"a PM to CM  relation without a backrelation\" should \"be connectable through a nested mutation by unique\" in {\n    val project = SchemaDsl() { schema =>\n      val role = schema.model(\"Role\").field_!(\"r\", _.String, isUnique = true)\n      val user = schema.model(\"User\").field_!(\"u\", _.String, isUnique = true).manyToManyRelation(\"roles\", \"notexposed\", role, includeFieldB = false)\n    }\n    database.setup(project)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createRole(data: {r: \"r1\"}){\n        |       r\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_UserToRole\").as[Int]) should be(Vector(0))\n\n    val res = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createUser(data:{\n         |    u: \"u2\"\n         |    roles: {connect: {r: \"r1\"}}\n         |  }){\n         |    roles {\n         |      r\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(\"\"\"{\"data\":{\"createUser\":{\"roles\":[{\"r\":\"r1\"}]}}}\"\"\")\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_UserToRole\").as[Int]) should be(Vector(1))\n  }\n\n  \"a many relation\" should \"be connectable through a nested mutation by id\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field_!(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val comment1Id = server.executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"comment1\"}){ id } }\"\"\", project).pathAsString(\"data.createComment.id\")\n    val comment2Id = server.executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"comment2\"}){ id } }\"\"\", project).pathAsString(\"data.createComment.id\")\n\n    val result = server.executeQuerySimple(\n      s\"\"\"\n        |mutation {\n        |  createTodo(data:{\n        |    comments: {\n        |      connect: [{id: \"$comment1Id\"}, {id: \"$comment2Id\"}]\n        |    }\n        |  }){\n        |    id\n        |    comments {\n        |      id\n        |      text\n        |    }\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n    mustBeEqual(\n      actual = result.pathAsJsValue(\"data.createTodo.comments\").toString,\n      expected = s\"\"\"[{\"id\":\"$comment1Id\",\"text\":\"comment1\"},{\"id\":\"$comment2Id\",\"text\":\"comment2\"}]\"\"\"\n    )\n  }\n\n  \"a many relation\" should \"throw a proper error if connected by wrong id\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field_!(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createTodo(data:{\n         |    comments: {\n         |      connect: [{id: \"DoesNotExist\"}]\n         |    }\n         |  }){\n         |    id\n         |    comments {\n         |      id\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Comment with value DoesNotExist for id found.\"\n    )\n  }\n\n  \"a many relation\" should \"throw a proper error if connected by wrong id the other way around\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field_!(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createComment(data:{\n         |    text: \"bla\"\n         |    todo: {\n         |      connect: {id: \"DoesNotExist\"}\n         |    }\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Todo with value DoesNotExist for id found.\"\n    )\n  }\n\n  \"a many relation\" should \"throw a proper error if the id of a wrong model is provided\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field_!(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val comment1Id = server.executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"comment1\"}){ id } }\"\"\", project).pathAsString(\"data.createComment.id\")\n    val comment2Id = server.executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"comment2\"}){ id } }\"\"\", project).pathAsString(\"data.createComment.id\")\n\n    val todoId = server\n      .executeQuerySimple(\n        s\"\"\"\n         |mutation {\n         |  createTodo(data:{\n         |    comments: {\n         |      connect: [{id: \"$comment1Id\"}, {id: \"$comment2Id\"}]\n         |    }\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n        project\n      )\n      .pathAsString(\"data.createTodo.id\")\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  createTodo(data:{\n         |    comments: {\n         |      connect: [{id: \"$todoId\"}]\n         |    }\n         |  }){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = s\"No Node for the model Comment with value $todoId for id found.\"\n    )\n\n  }\n\n  \"a many relation\" should \"be connectable through a nested mutation by any unique argument\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field_!(\"text\", _.String).field_!(\"alias\", _.String, isUnique = true)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val comment1Alias = server\n      .executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"text comment1\", alias: \"comment1\"}){ alias } }\"\"\", project)\n      .pathAsString(\"data.createComment.alias\")\n    val comment2Alias = server\n      .executeQuerySimple(\"\"\"mutation { createComment(data: {text: \"text comment2\", alias: \"comment2\"}){ alias } }\"\"\", project)\n      .pathAsString(\"data.createComment.alias\")\n\n    val result = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createTodo(data:{\n         |    comments: {\n         |      connect: [{alias: \"$comment1Alias\"}, {alias: \"$comment2Alias\"}]\n         |    }\n         |  }){\n         |    id\n         |    comments {\n         |      alias\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n    mustBeEqual(\n      actual = result.pathAsJsValue(\"data.createTodo.comments\").toString,\n      expected = s\"\"\"[{\"alias\":\"$comment1Alias\",\"text\":\"text comment1\"},{\"alias\":\"$comment2Alias\",\"text\":\"text comment2\"}]\"\"\"\n    )\n  }\n\n  \"a many relation\" should \"be connectable through a nested mutation by any unique argument in the opposite direction\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\")\n      schema.model(\"Todo\").field_!(\"title\", _.String).oneToManyRelation(\"comments\", \"todo\", comment).field_!(\"alias\", _.String, isUnique = true)\n    }\n    database.setup(project)\n\n    val todoAlias = server\n      .executeQuerySimple(\"\"\"mutation { createTodo(data: {title: \"the title\", alias: \"todo1\"}){ alias } }\"\"\", project)\n      .pathAsString(\"data.createTodo.alias\")\n\n    val result = server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createComment(\n         |    data: {\n         |      todo: {\n         |        connect: { alias: \"$todoAlias\"}\n         |      }\n         |    }\n         |  )\n         |  {\n         |    todo {\n         |      alias\n         |      title\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n    mustBeEqual(\n      actual = result.pathAsJsValue(\"data.createComment.todo\").toString,\n      expected = s\"\"\"{\"alias\":\"$todoAlias\",\"title\":\"the title\"}\"\"\"\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/ClientSqlMutaction.scala","text":"<gh_stars>1-10\npackage com.prisma.deploy.migration.mutactions\n\nimport slick.dbio.{DBIOAction, Effect, NoStream}\n\nimport scala.concurrent.Future\nimport scala.util.{Success, Try}\n\ntrait ClientSqlMutaction {\n  def verify(): Future[Try[Unit]] = Future.successful(Success(()))\n\n  def execute: Future[ClientSqlStatementResult[Any]]\n\n  def rollback: Option[Future[ClientSqlStatementResult[Any]]] = None\n}\n\ncase class ClientSqlStatementResult[A <: Any](sqlAction: DBIOAction[A, NoStream, Effect.All])\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/mutations\/SubscriptionEvents.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiDependencies\nimport com.prisma.api.database.mutactions.ClientSqlMutaction\nimport com.prisma.api.database.mutactions.mutactions.{CreateDataItem, DeleteDataItem, PublishSubscriptionEvent, UpdateDataItem}\nimport com.prisma.shared.models.IdType.Id\nimport com.prisma.shared.models.Project\n\nimport scala.collection.immutable.Seq\n\n\/\/todo this does not handle upsert\nobject SubscriptionEvents {\n  def extractFromSqlMutactions(\n      project: Project,\n      mutationId: Id,\n      mutactions: Seq[ClientSqlMutaction]\n  )(implicit apiDependencies: ApiDependencies): Seq[PublishSubscriptionEvent] = {\n    mutactions.collect {\n      case x: UpdateDataItem => fromUpdateMutaction(project, mutationId, x)\n      case x: CreateDataItem => fromCreateMutaction(project, mutationId, x)\n      case x: DeleteDataItem => fromDeleteMutaction(project, mutationId, x)\n    }\n  }\n\n  def fromDeleteMutaction(project: Project, mutationId: Id, mutaction: DeleteDataItem)(implicit apiDependencies: ApiDependencies): PublishSubscriptionEvent = {\n    val nodeData: Map[String, Any] = mutaction.previousValues.userData\n      .collect {\n        case (key, Some(value)) =>\n          (key, value match {\n            case v: Vector[Any] => v.toList \/\/ Spray doesn't like Vector and formats it as string (\"Vector(something)\")\n            case v              => v\n          })\n      } + (\"id\" -> mutaction.id)\n\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\"nodeId\" -> mutaction.id, \"node\" -> nodeData, \"modelId\" -> mutaction.where.model.id, \"mutationType\" -> \"DeleteNode\"),\n      mutationName = s\"delete${mutaction.where.model.name}\"\n    )\n  }\n\n  def fromCreateMutaction(project: Project, mutationId: Id, mutaction: CreateDataItem)(implicit apiDependencies: ApiDependencies): PublishSubscriptionEvent = {\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\"nodeId\" -> mutaction.id, \"modelId\" -> mutaction.model.id, \"mutationType\" -> \"CreateNode\"),\n      mutationName = s\"create${mutaction.model.name}\"\n    )\n  }\n\n  def fromUpdateMutaction(project: Project, mutationId: Id, mutaction: UpdateDataItem)(implicit apiDependencies: ApiDependencies): PublishSubscriptionEvent = {\n    PublishSubscriptionEvent(\n      project = project,\n      value = Map(\n        \"nodeId\"        -> mutaction.id,\n        \"changedFields\" -> mutaction.namesOfUpdatedFields.toList, \/\/ must be a List as Vector is printed verbatim\n        \"previousValues\" -> GraphcoolDataTypes\n          .convertToJson(mutaction.previousValues.userData)\n          .compactPrint,\n        \"modelId\"      -> mutaction.model.id,\n        \"mutationType\" -> \"UpdateNode\"\n      ),\n      mutationName = s\"update${mutaction.model.name}\"\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/subscriptions\/schema\/QueryTransformer.scala","text":"package com.prisma.subscriptions.schema\n\nimport com.prisma.shared.models.ModelMutationType\nimport com.prisma.shared.models.ModelMutationType.ModelMutationType\nimport sangria.ast.OperationType.Subscription\nimport sangria.ast._\nimport sangria.visitor.VisitorCommand\n\nobject QueryTransformer {\n  def replaceMutationInFilter(query: Document, mutation: ModelMutationType): AstNode = {\n    val mutationName = mutation match {\n      case ModelMutationType.Created =>\n        \"CREATED\"\n      case ModelMutationType.Updated =>\n        \"UPDATED\"\n      case ModelMutationType.Deleted =>\n        \"DELETED\"\n    }\n    MyAstVisitor.visitAst(\n      query,\n      onEnter = {\n        case ObjectField(\"mutation_in\", EnumValue(value, _, _), _, _) =>\n          val exists = mutationName == value\n          Some(ObjectField(\"boolean\", BooleanValue(exists)))\n\n        case ObjectField(\"mutation_in\", ListValue(values, _, _), _, _) =>\n          values match {\n            case (x: EnumValue) +: xs =>\n              var exists = false\n              val list   = values.asInstanceOf[Vector[EnumValue]]\n              list.foreach(mutation => {\n                if (mutation.value == mutationName) {\n                  exists = true\n                }\n              })\n              Some(ObjectField(\"boolean\", BooleanValue(exists)))\n\n            case _ =>\n              None\n          }\n\n        case _ =>\n          None\n      },\n      onLeave = (node) => {\n        None\n      }\n    )\n  }\n\n  def replaceUpdatedFieldsInFilter(query: Document, updatedFields: Set[String]) = {\n    MyAstVisitor.visitAst(\n      query,\n      onEnter = {\n        case ObjectField(fieldName @ (\"updatedFields_contains_every\" | \"updatedFields_contains_some\"), ListValue(values, _, _), _, _) =>\n          values match {\n            case (x: StringValue) +: _ =>\n              val list      = values.asInstanceOf[Vector[StringValue]]\n              val valuesSet = list.map(_.value).toSet\n\n              fieldName match {\n                case \"updatedFields_contains_every\" =>\n                  val containsEvery = valuesSet.subsetOf(updatedFields)\n                  Some(ObjectField(\"boolean\", BooleanValue(containsEvery)))\n\n                case \"updatedFields_contains_some\" =>\n                  \/\/ is one of the fields in the list included in the updated fields?\n                  val containsSome = valuesSet.exists(updatedFields.contains)\n                  Some(ObjectField(\"boolean\", BooleanValue(containsSome)))\n\n                case _ =>\n                  None\n              }\n\n            case _ =>\n              None\n          }\n\n        case ObjectField(\"updatedFields_contains\", StringValue(value, _, _, _, _), _, _) =>\n          val contains = updatedFields.contains(value)\n          Some(ObjectField(\"boolean\", BooleanValue(contains)))\n\n        case _ =>\n          None\n      },\n      onLeave = (node) => {\n        None\n      }\n    )\n  }\n\n  def mergeBooleans(query: Document) = {\n    MyAstVisitor.visitAst(\n      query,\n      onEnter = {\n        case x @ ObjectValue(fields, _, _) =>\n          var boolean      = true\n          var booleanFound = false\n\n          fields.foreach({\n            case ObjectField(\"boolean\", BooleanValue(value, _, _), _, _) =>\n              boolean = boolean && value\n            case _ =>\n          })\n\n          val filteredFields = fields.flatMap(field => {\n            field match {\n              case ObjectField(\"boolean\", BooleanValue(value, _, _), _, _) =>\n                booleanFound match {\n                  case true =>\n                    None\n\n                  case false =>\n                    booleanFound = true\n                    Some(field.copy(value = BooleanValue(boolean)))\n                }\n              case _ =>\n                Some(field)\n            }\n          })\n\n          Some(x.copy(fields = filteredFields))\n\n        case _ =>\n          None\n      },\n      onLeave = (node) => {\n        None\n      }\n    )\n  }\n\n  def getModelNameFromSubscription(query: Document): Option[String] = {\n    var modelName: Option[String] = None\n\n    AstVisitor.visit(\n      query,\n      onEnter = (node: AstNode) => {\n        node match {\n          case OperationDefinition(Subscription, _, _, _, selections, _, _, _) =>\n            selections match {\n              case (x: Field) +: _ => modelName = Some(x.name.capitalize)\n              case _               =>\n            }\n\n          case _ =>\n        }\n        VisitorCommand.Continue\n      },\n      onLeave = _ => {\n        VisitorCommand.Continue\n      }\n    )\n    modelName\n  }\n\n  def getMutationTypesFromSubscription(query: Document): Set[ModelMutationType] = {\n\n    var mutations: Set[ModelMutationType] = Set.empty\n\n    AstVisitor.visit(\n      query,\n      onEnter = (node: AstNode) => {\n        node match {\n          case ObjectField(\"mutation_in\", ListValue(values, _, _), _, _) =>\n            values match {\n              case (x: EnumValue) +: xs =>\n                val list = values.asInstanceOf[Vector[EnumValue]]\n                list.foreach(mutation => {\n                  mutation.value match {\n                    case \"CREATED\" =>\n                      mutations += ModelMutationType.Created\n                    case \"DELETED\" =>\n                      mutations += ModelMutationType.Deleted\n                    case \"UPDATED\" =>\n                      mutations += ModelMutationType.Updated\n                  }\n                })\n\n              case _ =>\n            }\n\n          case _ =>\n        }\n        VisitorCommand.Continue\n      },\n      onLeave = (node) => {\n        VisitorCommand.Continue\n      }\n    )\n\n    if (mutations.isEmpty) mutations ++= Set(ModelMutationType.Created, ModelMutationType.Deleted, ModelMutationType.Updated)\n\n    mutations\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/inference\/SchemaMapping.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.deploy.migration.inference\n\nobject SchemaMapping {\n  val empty = SchemaMapping()\n}\n\ncase class SchemaMapping(\n    models: Vector[Mapping] = Vector.empty,\n    enums: Vector[Mapping] = Vector.empty,\n    fields: Vector[FieldMapping] = Vector.empty\n) {\n  def getPreviousModelName(nextModel: String): String = models.find(_.next == nextModel).map(_.previous).getOrElse(nextModel)\n  def getPreviousEnumName(nextEnum: String): String   = enums.find(_.next == nextEnum).map(_.previous).getOrElse(nextEnum)\n  def getPreviousFieldName(nextModel: String, nextField: String): String =\n    fields.find(r => r.nextModel == nextModel && r.nextField == nextField).map(_.previousField).getOrElse(nextField)\n\n  def getNextModelName(previousModel: String): String = models.find(_.previous == previousModel).map(_.next).getOrElse(previousModel)\n  def getNextEnumName(previousEnum: String): String   = enums.find(_.previous == previousEnum).map(_.next).getOrElse(previousEnum)\n  def getNextFieldName(previousModel: String, previousField: String) =\n    fields.find(r => r.previousModel == previousModel && r.previousField == previousField).map(_.nextField).getOrElse(previousField)\n}\n\ncase class Mapping(previous: String, next: String)\ncase class FieldMapping(previousModel: String, previousField: String, nextModel: String, nextField: String)\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/OnDeleteDirectiveSpec.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.shared.models.OnDelete\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass OnDeleteDirectiveSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"A relation with a onDelete SET_NULL directive\" should \"set the value on the other node to null\" ignore {\n    val project = SchemaDsl() { schema =>\n      val modelB = schema.model(\"ModelB\").field_!(\"b\", _.String, isUnique = true)\n      val modelA = schema.model(\"ModelA\").field_!(\"a\", _.String, isUnique = true).oneToOneRelation(\"modelB\", \"modelA\", modelB)\n\n    }\n    database.setup(project)\n\n    val res = server.executeQuerySimple(\n      s\"\"\"mutation {\n         |  createModelB(data: {\n         |    b: \"b\"\n         |    modelA: {create: {a:\"a\"}}\n         |    }\n         |  ){\n         |  b\n         |  }\n         |}\"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createModelB\":{\"b\":\"b\"}}}\"\"\")\n\n    val deleteRes = server.executeQuerySimple(\"\"\"mutation{deleteModelB(where: { b: \"b\" }){b}}\"\"\", project)\n    deleteRes.toString should be(s\"\"\"{\"data\":{\"deleteModelB\":{\"b\":\"b\"}}}\"\"\")\n\n    server.executeQuerySimple(\"{modelBs{b}}\", project).toString should be(\"\"\"{\"data\":{\"modelBs\":[]}}\"\"\")\n    server.executeQuerySimple(\"{modelAs{a}}\", project).toString should be(\"\"\"{\"data\":{\"modelAs\":[{\"a\":\"a\"}]}}\"\"\")\n  }\n\n  \"A relation with a onDelete CASCADE directive\" should \"delete the connected node\" ignore {\n    val project = SchemaDsl() { schema =>\n      val modelB = schema.model(\"ModelB\").field_!(\"b\", _.String, isUnique = true)\n      val modelA = schema\n        .model(\"ModelA\")\n        .field_!(\"a\", _.String, isUnique = true)\n        .oneToOneRelation(\"modelB\", \"modelA\", modelB, modelAOnDelete = OnDelete.Cascade, modelBOnDelete = OnDelete.Cascade)\n\n    }\n    database.setup(project)\n\n    val res = server.executeQuerySimple(\n      s\"\"\"mutation {\n         |  createModelB(data: {\n         |    b: \"b\"\n         |    modelA: {create: {a:\"a\"}}\n         |    }\n         |  ){\n         |  b\n         |  }\n         |}\"\"\".stripMargin,\n      project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createModelB\":{\"b\":\"b\"}}}\"\"\")\n\n    val deleteRes = server.executeQuerySimple(\"\"\"mutation{deleteModelB(where: { b: \"b\" }){b}}\"\"\", project)\n    deleteRes.toString should be(s\"\"\"{\"data\":{\"deleteModelB\":{\"b\":\"b\"}}}\"\"\")\n\n    server.executeQuerySimple(\"{modelBs{b}}\", project).toString should be(\"\"\"{\"data\":{\"modelBs\":[]}}\"\"\")\n    server.executeQuerySimple(\"{modelAs{a}}\", project).toString should be(\"\"\"{\"data\":{\"modelAs\":[]}}\"\"\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/schema\/fields\/AddProjectField.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.deploy.schema.fields\n\nimport com.prisma.deploy.schema.mutations.AddProjectInput\nimport sangria.marshalling.{CoercedScalaResultMarshaller, FromInput}\nimport sangria.schema.{InputField, ListInputType, ListType, OptionInputType, StringType}\n\nobject AddProjectField {\n  import ManualMarshallerHelpers._\n\n  val inputFields = projectIdInputFields :+ InputField(\"secrets\", OptionInputType(ListInputType(StringType)))\n\n  implicit val fromInput = new FromInput[AddProjectInput] {\n    val marshaller = CoercedScalaResultMarshaller.default\n\n    def fromResult(node: marshaller.Node) = {\n      AddProjectInput(\n        clientMutationId = node.clientMutationId,\n        ownerId = node.optionalArgAsString(\"ownerId\"),\n        name = node.requiredArgAsString(\"name\"),\n        stage = node.requiredArgAsString(\"stage\"),\n        secrets = node.optionalArgAs[Vector[String]](\"secrets\").getOrElse(Vector.empty)\n      )\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DeleteDataItem.scala","text":"<reponame>seanchambo\/prisma<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DeleteDataItem.scala\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database._\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult, MutactionVerificationSuccess}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.shared.models.Project\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success, Try}\n\ncase class DeleteDataItem(project: Project, where: NodeSelector, previousValues: DataItem, id: String, requestId: Option[String] = None)\n    extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(\n      ClientSqlStatementResult(\n        sqlAction = DBIO.seq(\n          DatabaseMutationBuilder.deleteRelayRowByUnique(project.id, where),\n          DatabaseMutationBuilder.deleteDataItemByUnique(project.id, where)\n        )\n      )\n    )\n  }\n\n  override def verify(resolver: DataResolver): Future[Try[MutactionVerificationSuccess]] = {\n    resolver.existsByWhere(where) map {\n      case false => Failure(APIErrors.NodeNotFoundForWhereError(where))\n      case true  => Success(MutactionVerificationSuccess())\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/UpdateMutationSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.api.util.TroubleCharacters\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UpdateMutationSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"The Update Mutation\" should \"update an item\" in {\n    val project = SchemaDsl() { schema =>\n      val enum = schema.enum(\n        name = \"MyEnum\",\n        values = Vector(\n          \"A\",\n          \"ABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJABCDEFGHIJ\"\n        )\n      )\n      schema\n        .model(\"ScalarModel\")\n        .field(\"optString\", _.String)\n        .field(\"optInt\", _.Int)\n        .field(\"optFloat\", _.Float)\n        .field(\"optBoolean\", _.Boolean)\n        .field(\"optEnum\", _.Enum, enum = Some(enum))\n        .field(\"optDateTime\", _.DateTime)\n        .field(\"optJson\", _.Json)\n    }\n    database.setup(project)\n\n    val createResult = server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createScalarModel(data: {\n        |  })\n        |  { id }\n        |}\"\"\".stripMargin,\n      project = project\n    )\n    val id = createResult.pathAsString(\"data.createScalarModel.id\")\n\n    val updateResult = server.executeQuerySimple(\n      s\"\"\"\n        |mutation {\n        |  updateScalarModel(\n        |    data:{\n        |      optString: \"lala${TroubleCharacters.value}\", optInt: 1337, optFloat: 1.234, optBoolean: true, optEnum: A, optDateTime: \"2016-07-31T23:59:01.000Z\", optJson: \"[1,2,3]\"\n        |    }\n        |    where: {\n        |      id: \"$id\"\n        |    }\n        |  ){\n        |    optString, optInt, optFloat, optBoolean, optEnum, optDateTime, optJson\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    updateResult.pathAsJsValue(\"data.updateScalarModel\").toString should be(\n      s\"\"\"{\"optJson\":[1,2,3],\"optInt\":1337,\"optBoolean\":true,\"optDateTime\":\"2016-07-31T23:59:01.000Z\",\"optString\":\"lala${TroubleCharacters.value}\",\"optEnum\":\"A\",\"optFloat\":1.234}\"\"\")\n\n    val query = server.executeQuerySimple(\n      s\"\"\"\n         |{\n         |  scalarModels {\n         |    id\n         |  }\n         |}\n       \"\"\".stripMargin,\n      project\n    )\n    query.pathAsJsValue(\"data.scalarModels\").toString should equal(s\"\"\"[{\"id\":\"$id\"}]\"\"\")\n  }\n\n  \"The Update Mutation\" should \"update an item by a unique field\" in {\n    val project = SchemaDsl() { schema =>\n      schema.model(\"Todo\").field_!(\"title\", _.String).field(\"alias\", _.String, isUnique = true)\n    }\n    database.setup(project)\n\n    val alias = \"the-alias\"\n    server.executeQuerySimple(\n      s\"\"\"\n        |mutation {\n        |  createTodo(\n        |    data: {\n        |      title: \"initial title\", alias: \"$alias\"\n        |    }\n        |  ){\n        |    id\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    val updateResult = server.executeQuerySimple(\n      s\"\"\"\n        |mutation {\n        |  updateTodo(\n        |    data: {\n        |      title: \"updated title\"\n        |    }\n        |    where: {\n        |      alias: \"$alias\"\n        |    }\n        |  ){\n        |    title\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    updateResult.pathAsString(\"data.updateTodo.title\") should equal(\"updated title\")\n  }\n\n  \"The Update Mutation\" should \"gracefully fail when trying to update an item by a unique field with a non-existing value\" in {\n    val project = SchemaDsl() { schema =>\n      schema.model(\"Todo\").field_!(\"title\", _.String).field(\"alias\", _.String, isUnique = true)\n    }\n    database.setup(project)\n\n    val alias = \"the-alias\"\n    server.executeQuerySimple(\n      s\"\"\"\n         |mutation {\n         |  createTodo(\n         |    data: {\n         |      title: \"initial title\", alias: \"$alias\"\n         |    }\n         |  ){\n         |    id\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"\n         |mutation {\n         |  updateTodo(\n         |    data: {\n         |      title: \"updated title\"\n         |    }\n         |    where: {\n         |      alias: \"NOT A VALID ALIAS\"\n         |    }\n         |  ){\n         |    title\n         |  }\n         |}\"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model Todo with value NOT A VALID ALIAS for alias found\"\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/VerifyWhere.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLException\n\nimport com.prisma.api.database._\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.{NullGCValue, _}\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ncase class VerifyWhere(project: Project, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.whereFailureTrigger(project, where)))\n  }\n\n  override def handleErrors = {Some({ case e: SQLException if e.getErrorCode == 1242 && causedByThisMutaction(e.getCause.toString) => throw APIErrors.NodeNotFoundForWhereError(where)})}\n\n  private def dateTimeFromISO8601(v: Any) = {\n    val string = v.toString\n    \/\/\"2017-12-05T12:34:23.000Z\" to \"2017-12-05T12:34:23.000\" which MySQL will accept\n    string.replace(\"Z\", \"\")\n  }\n  \n  def causedByThisMutaction(cause: String) = {\n    val parameterString = where.fieldValue match {\n      case StringGCValue(x) => s\"parameters ['$x',\"\n      case IntGCValue(x) => s\"parameters [$x,\"\n      case FloatGCValue(x) => s\"parameters [$x,\"\n      case BooleanGCValue(false) => s\"parameters [0,\"\n      case BooleanGCValue(true) => s\"parameters [1,\"\n      case GraphQLIdGCValue(x) => s\"parameters ['$x',\"\n      case EnumGCValue(x) => s\"parameters ['$x',\"\n      case DateTimeGCValue(x) => s\"parameters ['${dateTimeFromISO8601(x)}',\"  \/\/ Todo\n      case JsonGCValue(x) => s\"parameters ['$x',\"                             \/\/ Todo\n      case ListGCValue(_) => sys.error(\"Not an acceptable Where\")\n      case RootGCValue(_) => sys.error(\"Not an acceptable Where\")\n      case NullGCValue => sys.error(\"Not an acceptable Where\")\n    }\n\n    val modelString = s\"`${where.model.name}` where `${where.field.name}` =\"\n\n  cause.contains(modelString) && cause.contains(parameterString)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/VerifyConnection.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLException\n\nimport com.prisma.api.database._\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.{NullGCValue, _}\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ncase class VerifyConnection(project: Project, parentInfo: ParentInfo, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.connectionFailureTrigger(project, parentInfo, where)))\n  }\n\n  override def handleErrors = {\n    Some({\n      case e: SQLException if e.getErrorCode == 1242 && causedByThisMutaction(e.getCause.toString) => throw APIErrors.NodesNotConnectedError(parentInfo, where)\n    })\n  }\n\n  private def dateTimeFromISO8601(v: Any) = {\n    val string = v.toString\n    \/\/\"2017-12-05T12:34:23.000Z\" to \"2017-12-05T12:34:23.000\" which MySQL will accept\n    string.replace(\"Z\", \"\")\n  }\n\n  def causedByThisMutaction(cause: String) = {\n\n    val parameterString = where.fieldValue match {\n      case StringGCValue(x)      => s\"parameters ['$x',\"\n      case IntGCValue(x)         => s\"parameters [$x,\"\n      case FloatGCValue(x)       => s\"parameters [$x,\"\n      case BooleanGCValue(false) => s\"parameters [0,\"\n      case BooleanGCValue(true)  => s\"parameters [1,\"\n      case GraphQLIdGCValue(x)   => s\"parameters ['$x',\"\n      case EnumGCValue(x)        => s\"parameters ['$x',\"\n      case DateTimeGCValue(x)    => s\"parameters ['${dateTimeFromISO8601(x)}',\"\n      case JsonGCValue(x)        => s\"parameters ['$x',\"\n      case ListGCValue(_)        => sys.error(\"Not an acceptable Where\")\n      case RootGCValue(_)        => sys.error(\"Not an acceptable Where\")\n      case NullGCValue           => sys.error(\"Not an acceptable Where\")\n    }\n\n    val relationString = s\"`${parentInfo.relation.id}` where `${parentInfo.relation.sideOf(where.model)}` =\"\n\n    cause.contains(relationString) && cause.contains(parameterString)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/DataResolver.scala","text":"package com.prisma.api.database\n\nimport com.prisma.api.{ApiDependencies, ApiMetrics}\nimport com.prisma.api.database.DatabaseQueryBuilder._\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.{GCValue, GraphQLIdGCValue, JsonGCValue}\nimport com.prisma.shared.models.IdType.Id\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport com.prisma.shared.models._\nimport com.prisma.util.gc_value.{GCJsonConverter, GCValueExtractor}\nimport com.prisma.utils.future.FutureUtils.FutureOpt\nimport org.joda.time.DateTime\nimport org.joda.time.format.DateTimeFormat\nimport slick.dbio.Effect.Read\nimport slick.dbio.{DBIOAction, Effect, NoStream}\nimport slick.jdbc.MySQLProfile.api._\nimport slick.jdbc.{MySQLProfile, SQLActionBuilder}\nimport slick.lifted.TableQuery\nimport slick.sql.{SqlAction, SqlStreamingAction}\nimport spray.json._\n\nimport scala.collection.immutable.Seq\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success, Try}\n\ncase class DataResolver(project: Project, useMasterDatabaseOnly: Boolean = false)(implicit apiDependencies: ApiDependencies) {\n\n  def masterClientDatabase: MySQLProfile.backend.DatabaseDef = apiDependencies.databases.master\n  def readonlyClientDatabase: MySQLProfile.backend.DatabaseDef =\n    if (useMasterDatabaseOnly) apiDependencies.databases.master\n    else apiDependencies.databases.readOnly\n\n  protected def performWithTiming[A](name: String, f: => Future[A]): Future[A] = {\n    ApiMetrics.sqlQueryTimer.timeFuture(project.id, name) {\n      f\n    }\n  }\n\n  def resolveByModel(model: Model, args: Option[QueryArguments] = None): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.selectAllFromTable(project.id, model.name, args)\n\n    performWithTiming(\"resolveByModel\", readonlyClientDatabase.run(readOnlyDataItem(query)))\n      .map(_.toList.map(mapDataItem(model)(_)))\n      .map(resultTransform(_))\n  }\n\n  def countByModel(model: Model, where: DataItemFilterCollection): Future[Int] = countByModel(model, Some(where))\n\n  def countByModel(model: Model, where: Option[DataItemFilterCollection] = None): Future[Int] = {\n    val query = DatabaseQueryBuilder.countAllFromModel(project, model, where)\n    performWithTiming(\"countByModel\", readonlyClientDatabase.run(readOnlyInt(query))).map(_.head)\n  }\n\n  def existsByModelAndId(model: Model, id: String): Future[Boolean] = {\n    val query = DatabaseQueryBuilder.existsByModelAndId(project.id, model.name, id)\n    performWithTiming(\"existsByModelAndId\", readonlyClientDatabase.run(readOnlyBoolean(query))).map(_.head)\n  }\n\n  def existsByWhere(where: NodeSelector): Future[Boolean] = {\n    val query = DatabaseQueryBuilder.existsByWhere(project.id, where)\n    performWithTiming(\"existsByWhere\", readonlyClientDatabase.run(readOnlyBoolean(query))).map(_.head)\n  }\n\n  def existsByModel(model: Model): Future[Boolean] = {\n    val query = DatabaseQueryBuilder.existsByModel(project.id, model.name)\n    performWithTiming(\"existsByModel\", readonlyClientDatabase.run(readOnlyBoolean(query))).map(_.head)\n  }\n\n  def resolveByUnique(where: NodeSelector): Future[Option[DataItem]] = {\n    where.fieldValue match {\n      case JsonGCValue(x) => batchResolveByUnique(where.model, where.field.name, List(where.fieldValueAsString)).map(_.headOption)\n      case _              => batchResolveByUnique(where.model, where.field.name, List(where.unwrappedFieldValue)).map(_.headOption)\n    }\n  }\n\n  def resolveByUniques(model: Model, uniques: Vector[NodeSelector]): Future[Vector[DataItem]] = {\n    val query = DatabaseQueryBuilder.selectFromModelsByUniques(project, model, uniques)\n    readonlyClientDatabase.run(readOnlyDataItem(query)).map(_.map(mapDataItem(model)))\n  }\n\n  def resolveByUniqueWithoutValidation(model: Model, key: String, value: Any): Future[Option[DataItem]] = {\n    batchResolveByUniqueWithoutValidation(model, key, List(value)).map(_.headOption)\n  }\n\n  def loadModelRowsForExport(model: Model, args: Option[QueryArguments] = None): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.selectAllFromTable(project.id, model.name, args, None)\n    performWithTiming(\"loadModelRowsForExport\", readonlyClientDatabase.run(readOnlyDataItem(query)))\n      .map(_.toList.map(mapDataItem(model)(_)))\n      .map(resultTransform(_))\n  }\n\n  def loadListRowsForExport(tableName: String, args: Option[QueryArguments] = None): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.selectAllFromListTable(project.id, tableName, args, None)\n    performWithTiming(\"loadListRowsForExport\", readonlyClientDatabase.run(readOnlyScalarListValue(query))).map(_.toList).map(resultTransform(_))\n  }\n\n  def loadRelationRowsForExport(relationId: String, args: Option[QueryArguments] = None): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.selectAllFromTable(project.id, relationId, args, None)\n    performWithTiming(\"loadRelationRowsForExport\", readonlyClientDatabase.run(readOnlyDataItem(query))).map(_.toList).map(resultTransform(_))\n  }\n\n  def batchResolveByUnique(model: Model, key: String, values: List[Any]): Future[List[DataItem]] = {\n    val query = DatabaseQueryBuilder.batchSelectFromModelByUnique(project.id, model.name, key, values)\n    performWithTiming(\"batchResolveByUnique\", readonlyClientDatabase.run(readOnlyDataItem(query))).map(_.toList).map(_.map(mapDataItem(model)))\n  }\n\n  def batchResolveScalarList(model: Model, field: Field, nodeIds: Vector[String]): Future[Vector[ScalarListValue]] = {\n    val query = DatabaseQueryBuilder.selectFromScalarList(project.id, model.name, field.name, nodeIds)\n    performWithTiming(\"batchResolveScalarList\", readonlyClientDatabase.run(readOnlyScalarListValue(query)))\n      .map(_.map(mapScalarListValueWithoutValidation(model, field)))\n  }\n\n  def batchResolveByUniqueWithoutValidation(model: Model, key: String, values: List[Any]): Future[List[DataItem]] = {\n    val query = DatabaseQueryBuilder.batchSelectFromModelByUnique(project.id, model.name, key, values)\n    performWithTiming(\"batchResolveByUnique\", readonlyClientDatabase.run(readOnlyDataItem(query))).map(_.toList).map(_.map(mapDataItemWithoutValidation(model)))\n  }\n\n  def resolveByGlobalId(globalId: String): Future[Option[DataItem]] = {\n    if (globalId == \"viewer-fixed\") {\n      return Future.successful(Some(DataItem(globalId, Map(), Some(\"Viewer\"))))\n    }\n\n    val query: SqlAction[Option[String], NoStream, Read] = TableQuery(new ProjectRelayIdTable(_, project.id))\n      .filter(_.id === globalId)\n      .map(_.stableModelIdentifier)\n      .take(1)\n      .result\n      .headOption\n\n    readonlyClientDatabase\n      .run(query)\n      .flatMap {\n        case Some(stableModelIdentifier) =>\n          val model = project.schema.getModelByStableIdentifier_!(stableModelIdentifier.trim)\n          resolveByUnique(NodeSelector.forId(model, globalId)).map(_.map(mapDataItem(model)))\n\n        case _ =>\n          Future.successful(None)\n      }\n  }\n\n  def resolveRelation(relationId: String, aId: String, bId: String): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.selectAllFromTable(\n      project.id,\n      relationId,\n      Some(QueryArguments(None, None, None, None, None, Some(List(FilterElement(\"A\", aId), FilterElement(\"B\", bId))), None)))\n\n    performWithTiming(\"resolveRelation\", readonlyClientDatabase.run(readOnlyDataItem(query)).map(_.toList).map(resultTransform))\n  }\n\n  def resolveByRelation(fromField: Field, fromModelId: String, args: Option[QueryArguments]): Future[ResolverResult] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.batchSelectAllFromRelatedModel(project, fromField, List(fromModelId), args)\n\n    performWithTiming(\n      \"resolveByRelation\",\n      readonlyClientDatabase\n        .run(readOnlyDataItem(query))\n        .map(_.toList.map(mapDataItem(fromField.relatedModel(project.schema).get)))\n        .map(resultTransform)\n    )\n  }\n\n  def resolveByRelationManyModels(fromField: Field, fromModelIds: List[String], args: Option[QueryArguments]): Future[Seq[ResolverResult]] = {\n    val (query, resultTransform) = DatabaseQueryBuilder.batchSelectAllFromRelatedModel(project, fromField, fromModelIds, args)\n\n    performWithTiming(\n      \"resolveByRelation\",\n      readonlyClientDatabase\n        .run(readOnlyDataItem(query))\n        .map(_.toList.map(mapDataItem(fromField.relatedModel(project.schema).get)))\n        .map((items: List[DataItem]) => {\n          val itemGroupsByModelId = items.groupBy(item => {\n            item.userData\n              .get(fromField.relationSide.get.toString)\n              .flatten\n          })\n\n          fromModelIds.map(id => {\n            itemGroupsByModelId.find(_._1.contains(id)) match {\n              case Some((_, itemsForId)) => resultTransform(itemsForId).copy(parentModelId = Some(id))\n              case None                  => ResolverResult(Seq.empty, parentModelId = Some(id))\n            }\n          })\n        })\n    )\n  }\n\n  def resolveByModelAndId(model: Model, id: Id): Future[Option[DataItem]] =\n    resolveByUnique(NodeSelector(model, model.getFieldByName_!(\"id\"), GraphQLIdGCValue(id)))\n  def resolveByModelAndIdWithoutValidation(model: Model, id: Id): Future[Option[DataItem]] = resolveByUniqueWithoutValidation(model, \"id\", id)\n\n  def countByRelationManyModels(fromField: Field, fromNodeIds: List[String], args: Option[QueryArguments]): Future[List[(String, Int)]] = {\n    val (query, _) = DatabaseQueryBuilder.countAllFromRelatedModels(project, fromField, fromNodeIds, args)\n    performWithTiming(\"countByRelation\", readonlyClientDatabase.run(readOnlyStringInt(query)).map(_.toList))\n  }\n\n  def itemCountForModel(model: Model): Future[Int] = {\n    val query = DatabaseQueryBuilder.itemCountForTable(project.id, model.name)\n    performWithTiming(\"itemCountForModel\", readonlyClientDatabase.run(readOnlyInt(query)).map(_.head))\n  }\n\n  def existsNullByModelAndScalarField(model: Model, field: Field): Future[Boolean] = {\n    val query = DatabaseQueryBuilder.existsNullByModelAndScalarField(project.id, model.name, field.name)\n    performWithTiming(\"existsNullByModelAndScalarField\", readonlyClientDatabase.run(readOnlyBoolean(query)).map(_.head))\n  }\n\n  def existsNullByModelAndRelationField(model: Model, field: Field): Future[Boolean] = {\n    val query = DatabaseQueryBuilder.existsNullByModelAndRelationField(project.id, model.name, field)\n    performWithTiming(\"existsNullByModelAndRelationField\", readonlyClientDatabase.run(readOnlyBoolean(query)).map(_.head))\n  }\n\n  def itemCountForRelation(relation: Relation): Future[Int] = {\n    val query = DatabaseQueryBuilder.itemCountForTable(project.id, relation.id)\n    performWithTiming(\"itemCountForRelation\", readonlyClientDatabase.run(readOnlyInt(query))).map(_.head)\n  }\n\n  def itemCountsForAllModels(project: Project): Future[ModelCounts] = {\n    val x: Seq[Future[(Model, Int)]] = project.models.map { model =>\n      itemCountForModel(model).map { count =>\n        model -> count\n      }\n    }\n    Future.sequence(x).map(counts => ModelCounts(counts.toMap))\n  }\n\n  \/\/ note: Explicitly mark queries generated from raw sql as readonly to make aurora endpoint selection work\n  \/\/ see also http:\/\/danielwestheide.com\/blog\/2015\/06\/28\/put-your-writes-where-your-master-is-compile-time-restriction-of-slick-effect-types.html\n  private def readOnlyDataItem(query: SQLActionBuilder): SqlStreamingAction[Vector[DataItem], DataItem, Read] = {\n    val action: SqlStreamingAction[Vector[DataItem], DataItem, Read] = query.as[DataItem]\n\n    action\n  }\n\n  private def readOnlyScalarListValue(query: SQLActionBuilder): SqlStreamingAction[Vector[ScalarListValue], Any, Read] = {\n    val action: SqlStreamingAction[Vector[ScalarListValue], Any, Read] = query.as[ScalarListValue]\n\n    action\n  }\n\n  private def readOnlyInt(query: SQLActionBuilder): SqlStreamingAction[Vector[Int], Int, Read] = {\n    val action: SqlStreamingAction[Vector[Int], Int, Read] = query.as[Int]\n\n    action\n  }\n\n  private def readOnlyBoolean(query: SQLActionBuilder): SqlStreamingAction[Vector[Boolean], Boolean, Read] = {\n    val action: SqlStreamingAction[Vector[Boolean], Boolean, Read] = query.as[Boolean]\n\n    action\n  }\n\n  private def readOnlyStringInt(query: SQLActionBuilder): SqlStreamingAction[Vector[(String, Int)], (String, Int), Read] = {\n    val action: SqlStreamingAction[Vector[(String, Int)], (String, Int), Read] = query.as[(String, Int)]\n\n    action\n  }\n\n  def runOnClientDatabase[A](name: String, sqlAction: DBIOAction[A, NoStream, Effect.All]): Future[A] =\n    performWithTiming(name, masterClientDatabase.run(sqlAction))\n\n  protected def mapDataItem(model: Model)(dataItem: DataItem): DataItem = {\n    mapDataItemHelper(model, dataItem)\n  }\n  protected def mapDataItemWithoutValidation(model: Model)(dataItem: DataItem): DataItem = {\n    mapDataItemHelper(model, dataItem, validate = false)\n  }\n\n  protected def mapScalarListValueWithoutValidation(model: Model, field: Field)(scalarListValue: ScalarListValue): ScalarListValue = {\n    mapScalarListValueHelper(model, field, scalarListValue, validate = false)\n  }\n\n  private def mapDataItemHelper(model: Model, dataItem: DataItem, validate: Boolean = true): DataItem = {\n\n    def isType(fieldName: String, typeIdentifier: TypeIdentifier) = model.fields.exists(f => f.name == fieldName && f.typeIdentifier == typeIdentifier)\n    def isList(fieldName: String)                                 = model.fields.exists(f => f.name == fieldName && f.isList)\n\n    val res = dataItem.copy(\n      userData = dataItem.userData.map {\n        case (f, Some(value: java.math.BigDecimal)) if isType(f, TypeIdentifier.Float) && !isList(f) =>\n          (f, Some(value.doubleValue()))\n\n        case (f, Some(value: String)) if isType(f, TypeIdentifier.Json) && !isList(f) =>\n          DataResolverValidations(f, Some(value), model, validate).validateSingleJson(value)\n\n        case (f, v) if isType(f, TypeIdentifier.Boolean) && !isList(f) =>\n          DataResolverValidations(f, v, model, validate).validateSingleBoolean\n\n        case (f, v) if isType(f, TypeIdentifier.Enum) && !isList(f) =>\n          DataResolverValidations(f, v, model, validate).validateSingleEnum\n\n        case (f, v) if isType(f, TypeIdentifier.Enum) =>\n          DataResolverValidations(f, v, model, validate).validateListEnum\n\n        case (f, v) =>\n          (f, v)\n      },\n      typeName = Some(model.name)\n    )\n\n    res\n  }\n\n  private def mapScalarListValueHelper(model: Model, field: Field, listValue: ScalarListValue, validate: Boolean = true): ScalarListValue = {\n    \/\/ Todo handle Json, it already seems to break earlier when casting the queryresult to a Vector\n\n    val value = listValue.value match {\n      case v: java.math.BigDecimal if field.typeIdentifier == TypeIdentifier.Float && field.isList =>\n        v.doubleValue()\n\n      case v: java.sql.Timestamp if field.typeIdentifier == TypeIdentifier.DateTime && field.isList =>\n        DateTime.parse(v.toString, DateTimeFormat.forPattern(\"yyyy-MM-dd HH:mm:ss.SSS\").withZoneUTC())\n\n      case v =>\n        v\n    }\n\n    listValue.copy(value = value)\n  }\n\n  private def unwrapGcValue(value: Any): Any = {\n    value match {\n      case x: GCValue => GCValueExtractor.fromGCValue(x)\n      case x          => x\n    }\n  }\n}\n\ncase class ModelCounts(countsMap: Map[Model, Int]) {\n  def countForName(name: String): Int = {\n    val model = countsMap.keySet.find(_.name == name).getOrElse(sys.error(s\"No count found for model $name\"))\n    countsMap(model)\n  }\n}\n\ncase class ResolverResult(items: Seq[DataItem], hasNextPage: Boolean = false, hasPreviousPage: Boolean = false, parentModelId: Option[String] = None)\ncase class ResolverListResult(items: Seq[ScalarListValue], hasNextPage: Boolean = false, hasPreviousPage: Boolean = false)\n\ncase class DataResolverValidations(f: String, v: Option[Any], model: Model, validate: Boolean) {\n\n  private val field: Field = model.getFieldByName_!(f)\n\n  private def enumOnFieldContainsValue(field: Field, value: Any): Boolean = {\n    val enum = field.enum.getOrElse(sys.error(\"Field should have an Enum\"))\n    enum.values.contains(value)\n  }\n\n  def validateSingleJson(value: String) = {\n    def parseJson = Try(value.parseJson) match {\n      case Success(json) \u21d2 Some(json)\n      case Failure(_)    \u21d2 if (validate) throw APIErrors.ValueNotAValidJson(f, value) else None\n    }\n    (f, parseJson)\n  }\n\n  def validateSingleBoolean = {\n    (f, v.map {\n      case v: Boolean => v\n      case v: Integer => v == 1\n      case v: String  => v.toBoolean\n    })\n  }\n\n  def validateSingleEnum = {\n    val validatedEnum = v match {\n      case Some(value) if enumOnFieldContainsValue(field, value) => Some(value)\n      case Some(_)                                               => if (validate) throw APIErrors.StoredValueForFieldNotValid(field.name, model.name) else None\n      case _                                                     => None\n    }\n    (f, validatedEnum)\n  }\n\n  def validateListEnum = {\n    def enumListValueValid(input: Any): Boolean = {\n      val inputWithoutWhitespace = input.asInstanceOf[String].replaceAll(\" \", \"\")\n\n      inputWithoutWhitespace match {\n        case \"[]\" =>\n          true\n\n        case _ =>\n          val values        = inputWithoutWhitespace.stripPrefix(\"[\").stripSuffix(\"]\").split(\",\")\n          val invalidValues = values.collect { case value if !enumOnFieldContainsValue(field, value.stripPrefix(\"\\\"\").stripSuffix(\"\\\"\")) => value }\n          invalidValues.isEmpty\n      }\n    }\n\n    val validatedEnumList = v match {\n      case Some(x) if enumListValueValid(x) => Some(x)\n      case Some(_)                          => if (validate) throw APIErrors.StoredValueForFieldNotValid(field.name, model.name) else None\n      case _                                => None\n    }\n    (f, validatedEnumList)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/DeleteModelTable.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.Future\n\ncase class DeleteModelTable(projectId: String, model: String, scalarListFields: Vector[String]) extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n\n    val dropTable            = DatabaseMutationBuilder.dropTable(projectId = projectId, tableName = model)\n    val dropScalarListFields = scalarListFields.map(field => DatabaseMutationBuilder.dropScalarListTable(projectId, model, field))\n\n    Future.successful(ClientSqlStatementResult(sqlAction = DBIO.seq(dropScalarListFields :+ dropTable: _*)))\n  }\n\n  override def rollback = Some(CreateModelTable(projectId, model).execute)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/single-server\/src\/main\/scala\/com\/prisma\/singleserver\/SingleServerMain.scala","text":"package com.prisma.singleserver\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.akkautil.http.ServerExecutor\nimport com.prisma.api.server.ApiServer\nimport com.prisma.deploy.server.ClusterServer\nimport com.prisma.subscriptions.SimpleSubscriptionsServer\nimport com.prisma.websocket.WebsocketServer\nimport com.prisma.workers.WorkerServer\n\nobject SingleServerMain extends App {\n  implicit val system       = ActorSystem(\"single-server\")\n  implicit val materializer = ActorMaterializer()\n\n  val port                              = sys.env.getOrElse(\"PORT\", \"9000\").toInt\n  implicit val singleServerDependencies = SingleServerDependencies()\n\n  Version.check()\n\n  ServerExecutor(\n    port = port,\n    ClusterServer(\"cluster\"),\n    WebsocketServer(singleServerDependencies),\n    ApiServer(singleServerDependencies.apiSchemaBuilder),\n    SimpleSubscriptionsServer(),\n    WorkerServer(singleServerDependencies)\n  ).startBlocking()\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/metrics\/src\/test\/scala\/com\/prisma\/metrics\/MetricsTagSpec.scala","text":"package com.prisma.metrics\n\nimport com.prisma.metrics.utils.{TestLiveMetricsManager, TestMetricsManager}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass MetricsTagSpec extends FlatSpec with Matchers {\n  it should \"have the correct metrics tags without extra custom tags\" in {\n    val manager = new TestMetricsManager()\n    val counter = manager.defineCounter(\"testCounter\")\n\n    counter.constructMetricString(0, Seq(\"1\", \"2\")) should equal(\"TestService.testCounter#env=test,instance=local,container=none\")\n  }\n\n  it should \"have the correct metrics tags with custom metrics set\" in {\n    val manager = new TestMetricsManager()\n    val counter = manager.defineCounter(\"testCounter\", CustomTag(\"testCustomTag1\"), CustomTag(\"testCustomTag2\"))\n\n    counter.constructMetricString(0, Seq(\"1\", \"2\")) should equal(\n      \"TestService.testCounter#env=test,instance=local,container=none,testCustomTag1=1,testCustomTag2=2\")\n  }\n\n  it should \"have the correct metrics tags for gauges\" in {\n    val manager = new TestMetricsManager()\n    val gauge   = manager.defineGauge(\"testCounter\", (CustomTag(\"testCustomTag1\"), \"1\"), (CustomTag(\"testCustomTag2\"), \"2\"))\n\n    gauge.constructedMetricName should equal(\"TestService.testCounter#env=test,instance=local,container=none,testCustomTag1=1,testCustomTag2=2\")\n  }\n\n  it should \"have the correct metrics tags for timers\" in {\n    val manager = new TestMetricsManager()\n    val timer   = manager.defineTimer(\"testTimer\", CustomTag(\"projectId\"))\n\n    timer.constructMetricString(0, Seq(\"1234\")) should equal(\"TestService.testTimer#env=test,instance=local,container=none,projectId=1234\")\n  }\n\n  it should \"ignore custom metric tags if the number of provided values doesn't match\" in {\n    val manager = new TestMetricsManager()\n    val counter = manager.defineCounter(\"testCounter\", CustomTag(\"testCustomTag1\"), CustomTag(\"testCustomTag2\"))\n\n    counter.constructMetricString(0, Seq(\"1\")) should equal(\"TestService.testCounter#env=test,instance=local,container=none\")\n  }\n\n  it should \"not record a custom tag value if the recorded value is above the specified threshold\" in {\n    val manager = new TestMetricsManager()\n    val timer   = manager.defineTimer(\"testTimer\", CustomTag(\"projectId\", recordingThreshold = 100))\n\n    timer.constructMetricString(90, Seq(\"1234\")) should equal(\"TestService.testTimer#env=test,instance=local,container=none,projectId=-\")\n  }\n\n  \/\/ Only run if you want some live metrics in librato\n  ignore should \"do some live metrics against librato\" in {\n    val manager = new TestLiveMetricsManager\n\n    val counter       = manager.defineCounter(\"testCounter\")\n    val counterCustom = manager.defineCounter(\"testCounterWithTags\", CustomTag(\"tag1\"), CustomTag(\"tag2\"))\n    val gauge         = manager.defineGauge(\"testGauge\")\n    val gaugeCustom   = manager.defineGauge(\"testGaugeWithTags\", (CustomTag(\"tag1\"), \"constantVal\"))\n    val timer         = manager.defineTimer(\"testTimer\")\n    val timerCustom   = manager.defineTimer(\"testTimerWithTags\", CustomTag(\"tag1\"))\n\n    gauge.set(100)\n    gaugeCustom.set(50)\n    counter.inc()\n    counterCustom.inc(\"val1\", \"val2\")\n\n    timer.time() {\n      Thread.sleep(500)\n    }\n\n    timerCustom.time(\"val1\") {\n      Thread.sleep(800)\n    }\n\n    Thread.sleep(10000)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/database\/persistence\/ProjectPersistence.scala","text":"package com.prisma.deploy.database.persistence\n\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ntrait ProjectPersistence {\n  def load(id: String): Future[Option[Project]]\n  def loadAll(): Future[Seq[Project]]\n  def create(project: Project): Future[Unit]\n  def update(project: Project): Future[_]\n  def delete(project: String): Future[Unit]\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/CreateClientDatabaseForProject.scala","text":"package com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\n\nimport scala.concurrent.Future\n\ncase class CreateClientDatabaseForProject(projectId: String) extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] =\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.createClientDatabaseForProject(projectId = projectId)))\n\n  override def rollback = Some(DeleteClientDatabaseForProject(projectId).execute)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployMetrics.scala","text":"<filename>server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployMetrics.scala<gh_stars>1-10\npackage com.prisma.deploy\n\nimport com.prisma.errors.{BugsnagErrorReporter, ErrorReporter}\nimport com.prisma.metrics.MetricsManager\nimport com.prisma.profiling.MemoryProfiler\n\nobject DeployMetrics extends MetricsManager(BugsnagErrorReporter(sys.env.getOrElse(\"BUGSNAG_API_KEY\", \"\"))) {\n  \/\/ this is intentionally empty. Since we don't define metrics here, we need to load the object once so the profiler kicks in.\n  \/\/ This way it does not look so ugly on the caller side.\n  def init(reporter: ErrorReporter): Unit = {}\n\n  \/\/ CamelCase the service name read from env\n  override def serviceName =\n    sys.env\n      .getOrElse(\"SERVICE_NAME\", \"SystemShared\")\n      .split(\"-\")\n      .map { x =>\n        x.head.toUpper + x.tail\n      }\n      .mkString\n\n  MemoryProfiler.schedule(this)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/CreateModelTable.scala","text":"<reponame>seanchambo\/prisma<gh_stars>1-10\npackage com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport com.prisma.deploy.schema.InvalidName\nimport com.prisma.deploy.validation.NameConstraints\nimport com.prisma.shared.models.Model\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success, Try}\n\ncase class CreateModelTable(projectId: String, model: String) extends ClientSqlMutaction {\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.createTable(projectId = projectId, name = model)))\n  }\n\n  override def rollback = Some(DeleteModelTable(projectId, model, Vector.empty).execute)\n\n  override def verify(): Future[Try[Unit]] = {\n    val validationResult = if (NameConstraints.isValidModelName(model)) {\n      Success(())\n    } else {\n      Failure(InvalidName(name = model, entityType = \" model\"))\n    }\n\n    Future.successful(validationResult)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/stub-server\/src\/main\/scala\/com\/prisma\/stub\/StubMatching.scala","text":"<gh_stars>1-10\npackage com.prisma.stub\n\nimport scala.collection.SortedMap\nimport scala.util.parsing.json.{JSONType, JSON}\n\nobject StubMatching {\n  sealed trait MatchResult {\n    def isMatch: Boolean\n    def rank: Int\n    def stub: Stub\n    def noMatchMessage: String\n  }\n  case class Match(rank: Int, stub: Stub) extends MatchResult {\n    def isMatch = rank > 0\n\n    override def noMatchMessage: String = throw new NoSuchElementException(\"Match.noMatchMessage\")\n  }\n  case class DoesNotMatch(rank: Int, reason: NoMatchReason) extends MatchResult {\n    def isMatch = false\n    def stub    = throw new NoSuchElementException(\"DoesNotMatch.stub\")\n\n    override def noMatchMessage: String = reason.message\n  }\n  trait NoMatchReason {\n    def message: String\n  }\n  case class MethodDoesNotMatch(stub: Stub, request: StubRequest) extends NoMatchReason {\n    override def message: String = s\"expected request method [${stub.httpMethod}], but got: [${request.httpMethod}}]\"\n  }\n  case class PathDoesNotMatch(stub: Stub, request: StubRequest) extends NoMatchReason {\n    override def message: String = s\"expected request path [${stub.path}], but got: [${request.path}]\"\n  }\n  case class QueryStringDoesNotMatch(missingParams: SortedMap[String, Any]) extends NoMatchReason {\n    override def message: String = s\"request is missing the following params ${missingParams.toList}\"\n  }\n  case class BodyDoesNotMatch(stub: Stub, request: StubRequest) extends NoMatchReason {\n    override def message: String = s\"expected request body [${stub.body}], but got: [${request.body}]\"\n  }\n\n  def matchStubs(stubRequest: StubRequest, stubs: List[Stub]): List[MatchResult] = {\n    val sortedCandidates: List[MatchResult] = stubs\n      .map { stub =>\n        StubMatching.matchStub(stub, stubRequest)\n      }\n      .sortBy(_.rank)\n      .reverse\n    sortedCandidates\n  }\n\n  def matchStub(stub: Stub, request: StubRequest): MatchResult = {\n    val methodMatches    = doesMethodMatch(stub, request)\n    val pathMatches      = doesPathMatch(stub, request)\n    val queryParamsMatch = doesQueryStringMatch(stub, request)\n    val bodyMatches      = doesBodyMatch(stub, request)\n    val matches          = List(methodMatches, pathMatches, queryParamsMatch, bodyMatches)\n\n    val minimalRequirements = matches.forall(_.isLeft)\n    val score               = matches.map(_.left.getOrElse(0)).sum\n\n    if (minimalRequirements) {\n      Match(rank = score, stub = stub)\n    } else {\n      val firstNoMatchReason = matches.find(_.isRight).get.right.get\n      DoesNotMatch(rank = score, reason = firstNoMatchReason)\n    }\n  }\n\n  def doesMethodMatch(stub: Stub, request: StubRequest): Either[Int, MethodDoesNotMatch] = {\n    if (stub.httpMethod.equalsIgnoreCase(request.httpMethod)) {\n      Left(1)\n    } else {\n      Right(MethodDoesNotMatch(stub, request))\n    }\n  }\n\n  def doesPathMatch(stub: Stub, request: StubRequest): Either[Int, PathDoesNotMatch] = {\n    if (stub.path.equalsIgnoreCase(request.path)) {\n      Left(1)\n    } else {\n      Right(PathDoesNotMatch(stub, request))\n    }\n  }\n\n  def doesQueryStringMatch(stub: Stub, request: StubRequest): Either[Int, QueryStringDoesNotMatch] = {\n    val score = request.queryMap.foldLeft(0) {\n      case (acc, requestQueryParam) =>\n        val stubContainsQueryParam = queryContainsPair(stub.querySortedMap, requestQueryParam)\n        if (stubContainsQueryParam) {\n          acc + 1\n        } else {\n          acc\n        }\n    }\n    if (requestContainsAllStubParams(stub, request)) {\n      Left(score)\n    } else {\n      val missingParams = stub.querySortedMap -- request.querySortedMap.keys\n      Right(QueryStringDoesNotMatch(missingParams))\n    }\n  }\n\n  def requestContainsAllStubParams(stub: Stub, request: StubRequest): Boolean = {\n    stub.queryMap.forall { stubQueryParam =>\n      queryContainsPair(request.querySortedMap, stubQueryParam)\n    }\n  }\n\n  def queryContainsPair(queryPairs: Iterable[(String, Any)], testPair: (String, Any)): Boolean = {\n    queryPairs.exists { currentPair =>\n      currentPair.toString == testPair.toString\n    }\n  }\n\n  def doesBodyMatch(stub: Stub, request: StubRequest): Either[Int, BodyDoesNotMatch] = {\n    request.isPostOrPatch && stub.shouldCheckBody match {\n      case true =>\n        val simpleEquals = request.body == stub.body\n        lazy val jsonEquals = {\n          val requestJson: Option[JSONType] = JSON.parseRaw(request.body)\n          val stubJson: Option[JSONType]    = JSON.parseRaw(stub.body)\n\n          (requestJson, stubJson) match {\n            case (Some(a), Some(b)) => a == b\n            case _                  => false\n          }\n        }\n        if (simpleEquals || jsonEquals) {\n          Left(1)\n        } else {\n          Right(BodyDoesNotMatch(stub, request))\n        }\n      case _ => \/\/ We only check the body if it's a post or patch\n        Left(0)\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/DatabaseQueryBuilder.scala","text":"package com.prisma.api.database\n\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.shared.models.IdType.Id\nimport com.prisma.shared.models.{Field, Model, Project, Relation}\nimport slick.dbio.DBIOAction\nimport slick.dbio.Effect.Read\nimport slick.jdbc.MySQLProfile.api._\nimport slick.jdbc.meta.{DatabaseMeta, MTable}\nimport slick.jdbc.{SQLActionBuilder, _}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject DatabaseQueryBuilder {\n\n  import SlickExtensions._\n\n  implicit object GetDataItem extends GetResult[DataItem] {\n    def apply(ps: PositionedResult): DataItem = {\n      val rs = ps.rs\n      val md = rs.getMetaData\n      val colNames = for (i <- 1 to md.getColumnCount)\n        yield md.getColumnName(i)\n\n      val userData = (for (n <- colNames.filter(_ != \"id\"))\n        \/\/ note: getObject(string) is case insensitive, so we get the index in scala land instead\n        yield n -> Option(rs.getObject(colNames.indexOf(n) + 1))).toMap\n\n      DataItem(id = rs.getString(\"id\").trim, userData = userData)\n    }\n  }\n\n  implicit object GetScalarListValue extends GetResult[ScalarListValue] {\n    def apply(ps: PositionedResult): ScalarListValue = {\n      val rs = ps.rs\n\n      ScalarListValue(nodeId = rs.getString(\"nodeId\").trim, position = rs.getInt(\"position\"), value = rs.getObject(\"value\"))\n    }\n  }\n\n  def selectAllFromTable(projectId: String,\n                         tableName: String,\n                         args: Option[QueryArguments],\n                         overrideMaxNodeCount: Option[Int] = None): (SQLActionBuilder, ResultTransform) = {\n\n    val (conditionCommand, orderByCommand, limitCommand, resultTransform) =\n      extractQueryArgs(projectId, tableName, args, overrideMaxNodeCount = overrideMaxNodeCount)\n\n    val query =\n      sql\"select * from `#$projectId`.`#$tableName`\" concat\n        prefixIfNotNone(\"where\", conditionCommand) concat\n        prefixIfNotNone(\"order by\", orderByCommand) concat\n        prefixIfNotNone(\"limit\", limitCommand)\n\n    (query, resultTransform)\n  }\n\n  def selectAllFromListTable(projectId: String,\n                             tableName: String,\n                             args: Option[QueryArguments],\n                             overrideMaxNodeCount: Option[Int] = None): (SQLActionBuilder, ResultListTransform) = {\n\n    val (conditionCommand, orderByCommand, limitCommand, resultTransform) =\n      extractListQueryArgs(projectId, tableName, args, overrideMaxNodeCount = overrideMaxNodeCount)\n\n    val query =\n      sql\"select * from `#$projectId`.`#$tableName`\" concat\n        prefixIfNotNone(\"where\", conditionCommand) concat\n        prefixIfNotNone(\"order by\", orderByCommand) concat\n        prefixIfNotNone(\"limit\", limitCommand)\n\n    (query, resultTransform)\n  }\n\n  def countAllFromModel(project: Project, model: Model, where: Option[DataItemFilterCollection]): SQLActionBuilder = {\n    val whereSql = where.flatMap { where =>\n      QueryArguments.generateFilterConditions(project.id, model.name, where)\n    }\n    sql\"select count(*) from `#${project.id}`.`#${model.name}`\" ++ prefixIfNotNone(\"where\", whereSql)\n  }\n\n  def extractQueryArgs(\n      projectId: String,\n      modelName: String,\n      args: Option[QueryArguments],\n      defaultOrderShortcut: Option[String] = None,\n      overrideMaxNodeCount: Option[Int] = None): (Option[SQLActionBuilder], Option[SQLActionBuilder], Option[SQLActionBuilder], ResultTransform) = {\n    args match {\n      case None => (None, None, None, x => ResolverResult(x))\n      case Some(givenArgs: QueryArguments) =>\n        (\n          givenArgs.extractWhereConditionCommand(projectId, modelName),\n          givenArgs.extractOrderByCommand(projectId, modelName, defaultOrderShortcut),\n          overrideMaxNodeCount match {\n            case None                => givenArgs.extractLimitCommand(projectId, modelName)\n            case Some(maxCount: Int) => givenArgs.extractLimitCommand(projectId, modelName, maxCount)\n          },\n          givenArgs.extractResultTransform(projectId, modelName)\n        )\n    }\n  }\n\n  def extractListQueryArgs(\n      projectId: String,\n      modelName: String,\n      args: Option[QueryArguments],\n      defaultOrderShortcut: Option[String] = None,\n      overrideMaxNodeCount: Option[Int] = None): (Option[SQLActionBuilder], Option[SQLActionBuilder], Option[SQLActionBuilder], ResultListTransform) = {\n    args match {\n      case None =>\n        (None,\n         None,\n         None,\n         x =>\n           ResolverResult(x.map { listValue =>\n             DataItem(id = listValue.nodeId, userData = Map(\"value\" -> Some(listValue.value)))\n           }))\n      case Some(givenArgs: QueryArguments) =>\n        (\n          givenArgs.extractWhereConditionCommand(projectId, modelName),\n          givenArgs.extractOrderByCommandForLists(projectId, modelName, defaultOrderShortcut),\n          overrideMaxNodeCount match {\n            case None                => givenArgs.extractLimitCommand(projectId, modelName)\n            case Some(maxCount: Int) => givenArgs.extractLimitCommand(projectId, modelName, maxCount)\n          },\n          givenArgs.extractListResultTransform(projectId, modelName)\n        )\n    }\n  }\n\n  def itemCountForTable(projectId: String, modelName: String) = {\n    sql\"SELECT COUNT(*) AS Count FROM `#$projectId`.`#$modelName`\"\n  }\n\n  def existsNullByModelAndScalarField(projectId: String, modelName: String, fieldName: String) = {\n    sql\"\"\"SELECT EXISTS(Select `id` FROM `#$projectId`.`#$modelName`\n          WHERE `#$projectId`.`#$modelName`.#$fieldName IS NULL)\"\"\"\n  }\n\n  def existsNullByModelAndRelationField(projectId: String, modelName: String, field: Field) = {\n    val relationId   = field.relation.get.id\n    val relationSide = field.relationSide.get.toString\n    sql\"\"\"select EXISTS (\n            select `id`from `#$projectId`.`#$modelName`\n            where `id` Not IN\n            (Select `#$projectId`.`#$relationId`.#$relationSide from `#$projectId`.`#$relationId`)\n          )\"\"\"\n  }\n\n  def existsNodeIsInRelationshipWith(project: Project, parentInfo: ParentInfo, where: NodeSelector) = {\n    val relationSide         = parentInfo.relation.sideOf(where.model).toString\n    val oppositeRelationSide = parentInfo.relation.oppositeSideOf(where.model).toString\n    sql\"\"\"select EXISTS (\n            select `id`from `#${project.id}`.`#${where.model.name}`\n            where  `#${where.field.name}` = ${where.fieldValue} and `id` IN (\n             select `#$relationSide`\n             from `#${project.id}`.`#${parentInfo.relation.id}`\n             where `#$oppositeRelationSide` = (select `id` from `#${project.id}`.`#${parentInfo.model.name}` where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue})\n           )\n          )\"\"\"\n  }\n\n  def existsByModelAndId(projectId: String, modelName: String, id: String) = {\n    sql\"select exists (select `id` from `#$projectId`.`#$modelName` where `id` = '#$id')\"\n  }\n\n  def existsByModel(projectId: String, modelName: String): SQLActionBuilder = {\n    sql\"select exists (select `id` from `#$projectId`.`#$modelName`)\"\n  }\n\n  def batchSelectFromModelByUnique(projectId: String, modelName: String, key: String, values: List[Any]): SQLActionBuilder = {\n    sql\"select * from `#$projectId`.`#$modelName` where `#$key` in (\" concat combineByComma(values.map(escapeUnsafeParam)) concat sql\")\"\n  }\n\n  def selectFromModelsByUniques(project: Project, model: Model, predicates: Vector[NodeSelector]) = {\n    sql\"select * from `#${project.id}`.`#${model.name}`\" ++ whereClauseByCombiningPredicatesByOr(predicates)\n  }\n\n  def existsByWhere(projectId: String, where: NodeSelector) = {\n    sql\"select exists (select `id` from `#$projectId`.`#${where.model.name}` where  #${where.field.name} = ${where.fieldValue})\"\n  }\n\n  def selectFromScalarList(projectId: String, modelName: String, fieldName: String, nodeIds: Vector[String]): SQLActionBuilder = {\n    sql\"select nodeId, position, value from `#$projectId`.`#${modelName}_#$fieldName` where nodeId in (\" concat combineByComma(nodeIds.map(escapeUnsafeParam)) concat sql\")\"\n  }\n\n  def whereClauseByCombiningPredicatesByOr(predicates: Vector[NodeSelector]) = {\n    if (predicates.isEmpty) {\n      sql\"\"\n    } else {\n      val firstPredicate = predicates.head\n      predicates.tail.foldLeft(sql\"where #${firstPredicate.field.name} = ${firstPredicate.fieldValue}\") { (sqlActionBuilder, predicate) =>\n        sqlActionBuilder ++ sql\" OR #${predicate.field.name} = ${predicate.fieldValue}\"\n      }\n    }\n  }\n\n  def batchSelectAllFromRelatedModel(project: Project,\n                                     relationField: Field,\n                                     parentNodeIds: List[String],\n                                     args: Option[QueryArguments]): (SQLActionBuilder, ResultTransform) = {\n\n    val fieldTable        = relationField.relatedModel(project.schema).get.name\n    val unsafeRelationId  = relationField.relation.get.id\n    val modelRelationSide = relationField.relationSide.get.toString\n    val fieldRelationSide = relationField.oppositeRelationSide.get.toString\n\n    val (conditionCommand, orderByCommand, limitCommand, resultTransform) =\n      extractQueryArgs(project.id, fieldTable, args, defaultOrderShortcut = Some(s\"\"\"`${project.id}`.`$unsafeRelationId`.$fieldRelationSide\"\"\"))\n\n    def createQuery(id: String, modelRelationSide: String, fieldRelationSide: String) = {\n      sql\"\"\"(select * from `#${project.id}`.`#$fieldTable`\n           inner join `#${project.id}`.`#$unsafeRelationId`\n           on `#${project.id}`.`#$fieldTable`.id = `#${project.id}`.`#$unsafeRelationId`.#$fieldRelationSide\n           where `#${project.id}`.`#$unsafeRelationId`.#$modelRelationSide = '#$id' \"\"\" concat\n        prefixIfNotNone(\"and\", conditionCommand) concat\n        prefixIfNotNone(\"order by\", orderByCommand) concat\n        prefixIfNotNone(\"limit\", limitCommand) concat sql\")\"\n    }\n\n    def unionIfNotFirst(index: Int): SQLActionBuilder =\n      if (index == 0) {\n        sql\"\"\n      } else {\n        sql\"union all \"\n      }\n\n    \/\/ see https:\/\/github.com\/graphcool\/internal-docs\/blob\/master\/relations.md#findings\n    val resolveFromBothSidesAndMerge = relationField.relation.get\n      .isSameFieldSameModelRelation(project.schema) && !relationField.isList\n\n    val query = resolveFromBothSidesAndMerge match {\n      case false =>\n        parentNodeIds.distinct.view.zipWithIndex.foldLeft(sql\"\")((a, b) =>\n          a concat unionIfNotFirst(b._2) concat createQuery(b._1, modelRelationSide, fieldRelationSide))\n\n      case true =>\n        parentNodeIds.distinct.view.zipWithIndex.foldLeft(sql\"\")(\n          (a, b) =>\n            a concat unionIfNotFirst(b._2) concat createQuery(b._1, modelRelationSide, fieldRelationSide) concat sql\"union all \" concat createQuery(\n              b._1,\n              fieldRelationSide,\n              modelRelationSide))\n    }\n\n    (query, resultTransform)\n  }\n\n  def countAllFromRelatedModels(project: Project,\n                                relationField: Field,\n                                parentNodeIds: List[String],\n                                args: Option[QueryArguments]): (SQLActionBuilder, ResultTransform) = {\n\n    val fieldTable        = relationField.relatedModel(project.schema).get.name\n    val unsafeRelationId  = relationField.relation.get.id\n    val modelRelationSide = relationField.relationSide.get.toString\n    val fieldRelationSide = relationField.oppositeRelationSide.get.toString\n\n    val (conditionCommand, orderByCommand, limitCommand, resultTransform) =\n      extractQueryArgs(project.id, fieldTable, args, defaultOrderShortcut = Some(s\"\"\"`${project.id}`.`$unsafeRelationId`.$fieldRelationSide\"\"\"))\n\n    def createQuery(id: String) = {\n      sql\"\"\"(select '#$id', count(*) from `#${project.id}`.`#$fieldTable`\n           inner join `#${project.id}`.`#$unsafeRelationId`\n           on `#${project.id}`.`#$fieldTable`.id = `#${project.id}`.`#$unsafeRelationId`.#$fieldRelationSide\n           where `#${project.id}`.`#$unsafeRelationId`.#$modelRelationSide = '#$id' \"\"\" concat\n        prefixIfNotNone(\"and\", conditionCommand) concat\n        prefixIfNotNone(\"order by\", orderByCommand) concat\n        prefixIfNotNone(\"limit\", limitCommand) concat sql\")\"\n    }\n\n    def unionIfNotFirst(index: Int): SQLActionBuilder =\n      if (index == 0) {\n        sql\"\"\n      } else {\n        sql\"union all \"\n      }\n\n    val query =\n      parentNodeIds.distinct.view.zipWithIndex.foldLeft(sql\"\")((a, b) => a concat unionIfNotFirst(b._2) concat createQuery(b._1))\n\n    (query, resultTransform)\n  }\n\n  case class ColumnDescription(name: String, isNullable: Boolean, typeName: String, size: Option[Int])\n  case class IndexDescription(name: Option[String], nonUnique: Boolean, column: Option[String])\n  case class ForeignKeyDescription(name: Option[String], column: String, foreignTable: String, foreignColumn: String)\n  case class TableInfo(columns: List[ColumnDescription], indexes: List[IndexDescription], foreignKeys: List[ForeignKeyDescription])\n\n  def getTables(projectId: String): DBIOAction[Vector[String], NoStream, Read] = {\n    for {\n      metaTables <- MTable.getTables(cat = Some(projectId), schemaPattern = None, namePattern = None, types = None)\n    } yield metaTables.map(table => table.name.name)\n  }\n\n  def getSchemas: DBIOAction[Vector[String], NoStream, Read] = {\n    for {\n      catalogs <- DatabaseMeta.getCatalogs\n    } yield catalogs\n  }\n\n  type ResultTransform     = Function[List[DataItem], ResolverResult]\n  type ResultListTransform = Function[List[ScalarListValue], ResolverResult]\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/schema\/fields\/DeployField.scala","text":"package com.prisma.deploy.schema.fields\n\nimport com.prisma.deploy.schema.mutations.{DeployMutationInput, FunctionInput, HeaderInput}\nimport sangria.marshalling.{CoercedScalaResultMarshaller, FromInput}\nimport sangria.schema._\n\nobject DeployField {\n  import ManualMarshallerHelpers._\n\n  lazy val inputFields = projectIdInputFields ++ List(\n    InputField(\"types\", StringType),\n    InputField(\"dryRun\", OptionInputType(BooleanType)),\n    InputField(\"secrets\", OptionInputType(ListInputType(StringType))),\n    InputField(\"subscriptions\", OptionInputType(ListInputType(functionInputType)))\n  )\n\n  lazy val functionInputType = InputObjectType(\n    name = \"FunctionInput\",\n    fields = List(\n      InputField(\"name\", StringType),\n      InputField(\"query\", StringType),\n      InputField(\"url\", StringType),\n      InputField(\"headers\", ListInputType(headerInputType))\n    )\n  )\n\n  lazy val headerInputType = InputObjectType(\n    name = \"HeaderInput\",\n    fields = List(\n      InputField(\"name\", StringType),\n      InputField(\"value\", StringType),\n    )\n  )\n\n  implicit val fromInput = new FromInput[DeployMutationInput] {\n    val marshaller = CoercedScalaResultMarshaller.default\n\n    def fromResult(node: marshaller.Node) = {\n      DeployMutationInput(\n        clientMutationId = node.clientMutationId,\n        projectId = node.projectId,\n        types = node.requiredArgAsString(\"types\"),\n        dryRun = node.optionalArgAsBoolean(\"dryRun\"),\n        secrets = node.optionalArgAs[Vector[String]](\"secrets\").getOrElse(Vector.empty),\n        functions = {\n          val functionNodes = node.optionalArgAs[Vector[marshaller.Node]](\"subscriptions\").getOrElse(Vector.empty)\n          functionNodes.map { functionNode =>\n            val headerNodes = functionNode.requiredArgAs[Vector[marshaller.Node]](\"headers\")\n            val headers     = headerNodes.map(node => HeaderInput(node.requiredArgAsString(\"name\"), node.requiredArgAsString(\"value\")))\n            FunctionInput(\n              name = functionNode.requiredArgAs(\"name\"),\n              query = functionNode.requiredArgAs(\"query\"),\n              url = functionNode.requiredArgAs(\"url\"),\n              headers = headers\n            )\n          }\n        }\n      )\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/GetFieldFromSQLUniqueException.scala","text":"<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/GetFieldFromSQLUniqueException.scala\npackage com.prisma.api.database.mutactions\n\nimport java.sql.SQLIntegrityConstraintViolationException\nimport com.prisma.api.mutations.CoolArgs\n\nobject GetFieldFromSQLUniqueException {\n\n  def getFieldOption(values: List[CoolArgs], e: SQLIntegrityConstraintViolationException): Option[String] = {\n    val combinedValues: List[(String, Any)] = values.flatMap(_.raw)\n    combinedValues.filter(x => e.getCause.getMessage.contains(\"\\'\" + x._1 + \"_\")) match {\n      case x if x.nonEmpty => Some(\"Field name = \" + x.head._1)\n      case _               => None\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/mutations\/ClientMutationRunner.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiMetrics\nimport com.prisma.api.database.mutactions._\nimport com.prisma.api.database.{DataItem, DataResolver}\nimport com.prisma.api.schema.{APIErrors, GeneralError}\n\nimport scala.collection.immutable.Seq\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.util.{Failure, Try}\n\nobject ClientMutationRunner {\n\n  import com.prisma.utils.future.FutureUtils._\n\n  def run[T](\n      clientMutation: ClientMutation[T],\n      dataResolver: DataResolver\n  ): Future[T] = {\n    for {\n      mutactionGroups  <- clientMutation.prepareMutactions()\n      errors           <- verifyMutactions(mutactionGroups, dataResolver)\n      _                = if (errors.nonEmpty) throw errors.head\n      executionResults <- performMutactions(mutactionGroups, dataResolver.project.id)\n      _                <- performPostExecutions(mutactionGroups)\n      dataItem <- {\n        executionResults\n          .filter(_.isInstanceOf[GeneralError])\n          .map(_.asInstanceOf[GeneralError]) match {\n          case errors if errors.nonEmpty => throw errors.head\n          case _                         => clientMutation.getReturnValue\n        }\n      }\n    } yield dataItem\n  }\n\n  private def verifyMutactions(mutactionGroups: List[MutactionGroup], dataResolver: DataResolver): Future[List[GeneralError]] = {\n    val mutactions = mutactionGroups.flatMap(_.mutactions)\n    val verifications: Seq[Future[Try[MutactionVerificationSuccess]]] = mutactions.map { mutaction =>\n      lazy val verifyCall = mutaction match {\n        case mutaction: ClientSqlDataChangeMutaction => mutaction.verify(dataResolver)\n        case mutaction                               => mutaction.verify()\n      }\n      performWithTiming(s\"verify ${mutaction.getClass.getSimpleName}\", verifyCall)\n    }\n    val sequenced: Future[Seq[Try[MutactionVerificationSuccess]]] = Future.sequence(verifications)\n    val errors                                                    = sequenced.map(_.collect { case Failure(x: GeneralError) => x }.toList)\n\n    errors\n  }\n\n  private def performMutactions(mutactionGroups: List[MutactionGroup], projectId: String): Future[List[MutactionExecutionResult]] = {\n    \/\/ Cancel further Mutactions and MutactionGroups when a Mutaction fails\n    \/\/ Failures in async MutactionGroups don't stop other Mutactions in same group\n    mutactionGroups.map(group => () => performGroup(group, projectId)).runSequentially.map(_.flatten)\n  }\n\n  private def performGroup(group: MutactionGroup, projectId: String): Future[List[MutactionExecutionResult]] = {\n    group match {\n      case MutactionGroup(mutactions, true) =>\n        Future.sequence(mutactions.map(m => runWithTiming(m, projectId)))\n\n      case MutactionGroup(mutactions: List[Mutaction], false) =>\n        mutactions.map(m => () => runWithTiming(m, projectId)).runSequentially\n    }\n  }\n\n  private def runWithTiming(mutaction: Mutaction, projectId: String): Future[MutactionExecutionResult] = {\n    performWithTiming(\n      s\"execute ${mutaction.getClass.getSimpleName}\", {\n        mutaction match {\n          case mut: ClientSqlDataChangeMutaction =>\n            ApiMetrics.sqlDataChangeMutactionTimer.timeFuture(projectId) {\n              runWithErrorHandler(mut)\n            }\n          case mut =>\n            runWithErrorHandler(mut)\n        }\n      }\n    )\n  }\n\n  private def runWithErrorHandler(mutaction: Mutaction): Future[MutactionExecutionResult] = {\n    mutaction.handleErrors match {\n      case Some(errorHandler) => mutaction.execute.recover(errorHandler)\n      case None               => mutaction.execute\n    }\n  }\n\n  private def performPostExecutions(mutactionGroups: List[MutactionGroup]): Future[Boolean] = {\n    def performGroup(group: MutactionGroup) = {\n      group match {\n        case MutactionGroup(mutactions, true) =>\n          Future.sequence(mutactions.map(mutaction => performWithTiming(s\"performPostExecution ${mutaction.getClass.getSimpleName}\", mutaction.postExecute)))\n        case MutactionGroup(mutactions: List[Mutaction], false) =>\n          mutactions.map(m => () => performWithTiming(s\"performPostExecution ${m.getClass.getSimpleName}\", m.postExecute)).runSequentially\n      }\n    }\n\n    val mutationGroupResults: Future[List[Boolean]] = Future.sequence(mutactionGroups.map(performGroup)).map(_.flatten)\n    mutationGroupResults.map(_.forall(identity))\n  }\n\n  private def performWithTiming[A](name: String, f: Future[A]): Future[A] = {\n    \/\/    val begin = System.currentTimeMillis()\n    \/\/    f andThen {\n    \/\/      case x =>\n    \/\/        mutactionTimings :+= Timing(name, System.currentTimeMillis() - begin)\n    \/\/        x\n    \/\/    }\n\n    f\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/errors\/UserInputErrors.scala","text":"package com.prisma.shared.errors\n\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\n\n\/\/ errors caused by user input - these errors should not appear in simple or relay!\nobject UserInputErrors {\n\n  case class InvalidRootTokenId(rootTokenId: String) extends SystemApiError(s\"No Permanent Auth Token with id '$rootTokenId'\", 2000)\n\n  case class InvalidSession() extends SystemApiError(\"No valid session\", 2001)\n\n  case class ModelWithNameAlreadyExists(name: String) extends SystemApiError(s\"A model with the name '$name' already exists in your project\", 2002)\n\n  case class ProjectWithNameAlreadyExists(name: String) extends SystemApiError(s\"A project with the name '$name' already exists in your account\", 2003)\n\n  case class ChangedIsListAndNoMigrationValue(fieldName: String)\n      extends SystemApiError(s\"'$fieldName' is changed to or from a list scalar type and you did not specify a migrationValue.\", 2004)\n\n  case class InvalidPassword() extends SystemApiError(s\"The password is not correct\", 2005)\n\n  case class InvalidResetPasswordToken(token: String) extends SystemApiError(s\"That reset password token is not valid. Maybe you used it already?\", 2006)\n\n  case class RequiredAndNoMigrationValue(modelName: String, fieldName: String)\n      extends SystemApiError(s\"'$fieldName' is required and you did not specify a migrationValue.\", 2007) {\n\n    override val schemaError = Some {\n      SchemaError(\n        modelName,\n        fieldName,\n        s\"\"\"The field `$fieldName` must specify the `@migrationValue` directive, because its type was changed or it became required: `@migrationValue(value: \"42\")`\"\"\"\n      )\n    }\n  }\n\n  case class InvalidName(name: String, entityType: String)                   extends SystemApiError(InvalidNames.default(name, entityType), 2008)\n  case class InvalidNameMustStartUppercase(name: String, entityType: String) extends SystemApiError(InvalidNames.mustStartUppercase(name, entityType), 2008)\n  object InvalidNames {\n    def mustStartUppercase(name: String, entityType: String): String =\n      s\"'${default(name, entityType)} It must begin with an uppercase letter. It may contain letters and numbers.\"\n    def default(name: String, entityType: String): String = s\"'$name' is not a valid name for a$entityType.\"\n  }\n\n  case class FieldAreadyExists(name: String) extends SystemApiError(s\"A field with the name '$name' already exists\", 2009)\n\n  case class MissingEnumValues() extends SystemApiError(\"You must provide an enumValues argument when specifying the 'Enum' typeIdentifier\", 2010)\n\n  case class InvalidValueForScalarType(value: String, typeIdentifier: TypeIdentifier)\n      extends SystemApiError(s\"'$value' is not a valid value for type '$typeIdentifier'\", 2011)\n\n  case class InvalidUserPath(modelName: String) extends SystemApiError(s\"Not a valid user path for model $modelName.\", 2012)\n\n  case class FailedLoginException() extends SystemApiError(\"Wrong user data\", 2013)\n\n  case class EdgesAlreadyExist()\n      extends SystemApiError(s\"You cannot change the models of a relation that contains edges. Either remove all edges or create a new relation\", 2014)\n\n  case class NotFoundException(reason: String) extends SystemApiError(reason, 2015)\n\n  case class OneToManyRelationSameModelSameField()\n      extends SystemApiError(s\"Cannot create a one-to-many relation between the same model using the same field\", 2016)\n\n  case class ClientEmailInUse() extends SystemApiError(s\"That email is already in use\", 2017)\n\n  case class CouldNotActivateIntegration(name: String, reason: String) extends SystemApiError(s\"Could not activate integration: $name. '$reason'\", 2018)\n\n  case class CouldNotDeactivateIntegration(name: String, reason: String) extends SystemApiError(s\"Could not deactivate integration: $name. '$reason'\", 2019)\n\n  case class RelationNameAlreadyExists(name: String) extends SystemApiError(s\"A relation with that name already exists: $name.\", 2020)\n\n  case class EnumValueInUse() extends SystemApiError(s\"The Enum value you are removing is in use. Please provide a migration Value.\", 2021) {\n    override val schemaError = Some {\n      SchemaError.global(\n        s\"An enum type is used in a non-list enum field on a type that has nodes and therefore can't be removed. Please provide a migrationValue.\")\n    }\n  }\n\n  case class CantRemoveEnumValueWhenNodesExist(modelName: String, fieldName: String)\n      extends SystemApiError(\n        s\"It is not possible to remove an enum value for a List field when there are existing data nodes. Please provide a migration Value for $fieldName on $modelName.\",\n        2022\n      ) {\n    override val schemaError = Some {\n      SchemaError(\n        modelName,\n        fieldName,\n        s\"The type `$modelName` has nodes and therefore the enum values associated with `$fieldName` can't be removed. Please provide a migrationValue.\"\n      )\n    }\n  }\n\n  case class ActionInputIsInconsistent(message: String) extends SystemApiError(s\"The input you provided for the action is invalid: $message\", 2023)\n\n  case class ExistingDuplicateDataPreventsUniqueIndex(fieldName: String)\n      extends SystemApiError(s\"The field '$fieldName' contains duplicate data. Please remove duplicates before enabling the unique constraint\", 2024)\n\n  case class DefaultValueIsNotValidEnum(value: String)\n      extends SystemApiError(s\"The specified default value '$value' is not a valid Enum Value for this field.\", 2025)\n\n  case class DuplicateEmailFromMultipleProviders(email: String)\n      extends SystemApiError(\n        s\"It looks like you previously signed up with a different provider with the same email ($email). Please sign in with the same provider again.\",\n        2026)\n\n  case class RequiredSearchProviderAlgoliaNotPresent()\n      extends SystemApiError(s\"You must enable the Algolia integration before you add queries to sync data. Please enable this integration first.\", 2027)\n\n  case class AlgoliaCredentialsDontHaveRequiredPermissions()\n      extends SystemApiError(\n        s\"Please check that the Application ID and API Key is correct. You can find both on the API Keys page in the Algolia web interface. You must create a new API Key and enable 'Add records' and 'Delete records'. Make sure that you are not using the Admin API Key, as Algolia doesn't allow it to be used here.\",\n        2028\n      )\n\n  case class ProjectAlreadyHasSearchProviderAlgolia()\n      extends SystemApiError(s\"This project already has an Algolia integration. Try setup a sync query for a new modal using the existing integration.\", 2029)\n\n  case class ObjectDoesNotExistInCurrentProject(message: String) extends SystemApiError(s\"The referenced object does not exist in this project: $message\", 2030)\n\n  case class RelationChangedFromListToSingleAndNodesPresent(fieldName: String)\n      extends SystemApiError(\n        s\"'$fieldName' is a relation field. Changing it from a to-many to a to-one field is not allowed when there are already nodes in the relation.\",\n        2031)\n\n  case class TooManyNodesToExportData(maxCount: Int)\n      extends SystemApiError(s\"One of your models had more than $maxCount nodes. Please contact support to get a manual data export.\", 2032)\n\n  case class InvalidProjectAlias(alias: String) extends SystemApiError(s\"'$alias' is not a valid project alias\", 2033)\n\n  case class ProjectWithAliasAlreadyExists(alias: String)\n      extends SystemApiError(s\"A project with the alias '$alias' already exists. Aliases are globally unique. Please try something else.\", 2034)\n\n  case class ProjectAliasEqualsAnExistingId(alias: String)\n      extends SystemApiError(s\"A project with the id '$alias' already exists. You cannot set the alias to that of an existing project id!.\", 2035)\n\n  case class EmailIsNotGraphcoolUser(email: String)\n      extends SystemApiError(s\"No Graphcool user exists with the email '$email'. Please ask your collaborator to create a Graphcool account.\", 2036)\n\n  case class CollaboratorProjectWithNameAlreadyExists(name: String)\n      extends SystemApiError(s\"A project with the name '$name' already exists in collaborators account\", 2037)\n\n  case class StripeError(message: String) extends SystemApiError(message, 2038)\n\n  case class InvalidSchema(message: String) extends SystemApiError(s\"The schema is invalid: $message\", 2040)\n\n  case class TooManyNodesRequested(maxCount: Int)\n      extends SystemApiError(s\"You requested $maxCount nodes. We will only return up to 1000 nodes per query.\", 2041)\n\n  case class MigrationValueIsNotValidEnum(value: String)\n      extends SystemApiError(s\"The specified migration value '$value' is not a valid Enum Value for this field.\", 2042)\n\n  case class ListRelationsCannotBeRequired(fieldName: String)\n      extends SystemApiError(s\"The field '$fieldName' is a list relation and can not be required.\", 2043)\n\n  case class EnumIsReferencedByField(fieldName: String, typeName: String)\n      extends SystemApiError(s\"The field '$fieldName' on type '$typeName' is still referencing this enum.\", 2044)\n\n  case class NoEnumSelectedAlthoughSetToEnumType(fieldName: String)\n      extends SystemApiError(s\"The field type for field '$fieldName' is set to enum. You must also select an existing enum.\", 2045)\n\n  case class TypeAlreadyExists(name: String) extends SystemApiError(s\"A type with the name '$name' already exists in your project\", 2046)\n\n  case class SettingRelationRequiredButNodesExist(fieldName: String)\n      extends SystemApiError(s\"'$fieldName' is required but there are already nodes present without that relation.\", 2047)\n\n  case class ServerSideSubscriptionQueryIsInvalid(error: String, functionName: String)\n      extends SystemApiError(s\"The supplied query for the server side subscription `$functionName` is invalid. $error\", 2048)\n\n  case class InvalidMigrationValueForEnum(modelName: String, fieldName: String, migrationValue: String)\n      extends SystemApiError(s\"You supplied an enum migrationValue that is not appropriate for model: $modelName field: $fieldName value: $migrationValue\",\n                             2049) {\n    override val schemaError = Some {\n      SchemaError(modelName, fieldName, s\"The provided migrationValue `$migrationValue` has the wrong List status for field `$fieldName` on type `$modelName`.\")\n    }\n  }\n\n  case class CantRenameSystemModels(name: String) extends SystemApiError(s\"You tried renaming a system model. This is not possible. modelName: $name\", 2050)\n\n  case class TypeChangeRequiresMigrationValue(fieldName: String) extends SystemApiError(s\"The type change on '$fieldName' requires a migrationValue.\", 2051)\n\n  case class AddingRequiredRelationButNodesExistForModel(modelName: String, fieldName: String)\n      extends SystemApiError(s\"You are adding a required relation to '$modelName' but there are already items.\", 2052) {\n\n    override val schemaError = Some {\n      SchemaError(\n        modelName,\n        fieldName,\n        s\"The relation field `$fieldName` cannot be made required, because there are already instances of the enclosing type that violate this constraint.\"\n      )\n    }\n  }\n\n  case class SchemaExtensionParseError(functionName: String, message: String)\n      extends SystemApiError(s\"Schema Extension Error for function '$functionName': $message\", 2053)\n\n  case class FunctionWithNameAlreadyExists(name: String) extends SystemApiError(s\"A function with the name '$name' already exists in your project\", 2054)\n\n  case class SameRequestPipeLineFunctionAlreadyExists(modelName: String, operation: String, binding: String)\n      extends SystemApiError(\n        s\"A Request Pipeline Function for type $modelName, the trigger '$operation' and the step '$binding' already exists in your project.\",\n        2055)\n\n  case class FunctionHasInvalidUrl(name: String, url: String) extends SystemApiError(s\"Function with name '$name' has invalid url: '$url'\", 2056)\n\n  case class EnumValueUsedAsDefaultValue(value: String, fieldName: String)\n      extends SystemApiError(s\"The enumValue '$value' can't be removed. It is used as DefaultValue on field: '$fieldName'\", 2057)\n\n  case class PermissionQueryIsInvalid(error: String, permissionNameOrId: String)\n      extends SystemApiError(s\"The supplied query for the permission `$permissionNameOrId` is invalid. $error\", 2058)\n\n  case class RootTokenNameAlreadyInUse(rootTokenName: String) extends SystemApiError(s\"There is already a RootToken with the name `$rootTokenName`.\", 2059)\n\n  case class IllegalFunctionName(name: String) extends SystemApiError(s\"The function name does not match the naming rule. Name: '$name'\", 2060)\n\n  case class ProjectEjectFailure(message: String) extends SystemApiError(s\"The project could not be ejected because $message\", 2061)\n\n  case class InvalidRootTokenName(name: String) extends SystemApiError(s\"No RootToken with the name: $name\", 2062)\n\n  case class ResolverPayloadIsRequired(resolverName: String)\n      extends SystemApiError(s\"The payloadType for the resolver `$resolverName` is not nullable, but the resolver returned null.\", 2063)\n\n  case class ResolverFunctionHasDuplicateSchemaFilePath(name: String, path: String)\n      extends SystemApiError(s\"The Resolver Function with name '$name' has the path: '$path'. This schemaFilePath is already in use.\", 2064)\n\n  case class FunctionHasInvalidPayloadName(name: String, payloadName: String)\n      extends SystemApiError(s\"Function with name '$name' has invalid payloadName: '$payloadName'\", 2065)\n\n  case class QueryPermissionParseError(ruleName: String, message: String)\n      extends SystemApiError(s\"Query Permission Error for permission '$ruleName': $message\", 2066)\n\n  case class ModelOrRelationForPermissionDoesNotExist(name: String)\n      extends SystemApiError(s\"Did not find the type or relation you provided a permission for: '$name'\", 2066)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/errors\/Error.scala","text":"package com.prisma.shared.errors\n\nabstract class UserFacingError(message: String, errorCode: Int) extends Exception {\n  val code: Int = errorCode\n}\n\ntrait WithSchemaError {\n  def schemaError: Option[SchemaError] = None\n}\n\nabstract class SystemApiError(message: String, errorCode: Int) extends UserFacingError(message, errorCode) with WithSchemaError\ncase class SchemaError(`type`: String, description: String, field: Option[String])\n\nobject SchemaError {\n  def apply(`type`: String, field: String, description: String): SchemaError = {\n    SchemaError(`type`, description, Some(field))\n  }\n\n  def apply(`type`: String, description: String): SchemaError = {\n    SchemaError(`type`, description, None)\n  }\n\n  def global(description: String): SchemaError = {\n    SchemaError(\"Global\", description, None)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/UpsertDesignSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UpsertDesignSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \/\/top level upserts\n\n  \"An upsert on the top level\" should \"only execute the nested mutations of the correct create branch\" ignore {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation {upsertList(\n           |                     where:{uList: \"Does not Exist\"}\n           |                     create:{uList:\"A\" todo: {create: {uTodo: \"B\"}}}\n           |                     update:{todo: {create: {uTodo: \"C\"}}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todo\":{\"uTodo\":\"B\"}}]}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{todoes {uTodo}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"todoes\":[{\"uTodo\":\"B\"}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n  }\n\n  \"An upsert on the top level\" should \"only execute the nested mutations of the correct update branch\" ignore {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\"}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation upsertListValues {upsertList(\n           |                             where:{uList: \"A\"}\n           |                             create:{uList:\"B\"  todo: {create: {uTodo: \"B\"}}}\n           |                             update:{uList:\"C\"  todo: {create: {uTodo: \"C\"}}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"C\",\"todo\":{\"uTodo\":\"C\"}}]}}\"\"\")\n\n    server.executeQuerySimple(s\"\"\"query{todoes {uTodo}}\"\"\", project).toString should be(\"\"\"{\"data\":{\"todoes\":[{\"uTodo\":\"C\"}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n  }\n\n  \"An upsert on the top level\" should \"only execute the scalar lists of the correct create branch\" in {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation upsertListValues {upsertList(\n           |                             where:{uList: \"Does not Exist\"}\n           |                             create:{uList:\"A\" listInts:{set: [70, 80]}}\n           |                             update:{listInts:{set: [75, 85]}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, listInts}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"listInts\":[70,80]}]}}\"\"\")\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(0)\n  }\n\n  \"An upsert on the top level\" should \"be able to reset lists to empty\" in {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation upsertListValues {upsertList(\n           |                             where:{uList: \"Does not Exist\"}\n           |                             create:{uList:\"A\" listInts:{set: [70, 80]}}\n           |                             update:{listInts:{set: [75, 85]}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, listInts}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"listInts\":[70,80]}]}}\"\"\")\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(0)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation upsertListValues {upsertList(\n           |                             where:{uList: \"A\"}\n           |                             create:{uList:\"A\" listInts:{set: [70, 80]}}\n           |                             update:{listInts:{set: []}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result2 = server.executeQuerySimple(s\"\"\"query{lists {uList, listInts}}\"\"\", project)\n    result2.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"listInts\":[]}]}}\"\"\")\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(0)\n  }\n\n  \"An upsert on the top level\" should \"only execute the scalar lists of the correct update branch\" in {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" listInts: {set: [1, 2]}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation upsertListValues {upsertList(\n           |                             where:{uList: \"A\"}\n           |                             create:{uList:\"A\" listInts:{set: [70, 80]}}\n           |                             update:{listInts:{set: [75, 85]}}\n           |){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, listInts}}\"\"\", project)\n\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"listInts\":[75,85]}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(0)\n  }\n\n  \/\/ nested upserts\n\n  \"A nested upsert\" should \"only execute the nested scalarlists of the correct update branch\" in {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" todo: {create: {uTodo: \"B\", todoInts: {set: [3, 4]}}}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n        |                       data:{todo: { upsert:{\n        |                               where:{uTodo: \"B\"}\n        |\t\t                            create:{uTodo:\"Should Not Matter\", todoInts:{set: [300, 400]}}\n        |\t\t                            update:{uTodo: \"C\", todoInts:{set: [700, 800]}}\n        |}}\n        |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo, todoInts}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todo\":{\"uTodo\":\"C\",\"todoInts\":[700,800]}}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n  }\n\n  \"A nested upsert\" should \"only execute the nested scalarlists of the correct create branch\" ignore {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" todo: {create: {uTodo: \"B\", todoInts: {set: [3, 4]}}}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n           |                    data:{todo: { upsert:{\n           |                               where:{uTodo: \"Does not Matter\"}\n           |\t\t                           create:{uTodo:\"C\", todoInts:{set: [100, 200]}}\n           |\t\t                           update:{uTodo:\"D\", todoInts:{set: [700, 800]}}\n           |}}\n           |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo, todoInts}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todo\":{\"uTodo\":\"C\",\"todoInts\":[100,200]}}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n  }\n\n  \"A nested upsert\" should \"only execute the nested scalarlists of the correct create branch for to many relations\" in {\n\n    val project = SchemaDsl() { schema =>\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true)\n      val list =\n        schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true).oneToManyRelation(\"todoes\", \"list\", todo)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" todoes: {create: {uTodo: \"B\", todoInts: {set: [3, 4]}}}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n           |                    data:{todoes: { upsert:{\n           |                               where:{uTodo: \"Does not Matter\"}\n           |\t\t                           create:{uTodo:\"C\", todoInts:{set: [100, 200]}}\n           |\t\t                           update:{uTodo:\"D\", todoInts:{set: [700, 800]}}\n           |}}\n           |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todoes {uTodo, todoInts}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todoes\":[{\"uTodo\":\"B\",\"todoInts\":[3,4]},{\"uTodo\":\"C\",\"todoInts\":[100,200]}]}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(2)\n  }\n\n  \"A nested upsert\" should \"be able to reset lists to empty\" in {\n\n    val project = SchemaDsl() { schema =>\n      val todo = schema.model(\"Todo\").field(\"todoInts\", _.Int, isList = true).field(\"uTodo\", _.String, isUnique = true)\n      val list =\n        schema.model(\"List\").field(\"listInts\", _.Int, isList = true).field(\"uList\", _.String, isUnique = true).oneToManyRelation(\"todoes\", \"list\", todo)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" todoes: {create: {uTodo: \"B\", todoInts: {set: [3, 4]}}}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n           |                    data:{todoes: { upsert:{\n           |                               where:{uTodo: \"B\"}\n           |\t\t                           create:{uTodo:\"C\", todoInts:{set: [100, 200]}}\n           |\t\t                           update:{ todoInts:{set: []}}\n           |}}\n           |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todoes {uTodo, todoInts}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todoes\":[{\"uTodo\":\"B\",\"todoInts\":[]}]}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n  }\n\n  \"A nested upsert\" should \"only execute the nested mutations of the correct update branch\" ignore {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n      val tag  = schema.model(\"Tag\").field(\"uTag\", _.String, isUnique = true).oneToOneRelation(\"todo\", \"tag\", todo)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\" todo: {create: {uTodo: \"B\"}}}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n           |                       data:{todo: { upsert:{\n           |                               where:{uTodo: \"B\"}\n           |\t\t                            create:{uTodo:\"Should Not Matter\" tag: {create: {uTag: \"D\"}}}\n           |\t\t                            update:{uTodo:\"C\" tag: {create: {uTag: \"E\"}}}\n           |}}\n           |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo, tag {uTag }}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todo\":{\"uTodo\":\"C\",\"tag\":{\"uTag\":\"E\"}}}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n    countItems(project, \"tags\") should be(1)\n\n  }\n\n  \"A nested upsert\" should \"only execute the nested mutations of the correct create branch\" ignore {\n\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field(\"uList\", _.String, isUnique = true)\n      val todo = schema.model(\"Todo\").field(\"uTodo\", _.String, isUnique = true).oneToOneRelation(\"list\", \"todo\", list)\n      val tag  = schema.model(\"Tag\").field(\"uTag\", _.String, isUnique = true).oneToOneRelation(\"todo\", \"tag\", todo)\n    }\n\n    database.setup(project)\n\n    server.executeQuerySimple(\"\"\"mutation {createList(data: {uList: \"A\"}){id}}\"\"\", project)\n\n    server\n      .executeQuerySimple(\n        s\"\"\"mutation{updateList(where:{uList: \"A\"}\n           |                       data:{todo: { upsert:{\n           |                               where:{uTodo: \"Does not exist\"}\n           |\t\t                            create:{uTodo:\"D\" tag: {create: {uTag: \"D\"}}}\n           |\t\t                            update:{uTodo:\"C\" tag: {create: {uTag: \"E\"}}}\n           |}}\n           |}){id}}\"\"\".stripMargin,\n        project\n      )\n\n    val result = server.executeQuerySimple(s\"\"\"query{lists {uList, todo {uTodo, tag {uTag }}}}\"\"\", project)\n    result.toString should equal(\"\"\"{\"data\":{\"lists\":[{\"uList\":\"A\",\"todo\":{\"uTodo\":\"D\",\"tag\":{\"uTag\":\"D\"}}}]}}\"\"\")\n\n    countItems(project, \"lists\") should be(1)\n    countItems(project, \"todoes\") should be(1)\n    countItems(project, \"tags\") should be(1)\n\n  }\n\n  def countItems(project: Project, name: String): Int = {\n    server.executeQuerySimple(s\"\"\"query{$name{id}}\"\"\", project).pathAsSeq(s\"data.$name\").length\n  }\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/mutations\/mutations\/UpdateMany.scala","text":"package com.prisma.api.mutations.mutations\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.api.ApiDependencies\nimport com.prisma.api.database.DataResolver\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.database.mutactions.mutactions.{DeleteDataItems, UpdateDataItems}\nimport com.prisma.api.database.mutactions.{MutactionGroup, TransactionMutaction}\nimport com.prisma.api.mutations._\nimport com.prisma.shared.models.{Model, Project}\nimport sangria.schema\n\nimport scala.concurrent.Future\n\ncase class UpdateMany(\n    project: Project,\n    model: Model,\n    args: schema.Args,\n    where: DataItemFilterCollection,\n    dataResolver: DataResolver\n)(implicit apiDependencies: ApiDependencies)\n    extends ClientMutation[BatchPayload] {\n\n  import apiDependencies.system.dispatcher\n\n  val count = dataResolver.countByModel(model, where)\n  val coolArgs: CoolArgs = {\n    val argsPointer: Map[String, Any] = args.raw.get(\"data\") match {\n      case Some(value) => value.asInstanceOf[Map[String, Any]]\n      case None        => args.raw\n    }\n    CoolArgs(argsPointer)\n  }\n\n  def prepareMutactions(): Future[List[MutactionGroup]] = {\n    for {\n      _ <- count \/\/ make sure that count query has been resolved before proceeding\n    } yield {\n      val updateItems          = UpdateDataItems(project, model, coolArgs, where)\n      val transactionMutaction = TransactionMutaction(List(updateItems), dataResolver)\n      List(\n        MutactionGroup(mutactions = List(transactionMutaction), async = false)\n      )\n    }\n  }\n\n  override def getReturnValue: Future[BatchPayload] = {\n    for {\n      count <- count\n    } yield {\n      BatchPayload(count = count)\n    }\n  }\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/NestedRelationMutactionBaseClass.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLException\n\nimport com.prisma.api.database.DatabaseMutationBuilder._\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.api.schema.APIErrors.RequiredRelationWouldBeViolated\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.{Project, Relation}\nimport slick.dbio.{DBIOAction, Effect, NoStream}\n\nimport scala.concurrent.Future\n\ntrait NestedRelationMutactionBaseClass extends ClientSqlDataChangeMutaction {\n\n  def project: Project\n  def parentInfo: ParentInfo\n  def where: NodeSelector\n  def topIsCreate: Boolean\n\n  val p                = parentInfo.field\n  val otherModel       = parentInfo.relation.getOtherModel_!(project.schema, parentInfo.where.model)\n  val otherFieldOption = otherModel.fields.find(_.relation.contains(parentInfo.relation))\n  val c = otherFieldOption match {\n    case Some(x) => x\n    case None    => p.copy(isRequired = false, isList = true) \/\/optional backrelation defaults to List-NonRequired\n  }\n\n  val checkForOldParent = oldParentFailureTriggerForRequiredRelations(project, parentInfo.relation, where)\n  val checkForOldChild  = oldChildFailureTriggerForRequiredRelations(project, parentInfo)\n  val noCheckRequired   = List.empty\n\n  val removalByParent         = deleteRelationRowByParent(project.id, parentInfo)\n  val removalByChild          = deleteRelationRowByChild(project.id, parentInfo.relation, where)\n  val removalByParentAndChild = deleteRelationRowByParentAndChild(project.id, parentInfo, where)\n  val createRelationRow       = List(createRelationRowByUniqueValueForChild(project.id, parentInfo, where))\n  val noActionRequired        = List.empty\n\n  def requiredCheck: List[DBIOAction[_, NoStream, Effect]]\n\n  def removalActions: List[DBIOAction[_, NoStream, Effect]]\n\n  def addAction: List[DBIOAction[_, NoStream, Effect]]\n\n  override def execute = {\n    val allActions = requiredCheck ++ removalActions ++ addAction\n    Future.successful(ClientSqlStatementResult(DBIOAction.seq(allActions: _*)))\n  }\n\n  override def handleErrors = {\n    Some({\n      case e: SQLException if e.getErrorCode == 1242 && causedByThisMutaction(parentInfo.relation, e.getCause.toString) =>\n        throw RequiredRelationWouldBeViolated(project, parentInfo.relation)\n    })\n  }\n\n  def requiredRelationViolation = throw RequiredRelationWouldBeViolated(project, parentInfo.relation)\n  def sysError                  = sys.error(\"This should not happen, since it means a many side is required\")\n\n  def causedByThisMutaction(relation: Relation, cause: String) = {\n    val parentCheckString = s\"`${relation.id}` where `${relation.sideOf(where.model)}` =\"\n    val childCheckString  = s\"`${relation.id}` where `${relation.sideOf(parentInfo.model)}` =\"\n\n    (cause.contains(parentCheckString) && cause.contains(parameterString(where))) ||\n    (cause.contains(childCheckString) && cause.contains(parameterString(parentInfo.where)))\n  }\n\n  def causedByThisMutactionChildOnly(relation: Relation, cause: String) = {\n    val parentCheckString = s\"`${relation.id}` where `${relation.sideOf(where.model)}` =\"\n\n    cause.contains(parentCheckString) && cause.contains(parameterString(where))\n  }\n\n  def parameterString(where: NodeSelector) = where.fieldValue match {\n    case StringGCValue(x)      => s\"parameters ['$x',\"\n    case IntGCValue(x)         => s\"parameters [$x,\"\n    case FloatGCValue(x)       => s\"parameters [$x,\"\n    case BooleanGCValue(false) => s\"parameters [0,\"\n    case BooleanGCValue(true)  => s\"parameters [1,\"\n    case GraphQLIdGCValue(x)   => s\"parameters ['$x',\"\n    case EnumGCValue(x)        => s\"parameters ['$x',\"\n    case DateTimeGCValue(x)    => throw sys.error(\"Implement DateTime\") \/\/ todo\n    case JsonGCValue(x)        => s\"parameters ['$x',\"\n    case ListGCValue(_)        => sys.error(\"Not an acceptable Where\")\n    case RootGCValue(_)        => sys.error(\"Not an acceptable Where\")\n    case NullGCValue           => sys.error(\"Not an acceptable Where\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/auth\/src\/main\/scala\/com\/prisma\/auth\/Auth.scala","text":"package com.prisma.auth\n\nimport pdi.jwt.{Jwt, JwtAlgorithm, JwtOptions}\n\ntrait Auth {\n  def verify(secrets: Vector[String], authHeader: Option[String]): AuthResult\n}\n\nsealed trait AuthResult {\n  def isSuccess: Boolean\n}\nobject AuthSuccess extends AuthResult {\n  override def isSuccess = true\n}\nobject AuthFailure extends AuthResult {\n  override def isSuccess = false\n}\n\nobject AuthImpl extends Auth {\n  private val jwtOptions = JwtOptions(signature = true, expiration = false)\n  private val algorithms = Seq(JwtAlgorithm.HS256)\n\n  override def verify(secrets: Vector[String], authHeader: Option[String]): AuthResult = {\n    if (secrets.isEmpty) {\n      AuthSuccess\n    } else {\n      authHeader match {\n        case None       => AuthFailure\n        case Some(auth) => verify(secrets, auth)\n      }\n    }\n  }\n\n  private def verify(secrets: Vector[String], authHeader: String): AuthResult = {\n    val isValid = secrets.exists { secret =>\n      val claims = Jwt.decodeRaw(token = authHeader.stripPrefix(\"Bearer \"), key = secret, algorithms = algorithms, options = jwtOptions)\n      \/\/ todo: also verify claims in accordance with https:\/\/github.com\/graphcool\/framework\/issues\/1365\n      claims.isSuccess\n    }\n    if (isValid) AuthSuccess else AuthFailure\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/subscriptions\/schema\/SubscriptionDataResolver.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.subscriptions.schema\n\nimport com.prisma.api.database.DataResolver\nimport com.prisma.api.schema.{ObjectTypeBuilder, SimpleResolveOutput}\nimport com.prisma.subscriptions.SubscriptionUserContext\nimport com.prisma.subscriptions.resolving.FilteredResolver\nimport com.prisma.shared.models.Model\nimport sangria.schema.{Args, Context}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nobject SubscriptionDataResolver {\n\n  def resolve(dataResolver: DataResolver,\n              modelObjectTypes: ObjectTypeBuilder,\n              model: Model,\n              ctx: Context[SubscriptionUserContext, Unit]): Future[Option[SimpleResolveOutput]] = {\n    FilteredResolver\n      .resolve(modelObjectTypes, model, ctx.ctx.nodeId, ctx, dataResolver)\n      .map(_.map(dataItem => SimpleResolveOutput(dataItem, Args.empty)))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/util\/gcvalueconverters\/JsStringToGCValueSpec.scala","text":"<gh_stars>1-10\npackage com.prisma.util.gcvalueconverters\n\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.Field\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.scalatest.{FlatSpec, Matchers}\nimport play.api.libs.json.{JsNumber, JsObject, Json}\nimport com.prisma.shared.models.ProjectJsonFormatter._\n\nclass JsStringToGCValueSpec extends FlatSpec with Matchers {\n\n  \/\/the JsonFormatter can currently not read the defaultValue since it is defined as an GCValue on field\n\n\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Enums\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                  |            \"typeIdentifier\": \"Enum\",\n\/\/                  |            \"isSystem\": false,\n\/\/                  |            \"name\": \"canceledPeriods\",\n\/\/                  |            \"isReadonly\": false,\n\/\/                  |            \"relation\": null,\n\/\/                  |            \"isList\": true,\n\/\/                  |            \"isUnique\": false,\n\/\/                  |            \"isRequired\": false,\n\/\/                  |            \"description\": null,\n\/\/                  |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                  |            \"enum\": null,\n\/\/                  |            \"constraints\": [],\n\/\/                  |            \"defaultValue\": \"[HA]\",\n\/\/                  |            \"relationSide\": null,\n\/\/                  |            \"isHidden\": false\n\/\/                  |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(ListGCValue(Vector(EnumGCValue(\"HA\"))))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Enum\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": [\"HA\"],\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldNew.as[Field].defaultValue.get should be(ListGCValue(Vector(EnumGCValue(\"HA\"))))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for String\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"String\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"[\\\"HALLO, SIE\\\"]\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(ListGCValue(Vector(StringGCValue(\"HALLO, SIE\"))))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"String\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": [\"HALLO, SIE\"],\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldNew.as[Field].defaultValue.get should be(ListGCValue(Vector(StringGCValue(\"HALLO, SIE\"))))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Json\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Json\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"[{\\\"a\\\":2},{\\\"a\\\":2}]\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(\n\/\/      ListGCValue(Vector(JsonGCValue(JsObject(Seq((\"a\", JsNumber(2))))), JsonGCValue(JsObject(Seq((\"a\", JsNumber(2))))))))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Json\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": [{\"a\":2},{\"a\":2}],\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldNew.as[Field].defaultValue.get should be(\n\/\/      ListGCValue(Vector(JsonGCValue(JsObject(Seq((\"a\", JsNumber(2))))), JsonGCValue(JsObject(Seq((\"a\", JsNumber(2))))))))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for DateTime\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"DateTime\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"[\\\"2018\\\", \\\"2019\\\"]\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(\n\/\/      ListGCValue(Vector(DateTimeGCValue(new DateTime(\"2018\", DateTimeZone.UTC)), DateTimeGCValue(new DateTime(\"2019\", DateTimeZone.UTC)))))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"DateTime\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": [\"2018-01-01T00:00:00.000Z\", \"2019-01-01T00:00:00.000Z\"],\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    val res = fieldNew.as[Field].defaultValue.get\n\/\/\n\/\/    println(res)\n\/\/\n\/\/    res should be(ListGCValue(Vector(DateTimeGCValue(new DateTime(\"2018\", DateTimeZone.UTC)), DateTimeGCValue(new DateTime(\"2019\", DateTimeZone.UTC)))))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Boolean\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Boolean\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"[true, false]\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(ListGCValue(Vector(BooleanGCValue(true), BooleanGCValue(false))))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Boolean\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": [true, false],\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    val res = fieldNew.as[Field].defaultValue.get\n\/\/    res should be(ListGCValue(Vector(BooleanGCValue(true), BooleanGCValue(false))))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Float\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"1.234\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(FloatGCValue(1.234))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": true,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": 1.234,\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    val res = fieldNew.as[Field].defaultValue.get\n\/\/    res should be(FloatGCValue(1.234))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Floats that are 0\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": false,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"0\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(FloatGCValue(0))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": false,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": 0,\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    val res = fieldNew.as[Field].defaultValue.get\n\/\/    res should be(FloatGCValue(0))\n\/\/  }\n\/\/\n\/\/  \"The SchemaSerializer\" should \"be able to parse the old and the new format for Floats that are ints\" in {\n\/\/\n\/\/    val fieldOld = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": false,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": \"10\",\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    fieldOld.as[Field].defaultValue.get should be(FloatGCValue(10))\n\/\/\n\/\/    val fieldNew = Json.parse(\"\"\"{\n\/\/                     |            \"typeIdentifier\": \"Float\",\n\/\/                     |            \"isSystem\": false,\n\/\/                     |            \"name\": \"canceledPeriods\",\n\/\/                     |            \"isReadonly\": false,\n\/\/                     |            \"relation\": null,\n\/\/                     |            \"isList\": false,\n\/\/                     |            \"isUnique\": false,\n\/\/                     |            \"isRequired\": false,\n\/\/                     |            \"description\": null,\n\/\/                     |            \"id\": \"cj5glw5r630kq0127ocb46v88\",\n\/\/                     |            \"enum\": null,\n\/\/                     |            \"constraints\": [],\n\/\/                     |            \"defaultValue\": 1,\n\/\/                     |            \"relationSide\": null\n\/\/                     |          }\"\"\".stripMargin)\n\/\/\n\/\/    val res = fieldNew.as[Field].defaultValue.get\n\/\/    res should be(FloatGCValue(1))\n\/\/  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/resolving\/SubscriptionsManagerForProject.scala","text":"package com.prisma.subscriptions.resolving\n\nimport akka.actor.{Actor, ActorRef, Props, Stash, Terminated}\nimport com.prisma.akkautil.{LogUnhandled, LogUnhandledExceptions}\nimport com.prisma.subscriptions.schema.{QueryTransformer, SubscriptionQueryValidator}\nimport com.prisma.messagebus.pubsub.Message\nimport com.prisma.shared.models._\nimport com.prisma.subscriptions.SubscriptionDependencies\nimport com.prisma.subscriptions.helpers.ProjectHelper\nimport com.prisma.subscriptions.metrics.SubscriptionMetrics\nimport com.prisma.subscriptions.protocol.StringOrInt\nimport com.prisma.subscriptions.resolving.SubscriptionsManager.Responses.{CreateSubscriptionFailed, CreateSubscriptionResponse, CreateSubscriptionSucceeded}\nimport com.prisma.subscriptions.resolving.SubscriptionsManagerForModel.Requests.StartSubscription\nimport com.prisma.subscriptions.resolving.SubscriptionsManagerForProject.{SchemaInvalidated, SchemaInvalidatedMessage}\nimport org.scalactic.{Bad, Good}\n\nimport scala.collection.mutable\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject SubscriptionsManagerForProject {\n  trait SchemaInvalidatedMessage\n  object SchemaInvalidated extends SchemaInvalidatedMessage\n}\n\ncase class SubscriptionsManagerForProject(\n    projectId: String\n)(implicit dependencies: SubscriptionDependencies)\n    extends Actor\n    with Stash\n    with LogUnhandled\n    with LogUnhandledExceptions {\n\n  import SubscriptionMetrics._\n  import SubscriptionsManager.Requests._\n  import akka.pattern.pipe\n\n  val reporter                  = dependencies.reporter\n  val resolversByModel          = mutable.Map.empty[Model, ActorRef]\n  val resolversBySubscriptionId = mutable.Map.empty[StringOrInt, mutable.Set[ActorRef]]\n\n  override def preStart() = {\n    super.preStart()\n    activeSubscriptionsManagerForProject.inc\n    pipe(ProjectHelper.resolveProject(projectId)(dependencies, context.system, context.dispatcher)) to self\n  }\n\n  override def postStop(): Unit = {\n    super.postStop()\n    activeSubscriptionsManagerForProject.dec\n  }\n\n  override def receive: Receive = logUnhandled {\n    case project: ProjectWithClientId =>\n      context.become(ready(project.project))\n      unstashAll()\n\n    case akka.actor.Status.Failure(e) =>\n      e.printStackTrace()\n      context.stop(self)\n\n    case _ =>\n      stash()\n  }\n\n  def ready(project: Project): Receive = logUnhandled {\n    case create: CreateSubscription =>\n      val response = handleSubscriptionCreate(project, create)\n      sender ! response\n\n    case end: EndSubscription =>\n      resolversBySubscriptionId.getOrElse(end.id, Set.empty).foreach(_ ! end)\n\n    case Terminated(ref) =>\n      removeManagerForModel(ref)\n\n    case Message(_, _: SchemaInvalidatedMessage) =>\n      context.children.foreach { resolver =>\n        resolver ! SchemaInvalidated\n      }\n      context.stop(self)\n  }\n\n  def handleSubscriptionCreate(project: Project, job: CreateSubscription): CreateSubscriptionResponse = {\n    val model = SubscriptionQueryValidator(project).validate(job.query) match {\n      case Good(model) => model\n      case Bad(errors) => return CreateSubscriptionFailed(job, errors.map(violation => new Exception(violation.errorMessage)))\n    }\n\n    val mutations = QueryTransformer.getMutationTypesFromSubscription(job.query)\n    val resolverJob = StartSubscription(\n      id = job.id,\n      sessionId = job.sessionId,\n      query = job.query,\n      variables = job.variables,\n      operationName = job.operationName,\n      mutationTypes = mutations,\n      subscriber = sender\n    )\n    managerForModel(project, model, job.id) ! resolverJob\n    CreateSubscriptionSucceeded(job)\n  }\n\n  def managerForModel(project: Project, model: Model, subscriptionId: StringOrInt): ActorRef = {\n    val resolver = resolversByModel.getOrElseUpdate(\n      model, {\n        val actorName = model.name\n        val ref       = context.actorOf(Props(SubscriptionsManagerForModel(project, model)), actorName)\n        context.watch(ref)\n      }\n    )\n\n    val resolversForSubscriptionId = resolversBySubscriptionId.getOrElseUpdate(subscriptionId, mutable.Set.empty)\n\n    resolversForSubscriptionId.add(resolver)\n    resolver\n  }\n\n  def removeManagerForModel(ref: ActorRef) = {\n    resolversByModel.retain {\n      case (_, resolver) => resolver != ref\n    }\n\n    resolversBySubscriptionId.retain {\n      case (_, resolver) => resolver != ref\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DeleteSpec.scala","text":"<filename>server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DeleteSpec.scala\npackage com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.api.database.DatabaseQueryBuilder\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeleteSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  val project: Project = SchemaDsl() { schema =>\n    schema.model(\"Todo\").field_!(\"title\", _.String, isUnique = true)\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n  }\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    database.truncate(project)\n  }\n\n  \"The delete  mutation\" should \"delete the item matching the where clause\" in {\n    createTodo(\"title1\")\n    createTodo(\"title2\")\n    todoAndRelayCountShouldBe(2)\n\n    server.executeQuerySimple(\n      \"\"\"mutation {\n        |  deleteTodo(\n        |    where: { title: \"title1\" }\n        |  ){\n        |    id\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    todoAndRelayCountShouldBe(1)\n  }\n\n  \"The delete  mutation\" should \"error if the where clause misses\" in {\n    createTodo(\"title1\")\n    createTodo(\"title2\")\n    createTodo(\"title3\")\n    todoAndRelayCountShouldBe(3)\n\n    server.executeQuerySimpleThatMustFail(\n      \"\"\"mutation {\n        |  deleteTodo(\n        |    where: { title: \"does not exist\" }\n        |  ){\n        |    id\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3039,\n      errorContains = \"\"\"No Node for the model Todo with value does not exist for title found.\"\"\"\n    )\n\n    todoAndRelayCountShouldBe(3)\n  }\n\n  def todoAndRelayCountShouldBe(int: Int) = {\n    val result = server.executeQuerySimple(\n      \"{ todoes { id } }\",\n      project\n    )\n    result.pathAsSeq(\"data.todoes\").size should be(int)\n\n    database.runDbActionOnClientDb(DatabaseQueryBuilder.itemCountForTable(project.id, \"_RelayId\").as[Int]) should be(Vector(int))\n\n  }\n\n  def createTodo(title: String): Unit = {\n    server.executeQuerySimple(\n      s\"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      title: \"$title\"\n        |    }\n        |  ) {\n        |    id\n        |  }\n        |}\n      \"\"\".stripMargin,\n      project\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/RemoveRelationRowByParentInfoAndChild.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ncase class RemoveRelationRowByParentInfoAndChild(project: Project, parentInfo: ParentInfo, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] =\n    Future.successful(ClientSqlStatementResult(DatabaseMutationBuilder.deleteRelationRowByParentAndChild(project.id, parentInfo, where)))\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/metrics\/src\/main\/scala\/com\/prisma\/metrics\/StatsdHostLookup.scala","text":"<filename>server\/libs\/metrics\/src\/main\/scala\/com\/prisma\/metrics\/StatsdHostLookup.scala\npackage com.prisma.metrics\n\nimport java.net.InetSocketAddress\nimport java.util.concurrent.Callable\n\nimport scala.concurrent.Await\n\n\/**\n  * As soon as metrics are flushed, this callable is evaluated.\n  * The IP address + port of the _host_ (EC2 VM) running the statsd container is returned by call().\n  * -> The statsd container binds on the host directly, so we need the VM IP.\n  *\n  * On error:\n  * - No data is send by the library, and the callable is evaluated again next flush.\n  * - This catches transient network errors in resolving the statsd host.\n  * - Metrics are queued inmemory (defined in the client), nothing is lost on error here.\n  *\/\ncase class StatsdHostLookup() extends Callable[InetSocketAddress] {\n\n  var lookupCache: Option[InetSocketAddress] = None\n\n  override def call(): InetSocketAddress = {\n    lookupCache match {\n      case Some(inetAddr) => inetAddr\n      case None           => resolve()\n    }\n  }\n\n  def resolve(): InetSocketAddress = {\n    import scala.concurrent.duration._\n\n    println(\"[Metrics] Fetching instance IP...\")\n\n    val fetchIpFuture = InstanceMetadata.fetchInstanceIP()\n    val ip            = Await.result(fetchIpFuture, 5.seconds)\n    val lookup        = new InetSocketAddress(ip, 8125)\n\n    println(\"[Metrics] Done fetching instance IP.\")\n    lookupCache = Some(lookup)\n    lookup\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DeleteMutationSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DeleteMutationSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  val project: Project = SchemaDsl() { schema =>\n    schema\n      .model(\"ScalarModel\")\n      .field(\"string\", _.String)\n      .field(\"unicorn\", _.String, isUnique = true)\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    database.setup(project)\n  }\n\n  override def beforeEach(): Unit = database.truncate(project)\n\n  \"A Delete Mutation\" should \"delete and return item\" in {\n    val id =\n      server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {string: \"test\"}){id}}\"\"\", project = project).pathAsString(\"data.createScalarModel.id\")\n    server.executeQuerySimple(s\"\"\"mutation {deleteScalarModel(where: {id: \"$id\"}){id}}\"\"\",\n                              project = project,\n                              dataContains = s\"\"\"{\"deleteScalarModel\":{\"id\":\"$id\"}\"\"\")\n    server.executeQuerySimple(s\"\"\"query {scalarModels{unicorn}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[]}\"\"\")\n  }\n\n  \"A Delete Mutation\" should \"gracefully fail on non-existing id\" in {\n    val id =\n      server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {string: \"test\"}){id}}\"\"\", project = project).pathAsString(\"data.createScalarModel.id\")\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"mutation {deleteScalarModel(where: {id: \"DOES NOT EXIST\"}){id}}\"\"\",\n      project = project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model ScalarModel with value DOES NOT EXIST for id found\"\n    )\n    server.executeQuerySimple(s\"\"\"query {scalarModels{string}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[{\"string\":\"test\"}]}\"\"\")\n  }\n\n  \"A Delete Mutation\" should \"delete and return item on non id unique field\" in {\n    server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {unicorn: \"a\"}){id}}\"\"\", project = project)\n    server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {unicorn: \"b\"}){id}}\"\"\", project = project)\n    server.executeQuerySimple(s\"\"\"mutation {deleteScalarModel(where: {unicorn: \"a\"}){unicorn}}\"\"\",\n                              project = project,\n                              dataContains = s\"\"\"{\"deleteScalarModel\":{\"unicorn\":\"a\"}\"\"\")\n    server.executeQuerySimple(s\"\"\"query {scalarModels{unicorn}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[{\"unicorn\":\"b\"}]}\"\"\")\n  }\n\n  \"A Delete Mutation\" should \"gracefully fail when trying to delete on non-existent value for non id unique field\" in {\n    server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {unicorn: \"a\"}){id}}\"\"\", project = project)\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"mutation {deleteScalarModel(where: {unicorn: \"c\"}){unicorn}}\"\"\",\n      project = project,\n      errorCode = 3039,\n      errorContains = \"No Node for the model ScalarModel with value c for unicorn found\"\n    )\n    server.executeQuerySimple(s\"\"\"query {scalarModels{unicorn}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[{\"unicorn\":\"a\"}]}\"\"\")\n  }\n\n  \"A Delete Mutation\" should \"gracefully fail when trying to delete on null value for unique field\" in {\n    server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {unicorn: \"a\"}){id}}\"\"\", project = project)\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"mutation {deleteScalarModel(where: {unicorn: null}){unicorn}}\"\"\",\n      project = project,\n      errorCode = 3040,\n      errorContains = \"You provided an invalid argument for the where selector on ScalarModel.\"\n    )\n    server.executeQuerySimple(s\"\"\"query {scalarModels{unicorn}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[{\"unicorn\":\"a\"}]}\"\"\")\n  }\n\n  \"A Delete Mutation\" should \"gracefully fail when referring to a non-unique field\" in {\n    server.executeQuerySimple(s\"\"\"mutation {createScalarModel(data: {string: \"a\"}){id}}\"\"\", project = project)\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"mutation {deleteScalarModel(where: {string: \"a\"}){string}}\"\"\",\n      project = project,\n      errorCode = 0,\n      errorContains = s\"\"\"Argument 'where' expected type 'ScalarModelWhereUniqueInput!' but got: {string: \\\\\"a\\\\\"}\"\"\"\n    )\n    server.executeQuerySimple(s\"\"\"query {scalarModels{string}}\"\"\", project = project, dataContains = s\"\"\"{\"scalarModels\":[{\"string\":\"a\"}]}\"\"\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/migrator\/ProjectDeploymentActor.scala","text":"package com.prisma.deploy.migration.migrator\n\nimport akka.actor.{Actor, Stash}\nimport com.prisma.deploy.database.persistence.MigrationPersistence\nimport com.prisma.deploy.migration.MigrationStepMapperImpl\nimport com.prisma.deploy.schema.DeploymentInProgress\nimport com.prisma.shared.models.{Migration, MigrationStep, Schema, Function}\nimport slick.jdbc.MySQLProfile.backend.DatabaseDef\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\nobject DeploymentProtocol {\n  object Initialize\n  case class Schedule(projectId: String, nextSchema: Schema, steps: Vector[MigrationStep], functions: Vector[Function])\n  object ResumeMessageProcessing\n  object Ready\n  object Deploy\n}\n\n\/**\n  * State machine states:\n  *  - Initializing: Stashing all messages while initializing\n  *  - Ready: Ready to schedule deployments and deploy\n  *  - Busy: Currently deploying or scheduling, subsequent scheduling is rejected\n  *\n  * Transitions: Initializing -> Ready <-> Busy\n  *\n  * Why a state machine? Deployment should leverage futures for optimal performance, but there should only be one deployment\n  * at a time for a given project and stage. Hence, processing is kicked off async and the actor changes behavior to reject\n  * scheduling and deployment until the async processing restored the ready state.\n  *\/\ncase class ProjectDeploymentActor(\n    projectId: String,\n    migrationPersistence: MigrationPersistence,\n    clientDatabase: DatabaseDef\n) extends Actor\n    with Stash {\n  import DeploymentProtocol._\n\n  implicit val ec          = context.system.dispatcher\n  val stepMapper           = MigrationStepMapperImpl(projectId)\n  val applier              = MigrationApplierImpl(migrationPersistence, clientDatabase, stepMapper)\n  var activeSchema: Schema = _\n\n  \/\/ Possible enhancement: Periodically scan the DB for migrations if signal was lost -> Wait and see if this is an issue at all\n  \/\/ Possible enhancement: Migration retry in case of transient errors.\n\n  initialize()\n\n  def initialize() = {\n    println(s\"[Debug] Initializing deployment worker for $projectId\")\n    migrationPersistence.getLastMigration(projectId).map {\n      case Some(migration) =>\n        activeSchema = migration.schema\n        migrationPersistence.getNextMigration(projectId).onComplete {\n          case Success(migrationOpt) =>\n            migrationOpt match {\n              case Some(_) =>\n                println(s\"[Debug] Found unapplied migration for $projectId during init.\")\n                self ! Ready\n                self ! Deploy\n\n              case None =>\n                self ! Ready\n            }\n\n          case Failure(err) =>\n            println(s\"Deployment worker initialization for project $projectId failed with $err\")\n            context.stop(self)\n        }\n\n      case None =>\n        println(s\"Deployment worker initialization for project $projectId failed: No current migration found for project.\")\n        context.stop(self)\n    }\n  }\n\n  def receive: Receive = {\n    case Ready =>\n      context.become(ready)\n      unstashAll()\n\n    case _ =>\n      stash()\n  }\n\n  def ready: Receive = {\n    case msg: Schedule =>\n      println(s\"[Debug] Scheduling deployment for project $projectId\")\n      val caller = sender()\n      context.become(busy) \/\/ Block subsequent scheduling and deployments\n      handleScheduling(msg).onComplete {\n        case Success(migration: Migration) =>\n          caller ! migration\n          self ! Deploy\n          self ! ResumeMessageProcessing\n\n        case Failure(err) =>\n          self ! ResumeMessageProcessing\n          caller ! akka.actor.Status.Failure(err)\n      }\n\n    case Deploy =>\n      context.become(busy)\n      handleDeployment().onComplete {\n        case Success(_) =>\n          println(s\"[Debug] Applied migration for project $projectId\")\n          self ! ResumeMessageProcessing\n\n        case Failure(err) =>\n          println(s\"[Debug] Error during deployment for project $projectId: $err\")\n          self ! ResumeMessageProcessing \/\/ todo Mark migration as failed\n      }\n  }\n\n  def busy: Receive = {\n    case _: Schedule =>\n      sender ! akka.actor.Status.Failure(DeploymentInProgress)\n\n    case ResumeMessageProcessing =>\n      context.become(ready)\n      unstashAll()\n\n    case _ =>\n      stash()\n  }\n\n  def handleScheduling(msg: Schedule): Future[Migration] = {\n    \/\/ Check if scheduling is possible (no pending migration), then create and return the migration\n    migrationPersistence\n      .getNextMigration(projectId)\n      .transformWith {\n        case Success(pendingMigrationOpt) =>\n          pendingMigrationOpt match {\n            case Some(_) => Future.failed(DeploymentInProgress)\n            case None    => Future.unit\n          }\n\n        case Failure(err) =>\n          Future.failed(err)\n      }\n      .flatMap { _ =>\n        migrationPersistence.create(Migration(projectId, msg.nextSchema, msg.steps, msg.functions))\n      }\n  }\n\n  def handleDeployment(): Future[Unit] = {\n    migrationPersistence.getNextMigration(projectId).transformWith {\n      case Success(Some(nextMigration)) =>\n        applier.apply(previousSchema = activeSchema, migration = nextMigration).map { result =>\n          if (result.succeeded) {\n            activeSchema = nextMigration.schema\n          }\n        }\n\n      case Failure(err) =>\n        Future.failed(new Exception(s\"Error while fetching migration: $err\"))\n\n      case Success(None) =>\n        println(\"[Warning] Deployment signalled but no open migration found. Nothing to see here.\")\n        Future.unit\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/ApiDependenciesForTest.scala","text":"package com.prisma.api\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.api.database.Databases\nimport com.prisma.api.project.ProjectFetcher\nimport com.prisma.api.schema.SchemaBuilder\nimport com.prisma.subscriptions.Webhook\nimport com.prisma.messagebus.pubsub.inmemory.InMemoryAkkaPubSub\nimport com.prisma.messagebus.testkits.InMemoryQueueTestKit\n\ncase class ApiDependenciesForTest()(implicit val system: ActorSystem, val materializer: ActorMaterializer) extends ApiDependencies {\n  override implicit def self: ApiDependencies = this\n\n  val databases                              = Databases.initialize(config)\n  val apiSchemaBuilder                       = SchemaBuilder()(system, this)\n  lazy val projectFetcher: ProjectFetcher    = ???\n  override lazy val maxImportExportSize: Int = 1000\n  override val sssEventsPubSub               = InMemoryAkkaPubSub[String]()\n  override val webhookPublisher              = InMemoryQueueTestKit[Webhook]()\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/graphql-client\/src\/test\/scala\/com\/prisma\/graphql\/GraphQlClientSpec.scala","text":"package com.prisma.graphql\n\nimport com.prisma.stub.Stub\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.concurrent.{Await, Awaitable}\n\nclass GraphQlClientSpec extends FlatSpec with Matchers {\n  import com.prisma.stub.Import._\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  val defaultStub = stub(\"\/graphql-endpoint\")\n\n  \"sendQuery\" should \"send the correct the correct JSON structure to the server\" in {\n    withStubs(defaultStub).withArg { server =>\n      val uri    = s\"http:\/\/localhost:${server.port}${defaultStub.path}\"\n      val client = GraphQlClient(uri)\n      val query  = \"\"\" { mutation { createTodo(title:\"the title\"){id} }} \"\"\"\n      val result = await(client.sendQuery(query))\n\n      val expectedBody = s\"\"\"{\"query\":\"${escapeQuery(query)}\"}\"\"\"\n      server.lastRequest.body should equal(expectedBody)\n\n      result.status should equal(defaultStub.stubbedResponse.status)\n      result.body should equal(defaultStub.stubbedResponse.body)\n    }\n  }\n\n  \"sendQuery\" should \"send the specified headers to the server\" in {\n    withStubs(defaultStub).withArg { server =>\n      val uri     = s\"http:\/\/localhost:${server.port}${defaultStub.path}\"\n      val header1 = \"Header1\" -> \"Header1Value\"\n      val header2 = \"Header2\" -> \"Header2Value\"\n      val headers = Map(header1, header2)\n      val client  = GraphQlClient(uri, headers)\n      val query   = \"\"\" { mutation { createTodo(title:\"the title\"){id} }} \"\"\"\n      val result  = await(client.sendQuery(query))\n\n      server.lastRequest.headers should contain(header1)\n      server.lastRequest.headers should contain(header2)\n\n      result.status should equal(defaultStub.stubbedResponse.status)\n      result.body should equal(defaultStub.stubbedResponse.body)\n    }\n  }\n\n  \"sendQuery\" should \"use the specified path and headers arguments\" in {\n    val path = \"\/mypath\"\n    withStubs(stub(path)).withArg { server =>\n      val uri          = s\"http:\/\/localhost:${server.port}\"\n      val header1      = \"Header1\" -> \"Header1Value\"\n      val header2      = \"Header2\" -> \"Header2Value\"\n      val baseHeaders  = Map(header1)\n      val extraHeaders = Map(header2)\n      val client       = GraphQlClient(uri, baseHeaders)\n      await(client.sendQuery(query = \"irrelevant\", path = path, headers = extraHeaders))\n      server.lastRequest.path should equal(path)\n      server.lastRequest.headers should contain(header1)\n      server.lastRequest.headers should contain(header2)\n    }\n  }\n\n  def withStubs(stubs: Stub*) = withStubServer(List(stubs: _*), stubNotFoundStatusCode = 418)\n\n  def stub(path: String): Stub = Request(\"POST\", path).stub(200, \"\"\"{\"data\": {\"id\": \"1234\"}}\"\"\").ignoreBody\n\n  def escapeQuery(query: String) = query.replace(\"\\\"\", \"\\\\\\\"\")\n\n  def await[T](awaitable: Awaitable[T]): T = {\n    import scala.concurrent.duration._\n    Await.result(awaitable, 5.seconds)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployDependencies.scala","text":"<filename>server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployDependencies.scala\npackage com.prisma.deploy\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.errors.{BugsnagErrorReporter, ErrorReporter}\nimport com.prisma.deploy.database.persistence.{MigrationPersistenceImpl, ProjectPersistenceImpl}\nimport com.prisma.deploy.database.schema.InternalDatabaseSchema\nimport com.prisma.deploy.migration.migrator.{AsyncMigrator, Migrator}\nimport com.prisma.deploy.schema.SchemaBuilder\nimport com.prisma.deploy.seed.InternalDatabaseSeedActions\nimport com.prisma.deploy.server.{ClusterAuth, ClusterAuthImpl, DummyClusterAuth}\nimport com.prisma.graphql.GraphQlClient\nimport com.prisma.messagebus.PubSubPublisher\nimport slick.jdbc.MySQLProfile\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.duration.{Duration, _}\nimport scala.concurrent.{Await, Awaitable, ExecutionContext}\n\ntrait DeployDependencies {\n  implicit val system: ActorSystem\n  implicit val materializer: ActorMaterializer\n  implicit val reporter: ErrorReporter\n  import system.dispatcher\n\n  implicit def self: DeployDependencies\n\n  def migrator: Migrator\n  def clusterAuth: ClusterAuth\n  def graphQlClient: GraphQlClient\n  def invalidationPublisher: PubSubPublisher[String]\n\n  lazy val internalDb           = setupAndGetInternalDatabase()\n  lazy val clientDb             = Database.forConfig(\"client\")\n  lazy val projectPersistence   = ProjectPersistenceImpl(internalDb)\n  lazy val migrationPersistence = MigrationPersistenceImpl(internalDb)\n  lazy val clusterSchemaBuilder = SchemaBuilder()\n\n  def setupAndGetInternalDatabase()(implicit ec: ExecutionContext): MySQLProfile.backend.Database = {\n    val rootDb = Database.forConfig(s\"internalRoot\")\n    Await.result(rootDb.run(InternalDatabaseSchema.createSchemaActions(recreate = false)), 30.seconds)\n    rootDb.close()\n\n    val db = Database.forConfig(\"internal\")\n    await(db.run(InternalDatabaseSeedActions.seedActions()))\n\n    db\n  }\n\n  private def await[T](awaitable: Awaitable[T]): T = Await.result(awaitable, Duration.Inf)\n}\n\ncase class DeployDependenciesImpl()(implicit val system: ActorSystem, val materializer: ActorMaterializer) extends DeployDependencies {\n  override implicit def self: DeployDependencies = this\n  override implicit val reporter                 = BugsnagErrorReporter(sys.env.getOrElse(\"BUGSNAG_API_KEY\", \"\"))\n  override lazy val migrator: Migrator           = AsyncMigrator(clientDb, migrationPersistence, projectPersistence)\n  override lazy val clusterAuth = {\n    sys.env.get(\"CLUSTER_PUBLIC_KEY\") match {\n      case Some(publicKey) if publicKey.nonEmpty => ClusterAuthImpl(publicKey)\n      case _                                     => DummyClusterAuth()\n    }\n  }\n\n  override lazy val graphQlClient         = GraphQlClient(sys.env.getOrElse(\"CLUSTER_ADDRESS\", sys.error(\"env var CLUSTER_ADDRESS is not set\")))\n  override lazy val invalidationPublisher = ???\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DisableForeignKeyConstraintChecks.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlMutaction, ClientSqlStatementResult}\n\nimport scala.concurrent.Future\n\ncase class DisableForeignKeyConstraintChecks() extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] =\n    Future.successful(ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.disableForeignKeyConstraintChecks))\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/shared-models\/src\/main\/scala\/com\/prisma\/shared\/project_dsl\/SchemaDsl.scala","text":"package com.prisma.shared.project_dsl\n\nimport com.prisma.gc_values.GCValue\nimport cool.graph.cuid.Cuid\nimport com.prisma.shared.models.IdType.Id\nimport com.prisma.shared.models._\n\nobject SchemaDsl {\n\n  import scala.collection.mutable.Buffer\n\n  def apply()  = schema()\n  def schema() = SchemaBuilder()\n\n  case class SchemaBuilder(modelBuilders: Buffer[ModelBuilder] = Buffer.empty,\n                           enums: Buffer[Enum] = Buffer.empty,\n                           functions: Buffer[com.prisma.shared.models.Function] = Buffer.empty) {\n\n    def apply(fn: SchemaBuilder => Unit): Project = {\n      fn(this)\n      this.buildProject()\n    }\n\n    def model(name: String): ModelBuilder = {\n      modelBuilders.find(_.name == name).getOrElse {\n        val newModelBuilder = ModelBuilder(name)\n        modelBuilders += newModelBuilder\n        newModelBuilder\n      }\n    }\n\n    def enum(name: String, values: Vector[String]): Enum = {\n      val newEnum = Enum(name, values)\n      enums += newEnum\n      newEnum\n    }\n\n    private def build(): (Set[Model], Set[Relation]) = {\n      val models = modelBuilders.map(_.build())\n      val relations = for {\n        model <- models\n        field <- model.fields if field.isRelation\n      } yield field.relation.get\n\n      (models.toSet, relations.toSet)\n    }\n\n    def buildProject(id: String = TestIds.testProjectId): Project = {\n      val (models, relations) = build()\n      TestProject().copy(\n        id = id,\n        schema = Schema(\n          models = models.toList,\n          relations = relations.toList,\n          enums = enums.toList\n        ),\n        functions = functions.toList\n      )\n    }\n  }\n\n  case class ModelBuilder(\n      name: String,\n      fields: Buffer[Field] = Buffer(idField),\n      var withPermissions: Boolean = true\n  ) {\n    val id = name\n\n    def field(name: String,\n              theType: TypeIdentifier.type => TypeIdentifier.Value,\n              enum: Option[Enum] = None,\n              isList: Boolean = false,\n              isUnique: Boolean = false,\n              isHidden: Boolean = false,\n              defaultValue: Option[GCValue] = None,\n              constraints: List[FieldConstraint] = List.empty): ModelBuilder = {\n\n      val newField = plainField(\n        name,\n        this,\n        theType(TypeIdentifier),\n        isRequired = false,\n        isUnique = isUnique,\n        isHidden = isHidden,\n        enum = enum,\n        isList = isList,\n        defaultValue = defaultValue,\n        constraints = constraints\n      )\n\n      fields += newField\n      this\n    }\n\n    def field_!(name: String,\n                theType: TypeIdentifier.type => TypeIdentifier.Value,\n                enumValues: List[String] = List.empty,\n                enum: Option[Enum] = None,\n                isList: Boolean = false,\n                isUnique: Boolean = false,\n                isHidden: Boolean = false,\n                defaultValue: Option[GCValue] = None): ModelBuilder = {\n      val newField = plainField(\n        name,\n        this,\n        theType(TypeIdentifier),\n        isRequired = true,\n        isUnique = isUnique,\n        isHidden = isHidden,\n        enum = enum,\n        isList = isList,\n        defaultValue = defaultValue\n      )\n      fields += newField\n      this\n    }\n\n    def withTimeStamps: ModelBuilder = {\n      fields += createdAtField += updatedAtField\n      this\n    }\n\n    def oneToOneRelation(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n      val newField = relationField(fieldAName, this, modelB, relation, isList = false, isBackward = false)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, modelB, this, relation, isList = false, isBackward = true)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def oneToOneRelation_!(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        isRequiredOnFieldB: Boolean = true,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n\n      val newField = relationField(fieldAName, this, modelB, relation, isList = false, isBackward = false, isRequired = true)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, modelB, this, relation, isList = false, isBackward = true, isRequired = isRequiredOnFieldB)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def oneToManyRelation_!(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n\n      val newField = relationField(fieldAName, this, modelB, relation, isList = true, isBackward = false, isRequired = false)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, modelB, this, relation, isList = false, isBackward = true, isRequired = true)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def oneToManyRelation(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n      val newField = relationField(fieldAName, this, modelB, relation, isList = true, isBackward = false)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, modelB, this, relation, isList = false, isBackward = true)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def manyToOneRelation(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n      val newField = relationField(fieldAName, this, modelB, relation, isList = false, isBackward = false)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, modelB, this, relation, isList = true, isBackward = true)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def manyToManyRelation(\n        fieldAName: String,\n        fieldBName: String,\n        modelB: ModelBuilder,\n        relationName: Option[String] = None,\n        includeFieldB: Boolean = true,\n        modelAOnDelete: OnDelete.Value = OnDelete.SetNull,\n        modelBOnDelete: OnDelete.Value = OnDelete.SetNull\n    ): ModelBuilder = {\n      val relation = Relation(\n        name = relationName.getOrElse(s\"${this.name}To${modelB.name}\"),\n        modelAId = this.id,\n        modelBId = modelB.id,\n        modelAOnDelete = modelAOnDelete,\n        modelBOnDelete = modelBOnDelete\n      )\n      val newField = relationField(fieldAName, from = this, to = modelB, relation, isList = true, isBackward = false)\n      fields += newField\n\n      if (includeFieldB) {\n        val newBField = relationField(fieldBName, from = modelB, to = this, relation, isList = true, isBackward = true)\n        modelB.fields += newBField\n      }\n\n      this\n    }\n\n    def build(): Model = {\n      Model(\n        name = name,\n        stableIdentifier = Cuid.createCuid(),\n        fields = fields.toList\n      )\n    }\n  }\n\n  def plainField(name: String,\n                 model: ModelBuilder,\n                 theType: TypeIdentifier.Value,\n                 isRequired: Boolean,\n                 isUnique: Boolean,\n                 isHidden: Boolean,\n                 enum: Option[Enum],\n                 isList: Boolean,\n                 defaultValue: Option[GCValue] = None,\n                 constraints: List[FieldConstraint] = List.empty): Field = {\n\n    Field(\n      name = name,\n      typeIdentifier = theType,\n      isRequired = isRequired,\n      enum = enum,\n      defaultValue = defaultValue,\n      \/\/ hardcoded values\n      description = None,\n      isList = isList,\n      isUnique = isUnique,\n      isReadonly = false,\n      isHidden = isHidden,\n      relation = None,\n      relationSide = None,\n      constraints = constraints\n    )\n  }\n\n  def relationField(name: String,\n                    from: ModelBuilder,\n                    to: ModelBuilder,\n                    relation: Relation,\n                    isList: Boolean,\n                    isBackward: Boolean,\n                    isRequired: Boolean = false): Field = {\n    Field(\n      name = name,\n      isList = isList,\n      relationSide = Some {\n        if (!isBackward) RelationSide.A else RelationSide.B\n      },\n      relation = Some(relation),\n      \/\/ hardcoded values\n      typeIdentifier = TypeIdentifier.Relation,\n      isRequired = isRequired,\n      isUnique = false,\n      isReadonly = false,\n      defaultValue = None,\n      enum = None\n    )\n  }\n\n  def newId(): Id = Cuid.createCuid()\n\n  private val idField = Field(\n    name = \"id\",\n    typeIdentifier = TypeIdentifier.GraphQLID,\n    isRequired = true,\n    isList = false,\n    isUnique = true,\n    isReadonly = true,\n    enum = None,\n    defaultValue = None,\n    relation = None,\n    relationSide = None\n  )\n\n  private val updatedAtField = Field(\n    name = \"updatedAt\",\n    typeIdentifier = TypeIdentifier.DateTime,\n    isRequired = true,\n    isList = false,\n    isUnique = false,\n    isReadonly = true,\n    enum = None,\n    defaultValue = None,\n    relation = None,\n    relationSide = None\n  )\n\n  private val createdAtField = Field(\n    name = \"createdAt\",\n    typeIdentifier = TypeIdentifier.DateTime,\n    isRequired = true,\n    isList = false,\n    isUnique = true,\n    isReadonly = true,\n    enum = None,\n    defaultValue = None,\n    relation = None,\n    relationSide = None\n  )\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/util\/json\/JsonUtils.scala","text":"<filename>server\/api\/src\/main\/scala\/com\/prisma\/util\/json\/JsonUtils.scala<gh_stars>1-10\npackage com.prisma.util.json\n\nimport org.joda.time.DateTime\nimport org.joda.time.format.ISODateTimeFormat\nimport play.api.libs.json._\n\nimport scala.util.Try\n\nobject JsonUtils {\n  implicit class JsonStringExtension(val str: String) extends AnyVal {\n    def tryParseJson(): Try[JsValue] = Try { play.api.libs.json.Json.parse(str) }\n  }\n\n  def enumFormat[T <: scala.Enumeration](enu: T): Format[T#Value] = new EnumJsonConverter[T](enu)\n\n  implicit object DateTimeFormat extends Format[DateTime] {\n\n    val formatter = ISODateTimeFormat.basicDateTime\n\n    def writes(obj: DateTime): JsValue = {\n      JsString(formatter.print(obj))\n    }\n\n    def reads(json: JsValue): JsResult[DateTime] = json match {\n      case JsString(s) =>\n        try {\n          JsSuccess(formatter.parseDateTime(s))\n        } catch {\n          case t: Throwable => error(s)\n        }\n      case _ =>\n        error(json.toString())\n    }\n\n    def error(v: Any): JsResult[DateTime] = {\n      val example = formatter.print(0)\n      JsError(f\"'$v' is not a valid date value. Dates must be in compact ISO-8601 format, e.g. '$example'\")\n    }\n  }\n}\n\nclass EnumJsonConverter[T <: scala.Enumeration](enu: T) extends Format[T#Value] {\n  override def writes(obj: T#Value): JsValue = JsString(obj.toString)\n\n  override def reads(json: JsValue): JsResult[T#Value] = {\n    json match {\n      case JsString(str) => JsSuccess(enu.withName(str))\n      case _             => JsError(s\"$json is not a string and can therefore not be deserialized into an enum\")\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/resolving\/VariablesParser.scala","text":"package com.prisma.subscriptions.resolving\n\nimport spray.json._\n\nobject VariablesParser {\n  def parseVariables(str: String): JsObject = {\n    str.parseJson.asJsObject()\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/DeployMain.scala","text":"package com.prisma.deploy\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.akkautil.http.ServerExecutor\nimport com.prisma.deploy.server.ClusterServer\n\nobject DeployMain extends App {\n  implicit val system       = ActorSystem(\"deploy-main\")\n  implicit val materializer = ActorMaterializer()\n  implicit val dependencies = DeployDependenciesImpl()\n\n  ServerExecutor(8081, ClusterServer(\"cluster\")).startBlocking()\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/subscriptions\/resolving\/FilteredResolver.scala","text":"<gh_stars>1-10\npackage com.prisma.subscriptions.resolving\n\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.database.{DataItem, DataResolver, FilterElement, QueryArguments}\nimport com.prisma.api.schema.ObjectTypeBuilder\nimport com.prisma.shared.models.Model\nimport sangria.schema.Context\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nobject FilteredResolver {\n  def resolve(\n      modelObjectTypes: ObjectTypeBuilder,\n      model: Model,\n      id: String,\n      ctx: Context[_, Unit],\n      dataResolver: DataResolver\n  ): Future[Option[DataItem]] = {\n\n    val filterInput: DataItemFilterCollection = modelObjectTypes\n      .extractQueryArgumentsFromContextForSubscription(model = model, ctx = ctx)\n      .flatMap(_.filter)\n      .getOrElse(List.empty)\n\n    def removeTopLevelIdFilter(element: Any) =\n      element match {\n        case e: FilterElement => e.key != \"id\"\n        case _                => true\n      }\n\n    val filter = filterInput.filter(removeTopLevelIdFilter(_)) ++ List(FilterElement(key = \"id\", value = id, field = Some(model.getFieldByName_!(\"id\"))))\n\n    dataResolver\n      .resolveByModel(\n        model,\n        Some(QueryArguments(filter = Some(filter), skip = None, after = None, first = None, before = None, last = None, orderBy = None))\n      )\n      .map(_.items.headOption)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/UpdateScalarListTable.scala","text":"package com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport com.prisma.shared.models.{Field, Model}\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ncase class UpdateScalarListTable(projectId: String, oldModel: Model, newModel: Model, oldField: Field, newField: Field) extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n\n    val updateType = if (oldField.typeIdentifier != newField.typeIdentifier) {\n      List(DatabaseMutationBuilder.updateScalarListType(projectId, oldModel.name, oldField.name, newField.typeIdentifier))\n    } else {\n      List.empty\n    }\n\n    val renameTable = if (oldField.name != newField.name || oldModel.name != newModel.name) {\n      List(DatabaseMutationBuilder.renameScalarListTable(projectId, oldModel.name, oldField.name, newModel.name, newField.name))\n    } else {\n      List.empty\n    }\n\n    val changes = updateType ++ renameTable\n\n    if (changes.isEmpty) {\n      Future.successful(ClientSqlStatementResult(sqlAction = DBIO.successful(())))\n    } else {\n      Future.successful(ClientSqlStatementResult(sqlAction = DBIO.seq(changes: _*)))\n    }\n\n  }\n\n  override def rollback: Some[Future[ClientSqlStatementResult[Any]]] = Some(UpdateScalarListTable(projectId, newModel, oldModel, newField, oldField).execute)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/server\/JsonMarshalling.scala","text":"<filename>server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/server\/JsonMarshalling.scala\npackage com.prisma.deploy.server\n\nimport org.joda.time.DateTime\nimport org.joda.time.format.DateTimeFormat\nimport sangria.marshalling.{ArrayMapBuilder, InputUnmarshaller, ResultMarshaller, ScalarValueInfo}\nimport spray.json.{JsArray, JsBoolean, JsNull, JsNumber, JsObject, JsString, JsValue}\n\nobject JsonMarshalling {\n\n  implicit object CustomSprayJsonResultMarshaller extends ResultMarshaller {\n    type Node       = JsValue\n    type MapBuilder = ArrayMapBuilder[Node]\n\n    def emptyMapNode(keys: Seq[String]) = new ArrayMapBuilder[Node](keys)\n\n    def addMapNodeElem(builder: MapBuilder, key: String, value: Node, optional: Boolean) = builder.add(key, value)\n\n    def mapNode(builder: MapBuilder) = JsObject(builder.toMap)\n\n    def mapNode(keyValues: Seq[(String, JsValue)]) = JsObject(keyValues: _*)\n\n    def arrayNode(values: Vector[JsValue]) = JsArray(values)\n\n    def optionalArrayNodeValue(value: Option[JsValue]) = value match {\n      case Some(v) \u21d2 v\n      case None    \u21d2 nullNode\n    }\n\n    def scalarNode(value: Any, typeName: String, info: Set[ScalarValueInfo]) =\n      value match {\n        case v: String     \u21d2 JsString(v)\n        case v: Boolean    \u21d2 JsBoolean(v)\n        case v: Int        \u21d2 JsNumber(v)\n        case v: Long       \u21d2 JsNumber(v)\n        case v: Float      \u21d2 JsNumber(v)\n        case v: Double     \u21d2 JsNumber(v)\n        case v: BigInt     \u21d2 JsNumber(v)\n        case v: BigDecimal \u21d2 JsNumber(v)\n        case v: DateTime   \u21d2 JsString(v.toString(DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z\").withZoneUTC()))\n        case v: JsValue    \u21d2 v\n        case v             \u21d2 throw new IllegalArgumentException(\"Unsupported scalar value in CustomSprayJsonResultMarshaller: \" + v)\n      }\n\n    def enumNode(value: String, typeName: String) = JsString(value)\n\n    def nullNode = JsNull\n\n    def renderCompact(node: JsValue) = node.compactPrint\n\n    def renderPretty(node: JsValue) = node.prettyPrint\n  }\n\n  implicit object SprayJsonInputUnmarshaller extends InputUnmarshaller[JsValue] {\n\n    def getRootMapValue(node: JsValue, key: String): Option[JsValue] = node.asInstanceOf[JsObject].fields get key\n\n    def isListNode(node: JsValue) = node.isInstanceOf[JsArray]\n\n    def getListValue(node: JsValue) = node.asInstanceOf[JsArray].elements\n\n    def isMapNode(node: JsValue) = node.isInstanceOf[JsObject]\n\n    def getMapValue(node: JsValue, key: String) = node.asInstanceOf[JsObject].fields get key\n\n    def getMapKeys(node: JsValue) = node.asInstanceOf[JsObject].fields.keys\n\n    def isDefined(node: JsValue) = node != JsNull\n\n    def getScalarValue(node: JsValue): Any = node match {\n      case JsBoolean(b) \u21d2 b\n      case JsNumber(d)  \u21d2 d.toBigIntExact getOrElse d\n      case JsString(s)  \u21d2 s\n      case n            \u21d2 n\n    }\n\n    def getScalaScalarValue(node: JsValue) = getScalarValue(node)\n\n    def isEnumNode(node: JsValue) = node.isInstanceOf[JsString]\n\n    def isScalarNode(node: JsValue) = true\n\n    def isVariableNode(node: JsValue) = false\n\n    def getVariableName(node: JsValue) = throw new IllegalArgumentException(\"variables are not supported\")\n\n    def render(node: JsValue) = node.compactPrint\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/migration\/MigrationStepsExecutorSpec.scala","text":"\/\/package com.prisma.migration\n\/\/\n\/\/import com.prisma.deploy.migration._\n\/\/import com.prisma.shared.models._\n\/\/import com.prisma.shared.project_dsl.SchemaDsl\n\/\/import org.scalactic.{Bad, Good, Or}\n\/\/import org.scalatest.{FlatSpec, Matchers}\n\/\/\n\/\/class MigrationStepsExecutorSpec extends FlatSpec with Matchers {\n\/\/  val executor: MigrationStepsExecutor = ???\n\/\/\n\/\/  val emptyProject = SchemaDsl().buildProject()\n\/\/\n\/\/  val modelName = \"MyModel\"\n\/\/  val fieldName = \"myField\"\n\/\/\n\/\/  \"Adding a model to a project\" should \"succeed if the does not exist yet\" in {\n\/\/    val project = SchemaDsl().buildProject()\n\/\/    val result  = executeStep(project, CreateModel(modelName))\n\/\/    val expectedProject = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    result should equal(Good(expectedProject))\n\/\/  }\n\/\/\n\/\/  \"Adding a model to a project\" should \"fail if the model exists already\" in {\n\/\/    val project = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val result = executeStep(project, CreateModel(modelName))\n\/\/    result should equal(Bad(ModelAlreadyExists(modelName)))\n\/\/  }\n\/\/\n\/\/  \"Deleting a model from the project\" should \"succeed if the model exists\" in {\n\/\/    val project = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val result = executeStep(project, DeleteModel(modelName))\n\/\/    result should equal(Good(emptyProject))\n\/\/  }\n\/\/\n\/\/  \"Deleting a model from the project\" should \"fail if the model does not exist\" in {\n\/\/    val result = executeStep(emptyProject, DeleteModel(modelName))\n\/\/    result should equal(Bad(ModelDoesNotExist(modelName)))\n\/\/  }\n\/\/\n\/\/  \"Adding a field to a model\" should \"succeed if the model exists and the field not yet\" in {\n\/\/    val project = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val expectedProject = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName).field(fieldName, _.String)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val migrationStep = CreateField(\n\/\/      model = modelName,\n\/\/      name = fieldName,\n\/\/      typeName = TypeIdentifier.String.toString,\n\/\/      isRequired = false,\n\/\/      isList = false,\n\/\/      isUnique = false,\n\/\/      defaultValue = None\n\/\/    )\n\/\/    val result = executeStep(project, migrationStep)\n\/\/    result should equal(Good(expectedProject))\n\/\/  }\n\/\/\n\/\/  \"Adding a field to a model\" should \"fail if the model does not exist\" in {\n\/\/    val migrationStep = CreateField(\n\/\/      model = modelName,\n\/\/      name = fieldName,\n\/\/      typeName = TypeIdentifier.String.toString,\n\/\/      isRequired = false,\n\/\/      isList = false,\n\/\/      isUnique = false,\n\/\/      defaultValue = None\n\/\/    )\n\/\/    val result = executeStep(emptyProject, migrationStep)\n\/\/    result should equal(Bad(ModelDoesNotExist(modelName)))\n\/\/  }\n\/\/\n\/\/  \"Deleting a field\" should \"succeed if the field exists\" in {\n\/\/    val migrationStep = DeleteField(\n\/\/      model = modelName,\n\/\/      name = fieldName\n\/\/    )\n\/\/    val project = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName).field(fieldName, _.String)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val expectedProejct = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val result = executeStep(project, migrationStep)\n\/\/    result should equal(Good(expectedProejct))\n\/\/  }\n\/\/\n\/\/  \"Deleting a field\" should \"fail if the field does not exist\" in {\n\/\/    val migrationStep = DeleteField(\n\/\/      model = modelName,\n\/\/      name = fieldName\n\/\/    )\n\/\/    val project = {\n\/\/      val schema = SchemaDsl()\n\/\/      schema.model(modelName)\n\/\/      schema.buildProject()\n\/\/    }\n\/\/    val result = executeStep(project, migrationStep)\n\/\/    result should equal(Bad(FieldDoesNotExist(modelName, fieldName)))\n\/\/  }\n\/\/\n\/\/  \"Deleting a field\" should \"fail if the model does not exist\" in {\n\/\/    val migrationStep = DeleteField(\n\/\/      model = modelName,\n\/\/      name = fieldName\n\/\/    )\n\/\/    val result = executeStep(emptyProject, migrationStep)\n\/\/    result should equal(Bad(ModelDoesNotExist(modelName)))\n\/\/  }\n\/\/\n\/\/\/\/  val exampleField = Field(\n\/\/\/\/    id = \"myField\",\n\/\/\/\/    name = \"myField\",\n\/\/\/\/    typeIdentifier = TypeIdentifier.String,\n\/\/\/\/    description = None,\n\/\/\/\/    isRequired = false,\n\/\/\/\/    isList = false,\n\/\/\/\/    isUnique = false,\n\/\/\/\/    isSystem = false,\n\/\/\/\/    isReadonly = false,\n\/\/\/\/    enum = None,\n\/\/\/\/    defaultValue = None\n\/\/\/\/  )\n\/\/\n\/\/  def executeStep(project: Project, migrationStep: MigrationStep): Or[Project, MigrationStepError] = {\n\/\/    executor.execute(project, MigrationSteps(Vector(migrationStep)))\n\/\/  }\n\/\/}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/DeploySpecBase.scala","text":"<reponame>seanchambo\/prisma<filename>server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/specutils\/DeploySpecBase.scala\npackage com.prisma.deploy.specutils\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport cool.graph.cuid.Cuid\nimport com.prisma.shared.models.{Migration, MigrationId, Project}\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach, Suite}\nimport spray.json.JsString\n\nimport scala.collection.mutable.ArrayBuffer\n\ntrait DeploySpecBase extends BeforeAndAfterEach with BeforeAndAfterAll with AwaitUtils with SprayJsonExtensions { self: Suite =>\n\n  implicit lazy val system                                   = ActorSystem()\n  implicit lazy val materializer                             = ActorMaterializer()\n  implicit lazy val testDependencies: DeployTestDependencies = DeployTestDependencies()\n\n  val server            = DeployTestServer()\n  val internalDb        = testDependencies.internalTestDb\n  val clientDb          = testDependencies.clientTestDb\n  val projectsToCleanUp = new ArrayBuffer[String]\n\n  val basicTypesGql =\n    \"\"\"\n      |type TestModel {\n      |  id: ID! @unique\n      |}\n    \"\"\".stripMargin.trim()\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    internalDb.createInternalDatabaseSchema()\n  }\n\n  override protected def afterAll(): Unit = {\n    super.afterAll()\n    internalDb.shutdown()\n    clientDb.shutdown()\n  }\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    internalDb.truncateTables()\n    projectsToCleanUp.foreach(clientDb.delete)\n    projectsToCleanUp.clear()\n  }\n\n  def setupProject(schema: String, name: String = Cuid.createCuid(), stage: String = Cuid.createCuid()): (Project, Migration) = {\n    server.query(s\"\"\"\n        |mutation {\n        | addProject(input: {\n        |   name: \"$name\",\n        |   stage: \"$stage\"\n        | }) {\n        |   project {\n        |     name\n        |     stage\n        |   }\n        | }\n        |}\n      \"\"\".stripMargin)\n\n    val projectId = name + \"@\" + stage\n    projectsToCleanUp :+ projectId\n\n    val deployResult = server.query(s\"\"\"\n        |mutation {\n        |  deploy(input:{name: \"$name\", stage: \"$stage\", types: ${formatSchema(schema)}}){\n        |    migration {\n        |      revision\n        |    }\n        |    errors {\n        |      description\n        |    }\n        |  }\n        |}\n      \"\"\".stripMargin)\n\n    val revision = deployResult.pathAsLong(\"data.deploy.migration.revision\")\n\n    (\n      testDependencies.projectPersistence.load(projectId).await.get,\n      testDependencies.migrationPersistence.byId(MigrationId(projectId, revision.toInt)).await.get\n    )\n  }\n\n  def formatSchema(schema: String): String = JsString(schema).toString()\n  def escapeString(str: String): String    = JsString(str).toString()\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/SetScalarList.scala","text":"<gh_stars>1-10\npackage com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.shared.models._\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.Future\n\ncase class SetScalarList(\n    project: Project,\n    where: NodeSelector,\n    field: Field,\n    values: Vector[Any]\n) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n\n    Future.successful(\n      ClientSqlStatementResult(\n        sqlAction = DBIO.seq(\n          DatabaseMutationBuilder.setScalarList(project.id, where, field.name, values)\n        )))\n  }\n\n\/\/  override def handleErrors = {\n\/\/    implicit val anyFormat = JsonFormats.AnyJsonFormat\n\/\/    Some({\n\/\/      \/\/https:\/\/dev.mysql.com\/doc\/refman\/5.5\/en\/error-messages-server.html#error_er_dup_entry\n\/\/      case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1062 =>\n\/\/        APIErrors.UniqueConstraintViolation(where.model.name, GetFieldFromSQLUniqueException.getFieldFromArgumentValueList(jsonCheckedValues, e))\n\/\/      case e: SQLIntegrityConstraintViolationException if e.getErrorCode == 1452 =>\n\/\/        APIErrors.NodeDoesNotExist(\"\")\n\/\/    })\n\/\/  }\n\/\/\n\/\/  override def verify(resolver: DataResolver): Future[Try[MutactionVerificationSuccess]] = {\n\/\/    val (check, _) = InputValueValidation.validateDataItemInputsWithID(model, id, jsonCheckedValues)\n\/\/    if (check.isFailure) return Future.successful(check)\n\/\/\n\/\/    resolver.existsByModelAndId(model, id) map {\n\/\/      case true  => Failure(APIErrors.DataItemAlreadyExists(model.name, id))\n\/\/      case false => Success(MutactionVerificationSuccess())\n\/\/    }\n\/\/  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/NestedUpsertMutationInsideUpdateSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NestedUpsertMutationInsideUpdateSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"a one to many relation\" should \"be upsertable by id through a nested mutation\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val createResult = server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      comments: {\n        |        create: [{text: \"comment1\"}, {text: \"comment2\"}]\n        |      }\n        |    }\n        |  ){ \n        |    id \n        |    comments { id }\n        |  } \n        |}\"\"\".stripMargin,\n      project\n    )\n\n    val todoId     = createResult.pathAsString(\"data.createTodo.id\")\n    val comment1Id = createResult.pathAsString(\"data.createTodo.comments.[0].id\")\n\n    val result = server.executeQuerySimple(\n      s\"\"\"mutation {\n         |  updateTodo(\n         |    where: {\n         |      id: \"$todoId\"\n         |    }\n         |    data:{\n         |      comments: {\n         |        upsert: [\n         |          {where: {id: \"$comment1Id\"}, update: {text: \"update comment1\"}, create: {text: \"irrelevant\"}},\n         |          {where: {id: \"non-existent-id\"}, update: {text: \"irrelevant\"}, create: {text: \"new comment3\"}},\n         |        ]\n         |      }\n         |    }\n         |  ){\n         |    comments {\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[0].text\").toString, \"\"\"update comment1\"\"\")\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[1].text\").toString, \"\"\"comment2\"\"\")\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[2].text\").toString, \"\"\"new comment3\"\"\")\n  }\n\n  \"a one to many relation\" should \"only update nodes that are connected\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field(\"text\", _.String)\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val createResult = server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      comments: {\n        |        create: [{text: \"comment1\"}]\n        |      }\n        |    }\n        |  ){ \n        |    id \n        |    comments { id }\n        |  } \n        |}\"\"\".stripMargin,\n      project\n    )\n    val todoId     = createResult.pathAsString(\"data.createTodo.id\")\n    val comment1Id = createResult.pathAsString(\"data.createTodo.comments.[0].id\")\n\n    val commentResult = server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createComment(\n        |    data: {\n        |      text: \"comment2\"\n        |    }\n        |  ){\n        |    id\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val comment2Id = commentResult.pathAsString(\"data.createComment.id\")\n\n    val result = server.executeQuerySimple(\n      s\"\"\"mutation {\n         |  updateTodo(\n         |    where: {\n         |      id: \"$todoId\"\n         |    }\n         |    data:{\n         |      comments: {\n         |        upsert: [\n         |          {where: {id: \"$comment1Id\"}, update: {text: \"update comment1\"}, create: {text: \"irrelevant\"}},\n         |          {where: {id: \"$comment2Id\"}, update: {text: \"irrelevant\"}, create: {text: \"new comment3\"}},\n         |        ]\n         |      }\n         |    }\n         |  ){\n         |    comments {\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project\n    )\n\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[0].text\").toString, \"\"\"update comment1\"\"\")\n    mustBeEqual(result.pathAsString(\"data.updateTodo.comments.[1].text\").toString, \"\"\"new comment3\"\"\")\n  }\n\n  \"a one to many relation\" should \"generate helpfull error messages\" in {\n    val project = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\").field(\"text\", _.String).field(\"uniqueComment\", _.String, isUnique = true)\n      schema.model(\"Todo\").field(\"uniqueTodo\", _.String, isUnique = true).oneToManyRelation(\"comments\", \"todo\", comment)\n    }\n    database.setup(project)\n\n    val createResult = server.executeQuerySimple(\n      \"\"\"mutation {\n        |  createTodo(\n        |    data: {\n        |      uniqueTodo: \"todo\"\n        |      comments: {\n        |        create: [{text: \"comment1\", uniqueComment: \"comments\"}]\n        |      }\n        |    }\n        |  ){\n        |    id\n        |    comments { id }\n        |  }\n        |}\"\"\".stripMargin,\n      project\n    )\n    val todoId     = createResult.pathAsString(\"data.createTodo.id\")\n    val comment1Id = createResult.pathAsString(\"data.createTodo.comments.[0].id\")\n\n    server.executeQuerySimpleThatMustFail(\n      s\"\"\"mutation {\n         |  updateTodo(\n         |    where: {\n         |      id: \"$todoId\"\n         |    }\n         |    data:{\n         |      comments: {\n         |        upsert: [\n         |          {where: {id: \"NotExistant\"}, update: {text: \"update comment1\"}, create: {text: \"irrelevant\", uniqueComment: \"comments\"}},\n         |        ]\n         |      }\n         |    }\n         |  ){\n         |    comments {\n         |      text\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin,\n      project,\n      errorCode = 3010,\n      errorContains = \"A unique constraint would be violated on Comment. Details: Field name = uniqueComment\"\n    )\n  }\n\n  \"a deeply nested mutation\" should \"execute all levels of the mutation\" ignore {\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field_!(\"name\", _.String)\n      val todo = schema.model(\"Todo\").field_!(\"title\", _.String)\n      val tag  = schema.model(\"Tag\").field_!(\"name\", _.String)\n\n      list.oneToManyRelation(\"todos\", \"list\", todo)\n      todo.oneToManyRelation(\"tags\", \"todo\", tag)\n    }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createList(data: {\n        |    name: \"the list\",\n        |    todos: {\n        |      create: [\n        |        {\n        |          title: \"the todo\"\n        |          tags: {\n        |            create: [\n        |              {name: \"the tag\"}\n        |            ]\n        |          }\n        |        }\n        |      ]\n        |    }\n        |  }) {\n        |    id\n        |    todos {\n        |      id\n        |      tags {\n        |        id\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\".stripMargin\n\n    val createResult = server.executeQuerySimple(createMutation, project)\n    val listId       = createResult.pathAsString(\"data.createList.id\")\n    val todoId       = createResult.pathAsString(\"data.createList.todos.[0].id\")\n    val tagId        = createResult.pathAsString(\"data.createList.todos.[0].tags.[0].id\")\n\n    val updateMutation =\n      s\"\"\"\n         |mutation  {\n         |  updateList(\n         |    where: {\n         |      id: \"$listId\"\n         |    }\n         |    data: {\n         |      todos: {\n         |        upsert: [\n         |          {\n         |            where: { id: \"$todoId\" }\n         |            create: { title: \"irrelevant\" }\n         |            update: {\n         |              tags: {\n         |                upsert: [\n         |                  {\n         |                    where: { id: \"$tagId\" }\n         |                    update: { name: \"updated tag\" }\n         |                    create: { name: \"irrelevant\" }\n         |                  },\n         |                  {\n         |                    where: { id: \"non-existent-id\" }\n         |                    update: { name: \"irrelevant\" }\n         |                    create: { name: \"new tag\" }\n         |                  },\n         |                ]\n         |              }\n         |            }\n         |          }\n         |        ]\n         |      }\n         |    }\n         |  ) {\n         |    name\n         |    todos {\n         |      title\n         |      tags {\n         |        name\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.executeQuerySimple(updateMutation, project)\n    result.pathAsString(\"data.updateList.todos.[0].tags.[0].name\") should equal(\"updated tag\")\n    result.pathAsString(\"data.updateList.todos.[0].tags.[1].name\") should equal(\"new tag\")\n  }\n\n  \"a deeply nested mutation with upsert\" should \"work on miss on id\" in {\n    val project = SchemaDsl() { schema =>\n      val list = schema.model(\"List\").field_!(\"name\", _.String)\n      val todo = schema.model(\"Todo\").field_!(\"title\", _.String)\n      val tag  = schema.model(\"Tag\").field_!(\"name\", _.String)\n\n      list.oneToManyRelation(\"todos\", \"list\", todo)\n      todo.oneToManyRelation(\"tags\", \"todo\", tag)\n    }\n    database.setup(project)\n\n    val createMutation =\n      \"\"\"\n        |mutation  {\n        |  createList(data: {\n        |    name: \"the list\",\n        |    todos: {\n        |      create: [\n        |        {\n        |          title: \"the todo\"\n        |          tags: {\n        |            create: [\n        |              {name: \"the tag\"}\n        |            ]\n        |          }\n        |        }\n        |      ]\n        |    }\n        |  }) {\n        |    id\n        |    todos {\n        |      id\n        |      tags {\n        |        id\n        |      }\n        |    }\n        |  }\n        |}\n      \"\"\".stripMargin\n\n    val createResult = server.executeQuerySimple(createMutation, project)\n    val listId       = createResult.pathAsString(\"data.createList.id\")\n    val todoId       = createResult.pathAsString(\"data.createList.todos.[0].id\")\n    val tagId        = createResult.pathAsString(\"data.createList.todos.[0].tags.[0].id\")\n\n    val updateMutation =\n      s\"\"\"\n         |mutation  {\n         |  updateList(\n         |    where: {\n         |      id: \"$listId\"\n         |    }\n         |    data: {\n         |      todos: {\n         |        upsert: [\n         |          {\n         |            where: { id: \"Does not Exist\" }\n         |            create: { title: \"new todo\" tags: { create: [ {name: \"the tag\"}]}}\n         |            update: { title: \"updated todo\"}\n         |          }\n         |        ]\n         |      }\n         |    }\n         |  ) {\n         |    name\n         |    todos {\n         |      title\n         |      tags {\n         |        name\n         |      }\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin\n\n    val result = server.executeQuerySimple(updateMutation, project)\n    result.pathAsString(\"data.updateList.todos.[0].tags.[0].name\") should equal(\"the tag\")\n  }\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/mutations\/DefaultValueSpec.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.gc_values.{ListGCValue, StringGCValue}\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass DefaultValueSpec extends FlatSpec with Matchers with ApiBaseSpec {\n\n  \"A Create Mutation on a non-list field\" should \"utilize the defaultValue\" in {\n    val project = SchemaDsl() { schema =>\n      schema.model(\"ScalarModel\").field_!(\"reqString\", _.String, defaultValue = Some(StringGCValue(\"default\")))\n    }\n    database.setup(project)\n\n    val res = server.executeQuerySimple(\n      s\"\"\"mutation {\n         |  createScalarModel(data: {\n         |    }\n         |  ){\n         |  reqString\n         |  }\n         |}\"\"\".stripMargin,\n      project = project\n    )\n\n    res.toString should be(s\"\"\"{\"data\":{\"createScalarModel\":{\"reqString\":\"default\"}}}\"\"\")\n\n    val queryRes = server.executeQuerySimple(\"\"\"{ scalarModels{reqString}}\"\"\", project = project)\n\n    queryRes.toString should be(s\"\"\"{\"data\":{\"scalarModels\":[{\"reqString\":\"default\"}]}}\"\"\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/test\/scala\/com\/prisma\/deploy\/migration\/inference\/MigrationStepsInferrerSpec.scala","text":"package com.prisma.deploy.migration.inference\n\nimport com.prisma.deploy.specutils.DeploySpecBase\nimport com.prisma.shared.models._\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport com.prisma.shared.project_dsl.SchemaDsl.SchemaBuilder\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass MigrationStepsInferrerSpec extends FlatSpec with Matchers with DeploySpecBase {\n\n  \/**\n    * Basic tests\n    *\/\n  \"No changes\" should \"create no migration steps\" in {\n    val renames = SchemaMapping.empty\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n\n    val inferrer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = inferrer.evaluate()\n\n    steps shouldBe empty\n  }\n\n  \"Creating models\" should \"create CreateModel and CreateField migration steps\" in {\n    val renames = SchemaMapping.empty\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n      schema.model(\"Test2\").field(\"c\", _.String).field(\"d\", _.Int)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 4\n    steps should contain allOf (\n      CreateModel(\"Test2\"),\n      CreateField(\"Test2\", \"id\", \"GraphQLID\", isRequired = true, isList = false, isUnique = true, None, None, None),\n      CreateField(\"Test2\", \"c\", \"String\", isRequired = false, isList = false, isUnique = false, None, None, None),\n      CreateField(\"Test2\", \"d\", \"Int\", isRequired = false, isList = false, isUnique = false, None, None, None)\n    )\n  }\n\n  \"Deleting models\" should \"create DeleteModel migration steps\" in {\n    val renames = SchemaMapping.empty\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n      schema.model(\"Test2\").field(\"c\", _.String).field(\"d\", _.Int)\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 1\n    steps.last shouldBe DeleteModel(\"Test2\")\n  }\n\n  \"Updating models\" should \"create UpdateModel migration steps\" in {\n    val renames = SchemaMapping(\n      models = Vector(Mapping(previous = \"Test\", next = \"Test2\"))\n    )\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test2\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 1\n    steps.last shouldBe UpdateModel(\"Test\", \"Test2\")\n  }\n\n  \"Creating fields\" should \"create CreateField migration steps\" in {\n    val renames = SchemaMapping.empty\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String)\n    }\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 1\n    steps.last shouldBe CreateField(\"Test\", \"b\", \"Int\", isRequired = false, isList = false, isUnique = false, None, None, None)\n  }\n\n  \"Deleting fields\" should \"create DeleteField migration steps\" in {\n    val renames = SchemaMapping.empty\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String).field(\"b\", _.Int)\n    }\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Test\").field(\"a\", _.String)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 1\n    steps.last shouldBe DeleteField(\"Test\", \"b\")\n  }\n\n  \"Updating fields\" should \"create UpdateField migration steps\" in {\n    val renames = SchemaMapping(\n      fields = Vector(\n        FieldMapping(\"Test\", \"a\", \"Test\", \"a2\")\n      )\n    )\n\n    val previousProject = SchemaBuilder() { schema =>\n      schema\n        .model(\"Test\")\n        .field_!(\"id\", _.GraphQLID, isUnique = true)\n        .field(\"a\", _.String)\n        .field(\"b\", _.String)\n        .field(\"c\", _.String)\n        .field(\"d\", _.String)\n        .field(\"e\", _.String)\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      schema\n        .model(\"Test\")\n        .field_!(\"id\", _.GraphQLID, isUnique = true, isHidden = true) \/\/ Id field hidden\n        .field(\"a2\", _.String) \/\/ Rename\n        .field(\"b\", _.Int) \/\/ Type change\n        .field_!(\"c\", _.String) \/\/ Now required\n        .field(\"d\", _.String, isList = true) \/\/ Now a list\n        .field(\"e\", _.String, isUnique = true) \/\/ Now unique\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 6\n    steps should contain allOf (\n      UpdateField(\"Test\", \"a\", Some(\"a2\"), None, None, None, None, None, None, None, None),\n      UpdateField(\"Test\", \"b\", None, Some(\"Int\"), None, None, None, None, None, None, None),\n      UpdateField(\"Test\", \"c\", None, None, Some(true), None, None, None, None, None, None),\n      UpdateField(\"Test\", \"d\", None, None, None, Some(true), None, None, None, None, None),\n      UpdateField(\"Test\", \"e\", None, None, None, None, Some(true), None, None, None, None),\n      UpdateField(\"Test\", \"id\", None, None, None, None, None, Some(true), None, None, None)\n    )\n  }\n\n  \"Creating Relations\" should \"create CreateRelation and CreateField migration steps\" in {\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Comment\").field(\"text\", _.String)\n      schema\n        .model(\"Todo\")\n        .field(\"title\", _.String)\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val comment = schema.model(\"Comment\").field(\"text\", _.String)\n      schema\n        .model(\"Todo\")\n        .field(\"title\", _.String)\n        .oneToManyRelation_!(\"comments\", \"todo\", comment)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, SchemaMapping.empty)\n    val steps    = proposer.evaluate()\n\n    steps.length shouldBe 3\n    val relationName = nextProject.relations.head.name\n    steps should contain allOf (\n      CreateField(\n        model = \"Todo\",\n        name = \"comments\",\n        typeName = \"Relation\",\n        isRequired = false,\n        isList = true,\n        isUnique = false,\n        relation = Some(relationName),\n        defaultValue = None,\n        enum = None\n      ),\n      CreateField(\n        model = \"Comment\",\n        name = \"todo\",\n        typeName = \"Relation\",\n        isRequired = true,\n        isList = false,\n        isUnique = false,\n        relation = Some(relationName),\n        defaultValue = None,\n        enum = None\n      ),\n      CreateRelation(\n        name = relationName,\n        modelAName = \"Todo\",\n        modelBName = \"Comment\"\n      )\n    )\n  }\n\n  \"Deleting Relations\" should \"create DeleteRelation and DeleteField migration steps\" in {\n    val previousProject = SchemaBuilder() { schema =>\n      val comment = schema.model(\"Comment\").field(\"text\", _.String)\n      schema\n        .model(\"Todo\")\n        .field(\"title\", _.String)\n        .oneToManyRelation_!(\"comments\", \"todo\", comment)\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Comment\").field(\"text\", _.String)\n      schema\n        .model(\"Todo\")\n        .field(\"title\", _.String)\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, SchemaMapping.empty)\n    val steps    = proposer.evaluate()\n\n    steps should have(size(3))\n    steps should contain allOf (\n      DeleteField(\"Todo\", \"comments\"),\n      DeleteField(\"Comment\", \"todo\"),\n      DeleteRelation(previousProject.relations.head.name)\n    )\n  }\n\n  \"Updating Relations\" should \"create UpdateRelation steps (even when there are lots of renames)\" in {\n    val previousProject = SchemaDsl() { schema =>\n      val comment = schema.model(\"Comment\")\n      schema.model(\"Todo\").oneToManyRelation(\"comments\", \"todo\", comment, relationName = Some(\"CommentToTodo\"))\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val comment = schema.model(\"CommentNew\")\n      schema.model(\"TodoNew\").oneToManyRelation(\"commentsNew\", \"todoNew\", comment, relationName = Some(\"CommentNewToTodoNew\"))\n    }\n\n    val mappings = SchemaMapping(\n      models = Vector(\n        Mapping(previous = \"Todo\", next = \"TodoNew\"),\n        Mapping(previous = \"Comment\", next = \"CommentNew\")\n      ),\n      fields = Vector(\n        FieldMapping(previousModel = \"Todo\", previousField = \"comments\", nextModel = \"TodoNew\", nextField = \"commentsNew\"),\n        FieldMapping(previousModel = \"Comment\", previousField = \"todo\", nextModel = \"CommentNew\", nextField = \"todoNew\")\n      )\n    )\n\n    val inferrer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, mappings)\n    val steps    = inferrer.evaluate()\n\n    steps should have(size(5))\n    steps should contain(UpdateRelation(\"CommentToTodo\", newName = Some(\"CommentNewToTodoNew\"), modelAId = Some(\"TodoNew\"), modelBId = Some(\"CommentNew\")))\n    steps should contain(UpdateModel(\"Comment\", newName = \"CommentNew\"))\n    steps should contain(UpdateModel(\"Todo\", newName = \"TodoNew\"))\n    steps should contain(UpdateField(\"Comment\", \"todo\", Some(\"todoNew\"), None, None, None, None, None, Some(Some(\"_CommentNewToTodoNew\")), None, None))\n    steps should contain(UpdateField(\"Todo\", \"comments\", Some(\"commentsNew\"), None, None, None, None, None, Some(Some(\"_CommentNewToTodoNew\")), None, None))\n  }\n\n  \/\/ TODO: this spec probably cannot be fulfilled. And it probably does need to because the NextProjectInferer guarantees that those swaps cannot occur. Though this must be verified by extensive testing.\n  \"Switching modelA and modelB in a Relation\" should \"not generate any migration step\" ignore {\n    val relationName = \"TodoToComments\"\n    val previousProject = SchemaBuilder() { schema =>\n      val comment = schema.model(\"Comment\")\n      val todo    = schema.model(\"Todo\")\n      todo.oneToManyRelation(\"comments\", \"todo\", comment, relationName = Some(relationName))\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val comment = schema.model(\"Comment\")\n      val todo    = schema.model(\"Todo\")\n      comment.manyToOneRelation(\"todo\", \"comments\", todo, relationName = Some(relationName))\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, SchemaMapping.empty)\n    val steps    = proposer.evaluate()\n\n    steps should have(size(0))\n  }\n\n  \"Creating and using Enums\" should \"create CreateEnum and CreateField migration steps\" in {\n    val previousProject = SchemaBuilder() { schema =>\n      schema.model(\"Todo\")\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val proposer = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, SchemaMapping.empty)\n    val steps    = proposer.evaluate()\n\n    steps should have(size(2))\n    steps should contain allOf (\n      CreateEnum(\"TodoStatus\", Seq(\"Active\", \"Done\")),\n      CreateField(\n        model = \"Todo\",\n        name = \"status\",\n        typeName = \"Enum\",\n        isRequired = false,\n        isList = false,\n        isUnique = false,\n        relation = None,\n        defaultValue = None,\n        enum = Some(nextProject.enums.head.name)\n      )\n    )\n  }\n\n  \"Updating an Enum Name\" should \"create one UpdateEnum and one UpdateField for each field using that Enum\" in {\n    val renames = SchemaMapping(\n      enums = Vector(Mapping(previous = \"TodoStatus\", next = \"TodoStatusNew\"))\n    )\n\n    val previousProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatusNew\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val steps = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames).evaluate()\n\n    steps should have(size(2))\n    steps should contain allOf (\n      UpdateEnum(\n        name = \"TodoStatus\",\n        newName = Some(\"TodoStatusNew\"),\n        values = None\n      ),\n      UpdateField(\n        model = \"Todo\",\n        name = \"status\",\n        newName = None,\n        typeName = None,\n        isRequired = None,\n        isList = None,\n        isHidden = None,\n        isUnique = None,\n        relation = None,\n        defaultValue = None,\n        enum = Some(Some(\"TodoStatusNew\"))\n      )\n    )\n  }\n\n  \"Updating the values of an Enum\" should \"create one UpdateEnum step\" in {\n    val renames = SchemaMapping.empty\n    val previousProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"AbsolutelyDone\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val steps = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames).evaluate()\n\n    steps should have(size(1))\n    steps should contain(\n      UpdateEnum(\n        name = \"TodoStatus\",\n        newName = None,\n        values = Some(Vector(\"Active\", \"AbsolutelyDone\"))\n      )\n    )\n  }\n\n  \/\/ Regression\n  \"Enums\" should \"not be displayed as updated if they haven't been touched in a deploy\" in {\n    val renames = SchemaMapping(\n      enums = Vector()\n    )\n\n    val previousProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n        .field(\"someField\", _.String)\n        .field(\"status\", _.Enum, enum = Some(enum))\n    }\n\n    val steps = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames).evaluate()\n    steps should have(size(1))\n    steps should contain(\n      CreateField(\n        model = \"Todo\",\n        name = \"someField\",\n        typeName = \"String\",\n        isRequired = false,\n        isList = false,\n        isUnique = false,\n        relation = None,\n        defaultValue = None,\n        enum = None\n      )\n    )\n  }\n\n  \"Removing Enums\" should \"create an DeleteEnum step\" in {\n    val renames = SchemaMapping.empty\n    val previousProject = SchemaBuilder() { schema =>\n      val enum = schema.enum(\"TodoStatus\", Vector(\"Active\", \"Done\"))\n      schema\n        .model(\"Todo\")\n    }\n\n    val nextProject = SchemaBuilder() { schema =>\n      schema.model(\"Todo\")\n    }\n\n    val steps = MigrationStepsInferrerImpl(previousProject.schema, nextProject.schema, renames).evaluate()\n\n    steps should have(size(1))\n    steps should contain(\n      DeleteEnum(\n        name = \"TodoStatus\"\n      )\n    )\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/migration\/mutactions\/DeleteColumn.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.deploy.migration.mutactions\n\nimport com.prisma.deploy.database.DatabaseMutationBuilder\nimport com.prisma.shared.models.{Field, Model}\n\nimport scala.concurrent.Future\n\ncase class DeleteColumn(projectId: String, model: Model, field: Field) extends ClientSqlMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = {\n    Future.successful(\n      ClientSqlStatementResult(sqlAction = DatabaseMutationBuilder.deleteColumn(projectId = projectId, tableName = model.name, columnName = field.name)))\n  }\n\n  override def rollback = Some(CreateColumn(projectId, model, field).execute)\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/error-reporting\/src\/main\/scala\/com\/prisma\/errors\/BugsnagErrorReporter.scala","text":"<reponame>seanchambo\/prisma<gh_stars>1-10\npackage com.prisma.errors\n\nimport java.lang.Thread.UncaughtExceptionHandler\n\nimport com.bugsnag.{Bugsnag, Report}\n\nimport scala.collection.immutable.Seq\n\ncase class BugsnagErrorReporter(apiKey: String) extends ErrorReporter {\n  private val client = {\n    val sendUncaughtExceptions = false \/\/ we are doing this ourselves\n    new Bugsnag(apiKey, sendUncaughtExceptions)\n  }\n\n  \/\/ use this instance as uncaught exception handler\n  val self = this\n  val selfAsUncaughtExceptionHandler = new UncaughtExceptionHandler {\n    override def uncaughtException(t: Thread, e: Throwable): Unit = self.report(e)\n  }\n  Thread.setDefaultUncaughtExceptionHandler(selfAsUncaughtExceptionHandler)\n\n  val env         = sys.env.getOrElse(\"ENV\", \"No env set\")\n  val environment = sys.env.getOrElse(\"ENVIRONMENT\", \"No environment set\")\n  val service     = sys.env.getOrElse(\"SERVICE_NAME\", \"No service set\")\n  val version     = sys.env.getOrElse(\"CLUSTER_VERSION\", \"No version set\")\n  val region      = sys.env.getOrElse(\"AWS_REGION\", \"No region set\")\n\n  override def report(t: Throwable, meta: ErrorMetadata*): Unit = {\n    val report: Report = client.buildReport(t)\n\n    \/\/ General metadata\n    report.addToTab(\"App\", \"Env\", env)\n    report.addToTab(\"App\", \"Environment\", environment)\n    report.addToTab(\"App\", \"Service\", service)\n    report.addToTab(\"App\", \"Version\", version)\n    report.addToTab(\"App\", \"Region\", region)\n\n    \/\/ Specific metadata\n    meta foreach {\n      case x: RequestMetadata => addRequest(report, x)\n      case x: GraphQlMetadata => addGraphQl(report, x)\n      case x: ProjectMetadata => addProject(report, x)\n      case x: GenericMetadata => addOther(report, x)\n      case x                  => println(s\"Unrecognized error metadata: $x\")\n    }\n\n    \/\/ In case we're running in an env without api key (local or testing), just print the messages for debugging\n    if (apiKey.isEmpty) {\n      println(s\"[Bugsnag - local \/ testing] Error report: $report\")\n    } else {\n      client.notify(report)\n    }\n  }\n\n  private def addOther(r: Report, meta: GenericMetadata) = {\n    r.addToTab(meta.group, meta.key, meta.value)\n  }\n\n  private def addRequest(r: Report, meta: RequestMetadata) = {\n    r.addToTab(\"Request\", \"Id\", meta.requestId)\n    r.addToTab(\"Request\", \"Method\", meta.method)\n    r.addToTab(\"Request\", \"Uri\", meta.uri)\n    r.addToTab(\"Request\", \"Headers\", headersAsString(meta.headers))\n  }\n\n  private def addGraphQl(r: Report, meta: GraphQlMetadata) = {\n    r.addToTab(\"GraphQl\", \"Query\", meta.query)\n    r.addToTab(\"GraphQl\", \"Variables\", meta.variables)\n  }\n\n  private def addProject(r: Report, meta: ProjectMetadata) = {\n    r.addToTab(\"Project\", \"Id\", meta.id)\n  }\n\n  private def headersAsString(headers: Seq[(String, String)]): String = {\n    headers\n      .map {\n        case (key, value) => s\"$key: $value\"\n      }\n      .mkString(\"\\n\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/api\/import_export\/ExportDataDateTimeFormatSpec.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.import_export\n\nimport com.prisma.api.ApiBaseSpec\nimport com.prisma.api.database.DataResolver\nimport com.prisma.api.database.import_export.ImportExport.{Cursor, ExportRequest, ResultFormat}\nimport com.prisma.api.database.import_export.{BulkExport, BulkImport}\nimport com.prisma.shared.models.Project\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport com.prisma.utils.await.AwaitUtils\nimport org.scalatest.{FlatSpec, Matchers}\nimport spray.json._\nimport com.prisma.api.database.import_export.ImportExport.MyJsonProtocol._\n\nclass ExportDataDateTimeFormatSpec extends FlatSpec with Matchers with ApiBaseSpec with AwaitUtils {\n\n  \"Exporting nodes\" should \"produce the correct ISO 8601 DateTime Format\" in {\n    val project: Project = SchemaDsl() { schema =>\n      val model1 = schema\n        .model(\"Model0\")\n        .field(\"a\", _.String)\n        .field(\"b\", _.Int)\n    }\n\n    database.setup(project)\n    database.truncate(project)\n    val dataResolver: DataResolver = this.dataResolver(project)\n\n    val nodes =\n      \"\"\"{ \"valueType\": \"nodes\", \"values\": [{\"_typeName\": \"Model0\", \"id\": \"0\",\"a\": \"test1\", \"b\": 0, \"createdAt\": \"2017-12-05T12:34:23.000Z\", \"updatedAt\": \"2017-12-05T12:34:23.000Z\"}]}\"\"\".parseJson\n\n    val importer = new BulkImport(project)\n    val exporter = new BulkExport(project)\n    importer.executeImport(nodes).await(5).toString should be(\"[]\")\n\n    val cursor     = Cursor(0, 0, 0, 0)\n    val request    = ExportRequest(\"nodes\", cursor)\n    val firstChunk = exporter.executeExport(dataResolver, request.toJson).await(5).convertTo[ResultFormat]\n    println(firstChunk)\n\n    JsArray(firstChunk.out.jsonElements).toString should be(\n      \"\"\"[{\"updatedAt\":\"2017-12-05T12:34:23.000Z\",\"_typeName\":\"Model0\",\"a\":\"test1\",\"id\":\"0\",\"b\":0,\"createdAt\":\"2017-12-05T12:34:23.000Z\"}]\"\"\")\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/DeferredTypes.scala","text":"<gh_stars>1-10\npackage com.prisma.api.database\n\nimport com.prisma.shared.models.{Field, Model}\nimport sangria.execution.deferred.Deferred\n\nimport scala.concurrent.Future\n\nobject DeferredTypes {\n\n  trait Ordered {\n    def order: Int\n  }\n\n  case class OrderedDeferred[T](deferred: T, order: Int)                                     extends Ordered\n  case class OrderedDeferredFutureResult[ResultType](future: Future[ResultType], order: Int) extends Ordered\n\n  trait ModelArgs {\n    def model: Model\n    def args: Option[QueryArguments]\n  }\n\n  trait ModelDeferred[+T] extends ModelArgs with Deferred[T] {\n    model: Model\n    args: Option[QueryArguments]\n  }\n\n  case class ManyModelDeferred(model: Model, args: Option[QueryArguments]) extends ModelDeferred[RelayConnectionOutputType]\n\n  case class ManyModelExistsDeferred(model: Model, args: Option[QueryArguments]) extends ModelDeferred[Boolean]\n\n  case class CountManyModelDeferred(model: Model, args: Option[QueryArguments]) extends ModelDeferred[Int]\n\n  trait RelatedArgs {\n    def relationField: Field\n    def parentNodeId: String\n    def args: Option[QueryArguments]\n  }\n\n  trait RelationDeferred[+T] extends RelatedArgs with Deferred[T] {\n    def relationField: Field\n    def parentNodeId: String\n    def args: Option[QueryArguments]\n  }\n\n  type OneDeferredResultType = Option[DataItem]\n  case class OneDeferred(model: Model, key: String, value: Any)                                      extends Deferred[OneDeferredResultType] {\n\n\n  }\n  case class ToOneDeferred(relationField: Field, parentNodeId: String, args: Option[QueryArguments]) extends RelationDeferred[OneDeferredResultType]\n\n  case class ToManyDeferred(relationField: Field, parentNodeId: String, args: Option[QueryArguments]) extends RelationDeferred[RelayConnectionOutputType]\n\n  case class CountToManyDeferred(relationField: Field, parentNodeId: String, args: Option[QueryArguments]) extends RelationDeferred[Int]\n\n  type SimpleConnectionOutputType = Seq[DataItem]\n  type RelayConnectionOutputType  = IdBasedConnection[DataItem]\n\n  case class CheckPermissionDeferred(model: Model, field: Field, nodeId: String, value: Any, node: DataItem, alwaysQueryMasterDatabase: Boolean)\n      extends Deferred[Boolean]\n\n  type ScalarListDeferredResultType = Vector[Any]\n  case class ScalarListDeferred(model: Model, field: Field, nodeId: String) extends Deferred[ScalarListDeferredResultType]\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/deploy\/src\/main\/scala\/com\/prisma\/deploy\/database\/tables\/MappedColumns.scala","text":"package com.prisma.deploy.database.tables\n\nimport play.api.libs.json.JsValue\nimport slick.jdbc.MySQLProfile.api._\nimport spray.json.{JsArray, JsString}\n\nimport scala.util.Success\n\nobject MappedColumns {\n  import com.prisma.utils.json.JsonUtils._\n\n  implicit val stringListMapper = MappedColumnType.base[Seq[String], String](\n    list => JsArray(list.map(JsString.apply).toVector).toString,\n    _.tryParseJson match {\n      case Success(json: JsArray) => json.elements.collect { case x: JsString => x.value }\n      case _                      => Seq.empty\n    }\n  )\n\n  implicit val jsonMapper = MappedColumnType.base[JsValue, String](\n    json => json.toString(),\n    _.tryParseJson.getOrElse(sys.error(\"Invalid JSON was inserted into the database. Can't read it back.\"))\n  )\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/schema\/CustomScalarTypes.scala","text":"package com.prisma.api.schema\n\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport com.prisma.shared.models.{Field, TypeIdentifier}\nimport org.joda.time.format.DateTimeFormat\nimport org.joda.time.{DateTime, DateTimeZone}\nimport sangria.ast\nimport sangria.schema._\nimport sangria.validation.{ValueCoercionViolation}\nimport spray.json._\n\nimport scala.util.{Failure, Success, Try}\n\nobject CustomScalarTypes {\n\n  case object DateCoercionViolation extends ValueCoercionViolation(\"Date value expected\")\n\n  def parseDate(s: String) = Try(new DateTime(s, DateTimeZone.UTC)) match {\n    case Success(date) \u21d2 Right(date)\n    case Failure(_)    \u21d2 Left(DateCoercionViolation)\n  }\n\n  val DateTimeType =\n    ScalarType[DateTime](\n      \"DateTime\",\n      coerceOutput = (d, caps) => {\n        d.toDateTime\n      },\n      coerceUserInput = {\n        case s: String \u21d2 parseDate(s)\n        case _         \u21d2 Left(DateCoercionViolation)\n      },\n      coerceInput = {\n        case ast.StringValue(s, _, _, _, _) \u21d2 parseDate(s)\n        case _                              \u21d2 Left(DateCoercionViolation)\n      }\n    )\n\n  case object JsonCoercionViolation extends ValueCoercionViolation(\"Not valid JSON\")\n\n  def parseJson(s: String) = Try(s.parseJson) match {\n    case Success(json) \u21d2 Right(json)\n    case Failure(_)    \u21d2 Left(JsonCoercionViolation)\n  }\n\n  val JsonType = ScalarType[JsValue](\n    \"Json\",\n    description = Some(\"Raw JSON value\"),\n    coerceOutput = (value, _) \u21d2 value,\n    coerceUserInput = {\n      case v: String     \u21d2 Right(JsString(v))\n      case v: Boolean    \u21d2 Right(JsBoolean(v))\n      case v: Int        \u21d2 Right(JsNumber(v))\n      case v: Long       \u21d2 Right(JsNumber(v))\n      case v: Float      \u21d2 Right(JsNumber(v))\n      case v: Double     \u21d2 Right(JsNumber(v))\n      case v: BigInt     \u21d2 Right(JsNumber(v))\n      case v: BigDecimal \u21d2 Right(JsNumber(v))\n      case v: DateTime \u21d2\n        Right(\n          JsString(\n            v.toString(DateTimeFormat\n              .forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z\")\n              .withZoneUTC())))\n      case v: JsValue \u21d2 Right(v)\n    },\n    coerceInput = {\n      case ast.StringValue(jsonStr, _, _, _, _) \u21d2 parseJson(jsonStr)\n      case _                                    \u21d2 Left(JsonCoercionViolation)\n    }\n  )\n\n  def parseValueFromString(value: String, typeIdentifier: TypeIdentifier, isList: Boolean): Option[Any] = {\n\n    def parseOne(value: String): Option[Any] =\n      try {\n        typeIdentifier match {\n          case TypeIdentifier.String    => Some(value)\n          case TypeIdentifier.Int       => Some(Integer.parseInt(value))\n          case TypeIdentifier.Float     => Some((if (value == null) { \"0\" } else { value }).toDouble)\n          case TypeIdentifier.Boolean   => Some(value.toBoolean)\n          case TypeIdentifier.DateTime  => Some(new DateTime(value, DateTimeZone.UTC))\n          case TypeIdentifier.GraphQLID => Some(value)\n          case TypeIdentifier.Enum      => Some(value)\n          case TypeIdentifier.Json      => Some(value.parseJson)\n          case _                        => None\n        }\n      } catch {\n        case e: Exception => None\n      }\n\n    if (isList) {\n      var elements: Option[Vector[Option[Any]]] = None\n\n      def trySplitting(function: => Option[Vector[Option[Any]]]) = {\n        elements = try { function } catch { case e: Exception => None }\n      }\n\n      def stripBrackets = {\n        if (!value.startsWith(\"[\") || !value.endsWith(\"]\")) { throw new Exception() }\n        value.stripPrefix(\"[\").stripSuffix(\"]\").split(\",\").map(_.trim()).to[Vector]\n      }\n\n      def stripQuotes(x: String) = {\n        if (!x.startsWith(\"\\\"\") || !x.endsWith(\"\\\"\")) { throw new Exception() }\n        x.stripPrefix(\"\\\"\").stripSuffix(\"\\\"\")\n      }\n\n      def dateTimeList = { Some(stripBrackets.map(x => stripQuotes(x)).map(e => parseOne(e))) }\n      def stringList   = { Some(stripBrackets.map(x => stripQuotes(x)).map(e => parseOne(e))) }\n      def enumList     = { Some(stripBrackets.map(e => parseOne(e))) }\n      def otherList    = { Some(value.parseJson.asInstanceOf[JsArray].elements.map(e => parseOne(e.toString()))) }\n\n      if (value.replace(\" \", \"\") == \"[]\") {\n        return Some(value)\n      } else {\n        typeIdentifier match {\n          case TypeIdentifier.DateTime => trySplitting(dateTimeList)\n          case TypeIdentifier.String   => trySplitting(stringList)\n          case TypeIdentifier.Enum     => trySplitting(enumList)\n          case _                       => trySplitting(otherList)\n        }\n      }\n\n      if (elements.isEmpty || elements.get.exists(_.isEmpty)) {\n        None\n      } else {\n        Some(elements.map(_ collect { case Some(x) => x }))\n      }\n    } else {\n      parseOne(value)\n    }\n  }\n\n  def isValidScalarType(value: String, field: Field) = parseValueFromString(value, field.typeIdentifier, field.isList).isDefined\n\n  def parseTypeIdentifier(typeIdentifier: String) =\n    TypeIdentifier.values.map(_.toString).contains(typeIdentifier) match {\n      case true  => TypeIdentifier.withName(typeIdentifier)\n      case false => TypeIdentifier.Relation\n    }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/DatabaseMutationBuilder.scala","text":"<reponame>seanchambo\/prisma<filename>server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/DatabaseMutationBuilder.scala\npackage com.prisma.api.database\n\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.mutations.{CoolArgs, NodeSelector, ParentInfo}\nimport com.prisma.api.schema.GeneralError\nimport com.prisma.shared.models.TypeIdentifier.TypeIdentifier\nimport com.prisma.shared.models.{Model, Project, Relation, TypeIdentifier}\nimport cool.graph.cuid.Cuid\nimport slick.dbio.{DBIOAction, Effect, NoStream}\nimport slick.jdbc.MySQLProfile.api._\nimport slick.sql.{SqlAction, SqlStreamingAction}\n\nimport scala.collection.immutable.Seq\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject DatabaseMutationBuilder {\n\n  import SlickExtensions._\n\n  val implicitlyCreatedColumns = List(\"id\", \"createdAt\", \"updatedAt\")\n\n  \/\/CREATE\n\n  def createDataItem(projectId: String, modelName: String, args: CoolArgs): SqlStreamingAction[Vector[Int], Int, Effect]#ResultAction[Int, NoStream, Effect] = {\n\n    val escapedKeyValueTuples = args.raw.toList.map(x => (escapeKey(x._1), escapeUnsafeParam(x._2)))\n    val escapedKeys           = combineByComma(escapedKeyValueTuples.map(_._1))\n    val escapedValues         = combineByComma(escapedKeyValueTuples.map(_._2))\n    (sql\"insert into `#$projectId`.`#$modelName` (\" ++ escapedKeys ++ sql\") values (\" ++ escapedValues ++ sql\")\").asUpdate\n  }\n\n  def createDataItemIfUniqueDoesNotExist(projectId: String,\n                                         where: NodeSelector,\n                                         createArgs: CoolArgs): SqlStreamingAction[Vector[Int], Int, Effect]#ResultAction[Int, NoStream, Effect] = {\n    val escapedColumns = combineByComma(createArgs.raw.keys.map(escapeKey))\n    val insertValues   = combineByComma(createArgs.raw.values.map(escapeUnsafeParam))\n    (sql\"INSERT INTO `#${projectId}`.`#${where.model.name}` (\" ++ escapedColumns ++ sql\")\" ++\n      sql\"SELECT \" ++ insertValues ++\n      sql\"FROM DUAL\" ++\n      sql\"where not exists (select `id` from `#${projectId}`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue} limit 1);\").asUpdate\n  }\n\n  def createRelationRow(projectId: String,\n                        relationTableName: String,\n                        id: String,\n                        a: String,\n                        b: String): SqlStreamingAction[Vector[Int], Int, Effect]#ResultAction[Int, NoStream, Effect] = {\n\n    (sql\"insert into `#$projectId`.`#$relationTableName` (\" ++ combineByComma(List(sql\"`id`, `A`, `B`\")) ++ sql\") values (\" ++ combineByComma(\n      List(sql\"$id, $a, $b\")) ++ sql\") on duplicate key update id=id\").asUpdate\n  }\n\n  def createRelationRowByUniqueValueForChild(projectId: String, parentInfo: ParentInfo, where: NodeSelector): SqlAction[Int, NoStream, Effect] = {\n    val parentSide = parentInfo.field.relationSide.get\n    val childSide  = parentInfo.field.oppositeRelationSide.get\n    val relationId = Cuid.createCuid()\n    sqlu\"\"\"insert into `#$projectId`.`#${parentInfo.relation.id}` (`id`, `#$parentSide`, `#$childSide`)\n           Select '#$relationId', (select id from `#$projectId`.`#${parentInfo.model.name}` where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue}), `id`\n           FROM `#$projectId`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue} on duplicate key update `#$projectId`.`#${parentInfo.relation.id}`.id=`#$projectId`.`#${parentInfo.relation.id}`.id\"\"\"\n  }\n\n  \/\/UPDATE\n\n  def updateDataItems(projectId: String, model: Model, args: CoolArgs, whereFilter: DataItemFilterCollection) = {\n    val updateValues = combineByComma(args.raw.map { case (k, v) => escapeKey(k) ++ sql\" = \" ++ escapeUnsafeParam(v) })\n    val whereSql     = QueryArguments.generateFilterConditions(projectId, model.name, whereFilter)\n    (sql\"update `#${projectId}`.`#${model.name}`\" ++ sql\"set \" ++ updateValues ++ prefixIfNotNone(\"where\", whereSql)).asUpdate\n  }\n\n  def updateDataItemByUnique(projectId: String, where: NodeSelector, updateArgs: CoolArgs) = {\n    val updateValues = combineByComma(updateArgs.raw.map { case (k, v) => escapeKey(k) ++ sql\" = \" ++ escapeUnsafeParam(v) })\n    if (updateArgs.isNonEmpty) {\n      (sql\"update `#${projectId}`.`#${where.model.name}`\" ++\n        sql\"set \" ++ updateValues ++\n        sql\"where `#${where.field.name}` = ${where.fieldValue};\").asUpdate\n    } else {\n      DBIOAction.successful(())\n    }\n  }\n\n  \/\/UPSERT\n\n  def upsert(projectId: String,\n             where: NodeSelector,\n             createArgs: CoolArgs,\n             updateArgs: CoolArgs,\n             create: Vector[DBIOAction[Any, NoStream, Effect]],\n             update: Vector[DBIOAction[Any, NoStream, Effect]]) = {\n\n    val q       = DatabaseQueryBuilder.existsByWhere(projectId, where).as[Boolean]\n    val qInsert = DBIOAction.seq(createDataItemIfUniqueDoesNotExist(projectId, where, createArgs), DBIOAction.seq(create: _*))\n    val qUpdate = DBIOAction.seq(updateDataItemByUnique(projectId, where, updateArgs), DBIOAction.seq(update: _*))\n\n    ifThenElse(q, qUpdate, qInsert)\n  }\n\n  def upsertIfInRelationWith(\n      project: Project,\n      parentInfo: ParentInfo,\n      where: NodeSelector,\n      createWhere: NodeSelector,\n      createArgs: CoolArgs,\n      updateArgs: CoolArgs,\n      create: Vector[DBIOAction[Any, NoStream, Effect]],\n      update: Vector[DBIOAction[Any, NoStream, Effect]]\n  ) = {\n\n    val q       = DatabaseQueryBuilder.existsNodeIsInRelationshipWith(project, parentInfo, where).as[Boolean]\n    val qInsert = DBIOAction.seq(createDataItem(project.id, where.model.name, createArgs), DBIOAction.seq(create: _*))\n    val qUpdate = DBIOAction.seq(updateDataItemByUnique(project.id, where, updateArgs), DBIOAction.seq(update: _*))\n\n    ifThenElse(q, qUpdate, qInsert)\n  }\n\n  \/\/DELETE\n\n  def deleteDataItems(project: Project, model: Model, whereFilter: DataItemFilterCollection) = {\n    val whereSql = QueryArguments.generateFilterConditions(project.id, model.name, whereFilter)\n    (sql\"delete from `#${project.id}`.`#${model.name}`\" ++ prefixIfNotNone(\"where\", whereSql)).asUpdate\n  }\n\n  def deleteDataItemByUnique(projectId: String, where: NodeSelector) =\n    sqlu\"delete from `#$projectId`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue}\"\n\n  def deleteRelayIds(project: Project, model: Model, whereFilter: DataItemFilterCollection) = {\n    val whereSql = QueryArguments.generateFilterConditions(project.id, model.name, whereFilter)\n    (sql\"DELETE FROM `#${project.id}`.`_RelayId`\" ++\n      (sql\"WHERE `id` IN (\" ++\n        sql\"SELECT `id`\" ++\n        sql\"FROM `#${project.id}`.`#${model.name}`\" ++\n        prefixIfNotNone(\"where\", whereSql) ++ sql\")\")).asUpdate\n  }\n\n  def deleteRelayRowByUnique(projectId: String, where: NodeSelector) =\n    sqlu\"delete from `#$projectId`.`_RelayId` where `id` = (select id from `#$projectId`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue})\"\n\n  def deleteRelationRowByParent(projectId: String, parentInfo: ParentInfo) = {\n\n    (sql\"delete from `#$projectId`.`#${parentInfo.relation.id}` \" ++\n      sql\"where `#${parentInfo.field.relationSide.get}` = (select id from `#$projectId`.`#${parentInfo.where.model.name}` \" ++\n      sql\"where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue})\").asUpdate\n  }\n\n  def deleteRelationRowByChild(projectId: String, relation: Relation, where: NodeSelector) = {\n\n    (sql\"delete from `#$projectId`.`#${relation.id}` \" ++\n      sql\"where `#${relation.sideOf(where.model)}` = (select id from `#$projectId`.`#${where.model.name}` \" ++\n      sql\"where `#${where.field.name}` = ${where.fieldValue})\").asUpdate\n  }\n\n  def deleteRelationRowByParentAndChild(projectId: String, parentInfo: ParentInfo, where: NodeSelector) = {\n\n    (sql\"delete from `#$projectId`.`#${parentInfo.relation.id}` \" ++\n      sql\"where \" ++\n      sql\"`#${parentInfo.field.oppositeRelationSide.get}` = (select id from `#$projectId`.`#${where.model.name}` \" ++\n      sql\"where `#${where.field.name}` = ${where.fieldValue})\" ++\n      sql\" AND `#${parentInfo.field.relationSide.get}` = (select id from `#$projectId`.`#${parentInfo.where.model.name}` \" ++\n      sql\"where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue})\").asUpdate\n  }\n\n  \/\/SCALAR LISTS\n\n  def setScalarList(projectId: String, where: NodeSelector, fieldName: String, values: Vector[Any]) = {\n    \/\/ todo we could save a query on ID NodeSelectors\n    val escapedValueTuples = for {\n      (escapedValue, position) <- values.map(escapeUnsafeParam).zip((1 to values.length).map(_ * 1000))\n    } yield {\n      sql\"(@nodeId, $position, \" ++ escapedValue ++ sql\")\"\n    }\n\n    DBIO.seq(\n      sqlu\"\"\"set @nodeId := (select id from `#$projectId`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue})\"\"\",\n      sqlu\"\"\"delete from `#$projectId`.`#${where.model.name}_#${fieldName}` where nodeId = @nodeId\"\"\",\n      (sql\"insert into `#$projectId`.`#${where.model.name}_#${fieldName}` (`nodeId`, `position`, `value`) values \" concat combineByComma(escapedValueTuples)).asUpdate\n    )\n\n  }\n\n  def setScalarListToEmpty(projectId: String, where: NodeSelector, fieldName: String) = {\n    sql\"DELETE FROM `#$projectId`.`#${where.model.name}_#${fieldName}` WHERE `nodeId` = (select id from `#$projectId`.`#${where.model.name}` where `#${where.field.name}` = ${where.fieldValue})\".asUpdate\n  }\n\n  def pushScalarList(projectId: String, modelName: String, fieldName: String, nodeId: String, values: Vector[Any]): DBIOAction[Int, NoStream, Effect] = {\n\n    val escapedValueTuples = for {\n      (escapedValue, position) <- values.map(escapeUnsafeParam).zip((1 to values.length).map(_ * 1000))\n    } yield {\n      sql\"($nodeId, @baseline + $position, \" ++ escapedValue ++ sql\")\"\n    }\n\n    DBIO\n      .sequence(\n        List(\n          sqlu\"\"\"set @baseline := ifnull((select max(position) from `#$projectId`.`#${modelName}_#${fieldName}` where nodeId = $nodeId), 0) + 1000\"\"\",\n          (sql\"insert into `#$projectId`.`#${modelName}_#${fieldName}` (`nodeId`, `position`, `value`) values \" ++ combineByComma(escapedValueTuples)).asUpdate\n        ))\n      .map(_.last)\n  }\n\n  \/\/TRANSACTIONAL FAILURE TRIGGERS\n\n  def whereFailureTrigger(project: Project, where: NodeSelector) = {\n    (sql\"select case\" ++\n      sql\"when exists\" ++\n      sql\"(select *\" ++\n      sql\"from `#${project.id}`.`#${where.model.name}`\" ++\n      sql\"where `#${where.field.name}` = ${where.fieldValue})\" ++\n      sql\"then 1\" ++\n      sql\"else (select COLUMN_NAME\" ++\n      sql\"from information_schema.columns\" ++\n      sql\"where table_schema = ${project.id} AND TABLE_NAME = ${where.model.name})end;\").as[Int]\n  }\n\n  def connectionFailureTrigger(project: Project, parentInfo: ParentInfo, where: NodeSelector) = {\n    val childSide  = parentInfo.relation.sideOf(where.model)\n    val parentSide = parentInfo.relation.sideOf(parentInfo.model)\n\n    (sql\"select case\" ++\n      sql\"when exists\" ++\n      sql\"(select *\" ++\n      sql\"from `#${project.id}`.`#${parentInfo.relation.id}`\" ++\n      sql\"where `#$childSide` = (Select `id` from `#${project.id}`.`#${where.model.name}`where `#${where.field.name}` = ${where.fieldValue})\" ++\n      sql\"AND `#$parentSide` = (Select `id` from `#${project.id}`.`#${parentInfo.model.name}`where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue}))\" ++\n      sql\"then 1\" ++\n      sql\"else (select COLUMN_NAME\" ++\n      sql\"from information_schema.columns\" ++\n      sql\"where table_schema = ${project.id} AND TABLE_NAME = ${parentInfo.relation.id})end;\").as[Int]\n  }\n\n  def oldParentFailureTriggerForRequiredRelations(project: Project, relation: Relation, where: NodeSelector) = {\n    val childSide = relation.sideOf(where.model)\n\n    (sql\"select case\" ++\n      sql\"when not exists\" ++\n      sql\"(select *\" ++\n      sql\"from `#${project.id}`.`#${relation.id}`\" ++\n      sql\"where `#$childSide` = (Select `id` from `#${project.id}`.`#${where.model.name}`where `#${where.field.name}` = ${where.fieldValue}))\" ++\n      sql\"then 1\" ++\n      sql\"else (select COLUMN_NAME\" ++\n      sql\"from information_schema.columns\" ++\n      sql\"where table_schema = ${project.id} AND TABLE_NAME = ${relation.id})end;\").as[Int]\n  }\n\n  def oldChildFailureTriggerForRequiredRelations(project: Project, parentInfo: ParentInfo) = {\n    val parentSide = parentInfo.relation.sideOf(parentInfo.model)\n\n    (sql\"select case\" ++\n      sql\"when not exists\" ++\n      sql\"(select *\" ++\n      sql\"from `#${project.id}`.`#${parentInfo.relation.id}`\" ++\n      sql\"where `#$parentSide` = (Select `id` from `#${project.id}`.`#${parentInfo.where.model.name}`where `#${parentInfo.where.field.name}` = ${parentInfo.where.fieldValue}))\" ++\n      sql\"then 1\" ++\n      sql\"else (select COLUMN_NAME\" ++\n      sql\"from information_schema.columns\" ++\n      sql\"where table_schema = ${project.id} AND TABLE_NAME = ${parentInfo.relation.id})end;\").as[Int]\n  }\n\n  \/\/ Control Flow\n\n  def ifThenElse(condition: SqlStreamingAction[Vector[Boolean], Boolean, Effect],\n                 thenMutactions: DBIOAction[Unit, NoStream, Effect],\n                 elseMutactions: DBIOAction[Unit, NoStream, Effect]) = {\n    import scala.concurrent.ExecutionContext.Implicits.global\n    for {\n      exists <- condition\n      action <- if (exists.head) thenMutactions else elseMutactions\n    } yield action\n  }\n\n  def ifThenElseError(condition: SqlStreamingAction[Vector[Boolean], Boolean, Effect],\n                      thenMutactions: DBIOAction[Unit, NoStream, Effect],\n                      elseError: GeneralError) = {\n    import scala.concurrent.ExecutionContext.Implicits.global\n    for {\n      exists <- condition\n      action <- if (exists.head) thenMutactions else throw elseError\n    } yield action\n  }\n\n  \/\/RESET DATA\n\n  \/\/only use transactionally in this order\n  def disableForeignKeyConstraintChecks                   = sqlu\"SET FOREIGN_KEY_CHECKS=0\"\n  def truncateTable(projectId: String, tableName: String) = sqlu\"TRUNCATE TABLE `#$projectId`.`#$tableName`\"\n  def enableForeignKeyConstraintChecks                    = sqlu\"SET FOREIGN_KEY_CHECKS=1\"\n\n  \/\/ note: utf8mb4 requires up to 4 bytes per character and includes full utf8 support, including emoticons\n  \/\/ utf8 requires up to 3 bytes per character and does not have full utf8 support.\n  \/\/ mysql indexes have a max size of 767 bytes or 191 utf8mb4 characters.\n  \/\/ We limit enums to 191, and create text indexes over the first 191 characters of the string, but\n  \/\/ allow the actual content to be much larger.\n  \/\/ Key columns are utf8_general_ci as this collation is ~10% faster when sorting and requires less memory\n  def sqlTypeForScalarTypeIdentifier(isList: Boolean, typeIdentifier: TypeIdentifier): String = {\n    if (isList) return \"mediumtext\"\n\n    typeIdentifier match {\n      case TypeIdentifier.String    => \"mediumtext\"\n      case TypeIdentifier.Boolean   => \"boolean\"\n      case TypeIdentifier.Int       => \"int\"\n      case TypeIdentifier.Float     => \"Decimal(65,30)\"\n      case TypeIdentifier.GraphQLID => \"char(25)\"\n      case TypeIdentifier.Enum      => \"varchar(191)\"\n      case TypeIdentifier.Json      => \"mediumtext\"\n      case TypeIdentifier.DateTime  => \"datetime(3)\"\n      case TypeIdentifier.Relation  => sys.error(\"Relation is not a scalar type. Are you trying to create a db column for a relation?\")\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/websocket\/metrics\/SubscriptionWebsocketMetrics.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.websocket.metrics\n\nimport com.prisma.errors.BugsnagErrorReporter\nimport com.prisma.metrics.MetricsManager\nimport com.prisma.profiling.MemoryProfiler\n\nobject SubscriptionWebsocketMetrics extends MetricsManager(BugsnagErrorReporter(sys.env.getOrElse(\"BUGSNAG_API_KEY\", \"\"))) {\n  MemoryProfiler.schedule(this)\n\n  override def serviceName = \"SubscriptionWebsocketService\"\n\n  val activeWsConnections              = defineGauge(\"activeWsConnections\")\n  val incomingWebsocketMessageRate     = defineCounter(\"incomingWebsocketMessageRate\")\n  val outgoingWebsocketMessageRate     = defineCounter(\"outgoingWebsocketMessageRate\")\n  val incomingResponseQueueMessageRate = defineCounter(\"incomingResponseQueueMessageRate\")\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DeleteRelationMutaction.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport java.sql.SQLException\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.NodeSelector\nimport com.prisma.api.schema.APIErrors.RequiredRelationWouldBeViolated\nimport com.prisma.gc_values._\nimport com.prisma.shared.models.{Field, Project, Relation}\nimport slick.dbio.DBIOAction\n\nimport scala.concurrent.Future\n\ncase class DeleteRelationMutaction(project: Project, where: NodeSelector) extends ClientSqlDataChangeMutaction {\n\n  val relationsWhereThisIsRequired    = where.model.relationFields.filter(otherSideIsRequired).map(_.relation.get)\n  val relationsWhereThisIsNotRequired = where.model.relationFields.filter(otherSideIsNotRequired).map(_.relation.get)\n\n  val requiredCheck =\n    relationsWhereThisIsRequired.map(relation => DatabaseMutationBuilder.oldParentFailureTriggerForRequiredRelations(project, relation, where))\n\n  val removalActions = relationsWhereThisIsNotRequired.map(relation => DatabaseMutationBuilder.deleteRelationRowByChild(project.id, relation, where))\n\n  val addAction = List.empty\n\n  override def execute = {\n    val allActions = requiredCheck ++ removalActions ++ addAction\n    Future.successful(ClientSqlStatementResult(DBIOAction.seq(allActions: _*)))\n  }\n\n  override def handleErrors = {\n    Some({\n      case e: SQLException if e.getErrorCode == 1242 && otherFailingRequiredRelationOnChild(e.getCause.toString).isDefined =>\n        throw RequiredRelationWouldBeViolated(project, otherFailingRequiredRelationOnChild(e.getCause.toString).get)\n    })\n  }\n\n  def otherFailingRequiredRelationOnChild(cause: String): Option[Relation] = relationsWhereThisIsRequired.collectFirst {\n    case x if causedByThisMutactionChildOnly(x, cause) => x\n  }\n\n  def causedByThisMutactionChildOnly(relation: Relation, cause: String) = {\n    val parentCheckString = s\"`${relation.id}` where `${relation.sideOf(where.model)}` =\"\n\n    cause.contains(parentCheckString) && cause.contains(parameterString(where))\n  }\n\n  def parameterString(where: NodeSelector) = where.fieldValue match {\n    case StringGCValue(x)      => s\"parameters ['$x',\"\n    case IntGCValue(x)         => s\"parameters [$x,\"\n    case FloatGCValue(x)       => s\"parameters [$x,\"\n    case BooleanGCValue(false) => s\"parameters [0,\"\n    case BooleanGCValue(true)  => s\"parameters [1,\"\n    case GraphQLIdGCValue(x)   => s\"parameters ['$x',\"\n    case EnumGCValue(x)        => s\"parameters ['$x',\"\n    case DateTimeGCValue(x)    => throw sys.error(\"Implement DateTime\") \/\/ todo\n    case JsonGCValue(x)        => s\"parameters ['$x',\"\n    case ListGCValue(_)        => sys.error(\"Not an acceptable Where\")\n    case RootGCValue(_)        => sys.error(\"Not an acceptable Where\")\n    case NullGCValue           => sys.error(\"Not an acceptable Where\")\n  }\n\n  def otherSideIsRequired(field: Field): Boolean = field.relatedField(project.schema) match {\n    case Some(f) if f.isRequired => true\n    case Some(f)                 => false\n    case None                    => false\n  }\n\n  def otherSideIsNotRequired(field: Field): Boolean = !otherSideIsRequired(field)\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/schema\/ObjectTypeBuilder.scala","text":"package com.prisma.api.schema\n\nimport com.prisma.api.schema.CustomScalarTypes.{DateTimeType, JsonType}\nimport com.prisma.api.database._\nimport com.prisma.api.database.DeferredTypes._\nimport com.prisma.api.database.Types.DataItemFilterCollection\nimport com.prisma.api.mutations.BatchPayload\nimport com.prisma.shared.models\nimport com.prisma.shared.models.{Field, Model, TypeIdentifier}\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.joda.time.format.DateTimeFormat\nimport sangria.schema.{Field => SangriaField, _}\nimport spray.json.DefaultJsonProtocol._\nimport spray.json.{JsValue, _}\n\nimport scala.util.{Failure, Success, Try}\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass ObjectTypeBuilder(\n    project: models.Project,\n    nodeInterface: Option[InterfaceType[ApiUserContext, DataItem]] = None,\n    withRelations: Boolean = true,\n    onlyId: Boolean = false\n) {\n  val batchPayloadType: ObjectType[ApiUserContext, BatchPayload] = ObjectType(\n    name = \"BatchPayload\",\n    description = \"\",\n    fieldsFn = () => {\n      List(\n        SangriaField(\n          \"count\",\n          fieldType = LongType,\n          description = Some(\"The number of nodes that have been affected by the Batch operation.\"),\n          resolve = (ctx: Context[ApiUserContext, BatchPayload]) => { ctx.value.count }\n        )\n      )\n    }\n  )\n\n  val modelObjectTypes: Map[String, ObjectType[ApiUserContext, DataItem]] = project.models.map(model => (model.name, modelToObjectType(model))).toMap\n\n  val modelConnectionTypes: Map[String, ObjectType[ApiUserContext, IdBasedConnection[DataItem]]] =\n    project.models.map(model => (model.name, modelToConnectionType(model).connectionType)).toMap\n\n  def modelToConnectionType(model: Model): IdBasedConnectionDefinition[ApiUserContext, IdBasedConnection[DataItem], DataItem] = {\n    IdBasedConnection.definition[ApiUserContext, IdBasedConnection, DataItem](\n      name = model.name,\n      nodeType = modelObjectTypes(model.name),\n      connectionFields = {\n\n        List(\n          SangriaField(\n            \"aggregate\",\n            aggregateTypeForModel(model),\n            resolve = (ctx: Context[ApiUserContext, IdBasedConnection[DataItem]]) => {\n              val emptyQueryArguments = QueryArguments(None, None, None, None, None, None, None)\n              ctx.value.parent.args.getOrElse(emptyQueryArguments)\n            }\n          )\n        )\n      }\n    )\n  }\n\n  def aggregateTypeForModel(model: models.Model): ObjectType[ApiUserContext, QueryArguments] = {\n    ObjectType(\n      name = s\"Aggregate${model.name}\",\n      fields = List(\n        SangriaField(\n          \"count\",\n          IntType,\n          resolve = (ctx: Context[ApiUserContext, QueryArguments]) => CountManyModelDeferred(model, Some(ctx.value))\n        )\n      )\n    )\n  }\n\n  protected def modelToObjectType(model: models.Model): ObjectType[ApiUserContext, DataItem] = {\n    new ObjectType(\n      name = model.name,\n      description = model.description,\n      fieldsFn = () => {\n        model.fields\n          .filter(_.isVisible)\n          .filter(field =>\n            field.isScalar match {\n              case true  => true\n              case false => withRelations\n          })\n          .map(mapClientField(model))\n      },\n      interfaces = {\n        if (model.hasVisibleIdField) {\n          nodeInterface.toList\n        } else {\n          List.empty\n        }\n      },\n      instanceCheck = (value: Any, valClass: Class[_], tpe: ObjectType[ApiUserContext, _]) =>\n        value match {\n          case DataItem(_, _, Some(tpe.name)) => true\n          case DataItem(_, _, Some(_))        => false\n          case _                              => valClass.isAssignableFrom(value.getClass)\n      },\n      astDirectives = Vector.empty\n    )\n  }\n\n  def mapClientField(model: models.Model)(field: models.Field): SangriaField[ApiUserContext, DataItem] = SangriaField(\n    field.name,\n    fieldType = mapToOutputType(Some(model), field),\n    description = field.description,\n    arguments = mapToListConnectionArguments(model, field),\n    resolve = (ctx: Context[ApiUserContext, DataItem]) => { mapToOutputResolve(model, field)(ctx) },\n    tags = List()\n  )\n\n  def mapToOutputType(model: Option[models.Model], field: models.Field): OutputType[Any] = {\n    var outputType: OutputType[Any] = field.typeIdentifier match {\n      case TypeIdentifier.String    => StringType\n      case TypeIdentifier.Int       => IntType\n      case TypeIdentifier.Float     => FloatType\n      case TypeIdentifier.Boolean   => BooleanType\n      case TypeIdentifier.GraphQLID => IDType\n      case TypeIdentifier.DateTime  => DateTimeType\n      case TypeIdentifier.Json      => JsonType\n      case TypeIdentifier.Enum      => SchemaBuilderUtils.mapEnumFieldToInputType(field)\n      case TypeIdentifier.Relation  => resolveConnection(field)\n    }\n\n    if (field.isScalar && field.isList) {\n      outputType = ListType(outputType)\n    }\n\n    if (!field.isRequired) {\n      outputType = OptionType(outputType)\n    }\n\n    outputType\n  }\n\n  def resolveConnection(field: Field): OutputType[Any] = {\n    field.isList match {\n      case true  => ListType(modelObjectTypes(field.relatedModel(project.schema).get.name))\n      case false => modelObjectTypes(field.relatedModel_!(project.schema).name)\n    }\n  }\n\n  def mapToListConnectionArguments(model: models.Model, field: models.Field): List[Argument[Option[Any]]] = {\n    (field.isHidden, field.isScalar, field.isList) match {\n      case (true, _, _)      => List()\n      case (_, true, _)      => List()\n      case (_, false, true)  => mapToListConnectionArguments(field.relatedModel(project.schema).get)\n      case (_, false, false) => mapToSingleConnectionArguments(field.relatedModel(project.schema).get)\n    }\n  }\n\n  def mapToListConnectionArguments(model: Model): List[Argument[Option[Any]]] = {\n    import SangriaQueryArguments._\n    val skipArgument = Argument(\"skip\", OptionInputType(IntType))\n\n    List(\n      whereArgument(model, project),\n      orderByArgument(model).asInstanceOf[Argument[Option[Any]]],\n      skipArgument.asInstanceOf[Argument[Option[Any]]],\n      IdBasedConnection.Args.After.asInstanceOf[Argument[Option[Any]]],\n      IdBasedConnection.Args.Before.asInstanceOf[Argument[Option[Any]]],\n      IdBasedConnection.Args.First.asInstanceOf[Argument[Option[Any]]],\n      IdBasedConnection.Args.Last.asInstanceOf[Argument[Option[Any]]]\n    )\n  }\n\n  def mapToUniqueArguments(model: models.Model): List[Argument[_]] = {\n    import com.prisma.util.coolSangria.FromInputImplicit.DefaultScalaResultMarshaller\n\n    model.scalarNonListFields\n      .filter(_.isUnique)\n      .map(field => Argument(field.name, SchemaBuilderUtils.mapToOptionalInputType(field), description = field.description.getOrElse(\"\")))\n  }\n\n  def mapToSingleConnectionArguments(model: Model): List[Argument[Option[Any]]] = {\n    import SangriaQueryArguments._\n\n    List(whereArgument(model, project))\n  }\n\n  def generateFilterElement(input: Map[String, Any], model: Model, isSubscriptionFilter: Boolean = false): DataItemFilterCollection = {\n    val filterArguments = new FilterArguments(model, isSubscriptionFilter)\n\n    input\n      .map {\n        case (key, value) =>\n          val FieldFilterTuple(field, filter) = filterArguments.lookup(key)\n          value match {\n            case value: Map[_, _] =>\n              val typedValue = value.asInstanceOf[Map[String, Any]]\n              if (List(\"AND\", \"OR\").contains(key) || (isSubscriptionFilter && key == \"node\")) {\n                generateFilterElement(typedValue, model, isSubscriptionFilter)\n              } else {\n                \/\/ this must be a relation filter\n                FilterElement(\n                  key,\n                  null,\n                  field,\n                  filter.name,\n                  Some(\n                    FilterElementRelation(\n                      fromModel = model,\n                      toModel = field.get.relatedModel(project.schema).get,\n                      relation = field.get.relation.get,\n                      filter = generateFilterElement(typedValue, field.get.relatedModel(project.schema).get, isSubscriptionFilter)\n                    ))\n                )\n              }\n\n            case value: Seq[Any] if value.nonEmpty && value.head.isInstanceOf[Map[_, _]] =>\n              FilterElement(key, value.asInstanceOf[Seq[Map[String, Any]]].map(generateFilterElement(_, model, isSubscriptionFilter)), None, filter.name)\n\n            case value: Seq[Any] =>\n              FilterElement(key, value, field, filter.name)\n\n            case Some(filterValue) =>\n              FilterElement(key, filterValue, field, filter.name)\n\n            case _ =>\n              FilterElement(key, value, field, filter.name)\n          }\n      }\n      .toList\n      .asInstanceOf[DataItemFilterCollection]\n  }\n\n  def extractQueryArgumentsFromContext(model: Model, ctx: Context[ApiUserContext, Unit]): Option[QueryArguments] = {\n    extractQueryArgumentsFromContext(model, ctx, isSubscriptionFilter = false)\n  }\n\n  def extractQueryArgumentsFromContextForSubscription(model: Model, ctx: Context[_, Unit]): Option[QueryArguments] = {\n    extractQueryArgumentsFromContext(model, ctx, isSubscriptionFilter = true)\n  }\n\n  private def extractQueryArgumentsFromContext(model: Model, ctx: Context[_, Unit], isSubscriptionFilter: Boolean): Option[QueryArguments] = {\n    val rawFilterOpt: Option[Map[String, Any]] = ctx.argOpt[Map[String, Any]](\"where\")\n    val filterOpt                              = rawFilterOpt.map(generateFilterElement(_, model, isSubscriptionFilter))\n    val skipOpt                                = ctx.argOpt[Int](\"skip\")\n    val orderByOpt                             = ctx.argOpt[OrderBy](\"orderBy\")\n    val afterOpt                               = ctx.argOpt[String](IdBasedConnection.Args.After.name)\n    val beforeOpt                              = ctx.argOpt[String](IdBasedConnection.Args.Before.name)\n    val firstOpt                               = ctx.argOpt[Int](IdBasedConnection.Args.First.name)\n    val lastOpt                                = ctx.argOpt[Int](IdBasedConnection.Args.Last.name)\n\n    Some(SangriaQueryArguments.createSimpleQueryArguments(skipOpt, afterOpt, firstOpt, beforeOpt, lastOpt, filterOpt, orderByOpt))\n  }\n\n  def extractRequiredFilterFromContext(model: Model, ctx: Context[ApiUserContext, Unit]): Types.DataItemFilterCollection = {\n    val rawFilter = ctx.arg[Map[String, Any]](\"where\")\n    generateFilterElement(rawFilter, model, isSubscriptionFilter = false)\n  }\n\n  def extractUniqueArgument(model: models.Model, ctx: Context[ApiUserContext, Unit]): Argument[_] = {\n\n    import com.prisma.util.coolSangria.FromInputImplicit.DefaultScalaResultMarshaller\n\n    val args = model.scalarNonListFields\n      .filter(_.isUnique)\n      .map(field => Argument(field.name, SchemaBuilderUtils.mapToOptionalInputType(field), description = field.description.getOrElse(\"\")))\n\n    val arg = args.find(a => ctx.args.argOpt(a.name).isDefined) match {\n      case Some(value) => value\n      case None        => ??? \/\/throw UserAPIErrors.GraphQLArgumentsException(s\"None of the following arguments provided: ${args.map(_.name)}\")\n    }\n\n    arg\n  }\n\n  def mapToOutputResolve[C <: ApiUserContext](model: models.Model, field: models.Field)(ctx: Context[C, DataItem]): sangria.schema.Action[ApiUserContext, _] = {\n\n    val item: DataItem = unwrapDataItemFromContext(ctx)\n\n    if (!field.isScalar) {\n      val arguments = extractQueryArgumentsFromContext(field.relatedModel(project.schema).get, ctx.asInstanceOf[Context[ApiUserContext, Unit]])\n\n      if (field.isList) {\n        DeferredValue(\n          ToManyDeferred(\n            field,\n            item.id,\n            arguments\n          )).map(_.toNodes)\n      } else {\n        ToOneDeferred(field, item.id, arguments)\n      }\n\n    } else {\n      if (field.isList) {\n        ScalarListDeferred(model, field, item.id)\n      } else {\n        ObjectTypeBuilder.convertScalarFieldValueFromDatabase(field, item)\n      }\n    }\n  }\n\n  def unwrapDataItemFromContext[C <: ApiUserContext](ctx: Context[C, DataItem]) = {\n    \/\/ note: ctx.value is sometimes of type Some[DataItem] at runtime even though the type is DataItem\n    \/\/metacounts of relations being required or not is one cause see RequiredRelationMetaQueriesSpec\n    \/\/ todo: figure out why and fix issue at source\n    ctx.value.asInstanceOf[Any] match {\n      case Some(x: DataItem) => x\n      case x: DataItem       => x\n      case None              => throw new Exception(\"Resolved DataItem was None. This is unexpected - please investigate why and fix.\")\n    }\n  }\n}\n\nobject ObjectTypeBuilder {\n\n  \/\/ todo: this entire thing should rely on GraphcoolDataTypes instead\n  def convertScalarFieldValueFromDatabase(field: models.Field, item: DataItem): Any = {\n    field.name match {\n      case \"id\" =>\n        item.id.trim\n\n      case _ =>\n        (item(field.name), field.isList) match {\n          case (None, _) =>\n            if (field.isRequired) {\n              \/\/ todo: handle this case\n            }\n            None\n\n          case (Some(value), true) =>\n            def mapTo[T](value: Any, convert: JsValue => T): Seq[T] = {\n              value match {\n                case x: String =>\n                  Try {\n                    x.parseJson.asInstanceOf[JsArray].elements.map(convert)\n                  } match {\n                    case Success(x) => x\n                    case Failure(e) => e.printStackTrace(); Vector.empty\n                  }\n\n                case x: Vector[_] =>\n                  x.map(_.asInstanceOf[T])\n              }\n            }\n\n            field.typeIdentifier match {\n              case TypeIdentifier.String    => mapTo(value, x => x.convertTo[String])\n              case TypeIdentifier.Int       => mapTo(value, x => x.convertTo[Int])\n              case TypeIdentifier.Float     => mapTo(value, x => x.convertTo[Double])\n              case TypeIdentifier.Boolean   => mapTo(value, x => x.convertTo[Boolean])\n              case TypeIdentifier.GraphQLID => mapTo(value, x => x.convertTo[String])\n\n              case TypeIdentifier.DateTime => mapTo(value, x => new DateTime(x.convertTo[String], DateTimeZone.UTC))\n              case TypeIdentifier.Enum     => mapTo(value, x => x.convertTo[String])\n              case TypeIdentifier.Json     => mapTo(value, x => x.convertTo[JsValue])\n            }\n\n          case (Some(value), false) =>\n            def mapTo[T](value: Any) = value.asInstanceOf[T]\n\n            field.typeIdentifier match {\n              case TypeIdentifier.String    => mapTo[String](value)\n              case TypeIdentifier.Int       => mapTo[Int](value)\n              case TypeIdentifier.Float     => mapTo[Double](value)\n              case TypeIdentifier.Boolean   => mapTo[Boolean](value)\n              case TypeIdentifier.GraphQLID => mapTo[String](value)\n              case TypeIdentifier.DateTime =>\n                value.isInstanceOf[DateTime] match {\n                  case true => value\n                  case false =>\n                    value.isInstanceOf[java.sql.Timestamp] match {\n                      case true =>\n                        DateTime.parse(value.asInstanceOf[java.sql.Timestamp].toString,\n                                       DateTimeFormat\n                                         .forPattern(\"yyyy-MM-dd HH:mm:ss.SSS\")\n                                         .withZoneUTC())\n                      case false => new DateTime(value.asInstanceOf[String], DateTimeZone.UTC)\n                    }\n                }\n              case TypeIdentifier.Enum => mapTo[String](value)\n              case TypeIdentifier.Json => mapTo[JsValue](value)\n            }\n        }\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/server\/RequestHandler.scala","text":"package com.prisma.api.server\n\nimport akka.http.scaladsl.model.StatusCodes.OK\nimport akka.http.scaladsl.model._\nimport com.prisma.errors.{ErrorReporter, ProjectMetadata}\nimport com.prisma.api.ApiDependencies\nimport com.prisma.api.database.DataResolver\nimport com.prisma.api.database.import_export.{BulkExport, BulkImport}\nimport com.prisma.api.project.ProjectFetcher\nimport com.prisma.api.schema.APIErrors.InvalidToken\nimport com.prisma.api.schema._\nimport com.prisma.auth.Auth\nimport com.prisma.client.server.GraphQlRequestHandler\nimport com.prisma.shared.models.{Project, ProjectWithClientId}\nimport com.prisma.utils.`try`.TryExtensions._\nimport sangria.schema.Schema\nimport spray.json.{JsObject, JsString, JsValue}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Failure\n\ncase class RequestHandler(\n    projectFetcher: ProjectFetcher,\n    schemaBuilder: SchemaBuilder,\n    graphQlRequestHandler: GraphQlRequestHandler,\n    auth: Auth,\n    log: Function[String, Unit]\n)(implicit reporter: ErrorReporter, ec: ExecutionContext, apiDependencies: ApiDependencies) {\n\n  def handleRawRequestForPublicApi(\n      projectId: String,\n      rawRequest: RawRequest\n  ): Future[(StatusCode, JsValue)] = {\n    handleRawRequestWithSchemaBuilder(projectId, rawRequest) { project =>\n      schemaBuilder(project)\n    }\n  }\n\n  def handleRawRequestForPrivateApi(projectId: String, rawRequest: RawRequest): Future[(StatusCode, JsValue)] = {\n    handleRawRequestWithSchemaBuilder(projectId, rawRequest) { project =>\n      PrivateSchemaBuilder(project)(apiDependencies, apiDependencies.system).build()\n    }\n  }\n\n  def handleRawRequestWithSchemaBuilder(projectId: String, rawRequest: RawRequest)(schemaBuilderFn: Project => Schema[ApiUserContext, Unit]) = {\n    handleRawRequest(projectId, rawRequest) { project =>\n      for {\n        graphQlRequest <- rawRequest.toGraphQlRequest(project, schema = schemaBuilderFn(project)).toFuture\n        result         <- handleGraphQlRequest(graphQlRequest)\n      } yield result\n    }.recoverWith {\n      case e: InvalidGraphQlRequest => Future.successful(OK -> JsObject(\"error\" -> JsString(e.underlying.getMessage)))\n    }\n  }\n\n  def handleRawRequestForImport(projectId: String, rawRequest: RawRequest): Future[(StatusCode, JsValue)] = {\n    handleRawRequest(projectId, rawRequest) { project =>\n      val importer = new BulkImport(project)\n      importer.executeImport(rawRequest.json).map(x => (200, x))\n    }\n  }\n\n  def handleRawRequestForExport(projectId: String, rawRequest: RawRequest): Future[(StatusCode, JsValue)] = {\n    handleRawRequest(projectId, rawRequest) { project =>\n      val resolver = DataResolver(project = project)\n      val exporter = new BulkExport(project)\n      exporter.executeExport(resolver, rawRequest.json).map(x => (200, x))\n    }\n  }\n\n  def handleRawRequest(\n      projectId: String,\n      rawRequest: RawRequest,\n  )(\n      fn: Project => Future[(StatusCode, JsValue)]\n  ): Future[(StatusCode, JsValue)] = {\n    for {\n      projectWithClientId <- fetchProject(projectId)\n      _                   <- verifyAuth(projectWithClientId.project, rawRequest)\n      result              <- fn(projectWithClientId.project)\n    } yield result\n  }\n\n  def verifyAuth(project: Project, rawRequest: RawRequest): Future[Unit] = {\n    val authResult = auth.verify(project.secrets, rawRequest.authorizationHeader)\n    if (authResult.isSuccess) Future.unit else Future.failed(InvalidToken())\n  }\n\n  def handleGraphQlRequest(graphQlRequest: GraphQlRequest): Future[(StatusCode, JsValue)] = {\n    graphQlRequestHandler.handle(graphQlRequest)\n  }\n\n  def fetchProject(projectId: String): Future[ProjectWithClientId] = {\n    val result = projectFetcher.fetch(projectIdOrAlias = projectId)\n\n    result.onComplete {\n      case Failure(t) => reporter.report(t, ProjectMetadata(projectId))\n      case _          =>\n    }\n\n    result map {\n      case None         => throw APIErrors.ProjectNotFound(projectId)\n      case Some(schema) => schema\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/message-bus\/src\/main\/scala\/com\/prisma\/messagebus\/queue\/rabbit\/RabbitQueue.scala","text":"<gh_stars>1-10\npackage com.prisma.messagebus.queue.rabbit\n\nimport com.prisma.errors.ErrorReporter\nimport com.prisma.messagebus.Conversions.{ByteMarshaller, ByteUnmarshaller}\nimport com.prisma.messagebus.QueueConsumer.ConsumeFn\nimport com.prisma.messagebus.{ConsumerRef, Queue}\nimport com.prisma.messagebus.queue.{BackoffStrategy, LinearBackoff}\nimport com.prisma.messagebus.utils.RabbitUtils\nimport com.prisma.rabbit.Consumer\nimport com.prisma.rabbit.Import.{Exchange, Queue => RMQueue}\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\ncase class RabbitQueue[T](\n    amqpUri: String,\n    exchangeName: String,\n    backoff: BackoffStrategy,\n    durableExchange: Boolean = false,\n    exchangeConcurrency: Int = 1,\n    workerConcurrency: Int = 1\n)(\n    implicit reporter: ErrorReporter,\n    marshaller: ByteMarshaller[T],\n    unmarshaller: ByteUnmarshaller[T]\n) extends Queue[T] {\n\n  val exchange: Exchange                 = RabbitUtils.declareExchange(amqpUri, exchangeName, exchangeConcurrency, durableExchange)\n  val publisher: RabbitQueuePublisher[T] = RabbitQueuePublisher[T](exchange)\n  val consumer: RabbitQueueConsumer[T]   = RabbitQueueConsumer[T](exchangeName, exchange, backoff, workerConcurrency)\n\n  def publish(msg: T): Unit = publisher.publish(msg)\n\n  override def shutdown: Unit = {\n    consumer.shutdown\n    publisher.shutdown\n    exchange.channel.close()\n  }\n\n  override def withConsumer(fn: ConsumeFn[T]): RabbitConsumerRef = consumer.withConsumer(fn)\n}\n\ncase class RabbitConsumerRef(consumers: Seq[Consumer]) extends ConsumerRef {\n  override def stop: Unit = consumers.foreach { consumer =>\n    consumer.unsubscribe.getOrElse(println(s\"Warn: Unable to unbind consumer $consumer\"))\n  }\n}\n\ncase class RabbitQueuesRef(mainQ: RMQueue, errorQ: RMQueue)\n\n\/**\n  * Collection of convenience standalone initializers for Rabbit-based queueing\n  *\/\nobject RabbitQueue {\n\n  def publisher[T](\n      amqpUri: String,\n      exchangeName: String,\n      concurrency: Int = 1,\n      durable: Boolean = false\n  )(implicit reporter: ErrorReporter, marshaller: ByteMarshaller[T]): RabbitQueuePublisher[T] = {\n    val exchange = RabbitUtils.declareExchange(amqpUri, exchangeName, concurrency, durable)\n\n    RabbitQueuePublisher[T](exchange, onShutdown = () => {\n      Future.fromTry(exchange.channel.close())\n    })\n  }\n\n  def consumer[T](\n      amqpUri: String,\n      exchangeName: String,\n      exchangeConcurrency: Int = 1,\n      workerConcurrency: Int = 1,\n      durableExchange: Boolean = false,\n      backoff: BackoffStrategy = LinearBackoff(5.seconds)\n  )(implicit reporter: ErrorReporter, unmarshaller: ByteUnmarshaller[T]): RabbitQueueConsumer[T] = {\n    val exchange = RabbitUtils.declareExchange(amqpUri, exchangeName, exchangeConcurrency, durableExchange)\n\n    RabbitQueueConsumer[T](exchangeName, exchange, backoff, workerConcurrency, onShutdown = () => exchange.channel.close())\n  }\n\n  def plainConsumer[T](\n      amqpUri: String,\n      queueName: String,\n      exchangeName: String,\n      exchangeConcurrency: Int = 1,\n      workerConcurrency: Int = 1,\n      autoDelete: Boolean = true,\n      durableExchange: Boolean = false,\n      backoff: BackoffStrategy = LinearBackoff(5.seconds)\n  )(implicit reporter: ErrorReporter, unmarshaller: ByteUnmarshaller[T]): RabbitPlainQueueConsumer[T] = {\n    val exchange = RabbitUtils.declareExchange(amqpUri, exchangeName, exchangeConcurrency, durableExchange)\n\n    RabbitPlainQueueConsumer[T](queueName, exchange, backoff, autoDelete = autoDelete, onShutdown = () => exchange.channel.close())\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/specs\/SubscriptionsProtocolV05Spec.scala","text":"<filename>server\/subscriptions\/src\/test\/scala\/com\/prisma\/subscriptions\/specs\/SubscriptionsProtocolV05Spec.scala\npackage com.prisma.subscriptions.specs\n\nimport com.prisma.messagebus.pubsub.Only\nimport com.prisma.shared.models.Model\nimport com.prisma.shared.project_dsl.SchemaDsl\nimport org.scalatest._\nimport spray.json.{JsArray, JsNumber, JsObject, JsString}\n\nimport scala.concurrent.duration._\n\nclass SubscriptionsProtocolV05Spec extends FlatSpec with Matchers with SpecBase {\n  val schema = SchemaDsl.schema()\n  val todo = schema\n    .model(\"Todo\")\n    .field(\"text\", _.String)\n    .field(\"json\", _.Json)\n    .field(\"int\", _.Int)\n\n  val project      = schema.buildProject()\n  val model: Model = project.schema.getModelByName_!(\"Todo\")\n\n  override def beforeEach() = {\n    super.beforeEach()\n    testDatabase.setup(project)\n    val json = JsArray(JsNumber(1), JsNumber(2), JsObject(\"a\" -> JsString(\"b\")))\n    TestData.createTodo(\"test-node-id\", \"some todo\", json, None, project, model, testDatabase)\n    TestData.createTodo(\"important-test-node-id\", \"important!\", json, None, project, model, testDatabase)\n  }\n\n  \"All subscriptions\" should \"support the basic subscriptions protocol when id is string\" in {\n    testWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(\"\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      \/\/ CREATE\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_start\",\"id\":\"ioPRfgqN6XMefVW6\",\"variables\":{},\"query\":\"subscription { createTodo { id text json } }\"}\"\"\")\n      wsClient.expectMessage(\n        \"\"\"{\"id\":\"ioPRfgqN6XMefVW6\",\"payload\":{\"errors\":[{\"message\":\"The provided query doesn't include any known model name. Please check for the latest subscriptions API.\"}]},\"type\":\"subscription_fail\"}\"\"\"\n      )\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_start\",\"id\":\"ioPRfgqN6XMefVW6\",\"variables\":{},\"query\":\"subscription { todo { node { id text json } } }\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"ioPRfgqN6XMefVW6\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        \"\"\"{\"id\":\"ioPRfgqN6XMefVW6\",\"payload\":{\"data\":{\"todo\":{\"node\":{\"id\":\"test-node-id\",\"text\":\"some todo\",\"json\":[1,2,{\"a\":\"b\"}]}}}},\"type\":\"subscription_data\"}\"\"\")\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_end\",\"id\":\"ioPRfgqN6XMefVW6\"}\"\"\")\n\n      \/\/ should work with operationName\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"2\",\"variables\":null,\"query\":\"subscription x { todo(where: {mutation_in: [CREATED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"2\",\"type\":\"subscription_success\"}\"\"\")\n\n      \/\/ should work without variables\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"3\",\"query\":\"subscription x { todo(where: {mutation_in: [CREATED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"3\",\"type\":\"subscription_success\"}\"\"\")\n\n      \/\/ DELETE\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"4\",\"query\":\"subscription x { todo(where: {mutation_in: [DELETED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"4\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:deleteTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"node\":{\"id\":\"test-node-id\",\"text\":\"some text\"},\"modelId\":\"${model.id}\",\"mutationType\":\"DeleteNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\"\"\"{\"id\":\"4\",\"payload\":{\"data\":{\"todo\":{\"node\":null}}},\"type\":\"subscription_data\"}\"\"\")\n\n      \/\/ UPDATE\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"5\",\"variables\":{},\"query\":\"subscription { todo(where: {mutation_in: [UPDATED]}) { node { id text } } } \"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"5\",\"type\":\"subscription_success\"}\"\"\")\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": \"{\\\\\"id\\\\\": \\\\\"text-node-id\\\\\", \\\\\"text\\\\\": \\\\\"asd\\\\\", \\\\\"json\\\\\": []}\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\"\"\"{\"id\":\"5\",\"payload\":{\"data\":{\"todo\":{\"node\":{\"id\":\"test-node-id\",\"text\":\"some todo\"}}}},\"type\":\"subscription_data\"}\"\"\")\n\n    }\n  }\n\n  \"All subscriptions\" should \"support the basic subscriptions protocol when id is number, part 1\" in {\n    testWebsocket(project) { wsClient =>\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(\"\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      \/\/ CREATE\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_start\",\"id\":1,\"variables\":{},\"query\":\"subscription { createTodo { id text json } }\"}\"\"\")\n      wsClient.expectMessage(\n        \"\"\"{\"id\":1,\"payload\":{\"errors\":[{\"message\":\"The provided query doesn't include any known model name. Please check for the latest subscriptions API.\"}]},\"type\":\"subscription_fail\"}\"\"\"\n      )\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_start\",\"id\":1,\"variables\":{},\"query\":\"subscription { todo { node { id text json } } }\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":1,\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        \"\"\"{\"id\":1,\"payload\":{\"data\":{\"todo\":{\"node\":{\"id\":\"test-node-id\",\"text\":\"some todo\",\"json\":[1,2,{\"a\":\"b\"}]}}}},\"type\":\"subscription_data\"}\"\"\")\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_end\",\"id\":1}\"\"\")\n\n      \/\/ should work with operationName\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":2,\"variables\":null,\"query\":\"subscription x { todo(where: {mutation_in: [CREATED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":2,\"type\":\"subscription_success\"}\"\"\")\n\n      \/\/ should work without variables\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":3,\"query\":\"subscription x { todo(where: {mutation_in: [CREATED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":3,\"type\":\"subscription_success\"}\"\"\")\n\n      \/\/ DELETE\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":4,\"query\":\"subscription x { todo(where: {mutation_in: [DELETED]}) { node { id } } }  mutation y { createTodo { id } }\",\"operationName\":\"x\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":4,\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:deleteTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"node\":{\"id\":\"test-node-id\",\"text\":\"some text\"},\"modelId\":\"${model.id}\",\"mutationType\":\"DeleteNode\"}\"\"\"\n      )\n\n\/\/      sleep(500)\n      wsClient.expectMessage(\"\"\"{\"id\":4,\"payload\":{\"data\":{\"todo\":{\"node\":null}}},\"type\":\"subscription_data\"}\"\"\")\n\n      \/\/ UPDATE\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":5,\"variables\":{},\"query\":\"subscription { todo(where: {mutation_in: [UPDATED]}) { node { id text } } } \"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":5,\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": \"{\\\\\"id\\\\\": \\\\\"text-node-id\\\\\", \\\\\"text\\\\\": \\\\\"asd\\\\\", \\\\\"json\\\\\": []}\"}\"\"\"\n      )\n\n\/\/      sleep(500)\n      wsClient.expectMessage(\"\"\"{\"id\":5,\"payload\":{\"data\":{\"todo\":{\"node\":{\"id\":\"test-node-id\",\"text\":\"some todo\"}}}},\"type\":\"subscription_data\"}\"\"\")\n\n    }\n  }\n\n  \"Create Subscription\" should \"support the node filters\" in {\n    testWebsocket(project) { wsClient =>\n      \/\/ CREATE\n      \/\/ should work with variables\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      wsClient.sendMessage(\n        \"\"\"{\n            \"type\":\"subscription_start\",\n            \"id\":\"3\",\n            \"query\":\"subscription asd($text: String!) { todo(where: {mutation_in: [CREATED] node: {text_contains: $text}}) { mutation node { id } previousValues { id text } updatedFields } }\",\n            \"variables\": {\"text\": \"some\"}\n            }\"\"\".stripMargin)\n      wsClient.expectMessage(\"\"\"{\"id\":\"3\",\"type\":\"subscription_success\"}\"\"\")\n\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:createTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"CreateNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        \"\"\"{\"id\":\"3\",\"payload\":{\"data\":{\"todo\":{\"mutation\":\"CREATED\",\"node\":{\"id\":\"test-node-id\"},\"previousValues\":null,\"updatedFields\":null}}},\"type\":\"subscription_data\"}\"\"\")\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_end\"}\"\"\")\n      wsClient.expectNoMessage(3.seconds)\n    }\n  }\n\n  \"Update Subscription\" should \"support the node filters\" in {\n    testWebsocket(project) { wsClient =>\n      \/\/ CREATE\n      \/\/ should work with variables\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      wsClient.sendMessage(\n        \"\"\"{\n            \"type\":\"subscription_start\",\n            \"id\":\"3\",\n            \"query\":\"subscription asd($text: String!) { todo(where: {mutation_in: UPDATED AND: [{updatedFields_contains: \\\"text\\\"},{node: {text_contains: $text}}]}) { mutation previousValues { id json int } node { ...todo } } } fragment todo on Todo { id }\",\n            \"variables\": {\"text\": \"some\"}\n            }\"\"\".stripMargin)\n      wsClient.expectMessage(\"\"\"{\"id\":\"3\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": \"{\\\\\"id\\\\\": \\\\\"text-node-id\\\\\", \\\\\"text\\\\\": \\\\\"asd\\\\\", \\\\\"json\\\\\": null, \\\\\"int\\\\\": 8, \\\\\"createdAt\\\\\": \\\\\"2017\\\\\"}\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        \"\"\"{\"id\":\"3\",\"payload\":{\"data\":{\"todo\":{\"mutation\":\"UPDATED\",\"previousValues\":{\"id\":\"test-node-id\",\"json\":null,\"int\":8},\"node\":{\"id\":\"test-node-id\"}}}},\"type\":\"subscription_data\"}\"\"\")\n    }\n  }\n\n  \"Delete Subscription\" should \"ignore the node filters\" in {\n    testWebsocket(project) { wsClient =>\n      \/\/ should work with variables\n      wsClient.sendMessage(\"{}\")\n      wsClient.expectMessage(cantBeParsedError)\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      wsClient.sendMessage(\n        \"\"\"{\n            \"type\":\"subscription_start\",\n            \"id\":\"3\",\n            \"query\":\"subscription { todo(where: {mutation_in: [DELETED]}) { node { ...todo } previousValues { id } } } fragment todo on Todo { id }\"\n            }\"\"\".stripMargin)\n      wsClient.expectMessage(\"\"\"{\"id\":\"3\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:deleteTodo\"),\n        s\"\"\"{\"nodeId\":\"test-node-id2\",\"node\":{\"id\":\"test-node-id2\",\"text\":\"some text\"},\"modelId\":\"${model.id}\",\"mutationType\":\"DeleteNode\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\"\"\"{\"id\":\"3\",\"payload\":{\"data\":{\"todo\":{\"node\":null,\"previousValues\":{\"id\":\"test-node-id2\"}}}},\"type\":\"subscription_data\"}\"\"\")\n    }\n  }\n\n  \"Subscription\" should \"regenerate changed schema and work on reconnect\" ignore {\n    testWebsocket(project) { wsClient =>\n      \/\/ SCHEMA INVALIDATION\n\n      wsClient.sendMessage(s\"\"\"{\"type\":\"init\",\"payload\":{}}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"type\":\"init_success\"}\"\"\")\n\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"create-filters\",\"variables\":{},\"query\":\"subscription { todo(where:{node:{text_contains: \\\"important!\\\"}}) { node { id text } } }\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"create-filters\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      invalidationTestKit.publish(Only(project.id), \"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"create-filters\",\"payload\":{\"errors\":[{\"message\":\"Schema changed\"}]},\"type\":\"subscription_fail\"}\"\"\")\n      sleep()\n\n      \/\/ KEEP WORKING ON RECONNECT\n\n      wsClient.sendMessage(\n        \"\"\"{\"type\":\"subscription_start\",\"id\":\"update-filters\",\"variables\":{},\"query\":\"subscription { todo(where:{node:{text_contains: \\\"important!\\\"}}) { node { id text } } }\"}\"\"\")\n      wsClient.expectMessage(\"\"\"{\"id\":\"update-filters\",\"type\":\"subscription_success\"}\"\"\")\n      sleep()\n\n      sssEventsTestKit.publish(\n        Only(s\"subscription:event:${project.id}:updateTodo\"),\n        s\"\"\"{\"nodeId\":\"important-test-node-id\",\"modelId\":\"${model.id}\",\"mutationType\":\"UpdateNode\",\"changedFields\":[\"text\"], \"previousValues\": \"{\\\\\"id\\\\\": \\\\\"text-node-id\\\\\", \\\\\"text\\\\\": \\\\\"asd\\\\\", \\\\\"json\\\\\": null, \\\\\"createdAt\\\\\": \\\\\"2017\\\\\"}\"}\"\"\"\n      )\n\n      wsClient.expectMessage(\n        \"\"\"{\"id\":\"update-filters\",\"payload\":{\"data\":{\"todo\":{\"node\":{\"id\":\"important-test-node-id\",\"text\":\"important!\"}}}},\"type\":\"subscription_data\"}\"\"\")\n\n      wsClient.sendMessage(\"\"\"{\"type\":\"subscription_end\",\"id\":\"update-filters\"}\"\"\")\n    }\n  }\n\n  override def failTest(msg: String): Nothing = { \/\/ required by RouteTest\n    throw new Error(\"Test failed: \" + msg)\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/mutactions\/mutactions\/DeleteDataItemByUniqueFieldIfInRelationWith.scala","text":"package com.prisma.api.database.mutactions.mutactions\n\nimport com.prisma.api.database.DatabaseMutationBuilder\nimport com.prisma.api.database.mutactions.{ClientSqlDataChangeMutaction, ClientSqlStatementResult}\nimport com.prisma.api.mutations.{NodeSelector, ParentInfo}\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.Future\n\ncase class DeleteDataItemByUniqueFieldIfInRelationWith(\n    project: Project,\n    parentInfo: ParentInfo,\n    where: NodeSelector\n) extends ClientSqlDataChangeMutaction {\n\n  override def execute: Future[ClientSqlStatementResult[Any]] = Future.successful(\n    ClientSqlStatementResult(DatabaseMutationBuilder.deleteDataItemByUnique(project.id, where))\n  )\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/SubscriptionDependenciesImpl.scala","text":"<filename>server\/subscriptions\/src\/main\/scala\/com\/prisma\/subscriptions\/SubscriptionDependenciesImpl.scala\npackage com.prisma.subscriptions\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.prisma.errors.{BugsnagErrorReporter, ErrorReporter}\nimport com.prisma.api.ApiDependencies\nimport com.prisma.api.database.Databases\nimport com.prisma.api.project.{ProjectFetcher, ProjectFetcherImpl}\nimport com.prisma.api.schema.SchemaBuilder\nimport com.prisma.auth.AuthImpl\nimport com.prisma.messagebus._\nimport com.prisma.messagebus.pubsub.inmemory.InMemoryAkkaPubSub\nimport com.prisma.messagebus.pubsub.rabbit.RabbitAkkaPubSub\nimport com.prisma.messagebus.queue.inmemory.InMemoryAkkaQueue\nimport com.prisma.subscriptions.protocol.SubscriptionProtocolV05.Responses.SubscriptionSessionResponseV05\nimport com.prisma.subscriptions.protocol.SubscriptionProtocolV07.Responses.SubscriptionSessionResponse\nimport com.prisma.subscriptions.protocol.SubscriptionRequest\nimport com.prisma.subscriptions.resolving.SubscriptionsManagerForProject.{SchemaInvalidated, SchemaInvalidatedMessage}\nimport com.prisma.websocket.protocol.Request\n\ntrait SubscriptionDependencies extends ApiDependencies {\n  implicit val system: ActorSystem\n  implicit val materializer: ActorMaterializer\n\n  def invalidationSubscriber: PubSubSubscriber[SchemaInvalidatedMessage]\n  def sssEventsSubscriber: PubSubSubscriber[String]\n  def responsePubSubPublisherV05: PubSubPublisher[SubscriptionSessionResponseV05]\n  def responsePubSubPublisherV07: PubSubPublisher[SubscriptionSessionResponse]\n  def requestsQueueConsumer: QueueConsumer[SubscriptionRequest]\n  def requestsQueuePublisher: QueuePublisher[Request]\n  def responsePubSubSubscriber: PubSubSubscriber[String]\n\n  lazy val apiMetricsFlushInterval = 10\n  lazy val clientAuth              = AuthImpl\n  val keepAliveIntervalSeconds: Long\n}\n\n\/\/ todo this needs rewiring\ncase class SubscriptionDependenciesImpl()(implicit val system: ActorSystem, val materializer: ActorMaterializer) extends SubscriptionDependencies {\n  override implicit def self: ApiDependencies = this\n\n  import com.prisma.subscriptions.protocol.Converters._\n\n  implicit val unmarshaller             = (_: Array[Byte]) => SchemaInvalidated\n  lazy val globalRabbitUri              = sys.env(\"GLOBAL_RABBIT_URI\")\n  lazy val clusterLocalRabbitUri        = sys.env(\"RABBITMQ_URI\")\n  override val keepAliveIntervalSeconds = 10\n\n  lazy val invalidationSubscriber: PubSubSubscriber[SchemaInvalidatedMessage] = RabbitAkkaPubSub.subscriber[SchemaInvalidatedMessage](\n    globalRabbitUri,\n    \"project-schema-invalidation\",\n    durable = true\n  )\n\n  override lazy val sssEventsPubSub: InMemoryAkkaPubSub[String]   = InMemoryAkkaPubSub[String]()\n  override lazy val sssEventsSubscriber: PubSubSubscriber[String] = sssEventsPubSub\n\n  lazy val responsePubSubSubscriber   = InMemoryAkkaPubSub[String]()\n  lazy val responsePubSubPublisherV05 = responsePubSubSubscriber.map[SubscriptionSessionResponseV05](converterResponse05ToString)\n  lazy val responsePubSubPublisherV07 = responsePubSubSubscriber.map[SubscriptionSessionResponse](converterResponse07ToString)\n\n  lazy val requestsQueuePublisher: InMemoryAkkaQueue[Request] = InMemoryAkkaQueue[Request]()\n  lazy val requestsQueueConsumer: QueueConsumer[SubscriptionRequest] = requestsQueuePublisher.map[SubscriptionRequest] { req: Request =>\n    SubscriptionRequest(req.sessionId, req.projectId, req.body)\n  }\n\n  lazy val projectFetcher: ProjectFetcher = {\n    val schemaManagerEndpoint = config.getString(\"schemaManagerEndpoint\")\n    val schemaManagerSecret   = config.getString(\"schemaManagerSecret\")\n    ProjectFetcherImpl(Vector.empty, config, schemaManagerEndpoint = schemaManagerEndpoint, schemaManagerSecret = schemaManagerSecret)\n  }\n\n  val databases        = Databases.initialize(config)\n  val apiSchemaBuilder = SchemaBuilder()(system, this)\n\n  override val webhookPublisher = ???\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/test\/scala\/com\/prisma\/util\/gcvalueconverters\/GCDBValueEndToEndSpec.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.util.gcvalueconverters\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass GCDBValueEndToEndSpec extends FlatSpec with Matchers {\n\n  val string   = \"{\\\"testValue\\\": 1}\"\n  val int      = \"234\"\n  val float    = \"2.234324324\"\n  val boolean  = \"true\"\n  val password = \"<PASSWORD>\"\n  val id       = \"<PASSWORD>\"\n  val datetime = \"2018\"\n  val enum     = \"HA\"\n  val json     = \"{\\\"testValue\\\":1}\"\n\n  val strings   = \"[\\\"testValue\\\", \\\"testValue\\\"]\"\n  val ints      = \"[1, 2, 3, 4]\"\n  val floats    = \"[1.23123, 2343.2343242]\"\n  val booleans  = \"[true, false]\"\n  val passwords = \"[\\\"<PASSWORD>safe\\\", \\\"<PASSWORD>\\\"]\"\n  val ids       = \"[\\\"ctotallywrwqresafe\\\", \\\"cwwerwertotallysafe2\\\"]\"\n  val datetimes = \"[\\\"2018\\\", \\\"2019\\\"]\"\n  val enums     = \"[HA, NO]\"\n  val jsons     = \"[{\\\"testValue\\\":1},{\\\"testValue\\\":1}]\"\n\n  val nullValue = \"null\"\n\n  \/\/ Work in Progress\n\n\/\/  \"It should take a String Default or MigrationValue for a non-list field and\" should \"convert it into Sangria AST and Back\" in {\n\/\/    forthAndBack(string, TypeIdentifier.String, false) should be(Result.Equal)\n\/\/    forthAndBack(int, TypeIdentifier.Int, false) should be(Result.Equal)\n\/\/    forthAndBack(float, TypeIdentifier.Float, false) should be(Result.Equal)\n\/\/    forthAndBack(boolean, TypeIdentifier.Boolean, false) should be(Result.Equal)\n\/\/    forthAndBack(password, TypeIdentifier.Password, false) should be(Result.Equal)\n\/\/    forthAndBack(id, TypeIdentifier.GraphQLID, false) should be(Result.Equal)\n\/\/\/\/    forthAndBack(datetime, TypeIdentifier.DateTime, false) should be(Result.Equal)\n\/\/    forthAndBack(enum, TypeIdentifier.Enum, false) should be(Result.Equal)\n\/\/    forthAndBack(json, TypeIdentifier.Json, false) should be(Result.Equal)\n\/\/  }\n\/\/\n\/\/  \"It should take list GCValues and\" should \"convert them to String and back without loss if the type and list status are correct.\" in {\n\/\/\n\/\/    forthAndBack(strings, TypeIdentifier.String, true) should be(Result.Equal)\n\/\/    forthAndBack(ints, TypeIdentifier.Int, true) should be(Result.Equal)\n\/\/    forthAndBack(floats, TypeIdentifier.Float, true) should be(Result.Equal)\n\/\/    forthAndBack(booleans, TypeIdentifier.Boolean, true) should be(Result.Equal)\n\/\/    forthAndBack(passwords, TypeIdentifier.Password, true) should be(Result.Equal)\n\/\/    forthAndBack(ids, TypeIdentifier.GraphQLID, true) should be(Result.Equal)\n\/\/    \/\/forthAndBack(datetimes, TypeIdentifier.DateTime, true) should be(Result.Equal)\n\/\/    forthAndBack(enums, TypeIdentifier.Enum, true) should be(Result.Equal)\n\/\/    forthAndBack(jsons, TypeIdentifier.Json, true) should be(Result.Equal)\n\/\/  }\n\/\/\n\/\/  \"Nullvalue\" should \"work for every type and cardinality\" in {\n\/\/    forthAndBack(nullValue, TypeIdentifier.String, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Int, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Float, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Boolean, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Password, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.GraphQLID, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.DateTime, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Enum, false) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Json, false) should be(Result.Equal)\n\/\/    \/\/    lists\n\/\/    forthAndBack(nullValue, TypeIdentifier.String, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Int, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Float, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Boolean, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Password, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.GraphQLID, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.DateTime, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Enum, true) should be(Result.Equal)\n\/\/    forthAndBack(nullValue, TypeIdentifier.Json, true) should be(Result.Equal)\n\/\/  }\n\/\/\n\/\/  def forthAndBack(input: String, typeIdentifier: TypeIdentifier, isList: Boolean) = {\n\/\/    val converterStringSangria  = StringSangriaValueConverter(typeIdentifier, isList)\n\/\/    val converterSangriaGCValue = GCSangriaValueConverter(typeIdentifier, isList)\n\/\/    val converterDBValueGCValue = GCDBValueConverter(typeIdentifier, isList)\n\/\/\n\/\/    val stringInput = input\n\/\/    \/\/String to SangriaValue\n\/\/    val sangriaValueForth: Value = converterStringSangria.from(input).get\n\/\/\n\/\/    \/\/SangriaValue to GCValue\n\/\/    val gcValueForth: GCValue = converterSangriaGCValue.from(sangriaValueForth).get\n\/\/\n\/\/    \/\/GCValue to DBValue\n\/\/    val dbString: JsValue = converterDBValueGCValue.to(gcValueForth)\n\/\/\n\/\/    \/\/DBValue to GCValue\n\/\/    val gcValueBack: GCValue = converterDBValueGCValue.from(dbString).get\n\/\/\n\/\/    \/\/GCValue to SangriaValue\n\/\/    val sangriaValueBack: Value = converterSangriaGCValue.to(gcValueBack)\n\/\/    println(sangriaValueBack)\n\/\/\n\/\/    \/\/SangriaValue to String\n\/\/    val stringOutput: String = converterStringSangria.to(sangriaValueBack)\n\/\/\n\/\/    println(s\"In: |$stringInput| Out: |$stringOutput|\")\n\/\/    if (stringInput != stringOutput) {\n\/\/      sys.error(s\"In was: |$stringInput| but out was: |$stringOutput|\")\n\/\/    }\n\/\/    if (stringInput == stringOutput) Result.Equal else Result.NotEqual\n\/\/\n\/\/  }\n\/\/\n\/\/  object Result extends Enumeration {\n\/\/    val Equal, BadError, NotEqual = Value\n\/\/  }\n\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/mutations\/CoolArgs.scala","text":"package com.prisma.api.mutations\n\nimport com.prisma.api.schema.APIErrors\nimport com.prisma.gc_values.{GCValue, GraphQLIdGCValue}\nimport com.prisma.shared.models._\nimport com.prisma.util.gc_value.{GCAnyConverter, GCValueExtractor}\n\nimport scala.collection.immutable.Seq\n\n\/**\n  * It's called CoolArgs to easily differentiate from Sangrias Args class.\n  *\n  * - implement subclasses\n  *   - nonlistscalarCoolArgs\n  *   - listscalarCoolArgs\n  *   - relationCoolArgs\n  *   - Upsert Create\/Delete CoolArgs\n  *\n  *\/\ncase class CoolArgs(raw: Map[String, Any]) {\n  def isEmpty: Boolean    = raw.isEmpty\n  def isNonEmpty: Boolean = raw.nonEmpty\n\n  def subNestedMutation(relationField: Field, subModel: Model): NestedMutation = {\n    subArgsOption(relationField) match {\n      case None             => NestedMutation.empty\n      case Some(None)       => NestedMutation.empty\n      case Some(Some(args)) => args.asNestedMutation(relationField, subModel)\n    }\n  }\n\n  private def asNestedMutation(relationField: Field, subModel: Model): NestedMutation = {\n    if (relationField.isList) {\n      NestedMutation(\n        creates = subArgsVector(\"create\").getOrElse(Vector.empty).map(CreateOne),\n        updates = subArgsVector(\"update\").getOrElse(Vector.empty).map { args =>\n          UpdateOne(args.extractNodeSelectorFromWhereField(subModel), args.subArgsOption(\"data\").get.get)\n        },\n        upserts = subArgsVector(\"upsert\").getOrElse(Vector.empty).map { args =>\n          UpsertOne(\n            where = args.extractNodeSelectorFromWhereField(subModel),\n            update = args.subArgsOption(\"update\").get.get,\n            create = args.subArgsOption(\"create\").get.get\n          )\n        },\n        deletes = subArgsVector(\"delete\").getOrElse(Vector.empty).map(args => DeleteOne(args.extractNodeSelector(subModel))),\n        connects = subArgsVector(\"connect\").getOrElse(Vector.empty).map(args => ConnectOne(args.extractNodeSelector(subModel))),\n        disconnects = subArgsVector(\"disconnect\").getOrElse(Vector.empty).map(args => DisconnectOne(args.extractNodeSelector(subModel)))\n      )\n    } else {\n      NestedMutation(\n        creates = subArgsOption(\"create\").flatten.map(CreateOne).toVector,\n        updates = subArgsOption(\"update\").flatten.map { args =>\n          UpdateOne(args.extractNodeSelectorFromWhereField(subModel), args.subArgsOption(\"data\").get.get)\n        }.toVector,\n        upserts = subArgsOption(\"upsert\").flatten.map { args =>\n          UpsertOne(\n            where = args.extractNodeSelectorFromWhereField(subModel),\n            update = args.subArgsOption(\"update\").get.get,\n            create = args.subArgsOption(\"create\").get.get\n          )\n        }.toVector,\n        deletes = subArgsOption(\"delete\").flatten.map(args => DeleteOne(args.extractNodeSelector(subModel))).toVector,\n        connects = subArgsOption(\"connect\").flatten.map(args => ConnectOne(args.extractNodeSelector(subModel))).toVector,\n        disconnects = subArgsOption(\"disconnect\").flatten.map(args => DisconnectOne(args.extractNodeSelector(subModel))).toVector\n      )\n    }\n  }\n\n  def subScalarList(scalarListField: Field): Option[ScalarListSet] = {\n    subArgsOption(scalarListField).flatten.flatMap { args =>\n      args.getFieldValuesAs[Any](\"set\") match {\n        case None         => None\n        case Some(values) => Some(ScalarListSet(values = values.toVector))\n      }\n    }\n  }\n\n  def createArgumentsAsCoolArgs: CoolArgs = CoolArgs(raw(\"create\").asInstanceOf[Map[String, Any]])\n  def updateArgumentsAsCoolArgs: CoolArgs = CoolArgs(raw(\"update\").asInstanceOf[Map[String, Any]])\n\n  def generateNonListCreateArgs(model: Model, id: String): CoolArgs = {\n    CoolArgs(\n      model.scalarNonListFields\n        .filter(_.name != \"id\")\n        .flatMap { field =>\n          raw.get(field.name) match {\n            case Some(None) if field.defaultValue.isDefined && field.isRequired => throw APIErrors.InputInvalid(\"null\", field.name, model.name)\n            case Some(value)                                                    => Some((field.name, value))\n            case None if field.defaultValue.isDefined                           => Some((field.name, GCValueExtractor.fromGCValue(field.defaultValue.get)))\n            case None                                                           => None\n          }\n        }\n        .toMap + (\"id\" -> id))\n  }\n\n  def generateNonListUpdateArgs(model: Model): CoolArgs = {\n    CoolArgs(\n      model.scalarNonListFields\n        .filter(_.name != \"id\")\n        .flatMap { field =>\n          raw.get(field.name) match {\n            case Some(value) => Some((field.name, value))\n            case None        => None\n          }\n        }\n        .toMap)\n  }\n\n  def nonListScalarArguments(model: Model): CoolArgs = {\n    val values: Seq[(String, Any)] = for {\n      field      <- model.scalarNonListFields.toVector\n      fieldValue <- getFieldValueAs[Any](field)\n      if fieldValue.nonEmpty\n    } yield {\n      field.name -> fieldValue\n    }\n    CoolArgs(values.toMap)\n  }\n\n  def subArgsVector(field: String): Option[Vector[CoolArgs]] = subArgsList(field).map(_.toVector)\n\n  def subArgsList(field: String): Option[Seq[CoolArgs]] = {\n    getFieldValuesAs[Map[String, Any]](field) match {\n      case None    => None\n      case Some(x) => Some(x.map(CoolArgs))\n    }\n  }\n\n  def subArgsOption(field: Field): Option[Option[CoolArgs]] = subArgsOption(field.name)\n\n  def subArgsOption(name: String): Option[Option[CoolArgs]] = {\n    val fieldValue: Option[Option[Map[String, Any]]] = getFieldValueAs[Map[String, Any]](name)\n    fieldValue match {\n      case None          => None\n      case Some(None)    => Some(None)\n      case Some(Some(x)) => Some(Some(CoolArgs(x)))\n    }\n  }\n\n  def hasArgFor(field: Field) = raw.get(field.name).isDefined\n\n  \/**\n    * The outer option is defined if the field key was specified in the arguments at all.\n    * The inner option is empty if a null value was sent for this field. If the option is defined it contains a non null value\n    * for this field.\n    *\/\n  def getFieldValueAs[T](field: Field): Option[Option[T]] = getFieldValueAs(field.name)\n\n  def getFieldValueAs[T](name: String): Option[Option[T]] = {\n    raw.get(name).map { fieldValue =>\n      try {\n        fieldValue.asInstanceOf[Option[T]]\n      } catch {\n        case _: ClassCastException =>\n          Option(fieldValue.asInstanceOf[T])\n      }\n    }\n  }\n\n  def getFieldValueAsSeq[T](name: String): Option[Seq[T]] = {\n    raw.get(name).map { fieldValue =>\n      try {\n        fieldValue.asInstanceOf[Option[T]] match {\n          case Some(x) => Seq(x)\n          case None    => Seq.empty\n        }\n      } catch {\n        case _: ClassCastException =>\n          Seq(fieldValue.asInstanceOf[T])\n      }\n    }\n  }\n\n  def getFieldValue(field: Field): Any = raw(field.name)\n  def getUnwrappedFieldValue(field: Field): Any = getFieldValue(field) match {\n    case Some(x) => x\n    case x       => x\n  }\n\n  \/**\n    * The outer option is defined if the field key was specified in the arguments at all.\n    * The inner sequence then contains all the values specified.\n    *\/\n  def getFieldValuesAs[T](field: Field): Option[Seq[T]] = getFieldValuesAs(field.name)\n\n  def getFieldValuesAs[T](field: String): Option[Seq[T]] = {\n    raw.get(field).map { fieldValue =>\n      try {\n        fieldValue.asInstanceOf[Option[Seq[T]]].getOrElse(Seq.empty)\n      } catch {\n        case _: ClassCastException =>\n          fieldValue.asInstanceOf[Seq[T]]\n      }\n    }\n  }\n\n  def extractNodeSelectorFromWhereField(model: Model): NodeSelector = {\n    val whereArgs = raw(\"where\").asInstanceOf[Map[String, Option[Any]]]\n    CoolArgs(whereArgs).extractNodeSelector(model)\n  }\n\n  def extractNodeSelector(model: Model): NodeSelector = {\n    raw.asInstanceOf[Map[String, Option[Any]]].collectFirst {\n      case (fieldName, Some(value)) =>\n        NodeSelector(model,\n                     model.getFieldByName_!(fieldName),\n                     GCAnyConverter(model.getFieldByName_!(fieldName).typeIdentifier, isList = false).toGCValue(value).get)\n    } getOrElse {\n      throw APIErrors.NullProvidedForWhereError(model.name)\n    }\n  }\n\n}\n\nobject NodeSelector {\n  def forId(model: Model, id: String): NodeSelector = NodeSelector(model, model.getFieldByName_!(\"id\"), GraphQLIdGCValue(id))\n}\n\ncase class NodeSelector(model: Model, field: Field, fieldValue: GCValue) {\n  lazy val unwrappedFieldValue: Any   = GCValueExtractor.fromGCValue(fieldValue)\n  lazy val fieldValueAsString: String = GCValueExtractor.fromGCValueToString(fieldValue)\n  lazy val isId: Boolean              = field.name == \"id\"\n\n  def updateValue(value: Any): NodeSelector = {\n    val unwrapped = value match {\n      case Some(x) => x\n      case x       => x\n    }\n\n    val newGCValue = GCAnyConverter(field.typeIdentifier, isList = false).toGCValue(unwrapped).get\n    this.copy(fieldValue = newGCValue)\n  }\n\/\/  lazy val unwrappedFieldValue: Any   = {\n\/\/    fieldValue match {\n\/\/      case x: DateTimeGCValue => x.toMySqlDateTimeFormat\n\/\/      case _ => GCDBValueConverter().fromGCValue(fieldValue)\n\/\/    }\n\/\/  }\n\/\/  lazy val fieldValueAsString: String = fieldValue match {\n\/\/    case x: DateTimeGCValue => x.toMySqlDateTimeFormat\n\/\/    case _ => GCDBValueConverter().fromGCValueToString(fieldValue)\n\/\/  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/metrics\/src\/main\/scala\/com\/prisma\/metrics\/Utils.scala","text":"<gh_stars>1-10\npackage com.prisma.metrics\n\nimport com.twitter.util.{Return, Throw, Future => TwitterFuture, Promise => TwitterPromise}\nimport scala.concurrent.{ExecutionContext, Future => ScalaFuture, Promise => ScalaPromise}\n\nobject Utils {\n\n  implicit class RichTwitterFuture[A](val tf: TwitterFuture[A]) extends AnyVal {\n    def asScala(implicit e: ExecutionContext): ScalaFuture[A] = {\n      val promise: ScalaPromise[A] = ScalaPromise()\n      tf.respond {\n        case Return(value)    => promise.success(value)\n        case Throw(exception) => promise.failure(exception)\n      }\n      promise.future\n    }\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/mutations\/ClientMutation.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.api.mutations\n\nimport com.prisma.api.database.mutactions._\nimport com.prisma.api.database.{DataItem, DataResolver}\nimport cool.graph.cuid.Cuid\nimport com.prisma.shared.models.IdType.Id\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ntrait ClientMutation[T] {\n  val mutationId: Id = Cuid.createCuid()\n  def dataResolver: DataResolver\n  def prepareMutactions(): Future[List[MutactionGroup]]\n  def getReturnValue: Future[T]\n}\n\ntrait SingleItemClientMutation extends ClientMutation[ReturnValueResult] {\n  def returnValueByUnique(where: NodeSelector): Future[ReturnValueResult] = {\n    dataResolver.resolveByUnique(where).map {\n      case Some(dataItem) => ReturnValue(dataItem)\n      case None           => NoReturnValue(where)\n    }\n  }\n}\n\nsealed trait ReturnValueResult\ncase class BatchPayload(count: Long)\ncase class ReturnValue(dataItem: DataItem)    extends ReturnValueResult\ncase class NoReturnValue(where: NodeSelector) extends ReturnValueResult\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/server\/ApiServer.scala","text":"<gh_stars>1-10\npackage com.prisma.api.server\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport._\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.model.headers.RawHeader\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.{ExceptionHandler, Route}\nimport akka.stream.ActorMaterializer\nimport com.typesafe.scalalogging.LazyLogging\nimport com.prisma.akkautil.http.Server\nimport com.prisma.akkautil.throttler.Throttler\nimport com.prisma.akkautil.throttler.Throttler.ThrottleBufferFullException\nimport com.prisma.api.schema.APIErrors.ProjectNotFound\nimport com.prisma.api.schema.CommonErrors.ThrottlerBufferFullException\nimport com.prisma.api.schema.{SchemaBuilder, UserFacingError}\nimport com.prisma.api.{ApiDependencies, ApiMetrics}\nimport cool.graph.cuid.Cuid.createCuid\nimport com.prisma.metrics.extensions.TimeResponseDirectiveImpl\nimport com.prisma.shared.models.{ProjectId, ProjectWithClientId}\nimport com.prisma.logging.{LogData, LogKey}\nimport com.prisma.logging.LogDataWrites.logDataWrites\nimport play.api.libs.json.Json\nimport spray.json._\n\nimport scala.concurrent.Future\nimport scala.language.postfixOps\n\ncase class ApiServer(\n    schemaBuilder: SchemaBuilder,\n    prefix: String = \"\"\n)(\n    implicit apiDependencies: ApiDependencies,\n    system: ActorSystem,\n    materializer: ActorMaterializer\n) extends Server\n    with LazyLogging {\n  import system.dispatcher\n\n  val log: String => Unit = (msg: String) => logger.info(msg)\n  val requestPrefix       = \"api\"\n  val projectFetcher      = apiDependencies.projectFetcher\n\n  import scala.concurrent.duration._\n\n  lazy val unthrottledProjectIds = sys.env.get(\"UNTHROTTLED_PROJECT_IDS\") match {\n    case Some(envValue) => envValue.split('|').filter(_.nonEmpty).toVector.map(ProjectId.fromEncodedString)\n    case None           => Vector.empty\n  }\n\n  lazy val throttler: Option[Throttler[ProjectId]] = {\n    for {\n      throttlingRate    <- sys.env.get(\"THROTTLING_RATE\")\n      maxCallsInFlights <- sys.env.get(\"THROTTLING_MAX_CALLS_IN_FLIGHT\")\n    } yield {\n      Throttler[ProjectId](\n        groupBy = pid => pid.name + \"_\" + pid.stage,\n        amount = throttlingRate.toInt,\n        per = 1.seconds,\n        timeout = 25.seconds,\n        maxCallsInFlight = maxCallsInFlights.toInt\n      )\n    }\n  }\n\n  val innerRoutes = extractRequest { _ =>\n    val requestId            = requestPrefix + \":api:\" + createCuid()\n    val requestBeginningTime = System.currentTimeMillis()\n\n    def logRequestEnd(projectId: String, throttledBy: Long = 0) = {\n      val end            = System.currentTimeMillis()\n      val actualDuration = end - requestBeginningTime - throttledBy\n      ApiMetrics.requestDuration.record(actualDuration, Seq(projectId))\n      log(\n        Json\n          .toJson(\n            LogData(\n              key = LogKey.RequestComplete,\n              requestId = requestId,\n              projectId = Some(projectId),\n              payload = Some(\n                Map(\n                  \"request_duration\" -> (end - requestBeginningTime),\n                  \"throttled_by\"     -> throttledBy\n                ))\n            )\n          )\n          .toString())\n    }\n\n    def throttleApiCallIfNeeded(projectId: ProjectId, rawRequest: RawRequest) = {\n      throttler match {\n        case Some(throttler) if !unthrottledProjectIds.contains(projectId) => throttledCall(projectId, rawRequest, throttler)\n        case _                                                             => unthrottledCall(projectId, rawRequest)\n      }\n    }\n\n    def unthrottledCall(projectId: ProjectId, rawRequest: RawRequest) = {\n      val result = apiDependencies.requestHandler.handleRawRequestForPublicApi(projectId.asString, rawRequest)\n      complete(result)\n    }\n\n    def throttledCall(projectId: ProjectId, rawRequest: RawRequest, throttler: Throttler[ProjectId]) = {\n      val result = throttler.throttled(projectId) { () =>\n        apiDependencies.requestHandler.handleRawRequestForPublicApi(projectId.asString, rawRequest)\n      }\n      onComplete(result) {\n        case scala.util.Success(result) =>\n          logRequestEnd(projectId.asString)\n          respondWithHeader(RawHeader(\"Throttled-By\", result.throttledBy.toString + \"ms\")) {\n            complete(result.result)\n          }\n\n        case scala.util.Failure(_: ThrottleBufferFullException) =>\n          logRequestEnd(projectId.asString)\n          throw ThrottlerBufferFullException()\n\n        case scala.util.Failure(exception) => \/\/ just propagate the exception\n          logRequestEnd(projectId.asString)\n          throw exception\n      }\n    }\n\n    logger.info(Json.toJson(LogData(LogKey.RequestNew, requestId)).toString())\n    pathPrefix(Segments(min = 2, max = 4)) { segments =>\n      post {\n        def removeLastElementIfInSet(elements: List[String], set: Set[String]) = {\n          if (set.contains(elements.last)) {\n            elements.dropRight(1)\n          } else {\n            elements\n          }\n        }\n        val actualSegments    = removeLastElementIfInSet(segments, Set(\"private\", \"import\", \"export\"))\n        val projectId         = ProjectId.fromSegments(actualSegments)\n        val projectIdAsString = projectId.asString\n\n        val apiSegment = if (segments.size == 3 || segments.size == 4) {\n          segments.last\n        } else {\n          \"\"\n        }\n\n        handleExceptions(toplevelExceptionHandler(requestId)) {\n          extractRawRequest(requestId) { rawRequest =>\n            apiSegment match {\n              case \"private\" =>\n                val result = apiDependencies.requestHandler.handleRawRequestForPrivateApi(projectId = projectIdAsString, rawRequest = rawRequest)\n                result.onComplete(_ => logRequestEnd(projectIdAsString))\n                complete(result)\n\n              case \"import\" =>\n                val result = apiDependencies.requestHandler.handleRawRequestForImport(projectId = projectIdAsString, rawRequest = rawRequest)\n                result.onComplete(_ => logRequestEnd(projectIdAsString))\n                complete(result)\n\n              case \"export\" =>\n                val result = apiDependencies.requestHandler.handleRawRequestForExport(projectId = projectIdAsString, rawRequest = rawRequest)\n                result.onComplete(_ => logRequestEnd(projectIdAsString))\n                complete(result)\n\n              case _ =>\n                throttleApiCallIfNeeded(projectId, rawRequest)\n            }\n          }\n        }\n      } ~ get {\n        getFromResource(\"graphiql.html\")\n      }\n    }\n  }\n\n  def extractRawRequest(requestId: String)(fn: RawRequest => Route): Route = {\n    optionalHeaderValueByName(\"Authorization\") { authorizationHeader =>\n      TimeResponseDirectiveImpl(ApiMetrics).timeResponse {\n        optionalHeaderValueByName(\"x-graphcool-source\") { graphcoolSourceHeader =>\n          entity(as[JsValue]) { requestJson =>\n            extractClientIP { clientIp =>\n              respondWithHeader(RawHeader(\"Request-Id\", requestId)) {\n                fn(\n                  RawRequest(\n                    id = requestId,\n                    json = requestJson,\n                    ip = clientIp.toString,\n                    sourceHeader = graphcoolSourceHeader,\n                    authorizationHeader = authorizationHeader\n                  )\n                )\n              }\n            }\n          }\n        }\n      }\n    }\n  }\n\n  def fetchProject(projectId: String): Future[ProjectWithClientId] = {\n    val result = projectFetcher.fetch(projectIdOrAlias = projectId)\n\n    result map {\n      case None         => throw ProjectNotFound(projectId)\n      case Some(schema) => schema\n    }\n  }\n\n  def toplevelExceptionHandler(requestId: String) = ExceptionHandler {\n    case e: UserFacingError =>\n      complete(OK -> JsObject(\"code\" -> JsNumber(e.code), \"requestId\" -> JsString(requestId), \"error\" -> JsString(e.getMessage)))\n\n    case e: Throwable =>\n      println(e.getMessage)\n      e.printStackTrace()\n      apiDependencies.reporter.report(e)\n      complete(InternalServerError -> JsObject(\"errors\" -> JsArray(JsObject(\"requestId\" -> JsString(requestId), \"message\" -> JsString(e.getMessage)))))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/deferreds\/ScalarListDeferredResolver.scala","text":"package com.prisma.api.database.deferreds\n\nimport com.prisma.api.database.DeferredTypes._\nimport com.prisma.api.database.{DataItem, DataResolver, ScalarListValue}\nimport com.prisma.shared.models.Project\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass ScalarListDeferredResolver(dataResolver: DataResolver) {\n  def resolve(orderedDeferreds: Vector[OrderedDeferred[ScalarListDeferred]]): Vector[OrderedDeferredFutureResult[ScalarListDeferredResultType]] = {\n    val deferreds = orderedDeferreds.map(_.deferred)\n\n    \/\/ check if we really can satisfy all deferreds with one database query\n    DeferredUtils.checkSimilarityOfScalarListDeferredsAndThrow(deferreds)\n\n    val headDeferred = deferreds.head\n\n    val futureValues: Future[Vector[ScalarListValue]] = dataResolver.batchResolveScalarList(headDeferred.model, headDeferred.field, deferreds.map(_.nodeId))\n\n    \/\/ assign and sort the scalarListValues that was requested by each deferred\n    val results = orderedDeferreds.map {\n      case OrderedDeferred(deferred, order) =>\n        OrderedDeferredFutureResult[ScalarListDeferredResultType](futureValues.map {\n          _.filter(_.nodeId == deferred.nodeId).sortBy(_.position).map(_.value)\n        }, order)\n    }\n\n    results\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/libs\/cache\/src\/main\/scala\/com\/prisma\/cache\/CaffeineImplForCache.scala","text":"<reponame>seanchambo\/prisma\npackage com.prisma.cache\n\nimport com.github.benmanes.caffeine.cache.{Caffeine, Cache => CaffeineCache}\nimport scala.compat.java8.FunctionConverters._\n\nobject CaffeineImplForCache {\n  def unbounded[K, V >: Null](): CaffeineImplForCache[K, V] = {\n    val caffeineCache = Caffeine.newBuilder().asInstanceOf[Caffeine[K, V]].build[K, V]()\n    CaffeineImplForCache(caffeineCache)\n  }\n\n  def lfu[K, V >: Null](initialCapacity: Int, maxCapacity: Int): CaffeineImplForCache[K, V] = {\n    val caffeineCache = Caffeine\n      .newBuilder()\n      .initialCapacity(initialCapacity)\n      .maximumSize(maxCapacity)\n      .asInstanceOf[Caffeine[K, V]]\n      .build[K, V]()\n    CaffeineImplForCache(caffeineCache)\n  }\n}\n\ncase class CaffeineImplForCache[K, V >: Null](underlying: CaffeineCache[K, V]) extends Cache[K, V] {\n\n  override def get(key: K): Option[V] = Option(underlying.getIfPresent(key))\n\n  override def put(key: K, value: V): Unit = underlying.put(key, value)\n\n  override def remove(key: K): Unit = underlying.invalidate(key)\n\n  override def getOrUpdate(key: K, fn: () => V): V = {\n    val caffeineFunction = (_: K) => fn()\n    underlying.get(key, asJavaFunction(caffeineFunction))\n  }\n\n  override def getOrUpdateOpt(key: K, fn: () => Option[V]): Option[V] = {\n    val caffeineFunction = (_: K) => fn().orNull\n    Option(underlying.get(key, asJavaFunction(caffeineFunction)))\n  }\n}\n"}
{"repo_name":"seanchambo\/prisma","path":"server\/api\/src\/main\/scala\/com\/prisma\/api\/database\/Databases.scala","text":"<gh_stars>1-10\npackage com.prisma.api.database\n\nimport com.typesafe.config.Config\nimport slick.jdbc.MySQLProfile.api._\nimport slick.jdbc.MySQLProfile.backend.DatabaseDef\n\ncase class Databases(master: DatabaseDef, readOnly: DatabaseDef)\n\nobject Databases {\n  private lazy val dbDriver = new org.mariadb.jdbc.Driver\n  private val configRoot    = \"clientDatabases\"\n\n  def initialize(config: Config): Databases = {\n    import scala.collection.JavaConverters._\n    config.resolve()\n\n    val databasesMap = for {\n      dbName <- asScalaSet(config.getObject(configRoot).keySet())\n    } yield {\n      val readOnlyPath    = s\"$configRoot.$dbName.readonly\"\n      val masterDb        = Database.forConfig(s\"$configRoot.$dbName.master\", config, driver = dbDriver)\n      lazy val readOnlyDb = Database.forConfig(readOnlyPath, config, driver = dbDriver)\n\n      val dbs = Databases(\n        master = masterDb,\n        readOnly = if (config.hasPath(readOnlyPath)) readOnlyDb else masterDb\n      )\n\n      dbName -> dbs\n    }\n\n    databasesMap.head._2\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/commandgen\/TpccCommandGen.scala","text":"<filename>src\/tpcc\/commandgen\/TpccCommandGen.scala\npackage ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.FileInputStream\nimport java.io.InputStream\nimport java.text.DecimalFormat\nimport java.util.{Date, Properties}\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.tx.TpccTable\nimport TpccCommandGen._\nimport ddbt.tpcc.mtx._\nimport ddbt.tpcc.itx._\nimport TpccConstants._\nimport TpccTable._\n\nobject TpccCommandGen {\n\n  private val NUMBER_OF_TX_TESTS = 100\n\n  private val logger = LoggerFactory.getLogger(classOf[Tpcc])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  val VERSION = \"1.0.1\"\n\n  private val DRIVER = \"DRIVER\"\n\n  private val WAREHOUSECOUNT = \"WAREHOUSECOUNT\"\n\n  private val DATABASE = \"DATABASE\"\n\n  private val USER = \"USER\"\n\n  private val PASSWORD = \"PASSWORD\"\n\n  private val CONNECTIONS = \"CONNECTIONS\"\n\n  private val RAMPUPTIME = \"RAMPUPTIME\"\n\n  private val DURATION = \"DURATION\"\n\n  private val JDBCURL = \"JDBCURL\"\n\n  private val PROPERTIESFILE = \".\/conf\/tpcc.properties\"\n\n  private val TRANSACTION_NAME = Array(\"NewOrder\", \"Payment\", \"Order Stat\", \"Delivery\", \"Slev\")\n\n  @volatile var counting_on: Boolean = false\n\n  def main(argv: Array[String]) {\n\/\/    println(\"TPCC version \" + VERSION + \" Number of Arguments: \" +\n\/\/      argv.length)\n\/\/    val sysProp = Array(\"os.name\", \"os.arch\", \"os.version\", \"java.runtime.name\", \"java.vm.version\", \"java.library.path\")\n\/\/    for (s <- sysProp) {\n\/\/      logger.info(\"System Property: \" + s + \" = \" + System.getProperty(s))\n\/\/    }\n\/\/    val df = new DecimalFormat(\"#,##0.0\")\n\/\/    println(\"maxMemory = \" +\n\/\/      df.format(Runtime.getRuntime.totalMemory() \/ (1024.0 * 1024.0)) +\n\/\/      \" MB\")\n\n    val tpcc = new TpccCommandGen\n    var ret = 0\n    if (argv.length == 0) {\n\/\/      println(\"Using the properties file for configuration.\")\n      tpcc.init()\n      ret = tpcc.runBenchmark(false, argv)\n    } else {\n      if ((argv.length % 2) == 0) {\n\/\/        println(\"Using the command line arguments for configuration.\")\n        tpcc.init()\n        ret = tpcc.runBenchmark(true, argv)\n      } else {\n        println(\"Invalid number of arguments.\")\n        println(\"The possible arguments are as follows: \")\n        println(\"-w [number of warehouses]\")\n        println(\"-n [number of transactions to execute]\")\n        System.exit(-1)\n      }\n    }\n\/\/    println(\"Terminating process now\")\n    System.exit(ret)\n  }\n}\n\nclass TpccCommandGen {\n\n  private var numberOfTestTransactions = NUMBER_OF_TX_TESTS\n\n  private var numWare: Int = _\n\n  private var properties: Properties = _\n\n  private var inputStream: InputStream = _\n\n  private def init() {\n\/\/    logger.info(\"Loading properties from: \" + PROPERTIESFILE)\n    properties = new Properties()\n    inputStream = new FileInputStream(PROPERTIESFILE)\n    properties.load(inputStream)\n  }\n\n  private def runBenchmark(overridePropertiesFile: Boolean, argv: Array[String]): Int = {\n\/\/    println(\"***************************************\")\n\/\/    println(\"****** Java TPC-C Load Generator ******\")\n\/\/    println(\"***************************************\")\n    RtHist.histInit()\n\n    {\n      numWare = Integer.parseInt(properties.getProperty(WAREHOUSECOUNT))\n      numberOfTestTransactions = 1000\n    }\n\n    if (overridePropertiesFile) {\n      var i = 0\n      while (i < argv.length) {\n        if (argv(i) == \"-w\") {\n          numWare = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-n\") {\n          numberOfTestTransactions = Integer.parseInt(argv(i + 1))\n        } else {\n          println(\"Incorrect Argument: \" + argv(i))\n          println(\"The possible arguments are as follows: \")\n          println(\"-w [number of warehouses]\")\n          println(\"-n [number of transactions to execute]\")\n          System.exit(-1)\n        }\n        i = i + 2\n      }\n    }\n    if (numWare < 1) {\n      throw new RuntimeException(\"Warehouse count has to be greater than or equal to 1.\")\n    }\n    if (numberOfTestTransactions < 1) {\n      throw new RuntimeException(\"Number of transactions to execute has to be greater than or equal to 1.\")\n    }\n\n\n\/\/    System.out.print(\"<Parameters>\\n\")\n\/\/    System.out.print(\"  [warehouse]: %d\\n\".format(numWare))\n\/\/    System.out.print(\"   [numTests]: %d\\n\".format(numberOfTestTransactions))\n    Util.seqInit(10, 10, 1, 1, 1)\n\n    val commandHistory:Array[TpccCommand]=new Array[TpccCommand](numberOfTestTransactions);\n    var commandHistoryCounter = 0\n\n    val newOrderMix: INewOrder = new INewOrder {\n      override def newOrderTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_id: Int, o_ol_count: Int, o_all_local: Int, itemid: Array[Int], supware: Array[Int], quantity: Array[Int], price: Array[Float], iname: Array[String], stock: Array[Int], bg: Array[Char], amt: Array[Float])(implicit tInfo: ThreadInfo): Int = {\n        commandHistory(commandHistoryCounter) = NewOrderCommand(datetime, t_num, w_id, d_id, c_id, o_ol_count, o_all_local, itemid, supware, quantity, price, iname, stock, bg, amt)\n        commandHistoryCounter += 1\n\n        1\n      }\n    }\n    val paymentMix: IPayment = new IPayment {\n      override def paymentTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_w_id: Int, c_d_id: Int, c_id: Int, c_last: String, h_amount: Float)(implicit tInfo: ThreadInfo): Int = {\n        commandHistory(commandHistoryCounter) = PaymentCommand(datetime,t_num,w_id,d_id, c_by_name, c_w_id, c_d_id, c_id, c_last, h_amount)\n        commandHistoryCounter += 1\n\n        1\n      }\n    }\n    val orderStatMix: IOrderStatus = new IOrderStatus {\n      override def orderStatusTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_id: Int, c_last: String)(implicit tInfo: ThreadInfo): Int = {\n        commandHistory(commandHistoryCounter) = OrderStatusCommand(datetime, t_num, w_id, d_id, c_by_name, c_id, c_last)\n        commandHistoryCounter += 1\n\n        1\n      }\n    }\n    val slevMix: IStockLevel = new IStockLevel {\n      override def stockLevelTx(t_num: Int, w_id: Int, d_id: Int, threshold: Int)(implicit tInfo: ThreadInfo): Int = {\n        commandHistory(commandHistoryCounter) = StockLevelCommand(t_num, w_id, d_id, threshold)\n        commandHistoryCounter += 1\n\n        1\n      }\n    }\n    val deliveryMix: IDelivery = new IDelivery {\n      override def deliveryTx(datetime: Date, w_id: Int, o_carrier_id: Int)(implicit tInfo: ThreadInfo): Int = {\n        commandHistory(commandHistoryCounter) = DeliveryCommand(datetime, w_id, o_carrier_id)\n        commandHistoryCounter += 1\n\n        1\n      }\n    }\n    val fetchSize = 1\n    val numConn = 1\n    val numberOfTestTransactionsPerThread = numberOfTestTransactions\n\n    val driver = new TpccDriver(null, fetchSize, TRANSACTION_COUNT, newOrderMix, paymentMix, orderStatMix, slevMix, deliveryMix)\n    \n    try {\n\/\/      if (DEBUG) {\n\/\/        logger.debug(\"Starting driver with: numberOfTestTransactions: \" + numberOfTestTransactions + \" num_ware: \" + numWare)\n\/\/      }\n      driver.runAllTransactions(new ThreadInfo(0), numWare, numConn, false, numberOfTestTransactionsPerThread)\n    } catch {\n      case e: Throwable => logger.error(\"Unhandled exception\", e)\n    }\n    println(commandHistory.mkString(\"\",\"\\n\",\"\"))\n\n    0\n  }\n\n\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvc3t\/TransactionManager.scala","text":"package ddbt.lib.mvc3t\n\nimport java.util.concurrent.atomic.AtomicLong\nimport java.util.concurrent.atomic.AtomicBoolean\nimport scala.collection.mutable._\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\n\nimport TransactionManager._\n\n\/**\n * TransactionManager class has the responsibility of managing\n * all the concurrent transactions in the system under a specific\n * concurrency control mechanism (that is MVC3T).\n *\/\nobject TransactionManager {\n\tval TRANSACTION_ID_GEN_START = (1L << 32)\n\tval TRANSACTION_STRAT_TS_GEN_START = 1L\n\n\ttype Table = String\n\ttype MutableMap[K,V] = ddbt.lib.shm.SHMap[K,V]\n\t\/\/ type Conflict[K,V<:Product] = (Predicate[K,V],DeltaVersion[K,V])\n\t\/\/ type Conflict = (Predicate[_,_],Transaction)\n  \n\ttype Operation = Int\n\tval INSERT_OP:Operation = 1 << 0 \/\/ 001\n\tval DELETE_OP:Operation = 1 << 1 \/\/ 010\n\tval UPDATE_OP:Operation = 1 << 2 \/\/ 100\n\n\tval DEBUG = false\n\tval ERROR = true\n\tval DISABLE_GC = false\n\tval PARALLEL_GC = true\n\n\t\/\/@inline \/\/TODO FIX IT: it should be inlined for production use\n\tdef forceDebug(msg: => String)(implicit xact:Transaction) = println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef debug(msg: => String)(implicit xact:Transaction) = if(DEBUG) println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef error(msg: => String)(implicit xact:Transaction): Unit = if(ERROR) System.err.println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef error(e: Throwable)(implicit xact:Transaction): Unit = if(ERROR) { error(e.toString); e.getStackTrace.foreach(st => error(st.toString))}\n\n}\n\nclass TransactionManager(isUnitTestEnabled: =>Boolean) {\n\tvar forcedRollback = 0 \/\/ is the rollback requested by transaction program (and it\u2019s a part of benchmark)\n\tvar failedValidation = 0 \/\/ is the rollback due to the validation failure\n\tvar failedConcurrentUpdate = 0 \/\/ is the rollback due to a concurrent update (for the same object), which is not allowed in the reference impl.\n\tvar failedConcurrentInsert = 0 \/\/ is the rollback due to a concurrent insert (for the same object), which is not allowed in the reference impl.\n\n\t\/\/ def clear = {\n\t\/\/ \tforcedRollback = 0\n\t\/\/ \tfailedValidation = 0\n\t\/\/ \tfailedConcurrentUpdate = 0\n\t\/\/ \tfailedConcurrentInsert = 0\n\t\/\/ }\n\n\tval transactionIdGen = new AtomicLong(TransactionManager.TRANSACTION_ID_GEN_START)\n\tval startAndCommitTimestampGen = new AtomicLong(TransactionManager.TRANSACTION_STRAT_TS_GEN_START)\n\tval isGcActive = new AtomicBoolean(DISABLE_GC)\n\n\tval activeXacts = new LinkedHashMap[Long,Transaction]\n\t\/\/List of recently committed transactions consists of\n\t\/\/the most recent committed transaction in its head\n\tval recentlyCommittedXacts = new ListBuffer[Transaction]()\n\tval allCommittedXacts = new ListBuffer[Transaction]()\n\n\tdef begin(name: String) = activeXacts.synchronized {\n\t\tval xactId = transactionIdGen.getAndIncrement()\n\t\tval startTS = startAndCommitTimestampGen.getAndIncrement()\n\t\timplicit val xact = new Transaction(this, name, startTS, xactId)\n\t\tactiveXacts.put(xactId, xact)\n\t\tdebug(\"started at %d\".format(startTS))\n\t\txact\n\t}\n\tdef commit(implicit xact:Transaction):Boolean = this.synchronized {\n\t\tdebug(\"commit started\")\n\t\tval xactId = xact.xactId\n\t\tif(activeXacts.contains(xactId)){\n\t\t\tif(xact.isReadOnly) {\n\t\t\t\txact.xactId = xact.startTS\n\t\t\t\tactiveXacts.synchronized {\n\t\t\t\t\tactiveXacts -= xactId\n\t\t\t\t}\n\t\t\t\t\/\/ recentlyCommittedXacts.synchronized {\n\t\t\t\t\/\/ \t\/\/prepend the transaction to the recently commmitted transactions list\n\t\t\t\t\/\/ \trecentlyCommittedXacts.+=:(xact)\n\t\t\t\t\/\/ \tif(isUnitTestEnabled) allCommittedXacts += xact\n\t\t\t\t\/\/ }\n\t\t\t\tdebug(\"(read-only) commit succeeded (with commitTS = %d)\".format(xact.commitTS))\n\t\t\t\ttrue\n\t\t\t} else if(!validate) {\n\t\t\t\tdebug(\"commit failed: transaction validation failed! We have to roll it back...\")\n\t\t\t\trollback\n\t\t\t\tfalse\n\t\t\t} else {\n\t\t\t\txact.moveCommittedRecordsToFront\n\t\t\t\tactiveXacts.synchronized {\n\t\t\t\t\txact.xactId = startAndCommitTimestampGen.getAndIncrement()\n\t\t\t\t\tactiveXacts -= xactId\n\t\t\t\t}\n\t\t\t\tdebug(\"\\twith undo buffer(%d) = %%s\".format(xact.undoBuffer.size, xact.undoBuffer))\n\t\t\t\trecentlyCommittedXacts.synchronized {\n\t\t\t\t\t\/\/prepend the transaction to the recently commmitted transactions list\n\t\t\t\t\trecentlyCommittedXacts.+=:(xact)\n\t\t\t\t\tif(isUnitTestEnabled) allCommittedXacts += xact\n\t\t\t\t}\n\t\t\t\tgarbageCollect\n\t\t\t\tdebug(\"commit succeeded (with commitTS = %d)\".format(xact.commitTS))\n\t\t\t\ttrue\n\t\t\t}\n\t\t} else {\n\t\t\tdebug(\"commit failed: transaction does not exist! We have to roll it back...\")\n\t\t\trollback\n\t\t\tfalse\n\t\t}\n\t}\n\t\/\/TODO: should be implemented completely\n\t\/\/ missing:\n\t\/\/  - validation can run in parallel for the transactions that are in this stage (we do not have to synchronize it)\n\t\/\/  - attribute-level validation should be supported\n\tdef validate(implicit xact:Transaction): Boolean = {\n\t\tif(!xact.undoBuffer.isEmpty) {\n\t\t\tdebug(\"\\tvalidation started\")\n\t\t\t\/\/1- Find all the transaction that ran concurrenctly with the current xact\n\t\t\tval concurrentXacts = recentlyCommittedXacts.filter(t => t.commitTS > xact.startTS)\n\t\t\tdebug(\"\\t\\tconcurrentXacts = \" + concurrentXacts)\n\t\t\t\/\/2- For each concurrent transaction, check if any version created\/updated\/deleted\n\t\t\t\/\/   produced by that, has a conflict with any predicate in the current transaction\n\t\t\t\/\/   and collect the conflicting predicates\n\t\t\t\/\/ var conflicts = Set[Conflict]()\n\t\t\t\/\/ concurrentXacts.foreach { t =>\n\t\t\t\/\/ \tt.undoBuffer.foreach { dv =>\n\t\t\t\/\/ \t\tdebug(\"\\t\\tchecking whether \" + dv + \" (in \" + t + \") matches predicates in \" + xact)\n\t\t\t\/\/ \t\tconflicts = conflicts ++ xact.matchesPredicates(dv)\n\t\t\t\/\/ \t}\n\t\t\t\/\/ }\n\n\t\t\tval (conflicts, newTS) = xact.findConflictsWith(concurrentXacts)\n\n\t\t\tif(conflicts.isEmpty) {\n\t\t\t\t\/\/3- If there's no conflict, then there is no validation error\n\t\t\t\tdebug(\"\\tvalidation succeeded\")\n\t\t\t\ttrue\n\t\t\t} else {\n\t\t\t\t\/\/4- If there is a conflict, then we will try to resolve it\n\t\t\t\tdebug(\"\\tvalidation failed\")\n\t\t\t\tdebug(\"\\tconflicts are => \" + conflicts)\n\t\t\t\tdebug(\"\\tundoBuffer contains => \" + xact.undoBuffer)\n\n\t\t\t\t\/\/5- Find the new timestamp for the transaction, that won't\n\t\t\t\t\/\/   introduce the current conflicts and collect the confluct predicates\n\t\t\t\t\/\/   at the same time\n\t\t\t\t\/\/ var newTS = TRANSACTION_STRAT_TS_GEN_START\n\t\t\t\t\/\/ val conflictPreds = conflicts.map{ c =>\n\t\t\t\t\/\/ \tif(c._2.commitTS > newTS) newTS = c._2.commitTS\n\t\t\t\t\/\/ \tc._1\n\t\t\t\t\/\/ }\n\n\t\t\t\t\/\/6- Set the new timestamp for the current transaction\n\t\t\t\txact.startTS = newTS + 1\n\n\t\t\t\t\/\/ xact.closureTransitions.foreach{ ct =>\n\t\t\t\t\/\/ \tvar activated = false\n\t\t\t\t\/\/ \tct.handlers.foreach{ h =>\n\t\t\t\t\/\/ \t\tif(conflictPreds.exists( p => h.preds.contains(p))) {\n\t\t\t\t\/\/ \t\t\tdebug(\"\\thandler activated for \" + h.preds)\n\t\t\t\t\/\/ \t\t\tactivated = true\n\t\t\t\t\/\/ \t\t\th.handler(ct.outputVersions._1)\n\t\t\t\t\/\/ \t\t} else {\n\t\t\t\t\/\/ \t\t\tdebug(\"\\th.preds = \" + h.preds)\n\t\t\t\t\/\/ \t\t}\n\t\t\t\t\/\/ \t}\n\t\t\t\t\/\/ \tif(activated) {\n\t\t\t\t\/\/ \t\tct.outputVersions._2.foreach { innerCt =>\n\t\t\t\t\/\/ \t\t\tinnerCt.handlers.foreach{ h =>\n\t\t\t\t\/\/ \t\t\t\tdebug(\"\\t\\tsub-handler activated\")\n\t\t\t\t\/\/ \t\t\t\th.handler(innerCt.outputVersions._1)\n\t\t\t\t\/\/ \t\t\t}\n\t\t\t\t\/\/ \t\t}\n\t\t\t\t\/\/ \t}\n\t\t\t\t\/\/ }\n\t\t\t\tconflicts.foreach(_.compensateAction)\n\n\t\t\t\t\/\/ failedValidation += 1\n\t\t\t\t\/\/ false\n\t\t\t\ttrue\n\t\t\t}\n\t\t} else {\n\t\t\tdebug(\"\\tno validation required for read-only xact.\")\n\t\t\ttrue\n\t\t}\n\t}\n\n\tdef rollback(implicit xact:Transaction) = this.synchronized {\n\t\tdebug(\"rollback started\")\n\t\tactiveXacts.synchronized {\n\t\t\tactiveXacts -= xact.xactId\n\t\t}\n\t\tdebug(\"\\twith undo buffer(%d) = %%s\".format(xact.undoBuffer.size, xact.undoBuffer))\n\t\txact.undoBuffer.foreach{ dv => \n\t\t\tdebug(\"\\t\\tremoved => (\" + dv.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\tdv.remove\n\t\t}\n\t\tgarbageCollect\n\t\tdebug(\"rollback finished\")\n\t}\n\n\tprivate def garbageCollect(implicit xact:Transaction) {\n\t\tif(isGcActive.compareAndSet(false,true)) {\n\t\t\tif(PARALLEL_GC) {\n\t\t\t\tFuture {\n\t\t\t\t\tgcInternal\n\t\t\t\t\tisGcActive.set(false)\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tgcInternal\n\t\t\t\tisGcActive.set(false)\n\t\t\t}\n\t\t}\n\t}\n\n\tprivate def gcInternal(implicit xact:Transaction) {\n\t\tdebug(\"GC started\")\n\t\tif(!recentlyCommittedXacts.isEmpty) {\n\t\t\tvar oldestActiveXactStartTS = TransactionManager.TRANSACTION_ID_GEN_START\n\t\t\tactiveXacts.synchronized {\n\t\t\t\t\/\/ activeXacts.foreach{ a => if(a._2.startTS < oldestActiveXactStartTS) oldestActiveXactStartTS = a._2.startTS }\n\t\t\t\toldestActiveXactStartTS = activeXacts.last._2.startTS\n\t\t\t\t\/\/ if(oldestActiveXactStartTS != activeXacts.last._2.startTS) {\n\t\t\t\t\/\/ \tthrow new RuntimeException(\"oldestActiveXactStartTS = %d while activeXacts.last._2.startTS = %d\".format(oldestActiveXactStartTS, activeXacts.last._2.startTS))\n\t\t\t\t\/\/ } else {\n\t\t\t\t\/\/ \tprintln(\"fine\")\n\t\t\t\t\/\/ }\n\t\t\t\t\/\/ debug(\"\\tactiveXacts = \" + activeXacts)\n\t\t\t\t\/\/ debug(\"\\toldestActiveXactStartTS = \" + oldestActiveXactStartTS)\n\t\t\t}\n\n\t\t\tvar reachedLimit = false\n\t\t\twhile(!reachedLimit && !recentlyCommittedXacts.isEmpty) {\n\t\t\t\tval xact = recentlyCommittedXacts.head\n\t\t\t\timplicit val theXact = xact\n\t\t\t\tif(xact.commitTS < oldestActiveXactStartTS) {\n\t\t\t\t\t\/\/ debug(\"\\tremoving xact = \" + xact)\n\t\t\t\t\txact.undoBuffer.foreach{ dv =>\n\t\t\t\t\t\tval nextDV = dv.next\n\t\t\t\t\t\tdv.next = null\n\t\t\t\t\t\tif(nextDV != null) {\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tremoved version => (\" + nextDV.getTable+\",\" + nextDV.getKey + \", \" + nextDV + \")\")\n\t\t\t\t\t\t\tnextDV.gcRemove\n\t\t\t\t\t\t}\n\t\t\t\t\t\telse if(dv.op == DELETE_OP){\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tcould not remove version because of no next => (\" + nextDV.getTable+\",\" + nextDV.getKey + \", \" + nextDV + \")\")\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif(dv.isDeleted) {\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tand also removed itself => (\" + nextDV.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\t\t\t\t\tdv.remove\n\t\t\t\t\t\t}\n\t\t\t\t\t\telse if(nextDV != null){\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\t, and current version is => (\" + dv.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\trecentlyCommittedXacts.synchronized {\n\t\t\t\t\t\trecentlyCommittedXacts.remove(0)\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t\/\/ debug(\"\\treached gc limit \"+xact+\" vs. oldestActiveXactStartTS=\" + oldestActiveXactStartTS)\n\t\t\t\t\treachedLimit = true\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\telse {\n\t\t\t\/\/ debug(\"\\tnothing to be done!\")\n\t\t}\n\t\tdebug(\"GC finished\")\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/Utils.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt\nimport java.io._\n\n\/**\n * This class contains useful functions and variables that are shared across\n * different compiler parts.\n * @author TCK\n *\/\nobject Utils {\n  \/\/ Display a warning to the user\n  def warning(msg:String) = {\n    val sb=new StringBuilder((\"@\"*80)+\"\\n@\"+(\" \"*78)+\"@\\n\")\n    (\"WARNING: \"+msg).split(\"\\n\").foreach { l => sb.append(\"@  %-74s  @\\n\".format(l)) }\n    sb.append(\"@\"+(\" \"*78)+\"@\\n\"+(\"@\"*80)); System.err.println(sb.toString)\n  }\n\n  private val prop_ = new java.util.Properties\n  try { prop_.load(this.getClass.getResource(\"\/config.properties\").openStream()) } catch { case _:Throwable => warning(\"conf\/config.properties does not exist.\\n\"\n        \/\/+ \"Please configure at least ddbt.dbtoaster to dbtoaster_frontend binary path.\\nSet ddbt.base_repo if you have access to DBToaster's repository.\"\n        ) }\n  def prop(name:String,d:String=\"\") = prop_.getProperty(\"ddbt.\"+name,d)\n\n  val LMS_PROPERTY = \"lms\"\n  def isLMSTurnedOn = prop(LMS_PROPERTY)==\"1\"\n\n  val find_bin=prop(\"find_bin\",\"find\");\n  val cppOpts=prop(\"cpp_opts\",\"\").split(\" \").toList\n  \n  \/\/ Paths related to DBToaster\n  val path_repo = { val r=prop(\"base_repo\",null); if (r==null) null else r+\"\/dbtoaster\/compiler\/alpha5\" }\n  val path_bin  = (if (path_repo!=null) path_repo+\"\/\" else \"\")+prop(\"dbtoaster.frontend\",\"bin\/dbtoaster_frontend\")\n  private lazy val path_jdk = { var p=prop(\"jdk\",null); if (p!=null) { val r=prop(p,null); if (r!=null) p=r; }; if (p==null) System.getProperty(\"java.home\") else p }\n  private lazy val (path_cp,path_jvm) = {\n    val deps = System.getProperty(\"sbt.classpath\",System.getProperty(\"sun.java.command\").replaceAll(\".*-classpath | .*\",\"\")+\":\"+System.getProperty(\"sun.boot.class.path\")).split(\":\")\n    val cp = deps \/**\/ .filter(_.matches(\"(.*)\/(\\\\.(sbt|ivy2)|target)\/.*\")).filter(_.indexOf(\"virtualized\")== -1) \/**\/ .mkString(\":\")\n    val boot_cp=cp.split(\":\").filter(_.matches(\".*scala-(library|compiler|reflect).*\")).mkString(\":\")\n    (cp,\"java \"+prop(\"jvm\")+\" -Xbootclasspath\/a:\"+boot_cp)\n  }\n\n  \/\/ Scala compiler wrapper\n  def scalaCompiler(dir:File,classpath:String=null,external:Boolean=false) : List[String]=>Unit = {\n    val path_dir=dir.getAbsolutePath; val cp=(if(classpath!=null) classpath+\":\" else \"\")+path_cp\n    val opts=prop(\"scalac\").split(\" +\").toList\n    if (!external) { \/\/ Embedded Scala compiler\n      val s=new scala.tools.nsc.Settings(); s.processArguments(opts,true)\n      s.classpath.value=cp; s.outputDirs.setSingleOutput(path_dir); val g=new scala.tools.nsc.Global(s)\n      (fs:List[String]) => try { (new g.Run).compile(fs) } catch { case t:Throwable => t.printStackTrace }\n    } else { \/\/ FSC external processes\n      def execOut(cmd:String) = exec(cmd.split(\" +\"),prefix=\"\")\n      val args=\"-cp \"+cp+\" -d \"+path_dir+\" \"+opts.mkString(\" \")+\" \"\n      val fsc=\"fsc \"+prop(\"jvm\").split(\" +\").map(\"-J\"+_).mkString(\" \")+\" \"+args\n      (fs:List[String]) => try { execOut(fsc+fs.mkString(\" \")) } catch { case _:IOException => execOut(path_jvm+\" scala.tools.nsc.Main \"+args+fs.mkString(\" \")) }\n    }\n  }\n\n  \/\/ C++ compiler wrapper\n  def cppCompiler(out:String,cPath:String,boost:String,cppLibDir:String) = {\n    val as = (List(prop(\"gpp\",\"g++\"),cppLibDir+\"\/main.cpp\",\"-Wall\",\"-Wno-unused-variable\",\"-Wno-strict-overflow\",\"-std=c++11\",\"-include\",out,\"-o\",cPath,\"-O3\",\"-lpthread\",\"-ldbtoaster\",\"-I\"+cppLibDir,\"-L\"+cppLibDir) :::\n             (if (boost==null) Nil else List(\"program_options\",\"serialization\",\"system\",\"filesystem\",\"chrono\",\"thread\").map(\"-lboost_\"+_+Utils.prop(\"lib_boost_thread\",\"\")) ::: List(\"-I\"+boost+\"\/include\",\"-L\"+boost+\"\/lib\")) :::\n             cppOpts).filter(_!=\"\")\n    \/\/make DBT c++ library\n    Utils.exec(Array(\"make\",\"-C\",cppLibDir))\n    Utils.exec(as.toArray)\n  }\n\n  \/\/ Executes a Scala program\n  def scalaExec(cp:List[File],cls:String,args:Array[String]=Array(),external:Boolean=false) {\n    if (!external) runMain(cp,cls,args)\n    else {\n      val env = (\"JAVA_HOME=\"+path_jdk :: scala.collection.JavaConversions.mapAsScalaMap(System.getenv).filter(x=>x._1.toUpperCase!=\"JAVA_HOME\").map(x=>x._1+\"=\"+x._2).toList).toArray\n      exec((path_jvm+\" -cp \"+cp.map(_.getAbsolutePath).mkString(\":\")+\":\"+path_cp+\" \"+cls+\" \"+args.mkString(\" \")).split(\" +\"),env=env,fatal=true,prefix=\"\")\n    }\n  }\n\n  \/\/ XXX: use scala.sys.process.Process and scala.sys.process.ProcessLogger instead\n  \/\/ Gobbles an input stream (lines not matching prefix are sent to out, null matches all, \"\" matches none)\n  private def gobble(in:InputStream,out:PrintStream=null,prefix:String=null) = new Thread {\n    private var buf = new StringBuilder\n    override def toString = { join; buf.toString.trim }\n    override def run {\n      val r = new BufferedReader(new InputStreamReader(in)); var l=r.readLine\n      val n = if (prefix==null || out==null) -1 else prefix.length\n      while(l!=null) {\n        if (n== -1) buf.append(l+\"\\n\")\n        else if (n>0 && l.startsWith(prefix)) buf.append(l.substring(n)+\"\\n\")\n        else if (out!=null) out.println(l)\n        l = r.readLine\n      }\n      r.close\n    }\n    start\n  }\n\n  \/\/ Execute arbitrary command, return (out,err)\n  def exec(cmd:String,fatal:Boolean):(String,String) = exec(cmd.split(\" +\"),null,null,fatal)\n  def exec(cmd:Array[String],dir:File=null,env:Array[String]=null,fatal:Boolean=true,prefix:String=null):(String,String) = {\n    val p = Runtime.getRuntime.exec(cmd,env,dir)\n    val out=gobble(p.getInputStream,scala.Console.out,prefix); val err=gobble(p.getErrorStream,scala.Console.err,prefix); val exitVal=p.waitFor; val o=out.toString; val e=err.toString\n    if (fatal && (e.trim!=\"\" || exitVal!=0)) {\n      if(e.trim!=\"\") {\n        println(\"Execution error in: \"+cmd.mkString(\" \"))\n        scala.Console.out.print(o)\n        scala.Console.err.print(e)\n      } else {\n        scala.Console.err.print(\"Error: exit value is \" + exitVal)\n      }\n      System.exit(if(exitVal!=0) exitVal else 1)\n    }\n    (o,e)\n  }\n\n  \/\/ Capture console\/default output and error streams in two strings\n  def captureOut[R](f:()=>R,prefix:String=null) : (R,String,String) = { val c=scala.Console\n    val o0=c.out; val so0=System.out; val po=new PipedOutputStream; c.setOut(new PrintStream(po)); System.setOut(new PrintStream(po)); val out=gobble(new PipedInputStream(po),o0,prefix)\n    val e0=c.err; val se0=System.err; val pe=new PipedOutputStream; c.setErr(new PrintStream(pe)); System.setErr(new PrintStream(pe)); val err=gobble(new PipedInputStream(pe),e0,prefix)\n    val r = try { f() } finally { c.setOut(o0); System.setOut(so0); po.close; c.setErr(e0); System.setErr(se0); pe.close }\n    (r,out.toString,err.toString)\n  }\n\n  \/\/ Class loader to run a class with main(args:Array[String]) within the same VM\n  def runMain(cp:List[File],cls:String,args:Array[String]=Array()) = {\n    try { val l=new CPLoader(cp); val c=l.loadClass(cls); val m = c.getMethod(\"main\",args.getClass); m.invoke(null,args) }\n    catch { case t:Throwable => val c=t.getCause; (if (c!=null) c else t).printStackTrace(scala.Console.err) }\n    finally { System.gc; Thread.sleep(50); System.gc }\n  }\n  import java.net.{URL,URLClassLoader}\n  private class CPLoader(cp:List[File]) extends URLClassLoader(cp.map(_.toURI.toURL).toArray,null) {\n    override def loadClass(name:String, resolve:Boolean) : Class[_] = {\n      try { return super.loadClass(name, resolve); }\n      catch { case e:ClassNotFoundException => Class.forName(name, resolve, Utils.getClass.getClassLoader); }\n    }\n  }\n\n  \/\/ Files I\/O\n  def read(file:String) = { val f=new File(file); val cs=new Array[Char](f.length.toInt); val r=new FileReader(f); r.read(cs); r.close; new String(cs) }\n  def write(file:String,data:String) { val f=new File(file); val dir=f.getParentFile; if (dir!=null && !dir.exists) dir.mkdirs; val o=new PrintWriter(f); o.write(data); o.close() }\n\n  \/\/ String manipulation\n  def ind(s:String,n:Int=1) = { val i=\"  \"*n; i+s.replaceAll(\"\\n? *$\",\"\").replaceAll(\"\\n\",\"\\n\"+i) }\n  def tup(vs:List[String]) = { val v=vs.mkString(\",\"); if (vs.size>1) \"(\"+v+\")\" else v }\n\n  \/\/ Fresh variables name provider\n  private val counter = scala.collection.mutable.HashMap[String,Int]()\n  def fresh(name:String=\"x\") = { val c = counter.getOrElse(name,0)+1; counter.put(name,c); name+c }\n  def freshClear() = counter.clear\n\n  \/\/ Create a temporary directory that will be removed at shutdown\n  def makeTempDir(path:String=null,auto_delete:Boolean=false):File = {\n    val tmp = if (path!=null) new File(path) else new File(\"target\/tmp\") \/\/File.createTempFile(\"ddbt\",null) deletes folder too early on OracleJVM7\/MacOS\n    def del(f:File) {\n      if (f.isDirectory()) f.listFiles().foreach{c=>del(c)}\n      if (!f.delete()) sys.error(\"Failed to delete file: \" + f)\n    }\n    if (tmp.exists) del(tmp); tmp.mkdirs \/\/ have a fresh folder\n    if (auto_delete) Runtime.getRuntime.addShutdownHook(new Thread{ override def run() = del(tmp) });\n    tmp\n  }\n\n  \/\/ Time measurement\n  def ns[T](f:()=>T) = { val t0=System.nanoTime; var r=f(); val t1=System.nanoTime; (t1-t0,r) }\n  def time(ns:Long,p:Boolean=true) = if (p) { val us=ns\/1000; (\"%d.%06d\").format(us\/1000000,us%1000000) } else { val ms=math.round(ns\/1000000.0); (\"%d.%03d\").format(ms\/1000,ms%1000) }\n\n  def generateNewFileName(qName:String, pathTemplate:String) = {\n    var queryName = qName\n    var f = new java.io.File(pathTemplate.format(queryName))\n    var couldLock = false\n    while(!couldLock) {\n      var i = 1\n      while(f.exists) {\n        queryName = qName + \"_\" + i\n        i += 1\n        f = new java.io.File(pathTemplate.format(queryName))\n      }\n      var channel:java.nio.channels.FileChannel = null;\n      var lock: java.nio.channels.FileLock = null;\n      try {\n        channel = new java.io.RandomAccessFile(f, \"rw\").getChannel();\n\n        \/\/ Use the file channel to create a lock on the file.\n        \/\/ This method blocks until it can retrieve the lock.\n        lock = channel.lock\n\n        \/\/ Try acquiring the lock without blocking. This method returns\n        \/\/ null or throws an exception if the file is already locked.\n        try {\n          lock = channel.tryLock\n        } catch {\n          case e: java.nio.channels.OverlappingFileLockException =>\n          \/\/ File is already locked in this thread or virtual machine\n        }\n\n        if(lock != null) {\n\n          f.createNewFile\n\n          \/\/ Release the lock\n          lock.release\n\n          couldLock = true\n        }\n      } catch {\n          case e: Exception => \/\/...\n      } finally {\n        if(lock != null && lock.isValid) lock.release();\n        if(channel != null) channel.close();\n      }\n    }\n    queryName\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx4\/Payment.scala","text":"package ddbt.tpcc.tx4\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport ddbt.tpcc.itx._\nimport org.slf4j.LoggerFactory\nimport Payment._\n\nobject Payment {\n\n  private val logger = LoggerFactory.getLogger(classOf[Payment])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = ddbt.tpcc.loadtest.TpccConstants.SHOW_OUTPUT\n}\n\n\/**\n * Payment Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass Payment extends InMemoryTxImpl with IPaymentInMem {\n\n  \/**\n   * @param w_id is warehouse id\n   * @param d_id is district id\n   * @param c_id is customer id\n   *\n   * Table interactions:\n   *   - [Warehouse: RW] in\n   *      + updateWarehouse\n   *   - [District: RW] in\n   *      + updateDistrict\n   *   - [Customer: RW] in\n   *      + findCustomerById\n   *      + findCustomerData\n   *   - [History: W] in\n   *      + insertHistory\n   *\n   *\/\n  override def paymentTx(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_w_id: Int, c_d_id: Int, c_id: Int, c_last_input: String, h_amount: Float)(implicit tInfo: ThreadInfo): Int = {\n    try {\n      PaymentTxOps.updateWarehouse(w_id, { case (w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd) => {\n        PaymentTxOps.updateDistrict(w_id,d_id, { case (d_name,d_street_1,d_street_2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id) => { \n          var c: ddbt.lib.shm.SEntry[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)] = null\n          if (c_by_name > 0) {\n            c = SharedData.findCustomerEntryByName(c_w_id, c_d_id, c_last_input)\n          } else {\n            c = SharedData.findCustomerEntryById(c_w_id, c_d_id, c_id)\n          }\n          val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,found_c_data) = c.value\n          val found_c_id = c.key._1\n          var c_data:String = found_c_data\n\n          if (c_credit.contains(\"BC\")) {\n            c_data = \"%d %d %d %d %d $%f %s | %s\".format(found_c_id, c_d_id, c_w_id, d_id, w_id, \n                h_amount, datetime.toString, c_data)\n            if (c_data.length > 500) c_data = c_data.substring(0, 500)\n            \/\/TODO this is the correct version but is not implemented in the correctness test\n            c.value = (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance+h_amount,c_ytd_payment\/*+h_amount*\/,c_payment_cnt\/*+1*\/,c_delivery_cnt,c_data)\n          } else {\n            \/\/TODO this is the correct version but is not implemented in the correctness test\n            c.value = (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance+h_amount,c_ytd_payment\/*+h_amount*\/,c_payment_cnt\/*+1*\/,c_delivery_cnt,found_c_data)\n          }\n          \/\/TODO this is the correct version but is not implemented in the correctness test\n          val h_data: String = {if (w_name.length > 10) w_name.substring(0, 10) else w_name} + \"    \" + {if (d_name.length > 10) d_name.substring(0, 10) else d_name}\n          PaymentTxOps.insertHistory(found_c_id,c_d_id,c_w_id,d_id,w_id,datetime,h_amount,h_data)\n\n          if(SHOW_OUTPUT) {\n            val output: StringBuilder = new StringBuilder\n            output.append(\"\\n+---------------------------- PAYMENT ----------------------------+\")\n            .append(\"\\n Date: \" + datetime)\n            .append(\"\\n\\n Warehouse: \").append(w_id)\n            .append(\"\\n   Street:  \").append(w_street_1)\n            .append(\"\\n   Street:  \").append(w_street_2)\n            .append(\"\\n   City:    \").append(w_city)\n            .append(\"   State: \").append(w_state)\n            .append(\"  Zip: \").append(w_zip)\n            .append(\"\\n\\n District:  \").append(d_id)\n            .append(\"\\n   Street:  \").append(d_street_1)\n            .append(\"\\n   Street:  \").append(d_street_2)\n            .append(\"\\n   City:    \").append(d_city)\n            .append(\"   State: \").append(d_state)\n            .append(\"  Zip: \").append(d_zip)\n            .append(\"\\n\\n Customer:  \").append(c_id)\n            .append(\"\\n   Name:    \").append(c_first).append(\" \").append(c_middle).append(\" \").append(c_last)\n            .append(\"\\n   Street:  \").append(c_street_1)\n            .append(\"\\n   Street:  \").append(c_street_2)\n            .append(\"\\n   City:    \").append(c_city)\n            .append(\"   State: \").append(c_state)\n            .append(\"  Zip: \").append(c_zip)\n            .append(\"\\n   Since:   \")\n            if (c_since != null) {\n              output.append(c_since)\n            }\n            else {\n              output.append(\"\")\n            }\n            output.append(\"\\n   Credit:  \").append(c_credit)\n            .append(\"\\n   Disc:    \").append(c_discount * 100).append(\"%\")\n            .append(\"\\n   Phone:   \").append(c_phone)\n            .append(\"\\n\\n Amount Paid:      \").append(h_amount)\n            .append(\"\\n Credit Limit:     \").append(c_credit_lim)\n            .append(\"\\n New Cust-Balance: \").append(c_balance)\n            if (c_credit == \"BC\") {\n              if (c_data.length > 50) {\n                output.append(\"\\n\\n Cust-Data: \").append(c_data.substring(0, 50))\n                val data_chunks: Int = (if (c_data.length > 200) 4 else c_data.length \/ 50)\n                var n: Int = 1\n                while (n < data_chunks) {\n                  output.append(\"\\n            \").append(c_data.substring(n * 50, (n + 1) * 50))\n                  n += 1\n                }\n              } else {\n                output.append(\"\\n\\n Cust-Data: \" + c_data)\n              }\n            }\n            output.append(\"\\n+-----------------------------------------------------------------+\\n\\n\")\n            logger.info(output.toString)\n          }\n          (d_name,d_street_1,d_street_2,d_city,d_state,d_zip,d_tax,d_ytd+h_amount,d_next_o_id)\n        }})\n        (w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd+h_amount)\n      }})\n      1\n    } catch {\n      case e: Throwable => {\n        logger.error(\"An error occurred in handling Payment transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n        0\n      }\n    }\n  }\n  object PaymentTxOps {\n    def updateWarehouse(w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double)) => (String, String, String, String, String, String, Float, Double)) = {\n      SharedData.onUpdate_Warehouse_byFunc(w_id,updateFunc)\n    }\n    def updateDistrict(w_id:Int, d_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double, Int)) => (String, String, String, String, String, String, Float, Double, Int)) = {\n      SharedData.onUpdate_District_byFunc(d_id,w_id, updateFunc)\n    }\n    def insertHistory(h_c_id:Int,h_c_d_id:Int,h_c_w_id:Int,h_d_id:Int,h_w_id:Int,h_date:Date,h_amount:Float,h_data:String) = {\n      SharedData.onInsert_HistoryTbl(h_c_id,h_c_d_id,h_c_w_id,h_d_id,h_w_id,h_date,h_amount,h_data)\n    }\n  }\n}\n\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/XactCaseTest2.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.lib.util.XactImpl\nimport ddbt.lib.util.XactImplSelector\nimport ddbt.lib.util.XactBench\nimport XactBench._\nimport ddbt.tpcc.loadtest.Driver\nimport ddbt.tpcc.loadtest.Util\nimport XactCaseTest2._\n\n\/**\n * This class tests the maximum transactional performance of XactBench\n * (i.e. the maximum number of calls to an empty (read-only) transaction\n * program that executes the begin and commit operations with\n * an empty body) with dummy params (and read-only hint to the xact)\n *\n * For a single thread:\n *   Xact1 xact\/sec: 251,652,640.00\n *   Xact2 xact\/sec: 25,165,264.00\n * For two threads:\n *   Xact1 xact\/sec: 500,753,248.00\n *   Xact2 xact\/sec: 50,088,428.00\n * For four threads:\n *   Xact1 xact\/sec: 940,342,336.00\n *   Xact2 xact\/sec: 94,058,616.00\n *\/\nobject XactCaseTest2 {\n\n\tval MVCC_IMPL = 1\n\tval MVC3T_IMPL = 2\n\n\tval TIMEOUT_T1 = 5000\n\tval TIMEOUT_T2 = 5000\n\n\tdef main(argv:Array[String]) {\n\t\tval xactRunner = new XactBench(XactCaseTest2Selector)\n\t\txactRunner.init\n\t\txactRunner.runBenchmark(true, argv)\n\t}\n\n\tval NUM_ACCOUNTS = 2\n}\n\nobject XactCaseTest2Selector extends XactImplSelector {\n\tdef select(impl: Int, numConn: Int) = {\n\t\tif (impl == MVCC_IMPL) {\n\t\t\t(new XactCaseTest2MVCC(numConn)).init\n\t\t} else {\n\t\t\tthrow new RuntimeException(\"No implementation selected.\")\n\t\t}\n\t}\n\n\tdef seqInit(t1: Int, t2: Int, t3: Int, t4: Int, t5: Int) {\n\t\tUtil.seqInit(10000, 1000)\n\t}\n\n\tdef xactNames = Array(\"Xact1\", \"Xact2\")\n}\n\nclass XactCaseTest2MVCC(numConn: Int) extends XactImpl {\n\timport ddbt.lib.mvconcurrent._\n\timport TransactionManager._\n\tval accountsTbl = new ConcurrentSHMapMVCC[Int \/*Account Number*\/,Tuple1[Long] \/*Boolean*\/](\"ACCOUNTS_TBL\")\n\n\tval tm = new TransactionManager(numConn, false)\n\n\tdef runXact(driver: Driver, tInfo: ThreadInfo, sequence: Int){\n\t\tif (sequence == 0) {\n\t\t\tdriver.execTransaction(tInfo, sequence, 0, isCountingOn) { tInfo:ThreadInfo =>\n\t\t\t\texecXact1(0,0,0)(tInfo)\n\t\t\t}\n\t\t} else if (sequence == 1) {\n\t\t\tdriver.execTransaction(tInfo, sequence, 0, isCountingOn) { tInfo:ThreadInfo =>\n\t\t\t\texecXact2(tInfo)\n\t\t\t}\n\t\t} else {\n\t\t\tthrow new IllegalStateException(\"Error - Unknown sequence\")\n\t\t}\n\t}\n\n\tdef execXact1(fromAccNum:Int, toAccNum:Int, amount:Int)(implicit tInfo: ThreadInfo) = {\n\t\t\/\/ logger.info(\"MVCC - execXact1 - Move Money\")\n\t\timplicit val xact = tm.begin(\"Xact1\", true)\n\t\ttry {\n\t\t\t\/\/ val fromAcc = accountsTbl.getEntry(fromAccNum)\n\t\t\t\/\/ fromAcc.setEntryValue(Tuple1(fromAcc.row._1 - amount))\n\n\t\t\t\/\/ val toAcc = accountsTbl.getEntry(toAccNum)\n\t\t\t\/\/ toAcc.setEntryValue(Tuple1(toAcc.row._1 + amount))\n\t\t\ttm.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\te.printStackTrace\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef execXact2(implicit tInfo: ThreadInfo) = {\n\t\t\/\/ logger.info(\"MVCC - execXact2 - Sum Balances\")\n\t\timplicit val xact = tm.begin(\"Xact2\", true)\n\t\ttry {\n\t\t\t\/\/ val actualSum = 3L * (NUM_ACCOUNTS * (NUM_ACCOUNTS - 1L)) \/ 2L\n\t\t\t\/\/ var computedSum = 0L\n\t\t\t\/\/ accountsTbl.foreach{ case (_,Tuple1(accBal)) =>\n\t\t\t\/\/ \tcomputedSum += accBal\n\t\t\t\/\/ }\n\t\t\t\/\/ if(computedSum != actualSum) {\n\t\t\t\/\/ \tlogger.error(\"There was an error in the computation => computedSum (%d) != actualSum (%d)\".format(computedSum, actualSum))\n\t\t\t\/\/ \t\/\/ throw new RuntimeException(\"There was an error in the computation\")\n\t\t\t\/\/ }\n\t\t\ttm.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef runXactSeq(driver: Driver, commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit = {\n\t\t\/\/ commandSeq.foreach { x =>\n\t\t\/\/ }\n\t\tthrow new UnsupportedOperationException\n\t}\n\n\tdef init = {\n\t\t\/\/ implicit val xact = tm.begin(\"InitXact\")(new ThreadInfo(0))\n\t\t\/\/ for(i <- 0 until NUM_ACCOUNTS) accountsTbl += (i, Tuple1(i*3L))\n\t\t\/\/ xact.commit\n\t\tthis\n\t}\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/Comp.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.lib.util\n\nobject Comp {\n  \/\/ @inline \/\/inlining is disabled during development\n  def refEquals[A](x: A, y: A)(implicit eq: Equiv[A]) = {\n    eq.equiv(x, y)\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  implicit def anyRefHasRefEquality[A <: AnyRef] = new Equiv[A] {\n    def equiv(x: A, y: A) = x eq y\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  implicit def anyValHasUserEquality[A <: AnyVal] = new Equiv[A] {\n    def equiv(x: A, y: A) = x == y\n  }\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvc3t\/ConcurrentSHIndexMVC3T.scala","text":"package ddbt.lib.mvc3t\n\nimport ConcurrentSHIndexMVC3T._\nimport ddbt.lib.concurrent.ConcurrentSHMap\nimport ddbt.lib.concurrent.ConcurrentSHSet\nimport ddbt.tpcc.tx._\n\nobject ConcurrentSHIndexMVC3T {\n  implicit val ord: math.Ordering[Any] = null\n  implicit def deltaVersionOrd[K,V <: Product](implicit ord: math.Ordering[K]) = Ordering.by{ e:DeltaVersion[K,V] => e.getKey }\n  val EMPTY_INDEX_ENTRY = new ConcurrentSHIndexMVC3TEntry[Any,Any,Product](0,(k,v) => 0)\n}\n\nclass ConcurrentSHIndexMVC3TEntry[P,K,V <: Product](val p: P, val proj:(K,V)=>P)(implicit ord: math.Ordering[K]) {\n  \/\/Q: Why do we index DeltaVersion and not SEntryMVCC?\n  \/\/A: DeltaVersion is the base data stored in the store, and might migrate between\n  \/\/   different sub-types of SEntryMVCC (e.g. TreeNode). So, a reference to it might\n  \/\/   get changed during the execution.\n  val s:ConcurrentSHSet[DeltaVersion[K,V]] = new ConcurrentSHSet[DeltaVersion[K,V]]\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreach(f: (K,V) => Unit)(implicit xact:Transaction): Unit = s.foreach{ e =>\n    if(e.isVisible) {\n      \/\/ if (e != e.entry.getTheValue) throw new RuntimeException(\"Wrong foreach => \"+e.getKey)\n      f(e.getKey, e.row)\n      \/\/ println ((e.entry.map.tbl, e.entry.key, e) + \" is visible!\")\n    }\n    \/\/ else {\n    \/\/   println ((e.entry.map.tbl, e.entry.key, e) + \" is not visible!\")\n    \/\/ }\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreachEntry(f: java.util.Map.Entry[DeltaVersion[K,V], Boolean] => Unit)(implicit xact:Transaction): Unit = s.foreachEntry{ e =>\n    if(e.getKey.isVisible) {\n      \/\/ if (e.getKey != e.getKey.entry.getTheValue) throw new RuntimeException(\"Wrong foreacEntry => \"+e.getKey.entry.key)\n      f(e)\n      \/\/ println ((e.getKey.getMap.tbl,e.getKey.getKey, e.getKey) + \" (entry) is visible!\")\n    }\n    \/\/ else {\n    \/\/   println ((e.getKey.getMap.tbl,e.getKey.getKey, e.getKey) + \" (entry) is not visible!\")\n    \/\/ }\n  }\n}\n\nclass ConcurrentSHIndexMVC3T[P,K,V <: Product](val proj:(K,V)=>P, loadFactor: Float, initialCapacity: Int)(implicit ordP: math.Ordering[P], ordK: math.Ordering[K]) {\n\n  val idx = new ConcurrentSHMap[P,ConcurrentSHIndexMVC3TEntry[P,K,V]](loadFactor, initialCapacity)\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def set(entry: DeltaVersion[K,V])(implicit xact:Transaction):Unit = {\n    val p:P = proj(entry.getKey, entry.row)\n    val s = idx.get(p)\n    if (s==null) {\n      val newIdx = new ConcurrentSHIndexMVC3TEntry[P,K,V](p, proj)\n      newIdx.s.add(entry)\n      idx.put(p,newIdx)\n    } else {\n      s.s.add(entry)\n    }\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def del(entry: DeltaVersion[K,V]):Unit = del(entry, entry.row)\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def del(entry: DeltaVersion[K,V], v:V):Unit = {\n    val p:P = proj(entry.getKey, v)\n    val s=idx.get(p)\n    if (s!=null) { \n      s.s.remove(entry)\n      if (s.s.size==0) idx.remove(p)\n    }\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def slice(part:P)(implicit xact:Transaction):ConcurrentSHIndexMVC3TEntry[P,K,V] = idx.get(part) match { \n    case null => EMPTY_INDEX_ENTRY.asInstanceOf[ConcurrentSHIndexMVC3TEntry[P,K,V]]\n    case s=>s\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def clear(implicit xact:Transaction):Unit = idx.clear\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/perftest\/TpccInMem.scala","text":"package ddbt.tpcc.tx\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest._\nimport DatabaseConnector._\nimport TpccInMem._\nimport TpccConstants._\nimport ddbt.tpcc.itx._\nimport java.sql.Connection\nimport tpcc.lmsgen._\nimport tpcc.lms._\n\nobject TpccInMem {\n\n  private val logger = LoggerFactory.getLogger(classOf[TpccInMem])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  val VERSION = \"1.0.1\"\n\n  private val DRIVER = \"DRIVER\"\n\n  private val WAREHOUSECOUNT = \"WAREHOUSECOUNT\"\n\n  private val DATABASE = \"DATABASE\"\n\n  private val USER = \"USER\"\n\n  private val PASSWORD = \"PASSWORD\"\n\n  private val CONNECTIONS = \"CONNECTIONS\"\n\n  private val RAMPUPTIME = \"RAMPUPTIME\"\n\n  private val DURATION = \"DURATION\"\n\n  private val JDBCURL = \"JDBCURL\"\n\n  private val PROPERTIESFILE = \".\/conf\/tpcc.properties\"\n\n  private val TRANSACTION_NAME = Array(\"NewOrder\", \"Payment\", \"Order Stat\", \"Delivery\", \"Slev\")\n\n  var NUM_ITERATIONS = 5\n\n  @volatile var counting_on: Boolean = false\n\n  @volatile var activate_transaction: Boolean = false\n\n  def main(argv: Array[String]) {\n    println(\"TPCC version \" + VERSION + \" Number of Arguments: \" +\n      argv.length)\n    val sysProp = Array(\"os.name\", \"os.arch\", \"os.version\", \"java.runtime.name\", \"java.vm.version\", \"java.library.path\")\n    for (s <- sysProp) {\n      logger.info(\"System Property: \" + s + \" = \" + System.getProperty(s))\n    }\n    val df = new DecimalFormat(\"#,##0f\")\n    println(\"maxMemory = \" +\n      df.format(Runtime.getRuntime.totalMemory() \/ (1024.0 * 1024.0)) +\n      \" MB\")\n\n\n    val tpcc = new TpccInMem()\n    var ret = 0\n    tpcc.init()\n\n      println(\"Using the properties file for configuration.\")\n      ret = tpcc.runBenchmark(true, argv)\n\n    \/*  if ((argv.length % 2) == 0) {\n        println(\"Using the command line arguments for configuration.\")\n        ret = tpcc.runBenchmark(true, argv)\n      } else {\n        println(\"Invalid number of arguments.\")\n        println(\"The possible arguments are as follows: \")\n        println(\"-h [database host]\")\n        println(\"-d [database name]\")\n        println(\"-u [database username]\")\n        println(\"-p [database password]\")\n        println(\"-w [number of warehouses]\")\n        println(\"-c [number of connections]\")\n        println(\"-r [ramp up time]\")\n        println(\"-t [duration of the benchmark (sec)]\")\n        println(\"-j [java driver]\")\n        println(\"-l [jdbc url]\")\n        println(\"-h [jdbc fetch size]\")\n        System.exit(-1)\n      }\n    }*\/\n    println(\"Terminating process now\")\n    System.exit(ret)\n  }\n}\n\nclass TpccInMem() {\n  var newOrder: INewOrderInMem = null\n  var payment: IPaymentInMem = null\n  var orderStat: IOrderStatusInMem = null\n  var delivery: IDeliveryInMem = null\n  var slev: IStockLevelInMem = null\n\n  private var implVersionUnderTest = 0\n\n  private var javaDriver: String = _\n\n  private var jdbcUrl: String = _\n\n  private var dbUser: String = _\n\n  private var dbPassword: String = _\n\n  private var numWare: Int = _\n\n  private var numConn: Int = _\n\n  private var rampupTime: Int = _\n\n  private var measureTime: Int = _\n\n  private var fetchSize: Int = 100\n\n  private var num_node: Int = _\n\n  private val success = new Array[Long](TRANSACTION_COUNT)\n\n  private val late = new Array[Long](TRANSACTION_COUNT)\n\n  private val retry = new Array[Long](TRANSACTION_COUNT)\n\n  private val failure = new Array[Long](TRANSACTION_COUNT)\n\n  private var success2: Array[Array[Long]] = _\n\n  private var late2: Array[Array[Long]] = _\n\n  private var retry2: Array[Array[Long]] = _\n\n  private var failure2: Array[Array[Long]] = _\n\n  private var success2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\n  private var late2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\n  private var retry2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\n  private var failure2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\n  private var prev_s: Array[Int] = new Array[Int](5)\n\n  private var prev_l: Array[Int] = new Array[Int](5)\n\n  var result: Seq[Long] = Array[Long]()\n\n  java.util.Arrays.fill(success, 0)\n  java.util.Arrays.fill(late, 0)\n  java.util.Arrays.fill(retry, 0)\n  java.util.Arrays.fill(failure, 0)\n  java.util.Arrays.fill(success2_sum, 0)\n  java.util.Arrays.fill(late2_sum, 0)\n  java.util.Arrays.fill(retry2_sum, 0)\n  java.util.Arrays.fill(failure2_sum, 0)\n  java.util.Arrays.fill(prev_s, 0)\n  java.util.Arrays.fill(prev_l, 0)\n\n  private var max_rt: Array[Float] = new Array[Float](5)\n\n  java.util.Arrays.fill(max_rt, 0f)\n\n  private var port: Int = 3306\n\n  private var properties: Properties = _\n\n  private var inputStream: InputStream = _\n\n  def init() {\n    logger.info(\"Loading properties from: \" + PROPERTIESFILE)\n    properties = new Properties()\n    inputStream = new FileInputStream(PROPERTIESFILE)\n    properties.load(inputStream)\n  }\n\n  def runBenchmark(overridePropertiesFile: Boolean, argv: Array[String]): Int = {\n    println(\"***************************************\")\n    println(\"****** Java TPC-C Load Generator ******\")\n    println(\"***************************************\")\n    \n    dbUser = properties.getProperty(USER)\n    dbPassword = properties.getProperty(PASSWORD)\n    numWare = Integer.parseInt(properties.getProperty(WAREHOUSECOUNT))\n    numConn = Integer.parseInt(properties.getProperty(CONNECTIONS))\n    rampupTime = Integer.parseInt(properties.getProperty(RAMPUPTIME))\n    measureTime = Integer.parseInt(properties.getProperty(DURATION))\n    javaDriver = properties.getProperty(DRIVER)\n    jdbcUrl = properties.getProperty(JDBCURL)\n    implVersionUnderTest = 0\n    val jdbcFetchSize = properties.getProperty(\"JDBCFETCHSIZE\")\n    if (jdbcFetchSize != null) {\n      fetchSize = Integer.parseInt(jdbcFetchSize)\n    }\n    if (overridePropertiesFile) {\n      var i = 0\n      while (i < argv.length) {\n        if (argv(i) == \"-u\") {\n          dbUser = argv(i + 1)\n        } else if (argv(i) == \"-p\") {\n          dbPassword = argv(i + 1)\n        } else if (argv(i) == \"-w\") {\n          numWare = Integer.parseInt(argv(i + 1))\n          TpccTable.NUM_WAREHOUSES = numWare\n        } else if (argv(i) == \"-c\") {\n          numConn = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-r\") {\n          rampupTime = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-t\") {\n          measureTime = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-j\") {\n          javaDriver = argv(i + 1)\n        } else if (argv(i) == \"-l\") {\n          jdbcUrl = argv(i + 1)\n        } else if (argv(i) == \"-f\") {\n          fetchSize = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-i\") {\n          implVersionUnderTest = Integer.parseInt(argv(i + 1))\n        } else {\n          println(\"Incorrect Argument: \" + argv(i))\n          println(\"The possible arguments are as follows: \")\n          println(\"-h [database host]\")\n          println(\"-d [database name]\")\n          println(\"-u [database username]\")\n          println(\"-p [database password]\")\n          println(\"-w [number of warehouses]\")\n          println(\"-c [number of connections]\")\n          println(\"-r [ramp up time]\")\n          println(\"-t [duration of the benchmark (sec)]\")\n          println(\"-j [java driver]\")\n          println(\"-l [jdbc url]\")\n          println(\"-h [jdbc fetch size]\")\n          println(\"-i [implementation version under test]\")\n          System.exit(-1)\n        }\n        i = i + 2\n      }\n    }\n    if(implVersionUnderTest == 1) {\n      newOrder = new ddbt.tpcc.tx1.NewOrder\n      payment = new ddbt.tpcc.tx1.Payment\n      orderStat = new ddbt.tpcc.tx1.OrderStatus\n      delivery = new ddbt.tpcc.tx1.Delivery\n      slev = new ddbt.tpcc.tx1.StockLevel\n    } else if(implVersionUnderTest == 2) {\n      newOrder = new ddbt.tpcc.tx2.NewOrder\n      payment = new ddbt.tpcc.tx2.Payment\n      orderStat = new ddbt.tpcc.tx2.OrderStatus\n      delivery = new ddbt.tpcc.tx2.Delivery\n      slev = new ddbt.tpcc.tx2.StockLevel\n    } else if(implVersionUnderTest == 3) {\n      newOrder = new ddbt.tpcc.tx3.NewOrder\n      payment = new ddbt.tpcc.tx3.Payment\n      orderStat = new ddbt.tpcc.tx3.OrderStatus\n      delivery = new ddbt.tpcc.tx3.Delivery\n      slev = new ddbt.tpcc.tx3.StockLevel\n    } else if(implVersionUnderTest == 4) {\n      newOrder = new ddbt.tpcc.tx4.NewOrder\n      payment = new ddbt.tpcc.tx4.Payment\n      orderStat = new ddbt.tpcc.tx4.OrderStatus\n      delivery = new ddbt.tpcc.tx4.Delivery\n      slev = new ddbt.tpcc.tx4.StockLevel\n    } else if(implVersionUnderTest == 5) {\n      newOrder = new ddbt.tpcc.tx5.NewOrder\n      payment = new ddbt.tpcc.tx5.Payment\n      orderStat = new ddbt.tpcc.tx5.OrderStatus\n      delivery = new ddbt.tpcc.tx5.Delivery\n      slev = new ddbt.tpcc.tx5.StockLevel\n    } else if(implVersionUnderTest == 6) {\n      newOrder = new ddbt.tpcc.tx6.NewOrder\n      payment = new ddbt.tpcc.tx6.Payment\n      orderStat = new ddbt.tpcc.tx6.OrderStatus\n      delivery = new ddbt.tpcc.tx6.Delivery\n      slev = new ddbt.tpcc.tx6.StockLevel\n    } else if(implVersionUnderTest == 7) {\n      newOrder = new ddbt.tpcc.tx7.NewOrder\n      payment = new ddbt.tpcc.tx7.Payment\n      orderStat = new ddbt.tpcc.tx7.OrderStatus\n      delivery = new ddbt.tpcc.tx7.Delivery\n      slev = new ddbt.tpcc.tx7.StockLevel\n    } else if(implVersionUnderTest == 8) {\n      newOrder = new ddbt.tpcc.tx8.NewOrder\n      payment = new ddbt.tpcc.tx8.Payment\n      orderStat = new ddbt.tpcc.tx8.OrderStatus\n      delivery = new ddbt.tpcc.tx8.Delivery\n      slev = new ddbt.tpcc.tx8.StockLevel\n    } else if(implVersionUnderTest == 9) {\n      newOrder = new ddbt.tpcc.tx9.NewOrder\n      payment = new ddbt.tpcc.tx9.Payment\n      orderStat = new ddbt.tpcc.tx9.OrderStatus\n      delivery = new ddbt.tpcc.tx9.Delivery\n      slev = new ddbt.tpcc.tx9.StockLevel\n    } else if(implVersionUnderTest == 10) {\n      newOrder = new ddbt.tpcc.tx10.NewOrder\n      payment = new ddbt.tpcc.tx10.Payment\n      orderStat = new ddbt.tpcc.tx10.OrderStatus\n      delivery = new ddbt.tpcc.tx10.Delivery\n      slev = new ddbt.tpcc.tx10.StockLevel\n    } else if(implVersionUnderTest == 11) {\n      \/\/ newOrder = new ddbt.tpcc.tx11.NewOrder\n      \/\/ payment = new ddbt.tpcc.tx11.Payment\n      \/\/ orderStat = new ddbt.tpcc.tx11.OrderStatus\n      \/\/ delivery = new ddbt.tpcc.tx11.Delivery\n      \/\/ slev = new ddbt.tpcc.tx11.StockLevel\n    } else if(implVersionUnderTest == -1) {\n      newOrder = new NewOrderLMSImpl\n      payment = new PaymentLMSImpl\n      orderStat = new OrderStatusLMSImpl\n      delivery = new DeliveryLMSImpl\n      slev = new StockLevelLMSImpl\n    } else {\n      throw new RuntimeException(\"No in-memory implementation selected.\")\n    }\n\n    if (num_node > 0) {\n      if (numWare % num_node != 0) {\n        logger.error(\" [warehouse] value must be devided by [num_node].\")\n        return 1\n      }\n      if (numConn % num_node != 0) {\n        logger.error(\"[connection] value must be devided by [num_node].\")\n        return 1\n      }\n    }\n    if (javaDriver == null) {\n      throw new RuntimeException(\"Java Driver is null.\")\n    }\n    if (jdbcUrl == null) {\n      throw new RuntimeException(\"JDBC Url is null.\")\n    }\n    if (dbUser == null) {\n      throw new RuntimeException(\"User is null.\")\n    }\n    if (dbPassword == null) {\n      throw new RuntimeException(\"Password is null.\")\n    }\n    if (numWare < 1) {\n      throw new RuntimeException(\"Warehouse count has to be greater than or equal to 1.\")\n    }\n    if (numConn < 1) {\n      throw new RuntimeException(\"Connections has to be greater than or equal to 1.\")\n    }\n    if (rampupTime < 1) {\n      throw new RuntimeException(\"Rampup time has to be greater than or equal to 1.\")\n    }\n    if (measureTime < 1) {\n      throw new RuntimeException(\"Duration has to be greater than or equal to 1.\")\n    }\n    val tpmcArr = new Array[Float](TpccInMem.NUM_ITERATIONS)\n    var iter = 0\n    while(iter < TpccInMem.NUM_ITERATIONS) {\n      \n      RtHist.histInit()\n      activate_transaction = true\n      for (i <- 0 until TRANSACTION_COUNT) {\n        success(i) = 0\n        late(i) = 0\n        retry(i) = 0\n        failure(i) = 0\n        prev_s(i) = 0\n        prev_l(i) = 0\n        max_rt(i) = 0f\n      }\n      num_node = 0\n\n      success2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n      late2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n      retry2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n      failure2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n      System.out.print(\"<Parameters>\\n\")\n      System.out.print(\"     [driver]: %s\\n\".format(javaDriver))\n      System.out.print(\"        [URL]: %s\\n\".format(jdbcUrl))\n      System.out.print(\"       [user]: %s\\n\".format(dbUser))\n      System.out.print(\"       [pass]: <PASSWORD>\".<PASSWORD>(dbPassword))\n      System.out.print(\"  [warehouse]: %d\\n\".format(numWare))\n      System.out.print(\" [connection]: %d\\n\".format(numConn))\n      System.out.print(\"     [rampup]: %d (sec.)\\n\".format(rampupTime))\n      System.out.print(\"    [measure]: %d (sec.)\\n\".format(measureTime))\n      System.out.print(\"       [impl]: tx%d\\n\".format(implVersionUnderTest))\n      Util.seqInit(10, 10, 1, 1, 1)\n      if (DEBUG) logger.debug(\"Creating TpccThread\")\n\n      val executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"tpcc-thread\"))\n\n      var SharedDataScala: TpccTable = null\n      var SharedDataLMS: EfficientExecutor = null\n      if(implVersionUnderTest > 0) {\n        SharedDataScala = new TpccTable(implVersionUnderTest)\n        SharedDataScala.loadDataIntoMaps(javaDriver,jdbcUrl,dbUser,dbPassword)\n        logger.info(SharedDataScala.getAllMapsInfoStr)\n        if(implVersionUnderTest == 6) {\n          SharedDataScala = SharedDataScala.toITpccTable\n        } else if(implVersionUnderTest == 7) {\n          SharedDataScala = SharedDataScala.toMVCCTpccTableV0\n        } else if(implVersionUnderTest == 8) {\n          SharedDataScala = SharedDataScala.toMVCCTpccTableV1\n        } else if(implVersionUnderTest == 9) {\n          SharedDataScala = SharedDataScala.toMVCCTpccTableV2\n        } else if(implVersionUnderTest == 10) {\n          SharedDataScala = SharedDataScala.toMVCCTpccTableV3(numConn)\n        } \n        \/\/ else if(implVersionUnderTest == 11) {\n        \/\/   SharedDataScala = SharedDataScala.toMVCCTpccTableV4\n        \/\/ }\n        newOrder.setSharedData(SharedDataScala)\n        payment.setSharedData(SharedDataScala)\n        orderStat.setSharedData(SharedDataScala)\n        slev.setSharedData(SharedDataScala)\n        delivery.setSharedData(SharedDataScala)\n      } else {\n        SharedDataLMS = new EfficientExecutor\n        LMSDataLoader.loadDataIntoMaps(SharedDataLMS,javaDriver,jdbcUrl,dbUser,dbPassword)\n        logger.info(LMSDataLoader.getAllMapsInfoStr(SharedDataLMS))\n        newOrder.setSharedData(SharedDataLMS)\n        payment.setSharedData(SharedDataLMS)\n        orderStat.setSharedData(SharedDataLMS)\n        slev.setSharedData(SharedDataLMS)\n        delivery.setSharedData(SharedDataLMS)\n        \/\/println(\"before going to operational stage\")\n        SharedDataLMS.gotoOperationalStage\n        \/\/println(\"after going to operational stage\")\n      }\n\n      counting_on = false\n\n      val workers = new Array[TpccThread](numConn)\n      for (i <- 0 until numConn) {\n        val conn: Connection = null \/\/connectToDB(javaDriver, jdbcUrl, dbUser, dbPassword)\n        \/\/ val pStmts: TpccStatements = new TpccStatements(conn, fetchSize)\n        \/\/ val newOrder: NewOrder = new NewOrder(pStmts)\n        \/\/ val payment: Payment = new Payment(pStmts)\n        \/\/ val orderStat: OrderStat = new OrderStat(pStmts)\n        \/\/ val slev: Slev = new Slev(pStmts)\n        \/\/ val delivery: Delivery = new Delivery(pStmts)\n        \/\/ val newOrder: INewOrder = new ddbt.tpcc.tx.NewOrder(SharedDataScala)\n        \/\/ val payment: IPayment = new ddbt.tpcc.tx.Payment(SharedDataScala)\n        \/\/ val orderStat: IOrderStatus = new ddbt.tpcc.tx.OrderStatus(SharedDataScala)\n        \/\/ val slev: IStockLevel = new ddbt.tpcc.tx.StockLevel(SharedDataScala)\n        \/\/ val delivery: IDelivery = new ddbt.tpcc.tx.Delivery(SharedDataScala)\n\n        val worker = new TpccThread(new ThreadInfo(i), port, 1, dbUser, dbPassword, numWare, numConn, javaDriver, jdbcUrl, \n          fetchSize, TRANSACTION_COUNT, conn, newOrder, payment, orderStat, slev, delivery, activate_transaction)\n        workers(i) = worker\n        executor.execute(worker)\n\n        \/\/ conn.close\n      }\n      \/\/ if (rampupTime > 0) {\n      \/\/   System.out.print(\"\\nRAMPUP START.\\n\\n\")\n      \/\/   try {\n      \/\/     Thread.sleep(rampupTime * 1000)\n      \/\/   } catch {\n      \/\/     case e: InterruptedException => logger.error(\"Rampup wait interrupted\", e)\n      \/\/   }\n      \/\/   System.out.print(\"\\nRAMPUP END.\\n\\n\")\n      \/\/ }\n      System.out.print(\"\\nMEASURING START.\\n\\n\")\n      val df = new DecimalFormat(\"#,##0.0\")\n      var runTime = 0L\n      System.gc()\n      Thread.sleep(1000)\n      System.gc()\n      println(\"Start measurements....\")\n      Thread.sleep(1000)\n      counting_on = true\n      val startTime = System.currentTimeMillis()\n      while ({(runTime = System.currentTimeMillis() - startTime); runTime} < measureTime * 1000) {\n        \/\/println(\"Current execution time lapse: \" + df.format(runTime \/ 1000f) + \" seconds\")\n        try {\n          Thread.sleep(1000)\n        } catch {\n          case e: InterruptedException => logger.error(\"Sleep interrupted\", e)\n        }\n      }\n      val actualTestTime = System.currentTimeMillis() - startTime\n      activate_transaction = false\n      println(\"---------------------------------------------------\")\n      println(\"<Raw Results>\")\n      for (i <- 0 until numConn) {\n        val worker = workers(i)\n        for (j <- 0 until TRANSACTION_COUNT) {\n          success(j) += worker.driver.success(j)\n          late(j) += worker.driver.late(j)\n          retry(j) += worker.driver.retry(j)\n          failure(j) += worker.driver.failure(j)\n          success2(j)(i) += worker.driver.success(j)\n          late2(j)(i) += worker.driver.late(j)\n          retry2(j)(i) += worker.driver.retry(j)\n          failure2(j)(i) += worker.driver.failure(j)\n        }\n        executor.execute(worker)\n      }\n      for (i <- 0 until TRANSACTION_COUNT) {\n        System.out.print(\"  |%s| sc:%d  lt:%d  rt:%d  fl:%d \\n\".format(TRANSACTION_NAME(i), success(i), late(i), \n          retry(i), failure(i)))\n      }\n      System.out.print(\" in %f sec.\\n\".format(actualTestTime \/ 1000f))\n      println(\"<Raw Results2(sum ver.)>\")\n      for (i <- 0 until TRANSACTION_COUNT) {\n        success2_sum(i) = 0\n        late2_sum(i) = 0\n        retry2_sum(i) = 0\n        failure2_sum(i) = 0\n        for (k <- 0 until numConn) {\n          success2_sum(i) += success2(i)(k)\n          late2_sum(i) += late2(i)(k)\n          retry2_sum(i) += retry2(i)(k)\n          failure2_sum(i) += failure2(i)(k)\n        }\n      }\n      for (i <- 0 until TRANSACTION_COUNT) {\n        System.out.print(\"  |%s| sc:%d  lt:%d  rt:%d  fl:%d \\n\".format(TRANSACTION_NAME(i), success2_sum(i), \n          late2_sum(i), retry2_sum(i), failure2_sum(i)))\n      }\n      println(\"<Constraint Check> (all must be [OK])\\n [transaction percentage]\")\n      var j = 0L\n      var i: Int = 0\n      i = 0\n      while (i < TRANSACTION_COUNT) {\n        j += (success(i) + late(i))\n        i += 1\n      }\n      var f = 100f * (success(1) + late(1)).toFloat \/ j.toFloat\n      System.out.print(\"        Payment: %f%% (>=43.0%%)\".format(f))\n      if (f >= 43.0) {\n        System.out.print(\" [OK]\\n\")\n      } else {\n        System.out.print(\" [NG] *\\n\")\n      }\n      f = 100f * (success(2) + late(2)).toFloat \/ j.toFloat\n      System.out.print(\"   Order-Status: %f%% (>= 4.0%%)\".format(f))\n      if (f >= 4.0) {\n        System.out.print(\" [OK]\\n\")\n      } else {\n        System.out.print(\" [NG] *\\n\")\n      }\n      f = 100f * (success(3) + late(3)).toFloat \/ j.toFloat\n      System.out.print(\"       Delivery: %f%% (>= 4.0%%)\".format(f))\n      if (f >= 4.0) {\n        System.out.print(\" [OK]\\n\")\n      } else {\n        System.out.print(\" [NG] *\\n\")\n      }\n      f = 100f * (success(4) + late(4)).toFloat \/ j.toFloat\n      System.out.print(\"    Stock-Level: %f%% (>= 4.0%%)\".format(f))\n      if (f >= 4.0) {\n        System.out.print(\" [OK]\\n\")\n      } else {\n        System.out.print(\" [NG] *\\n\")\n      }\n      System.out.print(\" [response time (at least 90%% passed)]\\n\")\n      for (n <- 0 until TRANSACTION_NAME.length) {\n        f = 100f * success(n).toFloat \/ (success(n) + late(n)).toFloat\n        if (DEBUG) logger.debug(\"f: \" + f + \" success[\" + n + \"]: \" + success(n) + \" late[\" + \n          n + \n          \"]: \" + \n          late(n))\n        System.out.print(\"      %s: %f%% \".format(TRANSACTION_NAME(n), f))\n        if (f >= 90f) {\n          System.out.print(\" [OK]\\n\")\n        } else {\n          System.out.print(\" [NG] *\\n\")\n        }\n      }\n      var total = 0f\n      var k = 0\n      while (k < TRANSACTION_COUNT) {\n        total = total + success(k) + late(k)\n        println(\" \" + TRANSACTION_NAME(k) + \" Total: \" + (success(k) + late(k)))\n        k += 1\n      }\n      val tpcm = (success(0) + late(0)) * 60000f \/ actualTestTime\n      tpmcArr(iter) = tpcm\n      println()\n      println(\"<TpmC>\")\n      println(tpcm + \" TpmC\")\n      System.out.print(\"\\nSTOPPING THREADS\\n\")\n      if(implVersionUnderTest > 0) {\n        logger.info(SharedDataScala.getAllMapsInfoStr)\n      } else {\n        logger.info(LMSDataLoader.getAllMapsInfoStr(SharedDataLMS))\n        \/\/logger.info(\"SharedDataLMS.x2.idxs = \" + SharedDataLMS.x2.idxs)\n      }\n      executor.shutdown()\n      try {\n        executor.awaitTermination(30, TimeUnit.SECONDS)\n      } catch {\n        case e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n      }\n      iter += 1\n      println(\"tpmc array = \" + java.util.Arrays.toString(tpmcArr))\n    }\n    val tpmcArrSorted = tpmcArr.sorted\n    result = tpmcArrSorted.map(_.toLong)\n    println(\"TpmC<min,max,median> = (%.2f,%.2f,%.2f)\".format(tpmcArrSorted(0),tpmcArrSorted(TpccInMem.NUM_ITERATIONS-1),tpmcArrSorted(TpccInMem.NUM_ITERATIONS\/2)))\n    0\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/XactCaseTest1.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.lib.util.XactImpl\nimport ddbt.lib.util.XactImplSelector\nimport ddbt.lib.util.XactBench\nimport XactBench._\nimport ddbt.tpcc.loadtest.Driver\nimport ddbt.tpcc.loadtest.Util\nimport XactCaseTest1._\n\n\/**\n * This class tests the maximum performance of XactBench\n * (i.e. the maximum number of calls to an empty function\n * alognside with generating random parameters for the call)\n *\n * For a single thread:\n *   Xact1 xact\/sec: 93,775,784.00\n *   Xact2 xact\/sec: 9,377,556.00\n * For two threads:\n *   Xact1 xact\/sec: 182,120,416.00\n *   Xact2 xact\/sec: 18,211,978.00\n * For four threads:\n *   Xact1 xact\/sec: 341,656,480.00\n *   Xact2 xact\/sec: 34,165,612.00\n *\/\nobject XactCaseTest1 {\n\n\tval MVCC_IMPL = 1\n\tval MVC3T_IMPL = 2\n\n\tval TIMEOUT_T1 = 5000\n\tval TIMEOUT_T2 = 5000\n\n\tdef main(argv:Array[String]) {\n\t\tval xactRunner = new XactBench(XactCaseTest1Selector)\n\t\txactRunner.init\n\t\txactRunner.runBenchmark(true, argv)\n\t}\n\n\tval NUM_ACCOUNTS = 2\n}\n\nobject XactCaseTest1Selector extends XactImplSelector {\n\tdef select(impl: Int, numConn: Int) = {\n\t\tif (impl == MVCC_IMPL) {\n\t\t\t(new XactCaseTest1MVCC(numConn)).init\n\t\t} else {\n\t\t\tthrow new RuntimeException(\"No implementation selected.\")\n\t\t}\n\t}\n\n\tdef seqInit(t1: Int, t2: Int, t3: Int, t4: Int, t5: Int) {\n\t\tUtil.seqInit(10000, 1000)\n\t}\n\n\tdef xactNames = Array(\"Xact1\", \"Xact2\")\n}\n\nclass XactCaseTest1MVCC(numConn: Int) extends XactImpl {\n\timport ddbt.lib.mvconcurrent._\n\timport TransactionManager._\n\tval accountsTbl = new ConcurrentSHMapMVCC[Int \/*Account Number*\/,Tuple1[Long] \/*Boolean*\/](\"ACCOUNTS_TBL\")\n\n\tval tm = new TransactionManager(numConn, false)\n\n\tdef runXact(driver: Driver, tInfo: ThreadInfo, sequence: Int){\n\t\tval rnd = java.util.concurrent.ThreadLocalRandom.current\n\t\tif (sequence == 0) {\n\t\t\tval fromAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tval toAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tval amount = rnd.nextInt(5)+1\n\t\t\tdriver.execTransaction(tInfo, sequence, 0, isCountingOn) { tInfo:ThreadInfo =>\n\t\t\t\texecXact1(fromAcc,toAcc,amount)(tInfo)\n\t\t\t}\n\t\t} else if (sequence == 1) {\n\t\t\tdriver.execTransaction(tInfo, sequence, 0, isCountingOn) { tInfo:ThreadInfo =>\n\t\t\t\texecXact2(tInfo)\n\t\t\t}\n\t\t} else {\n\t\t\tthrow new IllegalStateException(\"Error - Unknown sequence\")\n\t\t}\n\t}\n\n\tdef execXact1(fromAccNum:Int, toAccNum:Int, amount:Int)(implicit tInfo: ThreadInfo) = {\n\t\t1\n\t}\n\n\tdef execXact2(implicit tInfo: ThreadInfo) = {\n\t\t1\n\t}\n\n\tdef runXactSeq(driver: Driver, commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit = {\n\t\t\/\/ commandSeq.foreach { x =>\n\t\t\/\/ }\n\t\tthrow new UnsupportedOperationException\n\t}\n\n\tdef init = {\n\t\timplicit val xact = tm.begin(\"InitXact\")(new ThreadInfo(0))\n\t\tfor(i <- 0 until NUM_ACCOUNTS) accountsTbl += (i, Tuple1(i*3L))\n\t\txact.commit\n\t\tthis\n\t}\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/TpccStatements.scala","text":"package ddbt.tpcc.loadtest\n\nimport org.slf4j.Logger\nimport org.slf4j.LoggerFactory\nimport java.sql.Connection\nimport java.sql.Statement\nimport java.sql.PreparedStatement\nimport java.sql.ResultSet\nimport java.sql.SQLException\nimport TpccStatements._\n\nobject TpccStatements {\n\n  private val logger = LoggerFactory.getLogger(classOf[TpccStatements])\n\n  var STMT_COUNT: Int = 34\n}\n\nclass TpccStatements(var conn: Connection, var fetchSize: Int) {\n\n  private var pStmts: Array[PreparedStatement] = new Array[PreparedStatement](STMT_COUNT)\n\n  init()\n\n  def init() {\n    pStmts(0) = prepareStatement(\"\/*DBS_HINT: dbs_shard_action=shard_read, dbs_table_name=warehouse, dbs_shard_key_param_index=1 *\/ SELECT c_discount, c_last, c_credit, w_tax FROM customer, warehouse WHERE w_id = ? AND c_w_id = ? AND c_d_id = ? AND c_id = ?\")\n    pStmts(1) = prepareStatement(\"SELECT d_next_o_id, d_tax FROM district WHERE d_id = ? AND d_w_id = ? FOR UPDATE\")\n    pStmts(2) = prepareStatement(\"UPDATE district SET d_next_o_id = ? + 1 WHERE d_id = ? AND d_w_id = ?\")\n    pStmts(3) = prepareStatement(\"INSERT INTO orders (o_id, o_d_id, o_w_id, o_c_id, o_entry_d, o_ol_cnt, o_all_local) VALUES(?, ?, ?, ?, ?, ?, ?)\")\n    pStmts(4) = prepareStatement(\"INSERT INTO new_orders (no_o_id, no_d_id, no_w_id) VALUES (?,?,?)\")\n    pStmts(5) = prepareStatement(\"SELECT i_price, i_name, i_data FROM item WHERE i_id = ?\")\n    pStmts(6) = prepareStatement(\"SELECT s_quantity, s_data, s_dist_01, s_dist_02, s_dist_03, s_dist_04, s_dist_05, s_dist_06, s_dist_07, s_dist_08, s_dist_09, s_dist_10 FROM stock WHERE s_i_id = ? AND s_w_id = ? FOR UPDATE\")\n    pStmts(7) = prepareStatement(\"UPDATE stock SET s_quantity = ? WHERE s_i_id = ? AND s_w_id = ?\")\n    pStmts(8) = prepareStatement(\"INSERT INTO order_line (ol_o_id, ol_d_id, ol_w_id, ol_number, ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_dist_info) VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?)\")\n    pStmts(9) = prepareStatement(\"UPDATE warehouse SET w_ytd = w_ytd + ? WHERE w_id = ?\")\n    pStmts(10) = prepareStatement(\"SELECT w_street_1, w_street_2, w_city, w_state, w_zip, w_name FROM warehouse WHERE w_id = ?\")\n    pStmts(11) = prepareStatement(\"UPDATE district SET d_ytd = d_ytd + ? WHERE d_w_id = ? AND d_id = ?\")\n    pStmts(12) = prepareStatement(\"SELECT d_street_1, d_street_2, d_city, d_state, d_zip, d_name FROM district WHERE d_w_id = ? AND d_id = ?\")\n    pStmts(13) = prepareStatement(\"SELECT count(c_id) FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_last = ?\")\n    pStmts(14) = prepareStatement(\"SELECT c_id FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_last = ? ORDER BY c_first\")\n    pStmts(15) = prepareStatement(\"SELECT c_first, c_middle, c_last, c_street_1, c_street_2, c_city, c_state, c_zip, c_phone, c_credit, c_credit_lim, c_discount, c_balance, c_since FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_id = ? FOR UPDATE\")\n    pStmts(16) = prepareStatement(\"SELECT c_data FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_id = ?\")\n    pStmts(17) = prepareStatement(\"UPDATE customer SET c_balance = ?, c_data = ? WHERE c_w_id = ? AND c_d_id = ? AND c_id = ?\")\n    pStmts(18) = prepareStatement(\"UPDATE customer SET c_balance = ? WHERE c_w_id = ? AND c_d_id = ? AND c_id = ?\")\n    pStmts(19) = prepareStatement(\"INSERT INTO history(h_c_d_id, h_c_w_id, h_c_id, h_d_id, h_w_id, h_date, h_amount, h_data) VALUES(?, ?, ?, ?, ?, ?, ?, ?)\")\n    pStmts(20) = prepareStatement(\"SELECT count(c_id) FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_last = ?\")\n    pStmts(21) = prepareStatement(\"SELECT c_balance, c_first, c_middle, c_id FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_last = ? ORDER BY c_first\")\n    pStmts(22) = prepareStatement(\"SELECT c_balance, c_first, c_middle, c_last FROM customer WHERE c_w_id = ? AND c_d_id = ? AND c_id = ?\")\n    pStmts(23) = prepareStatement(\"SELECT o_id, o_entry_d, COALESCE(o_carrier_id,0) FROM orders WHERE o_w_id = ? AND o_d_id = ? AND o_c_id = ? AND o_id = (SELECT MAX(o_id) FROM orders WHERE o_w_id = ? AND o_d_id = ? AND o_c_id = ?)\")\n    pStmts(24) = prepareStatement(\"SELECT ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_delivery_d FROM order_line WHERE ol_w_id = ? AND ol_d_id = ? AND ol_o_id = ?\")\n    pStmts(25) = prepareStatement(\"SELECT COALESCE(MIN(no_o_id),0) FROM new_orders WHERE no_d_id = ? AND no_w_id = ?\")\n    pStmts(26) = prepareStatement(\"DELETE FROM new_orders WHERE no_o_id = ? AND no_d_id = ? AND no_w_id = ?\")\n    pStmts(27) = prepareStatement(\"SELECT o_c_id FROM orders WHERE o_id = ? AND o_d_id = ? AND o_w_id = ?\")\n    pStmts(28) = prepareStatement(\"UPDATE orders SET o_carrier_id = ? WHERE o_id = ? AND o_d_id = ? AND o_w_id = ?\")\n    pStmts(29) = prepareStatement(\"UPDATE order_line SET ol_delivery_d = ? WHERE ol_o_id = ? AND ol_d_id = ? AND ol_w_id = ?\")\n    pStmts(30) = prepareStatement(\"SELECT SUM(ol_amount) FROM order_line WHERE ol_o_id = ? AND ol_d_id = ? AND ol_w_id = ?\")\n    pStmts(31) = prepareStatement(\"UPDATE customer SET c_balance = c_balance + ? , c_delivery_cnt = c_delivery_cnt + 1 WHERE c_id = ? AND c_d_id = ? AND c_w_id = ?\")\n    pStmts(32) = prepareStatement(\"SELECT d_next_o_id FROM district WHERE d_id = ? AND d_w_id = ?\")\n    pStmts(33) = prepareStatement(\"SELECT COUNT(DISTINCT (s_i_id)) FROM order_line, stock WHERE ol_w_id = ? AND ol_d_id = ? AND ol_o_id < ? AND ol_o_id >= (? - 20) AND s_w_id=ol_w_id AND s_i_id=ol_i_id AND s_quantity < ?\")\n    \/\/ pStmts(33) = prepareStatement(\"SELECT DISTINCT ol_i_id FROM order_line WHERE ol_w_id = ? AND ol_d_id = ? AND ol_o_id < ? AND ol_o_id >= (? - 20)\")\n    \/\/ pStmts(34) = prepareStatement(\"SELECT count(*) FROM stock WHERE s_w_id = ? AND s_i_id = ? AND s_quantity < ?\")\n    for (i <- 0 until pStmts.length) {\n      pStmts(i).setFetchSize(fetchSize)\n    }\n  }\n\n  private def prepareStatement(sql: String): PreparedStatement = {\n    if (sql.startsWith(\"SELECT\")) {\n      conn.prepareStatement(sql, ResultSet.TYPE_FORWARD_ONLY, ResultSet.CONCUR_READ_ONLY)\n    } else {\n      conn.prepareStatement(sql, Statement.NO_GENERATED_KEYS)\n    }\n  }\n\n  def getStatement(idx: Int): PreparedStatement = pStmts(idx)\n\n  def setAutoCommit(b: Boolean) {\n    conn.setAutoCommit(b)\n  }\n\n  \/**\n   * Commit a transaction.\n   *\/\n  def commit() {\n    logger.trace(\"COMMIT\")\n    try {\n      conn.commit()\n    } catch {\n      case e: SQLException => logger.error(\"COMMIT FAILED\", e)\n    }\n  }\n\n  \/**\n   * Rollback a transaction.\n   *\/\n  def rollback() {\n    logger.trace(\"ROLLBACK\")\n    try {\n      conn.rollback()\n    } catch {\n      case e: SQLException => logger.error(\"ROLLBACK FAILED\", e)\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/shm\/SuperHashSet.scala","text":"<filename>src\/lib\/shm\/SuperHashSet.scala\npackage ddbt.lib.shm\n\nimport SHSet._\n\nobject SHSet {\n  \/**\n   * Default value for inner SHMap in SHSet\n   *\/\n  val DEFAULT_PRESENT_VALUE: Boolean = true\n}\n\nclass SHSet[K] {\n  var map: SHMap[K,Boolean] = new SHMap[K,Boolean]\n\n  \/\/ def this(initialCapacity: Int, lf: Float) {\n  \/\/   this()\n  \/\/   map = new SHMap[K,Boolean](initialCapacity, lf)\n  \/\/ }\n\n  \/\/ def this(initialCapacity: Int) {\n  \/\/   this(initialCapacity, DEFAULT_LOAD_FACTOR)\n  \/\/ }\n\n  \/**\n   * Initialization hook for subclasses. This method is called\n   * in all constructors and pseudo-constructors (clone, readObject)\n   * after SHMap has been initialized but before any entries have\n   * been inserted.  (In the absence of this method, readObject would\n   * require explicit knowledge of subclasses.)\n   *\/\n  \/\/ def init:Unit = {\n  \/\/ }\n\n  \/**\n   * Returns the number of key-value mappings in this map.\n   *\n   * @return the number of key-value mappings in this map\n   *\/\n  \/\/ def size: Int = size\n\n  \/**\n   * Returns <tt>true<\/tt> if this map contains no key-value mappings.\n   *\n   * @return <tt>true<\/tt> if this map contains no key-value mappings\n   *\/\n  def isEmpty: Boolean = (map.size == 0)\n\n  \/**\n   * Returns <tt>true<\/tt> if this map contains a mapping for the\n   * specified key.\n   *\n   * @param   key   The key whose presence in this map is to be tested\n   * @return <tt>true<\/tt> if this map contains a mapping for the specified\n   *         key.\n   *\/\n  def contains(key: K): Boolean = map.contains(key)\n\n  \/**\n   * Associates the specified value with the specified key in this map.\n   * If the map previously contained a mapping for the key, the old\n   * value is replaced.\n   *\n   * @param key key with which the specified value is to be associated\n   * @param value value to be associated with the specified key\n   * @return the previous value associated with <tt>key<\/tt>, or\n   *         <tt>null<\/tt> if there was no mapping for <tt>key<\/tt>.\n   *         (A <tt>null<\/tt> return can also indicate that the map\n   *         previously associated <tt>null<\/tt> with <tt>key<\/tt>.)\n   *\/\n  def add(key: K): Boolean = {\n    val e: Boolean = map.put(key,DEFAULT_PRESENT_VALUE)\n    (e == DEFAULT_PRESENT_VALUE)\n  }\n\n  def +=(key: K): Boolean = add(key)\n\n  \/**\n   * Removes the mapping for the specified key from this map if present.\n   *\n   * @param  key key whose mapping is to be removed from the map\n   * @return the previous value associated with <tt>key<\/tt>, or\n   *         <tt>null<\/tt> if there was no mapping for <tt>key<\/tt>.\n   *         (A <tt>null<\/tt> return can also indicate that the map\n   *         previously associated <tt>null<\/tt> with <tt>key<\/tt>.)\n   *\/\n  def remove(key: K): Boolean = {\n    val e: Boolean = map.remove(key)\n    (e == DEFAULT_PRESENT_VALUE)\n  }\n\n  def -=(key: K): Boolean = remove(key)\n\n  \/**\n   * Removes all of the mappings from this map.\n   * The map will be empty after this call returns.\n   *\/\n  def clear:Unit = map.clear\n\n  def capacity: Int = map.table.length\n\n  def size:Int = map.size\n\n  \/\/ def loadFactor: Float = {\n  \/\/   return loadFactor\n  \/\/ }\n\n  def foreach(f: K => Unit): Unit = map.foreachEntry(e => f(e.key))\n\n  def foreachEntry(f: java.util.Map.Entry[K, Boolean] => Unit): Unit = map.foreachEntry(e => f(e))\n\n  override def toString: String = {\n    var res = new StringBuilder(\"[\")\n    var first = true\n    map.foreachEntry { e =>\n      if(first) first = false\n      else res.append(\", \")\n      res.append(e.key.toString)\n    }\n    res.append(\"]\")\n    res.toString\n  }\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/ThreadTest5.scala","text":"<gh_stars>0\n\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\nimport ThreadTest5._\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.lib.mvconcurrent._\nimport TransactionManager._\n\nimport java.util.concurrent.atomic.AtomicReference\n\n\/**\n * This class tests the maximum performance of multi-threaded app\n * (i.e. the maximum number of calls to an empty function),\n * and tries to set the value in an AtomicReference object in\n * its local thread\n *\n * The results for a machine with 1 CPU with 12 cores\n *   For 1  thread :  90,800,164 xact\/sec\n *   For 2  threads: 144,369,160 xact\/sec\n *   For 4  threads: 141,981,427 xact\/sec\n *   For 8  threads: 149,980,488 xact\/sec\n *   For 12 threads: 103,163,572 xact\/sec\n *   For 16 threads: 203,187,802 xact\/sec\n *   For 24 threads: 246,208,490 xact\/sec\n *\/\nobject ThreadTest5 {\n\tval rampupTime = 5\n\tval measureTime = 10\n\n\tval stateChecker = new StateChecker\n\n\tclass SampleWorker(tm:TransactionManager, id:Int, val activeXacts:Array[AtomicReference[Object]], stateChecker:StateChecker) extends Thread {\n\t\tval atomic = new AtomicReference[Object]\n\t\tvar counter = 0L\n\t\tval threadInfo = new ThreadInfo(id)\n\t\t\/\/ var counter2 = 0\n\t\toverride def run() {\n\t\t\t\/\/ println(\"started \" + id)\n\t\t\twhile(stateChecker.isActive) {\n\t\t\t\t\/\/ println(\"stateChecker.isActive = \" + stateChecker.isActive)\n\t\t\t\t\/\/ activeXacts(threadInfo.tid).set(new Object())\n\t\t\t\tatomic.set(new Object())\n\t\t\t\tif(stateChecker.counting_on) {\n\t\t\t\t\t\/\/ println(\"stateChecker.counting_on = \" + stateChecker.counting_on)\n\t\t\t\t\tcounter += 1L\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\/\/ println(\"finished \" + id)\n\t\t}\n\t}\n\n\tclass StateChecker {\n\t\t@volatile var counting_on = false\n\t\t@volatile var isActive = true\n\t}\n\n\tdef main(argv:Array[String]) {\n\t\tif(argv.length == 0) throw new RuntimeException(\"Please specify the number of connections\")\n\t\tval numConn =  Integer.parseInt(argv(0))\n\n\t\tval activeXacts = new Array[AtomicReference[Object]](numConn)\n\n\t\t{\n\t\t\tvar i = 0\n\t\t\twhile(i < activeXacts.length) {\n\t\t\t\tactiveXacts(i) = new AtomicReference[Object]()\n\t\t\t\ti += 1\n\t\t\t}\n\t\t}\n\n\t\tval tm = new TransactionManager(numConn, false)\n\n\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\tval workers = new Array[SampleWorker](numConn)\n\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval worker = new SampleWorker(tm, i, activeXacts, stateChecker)\n\t\t\tworkers(i) = worker\n\t\t\texecutor.execute(worker)\n\t\t}\n\t\t\/\/ println(\"started\")\n\t\t\/\/ println(\"ramp up\")\n\t\tThread.sleep(rampupTime * 1000)\n\t\tstateChecker.counting_on = true\n\t\t\/\/ println(\"counting\")\n\t\tval startTime = System.currentTimeMillis()\n\t\ttry {\n\t\t\tThread.sleep(measureTime * 1000)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => new RuntimeException(\"Sleep interrupted\", e)\n\t\t}\n\t\tstateChecker.counting_on = false\n\t\tstateChecker.isActive = false\n\t\tval actualTestTime = System.currentTimeMillis() - startTime\n\t\t\/\/ println(\"finished\")\n\t\tvar countAll = 0L\n\t\tfor (i <- 0 until numConn) {\n\t\t\tcountAll += workers(i).counter\n\t\t\tprintln(\"worker(%d) = %,d\".format(i, workers(i).counter))\n\t\t}\n\t\t\/\/ println(\"countAll = %,d\".format(countAll))\n\t\tprintln(\"actualTestTime = %d\".format(actualTestTime))\n\t\tprintln(\"run\/sec = %,.0f\".format((countAll * 1.0) \/ (actualTestTime \/ 1000.0) ))\n\t\texecutor.shutdown()\n\t\t\/\/ println(\"trying to shut down\")\n\t\ttry {\n\t\t\texecutor.awaitTermination(30, TimeUnit.SECONDS)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t}\n\t\t\/\/ println(\"shut down\")\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/XactBench.scala","text":"package ddbt.lib.util\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\n\nobject XactBench {\n\n\tval logger = LoggerFactory.getLogger(classOf[XactBench])\n\n\tval DEBUG = logger.isDebugEnabled\n\n\tprivate val PROPERTIESFILE = \".\/conf\/tpcc.properties\"\n\n\tprivate val WAREHOUSECOUNT = \"WAREHOUSECOUNT\"\n\n\tprivate val CONNECTIONS = \"CONNECTIONS\"\n\n\tprivate val RAMPUPTIME = \"RAMPUPTIME\"\n\n\tprivate val DURATION = \"DURATION\"\n\n\tprivate var NUM_ITERATIONS = 1\n\n\t@volatile var counting_on: Boolean = false\n\n\t@volatile var activate_transaction: Boolean = true\n\n\tval RANDOM_SEED = 2015\n\n\tdef main(argv:Array[String]) {\n\n\t}\n\n}\n\nimport XactBench._\n\nclass XactBench(val xactSelector: XactImplSelector) {\n\n\tprivate val TRANSACTION_NAME = xactSelector.xactNames\n\n\tprivate val TRANSACTION_COUNT = TRANSACTION_NAME.size\n\n\tprivate var implVersionUnderTest = 0\n\n\tprivate var scaleFactor: Int = _\n\n\tprivate var numConn: Int = _\n\n\tprivate var rampupTime: Int = _\n\n\tprivate var measureTime: Int = _\n\n\tprivate var num_node: Int = _\n\n\tvar result: Seq[Long] = Array[Long]()\n\n\tprivate var port: Int = 3306\n\n\tprivate var properties: Properties = _\n\n\tprivate var inputStream: InputStream = _\n\n\tdef init() {\n\t\tlogger.info(\"Loading properties from: \" + PROPERTIESFILE)\n\t\tproperties = new Properties()\n\t\tinputStream = new FileInputStream(PROPERTIESFILE)\n\t\tproperties.load(inputStream)\n\t}\n\n\tdef runBenchmark(overridePropertiesFile: Boolean, argv: Array[String]): Int = {\n\t\tprintln(\"***************************************\")\n\t\tprintln(\"******   Transaction Bechmark    ******\")\n\t\tprintln(\"***************************************\")\n\n\t\tscaleFactor = Integer.parseInt(properties.getProperty(WAREHOUSECOUNT))\n\t\tnumConn = Integer.parseInt(properties.getProperty(CONNECTIONS))\n\t\trampupTime = Integer.parseInt(properties.getProperty(RAMPUPTIME))\n\t\tmeasureTime = Integer.parseInt(properties.getProperty(DURATION))\n\t\timplVersionUnderTest = 0\n\t\tif (overridePropertiesFile) {\n\t\t\tvar i = 0\n\t\t\twhile (i < argv.length) {\n\t\t\t\tif (argv(i) == \"-w\") {\n\t\t\t\t\tscaleFactor = Integer.parseInt(argv(i + 1))\n\t\t\t\t} else if (argv(i) == \"-c\") {\n\t\t\t\t\tnumConn = Integer.parseInt(argv(i + 1))\n\t\t\t\t} else if (argv(i) == \"-r\") {\n\t\t\t\t\trampupTime = Integer.parseInt(argv(i + 1))\n\t\t\t\t} else if (argv(i) == \"-t\") {\n\t\t\t\t\tmeasureTime = Integer.parseInt(argv(i + 1))\n\t\t\t\t} else if (argv(i) == \"-i\") {\n\t\t\t\t\timplVersionUnderTest = Integer.parseInt(argv(i + 1))\n\t\t\t\t} else {\n\t\t\t\t\tprintln(\"Incorrect Argument: \" + argv(i))\n\t\t\t\t\tprintln(\"The possible arguments are as follows: \")\n\t\t\t\t\tprintln(\"-w [number of warehouses]\")\n\t\t\t\t\tprintln(\"-c [number of connections]\")\n\t\t\t\t\tprintln(\"-r [ramp up time]\")\n\t\t\t\t\tprintln(\"-t [duration of the benchmark (sec)]\")\n\t\t\t\t\tprintln(\"-i [implementation version under test]\")\n\t\t\t\t\tSystem.exit(-1)\n\t\t\t\t}\n\t\t\t\ti = i + 2\n\t\t\t}\n\t\t}\n\n\t\tif (num_node > 0) {\n\t\t\tif (scaleFactor % num_node != 0) {\n\t\t\t\tlogger.error(\" [warehouse] value must be devided by [num_node].\")\n\t\t\t\treturn 1\n\t\t\t}\n\t\t\tif (numConn % num_node != 0) {\n\t\t\t\tlogger.error(\"[connection] value must be devided by [num_node].\")\n\t\t\t\treturn 1\n\t\t\t}\n\t\t}\n\t\tif (scaleFactor < 1) {\n\t\t\tthrow new RuntimeException(\"Warehouse count has to be greater than or equal to 1.\")\n\t\t}\n\t\tif (numConn < 1) {\n\t\t\tthrow new RuntimeException(\"Connections has to be greater than or equal to 1.\")\n\t\t}\n\t\tif (rampupTime < 1) {\n\t\t\tthrow new RuntimeException(\"Rampup time has to be greater than or equal to 1.\")\n\t\t}\n\t\tif (measureTime < 1) {\n\t\t\tthrow new RuntimeException(\"Duration has to be greater than or equal to 1.\")\n\t\t}\n\n\t\tvar iter = 0\n\t\twhile(iter < NUM_ITERATIONS) {\n\t\t\tval xactImpl = xactSelector.select(implVersionUnderTest, numConn)\n\n\t\t\tRtHist.histInit()\n\t\t\tactivate_transaction = true\n\t\t\tnum_node = 0\n\t\t\tSystem.out.print(\"<Parameters>\\n\")\n\t\t\tSystem.out.print(\"  [warehouse]: %d\\n\".format(scaleFactor))\n\t\t\tSystem.out.print(\" [connection]: %d\\n\".format(numConn))\n\t\t\tSystem.out.print(\"     [rampup]: %d (sec.)\\n\".format(rampupTime))\n\t\t\tSystem.out.print(\"    [measure]: %d (sec.)\\n\".format(measureTime))\n\t\t\tSystem.out.print(\"       [impl]: tx%d (%s)\\n\".format(implVersionUnderTest, xactImpl.getClass.getSimpleName.replace(\"$\", \"\")))\n\t\t\txactSelector.seqInit(10, 10, 1, 1, 1)\n\t\t\tif (DEBUG) logger.debug(\"Creating XactThread\")\n\n\t\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\t\tcounting_on = false\n\n\t\t\tval workers = new Array[XactThread](numConn)\n\t\t\tfor (i <- 0 until numConn) {\n\t\t\t\tval worker = new XactThread(new ThreadInfo(i), scaleFactor, numConn, TRANSACTION_COUNT, activate_transaction, xactImpl)\n\t\t\t\tworkers(i) = worker\n\t\t\t\texecutor.execute(worker)\n\t\t\t}\n\t\t\tif (rampupTime > 0) {\n\t\t\t\tSystem.out.print(\"\\nRAMPUP START.\\n\\n\")\n\t\t\t\ttry {\n\t\t\t\t\tThread.sleep(rampupTime * 1000)\n\t\t\t\t} catch {\n\t\t\t\t\tcase e: InterruptedException => logger.error(\"Rampup wait interrupted\", e)\n\t\t\t\t}\n\t\t\t\tSystem.out.print(\"\\nRAMPUP END.\\n\\n\")\n\t\t\t}\n\t\t\tSystem.out.print(\"\\nMEASURING START.\\n\\n\")\n\t\t\tval df = new DecimalFormat(\"#,##0.0\")\n\t\t\tvar runTime = 0L\n\t\t\tSystem.gc()\n\t\t\tThread.sleep(1000)\n\t\t\tSystem.gc()\n\t\t\tprintln(\"Start measurements....\")\n\t\t\tThread.sleep(1000)\n\t\t\tcounting_on = true\n\t\t\txactImpl.isCountingOn = true\n\t\t\tval startTime = System.currentTimeMillis()\n\t\t\tThread.sleep(measureTime * 1000)\n\t\t\t\/\/ while ({(runTime = System.currentTimeMillis() - startTime); runTime} < measureTime * 1000) {\n\t\t\t\/\/ \t\/\/println(\"Current execution time lapse: \" + df.format(runTime \/ 1000f) + \" seconds\")\n\t\t\t\/\/ \ttry {\n\t\t\t\/\/ \t\tThread.sleep(1000)\n\t\t\t\/\/ \t} catch {\n\t\t\t\/\/ \t\tcase e: InterruptedException => logger.error(\"Sleep interrupted\", e)\n\t\t\t\/\/ \t}\n\t\t\t\/\/ }\n\t\t\tactivate_transaction = false\n\t\t\txactImpl.isCountingOn = false\n\t\t\tcounting_on = false\n\t\t\tval actualTestTime = System.currentTimeMillis() - startTime\n\t\t\tprintln(\"---------------------------------------------------\")\n\t\t\tprintln(\"<Raw Results>\")\n\n\t\t\tval success = new Array[Long](TRANSACTION_COUNT)\n\t\t\tval late = new Array[Long](TRANSACTION_COUNT)\n\t\t\tval retry = new Array[Long](TRANSACTION_COUNT)\n\t\t\tval failure = new Array[Long](TRANSACTION_COUNT)\n\t\t\tval success2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n\t\t\tval late2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n\t\t\tval retry2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n\t\t\tval failure2 = Array.ofDim[Long](TRANSACTION_COUNT, numConn)\n\t\t\tvar success2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\t\t\tvar late2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\t\t\tvar retry2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\t\t\tvar failure2_sum: Array[Long] = new Array[Long](TRANSACTION_COUNT)\n\n\t\t\tjava.util.Arrays.fill(success, 0)\n\t\t\tjava.util.Arrays.fill(late, 0)\n\t\t\tjava.util.Arrays.fill(retry, 0)\n\t\t\tjava.util.Arrays.fill(failure, 0)\n\t\t\tjava.util.Arrays.fill(success2_sum, 0)\n\t\t\tjava.util.Arrays.fill(late2_sum, 0)\n\t\t\tjava.util.Arrays.fill(retry2_sum, 0)\n\t\t\tjava.util.Arrays.fill(failure2_sum, 0)\n\t\t\tfor (i <- 0 until TRANSACTION_COUNT) {\n\t\t\t\tsuccess(i) = 0\n\t\t\t\tlate(i) = 0\n\t\t\t\tretry(i) = 0\n\t\t\t\tfailure(i) = 0\n\t\t\t}\n\n\t\t\tvar totalCounter = 0L\n\t\t\tfor (i <- 0 until numConn) {\n\t\t\t\tval driver = workers(i).driver\n\t\t\t\tSystem.out.print(\"worker(%d).counter = %,d\\n\".format(i+1, driver.counter.value))\n\t\t\t\ttotalCounter += driver.counter.value\n\t\t\t\tfor (j <- 0 until TRANSACTION_COUNT) {\n\t\t\t\t\tSystem.out.print(\"\t|%s| sc:%,d\tlt:%,d\trt:%,d\tfl:%,d <= worker(%,d)\\n\".format(TRANSACTION_NAME(j), driver.success(j), driver.late(j), \n\t\t\t\t\t\tdriver.retry(j), driver.failure(j), i+1))\n\t\t\t\t\tsuccess(j) += driver.success(j)\n\t\t\t\t\tlate(j) += driver.late(j)\n\t\t\t\t\tretry(j) += driver.retry(j)\n\t\t\t\t\tfailure(j) += driver.failure(j)\n\t\t\t\t\tsuccess2(j)(i) += driver.success(j)\n\t\t\t\t\tlate2(j)(i) += driver.late(j)\n\t\t\t\t\tretry2(j)(i) += driver.retry(j)\n\t\t\t\t\tfailure2(j)(i) += driver.failure(j)\n\t\t\t\t}\n\t\t\t}\n\t\t\tSystem.out.print(\"total counter = %,d\\n\".format(totalCounter))\n\t\t\tfor (i <- 0 until TRANSACTION_COUNT) {\n\t\t\t\tSystem.out.print(\"\t|%s| sc:%,d\tlt:%,d\trt:%,d\tfl:%,d \\n\".format(TRANSACTION_NAME(i), success(i), late(i), \n\t\t\t\t\tretry(i), failure(i)))\n\t\t\t}\n\t\t\tSystem.out.print(\" in %f sec.\\n\".format(actualTestTime \/ 1000f))\n\t\t\tprintln(\"<Raw Results2(sum ver.)>\")\n\t\t\tfor (i <- 0 until TRANSACTION_COUNT) {\n\t\t\t\tsuccess2_sum(i) = 0\n\t\t\t\tlate2_sum(i) = 0\n\t\t\t\tretry2_sum(i) = 0\n\t\t\t\tfailure2_sum(i) = 0\n\t\t\t\tfor (k <- 0 until numConn) {\n\t\t\t\t\tsuccess2_sum(i) += success2(i)(k)\n\t\t\t\t\tlate2_sum(i) += late2(i)(k)\n\t\t\t\t\tretry2_sum(i) += retry2(i)(k)\n\t\t\t\t\tfailure2_sum(i) += failure2(i)(k)\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor (i <- 0 until TRANSACTION_COUNT) {\n\t\t\t\tSystem.out.print(\"\t|%s| sc:%,d\tlt:%,d\trt:%,d\tfl:%,d \\n\".format(TRANSACTION_NAME(i), success2_sum(i), \n\t\t\t\t\tlate2_sum(i), retry2_sum(i), failure2_sum(i)))\n\t\t\t}\n\t\t\tprintln(\"<Constraint Check> (all must be [OK])\\n [transaction percentage]\")\n\t\t\tvar j = 0L\n\t\t\tvar i: Int = 0\n\t\t\ti = 0\n\t\t\twhile (i < TRANSACTION_COUNT) {\n\t\t\t\tj += (success(i) + late(i))\n\t\t\t\ti += 1\n\t\t\t}\n\t\t\ti = 0\n\t\t\twhile (i < TRANSACTION_COUNT) {\n\t\t\t\tvar f = 100f * (success(i) + late(i)).toFloat \/ j.toFloat\n\t\t\t\tSystem.out.print(\"\t\t\t\t%s: %f%%\\n\".format(TRANSACTION_NAME(i), f))\n\t\t\t\ti += 1\n\t\t\t}\n\t\t\tSystem.out.print(\" [response time (at least 90%% passed)]\\n\")\n\t\t\tfor (n <- 0 until TRANSACTION_NAME.length) {\n\t\t\t\tval f = 100f * success(n).toFloat \/ (success(n) + late(n)).toFloat\n\t\t\t\tif (DEBUG) logger.debug(\"f: \" + f + \" success[\" + n + \"]: \" + success(n) + \" late[\" + \n\t\t\t\t\tn + \n\t\t\t\t\t\"]: \" + \n\t\t\t\t\tlate(n))\n\t\t\t\tSystem.out.print(\"\t\t\t%s: %f%% \".format(TRANSACTION_NAME(n), f))\n\t\t\t\tif (f >= 90f) {\n\t\t\t\t\tSystem.out.print(\" [OK]\\n\")\n\t\t\t\t} else {\n\t\t\t\t\tSystem.out.print(\" [NG] *\\n\")\n\t\t\t\t}\n\t\t\t}\n\t\t\tvar total = 0f\n\t\t\tvar k = 0\n\t\t\twhile (k < TRANSACTION_COUNT) {\n\t\t\t\ttotal = total + success(k) + late(k)\n\t\t\t\tprintln(\" \" + TRANSACTION_NAME(k) + \" xact\/sec: %,.2f (for %,.2f sec)\".format((success(k) + late(k)) \/ (actualTestTime \/ 1000f), (actualTestTime \/ 1000f)))\n\t\t\t\tk += 1\n\t\t\t}\n\t\t\tSystem.out.print(\"\\nSTOPPING THREADS\\n\")\n\t\t\texecutor.shutdown()\n\t\t\ttry {\n\t\t\t\texecutor.awaitTermination(30, TimeUnit.SECONDS)\n\t\t\t} catch {\n\t\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t\t}\n\t\t\titer += 1\n\t\t}\n\t\t0\n\t}\n}\n\nclass XactThread(val tInfo: ThreadInfo, \n\tscaleFactor: Int, \n\tnum_conn: Int, \n\tTRANSACTION_COUNT: Int,\n\tloopConditionChecker: => Boolean,\n\txactImpl: XactImpl) extends Thread \/*with DatabaseConnector*\/{\n\t\/**\n\t * Dedicated JDBC connection for this thread.\n\t *\/\n\t\/\/ var conn: Connection = connectToDatabase\n\n\tval driver = new XactDriver(tInfo,TRANSACTION_COUNT, xactImpl)\n\toverride def run() {\n\t\ttry {\n\t\t\tif (DEBUG) {\n\t\t\t\tlogger.debug(\"Starting driver with: tInfo: \" + tInfo + \" scaleFactor: \" + \n\t\t\t\t\tscaleFactor + \n\t\t\t\t\t\" num_conn: \" + \n\t\t\t\t\tnum_conn)\n\t\t\t}\n\t\t\tdriver.runAllTransactions(tInfo, scaleFactor, num_conn, loopConditionChecker)\n\t\t} catch {\n\t\t\tcase e: Throwable => logger.error(\"Unhandled exception\", e)\n\t\t}\n\t}\n\n\t\/\/ private def connectToDatabase:Connection = connectToDB(driverClassName, jdbcUrl, db_user, db_password)\n}\n\nclass XactDriver(\n\t\ttInfo: ThreadInfo,\n\t\tTRANSACTION_COUNT: Int,\n\t\txactImpl: XactImpl) extends Driver(null, -1, TRANSACTION_COUNT) {\n\n\toverride def doNextTransaction(tInfo: ThreadInfo, sequence: Int) {\n\t\t\/\/ counter.value += 1L\n\t\txactImpl.runXact(this, tInfo, sequence)\n\t}\n\n\toverride def runCommandSeq(commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo) = xactImpl.runXactSeq(this, commandSeq)\n}\n\nabstract class XactImplSelector {\n\tdef select(impl: Int, numConn: Int): XactImpl\n\tdef xactNames: Array[String]\n\tdef seqInit(t1: Int, t2: Int, t3: Int, t4: Int, t5: Int): Unit\n}\n\nabstract class XactImpl {\n\t@volatile var isCountingOn = false\n\tdef runXact(driver: Driver, tInfo: ThreadInfo, sequence: Int): Unit\n\tdef runXactSeq(driver: Driver, commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/load\/JdbcPreparedStatementLoader.scala","text":"package ddbt.tpcc.loadtest.load\n\nimport java.sql.Connection\nimport java.sql.PreparedStatement\nimport java.sql.SQLException\n\n\/**\n * Data loader using prepared statements and batches. This is slower than the JdbcStatementLoader which uses\n * bulk inserts.\n *\/\nclass JdbcPreparedStatementLoader(var conn: Connection, \n    var tableName: String, \n    var columnName: Array[String], \n    var ignore: Boolean, \n    var maxBatchSize: Int) extends RecordLoader {\n\n  var pstmt: PreparedStatement = _\n\n  var currentBatchSize: Int = _\n\n  val b = new StringBuilder()\n\n  b.append(\"INSERT \")\n\n  if (ignore) {\n    b.append(\"IGNORE \")\n  }\n\n  b.append(\"INTO `\").append(tableName).append(\"` (\")\n\n  for (i <- 0 until columnName.length) {\n    if (i > 0) {\n      b.append(',')\n    }\n    b.append(columnName(i).trim())\n  }\n\n  b.append(\") VALUES (\")\n\n  for (i <- 0 until columnName.length) {\n    if (i > 0) {\n      b.append(',')\n    }\n    b.append('?')\n  }\n\n  b.append(')')\n\n  val sql = b.toString\n\n  {\n    this.conn.setAutoCommit(false)\n    this.pstmt = conn.prepareStatement(sql)\n  }\n\n  def load(r: Record) {\n    for (i <- 0 until columnName.length) {\n      pstmt.setObject(i + 1, r.getField(i))\n    }\n    pstmt.addBatch()\n    currentBatchSize += 1 \n    if (currentBatchSize == maxBatchSize) {\n      executeCurrentBatch()\n    }\n  }\n\n  private def executeCurrentBatch() {\n    pstmt.executeBatch()\n    currentBatchSize = 0\n  }\n\n  def commit() {\n    conn.commit()\n  }\n\n  def close() {\n    executeCurrentBatch()\n    pstmt.close()\n    conn.commit()\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/BinaryHeap.scala","text":"<reponame>epfldata\/mv3c<filename>src\/lib\/BinaryHeap.scala\npackage ddbt.lib\nimport java.util._\nimport BinaryHeap._\n\nobject BinaryHeap {\n  private final val DEFAULT_CAPACITY: Int = 16\n}\n\nclass BinaryHeap[T:Manifest](reverse: Boolean=false)(implicit ord1: Ordering[T]) \/*extends PriorityQueue[T]*\/ {\n  \/**\n   * Insert into the priority queue, maintaining heap order.\n   * Duplicates are allowed.\n   * @param x the item to insert.\n   * @exception Overflow if container is full.\n   *\/\n  def add(x: T) {\n    if (isFull) doubleArray\n    var hole: Int = ({\n      currentSize += 1; currentSize\n    })\n    while (hole > 1 && ord.compare(x, array(hole \/ 2)) < 0) {\n      array(hole) = array(hole \/ 2)\n      hole \/= 2\n    }\n    array(hole) = x\n  }\n\n  \/**\n   * Find the smallest item in the priority queue.\n   * @return the smallest item, or null, if empty.\n   *\/\n  def peek: T = {\n    if (isEmpty) throw new java.util.NoSuchElementException\n    array(1)\n  }\n\n  \/**\n   * Remove the smallest item from the priority queue.\n   * @return the smallest item, or null, if empty.\n   *\/\n  def remove: T = {\n    if (isEmpty) new java.util.NoSuchElementException\n    val minItem: T = peek\n    array(1) = array(currentSize)\n    currentSize -= 1\n    percolateDown(1)\n    return minItem\n  }\n\n  \/**\n   * Establish heap order property from an arbitrary\n   * arrangement of items. Runs in linear time.\n   *\/\n  private def buildHeap {\n    {\n      var i: Int = currentSize \/ 2\n      while (i > 0) {\n        percolateDown(i)\n        i -= 1\n      }\n    }\n  }\n\n  \/**\n   * Test if the priority queue is logically empty.\n   * @return true if empty, false otherwise.\n   *\/\n  def isEmpty: Boolean = {\n    return currentSize == 0\n  }\n\n  \/**\n   * Test if the priority queue is logically full.\n   * @return true if full, false otherwise.\n   *\/\n  def isFull: Boolean = {\n    return currentSize == array.length - 1\n  }\n\n  \/**\n   * Make the priority queue logically empty.\n   *\/\n  def makeEmpty {\n    currentSize = 0\n  }\n\n  \/**\n   * Internal method to percolate down in the heap.\n   * @param hole the index at which the percolate begins.\n   *\/\n  private def percolateDown(holeInput: Int) {\n    var hole = holeInput\n    var child: Int = 0\n    val tmp: T = array(hole)\n    while (hole * 2 <= currentSize) {\n      child = hole * 2\n      if (child != currentSize && ord.compare(array(child + 1), array(child)) < 0) {\n        child += 1\n      }\n      if (ord.compare(array(child), tmp) < 0) array(hole) = array(child)\n      else { \n        array(hole) = tmp\n        return;\n      }\n      hole = child\n    }\n    array(hole) = tmp\n  }\n\n  private def doubleArray = {\n    val tmpArray = array\n    array = new Array[T]( array.length * 2 )\n    var i = 0\n    while(i < tmpArray.length) {\n      array(i) = tmpArray(i)\n      i += 1\n    }\n  }\n\n  \/**\n   * Returns a String representation of BinaryHeap with values stored with\n   * heap structure and order properties.\n   *\/\n  override def toString: String = {\n    val res = new StringBuilder(\"(\")\n    val thisArr = array.clone\n    val thisSize = currentSize\n    while(!isEmpty) {\n      res.append(remove)\n      if(!isEmpty) res.append(\", \")\n    }\n    array = thisArr\n    currentSize = thisSize\n    res.append(\")\")\n    res.toString\n  }\n\n  override def equals(o: Any): Boolean = {\n    \/\/if (!(o.isInstanceOf[BinaryHeap[T]])) return false\n    val e: BinaryHeap[T] = o.asInstanceOf[BinaryHeap[T]]\n    if(currentSize != e.currentSize) return false\n    val eArr = e.array.clone\n    val thisArr = array.clone\n    val eSize = e.currentSize\n    val thisSize = currentSize\n    while(!isEmpty) {\n      val thisVal = remove\n      val eVal = e.remove\n      if(ord.compare(thisVal, eVal) != 0) {\n        e.array = eArr\n        array = thisArr\n        return false\n      }\n    }\n    e.array = eArr\n    e.currentSize = eSize\n    array = thisArr\n    currentSize = thisSize\n    true\n  }\n\n  private var currentSize: Int = 0\n  private var array: Array[T] = new Array[T](DEFAULT_CAPACITY + 1)\n  val ord: Ordering[T] = if(reverse) ord1.reverse else ord1\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx1\/Delivery.scala","text":"<filename>src\/tpcc\/impl\/tx1\/Delivery.scala\npackage ddbt.tpcc.tx1\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport ddbt.tpcc.itx._\nimport org.slf4j.LoggerFactory\nimport Delivery._\n\nobject Delivery {\n\n  private val logger = LoggerFactory.getLogger(classOf[Delivery])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = ddbt.tpcc.loadtest.TpccConstants.SHOW_OUTPUT\n}\n\n\/**\n * Delivery Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass Delivery extends InMemoryTxImpl with IDeliveryInMem {\n\n  \/\/Tables\n  \/\/val newOrderTbl = new HashSet[(Int,Int,Int)]\n\n  \/\/Partial Tables (containing all rows, but not all columns)\n  \/\/removed columns are commented out\n  \/\/val orderPartialTbl = new HashMap[(Int,Int,Int),(Int\/*,Date*\/,Option[Int]\/*,Int,Boolean*\/)]\n  \/\/only the slice over first three key parts is used\n  \/\/val orderLinePartialTbl = new HashMap[(Int,Int,Int,Int),(\/*Int,Int,*\/Option[Date]\/*,Int*\/,Float\/*,String*\/)]\n  \/\/val customerPartialTbl = new HashMap[(Int,Int,Int),(\/*String,String,String,String,String,String,String,String,String,Date,String,Float,Float,*\/Float\/*,Float,Int*\/,Int\/*,String*\/)]\n  \/**\n   * @param w_id is warehouse id\n   * @param o_carrier_id is the carrier id for this warehouse\n   *\n   * Table interactions:\n   *   - [NewOrder: RW] where R in\n   *      + findFirstNewOrder\n   *     and W in\n   *      + deleteNewOrder\n   *   - [Order: RW] where R in\n   *      + findOrderCID\n   *     and W in\n   *      + updateOrderCarrier\n   *   - [OrderLine: RW] where R in\n   *      + findOrderLineTotalAmount\n   *     and W in\n   *      + updateOrderLineDeliveryDate\n   *   - [Customer: W] in\n   *      + updateCustomerBalance\n   *\/\n  override def deliveryTx(datetime:Date, w_id: Int, o_carrier_id: Int)(implicit tInfo: ThreadInfo): Int = {\n    try {\n      val DIST_PER_WAREHOUSE = 10\n      val orderIDs = new Array[Int](10)\n      var d_id = 1\n      while (d_id <= DIST_PER_WAREHOUSE) {\n        DeliveryTxOps.findFirstNewOrder(w_id,d_id) match {\n          case Some(no_o_id) => {\n            orderIDs(d_id - 1) = no_o_id\n            DeliveryTxOps.deleteNewOrder(w_id,d_id,no_o_id)\n            val c_id = DeliveryTxOps.findOrderCID(w_id,d_id,no_o_id)\n            DeliveryTxOps.updateOrderCarrier(w_id,d_id,no_o_id,c_id,o_carrier_id)\n            DeliveryTxOps.updateOrderLineDeliveryDate(w_id,d_id,no_o_id,datetime)\n            val ol_total = DeliveryTxOps.findOrderLineTotalAmount(w_id,d_id,no_o_id)\n            DeliveryTxOps.updateCustomerBalance(w_id,d_id,c_id,ol_total)\n          }\n          case None => orderIDs(d_id - 1) = 0\n        }\n        d_id += 1\n      }\n\n      if(SHOW_OUTPUT) {\n        val output: StringBuilder = new StringBuilder\n        output.append(\"\\n+---------------------------- DELIVERY ---------------------------+\\n\")\n        output.append(\" Date: \").append(datetime)\n        output.append(\"\\n\\n Warehouse: \").append(w_id)\n        output.append(\"\\n Carrier:   \").append(o_carrier_id)\n        output.append(\"\\n\\n Delivered Orders\\n\")\n        var skippedDeliveries: Int = 0\n        var i: Int = 1\n        while (i <= 10) {\n          if (orderIDs(i - 1) >= 0) {\n            output.append(\"  District \")\n            output.append(if (i < 10) \" \" else \"\")\n            output.append(i)\n            output.append(\": Order number \")\n            output.append(orderIDs(i - 1))\n            output.append(\" was delivered.\\n\")\n          }\n          else {\n            output.append(\"  District \")\n            output.append(if (i < 10) \" \" else \"\")\n            output.append(i)\n            output.append(\": No orders to be delivered.\\n\")\n            skippedDeliveries += 1\n          }\n          i += 1\n        }\n        output.append(\"+-----------------------------------------------------------------+\\n\\n\")\n        logger.info(output.toString)\n      }\n      \/\/ skippedDeliveries\n      1\n    } catch {\n      case e: Throwable => {\n        logger.error(\"An error occurred in handling Delivery transaction for warehouse=%d, carrier=%d\".format(w_id,o_carrier_id))\n        0\n      }\n    }\n  }\n\n  object DeliveryTxOps {\n    def findFirstNewOrder(no_w_id_input:Int, no_d_id_input:Int):Option[Int] = {\n      var first_no_o_id:Option[Int] = None\n      SharedData.newOrderTbl.foreach { case ((no_o_id, no_d_id, no_w_id),_) =>\n        if(no_d_id == no_d_id_input && no_w_id == no_w_id_input) {\n          first_no_o_id match {\n            case None => first_no_o_id = Some(no_o_id)\n            case Some(x) => if(no_o_id < x) first_no_o_id = Some(no_o_id)\n          }\n        }\n      }\n      first_no_o_id\n    }\n\n    def deleteNewOrder(no_w_id:Int, no_d_id:Int, no_o_id:Int) = {\n      SharedData.onDelete_NewOrder(no_o_id,no_d_id,no_w_id)\n    }\n\n    def findOrderCID(o_w_id:Int, o_d_id:Int, o_id:Int) = {\n      SharedData.orderTbl((o_id,o_d_id,o_w_id))._1\n    }\n\n    def updateOrderCarrier(o_w_id:Int, o_d_id:Int, o_id:Int, o_c_id:Int, o_carrier_id:Int) {\n      SharedData.onUpdate_Order_forDelivery(o_id,o_d_id,o_w_id, o_c_id,Some(o_carrier_id))\n    }\n\n    def updateOrderLineDeliveryDate(ol_w_id:Int, ol_d_id:Int, ol_o_id:Int, ol_delivery_d:Date) {\n      val ol_numbers = new ArrayBuffer[(Int,Date,Float)]\n      \/\/should be replaced by a slice over first three key parts\n      SharedData.orderLineTbl.foreach{ ol =>\n        if(ol._1._1 == ol_o_id && ol._1._2 == ol_d_id && ol._1._3 == ol_w_id) {\n          SharedData.onUpdateOrderLine(ol_o_id,ol_d_id,ol_w_id,ol._1._4, ol._2._1, ol._2._2, Some(ol_delivery_d), ol._2._4,ol._2._5,ol._2._6)\n        }\n      }\n    }\n\n    def findOrderLineTotalAmount(ol_w_id:Int, ol_d_id:Int, ol_o_id:Int):Float = {\n      var ol_total = 0f\n      \/\/should be replaced by a slice over first three key parts\n      SharedData.orderLineTbl.foreach{ ol =>\n        if(ol._1._1 == ol_o_id && ol._1._2 == ol_d_id && ol._1._3 == ol_w_id) {\n          ol_total += ol._2._5\n        }\n      }\n      ol_total\n    }\n\n    def updateCustomerBalance(c_w_id:Int, c_d_id:Int, c_id:Int, ol_total:Float) = {\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = SharedData.customerTbl((c_id,c_d_id,c_w_id))\n      SharedData.onUpdateCustomer(c_id,c_d_id,c_w_id,c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance+ol_total,c_ytd_payment,c_payment_cnt,c_delivery_cnt+1,c_data)\n    }\n  }\n}\n\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/DatabaseConnector.scala","text":"<gh_stars>10-100\npackage ddbt.tpcc.loadtest\n\nimport java.io.File\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.sql.Connection\nimport java.sql.DriverManager\nimport java.sql.SQLException\n\/\/ import java.text.DecimalFormat\n\/\/ import java.util.Map\nimport java.util.Properties\n\/\/ import java.util.Set\n\/\/ import TpccThread._\nimport scala.collection.JavaConversions._\n\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\n\nobject DatabaseConnector {\n\n  private val dbcLogger = LoggerFactory.getLogger(classOf[Driver])\n\n  def connectToDB(driverClassName:String, jdbcUrl:String, db_user:String, db_password:String): Connection = {\n    DatabaseConnector.dbcLogger.info(\"Connection to database: driver: \" + driverClassName + \n      \" url: \" + \n      jdbcUrl)\n    Class.forName(driverClassName)\n    val prop = new Properties()\n    val connPropFile = new File(\"conf\/jdbc-connection.properties\")\n    if (connPropFile.exists()) {\n      DatabaseConnector.dbcLogger.info(\"Loading JDBC connection properties from \" + connPropFile.getAbsolutePath)\n      try {\n        val is = new FileInputStream(connPropFile)\n        prop.load(is)\n        is.close()\n        if (DatabaseConnector.dbcLogger.isDebugEnabled) {\n          DatabaseConnector.dbcLogger.debug(\"Connection properties: {\")\n          val entries = prop.entrySet()\n          for (entry <- entries) {\n            DatabaseConnector.dbcLogger.debug(entry.getKey + \" = \" + entry.getValue)\n          }\n          DatabaseConnector.dbcLogger.debug(\"}\")\n        }\n      } catch {\n        case e: IOException => DatabaseConnector.dbcLogger.error(\"\", e)\n      }\n    } else {\n      DatabaseConnector.dbcLogger.warn(connPropFile.getAbsolutePath + \n        \" does not exist! Using default connection properties\")\n    }\n    prop.put(\"user\", db_user)\n    prop.put(\"password\", <PASSWORD>)\n    val conn = DriverManager.getConnection(jdbcUrl, prop)\n    conn.setTransactionIsolation(Connection.TRANSACTION_REPEATABLE_READ)\n    conn.setAutoCommit(false)\n    conn\n  }\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcc\/MVCCTest1.scala","text":"package ddbt.lib.mvconcurrent\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.tpcc.tx._\nimport org.scalatest._\nimport MVCCTestParams._\n\nobject MVCCTestParams {\n  val disableGC = TransactionManager.DISABLE_GC\n}\nclass MVCCSpec1 extends FlatSpec with Matchers {\n\n  object Key {\n    def apply(_1:Int, _2:String) = new Key(_1,_2)\n    implicit def orderingKey[A <: Key]: Ordering[A] = Ordering.by(e => (e._1, e._2))\n  }\n\n  class Key(val _1:Int, val _2:String) {\n    override def equals(o: Any) = {\n      if(!o.isInstanceOf[Key]) false\n      else {\n        val other = o.asInstanceOf[Key]\n        (_1,_2) == (other._1,other._2)\n      }\n    }\n\n    override def hashCode = (_1,_2).hashCode\n\n    override def toString = (_1,_2).toString\n  }\n\n  val tm = new TransactionManager(2, true)\n  tm.isGcActive.set(disableGC)\n  val tbl = new ConcurrentSHMapMVCC[Key,(Int,String)](\"Test1Map\", (k:Key,v:(Int,String)) => k._1 )\n\n  val thread1 = new ThreadInfo(0)\n  val thread2 = new ThreadInfo(1)\n\n  \"A MVCC table\" should \"be able to insert an element and store it properly (before reaching threshold\" in {\n    ConcurrentSHMapMVCC.TREEIFY_THRESHOLD should be (8) \/\/we assume that threshold is 8\n    implicit val xact = tm.begin(\"T1\")(thread1)\n    tbl += (Key(1,\"z\"),(2,\"a\"))\n    tbl += (Key(1,\"x\"),(5,\"e\"))\n    tbl += (Key(2,\"z\"),(6,\"f\"))\n    tbl += (Key(2,\"y\"),(7,\"g\"))\n    tbl.get(Key(1,\"z\")) should be ((2,\"a\"))\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"persistent an inserted element after the commit\" in {\n    implicit val xact = tm.begin(\"T2\")(thread1)\n    tbl.get(Key(1,\"z\")) should be ((2,\"a\"))\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"throw an exception on inserting an existing key\" in {\n    implicit val xact = tm.begin(\"T3\")(thread1)\n    a [MVCCRecordAlreadyExistsException] should be thrownBy {\n      tbl += (Key(1,\"z\"),(3,\"b\"))\n    }\n    tbl.size should be (4)\n    xact.rollback\n  }\n\n  it should \"throw an exception on inserting an already inserted entry even by current transaction\" in {\n    implicit val xact = tm.begin(\"T4\")(thread1)\n    tbl += (Key(1,\"y\"),(4,\"c\"))\n    a [MVCCRecordAlreadyExistsException] should be thrownBy {\n      tbl += (Key(1,\"y\"),(5,\"d\"))\n    }\n    tbl.size should be (5)\n    xact.rollback\n  }\n\n  it should \"remove the stale versions produced by aborted xacts\" in {\n    implicit val xact = tm.begin(\"T5\")(thread1)\n    tbl.get(Key(1,\"y\")) should be (null)\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after insertions)\" in {\n    implicit val xact = tm.begin(\"T6\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (7)\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (1)\" in {\n    implicit val xact = tm.begin(\"T7\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (20)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to delete an element\" in {\n    implicit val xact = tm.begin(\"T8\")(thread1)\n    tbl -= (Key(1,\"z\"))\n    tbl.get(Key(1,\"z\")) should be (null)\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after deletion)\" in {\n    implicit val xact = tm.begin(\"T9\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (5)\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (2)\" in {\n    implicit val xact = tm.begin(\"T10\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (18)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to re-insert an already deleted element\" in {\n    implicit val xact = tm.begin(\"T11\")(thread1)\n    tbl += (Key(1,\"z\"), (22,\"aa\"))\n    tbl.get(Key(1,\"z\")) should be ((22,\"aa\"))\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (3)\" in {\n    implicit val xact = tm.begin(\"T12\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (40)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to update an already inserted element\" in {\n    implicit val xact = tm.begin(\"T13\")(thread1)\n    tbl(Key(1,\"z\")) = (222,\"aaa\")\n    tbl.get(Key(1,\"z\")) should be ((222,\"aaa\"))\n    tbl.size should be (4)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after update 1)\" in {\n    implicit val xact = tm.begin(\"T14\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (227)\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (4)\" in {\n    implicit val xact = tm.begin(\"T15\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (240)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to update via delta version\" in {\n    implicit val xact = tm.begin(\"T16\")(thread1)\n    val ent = tbl.getEntry(Key(1,\"z\"))\n    ent.setEntryValue((2222,\"aaa\"))\n    \n    tbl.get(Key(1,\"z\")) should be ((2222,\"aaa\"))\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after update 2)\" in {\n    implicit val xact = tm.begin(\"T17\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2227)\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (5)\" in {\n    implicit val xact = tm.begin(\"T18\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2240)\n    xact.commit should be (true)\n  }\n\n  it should \"handle the validation failure correctly\" in {\n    implicit val xact1 = tm.begin(\"T19\")(thread1)\n    \n    {\n      implicit val xact2 = tm.begin(\"T20\")(thread2)\n      tbl.+=(Key(1,\"y\"),(4,\"c\"))(xact2)\n      xact2.commit should be (true)\n    }\n\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2227)\n\n    xact1.commit should be (true)\n  }\n\n  it should \"handle cleanup correctly after rollback (including the removal of pointers in DeltaVersion)\" in {\n    {\n      implicit val xact2 = tm.begin(\"T21\")(thread1)\n      tbl.update(Key(1,\"y\"),(44,\"c\"))\n      tbl.get(Key(1,\"y\")) should be ((44,\"c\"))\n      xact2.rollback\n    }\n\n    {\n      implicit val xact1 = tm.begin(\"T22\")(thread2)\n      tbl.get(Key(1,\"y\")) should be ((4,\"c\"))\n      tbl.update(Key(1,\"y\"),(444,\"c\"))\n      tbl.get(Key(1,\"y\")) should be ((444,\"c\"))\n      xact1.commit should be (true)\n    }\n  }\n\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/store\/Entries.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.test.store\nimport ddbt.lib.store._\n\n\/\/ We list here all the entries to reuse them across tests\n\ncase class E(var _1:Long, var _2:Long, var _3:Double) extends Entry(3) { def copy = E(_1,_2,_3) }\nobject E_I0 extends EntryIdx[E] {\n  def hash(e:E) = { var h:Int=0xcafebabe;\n    var mix:Int=e._1.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n    mix=e._2.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n    h^=2; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n  }\n  def cmp(e1:E,e2:E) = if(e1._1==e2._1 && e1._2==e2._2) 0 else 1\n}\nobject E_I1 extends EntryIdx[E] {\n  def hash(e:E) = { var h:Int=0xcafebabe;\n    var mix:Int=e._1.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n    h^=1; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n  }\n  def cmp(e1:E,e2:E) = if(e1._1==e2._1) 0 else 1\n}\nobject E_I2 extends EntryIdx[E] {\n  def hash(e:E) = { var h:Int=0xcafebabe;\n    var mix:Int=e._2.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n    h^=1; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n  }\n  def cmp(e1:E,e2:E) = if(e1._2==e2._2) 0 else 1\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/mysql\/Payment.scala","text":"package ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.sql.Connection\nimport java.sql.ResultSet\nimport java.sql.SQLException\nimport java.sql.Statement\nimport java.sql.Timestamp\nimport java.util.Calendar\nimport java.util.Date\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.itx.IPayment\nimport Payment._\nimport TpccConstants._\n\nobject Payment {\n\n  private val logger = LoggerFactory.getLogger(classOf[Payment])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = TpccConstants.SHOW_OUTPUT\n}\n\nclass Payment(var pStmts: TpccStatements) extends IPayment {\n\n  override def paymentTx(currentTimeStamp:Date, t_num: Int, \n      w_id_arg: Int, \n      d_id_arg: Int, \n      byname: Int, \n      c_w_id_arg: Int, \n      c_d_id_arg: Int, \n      c_id_arg: Int, \n      c_last_arg: String, \n      h_amount_arg: Float)(implicit tInfo: ThreadInfo): Int = {\n    try {\n      pStmts.setAutoCommit(false)\n      if (DEBUG) logger.debug(\"Transaction:\tPAYMENT\")\n      val w_id = w_id_arg\n      val d_id = d_id_arg\n      var c_id = c_id_arg\n      var w_name: String = null\n      var w_street_1: String = null\n      var w_street_2: String = null\n      var w_city: String = null\n      var w_state: String = null\n      var w_zip: String = null\n      val c_d_id = c_d_id_arg\n      val c_w_id = c_w_id_arg\n      var c_first: String = null\n      var c_middle: String = null\n      var c_last: String = null\n      var c_street_1: String = null\n      var c_street_2: String = null\n      var c_city: String = null\n      var c_state: String = null\n      var c_zip: String = null\n      var c_phone: String = null\n      var c_since: String = null\n      var c_credit: String = null\n      var c_credit_lim = 0\n      var c_discount = 0f\n      var c_balance = 0f\n      var c_data: String = null\n      val h_amount = h_amount_arg\n      var h_data: String = null\n      var d_name: String = null\n      var d_street_1: String = null\n      var d_street_2: String = null\n      var d_city: String = null\n      var d_state: String = null\n      var d_zip: String = null\n      var namecnt = 0\n      var n: Int = 0\n      var proceed = 0\n      proceed = 1\n      try {\n        pStmts.getStatement(9).setFloat(1, h_amount)\n        pStmts.getStatement(9).setInt(2, w_id)\n        if (TRACE) logger.trace(\"UPDATE warehouse SET w_ytd = w_ytd + \" + h_amount + \" WHERE w_id = \" + \n          w_id)\n        pStmts.getStatement(9).executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"UPDATE warehouse SET w_ytd = w_ytd + \" + h_amount + \" WHERE w_id = \" + \n            w_id, e)\n          throw new Exception(\"Payment Update transaction error\", e)\n        }\n      }\n      proceed = 2\n      try {\n        pStmts.getStatement(10).setInt(1, w_id)\n        if (TRACE) logger.trace(\"SELECT w_street_1, w_street_2, w_city, w_state, w_zip, w_name FROM warehouse WHERE w_id = \" + \n          w_id)\n        val rs = pStmts.getStatement(10).executeQuery()\n        if (rs.next()) {\n          w_street_1 = rs.getString(1)\n          w_street_2 = rs.getString(2)\n          w_city = rs.getString(3)\n          w_state = rs.getString(4)\n          w_zip = rs.getString(5)\n          w_name = rs.getString(6)\n        }\n        rs.close()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"SELECT w_street_1, w_street_2, w_city, w_state, w_zip, w_name FROM warehouse WHERE w_id = \" + \n            w_id, e)\n          throw new Exception(\"Payment select transaction error\", e)\n        }\n      }\n      proceed = 3\n      try {\n        pStmts.getStatement(11).setFloat(1, h_amount)\n        pStmts.getStatement(11).setInt(2, w_id)\n        pStmts.getStatement(11).setInt(3, d_id)\n        if (TRACE) logger.trace(\"UPDATE district SET d_ytd = d_ytd + \" + h_amount + \" WHERE d_w_id = \" + \n          w_id + \n          \" AND d_id = \" + \n          d_id)\n        pStmts.getStatement(11).executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"UPDATE district SET d_ytd = d_ytd + \" + h_amount + \" WHERE d_w_id = \" + \n            w_id + \n            \" AND d_id = \" + \n            d_id, e)\n          throw new Exception(\"Payment update transaction error\", e)\n        }\n      }\n      proceed = 4\n      try {\n        pStmts.getStatement(12).setInt(1, w_id)\n        pStmts.getStatement(12).setInt(2, d_id)\n        if (TRACE) logger.trace(\"SELECT d_street_1, d_street_2, d_city, d_state, d_zip, d_name FROM district WHERE d_w_id = \" + \n          w_id + \n          \" AND d_id = \" + \n          d_id)\n        val rs = pStmts.getStatement(12).executeQuery()\n        if (rs.next()) {\n          d_street_1 = rs.getString(1)\n          d_street_2 = rs.getString(2)\n          d_city = rs.getString(3)\n          d_state = rs.getString(4)\n          d_zip = rs.getString(5)\n          d_name = rs.getString(6)\n        }\n        rs.close()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"SELECT d_street_1, d_street_2, d_city, d_state, d_zip, d_name FROM district WHERE d_w_id = \" + \n            w_id + \n            \" AND d_id = \" + \n            d_id, e)\n          throw new Exception(\"Payment select transaction error\", e)\n        }\n      }\n      if (byname >= 1) {\n        c_last = c_last_arg\n        proceed = 5\n        try {\n          pStmts.getStatement(13).setInt(1, c_w_id)\n          pStmts.getStatement(13).setInt(2, c_d_id)\n          pStmts.getStatement(13).setString(3, c_last)\n          if (TRACE) logger.trace(\"SELECT count(c_id) FROM customer WHERE c_w_id = \" + c_w_id + \n            \" AND c_d_id = \" + \n            c_d_id + \n            \" AND c_last = \" + \n            c_last)\n          val rs = pStmts.getStatement(13).executeQuery()\n          if (rs.next()) {\n            namecnt = rs.getInt(1)\n          }\n          rs.close()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"SELECT count(c_id) FROM customer WHERE c_w_id = \" + c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_last = \" + \n              c_last, e)\n            throw new Exception(\"Payment select transaction error\", e)\n          }\n        }\n        try {\n          pStmts.getStatement(14).setInt(1, c_w_id)\n          pStmts.getStatement(14).setInt(2, c_d_id)\n          pStmts.getStatement(14).setString(3, c_last)\n          if (TRACE) logger.trace(\"SELECT c_id FROM customer WHERE c_w_id = \" + c_w_id + \n            \" AND c_d_id = \" + \n            c_d_id + \n            \" AND c_last = \" + \n            c_last + \n            \" ORDER BY c_first\")\n          if (namecnt % 2 == 1) {\n            namecnt += 1\n          }\n          val rs = pStmts.getStatement(14).executeQuery()\n          n = 0\n          while (n < namecnt \/ 2) {\n            if (rs.next()) {\n              c_id = rs.getInt(1)\n            } else {\n              throw new IllegalStateException()\n            }\n            n += 1\n          }\n          rs.close()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"SELECT c_id FROM customer WHERE c_w_id = \" + c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_last = \" + \n              c_last + \n              \" ORDER BY c_first\", e)\n            throw new Exception(\"Payment select transaction error\", e)\n          }\n        }\n      }\n      proceed = 6\n      try {\n        pStmts.getStatement(15).setInt(1, c_w_id)\n        pStmts.getStatement(15).setInt(2, c_d_id)\n        pStmts.getStatement(15).setInt(3, c_id)\n        if (TRACE) logger.trace(\"SELECT c_first, c_middle, c_last, c_street_1, c_street_2, c_city, c_state, c_zip, c_phone, c_credit, c_credit_lim, c_discount, c_balance, c_since FROM customer \" + \n          \"WHERE c_w_id = \" + \n          c_w_id + \n          \" AND c_d_id = \" + \n          c_d_id + \n          \" AND c_id = \" + \n          c_id + \n          \" FOR UPDATE\")\n        val rs = pStmts.getStatement(15).executeQuery()\n        if (rs.next()) {\n          c_first = rs.getString(1)\n          c_middle = rs.getString(2)\n          c_last = rs.getString(3)\n          c_street_1 = rs.getString(4)\n          c_street_2 = rs.getString(5)\n          c_city = rs.getString(6)\n          c_state = rs.getString(7)\n          c_zip = rs.getString(8)\n          c_phone = rs.getString(9)\n          c_credit = rs.getString(10)\n          c_credit_lim = rs.getInt(11)\n          c_discount = rs.getFloat(12)\n          c_balance = rs.getFloat(13)\n          c_since = rs.getString(14)\n        }\n        rs.close()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"SELECT c_first, c_middle, c_last, c_street_1, c_street_2, c_city, c_state, c_zip, c_phone, c_credit, c_credit_lim, c_discount, c_balance, c_since FROM customer \" + \n            \"WHERE c_w_id = \" + \n            c_w_id + \n            \" AND c_d_id = \" + \n            c_d_id + \n            \" AND c_id = \" + \n            c_id + \n            \" FOR UPDATE\", e)\n          throw new Exception(\"Payment select transaction error\", e)\n        }\n      }\n      c_balance += h_amount\n      if (c_credit != null) {\n        if (c_credit.contains(\"BC\")) {\n          proceed = 7\n          try {\n            pStmts.getStatement(16).setInt(1, c_w_id)\n            pStmts.getStatement(16).setInt(2, c_d_id)\n            pStmts.getStatement(16).setInt(3, c_id)\n            if (TRACE) logger.trace(\"SELECT c_data FROM customer WHERE c_w_id = \" + c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_id = \" + \n              c_id)\n            val rs = pStmts.getStatement(16).executeQuery()\n            if (rs.next()) {\n              c_data = rs.getString(1)\n            }\n            rs.close()\n          } catch {\n            case e: SQLException => {\n              logger.error(\"SELECT c_data FROM customer WHERE c_w_id = \" + c_w_id + \n                \" AND c_d_id = \" + \n                c_d_id + \n                \" AND c_id = \" + \n                c_id, e)\n              throw new Exception(\"Payment select transaction error\", e)\n            }\n          }\n\n          c_data = \"%d %d %d %d %d $%f %s | %s\".format(c_id, c_d_id, c_w_id, d_id, w_id, \n            h_amount, currentTimeStamp.toString, c_data)\n          if (c_data.length > 500) c_data = c_data.substring(0, 500)\n\n          proceed = 8\n          try {\n            pStmts.getStatement(17).setFloat(1, c_balance)\n            pStmts.getStatement(17).setString(2, c_data)\n            pStmts.getStatement(17).setInt(3, c_w_id)\n            pStmts.getStatement(17).setInt(4, c_d_id)\n            pStmts.getStatement(17).setInt(5, c_id)\n            if (TRACE) logger.trace(\"UPDATE customer SET c_balance = \" + c_balance + \", c_data = \" + \n              c_data + \n              \" WHERE c_w_id = \" + \n              c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_id = \" + \n              c_id)\n            pStmts.getStatement(17).executeUpdate()\n          } catch {\n            case e: SQLException => {\n              logger.error(\"UPDATE customer SET c_balance = \" + c_balance + \", c_data = \" + \n                c_data + \n                \" WHERE c_w_id = \" + \n                c_w_id + \n                \" AND c_d_id = \" + \n                c_d_id + \n                \" AND c_id = \" + \n                c_id, e)\n              throw new Exception(\"Payment update transaction error\", e)\n            }\n          }\n        } else {\n          proceed = 9\n          try {\n            pStmts.getStatement(18).setFloat(1, c_balance)\n            pStmts.getStatement(18).setInt(2, c_w_id)\n            pStmts.getStatement(18).setInt(3, c_d_id)\n            pStmts.getStatement(18).setInt(4, c_id)\n            if (TRACE) logger.trace(\"UPDATE customer SET c_balance = \" + c_balance + \" WHERE c_w_id = \" + \n              c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_id = \" + \n              c_id)\n            pStmts.getStatement(18).executeUpdate()\n          } catch {\n            case e: SQLException => {\n              logger.error(\"UPDATE customer SET c_balance = \" + c_balance + \" WHERE c_w_id = \" + \n                c_w_id + \n                \" AND c_d_id = \" + \n                c_d_id + \n                \" AND c_id = \" + \n                c_id, e)\n              throw new Exception(\"Payment update transaction error\", e)\n            }\n          }\n        }\n      } else {\n        proceed = 9\n        try {\n          pStmts.getStatement(18).setFloat(1, c_balance)\n          pStmts.getStatement(18).setInt(2, c_w_id)\n          pStmts.getStatement(18).setInt(3, c_d_id)\n          pStmts.getStatement(18).setInt(4, c_id)\n          if (TRACE) logger.trace(\"UPDATE customer SET c_balance = \" + c_balance + \" WHERE c_w_id = \" + \n            c_w_id + \n            \" AND c_d_id = \" + \n            c_d_id + \n            \" AND c_id = \" + \n            c_id)\n          pStmts.getStatement(18).executeUpdate()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"UPDATE customer SET c_balance = \" + c_balance + \" WHERE c_w_id = \" + \n              c_w_id + \n              \" AND c_d_id = \" + \n              c_d_id + \n              \" AND c_id = \" + \n              c_id, e)\n            throw new Exception(\"Payment update transaction error\", e)\n          }\n        }\n      }\n      h_data = {if (w_name.length > 10) w_name.substring(0, 10) else w_name} + \"    \" + {if (d_name.length > 10) d_name.substring(0, 10) else d_name} \/\/h_data + '\\0' + d_name + ' ' + ' ' + ' ' + ' ' + '\\0'\n      proceed = 10\n      try {\n        pStmts.getStatement(19).setInt(1, c_d_id)\n        pStmts.getStatement(19).setInt(2, c_w_id)\n        pStmts.getStatement(19).setInt(3, c_id)\n        pStmts.getStatement(19).setInt(4, d_id)\n        pStmts.getStatement(19).setInt(5, w_id)\n        pStmts.getStatement(19).setString(6, new Timestamp(Util.roundDate(currentTimeStamp).getTime()).toString)\n        pStmts.getStatement(19).setFloat(7, h_amount)\n        pStmts.getStatement(19).setString(8, h_data)\n        if (TRACE) logger.trace(\"INSERT INTO history(h_c_d_id, h_c_w_id, h_c_id, h_d_id, h_w_id, h_date, h_amount, h_data)\" + \n          \" VALUES( \" + \n          c_d_id + \n          \",\" + \n          c_w_id + \n          \",\" + \n          c_id + \n          \",\" + \n          d_id + \n          \",\" + \n          w_id + \n          \",\" + \n          currentTimeStamp.toString + \n          \",\" + \n          h_amount + \n          \",\")\n        pStmts.getStatement(19).executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"INSERT INTO history(h_c_d_id, h_c_w_id, h_c_id, h_d_id, h_w_id, h_date, h_amount, h_data)\" + \n            \" VALUES( \" + \n            c_d_id + \n            \",\" + \n            c_w_id + \n            \",\" + \n            c_id + \n            \",\" + \n            d_id + \n            \",\" + \n            w_id + \n            \",\" + \n            currentTimeStamp.toString + \n            \",\" + \n            h_amount + \n            \",\", e)\n          throw new Exception(\"Payment insert transaction error\", e)\n        }\n      }\n      pStmts.commit()\n\n      val output: StringBuilder = new StringBuilder\n      output.append(\"\\n+############################ PAYMENT ############################+\")\n      .append(\"\\n Date: \" + currentTimeStamp)\n      .append(\"\\n\\n Warehouse: \").append(w_id)\n      .append(\"\\n   Street:  \").append(w_street_1)\n      .append(\"\\n   Street:  \").append(w_street_2)\n      .append(\"\\n   City:    \").append(w_city)\n      .append(\"   State: \").append(w_state)\n      .append(\"  Zip: \").append(w_zip)\n      .append(\"\\n\\n District:  \").append(d_id)\n      .append(\"\\n   Street:  \").append(d_street_1)\n      .append(\"\\n   Street:  \").append(d_street_2)\n      .append(\"\\n   City:    \").append(d_city)\n      .append(\"   State: \").append(d_state)\n      .append(\"  Zip: \").append(d_zip)\n      .append(\"\\n\\n Customer:  \").append(c_id)\n      .append(\"\\n   Name:    \").append(c_first).append(\" \").append(c_middle).append(\" \").append(c_last)\n      .append(\"\\n   Street:  \").append(c_street_1)\n      .append(\"\\n   Street:  \").append(c_street_2)\n      .append(\"\\n   City:    \").append(c_city)\n      .append(\"   State: \").append(c_state)\n      .append(\"  Zip: \").append(c_zip)\n      .append(\"\\n   Since:   \")\n      if (c_since != null) {\n        output.append(c_since)\n      }\n      else {\n        output.append(\"\")\n      }\n      output.append(\"\\n   Credit:  \").append(c_credit)\n      .append(\"\\n   Disc:    \").append(c_discount * 100).append(\"%\")\n      .append(\"\\n   Phone:   \").append(c_phone)\n      .append(\"\\n\\n Amount Paid:      \").append(h_amount)\n      .append(\"\\n Credit Limit:     \").append(c_credit_lim)\n      .append(\"\\n New Cust-Balance: \").append(c_balance)\n      if (c_credit == \"BC\") {\n        if (c_data.length > 50) {\n          output.append(\"\\n\\n Cust-Data: \").append(c_data.substring(0, 50))\n          val data_chunks: Int = (if (c_data.length > 200) 4 else c_data.length \/ 50)\n          var n: Int = 1\n          while (n < data_chunks) {\n            output.append(\"\\n            \").append(c_data.substring(n * 50, (n + 1) * 50))\n            n += 1\n          }\n        } else {\n          output.append(\"\\n\\n Cust-Data: \" + c_data)\n        }\n      }\n      output.append(\"\\n+#################################################################+\\n\\n\")\n      if(Payment.SHOW_OUTPUT) logger.info(output.toString)\n\n      1\n    } catch {\n      case e: Exception => try {\n        pStmts.rollback()\n        0\n      } catch {\n        case th: Throwable => throw new RuntimeException(\"Payment error\", th)\n      } finally {\n        logger.error(\"Payment error\", e)\n      }\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx\/ITpccTable.scala","text":"package ddbt.tpcc.tx\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport java.sql.Connection\nimport java.sql.Statement\nimport java.sql.ResultSet\nimport ddbt.tpcc.loadtest.Util._\nimport ddbt.tpcc.loadtest.DatabaseConnector._\nimport ddbt.lib.shm.SHMap\nimport ddbt.lib.shm.SEntry\nimport ddbt.lib.shm.SHMapPooled\nimport ddbt.lib.BinaryHeap\nimport ddbt.tpcc.loadtest.TpccConstants._\n\nimport TpccTable._\n\nobject ITpccTable {\n\tdef testSpecialDsUsed = true\n}\n\/**\n * Tables for TPC-C Benchmark (with all operations reflected through its API\n * (and not directly via internal tables)\n *\n * @author <NAME>\n *\/\nclass ITpccTable extends TpccTable(5) {\n\toverride def testSpecialDsUsed = ITpccTable.testSpecialDsUsed\n\n\toverride def onInsert_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tnewOrderSetImpl((no_d_id, no_w_id)).add(no_o_id)\n\t\t} else {\n\t\t\tnewOrderTbl((no_o_id, no_d_id, no_w_id)) = (true)\n\t\t}\n\t}\n\n\toverride def onDelete_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tif(newOrderSetImpl((no_d_id, no_w_id)).remove != no_o_id) {\n\t\t\t\tthrow new RuntimeException(\"Some operations executed out of order => newOrderSetImpl((%d,%d)).remove != %d\".format(no_d_id, no_w_id, no_o_id))\n\t\t\t}\n\t\t} else {\n\t\t\tnewOrderTbl -= ((no_o_id, no_d_id, no_w_id))\n\t\t}\n\t}\n\n    \/*Func*\/ def findFirstNewOrder(no_w_id_input:Int, no_d_id_input:Int):Option[Int] = {\n      val noSet = newOrderSetImpl(no_d_id_input, no_w_id_input)\n      if(noSet.isEmpty) None\n      else Some(noSet.peek)\n    }\n\n\toverride def onInsert_HistoryTbl(h_c_id:Int, h_c_d_id:Int, h_c_w_id:Int, h_d_id:Int, h_w_id:Int, h_date:Date, h_amount:Float, h_data:String) = {\n\t\thistoryTbl += ((h_c_id,h_c_d_id,h_c_w_id,h_d_id,h_w_id,roundDate(h_date),h_amount,h_data), (true))\n\t}\n\n\toverride def onInsert_Item(i_id:Int, i_im_id:Int, i_name:String, i_price:Float, i_data:String) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\titemPartialArr(i_id) = ((\/*i_im_id,*\/i_name,i_price,i_data))\n\t\t} else {\n\t\t\titemPartialTbl(i_id) = ((\/*i_im_id,*\/i_name,i_price,i_data))\n\t\t}\n\t}\n\n\t\/*Func*\/ def findItem(item_id:Int) = {\n\t\titemPartialArr(item_id)\n\t}\n\n\toverride def onInsert_Order(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int, o_entry_d:Date, o_carrier_id:Option[Int], o_ol_cnt:Int, o_all_local:Boolean) = {\n\t\torderTbl += ((o_id,o_d_id,o_w_id), (o_c_id,o_entry_d,o_carrier_id,o_ol_cnt,o_all_local))\n\t\tif(testSpecialDsUsed) {\n\t\t\t\/\/println(\"orderMaxOrderSetImpl((%s, %s,%s)).add(%s)\".format(o_d_id, o_w_id,o_c_id,o_id))\n\t\t\torderMaxOrderSetImpl((o_d_id, o_w_id,o_c_id)).add(o_id)\n\t\t}\n\t}\n\n\t\/*Func*\/ def findMaxOrder(o_w_id_arg:Int, o_d_id_arg:Int, c_id_arg:Int) = {\n\t\tval oSet = orderMaxOrderSetImpl(o_d_id_arg,o_w_id_arg, c_id_arg)\n\t\tif(oSet.isEmpty) -1\n        else oSet.peek\n\t}\n\n\t\/*Func*\/ def findOrder(max_o_id:Int, o_w_id_arg:Int, o_d_id_arg:Int) = {\n\t\torderTbl((max_o_id,o_d_id_arg,o_w_id_arg))\n\t}\n\n\toverride def onUpdate_Order_forDelivery(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int\/*, o_entry_d:Date*\/, o_carrier_id:Option[Int]\/*, o_ol_cnt:Int, o_all_local:Boolean*\/) = {\n\t\torderTbl.update((o_id,o_d_id,o_w_id),(currentVal\/*:(Int, java.util.Date, Option[Int], Int, Boolean))*\/ => ((o_c_id,currentVal._2,o_carrier_id,currentVal._4,currentVal._5))))\n\t}\n\n\toverride def onUpdate_Order_byFunc(o_id:Int, o_d_id:Int, o_w_id:Int, updateFunc:((Int, Date, Option[Int], Int, Boolean)) => (Int, Date, Option[Int], Int, Boolean)) = {\n\t\torderTbl.update((o_id,o_d_id,o_w_id),updateFunc)\n\t}\n\n\toverride def onInsert_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\twarehouseArr(w_id) = ((w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t\t} else {\n\t\t\twarehouseTbl(w_id) = ((w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t\t}\n\t}\n\n\toverride def onUpdate_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double) = {\n\t\tonInsert_Warehouse(w_id,w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd)\n\t}\n\n\toverride def onUpdate_Warehouse_byFunc(w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double)) => (String, String, String, String, String, String, Float, Double)) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\twarehouseArr(w_id) = updateFunc(warehouseArr(w_id))\n\t\t} else {\n\t\t\twarehouseTbl.update(w_id,updateFunc)\n\t\t}\n\t}\n\n\toverride def onInsert_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tdistrictArr((d_id+(d_w_id * DISTRICTS_UNDER_A_WAREHOUSE))) = ((d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t\t} else {\n\t\t\tdistrictTbl((d_id,d_w_id)) = ((d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t\t}\n\t}\n\n\toverride def onUpdate_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int) = {\n\t\tonInsert_District(d_id,d_w_id, d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id)\n\t}\n\n\toverride def onUpdate_District_forNewOrder(d_id:Int, d_w_id:Int\/*, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String*\/, d_tax:Float\/*, d_ytd:Float*\/, d_next_o_id:Int) = {\n\t\tval (d_name,d_street1,d_street2,d_city,d_state,d_zip,_,d_ytd,_) = districtTbl(d_id,d_w_id)\n\t\tonUpdate_District(d_id,d_w_id, d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id)\n\t}\n\n\toverride def onUpdate_District_byFunc(d_id:Int, d_w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double, Int)) => (String, String, String, String, String, String, Float, Double, Int)) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tval index = (d_id+(d_w_id * DISTRICTS_UNDER_A_WAREHOUSE))\n\t\t\tdistrictArr(index) = updateFunc(districtArr(index))\n\t\t} else {\n\t\t\tdistrictTbl.update((d_id,d_w_id), updateFunc)\n\t\t}\n\t}\n\n\t\/*Func*\/ def findDistrict(w_id:Int, d_id:Int) = {\n\t\tdistrictArr(d_id+(w_id * DISTRICTS_UNDER_A_WAREHOUSE))\n\t}\n\n\toverride def onInsertOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      orderLineTbl += ((ol_o_id, ol_d_id, ol_w_id, ol_number), (ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n\toverride def onUpdateOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      orderLineTbl.update((ol_o_id, ol_d_id, ol_w_id, ol_number) , (ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n    \/*Func*\/ def orderLineTblSlice[P](part:Int, partKey:P, f: (((Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String))) => Unit) = {\n\t\torderLineTbl.slice(0, partKey).foreach(f)\n    }\n    \/*Func*\/ def orderLineTblSliceEntry[P](part:Int, partKey:P, f: java.util.Map.Entry[SEntry[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)], Boolean] => Unit) = {\n\t\torderLineTbl.slice(0, partKey).foreachEntry(f)\n    }\n\n    override def onInsertCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String) = {\n      customerTbl += ((c_id,c_d_id,c_w_id), (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n      var w_tax = 0f\n      if(testSpecialDsUsed) {\n      \tw_tax = warehouseArr(c_w_id)._7\n      } else {\n      \tw_tax = warehouseTbl(c_w_id)._7\n      }\n      customerWarehouseFinancialInfoMap += ((c_id,c_d_id,c_w_id), (c_discount, c_last, c_credit, w_tax))\n\n      if(testSpecialDsUsed) {\n      \tfor(w <- 1 to NUM_WAREHOUSES) {\n\t        for(i <- 1 to DISTRICTS_UNDER_A_WAREHOUSE) {\n\t          orderMaxOrderSetImpl += ((i,w,c_id), new BinaryHeap[Int](true))\n\t        }\n\t    }\n      }\n    }\n\n    \/*Func*\/ def findCustomerWarehouseFinancialInfo(w_id:Int, d_id:Int, c_id:Int) = {\n      customerWarehouseFinancialInfoMap(c_id,d_id,w_id)\n    }\n\n    override def onUpdateCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String) = {\n      customerTbl.update((c_id,c_d_id,c_w_id),(c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n    }\n\n    override def onUpdateCustomer_byFunc(c_id: Int, c_d_id: Int, c_w_id: Int, updateFunc:((String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String)) => (String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String)) = {\n      customerTbl.update((c_id,c_d_id,c_w_id),updateFunc)\n    }\n\n    override def onInsertStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String) = {\n      stockTbl += ((s_i_id,s_w_id), (s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    override def onUpdateStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String) = {\n      stockTbl.update((s_i_id,s_w_id), (s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    override def onUpdateStock_byFunc(s_i_id:Int, s_w_id:Int, updateFunc:((Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) => (Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) = {\n      stockTbl.update((s_i_id,s_w_id), updateFunc)\n    }\n\n\t\/*Func*\/ def findStock(item_id:Int, w_id:Int) = {\n\t\tstockTbl(item_id,w_id)\n\t}\n\n\tprivate class MiniCustomer(val cust_id:Int, val cust_first:String) extends Ordered[MiniCustomer] {\n\t\tdef compare(that: MiniCustomer) = this.cust_first.compareToIgnoreCase(that.cust_first)\n\t\toverride def toString = \"MiniCustomer(%s,%s)\".format(cust_id, cust_first)\n\t} \n\n    override def findCustomerEntryByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String) = {\n      var customers = new ArrayBuffer[MiniCustomer]\n      \/\/we should slice over input_c_last\n      customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n          customers += new MiniCustomer(c_id,c_first)\n      }\n      if (customers.size == 0) {\n        throw new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n      }\n      \/\/ println(\"**********************************\")\n      \/\/ println(\"Customers before:\",customers)\n      customers = customers.sorted\n      \/\/ println(\"Customers after:\",customers)\n      \/\/ println(\"**********************************\")\n      var index: Int = customers.size \/ 2\n      if (customers.size % 2 == 0) {\n        index -= 1\n      }\n      val c_id = customers(index).cust_id\n      customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n    override def findCustomerEntryById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int) = {\n      customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n\n    override def findCustomerByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String) = {\n      var customers = new ArrayBuffer[MiniCustomer]\n      \/\/we should slice over input_c_last\n      customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,c_last,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n        customers += new MiniCustomer(c_id,c_first)\n      }\n      if (customers.size == 0) {\n        throw new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n      }\n      \/\/ println(\"**********************************\")\n      \/\/ println(\"Customers before:\",customers)\n      customers = customers.sorted\n      \/\/ println(\"Customers after:\",customers)\n      \/\/ println(\"**********************************\")\n      var index: Int = customers.size \/ 2\n      if (customers.size % 2 == 0) {\n        index -= 1\n      }\n      val c_id = customers(index).cust_id\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n    override def findCustomerById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int) = {\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/concurrent\/MyThreadLocalRandom.scala","text":"package ddbt.lib.concurrent\n\nimport java.lang.reflect.Field\nimport java.util.concurrent.atomic.{AtomicLong, AtomicInteger}\n\nimport sun.misc.Unsafe\nimport sun.security.action.GetPropertyAction\n\nobject MyThreadLocalRandom {\n  @SuppressWarnings(Array(\"restriction\")) def getUnsafe: Unsafe = {\n    try {\n      val singleoneInstanceField: Field = classOf[Unsafe].getDeclaredField(\"theUnsafe\")\n      singleoneInstanceField.setAccessible(true)\n      return singleoneInstanceField.get(null).asInstanceOf[Unsafe]\n    }\n    catch {\n      case e: IllegalArgumentException => {\n        throw new RuntimeException(e)\n      }\n      case e: SecurityException => {\n        throw new RuntimeException(e)\n      }\n      case e: NoSuchFieldException => {\n        throw new RuntimeException(e)\n      }\n      case e: IllegalAccessException => {\n        throw new RuntimeException(e)\n      }\n    }\n  }\n\n  \/** Generates per-thread initialization\/probe field *\/\n  private val probeGenerator: AtomicInteger = new AtomicInteger\n  \/**\n   * The next seed for default constructors.\n   *\/\n  private val seeder: AtomicLong = new AtomicLong(initialSeed)\n\n  private def initialSeed: Long = {\n    val pp: String = java.security.AccessController.doPrivileged(new GetPropertyAction(\"java.util.secureRandomSeed\"))\n    if (pp != null && pp.equalsIgnoreCase(\"true\")) {\n      val seedBytes: Array[Byte] = java.security.SecureRandom.getSeed(8)\n      var s: Long = (seedBytes(0)).toLong & 0xffL\n\n      {\n        var i: Int = 1\n        while (i < 8) {\n          s = (s << 8) | ((seedBytes(i)).toLong & 0xffL)\n          ({\n            i += 1; i\n          })\n        }\n      }\n      return s\n    }\n    return (mix64(System.currentTimeMillis) ^ mix64(System.nanoTime))\n  }\n\n  \/**\n   * Returns the probe value for the current thread without forcing\n   * initialization. Note that invoking ThreadLocalRandom.current()\n   * can be used to force initialization on zero return.\n   *\/\n  def getProbe: Int = {\n    return UNSAFE.getInt(Thread.currentThread, PROBE)\n  }\n\n  \/**\n   * Pseudo-randomly advances and records the given probe value for the\n   * given thread.\n   *\/\n  def advanceProbe(probeIn: Int): Int = {\n    var probe = probeIn ^ (probeIn << 13)\n    probe ^= probe >>> 17\n    probe ^= probe << 5\n    UNSAFE.putInt(Thread.currentThread, PROBE, probe)\n    return probe\n  }\n\n  \/**\n   * Initialize Thread fields for the current thread.  Called only\n   * when Thread.threadLocalRandomProbe is zero, indicating that a\n   * thread local seed value needs to be generated. Note that even\n   * though the initialization is purely thread-local, we need to\n   * rely on (static) atomic generators to initialize the values.\n   *\/\n  def localInit {\n    val p: Int = probeGenerator.addAndGet(PROBE_INCREMENT)\n    val probe: Int = if ((p == 0)) 1 else p\n    val seed: Long = mix64(seeder.getAndAdd(SEEDER_INCREMENT))\n    val t: Thread = Thread.currentThread\n    UNSAFE.putLong(t, SEED, seed)\n    UNSAFE.putInt(t, PROBE, probe)\n  }\n\n  private def mix64(zIn: Long): Long = {\n    var z = (zIn ^ (zIn >>> 33)) * 0xff51afd7ed558ccdL\n    z = (z ^ (z >>> 33)) * 0xc4ceb9fe1a85ec53L\n    return z ^ (z >>> 33)\n  }\n\n  \/**\n   * The increment for generating probe values\n   *\/\n  private val PROBE_INCREMENT: Int = 0x9e3779b9\n  \/**\n   * The increment of seeder per new instance\n   *\/\n  private val SEEDER_INCREMENT: Long = 0xbb67ae8584caa73bL\n  private val UNSAFE: Unsafe = getUnsafe\n  val tk: Class[_] = classOf[Thread]\n  private val SEED: Long = UNSAFE.objectFieldOffset(tk.getDeclaredField(\"threadLocalRandomSeed\"))\n  private val PROBE: Long = UNSAFE.objectFieldOffset(tk.getDeclaredField(\"threadLocalRandomProbe\"))\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/BackOffAtomicLong.scala","text":"<filename>src\/lib\/util\/BackOffAtomicLong.scala\npackage ddbt.lib.util\n\nimport java.util.concurrent.atomic.AtomicLong\nimport java.util.concurrent.locks.LockSupport\n\n\/**\n * The code for implementing back-off contention management\n * is fairly simple. Instead of looping over failed\n * compare-and-swaps, it backs off for a very short period\n * letting other threads try with their updates.\n * \n * More info: \"Lightweight Contention Management for Efficient\n * Compare-and-Swap Operations\" http:\/\/arxiv.org\/abs\/1305.5800\n *\/\nclass BackOffAtomicLong(init:Long) {\n\n    private[this] val value:AtomicLong = new AtomicLong(init);\n\n    def get:Long = value.get()\n\n    def getAndIncrement:Long = {\n\n        while (true) {\n\n            val current = get;\n\n            val next = current + 1;\n\n            if (compareAndSet(current, next)) return next\n\n        }\n\n        0L\n\n    }\n\n    def compareAndSet(current:Long, next:Long) =\n        if (value.compareAndSet(current, next)) true\n        else {\n            LockSupport.parkNanos(1)\n            false\n        }\n\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"build.sbt","text":"\/\/ --------- Project informations\nSeq(\n  name := \"TStore\",\n  organization := \"ch.epfl.data\",\n  version := \"0.1\"\n)\n\nmainClass in run in Compile := Some(\"benchmark.OltpBenchmark\")\n\npackSettings\n\npackMain := Map(\"compiler\" -> \"benchmark.OltpBenchmark\")\n\n\/\/ --------- Paths\nSeq(\n  scalaSource in Compile <<= baseDirectory \/ \"src\",\n  javaSource in Compile <<= baseDirectory \/ \"src\",\n  sourceDirectory in Compile <<= baseDirectory \/ \"src\",\n  scalaSource in Test <<= baseDirectory \/ \"test\",\n  javaSource in Test <<= baseDirectory \/ \"test\",\n  sourceDirectory in Test <<= baseDirectory \/ \"test\",\n  resourceDirectory in Compile <<= baseDirectory \/ \"conf\"\n)\n\n\/\/ --------- Dependencies\nlibraryDependencies ++= Seq(\n  \"org.scala-lang\"     % \"scala-actors\"   % scalaVersion.value, \/\/ to compile legacy Scala\n  \"org.scala-lang\"     % \"scala-compiler\" % scalaVersion.value,\n  \"org.scalatest\"     %% \"scalatest\"      % \"2.2.4\" % \"test\",\n  \"org.testng\"         % \"testng\"         % \"6.9.4\" % \"test\"\n)\n\n\/\/ --------- Compilation options\nSeq(\n  scalaVersion := \"2.11.7\",\n  scalacOptions ++= Seq(\"-deprecation\",\"-unchecked\",\"-feature\",\"-optimise\",\"-Yinline-warnings\"), \/\/ ,\"-target:jvm-1.7\"\n  javacOptions ++= Seq(\"-Xlint:unchecked\",\"-Xlint:-options\",\"-source\",\"1.8\",\"-target\",\"1.8\") \/\/ forces JVM 1.6 compatibility with JDK 1.7 compiler\n)\n\n\/\/ --------- Execution options\nSeq(\n  fork := true, \/\/ required to enable javaOptions\n  \/\/javaOptions ++= Seq(\"-agentpath:\"+\"\/Applications\/Tools\/YourKit Profiler.app\/bin\/mac\/libyjpagent.jnilib\"+\"=sampling,onexit=snapshot,builtinprobes=all\"),\n  javaOptions ++= Seq(\"-Xss128m\",\"-XX:-DontCompileHugeMethods\",\"-XX:+CMSClassUnloadingEnabled\"), \/\/ ,\"-Xss512m\",\"-XX:MaxPermSize=2G\"\n  javaOptions ++= Seq(\"-Xmx8G\",\"-Xms8G\"\/*,\"-verbose:gc\"*\/), parallelExecution in Test := false, \/\/ for large benchmarks\n  javacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\", \"-Xlint\"),\n  javaOptions <+= (fullClasspath in Runtime) map (cp => \"-Dsbt.classpath=\"+cp.files.absString) \/\/ propagate paths\n)\n\n\/\/ --------- Custom tasks\nval numWarehouse = \"1\"\n\nlazy val reloadDB = taskKey[Unit](\"Executes the shell script for reloading the database\")\n\nreloadDB := {\n  \"bench\/bench load \"+numWarehouse !\n}\n\naddCommandAlias(\"bench\", \";run-main ddbt.tpcc.tx.TpccInMem -w \"+numWarehouse) ++\naddCommandAlias(\"bench-1\", \";bench -i -1 -t 60\") ++\naddCommandAlias(\"bench1\",  \";bench -i 1 -t 60 \") ++\naddCommandAlias(\"bench2\",  \";bench -i 2 -t 60 \") ++\naddCommandAlias(\"bench3\",  \";bench -i 3 -t 60 \") ++\naddCommandAlias(\"bench4\",  \";bench -i 4 -t 60 \") ++\naddCommandAlias(\"bench5\",  \";bench -i 5 -t 60 \") ++\naddCommandAlias(\"bench6\",  \";bench -i 6 -t 60 \") ++\naddCommandAlias(\"bench7\",  \";bench -i 7 -t 60 \") ++\naddCommandAlias(\"bench8\",  \";bench -i 8 -t 60 \") ++\naddCommandAlias(\"bench9\",  \";bench -i 9 -t 60 \") ++\naddCommandAlias(\"bench10\", \";bench -i 10 -t 60 \") ++\naddCommandAlias(\"bench11\", \";bench -i 11 -t 60 \")\n\naddCommandAlias(\"unit\", \";run-main ddbt.tpcc.loadtest.TpccUnitTest -w \"+numWarehouse) ++\naddCommandAlias(\"unit-1\", \";unit -i -1; reloadDB\") ++\naddCommandAlias(\"unit1\",  \";unit -i 1; reloadDB\") ++\naddCommandAlias(\"unit2\",  \";unit -i 2; reloadDB\") ++\naddCommandAlias(\"unit3\",  \";unit -i 3; reloadDB\") ++\naddCommandAlias(\"unit4\",  \";unit -i 4; reloadDB\") ++\naddCommandAlias(\"unit5\",  \";unit -i 5; reloadDB\") ++\naddCommandAlias(\"unit6\",  \";unit -i 6; reloadDB\") ++\naddCommandAlias(\"unit7\",  \";unit -i 7; reloadDB\") ++\naddCommandAlias(\"unit8\",  \";unit -i 8; reloadDB\") ++\naddCommandAlias(\"unit9\",  \";unit -i 9; reloadDB\") ++\naddCommandAlias(\"unit10\", \";unit -i 10; reloadDB\") ++\naddCommandAlias(\"unit11\", \";unit -i 11; reloadDB\")\n\naddCommandAlias(\"test-mvconcurrent\", \";test-only ddbt.lib.mvconcurrent.*\")\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvconcurrent\/Transaction.scala","text":"package ddbt.lib.mvconcurrent\n\nimport ddbt.lib.util.ThreadInfo\nimport scala.collection.mutable._\nimport ddbt.lib.util.XactCommand\n\nimport TransactionManager._\n\n\/**\n * Transaction is the encapsulation of all the data required for\n * running a transaction program in a concurrent execution\n * environment.\n *\/\nclass Transaction(val tm: TransactionManager, val name: String, val startTS: Long, var xactId: Long, var isDefinedReadOnly: Boolean, val tInfo:ThreadInfo) {\n\t\/\/ val DEFAULT_UNDO_BUFFER_SIZE = 64\n\n\tvar committed = false\n\n\tvar undoBuffer:DeltaVersion[_,_] = null \/\/ a singly linked list of DeltaVersions, based on nextInUndoBuffer field of DeltaVersion\n\t\/\/TODO can we se a simple ListBuffer instead? (the same as MVC3T)\n\tprivate[this] var predicates:Predicate = null \/\/ a singly linked list of predicates, based on next field of Predicate\n\n\tvar command: XactCommand = null\n\n\tdef setCommand(c: XactCommand) {\n\t\tcommand = c\n\t}\n\n\tdef commitTS = xactId\n\n\tdef transactionId = startTS \/\/if(xactId < TransactionManager.TRANSACTION_ID_GEN_START) xactId else (xactId - TransactionManager.TRANSACTION_ID_GEN_START)\n\n\tdef isCommitted = (xactId < TransactionManager.TRANSACTION_ID_GEN_START)\n\n\tvar isReadOnly = true\n\n\tdef undoBufferSize = {\n\t\tvar res = 0\n\t\tvar iter = undoBuffer\n\t\twhile(iter != null) {\n\t\t\titer = iter.nextInUndoBuffer\n\t\t}\n\t\tres\n\t}\n\tdef undoBufferToString = {\n\t\tval res = new StringBuilder(\"[\")\n\t\tvar iter = undoBuffer\n\t\twhile(iter != null) {\n\t\t\tres.append(iter.toString)\n\t\t\titer = iter.nextInUndoBuffer\n\t\t\tif(iter != null) {\n\t\t\t\tres.append(\", \")\n\t\t\t}\n\t\t}\n\t\tres.append(\"]\")\n\t\tres\n\t}\n\tdef addToUndoBuffer(dv: DeltaVersion[_,_]) {\n\t\tif(isDefinedReadOnly) throw new RuntimeException(\"Read-only transactions cannot write into the DB objects.\")\n\t\tisReadOnly = false\n\t\tif(undoBuffer == null) undoBuffer = dv\n\t\telse {\n\t\t\tdv.nextInUndoBuffer = undoBuffer\n\t\t\tundoBuffer = dv\n\t\t}\n\t}\n\n\tdef addPredicate(p:Predicate) {\n\t\tif(predicates == null) predicates = p\n\t\telse {\n\t\t\tp.next = predicates\n\t\t\tpredicates = p\n\t\t}\n\t\t\/\/ predicates += p\n\t\t\/\/ val pList = predicates.getOrElse(p.tbl, null)\n\t\t\/\/ if(pList != null) pList += p\n\t\t\/\/ else {\n\t\t\/\/ \tval pBuf = new HashSet[Predicate]\n\t\t\/\/ \tpBuf += p\n\t\t\/\/ \tpredicates += ((p.tbl, pBuf))\n\t\t\/\/ }\n\t}\n\tdef commit = tm.commit(this)\n\tdef rollback = tm.rollback(this)\n\n\toverride def toString = \"T\"+transactionId+\"<\"+name+\">\"\n\n\tdef matchesPredicates(dv:DeltaVersion[_,_]): Boolean = {\n\t\tval preds = predicates\n\t\tif(preds != null) dv.op match {\n\t\t\tcase INSERT_OP => if(imageMatchesPredicates(dv, preds)) return true\n\t\t\tcase DELETE_OP => {\n\t\t\t\tval nextDv = dv.next\n\t\t\t\tif(nextDv == null) throw new RuntimeException(\"A deleted version should always have the next pointer.\")\n\t\t\t\telse if(imageMatchesPredicates(nextDv, preds)) return true\n\t\t\t}\n\t\t\tcase UPDATE_OP => {\n\t\t\t\tval nextDv = dv.next\n\t\t\t\t\/\/ An updated version after GC might not have a next pointer\n\t\t\t\t\/\/ if(nextDv == null) throw new RuntimeException(\"An updated version should always have the next pointer. The update version is \" + dv + \" and dv.next = \" + dv.next + \" and dv.prev = \" + dv.prev)\n\t\t\t\t\/\/ else \n\t\t\t\tif(imageMatchesPredicates(dv, preds) || ((nextDv ne null) && imageMatchesPredicates(nextDv, preds))) return true\n\t\t\t}\n\t\t\tcase x => throw new IllegalStateException(\"DeltaVersion operation \" + x + \" does not exist.\")\n\t\t}\n\t\tfalse\n\t}\n\n\tdef imageMatchesPredicates(dv:DeltaVersion[_,_], predsHead: Predicate): Boolean = {\n\t\tvar p = predsHead\n\t\tdo {\n\t\t\tif(p.matches(dv)) {\n\t\t\t\tdebug(\"\\t\\t\\t matched \" + p + \"!\")(this)\n\t\t\t\treturn true\n\t\t\t}\n\t\t\tp = p.next\n\t\t} while(p != null)\n\t\tfalse\n\t}\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/Driver.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.tpcc.loadtest\n\nimport java.text.SimpleDateFormat\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.PrintWriter\nimport java.sql.Connection\nimport java.sql.SQLException\nimport java.util.Arrays\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport java.util.concurrent._\nimport Driver._\n\nobject Driver {\n\n  private val logger = LoggerFactory.getLogger(classOf[TpccDriver])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  \/**\n   * For debug use only.\n   *\/\n  private val DETECT_LOCK_WAIT_TIMEOUTS = false\n\n}\n\nclass XactCounter {\n  var value = 0L\n}\nabstract class Driver(var conn: java.sql.Connection, \n    fetchSize: Int, \n    TRANSACTION_COUNT: Int) {\n\n  val success = new Array[Long](TRANSACTION_COUNT)\n\n  val late = new Array[Long](TRANSACTION_COUNT)\n\n  val retry = new Array[Long](TRANSACTION_COUNT)\n\n  val failure = new Array[Long](TRANSACTION_COUNT)\n\n  val counter = new XactCounter\n\n  java.util.Arrays.fill(success, 0L)\n  java.util.Arrays.fill(late, 0L)\n  java.util.Arrays.fill(retry, 0L)\n  java.util.Arrays.fill(failure, 0L)\n\n  var num_ware: Int = _\n\n  var num_conn: Int = _\n\n  var num_node: Int = _\n\n  var max_rt: Array[Float] = new Array[Float](TRANSACTION_COUNT)\n  for (i <- 0 until TRANSACTION_COUNT) {\n    max_rt(i) = 0f\n  }\n\n  val MAX_RETRY = 2000\n\n  val RTIME_NEWORD = 5 * 1000\n\n  val RTIME_PAYMENT = 5 * 1000\n\n  val RTIME_ORDSTAT = 5 * 1000\n\n  val RTIME_DELIVERY = 5 * 1000\n\n  val RTIME_SLEV = 20 * 1000\n\n  \/\/ val exec = Executors.newSingleThreadExecutor()\n\n  var startTime = 0L\n\n  def runAllTransactions(tInfo: ThreadInfo, numWare: Int, numConn: Int, loopConditionChecker: => Boolean, maximumNumberOfTransactionsToExecute:Int = 0, commandSeq:Seq[ddbt.lib.util.XactCommand]=null): Int = {\n\n    val threadId = tInfo.tid\n\n    val sdf = new SimpleDateFormat(\"dd\/MM\/yyyy\")\n    startTime = sdf.parse(\"01\/12\/2015\").getTime\n\n    num_ware = numWare\n    num_conn = numConn\n    var count = 0\n    var seqCounter = 0\n    if(commandSeq == null) {\n      val seq = Util.seq\n      val seqLen = seq.length\n      val seqSectionLen = seq.length \/ numConn\n      val seqSectionStart = threadId * seqSectionLen\n      val seqSectionEnd = (threadId + 1) * seqSectionLen\n      seqCounter = seqSectionStart\n      var sequence = seq(seqCounter)\n      \/\/ var sequence = Util.seqGet()\n        \/\/ println(\"seqSectionStart = %d\".format(seqSectionStart))\n        \/\/ println(\"seqSectionEnd = %d\".format(seqSectionEnd))\n      while (loopConditionChecker || (count < maximumNumberOfTransactionsToExecute)) {\n        try {\n        \/\/ println(\"sequence = %d\".format(sequence))\n\n          \/\/ if (DEBUG) logger.debug(\"BEFORE runAllTransactions: sequence: \" + sequence)\n          \/\/ if (DETECT_LOCK_WAIT_TIMEOUTS) {\n          \/\/   val _sequence = sequence\n          \/\/   val t = new FutureTask[Any](new Callable[Any]() {\n\n          \/\/     def call(): AnyRef = {\n          \/\/       doNextTransaction(tInfo, _sequence)\n          \/\/       null\n          \/\/     }\n          \/\/   })\n          \/\/   exec.execute(t)\n          \/\/   try {\n          \/\/     t.get(15, TimeUnit.SECONDS)\n          \/\/   } catch {\n          \/\/     case e: InterruptedException => {\n          \/\/       logger.error(\"InterruptedException\", e)\n          \/\/       Tpcc.activate_transaction = false\n          \/\/     }\n          \/\/     case e: ExecutionException => {\n          \/\/       logger.error(\"Unhandled exception\", e)\n          \/\/       Tpcc.activate_transaction = false\n          \/\/     }\n          \/\/     case e: TimeoutException => {\n          \/\/       logger.error(\"Detected Lock Wait\", e)\n          \/\/       Tpcc.activate_transaction = false\n          \/\/     }\n          \/\/   }\n          \/\/ } else {\n            doNextTransaction(tInfo, sequence)\n          \/\/ }\n          count += 1\n        } catch {\n          case th: Throwable => {\n            logger.error(\"FAILED\", th)\n            Tpcc.activate_transaction = false\n            try {\n              if(conn != null) conn.rollback()\n            } catch {\n              case e: SQLException => logger.error(\"\", e)\n            }\n            return -1\n          }\n        }\n        \/\/ finally {\n        \/\/   if (DEBUG) logger.debug(\"AFTER runAllTransactions: sequence: \" + sequence)\n        \/\/ }\n        seqCounter += 1\n        if(seqCounter >= seqSectionEnd) {\n          \/\/ println(\"sequence restarted\")\n          seqCounter = seqSectionStart\n        }\n        sequence = seq(seqCounter)\n        \/\/ sequence = Util.seqGet()\n      }\n    } else {\n      runCommandSeq(commandSeq)(tInfo)\n      count += 1\n    }\n    logger.debug(\"Driver terminated after {} transactions\", count)\n    (0)\n  }\n\n  def doNextTransaction(tInfo: ThreadInfo, sequence: Int): Unit\n\n  def runCommandSeq(commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit\n\n  def execTransaction(tInfo:ThreadInfo, xactId:Int, timeout: Int, counting_on: Boolean)(xact: ThreadInfo=>Int): Int = {\n    var i = 0\n    \/\/ var rt = 0f\n    var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    while (i < MAX_RETRY) {\n      ret = xact(tInfo)\n      \/\/ endTime = System.currentTimeMillis()\n      if (ret >= 1) {\n        \/\/ rt = (endTime - beginTime).toFloat\n        \/\/ if (rt > max_rt(xactId)) max_rt(xactId) = rt\n        \/\/ RtHist.histInc(xactId, rt)\n        if (counting_on) {\n          \/\/ if (rt < timeout) {\n            success(xactId) += 1L\n            \/\/ success2(xactId)(t_num) += 1L\n          \/\/ } else {\n            \/\/ late(xactId) += 1L\n            \/\/ late2(xactId)(t_num) += 1L\n          \/\/ }\n        }\n        return (1)\n      } else {\n        if (counting_on) {\n          retry(xactId) += 1L\n          \/\/ retry2(xactId)(t_num) += 1L\n        }\n      }\n      i += 1\n    }\n    if (counting_on) {\n      retry(xactId) -= 1L\n      \/\/ retry2(xactId)(t_num) -= 1L\n      failure(xactId) += 1L\n      \/\/ failure2(xactId)(t_num) += 1L\n    }\n    (0)\n  }\n\n  def execTransactionWithProfiling(tInfo:ThreadInfo, xactId:Int, timeout: Int, counting_on: =>Boolean)(xact: =>Int): Int = {\n    var i = 0\n    var rt = 0f\n    var ret = 0\n    var endTime = 0L\n    var beginTime = System.currentTimeMillis()\n    while (i < MAX_RETRY) {\n      ret = xact\n      endTime = System.currentTimeMillis()\n      if (ret >= 1) {\n        rt = (endTime - beginTime).toFloat\n        if (rt > max_rt(xactId)) max_rt(xactId) = rt\n        RtHist.histInc(xactId, rt)\n        if (counting_on) {\n          if (rt < timeout) {\n            success(xactId) += 1L\n            \/\/ success2(xactId)(t_num) += 1L\n          } else {\n            late(xactId) += 1L\n            \/\/ late2(xactId)(t_num) += 1L\n          }\n        }\n        return (1)\n      } else {\n        if (counting_on) {\n          retry(xactId) += 1L\n          \/\/ retry2(xactId)(t_num) += 1L\n        }\n      }\n      i += 1\n    }\n    if (counting_on) {\n      retry(xactId) -= 1L\n      \/\/ retry2(xactId)(t_num) -= 1L\n      failure(xactId) += 1L\n      \/\/ failure2(xactId)(t_num) += 1L\n    }\n    (0)\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvc3t\/ConcurrentSHMapMVC3T.scala","text":"package ddbt.lib.mvc3t\n\nimport scala.collection.mutable.Set\nimport scala.collection.mutable.HashSet\nimport scala.collection.mutable.ListBuffer\nimport java.util.Map\nimport java.util.NoSuchElementException\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.concurrent.locks.LockSupport\nimport java.util.concurrent.locks.ReentrantLock\nimport java.util.concurrent.CountedCompleter\nimport java.util.concurrent.ForkJoinPool\nimport ddbt.lib.util.Comp._\nimport sun.misc.Unsafe\nimport ddbt.lib.concurrent.MyThreadLocalRandom\nimport ConcurrentSHMapMVC3T._\nimport TransactionManager._\n\n\/**\n * A hash table supporting full concurrency of retrievals and\n * high expected concurrency for updates. This class obeys the\n * same functional specification as {@link java.util.Hashtable}, and\n * includes versions of methods corresponding to each method of\n * {@code Hashtable}. However, even though all operations are\n * thread-safe, retrieval operations do <em>not<\/em> entail locking,\n * and there is <em>not<\/em> any support for locking the entire table\n * in a way that prevents all access.  This class is fully\n * interoperable with {@code Hashtable} in programs that rely on its\n * thread safety but not on its synchronization details.\n *\n * <p>Retrieval operations (including {@code get}) generally do not\n * block, so may overlap with update operations (including {@code put}\n * and {@code remove}). Retrievals reflect the results of the most\n * recently <em>completed<\/em> update operations holding upon their\n * onset. (More formally, an update operation for a given key bears a\n * <em>happens-before<\/em> relation with any (non-null) retrieval for\n * that key reporting the updated value.)  For aggregate operations\n * such as {@code putAll} and {@code clear}, concurrent retrievals may\n * reflect insertion or removal of only some entries.  Similarly,\n * Iterators, Spliterators and Enumerations return elements reflecting the\n * state of the hash table at some point at or since the creation of the\n * iterator\/enumeration.  They do <em>not<\/em> throw {@link\n * java.util.ConcurrentModificationException ConcurrentModificationException}.\n * However, iterators are designed to be used by only one thread at a time.\n * Bear in mind that the results of aggregate status methods including\n * {@code size}, {@code isEmpty}, and {@code containsValue} are typically\n * useful only when a map is not undergoing concurrent updates in other threads.\n * Otherwise the results of these methods reflect transient states\n * that may be adequate for monitoring or estimation purposes, but not\n * for program control.\n *\n * <p>The table is dynamically expanded when there are too many\n * collisions (i.e., keys that have distinct hash codes but fall into\n * the same slot modulo the table size), with the expected average\n * effect of maintaining roughly two bins per mapping (corresponding\n * to a 0.75 load factor threshold for resizing). There may be much\n * variance around this average as mappings are added and removed, but\n * overall, this maintains a commonly accepted time\/space tradeoff for\n * hash tables.  However, resizing this or any other kind of hash\n * table may be a relatively slow operation. When possible, it is a\n * good idea to provide a size estimate as an optional {@code\n * initialCapacity} constructor argument. An additional optional\n * {@code loadFactor} constructor argument provides a further means of\n * customizing initial table capacity by specifying the table density\n * to be used in calculating the amount of space to allocate for the\n * given number of elements.  Also, for compatibility with previous\n * versions of this class, constructors may optionally specify an\n * expected {@code concurrencyLevel} as an additional hint for\n * internal sizing.  Note that using many keys with exactly the same\n * {@code hashCode()} is a sure way to slow down performance of any\n * hash table. To ameliorate impact, when keys are {@link Comparable},\n * this class may use comparison order among keys to help break ties.\n *\n * <p>A {@link Set} projection of a ConcurrentSHMapMVC3T may be created\n * (using {@link #newKeySet()} or {@link #newKeySet(int)}), or viewed\n * (using {@link #keySet(Object)} when only keys are of interest, and the\n * mapped values are (perhaps transiently) not used or all take the\n * same mapping value.\n *\n * <p>A ConcurrentSHMapMVC3T can be used as scalable frequency map (a\n * form of histogram or multiset) by using {@link\n * java.util.concurrent.atomic.LongAdder} values and initializing via\n * {@link #computeIfAbsent computeIfAbsent}. For example, to add a count\n * to a {@code ConcurrentSHMapMVC3T<String,LongAdder> freqs}, you can use\n * {@code freqs.computeIfAbsent(k -> new LongAdder()).increment();}\n *\n * <p>This class and its views and iterators implement all of the\n * <em>optional<\/em> methods of the {@link Map} and {@link Iterator}\n * interfaces.\n *\n * <p>Like {@link Hashtable} but unlike {@link HashMap}, this class\n * does <em>not<\/em> allow {@code null} to be used as a key or value.\n *\n * <p>ConcurrentSHMapMVC3Ts support a set of sequential and parallel bulk\n * operations that, unlike most {@link Stream} methods, are designed\n * to be safely, and often sensibly, applied even with maps that are\n * being concurrently updated by other threads; for example, when\n * computing a snapshot summary of the values in a shared registry.\n * There are three kinds of operation, each with four forms, accepting\n * functions with Keys, Values, Entries, and (Key, Value) arguments\n * and\/or return values. Because the elements of a ConcurrentSHMapMVC3T\n * are not ordered in any particular way, and may be processed in\n * different orders in different parallel executions, the correctness\n * of supplied functions should not depend on any ordering, or on any\n * other objects or values that may transiently change while\n * computation is in progress; and except for forEach actions, should\n * ideally be side-effect-free. Bulk operations on {@link java.util.Map.Entry}\n * objects do not support method {@code setValue}.\n *\n * <ul>\n * <li> forEach: Perform a given action on each element.\n * A variant form applies a given transformation on each element\n * before performing the action.<\/li>\n *\n * <li> search: Return the first available non-null result of\n * applying a given function on each element; skipping further\n * search when a result is found.<\/li>\n *\n * <li> reduce: Accumulate each element.  The supplied reduction\n * function cannot rely on ordering (more formally, it should be\n * both associative and commutative).  There are five variants:\n *\n * <ul>\n *\n * <li> Plain reductions. (There is not a form of this method for\n * (key, value) function arguments since there is no corresponding\n * return type.)<\/li>\n *\n * <li> Mapped reductions that accumulate the results of a given\n * function applied to each element.<\/li>\n *\n * <li> Reductions to scalar doubles, longs, and ints, using a\n * given basis value.<\/li>\n *\n * <\/ul>\n * <\/li>\n * <\/ul>\n *\n * <p>These bulk operations accept a {@code parallelismThreshold}\n * argument. Methods proceed sequentially if the current map size is\n * estimated to be less than the given threshold. Using a value of\n * {@code Long.MAX_VALUE} suppresses all parallelism.  Using a value\n * of {@code 1} results in maximal parallelism by partitioning into\n * enough subtasks to fully utilize the {@link\n * ForkJoinPool#commonPool()} that is used for all parallel\n * computations. Normally, you would initially choose one of these\n * extreme values, and then measure performance of using in-between\n * values that trade off overhead versus throughput.\n *\n * <p>The concurrency properties of bulk operations follow\n * from those of ConcurrentSHMapMVC3T: Any non-null result returned\n * from {@code get(key)} and related access methods bears a\n * happens-before relation with the associated insertion or\n * update.  The result of any bulk operation reflects the\n * composition of these per-element relations (but is not\n * necessarily atomic with respect to the map as a whole unless it\n * is somehow known to be quiescent).  Conversely, because keys\n * and values in the map are never null, null serves as a reliable\n * atomic indicator of the current lack of any result.  To\n * maintain this property, null serves as an implicit basis for\n * all non-scalar reduction operations. For the double, long, and\n * int versions, the basis should be one that, when combined with\n * any other value, returns that other value (more formally, it\n * should be the identity element for the reduction). Most common\n * reductions have these properties; for example, computing a sum\n * with basis 0 or a minimum with basis MAX_VALUE.\n *\n * <p>Search and transformation functions provided as arguments\n * should similarly return null to indicate the lack of any result\n * (in which case it is not used). In the case of mapped\n * reductions, this also enables transformations to serve as\n * filters, returning null (or, in the case of primitive\n * specializations, the identity basis) if the element should not\n * be combined. You can create compound transformations and\n * filterings by composing them yourself under this \"null means\n * there is nothing there now\" rule before using them in search or\n * reduce operations.\n *\n * <p>Methods accepting and\/or returning Entry arguments maintain\n * key-value associations. They may be useful for example when\n * finding the key for the greatest value. Note that \"plain\" Entry\n * arguments can be supplied using {@code new\n * AbstractMap.SimpleEntry(k,v)}.\n *\n * <p>Bulk operations may complete abruptly, throwing an\n * exception encountered in the application of a supplied\n * function. Bear in mind when handling such exceptions that other\n * concurrently executing functions could also have thrown\n * exceptions, or would have done so if the first exception had\n * not occurred.\n *\n * <p>Speedups for parallel compared to sequential forms are common\n * but not guaranteed.  Parallel operations involving brief functions\n * on small maps may execute more slowly than sequential forms if the\n * underlying work to parallelize the computation is more expensive\n * than the computation itself.  Similarly, parallelization may not\n * lead to much actual parallelism if all processors are busy\n * performing unrelated tasks.\n *\n * <p>All arguments to all task methods must be non-null.\n *\n * <p>This class is a member of the\n * <a href=\"{@docRoot}\/..\/technotes\/guides\/collections\/index.html\">\n * Java Collections Framework<\/a>.\n *\n * This implementation differs from MVCC implementation described in\n * \"Fast Serializable Multi-Version Concurrency Control for Main-Memory Database Systems\"\n * by these points:\n * - detecting conflicts in the level of record (instead of attribute)\n * - keeping only one image version per transaction (instead of a new \n *   version per operation in the transaction)\n * - keeping the image itself, instead of the before image that needs\n *   applying recursively to reach to the actual committed value\n *\n * @since 1.5\n * @author <NAME>\n * @param <K> the type of keys maintained by this map\n * @param <V> the type of mapped values\n *\/\n\n\/\/ class ChangeHandler[K,V <: Product](val preds: List[Predicate[K,V]], val handler:List[DeltaVersion[_,_]] => List[DeltaVersion[_,_]])\n\n\/\/TODO: the base implementation uses 64-bit comparison summaries for compacted predicate entries, should we do that, too?\n\/\/TODO: predicate should know the accessed fields, too, in order to do the attribute-level validation\nobject Predicate {\n  var predicateSeq = 1\n}\nabstract class Predicate[K,V <: Product](val tbl: ConcurrentSHMapMVC3T[K,V], val pid:Int={Predicate.predicateSeq += 1; Predicate.predicateSeq}) { self =>\n  var hasConflict = false\n  var parents = List[Predicate[_,_]]()\n  var children = List[Predicate[_,_]]()\n  def dependsOn(parent: Predicate[_,_]): self.type = {\n    this.parents = parent :: this.parents\n    parent.children = this :: parent.children\n    this\n  }\n  def dependsOn(parentsList: List[Predicate[_,_]]): self.type = {\n    this.parents = this.parents ++ parentsList\n    parentsList.foreach{ parent =>\n      parent.children = this :: parent.children\n    }\n    this\n  }\n\n  def addDependency(child: Predicate[_,_]): self.type = {\n    this.children = child :: this.children\n    child.parents = this :: child.parents\n    this\n  }\n\n  def matches(dvSet: Set[DeltaVersion[_,_]]): Boolean = {\n    dvSet.exists{ dv =>\n      if(this.tbl eq dv.getMap) matches(dv)\n      else false\n    }\n  }\n  def matches(dv: DeltaVersion[_,_]): Boolean\n  \/\/ def onChange(handler:List[DeltaVersi1on[_,_]] => List[DeltaVersion[_,_]]) = new ChangeHandler[K,V](List(this), handler)\n  def compensateAction(implicit xact:Transaction): Unit = {\n    removeProducedVersions\n    debug(\"compensating \" + this)\n    compensate\n  }\n  def removeProducedVersions(implicit xact:Transaction): Unit = {\n    children.foreach(_.removeProducedVersions)\n  }\n  def compensate(implicit xact:Transaction): Unit = { throw new UnsupportedOperationException(\"compensate in \" + this) }\n}\n\nabstract class KeyPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], val key:K) extends Predicate[K,V](tbl)\n\/\/ case class OrPredicate(p1: Predicate[_,_<: Product], p2: Predicate[_,_<: Product]) extends Predicate(null) {\n\/\/   def matches(dv: DeltaVersion[_,_]): Boolean = p1.matches(dv) || p2.matches(dv)\n\/\/ }\ncase class GetPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], override val key:K) extends KeyPredicate[K,V](tbl, key) {\n  var cached: DeltaVersion[K,V] = null\n  var getEntryHandlers = List[(DeltaVersion[K,V],Predicate[K,V])=>Unit]()\n  def matches(dv: DeltaVersion[_,_]): Boolean = dv.getKey == key\n  def get(handler:(V,Predicate[K,V])=>Unit, fromPreds:List[Predicate[_,_]], isCompensating:Boolean=false)(implicit xact:Transaction) = {\n    getEntry({ case (dv,_) => handler(dv.row, this) }, fromPreds, isCompensating)\n  }\n  def getEntry(handler:(DeltaVersion[K,V],Predicate[K,V])=>Unit, fromPreds:List[Predicate[_,_]], isCompensating:Boolean=false)(implicit xact:Transaction) = {\n    \/\/ debug(this+\".getEntry started\")\n    xact.addPredicate(this, fromPreds)\n    if(!isCompensating) getEntryHandlers = handler :: getEntryHandlers\n    if(cached == null) {\n      \/\/ debug(\" there is no cached value for \" + this)\n      cached = tbl.getEntry(this)\n      \/\/ debug(\" updated cached -> \" + cached)\n    }\n    else if(!cached.isVisible) {\n      \/\/ debug(\" the cached value for \" + this + \" is not visible -> \" + cached)\n      cached = cached.entry.getTheValue\n      \/\/ debug(\" updated cached -> \" + cached)\n    } else {\n      \/\/ debug(\" the cached value for \" + this + \" is visible -> \" + cached)\n    }\n    \/\/ debug(this+\".getEntry finished\")\n    handler(cached, this)\n    cached\n  }\n  override def compensate(implicit xact:Transaction) {\n    getEntryHandlers.foreach( h => getEntry(h, this.parents, true))\n  }\n}\ncase class SlicePredicate[P,K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], part:Int, partKey:P) extends Predicate[K,V](tbl) {\n  var cached: ConcurrentSHIndexMVC3TEntry[P,K,V] = null\n  var sliceHandlers = List[(ConcurrentSHIndexMVC3TEntry[P,K,V],Predicate[K,V])=>Unit]()\n  def matches(dv: DeltaVersion[_,_]): Boolean = dv.project(part) == partKey\n  def slice(handler: (ConcurrentSHIndexMVC3TEntry[P,K,V],Predicate[K,V])=>Unit, fromPreds:List[Predicate[_,_]], isCompensating:Boolean=false)(implicit xact:Transaction) = {\n    xact.addPredicate(this, fromPreds)\n    if(!isCompensating) sliceHandlers = handler :: sliceHandlers\n    if(cached == null) cached = tbl.slice(this)\n    handler(cached,this)\n  }\n  override def compensate(implicit xact:Transaction) {\n    sliceHandlers.foreach( h => slice(h, this.parents, true))\n  }\n}\ncase class ForeachPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V]) extends Predicate[K,V](tbl) {\n  var foreachHandler: (DeltaVersion[K,V], Predicate[K,V])=>Unit = null\n  def matches(dv: DeltaVersion[_,_]): Boolean = true \/\/it's a full scan on the table\n  def apply(handler: (DeltaVersion[K,V], Predicate[K,V])=>Unit, fromPreds:List[Predicate[_,_]], isCompensating:Boolean=false)(implicit xact:Transaction) {\n    xact.addPredicate(this, fromPreds)\n    if(!isCompensating) foreachHandler = handler\n    tbl.foreach(this)\n  }\n}\nabstract class SingleRecActionPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], override val key:K) extends KeyPredicate[K,V](tbl, key) {\n  var outputVersion: DeltaVersion[K,V] = null\n\n  override def removeProducedVersions(implicit xact:Transaction): Unit = {\n    outputVersion.remove\n  }\n}\ncase class InsertSingleRecPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], override val key:K) extends SingleRecActionPredicate[K,V](tbl, key) {\n  def matches(dv: DeltaVersion[_,_]): Boolean = dv.getKey == key\n  def action(value:V, fromPreds:List[Predicate[_,_]] = Nil)(implicit xact:Transaction):DeltaVersion[K,V] = {\n    xact.addPredicate(this, fromPreds)\n    outputVersion = tbl.putVal(this, value, true)\n    outputVersion\n  }\n}\ncase class UpdateSingleRecPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], override val key:K) extends SingleRecActionPredicate[K,V](tbl, key) {\n  def matches(dv: DeltaVersion[_,_]): Boolean = dv.getKey == key\n  def action(newValue:V, fromPreds:List[Predicate[_,_]])(implicit xact:Transaction):DeltaVersion[K,V] = {\n    xact.addPredicate(this, fromPreds)\n    outputVersion = tbl.putVal(this, newValue, false)\n    outputVersion\n  }\n  def action(selectedVersion:DeltaVersion[K,V], newValue:V, fromPreds:List[Predicate[_,_]])(implicit xact:Transaction):DeltaVersion[K,V] = {\n    xact.addPredicate(this, fromPreds)\n    outputVersion = selectedVersion.setEntryValue(newValue)\n    outputVersion\n  }\n  def action(updateFunc:(V, Predicate[K,V])=>(V, List[Predicate[_,_]]), fromPreds:List[Predicate[_,_]])(implicit xact:Transaction):DeltaVersion[K,V] = {\n    action2({ case (dv, parentPred) => updateFunc(dv.row, parentPred) }, fromPreds)\n  }\n  def action2(updateFunc:(DeltaVersion[K,V], Predicate[K,V])=>(V, List[Predicate[_,_]]), fromPreds:List[Predicate[_,_]])(implicit xact:Transaction):DeltaVersion[K,V] = {\n    val getPred = tbl.getPred(key)\n    getPred.getEntry({ case (dv, parentPred) => \n      val res = updateFunc(dv, this)\n      this.dependsOn(res._2)\n      outputVersion = dv.setEntryValue(res._1)\n    },fromPreds)\n    xact.addPredicate(this, List(getPred))\n    outputVersion\n  }\n}\n\n\/\/ object DeleteSingleRecPredicate {\n\/\/   def apply[K,V <: Product](tbl: ConcurrentSHMapMVC3T[K,V], key:K)(implicit xact:Transaction) = new DeleteSingleRecPredicate(tbl, key)(xact)\n\/\/ }\ncase class DeleteSingleRecPredicate[K,V <: Product](override val tbl: ConcurrentSHMapMVC3T[K,V], dv:DeltaVersion[K,V], override val key: K) extends SingleRecActionPredicate[K,V](tbl, dv.getKey) {\n  \/\/ def this(tbl: ConcurrentSHMapMVC3T[K,V], key:K)(implicit xact:Transaction) {\n  \/\/   this(tbl, {\n  \/\/     val getPred = tbl.getPred(key)\n  \/\/     val dv = getPred.getEntry(xact)\n  \/\/     dv\n  \/\/   }, key)\n  \/\/   dependsOn(tbl.getPred(key))\n  \/\/   xact.addPredicate(this)\n  \/\/ }\n  def matches(testDV: DeltaVersion[_,_]): Boolean = testDV.getKey == dv.getKey\n  def action(fromPreds:List[Predicate[_,_]])(implicit xact:Transaction):DeltaVersion[K,V] = {\n    xact.addPredicate(this,fromPreds)\n    if(dv ne null) {\n      outputVersion = dv.setEntryValue(tbl.NULL_VALUE)\n      outputVersion\n    } else null\n    \/\/tbl.putVal(this, newValue, true)\n  }\n}\n\n\/\/ final class ClosureTransition(val handlers: List[ChangeHandler[_,_]], closure:() => (List[DeltaVersion[_,_]],List[ClosureTransition]))(implicit val xact:Transaction) {\n\/\/   val outputVersions = closure()\n\/\/   xact.addClosureTransition(this)\n\/\/ }\n\nfinal class DeltaVersion[K,V <: Product](val vXact:Transaction, @volatile var entry:SEntryMVCC[K,V], @volatile var img:V, @volatile var cols:List[Int]=Nil \/*all columns*\/, @volatile var op: Operation=INSERT_OP, @volatile var next: DeltaVersion[K,V]=null, @volatile var prev: DeltaVersion[K,V]=null, @volatile var isRemoved:Boolean=false) {\n  vXact.undoBuffer += this\n  if(next != null) next.prev = this\n  if(prev != null) prev.next = this\n\n  \/\/ @inline\n  \/\/ final def getImage: V = \/*if(op == DELETE_OP) null.asInstanceOf[V] else*\/ img\n  @inline\n  final def row: V = img\n  @inline\n  final def getKey: K = entry.key\n  @inline\n  final def getMap = entry.map\n  @inline\n  final def getTable = getMap.tblName\n  @inline\n  final def getCurrentValue(implicit xact:Transaction) = entry.getTheValue\n  @inline\n  final def project(part: Int) = getMap.projs(part).apply(getKey, row)\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def setEntryValue(newValue: V)(implicit xact:Transaction): DeltaVersion[K,V] = entry.synchronized {\n    var insertOrUpdate = false\n    val dv = if(op == DELETE_OP) {\n      insertOrUpdate = true\n      entry.setTheValue(newValue, INSERT_OP)\n    } else if(newValue == null) {\n      entry.setTheValue(newValue, DELETE_OP)\n    } else {\n      insertOrUpdate = true\n      entry.setTheValue(newValue, UPDATE_OP, getModifiedColIds(newValue, img))\n    }\n\n    if(insertOrUpdate) {\n      val map = getMap\n      if (map.idxs!=Nil) map.idxs.foreach(_.set(dv))\n    }\n    dv\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def isVisible(implicit xact:Transaction): Boolean = entry.synchronized {\n    \/*val res = *\/(!isDeleted) && ((vXact eq xact) || \n        (vXact.isCommitted && (vXact.xactId <= xact.startTS)\n            && ((prev == null) || ((prev.vXact ne xact) && (prev.vXact.commitTS > xact.startTS)))\n        )\n      )\n    \/\/ if(res) {\n    \/\/   debug(\"Is it visible => \" + this)\n    \/\/   debug(\"\\tisDeleted = \" + isDeleted)\n    \/\/   debug(\"\\tvXact eq xact = \" + (vXact eq xact))\n    \/\/   if(!(vXact eq xact)) {\n    \/\/     debug(\"\\tvXact.isCommitted = \" + vXact.isCommitted)\n    \/\/     debug(\"\\tvXact.xactId < xact.startTS  = \" + (vXact.xactId < xact.startTS ))\n    \/\/     debug(\"\\tprev = \" + prev)\n    \/\/     if(prev != null) {\n    \/\/       debug(\"\\tprev.vXact.commitTS > xact.startTS = \" + (prev.vXact.commitTS > xact.startTS))\n    \/\/     }\n    \/\/     var iter = this\n    \/\/     while(iter.prev ne null) iter = iter.prev\n    \/\/     var i = 1\n    \/\/     while(iter ne null) {\n    \/\/       debug(\"\\t v%d = %s\".format(i, iter))\n    \/\/       i += 1\n    \/\/       iter = iter.next\n    \/\/     }\n    \/\/   }\n    \/\/ }\n    \/\/ \/\/ val res = entry.getTheValue eq this\n    \/\/ res\n  }\n\n  final def whyVisibleOrNot(implicit xact:Transaction) {\n    val res = (!isDeleted) && ((vXact eq xact) || \n        (vXact.isCommitted && (vXact.xactId <= xact.startTS)\n            && ((prev == null) || ((prev.vXact ne xact) && (prev.vXact.commitTS > xact.startTS)))\n        )\n      )\n    forceDebug(\"Is \" + this + \" visible => \" + res)\n    forceDebug(\"\\tisDeleted = \" + isDeleted)\n    forceDebug(\"\\tvXact eq xact = \" + (vXact eq xact))\n    if(!(vXact eq xact)) {\n      forceDebug(\"\\tvXact.isCommitted = \" + vXact.isCommitted)\n      forceDebug(\"\\tvXact.xactId < xact.startTS  = \" + (vXact.xactId < xact.startTS ))\n      forceDebug(\"\\tprev = \" + prev)\n      if(prev != null) {\n        forceDebug(\"\\tprev.vXact.commitTS > xact.startTS = \" + (prev.vXact.commitTS > xact.startTS))\n      }\n    }\n  }\n\n  @inline\n  final def isDeleted = (op == DELETE_OP)\n\n  @inline\n  def opStr = op match {\n    case INSERT_OP => \"INSERT\"\n    case DELETE_OP => \"DELETE\"\n    case UPDATE_OP => \"UPDATE\"\n    case _ => \"UNKNOWN\"\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  def gcRemove(implicit xact:Transaction): Unit = entry.synchronized {\n    if(next != null) throw new RuntimeException(\"There are more than one versions pending for a single garbage collection.\")\n    remove\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  def remove(implicit xact:Transaction): Unit = entry.synchronized {\n    if(!isRemoved) {\n      val map = getMap\n      if(\/*isDeleted &&*\/ prev == null && next == null) {\n        \/\/ debug(\"removing node \" + getKey + \" from \" + getTable)\n        map.replaceNode(getKey)\n      }\n      if(prev != null){\n        prev.next = next\n        \/\/ prev = null \/\/we want to avoid modifications in concurrent accessible objects, so this (unnecessary) cleanup is removed, as it will anyway get removed by GC.\n      } else {\n        if(entry.value ne this) throw new RuntimeException(\"Only the head element in version list can have a null previous pointer => this => \" + this + \" and entry.value = \" + entry.value)\n        if(next != null) entry.value = next \/\/this entry might still be in use\n      }\n      if(next != null) {\n        next.prev = prev\n        \/\/ next = null \/\/we want to avoid modifications in concurrent accessible objects, so this (unnecessary) cleanup is removed, as it will anyway get removed by GC.\n      }\n\n      if (map.idxs!=Nil) map.idxs.foreach(_.del(this))\n      isRemoved = true\n    } else {\n      throw new RuntimeException(\"removing a version twice this => \" + this + \" in \" + xact)\n    }\n  }\n\n  \/**\n   * After committing a record, we might move it\n   * beside the latest committed record\n   * This will help in order to facilitate checking\n   * whether a version is visible or not\n   *\/\n  def moveToFront(implicit xact:Transaction):Unit = entry.synchronized {\n    if(next != null && !next.vXact.isCommitted) {\n      var preCommit = next\n      var lastCommitted = if(preCommit eq null) null else preCommit.next\n      while((lastCommitted != null) && !lastCommitted.vXact.isCommitted) {\n        preCommit = lastCommitted\n        lastCommitted = lastCommitted.next\n      }\n      val tmpNext = next\n      val tmpPrev = prev\n      next = lastCommitted\n      prev = preCommit\n      preCommit.next = this\n      if(lastCommitted != null) lastCommitted.prev = this\n      \/*if(tmpNext != null)*\/ tmpNext.prev = tmpPrev\n      if(tmpPrev != null) tmpPrev.next = tmpNext\n      else entry.value = tmpNext\n      debug(\"moving %s between %s and %s\".format(this,preCommit, lastCommitted))\n    }\n  }\n\n  final override def toString = \"<\" + getTable +\" {\"+getKey+\" -> \"+img+\"} with op=\"+opStr+(if(op == UPDATE_OP) \" on cols=\"+cols else \"\") + \" written by \" + vXact + \">\"\n\n  \/\/ final override def hashCode: Int = {\n  \/\/   entry.hashCode ^ img.hashCode\n  \/\/ }\n\n  final override def equals(o: Any): Boolean = {\n    this eq o.asInstanceOf[AnyRef]\n    \/\/ val e = o.asInstanceOf[DeltaVersion[K, V]]\n    \/\/ (refEquals(e.entry, entry) || (e.entry == entry)) &&\n    \/\/ (refEquals(e.img, img) || (e.img == img))\n  }\n}\n\nobject ConcurrentSHMapMVC3T {\n  type SEntryMVCC[K,V <: Product] = Node[K,V]\n\n  val ALLOW_MULTIPLE_WRITERS = true\n\n  \/\/ val NO_TRANSACTION_AVAILABLE = null\n\n  val ONE_THREAD_NO_PARALLELISM = Long.MaxValue\n  \/**\n   * The largest possible table capacity.  This value must be\n   * exactly 1<<30 to stay within Java array allocation and indexing\n   * bounds for power of two table sizes, and is further required\n   * because the top two bits of 32bit hash fields are used for\n   * control purposes.\n   *\/\n  private val MAXIMUM_CAPACITY: Int = 1 << 30\n  \/**\n   * The default initial table capacity.  Must be a power of 2\n   * (i.e., at least 1) and at most MAXIMUM_CAPACITY.\n   *\/\n  private val DEFAULT_CAPACITY: Int = 16\n  \/**\n   * The largest possible (non-power of two) array size.\n   * Needed by toArray and related methods.\n   *\/\n  private val MAX_ARRAY_SIZE: Int = Integer.MAX_VALUE - 8\n  \/**\n   * The default concurrency level for this table. Unused but\n   * defined for compatibility with previous versions of this class.\n   *\/\n  private val DEFAULT_CONCURRENCY_LEVEL: Int = 16\n  \/**\n   * The load factor for this table. Overrides of this value in\n   * constructors affect only the initial table capacity.  The\n   * actual floating point value isn't normally used -- it is\n   * simpler to use expressions such as {@code n - (n >>> 2)} for\n   * the associated resizing threshold.\n   *\/\n  private val LOAD_FACTOR: Float = 0.75f\n  \/**\n   * The bin count threshold for using a tree rather than list for a\n   * bin.  Bins are converted to trees when adding an element to a\n   * bin with at least this many nodes. The value must be greater\n   * than 2, and should be at least 8 to mesh with assumptions in\n   * tree removal about conversion back to plain bins upon\n   * shrinkage.\n   *\/\n  val TREEIFY_THRESHOLD: Int = 8\n  \/**\n   * The bin count threshold for untreeifying a (split) bin during a\n   * resize operation. Should be less than TREEIFY_THRESHOLD, and at\n   * most 6 to mesh with shrinkage detection under removal.\n   *\/\n  val UNTREEIFY_THRESHOLD: Int = 6\n  \/**\n   * The smallest table capacity for which bins may be treeified.\n   * (Otherwise the table is resized if too many nodes in a bin.)\n   * The value should be at least 4 * TREEIFY_THRESHOLD to avoid\n   * conflicts between resizing and treeification thresholds.\n   *\/\n  private val MIN_TREEIFY_CAPACITY: Int = 64\n  \/**\n   * Minimum number of rebinnings per transfer step. Ranges are\n   * subdivided to allow multiple resizer threads.  This value\n   * serves as a lower bound to avoid resizers encountering\n   * excessive memory contention.  The value should be at least\n   * DEFAULT_CAPACITY.\n   *\/\n  private val MIN_TRANSFER_STRIDE: Int = 16\n\n  \/**\n   * The number of bits used for generation stamp in sizeCtl.\n   * Must be at least 6 for 32bit arrays.\n   *\/\n  private val RESIZE_STAMP_BITS: Int = 16\n\n  \/**\n   * The maximum number of threads that can help resize.\n   * Must fit in 32 - RESIZE_STAMP_BITS bits.\n   *\/\n  private val MAX_RESIZERS: Int = (1 << (32 - RESIZE_STAMP_BITS)) - 1\n  \/**\n   * The bit shift for recording size stamp in sizeCtl.\n   *\/\n  private val RESIZE_STAMP_SHIFT: Int = 32 - RESIZE_STAMP_BITS\n  private val MOVED: Int = -1\n  private val TREEBIN: Int = -2\n  private val RESERVED: Int = -3\n  private val HASH_BITS: Int = 0x7fffffff\n  \/** Number of CPUS, to place bounds on some sizings *\/\n  private val NCPU: Int = Runtime.getRuntime.availableProcessors\n\n  \/**\n   * Key-value entry.  This class is never exported out as a\n   * user-mutable Map.Entry (i.e., one supporting setValue; see\n   * MapEntry below), but can be used for read-only traversals used\n   * in bulk tasks.  Subclasses of Node with a negative hash field\n   * are special, and contain null keys and values (but are never\n   * exported).  Otherwise, keys and vals are never null.\n   *\/\n  class Node[K, V <: Product](val map:ConcurrentSHMapMVC3T[K,V], val key: K, val hash: Int, @volatile var value: DeltaVersion[K,V], @volatile var next: Node[K, V]) \/*extends Map.Entry[K, V]*\/ {\n    \n    def this(m:ConcurrentSHMapMVC3T[K,V], h: Int, k: K, v: V, n: Node[K, V]=null)(implicit xact:Transaction) {\n      this(m,k,h,null,n)\n      setTheValue(v, INSERT_OP)(xact)\n    }\n    def this(m:ConcurrentSHMapMVC3T[K,V], h: Int, k: K, v: DeltaVersion[K,V], n: Node[K, V]) {\n      this(m,k,h,v,n)\n\n      \/\/fixing the changed reference to the entry from delta versions\n      if(value != null) {\n        var dv = value\n        while(dv != null) {\n          dv.entry = this\n          dv = dv.next\n        }\n        dv = value.prev\n        while(dv != null) {\n          dv.entry = this\n          dv = dv.prev\n        }\n      }\n    }\n\n    final def getKey: K = {\n      key\n    }\n\n    \/\/ @inline \/\/inlining is disabled during development\n    final def getValueImage(implicit xact:Transaction) = { val v = getTheValue; if(v == null) null.asInstanceOf[V] else v.row }\n\n    \/\/ final def getValue: V = throw new UnsupportedOperationException(\"SEntryMVCC.getValue without passing the xact is not supported.\")\n    \/\/ final def setValue(newValue: V): V = throw new UnsupportedOperationException(\"SEntryMVCC.setValue without passing the xact is not supported.\")\n\n    final def getTheValue(implicit xact:Transaction) = this.synchronized {\n      \/\/ debug(\" > \\n\\ngetting the value for \" + key + \" in \" + Integer.toHexString(System.identityHashCode(this)))\n      \/\/ var i = 0\n      var res: DeltaVersion[K,V] = value\n      var found = false\n      do {\n        \/\/ i += 1\n        if(res == null) {\n          \/\/ debug(\"getting the value for \" + key + \" in \" + Integer.toHexString(System.identityHashCode(this)))\n          \/\/ debug(\"\\tchecking >> \" + res)\n        }\n        val resXact = res.vXact\n        if((resXact eq xact) || \n           (resXact.isCommitted && resXact.xactId < xact.startTS)) {\n          found = true\n          \/\/ debug(\" found v\" + i + \" -> \" + res)\n        }\n        \/\/ else {\n        \/\/   debug(\"       v\" + i + \" -> \" + res)\n        \/\/ }\n        if(!found) {\n          res = res.next\n        }\n      } while(!found && res != null);\n      if(found) res else null\n    }\n\n    \/\/ @inline \/\/inlining is disabled during development\n    final def setTheValue(newValue: V, op: Operation, cols:List[Int]=Nil)(implicit xact:Transaction): DeltaVersion[K,V] = this.synchronized {\n      \/\/ val oldValue: V = NULL_VALUE\n      val localValue = value\n      if(localValue == null) {\n        \/\/ debug(\"setting the value for \" + key + \" in \" + Integer.toHexString(System.identityHashCode(this)))\n        value = new DeltaVersion(xact,this,newValue,cols,op)\n        \/\/ debug(\"\\t case 1 => \" + localValue)\n      } else {\n        \/\/ debug(\"setting the value for \" + key + \" in \" + Integer.toHexString(System.identityHashCode(this)))\n        if(localValue.vXact eq xact) {\n          localValue.img = newValue\n          if((localValue.op == UPDATE_OP) && (op == UPDATE_OP)) {\n            localValue.cols = localValue.cols.union(cols).sorted\n            localValue.op = op\n            \/\/ debug(\"\\t case 2 => \" + localValue)\n          } else {\n            localValue.cols = cols\n            localValue.op = op\n            \/\/ debug(\"\\t case 3 => \" + localValue)\n          }\n        } else {\n          if(!ALLOW_MULTIPLE_WRITERS && (!value.vXact.isCommitted || !localValue.isVisible)) throw new MVCCConcurrentWriteException(\"%s has already written on this object (%s<%s>), so %s should get aborted.\".format(localValue, map.tblName, key, xact))\n          value = new DeltaVersion(xact,this,newValue,cols,op,localValue)\n          \/\/ debug(\"\\t case 4 => \" + localValue)\n        }\n      }\n      \/\/ oldValue\n      value\n    }\n\n    final def casTheValue(oldValue: DeltaVersion[K,V], newValue: DeltaVersion[K,V]) {\n      U.compareAndSwapObject(this,NODE_VALUE_OFFSET,oldValue,newValue)\n    }\n\n    final override def hashCode: Int = {\n      key.hashCode \/\/^ value.hashCode\n    }\n\n    final override def toString: String = {\n      throw new UnsupportedOperationException(\"The toString method is not supported in SEntryMVCC. You should use the overloaded method accepting the Transaction as an extra parameter.\")\n    }\n    \/\/ final def toString(implicit xact:Transaction): String = {\n    \/\/   key + \"=\" + getValueImage\n    \/\/ }\n\n    final override def equals(o: Any): Boolean = {\n      \/\/TODO add safety checks (checking for null or isInstanceOf)?\n      if(o == null) false else {\n        val k: K = o.asInstanceOf[SEntryMVCC[K, V]].key\n        (k != null) && (refEquals(k, key) || (k == key))\n      }\n    }\n\n    \/\/ final def equals(o: Any)(implicit xact:Transaction): Boolean = {\n    \/\/   var k: K = null.asInstanceOf[K]\n    \/\/   var v: V = NULL_VALUE\n    \/\/   var u: V = NULL_VALUE\n    \/\/   var e: SEntryMVCC[K, V] = null\n    \/\/   (o.isInstanceOf[SEntryMVCC[_, _]] && {\n    \/\/     k = {\n    \/\/       e = o.asInstanceOf[SEntryMVCC[K, V]]; e\n    \/\/     }.getKey; k\n    \/\/   } != null && (({\n    \/\/     v = e.getValueImage; v\n    \/\/   })) != null && (refEquals(k, key) || (k == key)) && (refEquals(v, ({\n    \/\/     u = getValueImage; u\n    \/\/   })) || (v == u)))\n    \/\/ }\n\n    \/**\n     * Virtualized support for map.get(); overridden in subclasses.\n     *\/\n    def find(h: Int, k: K)(implicit ord: math.Ordering[K]): Node[K, V] = {\n      var e: Node[K, V] = this\n      if (k != null) {\n        do {\n          var ek: K = null.asInstanceOf[K]\n          if (e.hash == h && (refEquals((({\n            ek = e.key; ek\n          })), k) || (ek != null && (k == ek)))) return e\n        } while ((({\n          e = e.next; e\n        })) != null)\n      }\n      null\n    }\n  }\n\n  \/**\n   * Spreads (XORs) higher bits of hash to lower and also forces top\n   * bit to 0. Because the table uses power-of-two masking, sets of\n   * hashes that vary only in bits above the current mask will\n   * always collide. (Among known examples are sets of Float keys\n   * holding consecutive whole numbers in small tables.)  So we\n   * apply a transform that spreads the impact of higher bits\n   * downward. There is a tradeoff between speed, utility, and\n   * quality of bit-spreading. Because many common sets of hashes\n   * are already reasonably distributed (so don't benefit from\n   * spreading), and because we use trees to handle large sets of\n   * collisions in bins, we just XOR some shifted bits in the\n   * cheapest possible way to reduce systematic lossage, as well as\n   * to incorporate impact of the highest bits that would otherwise\n   * never be used in index calculations because of table bounds.\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def spread(h: Int): Int = (h ^ (h >>> 16)) & HASH_BITS\n\n  \/**\n   * Returns a power of two table size for the given desired capacity.\n   * See Hackers Delight, sec 3.2\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final private def tableSizeFor(c: Int): Int = {\n    var n: Int = c - 1\n    n |= n >>> 1\n    n |= n >>> 2\n    n |= n >>> 4\n    n |= n >>> 8\n    n |= n >>> 16\n    if ((n < 0)) 1 else if ((n >= MAXIMUM_CAPACITY)) MAXIMUM_CAPACITY else n + 1\n  }\n\n  \/**\n   * Returns k.compareTo(x) if x matches kc (k's screened comparable\n   * class), else 0.\n   *\/\n  @SuppressWarnings(Array(\"rawtypes\", \"unchecked\")) \/\/ @inline \/\/inlining is disabled during development\n  final def compareComparables[K](k: K, x: K)(implicit ord: math.Ordering[K]): Int = {\n    ord.compare(k, x)\n  }\n\n  @SuppressWarnings(Array(\"unchecked\")) \/\/ @inline \/\/inlining is disabled during development\n  final def tabAt[K, V <: Product](tab: Array[Node[K, V]], i: Int): Node[K, V] = {\n    U.getObjectVolatile(tab, (i.toLong << ASHIFT) + ABASE).asInstanceOf[Node[K, V]]\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def casTabAt[K, V <: Product](tab: Array[Node[K, V]], i: Int, c: Node[K, V], v: Node[K, V]): Boolean = {\n    U.compareAndSwapObject(tab, (i.toLong << ASHIFT) + ABASE, c, v)\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def setTabAt[K, V <: Product](tab: Array[Node[K, V]], i: Int, v: Node[K, V]) {\n    U.putObjectVolatile(tab, (i.toLong << ASHIFT) + ABASE, v)\n  }\n\n  \/**\n   * A node inserted at head of bins during transfer operations.\n   *\/\n  final class ForwardingNode[K, V <: Product](val nextTable: Array[Node[K, V]]) extends Node[K, V](null,null.asInstanceOf[K],MOVED, null, null) {\n\n    override def find(h: Int, k: K)(implicit ord: math.Ordering[K]): Node[K, V] = {\n      {\n        var tab: Array[Node[K, V]] = nextTable\n        while (true) {\n          var continue = false\n          var e: Node[K, V] = null\n          var n: Int = 0\n          if (k == null || tab == null || (({\n            n = tab.length; n\n          })) == 0 || (({\n            e = tabAt(tab, (n - 1) & h); e\n          })) == null) return null\n          while (!continue) {\n            var eh: Int = 0\n            var ek: K = null.asInstanceOf[K]\n            if ((({\n              eh = e.hash; eh\n            })) == h && (refEquals((({\n              ek = e.key; ek\n            })), k) || (ek != null && (k == ek)))) return e\n            if (eh < 0) {\n              if (e.isInstanceOf[ForwardingNode[_, _]]) {\n                tab = (e.asInstanceOf[ForwardingNode[K, V]]).nextTable\n                continue = true \/\/todo: continue is not supported\n              }\n              else return e.find(h, k)\n            }\n            if(!continue) {\n              if ((({\n                e = e.next;\n                e\n              })) == null) return null\n            }\n          }\n        }\n      } \/\/todo: labels is not supported\n      null\n    }\n  }\n\n  \/**\n   * A place-holder node used in computeIfAbsent and compute\n   *\/\n  final class ReservationNode[K, V <: Product] extends Node[K, V](null,null.asInstanceOf[K], RESERVED, null, null) {\n    override def find(h: Int, k: K)(implicit ord: math.Ordering[K]): Node[K, V] = null\n  }\n\n  \/**\n   * Returns the stamp bits for resizing a table of size n.\n   * Must be negative when shifted left by RESIZE_STAMP_SHIFT.\n   *\/\n  def resizeStamp(n: Int): Int = {\n    Integer.numberOfLeadingZeros(n) | (1 << (RESIZE_STAMP_BITS - 1))\n  }\n\n  \/**\n   * A padded cell for distributing counts.  Adapted from LongAdder\n   * and Striped64.  See their internal docs for explanation.\n   *\/\n  @sun.misc.Contended final class CounterCell {\n    @volatile\n    var value: Long = 0L\n\n    def this(x: Long) {\n      this()\n      value = x\n    }\n  }\n\n  \/**\n   * Returns a list on non-TreeNodes replacing those in given list.\n   *\/\n  def untreeify[K, V <: Product](b: Node[K, V]): Node[K, V] = {\n    var hd: Node[K, V] = null\n    var tl: Node[K, V] = null\n\n    {\n      var q: Node[K, V] = b\n      while (q != null) {\n        {\n          val p: Node[K, V] = new Node[K, V](b.map, q.hash, q.key, q.value, null)\n          if (tl == null) hd = p\n          else tl.next = p\n          tl = p\n        }\n        q = q.next\n      }\n    }\n    hd\n  }\n\n  \/**\n   * Nodes for use in TreeBins\n   *\/\n  final class TreeNode[K, V <: Product](m:ConcurrentSHMapMVC3T[K,V], h: Int, k: K, v: DeltaVersion[K,V], n: Node[K, V], var parent: TreeNode[K, V]) extends Node[K, V](m, h, k, v, n) {\n\n    def this(m:ConcurrentSHMapMVC3T[K,V], h: Int, k: K, v: V, n: Node[K, V], p: TreeNode[K, V])(implicit xact:Transaction) {\n      this(m,h,k,null,n,p)\n      setTheValue(v,INSERT_OP)(xact)\n    }\n\n    var left: TreeNode[K, V] = null\n    var right: TreeNode[K, V] = null\n    var prev: TreeNode[K, V] = null\n    var red: Boolean = false\n\n    override def find(h: Int, k: K)(implicit ord: math.Ordering[K]): Node[K, V] = {\n      findTreeNode(h, k)\n    }\n\n    \/**\n     * Returns the TreeNode (or null if not found) for the given key\n     * starting at given root.\n     *\/\n    final def findTreeNode(h: Int, k: K)(implicit ord: math.Ordering[K]): TreeNode[K, V] = {\n      if (k != null) {\n        var p: TreeNode[K, V] = this\n        do {\n          var ph: Int = 0\n          var dir: Int = 0\n          var pk: K = null.asInstanceOf[K]\n          var q: TreeNode[K, V] = null\n          val pl: TreeNode[K, V] = p.left\n          val pr: TreeNode[K, V] = p.right\n          if ((({\n            ph = p.hash; ph\n          })) > h) p = pl\n          else if (ph < h) p = pr\n          else if (refEquals((({\n            pk = p.key; pk\n          })), k) || (pk != null && (k == pk))) return p\n          else if (pl == null) p = pr\n          else if (pr == null) p = pl\n          else if ({\n            dir = compareComparables(k, pk); dir\n          } != 0) p = if ((dir < 0)) pl else pr\n          else if ((({\n            q = pr.findTreeNode(h, k); q\n          })) != null) return q\n          else p = pl\n        } while (p != null)\n      }\n      null\n    }\n  }\n\n  \/**\n   * TreeNodes used at the heads of bins. TreeBins do not hold user\n   * keys or values, but instead point to list of TreeNodes and\n   * their root. They also maintain a parasitic read-write lock\n   * forcing writers (who hold bin lock) to wait for readers (who do\n   * not) to complete before tree restructuring operations.\n   *\/\n  object TreeBin {\n    val WRITER: Int = 1\n    val WAITER: Int = 2\n    val READER: Int = 4\n\n    \/**\n     * Tie-breaking utility for ordering insertions when equal\n     * hashCodes and non-comparable. We don't require a total\n     * order, just a consistent insertion rule to maintain\n     * equivalence across rebalancings. Tie-breaking further than\n     * necessary simplifies testing a bit.\n     *\/\n    def tieBreakOrder(a: Any, b: Any): Int = {\n      var d: Int = 0\n      if (a == null || b == null || (({\n        d = a.getClass.getName.compareTo(b.getClass.getName); d\n      })) == 0) d = (if (System.identityHashCode(a) <= System.identityHashCode(b)) -1 else 1)\n      d\n    }\n\n    def rotateLeft[K, V <: Product](rootIn: TreeNode[K, V], p: TreeNode[K, V]): TreeNode[K, V] = {\n      var root: TreeNode[K, V] = rootIn\n      var r: TreeNode[K, V] = null\n      var pp: TreeNode[K, V] = null\n      var rl: TreeNode[K, V] = null\n      if (p != null && (({\n        r = p.right; r\n      })) != null) {\n        if ((({\n          rl = ({\n            p.right = r.left; p.right\n          }); rl\n        })) != null) rl.parent = p\n        if ((({\n          pp = ({\n            r.parent = p.parent; r.parent\n          }); pp\n        })) == null) (({\n          root = r; root\n        })).red = false\n        else if (pp.left eq p) pp.left = r\n        else pp.right = r\n        r.left = p\n        p.parent = r\n      }\n      root\n    }\n\n    def rotateRight[K, V <: Product](rootIn: TreeNode[K, V], p: TreeNode[K, V]): TreeNode[K, V] = {\n      var root: TreeNode[K, V] = rootIn\n      var l: TreeNode[K, V] = null\n      var pp: TreeNode[K, V] = null\n      var lr: TreeNode[K, V] = null\n      if (p != null && (({\n        l = p.left; l\n      })) != null) {\n        if ((({\n          lr = ({\n            p.left = l.right; p.left\n          }); lr\n        })) != null) lr.parent = p\n        if ((({\n          pp = ({\n            l.parent = p.parent; l.parent\n          }); pp\n        })) == null) (({\n          root = l; root\n        })).red = false\n        else if (pp.right eq p) pp.right = l\n        else pp.left = l\n        l.right = p\n        p.parent = l\n      }\n      root\n    }\n\n    def balanceInsertion[K, V <: Product](rootIn: TreeNode[K, V], xIn: TreeNode[K, V]): TreeNode[K, V] = {\n      var root: TreeNode[K, V] = rootIn\n      var x: TreeNode[K, V] = xIn\n      x.red = true\n\n      var xp: TreeNode[K, V] = null\n      var xpp: TreeNode[K, V] = null\n      var xppl: TreeNode[K, V] = null\n      var xppr: TreeNode[K, V] = null\n      while (true) {\n        if ((({\n          xp = x.parent; xp\n        })) == null) {\n          x.red = false\n          return x\n        }\n        else if (!xp.red || (({\n          xpp = xp.parent; xpp\n        })) == null) return root\n        if (xp eq (({\n          xppl = xpp.left; xppl\n        }))) {\n          if ((({\n            xppr = xpp.right; xppr\n          })) != null && xppr.red) {\n            xppr.red = false\n            xp.red = false\n            xpp.red = true\n            x = xpp\n          }\n          else {\n            if (x eq xp.right) {\n              root = rotateLeft(root, {x = xp; x})\n              xpp = if ((({\n                xp = x.parent; xp\n              })) == null) null\n              else xp.parent\n            }\n            if (xp != null) {\n              xp.red = false\n              if (xpp != null) {\n                xpp.red = true\n                root = rotateRight(root, xpp)\n              }\n            }\n          }\n        }\n        else {\n          if (xppl != null && xppl.red) {\n            xppl.red = false\n            xp.red = false\n            xpp.red = true\n            x = xpp\n          }\n          else {\n            if (x eq xp.left) {\n              root = rotateRight(root, {x = xp; x})\n              xpp = if ((({\n                xp = x.parent; xp\n              })) == null) null\n              else xp.parent\n            }\n            if (xp != null) {\n              xp.red = false\n              if (xpp != null) {\n                xpp.red = true\n                root = rotateLeft(root, xpp)\n              }\n            }\n          }\n        }\n      }\n      null\n    }\n\n    def balanceDeletion[K, V <: Product](rootIn: TreeNode[K, V], xIn: TreeNode[K, V]): TreeNode[K, V] = {\n      var root: TreeNode[K, V] = rootIn\n      var x: TreeNode[K, V] = xIn\n\n      {\n        var xp: TreeNode[K, V] = null\n        var xpl: TreeNode[K, V] = null\n        var xpr: TreeNode[K, V] = null\n        while (true) {\n          if ((x == null) || (x eq root)) return root\n          else if ((({\n            xp = x.parent; xp\n          })) == null) {\n            x.red = false\n            return x\n          }\n          else if (x.red) {\n            x.red = false\n            return root\n          }\n          else if ((({\n            xpl = xp.left; xpl\n          })) eq x) {\n            if ((({\n              xpr = xp.right; xpr\n            })) != null && xpr.red) {\n              xpr.red = false\n              xp.red = true\n              root = rotateLeft(root, xp)\n              xpr = if ((({\n                xp = x.parent; xp\n              })) == null) null\n              else xp.right\n            }\n            if (xpr == null) x = xp\n            else {\n              val sl: TreeNode[K, V] = xpr.left\n              var sr: TreeNode[K, V] = xpr.right\n              if ((sr == null || !sr.red) && (sl == null || !sl.red)) {\n                xpr.red = true\n                x = xp\n              }\n              else {\n                if (sr == null || !sr.red) {\n                  if (sl != null) sl.red = false\n                  xpr.red = true\n                  root = rotateRight(root, xpr)\n                  xpr = if ((({\n                    xp = x.parent; xp\n                  })) == null) null\n                  else xp.right\n                }\n                if (xpr != null) {\n                  xpr.red = if ((xp == null)) false else xp.red\n                  if ((({\n                    sr = xpr.right; sr\n                  })) != null) sr.red = false\n                }\n                if (xp != null) {\n                  xp.red = false\n                  root = rotateLeft(root, xp)\n                }\n                x = root\n              }\n            }\n          }\n          else {\n            if (xpl != null && xpl.red) {\n              xpl.red = false\n              xp.red = true\n              root = rotateRight(root, xp)\n              xpl = if ((({\n                xp = x.parent; xp\n              })) == null) null\n              else xp.left\n            }\n            if (xpl == null) x = xp\n            else {\n              var sl: TreeNode[K, V] = xpl.left\n              val sr: TreeNode[K, V] = xpl.right\n              if ((sl == null || !sl.red) && (sr == null || !sr.red)) {\n                xpl.red = true\n                x = xp\n              }\n              else {\n                if (sl == null || !sl.red) {\n                  if (sr != null) sr.red = false\n                  xpl.red = true\n                  root = rotateLeft(root, xpl)\n                  xpl = if ((({\n                    xp = x.parent; xp\n                  })) == null) null\n                  else xp.left\n                }\n                if (xpl != null) {\n                  xpl.red = if ((xp == null)) false else xp.red\n                  if ((({\n                    sl = xpl.left; sl\n                  })) != null) sl.red = false\n                }\n                if (xp != null) {\n                  xp.red = false\n                  root = rotateRight(root, xp)\n                }\n                x = root\n              }\n            }\n          }\n        }\n      }\n      null\n    }\n\n    \/**\n     * Recursive invariant check\n     *\/\n    def checkInvariants[K, V <: Product](t: TreeNode[K, V]): Boolean = {\n      val tp: TreeNode[K, V] = t.parent\n      val tl: TreeNode[K, V] = t.left\n      val tr: TreeNode[K, V] = t.right\n      val tb: TreeNode[K, V] = t.prev\n      val tn: TreeNode[K, V] = t.next.asInstanceOf[TreeNode[K, V]]\n      if ((tb != null) && (tb.next ne t)) false\n      else if ((tn != null) && (tn.prev ne t)) false\n      else if ((tp != null) && (t ne tp.left) && (t ne tp.right)) false\n      else if ((tl != null) && ((tl.parent ne t) || (tl.hash > t.hash))) false\n      else if ((tr != null) && ((tr.parent ne t) || (tr.hash < t.hash))) false\n      else if (t.red && tl != null && tl.red && tr != null && tr.red) false\n      else if (tl != null && !checkInvariants(tl)) false\n      else if (tr != null && !checkInvariants(tr)) false\n      else true\n    }\n\n    private val U: Unsafe = MyThreadLocalRandom.getUnsafe\n    val k: Class[_] = classOf[TreeBin[_, _]]\n    private val LOCKSTATE: Long = U.objectFieldOffset(k.getDeclaredField(\"lockState\"))\n  }\n\n  final class TreeBin[K, V <: Product](m:ConcurrentSHMapMVC3T[K,V]) extends Node[K, V](m, null.asInstanceOf[K], TREEBIN, null, null) {\n    var root: TreeNode[K, V] = null\n    @volatile\n    var first: TreeNode[K, V] = null\n    @volatile\n    var waiter: Thread = null\n    @volatile\n    var lockState: Int = 0\n\n    \/**\n     * Creates bin with initial set of nodes headed by b.\n     *\/\n    def this(b: TreeNode[K, V],m:ConcurrentSHMapMVC3T[K,V])(implicit ord: math.Ordering[K]) {\n      this(m)\n      this.first = b\n      var r: TreeNode[K, V] = null\n\n      {\n        var x: TreeNode[K, V] = b\n        var next: TreeNode[K, V] = null\n        while (x != null) {\n          {\n            next = x.next.asInstanceOf[TreeNode[K, V]]\n            x.left = ({\n              x.right = null; x.right\n            })\n            if (r == null) {\n              x.parent = null\n              x.red = false\n              r = x\n            }\n            else {\n              val k: K = x.key\n              val h: Int = x.hash\n\n              {\n                var p: TreeNode[K, V] = r\n                var break = false\n                while (!break) {\n                  var dir: Int = 0\n                  var ph: Int = 0\n                  val pk: K = p.key\n                  if ((({\n                    ph = p.hash; ph\n                  })) > h) dir = -1\n                  else if (ph < h) dir = 1\n                  else if ({\n                    dir = compareComparables(k, pk)(ord); dir\n                  } == 0) dir = TreeBin.tieBreakOrder(k, pk)\n                  val xp: TreeNode[K, V] = p\n                  if ((({\n                    p = if ((dir <= 0)) p.left else p.right; p\n                  })) == null) {\n                    x.parent = xp\n                    if (dir <= 0) xp.left = x\n                    else xp.right = x\n                    r = TreeBin.balanceInsertion(r, x)\n                    break = true \/\/todo: break is not supported\n                  }\n                }\n              }\n            }\n          }\n          x = next\n        }\n      }\n      this.root = r\n      assert(TreeBin.checkInvariants(root))\n    }\n\n    \/**\n     * Acquires write lock for tree restructuring.\n     *\/\n    private final def lockRoot {\n      if (!TreeBin.U.compareAndSwapInt(this, TreeBin.LOCKSTATE, 0, TreeBin.WRITER)) contendedLock\n    }\n\n    \/**\n     * Releases write lock for tree restructuring.\n     *\/\n    private final def unlockRoot {\n      lockState = 0\n    }\n\n    \/**\n     * Possibly blocks awaiting root lock.\n     *\/\n    private final def contendedLock {\n      var waiting: Boolean = false\n\n      {\n        var s: Int = 0\n        while (true) {\n          if (((({\n            s = lockState; s\n          })) & ~TreeBin.WAITER) == 0) {\n            if (TreeBin.U.compareAndSwapInt(this, TreeBin.LOCKSTATE, s, TreeBin.WRITER)) {\n              if (waiting) waiter = null\n              return\n            }\n          }\n          else if ((s & TreeBin.WAITER) == 0) {\n            if (TreeBin.U.compareAndSwapInt(this, TreeBin.LOCKSTATE, s, s | TreeBin.WAITER)) {\n              waiting = true\n              waiter = Thread.currentThread\n            }\n          }\n          else if (waiting) LockSupport.park(this)\n        }\n      }\n    }\n\n    \/**\n     * Returns matching node or null if none. Tries to search\n     * using tree comparisons from root, but continues linear\n     * search when lock not available.\n     *\/\n    final override def find(h: Int, k: K)(implicit ord: math.Ordering[K]): Node[K, V] = {\n      if (k != null) {\n        {\n          var e: Node[K, V] = first\n          while (e != null) {\n            var s: Int = 0\n            var ek: K = null.asInstanceOf[K]\n            if (((({\n              s = lockState; s\n            })) & (TreeBin.WAITER | TreeBin.WRITER)) != 0) {\n              if (e.hash == h && (refEquals((({\n                ek = e.key; ek\n              })), k) || (ek != null && (k == ek)))) return e\n              e = e.next\n            }\n            else if (TreeBin.U.compareAndSwapInt(this, TreeBin.LOCKSTATE, s, s + TreeBin.READER)) {\n              var r: TreeNode[K, V] = null\n              var p: TreeNode[K, V] = null\n              try {\n                p = (if ((({\n                  r = root; r\n                })) == null) null\n                else r.findTreeNode(h, k))\n              } finally {\n                var w: Thread = null\n                if (TreeBin.U.getAndAddInt(this, TreeBin.LOCKSTATE, -TreeBin.READER) == (TreeBin.READER | TreeBin.WAITER) && (({\n                  w = waiter; w\n                })) != null) LockSupport.unpark(w)\n              }\n              return p\n            }\n          }\n        }\n      }\n      null\n    }\n\n    \/**\n     * Finds or adds a node.\n     * @return null if added\n     *\/\n    final def putTreeVal(h: Int, k: K, v: V, onInsert:TreeNode[K, V] => Unit)(implicit xact:Transaction, ord: math.Ordering[K]): TreeNode[K, V] = {\n      var searched: Boolean = false\n\n      {\n        var p: TreeNode[K, V] = root\n        var break = false\n        while (!break) {\n          var dir: Int = 0\n          var ph: Int = 0\n          var pk: K = null.asInstanceOf[K]\n          if (p == null) {\n            first = ({\n              root = new TreeNode[K, V](this.map, h, k, v, null, null); root\n            })\n            onInsert(first)\n            break = true \/\/todo: break is not supported\n          }\n          else if ((({\n            ph = p.hash; ph\n          })) > h) dir = -1\n          else if (ph < h) dir = 1\n          else if (refEquals((({\n            pk = p.key; pk\n          })), k) || (pk != null && (k == pk))) return p\n          else if ({\n            dir = compareComparables(k, pk); dir\n          } == 0) {\n            if (!searched) {\n              var q: TreeNode[K, V] = null\n              var ch: TreeNode[K, V] = null\n              searched = true\n              if (((({\n                ch = p.left; ch\n              })) != null && (({\n                q = ch.findTreeNode(h, k); q\n              })) != null) || ((({\n                ch = p.right; ch\n              })) != null && (({\n                q = ch.findTreeNode(h, k); q\n              })) != null)) return q\n            }\n            dir = TreeBin.tieBreakOrder(k, pk)\n          }\n          if(!break) {\n            val xp: TreeNode[K, V] = p\n            if ((({\n              p = if ((dir <= 0)) p.left else p.right;\n              p\n            })) == null) {\n              var x: TreeNode[K, V] = null\n              val f: TreeNode[K, V] = first\n              first = ({\n                x = new TreeNode[K, V](this.map, h, k, v, f, xp);\n                x\n              })\n              onInsert(first)\n              if (f != null) f.prev = x\n              if (dir <= 0) xp.left = x\n              else xp.right = x\n              if (!xp.red) x.red = true\n              else {\n                lockRoot\n                try {\n                  root = TreeBin.balanceInsertion(root, x)\n                } finally {\n                  unlockRoot\n                }\n              }\n              break = true \/\/todo: break is not supported\n            }\n          }\n        }\n      }\n      assert(TreeBin.checkInvariants(root))\n      null\n    }\n\n    \/**\n     * Removes the given node, that must be present before this\n     * call.  This is messier than typical red-black deletion code\n     * because we cannot swap the contents of an interior node\n     * with a leaf successor that is pinned by \"next\" pointers\n     * that are accessible independently of lock. So instead we\n     * swap the tree linkages.\n     *\n     * @return true if now too small, so should be untreeified\n     *\/\n    final def removeTreeNode(p: TreeNode[K, V]): Boolean = {\n      val next: TreeNode[K, V] = p.next.asInstanceOf[TreeNode[K, V]]\n      val pred: TreeNode[K, V] = p.prev\n      var r: TreeNode[K, V] = null\n      var rl: TreeNode[K, V] = null\n      if (pred == null) first = next\n      else pred.next = next\n      if (next != null) next.prev = pred\n      if (first == null) {\n        root = null\n        return true\n      }\n      if ((({\n        r = root; r\n      })) == null || r.right == null || (({\n        rl = r.left; rl\n      })) == null || rl.left == null) return true\n      lockRoot\n      try {\n        var replacement: TreeNode[K, V] = null\n        val pl: TreeNode[K, V] = p.left\n        val pr: TreeNode[K, V] = p.right\n        if (pl != null && pr != null) {\n          var s: TreeNode[K, V] = pr\n          var sl: TreeNode[K, V] = null\n          while ((({\n            sl = s.left; sl\n          })) != null) s = sl\n          val c: Boolean = s.red\n          s.red = p.red\n          p.red = c\n          val sr: TreeNode[K, V] = s.right\n          val pp: TreeNode[K, V] = p.parent\n          if (s eq pr) {\n            p.parent = s\n            s.right = p\n          }\n          else {\n            val sp: TreeNode[K, V] = s.parent\n            if ((({\n              p.parent = sp; p.parent\n            })) != null) {\n              if (s eq sp.left) sp.left = p\n              else sp.right = p\n            }\n            if ((({\n              s.right = pr; s.right\n            })) != null) pr.parent = s\n          }\n          p.left = null\n          if ((({\n            p.right = sr; p.right\n          })) != null) sr.parent = p\n          if ((({\n            s.left = pl; s.left\n          })) != null) pl.parent = s\n          if ((({\n            s.parent = pp; s.parent\n          })) == null) r = s\n          else if (p eq pp.left) pp.left = s\n          else pp.right = s\n          if (sr != null) replacement = sr\n          else replacement = p\n        }\n        else if (pl != null) replacement = pl\n        else if (pr != null) replacement = pr\n        else replacement = p\n        if (replacement ne p) {\n          val pp: TreeNode[K, V] = {replacement.parent = p.parent; replacement.parent}\n          if (pp == null) r = replacement\n          else if (p eq pp.left) pp.left = replacement\n          else pp.right = replacement\n          p.left = ({\n            p.right = ({\n              p.parent = null; p.parent\n            }); p.right\n          })\n        }\n        root = if ((p.red)) r else TreeBin.balanceDeletion(r, replacement)\n        if (p eq replacement) {\n          var pp: TreeNode[K, V] = null\n          if ((({\n            pp = p.parent; pp\n          })) != null) {\n            if (p eq pp.left) pp.left = null\n            else if (p eq pp.right) pp.right = null\n            p.parent = null\n          }\n        }\n      } finally {\n        unlockRoot\n      }\n      assert(TreeBin.checkInvariants(root))\n      false\n    }\n  }\n\n  \/**\n   * Records the table, its length, and current traversal index for a\n   * traverser that must process a region of a forwarded table before\n   * proceeding with current table.\n   *\/\n  final class TableStack[K, V <: Product] {\n    var length: Int = 0\n    var index: Int = 0\n    var tab: Array[Node[K, V]] = null\n    var next: TableStack[K, V] = null\n  }\n\n  \/**\n   * Base class for bulk tasks. Repeats some fields and code from\n   * class Traverser, because we need to subclass CountedCompleter.\n   *\/\n  @SuppressWarnings(Array(\"serial\")) abstract class BulkTask[K, V <: Product, R](val par: BulkTask[K, V, _], var batch: Int, var baseIndex: Int, f: Int, var tab: Array[Node[K, V]]) extends CountedCompleter[R](par) {\n\n    var next: Node[K, V] = null\n    var stack: TableStack[K, V] = null\n    var spare: TableStack[K, V] = null\n    var index: Int = baseIndex\n    var baseLimit: Int = if (tab == null) 0\n    else if (par == null) tab.length\n    else f\n    final val baseSize: Int = if (tab == null || par == null) this.baseLimit\n    else par.baseSize\n\n    \/**\n     * Same as Traverser version\n     *\/\n    final def advance: Node[K, V] = {\n      var e: Node[K, V] = null\n      if ((({\n        e = next; e\n      })) != null) e = e.next\n      while (true) {\n        var continue = false\n        var t: Array[Node[K, V]] = null\n        var i: Int = 0\n        var n: Int = 0\n        if (e != null) return { next = e; next }\n        if (baseIndex >= baseLimit || (({\n          t = tab; t\n        })) == null || (({\n          n = t.length; n\n        })) <= (({\n          i = index; i\n        })) || i < 0) return { next = null; next }\n        if ((({\n          e = tabAt(t, i); e\n        })) != null && e.hash < 0) {\n          if (e.isInstanceOf[ForwardingNode[_, _]]) {\n            tab = (e.asInstanceOf[ForwardingNode[K, V]]).nextTable\n            e = null\n            pushState(t, i, n)\n            continue = true \/\/todo: continue is not supported\n          }\n          else if (e.isInstanceOf[TreeBin[_, _]]) e = (e.asInstanceOf[TreeBin[K, V]]).first\n          else e = null\n        }\n        if(!continue) {\n          if (stack != null) recoverState(n)\n          else if ((({\n            index = i + baseSize;\n            index\n          })) >= n) index = ({\n            baseIndex += 1;\n            baseIndex\n          })\n        }\n      }\n      null\n    }\n\n    private def pushState(t: Array[Node[K, V]], i: Int, n: Int) {\n      var s: TableStack[K, V] = spare\n      if (s != null) spare = s.next\n      else s = new TableStack[K, V]\n      s.tab = t\n      s.length = n\n      s.index = i\n      s.next = stack\n      stack = s\n    }\n\n    private def recoverState(nIn: Int) {\n      var n: Int = nIn\n      var s: TableStack[K, V] = null\n      var len: Int = 0\n      while ((({\n        s = stack; s\n      })) != null && (({\n        index += (({\n          len = s.length; len\n        })); index\n      })) >= n) {\n        n = len\n        index = s.index\n        tab = s.tab\n        s.tab = null\n        val next: TableStack[K, V] = s.next\n        s.next = spare\n        stack = next\n        spare = s\n      }\n      if (s == null && (({\n        index += baseSize; index\n      })) >= n) index = ({\n        baseIndex += 1; baseIndex\n      })\n    }\n  }\n\n  @SuppressWarnings(Array(\"serial\")) final class ForEachEntryTask[K, V <: Product](p: BulkTask[K, V, _], b: Int, i: Int, f: Int, t: Array[Node[K, V]], final val action: SEntryMVCC[K, V] => Unit) extends BulkTask[K, V, Void](p,b,i,f,t) {\n\n    final def compute {\n      val action = this.action\n      if ((({\n        action\n      })) != null) {\n        val i: Int = baseIndex\n        var f: Int = 0\n        var h: Int = 0\n        while (batch > 0 && (({\n          h = ((({\n            f = baseLimit; f\n          })) + i) >>> 1; h\n        })) > i) {\n          addToPendingCount(1)\n          new ForEachEntryTask[K, V](this, {batch >>>= 1; batch}, {baseLimit = h; baseLimit}, f, tab, action).fork\n        }\n        var p: Node[K, V] = null\n        while ((({\n          p = advance; p\n        })) != null) action(p)\n        propagateCompletion\n      }\n    }\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def getModifiedColIds[V <: Product](v1: V, v2: V) = {\n    var cols:List[Int]=Nil\n    var i = v1.productArity - 1\n    while(i >= 0) {\n      if(v1.productElement(i) != v2.productElement(i)) {\n        cols = i :: cols\n      }\n      i -= 1\n    }\n    cols\n  }\n\n  private val U: Unsafe = MyThreadLocalRandom.getUnsafe\n  val k: Class[_] = classOf[ConcurrentSHMapMVC3T[_, _]]\n  private val SIZECTL: Long = U.objectFieldOffset(k.getDeclaredField(\"sizeCtl\"))\n  private val TRANSFERINDEX: Long = U.objectFieldOffset(k.getDeclaredField(\"transferIndex\"))\n  private val BASECOUNT: Long = U.objectFieldOffset(k.getDeclaredField(\"baseCount\"))\n  private val CELLSBUSY: Long = U.objectFieldOffset(k.getDeclaredField(\"cellsBusy\"))\n  val ck: Class[_] = classOf[CounterCell]\n  private val CELLVALUE: Long = U.objectFieldOffset(ck.getDeclaredField(\"value\"))\n  val ak: Class[_] = classOf[Array[Node[_, _]]]\n  private val ABASE: Long = U.arrayBaseOffset(ak)\n  val scale: Int = U.arrayIndexScale(ak)\n  if ((scale & (scale - 1)) != 0) throw new Error(\"data type scale not a power of two\")\n  private val ASHIFT: Int = 31 - Integer.numberOfLeadingZeros(scale)\n  private val NODE_VALUE_OFFSET = U.objectFieldOffset(classOf[Node[_, _]].getDeclaredField(\"value\"));\n}\n\n@SerialVersionUID(7249069246763182397L)\n\/**\n * Creates a new, empty map with the default initial table size (16).\n *\/\nclass ConcurrentSHMapMVC3T[K, V <: Product](val tblName:Table, val projs:(K,V)=>_ *)(implicit ord: math.Ordering[K]) \/*extends AbstractMap[K, V] with ConcurrentMap[K, V] with Serializable*\/ {\n  final val NULL_VALUE = null.asInstanceOf[V]\n  \/**\n   * The array of bins. Lazily initialized upon first insertion.\n   * Size is always a power of two. Accessed directly by iterators.\n   *\/\n  @volatile\n  @transient\n  var table: Array[Node[K, V]] = null\n  \/**\n   * The next table to use; non-null only while resizing.\n   *\/\n  @volatile\n  @transient\n  private var nextTable: Array[Node[K, V]] = null\n  \/**\n   * Base counter value, used mainly when there is no contention,\n   * but also as a fallback during table initialization\n   * races. Updated via CAS.\n   *\/\n  @volatile\n  @transient\n  private var baseCount: Long = 0L\n  \/**\n   * Table initialization and resizing control.  When negative, the\n   * table is being initialized or resized: -1 for initialization,\n   * else -(1 + the number of active resizing threads).  Otherwise,\n   * when table is null, holds the initial table size to use upon\n   * creation, or 0 for default. After initialization, holds the\n   * next element count value upon which to resize the table.\n   *\/\n  @volatile\n  @transient\n  private var sizeCtl: Int = DEFAULT_CAPACITY\n  \/**\n   * The next table index (plus one) to split while resizing.\n   *\/\n  @volatile\n  @transient\n  private var transferIndex: Int = 0\n  \/**\n   * Spinlock (locked via CAS) used when resizing and\/or creating CounterCells.\n   *\/\n  @volatile\n  @transient\n  private var cellsBusy: Int = 0\n  \/**\n   * Table of counter cells. When non-null, size is a power of 2.\n   *\/\n  @volatile\n  @transient\n  private var counterCells: Array[CounterCell] = null\n\n  def this(n:String)(implicit ord: math.Ordering[K]) {\n    this(n,List():_*)\n  }\n  \/**\n   * Creates a new, empty map with an initial table size\n   * accommodating the specified number of elements without the need\n   * to dynamically resize.\n   *\n   * @param initialCapacity The implementation performs internal\n   *                        sizing to accommodate this many elements.\n   * @throws IllegalArgumentException if the initial capacity of\n   *                                  elements is negative\n   *\/\n  def this(n:String, initialCapacity: Int)(implicit ord: math.Ordering[K]) {\n    this(n)\n    if (initialCapacity < 0) throw new IllegalArgumentException\n    val cap: Int = (if ((initialCapacity >= (MAXIMUM_CAPACITY >>> 1))) MAXIMUM_CAPACITY else tableSizeFor(initialCapacity + (initialCapacity >>> 1) + 1))\n    this.sizeCtl = cap\n  }\n\n  \/**\n   * Creates a new, empty map with an initial table size based on\n   * the given number of elements ({@code initialCapacity}), table\n   * density ({@code loadFactor}), and number of concurrently\n   * updating threads ({@code concurrencyLevel}).\n   *\n   * @param initialCapacity the initial capacity. The implementation\n   *                        performs internal sizing to accommodate this many elements,\n   *                        given the specified load factor.\n   * @param loadFactor the load factor (table density) for\n   *                   establishing the initial table size\n   * @param concurrencyLevel the estimated number of concurrently\n   *                         updating threads. The implementation may use this value as\n   *                         a sizing hint.\n   * @throws IllegalArgumentException if the initial capacity is\n   *                                  negative or the load factor or concurrencyLevel are\n   *                                  nonpositive\n   *\/\n  def this(n:String, inInitialCapacity: Int, loadFactor: Float, concurrencyLevel: Int = 1)(implicit ord: math.Ordering[K]) {\n    this(n)\n    var initialCapacity: Int = inInitialCapacity\n    if (!(loadFactor > 0.0f) || initialCapacity < 0 || concurrencyLevel <= 0) throw new IllegalArgumentException\n    if (initialCapacity < concurrencyLevel) initialCapacity = concurrencyLevel\n    val size: Long = (1.0 + initialCapacity.toLong \/ loadFactor).toLong\n    val cap: Int = if ((size >= MAXIMUM_CAPACITY.toLong)) MAXIMUM_CAPACITY else tableSizeFor(size.toInt)\n    this.sizeCtl = cap\n  }\n\n  def this(n:String, loadFactor: Float, inInitialCapacity: Int, projs:(K,V)=>_ *)(implicit ord: math.Ordering[K]) {\n    this(n,projs:_*)\n    val concurrencyLevel = 1\n    var initialCapacity: Int = inInitialCapacity\n    if (!(loadFactor > 0.0f) || initialCapacity < 0 || concurrencyLevel <= 0) throw new IllegalArgumentException\n    if (initialCapacity < concurrencyLevel) initialCapacity = concurrencyLevel\n    val size: Long = (1.0 + initialCapacity.toLong \/ loadFactor).toLong\n    val cap: Int = if ((size >= MAXIMUM_CAPACITY.toLong)) MAXIMUM_CAPACITY else tableSizeFor(size.toInt)\n    this.sizeCtl = cap\n  }\n\n  \/**\n   * {@inheritDoc}\n   *\/\n  private def size: Int = {\n    val n: Long = sumCount\n    (if ((n < 0L)) 0 else if ((n > Integer.MAX_VALUE.toLong)) Integer.MAX_VALUE else n.toInt)\n  }\n\n  \/**\n   * {@inheritDoc}\n   *\/\n  private def isEmpty: Boolean = {\n    sumCount <= 0L\n  }\n\n  \/\/ def get(key: Any): V = {\n  \/\/   throw new UnsupportedOperationException()\n  \/\/ }\n  \/**\n   * Returns the value to which the specified key is mapped,\n   * or {@code null} if this map contains no mapping for the key.\n   *\n   * <p>More formally, if this map contains a mapping from a key\n   * {@code k} to a value {@code v} such that {@code key.equals(k)},\n   * then this method returns {@code v}; otherwise it returns\n   * {@code null}.  (There can be at most one such mapping.)\n   *\n   * @throws NullPointerException if the specified key is null\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def getPred(key: K) = GetPredicate(this, key)\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def get(key: K, fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): V = apply(key)\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def get(getPred: GetPredicate[K,V], fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): V = apply(getPred)\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def apply(key: K, fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): V = apply(getPred(key))\n  final def apply(getPred: GetPredicate[K,V])(implicit xact:Transaction): V = {\n    \/\/ debug(\"finding \" + key)\n    val key = getPred.key\n    var tab: Array[Node[K, V]] = null\n    var e: Node[K, V] = null\n    var p: Node[K, V] = null\n    var n: Int = 0\n    var eh: Int = 0\n    var ek: K = null.asInstanceOf[K]\n    val h: Int = spread(key.hashCode)\n    if ((({\n      tab = table; tab\n    })) != null && (({\n      n = tab.length; n\n    })) > 0 && (({\n      e = tabAt(tab, (n - 1) & h); e\n    })) != null) {\n      if ((({\n        eh = e.hash; eh\n      })) == h) {\n        if (refEquals((({\n          ek = e.key; ek\n        })), key) || (ek != null && (key == ek))) {\n          \/\/ debug(\"\\t found 1\")\n          return e.getValueImage\n        }\n      }\n      else if (eh < 0) return if ((({\n        p = e.find(h, key); p\n      })) != null) {\n        if(p == null) {\n          \/\/ debug(\"\\t found 2\")\n          NULL_VALUE\n        } else {\n          \/\/ debug(\"\\t found 3\")\n          p.getValueImage\n        }\n      } else {\n        \/\/ debug(\"\\t found 4\")\n        NULL_VALUE\n      }\n      while ((({\n        e = e.next; e\n      })) != null) {\n        if (e.hash == h && (refEquals((({\n          ek = e.key; ek\n        })), key) || (ek != null && (key == ek)))) return if(e == null) {\n        \/\/ debug(\"\\t found 5\")\n          NULL_VALUE\n        } else {\n        \/\/ debug(\"\\t found 6\")\n          e.getValueImage\n        }\n      }\n    }\n    \/\/ debug(\"\\t not found 7\")\n    NULL_VALUE\n  }\n  \/\/ @inline \/\/inlining is disabled during development\n  def getEntry(key: K)(implicit xact:Transaction): DeltaVersion[K,V] = getEntry(GetPredicate(this, key))\n  def getEntry(getPred: GetPredicate[K,V])(implicit xact:Transaction): DeltaVersion[K,V] = {\n    \/\/ debug(\"finding entry for \" + key)\n    val key = getPred.key\n    var tab: Array[Node[K, V]] = null\n    var e: Node[K, V] = null\n    var p: Node[K, V] = null\n    var n: Int = 0\n    var eh: Int = 0\n    var ek: K = null.asInstanceOf[K]\n    val h: Int = spread(key.hashCode)\n    if ((({\n      tab = table; tab\n    })) != null && (({\n      n = tab.length; n\n    })) > 0 && (({\n      e = tabAt(tab, (n - 1) & h); e\n    })) != null) {\n      if ((({\n        eh = e.hash; eh\n      })) == h) {\n        if (refEquals((({\n          ek = e.key; ek\n        })), key) || (ek != null && (key == ek))) {\n          \/\/ debug(\"\\t found case 1 => \" + Integer.toHexString(System.identityHashCode(e)))\n          return e.getTheValue\n        }\n      }\n      else if (eh < 0) return if ((({\n        p = e.find(h, key); p\n      })) != null) {\n        \/\/ debug(\"\\t found case 2 => \" + Integer.toHexString(System.identityHashCode(p)))\n        p.getTheValue\n      } else {\n        \/\/ debug(\"\\t not found case 3 \")\n        null\n      }\n\n      while ((({\n        e = e.next; e\n      })) != null) {\n        if (e.hash == h && (refEquals((({\n          ek = e.key; ek\n        })), key) || (ek != null && (key == ek)))) {\n          \/\/ debug(\"\\t found case 4 => \" + Integer.toHexString(System.identityHashCode(e)))\n          return e.getTheValue\n        }\n      }\n    }\n    \/\/ debug(\"\\t not found case 5 \")\n    null\n  }\n\n  \/**\n   * Maps the specified key to the specified value in this table.\n   * Neither the key nor the value can be null.\n   *\n   * <p>The value can be retrieved by calling the {@code get} method\n   * with a key that is equal to the original key.\n   *\n   * @param key key with which the specified value is to be associated\n   * @param value value to be associated with the specified key\n   * @return the previous value associated with { @code key}, or\n   *                                                    { @code null} if there was no mapping for { @code key}\n   * @throws NullPointerException if the specified key or value is null\n   *\/\n  \/\/ def put(key: K, value: V)(implicit xact:Transaction): Unit = {\n  \/\/   \/\/TODO: For foreign key constraints we need to detect the case\n  \/\/   \/\/      when an active transaction deletes a primary key and a\n  \/\/   \/\/      concurrent transaction inserts a foreign key reference\n  \/\/   \/\/      to that key\n  \/\/   putVal(key, value, false)\n  \/\/ }\n  def +=(key: K, value: V)(implicit xact:Transaction): DeltaVersion[K,V] = {\n    InsertSingleRecPredicate(this, key).action(value)\n  }\n\n  def updatePred(key: K)(implicit xact:Transaction) = UpdateSingleRecPredicate(this, key)\n  def insertPred(key: K)(implicit xact:Transaction) = InsertSingleRecPredicate(this, key)\n  \/\/ def deletePred(key: K)(implicit xact:Transaction) = DeleteSingleRecPredicate(this, dv, key)\n\n  def update(key: K, value: V, fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): DeltaVersion[K,V] = {\n    UpdateSingleRecPredicate(this, key).action(value, fromPreds)\n  }\n\n  def update(key: K, updateFunc:(V,Predicate[_,_])=>(V,List[Predicate[_,_]]), fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): DeltaVersion[K,V] = {\n    update(UpdateSingleRecPredicate(this, key), updateFunc, fromPreds)\n  }\n\n  def update(updatePred: UpdateSingleRecPredicate[K,V], updateFunc:(V,Predicate[_,_])=>(V,List[Predicate[_,_]]), fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): DeltaVersion[K,V] = {\n    updatePred.action(updateFunc, fromPreds)\n  }\n\n  def updateEntry(key: K, updateFunc:(DeltaVersion[K,V],Predicate[_,_])=>(V,List[Predicate[_,_]]), fromPreds:List[Predicate[_,_]])(implicit xact:Transaction): DeltaVersion[K,V] = {\n    UpdateSingleRecPredicate(this, key).action2(updateFunc, fromPreds)\n  }\n\n  \/** Implementation for put and putIfAbsent *\/\n  final def putVal(updatePred: KeyPredicate[K,V], value: V, onlyIfAbsent: Boolean)(implicit xact:Transaction): DeltaVersion[K,V] = {\n    val key = updatePred.key\n\n    var isAdded = false\n    var oldVal: DeltaVersion[K,V] = null\n    var oldValImg: V = NULL_VALUE\n    var newVal: DeltaVersion[K,V] = null\n    var entry: Node[K, V] = null\n\n    if (key == null || value == null) throw new NullPointerException\n    val hash: Int = spread(key.hashCode)\n    var binCount: Int = 0\n\n    var tab: Array[Node[K, V]] = table\n    var break = false\n    while (!break) {\n      var f: Node[K, V] = null\n      var n: Int = 0\n      var i: Int = 0\n      var fh: Int = 0\n      if ((tab == null) || ({n = tab.length; n } == 0)) {\n        tab = initTable\n      } else if ({f = tabAt(tab, {i = ((n - 1) & hash); i}); f} == null) {\n        entry = new Node[K, V](this, hash, key, value, null)\n        if (casTabAt(tab, i, null, entry)) {\n          newVal = entry.value\n          isAdded = true\n          break = true \/\/todo: break is not supported\n        }\n      } else if ({fh = f.hash; fh} == MOVED) {\n        tab = helpTransfer(tab, f)\n      } else {\n        f synchronized {\n          if (tabAt(tab, i) eq f) {\n            if (fh >= 0) {\n              binCount = 1\n\n              var e: Node[K, V] = f\n              break = false\n              while (!break) {\n                var ek: K = null.asInstanceOf[K]\n                if (e.hash == hash && (refEquals({ek = e.key; ek}, key) || ((ek != null) && (key == ek)))) {\n                  entry = e\n                  oldVal = e.getTheValue\n                  if(oldVal == null || oldVal.isDeleted) {\n                    newVal = e.setTheValue(value, INSERT_OP)\n                  } else if (!onlyIfAbsent) {\n                    oldValImg = oldVal.row\n                    newVal = e.setTheValue(value, UPDATE_OP, getModifiedColIds(value, oldValImg))\n                  }\n                  break = true \/\/todo: break is not supported\n                }\n                if(!break) {\n                  val pred: Node[K, V] = e\n                  if ({e = e.next; e} == null) {\n                    entry = new Node[K, V](this, hash, key, value, null)\n                    pred.next = entry\n                    newVal = entry.value\n                    isAdded = true\n                    break = true \/\/todo: break is not supported\n                  }\n                  if(!break) binCount += 1\n                }\n              }\n              break = false\n            } else if (f.isInstanceOf[TreeBin[_, _]]) {\n              var p: Node[K, V] = null\n              binCount = 2\n              p = (f.asInstanceOf[TreeBin[K, V]]).putTreeVal(hash, key, value, { insertedEntry =>\n                isAdded = true\n                entry = insertedEntry\n                newVal = entry.value\n              })\n              if (p != null) {\n                entry = p\n                oldVal = p.getTheValue\n                if(oldVal == null || oldVal.isDeleted) {\n                  newVal = p.setTheValue(value, INSERT_OP)\n                } else if (!onlyIfAbsent) {\n                  oldValImg = oldVal.row\n                  newVal = p.setTheValue(value, UPDATE_OP, getModifiedColIds(value, oldValImg))\n                }\n              }\n            }\n          }\n        }\n        if (binCount != 0) {\n          if (binCount >= TREEIFY_THRESHOLD) {\n            treeifyBin(tab, i)\n          }\n          \/\/ if (oldVal != null)\n          \/\/   return oldVal;\n          break = true \/\/todo: break is not supported\n        }\n      }\n    }\n\n    if(isAdded) addCount(1L, binCount)\n\n    if(oldVal == null) {\n      if (idxs != Nil) idxs.foreach(_.set(newVal))\n    } else {\n      if(onlyIfAbsent && !oldVal.isDeleted) {\n        \/\/We ensure the uniqueness of primary keys by aborting a\n        \/\/transaction that inserts a primary key that exists either\n        \/\/ (i) in the snapshot that is visible to the transaction,\n        \/\/ (ii) in the last committed version of the key\u2019s record, or\n        \/\/ (iii) uncommitted as an insert in an undo buffer\n        throw new MVCCRecordAlreadyExistsException(\"The record (%s -> %s) already exists (written by %s). Could not insert the new value (%s) from %s\".format(oldVal.getKey, oldVal.row, oldVal.vXact, value, xact))\n      }\n\n      if (idxs != Nil) idxs.foreach{ idx => \n        \/\/ val pOld = idx.proj(key,oldValImg)\n        \/\/ val pNew = idx.proj(key,value)\n        \/\/ if(pNew != pOld) {\n          \/\/ idx.del(oldVal, oldValImg) \/\/ no value image gets deleted from the indices,\n                                        \/\/ before it becomes invisible to all the transactions\n                                        \/\/ If an update up- dates only non-indexed attributes,\n                                        \/\/ updates are performed as usual. If an update updates\n                                        \/\/ an indexed attribute, the record is deleted and re-inserted\n                                        \/\/ into the relation and both, the deleted and the re-inserted\n                                        \/\/ record, are stored in the in- dex. Thus, indexes retain\n                                        \/\/ references to all records that are visible by any active\n                                        \/\/ transaction. Just like undo buffers, indexes are cleaned up\n                                        \/\/ during garbage collection.\n          \/\/ we need to always index both the old and new value,\n          \/\/ as the old value will become invisible to the future xacts\n          idx.set(newVal)\n        \/\/ }\n      }\n    }\n    \/\/ oldVal\n    newVal\n  }\n\n  \/**\n   * Removes the key (and its corresponding value) from this map.\n   * This method does nothing if the key is not in the map.\n   *\n   * @param  key the key that needs to be removed\n   * @return the previous value associated with { @code key}, or\n   *                                                    { @code null} if there was no mapping for { @code key}\n   * @throws NullPointerException if the specified key is null\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def remove(key: K)(implicit xact:Transaction): DeltaVersion[K,V] = {\n  \/\/   -=(key)\n  \/\/ }\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def -=(key: K)(implicit xact:Transaction): DeltaVersion[K,V] = {\n  \/\/   \/\/ debug(\"- started deleting \" + key)\n  \/\/   xact.addPredicate(UpdateSingleRecPredicate(this, key))\n\n  \/\/   val dv = getEntry(key)\n  \/\/   if(dv ne null) {\n  \/\/     dv.setEntryValue(NULL_VALUE)\n  \/\/   } else null\n  \/\/   \/\/ debug(\"- finished deleting \" + key)\n  \/\/   \/\/ replaceNode(key)\n  \/\/ }\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def -=(dv: DeltaVersion[K,V])(implicit xact:Transaction): DeltaVersion[K,V] = {\n  \/\/   \/\/ debug(\"- started deleting \" + key)\n  \/\/   xact.addPredicate(UpdateSingleRecPredicate(this, dv.getKey))\n  \/\/   if(dv ne null) {\n  \/\/     dv.setEntryValue(NULL_VALUE)\n  \/\/   } else null\n  \/\/   \/\/ debug(\"- finished deleting \" + key)\n  \/\/   \/\/ replaceNode(key)\n  \/\/ }\n\n  \/**\n   * Implementation for the four public remove\/replace methods:\n   * Replaces node value with v, conditional upon match of cv if\n   * non-null.  If resulting value is null, delete.\n   *\/\n  final def replaceNode(key: K): Unit = {\n    val hash: Int = spread(key.hashCode)\n\n    {\n      var tab: Array[Node[K, V]] = table\n      var break = false\n      while (!break) {\n        var f: Node[K, V] = null\n        var n, i , fh = 0\n        if ((tab == null) ||\n            ({ n = tab.length; n } == 0) ||\n            ({ f = tabAt(tab, {i = (n - 1) & hash; i}); f } == null)) {\n          break = true \/\/todo: break is not supported\n        } else if ({ fh = f.hash; fh } == MOVED) {\n          tab = helpTransfer(tab, f)\n        } else {\n          var validated: Boolean = false\n          f synchronized {\n            if (tabAt(tab, i) eq f) {\n              if (fh >= 0) {\n                validated = true\n\n                {\n                  var e: Node[K, V] = f\n                  var pred: Node[K, V] = null\n                  break = false;\n                  while (!break) {\n                    var ek: K = null.asInstanceOf[K]\n                    if (e.hash == hash &&\n                        (refEquals({ ek = e.key; ek }, key) ||\n                          (ek != null && (key == ek)))) {\n                      if (pred != null) pred.next = e.next\n                      else setTabAt(tab, i, e.next)\n\n                      \/\/ if (idxs!=Nil) idxs.foreach(_.del(e.getTheValue)) \/\/ Just like undo buffers, indexes are cleaned up\n                                                                           \/\/ during garbage collection.\n                      break = true\n                    }\n                    if(!break) {\n                      pred = e\n                      if ({ e = e.next; e } == null) break = true\n                    }\n                  }\n                  break = false\n                }\n              } else if (f.isInstanceOf[TreeBin[_, _]]) {\n                validated = true\n                val t: TreeBin[K, V] = f.asInstanceOf[TreeBin[K, V]]\n                var r: TreeNode[K, V] = null\n                var p: TreeNode[K, V] = null\n                if ({ r = t.root; r } != null && { p = r.findTreeNode(hash, key); p } != null) {\n                  if (t.removeTreeNode(p)) setTabAt(tab, i, untreeify(t.first))\n\n                  \/\/ if (idxs!=Nil) idxs.foreach(_.del(p.getTheValue)) \/\/ Just like undo buffers, indexes are cleaned up\n                                                                       \/\/ during garbage collection.\n                }\n              }\n            }\n          }\n          if (validated) {\n            addCount(-1L, -1) \/\/nothing is removed here, and the removal is postponed to commit time\n                                 \/\/TODO: FIX IT this operation should be done in a later point\n            break = true \/\/todo: break is not supported\n          }\n        }\n      }\n    }\n  }\n\n  \/**\n   * Removes all of the mappings from this map.\n   *\/\n  \/\/ def clear(implicit xact:Transaction) {\n  \/\/   var delta: Long = 0L\n  \/\/   var i: Int = 0\n  \/\/   var tab: Array[Node[K, V]] = table\n  \/\/   while (tab != null && i < tab.length) {\n  \/\/     var fh: Int = 0\n  \/\/     val f: Node[K, V] = tabAt(tab, i)\n  \/\/     if (f == null) ({\n  \/\/       i += 1; i\n  \/\/     })\n  \/\/     else if ((({\n  \/\/       fh = f.hash; fh\n  \/\/     })) == MOVED) {\n  \/\/       tab = helpTransfer(tab, f)\n  \/\/       i = 0\n  \/\/     }\n  \/\/     else {\n  \/\/       f synchronized {\n  \/\/         if (tabAt(tab, i) eq f) {\n  \/\/           var p: Node[K, V] = (if (fh >= 0) f else if ((f.isInstanceOf[TreeBin[_, _]])) (f.asInstanceOf[TreeBin[K, V]]).first else null)\n  \/\/           while (p != null) {\n  \/\/             delta -= 1\n  \/\/             p = p.next\n  \/\/           }\n  \/\/           setTabAt(tab, ({\n  \/\/             i += 1; i - 1\n  \/\/           }), null)\n  \/\/         }\n  \/\/       }\n  \/\/     }\n  \/\/   }\n  \/\/   if (delta != 0L) addCount(delta, -1)\n  \/\/   if (idxs!=Nil) idxs.foreach(_.clear)\n  \/\/ }\n\n  \/**\n   * Initializes table, using the size recorded in sizeCtl.\n   *\/\n  private final def initTable: Array[Node[K, V]] = {\n    var tab: Array[Node[K, V]] = null\n    var sc: Int = 0\n    var break = false\n    while (!break && ((({\n      tab = table; tab\n    })) == null || tab.length == 0)) {\n      if ((({\n        sc = sizeCtl; sc\n      })) < 0) Thread.`yield`\n      else if (U.compareAndSwapInt(this, SIZECTL, sc, -1)) {\n        try {\n          if ((({\n            tab = table; tab\n          })) == null || tab.length == 0) {\n            val n: Int = if ((sc > 0)) sc else DEFAULT_CAPACITY\n            @SuppressWarnings(Array(\"unchecked\")) val nt: Array[Node[K, V]] = new Array[Node[_, _]](n).asInstanceOf[Array[Node[K, V]]]\n            table = ({\n              tab = nt; tab\n            })\n            sc = n - (n >>> 2)\n          }\n        } finally {\n          sizeCtl = sc\n        }\n        break = true \/\/todo: break is not supported\n      }\n    }\n    tab\n  }\n\n  \/**\n   * Adds to count, and if table is too small and not already\n   * resizing, initiates transfer. If already resizing, helps\n   * perform transfer if work is available.  Rechecks occupancy\n   * after a transfer to see if another resize is already needed\n   * because resizings are lagging additions.\n   *\n   * @param x the count to add\n   * @param check if <0, don't check resize, if <= 1 only check if uncontended\n   *\/\n  private final def addCount(x: Long, check: Int) {\n    var as: Array[CounterCell] = null\n    var b: Long = 0L\n    var s: Long = 0L\n    if ((({\n      as = counterCells; as\n    })) != null || !U.compareAndSwapLong(this, BASECOUNT, {b = baseCount; b}, {s = b + x; s})) {\n      var a: CounterCell = null\n      var v: Long = 0L\n      var m: Int = 0\n      var uncontended: Boolean = true\n      if (as == null || (({\n        m = as.length - 1; m\n      })) < 0 || (({\n        a = as(MyThreadLocalRandom.getProbe & m); a\n      })) == null || !(({\n        uncontended = U.compareAndSwapLong(a, CELLVALUE, {v = a.value; v}, v + x); uncontended\n      }))) {\n        fullAddCount(x, uncontended)\n        return\n      }\n      if (check <= 1) return\n      s = sumCount\n    }\n    if (check >= 0) {\n      var tab: Array[Node[K, V]] = null\n      var nt: Array[Node[K, V]] = null\n      var n: Int = 0\n      var sc: Int = 0\n      var break = false\n      while (!break && (s >= (({\n        sc = sizeCtl; sc\n      })).toLong && (({\n        tab = table; tab\n      })) != null && (({\n        n = tab.length; n\n      })) < MAXIMUM_CAPACITY)) {\n        val rs: Int = resizeStamp(n)\n        if (sc < 0) {\n          if (((sc >>> RESIZE_STAMP_SHIFT) != rs) || (sc == rs + 1) || (sc == rs + MAX_RESIZERS) || (({\n            nt = nextTable; nt\n          })) == null || transferIndex <= 0) break = true \/\/todo: break is not supported\n          if (!break && U.compareAndSwapInt(this, SIZECTL, sc, sc + 1)) transfer(tab, nt)\n        }\n        else if (U.compareAndSwapInt(this, SIZECTL, sc, (rs << RESIZE_STAMP_SHIFT) + 2)) transfer(tab, null)\n        if(!break) s = sumCount\n      }\n    }\n  }\n\n  \/**\n   * Helps transfer if a resize is in progress.\n   *\/\n  private final def helpTransfer(tab: Array[Node[K, V]], f: Node[K, V]): Array[Node[K, V]] = {\n    var nextTab: Array[Node[K, V]] = null\n    var sc: Int = 0\n    if (tab != null && (f.isInstanceOf[ForwardingNode[_, _]]) && (({\n      nextTab = (f.asInstanceOf[ForwardingNode[K, V]]).nextTable; nextTab\n    })) != null) {\n      val rs: Int = resizeStamp(tab.length)\n      var break = false\n      while (!break && ((nextTab eq nextTable) && (table eq tab) && (({\n        sc = sizeCtl; sc\n      })) < 0)) {\n        if ((sc >>> RESIZE_STAMP_SHIFT) != rs || sc == rs + 1 || sc == rs + MAX_RESIZERS || transferIndex <= 0) break = true \/\/todo: break is not supported\n        if (!break && U.compareAndSwapInt(this, SIZECTL, sc, sc + 1)) {\n          transfer(tab, nextTab)\n          break = true \/\/todo: break is not supported\n        }\n      }\n      return nextTab\n    }\n    table\n  }\n\n  \/**\n   * Tries to presize table to accommodate the given number of elements.\n   *\n   * @param size number of elements (doesn't need to be perfectly accurate)\n   *\/\n  private final def tryPresize(size: Int) {\n    val c: Int = if ((size >= (MAXIMUM_CAPACITY >>> 1))) MAXIMUM_CAPACITY else tableSizeFor(size + (size >>> 1) + 1)\n    var sc: Int = 0\n    var break = false\n    while (!break && ((({\n      sc = sizeCtl; sc\n    })) >= 0)) {\n      val tab: Array[Node[K, V]] = table\n      var n: Int = 0\n      if (tab == null || (({\n        n = tab.length; n\n      })) == 0) {\n        n = if ((sc > c)) sc else c\n        if (U.compareAndSwapInt(this, SIZECTL, sc, -1)) {\n          try {\n            if (table eq tab) {\n              @SuppressWarnings(Array(\"unchecked\")) val nt: Array[Node[K, V]] = new Array[Node[_, _]](n).asInstanceOf[Array[Node[K, V]]]\n              table = nt\n              sc = n - (n >>> 2)\n            }\n          } finally {\n            sizeCtl = sc\n          }\n        }\n      }\n      else if (c <= sc || n >= MAXIMUM_CAPACITY) break = true \/\/todo: break is not supported\n      else if (tab eq table) {\n        val rs: Int = resizeStamp(n)\n        if (sc < 0) {\n          var nt: Array[Node[K, V]] = null\n          if ((sc >>> RESIZE_STAMP_SHIFT) != rs || sc == rs + 1 || sc == rs + MAX_RESIZERS || (({\n            nt = nextTable; nt\n          })) == null || transferIndex <= 0) break = true \/\/todo: break is not supported\n          if (!break && U.compareAndSwapInt(this, SIZECTL, sc, sc + 1)) transfer(tab, nt)\n        }\n        else if (U.compareAndSwapInt(this, SIZECTL, sc, (rs << RESIZE_STAMP_SHIFT) + 2)) transfer(tab, null)\n      }\n    }\n  }\n\n  \/**\n   * Moves and\/or copies the nodes in each bin to new table. See\n   * above for explanation.\n   *\/\n  private final def transfer(tab: Array[Node[K, V]], inNextTab: Array[Node[K, V]]) {\n    var nextTab: Array[Node[K, V]] = inNextTab\n    val n: Int = tab.length\n    var stride: Int = 0\n    if ((({\n      stride = if ((NCPU > 1)) (n >>> 3) \/ NCPU else n; stride\n    })) < MIN_TRANSFER_STRIDE) stride = MIN_TRANSFER_STRIDE\n    if (nextTab == null) {\n      try {\n        @SuppressWarnings(Array(\"unchecked\")) val nt: Array[Node[K, V]] = new Array[Node[_, _]](n << 1).asInstanceOf[Array[Node[K, V]]]\n        nextTab = nt\n      }\n      catch {\n        case ex: Throwable => {\n          sizeCtl = Integer.MAX_VALUE\n          return\n        }\n      }\n      nextTable = nextTab\n      transferIndex = n\n    }\n    val nextn: Int = nextTab.length\n    val fwd: ForwardingNode[K, V] = new ForwardingNode[K, V](nextTab)\n    var advance: Boolean = true\n    var finishing: Boolean = false\n\n    {\n      var i: Int = 0\n      var bound: Int = 0\n      while (true) {\n        var f: Node[K, V] = null\n        var fh: Int = 0\n        while (advance) {\n          var nextIndex: Int = 0\n          var nextBound: Int = 0\n          if (({\n            i -= 1; i\n          }) >= bound || finishing) advance = false\n          else if ((({\n            nextIndex = transferIndex; nextIndex\n          })) <= 0) {\n            i = -1\n            advance = false\n          }\n          else if (U.compareAndSwapInt(this, TRANSFERINDEX, nextIndex, { nextBound = (if (nextIndex > stride) nextIndex - stride else 0); nextBound })) {\n            bound = nextBound\n            i = nextIndex - 1\n            advance = false\n          }\n        }\n        if (i < 0 || i >= n || i + n >= nextn) {\n          var sc: Int = 0\n          if (finishing) {\n            nextTable = null\n            table = nextTab\n            sizeCtl = (n << 1) - (n >>> 1)\n            return\n          }\n          if (U.compareAndSwapInt(this, SIZECTL, {sc = sizeCtl; sc}, sc - 1)) {\n            if ((sc - 2) != (resizeStamp(n) << RESIZE_STAMP_SHIFT)) return\n            finishing = ({\n              advance = true; advance\n            })\n            i = n\n          }\n        }\n        else if ((({\n          f = tabAt(tab, i); f\n        })) == null) advance = casTabAt(tab, i, null, fwd)\n        else if ((({\n          fh = f.hash; fh\n        })) == MOVED) advance = true\n        else {\n          f synchronized {\n            if (tabAt(tab, i) eq f) {\n              var ln: Node[K, V] = null\n              var hn: Node[K, V] = null\n              if (fh >= 0) {\n                var runBit: Int = fh & n\n                var lastRun: Node[K, V] = f\n\n                {\n                  var p: Node[K, V] = f.next\n                  while (p != null) {\n                    {\n                      val b: Int = p.hash & n\n                      if (b != runBit) {\n                        runBit = b\n                        lastRun = p\n                      }\n                    }\n                    p = p.next\n                  }\n                }\n                if (runBit == 0) {\n                  ln = lastRun\n                  hn = null\n                }\n                else {\n                  hn = lastRun\n                  ln = null\n                }\n                {\n                  var p: Node[K, V] = f\n                  while (p ne lastRun) {\n                    {\n                      val ph: Int = p.hash\n                      val pk: K = p.key\n                      val pv: DeltaVersion[K,V] = p.value\n                      if ((ph & n) == 0) ln = new Node[K, V](this, ph, pk, pv, ln)\n                      else hn = new Node[K, V](this, ph, pk, pv, hn)\n                    }\n                    p = p.next\n                  }\n                }\n                setTabAt(nextTab, i, ln)\n                setTabAt(nextTab, i + n, hn)\n                setTabAt(tab, i, fwd)\n                advance = true\n              }\n              else if (f.isInstanceOf[TreeBin[_, _]]) {\n                val t: TreeBin[K, V] = f.asInstanceOf[TreeBin[K, V]]\n                var lo: TreeNode[K, V] = null\n                var loTail: TreeNode[K, V] = null\n                var hi: TreeNode[K, V] = null\n                var hiTail: TreeNode[K, V] = null\n                var lc: Int = 0\n                var hc: Int = 0\n\n                {\n                  var e: Node[K, V] = t.first\n                  while (e != null) {\n                    {\n                      val h: Int = e.hash\n                      val p: TreeNode[K, V] = new TreeNode[K, V](this, h, e.key, e.value, null, null)\n                      if ((h & n) == 0) {\n                        if ((({\n                          p.prev = loTail; p.prev\n                        })) == null) lo = p\n                        else loTail.next = p\n                        loTail = p\n                        lc += 1\n                      }\n                      else {\n                        if ((({\n                          p.prev = hiTail; p.prev\n                        })) == null) hi = p\n                        else hiTail.next = p\n                        hiTail = p\n                        hc += 1\n                      }\n                    }\n                    e = e.next\n                  }\n                }\n                ln = if ((lc <= UNTREEIFY_THRESHOLD)) untreeify(lo) else if ((hc != 0)) new TreeBin[K, V](lo,this) else t\n                hn = if ((hc <= UNTREEIFY_THRESHOLD)) untreeify(hi) else if ((lc != 0)) new TreeBin[K, V](hi,this) else t\n                setTabAt(nextTab, i, ln)\n                setTabAt(nextTab, i + n, hn)\n                setTabAt(tab, i, fwd)\n                advance = true\n              }\n            }\n          }\n        }\n      }\n    }\n  }\n\n  private final def sumCount: Long = {\n    val as: Array[CounterCell] = counterCells\n    var a: CounterCell = null\n    var sum: Long = baseCount\n    if (as != null) {\n      {\n        var i: Int = 0\n        while (i < as.length) {\n          {\n            if ((({\n              a = as(i); a\n            })) != null) sum += a.value\n          }\n          ({\n            i += 1; i\n          })\n        }\n      }\n    }\n    sum\n  }\n\n  private final def fullAddCount(x: Long, inWasUncontended: Boolean) {\n    var wasUncontended: Boolean = inWasUncontended\n    var h: Int = 0\n    if ((({\n      h = MyThreadLocalRandom.getProbe; h\n    })) == 0) {\n      MyThreadLocalRandom.localInit\n      h = MyThreadLocalRandom.getProbe\n      wasUncontended = true\n    }\n    var collide: Boolean = false\n    var break = false\n    while (!break) {\n      var continue = false\n      var as: Array[CounterCell] = null\n      var a: CounterCell = null\n      var n: Int = 0\n      var v: Long = 0L\n      if ((({\n        as = counterCells; as\n      })) != null && (({\n        n = as.length; n\n      })) > 0) {\n        if ((({\n          a = as((n - 1) & h); a\n        })) == null) {\n          if (cellsBusy == 0) {\n            val r: CounterCell = new CounterCell(x)\n            if (cellsBusy == 0 && U.compareAndSwapInt(this, CELLSBUSY, 0, 1)) {\n              var created: Boolean = false\n              try {\n                var rs: Array[CounterCell] = null\n                var m: Int = 0\n                var j: Int = 0\n                if ((({\n                  rs = counterCells; rs\n                })) != null && (({\n                  m = rs.length; m\n                })) > 0 && rs(({\n                  j = (m - 1) & h; j\n                })) == null) {\n                  rs(j) = r\n                  created = true\n                }\n              } finally {\n                cellsBusy = 0\n              }\n              if (created) break = true \/\/todo: break is not supported\n              if(!break) continue = true \/\/todo: continue is not supported\n            }\n          }\n          if(!break && !continue) collide = false\n        }\n        else if (!wasUncontended) wasUncontended = true\n        else if (U.compareAndSwapLong(a, CELLVALUE, {v = a.value; v}, v + x)) break = true \/\/todo: break is not supported\n        else if ((counterCells ne as) || (n >= NCPU)) collide = false\n        else if (!collide) collide = true\n        else if (cellsBusy == 0 && U.compareAndSwapInt(this, CELLSBUSY, 0, 1)) {\n          try {\n            if (counterCells eq as) {\n              val rs: Array[CounterCell] = new Array[CounterCell](n << 1)\n\n              {\n                var i: Int = 0\n                while (i < n) {\n                  rs(i) = as(i)\n                  ({\n                    i += 1; i\n                  })\n                }\n              }\n              counterCells = rs\n            }\n          } finally {\n            cellsBusy = 0\n          }\n          collide = false\n          continue = true \/\/todo: continue is not supported\n        }\n        if(!break && !continue) h = MyThreadLocalRandom.advanceProbe(h)\n      }\n      else if ((cellsBusy == 0) && (counterCells eq as) && U.compareAndSwapInt(this, CELLSBUSY, 0, 1)) {\n        var init: Boolean = false\n        try {\n          if (counterCells eq as) {\n            val rs: Array[CounterCell] = new Array[CounterCell](2)\n            rs(h & 1) = new CounterCell(x)\n            counterCells = rs\n            init = true\n          }\n        } finally {\n          cellsBusy = 0\n        }\n        if (init) break = true \/\/todo: break is not supported\n      }\n      else if (U.compareAndSwapLong(this, BASECOUNT, {v = baseCount; v}, v + x)) break = true \/\/todo: break is not supported\n    }\n  }\n\n  \/**\n   * Replaces all linked nodes in bin at given index unless table is\n   * too small, in which case resizes instead.\n   *\/\n  private final def treeifyBin(tab: Array[Node[K, V]], index: Int) {\n    var b: Node[K, V] = null\n    var n: Int = 0\n    val sc: Int = 0\n    if (tab != null) {\n      if ((({\n        n = tab.length; n\n      })) < MIN_TREEIFY_CAPACITY) tryPresize(n << 1)\n      else if ((({\n        b = tabAt(tab, index); b\n      })) != null && b.hash >= 0) {\n        b synchronized {\n          if (tabAt(tab, index) eq b) {\n            var hd: TreeNode[K, V] = null\n            var tl: TreeNode[K, V] = null\n\n            {\n              var e: Node[K, V] = b\n              while (e != null) {\n                {\n                  val p: TreeNode[K, V] = new TreeNode[K, V](this, e.hash, e.key, e.value, null, null)\n                  if ((({\n                    p.prev = tl; p.prev\n                  })) == null) hd = p\n                  else tl.next = p\n                  tl = p\n                }\n                e = e.next\n              }\n            }\n            setTabAt(tab, index, new TreeBin[K, V](hd, this))\n          }\n        }\n      }\n    }\n  }\n\n  \/**\n   * Computes initial batch value for bulk tasks. The returned value\n   * is approximately exp2 of the number of times (minus one) to\n   * split task by two before executing leaf action. This value is\n   * faster to compute and more convenient to use as a guide to\n   * splitting than is the depth, since it is used while dividing by\n   * two anyway.\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  private final def batchFor(b: Long): Int = {\n    var n: Long = 0L\n    if (b == Long.MaxValue || (({\n      n = sumCount; n\n    })) <= 1L || n < b) return 0\n    val sp: Int = ForkJoinPool.getCommonPoolParallelism << 2\n    if ((b <= 0L || (({\n      n \/= b; n\n    })) >= sp)) sp\n    else n.toInt\n  }\n\n  \/**\n   * Performs the given action for each (key, value).\n   *\n   * @param parallelismThreshold the (estimated) number of elements\n   *                             needed for this operation to be executed in parallel\n   * @param action the action\n   * @since 1.8\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final private def forEach(parallelismThreshold: Long, foreachPred:ForeachPredicate[K,V])(implicit xact:Transaction) = {\n    if (foreachPred == null) throw new NullPointerException\n    new ForEachEntryTask[K, V](null, batchFor(parallelismThreshold), 0, 0, table, { e => \n      val dv = e.getTheValue\n      if(dv ne null) {\n        val img = dv.row\n        if(img != null) foreachPred.foreachHandler(dv, foreachPred)\n      }\n    }).invoke\n  }\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreach(foreachPred:ForeachPredicate[K,V])(implicit xact:Transaction) = {\n    forEach(ONE_THREAD_NO_PARALLELISM, foreachPred)\n  }\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreachPred = ForeachPredicate(this)\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final private def forEach(parallelismThreshold: Long, action: (K,V) => Unit)(implicit xact:Transaction) = {\n  \/\/   val foreachPred = ForeachPredicate(this)\n  \/\/   xact.addPredicate(foreachPred)\n  \/\/   if (action == null) throw new NullPointerException\n  \/\/   new ForEachEntryTask[K, V](null, batchFor(parallelismThreshold), 0, 0, table, { e => \n  \/\/     val dv = e.getTheValue\n  \/\/     if(dv ne null) {\n  \/\/       val img = dv.row\n  \/\/       if(img != null) action(e.key, dv.row)\n  \/\/     }\n  \/\/   }).invoke\n  \/\/   foreachPred\n  \/\/ }\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def foreach(action: (K,V) => Unit)(implicit xact:Transaction) = {\n  \/\/   forEach(ONE_THREAD_NO_PARALLELISM, action)\n  \/\/ }\n\n  \/\/ \/**\n  \/\/  * Performs the given action for each key.\n  \/\/  *\n  \/\/  * @param parallelismThreshold the (estimated) number of elements\n  \/\/  *                             needed for this operation to be executed in parallel\n  \/\/  * @param action the action\n  \/\/  * @since 1.8\n  \/\/  *\/\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final private def forEachKey(parallelismThreshold: Long, action: K => Unit)(implicit xact:Transaction) = {\n  \/\/   val foreachPred = ForeachPredicate(this)\n  \/\/   xact.addPredicate(foreachPred)\n  \/\/   if (action == null) throw new NullPointerException\n  \/\/   new ForEachEntryTask[K, V](null, batchFor(parallelismThreshold), 0, 0, table, { e =>\n  \/\/     val dv = e.getTheValue\n  \/\/     if((dv ne null) && (dv.row != null)) action(e.key)\n  \/\/   }).invoke\n  \/\/   foreachPred\n  \/\/ }\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def foreachKey(action: K => Unit)(implicit xact:Transaction) = {\n  \/\/   forEachKey(ONE_THREAD_NO_PARALLELISM, action)\n  \/\/ }\n\n  \/\/ \/**\n  \/\/  * Performs the given action for each entry.\n  \/\/  *\n  \/\/  * @param parallelismThreshold the (estimated) number of elements\n  \/\/  *                             needed for this operation to be executed in parallel\n  \/\/  * @param action the action\n  \/\/  * @since 1.8\n  \/\/  *\/\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final private def forEachEntry(parallelismThreshold: Long, action: SEntryMVCC[K, V] => Unit, fromPreds:List[Predicate[_,_]]=Nil)(implicit xact:Transaction) = {\n  \/\/   val foreachPred = ForeachPredicate(this)\n  \/\/   xact.addPredicate(foreachPred, fromPreds)\n  \/\/   if (action == null) throw new NullPointerException\n  \/\/   new ForEachEntryTask[K, V](null, batchFor(parallelismThreshold), 0, 0, table, { e =>\n  \/\/     val dv = e.getTheValue\n  \/\/     if((dv ne null) && (dv.row != null)) action(e)\n  \/\/   }).invoke\n  \/\/   foreachPred\n  \/\/ }\n\n  \/\/ \/\/ @inline \/\/inlining is disabled during development\n  \/\/ final def foreachEntry(action: SEntryMVCC[K, V] => Unit)(implicit xact:Transaction) = {\n  \/\/   forEachEntry(ONE_THREAD_NO_PARALLELISM, action)\n  \/\/ }\n\n  val idxs:List[ConcurrentSHIndexMVC3T[_,K,V]] = {\n    def idx[P](f:(K,V)=>P, lf:Float, initC:Int) = new ConcurrentSHIndexMVC3T[P,K,V](f,lf,initC)(new Ordering[P] {\n      def compare(x: P, y: P): Int = if(x == y) 0 else x.hashCode compare y.hashCode\n    },ord)\n    \/\/TODO: pass the correct capacity and load factor if necessary\n    \/\/ projs.zip(lfInitIndex).toList.map{case (p, (lf, initC)) => idx(p , lf, initC)}\n    projs.toList.map{ p => idx(p , LOAD_FACTOR, DEFAULT_CAPACITY)}\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  def slicePred[P](part:Int, partKey:P)(implicit xact:Transaction) = SlicePredicate[P,K,V](this, part, partKey)\n  \/\/ @inline \/\/inlining is disabled during development\n  \/\/ def slice[P](part:Int, partKey:P)(implicit xact:Transaction):ConcurrentSHIndexMVC3TEntry[P,K,V] = slice[P](slicePred[P](part, partKey))\n  def slice[P](slicePred: SlicePredicate[P,K,V])(implicit xact:Transaction):ConcurrentSHIndexMVC3TEntry[P,K,V] = {\n    val ix=idxs(slicePred.part)\n    ix.asInstanceOf[ConcurrentSHIndexMVC3T[P,K,V]].slice(slicePred.partKey) \/\/ type information P is erased anyway\n  }\n\n  override def toString = \"Table<\"+tblName+\">\"\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/concurrent\/ConcurrentSHSet.scala","text":"package ddbt.lib.concurrent\n\nimport ConcurrentSHSet._\nimport java.util.Map\n\nobject ConcurrentSHSet {\n  \/**\n   * Default value for inner ConcurrentSHMap in ConcurrentSHSet\n   *\/\n  val DEFAULT_PRESENT_VALUE: Boolean = true\n}\n\nclass ConcurrentSHSet[K](implicit ord: math.Ordering[K]) {\n  var map: ConcurrentSHMap[K,Boolean] = new ConcurrentSHMap[K,Boolean]\n\n  \/\/ def this(initialCapacity: Int, lf: Float) {\n  \/\/   this()\n  \/\/   map = new ConcurrentSHMap[K,Boolean](initialCapacity, lf)\n  \/\/ }\n\n  \/\/ def this(initialCapacity: Int) {\n  \/\/   this(initialCapacity, DEFAULT_LOAD_FACTOR)\n  \/\/ }\n\n  \/**\n   * Initialization hook for subclasses. This method is called\n   * in all constructors and pseudo-constructors (clone, readObject)\n   * after ConcurrentSHMap has been initialized but before any entries have\n   * been inserted.  (In the absence of this method, readObject would\n   * require explicit knowledge of subclasses.)\n   *\/\n  \/\/ def init:Unit = {\n  \/\/ }\n\n  \/**\n   * Returns the number of key-value mappings in this map.\n   *\n   * @return the number of key-value mappings in this map\n   *\/\n  \/\/ def size: Int = size\n\n  \/**\n   * Returns <tt>true<\/tt> if this map contains no key-value mappings.\n   *\n   * @return <tt>true<\/tt> if this map contains no key-value mappings\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def isEmpty: Boolean = map.isEmpty\n\n  \/**\n   * Associates the specified value with the specified key in this map.\n   * If the map previously contained a mapping for the key, the old\n   * value is replaced.\n   *\n   * @param key key with which the specified value is to be associated\n   * @param value value to be associated with the specified key\n   * @return the previous value associated with <tt>key<\/tt>, or\n   *         <tt>null<\/tt> if there was no mapping for <tt>key<\/tt>.\n   *         (A <tt>null<\/tt> return can also indicate that the map\n   *         previously associated <tt>null<\/tt> with <tt>key<\/tt>.)\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def add(key: K): Boolean = {\n    val e: Boolean = map.put(key,DEFAULT_PRESENT_VALUE)\n    (e == DEFAULT_PRESENT_VALUE)\n  }\n\n  def +=(key: K): Boolean = add(key)\n\n  \/**\n   * Removes the mapping for the specified key from this map if present.\n   *\n   * @param  key key whose mapping is to be removed from the map\n   * @return the previous value associated with <tt>key<\/tt>, or\n   *         <tt>null<\/tt> if there was no mapping for <tt>key<\/tt>.\n   *         (A <tt>null<\/tt> return can also indicate that the map\n   *         previously associated <tt>null<\/tt> with <tt>key<\/tt>.)\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def remove(key: K): Boolean = {\n    val e: Boolean = map.remove(key)\n    (e == DEFAULT_PRESENT_VALUE)\n  }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def -=(key: K): Boolean = remove(key)\n\n  \/**\n   * Removes all of the mappings from this map.\n   * The map will be empty after this call returns.\n   *\/\n  \/\/ @inline \/\/inlining is disabled during development\n  final def clear:Unit = map.clear\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def capacity: Int = map.table.length\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def size:Int = map.size\n\n  \/\/ def loadFactor: Float = {\n  \/\/   return loadFactor\n  \/\/ }\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreach(f: K => Unit): Unit = map.foreachKey(f)\n\n  \/\/ @inline \/\/inlining is disabled during development\n  final def foreachEntry(f: Map.Entry[K, Boolean] => Unit): Unit = map.foreachEntry(f)\n\n  override def toString: String = {\n    var res = new StringBuilder(\"[\")\n    var first = true\n    map.foreachEntry{ e =>\n      if(first) first = false\n      else res.append(\", \")\n      res.append(e.getKey.toString)\n    }\n    res.append(\"]\")\n    res.toString\n  }\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/ThreadTest3.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\nimport ThreadTest3._\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.lib.mvconcurrent._\nimport TransactionManager._\n\n\/**\n * This class tests the maximum performance of multi-threaded app\n * (i.e. the maximum number of calls to an empty function),\n * by signaling the exec thread via @volatile booleans inside\n * the exec thread\n *\n * The results for a machine with 1 CPU with 12 cores\n *   For the case of a only begin operation + setting the current (null) xact (via activeXacts array):\n *     1  thread :   126,462,980 xact\/sec\n *     2  threads:    66,375,109 xact\/sec\n *     4  threads:    80,213,871 xact\/sec\n *     8  threads:   134,023,810 xact\/sec\n *     12 threads:   210,861,234 xact\/sec\n *     16 threads:   271,575,770 xact\/sec\n *     24 threads:   418,764,375 xact\/sec\n *   For the case of a only begin operation + setting the current (null) xact (via ThreadInfo):\n *     1  thread :   126,340,389 xact\/sec\n *     2  threads:   252,283,362 xact\/sec\n *     4  threads:   197,042,930 xact\/sec\n *     8  threads:   244,165,767 xact\/sec\n *     12 threads:   208,543,010 xact\/sec\n *     16 threads:   296,191,759 xact\/sec\n *     24 threads:   477,033,163 xact\/sec\n *   For the case of a only begin operation + creating an empty transaction object:\n *     1  thread :   541,810,148 xact\/sec\n *     2  threads: 1,084,959,339 xact\/sec\n *     4  threads: 1,978,495,881 xact\/sec\n *     8  threads: 3,819,698,198 xact\/sec\n *     12 threads: 5,726,755,825 xact\/sec\n *     16 threads: 5,725,844,688 xact\/sec\n *     24 threads: 5,725,458,128 xact\/sec\n *   For the case of a only begin operation + setting the current (non-null, but empty) xact (via activeXacts array):\n *     1  thread :    52,460,615 xact\/sec\n *     2  threads:    30,189,358 xact\/sec\n *     4  threads:    38,595,221 xact\/sec\n *     8  threads:    46,321,790 xact\/sec\n *     12 threads:    39,862,235 xact\/sec\n *     16 threads:    44,808,081 xact\/sec\n *     24 threads:    36,189,501 xact\/sec\n *   For the case of a only begin operation + setting the current (non-null, but empty) xact (via ThreadInfo):\n *     1  thread :    55,490,355 xact\/sec\n *     2  threads:    78,975,037 xact\/sec\n *     4  threads:    40,072,635 xact\/sec\n *     8  threads:    43,386,622 xact\/sec\n *     12 threads:   117,169,999 xact\/sec\n *     16 threads:   254,725,196 xact\/sec\n *     24 threads:   130,685,287 xact\/sec\n *   For the case of a only begin operation + getAndIncrement on startAndCommitTimestampGen as AtomicLong (without timestampLock) + creating an empty transaction object (with a correct start TS):\n *     1  thread :   126,407,353 xact\/sec\n *     2  threads:    55,598,296 xact\/sec\n *     4  threads:    48,759,885 xact\/sec\n *     8  threads:    49,195,878 xact\/sec\n *     12 threads:    49,229,183 xact\/sec\n *     16 threads:    49,142,449 xact\/sec\n *     24 threads:    49,838,579 xact\/sec\n *   For the case of a only begin operation + getAndIncrement on startAndCommitTimestampGen as BackoffAtomicLong (without timestampLock) + creating an empty transaction object (with a correct start TS):\n *     1  thread :   101,965,179 xact\/sec\n *     2  threads:    45,258,845 xact\/sec\n *     4  threads:    35,649,251 xact\/sec\n *     8  threads:    33,416,584 xact\/sec\n *     12 threads:    32,311,750 xact\/sec\n *     16 threads:    30,348,829 xact\/sec\n *     24 threads:    28,649,091 xact\/sec\n *   For the case of a only begin operation + getAndIncrement on startAndCommitTimestampGen as AtomicLong (with timestampLock) + creating an empty transaction object (with a correct start TS):\n *     1  thread :    46,942,499 xact\/sec\n *     2  threads:     8,578,467 xact\/sec\n *     4  threads:     7,372,538 xact\/sec\n *     8  threads:     7,233,321 xact\/sec\n *     12 threads:     8,708,049 xact\/sec\n *     16 threads:    10,667,376 xact\/sec\n *     24 threads:    10,175,014 xact\/sec\n *   For the case of a only begin operation + getAndIncrement on startAndCommitTimestampGen as volatile variable (with timestampLock) + creating an empty transaction object (with a correct start TS):\n *     1  thread :    43,824,397 xact\/sec\n *     2  threads:     8,199,790 xact\/sec\n *     4  threads:     7,107,507 xact\/sec\n *     8  threads:     7,332,674 xact\/sec\n *     12 threads:    10,235,128 xact\/sec\n *     16 threads:     9,535,717 xact\/sec\n *     24 threads:    10,416,183 xact\/sec\n *   For the case of a only begin operation + getAndIncrement on transactionIdGen + getAndIncrement on startAndCommitTimestampGen as AtomicLong (with timestampLock) + creating an empty transaction object (with a correct start TS):\n *     1  thread :    37,294,120 xact\/sec\n *     2  threads:     7,110,754 xact\/sec\n *     4  threads:     6,823,667 xact\/sec\n *     8  threads:     7,002,666 xact\/sec\n *     12 threads:     9,467,667 xact\/sec\n *     16 threads:     9,699,644 xact\/sec\n *     24 threads:     8,897,522 xact\/sec\n *   For the case of a full begin operation (without read-only hint):\n *     1  thread :     17,698,560 xact\/sec\n *     2  threads:      4,997,113 xact\/sec\n *     4  threads:      4,601,611 xact\/sec\n *     8  threads:      4,838,480 xact\/sec\n *     12 threads:      6,161,817 xact\/sec\n *     16 threads:      5,918,039 xact\/sec\n *     24 threads:      5,712,544 xact\/sec\n *   For the case of a full begin operation (with read-only hint):\n *     1  thread :     18,550,545 xact\/sec\n *     2  threads:      6,306,725 xact\/sec\n *     4  threads:      5,825,917 xact\/sec\n *     8  threads:      5,122,738 xact\/sec\n *     12 threads:      7,218,744 xact\/sec\n *     16 threads:      6,560,245 xact\/sec\n *     24 threads:      6,341,557 xact\/sec\n *   For the case of a full begin and commit operations:\n *     1  thread :     4,122,311 xact\/sec\n *     2  threads:     6,329,151 xact\/sec\n *     4  threads:     1,247,336 xact\/sec\n *     8  threads:     1,105,749 xact\/sec\n *     12 threads:     1,157,761 xact\/sec\n *     16 threads:     1,139,353 xact\/sec\n *     24 threads:     1,428,866 xact\/sec\n *\/\nobject ThreadTest3 {\n\tval rampupTime = 10\n\tval measureTime = 10\n\n\tval accountsTbl = new ConcurrentSHMapMVCC[Int \/*Account Number*\/,Tuple1[Long] \/*Boolean*\/](\"ACCOUNTS_TBL\")\n\n\tval stateChecker = new StateChecker\n\n\tclass SampleWorker(tm:TransactionManager, id:Int, numConn:Int, stateChecker:StateChecker) extends Thread {\n\t\tvar counter = 0L\n\t\tval tInfo = new ThreadInfo(id)\n\t\t\/\/ var counter2 = 0\n\t\toverride def run() {\n\t\t\t\/\/ println(\"started \" + id)\n\t\t\twhile(stateChecker.isActive) {\n\t\t\t\t\/\/ println(\"stateChecker.isActive = \" + stateChecker.isActive)\n\t\t\t\timplicit val xact = tm.begin(\"Xact1\", true)(tInfo)\n\t\t\t\ttry {\n\t\t\t\t\t\/\/ val fromAccNum = tInfo.tid\n\t\t\t\t\t\/\/ val toAccNum = tInfo.tid+numConn\n\t\t\t\t\t\/\/ val amount = 2\n\n\t\t\t\t\t\/\/ val fromAcc = accountsTbl.getEntry(fromAccNum)\n\t\t\t\t\t\/\/ fromAcc.setEntryValue(Tuple1(fromAcc.row._1 - amount))\n\n\t\t\t\t\t\/\/ val toAcc = accountsTbl.getEntry(toAccNum)\n\t\t\t\t\t\/\/ toAcc.setEntryValue(Tuple1(toAcc.row._1 + amount))\n\t\t\t\t\t\/\/ tm.commit\n\t\t\t\t} catch {\n\t\t\t\t\tcase e: Throwable => tm.rollback\n\t\t\t\t}\n\t\t\t\tif(stateChecker.counting_on) {\n\t\t\t\t\t\/\/ println(\"stateChecker.counting_on = \" + stateChecker.counting_on)\n\t\t\t\t\tcounter += 1L\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\/\/ println(\"finished \" + id)\n\t\t}\n\t}\n\n\tclass StateChecker {\n\t\t@volatile var counting_on = false\n\t\t@volatile var isActive = true\n\t}\n\n\tdef main(argv:Array[String]) {\n\t\tif(argv.length == 0) throw new RuntimeException(\"Please specify the number of connections\")\n\t\tval numConn =  Integer.parseInt(argv(0))\n\n\t\tval tm = new TransactionManager(numConn, false)\n\n\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\tval workers = new Array[SampleWorker](numConn)\n\n\t\tinit(tm, numConn)\n\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval worker = new SampleWorker(tm, i, numConn, stateChecker)\n\t\t\tworkers(i) = worker\n\t\t\texecutor.execute(worker)\n\t\t}\n\t\t\/\/ println(\"started\")\n\t\t\/\/ println(\"ramp up\")\n\t\tThread.sleep(rampupTime * 1000)\n\t\tstateChecker.counting_on = true\n\t\t\/\/ println(\"counting\")\n\t\tval startTime = System.currentTimeMillis()\n\t\ttry {\n\t\t\tThread.sleep(measureTime * 1000)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => new RuntimeException(\"Sleep interrupted\", e)\n\t\t}\n\t\tstateChecker.counting_on = false\n\t\tstateChecker.isActive = false\n\t\tval actualTestTime = System.currentTimeMillis() - startTime\n\t\t\/\/ println(\"finished\")\n\t\tvar countAll = 0L\n\t\tfor (i <- 0 until numConn) {\n\t\t\tcountAll += workers(i).counter\n\t\t\t\/\/ println(\"worker(%d) = %,d\".format(i, workers(i).counter))\n\t\t}\n\t\t\/\/ println(\"countAll = %,d\".format(countAll))\n\t\t\/\/ println(\"actualTestTime = %d\".format(actualTestTime))\n\t\tprintln(\"run\/sec = %,.0f\".format((countAll * 1.0) \/ (actualTestTime \/ 1000.0) ))\n\t\texecutor.shutdown()\n\t\t\/\/ println(\"trying to shut down\")\n\t\ttry {\n\t\t\texecutor.awaitTermination(30, TimeUnit.SECONDS)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t}\n\t\t\/\/ println(\"shut down\")\n\t}\n\n\tdef init(tm:TransactionManager, numConn:Int) = {\n\t\t\/\/ implicit val xact = tm.begin(\"InitXact\")(new ThreadInfo(0))\n\t\t\/\/ for(i <- 0 until (numConn*2)) accountsTbl += (i, Tuple1(i*3L))\n\t\t\/\/ xact.commit\n\t\tthis\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/store\/IndexBench.scala","text":"<gh_stars>0\npackage ddbt.lib.store \/\/ faking\nimport ddbt.test.store._\nimport ddbt.Utils._\nimport java.io._\n\n\/\/ S = number of samples\n\/\/ N = total number of elements in the hash map\n\/\/ M = elements per slice\n\/\/ lf = load factor\n\nobject IndexBench {\n  \/\/ XXX: We should assume 80% read \/ 20% write workload\n  def work(s:Store[E], N:Int, M:Int, S:Int) = {\n    val L=N\/M; var i=0\n\n    i % (N\/M)\n\n    var e:E=null.asInstanceOf[E]; s.clear; System.gc(); System.gc(); Thread.sleep(20);\n    i=0; while(i<N) { s.insert(E(i%L,i,i)); i+=1; } \/\/ 10% insert\n    \/\/ i=0; while(i<N) { e=s.get(0,s.get(1,s.get(2,E(i%L,i,i)))); i+=1 } \/\/ 30% get\n    val ts = (0 until S).map { x => ns(()=>{\n      (0 until 10).foreach { x => i=0; while(i<L) {\n        val e0 = E(i%L,i,i)\n        \/\/s.slice(0,e0,x => e=x) \/\/ ~50% slicing (well a bit less with slice 0)\n        \/\/s.slice(2,e0,x => e=x)\n        \/\/s.slice(2,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        \/*\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        *\/\n        i+=1\n      }}\n    })._1 }\n    \/\/i=0; while(i<N) { s.delete(E(i%L,i,i)); i+=1; } \/\/ 10% delete\n    ts.sorted\n  }\n\n  def test(S:Int,N:Int,M:Int,lf_u:Double,lf_nu:Double,out:PrintStream=null) {\n    val L=N\/M \/\/ Keep elements in an array (to refer after)\n    \/\/val a=new Array[E](N); var i=0; while (i<N) { a(i)=E(i%L,i,i); i+=1; }\n\n    \/\/ Create new stores\n    val s1 = new Store[E](3,Array[EntryIdx[E]](E_I0,E_I1,E_I2))\n    \/\/s1.index(0,new IdxHashT(s1,0,true,lf_u.toFloat))\n    s1.index(1,new IdxHashT(s1,1,false,lf_nu.toFloat))\n    \/\/s1.index(2,new IdxHashT(s1,2,false,lf_nu.toFloat))\n\n    val s2 = new Store[E](3,Array[EntryIdx[E]](E_I0,E_I1,E_I2))\n    \/\/s2.index(0,new IdxHash(s2,0,true,lf_u.toFloat))\n    s2.index(1,new IdxHash(s2,1,false,lf_nu.toFloat))\n    \/\/s2.index(2,new IdxHash(s2,2,false,lf_nu.toFloat))\n\n    val ts1 = work(s1,N,M,S)\n    val ts2 = work(s2,N,M,S)\n    val (med1,med2)=if (S%2==1) (ts1(S\/2),ts2(S\/2)) else (  (ts1(S\/2)+ts1(S\/2-1))\/2,  (ts2(S\/2)+ts2(S\/2-1))\/2  )\n    val str = List(S,N,M,lf_u,lf_nu,\n                   time(ts1(0)),time(med1),time(ts1(S-1)), \/\/ IdxHashTree\n                   time(ts2(0)),time(med2),time(ts2(S-1))  \/\/ IdxHashList\n              ).mkString(\",\")\n    println(str); if (out!=null) out.println(str);\n  }\n\n  def main(args:Array[String]) {\n    val S = 10\n    val N = 1000000\n    val out = new PrintStream(new File(\"test\/store\/out.txt\"))\n\n    \/\/ lf_u is best in 0.7-1.5\n    \/\/ lf_nu\n\n    test(S*3,N,50,.75,.75,null); \/\/ warm-up\n    for (M <- List(100,200,500,1000,2000,5000,10000,20000,50000,100000)) {\n      test(S,N,M,.75,.75,out)\n    }\n    out.close;\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/store\/Container.scala","text":"package ddbt.lib.store\nimport scala.reflect._\n\nimport ddbt.Utils.ind\nimport scala.collection.mutable.HashMap\n\nclass Container[E<:Entry]()(implicit cE:ClassTag[E])\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/lms\/LMSTx.scala","text":"package tpcc.lms\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.tpcc.itx._\nimport ddbt.tpcc.loadtest.TpccConstants._\nimport java.util.Date\nimport tpcc.lmsgen.EfficientExecutor\nimport java.sql.Connection\nimport java.sql.Statement\nimport java.sql.ResultSet\nimport ddbt.tpcc.tx._\nimport tpcc.lmsgen._\n\nclass InMemoryLMSTxImpl extends IInMemoryTx {\n  var exec:EfficientExecutor = null\n\n  override def setSharedData(db:AnyRef) = {\n    exec = db.asInstanceOf[EfficientExecutor]\n    this\n  }\n} \n\nclass NewOrderLMSImpl extends InMemoryLMSTxImpl with INewOrderInMem {\n  override def newOrderTx(datetime:Date, t_num: Int, w_id:Int, d_id:Int, c_id:Int, o_ol_count:Int, o_all_local:Int, itemid:Array[Int], supware:Array[Int], quantity:Array[Int], price:Array[Float], iname:Array[String], stock:Array[Int], bg:Array[Char], amt:Array[Float])(implicit tInfo: ThreadInfo): Int = {\n    exec.newOrderTxInst(SHOW_OUTPUT, datetime,t_num, w_id, d_id, c_id, o_ol_count, o_all_local, itemid, supware, quantity, price, iname, stock, bg, amt)\n  }\n}\n\nclass DeliveryLMSImpl extends InMemoryLMSTxImpl with IDeliveryInMem {\n  override def deliveryTx(datetime:Date, w_id: Int, o_carrier_id: Int)(implicit tInfo: ThreadInfo): Int = {\n    exec.deliveryTxInst(SHOW_OUTPUT, datetime, w_id, o_carrier_id)\n  }\n}\n\nclass OrderStatusLMSImpl extends InMemoryLMSTxImpl with IOrderStatusInMem {\n  override def orderStatusTx(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_id: Int, c_last: String)(implicit tInfo: ThreadInfo): Int = {\n    exec.orderStatusTxInst(SHOW_OUTPUT, datetime, t_num, w_id, d_id, c_by_name, c_id, c_last)\n  }\n}\n\nclass PaymentLMSImpl extends InMemoryLMSTxImpl with IPaymentInMem {\n  override def paymentTx(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_w_id: Int, c_d_id: Int, c_id: Int, c_last_input: String, h_amount: Float)(implicit tInfo: ThreadInfo): Int = {\n    exec.paymentTxInst(SHOW_OUTPUT, datetime, t_num, w_id, d_id, c_by_name, c_w_id, c_d_id, c_id, c_last_input, h_amount)\n  }\n}\n\nclass StockLevelLMSImpl extends InMemoryLMSTxImpl with IStockLevelInMem {\n  override def stockLevelTx(t_num: Int, w_id: Int, d_id: Int, threshold: Int)(implicit tInfo: ThreadInfo): Int = {\n    exec.stockLevelTxInst(SHOW_OUTPUT, null, t_num, w_id, d_id, threshold)\n  }\n}\n\nobject LMSDataLoader {\n  def loadDataIntoMaps(exec:EfficientExecutor,driverClassName:String, jdbcUrl:String, db_user:String, db_password:String) = {\n    val conn = ddbt.tpcc.loadtest.DatabaseConnector.connectToDB(driverClassName,jdbcUrl,db_user,db_password)\n    var stmt:Statement = null\n    var rs:ResultSet = null\n      try {\n          stmt = conn.createStatement();\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_WAREHOUSES);\n          while (rs.next()) {\n            exec.x2.insert(SEntry9_ISSSSSSFD(\n              rs.getInt(\"w_id\"),\n              rs.getString(\"w_name\"),\n              rs.getString(\"w_street_1\"),\n              rs.getString(\"w_street_2\"),\n              rs.getString(\"w_city\"),\n              rs.getString(\"w_state\"),\n              rs.getString(\"w_zip\"),\n              rs.getFloat(\"w_tax\"),\n              rs.getDouble(\"w_ytd\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_CUSTOMERS);\n          while (rs.next()) {\n            exec.x7.insert(SEntry21_IIISSSSSSSSSASFFFFIIS(\n              rs.getInt(\"c_id\"),\n              rs.getInt(\"c_d_id\"),\n              rs.getInt(\"c_w_id\"),\n              rs.getString(\"c_first\"),\n              rs.getString(\"c_middle\"),\n              rs.getString(\"c_last\"),\n              rs.getString(\"c_street_1\"),\n              rs.getString(\"c_street_2\"),\n              rs.getString(\"c_city\"),\n              rs.getString(\"c_state\"),\n              rs.getString(\"c_zip\"),\n              rs.getString(\"c_phone\"),\n              rs.getTimestamp(\"c_since\"),\n              rs.getString(\"c_credit\"),\n              rs.getFloat(\"c_credit_lim\"),\n              rs.getFloat(\"c_discount\"),\n              rs.getFloat(\"c_balance\"),\n              rs.getFloat(\"c_ytd_payment\"),\n              rs.getInt(\"c_payment_cnt\"),\n              rs.getInt(\"c_delivery_cnt\"),\n              rs.getString(\"c_data\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_DISTRICTS);\n          while (rs.next()) {\n            exec.x5.insert(SEntry11_IISSSSSSFDI(\n              rs.getInt(\"d_id\"),\n              rs.getInt(\"d_w_id\"),\n              rs.getString(\"d_name\"),\n              rs.getString(\"d_street_1\"),\n              rs.getString(\"d_street_2\"),\n              rs.getString(\"d_city\"),\n              rs.getString(\"d_state\"),\n              rs.getString(\"d_zip\"),\n              rs.getFloat(\"d_tax\"),\n              rs.getDouble(\"d_ytd\"),\n              rs.getInt(\"d_next_o_id\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_HISTORIES);\n          while (rs.next()) {\n            exec.x1.insert(SEntry8_IIIIIAFS(\n              rs.getInt(\"h_c_id\"),\n          rs.getInt(\"h_c_d_id\"),\n          rs.getInt(\"h_c_w_id\"),\n          rs.getInt(\"h_d_id\"),\n          rs.getInt(\"h_w_id\"),\n          rs.getTimestamp(\"h_date\"),\n          rs.getFloat(\"h_amount\"),\n          rs.getString(\"h_data\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_ITEMS);\n          while (rs.next()) {\n            exec.x3.insert(SEntry5_IISFS(\n              rs.getInt(\"i_id\"),\n              rs.getInt(\"i_im_id\"),\n              rs.getString(\"i_name\"),\n              rs.getFloat(\"i_price\"),\n              rs.getString(\"i_data\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_NEW_ORDERS);\n          while (rs.next()) {\n            exec.x0.insert(SEntry3_III(\n              rs.getInt(\"no_o_id\"),\n              rs.getInt(\"no_d_id\"),\n              rs.getInt(\"no_w_id\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_ORDER_LINES);\n          while (rs.next()) {\n            exec.x6.insert(SEntry10_IIIIIIAIFS(\n              rs.getInt(\"ol_o_id\"),\n              rs.getInt(\"ol_d_id\"),\n              rs.getInt(\"ol_w_id\"),\n              rs.getInt(\"ol_number\"),\n              rs.getInt(\"ol_i_id\"),\n              rs.getInt(\"ol_supply_w_id\"),\n              rs.getTimestamp(\"ol_delivery_d\"),\n              rs.getInt(\"ol_quantity\"),\n              rs.getFloat(\"ol_amount\"),\n              rs.getString(\"ol_dist_info\")\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_ORDERS);\n          while (rs.next()) {\n            val o_carrier_id = rs.getInt(\"o_carrier_id\")\n            val o_carrier_id_wasNull = rs.wasNull\n            val o_all_local = (rs.getInt(\"o_all_local\") > 0)\n            exec.x4.insert(SEntry8_IIIIAIIB(\n              rs.getInt(\"o_id\"),\n              rs.getInt(\"o_d_id\"),\n              rs.getInt(\"o_w_id\"),\n              rs.getInt(\"o_c_id\"),\n              rs.getTimestamp(\"o_entry_d\"),\n              if(o_carrier_id_wasNull) (-1) else rs.getInt(\"o_carrier_id\"),\n              rs.getInt(\"o_ol_cnt\"),\n              o_all_local\n            ))\n          }\n          rs.close\n\n          rs = stmt.executeQuery(TpccSelectQueries.ALL_STOCKS);\n          while (rs.next()) {\n            exec.x8.insert(SEntry17_IIISSSSSSSSSSIIIS(\n              rs.getInt(\"s_i_id\"),\n              rs.getInt(\"s_w_id\"),\n              rs.getInt(\"s_quantity\"),\n              rs.getString(\"s_dist_01\"),\n              rs.getString(\"s_dist_02\"),\n              rs.getString(\"s_dist_03\"),\n              rs.getString(\"s_dist_04\"),\n              rs.getString(\"s_dist_05\"),\n              rs.getString(\"s_dist_06\"),\n              rs.getString(\"s_dist_07\"),\n              rs.getString(\"s_dist_08\"),\n              rs.getString(\"s_dist_09\"),\n              rs.getString(\"s_dist_10\"),\n              rs.getInt(\"s_ytd\"),\n              rs.getInt(\"s_order_cnt\"),\n              rs.getInt(\"s_remote_cnt\"),\n              rs.getString(\"s_data\")\n            ))\n          }\n          rs.close\n\n          \/\/ println(\"All Tables loaded...\")\n          \/\/ println(\"Warehouse => \" + warehouseTbl)\n      } finally {\n          if (stmt != null) { stmt.close(); }\n      }\n  }\n\n  def getAllMapsInfoStr(exec:EfficientExecutor):String = {\n    new StringBuilder(\"\\nTables Info:\\nnewOrderTbl => \").append(exec.x0.getInfoStr).append(\"\\n\")\n    .append(\"historyTbl => \").append(exec.x1.getInfoStr).append(\"\\n\")\n    .append(\"warehouseTbl => \").append(exec.x2.getInfoStr).append(\"\\n\")\n    .append(\"itemPartialTbl => \").append(exec.x3.getInfoStr).append(\"\\n\")\n    .append(\"orderTbl => \").append(exec.x4.getInfoStr).append(\"\\n\")\n    .append(\"districtTbl => \").append(exec.x5.getInfoStr).append(\"\\n\")\n    .append(\"orderLineTbl => \").append(exec.x6.getInfoStr).append(\"\\n\")\n    .append(\"customerTbl => \").append(exec.x7.getInfoStr).append(\"\\n\")\n    .append(\"stockTbl => \").append(exec.x8.getInfoStr).toString\n  }\n\n  def moveDataToTpccTable(exec:EfficientExecutor, implVersionUnderTest:Int):TpccTable = {\n    val res = new TpccTable(implVersionUnderTest)\n    exec.x0.foreach { e=> res.onInsert_NewOrder(e._1,e._2,e._3) }\n    exec.x1.foreach { e=> res.onInsert_HistoryTbl(e._1,e._2,e._3,e._4,e._5,e._6,e._7,e._8) }\n    exec.x2.foreach { e=> res.onInsert_Warehouse(e._1,e._2,e._3,e._4,e._5,e._6,e._7,e._8,e._9) }\n    exec.x3.foreach { e=> res.onInsert_Item(e._1,e._2,e._3,e._4,e._5) }\n    exec.x4.foreach { e=> res.onInsert_Order(e._1,e._2,e._3,e._4,e._5,if(e._6 == -1) None else Some(e._6),e._7,e._8) }\n    exec.x5.foreach { e => res.onInsert_District(e._1,e._2,e._3,e._4,e._5,e._6,e._7,e._8,e._9,e._10,e._11) }\n    exec.x6.foreach { e => res.onInsertOrderLine(e._1,e._2,e._3,e._4,e._5,e._6,if(e._7 == null) None else Some(e._7),e._8,e._9,e._10) }\n    exec.x7.foreach { e => res.onInsertCustomer(e._1,e._2,e._3,e._4,e._5,e._6,e._7,e._8,e._9,e._10,e._11,e._12,e._13,e._14,e._15,e._16,e._17,e._18,e._19,e._20,e._21) }\n    exec.x8.foreach { e => res.onInsertStock(e._1,e._2,e._3,e._4,e._5,e._6,e._7,e._8,e._9,e._10,e._11,e._12,e._13,e._14,e._15,e._16,e._17) }\n    res\n  }\n}\n\n\/\/ class LMSTables extends TpccTable {\n\/\/   def loadDataIntoMaps(driverClassName:String, jdbcUrl:String, db_user:String, db_password:String) = {\n\/\/   }\n\/\/   def getAllMapsInfoStr:String = {\n\n\/\/   }\n\/\/ }"}
{"repo_name":"epfldata\/mv3c","path":"test\/store\/ScaleTests.scala","text":"package ddbt.test.store\nimport ddbt.lib.store._\n\nobject ScaleTests {\n  import ddbt.Utils.{ns,time}\n\n  val s = new Store[SEntry3_III](2,Array(SEntry3_III_Idx0,SEntry3_III_Idx1))\n  s.index(0,IHash,false)\n  s.index(1,ISliceHeapMin,false,0)\n\n  def run(N:Int):Long = {\n    System.gc\n    val r = ns{()=>\n      var i=0; while (i<N) { i+=1; s.insert(SEntry3_III(1*i,2*i,3*i)); }\n    }._1\n    s.clear;\n    System.gc\n    r\n  }\n\n  def main(args: Array[String]) {\n    val H=15\n    val F=100000\n    val n1 = (0 until H*2+1).map(x=>run(1*F)).sorted.apply(0)\n    val n2 = (0 until H*2+1).map(x=>run(10*F)).sorted.apply(0)\n    println(\"100K: \"+time(n1)+\" 1M: \"+time(n2)+\" => \"+(n2\/(10.0*n1)))\n  }\n}\n\n  case class SEntry3_III(var _1:Int = 0, var _2:Int = 0, var _3:Int = 0) extends Entry(2) {\n    def copy = SEntry3_III(_1, _2, _3)\n  }\n\n  object SEntry3_III_Idx0 extends EntryIdx[SEntry3_III] {\n    override def cmp(e1:SEntry3_III,e2:SEntry3_III):Int = if(e1._2 == e2._2 && e1._3 == e2._3) 0 else 1\n    override def hash(e:SEntry3_III):Int = {\n      var hash:Int = 0xcafebabe\n      var mix:Int = e._2.## * 0xcc9e2d51\n      mix = (mix << 15) | (mix >>> -15)\n      mix *= 0x1b873593\n      mix ^= hash\n      mix = (mix << 13) | (mix >>> -13)\n      hash = mix * 5 + 0xe6546b64\n      mix = e._3.## * 0xcc9e2d51\n      mix = (mix << 15) | (mix >>> -15)\n      mix *= 0x1b873593\n      mix ^= hash\n      mix = (mix << 13) | (mix >>> -13)\n      hash = mix * 5 + 0xe6546b64\n      hash ^= 2\n      hash ^= hash >>> 16\n      hash *= 0x85ebca6b\n      hash ^= hash >>> 13\n      hash *= 0xc2b2ae35\n      hash ^= hash >>> 16\n      hash\n    }\n  }\n  object SEntry3_III_Idx1 extends EntryIdx[SEntry3_III] {\n    override def cmp(e1:SEntry3_III,e2:SEntry3_III):Int = if(e1._1 < e2._1) { -1 } else if(e1._1 > e2._1) { 1 } else { 0 }\n    override def hash(e:SEntry3_III):Int = e._1\n  }\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/store\/StoreTests.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.test.store\nimport org.scalatest.FunSpec\nimport ddbt.lib.store._\n\nclass StoreTests extends FunSpec {\n  val N = 5\n  val ks = (0 until N).map(x=>E(x,x,0.0))\n  val ts = Array[IndexType](IHash, \/*IDirect,*\/ IArray, IBTree)\n  def test_access(s:Store[E],sl_n:Int) {\n    assert(s.size==N*N,\"size()\")\n    var n=0; s.foreach(x=>n+=1); assert(n==N*N,\"foreach()\")\n    ks.foreach{k=> assert(s.get(0,k)!=null,\"get()\"); n=0; s.slice(0,k,x=>n+=1); assert(n==sl_n,\"slice()\") }\n  }\n  def test_insdel(s:Store[E],sl_n:Int,uniq:Boolean) {\n    var es:List[E] = Nil\n    \/\/s.foreach{e=>es=e::es; s.delete(e) }; assert(s.size==0,\"delete()\")\n\n    s.foreach{e=>es=e::es}\n    es=scala.util.Random.shuffle(es)\n    es.foreach{e=>s.delete(e)}; assert(s.size==0,\"delete()\")\n\n    es.foreach(e=>s.insert(e)); assert(s.size==es.size,\"insert()\")\n    es.foreach(e=>s.insert(e)); assert(s.size==(if (uniq) es.size else 2*es.size),\"unique\")\n    s.clear; es.foreach(e=>s.insert(e))\n    test_access(s,sl_n)\n  }\n  def test_update(s:Store[E],sl_n:Int) { var n=0\n    var es:List[E] = Nil; s.foreach{e=>es=e::es} \/\/ WARNING: update in foreach not supported\n    es.foreach{e=>e._1+=(N*N); s.update(e)}\n    ks.foreach{k=>assert(s.get(0,k)==null); n=0; s.slice(0,k,x=>n+=1); assert(n==0,\"update() 1\") }\n    es.foreach{e=>e._1=(N*N)+N-1-e._1; s.update(e)}\n    ks.foreach{k=>assert(s.get(0,k)!=null); n=0; s.slice(0,k,x=>n+=1); assert(n==sl_n,\"update() 2\") }\n  }\n  def test_range(s:Store[E],sl_n:Int) {\n    var n=0; if (N<4) { println(\"test_range skipped\"); return; }\n    n=0; s.range(0,ks(1),ks(4),true,true,e=>n+=1); assert(n==sl_n*4,\"range(true,true)\");\n    n=0; s.range(0,ks(1),ks(4),false,true,e=>n+=1); assert(n==sl_n*3,\"range(false,true)\");\n    n=0; s.range(0,ks(1),ks(4),true,false,e=>n+=1); assert(n==sl_n*3,\"range(true,false)\");\n    n=0; s.range(0,ks(1),ks(4),false,false,e=>n+=1); assert(n==sl_n*2,\"range(false,false)\");\n  }\n  \/*\n  def test_min_max(s:Store[E],uniq:Boolean) {\n    assert(s.getMin(0)._1==0,\"getMin()\")\n    assert(s.getMax(0)._1==(if (uniq) N*N-1 else N-1),\"getMax()\")\n  }\n  *\/\n  \/*\n  def test_median(s:Store[E]) {\n    var vs = List[Int](); s.foreach(e=>vs=e._1::vs)\n    val m = vs.sorted.apply(vs.size\/2); assert(s.getMedian(0)._1==m)\n  }\n  *\/\n  \/\/ XXX: test prev and next\n  def text_prev_next(s:Store[E]) {\n\n  }\n\n  def store(t:IndexType,uniq:Boolean,n:Int=1) = {\n    val s = new Store[E](n, Array[EntryIdx[E]](E_I0,E_I1,E_I2));\n    s.index(0,t match { case IHash|IBTree=>t case _ => IHash } ,uniq)\n    (0 until N*N) foreach { x => s.insert(if (uniq) E(x,x,3.4) else E(x%N,x\/N,3.4)) }\n    s.index(0,t,uniq); s\n  }\n  def test(uniq:Boolean) {\n    ts.foreach{ t =>\n      val s = store(t,uniq)\n      val sl_n = if (uniq) 1 else N\n      \/\/if (t!=IBounds)\n      it(t+\" access\") { test_access(s,sl_n) }\n      if (t!=IHash) {\n        \/\/if (t!=IBounds)\n        it(t+\" range\") { test_range(s,sl_n) }\n        \/\/it(t+\" min_max\") { test_min_max(s,uniq) }\n      }\n      \/\/if (t==IArray) it(t+\" median\") { test_median(s) }\n      t match { case IHash|IBTree \/*|ISplay*\/ =>\n        it(t+\" update\") { test_update(s,sl_n) }\n        it(t+\" insdel\") { test_insdel(s,sl_n,uniq) }\n        case _ => }\n    }\n  }\n\n  describe(\"Multi-key store\") { test(false) }\n  describe(\"Unique key store\") { test(true) }\n  describe(\"Slice min\/max\") {\n    def sl(t:IndexType,ss:Int) {\n      val s=store(IHash,false,2); s.index(1,t,true,0)\n      (0 until N) foreach { x => s.delete(s.get(1,ks(x))) }\n      (0 until N) foreach { x => assert(s.get(1,ks(x))._2==ss); }\n    }\n    it(\"Min\") { sl(ISliceMin,1) }\n    it(\"Max\") { sl(ISliceMax,N-2) }\n    it(\"HeapMin\") { sl(ISliceHeapMin,1) }\n    it(\"HeapMax\") { sl(ISliceHeapMax,N-2) }\n  }\n  describe(\"List\") {\n    val s = new Store[E](1,Array[EntryIdx[E]](E_I0)); s.index(0,IList,false);\n    (0 until N*N) foreach { x => s.insert(E(x,x,3.4)) }\n    var es:List[E]=Nil; (0 until N) foreach { x => es=s.get(0,ks(x))::es }; es.foreach { e=> s.delete(e) }\n    var n=0; s.foreach{ x=>n+=1 }; assert(n==N*(N-1))\n  }\n\n  describe(\"Store2\") {\n\n\n\/*\n    val s = new Store[SEntry3_III](2);\n    val x0 = new storage.Store[SEntry3_III](2)\n    x0.index(0,IHash,false)\n    x0.index(1,ISliceMin,false,0)\n    (1 to 10) foreach { y=>\n      (2101 to 3000) foreach { x=>\n        s.insert(SEntry3_III(y,x,1))\n      }\n    }\n    println(\"Ready\")\n    s.insert(SEntry3_III(3001,10,1))\n    s.insert(SEntry3_III(3001,2,1))\n    s.insert(SEntry3_III(3001,3,1))\n    s.insert(SEntry3_III(3001,6,1))\n    s.insert(SEntry3_III(3001,8,1))\n    s.insert(SEntry3_III(3001,9,1))\n    s.insert(SEntry3_III(3002,3,1))\n    s.delete(SEntry3_III(3000,1,1))\n    s.insert(SEntry3_III(2999,1,1))\n    s.get(1,SEntry3_III(0,2,1))\n    println(\"Done\")\n*\/\n  }\n\n  \/*\n  describe(\"Store1\") {\n    val s = new Store[E](2);\n    s.index(0,IHash);\n    s.index(1,INone);\n    (0 until 100) foreach { x => s.insert(E(x%10,x\/10,3.4)) }\n    s.index(1,IHash);\n    it(\"Count elements\") {\n      assert(s.size==100)\n      val e = s.get(0,ks(4)); assert(e!=null)\n      s.delete(e); assert(s.size==99)\n      s.insert(e); assert(s.size==100)\n    }\n    it(\"Hold elements\") { var n=0; s.foreach{e=> n+=1 }; assert(n==100) }\n    it(\"Slice elements\") { var n=0; s.slice(0,ks(2),e=>n+=1); assert(n==10) }\n    it(\"Converts elements\") {\n      s.index(0,IArray); assert(s.idxs(0).isInstanceOf[IdxArray[_]])\n      var n=0; s.slice(0,ks(7),e=>n+=1); assert(n==10)\n      s.index(0,IHash); assert(s.size==100)\n    }\n    it(\"Array min\/max\/range\") {\n      s.index(0,IArray); s.index(1,IArray);\n      assert(s.getMin(0)._1==0)\n      assert(s.getMax(0)._1==9)\n      assert(s.getMin(1)._2==0)\n      assert(s.getMax(1)._2==9)\n      var n=0;\n      n=0; s.range(0,ks(1),ks(4),true,true,x=>n+=1); assert(n==40)\n      n=0; s.range(1,ks(7),ks(9),true,true,x=>n+=1); assert(n==30)\n      s.index(0,IHash); s.index(1,IHash);\n    }\n  }\n  *\/\n}\n\n\/*\ncase class SEntry3_III(var _1:Int = 0, var _2:Int = 0, var _3:Int = 0) extends storage.Entry(3) {\n  def hash(i: Int):Int = if(i == 0) _2 * 0xcafebabe + _3 else if(i == 1) _1 else 0xcafebabe\n  def cmp(i: Int, e0:Entry):Int = { val e=e0.asInstanceOf[SEntry3_III]\n    if(i == 0) { if(_2 == e._2 && _3 == e._3) 0 else 1 }\n    else if(i == 1) { if(_1 < e._1) 1 else if(_1 > e._1) -1 else 0 } else 0\n  }\n  def copy = SEntry3_III(_1, _2, _3)\n}\n\nobject Test {\n  def main(args:Array[String]) { \/\/val t=new StoreTests\n    val s = new storage.Store[SEntry3_III](2)\n    s.index(0,IHash,false)\n    s.index(1,ISliceMin,false,0)\n    (1 to 10) foreach { y=> (2101 to 3000) foreach { x=> s.insert(SEntry3_III(x,y,1)) } }\n    \/ *\n    s.insert(SEntry3_III(3001,10,1))\n    s.insert(SEntry3_III(3001,2,1))\n    s.insert(SEntry3_III(3001,3,1))\n    s.insert(SEntry3_III(3001,6,1))\n    s.insert(SEntry3_III(3001,8,1))\n    s.insert(SEntry3_III(3001,9,1))\n    s.insert(SEntry3_III(3002,3,1))\n\n    val e = s.get(1,SEntry3_III(3000,1,1))\n    s.delete(e)\n    \/\/s.insert(SEntry3_III(2999,1,1))\n    println(s.get(1,SEntry3_III(0,2,1))) \/\/ Blocking\n    * \/\n    var i=0;\n    var e = null.asInstanceOf[SEntry3_III]\n    do {\n      e = s.get(1,SEntry3_III(3000,1,1))\n      if (e!=null) s.delete(e)\n      println(i); i+=1\n    } while(e!=null)\n\n    println(\"Done\")\n  }\n}\n*\/\nobject Test { def main(args:Array[String]) { val t=new StoreTests } }\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/unittest\/TpccUnitTest.scala","text":"<gh_stars>0\npackage ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.{Date, Properties}\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport ddbt.tpcc.tx.TpccTable._\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.tx.TpccTable\nimport TpccUnitTest._\nimport ddbt.tpcc.mtx._\nimport ddbt.tpcc.itx._\nimport DatabaseConnector._\nimport TpccConstants._\nimport tpcc.lmsgen._\nimport tpcc.lms._\nimport java.sql.Connection\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\n\nobject TpccUnitTest {\n\n  private val NUMBER_OF_TX_TESTS = 100\n\n  private val logger = LoggerFactory.getLogger(classOf[Tpcc])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  val VERSION = \"1.0.1\"\n\n  private val DRIVER = \"DRIVER\"\n\n  private val WAREHOUSECOUNT = \"WAREHOUSECOUNT\"\n\n  private val DATABASE = \"DATABASE\"\n\n  private val USER = \"USER\"\n\n  private val PASSWORD = \"PASSWORD\"\n\n  private val CONNECTIONS = \"CONNECTIONS\"\n\n  private val RAMPUPTIME = \"RAMPUPTIME\"\n\n  private val DURATION = \"DURATION\"\n\n  private val JDBCURL = \"JDBCURL\"\n\n  private val PROPERTIESFILE = \".\/conf\/tpcc.properties\"\n\n  private val TRANSACTION_NAME = Array(\"NewOrder\", \"Payment\", \"Order Stat\", \"Delivery\", \"Slev\")\n\n  @volatile var counting_on: Boolean = false\n\n  def main(argv: Array[String]) {\n    println(\"TPCC version \" + VERSION + \" Number of Arguments: \" +\n      argv.length)\n    val sysProp = Array(\"os.name\", \"os.arch\", \"os.version\", \"java.runtime.name\", \"java.vm.version\", \"java.library.path\")\n    for (s <- sysProp) {\n      logger.info(\"System Property: \" + s + \" = \" + System.getProperty(s))\n    }\n    val df = new DecimalFormat(\"#,##0.0\")\n    println(\"maxMemory = \" +\n      df.format(Runtime.getRuntime.totalMemory() \/ (1024.0 * 1024.0)) +\n      \" MB\")\n\n    val tpcc = new TpccUnitTest\n    var ret = 0\n    if (argv.length == 0) {\n      println(\"Using the properties file for configuration.\")\n      tpcc.init()\n      ret = tpcc.runBenchmark(false, argv)\n    } else {\n      if ((argv.length % 2) == 0) {\n        println(\"Using the command line arguments for configuration.\")\n        tpcc.init()\n        ret = tpcc.runBenchmark(true, argv)\n      } else {\n        println(\"Invalid number of arguments.\")\n        println(\"The possible arguments are as follows: \")\n        println(\"-h [database host]\")\n        println(\"-d [database name]\")\n        println(\"-u [database username]\")\n        println(\"-p [database password]\")\n        println(\"-w [number of warehouses]\")\n        println(\"-c [number of connections]\")\n        println(\"-r [ramp up time]\")\n        println(\"-t [duration of the benchmark (sec)]\")\n        println(\"-j [java driver]\")\n        println(\"-l [jdbc url]\")\n        println(\"-h [jdbc fetch size]\")\n        println(\"-i [target implementation]\")\n        println(\"-n [number of transactions to execute]\")\n        System.exit(-1)\n      }\n    }\n    println(\"Terminating process now\")\n    System.exit(ret)\n  }\n}\n\nclass TpccUnitTest {\n\n  private var numberOfTestTransactions = NUMBER_OF_TX_TESTS\n\n  private var implVersionUnderTest = 0\n\n  private var javaDriver: String = _\n\n  private var jdbcUrl: String = _\n\n  private var dbUser: String = _\n\n  private var dbPassword: String = _\n\n  private var numWare: Int = _\n\n  private var numConn: Int = _\n\n  private var rampupTime: Int = _\n\n  private var measureTime: Int = _\n\n  private var fetchSize: Int = 100\n\n  private var num_node: Int = _\n\n  private var prev_s: Array[Int] = new Array[Int](5)\n\n  private var prev_l: Array[Int] = new Array[Int](5)\n\n  java.util.Arrays.fill(prev_s, 0)\n  java.util.Arrays.fill(prev_l, 0)\n\n  private var max_rt: Array[Float] = new Array[Float](5)\n\n  java.util.Arrays.fill(max_rt, 0f)\n\n  private var port: Int = 3306\n\n  private var properties: Properties = _\n\n  private var inputStream: InputStream = _\n\n  private def init() {\n    logger.info(\"Loading properties from: \" + PROPERTIESFILE)\n    properties = new Properties()\n    inputStream = new FileInputStream(PROPERTIESFILE)\n    properties.load(inputStream)\n  }\n\n  private def runBenchmark(overridePropertiesFile: Boolean, argv: Array[String]): Int = {\n    println(\"***************************************\")\n    println(\"****** Java TPC-C Load Generator ******\")\n    println(\"***************************************\")\n    RtHist.histInit()\n    num_node = 0\n\n    {\n      dbUser = properties.getProperty(USER)\n      dbPassword = <PASSWORD>(PASSWORD)\n      numWare = Integer.parseInt(properties.getProperty(WAREHOUSECOUNT))\n      numConn = Integer.parseInt(properties.getProperty(CONNECTIONS))\n      rampupTime = Integer.parseInt(properties.getProperty(RAMPUPTIME))\n      measureTime = Integer.parseInt(properties.getProperty(DURATION))\n      javaDriver = properties.getProperty(DRIVER)\n      jdbcUrl = properties.getProperty(JDBCURL)\n      val jdbcFetchSize = properties.getProperty(\"JDBCFETCHSIZE\")\n      if (jdbcFetchSize != null) {\n        fetchSize = Integer.parseInt(jdbcFetchSize)\n      }\n    }\n\n    if (overridePropertiesFile) {\n      var i = 0\n      while (i < argv.length) {\n        if (argv(i) == \"-u\") {\n          dbUser = argv(i + 1)\n        } else if (argv(i) == \"-p\") {\n          dbPassword = argv(i + 1)\n        } else if (argv(i) == \"-w\") {\n          numWare = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-c\") {\n          numConn = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-r\") {\n          rampupTime = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-t\") {\n          measureTime = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-j\") {\n          javaDriver = argv(i + 1)\n        } else if (argv(i) == \"-l\") {\n          jdbcUrl = argv(i + 1)\n        } else if (argv(i) == \"-f\") {\n          fetchSize = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-i\") {\n          implVersionUnderTest = Integer.parseInt(argv(i + 1))\n        } else if (argv(i) == \"-n\") {\n          numberOfTestTransactions = Integer.parseInt(argv(i + 1))\n        } else {\n          println(\"Incorrect Argument: \" + argv(i))\n          println(\"The possible arguments are as follows: \")\n          println(\"-h [database host]\")\n          println(\"-d [database name]\")\n          println(\"-u [database username]\")\n          println(\"-p [database password]\")\n          println(\"-w [number of warehouses]\")\n          println(\"-c [number of connections]\")\n          println(\"-r [ramp up time]\")\n          println(\"-t [duration of the benchmark (sec)]\")\n          println(\"-j [java driver]\")\n          println(\"-l [jdbc url]\")\n          println(\"-h [jdbc fetch size]\")\n          println(\"-i [target implementation]\")\n          println(\"-n [number of transactions to execute]\")\n          System.exit(-1)\n        }\n        i = i + 2\n      }\n    }\n    if (num_node > 0) {\n      if (numWare % num_node != 0) {\n        logger.error(\" [warehouse] value must be devided by [num_node].\")\n        return 1\n      }\n      if (numConn % num_node != 0) {\n        logger.error(\"[connection] value must be devided by [num_node].\")\n        return 1\n      }\n    }\n    if (javaDriver == null) {\n      throw new RuntimeException(\"Java Driver is null.\")\n    }\n    if (jdbcUrl == null) {\n      throw new RuntimeException(\"JDBC Url is null.\")\n    }\n    if (dbUser == null) {\n      throw new RuntimeException(\"User is null.\")\n    }\n    if (dbPassword == null) {\n      throw new RuntimeException(\"Password is null.\")\n    }\n    if (numWare < 1) {\n      throw new RuntimeException(\"Warehouse count has to be greater than or equal to 1.\")\n    }\n    if (numConn < 1) {\n      throw new RuntimeException(\"Connections has to be greater than or equal to 1.\")\n    }\n    if (rampupTime < 1) {\n      throw new RuntimeException(\"Rampup time has to be greater than or equal to 1.\")\n    }\n    if (measureTime < 1) {\n      throw new RuntimeException(\"Duration has to be greater than or equal to 1.\")\n    }\n    if (implVersionUnderTest == 0) {\n      throw new RuntimeException(\"Target implementation should be selected for testing.\")\n    }\n\n    val commandHistory:Array[TpccCommand]=new Array[TpccCommand](numberOfTestTransactions);\n    var commandHistoryCounter = 0\n\n    var newOrder: INewOrderInMem = null\n    var payment: IPaymentInMem = null\n    var orderStat: IOrderStatusInMem = null\n    var delivery: IDeliveryInMem = null\n    var slev: IStockLevelInMem = null\n\n    if(implVersionUnderTest == 11) {\n      \/\/ newOrder = new ddbt.tpcc.tx11.NewOrder\n      \/\/ payment = new ddbt.tpcc.tx11.Payment\n      \/\/ orderStat = new ddbt.tpcc.tx11.OrderStatus\n      \/\/ delivery = new ddbt.tpcc.tx11.Delivery\n      \/\/ slev = new ddbt.tpcc.tx11.StockLevel\n    } else if(implVersionUnderTest == 10) {\n      newOrder = new ddbt.tpcc.tx10.NewOrder\n      payment = new ddbt.tpcc.tx10.Payment\n      orderStat = new ddbt.tpcc.tx10.OrderStatus\n      delivery = new ddbt.tpcc.tx10.Delivery\n      slev = new ddbt.tpcc.tx10.StockLevel\n    } else if(implVersionUnderTest == 9) {\n      newOrder = new ddbt.tpcc.tx9.NewOrder\n      payment = new ddbt.tpcc.tx9.Payment\n      orderStat = new ddbt.tpcc.tx9.OrderStatus\n      delivery = new ddbt.tpcc.tx9.Delivery\n      slev = new ddbt.tpcc.tx9.StockLevel\n    } else if(implVersionUnderTest == 8) {\n      newOrder = new ddbt.tpcc.tx8.NewOrder\n      payment = new ddbt.tpcc.tx8.Payment\n      orderStat = new ddbt.tpcc.tx8.OrderStatus\n      delivery = new ddbt.tpcc.tx8.Delivery\n      slev = new ddbt.tpcc.tx8.StockLevel\n    } else if(implVersionUnderTest == 7) {\n      newOrder = new ddbt.tpcc.tx7.NewOrder\n      payment = new ddbt.tpcc.tx7.Payment\n      orderStat = new ddbt.tpcc.tx7.OrderStatus\n      delivery = new ddbt.tpcc.tx7.Delivery\n      slev = new ddbt.tpcc.tx7.StockLevel\n    } else if(implVersionUnderTest == 6) {\n      newOrder = new ddbt.tpcc.tx6.NewOrder\n      payment = new ddbt.tpcc.tx6.Payment\n      orderStat = new ddbt.tpcc.tx6.OrderStatus\n      delivery = new ddbt.tpcc.tx6.Delivery\n      slev = new ddbt.tpcc.tx6.StockLevel\n    } else if(implVersionUnderTest == 5) {\n      newOrder = new ddbt.tpcc.tx5.NewOrder\n      payment = new ddbt.tpcc.tx5.Payment\n      orderStat = new ddbt.tpcc.tx5.OrderStatus\n      delivery = new ddbt.tpcc.tx5.Delivery\n      slev = new ddbt.tpcc.tx5.StockLevel\n    } else if(implVersionUnderTest == 4) {\n      newOrder = new ddbt.tpcc.tx4.NewOrder\n      payment = new ddbt.tpcc.tx4.Payment\n      orderStat = new ddbt.tpcc.tx4.OrderStatus\n      delivery = new ddbt.tpcc.tx4.Delivery\n      slev = new ddbt.tpcc.tx4.StockLevel\n    } else if(implVersionUnderTest == 3) {\n      newOrder = new ddbt.tpcc.tx3.NewOrder\n      payment = new ddbt.tpcc.tx3.Payment\n      orderStat = new ddbt.tpcc.tx3.OrderStatus\n      delivery = new ddbt.tpcc.tx3.Delivery\n      slev = new ddbt.tpcc.tx3.StockLevel\n    } else if(implVersionUnderTest == 2) {\n      newOrder = new ddbt.tpcc.tx2.NewOrder\n      payment = new ddbt.tpcc.tx2.Payment\n      orderStat = new ddbt.tpcc.tx2.OrderStatus\n      delivery = new ddbt.tpcc.tx2.Delivery\n      slev = new ddbt.tpcc.tx2.StockLevel\n    } else if(implVersionUnderTest == 1) {\n      newOrder = new ddbt.tpcc.tx1.NewOrder\n      payment = new ddbt.tpcc.tx1.Payment\n      orderStat = new ddbt.tpcc.tx1.OrderStatus\n      delivery = new ddbt.tpcc.tx1.Delivery\n      slev = new ddbt.tpcc.tx1.StockLevel\n    } else if(implVersionUnderTest == -1) {\n      newOrder = new NewOrderLMSImpl\n      payment = new PaymentLMSImpl\n      orderStat = new OrderStatusLMSImpl\n      delivery = new DeliveryLMSImpl\n      slev = new StockLevelLMSImpl\n    } else if(implVersionUnderTest == -2) { \/\/ Command Print\n      newOrder = new INewOrderInMem {\n        override def newOrderTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_id: Int, o_ol_count: Int, o_all_local: Int, itemid: Array[Int], supware: Array[Int], quantity: Array[Int], price: Array[Float], iname: Array[String], stock: Array[Int], bg: Array[Char], amt: Array[Float])(implicit tInfo: ThreadInfo): Int = {\n          commandHistory(commandHistoryCounter) = NewOrderCommand(datetime, t_num, w_id, d_id, c_id, o_ol_count, o_all_local, itemid, supware, quantity, price, iname, stock, bg, amt)\n          commandHistoryCounter += 1\n\n          1\n        }\n\n        override def setSharedData(db: AnyRef): this.type = this\n      }\n      payment = new IPaymentInMem {\n        override def paymentTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_w_id: Int, c_d_id: Int, c_id: Int, c_last: String, h_amount: Float)(implicit tInfo: ThreadInfo): Int = {\n          commandHistory(commandHistoryCounter) = PaymentCommand(datetime,t_num,w_id,d_id, c_by_name, c_w_id, c_d_id, c_id, c_last, h_amount)\n          commandHistoryCounter += 1\n\n          1\n        }\n\n        override def setSharedData(db: AnyRef): this.type = this\n      }\n      orderStat = new IOrderStatusInMem {\n        override def orderStatusTx(datetime: Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_id: Int, c_last: String)(implicit tInfo: ThreadInfo): Int = {\n          commandHistory(commandHistoryCounter) = OrderStatusCommand(datetime, t_num, w_id, d_id, c_by_name, c_id, c_last)\n          commandHistoryCounter += 1\n\n          1\n        }\n\n        override def setSharedData(db: AnyRef): this.type = this\n      }\n      slev = new IStockLevelInMem {\n        override def stockLevelTx(t_num: Int, w_id: Int, d_id: Int, threshold: Int)(implicit tInfo: ThreadInfo): Int = {\n          commandHistory(commandHistoryCounter) = StockLevelCommand(t_num, w_id, d_id, threshold)\n          commandHistoryCounter += 1\n\n          1\n        }\n\n        override def setSharedData(db: AnyRef): this.type = this\n      }\n      delivery = new IDeliveryInMem {\n        override def deliveryTx(datetime: Date, w_id: Int, o_carrier_id: Int)(implicit tInfo: ThreadInfo): Int = {\n          commandHistory(commandHistoryCounter) = DeliveryCommand(datetime, w_id, o_carrier_id)\n          commandHistoryCounter += 1\n\n          1\n        }\n\n        override def setSharedData(db: AnyRef): this.type = this\n      }\n    } else {\n      throw new RuntimeException(\"No in-memory implementation selected.\")\n    }\n\n    System.out.print(\"<Parameters>\\n\")\n    System.out.print(\"     [driver]: %s\\n\".format(javaDriver))\n    System.out.print(\"        [URL]: %s\\n\".format(jdbcUrl))\n    System.out.print(\"       [user]: %s\\n\".format(dbUser))\n    System.out.print(\"       [pass]: %s\\n\".format(dbPassword))\n    System.out.print(\"  [warehouse]: %d\\n\".format(numWare))\n    System.out.print(\" [connection]: %d\\n\".format(numConn))\n    System.out.print(\"     [rampup]: %d (sec.)\\n\".format(rampupTime))\n    System.out.print(\"    [measure]: %d (sec.)\\n\".format(measureTime))\n    System.out.print(\"[implVersion]: %d\\n\".format(implVersionUnderTest))\n    System.out.print(\"   [numTests]: %d\\n\".format(numberOfTestTransactions))\n    Util.seqInit(10, 10, 1, 1, 1)\n    if (DEBUG) logger.debug(\"Creating TpccThread\")\n\n    val executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"tpcc-thread\"))\n\n    val conn = connectToDB(javaDriver, jdbcUrl, dbUser, dbPassword)\n    val pStmts: TpccStatements = new TpccStatements(conn, fetchSize)\n\n    var SharedDataScala: TpccTable = null\n    var SharedDataLMS: EfficientExecutor = null\n    if(implVersionUnderTest > 0) {\n      SharedDataScala = new TpccTable(implVersionUnderTest)\n      SharedDataScala.loadDataIntoMaps(javaDriver,jdbcUrl,dbUser,dbPassword)\n      logger.info(SharedDataScala.getAllMapsInfoStr)\n      if(implVersionUnderTest == 6) {\n        SharedDataScala = SharedDataScala.toITpccTable\n      } else if(implVersionUnderTest == 7) {\n        SharedDataScala = SharedDataScala.toMVCCTpccTableV0\n      } else if(implVersionUnderTest == 8) {\n        SharedDataScala = SharedDataScala.toMVCCTpccTableV1\n      } else if(implVersionUnderTest == 9) {\n        SharedDataScala = SharedDataScala.toMVCCTpccTableV2\n      } else if(implVersionUnderTest == 10) {\n        SharedDataScala = SharedDataScala.toMVCCTpccTableV3(numConn)\n      } \n      \/\/ else if(implVersionUnderTest == 11) {\n      \/\/   SharedDataScala = SharedDataScala.toMVCCTpccTableV4\n      \/\/ }\n      newOrder.setSharedData(SharedDataScala)\n      payment.setSharedData(SharedDataScala)\n      orderStat.setSharedData(SharedDataScala)\n      slev.setSharedData(SharedDataScala)\n      delivery.setSharedData(SharedDataScala)\n    } else if(implVersionUnderTest == -1){\n      SharedDataLMS = new EfficientExecutor\n      LMSDataLoader.loadDataIntoMaps(SharedDataLMS,javaDriver,jdbcUrl,dbUser,dbPassword)\n      logger.info(LMSDataLoader.getAllMapsInfoStr(SharedDataLMS))\n      newOrder.setSharedData(SharedDataLMS)\n      payment.setSharedData(SharedDataLMS)\n      orderStat.setSharedData(SharedDataLMS)\n      slev.setSharedData(SharedDataLMS)\n      delivery.setSharedData(SharedDataLMS)\n    }\n    \/\/ val initialData = new TpccTable\n    \/\/ initialData.loadDataIntoMaps(javaDriver,jdbcUrl,dbUser,dbPassword)\n\n    \/\/ if(initialData equals SharedDataScala) {\n    \/\/   println(\"\\n1- initialData equals SharedDataScala\")\n    \/\/ } else {\n    \/\/   println(\"\\n1- initialData is not equal to SharedDataScala\")\n    \/\/ }\n\n    val drivers = new Array[TpccDriver](numConn)\n    if(numConn == 1) {\n      val newOrderMix: INewOrder = new NewOrderMixedImpl(new ddbt.tpcc.loadtest.NewOrder(pStmts), newOrder)\n      val paymentMix: IPayment = new PaymentMixedImpl(new ddbt.tpcc.loadtest.Payment(pStmts), payment)\n      val orderStatMix: IOrderStatus = new OrderStatusMixedImpl(new ddbt.tpcc.loadtest.OrderStat(pStmts), orderStat)\n      val slevMix: IStockLevel = new StockLevelMixedImpl(new ddbt.tpcc.loadtest.Slev(pStmts), slev)\n      val deliveryMix: IDelivery = new DeliveryMixedImpl(new ddbt.tpcc.loadtest.Delivery(pStmts), delivery)\n\n      val driver = new TpccDriver(conn, fetchSize, TRANSACTION_COUNT, newOrderMix, paymentMix, orderStatMix, slevMix, deliveryMix)\n      drivers(0) = driver\n      try {\n        if (DEBUG) {\n          logger.debug(\"Starting driver with: numberOfTestTransactions: \" + numberOfTestTransactions + \" num_ware: \" + \n            numWare + \n            \" num_conn: \" + \n            numConn)\n        }\n        driver.runAllTransactions(new ThreadInfo(0), numWare, numConn, false, numberOfTestTransactionsPerThread)\n      } catch {\n        case e: Throwable => logger.error(\"Unhandled exception\", e)\n      }\n\n      if(implVersionUnderTest == -1) {\n        SharedDataScala = LMSDataLoader.moveDataToTpccTable(SharedDataLMS, implVersionUnderTest)\n      }\n    } else {\n      var listOfCommittedCommands: Seq[ddbt.lib.util.XactCommand] = null\n\n      { \/\/ Running the parallel implementation with enabled unit-test\n        \/\/ in order to collect the committed transactions\n        SharedDataScala.enableUnitTest\n        for (i <- 0 until numConn) {\n          val conn: Connection = null \/\/connectToDB(javaDriver, jdbcUrl, dbUser, dbPassword)\n          \/\/ val pStmts: TpccStatements = new TpccStatements(conn, fetchSize)\n          \/\/ val newOrder: NewOrder = new NewOrder(pStmts)\n          \/\/ val payment: Payment = new Payment(pStmts)\n          \/\/ val orderStat: OrderStat = new OrderStat(pStmts)\n          \/\/ val slev: Slev = new Slev(pStmts)\n          \/\/ val delivery: Delivery = new Delivery(pStmts)\n          \/\/ val newOrder: INewOrder = new ddbt.tpcc.tx.NewOrder(SharedDataScala)\n          \/\/ val payment: IPayment = new ddbt.tpcc.tx.Payment(SharedDataScala)\n          \/\/ val orderStat: IOrderStatus = new ddbt.tpcc.tx.OrderStatus(SharedDataScala)\n          \/\/ val slev: IStockLevel = new ddbt.tpcc.tx.StockLevel(SharedDataScala)\n          \/\/ val delivery: IDelivery = new ddbt.tpcc.tx.Delivery(SharedDataScala)\n\n          val worker = new TpccThread(new ThreadInfo(i), port, 1, dbUser, dbPassword, numWare, numConn, javaDriver, jdbcUrl, \n            fetchSize, TRANSACTION_COUNT, conn, newOrder, payment, orderStat, slev, delivery, false, numberOfTestTransactionsPerThread)\n          drivers(i) = worker.driver\n          executor.execute(worker)\n\n          \/\/ conn.close\n        }\n        executor.shutdown()\n        try {\n          executor.awaitTermination(3600, TimeUnit.SECONDS)\n        } catch {\n          case e: InterruptedException => throw new RuntimeException(\"Timed out waiting for executor to terminate\")\n        }\n\n        listOfCommittedCommands = SharedDataScala.getListOfCommittedCommands\n      }\n\n      { \/\/ Running the transactions serially, in the same serial order\n        \/\/ against a database using only a single thread, to make sure\n        \/\/ that no transaction fails, in order to check the correctness\n        \/\/ of the execution\n        val newOrder: INewOrder = new ddbt.tpcc.loadtest.NewOrder(pStmts)\n        val payment: IPayment = new ddbt.tpcc.loadtest.Payment(pStmts)\n        val orderStat: IOrderStatus = new ddbt.tpcc.loadtest.OrderStat(pStmts)\n        val slev: IStockLevel = new ddbt.tpcc.loadtest.Slev(pStmts)\n        val delivery: IDelivery = new ddbt.tpcc.loadtest.Delivery(pStmts)\n\n        val driver = new TpccDriver(conn, fetchSize, TRANSACTION_COUNT, newOrder, payment, orderStat, slev, delivery)\n\n        val numConn = 1 \/\/we want to avoid any unwanted rollback due to concurrency in the reference DB\n        try {\n          if (DEBUG) {\n            logger.debug(\"Starting driver with: numberOfTestTransactions: \" + numberOfTestTransactions + \" num_ware: \" + \n              numWare + \n              \" num_conn: \" + \n              numConn)\n          }\n          logger.info(\"Number of committed transactions in the reference implementation: \" + listOfCommittedCommands.size)\n          driver.runAllTransactions(new ThreadInfo(0), numWare, numConn, false, numberOfTestTransactionsPerThread, listOfCommittedCommands)\n        } catch {\n          case e: Throwable => logger.error(\"Unhandled exception\", e)\n        }\n      }\n    }\n\n    if(implVersionUnderTest >= -1){\n      val newData = new TpccTable(if(implVersionUnderTest == 6) 5 else implVersionUnderTest)\n      newData.loadDataIntoMaps(javaDriver,jdbcUrl,dbUser,dbPassword)\n\n      if(newData equals SharedDataScala.toTpccTable) {\n        println(\"\\nAll transactions completed successfully and the result is correct.\")\n      } else {\n        println(\"\\nThere is some error in transactions, as the results does not match.\")\n      }\n    } else if(implVersionUnderTest == -2) {\n      println()\n      System.err.println(commandHistory.mkString(\"\",\"\\n\",\"\"))\n    }\n\n    0\n  }\n\n  lazy val numberOfTestTransactionsPerThread = numberOfTestTransactions\/numConn\n  \/\/ def transactionCountChecker(counter:Int) = (counter < numberOfTestTransactionsPerThread)\n\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/TpccDriver.scala","text":"package ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.PrintWriter\nimport java.sql.Connection\nimport java.sql.SQLException\nimport java.util.Arrays\nimport java.util.Calendar\nimport java.util.Date\nimport java.sql.Timestamp\nimport java.util.concurrent._\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.tx.TpccTable\nimport ddbt.tpcc.itx._\nimport TpccDriver._\nimport TpccConstants._\n\nobject TpccDriver {\n\n  val logger = LoggerFactory.getLogger(classOf[TpccDriver])\n\n  val DEBUG = logger.isDebugEnabled\n\n  \/**\n   * Can be disabled for debug use only.\n   *\/\n  val ALLOW_MULTI_WAREHOUSE_TX = true\n}\n\nclass TpccDriver(conn: java.sql.Connection, \n    fetchSize: Int, \n    TRANSACTION_COUNT: Int,\n    newOrder: INewOrder,\n    payment: IPayment,\n    orderStat: IOrderStatus,\n    slev: IStockLevel,\n    delivery: IDelivery) extends Driver(conn, fetchSize, TRANSACTION_COUNT) {\n\n  override def doNextTransaction(tInfo: ThreadInfo, sequence: Int) {\n    if (sequence == 0) {\n      doNeword(tInfo)\n    } else if (sequence == 1) {\n      doPayment(tInfo)\n    } else if (sequence == 2) {\n      doOrdstat(tInfo)\n    } else if (sequence == 3) {\n      doDelivery(tInfo)\n    } else if (sequence == 4) {\n      doSlev(tInfo)\n    } else {\n      throw new IllegalStateException(\"Error - Unknown sequence\")\n    }\n  }\n\n  private def doNeword(tInfo: ThreadInfo): Int = {\n    val t_num = tInfo.tid\n    var c_num = 0\n    var w_id = 0\n    var d_id = 0\n    var c_id = 0\n    var ol_cnt = 0\n    var all_local = 1\n    val notfound = MAXITEMS + 1\n    var rbk = 0\n    val itemid = Array.ofDim[Int](MAX_NUM_ITEMS)\n    val supware = Array.ofDim[Int](MAX_NUM_ITEMS)\n    val qty = Array.ofDim[Int](MAX_NUM_ITEMS)\n    var price = Array.ofDim[Float](MAX_NUM_ITEMS)\n    var amt = Array.ofDim[Float](MAX_NUM_ITEMS)\n    var iname = Array.ofDim[String](MAX_NUM_ITEMS)\n    var bg = Array.ofDim[Char](MAX_NUM_ITEMS)\n    var stock = Array.ofDim[Int](MAX_NUM_ITEMS)\n\n    if (num_node == 0) {\n      w_id = Util.randomNumber(1, num_ware)\n    } else {\n      c_num = ((num_node * t_num) \/ num_conn)\n      w_id = Util.randomNumber(1 + (num_ware * c_num) \/ num_node, (num_ware * (c_num + 1)) \/ num_node)\n    }\n    if (w_id < 1) {\n      throw new IllegalStateException(\"Invalid warehouse ID \" + w_id)\n    }\n    d_id = Util.randomNumber(1, DIST_PER_WARE)\n    c_id = Util.nuRand(1023, 1, CUST_PER_DIST)\n    ol_cnt = Util.randomNumber(5, 15)\n    rbk = Util.randomNumber(1, 100)\n\n    var j = 0\n    while (j < ol_cnt) {\n      itemid(j) = Util.nuRand(8191, 1, MAXITEMS)\n      if ((j == ol_cnt - 1) && (rbk == 1)) {\n         itemid(j) = notfound\n      }\n      if (ALLOW_MULTI_WAREHOUSE_TX) {\n        if (Util.randomNumber(1, 100) != 1) {\n          supware(j) = w_id\n        } else {\n          supware(j) = otherWare(w_id)\n          if(supware(j) != w_id) all_local = 0\n        }\n      } else {\n        supware(j) = w_id\n      }\n      qty(j) = Util.randomNumber(1, 10)\n      j += 1\n    }\n\n    \n    val timeout = RTIME_NEWORD\n    val xactId = 0\n    execTransaction(tInfo, xactId, timeout, Tpcc.counting_on) { implicit tInfo: ThreadInfo =>\n      val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n      newOrder.newOrderTx(currentTimeStamp, t_num, w_id, d_id, c_id, ol_cnt, all_local, itemid, supware, qty, price, iname, stock, bg, amt)\n    }\n    \/\/ var i = 0\n    \/\/ var rt = 0f\n    \/\/ var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    \/\/ while (i < MAX_RETRY) {\n    \/\/   if (DEBUG) logger.debug(\"t_num: \" + t_num + \" w_id: \" + w_id + \" c_id: \" + c_id + \n    \/\/     \" ol_cnt: \" + ol_cnt + \" all_local: \" + all_local + \" qty: \" + Arrays.toString(qty))\n\n    \/\/   ret = {\n    \/\/     val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n    \/\/     newOrder.newOrderTx(currentTimeStamp, t_num, w_id, d_id, c_id, ol_cnt, all_local, itemid, supware, qty, price, iname, stock, bg, amt)\n    \/\/   }\n    \/\/   endTime = System.currentTimeMillis()\n    \/\/   if (ret >= 1) {\n    \/\/     rt = (endTime - beginTime).toFloat\n    \/\/     if (rt > max_rt(xactId)) max_rt(xactId) = rt\n    \/\/     RtHist.histInc(xactId, rt)\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       if (rt < timeout) {\n    \/\/         success(xactId) += 1\n    \/\/         success2(xactId)(t_num) += 1\n    \/\/       } else {\n    \/\/         late(xactId) += 1\n    \/\/         late2(xactId)(t_num) += 1\n    \/\/       }\n    \/\/     }\n    \/\/     return (1)\n    \/\/   } else {\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       retry(xactId) += 1\n    \/\/       retry2(xactId)(t_num) += 1\n    \/\/     }\n    \/\/   }\n    \/\/   i += 1\n    \/\/ }\n    \/\/ if (Tpcc.counting_on) {\n    \/\/   retry(xactId) -= 1\n    \/\/   retry2(xactId)(t_num) -= 1\n    \/\/   failure(xactId) += 1\n    \/\/   failure2(xactId)(t_num) += 1\n    \/\/ }\n    \/\/ (0)\n  }\n\n  private def otherWare(home_ware: Int): Int = {\n    var tmp: Int = 0\n    if (num_ware == 1) return home_ware\n    while ({(tmp = Util.randomNumber(1, num_ware)); tmp} == home_ware) {\n      \/\/ NOTHING\n    }\n    tmp\n  }\n\n  private def doPayment(tInfo: ThreadInfo): Int = {\n    val t_num = tInfo.tid\n    var c_num = 0\n    var byname = 0\n    var w_id = 0\n    var d_id = 0\n    var c_w_id = 0\n    var c_d_id = 0\n    var c_id = 0\n    var h_amount = 0\n    var c_last: String = null\n    if (num_node == 0) {\n      w_id = Util.randomNumber(1, num_ware)\n    } else {\n      c_num = ((num_node * t_num) \/ num_conn)\n      w_id = Util.randomNumber(1 + (num_ware * c_num) \/ num_node, (num_ware * (c_num + 1)) \/ num_node)\n    }\n    d_id = Util.randomNumber(1, DIST_PER_WARE)\n    c_id = Util.nuRand(1023, 1, CUST_PER_DIST)\n    c_last = Util.lastName(Util.nuRand(255, 0, 999))\n    h_amount = Util.randomNumber(1, 5000)\n    byname = if (Util.randomNumber(1, 100) <= 60) 1 else 0\n    if (ALLOW_MULTI_WAREHOUSE_TX) {\n      if (Util.randomNumber(1, 100) <= 85) {\n        c_w_id = w_id\n        c_d_id = d_id\n      } else {\n        c_w_id = otherWare(w_id)\n        c_d_id = Util.randomNumber(1, DIST_PER_WARE)\n      }\n    } else {\n      c_w_id = w_id\n      c_d_id = d_id\n    }\n\n    \n\n    val timeout = RTIME_PAYMENT\n    val xactId = 1\n    execTransaction(tInfo, xactId, timeout, Tpcc.counting_on) { implicit tInfo: ThreadInfo =>\n      val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n      payment.paymentTx(currentTimeStamp, t_num, w_id, d_id, byname, c_w_id, c_d_id, c_id, c_last, h_amount)\n    }\n    \/\/ var i = 0\n    \/\/ var rt = 0f\n    \/\/ var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    \/\/ while (i < MAX_RETRY) {\n    \/\/   ret = {\n    \/\/     val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n    \/\/     payment.paymentTx(currentTimeStamp, t_num, w_id, d_id, byname, c_w_id, c_d_id, c_id, c_last, h_amount)\n    \/\/   }\n    \/\/   endTime = System.currentTimeMillis()\n    \/\/   if (ret >= 1) {\n    \/\/     rt = (endTime - beginTime).toFloat\n    \/\/     if (rt > max_rt(xactId)) max_rt(xactId) = rt\n    \/\/     RtHist.histInc(xactId, rt)\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       if (rt < timeout) {\n    \/\/         success(xactId) += 1\n    \/\/         success2(xactId)(t_num) += 1\n    \/\/       } else {\n    \/\/         late(xactId) += 1\n    \/\/         late2(xactId)(t_num) += 1\n    \/\/       }\n    \/\/     }\n    \/\/     return (1)\n    \/\/   } else {\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       retry(xactId) += 1\n    \/\/       retry2(xactId)(t_num) += 1\n    \/\/     }\n    \/\/   }\n    \/\/   i += 1\n    \/\/ }\n    \/\/ if (Tpcc.counting_on) {\n    \/\/   retry(xactId) -= 1\n    \/\/   retry2(xactId)(t_num) -= 1\n    \/\/   failure(xactId) += 1\n    \/\/   failure2(xactId)(t_num) += 1\n    \/\/ }\n    \/\/ (0)\n  }\n\n  private def doOrdstat(tInfo: ThreadInfo): Int = {\n    val t_num = tInfo.tid\n    var c_num = 0\n    var byname = 0\n    var w_id = 0\n    var d_id = 0\n    var c_id = 0\n    var c_last: String = null\n    if (num_node == 0) {\n      w_id = Util.randomNumber(1, num_ware)\n    } else {\n      c_num = ((num_node * t_num) \/ num_conn)\n      w_id = Util.randomNumber(1 + (num_ware * c_num) \/ num_node, (num_ware * (c_num + 1)) \/ num_node)\n    }\n    d_id = Util.randomNumber(1, DIST_PER_WARE)\n    c_id = Util.nuRand(1023, 1, CUST_PER_DIST)\n    c_last = Util.lastName(Util.nuRand(255, 0, 999))\n    byname = if (Util.randomNumber(1, 100) <= 60) 1 else 0\n\n    \n    val timeout = RTIME_ORDSTAT\n    val xactId = 2\n    execTransaction(tInfo, xactId, timeout, Tpcc.counting_on) { implicit tInfo: ThreadInfo =>\n      val datetime = new java.util.Date({startTime += 1000; startTime})\n      orderStat.orderStatusTx(datetime, t_num, w_id, d_id, byname, c_id, c_last)\n    }\n    \/\/ var i = 0\n    \/\/ var rt = 0f\n    \/\/ var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    \/\/ while (i < MAX_RETRY) {\n    \/\/   ret = {\n    \/\/     val datetime = new java.util.Date({startTime += 1000; startTime})\n    \/\/     orderStat.orderStatusTx(datetime, t_num, w_id, d_id, byname, c_id, c_last)\n    \/\/   }\n    \/\/   endTime = System.currentTimeMillis()\n    \/\/   if (ret >= 1) {\n    \/\/     rt = (endTime - beginTime).toFloat\n    \/\/     if (rt > max_rt(xactId)) max_rt(xactId) = rt\n    \/\/     RtHist.histInc(xactId, rt)\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       if (rt < timeout) {\n    \/\/         success(xactId) += 1\n    \/\/         success2(xactId)(t_num) += 1\n    \/\/       } else {\n    \/\/         late(xactId) += 1\n    \/\/         late2(xactId)(t_num) += 1\n    \/\/       }\n    \/\/     }\n    \/\/     return (1)\n    \/\/   } else {\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       retry(xactId) += 1\n    \/\/       retry2(xactId)(t_num) += 1\n    \/\/     }\n    \/\/   }\n    \/\/   i += 1\n    \/\/ }\n    \/\/ if (Tpcc.counting_on) {\n    \/\/   retry(xactId) -= 1\n    \/\/   retry2(xactId)(t_num) -= 1\n    \/\/   failure(xactId) += 1\n    \/\/   failure2(xactId)(t_num) += 1\n    \/\/ }\n    \/\/ (0)\n  }\n\n  private def doDelivery(tInfo: ThreadInfo): Int = {\n    val t_num = tInfo.tid\n    var c_num = 0\n    var w_id = 0\n    var o_carrier_id = 0\n    if (num_node == 0) {\n      w_id = Util.randomNumber(1, num_ware)\n    } else {\n      c_num = ((num_node * t_num) \/ num_conn)\n      w_id = Util.randomNumber(1 + (num_ware * c_num) \/ num_node, (num_ware * (c_num + 1)) \/ num_node)\n    }\n    o_carrier_id = Util.randomNumber(1, 10)\n\n    \n    val timeout = RTIME_DELIVERY\n    val xactId = 3\n    execTransaction(tInfo, xactId, timeout, Tpcc.counting_on) { implicit tInfo: ThreadInfo =>\n      val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n      delivery.deliveryTx(currentTimeStamp, w_id, o_carrier_id)\n    }\n    \/\/ var i = 0\n    \/\/ var rt = 0f\n    \/\/ var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    \/\/ while (i < MAX_RETRY) {\n    \/\/   ret = {\n    \/\/     val currentTimeStamp = new Timestamp({startTime += 1000; startTime})\n    \/\/     delivery.deliveryTx(currentTimeStamp, w_id, o_carrier_id)\n    \/\/   }\n    \/\/   endTime = System.currentTimeMillis()\n    \/\/   if (ret >= 1) {\n    \/\/     rt = (endTime - beginTime).toFloat\n    \/\/     if (rt > max_rt(xactId)) max_rt(xactId) = rt\n    \/\/     RtHist.histInc(xactId, rt)\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       if (rt < timeout) {\n    \/\/         success(xactId) += 1\n    \/\/         success2(xactId)(t_num) += 1\n    \/\/       } else {\n    \/\/         late(xactId) += 1\n    \/\/         late2(xactId)(t_num) += 1\n    \/\/       }\n    \/\/     }\n    \/\/     return (1)\n    \/\/   } else {\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       retry(xactId) += 1\n    \/\/       retry2(xactId)(t_num) += 1\n    \/\/     }\n    \/\/   }\n    \/\/   i += 1\n    \/\/ }\n    \/\/ if (Tpcc.counting_on) {\n    \/\/   retry(xactId) -= 1\n    \/\/   retry2(xactId)(t_num) -= 1\n    \/\/   failure(xactId) += 1\n    \/\/   failure2(xactId)(t_num) += 1\n    \/\/ }\n    \/\/ (0)\n  }\n\n  private def doSlev(tInfo: ThreadInfo): Int = {\n    val t_num = tInfo.tid\n    var c_num = 0\n    var w_id = 0\n    var d_id = 0\n    var level = 0\n    if (num_node == 0) {\n      w_id = Util.randomNumber(1, num_ware)\n    } else {\n      c_num = ((num_node * t_num) \/ num_conn)\n      w_id = Util.randomNumber(1 + (num_ware * c_num) \/ num_node, (num_ware * (c_num + 1)) \/ num_node)\n    }\n    d_id = Util.randomNumber(1, DIST_PER_WARE)\n    level = Util.randomNumber(10, 20)\n\n    \n    val timeout = RTIME_SLEV\n    val xactId = 4\n    execTransaction(tInfo, xactId, timeout, Tpcc.counting_on) { implicit tInfo: ThreadInfo =>\n      slev.stockLevelTx(t_num, w_id, d_id, level)\n    }\n    \/\/ var i = 0\n    \/\/ var rt = 0f\n    \/\/ var ret = 0\n    \/\/ var endTime = 0L\n    \/\/ var beginTime = System.currentTimeMillis()\n    \/\/ while (i < MAX_RETRY) {\n    \/\/   ret = {\n    \/\/     slev.stockLevelTx(t_num, w_id, d_id, level)\n    \/\/   }\n    \/\/   endTime = System.currentTimeMillis()\n    \/\/   if (ret >= 1) {\n    \/\/     rt = (endTime - beginTime).toFloat\n    \/\/     if (rt > max_rt(xactId)) max_rt(xactId) = rt\n    \/\/     RtHist.histInc(xactId, rt)\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       if (rt < timeout) {\n    \/\/         success(xactId) += 1\n    \/\/         success2(xactId)(t_num) += 1\n    \/\/       } else {\n    \/\/         late(xactId) += 1\n    \/\/         late2(xactId)(t_num) += 1\n    \/\/       }\n    \/\/     }\n    \/\/     return (1)\n    \/\/   } else {\n    \/\/     if (Tpcc.counting_on) {\n    \/\/       retry(xactId) += 1\n    \/\/       retry2(xactId)(t_num) += 1\n    \/\/     }\n    \/\/   }\n    \/\/   i += 1\n    \/\/ }\n    \/\/ if (Tpcc.counting_on) {\n    \/\/   retry(xactId) -= 1\n    \/\/   retry2(xactId)(t_num) -= 1\n    \/\/   failure(xactId) += 1\n    \/\/   failure2(xactId)(t_num) += 1\n    \/\/ }\n    \/\/ (0)\n  }\n\n  override def runCommandSeq(commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo) = commandSeq.foreach {\n    case TpccTable.DeliveryCommand(datetime, w_id, o_carrier_id) => delivery.deliveryTx(datetime, w_id, o_carrier_id)\n    case TpccTable.NewOrderCommand(datetime, t_num, w_id, d_id, c_id, o_ol_count, o_all_local, itemid, supware, quantity, price, iname, stocks, bg, amt) => newOrder.newOrderTx(datetime, t_num, w_id, d_id, c_id, o_ol_count, o_all_local, itemid, supware, quantity, price, iname, stocks, bg, amt)\n    case TpccTable.OrderStatusCommand(datetime, t_num, w_id, d_id, c_by_name, c_id, c_last) => orderStat.orderStatusTx(datetime, t_num, w_id, d_id, c_by_name, c_id, c_last)\n    case TpccTable.PaymentCommand(datetime, t_num, w_id, d_id, c_by_name, c_w_id, c_d_id, c_id, c_last_input, h_amount) => payment.paymentTx(datetime, t_num, w_id, d_id, c_by_name, c_w_id, c_d_id, c_id, c_last_input, h_amount)\n    case TpccTable.StockLevelCommand(t_num, w_id, d_id, threshold) => slev.stockLevelTx(t_num, w_id, d_id, threshold)\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/XactCase1.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.lib.util.XactImpl\nimport ddbt.lib.util.XactImplSelector\nimport ddbt.lib.util.XactBench\nimport XactBench._\nimport ddbt.tpcc.loadtest.Driver\nimport ddbt.tpcc.loadtest.Util\nimport XactCase1._\n\nobject XactCase1 {\n\n\tval MVCC_IMPL = 1\n\tval MVC3T_IMPL = 2\n\n\tval TIMEOUT_T1 = 5000\n\tval TIMEOUT_T2 = 5000\n\n\tdef main(argv:Array[String]) {\n\t\tval xactRunner = new XactBench(XactCase1Selector)\n\t\txactRunner.init\n\t\txactRunner.runBenchmark(true, argv)\n\t}\n\n\tval NUM_ACCOUNTS = 2\n}\n\nobject XactCase1Selector extends XactImplSelector {\n\tdef select(impl: Int, numConn: Int) = {\n\t\tif (impl == MVCC_IMPL) {\n\t\t\t(new XactCase1MVCC(numConn)).init\n\t\t} else if (impl == MVC3T_IMPL) {\n\t\t\t(new XactCase1MVC3T(numConn)).init\n\t\t} else {\n\t\t\tthrow new RuntimeException(\"No implementation selected.\")\n\t\t}\n\t}\n\n\tdef seqInit(t1: Int, t2: Int, t3: Int, t4: Int, t5: Int) {\n\t\tUtil.seqInit(10000000, 1000000)\n\t}\n\n\tdef xactNames = Array(\"Xact1\", \"Xact2\")\n}\n\nclass XactCase1MVCC(numConn: Int) extends XactImpl {\n\timport ddbt.lib.mvconcurrent._\n\timport TransactionManager._\n\tval accountsTbl = new ConcurrentSHMapMVCC[Int \/*Account Number*\/,Tuple1[Long] \/*Boolean*\/](\"ACCOUNTS_TBL\")\n\n\tval tm = new TransactionManager(numConn, false)\n\n\tdef runXact(driver: Driver, tInfo: ThreadInfo, sequence: Int){\n\t\tval rnd = java.util.concurrent.ThreadLocalRandom.current\n\t\tif (sequence == 0) {\n\t\t\tval timeout = TIMEOUT_T1\n\t\t\tval fromAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tval toAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tval amount = rnd.nextInt(5)+1\n\t\t\tdriver.execTransaction(tInfo, sequence, timeout, XactBench.counting_on) { tInfo:ThreadInfo =>\n\t\t\t\texecXact1(fromAcc,toAcc,amount)(tInfo)\n\t\t\t}\n\t\t} else if (sequence == 1) {\n\t\t\tval timeout = TIMEOUT_T2\n\t\t\tdriver.execTransaction(tInfo, sequence, timeout, XactBench.counting_on) { tInfo:ThreadInfo =>\n\t\t\t\texecXact2(tInfo)\n\t\t\t}\n\t\t} else {\n\t\t\tthrow new IllegalStateException(\"Error - Unknown sequence\")\n\t\t}\n\t}\n\n\tdef execXact1(fromAccNum:Int, toAccNum:Int, amount:Int)(implicit tInfo: ThreadInfo) = {\n\t\t\/\/ logger.info(\"MVCC - execXact1 - Move Money\")\n\t\timplicit val xact = tm.begin(\"Xact1\")\n\t\ttry {\n\t\t\tval fromAcc = accountsTbl.getEntry(fromAccNum)\n\t\t\tfromAcc.setEntryValue(Tuple1(fromAcc.row._1 - amount))\n\n\t\t\tval toAcc = accountsTbl.getEntry(toAccNum)\n\t\t\ttoAcc.setEntryValue(Tuple1(toAcc.row._1 + amount))\n\t\t\txact.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\te.printStackTrace\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef execXact2(implicit tInfo: ThreadInfo) = {\n\t\t\/\/ logger.info(\"MVCC - execXact2 - Sum Balances\")\n\t\timplicit val xact = tm.begin(\"Xact2\")\n\t\ttry {\n\t\t\tval actualSum = 3L * (NUM_ACCOUNTS * (NUM_ACCOUNTS - 1L)) \/ 2L\n\t\t\tvar computedSum = 0L\n\t\t\taccountsTbl.foreach{ case (_,Tuple1(accBal)) =>\n\t\t\t\tcomputedSum += accBal\n\t\t\t}\n\t\t\tif(computedSum != actualSum) {\n\t\t\t\tlogger.error(\"There was an error in the computation => computedSum (%d) != actualSum (%d)\".format(computedSum, actualSum))\n\t\t\t\t\/\/ throw new RuntimeException(\"There was an error in the computation\")\n\t\t\t}\n\t\t\txact.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef runXactSeq(driver: Driver, commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit = {\n\t\t\/\/ commandSeq.foreach { x =>\n\t\t\/\/ }\n\t\tthrow new UnsupportedOperationException\n\t}\n\n\tdef init = {\n\t\timplicit val xact = tm.begin(\"InitXact\")(new ThreadInfo(0))\n\t\tfor(i <- 0 until NUM_ACCOUNTS) accountsTbl += (i, Tuple1(i*3L))\n\t\txact.commit\n\t\tthis\n\t}\n}\n\nclass XactCase1MVC3T(numConn: Int) extends XactImpl {\n\timport ddbt.lib.mvc3t._\n\timport TransactionManager._\n\tval accountsTbl = new ConcurrentSHMapMVC3T[Int \/*Account Number*\/,Tuple1[Long] \/*Boolean*\/](\"ACCOUNTS_TBL\")\n\n\tval tm = new TransactionManager(false)\n\n\tvar amt = 0\n\tdef runXact(driver: Driver, tInfo: ThreadInfo, sequence: Int){\n\t\tval rnd = java.util.concurrent.ThreadLocalRandom.current\n\t\tif (sequence == 0) {\n\t\t\tval timeout = TIMEOUT_T1\n\t\t\tval fromAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tval toAcc = rnd.nextInt(NUM_ACCOUNTS)\n\t\t\tamt += 1\n\t\t\tval amount = amt\n\t\t\tdriver.execTransaction(tInfo, sequence, timeout, XactBench.counting_on) { tInfo:ThreadInfo =>\n\t\t\t\texecXact1(fromAcc,toAcc,amount)\n\t\t\t}\n\t\t} else if (sequence == 1) {\n\t\t\tval timeout = TIMEOUT_T2\n\t\t\tdriver.execTransaction(tInfo, sequence, timeout, XactBench.counting_on) { tInfo:ThreadInfo =>\n\t\t\t\texecXact2()\n\t\t\t}\n\t\t} else {\n\t\t\tthrow new IllegalStateException(\"Error - Unknown sequence\")\n\t\t}\n\t}\n\n\tdef execXact1(fromAccNum:Int, toAccNum:Int, amount:Int) = {\n\t\t\/\/ logger.info(\"MVCC - execXact1 - Move Money\")\n\t\timplicit val xact = tm.begin(\"Xact1\")\n\t\ttry {\n\t\t\tif(fromAccNum != toAccNum) {\n\t\t\t\t\/\/ logger.error(xact+\" > Move %d from (%d) to (%d).\".format(amount, fromAccNum, toAccNum))\n\t\t\t\taccountsTbl.getPred(fromAccNum).getEntry({ case (fromAcc, getPred) =>\n\t\t\t\t\taccountsTbl.updatePred(fromAccNum).action(fromAcc, {\n\t\t\t\t\t\t\/\/ logger.error(xact+\" AccFrom #%d = %d -> %d\".format(fromAcc.getKey, fromAcc.row._1, fromAcc.row._1 - amount))\n\t\t\t\t\t\tTuple1(fromAcc.row._1 - amount)\n\t\t\t\t\t}, List(getPred))\n\t\t\t\t}, Nil)\n\t\t\t\taccountsTbl.getPred(toAccNum).getEntry({ case (toAcc, getPred) =>\n\t\t\t\t\taccountsTbl.updatePred(toAccNum).action(toAcc, {\n\t\t\t\t\t\t\/\/ logger.error(xact+\" AccTo   #%d = %d -> %d\".format(toAcc.getKey, toAcc.row._1, toAcc.row._1 + amount))\n\t\t\t\t\t\tTuple1(toAcc.row._1 + amount)\n\t\t\t\t\t}, List(getPred))\n\t\t\t\t}, Nil)\n\t\t\t}\n\t\t\txact.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef execXact2() = {\n\t\t\/\/ logger.info(\"MVCC - execXact2 - Sum Balances\")\n\t\timplicit val xact = tm.begin(\"Xact2\")\n\t\ttry {\n\t\t\tval actualSum = 3L * (NUM_ACCOUNTS * (NUM_ACCOUNTS - 1L)) \/ 2L\n\t\t\tvar computedSum = 0L\n\t\t\taccountsTbl.foreachPred.apply({ case (dv, _) =>\n\t\t\t\tval accBal = dv.row._1\n\t\t\t\t\/\/ logger.error(xact+\" Acc #%d = %d\".format(dv.getKey, dv.row._1))\n\t\t\t\tcomputedSum += accBal\n\t\t\t}, Nil)\n\t\t\tif(computedSum != actualSum) {\n\t\t\t\tlogger.error(xact+\" > There was an error in the computation => computedSum (%d) != actualSum (%d) -> difference is %d\".format(computedSum, actualSum, Math.abs(computedSum - actualSum)))\n\t\t\t\tSystem.exit(0)\n\t\t\t\t\/\/ throw new RuntimeException(\"There was an error in the computation\")\n\t\t\t}\n\t\t\txact.commit\n\t\t\t1\n\t\t} catch {\n\t\t\tcase me: MVCCException => {\n\t\t\t\terror(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\terror(me)\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t\tcase e: Throwable => {\n\t\t\t\tlogger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred\")\n\t\t\t\tlogger.error(e.toString)\n\t\t\t\tif(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n\t\t\t\ttm.rollback\n\t\t\t\t0\n\t\t\t}\n\t\t}\n\t}\n\n\tdef runXactSeq(driver: Driver, commandSeq:Seq[ddbt.lib.util.XactCommand])(implicit tInfo: ThreadInfo): Unit = {\n\t\t\/\/ commandSeq.foreach { x =>\n\t\t\/\/ }\n\t\tthrow new UnsupportedOperationException\n\t}\n\n\tdef init = {\n\t\timplicit val xact = tm.begin(\"InitXact\")\n\t\tfor(i <- 0 until NUM_ACCOUNTS) accountsTbl += (i, Tuple1(i*3L))\n\t\txact.commit\n\t\tthis\n\t}\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/load\/FileLoader.scala","text":"package ddbt.tpcc.loadtest.load\n\nimport java.io.BufferedOutputStream\nimport java.io.File\nimport java.io.FileOutputStream\nimport java.io.IOException\nimport java.text.DateFormat\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport FileLoader._\n\nobject FileLoader {\n\n  protected val dateFormat = new SimpleDateFormat(\"yyyy-MM-dd\")\n\n  protected val dateTimeFormat = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\")\n}\n\n\/**\n * Copyright (C) 2011 CodeFutures Corporation. All rights reserved.\n *\/\nclass FileLoader(file: File) extends RecordLoader {\n\n  protected var os: BufferedOutputStream = new BufferedOutputStream(new FileOutputStream(file, true))\n\n  protected val b = new StringBuilder()\n\n  def load(r: Record) {\n    b.setLength(0)\n    val field = r.getTheField\n    for (i <- 0 until field.length) {\n      if (i > 0) {\n        b.append('\\t')\n      }\n      if (field(i) == null) {\n        b.append(\"\\\\N\")\n      } else if (field(i).isInstanceOf[Date]) {\n        b.append(dateTimeFormat.format(field(i).asInstanceOf[Date]))\n      } else {\n        b.append(field(i))\n      }\n    }\n    os.write(b.toString.getBytes)\n    os.write(\"\\n\".getBytes)\n  }\n\n  def commit() {\n  }\n\n  def close() {\n    os.close()\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/Util.scala","text":"package ddbt.tpcc.loadtest\n\nimport java.util.Date\nimport java.util.Random\nimport TpccConstants._\n\nobject Util{\n\n  var no: Int = _\n\n  var py: Int = _\n\n  var os: Int = _\n\n  var dl: Int = _\n\n  var sl: Int = _\n\n  var total: Int = 0\n\n  var seq: Array[Int] = _\n\n  private var nextNum: Int = 0\n\n  var first: java.lang.Boolean = true\n\n  var permCount: Int = _\n\n  \/\/ private var generate: Random = new Random()\n  private var generate: Random = new Random(1001)\n  val rnd1 = new Random(11002)\n\n  private val C_255 = randomNumber(0, 255)\n\n  private val C_1023 = randomNumber(0, 1023)\n\n  private val C_8191 = randomNumber(0, 8191)\n\n  def shuffle() {\n    var i: Int = 0\n    var j: Int = 0\n    var tmp: Int = 0\n    var rmd: Int = 0\n    val rnd = new Random(rnd1.nextInt())\n    \/\/ val rnd = new Random()\n    i = 0\n    j = 0\n    while (i < no) {\n      seq(j) = 0\n      i += 1\n      j += 1\n    }\n    i = 0\n    while (i < py) {\n      seq(j) = 1\n      i += 1\n      j += 1\n    }\n    i = 0\n    while (i < os) {\n      seq(j) = 2\n      i += 1\n      j += 1\n    }\n    i = 0\n    while (i < dl) {\n      seq(j) = 3\n      i += 1\n      j += 1\n    }\n    i = 0\n    while (i < sl) {\n      seq(j) = 4\n      i += 1\n      j += 1\n    }\n    i = 0\n    j = total - 1\n    while (j > 0) {\n      rmd = rnd.nextInt() % (j + 1)\n      if (rmd < 0) {\n        rmd = rmd * -1\n      }\n      tmp = seq(rmd + i)\n      seq(rmd + i) = seq(i)\n      seq(i) = tmp\n      i += 1\n      j -= 1\n    }\n  }\n\n  def seqInit(n: Int = 0, \n      p: Int = 0, \n      o: Int = 0, \n      d: Int = 0, \n      s: Int = 0) {\n    no = n\n    py = p\n    os = o\n    dl = d\n    sl = s\n    total = n + p + o + d + s\n\/\/    System.out.print(\"TOTAL:%d\".format(total))\n    seq = Array.ofDim[Int](total)\n    shuffle()\n    nextNum = 0\n  }\n\n  def seqGet(): Int = {\n    synchronized {\n      if (nextNum >= total) {\n        shuffle()\n        nextNum = 0\n      }\n      nextNum += 1\n      seq(nextNum - 1)\n    }\n  }\n\n  def setSeed(seed: Int) {\n    generate.setSeed(seed)\n  }\n\n  def randomNumber(min: Int, max: Int): Int = {\n    val next = generate.nextInt()\n    var div = next % ((max - min) + 1)\n    if (div < 0) {\n      div = div * -1\n    }\n    val value = min + div\n    value\n  }\n\n  def nuRand(A: Int, x: Int, y: Int): Int = {\n    var C = 0\n    A match {\n      case 255 => C = C_255\n      case 1023 => C = C_1023\n      case 8191 => C = C_8191\n      case _ => throw new RuntimeException(\"NURand: unexpected value (%d) of A used\\n\" + A)\n    }\n    ((((randomNumber(0, A) | randomNumber(x, y)) + C) % (y - x + 1)) + \n      x)\n  }\n\n  def makeAlphaString(x: Int, y: Int): String = {\n    var str: String = null\n    val temp = \"0123456789\" + \"ABCDEFGHIJKLMNOPQRSTUVWXYZ\" + \"abcdefghijklmnopqrstuvwxyz\"\n    val alphanum = temp.toCharArray()\n    val arrmax = 61\n    var i: Int = 0\n    var len: Int = 0\n    len = randomNumber(x, y)\n    i = 0\n    while (i < len) {\n      str = (if (str != null) {\n        str + alphanum(randomNumber(0, arrmax)) \n      } else {\n        \"\" + alphanum(randomNumber(0, arrmax))\n      })\n      i += 1\n    }\n    str\n  }\n\n  def makeNumberString(x: Int, y: Int): String = {\n    var str: String = null\n    val numeric = \"0123456789\".toCharArray()\n    val arrmax = 9\n    var i: Int = 0\n    var len: Int = 0\n    len = randomNumber(x, y)\n    i = 0\n    while (i < len) {\n      str = (if (str != null) str + numeric(randomNumber(0, arrmax)) else \"0\")\n      i += 1\n    }\n    str\n  }\n\n  def initPermutation() {\n    var i: Int = 0\n    var j = 0\n    val tempNums = Array.ofDim[Int](CUST_PER_DIST)\n    permCount = 0\n    i = 0\n    while (i < ORD_PER_DIST) {\n      nums(i) = i + 1\n      tempNums(i) = i + 1\n      i += 1\n    }\n    i = 0\n    while (i < ORD_PER_DIST - 1) {\n      j = randomNumber(i + 1, ORD_PER_DIST - 1).toInt\n      nums(j) = tempNums(i)\n      i += 1\n    }\n  }\n\n  def getPermutation(): Int = {\n    if (permCount >= ORD_PER_DIST) {\n      throw new RuntimeException(\"GetPermutation: past end of list!\\n\")\n    }\n    permCount += 1\n    nums(permCount - 1)\n  }\n\n  def lastName(num: Int): String = {\n    var name: String = null\n    val n = Array(\"BAR\", \"OUGHT\", \"ABLE\", \"PRI\", \"PRES\", \"ESE\", \"ANTI\", \"CALLY\", \"ATION\", \"EING\")\n    name = n(num \/ 100)\n    name = name + n((num \/ 10) % 10)\n    name = name + n(num % 10)\n    name\n  }\n  def doubleEq(d1:Double, d2:Double):Boolean = (Math.abs(d1-d2) < 0.1f)\n  def floatEq(d1:Float, d2:Float):Boolean = (Math.abs(d1-d2) < 1f)\n  def dateEq(d1:Date, d2:Date):Boolean = (((realRoundDate(d1).getTime - realRoundDate(d2).getTime) \/ 1000) == 0)\n\n\n  @inline\n  final def roundDate(d:Date):Date = d\n\n\n  def realRoundDate(d:Date):Date = {\n    val c = java.util.Calendar.getInstance();\n    c.setTime(d);\n    val mil = c.get(java.util.Calendar.MILLISECOND);\n    c.set(java.util.Calendar.MILLISECOND, 0);\n    \/\/TODO Date rounding is required for some versions of MySQL\n    \/\/ if(mil >= 500) {\n    \/\/  c.set(java.util.Calendar.SECOND, c.get(java.util.Calendar.SECOND)+1);\n    \/\/ }\n    c.getTime()\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/ThreadInfo.scala","text":"package ddbt.lib.util\n\nimport java.util.concurrent.atomic.AtomicReference\n\nclass ThreadInfo(val tid:Int) {\n\tvar currentXact:AtomicReference[AnyRef] = null\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/mysql\/NewOrder.scala","text":"package ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.sql.SQLException\nimport java.util.Calendar\nimport java.util.Date\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.itx.INewOrder\nimport NewOrder._\nimport TpccConstants._\n\nobject NewOrder {\n\n  private val logger = LoggerFactory.getLogger(classOf[NewOrder])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = TpccConstants.SHOW_OUTPUT\n}\n\nclass NewOrder(var pStmts: TpccStatements) extends INewOrder {\n\n  private var s_dist_01: String = null\n\n  private var s_dist_02: String = null\n\n  private var s_dist_03: String = null\n\n  private var s_dist_04: String = null\n\n  private var s_dist_05: String = null\n\n  private var s_dist_06: String = null\n\n  private var s_dist_07: String = null\n\n  private var s_dist_08: String = null\n\n  private var s_dist_09: String = null\n\n  private var s_dist_10: String = null\n\n  var ol_num_seq: Array[Int] = new Array[Int](MAX_NUM_ITEMS)\n\n  private def pickDistInfo(ol_dist_info: String, ol_supply_w_id: Int): String = {\n    val new_ol_dist_info = ol_supply_w_id match {\n      case 1 => s_dist_01\n      case 2 => s_dist_02\n      case 3 => s_dist_03\n      case 4 => s_dist_04\n      case 5 => s_dist_05\n      case 6 => s_dist_06\n      case 7 => s_dist_07\n      case 8 => s_dist_08\n      case 9 => s_dist_09\n      case 10 => s_dist_10\n    }\n    new_ol_dist_info\n}\n\n  override def newOrderTx(time:Date, t_num: Int, \n      w_id_arg: Int, \n      d_id_arg: Int, \n      c_id_arg: Int, \n      o_ol_cnt_arg: Int, \n      o_all_local_arg: Int, \n      itemid: Array[Int], \n      supware: Array[Int], \n      qty: Array[Int],\n      price: Array[Float],\n      iname: Array[String],\n      stock: Array[Int],\n      bg: Array[Char],\n      amt: Array[Float])(implicit tInfo: ThreadInfo): Int = {\n    try {\n      pStmts.setAutoCommit(false)\n      if(NewOrder.SHOW_OUTPUT) logger.info(\"# Started NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id_arg,d_id_arg,c_id_arg))\n      if (DEBUG) logger.debug(\"Transaction:\tNew Order\")\n      val w_id = w_id_arg\n      val d_id = d_id_arg\n      val c_id = c_id_arg\n      val o_ol_cnt = o_ol_cnt_arg\n      val o_all_local = o_all_local_arg\n      var c_discount = 0f\n      var c_last: String = null\n      var c_credit: String = null\n      var w_tax = 0f\n      var d_next_o_id = 0\n      var d_tax = 0f\n      var o_id = 0\n      var i_name: String = null\n      var i_price = 0f\n      var i_data: String = null\n      var ol_i_id = 0\n      var s_quantity = 0\n      var s_data: String = null\n      var ol_dist_info: String = null\n      var ol_supply_w_id = 0\n      var ol_amount = 0f\n      var ol_quantity = 0\n      var min_num = 0\n      var i = 0\n      var j = 0\n      var tmp = 0\n      var swp = 0\n      val currentTimeStamp = time.toString\n      try {\n        var column = 1\n        val pstmt0 = pStmts.getStatement(0)\n        pstmt0.setInt({ column += 1; column - 1} , w_id)\n        pstmt0.setInt({ column += 1; column - 1} , w_id)\n        pstmt0.setInt({ column += 1; column - 1} , d_id)\n        pstmt0.setInt({ column += 1; column - 1} , c_id)\n        if (TRACE) logger.trace(\"SELECT c_discount, c_last, c_credit, w_tax FROM customer, warehouse WHERE w_id = \" + \n          w_id + \n          \" AND c_w_id = \" + \n          w_id + \n          \" AND c_d_id = \" + \n          d_id + \n          \" AND c_id = \" + \n          c_id)\n        val rs = pstmt0.executeQuery()\n        if (rs.next()) {\n          c_discount = rs.getFloat(1)\n          c_last = rs.getString(2)\n          c_credit = rs.getString(3)\n          w_tax = rs.getFloat(4)\n        }\n        rs.close()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"SELECT c_discount, c_last, c_credit, w_tax FROM customer, warehouse WHERE w_id = \" + \n            w_id + \n            \" AND c_w_id = \" + \n            w_id + \n            \" AND c_d_id = \" + \n            d_id + \n            \" AND c_id = \" + \n            c_id, e)\n          throw new Exception(\"NewOrder select transaction error\", e)\n        }\n      }\n      try {\n        val pstmt1 = pStmts.getStatement(1)\n        pstmt1.setInt(1, d_id)\n        pstmt1.setInt(2, w_id)\n        if (TRACE) logger.trace(\"SELECT d_next_o_id, d_tax FROM district WHERE d_id = \" + \n          d_id + \n          \"  AND d_w_id = \" + \n          w_id + \n          \" FOR UPDATE\")\n        val rs = pstmt1.executeQuery()\n        if (rs.next()) {\n          d_next_o_id = rs.getInt(1)\n          d_tax = rs.getFloat(2)\n        } else {\n          logger.error(\"Failed to obtain d_next_o_id. No results to query: \" + \n            \"SELECT d_next_o_id, d_tax FROM district WHERE d_id = \" + \n            d_id + \n            \"  AND d_w_id = \" + \n            w_id + \n            \" FOR UPDATE\")\n        }\n        rs.close()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"SELECT d_next_o_id, d_tax FROM district WHERE d_id = \" + \n            d_id + \n            \"  AND d_w_id = \" + \n            w_id + \n            \" FOR UPDATE\", e)\n          throw new Exception(\"Neworder select transaction error\", e)\n        }\n      }\n      try {\n        val pstmt2 = pStmts.getStatement(2)\n        pstmt2.setInt(1, d_next_o_id)\n        pstmt2.setInt(2, d_id)\n        pstmt2.setInt(3, w_id)\n        if (TRACE) logger.trace(\"UPDATE district SET d_next_o_id = \" + d_next_o_id + \" + 1 WHERE d_id = \" + \n          d_id + \n          \" AND d_w_id = \" + \n          w_id)\n        pstmt2.executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"UPDATE district SET d_next_o_id = \" + d_next_o_id + \" + 1 WHERE d_id = \" + \n            d_id + \n            \" AND d_w_id = \" + \n            w_id, e)\n          throw new Exception(\"NewOrder update transaction error\", e)\n        }\n      }\n      o_id = d_next_o_id\n      try {\n        val pstmt3 = pStmts.getStatement(3)\n        pstmt3.setInt(1, o_id)\n        pstmt3.setInt(2, d_id)\n        pstmt3.setInt(3, w_id)\n        pstmt3.setInt(4, c_id)\n        pstmt3.setString(5, currentTimeStamp)\n        pstmt3.setInt(6, o_ol_cnt)\n        pstmt3.setInt(7, o_all_local)\n        if (TRACE) logger.trace(\"INSERT INTO orders (o_id, o_d_id, o_w_id, o_c_id, o_entry_d, o_ol_cnt, o_all_local) \" + \n          \"VALUES(\" + \n          o_id + \n          \",\" + \n          d_id + \n          \",\" + \n          w_id + \n          \",\" + \n          c_id + \n          \",\" + \n          currentTimeStamp + \n          \",\" + \n          o_ol_cnt + \n          \",\" + \n          o_all_local + \n          \")\")\n        pstmt3.executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"INSERT INTO orders (o_id, o_d_id, o_w_id, o_c_id, o_entry_d, o_ol_cnt, o_all_local) \" + \n            \"VALUES(\" + \n            o_id + \n            \",\" + \n            d_id + \n            \",\" + \n            w_id + \n            \",\" + \n            c_id + \n            \",\" + \n            currentTimeStamp + \n            \",\" + \n            o_ol_cnt + \n            \",\" + \n            o_all_local + \n            \")\", e)\n          throw new Exception(\"NewOrder insert transaction error\", e)\n        }\n      }\n      try {\n        val pstmt4 = pStmts.getStatement(4)\n        pstmt4.setInt(1, o_id)\n        pstmt4.setInt(2, d_id)\n        pstmt4.setInt(3, w_id)\n        if (TRACE) logger.trace(\"INSERT INTO new_orders (no_o_id, no_d_id, no_w_id) VALUES (\" + \n          o_id + \n          \",\" + \n          d_id + \n          \",\" + \n          w_id + \n          \")\")\n        pstmt4.executeUpdate()\n      } catch {\n        case e: SQLException => {\n          logger.error(\"INSERT INTO new_orders (no_o_id, no_d_id, no_w_id) VALUES (\" + \n            o_id + \n            \",\" + \n            d_id + \n            \",\" + \n            w_id + \n            \")\", e)\n          throw new Exception(\"NewOrder insert transaction error\", e)\n        }\n      }\n      i = 0\n      while (i < o_ol_cnt) {\n        ol_num_seq(i) = i\n        i += 1\n      }\n      \/\/TODO - if we want this odering, we should implement it on the other side\n      \/\/ i = 0\n      \/\/ while (i < (o_ol_cnt - 1)) {\n      \/\/   tmp = (MAXITEMS + 1) * supware(ol_num_seq(i)) + itemid(ol_num_seq(i))\n      \/\/   min_num = i\n      \/\/   j = i + 1\n      \/\/   while (j < o_ol_cnt) {\n      \/\/     if ((MAXITEMS + 1) * supware(ol_num_seq(j)) + itemid(ol_num_seq(j)) < \n      \/\/       tmp) {\n      \/\/       tmp = (MAXITEMS + 1) * supware(ol_num_seq(j)) + itemid(ol_num_seq(j))\n      \/\/       min_num = j\n      \/\/     }\n      \/\/     j += 1\n      \/\/   }\n      \/\/   if (min_num != i) {\n      \/\/     swp = ol_num_seq(min_num)\n      \/\/     ol_num_seq(min_num) = ol_num_seq(i)\n      \/\/     ol_num_seq(i) = swp\n      \/\/   }\n      \/\/   i += 1\n      \/\/ }\n      var ol_number = 1\n      while (ol_number <= o_ol_cnt) {\n        ol_supply_w_id = supware(ol_num_seq(ol_number - 1))\n        ol_i_id = itemid(ol_num_seq(ol_number - 1))\n        ol_quantity = qty(ol_num_seq(ol_number - 1))\n        try {\n          val pstmt5 = pStmts.getStatement(5)\n          pstmt5.setInt(1, ol_i_id)\n          if (TRACE) logger.trace(\"SELECT i_price, i_name, i_data FROM item WHERE i_id =\" + \n            ol_i_id)\n          val rs = pstmt5.executeQuery()\n          if (rs.next()) {\n            i_price = rs.getFloat(1)\n            i_name = rs.getString(2)\n            i_data = rs.getString(3)\n          } else {\n            if (DEBUG) {\n              logger.debug(\"No item found for item id \" + ol_i_id)\n            }\n            throw new AbortedTransactionException()\n          }\n          rs.close()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"SELECT i_price, i_name, i_data FROM item WHERE i_id =\" + \n              ol_i_id, e)\n            throw new Exception(\"NewOrder select transaction error\", e)\n          }\n        }\n        price(ol_num_seq(ol_number - 1)) = i_price\n        iname(ol_num_seq(ol_number - 1)) = i_name\n        try {\n          val pstmt6 = pStmts.getStatement(6)\n          pstmt6.setInt(1, ol_i_id)\n          pstmt6.setInt(2, ol_supply_w_id)\n          if (TRACE) logger.trace(\"SELECT s_quantity, s_data, s_dist_01, s_dist_02, s_dist_03, s_dist_04, s_dist_05, s_dist_06, s_dist_07, s_dist_08, s_dist_09, s_dist_10 FROM \" + \n            \"stock WHERE s_i_id = \" + \n            ol_i_id + \n            \" AND s_w_id = \" + \n            ol_supply_w_id + \n            \" FOR UPDATE\")\n          val rs = pstmt6.executeQuery()\n          if (rs.next()) {\n            s_quantity = rs.getInt(1)\n            s_data = rs.getString(2)\n            s_dist_01 = rs.getString(3)\n            s_dist_02 = rs.getString(4)\n            s_dist_03 = rs.getString(5)\n            s_dist_04 = rs.getString(6)\n            s_dist_05 = rs.getString(7)\n            s_dist_06 = rs.getString(8)\n            s_dist_07 = rs.getString(9)\n            s_dist_08 = rs.getString(10)\n            s_dist_09 = rs.getString(11)\n            s_dist_10 = rs.getString(12)\n          }\n          rs.close()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"SELECT s_quantity, s_data, s_dist_01, s_dist_02, s_dist_03, s_dist_04, s_dist_05, s_dist_06, s_dist_07, s_dist_08, s_dist_09, s_dist_10 FROM \" + \n              \"stock WHERE s_i_id = \" + \n              ol_i_id + \n              \" AND s_w_id = \" + \n              ol_supply_w_id + \n              \" FOR UPDATE\", e)\n            throw new Exception(\"NewOrder select transaction error\", e)\n          }\n        }\n        ol_dist_info = pickDistInfo(ol_dist_info, d_id)\n        stock(ol_num_seq(ol_number - 1)) = s_quantity\n        bg(ol_num_seq(ol_number - 1)) = if ((i_data.contains(\"original\")) && (s_data.contains(\"original\"))) 'B' else 'G'\n        s_quantity = if (s_quantity > ol_quantity) s_quantity - ol_quantity else s_quantity - ol_quantity + 91\n        try {\n          val pstmt7 = pStmts.getStatement(7)\n          pstmt7.setInt(1, s_quantity)\n          pstmt7.setInt(2, ol_i_id)\n          pstmt7.setInt(3, ol_supply_w_id)\n          if (TRACE) logger.trace(\"UPDATE stock SET s_quantity = \" + s_quantity + \" WHERE s_i_id = \" + \n            ol_i_id + \n            \" AND s_w_id = \" + \n            ol_supply_w_id)\n          pstmt7.executeUpdate()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"UPDATE stock SET s_quantity = \" + s_quantity + \" WHERE s_i_id = \" + \n              ol_i_id + \n              \" AND s_w_id = \" + \n              ol_supply_w_id, e)\n            throw new Exception(\"NewOrder update transaction error\", e)\n          }\n        }\n        ol_amount = ol_quantity * i_price * (1 + w_tax + d_tax) * (1 - c_discount)\n        amt(ol_num_seq(ol_number - 1)) = ol_amount\n        try {\n          val pstmt8 = pStmts.getStatement(8)\n          pstmt8.setInt(1, o_id)\n          pstmt8.setInt(2, d_id)\n          pstmt8.setInt(3, w_id)\n          pstmt8.setInt(4, ol_number)\n          pstmt8.setInt(5, ol_i_id)\n          pstmt8.setInt(6, ol_supply_w_id)\n          pstmt8.setInt(7, ol_quantity)\n          pstmt8.setFloat(8, ol_amount)\n          pstmt8.setString(9, ol_dist_info)\n          if (TRACE) logger.trace(\"INSERT INTO order_line (ol_o_id, ol_d_id, ol_w_id, ol_number, ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_dist_info) \" + \n            \"VALUES (\" + \n            o_id + \n            \",\" + \n            d_id + \n            \",\" + \n            w_id + \n            \",\" + \n            ol_number + \n            \",\" + \n            ol_i_id + \n            \",\" + \n            ol_supply_w_id + \n            \",\" + \n            ol_quantity + \n            \",\" + \n            ol_amount + \n            \",\" + \n            ol_dist_info + \n            \")\")\n          pstmt8.executeUpdate()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"INSERT INTO order_line (ol_o_id, ol_d_id, ol_w_id, ol_number, ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_dist_info) \" + \n              \"VALUES (\" + \n              o_id + \n              \",\" + \n              d_id + \n              \",\" + \n              w_id + \n              \",\" + \n              ol_number + \n              \",\" + \n              ol_i_id + \n              \",\" + \n              ol_supply_w_id + \n              \",\" + \n              ol_quantity + \n              \",\" + \n              ol_amount + \n              \",\" + \n              ol_dist_info + \n              \")\", e)\n            throw new Exception(\"NewOrder insert transaction error\", e)\n          }\n        }\n        ol_number += 1\n      }\n      pStmts.commit()\n      if(NewOrder.SHOW_OUTPUT) logger.info(\"# Finished NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id_arg,d_id_arg,c_id_arg))\n      1\n    } catch {\n      case ate: AbortedTransactionException => {\n        if (logger.isDebugEnabled) {\n          logger.debug(\"Caught AbortedTransactionException\")\n        }\n        pStmts.rollback()\n        1\n      }\n      case e: Exception => {\n        logger.error(\"New Order error\", e)\n        pStmts.rollback()\n        0\n      }\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/TpccLoadConfig.scala","text":"<filename>src\/tpcc\/runtime\/TpccLoadConfig.scala\npackage ddbt.tpcc.loadtest\n\nimport ddbt.tpcc.loadtest.load.FileLoader\nimport ddbt.tpcc.loadtest.load.JdbcPreparedStatementLoader\nimport ddbt.tpcc.loadtest.load.JdbcStatementLoader\nimport ddbt.tpcc.loadtest.load.RecordLoader\nimport java.io.File\nimport java.io.IOException\nimport java.sql.Connection\n\n  object LoadType extends Enumeration {\n\n    type LoadType = Value \n\n    val JDBC_STATEMENT, JDBC_PREPARED_STATEMENT, CSV = Value\n\n    \/\/implicit def convertValue(v: Value): LoadType = v.asInstanceOf[LoadType]\n  }\n\n\/**\n * Copyright (C) 2011 CodeFutures Corporation. All rights reserved.\n *\/\nclass TpccLoadConfig {\n\n  var loadType: LoadType.LoadType = LoadType.JDBC_PREPARED_STATEMENT\n\n  var conn: Connection = _\n\n  private var outputDir: File = _\n\n  private var jdbcInsertIgnore: Boolean = true\n\n  private var jdbcBatchSize: Int = 100\n\n  def createLoader(tableName: String, columnName: Array[String]): RecordLoader = loadType match {\n    case LoadType.JDBC_STATEMENT => new JdbcStatementLoader(conn, tableName, columnName, jdbcInsertIgnore, jdbcBatchSize)\n    case LoadType.JDBC_PREPARED_STATEMENT => new JdbcPreparedStatementLoader(conn, tableName, columnName, jdbcInsertIgnore, \n      jdbcBatchSize)\n    case LoadType.CSV => new FileLoader(new File(outputDir, tableName + \".txt\"))\n    case _ => throw new IllegalStateException()\n  }\n\n  def setLoadType(loadType: LoadType.LoadType) {\n    this.loadType = loadType\n  }\n\n  def setConn(conn: Connection) {\n    this.conn = conn\n  }\n\n  def setOutputDir(outputDir: File) {\n    this.outputDir = outputDir\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/store2\/Test.scala","text":"package ddbt.lib.store2 \/\/ faking\nimport ddbt.Utils._\nimport java.io._\n\n\ncase class E(var _1:Long, var _2:Long, var _3:Double) extends Entry[E] {\n  var _h0=0; var _n0:E=null;\n  var _h1=0; var _n1:E=null;\n  var _h2=0; var _n2:E=null;\n  def copy = E(_1,_2,_3)\n  def copy(e:E) { e._1=_1; e._2=_2; e._3=_3; }\n}\n\n\/\/ S = number of samples\n\/\/ N = total number of elements in the hash map\n\/\/ M = elements per slice\n\/\/ lf = load factor\n\nobject IndexBench {\n  val i0:Idx[E] = new IdxHash[E](true) {\n    def hash(e:E) = { var h:Int=0xcafebabe;\n      var mix:Int=e._1.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n      mix=e._2.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n      h^=2; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n    }\n    def cmp(e1:E,e2:E) = if (e1._1==e2._1 && e1._2==e2._2) 0 else 1\n    def _h(e:E)=e._h0; def _h(e:E,h:Int) { e._h0=h }\n    def _n(e:E)=e._n0; def _n(e:E,n:E) { e._n0=n }\n  }\n\n  val i1:Idx[E] = new IdxHash[E](false) {\n    def hash(e:E) = { var h:Int=0xcafebabe;\n      var mix:Int=e._1.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n      h^=1; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n    }\n    def cmp(e1:E,e2:E) = if (e1._1==e2._1) 0 else 1\n    def _h(e:E)=e._h1; def _h(e:E,h:Int) { e._h1=h }\n    def _n(e:E)=e._n1; def _n(e:E,n:E) { e._n1=n }\n  }\n\n  val i2:Idx[E] = new IdxHash[E](false) {\n    def hash(e:E) = { var h:Int=0xcafebabe;\n      var mix:Int=e._2.## * 0xcc9e2d51; mix=((mix << 15) | (mix >>> -15))*0x1b873593 ^ h; mix=(mix << 13) | (mix >>> -13); h=(mix << 1)+mix+0xe6546b64;\n      h^=1; h^=h>>>16; h*=0x85ebca6b; h^=h >>> 13; h*=0xc2b2ae35; h ^ (h>>>16)\n    }\n    def cmp(e1:E,e2:E) = if (e1._1==e2._1) 0 else 1\n    def _h(e:E)=e._h2; def _h(e:E,h:Int) { e._h2=h }\n    def _n(e:E)=e._n2; def _n(e:E,n:E) { e._n2=n }\n  }\n\n\n  \/\/ XXX: We should assume 80% read \/ 20% write workload\n  def work(s:Store[E], N:Int, M:Int, S:Int) = {\n    val L=N\/M; var i=0\n    var e:E=null.asInstanceOf[E]; s.clear; System.gc(); System.gc(); Thread.sleep(20);\n    i=0; while(i<N) { s.insert(E(i%L,i,i)); i+=1; } \/\/ 10% insert\n    \/\/ i=0; while(i<N) { e=s.get(0,s.get(1,s.get(2,E(i%L,i,i)))); i+=1 } \/\/ 30% get\n    val ts = (0 until S).map { x => ns(()=>{\n      (0 until 10).foreach { x => i=0; while(i<L) {\n        val e0 = E(i%L,i,i)\n        \/\/s.slice(0,e0,x => e=x) \/\/ ~50% slicing (well a bit less with slice 0)\n        \/\/s.slice(2,e0,x => e=x)\n        \/\/s.slice(2,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        \/*\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        s.slice(1,e0,x => e=x)\n        *\/\n        i+=1\n      }}\n    })._1 }\n    \/\/i=0; while(i<N) { s.delete(E(i%L,i,i)); i+=1; } \/\/ 10% delete\n    ts.sorted\n  }\n\n  def test(S:Int,N:Int,M:Int,lf_u:Double,lf_nu:Double,out:PrintStream=null) {\n    val L=N\/M \/\/ Keep elements in an array (to refer after)\n    \/\/val a=new Array[E](N); var i=0; while (i<N) { a(i)=E(i%L,i,i); i+=1; }\n\n    \/\/ Create new stores\n    val s=new Store(Array(i0,i1,i2))\n    val ts = work(s,N,M,S)\n    val med=if (S%2==1) ts(S\/2) else (ts(S\/2)+ts(S\/2-1))\/2\n    val str = List(S,N,M,lf_u,lf_nu,time(ts(0)),time(med),time(ts(S-1))).mkString(\",\")\n    println(str)\n\n    \/*\n    val s1 = new Store[E](3,Array[EtryIdx[E]](E_I0,E_I1,E_I2))\n    \/\/s1.index(0,new IdxHashT(s1,0,true,lf_u.toFloat))\n    s1.index(1,new IdxHashT(s1,1,false,lf_nu.toFloat))\n    \/\/s1.index(2,new IdxHashT(s1,2,false,lf_nu.toFloat))\n\n    val s2 = new Store[E](3,Array[EtryIdx[E]](E_I0,E_I1,E_I2))\n    \/\/s2.index(0,new IdxHash(s2,0,true,lf_u.toFloat))\n    s2.index(1,new IdxHash(s2,1,false,lf_nu.toFloat))\n    \/\/s2.index(2,new IdxHash(s2,2,false,lf_nu.toFloat))\n\n    val ts1 = work(s1,N,M,S)\n    val ts2 = work(s2,N,M,S)\n    val (med1,med2)=if (S%2==1) (ts1(S\/2),ts2(S\/2)) else (  (ts1(S\/2)+ts1(S\/2-1))\/2,  (ts2(S\/2)+ts2(S\/2-1))\/2  )\n    val str = List(S,N,M,lf_u,lf_nu,\n                   time(ts1(0)),time(med1),time(ts1(S-1)), \/\/ IdxHashTree\n                   time(ts2(0)),time(med2),time(ts2(S-1))  \/\/ IdxHashList\n              ).mkString(\",\")\n    println(str); if (out!=null) out.println(str);\n    *\/\n  }\n\n  def main(args:Array[String]) {\n    val S = 10\n    val N = 1000000\n    val out = new PrintStream(new File(\"test\/store\/out.txt\"))\n\n    \/\/ lf_u is best in 0.7-1.5\n    \/\/ lf_nu\n\n    test(S*3,N,50,.75,.75,null); \/\/ warm-up\n\n    for (M <- List(100,200,500,1000,2000,5000,10000,20000,50000,100000)) {\n      test(S,N,M,.75,.75,out)\n    }\n    out.close;\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/ThreadTest1.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\nimport ThreadTest1._\n\n\/**\n * This class tests the maximum performance of multi-threaded app\n * (i.e. the maximum number of calls to an empty function),\n * by signaling the exec thread via @volatile booleans packed in\n * a stateChecker object\n *\n * The results for a machine with 1 CPU with 12 cores\n *   For 1  thread :   547,910,043 xact\/sec\n *   For 2  threads: 1,091,895,030 xact\/sec\n *   For 4  threads: 1,989,464,173 xact\/sec\n *   For 8  threads: 3,848,110,662 xact\/sec\n *   For 12 threads: 5,764,074,822 xact\/sec\n *   For 16 threads: 5,763,591,216 xact\/sec\n *   For 24 threads: 5,761,858,638 xact\/sec\n *\/\nobject ThreadTest1 {\n\tval rampupTime = 10\n\tval measureTime = 10\n\n\tval stateChecker = new StateChecker\n\n\tclass SampleWorker(id:Int, stateChecker:StateChecker) extends Thread {\n\t\tvar counter = 0L\n\t\t\/\/ var counter2 = 0\n\t\toverride def run() {\n\t\t\tprintln(\"started \" + id)\n\t\t\twhile(stateChecker.isActive) {\n\t\t\t\t\/\/ println(\"stateChecker.isActive = \" + stateChecker.isActive)\n\t\t\t\tif(stateChecker.counting_on) {\n\t\t\t\t\t\/\/ println(\"stateChecker.counting_on = \" + stateChecker.counting_on)\n\t\t\t\t\tcounter += 1L\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tprintln(\"finished \" + id)\n\t\t}\n\t}\n\n\tclass StateChecker {\n\t\t@volatile var counting_on = false\n\t\t@volatile var isActive = true\n\t}\n\n\tdef main(argv:Array[String]) {\n\t\tif(argv.length == 0) throw new RuntimeException(\"Please specify the number of connections\")\n\t\tval numConn =  Integer.parseInt(argv(0))\n\n\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\tval workers = new Array[SampleWorker](numConn)\n\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval worker = new SampleWorker(i, stateChecker)\n\t\t\tworkers(i) = worker\n\t\t\texecutor.execute(worker)\n\t\t}\n\t\tprintln(\"started\")\n\t\tprintln(\"ramp up\")\n\t\tThread.sleep(rampupTime * 1000)\n\t\tstateChecker.counting_on = true\n\t\tprintln(\"counting\")\n\t\tval startTime = System.currentTimeMillis()\n\t\tvar runTime = 0L\n\t\twhile ({(runTime = System.currentTimeMillis() - startTime); runTime} < measureTime * 1000) {\n\t\t\t\/\/println(\"Current execution time lapse: \" + df.format(runTime \/ 1000f) + \" seconds\")\n\t\t\ttry {\n\t\t\t\tThread.sleep(1000)\n\t\t\t} catch {\n\t\t\t\tcase e: InterruptedException => new RuntimeException(\"Sleep interrupted\", e)\n\t\t\t}\n\t\t}\n\t\tstateChecker.counting_on = false\n\t\tstateChecker.isActive = false\n\t\tval actualTestTime = System.currentTimeMillis() - startTime\n\t\tprintln(\"finished\")\n\t\tvar countAll = 0L\n\t\tfor (i <- 0 until numConn) {\n\t\t\tcountAll += workers(i).counter\n\t\t\tprintln(\"worker(%d) = %,d\".format(i, workers(i).counter))\n\t\t}\n\t\tprintln(\"countAll = %,d\".format(countAll))\n\t\tprintln(\"actualTestTime = %d\".format(actualTestTime))\n\t\tprintln(\"run\/sec = %,.0f\".format((countAll * 1.0) \/ (actualTestTime \/ 1000.0) ))\n\t\texecutor.shutdown()\n\t\tprintln(\"trying to shut down\")\n\t\ttry {\n\t\t\texecutor.awaitTermination(30, TimeUnit.SECONDS)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t}\n\t\tprintln(\"shut down\")\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/ConcurrentHashMapNoContentionTest.scala","text":"\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\nimport java.util.concurrent.ConcurrentHashMap\nimport ConcurrentHashMapNoContentionTest._\n\nobject ConcurrentHashMapNoContentionTest {\n\tval numConn = 8\n\tval rampupTime = 5\n\tval measureTime = 10\n\n\tval stateChecker = new StateChecker\n\tval map = new ConcurrentHashMap[Int,Int](numConn * 4)\n\n\tclass SampleWorker(id:Int, stateChecker:StateChecker) extends Thread {\n\t\tvar counter = 0L\n\t\t\/\/ var counter2 = 0\n\t\toverride def run() {\n\t\t\twhile(stateChecker.isActive) {\n\t\t\t\tval from = id\n\t\t\t\tval to = id+numConn\n\t\t\t\tmap.put(from, map.get(from) + 2)\n\t\t\t\tmap.put(to, map.get(to) + 2)\n\t\t\t\t\/\/ println(\"stateChecker.isActive = \" + stateChecker.isActive)\n\t\t\t\tif(stateChecker.counting_on) {\n\t\t\t\t\t\/\/ println(\"stateChecker.counting_on = \" + stateChecker.counting_on)\n\t\t\t\t\tcounter += 1L\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tclass StateChecker {\n\t\t@volatile var counting_on = false\n\t\t@volatile var isActive = true\n\t}\n\n\tdef main(argv:Array[String]) {\n\n\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\tval workers = new Array[SampleWorker](numConn)\n\n\t\tfor (i <- 0 until (numConn*2)) {\n\t\t\tmap.put(i, 0)\n\t\t}\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval worker = new SampleWorker(i, stateChecker)\n\t\t\tworkers(i) = worker\n\t\t\texecutor.execute(worker)\n\t\t}\n\t\tprintln(\"started with numConn = \" + numConn)\n\t\tprintln(\"ramp up\")\n\t\tThread.sleep(rampupTime * 1000)\n\t\tstateChecker.counting_on = true\n\t\tprintln(\"counting\")\n\t\tval startTime = System.currentTimeMillis()\n\t\tvar runTime = 0L\n\t\twhile ({(runTime = System.currentTimeMillis() - startTime); runTime} < measureTime * 1000) {\n\t\t\t\/\/println(\"Current execution time lapse: \" + df.format(runTime \/ 1000f) + \" seconds\")\n\t\t\ttry {\n\t\t\t\tThread.sleep(1000)\n\t\t\t} catch {\n\t\t\t\tcase e: InterruptedException => new RuntimeException(\"Sleep interrupted\", e)\n\t\t\t}\n\t\t}\n\t\tstateChecker.counting_on = false\n\t\tstateChecker.isActive = false\n\t\tval actualTestTime = System.currentTimeMillis() - startTime\n\t\tprintln(\"finished\")\n\t\tvar countAll = 0L\n\t\tfor (i <- 0 until numConn) {\n\t\t\tcountAll += workers(i).counter\n\t\t\tprintln(\"worker(%d) = %,d\".format(i, workers(i).counter))\n\t\t}\n\t\tprintln(\"countAll = %,d\".format(countAll))\n\t\tprintln(\"actualTestTime = %d\".format(actualTestTime))\n\t\tprintln(\"run\/sec = %,.0f\".format((countAll * 1.0) \/ (actualTestTime \/ 1000.0) ))\n\t\texecutor.shutdown()\n\t\tprintln(\"trying to shut down\")\n\t\ttry {\n\t\t\texecutor.awaitTermination(30, TimeUnit.SECONDS)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t}\n\t\tprintln(\"shut down\")\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx\/MVCCTpccTableV2.scala","text":"<filename>src\/tpcc\/impl\/tx\/MVCCTpccTableV2.scala\npackage ddbt.tpcc.tx\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport java.sql.Connection\nimport java.sql.Statement\nimport java.sql.ResultSet\nimport ddbt.tpcc.loadtest.Util._\nimport ddbt.tpcc.loadtest.DatabaseConnector._\nimport ddbt.lib.concurrent.ConcurrentSHMap\nimport ddbt.lib.concurrent.ConcurrentSHMap._\nimport ddbt.lib.concurrent.ConcurrentSHSet\nimport ddbt.lib.BinaryHeap\nimport ddbt.tpcc.loadtest.TpccConstants._\n\nimport TpccTable._\nimport MVCCTpccTableV2._\nimport java.util.concurrent.atomic.AtomicLong\n\nobject MVCCTpccTableV2 {\n\tdef testSpecialDsUsed = false\n\n\tclass Transaction(val tm: TransactionManager, val startTS: Long, var xactId: Long, var committed:Boolean=false) {\n\t\tdef commitTS = xactId\n\t\t\/\/ var undoBuffer = List[DeltaVersion[_,_]]()\n\t\tdef addPredicate(p:String) = {}\n\t\tdef commit = tm.commit(this)\n\t\tdef rollback = tm.rollback(this)\n\t}\n\n\tclass TransactionManager {\n\n\t\tvar transactionIdGen = new AtomicLong(1L << 32)\n\t\tvar startAndCommitTimestampGen = new AtomicLong(1L)\n\n\t\t\/\/ val activeXacts = new SHMap[Long,Transaction]\n\t\tvar recentlyCommittedXacts = List[Transaction]()\n\n\t\tdef begin = {\n\t\t\tval xactId = transactionIdGen.getAndIncrement()\n\t\t\tval startTS = startAndCommitTimestampGen.getAndIncrement()\n\t\t\tnew Transaction(this,startTS, xactId)\n\t\t}\n\t\tdef commit(implicit xact:Transaction) = {\n\t\t\tthis.synchronized {\n\t\t\t\tval xactId = xact.xactId\n\t\t\t\t\/\/ activeXacts -= xactId\n\t\t\t\txact.xactId = startAndCommitTimestampGen.getAndIncrement()\n\t\t\t\trecentlyCommittedXacts = xact :: recentlyCommittedXacts\n\t\t\t}\n\t\t}\n\t\tdef rollback(implicit xact:Transaction) = {\n\t\t\tthis.synchronized {\n\t\t\t\t\/\/ activeXacts -= xact.xactId\n\t\t\t}\n\t\t}\n\n\t\t\/\/\/\/\/\/\/ TABLES \\\\\\\\\\\\\\\n\t\tval newOrderTbl = new ConcurrentSHMap[(Int,Int,Int),Tuple1[Boolean]](0.9f, 262144, (k:(Int,Int,Int),v:Tuple1[Boolean]) => ((k._2, k._3)) )\n\n\t\tval historyTbl = new ConcurrentSHMap[(Int,Int,Int,Int,Int,Date,Float,String),Tuple1[Boolean]]\/*(0.9f, 4194304)*\/\n\n\t\tval warehouseTbl = new ConcurrentSHMap[Int,(String,String,String,String,String,String,Float,Double)]\n\n\t\tval itemPartialTbl = new ConcurrentSHMap[Int,(\/*Int,*\/String,Float,String)]\/*(1f, 262144)*\/\n\n\t\tval orderTbl = new ConcurrentSHMap[(Int,Int,Int),(Int,Date,Option[Int],Int,Boolean)](\/*0.9f, 4194304,*\/ (k:(Int,Int,Int), v:(Int,Date,Option[Int],Int,Boolean)) => ((k._2, k._3, v._1)) )\n\n\t\tval districtTbl = new ConcurrentSHMap[(Int,Int),(String,String,String,String,String,String,Float,Double,Int)]\/*(1f, 32)*\/\n\n\t\tval orderLineTbl = new ConcurrentSHMap[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)](\/*0.9f, 33554432, List((0.9f, 4194304)),*\/ (k:(Int,Int,Int,Int), v:(Int,Int,Option[Date],Int,Float,String)) => ((k._1, k._2, k._3)) )\n\n\t\tval customerTbl = new ConcurrentSHMap[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)] (\/*1f, 65536, List((1f, 16384)),*\/ (k:(Int,Int,Int), v:(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)) => ((k._2, k._3, v._3)) )\n\n\t\tval stockTbl = new ConcurrentSHMap[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)]\/*(1f, 262144)*\/\n\n\t\tval customerWarehouseFinancialInfoMap = new ConcurrentSHMap[(Int,Int,Int),(Float,String,String,Float)]\/*(1f, 65536)*\/\n\t}\n}\n\/**\n * Tables for TPC-C Benchmark (with all operations reflected through its API\n * (and not directly via internal tables)\n *\n * @author <NAME>\n *\/\nclass MVCCTpccTableV2 extends TpccTable(7) {\n\n\toverride val newOrderTbl = null\n\toverride val historyTbl = null\n\toverride val warehouseTbl = null\n\toverride val itemPartialTbl = null\n\toverride val orderTbl = null\n\toverride val districtTbl = null\n\toverride val orderLineTbl = null\n\toverride val customerTbl = null\n\toverride val stockTbl = null\n\toverride val customerWarehouseFinancialInfoMap = null\n\n\tval tm = new TransactionManager\n\n\tdef begin = tm.begin\n\tdef commit(implicit xact:Transaction) = tm.commit\n\tdef rollback(implicit xact:Transaction) = tm.rollback\n\n\toverride def testSpecialDsUsed = MVCCTpccTableV2.testSpecialDsUsed\n\n\tdef onInsert_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int)(implicit xact:Transaction) = {\n\t\ttm.newOrderTbl += ((no_o_id, no_d_id, no_w_id), Tuple1(true))\n\t}\n\n\tdef onDelete_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int)(implicit xact:Transaction) = {\n\t\ttm.newOrderTbl -= ((no_o_id, no_d_id, no_w_id))\n\t}\n\n    \/*Func*\/ def findFirstNewOrder(no_w_id_input:Int, no_d_id_input:Int)(implicit xact:Transaction):Option[Int] = {\n      xact.addPredicate(\"P1_findFirstNewOrder\")\n      var first_no_o_id:Option[Int] = None\n      tm.newOrderTbl.slice(0, (no_d_id_input, no_w_id_input)).foreach { case ((no_o_id,_,_),_) =>\n        if(no_o_id <= first_no_o_id.getOrElse(Integer.MAX_VALUE)) {\n          first_no_o_id = Some(no_o_id)\n        }\n      }\n      first_no_o_id\n    }\n\n\tdef onInsert_HistoryTbl(h_c_id:Int, h_c_d_id:Int, h_c_w_id:Int, h_d_id:Int, h_w_id:Int, h_date:Date, h_amount:Float, h_data:String)(implicit xact:Transaction) = {\n\t\ttm.historyTbl += ((h_c_id,h_c_d_id,h_c_w_id,h_d_id,h_w_id,roundDate(h_date),h_amount,h_data), Tuple1(true))\n\t}\n\n\tdef onInsert_Item(i_id:Int, i_im_id:Int, i_name:String, i_price:Float, i_data:String)(implicit xact:Transaction) = {\n\t\ttm.itemPartialTbl += (i_id, (\/*i_im_id,*\/i_name,i_price,i_data))\n\t}\n\n\t\/*Func*\/ def findItem(item_id:Int)(implicit xact:Transaction) = {\n\t\txact.addPredicate(\"P2_findItem\")\n\t\ttm.itemPartialTbl(item_id)\n\t}\n\n\tdef onInsert_Order(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int, o_entry_d:Date, o_carrier_id:Option[Int], o_ol_cnt:Int, o_all_local:Boolean)(implicit xact:Transaction) = {\n\t\ttm.orderTbl += ((o_id,o_d_id,o_w_id), (o_c_id,o_entry_d,o_carrier_id,o_ol_cnt,o_all_local))\n\t}\n\n\t\/*Func*\/ def findMaxOrder(o_w_id_arg:Int, o_d_id_arg:Int, c_id_arg:Int)(implicit xact:Transaction) = {\n\t\txact.addPredicate(\"P2_findMaxOrder\")\n\t\tvar max_o_id = -1\n\t\ttm.orderTbl.slice(0,(o_d_id_arg,o_w_id_arg, c_id_arg)).foreach { case ((o_id,_,_), (_,_,_,_,_)) =>\n\t\t\tif(o_id > max_o_id) {\n\t\t\t\tmax_o_id = o_id\n\t\t\t}\n\t\t}\n\t\tmax_o_id\n\t}\n\n\t\/*Func*\/ def findOrder(max_o_id:Int, o_w_id_arg:Int, o_d_id_arg:Int)(implicit xact:Transaction) = {\n\t\txact.addPredicate(\"P2_findOrder\")\n\t\ttm.orderTbl((max_o_id,o_d_id_arg,o_w_id_arg))\n\t}\n\n\tdef onUpdate_Order_forDelivery(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int\/*, o_entry_d:Date*\/, o_carrier_id:Option[Int]\/*, o_ol_cnt:Int, o_all_local:Boolean*\/)(implicit xact:Transaction) = {\n\t\ttm.orderTbl.update((o_id,o_d_id,o_w_id),(currentVal\/*:(Int, java.util.Date, Option[Int], Int, Boolean))*\/ => ((o_c_id,currentVal._2,o_carrier_id,currentVal._4,currentVal._5))))\n\t}\n\n\tdef onUpdate_Order_byFunc(o_id:Int, o_d_id:Int, o_w_id:Int, updateFunc:((Int, Date, Option[Int], Int, Boolean)) => (Int, Date, Option[Int], Int, Boolean))(implicit xact:Transaction) = {\n\t\ttm.orderTbl.update((o_id,o_d_id,o_w_id),updateFunc)\n\t}\n\n\tdef onInsert_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double)(implicit xact:Transaction) = {\n\t\ttm.warehouseTbl += (w_id, (w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t}\n\n\tdef onUpdate_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double)(implicit xact:Transaction) = {\n\t\ttm.warehouseTbl(w_id) = ((w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t}\n\n\tdef onUpdate_Warehouse_byFunc(w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double)) => (String, String, String, String, String, String, Float, Double))(implicit xact:Transaction) = {\n\t\ttm.warehouseTbl.update(w_id,updateFunc)\n\t}\n\n\tdef onInsert_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int)(implicit xact:Transaction) = {\n\t\ttm.districtTbl += ((d_id,d_w_id), (d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t}\n\n\tdef onUpdate_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int)(implicit xact:Transaction) = {\n\t\ttm.districtTbl += ((d_id,d_w_id), (d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t}\n\n\tdef onUpdate_District_forNewOrder(d_id:Int, d_w_id:Int\/*, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String*\/, d_tax:Float\/*, d_ytd:Float*\/, d_next_o_id:Int)(implicit xact:Transaction) = {\n\t\tval (d_name,d_street1,d_street2,d_city,d_state,d_zip,_,d_ytd,_) = tm.districtTbl(d_id,d_w_id)\n\t\ttm.districtTbl((d_id,d_w_id)) = ((d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t}\n\n\tdef onUpdate_District_byFunc(d_id:Int, d_w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double, Int)) => (String, String, String, String, String, String, Float, Double, Int))(implicit xact:Transaction) = {\n\t\ttm.districtTbl.update((d_id,d_w_id), updateFunc)\n\t}\n\n\t\/*Func*\/ def findDistrict(w_id:Int, d_id:Int)(implicit xact:Transaction) = {\n\t\ttm.districtTbl((d_id,w_id))\n\t}\n\n\tdef onInsertOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String)(implicit xact:Transaction): Unit = {\n\t\ttm.orderLineTbl += ((ol_o_id, ol_d_id, ol_w_id, ol_number), (ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n\tdef onUpdateOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String)(implicit xact:Transaction): Unit = {\n\t\ttm.orderLineTbl((ol_o_id, ol_d_id, ol_w_id, ol_number)) = ((ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n    \/*Func*\/ def orderLineTblSlice[P](part:Int, partKey:P, f: (((Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String))) => Unit)(implicit xact:Transaction) = {\n\t\ttm.orderLineTbl.slice(0, partKey).foreach(f)\n    }\n    \/*Func*\/ def orderLineTblSliceEntry[P](part:Int, partKey:P, f: java.util.Map.Entry[SEntry[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)], Boolean] => Unit)(implicit xact:Transaction) = {\n\t\ttm.orderLineTbl.slice(0, partKey).foreachEntry(f)\n    }\n\n    def onInsertCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String)(implicit xact:Transaction) = {\n      tm.customerTbl += ((c_id,c_d_id,c_w_id), (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n      var w_tax = 0f\n      w_tax = tm.warehouseTbl(c_w_id)._7\n      tm.customerWarehouseFinancialInfoMap += ((c_id,c_d_id,c_w_id), (c_discount, c_last, c_credit, w_tax))\n    }\n\n    \/*Func*\/ def findCustomerWarehouseFinancialInfo(w_id:Int, d_id:Int, c_id:Int)(implicit xact:Transaction) = {\n      tm.customerWarehouseFinancialInfoMap(c_id,d_id,w_id)\n    }\n\n    def onUpdateCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String)(implicit xact:Transaction) = {\n      tm.customerTbl((c_id,c_d_id,c_w_id)) = ((c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n    }\n\n    def onUpdateCustomer_byFunc(c_id: Int, c_d_id: Int, c_w_id: Int, updateFunc:((String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String)) => (String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String))(implicit xact:Transaction) = {\n      tm.customerTbl.update((c_id,c_d_id,c_w_id),updateFunc)\n    }\n\n    def onUpdateCustomer_byEntry(c: SEntry[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)], c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String)(implicit xact:Transaction) = {\n      \/\/TODO: FIX IT\n      \/\/ c.setValue((c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment\/*+h_amount*\/,c_payment_cnt\/*+1*\/,c_delivery_cnt,c_data))\n      tm.customerTbl(c.getKey) = (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment\/*+h_amount*\/,c_payment_cnt\/*+1*\/,c_delivery_cnt,c_data)\n    }\n\n    def onInsertStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String)(implicit xact:Transaction) = {\n      tm.stockTbl += ((s_i_id,s_w_id), (s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    def onUpdateStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String)(implicit xact:Transaction) = {\n      tm.stockTbl((s_i_id,s_w_id)) = ((s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    def onUpdateStock_byFunc(s_i_id:Int, s_w_id:Int, updateFunc:((Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) => (Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String))(implicit xact:Transaction) = {\n      tm.stockTbl.update((s_i_id,s_w_id), updateFunc)\n    }\n\n\t\/*Func*\/ def findStock(item_id:Int, w_id:Int)(implicit xact:Transaction) = {\n\t\ttm.stockTbl(item_id,w_id)\n\t}\n\n\tprivate class MiniCustomer(val cust_id:Int, val cust_first:String) extends Ordered[MiniCustomer] {\n\t\tdef compare(that: MiniCustomer) = this.cust_first.compareToIgnoreCase(that.cust_first)\n\t\toverride def toString = \"MiniCustomer(%s,%s)\".format(cust_id, cust_first)\n\t} \n\n    def findCustomerEntryByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String)(implicit xact:Transaction) = {\n\t\tvar customers = new ArrayBuffer[MiniCustomer]\n\t\t\/\/we should slice over input_c_last\n\t\ttm.customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n\t\t\tcustomers += new MiniCustomer(c_id,c_first)\n\t\t}\n\t\tif (customers.size == 0) {\n\t\t\tthrow new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n\t\t}\n\t\t\/\/ println(\"**********************************\")\n\t\t\/\/ println(\"Customers before:\",customers)\n\t\tcustomers = customers.sorted\n\t\t\/\/ println(\"Customers after:\",customers)\n\t\t\/\/ println(\"**********************************\")\n\t\tvar index: Int = customers.size \/ 2\n\t\tif (customers.size % 2 == 0) {\n\t\t\tindex -= 1\n\t\t}\n\t\tval c_id = customers(index).cust_id\n\t\ttm.customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n    def findCustomerEntryById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int)(implicit xact:Transaction) = {\n      tm.customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n\n    def findCustomerByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String)(implicit xact:Transaction) = {\n      var customers = new ArrayBuffer[MiniCustomer]\n      \/\/we should slice over input_c_last\n      tm.customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,c_last,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n        customers += new MiniCustomer(c_id,c_first)\n      }\n      if (customers.size == 0) {\n        throw new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n      }\n      \/\/ println(\"**********************************\")\n      \/\/ println(\"Customers before:\",customers)\n      customers = customers.sorted\n      \/\/ println(\"Customers after:\",customers)\n      \/\/ println(\"**********************************\")\n      var index: Int = customers.size \/ 2\n      if (customers.size % 2 == 0) {\n        index -= 1\n      }\n      val c_id = customers(index).cust_id\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = tm.customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n    def findCustomerById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int)(implicit xact:Transaction) = {\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = tm.customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n\n    override def getAllMapsInfoStr:String = \"\"\n\n    override def toTpccTable = {\n    \tval res = new TpccTable(7)\n\t\timplicit val xact = this.begin\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\ttm.newOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\ttm.historyTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\ttm.warehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\ttm.itemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\ttm.customerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\ttm.orderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\ttm.districtTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\ttm.orderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\ttm.stockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\tthis.commit\n\t    res\n    }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/mysql\/Delivery.scala","text":"<gh_stars>0\npackage ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.sql.Timestamp\nimport java.sql.SQLException\nimport java.util.Calendar\nimport java.util.Date\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.itx.IDelivery\nimport Delivery._\nimport TpccConstants._\n\nobject Delivery {\n\n  private val logger = LoggerFactory.getLogger(classOf[Delivery])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = TpccConstants.SHOW_OUTPUT\n}\n\nclass Delivery(var pStmts: TpccStatements) extends IDelivery {\n\n  override def deliveryTx(currentTimeStamp:Date, w_id_arg: Int, o_carrier_id_arg: Int)(implicit tInfo: ThreadInfo): Int = {\n    val orderIDs = new Array[Int](10)\n    try {\n      pStmts.setAutoCommit(false)\n      if (DEBUG) logger.debug(\"Transaction:\tDelivery\")\n      val w_id = w_id_arg\n      val o_carrier_id = o_carrier_id_arg\n      var c_id = 0\n      var no_o_id = 0\n      var ol_total = 0f\n      var d_id = 1\n      while (d_id <= DIST_PER_WARE) {\n        if (TRACE) logger.trace(\"SELECT COALESCE(MIN(no_o_id),0) FROM new_orders WHERE no_d_id = \" + \n          d_id + \n          \" AND no_w_id = \" + \n          w_id)\n        try {\n          pStmts.getStatement(25).setInt(1, d_id)\n          pStmts.getStatement(25).setInt(2, w_id)\n          val rs = pStmts.getStatement(25).executeQuery()\n          if (rs.next()) {\n            no_o_id = rs.getInt(1)\n          }\n          rs.close()\n        } catch {\n          case e: SQLException => {\n            logger.error(\"SELECT COALESCE(MIN(no_o_id),0) FROM new_orders WHERE no_d_id = \" + \n              d_id + \n              \" AND no_w_id = \" + \n              w_id, e)\n            throw new Exception(\"Delivery Select transaction error\", e)\n          }\n        }\n        orderIDs(d_id - 1) = no_o_id\n        if (no_o_id == 0) {\n          \/\/continue\n        } else {\n            if (DEBUG) logger.debug(\"No_o_id did not equal 0 -> \" + no_o_id)\n\n            if (TRACE) logger.trace(\"DELETE FROM new_orders WHERE no_o_id = \" + no_o_id + \n              \" AND no_d_id = \" + \n              d_id + \n              \" AND no_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(26).setInt(1, no_o_id)\n              pStmts.getStatement(26).setInt(2, d_id)\n              pStmts.getStatement(26).setInt(3, w_id)\n              pStmts.getStatement(26).executeUpdate()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"DELETE FROM new_orders WHERE no_o_id = \" + no_o_id + \n                  \" AND no_d_id = \" + \n                  d_id + \n                  \" AND no_w_id = \" + \n                  w_id, e)\n                throw new Exception(\" Delivery Delete transaction error\", e)\n              }\n            }\n            if (TRACE) logger.trace(\"SELECT o_c_id FROM orders WHERE o_id = \" + no_o_id + \n              \" AND o_d_id = \" + \n              d_id + \n              \" AND o_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(27).setInt(1, no_o_id)\n              pStmts.getStatement(27).setInt(2, d_id)\n              pStmts.getStatement(27).setInt(3, w_id)\n              val rs = pStmts.getStatement(27).executeQuery()\n              if (rs.next()) {\n                c_id = rs.getInt(1)\n              }\n              rs.close()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"SELECT o_c_id FROM orders WHERE o_id = \" + no_o_id + \n                  \" AND o_d_id = \" + \n                  d_id + \n                  \" AND o_w_id = \" + \n                  w_id, e)\n                throw new Exception(\" Delivery Select transaction error\", e)\n              }\n            }\n            if (TRACE) logger.trace(\"UPDATE orders SET o_carrier_id = \" + o_carrier_id + \" WHERE o_id = \" + \n              no_o_id + \n              \" AND o_d_id = \" + \n              d_id + \n              \" AND o_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(28).setInt(1, o_carrier_id)\n              pStmts.getStatement(28).setInt(2, no_o_id)\n              pStmts.getStatement(28).setInt(3, d_id)\n              pStmts.getStatement(28).setInt(4, w_id)\n              pStmts.getStatement(28).executeUpdate()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"UPDATE orders SET o_carrier_id = \" + o_carrier_id + \" WHERE o_id = \" + \n                  no_o_id + \n                  \" AND o_d_id = \" + \n                  d_id + \n                  \" AND o_w_id = \" + \n                  w_id, e)\n                throw new Exception(\"Delivery Update transcation error\", e)\n              }\n            }\n            if (TRACE) logger.trace(\"UPDATE order_line SET ol_delivery_d = \" + currentTimeStamp.toString + \n              \" WHERE ol_o_id = \" + \n              no_o_id + \n              \" AND ol_d_id = \" + \n              d_id + \n              \" AND ol_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(29).setString(1, currentTimeStamp.toString)\n              pStmts.getStatement(29).setInt(2, no_o_id)\n              pStmts.getStatement(29).setInt(3, d_id)\n              pStmts.getStatement(29).setInt(4, w_id)\n              pStmts.getStatement(29).executeUpdate()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"UPDATE order_line SET ol_delivery_d = \" + currentTimeStamp.toString + \n                  \" WHERE ol_o_id = \" + \n                  no_o_id + \n                  \" AND ol_d_id = \" + \n                  d_id + \n                  \" AND ol_w_id = \" + \n                  w_id, e)\n                throw new Exception(\"Delivery Update transaction error\", e)\n              }\n            }\n            if (TRACE) logger.trace(\"SELECT SUM(ol_amount) FROM order_line WHERE ol_o_id = \" + \n              no_o_id + \n              \" AND ol_d_id = \" + \n              d_id + \n              \" AND ol_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(30).setInt(1, no_o_id)\n              pStmts.getStatement(30).setInt(2, d_id)\n              pStmts.getStatement(30).setInt(3, w_id)\n              val rs = pStmts.getStatement(30).executeQuery()\n              if (rs.next()) {\n                ol_total = rs.getFloat(1)\n              }\n              rs.close()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"SELECT SUM(ol_amount) FROM order_line WHERE ol_o_id = \" + \n                  no_o_id + \n                  \" AND ol_d_id = \" + \n                  d_id + \n                  \" AND ol_w_id = \" + \n                  w_id, e)\n                throw new Exception(\"Delivery Select transaction error\", e)\n              }\n            }\n            if (TRACE) logger.trace(\"UPDATE customer SET c_balance = c_balance + \" + ol_total + \n              \", c_delivery_cnt = c_delivery_cnt + 1 WHERE c_id = \" + \n              c_id + \n              \" AND c_d_id = \" + \n              d_id + \n              \" AND c_w_id = \" + \n              w_id)\n            try {\n              pStmts.getStatement(31).setFloat(1, ol_total)\n              pStmts.getStatement(31).setInt(2, c_id)\n              pStmts.getStatement(31).setInt(3, d_id)\n              pStmts.getStatement(31).setInt(4, w_id)\n              pStmts.getStatement(31).executeUpdate()\n            } catch {\n              case e: SQLException => {\n                logger.error(\"UPDATE customer SET c_balance = c_balance + \" + ol_total + \n                  \", c_delivery_cnt = c_delivery_cnt + 1 WHERE c_id = \" + \n                  c_id + \n                  \" AND c_d_id = \" + \n                  d_id + \n                  \" AND c_w_id = \" + \n                  w_id, e)\n                throw new Exception(\"Delivery Update transaction error\", e)\n              }\n            }\n        }\n        d_id += 1\n      }\n      pStmts.commit()\n\n      val output: StringBuilder = new StringBuilder\n      output.append(\"\\n+############################ DELIVERY ###########################+\\n\")\n      output.append(\" Date: \").append(currentTimeStamp)\n      output.append(\"\\n\\n Warehouse: \").append(w_id)\n      output.append(\"\\n Carrier:   \").append(o_carrier_id)\n      output.append(\"\\n\\n Delivered Orders\\n\")\n      var skippedDeliveries: Int = 0\n      var i: Int = 1\n      while (i <= 10) {\n        if (orderIDs(i - 1) >= 0) {\n          output.append(\"  District \")\n          output.append(if (i < 10) \" \" else \"\")\n          output.append(i)\n          output.append(\": Order number \")\n          output.append(orderIDs(i - 1))\n          output.append(\" was delivered.\\n\")\n        }\n        else {\n          output.append(\"  District \")\n          output.append(if (i < 10) \" \" else \"\")\n          output.append(i)\n          output.append(\": No orders to be delivered.\\n\")\n          skippedDeliveries += 1\n        }\n        i += 1\n      }\n      output.append(\"+#################################################################+\\n\\n\")\n      if(Delivery.SHOW_OUTPUT) logger.info(output.toString)\n\n      1\n    } catch {\n      case e: Exception => try {\n        pStmts.rollback()\n        0\n      } catch {\n        case th: Throwable => throw new RuntimeException(\"Delivery error\", th)\n      } finally {\n        logger.error(\"Delivery error\", e)\n      }\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvc3t\/Transaction.scala","text":"<filename>src\/lib\/mvc3t\/Transaction.scala\npackage ddbt.lib.mvc3t\n\nimport scala.collection.mutable._\nimport ddbt.lib.util.XactCommand\n\nimport TransactionManager._\n\n\/**\n * Transaction is the encapsulation of all the data required for\n * running a transaction program in a concurrent execution\n * environment.\n *\/\nclass Transaction(val tm: TransactionManager, val name: String, var startTS: Long, var xactId: Long, var committed:Boolean=false) {\n\tval initialStartTS = startTS\n\n\tval DEFAULT_UNDO_BUFFER_SIZE = 64\n\n\tval undoBuffer = new HashSet[DeltaVersion[_,_]]()\n\t\/\/ var predicates = new MutableMap[Table, ListBuffer[Predicate[_,_]]]\n\tvar predicates = ListBuffer[Predicate[_,_]]()\n\t\/\/ var predicateResultCache = new MutableMap[Predicate[_,_], AnyRef]\n\t\/\/ val closureTransitions = new ListBuffer[ClosureTransition]()\n\n\tvar command: XactCommand = null\n\n\tdef setCommand(c: XactCommand) {\n\t\tcommand = c\n\t}\n\n\tdef commitTS = xactId\n\n\tdef transactionId = initialStartTS \/\/if(xactId < TransactionManager.TRANSACTION_ID_GEN_START) xactId else (xactId - TransactionManager.TRANSACTION_ID_GEN_START)\n\n\tdef isCommitted = (xactId < TransactionManager.TRANSACTION_ID_GEN_START)\n\n\tdef isReadOnly = undoBuffer.isEmpty\n\n\tdef addPredicate(p:Predicate[_,_], parents:List[Predicate[_,_]]) = {\n\t\tif (parents == Nil) {\n\t\t\t\/\/ val pList = predicates.getNullOnNotFound(p.tbl.tblName)\n\t\t\t\/\/ if(pList != null) pList += p\n\t\t\t\/\/ else {\n\t\t\t\/\/ \tval pBuf = new ListBuffer[Predicate[_,_]]\n\t\t\t\/\/ \tpBuf += p\n\t\t\t\/\/ \tpredicates += (p.tbl.tblName, pBuf)\n\t\t\t\/\/ }\n\t\t\tpredicates += p\n\t\t} else p.dependsOn(parents)\n\t}\n\n\tdef moveCommittedRecordsToFront {\n\t\tundoBuffer.foreach(dv => if(!dv.isRemoved) dv.moveToFront(this))\n\t}\n\n\t\/\/ def findPredicateCachedResult(p:Predicate[_,_]):Option[AnyRef] = {\n\t\/\/ \tval res = predicateResultCache.getNullOnNotFound(p)\n\t\/\/ \tif(res == null) None else Some(res)\n\t\/\/ }\n\n\t\/\/ def cachePredicateResult(p:Predicate[_,_], res: AnyRef) {\n\t\/\/ \tpredicateResultCache += (p, res)\n\t\/\/ }\n\n\tdef commit = tm.commit(this)\n\tdef rollback = tm.rollback(this)\n\n\toverride def toString = \"T\"+transactionId+\"<\"+name+\">\"+(if(startTS != initialStartTS) \"(with startTS = %d)\".format(startTS) else \"\")+(if(isCommitted) \"(C)\" else \"\")\n\n\tdef findConflictsWith(concurrentXacts: ListBuffer[Transaction]):(List[Predicate[_,_]],Long) = {\n\t\tvar newTS = TRANSACTION_STRAT_TS_GEN_START\n\t\tif(!predicates.isEmpty) {\n\t\t\tconcurrentXacts.foreach { t =>\n\t\t\t\tif(!allPredicatesHaveConflict) {\n\t\t\t\t\tif(markConflictsWith(t)) {\n\t\t\t\t\t\tif(t.commitTS > newTS) newTS = t.commitTS\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t\/\/ if(!predicates.isEmpty) {\n\t\t\t\t\/\/ \t\/\/ val conflictsWithT = \n\t\t\t\t\/\/ \t\/\/ predicates.foreach { p =>\n\t\t\t\t\/\/ \t\/\/ \tif(p.matches())\n\t\t\t\t\/\/ \t\/\/ }\n\t\t\t\t\/\/ \tval cList = matchesPredicates(t.undoBuffer)\n\t\t\t\t\/\/ \tif(cList ne Nil) {\n\t\t\t\t\/\/ \t\tif(t.commitTS > newTS) newTS = t.commitTS\n\t\t\t\t\/\/ \t\tconflicts = conflicts ++ cList\n\t\t\t\t\/\/ \t}\n\t\t\t\t\/\/ \t\/\/ t.undoBuffer.foreach { dv =>\n\t\t\t\t\/\/ \t\/\/ \tdebug(\"\\t\\tchecking whether \" + dv + \" (in \" + t + \") matches predicates in \" + xact)\n\t\t\t\t\/\/ \t\/\/ \tconflicts = conflicts ++ xact.matchesPredicates(dv)\n\t\t\t\t\/\/ \t\/\/ }\n\t\t\t\t\/\/ }\n\t\t\t}\n\t\t}\n\t\tvar conflicts = List[Predicate[_,_]]()\n\n\t\tval predsQueue = new Queue[Predicate[_,_]]()\n\n\t\t\/\/ predsQueue ++= predicates\n\t\t\/\/ while(!predsQueue.isEmpty) {\n\t\t\/\/ \tval p = predsQueue.dequeue\n\t\t\/\/ \tif(p.hasConflict) p match {\n\t\t\/\/ \t\tcase pi@InsertSingleRecPredicate(_,_) => pi.outputVersion.remove(this)\n\t\t\/\/ \t\tcase pu@UpdateSingleRecPredicate(_,_) => pu.outputVersion.remove(this)\n\t\t\/\/ \t\tcase pd@DeleteSingleRecPredicate(_,_,_) => pd.outputVersion.remove(this)\n\t\t\/\/ \t\tcase _ => ()\n\t\t\/\/ \t}\n\t\t\/\/ \tpredsQueue ++= p.children\n\t\t\/\/ }\n\t\t\/\/ predsQueue.clear\n\n\t\tpredicates.foreach( p => if(!p.hasConflict) predsQueue += p else conflicts = p :: conflicts )\n\t\twhile(!predsQueue.isEmpty) {\n\t\t\tval p = predsQueue.dequeue\n\t\t\tp.children = p.children.filter { c =>\n\t\t\t\tif(c.hasConflict) {\n\t\t\t\t\tconflicts = c :: conflicts\n\t\t\t\t\tfalse\n\t\t\t\t} else {\n\t\t\t\t\tpredsQueue += c\n\t\t\t\t\ttrue\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t\/\/Remove the predicates that had conflict\n\t\tpredicates = predicates.filter(p => !p.hasConflict)\n\t\t(conflicts,newTS)\n\t}\n\n\tdef allPredicatesHaveConflict = predicates.forall(p => p.hasConflict)\n\n\tdef markConflictsWith(t:Transaction): Boolean = {\n\t\tvar isConflicting = false\n\t\tval predsQueue = new Queue[Predicate[_,_]]()\n\t\tpredicates.foreach( p => if(!p.hasConflict) predsQueue += p )\n\t\twhile(!predsQueue.isEmpty) {\n\t\t\tval p = predsQueue.dequeue\n\t\t\tif(p.matches(t.undoBuffer)) {\n\t\t\t\tp.hasConflict = true\n\t\t\t\tdebug(this + \" conflicts with \" + t + \" on \" + p)(this)\n\t\t\t\tisConflicting = true\n\t\t\t} else if(p.children ne Nil) {\n\t\t\t\tpredsQueue ++= p.children\n\t\t\t}\n\t\t}\n\t\tisConflicting\n\t}\n\t\/\/ def matchesPredicates(dv:Set[DeltaVersion[_,_]]): List[Predicate] = {\n\t\/\/ \tpredicates.foreach { case (tbl, preds) =>\n\n\t\/\/ \t}\n\t\/\/ \tif(dv == null) println(\"dv is null in matchesPredicates\")\n\t\/\/ \tval preds = predicates.getNullOnNotFound(dv.getTable)\n\t\/\/ \tvar res = Set[Conflict]()\n\t\/\/ \tif(preds != null) dv.op match {\n\t\/\/ \t\tcase INSERT_OP => {\n\t\/\/ \t\t\tres = res ++ imageMatchesPredicates(dv, preds)\n\t\/\/ \t\t}\n\t\/\/ \t\tcase DELETE_OP => {\n\t\/\/ \t\t\tval nextDv = dv.next\n\t\/\/ \t\t\tif(nextDv == null) throw new RuntimeException(\"A deleted version should always have the next pointer.\")\n\t\/\/ \t\t\telse {\n\t\/\/ \t\t\t\tres = res ++ imageMatchesPredicates(nextDv, preds)\n\t\/\/ \t\t\t}\n\t\/\/ \t\t}\n\t\/\/ \t\tcase UPDATE_OP => {\n\t\/\/ \t\t\tval nextDv = dv.next\n\t\/\/ \t\t\t\/\/ An updated version after GC might not have a next pointer\n\t\/\/ \t\t\t\/\/ if(nextDv == null) throw new RuntimeException(\"An updated version should always have the next pointer. The update version is \" + dv + \" and dv.next = \" + dv.next + \" and dv.prev = \" + dv.prev)\n\t\/\/ \t\t\t\/\/ else \n\t\/\/ \t\t\tres = res ++ imageMatchesPredicates(dv, preds)\n\t\/\/ \t\t\tif(nextDv ne null) res = res ++ imageMatchesPredicates(nextDv, preds)\n\t\/\/ \t\t}\n\t\/\/ \t\tcase x => throw new IllegalStateException(\"DeltaVersion operation \" + x + \" does not exist.\")\n\t\/\/ \t}\n\t\/\/ \tres\n\t\/\/ }\n\n\t\/\/ def matchesPredicates(dv:DeltaVersion[_,_]): Set[Conflict] = {\n\t\/\/ \tif(dv == null) println(\"dv is null in matchesPredicates\")\n\t\/\/ \tval preds = predicates.getNullOnNotFound(dv.getTable)\n\t\/\/ \tvar res = Set[Conflict]()\n\t\/\/ \tif(preds != null) dv.op match {\n\t\/\/ \t\tcase INSERT_OP => {\n\t\/\/ \t\t\tres = res ++ imageMatchesPredicates(dv, preds)\n\t\/\/ \t\t}\n\t\/\/ \t\tcase DELETE_OP => {\n\t\/\/ \t\t\tval nextDv = dv.next\n\t\/\/ \t\t\tif(nextDv == null) throw new RuntimeException(\"A deleted version should always have the next pointer.\")\n\t\/\/ \t\t\telse {\n\t\/\/ \t\t\t\tres = res ++ imageMatchesPredicates(nextDv, preds)\n\t\/\/ \t\t\t}\n\t\/\/ \t\t}\n\t\/\/ \t\tcase UPDATE_OP => {\n\t\/\/ \t\t\tval nextDv = dv.next\n\t\/\/ \t\t\t\/\/ An updated version after GC might not have a next pointer\n\t\/\/ \t\t\t\/\/ if(nextDv == null) throw new RuntimeException(\"An updated version should always have the next pointer. The update version is \" + dv + \" and dv.next = \" + dv.next + \" and dv.prev = \" + dv.prev)\n\t\/\/ \t\t\t\/\/ else \n\t\/\/ \t\t\tres = res ++ imageMatchesPredicates(dv, preds)\n\t\/\/ \t\t\tif(nextDv ne null) res = res ++ imageMatchesPredicates(nextDv, preds)\n\t\/\/ \t\t}\n\t\/\/ \t\tcase x => throw new IllegalStateException(\"DeltaVersion operation \" + x + \" does not exist.\")\n\t\/\/ \t}\n\t\/\/ \tres\n\t\/\/ }\n\n\t\/\/ def imageMatchesPredicates(dv:DeltaVersion[_,_], preds: ListBuffer[Predicate[_,_]]): Set[Conflict] = {\n\t\/\/ \tvar res = Set[(Predicate[_,_], DeltaVersion[_,_])]()\n\t\/\/ \tpreds.foreach { p => if((p.tbl == dv.getMap) && p.matches(dv)) {\n\t\/\/ \t\t\tdebug(\"\\t\\t\\t matched \" + p + \"!\")(this)\n\t\/\/ \t\t\timport scala.language.existentials\n\t\/\/ \t\t\tres = res + ((p.asInstanceOf[Predicate[_,Product]], dv.asInstanceOf[DeltaVersion[_,Product]]))\n\t\/\/ \t\t\t\/\/ return true\n\t\/\/ \t\t}\n\t\/\/ \t}\n\t\/\/ \tres\n\t\/\/ }\n\n\t\/\/ def addClosureTransition(ct: ClosureTransition) {\n\t\/\/ \tclosureTransitions += ct\n\t\/\/ }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx10\/OrderStatus.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.tpcc.tx10\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport ddbt.tpcc.itx._\nimport ddbt.tpcc.tx._\nimport org.slf4j.LoggerFactory\nimport ddbt.tpcc.tx.TpccTable._\nimport ddbt.tpcc.tx.MVCCTpccTableV3._\nimport ddbt.lib.mvconcurrent._\nimport TransactionManager._\nimport OrderStatus._\n\nobject OrderStatus {\n\n  private val logger = LoggerFactory.getLogger(classOf[OrderStatus])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = ddbt.tpcc.loadtest.TpccConstants.SHOW_OUTPUT\n}\n\n\/**\n * OrderStatus Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass OrderStatus extends InMemoryTxImplViaMVCCTpccTableV3 with IOrderStatusInMem {\n\n  \/**\n   * @param w_id is warehouse id\n   * @param d_id is district id\n   * @param c_id is customer id\n   *\n   * Table interactions:\n   *   - [Customer: R] in\n   *      + findCustomerByName\n   *      + findCustomerById\n   *   - [Order: R] in\n   *      + findNewestOrder\n   *   - [OrderLine: R] in\n   *      + findOrderLines\n   *\/\n  override def orderStatusTx(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_id: Int, c_last: String)(implicit tInfo: ThreadInfo): Int = {\n    implicit val xact = ISharedData.begin(\"ordstat\")\n    if(ISharedData.isUnitTestEnabled) xact.setCommand(OrderStatusCommand(datetime, t_num, w_id, d_id, c_by_name, c_id, c_last))\n    try {\n      var c: (String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String,Int) = null\n      if (c_by_name > 0) {\n        c = ISharedData.findCustomerByName(w_id, d_id, c_last)\n      } else {\n        c = ISharedData.findCustomerById(w_id, d_id, c_id)\n      }\n      val found_c_id = c._19\n      val (o_id,o_entry_d,o_carrier_id) = OrderStatusTxOps.findNewestOrder(w_id,d_id,found_c_id)\n      val orderLines: ArrayBuffer[String] = new ArrayBuffer[String]\n      if(o_id != -1) {\n        val orderLineResults = OrderStatusTxOps.findOrderLines(w_id,d_id,o_id)\n        orderLineResults.foreach { case (ol_i_id,ol_supply_w_id,ol_delivery_d, ol_quantity, ol_amount, _) =>\n          val orderLine: StringBuilder = new StringBuilder\n          orderLine.append(\"[\").append(ol_supply_w_id).append(\" - \").append(ol_i_id).append(\" - \").append(ol_quantity).append(\" - \").append(ol_amount).append(\" - \")\n          \/\/if (ol_delivery_d != null) orderLine.append(ol_delivery_d)\n          \/\/else orderLine.append(\"99-99-9999\")\n          orderLine.append(ol_delivery_d.getOrElse(\"99-99-9999\"))\n          orderLine.append(\"]\")\n          orderLines += orderLine.toString\n        }\n      }\n      val output: StringBuilder = new StringBuilder\n      output.append(\"\\n\")\n      output.append(\"+-------------------------- ORDER-STATUS -------------------------+\\n\")\n      output.append(\" Date: \").append(datetime)\n      output.append(\"\\n\\n Warehouse: \").append(w_id)\n      output.append(\"\\n District:  \").append(d_id)\n      output.append(\"\\n\\n Customer:  \").append(found_c_id)\n      output.append(\"\\n   Name:    \").append(c._1).append(\" \").append(c._2).append(\" \").append(c._3)\n      output.append(\"\\n   Balance: \").append(c._14).append(\"\\n\\n\")\n      if (o_id == -1) {\n        output.append(\" Customer has no orders placed.\\n\")\n      } else {\n        output.append(\" Order-Number: \").append(o_id)\n        output.append(\"\\n    Entry-Date: \").append(o_entry_d)\n        output.append(\"\\n    Carrier-Number: \").append(o_carrier_id).append(\"\\n\\n\")\n        if (orderLines.size != 0) {\n          output.append(\" [Supply_W - Item_ID - Qty - Amount - Delivery-Date]\\n\")\n          for (orderLine <- orderLines) {\n            output.append(\" \").append(orderLine).append(\"\\n\")\n          }\n        }\n        else {\n          output.append(\" This Order has no Order-Lines.\\n\")\n        }\n      }\n      output.append(\"+-----------------------------------------------------------------+\\n\\n\")\n      if(SHOW_OUTPUT) logger.info(output.toString)\n\n      ISharedData.commit\n      1\n    } catch {\n      case me: MVCCException => {\n        error(\"An error occurred in handling OrderStatus transaction for warehouse=%d, district=%d\".format(w_id,d_id))\n        error(me)\n        ISharedData.rollback\n        0\n      }\n      case e: Throwable => {\n        logger.error(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": An error occurred in handling OrderStatus transaction for warehouse=%d, district=%d\".format(w_id,d_id))\n        logger.error(e.toString)\n        if(e.getStackTrace.isEmpty) logger.error(\"Stack Trace is empty!\") else e.getStackTrace.foreach(st => logger.error(st.toString))\n        ISharedData.rollback\n        0\n      }\n    }\n  }\n  \n  object OrderStatusTxOps {\n    def findNewestOrder(o_w_id_arg:Int, o_d_id_arg:Int, c_id_arg:Int)(implicit xact:Transaction) = {\n      val max_o_id = ISharedData.findMaxOrder(o_w_id_arg, o_d_id_arg, c_id_arg)\n\n      if(max_o_id == -1) {\n        (-1,null,None)\n      } else {\n        val (_,o_entry_d,o_carrier_id,_,_) = ISharedData.findOrder(max_o_id,o_w_id_arg,o_d_id_arg)\n        (max_o_id,o_entry_d,o_carrier_id)\n      }\n    }\n\n    def findOrderLines(ol_w_id_arg:Int, ol_d_id_arg:Int, ol_o_id_arg:Int)(implicit xact:Transaction) = {\n      val result = new ArrayBuffer[(Int,Int,Option[Date],Int,Float,String)]\n      \/\/slice over first three parts of key\n      ISharedData.orderLineTblSlice(0, (ol_o_id_arg, ol_d_id_arg, ol_w_id_arg), { case (_,ol_val) =>\n        result += ol_val\n      })\n      result\n    }\n  }\n}\n\n\n\n\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/RtHist.scala","text":"<filename>src\/tpcc\/runtime\/RtHist.scala<gh_stars>0\npackage ddbt.tpcc.loadtest\n\n\nobject RtHist {\n\n  private val MAXREC = 20\n\n  private val REC_PER_SEC = 1000\n\n  private var total_hist = Array.ofDim[Int](5, MAXREC * REC_PER_SEC)\n\n  private var cur_hist = Array.ofDim[Int](5, MAXREC * REC_PER_SEC)\n\n  var max_rt: Array[Float] = new Array[Float](10)\n\n  var cur_max_rt: Array[Float] = new Array[Float](10)\n\n  def histInit() {\n    var i = 0\n    var j = 0\n    i = 0\n    while (i < 5) {\n      j = 0\n      while (j < (MAXREC * REC_PER_SEC)) {\n        cur_hist(i)(j) = 0\n        total_hist(i)(j) = 0\n        j += 1\n      }\n      i += 1\n    }\n  }\n\n  def histInc(transaction: Int, rtclk: Float) {\n    var i = 0\n    i = (rtclk * REC_PER_SEC.toFloat).toInt\n    if (i >= (MAXREC * REC_PER_SEC)) {\n      i = (MAXREC * REC_PER_SEC) - 1\n    }\n    if (rtclk > cur_max_rt(transaction)) {\n      cur_max_rt(transaction) = rtclk\n    }\n    cur_hist(transaction)(i)\n  }\n\n  def histCkp(transaction: Int): Float = {\n    var i: Int = 0\n    var total: Int = 0\n    var tmp: Int = 0\n    var line: Int = 0\n    var line_set: Int = 0\n    line = MAXREC * REC_PER_SEC\n    i = 0\n    while (i < (MAXREC * REC_PER_SEC)) {\n      total += cur_hist(transaction)(i)\n      i += 1\n    }\n    i = 0\n    while (i < (MAXREC * REC_PER_SEC)) {\n      tmp += cur_hist(transaction)(i)\n      total_hist(transaction)(i) += cur_hist(transaction)(i)\n      cur_hist(transaction)(i) = 0\n      if ((tmp >= (total * 99 \/ 100)) && (line_set == 0)) {\n        line = i\n        line_set = 1\n      }\n      i += 1\n    }\n    ((line).toFloat \/ (REC_PER_SEC).toFloat)\n  }\n\n  def histReport() {\n    var i = 0\n    var j = 0\n    val total = Array.ofDim[Int](5)\n    val tmp = Array.ofDim[Int](5)\n    val line = Array.ofDim[Int](5)\n    j = 0\n    while (j < 5) {\n      tmp(j) = 0\n      total(j) = 0\n      line(j) = MAXREC * REC_PER_SEC\n      i = 0\n      while (i < (MAXREC * REC_PER_SEC)) {\n        total(j) += total_hist(j)(i)\n        i += 1\n      }\n      i = (MAXREC * REC_PER_SEC) - 1\n      while (i >= 0) {\n        tmp(j) += total_hist(j)(i)\n        if ((tmp(j) * 10) <= total(j)) {\n          line(j) = i\n        }\n        i -= 1\n      }\n      j += 1\n    }\n    System.out.print(\"\\n<RT Histogram>\\n\")\n    j = 0\n    while (j < 5) j match {\n      case 0 => System.out.print(\"\\n1.New-Order\\n\\n\")\n      case 1 => System.out.print(\"\\n2.Payment\\n\\n\")\n      case 2 => System.out.print(\"\\n3.Order-Status\\n\\n\")\n      case 3 => System.out.print(\"\\n4.Delivery\\n\\n\")\n      case 4 => System.out.print(\"\\n5.Stock-Level\\n\\n\")\n    }\n    System.out.print(\"\\n<90th Percentile RT (MaxRT)>\\n\")\n    j = 0\n    while (j < 5) j match {\n      case 0 => System.out.print(\"   New-Order : \")\n      case 1 => System.out.print(\"     Payment : \")\n      case 2 => System.out.print(\"Order-Status : \")\n      case 3 => System.out.print(\"    Delivery : \")\n      case 4 => System.out.print(\" Stock-Level : \")\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/store\/Store.scala","text":"<reponame>epfldata\/mv3c<gh_stars>0\npackage ddbt.lib.store\nimport scala.reflect._\n\nimport ddbt.Utils.ind\nimport scala.collection.mutable.HashMap\n\n\/**\n * A store contrains entries and allow access through multiple indices.\n * + The entries need extends Entry and specialize to define its fields and\n *   projections that will be used for indexing.\n * + A store operates over entries and can only retrieve data through indices,\n *   hence at least one index must exist.\n * + Indices can be modified from one implementation to another to dynamically\n *   support different workloads during the application lifecycle.\n * Note: to enforce proper inlining, compile with the '-optimize' option.\n *\n * @author TCK\n *\/\n\n\/\/ XXX: throw an exception if update\/delete\/insert during foreach ?\n\/\/ XXX: do we want\/require the fallback to packed mode for IDirect ?\n\/\/ XXX: ignore strict comparison [cmp] to use only hash comparison in IDirect?\n\n\/** Index types that can be defined over the data *\/\nabstract sealed class IndexType\ncase object INone   extends IndexType \/\/ no index\ncase object IHash   extends IndexType \/\/ hash index, does not support range\/min\/max\/median operations\ncase object IDirect extends IndexType \/\/ [!IDU] direct index where e<e2 <=> e.hash<e2.hash, can be m\ncase object IArray  extends IndexType \/\/ [!IDU] sorted array, binary search, min\/max\/median and range\ncase object IBTree  extends IndexType \/\/ B-Tree index\ncase object IList   extends IndexType \/\/ Single-linked list\ncase object ISliceMin extends IndexType \/\/ Operate over a slicing index and memorizes min\/max [get()]\ncase object ISliceMax extends IndexType \/\/ O(1) to delete any, O(N) to delete min\/max\ncase object ISliceHeapMin extends IndexType \/\/ Operate over a slicing index and store all elements in a heap\ncase object ISliceHeapMax extends IndexType \/\/ O(N) to delete any, O(log N) to delete min\/max\n\n\/** Map-specific operations on entries *\/\nabstract class EntryIdx[E<:Entry] {\n  def cmp(e1:E,e2:E):Int; \/\/ key comparison between entries\n  def hash(e:E):Int; \/\/ hash function for Hash, index for Array\n  \/\/ Note: The hash function must take care of shuffling LSBs enough, no\n  \/\/ re-shuffling is done in the Store. Some indices (IdxDirect) require\n  \/\/ order(entries)=order(hash(entries)) to work correctly.\n}\n\nobject Store {\n  val GATHER_STATISTICS=false\n  \/\/ DBToaster: create n+1 hash indexes (n=# projections)\n  \/\/def apply[E<:Entry](n:Int,ops:EntryOps[E]=null)(implicit cE:ClassTag[E]) = new Store((0 to n).map(i=>new IdxHash[E](ops,i,i==0)).toArray.asInstanceOf[Array[Idx[E]]])\n\n  val totalTimersForStores:HashMap[String,HashMap[String,(Long,Int)]] = new HashMap[String,HashMap[String,(Long,Int)]]()\n  val timersPerIndexForStores:HashMap[String,HashMap[String,HashMap[Int,(Long,Int)]]] = new HashMap[String,HashMap[String,HashMap[Int,(Long,Int)]]]()\n  def printTimersInfo = {\n    val res = new StringBuilder\n    totalTimersForStores.foreach { case (store,totalTimer) =>\n      res.append(store).append(\": {\\n\")\n      totalTimer.foreach{ case (op, (time,count)) =>\n        res.append(\"  \").append(op).append(\" (total time, # of calls, average time): (%d,%d,%d)\".format(time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n      }\n      timersPerIndexForStores.get(store) match {\n        case Some(timersPerIndex) => timersPerIndex.foreach { case (op, indexTimers) =>\n          indexTimers.foreach { case (idx, (time,count)) =>\n            res.append(\"  \").append(op).append(\"(%d) (total time, # of calls, average time): (%d,%d,%d)\".format(idx,time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n          }\n        }\n        case None => \/\/don't care\n      }\n      res.append(\"}\\n\")\n    }\n    timersPerIndexForStores.foreach { case (store, timersPerIndex) =>\n      totalTimersForStores.get(store) match {\n        case Some(_) => \/\/don't care\n        case None => {\n          res.append(store).append(\": {\\n\")\n          timersPerIndex.foreach { case (op, indexTimers) =>\n            indexTimers.foreach { case (idx, (time,count)) =>\n              res.append(\"  \").append(op).append(\"(%d) (total time, # of calls, average time): (%d,%d,%d)\".format(idx,time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n            }\n          }\n          res.append(\"}\\n\")\n        }\n      }\n    }\n    ind(res.toString)\n  }\n  def printTimersInfoCSV = {\n    val res = new StringBuilder\n    totalTimersForStores.foreach { case (store,totalTimer) =>\n      totalTimer.foreach{ case (op, (time,count)) =>\n        res.append(store).append(\",\").append(op).append(\",-1,%d,%d,%d\".format(time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n      }\n      timersPerIndexForStores.get(store) match {\n        case Some(timersPerIndex) => timersPerIndex.foreach { case (op, indexTimers) =>\n          indexTimers.foreach { case (idx, (time,count)) =>\n            res.append(store).append(\",\").append(op).append(\",%d,%d,%d,%d\".format(idx,time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n          }\n        }\n        case None => \/\/don't care\n      }\n    }\n    timersPerIndexForStores.foreach { case (store, timersPerIndex) =>\n      totalTimersForStores.get(store) match {\n        case Some(_) => \/\/don't care\n        case None => {\n          timersPerIndex.foreach { case (op, indexTimers) =>\n            indexTimers.foreach { case (idx, (time,count)) =>\n              res.append(store).append(\",\").append(op).append(\",%d,%d,%d,%d\".format(idx,time,count,(time.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int])).append(\"\\n\")\n            }\n          }\n        }\n      }\n    }\n    ind(res.toString)+\"\\n\"\n  }\n  def addTimersFromStore(storeName:String, totalTimer:HashMap[String,(Long,Int)], timersPerIndex:HashMap[String,HashMap[Int,(Long,Int)]]) = {\n    totalTimersForStores.get(storeName) match {\n      case Some(currentTotalTimer) => {\n        currentTotalTimer.foreach{ case (op, (currentTime,currentCount)) =>\n          totalTimer.get(op) match {\n            case Some((time,count)) => currentTotalTimer.update(op, (time+currentTime,count+currentCount))\n            case None => \/\/don't care\n          }\n        }\n        totalTimer.foreach{ case (op, timeCount) =>\n          currentTotalTimer.get(op) match {\n            case Some(_) => \/\/don't care\n            case None => currentTotalTimer += (op -> timeCount)\n          }\n        }\n      }\n      case None => totalTimersForStores += (storeName -> totalTimer)\n    }\n\n    timersPerIndexForStores.get(storeName) match {\n      case Some(currentTimersPerIndex) => {\n        currentTimersPerIndex.foreach{ case (op, currentIndexTimers) =>\n          timersPerIndex.get(op) match {\n            case Some(indexTimers) => {\n              currentIndexTimers.foreach{ case (idx, (currentTime,currentCount)) =>\n                indexTimers.get(idx) match {\n                  case Some((time,count)) => currentIndexTimers.update(idx, (time+currentTime,count+currentCount))\n                  case None => \/\/don't care\n                }\n              }\n              indexTimers.foreach{ case (idx, timeCount) =>\n                currentIndexTimers.get(idx) match {\n                  case Some(_) => \/\/don't care\n                  case None => currentIndexTimers += (idx -> timeCount)\n                }\n              }\n            }\n            case None => \/\/don't care\n          }\n        }\n\n        timersPerIndex.foreach{ case (op, indexTimers) =>\n          currentTimersPerIndex.get(op) match {\n            case Some(_) => \/\/don't care\n            case None => {\n              val currentIndexTimers = new HashMap[Int,(Long,Int)]\n              indexTimers.foreach{ case (idx, timeCount) =>\n                currentIndexTimers += (idx -> timeCount)\n              }\n              currentTimersPerIndex += (op -> currentIndexTimers)\n            }\n          }\n        }\n      }\n      case None => timersPerIndexForStores += (storeName -> timersPerIndex)\n    }\n  }\n}\n\n\/**\n * The store is the main structure to store entries. It requires at least one\n * index. Index usually retain all the data according to their specialization.\n * Index 0 should retain all data (and possibly be one of the fastest index).\n * Indices data structure can be dynamically adapted using the index() function.\n *\/\nclass Store[E<:Entry](val idxs:Array[Idx[E]], val ops:Array[EntryIdx[E]]=null)(implicit cE:ClassTag[E]) {\n  assert(idxs.size > 0)\n  \/\/ def startPerfCounters = { perfMeasurement = true }\n  \/\/ def stopPerfCounters = { perfMeasurement = false }\n  \/\/ var perfMeasurement = Store.GATHER_STATISTICS\n  \/\/ val totalTimers = new HashMap[String,(Long,Int)]\n  \/\/ val timersPerIndex = new HashMap[String,HashMap[Int,(Long,Int)]]\n  \/\/ def time[R](f: String)(block: => R): R = if(perfMeasurement) {\n  \/\/   val t0 = System.nanoTime()\n  \/\/   val result = block    \/\/ call-by-name\n  \/\/   val t1 = System.nanoTime()\n  \/\/   if(!totalTimers.contains(f)) {\n  \/\/     totalTimers += (f -> (0L,0))\n  \/\/   }\n  \/\/   val (currentTime,currentCount) = totalTimers(f)\n  \/\/   totalTimers.update(f, (currentTime+(t1 - t0),currentCount+1))\n  \/\/   result\n  \/\/ } else {\n  \/\/   block\n  \/\/ }\n  \/\/ def time[R](f: String, idx:Int)(block: => R): R = if(perfMeasurement) {\n  \/\/   val t0 = System.nanoTime()\n  \/\/   val result = block    \/\/ call-by-name\n  \/\/   val t1 = System.nanoTime()\n  \/\/   if(!timersPerIndex.contains(f)) {\n  \/\/     timersPerIndex += (f -> new HashMap[Int,(Long,Int)])\n  \/\/   }\n  \/\/   val fMap = timersPerIndex(f)\n  \/\/   if(!fMap.contains(idx)) {\n  \/\/     fMap += (idx -> (0L,0))\n  \/\/   }\n  \/\/   val (currentTime,currentCount) = fMap(idx)\n  \/\/   fMap.update(idx, (currentTime+(t1 - t0),currentCount+1))\n  \/\/   result\n  \/\/ } else {\n  \/\/   block\n  \/\/ }\n  @inline private def time[R](f:String)(block: => R):R = { block }\n  @inline private def time[R](f:String, idx:Int)(block: => R):R = { block }\n\n  def this(n:Int)(implicit cE:ClassTag[E]) = this(new Array[Idx[E]](n),null)(cE)\n  def this(n:Int,ops:Array[EntryIdx[E]])(implicit cE:ClassTag[E]) = this(new Array[Idx[E]](n),ops)(cE)\n  private val n = idxs.length\n  def unsafeInsert(idx:Int,e:E):Unit = time(\"unsafeInsert\") { if (e==null) return; idxs(idx).unsafeInsert(e); var i=0; while(i < n) { if (idx!=i && idxs(i)!=null) idxs(i).insert(e); i+=1; } }\n  def insert(e:E):Unit = time(\"insert\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).insert(e); i+=1; } }\n  def update(e:E):Unit = time(\"update\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).update(e); i+=1; } } \/\/ e already in the Store, update in foreach is _NOT_ supported\n  def delete(e:E):Unit = time(\"delete\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).delete(e); i+=1; } } \/\/ e already in the Store\n  def get(idx:Int,key:E):E = time(\"get\",idx) { if (key==null) return key; idxs(idx).get(key) }\n  def foreach(f:E=>Unit):Unit = time(\"foreach\") { idxs(0).foreach(f) } \/\/ assumes idxs(0) is the most efficient index\n  def slice(idx:Int,key:E,f:E=>Unit) = time(\"slice\",idx) { if (key!=null) idxs(idx).slice(key,f) }\n  def range(idx:Int,min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) = time(\"range\", idx) { idxs(idx).range(min,max,withMin,withMax,f) }\n  def delete(idx:Int,key:E):Unit = time(\"delete\", idx) { slice(idx,key,e=>delete(e)) }\n  def clear = time(\"clear\") { var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).clear; i+=1; } }\n  def compact = time(\"compact\") { var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).compact; i+=1; } }\n  def size = idxs(0).size\n  def index(idx:Int,i:Idx[E]) { idxs(idx) = i }\n  def index(idx:Int,tp:IndexType,unique:Boolean=false,sliceIdx:Int= -1) { \/\/ sliceIdx is the underlying slice index for IBound\n    val i:Idx[E] = tp match {\n      case INone => null.asInstanceOf[Idx[E]]\n      case IHash => new IdxHash[E](this,idx,unique)\n      case IDirect|IArray => val data = if (idxs(0)==null) new Array[E](0) else { val d=new Array[E](idxs(0).size); var x=0; idxs(0).foreach{e=>d(x)=e; x+=1}; d }\n                             if (tp==IDirect) new IdxDirect[E](this,idx,unique,data) else new IdxArray[E](this,idx,unique,data)\n      case IBTree => new IdxBTree(this,idx,unique)\n      case IList => new IdxList(this,idx,unique)\n      case ISliceMin => new IdxSliced(this,idx,sliceIdx,false)\n      case ISliceMax => new IdxSliced(this,idx,sliceIdx,true)\n      case ISliceHeapMin => new IdxSlicedHeap(this,idx,sliceIdx,false)\n      case ISliceHeapMax => new IdxSlicedHeap(this,idx,sliceIdx,true)\n    }\n    if (idxs(0)!=null) tp match {\n      case INone|IDirect|IArray => \/\/ nothing to do\n      case _ => idxs(0).foreach(i.insert(_))\n    }\n    idxs(idx) = i\n  }\n\n  def getInfoStr:String = {\n    val res = new StringBuilder(\"MapInfo => {\\n\")\n    res.append(\"  size => \").append(if(idxs(0) == null) idxs(1).size else size).append(\"\\n\")\n    res.append(\"  idxs => [\\n\")\n    \/\/ totalTimers.foreach{ case (f,(t,count)) =>\n    \/\/   val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n    \/\/   res.append(\"    time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n    \/\/ }\n    idxs.zipWithIndex.foreach { case (idx, idxID) =>\n      if(idx == null) res.append(ind(ind(\"INone\"))).append(\",\\n\")\n      else {\n        res.append(ind(ind(idx.info)))\n        \/\/ res.append(\" --> {\\n\")\n        \/\/ timersPerIndex.foreach{ case (f,fMap) =>\n        \/\/   if(fMap.contains(idxID)) {\n        \/\/     val (t,count) = fMap(idxID)\n        \/\/     val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n        \/\/     res.append(\"      time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n        \/\/   }\n        \/\/ }\n        \/\/ res.append(\"    }\\n\")\n      }\n    }\n    res.append(\"]\")\n    res.append(\"}\").toString\n  }\n}\n\n\/\/ Hash index has been moved to Store.java\n\n\/**\n * IdxDirect is usually an index over an integer where the hash is equal to the value. It can be\n * + Immediate: data(hash(e)) = e, array may contain null elements, does not support multi-values\n * + Packed: use binary search on key hash, does not contain null values, supports multi-value\n * To increase performance, make sure that your data fit in the immedate mode\n * For min\/max\/range operations to be meaningful, you need order(index) = order(hash)\n * Supported operations:\n * + implicit update(key cannot be modified)=O(1) \/ get=O(1)[immediate]_O(log(N))[packed] \/ min,max=O(1),median=O(N)[immediate]_O(1)[packed]\n * + foreach,slice,range \/ size\n *\/\nclass IdxDirect[E<:Entry](st:Store[E],idx:Int,unique:Boolean,var data:Array[E])(implicit cE:ClassTag[E]) extends Idx[E](st,idx,unique) {\n  private final val nil = null.asInstanceOf[E]\n  private final val min_density = 0.2 \/\/ minimal array density to consider it for immediate election\n  private var imm = false \/\/ immediate: hash=array_key\n  private var off=0 \/\/ offset ajustement for minimal hash value in immediate mode\n  private def prepare() { \/\/ O(n*log(n))\n    size=data.length; if (size==0) return; data=data.sortWith((l:E,r:E)=>ops.hash(l) < ops.hash(r))\n    imm = ops.hash(data(size-1))-ops.hash(data(0)) < size\/min_density; \/\/ compactness\n    var i=1; while (i < size && imm) { imm &&= ops.hash(data(i-1)) < ops.hash(data(i)); i+=1 } \/\/ at most 1 element per cell\n    if (imm) { off=ops.hash(data(0)); val d=new Array[E](ops.hash(data(size-1))+1-off); data.foreach(e => d(ops.hash(e)-off)=e); data=d }\n    else w(\"data is note dense, immediate mode\")\n  }\n  prepare\n  override def insert(e:E) { val h=ops.hash(e); if (imm && h>=off && h<=off+size-1) data(h-off)=e else w(\"insert\") }\n  override def delete(e:E) { val h=ops.hash(e); if (imm && h>=off && h<=off+size-1) data(h-off)=nil else w(\"delete\") }\n  override def get(key:E):E = if (data.length==0) nil else { val h=ops.hash(key)\n    \/\/println(\"(%s) data(%s-%s)\".format(imm, h,off))\n    if (imm) {\n      val x = h-off\n      if(x >= 0 && x < data.size) data(h-off) else nil\n    }\n    else { \/\/ binary search, finds position of leftmost element with the same hash\n      val n=data.length; var s=0; var e=n; var m=0\n      while (s < e) { m=(s+e)\/2; val d=data(m); val h2=ops.hash(d)\n        if (h2 < h) s=m+1; else if (h==h2 && ops.cmp(key,d)==0) return d; else e=m;\n      }\n      s+=1; \/\/ we already hit that element and failed\n      while (s < data.size) { val d=data(s); if (ops.hash(d)!=h) return nil; else if (ops.cmp(key,d)==0) return d; s+=1 }\n      nil\n    }\n  }\n  override def foreach(f:E=>Unit) { val n=data.size; var i=0\n    if (imm) while (i < n) { val e=data(i); if (e!=null) f(e); i+=1; }\n    else while (i < n) { f(data(i)); i+=1; }\n  }\n  override def slice(key:E,f:E=>Unit) { val h=ops.hash(key)\n    if (imm) { val d=data(h-off); if (d!=null) f(d) }\n    else {\n      val n=data.length; var s=0; var e=n; var m=0\n      while (s < e) { m=(s+e)\/2; val d=data(m); val h2=ops.hash(d); if (h2 < h) s=m+1; else e=m }\n      do { val d=data(s); if (ops.cmp(key,d)!=0) return; f(d); s+=1 } while (s < size)\n    }\n  }\n  override def range(min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) {\n    val h0=ops.hash(min)+(if (withMin) 0 else 1); val h1=ops.hash(max)+(if (withMax) 1 else 0)\n    if (imm) { var p=h0-off; val u=h1-off; while (p<u) { val d=data(p); if (d!=null) f(d); p+=1 } }\n    else {\n      val n=data.length; var s=0; var e=n; var m=0\n      while (s < e) { m=(s+e)\/2; val d=data(m); val h2=ops.hash(d); if (h2 < h0) s=m+1; else e=m }\n      do { val d=data(s); if (ops.hash(d)>=h1) return; f(d); s+=1 } while (s < data.size)\n    }\n  }\n}\n\n\/**\n * IdxArray is a sorted index using the cmp(idx,_) function. Contrary to IdxDirect, it does not rely on\n * hash function. It is otherwise very similar to a packed\/direct index.\n * Supported operations:\n * + implicit update(key cannot be modified)=O(1) \/ get=O(log(N)) \/ min,max,median=O(1)\n * + foreach,slice,range \/ size\n *\/\nclass IdxArray[E<:Entry](st:Store[E],idx:Int,unique:Boolean,var data:Array[E])(implicit cE:ClassTag[E]) extends Idx[E](st,idx,unique) {\n  private final val nil = null.asInstanceOf[E]\n  size=data.length\n  data=data.sortWith((l:E,r:E)=>ops.cmp(l,r)<=0)\n  override def get(key:E):E = if (size==0) nil else { var s=0; var e=size; var m=0\n    while (s < e) { m=(s+e)\/2; val d=data(m); val c=ops.cmp(key,d); if (c>0) s=m+1; else if (c==0) return d; else e=m; }; nil\n  }\n  override def foreach(f:E=>Unit) { val n=data.size; var i=0; while (i < n) { f(data(i)); i+=1; } }\n  override def slice(key:E,f:E=>Unit) { var s=0; var e=size; var m=0\n    while (s < e) { m=(s+e)\/2; val c=ops.cmp(key,data(m)); if (c>0) s=m+1; else e=m }\n    do { val d=data(s); if (ops.cmp(key,d)!=0) return; f(d); s+=1 } while (s < size)\n  }\n  override def range(min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) {\n    var s=0; var e=size; var m=0\n    while (s < e) { m=(s+e)\/2; val c=ops.cmp(min,data(m)); if (c>0) s=m+1; else e=m }\n    if (!withMin) while (s < size && ops.cmp(min,data(s))==0) s+=1\n    val r=if (withMax) 0 else 1\n    while (s < size) { val d=data(s); if (ops.cmp(max,d) < r) return; f(d); s+=1 }\n  }\n}\n\n\/**\n * B+Tree based on the original H-Store paper implementation.\n * Note: because we do not distinguish key and values, we count as 'valid' only the leaf elements.\n * Supported operations:\n * + insert,delete,update=log(N) \/ get,min,max=log(N)\n * + foreach,slice,range \/ size\n *\/\n\/\/ XXX: use System.arraycopy\nclass IdxBTree[E<:Entry](st:Store[E],idx:Int,unique:Boolean)(implicit cE:ClassTag[E]) extends Idx[E](st,idx,unique) {\n  private final val nil = null.asInstanceOf[E]\n  private final val N = 8; assert(N>2) \/\/ N must be greater than two to make the split of two inner nodes sensible.\n  private final val M = 8; assert(M>0) \/\/ Leaf nodes must be able to hold at least one element\n\n  if (!unique) println(\"WARNING: BTree index only works with distinct keys\")\n\n  def dump() = root.dump(\"\")\n  abstract class Node() { var num=0; val data:Array[E]\n    def dump(p:String=\"\") {\n      if (this.isInstanceOf[InnerNode]) {\n        val cs = this.asInstanceOf[InnerNode].children\n        cs(0).dump(p+\"  \")\n        var i=0; while (i < N) { println(p+data(i)); if (cs(i+1)!=null) cs(i+1).dump(p+\"  \"); i+=1 }\n      } else {\n        var i=0; while (i < M) { println(p+data(i)); i+=1 }\n      }\n    }\n  }\n  class LeafNode() extends Node { val data=new Array[E](M) } \/\/ Leaf nodes store values.\n  class InnerNode() extends Node { val data=new Array[E](N); val children=new Array[Node](N+1) } \/\/ Inner nodes store pointers to other nodes interleaved with values\n  case class Split(key:E, left:Node, right:Node) \/\/ Returned when insert splits the node at key\n\n  private var root:Node = new LeafNode()\n\n  \/\/ Simple linear search. Faster for small values of N or M\n  \/\/ XXX: test with binary search\n\n  \/\/ Leftmost element or next\n  @inline private def _pos(e:E,n:Node,inner:Int):Int = { val data=n.data; val num=n.num; var k=0; while(k < num && ops.cmp(data(k),e) < inner) k+=1; k } \/\/ inner=0,1\n  @inline private def leaf_insert_nonfull(node:LeafNode, e:E, index:Int) { \/\/ assert(index<=node.num); assert(node.num<M)\n    if(index < M && node.data(index)!=null && unique && ops.cmp(e,node.data(index))==0) node.data(index)=e \/\/ Inserting a duplicate, overwrite the old one\n    else { var i=node.num; while (i>index) { node.data(i)=node.data(i-1); i-=1 }; node.num+=1; size+=1; node.data(index)=e } \/\/ Inserted key is unique\n    e.data(idx)=node\n  }\n  @inline private def inner_insert_nonfull(node:InnerNode,e:E) { \/\/assert(node.num<N)\n    val index=_pos(e,node,1)\n    val split = _insert(node.children(index), e)\n    if(split!=null) {\n      if(index != node.num) { \/\/ Insertion not at the rightmost key\n        node.children(node.num+1) = node.children(node.num);\n        var i=node.num; while(i!=index) { node.children(i) = node.children(i-1); node.data(i) = node.data(i-1); i-=1 }\n      }\n      node.children(index) = split.left;\n      node.children(index+1) = split.right;\n      node.data(index) = split.key;\n      node.num+=1;\n    } \/\/ else the current node is not affected\n  }\n\n  @inline private def _insert(node:Node, e:E):Split = if (node.isInstanceOf[InnerNode]) {\n    val n = node.asInstanceOf[InnerNode]\n    \/\/ Early split if node is full. This is not the canonical algorithm for\n    \/\/ B+ trees, but it is simpler and does not break the definition.\n    if(n.num==N) {\n      val treshold=(N+1)\/2; val n2=new InnerNode()\n      n2.num = n.num-treshold;\n      var i=0; while(i < n2.num) {\n        n2.data(i)=n.data(treshold+i);\n        n2.children(i)=n.children(treshold+i); i+=1\n      }\n      n2.children(n2.num)=n.children(n.num)\n      n.num=treshold-1\n      \/\/ Set up the return variable\n      val k=n.data(treshold-1);\n      inner_insert_nonfull(if(ops.cmp(e,k) < 0) n else n2, e)\n      Split(k,node,n2)\n    } else { inner_insert_nonfull(n,e); null }\n  } else { \/\/ leaf node\n    val n = node.asInstanceOf[LeafNode]\n    val i=_pos(e,node,0);\n    if(n.num==M) { \/\/ The node was full. We must split it\n      val treshold = (M+1)>>1;\n      val n2=new LeafNode(); n2.num=n.num-treshold;\n      var j=0; while(j < n2.num) { val x=n.data(treshold+j); x.data(idx)=n2; n2.data(j)=x; n.data(treshold+j)=nil; j+=1 }\n      n.num=treshold;\n      if(i < treshold) leaf_insert_nonfull(n,e,i) else leaf_insert_nonfull(n2,e,i-treshold)\n      Split(n2.data(0).copy.asInstanceOf[E],node,n2) \/\/ Notify the parent about the split\n    } else { leaf_insert_nonfull(n,e,i); null }\n  }\n\n  \/\/ Inserts a pair (key, value). If there is a previous pair with\n  \/\/ the same key, the old value is overwritten with the new one.\n  override def insert(e:E) {\n    val split = _insert(root,e); if (split==null) return\n    val r=new InnerNode(); r.num=1; r.data(0)=split.key\n    r.children(0)=split.left; r.children(1)=split.right; root=r\n  }\n  override def get(key:E):E = { var n=root\n    while (n.isInstanceOf[InnerNode]) { val ni=n.asInstanceOf[InnerNode]; n=ni.children(_pos(key,ni,1)) }\n    val p=_pos(key,n,0); if(p < n.num && ops.cmp(key,n.data(p))==0) n.data(p) else nil\n  }\n  override def delete(e:E) {\n    val n = e.data(idx).asInstanceOf[LeafNode]; if (n==null) return; var found=false; var i=0\n    while (i < n.num) { if (n.data(i).eq(e)) found=true else if (found) n.data(i-1)=n.data(i); i+=1 }\n    n.num-=1; n.data(n.num)=nil; size-=1 \/\/ assert(found)\n  }\n  override def update(e:E) {\n    val n = e.data(idx).asInstanceOf[LeafNode]; if (n==null) return;\n    if (!e.eq(n.data(0)) && !e.eq(n.data(n.num-1))) { \/\/ we might get lazy if the element is correctly positioned in the array\n      var i=1; while(i < n.num-1 && !e.eq(n.data(i))) { i+=1 }; if (i==n.num-1) return; \/\/ not found, ignore\n      if (ops.cmp(n.data(i-1),n.data(i)) < 1 && ops.cmp(n.data(i),n.data(i+1)) < 1) return; \/\/ well positionned\n    }\n    delete(e); insert(e)\n  }\n\n  \/\/ Delete the given key and returns true. If not found, returns false.\n  \/*\n  override def delete(e:E) {\n    var node:Node=root; var d=depth\n    do { val inner=node.asInstanceOf[InnerNode] node=inner.children(_pos(e,inner,1)); d-=1; } while(d>0)\n    val leaf = node.asInstanceOf[LeafNode]\n    val index = _pos(e,leaf,0)\n    if(e.cmp(idx,leaf.data(index))==0) { var i=index+1; while(i < leaf.num) { leaf.data(i-1)=leaf.data(i); i+=1; }; leaf.num-=1 }\n    size-=1\n  }\n  *\/\n\n  private def _for(f:E=>Unit,n:Node) {\n    if (n.isInstanceOf[InnerNode]) { val cs=n.asInstanceOf[InnerNode].children; val num=n.num+1; var i=0; while(i < num) { _for(f,cs(i)); i+=1; } }\n    else { val vs=n.data; val num=n.num; var i=0; while(i < num) { f(vs(i)); i+=1; } }\n  }\n  override def foreach(f:E=>Unit) = _for(f,root)\n\n  private def _slice(key:E,f:E=>Unit,n:Node): Unit = if (n.isInstanceOf[InnerNode]) {\n    val vs=n.data; val num=n.num; val cs=n.asInstanceOf[InnerNode].children\n    var pc= -1; var nc=ops.cmp(key,vs(0)); if (nc<=0) _slice(key,f,cs(0))\n    var i=0; while(i < num) { pc=nc; nc=ops.cmp(key,vs(i)); if (pc>=0 && nc<=0) _slice(key,f,cs(i)); i+=1 }\n    if (nc>=0) _slice(key,f,cs(i))\n  } else {\n    val vs=n.data; val num=n.num; var i=0;\n    while(i < num && ops.cmp(key,vs(i))>0) i+=1\n    while(i < num && ops.cmp(key,vs(i))==0) { f(vs(i)); i+=1; }\n  }\n  override def slice(key:E,f:E=>Unit) = _slice(key,f,root)\n\n  private def _range(min:E,max:E,cMin:Int,cMax:Int,f:E=>Unit,n:Node): Unit = if (n.isInstanceOf[InnerNode]) {\n    val vs=n.data; val num=n.num; val cs=n.asInstanceOf[InnerNode].children\n    if (ops.cmp(min,vs(0))<cMin) _range(min,max,cMin,cMax,f,cs(0));\n    var i=1; while (i < num) { if (ops.cmp(max,vs(i-1))>cMax && ops.cmp(min,vs(i))<cMin) _range(min,max,cMin,cMax,f,cs(i)); i+=1; }\n    if (ops.cmp(max,vs(i-1))>cMax) _range(min,max,cMin,cMax,f,cs(i));\n  } else {\n    val vs=n.data; val num=n.num; var i=0;\n    while(i < num && ops.cmp(min,vs(i))>=cMin) i+=1\n    while(i < num && ops.cmp(max,vs(i))>cMax) { f(vs(i)); i+=1; }\n  }\n  override def range(min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) = _range(min,max,if (withMin) 1 else 0,if (withMax) -1 else 0,f,root)\n  override def clear() { root=new LeafNode(); size=0 }\n}\n\n\/**\n * This is very similar to IdxSliced but has opposite performance. It's appropriate when most of the deletes are over min\/max\n * Supported operations:\n * + insert,delete,update = O(log N) \/ get=O(1)\n * + clear,size\n *\/\nclass IdxSlicedHeap[E<:Entry](st:Store[E],idx:Int,sliceIdx:Int,max:Boolean)(implicit cE:ClassTag[E]) extends Idx[E](st,sliceIdx,true) {\n  private final val ops2 = st.ops(idx)\n  private final val nil = null.asInstanceOf[E]\n  private final val default_capacity = 16\n  private final val cRes = if (max) 1 else -1 \/\/ comparison result: \"better\"\n  private final val hnil = null.asInstanceOf[Heap]\n  @inline private def _meta(e:E):Heap = e.data(idx).asInstanceOf[Heap]\n\n  \/\/ HashMap of Heap: for each partition of sliceIdx, we maintain one min\/max heap\n  private final val init_capacity = 128\n  private final val max_capacity = 1 << 30\n  private final val load_factor = 0.75f;\n  private final val compact_factor = 0.05f\n  private var data = new Array[Heap](init_capacity)\n  private var threshold = (init_capacity * load_factor).toInt\n  \/\/ Inlined functions\n  @inline private def _hash(e:E) = { var h=ops.hash(e); h^=(h>>>20)^(h>>>12)^(h<<9); h^(h>>>7)^(h>>>4); }\n  @inline private def _resize(new_capacity:Int) { val d=new Array[Heap](new_capacity)\n    var i=0; val n=data.size; while(i < n) { var q=data(i); while (q!=null) { val nq=q.next; val b=q.hash&(new_capacity-1); q.next=d(b); d(b)=q; q=nq }; i+=1 }\n    data=d; threshold=Math.min((new_capacity*load_factor).toInt, max_capacity+1);\n  }\n  \/\/@inline\n   private def _del(e:E): Boolean = {\n    val q=_meta(e); q.remove(e)\n    if (q.size==0) { \/\/ delete q\n      val h=q.hash; val b=h&(data.length-1); var p=data(b); if (p.eq(q)) { data(b)=q.next; return true }\n      else { while(!p.eq(null)) { if (p.next.eq(q)) { p.next=q.next; return true; } else p=p.next } }\n    }\n    false\n  }\n\n  override def insert(e:E) {\n    if (size==threshold) { val n=data.length; if (n==max_capacity) threshold=java.lang.Integer.MAX_VALUE; else _resize(n << 1) }\n    val h=_hash(e); val b = h&(data.length-1); var p=nil; var q=data(b);\n    \/\/ add value to slice heap if exists\n    while (q!=null) {\n      if (q.hash==h && ops.cmp(e,q.get)==0) { q.add(e); return } \/\/ found slice's heap\n      q=q.next\n    }\n    \/\/ new slice\n    q = new Heap(); q.hash=h; q.next=data(b); q.add(e); data(b)=q; size+=1\n  }\n  override def delete(e:E) { if (_del(e)) size-=1 }\n  override def update(e:E) {\n    val q=_meta(e); val h=q.hash; val h2=_hash(e); if (h2==h) return; \/\/ did not change partition\n    else if (_del(e)) { size-=1; insert(e) }\n  }\n  override def get(e:E):E = { val h=_hash(e); var q=data(h&(data.length-1)); while (q!=null) { if (q.hash==h && ops.cmp(e,q.get)==0) return q.get; q=q.next; }; nil }\n  override def clear { var i=0; val n=data.length; while(i < n) { data(i)=hnil; i+=1; }; size=0 }\n  override def compact = if (data.size*compact_factor>size) _resize(math.max(init_capacity,1 << (1+(math.log((size\/load_factor))\/math.log(2)).ceil.toInt)))\n\n  class Heap { var hash:Int=0; var next:Heap=null.asInstanceOf[Heap] \/\/ Inherited as HashMap entry\n    private var array = new Array[E](default_capacity + 1)\n    var size = 0\n    @inline private def _double { val tmp=array; array=new Array[E](array.length*2); System.arraycopy(tmp,0,array,0,tmp.length) }\n    @inline private def _percolateDown(holeInput: Int) {\n      var hole = holeInput; var child = hole << 1 \/\/ invariant: child = hole*2\n      val tmp = array(hole)\n      while (child <= size) {\n        if (child!=size && ops2.cmp(array(child+1),array(child))==cRes) child+=1\n        if (ops2.cmp(array(child),tmp)==cRes) array(hole)=array(child) else { array(hole)=tmp; return }\n        hole=child; child=hole << 1\n      }\n      array(hole)=tmp\n    }\n    def get = array(1)\n    def add(x:E) { if (size==array.length-1) _double; size+=1; x.data(idx)=this\n      var hole=size; var h=hole>>1 \/\/ invariant: h = hole\/2\n      while (hole>1 && ops2.cmp(x,array(h))==cRes) { array(hole)=array(h); hole=h; h=hole>>1 }\n      array(hole)=x\n    }\n    def remove(x:E) {\n      val p=if (x.eq(array(1))) 1 else array.indexOf(x); if (p== -1) return\n      array(p)=array(size); array(size)=nil; size-=1; if (p < size) _percolateDown(p)\n    }\n    \/\/ def get = array(1)\n  }\n}\n\n\/\/ ------------------------------------------\n\/\/ Single hash-index entries\nabstract class Entry1[E<:Entry1[E]] {\n  val hash:Int \/\/ hash function\n  var next:E = null.asInstanceOf[E]\n  def merge(e:E):Boolean \/\/ combine in this the value of e if keys are equal\n}\n\nclass Store1[E<:Entry1[E]]()(implicit cE:ClassTag[E]) {\n  private final val init_capacity = 16\n  private final val max_capacity = 1 << 30\n  private final val load_factor = 0.75f\n  private var size = 0\n  private var data = new Array[E](init_capacity)\n  private var threshold = (init_capacity * load_factor).toInt\n  def add(e:E) {\n    \/\/ resize array if needed\n    if (size==threshold) {\n      val n=data.size; if (n==max_capacity) threshold=java.lang.Integer.MAX_VALUE\n      else { val new_capacity = n << 1; val d=new Array[E](new_capacity)\n        var i=0; while(i < n) { var e=data(i); while (e!=null) { val ne=e.next; val b=e.hash&(new_capacity-1); e.next=d(b); d(b)=e; e=ne }; i+=1 }\n        data=d; threshold=Math.min((new_capacity*load_factor).toInt, max_capacity+1);\n      }\n    }\n    \/\/ insert and merge equivalent entries\n    val b=e.hash&(data.length-1);\n    var p=data(b);\n    if (p==null) { data(b)=e; size+=1; }\n    else do {\n      if (p.merge(e)) return\n      var n=p.next; if (n==null) { p.next=e; size+=1; return; }; p=n;\n    } while (p!=null)\n  }\n  def foreach(f:E=>Unit) { val n=data.length; var i=0; while(i < n) { var e=data(i); while (e!=null) { f(e); e=e.next }; i+=1 } }\n  def clear() { data=new Array[E](init_capacity); size=0; threshold=(init_capacity * load_factor).toInt }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/load\/RecordLoader.scala","text":"package ddbt.tpcc.loadtest.load\n\n\n\/**\n * Copyright (C) 2011 CodeFutures Corporation. All rights reserved.\n *\/\ntrait RecordLoader {\n\n  def load(r: Record): Unit\n\n  def commit(): Unit\n\n  def close(): Unit\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/BackOffAtomicReference.scala","text":"package ddbt.lib.util\n\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.concurrent.locks.LockSupport\n\n\/**\n * The code for implementing back-off contention management\n * is fairly simple. Instead of looping over failed\n * compare-and-swaps, it backs off for a very short period\n * letting other threads try with their updates.\n * \n * More info: \"Lightweight Contention Management for Efficient\n * Compare-and-Swap Operations\" http:\/\/arxiv.org\/abs\/1305.5800\n *\/\nclass BackOffAtomicReference[T](init:T) {\n\n    private[this] val value:AtomicReference[T] = new AtomicReference[T](init);\n\n    def get:T = value.get()\n\n    def compareAndSet(current:T, next:T) =\n        if (value.compareAndSet(current, next)) true\n        else {\n            LockSupport.parkNanos(1)\n            false\n        }\n\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx\/TpccTable.scala","text":"package ddbt.tpcc.tx\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport java.sql.Connection\nimport java.sql.Statement\nimport java.sql.ResultSet\nimport ddbt.tpcc.loadtest.Util._\nimport ddbt.tpcc.loadtest.DatabaseConnector._\nimport ddbt.lib.shm.SHMap\nimport ddbt.lib.shm.SEntry\nimport ddbt.lib.shm.SHMapPooled\nimport ddbt.lib.BinaryHeap\nimport ddbt.tpcc.loadtest.TpccConstants._\n\nimport TpccTable._\n\nobject TpccTable {\n\tvar NUM_WAREHOUSES:Int = 1\n\tval DISTRICTS_UNDER_A_WAREHOUSE:Int = 10\n\n\tdef testSpecialDs(implVersion:Int) = implVersion == 5\n        def intDate(date : Date) =  date.toString.filter(c => c>= '0' && c<= '9').substring(2).dropRight(1)\n        \n\tabstract class TpccCommand extends ddbt.lib.util.XactCommand\n\tcase class DeliveryCommand(datetime:Date, w_id: Int, o_carrier_id: Int) extends TpccCommand{\n           override def toString = \"Delivery  \"+intDate(datetime)+\"  \"+w_id+ \"  \"+o_carrier_id \n        }\n\tcase class NewOrderCommand(datetime:Date, t_num: Int, w_id:Int, d_id:Int, c_id:Int, o_ol_count:Int, o_all_local:Int, itemid:Array[Int], supware:Array[Int], quantity:Array[Int], price:Array[Float], iname:Array[String], stocks:Array[Int], bg:Array[Char], amt:Array[Float]) extends TpccCommand{\n\t\toverride def toString = \"NewOrder  \"+intDate(datetime)+\"  \"+w_id+ \"  \"+d_id+ \"  \"+c_id+ \"  \"+o_ol_count+ \"  \"+itemid.mkString(\"\",\" \",\"\")+ \"  \"+supware.mkString(\"\",\" \",\"\")+ \"  \"+quantity.mkString(\"\",\" \",\"\")\n\t}\n\tcase class OrderStatusCommand(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_id: Int, c_last: String) extends TpccCommand{\n           override def toString = if(c_by_name==1) \"OrderStatusByName  \"+w_id+\"  \"+d_id+ \"  \"+c_last  else \"OrderStatusById  \"+w_id+ \"  \"+d_id+ \"  \"+c_id           \n        }\n\tcase class PaymentCommand(datetime:Date, t_num: Int, w_id: Int, d_id: Int, c_by_name: Int, c_w_id: Int, c_d_id: Int, c_id: Int, c_last_input: String, h_amount: Float) extends TpccCommand {\n          override def toString = if(c_by_name==1) \"PaymentByName  \"+intDate(datetime)+ \"  \"+w_id+ \"  \"+d_id+ \"  \"+c_w_id+ \"  \"+c_d_id+ \"  \"+c_last_input+ \"  \"+h_amount else \"PaymentById  \"+intDate(datetime)+ \"  \"+w_id+ \"  \"+d_id+ \"  \"+c_w_id+ \"  \"+c_d_id+ \"  \"+c_id+ \"  \"+h_amount\n        }\n\tcase class StockLevelCommand(t_num: Int, w_id: Int, d_id: Int, threshold: Int) extends TpccCommand {\n          override def toString = \"StockLevel  \"+w_id+ \"  \"+d_id+ \"  \"+threshold\n        }\n}\n\n\/**\n * Delivery Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass TpccTable(implVersion:Int) {\n\n\t\/**\n\t * This method should retun the list of committed TPC-C commands\n\t * by the serialization order\n\t *\/\n\tdef getListOfCommittedCommands: Seq[ddbt.lib.util.XactCommand] = {\n\t\tthrow new UnsupportedOperationException(\"getListOfCommittedCommands is not implemented!\")\n\t}\n\n\tvar isUnitTestEnabled = false\n\n\tdef enableUnitTest: Unit = {\n\t\tisUnitTestEnabled = true\n\t}\n\tdef disableUnitTest: Unit = {\n\t\tisUnitTestEnabled = false\n\t}\n\tdef testSpecialDsUsed = TpccTable.testSpecialDs(implVersion)\n\t\/\/NewOrder: W\n\t\/\/Delivery: RW\n\n\tval newOrderTbl:SHMap[(Int,Int,Int),Boolean] = if(testSpecialDsUsed) {\n\t\tnull.asInstanceOf[SHMap[(Int,Int,Int),Boolean]]\n\t} else {\n\t\tnew SHMap[(Int,Int,Int),Boolean](0.9f, 262144, (k:(Int,Int,Int),v:Boolean) => ((k._2, k._3)) )\n\t}\n\tval newOrderSetImpl:SHMap[(Int,Int),BinaryHeap[Int]] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[\/*(no_d_id, no_w_id)*\/(Int,Int),BinaryHeap[Int]](0.9f, 32)\n\t} else {\n\t\tnull.asInstanceOf[SHMap[(Int,Int),BinaryHeap[Int]]]\n\t}\n\tif(testSpecialDsUsed) {\n\t\tfor(i <- 1 to DISTRICTS_UNDER_A_WAREHOUSE) {\n\t\t\tfor(j <- 1 to NUM_WAREHOUSES) {\n\t\t\t\tnewOrderSetImpl((i,j)) = new BinaryHeap[Int]\n\t\t\t}\n\t\t}\n\t}\n\n\tval historyTbl:SHMap[(Int,Int,Int,Int,Int,Date,Float,String),Boolean] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int,Int,Int,Int,Date,Float,String),Boolean](0.9f, 4194304)\n\t} else {\n\t\tnew SHMap[(Int,Int,Int,Int,Int,Date,Float,String),Boolean]\/*(0.9f, 4194304)*\/\n\t}\n\n\tval warehouseTbl = if(testSpecialDsUsed) {\n\t\tnull.asInstanceOf[SHMap[Int,(String,String,String,String,String,String,Float,Double)]]\n\t} else {\n\t\tnew SHMap[Int,(String,String,String,String,String,String,Float,Double)]\n\t}\n\n\tval warehouseArr = if(testSpecialDsUsed) {\n\t\tnew Array[(String,String,String,String,String,String,Float,Double)](NUM_WAREHOUSES + 1)\n\t} else {\n\t\tnull.asInstanceOf[Array[(String,String,String,String,String,String,Float,Double)]]\n\t}\n\n\tval itemPartialTbl = if(testSpecialDsUsed) {\n\t\tnull.asInstanceOf[SHMap[Int,(\/*Int,*\/String,Float,String)]]\n\t} else {\n\t\tnew SHMap[Int,(\/*Int,*\/String,Float,String)]\/*(1f, 262144)*\/\n\t}\n\n\tval itemPartialArr = if(testSpecialDsUsed) {\n\t\tnew Array[(\/*Int,*\/String,Float,String)](100000 + 1)\n\t} else {\n\t\tnull.asInstanceOf[Array[(\/*Int,*\/String,Float,String)]]\n\t}\n\n\tval orderTbl:SHMap[(Int,Int,Int),(Int,Date,Option[Int],Int,Boolean)] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int,Int),(Int,Date,Option[Int],Int,Boolean)](0.9f, 4194304)\n\t} else {\n\t\tnew SHMap[(Int,Int,Int),(Int,Date,Option[Int],Int,Boolean)](\/*0.9f, 4194304,*\/ (k:(Int,Int,Int), v:(Int,Date,Option[Int],Int,Boolean)) => ((k._2, k._3, v._1)) )\n\t}\n\n\tval orderMaxOrderSetImpl:SHMap[\/*(o_d_id, o_w_id, o_c_id)*\/(Int,Int,Int),BinaryHeap[Int]] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[\/*(o_d_id, o_w_id, o_c_id)*\/(Int,Int,Int),BinaryHeap[Int]](0.9f, 65536)\n\t} else {\n\t\tnew SHMap[\/*(o_d_id, o_w_id, o_c_id)*\/(Int,Int,Int),BinaryHeap[Int]]\/*(0.9f, 65536)*\/\n\t}\n\n\tval districtTbl = if(testSpecialDsUsed) {\n\t\tnull.asInstanceOf[SHMap[(Int,Int),(String,String,String,String,String,String,Float,Double,Int)]]\n\t} else {\n\t\tnew SHMap[(Int,Int),(String,String,String,String,String,String,Float,Double,Int)]\/*(1f, 32)*\/\n\t}\n\n\tval districtArr = if(testSpecialDsUsed) {\n\t\tnew Array[(String,String,String,String,String,String,Float,Double,Int)]((NUM_WAREHOUSES + 1) * (DISTRICTS_UNDER_A_WAREHOUSE + 1))\n\t} else {\n\t\tnull.asInstanceOf[Array[(String,String,String,String,String,String,Float,Double,Int)]]\n\t}\n\n\tval orderLineTbl:SHMap[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)](0.9f, 33554432, List((0.9f, 4194304)), (k:(Int,Int,Int,Int), v:(Int,Int,Option[Date],Int,Float,String)) => ((k._1, k._2, k._3)) )\n\t} else {\n\t\tnew SHMap[(Int,Int,Int,Int),(Int,Int,Option[Date],Int,Float,String)](\/*0.9f, 33554432, List((0.9f, 4194304)),*\/ (k:(Int,Int,Int,Int), v:(Int,Int,Option[Date],Int,Float,String)) => ((k._1, k._2, k._3)) )\n\t}\n\n\tval customerTbl:SHMap[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)] (\/*1f, 65536, List((1f, 16384)),*\/ (k:(Int,Int,Int), v:(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)) => ((k._2, k._3, v._3)) )\n\t} else {\n\t\tnew SHMap[(Int,Int,Int),(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)] (\/*1f, 65536, List((1f, 16384)),*\/ (k:(Int,Int,Int), v:(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)) => ((k._2, k._3, v._3)) )\n\t}\n\n\tval stockTbl:SHMap[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)](1f, 262144)\n\t} else {\n\t\tnew SHMap[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)]\/*(1f, 262144)*\/\n\t}\n\n\tval customerWarehouseFinancialInfoMap:SHMap[(Int,Int,Int),(Float,String,String,Float)] = if(testSpecialDsUsed) {\n\t\tnew SHMapPooled[(Int,Int,Int),(Float,String,String,Float)](1f, 65536)\n\t} else {\n\t\tnew SHMap[(Int,Int,Int),(Float,String,String,Float)]\/*(1f, 65536)*\/\n\t}\n\n\tdef onInsert_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tnewOrderSetImpl((no_d_id, no_w_id)).add(no_o_id)\n\t\t} else {\n\t\t\tnewOrderTbl((no_o_id, no_d_id, no_w_id)) = (true)\n\t\t}\n\t}\n\n\tdef onDelete_NewOrder(no_o_id:Int, no_d_id:Int, no_w_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tif(newOrderSetImpl((no_d_id, no_w_id)).remove != no_o_id) {\n\t\t\t\tthrow new RuntimeException(\"Some operations executed out of order => newOrderSetImpl((%d,%d)).remove != %d\".format(no_d_id, no_w_id, no_o_id))\n\t\t\t}\n\t\t} else {\n\t\t\tnewOrderTbl -= ((no_o_id, no_d_id, no_w_id))\n\t\t}\n\t}\n\n\tdef onInsert_HistoryTbl(h_c_id:Int, h_c_d_id:Int, h_c_w_id:Int, h_d_id:Int, h_w_id:Int, h_date:Date, h_amount:Float, h_data:String) = {\n\t\thistoryTbl += ((h_c_id,h_c_d_id,h_c_w_id,h_d_id,h_w_id,roundDate(h_date),h_amount,h_data), (true))\n\t}\n\n\tdef onInsert_Item(i_id:Int, i_im_id:Int, i_name:String, i_price:Float, i_data:String) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\titemPartialArr(i_id) = ((\/*i_im_id,*\/i_name,i_price,i_data))\n\t\t} else {\n\t\t\titemPartialTbl(i_id) = ((\/*i_im_id,*\/i_name,i_price,i_data))\n\t\t}\n\t}\n\n\tdef onInsert_Order(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int, o_entry_d:Date, o_carrier_id:Option[Int], o_ol_cnt:Int, o_all_local:Boolean) = {\n\t\torderTbl += ((o_id,o_d_id,o_w_id), (o_c_id,o_entry_d,o_carrier_id,o_ol_cnt,o_all_local))\n\t\tif(testSpecialDsUsed) {\n\t\t\t\/\/println(\"orderMaxOrderSetImpl((%s, %s,%s)).add(%s)\".format(o_d_id, o_w_id,o_c_id,o_id))\n\t\t\torderMaxOrderSetImpl((o_d_id, o_w_id,o_c_id)).add(o_id)\n\t\t}\n\t}\n\n\tdef onUpdate_Order_forDelivery(o_id:Int, o_d_id:Int, o_w_id:Int, o_c_id:Int\/*, o_entry_d:Date*\/, o_carrier_id:Option[Int]\/*, o_ol_cnt:Int, o_all_local:Boolean*\/) = {\n\t\torderTbl.update((o_id,o_d_id,o_w_id),(currentVal\/*:(Int, java.util.Date, Option[Int], Int, Boolean))*\/ => ((o_c_id,currentVal._2,o_carrier_id,currentVal._4,currentVal._5))))\n\t}\n\n\tdef onUpdate_Order_byFunc(o_id:Int, o_d_id:Int, o_w_id:Int, updateFunc:((Int, Date, Option[Int], Int, Boolean)) => (Int, Date, Option[Int], Int, Boolean)) = {\n\t\torderTbl.update((o_id,o_d_id,o_w_id),updateFunc)\n\t}\n\n\tdef onInsert_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\twarehouseArr(w_id) = ((w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t\t} else {\n\t\t\twarehouseTbl(w_id) = ((w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd))\n\t\t}\n\t}\n\n\tdef onUpdate_Warehouse(w_id:Int, w_name:String, w_street_1:String, w_street_2:String, w_city:String, w_state:String, w_zip:String, w_tax:Float, w_ytd:Double) = {\n\t\tonInsert_Warehouse(w_id,w_name,w_street_1,w_street_2,w_city,w_state,w_zip,w_tax,w_ytd)\n\t}\n\n\tdef onUpdate_Warehouse_byFunc(w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double)) => (String, String, String, String, String, String, Float, Double)) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\twarehouseArr(w_id) = updateFunc(warehouseArr(w_id))\n\t\t} else {\n\t\t\twarehouseTbl.update(w_id,updateFunc)\n\t\t}\n\t}\n\n\tdef onInsert_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tdistrictArr((d_id+(d_w_id * DISTRICTS_UNDER_A_WAREHOUSE))) = ((d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t\t} else {\n\t\t\tdistrictTbl((d_id,d_w_id)) = ((d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id))\n\t\t}\n\t}\n\n\tdef onUpdate_District(d_id:Int, d_w_id:Int, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String, d_tax:Float, d_ytd:Double, d_next_o_id:Int) = {\n\t\tonInsert_District(d_id,d_w_id, d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id)\n\t}\n\n\tdef onUpdate_District_forNewOrder(d_id:Int, d_w_id:Int\/*, d_name:String, d_street1:String, d_street2:String, d_city:String, d_state:String, d_zip:String*\/, d_tax:Float\/*, d_ytd:Float*\/, d_next_o_id:Int) = {\n\t\tval (d_name,d_street1,d_street2,d_city,d_state,d_zip,_,d_ytd,_) = districtTbl(d_id,d_w_id)\n\t\tonUpdate_District(d_id,d_w_id, d_name,d_street1,d_street2,d_city,d_state,d_zip,d_tax,d_ytd,d_next_o_id)\n\t}\n\n\tdef onUpdate_District_byFunc(d_id:Int, d_w_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double, Int)) => (String, String, String, String, String, String, Float, Double, Int)) = {\n\t\tif(testSpecialDsUsed) {\n\t\t\tval index = (d_id+(d_w_id * DISTRICTS_UNDER_A_WAREHOUSE))\n\t\t\tdistrictArr(index) = updateFunc(districtArr(index))\n\t\t} else {\n\t\t\tdistrictTbl.update((d_id,d_w_id), updateFunc)\n\t\t}\n\t}\n\n\tdef onInsertOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      orderLineTbl += ((ol_o_id, ol_d_id, ol_w_id, ol_number), (ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n\tdef onUpdateOrderLine(ol_o_id:Int, ol_d_id:Int, ol_w_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_delivery_d:Option[Date], ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      orderLineTbl.update((ol_o_id, ol_d_id, ol_w_id, ol_number) , (ol_i_id, ol_supply_w_id, ol_delivery_d, ol_quantity, ol_amount, ol_dist_info))\n    }\n\n    def onInsertCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String) = {\n      customerTbl += ((c_id,c_d_id,c_w_id), (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n      var w_tax = 0f\n      if(testSpecialDsUsed) {\n      \tw_tax = warehouseArr(c_w_id)._7\n      } else {\n      \tw_tax = warehouseTbl(c_w_id)._7\n      }\n      customerWarehouseFinancialInfoMap += ((c_id,c_d_id,c_w_id), (c_discount, c_last, c_credit, w_tax))\n\n      if(testSpecialDsUsed) {\n      \tfor(w <- 1 to NUM_WAREHOUSES) {\n\t        for(i <- 1 to DISTRICTS_UNDER_A_WAREHOUSE) {\n\t          orderMaxOrderSetImpl += ((i,w,c_id), new BinaryHeap[Int](true))\n\t        }\n\t    }\n      }\n    }\n\n    def onUpdateCustomer(c_id: Int, c_d_id: Int, c_w_id: Int, c_first:String, c_middle:String, c_last:String, c_street_1:String, c_street_2:String, c_city:String, c_state:String, c_zip:String, c_phone:String, c_since:Date, c_credit:String, c_credit_lim:Float, c_discount:Float, c_balance:Float, c_ytd_payment:Float, c_payment_cnt:Int, c_delivery_cnt:Int, c_data:String) = {\n      customerTbl.update((c_id,c_d_id,c_w_id),(c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data))\n    }\n\n    def onUpdateCustomer_byFunc(c_id: Int, c_d_id: Int, c_w_id: Int, updateFunc:((String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String)) => (String, String, String, String, String, String, String, String, String, Date, String, Float, Float, Float, Float, Int, Int, String)) = {\n      customerTbl.update((c_id,c_d_id,c_w_id),updateFunc)\n    }\n\n    def onInsertStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String) = {\n      stockTbl += ((s_i_id,s_w_id), (s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    def onUpdateStock(s_i_id:Int, s_w_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String) = {\n      stockTbl.update((s_i_id,s_w_id), (s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data))\n    }\n\n    def onUpdateStock_byFunc(s_i_id:Int, s_w_id:Int, updateFunc:((Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) => (Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) = {\n      stockTbl.update((s_i_id,s_w_id), updateFunc)\n    }\n\n\tprivate class MiniCustomer(val cust_id:Int, val cust_first:String) extends Ordered[MiniCustomer] {\n\t\tdef compare(that: MiniCustomer) = this.cust_first.compareToIgnoreCase(that.cust_first)\n\t\toverride def toString = \"MiniCustomer(%s,%s)\".format(cust_id, cust_first)\n\t} \n\n    def findCustomerEntryByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String) = {\n      var customers = new ArrayBuffer[MiniCustomer]\n      \/\/we should slice over input_c_last\n      customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n          customers += new MiniCustomer(c_id,c_first)\n      }\n      if (customers.size == 0) {\n        throw new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n      }\n      \/\/ println(\"**********************************\")\n      \/\/ println(\"Customers before:\",customers)\n      customers = customers.sorted\n      \/\/ println(\"Customers after:\",customers)\n      \/\/ println(\"**********************************\")\n      var index: Int = customers.size \/ 2\n      if (customers.size % 2 == 0) {\n        index -= 1\n      }\n      val c_id = customers(index).cust_id\n      customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n    def findCustomerEntryById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int) = {\n      customerTbl.getEntry((c_id,input_c_d_id,input_c_w_id))\n    }\n\n    def findCustomerByName(input_c_w_id: Int, input_c_d_id: Int, input_c_last: String) = {\n      var customers = new ArrayBuffer[MiniCustomer]\n      \/\/we should slice over input_c_last\n      customerTbl.slice(0, (input_c_d_id, input_c_w_id, input_c_last)).foreach { case ((c_id,_,_) , (c_first,_,c_last,_,_,_,_,_,_,_,_,_,_,_,_,_,_,_)) =>\n        customers += new MiniCustomer(c_id,c_first)\n      }\n      if (customers.size == 0) {\n        throw new RuntimeException(\"The customer C_LAST=\" + input_c_last + \" C_D_ID=\" + input_c_d_id + \" C_W_ID=\" + input_c_w_id + \" not found!\")\n      }\n      \/\/ println(\"**********************************\")\n      \/\/ println(\"Customers before:\",customers)\n      customers = customers.sorted\n      \/\/ println(\"Customers after:\",customers)\n      \/\/ println(\"**********************************\")\n      var index: Int = customers.size \/ 2\n      if (customers.size % 2 == 0) {\n        index -= 1\n      }\n      val c_id = customers(index).cust_id\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n    def findCustomerById(input_c_w_id: Int, input_c_d_id: Int, c_id: Int) = {\n      val (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data) = customerTbl((c_id,input_c_d_id,input_c_w_id))\n      (c_first,c_middle,c_last,c_street_1,c_street_2,c_city,c_state,c_zip,c_phone,c_since,c_credit,c_credit_lim,c_discount,c_balance,c_ytd_payment,c_payment_cnt,c_delivery_cnt,c_data,c_id)\n    }\n\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n    \/\/\/\/ Comparison Funcions\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n    def wareHouseCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(String,String,String,String,String,String,Float,Double)]\n\t\tval v2 = t2.asInstanceOf[(String,String,String,String,String,String,Float,Double)]\n\t\t\/\/ println(\"\\t------------------------------------------\")\n\t\t\/\/ println(\"\\t(v1._1(%s) equals v2._1(%s)) = %s\".format(v1._1, v2._1,(v1._1 equals v2._1)))\n\t\t\/\/ println(\"\\t(v1._2(%s) equals v2._2(%s)) = %s\".format(v1._2, v2._2,(v1._2 equals v2._2)))\n\t\t\/\/ println(\"\\t(v1._3(%s) equals v2._3(%s)) = %s\".format(v1._3, v2._3,(v1._3 equals v2._3)))\n\t\t\/\/ println(\"\\t(v1._4(%s) equals v2._4(%s)) = %s\".format(v1._4, v2._4,(v1._4 equals v2._4)))\n\t\t\/\/ println(\"\\t(v1._5(%s) equals v2._5(%s)) = %s\".format(v1._5, v2._5,(v1._5 equals v2._5)))\n\t\t\/\/ println(\"\\t(v1._6(%s) equals v2._6(%s)) = %s\".format(v1._6, v2._6,(v1._6 equals v2._6)))\n\t\t\/\/ println(\"\\tfloatEq(v1._7(%s), v2._7(%s)) = %s\".format(v1._7, v2._7,floatEq(v1._7,v2._7)))\n\t\t\/\/ println(\"\\tfloatEq(v1._8(%s), v2._8(%s)) = %s , Math.abs(v1._8-v2._8) = %s\".format(v1._8, v2._8,floatEq(v1._8,v2._8),Math.abs(v1._8-v2._8)))\n\t\t\/\/ println(\"\\t##########################################\")\n\t\t((v1._1 equals v2._1) && (v1._2 equals v2._2) && (v1._3 equals v2._3) && (v1._4 equals v2._4) && (v1._5 equals v2._5) && (v1._6 equals v2._6) && floatEq(v1._7,v2._7) && doubleEq(v1._8,v2._8))\n\t}\n\n\tdef itemCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(\/*Int,*\/String,Float,String)]\n\t\tval v2 = t2.asInstanceOf[(\/*Int,*\/String,Float,String)]\n\t\t((v1._1 equals v2._1) && floatEq(v1._2,v2._2) && (v1._3 equals v2._3))\n\t}\n\n\tdef orderCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(Int,Date,Option[Int],Int,Boolean)]\n\t\tval v2 = t2.asInstanceOf[(Int,Date,Option[Int],Int,Boolean)]\n\t\t((v1._1 == v2._1) && (v1._3 eq v2._3) && (v1._4 == v2._4) && (v1._5 == v2._5) && dateEq(v1._2,v2._2))\n\t}\n\n\tdef districtCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(String,String,String,String,String,String,Float,Double,Int)]\n\t\tval v2 = t2.asInstanceOf[(String,String,String,String,String,String,Float,Double,Int)]\n\t\t\/\/ println(\"\\t------------------------------------------\")\n\t\t\/\/ println(\"\\t(v1._1(%s) equals v2._1(%s)) = %s\".format(v1._1, v2._1,(v1._1 equals v2._1)))\n\t\t\/\/ println(\"\\t(v1._2(%s) equals v2._2(%s)) = %s\".format(v1._2, v2._2,(v1._2 equals v2._2)))\n\t\t\/\/ println(\"\\t(v1._3(%s) equals v2._3(%s)) = %s\".format(v1._3, v2._3,(v1._3 equals v2._3)))\n\t\t\/\/ println(\"\\t(v1._4(%s) equals v2._4(%s)) = %s\".format(v1._4, v2._4,(v1._4 equals v2._4)))\n\t\t\/\/ println(\"\\t(v1._5(%s) equals v2._5(%s)) = %s\".format(v1._5, v2._5,(v1._5 equals v2._5)))\n\t\t\/\/ println(\"\\t(v1._6(%s) equals v2._6(%s)) = %s\".format(v1._6, v2._6,(v1._6 equals v2._6)))\n\t\t\/\/ println(\"\\tfloatEq(v1._7(%s), v2._7(%s)) = %s\".format(v1._7, v2._7,floatEq(v1._7,v2._7)))\n\t\t\/\/ println(\"\\tfloatEq(v1._8(%s), v2._8(%s)) = %s , Math.abs(v1._8-v2._8) = %s\".format(v1._8, v2._8,floatEq(v1._8,v2._8),Math.abs(v1._8-v2._8)))\n\t\t\/\/ println(\"\\t(v1._9(%s) == v2._9(%s)) = %s\".format(v1._9, v2._9,(v1._9 == v2._9)))\n\t\t\/\/ println(\"\\t##########################################\")\n\t\t((v1._1 equals v2._1) && (v1._2 equals v2._2) && (v1._3 equals v2._3) && (v1._4 equals v2._4) && (v1._5 equals v2._5) && (v1._6 equals v2._6) && floatEq(v1._7,v2._7) && doubleEq(v1._8,v2._8) && (v1._9 == v2._9))\n\t}\n\n\tdef orderLineCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(Int,Int,Option[Date],Int,Float,String)]\n\t\tval v2 = t2.asInstanceOf[(Int,Int,Option[Date],Int,Float,String)]\n\t\tif((v1._1 == v2._1) && (v1._2 == v2._2) && (v1._4 == v2._4) && floatEq(v1._5,v2._5) && (v1._6 equals v2._6)) {\n\t\t\t((v1._3,v2._3)) match {\n\t\t\t\tcase (Some(d1), Some(d2)) => dateEq(d1,d2)\n\t\t\t\tcase (None, None) => true\n\t\t\t\tcase _ => false\n\t\t\t}\n\t\t} else {\n\t\t\t\/\/ println(\"\\t(v1._1 == v2._1) = %s\".format((v1._1 == v2._1)))\n\t\t\t\/\/ println(\"\\t(v1._2 == v2._2) = %s\".format((v1._2 == v2._2)))\n\t\t\t\/\/ println(\"\\t(v1._4 == v2._4) = %s\".format((v1._4 == v2._4)))\n\t\t\t\/\/ println(\"\\tdateEq(v1._5, v2._5) = %s\".format({((v1._3,v2._3)) match {\n\t\t\t\/\/ \tcase (Some(d1), Some(d2)) => dateEq(d1,d2)\n\t\t\t\/\/ \tcase (None, None) => true\n\t\t\t\/\/ \tcase _ => false\n\t\t\t\/\/ }}))\n\t\t\t\/\/ println(\"\\t(v1._5,v2._5) = %s\".format(floatEq(v1._5,v2._5)))\n\t\t\t\/\/ println(\"\\t(v1._6 eq v2._6) = %s\".format((v1._6 equals v2._6)))\n\t\t\tfalse\n\t\t}\n\t}\n\n\tdef customerCmp(t1:Product, t2:Product) = {\n\t\tval v1 = t1.asInstanceOf[(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)]\n\t\tval v2 = t2.asInstanceOf[(String,String,String,String,String,String,String,String,String,Date,String,Float,Float,Float,Float,Int,Int,String)]\n\t\t\/\/ println(\"\\t------------------------------------------\")\n\t\t\/\/ println(\"\\t(v1._1(%s) equals v2._1(%s)) = %s\".format(v1._1, v2._1,(v1._1 equals v2._1)))\n\t\t\/\/ println(\"\\t(v1._2(%s) equals v2._2(%s)) = %s\".format(v1._2, v2._2,(v1._2 equals v2._2)))\n\t\t\/\/ println(\"\\t(v1._3(%s) equals v2._3(%s)) = %s\".format(v1._3, v2._3,(v1._3 equals v2._3)))\n\t\t\/\/ println(\"\\t(v1._4(%s) equals v2._4(%s)) = %s\".format(v1._4, v2._4,(v1._4 equals v2._4)))\n\t\t\/\/ println(\"\\t(v1._5(%s) equals v2._5(%s)) = %s\".format(v1._5, v2._5,(v1._5 equals v2._5)))\n\t\t\/\/ println(\"\\t(v1._6(%s) equals v2._6(%s)) = %s\".format(v1._6, v2._6,(v1._6 equals v2._6)))\n\t\t\/\/ println(\"\\t(v1._7(%s) equals v2._7(%s)) = %s\".format(v1._7, v2._7,(v1._7 equals v2._7)))\n\t\t\/\/ println(\"\\t(v1._8(%s) equals v2._8(%s)) = %s\".format(v1._8, v2._8,(v1._8 equals v2._8)))\n\t\t\/\/ println(\"\\t(v1._9(%s) equals v2._9(%s)) = %s\".format(v1._9, v2._9,(v1._9 equals v2._9)))\n\t\t\/\/ println(\"\\tdateEq(v1._10(%s), v2._10(%s)) = %s\".format(v1._10, v2._10, dateEq(v1._10, v2._10)))\n\t\t\/\/ println(\"\\t(v1._11(%s) equals v2._11(%s)) = %s\".format(v1._11, v2._11, (v1._11 equals v2._11)))\n\t\t\/\/ println(\"\\tfloatEq(v1._12(%.2f), v2._12(%.2f)) = %s\".format(v1._12, v2._12, floatEq(v1._12, v2._12)))\n\t\t\/\/ println(\"\\tfloatEq(v1._13(%.2f), v2._13(%.2f)) = %s\".format(v1._13, v2._13, floatEq(v1._13, v2._13)))\n\t\t\/\/ println(\"\\tfloatEq(v1._14(%.2f), v2._14(%.2f)) = %s\".format(v1._14, v2._14, floatEq(v1._14, v2._14)))\n\t\t\/\/ println(\"\\tfloatEq(v1._15(%.2f), v2._15(%.2f)) = %s\".format(v1._15, v2._15, floatEq(v1._15, v2._15)))\n\t\t\/\/ println(\"\\t(v1._16(%s) == v2._16(%s)) = %s\".format(v1._16, v2._16, (v1._16 == v2._16)))\n\t\t\/\/ println(\"\\t(v1._17(%s) == v2._17(%s)) = %s\".format(v1._17, v2._17, (v1._17 == v2._17)))\n\t\t\/\/ println(\"\\t(v1._18(%s) equals v2._18(%s)) = %s\".format(v1._18, v2._18, (v1._18 equals v2._18)))\n\t\t\/\/ println(\"\\t##########################################\")\n\t\t((v1._1 equals v2._1) && (v1._2 equals v2._2) && (v1._3 equals v2._3) && (v1._4 equals v2._4) && (v1._5 equals v2._5) && (v1._6 equals v2._6) && (v1._7 equals v2._7) && (v1._8 equals v2._8) && (v1._9 equals v2._9) && dateEq(v1._10, v2._10) && (v1._11 equals v2._11) && floatEq(v1._12, v2._12) && floatEq(v1._13, v2._13) && floatEq(v1._14, v2._14) && floatEq(v1._15, v2._15) && (v1._16 == v2._16) && (v1._17 == v2._17) && (v1._18 equals v2._18))\n\t}\n\n\tdef stockCmp(t1:Product, t2:Product) = {\n\t\t\/\/ val v1 = t1.asInstanceOf[(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)]\n\t\t\/\/ val v2 = t2.asInstanceOf[(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)]\n\t\t\/\/ println(\"\\t(v1._1 == v2._1) = %s\".format((v1._1 == v2._1)))\n\t\t\/\/ println(\"\\t(v1._2 equals v2._2) = %s\".format((v1._2 equals v2._2)))\n\t\t\/\/ println(\"\\t(v1._3 equals v2._3) = %s\".format((v1._3 equals v2._3)))\n\t\t\/\/ println(\"\\t(v1._4 equals v2._4) = %s\".format((v1._4 equals v2._4)))\n\t\t\/\/ println(\"\\t(v1._5 equals v2._5) = %s\".format((v1._5 equals v2._5)))\n\t\t\/\/ println(\"\\t(v1._6 equals v2._6) = %s\".format((v1._6 equals v2._6)))\n\t\t\/\/ println(\"\\t(v1._7 equals v2._7) = %s\".format((v1._7 equals v2._7)))\n\t\t\/\/ println(\"\\t(v1._8 equals v2._8) = %s\".format((v1._8 equals v2._8)))\n\t\t\/\/ println(\"\\t(v1._9 equals v2._9) = %s\".format((v1._9 equals v2._9)))\n\t\t\/\/ println(\"\\t(v1._10 equals v2._10) = %s\".format((v1._10 equals v2._10)))\n\t\t\/\/ println(\"\\t(v1._11 equals v2._11) = %s\".format((v1._11 equals v2._11)))\n\t\t\/\/ println(\"\\t(v1._12 == v2._12) = %s\".format((v1._12 == v2._12)))\n\t\t\/\/ println(\"\\t(v1._13 == v2._13) = %s\".format((v1._13 == v2._13)))\n\t\t\/\/ println(\"\\t(v1._14 == v2._14) = %s\".format((v1._14 == v2._14)))\n\t\t\/\/ println(\"\\t(v1._15 equals v2._15) = %s\".format((v1._15 equals v2._15)))\n\t\t\/\/ ((v1._1 == v2._1) && (v1._2 equals v2._2) && (v1._3 equals v2._3) && (v1._4 equals v2._4) && (v1._5 equals v2._5) && (v1._6 equals v2._6) && (v1._7 equals v2._7) && (v1._8 equals v2._8) && (v1._9 equals v2._9) && (v1._10 equals v2._10) && (v1._11 equals v2._11) && (v1._12 == v2._12) && (v1._13 == v2._13) && (v1._14 == v2._14) && (v1._15 equals v2._15))\n\t\tdefaultCmp(t1,t2)\n\t}\n\n\tdef defaultCmp(t1:Product, t2:Product) = (t1 equals t2)\n\n\tdef defaultCmpSimpleVal[V](t1:V, t2:V) = (t1 == t2)\n\n    override def equals(o: Any) : Boolean = {\n    \tif(o.isInstanceOf[TpccTable]) {\n\t    \tval other = o.asInstanceOf[TpccTable]\n\t    \tif(\n\t    \t\t( (testSpecialDsUsed && (newOrderSetImpl equals other.newOrderSetImpl)) || (!testSpecialDsUsed && ((newOrderTbl equals other.newOrderTbl) || deepEqual(newOrderTbl, other.newOrderTbl, defaultCmpSimpleVal[Boolean]))) ) &&\n\t\t\t\t((historyTbl equals other.historyTbl) || deepEqual(historyTbl, other.historyTbl, defaultCmpSimpleVal[Boolean])) &&\n\t\t\t\t((\n\t\t\t\t\t!testSpecialDsUsed && ((warehouseTbl equals other.warehouseTbl) || deepEqual(warehouseTbl, other.warehouseTbl, wareHouseCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((warehouseArr equals other.warehouseArr) || deepEqualArr(warehouseArr, other.warehouseArr, wareHouseCmp))\n\t\t\t\t)) &&\n\t\t\t\t((\n\t\t\t\t\t!testSpecialDsUsed && ((itemPartialTbl equals other.itemPartialTbl) || deepEqual(itemPartialTbl, other.itemPartialTbl, itemCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((itemPartialArr equals other.itemPartialArr) || deepEqualArr(itemPartialArr, other.itemPartialArr, itemCmp))\n\t\t\t\t)) &&\n\t\t\t\t((orderTbl equals other.orderTbl) || deepEqual(orderTbl, other.orderTbl, orderCmp)) &&\n\t\t\t\t((\n\t\t\t\t\t!testSpecialDsUsed && ((districtTbl equals other.districtTbl) || deepEqual(districtTbl, other.districtTbl, districtCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((districtArr equals other.districtArr) || deepEqualArr(districtArr, other.districtArr, districtCmp))\n\t\t\t\t)) &&\n\t\t\t\t((orderLineTbl equals other.orderLineTbl) || deepEqual(orderLineTbl, other.orderLineTbl, orderLineCmp)) &&\n\t\t\t\t((customerTbl equals other.customerTbl) || deepEqual(customerTbl, other.customerTbl, customerCmp)) &&\n\t\t\t\t((stockTbl equals other.stockTbl) || deepEqual(stockTbl, other.stockTbl, stockCmp))\n\t\t\t) true else {\n\t\t\t\tvar valx = false\n\t\t\t\tvalx = (!testSpecialDsUsed && ((newOrderTbl equals other.newOrderTbl) || deepEqual(newOrderTbl, other.newOrderTbl, defaultCmpSimpleVal[Boolean])) ) || (testSpecialDsUsed && (newOrderSetImpl equals other.newOrderSetImpl))\n\t\t\t\tif(!testSpecialDsUsed && !valx) {\n\t\t\t\t\tprintln(\"\\n(newOrderTbl equals other.newOrderTbl) => %s\".format(valx))\n\t\t\t\t\tshowDiff(newOrderTbl , other.newOrderTbl, defaultCmp)\n\t\t\t\t} else if(testSpecialDsUsed && !valx) {\n\t\t\t\t\tprintln(\"\\n(newOrderSetImpl equals other.newOrderSetImpl) => %s\".format(valx))\n\t\t\t\t\tval addedElements: SHMap[(Int,Int),BinaryHeap[Int]] = new SHMap[(Int,Int),BinaryHeap[Int]]\n\t\t\t    \tval removedElements: SHMap[(Int,Int),BinaryHeap[Int]] = new SHMap[(Int,Int),BinaryHeap[Int]]\n\t\t\t    \tother.newOrderSetImpl.foreach{ case (k,v) =>\n\t\t\t    \t\tif(!newOrderSetImpl.contains(k) || (!(v equals newOrderSetImpl(k)))) {\n\t\t\t    \t\t\taddedElements += (k, v)\n\t\t\t    \t\t}\n\t\t\t    \t}\n\t\t\t    \tnewOrderSetImpl.foreach{ case (k,v) =>\n\t\t\t    \t\tif(!other.newOrderSetImpl.contains(k) || (!(other.newOrderSetImpl(k) equals v))) {\n\t\t\t    \t\t\tremovedElements += (k, v)\n\t\t\t    \t\t}\n\t\t\t    \t}\n\t\t\t    \tprintln(\"added elements => %s\".format(addedElements))\n\t\t\t    \tprintln(\"removed elements => %s\".format(removedElements))\n\t\t\t\t}\n\t\t\t\tvalx = (historyTbl equals other.historyTbl) || deepEqual(historyTbl, other.historyTbl, defaultCmpSimpleVal[Boolean])\n\t\t\t\tprintln(\"(historyTbl equals other.historyTbl) => %s\".format(valx))\n\t\t\t\tif(!valx) {\n\t\t\t\t\tshowDiff(historyTbl , other.historyTbl, defaultCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((\n\t\t\t\t\t!testSpecialDsUsed && ((warehouseTbl equals other.warehouseTbl) || deepEqual(warehouseTbl, other.warehouseTbl, wareHouseCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((warehouseArr equals other.warehouseArr) || deepEqualArr(warehouseArr, other.warehouseArr, wareHouseCmp))\n\t\t\t\t))\n\t\t\t\tprintln(\"(warehouseTbl equals other.warehouseTbl) => %s\".format(valx))\n\t\t\t\tif(!valx && !testSpecialDsUsed) {\n\t\t\t\t\tshowDiff(warehouseTbl , other.warehouseTbl, wareHouseCmp)\n\t\t\t\t} else if(!valx && testSpecialDsUsed) {\n\t\t\t\t\tshowDiffArr(warehouseArr , other.warehouseArr, wareHouseCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((\n\t\t\t\t\t!testSpecialDsUsed && ((itemPartialTbl equals other.itemPartialTbl) || deepEqual(itemPartialTbl, other.itemPartialTbl, itemCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((itemPartialArr equals other.itemPartialArr) || deepEqualArr(itemPartialArr, other.itemPartialArr, itemCmp))\n\t\t\t\t))\n\t\t\t\tprintln(\"(itemPartialTbl equals other.itemPartialTbl) => %s\".format(valx))\n\t\t\t\tif(!valx && !testSpecialDsUsed) {\n\t\t\t\t\tshowDiff(itemPartialTbl , other.itemPartialTbl, itemCmp)\n\t\t\t\t} else if(!valx && testSpecialDsUsed) {\n\t\t\t\t\tshowDiffArr(itemPartialArr , other.itemPartialArr, itemCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((orderTbl equals other.orderTbl) || deepEqual(orderTbl, other.orderTbl, orderCmp))\n\t\t\t\tprintln(\"(orderTbl equals other.orderTbl) => %s\".format(valx))\n\t\t\t\tif(!valx) {\n\t\t\t\t\tshowDiff(orderTbl , other.orderTbl, orderCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((\n\t\t\t\t\t!testSpecialDsUsed && ((districtTbl equals other.districtTbl) || deepEqual(districtTbl, other.districtTbl, districtCmp))\n\t\t\t\t) || (\n\t\t\t\t\ttestSpecialDsUsed && ((districtArr equals other.districtArr) || deepEqualArr(districtArr, other.districtArr, districtCmp))\n\t\t\t\t))\n\t\t\t\tprintln(\"(districtTbl equals other.districtTbl) => %s\".format(valx))\n\t\t\t\tif(!valx && !testSpecialDsUsed) {\n\t\t\t\t\tshowDiff(districtTbl , other.districtTbl, districtCmp)\n\t\t\t\t} else if(!valx && testSpecialDsUsed) {\n\t\t\t\t\tshowDiffArr(districtArr , other.districtArr, districtCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((orderLineTbl equals other.orderLineTbl) || deepEqual(orderLineTbl, other.orderLineTbl, orderLineCmp))\n\t\t\t\tprintln(\"(orderLineTbl equals other.orderLineTbl) => %s\".format(valx))\n\t\t\t\tif(!valx) {\n\t\t\t\t\tshowDiff(orderLineTbl , other.orderLineTbl, orderLineCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((customerTbl equals other.customerTbl) || deepEqual(customerTbl, other.customerTbl, customerCmp))\n\t\t\t\tprintln(\"(customerTbl equals other.customerTbl) => %s\".format(valx))\n\t\t\t\tif(!valx) {\n\t\t\t\t\tshowDiff(customerTbl , other.customerTbl, customerCmp)\n\t\t\t\t}\n\t\t\t\tvalx = ((stockTbl equals other.stockTbl) || deepEqual(stockTbl, other.stockTbl, stockCmp))\n\t\t\t\tprintln(\"(stockTbl equals other.stockTbl) => %s\".format(valx))\n\t\t\t\tif(!valx) {\n\t\t\t\t\tshowDiff(stockTbl , other.stockTbl, stockCmp)\n\t\t\t\t}\n\t    \t\tfalse\n\t    \t}\n\t    } else false\n    }\n\n    def loadDataIntoMaps(driverClassName:String, jdbcUrl:String, db_user:String, db_password:String) = {\n    \t\n    \tval conn = connectToDB(driverClassName,jdbcUrl,db_user,db_password)\n    \tvar stmt:Statement = null\n\t\tvar rs:ResultSet = null\n    \ttry {\n\t        stmt = conn.createStatement();\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_WAREHOUSES);\n\t        while (rs.next()) {\n\t        \tonInsert_Warehouse(\n\t        \t\trs.getInt(\"w_id\"),\n\t\t\t\t\trs.getString(\"w_name\"),\n\t\t\t\t\trs.getString(\"w_street_1\"),\n\t\t\t\t\trs.getString(\"w_street_2\"),\n\t\t\t\t\trs.getString(\"w_city\"),\n\t\t\t\t\trs.getString(\"w_state\"),\n\t\t\t\t\trs.getString(\"w_zip\"),\n\t\t\t\t\trs.getFloat(\"w_tax\"),\n\t\t\t\t\trs.getDouble(\"w_ytd\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_CUSTOMERS);\n\t        while (rs.next()) {\n\t        \tonInsertCustomer(\n\t        \t\trs.getInt(\"c_id\"),\n\t\t\t\t\trs.getInt(\"c_d_id\"),\n\t\t\t\t\trs.getInt(\"c_w_id\"),\n\t\t\t\t\trs.getString(\"c_first\"),\n\t\t\t\t\trs.getString(\"c_middle\"),\n\t\t\t\t\trs.getString(\"c_last\"),\n\t\t\t\t\trs.getString(\"c_street_1\"),\n\t\t\t\t\trs.getString(\"c_street_2\"),\n\t\t\t\t\trs.getString(\"c_city\"),\n\t\t\t\t\trs.getString(\"c_state\"),\n\t\t\t\t\trs.getString(\"c_zip\"),\n\t\t\t\t\trs.getString(\"c_phone\"),\n\t\t\t\t\trs.getTimestamp(\"c_since\"),\n\t\t\t\t\trs.getString(\"c_credit\"),\n\t\t\t\t\trs.getFloat(\"c_credit_lim\"),\n\t\t\t\t\trs.getFloat(\"c_discount\"),\n\t\t\t\t\trs.getFloat(\"c_balance\"),\n\t\t\t\t\trs.getFloat(\"c_ytd_payment\"),\n\t\t\t\t\trs.getInt(\"c_payment_cnt\"),\n\t\t\t\t\trs.getInt(\"c_delivery_cnt\"),\n\t\t\t\t\trs.getString(\"c_data\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_DISTRICTS);\n\t        while (rs.next()) {\n\t        \tonInsert_District(\n\t\t\t\t\trs.getInt(\"d_id\"),\n\t\t\t\t\trs.getInt(\"d_w_id\"),\n\t\t\t\t\trs.getString(\"d_name\"),\n\t\t\t\t\trs.getString(\"d_street_1\"),\n\t\t\t\t\trs.getString(\"d_street_2\"),\n\t\t\t\t\trs.getString(\"d_city\"),\n\t\t\t\t\trs.getString(\"d_state\"),\n\t\t\t\t\trs.getString(\"d_zip\"),\n\t\t\t\t\trs.getFloat(\"d_tax\"),\n\t\t\t\t\trs.getDouble(\"d_ytd\"),\n\t\t\t\t\trs.getInt(\"d_next_o_id\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_HISTORIES);\n\t        while (rs.next()) {\n\t        \tonInsert_HistoryTbl(\n\t        \t\trs.getInt(\"h_c_id\"),\n\t\t\t\t\trs.getInt(\"h_c_d_id\"),\n\t\t\t\t\trs.getInt(\"h_c_w_id\"),\n\t\t\t\t\trs.getInt(\"h_d_id\"),\n\t\t\t\t\trs.getInt(\"h_w_id\"),\n\t\t\t\t\trs.getTimestamp(\"h_date\"),\n\t\t\t\t\trs.getFloat(\"h_amount\"),\n\t\t\t\t\trs.getString(\"h_data\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_ITEMS);\n\t        while (rs.next()) {\n\t        \tonInsert_Item(\n\t        \t\trs.getInt(\"i_id\"),\n\t\t\t\t\trs.getInt(\"i_im_id\"),\n\t\t\t\t\trs.getString(\"i_name\"),\n\t\t\t\t\trs.getFloat(\"i_price\"),\n\t\t\t\t\trs.getString(\"i_data\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_NEW_ORDERS);\n\t        while (rs.next()) {\n\t        \tonInsert_NewOrder(\n\t        \t\trs.getInt(\"no_o_id\"),\n\t\t\t\t\trs.getInt(\"no_d_id\"),\n\t\t\t\t\trs.getInt(\"no_w_id\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_ORDER_LINES);\n\t        while (rs.next()) {\n\t        \tval ol_delivery_d = rs.getTimestamp(\"ol_delivery_d\")\n\t        \tonInsertOrderLine(\n\t        \t\trs.getInt(\"ol_o_id\"),\n\t\t\t\t\trs.getInt(\"ol_d_id\"),\n\t\t\t\t\trs.getInt(\"ol_w_id\"),\n\t\t\t\t\trs.getInt(\"ol_number\"),\n\t\t\t\t\trs.getInt(\"ol_i_id\"),\n\t\t\t\t\trs.getInt(\"ol_supply_w_id\"),\n\t\t\t\t\t(if(ol_delivery_d == null) None else Some(ol_delivery_d)),\n\t\t\t\t\trs.getInt(\"ol_quantity\"),\n\t\t\t\t\trs.getFloat(\"ol_amount\"),\n\t\t\t\t\trs.getString(\"ol_dist_info\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_ORDERS);\n\t        while (rs.next()) {\n\t        \tval o_carrier_id = rs.getInt(\"o_carrier_id\")\n\t        \tval o_carrier_id_wasNull = rs.wasNull\n\t        \tval o_all_local = (rs.getInt(\"o_all_local\") > 0)\n\t        \tonInsert_Order(\n\t        \t\trs.getInt(\"o_id\"),\n\t\t\t\t\trs.getInt(\"o_d_id\"),\n\t\t\t\t\trs.getInt(\"o_w_id\"),\n\t\t\t\t\trs.getInt(\"o_c_id\"),\n\t\t\t\t\trs.getTimestamp(\"o_entry_d\"),\n\t\t\t\t\t(if(o_carrier_id_wasNull) None else Some(o_carrier_id)),\n\t\t\t\t\trs.getInt(\"o_ol_cnt\"),\n\t\t\t\t\to_all_local\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        rs = stmt.executeQuery(TpccSelectQueries.ALL_STOCKS);\n\t        while (rs.next()) {\n\t        \tonInsertStock(\n\t        \t\trs.getInt(\"s_i_id\"),\n\t\t\t\t\trs.getInt(\"s_w_id\"),\n\t\t\t\t\trs.getInt(\"s_quantity\"),\n\t\t\t\t\trs.getString(\"s_dist_01\"),\n\t\t\t\t\trs.getString(\"s_dist_02\"),\n\t\t\t\t\trs.getString(\"s_dist_03\"),\n\t\t\t\t\trs.getString(\"s_dist_04\"),\n\t\t\t\t\trs.getString(\"s_dist_05\"),\n\t\t\t\t\trs.getString(\"s_dist_06\"),\n\t\t\t\t\trs.getString(\"s_dist_07\"),\n\t\t\t\t\trs.getString(\"s_dist_08\"),\n\t\t\t\t\trs.getString(\"s_dist_09\"),\n\t\t\t\t\trs.getString(\"s_dist_10\"),\n\t\t\t\t\trs.getInt(\"s_ytd\"),\n\t\t\t\t\trs.getInt(\"s_order_cnt\"),\n\t\t\t\t\trs.getInt(\"s_remote_cnt\"),\n\t\t\t\t\trs.getString(\"s_data\")\n\t        \t)\n\t        }\n\t        rs.close\n\n\t        \/\/ println(\"All Tables loaded...\")\n\t        \/\/ println(\"Warehouse => \" + warehouseTbl)\n\t    } finally {\n\t        if (stmt != null) { stmt.close(); }\n\t        conn.close\n\t    }\n    }\n\n    def deepEqual[K,V](map1:SHMap[K,V],map2:SHMap[K,V], f:((V,V) => Boolean)):Boolean = {\n    \tmap2.foreach{ case (k,v) =>\n    \t\tif(!map1.contains(k) || (!(map1(k) equals v) && !f(v, map1(k)))) {\n    \t\t\treturn false\n     \t\t}\n    \t}\n    \tmap1.foreach{ case (k,v) =>\n    \t\tif(!map2.contains(k) || (!(map2(k) equals v) && !f(v, map2(k)))) {\n    \t\t\treturn false\n    \t\t}\n    \t}\n    \ttrue\n    }\n\n    def deepEqualArr[V](map1:Array[V],map2:Array[V], f:((V,V) => Boolean)):Boolean = {\n    \tmap2.zipWithIndex.foreach{ case (v,k) =>\n    \t\tif(!(v == null && map1(k) == null)) {\n\t    \t\tif(map1.size <= k || (!(map1(k) equals v) && !f(v, map1(k)))) {\n\t    \t\t\treturn false\n\t     \t\t}\n\t     \t}\n    \t}\n    \tmap1.zipWithIndex.foreach{ case (v,k) =>\n    \t\tif(!(v == null && map2(k) == null)) {\n\t    \t\tif(map2.size <= k || (!(map2(k) equals v) && !f(v, map2(k)))) {\n\t    \t\t\treturn false\n\t    \t\t}\n\t    \t}\n    \t}\n    \ttrue\n    }\n\n    def showDiff[K,V](map1:SHMap[K,V],map2:SHMap[K,V], f:((Product,Product) => Boolean)) {\n    \tval addedElements: SHMap[K,V] = new SHMap[K,V]\n    \tval removedElements: SHMap[K,V] = new SHMap[K,V]\n    \tmap2.foreach{ case (k,v) =>\n    \t\tif(!(v == null && map1(k) == null)) {\n\t    \t\tif(!map1.contains(k) || (!(map1(k) equals v) && !f(v.asInstanceOf[Product], map1(k).asInstanceOf[Product]))) {\n\t    \t\t\taddedElements += (k, v)\n\t    \t\t}\n\t    \t}\n    \t}\n    \tmap1.foreach{ case (k,v) =>\n    \t\tif(!(v == null && map2(k) == null)) {\n\t    \t\tif(!map2.contains(k) || (!(map2(k) equals v) && !f(v.asInstanceOf[Product], map2(k).asInstanceOf[Product]))) {\n\t    \t\t\tremovedElements += (k, v)\n\t    \t\t}\n\t    \t}\n    \t}\n    \tprintln(\"added elements => %s\".format(addedElements))\n    \tprintln(\"removed elements => %s\".format(removedElements))\n    }\n\n    def showDiffArr[V](map1:Array[V],map2:Array[V], f:((Product,Product) => Boolean)) {\n    \tval addedElements: SHMap[Int,V] = new SHMap[Int,V]\n    \tval removedElements: SHMap[Int,V] = new SHMap[Int,V]\n    \tmap2.zipWithIndex.foreach{ case (v,k) =>\n    \t\tif(!(v == null && map1(k) == null)) {\n\t    \t\tif(map1.size <= k || (!(map1(k) equals v) && !f(v.asInstanceOf[Product], map1(k).asInstanceOf[Product]))) {\n\t    \t\t\taddedElements += (k, v)\n\t    \t\t}\n\t    \t}\n    \t}\n    \tmap1.zipWithIndex.foreach{ case (v,k) =>\n    \t\tif(!(v == null && map2(k) == null)) {\n\t    \t\tif(map2.size <= k || (!(map2(k) equals v) && !f(v.asInstanceOf[Product], map2(k).asInstanceOf[Product]))) {\n\t    \t\t\tremovedElements += (k, v)\n\t    \t\t}\n\t    \t}\n    \t}\n    \tprintln(\"added elements => %s\".format(addedElements))\n    \tprintln(\"removed elements => %s\".format(removedElements))\n    }\n\n    \/\/ def showDiff[K](map1:HashSet[K],map2:HashSet[K]\/*, f:((Product,Product) => Boolean)*\/) {\n    \/\/ \tval addedElements: HashSet[K] = new HashSet[K]\n    \/\/ \tval removedElements: HashSet[K] = new HashSet[K]\n    \/\/ \tmap2.foreach{ k =>\n    \/\/ \t\tif(!map1.contains(k)) {\n    \/\/ \t\t\taddedElements += k\n    \/\/ \t\t}\n    \/\/ \t}\n    \/\/ \tmap1.foreach{ k =>\n    \/\/ \t\tif(!map2.contains(k)) {\n    \/\/ \t\t\tremovedElements += k\n    \/\/ \t\t}\n    \/\/ \t}\n    \/\/ \tprintln(\"added elements => %s\".format(addedElements))\n    \/\/ \tprintln(\"removed elements => %s\".format(removedElements))\n    \/\/ }\n\n    def getAllMapsInfoStr:String = {\n\t    new StringBuilder(\"\\nTables Info:\\nnewOrderTbl => \").append({if(testSpecialDsUsed) \"---\" else newOrderTbl.getInfoStr}).append(\"\\n\")\n\t\t.append(\"newOrderSetImpl => \").append(if(testSpecialDsUsed) newOrderSetImpl.getInfoStr else \"---\").append(\"\\n\")\n\t\t.append(\"historyTbl => \").append(historyTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"warehouseTbl => \").append(if(testSpecialDsUsed) \"---\" else warehouseTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"itemPartialTbl => \").append(if(testSpecialDsUsed) \"---\" else itemPartialTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"orderTbl => \").append(orderTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"orderMaxOrderSetImpl => \").append(if(testSpecialDsUsed) orderMaxOrderSetImpl.getInfoStr else \"---\").append(\"\\n\")\n\t\t.append(\"districtTbl => \").append(if(testSpecialDsUsed) \"---\" else districtTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"orderLineTbl => \").append(orderLineTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"customerTbl => \").append(customerTbl.getInfoStr).append(\"\\n\")\n\t\t.append(\"stockTbl => \").append(stockTbl.getInfoStr).toString\n\t}\n\n\tdef toTpccTable:TpccTable = this\n\n\tdef toITpccTable = {\n\t\tval res = new ITpccTable\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t    res\n\t}\n\n\tdef toMVCCTpccTableV0 = {\n\t\tval res = new MVCCTpccTableV0\n\t\timplicit val xact = res.begin\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\tres.commit\n\t    res\n\t}\n\n\tdef toMVCCTpccTableV1 = {\n\t\tval res = new MVCCTpccTableV1\n\t\timplicit val xact = res.begin\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\tres.commit\n\t    res\n\t}\n\n\tdef toMVCCTpccTableV2 = {\n\t\tval res = new MVCCTpccTableV2\n\t\timplicit val xact = res.begin\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\tres.commit\n\t    res\n\t}\n\n\tdef toMVCCTpccTableV3(numConn:Int) = {\n    \timplicit val tInfo = new ThreadInfo(0)\n\t\tval res = new MVCCTpccTableV3(numConn)\n\t\timplicit val xact = res.begin\n\t\tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\tres.commit\n\t    res\n\t}\n\n\t\/\/ def toMVCCTpccTableV4 = {\n\t\/\/ \tval res = new MVCCTpccTableV4\n\t\/\/ \timplicit val xact = res.begin\n\t\/\/ \tval THE_VALUE_DOES_NOT_EXIST = -1 \/\/TODO: should be FIXED\n\t\/\/ \tnewOrderTbl.foreach { case (k,v) => res.onInsert_NewOrder(k._1,k._2,k._3) }\n\t\/\/ \thistoryTbl.foreach { case (k,v) => res.onInsert_HistoryTbl(k._1,k._2,k._3,k._4,k._5,k._6,k._7,k._8) }\n\t\/\/ \twarehouseTbl.foreach { case (k,v) => res.onInsert_Warehouse(k,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8) }\n\t\/\/ \titemPartialTbl.foreach { case (k,v) => res.onInsert_Item(k,THE_VALUE_DOES_NOT_EXIST,v._1,v._2,v._3) }\n\t\/\/ \tcustomerTbl.foreach { case (k,v) => res.onInsertCustomer(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15,v._16,v._17,v._18) }\n\t\/\/ \torderTbl.foreach { case (k,v) => res.onInsert_Order(k._1,k._2,k._3,v._1,v._2,v._3,v._4,v._5) }\n\t\/\/ \tdistrictTbl.foreach { case (k,v) => res.onInsert_District(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9) }\n\t\/\/ \torderLineTbl.foreach { case (k,v) => res.onInsertOrderLine(k._1,k._2,k._3,k._4,v._1,v._2,v._3,v._4,v._5,v._6) }\n\t\/\/ \tstockTbl.foreach { case (k,v) => res.onInsertStock(k._1,k._2,v._1,v._2,v._3,v._4,v._5,v._6,v._7,v._8,v._9,v._10,v._11,v._12,v._13,v._14,v._15) }\n\t\/\/ \tres.commit\n\t\/\/     res\n\t\/\/ }\n}\n\nobject TpccSelectQueries {\n\tval ALL_CUSTOMERS = \"SELECT `customer`.`c_id`,\\n\" +\n\t\"    `customer`.`c_d_id`,\\n\" +\n\t\"    `customer`.`c_w_id`,\\n\" +\n\t\"    `customer`.`c_first`,\\n\" +\n\t\"    `customer`.`c_middle`,\\n\" +\n\t\"    `customer`.`c_last`,\\n\" +\n\t\"    `customer`.`c_street_1`,\\n\" +\n\t\"    `customer`.`c_street_2`,\\n\" +\n\t\"    `customer`.`c_city`,\\n\" +\n\t\"    `customer`.`c_state`,\\n\" +\n\t\"    `customer`.`c_zip`,\\n\" +\n\t\"    `customer`.`c_phone`,\\n\" +\n\t\"    `customer`.`c_since`,\\n\" +\n\t\"    `customer`.`c_credit`,\\n\" +\n\t\"    `customer`.`c_credit_lim`,\\n\" +\n\t\"    `customer`.`c_discount`,\\n\" +\n\t\"    `customer`.`c_balance`,\\n\" +\n\t\"    `customer`.`c_ytd_payment`,\\n\" +\n\t\"    `customer`.`c_payment_cnt`,\\n\" +\n\t\"    `customer`.`c_delivery_cnt`,\\n\" +\n\t\"    `customer`.`c_data`\\n\" +\n\t\"FROM `customer`;\";\n\n\tval ALL_DISTRICTS = \"SELECT `district`.`d_id`,\\n\" +\n\t\"    `district`.`d_w_id`,\\n\" +\n\t\"    `district`.`d_name`,\\n\" +\n\t\"    `district`.`d_street_1`,\\n\" +\n\t\"    `district`.`d_street_2`,\\n\" +\n\t\"    `district`.`d_city`,\\n\" +\n\t\"    `district`.`d_state`,\\n\" +\n\t\"    `district`.`d_zip`,\\n\" +\n\t\"    `district`.`d_tax`,\\n\" +\n\t\"    `district`.`d_ytd`,\\n\" +\n\t\"    `district`.`d_next_o_id`\\n\" +\n\t\"FROM `district`;\";\n\n\tval ALL_HISTORIES = \"SELECT `history`.`h_c_id`,\" +\n\t\"    `history`.`h_c_d_id`,\" +\n\t\"    `history`.`h_c_w_id`,\" +\n\t\"    `history`.`h_d_id`,\" +\n\t\"    `history`.`h_w_id`,\" +\n\t\"    `history`.`h_date`,\" +\n\t\"    `history`.`h_amount`,\" +\n\t\"    `history`.`h_data`\" +\n\t\"FROM `history`;\";\n\n\tval ALL_ITEMS = \"SELECT `item`.`i_id`,\" +\n\t\"    `item`.`i_im_id`,\" +\n\t\"    `item`.`i_name`,\" +\n\t\"    `item`.`i_price`,\" +\n\t\"    `item`.`i_data`\" +\n\t\"FROM `item`;\";\n\n\tval ALL_NEW_ORDERS = \"SELECT `new_orders`.`no_o_id`,\" +\n\t\"    `new_orders`.`no_d_id`,\" +\n\t\"    `new_orders`.`no_w_id`\" +\n\t\"FROM `new_orders`;\";\n\n\tval ALL_ORDER_LINES = \"SELECT `order_line`.`ol_o_id`,\" +\n\t\"    `order_line`.`ol_d_id`,\" +\n\t\"    `order_line`.`ol_w_id`,\" +\n\t\"    `order_line`.`ol_number`,\" +\n\t\"    `order_line`.`ol_i_id`,\" +\n\t\"    `order_line`.`ol_supply_w_id`,\" +\n\t\"    `order_line`.`ol_delivery_d`,\" +\n\t\"    `order_line`.`ol_quantity`,\" +\n\t\"    `order_line`.`ol_amount`,\" +\n\t\"    `order_line`.`ol_dist_info`\" +\n\t\"FROM `order_line`;\";\n\n\tval ALL_ORDERS = \"SELECT `orders`.`o_id`,\" +\n\t\"    `orders`.`o_d_id`,\" +\n\t\"    `orders`.`o_w_id`,\" +\n\t\"    `orders`.`o_c_id`,\" +\n\t\"    `orders`.`o_entry_d`,\" +\n\t\"    `orders`.`o_carrier_id`,\" +\n\t\"    `orders`.`o_ol_cnt`,\" +\n\t\"    `orders`.`o_all_local`\" +\n\t\"FROM `orders`;\";\n\n\tval ALL_STOCKS = \"SELECT `stock`.`s_i_id`,\" +\n\t\"    `stock`.`s_w_id`,\" +\n\t\"    `stock`.`s_quantity`,\" +\n\t\"    `stock`.`s_dist_01`,\" +\n\t\"    `stock`.`s_dist_02`,\" +\n\t\"    `stock`.`s_dist_03`,\" +\n\t\"    `stock`.`s_dist_04`,\" +\n\t\"    `stock`.`s_dist_05`,\" +\n\t\"    `stock`.`s_dist_06`,\" +\n\t\"    `stock`.`s_dist_07`,\" +\n\t\"    `stock`.`s_dist_08`,\" +\n\t\"    `stock`.`s_dist_09`,\" +\n\t\"    `stock`.`s_dist_10`,\" +\n\t\"    `stock`.`s_ytd`,\" +\n\t\"    `stock`.`s_order_cnt`,\" +\n\t\"    `stock`.`s_remote_cnt`,\" +\n\t\"    `stock`.`s_data`\" +\n\t\"FROM `stock`;\";\n\n\tval ALL_WAREHOUSES = \"SELECT `warehouse`.`w_id`,\" +\n\t\"    `warehouse`.`w_name`,\" +\n\t\"    `warehouse`.`w_street_1`,\" +\n\t\"    `warehouse`.`w_street_2`,\" +\n\t\"    `warehouse`.`w_city`,\" +\n\t\"    `warehouse`.`w_state`,\" +\n\t\"    `warehouse`.`w_zip`,\" +\n\t\"    `warehouse`.`w_tax`,\" +\n\t\"    `warehouse`.`w_ytd`\" +\n\t\"FROM `warehouse`;\";\n}"}
{"repo_name":"epfldata\/mv3c","path":"project\/plugins.sbt","text":"<reponame>epfldata\/mv3c\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-pack\" % \"0.5.1\")\n\/\/ addSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.1.0\")"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/concurrent\/ConcurrentSHIndex.scala","text":"package ddbt.lib.concurrent\n\nimport ConcurrentSHIndex._\nimport ConcurrentSHMap.SEntry\n\nobject ConcurrentSHIndex {\n  implicit val ord: math.Ordering[Any] = null\n  implicit def sntryOrd[K,V](implicit ord: math.Ordering[K]) = Ordering.by{ e:SEntry[K,V] => e.key }\n  val EMPTY_INDEX_ENTRY = new ConcurrentSHIndexEntry[Any,Any]\n}\n\nclass ConcurrentSHIndexEntry[K,V](implicit ord: math.Ordering[K]) {\n  val s:ConcurrentSHSet[SEntry[K,V]] = new ConcurrentSHSet[SEntry[K,V]]\n\n  def foreach(f: ((K, V)) => Unit): Unit = s.foreach(e => f(e.key, e.value))\n\n  def foreachEntry(f: java.util.Map.Entry[SEntry[K,V], Boolean] => Unit): Unit = s.foreachEntry(e => f(e))\n}\n\nclass ConcurrentSHIndex[P,K,V](val proj:(K,V)=>P, loadFactor: Float, initialCapacity: Int)(implicit ordP: math.Ordering[P], ordK: math.Ordering[K]) {\n\n  val idx = new ConcurrentSHMap[P,ConcurrentSHIndexEntry[K,V]](loadFactor, initialCapacity)\n\n  def set(entry: SEntry[K,V]):Unit = {\n    val p:P = proj(entry.key, entry.value)\n    val s = idx.get(p)\n    if (s==null) {\n      val newIdx = new ConcurrentSHIndexEntry[K,V]\n      newIdx.s.add(entry)\n      idx.put(p,newIdx)\n    } else {\n      s.s.add(entry)\n    }\n  }\n\n  def del(entry: SEntry[K,V]):Unit = del(entry, entry.value)\n\n  def del(entry: SEntry[K,V], v:V):Unit = {\n    val p:P = proj(entry.key, v)\n    val s=idx.get(p)\n    if (s!=null) { \n      s.s.remove(entry)\n      if (s.s.size==0) idx.remove(p)\n    }\n  }\n\n  def slice(part:P):ConcurrentSHIndexEntry[K,V] = idx.get(part) match { \n    case null => EMPTY_INDEX_ENTRY.asInstanceOf[ConcurrentSHIndexEntry[K,V]]\n    case s=>s\n  }\n\n  def clear:Unit = idx.clear\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvconcurrent\/MVCCException.scala","text":"<reponame>epfldata\/mv3c<gh_stars>0\npackage ddbt.lib.mvconcurrent\n\nclass MVCCException(message: String = null, cause: Throwable = null)(implicit xact:Transaction) extends RuntimeException(message, cause) {\n\t\/\/ xact.rollback \/\/rollback the transaction upon any exception\n}\nclass MVCCConcurrentWriteException(message: String = null, cause: Throwable = null)(implicit xact:Transaction) extends MVCCException(message, cause) {\n\txact.tm.failedConcurrentUpdate += 1\n}\nclass MVCCRecordAlreadyExistsException(message: String = null, cause: Throwable = null)(implicit xact:Transaction) extends MVCCException(message, cause) {\n\txact.tm.failedConcurrentInsert += 1\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/mvconcurrent\/TransactionManager.scala","text":"<gh_stars>0\npackage ddbt.lib.mvconcurrent\n\nimport ddbt.lib.util.ThreadInfo\nimport java.util.concurrent.locks.ReentrantLock\nimport java.util.concurrent.atomic.AtomicBoolean\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.concurrent.atomic.AtomicReferenceArray\nimport java.util.concurrent.ConcurrentHashMap\nimport scala.collection.mutable._\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\nimport TransactionManager._\n\n\/**\n * TransactionManager class has the responsibility of managing\n * all the concurrent transactions in the system under a specific\n * concurrency control mechanism (that is MVCC).\n *\/\nobject TransactionManager {\n\t\/\/ type AtomicLongType = java.util.concurrent.atomic.AtomicLong\n\ttype AtomicLongType = ddbt.lib.util.BackOffAtomicLong\n\n\tval TRANSACTION_ID_GEN_START = (1L << 32)\n\tval TRANSACTION_STRAT_TS_GEN_START = 1L\n\n\ttype Table = String\n\ttype MutableMap[K,V] = ddbt.lib.shm.SHMap[K,V]\n  \n\ttype Operation = Int\n\tval INSERT_OP:Operation = 1\n\tval DELETE_OP:Operation = 2\n\tval UPDATE_OP:Operation = 3\n\n\tval DEBUG = false\n\tval ERROR = true\n\tval DISABLE_GC = false\n\tval PARALLEL_GC = false\n\n\t\/\/@inline \/\/TODO FIX IT: it should be inlined for production use\n\tdef forceDebug(msg: => String)(implicit xact:Transaction) = println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef debug(msg: => String)(implicit xact:Transaction) = if(DEBUG) println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef error(msg: => String)(implicit xact:Transaction): Unit = if(ERROR) System.err.println(\"Thread\"+Thread.currentThread().getId()+\" :> \"+xact+\": \" + msg)\n\tdef error(e: Throwable)(implicit xact:Transaction): Unit = if(ERROR) { error(e.toString); e.getStackTrace.foreach(st => error(st.toString))}\n}\nclass TransactionManager(numConn:Int, isUnitTestEnabled: =>Boolean) {\n\t@volatile var forcedRollback = 0 \/\/ is the rollback requested by transaction program (and it\u2019s a part of benchmark)\n\t@volatile var failedValidation = 0 \/\/ is the rollback due to the validation failure\n\t@volatile var failedConcurrentUpdate = 0 \/\/ is the rollback due to a concurrent update (for the same object), which is not allowed in the reference impl.\n\t@volatile var failedConcurrentInsert = 0 \/\/ is the rollback due to a concurrent insert (for the same object), which is not allowed in the reference impl.\n\n\t\/\/ def clear = {\n\t\/\/ \tforcedRollback = 0\n\t\/\/ \tfailedValidation = 0\n\t\/\/ \tfailedConcurrentUpdate = 0\n\t\/\/ \tfailedConcurrentInsert = 0\n\t\/\/ }\n\n\tval transactionIdGen = new AtomicLongType(TransactionManager.TRANSACTION_ID_GEN_START)\n\tval startAndCommitTimestampGen = new java.util.concurrent.atomic.AtomicLong(TransactionManager.TRANSACTION_STRAT_TS_GEN_START)\n\tval isGcActive = new AtomicBoolean(DISABLE_GC)\n\n\tval activeXacts = new Array[AtomicReference[Transaction]](numConn)\n\n\t{\n\t\tvar i = 0\n\t\twhile(i < activeXacts.length) {\n\t\t\tactiveXacts(i) = new AtomicReference[Transaction]()\n\t\t\ti += 1\n\t\t}\n\t}\n\t\/\/List of recently committed transactions consists of\n\t\/\/the most recent committed transaction in its head\n\tval recentlyCommittedXacts = new AtomicReference[List[Transaction]](List[Transaction]())\n\t\/\/ val allCommittedXacts = new ListBuffer[Transaction]()\n\n\t\/**\n\t * This lock prevents any conflicts at commit time\n\t * Only one transaction can validate and commit at a time\n\t *\/\n\tval commitLock = new ReentrantLock\n\t\/**\n\t * This lock is required to make sure that while we are seeting the commit\n\t * timestamp for a transaction, after increasing startAndCommitTimestampGen\n\t * and before setting it as commit timestamp, another transaction aquires\n\t * a newer startAndCommitTimestampGen and does its job, without seeing\n\t * the versions written by the former committed transaction\n\t *\/\n\tval timestampLock = new ReentrantLock\n\n\t\/**\n\t * Starts a new transaction managed by this transaction manager.\n\t * We have to do all the work even for the read-only transactions\n\t * because they should be in the active transactions array\n\t * in order to prevent garbage collector from removing the versions\n\t * that might be visible to them\n\t *\/\n\tdef begin(name: String, readOnly: Boolean=false)(implicit tInfo: ThreadInfo): Transaction = {\n\t\tvar startTS = 0L\n\t\ttimestampLock.lock\n\t\ttry {\n\t\t\tstartTS = startAndCommitTimestampGen.getAndIncrement\n\t\t} finally {\n\t\t\ttimestampLock.unlock\n\t\t}\n\t\tval xactId = transactionIdGen.getAndIncrement\n\t\tval xact = new Transaction(this, name, startTS, xactId, readOnly, tInfo)\n\n\t\t\/\/ instead of accessing the atomic reference from the array\n\t\t\/\/ it is more efficient to access it from ThreadInfo object\n\t\t\/\/ You can have a look into the ThreadTest4\n\t\t\/\/ activeXacts(tInfo.tid).set(xact)\n\t\tif(null eq tInfo.currentXact) tInfo.currentXact = activeXacts(tInfo.tid).asInstanceOf[AtomicReference[AnyRef]]\n\t\ttInfo.currentXact.set(xact)\n\t\t\n\t\t\/\/ debug(\"started at %d\".format(startTS))(xact)\n\t\txact\n\t}\n\n\tdef commit(implicit xact:Transaction):Boolean = \/*this.synchronized*\/ {\n\t\t\/\/ debug(\"commit started\")\n\t\t\/\/ val xactThreadId = xact.tInfo.tid\n\t\tif(xact.isDefinedReadOnly) {\n\t\t\t\/\/ debug(\"(defined read-only) commit succeeded (with commitTS = %d)\".format(xact.commitTS))\n\t\t\txact.xactId = xact.startTS\n\t\t\ttrue\n\t\t} else if(xact.isReadOnly) {\n\t\t\t\/\/ we assume that a Transaction object cannot be instantiated\n\t\t\t\/\/ without going through the TransactionManager\n\t\t\t\/\/ if(activeXacts.get(xactThreadId) == null) {\n\t\t\t\/\/ \t\/\/ debug(\"commit failed: transaction does not exist! We have to roll it back...\")\n\t\t\t\/\/ \t\/\/ rollback\n\t\t\t\/\/ \tfalse\n\t\t\t\/\/ } else {\n\t\t\t\t\/\/Note: removing the current xact from the activeXacts is unnecessary\n\t\t\t\t\/\/under the assumption that the current thread will quickly\n\t\t\t\t\/\/do the next transaction, otherwise it should be done\n\t\t\t\t\/\/ activeXacts.set(xactThreadId, null)\n\t\t\t\txact.xactId = xact.startTS\n\t\t\t\t\/\/ A read-only transaction does not have to be added to the recentlyCommittedXacts\n\t\t\t\t\/\/ recentlyCommittedXacts.synchronized {\n\t\t\t\t\/\/ \t\/\/appenda the transaction to the recently commmitted transactions list\n\t\t\t\t\/\/ \trecentlyCommittedXacts += xact\n\t\t\t\t\/\/ \tif(isUnitTestEnabled) allCommittedXacts += xact\n\t\t\t\t\/\/ }\n\t\t\t\t\/\/ debug(\"(read-only) commit succeeded (with commitTS = %d)\".format(xact.commitTS))\n\t\t\t\ttrue\n\t\t\t\/\/ }\n\t\t} else {\n\t\t\tcommitLock.lock\n\t\t\tvar alreadyUnlocked = false\n\t\t\ttry {\n\t\t\t\tif(!validate) {\n\t\t\t\t\tcommitLock.unlock\n\t\t\t\t\talreadyUnlocked = true\n\t\t\t\t\t\/\/ debug(\"commit failed: transaction validation failed! We have to roll it back...\")\n\t\t\t\t\trollback\n\t\t\t\t\tfalse\n\t\t\t\t} else {\n\t\t\t\t\t\/\/ we assume that a Transaction object cannot be instantiated\n\t\t\t\t\t\/\/ without going through the TransactionManager\n\t\t\t\t\t\/\/ if(activeXacts.get(xactThreadId) == null) {\n\t\t\t\t\t\/\/ \t\/\/ debug(\"commit failed: transaction does not exist! We have to roll it back...\")\n\t\t\t\t\t\/\/ \tcommitLock.unlock\n\t\t\t\t\t\/\/ \talreadyUnlocked = true\n\t\t\t\t\t\/\/ \trollback\n\t\t\t\t\t\/\/ \tfalse\n\t\t\t\t\t\/\/ } else {\n\t\t\t\t\t\t\/\/Note: removing the current xact from the activeXacts is unnecessary\n\t\t\t\t\t\t\/\/under the assumption that the current thread will quickly\n\t\t\t\t\t\t\/\/do the next transaction, otherwise it should be done\n\t\t\t\t\t\t\/\/ activeXacts.set(xactThreadId, null)\n\t\t\t\t\t\ttimestampLock.lock\n\t\t\t\t\t\ttry {\n\t\t\t\t\t\t\txact.xactId = startAndCommitTimestampGen.getAndIncrement\n\t\t\t\t\t\t} finally {\n\t\t\t\t\t\t\ttimestampLock.unlock\n\t\t\t\t\t\t}\n\t\t\t\t\t\t\/\/ debug(\"\\twith undo buffer(%d) = %%s\".format(xact.undoBufferSize, xact.undoBufferToString))\n\t\t\t\t\t\t\/\/appends the transaction to the recently commmitted transactions list\n\t\t\t\t\t\tvar currRecentlyCommittedXacts = recentlyCommittedXacts.get\n\t\t\t\t\t\twhile(!recentlyCommittedXacts.compareAndSet(currRecentlyCommittedXacts, currRecentlyCommittedXacts :+ xact)) {\n\t\t\t\t\t\t\tcurrRecentlyCommittedXacts = recentlyCommittedXacts.get\n\t\t\t\t\t\t}\n\t\t\t\t\t\tcommitLock.unlock\n\t\t\t\t\t\talreadyUnlocked = true\n\t\t\t\t\t\t\/\/ debug(\"commit succeeded (with commitTS = %d)\".format(xact.commitTS))\n\t\t\t\t\t\t\/\/ if(isUnitTestEnabled) allCommittedXacts += xact\n\t\t\t\t\t\tgarbageCollect\n\t\t\t\t\t\ttrue\n\t\t\t\t\t\/\/ }\n\t\t\t\t}\n\t\t\t} finally {\n\t\t\t\tif(!alreadyUnlocked) commitLock.unlock\n\t\t\t}\n\t\t}\n\t}\n\t\/\/TODO: should be implemented completely\n\t\/\/ missing:\n\t\/\/  - validation can run in parallel for the transactions that are in this stage (we do not have to synchronize it)\n\t\/\/  - attribute-level validation should be supported\n\tdef validate(implicit xact:Transaction): Boolean = {\n\t\t\/\/ debug(\"\\tvalidation started\")\n\t\tval concurrentXacts = recentlyCommittedXacts.get.filter(t => t.commitTS > xact.startTS)\n\t\t\/\/ debug(\"\\t\\tconcurrentXacts = \" + concurrentXacts)\n\t\tconcurrentXacts.foreach { t =>\n\t\t\tvar dv = t.undoBuffer\n\t\t\twhile(dv != null) {\n\t\t\t\t\/\/ debug(\"\\t\\tchecking whether \" + dv + \" (in \" + t + \") matches predicates in \" + xact)\n\t\t\t\tif(xact.matchesPredicates(dv)) {\n\t\t\t\t\t\/\/ debug(\"\\tvalidation failed\")\n\t\t\t\t\tfailedValidation += 1\n\t\t\t\t\treturn false\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\t\/\/ debug(\"\\t\\t\\t did not match!\")\n\t\t\t\t}\n\t\t\t\tdv = dv.nextInUndoBuffer\n\t\t\t}\n\t\t}\n\t\t\/\/ debug(\"\\tvalidation succeeded\")\n\t\ttrue\n\t}\n\n\tdef rollback(implicit xact:Transaction) = {\n\t\t\/\/ debug(\"rollback started\")\n\t\t\/\/Note: removing the current xact from the activeXacts is unnecessary\n\t\t\/\/under the assumption that the current thread will quickly\n\t\t\/\/do the next transaction, otherwise it should be done\n\t\t\/\/ activeXacts.set(xact.tInfo.tid, null)\n\t\t\/\/ debug(\"\\twith undo buffer(%d) = %%s\".format(xact.undoBufferSize, xact.undoBufferToString))\n\t\tvar dv = xact.undoBuffer\n\t\twhile(dv != null) {\n\t\t\t\/\/ debug(\"\\t\\tremoved => (\" + dv.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\tdv.remove\n\t\t\tdv = dv.nextInUndoBuffer\n\t\t}\n\t\t\/\/ debug(\"rollback finished\")\n\t}\n\n\tprivate def garbageCollect(implicit xact:Transaction) {\n\t\tif(isGcActive.compareAndSet(false,true)) {\n\t\t\tif(PARALLEL_GC) {\n\t\t\t\tFuture {\n\t\t\t\t\tgcInternal\n\t\t\t\t\tisGcActive.set(false)\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tgcInternal\n\t\t\t\tisGcActive.set(false)\n\t\t\t}\n\t\t}\n\t}\n\n\tprivate def gcInternal(implicit xact:Transaction) {\n\t\t\/\/ debug(\"GC started\")\n\t\tvar currRecentlyCommittedXacts = recentlyCommittedXacts.get\n\t\tif(!currRecentlyCommittedXacts.isEmpty) {\n\t\t\tvar oldestActiveXactStartTS = TransactionManager.TRANSACTION_ID_GEN_START\n\n\t\t\tval len = activeXacts.length\n\t\t\tvar i = 0\n\t\t\t\/\/ var startTSList = List[Long]()\n\t\t\twhile(i < len) {\n\t\t\t\tval t = activeXacts(i).get\n\t\t\t\t\/\/ if((null ne t)) startTSList = t.startTS :: startTSList\n\t\t\t\t\/\/if we are doing sequential GC, then we can safely ignore\n\t\t\t\t\/\/the current transaction, because we know that it has been\n\t\t\t\t\/\/already committed. However, while doing parallel GC, there\n\t\t\t\t\/\/is a chance that the next transaction that is substituting\n\t\t\t\t\/\/the current xact might appear in the array with some delay\n\t\t\t\t\/\/in which we will miss it if it is the oldest one\n\t\t\t\tif((null ne t) && (PARALLEL_GC || (xact ne t \/*because we did not remove current xact from active xact list*\/)) && t.startTS < oldestActiveXactStartTS) {\n\t\t\t\t\toldestActiveXactStartTS = t.startTS\n\t\t\t\t}\n\t\t\t\ti += 1\n\t\t\t}\n\t\t\t\/\/ debug(\"oldestActiveXactStartTS = %d among %s\".format(oldestActiveXactStartTS, startTSList ))\n\t\t\t\/\/ debug(\"\\tactiveXacts = \" + activeXacts)\n\t\t\t\/\/ debug(\"\\toldestActiveXactStartTS = \" + oldestActiveXactStartTS)\n\n\t\t\tvar reachedLimit = false\n\t\t\twhile(!reachedLimit && !currRecentlyCommittedXacts.isEmpty) {\n\t\t\t\timplicit val xact = currRecentlyCommittedXacts.head\n\t\t\t\tif(xact.commitTS < oldestActiveXactStartTS) {\n\t\t\t\t\t\/\/ debug(\"GC => \" + xact)\n\t\t\t\t\t\/\/ debug(\"\\tremoving xact = \" + xact.transactionId)\n\t\t\t\t\tvar dv = xact.undoBuffer\n\t\t\t\t\twhile(dv != null) {\n\t\t\t\t\t\tval nextDV = dv.next\n\t\t\t\t\t\tdv.next = null\n\t\t\t\t\t\tif(nextDV != null) {\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tremoved version => (\" + nextDV.getTable+\",\" + nextDV.getKey + \", \" + nextDV + \")\")\n\t\t\t\t\t\t\tnextDV.gcRemove\n\t\t\t\t\t\t}\n\t\t\t\t\t\telse if(dv.op == DELETE_OP){\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tcould not remove version because of no next => (\" + nextDV.getTable+\",\" + nextDV.getKey + \", \" + nextDV + \")\")\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif(dv.isDeleted) {\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\tand also removed itself => (\" + nextDV.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\t\t\t\t\tdv.remove\n\t\t\t\t\t\t}\n\t\t\t\t\t\telse if(nextDV != null){\n\t\t\t\t\t\t\t\/\/ debug(\"\\t\\t, and current version is => (\" + dv.getTable+\",\" + dv.getKey + \", \" + dv + \")\")\n\t\t\t\t\t\t}\n\t\t\t\t\t\tdv = dv.nextInUndoBuffer\n\t\t\t\t\t}\n\t\t\t\t\t\/\/ recentlyCommittedXacts.synchronized {\n\t\t\t\t\t\/\/ here is the only place that we are removing from the recentlyCommittedXacts\n\t\t\t\t\t\/\/ and only one thread can be active here, so no synchronization is required\n\t\t\t\t\t\twhile(!recentlyCommittedXacts.compareAndSet(currRecentlyCommittedXacts, currRecentlyCommittedXacts.tail)) {\n\t\t\t\t\t\t\tcurrRecentlyCommittedXacts = recentlyCommittedXacts.get\n\t\t\t\t\t\t}\n\t\t\t\t\t\tcurrRecentlyCommittedXacts = currRecentlyCommittedXacts.tail\n\t\t\t\t\t\/\/ }\n\t\t\t\t} else {\n\t\t\t\t\t\/\/ debug(\"\\treached gc limit T\"+xact.transactionId+\" vs. oldestActiveXactStartTS=\" + oldestActiveXactStartTS)\n\t\t\t\t\treachedLimit = true\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\telse {\n\t\t\t\/\/ debug(\"\\tnothing to be done!\")\n\t\t}\n\t\t\/\/ debug(\"GC finished\")\n\t}\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/itx\/ITpccInMemTx.scala","text":"<gh_stars>0\npackage ddbt.tpcc.itx\n\nimport java.util.Date\nimport ddbt.tpcc.tx._\n\n\/**\n * NewOrder Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\ntrait IInMemoryTx { self =>\n\tdef setSharedData(db:AnyRef): self.type\n}\n\ntrait InMemoryTxImpl extends IInMemoryTx {\n\tvar SharedData:TpccTable = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tSharedData = db.asInstanceOf[TpccTable]\n\t\tthis\n\t}\n}\n\ntrait InMemoryTxImplViaITpccTable extends InMemoryTxImpl {\n\tvar ISharedData:ITpccTable = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tISharedData = db.asInstanceOf[ITpccTable]\n\t\tthis\n\t}\n} \n\ntrait InMemoryTxImplViaMVCCTpccTableV0 extends InMemoryTxImpl {\n\tvar ISharedData:MVCCTpccTableV0 = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tISharedData = db.asInstanceOf[MVCCTpccTableV0]\n\t\tthis\n\t}\n}\n\ntrait InMemoryTxImplViaMVCCTpccTableV1 extends InMemoryTxImpl {\n\tvar ISharedData:MVCCTpccTableV1 = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tISharedData = db.asInstanceOf[MVCCTpccTableV1]\n\t\tthis\n\t}\n}\n\ntrait InMemoryTxImplViaMVCCTpccTableV2 extends InMemoryTxImpl {\n\tvar ISharedData:MVCCTpccTableV2 = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tISharedData = db.asInstanceOf[MVCCTpccTableV2]\n\t\tthis\n\t}\n}\n\ntrait InMemoryTxImplViaMVCCTpccTableV3 extends InMemoryTxImpl {\n\tvar ISharedData:MVCCTpccTableV3 = null\n\n\toverride def setSharedData(db:AnyRef) = {\n\t\tISharedData = db.asInstanceOf[MVCCTpccTableV3]\n\t\tthis\n\t}\n}\n\n\/\/ trait InMemoryTxImplViaMVCCTpccTableV4 extends InMemoryTxImpl {\n\/\/ \tvar ISharedData:MVCCTpccTableV4 = null\n\n\/\/ \toverride def setSharedData(db:AnyRef) = {\n\/\/ \t\tISharedData = db.asInstanceOf[MVCCTpccTableV4]\n\/\/ \t\tthis\n\/\/ \t}\n\/\/ }\n\ntrait INewOrderInMem extends INewOrder with IInMemoryTx\ntrait IPaymentInMem extends IPayment with IInMemoryTx\ntrait IOrderStatusInMem extends IOrderStatus with IInMemoryTx\ntrait IDeliveryInMem extends IDelivery with IInMemoryTx\ntrait IStockLevelInMem extends IStockLevel with IInMemoryTx\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx6\/NewOrder.scala","text":"<reponame>epfldata\/mv3c<gh_stars>0\npackage ddbt.tpcc.tx6\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport ddbt.tpcc.itx._\nimport ddbt.tpcc.tx._\nimport org.slf4j.LoggerFactory\nimport NewOrder._\n\nobject NewOrder {\n\n  private val logger = LoggerFactory.getLogger(classOf[NewOrder])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = ddbt.tpcc.loadtest.TpccConstants.SHOW_OUTPUT\n}\n\n\/**\n * NewOrder Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass NewOrder extends InMemoryTxImplViaITpccTable with INewOrderInMem {\n\n  \/**\n   * @param w_id is warehouse id\n   * @param d_id is district id\n   * @param c_id is customer id\n   *\n   * Table interactions:\n   *   - [Warehouse: R] in\n   *      + findCustomerWarehouseFinancialInfo\n   *   - [District: RW] in\n   *      + updateDistrictNextOrderId\n   *   - [Customer: R] in\n   *      + findCustomerWarehouseFinancialInfo\n   *   - [Order: W] in\n   *      + insertOrder\n   *   - [NewOrder: W] in\n   *      + insertNewOrder\n   *   - [Item: R] in\n   *      + findItem\n   *   - [Stock: RW] in\n   *      + updateStock\n   *   - [OrderLine: W] in\n   *      + insertOrderLine\n   *\n   *\/\n  override def newOrderTx(datetime:Date, t_num: Int, w_id:Int, d_id:Int, c_id:Int, o_ol_count:Int, o_all_local:Int, itemid:Array[Int], supware:Array[Int], quantity:Array[Int], price:Array[Float], iname:Array[String], stock:Array[Int], bg:Array[Char], amt:Array[Float])(implicit tInfo: ThreadInfo): Int = {\n    try {\n      if(SHOW_OUTPUT) logger.info(\"- Started NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n\n      var ol_number = 0\n      var failed = false\n      val idata = new Array[String](o_ol_count)\n\n      while(ol_number < o_ol_count) {\n        try {\n          val (\/*_, *\/i_name, i_price, i_data) = NewOrderTxOps.findItem(itemid(ol_number))\n          price(ol_number) = i_price\n          iname(ol_number) = i_name\n          idata(ol_number) = i_data\n        } catch {\n          case nsee: Exception => {\n            if(SHOW_OUTPUT) logger.info(\"An item was not found in handling NewOrder transaction for warehouse=%d, district=%d, customer=%d, items=%s\".format(w_id,d_id,c_id, java.util.Arrays.toString(itemid)))\n            failed = true\n          }\n        }\n        if(failed) return 1\n        ol_number += 1\n      }\n\n      val (c_discount, c_last, c_credit, w_tax) = NewOrderTxOps.findCustomerWarehouseFinancialInfo(w_id,d_id,c_id)\n\n      var d_tax = 0f\n      var o_id = 0\n      NewOrderTxOps.updateDistrictNextOrderId(w_id,d_id,cv => { d_tax=cv._7; o_id=cv._9; (cv._1,cv._2,cv._3,cv._4,cv._5,cv._6,d_tax,cv._8,o_id+1) })\n      \n      \/\/var o_all_local:Boolean = true\n      \/\/supware.foreach { s_w_id => if(s_w_id != w_id) o_all_local = false }\n      \/\/val o_ol_count = supware.length\n\n      NewOrderTxOps.insertOrder(o_id, w_id, d_id, c_id, datetime, o_ol_count, o_all_local > 0)\n\n      NewOrderTxOps.insertNewOrder(o_id, w_id, d_id)\n\n      var total = 0f\n\n      ol_number = 0\n      while(ol_number < o_ol_count) {\n        val ol_supply_w_id = supware(ol_number)\n        val ol_i_id = itemid(ol_number)\n        val ol_quantity = quantity(ol_number)\n        var ol_dist_info = \"\"\n        NewOrderTxOps.updateStock(ol_supply_w_id, ol_i_id, cv => cv match {\n          case (s_quantity,s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data) =>\n            if(idata(ol_number).contains(\"original\") && s_data.contains(\"original\")) {\n              bg(ol_number) = 'B'\n            } else {\n              bg(ol_number) = 'G'\n            }\n\n            ol_dist_info = d_id match {\n              case 1  => s_dist_01\n              case 2  => s_dist_02\n              case 3  => s_dist_03\n              case 4  => s_dist_04\n              case 5  => s_dist_05\n              case 6  => s_dist_06\n              case 7  => s_dist_07\n              case 8  => s_dist_08\n              case 9  => s_dist_09\n              case 10 => s_dist_10\n            }\n\n            stock(ol_number) = s_quantity\n\n            var new_s_quantity = s_quantity - ol_quantity\n            if(s_quantity <= ol_quantity) new_s_quantity += 91\n\n            \/\/TODO this is the correct version but is not implemented in the correctness test\n            \/\/ var s_remote_cnt_increment = 0\n            \/\/ if(ol_supply_w_id != w_id) s_remote_cnt_increment = 1\n            ((new_s_quantity,s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,\n              s_ytd\/*+ol_quantity*\/,s_order_cnt\/*+1*\/,s_remote_cnt\/*+s_remote_cnt_increment*\/, s_data))\n        })\n\n        val ol_amount = (ol_quantity * price(ol_number) * (1+w_tax+d_tax) * (1 - c_discount)).asInstanceOf[Float]\n        amt(ol_number) =  ol_amount\n        total += ol_amount\n\n        NewOrderTxOps.insertOrderLine(w_id, d_id, o_id, ol_number+1\/*to start from 1*\/, ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_dist_info)\n      \n        ol_number += 1\n      }\n\n      if(SHOW_OUTPUT) logger.info(\"- Finished NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n      1\n    } catch {\n      case e: Throwable => {\n        logger.error(\"An error occurred in handling NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n        throw e\n        0\n      }\n    }\n  }\n\n  object NewOrderTxOps {\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     * @param c_id is customer id\n     * @return (c_discount, c_last, c_credit, w_tax)\n     *\/\n    def findCustomerWarehouseFinancialInfo(w_id:Int, d_id:Int, c_id:Int) = {\n      ISharedData.findCustomerWarehouseFinancialInfo(w_id,d_id,c_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\n     * @param new_d_next_o_id is the next order id\n     * @param d_tax is the district tax value for this dirstrict\n     *\/\n    def updateDistrictNextOrderId(w_id:Int, d_id:Int, updateFunc:((String, String, String, String, String, String, Float, Double, Int)) => (String, String, String, String, String, String, Float, Double, Int)): Unit = {\n      ISharedData.onUpdate_District_byFunc(d_id, w_id, updateFunc)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertOrder(o_id:Int, w_id:Int, d_id:Int, c_id:Int, o_entry_d:Date, o_ol_cnt:Int, o_all_local:Boolean): Unit = {\n      ISharedData.onInsert_Order(o_id,d_id,w_id , c_id, o_entry_d, None, o_ol_cnt, o_all_local)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertNewOrder(o_id:Int, w_id:Int, d_id:Int): Unit = {\n      ISharedData.onInsert_NewOrder(o_id,d_id,w_id)\n    }\n\n    \/**\n     * @param item_id is the item id\n     *\/\n    def findItem(item_id:Int) = {\n      ISharedData.findItem(item_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     *\/\n    def updateStock(w_id:Int, item_id:Int, updateFunc:((Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) => (Int, String, String, String, String, String, String, String, String, String, String, Int, Int, Int, String)) = {\n      ISharedData.onUpdateStock_byFunc(item_id,w_id, updateFunc)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertOrderLine(w_id:Int, d_id:Int, o_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      ISharedData.onInsertOrderLine(o_id, d_id, w_id, ol_number, ol_i_id, ol_supply_w_id, None, ol_quantity, ol_amount, ol_dist_info)\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcc\/MVCCTest2.scala","text":"package ddbt.lib.mvconcurrent\n\nimport ddbt.lib.util.ThreadInfo\nimport ddbt.tpcc.tx._\nimport org.scalatest._\nimport MVCCTestParams._\n\nclass MVCCSpec2 extends FlatSpec with Matchers {\n\n  object SingleHashKey {\n    def apply(_1:Int, _2:String) = new SingleHashKey(_1,_2)\n    implicit def orderingSingleHashKey[A <: SingleHashKey]: Ordering[A] = Ordering.by(e => (e._1, e._2))\n  }\n\n  class SingleHashKey(val _1:Int, val _2:String) {\n    override def equals(o: Any) = {\n      if(!o.isInstanceOf[SingleHashKey]) false\n      else {\n        val other = o.asInstanceOf[SingleHashKey]\n        (_1,_2) == (other._1,other._2)\n      }\n    }\n\n    override def hashCode = 10\n\n    override def toString = (_1,_2).toString\n  }\n\n  val tm = new TransactionManager(2, true)\n  tm.isGcActive.set(disableGC)\n  val tbl = new ConcurrentSHMapMVCC[SingleHashKey,(Int,String)](\"Test2Map\", (k:SingleHashKey,v:(Int,String)) => k._1 )\n\n  val thread1 = new ThreadInfo(0)\n  val thread2 = new ThreadInfo(1)\n\n  \"A MVCC table (with a treeified bin)\" should \"be able to insert an element and store it properly (before reaching threshold\" in {\n    ConcurrentSHMapMVCC.TREEIFY_THRESHOLD should be (8) \/\/we assume that threshold is 8\n    implicit val xact = tm.begin(\"T1\")(thread1)\n    tbl += (SingleHashKey(1,\"z\"),(2,\"a\"))\n    tbl += (SingleHashKey(1,\"x\"),(5,\"e\"))\n    tbl += (SingleHashKey(2,\"z\"),(6,\"f\"))\n    tbl += (SingleHashKey(2,\"y\"),(7,\"g\"))\n    tbl += (SingleHashKey(3,\"z\"),(8,\"h\"))\n    tbl += (SingleHashKey(3,\"y\"),(9,\"i\"))\n    tbl += (SingleHashKey(4,\"z\"),(10,\"j\"))\n    tbl += (SingleHashKey(4,\"y\"),(11,\"k\"))\n    tbl += (SingleHashKey(4,\"x\"),(12,\"l\"))\n    tbl.get(SingleHashKey(1,\"z\")) should be ((2,\"a\"))\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"persistent an inserted element after the commit\" in {\n    implicit val xact = tm.begin(\"T2\")(thread1)\n    try {\n      tbl.get(SingleHashKey(1,\"z\")) should be ((2,\"a\"))\n      tbl.size should be (9)\n      xact.commit should be (true)\n    } catch {\n      case e:Throwable => {\n        xact.rollback\n        throw e\n      }\n    }\n  }\n\n  it should \"throw an exception on inserting an existing key\" in {\n    implicit val xact = tm.begin(\"T3\")(thread1)\n    a [MVCCRecordAlreadyExistsException] should be thrownBy {\n      tbl += (SingleHashKey(1,\"z\"),(3,\"b\"))\n    }\n    tbl.size should be (9)\n    xact.rollback\n  }\n\n  it should \"throw an exception on inserting an already inserted entry even by current transaction\" in {\n    implicit val xact = tm.begin(\"T4\")(thread1)\n    tbl += (SingleHashKey(1,\"y\"),(4,\"c\"))\n    a [MVCCRecordAlreadyExistsException] should be thrownBy {\n      tbl += (SingleHashKey(1,\"y\"),(5,\"d\"))\n    }\n    tbl.size should be (10)\n    xact.rollback\n  }\n\n  it should \"remove the stale versions produced by aborted xacts\" in {\n    implicit val xact = tm.begin(\"T5\")(thread1)\n    tbl.get(SingleHashKey(1,\"y\")) should be (null)\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after insertions)\" in {\n    implicit val xact = tm.begin(\"T6\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (7)\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (1)\" in {\n    implicit val xact = tm.begin(\"T7\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (70)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to delete an element\" in {\n    implicit val xact = tm.begin(\"T8\")(thread1)\n    tbl -= (SingleHashKey(1,\"z\"))\n    tbl.get(SingleHashKey(1,\"z\")) should be (null)\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after deletion)\" in {\n    implicit val xact = tm.begin(\"T9\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (5)\n    \/\/ tbl.size should be (10) or (9) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (2)\" in {\n    implicit val xact = tm.begin(\"T10\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (68)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to re-insert an already deleted element\" in {\n    implicit val xact = tm.begin(\"T11\")(thread1)\n    tbl += (SingleHashKey(1,\"z\"), (22,\"aa\"))\n    tbl.get(SingleHashKey(1,\"z\")) should be ((22,\"aa\"))\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (3)\" in {\n    implicit val xact = tm.begin(\"T12\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (90)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to update an already inserted element\" in {\n    implicit val xact = tm.begin(\"T13\")(thread1)\n    tbl(SingleHashKey(1,\"z\")) = (222,\"aaa\")\n    tbl.get(SingleHashKey(1,\"z\")) should be ((222,\"aaa\"))\n    tbl.size should be (9)\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after update 1)\" in {\n    implicit val xact = tm.begin(\"T14\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (227)\n    \/\/ tbl.size should be (10) or (9) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (4)\" in {\n    implicit val xact = tm.begin(\"T15\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (290)\n    xact.commit should be (true)\n  }\n\n  it should \"be able to update via delta version\" in {\n    implicit val xact = tm.begin(\"T16\")(thread1)\n    val ent = tbl.getEntry(SingleHashKey(1,\"z\"))\n    ent.setEntryValue((2222,\"aaa\"))\n    \n    tbl.get(SingleHashKey(1,\"z\")) should be ((2222,\"aaa\"))\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"create the correct slices (after update 2)\" in {\n    implicit val xact = tm.begin(\"T17\")(thread1)\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2227)\n    \/\/ tbl.size should be (5) or (4) \/\/it might get deleted by gc\n    xact.commit should be (true)\n  }\n\n  it should \"execute the foreach over all visible elements (5)\" in {\n    implicit val xact = tm.begin(\"T18\")(thread1)\n    var sum = 0\n    tbl.foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2290)\n    xact.commit should be (true)\n  }\n\n  it should \"handle the validation failure correctly\" in {\n    implicit val xact1 = tm.begin(\"T19\")(thread1)\n    \n    {\n      implicit val xact2 = tm.begin(\"T20\")(thread2)\n      tbl.+=(SingleHashKey(1,\"y\"),(4,\"c\"))(xact2)\n      xact2.commit should be (true)\n    }\n\n    var sum = 0\n    tbl.slice(0,1).foreach { case (k,v) =>\n      sum += v._1\n    }\n    sum should be (2227)\n\n    xact1.commit should be (true)\n  }\n\n  it should \"handle cleanup correctly after rollback (including the removal of pointers in DeltaVersion)\" in {\n    {\n      implicit val xact2 = tm.begin(\"T21\")(thread1)\n      tbl.update(SingleHashKey(1,\"y\"),(44,\"c\"))\n      tbl.get(SingleHashKey(1,\"y\")) should be ((44,\"c\"))\n      xact2.rollback\n    }\n\n    {\n      implicit val xact1 = tm.begin(\"T22\")(thread2)\n      tbl.get(SingleHashKey(1,\"y\")) should be ((4,\"c\"))\n      tbl.update(SingleHashKey(1,\"y\"),(444,\"c\"))\n      tbl.get(SingleHashKey(1,\"y\")) should be ((444,\"c\"))\n      xact1.commit should be (true)\n    }\n  }\n\n  it should \"be able to untreeify after passing the threshold\" in {\n    ConcurrentSHMapMVCC.UNTREEIFY_THRESHOLD should be (6) \/\/we assume that threshold is 8\n    implicit val xact = tm.begin(\"T23\")(thread1)\n    for( i <- 1 to 4){\n      tbl -= (SingleHashKey(i,\"z\"))\n    }\n    tbl.size should be (10)\n    xact.commit should be (true)\n  }\n\n}"}
{"repo_name":"epfldata\/mv3c","path":"test\/mvcomp\/ThreadTest0.scala","text":"<reponame>epfldata\/mv3c\n\/\/MVCC vs. MVC3T\npackage ddbt.lib.mvcomp\n\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.io.InputStream\nimport java.nio.charset.Charset\nimport java.text.DecimalFormat\nimport java.util.Properties\nimport java.util.concurrent.ExecutorService\nimport java.util.concurrent.Executors\nimport java.util.concurrent.TimeUnit\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport ddbt.tpcc.loadtest.Driver\nimport java.util.concurrent._\nimport ddbt.tpcc.loadtest.{RtHist, Util, NamedThreadFactory}\nimport ThreadTest0._\n\/**\n * This class tests the maximum performance of multi-threaded app\n * (i.e. the maximum number of calls to an empty function),\n * by checking the test time inside the exec thread\n *\n * The results for a machine with 1 CPU with 12 cores\n *   For 1  thread :  46,974,000 xact\/sec\n *   For 2  threads:  96,550,321 xact\/sec\n *   For 4  threads: 175,439,303 xact\/sec\n *   For 8  threads: 339,674,272 xact\/sec\n *   For 12 threads: 495,592,806 xact\/sec\n *   For 16 threads: 495,515,713 xact\/sec\n *   For 24 threads: 495,676,649 xact\/sec\n *\/\nobject ThreadTest0 {\n\tval rampupTime = 10\n\tval measureTime = 10\n\n\tval stateChecker = new StateChecker\n\n\tclass SampleWorker(id:Int, stateChecker:StateChecker) extends Thread {\n\t\tval rampupStart = System.currentTimeMillis()\n\t\tvar startTime = rampupStart + (rampupTime * 1000)\n\t\tvar finishTime = startTime + (measureTime * 1000)\n\t\tvar counter = 0L\n\t\t\/\/ var counter2 = 0\n\t\toverride def run() {\n\t\t\tprintln(\"started \" + id)\n\t\t\tvar now = System.currentTimeMillis()\n\t\t\twhile(now < finishTime) {\n\t\t\t\t\/\/ println(\"stateChecker.isActive = \" + stateChecker.isActive)\n\t\t\t\tif(now > startTime) {\n\t\t\t\t\t\/\/ println(\"stateChecker.counting_on = \" + stateChecker.counting_on)\n\t\t\t\t\tcounter += 1L\n\t\t\t\t}\n\t\t\t\tnow = System.currentTimeMillis()\n\t\t\t}\n\t\t\tfinishTime = now\n\n\t\t\tprintln(\"finished \" + id)\n\t\t}\n\t}\n\n\tclass StateChecker {\n\t\t@volatile var counting_on = false\n\t\t@volatile var isActive = true\n\t}\n\n\tdef main(argv:Array[String]) {\n\t\tif(argv.length == 0) throw new RuntimeException(\"Please specify the number of connections\")\n\t\tval numConn =  Integer.parseInt(argv(0))\n\n\t\tval executor = Executors.newFixedThreadPool(numConn, new NamedThreadFactory(\"xact-thread\"))\n\n\t\tval workers = new Array[SampleWorker](numConn)\n\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval worker = new SampleWorker(i, stateChecker)\n\t\t\tworkers(i) = worker\n\t\t\texecutor.execute(worker)\n\t\t}\n\t\t\n\t\texecutor.shutdown()\n\t\ttry {\n\t\t\texecutor.awaitTermination(120, TimeUnit.SECONDS)\n\t\t} catch {\n\t\t\tcase e: InterruptedException => println(\"Timed out waiting for executor to terminate\")\n\t\t}\n\t\tvar averageAll = 0.0\n\t\tfor (i <- 0 until numConn) {\n\t\t\tval actualTestTime = workers(i).finishTime - workers(i).startTime\n\t\t\taverageAll += workers(i).counter \/ (actualTestTime \/ 1000.0)\n\t\t\tprintln(\"worker(%d) = %,d in %.2f sec\".format(i, workers(i).counter, actualTestTime \/ 1000.0))\n\t\t}\n\t\tprintln(\"run\/sec = %,.0f\".format(averageAll))\n\t\t\n\t}\n}"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/TpccConstants.scala","text":"<reponame>epfldata\/mv3c\npackage ddbt.tpcc.loadtest\n\n\nobject TpccConstants {\n\n  var TRANSACTION_COUNT: Int = 5\n\n  var MAXITEMS: Int = 100000\n\n  var CUST_PER_DIST: Int = 3000\n\n  var DIST_PER_WARE: Int = 10\n\n  var ORD_PER_DIST: Int = 3000\n\n  var nums: Array[Int] = new Array[Int](CUST_PER_DIST)\n\n  var MAX_NUM_ITEMS: Int = 15\n\n  var MAX_ITEM_LEN: Int = 24\n\n  val SHOW_OUTPUT = false\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/Counter.scala","text":"package ddbt.tpcc.loadtest\n\n\nclass Counter {\n\n  private var count: Long = 0\n\n  def increment(): Long = synchronized {\n  count\n}\n\n  def get(): Long = synchronized {\n  count\n}\n\n  def reset(): Long = {\n    synchronized {\n      val ret = count\n      count = 0\n      ret\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/impl\/tx1\/NewOrder.scala","text":"package ddbt.tpcc.tx1\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io._\nimport scala.collection.mutable._\nimport java.util.Date\nimport ddbt.tpcc.itx._\nimport org.slf4j.LoggerFactory\nimport NewOrder._\n\nobject NewOrder {\n\n  private val logger = LoggerFactory.getLogger(classOf[NewOrder])\n\n  private val DEBUG = logger.isDebugEnabled\n\n  private val TRACE = logger.isTraceEnabled\n\n  private val SHOW_OUTPUT = ddbt.tpcc.loadtest.TpccConstants.SHOW_OUTPUT\n}\n\n\/**\n * NewOrder Transaction for TPC-C Benchmark\n *\n * @author <NAME>\n *\/\nclass NewOrder extends InMemoryTxImpl with INewOrderInMem {\n  \/\/Tables\n  \/\/val stockTbl: Map[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)] = new HashMap[(Int,Int),(Int,String,String,String,String,String,String,String,String,String,String,Int,Int,Int,String)]\n  \/\/val newOrderTbl = new HashSet[(Int,Int,Int)]\n\n  \/\/Partial Tables (containing all rows, but not all columns)\n  \/\/removed columns are commented out\n  \/\/val districtPartialTbl = new HashMap[(Int,Int),(\/*String,String,String,String,String,String,*\/Float,\/*Float,*\/Int)]\n  \/\/val orderPartialTbl = new HashMap[(Int,Int,Int),(Int,Date\/*,Option[Int]*\/,Int,Boolean)]\n  \/\/val itemPartialTbl = new HashMap[Int,(\/*Int,*\/String,Float,String)]\n  \/\/val orderLinePartialTbl = new HashMap[(Int,Int,Int,Int),(Int,Int\/*,Date*\/,Int,Float,String)]\n\n  \/\/Materialized query results\n  \/\/val customerWarehouseFinancialInfoMap = new HashMap[(Int,Int,Int),(Float, String, String, Float)]\n\n  \/**\n   * @param w_id is warehouse id\n   * @param d_id is district id\n   * @param c_id is customer id\n   *\n   * Table interactions:\n   *   - [Warehouse: R] in\n   *      + findCustomerWarehouseFinancialInfo\n   *   - [District: RW] where R in\n   *      + findDistrictInfo\n   *     and W in\n   *      + updateDistrictNextOrderId\n   *   - [Customer: R] in\n   *      + findCustomerWarehouseFinancialInfo\n   *   - [Order: W] in\n   *      + insertOrder\n   *   - [NewOrder: W] in\n   *      + insertNewOrder\n   *   - [Item: R] in\n   *      + findItem\n   *   - [Stock: RW] where R in\n   *      + findStock\n   *     and W in\n   *      + updateStock\n   *   - [OrderLine: W] in\n   *      + insertOrderLine\n   *\n   *\/\n  override def newOrderTx(datetime:Date, t_num: Int, w_id:Int, d_id:Int, c_id:Int, o_ol_count:Int, o_all_local:Int, itemid:Array[Int], supware:Array[Int], quantity:Array[Int], price:Array[Float], iname:Array[String], stock:Array[Int], bg:Array[Char], amt:Array[Float])(implicit tInfo: ThreadInfo): Int = {\n    try {\n      if(SHOW_OUTPUT) logger.info(\"- Started NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n\n      var ol_number = 0\n      var failed = false\n\n      while(ol_number < o_ol_count) {\n        try {\n          NewOrderTxOps.findItem(itemid(ol_number))\n        } catch {\n          case nsee: java.util.NoSuchElementException => {\n            if(SHOW_OUTPUT) logger.info(\"An item was not found in handling NewOrder transaction for warehouse=%d, district=%d, customer=%d, items=%s\".format(w_id,d_id,c_id, java.util.Arrays.toString(itemid)))\n            failed = true\n          }\n        }\n        if(failed) return 1\n       ol_number += 1\n      }\n\n      val (c_discount, c_last, c_credit, w_tax) = NewOrderTxOps.findCustomerWarehouseFinancialInfo(w_id,d_id,c_id)\n\n      val (_,_,_,_,_,_,d_tax,_,d_next_o_id) = NewOrderTxOps.findDistrictInfo(w_id,d_id)\n\n      NewOrderTxOps.updateDistrictNextOrderId(w_id,d_id,d_tax,d_next_o_id+1)\n\n      \/\/no need to copy\n      val o_id = d_next_o_id\n      \n      \/\/var o_all_local:Boolean = true\n      \/\/supware.foreach { s_w_id => if(s_w_id != w_id) o_all_local = false }\n      \/\/val o_ol_count = supware.length\n\n      NewOrderTxOps.insertOrder(o_id, w_id, d_id, c_id, datetime, o_ol_count, o_all_local > 0)\n\n      NewOrderTxOps.insertNewOrder(o_id, w_id, d_id)\n\n      var total = 0f\n\n      ol_number = 0\n      while(ol_number < o_ol_count) {\n        val ol_supply_w_id = supware(ol_number)\n        val ol_i_id = itemid(ol_number)\n        val ol_quantity = quantity(ol_number)\n        \n        val (\/*_, *\/i_name, i_price, i_data) = NewOrderTxOps.findItem(ol_i_id)\n        price(ol_number) = i_price\n        iname(ol_number) = i_name\n\n        val (s_quantity,s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data) = NewOrderTxOps.findStock(ol_supply_w_id, ol_i_id)\n\n        val ol_dist_info = d_id match {\n          case 1  => s_dist_01\n          case 2  => s_dist_02\n          case 3  => s_dist_03\n          case 4  => s_dist_04\n          case 5  => s_dist_05\n          case 6  => s_dist_06\n          case 7  => s_dist_07\n          case 8  => s_dist_08\n          case 9  => s_dist_09\n          case 10 => s_dist_10\n        }\n\n        stock(ol_number) = s_quantity\n\n        if(i_data.contains(\"original\") && s_data.contains(\"original\")) {\n          bg(ol_number) = 'B'\n        } else {\n          bg(ol_number) = 'G'\n        }\n\n        var new_s_quantity = s_quantity - ol_quantity\n        if(s_quantity <= ol_quantity) new_s_quantity += 91\n\n        var s_remote_cnt_increment = 0\n        if(ol_supply_w_id != w_id) s_remote_cnt_increment = 1\n\n        \/\/TODO this is the correct version but is not implemented in the correctness test\n        NewOrderTxOps.updateStock(ol_supply_w_id, ol_i_id, new_s_quantity,s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,\n          s_ytd\/*+ol_quantity*\/,s_order_cnt\/*+1*\/,s_remote_cnt\/*+s_remote_cnt_increment*\/, s_data)\n\n        val ol_amount = (ol_quantity * i_price * (1+w_tax+d_tax) * (1 - c_discount)).asInstanceOf[Float]\n        amt(ol_number) =  ol_amount\n        total += ol_amount\n\n        NewOrderTxOps.insertOrderLine(w_id, d_id, o_id, ol_number+1\/*to start from 1*\/, ol_i_id, ol_supply_w_id, ol_quantity, ol_amount, ol_dist_info)\n      \n        ol_number += 1\n      }\n\n      if(SHOW_OUTPUT) logger.info(\"- Finished NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n      1\n    } catch {\n      case e: Throwable => {\n        logger.error(\"An error occurred in handling NewOrder transaction for warehouse=%d, district=%d, customer=%d\".format(w_id,d_id,c_id))\n        throw e\n        0\n      }\n    }\n  }\n\n  object NewOrderTxOps {\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     * @param c_id is customer id\n     * @return (c_discount, c_last, c_credit, w_tax)\n     *\/\n    def findCustomerWarehouseFinancialInfo(w_id:Int, d_id:Int, c_id:Int) = {\n      SharedData.customerWarehouseFinancialInfoMap(c_id,d_id,w_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     * @return (d_next_o_id, d_tax)\n     *\/\n    def findDistrictInfo(w_id:Int, d_id:Int) = {\n      SharedData.districtTbl(d_id,w_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\n     * @param new_d_next_o_id is the next order id\n     * @param d_tax is the district tax value for this dirstrict\n     *\/\n    def updateDistrictNextOrderId(w_id:Int, d_id:Int, d_tax:Float, new_d_next_o_id:Int): Unit = {\n      SharedData.onUpdate_District_forNewOrder(d_id, w_id, d_tax,new_d_next_o_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertOrder(o_id:Int, w_id:Int, d_id:Int, c_id:Int, o_entry_d:Date, o_ol_cnt:Int, o_all_local:Boolean): Unit = {\n      SharedData.onInsert_Order(o_id,d_id,w_id , c_id, o_entry_d, None, o_ol_cnt, o_all_local)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertNewOrder(o_id:Int, w_id:Int, d_id:Int): Unit = {\n      SharedData.onInsert_NewOrder(o_id,d_id,w_id)\n    }\n\n    \/**\n     * @param item_id is the item id\n     *\/\n    def findItem(item_id:Int) = {\n      SharedData.itemPartialTbl(item_id)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     *\/\n    def findStock(w_id:Int, item_id:Int) = {\n      SharedData.stockTbl((item_id,w_id))\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     *\/\n    def updateStock(w_id:Int, item_id:Int, s_quantity:Int, s_dist_01:String, s_dist_02:String, s_dist_03:String, s_dist_04:String, s_dist_05:String, s_dist_06:String, s_dist_07:String, s_dist_08:String, s_dist_09:String, s_dist_10:String, s_ytd:Int, s_order_cnt:Int, s_remote_cnt:Int, s_data:String) = {\n      SharedData.onUpdateStock(item_id,w_id, s_quantity, s_dist_01,s_dist_02,s_dist_03,s_dist_04,s_dist_05,s_dist_06,s_dist_07,s_dist_08,s_dist_09,s_dist_10,s_ytd,s_order_cnt,s_remote_cnt,s_data)\n    }\n\n    \/**\n     * @param w_id is warehouse id\n     * @param d_id is district id\n     *\/\n    def insertOrderLine(w_id:Int, d_id:Int, o_id:Int, ol_number:Int, ol_i_id:Int, ol_supply_w_id:Int, ol_quantity:Int, ol_amount:Float, ol_dist_info:String): Unit = {\n      SharedData.onInsertOrderLine(o_id, d_id, w_id, ol_number, ol_i_id, ol_supply_w_id, None, ol_quantity, ol_amount, ol_dist_info)\n    }\n  }\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/tpcc\/runtime\/TpccThread.scala","text":"package ddbt.tpcc.loadtest\n\nimport ddbt.lib.util.ThreadInfo\nimport java.io.File\nimport java.io.FileInputStream\nimport java.io.IOException\nimport java.sql.Connection\nimport java.sql.DriverManager\nimport java.sql.SQLException\nimport java.text.DecimalFormat\nimport java.util.Map\nimport java.util.Properties\nimport java.util.Set\nimport org.slf4j.LoggerFactory\nimport org.slf4j.Logger\nimport TpccThread._\nimport scala.collection.JavaConversions._\nimport ddbt.tpcc.itx._\n\nobject TpccThread {\n\n  private val logger = LoggerFactory.getLogger(classOf[TpccThread])\n\n  private val DEBUG = logger.isDebugEnabled\n}\n\nclass TpccThread(val tInfo: ThreadInfo, \n    val port: Int, \n    val is_local: Int, \n    val db_user: String, \n    val db_password: String, \n    val num_ware: Int, \n    val num_conn: Int, \n    val driverClassName: String, \n    val jdbcUrl: String, \n    val fetchSize: Int, \n    val TRANSACTION_COUNT: Int, \n    var conn: Connection,\n    val newOrder: INewOrder,\n    val payment: IPayment,\n    val orderStat: IOrderStatus,\n    val slev: IStockLevel,\n    val delivery: IDelivery,\n    loopConditionChecker: => Boolean,\n    val maximumNumberOfTransactionsToExecute:Int = 0) extends Thread \/*with DatabaseConnector*\/{\n\n  \/**\n   * Dedicated JDBC connection for this thread.\n   *\/\n  \/\/ var conn: Connection = connectToDatabase\n\n  var driver = new TpccDriver(conn, fetchSize, TRANSACTION_COUNT, newOrder, payment, orderStat, slev, delivery)\n\n  override def run() {\n    try {\n      if (DEBUG) {\n        logger.debug(\"Starting driver with: tInfo: \" + tInfo + \" num_ware: \" + \n          num_ware + \n          \" num_conn: \" + \n          num_conn)\n      }\n      driver.runAllTransactions(tInfo, num_ware, num_conn, loopConditionChecker, maximumNumberOfTransactionsToExecute)\n    } catch {\n      case e: Throwable => logger.error(\"Unhandled exception\", e)\n    }\n  }\n\n  \/\/ private def connectToDatabase:Connection = connectToDB(driverClassName, jdbcUrl, db_user, db_password)\n}\n"}
{"repo_name":"epfldata\/mv3c","path":"test\/store2\/Store.scala","text":"package ddbt.lib.store2\n\n\/**\n * Conflict handling semantics:\n * Insert:\n * - tab: fail if there is some conflict.\n * - map: get the first conflicting entry (iterating over all uniques) and update it, else insert\n * Update:\n * - tab: fail if there is some conflict (!= from current entry)\n * - map: if conflict, delete conflicting entry and update current one\n *\/\nabstract class IndexType\nobject INone extends IndexType\nobject IHash extends IndexType\n\nclass Store[E<:Entry[E]](var idxs:Array[Idx[E]]) {\n  \/\/def this(idxs:Idx[E]*) = this(idxs.toArray)\n  idxs.foreach(i=>i.store=this)\n  assert(idxs.size>0)\n  @inline private def time[R](f:String)(block: => R):R = { block }\n  @inline private def time[R](f:String,idx:Int)(block: => R):R = { block }\n\n  \/\/ Map's put() semantics\n  \/\/ op is a function that operates on conflicting tuples in unique indexes: it\n  \/\/ applies to conflicting tuples (unique indexes) which will then be deleted.\n  def insert(e:E,op:E=>Boolean=null):Unit = time(\"insert\") { if (e==null) return; var i=0; val n=idxs.size; do { idxs(i).insert(e,op); i+=1; } while(i<n) }\n  def update(e:E,op:E=>Boolean=null):Unit = time(\"update\") { if (e==null) return; var i=0; val n=idxs.size; do { idxs(i).update(e,op); i+=1; } while(i<n) } \/\/ assumes e is in the store already\n\n  \/\/ DBMS uniqueness constraints check\/fail semantics\n  @inline private def chk(e:E):Boolean = { var i=0; val n=idxs.size; do { val ix=idxs(i); if (ix.unique && ix.get(e)!=null) return false; i+=1; } while(i<n); true }\n  def chkInsert(e:E):Boolean = time(\"chkInsert\") { val r=chk(e); if (r) insert(e); r }\n  def chkUpdate(e:E):Boolean = time(\"chkUpdate\") { val r=chk(e); if (r) update(e); r } \/\/ rollback yourself if it fails!\n\n  def delete(e:E):Unit = time(\"delete\") { if (e==null) return; var i=0; val n=idxs.size; do { idxs(i).delete(e); i+=1; } while(i<n) } \/\/ e already in the Store\n  def get(idx:Int,key:E):E = time(\"get\",idx) { if (key==null) return key; idxs(idx).get(key) }\n  def foreach(f:E=>Unit) = time(\"foreach\") { idxs(0).foreach(f) } \/\/ assumes idxs(0) is the most efficient index\n  def slice(idx:Int,key:E,f:E=>Unit) = time(\"slice\",idx) { if (key!=null) idxs(idx).slice(key,f) }\n  def range(idx:Int,min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) = time(\"range\",idx) { idxs(idx).range(min,max,withMin,withMax,f) }\n  def delete(idx:Int,key:E):Unit = time(\"delete\", idx) { slice(idx,key,e=>delete(e)) }\n  def clear = time(\"clear\") { var i=0; val n=idxs.size; while(i<n) { if (idxs(i)!=null) idxs(i).clear; i+=1; } }\n  def compact = time(\"compact\") { var i=0; val n=idxs.size; while(i<n) { if (idxs(i)!=null) idxs(i).compact; i+=1; } }\n  def size = idxs(0).size\n\n  def index(idx:Int,i:Idx[E]) { val n=idxs.size; if (idx==n) { val is=idxs; idxs = new Array[Idx[E]](n+1); System.arraycopy(is,0,idxs,0,n); idxs(n)=i; } else idxs(idx)=i }\n\/*\n  def index(idx:Int,tp:IndexType,unique:Boolean=false,sliceIdx:Int= -1) { \/\/ sliceIdx is the underlying slice index for IBound\n    val i:Idx[E] = tp match {\n      case INone => new IdxNone[E]\n      case IHash => new IdxHash[E](unique)\n      \/ *\n      case IDirect|IArray => val data = if (idxs(0)==null) new Array[E](0) else { val d=new Array[E](idxs(0).size); var x=0; idxs(0).foreach{e=>d(x)=e; x+=1}; d }\n                             if (tp==IDirect) new IdxDirect[E](this,idx,unique,data) else new IdxArray[E](this,idx,unique,data)\n      case IBTree => new IdxBTree(this,idx,unique)\n      case IList => new IdxList(this,idx,unique)\n      case ISliceMin => new IdxSliced(this,idx,sliceIdx,false)\n      case ISliceMax => new IdxSliced(this,idx,sliceIdx,true)\n      case ISliceHeapMin => new IdxSlicedHeap(this,idx,sliceIdx,false)\n      case ISliceHeapMax => new IdxSlicedHeap(this,idx,sliceIdx,true)\n    * \/\n    }\n    if (idxs(0)!=null) tp match {\n      \/\/case IDirect|IArray => \/\/ nothing to do\n      case _ => idxs(0).foreach(i.insert(_,null))\n    }\n    i.store=this; index(idx,i)\n  }\n*\/\n  def info:String = {\n    \"MapInfo => {\\n\"+idxs.map(i=>i.info).mkString(\",\\n\")+\"\\n}\"\n\/*\n    res.append(\"  size => \").append(if(idxs(0) == null) idxs(1).size else size).append(\"\\n\")\n    res.append(\"  idxs => [\\n\")\n    \/\/ totalTimers.foreach{ case (f,(t,count)) =>\n    \/\/   val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n    \/\/   res.append(\"    time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n    \/\/ }\n    idxs.zipWithIndex.foreach { case (idx, idxID) =>\n      if(idx == null) res.append(ind(ind(\"INone\"))).append(\",\\n\")\n      else {\n        res.append(ind(ind(idx.info)))\n        \/\/ res.append(\" --> {\\n\")\n        \/\/ timersPerIndex.foreach{ case (f,fMap) =>\n        \/\/   if(fMap.contains(idxID)) {\n        \/\/     val (t,count) = fMap(idxID)\n        \/\/     val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n        \/\/     res.append(\"      time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n        \/\/   }\n        \/\/ }\n        \/\/ res.append(\"    }\\n\")\n      }\n    }\n    res.append(\"]\")\n    res.append(\"}\").toString\n*\/\n  }\n}\n\n\n\n\n\n\/*\n\n\/**\n * The store is the main structure to store entries. It requires at least one\n * index. Index usually retain all the data according to their specialization.\n * Index 0 should retain all data (and possibly be one of the fastest index).\n * Indices data structure can be dynamically adapted using the index() function.\n *\/\nclass Store[E<:Entry](val idxs:Array[Idx[E]])(implicit cE:ClassTag[E]) {\n  def this(n:Int)(implicit cE:ClassTag[E]) = this(new Array[Idx[E]](n),null)(cE)\n  def this(n:Int,ops:Array[EntryIdx[E]])(implicit cE:ClassTag[E]) = this(new Array[Idx[E]](n),ops)(cE)\n  private val n = idxs.length\n  def unsafeInsert(idx:Int,e:E):Unit = time(\"unsafeInsert\") { if (e==null) return; idxs(idx).unsafeInsert(e); var i=0; while(i < n) { if (idx!=i && idxs(i)!=null) idxs(i).insert(e); i+=1; } }\n  def insert(e:E):Unit = time(\"insert\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).insert(e); i+=1; } }\n  def update(e:E):Unit = time(\"update\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).update(e); i+=1; } } \/\/ e already in the Store, update in foreach is _NOT_ supported\n  def delete(e:E):Unit = time(\"delete\") { if (e==null) return; var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).delete(e); i+=1; } } \/\/ e already in the Store\n  def get(idx:Int,key:E):E = time(\"get\",idx) { if (key==null) return key; idxs(idx).get(key) }\n  def foreach(f:E=>Unit):Unit = time(\"foreach\") { idxs(0).foreach(f) } \/\/ assumes idxs(0) is the most efficient index\n  def slice(idx:Int,key:E,f:E=>Unit) = time(\"slice\",idx) { if (key!=null) idxs(idx).slice(key,f) }\n  def range(idx:Int,min:E,max:E,withMin:Boolean=true,withMax:Boolean=true,f:E=>Unit) = time(\"range\", idx) { idxs(idx).range(min,max,withMin,withMax,f) }\n  def delete(idx:Int,key:E):Unit = time(\"delete\", idx) { slice(idx,key,e=>delete(e)) }\n  def clear = time(\"clear\") { var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).clear; i+=1; } }\n  def compact = time(\"compact\") { var i=0; while(i < n) { if (idxs(i)!=null) idxs(i).compact; i+=1; } }\n  def size = idxs(0).size\n  def index(idx:Int,i:Idx[E]) { idxs(idx) = i }\n  def index(idx:Int,tp:IndexType,unique:Boolean=false,sliceIdx:Int= -1) { \/\/ sliceIdx is the underlying slice index for IBound\n    val i:Idx[E] = tp match {\n      case INone => null.asInstanceOf[Idx[E]]\n      case IHash => new IdxHash[E](this,idx,unique)\n      case IDirect|IArray => val data = if (idxs(0)==null) new Array[E](0) else { val d=new Array[E](idxs(0).size); var x=0; idxs(0).foreach{e=>d(x)=e; x+=1}; d }\n                             if (tp==IDirect) new IdxDirect[E](this,idx,unique,data) else new IdxArray[E](this,idx,unique,data)\n      case IBTree => new IdxBTree(this,idx,unique)\n      case IList => new IdxList(this,idx,unique)\n      case ISliceMin => new IdxSliced(this,idx,sliceIdx,false)\n      case ISliceMax => new IdxSliced(this,idx,sliceIdx,true)\n      case ISliceHeapMin => new IdxSlicedHeap(this,idx,sliceIdx,false)\n      case ISliceHeapMax => new IdxSlicedHeap(this,idx,sliceIdx,true)\n    }\n    if (idxs(0)!=null) tp match {\n      case INone|IDirect|IArray => \/\/ nothing to do\n      case _ => idxs(0).foreach(i.insert(_))\n    }\n    idxs(idx) = i\n  }\n\n  def getInfoStr:String = {\n    val res = new StringBuilder(\"MapInfo => {\\n\")\n    res.append(\"  size => \").append(if(idxs(0) == null) idxs(1).size else size).append(\"\\n\")\n    res.append(\"  idxs => [\\n\")\n    \/\/ totalTimers.foreach{ case (f,(t,count)) =>\n    \/\/   val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n    \/\/   res.append(\"    time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n    \/\/ }\n    idxs.zipWithIndex.foreach { case (idx, idxID) =>\n      if(idx == null) res.append(ind(ind(\"INone\"))).append(\",\\n\")\n      else {\n        res.append(ind(ind(idx.info)))\n        \/\/ res.append(\" --> {\\n\")\n        \/\/ timersPerIndex.foreach{ case (f,fMap) =>\n        \/\/   if(fMap.contains(idxID)) {\n        \/\/     val (t,count) = fMap(idxID)\n        \/\/     val avg = (t.asInstanceOf[Double] \/ count.asInstanceOf[Double]).asInstanceOf[Int]\n        \/\/     res.append(\"      time in \").append(f).append(\" => (\").append(t\/1000000).append(\".\").append((t\/1000)%1000).append(\" ms spent for \").append(count).append(\" calls) in average -> \").append(avg).append(\" ns per call\").append(\"\\n\")\n        \/\/   }\n        \/\/ }\n        \/\/ res.append(\"    }\\n\")\n      }\n    }\n    res.append(\"]\")\n    res.append(\"}\").toString\n  }\n}\n*\/\n"}
{"repo_name":"epfldata\/mv3c","path":"src\/lib\/util\/XactCommand.scala","text":"package ddbt.lib.util\n\n\/**\n * This class is the parent of all transactional command classes\n * Each transaction can be compacted to the name of the transaction\n * (with points to the transaction program) alongside with the\n * arguments to that comman\n *\/\nabstract class XactCommand"}
{"repo_name":"kamelzcs\/spark-hello-world","path":"build.sbt","text":"name := \"HelloWorld\"\nversion := \"1.0\"\nscalaVersion := \"2.11.12\"\n\nlibraryDependencies += \"org.apache.spark\" %% \"spark-sql\" % \"2.4.3\" % \"provided\"\nlibraryDependencies += \"org.scalactic\" %% \"scalactic\" % \"3.0.8\"\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % \"test\"\n\n"}
{"repo_name":"kamelzcs\/spark-hello-world","path":"project\/plugins.sbt","text":"<reponame>kamelzcs\/spark-hello-world<filename>project\/plugins.sbt\n\/\/could go to ~\/.sbt\/1.0\/global.sbt\nresolvers += \"Artima Maven Repository\" at \"http:\/\/repo.artima.com\/releases\"\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.9\")\naddSbtPlugin(\"com.artima.supersafe\" % \"sbtplugin\" % \"1.1.7\")\n"}
{"repo_name":"kamelzcs\/spark-hello-world","path":"src\/main\/scala\/HelloWorld.scala","text":"\/\/ import required spark classes\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\ncase class Person(id: Long, name: String, cityId: Long)\ncase class City(id: Long, name: String)\n\n\/\/ define main method (Spark entry point)\nobject HelloWorld {\n  def main(args: Array[String]) {\n \n    \/\/ initialise spark context\n    val conf = new SparkConf().setAppName(HelloWorld.getClass.getName)\n    val spark: SparkSession = SparkSession.builder.config(conf).getOrCreate()\n    import spark.implicits._\n    val family = rddToDatasetHolder(spark.sparkContext.parallelize(Seq(\n      Person(0, \"Agata\", 0),\n      Person(1, \"Iweta\", 0),\n      Person(2, \"Patryk\", 2),\n      Person(3, \"Maksym\", 0)))).toDS()\n    val cities = Seq(\n      City(0, \"Warsaw\"),\n      City(1, \"Washington\"),\n      City(2, \"Sopot\")).toDS()\n\n    val joined = family.joinWith(cities, family(\"cityId\") === cities(\"id\"))\n    println(joined.schema)\n    println(joined.first())\n\n    \/\/ terminate spark context\n    spark.stop()\n    \n  }\n}\n\n"}
{"repo_name":"kamelzcs\/spark-hello-world","path":"src\/test\/scala\/ExampleSpec.scala","text":"<reponame>kamelzcs\/spark-hello-world\nimport org.scalatest._\n\nclass ExampleSpec extends FlatSpec with Matchers {\n\n  \"A Stack\" should \"pop values in last-in-first-out order\" in {\n    val array = Array(1, 2)\n    val seq = Seq(1, 2)\n    assert(array === seq)\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-s3\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/backup\/s3\/BackupClientChunkState.scala","text":"package io.aiven.guardian.kafka.backup.s3\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.stream.alpakka.s3.S3Headers\nimport akka.stream.alpakka.s3.S3Settings\nimport akka.stream.alpakka.s3.SuccessfulUploadPart\nimport akka.stream.scaladsl.Sink\nimport io.aiven.guardian.kafka.backup.KafkaPublisherInterface\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.s3.configs.{S3 => S3Config}\n\nimport scala.collection.immutable\nimport scala.concurrent.Future\n\nimport java.util.concurrent.ConcurrentLinkedQueue\n\nclass BackupClientChunkState[T <: KafkaClientInterface](maybeS3Settings: Option[S3Settings])(implicit\n    override val kafkaClientInterface: T,\n    override val backupConfig: Backup,\n    override val system: ActorSystem,\n    s3Config: S3Config,\n    s3Headers: S3Headers\n) extends BackupClient[T](maybeS3Settings) {\n  val processedChunks: ConcurrentLinkedQueue[SuccessfulUploadPart] = new ConcurrentLinkedQueue[SuccessfulUploadPart]()\n\n  override val successSink\n      : Sink[(SuccessfulUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext]), Future[Done]] =\n    super.successSink.contramap { case (part, value) =>\n      processedChunks.add(part)\n      (part, value)\n    }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"cli-backup\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/App.scala","text":"package io.aiven.guardian.kafka.backup\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.kafka.scaladsl.Consumer\nimport io.aiven.guardian.kafka.backup.BackupClientInterface\nimport io.aiven.guardian.kafka.backup.KafkaPublisher\nimport io.aiven.guardian.kafka.backup.KafkaPublisherInterface\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\ntrait App[T <: KafkaClientInterface] {\n  implicit val kafkaClient: T\n  implicit val backupClient: BackupClientInterface[KafkaClient]\n  implicit val actorSystem: ActorSystem\n  implicit val executionContext: ExecutionContext\n\n  def run(): Consumer.Control = backupClient.backup.run()\n  def shutdown(control: Consumer.Control): Future[Done] =\n    \/\/ Ideally we should be using drainAndShutdown however this isn't possible due to\n    \/\/ https:\/\/github.com\/aiven\/guardian-for-apache-kafka\/issues\/80\n    control.stop().flatMap(_ => control.shutdown())\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-gcs\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/gcs\/BackupClient.scala","text":"package io.aiven.guardian.kafka.backup.gcs\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.ContentTypes\nimport akka.stream.alpakka.google.GoogleAttributes\nimport akka.stream.alpakka.google.GoogleSettings\nimport akka.stream.alpakka.googlecloud.storage.StorageObject\nimport akka.stream.alpakka.googlecloud.storage.scaladsl.GCStorage\nimport akka.stream.scaladsl.Sink\nimport akka.util.ByteString\nimport io.aiven.guardian.kafka.backup.BackupClientInterface\nimport io.aiven.guardian.kafka.backup.KafkaPublisherInterface\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.gcs.configs.{GCS => GCSConfig}\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\n\/\/ TODO: GCS implementation currently does not work correctly because of inability of current GCS implementation in\n\/\/ Alpakka to allow us to commit Kafka cursor whenever chunks are uploaded\nclass BackupClient[T <: KafkaClientInterface](maybeGoogleSettings: Option[GoogleSettings])(implicit\n    override val kafkaClientInterface: T,\n    override val backupConfig: Backup,\n    override val system: ActorSystem,\n    gcsConfig: GCSConfig\n) extends BackupClientInterface[T] {\n\n  override def empty: () => Future[Option[StorageObject]] = () => Future.successful(None)\n\n  override type BackupResult = Option[StorageObject]\n\n  override type State = Nothing\n\n  override def getCurrentUploadState(key: String): Future[UploadStateResult] =\n    Future.successful(UploadStateResult.empty)\n\n  override def backupToStorageTerminateSink(\n      previousState: PreviousState\n  ): Sink[ByteString, Future[Option[StorageObject]]] = {\n    val base = GCStorage\n      .resumableUpload(gcsConfig.dataBucket, previousState.previousKey, ContentTypes.`application\/json`)\n      .mapMaterializedValue(future => future.map(result => Some(result))(ExecutionContext.parasitic))\n\n    maybeGoogleSettings\n      .fold(base)(googleSettings => base.withAttributes(GoogleAttributes.settings(googleSettings)))\n  }\n\n  override def backupToStorageSink(key: String,\n                                   currentState: Option[Nothing]\n  ): Sink[(ByteString, kafkaClientInterface.CursorContext), Future[BackupResult]] = {\n    val base = GCStorage\n      .resumableUpload(gcsConfig.dataBucket, key, ContentTypes.`application\/json`)\n      .mapMaterializedValue(future => future.map(result => Some(result))(ExecutionContext.parasitic))\n\n    maybeGoogleSettings\n      .fold(base)(googleSettings => base.withAttributes(GoogleAttributes.settings(googleSettings)))\n      .contramap[(ByteString, kafkaClientInterface.CursorContext)] { case (byteString, _) =>\n        byteString\n      }\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core\/src\/test\/scala\/io\/aiven\/guardian\/akka\/AkkaStreamTestKit.scala","text":"<reponame>DipayanP007\/guardian-for-apache-kafka\npackage io.aiven.guardian.akka\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestKit\nimport akka.testkit.TestKitBase\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.Suite\n\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\n\ntrait AkkaStreamTestKit extends TestKitBase with BeforeAndAfterAll { this: Suite =>\n  implicit val system: ActorSystem\n\n  override protected def afterAll(): Unit =\n    TestKit.shutdownActorSystem(system)\n\n  \/** If its not possible to determine whether a Stream has finished in a test and instead you need to use a manual\n    * wait, make sure you wait at least this period of time for akka-streams to initialize properly.\n    *\/\n  val AkkaStreamInitializationConstant: FiniteDuration = 500 millis\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core-backup\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/BackupClientInterface.scala","text":"<gh_stars>0\npackage io.aiven.guardian.kafka.backup\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl._\nimport akka.util.ByteString\nimport com.typesafe.scalalogging.StrictLogging\nimport io.aiven.guardian.kafka.Errors\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.backup.configs.ChronoUnitSlice\nimport io.aiven.guardian.kafka.backup.configs.PeriodFromFirst\nimport io.aiven.guardian.kafka.backup.configs.TimeConfiguration\nimport io.aiven.guardian.kafka.codecs.Circe._\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\nimport io.circe.syntax._\n\nimport scala.annotation.nowarn\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\nimport scala.jdk.DurationConverters._\n\nimport java.time._\nimport java.time.format.DateTimeFormatter\nimport java.time.temporal._\n\n\/** An interface for a template on how to backup a Kafka Stream into some data storage\n  * @tparam T\n  *   The underlying `kafkaClientInterface` type\n  *\/\ntrait BackupClientInterface[T <: KafkaClientInterface] extends StrictLogging {\n  implicit val kafkaClientInterface: T\n  implicit val backupConfig: Backup\n  implicit val system: ActorSystem\n\n  \/** An element from the original record\n    *\/\n  private[backup] sealed trait RecordElement\n  private[backup] case class Element(reducedConsumerRecord: ReducedConsumerRecord,\n                                     context: kafkaClientInterface.CursorContext\n  ) extends RecordElement\n  private[backup] case object End extends RecordElement\n\n  \/** An element after the record has been transformed to a ByteString\n    *\/\n  private[backup] sealed trait ByteStringElement {\n    val data: ByteString\n    val context: kafkaClientInterface.CursorContext\n  }\n\n  private[backup] case class Start(override val data: ByteString,\n                                   override val context: kafkaClientInterface.CursorContext,\n                                   key: String\n  ) extends ByteStringElement\n  private[backup] case class Tail(override val data: ByteString,\n                                  override val context: kafkaClientInterface.CursorContext\n  ) extends ByteStringElement\n\n  case class PreviousState(state: State, previousKey: String)\n  case class UploadStateResult(current: Option[State], previous: Option[PreviousState])\n  object UploadStateResult {\n    val empty: UploadStateResult = UploadStateResult(None, None)\n  }\n\n  \/** Override this type to define the result of backing up data to a datasource\n    *\/\n  type BackupResult\n\n  \/** Override this type to define the result of calculating the previous state (if it exists)\n    *\/\n  type State\n\n  import BackupClientInterface._\n\n  \/** Override this method to define how to retrieve the current state of any unfinished backups.\n    * @param key\n    *   The object key or filename for what is currently being backed up\n    * @return\n    *   A [[Future]] with a [[UploadStateResult]] data structure that optionally contains the state associated with\n    *   `key` along with the previous latest state before `key` (if it exists)\n    *\/\n  def getCurrentUploadState(key: String): Future[UploadStateResult]\n\n  \/** A sink that is executed whenever a previously existing Backup needs to be terminated and closed. Generally\n    * speaking this [[Sink]] is similar to the [[backupToStorageSink]] except that\n    * [[kafkaClientInterface.CursorContext]] is not required since no Kafka messages are being written.\n    *\n    * Note that the terminate refers to the fact that this Sink is executed with a `null]` [[Source]] which when written\n    * to an already existing unfinished backup terminates the containing JSON array so that it becomes valid parsable\n    * JSON.\n    * @param previousState\n    *   A data structure containing both the [[State]] along with the associated key which you can refer to in order to\n    *   define your [[Sink]]\n    * @return\n    *   A [[Sink]] that points to an existing key defined by `previousState.previousKey`\n    *\/\n  def backupToStorageTerminateSink(previousState: PreviousState): Sink[ByteString, Future[BackupResult]]\n\n  \/** Override this method to define how to backup a `ByteString` combined with Kafka\n    * `kafkaClientInterface.CursorContext` to a `DataSource`\n    * @param key\n    *   The object key or filename for what is being backed up\n    * @param currentState\n    *   The current state if it exists. If this is empty then a new backup is being created with the associated `key`\n    *   otherwise if this contains a [[State]] then the defined [[Sink]] needs to handle resuming a previously\n    *   unfinished backup with that `key` by directly appending the [[ByteString]] data.\n    * @return\n    *   A [[Sink]] that given a [[ByteString]] (containing a single Kafka [[ReducedConsumerRecord]]) along with its\n    *   [[kafkaClientInterface.CursorContext]] backs up the data to your data storage. The [[Sink]] is also responsible\n    *   for executing [[kafkaClientInterface.commitCursor]] when the data is successfully backed up\n    *\/\n  def backupToStorageSink(key: String,\n                          currentState: Option[State]\n  ): Sink[(ByteString, kafkaClientInterface.CursorContext), Future[BackupResult]]\n\n  \/** Override this method to define a zero vale that covers the case that occurs immediately when `SubFlow` has been\n    * split at `BackupStreamPosition.Start`. If you have difficulties defining an empty value for `BackupResult` then\n    * you can wrap it in an `Option` and just use `None` for the empty case\n    * @return\n    *   An \"empty\" value that is used when a split `SubFlow` has just started\n    *\/\n  def empty: () => Future[BackupResult]\n\n  private[backup] def calculateBackupStreamPositions(\n      sourceWithPeriods: SourceWithContext[(ReducedConsumerRecord, Long),\n                                           kafkaClientInterface.CursorContext,\n                                           kafkaClientInterface.Control\n      ]\n  ): Source[RecordElement, kafkaClientInterface.Control] =\n    sourceWithPeriods.asSource\n      .prefixAndTail(2)\n      \/\/ This algorithm only works with Source's that have 2 or more elements\n      .flatMapConcat {\n        case (Seq(\n                ((firstReducedConsumerRecord, firstDivision), firstContext),\n                ((secondReducedConsumerRecord, secondDivision), secondContext)\n              ),\n              rest\n            ) =>\n          val all = Source\n            .combine(\n              Source(\n                List(\n                  ((firstReducedConsumerRecord, firstDivision), firstContext),\n                  ((secondReducedConsumerRecord, secondDivision), secondContext)\n                )\n              ),\n              rest\n            )(Concat(_))\n\n          val withDivisions =\n            all\n              .sliding(2)\n              .map {\n                case Seq(((_, beforeDivisions), _), ((afterReducedConsumerRecord, afterDivisions), afterContext)) =>\n                  if (isAtBoundary(beforeDivisions, afterDivisions))\n                    List(\n                      End,\n                      Element(afterReducedConsumerRecord, afterContext)\n                    )\n                  else\n                    List(Element(afterReducedConsumerRecord, afterContext))\n                case rest =>\n                  throw Errors.UnhandledStreamCase(rest)\n              }\n              .mapConcat(identity)\n\n          Source.combine(\n            Source.single(Element(firstReducedConsumerRecord, firstContext)),\n            withDivisions\n          )(Concat(_))\n        \/\/ This case only occurs if a Source has a single element so we just directly return it\n        case (Seq(((singleReducedConsumerRecord, _), singleContext)), _) =>\n          Source.single(Element(singleReducedConsumerRecord, singleContext))\n        case (rest, _) =>\n          throw Errors.UnhandledStreamCase(rest)\n      }\n\n  private[backup] def sourceWithPeriods(\n      source: Source[(OffsetDateTime, (ReducedConsumerRecord, kafkaClientInterface.CursorContext)),\n                     kafkaClientInterface.Control\n      ]\n  ): SourceWithContext[(ReducedConsumerRecord, Long),\n                       kafkaClientInterface.CursorContext,\n                       kafkaClientInterface.Control\n  ] = SourceWithContext.fromTuples(source.map { case (firstTimestamp, (record, context)) =>\n    val period = calculateNumberOfPeriodsFromTimestamp(firstTimestamp, backupConfig.timeConfiguration, record)\n    ((record, period), context)\n  })\n\n  private[backup] def sourceWithFirstRecord\n      : Source[(OffsetDateTime, (ReducedConsumerRecord, kafkaClientInterface.CursorContext)),\n               kafkaClientInterface.Control\n      ] =\n    kafkaClientInterface.getSource.asSource.prefixAndTail(1).flatMapConcat { case (head, rest) =>\n      head.headOption match {\n        case Some((firstReducedConsumerRecord, firstCursorContext)) =>\n          val firstTimestamp = firstReducedConsumerRecord.toOffsetDateTime\n\n          Source.combine(\n            Source.single((firstTimestamp, (firstReducedConsumerRecord, firstCursorContext))),\n            rest.map { case (reducedConsumerRecord, context) =>\n              (firstTimestamp, (reducedConsumerRecord, context))\n            }\n          )(Concat(_))\n        case None => throw Errors.ExpectedStartOfSource\n      }\n    }\n\n  \/** Transforms a sequence of [[RecordElement]]'s into a ByteString so that it can be persisted into the data storage\n    *\n    * @param sourceElements\n    *   A sequence of [[RecordElement]]'s as a result of `sliding(2)`\n    * @return\n    *   a [[ByteString]] ready to be persisted along with the original context form the [[RecordElement]]\n    *\/\n  private[backup] def transformReducedConsumerRecords(sourceElements: Seq[RecordElement]) = {\n    val stringWithContext = sourceElements match {\n      case Seq(Element(reducedConsumerRecord, context)) =>\n        \/\/ Happens in Sentinel case that is explicitly called at start of stream OR when a stream is interrupted by the user\n        \/\/ in which case stream needs to be terminated with `null]` in order to be valid\n        List((s\"${reducedConsumerRecordAsString(reducedConsumerRecord)},\", Some(context)))\n      case Seq(Element(firstReducedConsumerRecord, firstContext),\n               Element(secondReducedConsumerRecord, secondContext)\n          ) =>\n        List(\n          (s\"${reducedConsumerRecordAsString(firstReducedConsumerRecord)},\", Some(firstContext)),\n          (s\"${reducedConsumerRecordAsString(secondReducedConsumerRecord)},\", Some(secondContext))\n        )\n      case Seq(Element(reducedConsumerRecord, context), End) =>\n        List((s\"${reducedConsumerRecordAsString(reducedConsumerRecord)}]\", Some(context)))\n      case Seq(End) =>\n        List((\"]\", None))\n      case rest => throw Errors.UnhandledStreamCase(rest)\n    }\n    stringWithContext.map { case (string, context) => (ByteString(string), context) }\n  }\n\n  private[backup] def dropCommaFromEndOfJsonArray(byteString: ByteString) =\n    byteString.dropRight(1)\n\n  \/** Applies the transformation to the first element of a Stream so that it starts of as a JSON array.\n    *\n    * @param element\n    *   Starting [[Element]]\n    * @param key\n    *   The current key being processed\n    * @param terminate\n    *   Whether to immediately terminate the JSON array for single element in Stream case\n    * @return\n    *   A [[List]] containing a single [[Start]] ready to be processed in the [[Sink]]\n    *\/\n  private[backup] def transformFirstElement(element: Element, key: String, terminate: Boolean) =\n    transformReducedConsumerRecords(List(element)).map {\n      case (byteString, Some(context)) =>\n        if (terminate)\n          Start(ByteString(\"[\") ++ dropCommaFromEndOfJsonArray(byteString) ++ ByteString(\"]\"), context, key)\n        else\n          Start(ByteString(\"[\") ++ byteString, context, key)\n      case _ =>\n        throw Errors.UnhandledStreamCase(List(element))\n    }\n\n  \/** Fixes the case where is an odd amount of elements in the stream\n    * @param head\n    *   of stream as a result of `prefixAndTail`\n    * @param restSource\n    *   of the stream as a result of `prefixAndTail`\n    * @return\n    *   A [[List]] of ([[ByteString]], [[kafkaClientInterface.CursorContext]]) with the tail elements fixed up.\n    *\/\n  private[backup] def transformTailingElement(\n      head: Seq[(ByteString, Option[kafkaClientInterface.CursorContext])],\n      restSource: Source[(ByteString, Option[kafkaClientInterface.CursorContext]), NotUsed]\n  ) = {\n    val restTransformed = restSource\n      .sliding(2, step = 2)\n      .map {\n        case Seq((before, Some(context)), (after, None)) =>\n          List((dropCommaFromEndOfJsonArray(before) ++ after, context))\n        case Seq((before, Some(beforeContext)), (after, Some(afterContext))) =>\n          List((before, beforeContext), (after, afterContext))\n        case Seq((single, Some(context))) =>\n          List((single, context))\n        case rest =>\n          throw Errors.UnhandledStreamCase(rest)\n      }\n\n    head match {\n      case Seq((byteString, Some(cursorContext))) =>\n        Source.combine(\n          Source.single((List((byteString, cursorContext)))),\n          restTransformed\n        )(Concat(_))\n      case rest =>\n        throw Errors.UnhandledStreamCase(rest)\n    }\n  }\n\n  private[backup] val terminateSource: Source[ByteString, NotUsed] =\n    Source.single(ByteString(\"null]\"))\n\n  \/** Prepares the sink before it gets handed to `backupToStorageSink`\n    *\/\n  private[backup] def prepareStartOfStream(uploadStateResult: UploadStateResult,\n                                           start: Start\n  ): Sink[ByteStringElement, Future[BackupResult]] =\n    (uploadStateResult.previous, uploadStateResult.current) match {\n      case (Some(previous), None) =>\n        backupConfig.timeConfiguration match {\n          case _: PeriodFromFirst =>\n            backupToStorageSink(start.key, None)\n              .contramap[ByteStringElement] { byteStringElement =>\n                (byteStringElement.data, byteStringElement.context)\n              }\n          case _: ChronoUnitSlice =>\n            logger.warn(\n              s\"Detected previous backup using PeriodFromFirst however current configuration is now changed to ChronoUnitSlice. Object\/file with an older key: ${start.key} may contain newer events than object\/file with newer key: ${previous.previousKey}\"\n            )\n            backupToStorageSink(start.key, None)\n              .contramap[ByteStringElement] { byteStringElement =>\n                (byteStringElement.data, byteStringElement.context)\n              }\n        }\n      case (None, Some(current)) =>\n        backupConfig.timeConfiguration match {\n          case _: PeriodFromFirst =>\n            throw Errors.UnhandledStreamCase(List(current))\n          case _: ChronoUnitSlice =>\n            Flow[ByteStringElement]\n              .flatMapPrefix(1) {\n                case Seq(byteStringElement: Start) =>\n                  val withoutStartOfJsonArray = byteStringElement.data.drop(1)\n                  Flow[ByteStringElement].prepend(\n                    Source.single(byteStringElement.copy(data = withoutStartOfJsonArray))\n                  )\n                case _ => throw Errors.ExpectedStartOfSource\n              }\n              .toMat(backupToStorageSink(start.key, Some(current)).contramap[ByteStringElement] { byteStringElement =>\n                (byteStringElement.data, byteStringElement.context)\n              })(Keep.right)\n        }\n      case (None, None) =>\n        backupToStorageSink(start.key, None)\n          .contramap[ByteStringElement] { byteStringElement =>\n            (byteStringElement.data, byteStringElement.context)\n          }\n      case (Some(previous), Some(current)) =>\n        throw Errors.UnhandledStreamCase(List(previous.state, current))\n    }\n\n  \/** The entire flow that involves reading from Kafka, transforming the data into JSON and then backing it up into a\n    * data source.\n    * @return\n    *   The `KafkaClientInterface.Control` which depends on the implementation of `T` (typically this is used to control\n    *   the underlying stream).\n    *\/\n  def backup: RunnableGraph[kafkaClientInterface.Control] = {\n    val withBackupStreamPositions = calculateBackupStreamPositions(sourceWithPeriods(sourceWithFirstRecord))\n\n    val split = withBackupStreamPositions\n      .splitAfter { case sourceElement =>\n        sourceElement match {\n          case End => true\n          case _   => false\n        }\n      }\n\n    val substreams = split\n      .prefixAndTail(2)\n      .flatMapConcat {\n        case (Seq(only: Element, End), _) =>\n          \/\/ This case only occurs when you have a single element in a timeslice.\n          \/\/ We have to terminate immediately to create a JSON array with a single element\n          val key = calculateKey(only.reducedConsumerRecord.toOffsetDateTime, backupConfig.timeConfiguration)\n          Source(transformFirstElement(only, key, terminate = true))\n        case (Seq(first: Element, second: Element), restOfReducedConsumerRecords) =>\n          val key         = calculateKey(first.reducedConsumerRecord.toOffsetDateTime, backupConfig.timeConfiguration)\n          val firstSource = transformFirstElement(first, key, terminate = false)\n\n          val rest = Source.combine(\n            Source.single(second),\n            restOfReducedConsumerRecords\n          )(Concat(_))\n\n          val restTransformed = rest\n            .sliding(2, step = 2)\n            .map(transformReducedConsumerRecords)\n            .mapConcat(identity)\n            .prefixAndTail(1)\n            .flatMapConcat((transformTailingElement _).tupled)\n            .mapConcat(identity)\n            .map { case (byteString, context) => Tail(byteString, context) }\n\n          Source.combine(\n            Source(\n              firstSource\n            ),\n            restTransformed\n          )(Concat(_))\n        case (Seq(only: Element), _) =>\n          \/\/ This case can also occur when user terminates the stream\n          val key = calculateKey(only.reducedConsumerRecord.toOffsetDateTime, backupConfig.timeConfiguration)\n          Source(transformFirstElement(only, key, terminate = false))\n        case (rest, _) =>\n          throw Errors.UnhandledStreamCase(rest)\n      }\n\n    @nowarn(\"msg=method lazyInit in object Sink is deprecated\")\n    val subFlowSink = substreams.to(\n      \/\/ See https:\/\/stackoverflow.com\/questions\/68774425\/combine-prefixandtail1-with-sink-lazysink-for-subflow-created-by-splitafter\/68776660?noredirect=1#comment121558518_68776660\n      Sink.lazyInit(\n        {\n          case start: Start =>\n            implicit val ec: ExecutionContext = system.dispatcher\n            for {\n              uploadStateResult <- getCurrentUploadState(start.key)\n              _ <- (uploadStateResult.previous, uploadStateResult.current) match {\n                     case (Some(previous), None) =>\n                       terminateSource.runWith(backupToStorageTerminateSink(previous)).map(Some.apply)\n                     case _ => Future.successful(None)\n                   }\n            } yield prepareStartOfStream(uploadStateResult, start)\n          case _ => throw Errors.ExpectedStartOfSource\n        },\n        empty\n      )\n    )\n\n    subFlowSink\n  }\n}\n\nobject BackupClientInterface {\n  def reducedConsumerRecordAsString(reducedConsumerRecord: ReducedConsumerRecord): String =\n    io.circe.Printer.noSpaces.print(reducedConsumerRecord.asJson)\n\n  def formatOffsetDateTime(offsetDateTime: OffsetDateTime): String =\n    offsetDateTime.format(DateTimeFormatter.ISO_OFFSET_DATE_TIME)\n\n  \/** Calculate an object storage key or filename for a ReducedConsumerRecord\n    * @param offsetDateTime\n    *   A given time\n    * @return\n    *   A `String` that can be used either as some object key or a filename\n    *\/\n  def calculateKey(offsetDateTime: OffsetDateTime, timeConfiguration: TimeConfiguration): String = {\n    val finalTime = timeConfiguration match {\n      case ChronoUnitSlice(chronoUnit) => offsetDateTime.truncatedTo(chronoUnit)\n      case _                           => offsetDateTime\n    }\n\n    s\"${BackupClientInterface.formatOffsetDateTime(finalTime)}.json\"\n  }\n\n  \/** Calculates whether we have rolled over a time period given number of divided periods.\n    * @param dividedPeriodsBefore\n    *   The number of divided periods in the first element of the slide. -1 is used as a sentinel value to indicate the\n    *   start of the stream\n    * @param dividedPeriodsAfter\n    *   The number of divided periods in the second element of the slide\n    * @return\n    *   `true` if we have hit a time boundary otherwise `false`\n    *\/\n  def isAtBoundary(dividedPeriodsBefore: Long, dividedPeriodsAfter: Long): Boolean =\n    (dividedPeriodsBefore, dividedPeriodsAfter) match {\n      case (before, after) if after > before =>\n        true\n      case _ =>\n        false\n    }\n\n  protected def calculateNumberOfPeriodsFromTimestamp(initialTime: OffsetDateTime,\n                                                      timeConfiguration: TimeConfiguration,\n                                                      reducedConsumerRecord: ReducedConsumerRecord\n  ): Long = {\n    val (period, finalInitialTime) = timeConfiguration match {\n      case PeriodFromFirst(duration) => (duration, initialTime)\n      case ChronoUnitSlice(chronoUnit) =>\n        (chronoUnit.getDuration.toScala, initialTime.truncatedTo(chronoUnit))\n    }\n\n    \/\/ TODO handle overflow?\n    ChronoUnit.MICROS.between(finalInitialTime, reducedConsumerRecord.toOffsetDateTime) \/ period.toMicros\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-s3\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/backup\/s3\/RealS3BackupClientSpec.scala","text":"<reponame>DipayanP007\/guardian-for-apache-kafka\npackage io.aiven.guardian.kafka.backup.s3\n\nimport akka.Done\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.kafka.ConsumerSettings\nimport akka.kafka.ProducerSettings\nimport akka.kafka.scaladsl.Producer\nimport akka.stream.KillSwitches\nimport akka.stream.SharedKillSwitch\nimport akka.stream.alpakka.s3.ListBucketResultContents\nimport akka.stream.alpakka.s3.S3Settings\nimport akka.stream.alpakka.s3.scaladsl.S3\nimport akka.stream.scaladsl.Sink\nimport akka.stream.scaladsl.Source\nimport com.softwaremill.diffx.scalatest.DiffMustMatcher._\nimport io.aiven.guardian.akka.AnyPropTestKit\nimport io.aiven.guardian.kafka.Generators.KafkaDataInChunksWithTimePeriod\nimport io.aiven.guardian.kafka.Generators.kafkaDataWithMinSizeGen\nimport io.aiven.guardian.kafka.KafkaClusterTest\nimport io.aiven.guardian.kafka.Utils._\nimport io.aiven.guardian.kafka.backup.KafkaPublisher\nimport io.aiven.guardian.kafka.backup.MockedBackupClientInterface\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.backup.configs.ChronoUnitSlice\nimport io.aiven.guardian.kafka.backup.configs.PeriodFromFirst\nimport io.aiven.guardian.kafka.codecs.Circe._\nimport io.aiven.guardian.kafka.configs.KafkaCluster\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\nimport io.aiven.guardian.kafka.s3.Generators.s3ConfigGen\nimport io.aiven.guardian.kafka.s3.configs.{S3 => S3Config}\nimport org.apache.kafka.clients.CommonClientConfigs\nimport org.apache.kafka.clients.admin.AdminClient\nimport org.apache.kafka.clients.admin.NewTopic\nimport org.apache.kafka.clients.producer.ProducerRecord\nimport org.apache.kafka.common.serialization.ByteArraySerializer\nimport org.mdedetrich.akka.stream.support.CirceStreamSupport\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\nimport scala.jdk.FutureConverters._\nimport scala.language.postfixOps\n\nimport java.time.temporal.ChronoUnit\nimport java.util.Base64\n\nclass RealS3BackupClientSpec\n    extends AnyPropTestKit(ActorSystem(\"RealS3BackupClientSpec\"))\n    with BackupClientSpec\n    with KafkaClusterTest {\n  override lazy val s3Settings: S3Settings = S3Settings()\n\n  \/** Virtual Dot Host in bucket names are disabled because you need an actual DNS certificate otherwise AWS will fail\n    * on bucket creation\n    *\/\n  override lazy val useVirtualDotHost: Boolean            = false\n  override lazy val bucketPrefix: Option[String]          = Some(\"guardian-\")\n  override lazy val enableCleanup: Option[FiniteDuration] = Some(5 seconds)\n\n  \/** Timeout constant to wait for both Akka Streams plus initialization of consumer\/kafka cluster\n    *\/\n  val KafkaInitializationTimeoutConstant: FiniteDuration = AkkaStreamInitializationConstant + (2.5 seconds)\n\n  case object TerminationException extends Exception(\"termination-exception\")\n\n  def reducedConsumerRecordsToJson(reducedConsumerRecords: List[ReducedConsumerRecord]): Array[Byte] = {\n    import io.aiven.guardian.kafka.codecs.Circe._\n    import io.circe.syntax._\n    reducedConsumerRecords.asJson.noSpaces.getBytes\n  }\n\n  def baseKafkaConfig: Some[ConsumerSettings[Array[Byte], Array[Byte]] => ConsumerSettings[Array[Byte], Array[Byte]]] =\n    Some(\n      _.withBootstrapServers(\n        container.bootstrapServers\n      )\n    )\n\n  def createKafkaClient(\n      killSwitch: SharedKillSwitch\n  )(implicit kafkaClusterConfig: KafkaCluster, backupConfig: Backup): KafkaClientWithKillSwitch =\n    new KafkaClientWithKillSwitch(\n      configureConsumer = baseKafkaConfig,\n      killSwitch = killSwitch\n    )\n\n  \/** Converts a generated list of `ReducedConsumerRecord` to a list of `ProducerRecord`\n    * @param data\n    *   List of `ReducedConsumerRecord`'s generated by scalacheck\n    * @return\n    *   A list of `ProducerRecord`. Note that it only uses the `key`\/`value` and ignores other values\n    *\/\n  def toProducerRecords(data: List[ReducedConsumerRecord]): List[ProducerRecord[Array[Byte], Array[Byte]]] = data.map {\n    reducedConsumerRecord =>\n      val keyAsByteArray   = Base64.getDecoder.decode(reducedConsumerRecord.key)\n      val valueAsByteArray = Base64.getDecoder.decode(reducedConsumerRecord.value)\n      new ProducerRecord[Array[Byte], Array[Byte]](reducedConsumerRecord.topic, keyAsByteArray, valueAsByteArray)\n  }\n\n  \/** Converts a list of `ProducerRecord` to a source that is streamed over a period of time\n    * @param producerRecords\n    *   The list of producer records\n    * @param streamDuration\n    *   The period over which the topics will be streamed\n    * @return\n    *   Source ready to be passed into a Kafka producer\n    *\/\n  def toSource(\n      producerRecords: List[ProducerRecord[Array[Byte], Array[Byte]]],\n      streamDuration: FiniteDuration\n  ): Source[ProducerRecord[Array[Byte], Array[Byte]], NotUsed] = {\n    val durationToMicros = streamDuration.toMillis\n    val topicsPerMillis  = producerRecords.size \/ durationToMicros\n    Source(producerRecords).throttle(topicsPerMillis.toInt, 1 millis)\n  }\n\n  \/** Call this function to send a message after the next step of configured time period to trigger a rollover so the\n    * current object will finish processing\n    * @param duration\n    * @param producerSettings\n    * @param topic\n    * @return\n    *\/\n  def sendTopicAfterTimePeriod(duration: FiniteDuration,\n                               producerSettings: ProducerSettings[Array[Byte], Array[Byte]],\n                               topic: String\n  ): Future[Done] = akka.pattern.after(duration) {\n    Source(\n      List(\n        new ProducerRecord[Array[Byte], Array[Byte]](topic, \"1\".getBytes, \"1\".getBytes)\n      )\n    ).runWith(Producer.plainSink(producerSettings))\n  }\n\n  def createProducer(): ProducerSettings[Array[Byte], Array[Byte]] =\n    ProducerSettings(system, new ByteArraySerializer, new ByteArraySerializer)\n      .withBootstrapServers(container.bootstrapServers)\n\n  case class DownloadNotReady(downloads: Seq[ListBucketResultContents])\n      extends Exception(s\"Download not ready, current state is ${downloads.map(_.toString).mkString(\",\")}\")\n\n  def getKeyFromSingleDownload(dataBucket: String): Future[String] = waitForS3Download(\n    dataBucket,\n    {\n      case Seq(single) => single.key\n      case rest =>\n        throw DownloadNotReady(rest)\n    }\n  )\n\n  def getKeysFromTwoDownloads(dataBucket: String): Future[(String, String)] = waitForS3Download(\n    dataBucket,\n    {\n      case Seq(first, second) => (first.key, second.key)\n      case rest =>\n        throw DownloadNotReady(rest)\n    }\n  )\n\n  def waitUntilBackupClientHasCommitted(backupClient: BackupClientChunkState[_],\n                                        step: FiniteDuration = 100 millis,\n                                        delay: FiniteDuration = 5 seconds\n  ): Future[Unit] =\n    if (backupClient.processedChunks.size() > 0)\n      akka.pattern.after(delay)(Future.successful(()))\n    else\n      akka.pattern.after(step)(waitUntilBackupClientHasCommitted(backupClient, step, delay))\n\n  property(\"basic flow without interruptions using PeriodFromFirst works correctly\") {\n    forAll(kafkaDataWithMinSizeGen(S3.MinChunkSize, 2, reducedConsumerRecordsToJson),\n           s3ConfigGen(useVirtualDotHost, bucketPrefix)\n    ) { (kafkaDataInChunksWithTimePeriod: KafkaDataInChunksWithTimePeriod, s3Config: S3Config) =>\n      logger.info(s\"Data bucket is ${s3Config.dataBucket}\")\n\n      val data = kafkaDataInChunksWithTimePeriod.data.flatten\n\n      val topics = data.map(_.topic).toSet\n\n      val asProducerRecords = toProducerRecords(data)\n      val baseSource        = toSource(asProducerRecords, 30 seconds)\n\n      implicit val kafkaClusterConfig: KafkaCluster = KafkaCluster(topics)\n\n      implicit val config: S3Config     = s3Config\n      implicit val backupConfig: Backup = Backup(MockedBackupClientInterface.KafkaGroupId, PeriodFromFirst(1 minute))\n\n      val producerSettings = createProducer()\n\n      val backupClient =\n        new BackupClient(Some(s3Settings))(new KafkaClient(configureConsumer = baseKafkaConfig),\n                                           implicitly,\n                                           implicitly,\n                                           implicitly,\n                                           implicitly\n        )\n\n      val adminClient = AdminClient.create(\n        Map[String, AnyRef](\n          CommonClientConfigs.BOOTSTRAP_SERVERS_CONFIG -> container.bootstrapServers\n        ).asJava\n      )\n\n      val createTopics = adminClient.createTopics(topics.map { topic =>\n        new NewTopic(topic, 1, 1.toShort)\n      }.asJava)\n\n      val calculatedFuture = for {\n        _ <- createTopics.all().toCompletableFuture.asScala\n        _ <- createBucket(s3Config.dataBucket)\n        _ = backupClient.backup.run()\n        _ <- akka.pattern.after(KafkaInitializationTimeoutConstant)(\n               baseSource\n                 .runWith(Producer.plainSink(producerSettings))\n             )\n        _   <- sendTopicAfterTimePeriod(1 minute, producerSettings, topics.head)\n        key <- getKeyFromSingleDownload(s3Config.dataBucket)\n        downloaded <-\n          S3.download(s3Config.dataBucket, key)\n            .withAttributes(s3Attrs)\n            .runWith(Sink.head)\n            .flatMap {\n              case Some((downloadSource, _)) =>\n                downloadSource.via(CirceStreamSupport.decode[List[Option[ReducedConsumerRecord]]]).runWith(Sink.seq)\n              case None => throw new Exception(s\"Expected object in bucket ${s3Config.dataBucket} with key $key\")\n            }\n\n      } yield downloaded.toList.flatten.collect { case Some(reducedConsumerRecord) =>\n        reducedConsumerRecord\n      }\n\n      val downloaded = calculatedFuture.futureValue\n\n      val downloadedGroupedAsKey = downloaded\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      val inputAsKey = data\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      downloadedGroupedAsKey mustMatchTo inputAsKey\n    }\n  }\n\n  property(\"suspend\/resume using PeriodFromFirst creates separate object after resume point\") {\n    forAll(kafkaDataWithMinSizeGen(S3.MinChunkSize, 2, reducedConsumerRecordsToJson),\n           s3ConfigGen(useVirtualDotHost, bucketPrefix)\n    ) { (kafkaDataInChunksWithTimePeriod: KafkaDataInChunksWithTimePeriod, s3Config: S3Config) =>\n      logger.info(s\"Data bucket is ${s3Config.dataBucket}\")\n\n      val data = kafkaDataInChunksWithTimePeriod.data.flatten\n\n      val topics = data.map(_.topic).toSet\n\n      implicit val kafkaClusterConfig: KafkaCluster = KafkaCluster(topics)\n\n      implicit val config: S3Config     = s3Config\n      implicit val backupConfig: Backup = Backup(MockedBackupClientInterface.KafkaGroupId, PeriodFromFirst(1 minute))\n\n      val producerSettings = createProducer()\n\n      val killSwitch = KillSwitches.shared(\"kill-switch\")\n\n      val backupClient =\n        new BackupClientChunkState(Some(s3Settings))(createKafkaClient(killSwitch),\n                                                     implicitly,\n                                                     implicitly,\n                                                     implicitly,\n                                                     implicitly\n        )\n\n      val asProducerRecords = toProducerRecords(data)\n      val baseSource        = toSource(asProducerRecords, 30 seconds)\n\n      val adminClient = AdminClient.create(\n        Map[String, AnyRef](\n          CommonClientConfigs.BOOTSTRAP_SERVERS_CONFIG -> container.bootstrapServers\n        ).asJava\n      )\n\n      val createTopics = adminClient.createTopics(topics.map { topic =>\n        new NewTopic(topic, 1, 1.toShort)\n      }.asJava)\n\n      val calculatedFuture = for {\n        _ <- createTopics.all().toCompletableFuture.asScala\n        _ <- createBucket(s3Config.dataBucket)\n        _ = backupClient.backup.run()\n        _ = baseSource.runWith(Producer.plainSink(producerSettings))\n        _ <- waitUntilBackupClientHasCommitted(backupClient)\n        _ = killSwitch.abort(TerminationException)\n        secondBackupClient <- akka.pattern.after(2 seconds) {\n                                Future {\n                                  new BackupClient(Some(s3Settings))(\n                                    new KafkaClient(configureConsumer = baseKafkaConfig),\n                                    implicitly,\n                                    implicitly,\n                                    implicitly,\n                                    implicitly\n                                  )\n                                }\n                              }\n        _ = secondBackupClient.backup.run()\n        _                     <- sendTopicAfterTimePeriod(1 minute, producerSettings, topics.head)\n        (firstKey, secondKey) <- getKeysFromTwoDownloads(s3Config.dataBucket)\n        firstDownloaded <- S3.download(s3Config.dataBucket, firstKey)\n                             .withAttributes(s3Attrs)\n                             .runWith(Sink.head)\n                             .flatMap {\n                               case Some((downloadSource, _)) =>\n                                 downloadSource\n                                   .via(CirceStreamSupport.decode[List[Option[ReducedConsumerRecord]]])\n                                   .runWith(Sink.seq)\n                               case None =>\n                                 throw new Exception(s\"Expected object in bucket ${s3Config.dataBucket} with key $key\")\n                             }\n        secondDownloaded <- S3.download(s3Config.dataBucket, secondKey)\n                              .withAttributes(s3Attrs)\n                              .runWith(Sink.head)\n                              .flatMap {\n                                case Some((downloadSource, _)) =>\n                                  downloadSource\n                                    .via(CirceStreamSupport.decode[List[Option[ReducedConsumerRecord]]])\n                                    .runWith(Sink.seq)\n                                case None =>\n                                  throw new Exception(s\"Expected object in bucket ${s3Config.dataBucket} with key $key\")\n                              }\n\n      } yield {\n        val first = firstDownloaded.toList.flatten.collect { case Some(reducedConsumerRecord) =>\n          reducedConsumerRecord\n        }\n\n        val second = secondDownloaded.toList.flatten.collect { case Some(reducedConsumerRecord) =>\n          reducedConsumerRecord\n        }\n        (first, second)\n      }\n\n      val (firstDownloaded, secondDownloaded) = calculatedFuture.futureValue\n\n      \/\/ Only care about ordering when it comes to key\n      val firstDownloadedGroupedAsKey = firstDownloaded\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      val secondDownloadedGroupedAsKey = secondDownloaded\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      val inputAsKey = data\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      val downloaded = (firstDownloadedGroupedAsKey.keySet ++ secondDownloadedGroupedAsKey.keySet).map { key =>\n        (key,\n         firstDownloadedGroupedAsKey.getOrElse(key, List.empty) ++ secondDownloadedGroupedAsKey.getOrElse(key,\n                                                                                                          List.empty\n         )\n        )\n      }.toMap\n\n      downloaded mustMatchTo inputAsKey\n\n    }\n  }\n\n  property(\"suspend\/resume for same object using ChronoUnitSlice works correctly\") {\n    forAll(kafkaDataWithMinSizeGen(S3.MinChunkSize, 2, reducedConsumerRecordsToJson),\n           s3ConfigGen(useVirtualDotHost, bucketPrefix)\n    ) { (kafkaDataInChunksWithTimePeriod: KafkaDataInChunksWithTimePeriod, s3Config: S3Config) =>\n      logger.info(s\"Data bucket is ${s3Config.dataBucket}\")\n\n      val data = kafkaDataInChunksWithTimePeriod.data.flatten\n\n      val topics = data.map(_.topic).toSet\n\n      implicit val kafkaClusterConfig: KafkaCluster = KafkaCluster(topics)\n\n      implicit val config: S3Config = s3Config\n      implicit val backupConfig: Backup =\n        Backup(MockedBackupClientInterface.KafkaGroupId, ChronoUnitSlice(ChronoUnit.MINUTES))\n\n      val producerSettings = createProducer()\n\n      val killSwitch = KillSwitches.shared(\"kill-switch\")\n\n      val backupClient =\n        new BackupClientChunkState(Some(s3Settings))(createKafkaClient(killSwitch),\n                                                     implicitly,\n                                                     implicitly,\n                                                     implicitly,\n                                                     implicitly\n        )\n\n      val asProducerRecords = toProducerRecords(data)\n      val baseSource        = toSource(asProducerRecords, 30 seconds)\n\n      val adminClient = AdminClient.create(\n        Map[String, AnyRef](\n          CommonClientConfigs.BOOTSTRAP_SERVERS_CONFIG -> container.bootstrapServers\n        ).asJava\n      )\n\n      val createTopics = adminClient.createTopics(topics.map { topic =>\n        new NewTopic(topic, 1, 1.toShort)\n      }.asJava)\n\n      val calculatedFuture = for {\n        _ <- createTopics.all().toCompletableFuture.asScala\n        _ <- createBucket(s3Config.dataBucket)\n        _ = backupClient.backup.run()\n        _ <- waitForStartOfTimeUnit(ChronoUnit.MINUTES)\n        _ = baseSource.runWith(Producer.plainSink(producerSettings))\n        _ <- waitUntilBackupClientHasCommitted(backupClient)\n        _ = killSwitch.abort(TerminationException)\n        secondBackupClient <- akka.pattern.after(2 seconds) {\n                                Future {\n                                  new BackupClient(Some(s3Settings))(\n                                    new KafkaClient(configureConsumer = baseKafkaConfig),\n                                    implicitly,\n                                    implicitly,\n                                    implicitly,\n                                    implicitly\n                                  )\n                                }\n                              }\n        _ = secondBackupClient.backup.run()\n        _   <- sendTopicAfterTimePeriod(1 minute, producerSettings, topics.head)\n        key <- getKeyFromSingleDownload(s3Config.dataBucket)\n        downloaded <- S3.download(s3Config.dataBucket, key)\n                        .withAttributes(s3Attrs)\n                        .runWith(Sink.head)\n                        .flatMap {\n                          case Some((downloadSource, _)) =>\n                            downloadSource\n                              .via(CirceStreamSupport.decode[List[Option[ReducedConsumerRecord]]])\n                              .runWith(Sink.seq)\n                          case None =>\n                            throw new Exception(s\"Expected object in bucket ${s3Config.dataBucket} with key $key\")\n                        }\n\n      } yield downloaded.toList.flatten.collect { case Some(reducedConsumerRecord) =>\n        reducedConsumerRecord\n      }\n\n      val downloaded = calculatedFuture.futureValue\n\n      \/\/ Only care about ordering when it comes to key\n      val downloadedGroupedAsKey = downloaded\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      val inputAsKey = data\n        .groupBy(_.key)\n        .view\n        .mapValues { reducedConsumerRecords =>\n          reducedConsumerRecords.map(_.value)\n        }\n        .toMap\n\n      downloadedGroupedAsKey mustMatchTo inputAsKey\n    }\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-s3\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/backup\/s3\/BackupClientSpec.scala","text":"<gh_stars>0\npackage io.aiven.guardian.kafka.backup.s3\n\nimport akka.actor.Scheduler\nimport akka.stream.Attributes\nimport akka.stream.alpakka.s3.BucketAccess\nimport akka.stream.alpakka.s3.ListBucketResultContents\nimport akka.stream.alpakka.s3.S3Attributes\nimport akka.stream.alpakka.s3.S3Settings\nimport akka.stream.alpakka.s3.scaladsl.S3\nimport akka.stream.scaladsl.Keep\nimport akka.stream.scaladsl.Sink\nimport akka.stream.scaladsl.Source\nimport akka.testkit.TestKitBase\nimport com.softwaremill.diffx.generic.auto._\nimport com.softwaremill.diffx.scalatest.DiffMustMatcher._\nimport com.typesafe.scalalogging.StrictLogging\nimport io.aiven.guardian.akka.AkkaHttpTestKit\nimport io.aiven.guardian.kafka.Generators._\nimport io.aiven.guardian.kafka.backup.configs.PeriodFromFirst\nimport io.aiven.guardian.kafka.codecs.Circe._\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\nimport io.aiven.guardian.kafka.s3.Config\nimport io.aiven.guardian.kafka.s3.Generators._\nimport io.aiven.guardian.kafka.s3.configs.{S3 => S3Config}\nimport io.aiven.guardian.kafka.s3.errors.S3Errors\nimport org.mdedetrich.akka.stream.support.CirceStreamSupport\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.propspec.AnyPropSpecLike\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\nimport scala.language.postfixOps\n\nimport java.time.OffsetDateTime\nimport java.util.concurrent.ConcurrentLinkedQueue\n\ntrait BackupClientSpec\n    extends TestKitBase\n    with AnyPropSpecLike\n    with AkkaHttpTestKit\n    with Matchers\n    with ScalaCheckPropertyChecks\n    with ScalaFutures\n    with Config\n    with BeforeAndAfterAll\n    with StrictLogging {\n\n  implicit val ec: ExecutionContext            = system.dispatcher\n  implicit val defaultPatience: PatienceConfig = PatienceConfig(5 minutes, 100 millis)\n  implicit override val generatorDrivenConfig: PropertyCheckConfiguration =\n    PropertyCheckConfiguration(minSuccessful = 1, minSize = 1)\n\n  val ThrottleElements: Int          = 100\n  val ThrottleAmount: FiniteDuration = 1 millis\n\n  val s3Settings: S3Settings\n\n  implicit lazy val s3Attrs: Attributes = S3Attributes.settings(s3Settings)\n\n  \/** Whether to use virtual dot host, Typically this is disabled when testing against real services because they\n    * require domain name verification\n    *\/\n  val useVirtualDotHost: Boolean\n\n  \/** A prefix that will get added to each generated bucket in the test, this is to track the buckets that are\n    * specifically created by the test\n    *\/\n  lazy val bucketPrefix: Option[String] = None\n\n  private val bucketsToCleanup = new ConcurrentLinkedQueue[String]()\n\n  def createBucket(bucket: String): Future[Unit] =\n    for {\n      _ <- S3.makeBucket(bucket)\n      _ = if (enableCleanup.isDefined)\n            bucketsToCleanup.add(bucket)\n    } yield ()\n\n  \/** Whether to enable cleanup of buckets after tests are run and if so the initial delay to wait after the test\n    *\/\n  lazy val enableCleanup: Option[FiniteDuration] = None\n\n  \/** The MaxTimeout when cleaning up all of the buckets during `afterAll`\n    *\/\n  lazy val maxCleanupTimeout: FiniteDuration = 10 minutes\n\n  private def cleanBucket(bucket: String): Future[Unit] = (for {\n    check <- S3.checkIfBucketExists(bucket)\n    _ <- check match {\n           case BucketAccess.AccessDenied =>\n             Future {\n               logger.warn(\n                 s\"Cannot delete bucket: $bucket due to having access denied. Please look into this as it can fill up your AWS account\"\n               )\n             }\n           case BucketAccess.AccessGranted =>\n             logger.info(s\"Cleaning up bucket: $bucket\")\n             for {\n               _          <- S3.deleteBucketContents(bucket, deleteAllVersions = true).runWith(Sink.ignore)\n               multiParts <- S3.listMultipartUpload(bucket, None).runWith(Sink.seq)\n               _ <- Future.sequence(multiParts.map { part =>\n                      for {\n                        _ <- S3.deleteUpload(bucket, part.key, part.uploadId)\n                      } yield ()\n                    })\n               _ <- S3.deleteBucket(bucket)\n             } yield ()\n           case BucketAccess.NotExists =>\n             Future {\n               logger.info(s\"Not deleting bucket: $bucket since it no longer exists\")\n             }\n         }\n\n  } yield ()).recover { case util.control.NonFatal(error) =>\n    logger.error(s\"Error deleting bucket: $bucket\", error)\n  }\n\n  override def afterAll(): Unit =\n    enableCleanup match {\n      case Some(initialDelay) =>\n        def cleanAllBuckets = {\n          val futures = bucketsToCleanup.asScala.toList.distinct.map(cleanBucket)\n          Future.sequence(futures)\n        }\n\n        Await.result(akka.pattern.after(initialDelay)(cleanAllBuckets), maxCleanupTimeout)\n      case None => ()\n    }\n\n  \/** @param dataBucket\n    *   Which S3 bucket the objects are being persisted into\n    * @param transformResult\n    *   A function that transforms the download result from S3 into the data `T` that you need. Note that you can also\n    *   throw an exception in this transform function to trigger a retry (i.e. using it as a an additional predicate)\n    * @param attempts\n    *   Total number of attempts\n    * @param delay\n    *   The delay between each attempt after the first\n    * @tparam T\n    *   Type of the final result transformed by `transformResult`\n    * @return\n    *\/\n  def waitForS3Download[T](dataBucket: String,\n                           transformResult: Seq[ListBucketResultContents] => T,\n                           attempts: Int = 10,\n                           delay: FiniteDuration = 1 second\n  ): Future[T] = {\n    implicit val scheduler: Scheduler = system.scheduler\n\n    val attempt = () =>\n      S3.listBucket(dataBucket, None).withAttributes(s3Attrs).runWith(Sink.seq).map {\n        transformResult\n      }\n\n    akka.pattern.retry(attempt, attempts, delay)\n  }\n\n  property(\"backup method completes flow correctly for all valid Kafka events\") {\n    forAll(kafkaDataWithTimePeriodsGen(), s3ConfigGen(useVirtualDotHost, bucketPrefix)) {\n      (kafkaDataWithTimePeriod: KafkaDataWithTimePeriod, s3Config: S3Config) =>\n        logger.info(s\"Data bucket is ${s3Config.dataBucket}\")\n        val backupClient = new MockedS3BackupClientInterface(\n          Source(kafkaDataWithTimePeriod.data).throttle(ThrottleElements, ThrottleAmount),\n          PeriodFromFirst(kafkaDataWithTimePeriod.periodSlice),\n          s3Config,\n          Some(s3Settings)\n        )\n\n        val delay =\n          (ThrottleAmount * (kafkaDataWithTimePeriod.data.size \/ ThrottleElements) * 1.2) + (10 millis) match {\n            case fd: FiniteDuration   => fd\n            case _: Duration.Infinite => throw new Exception(\"Expected Finite Duration\")\n          }\n\n        val calculatedFuture = for {\n          _ <- createBucket(s3Config.dataBucket)\n          _ <- backupClient.backup.run()\n          _ <- akka.pattern.after(delay)(Future.successful(()))\n          bucketContents <-\n            S3.listBucket(s3Config.dataBucket, None, s3Headers)\n              .withAttributes(s3Attrs)\n              .toMat(Sink.collection)(Keep.right)\n              .run()\n          keysWithSource <-\n            Future.sequence(bucketContents.map { bucketContents =>\n              S3.download(s3Config.dataBucket, bucketContents.key)\n                .withAttributes(s3Attrs)\n                .map(\n                  _.getOrElse(\n                    throw S3Errors\n                      .ExpectedObjectToExist(s3Config.dataBucket, bucketContents.key, None, None, s3Headers)\n                  )\n                )\n                .runWith(Sink.head)\n                .map { case (source, _) =>\n                  (bucketContents.key, source)\n                }\n            })\n          keysWithRecords <- Future.sequence(keysWithSource.map { case (key, source) =>\n                               source\n                                 .via(CirceStreamSupport.decode[List[Option[ReducedConsumerRecord]]])\n                                 .toMat(Sink.collection)(Keep.right)\n                                 .run()\n                                 .map(list => (key, list.flatten))\n                             })\n          sorted = keysWithRecords.toList.sortBy { case (key, _) =>\n                     val date = key.replace(\".json\", \"\")\n                     OffsetDateTime.parse(date).toEpochSecond\n                   }(Ordering[Long].reverse)\n          flattened = sorted.flatMap { case (_, records) => records }\n        } yield flattened.collect { case Some(reducedConsumerRecord) =>\n          reducedConsumerRecord\n        }\n        val observed = calculatedFuture.futureValue\n\n        kafkaDataWithTimePeriod.data.containsSlice(observed) mustEqual true\n        if (observed.nonEmpty) {\n          observed.head mustMatchTo (kafkaDataWithTimePeriod.data.head)\n        }\n    }\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/KafkaClusterTest.scala","text":"<gh_stars>0\npackage io.aiven.guardian.kafka\n\nimport akka.testkit.TestKitBase\nimport com.dimafeng.testcontainers.ForAllTestContainer\nimport com.dimafeng.testcontainers.KafkaContainer\nimport org.scalatest.Suite\n\ntrait KafkaClusterTest extends ForAllTestContainer with TestKitBase { this: Suite =>\n  override lazy val container: KafkaContainer = new KafkaContainer()\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"build.sbt","text":"<gh_stars>0\nimport com.jsuereth.sbtpgp.PgpKeys.publishSigned\n\nThisBuild \/ scalaVersion         := \"2.13.6\"\nThisBuild \/ organization         := \"aiven.io\"\nThisBuild \/ organizationName     := \"Aiven\"\nThisBuild \/ organizationHomepage := Some(url(\"https:\/\/aiven.io\/\"))\n\nThisBuild \/ resolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\nval akkaVersion                = \"2.6.18\"\nval akkaHttpVersion            = \"10.2.7\"\nval alpakkaKafkaVersion        = \"2.1.1\"\nval alpakkaVersion             = \"3.0.4\"\nval quillJdbcMonixVersion      = \"3.7.2\"\nval postgresqlJdbcVersion      = \"42.2.24\"\nval scalaLoggingVersion        = \"3.9.4\"\nval logbackClassicVersion      = \"1.2.10\"\nval declineVersion             = \"2.2.0\"\nval pureConfigVersion          = \"0.17.1\"\nval scalaTestVersion           = \"3.2.9\"\nval scalaTestScalaCheckVersion = \"3.2.9.0\"\nval akkaStreamsJson            = \"0.8.0\"\nval diffxVersion               = \"0.7.0\"\nval testContainersVersion      = \"0.39.12\"\nval testContainersJavaVersion  = \"1.16.2\"\nval scalaCheckVersion          = \"1.15.5-1-SNAPSHOT\"\nval enumeratumVersion          = \"1.7.0\"\n\nval flagsFor12 = Seq(\n  \"-Xlint:_\",\n  \"-Ywarn-infer-any\",\n  \"-Ywarn-adapted-args\", \/\/ Warn if an argument list is modified to match the receiver\n  \"-Ywarn-inaccessible\",\n  \"-Ywarn-infer-any\",\n  \"-opt-inline-from:<sources>\",\n  \"-opt:l:method\"\n)\n\nval flagsFor13 = Seq(\n  \"-Xlint:_\",\n  \"-opt-inline-from:<sources>\",\n  \"-opt:l:method\",\n  \"-Xfatal-warnings\",\n  \"-Ywarn-unused\",\n  \"-Xlint:adapted-args\",\n  \"-Wconf:cat=unused:info\"\n)\n\nval librarySettings = Seq(\n  crossScalaVersions := List(\"2.12.14\", \"2.13.6\"),\n  scalacOptions ++= {\n    CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, n)) if n == 13 =>\n        flagsFor13\n      case Some((2, n)) if n == 12 =>\n        flagsFor12\n    }\n  }\n)\n\nval cliSettings = Seq(\n  publishArtifact := false,\n  scalacOptions ++= Seq(\n    \"-opt-inline-from:**\", \/\/ See https:\/\/www.lightbend.com\/blog\/scala-inliner-optimizer\n    \"-opt:l:method\"\n  ) ++ flagsFor13,\n  publish \/ skip       := true,\n  publishLocal \/ skip  := true,\n  publishSigned \/ skip := true,\n  scalaVersion         := \"2.13.6\",\n  rpmVendor            := \"Aiven\",\n  rpmLicense           := Some(\"ASL 2.0\")\n)\n\nval baseName = \"guardian-for-apache-kafka\"\n\nlazy val core = project\n  .in(file(\"core\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-core\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\"          %% \"akka-actor\"                     % akkaVersion                % Provided,\n      \"com.typesafe.akka\"          %% \"akka-stream\"                    % akkaVersion                % Provided,\n      \"com.typesafe.akka\"          %% \"akka-stream-kafka\"              % alpakkaKafkaVersion,\n      \"com.typesafe.scala-logging\" %% \"scala-logging\"                  % scalaLoggingVersion,\n      \"com.github.pureconfig\"      %% \"pureconfig\"                     % pureConfigVersion,\n      \"ch.qos.logback\"              % \"logback-classic\"                % logbackClassicVersion,\n      \"org.mdedetrich\"             %% \"akka-stream-circe\"              % akkaStreamsJson,\n      \"com.typesafe.akka\"          %% \"akka-actor\"                     % akkaVersion                % Test,\n      \"com.typesafe.akka\"          %% \"akka-stream\"                    % akkaVersion                % Test,\n      \"org.scalatest\"              %% \"scalatest\"                      % scalaTestVersion           % Test,\n      \"org.scalatestplus\"          %% \"scalacheck-1-15\"                % scalaTestScalaCheckVersion % Test,\n      \"org.mdedetrich\"             %% \"scalacheck\"                     % scalaCheckVersion          % Test,\n      \"com.softwaremill.diffx\"     %% \"diffx-scalatest-must\"           % diffxVersion               % Test,\n      \"com.typesafe.akka\"          %% \"akka-stream-testkit\"            % akkaVersion                % Test,\n      \"com.typesafe.akka\"          %% \"akka-http-testkit\"              % akkaHttpVersion            % Test,\n      \"com.dimafeng\"               %% \"testcontainers-scala-scalatest\" % testContainersVersion      % Test,\n      \"com.dimafeng\"               %% \"testcontainers-scala-kafka\"     % testContainersVersion      % Test,\n      \"org.testcontainers\"          % \"kafka\"                          % testContainersJavaVersion  % Test\n    )\n  )\n\nlazy val coreCli = project\n  .in(file(\"core-cli\"))\n  .settings(\n    cliSettings,\n    name := s\"$baseName-core-cli\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-actor\"  % akkaVersion,\n      \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n      \"com.typesafe.akka\" %% \"akka-slf4j\"  % akkaVersion,\n      \"com.monovore\"      %% \"decline\"     % declineVersion,\n      \"com.beachape\"      %% \"enumeratum\"  % enumeratumVersion\n    )\n  )\n  .dependsOn(core)\n\nlazy val coreS3 = project\n  .in(file(\"core-s3\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-s3\",\n    libraryDependencies ++= Seq(\n      \"com.lightbend.akka\" %% \"akka-stream-alpakka-s3\" % alpakkaVersion,\n      \"org.scalatest\"      %% \"scalatest\"              % scalaTestVersion           % Test,\n      \"org.scalatestplus\"  %% \"scalacheck-1-15\"        % scalaTestScalaCheckVersion % Test,\n      \"com.typesafe.akka\"  %% \"akka-http-xml\"          % akkaHttpVersion            % Test\n    )\n  )\n  .dependsOn(core % \"compile->compile;test->test\")\n\nlazy val coreGCS = project\n  .in(file(\"core-gcs\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-gcs\",\n    libraryDependencies ++= Seq(\n      \"com.lightbend.akka\" %% \"akka-stream-alpakka-google-cloud-storage\" % alpakkaVersion,\n      \"org.scalatest\"      %% \"scalatest\"                                % scalaTestVersion           % Test,\n      \"org.scalatestplus\"  %% \"scalacheck-1-15\"                          % scalaTestScalaCheckVersion % Test,\n      \"com.typesafe.akka\"  %% \"akka-http-spray-json\"                     % akkaHttpVersion            % Test\n    )\n  )\n  .dependsOn(core % \"compile->compile;test->test\")\n\nlazy val coreBackup = project\n  .in(file(\"core-backup\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-core-backup\"\n  )\n  .dependsOn(core % \"compile->compile;test->test\")\n\nlazy val backupS3 = project\n  .in(file(\"backup-s3\"))\n  .settings(\n    librarySettings,\n    Test \/ fork := true,\n    name        := s\"$baseName-backup-s3\"\n  )\n  .dependsOn(coreS3 % \"compile->compile;test->test\", coreBackup % \"compile->compile;test->test\")\n\nlazy val backupGCS = project\n  .in(file(\"backup-gcs\"))\n  .settings(\n    librarySettings,\n    Test \/ fork := true,\n    name        := s\"$baseName-backup-gcs\"\n  )\n  .dependsOn(coreGCS % \"compile->compile;test->test\", coreBackup % \"compile->compile;test->test\")\n\nlazy val cliBackup = project\n  .in(file(\"cli-backup\"))\n  .settings(\n    cliSettings,\n    name := s\"$baseName-cli-backup\"\n  )\n  .dependsOn(coreCli   % \"compile->compile;test->test\",\n             backupS3  % \"compile->compile;test->test\",\n             backupGCS % \"compile->compile;test->test\"\n  )\n  .enablePlugins(JavaAppPackaging)\n\nlazy val coreCompaction = project\n  .in(file(\"core-compaction\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-core-compaction\",\n    libraryDependencies ++= Seq(\n      \"org.postgresql\" % \"postgresql\" % postgresqlJdbcVersion\n    )\n  )\n  .dependsOn(core)\n\nlazy val compactionS3 = project\n  .in(file(\"compaction-s3\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-compaction-s3\"\n  )\n  .dependsOn(coreS3, coreCompaction)\n\nlazy val compactionGCS = project\n  .in(file(\"compaction-gcs\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-compaction-gcs\"\n  )\n  .dependsOn(coreGCS, coreCompaction)\n\nlazy val cliCompaction = project\n  .in(file(\"cli-compaction\"))\n  .settings(\n    cliSettings,\n    name := s\"$baseName-cli-compaction\"\n  )\n  .dependsOn(coreCli, compactionS3, compactionGCS)\n  .enablePlugins(JavaAppPackaging)\n\nlazy val restoreS3 = project\n  .in(file(\"restore-s3\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-restore-s3\"\n  )\n  .dependsOn(compactionS3)\n\nlazy val restoreGCS = project\n  .in(file(\"restore-gcs\"))\n  .settings(\n    librarySettings,\n    name := s\"$baseName-restore-gcs\"\n  )\n  .dependsOn(compactionGCS)\n\nlazy val cliRestore = project\n  .in(file(\"cli-restore\"))\n  .settings(\n    cliSettings,\n    name := s\"$baseName-cli-restore\"\n  )\n  .dependsOn(coreCli, restoreS3, restoreGCS)\n  .enablePlugins(JavaAppPackaging)\n\n\/\/ This is currently causing problems, see https:\/\/github.com\/djspiewak\/sbt-github-actions\/issues\/74\nThisBuild \/ githubWorkflowUseSbtThinClient := false\n\nThisBuild \/ githubWorkflowTargetBranches := Seq(\"main\") \/\/ Once we have branches per version, add the pattern here\n\nThisBuild \/ githubWorkflowPublishTargetBranches := Seq()\n\nThisBuild \/ githubWorkflowBuildPreamble := Seq(\n  WorkflowStep.Sbt(List(\"scalafixAll --check\"), name = Some(\"Linter: Scalafix checks\"))\n)\n\n\/\/ Configuration needed for Scalafix\nThisBuild \/ scalafixDependencies += \"com.github.liancheng\" %% \"organize-imports\" % \"0.5.0\"\n\nThisBuild \/ scalafixScalaBinaryVersion := scalaBinaryVersion.value\n\nThisBuild \/ semanticdbEnabled := true\n\nThisBuild \/ githubWorkflowEnv ++= Map(\n  \"ALPAKKA_S3_REGION_PROVIDER\"                   -> \"static\",\n  \"ALPAKKA_S3_REGION_DEFAULT_REGION\"             -> \"us-west-2\",\n  \"ALPAKKA_S3_AWS_CREDENTIALS_PROVIDER\"          -> \"static\",\n  \"ALPAKKA_S3_AWS_CREDENTIALS_ACCESS_KEY_ID\"     -> \"${{ secrets.AWS_ACCESS_KEY }}\",\n  \"ALPAKKA_S3_AWS_CREDENTIALS_SECRET_ACCESS_KEY\" -> \"${{ secrets.AWS_SECRET_KEY }}\"\n)\n\nimport ReleaseTransformations._\n\nreleaseCrossBuild := true\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  runTest,\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  releaseStepCommandAndRemaining(\"+publishSigned\"),\n  releaseStepCommand(\"sonatypeReleaseAll\"),\n  setNextVersion,\n  commitNextVersion,\n  pushChanges\n)\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-s3\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/s3\/BackupClient.scala","text":"<reponame>DipayanP007\/guardian-for-apache-kafka\npackage io.aiven.guardian.kafka.backup.s3\n\nimport akka.Done\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.stream.alpakka.s3.FailedUploadPart\nimport akka.stream.alpakka.s3.ListMultipartUploadResultUploads\nimport akka.stream.alpakka.s3.MultipartUploadResult\nimport akka.stream.alpakka.s3.Part\nimport akka.stream.alpakka.s3.S3Attributes\nimport akka.stream.alpakka.s3.S3Headers\nimport akka.stream.alpakka.s3.S3Settings\nimport akka.stream.alpakka.s3.SuccessfulUploadPart\nimport akka.stream.alpakka.s3.UploadPartResponse\nimport akka.stream.alpakka.s3.scaladsl.S3\nimport akka.stream.scaladsl._\nimport akka.util.ByteString\nimport com.typesafe.scalalogging.StrictLogging\nimport io.aiven.guardian.kafka.backup.BackupClientInterface\nimport io.aiven.guardian.kafka.backup.KafkaPublisherInterface\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.s3.configs.{S3 => S3Config}\n\nimport scala.collection.immutable\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nimport java.time.Instant\n\nclass BackupClient[T <: KafkaClientInterface](maybeS3Settings: Option[S3Settings])(implicit\n    override val kafkaClientInterface: T,\n    override val backupConfig: Backup,\n    override val system: ActorSystem,\n    s3Config: S3Config,\n    s3Headers: S3Headers\n) extends BackupClientInterface[T]\n    with StrictLogging {\n  import BackupClient._\n\n  override def empty: () => Future[Option[MultipartUploadResult]] = () => Future.successful(None)\n\n  override type BackupResult = Option[MultipartUploadResult]\n\n  override type State = CurrentS3State\n\n  private def extractStateFromUpload(keys: Seq[ListMultipartUploadResultUploads], current: Boolean)(implicit\n      executionContext: ExecutionContext\n  ): Future[Some[(CurrentS3State, String)]] = {\n    val listMultipartUploads = keys match {\n      case Seq(single) =>\n        if (current)\n          logger.info(\n            s\"Found previous uploadId: ${single.uploadId} and bucket: ${s3Config.dataBucket} with key: ${single.key}\"\n          )\n        else\n          logger.info(\n            s\"Found current uploadId: ${single.uploadId} and bucket: ${s3Config.dataBucket} with key: ${single.key}\"\n          )\n        single\n      case rest =>\n        val last = rest.maxBy(_.initiated)(Ordering[Instant])\n        if (current)\n          logger.warn(\n            s\"Found multiple currently cancelled uploads for key: ${last.key} and bucket: ${s3Config.dataBucket}, picking uploadId: ${last.uploadId}\"\n          )\n        else\n          logger.warn(\n            s\"Found multiple previously cancelled uploads for key: ${last.key} and bucket: ${s3Config.dataBucket}, picking uploadId: ${last.uploadId}\"\n          )\n        last\n    }\n    val uploadId = listMultipartUploads.uploadId\n    val key      = listMultipartUploads.key\n    val baseList = S3.listParts(s3Config.dataBucket, key, listMultipartUploads.uploadId)\n\n    for {\n      parts <- maybeS3Settings\n                 .fold(baseList)(s3Settings => baseList.withAttributes(S3Attributes.settings(s3Settings)))\n                 .runWith(Sink.seq)\n\n      finalParts = parts.lastOption match {\n                     case Some(part) if part.size >= akka.stream.alpakka.s3.scaladsl.S3.MinChunkSize =>\n                       parts\n                     case _ =>\n                       \/\/ We drop the last part here since its broken\n                       parts.dropRight(1)\n                   }\n    } yield Some((CurrentS3State(uploadId, finalParts.map(_.toPart)), key))\n  }\n\n  def getCurrentUploadState(key: String): Future[UploadStateResult] = {\n    implicit val ec: ExecutionContext = system.dispatcher\n\n    val baseListMultipart = S3.listMultipartUpload(s3Config.dataBucket, None)\n\n    for {\n      incompleteUploads <-\n        maybeS3Settings\n          .fold(baseListMultipart)(s3Settings => baseListMultipart.withAttributes(S3Attributes.settings(s3Settings)))\n          .runWith(Sink.seq)\n      (currentKeys, previousKeys) = incompleteUploads.partition(_.key == key)\n      current <- if (currentKeys.nonEmpty)\n                   extractStateFromUpload(currentKeys, current = true)\n                 else\n                   Future.successful(None)\n      previous <- if (previousKeys.nonEmpty)\n                    extractStateFromUpload(previousKeys, current = false)\n                  else\n                    Future.successful(None)\n\n    } yield UploadStateResult(current.map(_._1),\n                              previous.map { case (state, previousKey) => PreviousState(state, previousKey) }\n    )\n\n  }\n\n  private[s3] def failureSink\n      : Sink[(FailedUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext]), Future[Done]] = Sink\n    .foreach[(FailedUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext])] { case (failedPart, _) =>\n      logger.warn(\n        s\"Failed to upload a chunk into S3 with bucket: ${failedPart.multipartUpload.bucket}, key: ${failedPart.multipartUpload.key}, uploadId: ${failedPart.multipartUpload.uploadId} and partNumber: ${failedPart.partNumber}\",\n        failedPart.exception\n      )\n    }\n\n  private[s3] def successSink\n      : Sink[(SuccessfulUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext]), Future[Done]] =\n    kafkaClientInterface.commitCursor\n      .contramap[(SuccessfulUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext])] { case (_, cursors) =>\n        kafkaClientInterface.batchCursorContext(cursors)\n      }\n\n  private[s3] def kafkaBatchSink\n      : Sink[(UploadPartResponse, immutable.Iterable[kafkaClientInterface.CursorContext]), NotUsed] = {\n\n    val success = Flow[(UploadPartResponse, immutable.Iterable[kafkaClientInterface.CursorContext])]\n      .collectType[(SuccessfulUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext])]\n      .wireTap { data =>\n        val (part, _) = data\n        logger.info(\n          s\"Committing kafka cursor for uploadId:${part.multipartUpload.uploadId} key: ${part.multipartUpload.key} and S3 part: ${part.partNumber}\"\n        )\n      }\n      .toMat(successSink)(Keep.none)\n\n    val failure = Flow[(UploadPartResponse, immutable.Iterable[kafkaClientInterface.CursorContext])]\n      .collectType[(FailedUploadPart, immutable.Iterable[kafkaClientInterface.CursorContext])]\n      .toMat(failureSink)(Keep.none)\n\n    Sink.combine(success, failure)(Broadcast(_))\n  }\n\n  override def backupToStorageTerminateSink(\n      previousState: PreviousState\n  ): Sink[ByteString, Future[BackupResult]] = {\n    logger.info(\n      s\"Terminating and completing previous backup with key: ${previousState.previousKey} and uploadId:${previousState.state.uploadId}\"\n    )\n    val sink = S3\n      .resumeMultipartUploadWithHeaders(\n        s3Config.dataBucket,\n        previousState.previousKey,\n        previousState.state.uploadId,\n        previousState.state.parts,\n        s3Headers = s3Headers,\n        chunkingParallelism = 1\n      )\n\n    val base = sink.mapMaterializedValue(future => future.map(result => Some(result))(ExecutionContext.parasitic))\n\n    maybeS3Settings\n      .fold(base)(s3Settings => base.withAttributes(S3Attributes.settings(s3Settings)))\n  }\n\n  override def backupToStorageSink(key: String,\n                                   currentState: Option[CurrentS3State]\n  ): Sink[(ByteString, kafkaClientInterface.CursorContext), Future[BackupResult]] = {\n\n    \/\/ Note that chunkingParallelism is pointless for this usecase since we are directly streaming from Kafka.\n    \/\/ Furthermore the real `KafkaClient` implementation uses `CommittableOffsetBatch` which is a global singleton so\n    \/\/ we can't have concurrent updates to this data structure.\n\n    val sink = currentState match {\n      case Some(state) =>\n        logger.info(\n          s\"Resuming previous upload with uploadId: ${state.uploadId} and bucket: ${s3Config.dataBucket} with key: $key\"\n        )\n        S3.resumeMultipartUploadWithHeadersAndContext[kafkaClientInterface.CursorContext](\n          s3Config.dataBucket,\n          key,\n          state.uploadId,\n          state.parts,\n          kafkaBatchSink,\n          s3Headers = s3Headers,\n          chunkingParallelism = 1\n        )\n      case None =>\n        logger.info(\n          s\"Creating new upload with bucket: ${s3Config.dataBucket} and key: $key\"\n        )\n        S3.multipartUploadWithHeadersAndContext[kafkaClientInterface.CursorContext](\n          s3Config.dataBucket,\n          key,\n          kafkaBatchSink,\n          s3Headers = s3Headers,\n          chunkingParallelism = 1\n        )\n    }\n\n    val base = sink.mapMaterializedValue(future => future.map(result => Some(result))(ExecutionContext.parasitic))\n    maybeS3Settings.fold(base)(s3Settings => base.withAttributes(S3Attributes.settings(s3Settings)))\n  }\n}\n\nobject BackupClient {\n  final case class CurrentS3State(uploadId: String, parts: Seq[Part])\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"backup-s3\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/backup\/s3\/KafkaClientWithKillSwitch.scala","text":"package io.aiven.guardian.kafka.backup.s3\n\nimport akka.actor.ActorSystem\nimport akka.kafka.CommitterSettings\nimport akka.kafka.ConsumerMessage\nimport akka.kafka.ConsumerSettings\nimport akka.kafka.scaladsl.Consumer\nimport akka.stream.SharedKillSwitch\nimport akka.stream.scaladsl.SourceWithContext\nimport io.aiven.guardian.kafka.backup.KafkaPublisher\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.configs.KafkaCluster\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\n\nclass KafkaClientWithKillSwitch(\n    configureConsumer: Option[\n      ConsumerSettings[Array[Byte], Array[Byte]] => ConsumerSettings[Array[Byte], Array[Byte]]\n    ] = None,\n    configureCommitter: Option[\n      CommitterSettings => CommitterSettings\n    ] = None,\n    killSwitch: SharedKillSwitch\n)(implicit system: ActorSystem, kafkaClusterConfig: KafkaCluster, backupConfig: Backup)\n    extends KafkaClient(configureConsumer, configureCommitter) {\n  override def getSource\n      : SourceWithContext[ReducedConsumerRecord, ConsumerMessage.CommittableOffset, Consumer.Control] =\n    super.getSource.via(killSwitch.flow)\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/codecs\/Circe.scala","text":"<filename>core\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/codecs\/Circe.scala\npackage io.aiven.guardian.kafka.codecs\n\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\nimport io.circe._\nimport io.circe.syntax._\nimport org.apache.kafka.common.record.TimestampType\n\ntrait Circe {\n  implicit val kafkaTimestampTypeDecoder: Decoder[TimestampType] = (c: HCursor) =>\n    c.as[Int].flatMap { id =>\n      TimestampType\n        .values()\n        .find(_.id == id)\n        .toRight(DecodingFailure(s\"No TimestampType with $id\", c.history))\n    }\n\n  implicit val kafkaTimestampTypeEncoder: Encoder[TimestampType] = Encoder.instance[TimestampType](_.id.asJson)\n\n  implicit val reducedConsumerRecordDecoder: Decoder[ReducedConsumerRecord] = Decoder.forProduct6(\n    \"topic\",\n    \"offset\",\n    \"key\",\n    \"value\",\n    \"timestamp\",\n    \"timestamp_type\"\n  )(ReducedConsumerRecord.apply)\n\n  implicit val reducedConsumerRecordEncoder: Encoder[ReducedConsumerRecord] = Encoder.forProduct6(\n    \"topic\",\n    \"offset\",\n    \"key\",\n    \"value\",\n    \"timestamp\",\n    \"timestamp_type\"\n  )(x => ReducedConsumerRecord.unapply(x).get)\n}\n\nobject Circe extends Circe\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core-backup\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/KafkaClient.scala","text":"<reponame>DipayanP007\/guardian-for-apache-kafka\npackage io.aiven.guardian.kafka.backup\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.kafka.CommitDelivery\nimport akka.kafka.CommitterSettings\nimport akka.kafka.ConsumerMessage.CommittableOffset\nimport akka.kafka.ConsumerMessage.CommittableOffsetBatch\nimport akka.kafka.ConsumerSettings\nimport akka.kafka.Subscriptions\nimport akka.kafka.scaladsl.Committer\nimport akka.kafka.scaladsl.Consumer\nimport akka.stream.scaladsl.Sink\nimport akka.stream.scaladsl.SourceWithContext\nimport com.typesafe.scalalogging.StrictLogging\nimport io.aiven.guardian.kafka.backup.configs.Backup\nimport io.aiven.guardian.kafka.configs.KafkaCluster\nimport io.aiven.guardian.kafka.models.ReducedConsumerRecord\nimport org.apache.kafka.clients.consumer.ConsumerConfig\nimport org.apache.kafka.common.serialization.ByteArrayDeserializer\n\nimport scala.collection.immutable\nimport scala.concurrent.Future\n\nimport java.util.Base64\n\n\/** A Kafka Client that uses Alpakka Kafka Consumer under the hood to create a stream of events from a Kafka cluster. To\n  * configure the Alpakka Kafka Consumer use the standard typesafe configuration i.e. akka.kafka.consumer (note that the\n  * `keySerializer` and `valueSerializer` are hardcoded so you cannot override this).\n  * @param configureConsumer\n  *   A way to configure the underlying Kafka consumer settings\n  * @param configureCommitter\n  *   A way to configure the underlying kafka committer settings\n  * @param system\n  *   A classic `ActorSystem`\n  * @param kafkaClusterConfig\n  *   Additional cluster configuration that is needed\n  *\/\nclass KafkaClient(\n    configureConsumer: Option[\n      ConsumerSettings[Array[Byte], Array[Byte]] => ConsumerSettings[Array[Byte], Array[Byte]]\n    ] = None,\n    configureCommitter: Option[\n      CommitterSettings => CommitterSettings\n    ] = None\n)(implicit system: ActorSystem, kafkaClusterConfig: KafkaCluster, backupConfig: Backup)\n    extends KafkaClientInterface\n    with StrictLogging {\n  override type CursorContext        = CommittableOffset\n  override type Control              = Consumer.Control\n  override type BatchedCursorContext = CommittableOffsetBatch\n\n  if (kafkaClusterConfig.topics.isEmpty)\n    logger.warn(\"Kafka Cluster configuration has no topics set\")\n\n  private[kafka] val consumerSettings = {\n    val base = ConsumerSettings(system, new ByteArrayDeserializer, new ByteArrayDeserializer)\n    configureConsumer\n      .fold(base)(block => block(base))\n      .withProperties(\n        ConsumerConfig.AUTO_OFFSET_RESET_CONFIG -> \"earliest\"\n      )\n      .withGroupId(\n        backupConfig.kafkaGroupId\n      )\n  }\n\n  private[kafka] val subscriptions = Subscriptions.topics(kafkaClusterConfig.topics)\n\n  \/** @return\n    *   A `SourceWithContext` that returns a Kafka Stream which automatically handles committing of cursors\n    *\/\n  override def getSource: SourceWithContext[ReducedConsumerRecord, CommittableOffset, Consumer.Control] =\n    Consumer\n      .sourceWithOffsetContext(consumerSettings, subscriptions)\n      .map(consumerRecord =>\n        ReducedConsumerRecord(\n          consumerRecord.topic(),\n          consumerRecord.offset(),\n          Base64.getEncoder.encodeToString(consumerRecord.key()),\n          Base64.getEncoder.encodeToString(consumerRecord.value()),\n          consumerRecord.timestamp(),\n          consumerRecord.timestampType()\n        )\n      )\n\n  private[kafka] val committerSettings: CommitterSettings = {\n    val base = CommitterSettings(system)\n    configureCommitter\n      .fold(base)(block => block(base))\n      .withDelivery(CommitDelivery.waitForAck)\n  }\n\n  \/** @return\n    *   A `Sink` that allows you to commit a `CursorContext` to Kafka to signify you have processed a message\n    *\/\n  override def commitCursor: Sink[CommittableOffsetBatch, Future[Done]] = Committer.sink(committerSettings)\n\n  \/** How to batch an immutable iterable of `CursorContext` into a `BatchedCursorContext`\n    * @param cursors\n    *   The cursors that need to be batched\n    * @return\n    *   A collection data structure that represents the batched cursors\n    *\/\n  override def batchCursorContext(cursors: immutable.Iterable[CommittableOffset]): CommittableOffsetBatch =\n    CommittableOffsetBatch(cursors.toSeq)\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core-s3\/src\/test\/scala\/akka\/stream\/alpakka\/s3\/GeneratorsSpec.scala","text":"<filename>core-s3\/src\/test\/scala\/akka\/stream\/alpakka\/s3\/GeneratorsSpec.scala\npackage akka.stream.alpakka.s3\n\nimport akka.actor.ActorSystem\nimport io.aiven.guardian.kafka.s3.Generators\nimport org.scalacheck.Gen\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.propspec.AnyPropSpec\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\nclass GeneratorsSpec extends AnyPropSpec with Matchers with ScalaCheckPropertyChecks {\n  property(\"Bucket name generators generates valid bucket names according to S3Settings with virtualDotHost\") {\n    forAll(Generators.bucketNameGen(useVirtualDotHost = true)) { bucket =>\n      noException must be thrownBy BucketAndKey.validateBucketName(bucket, S3Settings(ActorSystem()))\n    }\n  }\n\n  property(\"Bucket name generators generates valid bucket names according to S3Settings without virtualDotHost\") {\n    forAll(Generators.bucketNameGen(useVirtualDotHost = false)) { bucket =>\n      noException must be thrownBy BucketAndKey.validateBucketName(bucket, S3Settings(ActorSystem()))\n    }\n  }\n\n  def withPrefixGen(useVirtualDotHost: Boolean): Gen[String] = for {\n    range      <- Gen.choose(2, Generators.MaxBucketLength - 2)\n    firstChar  <- Generators.bucketLetterOrNumberCharGen\n    chars      <- Gen.listOfN(range, Generators.bucketAllCharGen(useVirtualDotHost = false))\n    bucketName <- Generators.bucketNameGen(useVirtualDotHost, Some((firstChar +: chars).mkString))\n  } yield bucketName\n\n  property(\n    \"Bucket name generators generates valid bucket names according to S3Settings with virtualDotHost and prefix\"\n  ) {\n    forAll(withPrefixGen(useVirtualDotHost = true)) { bucket =>\n      noException must be thrownBy BucketAndKey.validateBucketName(bucket, S3Settings(ActorSystem()))\n    }\n  }\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"cli-backup\/src\/main\/scala\/io\/aiven\/guardian\/kafka\/backup\/BackupApp.scala","text":"<reponame>DipayanP007\/guardian-for-apache-kafka<gh_stars>0\npackage io.aiven.guardian.kafka.backup\n\nimport io.aiven.guardian.cli.AkkaSettings\nimport io.aiven.guardian.kafka.backup.KafkaPublisher\nimport io.aiven.guardian.kafka.backup.{Config => BackupConfig}\nimport io.aiven.guardian.kafka.{Config => KafkaConfig}\n\ntrait BackupApp extends BackupConfig with KafkaConfig with AkkaSettings {\n  implicit lazy val kafkaClient: KafkaClient = new KafkaClient()\n}\n"}
{"repo_name":"DipayanP007\/guardian-for-apache-kafka","path":"core\/src\/test\/scala\/io\/aiven\/guardian\/kafka\/Utils.scala","text":"package io.aiven.guardian.kafka\n\nimport akka.actor.ActorSystem\nimport org.apache.kafka.common.KafkaFuture\n\nimport scala.collection.immutable\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.Future\nimport scala.jdk.DurationConverters._\n\nimport java.time.OffsetDateTime\nimport java.time.temporal.ChronoUnit\nimport java.util.concurrent.CompletableFuture\n\nobject Utils {\n\n  \/\/ Taken from https:\/\/stackoverflow.com\/a\/56763206\/1519631\n  implicit final class KafkaFutureToCompletableFuture[T](kafkaFuture: KafkaFuture[T]) {\n    @SuppressWarnings(Array(\"DisableSyntax.null\"))\n    def toCompletableFuture: CompletableFuture[T] = {\n      val wrappingFuture = new CompletableFuture[T]\n      kafkaFuture.whenComplete { (value, throwable) =>\n        if (throwable != null)\n          wrappingFuture.completeExceptionally(throwable)\n        else\n          wrappingFuture.complete(value)\n      }\n      wrappingFuture\n    }\n  }\n\n  \/** The standard Scala groupBy returns an `immutable.Map` which is unordered, this version returns an ordered\n    * `ListMap` for when preserving insertion order is important\n    *\/\n  implicit class GroupBy[A](val t: IterableOnce[A]) {\n    def orderedGroupBy[K](f: A => K): immutable.ListMap[K, List[A]] = {\n      var m = immutable.ListMap.empty[K, ListBuffer[A]]\n      for (elem <- t.iterator) {\n        val key = f(elem)\n        m = m.updatedWith(key) {\n          case Some(value) => Some(value.addOne(elem))\n          case None        => Some(mutable.ListBuffer[A](elem))\n        }\n      }\n      m.map { case (k, v) => (k, v.toList) }\n    }\n  }\n\n  final case class UnsupportedTimeUnit(chronoUnit: ChronoUnit) extends Exception(s\"$chronoUnit not supported\")\n\n  private def recurseUntilHitTimeUnit(previousChronoUnit: ChronoUnit, buffer: BigDecimal)(implicit\n      system: ActorSystem\n  ): Future[Unit] = {\n    val now = OffsetDateTime.now()\n    val (current, max) = previousChronoUnit match {\n      case ChronoUnit.SECONDS =>\n        (now.getSecond, 59)\n      case ChronoUnit.MINUTES =>\n        (now.getMinute, 59)\n      case ChronoUnit.HOURS =>\n        (now.getHour, 23)\n      case ChronoUnit.DAYS =>\n        (now.getDayOfWeek.getValue - 1, 6)\n      case ChronoUnit.MONTHS =>\n        (now.getMonth.getValue - 1, 11)\n      case _ => throw UnsupportedTimeUnit(previousChronoUnit)\n    }\n\n    if (BigDecimal(current) \/ BigDecimal(max) * BigDecimal(100) <= buffer)\n      Future.successful(())\n    else\n      akka.pattern.after(previousChronoUnit.getDuration.toScala)(recurseUntilHitTimeUnit(previousChronoUnit, buffer))\n  }\n\n  def waitForStartOfTimeUnit(chronoUnit: ChronoUnit, buffer: BigDecimal = BigDecimal(5))(implicit\n      system: ActorSystem\n  ): Future[Unit] = {\n    val allEnums     = ChronoUnit.values()\n    val previousEnum = allEnums(chronoUnit.ordinal - 1)\n    recurseUntilHitTimeUnit(previousEnum, buffer)\n  }\n\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"js\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/EntrySender.scala","text":"package de.codecentric.akka.kadabra\n\nimport akka.actor.{Actor, ActorLogging, Props}\nimport de.codecentric.akka.kadabra.EntrySender.NewEntry\nimport org.scalajs.dom.XMLHttpRequest\nimport org.scalajs.jquery.jQuery\nimport io.circe._, io.circe.generic.auto._, io.circe.parser._, io.circe.syntax._\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nclass EntrySender extends Actor with ActorLogging {\n  override def receive: Receive = {\n    case entry:NewEntry =>\n      log.info(\"Sending guestbook entry\")\n      val request = new XMLHttpRequest()\n      request.open(\"PUT\", \"http:\/\/localhost:8080\/addEntry\", async = false)\n      request.setRequestHeader(\"Content-Type\", \"application\/json\")\n      request.send(entry.asJson.toString())\n  }\n}\n\nobject EntrySender {\n  val props = Props[EntrySender]\n\n  case class NewEntry(author: String, text: String)\n\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"jvm\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Guestbook.scala","text":"<filename>jvm\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Guestbook.scala\npackage de.codecentric.akka.kadabra\n\nimport akka.actor.{Actor, ActorLogging, Props}\nimport akka.persistence.{PersistentActor, SnapshotOffer}\nimport de.codecentric.akka.kadabra.Guestbook.{AddEntry, GetAll}\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nclass Guestbook(id: String) extends PersistentActor with ActorLogging {\n\n  override def persistenceId: String = id\n\n  var entries: List[Entry] = List()\n\n  def updateState(add: AddEntry): Unit = entries = entries :+ add.entry\n\n  override def receiveRecover: Receive = {\n    case add: AddEntry =>\n      log.info(s\"Recovered event $add\")\n      updateState(add)\n    case SnapshotOffer(_, snapshot: List[Entry]) =>\n      log.info(s\"Restored snapshot $snapshot\")\n      entries = snapshot\n  }\n\n  override def receiveCommand: Receive = {\n    case GetAll => sender ! entries\n\n    case add: AddEntry =>\n      persist(add) { event =>\n        log.info(s\"Applying event $event. State: $entries\")\n        updateState(event)\n        if (entries.nonEmpty && entries.length % 100 == 0) {\n          saveSnapshot(entries)\n        }\n      }\n  }\n}\n\nobject Guestbook {\n\n  val persistentId: String = \"guestbook\"\n\n  val props = Props(new Guestbook(persistentId))\n\n  case object GetAll\n\n  case class AddEntry(entry: Entry)\n\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"build.sbt","text":"<gh_stars>0\nenablePlugins(ScalaJSPlugin)\n\nscalaVersion := \"2.12.1\"\n\nlazy val root = project.in(file(\".\"))\n  .aggregate(kadabraJS, kadabraJVM)\n\nlazy val kadabra = crossProject.in(file(\".\")).\n  settings(\n    name := \"akka-kadabra-example\",\n    scalaVersion := \"2.12.1\",\n    version := \"1.0\"\n  ).\n  jvmSettings(\n    fork := true,\n    parallelExecution in Test := false,\n    libraryDependencies ++= Seq(\n      \/\/ Akka\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.4\",\n      \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.4\",\n      \/\/ HTTP\n      \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.10\",\n      \/\/ JSON Marshalling\n      \"de.heikoseeberger\" %% \"akka-http-circe\" % \"1.19.0-M2\",\n      \"io.circe\" %% \"circe-generic\" % \"0.9.0-M1\",\n      \"io.circe\" %% \"circe-parser\" % \"0.9.0-M1\",\n      \/\/ Persistence\n      \"com.typesafe.akka\" %% \"akka-persistence\" % \"2.5.4\",\n      \"org.iq80.leveldb\" % \"leveldb\" % \"0.7\",\n      \"org.fusesource.leveldbjni\" % \"leveldbjni-all\" % \"1.8\",\n      \/\/ Testing\n      \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.5.4\" % Test,\n      \"com.typesafe.akka\" %% \"akka-http-testkit\" % \"10.0.10\" % Test,\n      \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % Test,\n      \"commons-io\" % \"commons-io\" % \"2.4\" % Test\n\n    )\n  ).jsSettings(\n  libraryDependencies ++= Seq(\n    \/\/ ScalaJS\n    \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.1\",\n    \"be.doeraene\" %%% \"scalajs-jquery\" % \"0.9.1\",\n    \/\/ AkkaJS\n    \"org.akka-js\" %%% \"akkajsactor\" % \"1.2.5.4\",\n    \"org.akka-js\" %%% \"akkajsactorstream\" % \"1.2.5.4\",\n    \/\/JSON Marshalling\n    \"io.circe\" %%% \"circe-core\" % \"0.9.0-M1\",\n    \"io.circe\" %%% \"circe-generic\" % \"0.9.0-M1\",\n    \"io.circe\" %%% \"circe-parser\" % \"0.9.0-M1\"\n  ),\n  scalaJSUseMainModuleInitializer := true,\n  skip in packageJSDependencies := false,\n  jsEnv := new org.scalajs.jsenv.jsdomnodejs.JSDOMNodeJSEnv(),\n  jsDependencies +=\n    \"org.webjars\" % \"jquery\" % \"2.1.4\" \/ \"2.1.4\/jquery.js\"\n)\n\nlazy val kadabraJS = kadabra.js\nlazy val kadabraJVM = kadabra.jvm.settings(\n  (resources in Compile) += (fastOptJS in(kadabraJS, Compile)).value.data,\n  (resources in Compile) += (packageJSDependencies in(kadabraJS, Compile)).value\n)\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"js\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Main.scala","text":"<filename>js\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Main.scala\npackage de.codecentric.akka.kadabra\n\nimport akka.actor.ActorSystem\nimport de.codecentric.akka.kadabra.EntryRenderer.RetrieveEntries\nimport de.codecentric.akka.kadabra.EntrySender.NewEntry\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.jquery.{JQueryEventObject, jQuery}\n\nimport scala.scalajs.js.annotation.JSExport\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nobject Main {\n  val actorSystem = ActorSystem(\"akka-kadabra-client\")\n\n  private val entryRenderer = actorSystem.actorOf(EntryRenderer.props)\n  private val entrySender = actorSystem.actorOf(EntrySender.props)\n\n  @JSExport\n  def main(args: Array[String]): Unit = {\n    jQuery(\"body\").append(\"<h1>\u2728Akka-kadabra\u2728<\/h1>\")\n    renderInputElements()\n    val retrieveDiv = jQuery(\"<div>\").appendTo(jQuery(\"body\"))\n    jQuery(\"<button type=\\\"button\\\" id=\\\"retrieve-button\\\">Get guestbook entries<\/button>\")\n      .click(() => {\n        entryRenderer ! RetrieveEntries\n      }).appendTo(retrieveDiv)\n    jQuery(\"body\").append(\"<br>\")\n  }\n\n  private def renderInputElements() = {\n    val inputDiv = jQuery(\"<div>\").appendTo(jQuery(\"body\"))\n    inputDiv.append(\"\"\"Author:<input name=\"author\" id=\"author\" type=\"text\"\/>\"\"\")\n    inputDiv.append(\"\"\"Text:<input name=\"text\" id=\"text\" type=\"text\" \/>\"\"\")\n    jQuery(\"<button type=\\\"button\\\" id=\\\"submit-button\\\">Submit!<\/button>\")\n      .click(() => {\n        val author = jQuery(\"#author\").value().toString\n        val text = jQuery(\"#text\").value().toString\n        entrySender ! NewEntry(author, text)\n        entryRenderer ! RetrieveEntries\n      }).appendTo(inputDiv)\n    jQuery(\"body\").append(\"<br>\")\n  }\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"jvm\/src\/test\/scala\/de\/codecentric\/akka\/kadabra\/GuestbookSpec.scala","text":"package de.codecentric.akka.kadabra\n\nimport akka.actor.{ActorRef, ActorSystem, PoisonPill, Props, Terminated}\nimport akka.testkit.TestProbe\nimport de.codecentric.akka.kadabra.Guestbook.{AddEntry, GetAll}\nimport org.scalatest.{BeforeAndAfter, Matchers, WordSpec}\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nclass GuestbookSpec extends WordSpec with Matchers with PersistenceCleanup with BeforeAndAfter {\n\n  implicit val actorSystem = ActorSystem(\"test\")\n\n  before {\n    deleteStorageLocations(actorSystem)\n  }\n\n  \"The Guestbook\" should {\n\n    \"save entries\" in {\n      val sender = TestProbe()\n      implicit val senderRef = sender.ref\n      val guestbook = actorSystem.actorOf(Props(new Guestbook(\"1\")))\n      val newEntry = Entry(\"author\", \"This is the best guestbook eva! <3\")\n\n      guestbook ! AddEntry(newEntry)\n\n      guestbook ! GetAll\n      sender.expectMsg(List(newEntry))\n    }\n\n    \"return all entries\" in {\n      val sender = TestProbe()\n      implicit val senderRef = sender.ref\n      val guestbook = actorSystem.actorOf(Props(new Guestbook(\"2\")))\n      val newEntry = Entry(\"author1\", \"text1\")\n      guestbook ! AddEntry(newEntry)\n      guestbook ! AddEntry(newEntry)\n\n      guestbook ! GetAll\n\n      sender.expectMsg(List(newEntry, newEntry))\n    }\n\n    \"should save the entries\" in {\n      val sender = TestProbe()\n      implicit val senderRef = sender.ref\n      var guestbook = actorSystem.actorOf(Props(new Guestbook(\"3\")))\n      val newEntry = Entry(\"author\", \"This entry will stay forever\")\n      guestbook ! AddEntry(newEntry)\n      \/\/ wait until the message arrived\n      guestbook ! GetAll\n      sender.expectMsg(List(newEntry))\n\n      \/\/kill the guestbook\n      sender.watch(guestbook)\n      guestbook ! PoisonPill\n      sender.expectMsgClass(classOf[Terminated])\n\n      \/\/create the Guestbook again\n      guestbook = actorSystem.actorOf(Props(new Guestbook(\"3\")))\n      guestbook ! GetAll\n\n      sender.expectMsg(List(newEntry))\n    }\n  }\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"js\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/EntryRenderer.scala","text":"<filename>js\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/EntryRenderer.scala\npackage de.codecentric.akka.kadabra\n\nimport akka.actor.{Actor, ActorLogging, Props}\nimport de.codecentric.akka.kadabra.EntryRenderer.RetrieveEntries\nimport org.scalajs.dom._\nimport org.scalajs.jquery.jQuery\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nclass EntryRenderer extends Actor with ActorLogging {\n  override def receive: Receive = {\n    case RetrieveEntries =>\n      log.info(\"Retrieving guestbook entries\")\n      val request = new XMLHttpRequest()\n      request.onreadystatechange = _ => {\n        if (request.readyState == 4 && request.status == 200) {\n          log.info(s\"Received answer from server\")\n          jQuery(\"#entries\").remove()\n          jQuery(\"body\").append(s\"\"\"<div id=\"entries\">${request.responseText}<\/div>\"\"\")\n        }\n      }\n      request.open(\"GET\", \"http:\/\/localhost:8080\/all\", async = true)\n      request.send()\n  }\n}\n\nobject EntryRenderer {\n\n  val props = Props[EntryRenderer]\n\n  case object RetrieveEntries\n\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"jvm\/src\/test\/scala\/de\/codecentric\/akka\/kadabra\/PersistenceCleanup.scala","text":"package de.codecentric.akka.kadabra\n\nimport java.io.File\n\nimport akka.actor.ActorSystem\nimport org.apache.commons.io.FileUtils\n\nimport scala.util.Try\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\ntrait PersistenceCleanup {\n\n  def deleteStorageLocations(system: ActorSystem): Unit = {\n    val storageLocations = List(\n      \"akka.persistence.journal.leveldb.dir\",\n      \"akka.persistence.journal.leveldb-shared.store.dir\",\n      \"akka.persistence.snapshot-store.local.dir\").map { s =>\n      new File(system.settings.config.getString(s))\n    }\n    storageLocations.foreach(dir => Try(FileUtils.deleteDirectory(dir)))\n  }\n}"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"jvm\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Webserver.scala","text":"package de.codecentric.akka.kadabra\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.util.Timeout\nimport akka.http.scaladsl.server.Directives._\nimport akka.stream.ActorMaterializer\nimport de.codecentric.akka.kadabra.Guestbook.{AddEntry, GetAll}\nimport de.heikoseeberger.akkahttpcirce.{BaseCirceSupport, FailFastCirceSupport}\nimport akka.pattern.{ask, pipe}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.io.StdIn\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\nobject Webserver extends FailFastCirceSupport {\n\n  implicit val timeout: Timeout = 5.seconds\n\n  def main(args: Array[String]): Unit = {\n    import io.circe.generic.auto._\n\n    implicit val system = ActorSystem(\"akka-kadabra\")\n    implicit val materializer = ActorMaterializer()\n    implicit val executionContext = system.dispatcher\n\n    implicit val guestbook = system.actorOf(Guestbook.props, Guestbook.persistentId)\n\n    val route = path(\"all\") {\n      get {\n        val allEntries: Future[List[Entry]] = (guestbook ? GetAll).mapTo[List[Entry]]\n        complete(allEntries)\n      }\n    } ~\n      path(\"addEntry\") {\n        put {\n          entity(as[Entry]) { entry =>\n            guestbook ! AddEntry(entry)\n            complete(\"created\")\n          }\n        }\n\n      } ~\n    path(\"index\") {\n      getFromResource(\"index.html\")\n    } ~\n      getFromResourceDirectory(\"\")\n\n    val bindingFuture = Http().bindAndHandle(route, \"localhost\", 8080)\n    println(s\"Server online at http:\/\/localhost:8080\/\\nPress RETURN to stop...\")\n    StdIn.readLine() \/\/ let it run until user presses return\n    bindingFuture\n      .flatMap(_.unbind()) \/\/ trigger unbinding from the port\n      .onComplete(_ \u21d2 system.terminate()) \/\/ and shutdown when done\n  }\n}\n"}
{"repo_name":"rbraeunlich\/akka-kadabra-example","path":"jvm\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Entry.scala","text":"<filename>jvm\/src\/main\/scala\/de\/codecentric\/akka\/kadabra\/Entry.scala\npackage de.codecentric.akka.kadabra\n\n\/**\n  * Created by ronny on 15.09.17.\n  *\/\ncase class Entry(author: String, text: String)\n"}
{"repo_name":"antonkulaga\/play-go","path":"src\/main\/scala\/group.research.aging\/go\/ExplorerGO.scala","text":"<filename>src\/main\/scala\/group.research.aging\/go\/ExplorerGO.scala\npackage group.research.aging.go\nimport group.research.aging.go._\nimport java.io.{File => JFile}\n\nimport better.files._\nimport org.eclipse.rdf4j.model.IRI\nimport org.eclipse.rdf4j.model.vocabulary.RDFS\nimport org.eclipse.rdf4j.repository.sail.{SailRepository, SailRepositoryConnection}\nimport org.eclipse.rdf4j.rio.RDFFormat\nimport org.eclipse.rdf4j.sail.memory.MemoryStore\n\nimport scala.collection.compat._\n\nobject ExplorerGO {\n  def fileToMemory(path: String, baseURI: String = \"http:\/\/purl.obolibrary.org\/obo\/go.owl#\"): ExplorerGO = {\n    val repo = new SailRepository(new MemoryStore())\n    repo.initialize()\n    val file = new JFile(path)\n    val con: SailRepositoryConnection = repo.getConnection()\n    con.add(file, baseURI, RDFFormat.RDFXML)\n    ExplorerGO(con)\n  }\n}\n\ncase class ExplorerGO(con: SailRepositoryConnection) {\n\n  type Row = (String, String, List[String])\n  type Rows = Seq[Row] \/\/parent, label, children\n\n  def go(str: String): IRI = con.getValueFactory.go(str)\n\n  \/**\n    * Format:\n    *  go, label, all children in a list\n    * @param node\n    * @return\n    *\/\n  def makeRowRecursive(node: IRI): (String, String, List[String]) = {\n    val go = node.goString\n    val label = con.label(node)\n    val children = con.subClassOf(node, true)\n    (go, label , children.map(v=>v.goString)) \/\/.mkString(\";\")\n  }\n\n  def makeRow(node: IRI, depth: Int): (String, String, List[String]) = {\n    val go = node.goString\n    val label = con.label(node)\n    val children = con.subClassOf(node, depth)\n    (go, label , children.map(v=>v.goString)) \/\/.mkString(\";\")\n  }\n\n  def prepareGroups(go: String, depth: Int): List[(String, String, List[String])] = {\n    val node = con.getValueFactory.go(go)\n    val children: Seq[IRI] = con.subClassOf(node, depth)\n    children.iterator.map(v=>makeRowRecursive(v)).toList\n  }\n\n\n  def prepareGroups(go: String): List[(String, String, List[String])] = {\n    val node = con.getValueFactory.go(go)\n    val children: Seq[IRI] = con.subClassOf(node, false)\n    children.iterator.map(v=>makeRowRecursive(v)).toList\n  }\n\n\n  def writeGOes(go: String, where: String, sep: String = \";\"): Unit = {\n    val groups = prepareGroups(go)\n    val f = File(where)\n    f.createIfNotExists()\n    for( (g, l, children) <-groups ) f.appendLine(g + \"\\t\" + l + \"\\t\" + children.size.toString + \"\\t\" + children.mkString(sep))\n  }\n\n  \/*\n  def traverseFlat(startGO: String, depth: Int): Rows = traverseFlat(Seq(makeRow(go(startGO), 1)), depth)\n\n  def traverseFlat(rows: Rows, depth: Int): Rows = if(depth<=0) rows else {\n    val updated: Rows = rows.flatMap{ case (p, _, list) => list.map(ch=>makeRow(go(ch), 1))}\n    traverseFlat(updated, depth -1)\n  }\n  *\/\n\n\n  def writeGOesFlat(startGO: String, where: String, depth: Int): File =   {\n    val groups: Rows = prepareGroups(startGO, depth)\n    flatWrite(where, groups)\n  }\n\n  protected def flatWrite(where: String, groups: Rows ): File = {\n    val f = File(where)\n    f.createIfNotExists()\n    for{\n      (g, l, children) <-groups\n      child <- children\n    } f.appendLine(g + \"\\t\" + l  + \"\\t\" + children.size.toString+ \"\\t\" + child)\n    f\n  }\n\n  def writeGOesFlat(go: String, where: String): File = {\n    val groups: Rows = prepareGroups(go)\n    flatWrite(where, groups)\n  }\n\n}\n"}
{"repo_name":"antonkulaga\/play-go","path":"build.sbt","text":"import sbt.Keys._\n\nimport sbt._\n\nname := \"play-go\"\n\norganization := \"group.aging-research\"\n\nlazy val scala_2_13 = \"2.13.0-M5\"\n\nlazy val scala_2_12 = \"2.12.8\"\n\nlazy val supportedScalaVersions = List(scala_2_12, scala_2_13)\n\nscalaVersion := scala_2_12\n\ncrossScalaVersions := supportedScalaVersions\n\nversion := \"0.0.3.3\"\n\nisSnapshot := false\n\nexportJars := true\n\njavacOptions ++= Seq(\"-Xlint\", \"-J-Xss5M\", \"-encoding\", \"UTF-8\")\n\njavaOptions ++= Seq(\"-Xms512M\", \"-Xmx6048M\", \"-XX:+CMSClassUnloadingEnabled\")\n\nresolvers += Resolver.bintrayRepo(\"comp-bio-aging\", \"main\")\n\nlibraryDependencies ++= Seq(\n  \"org.scala-lang.modules\" %% \"scala-collection-compat\" % \"0.2.1\",\n  \"com.github.pathikrit\"  %% \"better-files\"  % \"3.7.0\",\n  \"org.eclipse.rdf4j\" % \"rdf4j-rio-rdfxml\" % \"2.4.2\",\n  \"org.eclipse.rdf4j\" % \"rdf4j-repository-sail\" % \"2.4.2\",\n  \"org.eclipse.rdf4j\" % \"rdf4j-sail-memory\" % \"2.4.2\",\n  \"org.eclipse.rdf4j\" % \"rdf4j-sail-nativerdf\" % \"2.4.2\"\n)\n\nbintrayRepository := \"main\"\n\nbintrayOrganization := Some(\"comp-bio-aging\")\n\nlicenses += (\"MPL-2.0\", url(\"http:\/\/opensource.org\/licenses\/MPL-2.0\"))\n\n\n\n\n\n"}
{"repo_name":"antonkulaga\/play-go","path":"src\/main\/scala\/group.research.aging\/go\/Main.scala","text":"<reponame>antonkulaga\/play-go\npackage group.research.aging.go\n\nimport java.io.{File => JFile}\n\nimport better.files._\nimport org.eclipse.rdf4j.model.IRI\nimport org.eclipse.rdf4j.repository.sail.{SailRepository, SailRepositoryConnection}\nimport org.eclipse.rdf4j.rio.RDFFormat\nimport org.eclipse.rdf4j.sail.memory.MemoryStore\nimport scala.collection.compat._\n\nobject Main extends scala.App  {\n  val explorer = ExplorerGO.fileToMemory(\"\/data\/indexes\/GO\/go-plus.owl\")\n  val baseURI = \"http:\/\/purl.obolibrary.org\/obo\/go.owl\"\n  \/\/val root = f.go(\"0008152\")\n  val root = explorer.go(\"0008150\")\n\n\n}\n"}
{"repo_name":"antonkulaga\/play-go","path":"src\/main\/scala\/group.research.aging\/go\/package.scala","text":"<reponame>antonkulaga\/play-go<filename>src\/main\/scala\/group.research.aging\/go\/package.scala\npackage group.research.aging\n\nimport org.eclipse.rdf4j.repository.{Repository, RepositoryConnection, RepositoryResult}\nimport java.io.File\nimport java.net.URL\n\nimport org.eclipse.rdf4j.model.vocabulary.RDFS\nimport org.eclipse.rdf4j.model.{IRI, Resource, Statement, ValueFactory}\nimport org.eclipse.rdf4j.repository.Repository\nimport org.eclipse.rdf4j.repository.sail.{SailRepository, SailRepositoryConnection}\nimport org.eclipse.rdf4j.sail.memory.MemoryStore\nimport org.eclipse.rdf4j.rio.RDFFormat\nimport scala.collection.compat._\n\npackage object go {\n\n  implicit class ValueFactoryExt(f: ValueFactory) {\n    def go(str: String): IRI = f.createIRI(s\"http:\/\/purl.obolibrary.org\/obo\/GO_${str.replace(\"GO:\", \"\")}\")\n  }\n\n  implicit class RepositoryResultExt(result: RepositoryResult[Statement]) extends Iterator[Statement]{\n    override def hasNext: Boolean = result.hasNext\n\n    override def next(): Statement = result.next()\n  }\n\n  implicit class IRIExt(res: Resource) {\n    def goString: String = res.stringValue().replace(\"http:\/\/purl.obolibrary.org\/obo\/GO_\", \"GO:\")\n\n  }\n\n  implicit class ConnectionExt(con: SailRepositoryConnection) {\n    def bySub(sub: Resource): Iterator[Statement] = con.getStatements(sub, null, null)\n    def byObj(obj: Resource): Iterator[Statement] = con.getStatements(null, null, obj).filter(_.getSubject.isInstanceOf[IRI])\n    def byPred(pred: IRI): Iterator[Statement] = con.getStatements(null.asInstanceOf[IRI], pred, null).filter(_.getSubject.isInstanceOf[IRI])\n    def byPredObj(pred: IRI, obj: Resource): Iterator[Statement] = con.getStatements(null, pred, obj)\n    def bySubPred(sub: Resource, pred: IRI): Iterator[Statement] = con.getStatements(sub, pred, null)\n\n    def label(sub: Resource): String = bySubPred(sub, RDFS.LABEL).take(1).toList.map(s=>s.getObject.stringValue()).head\n    def labels(subs: Seq[Resource]): Seq[String] = subs.map(label)\n    def labeled(subs: Seq[Resource]): Seq[(Resource, String)] = subs.map(go=> go ->label(go))\n\n\n    def subClassOf(iri: IRI): List[IRI] = subClassOf(iri, true)\n    def subClassOf(iri: IRI, recursive: Boolean): List[IRI] = {\n      val children = byPredObj(RDFS.SUBCLASSOF, iri).collect{ case st if st.getSubject.isInstanceOf[IRI] && st.getSubject != iri => st.getSubject.asInstanceOf[IRI]}.toList\n      if(recursive) iri::children.flatMap(s=>subClassOf(s, recursive)) else children\n    }\n\n    def subClassOf(iri: IRI, depth: Int): List[IRI] = traverse(List(iri), RDFS.SUBCLASSOF, depth)\n\n    def traverse(nodes: List[IRI], property: IRI, depth: Int): List[IRI] = if(depth<=0) nodes else {\n      traverse(nodes.flatMap{ iri =>\n        byPredObj(property, iri).collect{ case st if st.getSubject.isInstanceOf[IRI] && st.getSubject != iri => st.getSubject.asInstanceOf[IRI]}.toList\n      }, property, depth -1)\n    }\n\n  }\n\n\n}\n"}
{"repo_name":"samirahmed\/supereasy_json_parser","path":"supereasy_json_parser\/src\/supereasy_json.scala","text":"import scala.annotation.migration\nimport scala.util.parsing.combinator.JavaTokenParsers\n\n\/*\n * Created by <NAME>\n * http:\/\/www.samir-ahmed.com\n * https:\/\/www.github.com\/samirahmed\n * \n * APACHE-2.0 LICENSE\n * Copyright 2011 <NAME>\n\n   Licensed under the Apache License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance with the License.\n   You may obtain a copy of the License at\n\n       http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n   Unless required by applicable law or agreed to in writing, software\n   distributed under the License is distributed on an \"AS IS\" BASIS,\n   WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n   See the License for the specific language governing permissions and\n   limitations under the License.\n *\n *\/\n\n\/**\n * Slight Adapted version of Escaped String Parser\n * to enable more complete string parsing\n * Taken from com.twitter.json at https:\/\/github.com\/stevej\/scala-json\n *\/\nclass EscapedStringParser extends JavaTokenParsers {\n\t  override protected val whiteSpace = \"\".r\n\t\n\t  def unicode: Parser[String] = rep1(\"\\\\u\" ~> \"\"\"[a-fA-F0-9]{4}\"\"\".r) ^^ { stringBytes =>\n\t    new String(stringBytes.map(Integer.valueOf(_, 16).intValue.asInstanceOf[Char]).toArray)\n\t  }\n\t\n\t  def escaped: Parser[String] = \"\\\\\" ~> \"\"\"[\\\\\/bfnrt\"]\"\"\".r ^^ { charStr =>\n\t    val char = charStr match {\n\t      case \"r\" => '\\r'\n\t      case \"n\" => '\\n'\n\t      case \"t\" => '\\t'\n\t      case \"b\" => '\\b'\n\t      case \"f\" => '\\f'\n\t      case x => x.charAt(0)\n\t    }\n\t    char.toString\n\t  }\n\t\n\t  def characters: Parser[String] = \"\"\"[^\\\"[\\x00-\\x1F]\\\\]+\"\"\".r\n\t\n\t  def string: Parser[String] = \"\\\"\" ~> rep(unicode | escaped | characters) <~ \"\\\"\" ^^ { list =>\n\t    list.mkString(\"\")\n\t  }\n\t\n\t  def parse(s: String) = {\n\t    parseAll(string, s)\n\t    }\n  }\n\n\/**\n * SuperEasy JSON Parser for \n * JSON Parser Adapted from <NAME>'s Programming in Scala and SteveJ's Twitter Scala-JSON\n * \n * First Parse, then get\n * *\/\nclass supereasy_json_parser extends JavaTokenParsers {\n\t\n\t\/\/ Private Data member for collecting all JSON Members\n\tprivate var memberListing = List[(String,Any)]()\n\tprivate var isParsed = false\n\tlazy val stringParser = (new EscapedStringParser)\n\t\n\t\/\/ Define a valid value as a JSON object, JSON array or JSON member\n\tdef value: Parser[Any] = (\n\t  obj\n\t  |arr\n\t  |member\n\t  |string\n\t  |floatingPointNumber\n  \t  |\"null\" ^^ (x => null)\n  \t  |\"true\" ^^ (x => true) \n\t  |\"false\" ^^ (x => false)\n\t)\n\t\n\t\/\/ Parse everything between {} as members separated by commas\n\tdef obj: Parser[Map[String, Any]] = \"{\"~>repsep(member, \",\")<~\"}\" ^^ (Map() ++ _) \n \n\t\/\/ Parse all JSON arrays as lists\n    def arr: Parser[List[Any]] = \"[\"~>repsep(value, \",\")<~\"]\" \n\n    \/\/ Parse all name value pairs into tuples, collect them in the memberListing\n    def member: Parser[(String, Any)] = stringLiteral~\":\"~value ^^ {  case name~\":\"~value => \n      { memberListing ::= (name,value); (name,value) }  }\n    \n\tdef string: Parser[String] = \"\\\"(\\\\\\\\\\\\\\\\|\\\\\\\\\\\"|[^\\\"])*+\\\"\".r ^^ \n\t{ escapedStr => stringParser.parse(escapedStr).get }\n\t    \n    \/\/ Override original parseAll to reverse List \n    def parse (rawJSON : String ): Any = {\n      val parseResult = super.parseAll(value,rawJSON)\n      memberListing = memberListing.reverse\n      isParsed = true\n      parseResult.get\n    }\n      \n    \/** \n     * Returns a string containing the value of nth instance of a JSON member (in order of appearence)\n     * when given the member's identifier. Even if the member is nested within JSON Arrays or Objects\n     * \n     * E.g Raw JSON String {\"State\":\"Florida\",\"Place\":{\"State\":\"Wisconsin\"}}\n     * 'Wisconsin' can be extracted by calling getValue(\"State\",2)\n     * Will throw NoSuchFieldException in the event a non primitive JSON value is requested (JSON Object or Array)\n     *\/\n    def getValue( memberName: String, instance :Int = 1 ): String = {\n      get(memberName, instance) match {\n        case value:List[Any] => invalidRequest(memberName,value.toString() )\n        case value:Map[String,Any] => invalidRequest(memberName,value.toString() )\n        case value => value.toString;\n      }\n    }\n    \n    \/** \n     * Returns a List containing a JSON Array that matches the given memberName's nth instance (in order of appearence)\n     * \n     * E.g Raw JSON String {\"State\":[\"NY\" \"MA\"],\"State\",[\"FL\" \"CA\"]}\n     * List(\"FL\",\"CA\") can be extracted by calling getArray(\"State\",2)\n     * Will throw NoSuchFieldException in the event a non primitive JSON Array is requested (JSON Object or MemberValue)\n     *\/\n    def getArray( memberName: String, instance :Int = 1): List[Any] = {\n      get(memberName, instance) match {\n        case value:List[Any] => value\n        case value:Map[String,Any] => invalidRequest(memberName,value.toString() )\n        case value => invalidRequest(memberName,value.toString())\n      }\n    }\n\n    \/** \n     * Returns a Map[String, Any] containing a JSON Object that matches the given memberName's nth instance (in order of appearence)\n     * \n     * E.g Raw JSON String {\"State\":{\"Capital\":\"Boston\"},\"State\":{\"Capital\":\"Albany\"}}\n     * Map(\"Capital\",\"Albany\") can be extracted by calling getObject(\"State\",2)\n     * Will throw NoSuchFieldException in the event a non primitive JSON Array is requested (JSON Object or MemberValue)\n     *\/\n    def getObject( memberName: String, instance :Int = 1): Map[String,Any] = {\n      get(memberName, instance) match {\n        case value:List[Any] => invalidRequest(memberName,value.toString())\n        case value:Map[String,Any] => value\n        case value => invalidRequest(memberName,value.toString() )\n      }\n    }\n    \n    \/**\n     * Returns all non JSON Object or Array, member values that match the given MemberName\n     * \n     * e.g Raw JSON String {\"State\":{\"Capital\":\"Boston\"},\"State\":{\"Capital\":\"Albany\"}}\n     * Calling 'getAllValues(\"Capital\")' will return List(\"Boston\".\"Albany\")\n     *\/\n    def getAllValues(memberName: String):List[String] = {\n      get(memberName,-1) match{\n        case values: List[(String,Any)] => for (value <- values; if isValue(value._2) ) yield value._2.toString()\n            }\n      }\n    \n    def isValue ( jsonValue: Any): Boolean = {\n      jsonValue match{\n        case value : List[Any] => false \n        case value : Map[String,Any] => false\n        case value => true\n      }\n    }\n    \n    \/**\n     * Returns a List with every JSON member name and value (Objects and Arrays included)\n     *\/\n    def getFullMemberListing(): List[(String,Any)]={\n      return this.memberListing;\n    }\n    \n    \/* Private Helper Functions *\/\n    \n    \/\/ If not yet Parsed, we throw an exception\n    private def checkIfParsed() = {\n      if (!isParsed){\n      throw new Exception(\"No JSON String has been parsed, Try using the parseAll method first\")\n      }\n    }\n    \n    private def get(memberName: String, instance: Int): Any = {\n      \n      def ensureQuotationMarks(): String = {\n\t    if (!memberName.matches(\"\\\".*?\\\"\")){\n\t        return '\"'+memberName+'\"'\n\t    \t}          \n\t    memberName\n\t\t}\n\t      \n      checkIfParsed()\n      val name = ensureQuotationMarks()\n      val valid = memberListing.filter( _._1.equals(name))\n      \n      \/\/ If instance equals -1, return all of instances\n      if (instance == -1){\n        return valid\n      }\n      \n      if (valid.length < instance){\n      throw new NoSuchFieldException(\"Could not find instance number \" +instance+ \" of member with name: \"+memberName)\n      }\n      valid(instance-1)._2\n    }\n    \n    private def invalidRequest(name :String, value:String)={\n      throw new NoSuchFieldException(name+\" does not yield requested JSON Type, but instead \"+value)\n    }\n    \n}\n\nobject supereasyTester extends supereasy_json_parser{\n  \n  def main (args : Array[String]): Unit = {\n\t\n    \/\/ Load test file and parse\n    val rawJSON = io.Source.fromFile(\"sampleJSON.txt\").mkString;\n    val start = System.currentTimeMillis();\n    parse(rawJSON)\n    \n    \/\/ Test the various methods\n    println ( \"FirstURL : \"+getValue(\"FirstURL\") )\n    println ( \"\\nFirstURL : \"+getValue(\"\\\"FirstURL\\\"\") )\n    println ( \"\\nSecond Instance of FirstURL : \"+getValue(\"FirstURL\",2) )\n    println ( \"\\nThird Instance of Topics Array : \\n\"+getArray(\"Topics\",3).mkString(\"\\n\") )\n    println ( \"\\nFourth Instance of Icon Object : \"+getObject(\"Icon\",4) )\n    println ( \"\\nAll Non JSON Object, Array Values \\n: \"+getAllValues(\"Text\").mkString(\"\\n\") ) \n    println ( \"\\nFull Member List : \\n\"+getFullMemberListing().mkString(\"\\n\"))\n    println (\"Total Time: \"+(System.currentTimeMillis()-start))\n  }\n}"}
{"repo_name":"phoenix-test-emb\/kafka","path":"core\/src\/main\/scala\/kafka\/coordinator\/transaction\/ProducerIdManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport kafka.server.{BrokerToControllerChannelManager, ControllerRequestCompletionHandler}\nimport kafka.utils.Logging\nimport kafka.zk.{KafkaZkClient, ProducerIdBlockZNode}\nimport org.apache.kafka.clients.ClientResponse\nimport org.apache.kafka.common.KafkaException\nimport org.apache.kafka.common.message.AllocateProducerIdsRequestData\nimport org.apache.kafka.common.protocol.Errors\nimport org.apache.kafka.common.requests.{AllocateProducerIdsRequest, AllocateProducerIdsResponse}\nimport org.apache.kafka.server.common.ProducerIdsBlock\n\nimport java.util.concurrent.{ArrayBlockingQueue, TimeUnit}\nimport java.util.concurrent.atomic.AtomicBoolean\nimport scala.util.{Failure, Success, Try}\n\n\/**\n * ProducerIdManager is the part of the transaction coordinator that provides ProducerIds in a unique way\n * such that the same producerId will not be assigned twice across multiple transaction coordinators.\n *\n * ProducerIds are managed by the controller. When requesting a new range of IDs, we are guaranteed to receive\n * a unique block.\n *\/\n\nobject ProducerIdManager {\n  \/\/ Once we reach this percentage of PIDs consumed from the current block, trigger a fetch of the next block\n  val PidPrefetchThreshold = 0.90\n\n  \/\/ Creates a ProducerIdGenerate that directly interfaces with ZooKeeper, IBP < 3.0-IV0\n  def zk(brokerId: Int, zkClient: KafkaZkClient): ZkProducerIdManager = {\n    new ZkProducerIdManager(brokerId, zkClient)\n  }\n\n  \/\/ Creates a ProducerIdGenerate that uses AllocateProducerIds RPC, IBP >= 3.0-IV0\n  def rpc(brokerId: Int,\n            brokerEpochSupplier: () => Long,\n            controllerChannel: BrokerToControllerChannelManager,\n            maxWaitMs: Int): RPCProducerIdManager = {\n    new RPCProducerIdManager(brokerId, brokerEpochSupplier, controllerChannel, maxWaitMs)\n  }\n}\n\ntrait ProducerIdManager {\n  def generateProducerId(): Long\n  def shutdown() : Unit = {}\n}\n\nobject ZkProducerIdManager {\n  def getNewProducerIdBlock(brokerId: Int, zkClient: KafkaZkClient, logger: Logging): ProducerIdsBlock = {\n    \/\/ Get or create the existing PID block from ZK and attempt to update it. We retry in a loop here since other\n    \/\/ brokers may be generating PID blocks during a rolling upgrade\n    var zkWriteComplete = false\n    while (!zkWriteComplete) {\n      \/\/ refresh current producerId block from zookeeper again\n      val (dataOpt, zkVersion) = zkClient.getDataAndVersion(ProducerIdBlockZNode.path)\n\n      \/\/ generate the new producerId block\n      val newProducerIdBlock = dataOpt match {\n        case Some(data) =>\n          val currProducerIdBlock = ProducerIdBlockZNode.parseProducerIdBlockData(data)\n          logger.debug(s\"Read current producerId block $currProducerIdBlock, Zk path version $zkVersion\")\n\n          if (currProducerIdBlock.producerIdEnd > Long.MaxValue - ProducerIdsBlock.PRODUCER_ID_BLOCK_SIZE) {\n            \/\/ we have exhausted all producerIds (wow!), treat it as a fatal error\n            logger.fatal(s\"Exhausted all producerIds as the next block's end producerId is will has exceeded long type limit (current block end producerId is ${currProducerIdBlock.producerIdEnd})\")\n            throw new KafkaException(\"Have exhausted all producerIds.\")\n          }\n\n          new ProducerIdsBlock(brokerId, currProducerIdBlock.producerIdEnd + 1L, ProducerIdsBlock.PRODUCER_ID_BLOCK_SIZE)\n        case None =>\n          logger.debug(s\"There is no producerId block yet (Zk path version $zkVersion), creating the first block\")\n          new ProducerIdsBlock(brokerId, 0L, ProducerIdsBlock.PRODUCER_ID_BLOCK_SIZE)\n      }\n\n      val newProducerIdBlockData = ProducerIdBlockZNode.generateProducerIdBlockJson(newProducerIdBlock)\n\n      \/\/ try to write the new producerId block into zookeeper\n      val (succeeded, version) = zkClient.conditionalUpdatePath(ProducerIdBlockZNode.path, newProducerIdBlockData, zkVersion, None)\n      zkWriteComplete = succeeded\n\n      if (zkWriteComplete) {\n        logger.info(s\"Acquired new producerId block $newProducerIdBlock by writing to Zk with path version $version\")\n        return newProducerIdBlock\n      }\n    }\n    throw new IllegalStateException()\n  }\n}\n\nclass ZkProducerIdManager(brokerId: Int,\n                          zkClient: KafkaZkClient) extends ProducerIdManager with Logging {\n\n  this.logIdent = \"[ZK ProducerId Manager \" + brokerId + \"]: \"\n\n  private var currentProducerIdBlock: ProducerIdsBlock = ProducerIdsBlock.EMPTY\n  private var nextProducerId: Long = _\n\n  \/\/ grab the first block of producerIds\n  this synchronized {\n    allocateNewProducerIdBlock()\n    nextProducerId = currentProducerIdBlock.producerIdStart\n  }\n\n  private def allocateNewProducerIdBlock(): Unit = {\n    this synchronized {\n      currentProducerIdBlock = ZkProducerIdManager.getNewProducerIdBlock(brokerId, zkClient, this)\n    }\n  }\n\n  def generateProducerId(): Long = {\n    this synchronized {\n      \/\/ grab a new block of producerIds if this block has been exhausted\n      if (nextProducerId > currentProducerIdBlock.producerIdEnd) {\n        allocateNewProducerIdBlock()\n        nextProducerId = currentProducerIdBlock.producerIdStart\n      }\n      nextProducerId += 1\n      nextProducerId - 1\n    }\n  }\n}\n\nclass RPCProducerIdManager(brokerId: Int,\n                           brokerEpochSupplier: () => Long,\n                           controllerChannel: BrokerToControllerChannelManager,\n                           maxWaitMs: Int) extends ProducerIdManager with Logging {\n\n  this.logIdent = \"[RPC ProducerId Manager \" + brokerId + \"]: \"\n\n  private val nextProducerIdBlock = new ArrayBlockingQueue[Try[ProducerIdsBlock]](1)\n  private val requestInFlight = new AtomicBoolean(false)\n  private var currentProducerIdBlock: ProducerIdsBlock = ProducerIdsBlock.EMPTY\n  private var nextProducerId: Long = -1L\n\n  override def generateProducerId(): Long = {\n    this synchronized {\n      if (nextProducerId == -1L) {\n        \/\/ Send an initial request to get the first block\n        maybeRequestNextBlock()\n        nextProducerId = 0L\n      } else {\n        nextProducerId += 1\n\n        \/\/ Check if we need to fetch the next block\n        if (nextProducerId >= (currentProducerIdBlock.producerIdStart + currentProducerIdBlock.producerIdLen * ProducerIdManager.PidPrefetchThreshold)) {\n          maybeRequestNextBlock()\n        }\n      }\n\n      \/\/ If we've exhausted the current block, grab the next block (waiting if necessary)\n      if (nextProducerId > currentProducerIdBlock.producerIdEnd) {\n        val block = nextProducerIdBlock.poll(maxWaitMs, TimeUnit.MILLISECONDS)\n        if (block == null) {\n          throw Errors.REQUEST_TIMED_OUT.exception(\"Timed out waiting for next producer ID block\")\n        } else {\n          block match {\n            case Success(nextBlock) =>\n              currentProducerIdBlock = nextBlock\n              nextProducerId = currentProducerIdBlock.producerIdStart\n            case Failure(t) => throw t\n          }\n        }\n      }\n      nextProducerId\n    }\n  }\n\n\n  private def maybeRequestNextBlock(): Unit = {\n    if (nextProducerIdBlock.isEmpty && requestInFlight.compareAndSet(false, true)) {\n      sendRequest()\n    }\n  }\n\n  private[transaction] def sendRequest(): Unit = {\n    val message = new AllocateProducerIdsRequestData()\n      .setBrokerEpoch(brokerEpochSupplier.apply())\n      .setBrokerId(brokerId)\n\n    val request = new AllocateProducerIdsRequest.Builder(message)\n    debug(\"Requesting next Producer ID block\")\n    controllerChannel.sendRequest(request, new ControllerRequestCompletionHandler() {\n      override def onComplete(response: ClientResponse): Unit = {\n        val message = response.responseBody().asInstanceOf[AllocateProducerIdsResponse]\n        handleAllocateProducerIdsResponse(message)\n      }\n\n      override def onTimeout(): Unit = handleTimeout()\n    })\n  }\n\n  private[transaction] def handleAllocateProducerIdsResponse(response: AllocateProducerIdsResponse): Unit = {\n    requestInFlight.set(false)\n    val data = response.data\n    Errors.forCode(data.errorCode()) match {\n      case Errors.NONE =>\n        debug(s\"Got next producer ID block from controller $data\")\n        \/\/ Do some sanity checks on the response\n        if (data.producerIdStart() < currentProducerIdBlock.producerIdEnd) {\n          nextProducerIdBlock.put(Failure(new KafkaException(\n            s\"Producer ID block is not monotonic with current block: current=$currentProducerIdBlock response=$data\")))\n        } else if (data.producerIdStart() < 0 || data.producerIdLen() < 0 || data.producerIdStart() > Long.MaxValue - data.producerIdLen()) {\n          nextProducerIdBlock.put(Failure(new KafkaException(s\"Producer ID block includes invalid ID range: $data\")))\n        } else {\n          nextProducerIdBlock.put(\n            Success(new ProducerIdsBlock(brokerId, data.producerIdStart(), data.producerIdLen())))\n        }\n      case Errors.STALE_BROKER_EPOCH =>\n        warn(\"Our broker epoch was stale, trying again.\")\n        maybeRequestNextBlock()\n      case Errors.BROKER_ID_NOT_REGISTERED =>\n        warn(\"Our broker ID is not yet known by the controller, trying again.\")\n        maybeRequestNextBlock()\n      case e: Errors =>\n        warn(\"Had an unknown error from the controller, giving up.\")\n        nextProducerIdBlock.put(Failure(e.exception()))\n    }\n  }\n\n  private[transaction] def handleTimeout(): Unit = {\n    warn(\"Timed out when requesting AllocateProducerIds from the controller.\")\n    requestInFlight.set(false)\n    nextProducerIdBlock.put(Failure(Errors.REQUEST_TIMED_OUT.exception))\n    maybeRequestNextBlock()\n  }\n}\n"}
{"repo_name":"phoenix-test-emb\/kafka","path":"core\/src\/main\/scala\/kafka\/log\/LogLoader.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.log\n\nimport java.io.{File, IOException}\nimport java.nio.file.{Files, NoSuchFileException}\n\nimport kafka.common.LogSegmentOffsetOverflowException\nimport kafka.log.UnifiedLog.{CleanedFileSuffix, DeletedFileSuffix, SwapFileSuffix, isIndexFile, isLogFile, offsetFromFile}\nimport kafka.server.{LogDirFailureChannel, LogOffsetMetadata}\nimport kafka.server.epoch.LeaderEpochFileCache\nimport kafka.utils.{CoreUtils, Logging, Scheduler}\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.errors.InvalidOffsetException\nimport org.apache.kafka.common.utils.Time\n\nimport scala.collection.{Set, mutable}\n\ncase class LoadedLogOffsets(logStartOffset: Long,\n                            recoveryPoint: Long,\n                            nextOffsetMetadata: LogOffsetMetadata)\n\n\/**\n * @param dir The directory from which log segments need to be loaded\n * @param topicPartition The topic partition associated with the log being loaded\n * @param config The configuration settings for the log being loaded\n * @param scheduler The thread pool scheduler used for background actions\n * @param time The time instance used for checking the clock\n * @param logDirFailureChannel The LogDirFailureChannel instance to asynchronously handle log\n *                             directory failure\n * @param hadCleanShutdown Boolean flag to indicate whether the associated log previously had a\n *                         clean shutdown\n * @param segments The LogSegments instance into which segments recovered from disk will be\n *                 populated\n * @param logStartOffsetCheckpoint The checkpoint of the log start offset\n * @param recoveryPointCheckpoint The checkpoint of the offset at which to begin the recovery\n * @param maxProducerIdExpirationMs The maximum amount of time to wait before a producer id is\n *                                  considered expired\n * @param leaderEpochCache An optional LeaderEpochFileCache instance to be updated during recovery\n * @param producerStateManager The ProducerStateManager instance to be updated during recovery\n *\/\ncase class LoadLogParams(dir: File,\n                         topicPartition: TopicPartition,\n                         config: LogConfig,\n                         scheduler: Scheduler,\n                         time: Time,\n                         logDirFailureChannel: LogDirFailureChannel,\n                         hadCleanShutdown: Boolean,\n                         segments: LogSegments,\n                         logStartOffsetCheckpoint: Long,\n                         recoveryPointCheckpoint: Long,\n                         maxProducerIdExpirationMs: Int,\n                         leaderEpochCache: Option[LeaderEpochFileCache],\n                         producerStateManager: ProducerStateManager) {\n  val logIdentifier: String = s\"[LogLoader partition=$topicPartition, dir=${dir.getParent}] \"\n}\n\n\/**\n * This object is responsible for all activities related with recovery of log segments from disk.\n *\/\nobject LogLoader extends Logging {\n\n  \/**\n   * Clean shutdown file that indicates the broker was cleanly shutdown in 0.8 and higher.\n   * This is used to avoid unnecessary recovery after a clean shutdown. In theory this could be\n   * avoided by passing in the recovery point, however finding the correct position to do this\n   * requires accessing the offset index which may not be safe in an unclean shutdown.\n   * For more information see the discussion in PR#2104\n   *\/\n  val CleanShutdownFile = \".kafka_cleanshutdown\"\n\n  \/**\n   * Load the log segments from the log files on disk, and returns the components of the loaded log.\n   * Additionally, it also suitably updates the provided LeaderEpochFileCache and ProducerStateManager\n   * to reflect the contents of the loaded log.\n   *\n   * In the context of the calling thread, this function does not need to convert IOException to\n   * KafkaStorageException because it is only called before all logs are loaded.\n   *\n   * @param params The parameters for the log being loaded from disk\n   *\n   * @return the offsets of the Log successfully loaded from disk\n   *\n   * @throws LogSegmentOffsetOverflowException if we encounter a .swap file with messages that\n   *                                           overflow index offset\n   *\/\n  def load(params: LoadLogParams): LoadedLogOffsets = {\n    \/\/ First pass: through the files in the log directory and remove any temporary files\n    \/\/ and find any interrupted swap operations\n    val swapFiles = removeTempFilesAndCollectSwapFiles(params)\n\n    \/\/ The remaining valid swap files must come from compaction or segment split operation. We can\n    \/\/ simply rename them to regular segment files. But, before renaming, we should figure out which\n    \/\/ segments are compacted\/split and delete these segment files: this is done by calculating\n    \/\/ min\/maxSwapFileOffset.\n    \/\/ We store segments that require renaming in this code block, and do the actual renaming later.\n    var minSwapFileOffset = Long.MaxValue\n    var maxSwapFileOffset = Long.MinValue\n    swapFiles.filter(f => UnifiedLog.isLogFile(new File(CoreUtils.replaceSuffix(f.getPath, SwapFileSuffix, \"\")))).foreach { f =>\n      val baseOffset = offsetFromFile(f)\n      val segment = LogSegment.open(f.getParentFile,\n        baseOffset = baseOffset,\n        params.config,\n        time = params.time,\n        fileSuffix = UnifiedLog.SwapFileSuffix)\n      info(s\"${params.logIdentifier}Found log file ${f.getPath} from interrupted swap operation, which is recoverable from ${UnifiedLog.SwapFileSuffix} files by renaming.\")\n      minSwapFileOffset = Math.min(segment.baseOffset, minSwapFileOffset)\n      maxSwapFileOffset = Math.max(segment.readNextOffset, maxSwapFileOffset)\n    }\n\n    \/\/ Second pass: delete segments that are between minSwapFileOffset and maxSwapFileOffset. As\n    \/\/ discussed above, these segments were compacted or split but haven't been renamed to .delete\n    \/\/ before shutting down the broker.\n    for (file <- params.dir.listFiles if file.isFile) {\n      try {\n        if (!file.getName.endsWith(SwapFileSuffix)) {\n          val offset = offsetFromFile(file)\n          if (offset >= minSwapFileOffset && offset < maxSwapFileOffset) {\n            info(s\"${params.logIdentifier}Deleting segment files ${file.getName} that is compacted but has not been deleted yet.\")\n            file.delete()\n          }\n        }\n      } catch {\n        \/\/ offsetFromFile with files that do not include an offset in the file name\n        case _: StringIndexOutOfBoundsException =>\n        case _: NumberFormatException =>\n      }\n    }\n\n    \/\/ Third pass: rename all swap files.\n    for (file <- params.dir.listFiles if file.isFile) {\n      if (file.getName.endsWith(SwapFileSuffix)) {\n        info(s\"${params.logIdentifier}Recovering file ${file.getName} by renaming from ${UnifiedLog.SwapFileSuffix} files.\")\n        file.renameTo(new File(CoreUtils.replaceSuffix(file.getPath, UnifiedLog.SwapFileSuffix, \"\")))\n      }\n    }\n\n    \/\/ Fourth pass: load all the log and index files.\n    \/\/ We might encounter legacy log segments with offset overflow (KAFKA-6264). We need to split such segments. When\n    \/\/ this happens, restart loading segment files from scratch.\n    retryOnOffsetOverflow(params, {\n      \/\/ In case we encounter a segment with offset overflow, the retry logic will split it after which we need to retry\n      \/\/ loading of segments. In that case, we also need to close all segments that could have been left open in previous\n      \/\/ call to loadSegmentFiles().\n      params.segments.close()\n      params.segments.clear()\n      loadSegmentFiles(params)\n    })\n\n    val (newRecoveryPoint: Long, nextOffset: Long) = {\n      if (!params.dir.getAbsolutePath.endsWith(UnifiedLog.DeleteDirSuffix)) {\n        val (newRecoveryPoint, nextOffset) = retryOnOffsetOverflow(params, {\n          recoverLog(params)\n        })\n\n        \/\/ reset the index size of the currently active log segment to allow more entries\n        params.segments.lastSegment.get.resizeIndexes(params.config.maxIndexSize)\n        (newRecoveryPoint, nextOffset)\n      } else {\n        if (params.segments.isEmpty) {\n          params.segments.add(\n            LogSegment.open(\n              dir = params.dir,\n              baseOffset = 0,\n              params.config,\n              time = params.time,\n              initFileSize = params.config.initFileSize))\n        }\n        (0L, 0L)\n      }\n    }\n\n    params.leaderEpochCache.foreach(_.truncateFromEnd(nextOffset))\n    val newLogStartOffset = math.max(params.logStartOffsetCheckpoint, params.segments.firstSegment.get.baseOffset)\n    \/\/ The earliest leader epoch may not be flushed during a hard failure. Recover it here.\n    params.leaderEpochCache.foreach(_.truncateFromStart(params.logStartOffsetCheckpoint))\n\n    \/\/ Any segment loading or recovery code must not use producerStateManager, so that we can build the full state here\n    \/\/ from scratch.\n    if (!params.producerStateManager.isEmpty)\n      throw new IllegalStateException(\"Producer state must be empty during log initialization\")\n\n    \/\/ Reload all snapshots into the ProducerStateManager cache, the intermediate ProducerStateManager used\n    \/\/ during log recovery may have deleted some files without the LogLoader.producerStateManager instance witnessing the\n    \/\/ deletion.\n    params.producerStateManager.removeStraySnapshots(params.segments.baseOffsets.toSeq)\n    UnifiedLog.rebuildProducerState(\n      params.producerStateManager,\n      params.segments,\n      newLogStartOffset,\n      nextOffset,\n      params.config.recordVersion,\n      params.time,\n      reloadFromCleanShutdown = params.hadCleanShutdown,\n      params.logIdentifier)\n    val activeSegment = params.segments.lastSegment.get\n    LoadedLogOffsets(\n      newLogStartOffset,\n      newRecoveryPoint,\n      LogOffsetMetadata(nextOffset, activeSegment.baseOffset, activeSegment.size))\n  }\n\n  \/**\n   * Removes any temporary files found in log directory, and creates a list of all .swap files which could be swapped\n   * in place of existing segment(s). For log splitting, we know that any .swap file whose base offset is higher than\n   * the smallest offset .clean file could be part of an incomplete split operation. Such .swap files are also deleted\n   * by this method.\n   *\n   * @param params The parameters for the log being loaded from disk\n   * @return Set of .swap files that are valid to be swapped in as segment files and index files\n   *\/\n  private def removeTempFilesAndCollectSwapFiles(params: LoadLogParams): Set[File] = {\n\n    val swapFiles = mutable.Set[File]()\n    val cleanedFiles = mutable.Set[File]()\n    var minCleanedFileOffset = Long.MaxValue\n\n    for (file <- params.dir.listFiles if file.isFile) {\n      if (!file.canRead)\n        throw new IOException(s\"Could not read file $file\")\n      val filename = file.getName\n      if (filename.endsWith(DeletedFileSuffix)) {\n        debug(s\"${params.logIdentifier}Deleting stray temporary file ${file.getAbsolutePath}\")\n        Files.deleteIfExists(file.toPath)\n      } else if (filename.endsWith(CleanedFileSuffix)) {\n        minCleanedFileOffset = Math.min(offsetFromFile(file), minCleanedFileOffset)\n        cleanedFiles += file\n      } else if (filename.endsWith(SwapFileSuffix)) {\n        swapFiles += file\n      }\n    }\n\n    \/\/ KAFKA-6264: Delete all .swap files whose base offset is greater than the minimum .cleaned segment offset. Such .swap\n    \/\/ files could be part of an incomplete split operation that could not complete. See Log#splitOverflowedSegment\n    \/\/ for more details about the split operation.\n    val (invalidSwapFiles, validSwapFiles) = swapFiles.partition(file => offsetFromFile(file) >= minCleanedFileOffset)\n    invalidSwapFiles.foreach { file =>\n      debug(s\"${params.logIdentifier}Deleting invalid swap file ${file.getAbsoluteFile} minCleanedFileOffset: $minCleanedFileOffset\")\n      Files.deleteIfExists(file.toPath)\n    }\n\n    \/\/ Now that we have deleted all .swap files that constitute an incomplete split operation, let's delete all .clean files\n    cleanedFiles.foreach { file =>\n      debug(s\"${params.logIdentifier}Deleting stray .clean file ${file.getAbsolutePath}\")\n      Files.deleteIfExists(file.toPath)\n    }\n\n    validSwapFiles\n  }\n\n  \/**\n   * Retries the provided function only whenever an LogSegmentOffsetOverflowException is raised by\n   * it during execution. Before every retry, the overflowed segment is split into one or more segments\n   * such that there is no offset overflow in any of them.\n   *\n   * @param params The parameters for the log being loaded from disk\n   * @param fn The function to be executed\n   * @return The value returned by the function, if successful\n   * @throws Exception whenever the executed function throws any exception other than\n   *                   LogSegmentOffsetOverflowException, the same exception is raised to the caller\n   *\/\n  private def retryOnOffsetOverflow[T](params: LoadLogParams, fn: => T): T = {\n    while (true) {\n      try {\n        return fn\n      } catch {\n        case e: LogSegmentOffsetOverflowException =>\n          info(s\"${params.logIdentifier}Caught segment overflow error: ${e.getMessage}. Split segment and retry.\")\n          val result = UnifiedLog.splitOverflowedSegment(\n            e.segment,\n            params.segments,\n            params.dir,\n            params.topicPartition,\n            params.config,\n            params.scheduler,\n            params.logDirFailureChannel,\n            params.logIdentifier)\n          deleteProducerSnapshotsAsync(result.deletedSegments, params)\n      }\n    }\n    throw new IllegalStateException()\n  }\n\n  \/**\n   * Loads segments from disk into the provided params.segments.\n   *\n   * This method does not need to convert IOException to KafkaStorageException because it is only called before all logs are loaded.\n   * It is possible that we encounter a segment with index offset overflow in which case the LogSegmentOffsetOverflowException\n   * will be thrown. Note that any segments that were opened before we encountered the exception will remain open and the\n   * caller is responsible for closing them appropriately, if needed.\n   *\n   * @param params The parameters for the log being loaded from disk\n   * @throws LogSegmentOffsetOverflowException if the log directory contains a segment with messages that overflow the index offset\n   *\/\n  private def loadSegmentFiles(params: LoadLogParams): Unit = {\n    \/\/ load segments in ascending order because transactional data from one segment may depend on the\n    \/\/ segments that come before it\n    for (file <- params.dir.listFiles.sortBy(_.getName) if file.isFile) {\n      if (isIndexFile(file)) {\n        \/\/ if it is an index file, make sure it has a corresponding .log file\n        val offset = offsetFromFile(file)\n        val logFile = UnifiedLog.logFile(params.dir, offset)\n        if (!logFile.exists) {\n          warn(s\"${params.logIdentifier}Found an orphaned index file ${file.getAbsolutePath}, with no corresponding log file.\")\n          Files.deleteIfExists(file.toPath)\n        }\n      } else if (isLogFile(file)) {\n        \/\/ if it's a log file, load the corresponding log segment\n        val baseOffset = offsetFromFile(file)\n        val timeIndexFileNewlyCreated = !UnifiedLog.timeIndexFile(params.dir, baseOffset).exists()\n        val segment = LogSegment.open(\n          dir = params.dir,\n          baseOffset = baseOffset,\n          params.config,\n          time = params.time,\n          fileAlreadyExists = true)\n\n        try segment.sanityCheck(timeIndexFileNewlyCreated)\n        catch {\n          case _: NoSuchFileException =>\n            error(s\"${params.logIdentifier}Could not find offset index file corresponding to log file\" +\n              s\" ${segment.log.file.getAbsolutePath}, recovering segment and rebuilding index files...\")\n            recoverSegment(segment, params)\n          case e: CorruptIndexException =>\n            warn(s\"${params.logIdentifier}Found a corrupted index file corresponding to log file\" +\n              s\" ${segment.log.file.getAbsolutePath} due to ${e.getMessage}}, recovering segment and\" +\n              \" rebuilding index files...\")\n            recoverSegment(segment, params)\n        }\n        params.segments.add(segment)\n      }\n    }\n  }\n\n  \/**\n   * Just recovers the given segment, without adding it to the provided params.segments.\n   *\n   * @param segment Segment to recover\n   * @param params The parameters for the log being loaded from disk\n   *\n   * @return The number of bytes truncated from the segment\n   *\n   * @throws LogSegmentOffsetOverflowException if the segment contains messages that cause index offset overflow\n   *\/\n  private def recoverSegment(segment: LogSegment, params: LoadLogParams): Int = {\n    val producerStateManager = new ProducerStateManager(\n      params.topicPartition,\n      params.dir,\n      params.maxProducerIdExpirationMs,\n      params.time)\n    UnifiedLog.rebuildProducerState(\n      producerStateManager,\n      params.segments,\n      params.logStartOffsetCheckpoint,\n      segment.baseOffset,\n      params.config.recordVersion,\n      params.time,\n      reloadFromCleanShutdown = false,\n      params.logIdentifier)\n    val bytesTruncated = segment.recover(producerStateManager, params.leaderEpochCache)\n    \/\/ once we have recovered the segment's data, take a snapshot to ensure that we won't\n    \/\/ need to reload the same segment again while recovering another segment.\n    producerStateManager.takeSnapshot()\n    bytesTruncated\n  }\n\n  \/**\n   * Recover the log segments (if there was an unclean shutdown). Ensures there is at least one\n   * active segment, and returns the updated recovery point and next offset after recovery. Along\n   * the way, the method suitably updates the LeaderEpochFileCache or ProducerStateManager inside\n   * the provided LogComponents.\n   *\n   * This method does not need to convert IOException to KafkaStorageException because it is only\n   * called before all logs are loaded.\n   *\n   * @param params The parameters for the log being loaded from disk\n   *\n   * @return a tuple containing (newRecoveryPoint, nextOffset).\n   *\n   * @throws LogSegmentOffsetOverflowException if we encountered a legacy segment with offset overflow\n   *\/\n  private[log] def recoverLog(params: LoadLogParams): (Long, Long) = {\n    \/** return the log end offset if valid *\/\n    def deleteSegmentsIfLogStartGreaterThanLogEnd(): Option[Long] = {\n      if (params.segments.nonEmpty) {\n        val logEndOffset = params.segments.lastSegment.get.readNextOffset\n        if (logEndOffset >= params.logStartOffsetCheckpoint)\n          Some(logEndOffset)\n        else {\n          warn(s\"${params.logIdentifier}Deleting all segments because logEndOffset ($logEndOffset) \" +\n            s\"is smaller than logStartOffset ${params.logStartOffsetCheckpoint}. \" +\n            \"This could happen if segment files were deleted from the file system.\")\n          removeAndDeleteSegmentsAsync(params.segments.values, params)\n          params.leaderEpochCache.foreach(_.clearAndFlush())\n          params.producerStateManager.truncateFullyAndStartAt(params.logStartOffsetCheckpoint)\n          None\n        }\n      } else None\n    }\n\n    \/\/ If we have the clean shutdown marker, skip recovery.\n    if (!params.hadCleanShutdown) {\n      val unflushed = params.segments.values(params.recoveryPointCheckpoint, Long.MaxValue).iterator\n      var truncated = false\n\n      while (unflushed.hasNext && !truncated) {\n        val segment = unflushed.next()\n        info(s\"${params.logIdentifier}Recovering unflushed segment ${segment.baseOffset}\")\n        val truncatedBytes =\n          try {\n            recoverSegment(segment, params)\n          } catch {\n            case _: InvalidOffsetException =>\n              val startOffset = segment.baseOffset\n              warn(s\"${params.logIdentifier}Found invalid offset during recovery. Deleting the\" +\n                s\" corrupt segment and creating an empty one with starting offset $startOffset\")\n              segment.truncateTo(startOffset)\n          }\n        if (truncatedBytes > 0) {\n          \/\/ we had an invalid message, delete all remaining log\n          warn(s\"${params.logIdentifier}Corruption found in segment ${segment.baseOffset},\" +\n            s\" truncating to offset ${segment.readNextOffset}\")\n          removeAndDeleteSegmentsAsync(unflushed.toList, params)\n          truncated = true\n        }\n      }\n    }\n\n    val logEndOffsetOption = deleteSegmentsIfLogStartGreaterThanLogEnd()\n\n    if (params.segments.isEmpty) {\n      \/\/ no existing segments, create a new mutable segment beginning at logStartOffset\n      params.segments.add(\n        LogSegment.open(\n          dir = params.dir,\n          baseOffset = params.logStartOffsetCheckpoint,\n          params.config,\n          time = params.time,\n          initFileSize = params.config.initFileSize,\n          preallocate = params.config.preallocate))\n    }\n\n    \/\/ Update the recovery point if there was a clean shutdown and did not perform any changes to\n    \/\/ the segment. Otherwise, we just ensure that the recovery point is not ahead of the log end\n    \/\/ offset. To ensure correctness and to make it easier to reason about, it's best to only advance\n    \/\/ the recovery point when the log is flushed. If we advanced the recovery point here, we could\n    \/\/ skip recovery for unflushed segments if the broker crashed after we checkpoint the recovery\n    \/\/ point and before we flush the segment.\n    (params.hadCleanShutdown, logEndOffsetOption) match {\n      case (true, Some(logEndOffset)) =>\n        (logEndOffset, logEndOffset)\n      case _ =>\n        val logEndOffset = logEndOffsetOption.getOrElse(params.segments.lastSegment.get.readNextOffset)\n        (Math.min(params.recoveryPointCheckpoint, logEndOffset), logEndOffset)\n    }\n  }\n\n  \/**\n   * This method deletes the given log segments and the associated producer snapshots, by doing the\n   * following for each of them:\n   *  - It removes the segment from the segment map so that it will no longer be used for reads.\n   *  - It schedules asynchronous deletion of the segments that allows reads to happen concurrently without\n   *    synchronization and without the possibility of physically deleting a file while it is being\n   *    read.\n   *\n   * This method does not need to convert IOException to KafkaStorageException because it is either\n   * called before all logs are loaded or the immediate caller will catch and handle IOException\n   *\n   * @param segmentsToDelete The log segments to schedule for deletion\n   * @param params The parameters for the log being loaded from disk\n   *\/\n  private def removeAndDeleteSegmentsAsync(segmentsToDelete: Iterable[LogSegment],\n                                           params: LoadLogParams): Unit = {\n    if (segmentsToDelete.nonEmpty) {\n      \/\/ Most callers hold an iterator into the `params.segments` collection and\n      \/\/ `removeAndDeleteSegmentAsync` mutates it by removing the deleted segment. Therefore,\n      \/\/ we should force materialization of the iterator here, so that results of the iteration\n      \/\/ remain valid and deterministic. We should also pass only the materialized view of the\n      \/\/ iterator to the logic that deletes the segments.\n      val toDelete = segmentsToDelete.toList\n      info(s\"${params.logIdentifier}Deleting segments as part of log recovery: ${toDelete.mkString(\",\")}\")\n      toDelete.foreach { segment =>\n        params.segments.remove(segment.baseOffset)\n      }\n      UnifiedLog.deleteSegmentFiles(\n        toDelete,\n        asyncDelete = true,\n        params.dir,\n        params.topicPartition,\n        params.config,\n        params.scheduler,\n        params.logDirFailureChannel,\n        params.logIdentifier)\n      deleteProducerSnapshotsAsync(segmentsToDelete, params)\n    }\n  }\n\n  private def deleteProducerSnapshotsAsync(segments: Iterable[LogSegment],\n                                           params: LoadLogParams): Unit = {\n    UnifiedLog.deleteProducerSnapshots(segments,\n      params.producerStateManager,\n      asyncDelete = true,\n      params.scheduler,\n      params.config,\n      params.logDirFailureChannel,\n      params.dir.getParent,\n      params.topicPartition)\n  }\n}\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/ChoreServer.scala","text":"<gh_stars>0\npackage io.github.freddiesanchez.chore\n\n\nimport fs2.Task\nimport scala.util.Properties.envOrNone\nimport org.http4s.server.blaze.BlazeBuilder\nimport org.http4s.util.StreamApp\n\nimport io.github.freddiesanchez.chore.models._\nimport io.github.freddiesanchez.chore.service.ChoreRoutes\nimport io.github.freddiesanchez.chore.repository.ChoreRepository\nimport doobie.imports._\nimport doobie.util.transactor.Transactor\nimport doobie.imports._\nimport fs2.interop.cats._\n\nobject ChoreServer extends StreamApp {\n  val port = envOrNone(\"HTTP_PORT\").fold(8080)(_.toInt)\n\n\n  val xa: Transactor[IOLite] =\n    DriverManagerTransactor[IOLite]( \"org.h2.Driver\"\n      , \"jdbc:h2:file:.\/data\/test\"\n      , \"\"\n      , \"\"\n      )\n\n  val repo = new ChoreRepository(xa)\n\n  def stream(args: List[String]): fs2.Stream[Task, Nothing] = \n    BlazeBuilder .bindHttp(port)\n      .mountService(new ChoreRoutes(repo).service, \"\/\")\n      .serve\n}\n\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/test\/scala\/io\/github\/freddiesanchez\/chore\/ChoreRepositoryTest.scala","text":"package io.github.freddiesanchez.chore\n\nimport org.scalatest.FunSuite\n\nimport doobie.imports._\nimport cats._, cats.data._, cats.implicits._\nimport fs2.interop.cats._\n\nimport io.github.freddiesanchez.chore.repository._\nimport io.github.freddiesanchez.chore.models._\n\nclass ChoreRepositoryTest extends FunSuite {\n\n  val xa1: Transactor[IOLite] =\n    DriverManagerTransactor[IOLite]( \"org.h2.Driver\"\n      , \"jdbc:h2:mem:db\"\n      , \"\"\n      , \"\"\n      )\n  val repo = new ChoreRepository(xa1)\n\n  test(\"create & get\") {\n\n\n    val composed = \n      for {\n        _ <- repo.createChoreTable \n        chore1 <- repo.addChore(Chore(None,\"name\",\"description\", Easy))\n      } yield chore1\n\n    val chore: Option[Chore] = composed.transact(xa1).unsafePerformIO\n\n    assert( chore match {\n        case Some(c) => c.id.get == 1\n        case None => false\n    })\n\n\n  }\n\n  test(\"create & get wrong\") {\n\n    val composed = \n      for {\n        _ <- repo.createChoreTable \n        choreOption <- repo.addChore(Chore(None,\"name\",\"description\", Easy))\n        chore1Option <- repo.getChore(choreOption.get.id.get + 1)\n      } yield chore1Option\n\n    val chore: Option[Chore] = composed.transact(xa1).unsafePerformIO\n\n    assert( chore match {\n        case Some(_) => false\n        case None => true \n    })\n  }\n\n\n  test(\"create & update\") {\n\n    val composed = \n      for {\n        _ <- repo.createChoreTable \n        chore1 <- repo.addChore(Chore(None,\"name\",\"description\", Easy))\n        updatedChore <- repo.updateChore(Chore(chore1.get.id,\"updated_name\",\"updated_description\", Hard))\n      } yield updatedChore \n\n    val chore: Option[Chore] = composed.transact(xa1).unsafePerformIO\n\n    assert( chore match {\n        case Some(c) => c.name == \"updated_name\" && c.description == \"updated_description\" && c.rating == Hard\n        case None => false\n    })\n  }\n\n}\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/build.sbt","text":"organization := \"io.github.freddiesanchez\"\nname := \"choreapp\"\nversion := \"0.0.1-SNAPSHOT\"\nscalaVersion := \"2.12.4\"\n\nval Http4sVersion = \"0.17.6\"\nval LogbackVersion = \"1.2.3\"\nval CirceVersion   = \"0.8.0\"\nval ScalaTestVersion = \"3.0.4\"\nval DoobieVersion = \"0.4.4\"\nval H2Version = \"1.4.194\"\n\nlibraryDependencies ++= Seq(\n  \"org.http4s\"     %% \"http4s-blaze-server\"  % Http4sVersion,\n  \"org.http4s\"     %% \"http4s-circe\"         % Http4sVersion,\n  \"org.http4s\"     %% \"http4s-dsl\"           % Http4sVersion,\n  \"ch.qos.logback\" %  \"logback-classic\"      % LogbackVersion,\n  \"io.circe\"       %% \"circe-generic\"        % CirceVersion, \/\/ auto-derivation of JSON codecs\n  \"io.circe\"       %% \"circe-literal\"        % CirceVersion, \/\/ string interpolation to JSON model\n  \"org.scalatest\"  %% \"scalatest\" % \"3.0.4\"  % \"test\",\n  \"org.tpolecat\"   %% \"doobie-core-cats\"     % DoobieVersion,\/\/ cats   + fs2\n  \"org.tpolecat\"   %% \"doobie-h2\"            % DoobieVersion,\n  \"com.h2database\" %  \"h2\"                   % H2Version\n)\n\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.0\" cross CrossVersion.full)\n\n\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/models\/Chore.scala","text":"package io.github.freddiesanchez.chore.models\n\nimport java.util.UUID\n\ncase class Chore(id: Option[Long], name:String, description: String, rating: Rating) \n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/test\/scala\/io\/github\/freddiesanchez\/chore\/ChoreRoutesTest.scala","text":"<filename>back-end\/src\/test\/scala\/io\/github\/freddiesanchez\/chore\/ChoreRoutesTest.scala\npackage io.github.freddiesanchez.chore\n\nimport org.http4s._\nimport org.http4s.dsl._\nimport org.http4s.headers._\n\nimport org.scalatest.FunSuite\nimport org.scalatest.BeforeAndAfter\n\n\nimport io.github.freddiesanchez.chore.models._\nimport io.github.freddiesanchez.chore.repository._\nimport io.github.freddiesanchez.chore.service._\n\nimport doobie.imports._\nimport cats._, cats.data._, cats.implicits._\nimport fs2.interop.cats._\nimport doobie.util.transactor.Transactor\n\nclass ChoreServerTest extends FunSuite with BeforeAndAfter {\n\n  val xa1: Transactor[IOLite] =\n    DriverManagerTransactor[IOLite]( \"org.h2.Driver\"\n      , \"jdbc:h2:mem:db\"\n      , \"\"\n      , \"\"\n      )\n  val repo = new ChoreRepository(xa1)\n  val choreRoutesService = new ChoreRoutes(repo).service\n\n  before {\n    val composed = \n      for {\n        _ <- repo.createChoreTable \n        chore1 <- repo.addChore(Chore(None,\"name\",\"description\", Easy))\n      } yield chore1\n\n    val chore: Option[Chore] = repo.run(composed)\n  }\n\n  after {\n    repo.run(repo.dropChoreTable)\n  }\n\n\n  test(\"Read - GET should return 200\") {\n    val getRoot = Request(Method.GET, uri(\"chore\/1\"))\n    val task = choreRoutesService.run(getRoot)\n    val response = task.unsafeRun.orNotFound\n    assert(response.status==Status.Ok)\n }\n\n  test(\"Update - PUT should return 200\") {\n\n    val task = Request(Method.PUT, uri(\"chore\/12\"))\n                    .withType(MediaType.`application\/json`)\n                    .withBody(\"\"\"{\"id\":12, \"name\":\"dishes\", \"description\":\"test\", \"rating\":{\"Hard\":{}}}\"\"\")\n    val request = task.unsafeRun\n    val response = choreRoutesService.run(request).unsafeRun.orNotFound\n\n    assert(response.status==Status.Ok)\n }\n\n  test(\"Create - POST should return 201 - Created\") {\n    val task = Request(Method.POST, uri(\"chore\"))\n                    .withType(MediaType.`application\/json`)\n                    .withBody(\"\"\"{\"name\":\"dishes\", \"description\":\"test\", \"rating\":{\"Hard\":{}}}\"\"\")\n    val request = task.unsafeRun\n    val response = choreRoutesService.run(request).unsafeRun.orNotFound\n\n    assert(response.status==Status.Created)\n }\n}\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/models\/Rating.scala","text":"package io.github.freddiesanchez.chore.models\n\nsealed abstract class Rating(val rating:String)\n\n\ncase object Easy extends Rating(\"easy\")\ncase object Medium extends Rating(\"medium\")\ncase object Hard extends Rating(\"hard\")\n\nobject Rating {\n\n\n  def fromEnum(rating:String ) : Option[Rating] = \n    Option(rating) collect {\n      case \"easy\" => Easy\n      case \"medium\" => Medium\n      case \"hard\" => Hard\n    }\n\n  def unsafeFromString(str: String) = \n    fromEnum(str).getOrElse(throw doobie.util.invariant.InvalidEnum[Rating](str)) \n\n\n}\n\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/models\/Json.scala","text":"package io.github.freddiesanchez.chore.models\n\nimport io.circe._\nimport io.circe.syntax._\nimport io.circe.generic.auto._\nimport org.http4s.circe._\nimport io.circe.generic.semiauto._\n\nobject Json {\n\n    implicit val ChoreEncoder: Encoder[Chore] = deriveEncoder[Chore]\n    implicit val ChoreDecoder: Decoder[Chore] = deriveDecoder[Chore]\n\n    implicit val RatingEncoder: Encoder[Rating] = deriveEncoder[Rating]\n    implicit val RatingDecorder: Decoder[Rating] = deriveDecoder[Rating]\n}\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/repository\/ChoreRepository.scala","text":"<reponame>FreddieSanchez\/ChoreApp<filename>back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/repository\/ChoreRepository.scala<gh_stars>0\npackage io.github.freddiesanchez.chore.repository\n\nimport doobie.imports._\nimport doobie.util.transactor.Transactor\n\n\nimport fs2.interop.cats._\n\nimport io.github.freddiesanchez.chore.models._\n\nimport scala.util.Random\n\nclass ChoreRepository(xa: Transactor[IOLite]) {\n\n  private implicit val RatingMeta: Meta[Rating] = Meta[String].xmap(Rating.unsafeFromString, _.rating)\n\n\n  def run[A](query:ConnectionIO[A]):A = {\n    query.transact(xa).unsafePerformIO\n  }\n\n  val createChoreTable:ConnectionIO[Int] =\n    sql\"\"\"CREATE TABLE chore \n        (id SERIAL PRIMARY KEY, \n         name TEXT NOT NULL, \n         description TEXT NOT NULL,\n         rating TEXT NOT NULL)\"\"\".update.run\n\n  def getChore(id:Long):ConnectionIO[Option[Chore]] = {\n    sql\"SELECT id, name, description, rating FROM chore WHERE id = ${id}\".query[Chore].option\n  }\n\n  def dropChoreTable: ConnectionIO[Int]= \n    sql\"\"\"DROP TABLE chore\"\"\".update.run\n\n  def addChore(newChore:Chore):ConnectionIO[Option[Chore]] = {\n\n    for {\n      id <- sql\"\"\"INSERT INTO chore (name, description, rating)\n                  VALUES (\n                    ${newChore.name}, \n                    ${newChore.description}, \n                    ${newChore.rating})\"\"\".update.withUniqueGeneratedKeys[Long](\"id\")\n      chore <- getChore(id)\n    } yield (chore)\n  }\n\n  def updateChore(chore:Chore):ConnectionIO[Option[Chore]] = {\n    \n    for {\n      id <- sql\"\"\"UPDATE chore\n                  SET name = ${chore.name},\n                      description = ${chore.description},\n                      rating = ${chore.rating}\n                   WHERE id = ${chore.id.get}\"\"\".update.run\n        chore <- getChore(id)\n      } yield (chore)\n    }\n\n\n}\n"}
{"repo_name":"FreddieSanchez\/ChoreApp","path":"back-end\/src\/main\/scala\/io\/github\/freddiesanchez\/chore\/service\/ChoreRoutes.scala","text":"package io.github.freddiesanchez.chore.service\n\nimport io.github.freddiesanchez.chore.models._\nimport io.github.freddiesanchez.chore.repository._\nimport io.github.freddiesanchez.chore.models.Rating._\n\nimport io.circe._\nimport org.http4s._\nimport org.http4s.circe._\nimport org.http4s.server._\nimport org.http4s.dsl._\nimport io.circe.generic.auto._\nimport io.circe.syntax._\n\nimport doobie.imports._\nimport fs2.interop.cats._\nimport fs2.Task\n\nimport scala.util.Random\n\nclass ChoreRoutes(repository: ChoreRepository) {\n  \/\/val chore = Chore(Some(1), \"test\", \"test chore\", Easy)\n  val service:HttpService = HttpService {\n    \/* get the chore by ID *\/\n    \/* curl -i -H \"Accept: application\/json\"  -X GET http:\/\/127.0.0.1:8080\/chore\/112412 *\/\n    case GET -> Root \/ \"chore\" \/ LongVar(id) =>   \n    {\n      val chore:ConnectionIO[Option[Chore]] = for {\n        choreOption <- repository.getChore(id)\n      } yield choreOption\n\n     repository.run(chore) match {\n        case Some(c) => Ok(c.asJson)\n        case None => NotFound()\n      }\n    }\n\n    \/* update the chore by ID *\/\n    \/* curl -i -H \"Accept: application\/json\" -H \"Content-Type: application\/json\" -d '{\"id\":12, \"name\":\"dishes\", \"description\":\"test\", \"rating\":{\"Hard\":{}}}' -X PUT http:\/\/127.0.0.1:8080\/chore\/12 *\/\n    case req @ PUT -> Root \/ \"chore\" \/ LongVar(id) =>\n      for {\n        chore <- req.as(jsonOf[Chore])\n        choreIOOption = repository.updateChore(chore)\n        choreOption   = repository.run(choreIOOption)\n        resp <- Created(choreOption.asJson)\n      } yield ( resp)\n\n    \/* create the chore *\/\n    \/* curl -i -H \"Accept: application\/json\" -H \"Content-Type: application\/json\" -d '{\"name\":\"dishes\", \"description\":\"test\", \"rating\":{\"Hard\":{}}}' -X POST http:\/\/127.0.0.1:8080\/chore *\/\n    case req @ POST -> Root \/ \"chore\"  =>  \n      for {\n        choreInput <- req.as(jsonOf[Chore])\n        choreIOOption = repository.addChore(choreInput)\n        choreOption   = repository.run(choreIOOption)\n        resp <- Created(choreOption.asJson)\n      } yield (resp)\n  }\n}\n"}
{"repo_name":"javamaasai\/tala-bankaccount-rest-api","path":"app\/controllers\/BankAccountController.scala","text":"<gh_stars>0\n\/**\n  * Copyright 2017 <NAME>\n  * \n  * Licensed under the Apache License, Version 2.0 (the \"License\");\n  * you may not use this file except in compliance with the License.\n  * You may obtain a copy of the License at\n\n  *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  * \n  **\/\n  \npackage controllers\n\nimport play.api._\nimport play.api.libs.json._\nimport play.api.mvc._\nimport models.entities._\nimport scala.collection._\nimport scala.collection.convert.decorateAsScala._\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.Date\nimport java.text.SimpleDateFormat\nimport java.util.Calendar\nimport java.lang.NullPointerException\n  \nclass BankAccountController extends Controller{\n    \n    val DATE_PATTERN = \"dd-MM-yyyy\"\n    \n    \/\/Using map is better for large data\n    val bankAccountsMap = new ConcurrentHashMap[String, Object]()\n    bankAccountsMap.put(\"0\", Account(0, \"Equity\", \"branch\", 3200))\n    bankAccountsMap.put(\"1\", Account(1, \"<NAME>\", \"current\", 3000))\n    bankAccountsMap.put(\"2\", Account(2, \"<NAME>\", \"current\", 200))\n    \n    val transactionTypeMap = new ConcurrentHashMap[String, Object]()\n    transactionTypeMap.put(\"1\", TransactionType(1, \"Deposit\", 150, 40, 4))\n    transactionTypeMap.put(\"2\", TransactionType(2, \"Withdrawal\", 50, 20, 3))\n    \n    val transactionListMap = new ConcurrentHashMap[String, Object]()\n    transactionListMap.put(\"1\", Transactions(1, 1, 1, 300, \"10-2-2017\"))\n    transactionListMap.put(\"2\", Transactions(2, 2, 1, 30, \"10-2-2017\"))\n    \n    val AccountDailyLimitMap = new ConcurrentHashMap[String, Object]()\n    AccountDailyLimitMap.put(\"10-2-2017-1\", AccountDailyLimit(\"10-2-2017-1\",1,100,2,20,2,\"10-2-2017\"))\n    AccountDailyLimitMap.put(\"10-2-2017-2\", AccountDailyLimit(\"10-2-2017-2\",2,30,3,40,1,\"10-2-2017\"))\n    \n    \/**\n     * Function to convert int to string\n     **\/\n    def toInt(s: String): Int = {\n          try {\n                s.toInt\n          } catch {\n                case e: Exception => 0\n          }\n    }\n    \n    \/**\n     * Function to convert get currect date string\n     **\/\n    def getCurDate(p: String): String = {\n        val today = Calendar.getInstance().getTime()\n        \/\/ create the date\/time formatters\n        val selectFormat = new SimpleDateFormat(p)\n        val selectDate = selectFormat.format(today)\n        \n        return selectDate\n    }\n    \n    \/**\n     * Action Endpoint to show initial data in json format\n     **\/\n    def showJsonData = Action { implicit request =>\n        println(\"******* show JSON data ************\")\n        val bankAccounts = List (\n            bankAccountsMap.get(\"0\").asInstanceOf[Account],\n            bankAccountsMap.get(\"1\").asInstanceOf[Account],\n            bankAccountsMap.get(\"2\").asInstanceOf[Account]\n        )\n        \n        implicit val BankAccountWrites = Json.writes[Account]\n        val transactionTypesList = List (\n            transactionTypeMap.get(\"1\").asInstanceOf[TransactionType],\n            transactionTypeMap.get(\"2\").asInstanceOf[TransactionType]\n        )\n        \n        implicit val transactionTypesWrites = Json.writes[TransactionType]\n        val transactionsList = List(\n            transactionListMap.get(\"1\").asInstanceOf[Transactions],\n            transactionListMap.get(\"2\").asInstanceOf[Transactions]\n        )\n        \n        implicit val transactionListWrites = Json.writes[Transactions]\n        val AccountDailyLimitList = List(\n            AccountDailyLimitMap.get(\"10-2-2017-1\").asInstanceOf[AccountDailyLimit],\n            AccountDailyLimitMap.get(\"10-2-2017-2\").asInstanceOf[AccountDailyLimit]\n        )\n        \n        implicit val AccountDailyLimitListWrites = Json.writes[AccountDailyLimit]\n            \n        val json1: JsValue = Json.obj(\n            \"bankAccounts\" -> Json.toJson(bankAccounts),\n            \"transactionstypes\" -> Json.toJson(transactionTypesList),\n            \"transactions\" -> Json.toJson(transactionsList),\n            \"AccountDailyLimit\" -> Json.toJson(AccountDailyLimitList)\n        )\n        Ok(json1)\n    }\n    \n    \/**\n     * Action endpoint to get the balance\n     **\/\n    def balance (accountnumber: String) = Action {\n        println(\"******* check balance ************\")\n        var res_message = new String\n        if (bankAccountsMap.containsKey(accountnumber)){\n            val sel_account: Account = bankAccountsMap.get(accountnumber).asInstanceOf[Account]\n            res_message = \"#> AccountName:\"+sel_account.accountName+\" #> Balance:\"+sel_account.balance\n        }else{\n             res_message = \"Error! Account does not exist.\"\n        }\n        Ok(res_message)\n    }\n    \n    \/**\n     * action endpoint to deposit amount\n     **\/\n    def deposit (accountnumber: String, amount: String) = Action {\n        println(\"******* deposit ************\")\n        var res_message = new String\n        var sel_AccountDailyLimit: AccountDailyLimit = null\n        if (bankAccountsMap.containsKey(accountnumber)){\n            val sel_account: Account = bankAccountsMap.get(accountnumber).asInstanceOf[Account]\n            val sel_transactionType = transactionTypeMap.get(\"1\").asInstanceOf[TransactionType]\n            \n            \/\/Test for transaction limit\n            if(amount.toLong > sel_transactionType.transactionLimit){\n                res_message = \"Exceeded Maximum deposit per transaction\"\n            }else{\n                val sel_accountLimitId: String = getCurDate(DATE_PATTERN)+\"-\"+sel_account.id\n                if(AccountDailyLimitMap.containsKey(sel_accountLimitId)){\n                    sel_AccountDailyLimit = AccountDailyLimitMap.get(sel_accountLimitId).asInstanceOf[AccountDailyLimit]\n                } else{\n                    sel_AccountDailyLimit = AccountDailyLimit(sel_accountLimitId,sel_account.id,0,0,0,0,getCurDate(DATE_PATTERN))\n                    AccountDailyLimitMap.put(sel_accountLimitId, sel_AccountDailyLimit)\n                }\n                \n                \/\/Test for deposit frequency\n                if(sel_AccountDailyLimit.depositFrequencyTotal < sel_transactionType.frequency){\n                    val tran_limit = sel_transactionType.dayLimit\n                    val cur_tran_limit = sel_AccountDailyLimit.depositTransactionTotal\n                    val diff_limit = tran_limit - cur_tran_limit\n                    \n                    \/\/Test for daily deposit limit\n                    if(diff_limit >= amount.toLong){\n                        AccountDailyLimitMap.replace(sel_accountLimitId, AccountDailyLimit(sel_accountLimitId,sel_account.id,\n                        (sel_AccountDailyLimit.depositTransactionTotal + amount.toLong),(sel_AccountDailyLimit.depositFrequencyTotal + 1),\n                        sel_AccountDailyLimit.withdrawalTansactionTotal,sel_AccountDailyLimit.withdrawalFrequency,sel_AccountDailyLimit.dailyDate))\n                        bankAccountsMap.replace(accountnumber, Account(sel_account.id, sel_account.accountName, sel_account.accountType, \n                        (sel_account.balance + amount.toLong)))\n                        \n                        res_message = \"deposit success\"\n                    }else{\n                        res_message = \"Exceeded Maximum deposit per day\"\n                    }\n                }else{\n                    res_message = \"Exceeded Maximum deposit frequency per day\"\n                }\n            }\n        }else{\n            res_message = \"account does not exist!\"\n        }\n        Ok(res_message)\n    }\n    \n    \/**\n     * Action endpoint to withdraw\n     **\/\n    def withdraw (accountnumber: String, amount: String) = Action {\n        println(\"####### Withdraw ############\")\n        var res_message = new String\n        var sel_AccountDailyLimit: AccountDailyLimit = null\n        if (bankAccountsMap.containsKey(accountnumber)){\n            val sel_account: Account = bankAccountsMap.get(accountnumber).asInstanceOf[Account]\n            val sel_transactionType = transactionTypeMap.get(\"2\").asInstanceOf[TransactionType]\n            \n            \/\/Test withdraw per tramsaction limit\n            if(amount.toLong > sel_transactionType.transactionLimit){\n                res_message = \"Exceeded Maximum withdrawal per transaction\"\n            }else{\n                val sel_accountLimitId: String = getCurDate(DATE_PATTERN)+\"-\"+sel_account.id\n                if(AccountDailyLimitMap.containsKey(sel_accountLimitId)){\n                    sel_AccountDailyLimit = AccountDailyLimitMap.get(sel_accountLimitId).asInstanceOf[AccountDailyLimit]\n                } else{\n                    sel_AccountDailyLimit = AccountDailyLimit(sel_accountLimitId,sel_account.id,0,0,0,0,getCurDate(DATE_PATTERN))\n                    AccountDailyLimitMap.put(sel_accountLimitId, sel_AccountDailyLimit)\n                }\n                \n                \/\/Test withdraw per day frequency\n                if(sel_AccountDailyLimit.withdrawalFrequency < sel_transactionType.frequency){\n                    val tran_limit = sel_transactionType.dayLimit\n                    val cur_tran_limit = sel_AccountDailyLimit.withdrawalTansactionTotal\n                    val diff_limit = tran_limit + cur_tran_limit\n                    \n                    \/\/Test Withdraw per day limit\n                    if(diff_limit > amount.toLong){\n                        \n                        \/\/Test if amount over balance \n                        if(sel_account.balance > amount.toLong){\n                            AccountDailyLimitMap.replace(sel_accountLimitId, AccountDailyLimit(sel_accountLimitId,sel_account.id,\n                            (sel_AccountDailyLimit.withdrawalTansactionTotal - amount.toLong),(sel_AccountDailyLimit.withdrawalFrequency + 1),\n                            sel_AccountDailyLimit.withdrawalTansactionTotal,sel_AccountDailyLimit.withdrawalFrequency,sel_AccountDailyLimit.dailyDate))\n                            bankAccountsMap.replace(accountnumber, Account(sel_account.id, sel_account.accountName, sel_account.accountType, \n                            (sel_account.balance - amount.toLong)))\n                            \n                            res_message = \"withdraw success\"\n                        }\n                        else{\n                            res_message = \"Exceeded balance in account\"\n                        }\n                    }else{\n                        res_message = \"Exceeded Maximum withdrawal per day\"\n                    }\n                }else{\n                    res_message = \"Exceeded Maximum withdrawal frequency per day\"\n                }\n            }\n        }else{\n            res_message = \"account does not exist!\"\n        }\n        Ok(res_message)\n    }\n    \n    def index = Action { implicit request =>\n        Ok(views.html.index())\n    }\n}"}
{"repo_name":"datasignals\/netty-rest","path":"build.sbt","text":"<gh_stars>0\norganization := \"datasignals.co.uk\"\n\nname := \"RESTAPI_BM\"\n\nversion := \"1.0-SNAPSHOT\"\n\ncrossPaths := false \/\/ drop off Scala suffix from artifact names.\nautoScalaLibrary := false \/\/ exclude scala-library from dependencies\n\nval javax_ws_rs_api = \"javax.ws.rs\" % \"javax.ws.rs-api\" % \"2.0.1\"\nval jackson_core = \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.8.9\"\nval log = \"io.airlift\" % \"log\" % \"0.117\"\nval jackson_databind = \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.8.9\"\nval jzlib = \"com.jcraft\" % \"jzlib\" % \"1.1.2\"\nval netty_all = \"io.netty\" % \"netty-all\" % \"4.1.43.Final\" \/\/\"4.0.33.Final\"\nval paranamer = \"com.thoughtworks.paranamer\" % \"paranamer\" % \"2.8\"\nval swagger_core = \"io.swagger\" % \"swagger-core\" % \"1.5.16\"\nval kotlin_stdlib = \"org.jetbrains.kotlin\" % \"kotlin-stdlib\" % \"1.2.31\" % \"provided\"\nval kotlin_reflect = \"org.jetbrains.kotlin\" % \"kotlin-reflect\" % \"1.2.31\" % \"compile\"\nval junit = \"junit\" % \"junit\" % \"4.12\" % \"test\"\n\nlibraryDependencies ++= Seq( javax_ws_rs_api, jackson_core, log, jackson_databind, jzlib, netty_all, paranamer, swagger_core, kotlin_stdlib, kotlin_reflect, junit )"}
{"repo_name":"ayushworks\/baker","path":"runtime\/src\/main\/scala\/com\/ing\/baker\/runtime\/common\/BakerException.scala","text":"package com.ing.baker.runtime.common\n\nsealed abstract class BakerException(message: String = \"An exception occurred at Baker\", cause: Throwable = null)\n    extends RuntimeException(message, cause)\n\nobject BakerException {\n\n  case class NoSuchProcessException(message: String) extends BakerException(message)\n\n  case class ProcessDeletedException(message: String) extends BakerException(message)\n\n  case class RecipeValidationException(message: String) extends BakerException(message)\n\n  case class ImplementationsException(message: String) extends BakerException(message)\n\n  case class RecipeNotFoundException(message: String) extends BakerException(message)\n\n  case class ProcessAlreadyExistsException(message: String) extends BakerException(message)\n\n  case class InvalidEventException(message: String) extends BakerException(message)\n}\n"}
{"repo_name":"rcook\/ptool-templates","path":"scala-sbt\/Project.scala","text":"{{scala_copyright}}\nobject {{module_name}} {\n    def main(args: Array[String]) = println(\"Hello from {{project_name}}!\")\n}\n"}
{"repo_name":"rcook\/ptool-templates","path":"scala-sbt\/build.sbt","text":"<filename>scala-sbt\/build.sbt\nname := \"{{project_name}}\"\nversion := \"1.0\"\nscalaVersion := \"2.12.3\"\n"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/json\/JsonObject.scala","text":"<filename>vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/json\/JsonObject.scala\n\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala.core\npackage json\n\nimport org.vertx.java.core.json.{JsonObject => JJsonObject}\nimport org.vertx.java.core.buffer.Buffer\n\/**\n * @author (<NAME>)\n *\/\ncase class JsonObject (jObject : JJsonObject =  new JJsonObject() ){\n  def withString (elem : ( String, String ))= {jObject.putString(elem._1, elem._2); this}\n  \n}\nobject JsonObject {\n  def withString (elem : ( String, String ))= {\n    val obj = JsonObject();\n    obj.jObject.putString(elem._1, elem._2); obj}\n  implicit def toBuffer (json : JsonObject) : Buffer = json.jObject.encode\n}\n\n\n"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/http\/RouteMatcher.scala","text":"<filename>vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/http\/RouteMatcher.scala<gh_stars>1-10\n\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala\npackage core.http\n\n\nimport deploy.Verticle\nimport org.vertx.java.core.http. {HttpServerRequest => JHttpServerRequest, RouteMatcher =>JRouteMatcher}\nimport org.vertx.scala.core.Handler\nimport scala.util.matching.Regex\nimport org.vertx.scala.core.rest._\n\/**\n * @author (<NAME>)\n *\/\ncase class RouteMatcher(jMatcher : JRouteMatcher = new JRouteMatcher())(implicit verticle : Option[Verticle]=None)   {\n  def withGet ( pattern: String) (handler : Handler[JHttpServerRequest]):RouteMatcher =  {jMatcher.get(pattern, handler);this}\n  def withPost( pattern: String) (handler : Handler[JHttpServerRequest]) : RouteMatcher = {jMatcher.post(pattern, handler);this}\n  def withPut ( pattern: String) (handler : Handler[JHttpServerRequest]) : RouteMatcher = {jMatcher.put(pattern, handler);this}\n  def withDelete ( pattern: String) (handler : Handler[JHttpServerRequest]) : RouteMatcher = {jMatcher.delete(pattern, handler);this}\n  def withHead ( pattern: String) (handler : Handler[JHttpServerRequest]) : RouteMatcher = {jMatcher.head(pattern, handler);this}\n  def withAll ( pattern: String) (handler : Handler[JHttpServerRequest]) : RouteMatcher = {jMatcher.all(pattern, handler);this}\n  def withAction (action : Action) (handler : Handler[JHttpServerRequest]) : RouteMatcher = action match {\n    case GET (p) => withGet(p)(handler)\n    case POST (p) => withPost(p)(handler)\n    case PUT (p) => withPut(p)(handler)\n    case DELETE (p) => withDelete(p)(handler)\n    case HEAD (p) => withHead(p)(handler)\n    case ALL (p) => withAll(p)(handler)\n  }\n}\n"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/deploy\/Verticle.scala","text":"\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala\npackage deploy\n\nimport org.vertx.java.deploy.{Verticle => JVerticle}\nimport org.vertx.java.core.{Handler =>JHandler }\nimport org.vertx.java.deploy.Container\n\/**\n * author (<NAME>)\n *\/\ncase class Verticle(onStart: JVerticle => Any = _ => ())(onStop: JVerticle => Any = _ => ()) extends JVerticle {\n  \n  override def start() {\n    onStart(this)\n  }\n\n  override def stop() {\n    onStop(this)\n  }\n  implicit def asHandler[T] (h  : T => Any)  : JHandler[T] = new JHandler[T]() {\n      override def handle(  e : T) {\n        h (e)\n      }\n   }\n  implicit def withContainer = getContainer\n  implicit def withVertx     = getVertx \n  implicit def withLogger = withContainer.getLogger\n}"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/rest\/Response.scala","text":"\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala\npackage core.rest\n\nimport org.vertx.java.core.http. {HttpServerRequest => JHttpServerRequest}\nimport org.vertx.java.core.Handler\nimport org.vertx.java.core.http.HttpServerRequest\nimport org.vertx.java.core.buffer.Buffer\n\/**\n * @author (<NAME>)\n *\/\ntrait Response extends  Function1 [HttpServerRequest, Any] {\n  \n}\n\n\ncase class OK[T] (msg :HttpServerRequest => T)(implicit  convertor : T => Buffer) extends  Response {\n  def apply(request : HttpServerRequest) {\n     request.response.statusCode=200\n     request.response.end(msg (request))\n  }\n}\n\ncase class Unauthorized[T] (msg : HttpServerRequest => T) (implicit  convertor : T => Buffer) extends  Function1 [HttpServerRequest, Unit] {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=401\n    request.response.end(msg (request))\n  }\n}\n\n\n\n\n\n\n\n\n\n\n\n\n\/*\ncase class Continue (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=100\n    request.response.end(msg)\n  }\n}\ncase class SwitchingProtocols (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=101\n    request.response.end(msg)\n  }\n}\ncase class Processing (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=102\n    request.response.end(msg)\n  }\n}\n\ncase class Created (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=201\n    request.response.end(msg)\n  }\n}\ncase class Accepted (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=202\n    request.response.end(msg)\n  }\n}\ncase class NonAuthoritativeInformation (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=203\n    request.response.end(msg)\n  }\n}\ncase class NoContent (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=204\n    request.response.end(msg)\n  }\n}\ncase class ResetContent (msg : String) extends Response  {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=205\n    request.response.end(msg)\n  }\n}\ncase class PartialContent (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=206\n    request.response.end(msg)\n  }\n}\ncase class MultiStatus (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=207\n    request.response.end(msg)\n  }\n}\ncase class AlreadyReported (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=208\n    request.response.end(msg)\n  }\n}\ncase class IMUsed (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=226\n    request.response.end(msg)\n  }\n}\n\ncase class MultipleChoices (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=300\n    request.response.end(msg)\n  }\n}\ncase class MovedPermanently (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=301\n    request.response.end(msg)\n  }\n}\ncase class Found (msg : String) extends Response  \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=302\n    request.response.end(msg)\n  }\n}\ncase class SeeOther (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=303\n    request.response.end(msg)\n  }\n}\ncase class NotModified (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=304\n    request.response.end(msg)\n  }\n}\ncase class UseProxy (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=305\n    request.response.end(msg)\n  }\n}\ncase class TemporaryRedirect (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=307\n    request.response.end(msg)\n  }\n}\n\ncase class BadRequest (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=400\n    request.response.end(msg)\n  }\n}\ncase class Unauthorized (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=401\n    request.response.end(msg)\n  }\n}\ncase class PaymentRequired (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=402\n    request.response.end(msg)\n  }\n}\ncase class Forbidden (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=403\n    request.response.end(msg)\n  }\n}\ncase class NotFound (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=404\n    request.response.end(msg)\n  }\n}\ncase class MethodNotAllowed (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=405\n    request.response.end(msg)\n  }\n}\ncase class NotAcceptable (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=406\n    request.response.end(msg)\n  }\n}\ncase class ProxyAuthenticationRequired (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=407\n    request.response.end(msg)\n  }\n}\ncase class RequestTimeout (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=408\n    request.response.end(msg)\n  }\n}\ncase class Conflict (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=409\n    request.response.end(msg)\n  }\n}\ncase class Gone (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=410\n    request.response.end(msg)\n  }\n}\ncase class LengthRequired (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=411\n    request.response.end(msg)\n  }\n}\ncase class PreconditionFailed (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=412\n    request.response.end(msg)\n  }\n}\ncase class RequestEntityTooLarge (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=413\n    request.response.end(msg)\n  }\n}\ncase class RequestURITooLong (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=414\n    request.response.end(msg)\n  }\n}\ncase class UnsupportedMediaType (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=415\n    request.response.end(msg)\n  }\n}\ncase class RequestedRangeNotSatisfiable (msg : String) extends Response  {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=416\n    request.response.end(msg)\n  }\n}\ncase class ExpectationFailed (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=417\n    request.response.end(msg)\n  }\n}\ncase class TeaPot (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=418\n    request.response.end(msg)\n  }\n}\ncase class TooManyConnections (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=421\n    request.response.end(msg)\n  }\n}\ncase class UnprocessableEntity (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=422\n    request.response.end(msg)\n  }\n}\ncase class Locked (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=423\n    request.response.end(msg)\n  }\n}\ncase class FailedDependency (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=424\n    request.response.end(msg)\n  }\n}\ncase class UnorderedCollection (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=425\n    request.response.end(msg)\n  }\n}\ncase class UpdateRequired (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=426\n    request.response.end(msg)\n  }\n}\ncase class PreconditionRequired (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=428\n    request.response.end(msg)\n  }\n}\ncase class TooManyRequests (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=429\n    request.response.end(msg)\n  }\n}\ncase class RequestHeaderFieldsTooLarge (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=431\n    request.response.end(msg)\n  }\n}\n\ncase class InternalServerError (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=500\n    request.response.end(msg)\n  }\n}\ncase class NotImplemented (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=501\n    request.response.end(msg)\n  }\n}\ncase class BadGateway (msg : String) extends Response {\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=502\n    request.response.end(msg)\n  }\n}\ncase class ServiceUnavailable (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=503\n    request.response.end(msg)\n  }\n}\ncase class GatewayTimeout (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=504\n    request.response.end(msg)\n  }\n}\ncase class VersionNotSupported (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=505\n    request.response.end(msg)\n  }\n}\ncase class VariantAlsoNegotiates (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=506\n    request.response.end(msg)\n  }\n}\ncase class InsufficientStorage (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=507\n    request.response.end(msg)\n  }\n}\ncase class LoopDetected (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=508\n    request.response.end(msg)\n  }\n}\ncase class NotExtended (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=510\n    request.response.end(msg)\n  }\n}\ncase class NetworkAuthenticationRequired (msg : String) extends Response \n{\n  def apply(request : JHttpServerRequest) {\n    request.response.statusCode=511\n    request.response.end(msg)\n  }\n}\n\n*\/"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/deploy\/Resticle.scala","text":"<reponame>ouertani\/vert.x\n\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala\npackage deploy\n\nimport core.rest._\nimport core.Handler\nimport org.vertx.java.deploy. {Verticle => JVerticle }\nimport scala.util.matching.Regex\nimport org.vertx.scala.core.http.RouteMatcher \nimport org.vertx.java.core.http. {HttpServerRequest => JHttpServerRequest, RouteMatcher =>JRouteMatcher}\n\/**\n * @author (<NAME>)\n *\/\ncase class Resticle(port : Int = 8080, host : String = \"localhost\")  extends JVerticle{\n\n override def start() {\n   def onStarting ( handles : Seq[(Action ,Handler[JHttpServerRequest])]) : RouteMatcher= {\n  handles.foldLeft(RouteMatcher()) ( (m,h) => m.withAction(h._1)(h._2))\n  }\n  vertx.createHttpServer().requestHandler(onStarting (handles)).listen(port, host)\n}\n\ndef handles : List[(Action ,Handler[JHttpServerRequest])]  = Nil\n}\n\n"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/core\/http\/HttpServerRequest.scala","text":"\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\n\n\/**\n * @author (<NAME>)\n *\/\npackage org.vertx.scala.core.http\n\n\nimport org.vertx.java.core.http. {HttpServerRequest => JHttpServerRequest}\nimport org.vertx.java.core.Handler\nobject HttpServerRequest {\n  implicit def toJava(request: HttpServerRequest): JHttpServerRequest = request.jRequest\n}\ncase class HttpServerRequest(jRequest: JHttpServerRequest) {\n  def apply(param : String): String = jRequest.params().get(param)\n}\n"}
{"repo_name":"ouertani\/vert.x","path":"vertx-lang\/vertx-lang-scala\/src\/main\/scala\/org\/vertx\/scala\/package.scala","text":"\/*\n * Copyright 2011-2013 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.vertx.scala \n\n\nimport core.http.{HttpClient,HttpServer, HttpServerRequest, RouteMatcher}\nimport core.Handler\nimport core.buffer.Encoding\nimport core.rest.Action\nimport deploy.Verticle\nimport core.json.JsonObject \nimport core.eventBus.{EventBus, MessageSender}\nimport org.vertx.java.core.{AsyncResult, AsyncResultHandler}\nimport org.vertx.java.core.eventbus.{EventBus => JEventBus }\nimport org.vertx.java.core.buffer.Buffer\nimport org.vertx.java.core.http.{  ServerWebSocket}\nimport org.vertx.java.core.{AsyncResult, AsyncResultHandler, Handler => JHandler}\nimport org.vertx.java.core.logging. {Logger=>JLogger}\n\nimport org.vertx.java.core.http.{HttpClient => JHttpClient,\n                                 HttpServer => JHttpServer,\n                                 HttpServerRequest => JHttpServerRequest,\n                                 RouteMatcher =>JRouteMatcher }\nimport org.vertx.java.deploy.{Verticle => JVerticle}\nimport org.vertx.java.core.json.{JsonObject => JJsonObject}\n\nimport scala.util.matching.Regex\n\n\/**\n * @author (<NAME>)\n *\/\npackage object core {\n  \n  \n  implicit def toHandler[T] (h  : T => Any)(implicit verticle:Option[JVerticle]=None)  : Handler[T] = new JHandler[T]() {\n    override def handle( e : T) { h (e)}\n  }\n  implicit def toHandler[T](handler : JHandler[T])(implicit verticle : Option[JVerticle]=None)  : Handler[T]=  new Handler[T] (){\n    override def handle( e : T) { handler.handle(e)}\n  }\n  implicit def toHandler[T](matcher : RouteMatcher):JHandler[JHttpServerRequest] = matcher.jMatcher\n  \n \n  implicit def toClient(client: JHttpClient)(implicit verticle : Option[JVerticle]=None) : HttpClient = HttpClient(client)\n  implicit def toServer(server : JHttpServer)(implicit verticle : Option[JVerticle]=None) : HttpServer = HttpServer(server)\n  implicit def toEventBus(eventBus : JEventBus) : EventBus =   EventBus(eventBus)\n  implicit def toHttpServerRequest(request : JHttpServerRequest) : HttpServerRequest =  HttpServerRequest(request)\n  implicit def toRouteMatcher(routeMatcher : JRouteMatcher) : RouteMatcher = RouteMatcher(routeMatcher)\n  implicit def toJsonObject(jObject : JJsonObject) : JsonObject = JsonObject(jObject)\n  \n  implicit def fromVerticleToEventBus(verticle: JVerticle) : EventBus = verticle.getVertx.eventBus\n  implicit def fromVerticleToLogger(verticle: JVerticle) :JLogger  = verticle.getContainer.getLogger\n  \n  implicit def toMessageSender[T] (h : T => Any) :MessageSender [T]= MessageSender(h)\n\n  implicit def toStringConvertor(msg : String )(implicit enc:Encoding= Encoding( \"UTF-8\")) :Buffer =new Buffer(msg,enc.enc)\n \n  \n  \n  \n  \n  \n  \n  \n  \n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/main\/scala\/com\/themillhousegroup\/pac4j-instagram\/InstagramClient.scala","text":"<reponame>themillhousegroup\/pac4j-instagram\npackage com.themillhousegroup.pac4jinstagram\n\nimport org.pac4j.oauth.client._\nimport org.pac4j.oauth.credentials.OAuthCredentials\nimport org.pac4j.core.client.BaseClient\nimport org.pac4j.core.context.WebContext\nimport org.scribe.builder.api.InstagramApi\nimport java.net.URL\n\nimport com.github.scribejava.core.builder.api.BaseApi\nimport com.github.scribejava.core.model.OAuth2AccessToken\nimport com.github.scribejava.core.oauth.OAuth20Service\n\n\/**\n * Get the key and secret values by registering your app at\n * https:\/\/www.instagram.com\/developer\/clients\/manage\/\n *\n * Default permission scope is \"basic\";\n * but you could also try (for example):\n * \"public_content+follower_list\"\n *\n * @see https:\/\/www.instagram.com\/developer\/authorization\/\n *\/\nclass InstagramClient(clientKey: String, clientSecret: String, scope: String = \"basic\") extends BaseOAuth20Client[InstagramProfile] {\n\n  \/**\n   *\n   *\n   *\/\n  setKey(clientKey)\n  setSecret(clientSecret)\n  setTokenAsHeader(true)\n\n  private val approvalPrompt = \"auto\"\n\n  protected def newClient(): BaseClient[OAuthCredentials, InstagramProfile] = {\n    new InstagramClient(clientKey, clientSecret)\n  }\n\n  \/\/ As per https:\/\/www.instagram.com\/developer\/authentication\/ - we must use grant_type: authorization_code in the access token request\n  override protected val hasOAuthGrantType: Boolean = true\n\n  protected def getProfileUrl(accessToken: OAuth2AccessToken): String = s\"${InstagramApi.INSTAGRAM_API_URL}\/users\/self\/\"\n\n  protected def extractUserProfile(body: String): InstagramProfile = {\n    InstagramProfileBuilder.createFromString(body)\n  }\n\n  protected def getApi: BaseApi[OAuth20Service] = {\n    new InstagramApi()\n  }\n\n  override protected val getOAuthScope = scope\n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/main\/scala\/org\/scribe\/builder\/api\/InstagramApi.scala","text":"package org.scribe.builder.api\n\nimport com.github.scribejava.core.builder.api.DefaultApi20\nimport com.github.scribejava.core.model.{ OAuthConstants, OAuthConfig, Verb }\nimport com.github.scribejava.core.utils.{ OAuthEncoder, Preconditions }\n\nobject InstagramApi {\n\n  val INSTAGRAM_BASE_URL = \"https:\/\/api.instagram.com\"\n\n  val INSTAGRAM_API_URL = s\"${INSTAGRAM_BASE_URL}\/v1\"\n\n  val INSTAGRAM_OAUTH_URL = s\"${INSTAGRAM_BASE_URL}\/oauth\"\n\n  private val AUTHORIZE_URL = s\"${INSTAGRAM_OAUTH_URL}\/authorize\/?client_id=%s&redirect_uri=%s&response_type=code\"\n\n  private val ACCESS_TOKEN_URL = s\"${INSTAGRAM_OAUTH_URL}\/access_token\"\n}\n\n\/**\n * This class represents the OAuth API implementation for Instagram.\n *\/\nclass InstagramApi extends DefaultApi20 {\n  import InstagramApi._\n\n  override val getAccessTokenEndpoint: String = ACCESS_TOKEN_URL\n\n  override def getAuthorizationUrl(config: OAuthConfig): String = {\n    Preconditions.checkValidUrl(config.getCallback, \"Must provide a valid callback url.\")\n\n    val basicUrl = String.format(AUTHORIZE_URL,\n      config.getApiKey,\n      OAuthEncoder.encode(config.getCallback)\n    )\n\n    if (config.hasScope) {\n      s\"${basicUrl}&${OAuthConstants.SCOPE}=${OAuthEncoder.encode(config.getScope)}\"\n    } else {\n      basicUrl\n    }\n  }\n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/test\/scala\/com\/themillhousegroup\/pac4j-instagram\/InstagramProfileSpec.scala","text":"package com.themillhousegroup.pac4jinstagram\n\nimport org.specs2.mutable.Specification\nimport com.themillhousegroup.pac4jinstagram.test.ProfileFixtures._\n\nclass InstagramProfileSpec extends Specification {\n  \"Instagram profile builder\" should {\n    \"be able to create a non-null InstagramProfile from a String\" in {\n      val p = InstagramProfileBuilder.createFromString(fullProfile)\n      p must not beNull\n    }\n\n    \"be able to populate the basic CommonProfile fields of an InstagramProfile from a String\" in {\n      val p = InstagramProfileBuilder.createFromString(fullProfile)\n\n      p.getId must beEqualTo(\"1574083\")\n      p.getUsername must beEqualTo(\"snoopdogg\")\n      p.getDisplayName must beEqualTo(\"<NAME>\")\n      p.getGender must beEqualTo(org.pac4j.core.profile.Gender.UNSPECIFIED)\n      p.getPictureUrl must beEqualTo(\"http:\/\/distillery.s3.amazonaws.com\/profiles\/profile_1574083_75sq_1295469061.jpg\")\n      p.getProfileUrl must beEqualTo(\"https:\/\/api.instagram.com\/v1\/users\/1574083\")\n    }\n  }\n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/test\/scala\/com\/themillhousegroup\/pac4j-instagram\/test\/ProfileFixtures.scala","text":"<reponame>themillhousegroup\/pac4j-instagram\npackage com.themillhousegroup.pac4jinstagram.test\n\nobject ProfileFixtures {\n\n  val fullProfile = \"\"\"\n                      |{\n                      |    \"data\": {\n                      |        \"id\": \"1574083\",\n                      |        \"username\": \"snoopdogg\",\n                      |        \"full_name\": \"<NAME>\",\n                      |        \"profile_picture\": \"http:\/\/distillery.s3.amazonaws.com\/profiles\/profile_1574083_75sq_1295469061.jpg\",\n                      |        \"bio\": \"This is my bio\",\n                      |        \"website\": \"http:\/\/snoopdogg.com\",\n                      |        \"counts\": {\n                      |            \"media\": 1320,\n                      |            \"follows\": 420,\n                      |            \"followed_by\": 3410\n                      |        }\n                      |    }\n                      |}\"\"\".stripMargin\n\n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/test\/scala\/com\/themillhousegroup\/pac4j-instagram\/InstagramClientSpec.scala","text":"package com.themillhousegroup.pac4jinstagram\n\nimport org.specs2.mutable.Specification\n\nclass InstagramClientSpec extends Specification {\n  \"Instagram client\" should {\n    \"be instantiable\" in {\n      val ic = new InstagramClient(\"key\", \"secret\")\n      ic must not beNull\n    }\n\n  }\n}\n"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/main\/scala\/com\/themillhousegroup\/pac4j-instagram\/InstagramProfile.scala","text":"package com.themillhousegroup.pac4jinstagram\n\nimport org.pac4j.oauth.profile.OAuth20Profile\nimport org.pac4j.core.profile._\nimport org.scribe.builder.api.InstagramApi\n\n\/**\n * Example JSON from GET \/users\/self:\n * {\n * \"user\": {\n * \"id\": \"1574083\",\n * \"username\": \"snoopdogg\",\n * \"full_name\": \"<NAME>\",\n * \"profile_picture\": \"http:\/\/distillery.s3.amazonaws.com\/profiles\/profile_1574083_75sq_1295469061.jpg\",\n * \"bio\": \"This is my bio\",\n * \"website\": \"http:\/\/snoopdogg.com\",\n * \"counts\": {\n * \"media\": 1320,\n * \"follows\": 420,\n * \"followed_by\": 3410\n * }\n * }\n *\/\nclass InstagramProfile extends OAuth20Profile {\n  override protected val getAttributesDefinition: AttributesDefinition = InstagramAttributesDefinition\n\n  private def getString(name: String): String = {\n    getAttribute(name).asInstanceOf[String]\n  }\n\n  private def get[T](name: String): T = {\n    getAttribute(name).asInstanceOf[T]\n  }\n\n  override def getDisplayName: String = {\n    getString(InstagramAttributesDefinition.FULL_NAME)\n  }\n\n  override def getPictureUrl: String = {\n    getString(InstagramAttributesDefinition.PROFILE_PIC)\n  }\n\n  override def getProfileUrl: String = s\"${InstagramApi.INSTAGRAM_API_URL}\/users\/${getId}\"\n\n}\n\nobject InstagramProfileBuilder {\n  def createFromString(body: String): InstagramProfile = {\n    import org.pac4j.oauth.profile.JsonHelper\n    import scala.collection.JavaConverters._\n\n    val profile = new InstagramProfile()\n    val json = JsonHelper.getFirstNode(body)\n    if (json != null) {\n      val data = json.get(InstagramAttributesDefinition.DATA)\n      if (data != null) {\n        profile.setId(JsonHelper.getElement(data, InstagramAttributesDefinition.ID))\n\n        InstagramAttributesDefinition.getPrimaryAttributes.asScala.foreach { attribute =>\n          profile.addAttribute(attribute, JsonHelper.getElement(data, attribute))\n        }\n      }\n\n    }\n    profile\n\n  }\n}"}
{"repo_name":"themillhousegroup\/pac4j-instagram","path":"src\/main\/scala\/com\/themillhousegroup\/pac4j-instagram\/InstagramAttributesDefinition.scala","text":"package com.themillhousegroup.pac4jinstagram\n\nimport org.pac4j.core.profile.converter.Converters\nimport org.pac4j.core.profile.AttributesDefinition\n\nobject InstagramAttributesDefinition extends AttributesDefinition {\n\n  val DATA = \"data\"\n  val ID = \"id\"\n  val USERNAME = \"username\"\n  val FULL_NAME = \"full_name\"\n  val PROFILE_PIC = \"profile_picture\"\n\n  primary(USERNAME, Converters.STRING)\n  primary(FULL_NAME, Converters.STRING)\n\n  primary(PROFILE_PIC, Converters.STRING)\n}"}
{"repo_name":"Sparkyxs\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/feature\/FeatureHasher.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.feature\n\nimport org.apache.spark.annotation.{Experimental, Since}\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.attribute.AttributeGroup\nimport org.apache.spark.ml.linalg.Vectors\nimport org.apache.spark.ml.param.{IntParam, ParamMap, ParamValidators}\nimport org.apache.spark.ml.param.shared.{HasInputCols, HasOutputCol}\nimport org.apache.spark.ml.util.{DefaultParamsReadable, DefaultParamsWritable, Identifiable, SchemaUtils}\nimport org.apache.spark.mllib.feature.{HashingTF => OldHashingTF}\nimport org.apache.spark.sql.{DataFrame, Dataset, Row}\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.util.Utils\nimport org.apache.spark.util.collection.OpenHashMap\n\n\/**\n * Feature hashing projects a set of categorical or numerical features into a feature vector of\n * specified dimension (typically substantially smaller than that of the original feature\n * space). This is done using the hashing trick (https:\/\/en.wikipedia.org\/wiki\/Feature_hashing)\n * to map features to indices in the feature vector.\n *\n * The [[FeatureHasher]] transformer operates on multiple columns. Each column may contain either\n * numeric or categorical features. Behavior and handling of column data types is as follows:\n *  -Numeric columns: For numeric features, the hash value of the column name is used to map the\n *                    feature value to its index in the feature vector. Numeric features are never\n *                    treated as categorical, even when they are integers. You must explicitly\n *                    convert numeric columns containing categorical features to strings first.\n *  -String columns: For categorical features, the hash value of the string \"column_name=value\"\n *                   is used to map to the vector index, with an indicator value of `1.0`.\n *                   Thus, categorical features are \"one-hot\" encoded\n *                   (similarly to using [[OneHotEncoder]] with `dropLast=false`).\n *  -Boolean columns: Boolean values are treated in the same way as string columns. That is,\n *                    boolean features are represented as \"column_name=true\" or \"column_name=false\",\n *                    with an indicator value of `1.0`.\n *\n * Null (missing) values are ignored (implicitly zero in the resulting feature vector).\n *\n * Since a simple modulo is used to transform the hash function to a vector index,\n * it is advisable to use a power of two as the numFeatures parameter;\n * otherwise the features will not be mapped evenly to the vector indices.\n *\n * {{{\n *   val df = Seq(\n *    (2.0, true, \"1\", \"foo\"),\n *    (3.0, false, \"2\", \"bar\")\n *   ).toDF(\"real\", \"bool\", \"stringNum\", \"string\")\n *\n *   val hasher = new FeatureHasher()\n *    .setInputCols(\"real\", \"bool\", \"stringNum\", \"num\")\n *    .setOutputCol(\"features\")\n *\n *   hasher.transform(df).show()\n *\n *   +----+-----+---------+------+--------------------+\n *   |real| bool|stringNum|string|            features|\n *   +----+-----+---------+------+--------------------+\n *   | 2.0| true|        1|   foo|(262144,[51871,63...|\n *   | 3.0|false|        2|   bar|(262144,[6031,806...|\n *   +----+-----+---------+------+--------------------+\n * }}}\n *\/\n@Experimental\n@Since(\"2.3.0\")\nclass FeatureHasher(@Since(\"2.3.0\") override val uid: String) extends Transformer\n  with HasInputCols with HasOutputCol with DefaultParamsWritable {\n\n  @Since(\"2.3.0\")\n  def this() = this(Identifiable.randomUID(\"featureHasher\"))\n\n  \/**\n   * Number of features. Should be greater than 0.\n   * (default = 2^18^)\n   * @group param\n   *\/\n  @Since(\"2.3.0\")\n  val numFeatures = new IntParam(this, \"numFeatures\", \"number of features (> 0)\",\n    ParamValidators.gt(0))\n\n  setDefault(numFeatures -> (1 << 18))\n\n  \/** @group getParam *\/\n  @Since(\"2.3.0\")\n  def getNumFeatures: Int = $(numFeatures)\n\n  \/** @group setParam *\/\n  @Since(\"2.3.0\")\n  def setNumFeatures(value: Int): this.type = set(numFeatures, value)\n\n  \/** @group setParam *\/\n  @Since(\"2.3.0\")\n  def setInputCols(values: String*): this.type = setInputCols(values.toArray)\n\n  \/** @group setParam *\/\n  @Since(\"2.3.0\")\n  def setInputCols(value: Array[String]): this.type = set(inputCols, value)\n\n  \/** @group setParam *\/\n  @Since(\"2.3.0\")\n  def setOutputCol(value: String): this.type = set(outputCol, value)\n\n  @Since(\"2.3.0\")\n  override def transform(dataset: Dataset[_]): DataFrame = {\n    val hashFunc: Any => Int = OldHashingTF.murmur3Hash\n    val n = $(numFeatures)\n    val localInputCols = $(inputCols)\n\n    val outputSchema = transformSchema(dataset.schema)\n    val realFields = outputSchema.fields.filter { f =>\n      f.dataType.isInstanceOf[NumericType]\n    }.map(_.name).toSet\n\n    def getDouble(x: Any): Double = {\n      x match {\n        case n: java.lang.Number =>\n          n.doubleValue()\n        case other =>\n          \/\/ will throw ClassCastException if it cannot be cast, as would row.getDouble\n          other.asInstanceOf[Double]\n      }\n    }\n\n    val hashFeatures = udf { row: Row =>\n      val map = new OpenHashMap[Int, Double]()\n      localInputCols.foreach { colName =>\n        val fieldIndex = row.fieldIndex(colName)\n        if (!row.isNullAt(fieldIndex)) {\n          val (rawIdx, value) = if (realFields(colName)) {\n            \/\/ numeric values are kept as is, with vector index based on hash of \"column_name\"\n            val value = getDouble(row.get(fieldIndex))\n            val hash = hashFunc(colName)\n            (hash, value)\n          } else {\n            \/\/ string and boolean values are treated as categorical, with an indicator value of 1.0\n            \/\/ and vector index based on hash of \"column_name=value\"\n            val value = row.get(fieldIndex).toString\n            val fieldName = s\"$colName=$value\"\n            val hash = hashFunc(fieldName)\n            (hash, 1.0)\n          }\n          val idx = Utils.nonNegativeMod(rawIdx, n)\n          map.changeValue(idx, value, v => v + value)\n        }\n      }\n      Vectors.sparse(n, map.toSeq)\n    }\n\n    val metadata = outputSchema($(outputCol)).metadata\n    dataset.select(\n      col(\"*\"),\n      hashFeatures(struct($(inputCols).map(col): _*)).as($(outputCol), metadata))\n  }\n\n  @Since(\"2.3.0\")\n  override def copy(extra: ParamMap): FeatureHasher = defaultCopy(extra)\n\n  @Since(\"2.3.0\")\n  override def transformSchema(schema: StructType): StructType = {\n    val fields = schema($(inputCols).toSet)\n    fields.foreach { fieldSchema =>\n      val dataType = fieldSchema.dataType\n      val fieldName = fieldSchema.name\n      require(dataType.isInstanceOf[NumericType] ||\n        dataType.isInstanceOf[StringType] ||\n        dataType.isInstanceOf[BooleanType],\n        s\"FeatureHasher requires columns to be of NumericType, BooleanType or StringType. \" +\n          s\"Column $fieldName was $dataType\")\n    }\n    val attrGroup = new AttributeGroup($(outputCol), $(numFeatures))\n    SchemaUtils.appendColumn(schema, attrGroup.toStructField())\n  }\n}\n\n@Since(\"2.3.0\")\nobject FeatureHasher extends DefaultParamsReadable[FeatureHasher] {\n\n  @Since(\"2.3.0\")\n  override def load(path: String): FeatureHasher = super.load(path)\n}\n"}
{"repo_name":"Sparkyxs\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/command\/CommandUtils.scala","text":"<filename>sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/command\/CommandUtils.scala<gh_stars>0\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.command\n\nimport java.net.URI\n\nimport scala.util.control.NonFatal\n\nimport org.apache.hadoop.fs.{FileSystem, Path}\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{CatalogStatistics, CatalogTable}\nimport org.apache.spark.sql.internal.SessionState\n\n\nobject CommandUtils extends Logging {\n\n  \/** Change statistics after changing data by commands. *\/\n  def updateTableStats(sparkSession: SparkSession, table: CatalogTable): Unit = {\n    if (table.stats.nonEmpty) {\n      val catalog = sparkSession.sessionState.catalog\n      if (sparkSession.sessionState.conf.autoUpdateSize) {\n        val newTable = catalog.getTableMetadata(table.identifier)\n        val newSize = CommandUtils.calculateTotalSize(sparkSession.sessionState, newTable)\n        val newStats = CatalogStatistics(sizeInBytes = newSize)\n        catalog.alterTableStats(table.identifier, Some(newStats))\n      } else {\n        catalog.alterTableStats(table.identifier, None)\n      }\n    }\n  }\n\n  def calculateTotalSize(sessionState: SessionState, catalogTable: CatalogTable): BigInt = {\n    if (catalogTable.partitionColumnNames.isEmpty) {\n      calculateLocationSize(sessionState, catalogTable.identifier, catalogTable.storage.locationUri)\n    } else {\n      \/\/ Calculate table size as a sum of the visible partitions. See SPARK-21079\n      val partitions = sessionState.catalog.listPartitions(catalogTable.identifier)\n      partitions.map { p =>\n        calculateLocationSize(sessionState, catalogTable.identifier, p.storage.locationUri)\n      }.sum\n    }\n  }\n\n  def calculateLocationSize(\n      sessionState: SessionState,\n      identifier: TableIdentifier,\n      locationUri: Option[URI]): Long = {\n    \/\/ This method is mainly based on\n    \/\/ org.apache.hadoop.hive.ql.stats.StatsUtils.getFileSizeForTable(HiveConf, Table)\n    \/\/ in Hive 0.13 (except that we do not use fs.getContentSummary).\n    \/\/ TODO: Generalize statistics collection.\n    \/\/ TODO: Why fs.getContentSummary returns wrong size on Jenkins?\n    \/\/ Can we use fs.getContentSummary in future?\n    \/\/ Seems fs.getContentSummary returns wrong table size on Jenkins. So we use\n    \/\/ countFileSize to count the table size.\n    val stagingDir = sessionState.conf.getConfString(\"hive.exec.stagingdir\", \".hive-staging\")\n\n    def getPathSize(fs: FileSystem, path: Path): Long = {\n      val fileStatus = fs.getFileStatus(path)\n      val size = if (fileStatus.isDirectory) {\n        fs.listStatus(path)\n          .map { status =>\n            if (!status.getPath.getName.startsWith(stagingDir)) {\n              getPathSize(fs, status.getPath)\n            } else {\n              0L\n            }\n          }.sum\n      } else {\n        fileStatus.getLen\n      }\n\n      size\n    }\n\n    val startTime = System.nanoTime()\n    logInfo(s\"Starting to calculate the total file size under path $locationUri.\")\n    val size = locationUri.map { p =>\n      val path = new Path(p)\n      try {\n        val fs = path.getFileSystem(sessionState.newHadoopConf())\n        getPathSize(fs, path)\n      } catch {\n        case NonFatal(e) =>\n          logWarning(\n            s\"Failed to get the size of table ${identifier.table} in the \" +\n              s\"database ${identifier.database} because of ${e.toString}\", e)\n          0L\n      }\n    }.getOrElse(0L)\n    val durationInMs = (System.nanoTime() - startTime) \/ (1000 * 1000)\n    logInfo(s\"It took $durationInMs ms to calculate the total file size under path $locationUri.\")\n\n    size\n  }\n\n}\n"}
{"repo_name":"Sparkyxs\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/StatisticsCollectionTestBase.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql\n\nimport java.{lang => jl}\nimport java.sql.{Date, Timestamp}\n\nimport scala.collection.mutable\nimport scala.util.Random\n\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{CatalogStatistics, CatalogTable, HiveTableRelation}\nimport org.apache.spark.sql.catalyst.plans.logical.ColumnStat\nimport org.apache.spark.sql.catalyst.util.DateTimeUtils\nimport org.apache.spark.sql.execution.datasources.LogicalRelation\nimport org.apache.spark.sql.internal.StaticSQLConf\nimport org.apache.spark.sql.test.SQLTestUtils\nimport org.apache.spark.sql.types.Decimal\n\n\n\/**\n * The base for statistics test cases that we want to include in both the hive module (for\n * verifying behavior when using the Hive external catalog) as well as in the sql\/core module.\n *\/\nabstract class StatisticsCollectionTestBase extends QueryTest with SQLTestUtils {\n  import testImplicits._\n\n  private val dec1 = new java.math.BigDecimal(\"1.000000000000000000\")\n  private val dec2 = new java.math.BigDecimal(\"8.000000000000000000\")\n  private val d1 = Date.valueOf(\"2016-05-08\")\n  private val d2 = Date.valueOf(\"2016-05-09\")\n  private val t1 = Timestamp.valueOf(\"2016-05-08 00:00:01\")\n  private val t2 = Timestamp.valueOf(\"2016-05-09 00:00:02\")\n\n  \/**\n   * Define a very simple 3 row table used for testing column serialization.\n   * Note: last column is seq[int] which doesn't support stats collection.\n   *\/\n  protected val data = Seq[\n    (jl.Boolean, jl.Byte, jl.Short, jl.Integer, jl.Long,\n      jl.Double, jl.Float, java.math.BigDecimal,\n      String, Array[Byte], Date, Timestamp,\n      Seq[Int])](\n    (false, 1.toByte, 1.toShort, 1, 1L, 1.0, 1.0f, dec1, \"s1\", \"b1\".getBytes, d1, t1, null),\n    (true, 2.toByte, 3.toShort, 4, 5L, 6.0, 7.0f, dec2, \"ss9\", \"bb0\".getBytes, d2, t2, null),\n    (null, null, null, null, null, null, null, null, null, null, null, null, null)\n  )\n\n  \/** A mapping from column to the stats collected. *\/\n  protected val stats = mutable.LinkedHashMap(\n    \"cbool\" -> ColumnStat(2, Some(false), Some(true), 1, 1, 1),\n    \"cbyte\" -> ColumnStat(2, Some(1.toByte), Some(2.toByte), 1, 1, 1),\n    \"cshort\" -> ColumnStat(2, Some(1.toShort), Some(3.toShort), 1, 2, 2),\n    \"cint\" -> ColumnStat(2, Some(1), Some(4), 1, 4, 4),\n    \"clong\" -> ColumnStat(2, Some(1L), Some(5L), 1, 8, 8),\n    \"cdouble\" -> ColumnStat(2, Some(1.0), Some(6.0), 1, 8, 8),\n    \"cfloat\" -> ColumnStat(2, Some(1.0f), Some(7.0f), 1, 4, 4),\n    \"cdecimal\" -> ColumnStat(2, Some(Decimal(dec1)), Some(Decimal(dec2)), 1, 16, 16),\n    \"cstring\" -> ColumnStat(2, None, None, 1, 3, 3),\n    \"cbinary\" -> ColumnStat(2, None, None, 1, 3, 3),\n    \"cdate\" -> ColumnStat(2, Some(DateTimeUtils.fromJavaDate(d1)),\n      Some(DateTimeUtils.fromJavaDate(d2)), 1, 4, 4),\n    \"ctimestamp\" -> ColumnStat(2, Some(DateTimeUtils.fromJavaTimestamp(t1)),\n      Some(DateTimeUtils.fromJavaTimestamp(t2)), 1, 8, 8)\n  )\n\n  private val randomName = new Random(31)\n\n  def getCatalogTable(tableName: String): CatalogTable = {\n    spark.sessionState.catalog.getTableMetadata(TableIdentifier(tableName))\n  }\n\n  def getCatalogStatistics(tableName: String): CatalogStatistics = {\n    getCatalogTable(tableName).stats.get\n  }\n\n  def checkTableStats(\n      tableName: String,\n      hasSizeInBytes: Boolean,\n      expectedRowCounts: Option[Int]): Option[CatalogStatistics] = {\n    val stats = getCatalogTable(tableName).stats\n    if (hasSizeInBytes || expectedRowCounts.nonEmpty) {\n      assert(stats.isDefined)\n      assert(stats.get.sizeInBytes >= 0)\n      assert(stats.get.rowCount === expectedRowCounts)\n    } else {\n      assert(stats.isEmpty)\n    }\n\n    stats\n  }\n\n  \/**\n   * Compute column stats for the given DataFrame and compare it with colStats.\n   *\/\n  def checkColStats(\n      df: DataFrame,\n      colStats: mutable.LinkedHashMap[String, ColumnStat]): Unit = {\n    val tableName = \"column_stats_test_\" + randomName.nextInt(1000)\n    withTable(tableName) {\n      df.write.saveAsTable(tableName)\n\n      \/\/ Collect statistics\n      sql(s\"analyze table $tableName compute STATISTICS FOR COLUMNS \" +\n        colStats.keys.mkString(\", \"))\n\n      \/\/ Validate statistics\n      val table = getCatalogTable(tableName)\n      assert(table.stats.isDefined)\n      assert(table.stats.get.colStats.size == colStats.size)\n\n      colStats.foreach { case (k, v) =>\n        withClue(s\"column $k\") {\n          assert(table.stats.get.colStats(k) == v)\n        }\n      }\n    }\n  }\n\n  \/\/ This test will be run twice: with and without Hive support\n  test(\"SPARK-18856: non-empty partitioned table should not report zero size\") {\n    withTable(\"ds_tbl\", \"hive_tbl\") {\n      spark.range(100).select($\"id\", $\"id\" % 5 as \"p\").write.partitionBy(\"p\").saveAsTable(\"ds_tbl\")\n      val stats = spark.table(\"ds_tbl\").queryExecution.optimizedPlan.stats\n      assert(stats.sizeInBytes > 0, \"non-empty partitioned table should not report zero size.\")\n\n      if (spark.conf.get(StaticSQLConf.CATALOG_IMPLEMENTATION) == \"hive\") {\n        sql(\"CREATE TABLE hive_tbl(i int) PARTITIONED BY (j int)\")\n        sql(\"INSERT INTO hive_tbl PARTITION(j=1) SELECT 1\")\n        val stats2 = spark.table(\"hive_tbl\").queryExecution.optimizedPlan.stats\n        assert(stats2.sizeInBytes > 0, \"non-empty partitioned table should not report zero size.\")\n      }\n    }\n  }\n\n  \/\/ This test will be run twice: with and without Hive support\n  test(\"conversion from CatalogStatistics to Statistics\") {\n    withTable(\"ds_tbl\", \"hive_tbl\") {\n      \/\/ Test data source table\n      checkStatsConversion(tableName = \"ds_tbl\", isDatasourceTable = true)\n      \/\/ Test hive serde table\n      if (spark.conf.get(StaticSQLConf.CATALOG_IMPLEMENTATION) == \"hive\") {\n        checkStatsConversion(tableName = \"hive_tbl\", isDatasourceTable = false)\n      }\n    }\n  }\n\n  private def checkStatsConversion(tableName: String, isDatasourceTable: Boolean): Unit = {\n    \/\/ Create an empty table and run analyze command on it.\n    val createTableSql = if (isDatasourceTable) {\n      s\"CREATE TABLE $tableName (c1 INT, c2 STRING) USING PARQUET\"\n    } else {\n      s\"CREATE TABLE $tableName (c1 INT, c2 STRING)\"\n    }\n    sql(createTableSql)\n    \/\/ Analyze only one column.\n    sql(s\"ANALYZE TABLE $tableName COMPUTE STATISTICS FOR COLUMNS c1\")\n    val (relation, catalogTable) = spark.table(tableName).queryExecution.analyzed.collect {\n      case catalogRel: HiveTableRelation => (catalogRel, catalogRel.tableMeta)\n      case logicalRel: LogicalRelation => (logicalRel, logicalRel.catalogTable.get)\n    }.head\n    val emptyColStat = ColumnStat(0, None, None, 0, 4, 4)\n    \/\/ Check catalog statistics\n    assert(catalogTable.stats.isDefined)\n    assert(catalogTable.stats.get.sizeInBytes == 0)\n    assert(catalogTable.stats.get.rowCount == Some(0))\n    assert(catalogTable.stats.get.colStats == Map(\"c1\" -> emptyColStat))\n\n    \/\/ Check relation statistics\n    assert(relation.stats.sizeInBytes == 0)\n    assert(relation.stats.rowCount == Some(0))\n    assert(relation.stats.attributeStats.size == 1)\n    val (attribute, colStat) = relation.stats.attributeStats.head\n    assert(attribute.name == \"c1\")\n    assert(colStat == emptyColStat)\n  }\n}\n"}
{"repo_name":"Sparkyxs\/spark","path":"sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/MetastoreDataSourcesSuite.scala","text":"<reponame>Sparkyxs\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive\n\nimport java.io.File\n\nimport scala.collection.mutable.ArrayBuffer\n\nimport org.apache.hadoop.fs.Path\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{CatalogStorageFormat, CatalogTable, CatalogTableType}\nimport org.apache.spark.sql.execution.command.CreateTableCommand\nimport org.apache.spark.sql.execution.datasources.{HadoopFsRelation, LogicalRelation}\nimport org.apache.spark.sql.hive.HiveExternalCatalog._\nimport org.apache.spark.sql.hive.client.HiveClient\nimport org.apache.spark.sql.hive.test.TestHiveSingleton\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.internal.StaticSQLConf._\nimport org.apache.spark.sql.test.SQLTestUtils\nimport org.apache.spark.sql.types._\nimport org.apache.spark.util.Utils\n\n\/**\n * Tests for persisting tables created though the data sources API into the metastore.\n *\/\nclass MetastoreDataSourcesSuite extends QueryTest with SQLTestUtils with TestHiveSingleton {\n  import hiveContext._\n  import spark.implicits._\n\n  var jsonFilePath: String = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n    jsonFilePath = Utils.getSparkClassLoader.getResource(\"sample.json\").getFile\n  }\n\n  test(\"persistent JSON table\") {\n    withTable(\"jsonTable\") {\n      sql(\n        s\"\"\"CREATE TABLE jsonTable\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      checkAnswer(\n        sql(\"SELECT * FROM jsonTable\"),\n        read.json(jsonFilePath).collect().toSeq)\n    }\n  }\n\n  test(\"persistent JSON table with a user specified schema\") {\n    withTable(\"jsonTable\") {\n      sql(\n        s\"\"\"CREATE TABLE jsonTable (\n           |a string,\n           |b String,\n           |`c_!@(3)` int,\n           |`<d>` Struct<`d!`:array<int>, `=`:array<struct<Dd2: boolean>>>)\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      withTempView(\"expectedJsonTable\") {\n        read.json(jsonFilePath).createOrReplaceTempView(\"expectedJsonTable\")\n        checkAnswer(\n          sql(\"SELECT a, b, `c_!@(3)`, `<d>`.`d!`, `<d>`.`=` FROM jsonTable\"),\n          sql(\"SELECT a, b, `c_!@(3)`, `<d>`.`d!`, `<d>`.`=` FROM expectedJsonTable\"))\n      }\n    }\n  }\n\n  test(\"persistent JSON table with a user specified schema with a subset of fields\") {\n    withTable(\"jsonTable\") {\n      \/\/ This works because JSON objects are self-describing and JSONRelation can get needed\n      \/\/ field values based on field names.\n      sql(\n        s\"\"\"CREATE TABLE jsonTable (`<d>` Struct<`=`:array<struct<Dd2: boolean>>>, b String)\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      val innerStruct = StructType(Seq(\n        StructField(\"=\", ArrayType(StructType(StructField(\"Dd2\", BooleanType, true) :: Nil)))))\n\n      val expectedSchema = StructType(Seq(\n        StructField(\"<d>\", innerStruct, true),\n        StructField(\"b\", StringType, true)))\n\n      assert(expectedSchema === table(\"jsonTable\").schema)\n\n      withTempView(\"expectedJsonTable\") {\n        read.json(jsonFilePath).createOrReplaceTempView(\"expectedJsonTable\")\n        checkAnswer(\n          sql(\"SELECT b, `<d>`.`=` FROM jsonTable\"),\n          sql(\"SELECT b, `<d>`.`=` FROM expectedJsonTable\"))\n      }\n    }\n  }\n\n  test(\"resolve shortened provider names\") {\n    withTable(\"jsonTable\") {\n      sql(\n        s\"\"\"\n           |CREATE TABLE jsonTable\n           |USING org.apache.spark.sql.json\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      checkAnswer(\n        sql(\"SELECT * FROM jsonTable\"),\n        read.json(jsonFilePath).collect().toSeq)\n    }\n  }\n\n  test(\"drop table\") {\n    withTable(\"jsonTable\") {\n      sql(\n        s\"\"\"\n           |CREATE TABLE jsonTable\n           |USING org.apache.spark.sql.json\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      checkAnswer(\n        sql(\"SELECT * FROM jsonTable\"),\n        read.json(jsonFilePath))\n\n      sql(\"DROP TABLE jsonTable\")\n\n      intercept[Exception] {\n        sql(\"SELECT * FROM jsonTable\").collect()\n      }\n\n      assert(\n        new File(jsonFilePath).exists(),\n        \"The table with specified path is considered as an external table, \" +\n          \"its data should not deleted after DROP TABLE.\")\n    }\n  }\n\n  test(\"check change without refresh\") {\n    withTempPath { tempDir =>\n      withTable(\"jsonTable\") {\n        ((\"a\", \"b\") :: Nil).toDF().toJSON.rdd.saveAsTextFile(tempDir.getCanonicalPath)\n\n        sql(\n          s\"\"\"CREATE TABLE jsonTable\n             |USING org.apache.spark.sql.json\n             |OPTIONS (\n             |  path '${tempDir.toURI}'\n             |)\n           \"\"\".stripMargin)\n\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          Row(\"a\", \"b\"))\n\n        Utils.deleteRecursively(tempDir)\n        ((\"a1\", \"b1\", \"c1\") :: Nil).toDF().toJSON.rdd.saveAsTextFile(tempDir.getCanonicalPath)\n\n        \/\/ Schema is cached so the new column does not show. The updated values in existing columns\n        \/\/ will show.\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          Row(\"a1\", \"b1\"))\n\n        sql(\"REFRESH TABLE jsonTable\")\n\n        \/\/ After refresh, schema is not changed.\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          Row(\"a1\", \"b1\"))\n      }\n    }\n  }\n\n  test(\"drop, change, recreate\") {\n    withTempPath { tempDir =>\n      ((\"a\", \"b\") :: Nil).toDF().toJSON.rdd.saveAsTextFile(tempDir.getCanonicalPath)\n\n      withTable(\"jsonTable\") {\n        sql(\n          s\"\"\"CREATE TABLE jsonTable\n             |USING org.apache.spark.sql.json\n             |OPTIONS (\n             |  path '${tempDir.toURI}'\n             |)\n           \"\"\".stripMargin)\n\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          Row(\"a\", \"b\"))\n\n        Utils.deleteRecursively(tempDir)\n        ((\"a\", \"b\", \"c\") :: Nil).toDF().toJSON.rdd.saveAsTextFile(tempDir.getCanonicalPath)\n\n        sql(\"DROP TABLE jsonTable\")\n\n        sql(\n          s\"\"\"CREATE TABLE jsonTable\n             |USING org.apache.spark.sql.json\n             |OPTIONS (\n             |  path '${tempDir.toURI}'\n             |)\n           \"\"\".stripMargin)\n\n        \/\/ New table should reflect new schema.\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          Row(\"a\", \"b\", \"c\"))\n      }\n    }\n  }\n\n  test(\"invalidate cache and reload\") {\n    withTable(\"jsonTable\") {\n      sql(\n        s\"\"\"CREATE TABLE jsonTable (`c_!@(3)` int)\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      withTempView(\"expectedJsonTable\") {\n        read.json(jsonFilePath).createOrReplaceTempView(\"expectedJsonTable\")\n\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          sql(\"SELECT `c_!@(3)` FROM expectedJsonTable\").collect().toSeq)\n\n        \/\/ Discard the cached relation.\n        sessionState.refreshTable(\"jsonTable\")\n\n        checkAnswer(\n          sql(\"SELECT * FROM jsonTable\"),\n          sql(\"SELECT `c_!@(3)` FROM expectedJsonTable\").collect().toSeq)\n\n        sessionState.refreshTable(\"jsonTable\")\n        val expectedSchema = StructType(StructField(\"c_!@(3)\", IntegerType, true) :: Nil)\n\n        assert(expectedSchema === table(\"jsonTable\").schema)\n      }\n    }\n  }\n\n  test(\"CTAS\") {\n    withTempPath { tempPath =>\n      withTable(\"jsonTable\", \"ctasJsonTable\") {\n        sql(\n          s\"\"\"CREATE TABLE jsonTable\n             |USING org.apache.spark.sql.json.DefaultSource\n             |OPTIONS (\n             |  path '$jsonFilePath'\n             |)\n           \"\"\".stripMargin)\n\n        sql(\n          s\"\"\"CREATE TABLE ctasJsonTable\n             |USING org.apache.spark.sql.json.DefaultSource\n             |OPTIONS (\n             |  path '${tempPath.toURI}'\n             |) AS\n             |SELECT * FROM jsonTable\n           \"\"\".stripMargin)\n\n        assert(table(\"ctasJsonTable\").schema === table(\"jsonTable\").schema)\n\n        checkAnswer(\n          sql(\"SELECT * FROM ctasJsonTable\"),\n          sql(\"SELECT * FROM jsonTable\").collect())\n      }\n    }\n  }\n\n  test(\"CTAS with IF NOT EXISTS\") {\n    withTempPath { path =>\n      val tempPath = path.toURI\n\n      withTable(\"jsonTable\", \"ctasJsonTable\") {\n        sql(\n          s\"\"\"CREATE TABLE jsonTable\n             |USING org.apache.spark.sql.json.DefaultSource\n             |OPTIONS (\n             |  path '$jsonFilePath'\n             |)\n           \"\"\".stripMargin)\n\n        sql(\n          s\"\"\"CREATE TABLE ctasJsonTable\n             |USING org.apache.spark.sql.json.DefaultSource\n             |OPTIONS (\n             |  path '$tempPath'\n             |) AS\n             |SELECT * FROM jsonTable\n           \"\"\".stripMargin)\n\n        \/\/ Create the table again should trigger a AnalysisException.\n        val message = intercept[AnalysisException] {\n          sql(\n            s\"\"\"CREATE TABLE ctasJsonTable\n               |USING org.apache.spark.sql.json.DefaultSource\n               |OPTIONS (\n               |  path '$tempPath'\n               |) AS\n               |SELECT * FROM jsonTable\n             \"\"\".stripMargin)\n        }.getMessage\n\n        assert(\n          message.contains(\"Table default.ctasJsonTable already exists.\"),\n          \"We should complain that ctasJsonTable already exists\")\n\n        \/\/ The following statement should be fine if it has IF NOT EXISTS.\n        \/\/ It tries to create a table ctasJsonTable with a new schema.\n        \/\/ The actual table's schema and data should not be changed.\n        sql(\n          s\"\"\"CREATE TABLE IF NOT EXISTS ctasJsonTable\n             |USING org.apache.spark.sql.json.DefaultSource\n             |OPTIONS (\n             |  path '$tempPath'\n             |) AS\n             |SELECT a FROM jsonTable\n           \"\"\".stripMargin)\n\n        \/\/ Discard the cached relation.\n        sessionState.refreshTable(\"ctasJsonTable\")\n\n        \/\/ Schema should not be changed.\n        assert(table(\"ctasJsonTable\").schema === table(\"jsonTable\").schema)\n        \/\/ Table data should not be changed.\n        checkAnswer(\n          sql(\"SELECT * FROM ctasJsonTable\"),\n          sql(\"SELECT * FROM jsonTable\").collect())\n      }\n    }\n  }\n\n  test(\"CTAS a managed table\") {\n    withTable(\"jsonTable\", \"ctasJsonTable\", \"loadedTable\") {\n      sql(\n        s\"\"\"CREATE TABLE jsonTable\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$jsonFilePath'\n           |)\n         \"\"\".stripMargin)\n\n      val expectedPath = sessionState.catalog.defaultTablePath(TableIdentifier(\"ctasJsonTable\"))\n      val filesystemPath = new Path(expectedPath)\n      val fs = filesystemPath.getFileSystem(spark.sessionState.newHadoopConf())\n      fs.delete(filesystemPath, true)\n\n      \/\/ It is a managed table when we do not specify the location.\n      sql(\n        s\"\"\"CREATE TABLE ctasJsonTable\n           |USING org.apache.spark.sql.json.DefaultSource\n           |AS\n           |SELECT * FROM jsonTable\n         \"\"\".stripMargin)\n\n      assert(fs.exists(filesystemPath), s\"$expectedPath should exist after we create the table.\")\n\n      sql(\n        s\"\"\"CREATE TABLE loadedTable\n           |USING org.apache.spark.sql.json.DefaultSource\n           |OPTIONS (\n           |  path '$expectedPath'\n           |)\n         \"\"\".stripMargin)\n\n      assert(table(\"ctasJsonTable\").schema === table(\"loadedTable\").schema)\n\n      checkAnswer(\n        sql(\"SELECT * FROM ctasJsonTable\"),\n        sql(\"SELECT * FROM loadedTable\"))\n\n      sql(\"DROP TABLE ctasJsonTable\")\n      assert(!fs.exists(filesystemPath), s\"$expectedPath should not exist after we drop the table.\")\n    }\n  }\n\n  test(\"saveAsTable(CTAS) using append and insertInto when the target table is Hive serde\") {\n    val tableName = \"tab1\"\n    withTable(tableName) {\n      sql(s\"CREATE TABLE $tableName STORED AS SEQUENCEFILE AS SELECT 1 AS key, 'abc' AS value\")\n\n      val df = sql(s\"SELECT key, value FROM $tableName\")\n      df.write.insertInto(tableName)\n      checkAnswer(\n        sql(s\"SELECT * FROM $tableName\"),\n        Row(1, \"abc\") :: Row(1, \"abc\") :: Nil\n      )\n    }\n  }\n\n  test(\"SPARK-5839 HiveMetastoreCatalog does not recognize table aliases of data source tables.\") {\n    withTable(\"savedJsonTable\") {\n      \/\/ Save the df as a managed table (by not specifying the path).\n      (1 to 10)\n        .map(i => i -> s\"str$i\")\n        .toDF(\"a\", \"b\")\n        .write\n        .format(\"json\")\n        .saveAsTable(\"savedJsonTable\")\n\n      checkAnswer(\n        sql(\"SELECT * FROM savedJsonTable where savedJsonTable.a < 5\"),\n        (1 to 4).map(i => Row(i, s\"str$i\")))\n\n      checkAnswer(\n        sql(\"SELECT * FROM savedJsonTable tmp where tmp.a > 5\"),\n        (6 to 10).map(i => Row(i, s\"str$i\")))\n\n      sessionState.refreshTable(\"savedJsonTable\")\n\n      checkAnswer(\n        sql(\"SELECT * FROM savedJsonTable where savedJsonTable.a < 5\"),\n        (1 to 4).map(i => Row(i, s\"str$i\")))\n\n      checkAnswer(\n        sql(\"SELECT * FROM savedJsonTable tmp where tmp.a > 5\"),\n        (6 to 10).map(i => Row(i, s\"str$i\")))\n    }\n  }\n\n  test(\"save table\") {\n    withTempPath { path =>\n      val tempPath = path.getCanonicalPath\n\n      withTable(\"savedJsonTable\") {\n        val df = (1 to 10).map(i => i -> s\"str$i\").toDF(\"a\", \"b\")\n\n        withSQLConf(SQLConf.DEFAULT_DATA_SOURCE_NAME.key -> \"json\") {\n          \/\/ Save the df as a managed table (by not specifying the path).\n          df.write.saveAsTable(\"savedJsonTable\")\n\n          checkAnswer(sql(\"SELECT * FROM savedJsonTable\"), df)\n\n          \/\/ We can overwrite it.\n          df.write.mode(SaveMode.Overwrite).saveAsTable(\"savedJsonTable\")\n          checkAnswer(sql(\"SELECT * FROM savedJsonTable\"), df)\n\n          \/\/ When the save mode is Ignore, we will do nothing when the table already exists.\n          df.select(\"b\").write.mode(SaveMode.Ignore).saveAsTable(\"savedJsonTable\")\n          \/\/ TODO in ResolvedDataSource, will convert the schema into nullable = true\n          \/\/ hence the df.schema is not exactly the same as table(\"savedJsonTable\").schema\n          \/\/ assert(df.schema === table(\"savedJsonTable\").schema)\n          checkAnswer(sql(\"SELECT * FROM savedJsonTable\"), df)\n\n          \/\/ Drop table will also delete the data.\n          sql(\"DROP TABLE savedJsonTable\")\n          intercept[AnalysisException] {\n            read.json(\n              sessionState.catalog.defaultTablePath(TableIdentifier(\"savedJsonTable\")).toString)\n          }\n        }\n\n        \/\/ Create an external table by specifying the path.\n        withSQLConf(SQLConf.DEFAULT_DATA_SOURCE_NAME.key -> \"not a source name\") {\n          df.write\n            .format(\"org.apache.spark.sql.json\")\n            .mode(SaveMode.Append)\n            .option(\"path\", tempPath.toString)\n            .saveAsTable(\"savedJsonTable\")\n\n          checkAnswer(sql(\"SELECT * FROM savedJsonTable\"), df)\n        }\n\n        \/\/ Data should not be deleted after we drop the table.\n        sql(\"DROP TABLE savedJsonTable\")\n        checkAnswer(read.json(tempPath.toString), df)\n      }\n    }\n  }\n\n  test(\"create external table\") {\n    withTempPath { tempPath =>\n      withTable(\"savedJsonTable\", \"createdJsonTable\") {\n        val df = read.json((1 to 10).map { i =>\n          s\"\"\"{ \"a\": $i, \"b\": \"str$i\" }\"\"\"\n        }.toDS())\n\n        withSQLConf(SQLConf.DEFAULT_DATA_SOURCE_NAME.key -> \"not a source name\") {\n          df.write\n            .format(\"json\")\n            .mode(SaveMode.Append)\n            .option(\"path\", tempPath.toString)\n            .saveAsTable(\"savedJsonTable\")\n        }\n\n        withSQLConf(SQLConf.DEFAULT_DATA_SOURCE_NAME.key -> \"json\") {\n          sparkSession.catalog.createExternalTable(\"createdJsonTable\", tempPath.toString)\n          assert(table(\"createdJsonTable\").schema === df.schema)\n          checkAnswer(sql(\"SELECT * FROM createdJsonTable\"), df)\n\n          assert(\n            intercept[AnalysisException] {\n              sparkSession.catalog.createExternalTable(\"createdJsonTable\", jsonFilePath.toString)\n            }.getMessage.contains(\"Table createdJsonTable already exists.\"),\n            \"We should complain that createdJsonTable already exists\")\n        }\n\n        \/\/ Data should not be deleted.\n        sql(\"DROP TABLE createdJsonTable\")\n        checkAnswer(read.json(tempPath.toString), df)\n\n        \/\/ Try to specify the schema.\n        withSQLConf(SQLConf.DEFAULT_DATA_SOURCE_NAME.key -> \"not a source name\") {\n          val schema = StructType(StructField(\"b\", StringType, true) :: Nil)\n          sparkSession.catalog.createExternalTable(\n            \"createdJsonTable\",\n            \"org.apache.spark.sql.json\",\n            schema,\n            Map(\"path\" -> tempPath.toString))\n\n          checkAnswer(\n            sql(\"SELECT * FROM createdJsonTable\"),\n            sql(\"SELECT b FROM savedJsonTable\"))\n\n          sql(\"DROP TABLE createdJsonTable\")\n        }\n      }\n    }\n  }\n\n  test(\"path required error\") {\n    assert(\n      intercept[AnalysisException] {\n        sparkSession.catalog.createExternalTable(\n          \"createdJsonTable\",\n          \"org.apache.spark.sql.json\",\n          Map.empty[String, String])\n\n        table(\"createdJsonTable\")\n      }.getMessage.contains(\"Unable to infer schema\"),\n      \"We should complain that path is not specified.\")\n\n    sql(\"DROP TABLE IF EXISTS createdJsonTable\")\n  }\n\n  test(\"scan a parquet table created through a CTAS statement\") {\n    withSQLConf(HiveUtils.CONVERT_METASTORE_PARQUET.key -> \"true\") {\n      withTempView(\"jt\") {\n        (1 to 10).map(i => i -> s\"str$i\").toDF(\"a\", \"b\").createOrReplaceTempView(\"jt\")\n\n        withTable(\"test_parquet_ctas\") {\n          sql(\n            \"\"\"CREATE TABLE test_parquet_ctas STORED AS PARQUET\n              |AS SELECT tmp.a FROM jt tmp WHERE tmp.a < 5\n            \"\"\".stripMargin)\n\n          checkAnswer(\n            sql(s\"SELECT a FROM test_parquet_ctas WHERE a > 2 \"),\n            Row(3) :: Row(4) :: Nil)\n\n          table(\"test_parquet_ctas\").queryExecution.optimizedPlan match {\n            case LogicalRelation(p: HadoopFsRelation, _, _) => \/\/ OK\n            case _ =>\n              fail(s\"test_parquet_ctas should have be converted to ${classOf[HadoopFsRelation]}\")\n          }\n        }\n      }\n    }\n  }\n\n  test(\"Pre insert nullability check (ArrayType)\") {\n    withTable(\"arrayInParquet\") {\n      {\n        val df = (Tuple1(Seq(Int.box(1), null: Integer)) :: Nil).toDF(\"a\")\n        val expectedSchema =\n          StructType(\n            StructField(\n              \"a\",\n              ArrayType(IntegerType, containsNull = true),\n              nullable = true) :: Nil)\n\n        assert(df.schema === expectedSchema)\n\n        df.write\n          .format(\"parquet\")\n          .mode(SaveMode.Overwrite)\n          .saveAsTable(\"arrayInParquet\")\n      }\n\n      {\n        val df = (Tuple1(Seq(2, 3)) :: Nil).toDF(\"a\")\n        val expectedSchema =\n          StructType(\n            StructField(\n              \"a\",\n              ArrayType(IntegerType, containsNull = false),\n              nullable = true) :: Nil)\n\n        assert(df.schema === expectedSchema)\n\n        df.write\n          .format(\"parquet\")\n          .mode(SaveMode.Append)\n          .insertInto(\"arrayInParquet\")\n      }\n\n      (Tuple1(Seq(4, 5)) :: Nil).toDF(\"a\")\n        .write\n        .mode(SaveMode.Append)\n        .saveAsTable(\"arrayInParquet\") \/\/ This one internally calls df2.insertInto.\n\n      (Tuple1(Seq(Int.box(6), null: Integer)) :: Nil).toDF(\"a\")\n        .write\n        .mode(SaveMode.Append)\n        .saveAsTable(\"arrayInParquet\")\n\n      sparkSession.catalog.refreshTable(\"arrayInParquet\")\n\n      checkAnswer(\n        sql(\"SELECT a FROM arrayInParquet\"),\n        Row(ArrayBuffer(1, null)) ::\n          Row(ArrayBuffer(2, 3)) ::\n          Row(ArrayBuffer(4, 5)) ::\n          Row(ArrayBuffer(6, null)) :: Nil)\n    }\n  }\n\n  test(\"Pre insert nullability check (MapType)\") {\n    withTable(\"mapInParquet\") {\n      {\n        val df = (Tuple1(Map(1 -> (null: Integer))) :: Nil).toDF(\"a\")\n        val expectedSchema =\n          StructType(\n            StructField(\n              \"a\",\n              MapType(IntegerType, IntegerType, valueContainsNull = true),\n              nullable = true) :: Nil)\n\n        assert(df.schema === expectedSchema)\n\n        df.write\n          .format(\"parquet\")\n          .mode(SaveMode.Overwrite)\n          .saveAsTable(\"mapInParquet\")\n      }\n\n      {\n        val df = (Tuple1(Map(2 -> 3)) :: Nil).toDF(\"a\")\n        val expectedSchema =\n          StructType(\n            StructField(\n              \"a\",\n              MapType(IntegerType, IntegerType, valueContainsNull = false),\n              nullable = true) :: Nil)\n\n        assert(df.schema === expectedSchema)\n\n        df.write\n          .format(\"parquet\")\n          .mode(SaveMode.Append)\n          .insertInto(\"mapInParquet\")\n      }\n\n      (Tuple1(Map(4 -> 5)) :: Nil).toDF(\"a\")\n        .write\n        .format(\"parquet\")\n        .mode(SaveMode.Append)\n        .saveAsTable(\"mapInParquet\") \/\/ This one internally calls df2.insertInto.\n\n      (Tuple1(Map(6 -> null.asInstanceOf[Integer])) :: Nil).toDF(\"a\")\n        .write\n        .format(\"parquet\")\n        .mode(SaveMode.Append)\n        .saveAsTable(\"mapInParquet\")\n\n      sparkSession.catalog.refreshTable(\"mapInParquet\")\n\n      checkAnswer(\n        sql(\"SELECT a FROM mapInParquet\"),\n        Row(Map(1 -> null)) ::\n          Row(Map(2 -> 3)) ::\n          Row(Map(4 -> 5)) ::\n          Row(Map(6 -> null)) :: Nil)\n    }\n  }\n\n  test(\"SPARK-6024 wide schema support\") {\n    assert(spark.sparkContext.conf.get(SCHEMA_STRING_LENGTH_THRESHOLD) == 4000)\n    withTable(\"wide_schema\") {\n      withTempDir { tempDir =>\n        \/\/ We will need 80 splits for this schema if the threshold is 4000.\n        val schema = StructType((1 to 5000).map(i => StructField(s\"c_$i\", StringType)))\n\n        val tableDesc = CatalogTable(\n          identifier = TableIdentifier(\"wide_schema\"),\n          tableType = CatalogTableType.EXTERNAL,\n          storage = CatalogStorageFormat.empty.copy(\n            properties = Map(\"path\" -> tempDir.getCanonicalPath)\n          ),\n          schema = schema,\n          provider = Some(\"json\")\n        )\n        spark.sessionState.catalog.createTable(tableDesc, ignoreIfExists = false)\n\n        sessionState.refreshTable(\"wide_schema\")\n\n        val actualSchema = table(\"wide_schema\").schema\n        assert(schema === actualSchema)\n      }\n    }\n  }\n\n  test(\"SPARK-6655 still support a schema stored in spark.sql.sources.schema\") {\n    val tableName = \"spark6655\"\n    withTable(tableName) {\n      val schema = StructType(StructField(\"int\", IntegerType, true) :: Nil)\n      val hiveTable = CatalogTable(\n        identifier = TableIdentifier(tableName, Some(\"default\")),\n        tableType = CatalogTableType.MANAGED,\n        schema = new StructType,\n        provider = Some(\"json\"),\n        storage = CatalogStorageFormat(\n          locationUri = None,\n          inputFormat = None,\n          outputFormat = None,\n          serde = None,\n          compressed = false,\n          properties = Map(\n            \"path\" -> sessionState.catalog.defaultTablePath(TableIdentifier(tableName)).toString)\n        ),\n        properties = Map(\n          DATASOURCE_PROVIDER -> \"json\",\n          DATASOURCE_SCHEMA -> schema.json,\n          \"EXTERNAL\" -> \"FALSE\"))\n\n      hiveClient.createTable(hiveTable, ignoreIfExists = false)\n\n      sessionState.refreshTable(tableName)\n      val actualSchema = table(tableName).schema\n      assert(schema === actualSchema)\n    }\n  }\n\n  test(\"Saving partitionBy columns information\") {\n    val df = (1 to 10).map(i => (i, i + 1, s\"str$i\", s\"str${i + 1}\")).toDF(\"a\", \"b\", \"c\", \"d\")\n    val tableName = s\"partitionInfo_${System.currentTimeMillis()}\"\n\n    withTable(tableName) {\n      df.write.format(\"parquet\").partitionBy(\"d\", \"b\").saveAsTable(tableName)\n      sessionState.refreshTable(tableName)\n      val metastoreTable = hiveClient.getTable(\"default\", tableName)\n      val expectedPartitionColumns = StructType(df.schema(\"d\") :: df.schema(\"b\") :: Nil)\n\n      val numPartCols = metastoreTable.properties(DATASOURCE_SCHEMA_NUMPARTCOLS).toInt\n      assert(numPartCols == 2)\n\n      val actualPartitionColumns =\n        StructType(\n          (0 until numPartCols).map { index =>\n            df.schema(metastoreTable.properties(s\"$DATASOURCE_SCHEMA_PARTCOL_PREFIX$index\"))\n          })\n      \/\/ Make sure partition columns are correctly stored in metastore.\n      assert(\n        expectedPartitionColumns.sameType(actualPartitionColumns),\n        s\"Partitions columns stored in metastore $actualPartitionColumns is not the \" +\n          s\"partition columns defined by the saveAsTable operation $expectedPartitionColumns.\")\n\n      \/\/ Check the content of the saved table.\n      checkAnswer(\n        table(tableName).select(\"c\", \"b\", \"d\", \"a\"),\n        df.select(\"c\", \"b\", \"d\", \"a\"))\n    }\n  }\n\n  test(\"Saving information for sortBy and bucketBy columns\") {\n    val df = (1 to 10).map(i => (i, i + 1, s\"str$i\", s\"str${i + 1}\")).toDF(\"a\", \"b\", \"c\", \"d\")\n    val tableName = s\"bucketingInfo_${System.currentTimeMillis()}\"\n\n    withTable(tableName) {\n      df.write\n        .format(\"parquet\")\n        .bucketBy(8, \"d\", \"b\")\n        .sortBy(\"c\")\n        .saveAsTable(tableName)\n      sessionState.refreshTable(tableName)\n      val metastoreTable = hiveClient.getTable(\"default\", tableName)\n      val expectedBucketByColumns = StructType(df.schema(\"d\") :: df.schema(\"b\") :: Nil)\n      val expectedSortByColumns = StructType(df.schema(\"c\") :: Nil)\n\n      val numBuckets = metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETS).toInt\n      assert(numBuckets == 8)\n\n      val numBucketCols = metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETCOLS).toInt\n      assert(numBucketCols == 2)\n\n      val numSortCols = metastoreTable.properties(DATASOURCE_SCHEMA_NUMSORTCOLS).toInt\n      assert(numSortCols == 1)\n\n      val actualBucketByColumns =\n        StructType(\n          (0 until numBucketCols).map { index =>\n            df.schema(metastoreTable.properties(s\"$DATASOURCE_SCHEMA_BUCKETCOL_PREFIX$index\"))\n          })\n      \/\/ Make sure bucketBy columns are correctly stored in metastore.\n      assert(\n        expectedBucketByColumns.sameType(actualBucketByColumns),\n        s\"Partitions columns stored in metastore $actualBucketByColumns is not the \" +\n          s\"partition columns defined by the saveAsTable operation $expectedBucketByColumns.\")\n\n      val actualSortByColumns =\n        StructType(\n          (0 until numSortCols).map { index =>\n            df.schema(metastoreTable.properties(s\"$DATASOURCE_SCHEMA_SORTCOL_PREFIX$index\"))\n          })\n      \/\/ Make sure sortBy columns are correctly stored in metastore.\n      assert(\n        expectedSortByColumns.sameType(actualSortByColumns),\n        s\"Partitions columns stored in metastore $actualSortByColumns is not the \" +\n          s\"partition columns defined by the saveAsTable operation $expectedSortByColumns.\")\n\n      \/\/ Check the content of the saved table.\n      checkAnswer(\n        table(tableName).select(\"c\", \"b\", \"d\", \"a\"),\n        df.select(\"c\", \"b\", \"d\", \"a\"))\n    }\n  }\n\n  test(\"insert into a table\") {\n    def createDF(from: Int, to: Int): DataFrame = {\n      (from to to).map(i => i -> s\"str$i\").toDF(\"c1\", \"c2\")\n    }\n\n    withTable(\"insertParquet\") {\n      createDF(0, 9).write.format(\"parquet\").saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, p.c2 FROM insertParquet p WHERE p.c1 > 5\"),\n        (6 to 9).map(i => Row(i, s\"str$i\")))\n\n      intercept[AnalysisException] {\n        createDF(10, 19).write.format(\"parquet\").saveAsTable(\"insertParquet\")\n      }\n\n      createDF(10, 19).write.mode(SaveMode.Append).format(\"parquet\").saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, p.c2 FROM insertParquet p WHERE p.c1 > 5\"),\n        (6 to 19).map(i => Row(i, s\"str$i\")))\n\n      createDF(20, 29).write.mode(SaveMode.Append).format(\"parquet\").saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p WHERE p.c1 > 5 AND p.c1 < 25\"),\n        (6 to 24).map(i => Row(i, s\"str$i\")))\n\n      intercept[AnalysisException] {\n        createDF(30, 39).write.saveAsTable(\"insertParquet\")\n      }\n\n      createDF(30, 39).write.mode(SaveMode.Append).saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p WHERE p.c1 > 5 AND p.c1 < 35\"),\n        (6 to 34).map(i => Row(i, s\"str$i\")))\n\n      createDF(40, 49).write.mode(SaveMode.Append).insertInto(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p WHERE p.c1 > 5 AND p.c1 < 45\"),\n        (6 to 44).map(i => Row(i, s\"str$i\")))\n\n      createDF(50, 59).write.mode(SaveMode.Overwrite).saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p WHERE p.c1 > 51 AND p.c1 < 55\"),\n        (52 to 54).map(i => Row(i, s\"str$i\")))\n      createDF(60, 69).write.mode(SaveMode.Ignore).saveAsTable(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p\"),\n        (50 to 59).map(i => Row(i, s\"str$i\")))\n\n      createDF(70, 79).write.mode(SaveMode.Overwrite).insertInto(\"insertParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, c2 FROM insertParquet p\"),\n        (70 to 79).map(i => Row(i, s\"str$i\")))\n    }\n  }\n\n  test(\"append table using different formats\") {\n    def createDF(from: Int, to: Int): DataFrame = {\n      (from to to).map(i => i -> s\"str$i\").toDF(\"c1\", \"c2\")\n    }\n\n    withTable(\"appendOrcToParquet\") {\n      createDF(0, 9).write.format(\"parquet\").saveAsTable(\"appendOrcToParquet\")\n      val e = intercept[AnalysisException] {\n        createDF(10, 19).write.mode(SaveMode.Append).format(\"orc\").saveAsTable(\"appendOrcToParquet\")\n      }\n      assert(e.getMessage.contains(\n        \"The format of the existing table default.appendOrcToParquet is `ParquetFileFormat`. \" +\n          \"It doesn't match the specified format `OrcFileFormat`\"))\n    }\n\n    withTable(\"appendParquetToJson\") {\n      createDF(0, 9).write.format(\"json\").saveAsTable(\"appendParquetToJson\")\n      val e = intercept[AnalysisException] {\n        createDF(10, 19).write.mode(SaveMode.Append).format(\"parquet\")\n          .saveAsTable(\"appendParquetToJson\")\n      }\n      assert(e.getMessage.contains(\n        \"The format of the existing table default.appendParquetToJson is `JsonFileFormat`. \" +\n        \"It doesn't match the specified format `ParquetFileFormat`\"))\n    }\n\n    withTable(\"appendTextToJson\") {\n      createDF(0, 9).write.format(\"json\").saveAsTable(\"appendTextToJson\")\n      val e = intercept[AnalysisException] {\n        createDF(10, 19).write.mode(SaveMode.Append).format(\"text\")\n          .saveAsTable(\"appendTextToJson\")\n      }\n      assert(e.getMessage.contains(\n        \"The format of the existing table default.appendTextToJson is `JsonFileFormat`. \" +\n        \"It doesn't match the specified format `TextFileFormat`\"))\n    }\n  }\n\n  test(\"append a table using the same formats but different names\") {\n    def createDF(from: Int, to: Int): DataFrame = {\n      (from to to).map(i => i -> s\"str$i\").toDF(\"c1\", \"c2\")\n    }\n\n    withTable(\"appendParquet\") {\n      createDF(0, 9).write.format(\"parquet\").saveAsTable(\"appendParquet\")\n      createDF(10, 19).write.mode(SaveMode.Append).format(\"org.apache.spark.sql.parquet\")\n        .saveAsTable(\"appendParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, p.c2 FROM appendParquet p WHERE p.c1 > 5\"),\n        (6 to 19).map(i => Row(i, s\"str$i\")))\n    }\n\n    withTable(\"appendParquet\") {\n      createDF(0, 9).write.format(\"org.apache.spark.sql.parquet\").saveAsTable(\"appendParquet\")\n      createDF(10, 19).write.mode(SaveMode.Append).format(\"parquet\").saveAsTable(\"appendParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, p.c2 FROM appendParquet p WHERE p.c1 > 5\"),\n        (6 to 19).map(i => Row(i, s\"str$i\")))\n    }\n\n    withTable(\"appendParquet\") {\n      createDF(0, 9).write.format(\"org.apache.spark.sql.parquet.DefaultSource\")\n        .saveAsTable(\"appendParquet\")\n      createDF(10, 19).write.mode(SaveMode.Append)\n        .format(\"org.apache.spark.sql.execution.datasources.parquet.DefaultSource\")\n        .saveAsTable(\"appendParquet\")\n      checkAnswer(\n        sql(\"SELECT p.c1, p.c2 FROM appendParquet p WHERE p.c1 > 5\"),\n        (6 to 19).map(i => Row(i, s\"str$i\")))\n    }\n  }\n\n  test(\"SPARK-8156:create table to specific database by 'use dbname' \") {\n\n    val df = (1 to 3).map(i => (i, s\"val_$i\", i * 2)).toDF(\"a\", \"b\", \"c\")\n    spark.sql(\"\"\"create database if not exists testdb8156\"\"\")\n    spark.sql(\"\"\"use testdb8156\"\"\")\n    df.write\n      .format(\"parquet\")\n      .mode(SaveMode.Overwrite)\n      .saveAsTable(\"ttt3\")\n\n    checkAnswer(\n      spark.sql(\"show TABLES in testdb8156\").filter(\"tableName = 'ttt3'\"),\n      Row(\"testdb8156\", \"ttt3\", false))\n    spark.sql(\"\"\"use default\"\"\")\n    spark.sql(\"\"\"drop database if exists testdb8156 CASCADE\"\"\")\n  }\n\n\n  test(\"skip hive metadata on table creation\") {\n    withTempDir { tempPath =>\n      val schema = StructType((1 to 5).map(i => StructField(s\"c_$i\", StringType)))\n\n      val tableDesc1 = CatalogTable(\n        identifier = TableIdentifier(\"not_skip_hive_metadata\"),\n        tableType = CatalogTableType.EXTERNAL,\n        storage = CatalogStorageFormat.empty.copy(\n          locationUri = Some(tempPath.toURI),\n          properties = Map(\"skipHiveMetadata\" -> \"false\")\n        ),\n        schema = schema,\n        provider = Some(\"parquet\")\n      )\n      spark.sessionState.catalog.createTable(tableDesc1, ignoreIfExists = false)\n\n      \/\/ As a proxy for verifying that the table was stored in Hive compatible format,\n      \/\/ we verify that each column of the table is of native type StringType.\n      assert(hiveClient.getTable(\"default\", \"not_skip_hive_metadata\").schema\n        .forall(_.dataType == StringType))\n\n      val tableDesc2 = CatalogTable(\n        identifier = TableIdentifier(\"skip_hive_metadata\", Some(\"default\")),\n        tableType = CatalogTableType.EXTERNAL,\n        storage = CatalogStorageFormat.empty.copy(\n          properties = Map(\"path\" -> tempPath.getCanonicalPath, \"skipHiveMetadata\" -> \"true\")\n        ),\n        schema = schema,\n        provider = Some(\"parquet\")\n      )\n      spark.sessionState.catalog.createTable(tableDesc2, ignoreIfExists = false)\n\n      \/\/ As a proxy for verifying that the table was stored in SparkSQL format,\n      \/\/ we verify that the table has a column type as array of StringType.\n      assert(hiveClient.getTable(\"default\", \"skip_hive_metadata\").schema\n        .forall(_.dataType == ArrayType(StringType)))\n    }\n  }\n\n  test(\"CTAS: persisted partitioned data source table\") {\n    withTempPath { dir =>\n      withTable(\"t\") {\n        sql(\n          s\"\"\"CREATE TABLE t USING PARQUET\n             |OPTIONS (PATH '${dir.toURI}')\n             |PARTITIONED BY (a)\n             |AS SELECT 1 AS a, 2 AS b\n           \"\"\".stripMargin\n        )\n\n        val metastoreTable = hiveClient.getTable(\"default\", \"t\")\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMPARTCOLS).toInt === 1)\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMBUCKETS))\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMBUCKETCOLS))\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMSORTCOLS))\n\n        checkAnswer(table(\"t\"), Row(2, 1))\n      }\n    }\n  }\n\n  test(\"CTAS: persisted bucketed data source table\") {\n    withTempPath { dir =>\n      withTable(\"t\") {\n        sql(\n          s\"\"\"CREATE TABLE t USING PARQUET\n             |OPTIONS (PATH '${dir.toURI}')\n             |CLUSTERED BY (a) SORTED BY (b) INTO 2 BUCKETS\n             |AS SELECT 1 AS a, 2 AS b\n           \"\"\".stripMargin\n        )\n\n        val metastoreTable = hiveClient.getTable(\"default\", \"t\")\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMPARTCOLS))\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETS).toInt === 2)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETCOLS).toInt === 1)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMSORTCOLS).toInt === 1)\n\n        checkAnswer(table(\"t\"), Row(1, 2))\n      }\n    }\n\n    withTempPath { dir =>\n      withTable(\"t\") {\n        sql(\n          s\"\"\"CREATE TABLE t USING PARQUET\n             |OPTIONS (PATH '${dir.toURI}')\n             |CLUSTERED BY (a) INTO 2 BUCKETS\n             |AS SELECT 1 AS a, 2 AS b\n           \"\"\".stripMargin\n        )\n\n        val metastoreTable = hiveClient.getTable(\"default\", \"t\")\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMPARTCOLS))\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETS).toInt === 2)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETCOLS).toInt === 1)\n        assert(!metastoreTable.properties.contains(DATASOURCE_SCHEMA_NUMSORTCOLS))\n\n        checkAnswer(table(\"t\"), Row(1, 2))\n      }\n    }\n  }\n\n  test(\"CTAS: persisted partitioned bucketed data source table\") {\n    withTempPath { dir =>\n      withTable(\"t\") {\n        sql(\n          s\"\"\"CREATE TABLE t USING PARQUET\n             |OPTIONS (PATH '${dir.toURI}')\n             |PARTITIONED BY (a)\n             |CLUSTERED BY (b) SORTED BY (c) INTO 2 BUCKETS\n             |AS SELECT 1 AS a, 2 AS b, 3 AS c\n           \"\"\".stripMargin\n        )\n\n        val metastoreTable = hiveClient.getTable(\"default\", \"t\")\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMPARTCOLS).toInt === 1)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETS).toInt === 2)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMBUCKETCOLS).toInt === 1)\n        assert(metastoreTable.properties(DATASOURCE_SCHEMA_NUMSORTCOLS).toInt === 1)\n\n        checkAnswer(table(\"t\"), Row(2, 3, 1))\n      }\n    }\n  }\n\n  test(\"saveAsTable[append]: the column order doesn't matter\") {\n    withTable(\"saveAsTable_column_order\") {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(\"saveAsTable_column_order\")\n      Seq((3, 4)).toDF(\"j\", \"i\").write.mode(\"append\").saveAsTable(\"saveAsTable_column_order\")\n      checkAnswer(\n        table(\"saveAsTable_column_order\"),\n        Seq((1, 2), (4, 3)).toDF(\"i\", \"j\"))\n    }\n  }\n\n  test(\"saveAsTable[append]: mismatch column names\") {\n    withTable(\"saveAsTable_mismatch_column_names\") {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(\"saveAsTable_mismatch_column_names\")\n      val e = intercept[AnalysisException] {\n        Seq((3, 4)).toDF(\"i\", \"k\")\n          .write.mode(\"append\").saveAsTable(\"saveAsTable_mismatch_column_names\")\n      }\n      assert(e.getMessage.contains(\"cannot resolve\"))\n    }\n  }\n\n  test(\"saveAsTable[append]: too many columns\") {\n    withTable(\"saveAsTable_too_many_columns\") {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(\"saveAsTable_too_many_columns\")\n      val e = intercept[AnalysisException] {\n        Seq((3, 4, 5)).toDF(\"i\", \"j\", \"k\")\n          .write.mode(\"append\").saveAsTable(\"saveAsTable_too_many_columns\")\n      }\n      assert(e.getMessage.contains(\"doesn't match\"))\n    }\n  }\n\n  test(\"create a temp view using hive\") {\n    val tableName = \"tab1\"\n    withTable(tableName) {\n      val e = intercept[AnalysisException] {\n        sql(\n          s\"\"\"\n             |CREATE TEMPORARY VIEW $tableName\n             |(col1 int)\n             |USING hive\n           \"\"\".stripMargin)\n      }.getMessage\n      assert(e.contains(\"Hive data source can only be used with tables, you can't use it with \" +\n        \"CREATE TEMP VIEW USING\"))\n    }\n  }\n\n  test(\"saveAsTable - source and target are the same table\") {\n    val tableName = \"tab1\"\n    withTable(tableName) {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(tableName)\n\n      table(tableName).write.mode(SaveMode.Append).saveAsTable(tableName)\n      checkAnswer(table(tableName),\n        Seq(Row(1, 2), Row(1, 2)))\n\n      table(tableName).write.mode(SaveMode.Ignore).saveAsTable(tableName)\n      checkAnswer(table(tableName),\n        Seq(Row(1, 2), Row(1, 2)))\n\n      var e = intercept[AnalysisException] {\n        table(tableName).write.mode(SaveMode.Overwrite).saveAsTable(tableName)\n      }.getMessage\n      assert(e.contains(s\"Cannot overwrite table default.$tableName that is also being read from\"))\n\n      e = intercept[AnalysisException] {\n        table(tableName).write.mode(SaveMode.ErrorIfExists).saveAsTable(tableName)\n      }.getMessage\n      assert(e.contains(s\"Table `$tableName` already exists\"))\n    }\n  }\n\n  test(\"insertInto - source and target are the same table\") {\n    val tableName = \"tab1\"\n    withTable(tableName) {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(tableName)\n\n      table(tableName).write.mode(SaveMode.Append).insertInto(tableName)\n      checkAnswer(\n        table(tableName),\n        Seq(Row(1, 2), Row(1, 2)))\n\n      table(tableName).write.mode(SaveMode.Ignore).insertInto(tableName)\n      checkAnswer(\n        table(tableName),\n        Seq(Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2)))\n\n      table(tableName).write.mode(SaveMode.ErrorIfExists).insertInto(tableName)\n      checkAnswer(\n        table(tableName),\n        Seq(Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2), Row(1, 2)))\n\n      val e = intercept[AnalysisException] {\n        table(tableName).write.mode(SaveMode.Overwrite).insertInto(tableName)\n      }.getMessage\n      assert(e.contains(s\"Cannot overwrite a path that is also being read from\"))\n    }\n  }\n\n  test(\"saveAsTable[append]: less columns\") {\n    withTable(\"saveAsTable_less_columns\") {\n      Seq((1, 2)).toDF(\"i\", \"j\").write.saveAsTable(\"saveAsTable_less_columns\")\n      val e = intercept[AnalysisException] {\n        Seq((4)).toDF(\"j\")\n          .write.mode(\"append\").saveAsTable(\"saveAsTable_less_columns\")\n      }\n      assert(e.getMessage.contains(\"doesn't match\"))\n    }\n  }\n\n  test(\"SPARK-15025: create datasource table with path with select\") {\n    withTempPath { dir =>\n      withTable(\"t\") {\n        sql(\n          s\"\"\"CREATE TABLE t USING PARQUET\n             |OPTIONS (PATH '${dir.toURI}')\n             |AS SELECT 1 AS a, 2 AS b, 3 AS c\n           \"\"\".stripMargin\n        )\n        sql(\"insert into t values (2, 3, 4)\")\n        checkAnswer(table(\"t\"), Seq(Row(1, 2, 3), Row(2, 3, 4)))\n        val catalogTable = hiveClient.getTable(\"default\", \"t\")\n        assert(catalogTable.storage.locationUri.isDefined)\n      }\n    }\n  }\n\n  test(\"SPARK-15269 external data source table creation\") {\n    withTempPath { dir =>\n      val path = dir.toURI.toString\n      spark.range(1).write.json(path)\n\n      withTable(\"t\") {\n        sql(s\"CREATE TABLE t USING json OPTIONS (PATH '$path')\")\n        sql(\"DROP TABLE t\")\n        sql(s\"CREATE TABLE t USING json AS SELECT 1 AS c\")\n      }\n    }\n  }\n\n  test(\"read table with corrupted schema\") {\n    try {\n      val schema = StructType(StructField(\"int\", IntegerType, true) :: Nil)\n      val hiveTable = CatalogTable(\n        identifier = TableIdentifier(\"t\", Some(\"default\")),\n        tableType = CatalogTableType.MANAGED,\n        schema = new StructType,\n        provider = Some(\"json\"),\n        storage = CatalogStorageFormat.empty,\n        properties = Map(\n          DATASOURCE_PROVIDER -> \"json\",\n          \/\/ no DATASOURCE_SCHEMA_NUMPARTS\n          DATASOURCE_SCHEMA_PART_PREFIX + 0 -> schema.json))\n\n      hiveClient.createTable(hiveTable, ignoreIfExists = false)\n\n      val e = intercept[AnalysisException] {\n        sharedState.externalCatalog.getTable(\"default\", \"t\")\n      }.getMessage\n      assert(e.contains(s\"Could not read schema from the hive metastore because it is corrupted\"))\n\n      withDebugMode {\n        val tableMeta = sharedState.externalCatalog.getTable(\"default\", \"t\")\n        assert(tableMeta.identifier == TableIdentifier(\"t\", Some(\"default\")))\n        assert(tableMeta.properties(DATASOURCE_PROVIDER) == \"json\")\n      }\n    } finally {\n      hiveClient.dropTable(\"default\", \"t\", ignoreIfNotExists = true, purge = true)\n    }\n  }\n\n  test(\"should keep data source entries in table properties when debug mode is on\") {\n    withDebugMode {\n      val newSession = sparkSession.newSession()\n      newSession.sql(\"CREATE TABLE abc(i int) USING json\")\n      val tableMeta = newSession.sessionState.catalog.getTableMetadata(TableIdentifier(\"abc\"))\n      assert(tableMeta.properties(DATASOURCE_SCHEMA_NUMPARTS).toInt == 1)\n      assert(tableMeta.properties(DATASOURCE_PROVIDER) == \"json\")\n    }\n  }\n\n  test(\"Infer schema for Hive serde tables\") {\n    val tableName = \"tab1\"\n    val avroSchema =\n      \"\"\"{\n        |  \"name\": \"test_record\",\n        |  \"type\": \"record\",\n        |  \"fields\": [ {\n        |    \"name\": \"f0\",\n        |    \"type\": \"int\"\n        |  }]\n        |}\n      \"\"\".stripMargin\n\n    Seq(true, false).foreach { isPartitioned =>\n      withTable(tableName) {\n        val partitionClause = if (isPartitioned) \"PARTITIONED BY (ds STRING)\" else \"\"\n        \/\/ Creates the (non-)partitioned Avro table\n        val plan = sql(\n          s\"\"\"\n             |CREATE TABLE $tableName\n             |$partitionClause\n             |ROW FORMAT SERDE 'org.apache.hadoop.hive.serde2.avro.AvroSerDe'\n             |STORED AS\n             |  INPUTFORMAT 'org.apache.hadoop.hive.ql.io.avro.AvroContainerInputFormat'\n             |  OUTPUTFORMAT 'org.apache.hadoop.hive.ql.io.avro.AvroContainerOutputFormat'\n             |TBLPROPERTIES ('avro.schema.literal' = '$avroSchema')\n           \"\"\".stripMargin\n        ).queryExecution.analyzed\n\n        assert(plan.isInstanceOf[CreateTableCommand] &&\n          plan.asInstanceOf[CreateTableCommand].table.dataSchema.nonEmpty)\n\n        if (isPartitioned) {\n          sql(s\"INSERT OVERWRITE TABLE $tableName partition (ds='a') SELECT 1\")\n          checkAnswer(spark.table(tableName), Row(1, \"a\"))\n        } else {\n          sql(s\"INSERT OVERWRITE TABLE $tableName SELECT 1\")\n          checkAnswer(spark.table(tableName), Row(1))\n        }\n      }\n    }\n  }\n\n  private def withDebugMode(f: => Unit): Unit = {\n    val previousValue = sparkSession.sparkContext.conf.get(DEBUG_MODE)\n    try {\n      sparkSession.sparkContext.conf.set(DEBUG_MODE, true)\n      f\n    } finally {\n      sparkSession.sparkContext.conf.set(DEBUG_MODE, previousValue)\n    }\n  }\n\n  test(\"SPARK-18464: support old table which doesn't store schema in table properties\") {\n    withTable(\"old\") {\n      withTempPath { path =>\n        Seq(1 -> \"a\").toDF(\"i\", \"j\").write.parquet(path.getAbsolutePath)\n        val tableDesc = CatalogTable(\n          identifier = TableIdentifier(\"old\", Some(\"default\")),\n          tableType = CatalogTableType.EXTERNAL,\n          storage = CatalogStorageFormat.empty.copy(\n            properties = Map(\"path\" -> path.getAbsolutePath)\n          ),\n          schema = new StructType(),\n          provider = Some(\"parquet\"),\n          properties = Map(\n            HiveExternalCatalog.DATASOURCE_PROVIDER -> \"parquet\"))\n        hiveClient.createTable(tableDesc, ignoreIfExists = false)\n\n        checkAnswer(spark.table(\"old\"), Row(1, \"a\"))\n        checkAnswer(sql(\"select * from old\"), Row(1, \"a\"))\n\n        val expectedSchema = StructType(Seq(\n          StructField(\"i\", IntegerType, nullable = true),\n          StructField(\"j\", StringType, nullable = true)))\n        assert(table(\"old\").schema === expectedSchema)\n      }\n    }\n  }\n}\n"}
{"repo_name":"lyft\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/InMemoryFileIndex.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources\n\nimport scala.collection.mutable\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs._\nimport org.apache.hadoop.mapred.{FileInputFormat, JobConf}\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.metrics.source.HiveCatalogMetrics\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.execution.streaming.FileStreamSink\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.util.HadoopFSUtils\n\n\n\/**\n * A [[FileIndex]] that generates the list of files to process by recursively listing all the\n * files present in `paths`.\n *\n * @param rootPathsSpecified the list of root table paths to scan (some of which might be\n *                           filtered out later)\n * @param parameters as set of options to control discovery\n * @param userSpecifiedSchema an optional user specified schema that will be use to provide\n *                            types for the discovered partitions\n *\/\nclass InMemoryFileIndex(\n    sparkSession: SparkSession,\n    rootPathsSpecified: Seq[Path],\n    parameters: Map[String, String],\n    userSpecifiedSchema: Option[StructType],\n    fileStatusCache: FileStatusCache = NoopCache,\n    userSpecifiedPartitionSpec: Option[PartitionSpec] = None,\n    override val metadataOpsTimeNs: Option[Long] = None)\n  extends PartitioningAwareFileIndex(\n    sparkSession, parameters, userSpecifiedSchema, fileStatusCache) {\n\n  \/\/ Filter out streaming metadata dirs or files such as \"\/...\/_spark_metadata\" (the metadata dir)\n  \/\/ or \"\/...\/_spark_metadata\/0\" (a file in the metadata dir). `rootPathsSpecified` might contain\n  \/\/ such streaming metadata dir or files, e.g. when after globbing \"basePath\/*\" where \"basePath\"\n  \/\/ is the output of a streaming query.\n  override val rootPaths =\n    rootPathsSpecified.filterNot(FileStreamSink.ancestorIsMetadataDirectory(_, hadoopConf))\n\n  val readPartitionWithSubdirectoryEnabled =\n    sparkSession.sessionState.conf.readPartitionWithSubdirectoryEnabled\n\n  @volatile private var cachedLeafFiles: mutable.LinkedHashMap[Path, FileStatus] = _\n  @volatile private var cachedLeafDirToChildrenFiles: Map[Path, Array[FileStatus]] = _\n  @volatile private var cachedPartitionSpec: PartitionSpec = _\n\n  refresh0()\n\n  override def partitionSpec(): PartitionSpec = {\n    if (cachedPartitionSpec == null) {\n      if (userSpecifiedPartitionSpec.isDefined) {\n        cachedPartitionSpec = userSpecifiedPartitionSpec.get\n      } else {\n        cachedPartitionSpec = inferPartitioning()\n      }\n    }\n    logTrace(s\"Partition spec: $cachedPartitionSpec\")\n    cachedPartitionSpec\n  }\n\n  override protected def leafFiles: mutable.LinkedHashMap[Path, FileStatus] = {\n    cachedLeafFiles\n  }\n\n  override protected def leafDirToChildrenFiles: Map[Path, Array[FileStatus]] = {\n    cachedLeafDirToChildrenFiles\n  }\n\n  override def refresh(): Unit = {\n    fileStatusCache.invalidateAll()\n    refresh0()\n  }\n\n  private def refresh0(): Unit = {\n    val files = listLeafFiles(rootPaths)\n    cachedLeafFiles =\n      new mutable.LinkedHashMap[Path, FileStatus]() ++= files.map(f => f.getPath -> f)\n    cachedLeafDirToChildrenFiles =\n      if (readPartitionWithSubdirectoryEnabled) {\n        files.toArray.groupBy(file => getRootPathsLeafDir(file.getPath.getParent, file.getPath))\n      } else {\n        files.toArray.groupBy(_.getPath.getParent)\n      }\n    cachedPartitionSpec = null\n  }\n\n  private def getRootPathsLeafDir(path: Path, child: Path): Path = {\n    if (rootPaths.contains(child)) {\n      path\n    } else if (rootPaths.contains(path)) {\n      path\n    } else {\n      getRootPathsLeafDir(path.getParent, path)\n    }\n  }\n\n  override def equals(other: Any): Boolean = other match {\n    case hdfs: InMemoryFileIndex => rootPaths.toSet == hdfs.rootPaths.toSet\n    case _ => false\n  }\n\n  override def hashCode(): Int = rootPaths.toSet.hashCode()\n\n  \/**\n   * List leaf files of given paths. This method will submit a Spark job to do parallel\n   * listing whenever there is a path having more files than the parallel partition discovery\n   * discovery threshold.\n   *\n   * This is publicly visible for testing.\n   *\/\n  def listLeafFiles(paths: Seq[Path]): mutable.LinkedHashSet[FileStatus] = {\n    val startTime = System.nanoTime()\n    val output = mutable.LinkedHashSet[FileStatus]()\n    val pathsToFetch = mutable.ArrayBuffer[Path]()\n    for (path <- paths) {\n      fileStatusCache.getLeafFiles(path) match {\n        case Some(files) =>\n          HiveCatalogMetrics.incrementFileCacheHits(files.length)\n          output ++= files\n        case None =>\n          pathsToFetch += path\n      }\n      () \/\/ for some reasons scalac 2.12 needs this; return type doesn't matter\n    }\n    val filter = FileInputFormat.getInputPathFilter(new JobConf(hadoopConf, this.getClass))\n    val discovered = InMemoryFileIndex.bulkListLeafFiles(\n      pathsToFetch.toSeq, hadoopConf, filter, sparkSession)\n    discovered.foreach { case (path, leafFiles) =>\n      HiveCatalogMetrics.incrementFilesDiscovered(leafFiles.size)\n      fileStatusCache.putLeafFiles(path, leafFiles.toArray)\n      output ++= leafFiles\n    }\n    logInfo(s\"It took ${(System.nanoTime() - startTime) \/ (1000 * 1000)} ms to list leaf files\" +\n      s\" for ${paths.length} paths.\")\n    output\n  }\n}\n\nobject InMemoryFileIndex extends Logging {\n\n  private[sql] def bulkListLeafFiles(\n      paths: Seq[Path],\n      hadoopConf: Configuration,\n      filter: PathFilter,\n      sparkSession: SparkSession): Seq[(Path, Seq[FileStatus])] = {\n    HadoopFSUtils.parallelListLeafFiles(\n      sc = sparkSession.sparkContext,\n      paths = paths,\n      hadoopConf = hadoopConf,\n      filter = new PathFilterWrapper(filter),\n      ignoreMissingFiles = sparkSession.sessionState.conf.ignoreMissingFiles,\n      ignoreLocality = sparkSession.sessionState.conf.ignoreDataLocality,\n      parallelismThreshold = sparkSession.sessionState.conf.parallelPartitionDiscoveryThreshold,\n      parallelismMax = sparkSession.sessionState.conf.parallelPartitionDiscoveryParallelism)\n  }\n\n}\n\nprivate class PathFilterWrapper(val filter: PathFilter) extends PathFilter with Serializable {\n  override def accept(path: Path): Boolean = {\n    (filter == null || filter.accept(path)) && !HadoopFSUtils.shouldFilterOutPathName(path.getName)\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/spark-cassandra-connector","path":"spark-cassandra-connector\/src\/main\/scala\/com\/datastax\/spark\/connector\/writer\/TokenRangeAccumulator.scala","text":"package com.datastax.spark.connector.writer\n\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.function.UnaryOperator\n\nimport com.datastax.spark.connector.rdd.partitioner.CqlTokenRange\nimport org.apache.spark.util.AccumulatorV2\n\nclass TokenRangeAccumulator(acc: AtomicReference[Set[CqlTokenRange[_, _]]])\n  extends AccumulatorV2[Set[CqlTokenRange[_, _]], AtomicReference[Set[CqlTokenRange[_, _]]]] {\n  override def isZero: Boolean = value.get().isEmpty\n\n  override def copy(): AccumulatorV2[Set[CqlTokenRange[_, _]], AtomicReference[Set[CqlTokenRange[_, _]]]] =\n    new TokenRangeAccumulator(new AtomicReference(acc.get))\n\n  override def reset(): Unit =\n    acc.set(Set.empty)\n\n  override def add(v: Set[CqlTokenRange[_, _]]): Unit =\n    acc.getAndUpdate(\n      new UnaryOperator[Set[CqlTokenRange[_, _]]] {\n        override def apply(t: Set[CqlTokenRange[_, _]]): Set[CqlTokenRange[_, _]] = t ++ v\n      }\n    )\n\n  override def merge(other: AccumulatorV2[Set[CqlTokenRange[_, _]],\n    AtomicReference[Set[CqlTokenRange[_, _]]]]): Unit =\n    acc.getAndUpdate(\n      new UnaryOperator[Set[CqlTokenRange[_, _]]] {\n        override def apply(t: Set[CqlTokenRange[_, _]]): Set[CqlTokenRange[_, _]] =\n          t ++ other.value.get\n      }\n    )\n\n  override def value: AtomicReference[Set[CqlTokenRange[_, _]]] = acc\n}\n\nobject TokenRangeAccumulator {\n  def empty: TokenRangeAccumulator = new TokenRangeAccumulator(new AtomicReference(Set.empty))\n}\n"}
{"repo_name":"LaudateCorpus1\/spark-cassandra-connector","path":"spark-cassandra-connector\/src\/main\/scala\/com\/datastax\/spark\/connector\/streaming\/DStreamFunctions.scala","text":"<filename>spark-cassandra-connector\/src\/main\/scala\/com\/datastax\/spark\/connector\/streaming\/DStreamFunctions.scala\npackage com.datastax.spark.connector.streaming\n\nimport com.datastax.spark.connector._\nimport com.datastax.spark.connector.cql.{CassandraConnector, CassandraConnectorConf}\nimport com.datastax.spark.connector.rdd.partitioner.{CassandraPartitionedRDD, ReplicaPartitioner}\nimport com.datastax.spark.connector.rdd.ValidRDDType\nimport com.datastax.spark.connector.rdd.reader.RowReaderFactory\nimport com.datastax.spark.connector.util.Logging\nimport com.datastax.spark.connector.writer._\nimport org.apache.spark.SparkContext\nimport org.apache.spark.streaming.Duration\nimport org.apache.spark.streaming.dstream.DStream\n\nimport scala.reflect.ClassTag\n\nclass DStreamFunctions[T](dstream: DStream[T])\n  extends WritableToCassandra[T]\n  with Serializable\n  with Logging {\n\n  def warnIfKeepAliveIsShort(): Unit = {\n    val keepAliveDuration: Duration = Duration(conf.getInt(\n      CassandraConnectorConf.KeepAliveMillisParam.name,\n      CassandraConnectorConf.KeepAliveMillisParam.default))\n\n    val streamDuration: Duration = dstream.slideDuration\n\n    if (keepAliveDuration < streamDuration)\n      logWarning( s\"\"\"Currently ${CassandraConnectorConf.KeepAliveMillisParam.name}  is set to\n        |${keepAliveDuration}, which is less than ${streamDuration}. This will cause connections to\n        | be closed and recreated between batches. If this is not what you intended, increase the value\n        | of ${CassandraConnectorConf.KeepAliveMillisParam.name} to a larger value.\"\"\".stripMargin)\n  }\n\n  override def sparkContext: SparkContext = dstream.context.sparkContext\n\n  def conf = sparkContext.getConf\n\n  \/**\n   * Performs [[com.datastax.spark.connector.writer.WritableToCassandra]] for each produced RDD.\n   * Uses specific column names with an additional batch size.\n   *\/\n  def saveToCassandra(\n    keyspaceName: String,\n    tableName: String,\n    columnNames: ColumnSelector = AllColumns,\n    writeConf: WriteConf = WriteConf.fromSparkConf(conf),\n    tokenRangeAccumulator: Option[TokenRangeAccumulator] = None)(\n  implicit\n    connector: CassandraConnector = CassandraConnector(conf),\n    rwf: RowWriterFactory[T]): Unit = {\n    warnIfKeepAliveIsShort()\n\n    val writer = TableWriter(connector, keyspaceName, tableName, columnNames, writeConf, tokenRangeAcc = tokenRangeAccumulator)\n    dstream.foreachRDD(rdd => rdd.sparkContext.runJob(rdd, writer.write _))\n  }\n\n  \/**\n    * Delete data from Cassandra table, using data from the stream as a list of primary keys.\n    * Uses the specified column names.\n    * @see [[com.datastax.spark.connector.writer.WritableToCassandra]]\n    *\/\n  def deleteFromCassandra(\n    keyspaceName: String,\n    tableName: String,\n    deleteColumns: ColumnSelector = SomeColumns(),\n    keyColumns: ColumnSelector = PrimaryKeyColumns,\n    writeConf: WriteConf = WriteConf.fromSparkConf(sparkContext.getConf))(\n  implicit\n    connector: CassandraConnector = CassandraConnector(sparkContext),\n    rwf: RowWriterFactory[T]): Unit = {\n\n    \/\/ column delete require full primary key, partition key is enough otherwise\n    val columnDelete = deleteColumns match {\n      case c :SomeColumns => c.columns.nonEmpty\n      case _  => false\n    }\n    val writer = TableWriter(connector, keyspaceName, tableName, keyColumns, writeConf, !columnDelete)\n    dstream.foreachRDD(rdd => rdd.sparkContext.runJob(rdd, writer.delete(deleteColumns) _))\n  }\n\n  \/**\n   * Transforms RDDs with [[com.datastax.spark.connector.RDDFunctions.repartitionByCassandraReplica]]\n   * for each produced RDD.\n   *\/\n  def repartitionByCassandraReplica(\n    keyspaceName: String,\n    tableName: String,\n    partitionsPerHost: Int = 10,\n    partitionKeyMapper: ColumnSelector = PartitionKeyColumns)(\n  implicit\n    connector: CassandraConnector = CassandraConnector(conf),\n    currentType: ClassTag[T],\n    rwf: RowWriterFactory[T]): DStream[T] = {\n\n    val partitioner = new ReplicaPartitioner[T](\n      tableName,\n      keyspaceName,\n      partitionsPerHost,\n      partitionKeyMapper,\n      connector)\n\n    dstream.transform(rdd => {\n      val repart = rdd\n        .map((_, None))\n        .partitionBy(partitioner)\n        .mapPartitions(_.map(_._1), preservesPartitioning = true)\n\n      new CassandraPartitionedRDD[T](repart, keyspaceName, tableName)\n    })\n  }\n\n  \/**\n   * Transforms RDDs with [[com.datastax.spark.connector.RDDFunctions.joinWithCassandraTable]]\n   * for each produced RDD\n   *\/\n  def joinWithCassandraTable[R](\n    keyspaceName: String, tableName: String,\n    selectedColumns: ColumnSelector = AllColumns,\n    joinColumns: ColumnSelector = PartitionKeyColumns)(\n  implicit\n    connector: CassandraConnector = CassandraConnector(sparkContext),\n    newType: ClassTag[R],\n    @transient rrf: RowReaderFactory[R],\n    ev: ValidRDDType[R],\n    currentType: ClassTag[T],\n    @transient rwf: RowWriterFactory[T]): DStream[(T,R)] = {\n\n    warnIfKeepAliveIsShort()\n\n    \/**\n     * To make this function serializable for Checkpointing we will make a rowWriter and the use\n     * that to create our future joinRDDs.\n     *\/\n    val rdd = dstream.context.sparkContext.emptyRDD[T]\n    val cjRdd = rdd.joinWithCassandraTable[R](keyspaceName, tableName, selectedColumns, joinColumns)\n\n    dstream.transform(rdd =>\n      cjRdd.applyToRDD(rdd))\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/spark-cassandra-connector","path":"spark-cassandra-connector\/src\/main\/scala\/com\/datastax\/spark\/connector\/SparkContextFunctions.scala","text":"<gh_stars>1-10\npackage com.datastax.spark.connector\n\nimport com.datastax.spark.connector.cql.CassandraConnector\nimport com.datastax.spark.connector.rdd.reader.RowReaderFactory\nimport com.datastax.spark.connector.rdd._\nimport com.datastax.spark.connector.rdd.partitioner.dht.Token\nimport com.datastax.spark.connector.writer.RowWriterFactory\nimport org.apache.spark.SparkContext\n\nimport scala.reflect.ClassTag\n\n\/** Provides Cassandra-specific methods on [[org.apache.spark.SparkContext SparkContext]] *\/\nclass SparkContextFunctions(@transient val sc: SparkContext) extends Serializable {\n\n  \/** Returns a view of a Cassandra table as `CassandraRDD`.\n    * This method is made available on [[org.apache.spark.SparkContext SparkContext]] by importing\n    * `com.datastax.spark.connector._`\n    *\n    * Depending on the type parameter passed to `cassandraTable`, every row is converted to one of the following:\n    *   - an [[CassandraRow]] object (default, if no type given)\n    *   - a tuple containing column values in the same order as columns selected by [[com.datastax.spark.connector.rdd.CassandraRDD#select CassandraRDD#select]]\n    *   - object of a user defined class, populated by appropriate [[com.datastax.spark.connector.mapper.ColumnMapper ColumnMapper]]\n    *\n    * Example:\n    * {{{\n    *   CREATE KEYSPACE test WITH replication = {'class': 'SimpleStrategy', 'replication_factor': 1 };\n    *   CREATE TABLE test.words (word text PRIMARY KEY, count int);\n    *   INSERT INTO test.words (word, count) VALUES ('foo', 20);\n    *   INSERT INTO test.words (word, count) VALUES ('bar', 20);\n    *   ...\n    * }}}\n    * {{{\n    *   \/\/ Obtaining RDD of CassandraRow objects:\n    *   val rdd1 = sc.cassandraTable(\"test\", \"words\")\n    *   rdd1.first.getString(\"word\")  \/\/ foo\n    *   rdd1.first.getInt(\"count\")    \/\/ 20\n    *\n    *   \/\/ Obtaining RDD of tuples:\n    *   val rdd2 = sc.cassandraTable[(String, Int)](\"test\", \"words\").select(\"word\", \"count\")\n    *   rdd2.first._1  \/\/ foo\n    *   rdd2.first._2  \/\/ 20\n    *\n    *   \/\/ Obtaining RDD of user defined objects:\n    *   case class WordCount(word: String, count: Int)\n    *   val rdd3 = sc.cassandraTable[WordCount](\"test\", \"words\")\n    *   rdd3.first.word  \/\/ foo\n    *   rdd3.first.count \/\/ 20\n    * }}}*\/\n  def cassandraTable[T](\n    keyspace: String,\n    table: String,\n    tokenRangeFilter: (Token[_], Token[_]) => Boolean = (_, _) => true)(\n  implicit\n    connector: CassandraConnector = CassandraConnector(sc),\n    readConf: ReadConf = ReadConf.fromSparkConf(sc.getConf),\n    ct: ClassTag[T], rrf: RowReaderFactory[T],\n    ev: ValidRDDType[T]) = new CassandraTableScanRDD[T](sc, connector, keyspace, table,\n      readConf = readConf, tokenRangeFilter = tokenRangeFilter)\n\n  \/** Produces the empty CassandraRDD which does not perform any validation and it does not even\n    * try to return any rows. *\/\n  def emptyCassandraTable[T](keyspace: String, table: String)\n                            (implicit connector: CassandraConnector = CassandraConnector(sc),\n                             readConf: ReadConf = ReadConf.fromSparkConf(sc.getConf),\n                             ct: ClassTag[T], rrf: RowReaderFactory[T],\n                             ev: ValidRDDType[T]) =\n    new EmptyCassandraRDD[T](sc, keyspace, table, readConf = readConf)\n}\n"}
{"repo_name":"LaudateCorpus1\/spark-cassandra-connector","path":"spark-cassandra-connector\/src\/main\/scala\/com\/datastax\/spark\/connector\/writer\/WritableToCassandra.scala","text":"package com.datastax.spark.connector.writer\n\nimport com.datastax.spark.connector.ColumnSelector\nimport com.datastax.spark.connector.cql.CassandraConnector\nimport org.apache.spark.SparkContext\n\nabstract class WritableToCassandra[T] {\n\n  def sparkContext: SparkContext\n\n  private[connector] lazy val connector = CassandraConnector(sparkContext)\n\n  \/**\n   * Saves the data from [[org.apache.spark.rdd.RDD RDD]] to a Cassandra table.\n   * By default, it saves all properties that have corresponding Cassandra columns.\n   *\n   * Example:\n   * {{{\n   *   CREATE KEYSPACE test WITH replication = {'class': 'SimpleStrategy', 'replication_factor': 1 };\n   *   CREATE TABLE test.words(word VARCHAR PRIMARY KEY, count INT, other VARCHAR);\n   * }}}\n   *\n   * {{{\n   *   case class WordCount(word: String, count: Int, other: String)\n   *   val rdd = sc.parallelize(Seq(WordCount(\"foo\", 5, \"bar\")))\n   * }}}\n   *\n   * By default, the underlying RDD class must provide data for all columns:\n   * {{{\n   *   rdd.saveToCassandra(\"test\", \"words\")\n   * }}}\n   *\n   * By default, writes are performed at ConsistencyLevel.LOCAL_QUORUM.\n   * This write consistency level is controlled by the following property:\n   *   - spark.cassandra.output.consistency.level: consistency level for RDD writes, string matching the ConsistencyLevel enum name.\n   *\n   * @param keyspaceName the name of the Keyspace to use\n   * @param tableName the name of the Table to use\n   * @param columnNames The list of column names to save data to.\n   *                Uses only the unique column names, and you must select at least all primary key\n   *                columns. All other fields are discarded. Non-selected property\/column names are left unchanged.\n   * @param writeConf additional configuration object allowing to set consistency level, batch size, etc.\n   *\/\n  def saveToCassandra(keyspaceName: String,\n                      tableName: String,\n                      columnNames: ColumnSelector,\n                      writeConf: WriteConf,\n                      tokenRangeAccumulator: Option[TokenRangeAccumulator])\n                     (implicit connector: CassandraConnector, rwf: RowWriterFactory[T]): Unit\n\n  \/**\n    * Delete data from Cassandra table, using data from the [[org.apache.spark.rdd.RDD RDD]] as a list of primary keys.\n    * Uses the specified column names.\n    * By default, it deletes all columns from corresponding Cassandra rows.\n    *\n    * Example:\n    * {{{\n    *   CREATE KEYSPACE test WITH replication = {'class': 'SimpleStrategy', 'replication_factor': 1 };\n    *   CREATE TABLE test.words(word VARCHAR PRIMARY KEY, count INT, other VARCHAR);\n    *   INSERT INTO test.words((word,count,other) values ('foo', 5, 'foo');\n    * }}}\n    *\n    * {{{\n    *   case class WordCount(word: String, count: Int, other: String)\n    *   val rdd = sc.cassandraTable(\"test\", \"words\")\n    * }}}\n    *\n    * The underlying RDD class must provide data for all primary key columns.\n    * Delete \"other\" column values\n    * {{{\n    *   rdd.deleteFromCassandra(\"test\", \"words\", Seq(\"other\"))\n    * }}}\n    *\n    * This delete consistency level and other properties are the same as for writes\n    *\n    * @param keyspaceName the name of the Keyspace to use\n    * @param tableName the name of the Table to use\n    * @param deleteColumns The list of column names to delete, empty ColumnSelector means full row.\n    * @param keyColumns Primary key columns selector, Optional. All RDD primary columns columns will be checked by default\n    * @param writeConf additional configuration object allowing to set consistency level, batch size, etc.\n    *\/\n  def deleteFromCassandra(keyspaceName: String,\n                          tableName: String,\n                          deleteColumns: ColumnSelector,\n                          keyColumns: ColumnSelector,\n                          writeConf: WriteConf)\n                         (implicit connector: CassandraConnector, rwf: RowWriterFactory[T])\n\n}\n"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/Article.scala","text":"<reponame>srwilson\/goose<filename>src\/main\/scala\/com\/gravity\/goose\/Article.scala\n\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.gravity.goose\n\nimport images.Image\nimport org.jsoup.nodes.{ Element, Document }\nimport java.util.Date\nimport scala.collection._\nimport scala.reflect.BeanProperty\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/14\/11\n *\/\n\nclass Article {\n\n  \/**\n   * title of the article\n   *\/\n  @BeanProperty\n  var title: String = null\n\n  \/**\n   * stores the lovely, pure text from the article, stripped of html, formatting, etc...\n   * just raw text with paragraphs separated by newlines. This is probably what you want to use.\n   *\/\n  @BeanProperty\n  var cleanedArticleText: String = \"\"\n\n  \/**\n   * meta description field in HTML source\n   *\/\n  @BeanProperty\n  var metaDescription: String = \"\"\n\n  \/**\n   * meta keywords field in the HTML source\n   *\/\n  @BeanProperty\n  var metaKeywords: String = \"\"\n\n  \/**\n   * The canonical link of this article if found in the meta data\n   *\/\n  @BeanProperty\n  var canonicalLink: String = \"\"\n\n  \/**\n   * holds the domain of this article we're parsing\n   *\/\n  @BeanProperty\n  var domain: String = \"\"\n\n  \/**\n   * holds the top Element we think is a candidate for the main body of the article\n   *\/\n  @BeanProperty\n  var topNode: Element = null\n\n  \/**\n   * holds the top Image object that we think represents this article\n   *\/\n  @BeanProperty\n  var topImage: Image = new Image\n\n  \/**\n   * holds a set of tags that may have been in the artcle, these are not meta keywords\n   *\/\n  @BeanProperty\n  var tags: Set[String] = null\n\n  \/**\n   * holds a map of any links -> link text in the article\n   *\/\n  @BeanProperty\n  var links: Map[String, String] = null\n\n  \/**\n   * holds a list of any movies we found on the page like youtube, vimeo\n   *\/\n  @BeanProperty\n  var movies: List[Element] = Nil\n\n  \/**\n   * stores the final URL that we're going to try and fetch content against, this would be expanded if any\n   * escaped fragments were found in the starting url\n   *\/\n  @BeanProperty\n  var finalUrl: String = \"\";\n\n  \/**\n   * stores the MD5 hash of the url to use for various identification tasks\n   *\/\n  @BeanProperty\n  var linkhash: String = \"\";\n\n  \/**\n   * stores the RAW HTML straight from the network connection\n   *\/\n  @BeanProperty\n  var rawHtml: String = \"\"\n\n  \/**\n   * the JSoup Document object\n   *\/\n  @BeanProperty\n  var doc: Document = null\n\n  \/**\n   * this is the original JSoup document that contains a pure object from the original HTML without any cleaning\n   * options done on it\n   *\/\n  @BeanProperty\n  var rawDoc: Document = null\n\n  \/**\n   * Sometimes useful to try and know when the publish date of an article was\n   *\/\n  @BeanProperty\n  var publishDate: Date = null\n\n  \/**\n   * A property bucket for consumers of goose to store custom data extractions.\n   * This is populated by an implementation of {@link com.gravity.goose.extractors.AdditionalDataExtractor}\n   * which is executed before document cleansing within {@link com.gravity.goose.CrawlingActor#crawl}\n   * @return a {@link Map Map&lt;String,String&gt;} of property name to property vaue (represented as a {@link String}.\n   *\/\n  @BeanProperty\n  var additionalData: Map[String, String] = Map.empty\n}"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/images\/StandardImageExtractor.scala","text":"<gh_stars>100-1000\n\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.gravity.goose.images\n\nimport org.jsoup.select.Elements\nimport org.apache.http.protocol.{BasicHttpContext, HttpContext}\nimport org.apache.http.client.protocol.ClientContext\nimport org.apache.http.{Header, HttpEntity, HttpResponse}\nimport org.apache.http.client.HttpClient\nimport org.jsoup.nodes.{Element, Document}\nimport com.gravity.goose.{Article, Configuration}\nimport java.util.ArrayList\nimport collection.mutable.HashMap\nimport scala.collection.JavaConversions._\nimport com.gravity.goose.text.string\nimport java.net.{MalformedURLException, URL}\nimport com.gravity.goose.network.HtmlFetcher\nimport java.io.{IOException, File}\nimport java.util.regex.{Pattern, Matcher}\nimport org.apache.http.client.methods.HttpGet\n\n\/**\n* Created by <NAME>\n* User: jim\n* Date: 8\/18\/11\n*\/\n\ncase class DepthTraversal(node: Element, parentDepth: Int, siblingDepth: Int)\n\n\/**\n* This image extractor will attempt to find the best image nearest the article.\n* Unfortunately this is a slow process since we're actually downloading the image itself\n* to inspect it's actual height\/width and area metrics since most of the time these aren't\n* in the image tags themselves or can be falsified.\n* We'll weight the images in descending order depending on how high up they are compared to the top node content\n*\n* \/\/todo this is a straight java to scala conversion, need to add the nicities of scala, all these null checks make me dizzy\n*\/\nclass StandardImageExtractor(httpClient: HttpClient, article: Article, config: Configuration) extends ImageExtractor {\n\n\n  \/**\n  * holds the document that we're extracting the image from\n  *\/\n  private var doc: Document = null\n\n  \/**\n  * What's the minimum bytes for an image we'd accept is\n  *\/\n  private var minBytesForImages: Int = 0\n  \/**\n  * location to store temporary image files if need be\n  *\/\n  private var tempStoragePath: String = null\n\n  \/**\n  * this lists all the known bad button names that we have\n  *\/\n  var matchBadImageNames: Matcher = null\n  val NODE_ID_FORMAT: String = \"tag: %s class: %s ID: %s\"\n  val KNOWN_IMG_DOM_NAMES = \"yn-story-related-media\" :: \"cnn_strylccimg300cntr\" :: \"big_photo\" :: \"ap-smallphoto-a\" :: Nil\n\n  var sb: StringBuilder = new StringBuilder\n  \/\/ create negative elements\n  sb.append(\".html|.gif|.ico|button|twitter.jpg|facebook.jpg|ap_buy_photo|digg.jpg|digg.png|delicious.png|facebook.png|reddit.jpg|doubleclick|diggthis|diggThis|adserver|\/ads\/|ec.atdmt.com\")\n  sb.append(\"|mediaplex.com|adsatt|view.atdmt\")\n  matchBadImageNames = Pattern.compile(sb.toString()).matcher(string.empty)\n\n  \/**\n  * holds the result of our image extraction\n  *\/\n  val image = new Image\n  \/**\n  * the webpage url that we're extracting content from\n  *\/\n  val targetUrl = article.finalUrl\n  \/**\n  * stores a hash of our url for reference and image processing\n  *\/\n  val linkhash = article.linkhash\n\n\n  override def getBestImage(doc: Document, topNode: Element): Image = {\n    this.doc = doc\n    if (logger.isDebugEnabled) {\n      logger.debug(\"Starting to Look for the Most Relavent Image\")\n    }\n    if (image.getImageSrc == \"\") {\n      this.checkForKnownElements()\n    }\n    if (image.getImageSrc == \"\") {\n      this.checkForLargeImages(topNode, 0, 0)\n    }\n    if (image.getImageSrc == \"\") {\n      this.checkForMetaTag\n    }\n    image\n  }\n\n  private def checkForMetaTag: Boolean = {\n    if (this.checkForLinkTag) {\n      return true\n    }\n    if (this.checkForOpenGraphTag) {\n      return true\n    }\n    if (logger.isDebugEnabled) {\n      logger.debug(\"unable to find meta image\")\n    }\n    false\n  }\n\n  \/**\n  * checks to see if we were able to find open graph tags on this page\n  *\n  * @return\n  *\/\n  private def checkForOpenGraphTag: Boolean = {\n    try {\n      val meta: Elements = doc.select(\"meta[property~=og:image]\")\n      import scala.collection.JavaConversions._\n      for (item <- meta) {\n        if (item.attr(\"content\").length < 1) {\n          return false\n        }\n        val imagePath: String = this.buildImagePath(item.attr(\"content\"))\n        this.image.imageSrc = imagePath\n        this.image.imageExtractionType = \"opengraph\"\n        this.image.confidenceScore = 100\n        this.image.bytes = this.getBytesForImage(imagePath)\n        trace(logPrefix + \"open graph tag found, using it\")\n\n        return true\n      }\n      false\n    }\n    catch {\n      case e: Exception => {\n        e.printStackTrace()\n        return false\n      }\n    }\n  }\n\n  \/**\n  * checks to see if we were able to find open graph tags on this page\n  *\n  * @return\n  *\/\n  private def checkForLinkTag: Boolean = {\n    try {\n      val meta: Elements = doc.select(\"link[rel~=image_src]\")\n      import scala.collection.JavaConversions._\n      for (item <- meta) {\n        if (item.attr(\"href\").length < 1) {\n          return false\n        }\n        this.image.imageSrc = this.buildImagePath(item.attr(\"href\"))\n        this.image.imageExtractionType = \"linktag\"\n        this.image.confidenceScore = 100\n        this.image.bytes = getBytesForImage(buildImagePath(item.attr(\"href\")))\n        trace(logPrefix + \"link tag found, using it\")\n\n        return true\n      }\n      false\n    }\n    catch {\n      case e: Exception => {\n        logger.error(e.toString, e)\n        false\n      }\n    }\n  }\n\n  def getAllImages: ArrayList[Element] = {\n    null\n  }\n\n  def getImagesFromNode(node: Element): Option[Elements] = {\n    val images: Elements = node.select(\"img\")\n\n    if (images == null || images.size < 1) {\n      None\n    } else {\n      Some(images)\n    }\n  }\n\n\n  def getImageCandidates(node: Element): Option[ArrayList[Element]] = {\n\n    for {\n      n <- getNode(node)\n      images <- getImagesFromNode(node)\n      filteredImages <- filterBadNames(images)\n      goodImages <- findImagesThatPassByteSizeTest(filteredImages)\n    } {\n      return Some(goodImages)\n    }\n    None\n\n  }\n\n  def getDepthLevel(node: Element, parentDepth: Int, siblingDepth: Int): Option[DepthTraversal] = {\n    val MAX_PARENT_DEPTH = 2\n    if (parentDepth > MAX_PARENT_DEPTH) {\n      trace(logPrefix + \"ParentDepth is greater than %d, aborting depth traversal\".format(MAX_PARENT_DEPTH))\n      None\n    } else {\n      try {\n        val siblingNode = node.previousElementSibling()\n        if (siblingNode == null) throw new NullPointerException\n        Some(DepthTraversal(siblingNode, parentDepth, siblingDepth + 1))\n      } catch {\n        case e: NullPointerException => {\n          if (node != null) {\n            Some(DepthTraversal(node.parent, parentDepth + 1, 0))\n          } else {\n            None\n          }\n\n        }\n      }\n    }\n  }\n\n  \/**\n  * although slow the best way to determine the best image is to download them and check the actual dimensions of the image when on disk\n  * so we'll go through a phased approach...\n  * 1. get a list of ALL images from the parent node\n  * 2. filter out any bad image names that we know of (gifs, ads, etc..)\n  * 3. do a head request on each file to make sure it meets our bare requirements\n  * 4. any images left over let's do a full GET request, download em to disk and check their dimensions\n  * 5. Score images based on different factors like height\/width and possibly things like color density\n  *\n  * @param node\n  *\/\n  private def checkForLargeImages(node: Element, parentDepthLevel: Int, siblingDepthLevel: Int) {\n    trace(logPrefix + \"Checking for large images - parent depth %d sibling depth: %d\".format(parentDepthLevel, siblingDepthLevel))\n\n\n    getImageCandidates(node) match {\n      case Some(goodImages) => {\n        trace(logPrefix + \"checkForLargeImages: After findImagesThatPassByteSizeTest we have: \" + goodImages.size + \" at parent depth: \" + parentDepthLevel)\n        val scoredImages = downloadImagesAndGetResults(goodImages, parentDepthLevel)\n        var highScoreImage: Element = null\n        scoredImages.foreach {\n          case (key, value) => {\n            if (highScoreImage == null) {\n              highScoreImage = key\n            } else {\n              if (value > scoredImages.get(highScoreImage).get) {\n                highScoreImage = key\n              }\n            }\n          }\n        }\n\n        if (highScoreImage != null) {\n          val f: File = new File(highScoreImage.attr(\"tempImagePath\"))\n          this.image.topImageNode = highScoreImage\n          this.image.imageSrc = buildImagePath(highScoreImage.attr(\"src\"))\n          this.image.imageExtractionType = \"bigimage\"\n          this.image.bytes = f.length.asInstanceOf[Int]\n          if (scoredImages.size > 0) {\n            this.image.confidenceScore = (100 \/ scoredImages.size)\n          }\n          else {\n            this.image.confidenceScore = 0\n          }\n          trace(logPrefix + \"High Score Image is: \" + buildImagePath(highScoreImage.attr(\"src\")))\n        } else {\n          getDepthLevel(node, parentDepthLevel, siblingDepthLevel) match {\n            case Some(depthObj) => {\n              checkForLargeImages(depthObj.node, depthObj.parentDepth, depthObj.siblingDepth)\n            }\n            case None => trace(\"Image iteration is over!\")\n          }\n        }\n      }\n      case None => {\n\n        getDepthLevel(node, parentDepthLevel, siblingDepthLevel) match {\n          case Some(depthObj) => {\n            checkForLargeImages(depthObj.node, depthObj.parentDepth, depthObj.siblingDepth)\n          }\n          case None => trace(\"Image iteration is over!\")\n        }\n      }\n    }\n  }\n\n  def getNode(node: Element): Option[Element] = {\n    if (node == null) None else Some(node)\n  }\n\n  \/**\n  * loop through all the images and find the ones that have the best bytez to even make them a candidate\n  *\n  * @param images\n  * @return\n  *\/\n  private def findImagesThatPassByteSizeTest(images: ArrayList[Element]): Option[ArrayList[Element]] = {\n    var cnt: Int = 0\n    val goodImages: ArrayList[Element] = new ArrayList[Element]\n\n    images.foreach(image => {\n      try {\n        if (cnt > 30) {\n          trace(logPrefix + \"Abort! they have over 30 images near the top node: \" + this.doc.baseUri)\n          return Some(goodImages)\n        }\n        val bytes: Int = getBytesForImage(image.attr(\"src\"))\n\n        val MAX_BYTES_SIZE: Int = 15728640\n        if ((bytes == 0 || bytes > minBytesForImages) && bytes < MAX_BYTES_SIZE) {\n          trace(logPrefix + \"findImagesThatPassByteSizeTest: Found potential image - size: \" + bytes + \" src: \" + image.attr(\"src\"))\n          goodImages.add(image)\n        }\n        else {\n          trace(logPrefix + \" Removing image: \" + image.attr(\"src\"))\n          image.remove()\n        }\n      } catch {\n        case e: Exception => warn(e, e.toString)\n      }\n      cnt += 1\n    })\n\n    trace(logPrefix + \" Now leaving findImagesThatPassByteSizeTest\")\n    if (goodImages != null && goodImages.size > 0) Some(goodImages) else None\n  }\n\n  \/**\n  * takes a list of image elements and filters out the ones with bad names\n  *\n  * @param images\n  * @return\n  *\/\n  private def filterBadNames(images: Elements): Option[ArrayList[Element]] = {\n    val goodImages: ArrayList[Element] = new ArrayList[Element]\n    for (image <- images) {\n      if (this.isOkImageFileName(image)) {\n        goodImages.add(image)\n      }\n      else {\n        image.remove()\n      }\n    }\n    if (goodImages != null && goodImages.size > 0) Some(goodImages) else None\n  }\n\n  \/**\n  * will check the image src against a list of bad image files we know of like buttons, etc...\n  *\n  * @return\n  *\/\n  private def isOkImageFileName(imageNode: Element): Boolean = {\n    var imgSrc: String = imageNode.attr(\"src\")\n    if (string.isNullOrEmpty(imgSrc)) {\n      return false\n    }\n    matchBadImageNames.reset(imgSrc)\n    if (matchBadImageNames.find) {\n      if (logger.isDebugEnabled) {\n        logger.debug(\"Found bad filename for image: \" + imgSrc)\n      }\n      return false\n    }\n    true\n  }\n\n  \/**\n  * in here we check for known image contains from sites we've checked out like yahoo, techcrunch, etc... that have\n  * known  places to look for good images.\n  * \/\/todo enable this to use a series of settings files so people can define what the image ids\/classes are on specific sites\n  *\/\n  def checkForKnownElements() {\n\n    var knownImage: Element = null\n    trace(logPrefix + \"Checking for known images from large sites\")\n\n    for (knownName <- KNOWN_IMG_DOM_NAMES) {\n\n      try {\n        var known: Element = article.rawDoc.getElementById(knownName)\n        if (known == null) {\n          known = article.rawDoc.getElementsByClass(knownName).first\n        }\n        if (known != null) {\n          val mainImage: Element = known.getElementsByTag(\"img\").first\n          if (mainImage != null) {\n            knownImage = mainImage\n            if (logger.isDebugEnabled) {\n              logger.debug(\"Got Image: \" + mainImage.attr(\"src\"))\n            }\n          }\n        }\n\n      }\n      catch {\n        case e: NullPointerException => {\n          if (logger.isDebugEnabled) {\n            logger.debug(e.toString, e)\n          }\n        }\n      }\n    }\n    if (knownImage != null) {\n      val knownImgSrc: String = knownImage.attr(\"src\")\n      this.image.imageSrc = this.buildImagePath(knownImgSrc)\n      this.image.imageExtractionType = \"known\"\n      this.image.confidenceScore = 90\n      this.image.bytes = this.getBytesForImage(knownImgSrc)\n    }\n    else {\n      if (logger.isDebugEnabled) {\n        logger.debug(\"No known images found\")\n      }\n    }\n\n  }\n\n  \/**\n  * This method will take an image path and build out the absolute path to that image\n  * using the initial url we crawled so we can find a link to the image if they use relative urls like ..\/myimage.jpg\n  *\n  * @param image\n  * @return\n  *\/\n  private def buildImagePath(image: String): String = {\n    var pageURL: URL = null\n    var newImage: String = image.replace(\" \", \"%20\")\n    try {\n      pageURL = new URL(this.targetUrl)\n      var imageURL: URL = new URL(pageURL, image)\n      newImage = imageURL.toString\n    }\n    catch {\n      case e: MalformedURLException => {\n        logger.error(\"Unable to get Image Path: \" + image)\n      }\n    }\n    newImage\n  }\n\n  \/**\n  * does the HTTP HEAD request to get the image bytes for this images\n  *\n  * @param src\n  * @return\n  *\/\n  private def getBytesForImage(src: String): Int = {\n    var bytes: Int = 0\n    var httpget: HttpGet = null\n    try {\n      var link: String = this.buildImagePath(src)\n      link = link.replace(\" \", \"%20\")\n      val localContext: HttpContext = new BasicHttpContext\n      localContext.setAttribute(ClientContext.COOKIE_STORE, HtmlFetcher.emptyCookieStore)\n      httpget = new HttpGet(link)\n      var response: HttpResponse = null\n      response = httpClient.execute(httpget, localContext)\n      val entity: HttpEntity = response.getEntity\n      bytes = this.minBytesForImages + 1\n      try {\n        val currentBytes: Int = entity.getContentLength.asInstanceOf[Int]\n        val contentType: Header = entity.getContentType\n        if (contentType.getValue.contains(\"image\")) {\n          bytes = currentBytes\n        }\n      }\n      catch {\n        case e: NullPointerException => {\n          warn(e, \"SRC: \" + src + \" \" + e.toString)\n\n        }\n      }\n    }\n    catch {\n      case e: Exception => {\n        warn(e, \"BIG SRC: \" + src + \" \" + e.toString)\n\n      }\n    }\n    finally {\n      try {\n        httpget.abort()\n      }\n      catch {\n        case e: NullPointerException => {\n          logger.error(\"HttpGet is null, can't abortz\")\n        }\n      }\n    }\n    bytes\n  }\n\n  \/**\n  * download the images to temp disk and set their dimensions\n  * <p\/>\n  * we're going to score the images in the order in which they appear so images higher up will have more importance,\n  * we'll count the area of the 1st image as a score of 1 and then calculate how much larger or small each image after it is\n  * we'll also make sure to try and weed out banner type ad blocks that have big widths and small heights or vice versa\n  * so if the image is 3rd found in the dom it's sequence score would be 1 \/ 3 = .33 * diff in area from the first image\n  *\n  * @param images\n  * @return\n  *\/\n\n  private def downloadImagesAndGetResults(images: ArrayList[Element], depthLevel: Int): HashMap[Element, Float] = {\n    val imageResults: HashMap[Element, Float] = new HashMap[Element, Float]\n    var cnt: Int = 1\n    var initialArea: Float = 0\n\n    for (image <- images) {\n      var continueVar = true \/\/ major haxor during java to scala conversion -> this whole section needs a rewrite\n      if (cnt > 30) {\n        if (logger.isDebugEnabled) {\n          logger.debug(\"over 30 images attempted, that's enough for now\")\n        }\n        return imageResults\n      }\n      try {\n        val imageSource: String = this.buildImagePath(image.attr(\"src\"))\n        val localSrcPath: String = ImageSaver.storeTempImage(this.httpClient, this.linkhash, imageSource, config)\n        if (localSrcPath == null) {\n          if (logger.isDebugEnabled) {\n            logger.debug(\"unable to store this image locally: IMGSRC: \" + image.attr(\"src\") + \" BUILD SRC: \" + imageSource)\n          }\n          continueVar = false\n        }\n        if (logger.isDebugEnabled) {\n          logger.debug(\"Starting image: \" + localSrcPath)\n        }\n        var width: Int = 0\n        var height: Int = 0\n        if (continueVar) {\n          image.attr(\"tempImagePath\", localSrcPath)\n          try {\n            var imageDims: ImageDetails = ImageUtils.getImageDimensions(config.imagemagickIdentifyPath, localSrcPath)\n            width = imageDims.getWidth\n            height = imageDims.getHeight\n            if (depthLevel > 1) {\n              if (width < 300) {\n                if (logger.isDebugEnabled) {\n                  logger.debug(\"going depthlevel: \" + depthLevel + \" and img was only: \" + width + \" wide: \" + localSrcPath)\n                }\n                continueVar = false\n              }\n            }\n          }\n          catch {\n            case e: IOException => {\n              throw e\n            }\n          }\n        }\n        if (continueVar) {\n          if (this.isBannerDimensions(width, height)) {\n            if (logger.isDebugEnabled) {\n              logger.debug(image.attr(\"src\") + \" seems like a fishy image dimension wise, skipping it\")\n            }\n            image.remove()\n            continueVar = false\n          }\n        }\n        if (continueVar) {\n          if (width < 50) {\n            if (logger.isDebugEnabled) {\n              logger.debug(image.attr(\"src\") + \" is too small width: \" + width + \" removing..\")\n            }\n            image.remove()\n            continueVar = false\n          }\n        }\n        if (continueVar) {\n          val sequenceScore: Float = (1).asInstanceOf[Float] \/ cnt\n          val area: Int = width * height\n          var totalScore: Float = 0\n          if (initialArea == 0) {\n            \/\/ give the initial image a little area boost as well\n            initialArea = area * 1.48.asInstanceOf[Float]\n            totalScore = 1\n          }\n          else {\n            val areaDifference: Float = area.asInstanceOf[Float] \/ initialArea\n            totalScore = sequenceScore.asInstanceOf[Float] * areaDifference\n          }\n          trace(logPrefix + imageSource + \" Area is: \" + area + \" sequence score: \" + sequenceScore + \" totalScore: \" + totalScore)\n          cnt += 1;\n\n          imageResults.put(image, totalScore)\n        }\n      }\n      catch {\n        case e: SecretGifException => {\n\n        }\n        case e: Exception => {\n          warn(e, e.toString)\n\n        }\n      }\n    }\n    imageResults\n  }\n\n\n  \/**\n  * returns true if we think this is kind of a bannery dimension\n  * like 600 \/ 100 = 6 may be a fishy dimension for a good image\n  *\n  * @param width\n  * @param height\n  *\/\n  private def isBannerDimensions(width: Int, height: Int): Boolean = {\n    if (width == height) {\n      return false\n    }\n    if (width > height) {\n      val diff: Float = (width.asInstanceOf[Float] \/ height.asInstanceOf[Float])\n      if (diff > 5) {\n        return true\n      }\n    }\n    if (height > width) {\n      val diff: Float = height.asInstanceOf[Float] \/ width.asInstanceOf[Float]\n      if (diff > 5) {\n        return true\n      }\n    }\n    false\n  }\n\n  def getMinBytesForImages: Int = {\n    minBytesForImages\n  }\n\n  def setMinBytesForImages(minBytesForImages: Int) {\n    this.minBytesForImages = minBytesForImages\n  }\n\n  def getTempStoragePath: String = {\n    tempStoragePath\n  }\n\n  def setTempStoragePath(tempStoragePath: String) {\n    this.tempStoragePath = tempStoragePath\n  }\n\n\n}"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/images\/ImageSaver.scala","text":"<reponame>srwilson\/goose\n\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.gravity.goose.images\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/18\/11\n *\/\n\nimport org.apache.commons.io.IOUtils\nimport org.apache.http.Header\nimport org.apache.http.HttpEntity\nimport org.apache.http.HttpResponse\nimport org.apache.http.client.ClientProtocolException\nimport org.apache.http.client.HttpClient\nimport org.apache.http.client.methods.HttpGet\nimport org.apache.http.client.protocol.ClientContext\nimport org.apache.http.protocol.BasicHttpContext\nimport org.apache.http.protocol.HttpContext\nimport java.io._\nimport java.util.Random\nimport com.gravity.goose.utils.Logging\nimport com.gravity.goose.Configuration\nimport com.gravity.goose.network.HtmlFetcher\n\n\/**\n* This class will be responsible for storing images to disk\n*\n* @author <NAME>\n*\/\nobject ImageSaver extends Logging {\n  private def getFileExtension(config: Configuration, fileName: String): String = {\n    var fileExtension: String = \"\"\n    var mimeType: String = null\n    try {\n      val imageDims: ImageDetails = ImageUtils.getImageDimensions(config.imagemagickIdentifyPath, fileName)\n      mimeType = imageDims.getMimeType\n      if (mimeType == \"GIF\") {\n        if (logger.isDebugEnabled) {\n          logger.debug(\"SNEAKY GIF! \" + fileName)\n        }\n        throw new SecretGifException\n      }\n      if (mimeType == \"JPEG\") {\n        fileExtension = \".jpg\"\n      }\n      else if (mimeType == \"PNG\") {\n        fileExtension = \".png\"\n      }\n      else {\n        throw new IOException(\"BAD MIME TYPE: \" + mimeType + \" FILENAME:\" + fileName)\n      }\n    }\n    catch {\n      case e: SecretGifException => {\n        throw e\n      }\n      case e: FileNotFoundException => {\n        logger.error(e.getMessage)\n      }\n      case e: IOException => {\n        logger.error(e.getMessage)\n        throw e\n      }\n    }\n    finally {\n    }\n    fileExtension\n  }\n\n  def fetchEntity(httpClient: HttpClient, imageSrc: String): Option[HttpEntity] = {\n\n    val localContext: HttpContext = new BasicHttpContext\n    localContext.setAttribute(ClientContext.COOKIE_STORE, HtmlFetcher.emptyCookieStore)\n    val httpget = new HttpGet(imageSrc)\n    val response = httpClient.execute(httpget, localContext)\n    val respStatus: String = response.getStatusLine.toString\n    if (!respStatus.contains(\"200\")) {\n      None\n    } else {\n      try {\n        Some(response.getEntity)\n      } catch {\n        case e: Exception => warn(e, e.toString); None\n      } finally {\n        httpget.abort()\n      }\n    }\n  }\n\n\n  def copyInputStreamToLocalImage(entity: HttpEntity, linkhash: String, config: Configuration): String = {\n    val generator: Random = new Random\n    val randInt: Int = generator.nextInt\n    val localSrcPath = config.localStoragePath + \"\/\" + linkhash + \"_\" + randInt\n    val instream: InputStream = entity.getContent\n    val outstream: OutputStream = new FileOutputStream(localSrcPath)\n    try {\n      trace(\"Storing image locally: \" + localSrcPath)\n      IOUtils.copy(instream, outstream)\n      val fileExtension = ImageSaver.getFileExtension(config, localSrcPath)\n      if (fileExtension == \"\" || fileExtension == null) {\n        trace(\"EMPTY FILE EXTENSION: \" + localSrcPath)\n        return null\n      }\n      val f: File = new File(localSrcPath)\n      if (f.length < config.minBytesForImages) {\n        if (logger.isDebugEnabled) {\n          logger.debug(\"TOO SMALL AN IMAGE: \" + localSrcPath + \" bytes: \" + f.length)\n        }\n        return null\n      }\n      val newFilename = localSrcPath + fileExtension\n      val newFile: File = new File(newFilename)\n      f.renameTo(newFile)\n      \/\/      localSrcPath = localSrcPath + fileExtension\n      trace(\"Image successfully Written to Disk\")\n      newFilename\n    }\n    catch {\n      case e: Exception => {\n        throw e\n      }\n    }\n    finally {\n      \/\/            entity.consumeContent\n      instream.close()\n      outstream.close()\n    }\n  }\n\n  \/**\n  * stores an image to disk and returns the path where the file was written\n  *\n  * @param imageSrc\n  * @return\n  *\/\n  def storeTempImage(httpClient: HttpClient, linkhash: String, imageSrcMaster: String, config: Configuration): String = {\n    var imageSrc = imageSrcMaster\n\n\n    try {\n      imageSrc = imageSrc.replace(\" \", \"%20\")\n      trace(\"Starting to download image: \" + imageSrc)\n\n      fetchEntity(httpClient, imageSrc) match {\n        case Some(entity) => {\n\n            try {\n              return copyInputStreamToLocalImage(entity, linkhash, config)\n            }\n            catch {\n              case e: SecretGifException => {\n                throw e\n              }\n              case e: Exception => {\n                logger.error(e.getMessage); null\n              }\n            }\n\n        }\n        case None => trace(\"Unable to get entity for: \" + imageSrc); null\n      }\n\n    }\n    catch {\n      case e: IllegalArgumentException => {\n        logger.warn(e.getMessage)\n      }\n      case e: SecretGifException => {\n        raise(e)\n      }\n      case e: ClientProtocolException => {\n        logger.error(e.toString)\n      }\n      case e: IOException => {\n        logger.error(e.toString)\n      }\n      case e: Exception => {\n        e.printStackTrace()\n        logger.error(e.toString)\n        e.printStackTrace()\n      }\n    }\n    finally {\n\n    }\n    null\n\n  }\n\n  private def raise(e: SecretGifException): Unit = {\n  }\n\n\n}\n\n\n"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/ArticleTest.scala","text":"package com.gravity.goose\n\nimport org.junit.Test\nimport org.junit.Assert._\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/14\/11\n *\/\n\nclass ArticleTest {\n\n  @Test\n  def newArticle() {\n    val a = new Article()\n\n    assertTrue(a.isInstanceOf[Article])\n  }\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/utils\/URLHelperTest.scala","text":"<filename>src\/test\/scala\/com\/gravity\/goose\/utils\/URLHelperTest.scala\npackage com.gravity.goose.utils\n\nimport org.junit.Test\nimport org.junit.Assert._\n\n\/**\n* Created by <NAME>\n* User: jim\n* Date: 8\/14\/11\n*\/\n\nclass URLHelperTest {\n\n  @Test\n  def finalUrlGetCleaned() {\n    val normalUrl = \"http:\/\/techcrunch.com\/test\/url1\"\n    assertEquals(normalUrl, URLHelper.getCleanedUrl(normalUrl).get.url.toString)\n\n    val escapedFragment = \"http:\/\/lifehacker.com\/#!5659837\/build-a-rocket-stove-to-heat-your-home-with-wood-scraps\"\n    val expectedUrl = \"http:\/\/lifehacker.com\/?_escaped_fragment_=5659837\/build-a-rocket-stove-to-heat-your-home-with-wood-scraps\"\n    assertEquals(expectedUrl, URLHelper.getCleanedUrl(escapedFragment).get.url.toString)\n    assertEquals(expectedUrl, URLHelper.getCleanedUrl(escapedFragment).get.urlString)\n  }\n\n\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/text\/HashUtilsTest.scala","text":"package com.gravity.goose.text\n\nimport org.junit.Test\nimport org.junit.Assert._\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/14\/11\n *\/\n\nclass HashUtilsTest {\n\n  @Test\n  def generateMD5() {\n    val normalUrl = \"http:\/\/gravity.com\/article\/url1\"\n    val expectedHash = \"2d822fac222b087bd83d87c7b6546687\"\n    assertEquals(expectedHash, HashUtils.md5(normalUrl))\n  }\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/utils\/FileHelperTest.scala","text":"package com.gravity.goose.utils\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport com.gravity.goose.text.StopWords\n\n\/**\n* Created by <NAME>\n* User: jim\n* Date: 8\/16\/11\n*\/\n\nclass FileHelperTest {\n\n  @Test\n  def loadFileContents() {\n    println(\"loading test\")\n    val txt = FileHelper.loadResourceFile(\"en.txt\", StopWords.getClass)\n    assertTrue(txt.startsWith(\"a's\"))\n  }\n\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/TestUtils.scala","text":"<filename>src\/test\/scala\/com\/gravity\/goose\/TestUtils.scala\npackage com.gravity.goose\n\nimport images.Image\nimport junit.framework.Assert._\nimport com.gravity.goose.extractors.AdditionalDataExtractor\nimport org.jsoup.nodes.Element\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/19\/11\n *\/\n\nobject TestUtils {\n\n  val staticHtmlDir = \"\/com\/gravity\/goose\/statichtml\/\"\n  private val NL = '\\n';\n  private val TAB = \"\\t\\t\";\n  val articleReport = new StringBuilder(\"=======================::. ARTICLE REPORT .::======================\\n\");\n\n  val DEFAULT_CONFIG: Configuration = new Configuration\n  val NO_IMAGE_CONFIG: Configuration = new Configuration\n  NO_IMAGE_CONFIG.enableImageFetching = false\n\n  object additionalExt extends AdditionalDataExtractor {\n    override def extract(rootElement: Element) = {\n      println()\n      println(\"ADDITIONAL DATA EXTRACTOR CALLED\")\n      println()\n      Map(\"test\" -> \"success\")\n    }\n  }\n\n  val ADDITIONAL_DATA_CONFIG = new Configuration\n  ADDITIONAL_DATA_CONFIG.setAdditionalDataExtractor(additionalExt)\n\n  \/**\n  * returns an article object from a crawl\n  *\/\n  def getArticle(url: String, rawHTML: String = null)(implicit config: Configuration): Article = {\n    val goose = new Goose(config)\n    val article = goose.extractContent(url, rawHTML)\n\/\/    goose.shutdownNetwork()\n    article\n  }\n\n  def runArticleAssertions(article: Article, expectedTitle: String = null, expectedStart: String = null, expectedImage: String = null, expectedDescription: String = null, expectedKeywords: String = null): Unit = {\n    articleReport.append(\"URL:      \").append(TAB).append(article.finalUrl).append(NL)\n    articleReport.append(\"TITLE:    \").append(TAB).append(article.title).append(NL)\n    articleReport.append(\"IMAGE:    \").append(TAB).append(article.topImage.getImageSrc).append(NL)\n    articleReport.append(\"IMGKIND:  \").append(TAB).append(article.topImage.imageExtractionType).append(NL)\n    articleReport.append(\"CONTENT:  \").append(TAB).append(article.cleanedArticleText.replace(\"\\n\", \"    \")).append(NL)\n    articleReport.append(\"METAKW:   \").append(TAB).append(article.metaKeywords).append(NL)\n    articleReport.append(\"METADESC: \").append(TAB).append(article.metaDescription).append(NL)\n    articleReport.append(\"DOMAIN:   \").append(TAB).append(article.domain).append(NL)\n    articleReport.append(\"LINKHASH: \").append(TAB).append(article.linkhash).append(NL)\n    articleReport.append(\"MOVIES:   \").append(TAB).append(article.movies).append(NL)\n    articleReport.append(\"TAGS:     \").append(TAB).append(article.tags).append(NL)\n\n    assertNotNull(\"Resulting article was NULL!\", article)\n\n    if (expectedTitle != null) {\n      val title: String = article.title\n      assertNotNull(\"Title was NULL!\", title)\n      assertEquals(\"Expected title was not returned!\", expectedTitle, title)\n    }\n    if (expectedStart != null) {\n      val articleText: String = article.cleanedArticleText\n      assertNotNull(\"Resulting article text was NULL!\", articleText)\n      assertTrue(\"Article text was not as long as expected beginning!\", expectedStart.length <= articleText.length)\n      val actual: String = articleText.substring(0, expectedStart.length)\n      assertEquals(\"The beginning of the article text was not as expected!\", expectedStart, actual)\n    }\n    if (expectedImage != null) {\n      val image: Image = article.topImage\n      assertNotNull(\"Top image was NULL!\", image)\n      val src: String = image.getImageSrc\n      assertNotNull(\"Image src was NULL!\", src)\n      assertEquals(\"Image src was not as expected!\", expectedImage, src)\n    }\n    if (expectedDescription != null) {\n      val description: String = article.metaDescription\n      assertNotNull(\"Meta Description was NULL!\", description)\n      assertEquals(\"Meta Description was not as expected!\", expectedDescription, description)\n    }\n    if (expectedKeywords != null) {\n      val keywords: String = article.metaDescription\n      assertNotNull(\"Meta Keywords was NULL!\", keywords)\n      assertEquals(\"Meta Keywords was not as expected!\", expectedKeywords, keywords)\n    }\n  }\n\n  def printReport() {\n    println(articleReport)\n  }\n}"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/images\/Image.scala","text":"\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.gravity.goose.images\n\nimport org.jsoup.nodes.Element\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/18\/11\n *\/\n\nclass Image {\n\n\n  \/**\n   * holds the Element node of the image we think is top dog\n   *\/\n  var topImageNode: Element = null\n\n  \/**\n   * holds the src of the image\n   *\/\n  var imageSrc: String = \"\";\n  \n  \/** Raw score of image. *\/\n  var imageScore: Float = 0;\n\n  \/**\n   * how confident are we in this image extraction? the most images generally the less confident\n   *\/\n  var confidenceScore: Double = 0.0;\n\n  \/**\n  * Height of the image in pixels\n  *\/\n  var height: Int = 0\n\n  \/**\n   * width of the image in pixels\n   *\/\n  var width: Int = 0\n\n  \/**\n   * what kind of image extraction was used for this? bestGuess, linkTag, openGraph tags?\n   *\/\n  var imageExtractionType: String = \"NA\";\n\n\n  \/**\n   * stores how many bytes this image is.\n   *\/\n  var bytes: Long = 0;\n\n\n  def getImageSrc = {\n    imageSrc\n  }\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/images\/ImageUtilsIT.scala","text":"<filename>src\/test\/scala\/com\/gravity\/goose\/images\/ImageUtilsIT.scala\npackage com.gravity.goose.images\n\nimport org.junit.Test\nimport org.apache.http.client.HttpClient\nimport com.gravity.goose.network.HtmlFetcher\nimport com.gravity.goose.Configuration\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 9\/22\/11\n * Integration test for Image Utilities helper methods\n *\/\n\nclass ImageUtilsIT {\n\n  @Test\n  def storeImageLocally() {\n    val httpClient: HttpClient = HtmlFetcher.getHttpClient\n    val imgSrc = \"http:\/\/tctechcrunch2011.files.wordpress.com\/2011\/09\/aaaaa.png?w=288m\"\n    println(ImageUtils.storeImageToLocalFile(httpClient, \"abc\", imgSrc, new Configuration))\n  }\n\n\n  @Test\n  def imageDimensions() {\n    val tmpFile = \"\/tmp\/goose\/abc_5dd5d54ec1e9742a09cbe9fdf7c8a4ef\"\n\/\/    println(ImageUtils.getFileExtensionName(tmpFile, new Configuration))\n  }\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/PerformanceTester.scala","text":"package com.gravity.goose\n\nimport org.apache.commons.lang.time.StopWatch\nimport java.io.InputStream\nimport org.apache.commons.io.IOUtils\nimport utils.FileHelper\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 5\/13\/11\n *\/\nobject PerformanceTester {\n\n  val resDir = \"\/com\/gravity\/goose\/statichtml\/\"\n  \/**\n  * testing the performance of the extraction algos only\n  * current best time on local macbook\n  * run this 3 times and take the best time\n  * 32329 ms for 100 articles v1\n  * 27047 ms for 100 articles v2 (erraggy perf improvements)\n  *\/\n  def main(args: Array[String]) {\n\n    System.out.println(\"testing performance of general goose extraction algos\")\n    implicit val config = TestUtils.NO_IMAGE_CONFIG\n    val goose = new Goose(config)\n    val html = FileHelper.loadResourceFile(TestUtils.staticHtmlDir + \"scribd1.txt\", Goose.getClass)\n    val url = \"http:\/\/www.scribd.com\/doc\/52584146\/Microfinance-and-Poverty-Reduction?in_collection=2987942\"\n\n    val clock: StopWatch = new StopWatch\n    System.out.println(\"How long does it take to extract an article?\")\n    clock.start()\n\n    for (i <- 0 to 100) {\n      goose.extractContent(url, html)\n    }\n    clock.stop()\n    System.out.println(\"It takes \" + clock.getTime + \" milliseconds\")\n  }\n\n\n}\n\n\n"}
{"repo_name":"srwilson\/goose","path":"project\/Build.scala","text":"import sbt._ \nimport Keys._\n\nobject Dependencies {\n  val Slf4jApi = \"org.slf4j\" % \"slf4j-api\" % \"1.6.6\" \n  val Slf4jLog4j12 = \"org.slf4j\" % \"slf4j-log4j12\" % \"1.6.6\" \n  val Jsoup = \"org.jsoup\" % \"jsoup\" % \"1.7.2\" \n  val CommonsIo = \"commons-io\" % \"commons-io\" % \"2.0.1\" \n  val ScalaCompiler = \"org.scala-lang\" % \"scala-compiler\" % \"2.9.2\" \n  val ScalaLibrary = \"org.scala-lang\" % \"scala-library\" % \"2.9.2\" \n  val Httpclient = \"org.apache.httpcomponents\" % \"httpclient\" % \"4.2.4\" \n  val CommonsLang = \"commons-lang\" % \"commons-lang\" % \"2.6\" \n  val Juniversalchardet = \"com.googlecode.juniversalchardet\" % \"juniversalchardet\" % \"1.0.3\"\n\n}\n\nobject GooseBuild extends Build {\n  import Dependencies._\n\n  lazy val root = Project(\"goose\", file(\".\"), \n                    settings = Defaults.defaultSettings ++ \n                    Seq(libraryDependencies ++= Seq(Slf4jApi, Slf4jLog4j12, Jsoup, CommonsIo, ScalaCompiler, ScalaLibrary, Httpclient, CommonsLang, Juniversalchardet)))\n}"}
{"repo_name":"srwilson\/goose","path":"src\/test\/scala\/com\/gravity\/goose\/extractors\/VoicesContentExtractor.scala","text":"<reponame>srwilson\/goose\npackage com.gravity.goose.extractors\n\nimport com.gravity.goose.Article\nimport com.gravity.goose.text.string\n\n\/**\n * Created by IntelliJ IDEA.\n * Author: <NAME>\n * Date: 2\/13\/12\n * Time: 11:31 AM\n *\/\n\nclass VoicesContentExtractor extends ContentExtractor {\n  override def getTitle(article: Article): String = {\n    try {\n      val titleElem = article.doc.getElementsByTag(\"title\")\n      if (titleElem == null || titleElem.isEmpty) return string.empty\n      \n      titleElem.first().text() match {\n        case mt if (string.isNullOrEmpty(mt)) => string.empty\n        case titleText => {\n          val pieces = DASH_SPLITTER.split(titleText)\n          val titlePiece = pieces(0)\n          if (string.isNullOrEmpty(titlePiece)) return string.empty\n          TITLE_REPLACEMENTS.replaceAll(titlePiece)\n        }\n      }\n    } catch {\n      case ex: Exception => {\n        getLogger().warn(ex.toString)\n        string.empty\n      }\n    }\n  }\n}\n"}
{"repo_name":"srwilson\/goose","path":"build.sbt","text":"name := \"goose-fork\"\n\nversion := \"2.1.23-SNAPSHOT\"\n\nscalaVersion := \"2.9.2\"\n\nlibraryDependencies += \"com.novocode\" % \"junit-interface\" % \"0.10-M4\" % \"test\"\n\nresolvers += \"Sonatype Release\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/releases\""}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/TalkToMeGoose.scala","text":"package com.gravity.goose\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 5\/13\/11\n *\/\nobject TalkToMeGoose {\n  \/**\n  * you can use this method if you want to run goose from the command line to extract html from a bashscript\n  * or to just test it's functionality\n  * you can run it like so\n  * cd into the goose root\n  * mvn compile\n  * MAVEN_OPTS=\"-Xms256m -Xmx2000m\"; mvn exec:java -Dexec.mainClass=com.gravity.goose.TalkToMeGoose -Dexec.args=\"http:\/\/techcrunch.com\/2011\/05\/13\/native-apps-or-web-apps-particle-code-wants-you-to-do-both\/\" -e -q > ~\/Desktop\/gooseresult.txt\n  *\n  * Some top gun love:\n  * Officer: [in the midst of the MIG battle] Both Catapults are broken, sir.\n  * Stinger: How long will it take?\n  * Officer: It'll take ten minutes.\n  * Stinger: Bullshit ten minutes! This thing will be over in two minutes! Get on it!\n  *\n  * @param args\n  *\/\n  def main(args: Array[String]) {\n    try {\n      val url: String = args(0)\n      val config: Configuration = new Configuration\n      config.enableImageFetching = false\n      val goose = new Goose(config)\n      val article = goose.extractContent(url)\n      println(article.cleanedArticleText)\n    }\n    catch {\n      case e: Exception => {\n        System.out.println(\"Make sure you pass in a valid URL: \" + e.toString)\n      }\n    }\n  }\n}\n\n\n"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/extractors\/PublishDateExtractor.scala","text":"\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.gravity.goose.extractors\n\nimport org.jsoup.nodes.Element\nimport java.util.Date\n\n\/**\n* Implement this class to extract the {@link Date} of when this article was published.\n*\/\n\/**\n * Created by IntelliJ IDEA.\n * User: robbie\n * Date: 5\/19\/11\n * Time: 2:50 PM\n *\/\nabstract class PublishDateExtractor extends Extractor[Date] {\n  \/**\n  * Intended to search the DOM and identify the {@link Date} of when this article was published.\n  * <p>This will be called by the {@link com.jimplush.goose.ContentExtractor#extractContent(String)} method and will be passed to {@link com.jimplush.goose.Article#setPublishDate(java.util.Date)}<\/p>\n  *\n  * @param rootElement passed in from the {@link com.jimplush.goose.ContentExtractor} after the article has been parsed\n  * @return {@link Date} of when this particular article was published or <code>null<\/code> if no date could be found.\n  *\/\n  def extract(rootElement: Element): Date\n}\n\n\n\n"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/images\/ImageUtils.scala","text":"<reponame>srwilson\/goose<filename>src\/main\/scala\/com\/gravity\/goose\/images\/ImageUtils.scala\n\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.gravity.goose.images\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/18\/11\n *\/\n\nimport javax.imageio.ImageIO\nimport java.awt.color.CMMException\nimport java.awt.image.BufferedImage\nimport com.gravity.goose.utils.{URLHelper, Logging}\nimport org.apache.http.client.HttpClient\nimport org.apache.http.params.HttpConnectionParams\nimport org.apache.http.HttpEntity\nimport org.apache.http.protocol.{BasicHttpContext, HttpContext}\nimport org.apache.http.client.protocol.ClientContext\nimport org.apache.http.client.methods.HttpGet\nimport java.util.{Random, ArrayList, HashMap}\nimport java.io._\nimport com.gravity.goose.Configuration\nimport com.gravity.goose.text.{string, HashUtils}\nimport org.apache.http.util.EntityUtils\nimport org.apache.commons.io.IOUtils\nimport com.gravity.goose.network.{ImageFetchException, HtmlFetcher}\n\nobject ImageUtils extends Logging {\n  val spaceRegex = \" \".r\n  val xRegex = \"x\".r\n\n  \/**\n  * User: <NAME>\n  * gets the image dimensions for an image file, pass in the path to the image who's dimensions you want to get\n  * this will use imageMagick since the Java IO and imaging shit SUCKS for getting mime types and file info for jpg and png files\n  *\n  * @param filePath\n  * @return\n  *\/\n  def getImageDimensions(identifyProgram: String, filePath: String): ImageDetails = {\n    val imageInfo = execToString(Array(identifyProgram, filePath))\n    val imageDetails: ImageDetails = new ImageDetails\n    if (imageInfo == null || imageInfo.contains(\"no decode delegate for this image format\")) {\n      throw new IOException(\"Unable to get Image Information (no decode delegate) for: \" + filePath + \"\\n\\tcommand '\" + identifyProgram + \" \" + filePath + \"' returned: \" + imageInfo)\n    }\n    val infoParts = spaceRegex.split(imageInfo)\n    val mimeType = infoParts.lift(1).getOrElse(string.empty)\n    val (width, height) = infoParts.lift(2) match {\n      case Some(dimensions) => {\n        val pair = xRegex.split(dimensions)\n        if (pair.length > 1) {\n          val wStr = pair(0)\n          val hStr = pair(1)\n\n          (string.tryToInt(wStr).getOrElse(0), string.tryToInt(hStr).getOrElse(0))\n        } else {\n          (0, 0)\n        }\n      }\n      case None => (0, 0)\n    }\n    imageDetails.setMimeType(mimeType)\n    imageDetails.setWidth(width)\n    imageDetails.setHeight(height)\n    imageDetails\n  }\n\n  \/**\n  * gets the image dimensions for an image file, pass in the path to the image who's dimensions you want to get, uses the built in java commands\n  *\n  * @param filePath\n  * @return\n  *\/\n  def getImageDimensionsJava(filePath: String): HashMap[String, Integer] = {\n    var image: BufferedImage = null\n    try {\n      val f: File = new File(filePath)\n      image = ImageIO.read(f)\n      val results: HashMap[String, Integer] = new HashMap[String, Integer]\n      results.put(\"height\", image.getHeight)\n      results.put(\"width\", image.getWidth)\n      results\n    }\n    catch {\n      case e: CMMException => {\n        logger.error(\"ERROR READING FILE: \" + filePath + \" \\n\", e)\n        throw new IOException(\"Unable to read file: \" + filePath)\n      }\n    }\n    finally {\n      if (image != null) {\n        try {\n          image.flush\n        }\n        catch {\n          case e: Exception => {\n          }\n        }\n      }\n    }\n  }\n\n  \/**\n  * Tries to exec the command, waits for it to finish, logs errors if exit\n  * status is nonzero, and returns true if exit status is 0 (success).\n  *\n  * @param command Description of the Parameter\n  * @return Description of the Return Value\n  *\/\n  private def execToString(command: Array[String]): String = {\n    var p: Process = null\n    var in: BufferedReader = null\n    try {\n      p = Runtime.getRuntime.exec(command)\n      in = new BufferedReader(new InputStreamReader(p.getInputStream))\n      var line: String = null\n      line = in.readLine\n      p.waitFor\n      return line\n    }\n    catch {\n      case e: IOException => {\n        logger.error(e.toString, e)\n      }\n      case e: InterruptedException => {\n        logger.error(e.toString, e)\n        throw new RuntimeException(e)\n      }\n    }\n    finally {\n      if (in != null) {\n        try {\n          in.close()\n        }\n        catch {\n          case e: IOException => {\n          }\n        }\n      }\n      if (p != null) {\n        p.destroy()\n      }\n    }\n    null\n  }\n\n  \/**\n  * Writes an image src http string to disk as a temporary file and returns the LocallyStoredImage object that has the info you should need\n  * on the image\n  *\/\n  def storeImageToLocalFile(httpClient: HttpClient, linkhash: String, imageSrc: String, config: Configuration): Option[LocallyStoredImage] = {\n\n    try {\n      \/\/ check for a cache hit already on disk\n      readExistingFileInfo(linkhash, imageSrc, config) match {\n        case Some(locallyStoredImage) => {\n          trace(\"Image already cached on disk: \" + imageSrc)\n          return Some(locallyStoredImage)\n        }\n        case None =>\n      }\n\n      trace(\"Not found locally...starting to download image: \" + imageSrc)\n      fetchEntity(httpClient, imageSrc, config) match {\n        case Some(entity) => {\n          trace(\"Got entity for \" + imageSrc)\n          writeEntityContentsToDisk(entity, linkhash, imageSrc, config) match {\n            case Some(locallyStoredImage) => trace(\"Img Write successfull to disk\"); Some(locallyStoredImage)\n            case None => trace(\"Unable to write contents to disk: \" + imageSrc); None\n          }\n        }\n        case None => trace(\"Unable to fetch entity for: \" + imageSrc); None\n      }\n    } catch {\n      case e: Exception => {\n        info(e, e.toString)\n        None\n      }\n    }\n\n\n  }\n\n  \/**\n  * returns what filename we think this file should be, lots of time you get sneaky gifs that pretend to be jpg's\n   * or even have .jpg extensions, so we use ImageMagick to tell us the truth\n  *\/\n  private def getFileExtensionName(imageDetails: ImageDetails) = {\n    val mimeType = imageDetails.getMimeType.toLowerCase match {\n      case \"png\" => \".png\"\n      case \"jpg\" => \".jpg\"\n      case \"jpeg\" => \".jpg\"\n      case \".gif\" => \".gif\"\n      case _ => \"NA\"\n    }\n    mimeType\n  }\n\n  def readExistingFileInfo(linkhash: String, imageSrc: String, config: Configuration): Option[LocallyStoredImage] = {\n    val localImageName = getLocalFileName(linkhash, imageSrc, config)\n    val imageFile = new File(localImageName)\n    if (imageFile.exists()) {\n      try {\n        trace(\"Reading image from disk: \" + localImageName)\n        val imageDetails = getImageDimensions(config.imagemagickIdentifyPath, localImageName)\n        val fileExtension = getFileExtensionName(imageDetails)\n        Some(LocallyStoredImage(imageSrc, localImageName, linkhash, imageFile.length(), fileExtension, imageDetails.getHeight, imageDetails.getWidth))\n      } catch {\n        case e: Exception => {\n          trace(e, \"Unable to get image file dimensions & extension name!\")\n          None\n        }\n      }\n    } else {\n      None\n    }\n\n  }\n\n  def writeEntityContentsToDisk(entity: HttpEntity, linkhash: String, imageSrc: String, config: Configuration): Option[LocallyStoredImage] = {\n\n    val localSrcPath = getLocalFileName(linkhash, imageSrc, config)\n    val outstream: OutputStream = new FileOutputStream(localSrcPath)\n    val instream: InputStream = entity.getContent\n     trace(\"Content Length: \" + entity.getContentLength)\n    try {\n      val fileCopyBytes = IOUtils.copy(instream, outstream)\n      trace(fileCopyBytes + \" bytes copied to disk\")\n    } catch {\n      case e: Exception => info(e, e.toString)\n    } finally {\n      try {\n        outstream.flush()\n        outstream.close()\n        instream.close()\n      } catch {\n        case e: Exception => info(e, e.toString)\n      }\n    }\n    \/\/    entity.writeTo(outstream)\n    EntityUtils.consume(entity)\n    trace(\"Content Length: \" + entity.getContentLength)\n    readExistingFileInfo(linkhash, imageSrc, config)\n\n  }\n\n  def getLocalFileName(linkhash: String, imageSrc: String, config: Configuration) = {\n    val imageHash = HashUtils.md5(imageSrc)\n    config.localStoragePath + \"\/\" + linkhash + \"_\" + imageHash\n  }\n\n\n  def cleanImageSrcString(imgSrc: String): String = spaceRegex.replaceAllIn(imgSrc, \"%20\")\n\n  def fetchEntity(httpClient: HttpClient, imageSrc: String, config: Configuration): Option[HttpEntity] = {\n\n    URLHelper.tryToHttpGet(imageSrc) match {\n      case Some(httpget) => {\n        val localContext: HttpContext = new BasicHttpContext\n        localContext.setAttribute(ClientContext.COOKIE_STORE, HtmlFetcher.emptyCookieStore)\n        val response = try {\n          val httpClient = config.getHtmlFetcher.getHttpClient \/\/ this doesn't use the passed in httpClient, I'm not sure why...\n          val params = httpClient.getParams\n\n          HttpConnectionParams.setConnectionTimeout(params, config.getImageConnectionTimeout())\n          HttpConnectionParams.setSoTimeout(params, config.getImageSocketTimeout())\n\n          httpClient.execute(httpget, localContext)\n        }\n        catch {\n          case ex: Exception => throw new ImageFetchException(imageSrc, ex)\n        }\n\n        val respStatus = response.getStatusLine.getStatusCode\n\n\n        if (respStatus != 200) {\n          None\n        } else {\n          try {\n            Option(response.getEntity)\n          } catch {\n            case e: Exception => warn(e, e.toString); httpget.abort(); None\n          }\n        }\n\n      }\n      case None => {\n        warn(\"Unable to parse imageSrc: '\" + imageSrc + \"' into HttpGet\")\n        None\n      }\n    }\n\n  }\n\n\n}\n"}
{"repo_name":"srwilson\/goose","path":"src\/main\/scala\/com\/gravity\/goose\/Configuration.scala","text":"<reponame>srwilson\/goose\n\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.gravity.goose\n\nimport network.{HtmlFetcher, AbstractHtmlFetcher}\nimport org.jsoup.nodes.Element\nimport java.util.Date\nimport reflect.BeanProperty\nimport com.gravity.goose.extractors.{StandardContentExtractor, ContentExtractor, AdditionalDataExtractor, PublishDateExtractor}\n\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/16\/11\n *\/\n\n\nclass Configuration {\n\n  \/**\n  * this is the local storage path used to place images to inspect them, should be writable\n  *\/\n  @BeanProperty\n  var localStoragePath: String = \"\/tmp\/goose\"\n  \/**\n  * What's the minimum bytes for an image we'd accept is, alot of times we want to filter out the author's little images\n  * in the beginning of the article\n  *\/\n  @BeanProperty\n  var minBytesForImages: Int = 4500\n  \/**\n   * Minimum legal height for an image - smaller than this considered unusable\/undesirable\n   *\/\n  @BeanProperty\n  var minWidth: Int = 120\n  \/**\n   * Minimum legal width for an image - smaller than this considered unusable\/undesirable\n   *\/\n  @BeanProperty\n  var minHeight: Int = 120\n  \/**\n  * set this guy to false if you don't care about getting images, otherwise you can either use the default\n  * image extractor to implement the ImageExtractor interface to build your own\n  *\/\n  @BeanProperty\n  var enableImageFetching: Boolean = true\n  \/**\n  * path to your imagemagick convert executable, on the mac using mac ports this is the default listed\n  *\/\n  @BeanProperty\n  var imagemagickConvertPath: String = \"convert\"\n  \/**\n  *  path to your imagemagick identify executable\n  *\/\n  @BeanProperty\n  var imagemagickIdentifyPath: String = \"identify\"\n\n  @BeanProperty\n  var connectionTimeout: Int = 10000  \/\/ 10 seconds\n\n  @BeanProperty\n  var socketTimeout: Int = 10000  \/\/ 10 seconds\n\n  @BeanProperty\n  var imageConnectionTimeout: Int = 2000  \/\/ 2 seconds\n\n  @BeanProperty\n  var imageSocketTimeout: Int = 5000  \/\/ 5 seconds\n\n  \/**\n  * used as the user agent that is sent with your web requests to extract an article\n  *\/\n  @BeanProperty\n  var browserUserAgent: String = \"Mozilla\/5.0 (X11; U; Linux x86_64; de; rv:1.9.2.8) Gecko\/20100723 Ubuntu\/10.04 (lucid) Firefox\/3.6.8\"\n\n  \/**\n  * sent as the referer header\n  *\/\n  @BeanProperty\n  var browserReferer: String = \"https:\/\/www.google.com\"\n\n  var contentExtractor: ContentExtractor = StandardContentExtractor\n\n  var publishDateExtractor: PublishDateExtractor = new PublishDateExtractor {\n    def extract(rootElement: Element): Date = {\n      null\n    }\n  }\n  var additionalDataExtractor: AdditionalDataExtractor = new AdditionalDataExtractor\n\n  def getPublishDateExtractor: PublishDateExtractor = {\n    publishDateExtractor\n  }\n\n  def setContentExtractor(extractor: ContentExtractor) {\n    if (extractor == null) throw new IllegalArgumentException(\"extractor must not be null!\")\n    contentExtractor = extractor\n  }\n\n  \/**\n  * Pass in to extract article publish dates.\n  * @param extractor a concrete instance of {@link PublishDateExtractor}\n  * @throws IllegalArgumentException if the instance passed in is <code>null<\/code>\n  *\/\n  def setPublishDateExtractor(extractor: PublishDateExtractor) {\n    if (extractor == null) throw new IllegalArgumentException(\"extractor must not be null!\")\n    this.publishDateExtractor = extractor\n  }\n\n  def getAdditionalDataExtractor: AdditionalDataExtractor = {\n    additionalDataExtractor\n  }\n\n  \/**\n  * Pass in to extract any additional data not defined within {@link Article}\n  * @param extractor a concrete instance of {@link AdditionalDataExtractor}\n  * @throws IllegalArgumentException if the instance passed in is <code>null<\/code>\n  *\/\n  def setAdditionalDataExtractor(extractor: AdditionalDataExtractor) {\n    this.additionalDataExtractor = extractor\n  }\n\n  var htmlFetcher: AbstractHtmlFetcher = HtmlFetcher\n\n  def setHtmlFetcher(fetcher: AbstractHtmlFetcher) {\n    require(fetcher != null, \"fetcher MUST NOT be null!\")\n    this.htmlFetcher = fetcher\n  }\n\n  def getHtmlFetcher: AbstractHtmlFetcher = htmlFetcher\n\n}"}
{"repo_name":"srwilson\/goose","path":"project\/build.sbt","text":"scalacOptions += \"-deprecation\"\n\nresolvers += Classpaths.typesafeResolver"}
{"repo_name":"prestolabs\/treelite","path":"runtime\/java\/treelite4j\/src\/main\/scala\/ml\/dmlc\/treelite4j\/scala\/spark\/TreeLiteModel.scala","text":"package ml.dmlc.treelite4j.scala.spark\n\nimport ml.dmlc.treelite4j.DataPoint\nimport ml.dmlc.treelite4j.java.DMatrixBuilder\nimport ml.dmlc.treelite4j.scala.Predictor\nimport org.apache.spark.ml.PredictionModel\nimport org.apache.spark.ml.linalg._\nimport org.apache.spark.ml.param.{Param, ParamMap}\nimport org.apache.spark.ml.util.Identifiable\nimport org.apache.spark.sql.types.{ArrayType, FloatType, StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, Dataset, Row}\n\nimport scala.collection.JavaConverters._\n\nclass TreeLiteModel private[spark](\n    override val uid: String,\n    private val model: Predictor\n) extends PredictionModel[Vector, TreeLiteModel] {\n\n  final val batchSize: Param[Int] = new Param[Int](\n    this, \"batchSize\", \"batch size of each iteration\")\n\n  setDefault(batchSize, 4096)\n\n  final def getBatchSize: Int = $(batchSize)\n\n  def setBatchSize(value: Int): this.type = set(batchSize, value)\n\n  final val predictMargin: Param[Boolean] = new Param[Boolean](\n    this, \"predictMargin\", \"whether to predict probabilities or raw margin scores\")\n\n  setDefault(predictMargin, false)\n\n  final def getPredictMargin: Boolean = $(predictMargin)\n\n  def setPredictMargin(value: Boolean): this.type = set(predictMargin, value)\n\n  final val verbose: Param[Boolean] = new Param[Boolean](\n    this, \"verbose\", \"whether to print extra diagnostic messages\")\n\n  setDefault(verbose, false)\n\n  final def getVerbose: Boolean = $(verbose)\n\n  def setVerbose(value: Boolean): this.type = set(verbose, value)\n\n  \/**\n   * Get the local predictor, from whom you can get meta information about the model.\n   *\n   * @return ml.dmlc.treelite4j.scala.Predictor\n   *\/\n  def nativePredictor: Predictor = model\n\n  override protected def predict(features: Vector): Double = {\n    throw new UnsupportedOperationException(\n      \"TreeLiteModel don't support single instance prediction!\")\n  }\n\n  override protected def transformImpl(dataset: Dataset[_]): DataFrame = {\n    \/\/ broadcast Predictor\n    val broadcastModel = dataset.sparkSession.sparkContext.broadcast(model)\n    \/\/ make prediction through mini-batch style\n    val resultRDD = dataset.asInstanceOf[Dataset[Row]].rdd.mapPartitions { rowIterator =>\n      rowIterator.grouped($(batchSize)).flatMap { batchRow =>\n        val dataPoints = batchRow.iterator.map { row =>\n          row.getAs[Vector]($(featuresCol)) match {\n            case v: SparseVector => DataPoint(v.indices, v.values.map(_.toFloat))\n            case v: DenseVector => DataPoint(null, v.values.map(_.toFloat))\n          }\n        }\n        val result = batchRow.head.getAs[Vector]($(featuresCol)) match {\n          case _: SparseVector =>\n            val batch = DMatrixBuilder.createSparseCSRDMatrix(dataPoints.asJava)\n            val ret = broadcastModel.value.predictBatch(batch, $(predictMargin), $(verbose))\n            batch.dispose()\n            ret.toFloatMatrix.map(Row.apply(_))\n          case _: DenseVector =>\n            val batch = DMatrixBuilder.createDenseDMatrix(dataPoints.asJava)\n            val ret = broadcastModel.value.predictBatch(batch, $(predictMargin), $(verbose))\n            batch.dispose()\n            ret.toFloatMatrix.map(Row.apply(_))\n        }\n        batchRow.zip(result).map { case (origin, ret) =>\n          Row.merge(origin, ret)\n        }\n      }\n    }\n    \/\/ append result columns to schema\n    val schema = StructType(dataset.schema.fields ++ Seq(\n      StructField($(predictionCol), ArrayType(FloatType, containsNull = false), nullable = false)))\n\n    dataset.sparkSession.createDataFrame(resultRDD, schema)\n  }\n\n  override def copy(extra: ParamMap): TreeLiteModel = {\n    val newModel = copyValues(new TreeLiteModel(uid, model), extra)\n    newModel.setParent(parent)\n  }\n\n}\n\nobject TreeLiteModel {\n  \/**\n   * @param libPath Path to the shared library\n   *\/\n  def apply(libPath: String): TreeLiteModel = {\n    \/\/ Fix numThread on 1 to get rid of mutex lock on predictBatch method.\n    \/\/ Let Spark take over the work to orchestrate cores(threads).\n    val pred = Predictor.apply(libPath, numThread = 1)\n    new TreeLiteModel(Identifiable.randomUID(\"treelite\"), pred)\n  }\n}\n"}
{"repo_name":"prestolabs\/treelite","path":"runtime\/java\/treelite4j\/src\/main\/scala\/ml\/dmlc\/treelite4j\/DataPointFloat64.scala","text":"package ml.dmlc.treelite4j\n\n\/**\n * A data point (instance) with float64 values\n *\n * @param indices Feature indices of this point or `null` if the data is dense\n * @param values Feature values of this point\n *\/\ncase class DataPointFloat64(\n    indices: Array[Int],\n    values: Array[Double]) extends Serializable {\n  require(indices == null || indices.length == values.length,\n    \"indices and values must have the same number of elements\")\n}\n"}
{"repo_name":"prestolabs\/treelite","path":"runtime\/java\/treelite4j\/src\/test\/scala\/ml\/dmlc\/treelite4j\/scala\/PredictorTest.scala","text":"<reponame>prestolabs\/treelite<filename>runtime\/java\/treelite4j\/src\/test\/scala\/ml\/dmlc\/treelite4j\/scala\/PredictorTest.scala\npackage ml.dmlc.treelite4j.scala\n\nimport ml.dmlc.treelite4j.java.PredictorTest.LoadArrayFromText\nimport ml.dmlc.treelite4j.java.{DMatrixBuilder, Entry, NativeLibLoader}\nimport org.scalatest.{FunSuite, Matchers}\n\nimport scala.collection.JavaConverters._\n\nclass PredictorTest extends FunSuite with Matchers {\n  private val mushroomLibLocation = NativeLibLoader\n      .createTempFileFromResource(\"\/mushroom_example\/\" + System.mapLibraryName(\"mushroom\"))\n  private val mushroomTestDataLocation = NativeLibLoader\n      .createTempFileFromResource(\"\/mushroom_example\/agaricus.txt.test\")\n  private val mushroomTestDataPredProbResultLocation = NativeLibLoader\n      .createTempFileFromResource(\"\/mushroom_example\/agaricus.txt.test.prob\")\n  private val mushroomTestDataPredMarginResultLocation = NativeLibLoader\n      .createTempFileFromResource(\"\/mushroom_example\/agaricus.txt.test.margin\")\n\n  test(\"Basic\") {\n    val predictor = Predictor(mushroomLibLocation)\n    predictor.numClass shouldEqual 1\n    predictor.numFeature shouldEqual 127\n    predictor.predTransform shouldEqual \"sigmoid\"\n    predictor.sigmoidAlpha shouldEqual 1.0f\n    predictor.globalBias shouldEqual 0.0f\n  }\n\n  test(\"PredictBatch\") {\n    val predictor = Predictor(mushroomLibLocation)\n    val dmat = DMatrixBuilder.LoadDatasetFromLibSVM(mushroomTestDataLocation)\n    val sparseDMatrix = DMatrixBuilder.createSparseCSRDMatrix(dmat.iterator())\n    val denseDMatrix = DMatrixBuilder.createDenseDMatrix(dmat.iterator())\n    val retProb = LoadArrayFromText(mushroomTestDataPredProbResultLocation)\n    val retMargin = LoadArrayFromText(mushroomTestDataPredMarginResultLocation)\n\n    val sparseMargin = predictor.predictBatch(sparseDMatrix, predMargin = true).toFloatMatrix\n    val sparseProb = predictor.predictBatch(sparseDMatrix).toFloatMatrix\n    val denseMargin = predictor.predictBatch(denseDMatrix, predMargin = true).toFloatMatrix\n    val denseProb = predictor.predictBatch(denseDMatrix).toFloatMatrix\n\n    retProb.zip(denseProb.zip(sparseProb)).foreach { case (ret, (dense, sparse)) =>\n      Seq(dense.length, sparse.length) shouldEqual Seq(1, 1)\n      Seq(dense.head, sparse.head) shouldEqual Seq(ret, ret)\n    }\n    retMargin.zip(denseMargin.zip(sparseMargin)).foreach { case (ret, (dense, sparse)) =>\n      Seq(dense.length, sparse.length) shouldEqual Seq(1, 1)\n      Seq(dense.head, sparse.head) shouldEqual Seq(ret, ret)\n    }\n  }\n}\n"}
{"repo_name":"DANS-KNAW-jp\/easy-deposit-agreement-generator","path":"src\/test\/scala\/nl\/knaw\/dans\/easy\/agreement\/LicensesSpec.scala","text":"<reponame>DANS-KNAW-jp\/easy-deposit-agreement-generator<filename>src\/test\/scala\/nl\/knaw\/dans\/easy\/agreement\/LicensesSpec.scala<gh_stars>0\n\/**\n * Copyright (C) 2019 DANS - Data Archiving and Networked Services (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage nl.knaw.dans.easy.agreement\n\nimport nl.knaw.dans.easy.agreement.fixture.TestSupportFixture\nimport better.files.File.currentWorkingDirectory\nimport org.apache.commons.configuration.PropertiesConfiguration\n\nimport scala.util.{ Failure, Success }\n\nclass LicensesSpec extends TestSupportFixture {\n\n  private val licensesProps = currentWorkingDirectory \/ \"target\" \/ \"easy-licenses\" \/ \"licenses\" \/ \"licenses.properties\"\n  val licenses = new Licenses(new PropertiesConfiguration(licensesProps.toJava))\n\n  \"licenseLegalResource\" should \"map a URL to its legal resource\" in {\n    licenses.licenseLegalResource(\"http:\/\/opensource.org\/licenses\/MIT\") should matchPattern {\n      case Success(\"\/licenses\/MIT.txt\") =>\n    }\n  }\n\n  it should \"map a URL if 'https' is used instead of 'http'\" in {\n    licenses.licenseLegalResource(\"https:\/\/opensource.org\/licenses\/BSD-2-Clause\") should matchPattern {\n      case Success(\"\/licenses\/BSD-2-Clause.txt\") =>\n    }\n  }\n\n  it should \"fail if the URL does not occur in the listing\" in {\n    licenses.licenseLegalResource(\"http:\/\/www.invalid-license.org\/licenses\/LICENSE-1.0\") should matchPattern {\n      case Failure(InvalidLicenseException(\"No legal text found for http:\/\/www.invalid-license.org\/licenses\/LICENSE-1.0\")) =>\n    }\n  }\n\n  \"isValidLicense\" should \"return true if the URL occurs in the listing\" in {\n    licenses.isValidLicense(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\") shouldBe true\n  }\n\n  it should \"return true if the URL is listed as 'http', but the input uses 'https'\" in {\n    licenses.isValidLicense(\"https:\/\/dans.knaw.nl\/en\/about\/organisation-and-policy\/legal-information\/dans-licence.pdf\") shouldBe true\n  }\n\n  it should \"return false if the URL does not occur in the listing\" in {\n    licenses.isValidLicense(\"http:\/\/www.invalid-license.org\/licenses\/LICENSE-1.0\") shouldBe false\n  }\n\n  it should \"return false if the input is not a URL\" in {\n    licenses.isValidLicense(\"not-a-url\") shouldBe false\n  }\n}\n"}
{"repo_name":"lewismj\/data","path":"tests\/src\/test\/scala\/data\/tests\/RoseTreeSpec.scala","text":"\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\npackage tests\n\nimport data.Predef._\nimport data.RoseTree._\nimport data.RoseTreeZipper.Zipper\n\n\n\nclass RoseTreeSpec extends DataSuite {\n\n  \/** simple test, move around example tree. *\/\n  test(\"simple rose tree traversal\") {\n    \/*\n        0 -> [1,4,5]\n        1 -> [2,3]\n        4 -> []\n        5 -> [6,7]\n     *\/\n    val exampleTree = Node(0,\n                          Stream(\n                            Node(1,Stream(Node(2,Stream.empty),Node(3,Stream.empty))),\n                            Node(4,Stream.empty),\n                            Node(5,Stream(Node(6,Stream.empty),Node(7,Stream.empty)))))\n\n    val z0 = Zipper(exampleTree,Stream.empty,Stream.empty,Stream.empty)\n    z0.getLabel should be (0)\n\n    val z1 = z0.firstChild.getOrElse(z0)\n    z1.getLabel should be (1)\n\n    val z2 = z1.moveRight.getOrElse(z0)\n    z2.getLabel should be(4)\n\n    val z3 = z2.moveLeft.getOrElse(z0)\n    z3.getLabel should be (1)\n\n    val root = z3.root\n\n    root should be (z0)\n\n    root.toTree should be (exampleTree)\n  }\n\n}\n"}
{"repo_name":"lewismj\/data","path":"build.sbt","text":"<filename>build.sbt<gh_stars>1-10\nimport sbtassembly.AssemblyPlugin.autoImport._\nimport com.typesafe.sbt.SbtGhPages.GhPagesKeys._\nimport UnidocKeys._\nimport com.typesafe.sbt.pgp.PgpKeys._\n\n\nlazy val commonScalacOptions = Seq(\n  \"-feature\",\n  \"-deprecation\",\n  \"-encoding\", \"utf8\",\n  \"-language:postfixOps\",\n  \"-language:higherKinds\",\n  \"-language:implicitConversions\",\n  \"-unchecked\",\n  \"-Xcheckinit\",\n  \"-Xfuture\",\n  \"-Xlint\",\n  \"-Xfatal-warnings\",\n  \"-Yno-adapted-args\",\n  \"-Ywarn-dead-code\",\n  \"-Ywarn-value-discard\",\n  \"-Yno-imports\",\n  \"-Yno-predef\")\n\nlazy val buildSettings = Seq(\n  name := \"data\",\n  organization in Global := \"com.waioeka\",\n  scalaVersion in Global := \"2.12.1\"\n)\n\nlazy val noPublishSettings = Seq(\n  publish := (),\n  publishLocal := (),\n  publishArtifact := false,\n  publishSigned := ()\n)\n\nlazy val credentialSettings = Seq(\n  credentials ++= (for {\n    username <- Option(System.getenv().get(\"SONATYPE_USERNAME\"))\n    password <- Option(System.getenv().get(\"<PASSWORD>\"))\n  } yield Credentials(\"Sonatype Nexus Repository Manager\", \"oss.sonatype.org\", username, password)).toSeq\n)\n\nlazy val publishSettings = Seq(\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := Function.const(false),\n  publishTo := {\n    val nexus = \"https:\/\/oss.sonatype.org\/\"\n    if (isSnapshot.value)\n      Some(\"Snapshots\" at nexus + \"content\/repositories\/snapshots\")\n    else\n      Some(\"Releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n  },\n  homepage := Some(url(\"https:\/\/github.com\/lewismj\/data\")),\n  licenses := Seq(\"BSD-style\" -> url(\"http:\/\/www.opensource.org\/licenses\/bsd-license.php\")),\n  scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/lewismj\/data\"), \"scm:git:git@github.com:lewismj\/data.git\")),\n  autoAPIMappings := true,\n  pomExtra := (\n    <developers>\n      <developer>\n        <name><NAME><\/name>\n        <url>https:\/\/www.waioeka.com<\/url>\n      <\/developer>\n    <\/developers>\n  )\n) ++ credentialSettings\n\nlazy val scoverageSettings = Seq(\n  coverageMinimum := 75,\n  coverageFailOnMinimum := true\n)\n\nlazy val commonSettings = Seq(\n  scalacOptions ++= commonScalacOptions,\n  libraryDependencies ++= Seq(\n    \"org.typelevel\" %% \"cats\" % \"0.9.0\",\n    \"com.chuusai\" %% \"shapeless\" % \"2.3.2\"\n  ),\n  fork in test := true\n)\n\nlazy val dataSettings = buildSettings ++ commonSettings ++ scoverageSettings\n\nlazy val data = project.in(file(\".\"))\n  .settings(moduleName := \"root\")\n  .settings(noPublishSettings:_*)\n  .aggregate(tests, core)\n\nlazy val core = project.in(file(\"core\"))\n  .settings(moduleName := \"data-core\")\n  .settings(dataSettings:_*)\n  .settings(publishSettings:_*)\n\nlazy val tests = project.in(file(\"tests\"))\n  .dependsOn(core)\n  .settings(moduleName := \"data-tests\")\n  .settings(dataSettings:_*)\n  .settings(noPublishSettings:_*)\n  .settings(\n    coverageEnabled := false,\n    testOptions in Test += Tests.Argument(TestFrameworks.ScalaTest, \"-oDF\"),\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %% \"cats-laws\" % \"0.9.0\",\n      \"org.scalatest\"  %% \"scalatest\" % \"3.0.0\" % \"test\",\n      \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\" % \"test\"\n    )\n  )\n\n"}
{"repo_name":"lewismj\/data","path":"core\/src\/main\/scala\/data\/BinaryTree.scala","text":"package data\n\nimport data.Predef.{Boolean, NoSuchElementException, Nothing}\n\n\/** Simple BinaryTree to illustrate Zipper. *\/\n\nobject BinaryTree {\n  abstract class BinaryTree[+A] {\n    def value: A\n    def empty: Boolean\n    def left: BinaryTree[A]\n    def right: BinaryTree[A]\n  }\n\n  case class Node[+A](value: A, left: BinaryTree[A], right: BinaryTree[A]) extends BinaryTree[A] {\n    override def empty: Boolean = false\n  }\n\n  case object Leaf extends BinaryTree[Nothing] {\n    override def value: Nothing = throw new NoSuchElementException(\"Leaf.value\")\n    override def left: BinaryTree[Nothing] = throw new NoSuchElementException(\"Leaf.left\")\n    override def right: BinaryTree[Nothing] = throw new NoSuchElementException(\"Left.right\")\n    override def empty: Boolean = true\n  }\n\n}"}
{"repo_name":"lewismj\/data","path":"tests\/src\/test\/scala\/data\/tests\/BinaryTreeSpec.scala","text":"<filename>tests\/src\/test\/scala\/data\/tests\/BinaryTreeSpec.scala\n\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\npackage tests\n\nimport data.BinaryTree._\n\nclass BinaryTreeSpec extends DataSuite {\n\n  test(\"simple binary tree traversal\") {\n    val exampleTree = Node(0,\n                        Node(1,\n                          Node(2,Leaf,Leaf),\n                          Leaf),\n                        Node(3,\n                          Node(4, Leaf,Leaf),\n                          Node(5, Node(6,Leaf,Leaf),Leaf)))\n\n\n    val z0 = BinaryTreeZipper(exampleTree)\n\n    val z1 = z0.moveRight\n    val z2 = z1.moveRight\n\n    z1.focus should be(3)\n    z1.left should be (Node(4,Leaf,Leaf))\n    z1.right should be (Node(5, Node(6,Leaf,Leaf),Leaf))\n\n    z2.focus should be(5)\n    z2.left should be(Node(6,Leaf,Leaf))\n    z2.right should be(Leaf)\n\n    z2.fromZipper.toString should be (exampleTree.toString)\n  }\n\n}\n"}
{"repo_name":"lewismj\/data","path":"core\/src\/main\/scala\/data\/ListZipper.scala","text":"<filename>core\/src\/main\/scala\/data\/ListZipper.scala\n\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\n\nimport data.Predef._\nimport scala.language.implicitConversions\n\nobject ListZipper {\n\n    case class Zipper[A](focus: A, left: List[A], right: List[A]) {\n\n      def fromZipper: List[A] = left ::: List(focus) ::: right\n\n      \/** Will throw NoSuchElementException if try to move beyond start. *\/\n\n      \/** directions are forward and backward across the list. *\/\n      def moveForward: Zipper[A] = Zipper(right.head,left :+ focus,right.tail)\n      def moveBackward: Zipper[A] = Zipper(left.last,left.init,focus :: right)\n\n      \/** Update the focus element. *\/\n      def update(a: A): Zipper[A] = Zipper(a,left,right)\n      def mapFocus(f: A => A): Zipper[A] = Zipper(f(focus),left,right)\n    }\n\n\n    def apply[A](left: List[A], focus: A, right: List[A]): Zipper[A]\n      = Zipper(focus,left,right)\n\n    def apply[A](xs: List[A]): Zipper[A]\n        = Zipper(xs.head,List.empty[A],xs.tail)\n\n\n}"}
{"repo_name":"lewismj\/data","path":"core\/src\/main\/scala\/data\/RoseTreeZipper.scala","text":"package data\n\nimport data.Predef._\nimport data.RoseTree.{Forest, Node, Tree}\n\n\nobject RoseTreeZipper {\n\n  type Parent[A] = (Forest[A],A,Forest[A])\n\n  \/**\n    * See: https:\/\/hackage.haskell.org\/package\/rosezipper-0.2\/src\/Data\/Tree\/Zipper.hs\n    *      By <NAME> & <NAME> 2008.\n    *\/\n  case class Zipper[A](focus: Tree[A], before: Forest[A], after: Forest[A], parents: Stream[Parent[A]]) {\n\n    def fromZipper: Tree[A] = toTree\n    def moveLeft: Option[Zipper[A]] = prevTree\n    def moveRight: Option[Zipper[A]] = nextTree\n    def getLabel: A = focus.rootLabel\n\n    \/** -- Moving around --------------------------------------------------------------- *\/\n    private[this] def forest(before: Forest[A], n: Tree[A], after: Forest[A]): Forest[A]\n    = before.foldLeft(n #:: after)((y,tree) => tree #:: y )\n\n    \/* -- | The parent of the given location. *\/\n    def parent: Option[Zipper[A]] =  parents match {\n      case (ls,a,rs) #:: ps => Some(Zipper(Node(a,forest(before,focus,after)),ls,rs,ps))\n      case _ => None\n    }\n\n    \/* -- | The top-most parent of the given location. *\/\n    @tailrec\n    final def root: Zipper[A] = parent match {\n      case Some(p) => p.root\n      case None => this\n    }\n\n\n    \/* -- | The tree before this location, if any. *\/\n    def prevTree: Option[Zipper[A]] = before match {\n      case t if t.nonEmpty => Some(Zipper(t.last,t.init, focus #:: after,parents))\n      case _ => None\n    }\n\n    \/* -- | The tree after this location, if any. *\/\n    def nextTree: Option[Zipper[A]] = after match {\n      case t if t.nonEmpty => Some(Zipper(t.head, before #::: Stream(focus), t.tail, parents))\n      case _ => None\n    }\n\n    \/* parents after moving down. *\/\n    private[this] def down: Stream[Parent[A]] = (before,focus.rootLabel,after) #:: parents\n\n    \/* -- | The first child of the given location. *\/\n    def firstChild: Option[Zipper[A]] = focus.subForest match {\n      case t #:: ts => Some(Zipper(t,Stream.empty,ts,down))\n      case _ => None\n    }\n\n    \/* -- | The last child of the given location. *\/\n    def lastChild: Option[Zipper[A]] = focus.subForest match {\n      case t if t.nonEmpty => Some(Zipper(t.last, t.init, Stream.empty, down))\n      case _ => None\n    }\n\n\n    \/** -- Conversions ----------------------------------------------------------------- *\/\n    def toTree: Tree[A] = root.focus\n\n    \/** -- The current tree ------------------------------------------------------------ *\/\n\n    \/* --| Change the current tree. *\/\n    def setTree(a: Tree[A]): Zipper[A] = Zipper(a,before,after,parents)\n\n    \/* --| Modify the current tree. *\/\n    def modifyTree(f: Tree[A] => Tree[A]): Zipper[A] = setTree(f(focus))\n\n    \/* --| Change the label at the current node. *\/\n    def setLabel(a: A): Zipper[A] = modifyTree(t => Node(a,t.subForest))\n  }\n\n}\n"}
{"repo_name":"lewismj\/data","path":"tests\/src\/test\/scala\/data\/tests\/ListSpec.scala","text":"\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\npackage tests\n\nimport data.Predef._\n\nclass ListSpec extends DataSuite {\n\n\n\n  test(\"can zip forward.\") {\n    val zipper = ListZipper(List(1,2,3,4))\n    zipper.focus should be (1)\n\n    val z0 = zipper.moveForward\n    z0.focus should be(2)\n    z0.left should be (List(1))\n    z0.right should be (List(3,4))\n\n    val z1 = z0.update(9)\n    z1.focus should be(9)\n    z1.left should be (List(1))\n    z1.right should be (List(3,4))\n  }\n\n  test(\"can zip backward\") {\n    val zipper = ListZipper(List(1,2),3,List(4,5))\n    zipper.focus should be (3)\n\n    val z0 = zipper.moveBackward\n    z0.left should be (List(1))\n    z0.right should be (List(3,4,5))\n  }\n\n\n}\n"}
{"repo_name":"lewismj\/data","path":"core\/src\/main\/scala\/data\/Predef.scala","text":"<gh_stars>1-10\n\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\n\n\/**\n  * Predef is a set of type aliases for types which are commonly used in the library.\n  * Mainly designed to ensure that algorithms within the library don't accidentally use\n  * mutable collections or other parts of the `scala.Predef` that are not required.\n  *\/\nobject Predef {\n  import scala.annotation.{implicitNotFound}\n  import scala.{deprecated, inline}\n\n  import scala.language.implicitConversions\n\n  @inline def identity[A](a: A): A = a\n  def implicitly[A](implicit a: A): A = a\n\n  type Nothing = scala.Nothing\n  type Boolean = scala.Boolean\n  type Char = scala.Char\n  type Unit = scala.Unit\n  type Double = scala.Double\n  type Long = scala.Long\n  type Int = scala.Int\n  type RichInt = scala.runtime.RichInt\n  type StringContext = scala.StringContext\n  type Map[A,B] = scala.collection.immutable.Map[A,B]\n  type Option[A]  = scala.Option[A]\n  type Stream[A]  = scala.collection.immutable.Stream[A]\n  type Iterable[A] = scala.collection.immutable.Iterable[A]\n  type Traversable[A] = scala.collection.immutable.Traversable[A]\n  type List[A] = scala.collection.immutable.List[A]\n  type String = java.lang.String\n  type tailrec = scala.annotation.tailrec\n  type Set[A]     = scala.collection.immutable.Set[A]\n  type Range  = scala.collection.immutable.Range\n\n  type Seq[A]     = scala.collection.immutable.Seq[A]\n  \/* `.toSeq` can return scala.collection.Seq, force to immutable. *\/\n  implicit def seq[A](a: scala.collection.Seq[A]): Seq[A] = a.asInstanceOf[Seq[A]]\n\n  \/* Pattern matching sequences.*\/\n  object +: {\n    def unapply[A](s: Seq[A]): Option[(A,Seq[A])] = if (s.nonEmpty) Some((s.head,s.tail)) else None\n  }\n\n  final val #:: = scala.collection.immutable.Stream.#::\n  final val :: = scala.collection.immutable.::\n  final val Nil = scala.collection.immutable.Nil\n  final val Traversable = scala.collection.immutable.Traversable\n  final val Iterable = scala.collection.immutable.Iterable\n  final val Some = scala.Some\n  final val None = scala.None\n  final val Set = scala.collection.immutable.Set\n  final val Seq = scala.collection.immutable.Seq\n  final val Stream = scala.collection.immutable.Stream\n  final val Map = scala.collection.immutable.Map\n  final val List = scala.collection.immutable.List\n  final val BigInt = scala.BigInt\n  final val BigDecimal = scala.BigDecimal\n  final val Boolean = scala.Boolean\n  final val Byte = scala.Byte\n  final val Char = scala.Char\n  final val Double = scala.Double\n  final val Float = scala.Float\n  final val Int = scala.Int\n  final val Long = scala.Long\n  final val Short = scala.Short\n  final val Unit = scala.Unit\n  final val StringContext = scala.StringContext\n  final val Range = scala.collection.immutable.Range\n\n  final class ArrowAssoc[A](val x: A) { def ->[B](y: B): (A, B) = (x, y) }\n  implicit def any2ArrowAssoc[A](x: A): ArrowAssoc[A] = new ArrowAssoc(x)\n\n  \/** Allowable exceptions. *\/\n  type NoSuchElementException = scala.NoSuchElementException\n\n}\n"}
{"repo_name":"lewismj\/data","path":"core\/src\/main\/scala\/data\/BinaryTreeZipper.scala","text":"\/*\n * Copyright (c) 2017\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n * list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n * this list of conditions and the following disclaimer in the documentation\n * and\/or other materials provided with the distribution.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\n * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\npackage data\n\nimport data.BinaryTree.{BinaryTree, Node}\nimport data.Predef._\n\n\n\nobject BinaryTreeZipper {\n\n  sealed trait Direction\n  case object Left extends Direction\n  case object Right extends Direction\n\n  case class ParentContext[A](direction: Direction, value: A, tree: BinaryTree[A])\n\n  case class Zipper[A](focus: A, left: BinaryTree[A], right: BinaryTree[A], above: List[ParentContext[A]]) {\n\n\n    @tailrec\n    final def fromZipper: BinaryTree[A] = if (above.isEmpty) Node(focus,left,right) else moveUp.fromZipper\n\n    \/** directions are up, left and right. *\/\n\n    def moveUp: Zipper[A] = above match {\n      case ParentContext(d,p,s) :: cs if d == Left   => Zipper(p, Node(focus,left,right), s, cs)\n      case ParentContext(d,p,s) :: cs if d == Right  => Zipper(p, s, Node(focus,left,right), cs)\n      case _ => throw new NoSuchElementException(\"up. Already at root.\")\n    }\n\n    def moveLeft: Zipper[A] = left match {\n      case Node(n,l,r) => Zipper(n,l,r, ParentContext(Left,focus,right) :: above)\n      case _ => throw new NoSuchElementException(\"left. At leaf node.\")\n    }\n\n    def moveRight: Zipper[A] = right match {\n      case Node(n,l,r) => Zipper(n,l,r, ParentContext(Right,focus,left) :: above)\n      case _ => throw new NoSuchElementException(\"right. At leaf node.\")\n    }\n\n    \/** Update the focus element. *\/\n    def update(a: A): Zipper[A] = Zipper(a,left,right,above)\n    def mapFocus(f: A=>A): Zipper[A] = Zipper(f(focus),left,right,above)\n  }\n\n\n  def apply[A](tree: BinaryTree[A]): Zipper[A]\n    = Zipper(tree.value,tree.left,tree.right,List.empty)\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/movie\/src\/main\/scala\/pms\/service\/movie\/rest\/MovieRoutesJSON.scala","text":"<gh_stars>0\npackage pms.service.movie.rest\n\nimport pms.json._\nimport pms.json.implicits._\nimport pms.algebra.movie._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Jun 2018\n  *\n  *\/\nobject MovieRoutesJSON extends MovieRoutesJSON\n\ntrait MovieRoutesJSON  {\n\n  implicit val movieCirceCodec: Codec[Movie] = derive.codec[Movie]\n\n  implicit val movieCreationCirceCodec: Codec[MovieCreation] =\n    derive.codec[MovieCreation]\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"server\/src\/main\/scala\/pms\/server\/ModulePureMovieServerBootstrap.scala","text":"package pms.server\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.email._\nimport pms.algebra.user._\nimport pms.algebra.imdb.IMDBAlgebraConfig\nimport pms.server.bootstrap._\nimport doobie.util.transactor.Transactor\nimport pms.core.Module\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 13 Jul 2018\n  *\n  *\/\ntrait ModulePureMovieServerBootstrap[F[_]]\n  extends Module[F] with ModulePureMovieServer[F] with ModuleServerBootstrap[F] with ModuleUserBootstrap[F] {\n\n  def bootstrap: F[Unit] =\n    serverBootstrapAlgebra.flatMap(sba => Bootstrap.bootstrap(sba))\n}\n\nobject ModulePureMovieServerBootstrap {\n\n  def concurrent[F[_]](\n    gConfig:           GmailConfig,\n    imbdAlgebraConfig: IMDBAlgebraConfig,\n  )(implicit\n    c:                 Concurrent[F],\n    t:                 Transactor[F],\n    ti:                Timer[F],\n  ): F[ModulePureMovieServerBootstrap[F]] = c.delay {\n    new ModulePureMovieServerBootstrap[F] {\n      implicit override def F: Concurrent[F] = c\n\n      implicit override def timer: Timer[F] = ti\n\n      override def gmailConfig: GmailConfig = gConfig\n\n      override def imdbAlgebraConfig: IMDBAlgebraConfig = imbdAlgebraConfig\n\n      implicit override def transactor: Transactor[F] = t\n\n    }\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/ModuleUserBootstrap.scala","text":"package pms.algebra.user\n\nimport pms.core.Module\nimport pms.effects.implicits._\n\n\/**\n  *\n  * Should be used only for development or testing!!!\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 13 Jul 2018\n  *\n  *\/\ntrait ModuleUserBootstrap[F[_]] { this: Module[F] with ModuleUserAlgebra[F] =>\n\n  def userBootstrapAlgebra: F[UserAccountBootstrapAlgebra[F]] =\n    _userBootstrapAlgebra\n\n  private lazy val _userBootstrapAlgebra: F[UserAccountBootstrapAlgebra[F]] =\n    singleton {\n      userAccountAlgebra.flatMap(a => UserAccountBootstrapAlgebra.impl(a))\n    }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"server-bootstrap\/src\/main\/scala\/pms\/server\/bootstrap\/ServerBootstrapAlgebra.scala","text":"<reponame>DavidBuzatu-Marian\/pure-movie-server-fork\npackage pms.server.bootstrap\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.core._\nimport pms.algebra.user._\n\nimport pms.logger._\n\n\/**\n  *\n  * This should be used only in development, and testing!\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 13 Jul 2018\n  *\n  *\/\nsealed abstract class ServerBootstrapAlgebra[F[_]: Sync](\n  private val uca: UserAccountAlgebra[F],\n  private val uba: UserAccountBootstrapAlgebra[F],\n) {\n\n  private val logger = PMSLogger.getLogger[F]\n\n  final def bootStrapSuperAdmin(email: Email, pw: PlainTextPassword): F[User] =\n    bootStrapUser(email, pw, UserRole.SuperAdmin)\n\n  final def bootStrapUser(email: Email, pw: PlainTextPassword, role: UserRole): F[User] =\n    this.bootStrapUser(UserInvitation(email, role), pw)\n\n  final def bootStrapUser(inv: UserInvitation, pw: PlainTextPassword): F[User] =\n    for {\n      token <- uba.bootstrapUser(inv)\n      user  <- uca.invitationStep2(token, pw)\n      _     <- logger.info(\n        s\"BOOTSTRAP \u2014 inserting user: role=${inv.role.productPrefix} email=${inv.email.plainTextEmail} pw=${pw.plainText}\"\n      )\n    } yield user\n}\n\nobject ServerBootstrapAlgebra {\n\n  def async[F[_]: Async](uca: UserAccountAlgebra[F], uba: UserAccountBootstrapAlgebra[F]): ServerBootstrapAlgebra[F] =\n    new ServerBootstrapAlgebra(uca, uba) {}\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/movie\/src\/main\/scala\/pms\/algebra\/movie\/impl\/MovieAlgebraImpl.scala","text":"package pms.algebra.movie.impl\n\nimport doobie._\nimport doobie.implicits._\n\nimport pms.effects._\n\nimport pms.algebra.movie._\nimport pms.algebra.user.UserAuthAlgebra\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Jun 2018\n  *\n  *\/\nfinal private[movie] class MovieAlgebraImpl[F[_]: BracketAttempt] private (\n  private val transactor:          Transactor[F],\n  override protected val userAuth: UserAuthAlgebra[F],\n) extends MovieAlgebra[F] {\n\n  override protected def createMovieImpl(mc: MovieCreation): F[Movie] =\n    MovieAlgebraSQL.insertMovie(mc).transact(transactor)\n\n  override protected def findMoviesBetweenImpl(interval: QueryInterval): F[List[Movie]] =\n    MovieAlgebraSQL.findBetween(interval).transact(transactor)\n\n  override protected def findMovieImpl(mid: MovieID): F[Movie] =\n    MovieAlgebraSQL.fetchByIDQuery(mid).transact(transactor)\n}\n\nprivate[movie] object MovieAlgebraImpl {\n\n  def bracket[F[_]: BracketAttempt](userAuth: UserAuthAlgebra[F], transactor: Transactor[F]) =\n    new MovieAlgebraImpl(transactor, userAuth)\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/ModuleUserAlgebra.scala","text":"<reponame>DavidBuzatu-Marian\/pure-movie-server-fork\npackage pms.algebra.user\n\nimport doobie.util.transactor.Transactor\nimport pms.core.Module\n\n\/**\n  *\n  * Whenever defining these modules, keep all definitions \"defs\" that way\n  * you can easily override them with mocks if the need arises.\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 21 Jun 2018\n  *\n  *\/\ntrait ModuleUserAlgebra[F[_]] { this: Module[F] =>\n\n  def transactor: Transactor[F]\n\n  def userAlgebra: F[UserAlgebra[F]] = _moduleAlgebra.covary[UserAlgebra[F]]\n\n  def userAccountAlgebra: F[UserAccountAlgebra[F]] =\n    _moduleAlgebra.covary[UserAccountAlgebra[F]]\n\n  def userAuthAlgebra: F[UserAuthAlgebra[F]] =\n    _moduleAlgebra.covary[UserAuthAlgebra[F]]\n\n  def userModuleAlgebra: F[UserModuleAlgebra[F]] = _moduleAlgebra\n\n  private lazy val _moduleAlgebra: F[UserModuleAlgebra[F]] = singleton {\n    impl.UserAlgebraImpl.async[F](F, transactor).covary[UserModuleAlgebra[F]]\n  }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/db-config\/src\/main\/scala\/pms\/db\/config\/DatabaseConfigAlgebra.scala","text":"<gh_stars>0\npackage pms.db.config\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport doobie.util.transactor.Transactor\nimport busymachines.pureharm.db.flyway._\n\n\/**\n  * @author <NAME>, <EMAIL>\n  * @since 28\/06\/2018\n  *\/\nobject DatabaseConfigAlgebra {\n\n  def transactor[F[_]: Async: ContextShift](config: DatabaseConfig): F[Transactor[F]] = Async[F].delay {\n    Transactor.fromDriverManager[F](\n      driver = \"org.postgresql.Driver\",\n      url    = config.connection.jdbcURL: String,\n      user   = config.connection.username: String,\n      pass   = config.connection.password: String,\n    )\n  }\n\n  def initializeSQLDb[F[_]: Sync](config: DatabaseConfig): F[Int] = {\n    val clean =\n      if (config.forceClean)\n        Flyway.clean(config.connection)\n      else Sync[F].unit\n\n    clean *> Flyway.migrate(config.connection, config.flyway)\n  }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"server\/src\/main\/scala\/pms\/server\/ModulePureMovieServer.scala","text":"package pms.server\n\nimport doobie.util.transactor.Transactor\nimport org.http4s._\n\nimport pms.core.Module\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.email._\nimport pms.algebra.user._\nimport pms.algebra.imdb._\nimport pms.algebra.movie._\nimport pms.algebra.http._\nimport pms.service.user._\nimport pms.service.user.rest._\nimport pms.service.movie._\nimport pms.service.movie.rest._\n\n\/**\n  * Overriding all abstract things just to make clear what\n  * still needs to be provided for this whole thing to function\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 27 Jun 2018\n  *\n  *\/\ntrait ModulePureMovieServer[F[_]]\n  extends Module[F] with ModuleEmail[F] with ModuleUserAlgebra[F] with ModuleIMDBAlgebra[F] with ModuleMovieAlgebra[F]\n  with ModuleUserService[F] with ModuleMovieService[F] with ModuleUserRest[F] with ModuleMovieRest[F] {\n\n  implicit override def F: Concurrent[F]\n\n  override def gmailConfig: GmailConfig\n\n  override def imdbAlgebraConfig: IMDBAlgebraConfig\n\n  implicit override def timer: Timer[F]\n\n  implicit override def transactor: Transactor[F]\n\n  def pureMovieServerRoutes: F[HttpRoutes[F]] = _pureMovieServerRoutes\n\n  \/\/we could delay this even more, but there is little point.\n  private lazy val authCtxMiddleware: F[AuthCtxMiddleware[F]] = singleton {\n    userAuthAlgebra.map(uaa => AuthedHttp4s.userTokenAuthMiddleware[F](uaa))\n  }\n\n  private lazy val _pureMovieServerRoutes: F[HttpRoutes[F]] = singleton {\n    for {\n      umr <- userModuleRoutes\n      routes = NonEmptyList.of[HttpRoutes[F]](umr).reduceK\n\n      mmas <- movieModuleAuthedRoutes\n      umar <- userModuleAuthedRoutes\n      authed = NonEmptyList.of[AuthCtxRoutes[F]](umar, mmas).reduceK\n\n      middleware <- authCtxMiddleware\n      toCombine: HttpRoutes[F] = middleware(authed)\n    } yield {\n      routes <+> toCombine\n    }\n\n  }\n}\n\nobject ModulePureMovieServer {\n\n  def concurrent[F[_]](gConfig: GmailConfig, imbdAlgebraConfig: IMDBAlgebraConfig)(implicit\n    c:                          Concurrent[F],\n    t:                          Transactor[F],\n    ti:                         Timer[F],\n  ): F[ModulePureMovieServer[F]] = c.delay {\n    new ModulePureMovieServer[F] {\n      override def F: Concurrent[F] = c\n\n      implicit override def timer: Timer[F] = ti\n\n      override def gmailConfig: GmailConfig = gConfig\n\n      override def imdbAlgebraConfig: IMDBAlgebraConfig = imbdAlgebraConfig\n\n      implicit override def transactor: Transactor[F] = t\n\n    }\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/UserAuthAlgebra.scala","text":"package pms.algebra.user\n\nimport pms.core._\nimport pms.effects._\nimport pms.effects.implicits._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 20 Jun 2018\n  *\n  *\/\nabstract class UserAuthAlgebra[F[_]](implicit private val monadError: MonadError[F, Throwable]) {\n\n  def authenticate(email: Email, pw: PlainTextPassword): F[AuthCtx]\n\n  def authenticate(token: AuthenticationToken): F[AuthCtx]\n\n  final def promoteUser(id:            UserID, newRole:        UserRole)(implicit auth: AuthCtx): F[Unit] =\n    authorizeGTERoleThan(newRole)(promoteUserOP(id, newRole))\n\n  \/**\n    * Lowest level of authorization, essentially anyone\n    * who is logged in can perform the given op.\n    *\n    * @param op\n    *   The operation that we want to guard with\n    *   certain user priviliges.\n    *\/\n  final def authorizeNewbie[A](op:     => F[A])(implicit auth: AuthCtx): F[A] =\n    authorizeGTERoleThan(UserRole.Newbie)(op)\n\n  \/**\n    * Requires member to have priviliges from [[UserRole.Member]] upwards\n    *\n    * @param op\n    *   The operation that we want to guard with\n    *   certain user priviliges.\n    *\/\n  final def authorizeMember[A](op:     => F[A])(implicit auth: AuthCtx): F[A] =\n    authorizeGTERoleThan(UserRole.Member)(op)\n\n  \/**\n    * Requires member to have priviliges from [[UserRole.Curator]] upwards\n    *\n    * @param op\n    *   The operation that we want to guard with\n    *   certain user priviliges.\n    *\/\n  final def authorizeCurator[A](op:    => F[A])(implicit auth: AuthCtx): F[A] =\n    authorizeGTERoleThan(UserRole.Curator)(op)\n\n  \/**\n    * Requires member to have priviliges from [[UserRole.SuperAdmin]] upwards\n    *\n    * @param op\n    *   The operation that we want to guard with\n    *   certain user priviliges.\n    *\/\n  final def authorizeSuperAdmin[A](op: => F[A])(implicit auth: AuthCtx): F[A] =\n    authorizeGTERoleThan(UserRole.SuperAdmin)(op)\n\n  protected[user] def promoteUserOP(id: UserID, newRole: UserRole): F[Unit]\n\n  final protected[user] def authorizeGTERoleThan[A](minRole: UserRole)(op: => F[A])(implicit auth: AuthCtx): F[A] =\n    if (auth.user.role >= minRole)\n      op\n    else\n      Fail.unauthorized(\"User not authorized to perform this action\").raiseError[F, A]\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/impl\/UserAlgebraImpl.scala","text":"<reponame>DavidBuzatu-Marian\/pure-movie-server-fork\npackage pms.algebra.user.impl\n\nimport doobie._\nimport doobie.implicits._\n\nimport pms.algebra.user._\nimport pms.core._\nimport pms.effects._\nimport pms.effects.implicits._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 21 Jun 2018\n  *\n  *\/\nfinal private[user] class UserAlgebraImpl[F[_]] private (implicit\n  val F:          Async[F],\n  val transactor: Transactor[F],\n) extends UserAuthAlgebra[F]()(F) with UserAccountAlgebra[F] with UserAlgebra[F] {\n\n  import UserAlgebraSQL._\n\n  override protected def monadError:  MonadError[F, Throwable] = F\n  override protected def authAlgebra: UserAuthAlgebra[F]       = this\n\n  private val invalidEmailOrPW: Throwable = Fail.unauthorized(\"Invalid email or password\")\n\n  override def authenticate(email: Email, pw: PlainTextPassword): F[AuthCtx] =\n    for {\n      userRepr <- findRepr(email).transact(transactor).flatMap {\n        case None    => F.raiseError[UserRepr](invalidEmailOrPW)\n        case Some(v) => F.pure[UserRepr](v)\n      }\n      auth     <-\n        UserCrypto\n          .checkUserPassword[F](pw.plainText, userRepr.pw)\n          .flatMap {\n            case true  => storeAuth(find(email))\n            case false => F.raiseError[AuthCtx](invalidEmailOrPW)\n          }\n\n    } yield auth\n\n  override def authenticate(token: AuthenticationToken): F[AuthCtx] =\n    storeAuth(findUserByAuthToken(token))\n\n  override protected[user] def promoteUserOP(id: UserID, newRole: UserRole): F[Unit] =\n    updateRole(id, newRole).transact(transactor).map(_ => ())\n\n  override protected[user] def registrationStep1Impl(\n    inv: UserInvitation\n  ): F[UserInviteToken] =\n    for {\n      token <- UserCrypto.generateToken(F).map(UserRegistrationToken.spook)\n      toInsert = UserInvitationSQL.UserInvitationRepr(\n        email           = inv.email,\n        role            = inv.role,\n        invitationToken = token,\n      )\n      _ <- UserInvitationSQL.insert(toInsert).transact(transactor)\n    } yield token\n\n  override def invitationStep2(token: UserInviteToken, pw: PlainTextPassword): F[User] = {\n    val cio: ConnectionIO[User] = for {\n      invite <- UserInvitationSQL.findByToken(token).flatMap { opt =>\n        opt.liftTo[ConnectionIO](new RuntimeException(\"No user invitation found\"))\n      }\n      hashed <- UserCrypto.hashPWWithBcrypt[ConnectionIO](pw)\n      userRepr = UserRepr(\n        email = invite.email,\n        pw    = hashed,\n        role  = invite.role,\n      )\n      userId <- UserAlgebraSQL.insert(userRepr)\n      _                <- UserInvitationSQL.deleteByToken(token)\n      newlyCreatedUser <- UserAlgebraSQL.find(userId).flatMap { opt =>\n        opt.liftTo[ConnectionIO](new Error(\"No user found even after we created them. WTF? This is a bug\"))\n      }\n    } yield newlyCreatedUser\n\n    cio.transact(transactor)\n  }\n\n  override def resetPasswordStep1(email: Email): F[PasswordResetToken] =\n    for {\n      token <- UserCrypto.generateToken(F)\n      _     <- updatePwdToken(email, PasswordResetToken(token)).transact(transactor)\n    } yield PasswordResetToken(token)\n\n  override def resetPasswordStep2(token: PasswordResetToken, newPassword: PlainTextPassword): F[Unit] =\n    for {\n      hash <- UserCrypto.hashPWWithBcrypt(newPassword)(F)\n      _    <- changePassword(token, hash).transact(transactor)\n    } yield ()\n\n  override def findUser(id: UserID)(implicit auth: AuthCtx): F[Option[User]] =\n    find(id).transact(transactor)\n\n  private def storeAuth(findUser: => ConnectionIO[Option[User]]): F[AuthCtx] =\n    for {\n      token <- UserCrypto.generateToken(F)\n      user  <- insertToken(findUser, AuthenticationToken(token))\n        .transact(transactor)\n    } yield AuthCtx(AuthenticationToken(token), user.get)\n}\n\nprivate[user] object UserAlgebraImpl {\n\n  def async[F[_]: Async: Transactor]: F[UserAlgebraImpl[F]] =\n    Async.apply[F].pure(new UserAlgebraImpl[F]())\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/effects\/src\/test\/scala\/pms\/effects\/EffectThrottlerSpec.scala","text":"package pms.effects\n\nimport pms.effects.implicits._\nimport java.util.concurrent.TimeUnit\nimport org.specs2.mutable.Specification\nimport scala.concurrent.duration._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Mar 2019\n  *\n  *\/\nfinal class EffectThrottlerSpec extends Specification {\n  implicit private val timer: Timer[IO]        = IO.timer(ExecutionContext.global)\n  implicit private val cs:    ContextShift[IO] = IO.contextShift(ExecutionContext.global)\n\n  private val runs = List(0, 1, 2, 3, 4, 5, 6)\n\n  private val interval      = 100 millis\n  private val stuffDuration = 75 millis\n\n  \"throttle effects at 1F\/100ms\" >> {\n    val throttler: EffectThrottler[IO] = EffectThrottler.concurrent[IO](interval, 1).unsafeRunSync()\n    val minWaitTime = computeMinWaitTime(runs.length, interval, 1)\n\n    val eff: IO[Unit] = runs.parTraverse(i => throttler.throttle(doStuff(i))).void\n    val elapsed = unsafeMeasureTime(eff.unsafeRunSync())\n    elapsed must be_>=(minWaitTime)\n  }\n\n  \"throttle effects at 2F\/100ms\" >> {\n    val throttler: EffectThrottler[IO] = EffectThrottler.concurrent[IO](interval, 2).unsafeRunSync()\n    val minWaitTime = computeMinWaitTime(runs.length, interval, 2)\n\n    val eff: IO[Unit] = runs.parTraverse(i => throttler.throttle(doStuff(i))).void\n    val elapsed = unsafeMeasureTime(eff.unsafeRunSync())\n    elapsed must be_>=(minWaitTime)\n  }\n\n  private def doStuff(it: Int): IO[Unit] =\n    IO.delay(println(s\"starting $it\")) >>\n      Timer[IO].sleep(stuffDuration) >>\n      IO.delay(println(s\"ending $it\"))\n\n  private def unsafeMeasureTime(thunk: => Unit): FiniteDuration = {\n    val startTime = System.nanoTime()\n    thunk\n    val elapsed   = System.nanoTime() - startTime\n    FiniteDuration.apply(elapsed, TimeUnit.NANOSECONDS)\n  }\n\n  private def computeMinWaitTime(runs: Int, interval: FiniteDuration, size: Int): FiniteDuration =\n    interval.*((runs \/ size).toLong)\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/user\/src\/main\/scala\/pms\/service\/user\/ModuleUserService.scala","text":"package pms.service.user\n\nimport pms.algebra.user._\nimport pms.core.Module\nimport pms.email._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 27 Jun 2018\n  *\n  *\/\ntrait ModuleUserService[F[_]] {\n  this: Module[F] with ModuleUserAlgebra[F] with ModuleEmail[F] =>\n\n  def userAccountService: F[UserAccountService[F]] = _userService\n\n  private lazy val _userService: F[UserAccountService[F]] = singleton {\n    import pms.effects.implicits._\n    for {\n      uaa  <- userAuthAlgebra\n      uacc <- userAccountAlgebra\n      ua   <- userAlgebra\n      ea   <- emailAlgebra\n    } yield UserAccountService.concurrent[F](\n      userAuth     = uaa,\n      userAccount  = uacc,\n      userAlgebra  = ua,\n      emailAlgebra = ea,\n    )\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/UserAccountAlgebra.scala","text":"package pms.algebra.user\n\nimport pms.effects._\nimport pms.core._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 20 Jun 2018\n  *\n  *\/\ntrait UserAccountAlgebra[F[_]] {\n\n  implicit protected def monadError: MonadError[F, Throwable]\n  protected def authAlgebra:         UserAuthAlgebra[F]\n\n  final def invitationStep1(\n    inv:  UserInvitation\n  )(implicit\n    auth: AuthCtx\n  ): F[UserInviteToken] =\n    authAlgebra.authorizeGTERoleThan(inv.role)(registrationStep1Impl(inv))\n\n  protected[user] def registrationStep1Impl(inv: UserInvitation): F[UserInviteToken]\n\n  def invitationStep2(token: UserInviteToken, pw: PlainTextPassword): F[User]\n\n  def resetPasswordStep1(email: Email): F[PasswordResetToken]\n\n  def resetPasswordStep2(token: PasswordResetToken, newPassword: PlainTextPassword): F[Unit]\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/email\/src\/main\/scala\/pms\/email\/EmailAlgebra.scala","text":"package pms.email\n\nimport pms.core._\n\nimport pms.effects.Async\n\n\/**\n  *\n  * This style of writing algebras (in layman terms: interface) is called\n  * \"final tagless\".\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 05 Jun 2018\n  *\n  *\/\ntrait EmailAlgebra[F[_]] {\n\n  def sendEmail(to: Email, subject: Subject, content: Content): F[Unit]\n\n}\n\nobject EmailAlgebra {\n\n  def gmailClient[F[_]: Async](config: GmailConfig): EmailAlgebra[F] =\n    new impl.EmailAlgebraJavaGmailAsyncImpl(config)\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/movie\/src\/main\/scala\/pms\/algebra\/movie\/ModuleMovieAlgebra.scala","text":"package pms.algebra.movie\n\nimport doobie.util.transactor.Transactor\nimport pms.algebra.user.ModuleUserAlgebra\nimport pms.core.Module\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Jun 2018\n  *\n  *\/\ntrait ModuleMovieAlgebra[F[_]] { this: Module[F] with ModuleUserAlgebra[F] =>\n\n  override def transactor: Transactor[F]\n\n  def movieAlgebra: F[MovieAlgebra[F]] = _movieAlgebra\n\n  private lazy val _movieAlgebra = singleton {\n    import pms.effects.implicits._\n    userAuthAlgebra.flatMap(uaa => MovieAlgebra.async[F](uaa)(F, transactor))\n  }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"build.sbt","text":"<gh_stars>0\nimport sbt._\n\naddCommandAlias(\"mkSite\", \";docs\/clean;docs\/makeMicrosite\")\naddCommandAlias(\"doSitePublish\", \";docs\/clean;docs\/publishMicrosite\")\naddCommandAlias(\"mkJar\", \";clean;update;compile;server\/assembly\")\n\n\/\/=============================================================================\n\/\/=============================================================================\n\nlazy val root =\n  Project(id = \"pure-movie-server\", base = file(\".\"))\n    .settings(commonSettings)\n    .aggregate(\n      server\n    )\n\nlazy val server = project\n  .settings(commonSettings)\n  .settings(sbtAssemblySettings)\n  .settings(\n    mainClass                   := Option(\"pms.server.PureMovieServerApp\"),\n    mainClass in assembly       := Option(\"pms.server.PureMovieServerApp\"),\n    assemblyJarName in assembly := s\"pure-movie-server.jar\",\n  )\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    )\n  )\n  .dependsOn(\n    `pms-effects`,\n    `pms-logger`,\n    `pms-config`,\n    `pms-db-config`,\n    `pms-http`,\n    `pms-core`,\n    `service-user`,\n    `service-movie`,\n    `server-bootstrap`,\n  )\n  .aggregate(\n    `pms-effects`,\n    `pms-logger`,\n    `pms-config`,\n    `pms-db-config`,\n    `pms-http`,\n    `pms-core`,\n    `service-user`,\n    `service-movie`,\n    `server-bootstrap`,\n  )\n\nlazy val `server-bootstrap` = project\n  .settings(commonSettings)\n  .settings(sbtAssemblySettings)\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    )\n  )\n  .dependsOn(\n    `pms-logger`,\n    `pms-effects`,\n    `pms-config`,\n    `pms-core`,\n    `pms-db-config`,\n    `algebra-user`,\n  )\n  .aggregate(\n    `pms-logger`,\n    `pms-effects`,\n    `pms-config`,\n    `pms-db-config`,\n    `pms-core`,\n    `algebra-user`,\n  )\n\nlazy val `service-user` = serviceProject(\"user\")\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    )\n  )\n  .dependsOn(\n    `algebra-user`,\n    `algebra-http-sec`,\n    `pms-email`,\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-json`,\n    `pms-http`,\n  )\n  .aggregate(\n    `algebra-user`,\n    `algebra-http-sec`,\n    `pms-email`,\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-json`,\n    `pms-http`,\n  )\n\nlazy val `service-movie` = serviceProject(\"movie\")\n  .settings(\n    libraryDependencies ++= Seq(\n      spire,\n      specs2Test,\n    )\n  )\n  .dependsOn(\n    `algebra-user`,\n    `algebra-imdb`,\n    `algebra-movie`,\n    `algebra-http-sec`,\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-json`,\n    `pms-http`,\n  )\n  .aggregate(\n    `algebra-user`,\n    `algebra-imdb`,\n    `algebra-movie`,\n    `algebra-http-sec`,\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-json`,\n    `pms-http`,\n  )\n\nlazy val `algebra-http-sec` = algebraProject(\"http-sec\")\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    )\n  )\n  .dependsOn(\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-http`,\n    `algebra-user`,\n  )\n  .aggregate(\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-http`,\n    `algebra-user`,\n  )\n\nlazy val `algebra-imdb` = algebraProject(\"imdb\")\n  .settings(\n    libraryDependencies ++= Seq(\n      scalaScrapper,\n      specs2Test,\n    )\n  )\n  .dependsOn(\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n  )\n  .aggregate(\n    `pms-config`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-core`,\n  )\n\nlazy val `algebra-movie` = algebraProject(\"movie\")\n  .settings(\n    libraryDependencies ++= Seq(\n      spire,\n      specs2Test,\n    )\n  )\n  .dependsOn(\n    `algebra-user`,\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-db`,\n  )\n  .aggregate(\n    `algebra-user`,\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-db`,\n  )\n\nlazy val `algebra-user` = algebraProject(\"user\")\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    ) ++ tsec\n  )\n  .dependsOn(\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-email`,\n    `pms-db`,\n  )\n  .aggregate(\n    `pms-config`,\n    `pms-effects`,\n    `pms-core`,\n    `pms-email`,\n    `pms-db`,\n  )\n\nlazy val `pms-db` = utilProject(\"db\")\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    ) ++ doobie ++ fs2\n  )\n  .dependsOn(\n    `pms-effects`\n  )\n  .aggregate(\n    `pms-effects`\n  )\n\nlazy val `pms-email` = utilProject(\"email\")\n  .settings(\n    libraryDependencies ++= Seq(\n      javaxMail,\n      specs2Test,\n    )\n  )\n  .dependsOn(\n    `pms-core`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-config`,\n  )\n  .aggregate(\n    `pms-core`,\n    `pms-logger`,\n    `pms-effects`,\n    `pms-config`,\n  )\n\nlazy val `pms-http` = utilProject(\"http\")\n  .settings(\n    libraryDependencies ++= Seq(\n      specs2Test\n    ) ++ http4s ++ fs2\n  )\n  .dependsOn(\n    `pms-core`,\n    `pms-effects`,\n    `pms-json`,\n  )\n  .aggregate(\n    `pms-core`,\n    `pms-effects`,\n    `pms-json`,\n  )\n\nlazy val `pms-json` = utilProject(\"json\")\n  .settings(\n    libraryDependencies ++= Seq(\n      phJson\n    ) ++ circe\n  )\n  .dependsOn(\n    `pms-core`,\n    `pms-effects`,\n  )\n  .aggregate(\n    `pms-core`,\n    `pms-effects`,\n  )\n\nlazy val `pms-db-config` = utilProject(\"db-config\")\n  .settings(\n    libraryDependencies ++= Seq(\n      doobieCore,\n      phFlyway,\n      flyway,\n    ) ++ fs2\n  )\n  .dependsOn(\n    `pms-config`,\n    `pms-effects`,\n  )\n  .aggregate(\n    `pms-config`,\n    `pms-effects`,\n  )\n\nlazy val `pms-config` = utilProject(\"config\")\n  .settings(\n    libraryDependencies ++= Seq(\n      pureConfig,\n      phConfig,\n    )\n  )\n  .dependsOn(\n    `pms-effects`\n  )\n  .aggregate(\n    `pms-effects`\n  )\n\nlazy val `pms-logger` = utilProject(\"logger\")\n  .settings(\n    libraryDependencies ++= Seq(\n      log4cats,\n      logbackClassic,\n    )\n  )\n  .dependsOn(\n    `pms-effects`\n  )\n  .aggregate(\n    `pms-effects`\n  )\n\nlazy val `pms-core` = utilProject(\"core\")\n  .settings(\n    libraryDependencies ++= Seq(\n      shapeless,\n      phCore,\n      specs2Test,\n    )\n  )\n  .dependsOn(\n    `pms-effects`\n  )\n  .aggregate(\n    `pms-effects`\n  )\n\nlazy val `pms-effects` = utilProject(\"effects\")\n  .settings(\n    libraryDependencies ++= cats ++ Seq(\n      catsEffect,\n      phEffects,\n      specs2Test,\n    )\n  )\n\n\/\/lazy val docs = project\n\/\/  .enablePlugins(MicrositesPlugin)\n\/\/  .enablePlugins(TutPlugin)\n\/\/  .disablePlugins(ScalafmtPlugin)\n\/\/  \/\/.disablePlugins(ScalafixPlugin)\n\/\/  .settings(commonSettings)\n\/\/  .settings(micrositeTasksSettings)\n\/\/  .settings(\n\/\/    micrositeName              := \"pure-movie-server\",\n\/\/    micrositeDescription       := \"Example web server written in a pure functional programming style\",\n\/\/    micrositeBaseUrl           := \"\/pure-movie-server\",\n\/\/    micrositeDocumentationUrl  := \"\/pure-movie-server\/docs\/\",\n\/\/    micrositeHomepage          := \"http:\/\/busymachines.github.io\/pure-movie-server\/\",\n\/\/    micrositeGithubOwner       := \"busymachines\",\n\/\/    micrositeGithubRepo        := \"pure-movie-server\",\n\/\/    micrositeHighlightTheme    := \"atom-one-light\",\n\/\/    \/\/-------------- docs project ------------\n\/\/    \/\/micrositeImgDirectory := (resourceDirectory in Compile).value \/ \"microsite\" \/ \"images\",\n\/\/    \/\/micrositeCssDirectory := (resourceDirectory in Compile).value \/ \"microsite\" \/ \"styles\"\n\/\/    \/\/micrositeJsDirectory := (resourceDirectory in Compile).value \/ \"microsite\" \/ \"scripts\"\n\/\/    micrositePalette           := Map(\n\/\/      \"brand-primary\"   -> \"#E05236\",\n\/\/      \"brand-secondary\" -> \"#3F3242\",\n\/\/      \"brand-tertiary\"  -> \"#2D232F\",\n\/\/      \"gray-dark\"       -> \"#453E46\",\n\/\/      \"gray\"            -> \"#837F84\",\n\/\/      \"gray-light\"      -> \"#E3E2E3\",\n\/\/      \"gray-lighter\"    -> \"#F4F3F4\",\n\/\/      \"white-color\"     -> \"#FFFFFF\",\n\/\/    ),\n\/\/    \/\/micrositeFavicons := Seq(\n\/\/    \/\/  MicrositeFavicon(\"favicon16x16.png\", \"16x16\"),\n\/\/    \/\/  MicrositeFavicon(\"favicon32x32.png\", \"32x32\")\n\/\/    \/\/),\n\/\/    micrositeFooterText        := Some(\"\"\"\u24b8 2020 <a href=\"https:\/\/www.busymachines.com\/\">BusyMachines<\/a>\"\"\"),\n\/\/    \/\/------ same as default settings --------\n\/\/    micrositePushSiteWith      := GHPagesPlugin,\n\/\/    micrositeGitHostingService := GitHub,\n\/\/  )\n\/\/  .dependsOn()\n\n\/\/=============================================================================\n\/\/=============================================================================\n\ndef genericProject(id: String, folder: String, name: String): Project =\n  Project(s\"$id-$name\", file(s\"$folder\/$name\"))\n    .settings(commonSettings)\n    .settings(sbtAssemblySettings)\n\ndef algebraProject(name: String): Project = genericProject(\"algebra\", \"algebras\", name)\ndef utilProject(name:    String): Project = genericProject(\"pms\", \"pms-utils\", name)\ndef serviceProject(name: String): Project = genericProject(\"service\", \"services\", name)\n\ndef commonSettings: Seq[Setting[_]] = Seq(\n  \/\/https:\/\/github.com\/scala\/scala\/releases\n  scalaVersion                       := \"2.13.2\",\n  \/*\n   * Eliminates useless, unintuitive, and sometimes broken additions of `withFilter`\n   * when using generator arrows in for comprehensions. e.g.\n   *\n   * Vanilla scala:\n   * {{{\n   *   for {\n   *      x: Int <- readIntIO\n   *      \/\/\n   *   } yield ()\n   *   \/\/ instead of being `readIntIO.flatMap(x: Int => ...)`, it's something like .withFilter {case x: Int}, which is tantamount to\n   *   \/\/ a runtime instanceof check. Absolutely horrible, and ridiculous, and unintuitive, and contrary to the often-\n   *   \/\/ parroted mantra of \"a for is just sugar for flatMap and map\n   * }}}\n   *\n   * https:\/\/github.com\/oleg-py\/better-monadic-for\n   *\/\n  addCompilerPlugin(\"com.olegpy\" %% \"better-monadic-for\" % \"0.3.1\"),\n  \/*\n   * Kind projector brings a much needed feature to Scala, namely:\n   * partially applied higher kinded types. For instance, if we\n   * want to partially apply an Either[L, R], to fix the type\n   * for L, we can't do that in vanilla scala (easily).\n   *\n   * But with kind projector we can simply do:\n   * Either[*, R], which create an anonymous higher kinded\n   * type which then takes the remaining type parameter\n   * for the right hand side.\n   *\n   * https:\/\/github.com\/typelevel\/kind-projector\n   *\/\n  addCompilerPlugin((\"org.typelevel\" %% \"kind-projector\" % \"0.11.0\").cross(CrossVersion.full)),\n  \/**\n    * Gives better error messages for failed implicit resolution.\n    * Absolutely amazing in general, invaluable for teaching <3\n    *\n    * https:\/\/github.com\/tek\/splain\n    *\/\n  addCompilerPlugin((\"io.tryp\"        % \"splain\"         % \"0.5.6\").cross(CrossVersion.patch)),\n  scalacOptions ++= scala2_13Flags ++ betterForPluginCompilerFlags,\n)\n\ndef sbtAssemblySettings: Seq[Setting[_]] = {\n  import sbtassembly.MergeStrategy\n  import sbtassembly.PathList\n\n  baseAssemblySettings ++\n    Seq(\n      \/\/ Skip tests during while running the assembly task\n      test in assembly                  := {},\n      assemblyMergeStrategy in assembly := {\n        case PathList(\"application.conf\", _ @_*) => MergeStrategy.concat\n        case \"application.conf\"                  => MergeStrategy.concat\n        case PathList(\"reference.conf\", _ @_*)   => MergeStrategy.concat\n        case \"reference.conf\"                    => MergeStrategy.concat\n        case x                                   => (assemblyMergeStrategy in assembly).value(x)\n      },\n      \/\/this is to avoid propagation of the assembly task to all subprojects.\n      \/\/changing this makes assembly incredibly slow\n      aggregate in assembly             := false,\n    )\n}\n\n\/**\n  * tpolecat's glorious compile flag list adapted for scala 2.13 (fewer flags):\n  * https:\/\/tpolecat.github.io\/2017\/04\/25\/scalac-flags.html\n  *\/\ndef scala2_13Flags: Seq[String] = Seq(\n  \/\/\"-Xfatal-warnings\",            \/\/ Fail the compilation if there are any warnings.\n  \"-deprecation\",                  \/\/ Emit warning and location for usages of deprecated APIs.\n  \"-encoding\",                     \/\/ yeah, it's part of the \"utf-8\" thing, two flags\n  \"utf-8\",                         \/\/ Specify character encoding used by source files.\n  \"-explaintypes\",                 \/\/ Explain type errors in more detail.\n  \"-feature\",                      \/\/ Emit warning and location for usages of features that should be imported explicitly.\n  \"-language:existentials\",        \/\/ Existential types (besides wildcard types) can be written and inferred\n  \"-language:higherKinds\",         \/\/ Allow higher-kinded types\n  \"-language:implicitConversions\", \/\/ Allow definition of implicit functions called views\n  \"-unchecked\",                    \/\/ Enable additional warnings where generated code depends on assumptions.\n  \"-Xcheckinit\",                   \/\/ Wrap field accessors to throw an exception on uninitialized access.\n  \"-Xlint:adapted-args\",           \/\/ Warn if an argument list is modified to match the receiver.\n  \"-Xlint:constant\",               \/\/ Evaluation of a constant arithmetic expression results in an error.\n  \"-Xlint:delayedinit-select\",     \/\/ Selecting member of DelayedInit.\n  \"-Xlint:doc-detached\",           \/\/ A Scaladoc comment appears to be detached from its element.\n  \"-Xlint:inaccessible\",           \/\/ Warn about inaccessible types in method signatures.\n  \"-Xlint:infer-any\",              \/\/ Warn when a type argument is inferred to be `Any`.\n  \"-Xlint:missing-interpolator\",   \/\/ A string literal appears to be missing an interpolator id.\n  \"-Xlint:nullary-override\",       \/\/ Warn when non-nullary `def f()' overrides nullary `def f'.\n  \"-Xlint:nullary-unit\",           \/\/ Warn when nullary methods return Unit.\n  \"-Xlint:option-implicit\",        \/\/ Option.apply used implicit view.\n  \"-Xlint:package-object-classes\", \/\/ Class or object defined in package object.\n  \"-Xlint:poly-implicit-overload\", \/\/ Parameterized overloaded implicit methods are not visible as view bounds.\n  \"-Xlint:private-shadow\",         \/\/ A private field (or class parameter) shadows a superclass field.\n  \"-Xlint:stars-align\",            \/\/ Pattern sequence wildcard must align with sequence component.\n  \"-Xlint:type-parameter-shadow\",  \/\/ A local type parameter shadows a type already in scope.\n  \"-Ywarn-extra-implicit\",         \/\/ Warn when more than one implicit parameter section is defined.\n  \"-Ywarn-numeric-widen\",          \/\/ Warn when numerics are widened.\n  \"-Ywarn-unused:implicits\",       \/\/ Warn if an implicit parameter is unused.\n  \"-Ywarn-unused:imports\",         \/\/ Warn if an import selector is not referenced.\n  \"-Ywarn-unused:locals\",          \/\/ Warn if a local definition is unused.\n  \"-Ywarn-unused:params\",          \/\/ Warn if a value parameter is unused.\n  \"-Ywarn-unused:patvars\",         \/\/ Warn if a variable bound in a pattern is unused.\n  \"-Ywarn-unused:privates\",        \/\/ Warn if a private member is unused.\n  \"-Ywarn-value-discard\",          \/\/ Warn when non-Unit expression results are unused.\n)\n\n\/**\n  * These are flags specific to the \"better-monadic-for\" plugin:\n  * https:\/\/github.com\/oleg-py\/better-monadic-for\n  *\/\ndef betterForPluginCompilerFlags: Seq[String] = Seq(\n  \"-P:bm4:no-filtering:y\",     \/\/ see https:\/\/github.com\/oleg-py\/better-monadic-for#desugaring-for-patterns-without-withfilters--pbm4no-filteringy\n  \"-P:bm4:no-map-id:y\",        \/\/ see https:\/\/github.com\/oleg-py\/better-monadic-for#final-map-optimization--pbm4no-map-idy\n  \"-P:bm4:no-tupling:y\",       \/\/ see https:\/\/github.com\/oleg-py\/better-monadic-for#desugar-bindings-as-vals-instead-of-tuples--pbm4no-tuplingy\n  \"-P:bm4:implicit-patterns:y\",\/\/see https:\/\/github.com\/oleg-py\/better-monadic-for#define-implicits-in-for-comprehensions-or-matches\n)\n\n\/\/============================================================================================\n\/\/============================================================================================\n\/\/======================================= DEPENDENCIES =======================================\n\/\/============================================================================================\n\/\/============================================================================================\n\nlazy val pureHarmVersion       = \"0.0.5\"     \/\/https:\/\/github.com\/busymachines\/pureharm\/releases\nlazy val catsCoreVersion       = \"2.1.1\"     \/\/https:\/\/github.com\/typelevel\/cats\/releases\nlazy val catsEffectVersion     = \"2.1.3\"     \/\/https:\/\/github.com\/typelevel\/cats-effect\/releases\nlazy val fs2Version            = \"2.3.0\"     \/\/https:\/\/github.com\/functional-streams-for-scala\/fs2\/releases\nlazy val circeVersion          = \"0.13.0\"    \/\/https:\/\/github.com\/circe\/circe\/releases\nlazy val http4sVersion         = \"0.21.4\"    \/\/https:\/\/github.com\/http4s\/http4s\/releases\nlazy val tsecVersion           = \"0.2.0\"     \/\/https:\/\/github.com\/jmcardon\/tsec\/releases\nlazy val doobieVersion         = \"0.9.0\"     \/\/https:\/\/github.com\/tpolecat\/doobie\/releases\nlazy val flywayVersion         = \"6.4.1\"     \/\/https:\/\/github.com\/flyway\/flyway\/releases\nlazy val shapelessVersion      = \"2.3.3\"     \/\/https:\/\/github.com\/milessabin\/shapeless\/releases\nlazy val spireVersion          = \"0.17.0-M1\" \/\/https:\/\/github.com\/non\/spire\/releases\nlazy val log4catsVersion       = \"1.1.1\"     \/\/https:\/\/github.com\/ChristopherDavenport\/log4cats\/releases\nlazy val logbackClassicVersion = \"1.2.3\"     \/\/https:\/\/github.com\/qos-ch\/logback\/releases\nlazy val javaxMailVersion      = \"1.6.2\"     \/\/ https:\/\/github.com\/javaee\/javamail\/releases\nlazy val scalaScrapperVersion  = \"2.2.0\"     \/\/https:\/\/github.com\/ruippeixotog\/scala-scraper\/releases\nlazy val pureConfigVersion     = \"0.12.3\"    \/\/https:\/\/github.com\/pureconfig\/pureconfig\/releases\nlazy val specs2Version         = \"4.9.4\"     \/\/https:\/\/github.com\/etorreborre\/specs2\/releases\n\ndef pureharm(m: String): ModuleID = \"com.busymachines\" %% s\"pureharm-$m\" % pureHarmVersion withSources ()\n\nlazy val phCore:    ModuleID = pureharm(\"core\")\nlazy val phConfig:  ModuleID = pureharm(\"config\")\nlazy val phJson:    ModuleID = pureharm(\"json-circe\")\nlazy val phFlyway:  ModuleID = pureharm(\"db-core-flyway\")\nlazy val phEffects: ModuleID = pureharm(\"effects-cats\")\n\n\/\/============================================================================================\n\/\/================================= http:\/\/typelevel.org\/scala\/ ==============================\n\/\/========================================  typelevel ========================================\n\/\/============================================================================================\n\nlazy val catsCore:   ModuleID = \"org.typelevel\" %% \"cats-core\"   % catsCoreVersion withSources ()\nlazy val catsKernel: ModuleID = \"org.typelevel\" %% \"cats-kernel\" % catsCoreVersion withSources ()\nlazy val catsMacros: ModuleID = \"org.typelevel\" %% \"cats-macros\" % catsCoreVersion withSources ()\nlazy val catsFree:   ModuleID = \"org.typelevel\" %% \"cats-free\"   % catsCoreVersion withSources ()\n\nlazy val cats:       Seq[ModuleID] = Seq(catsCore, catsKernel, catsMacros, catsFree)\nlazy val catsEffect: ModuleID      = \"org.typelevel\" %% \"cats-effect\" % catsEffectVersion withSources ()\n\nlazy val fs2Core: ModuleID = \"co.fs2\" %% \"fs2-core\" % fs2Version withSources ()\nlazy val fs2IO:   ModuleID = \"co.fs2\" %% \"fs2-io\"   % fs2Version withSources ()\n\nlazy val fs2: Seq[ModuleID] = Seq(fs2Core, fs2IO)\n\nlazy val circeCore:          ModuleID = \"io.circe\" %% \"circe-core\"           % circeVersion\nlazy val circeGeneric:       ModuleID = \"io.circe\" %% \"circe-generic\"        % circeVersion\nlazy val circeGenericExtras: ModuleID = \"io.circe\" %% \"circe-generic-extras\" % circeVersion\n\nlazy val circe: Seq[ModuleID] = Seq(circeCore, circeGeneric, circeGenericExtras)\n\nlazy val http4sBlazeServer: ModuleID = \"org.http4s\" %% \"http4s-blaze-server\" % http4sVersion withSources ()\nlazy val http4sCirce:       ModuleID = \"org.http4s\" %% \"http4s-circe\"        % http4sVersion withSources ()\nlazy val http4sDSL:         ModuleID = \"org.http4s\" %% \"http4s-dsl\"          % http4sVersion withSources ()\n\nlazy val http4s: Seq[ModuleID] = Seq(http4sBlazeServer, http4sCirce, http4sDSL)\n\nlazy val doobieCore     = \"org.tpolecat\" %% \"doobie-core\"     % doobieVersion withSources ()\nlazy val doobieHikari   = \"org.tpolecat\" %% \"doobie-hikari\"   % doobieVersion withSources ()\nlazy val doobiePostgres = \"org.tpolecat\" %% \"doobie-postgres\" % doobieVersion withSources ()\nlazy val doobieTK       = \"org.tpolecat\" %% \"doobie-specs2\"   % doobieVersion           % Test withSources ()\n\nlazy val doobie: Seq[ModuleID] = Seq(doobieCore, doobieHikari, doobiePostgres, doobieTK)\n\nlazy val shapeless: ModuleID = \"com.chuusai\" %% \"shapeless\" % shapelessVersion withSources ()\n\nlazy val flyway = \"org.flywaydb\" % \"flyway-core\" % flywayVersion withSources ()\n\n\/\/============================================================================================\n\/\/==========================================  math ===========================================\n\/\/============================================================================================\n\nlazy val spire: ModuleID = \"org.typelevel\" %% \"spire\" % spireVersion withSources ()\n\n\/\/============================================================================================\n\/\/========================================  security  ========================================\n\/\/============================================================================================\n\nlazy val tsec: Seq[ModuleID] = Seq(\n  \"io.github.jmcardon\" %% \"tsec-common\"   % tsecVersion withSources (),\n  \"io.github.jmcardon\" %% \"tsec-password\" % tsecVersion withSources (),\n  \"io.github.jmcardon\" %% \"tsec-mac\"      % tsecVersion withSources (),\n  \"io.github.jmcardon\" %% \"tsec-jwt-mac\"  % tsecVersion withSources (),\n)\n\n\/\/============================================================================================\n\/\/=========================================  logging =========================================\n\/\/============================================================================================\n\nlazy val log4cats = \"io.chrisdavenport\" %% \"log4cats-slf4j\" % log4catsVersion withSources ()\n\n\/\/this is a Java library, notice that we used one single % instead of %%\n\/\/it is the backend implementation used by log4cats\nlazy val logbackClassic = \"ch.qos.logback\" % \"logback-classic\" % logbackClassicVersion withSources ()\n\n\/\/============================================================================================\n\/\/==========================================  email ==========================================\n\/\/============================================================================================\n\n\/\/this is a Java library, notice that we used one single % instead of %%\nlazy val javaxMail = \"com.sun.mail\" % \"javax.mail\" % javaxMailVersion withSources ()\n\n\/\/============================================================================================\n\/\/========================================= html =============================================\n\/\/============================================================================================\n\nlazy val scalaScrapper = \"net.ruippeixotog\" %% \"scala-scraper\" % scalaScrapperVersion withSources ()\n\n\/\/============================================================================================\n\/\/========================================== config ==========================================\n\/\/============================================================================================\n\nlazy val pureConfig: ModuleID = \"com.github.pureconfig\" %% \"pureconfig\" % pureConfigVersion withSources ()\n\n\/\/============================================================================================\n\/\/=========================================  testing =========================================\n\/\/============================================================================================\n\nlazy val specs2: ModuleID = \"org.specs2\" %% \"specs2-core\" % specs2Version withSources ()\n\nlazy val specs2Test: ModuleID = specs2 % Test\n\n\/\/============================================================================================\n\/\/=======================================  transitive ========================================\n\/\/============================================================================================\n\/\/these are transitive dependencies that are brought in by other libraries, and here we\n\/\/list the ones that tend to come with conflicting version so that we can override them\n\/\/so as to remove the annoying eviction warning of older version. This list will have to\n\/\/be curated with great care from time to time.\nlazy val transitive = Seq(\n  \/\/---------------------------\n  \/\/https:\/\/commons.apache.org\/proper\/commons-codec\/\n  \/\/tsec, and http4s depend on this\n  \"commons-codec\"  % \"commons-codec\" % \"1.12\"  withSources (),\n  \/\/---------------------------\n  \/\/https:\/\/github.com\/Log4s\/log4s\n  \/\/different http4s modules depend on different versions\n  \"org.log4s\"     %% \"log4s\"         % \"1.7.0\" withSources (),\n  \/\/---------------------------\n  \/\/https:\/\/github.com\/typelevel\/machinist\n  \/\/spire and cats core depend on this\n  \"org.typelevel\" %% \"machinist\"     % \"0.6.6\" withSources (),\n)\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/movie\/src\/main\/scala\/pms\/service\/movie\/ModuleMovieService.scala","text":"package pms.service.movie\n\nimport pms.algebra.movie._\nimport pms.algebra.imdb._\nimport pms.core.Module\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 27 Jun 2018\n  *\n  *\/\ntrait ModuleMovieService[F[_]] {\n  this: Module[F] with ModuleMovieAlgebra[F] with ModuleIMDBAlgebra[F] =>\n\n  def imdbService: F[IMDBService[F]] = _imdbService\n\n  private lazy val _imdbService: F[IMDBService[F]] = singleton {\n    import pms.effects.implicits._\n    for {\n      imbd <- imdbAlgebra\n      malb <- movieAlgebra\n    } yield IMDBService.async(\n      movieAlgebra = malb,\n      imdbAlgebra  = imbd,\n    )\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/UserAccountBootstrapAlgebra.scala","text":"<reponame>DavidBuzatu-Marian\/pure-movie-server-fork<filename>algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/UserAccountBootstrapAlgebra.scala\npackage pms.algebra.user\n\nimport pms.effects.Applicative\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 13 Jul 2018\n  *\n  *\/\nfinal class UserAccountBootstrapAlgebra[F[_]] private (\n  private val uca: UserAccountAlgebra[F]\n) {\n\n  def bootstrapUser(inv: UserInvitation): F[UserInviteToken] =\n    uca.registrationStep1Impl(inv)\n}\n\nobject UserAccountBootstrapAlgebra {\n\n  def impl[F[_]: Applicative](uca: UserAccountAlgebra[F]): F[UserAccountBootstrapAlgebra[F]] =\n    Applicative[F].pure(new UserAccountBootstrapAlgebra[F](uca))\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/email\/src\/main\/scala\/pms\/email\/impl\/EmailAlgebraJavaGmailAsyncImpl.scala","text":"package pms.email.impl\n\nimport java.util.Properties\n\nimport javax.mail._\nimport javax.mail.internet._\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.logger._\nimport pms.core._\nimport pms.email._\n\n\/**\n  *\n  * Uses javax-mail to send emails. Configured to work only for\n  * gmail account:\n  * https:\/\/javaee.github.io\/javamail\/Gmail\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 05 Jun 2018\n  *\n  *\/\nprivate[email] class EmailAlgebraJavaGmailAsyncImpl[F[_]: Async](\n  private val config: GmailConfig\n) extends EmailAlgebra[F] {\n\n  private val F: Async[F] = Async.apply[F]\n\n  private val logger: PMSLogger[F] = PMSLogger.getLogger[F]\n\n  override def sendEmail(to:        Email, subject: Subject, content: Content): F[Unit] = {\n    val mimaMessage = F.pure {\n      val message: MimeMessage = new MimeMessage(session)\n\n      message.setFrom(new InternetAddress(config.from))\n      message.addRecipient(Message.RecipientType.TO, new InternetAddress(to.plainTextEmail))\n      message.setSubject(subject)\n      message.setText(content)\n      message.saveChanges()\n      message\n    }\n\n    for {\n      message   <- mimaMessage\n      transport <- F.delay(session.getTransport(\"smtp\"))\n      _         <-\n        F.delay(transport.connect(config.host, config.user, config.password))\n          .onError(cleanupErr(transport))\n      _         <- logger.info(\"Connected to SMTP server\")\n      _         <-\n        F.delay(transport.sendMessage(message, message.getAllRecipients))\n          .onError(cleanupErr(transport))\n      _         <- logger.info(s\"Sent email to: ${to.plainTextEmail}\")\n      _         <- cleanup(transport)\n    } yield ()\n  }\n\n  \/**\n    * WTB bracket, please :( but we're on an older version of cats-effect\n    * because Monix has not been updated to 1.0.0-RC2 yet\n    *\n    * https:\/\/typelevel.org\/cats-effect\/typeclasses\/bracket.html\n    * This would make this whole thing super trivial.\n    *\/\n  private def cleanupErr(transport: Transport): PartialFunction[Throwable, F[Unit]] = {\n    case scala.util.control.NonFatal(e) =>\n      logger.warn(e)(\"Failed to send email.\") >>\n        cleanup(transport)\n  }\n\n  private def cleanup(transport: Transport): F[Unit] =\n    F.delay(transport.close())\n\n  \/**\n    * A complete list of session properties can be found at\n    * https:\/\/javamail.java.net\/nonav\/docs\/api\/com\/sun\/mail\/smtp\/package-summary.html\n    *\n    * session is just a data structure. It can be reused every time.\n    *\/\n  private[this] lazy val session: Session = {\n    val props: Properties = System.getProperties\n\n    props.setProperty(\"mail.smtp.from\", config.from)\n\n    props.put(\"mail.smtp.host\", config.host)\n    props.put(\"mail.smtp.port\", config.port.toString)\n    props.put(\"mail.smtp.user\", config.user)\n    props.put(\"mail.smtp.password\", config.password)\n    props.put(\"mail.smtp.starttls.enable\", config.startTLS.toString)\n    props.put(\"mail.smtps.auth\", config.auth.toString)\n\n    Session.getInstance(props, null)\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/imdb\/src\/main\/scala\/pms\/algebra\/imdb\/ModuleIMDBAlgebra.scala","text":"package pms.algebra.imdb\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.core.Module\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Jun 2018\n  *\n  *\/\ntrait ModuleIMDBAlgebra[F[_]] { this: Module[F] =>\n\n  implicit def timer: Timer[F]\n\n  def imdbAlgebraConfig: IMDBAlgebraConfig\n\n  def imdbAlgebra: F[IMDBAlgebra[F]] = _imdbAlgebra\n\n  private lazy val _imdbAlgebra: F[IMDBAlgebra[F]] = singleton {\n    for {\n      rl <- effectThrottler\n    } yield new impl.AsyncIMDBAlgebraImpl[F](rl)\n  }\n\n  private lazy val effectThrottler: F[EffectThrottler[F]] = singleton {\n    EffectThrottler.concurrent[F](\n      interval = imdbAlgebraConfig.requestsInterval,\n      amount   = imdbAlgebraConfig.requestsNumber,\n    )\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/movie\/src\/main\/scala\/pms\/service\/movie\/rest\/ModuleMovieRest.scala","text":"package pms.service.movie.rest\n\nimport pms.algebra.http._\nimport pms.algebra.movie._\nimport pms.service.movie._\nimport pms.core.Module\nimport pms.effects.implicits._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 27 Jun 2018\n  *\n  *\/\ntrait ModuleMovieRest[F[_]] {\n  this: Module[F] with ModuleMovieService[F] with ModuleMovieAlgebra[F] =>\n\n  def movieModuleAuthedRoutes: F[AuthCtxRoutes[F]] =\n    movieRestRoutes.map(_.authedRoutes)\n\n  private lazy val movieRestRoutes: F[MovieRestRoutes[F]] = singleton {\n    for {\n      imdb <- imdbService\n      malb <- movieAlgebra\n    } yield new MovieRestRoutes[F](\n      imdbService  = imdb,\n      movieAlgebra = malb,\n    )\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/user\/src\/main\/scala\/pms\/algebra\/user\/UserAlgebra.scala","text":"package pms.algebra.user\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 20 Jun 2018\n  *\n  *\/\ntrait UserAlgebra[F[_]] {\n\n  def findUser(id: UserID)(implicit auth: AuthCtx): F[Option[User]]\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"server-bootstrap\/src\/main\/scala\/pms\/server\/bootstrap\/ModuleServerBootstrap.scala","text":"package pms.server.bootstrap\n\nimport pms.algebra.user._\nimport pms.core.Module\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 13 Jul 2018\n  *\n  *\/\ntrait ModuleServerBootstrap[F[_]] {\n  this: Module[F] with ModuleUserAlgebra[F] with ModuleUserBootstrap[F] =>\n\n  def serverBootstrapAlgebra: F[ServerBootstrapAlgebra[F]] =\n    _serverBootstrapAlgebra\n\n  private lazy val _serverBootstrapAlgebra: F[ServerBootstrapAlgebra[F]] =\n    singleton {\n      import pms.effects.implicits._\n      for {\n        uacc <- userAccountAlgebra\n        ubal <- userBootstrapAlgebra\n      } yield ServerBootstrapAlgebra.async(uacc, ubal)\n    }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/http-sec\/src\/main\/scala\/pms\/algebra\/http\/AuthedHttp4s.scala","text":"package pms.algebra.http\n\nimport pms.core.Fail\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.algebra.user._\n\nimport org.http4s._\nimport org.http4s.dsl._\nimport org.http4s.server._\nimport org.http4s.util.CaseInsensitiveString\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 26 Jun 2018\n  *\n  *\/\nobject AuthedHttp4s {\n\n  def userTokenAuthMiddleware[F[_]: Async](authAlgebra: UserAuthAlgebra[F]): AuthMiddleware[F, AuthCtx] = {\n    val tokenVerification: Kleisli[F, Request[F], Attempt[AuthCtx]] = verifyToken[F](authAlgebra)\n    AuthMiddleware(tokenVerification, onFailure)\n  }\n\n  private val `X-Auth-Token` = CaseInsensitiveString(\"X-AUTH-TOKEN\")\n\n  private val challenges: NonEmptyList[Challenge] = NonEmptyList.of(\n    Challenge(\n      scheme = \"Basic\",\n      realm  = \"Go to POST \/pms\/api\/user\/login to get valid token\",\n    )\n  )\n\n  private val wwwHeader = headers.`WWW-Authenticate`(challenges)\n\n  private def onFailure[F[_]: Async]: AuthedRoutes[Throwable, F] =\n    Kleisli[OptionT[F, *], AuthedRequest[F, Throwable], Response[F]] { _: AuthedRequest[F, Throwable] =>\n      val fdsl = Http4sDsl[F]\n      import fdsl._\n      OptionT.liftF[F, Response[F]](Unauthorized(wwwHeader))\n    }\n\n  private def verifyToken[F[_]: Async](authAlgebra: UserAuthAlgebra[F]): Kleisli[F, Request[F], Attempt[AuthCtx]] =\n    Kleisli { req: Request[F] =>\n      val optHeader = req.headers.get(`X-Auth-Token`)\n      optHeader match {\n        case None         =>\n          Attempt\n            .raiseError[AuthCtx](Fail.unauthorized(s\"No ${`X-Auth-Token`} provided\"))\n            .pure[F]\n        case Some(header) =>\n          authAlgebra\n            .authenticate(AuthenticationToken(header.value))\n            .map(Attempt.pure)\n            .handleError(Attempt.raiseError)\n      }\n    }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"server\/src\/main\/scala\/pms\/server\/PureMovieServerApp.scala","text":"package pms.server\n\nimport pms.effects._\nimport fs2.Stream\nimport org.http4s._\nimport org.http4s.server.blaze._\nimport org.http4s.implicits._\nimport org.http4s.server.Router\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 20 Jun 2018\n  *\n  *\/\nobject PureMovieServerApp extends IOApp {\n\n  override def run(args: List[String]): IO[ExitCode] =\n    for {\n      \/\/FIXME: pass in proper context shifts and everything\n      \/\/ see scaladoc of PureharmIOApp and use that instead of IOApp to instantiate runtime explicitely:\n      \/\/ https:\/\/github.com\/busymachines\/pureharm\/blob\/master\/effects-cats\/src\/main\/scala\/busymachines\/pureharm\/effects\/pools\/IORuntime.scala#L27\n      \/\/ then read the scaladoc of Pools what pool is appropriate.\n      \/\/ https:\/\/github.com\/busymachines\/pureharm\/blob\/master\/effects-cats\/src\/main\/scala\/busymachines\/pureharm\/effects\/pools\/Pools.scala#L29\n      \/\/ cases that need to be considered:\n      \/\/ 1) connection pool for Doobie \u2014 fixed thread pool\n      \/\/ 2) transaction pool for Doobie \u2014 cached thread pool\n      \/\/ 3) thread pool for http4s BlazeServer to run requests on \u2014 should be fixed size, to add backpressure to your app.\n      \/\/ 4) cached thread pool for blocking external requests, put behind a BlockingShifter: https:\/\/github.com\/busymachines\/pureharm\/blob\/master\/effects-cats\/src\/main\/scala\/busymachines\/pureharm\/internals\/effects\/BlockingShifter.scala#L24\n      \/\/    which should be used to run any external calls, like scrapping IMDB, sending emails, and amazon interactions\n      server                    <- PureMovieServer.concurrent[IO](timer, contextShift)\n      (serverConfig, pmsModule) <- server.init\n      routes                    <- pmsModule.pureMovieServerRoutes\n      exitCode                  <- serverStream[IO](\n        config = serverConfig,\n        routes = routes,\n      ).compile.lastOrError\n    } yield exitCode\n\n  private def serverStream[F[_]: ConcurrentEffect: Timer](\n    config: PureMovieServerConfig,\n    routes: HttpRoutes[F],\n  ): Stream[F, ExitCode] = {\n    val httpApp = Router(config.apiRoot -> routes).orNotFound\n    BlazeServerBuilder[F](ExecutionContext.global) \/\/FIXME: pass in proper EC \u2014 see above todo\n      .bindHttp(config.port, config.host)\n      .withHttpApp(httpApp)\n      .serve\n      .covary\n  }\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"algebras\/imdb\/src\/main\/scala\/pms\/algebra\/imdb\/IMDBAlgebra.scala","text":"package pms.algebra.imdb\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 25 Jun 2018\n  *\n  *\/\ntrait IMDBAlgebra[F[_]] {\n  def scrapeMovieByTitle(title: TitleQuery): F[Option[IMDBMovie]]\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/user\/src\/main\/scala\/pms\/service\/user\/rest\/ModuleUserRest.scala","text":"<filename>services\/user\/src\/main\/scala\/pms\/service\/user\/rest\/ModuleUserRest.scala\npackage pms.service.user.rest\n\nimport org.http4s._\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.algebra.user._\nimport pms.algebra.http._\nimport pms.core.Module\nimport pms.service.user._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 27 Jun 2018\n  *\n  *\/\ntrait ModuleUserRest[F[_]] { this: Module[F] with ModuleUserService[F] with ModuleUserAlgebra[F] =>\n\n  def userRestService: F[UserRoutes[F]] = _userRoutes\n\n  def userLoginRoutes: F[UserLoginRoutes[F]] = _userLoginRoutes\n\n  def userAccountRoutes: F[UserAccountRoutes[F]] = _userAccountRoutes\n\n  def userModuleRoutes: F[HttpRoutes[F]] = _routes\n\n  def userModuleAuthedRoutes: F[AuthCtxRoutes[F]] = _authedRoutes\n\n  private lazy val _userRoutes: F[UserRoutes[F]] = singleton {\n    userAlgebra.map(ua => new UserRoutes[F](userAlgebra = ua))\n  }\n\n  private lazy val _userLoginRoutes: F[UserLoginRoutes[F]] = singleton {\n    userAuthAlgebra.map(uaa => new UserLoginRoutes[F](userAuthAlgebra = uaa))\n  }\n\n  private lazy val _userAccountRoutes: F[UserAccountRoutes[F]] = singleton {\n    userAccountService.map(aac => new UserAccountRoutes(userService = aac))\n  }\n\n  private lazy val _routes: F[HttpRoutes[F]] = singleton {\n    for {\n      uar <- userAccountRoutes\n      ulr <- userLoginRoutes\n    } yield NonEmptyList.of(uar.routes, ulr.routes).reduceK\n  }\n\n  private lazy val _authedRoutes: F[AuthCtxRoutes[F]] = singleton {\n    for {\n      urs <- userRestService\n      uar <- userAccountRoutes\n    } yield NonEmptyList.of(urs.authedRoutes, uar.authedRoutes).reduceK\n  }\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/core\/src\/main\/scala\/pms\/core\/package.scala","text":"<reponame>DavidBuzatu-Marian\/pure-movie-server-fork\npackage pms\n\nimport busymachines.pureharm\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 05 Apr 2019\n  *\n  *\/\npackage object core extends pureharm.PureharmCoreTypeDefinitions\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"services\/user\/src\/main\/scala\/pms\/service\/user\/rest\/UserRoutes.scala","text":"<gh_stars>0\npackage pms.service.user.rest\n\nimport pms.effects._\nimport pms.effects.implicits._\nimport pms.algebra.user._\nimport pms.algebra.http._\n\nimport org.http4s.dsl._\n\n\/**\n  *\n  * @author <NAME>, https:\/\/github.com\/lorandszakacs\n  * @since 26 Jun 2018\n  *\n  *\/\nfinal class UserRoutes[F[_]](\n  private val userAlgebra: UserAlgebra[F]\n)(implicit\n  val F:                   Async[F]\n) extends Http4sDsl[F] with UserRoutesJSON {\n\n  private val userRestRoutes: AuthCtxRoutes[F] = AuthCtxRoutes[F] {\n    case GET -> Root \/ \"user\" \/ LongVar(userID) as user =>\n      for {\n        resp <- Ok(userAlgebra.findUser(UserID(userID))(user))\n      } yield resp\n  }\n\n  val authedRoutes: AuthCtxRoutes[F] = userRestRoutes\n\n}\n"}
{"repo_name":"DavidBuzatu-Marian\/pure-movie-server-fork","path":"pms-utils\/db-config\/src\/main\/scala\/pms\/db\/config\/DatabaseConfig.scala","text":"package pms.db.config\n\nimport busymachines.pureharm.db.DBConnectionConfig\nimport busymachines.pureharm.db.flyway.FlywayConfig\nimport pms.config._\nimport pms.effects.Sync\n\n\/**\n  * @author <NAME>, <EMAIL>\n  * @since 28\/06\/2018\n  *\/\nfinal case class DatabaseConfig(\n  connection: DBConnectionConfig,\n  flyway:     Option[FlywayConfig],\n  forceClean: Boolean\n)\n\nobject DatabaseConfig extends ConfigLoader[DatabaseConfig] {\n  implicit override def configReader: ConfigReader[DatabaseConfig] = semiauto.deriveReader[DatabaseConfig]\n  override def default[F[_]: Sync]: F[DatabaseConfig] = this.load[F](\"pms.db\")\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/auto\/AutoMapping.scala","text":"<reponame>essentiale\/mapping\npackage essentiale.mapping.auto\n\nimport essentiale.mapping.{GeneratedMapping, GeneratedRecursiveMapping, Mapping}\n\nimport scala.language.experimental.macros\n\n\/**\n * @author <NAME>\n *\/\n\n\/**\n * Trait to extend to generate mapping from <code>S<\/code> class to <code>T<\/code> class with using of custom rules.\n * Class <code>T<\/code> should be a case class.\n *\n * To complete this trait you should define val <code>rules<\/code> like this:\n * <code>\n *   val rules: S => T = build(\n *        mapping(_.someField)(_.specialField),\n *        mapping(_.anotherField)(_ => \"Special value\")\n *      )\n * <\/code>\n * Target field should always be specified if form _.nameOfField. Source expression could be any function from S to target field type.\n *\n * Default generation of fields not specified in <code>rules<\/code> make by searching field in source class with the same name and\n * assignment compatible type. Fields with types that could be converted to target field type via Mapping implicit is also acceptable\n * by default. But it is possible to override this behavior by mixing special traits to your mapper:\n *\n * <ul>\n * <li><code>AllowedEmptyOptionalMapping<\/code> - Allow Option field in target class without corresponding field in source class. It will be filled with None value<\/li>\n * <li><code>AllowedEmptyDefaultsMapping<\/code> - Allow field with default value in target class without corresponding field in source class. It will be filled with default value<\/li>\n * <li><code>AllowImplicitConversionsMappingOption<\/code> - Allow conversion of source field type to target field type by implicit conversions<\/li>\n * <li><code>DisabledImplicitMappingsMapping<\/code> - Disallow conversion of source field type to target field type by Mapping implicit<\/li>\n * <\/ul>\n *\n * Mapping with this options could be defined like this:\n * <code>\n *   val mapping = new AutoMapping[Source, Target] with AllowedEmptyOptionalMapping {\n *      val rules: Source => Target = build(\n *        mapping(_.a)(_.b)\n *      )\n *    }\n * <\/code>\n *\n * Another way of change generation behavior is to define corresponding implicits in scope of rule definition. Previous example could be rewritten as:\n * <code>\n *   implicit val option: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n *   val mapping = new AutoMapping[Source, Target] {\n *      val rules: Source => Target = build(\n *        mapping(_.a)(_.b)\n *      )\n *    }\n * <\/code>\n *\/\ntrait AutoMapping[S, T] extends Mapping[S, T] with AutoMappingHelper {\n\n  \/**\n   * Map source class to target.\n   *\n   * @param source source class.\n   * @return target class.\n   *\/\n  override def map(source: S): T = rules(source)\n\n  \/**\n   * val field that should be implemented to generate mapping.\n   * Implemented field should always be in form:\n   * <code> build(mapping(..)(..),mapping(..)(..), ...)<\/code>\n   *\/\n  val rules: S => T\n\n  protected def mapping[V](target: T => V)(source: S => V): MappingRuleAssignment[S, T, V] = MappingRuleAssignment(source)\n\n  protected def build(rules: MappingRule[S, T]*): S => T = macro AutoMappingMacro.buildMappingWithRules[S, T]\n\n}\n\n\/**\n * Trait to extend to generate mapping from <code>S<\/code> class to <code>T<\/code> class with using of custom rules.\n * Class <code>T<\/code> should be a case class.\n * Unlike <code>AutoMapping<code> this trait could generate mapping recursively for case classes included other case classes field that need mapping.\n *\n * To complete this trait you should define val <code>rules<\/code> like this:\n * <code>\n *   val rules: S => T = build(\n *        mapping(_.someField)(_.specialField),\n *        mapping(_.subClass.subField)(_ => \"Special value\")\n *      )\n * <\/code>\n * Target field should always be specified if form _.nameOfField. For fields in nested case classes full path should be used. Source expression could be any function from S to target field type.\n *\n * Default generation of fields not specified in <code>rules<\/code> make by searching field in source class with the same name and\n * assignment compatible type. Fields with types that could be converted to target field type via Mapping implicit is also acceptable\n * by default. But it is possible to override this behavior by mixing special traits to your mapper:\n *\n * <ul>\n * <li><code>AllowedEmptyOptionalMapping<\/code> - Allow Option field in target class without corresponding field in source class. It will be filled with None value<\/li>\n * <li><code>AllowedEmptyDefaultsMapping<\/code> - Allow field with default value in target class without corresponding field in source class. It will be filled with default value<\/li>\n * <li><code>AllowImplicitConversionsMappingOption<\/code> - Allow conversion of source field type to target field type by implicit conversions<\/li>\n * <li><code>DisabledImplicitMappingsMapping<\/code> - Disallow conversion of source field type to target field type by Mapping implicit<\/li>\n * <\/ul>\n *\n * Mapping with this options could be defined like this:\n * <code>\n *   val mapping = new AutoMappingRecursive[Source, Target] with AllowedEmptyOptionalMapping {\n *      val rules: Source => Target = build(\n *        mapping(_.a)(_.b)\n *      )\n *    }\n * <\/code>\n *\n * Another way of change generation behavior is to define corresponding implicits in scope of rule definition. Previous example could be rewritten as:\n * <code>\n *   implicit val option: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n *   val mapping =  AutoMappingRecursive[Source, Target] {\n *      val rules: Source => Target = build(\n *        mapping(_.a)(_.b)\n *      )\n *    }\n * <\/code>\n *\/\ntrait AutoMappingRecursive[S, T] extends Mapping[S, T] with AutoMappingHelper {\n\n  \/**\n   * Map source class to target.\n   *\n   * @param source source class.\n   * @return target class.\n   *\/\n  override def map(source: S): T = rules(source)\n\n  \/**\n   * val field that should be implemented to generate mapping.\n   * Implemented field should always be in form:\n   * <code> build(mapping(..)(..),mapping(..)(..), ...)<\/code>\n   *\/\n  val rules: S => T\n\n  protected def mapping[V](target: T => V)(source: S => V): MappingRuleAssignment[S, T, V] = MappingRuleAssignment(source)\n\n  protected def build(rules: MappingRule[S, T]*): S => T = macro AutoMappingMacro.buildMappingRecursiveWithRules[S, T]\n\n}\n\ntrait AutoMappingHelper {\n\n  protected def useAllowEmptyOptionsMappingOption(implicit opt: AllowEmptyOptionalMappingOption): Boolean              = true\n  protected def useAllowEmptyDefaultsMappingOption(implicit opt: AllowEmptyDefaultsMappingOption): Boolean             = true\n  protected def useAllowImplicitConversionsMappingOption(implicit opt: AllowImplicitConversionsMappingOption): Boolean = true\n  protected def useDisableImplicitMappingsMappingOption(implicit opt: DisableImplicitMappingsMappingOption): Boolean   = true\n\n}\n\n\/**\n * Intermediate class to autogenerate mappings from class <code>S<\/code>.\n *\n * @param source instance of source class\n *\/\nprivate[mapping] class PartialMapping[S](val source: S) {\n\n  \/**\n   * Automatically maps source class to target case class <code>T<\/code>\n   *\n   * @return target instance\n   *\/\n  def to[T](implicit m: GeneratedMapping[S, T]): T = m.map(source)\n\n  \/**\n   * Automatically maps source class to target case class <code>T<\/code>\n   * Unlike method <code>to[T]<\/code> it could map classes with nested classes if it is possible to generate mapping for them\n   *\n   * @return target instance\n   *\/\n  def recursiveTo[T](implicit m: GeneratedRecursiveMapping[S, T]): T = m.map(source)\n}\n\nobject AutoMapping {\n\n  \/**\n   * Method that automatically generates mapping from source class <code>S<\/code> to target case class <code>T<\/code>\n   * @return generated mapping\n   *\/\n  def generate[S, T]: Mapping[S, T] = macro AutoMappingMacro.buildMapping[S, T]\n\n  \/**\n   * Method that automatically generates mapping from source class <code>S<\/code> to target case class <code>T<\/code>\n   * Unlike method <code>generate[S, T]<\/code> it could map classes with nested classes if it is possible to generate mapping for them\n   * @return generated mapping\n   *\/\n  def generateRecursive[S, T]: Mapping[S, T] = macro AutoMappingMacro.buildMappingRecursive[S, T]\n\n  \/**\n   * Generate mapping from source class <code>S<\/code>. Target class specified by methods <code>to[T]<\/code> or <code>recursiveTo[T]<\/code>\n   * @param source instance of\n   * @return intermediate class for specifying target class\n   *\/\n  def map[S](source: S): PartialMapping[S] = new PartialMapping[S](source)\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/DefaultMappingImplicits.scala","text":"<filename>main\/src\/main\/scala\/essentiale\/mapping\/DefaultMappingImplicits.scala\npackage essentiale.mapping\n\nimport scala.collection.BuildFrom\nimport scala.collection.generic.{IsIterableOnce, IsSeq}\n\n\/**\n * Default implicits for Mapping trait for Map collections and other container types.\n *\n * @author <NAME>\n *\/\nclass AuxIterableOnce[M, E](val value: IsIterableOnce[M] { type A = E })\n\nobject AuxIterableOnce {\n\n  implicit def auxIterableOnce[M](implicit aux: IsIterableOnce[M]): AuxIterableOnce[M, aux.A] = new AuxIterableOnce[M, aux.A](aux)\n\n}\n\ntrait MappingImplicits {\n\n  protected def optionMappingImplicit[S, T](implicit m: Mapping[S, T]): Mapping[Option[S], Option[T]] =\n    source => source.map(m.map)\n\n  protected def seqMappingImplicit[S, T, C1, C2](\n    implicit seqS: AuxIterableOnce[C1, S],\n    seqT: AuxIterableOnce[C2, T],\n    m: Mapping[S, T],\n    b: BuildFrom[C1, T, C2]\n  ): Mapping[C1, C2] = source => b.fromSpecific(source)(seqS.value(source).iterator.map(m.map))\n\n  protected def eitherMappingImplicit[A1, B1, A2, B2](\n    implicit m1: Mapping[A1, A2],\n    m2: Mapping[B1, B2]\n  ): Mapping[Either[A1, B1], Either[A2, B2]] = {\n    case Left(value)  => Left(m1.map(value))\n    case Right(value) => Right(m2.map(value))\n  }\n\n  protected def tuple1MappingImplicit[S1, T1](implicit m1: Mapping[S1, T1]): Mapping[Tuple1[S1], Tuple1[T1]] = source =>\n    Tuple1(m1.map(source._1))\n\n  protected def tuple2MappingImplicit[S1, S2, T1, T2](\n    implicit m1: Mapping[S1, T1],\n    m2: Mapping[S2, T2]\n  ): Mapping[Tuple2[S1, S2], Tuple2[T1, T2]] =\n    source => Tuple2(m1.map(source._1), m2.map(source._2))\n\n}\n\ntrait DefaultMappingImplicits extends MappingImplicits {\n\n  implicit def identMapping[T]: Mapping[T, T] = source => source\n\n  implicit def optionMapping[S, T](implicit m: Mapping[S, T]): Mapping[Option[S], Option[T]] = optionMappingImplicit\n\n  implicit def seqMapping[S, T, C1, C2](\n    implicit seqS: AuxIterableOnce[C1, S],\n    seqT: AuxIterableOnce[C2, T],\n    m: Mapping[S, T],\n    b: BuildFrom[C1, T, C2]\n  ): Mapping[C1, C2] = seqMappingImplicit\n\n  implicit def eitherMapping[A1, B1, A2, B2](implicit m1: Mapping[A1, A2], m2: Mapping[B1, B2]): Mapping[Either[A1, B1], Either[A2, B2]] =\n    eitherMappingImplicit\n\n  implicit def tuple1Mapping[S1, T1](implicit m1: Mapping[S1, T1]): Mapping[Tuple1[S1], Tuple1[T1]] = tuple1MappingImplicit\n\n  implicit def tuple2Mapping[S1, S2, T1, T2](implicit m1: Mapping[S1, T1], m2: Mapping[S2, T2]): Mapping[Tuple2[S1, S2], Tuple2[T1, T2]] =\n    tuple2MappingImplicit\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"test\/src\/test\/scala\/essentiale\/test\/mapping\/GeneratedMappingTest.scala","text":"<filename>test\/src\/test\/scala\/essentiale\/test\/mapping\/GeneratedMappingTest.scala<gh_stars>0\npackage essentiale.test.mapping\n\nimport essentiale.mapping.Mapping\nimport essentiale.mapping.auto._\nimport org.scalatest._\nimport org.scalatest.flatspec.AnyFlatSpecLike\nimport org.scalatest.matchers.should.Matchers\n\n\/**\n * @author <NAME>\n *\/\nclass GeneratedMappingTest extends AnyFlatSpecLike with BeforeAndAfter with BeforeAndAfterAll with Matchers {\n\n  behavior of \"Default auto mapping\"\n\n  it should \"map empty case class\" in {\n\n    case class Source()\n\n    case class Target()\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source()) shouldBe Target()\n  }\n\n  it should \"map one field case class\" in {\n\n    case class Source(a: Int)\n\n    case class Target(a: Int)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(4)) shouldBe Target(4)\n  }\n\n  it should \"map two field case class\" in {\n\n    case class Source(a: Int, b: String, c: Boolean)\n\n    case class Target(a: Int, b: String)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(2, \"str\", c = true)) shouldBe Target(2, \"str\")\n  }\n\n  it should \"map two field case class in mixed order\" in {\n\n    case class Source(c: Boolean, b: String, a: Int)\n\n    case class Target(a: Int, b: String)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(c = true, \"str\", 2)) shouldBe Target(2, \"str\")\n  }\n\n  it should \"map assignable but not equal types\" in {\n\n    trait Base\n\n    case class Child(age: Int) extends Base\n\n    case class Source(person: Child, b: String)\n\n    case class Target(person: Base, b: String)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(Child(8), \"str\")) shouldBe Target(Child(8), \"str\")\n  }\n\n  it should \"not compile when field is missing\" in {\n\n    case class IncompleteSource(b: String)\n\n    case class CompleteSource(a: Int, b: String)\n\n    case class Target(a: Int, b: String)\n\n    \"val mapping = AutoMapping.generate[IncompleteSource, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CompleteSource, Target]\" should compile\n  }\n\n  it should \"not compile when field is incompatible\" in {\n\n    case class IncorrectSource(a: Boolean, b: String)\n\n    case class CorrectSource(a: Int, b: String)\n\n    case class Target(a: Int, b: String)\n\n    \"val mapping = AutoMapping.generate[IncorrectSource, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CorrectSource, Target]\" should compile\n  }\n\n  behavior of \"Default values\"\n\n  it should \"not compile if field with default value is missing\" in {\n    case class IncorrectSource(b: String)\n\n    case class CorrectSource(a: Int, b: String)\n\n    case class Target(a: Int = 5, b: String)\n\n    \"val mapping = AutoMapping.generate[IncorrectSource, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CorrectSource, Target]\" should compile\n  }\n\n  it should \"map with absent field with default value if allowed\" in {\n    case class Source(b: String)\n\n    case class Target(a: Int = 5, b: String)\n\n    implicit val opt: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(\"Hello\")) shouldBe Target(5, \"Hello\")\n  }\n\n  it should \"map with several absent fields with default value if allowed\" in {\n    case class Source(b: String, c: Int)\n\n    case class Target(a: Int = 5, b: String, c: Int, d: Boolean = false)\n\n    implicit val opt: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(\"Hello\", 8)) shouldBe Target(5, \"Hello\", 8)\n  }\n\n  behavior of \"Option fields\"\n\n  it should \"not compile if Option field is missing\" in {\n    case class IncorrectSource(b: String)\n\n    case class CorrectSource(a: Option[Int], b: String)\n\n    case class Target(a: Option[Int], b: String)\n\n    \"val mapping = AutoMapping.generate[IncorrectSource, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CorrectSource, Target]\" should compile\n  }\n\n  it should \"map with absent Option field if allowed\" in {\n    case class Source(b: String)\n\n    case class Target(a: Option[Int], b: String)\n\n    implicit val opt: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(\"Hello\")) shouldBe Target(None, \"Hello\")\n  }\n\n  it should \"map with several absent Option field if allowed\" in {\n    case class Source(b: String, d: Int)\n\n    case class Target(a: Option[Int], b: String, c: Option[Boolean], d: Int)\n\n    implicit val opt: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(\"Hello\", 5)) shouldBe Target(None, \"Hello\", None, 5)\n  }\n\n  it should \"prefer default value over Option when both allowed\" in {\n    case class Source(b: String)\n\n    case class Target(a: Option[Int], b: String, c: Boolean = true, d: Option[String] = Some(\"Good\"))\n\n    implicit val opt1: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n    implicit val opt2: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(\"Hello\")) shouldBe Target(None, \"Hello\", c = true, Some(\"Good\"))\n  }\n\n  behavior of \"implicit conversions\"\n\n  it should \"not compile when field is assignable via implicit conversion\" in {\n    case class FromDef(i: Int)\n    case class FromFunc(j: Int)\n    case class To(k: Int)\n\n    case class IncorrectSource1(a: FromDef, b: String)\n    case class IncorrectSource2(a: FromFunc, b: String)\n    case class CorrectSource(a: To, b: String)\n\n    case class Target(a: To, b: String)\n\n    implicit def convertFromDef(from: FromDef): To = To(from.i)\n    implicit def convertFromFunc: FromFunc => To   = source => To(source.j)\n\n    \/\/ Just work around unused implicit warning\n    val r1: To = FromDef(2)\n    r1 shouldBe To(2)\n    val r2: To = FromFunc(2)\n    r2 shouldBe To(2)\n\n    \"val mapping = AutoMapping.generate[IncorrectSource1, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[IncorrectSource2, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CorrectSource, Target]\" should compile\n  }\n\n  it should \"compile when field is assignable via implicit def conversion if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, b: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit def convertFromDef(src: SubSource): SubTarget  = SubTarget(src.i)\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(SubSource(6), \"str\")) shouldBe Target(SubTarget(6), \"str\")\n  }\n\n  it should \"compile when field is assignable via implicit func conversion if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, b: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val convertFromDef: SubSource => SubTarget     = src => SubTarget(src.i)\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(SubSource(6), \"str\")) shouldBe Target(SubTarget(6), \"str\")\n  }\n\n  behavior of \"Mapping implicits\"\n\n  it should \"not compile when field is assignable via implicit Mapping if disabled\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class IncorrectSource(a: SubSource, b: String)\n    case class CorrectSource(a: SubTarget, b: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i)\n    implicit val opt: DisableImplicitMappingsMappingOption = DisableImplicitMappingsMappingOption\n\n    \/\/ Workaround unused implicit warning\n    opt shouldBe DisableImplicitMappingsMappingOption\n    subMapping.map(SubSource(5)) shouldBe SubTarget(5)\n\n    \"val mapping = AutoMapping.generate[IncorrectSource, Target]\" shouldNot compile\n    \"val mapping = AutoMapping.generate[CorrectSource, Target]\" should compile\n  }\n\n  it should \"compile when field is assignable via implicit Mapping if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, b: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(SubSource(2), \"str\")) shouldBe Target(SubTarget(2), \"str\")\n  }\n\n  it should \"prefer implicit Mapping over implicit conversion when both allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, b: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i + 10)\n    implicit val subConversion: SubSource => SubTarget     = source => SubTarget(source.i)\n    implicit def subConvert(src: SubSource): SubTarget     = SubTarget(src.i)\n\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    \/\/ Workaround unused implicit warning\n    subConversion(SubSource(5)) shouldBe SubTarget(5)\n    subConvert(SubSource(5)) shouldBe SubTarget(5)\n\n    val mapping = AutoMapping.generate[Source, Target]\n    mapping.map(Source(SubSource(2), \"str\")) shouldBe Target(SubTarget(12), \"str\")\n  }\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/auto\/MappingGenerator.scala","text":"<reponame>essentiale\/mapping<gh_stars>0\npackage essentiale.mapping.auto\n\nimport essentiale.mapping.{GeneratedMapping, GeneratedRecursiveMapping, Mapping}\n\nimport scala.collection.generic.IsIterableOnce\nimport scala.collection.{mutable, BuildFrom}\nimport scala.reflect.macros.blackbox\n\n\/**\n * @author <NAME>\n *\/\nclass MappingGenerator(val c: blackbox.Context) {\n\n  import c.universe._\n\n  private abstract sealed class MappingGenerationError\n\n  private case class FieldAbsentError(fromTpe: c.Type, toTpe: c.Type, fieldName: String, ruleName: String) extends MappingGenerationError {\n\n    override def toString: String =\n      s\"Mapping from $fromTpe to $toTpe could not be generated. Field $fieldName has no corresponding field in source class and rule for _.$ruleName not found.\"\n\n  }\n\n  private case class FieldNonConvertibleError(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    fieldName: String,\n    fieldFromTpe: c.Type,\n    fieldToTpe: c.Type,\n    cause: Option[MappingGenerationError] = None\n  ) extends MappingGenerationError {\n\n    override def toString: String = {\n      val causeStr = cause.map(error => s\" due to the following reason:\\n${error.toString}\").getOrElse(\".\")\n      s\"Mapping from $fromTpe to $toTpe could not be generated. Field $fieldName could not be converted from $fieldFromTpe to $fieldToTpe$causeStr\"\n    }\n\n  }\n\n  private case class TypeNonConvertibleError(fromTpe: c.Type, toTpe: c.Type) extends MappingGenerationError {\n\n    override def toString: String = {\n      s\"Could not find mapping from $fromTpe to $toTpe.\"\n    }\n\n  }\n\n  private case class TargetNotCaseClassError(tpe: c.Type) extends MappingGenerationError {\n\n    override def toString: String =\n      s\"Mapping to type $tpe could not be generated. Only case classes with visible primary constructor are supported.\"\n\n  }\n\n  def buildMapping[S: c.WeakTypeTag, T: c.WeakTypeTag]: c.Tree = {\n    val mapping = buildMappingInternal[S, T](Map.empty, q\"${TermName(\"$mapping_src\")}\", recursive = false)\n    val result  = q\"\"\"\n        new ${typeOf[Mapping[_, _]].typeSymbol}[${weakTypeOf[S]}, ${weakTypeOf[T]}] {\n            protected def useAllowEmptyOptionsMappingOption(implicit opt: ${typeOf[AllowEmptyOptionalMappingOption]}): Boolean = true\n            protected def useAllowEmptyDefaultsMappingOption(implicit opt: ${typeOf[AllowEmptyDefaultsMappingOption]}): Boolean = true\n            protected def useAllowImplicitConversionsMappingOption(implicit opt: ${typeOf[AllowImplicitConversionsMappingOption]}): Boolean = true\n            protected def useDisableImplicitMappingsMappingOption(implicit opt: ${typeOf[DisableImplicitMappingsMappingOption]}): Boolean = true\n            override def map($$mapping_src: ${weakTypeOf[S]}): ${weakTypeOf[T]} = $mapping\n        }\n       \"\"\"\n    result\n  }\n\n  def buildMappingRecursive[S: c.WeakTypeTag, T: c.WeakTypeTag]: c.Tree = {\n    val mapping = buildMappingInternal[S, T](Map.empty, q\"${TermName(\"$mapping_src\")}\", recursive = true)\n    val result  = q\"\"\"\n        new ${typeOf[Mapping[_, _]].typeSymbol}[${weakTypeOf[S]}, ${weakTypeOf[T]}] {\n            protected def useAllowEmptyOptionsMappingOption(implicit opt: ${typeOf[AllowEmptyOptionalMappingOption]}): Boolean = true\n            protected def useAllowEmptyDefaultsMappingOption(implicit opt: ${typeOf[AllowEmptyDefaultsMappingOption]}): Boolean = true\n            protected def useAllowImplicitConversionsMappingOption(implicit opt: ${typeOf[AllowImplicitConversionsMappingOption]}): Boolean = true\n            protected def useDisableImplicitMappingsMappingOption(implicit opt: ${typeOf[DisableImplicitMappingsMappingOption]}): Boolean = true\n            override def map($$mapping_src: ${weakTypeOf[S]}): ${weakTypeOf[T]} = $mapping\n        }\n       \"\"\"\n    result\n  }\n\n  def mapInline[S: c.WeakTypeTag, T: c.WeakTypeTag]: c.Tree = {\n    val mapping = buildMappingInternal[S, T](Map.empty, q\"${TermName(\"$mapping_src\")}\", recursive = false)\n    val result  = q\"\"\"\n        new ${typeOf[GeneratedMapping[_, _]].typeSymbol}[${weakTypeOf[S]}, ${weakTypeOf[T]}] {\n            protected def useAllowEmptyOptionsMappingOption(implicit opt: ${typeOf[AllowEmptyOptionalMappingOption]}): Boolean = true\n            protected def useAllowEmptyDefaultsMappingOption(implicit opt: ${typeOf[AllowEmptyDefaultsMappingOption]}): Boolean = true\n            protected def useAllowImplicitConversionsMappingOption(implicit opt: ${typeOf[AllowImplicitConversionsMappingOption]}): Boolean = true\n            protected def useDisableImplicitMappingsMappingOption(implicit opt: ${typeOf[DisableImplicitMappingsMappingOption]}): Boolean = true\n            override def map($$mapping_src: ${weakTypeOf[S]}): ${weakTypeOf[T]} = $mapping\n        }\n       \"\"\"\n    result\n  }\n\n  def mapInlineRecursive[S: c.WeakTypeTag, T: c.WeakTypeTag]: c.Tree = {\n    val mapping = buildMappingInternal[S, T](Map.empty, q\"${TermName(\"$mapping_src\")}\", recursive = true)\n    val result  = q\"\"\"\n        new ${typeOf[GeneratedRecursiveMapping[_, _]].typeSymbol}[${weakTypeOf[S]}, ${weakTypeOf[T]}] {\n            protected def useAllowEmptyOptionsMappingOption(implicit opt: ${typeOf[AllowEmptyOptionalMappingOption]}): Unit = {}\n            protected def useAllowEmptyDefaultsMappingOption(implicit opt: ${typeOf[AllowEmptyDefaultsMappingOption]}): Unit = {}\n            protected def useAllowImplicitConversionsMappingOption(implicit opt: ${typeOf[AllowImplicitConversionsMappingOption]}): Unit = {}\n            protected def useDisableImplicitMappingsMappingOption(implicit opt: ${typeOf[DisableImplicitMappingsMappingOption]}): Unit = {}\n            override def map($$mapping_src: ${weakTypeOf[S]}): ${weakTypeOf[T]} = $mapping\n        }\n       \"\"\"\n    result\n  }\n\n  def buildMappingWithRules[S: c.WeakTypeTag, T: c.WeakTypeTag](rules: c.Expr[MappingRule[S, T]]*): c.Tree = {\n    val mappings: mutable.Map[String, c.Tree] = mutable.Map()\n    for (rule <- rules) {\n      rule.tree match {\n        case q\"$_.this.mapping[$_]($setter)($getter)\" =>\n          setter match {\n            case Function(_, Select(Ident(_), fieldName)) =>\n              val name = fieldName.decodedName.toString\n              if (mappings.isDefinedAt(name)) {\n                c.abort(rule.tree.pos, s\"Duplicate mapping rule for field: $name\")\n              } else {\n                mappings.put(name, getter.asInstanceOf[c.Tree])\n              }\n            case _                                        =>\n              c.abort(rule.tree.pos, \"For building mapping rule you should specify target field as _.someField\")\n          }\n        case _                                        =>\n          c.abort(c.enclosingPosition, s\"Unknown mapping rule: ${rule.tree}\")\n      }\n    }\n    val mapping = buildMappingInternal[S, T](mappings.toMap, q\"${TermName(\"$mapping_src\")}\", recursive = false)\n    val result = q\"($$mapping_src => $mapping)\"\n    result\n  }\n\n  def buildMappingRecursiveWithRules[S: c.WeakTypeTag, T: c.WeakTypeTag](rules: c.Expr[MappingRule[S, T]]*): c.Tree = {\n    val mappings: mutable.Map[String, c.Tree] = mutable.Map()\n    for (rule <- rules) {\n      rule.tree match {\n        case q\"$_.this.mapping[$_]($setter)($getter)\" =>\n          setter match {\n            case Function(_, tree) =>\n              val name = extractSelector(tree, rule.tree.pos).mkString(\".\")\n              if (mappings.isDefinedAt(name)) {\n                c.abort(rule.tree.pos, s\"Duplicate mapping rule for field: $name\")\n              } else {\n                mappings.put(name, getter.asInstanceOf[c.Tree])\n              }\n            case _                 =>\n              c.abort(rule.tree.pos, \"For building mapping rule you should specify target field as _.someField\")\n          }\n        case _                                        =>\n          c.abort(c.enclosingPosition, s\"Unknown mapping rule: ${rule.tree}\")\n      }\n    }\n    val mapping = buildMappingInternal[S, T](mappings.toMap, q\"${TermName(\"$mapping_src\")}\", recursive = true)\n    val result = q\"($$mapping_src => $mapping)\"\n    result\n  }\n\n  private def buildMappingInternal[S: c.WeakTypeTag, T: c.WeakTypeTag](\n    mappings: Map[String, c.Tree],\n    sourceVariableName: c.Tree,\n    recursive: Boolean\n  ): c.Tree = {\n    val unusedRules = mutable.Set.from(mappings.keySet)\n    val options     = readMappingOptions\n\n    buildClassMapping(\n      weakTypeOf[S],\n      weakTypeOf[T],\n      mappings,\n      sourceVariableName,\n      options,\n      recursive,\n      Seq.empty,\n      unusedRules\n    ) match {\n      case Left(error)    =>\n        c.abort(c.enclosingPosition, error.toString)\n      case Right(mapping) =>\n        for (rule <- unusedRules) {\n          c.warning(mappings(rule).pos, s\"Mapping rule for $rule field is not used.\")\n        }\n        val result = q\"\"\"\n        ${buildMacroImplicitUsage(options)}\n        $mapping\n       \"\"\"\n        result\n    }\n  }\n\n  private def buildClassMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    mappings: Map[String, c.Tree],\n    sourceVariableName: c.Tree,\n    options: AutoMappingOptions,\n    recursive: Boolean,\n    targetPrefix: Seq[String],\n    unusedRules: mutable.Set[String]\n  ): Either[MappingGenerationError, c.Tree] = {\n    getCaseClassConstructor(toTpe) match {\n      case Some(targetConstructor) =>\n        val targetConstructorSite = targetConstructor.typeSignatureIn(toTpe)\n        targetConstructorSite.paramLists.head\n          .map(x =>\n            makeArgument(\n              x,\n              fromTpe,\n              toTpe,\n              x.typeSignatureIn(targetConstructorSite),\n              mappings,\n              options,\n              fromTpe,\n              sourceVariableName,\n              recursive,\n              targetPrefix,\n              unusedRules\n            )\n          )\n          .partitionMap(identity) match {\n          case (Nil, args)          => Right(q\"new $toTpe(..${args.flatten})\")\n          case (firstError :: _, _) => Left(firstError)\n        }\n      case None                    =>\n        Left(TargetNotCaseClassError(toTpe))\n    }\n  }\n\n  private def makeArgument(\n    arg: c.Symbol,\n    sourceClassTpe: c.Type,\n    targetClassTpe: c.Type,\n    toTpe: c.Type,\n    mappings: Map[String, c.Tree],\n    options: AutoMappingOptions,\n    sourceType: c.Type,\n    sourceVariableName: c.Tree,\n    recursive: Boolean,\n    targetPrefix: Seq[String],\n    unusedRules: mutable.Set[String]\n  ): Either[MappingGenerationError, Option[c.Tree]] = {\n    val fieldName = (targetPrefix :+ arg.name.decodedName.toString).mkString(\".\")\n    mappings.get(fieldName) match {\n      case Some(value) =>\n        unusedRules.remove(fieldName)\n        Right(Some(q\"${TermName(arg.name.decodedName.toString)} = $value($$mapping_src)\"))\n      case None        =>\n        sourceType.members\n          .filter(field => field.isMethod && field.asMethod.paramLists.isEmpty && field.asMethod.isPublic)\n          .find(_.name.decodedName.toString == arg.name.decodedName.toString) match {\n          case Some(value) =>\n            val fromTpe = value.asMethod.returnType.asSeenFrom(sourceType, sourceType.typeSymbol)\n            mapTypeRecursive(\n              fromTpe,\n              toTpe,\n              mappings,\n              options,\n              q\"$sourceVariableName.$value\",\n              targetPrefix :+ arg.name.decodedName.toString,\n              unusedRules,\n              fieldName,\n              recursive\n            )\n              .map { tree =>\n                Some(q\"${TermName(arg.name.decodedName.toString)} = $tree\")\n              }\n              .left\n              .map { cause =>\n                println(cause)\n                FieldNonConvertibleError(sourceClassTpe, targetClassTpe, fieldName, fromTpe, toTpe, Some(cause))\n              }\n          case None        =>\n            if (arg.asTerm.isParamWithDefault && options.allowEmptyDefaults) {\n              Right(None)\n            } else if (arg.typeSignature.typeSymbol == typeOf[Option[_]].typeSymbol && options.allowEmptyOptional) {\n              Right(Some(q\"${TermName(arg.name.decodedName.toString)} = None\"))\n            } else {\n              Left(FieldAbsentError(sourceClassTpe, targetClassTpe, arg.name.decodedName.toString, fieldName))\n            }\n        }\n    }\n  }\n\n  private def mapTypeRecursive(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    mappings: Map[String, c.Tree],\n    options: AutoMappingOptions,\n    sourceVariableName: c.Tree,\n    targetPrefix: Seq[String],\n    unusedRules: mutable.Set[String],\n    fieldName: String,\n    recursive: Boolean\n  ): Either[MappingGenerationError, c.Tree] = {\n    tryEqualTypeMapping(fromTpe, toTpe, sourceVariableName)\n      .orElse(tryImplicitTypeMapping(fromTpe, toTpe, sourceVariableName, options))\n      .orElse(tryAssignableTypeMapping(fromTpe, toTpe, sourceVariableName, options))\n      .orElse(\n        tryCaseClassTypeMapping(fromTpe, toTpe, sourceVariableName, mappings, targetPrefix, unusedRules, options, recursive)\n      )\n      .orElse(tryOptionTypeMapping(fromTpe, toTpe, sourceVariableName, targetPrefix, options, fieldName, recursive))\n      .orElse(tryEitherTypeMapping(fromTpe, toTpe, sourceVariableName, targetPrefix, options, fieldName, recursive))\n      .orElse(tryIterableTypeMapping(fromTpe, toTpe, sourceVariableName, targetPrefix, options, fieldName, recursive))\n      .getOrElse(Left(TypeNonConvertibleError(fromTpe, toTpe)))\n  }\n\n  private def tryEqualTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (fromTpe.=:=(toTpe)) {\n      Some(Right(q\"$sourceVariableName\"))\n    } else {\n      None\n    }\n  }\n\n  private def tryImplicitTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    options: AutoMappingOptions\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    val implicitMapping = if (options.allowImplicitMappings) {\n      val mappingType = appliedType(typeOf[Mapping[_, _]], fromTpe, toTpe)\n      c.inferImplicitValue(mappingType)\n    } else {\n      EmptyTree\n    }\n    if (implicitMapping.nonEmpty) {\n      Some(Right(q\"$implicitMapping.map($sourceVariableName)\"))\n    } else {\n      None\n    }\n  }\n\n  private def tryAssignableTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    options: AutoMappingOptions\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (isAssignable(fromTpe, toTpe, options)) {\n      Some(Right(q\"$sourceVariableName\"))\n    } else {\n      None\n    }\n  }\n\n  private def tryCaseClassTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    mappings: Map[String, c.Tree],\n    targetPrefix: Seq[String],\n    unusedRules: mutable.Set[String],\n    options: AutoMappingOptions,\n    recursive: Boolean\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (recursive && fromTpe.typeSymbol.isClass && toTpe.typeSymbol.isClass && toTpe.typeSymbol.asClass.isCaseClass) {\n      Some(\n        buildClassMapping(\n          fromTpe,\n          toTpe,\n          mappings,\n          q\"$sourceVariableName\",\n          options,\n          recursive = true,\n          targetPrefix,\n          unusedRules\n        )\n      )\n    } else {\n      None\n    }\n  }\n\n  private def tryOptionTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    targetPrefix: Seq[String],\n    options: AutoMappingOptions,\n    fieldName: String,\n    recursive: Boolean\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (recursive && fromTpe.typeSymbol == typeOf[Option[_]].typeSymbol && toTpe.typeSymbol == typeOf[Option[_]].typeSymbol) {\n      val freeName = c.freshName\n      Some(\n        mapTypeRecursive(\n          fromTpe.typeArgs.head,\n          toTpe.typeArgs.head,\n          Map.empty,\n          options,\n          q\"${TermName(freeName)}\",\n          targetPrefix,\n          mutable.Set.empty,\n          fieldName,\n          recursive\n        ).map { subTree =>\n          q\"$sourceVariableName.map(${makeLambdaArgument(freeName)} => $subTree)\"\n        }\n      )\n    } else {\n      None\n    }\n  }\n\n  private def tryEitherTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    targetPrefix: Seq[String],\n    options: AutoMappingOptions,\n    fieldName: String,\n    recursive: Boolean\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (\n      recursive &&\n      fromTpe.baseClasses.contains(typeOf[Either[_, _]].typeSymbol) && toTpe.baseClasses.contains(typeOf[Either[_, _]].typeSymbol)\n    ) {\n      val leftEitherType       = typeOf[Either[_, _]].typeSymbol.asClass.typeParams.head.asType.toType\n      val rightEitherType      = typeOf[Either[_, _]].typeSymbol.asClass.typeParams.tail.head.asType.toType\n      val fromLeftElementType  = leftEitherType.asSeenFrom(fromTpe, typeOf[Either[_, _]].typeSymbol)\n      val fromRightElementType = rightEitherType.asSeenFrom(fromTpe, typeOf[Either[_, _]].typeSymbol)\n      val toLeftElementType    = leftEitherType.asSeenFrom(toTpe, typeOf[Either[_, _]].typeSymbol)\n      val toRightElementType   = rightEitherType.asSeenFrom(toTpe, typeOf[Either[_, _]].typeSymbol)\n      val tpt                  = tq\"\"\n      val leftParamName        = c.freshName\n      val leftParam            = q\"val ${TermName(leftParamName)}: $tpt\"\n      val rightParamName       = c.freshName\n      val rightParam           = q\"val ${TermName(rightParamName)}: $tpt\"\n      Some(for {\n        leftSubTree  <- mapTypeRecursive(\n                          fromLeftElementType,\n                          toLeftElementType,\n                          Map.empty,\n                          options,\n                          q\"${TermName(leftParamName)}\",\n                          targetPrefix,\n                          mutable.Set.empty,\n                          fieldName,\n                          recursive\n                        )\n        rightSubTree <- mapTypeRecursive(\n                          fromRightElementType,\n                          toRightElementType,\n                          Map.empty,\n                          options,\n                          q\"${TermName(rightParamName)}\",\n                          targetPrefix,\n                          mutable.Set.empty,\n                          fieldName,\n                          recursive\n                        )\n      } yield q\"\"\"$sourceVariableName.map($rightParam => $rightSubTree).left.map($leftParam => $leftSubTree)\"\"\")\n    } else {\n      None\n    }\n  }\n\n  private def tryIterableTypeMapping(\n    fromTpe: c.Type,\n    toTpe: c.Type,\n    sourceVariableName: c.Tree,\n    targetPrefix: Seq[String],\n    options: AutoMappingOptions,\n    fieldName: String,\n    recursive: Boolean\n  ): Option[Either[MappingGenerationError, c.Tree]] = {\n    if (recursive) {\n      val fromIsIterable = findIterableOnce(fromTpe)\n      val toIsIterable   = findIterableOnce(toTpe)\n      (fromIsIterable, toIsIterable) match {\n        case (Some((fromElemTpe, fromIterableOnceImplicit)), Some((toElemTpe, toIterableOnceImplicit))) =>\n          val buildFromImplicit = c.inferImplicitValue(appliedType(typeOf[BuildFrom[_, _, _]], fromTpe, toElemTpe, toTpe))\n          if (fromIterableOnceImplicit.nonEmpty && toIterableOnceImplicit.nonEmpty && buildFromImplicit.nonEmpty) {\n            val freeName      = c.freshName\n            val freeParamName = c.freshName\n            val tpt           = tq\"\"\n            val param         = q\"val ${TermName(freeParamName)}: $tpt\"\n            Some(\n              mapTypeRecursive(\n                fromElemTpe,\n                toElemTpe,\n                Map.empty,\n                options,\n                q\"${TermName(freeParamName)}\",\n                targetPrefix,\n                mutable.Set.empty,\n                fieldName,\n                recursive\n              )\n                .map { subTree =>\n                  q\"\"\" {\n             val ${TermName(freeName)} = $sourceVariableName\n             $buildFromImplicit.fromSpecific(${TermName(freeName)})($fromIterableOnceImplicit.apply(${TermName(freeName)}).iterator.map($param => $subTree))\n           }\n        \"\"\"\n                }\n            )\n          } else {\n            None\n          }\n        case _                                                                                          =>\n          None\n      }\n    } else {\n      None\n    }\n  }\n\n  private def findIterableOnce(tpe: c.Type): Option[(c.Type, c.Tree)] = {\n    val elementType = if (tpe.baseClasses.contains(typeOf[IterableOnce[_]].typeSymbol)) {\n      val iterableElementType = typeOf[IterableOnce[_]].typeSymbol.asClass.typeParams.head.asType.toType\n      Some(iterableElementType.asSeenFrom(tpe, typeOf[IterableOnce[_]].typeSymbol))\n    } else if (tpe.baseClasses.contains(typeOf[Array[_]].typeSymbol)) {\n      val arrayElementType = typeOf[Array[_]].typeSymbol.asClass.typeParams.head.asType.toType\n      Some(arrayElementType.asSeenFrom(tpe, typeOf[Array[_]].typeSymbol))\n    } else {\n      None\n    }\n    elementType.flatMap { elTpe =>\n      val iterableOnceImplicit = c.inferImplicitValue(appliedType(typeOf[IsIterableOnce[_]], tpe))\n      if (iterableOnceImplicit.isEmpty)\n        None\n      else\n        Some((elTpe, iterableOnceImplicit))\n    }\n  }\n\n  private def makeLambdaArgument(freeName: String): c.Tree = {\n    val tpt = tq\"\"\n    q\"val ${TermName(freeName)}: $tpt\"\n  }\n\n  private def isAssignable(fromTpe: c.Type, toTpe: c.Type, options: AutoMappingOptions): Boolean = {\n    if (fromTpe <:< toTpe) {\n      true\n    } else if (options.allowImplicitConversions && c.inferImplicitValue(appliedType(typeOf[_ => _], fromTpe, toTpe)).nonEmpty) {\n      true\n    } else if (options.allowImplicitConversions && c.inferImplicitView(EmptyTree, fromTpe, toTpe).nonEmpty) {\n      true\n    } else {\n      false\n    }\n  }\n\n  private def readMappingOptions: AutoMappingOptions = {\n    val allowEmptyOptional       = c.inferImplicitValue(c.universe.typeOf[AllowEmptyOptionalMappingOption]).nonEmpty\n    val allowEmptyDefaults       = c.inferImplicitValue(c.universe.typeOf[AllowEmptyDefaultsMappingOption]).nonEmpty\n    val allowImplicitConversions = c.inferImplicitValue(c.universe.typeOf[AllowImplicitConversionsMappingOption]).nonEmpty\n    val allowImplicitMappings    = c.inferImplicitValue(c.universe.typeOf[DisableImplicitMappingsMappingOption]).isEmpty\n    AutoMappingOptions(allowEmptyOptional, allowEmptyDefaults, allowImplicitConversions, allowImplicitMappings)\n  }\n\n  private def buildMacroImplicitUsage(options: AutoMappingOptions): c.Tree = {\n    val opt1 =\n      if (options.allowEmptyOptional)\n        q\"scala.Predef.assert(useAllowEmptyOptionsMappingOption)\"\n      else\n        EmptyTree\n    val opt2 =\n      if (options.allowEmptyDefaults)\n        q\"scala.Predef.assert(useAllowEmptyDefaultsMappingOption)\"\n      else\n        EmptyTree\n    val opt3 =\n      if (options.allowImplicitConversions)\n        q\"scala.Predef.assert(useAllowImplicitConversionsMappingOption)\"\n      else\n        EmptyTree\n    val opt4 =\n      if (!options.allowImplicitMappings)\n        q\"scala.Predef.assert(useDisableImplicitMappingsMappingOption)\"\n      else\n        EmptyTree\n    if (opt1.isEmpty && opt2.isEmpty && opt3.isEmpty && opt4.isEmpty)\n      EmptyTree\n    else\n      q\"\"\"\n        $opt1\n        $opt2\n        $opt3\n        $opt4\n       \"\"\"\n  }\n\n  private def extractSelector(tree: c.Tree, pos: c.Position): Seq[String] = {\n    tree match {\n      case Ident(_)                   => Seq.empty\n      case Select(subtree, fieldName) =>\n        val name = fieldName.decodedName.toString\n        extractSelector(subtree, pos) :+ name\n      case _                          =>\n        c.abort(pos, s\"For building mapping rule you should specify target field as _.someField.\")\n    }\n  }\n\n  private def getCaseClassConstructor(tpe: c.Type): Option[c.universe.MethodSymbol] = {\n    if (!tpe.typeSymbol.isClass)\n      None\n    else if (!tpe.typeSymbol.asClass.isCaseClass)\n      None\n    else {\n      tpe.decls.collectFirst {\n        case method: MethodSymbol if method.isPrimaryConstructor => method\n      }\n    }\n  }\n\n}\n\nprivate case class AutoMappingOptions(\n  allowEmptyOptional: Boolean,\n  allowEmptyDefaults: Boolean,\n  allowImplicitConversions: Boolean,\n  allowImplicitMappings: Boolean\n)\n"}
{"repo_name":"essentiale\/mapping","path":"project\/plugins.sbt","text":"credentials += Credentials(Path.userHome \/ \".sbt\" \/ \"0.13\" \/ \"sonatype.sbt\")\n\naddSbtPlugin(\"com.github.sbt\" % \"sbt-pgp\" % \"2.1.2\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.10\")"}
{"repo_name":"essentiale\/mapping","path":"test\/src\/test\/scala\/essentiale\/test\/mapping\/MappingWithRulesTest.scala","text":"<gh_stars>0\npackage essentiale.test.mapping\n\nimport essentiale.mapping.Mapping\nimport essentiale.mapping.auto._\nimport org.scalatest._\nimport org.scalatest.flatspec.AnyFlatSpecLike\nimport org.scalatest.matchers.should.Matchers\n\n\/**\n * @author <NAME>\n *\/\nclass MappingWithRulesTest extends AnyFlatSpecLike with BeforeAndAfter with BeforeAndAfterAll with Matchers {\n\n  behavior of \"Generating mapper with rules\"\n\n  it should \"generate empty mapper\" in {\n    case class Source()\n    case class Target()\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n      )\n    }\n\n    mapper.map(Source()) shouldBe Target()\n  }\n\n  it should \"generate mapper with missing fields\" in {\n    case class Source(c: Int)\n    case class Target(a: Int, b: String)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.a)(_.c + 2),\n        mapping(_.b)(_ => \"value\")\n      )\n    }\n\n    mapper.map(Source(5)) shouldBe Target(7, \"value\")\n  }\n\n  it should \"generate mapper with missing and existing fields\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\n\n    mapper.map(Source(5)) shouldBe Target(5, \"value\")\n  }\n\n  it should \"generate mapper with alternative target field specification\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(x => x.b)(_ => \"value\")\n      )\n    }\n\n    mapper.map(Source(5)) shouldBe Target(5, \"value\")\n  }\n\n  it should \"not generate mapper with absent fields without rule\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String, c: Boolean)\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" shouldNot compile\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\"),\n        mapping(_.c)(_ => true)\n      )\n    }\"\"\" should compile\n\n  }\n\n  it should \"not generate mapper with duplicate field rules\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" should compile\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\"),\n        mapping(_.b)(_ => \"another\")\n      )\n    }\"\"\" shouldNot compile\n\n  }\n\n  it should \"not generate mapper with incompatible field types\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => 4)\n      )\n    }\"\"\" shouldNot compile\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" should compile\n\n  }\n\n  it should \"not generate mapper with absent target fields\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.d)(_ => \"value\"),\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" shouldNot compile\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" should compile\n\n  }\n\n  it should \"not generate mapper with illegal target fields specification\" in {\n    case class Source(a: Int)\n    case class Target(a: Int, b: String)\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_ => \"asd\")(_ => \"value\")\n      )\n    }\"\"\" shouldNot compile\n\n    \"\"\"val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_ => \"value\")\n      )\n    }\"\"\" should compile\n\n  }\n\n  behavior of \"Default value\"\n\n  it should \"not compile if field with default value is missing\" in {\n    case class IncorrectSource(d: String)\n\n    case class CorrectSource(a: Int, d: String)\n\n    case class Target(a: Int = 5, b: String)\n\n    \"\"\"val mapper: Mapping[CorrectSource, Target] = new AutoMapping[CorrectSource, Target] {\n            val rules: CorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" should compile\n\n    \"\"\"val mapper: Mapping[IncorrectSource, Target] = new AutoMapping[IncorrectSource, Target] {\n            val rules: IncorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n  }\n\n  it should \"map with absent field with default value if allowed\" in {\n    case class Source(d: String)\n\n    case class Target(a: Int = 5, b: String)\n\n    implicit val opt: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(\"Hello\")) shouldBe Target(5, \"Hello\")\n  }\n\n  it should \"map with several absent fields with default value if allowed\" in {\n    case class Source(bb: String, c: Int)\n\n    case class Target(a: Int = 5, b: String, c: Int, d: Boolean = false)\n\n    implicit val opt: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.bb)\n      )\n    }\n    mapper.map(Source(\"Hello\", 8)) shouldBe Target(5, \"Hello\", 8)\n  }\n\n  it should \"map with absent field with default value if allowed via trait\" in {\n    case class Source(d: String)\n\n    case class Target(a: Int = 5, b: String)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] with AllowedEmptyDefaultsMapping {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(\"Hello\")) shouldBe Target(5, \"Hello\")\n  }\n\n  behavior of \"Option fields\"\n\n  it should \"not compile if Option field is missing\" in {\n    case class IncorrectSource(d: String)\n\n    case class CorrectSource(a: Option[Int], d: String)\n\n    case class Target(a: Option[Int], b: String)\n\n    \"\"\"val mapper: Mapping[IncorrectSource, Target] = new AutoMapping[IncorrectSource, Target] {\n            val rules: IncorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n    \"\"\"val mapper: Mapping[CorrectSource, Target] = new AutoMapping[CorrectSource, Target] {\n            val rules: CorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" should compile\n  }\n\n  it should \"map with absent Option field if allowed\" in {\n    case class Source(d: String)\n\n    case class Target(a: Option[Int], b: String)\n\n    implicit val opt: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(\"Hello\")) shouldBe Target(None, \"Hello\")\n  }\n\n  it should \"map with several absent Option field if allowed\" in {\n    case class Source(b: String, k: Int)\n\n    case class Target(a: Option[Int], b: String, c: Option[Boolean], d: Int)\n\n    implicit val opt: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.d)(_.k)\n      )\n    }\n    mapper.map(Source(\"Hello\", 5)) shouldBe Target(None, \"Hello\", None, 5)\n  }\n\n  it should \"prefer default value over Option when both allowed\" in {\n    case class Source(b1: String)\n\n    case class Target(a: Option[Int], b: String, c: Boolean = true, d: Option[String] = Some(\"Good\"))\n\n    implicit val opt1: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n    implicit val opt2: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.b1)\n      )\n    }\n    mapper.map(Source(\"Hello\")) shouldBe Target(None, \"Hello\", c = true, Some(\"Good\"))\n  }\n\n  it should \"map with absent Option field if allowed via trait\" in {\n    case class Source(d: String)\n\n    case class Target(a: Option[Int], b: String)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] with AllowedEmptyOptionalMapping {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(\"Hello\")) shouldBe Target(None, \"Hello\")\n  }\n\n  behavior of \"implicit conversions\"\n\n  it should \"not compile when field is assignable via implicit conversion\" in {\n    case class FromDef(i: Int)\n    case class FromFunc(j: Int)\n    case class To(k: Int)\n\n    case class IncorrectSource1(a: FromDef, d: String)\n    case class IncorrectSource2(a: FromFunc, d: String)\n    case class CorrectSource(a: To, d: String)\n\n    case class Target(a: To, b: String)\n\n    implicit def convertFromDef(from: FromDef): To = To(from.i)\n    implicit def convertFromFunc: FromFunc => To   = source => To(source.j)\n\n    \/\/ Just work around unused implicit warning\n    val r1: To = FromDef(2)\n    r1 shouldBe To(2)\n    val r2: To = FromFunc(2)\n    r2 shouldBe To(2)\n\n    \"\"\"val mapper: Mapping[IncorrectSource1, Target] = new AutoMapping[IncorrectSource1, Target] {\n            val rules: IncorrectSource1 => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n    \"\"\"val mapper: Mapping[IncorrectSource2, Target] = new AutoMapping[IncorrectSource2, Target] {\n            val rules: IncorrectSource2 => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n    \"\"\"val mapper: Mapping[CorrectSource, Target] = new AutoMapping[CorrectSource, Target] {\n            val rules: CorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" should compile\n  }\n\n  it should \"compile when field is assignable via implicit def conversion if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit def convertFromDef(src: SubSource): SubTarget  = SubTarget(src.i)\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(SubSource(6), \"str\")) shouldBe Target(SubTarget(6), \"str\")\n  }\n\n  it should \"compile when field is assignable via implicit func conversion if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val convertFromDef: SubSource => SubTarget     = src => SubTarget(src.i)\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(SubSource(6), \"str\")) shouldBe Target(SubTarget(6), \"str\")\n  }\n\n  it should \"compile when field is assignable via implicit def conversion if allowed via trait\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit def convertFromDef(src: SubSource): SubTarget = SubTarget(src.i)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] with AllowedImplicitConversionsMapping {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(SubSource(6), \"str\")) shouldBe Target(SubTarget(6), \"str\")\n  }\n\n  behavior of \"Mapping implicits\"\n\n  it should \"not compile when field is assignable via implicit Mapping if disabled\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class IncorrectSource(a: SubSource, d: String)\n    case class CorrectSource(a: SubTarget, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i)\n    implicit val opt: DisableImplicitMappingsMappingOption = DisableImplicitMappingsMappingOption\n\n    \/\/ Workaround unused implicit warning\n    opt shouldBe DisableImplicitMappingsMappingOption\n    subMapping.map(SubSource(5)) shouldBe SubTarget(5)\n\n    \"\"\"val mapper: Mapping[IncorrectSource, Target] = new AutoMapping[IncorrectSource, Target] {\n            val rules: IncorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n    \"\"\"val mapper: Mapping[CorrectSource, Target] = new AutoMapping[CorrectSource, Target] {\n            val rules: CorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" should compile\n  }\n\n  it should \"not compile when field is assignable via implicit Mapping if disabled via trait\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class IncorrectSource(a: SubSource, d: String)\n    case class CorrectSource(a: SubTarget, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i)\n\n    \/\/ Workaround unused implicit warning\n    subMapping.map(SubSource(5)) shouldBe SubTarget(5)\n\n    \"\"\"val mapper: Mapping[IncorrectSource, Target] = new AutoMapping[IncorrectSource, Target] with essentiale.mapping.auto.DisabledImplicitMappingsMapping {\n            val rules: IncorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" shouldNot compile\n    \"\"\"val mapper: Mapping[CorrectSource, Target] = new AutoMapping[CorrectSource, Target] with essentiale.mapping.auto.DisabledImplicitMappingsMapping {\n            val rules: CorrectSource => Target = build(\n              mapping(_.b)(_.d)\n            )\n          }\"\"\" should compile\n  }\n\n  it should \"compile when field is assignable via implicit Mapping if allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(SubSource(2), \"str\")) shouldBe Target(SubTarget(2), \"str\")\n  }\n\n  it should \"prefer implicit Mapping over implicit conversion when both allowed\" in {\n    case class SubSource(i: Int)\n    case class SubTarget(k: Int)\n\n    case class Source(a: SubSource, d: String)\n\n    case class Target(a: SubTarget, b: String)\n\n    implicit val subMapping: Mapping[SubSource, SubTarget] = source => SubTarget(source.i + 10)\n    implicit val subConversion: SubSource => SubTarget     = source => SubTarget(source.i)\n    implicit def subConvert(src: SubSource): SubTarget     = SubTarget(src.i)\n\n    implicit val opt: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n\n    \/\/ Workaround unused implicit warning\n    subConversion(SubSource(5)) shouldBe SubTarget(5)\n    subConvert(SubSource(5)) shouldBe SubTarget(5)\n\n    val mapper: Mapping[Source, Target] = new AutoMapping[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(_.d)\n      )\n    }\n    mapper.map(Source(SubSource(2), \"str\")) shouldBe Target(SubTarget(12), \"str\")\n  }\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"test\/src\/test\/scala\/essentiale\/test\/mapping\/RecursiveMappingTest.scala","text":"<gh_stars>0\npackage essentiale.test.mapping\n\nimport essentiale.mapping.Mapping\nimport essentiale.mapping.auto._\nimport org.scalatest._\nimport org.scalatest.flatspec.AnyFlatSpecLike\nimport org.scalatest.matchers.should.Matchers\n\n\/**\n * @author <NAME>\n *\/\nclass RecursiveMappingTest extends AnyFlatSpecLike with BeforeAndAfter with BeforeAndAfterAll with Matchers {\n\n  behavior of \"Recursive generated mapping\"\n\n  it should \"Generate recursive mapping\" in {\n    case class Source(a: Int, b: SubSource1, c: SubSource2, d: Boolean)\n    case class Target(c: SubTarget2, a: Int, b: SubTarget1)\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    case class SubSource2(inner: SubSubSource)\n    case class SubTarget2(inner: SubSubTarget)\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    mapping.map(Source(5, SubSource1(\"str\", 2), SubSource2(SubSubSource(9)), d = true)) shouldBe Target(\n      SubTarget2(SubSubTarget(9)),\n      5,\n      SubTarget1(2, \"str\")\n    )\n  }\n\n  it should \"not Generate recursive mapping by non recursive method\" in {\n    case class Source(a: Int, b: SubSource1, c: SubSource2, d: Boolean)\n    case class Target(c: SubTarget2, a: Int, b: SubTarget1)\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    case class SubSource2(inner: SubSubSource)\n    case class SubTarget2(inner: SubSubTarget)\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int)\n\n    \"val mapping = AutoMapping.generateRecursive[Source, Target]\" should compile\n    \"val mapping = AutoMapping.generate[Source, Target]\" shouldNot compile\n  }\n\n  it should \"Generate recursive mapping inline\" in {\n    case class Source(a: Int, b: SubSource1, c: SubSource2, d: Boolean)\n    case class Target(c: SubTarget2, a: Int, b: SubTarget1)\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    case class SubSource2(inner: SubSubSource)\n    case class SubTarget2(inner: SubSubTarget)\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int)\n\n    AutoMapping.map(Source(5, SubSource1(\"str\", 2), SubSource2(SubSubSource(9)), d = true)).recursiveTo[Target] shouldBe Target(\n      SubTarget2(SubSubTarget(9)),\n      5,\n      SubTarget1(2, \"str\")\n    )\n  }\n\n  it should \"not generate recursive mapping inline with non recursive method\" in {\n    case class Source(a: Int, b: SubSource1, c: SubSource2, d: Boolean)\n    case class Target(c: SubTarget2, a: Int, b: SubTarget1)\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    case class SubSource2(inner: SubSubSource)\n    case class SubTarget2(inner: SubSubTarget)\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int)\n\n    \"\"\"AutoMapping.map(Source(5, SubSource1(\"str\", 2), SubSource2(SubSubSource(9)), d = true)).recursiveTo[Target]\"\"\" should compile\n    \"\"\"AutoMapping.map(Source(5, SubSource1(\"str\", 2), SubSource2(SubSubSource(9)), d = true)).to[Target]\"\"\" shouldNot compile\n  }\n\n  it should \"Generate mapping with rules recursively\" in {\n    case class Source(a: Int, b: SubSource1, c: SubSource2)\n    case class Target(c: SubTarget2, a: Int, b: SubTarget1, d: Boolean)\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, z: String)\n\n    case class SubSource2(inner: SubSubSource)\n    case class SubTarget2(inner: SubSubTarget, a: Int)\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int, b: Int, c: Int)\n\n    val mapper: Mapping[Source, Target] = new AutoMappingRecursive[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.c.inner.b)(_ => 2),\n        mapping(_.c.inner.c)(_.c.inner.i - 2),\n        mapping(_.c.a)(_.a),\n        mapping(_.b.z)(_.b.x),\n        mapping(_.d)(x => x.b.y < x.c.inner.i)\n      )\n    }\n\n    mapper.map(Source(2, SubSource1(\"a\", 7), SubSource2(SubSubSource(9)))) shouldBe Target(\n      SubTarget2(SubSubTarget(9, 2, 7), 2),\n      2,\n      SubTarget1(7, \"a\"),\n      d = true\n    )\n  }\n\n  it should \"mapping rule should have precedence over recursive conversion\" in {\n    case class Source(a: Int, b: SubSource)\n    case class Target(a: Int, b: SubTarget)\n\n    case class SubSource(x: String, y: Int)\n    case class SubTarget(y: Int, x: String)\n\n    val mapper1: Mapping[Source, Target] = new AutoMappingRecursive[Source, Target] {\n      val rules: Source => Target = build(\n        mapping(_.b)(x => SubTarget(x.b.y, \"Good\"))\n      )\n    }\n\n    val mapper2: Mapping[Source, Target] = new AutoMappingRecursive[Source, Target] {\n      val rules: Source => Target = build(\n      )\n    }\n\n    mapper1.map(Source(2, SubSource(\"Bad\", 7))) shouldBe Target(2, SubTarget(7, \"Good\"))\n    mapper2.map(Source(2, SubSource(\"Bad\", 7))) shouldBe Target(2, SubTarget(7, \"Bad\"))\n\n  }\n\n  it should \"Generate recursive mapping including Option[_]\" in {\n    case class Source(a: Int, b: SubSource1, c: Option[SubSource2], d: Boolean)\n    case class Target(c: Option[SubTarget2], a: Int, b: SubTarget1)\n\n    case class SubSource1(x: String, y: Option[Int])\n    case class SubTarget1(y: Option[Int], x: String)\n\n    case class SubSource2(inner: Option[Option[SubSubSource]])\n    case class SubTarget2(inner: Option[Option[SubSubTarget]])\n\n    case class SubSubSource(i: Int)\n    case class SubSubTarget(i: Int)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    mapping.map(Source(5, SubSource1(\"str\", Some(2)), Some(SubSource2(Some(Some(SubSubSource(9))))), d = true)) shouldBe Target(\n      Some(SubTarget2(Some(Some(SubSubTarget(9))))),\n      5,\n      SubTarget1(Some(2), \"str\")\n    )\n  }\n\n  it should \"Generate recursive mapping including Seq[_]\" in {\n    case class Source(a: Int, b: Seq[Int], c: Seq[SubSource1], d: Boolean)\n    case class Target(c: Seq[SubTarget1], a: Int, b: Seq[Int])\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    mapping.map(Source(5, Seq(2, 3, 4), Seq(SubSource1(\"str\", 2), SubSource1(\"x\", 4)), d = true)) shouldBe Target(\n      Seq(SubTarget1(2, \"str\"), SubTarget1(4, \"x\")),\n      5,\n      Seq(2, 3, 4)\n    )\n  }\n\n  it should \"Generate recursive mapping including Array[_]\" in {\n    case class Source(a: Int, b: Array[Int], c: Array[SubSource1], d: Boolean)\n    case class Target(c: Array[SubTarget1], a: Int, b: Array[Int])\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    val result  = mapping.map(Source(5, Array(2, 3, 4), Array(SubSource1(\"str\", 2), SubSource1(\"x\", 4)), d = true))\n    result.a shouldBe 5\n    result.b.toSeq shouldBe Seq(2, 3, 4)\n    result.c.toSeq shouldBe Seq(SubTarget1(2, \"str\"), SubTarget1(4, \"x\"))\n  }\n\n  it should \"Generate recursive mapping including Map[_]\" in {\n    case class Source(a: Int, b: Map[Int, SubSource1], c: Map[SubSource1, String], d: Boolean)\n    case class Target(c: Map[SubTarget1, String], a: Int, b: Map[Int, SubTarget1])\n\n    case class SubSource1(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    mapping.map(\n      Source(5, Map(2 -> SubSource1(\"a\", 0)), Map(SubSource1(\"str\", 2) -> \"r\", SubSource1(\"x\", 4) -> \"t\"), d = true)\n    ) shouldBe Target(\n      Map(SubTarget1(2, \"str\") -> \"r\", SubTarget1(4, \"x\") -> \"t\"),\n      5,\n      Map(2                    -> SubTarget1(0, \"a\"))\n    )\n  }\n\n  it should \"Generate recursive mapping including Either[_]\" in {\n    case class Source(a: Int, b: Either[Int, SubSource1], c: Either[SubSource2, SubSource3], d: Boolean)\n    case class Target(c: Either[SubTarget2, SubTarget3], a: Int, b: Either[Int, SubTarget1])\n\n    case class SubSource1(x: String, y: Int)\n    case class SubSource2(x: String, y: Int)\n    case class SubSource3(x: String, y: Int)\n    case class SubTarget1(y: Int, x: String)\n    case class SubTarget2(y: Int, x: String)\n    case class SubTarget3(y: Int, x: String)\n\n    val mapping = AutoMapping.generateRecursive[Source, Target]\n    mapping.map(\n      Source(5, Left(3), Right(SubSource3(\"str\", 2)), d = true)\n    ) shouldBe Target(\n      Right(SubTarget3(2, \"str\")),\n      5,\n      Left(3)\n    )\n  }\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"build.sbt","text":"name := \"mapping\"\n\nval projectOrganization = \"io.github.essentiale\"\nval projectVersion      = \"1.0.4\"\nval projectHomepage     = Some(url(\"https:\/\/github.com\/essentiale\/mapping\"))\nval projectScmInfo      = Some(ScmInfo(url(\"https:\/\/github.com\/essentiale\/mapping\"), \"<EMAIL>:essentiale\/mapping.git\"))\nval projectDevelopers   = List(Developer(\"Volchik\", \"Volchik\", \"<EMAIL>\", url(\"https:\/\/github.com\/essentiale\")))\nval projectLicense      = (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\n\nlazy val `mapping` = project\n  .in(file(\".\"))\n  .settings(organization := projectOrganization)\n  .settings(homepage := projectHomepage)\n  .settings(version := projectVersion)\n  .settings(scmInfo := projectScmInfo)\n  .settings(developers := projectDevelopers)\n  .settings(licenses += projectLicense)\n  .settings(publish \/ skip := true)\n  .settings(scalaVersion := \"2.13.2\")\n  .aggregate(\n    `essentiale-mapping-main`,\n    `essentiale-mapping-test`\n  )\n\nlazy val `essentiale-mapping-test` = project\n  .in(file(\"test\"))\n  .settings(name := \"mapping-test\")\n  .settings(organization := projectOrganization)\n  .settings(homepage := projectHomepage)\n  .settings(version := projectVersion)\n  .settings(scmInfo := projectScmInfo)\n  .settings(developers := projectDevelopers)\n  .settings(licenses += projectLicense)\n  .settings(publish \/ skip := true)\n  .settings(scalacOptions += \"-Ywarn-macros:after\")\n  .settings(scalaVersion := \"2.13.2\")\n  .dependsOn(`essentiale-mapping-main`)\n  .settings(libraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.2.9\")\n\nlazy val `essentiale-mapping-main` = project\n  .in(file(\"main\"))\n  .settings(publishMavenStyle := true)\n  .settings(publishTo := sonatypePublishTo.value)\n  .settings(sonatypeCredentialHost := \"s01.oss.sonatype.org\")\n  .settings(sonatypeRepository := \"https:\/\/s01.oss.sonatype.org\/service\/local\")\n  .settings(name := \"mapping\")\n  .settings(scalaVersion := \"2.13.2\")\n  .settings(organization := projectOrganization)\n  .settings(homepage := projectHomepage)\n  .settings(version := projectVersion)\n  .settings(scmInfo := projectScmInfo)\n  .settings(developers := projectDevelopers)\n  .settings(licenses += projectLicense)\n  .settings(libraryDependencies += \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value)\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/GeneratedMapping.scala","text":"package essentiale.mapping\n\nimport essentiale.mapping.auto.AutoMappingMacro\n\nimport scala.language.experimental.macros\n\n\/**\n * @author <NAME>\n *\/\n\ntrait GeneratedMapping[S, T] {\n  def map(source: S): T\n}\n\nobject GeneratedMapping {\n\n  implicit def generatedMapping[S, T]: GeneratedMapping[S, T] = macro AutoMappingMacro.mapInline[S, T]\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/GeneratedRecursiveMapping.scala","text":"<reponame>essentiale\/mapping\npackage essentiale.mapping\n\nimport essentiale.mapping.auto.AutoMappingMacro\n\nimport scala.language.experimental.macros\n\n\/**\n * @author <NAME>\n *\/\ntrait GeneratedRecursiveMapping[S, T] {\n  def map(source: S): T\n}\n\nobject GeneratedRecursiveMapping {\n\n  implicit def generatedRecursiveMapping[S, T]: GeneratedRecursiveMapping[S, T] = macro AutoMappingMacro.mapInlineRecursive[S, T]\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/Mapping.scala","text":"package essentiale.mapping\n\n\/**\n * @author <NAME>\n *\/\n\n\/**\n * Mapping from <code>S<\/code> class to <code>T<\/code>. Class <code>T<\/code> should be a case class.\n *\/\ntrait Mapping[S, T] {\n\n  \/**\n   * Map source class to target.\n   *\n   * @param source source class.\n   * @return target class.\n   *\/\n  def map(source: S): T\n}\n\nobject Mapping {\n\n  \/**\n   * Summon implicit <code>Mapping[S, T]<\/code>\n   *\/\n  def apply[S, T](implicit m: Mapping[S, T]): Mapping[S, T] = m\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/auto\/AutoMappingOptions.scala","text":"<filename>main\/src\/main\/scala\/essentiale\/mapping\/auto\/AutoMappingOptions.scala\npackage essentiale.mapping.auto\n\n\/**\n * @author <NAME>\n *\/\ntrait AllowEmptyOptionalMappingOption\n\nobject AllowEmptyOptionalMappingOption extends AllowEmptyOptionalMappingOption\n\ntrait AllowedEmptyOptionalMapping {\n  implicit val allowEmptyOptionalMappingOption: AllowEmptyOptionalMappingOption = AllowEmptyOptionalMappingOption\n}\n\ntrait AllowEmptyDefaultsMappingOption\nobject AllowEmptyDefaultsMappingOption extends AllowEmptyDefaultsMappingOption\n\ntrait AllowedEmptyDefaultsMapping {\n  implicit val allowEmptyDefaultsMappingOption: AllowEmptyDefaultsMappingOption = AllowEmptyDefaultsMappingOption\n}\n\ntrait AllowImplicitConversionsMappingOption\nobject AllowImplicitConversionsMappingOption extends AllowImplicitConversionsMappingOption\n\ntrait AllowedImplicitConversionsMapping {\n  implicit val allowImplicitConversionsMappingOption: AllowImplicitConversionsMappingOption = AllowImplicitConversionsMappingOption\n}\n\ntrait DisableImplicitMappingsMappingOption\nobject DisableImplicitMappingsMappingOption extends DisableImplicitMappingsMappingOption\n\ntrait DisabledImplicitMappingsMapping {\n  implicit val disableImplicitMappingsMappingOption: DisableImplicitMappingsMappingOption = DisableImplicitMappingsMappingOption\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/auto\/AutoMappingMacro.scala","text":"<reponame>essentiale\/mapping\npackage essentiale.mapping.auto\n\nimport scala.reflect.macros.blackbox\n\n\/**\n * @author <NAME>\n *\/\nobject AutoMappingMacro {\n\n  def buildMapping[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context): c.Tree = {\n    new MappingGenerator(c).buildMapping[S, T].asInstanceOf[c.Tree]\n  }\n\n  def buildMappingRecursive[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context): c.Tree = {\n    new MappingGenerator(c).buildMappingRecursive[S, T].asInstanceOf[c.Tree]\n  }\n\n  def mapInline[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context): c.Tree = {\n    new MappingGenerator(c).mapInline[S, T].asInstanceOf[c.Tree]\n  }\n\n  def mapInlineRecursive[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context): c.Tree = {\n    new MappingGenerator(c).mapInlineRecursive[S, T].asInstanceOf[c.Tree]\n  }\n\n  def buildMappingWithRules[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context)(rules: c.Expr[MappingRule[S, T]]*): c.Tree = {\n    val generator = new MappingGenerator(c)\n    generator.buildMappingWithRules[S, T](rules.map(_.asInstanceOf[generator.c.Expr[MappingRule[S, T]]]): _*).asInstanceOf[c.Tree]\n  }\n\n  def buildMappingRecursiveWithRules[S: c.WeakTypeTag, T: c.WeakTypeTag](c: blackbox.Context)(rules: c.Expr[MappingRule[S, T]]*): c.Tree = {\n    val generator = new MappingGenerator(c)\n    generator.buildMappingRecursiveWithRules[S, T](rules.map(_.asInstanceOf[generator.c.Expr[MappingRule[S, T]]]): _*).asInstanceOf[c.Tree]\n  }\n\n}\n"}
{"repo_name":"essentiale\/mapping","path":"test\/src\/test\/scala\/essentiale\/test\/mapping\/DefaultMappingTest.scala","text":"<filename>test\/src\/test\/scala\/essentiale\/test\/mapping\/DefaultMappingTest.scala\npackage essentiale.test.mapping\n\nimport essentiale.mapping.{DefaultMappingImplicits, Mapping}\nimport org.scalatest.flatspec.AnyFlatSpecLike\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.{BeforeAndAfter, BeforeAndAfterAll}\n\nimport scala.collection.immutable.TreeMap\n\n\/**\n * @author <NAME>\n *\/\nclass DefaultMappingTest extends AnyFlatSpecLike with BeforeAndAfter with BeforeAndAfterAll with Matchers with DefaultMappingImplicits {\n\n  behavior of \"Default mappings\"\n\n  case class A(field: String)\n  case class B(field: String)\n  implicit val baseMapping: Mapping[A, B] = source => B(source.field)\n\n  it should \"convert to itself\" in {\n    Mapping[A, A].map(A(\"Hello\")) shouldBe A(\"Hello\")\n  }\n\n  it should \"convert Option[_]\" in {\n    Mapping[Option[A], Option[B]].map(None) shouldBe None\n    Mapping[Option[A], Option[B]].map(Some(A(\"Hello\"))) shouldBe Some(B(\"Hello\"))\n  }\n\n  it should \"convert Seq[_]\" in {\n    Mapping[Seq[A], Seq[B]].map(Seq(A(\"Hello\"))) shouldBe Seq(B(\"Hello\"))\n  }\n\n  it should \"convert Array[_]\" in {\n    Mapping[Array[A], Array[B]].map(Array(A(\"Hello\"))) shouldBe Array(B(\"Hello\"))\n  }\n\n  it should \"convert Map[String, _]\" in {\n    Mapping[Map[String, A], Map[String, B]].map(Map(\"1\" -> A(\"Hello\"))) shouldBe Map(\"1\" -> B(\"Hello\"))\n  }\n\n  it should \"convert TreeMap[String, _]\" in {\n    Mapping[TreeMap[String, A], TreeMap[String, B]].map(TreeMap(\"1\" -> A(\"Hello\"))) shouldBe TreeMap(\"1\" -> B(\"Hello\"))\n  }\n\n  it should \"convert Map with converting keys\" in {\n    implicit val keyMapping: Mapping[Int, String] = _.toString\n    Mapping[Map[Int, A], Map[String, B]].map(Map(1 -> A(\"Hello\"))) shouldBe Map(\"1\" -> B(\"Hello\"))\n  }\n}\n"}
{"repo_name":"essentiale\/mapping","path":"main\/src\/main\/scala\/essentiale\/mapping\/auto\/MappingRule.scala","text":"<filename>main\/src\/main\/scala\/essentiale\/mapping\/auto\/MappingRule.scala\npackage essentiale.mapping.auto\n\n\/**\n * @author <NAME>\n *\/\nprivate[mapping] sealed trait MappingRule[S, T]\n\nprivate[mapping] case class MappingRuleAssignment[S, T, V](source: S => V) extends MappingRule[S, T]\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/test\/scala\/com\/wix\/sms\/bulksms\/model\/ResponseParserTest.scala","text":"<filename>libsms-bulksms-common\/src\/test\/scala\/com\/wix\/sms\/bulksms\/model\/ResponseParserTest.scala<gh_stars>1-10\npackage com.wix.sms.bulksms.model\r\n\r\nimport org.specs2.mutable.SpecWithJUnit\r\nimport org.specs2.specification.Scope\r\n\r\nclass ResponseParserTest extends SpecWithJUnit {\r\n  trait Ctx extends Scope {\r\n    val someResponse = Response(\r\n      code = \"some code\",\r\n      description = \"some description\",\r\n      batchId = Some(\"some batch ID\")\r\n    )\r\n\r\n    val parser = new ResponseParser\r\n  }\r\n\r\n  \"stringify and then parse\" should {\r\n    \"yield an object similar to the original one\" in new Ctx {\r\n      val str = parser.stringify(someResponse)\r\n      parser.parse(str) must beEqualTo(someResponse)\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/Booleans.scala","text":"<reponame>wix\/libsms-bulksms\npackage com.wix.sms.bulksms.model\r\n\r\nobject Booleans {\r\n  val `true` = \"1\"\r\n  val `false` = \"0\"\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/ResponseParser.scala","text":"<gh_stars>1-10\npackage com.wix.sms.bulksms.model\r\n\r\nclass ResponseParser {\r\n  def stringify(obj: Response): String = {\r\n    obj.batchId match {\r\n      case Some(batchId) => s\"${obj.code}|${obj.description}|$batchId\\n\"\r\n      case None => s\"${obj.code}|${obj.description}\\n\"\r\n    }\r\n  }\r\n\r\n  def parse(str: String): Response = {\r\n    val parts = str.trim.split(\"\"\"\\|\"\"\")\r\n    parts.length match {\r\n      case 2 => Response(code = parts(0), description = parts(1))\r\n      case 3 => Response(code = parts(0), description = parts(1), batchId = Some(parts(2)))\r\n      case _ => throw new IllegalArgumentException(s\"Unexpected response format: $str\")\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms\/src\/test\/scala\/com\/wix\/sms\/bulksms\/it\/BulksmsSmsGatewayIT.scala","text":"<reponame>wix\/libsms-bulksms\npackage com.wix.sms.bulksms.it\r\n\r\nimport com.google.api.client.http.javanet.NetHttpTransport\r\nimport com.wix.sms.SmsErrorException\r\nimport com.wix.sms.bulksms.model.{RoutingGroups, StatusCodes}\r\nimport com.wix.sms.bulksms.testkit.BulksmsDriver\r\nimport com.wix.sms.bulksms.{BulksmsSmsGateway, Credentials}\r\nimport com.wix.sms.model.{Sender, SmsGateway}\r\nimport org.specs2.mutable.SpecWithJUnit\r\nimport org.specs2.specification.Scope\r\n\r\nclass BulksmsSmsGatewayIT extends SpecWithJUnit {\r\n  private val bulksmsPort = 10004\r\n\r\n  val driver = new BulksmsDriver(port = bulksmsPort)\r\n  step {\r\n    driver.startProbe()\r\n  }\r\n\r\n  sequential\r\n\r\n  trait Ctx extends Scope {\r\n    val requestFactory = new NetHttpTransport().createRequestFactory()\r\n\r\n    val someRoutingGroup = RoutingGroups.standard\r\n    val someCredentials = Credentials(\r\n      username = \"some username\",\r\n      password = \"<PASSWORD>\"\r\n    )\r\n    val someDestPhone = \"+12125551234\"\r\n    val someSender = Sender(\r\n      phone = Some(\"+12125554321\")\r\n    )\r\n    val someText = \"some text\"\r\n    val someMessageId = \"someMessageId\"\r\n\r\n    val bulksms: SmsGateway = new BulksmsSmsGateway(\r\n      requestFactory = requestFactory,\r\n      endpoint = s\"http:\/\/localhost:$bulksmsPort\/\",\r\n      credentials = someCredentials,\r\n      routingGroup = someRoutingGroup\r\n    )\r\n\r\n    driver.resetProbe()\r\n  }\r\n\r\n  \"sendPlain\" should {\r\n    \"successfully yield a message ID on valid request\" in new Ctx {\r\n      driver.aSendFor(\r\n        credentials = someCredentials,\r\n        sender = someSender,\r\n        destPhone = someDestPhone,\r\n        text = someText,\r\n        routingGroup = someRoutingGroup\r\n      ) returns(\r\n          msgId = someMessageId\r\n      )\r\n\r\n      bulksms.sendPlain(\r\n        sender = someSender,\r\n        destPhone = someDestPhone,\r\n        text = someText\r\n      ) must beASuccessfulTry(\r\n        check = ===(someMessageId)\r\n      )\r\n    }\r\n\r\n    \"gracefully fail on insufficient credit\" in new Ctx {\r\n      val insufficientCreditsDescription = \"FAILED_USERCREDITS\"\r\n      driver.aSendFor(\r\n        credentials = someCredentials,\r\n        sender = someSender,\r\n        destPhone = someDestPhone,\r\n        text = someText,\r\n        routingGroup = someRoutingGroup\r\n      ) failsWith (\r\n        code = StatusCodes.insufficientCredits,\r\n        description = insufficientCreditsDescription\r\n      )\r\n\r\n      bulksms.sendPlain(\r\n        sender = someSender,\r\n        destPhone = someDestPhone,\r\n        text = someText\r\n      ) must beAFailedTry.like {\r\n        case e: SmsErrorException => e.message must (contain(StatusCodes.insufficientCredits) and contain(insufficientCreditsDescription))\r\n      }\r\n    }\r\n  }\r\n\r\n  step {\r\n    driver.stopProbe()\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/Fields.scala","text":"<gh_stars>1-10\npackage com.wix.sms.bulksms.model\r\n\r\nobject Fields {\r\n  val username = \"username\"\r\n  val password = \"password\"\r\n  val message = \"message\"\r\n  val msisdn = \"msisdn\"\r\n  val sender = \"sender\"\r\n  val routing_group = \"routing_group\"\r\n  val repliable = \"repliable\"\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/RoutingGroups.scala","text":"<gh_stars>1-10\npackage com.wix.sms.bulksms.model\r\n\r\nobject RoutingGroups {\r\n  val economy = \"1\"\r\n  val standard = \"2\"\r\n  val premium = \"3\"\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/Response.scala","text":"package com.wix.sms.bulksms.model\r\n\r\ncase class Response(code: String, description: String, batchId: Option[String] = None)"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/model\/StatusCodes.scala","text":"package com.wix.sms.bulksms.model\r\n\r\n\/**\r\n * Response status codes.\r\n * @see <a href=\"http:\/\/developer.bulksms.com\/eapi\/submission\/send_sms\/#returns\">Returns<\/a>\r\n *\/\r\nobject StatusCodes {\r\n  \/** A normal message submission, with no error encountered so far. *\/\r\n  val inProgress = \"0\"\r\n  val scheduled = \"1\"\r\n  val internalFatalError = \"22\"\r\n  val authenticationFailure = \"23\"\r\n  val dataValidationFailed = \"24\"\r\n  val insufficientCredits = \"25\"\r\n  val upstreamCreditsNotAvailable = \"26\"\r\n  val dailyQuotaExceeded = \"27\"\r\n  val upstreamQuotaExceeded = \"28\"\r\n  val temporarilyUnavilable = \"40\"\r\n  val maximumBatchSizeExceeded = \"201\"\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/BulksmsHelper.scala","text":"<filename>libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/BulksmsHelper.scala\npackage com.wix.sms.bulksms\r\n\r\nimport com.wix.sms.bulksms.model.{Booleans, Fields}\r\nimport com.wix.sms.model.Sender\r\n\r\nobject BulksmsHelper {\r\n  def createRequestParams(credentials: Credentials, sender: Sender, destPhone: String, text: String, routingGroup: String): Map[String, String] = {\r\n    Map(\r\n      Fields.username -> credentials.username,\r\n      Fields.password -> <PASSWORD>,\r\n      Fields.message -> text,\r\n      Fields.msisdn -> destPhone,\r\n      Fields.sender -> sender.name.getOrElse(sender.phone.orNull),\r\n      Fields.routing_group -> routingGroup,\r\n      Fields.repliable -> Booleans.`false`\r\n    )\r\n  }\r\n\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-testkit\/src\/main\/scala\/com\/wix\/sms\/bulksms\/testkit\/BulksmsDriver.scala","text":"<reponame>wix\/libsms-bulksms\npackage com.wix.sms.bulksms.testkit\r\n\r\nimport java.util.concurrent.atomic.AtomicReference\r\nimport java.util.{List => JList}\r\n\r\nimport akka.http.scaladsl.model._\r\nimport com.google.api.client.http.UrlEncodedParser\r\nimport com.wix.e2e.http.RequestHandler\r\nimport com.wix.e2e.http.client.extractors.HttpMessageExtractors._\r\nimport com.wix.e2e.http.server.WebServerFactory.aMockWebServerWith\r\nimport com.wix.sms.bulksms.model.{StatusCodes, _}\r\nimport com.wix.sms.bulksms.{BulksmsHelper, Credentials}\r\nimport com.wix.sms.model.Sender\r\n\r\nimport scala.collection.JavaConversions._\r\nimport scala.collection.mutable\r\n\r\nclass BulksmsDriver(port: Int) {\r\n  private val delegatingHandler: RequestHandler = { case r: HttpRequest => handler.get().apply(r) }\r\n  private val notFoundHandler: RequestHandler = { case _: HttpRequest => HttpResponse(status = 404) }\r\n\r\n  private val handler = new AtomicReference(notFoundHandler)\r\n\r\n  private val probe = aMockWebServerWith(delegatingHandler).onPort(port).build\r\n  private val responseParser = new ResponseParser\r\n\r\n  def startProbe() {\r\n    probe.start()\r\n  }\r\n\r\n  def stopProbe() {\r\n    probe.stop()\r\n  }\r\n\r\n  def resetProbe() {\r\n    handler.set(notFoundHandler)\r\n  }\r\n\r\n  def aSendFor(credentials: Credentials, sender: Sender, destPhone: String, text: String, routingGroup: String): SendCtx = {\r\n    new SendCtx(\r\n      credentials = credentials,\r\n      sender = sender,\r\n      destPhone = destPhone,\r\n      text = text,\r\n      routingGroup = routingGroup)\r\n  }\r\n\r\n  private def prependHandler(handle: RequestHandler) =\r\n    handler.set(handle orElse handler.get())\r\n\r\n  class SendCtx(credentials: Credentials, sender: Sender, destPhone: String, text: String, routingGroup: String) {\r\n    private val expectedParams = BulksmsHelper.createRequestParams(\r\n      sender = sender,\r\n      destPhone = destPhone,\r\n      text = text,\r\n      credentials = credentials,\r\n      routingGroup = routingGroup\r\n    )\r\n\r\n    def returns(msgId: String): Unit = {\r\n      val response = new Response(\r\n        code = StatusCodes.inProgress,\r\n        description = \"IN_PROGRESS\",\r\n        batchId = Some(msgId)\r\n      )\r\n\r\n      val responseText = responseParser.stringify(response)\r\n      returnText(responseText)\r\n    }\r\n\r\n    def failsWith(code: String, description: String): Unit = {\r\n      val response = new Response(\r\n        code = code,\r\n        description = description\r\n      )\r\n\r\n      val responseText = responseParser.stringify(response)\r\n      returnText(responseText)\r\n    }\r\n\r\n    private def returnText(responseText: String): Unit = {\r\n      prependHandler({\r\n        case HttpRequest(\r\n        HttpMethods.POST,\r\n        Uri.Path(\"\/submission\/send_sms\/2\/2.0\"),\r\n        headers,\r\n        entity,\r\n        _) if isStubbedRequestEntity(entity) => HttpResponse(\r\n          status = 200,\r\n          entity = HttpEntity(ContentTypes.`text\/plain(UTF-8)`, responseText)\r\n        )\r\n      })\r\n    }\r\n\r\n    private def isStubbedRequestEntity(entity: HttpEntity): Boolean = {\r\n      val requestParams = urlDecode(entity.extractAsString)\r\n\r\n      requestParams == expectedParams\r\n    }\r\n\r\n    private def urlDecode(str: String): Map[String, String] = {\r\n      val params = mutable.LinkedHashMap[String, JList[String]]()\r\n      UrlEncodedParser.parse(str, mutableMapAsJavaMap(params))\r\n      params.mapValues( _.head ).toMap\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/Credentials.scala","text":"<filename>libsms-bulksms-common\/src\/main\/scala\/com\/wix\/sms\/bulksms\/Credentials.scala\npackage com.wix.sms.bulksms\r\n\r\ncase class Credentials(username: String, password: String)"}
{"repo_name":"wix\/libsms-bulksms","path":"libsms-bulksms\/src\/main\/scala\/com\/wix\/sms\/bulksms\/BulksmsSmsGateway.scala","text":"package com.wix.sms.bulksms\r\n\r\nimport java.io.IOException\r\n\r\nimport com.google.api.client.http._\r\nimport com.wix.sms.bulksms.model.{ResponseParser, RoutingGroups, StatusCodes}\r\nimport com.wix.sms.model.{Sender, SmsGateway}\r\nimport com.wix.sms.{CommunicationException, SmsErrorException, SmsException}\r\n\r\nimport scala.collection.JavaConversions._\r\nimport scala.concurrent.duration.Duration\r\nimport scala.util.{Failure, Success, Try}\r\n\r\nobject Endpoints {\r\n  val production = \"https:\/\/bulksms.vsms.net\/eapi\/\"\r\n}\r\n\r\nclass BulksmsSmsGateway(requestFactory: HttpRequestFactory,\r\n                        endpoint: String = Endpoints.production,\r\n                        connectTimeout: Option[Duration] = None,\r\n                        readTimeout: Option[Duration] = None,\r\n                        numberOfRetries: Int = 0,\r\n                        credentials: Credentials,\r\n                        routingGroup: String = RoutingGroups.standard) extends SmsGateway {\r\n  private val responseParser = new ResponseParser\r\n\r\n  override def sendPlain(sender: Sender, destPhone: String, text: String): Try[String] = {\r\n    Try {\r\n      \/\/ See http:\/\/developer.bulksms.com\/eapi\/submission\/send_sms\/\r\n      val params = BulksmsHelper.createRequestParams(\r\n        credentials = credentials,\r\n        sender = sender,\r\n        destPhone = destPhone,\r\n        text = text,\r\n        routingGroup = routingGroup\r\n      )\r\n\r\n      val httpRequest = requestFactory.buildPostRequest(\r\n        new GenericUrl(s\"${endpoint}submission\/send_sms\/2\/2.0\"),\r\n        new UrlEncodedContent(mapAsJavaMap(params)))\r\n\r\n      connectTimeout.foreach { duration => httpRequest.setConnectTimeout(duration.toMillis.toInt) }\r\n      readTimeout.foreach { duration => httpRequest.setReadTimeout(duration.toMillis.toInt) }\r\n      httpRequest.setNumberOfRetries(numberOfRetries)\r\n\r\n      val httpResponse = httpRequest.execute()\r\n      val responseText = extractAndCloseResponse(httpResponse)\r\n\r\n      val response = responseParser.parse(responseText)\r\n\r\n      (response.code, response.batchId) match {\r\n        case (StatusCodes.inProgress, Some(batchId)) => batchId\r\n        case (code, _) => throw new SmsErrorException(s\"code = $code, description = ${response.description}\")\r\n      }\r\n    } match {\r\n      case Success(batchId) => Success(batchId)\r\n      case Failure(e: SmsException) => Failure(e)\r\n      case Failure(e: IOException) => Failure(new CommunicationException(e.getMessage, e))\r\n      case Failure(e) => Failure(new SmsErrorException(e.getMessage, e))\r\n    }\r\n  }\r\n\r\n  override def sendUnicode(sender: Sender, destPhone: String, text: String): Try[String] = {\r\n    ???\r\n  }\r\n\r\n  private def extractAndCloseResponse(httpResponse: HttpResponse): String = {\r\n    try {\r\n      httpResponse.parseAsString()\r\n    } finally {\r\n      httpResponse.ignore()\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"viliusl\/ScalaPB","path":"build.sbt","text":"import sbtcrossproject.CrossPlugin.autoImport.{CrossType, crossProject}\nimport com.typesafe.tools.mima.core._\nimport BuildHelper._\nimport Dependencies._\n\n\/\/ Different version for compiler-plugin since >=3.8.0 is not binary\n\/\/ compatible with 3.7.x. When loaded inside SBT (which has its own old\n\/\/ version), the binary incompatibility surfaces.\nval protobufCompilerVersion = \"3.7.1\"\n\nval MimaPreviousVersion = \"0.10.0\"\n\ninThisBuild(\n  List(\n    scalaVersion := Scala212,\n    crossScalaVersions := Seq(Scala212, Scala213),\n    scalacOptions ++= BuildHelper.compilerOptions,\n    javacOptions ++= List(\"-target\", \"8\", \"-source\", \"8\"),\n    organization := \"com.thesamet.scalapb\",\n    resolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\",\n    libraryDependencies ++= silencer\n  )\n)\n\n\/*\nlazy val sharedNativeSettings = List(\n  nativeLinkStubs := true, \/\/ for utest\n  scalaVersion := Scala211,\n  crossScalaVersions := List(Scala211)\n)\n *\/\n\nlazy val root: Project =\n  project\n    .in(file(\".\"))\n    .settings(\n      publishArtifact := false,\n      publish := {},\n      publishLocal := {}\n    )\n    .aggregate(\n      lensesJS,\n      lensesJVM,\n      runtimeJS,\n      runtimeJVM,\n      grpcRuntime,\n      compilerPlugin,\n      compilerPluginShaded,\n      protocGenScala,\n      proptest,\n      scalapbc\n    )\n\nlazy val runtime = crossProject(JSPlatform, JVMPlatform \/*, NativePlatform*\/ )\n  .crossType(CrossType.Full)\n  .in(file(\"scalapb-runtime\"))\n  .dependsOn(lenses)\n  .settings(\n    name := \"scalapb-runtime\",\n    libraryDependencies ++= Seq(\n      scalaCollectionCompat.value,\n      fastparse.value,\n      protobufJava     % \"protobuf\",\n      utest.value      % \"test\",\n      commonsCodec     % \"test\",\n      protobufJavaUtil % \"test\"\n    ),\n    testFrameworks += new TestFramework(\"utest.runner.Framework\"),\n    Compile \/ unmanagedResourceDirectories += baseDirectory.value \/ \"..\/..\/protobuf\",\n    scalacOptions ++= Seq(\n      \"-P:silencer:globalFilters=avaGenerateEqualsAndHash in class .* is deprecated\",\n      \"-P:silencer:lineContentFilters=import scala.collection.compat._\"\n    ),\n    mimaPreviousArtifacts := Set(\"com.thesamet.scalapb\" %% \"scalapb-runtime\" % MimaPreviousVersion),\n    mimaBinaryIssueFilters ++= Seq(\n      ProblemFilters.exclude[DirectMissingMethodProblem](\"*.of\")\n    )\n  )\n  .platformsSettings(JSPlatform \/*, NativePlatform*\/ )(\n    libraryDependencies += protobufRuntimeScala.value,\n    (Compile \/ unmanagedSourceDirectories) += baseDirectory.value \/ \"..\" \/ \"non-jvm\" \/ \"src\" \/ \"main\" \/ \"scala\"\n  )\n  .jvmSettings(\n    \/\/ Add JVM-specific settings here\n    libraryDependencies ++= Seq(\n      protobufJava,\n      scalaTest               % \"test\",\n      scalaTestPlusScalaCheck % \"test\"\n    ),\n    Compile \/ PB.targets ++= Seq(\n      PB.gens.java(versions.protobuf) -> (Compile \/ sourceManaged).value\n    ),\n    Compile \/ PB.protocVersion := \"-v\" + versions.protobuf,\n    Compile \/ PB.protoSources := Seq(\n      baseDirectory.value \/ \"..\" \/ \"..\" \/ \"protobuf\"\n    )\n  )\n  .jsSettings(\n    scalajsSourceMaps,\n    Compile \/ unmanagedResourceDirectories += baseDirectory.value \/ \"..\/..\/third_party\"\n  )\n\/*\n  .nativeSettings(\n    sharedNativeSettings\n  )\n *\/\n\nlazy val runtimeJVM = runtime.jvm\nlazy val runtimeJS  = runtime.js\n\/\/lazy val runtimeNative = runtime.native\n\nlazy val grpcRuntime = project\n  .in(file(\"scalapb-runtime-grpc\"))\n  .dependsOn(runtimeJVM)\n  .settings(\n    name := \"scalapb-runtime-grpc\",\n    libraryDependencies ++= Seq(\n      grpcStub,\n      grpcProtobuf,\n      scalaTest            % \"test\",\n      scalaTestPlusMockito % \"test\",\n      mockitoCore          % \"test\"\n    ),\n    mimaPreviousArtifacts := Set(\n      \"com.thesamet.scalapb\" %% \"scalapb-runtime-grpc\" % MimaPreviousVersion\n    )\n  )\n\nlazy val compilerPlugin = project\n  .in(file(\"compiler-plugin\"))\n  .settings(\n    crossScalaVersions := Seq(Scala212, Scala213),\n    libraryDependencies ++= Seq(\n      scalaCollectionCompat.value,\n      protocGen,\n      \"com.google.protobuf\" % \"protobuf-java\" % protobufCompilerVersion % \"protobuf\",\n      scalaTest             % \"test\",\n      protocJar             % \"test\"\n    ),\n    mimaPreviousArtifacts := Set(\"com.thesamet.scalapb\" %% \"compilerplugin\" % MimaPreviousVersion),\n    mimaBinaryIssueFilters := Seq(\n      ProblemFilters.exclude[MissingTypesProblem](\"scalapb.compiler.ConstructorField$\"),\n      ProblemFilters\n        .exclude[DirectMissingMethodProblem](\"scalapb.compiler.ConstructorField.tupled\"),\n      ProblemFilters\n        .exclude[DirectMissingMethodProblem](\"scalapb.compiler.ConstructorField.curried\"),\n      ProblemFilters\n        .exclude[DirectMissingMethodProblem](\"scalapb.compiler.ProtobufGenerator.escapeString\"),\n      ProblemFilters.exclude[MissingClassProblem](\"scalapb.package\"),\n      ProblemFilters.exclude[MissingClassProblem](\"scalapb.package$\"),\n      ProblemFilters.exclude[MissingClassProblem](\"scalapb.GeneratorOption$Lenses$\"),\n      ProblemFilters.exclude[MissingTypesProblem](\"scalapb.compiler.GeneratorParams$\"),\n      ProblemFilters.exclude[DirectMissingMethodProblem](\"scalapb.compiler.GeneratorParams.tupled\"),\n      ProblemFilters\n        .exclude[DirectMissingMethodProblem](\"scalapb.compiler.GeneratorParams.curried\"),\n      ProblemFilters\n        .exclude[Problem](\"scalapb.compiler.ProtobufGenerator.handleCodeGeneratorRequest\"),\n      ProblemFilters.exclude[Problem](\"scalapb.ScalaPbCodeGenerator*\")\n    ),\n    Compile \/ PB.protocVersion := \"-v\" + protobufCompilerVersion,\n    Compile \/ PB.targets := Seq(\n      PB.gens.java(protobufCompilerVersion) -> (Compile \/ sourceManaged).value \/ \"java_out\"\n    ),\n    Compile \/ PB.protoSources := Seq((Compile \/ resourceManaged).value \/ \"protobuf\"),\n    Compiler.generateVersionFile,\n    Compiler.generateEncodingFile,\n    Compiler.shadeProtoBeforeGenerate\n  )\n\n\/\/ Until https:\/\/github.com\/scalapb\/ScalaPB\/issues\/150 is fixed, we are\n\/\/ publishing compiler-plugin bundled with protoc-bridge, and linked against\n\/\/ shaded protobuf. This is a workaround - this artifact will be removed in\n\/\/ the future.\nlazy val compilerPluginShaded = project\n  .in(file(\"compiler-plugin-shaded\"))\n  .dependsOn(compilerPlugin)\n  .settings(\n    name := \"compilerplugin-shaded\",\n    crossScalaVersions := Seq(Scala212, Scala213),\n    Compiler.shadedLibSettings\n  )\n\nlazy val scalapbc = project\n  .in(file(\"scalapbc\"))\n  .dependsOn(compilerPlugin)\n  .enablePlugins(JavaAppPackaging)\n  .settings(\n    libraryDependencies ++= Seq(\n      coursier,\n      protocJar\n    ),\n    \/** Originally, we had scalapb.ScalaPBC as the only main class. Now when we added scalapb-gen, we start\n      * to take advantage over sbt-native-package ability to create multiple scripts. As a result the name of the\n      * executable it generates became scala-pbc. To avoid breakage we create under the scalapb.scripts the scripts\n      * with the names we would like to feed into scala-native-packager. We keep the original scalapb.ScalaPBC to not\n      * break integrations that use it (maven, pants), but we still want to exclude it below so a script named scala-pbc\n      * is not generated for it.\n      *\/\n    Compile \/ discoveredMainClasses := (Compile \/ discoveredMainClasses).value\n      .filter(_.startsWith(\"scalapb.scripts.\")),\n    Compile \/ mainClass := Some(\"scalapb.scripts.scalapbc\"),\n    maintainer := \"<EMAIL>\"\n  )\n\nlazy val protocGenScalaUnix = project\n  .enablePlugins(AssemblyPlugin, GraalVMNativeImagePlugin)\n  .dependsOn(compilerPlugin)\n  .settings(\n    graalVMNativeImageOptions ++= Seq(\n      \"-H:ReflectionConfigurationFiles=\" + baseDirectory.value + \"\/native-image-config\/reflect-config.json\",\n      \"-H:Name=protoc-gen-scala\"\n    ) ++ (\n      if (System.getProperty(\"os.name\").toLowerCase.contains(\"linux\"))\n        Seq(\"--static\")\n      else Seq.empty,\n    ),\n    assemblyOption in assembly := (assemblyOption in\n      assembly).value.copy(\n      prependShellScript = Some(sbtassembly.AssemblyPlugin.defaultUniversalScript(shebang = true))\n    ),\n    skip in publish := true,\n    Compile \/ mainClass := Some(\"scalapb.ScalaPbCodeGenerator\")\n  )\n\nlazy val protocGenScalaWindows = project\n  .enablePlugins(AssemblyPlugin)\n  .dependsOn(compilerPlugin)\n  .settings(\n    assemblyOption in assembly := (assemblyOption in\n      assembly).value.copy(\n      prependShellScript = Some(sbtassembly.AssemblyPlugin.defaultUniversalScript(shebang = false))\n    ),\n    skip in publish := true,\n    Compile \/ mainClass := Some(\"scalapb.ScalaPbCodeGenerator\")\n  )\n\nlazy val protocGenScala = project\n  .settings(\n    crossScalaVersions := List(Scala212),\n    name := \"protoc-gen-scala\",\n    publishArtifact in (Compile, packageDoc) := false,\n    publishArtifact in (Compile, packageSrc) := false,\n    crossPaths := false,\n    addArtifact(\n      Artifact(\"protoc-gen-scala\", \"jar\", \"sh\", \"unix\"),\n      assembly in (protocGenScalaUnix, Compile)\n    ),\n    addArtifact(\n      Artifact(\"protoc-gen-scala\", \"jar\", \"bat\", \"windows\"),\n      assembly in (protocGenScalaWindows, Compile)\n    ),\n    autoScalaLibrary := false\n  )\n\nlazy val proptest = project\n  .in(file(\"proptest\"))\n  .dependsOn(compilerPlugin, runtimeJVM, grpcRuntime)\n  .settings(\n    publishArtifact := false,\n    publishTo := Some(Resolver.file(\"Unused transient repository\", file(\"target\/unusedrepo\"))),\n    libraryDependencies ++= Seq(\n      protocJar,\n      protobufJava,\n      grpcNetty               % \"test\",\n      grpcProtobuf            % \"test\",\n      scalaTest               % \"test\",\n      scalaTestPlusScalaCheck % \"test\"\n    ),\n    libraryDependencies += { \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value },\n    Test \/ fork := true,\n    Test \/ baseDirectory := baseDirectory.value \/ \"..\",\n    Test \/ javaOptions ++= Seq(\"-Xmx2G\", \"-XX:MetaspaceSize=256M\")\n  )\n\nlazy val lenses = crossProject(JSPlatform, JVMPlatform \/*, NativePlatform*\/ )\n  .in(file(\"lenses\"))\n  .settings(\n    name := \"lenses\",\n    testFrameworks += new TestFramework(\"utest.runner.Framework\"),\n    libraryDependencies ++= Seq(\n      scalaCollectionCompat.value,\n      utest.value % \"test\"\n    ),\n    mimaPreviousArtifacts := Set(\"com.thesamet.scalapb\" %% \"lenses\" % MimaPreviousVersion)\n  )\n  .jsSettings(\n    scalajsSourceMaps\n  )\n\/*\n  .nativeSettings(\n    sharedNativeSettings\n  )\n *\/\n\nlazy val lensesJVM = lenses.jvm\nlazy val lensesJS  = lenses.js\n\/\/lazy val lensesNative = lenses.native\n\nval e2eCommonSettings = Seq(\n  useCoursier := true,\n  skip in publish := true,\n  javacOptions ++= Seq(\"-Xlint:deprecation\"),\n  libraryDependencies ++= Seq(\n    grpcNetty,\n    grpcProtobuf,\n    grpcServices,\n    grpcServices % \"protobuf\",\n    annotationApi,\n    grpcProtocGen asProtocPlugin,\n    scalaTest               % \"test\",\n    scalaTestPlusScalaCheck % \"test\"\n  ),\n  Test \/ fork := true,           \/\/ For https:\/\/github.com\/scala\/bug\/issues\/9237\n  Compile \/ PB.recompile := true \/\/ always regenerate protos, not cache\n)\n\nlazy val e2e = (project in file(\"e2e\"))\n  .dependsOn(runtimeJVM)\n  .dependsOn(grpcRuntime)\n  .settings(e2eCommonSettings)\n  .settings(\n    scalacOptions ++= Seq(\n      \"-P:silencer:globalFilters=value deprecatedInt32 in class TestDeprecatedFields is deprecated\",\n      \"-P:silencer:pathFilters=custom_options_use;CustomAnnotationProto.scala;changed\/scoped;ServerReflectionGrpc.scala\",\n      \"-P:silencer:lineContentFilters=import com.thesamet.pb.MisplacedMapper.weatherMapper\"\n    ),\n    Compile \/ PB.protoSources += (Compile \/ PB.externalIncludePath).value \/ \"grpc\" \/ \"reflection\",\n    Compile \/ PB.generate := ((Compile \/ PB.generate) dependsOn (protocGenScalaUnix \/ Compile \/ assembly)).value,\n    Compile \/ PB.protocVersion := \"-v\" + versions.protobuf,\n    Compile \/ PB.targets := Seq(\n      PB.gens.java(versions.protobuf) -> (Compile \/ sourceManaged).value,\n      (\n        PB.gens.plugin(\n          \"scalapb\",\n          (protocGenScalaUnix \/ assembly \/ target).value \/ \"protocGenScalaUnix-assembly-\" + version.value + \".jar\"\n        ),\n        Seq(\"grpc\", \"java_conversions\")\n      )                           -> (Compile \/ sourceManaged).value,\n      PB.gens.plugin(\"grpc-java\") -> (Compile \/ sourceManaged).value\n    )\n  )\n\nlazy val e2eNoJava = (project in file(\"e2e-nojava\"))\n  .dependsOn(runtimeJVM)\n  .settings(e2eCommonSettings)\n  .settings(\n    Compile \/ PB.protocVersion := \"-v\" + versions.protobuf,\n    Compile \/ PB.targets := Seq(\n      (\n        PB.gens.plugin(\n          \"scalapb\",\n          (protocGenScalaUnix \/ assembly \/ target).value \/ \"protocGenScalaUnix-assembly-\" + version.value + \".jar\"\n        ),\n        Seq()\n      ) -> (Compile \/ sourceManaged).value\n    )\n  )\n\nlazy val docs = project\n  .in(file(\"docs\"))\n  .enablePlugins(MicrositesPlugin, ScalaUnidocPlugin)\n  .dependsOn(runtimeJVM)\n  .settings(\n    scalaVersion := Scala212,\n    crossScalaVersions := Seq(Scala212),\n    libraryDependencies ++= Seq(\n      \"com.thesamet.scalapb\" %% \"scalapb-json4s\"   % \"0.10.1\",\n      \"com.thesamet.scalapb\" %% \"sparksql-scalapb\" % \"0.10.1\",\n      \"org.apache.spark\"     %% \"spark-sql\"        % \"2.4.4\",\n      \"com.lihaoyi\"          %% \"ujson\"            % \"0.9.0\",\n      \"com.lihaoyi\"          %% \"os-lib\"           % \"0.5.0\",\n      \"org.plotly-scala\"     %% \"plotly-render\"    % \"0.7.2\"\n    ),\n    micrositeAnalyticsToken := \"UA-346180-20\",\n    micrositeName := \"ScalaPB\",\n    micrositeCompilingDocsTool := WithMdoc,\n    mdocIn := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"markdown\",\n    micrositeDescription := \"Protocol buffer compiler for Scala\",\n    micrositeDocumentationUrl := \"\/\",\n    micrositeAuthor := \"<NAME>\",\n    micrositeGithubOwner := \"scalapb\",\n    micrositeGithubRepo := \"ScalaPB\",\n    micrositeGitterChannelUrl := \"ScalaPB\/community\",\n    micrositeHighlightTheme := \"atom-one-light\",\n    micrositeHighlightLanguages := Seq(\"scala\", \"java\", \"bash\", \"protobuf\"),\n    micrositeTheme := \"pattern\",\n    micrositePalette := Map(\n      \"brand-primary\"   -> \"#D62828\", \/\/ active item marker on the left\n      \"brand-secondary\" -> \"#003049\", \/\/ menu background\n      \"brand-tertiary\"  -> \"#F77F00\", \/\/ active item\n      \"gray-dark\"       -> \"#F77F00\", \/\/ headlines\n      \"gray\"            -> \"#000000\", \/\/ text\n      \"gray-light\"      -> \"#D0D0D0\", \/\/ stats on top\n      \"gray-lighter\"    -> \"#F4F3F4\", \/\/ content wrapper background\n      \"white-color\"     -> \"#FFFFFF\"  \/\/ ???\n    ),\n    siteSubdirName in ScalaUnidoc := \"api\/scalapb\/latest\",\n    addMappingsToSiteDir(mappings in (ScalaUnidoc, packageDoc), siteSubdirName in ScalaUnidoc),\n    unidocProjectFilter in (ScalaUnidoc, unidoc) := inProjects(lensesJVM, runtimeJVM, grpcRuntime),\n    git.remoteRepo := \"<EMAIL>:scalapb\/scalapb.github.io.git\",\n    ghpagesBranch := \"master\",\n    includeFilter in ghpagesCleanSite := GlobFilter(\n      (ghpagesRepository.value \/ \"README.md\").getCanonicalPath\n    )\n  )\n"}
{"repo_name":"simranx\/Semantic_Tweet_Analysis_Soen6441","path":"target\/scala-2.12\/routes\/main\/controllers\/ReverseRoutes.scala","text":"<gh_stars>0\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:C:\/Users\/mohit\/Downloads\/Assignment1\/Assignment1\/conf\/routes\n\/\/ @DATE:Tue Jul 31 13:07:54 EDT 2018\n\nimport play.api.mvc.Call\n\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\n\/\/ @LINE:6\npackage controllers {\n\n  \/\/ @LINE:15\n  class ReverseAssets(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:15\n    def versioned(file:Asset): Call = {\n      implicit lazy val _rrc = new play.core.routing.ReverseRouteContext(Map((\"path\", \"\/public\"))); _rrc\n      Call(\"GET\", _prefix + { _defaultPrefix } + \"assets\/\" + implicitly[play.api.mvc.PathBindable[Asset]].unbind(\"file\", file))\n    }\n  \n  }\n\n  \/\/ @LINE:8\n  class ReverseLocationController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:8\n    def searchTweetsByLocation(latitude:String, longitude:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"searchTweetsByLocation\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"latitude\", latitude)) + \"\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"longitude\", longitude)))\n    }\n  \n  }\n\n  \/\/ @LINE:11\n  class ReverseUserProfileController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:11\n    def getUserProfile(searchKey:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"getUserProfile\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"searchKey\", searchKey)))\n    }\n  \n  }\n\n  \/\/ @LINE:6\n  class ReverseHomeController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:7\n    def searchTweets(searchKey:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"searchTweets\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"searchKey\", searchKey)))\n    }\n  \n    \/\/ @LINE:6\n    def welcomeScreen(): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"home\")\n    }\n  \n  }\n\n  \/\/ @LINE:10\n  class ReverseSearchTweetWordController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:10\n    def searchTweetDistinctWordCount(searchKey:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"searchTweetDistinctWordCount\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"searchKey\", searchKey)))\n    }\n  \n  }\n\n  \/\/ @LINE:9\n  class ReverseHashTagController(_prefix: => String) {\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:9\n    def searchTweetsByHashTag(searchKey:String): Call = {\n      \n      Call(\"GET\", _prefix + { _defaultPrefix } + \"searchTweetsByHashTag\/\" + play.core.routing.dynamicString(implicitly[play.api.mvc.PathBindable[String]].unbind(\"searchKey\", searchKey)))\n    }\n  \n  }\n\n\n}\n"}
{"repo_name":"simranx\/Semantic_Tweet_Analysis_Soen6441","path":"build.sbt","text":"name := \"\"\"Assignment1\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava)\n\nscalaVersion := \"2.12.6\"\n\ncrossScalaVersions := Seq(\"2.11.12\", \"2.12.4\")\n\nlibraryDependencies += guice\n\n\/\/ Test Database\nlibraryDependencies ++= Seq(\n  \"com.h2database\" % \"h2\" % \"1.4.196\",\n  \"org.assertj\" % \"assertj-core\" % \"3.6.2\" % Test,\n  \"org.awaitility\" % \"awaitility\" % \"2.0.0\" % Test,\n  \"org.twitter4j\" % \"twitter4j-async\" % \"4.0.4\",\n)\n\/\/ Make verbose tests\ntestOptions in Test := Seq(Tests.Argument(TestFrameworks.JUnit, \"-a\", \"-v\"))\n\n\n"}
{"repo_name":"simranx\/Semantic_Tweet_Analysis_Soen6441","path":"target\/scala-2.12\/routes\/main\/controllers\/javascript\/JavaScriptReverseRoutes.scala","text":"\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:C:\/Users\/mohit\/Downloads\/Assignment1\/Assignment1\/conf\/routes\n\/\/ @DATE:Tue Jul 31 13:07:54 EDT 2018\n\nimport play.api.routing.JavaScriptReverseRoute\n\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\n\/\/ @LINE:6\npackage controllers.javascript {\n\n  \/\/ @LINE:15\n  class ReverseAssets(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:15\n    def versioned: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.Assets.versioned\",\n      \"\"\"\n        function(file1) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"assets\/\" + (\"\"\" + implicitly[play.api.mvc.PathBindable[Asset]].javascriptUnbind + \"\"\")(\"file\", file1)})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:8\n  class ReverseLocationController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:8\n    def searchTweetsByLocation: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.LocationController.searchTweetsByLocation\",\n      \"\"\"\n        function(latitude0,longitude1) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"searchTweetsByLocation\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"latitude\", latitude0)) + \"\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"longitude\", longitude1))})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:11\n  class ReverseUserProfileController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:11\n    def getUserProfile: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.UserProfileController.getUserProfile\",\n      \"\"\"\n        function(searchKey0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"getUserProfile\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"searchKey\", searchKey0))})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:6\n  class ReverseHomeController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:7\n    def searchTweets: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.HomeController.searchTweets\",\n      \"\"\"\n        function(searchKey0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"searchTweets\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"searchKey\", searchKey0))})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:6\n    def welcomeScreen: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.HomeController.welcomeScreen\",\n      \"\"\"\n        function() {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"home\"})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:10\n  class ReverseSearchTweetWordController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:10\n    def searchTweetDistinctWordCount: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.SearchTweetWordController.searchTweetDistinctWordCount\",\n      \"\"\"\n        function(searchKey0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"searchTweetDistinctWordCount\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"searchKey\", searchKey0))})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:9\n  class ReverseHashTagController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:9\n    def searchTweetsByHashTag: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.HashTagController.searchTweetsByHashTag\",\n      \"\"\"\n        function(searchKey0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"searchTweetsByHashTag\/\" + encodeURIComponent((\"\"\" + implicitly[play.api.mvc.PathBindable[String]].javascriptUnbind + \"\"\")(\"searchKey\", searchKey0))})\n        }\n      \"\"\"\n    )\n  \n  }\n\n\n}\n"}
{"repo_name":"simranx\/Semantic_Tweet_Analysis_Soen6441","path":"target\/scala-2.12\/routes\/main\/router\/Routes.scala","text":"\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:C:\/Users\/mohit\/Downloads\/Assignment1\/Assignment1\/conf\/routes\n\/\/ @DATE:Tue Jul 31 13:07:54 EDT 2018\n\npackage router\n\nimport play.core.routing._\nimport play.core.routing.HandlerInvokerFactory._\n\nimport play.api.mvc._\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\nclass Routes(\n  override val errorHandler: play.api.http.HttpErrorHandler, \n  \/\/ @LINE:6\n  HomeController_1: controllers.HomeController,\n  \/\/ @LINE:8\n  LocationController_5: controllers.LocationController,\n  \/\/ @LINE:9\n  HashTagController_0: controllers.HashTagController,\n  \/\/ @LINE:10\n  SearchTweetWordController_3: controllers.SearchTweetWordController,\n  \/\/ @LINE:11\n  UserProfileController_2: controllers.UserProfileController,\n  \/\/ @LINE:15\n  Assets_4: controllers.Assets,\n  val prefix: String\n) extends GeneratedRouter {\n\n   @javax.inject.Inject()\n   def this(errorHandler: play.api.http.HttpErrorHandler,\n    \/\/ @LINE:6\n    HomeController_1: controllers.HomeController,\n    \/\/ @LINE:8\n    LocationController_5: controllers.LocationController,\n    \/\/ @LINE:9\n    HashTagController_0: controllers.HashTagController,\n    \/\/ @LINE:10\n    SearchTweetWordController_3: controllers.SearchTweetWordController,\n    \/\/ @LINE:11\n    UserProfileController_2: controllers.UserProfileController,\n    \/\/ @LINE:15\n    Assets_4: controllers.Assets\n  ) = this(errorHandler, HomeController_1, LocationController_5, HashTagController_0, SearchTweetWordController_3, UserProfileController_2, Assets_4, \"\/\")\n\n  def withPrefix(prefix: String): Routes = {\n    router.RoutesPrefix.setPrefix(prefix)\n    new Routes(errorHandler, HomeController_1, LocationController_5, HashTagController_0, SearchTweetWordController_3, UserProfileController_2, Assets_4, prefix)\n  }\n\n  private[this] val defaultPrefix: String = {\n    if (this.prefix.endsWith(\"\/\")) \"\" else \"\/\"\n  }\n\n  def documentation = List(\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"home\"\"\", \"\"\"controllers.HomeController.welcomeScreen\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"searchTweets\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\", \"\"\"controllers.HomeController.searchTweets(searchKey:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"searchTweetsByLocation\/\"\"\" + \"$\" + \"\"\"latitude<[^\/]+>\/\"\"\" + \"$\" + \"\"\"longitude<[^\/]+>\"\"\", \"\"\"controllers.LocationController.searchTweetsByLocation(latitude:String, longitude:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"searchTweetsByHashTag\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\", \"\"\"controllers.HashTagController.searchTweetsByHashTag(searchKey:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"searchTweetDistinctWordCount\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\", \"\"\"controllers.SearchTweetWordController.searchTweetDistinctWordCount(searchKey:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"getUserProfile\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\", \"\"\"controllers.UserProfileController.getUserProfile(searchKey:String)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\", \"\"\"controllers.Assets.versioned(path:String = \"\/public\", file:Asset)\"\"\"),\n    Nil\n  ).foldLeft(List.empty[(String,String,String)]) { (s,e) => e.asInstanceOf[Any] match {\n    case r @ (_,_,_) => s :+ r.asInstanceOf[(String,String,String)]\n    case l => s ++ l.asInstanceOf[List[(String,String,String)]]\n  }}\n\n\n  \/\/ @LINE:6\n  private[this] lazy val controllers_HomeController_welcomeScreen0_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"home\")))\n  )\n  private[this] lazy val controllers_HomeController_welcomeScreen0_invoker = createInvoker(\n    HomeController_1.welcomeScreen,\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.HomeController\",\n      \"welcomeScreen\",\n      Nil,\n      \"GET\",\n      this.prefix + \"\"\"home\"\"\",\n      \"\"\" An example controller showing a sample home page\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:7\n  private[this] lazy val controllers_HomeController_searchTweets1_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"searchTweets\/\"), DynamicPart(\"searchKey\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_HomeController_searchTweets1_invoker = createInvoker(\n    HomeController_1.searchTweets(fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.HomeController\",\n      \"searchTweets\",\n      Seq(classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"searchTweets\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:8\n  private[this] lazy val controllers_LocationController_searchTweetsByLocation2_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"searchTweetsByLocation\/\"), DynamicPart(\"latitude\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"longitude\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_LocationController_searchTweetsByLocation2_invoker = createInvoker(\n    LocationController_5.searchTweetsByLocation(fakeValue[String], fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.LocationController\",\n      \"searchTweetsByLocation\",\n      Seq(classOf[String], classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"searchTweetsByLocation\/\"\"\" + \"$\" + \"\"\"latitude<[^\/]+>\/\"\"\" + \"$\" + \"\"\"longitude<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:9\n  private[this] lazy val controllers_HashTagController_searchTweetsByHashTag3_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"searchTweetsByHashTag\/\"), DynamicPart(\"searchKey\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_HashTagController_searchTweetsByHashTag3_invoker = createInvoker(\n    HashTagController_0.searchTweetsByHashTag(fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.HashTagController\",\n      \"searchTweetsByHashTag\",\n      Seq(classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"searchTweetsByHashTag\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:10\n  private[this] lazy val controllers_SearchTweetWordController_searchTweetDistinctWordCount4_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"searchTweetDistinctWordCount\/\"), DynamicPart(\"searchKey\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_SearchTweetWordController_searchTweetDistinctWordCount4_invoker = createInvoker(\n    SearchTweetWordController_3.searchTweetDistinctWordCount(fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.SearchTweetWordController\",\n      \"searchTweetDistinctWordCount\",\n      Seq(classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"searchTweetDistinctWordCount\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:11\n  private[this] lazy val controllers_UserProfileController_getUserProfile5_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"getUserProfile\/\"), DynamicPart(\"searchKey\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_UserProfileController_getUserProfile5_invoker = createInvoker(\n    UserProfileController_2.getUserProfile(fakeValue[String]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.UserProfileController\",\n      \"getUserProfile\",\n      Seq(classOf[String]),\n      \"GET\",\n      this.prefix + \"\"\"getUserProfile\/\"\"\" + \"$\" + \"\"\"searchKey<[^\/]+>\"\"\",\n      \"\"\"\"\"\",\n      Seq()\n    )\n  )\n\n  \/\/ @LINE:15\n  private[this] lazy val controllers_Assets_versioned6_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"assets\/\"), DynamicPart(\"file\", \"\"\".+\"\"\",false)))\n  )\n  private[this] lazy val controllers_Assets_versioned6_invoker = createInvoker(\n    Assets_4.versioned(fakeValue[String], fakeValue[Asset]),\n    play.api.routing.HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.Assets\",\n      \"versioned\",\n      Seq(classOf[String], classOf[Asset]),\n      \"GET\",\n      this.prefix + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\",\n      \"\"\" Map static resources from the \/public folder to the \/assets URL path\"\"\",\n      Seq()\n    )\n  )\n\n\n  def routes: PartialFunction[RequestHeader, Handler] = {\n  \n    \/\/ @LINE:6\n    case controllers_HomeController_welcomeScreen0_route(params@_) =>\n      call { \n        controllers_HomeController_welcomeScreen0_invoker.call(HomeController_1.welcomeScreen)\n      }\n  \n    \/\/ @LINE:7\n    case controllers_HomeController_searchTweets1_route(params@_) =>\n      call(params.fromPath[String](\"searchKey\", None)) { (searchKey) =>\n        controllers_HomeController_searchTweets1_invoker.call(HomeController_1.searchTweets(searchKey))\n      }\n  \n    \/\/ @LINE:8\n    case controllers_LocationController_searchTweetsByLocation2_route(params@_) =>\n      call(params.fromPath[String](\"latitude\", None), params.fromPath[String](\"longitude\", None)) { (latitude, longitude) =>\n        controllers_LocationController_searchTweetsByLocation2_invoker.call(LocationController_5.searchTweetsByLocation(latitude, longitude))\n      }\n  \n    \/\/ @LINE:9\n    case controllers_HashTagController_searchTweetsByHashTag3_route(params@_) =>\n      call(params.fromPath[String](\"searchKey\", None)) { (searchKey) =>\n        controllers_HashTagController_searchTweetsByHashTag3_invoker.call(HashTagController_0.searchTweetsByHashTag(searchKey))\n      }\n  \n    \/\/ @LINE:10\n    case controllers_SearchTweetWordController_searchTweetDistinctWordCount4_route(params@_) =>\n      call(params.fromPath[String](\"searchKey\", None)) { (searchKey) =>\n        controllers_SearchTweetWordController_searchTweetDistinctWordCount4_invoker.call(SearchTweetWordController_3.searchTweetDistinctWordCount(searchKey))\n      }\n  \n    \/\/ @LINE:11\n    case controllers_UserProfileController_getUserProfile5_route(params@_) =>\n      call(params.fromPath[String](\"searchKey\", None)) { (searchKey) =>\n        controllers_UserProfileController_getUserProfile5_invoker.call(UserProfileController_2.getUserProfile(searchKey))\n      }\n  \n    \/\/ @LINE:15\n    case controllers_Assets_versioned6_route(params@_) =>\n      call(Param[String](\"path\", Right(\"\/public\")), params.fromPath[Asset](\"file\", None)) { (path, file) =>\n        controllers_Assets_versioned6_invoker.call(Assets_4.versioned(path, file))\n      }\n  }\n}\n"}
{"repo_name":"santaswarup\/scala","path":"src\/library\/scala\/collection\/SeqLike.scala","text":"\/*                     __                                               *\\\n**     ________ ___   \/ \/  ___     Scala API                            **\n**    \/ __\/ __\/\/ _ | \/ \/  \/ _ |    (c) 2003-2013, LAMP\/EPFL             **\n**  __\\ \\\/ \/__\/ __ |\/ \/__\/ __ |    http:\/\/scala-lang.org\/               **\n** \/____\/\\___\/_\/ |_\/____\/_\/ | |                                         **\n**                          |\/                                          **\n\\*                                                                      *\/\n\npackage scala\npackage collection\n\nimport immutable.{ List, Range }\nimport generic._\nimport scala.math.Ordering\n\n\/** A template trait for sequences of type `Seq[A]`\n *  $seqInfo\n *\n *  @define seqInfo\n *  Sequences are special cases of iterable collections of class `Iterable`.\n *  Unlike iterables, sequences always have a defined order of elements.\n *  Sequences provide a method `apply` for indexing. Indices range from `0` up to the `length` of\n *  a sequence. Sequences support a number of methods to find occurrences of elements or subsequences, including\n *  `segmentLength`, `prefixLength`, `indexWhere`, `indexOf`, `lastIndexWhere`, `lastIndexOf`,\n *  `startsWith`, `endsWith`, `indexOfSlice`.\n *\n *  Another way to see a sequence is as a `PartialFunction` from `Int` values\n *  to the element type of the sequence. The `isDefinedAt` method of a sequence\n *  returns `true` for the interval from `0` until `length`.\n *\n *  Sequences can be accessed in reverse order of their elements, using methods\n *  `reverse` and `reverseIterator`.\n *\n *  Sequences have two principal subtraits, `IndexedSeq` and `LinearSeq`, which give different guarantees for performance.\n *  An `IndexedSeq` provides fast random-access of elements and a fast `length` operation.\n *  A `LinearSeq` provides fast access only to the first element via `head`, but also\n *  has a fast `tail` operation.\n *\n *  @tparam A    the element type of the collection\n *  @tparam Repr the type of the actual collection containing the elements.\n *\n *  @author  <NAME>dersky\n *  @author  <NAME>\n *  @version 1.0, 16\/07\/2003\n *  @since   2.8\n *\n *  @define Coll `Seq`\n *  @define coll sequence\n *  @define thatinfo the class of the returned collection. Where possible, `That` is\n *    the same class as the current collection class `Repr`, but this\n *    depends on the element type `B` being admissible for that class,\n *    which means that an implicit instance of type `CanBuildFrom[Repr, B, That]`\n *    is found.\n *  @define bfinfo an implicit value of class `CanBuildFrom` which determines the\n *    result class `That` from the current representation type `Repr`\n *    and the new element type `B`.\n *  @define orderDependent\n *  @define orderDependentFold\n *\/\ntrait SeqLike[+A, +Repr] extends Any with IterableLike[A, Repr] with GenSeqLike[A, Repr] { self =>\n\n  override protected[this] def thisCollection: Seq[A] = this.asInstanceOf[Seq[A]]\n  override protected[this] def toCollection(repr: Repr): Seq[A] = repr.asInstanceOf[Seq[A]]\n\n  def length: Int\n\n  def apply(idx: Int): A\n\n  \/** Compares the length of this $coll to a test value.\n   *\n   *   @param   len   the test value that gets compared with the length.\n   *   @return  A value `x` where\n   *   {{{\n   *        x <  0       if this.length <  len\n   *        x == 0       if this.length == len\n   *        x >  0       if this.length >  len\n   *   }}}\n   *  The method as implemented here does not call `length` directly; its running time\n   *  is `O(length min len)` instead of `O(length)`. The method should be overwritten\n   *  if computing `length` is cheap.\n   *\/\n  def lengthCompare(len: Int): Int = {\n    if (len < 0) 1\n    else {\n      var i = 0\n      val it = iterator\n      while (it.hasNext) {\n        if (i == len) return if (it.hasNext) 1 else 0\n        it.next()\n        i += 1\n      }\n      i - len\n    }\n  }\n\n  override \/*IterableLike*\/ def isEmpty: Boolean = lengthCompare(0) == 0\n\n  \/** The size of this $coll, equivalent to `length`.\n   *\n   *  $willNotTerminateInf\n   *\/\n  override def size = length\n\n  def segmentLength(p: A => Boolean, from: Int): Int = {\n    var i = 0\n    val it = iterator.drop(from)\n    while (it.hasNext && p(it.next()))\n      i += 1\n    i\n  }\n\n  def indexWhere(p: A => Boolean, from: Int): Int = {\n    var i = math.max(from, 0)\n    val it = iterator.drop(from)\n    while (it.hasNext) {\n      if (p(it.next())) return i\n      else i += 1\n    }\n    -1\n  }\n\n  def lastIndexWhere(p: A => Boolean, end: Int): Int = {\n    var i = length - 1\n    val it = reverseIterator\n    while (it.hasNext && { val elem = it.next(); (i > end || !p(elem)) }) i -= 1\n    i\n  }\n\n  \/** Iterates over distinct permutations.\n   *\n   *  @return   An Iterator which traverses the distinct permutations of this $coll.\n   *  @example  `\"abb\".permutations = Iterator(abb, bab, bba)`\n   *\/\n  def permutations: Iterator[Repr] =\n    if (isEmpty) Iterator(repr)\n    else new PermutationsItr\n\n  \/** Iterates over combinations.  A _combination_ of length `n` is a subsequence of\n   *  the original sequence, with the elements taken in order.  Thus, `\"xy\"` and `\"yy\"`\n   *  are both length-2 combinations of `\"xyy\"`, but `\"yx\"` is not.  If there is\n   *  more than one way to generate the same subsequence, only one will be returned.\n   *\n   *  For example, `\"xyyy\"` has three different ways to generate `\"xy\"` depending on\n   *  whether the first, second, or third `\"y\"` is selected.  However, since all are\n   *  identical, only one will be chosen.  Which of the three will be taken is an\n   *  implementation detail that is not defined.\n   *\n   *  @return   An Iterator which traverses the possible n-element combinations of this $coll.\n   *  @example  `\"abbbc\".combinations(2) = Iterator(ab, ac, bb, bc)`\n   *\/\n  def combinations(n: Int): Iterator[Repr] =\n    if (n < 0 || n > size) Iterator.empty\n    else new CombinationsItr(n)\n\n  private class PermutationsItr extends AbstractIterator[Repr] {\n    private[this] val (elms, idxs) = init()\n    private var _hasNext = true\n\n    def hasNext = _hasNext\n    def next(): Repr = {\n      if (!hasNext)\n        Iterator.empty.next()\n\n      val forcedElms = new mutable.ArrayBuffer[A](elms.size) ++= elms\n      val result = (self.newBuilder ++= forcedElms).result()\n      var i = idxs.length - 2\n      while(i >= 0 && idxs(i) >= idxs(i+1))\n        i -= 1\n\n      if (i < 0)\n        _hasNext = false\n      else {\n        var j = idxs.length - 1\n        while(idxs(j) <= idxs(i)) j -= 1\n          swap(i,j)\n\n        val len = (idxs.length - i) \/ 2\n        var k = 1\n        while (k <= len) {\n          swap(i+k, idxs.length - k)\n          k += 1\n        }\n      }\n      result\n    }\n    private def swap(i: Int, j: Int) {\n      val tmpI = idxs(i)\n      idxs(i) = idxs(j)\n      idxs(j) = tmpI\n      val tmpE = elms(i)\n      elms(i) = elms(j)\n      elms(j) = tmpE\n    }\n\n    private[this] def init() = {\n      val m = mutable.HashMap[A, Int]()\n      val (es, is) = (thisCollection map (e => (e, m.getOrElseUpdate(e, m.size))) sortBy (_._2)).unzip\n\n      (es.toBuffer, is.toArray)\n    }\n  }\n\n  private class CombinationsItr(n: Int) extends AbstractIterator[Repr] {\n    \/\/ generating all nums such that:\n    \/\/ (1) nums(0) + .. + nums(length-1) = n\n    \/\/ (2) 0 <= nums(i) <= cnts(i), where 0 <= i <= cnts.length-1\n    private val (elms, cnts, nums) = init()\n    private val offs = cnts.scanLeft(0)(_ + _)\n    private var _hasNext = true\n\n    def hasNext = _hasNext\n    def next(): Repr = {\n      if (!hasNext)\n        Iterator.empty.next()\n\n      \/* Calculate this result. *\/\n      val buf = self.newBuilder\n      for(k <- 0 until nums.length; j <- 0 until nums(k))\n        buf += elms(offs(k)+j)\n      val res = buf.result()\n\n      \/* Prepare for the next call to next. *\/\n      var idx = nums.length - 1\n      while (idx >= 0 && nums(idx) == cnts(idx))\n        idx -= 1\n\n      idx = nums.lastIndexWhere(_ > 0, idx - 1)\n\n      if (idx < 0)\n        _hasNext = false\n      else {\n        \/\/ OPT: hand rolled version of `sum = nums.view(idx + 1, nums.length).sum + 1`\n        var sum = 1\n        var i = idx + 1\n        while (i < nums.length) {\n          sum += nums(i)\n          i += 1\n        }\n        nums(idx) -= 1\n        for (k <- (idx+1) until nums.length) {\n          nums(k) = sum min cnts(k)\n          sum -= nums(k)\n        }\n      }\n\n      res\n    }\n\n    \/** Rearrange seq to newSeq a0a0..a0a1..a1...ak..ak such that\n     *  seq.count(_ == aj) == cnts(j)\n     *\n     *  @return     (newSeq,cnts,nums)\n     *\/\n    private def init(): (IndexedSeq[A], Array[Int], Array[Int]) = {\n      val m = mutable.HashMap[A, Int]()\n\n      \/\/ e => (e, weight(e))\n      val (es, is) = (thisCollection map (e => (e, m.getOrElseUpdate(e, m.size))) sortBy (_._2)).unzip\n      val cs = new Array[Int](m.size)\n      is foreach (i => cs(i) += 1)\n      val ns = new Array[Int](cs.length)\n\n      var r = n\n      0 until ns.length foreach { k =>\n        ns(k) = r min cs(k)\n        r -= ns(k)\n      }\n      (es.toIndexedSeq, cs, ns)\n    }\n  }\n\n  def reverse: Repr = {\n    var xs: List[A] = List()\n    for (x <- this)\n      xs = x :: xs\n    val b = newBuilder\n    b.sizeHint(this)\n    for (x <- xs)\n      b += x\n    b.result()\n  }\n\n  def reverseMap[B, That](f: A => B)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    var xs: List[A] = List()\n    for (x <- this)\n      xs = x :: xs\n    val b = bf(repr)\n    for (x <- xs)\n      b += f(x)\n\n    b.result()\n  }\n\n  \/** An iterator yielding elements in reversed order.\n   *\n   *   $willNotTerminateInf\n   *\n   * Note: `xs.reverseIterator` is the same as `xs.reverse.iterator` but might be more efficient.\n   *\n   *  @return  an iterator yielding the elements of this $coll in reversed order\n   *\/\n  def reverseIterator: Iterator[A] = toCollection(reverse).iterator\n\n  def startsWith[B](that: GenSeq[B], offset: Int): Boolean = {\n    val i = this.iterator drop offset\n    val j = that.iterator\n    while (j.hasNext && i.hasNext)\n      if (i.next != j.next)\n        return false\n\n    !j.hasNext\n  }\n\n  def endsWith[B](that: GenSeq[B]): Boolean = {\n    val i = this.iterator.drop(length - that.length)\n    val j = that.iterator\n    while (i.hasNext && j.hasNext)\n      if (i.next != j.next)\n        return false\n\n    !j.hasNext\n  }\n\n  \/** Finds first index where this $coll contains a given sequence as a slice.\n   *  $mayNotTerminateInf\n   *  @param  that    the sequence to test\n   *  @return  the first index such that the elements of this $coll starting at this index\n   *           match the elements of sequence `that`, or `-1` of no such subsequence exists.\n   *\/\n  def indexOfSlice[B >: A](that: GenSeq[B]): Int = indexOfSlice(that, 0)\n\n  \/** Finds first index after or at a start index where this $coll contains a given sequence as a slice.\n   *  $mayNotTerminateInf\n   *  @param  that    the sequence to test\n   *  @param  from    the start index\n   *  @return  the first index `>= from` such that the elements of this $coll starting at this index\n   *           match the elements of sequence `that`, or `-1` of no such subsequence exists.\n   *\/\n  def indexOfSlice[B >: A](that: GenSeq[B], from: Int): Int =\n    if (this.hasDefiniteSize && that.hasDefiniteSize) {\n      val l = length\n      val tl = that.length\n      val clippedFrom = math.max(0, from)\n      if (from > l) -1\n      else if (tl < 1) clippedFrom\n      else if (l < tl) -1\n      else SeqLike.kmpSearch(thisCollection, clippedFrom, l, that.seq, 0, tl, forward = true)\n    }\n    else {\n      var i = from\n      var s: Seq[A] = thisCollection drop i\n      while (!s.isEmpty) {\n        if (s startsWith that)\n          return i\n\n        i += 1\n        s = s.tail\n      }\n      -1\n    }\n\n  \/** Finds last index where this $coll contains a given sequence as a slice.\n   *  $willNotTerminateInf\n   *  @param  that    the sequence to test\n   *  @return  the last index such that the elements of this $coll starting a this index\n   *           match the elements of sequence `that`, or `-1` of no such subsequence exists.\n   *\/\n  def lastIndexOfSlice[B >: A](that: GenSeq[B]): Int = lastIndexOfSlice(that, length)\n\n  \/** Finds last index before or at a given end index where this $coll contains a given sequence as a slice.\n   *  @param  that    the sequence to test\n   *  @param  end     the end index\n   *  @return  the last index `<= end` such that the elements of this $coll starting at this index\n   *           match the elements of sequence `that`, or `-1` of no such subsequence exists.\n   *\/\n  def lastIndexOfSlice[B >: A](that: GenSeq[B], end: Int): Int = {\n    val l = length\n    val tl = that.length\n    val clippedL = math.min(l-tl, end)\n\n    if (end < 0) -1\n    else if (tl < 1) clippedL\n    else if (l < tl) -1\n    else SeqLike.kmpSearch(thisCollection, 0, clippedL+tl, that.seq, 0, tl, forward = false)\n  }\n\n  \/** Tests whether this $coll contains a given sequence as a slice.\n   *  $mayNotTerminateInf\n   *  @param  that    the sequence to test\n   *  @return  `true` if this $coll contains a slice with the same elements\n   *           as `that`, otherwise `false`.\n   *\/\n  def containsSlice[B](that: GenSeq[B]): Boolean = indexOfSlice(that) != -1\n\n  \/** Tests whether this $coll contains a given value as an element.\n   *  $mayNotTerminateInf\n   *\n   *  @param elem  the element to test.\n   *  @return     `true` if this $coll has an element that is equal (as\n   *              determined by `==`) to `elem`, `false` otherwise.\n   *\/\n  def contains[A1 >: A](elem: A1): Boolean = exists (_ == elem)\n\n  \/** Produces a new sequence which contains all elements of this $coll and also all elements of\n   *  a given sequence. `xs union ys`  is equivalent to `xs ++ ys`.\n   *\n   *  @param that   the sequence to add.\n   *  @tparam B     the element type of the returned $coll.\n   *  @tparam That  $thatinfo\n   *  @param bf     $bfinfo\n   *  @return       a new collection of type `That` which contains all elements of this $coll\n   *                followed by all elements of `that`.\n   *  @usecase def union(that: Seq[A]): $Coll[A]\n   *    @inheritdoc\n   *\n   *    Another way to express this\n   *    is that `xs union ys` computes the order-preserving multi-set union of `xs` and `ys`.\n   *    `union` is hence a counter-part of `diff` and `intersect` which also work on multi-sets.\n   *\n   *    $willNotTerminateInf\n   *\n   *    @return       a new $coll which contains all elements of this $coll\n   *                  followed by all elements of `that`.\n   *\/\n  override def union[B >: A, That](that: GenSeq[B])(implicit bf: CanBuildFrom[Repr, B, That]): That =\n    this ++ that\n\n  \/** Computes the multiset difference between this $coll and another sequence.\n   *\n   *  @param that   the sequence of elements to remove\n   *  @tparam B     the element type of the returned $coll.\n   *  @return       a new collection of type `That` which contains all elements of this $coll\n   *                except some of occurrences of elements that also appear in `that`.\n   *                If an element value `x` appears\n   *                ''n'' times in `that`, then the first ''n'' occurrences of `x` will not form\n   *                part of the result, but any following occurrences will.\n   *  @usecase def diff(that: Seq[A]): $Coll[A]\n   *    @inheritdoc\n   *\n   *    $willNotTerminateInf\n   *\n   *    @return       a new $coll which contains all elements of this $coll\n   *                  except some of occurrences of elements that also appear in `that`.\n   *                  If an element value `x` appears\n   *                  ''n'' times in `that`, then the first ''n'' occurrences of `x` will not form\n   *                  part of the result, but any following occurrences will.\n   *\/\n  def diff[B >: A](that: GenSeq[B]): Repr = {\n    val occ = occCounts(that.seq)\n    val b = newBuilder\n    for (x <- this) {\n      val ox = occ(x)  \/\/ Avoid multiple map lookups\n      if (ox == 0) b += x\n      else occ(x) = ox - 1\n    }\n    b.result()\n  }\n\n  \/** Computes the multiset intersection between this $coll and another sequence.\n   *\n   *  @param that   the sequence of elements to intersect with.\n   *  @tparam B     the element type of the returned $coll.\n   *  @return       a new collection of type `That` which contains all elements of this $coll\n   *                which also appear in `that`.\n   *                If an element value `x` appears\n   *                ''n'' times in `that`, then the first ''n'' occurrences of `x` will be retained\n   *                in the result, but any following occurrences will be omitted.\n   *  @usecase def intersect(that: Seq[A]): $Coll[A]\n   *    @inheritdoc\n   *\n   *    $mayNotTerminateInf\n   *\n   *    @return       a new $coll which contains all elements of this $coll\n   *                  which also appear in `that`.\n   *                  If an element value `x` appears\n   *                  ''n'' times in `that`, then the first ''n'' occurrences of `x` will be retained\n   *                  in the result, but any following occurrences will be omitted.\n   *\/\n  def intersect[B >: A](that: GenSeq[B]): Repr = {\n    val occ = occCounts(that.seq)\n    val b = newBuilder\n    for (x <- this) {\n      val ox = occ(x)  \/\/ Avoid multiple map lookups\n      if (ox > 0) {\n        b += x\n        occ(x) = ox - 1\n      }\n    }\n    b.result()\n  }\n\n  private def occCounts[B](sq: Seq[B]): mutable.Map[B, Int] = {\n    val occ = new mutable.HashMap[B, Int] { override def default(k: B) = 0 }\n    for (y <- sq) occ(y) += 1\n    occ\n  }\n\n  \/** Builds a new $coll from this $coll without any duplicate elements.\n   *  $willNotTerminateInf\n   *\n   *  @return  A new $coll which contains the first occurrence of every element of this $coll.\n   *\/\n  def distinct: Repr = {\n    val b = newBuilder\n    val seen = mutable.HashSet[A]()\n    for (x <- this) {\n      if (!seen(x)) {\n        b += x\n        seen += x\n      }\n    }\n    b.result()\n  }\n\n  def patch[B >: A, That](from: Int, patch: GenSeq[B], replaced: Int)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    val b = bf(repr)\n    var i = 0\n    val it = this.iterator\n    while (i < from && it.hasNext) {\n      b += it.next()\n      i += 1\n    }\n    b ++= patch.seq\n    i = replaced\n    while (i > 0 && it.hasNext) {\n      it.next()\n      i -= 1\n    }\n    while (it.hasNext) b += it.next()\n    b.result()\n  }\n\n  def updated[B >: A, That](index: Int, elem: B)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    if (index < 0) throw new IndexOutOfBoundsException(index.toString)\n    val b = bf(repr)\n    var i = 0\n    val it = this.iterator\n    while (i < index && it.hasNext) {\n      b += it.next()\n      i += 1\n    }\n    if (!it.hasNext) throw new IndexOutOfBoundsException(index.toString)\n    b += elem\n    it.next()\n    while (it.hasNext) b += it.next()\n    b.result()\n  }\n\n  def +:[B >: A, That](elem: B)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    val b = bf(repr)\n    b += elem\n    b ++= thisCollection\n    b.result()\n  }\n\n  def :+[B >: A, That](elem: B)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    val b = bf(repr)\n    b ++= thisCollection\n    b += elem\n    b.result()\n  }\n\n  def padTo[B >: A, That](len: Int, elem: B)(implicit bf: CanBuildFrom[Repr, B, That]): That = {\n    val b = bf(repr)\n    val L = length\n    b.sizeHint(math.max(L, len))\n    var diff = len - L\n    b ++= thisCollection\n    while (diff > 0) {\n      b += elem\n      diff -= 1\n    }\n    b.result()\n  }\n\n  def corresponds[B](that: GenSeq[B])(p: (A,B) => Boolean): Boolean = {\n    val i = this.iterator\n    val j = that.iterator\n    while (i.hasNext && j.hasNext)\n      if (!p(i.next(), j.next()))\n        return false\n\n    !i.hasNext && !j.hasNext\n  }\n\n  \/** Sorts this $coll according to a comparison function.\n   *  $willNotTerminateInf\n   *\n   *  The sort is stable. That is, elements that are equal (as determined by\n   *  `lt`) appear in the same order in the sorted sequence as in the original.\n   *\n   *  @param  lt  the comparison function which tests whether\n   *              its first argument precedes its second argument in\n   *              the desired ordering.\n   *  @return     a $coll consisting of the elements of this $coll\n   *              sorted according to the comparison function `lt`.\n   *  @example {{{\n   *    List(\"Steve\", \"Tom\", \"John\", \"Bob\").sortWith(_.compareTo(_) < 0) =\n   *    List(\"Bob\", \"John\", \"Steve\", \"Tom\")\n   *  }}}\n   *\/\n  def sortWith(lt: (A, A) => Boolean): Repr = sorted(Ordering fromLessThan lt)\n\n  \/** Sorts this $Coll according to the Ordering which results from transforming\n   *  an implicitly given Ordering with a transformation function.\n   *  $willNotTerminateInf\n   *\n   *  The sort is stable. That is, elements that are equal (as determined by\n   *  `ord.compare`) appear in the same order in the sorted sequence as in the original.\n   *\n   *  @see [[scala.math.Ordering]]\n   *\n   *  @param   f the transformation function mapping elements\n   *           to some other domain `B`.\n   *  @param   ord the ordering assumed on domain `B`.\n   *  @tparam  B the target type of the transformation `f`, and the type where\n   *           the ordering `ord` is defined.\n   *  @return  a $coll consisting of the elements of this $coll\n   *           sorted according to the ordering where `x < y` if\n   *           `ord.lt(f(x), f(y))`.\n   *\n   *  @example {{{\n   *    val words = \"The quick brown fox jumped over the lazy dog\".split(' ')\n   *    \/\/ this works because scala.Ordering will implicitly provide an Ordering[Tuple2[Int, Char]]\n   *    words.sortBy(x => (x.length, x.head))\n   *    res0: Array[String] = Array(The, dog, fox, the, lazy, over, brown, quick, jumped)\n   *  }}}\n   *\/\n  def sortBy[B](f: A => B)(implicit ord: Ordering[B]): Repr = sorted(ord on f)\n\n  \/** Sorts this $coll according to an Ordering.\n   *\n   *  The sort is stable. That is, elements that are equal (as determined by\n   *  `ord.compare`) appear in the same order in the sorted sequence as in the original.\n   *\n   *  @see [[scala.math.Ordering]]\n   *\n   *  @param  ord the ordering to be used to compare elements.\n   *  @return     a $coll consisting of the elements of this $coll\n   *              sorted according to the ordering `ord`.\n   *\/\n  def sorted[B >: A](implicit ord: Ordering[B]): Repr = {\n    val len = this.length\n    val b = newBuilder\n    if (len == 1) b ++= this\n    else if (len > 1) {\n      b.sizeHint(len)\n      val arr = new Array[AnyRef](len)  \/\/ Previously used ArraySeq for more compact but slower code\n      var i = 0\n      for (x <- this) {\n        arr(i) = x.asInstanceOf[AnyRef]\n        i += 1\n      }\n      java.util.Arrays.sort(arr, ord.asInstanceOf[Ordering[Object]])\n      i = 0\n      while (i < arr.length) {\n        b += arr(i).asInstanceOf[A]\n        i += 1\n      }\n    }\n    b.result()\n  }\n\n  \/** Converts this $coll to a sequence.\n   *  $willNotTerminateInf\n   *\n   *  A new collection will not be built; in particular, lazy sequences will stay lazy.\n   *\/\n  override def toSeq: Seq[A] = thisCollection\n\n  \/** Produces the range of all indices of this sequence.\n   *\n   *  @return  a `Range` value from `0` to one less than the length of this $coll.\n   *\/\n  def indices: Range = 0 until length\n\n  override def view = new SeqView[A, Repr] {\n    protected lazy val underlying = self.repr\n    override def iterator = self.iterator\n    override def length = self.length\n    override def apply(idx: Int) = self.apply(idx)\n  }\n\n  override def view(from: Int, until: Int) = view.slice(from, until)\n\n  \/* Need to override string, so that it's not the Function1's string that gets mixed in.\n   *\/\n  override def toString = super[IterableLike].toString\n}\n\n\/** The companion object for trait `SeqLike`.\n *\/\nobject SeqLike {\n  \/\/ KMP search utilities\n\n  \/** Make sure a target sequence has fast, correctly-ordered indexing for KMP.\n   *\n   *  @author <NAME>\n   *  @since  2.10\n   *  @param  W    The target sequence\n   *  @param  n0   The first element in the target sequence that we should use\n   *  @param  n1   The far end of the target sequence that we should use (exclusive)\n   *  @return Target packed in an IndexedSeq (taken from iterator unless W already is an IndexedSeq)\n   *\/\n  private def kmpOptimizeWord[B](W: Seq[B], n0: Int, n1: Int, forward: Boolean) = W match {\n    case iso: IndexedSeq[_] =>\n      \/\/ Already optimized for indexing--use original (or custom view of original)\n      if (forward && n0==0 && n1==W.length) iso.asInstanceOf[IndexedSeq[B]]\n      else if (forward) new AbstractSeq[B] with IndexedSeq[B] {\n        val length = n1 - n0\n        def apply(x: Int) = iso(n0 + x).asInstanceOf[B]\n      }\n      else new AbstractSeq[B] with IndexedSeq[B] {\n        def length = n1 - n0\n        def apply(x: Int) = iso(n1 - 1 - x).asInstanceOf[B]\n      }\n    case _ =>\n      \/\/ W is probably bad at indexing.  Pack in array (in correct orientation)\n      \/\/ Would be marginally faster to special-case each direction\n      new AbstractSeq[B] with IndexedSeq[B] {\n        private[this] val Warr = new Array[AnyRef](n1-n0)\n        private[this] val delta = if (forward) 1 else -1\n        private[this] val done = if (forward) n1-n0 else -1\n        val wit = W.iterator.drop(n0)\n        var i = if (forward) 0 else (n1-n0-1)\n        while (i != done) {\n          Warr(i) = wit.next().asInstanceOf[AnyRef]\n          i += delta\n        }\n\n        val length = n1 - n0\n        def apply(x: Int) = Warr(x).asInstanceOf[B]\n      }\n  }\n\n \/** Make a jump table for KMP search.\n   *\n   *  @author paulp, <NAME>\n   *  @since  2.10\n   *  @param  Wopt The target sequence, as at least an IndexedSeq\n   *  @param  wlen Just in case we're only IndexedSeq and not IndexedSeqOptimized\n   *  @return KMP jump table for target sequence\n   *\/\n private def kmpJumpTable[B](Wopt: IndexedSeq[B], wlen: Int) = {\n    val arr = new Array[Int](wlen)\n    var pos = 2\n    var cnd = 0\n    arr(0) = -1\n    arr(1) = 0\n    while (pos < wlen) {\n      if (Wopt(pos-1) == Wopt(cnd)) {\n        arr(pos) = cnd + 1\n        pos += 1\n        cnd += 1\n      }\n      else if (cnd > 0) {\n        cnd = arr(cnd)\n      }\n      else {\n        arr(pos) = 0\n        pos += 1\n      }\n    }\n    arr\n  }\n\n \/**  A KMP implementation, based on the undoubtedly reliable wikipedia entry.\n   *  Note: I made this private to keep it from entering the API.  That can be reviewed.\n   *\n   *  @author paulp, <NAME>\n   *  @since  2.10\n   *  @param  S       Sequence that may contain target\n   *  @param  m0      First index of S to consider\n   *  @param  m1      Last index of S to consider (exclusive)\n   *  @param  W       Target sequence\n   *  @param  n0      First index of W to match\n   *  @param  n1      Last index of W to match (exclusive)\n   *  @param  forward Direction of search (from beginning==true, from end==false)\n   *  @return Index of start of sequence if found, -1 if not (relative to beginning of S, not m0).\n   *\/\n  private def kmpSearch[B](S: Seq[B], m0: Int, m1: Int, W: Seq[B], n0: Int, n1: Int, forward: Boolean): Int = {\n    \/\/ Check for redundant case when target has single valid element\n    def clipR(x: Int, y: Int) = if (x < y) x else -1\n    def clipL(x: Int, y: Int) = if (x > y) x else -1\n\n    if (n1 == n0+1) {\n      if (forward)\n        clipR(S.indexOf(W(n0), m0), m1)\n      else\n        clipL(S.lastIndexOf(W(n0), m1-1), m0-1)\n    }\n\n    \/\/ Check for redundant case when both sequences are same size\n    else if (m1-m0 == n1-n0) {\n      \/\/ Accepting a little slowness for the uncommon case.\n      if (S.view.slice(m0, m1) == W.view.slice(n0, n1)) m0\n      else -1\n    }\n    \/\/ Now we know we actually need KMP search, so do it\n    else S match {\n      case xs: IndexedSeq[_] =>\n        \/\/ We can index into S directly; it should be adequately fast\n        val Wopt = kmpOptimizeWord(W, n0, n1, forward)\n        val T = kmpJumpTable(Wopt, n1-n0)\n        var i, m = 0\n        val zero = if (forward) m0 else m1-1\n        val delta = if (forward) 1 else -1\n        while (i+m < m1-m0) {\n          if (Wopt(i) == S(zero+delta*(i+m))) {\n            i += 1\n            if (i == n1-n0) return (if (forward) m+m0 else m1-m-i)\n          }\n          else {\n            val ti = T(i)\n            m += i - ti\n            if (i > 0) i = ti\n          }\n        }\n        -1\n      case _ =>\n        \/\/ We had better not index into S directly!\n        val iter = S.iterator.drop(m0)\n        val Wopt = kmpOptimizeWord(W, n0, n1, forward = true)\n        val T = kmpJumpTable(Wopt, n1-n0)\n        val cache = new Array[AnyRef](n1-n0)  \/\/ Ring buffer--need a quick way to do a look-behind\n        var largest = 0\n        var i, m = 0\n        var answer = -1\n        while (m+m0+n1-n0 <= m1) {\n          while (i+m >= largest) {\n            cache(largest%(n1-n0)) = iter.next().asInstanceOf[AnyRef]\n            largest += 1\n          }\n          if (Wopt(i) == cache((i+m)%(n1-n0))) {\n            i += 1\n            if (i == n1-n0) {\n              if (forward) return m+m0\n              else {\n                i -= 1\n                answer = m+m0\n                val ti = T(i)\n                m += i - ti\n                if (i > 0) i = ti\n              }\n            }\n          }\n          else {\n            val ti = T(i)\n            m += i - ti\n            if (i > 0) i = ti\n          }\n        }\n        answer\n    }\n  }\n\n  \/** Finds a particular index at which one sequence occurs in another sequence.\n   *  Both the source sequence and the target sequence are expressed in terms\n   *  other sequences S' and T' with offset and length parameters.  This\n   *  function is designed to wrap the KMP machinery in a sufficiently general\n   *  way that all library sequence searches can use it.  It is unlikely you\n   *  have cause to call it directly: prefer functions such as StringBuilder#indexOf\n   *  and Seq#lastIndexOf.\n   *\n   *  @param  source        the sequence to search in\n   *  @param  sourceOffset  the starting offset in source\n   *  @param  sourceCount   the length beyond sourceOffset to search\n   *  @param  target        the sequence being searched for\n   *  @param  targetOffset  the starting offset in target\n   *  @param  targetCount   the length beyond targetOffset which makes up the target string\n   *  @param  fromIndex     the smallest index at which the target sequence may start\n   *\n   *  @return the applicable index in source where target exists, or -1 if not found\n   *\/\n  def indexOf[B](\n    source: Seq[B], sourceOffset: Int, sourceCount: Int,\n    target: Seq[B], targetOffset: Int, targetCount: Int,\n    fromIndex: Int\n  ): Int = {\n    \/\/ Fiddle with variables to match previous behavior and use kmpSearch\n    \/\/ Doing LOTS of max\/min, both clearer and faster to use math._\n    val slen        = source.length\n    val clippedFrom = math.max(0, fromIndex)\n    val s0          = math.min(slen, sourceOffset + clippedFrom)\n    val s1          = math.min(slen, s0 + sourceCount)\n    val tlen        = target.length\n    val t0          = math.min(tlen, targetOffset)\n    val t1          = math.min(tlen, t0 + targetCount)\n\n    \/\/ Error checking\n    if (clippedFrom > slen-sourceOffset) -1   \/\/ Cannot return an index in range\n    else if (t1 - t0 < 1) s0                  \/\/ Empty, matches first available position\n    else if (s1 - s0 < t1 - t0) -1            \/\/ Source is too short to find target\n    else {\n      \/\/ Nontrivial search\n      val ans = kmpSearch(source, s0, s1, target, t0, t1, forward = true)\n      if (ans < 0) ans else ans - math.min(slen, sourceOffset)\n    }\n  }\n\n  \/** Finds a particular index at which one sequence occurs in another sequence.\n   *  Like `indexOf`, but finds the latest occurrence rather than earliest.\n   *\n   *  @see  [[scala.collection.SeqLike]], method `indexOf`\n   *\/\n  def lastIndexOf[B](\n    source: Seq[B], sourceOffset: Int, sourceCount: Int,\n    target: Seq[B], targetOffset: Int, targetCount: Int,\n    fromIndex: Int\n  ): Int = {\n    \/\/ Fiddle with variables to match previous behavior and use kmpSearch\n    \/\/ Doing LOTS of max\/min, both clearer and faster to use math._\n    val slen        = source.length\n    val tlen        = target.length\n    val s0          = math.min(slen, sourceOffset)\n    val s1          = math.min(slen, s0 + sourceCount)\n    val clippedFrom = math.min(s1 - s0, fromIndex)\n    val t0          = math.min(tlen, targetOffset)\n    val t1          = math.min(tlen, t0 + targetCount)\n    val fixed_s1    = math.min(s1, s0 + clippedFrom + (t1 - t0) - 1)\n\n    \/\/ Error checking\n    if (clippedFrom < 0) -1                   \/\/ Cannot return an index in range\n    else if (t1 - t0 < 1) s0+clippedFrom      \/\/ Empty, matches last available position\n    else if (fixed_s1 - s0 < t1 - t0) -1      \/\/ Source is too short to find target\n    else {\n      \/\/ Nontrivial search\n      val ans = kmpSearch(source, s0, fixed_s1, target, t0, t1, forward = false)\n      if (ans < 0) ans else ans - s0\n    }\n  }\n}\n"}
{"repo_name":"santaswarup\/scala","path":"src\/library\/scala\/concurrent\/impl\/Promise.scala","text":"\/*                     __                                               *\\\n**     ________ ___   \/ \/  ___     Scala API                            **\n**    \/ __\/ __\/\/ _ | \/ \/  \/ _ |    (c) 2003-2013, LAMP\/EPFL             **\n**  __\\ \\\/ \/__\/ __ |\/ \/__\/ __ |    http:\/\/scala-lang.org\/               **\n** \/____\/\\___\/_\/ |_\/____\/_\/ | |                                         **\n**                          |\/                                          **\n\\*                                                                      *\/\n\npackage scala.concurrent.impl\n\nimport scala.concurrent.{ ExecutionContext, CanAwait, OnCompleteRunnable, TimeoutException, ExecutionException }\nimport scala.concurrent.Future.InternalCallbackExecutor\nimport scala.concurrent.duration.{ Duration, FiniteDuration }\nimport scala.annotation.tailrec\nimport scala.util.control.NonFatal\nimport scala.util.{ Try, Success, Failure }\n\nimport java.util.concurrent.locks.AbstractQueuedSynchronizer\nimport java.util.concurrent.atomic.AtomicReference\n\nprivate[concurrent] trait Promise[T] extends scala.concurrent.Promise[T] with scala.concurrent.Future[T] {\n  def future: this.type = this\n\n  import scala.concurrent.Future\n  import scala.concurrent.impl.Promise.DefaultPromise\n\n  override def transform[S](f: Try[T] => Try[S])(implicit executor: ExecutionContext): Future[S] = {\n    val p = new DefaultPromise[S]()\n    onComplete { result => p.complete(try f(result) catch { case NonFatal(t) => Failure(t) }) }\n    p.future\n  }\n\n  \/\/ If possible, link DefaultPromises to avoid space leaks\n  override def transformWith[S](f: Try[T] => Future[S])(implicit executor: ExecutionContext): Future[S] = {\n    val p = new DefaultPromise[S]()\n    onComplete {\n      v => try f(v) match {\n        case fut if fut eq this => p complete v.asInstanceOf[Try[S]]\n        case dp: DefaultPromise[_] => dp.asInstanceOf[DefaultPromise[S]].linkRootOf(p)\n        case fut => p completeWith fut\n      } catch { case NonFatal(t) => p failure t }\n    }\n    p.future\n  }\n\n  override def toString: String = value match {\n    case Some(result) => \"Future(\"+result+\")\"\n    case None => \"Future(<not completed>)\"\n  }\n}\n\n\/* Precondition: `executor` is prepared, i.e., `executor` has been returned from invocation of `prepare` on some other `ExecutionContext`.\n *\/\nprivate final class CallbackRunnable[T](val executor: ExecutionContext, val onComplete: Try[T] => Any) extends Runnable with OnCompleteRunnable {\n  \/\/ must be filled in before running it\n  var value: Try[T] = null\n\n  override def run() = {\n    require(value ne null) \/\/ must set value to non-null before running!\n    try onComplete(value) catch { case NonFatal(e) => executor reportFailure e }\n  }\n\n  def executeWithValue(v: Try[T]): Unit = {\n    require(value eq null) \/\/ can't complete it twice\n    value = v\n    \/\/ Note that we cannot prepare the ExecutionContext at this point, since we might\n    \/\/ already be running on a different thread!\n    try executor.execute(this) catch { case NonFatal(t) => executor reportFailure t }\n  }\n}\n\nprivate[concurrent] object Promise {\n\n  private def resolveTry[T](source: Try[T]): Try[T] = source match {\n    case Failure(t) => resolver(t)\n    case _          => source\n  }\n\n  private def resolver[T](throwable: Throwable): Try[T] = throwable match {\n    case t: scala.runtime.NonLocalReturnControl[_] => Success(t.value.asInstanceOf[T])\n    case t: scala.util.control.ControlThrowable    => Failure(new ExecutionException(\"Boxed ControlThrowable\", t))\n    case t: InterruptedException                   => Failure(new ExecutionException(\"Boxed InterruptedException\", t))\n    case e: Error                                  => Failure(new ExecutionException(\"Boxed Error\", e))\n    case t                                         => Failure(t)\n  }\n\n   \/**\n    * Latch used to implement waiting on a DefaultPromise's result.\n    *\n    * Inspired by: [[http:\/\/gee.cs.oswego.edu\/cgi-bin\/viewcvs.cgi\/jsr166\/src\/main\/java\/util\/concurrent\/locks\/AbstractQueuedSynchronizer.java]]\n    * Written by <NAME> with assistance from members of JCP JSR-166\n    * Expert Group and released to the public domain, as explained at\n    * [[http:\/\/creativecommons.org\/publicdomain\/zero\/1.0\/]]\n    *\/\n    private final class CompletionLatch[T] extends AbstractQueuedSynchronizer with (Try[T] => Unit) {\n      override protected def tryAcquireShared(ignored: Int): Int = if (getState != 0) 1 else -1\n      override protected def tryReleaseShared(ignore: Int): Boolean = {\n        setState(1)\n        true\n      }\n      override def apply(ignored: Try[T]): Unit = releaseShared(1)\n    }\n\n\n  \/** Default promise implementation.\n   *\n   *  A DefaultPromise has three possible states. It can be:\n   *\n   *  1. Incomplete, with an associated list of callbacks waiting on completion.\n   *  2. Complete, with a result.\n   *  3. Linked to another DefaultPromise.\n   *\n   *  If a DefaultPromise is linked to another DefaultPromise, it will\n   *  delegate all its operations to that other promise. This means that two\n   *  DefaultPromises that are linked will appear, to external callers, to have\n   *  exactly the same state and behaviour. For instance, both will appear as\n   *  incomplete, or as complete with the same result value.\n   *\n   *  A DefaultPromise stores its state entirely in the AnyRef cell exposed by\n   *  AtomicReference. The type of object stored in the cell fully describes the\n   *  current state of the promise.\n   *\n   *  1. List[CallbackRunnable] - The promise is incomplete and has zero or more callbacks\n   *     to call when it is eventually completed.\n   *  2. Try[T] - The promise is complete and now contains its value.\n   *  3. DefaultPromise[T] - The promise is linked to another promise.\n   *\n   * The ability to link DefaultPromises is needed to prevent memory leaks when\n   * using Future.flatMap. The previous implementation of Future.flatMap used\n   * onComplete handlers to propagate the ultimate value of a flatMap operation\n   * to its promise. Recursive calls to flatMap built a chain of onComplete\n   * handlers and promises. Unfortunately none of the handlers or promises in\n   * the chain could be collected until the handlers had been called and\n   * detached, which only happened when the final flatMap future was completed.\n   * (In some situations, such as infinite streams, this would never actually\n   * happen.) Because of the fact that the promise implementation internally\n   * created references between promises, and these references were invisible to\n   * user code, it was easy for user code to accidentally build large chains of\n   * promises and thereby leak memory.\n   *\n   * The problem of leaks is solved by automatically breaking these chains of\n   * promises, so that promises don't refer to each other in a long chain. This\n   * allows each promise to be individually collected. The idea is to \"flatten\"\n   * the chain of promises, so that instead of each promise pointing to its\n   * neighbour, they instead point directly the promise at the root of the\n   * chain. This means that only the root promise is referenced, and all the\n   * other promises are available for garbage collection as soon as they're no\n   * longer referenced by user code.\n   *\n   * To make the chains flattenable, the concept of linking promises together\n   * needed to become an explicit feature of the DefaultPromise implementation,\n   * so that the implementation to navigate and rewire links as needed. The idea\n   * of linking promises is based on the [[https:\/\/github.com\/twitter\/util\/blob\/master\/util-core\/src\/main\/scala\/com\/twitter\/util\/Promise.scala\n   *  Twitter promise implementation]].\n   *\n   * In practice, flattening the chain cannot always be done perfectly. When a\n   * promise is added to the end of the chain, it scans the chain and links\n   * directly to the root promise. This prevents the chain from growing forwards\n   * But the root promise for a chain can change, causing the chain to grow\n   * backwards, and leaving all previously-linked promise pointing at a promise\n   * which is no longer the root promise.\n   *\n   * To mitigate the problem of the root promise changing, whenever a promise's\n   * methods are called, and it needs a reference to its root promise it calls\n   * the `compressedRoot()` method. This method re-scans the promise chain to\n   * get the root promise, and also compresses its links so that it links\n   * directly to whatever the current root promise is. This ensures that the\n   * chain is flattened whenever `compressedRoot()` is called. And since\n   * `compressedRoot()` is called at every possible opportunity (when getting a\n   * promise's value, when adding an onComplete handler, etc), this will happen\n   * frequently. Unfortunately, even this eager relinking doesn't absolutely\n   * guarantee that the chain will be flattened and that leaks cannot occur.\n   * However eager relinking does greatly reduce the chance that leaks will\n   * occur.\n   *\n   * Future.flatMap links DefaultPromises together by calling the `linkRootOf`\n   * method. This is the only externally visible interface to linked\n   * DefaultPromises, and `linkedRootOf` is currently only designed to be called\n   * by Future.flatMap.\n   *\/\n  \/\/ Left non-final to enable addition of extra fields by Java\/Scala converters\n  \/\/ in scala-java8-compat.\n  class DefaultPromise[T] extends AtomicReference[AnyRef](Nil) with Promise[T] {\n\n    \/** Get the root promise for this promise, compressing the link chain to that\n     *  promise if necessary.\n     *\n     *  For promises that are not linked, the result of calling\n     *  `compressedRoot()` will the promise itself. However for linked promises,\n     *  this method will traverse each link until it locates the root promise at\n     *  the base of the link chain.\n     *\n     *  As a side effect of calling this method, the link from this promise back\n     *  to the root promise will be updated (\"compressed\") to point directly to\n     *  the root promise. This allows intermediate promises in the link chain to\n     *  be garbage collected. Also, subsequent calls to this method should be\n     *  faster as the link chain will be shorter.\n     *\/\n    private def compressedRoot(): DefaultPromise[T] =\n      get() match {\n        case linked: DefaultPromise[_] => compressedRoot(linked)\n        case _ => this\n      }\n\n    @tailrec\n    private[this] final def compressedRoot(linked: DefaultPromise[_]): DefaultPromise[T] = {\n      val target = linked.asInstanceOf[DefaultPromise[T]].root\n      if (linked eq target) target\n      else if (compareAndSet(linked, target)) target\n      else {\n        get() match {\n          case newLinked: DefaultPromise[_] => compressedRoot(newLinked)\n          case _ => this\n        }\n      }\n    }\n\n    \/** Get the promise at the root of the chain of linked promises. Used by `compressedRoot()`.\n     *  The `compressedRoot()` method should be called instead of this method, as it is important\n     *  to compress the link chain whenever possible.\n     *\/\n    @tailrec\n    private def root: DefaultPromise[T] =\n      get() match {\n        case linked: DefaultPromise[_] => linked.asInstanceOf[DefaultPromise[T]].root\n        case _ => this\n      }\n\n    \/** Try waiting for this promise to be completed.\n     *\/\n    protected final def tryAwait(atMost: Duration): Boolean = if (!isCompleted) {\n      import Duration.Undefined\n      atMost match {\n        case e if e eq Undefined => throw new IllegalArgumentException(\"cannot wait for Undefined period\")\n        case Duration.Inf        =>\n          val l = new CompletionLatch[T]()\n          onComplete(l)(InternalCallbackExecutor)\n          l.acquireSharedInterruptibly(1)\n        case Duration.MinusInf   => \/\/ Drop out\n        case f: FiniteDuration   =>\n          if (f > Duration.Zero) {\n            val l = new CompletionLatch[T]()\n            onComplete(l)(InternalCallbackExecutor)\n            l.tryAcquireSharedNanos(1, f.toNanos)\n          }\n      }\n\n      isCompleted\n    } else true \/\/ Already completed\n\n    @throws(classOf[TimeoutException])\n    @throws(classOf[InterruptedException])\n    final def ready(atMost: Duration)(implicit permit: CanAwait): this.type =\n      if (tryAwait(atMost)) this\n      else throw new TimeoutException(\"Futures timed out after [\" + atMost + \"]\")\n\n    @throws(classOf[Exception])\n    final def result(atMost: Duration)(implicit permit: CanAwait): T =\n      ready(atMost).value.get.get \/\/ ready throws TimeoutException if timeout so value.get is safe here\n\n    def value: Option[Try[T]] = value0\n\n    @tailrec\n    private def value0: Option[Try[T]] = get() match {\n      case c: Try[_] => Some(c.asInstanceOf[Try[T]])\n      case dp: DefaultPromise[_] => compressedRoot(dp).value0\n      case _ => None\n    }\n\n    override final def isCompleted: Boolean = isCompleted0\n\n    @tailrec\n    private def isCompleted0: Boolean = get() match {\n      case _: Try[_] => true\n      case dp: DefaultPromise[_] => compressedRoot(dp).isCompleted0\n      case _ => false\n    }\n\n    final def tryComplete(value: Try[T]): Boolean = {\n      val resolved = resolveTry(value)\n      tryCompleteAndGetListeners(resolved) match {\n        case null             => false\n        case rs if rs.isEmpty => true\n        case rs               => rs.foreach(r => r.executeWithValue(resolved)); true\n      }\n    }\n\n    \/** Called by `tryComplete` to store the resolved value and get the list of\n     *  listeners, or `null` if it is already completed.\n     *\/\n    @tailrec\n    private def tryCompleteAndGetListeners(v: Try[T]): List[CallbackRunnable[T]] = {\n      get() match {\n        case raw: List[_] =>\n          val cur = raw.asInstanceOf[List[CallbackRunnable[T]]]\n          if (compareAndSet(cur, v)) cur else tryCompleteAndGetListeners(v)\n        case dp: DefaultPromise[_] => compressedRoot(dp).tryCompleteAndGetListeners(v)\n        case _ => null\n      }\n    }\n\n    final def onComplete[U](func: Try[T] => U)(implicit executor: ExecutionContext): Unit =\n      dispatchOrAddCallback(new CallbackRunnable[T](executor.prepare(), func))\n\n    \/** Tries to add the callback, if already completed, it dispatches the callback to be executed.\n     *  Used by `onComplete()` to add callbacks to a promise and by `link()` to transfer callbacks\n     *  to the root promise when linking two promises together.\n     *\/\n    @tailrec\n    private def dispatchOrAddCallback(runnable: CallbackRunnable[T]): Unit = {\n      get() match {\n        case r: Try[_]          => runnable.executeWithValue(r.asInstanceOf[Try[T]])\n        case dp: DefaultPromise[_] => compressedRoot(dp).dispatchOrAddCallback(runnable)\n        case listeners: List[_] => if (compareAndSet(listeners, runnable :: listeners)) ()\n                                   else dispatchOrAddCallback(runnable)\n      }\n    }\n\n    \/** Link this promise to the root of another promise using `link()`. Should only be\n     *  be called by transformWith.\n     *\/\n    protected[concurrent] final def linkRootOf(target: DefaultPromise[T]): Unit = link(target.compressedRoot())\n\n    \/** Link this promise to another promise so that both promises share the same\n     *  externally-visible state. Depending on the current state of this promise, this\n     *  may involve different things. For example, any onComplete listeners will need\n     *  to be transferred.\n     *\n     *  If this promise is already completed, then the same effect as linking -\n     *  sharing the same completed value - is achieved by simply sending this\n     *  promise's result to the target promise.\n     *\/\n    @tailrec\n    private def link(target: DefaultPromise[T]): Unit = if (this ne target) {\n      get() match {\n        case r: Try[_] =>\n          if (!target.tryComplete(r.asInstanceOf[Try[T]]))\n            throw new IllegalStateException(\"Cannot link completed promises together\")\n        case dp: DefaultPromise[_] =>\n          compressedRoot(dp).link(target)\n        case listeners: List[_] if compareAndSet(listeners, target) =>\n          if (listeners.nonEmpty)\n            listeners.asInstanceOf[List[CallbackRunnable[T]]].foreach(target.dispatchOrAddCallback(_))\n        case _ =>\n          link(target)\n      }\n    }\n  }\n\n  \/** An already completed Future is given its result at creation.\n   *\n   *  Useful in Future-composition when a value to contribute is already available.\n   *\/\n  object KeptPromise {\n    import scala.concurrent.Future\n    import scala.reflect.ClassTag\n\n    private[this] sealed trait Kept[T] extends Promise[T] {\n      def result: Try[T]\n\n      override def value: Option[Try[T]] = Some(result)\n\n      override def isCompleted: Boolean = true\n\n      override def tryComplete(value: Try[T]): Boolean = false\n\n      override def onComplete[U](func: Try[T] => U)(implicit executor: ExecutionContext): Unit =\n        (new CallbackRunnable(executor.prepare(), func)).executeWithValue(result)\n\n      override def ready(atMost: Duration)(implicit permit: CanAwait): this.type = this\n\n      override def result(atMost: Duration)(implicit permit: CanAwait): T = result.get\n    }\n\n    private[this] final class Successful[T](val result: Success[T]) extends Kept[T] {\n      override def onFailure[U](pf: PartialFunction[Throwable, U])(implicit executor: ExecutionContext): Unit = ()\n      override def failed: Future[Throwable] = KeptPromise(Failure(new NoSuchElementException(\"Future.failed not completed with a throwable.\"))).future\n      override def recover[U >: T](pf: PartialFunction[Throwable, U])(implicit executor: ExecutionContext): Future[U] = this\n      override def recoverWith[U >: T](pf: PartialFunction[Throwable, Future[U]])(implicit executor: ExecutionContext): Future[U] = this\n      override def fallbackTo[U >: T](that: Future[U]): Future[U] = this\n    }\n\n    private[this] final class Failed[T](val result: Failure[T]) extends Kept[T] {\n      private[this] final def thisAs[S]: Future[S] = future.asInstanceOf[Future[S]]\n\n      override def onSuccess[U](pf: PartialFunction[T, U])(implicit executor: ExecutionContext): Unit = ()\n      override def failed: Future[Throwable] = KeptPromise(Success(result.exception)).future\n      override def foreach[U](f: T => U)(implicit executor: ExecutionContext): Unit = ()\n      override def map[S](f: T => S)(implicit executor: ExecutionContext): Future[S] = thisAs[S]\n      override def flatMap[S](f: T => Future[S])(implicit executor: ExecutionContext): Future[S] = thisAs[S]\n      override def flatten[S](implicit ev: T <:< Future[S]): Future[S] = thisAs[S]\n      override def filter(p: T => Boolean)(implicit executor: ExecutionContext): Future[T] = this\n      override def collect[S](pf: PartialFunction[T, S])(implicit executor: ExecutionContext): Future[S] = thisAs[S]\n      override def zip[U](that: Future[U]): Future[(T, U)] = thisAs[(T,U)]\n      override def zipWith[U, R](that: Future[U])(f: (T, U) => R)(implicit executor: ExecutionContext): Future[R] = thisAs[R]\n      override def fallbackTo[U >: T](that: Future[U]): Future[U] =\n        if (this eq that) this else that.recoverWith({ case _ => this })(InternalCallbackExecutor)\n      override def mapTo[S](implicit tag: ClassTag[S]): Future[S] = thisAs[S]\n    }\n\n    def apply[T](result: Try[T]): scala.concurrent.Promise[T] =\n      resolveTry(result) match {\n        case s @ Success(_) => new Successful(s)\n        case f @ Failure(_) => new Failed(f)\n      }\n  }\n\n}\n"}
{"repo_name":"santaswarup\/scala","path":"src\/compiler\/scala\/tools\/nsc\/classpath\/ZipArchiveFileLookup.scala","text":"<reponame>santaswarup\/scala\n\/*\n * Copyright (c) 2014 Contributor. All rights reserved.\n *\/\npackage scala.tools.nsc.classpath\n\nimport java.io.File\nimport java.net.URL\nimport scala.collection.Seq\nimport scala.reflect.io.AbstractFile\nimport scala.reflect.io.FileZipArchive\nimport FileUtils.AbstractFileOps\nimport scala.tools.nsc.util.{ClassPath, ClassRepresentation}\n\n\/**\n * A trait allowing to look for classpath entries of given type in zip and jar files.\n * It provides common logic for classes handling class and source files.\n * It's aware of things like e.g. META-INF directory which is correctly skipped.\n *\/\ntrait ZipArchiveFileLookup[FileEntryType <: ClassRepresentation] extends ClassPath {\n  val zipFile: File\n\n  assert(zipFile != null, \"Zip file in ZipArchiveFileLookup cannot be null\")\n\n  override def asURLs: Seq[URL] = Seq(zipFile.toURI.toURL)\n  override def asClassPathStrings: Seq[String] = Seq(zipFile.getPath)\n\n  private val archive = new FileZipArchive(zipFile)\n\n  override private[nsc] def packages(inPackage: String): Seq[PackageEntry] = {\n    val prefix = PackageNameUtils.packagePrefix(inPackage)\n    for {\n      dirEntry <- findDirEntry(inPackage).toSeq\n      entry <- dirEntry.iterator if entry.isPackage\n    } yield PackageEntryImpl(prefix + entry.name)\n  }\n\n  protected def files(inPackage: String): Seq[FileEntryType] =\n    for {\n      dirEntry <- findDirEntry(inPackage).toSeq\n      entry <- dirEntry.iterator if isRequiredFileType(entry)\n    } yield createFileEntry(entry)\n\n  protected def file(inPackage: String, name: String): Option[FileEntryType] =\n    for {\n      dirEntry <- findDirEntry(inPackage)\n      entry <- Option(dirEntry.lookupName(name, directory = false))\n      if isRequiredFileType(entry)\n    } yield createFileEntry(entry)\n\n  override private[nsc] def hasPackage(pkg: String) = findDirEntry(pkg).isDefined\n  override private[nsc] def list(inPackage: String): ClassPathEntries = {\n    val foundDirEntry = findDirEntry(inPackage)\n\n    foundDirEntry map { dirEntry =>\n      val pkgBuf = collection.mutable.ArrayBuffer.empty[PackageEntry]\n      val fileBuf = collection.mutable.ArrayBuffer.empty[FileEntryType]\n      val prefix = PackageNameUtils.packagePrefix(inPackage)\n\n      for (entry <- dirEntry.iterator) {\n        if (entry.isPackage)\n          pkgBuf += PackageEntryImpl(prefix + entry.name)\n        else if (isRequiredFileType(entry))\n          fileBuf += createFileEntry(entry)\n      }\n      ClassPathEntries(pkgBuf, fileBuf)\n    } getOrElse ClassPathEntries.empty\n  }\n\n  private def findDirEntry(pkg: String): Option[archive.DirEntry] = {\n    val dirName = FileUtils.dirPath(pkg) + \"\/\"\n    archive.allDirs.get(dirName)\n  }\n\n  protected def createFileEntry(file: FileZipArchive#Entry): FileEntryType\n  protected def isRequiredFileType(file: AbstractFile): Boolean\n}\n"}
{"repo_name":"santaswarup\/scala","path":"src\/reflect\/scala\/reflect\/internal\/util\/Statistics.scala","text":"<reponame>santaswarup\/scala<filename>src\/reflect\/scala\/reflect\/internal\/util\/Statistics.scala\npackage scala\npackage reflect.internal.util\n\nimport scala.collection.mutable\n\nimport scala.reflect.internal.SymbolTable\nimport scala.reflect.internal.settings.MutableSettings\nimport java.lang.invoke.{SwitchPoint, MethodHandle, MethodHandles, MethodType}\n\nabstract class Statistics(val symbolTable: SymbolTable, settings: MutableSettings) {\n\n  initFromSettings(settings)\n\n  def initFromSettings(currentSettings: MutableSettings): Unit = {\n    enabled = currentSettings.YstatisticsEnabled\n    hotEnabled = currentSettings.YhotStatisticsEnabled\n  }\n\n  type TimerSnapshot = (Long, Long)\n\n  \/** If enabled, increment counter by one *\/\n  @inline final def incCounter(c: Counter) {\n    if (areStatisticsLocallyEnabled && c != null) c.value += 1\n  }\n\n  \/** If enabled, increment counter by given delta *\/\n  @inline final def incCounter(c: Counter, delta: Int) {\n    if (areStatisticsLocallyEnabled && c != null) c.value += delta\n  }\n\n  \/** If enabled, increment counter in map `ctrs` at index `key` by one *\/\n  @inline final def incCounter[K](ctrs: QuantMap[K, Counter], key: K) =\n    if (areStatisticsLocallyEnabled && ctrs != null) ctrs(key).value += 1\n\n  \/** If enabled, start subcounter. While active it will track all increments of\n   *  its base counter.\n   *\/\n  @inline final def startCounter(sc: SubCounter): (Int, Int) =\n    if (areStatisticsLocallyEnabled && sc != null) sc.start() else null\n\n  \/** If enabled, stop subcounter from tracking its base counter. *\/\n  @inline final def stopCounter(sc: SubCounter, start: (Int, Int)) {\n    if (areStatisticsLocallyEnabled && sc != null) sc.stop(start)\n  }\n\n  \/** If enabled, start timer *\/\n  @inline final def startTimer(tm: Timer): TimerSnapshot =\n    if (areStatisticsLocallyEnabled && tm != null) tm.start() else null\n\n  \/** If enabled, stop timer *\/\n  @inline final def stopTimer(tm: Timer, start: TimerSnapshot) {\n    if (areStatisticsLocallyEnabled && tm != null) tm.stop(start)\n  }\n\n  \/** If enabled, push and start a new timer in timer stack *\/\n  @inline final def pushTimer(timers: TimerStack, timer: => StackableTimer): TimerSnapshot =\n    if (areStatisticsLocallyEnabled && timers != null) timers.push(timer) else null\n\n  \/** If enabled, stop and pop timer from timer stack *\/\n  @inline final def popTimer(timers: TimerStack, prev: TimerSnapshot) {\n    if (areStatisticsLocallyEnabled && timers != null) timers.pop(prev)\n  }\n\n  \/** Create a new counter that shows as `prefix` and is active in given phases *\/\n  def newCounter(prefix: String, phases: String*) = new Counter(prefix, phases)\n\n  \/** Create a new relative counter that shows as `prefix` and is active\n   *  in the same phases as its base counter. Relative counters print as percentages\n   *  of their base counters.\n   *\/\n  def newRelCounter(prefix: String, ctr: Counter): Counter = new RelCounter(prefix, ctr)\n\n  \/** Create a new subcounter that shows as `prefix` and is active\n   *  in the same phases as its base counter. Subcounters can track\n   *  increments of their base counters and print as percentages\n   *  of their base counters.\n   *\/\n  def newSubCounter(prefix: String, ctr: Counter): SubCounter = new SubCounter(prefix, ctr)\n\n  \/** Create a new counter that shows as `prefix` and is active in given phases *\/\n  def newTimer(prefix: String, phases: String*): Timer = new Timer(prefix, phases)\n\n  \/** Create a new subtimer that shows as `prefix` and is active\n   *  in the same phases as its base timer. Subtimers can track\n   *  increments of their base timers and print as percentages\n   *  of their base timers.\n   *\/\n  def newSubTimer(prefix: String, timer: Timer): Timer = new SubTimer(prefix, timer)\n\n  \/** Create a new stackable that shows as `prefix` and is active\n   *  in the same phases as its base timer. Stackable timers are subtimers\n   *  that can be stacked in a timerstack, and that print aggregate, as well as specific\n   *  durations.\n   *\/\n  def newStackableTimer(prefix: String, timer: Timer): StackableTimer = new StackableTimer(prefix, timer)\n\n  \/** Create a new view that shows as `prefix` and is active in given phases.\n   *  The view always reflects the current value of `quant` as a quantity.\n   *\/\n  def newView(prefix: String, phases: String*)(quant: => Any): View = new View(prefix, phases,\nquant)\n\n  \/** Create a new quantity map that shows as `prefix` and is active in given phases.\n   *\/\n  def newQuantMap[K, V <% Ordered[V]](prefix: String, phases: String*)(initValue: => V): QuantMap[K, V] = new QuantMap(prefix, phases, initValue)\n\n  \/** Same as newQuantMap, where the key type is fixed to be Class[_] *\/\n  def newByClass[V <% Ordered[V]](prefix: String, phases: String*)(initValue: => V): QuantMap[Class[_], V] = new QuantMap(prefix, phases, initValue)\n\n  \/** Create a new timer stack *\/\n  def newTimerStack() = new TimerStack()\n\n  def allQuantities: Iterable[Quantity] =\n    for ((_, q) <- qs if q.underlying == q;\n         r <- q :: q.children.toList if r.prefix.nonEmpty) yield r\n\n  private def showPercent(x: Long, base: Long) =\n    if (base == 0) \"\" else f\" (${x.toDouble \/ base.toDouble * 100}%2.1f%%)\"\n\n  \/** The base trait for quantities.\n   *  Quantities with non-empty prefix are printed in the statistics info.\n   *\/\n  trait Quantity {\n    if (prefix.nonEmpty) {\n      val key = s\"${if (underlying != this) underlying.prefix else \"\"}\/$prefix\"\n      qs(key) = this\n    }\n    val prefix: String\n    val phases: Seq[String]\n    def underlying: Quantity = this\n    def showAt(phase: String) = phases.isEmpty || (phases contains phase)\n    def line = f\"$prefix%-30s: ${this}\"\n    val children = new mutable.ListBuffer[Quantity]\n  }\n\n  trait SubQuantity extends Quantity {\n    protected def underlying: Quantity\n    underlying.children += this\n  }\n\n  class Counter(val prefix: String, val phases: Seq[String]) extends Quantity with Ordered[Counter] {\n    var value: Int = 0\n    def compare(that: Counter): Int =\n      if (this.value < that.value) -1\n      else if (this.value > that.value) 1\n      else 0\n    override def equals(that: Any): Boolean =\n      that match {\n        case that: Counter => (this compare that) == 0\n        case _ => false\n      }\n    override def hashCode = value\n    override def toString = value.toString\n  }\n\n  class View(val prefix: String, val phases: Seq[String], quant: => Any) extends Quantity {\n    override def toString = quant.toString\n  }\n\n  private class RelCounter(prefix: String, override val underlying: Counter) extends Counter(prefix, underlying.phases) with SubQuantity {\n    override def toString =\n      if (value == 0) \"0\"\n      else {\n        assert(underlying.value != 0, prefix+\"\/\"+underlying.line)\n        f\"${value.toFloat \/ underlying.value}%2.1f\"\n      }\n  }\n\n  class SubCounter(prefix: String, override val underlying: Counter) extends Counter(prefix, underlying.phases) with SubQuantity {\n    def start() = (value, underlying.value)\n    def stop(prev: (Int, Int)) {\n      val (value0, uvalue0) = prev\n      value = value0 + underlying.value - uvalue0\n    }\n    override def toString =\n      value + showPercent(value.toLong, underlying.value.toLong)\n  }\n\n  class Timer(val prefix: String, val phases: Seq[String]) extends Quantity {\n    var nanos: Long = 0\n    var timings = 0\n    def start() = {\n      (nanos, System.nanoTime())\n    }\n    def stop(prev: TimerSnapshot) {\n      val (nanos0, start) = prev\n      nanos = nanos0 + System.nanoTime() - start\n      timings += 1\n    }\n    protected def show(ns: Long) = s\"${ns\/1000000}ms\"\n    override def toString = s\"$timings spans, ${show(nanos)}\"\n  }\n\n  class SubTimer(prefix: String, override val underlying: Timer) extends Timer(prefix, underlying.phases) with SubQuantity {\n    override protected def show(ns: Long) = super.show(ns) + showPercent(ns, underlying.nanos)\n  }\n\n  class StackableTimer(prefix: String, underlying: Timer) extends SubTimer(prefix, underlying) with Ordered[StackableTimer] {\n    var specificNanos: Long = 0\n    def compare(that: StackableTimer): Int =\n      if (this.specificNanos < that.specificNanos) -1\n      else if (this.specificNanos > that.specificNanos) 1\n      else 0\n    override def equals(that: Any): Boolean =\n      that match {\n        case that: StackableTimer => (this compare that) == 0\n        case _ => false\n      }\n    override def hashCode = specificNanos.##\n    override def toString = s\"${super.toString} aggregate, ${show(specificNanos)} specific\"\n  }\n\n  \/** A mutable map quantity where missing elements are automatically inserted\n   *  on access by executing `initValue`.\n   *\/\n  class QuantMap[K, V <% Ordered[V]](val prefix: String, val phases: Seq[String], initValue: => V)\n      extends mutable.HashMap[K, V] with mutable.SynchronizedMap[K, V] with Quantity {\n    override def default(key: K) = {\n      val elem = initValue\n      this(key) = elem\n      elem\n    }\n    override def toString =\n      this.toSeq.sortWith(_._2 > _._2).map {\n        case (cls: Class[_], elem) =>\n          s\"${cls.toString.substring(cls.toString.lastIndexOf(\"$\") + 1)}: $elem\"\n        case (key, elem) =>\n          s\"$key: $elem\"\n      }.mkString(\", \")\n  }\n\n  \/** A stack of timers, all active, where a timer's specific \"clock\"\n   *  is stopped as long as it is buried by some other timer in the stack, but\n   *  its aggregate clock keeps on ticking.\n   *\/\n  class TimerStack {\n    private var elems: List[(StackableTimer, Long)] = Nil\n    \/** Start given timer and push it onto the stack *\/\n    def push(t: StackableTimer): TimerSnapshot = {\n      elems = (t, 0L) :: elems\n      t.start()\n    }\n    \/** Stop and pop top timer in stack\n     *\/\n    def pop(prev: TimerSnapshot) = {\n      val (nanos0, start) = prev\n      val duration = System.nanoTime() - start\n      val (topTimer, nestedNanos) :: rest = elems\n      topTimer.nanos = nanos0 + duration\n      topTimer.specificNanos += duration - nestedNanos\n      topTimer.timings += 1\n      elems = rest match {\n        case (outerTimer, outerNested) :: elems1 =>\n          (outerTimer, outerNested + duration) :: elems1\n        case Nil =>\n          Nil\n      }\n    }\n  }\n\n  private val qs = new mutable.HashMap[String, Quantity]\n  private[scala] var areColdStatsLocallyEnabled: Boolean = false\n  private[scala] var areHotStatsLocallyEnabled: Boolean = false\n\n  \/** Represents whether normal statistics can or cannot be enabled. *\/\n  @inline final def enabled: Boolean = areColdStatsLocallyEnabled\n  def enabled_=(cond: Boolean) = {\n    if (cond && !enabled) {\n      StatisticsStatics.enableColdStats()\n      areColdStatsLocallyEnabled = true\n    }\n  }\n\n  \/** Represents whether hot statistics can or cannot be enabled. *\/\n  @inline final def hotEnabled: Boolean = enabled && areHotStatsLocallyEnabled\n  def hotEnabled_=(cond: Boolean) = {\n    if (cond && enabled && !areHotStatsLocallyEnabled) {\n      StatisticsStatics.enableHotStats()\n      areHotStatsLocallyEnabled = true\n    }\n  }\n\n  \/** Tells whether statistics should be definitely reported to the user for this `Global` instance. *\/\n  @inline final def areStatisticsLocallyEnabled: Boolean = areColdStatsLocallyEnabled\n\n  import scala.reflect.internal.Reporter\n  \/** Reports the overhead of measuring statistics via the nanoseconds variation. *\/\n  final def reportStatisticsOverhead(reporter: Reporter): Unit = {\n      val start = System.nanoTime()\n      var total = 0L\n      for (i <- 1 to 10000) {\n        val time = System.nanoTime()\n        total += System.nanoTime() - time\n      }\n      val total2 = System.nanoTime() - start\n      val variation = s\"${total\/10000.0}ns to ${total2\/10000.0}ns\"\n      reporter.echo(NoPosition, s\"Enabling statistics, measuring overhead = $variation per timer\")\n  }\n\n  \/** Helper for measuring the overhead of a concrete thunk `body`. *\/\n  @inline final def timed[T](timer: Timer)(body: => T): T = {\n    val start = startTimer(timer)\n    try body finally stopTimer(timer, start)\n  }\n}\n"}
{"repo_name":"santaswarup\/scala","path":"test\/files\/run\/t10552\/Test_2.scala","text":"import scala.tools.partest._\n\nobject Test extends DirectTest {\n  override def extraSettings: String = \"-usejavacp -Ystop-after:typer\"\n\n  def code = \"class C { A.f }\"\n\n  def show(): Unit = try {\n    compile()\n    throw new Error(\"Expected OutOfMemoryError\")\n  } catch {\n    case e: OutOfMemoryError if e.getMessage == \"OOM\" =>\n  }\n}\n"}
{"repo_name":"eed3si9n\/dotty","path":"tests\/run-macros\/i6518\/Macro_1.scala","text":"<reponame>eed3si9n\/dotty\nimport scala.quoted._\nimport scala.quoted.autolift._\nimport scala.tasty._\n\nobject Macros {\n\n  inline def test(): String = ${ testImpl }\n\n  private def testImpl(implicit reflect: Reflection): Expr[String] = {\n    import reflect._\n    typeOf[Function1[_, _]].classSymbol.get.methods.map(_.name).sorted.mkString(\"\\n\")\n  }\n\n}\n"}
{"repo_name":"javadsabbagh\/training","path":"scala-training\/collections\/src\/main\/scala\/Main.scala","text":"object app extends App {\n  print(\"1\".toInt)\n}\n"}
{"repo_name":"teenasharma\/knolx","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport java.util.Date\nimport scala.slick.driver.PostgresDriver.simple._\nimport models.Employee\nimport models.User\nimport play.api._\nimport play.api.data._\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.data.Forms.mapping\nimport play.api.data.Forms.nonEmptyText\nimport play.api.data.Forms.number\nimport play.api.db.slick.DBAction\nimport play.api.db.slick.dbSessionRequestAsSession\nimport play.api.db.slick.dbSessionRequestAsSession\nimport play.api.mvc._\nimport play.api.mvc.Flash\n\ncase class Login(email: String, password: String)\n\nobject Application extends Controller {\n\n  \/**\n   * Describe the User form.\n   *\/\n  private val userForm: Form[User] = Form(\n    mapping(\n      \"name\" -> nonEmptyText,\n      \"address\" -> text,\n      \"email\" -> nonEmptyText,\n      \"company\" -> nonEmptyText,\n      \"phone\" -> text,\n      \"password\" -> nonEmptyText,\n      \"userType\" -> ignored(2),\n      \"createDate\" -> ignored(new Date),\n      \"updateDate\" -> ignored(new Date),\n      \"id\" -> ignored(0))(User.apply)(User.unapply))\n\n  \/**\n   * Describe the Login form.\n   *\/\n\n  val loginForm = Form(\n    tuple(\n      \"email\" -> nonEmptyText,\n      \"password\" -> nonEmptyText) verifying (result => result match {\n        case (email, password) => Employee.authenticate(email, password).isDefined\n      }))\n\n  \/**\n   * Handle default path requests, redirect to Login page\n   *\/\n  def login = Action { implicit request =>\n    Ok(views.html.login(loginForm))\n  }\n\n  \/**\n   * Handle the 'new User form' Authentication.\n   *\/\n  def authenticate = Action { implicit request =>\n    val newUserForm = loginForm.bindFromRequest()\n    newUserForm.fold(\n      hasErrors = { form =>\n        Redirect(routes.Application.login()).flashing(\"error\" -> \"Please enter valid email and password\")\n      },\n      success = { newUserForm =>\n        val user = Employee.findByEmail(newUserForm._1)\n        Ok(views.html.userProfile(user.get)).withSession(\"email\" -> user.get.email)\n\n      })\n  }\n\n  \n  \/**\n   * This result directly redirect to the User Sign up Form.\n   *\/\n  def employee = Action { implicit request =>\n    Ok(views.html.employee(\"\"))\n  }\n\n  \/**\n   * Handle the 'new User form' submission.\n   *\/\n  def userFormSubmit = Action { implicit request =>\n    val newUserForm = userForm.bindFromRequest()\n    newUserForm.fold(\n      hasErrors = { form =>\n        Redirect(routes.Application.employee()).flashing(\"errorBlank\" -> \"Please Provide your details\")\n\n      },\n      success = { newUserForm =>\n        val user = Employee.findByEmail(newUserForm.email)\n        if (user.isDefined) {\n          Redirect(routes.Application.employee()).flashing(\"error\" -> \"Duplicate email \")\n        } else {\n          Employee.insert(newUserForm)\n          Redirect(routes.Application.employee()).flashing(\"success\" -> \"Member Added Successfully\")\n        }\n\n      })\n  }\n\n  \/**\n * render page from user home to another page like view profile etc.\n * @param id, user id\n * @return typ, type of page\n *\/\ndef userHome(id: Int, typ: String) = Action { implicit request =>\n    typ match {\n      case \"userpro\" => {\n        val s = Employee.findById(id)\n        Ok(views.html.userProfile(s.get))\n      }\n      case \"ep\" => Redirect(routes.Application.editUser(id))\n    }\n  }\n\n  \/**\n   * Handle the 'edit form' submission\n   *\n   * @param id Id of the User to edit\n   *\/\n  def update(id: Int) = DBAction { implicit request =>\n    userForm.bindFromRequest.fold(\n      hasErrors = { form =>\n        Ok(\"error\")\n      },\n      success = { user =>\n        Employee.update(id, user)\n        val result = Employee.findById(id)\n        Ok(views.html.userProfile(result.get)).flashing(\"success\" -> \"Profile Successfully updated\")\n      })\n  }\n\n  \/**\n   * Display the 'edit form' of a existing User.\n   *\n   * @param id Id of the User to edit\n   *\/\n  def editUser(id: Int) = DBAction { implicit request =>\n    Employee.findById(id).map {\n      user =>\n        Ok(views.html.editForm(id, userForm.fill(user)))\n    }.getOrElse(NotFound)\n  }\n\n}"}
{"repo_name":"teenasharma\/knolx","path":"app\/models\/Employee.scala","text":"<reponame>teenasharma\/knolx<filename>app\/models\/Employee.scala\npackage models\nimport scala.slick.driver.PostgresDriver.simple._\n\nimport java.util.Date\nimport java.text.SimpleDateFormat\n\nimport org.joda.time.LocalDateTime\n\ncase class User(name: String, address: String, email: String, company: String, phone: String, password: String, userType: Int, created: Date, updateDate: Date, id: Int = 0)\n\nobject Employee {\n\n  implicit lazy val util2sqlDateMapper = MappedColumnType.base[java.util.Date, java.sql.Timestamp](\n    { utilDate => new java.sql.Timestamp(utilDate.getTime()) },\n    { sqlDate => new java.util.Date(sqlDate.getTime()) })\n\n  class Employees(tag: Tag) extends Table[User](tag, \"usertable\") {\n    def id: Column[Int] = column[Int](\"id\", O.PrimaryKey, O.AutoInc)\n    def name: Column[String] = column[String](\"name\", O.NotNull)\n    def address: Column[String] = column[String](\"address\")\n    def email: Column[String] = column[String](\"email\", O.NotNull)\n    def company: Column[String] = column[String](\"company\", O.NotNull)\n    def phone: Column[String] = column[String](\"phone\")\n    def password: Column[String] = column[String](\"password\", O.NotNull)\n    def userType: Column[Int] = column[Int](\"userType\", O.NotNull)\n    def created: Column[Date] = column[Date](\"created\", O.NotNull)\n    def updateDate: Column[Date] = column[Date](\"updateDate\", O.NotNull)\n    def * = (name, address, email, company, phone, password, userType, created, updateDate, id) <> (User.tupled, User.unapply)\n    def idx = index(\"idx_a\", (email), unique = true)\n\n  }\n\n  val userTable = TableQuery[Employees]\n\n  val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n\n  \/**\n   * This method return list of the users from user table.\n   *\/\n  def getList: List[User] = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n\n    dbObject.withSession {\n      implicit session =>\n        \/\/userTable.ddl.create\n        val userList = userTable.list\n        userList\n    }\n\n  }\n\n  \/**\n   *  This method insert new user into user table.\n   * @param userInfo\n   * @return\n   *\/\n  def insert(userInfo: User) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n\n    dbObject.withSession {\n      implicit session =>\n        \/\/ userTable.ddl.create\n        userTable.insert(userInfo)\n    }\n  }\n\n  \/**\n   * This method update the user details of the matching columns.\n   * @param id\n   * @param user\n   * @return\n   *\/\n  def update(id: Int, user: User) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n    dbObject.withSession {\n      implicit session =>\n        userTable.filter(_.id === id).update(new User(user.name, user.address, user.email, user.company, user.phone, user.password, user.userType, user.created, user.updateDate, id))\n    }\n  }\n\n  \/**\n   * This method authenticates the user by matching the email and password.\n   * @param email\n   * @param password\n   * @return\n   *\/\n  def authenticate(email: String, password: String) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n    dbObject.withSession {\n      implicit session =>\n        userTable.filter(_.email === email).firstOption\n        userTable.filter(_.password === password).firstOption\n    }\n  }\n\n  \/**\n   *  This method delete the user of given id from the database.\n   * @param Id\n   * @return\n   *\/\n  def delete(Id: Int) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n    dbObject.withSession {\n      implicit session =>\n        userTable.filter(_.id === Id).delete\n    }\n  }\n\n  \/**\n   * This method find the user by id.\n   * @param id\n   * @return\n   *\/\n  def findById(id: Int) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n    dbObject.withSession {\n      implicit session =>\n        userTable.filter(_.id === id).firstOption\n    }\n  }\n\n  \/**\n   * This method find the user by email.\n   * @param Email\n   * @return\n   *\/\n  def findByEmail(Email: String) = {\n    val userTable = TableQuery[Employees]\n\n    val dbObject = Database.forURL(url = \"jdbc:postgresql:\/\/localhost:5432\/playknolx\", user = \"postgres\", password = \"<PASSWORD>\", driver = \"org.postgresql.Driver\")\n    dbObject.withSession {\n      implicit session =>\n        userTable.filter(_.email === Email).firstOption\n    }\n  }\n\n}\n"}
{"repo_name":"smola\/spark-glusterfs-example","path":"src\/main\/scala\/io\/mola\/spark\/glusterfs\/example\/App.scala","text":"package io.mola.spark.glusterfs.example\n\nimport org.apache.spark.sql.{Dataset, SparkSession}\n\ncase class MyRow(num: Int)\n\nobject App {\n  val Name = \"spark-glusterfs-example\"\n  val DefaultGlusterPath = \"glusterfs:\/\/\"\n\n  def main(args: Array[String]) {\n    val spark = SparkSession.builder.appName(Name).getOrCreate()\n    import spark.implicits._\n\n    val ds = (0 to 100000)\n      .map(MyRow.apply)\n      .toDS()\n\n    val path = s\"$DefaultGlusterPath\/$Name\/${System.currentTimeMillis}\/example.parquet\"\n    ds.write.parquet(path)\n\n    val areEqual = collectSorted(spark.read.parquet(path).as[MyRow]) == collectSorted(ds)\n    if (areEqual) {\n      println(\"OK\")\n    } else {\n      println(\"KO\")\n    }\n\n    spark.stop()\n\n    if (!areEqual) {\n      sys.exit(1)\n    }\n  }\n\n  private[this] def collectSorted(ds: Dataset[MyRow]): Seq[MyRow] = ds.collect().sortBy(_.num)\n\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/Backpropagation.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab4\n\nimport java.nio.file.{Files, Paths}\nimport at.doml.fnc.lab4.neuralnetwork.{NetworkSnapshot, NeuroFuzzySystem}\n\nobject Backpropagation {\n\n    type InX = Double\n    type InY = Double\n    type Out = Double\n    type Sample = (InX, InY, Out)\n\n    private def calculateError(system: NeuroFuzzySystem, trainingSamples: List[Sample]): Double = {\n        (for (sample <- trainingSamples) yield {\n            val out = system(sample._1, sample._2)\n\n            sq(out - sample._3)\n        }).sum \/ trainingSamples.size\n    }\n\n    private def sq(x: Double): Double = x * x\n\n    private def outErr(ns: NetworkSnapshot, t: Double): Double = -(t - ns.out)\n\n    private def deltaP(ns: NetworkSnapshot, outErr: Double, x: Double, i: Int): Double = outErr * ns.wBar(i) * x\n\n    private def deltaQ(ns: NetworkSnapshot, outErr: Double, y: Double, i: Int): Double = outErr * ns.wBar(i) * y\n\n    private def deltaR(ns: NetworkSnapshot, outErr: Double, i: Int): Double = outErr * ns.wBar(i)\n\n    private def deltaAX(ns: NetworkSnapshot, outErr: Double, bx: Double, i: Int): Double = {\n        val second = ns.muX(i) * (1.0 - ns.muX(i)) * ns.muY(i) * bx\n        val first = second * ns.f(i)\n\n        outErr * (first * ns.wSum - ns.wTimesFSum * second) \/ sq(ns.wSum)\n    }\n\n    private def deltaAY(ns: NetworkSnapshot, outErr: Double, by: Double, i: Int): Double = {\n        val second = ns.muY(i) * (1.0 - ns.muY(i)) * ns.muX(i) * by\n        val first = second * ns.f(i)\n\n        outErr * (first * ns.wSum - ns.wTimesFSum * second) \/ sq(ns.wSum)\n    }\n\n    private def deltaBX(ns: NetworkSnapshot, outErr: Double, x: Double, ax: Double, i: Int): Double = {\n        val second = ns.muX(i) * (1.0 - ns.muX(i)) * ns.muY(i) * (ax - x)\n        val first = second * ns.f(i)\n\n        outErr * (first * ns.wSum - ns.wTimesFSum * second) \/ sq(ns.wSum)\n    }\n\n    private def deltaBY(ns: NetworkSnapshot, outErr: Double, y: Double, ay: Double, i: Int): Double = {\n        val second = ns.muY(i) * (1.0 - ns.muY(i)) * ns.muX(i) * (ay - y)\n        val first = second * ns.f(i)\n\n        outErr * (first * ns.wSum - ns.wTimesFSum * second) \/ sq(ns.wSum)\n    }\n\n    def apply(system: NeuroFuzzySystem, learningStep: Double, trainingSamples: List[Sample],\n              maxIterations: Int, targetError: Double, stochastic: Boolean, logErrors: Boolean): Unit = {\n        var iteration: Int = 0\n        var currentError = calculateError(system, trainingSamples)\n        val numSamples = trainingSamples.size\n        val errFileWriter = if (logErrors) {\n            Files.newBufferedWriter(Paths.get(if (stochastic) {\n                \"sto-err.txt\"\n            } else {\n                \"grad-err.txt\"\n            }))\n        } else {\n            null\n        }\n\n        def logError(iter: Int, error: Double): Unit = {\n            if (logErrors) {\n                errFileWriter.write(s\"$iter,$error\")\n                errFileWriter.newLine()\n            }\n        }\n\n        println(s\"Initial error: $currentError\")\n\n        logError(0, currentError)\n\n        val dp = new Array[Double](numSamples)\n        val dq = new Array[Double](numSamples)\n        val dr = new Array[Double](numSamples)\n        val dax = new Array[Double](numSamples)\n        val day = new Array[Double](numSamples)\n        val dbx = new Array[Double](numSamples)\n        val dby = new Array[Double](numSamples)\n\n        def updateWeights(): Unit = {\n            for (i <- 0 until system.numRules) {\n                system.p_=(i, system.p(i) - learningStep * dp(i))\n                system.q_=(i, system.q(i) - learningStep * dq(i))\n                system.r_=(i, system.r(i) - learningStep * dr(i))\n                system.ax_=(i, system.ax(i) - learningStep * dax(i))\n                system.ay_=(i, system.ay(i) - learningStep * day(i))\n                system.bx_=(i, system.bx(i) - learningStep * dbx(i))\n                system.by_=(i, system.by(i) - learningStep * dby(i))\n                dp(i) = 0.0\n                dq(i) = 0.0\n                dr(i) = 0.0\n                dax(i) = 0.0\n                day(i) = 0.0\n                dbx(i) = 0.0\n                dby(i) = 0.0\n            }\n        }\n\n        while (iteration < maxIterations && currentError > targetError) {\n            for (sample <- trainingSamples) {\n                val x = sample._1\n                val y = sample._2\n                val ns = system.snapshot(x, y)\n                val outErr = this.outErr(ns, sample._3)\n\n                for (i <- 0 until system.numRules) {\n                    val ax = system.ax(i)\n                    val bx = system.bx(i)\n                    val ay = system.ay(i)\n                    val by = system.by(i)\n\n                    dp(i) += deltaP(ns, outErr, x, i)\n                    dq(i) += deltaQ(ns, outErr, y, i)\n                    dr(i) += deltaR(ns, outErr, i)\n                    dax(i) += deltaAX(ns, outErr, bx, i)\n                    day(i) += deltaAY(ns, outErr, by, i)\n                    dbx(i) += deltaBX(ns, outErr, x, ax, i)\n                    dby(i) += deltaBY(ns, outErr, y, ay, i)\n                }\n\n                if (stochastic) {\n                    updateWeights()\n                }\n            }\n\n            if (!stochastic) {\n                updateWeights()\n            }\n\n            iteration += 1\n            currentError = calculateError(system, trainingSamples)\n\n            println(s\"Iteration $iteration error: $currentError\")\n            logError(iteration, currentError)\n        }\n\n        if (logErrors) {\n            errFileWriter.close()\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/chromosome\/DoubleArray.scala","text":"package at.doml.fnc.lab2.genalg.chromosome\n\nclass DoubleArray(val underlying: Array[Double]) {\n\n    override def toString: String = {\n        if (underlying.length <= 6) {\n            underlying.mkString(\"[\", \", \", \"]\")\n        } else {\n            underlying.take(6).mkString(\"[\", \", \", \", ...]\")\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/MutableFuzzySet.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/MutableFuzzySet.scala\npackage at.doml.fnc.lab1.set\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\n\nclass MutableFuzzySet(d: Domain) extends FuzzySet {\n\n    override val domain: Domain = d\n    private val memberships: Array[Double] = new Array(d.cardinality)\n\n    override def getValueAt(element: DomainElement): Double = this.memberships(d.indexOf(element))\n\n    def set(element: DomainElement, value: Double): MutableFuzzySet = {\n        if (value < 0 || value > 1) {\n            throw new IllegalArgumentException(s\"illegal value: $value\")\n        }\n\n        val index = d.indexOf(element)\n\n        if (index == -1) {\n            throw new NoSuchElementException(element.toString)\n        }\n\n        this.memberships(index) = value\n        this\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/Task.scala","text":"package at.doml.fnc.lab4\n\nimport java.nio.file.{Files, Paths}\nimport at.doml.fnc.lab4.neuralnetwork.NeuroFuzzySystem\nimport scala.collection.JavaConverters\n\nobject Task {\n\n    type NumOfRules = Int\n    type MaxIterations = Int\n    type TargetError = Double\n    type Step = Double\n    type LogErrors = Boolean\n    type Params = (NumOfRules, MaxIterations, TargetError, Step, LogErrors)\n\n    def main(args: Array[String]): Unit = {\n        var load = false\n        val file: String = if (args.length == 0) {\n            printUsage()\n        } else if (args.length == 1) {\n            args(0)\n        } else if (args.length == 2 && args(0) == \"--load\") {\n            load = true\n            args(1)\n        } else {\n            args.last\n        }\n\n        val data = prepareData()\n\n        if (load) {\n            loadAndTestSystem(data, file)\n        } else {\n            backpropagation(extractParams(args.dropRight(1)), data, file)\n        }\n    }\n\n    private def loadAndTestSystem(data: List[(Double, Double, Double)], file: String): Unit = {\n        println(\"Loading fuzzy system and testing it against all samples...\")\n\n        val lines = JavaConverters.asScalaBuffer(Files.readAllLines(Paths.get(file))).toList\n        val numOfRules = lines.head.split(\",\", 2)(0).toInt\n        val system = new NeuroFuzzySystem(numOfRules)\n\n        for (line <- lines.drop(1)) {\n            val split = line.split(\",\")\n            val i = split(0).toInt\n            val p = split(1).toDouble\n            val q = split(2).toDouble\n            val r = split(3).toDouble\n            val ax = split(4).toDouble\n            val bx = split(5).toDouble\n            val ay = split(6).toDouble\n            val by = split(7).toDouble\n\n            system.p_=(i, p)\n            system.q_=(i, q)\n            system.r_=(i, r)\n            system.ax_=(i, ax)\n            system.bx_=(i, bx)\n            system.ay_=(i, ay)\n            system.by_=(i, by)\n        }\n\n        for ((x, y, t) <- data) {\n            println(s\"$x,$y,${system(x, y) - t}\")\n        }\n    }\n\n    private def backpropagation(params: Params, data: List[(Double, Double, Double)], filePrefix: String): Unit = {\n        val system1 = new NeuroFuzzySystem(params._1)\n\n        println(\"Using stochastic algorithm...\")\n        Backpropagation(\n            system1,\n            params._4,\n            data,\n            params._2,\n            params._3,\n            stochastic = true,\n            logErrors = params._5\n        )\n        saveSystem(system1, filePrefix + \"-sto.txt\")\n\n        val system2 = new NeuroFuzzySystem(params._1)\n\n        println(\"Using gradient descent...\")\n        Backpropagation(\n            system2,\n            params._4 \/ 81.0,\n            data,\n            params._2,\n            params._3,\n            stochastic = false,\n            logErrors = params._5\n        )\n        saveSystem(system2, filePrefix + \"-grad.txt\")\n    }\n\n    private def saveSystem(s: NeuroFuzzySystem, file: String): Unit = {\n        val writer = Files.newBufferedWriter(Paths.get(file))\n\n        writer.write(s\"${s.numRules},p,q,r,ax,bx,ay,by\")\n        writer.newLine()\n\n        for (i <- 0 until s.numRules) {\n            writer.write(s\"$i,${s.p(i)},${s.q(i)},${s.r(i)},${s.ax(i)},${s.bx(i)},${s.ay(i)},${s.by(i)}\")\n            writer.newLine()\n        }\n\n        writer.close()\n    }\n\n    private def sq(x: Double): Double = x * x\n\n    private def prepareData(): List[(Double, Double, Double)] = (for {\n        x <- -4 to 4\n        y <- -4 to 4\n    } yield {\n        val out = (sq(x - 1.0) + sq(y + 2.0) - 5.0 * x * y + 3.0) * sq(Math.cos(x \/ 5.0))\n        (x.toDouble, y.toDouble, out)\n    }).toList\n\n    private def printUsage(): Nothing = {\n        println(\"Usage: [params...] outFilePrefix\")\n        println(\"       --load inFile\")\n        println(\"Params:\")\n        println(\"    -r <number>         Number of rules, default: 6\")\n        println(\"    -i <number>         Maximum number of iterations, default: 10000\")\n        println(\"    -e <decimal>        Target error, default: 10e-7\")\n        println(\"    --step <decimal>    Learning step of backpropagation algorithm, default: 0.0008\")\n        println(\"    --log-errors        Log error from each iteration into files 'sto-err.txt' and 'grad-err.txt'\")\n        exit(0)\n    }\n\n    private def exit(status: Int): Nothing = {\n        System.exit(status)\n        throw new IllegalStateException(\"should have exited\")\n    }\n\n    private def extractParams(args: Array[String]): Params = {\n        type Setter = String => Unit\n\n        var numOfRules = 6\n        val numOfRulesSetter: Setter = a => numOfRules = a.toInt\n\n        var maxIterations = 10000\n        val maxIterationsSetter: Setter = a => maxIterations = a.toInt\n\n        var targetError = 10e-7\n        val targetErrorSetter: Setter = a => targetError = a.toDouble\n\n        var step = 0.0008\n        val stepSetter: Setter = a => step = a.toDouble\n\n        var logErrors: Boolean = false\n\n        val noSetter: String => Unit = _ => {}\n        var setter: String => Unit = noSetter\n\n        for (arg <- args) {\n            if (setter eq noSetter) {\n                arg match {\n                    case \"-r\" => setter = numOfRulesSetter\n                    case \"-i\" => setter = maxIterationsSetter\n                    case \"-e\" => setter = targetErrorSetter\n                    case \"--step\" => setter = stepSetter\n                    case \"--log-errors\" => logErrors = true\n                    case \"--load\" => {\n                        println(\"'--load' is not allowed here\")\n                        exit(1)\n                    }\n                    case _ => {\n                        println(s\"Unknown argument: $arg\")\n                        exit(1)\n                    }\n                }\n            } else {\n                setter(arg)\n                setter = noSetter\n            }\n        }\n\n        (numOfRules, maxIterations, targetError, step, logErrors)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/domain\/DomainElement.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab1.domain\n\nimport java.util\n\nfinal class DomainElement(elems: Array[Int]) {\n\n    require(elems != null && elems.length > 0)\n\n    private val values: Array[Int] = elems.clone()\n\n    val numberOfComponents: Int = this.values.length\n\n    def getComponentValue(index: Int) = this.values(index)\n\n    def canEqual(other: Any): Boolean = other.isInstanceOf[DomainElement]\n\n    override def equals(other: Any): Boolean = other match {\n        case other: DomainElement => other.canEqual(this) && util.Arrays.equals(this.values, other.values)\n        case _ => false\n    }\n\n    override def hashCode(): Int = util.Arrays.hashCode(this.values)\n\n    override def toString: String = if (this.values.length == 1) {\n        this.values(0).toString\n    } else {\n        this.values.mkString(start = \"(\", sep = \", \", end = \")\")\n    }\n}\n\nobject DomainElement {\n\n    def of(values: Int*): DomainElement = new DomainElement(values.toArray)\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/StandardFuzzySets.scala","text":"package at.doml.fnc.lab1.set\n\nobject StandardFuzzySets {\n\n    private def checkRange(a: Int, b: Int): Unit = {\n        if (a >= b) {\n            throw new IllegalArgumentException(s\"invalid range: [$a, $b]\")\n        }\n    }\n\n    def lFunction(a: Int, b: Int): Int => Double = {\n        this.checkRange(a, b)\n\n        x => {\n            if (x < a) {\n                1.0\n            } else if (x >= b) {\n                0.0\n            } else {\n                (b - x).toDouble \/ (b - a)\n            }\n        }\n    }\n\n    def gammaFunction(a: Int, b: Int): Int => Double = {\n        this.checkRange(a, b)\n\n        x => {\n            if (x < a) {\n                0.0\n            } else if (x >= b) {\n                1.0\n            } else {\n                (x - a).toDouble \/ (b - a)\n            }\n        }\n    }\n\n    def lambdaFunction(a: Int, b: Int, c: Int): Int => Double = {\n        this.checkRange(a, b)\n        this.checkRange(b, c)\n\n        x => {\n            if (x < a) {\n                0.0\n            } else if (x >= a && x < b) {\n                (x - a).toDouble \/ (b - a)\n            } else if (x >= b && x < c) {\n                (c - x).toDouble \/ (c - b)\n            } else {\n                0.0\n            }\n        }\n    }\n\n    def piFunction(a: Int, b: Int, c: Int, d: Int): Int => Double = {\n        this.checkRange(a, b)\n        this.checkRange(b, c)\n        this.checkRange(c, d)\n\n        x => {\n            if (x < a) {\n                0.0\n            } else if (x >= a && x < b) {\n                (x - a).toDouble \/ (b - a)\n            } else if (x >= b && x < c) {\n                1.0\n            } else if (x >= c && x < d) {\n                (d - x).toDouble \/ (d - c)\n            } else {\n                0.0\n            }\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/MutationOperator.scala","text":"package at.doml.fnc.lab2.genalg\n\ntrait MutationOperator[T] {\n\n    def mutate(chromosome: T): T\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/LazyCompositeFuzzySet.scala","text":"<reponame>domagojlatecki\/fnc-lab<gh_stars>0\npackage at.doml.fnc.lab1.set\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\n\nclass LazyCompositeFuzzySet(d: Domain, function: DomainElement => Double) extends FuzzySet {\n\n    override val domain: Domain = d\n\n    override def getValueAt(element: DomainElement): Double = function(element)\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/ShipControlSystem.scala","text":"package at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.controller.{\n    AccelerationFuzzySystem, AccelerationRules, AngleFuzzySystem,\n    AngleRules, CenterOfAreaDefuzzifier, Defuzzifier, FuzzySystem\n}\nimport scala.io.StdIn\n\nobject ShipControlSystem extends App {\n\n    val tNorm: (Double*) => Double = if (this.args.length > 0 && this.args(0) == \"-prod\") {\n        items => items.product\n    } else {\n        items => items.min\n    }\n\n    val defuzzifier: Defuzzifier = new CenterOfAreaDefuzzifier\n    val accelerationFuzzySystem: FuzzySystem = new AccelerationFuzzySystem(\n        defuzzifier, AccelerationRules.rules(tNorm)\n    )\n    val angleFuzzySystem: FuzzySystem = new AngleFuzzySystem(\n        defuzzifier, AngleRules.rules(tNorm)\n    )\n\n    while (true) {\n        val (left, right, leftAngled, rightAngled, velocity, direction) = readInput()\n        val acceleration = accelerationFuzzySystem.decide(left, right, leftAngled, rightAngled, velocity, direction)\n        val angle = angleFuzzySystem.decide(left, right, leftAngled, rightAngled, velocity, direction)\n\n        Console.println(s\"$acceleration $angle\")\n        Console.flush()\n    }\n\n    private def readInput(): (Int, Int, Int, Int, Int, Int) = {\n        val in = StdIn.readLine().trim\n\n        if (in == \"KRAJ\") {\n            System.exit(0)\n        }\n\n        val values = in.split(' ').map(_.toInt)\n\n        (values(0), values(1), values(2), values(3), values(4), values(5))\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/domain\/Domain.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab1\/domain\/Domain.scala<gh_stars>0\npackage at.doml.fnc.lab1.domain\n\nimport scala.collection.mutable.ListBuffer\n\ntrait Domain extends Iterable[DomainElement] {\n\n    val cardinality: Int\n\n    def getComponent(index: Int): Domain\n\n    val numberOfComponents: Int\n\n    def indexOf(element: DomainElement): Int\n\n    def elementFor(index: Int): DomainElement\n\n    override def iterator: Iterator[DomainElement] = Iterator.range(0, this.cardinality).map(this.elementFor)\n}\n\nobject Domain {\n\n    def intRange(from: Int, to: Int): Domain = new SimpleDomain(from, to)\n\n    def combine(first: Domain, second: Domain): Domain = {\n        val buffer = new ListBuffer[SimpleDomain]\n        this.extractSimpleDomains(first, buffer)\n        this.extractSimpleDomains(second, buffer)\n        new CompositeDomain(buffer.toArray)\n    }\n\n    private def extractSimpleDomains(domain: Domain, buffer: ListBuffer[SimpleDomain]): Unit = {\n        domain match {\n            case s: SimpleDomain => {\n                buffer += s\n            }\n            case c: CompositeDomain => {\n                for (i <- 0 to c.numberOfComponents) {\n                    buffer += c.getComponent(i).asInstanceOf[SimpleDomain]\n                }\n            }\n            case _ => throw new UnsupportedOperationException\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task6.scala","text":"package at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.relations.Relations\nimport at.doml.fnc.lab1.set.{FuzzySet, MutableFuzzySet}\n\nobject Task6 extends App {\n\n    val u = Domain.intRange(1, 5)\n    val r1 = new MutableFuzzySet(Domain.combine(u, u))\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 2), 1)\n        .set(DomainElement.of(3, 3), 1)\n        .set(DomainElement.of(4, 4), 1)\n        .set(DomainElement.of(1, 2), 0.3)\n        .set(DomainElement.of(2, 1), 0.3)\n        .set(DomainElement.of(2, 3), 0.5)\n        .set(DomainElement.of(3, 2), 0.5)\n        .set(DomainElement.of(3, 4), 0.2)\n        .set(DomainElement.of(4, 3), 0.2)\n    var r2: FuzzySet = r1\n\n    println(s\"Initial relation is fuzzy equivalence relation? ${Relations.isFuzzyEquivalence(r2)}\")\n    println()\n\n    for (i <- 1 to 3) {\n        r2 = Relations.compositionOfBinaryRelations(r2, r1)\n\n        println(s\"Number of compositions: $i. Relation:\")\n\n        for (e <- r2.domain) {\n            println(s\"\u03bc($e) = ${r2.getValueAt(e)}\")\n        }\n\n        println(s\"This relation is fuzzy equivalence relation? ${Relations.isFuzzyEquivalence(r2)}\")\n        println()\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/Task.scala","text":"package at.doml.fnc.lab2\n\nimport at.doml.fnc.lab2.genalg.GeneticAlgorithm.{Elimination, Generational, SelectionMode}\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\nimport at.doml.fnc.lab2.genalg.crossover.ArithmeticDoubleArrayCrossover\nimport at.doml.fnc.lab2.genalg.mutation.SimpleDoubleArrayMutation\nimport at.doml.fnc.lab2.genalg.selection.{RouletteWheelSelection, ThreeTournamentSelection}\nimport at.doml.fnc.lab2.genalg.{GeneticAlgorithm, SelectionOperator}\nimport scala.io.Source\nimport scala.util.Random\n\nobject Task {\n\n    type PopulationSize = Int\n    type MaxIterations = Int\n    type FitnessThreshold = Double\n    type MutationChance = Double\n    type Mean = Double\n    type Deviation = Double\n    type Elitism = Boolean\n    type Verbose = Boolean\n    type Params = (PopulationSize, MaxIterations, FitnessThreshold, MutationChance, Mean, Deviation, Elitism, Verbose,\n        SelectionMode, SelectionOperator)\n\n    def main(args: Array[String]): Unit = {\n        var file: String = \"\"\n        var params: Params = (100, 10000, 0.0, 0.05, 0.0, 1.0, false, false, Generational, RouletteWheelSelection)\n\n        if (args.length == 0) {\n            printUsage()\n        } else if (args.length == 1) {\n            file = args(0)\n        } else {\n            file = args.last\n            params = extractParams(args.dropRight(1))\n        }\n\n        val evaluator = new Evaluator[DoubleArray](\n            Source.fromFile(file),\n            _.underlying\n        )\n        val algorithm = new GeneticAlgorithm[DoubleArray](\n            populationSize = params._1,\n            maxIterations = params._2,\n            fitnessThreshold = params._3,\n            elitism = params._7,\n            verbose = params._8,\n            selectionOperator = params._10,\n            crossoverOperator = ArithmeticDoubleArrayCrossover,\n            mutationOperator = new SimpleDoubleArrayMutation(\n                chance = params._4,\n                mean = params._5,\n                deviation = params._6\n            ),\n            selectionMode = params._9\n        )\n        val best = algorithm(\n            () => new DoubleArray(randomArray()),\n            evaluator\n        )\n\n        println(s\"Solution: ${best.underlying}, fitness: ${best.fitness}\")\n    }\n\n    private def printUsage(): Unit = {\n        println(\"Usage: [params...] file\")\n        println(\"Params:\")\n        println(\"    -s <number>       Population size, default: 100\")\n        println(\"    -i <number>       Max number of iterations, default: 10000\")\n        println(\"    -t <decimal>      Fitness threshold, default: 0.0\")\n        println(\"    -c <decimal>      Mutation chance, default: 0.05\")\n        println(\"    -m <decimal>      Gaussian mean for mutation, default: 0.0\")\n        println(\"    -d <decimal>      Gaussian deviation for mutation, default: 1.0\")\n        println(\"    --verbose         Print best chromosome in every iteration of the algorithm\")\n        println(\"    --elitism         Use elitism, only valid for generational algorithm\")\n        println(\"    --generational    Use generational algorithm, on by default\")\n        println(\"    --elimination     Use elimination algorithm\")\n        System.exit(0)\n    }\n\n    private def extractParams(args: Array[String]): Params = {\n        type Setter = String => Unit\n\n        var populationSize = 100\n        val populationSizeSetter: Setter = a => populationSize = a.toInt\n\n        var maxIterations = 10000\n        val maxIterationsSetter: Setter = a => maxIterations = a.toInt\n\n        var fitnessThreshold = 0.0\n        val fitnessThresholdSetter: Setter = a => fitnessThreshold = a.toDouble\n\n        var mutationChance = 0.05\n        val mutationChanceSetter: Setter = a => mutationChance = a.toDouble\n\n        var mean = 0.0\n        val meanSetter: Setter = a => mean = a.toDouble\n\n        var deviation = 1.0\n        val deviationSetter: Setter = a => deviation = a.toDouble\n\n        var elitism = false\n        var verbose = false\n        var selectionMode: SelectionMode = Generational\n        var selectionOperator: SelectionOperator = RouletteWheelSelection\n\n        val noSetter: String => Unit = _ => {}\n        var setter: String => Unit = noSetter\n\n        for (arg <- args) {\n            if (setter eq noSetter) {\n                arg match {\n                    case \"-s\" => setter = populationSizeSetter\n                    case \"-i\" => setter = maxIterationsSetter\n                    case \"-t\" => setter = fitnessThresholdSetter\n                    case \"-c\" => setter = mutationChanceSetter\n                    case \"-m\" => setter = meanSetter\n                    case \"-d\" => setter = deviationSetter\n                    case \"--verbose\" => verbose = true\n                    case \"--elitism\" => elitism = true\n                    case \"--generational\" => {\n                        selectionMode = Generational\n                        selectionOperator = RouletteWheelSelection\n                    }\n                    case \"--elimination\" => {\n                        selectionMode = Elimination\n                        selectionOperator = ThreeTournamentSelection\n                    }\n                    case _ => {\n                        println(s\"Unknown argument: $arg\")\n                        System.exit(1)\n                    }\n                }\n            } else {\n                setter(arg)\n                setter = noSetter\n            }\n        }\n\n        (populationSize, maxIterations, fitnessThreshold, mutationChance, mean, deviation, elitism, verbose,\n            selectionMode, selectionOperator)\n    }\n\n    private def randomArray(): Array[Double] = {\n        val array = new Array[Double](5)\n\n        for (i <- array.indices) {\n            array(i) = Random.nextDouble()\n        }\n\n        array\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/BaseRules.scala","text":"package at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.domain.{DomainElement, SimpleDomain}\nimport at.doml.fnc.lab1.set.{CalculatedFuzzySet, FuzzySet, MutableFuzzySet, StandardFuzzySets}\n\nobject BaseRules {\n\n    object Distance {\n\n        val domain: SimpleDomain = new SimpleDomain(0, 1301)\n\n        val criticallyClose: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lFunction(10, 30)\n        )\n\n        val close: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(20, 40, 80, 100)\n        )\n\n        val comfortablyClose: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.gammaFunction(80, 100)\n        )\n    }\n\n    object Speed {\n\n        val domain: SimpleDomain = new SimpleDomain(0, 1301)\n\n        val slow: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lFunction(15, 30)\n        )\n\n        val moderatelyFast: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(20, 25, 30, 40)\n        )\n\n        val fast: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.gammaFunction(35, 50)\n        )\n    }\n\n    object Direction {\n\n        val domain: SimpleDomain = new SimpleDomain(0, 2)\n\n        val correctDirection: FuzzySet = new MutableFuzzySet(this.domain)\n            .set(DomainElement.of(0), 0.0)\n            .set(DomainElement.of(1), 1.0)\n\n        val wrongDirection: FuzzySet = new MutableFuzzySet(this.domain)\n            .set(DomainElement.of(0), 1.0)\n            .set(DomainElement.of(1), 0.0)\n    }\n\n    object Steering {\n\n        val domain: SimpleDomain = new SimpleDomain(-90, 91)\n\n        val sharpRight: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lFunction(10, 30)\n        )\n\n        val right: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(20, 30, 50, 60)\n        )\n\n        val slightlyRight: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(50, 60, 80, 90)\n        )\n\n        val straight: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lambdaFunction(80, 90, 100)\n        )\n\n        val slightlyLeft: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(90, 100, 120, 130)\n        )\n\n        val left: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.piFunction(120, 130, 150, 160)\n        )\n\n        val sharpLeft: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.gammaFunction(150, 170)\n        )\n    }\n\n    object Acceleration {\n\n        val domain: SimpleDomain = new SimpleDomain(-15, 16)\n\n        val fastBrake: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lFunction(0, 5)\n        )\n\n        val brake: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lambdaFunction(5, 10, 15)\n        )\n\n        val keepSpeed: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lambdaFunction(10, 15, 20)\n        )\n\n        val accelerate: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.lambdaFunction(15, 20, 25)\n        )\n\n        val fastAccelerate: FuzzySet = new CalculatedFuzzySet(\n            this.domain,\n            StandardFuzzySets.gammaFunction(25, 30)\n        )\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/neuralnetwork\/FuzzySet.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab4.neuralnetwork\n\nclass FuzzySet {\n\n    var a: Double = Math.random()\n    var b: Double = Math.random()\n\n    def apply(x: Double): Double = 1.0 \/ (1.0 + Math.exp(b * (x - a)))\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/TransferFunction.scala","text":"package at.doml.fnc.lab3.neuralnetwork\n\ntrait TransferFunction {\n\n    def apply(net: Double): Double\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/neuralnetwork\/Rule.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab4.neuralnetwork\n\nclass Rule {\n\n    var p: Double = Math.random()\n    var q: Double = Math.random()\n    var r: Double = Math.random()\n\n    def apply(x: Double, y: Double): Double = p * x + q * y + r\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Debug.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1\n\nimport java.text.DecimalFormat\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.set.FuzzySet\n\nobject Debug {\n\n    private val formatter = new DecimalFormat(\"0.000000\")\n\n    def print(domain: Domain, heading: String): Unit = {\n        this.printHeadingAndDomainElements(heading, domain) {\n            e => println(s\"Domain element: $e\")\n        }\n\n        println(s\"Cardinality: ${domain.cardinality}\")\n        println()\n    }\n\n    def print(set: FuzzySet, heading: String): Unit = {\n        this.printHeadingAndDomainElements(heading, set.domain) {\n            e => println(s\"d($e) = ${this.formatter.format(set.getValueAt(e))}\")\n        }\n\n        println()\n    }\n\n    private def printHeadingAndDomainElements(heading: String, domain: Domain)(printFn: DomainElement => Unit): Unit = {\n        if (heading != null) {\n            println(heading)\n        }\n\n        for (e <- domain) {\n            printFn(e)\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task1.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab1\/Task1.scala\npackage at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\n\nobject Task1 extends App {\n\n    val d1 = Domain.intRange(0, 5)\n    Debug.print(d1, \"Elements of domain d1:\")\n\n    val d2 = Domain.intRange(0, 3)\n    Debug.print(d2, \"Elements of domain d2:\")\n\n    val d3 = Domain.combine(d1, d2)\n    Debug.print(d3, \"Elements of domain d3:\")\n\n    println(d3.elementFor(index = 0))\n    println(d3.elementFor(index = 5))\n    println(d3.elementFor(index = 14))\n    println(d3.indexOf(DomainElement.of(4, 1)))\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/Operations.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1.set\n\nobject Operations {\n\n    def unaryOperation(set: FuzzySet, operation: Double => Double): FuzzySet =\n        new CalculatedFuzzySet(set.domain, i => operation(set.getValueAt(set.domain.elementFor(i))))\n\n    def binaryOperation(first: FuzzySet, second: FuzzySet, operation: (Double, Double) => Double): FuzzySet = {\n        if (first.domain.cardinality != second.domain.cardinality\n            || first.domain.numberOfComponents != second.domain.numberOfComponents) {\n            throw new IllegalArgumentException(\"Unable to perform binary operation on given sets\")\n        }\n\n        new CalculatedFuzzySet(first.domain, i => {\n            val element = first.domain.elementFor(i)\n            operation(first.getValueAt(element), second.getValueAt(element))\n        })\n    }\n\n    val zadehNot: Double => Double = a => 1.0 - a\n    val zadehAnd: (Double, Double) => Double = (a, b) => a min b\n    val zadehOr: (Double, Double) => Double = (a, b) => a max b\n\n    def hamacherTNorm(nu: Double): (Double, Double) => Double =\n        (a, b) => a * b \/ (nu + (1 - nu) * (a + b - a * b))\n\n    def hamacherSNorm(nu: Double): (Double, Double) => Double =\n        (a, b) => (a + b - (2 - nu) * a * b) \/ (1 - (1 - nu) * a * b)\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/gui\/DrawingPanel.scala","text":"package at.doml.fnc.lab3.gui\n\nimport java.awt.{Color, Point}\nimport at.doml.fnc.lab3.{PointListTransformer, Preprocessor}\nimport scala.collection.mutable.ListBuffer\nimport scala.swing.event.{MouseDragged, MousePressed, MouseReleased}\nimport scala.swing.{Component, Graphics2D}\n\nclass DrawingPanel extends Component {\n\n    private var drawEnabled = false\n    private val points: ListBuffer[Point] = new ListBuffer()\n\n    def reset(): Unit = {\n        this.points.clear()\n        this.repaint()\n    }\n\n    def getPoints: List[Point] = this.points.toList\n\n    override def paintComponent(g: Graphics2D): Unit = {\n        g.setColor(Color.WHITE)\n        g.fillRect(0, 0, this.size.width, this.size.height)\n        g.setColor(Color.RED)\n\n        if (this.points.size < 2) {\n            this.points.foreach(p => g.drawLine(p.x, p.y, p.x, p.y))\n        } else {\n            for (i <- 0 until this.points.size - 1) {\n                val ps = this.points(i)\n                val pe = this.points(i + 1)\n\n                g.drawLine(ps.x, ps.y, pe.x, pe.y)\n            }\n        }\n    }\n\n    listenTo(mouse.clicks, mouse.moves)\n    reactions += {\n        case MouseDragged(_, point, _) => {\n            if (this.drawEnabled) {\n                this.points += point\n                this.repaint()\n            }\n        }\n        case MousePressed(_, point, _, _, _) => {\n            this.reset()\n            this.drawEnabled = true\n            this.points += point\n            this.repaint()\n        }\n        case MouseReleased(_, point, _, _, _) => {\n            this.drawEnabled = false\n            val normalizedPoints = PointListTransformer.normalize(this.points.toList)\n            val transformedPoints = PointListTransformer.transform(\n                normalizedPoints, Preprocessor.numRepresentativePoints\n            )\n            val pointArray = transformedPoints.flatMap(t => Array(t._1, t._2)).toArray\n            val out = Preprocessor.neuralNetwork(pointArray)\n\n            println(out.mkString(\"[\", \", \", \"]\"))\n        }\n    }\n    focusable = true\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task2.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.set.{CalculatedFuzzySet, MutableFuzzySet, StandardFuzzySets}\n\nobject Task2 extends App {\n\n    val d1 = Domain.intRange(0, 11)\n    val set1 = new MutableFuzzySet(d1)\n        .set(DomainElement.of(0), 1.0)\n        .set(DomainElement.of(1), 0.8)\n        .set(DomainElement.of(2), 0.6)\n        .set(DomainElement.of(3), 0.4)\n        .set(DomainElement.of(4), 0.2)\n    Debug.print(set1, \"Set1:\")\n\n    val d2 = Domain.intRange(-5, 6)\n    val set2 = new CalculatedFuzzySet(\n        d2,\n        StandardFuzzySets.lambdaFunction(\n            d2.indexOf(DomainElement.of(-4)),\n            d2.indexOf(DomainElement.of(0)),\n            d2.indexOf(DomainElement.of(4))\n        )\n    )\n    Debug.print(set2, \"Set2:\")\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/PointListTransformer.scala","text":"package at.doml.fnc.lab3\n\nimport java.awt.Point\nimport scala.collection.mutable.ListBuffer\n\nobject PointListTransformer {\n\n    type DoublePoint = (Double, Double)\n\n    def normalize(points: List[Point]): List[DoublePoint] = {\n        val sumPoint = points.reduce(\n            (l, r) => new Point(l.x + r.x, l.y + r.y)\n        )\n        val middlePoint: DoublePoint = (sumPoint.x.toDouble \/ points.size, sumPoint.y.toDouble \/ points.size)\n        val shiftedPoints: List[DoublePoint] = points.map(\n            p => (p.x - middlePoint._1, p.y - middlePoint._2)\n        )\n        val (xMax, yMax): DoublePoint = shiftedPoints.reduce(\n            (l, r) => (l._1.abs max r._1.abs, l._2.abs max r._2.abs)\n        )\n        val max = xMax max yMax\n        val normalizedPoints: List[DoublePoint] = shiftedPoints.map(\n            p => (p._1 \/ max, p._2 \/ max)\n        )\n\n        normalizedPoints\n    }\n\n    def transform(points: List[DoublePoint], numRepresentative: Int): List[DoublePoint] = {\n        if (points.size < 2) {\n            return List()\n        }\n\n        var length = 0.0\n        for (i <- 0 until points.size - 1) {\n            val start = points(i)\n            val end = points(i + 1)\n\n            length += distance(start, end)\n        }\n\n        val separation = length \/ numRepresentative\n        val representativePoints = new ListBuffer[DoublePoint]()\n        var currentDistance = 0.0\n        var nextSeparation = separation\n        var start = points.head\n        var end = points(1)\n        var index = 2\n\n        representativePoints += points.head\n\n        while (representativePoints.size < numRepresentative) {\n            currentDistance += distance(start, end)\n\n            if (currentDistance >= nextSeparation) {\n                currentDistance -= distance(start, end)\n                start = interpolate(start, end, (currentDistance - nextSeparation) \/ (nextSeparation + separation))\n                representativePoints += start\n                nextSeparation += separation\n            } else {\n                start = end\n                end = points(index)\n                index += 1\n            }\n        }\n\n        representativePoints.toList\n    }\n\n    private def sq(x: Double): Double = x * x\n\n    private def distance(start: DoublePoint, end: DoublePoint): Double = {\n        Math.sqrt(sq(start._1 - end._1) + sq(start._2 - end._2))\n    }\n\n    private def interpolate(start: DoublePoint, end: DoublePoint, t: Double): DoublePoint = {\n        (start._1 * (1.0 - t) + t * end._1, start._2 * (1.0 - t) + t * end._2)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/domain\/CompositeDomain.scala","text":"package at.doml.fnc.lab1.domain\n\nfinal class CompositeDomain(elems: Array[SimpleDomain]) extends Domain {\n\n    require(elems != null && elems.length > 0)\n\n    private val subDomains: Array[SimpleDomain] = elems.clone()\n\n    override val cardinality: Int = this.subDomains.map(_.cardinality).product\n\n    override def getComponent(index: Int): Domain = this.subDomains(index)\n\n    override val numberOfComponents: Int = this.subDomains.length\n\n    override def indexOf(element: DomainElement): Int = {\n        if (element.numberOfComponents != this.numberOfComponents) {\n            return -1\n        }\n\n        var index = 0\n        var previousCardinality = 1\n\n        for {\n            i <- (this.subDomains.length - 1) to 0 by -1\n            subDomain = this.subDomains(i)\n        } {\n            val subIndex = subDomain.indexOf(DomainElement.of(element.getComponentValue(i)))\n\n            if (subIndex == -1) {\n                return -1\n            }\n\n            index += subIndex * previousCardinality\n            previousCardinality *= subDomain.cardinality\n        }\n\n        index\n    }\n\n    override def elementFor(index: Int): DomainElement = {\n        if (index < 0 || index >= this.cardinality) {\n            throw new ArrayIndexOutOfBoundsException(index)\n        }\n\n        var div = 1\n        val elems: Array[Int] = (for {\n            i <- (this.subDomains.length - 1) to 0 by -1\n        } yield {\n            val subDomain = this.subDomains(i)\n            val lastElement = subDomain.elementFor(index \/ div % subDomain.cardinality).getComponentValue(0)\n\n            div *= subDomain.cardinality\n            lastElement\n        }).reverse.toArray\n\n        DomainElement.of(elems: _*)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/IdentityTransferFunction.scala","text":"package at.doml.fnc.lab3.neuralnetwork\n\nobject IdentityTransferFunction extends TransferFunction {\n\n    override def apply(net: Double): Double = net\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/neuralnetwork\/NetworkSnapshot.scala","text":"<reponame>domagojlatecki\/fnc-lab<filename>src\/main\/scala\/at\/doml\/fnc\/lab4\/neuralnetwork\/NetworkSnapshot.scala\npackage at.doml.fnc.lab4.neuralnetwork\n\nclass NetworkSnapshot(xFuzzySets: List[FuzzySet], yFuzzySets: List[FuzzySet], rules: List[Rule], x: Double, y: Double) {\n\n    val muX: List[Double] = xFuzzySets.map(_.apply(x))\n    val muY: List[Double] = yFuzzySets.map(_.apply(y))\n    val w: List[Double] = (for (i <- xFuzzySets.indices) yield {\n        muX(i) * muY(i)\n    }).toList\n    val wSum: Double = w.sum\n    val wBar: List[Double] = w.map(_ \/ wSum)\n    val f: List[Double] = rules.map(_.apply(x, y))\n    val wTimesFSum: Double = (for (i <- xFuzzySets.indices) yield {\n        w(i) * f(i)\n    }).sum\n    val out: Double = (for (i <- xFuzzySets.indices) yield {\n        wBar(i) * f(i)\n    }).sum\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/Task.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab3\n\nimport java.awt.Dimension\nimport at.doml.fnc.lab3.gui.DrawingPanel\nimport scala.swing.BorderPanel.Position._\nimport scala.swing.{BorderPanel, Frame, MainFrame, SimpleSwingApplication}\n\nobject Task extends SimpleSwingApplication {\n\n    override def startup(args: Array[String]): Unit = {\n        Preprocessor(args)\n        super.startup(args)\n    }\n\n    override def top: Frame = new MainFrame {\n\n        private val drawingPanel = new DrawingPanel()\n\n        title = \"Simple Character Recognizer\"\n        contents = new BorderPanel() {\n            layout(drawingPanel) = Center\n        }\n        size = new Dimension(640, 480)\n\n        this.drawingPanel.requestFocusInWindow()\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/Evaluator.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab2\/Evaluator.scala\npackage at.doml.fnc.lab2\n\nimport at.doml.fnc.lab2.genalg.FitnessEvaluator\nimport scala.io.Source\nimport scala.math.{cos, exp, sin}\n\nclass Evaluator[T](source: Source, converter: T => Array[Double]) extends FitnessEvaluator[T] {\n\n    type IN_X = Double\n    type IN_Y = Double\n    type OUT = Double\n\n    private val measures: List[(IN_X, IN_Y, OUT)] =\n        (for {\n            line <- source.getLines()\n            if !line.trim.isEmpty\n        } yield {\n            val split = line.trim.split(\"\\\\s+\", 3).map(_.toDouble)\n\n            (split(0), split(1), split(2))\n        }).toList\n\n    private def sq(x: Double) = x * x\n\n    private def function(beta0: Double, beta1: Double, beta2: Double, beta3: Double, beta4: Double): Double = {\n        (for ((x, y, actual) <- measures) yield {\n            val predicted = sin(beta0 + beta1 * x) + beta2 * cos(x * (beta3 + y)) *\n                (1.0 \/ (1.0 + exp(sq(x - beta4))))\n            sq(predicted - actual)\n        }).sum \/ measures.size\n    }\n\n    override def evaluate(chromosome: T): Double = {\n        val array = converter(chromosome)\n\n        function(array(0), array(1), array(2), array(3), array(4))\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/Neuron.scala","text":"package at.doml.fnc.lab3.neuralnetwork\n\nimport scala.util.Random\n\nclass Neuron(private val transferFunction: TransferFunction, val numInputs: Int) {\n\n    private val weights: Array[Double] = (for (_ <- 0 until this.numInputs + 1) yield {\n        Random.nextDouble()\n    }).toArray\n\n    def weightAt(index: Int): Double = this.weights(index)\n\n    def update(index: Int, change: Double): Unit = {\n        this.weights(index) += change\n    }\n\n    def apply(inputs: Array[Double]): Double = {\n        if (inputs.length != this.numInputs) {\n            throw new IllegalArgumentException(\n                s\"invalid number of inputs: expected[${this.numInputs}], actual[${inputs.length}]\"\n            )\n        }\n\n        this.transferFunction(\n            (for (i <- inputs.indices) yield {\n                this.weights(i) * inputs(i)\n            }).sum + this.weights(this.numInputs)\n        )\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/AccelerationFuzzySystem.scala","text":"package at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.controller.BaseRules.Acceleration\nimport at.doml.fnc.lab1.domain.DomainElement\nimport at.doml.fnc.lab1.set.{FuzzySet, MutableFuzzySet}\n\nclass AccelerationFuzzySystem(df: Defuzzifier, val rules: List[FuzzySet],\n                              val debug: Boolean = false) extends FuzzySystem {\n\n    override protected val defuzzifier: Defuzzifier = df\n\n    override def decide(left: Int, right: Int,\n                        leftAngled: Int, rightAngled: Int,\n                        velocity: Int, direction: Int): Int = {\n        val possibleDecisions = Acceleration.domain.map(\n            e => DomainElement.of(left, right, leftAngled, rightAngled, velocity, direction, e.getComponentValue(0))\n        )\n        val steeringSet = new MutableFuzzySet(Acceleration.domain)\n\n        for (decision <- possibleDecisions) {\n            val angle = DomainElement.of(decision.getComponentValue(6))\n            val max = this.rules.map(_.getValueAt(decision)).max\n\n            steeringSet.set(angle, max)\n        }\n\n        if (debug) {\n            print(\"accelerationSet = \")\n            println(steeringSet)\n        }\n\n        defuzzifier.defuzzify(steeringSet)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/selection\/RouletteWheelSelection.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/selection\/RouletteWheelSelection.scala\npackage at.doml.fnc.lab2.genalg.selection\n\nimport at.doml.fnc.lab2.genalg.{Chromosome, SelectionOperator}\nimport scala.util.Random\n\nobject RouletteWheelSelection extends SelectionOperator {\n\n    override def select[T](population: List[Chromosome[T]]): (List[Chromosome[T]], List[Chromosome[T]]) = {\n        val max = population.last.fitness\n        val fitnessValues = population.map(max - _.fitness)\n        val sum = fitnessValues.sum\n\n        if (sum.abs <= 10e-7) {\n            val shuffled = Random.shuffle(population)\n            return (shuffled.take(2), shuffled.drop(2))\n        }\n\n        val chances = fitnessValues.map(_ \/ sum)\n        val firstIndex = selectIndex(chances)\n        val secondIndex = selectIndex(chances)\n\n        (\n            List(population(firstIndex), population(secondIndex)),\n            population.zipWithIndex.filter(t => t._2 != firstIndex && t._2 != secondIndex).unzip._1\n        )\n    }\n\n    private def selectIndex(chances: List[Double]): Int = {\n        val random = Random.nextDouble()\n        var sum = 0.0\n        var index = -1\n\n        while (sum < random && index < chances.size) {\n            index += 1\n            sum += chances(index)\n        }\n\n        index\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/NeuralNetwork.scala","text":"package at.doml.fnc.lab5\n\nimport at.doml.fnc.lab3.neuralnetwork.SigmoidTransferFunction\n\nclass NeuralNetwork(private val numN1Neurons: Int, private val layerSizes: Array[Int]) {\n\n    require(numN1Neurons > 0)\n    require(layerSizes.length > 0)\n    require(layerSizes.last == 3)\n\n    val wSize: Int = {\n        var previous = numN1Neurons\n        var sum = 0\n\n        for (current <- layerSizes) {\n            sum += current * (previous + 1)\n            previous = current\n        }\n\n        4 * numN1Neurons + sum\n    }\n\n    def apply(x: Double, y: Double, weights: Array[Double]): (Double, Double, Double) = {\n        require(weights.length == wSize)\n\n        val in1 = Seq(x, y)\n        var inN = new Array[Double](numN1Neurons)\n\n        for (i <- 0 until numN1Neurons) {\n            inN(i) = type1Neuron(in1, weights.view(4 * i, 4 * i + 2), weights.view(4 * i + 2, 4 * i + 4))\n        }\n\n        var index = numN1Neurons * 4\n        var previousSize = numN1Neurons\n\n        for (layer <- layerSizes) {\n            inN = (0 until layer).map(\n                i => type2Neuron(\n                    inN,\n                    weights.view(index + i * (previousSize + 1), index + (i + 1) * previousSize + i),\n                    weights(index + (i + 1) * previousSize + i)\n                )\n            ).toArray\n            index += layer * (previousSize + 1)\n            previousSize = layer\n        }\n\n        require(inN.length == 3)\n\n        (inN(0), inN(1), inN(2))\n    }\n\n    private def type1Neuron(inputs: Seq[Double], weights: Seq[Double], scales: Seq[Double]): Double = {\n        require(inputs.length == weights.length)\n\n        1.0 \/ (1.0 + (for ((x, w, s) <- (inputs, weights, scales).zipped) yield {\n            (x - w).abs \/ s.abs\n        }).sum)\n    }\n\n    private def type2Neuron(inputs: Seq[Double], weights: Seq[Double], w0: Double): Double = {\n        require(inputs.length == weights.length)\n        SigmoidTransferFunction(\n            (for ((x, w) <- (inputs, weights).zipped) yield {\n                x * w\n            }).sum + w0\n        )\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/Chromosome.scala","text":"package at.doml.fnc.lab2.genalg\n\nclass Chromosome[T](val fitness: Double, val underlying: T) extends Ordered[Chromosome[_]] {\n\n    override def compare(that: Chromosome[_]): Int = this.fitness.compareTo(that.fitness)\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/relations\/Relations.scala","text":"package at.doml.fnc.lab1.relations\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.set.{FuzzySet, MutableFuzzySet}\n\nobject Relations {\n\n    def isUTimesURelation(relation: FuzzySet): Boolean = {\n        if (relation.domain.numberOfComponents != 2) {\n            return false\n        }\n\n        val c1 = relation.domain.getComponent(0)\n        val c2 = relation.domain.getComponent(1)\n\n        if (c1.cardinality != c2.cardinality) {\n            return false\n        }\n\n        if (c1.numberOfComponents != 1 || c2.numberOfComponents != 1) {\n            return false\n        }\n\n        for (i <- 0 until c1.cardinality) {\n            if (c1.elementFor(i) != c2.elementFor(i)) {\n                return false\n            }\n        }\n\n        true\n    }\n\n    private def getSetElements(index: Int)(implicit set: FuzzySet): Iterable[Int] = {\n        set.domain.getComponent(index)\n            .map(_.getComponentValue(0))\n    }\n\n    private def evaluate(first: Int, second: Int)(implicit set: FuzzySet): Double = {\n        set.getValueAt(DomainElement.of(first, second))\n    }\n\n    def isSymmetric(relation: FuzzySet): Boolean = {\n        implicit val r: FuzzySet = relation\n        this.isUTimesURelation(r) && this.checkSymmetry\n    }\n\n    private def checkSymmetry(implicit relation: FuzzySet): Boolean = {\n        val u = this.getSetElements(0)\n\n        for {\n            x <- u\n            y <- u\n        } {\n            val xy = this.evaluate(x, y)\n            val yx = this.evaluate(y, x)\n\n            if (xy != yx) {\n                return false\n            }\n        }\n\n        true\n    }\n\n    def isReflexive(relation: FuzzySet): Boolean = {\n        implicit val r: FuzzySet = relation\n        this.isUTimesURelation(r) && this.checkReflexion\n    }\n\n    private def checkReflexion(implicit relation: FuzzySet): Boolean = {\n        val u = this.getSetElements(0)\n\n        for {\n            x <- u\n        } {\n            if (this.evaluate(x, x) != 1.0) {\n                return false\n            }\n        }\n\n        true\n    }\n\n    def isMaxMinTransitive(relation: FuzzySet): Boolean = {\n        implicit val r: FuzzySet = relation\n        this.isUTimesURelation(r) && this.checkMinMaxTransitivity\n    }\n\n    private def checkMinMaxTransitivity(implicit relation: FuzzySet): Boolean = {\n        val u = this.getSetElements(0)\n\n        for {\n            x <- u\n            z <- u\n        } {\n            val xz = this.evaluate(x, z)\n            val max = (for (y <- u) yield {\n                val xy = this.evaluate(x, y)\n                val yz = this.evaluate(y, z)\n\n                xy min yz\n            }).max\n\n            if (xz < max) {\n                return false\n            }\n        }\n\n        true\n    }\n\n    def compositionOfBinaryRelations(r1: FuzzySet, r2: FuzzySet): FuzzySet = {\n        this.checkCompositionCompatibility(r1, r2)\n\n        val u = this.getSetElements(0)(r1)\n        val v = this.getSetElements(1)(r1)\n        val w = this.getSetElements(1)(r2)\n\n        val newDomain = Domain.combine(r1.domain.getComponent(0), r2.domain.getComponent(1))\n        val newRelation = new MutableFuzzySet(newDomain)\n\n        for {\n            x <- u\n            z <- w\n        } {\n            val xz = (for (y <- v) yield {\n                val xy = this.evaluate(x, y)(r1)\n                val yz = this.evaluate(y, z)(r2)\n\n                xy min yz\n            }).max\n\n            newRelation.set(DomainElement.of(x, z), xz)\n        }\n\n        newRelation\n    }\n\n    private def checkCompositionCompatibility(r1: FuzzySet, r2: FuzzySet): Unit = {\n        if (r1.domain.numberOfComponents != 2 || r2.domain.numberOfComponents != 2) {\n            throw new IllegalArgumentException(\"Provided relations must be binary\")\n        }\n\n        val u = r1.domain.getComponent(0)\n        val v1 = r1.domain.getComponent(1)\n        val v2 = r2.domain.getComponent(0)\n        val w = r2.domain.getComponent(0)\n\n        if (u.numberOfComponents != 1 || v1.numberOfComponents != 1 ||\n            v2.numberOfComponents != 1 || w.numberOfComponents != 1) {\n            throw new IllegalArgumentException(\"Provided relations must be composed of simple domains\")\n        }\n\n        lazy val incompatibleRelationsMessage = \"Provided relations are not compatible\"\n\n        if (v1.cardinality != v2.cardinality) {\n            throw new IllegalArgumentException(incompatibleRelationsMessage)\n        }\n\n        for (i <- 0 until v1.cardinality) {\n            if (v1.elementFor(i) != v2.elementFor(i)) {\n                throw new IllegalArgumentException(incompatibleRelationsMessage)\n            }\n        }\n    }\n\n    def isFuzzyEquivalence(relation: FuzzySet): Boolean = {\n        implicit val r: FuzzySet = relation\n        this.isUTimesURelation(r) && this.checkSymmetry && this.checkReflexion && this.checkMinMaxTransitivity\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/FuzzySet.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1.set\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\n\ntrait FuzzySet {\n\n    val domain: Domain\n\n    def getValueAt(element: DomainElement): Double\n\n    override def toString: String = {\n        val builder = new StringBuilder(\"{\\n\")\n\n        for (element <- this.domain) {\n            builder.append(\"    \")\n                .append(element)\n                .append(\" \/ \")\n                .append(this.getValueAt(element))\n                .append('\\n')\n        }\n\n        builder.append(\"}\\n\").toString()\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/CenterOfAreaDefuzzifier.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.set.FuzzySet\n\nclass CenterOfAreaDefuzzifier extends Defuzzifier {\n\n    override def defuzzify(set: FuzzySet): Int = {\n        if (set.domain.numberOfComponents != 1) {\n            throw new IllegalArgumentException(\"Set with simple domain is expected\")\n        }\n\n        var numerator = 0.0\n        var denominator = 0.0\n\n        for (element <- set.domain) {\n            val value = set.getValueAt(element)\n\n            numerator += value * element.getComponentValue(0)\n            denominator += value\n        }\n\n        (numerator \/ denominator).toInt\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/AngleRuleTest.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.controller.{AngleFuzzySystem, AngleRules, CenterOfAreaDefuzzifier, Defuzzifier, FuzzySystem}\nimport scala.io.StdIn\n\nobject AngleRuleTest extends App {\n\n    val tNorm: (Double*) => Double = if (this.args.length > 0 && this.args(0) == \"-prod\") {\n        items => items.product\n    } else {\n        items => items.min\n    }\n\n    println(\"Rules:\")\n    println(\n        \"[0] When left close or critically close and left-angled close or critically close then steer sharply right\"\n    )\n    println(\"[1] When left close and left-angled close or comfortably close then steer slightly right\")\n    println(\"[2] When both comfortably close go straight\")\n    println(\"[3] When right close and right-angled close or comfortably close then steer slightly left\")\n    println(\n        \"[4] When right close or critically close and right-angled close or critically close then steer sharply left\"\n    )\n    println(\"[-] Selects all rules\")\n    println(\"Input rule index: \")\n\n    val input = StdIn.readLine()\n    val rules = if (input == \"-\") {\n        AngleRules.rules(tNorm)\n    } else {\n        List(AngleRules.rules(tNorm)(input.toInt))\n    }\n    val defuzzifier: Defuzzifier = new CenterOfAreaDefuzzifier\n    val angleFuzzySystem: FuzzySystem = new AngleFuzzySystem(defuzzifier, rules, true)\n\n    println(\"Input values: left right leftAngled rightAngled velocity direction\")\n\n    val (left, right, leftAngled, rightAngled, velocity, direction) = readInput()\n    val decision = angleFuzzySystem.decide(left, right, leftAngled, rightAngled, velocity, direction)\n\n    println(\"Decision: \" + decision)\n\n    private def readInput(): (Int, Int, Int, Int, Int, Int) = {\n        val in = StdIn.readLine().trim\n        val values = in.split(' ').map(_.toInt)\n\n        (values(0), values(1), values(2), values(3), values(4), values(5))\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/FitnessEvaluator.scala","text":"package at.doml.fnc.lab2.genalg\n\ntrait FitnessEvaluator[T] {\n\n    def evaluate(chromosome: T): Double\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/CrossoverOperator.scala","text":"package at.doml.fnc.lab2.genalg\n\ntrait CrossoverOperator[T] {\n\n    def doCrossover(parents: (T, T)): T\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/SelectionOperator.scala","text":"package at.doml.fnc.lab2.genalg\n\ntrait SelectionOperator {\n\n    def select[T](population: List[Chromosome[T]]): (List[Chromosome[T]], List[Chromosome[T]])\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/GeneticAlgorithm.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab2.genalg\n\nimport at.doml.fnc.lab2.genalg.GeneticAlgorithm.SelectionMode\n\nclass GeneticAlgorithm[T](private val populationSize: Int = 100,\n                          private val maxIterations: Int = 10000,\n                          private val fitnessThreshold: Double = 0.0,\n                          private val elitism: Boolean = false,\n                          private val verbose: Boolean = false,\n                          private val selectionOperator: SelectionOperator,\n                          private val crossoverOperator: CrossoverOperator[T],\n                          private val mutationOperator: MutationOperator[T],\n                          private val selectionMode: SelectionMode) {\n\n    implicit val ordering: Ordering[Chromosome[T]] = Ordering.by(_.fitness)\n\n    def apply(chromosomeGenerator: () => T, evaluator: FitnessEvaluator[T]): Chromosome[T] = {\n        var iteration = 0\n        var population: List[Chromosome[T]] = (0 until populationSize)\n            .map(_ => chromosomeGenerator())\n            .map(c => new Chromosome[T](evaluator.evaluate(c), c))\n            .sorted\n            .toList\n        implicit var best: Chromosome[T] = population.head\n\n        printIfVerbose(\"Initial\")\n\n        while (iteration < maxIterations && best.fitness > fitnessThreshold) {\n            iteration += 1\n            population = selectionMode.apply(\n                population,\n                selectionOperator,\n                crossoverOperator,\n                mutationOperator,\n                evaluator,\n                elitism\n            ).sorted\n            best = population.head\n\n            printIfVerbose(s\"Iteration $iteration\")\n        }\n\n        best\n    }\n\n    private def printIfVerbose(prefix: String)(implicit best: Chromosome[T]): Unit = {\n        if (this.verbose) {\n            println(s\"$prefix best: ${best.underlying}, error: ${best.fitness}\")\n        }\n    }\n}\n\nobject GeneticAlgorithm {\n\n    sealed trait SelectionMode {\n\n        def apply[T](population: List[Chromosome[T]],\n                     selectionOperator: SelectionOperator,\n                     crossoverOperator: CrossoverOperator[T],\n                     mutationOperator: MutationOperator[T],\n                     evaluator: FitnessEvaluator[T],\n                     keepBest: Boolean): List[Chromosome[T]]\n    }\n\n    object Generational extends SelectionMode {\n\n        override def apply[T](population: List[Chromosome[T]],\n                              selectionOperator: SelectionOperator,\n                              crossoverOperator: CrossoverOperator[T],\n                              mutationOperator: MutationOperator[T],\n                              evaluator: FitnessEvaluator[T],\n                              keepBest: Boolean): List[Chromosome[T]] = {\n            implicit val ordering: Ordering[Chromosome[T]] = Ordering.by(_.fitness)\n            val newPopulation = for (_ <- population.indices) yield {\n                val (selected, _) = selectionOperator.select(population)\n                val child = crossoverOperator.doCrossover(selected.head.underlying, selected.last.underlying)\n\n                mutationOperator.mutate(child)\n            }\n\n            (if (keepBest) {\n                newPopulation.dropRight(1) ++ List(population.head.underlying)\n            } else {\n                newPopulation\n            }).map(c => new Chromosome[T](evaluator.evaluate(c), c))\n                .sorted\n                .toList\n        }\n    }\n\n    object Elimination extends SelectionMode {\n\n        override def apply[T](population: List[Chromosome[T]],\n                              selectionOperator: SelectionOperator,\n                              crossoverOperator: CrossoverOperator[T],\n                              mutationOperator: MutationOperator[T],\n                              evaluator: FitnessEvaluator[T],\n                              keepBest: Boolean): List[Chromosome[T]] = {\n            implicit val ordering: Ordering[Chromosome[T]] = Ordering.by(_.fitness)\n            val (selected, rest) = selectionOperator.select(population)\n            val sortedSelected = selected.sorted\n            val parents = sortedSelected.dropRight(1)\n            val child = crossoverOperator.doCrossover((parents.head.underlying, parents.last.underlying))\n            val mutatedChild = mutationOperator.mutate(child)\n            val evaluatedChild = new Chromosome[T](evaluator.evaluate(mutatedChild), mutatedChild)\n\n            (if (evaluatedChild <= sortedSelected.last) {\n                rest ++ parents ++ List(evaluatedChild)\n            } else {\n                rest ++ sortedSelected\n            }).sorted\n        }\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/Evaluator.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab5\/Evaluator.scala\npackage at.doml.fnc.lab5\n\nimport at.doml.fnc.lab2.genalg.FitnessEvaluator\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\n\nclass Evaluator(neuralNetwork: NeuralNetwork, dataset: Dataset) extends FitnessEvaluator[DoubleArray] {\n\n    override def evaluate(chromosome: DoubleArray): Double = {\n        val weights = chromosome.underlying\n        (for (i <- 0 until dataset.size) yield {\n            val out = neuralNetwork(dataset.x(i), dataset.y(i), weights)\n            sq(dataset.c1(i) - out._1) + sq(dataset.c2(i) - out._2) + sq(dataset.c3(i) - out._3)\n        }).sum \/ dataset.size\n    }\n\n    private def sq(x: Double) = x * x\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/AccelerationRules.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.controller.BaseRules.{Acceleration, Direction, Distance, Speed}\nimport at.doml.fnc.lab1.domain.{CompositeDomain, Domain, DomainElement}\nimport at.doml.fnc.lab1.set.{FuzzySet, LazyCompositeFuzzySet, Operations}\n\nobject AccelerationRules {\n\n    private val closeOrCriticallyClose = Operations.binaryOperation(\n        Distance.close,\n        Distance.criticallyClose,\n        Operations.zadehOr\n    )\n\n    private val fastOrModeratelyFast = Operations.binaryOperation(\n        Speed.fast,\n        Speed.moderatelyFast,\n        Operations.zadehOr\n    )\n\n    private val domain: Domain = new CompositeDomain(\n        Array(\n            Distance.domain, \/\/ left : 0\n            Distance.domain, \/\/ right : 1\n            Distance.domain, \/\/ left angled : 2\n            Distance.domain, \/\/ right angled : 3\n            Speed.domain, \/\/ velocity : 4\n            Direction.domain, \/\/ direction : 5\n            Acceleration.domain \/\/ acceleration : 6\n        )\n    )\n\n    def whenCloseOrCriticallyCloseToRiverBankAndSpeedIsFastOrModeratelyFastThenBrake(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val right = DomainElement.of(element.getComponentValue(1))\n            val leftAngled = DomainElement.of(element.getComponentValue(2))\n            val rightAngled = DomainElement.of(element.getComponentValue(3))\n            val speed = DomainElement.of(element.getComponentValue(4))\n            val acceleration = DomainElement.of(element.getComponentValue(6))\n            val leftCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(left)\n            val rightCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(right)\n            val leftAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(leftAngled)\n            val rightAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(rightAngled)\n            val speedFastOrModeratelyFast = fastOrModeratelyFast.getValueAt(speed)\n            val fastBrake = Acceleration.brake.getValueAt(acceleration)\n\n            tNorm(\n                leftCloseOrCriticallyClose max rightCloseOrCriticallyClose max\n                leftAngledCloseOrCriticallyClose max rightAngledCloseOrCriticallyClose,\n                speedFastOrModeratelyFast, fastBrake\n            )\n        })\n\n    def whenCloseOrCriticallyCloseToRiverBankAndSpeedIsSlowThenAccelerate(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val right = DomainElement.of(element.getComponentValue(1))\n            val leftAngled = DomainElement.of(element.getComponentValue(2))\n            val rightAngled = DomainElement.of(element.getComponentValue(3))\n            val speed = DomainElement.of(element.getComponentValue(4))\n            val acceleration = DomainElement.of(element.getComponentValue(6))\n            val leftCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(left)\n            val rightCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(right)\n            val leftAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(leftAngled)\n            val rightAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(rightAngled)\n            val speedSlow = fastOrModeratelyFast.getValueAt(speed)\n            val accelerate = Acceleration.accelerate.getValueAt(acceleration)\n\n            tNorm(\n                leftCloseOrCriticallyClose max rightCloseOrCriticallyClose max\n                leftAngledCloseOrCriticallyClose max rightAngledCloseOrCriticallyClose,\n                speedSlow, accelerate\n            )\n        })\n\n    def whenComfortablyCloseToRiverBankAndSpeedIsSlowThenAccelerate(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val right = DomainElement.of(element.getComponentValue(1))\n            val leftAngled = DomainElement.of(element.getComponentValue(2))\n            val rightAngled = DomainElement.of(element.getComponentValue(3))\n            val speed = DomainElement.of(element.getComponentValue(4))\n            val acceleration = DomainElement.of(element.getComponentValue(6))\n            val leftComfortablyClose = Distance.comfortablyClose.getValueAt(left)\n            val rightComfortablyClose = Distance.comfortablyClose.getValueAt(right)\n            val leftAngledComfortablyClose = Distance.comfortablyClose.getValueAt(leftAngled)\n            val rightAngledComfortablyClose = Distance.comfortablyClose.getValueAt(rightAngled)\n            val speedSlow = Speed.slow.getValueAt(speed)\n            val accelerate = Acceleration.accelerate.getValueAt(acceleration)\n\n            tNorm(\n                leftComfortablyClose max rightComfortablyClose,\n                leftAngledComfortablyClose max rightAngledComfortablyClose,\n                speedSlow, accelerate\n            )\n        })\n\n    def rules(tNorm: (Double*) => Double): List[FuzzySet] = List(\n        whenCloseOrCriticallyCloseToRiverBankAndSpeedIsFastOrModeratelyFastThenBrake(tNorm),\n        whenCloseOrCriticallyCloseToRiverBankAndSpeedIsSlowThenAccelerate(tNorm),\n        whenComfortablyCloseToRiverBankAndSpeedIsSlowThenAccelerate(tNorm)\n    )\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/set\/CalculatedFuzzySet.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab1.set\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\n\nclass CalculatedFuzzySet(d: Domain, function: Int => Double) extends FuzzySet {\n\n    override val domain: Domain = d\n\n    override def getValueAt(element: DomainElement): Double = {\n        val index = d.indexOf(element)\n\n        if (index == -1) {\n            throw new NoSuchElementException(element.toString)\n        }\n\n        function(index)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/Preprocessor.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab3\n\nimport at.doml.fnc.lab3.neuralnetwork.{Layer, NeuralNetwork, SigmoidTransferFunction}\nimport scala.io.Source\n\nobject Preprocessor {\n\n    type NumRepresentativePoints = Int\n    type MaxIterations = Int\n    type TargetError = Double\n    type NeuralNetworkLayout = String\n    type BatchSize = Int\n    type Step = Double\n    type Params = (NumRepresentativePoints, MaxIterations, TargetError, NeuralNetworkLayout, BatchSize, Step)\n    type Sample = (Array[Double], Array[Double])\n\n    var neuralNetwork: NeuralNetwork = _\n    var numRepresentativePoints: Int = 0\n\n    def apply(args: Array[String]): Unit = {\n        var file = \"\"\n        if (args.length == 0) {\n            printUsage()\n        } else if (args.length == 1) {\n            file = args(0)\n        } else {\n            file = args.last\n        }\n\n        val params = extractParams(args.dropRight(1))\n\n        this.numRepresentativePoints = params._1\n\n        val dataset = Source.fromFile(file).getLines()\n            .toList\n            .map(_.split(':'))\n            .map(line => (listFromTuples(line(1), params._1), arrayFromNumbers(line(0))))\n        val groupedDataset = groupDataset(dataset, params._5)\n        val layers = createLayers(params._4, params._1)\n        val neuralNetwork = new NeuralNetwork(layers)\n        this.neuralNetwork = neuralNetwork\n\n        println(\"Learning...\")\n        Backpropagation(neuralNetwork, params._6, groupedDataset, params._2, params._3)\n        println(\"Learning complete\")\n    }\n\n    private def arrayFromNumbers(string: String): Array[Double] = {\n        string.replace(\"[\", \"\").replace(\"]\", \"\")\n            .split(\",\")\n            .map(_.trim)\n            .map(_.toDouble)\n    }\n\n    private def listFromTuples(string: String, numRepresentative: Int): Array[Double] = {\n        val rawPoints = string.replace(\"[\", \"\").replace(\"]\", \"\")\n            .split(\",\\\\(\")\n            .map(_.trim)\n            .map(tupleString => {\n                val array = tupleString.replace(\"(\", \"\").replace(\")\", \"\")\n                    .split(\",\")\n                    .map(_.trim)\n                    .map(_.toDouble)\n                (array(0), array(1))\n            }).toList\n        val transformedPoints = PointListTransformer.transform(rawPoints, numRepresentative)\n\n        transformedPoints.flatMap(t => Array(t._1, t._2)).toArray\n    }\n\n    private def groupDataset(dataset: List[Sample], batchSize: Int): List[List[Sample]] = {\n        dataset.grouped(batchSize).toList\n    }\n\n    private def createLayers(layout: String, numRepresentative: Int): List[Layer] = {\n        val sizes = try {\n            layout.split(\"x\").map(_.toInt)\n        } catch {\n            case e: NumberFormatException => {\n                println(\"Invalid neural netork layout: $layout\")\n                exit(1)\n            }\n        }\n\n        var numInputs = 2 * numRepresentative\n        if (sizes.head != numInputs || sizes.last != 5) {\n            println(s\"Invalid neural network layout: $layout, $numInputs inputs and 5 outputs expected.\")\n            exit(1)\n        }\n\n        (for (size <- sizes) yield {\n            val layer = new Layer(SigmoidTransferFunction, numInputs, size)\n\n            numInputs = size\n            layer\n        }).toList\n    }\n\n    private def exit(status: Int): Nothing = {\n        System.exit(status)\n        throw new IllegalStateException(\"should have exited\")\n    }\n\n    private def printUsage(): Unit = {\n        println(\"Usage: [params...] file\")\n        println(\"Params:\")\n        println(\"    -M <number>                     Number of representative points, default: 5\")\n        println(\"    -i <number>                     Maximum number of iterations, default: 10000\")\n        println(\"    -e <decimal>                    Target error, default: 10e-7\")\n        println(\"    --nn <neural-network-layout>    Layout of the neural network, default: 10x20x5\")\n        println(\"    --batch-size <number>           Batch size for backpropagation algorithm, default: 1\")\n        println(\"    --step <decimal>                Learning step of backpropagation algorithm, default: 1.0\")\n        exit(0)\n    }\n\n    private def extractParams(args: Array[String]): Params = {\n        type Setter = String => Unit\n\n        var numRepresentativePoints = 5\n        val numRepresentativePointsSetter: Setter = a => numRepresentativePoints = a.toInt\n\n        var maxIterations = 10000\n        val maxIterationsSetter: Setter = a => maxIterations = a.toInt\n\n        var targetError = 10e-7\n        val targetErrorSetter: Setter = a => targetError = a.toDouble\n\n        var neuralNetworkLayout = \"10x20x5\"\n        val neuralNetworkLayoutSetter: Setter = a => neuralNetworkLayout = a\n\n        var batchSize = 1\n        val batchSizeSetter: Setter = a => batchSize = a.toInt\n\n        var step = 1.00\n        val stepSetter: Setter = a => step = a.toDouble\n\n        val noSetter: String => Unit = _ => {}\n        var setter: String => Unit = noSetter\n\n        for (arg <- args) {\n            if (setter eq noSetter) {\n                arg match {\n                    case \"-M\" => setter = numRepresentativePointsSetter\n                    case \"-i\" => setter = maxIterationsSetter\n                    case \"-e\" => setter = targetErrorSetter\n                    case \"--nn\" => setter = neuralNetworkLayoutSetter\n                    case \"--batch-size\" => setter = batchSizeSetter\n                    case \"--step\" => setter = stepSetter\n                    case _ => {\n                        println(s\"Unknown argument: $arg\")\n                        System.exit(1)\n                    }\n                }\n            } else {\n                setter(arg)\n                setter = noSetter\n            }\n        }\n\n        (numRepresentativePoints, maxIterations, targetError, neuralNetworkLayout, batchSize, step)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/Dataset.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab5\n\nimport scala.collection.mutable.ListBuffer\nimport scala.io.Source\n\nclass Dataset(file: Source) {\n\n    val (x: Array[Double], y: Array[Double], c1: Array[Double], c2: Array[Double], c3: Array[Double], size: Int) = {\n        val splitLines = file.getLines()\n            .map(_.trim)\n            .filter(!_.isEmpty)\n            .map(_.split(\"\\\\s+\"))\n            .map(_.map(_.toDouble))\n\n        def DoubleList() = ListBuffer[Double]()\n\n        val out = (DoubleList(), DoubleList(), DoubleList(), DoubleList(), DoubleList())\n        var size = 0\n\n        for (splitLine <- splitLines) {\n            out._1 += splitLine(0)\n            out._2 += splitLine(1)\n            out._3 += splitLine(2)\n            out._4 += splitLine(3)\n            out._5 += splitLine(4)\n        }\n\n        (out._1.toArray, out._2.toArray, out._3.toArray, out._4.toArray, out._5.toArray, out._1.length)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/selection\/ThreeTournamentSelection.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab2.genalg.selection\n\nimport at.doml.fnc.lab2.genalg.{Chromosome, SelectionOperator}\nimport scala.util.Random\n\nobject ThreeTournamentSelection extends SelectionOperator {\n\n    override def select[T](population: List[Chromosome[T]]): (List[Chromosome[T]], List[Chromosome[T]]) = {\n        val shuffled = Random.shuffle(population)\n\n        (shuffled.take(3), shuffled.drop(3))\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/crossover\/UniformDoubleArrayCrossover.scala","text":"package at.doml.fnc.lab5.crossover\n\nimport at.doml.fnc.lab2.genalg.CrossoverOperator\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\nimport scala.util.Random\n\nobject UniformDoubleArrayCrossover extends CrossoverOperator[DoubleArray] {\n\n    override def doCrossover(parents: (DoubleArray, DoubleArray)): DoubleArray = {\n        val first = parents._1.underlying\n        val second = parents._2.underlying\n        val childArray = (first, second).zipped.map(\n            (f, s) => if (Random.nextBoolean()) {\n                f\n            } else {\n                s\n            }\n        )\n\n        new DoubleArray(childArray)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/SigmoidTransferFunction.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/SigmoidTransferFunction.scala\npackage at.doml.fnc.lab3.neuralnetwork\n\nobject SigmoidTransferFunction extends TransferFunction {\n\n    override def apply(net: Double): Double = 1.0 \/ (1.0 + Math.exp(-net))\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task5.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.relations.Relations\nimport at.doml.fnc.lab1.set.MutableFuzzySet\n\nobject Task5 extends App {\n\n    val u1 = Domain.intRange(1, 5)\n    val u2 = Domain.intRange(1, 4)\n    val u3 = Domain.intRange(1, 5)\n    val r1 = new MutableFuzzySet(Domain.combine(u1, u2))\n        .set(DomainElement.of(1, 1), 0.3)\n        .set(DomainElement.of(1, 2), 1)\n        .set(DomainElement.of(3, 3), 0.5)\n        .set(DomainElement.of(4, 3), 0.5)\n    val r2 = new MutableFuzzySet(Domain.combine(u2, u3))\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 1), 0.5)\n        .set(DomainElement.of(2, 2), 0.7)\n        .set(DomainElement.of(3, 3), 1)\n        .set(DomainElement.of(3, 4), 0.4)\n    val r1r2 = Relations.compositionOfBinaryRelations(r1, r2)\n\n    for (e <- r1r2.domain) {\n        println(s\"\u03bc($e) = ${r1r2.getValueAt(e)}\")\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/AngleRules.scala","text":"package at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.controller.BaseRules.{Direction, Distance, Speed, Steering}\nimport at.doml.fnc.lab1.domain.{CompositeDomain, Domain, DomainElement}\nimport at.doml.fnc.lab1.set.{FuzzySet, LazyCompositeFuzzySet, Operations}\n\nobject AngleRules {\n\n    private val closeOrCriticallyClose = Operations.binaryOperation(\n        Distance.close,\n        Distance.criticallyClose,\n        Operations.zadehOr\n    )\n\n    private val closeOrComfortablyClose = Operations.binaryOperation(\n        Distance.close,\n        Distance.comfortablyClose,\n        Operations.zadehOr\n    )\n\n    private val domain: Domain = new CompositeDomain(\n        Array(\n            Distance.domain, \/\/ left : 0\n            Distance.domain, \/\/ right : 1\n            Distance.domain, \/\/ left angled : 2\n            Distance.domain, \/\/ right angled : 3\n            Speed.domain, \/\/ velocity : 4\n            Direction.domain, \/\/ direction : 5\n            Steering.domain \/\/ steering : 6\n        )\n    )\n\n    def whenLeftCloseOrCriticallyCloseAndLeftAngledCloseOrCriticallyCloseThenSteerSharplyRight(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val leftAngled = DomainElement.of(element.getComponentValue(2))\n            val angle = DomainElement.of(element.getComponentValue(6))\n            val leftCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(left)\n            val leftAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(leftAngled)\n            val steerSharplyRight = Steering.sharpRight.getValueAt(angle)\n\n            tNorm(leftCloseOrCriticallyClose, leftAngledCloseOrCriticallyClose, steerSharplyRight)\n        })\n\n    def whenLeftCloseAndLeftAngledCloseOrComfortablyCloseThenSteerSlightlyRight(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val leftAngled = DomainElement.of(element.getComponentValue(2))\n            val angle = DomainElement.of(element.getComponentValue(6))\n            val leftClose = Distance.close.getValueAt(left)\n            val leftAngledCloseOrComfortablyClose = closeOrComfortablyClose.getValueAt(leftAngled)\n            val steerRight = Steering.slightlyRight.getValueAt(angle)\n\n            tNorm(leftClose, leftAngledCloseOrComfortablyClose, steerRight)\n        })\n\n    def whenBothComfortablyCloseGoStraight(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val left = DomainElement.of(element.getComponentValue(0))\n            val right = DomainElement.of(element.getComponentValue(1))\n            val angle = DomainElement.of(element.getComponentValue(6))\n            val leftComfortablyClose = Distance.comfortablyClose.getValueAt(left)\n            val rightComfortablyClose = Distance.comfortablyClose.getValueAt(right)\n            val goStraight = Steering.straight.getValueAt(angle)\n\n            tNorm(leftComfortablyClose, rightComfortablyClose, goStraight)\n        })\n\n    def whenRightCloseAndRightAngledCloseOrComfortablyCloseThenSteerSlightlyLeft(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val right = DomainElement.of(element.getComponentValue(1))\n            val rightAngled = DomainElement.of(element.getComponentValue(3))\n            val angle = DomainElement.of(element.getComponentValue(6))\n            val rightClose = Distance.close.getValueAt(right)\n            val rightAngledCloseOrComfortablyClose = closeOrComfortablyClose.getValueAt(rightAngled)\n            val steerLeft = Steering.slightlyLeft.getValueAt(angle)\n\n            tNorm(rightClose, rightAngledCloseOrComfortablyClose, steerLeft)\n        })\n\n    def whenRightCloseOrCriticallyCloseAndRightAngledCloseOrCriticallyCloseThenSteerSharplyLeft(\n        tNorm: (Double*) => Double\n    ) = new LazyCompositeFuzzySet(this.domain, element => {\n            val right = DomainElement.of(element.getComponentValue(1))\n            val rightAngled = DomainElement.of(element.getComponentValue(3))\n            val angle = DomainElement.of(element.getComponentValue(6))\n            val rightCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(right)\n            val rightAngledCloseOrCriticallyClose = closeOrCriticallyClose.getValueAt(rightAngled)\n            val steerSharplyLeft = Steering.sharpLeft.getValueAt(angle)\n\n            tNorm(rightCloseOrCriticallyClose, rightAngledCloseOrCriticallyClose, steerSharplyLeft)\n        })\n\n    def rules(tNorm: (Double*) => Double): List[FuzzySet] = List(\n        whenLeftCloseOrCriticallyCloseAndLeftAngledCloseOrCriticallyCloseThenSteerSharplyRight(tNorm),\n        whenLeftCloseAndLeftAngledCloseOrComfortablyCloseThenSteerSlightlyRight(tNorm),\n        whenBothComfortablyCloseGoStraight(tNorm),\n        whenRightCloseAndRightAngledCloseOrComfortablyCloseThenSteerSlightlyLeft(tNorm),\n        whenRightCloseOrCriticallyCloseAndRightAngledCloseOrCriticallyCloseThenSteerSharplyLeft(tNorm)\n    )\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab4\/neuralnetwork\/NeuroFuzzySystem.scala","text":"package at.doml.fnc.lab4.neuralnetwork\n\nclass NeuroFuzzySystem(val numRules: Int) {\n\n    private val xFuzzySets = (for (_ <- 0 until numRules) yield {\n        new FuzzySet\n    }).toList\n    private val yFuzzySets = (for (_ <- 0 until numRules) yield {\n        new FuzzySet\n    }).toList\n    private val rules = (for (_ <- 0 until numRules) yield {\n        new Rule\n    }).toList\n\n    def apply(x: Double, y: Double): Double = this.snapshot(x, y).out\n\n    def snapshot(x: Double, y: Double): NetworkSnapshot = new NetworkSnapshot(xFuzzySets, yFuzzySets, rules, x, y)\n\n    def p(i: Int): Double = rules(i).p\n\n    def p_=(i: Int, p: Double): Unit = rules(i).p = p\n\n    def q(i: Int): Double = rules(i).q\n\n    def q_=(i: Int, q: Double): Unit = rules(i).q = q\n\n    def r(i: Int): Double = rules(i).r\n\n    def r_=(i: Int, r: Double): Unit = rules(i).r = r\n\n    def ax(i: Int): Double = xFuzzySets(i).a\n\n    def ax_=(i: Int, a: Double): Unit = xFuzzySets(i).a = a\n\n    def bx(i: Int): Double = xFuzzySets(i).b\n\n    def bx_=(i: Int, b: Double): Unit = xFuzzySets(i).b = b\n\n    def ay(i: Int): Double = yFuzzySets(i).a\n\n    def ay_=(i: Int, a: Double): Unit = yFuzzySets(i).a = a\n\n    def by(i: Int): Double = yFuzzySets(i).b\n\n    def by_=(i: Int, b: Double): Unit = yFuzzySets(i).b = b\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/domain\/SimpleDomain.scala","text":"package at.doml.fnc.lab1.domain\n\nfinal class SimpleDomain(from: Int, to: Int) extends Domain {\n\n    require(from < to)\n\n    val start: Int = from\n    val end: Int = to\n\n    override val cardinality: Int = to - from\n\n    override def getComponent(index: Int): Domain = {\n        if (index != 0) {\n            throw new ArrayIndexOutOfBoundsException(index)\n        }\n\n        this\n    }\n\n    override val numberOfComponents: Int = 1\n\n    override def indexOf(element: DomainElement): Int = {\n        if (element.numberOfComponents != this.numberOfComponents) {\n            return -1\n        }\n\n        val component = element.getComponentValue(0)\n\n        if (component < this.start || component >= this.end) {\n            return -1\n        }\n\n        component - this.start\n    }\n\n    override def elementFor(index: Int): DomainElement = {\n        if (index < 0 || index >= this.cardinality) {\n            throw new ArrayIndexOutOfBoundsException(index)\n        }\n\n        DomainElement.of(from + index)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/crossover\/PointDoubleArrayCrossover.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab5.crossover\n\nimport at.doml.fnc.lab2.genalg.CrossoverOperator\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\nimport scala.util.Random\n\nobject PointDoubleArrayCrossover extends CrossoverOperator[DoubleArray] {\n\n    override def doCrossover(parents: (DoubleArray, DoubleArray)): DoubleArray = {\n        val size = parents._1.underlying.length\n        val crossoverPoint = Random.nextInt(size + 1)\n        val childArray = parents._1.underlying.view(0, crossoverPoint) ++\n            parents._2.underlying.view(crossoverPoint, size)\n\n        new DoubleArray(childArray.toArray)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/mutation\/SimpleDoubleArrayMutation.scala","text":"package at.doml.fnc.lab2.genalg.mutation\n\nimport at.doml.fnc.lab2.genalg.MutationOperator\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\nimport scala.util.Random\n\nclass SimpleDoubleArrayMutation(private val chance: Double,\n                                private val mean: Double,\n                                private val deviation: Double) extends MutationOperator[DoubleArray] {\n\n    override def mutate(chromosome: DoubleArray): DoubleArray = {\n        val array = chromosome.underlying.clone()\n\n        for (i <- array.indices) {\n            if (Random.nextDouble() <= chance) {\n                array(i) = array(i) + mean + Random.nextGaussian() * deviation\n            }\n        }\n\n        new DoubleArray(array)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab2\/genalg\/crossover\/ArithmeticDoubleArrayCrossover.scala","text":"package at.doml.fnc.lab2.genalg.crossover\n\nimport at.doml.fnc.lab2.genalg.CrossoverOperator\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\n\nobject ArithmeticDoubleArrayCrossover extends CrossoverOperator[DoubleArray] {\n\n    override def doCrossover(parents: (DoubleArray, DoubleArray)): DoubleArray = {\n        val array1 = parents._1.underlying\n        val array2 = parents._1.underlying\n        val childArray = new Array[Double](array1.length)\n\n        for (i <- array1.indices) {\n            childArray(i) = (array1(i) + array2(i)) \/ 2.0\n        }\n\n        new DoubleArray(childArray)\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/NeuralNetwork.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab3.neuralnetwork\n\nclass NeuralNetwork(val layers: List[Layer]) {\n\n    def apply(inputs: Array[Double]): Array[Double] = {\n        var in = inputs\n\n        for (layer <- layers) {\n            in = layer(in)\n        }\n\n        in\n    }\n\n    def getOutputBeforeNthLayer(inputs: Array[Double], n: Int): Array[Double] = {\n        if (n == 0) {\n            return inputs\n        }\n\n        var in = inputs\n\n        for (layer <- layers.take(n)) {\n            in = layer(in)\n        }\n\n        in\n    }\n\n    def weightAt(index: Int, neuronIndex: Int, layerIndex: Int): Double = this.layers(layerIndex)\n        .weightAt(index, neuronIndex)\n\n    def getNumNeurons(layerIndex: Int): Int = this.layers(layerIndex).numNeurons\n\n    def getNumWeights(layerIndex: Int, neuronIndex: Int): Int = this.layers(layerIndex).getNumWeights(neuronIndex)\n\n    def updateWeight(index: Int, neuronIndex: Int, layerIndex: Int, change: Double): Unit = this.layers(layerIndex)\n        .updateWeight(index, neuronIndex, change)\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/Defuzzifier.scala","text":"<gh_stars>0\npackage at.doml.fnc.lab1.controller\n\nimport at.doml.fnc.lab1.set.FuzzySet\n\ntrait Defuzzifier {\n\n    def defuzzify(set: FuzzySet): Int\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/Backpropagation.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab3\/Backpropagation.scala\npackage at.doml.fnc.lab3\n\nimport at.doml.fnc.lab3.neuralnetwork.NeuralNetwork\n\nobject Backpropagation {\n\n    type Sample = (Array[Double], Array[Double])\n    type SampleBatch = List[Sample]\n\n    private def sq(x: Double) = x * x\n\n    private def calculateError(neuralNetwork: NeuralNetwork, samples: List[SampleBatch], numSamples: Int): Double = {\n        (for {\n            batch <- samples\n            (input, expectedOutput) <- batch\n        } yield {\n            val networkOutputs = neuralNetwork(input)\n\n            (for (i <- networkOutputs.indices) yield {\n                sq(networkOutputs(i) - expectedOutput(i))\n            }).sum\n        }).sum \/ (2.0 * numSamples)\n    }\n\n    def apply(neuralNetwork: NeuralNetwork, learningStep: Double, trainingSamples: List[SampleBatch],\n              maxIterations: Int, targetError: Double): Unit = {\n        val numSamples = trainingSamples.map(_.size).sum\n        var iteration: Int = 0\n        var currentError = calculateError(neuralNetwork, trainingSamples, numSamples)\n\n        println(s\"Initial error: $currentError\")\n\n        while (iteration < maxIterations && currentError > targetError) {\n            for (batch <- trainingSamples) {\n                var delta: Array[Array[Double]] = null\n\n                for (layerIndex <- neuralNetwork.layers.indices.reverse) {\n                    if (delta == null) {\n                        delta = updateLastLayer(batch, neuralNetwork, learningStep, layerIndex)\n                    } else {\n                        delta = updateMiddleLayer(batch, neuralNetwork, learningStep, layerIndex, delta)\n                    }\n                }\n            }\n\n            iteration += 1\n            currentError = calculateError(neuralNetwork, trainingSamples, numSamples)\n\n            println(s\"Iteration $iteration error: $currentError\")\n        }\n    }\n\n    private def updateLastLayer(batch: SampleBatch, neuralNetwork: NeuralNetwork, learningStep: Double,\n                                layerIndex: Int): Array[Array[Double]] = {\n        val y: Array[Array[Double]] = (for ((sample, _) <- batch) yield {\n            neuralNetwork(sample)\n        }).toArray\n        val t: Array[Array[Double]] = batch.map(_._2).toArray\n        val delta: Array[Array[Double]] = new Array(y.length)\n\n        for (i <- delta.indices) {\n            delta(i) = new Array(neuralNetwork.getNumNeurons(layerIndex))\n        }\n\n        for {\n            j <- 0 until neuralNetwork.getNumNeurons(layerIndex)\n            i <- 0 until neuralNetwork.getNumWeights(layerIndex, j)\n        } {\n            val change = (for (s <- batch.indices) yield {\n                delta(s)(j) = y(s)(j) * (1.0 - y(s)(j)) * (t(s)(j) - y(s)(j))\n                delta(s)(j) * neuralNetwork.getOutputBeforeNthLayer(batch(s)._1, layerIndex)(i)\n            }).sum * learningStep\n\n            neuralNetwork.updateWeight(i, j, layerIndex, change)\n        }\n\n        for (j <- 0 until neuralNetwork.getNumNeurons(layerIndex)) {\n            val change = (for (s <- batch.indices) yield {\n                delta(s)(j)\n            }).sum * learningStep\n\n            neuralNetwork.updateWeight(neuralNetwork.getNumWeights(layerIndex, j), j, layerIndex, change)\n        }\n\n        delta\n    }\n\n    private def updateMiddleLayer(batch: SampleBatch, neuralNetwork: NeuralNetwork, learningStep: Double,\n                                  layerIndex: Int, previousDelta: Array[Array[Double]]): Array[Array[Double]] = {\n        val y: Array[Array[Double]] = (for ((sample, _) <- batch) yield {\n            neuralNetwork.getOutputBeforeNthLayer(sample, layerIndex + 1)\n        }).toArray\n        val delta: Array[Array[Double]] = new Array(y.length)\n\n        for (i <- delta.indices) {\n            delta(i) = new Array(neuralNetwork.getNumNeurons(layerIndex))\n        }\n\n        for {\n            j <- 0 until neuralNetwork.getNumNeurons(layerIndex)\n            i <- 0 until neuralNetwork.getNumWeights(layerIndex, j)\n        } {\n            val change = (for (s <- batch.indices) yield {\n                val nextCorrectionSum = (for (o <- previousDelta(s).indices) yield {\n                    previousDelta(s)(o) * neuralNetwork.weightAt(j, o, layerIndex + 1)\n                }).sum\n\n                delta(s)(j) = y(s)(j) * (1.0 - y(s)(j)) * nextCorrectionSum\n                delta(s)(j) * neuralNetwork.getOutputBeforeNthLayer(batch(s)._1, layerIndex)(i)\n            }).sum * learningStep\n\n            neuralNetwork.updateWeight(i, j, layerIndex, change)\n        }\n\n        for (j <- 0 until neuralNetwork.getNumNeurons(layerIndex)) {\n            val change = (for (s <- batch.indices) yield {\n                delta(s)(j)\n            }).sum * learningStep\n\n            neuralNetwork.updateWeight(neuralNetwork.getNumWeights(layerIndex, j), j, layerIndex, change)\n        }\n\n        delta\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/Task.scala","text":"<reponame>domagojlatecki\/fnc-lab\npackage at.doml.fnc.lab5\n\nimport at.doml.fnc.lab2.genalg.GeneticAlgorithm.{Elimination, Generational, SelectionMode}\nimport at.doml.fnc.lab2.genalg.chromosome.DoubleArray\nimport at.doml.fnc.lab2.genalg.crossover.ArithmeticDoubleArrayCrossover\nimport at.doml.fnc.lab2.genalg.mutation.SimpleDoubleArrayMutation\nimport at.doml.fnc.lab2.genalg.selection.{RouletteWheelSelection, ThreeTournamentSelection}\nimport at.doml.fnc.lab2.genalg.{CrossoverOperator, GeneticAlgorithm, SelectionOperator}\nimport at.doml.fnc.lab5.crossover.{PointDoubleArrayCrossover, UniformDoubleArrayCrossover}\nimport at.doml.fnc.lab5.mutation.CompoundMutation\nimport scala.io.Source\nimport scala.util.{Random, Try}\n\nobject Task {\n\n    private type PopulationSize = Int\n    private type NumIterations = Int\n    private type FitnessThreshold = Double\n    private type MutationChance = Double\n    private type NumMutationOperators = Int\n    private type RelativeMutationChances = Array[Double]\n    private type Means = Array[Double]\n    private type Deviations = Array[Double]\n    private type Verbose = Boolean\n    private type Elitism = Boolean\n    private type NeuralNetworkLayout = String\n\n    private type Params = (PopulationSize, NumIterations, FitnessThreshold, MutationChance, NumMutationOperators,\n        RelativeMutationChances, Means, Deviations, Verbose, Elitism, SelectionMode, SelectionOperator,\n        CrossoverOperator[DoubleArray], NeuralNetworkLayout, Source)\n\n    def main(args: Array[String]): Unit = {\n        val params: Params = if (args.length == 0) {\n            printUsage()\n        } else {\n            getParams(args)\n        }\n\n        val dataset = Try(new Dataset(params._15)).getOrElse {\n            println(\"Unable to load provided dataset\")\n            exit(1)\n        }\n        val networkLayout = params._14.split('x').drop(1).map(_.toInt)\n        val network = new NeuralNetwork(networkLayout(0), networkLayout.drop(1))\n        val evaluator = new Evaluator(network, dataset)\n        val algorithm = new GeneticAlgorithm[DoubleArray](\n            populationSize = params._1,\n            maxIterations = params._2,\n            fitnessThreshold = params._3,\n            elitism = params._10,\n            verbose = params._9,\n            selectionOperator = params._12,\n            crossoverOperator = params._13,\n            mutationOperator = createMutationOperator(\n                params._5, params._4, params._6, params._7, params._8\n            ),\n            selectionMode = params._11\n        )\n        val best = algorithm(\n            () => new DoubleArray(randomArray(network.wSize, networkLayout(0))),\n            evaluator\n        )\n\n        println()\n        println(s\"Learning finished, solution: ${best.underlying.underlying.mkString(\"[\", \", \", \"]\")},\" +\n            s\" fitness: ${best.fitness}\")\n        println()\n        println(\"Testing netowrk against each sample...\")\n        println()\n\n        var numCorrect = 0\n\n        for (i <- 0 until dataset.size) {\n            val x = dataset.x(i)\n            val y = dataset.y(i)\n            val c1 = dataset.c1(i).toInt\n            val c2 = dataset.c2(i).toInt\n            val c3 = dataset.c3(i).toInt\n            val out = network(x, y, best.underlying.underlying)\n            val n1 = getOut(out._1)\n            val n2 = getOut(out._2)\n            val n3 = getOut(out._3)\n            val cStr = if (testClassification(c1, c2, c3, n1, n2, n3)) {\n                numCorrect += 1\n                \"OK\"\n            } else {\n                \"INVALID\"\n            }\n\n            println(s\"Sample: x = $x, y = $y, class = [$c1, $c2, $c3]; network out = [$n1, $n2, $n3] -> $cStr\")\n        }\n\n        val percentage = ((numCorrect \/ dataset.size.toDouble) * 100.0).formatted(\"%.2f\")\n\n        println()\n        println(s\"Number of correct classifications: $numCorrect \/ ${dataset.size} ($percentage %)\")\n    }\n\n    private def getOut(v: Double): Int = if (v < 0.5) {\n        0\n    } else {\n        1\n    }\n\n    private def testClassification(c1: Int, c2: Int, c3: Int, n1: Int, n2: Int, n3: Int): Boolean = c1 == n1 &&\n        c2 == n2 && c3 == n3\n\n    private def createMutationOperator(numMutationOperators: Int,\n                                       chance: Double,\n                                       chances: Array[Double],\n                                       means: Array[Double],\n                                       deviations: Array[Double]): CompoundMutation[DoubleArray] = {\n        val operators = (means, deviations).zipped\n            .map((mean, deviation) => new SimpleDoubleArrayMutation(\n                chance = chance,\n                mean = mean,\n                deviation = deviation\n            ))\n        new CompoundMutation[DoubleArray](operators.toList, chances.toList)\n    }\n\n    private def printUsage(): Nothing = {\n        println(\n            \"\"\"|Usage: [params...] file\n               |Params:\"\n               |    -s <number>                     Population size, default: 100\n               |    -i <number>                     Max number of iterations, default: 10000\n               |    -t <decimal>                    Fitness threshold, default: 10e-7\n               |    -c <decimal>                    Mutation chance, default: 0.05\n               |    --mn <number>                   Number of mutation operators, default: 2\n               |    --c<number> <decimal>           Relative chance for nth mutation operator (0-based), default: 1.0\n               |    --m<number> <decimal>           Gaussian mean for nth mutation operator (0-based), default: 0.0\n               |    --d<number> <decimal>           Gaussian deviation nth for mutation operator (0-based), default: 1.0\n               |    --verbose                       Print best chromosome in every iteration of the algorithm\n               |    --elitism                       Use elitism, only valid for generational algorithm\n               |    --generational                  Use generational algorithm, on by default\n               |    --elimination                   Use elimination algorithm\n               |    --crop <operator>               Specifies crossover operator, available operators:\n               |                                    [arithmetic, point, uniform], default: arithmetic\n               |    --nn <neural-network-layout>    Layout of the neural network, default: 2x8x3\"\"\".stripMargin\n        )\n        exit(0)\n    }\n\n    private def exit(statusCode: Int): Nothing = {\n        System.exit(statusCode)\n        throw new IllegalStateException(\"process should have exited!\")\n    }\n\n    private def getParams(args: Array[String]): Params = {\n        type Setter = String => Unit\n\n        val crossoverOperatorMap = Map(\n            \"arithmetic\" -> ArithmeticDoubleArrayCrossover,\n            \"point\" -> PointDoubleArrayCrossover,\n            \"uniform\" -> UniformDoubleArrayCrossover\n        )\n\n        val chance = \"--c([0-9]+)\".r\n        val mean = \"--m([0-9]+)\".r\n        val deviation = \"--d([0-9]+)\".r\n\n        def require[T](message: String, value: String, converter: String => T, predicate: T => Boolean): T = {\n            val result = Try(converter(value)).filter(predicate)\n\n            if (result.isFailure) {\n                println(message)\n                exit(1)\n            }\n\n            result.get\n        }\n\n        def requirePositiveInt(name: String, value: String): Int = require(\n            s\"$name must be a positive integer\",\n            value, _.toInt, (v: Int) => v > 0\n        )\n\n        def requireNonNegativeDouble(name: String, value: String): Double = require(\n            s\"$name must be a non-negative number\",\n            value, _.toDouble, (v: Double) => v >= 0.0\n        )\n\n        def requireDouble(name: String, value: String): Double = require(\n            s\"$name must be a number\", value, _.toDouble, (_: Double) => true\n        )\n\n        def requireInRange(name: String, value: String, from: Double, to: Double) = require(\n            s\"$name must be a number from range [$from, $to]\",\n            value, _.toDouble, (v: Double) => v >= from && v <= to\n        )\n\n        var populationSize = 100\n        val populationSizeSetter: Setter = s => {\n            populationSize = requirePositiveInt(\"Population size\", s)\n        }\n\n        var numIterations = 10000\n        val numIterationsSetter: Setter = s => {\n            numIterations = requirePositiveInt(\"Number of iterations\", s)\n        }\n\n        var fitnessThreshold = 10e-7\n        val fitnessThresholdSetter: Setter = s => {\n            fitnessThreshold = requireNonNegativeDouble(\"Fitness threshold\", s)\n        }\n\n        var mutationChance = 0.05\n        val mutationChanceSetter: Setter = s => {\n            mutationChance = requireInRange(\"Mutation chance\", s, 0.0, 1.0)\n        }\n\n        class Ref[T](var ref: T)\n\n        var numMutationOperators = 2\n        val relativeMutationChances = new Ref(Array(1.0, 1.0))\n        val means = new Ref(Array(0.0, 0.0))\n        val deviations = new Ref(Array(1.0, 1.0))\n        val numMutationOperatorsSetter: Setter = s => {\n            numMutationOperators = requirePositiveInt(\"Number of mutation operators\", s)\n            relativeMutationChances.ref = Array.fill(numMutationOperators)(1.0)\n            means.ref = Array.fill(numMutationOperators)(0.0)\n            deviations.ref = Array.fill(numMutationOperators)(1.0)\n        }\n\n        def arraySetter(name: String, arrayRef: Ref[Array[Double]],\n                        valueSetter: (Array[Double], Int, Double) => Unit,\n                        requireFn: (String, String) => Double): Setter = s => {\n            val split = s.split(' ')\n            val index = Try(split(0).toInt).filter(_ < numMutationOperators)\n                .getOrElse {\n                    println(s\"Mutation operator index is out of range: ${split(0)}\")\n                    exit(1)\n                }\n            valueSetter(\n                arrayRef.ref,\n                index,\n                requireFn(\n                    s\"$name #$index\", split(1)\n                )\n            )\n        }\n\n        val relativeMutationChancesSetter: Setter = arraySetter(\n            \"Relative mutation chance\", relativeMutationChances, _ (_) = _, requireNonNegativeDouble\n        )\n        val meansSetter: Setter = arraySetter(\n            \"Mean\", means, _ (_) = _, requireDouble\n        )\n        val deviationsSetter: Setter = arraySetter(\n            \"Deviation\", deviations, _ (_) = _, requireNonNegativeDouble\n        )\n\n        var verbose = false\n        var elitism = false\n        var selectionMode: SelectionMode = Generational\n        var selectionOperator: SelectionOperator = RouletteWheelSelection\n\n        var crossoverOperator: CrossoverOperator[DoubleArray] = ArithmeticDoubleArrayCrossover\n        val crossoverOperatorSetter: Setter = s => {\n            crossoverOperator = require(\n                \"Crossover operator must be one of the following: [arithmetic, point, uniform]\",\n                s, crossoverOperatorMap(_), (v: CrossoverOperator[DoubleArray]) => v != null\n            )\n        }\n\n        var neuralNetworkLayout = \"2x8x3\"\n        val neuralNetworkLayoutSetter: Setter = s => {\n            neuralNetworkLayout = require(\n                \"Neural network layout must match the following regular expression: 2x[0-9]+(x[9-0]+)*x3\",\n                s, identity, (v: String) => v.matches(\"^2x[0-9]+(x[0-9]+)*x3$\")\n            )\n        }\n\n        val noSetter: Setter = _ => {}\n        var setter: Setter = noSetter\n\n        var prefix = \"\"\n        for (arg <- args.dropRight(1)) {\n\n            if (setter eq noSetter) {\n                arg match {\n                    case \"-s\" => setter = populationSizeSetter\n                    case \"-i\" => setter = numIterationsSetter\n                    case \"-t\" => setter = fitnessThresholdSetter\n                    case \"-c\" => setter = mutationChanceSetter\n                    case \"--mn\" => setter = numMutationOperatorsSetter\n                    case \"--verbose\" => verbose = true\n                    case \"--elitism\" => elitism = true\n                    case \"--generational\" => {\n                        selectionMode = Generational\n                        selectionOperator = RouletteWheelSelection\n                    }\n                    case \"--elimination\" => {\n                        selectionMode = Elimination\n                        selectionOperator = ThreeTournamentSelection\n                    }\n                    case \"--crop\" => setter = crossoverOperatorSetter\n                    case \"--nn\" => setter = neuralNetworkLayoutSetter\n                    case chance(index) => {\n                        prefix = s\"$index \"\n                        setter = relativeMutationChancesSetter\n                    }\n                    case mean(index) => {\n                        prefix = s\"$index \"\n                        setter = meansSetter\n                    }\n                    case deviation(index) => {\n                        prefix = s\"$index \"\n                        setter = deviationsSetter\n                    }\n                    case _ => {\n                        println(s\"Unknown argument: $arg\")\n                        exit(1)\n                    }\n                }\n            } else {\n                setter(s\"$prefix$arg\")\n                setter = noSetter\n                prefix = \"\"\n            }\n        }\n\n        val source = try {\n            Source.fromFile(args.last)\n        } catch {\n            case _: Exception => {\n                println(s\"Unable to read file: ${args.last}\")\n                exit(1)\n            }\n        }\n\n        (populationSize, numIterations, fitnessThreshold, mutationChance, numMutationOperators,\n            relativeMutationChances.ref, means.ref, deviations.ref, verbose, elitism, selectionMode, selectionOperator,\n            crossoverOperator, neuralNetworkLayout, source)\n    }\n\n    private def randomArray(size: Int, numN1Neurons: Int): Array[Double] = {\n        val array = new Array[Double](size)\n\n        for (i <- array.indices) {\n            array(i) = Random.nextDouble() - 0.5\n        }\n\n        for (i <- 0 until numN1Neurons) {\n            array(2 + i * 4) = Random.nextDouble() + 0.5\n            array(3 + i * 4) = Random.nextDouble() + 0.5\n        }\n\n        array\n    }\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab3\/neuralnetwork\/Layer.scala","text":"package at.doml.fnc.lab3.neuralnetwork\n\nclass Layer(transferFunction: TransferFunction, numInputs: Int, val numNeurons: Int) {\n\n    private val neurons: List[Neuron] = (for (_ <- 0 until numNeurons) yield {\n        new Neuron(transferFunction, numInputs)\n    }).toList\n\n    def apply(inputs: Array[Double]): Array[Double] = {\n        (for (neuron <- this.neurons) yield {\n            neuron(inputs)\n        }).toArray\n    }\n\n    def weightAt(index: Int, neuronIndex: Int): Double = this.neurons(neuronIndex).weightAt(index)\n\n    def getNumWeights(neuronIndex: Int): Int = this.neurons(neuronIndex).numInputs\n\n    def updateWeight(index: Int, neuronIndex: Int, change: Double): Unit = this.neurons(neuronIndex)(index) = change\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task3.scala","text":"<filename>src\/main\/scala\/at\/doml\/fnc\/lab1\/Task3.scala\npackage at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.set.{MutableFuzzySet, Operations}\n\nobject Task3 extends App {\n\n    val d1 = Domain.intRange(0, 11)\n    val set1 = new MutableFuzzySet(d1)\n        .set(DomainElement.of(0), 1.0)\n        .set(DomainElement.of(1), 0.8)\n        .set(DomainElement.of(2), 0.6)\n        .set(DomainElement.of(3), 0.4)\n        .set(DomainElement.of(4), 0.2)\n    Debug.print(set1, \"Set1:\")\n\n    val notSet1 = Operations.unaryOperation(\n        set1, Operations.zadehNot\n    )\n    Debug.print(notSet1, \"not(Set1):\")\n\n    val union = Operations.binaryOperation(\n        set1, notSet1,\n        Operations.zadehOr\n    )\n    Debug.print(union, \"Set1 \u222a notSet1:\")\n\n    val hinters = Operations.binaryOperation(\n        set1, notSet1,\n        Operations.hamacherTNorm(1.0)\n    )\n    Debug.print(hinters, \"Set1 \u2229 not(Set1) [using parametrised Hamacher T-norm with parameter 1.0]:\")\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/Task4.scala","text":"package at.doml.fnc.lab1\n\nimport at.doml.fnc.lab1.domain.{Domain, DomainElement}\nimport at.doml.fnc.lab1.relations.Relations\nimport at.doml.fnc.lab1.set.MutableFuzzySet\n\nobject Task4 extends App {\n\n    val u = Domain.intRange(1, 6)\n    val u2 = Domain.combine(u, u)\n    val r1 = new MutableFuzzySet(u2)\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 2), 1)\n        .set(DomainElement.of(3, 3), 1)\n        .set(DomainElement.of(4, 4), 1)\n        .set(DomainElement.of(5, 5), 1)\n        .set(DomainElement.of(3, 1), 0.5)\n        .set(DomainElement.of(1, 3), 0.5)\n    val r2 = new MutableFuzzySet(u2)\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 2), 1)\n        .set(DomainElement.of(3, 3), 1)\n        .set(DomainElement.of(4, 4), 1)\n        .set(DomainElement.of(5, 5), 1)\n        .set(DomainElement.of(3, 1), 0.5)\n        .set(DomainElement.of(1, 3), 0.1)\n    val r3 = new MutableFuzzySet(u2)\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 2), 1)\n        .set(DomainElement.of(3, 3), 0.3)\n        .set(DomainElement.of(4, 4), 1)\n        .set(DomainElement.of(5, 5), 1)\n        .set(DomainElement.of(1, 2), 0.6)\n        .set(DomainElement.of(2, 1), 0.6)\n        .set(DomainElement.of(2, 3), 0.7)\n        .set(DomainElement.of(3, 2), 0.7)\n        .set(DomainElement.of(3, 1), 0.5)\n        .set(DomainElement.of(1, 3), 0.5)\n    val r4 = new MutableFuzzySet(u2)\n        .set(DomainElement.of(1, 1), 1)\n        .set(DomainElement.of(2, 2), 1)\n        .set(DomainElement.of(3, 3), 1)\n        .set(DomainElement.of(4, 4), 1)\n        .set(DomainElement.of(5, 5), 1)\n        .set(DomainElement.of(1, 2), 0.4)\n        .set(DomainElement.of(2, 1), 0.4)\n        .set(DomainElement.of(2, 3), 0.5)\n        .set(DomainElement.of(3, 2), 0.5)\n        .set(DomainElement.of(1, 3), 0.4)\n        .set(DomainElement.of(3, 1), 0.4)\n\n    val test1 = Relations.isUTimesURelation(r1)\n    println(s\"r1 is defined over UxU? $test1\")\n\n    val test2 = Relations.isSymmetric(r1)\n    println(s\"r1 is symmetric? $test2\")\n\n    val test3 = Relations.isSymmetric(r2)\n    println(s\"r2 is symmetric? $test3\")\n\n    val test4 = Relations.isReflexive(r1)\n    println(s\"r1 is reflexive? $test4\")\n\n    val test5 = Relations.isReflexive(r3)\n    println(s\"r3 is reflexive? $test5\")\n\n    val test6 = Relations.isMaxMinTransitive(r3)\n    println(s\"r3 is max-min transitive? $test6\")\n\n    val test7 = Relations.isMaxMinTransitive(r4)\n    println(s\"r4 is max-min transitive? $test7\")\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab1\/controller\/FuzzySystem.scala","text":"package at.doml.fnc.lab1.controller\n\ntrait FuzzySystem {\n\n    protected val defuzzifier: Defuzzifier\n\n    def decide(left: Int, right: Int, leftAngled: Int, rightAngled: Int, velocity: Int, direction: Int): Int\n}\n"}
{"repo_name":"domagojlatecki\/fnc-lab","path":"src\/main\/scala\/at\/doml\/fnc\/lab5\/mutation\/CompoundMutation.scala","text":"<reponame>domagojlatecki\/fnc-lab<filename>src\/main\/scala\/at\/doml\/fnc\/lab5\/mutation\/CompoundMutation.scala\npackage at.doml.fnc.lab5.mutation\n\nimport at.doml.fnc.lab2.genalg.selection.RouletteWheelSelection\nimport at.doml.fnc.lab2.genalg.{Chromosome, MutationOperator}\n\nclass CompoundMutation[T](operators: List[MutationOperator[T]], chances: List[Double]) extends MutationOperator[T] {\n\n    require(operators.length == chances.length)\n\n    object ImpossibleMutation extends MutationOperator[T] {\n\n        override def mutate(nothing: T): T = throw new IllegalStateException(\"impossible mutation operator called\")\n    }\n\n    private val operatorsAsChromosomes = (operators ++ List(ImpossibleMutation), chances ++ List(0.0)).zipped\n        .map((operator, chance) => new Chromosome(chance, operator))\n\n    override def mutate(chromosome: T): T = RouletteWheelSelection.select(operatorsAsChromosomes)\n        ._1.head.underlying.mutate(chromosome)\n}\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/FileDemo2.scala","text":"import scala.io.Source\n\nobject FileDemo2 {\n\tdef main(args: Array[String]){\n\t\tval fileName = \"text.txt\"\n\t\tprintln(\"Following is the content read for \" + fileName  + \":\")\n\n\t\tSource.fromFile(fileName).foreach{\n\t\t\tprint\n\t\t}\n\t}\n}\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/FileDemo.scala","text":"<gh_stars>0\nimport java.io._\nimport scala.io.Source\n\nobject FileDemo {\n\tdef main(args: Array[String]){\n\t\tval writer = new PrintWriter(new File(\"text.txt\"))\n\n\t\twriter.write(\"Hello Scala\")\n\t\twriter.close()\n\n\t\t\/\/println(\"Following is the content read:\")\n\t\t\/\/Source.fromFile(\"test.txt\").foreach{\n\t\t\/\/\tprint\n\t\t\/\/}\n\t}\n}\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/ruby_for_loop.scala","text":"<gh_stars>0\ndef rubyStyleForLoop {\n\tprintln (\"for loop using ruby-style iteration\")\n\targs.foreach { arg =>\n\t\tprintln(arg)\n\t}\n}\nrubyStyleForLoop\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/ClosureExample.scala","text":"<filename>7_languages\/Scala\/ClosureExample.scala\npackage otherscope {\n    class Foo {\n        \/\/ a method that takes a function and a string, and passes the string into\n        \/\/ the function, and then executes the function\n        def exec(f:(String) => Unit, name: String) {\n            f(name)\n        }\n    }\n}\n\nobject ClosureExample extends App {\n    var hello = \"Hello\"\n    def sayHello(name: String) { println(s\"$hello, $name\") }\n\n    \/\/ execute sayHello from the exec method foo\n    val foo = new otherscope.Foo\n    foo.exec(sayHello, \"Al\")\n\n    \/\/ change the local variable 'hello', then execute sayHello from\n    \/\/ the exec method of foo, and see what happens\n    hello = \"Hola\"\n    foo.exec(sayHello, \"Lorenzo\")\n}\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/for_loop.scala","text":"<filename>7_languages\/Scala\/for_loop.scala\ndef forLoop {\n\tprintln(\"for loop using java-style iteration\")\n\tfor(i <- 0 until args.length){\n\t\tprintln(args(i))\n\t}\n}\nforLoop\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/censor.scala","text":"<reponame>fbartnitzek\/notes<gh_stars>0\ntrait Censor {\n\t\/\/ val curses = Map(\"Shoot\" -> \"Pucky\", \"Darn\" -> \"Beans\")\n\tvar curses = Map[String, String]()\n\tio.Source.fromFile(\"censor.config\").getLines().foreach { line =>\n\t\tprintln(\"configLine: \" + line)\n\t\tval words = line.split(\":\")\n\t\tcurses += words(0) -> words(1)\n\t}\n\n\tdef censor(origText: String) = curses.foldLeft(origText)((text, curseEntry) => \n\t\t\t\t\t\t\t\t\t\ttext.replaceAll(curseEntry._1, curseEntry._2))\n}\n\nclass Text(val content: String) extends Censor {\n\tdef censored() = this.censor(this.content)\n}\n\nval s = new Text(\"some text Shoot and Darn Darn\")\n\nprintln(\"original content:\")\nprintln(s.content)\nprintln(\"censored:\")\nprintln(s.censored)\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/akka-quickstart-scala\/src\/main\/scala\/com\/lightbend\/akka\/sample\/sizer.scala","text":"<filename>7_languages\/Scala\/akka-quickstart-scala\/src\/main\/scala\/com\/lightbend\/akka\/sample\/sizer.scala\npackage com.lightbend.akka.sample\n\nimport akka.actor.{ Actor, ActorLogging, ActorRef, ActorSystem, Props }\nimport scala.io._\n\nobject PageLoader {\n\tdef getPageSize(url: String) = Source.fromURL(url)(\"ISO-8859-1\").mkString.length\n}\n\nclass SizerActor() extends Actor {\n\tdef receive = {\n\t\tcase (url, size) =>\n\t\t\tprintln(\"Size for \" + url + \": \" + size)\n\t}\n}\n\nobject Sizer extends App {\n\tval urls = List( \"https:\/\/www.twitter.com\/\",\n\t\t\t\t\t\"https:\/\/www.google.com\/\",\n\t\t\t\t\t\"https:\/\/www.cnn.com\/\" )\n\n\tdef timeMethod(method: () => Unit) = {\n\t\tval start = System.nanoTime\n\t\tmethod()\n\t\tval end = System.nanoTime\n\t\tprintln(\"Method took \" + (end - start)\/1000000000.0 + \" seconds.\")\n\t}\n\n\tdef getPageSizeSequentially() = {\n\t\tfor(url <- urls){\n\t\t\tprintln(\"Size for \" + url + \": \" + PageLoader.getPageSize(url))\n\t\t}\n\t}\n\n\tdef getPageSizeConcurrently() = {\n\t\tval system = ActorSystem(\"testSystem\")\n\t\tval sizer = system.actorOf(Props[SizerActor], \"sizer-actor\")\n\t\tfor(url <- urls){\n\t\t\tsizer ! (url, PageLoader.getPageSize(url)) \n\t\t}\n\t}\n\n\tprintln(\"Sequential run:\")\n\ttimeMethod { getPageSizeSequentially }\n\n\tprintln(\"Concurrent run:\")\n\ttimeMethod { getPageSizeConcurrently }\n}\n\n\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/tic-tac-toe.scala","text":"<filename>7_languages\/Scala\/tic-tac-toe.scala<gh_stars>0\nclass Board(var board: List[String]) {\n\tdef print(){\n\t\tprintln(board(0) + \" \" + board(1) + \" \" + board(2))\n\t\tprintln(board(3) + \" \" + board(4) + \" \" + board(5))\n\t\tprintln(board(6) + \" \" + board(7) + \" \" + board(8))\n\t}\n\n\tdef check(){\n\t\tvar winner = \"\"\n\t\tList(\"X\",\"O\").foreach { p =>\n\t\t\tif (hasSame(p,0,1,2) || hasSame(p,3,4,5) || hasSame(p,6,7,8) ||\n\t\t\t\thasSame(p,0,3,6) || hasSame(p,1,4,7) || hasSame(p,2,5,8) ||\n\t\t\t\thasSame(p,1,4,8) || hasSame(p,2,4,6)){\n\t\t\t\twinner = p\n\t\t\t}\n\t\t}\n\n\t\tif (winner != \"\"){\n\t\t\tprintln(winner + \" has won\")\n\t\t} else {\n\t\t\tprintln(\"no one has won yet\")\n\t\t}\n\t}\n\n\tdef hasSame(player: String, p1: Int, p2: Int, p3: Int): Boolean =\n\t\tplayer == board(p1) && player == board(p2) && player == board(p3) \n}\n\nvar input = List(\"X\",\"O\",\"\",\n\t\t\t \t \"X\",\"O\",\"\",\n\t\t\t \t \"\", \"O\", \"\")\nvar board = new Board(input)\nboard.print()\nboard.check()\n"}
{"repo_name":"fbartnitzek\/notes","path":"7_languages\/Scala\/constructor.scala","text":"<filename>7_languages\/Scala\/constructor.scala\nclass Person(firstName: String){\n\tprintln(\"Outer constructor\")\n\tdef this(firstName: String, lastName: String) {\n\t\tthis(firstName)\n\t\tprintln(\"Inner constructor\")\n\t}\n\tdef talk() = println(\"Hi\")\n}\n\nval bob = new Person(\"Bob\")\nval bobTate = new Person(\"Bob\", \"Tate\")\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RedisStreamSpec.scala","text":"<reponame>FinFlow-Labs\/rediculous\npackage io.chrisdavenport.rediculous\n\nimport cats.syntax.all._\nimport cats.effect._\nimport munit.CatsEffectSuite\nimport scala.concurrent.duration._\nimport _root_.io.chrisdavenport.whaletail.Docker\nimport _root_.io.chrisdavenport.whaletail.manager._\nimport com.comcast.ip4s.Host\nimport com.comcast.ip4s.Port\n\nclass RedisStreamSpec extends CatsEffectSuite {\n  val resource = Docker.default[IO].flatMap(client => \n    WhaleTailContainer.build(client, \"redis\", \"latest\".some, Map(6379 -> None), Map.empty, Map.empty)\n      .evalTap(\n        ReadinessStrategy.checkReadiness(\n          client,\n          _, \n          ReadinessStrategy.LogRegex(\".*Ready to accept connections.*\\\\s\".r),\n          30.seconds\n        )\n      )\n  ).flatMap(container => \n    for {\n      t <- Resource.eval(\n        container.ports.get(6379).liftTo[IO](new Throwable(\"Missing Port\"))\n      )\n      (hostS, portI) = t\n      host <- Resource.eval(Host.fromString(hostS).liftTo[IO](new Throwable(\"Invalid Host\")))\n      port <- Resource.eval(Port.fromInt(portI).liftTo[IO](new Throwable(\"Invalid Port\")))\n      connection <- RedisConnection.queued[IO].withHost(host).withPort(port).build\n    } yield connection \n    \n  )\n  \/\/ Not available on scala.js\n  val redisConnection = UnsafeResourceSuiteLocalDeferredFixture(\n      \"redisconnection\",\n      resource\n    )\n  override def munitFixtures: Seq[Fixture[_]] = Seq(\n    redisConnection\n  )\n  test(\"send a single message\"){ \/\/connection => \n    val messages = fs2.Chunk.singleton(\n      RedisStream.XAddMessage(\"foo\", List(\"bar\" -> \"baz\", \"zoom\" -> \"zad\"))\n    )\n    redisConnection().flatMap{connection => \n      \n      val rStream = RedisStream.fromConnection(connection)\n      rStream.append(messages) >>\n      rStream.read(Set(\"foo\")).take(1).compile.lastOrError\n\n    }.map{ xrr => \n      assertEquals(xrr.stream, \"foo\")\n      val i2 = xrr.records.flatMap(sr => sr.keyValues)\n      assertEquals(i2.toSet, messages.toList.flatMap(_.body).toSet)\n    }\n  }\n\n  test(\"consume messages from offset\"){ \/\/connection => \n    val messages = fs2.Chunk(\n      RedisStream.XAddMessage(\"fee\", List(\"1\" -> \"1\")),\n      RedisStream.XAddMessage(\"fee\", List(\"2\" -> \"2\")),\n      RedisStream.XAddMessage(\"fee\", List(\"3\" -> \"3\")),\n    )\n    redisConnection().flatMap{connection => \n      \n      val rStream = RedisStream.fromConnection(connection)\n      rStream.append(messages) >>\n      rStream\n        .read(Set(\"fee\"), (_ => RedisCommands.StreamOffset.From(\"fee\", \"0-0\")), Duration.Zero, 1L.some)\n        .take(3)\n        .compile\n        .toList\n\n    }.map{ resps => \n      val records = resps.flatMap(_.records).flatMap(_.keyValues.map(_._1))\n      assertEquals(records, List(\"1\", \"2\", \"3\"))\n    }\n  }\n\n  test(\"consume messages from multiple streams\"){ \/\/connection => \n    val messages = fs2.Chunk(\n      RedisStream.XAddMessage(\"baf\", List(\"1\" -> \"1\")),\n      RedisStream.XAddMessage(\"baz\", List(\"2\" -> \"2\")),\n      RedisStream.XAddMessage(\"bar\", List(\"3\" -> \"3\")),\n      RedisStream.XAddMessage(\"baf\", List(\"4\" -> \"4\")),\n      RedisStream.XAddMessage(\"baz\", List(\"5\" -> \"5\")),\n      RedisStream.XAddMessage(\"bar\", List(\"6\" -> \"6\")),\n    )\n    redisConnection().flatMap{connection => \n      \n      val rStream = RedisStream.fromConnection(connection)\n      rStream.append(messages) >>\n      rStream\n        .read(Set(\"baf\", \"baz\", \"bar\"), stream => RedisCommands.StreamOffset.From(stream, \"0\"), Duration.Zero, 1L.some)\n        .take(6)\n        .compile\n        .toList\n\n    }.map{ resps => \n      val records = resps.flatMap(_.records).flatMap(_.keyValues.map(_._1)).toSet\n      assertEquals(records, Set(\"1\", \"2\", \"3\", \"4\", \"5\", \"6\"))\n    }\n  }\n}\n\n\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/ClusterExample.scala","text":"import io.chrisdavenport.rediculous._\nimport cats.implicits._\nimport cats.effect._\nimport fs2.Stream\nimport fs2.io.net._\nimport com.comcast.ip4s._\nimport scala.concurrent.duration._\n\n\/\/ Mimics 150 req\/s load with 15 operations per request.\n\/\/ Completes 1,000,000 redis operations\n\/\/ Completes in <8 s\nobject ClusterExample extends IOApp {\n\n  def run(args: List[String]): IO[ExitCode] = {\n    val r = for {\n      \/\/ maxQueued: How many elements before new submissions semantically block.\n      \/\/ Default 1000 is good for small servers. But can easily take 100,000.\n      connection <- RedisConnection.cluster[IO].withHost(host\"localhost\").withPort(port\"30001\").withMaxQueued(maxQueued = 10000).withWorkers(workers = 2).build\n    } yield connection\n\n    r.use {client =>\n      def keyed(key: String) = (\n        RedisCommands.ping[RedisIO],\n        RedisCommands.del[RedisIO](key),\n        RedisCommands.get[RedisIO](key),\n        RedisCommands.set[RedisIO](key, \"value\"),\n        RedisCommands.get[RedisIO](key)\n      ).parTupled\n\n      val r = (keyed(\"foo\"), keyed(\"bar\"), keyed(\"baz\")).parTupled\n\n      val r2= r.run(client).map{\n        case ((_,_,_,_, _), (_,_,_,_, _),(_,_,_,_, _)) => \/\/ 3 x 5\n          List.fill(15)(())\n      }\n\n      val now = IO(java.time.Instant.now)\n      (\n        now,\n        Stream(()).covary[IO].repeat.map(_ => Stream.evalSeq(r2)).parJoin(150).take(1000000).compile.drain,\n        now\n      ).mapN{\n        case (before, _, after) => (after.toEpochMilli() - before.toEpochMilli()).millis\n      }.flatMap{ duration => \n        IO(println(s\"Operation took ${duration}\"))\n      }\n    }.as(ExitCode.Success)\n\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/cluster\/HashSlot.scala","text":"package io.chrisdavenport.rediculous.cluster\n\nimport java.nio.charset.Charset\nimport java.nio.charset.StandardCharsets\nimport scodec.bits.ByteVector\n\n\/**\n  * HashSlots are values 0-16384, They are the result of parsing keys, and then\n  * via Cluster HashSlotMap we know to which server key operations should be sent to.\n  * \n  * Multi-Key operations are expected to operate on only the same HashSlot, but may work\n  * if all keys are present on the same node, users should take care.\n  * \n  * HashSlots are defined as Either the entire key, or the first subsection of the string\n  * contained in curly brackets {user.name}.id will be keyed via {user.name}, if the first\n  * curly braces are empty, then the original string is used.\n  * \n  * Afterwards the has approach is to Apply CRC16 and then modulo the table of HashSlots \n  * to find the HashSlot associated with a particular key.\n  * \n  * Then Clients Communicate by Looking at their HashSlotMap and Sending Operations to the\n  * appropriate nodes in the cluster.\n  *\/\nobject HashSlot {\n  \n  def find(key: ByteVector)(implicit C: Charset = StandardCharsets.UTF_8): Int = {\n    val toHash = hashKey(key)\n    CRC16.bytevector(toHash) % 16384\n  }\n  \n\n  \n  def hashKey(key: ByteVector): ByteVector = {\n    val s = key.indexOfSlice(ByteVector('{'))\n    if (s >= 0) {\n      val e = key.indexOfSlice(ByteVector('}'))\n      if (e >= 0 && e != s + 1) key.slice(s + 1, e)\n      else key\n    } else key\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisProtocol.scala","text":"package io.chrisdavenport.rediculous\n\nobject RedisProtocol {\n  sealed trait Status\n  object Status {\n    case object Ok extends RedisProtocol.Status\n    case object Pong extends RedisProtocol.Status\n    case class Status(getStatus: String) extends RedisProtocol.Status\n  }\n\n  sealed trait RedisType\n  object RedisType {\n    case object None extends RedisType\n    case object String extends RedisType\n    case object Hash extends RedisType\n    case object List extends RedisType\n    case object Set extends RedisType\n    case object ZSet extends RedisType\n  }\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisPubSub.scala","text":"<filename>core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisPubSub.scala\npackage io.chrisdavenport.rediculous\n\nimport fs2._\nimport fs2.io.net._\nimport cats._\nimport cats.syntax.all._\nimport cats.effect._\nimport cats.effect.syntax.all._\nimport cats.data.NonEmptyList\nimport scala.concurrent.duration._\nimport _root_.io.chrisdavenport.rediculous.implicits._\nimport org.typelevel.keypool.Reusable\nimport scodec.bits._\nimport java.nio.charset.StandardCharsets\nimport RedisCtx.syntax.all._\n\n\/**\n * A RedisPubSub Represent an connection or group of connections\n * communicating to the pubsub subsystem of Redis.\n * \n * Only one caller should be responsible for runMessages, but delegation of how to handle errors\n * and what to do when the connection closes or what state it closes is left to the user so they\n * can determine what to do.\n * \n * Subscription commands are run synchronous to matching subscriptions. If your operations\n * need to take a long time please delegate them into a queue for handling without\n * holding up other messages being processed.\n **\/\ntrait RedisPubSub[F[_]]{\n  def publish(channel: String, message: String): F[Int]\n\n  def psubscribe(s: String, cb: RedisPubSub.PubSubMessage.PMessage => F[Unit]): F[Unit]\n  def psubscriptions: F[List[String]]\n  def punsubscribe(s: String): F[Unit]\n  def subscribe(s: String, cb: RedisPubSub.PubSubMessage.Message => F[Unit]): F[Unit]\n  def subscriptions: F[List[String]]\n  def unsubscribe(s: String): F[Unit]\n  def unsubscribeAll: F[Unit]\n\n  def unhandledMessages(cb: RedisPubSub.PubSubMessage => F[Unit]): F[Unit]\n  def nonMessages(cb: RedisPubSub.PubSubReply => F[Unit]): F[Unit]\n\n  def ping: F[Unit]\n\n  def runMessages: F[Unit]\n}\n\nobject RedisPubSub {\n\n  sealed trait PubSubMessage\n  object PubSubMessage {\n    case class Message(channel: String, message: String) extends PubSubMessage\n    case class PMessage(pattern: String, channel: String, message: String) extends PubSubMessage\n  }\n  sealed trait PubSubReply\n  object PubSubReply {\n    case class Subscribed(subscription: String, subscriptionsCount: Int) extends PubSubReply\n    case object Pong extends PubSubReply\n    case class Unsubscribed(subscription: String, subscriptionsCount: Int) extends PubSubReply\n    case class Msg(message: PubSubMessage) extends PubSubReply\n\n\n    implicit val resp: RedisResult[PubSubReply] = new RedisResult[PubSubReply] {\n      val emptyBV = ByteVector.empty\n      val pongBV = ByteVector.encodeUtf8(\"pong\").fold(throw _, identity)\n      def decode(resp: Resp): Either[Resp,PubSubReply] = resp match {\n        case r@Resp.Array(Some(Resp.BulkString(Some(pong)) :: Resp.BulkString(Some(empty)) :: Nil)) if pong == pongBV && empty == emptyBV => \n          Pong.asRight\n        case r@Resp.Array(Some(r0 :: r1 :: r2 :: rs)) => \n          r0.decode[String].flatMap{\n            case \"message\" => \n              (r1.decode[String], r2.decode[String])\n                .mapN{ case (channel, message) => Msg(PubSubMessage.Message(channel, message))}\n            case \"pmessage\" => \n              (r1.decode[String], r2.decode[String], rs.headOption.toRight(r).flatMap(_.decode[String]))\n                .mapN{ case (pattern, channel, message) => Msg(PubSubMessage.PMessage(pattern, channel, message))}\n            case \"subscribe\" => \n              (r1.decode[String], r2.decode[Int]).mapN(Subscribed(_, _))\n            case \"psubscribe\" => \n              (r1.decode[String], r2.decode[Int]).mapN(Subscribed(_, _))\n            case \"unsubscribe\" => \n              (r1.decode[String], r2.decode[Int]).mapN(Unsubscribed(_, _))\n            case \"punsubscribe\" =>\n              (r1.decode[String], r2.decode[Int]).mapN(Unsubscribed(_, _))\n            case _ => r.asLeft\n          }\n        case otherwise => otherwise.asLeft\n      }\n    }\n  }\n\n  private def socket[F[_]: Concurrent](connection: RedisConnection[F], sockets: List[Socket[F]], maxBytes: Int, onNonMessage: Ref[F, PubSubReply => F[Unit]], onUnhandledMessage: Ref[F, PubSubMessage => F[Unit]], cbStorage: Ref[F, Map[String, PubSubMessage => F[Unit]]]): RedisPubSub[F] = new RedisPubSub[F] {\n    val subPrefix = \"cs:\"\n    val pSubPrefix = \"ps:\"\n\n    def publish(s: String, message: String): F[Int] = \n      RedisCtx[Redis[F, *]].unkeyed[Int](cats.data.NonEmptyList.of(\"PUBLISH\", s, message)).run(connection)\n\n    def unsubscribeAll: F[Unit] = cbStorage.get.map(_.keys.toList).flatMap{list => \n      val channelSubscriptions = list.collect{ case x if x.startsWith(\"c\") => x.drop(3)}\n      val patternSubscriptions = list.collect{ case x if x.startsWith(\"p\") => x.drop(3)}\n      channelSubscriptions.traverse_(unsubscribe) >>\n      patternSubscriptions.traverse_(punsubscribe)\n    }\n\n    def subscriptions: F[List[String]] = {\n      cbStorage.get.map(_.keys.toList).map{list => \n        list.collect{ case x if x.startsWith(\"c\") => x.drop(3)}\n      }\n    }\n\n    def psubscriptions: F[List[String]] = {\n      cbStorage.get.map(_.keys.toList).map{list => \n        list.collect{ case x if x.startsWith(\"p\") => x.drop(3)}\n      }\n    }\n\n    def addSubscribe(key: String, effect: PubSubMessage.Message => F[Unit]): F[Boolean] = {\n      val usedKey = subPrefix + key\n      val widened: PubSubMessage => F[Unit] = {\n        case m: PubSubMessage.Message => effect(m)\n        case _ => Applicative[F].unit\n      }\n      cbStorage.modify{m => \n        val wasEmpty = m.get(usedKey).isEmpty\n        val out = m.+(usedKey -> widened)\n        (out, wasEmpty)\n      }\n    }\n    def removeSubscribe(key: String) = {\n      cbStorage.update(_ - (subPrefix + key))\n    }\n\n    def addPSubscribe(key: String, effect: PubSubMessage.PMessage => F[Unit]): F[Boolean] = {\n      val usedKey = pSubPrefix + key\n      val widened: PubSubMessage => F[Unit] = {\n        case m: PubSubMessage.PMessage => effect(m)\n        case _ => Applicative[F].unit\n      }\n      cbStorage.modify{m => \n        val wasEmpty = m.get(usedKey).isEmpty\n        val out = m.+(usedKey -> widened)\n        (out, wasEmpty)\n      }\n    }\n\n    def removePSubscribe(key: String) = {\n      cbStorage.update(_ - (pSubPrefix + key))\n    }\n\n    def readMessages(socket: Socket[F], lastArr: Array[Byte]): F[Unit] = {\n      socket.reads.through(fs2.interop.scodec.StreamDecoder.many(Resp.CodecUtils.codec).toPipeByte)\n        .chunks\n        .evalMap(chunkResp => \n          cbStorage.get.flatMap{cbmap => \n            chunkResp.traverse{ resp => \n              PubSubReply.resp.decode(resp)\n                .leftMap(resp => RedisError.Generic(s\"Rediculous: Not PubSubReply Response Type got: $resp\"))\n                .liftTo[F]\n                .flatMap{\n                  case PubSubReply.Msg(p@PubSubMessage.PMessage(pattern, _, _)) => cbmap.get(pSubPrefix + pattern).map(f => f(p)).getOrElse(onUnhandledMessage.get.flatMap(f => f(p)))\n                  case PubSubReply.Msg(p@PubSubMessage.Message(channel, _)) => cbmap.get(subPrefix + channel).map(f => f(p)).getOrElse(onUnhandledMessage.get.flatMap(f => f(p)))\n                  case other => onNonMessage.get.flatMap(f => f(other))\n                }\n            }\n          }\n        ).compile.drain\n    }\n\n    def unhandledMessages(cb: RedisPubSub.PubSubMessage => F[Unit]): F[Unit] = onUnhandledMessage.set(cb)\n    def nonMessages(cb: RedisPubSub.PubSubReply => F[Unit]): F[Unit] = onNonMessage.set(cb)\n\n    private def encodeResp(nel: NonEmptyList[String]): F[Chunk[Byte]] = {\n      val resp = Resp.renderRequest(nel.map(ByteVector.encodeUtf8(_).fold(throw _, identity(_))))\n      Resp.CodecUtils.codec.encode(resp)\n        .toEither\n        .leftMap(err => new RuntimeException(s\"Encoding Error - $err\"))\n        .map(bits => Chunk.byteVector(bits.bytes))\n        .liftTo[F]\n    }\n\n    def psubscribe(s: String, cb: PubSubMessage.PMessage => F[Unit]): F[Unit] = \n      addPSubscribe(s, cb).ifM(\n        encodeResp(NonEmptyList.of(\"psubscribe\", s)).flatMap(chunk => sockets.traverse_(_.write(chunk))),\n        Applicative[F].unit\n      )\n\n    def punsubscribe(s: String): F[Unit] = \n      encodeResp(NonEmptyList.of(\"punsubscribe\", s)).flatMap(chunk => sockets.traverse_(_.write(chunk))) >>\n      removePSubscribe(s)\n\n    def subscribe(s: String, cb: PubSubMessage.Message => F[Unit]): F[Unit] = \n      addSubscribe(s, cb).ifM(\n        encodeResp(NonEmptyList.of(\"subscribe\", s)).flatMap(chunk => sockets.traverse_(_.write(chunk))),\n        Applicative[F].unit\n      )\n      \n    def unsubscribe(s: String) = \n      encodeResp(NonEmptyList.of(\"unsubscribe\", s)).flatMap(chunk => sockets.traverse_(_.write(chunk))) >> \n      removeSubscribe(s)\n\n    def ping: F[Unit] = encodeResp(NonEmptyList.of(\"ping\")).flatMap(chunk => sockets.traverse_(_.write(chunk)))\n  \n    def runMessages: F[Unit] = sockets match {\n      case Nil => \n        Applicative[F].unit\n      case head :: Nil =>\n        readMessages(head, Array())\n      case otherwise => \n        Stream.emits(otherwise)\n        .covary[F]\n        .parEvalMap(Int.MaxValue)(readMessages(_, Array()))\n        .compile\n        .drain\n    }\n  }\n\n\n  \/**\n   * Create a RedisPubSub Connection from a connection.\n   * \n   * Cluster Broadcast is used for keyspace notifications which are only local to the node so require\n   * connections to all nodes.\n   **\/\n  def fromConnection[F[_]: Concurrent](connection: RedisConnection[F], maxBytes: Int = 8096, clusterBroadcast: Boolean = false): Resource[F, RedisPubSub[F]] = connection match {\n    case RedisConnection.Queued(_, sockets) => \n      sockets.flatMap{managed => \n        val messagesR = Concurrent[F].ref(Map[String, RedisPubSub.PubSubMessage => F[Unit]]())\n        val onNonMessageR = Concurrent[F].ref((_: PubSubReply) => Applicative[F].unit)\n        val onUnhandledMessageR = Concurrent[F].ref((_: PubSubMessage) => Applicative[F].unit)\n        Resource.eval((messagesR, onNonMessageR, onUnhandledMessageR).tupled).flatMap{case (ref, onNonMessage, onUnhandledMessage) => \n          Resource.makeCase(socket(connection, managed.value :: Nil, maxBytes, onNonMessage, onUnhandledMessage, ref).pure[F]){\n            case (_, Resource.ExitCase.Errored(_)) | (_, Resource.ExitCase.Canceled) => managed.canBeReused.set(Reusable.DontReuse)\n            case (pubsub, Resource.ExitCase.Succeeded) =>  pubsub.unsubscribeAll\n          }\n        }\n      }\n    case RedisConnection.PooledConnection(pool) => \n      pool.take(()).map(_.map(_._1)).flatMap{managed => \n        val messagesR = Concurrent[F].ref(Map[String, RedisPubSub.PubSubMessage => F[Unit]]())\n        val onNonMessageR = Concurrent[F].ref((_: PubSubReply) => Applicative[F].unit)\n        val onUnhandledMessageR = Concurrent[F].ref((_: PubSubMessage) => Applicative[F].unit)\n        Resource.eval((messagesR, onNonMessageR, onUnhandledMessageR).tupled).flatMap{case (ref, onNonMessage, onUnhandledMessage) => \n          Resource.makeCase(socket(connection, managed.value :: Nil, maxBytes, onNonMessage, onUnhandledMessage, ref).pure[F]){\n            case (_, Resource.ExitCase.Errored(_)) | (_, Resource.ExitCase.Canceled) => managed.canBeReused.set(Reusable.DontReuse)\n            case (pubsub, Resource.ExitCase.Succeeded) =>  pubsub.unsubscribeAll\n          }\n        }\n      }\n    case RedisConnection.DirectConnection(s) => \n      val messagesR = Concurrent[F].ref(Map[String, RedisPubSub.PubSubMessage => F[Unit]]())\n      val onNonMessageR = Concurrent[F].ref((_: PubSubReply) => Applicative[F].unit)\n      val onUnhandledMessageR = Concurrent[F].ref((_: PubSubMessage) => Applicative[F].unit)\n      Resource.eval((messagesR, onNonMessageR, onUnhandledMessageR).tupled).flatMap{case (ref, onNonMessage, onUnhandledMessage) => \n      Resource.make(socket(connection, s :: Nil, maxBytes, onNonMessage, onUnhandledMessage, ref).pure[F]){\n        pubsub => pubsub.unsubscribeAll\n      }\n      }\n    case RedisConnection.Cluster(_, topology, sockets) => \n      val messagesR = Concurrent[F].ref(Map[String, RedisPubSub.PubSubMessage => F[Unit]]())\n      val onNonMessageR = Concurrent[F].ref((_: PubSubReply) => Applicative[F].unit)\n      val onUnhandledMessageR = Concurrent[F].ref((_: PubSubMessage) => Applicative[F].unit)\n      Resource.eval((messagesR, onNonMessageR, onUnhandledMessageR).tupled).flatMap{case (ref, onNonMessage, onUnhandledMessage) => \n        Resource.eval(topology).flatMap{slots => \n          val servers = slots.l.flatMap(slot => slot.replicas.map(server => (server.host, server.port))).distinct\n          val usedServers = if (clusterBroadcast) servers else servers.head :: Nil\n          val usedSockets: Resource[F, List[org.typelevel.keypool.Managed[F, Socket[F]]]] = usedServers.traverse{ case (host, port) => sockets(host, port) }\n          usedSockets.flatMap(list => \n            Resource.makeCase(socket(connection, list.map(_.value), maxBytes, onNonMessage, onUnhandledMessage, ref).pure[F]){\n              case (_, Resource.ExitCase.Errored(_)) | (_, Resource.ExitCase.Canceled) => list.traverse_(managed => managed.canBeReused.set(Reusable.DontReuse))\n              case (pubsub, Resource.ExitCase.Succeeded) =>  pubsub.unsubscribeAll\n            }\n          )\n        }\n      }\n  }\n\n  \/\/ Subscribed Commands Allowed\n  \/\/ SUBSCRIBE, PSUBSCRIBE, UNSUBSCRIBE, PUNSUBSCRIBE, PING and QUIT.\n\n  \/*\n  Valid Message Types\n  Array(Some(List(BulkString(Some(psubscribe)), BulkString(Some(foo)), Integer(1))))\n  Array(Some(List(BulkString(Some(pmessage)), BulkString(Some(foo)), BulkString(Some(foo)), BulkString(Some(hi there!))))\n  Array(Some(List(BulkString(Some(subscribe)), BulkString(Some(foo)), Integer(1))))\n  Array(Some(List(BulkString(Some(unsubscribe)), BulkString(Some(foos)), Integer(1))))\n  Array(Some(List(BulkString(Some(message)), BulkString(Some(foo)), BulkString(Some(hi there!)))))\n  Array(Some(List(BulkString(Some(punsubscribe)), BulkString(Some(foos)), Integer(1))))\n  *\/\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/cluster\/CRC16Spec.scala","text":"<filename>core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/cluster\/CRC16Spec.scala\npackage io.chrisdavenport.rediculous.cluster\n\nimport cats.syntax.all._\n\nclass CRC16Spec extends munit.FunSuite {\n  test(\"CRC16 outputs the right hash for known input\") {\n    val out = CRC16.string(\"123456789\")\n    val hex = Integer.toHexString(out)\n    assert(hex === \"31c3\")\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisCtx.scala","text":"<gh_stars>0\npackage io.chrisdavenport.rediculous\n\nimport cats.data.NonEmptyList\nimport cats.effect.Concurrent\nimport scala.annotation.implicitNotFound\nimport scodec.bits.ByteVector\n\n\/**\n  * RedisCtx is the Context in Which RedisOperations operate.\n  *\/\n@implicitNotFound(\"\"\"Cannot find implicit value for  RedisCtx[${F}]. \nIf you are trying to build a ({ type M[A] = Redis[F, A] })#M, make sure a Concurrent[F] is in scope,\nother instances are also present such as RedisTransaction.\nIf you are leveraging a custom context not provided by rediculous,\nplease consult your library documentation.\n\"\"\")\ntrait RedisCtx[F[_]]{\n  def keyedBV[A: RedisResult](key: ByteVector, command: NonEmptyList[ByteVector]): F[A]\n  def unkeyedBV[A: RedisResult](command: NonEmptyList[ByteVector]): F[A]\n}\n\nobject RedisCtx {\n  \n  def apply[F[_]](implicit ev: RedisCtx[F]): ev.type = ev\n\n  object syntax {\n    object all extends StringSyntax\n\n    trait StringSyntax {\n      implicit class RedisContext[F[_]](private val ctx: RedisCtx[F]){\n        private def encodeUnsafe(s: String): ByteVector = ByteVector.encodeUtf8(s).fold(throw _, identity(_))\n        \/\/ UTF8 String\n        def keyed[A: RedisResult](key: String, command: NonEmptyList[String]): F[A] = {\n          val k = encodeUnsafe(key)\n          val c = command.map(encodeUnsafe)\n          ctx.keyedBV(k, c)\n        }\n        def unkeyed[A: RedisResult](command: NonEmptyList[String]): F[A] = {\n          val c = command.map(encodeUnsafe(_))\n          ctx.unkeyedBV(c)\n        }\n      }\n    }\n  }\n\n  implicit def redis[F[_]: Concurrent]: RedisCtx[Redis[F, *]] = new RedisCtx[Redis[F, *]]{\n    def keyedBV[A: RedisResult](key: ByteVector, command: NonEmptyList[ByteVector]): Redis[F,A] =\n      RedisConnection.runRequestTotal(command, Some(key))\n    def unkeyedBV[A: RedisResult](command: NonEmptyList[ByteVector]): Redis[F, A] = \n      RedisConnection.runRequestTotal(command, None)\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/BufferedSocket.scala","text":"package io.chrisdavenport.rediculous.util\n\nimport cats._\nimport cats.syntax.all._\nimport fs2._\nimport fs2.io.net.Socket\nimport cats.effect._\nimport cats.effect.std.Queue\nimport com.comcast.ip4s.{IpAddress, SocketAddress}\n\nprivate[rediculous] trait BufferedSocket[F[_]] extends Socket[F]{\n  def buffer(bytes: Chunk[Byte]): F[Unit]\n}\n\nprivate[rediculous] object BufferedSocket{\n\n  def fromSocket[F[_]: Concurrent](s: Socket[F]): F[BufferedSocket[F]] = \n    Ref[F].of(Option.empty[Chunk[Byte]]).map{r => new Impl(s, r)}\n\n\n  private class Impl[F[_]: Concurrent](socket: Socket[F], buffer: Ref[F, Option[Chunk[Byte]]]) extends BufferedSocket[F]{\n    def buffer(bytes: Chunk[Byte]): F[Unit] = buffer.update{\n      case Some(b1) => (b1 ++ bytes).some\n      case None => bytes.some\n    }\n\n    def takeBuffer: F[Option[Chunk[Byte]]] = buffer.modify{\n      x => (None, x)\n    }\n\n    \/\/ This can return more bytes than max bytes, may want to refine this later\n    def read(maxBytes: Int): F[Option[Chunk[Byte]]] = takeBuffer.flatMap{\n      case s@Some(value) => value.some.pure[F]\n      case None => socket.read(maxBytes)\n    }\n    \n    def readN(numBytes: Int): F[Chunk[Byte]] = takeBuffer.flatMap{\n      case s@Some(value) => value.pure[F]\n      case None => socket.readN(numBytes)\n    }\n    \n    def reads: Stream[F,Byte] = Stream.repeatEval(read(8192)).unNoneTerminate.unchunks\n    \n    def endOfInput: F[Unit] = socket.endOfInput\n    \n    def endOfOutput: F[Unit] = socket.endOfOutput\n    \n    def isOpen: F[Boolean] = socket.isOpen\n    \n    def remoteAddress: F[SocketAddress[IpAddress]] = socket.remoteAddress\n    \n    def localAddress: F[SocketAddress[IpAddress]] = socket.localAddress\n    \n    def write(bytes: Chunk[Byte]): F[Unit] = socket.write(bytes)\n    \n    def writes: Pipe[F,Byte,INothing] = socket.writes\n    \n  }\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/OldResp.scala","text":"<filename>core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/OldResp.scala\npackage io.chrisdavenport.rediculous\n\n\nimport scala.collection.mutable\nimport cats.data.NonEmptyList\nimport cats.implicits._\nimport scala.util.control.NonFatal\nimport java.nio.charset.StandardCharsets\nimport java.nio.charset.Charset\nimport scodec.bits.ByteVector\n\n\nobject OldResp {\n  import scala.{Array => SArray}\n  import Resp._\n  sealed trait RespParserResult[+A]{\n    def extract: Option[A] = this match {\n      case ParseComplete(out, _) => Some(out)\n      case _ => None\n    }\n\n    def extractWithExtras: Option[(A, SArray[Byte])] = this match {\n      case ParseComplete(out, bytes) => Some((out, bytes))\n      case _ => None\n    }\n  }\n  final case class ParseComplete[A](value: A, rest: SArray[Byte]) extends RespParserResult[A]\n  final case class ParseIncomplete(arr: SArray[Byte]) extends RespParserResult[Nothing]\n  final case class ParseError(message: String, cause: Option[Throwable]) extends RedisError with RespParserResult[Nothing]\n  private[OldResp] val CR = '\\r'.toByte\n  private[OldResp] val LF = '\\n'.toByte\n  private val Plus = '+'.toByte\n  private val Minus = '-'.toByte\n  private val Colon = ':'.toByte\n  private val Dollar = '$'.toByte\n  private val Star = '*'.toByte\n\n  private val MinusOne = \"-1\".getBytes()\n\n  private val CRLF = \"\\r\\n\".getBytes\n\n  def encode(resp: Resp): SArray[Byte] = {\n    resp match {\n      case s@Resp.SimpleString(_) => SimpleString.encode(s)\n      case e@Resp.Error(_) => Error.encode(e)\n      case i@Resp.Integer(_) => Integer.encode(i)\n      case b@Resp.BulkString(_) => BulkString.encode(b)\n      case a@Resp.Array(_) => Array.encode(a)\n    }\n  }\n\n\n  def parseAll(arr: SArray[Byte]): RespParserResult[List[Resp]] = { \/\/ TODO Investigate Performance Benchmarks with Chain\n    val listBuffer = new mutable.ListBuffer[Resp]\n    def loop(arr: SArray[Byte]): RespParserResult[List[Resp]] = {\n      if (arr.isEmpty) ParseComplete(listBuffer.toList, arr)\n      else parse(arr) match {\n        case ParseIncomplete(out) => \n          ParseComplete(listBuffer.toList, out) \/\/ Current Good Out, and partial remaining\n        case ParseComplete(value, rest) =>\n          listBuffer.append(value)\n          loop(rest)\n        case e@ParseError(_,_) => e\n      }\n    }\n    loop(arr)\n  }\n\n  def parse(arr: SArray[Byte]): RespParserResult[Resp] = {\n    if (arr.size > 0) {\n      val switchVal = arr(0)\n      switchVal match {\n        case Plus => SimpleString.parse(arr)\n        case Minus => Error.parse(arr)\n        case Colon => Integer.parse(arr)\n        case Dollar => BulkString.parse(arr)\n        case Star => Array.parse(arr)\n        case _   => ParseError(s\"Resp.parse provided array does not begin with any of the valid bytes +,-,:,$$,* \\n${ByteVector.view(arr).take(20).decodeUtf8}\", None)\n      }\n    } else {\n      ParseIncomplete(arr)\n    }\n  }\n\n  object SimpleString {\n    def encode(s: SimpleString): SArray[Byte] = {\n      val sA = s.value.getBytes(StandardCharsets.UTF_8)\n      val buffer = mutable.ArrayBuilder.make[Byte]\n      buffer.sizeHint(sA.size + 3)\n      buffer.+=(Plus)\n      buffer.++=(sA)\n      buffer.++=(CRLF)\n      buffer.result()\n    }\n    def parse(arr: SArray[Byte]): RespParserResult[SimpleString] = {\n      var idx = 1\n      try {\n        if (arr(0) != Plus) throw ParseError(\"RespSimple String did not begin with +\", None)\n        while (idx < arr.size && arr(idx) != CR){\n          idx += 1\n        }\n        if (idx < arr.size && (idx +1 < arr.size) && arr(idx +1) == LF){\n          val out = new  String(arr, 1, idx - 1, StandardCharsets.UTF_8)\n          ParseComplete(Resp.SimpleString(out), arr.drop(idx + 2))\n        } else {\n          ParseIncomplete(arr)\n        }\n      } catch {\n        case NonFatal(e) => \n          ParseError(s\"Error in RespSimpleString Processing: ${e.getMessage} - ${ByteVector.view(arr)}\", Some(e))\n      }\n    }\n  }\n  object Error {\n    def encode(error: Error): SArray[Byte] = \n      SArray(Minus) ++ error.value.getBytes(StandardCharsets.UTF_8) ++ CRLF\n    def parse(arr: SArray[Byte]): RespParserResult[Error] = {\n      var idx = 1\n      try {\n        if (arr(0) != Minus) throw ParseError(\"RespError did not begin with -\", None)\n        while (idx < arr.size && arr(idx) != CR){\n          idx += 1\n        }\n        if (idx < arr.size && (idx +1 < arr.size) && arr(idx +1) == LF){\n          val out = new  String(arr, 1, idx - 1, StandardCharsets.UTF_8)\n          ParseComplete(Resp.Error(out), arr.drop(idx + 2))\n        } else {\n          ParseIncomplete(arr)\n        }\n      } catch {\n        case NonFatal(e) => \n          ParseError(s\"Error in Resp Error Processing: ${e.getMessage} - ${ByteVector.view(arr)}\", Some(e))\n      }\n    }\n  }\n  object Integer {\n    def encode(i: Integer): SArray[Byte] = {\n      SArray(Colon) ++ i.long.toString().getBytes(StandardCharsets.UTF_8) ++ CRLF\n    }\n    def parse(arr: SArray[Byte]): RespParserResult[Integer] = {\n      var idx = 1\n      try {\n        if (arr(0) != Colon) throw ParseError(\"RespInteger String did not begin with :\", None)\n        while (idx < arr.size && arr(idx) != CR){\n          idx += 1\n        }\n        if (idx < arr.size && (idx +1 < arr.size) && arr(idx +1) == LF){\n          val out = new  String(arr, 1, idx - 1, StandardCharsets.UTF_8).toLong\n          ParseComplete(Resp.Integer(out), arr.drop(idx + 2))\n        } else {\n          ParseIncomplete(arr)\n        }\n      } catch {\n        case NonFatal(e) => \n          ParseError(s\"Error in  RespInteger Processing: ${e.getMessage} - ${ByteVector.view(arr)}\", Some(e))\n      }\n    }\n  }\n\n  object BulkString {\n    private val empty = SArray(Dollar) ++ MinusOne ++ CRLF\n    def encode(b: BulkString): SArray[Byte] = {\n      b.value match {\n        case None => empty\n        case Some(s) => {\n          val bytes = s.toArray\n          val size = bytes.size.toString.getBytes(StandardCharsets.UTF_8)\n          val buffer = mutable.ArrayBuilder.make[Byte]\n          buffer.+=(Dollar)\n          buffer.++=(size)\n          buffer.++=(CRLF)\n          buffer.++=(bytes)\n          buffer.++=(CRLF)\n          buffer.result()\n        }\n      }\n    }\n    def parse(arr: SArray[Byte]): RespParserResult[BulkString] = {\n      var idx = 1\n      var length = -1\n      try {\n        if (arr(0) != Dollar) throw ParseError(\"RespBulkString String did not begin with +\", None)\n        while (idx < arr.size && arr(idx) != CR){\n          idx += 1\n        }\n        if (idx < arr.size && (idx +1 < arr.size) && arr(idx +1) == LF){\n          val out = new  String(arr, 1, idx - 1, StandardCharsets.UTF_8).toInt \n          length = out\n          idx += 2\n        }\n        if (length == -1) ParseComplete(Resp.BulkString(None), arr.drop(idx))\n        else if (idx + length + 2 <= arr.size)  {\n          val out = ByteVector.view(arr, idx, length)\n          ParseComplete(Resp.BulkString(Some(out)), arr.drop(idx + length + 2))\n        } else ParseIncomplete(arr)\n      } catch {\n        case NonFatal(e) => \n          ParseError(s\"Error in BulkString Processing: ${e.getMessage} - ${ByteVector.view(arr)}\", Some(e))\n      }\n    }\n\n  }\n\n  object Array {\n    def encode(a: Array): SArray[Byte] = {\n      val buffer = mutable.ArrayBuilder.make[Byte]\n      buffer += Star\n      a.a match {\n        case None => \n          buffer ++= MinusOne\n          buffer ++= CRLF\n        case Some(value) => \n          buffer ++= value.size.toString().getBytes(StandardCharsets.UTF_8)\n          buffer ++= CRLF\n          value.foreach(resp => \n            buffer ++= OldResp.encode(resp)\n          )\n      }\n      buffer.result()\n    }\n    def parse(arr: SArray[Byte]): RespParserResult[Array] = {\n      var idx = 1\n      var length = -1\n      var sizeComplete = false\n      try {\n        if (arr(0) != Star) throw ParseError(\"RespArray String did not begin with *\", None)\n        while (idx < arr.size && arr(idx) != CR){\n          idx += 1\n        }\n        if (idx < arr.size && (idx +1 < arr.size) && arr(idx +1) == LF){\n          val out = new String(arr, 1, idx - 1, StandardCharsets.UTF_8).toInt \n          length = out\n          idx += 2\n          sizeComplete = true\n        }\n        if (!sizeComplete) ParseIncomplete(arr)\n        else if (length == -1) ParseComplete(Resp.Array(None), arr.clone().drop(idx))\n        else {\n          @scala.annotation.tailrec\n          def repeatParse(arr: SArray[Byte], decrease: Int, accum: List[Resp]) : RespParserResult[Array] = {\n            if (decrease == 0) \n              ParseComplete(Resp.Array(Some(accum.reverse)), arr)\n            else \n              OldResp.parse(arr) match {\n                case i@ParseIncomplete(_) => i\n                case ParseComplete(value, rest) => repeatParse(rest, decrease - 1, value :: accum)\n                case e@ParseError(_,_) => e\n              }\n          }\n          \/\/ println(\"In Repeat Parse\")\n          val next = arr.clone().drop(idx)\n          repeatParse(next, length, List.empty)\n        }\n      } catch {\n        case NonFatal(e) => \n          ParseError(s\"Error in RespArray Processing: ${e.getMessage} - ${ByteVector.view(arr)}\", Some(e))\n      }\n    }\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisConnection.scala","text":"<filename>core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisConnection.scala\npackage io.chrisdavenport.rediculous\n\nimport cats.effect._\nimport cats.effect.implicits._\nimport cats._\nimport cats.implicits._\nimport cats.data._\nimport _root_.org.typelevel.keypool._\nimport cats.effect.std._\nimport fs2.io.net._\nimport fs2._\nimport scala.concurrent.duration._\nimport com.comcast.ip4s._\nimport _root_.io.chrisdavenport.rediculous.cluster.HashSlot\nimport _root_.io.chrisdavenport.rediculous.cluster.ClusterCommands\nimport fs2.io.net.Socket\nimport fs2.io.net.tls.TLSContext\nimport fs2.io.net.tls.TLSParameters\nimport java.time.Instant\nimport _root_.io.chrisdavenport.rediculous.cluster.ClusterCommands.ClusterSlots\nimport fs2.io.net.SocketGroupCompanionPlatform\nimport scodec.bits.ByteVector\n\ntrait RedisConnection[F[_]]{\n  def runRequest(\n    inputs: Chunk[NonEmptyList[ByteVector]],\n    key: Option[ByteVector]\n  ): F[Chunk[Resp]]\n}\nobject RedisConnection{\n  \n  private[rediculous] case class Queued[F[_]: Concurrent](queue: Queue[F, Chunk[(Either[Throwable, Resp] => F[Unit], Resp)]], usePool: Resource[F, Managed[F, Socket[F]]]) extends RedisConnection[F]{\n    def runRequest(inputs: Chunk[NonEmptyList[ByteVector]], key: Option[ByteVector]): F[Chunk[Resp]] = {\n      val chunk = Chunk.seq(inputs.toList.map(Resp.renderRequest))\n      chunk.traverse(resp => Deferred[F, Either[Throwable, Resp]].map(d => (d, ({(e: Either[Throwable, Resp]) => d.complete(e).void}, resp)))).flatMap{ c => \n        queue.offer(c.map(_._2)) >> {\n          val x: F[Chunk[Either[Throwable, Resp]]] = c.traverse{ case (d, _) => d.get }\n          val y: F[Chunk[Resp]] = x.flatMap(_.sequence.liftTo[F])\n          y\n        }\n      }\n    } \n  }\n  private[rediculous] case class PooledConnection[F[_]: Concurrent](\n    pool: KeyPool[F, Unit, (Socket[F], F[Unit])]\n  ) extends RedisConnection[F]{\n    def runRequest(inputs: Chunk[NonEmptyList[ByteVector]], key: Option[ByteVector]): F[Chunk[Resp]] = {\n      val chunk = Chunk.seq(inputs.toList.map(Resp.renderRequest))\n      def withSocket(socket: Socket[F]): F[Chunk[Resp]] = explicitPipelineRequest[F](socket, chunk)\n      Functor[KeyPool[F, Unit, *]].map(pool)(_._1).take(()).use{\n        m => withSocket(m.value).attempt.flatTap{\n          case Left(_) => m.canBeReused.set(Reusable.DontReuse)\n          case _ => Applicative[F].unit\n        }\n      }.rethrow\n    }\n  }\n\n  private[rediculous] case class DirectConnection[F[_]: Concurrent](socket: Socket[F]) extends RedisConnection[F]{\n    def runRequest(inputs: Chunk[NonEmptyList[ByteVector]], key: Option[ByteVector]): F[Chunk[Resp]] = {\n      val chunk = Chunk.seq(inputs.toList.map(Resp.renderRequest))\n      def withSocket(socket: Socket[F]): F[Chunk[Resp]] = explicitPipelineRequest[F](socket, chunk)\n      withSocket(socket)\n    }\n  }\n\n  private[rediculous] case class Cluster[F[_]: Concurrent](queue: Queue[F, Chunk[(Either[Throwable, Resp] => F[Unit], Option[ByteVector], Option[(Host, Port)], Int, Resp)]], slots: F[ClusterSlots], usePool: (Host, Port) => Resource[F, Managed[F, Socket[F]]]) extends RedisConnection[F]{\n    def runRequest(inputs: Chunk[NonEmptyList[ByteVector]], key: Option[ByteVector]): F[Chunk[Resp]] = {\n      val chunk = Chunk.seq(inputs.toList.map(Resp.renderRequest))\n      chunk.traverse(resp => Deferred[F, Either[Throwable, Resp]].map(d => (d, ({(e: Either[Throwable, Resp]) => d.complete(e).void}, key, None, 0, resp)))).flatMap{ c => \n        queue.offer(c.map(_._2)) >> {\n          c.traverse(_._1.get).flatMap(_.sequence.liftTo[F])\n        }\n      }   \n    }\n  }\n\n  \/\/ Guarantees With Socket That Each Call Receives a Response\n  \/\/ Chunk must be non-empty but to do so incurs a penalty\n  private[rediculous] def explicitPipelineRequest[F[_]: Concurrent](socket: Socket[F], calls: Chunk[Resp], maxBytes: Int = 16 * 1024 * 1024, timeout: Option[FiniteDuration] = 5.seconds.some): F[Chunk[Resp]] = {\n    val out = calls.flatMap(resp => \n      Resp.CodecUtils.codec.encode(resp).toEither.traverse(bits => Chunk.byteVector(bits.bytes))\n    ).sequence.leftMap(err => new Throwable(s\"Failed To Encode Response $err\")).liftTo[F]\n    out.flatMap(socket.write) >> \n    Stream.eval(socket.read(maxBytes)).repeat.unNoneTerminate.unchunks.through(fs2.interop.scodec.StreamDecoder.many(Resp.CodecUtils.codec).toPipeByte)\n      .take(calls.size)\n      .compile\n      .to(Chunk)\n  }\n\n  def runRequestInternal[F[_]: Concurrent](connection: RedisConnection[F])(\n    inputs: Chunk[NonEmptyList[ByteVector]],\n    key: Option[ByteVector]\n  ): F[Chunk[Resp]] = connection.runRequest(inputs, key)\n\n  def toNel[F[_]: ApplicativeThrow](chunk: Chunk[Resp]): F[NonEmptyList[Resp]] = \n    chunk.toNel.liftTo[F](RedisError.Generic(\"Rediculous: Impossible Return List was Empty but we guarantee output matches input\"))\n\n  def head[F[_]: ApplicativeThrow](chunk: Chunk[Resp]): F[Resp] = \n    chunk.head.liftTo[F](RedisError.Generic(\"Rediculous: Impossible Return List was Empty but we guarantee output matches input\"))\n\n  \/\/ Can Be used to implement any low level protocols.\n  def runRequest[F[_]: Concurrent, A: RedisResult](connection: RedisConnection[F])(input: NonEmptyList[ByteVector], key: Option[ByteVector]): F[Either[Resp, A]] = \n    runRequestInternal(connection)(Chunk.singleton(input), key).flatMap(head[F]).map(resp => RedisResult[A].decode(resp))\n\n  def runRequestTotal[F[_]: Concurrent, A: RedisResult](input: NonEmptyList[ByteVector], key: Option[ByteVector]): Redis[F, A] = Redis(Kleisli{(connection: RedisConnection[F]) => \n    runRequest(connection)(input, key).flatMap{\n      case Right(a) => a.pure[F]\n      case Left(e@Resp.Error(_)) => ApplicativeError[F, Throwable].raiseError[A](e)\n      case Left(other) => ApplicativeError[F, Throwable].raiseError[A](RedisError.Generic(s\"Rediculous: Incompatible Return Type for Operation: ${input.head}, got:\\n${Resp.toStringRedisCLI(other)}\"))\n    }\n  })\n\n  private[rediculous] def closeReturn[F[_]: MonadThrow, A](fE: Either[Resp, A]): F[A] = \n    fE match {\n        case Right(a) => a.pure[F]\n        case Left(e@Resp.Error(_)) => ApplicativeError[F, Throwable].raiseError[A](e)\n        case Left(other) => ApplicativeError[F, Throwable].raiseError[A](RedisError.Generic(s\"Rediculous: Incompatible Return Type, got\\n${Resp.toStringRedisCLI(other)}\"))\n      }\n\n  object Defaults {\n    val host = host\"localhost\"\n    val port = port\"6379\"\n    val maxQueued = 10000\n    val workers = 2\n    val chunkSizeLimit = 256\n    val clusterParallelServerCalls: Int = Int.MaxValue \/\/ Number of calls for cluster to execute in parallel against multiple server in a batch\n    val clusterUseDynamicRefreshSource: Boolean = true \/\/ Set to false to only use initially provided host for topology refresh\n    val clusterCacheTopologySeconds: FiniteDuration = 1.second \/\/ How long topology will not be rechecked for after a succesful refresh\n  }\n\n  def direct[F[_]: Async]: DirectConnectionBuilder[F] = \n    new DirectConnectionBuilder(\n      Network[F],\n      Defaults.host,\n      Defaults.port,\n      None,\n      TLSParameters.Default\n    )\n\n  class DirectConnectionBuilder[F[_]: Concurrent] private[RedisConnection](\n    private val sg: SocketGroup[F],\n    val host: Host,\n    val port: Port,\n    private val tlsContext: Option[TLSContext[F]],\n    private val tlsParameters: TLSParameters \n  ) { self => \n\n    private def copy(\n      sg: SocketGroup[F] = self.sg,\n      host: Host = self.host,\n      port: Port = self.port,\n      tlsContext: Option[TLSContext[F]] = self.tlsContext,\n      tlsParameters: TLSParameters = self.tlsParameters\n    ): DirectConnectionBuilder[F] = new DirectConnectionBuilder(\n      sg,\n      host,\n      port,\n      tlsContext,\n      tlsParameters\n    )\n\n    def withHost(host: Host) = copy(host = host)\n    def withPort(port: Port) = copy(port = port)\n    def withTLSContext(tlsContext: TLSContext[F]) = copy(tlsContext = tlsContext.some)\n    def withoutTLSContext = copy(tlsContext = None)\n    def withTLSParameters(tlsParameters: TLSParameters) = copy(tlsParameters = tlsParameters)\n    def withSocketGroup(sg: SocketGroup[F]) = copy(sg = sg)\n\n    def build: Resource[F,RedisConnection[F]] = \n      for {\n        socket <- sg.client(SocketAddress(host,port), Nil)\n        out <- elevateSocket(socket, tlsContext, tlsParameters)\n      } yield RedisConnection.DirectConnection(out)\n  }\n\n  def pool[F[_]: Async]: PooledConnectionBuilder[F] = \n    new PooledConnectionBuilder(\n      Network[F],\n      Defaults.host,\n      Defaults.port,\n      None,\n      TLSParameters.Default\n    )\n\n  class PooledConnectionBuilder[F[_]: Async] private[RedisConnection] (\n    private val sg: SocketGroup[F],\n    val host: Host,\n    val port: Port,\n    private val tlsContext: Option[TLSContext[F]],\n    private val tlsParameters: TLSParameters \n  ) { self => \n\n    private def copy(\n      sg: SocketGroup[F] = self.sg,\n      host: Host = self.host,\n      port: Port = self.port,\n      tlsContext: Option[TLSContext[F]] = self.tlsContext,\n      tlsParameters: TLSParameters = self.tlsParameters\n    ): PooledConnectionBuilder[F] = new PooledConnectionBuilder(\n      sg,\n      host,\n      port,\n      tlsContext,\n      tlsParameters\n    )\n\n    def withHost(host: Host) = copy(host = host)\n    def withPort(port: Port) = copy(port = port)\n    def withTLSContext(tlsContext: TLSContext[F]) = copy(tlsContext = tlsContext.some)\n    def withoutTLSContext = copy(tlsContext = None)\n    def withTLSParameters(tlsParameters: TLSParameters) = copy(tlsParameters = tlsParameters)\n    def withSocketGroup(sg: SocketGroup[F]) = copy(sg = sg)\n\n    def build: Resource[F,RedisConnection[F]] = \n      KeyPoolBuilder[F, Unit, (Socket[F], F[Unit])](\n        {_ => sg.client(SocketAddress(host,port), Nil)\n          .flatMap(elevateSocket(_, tlsContext, tlsParameters))\n          .allocated\n        },\n        { case (_, shutdown) => shutdown}\n      ).build.map(PooledConnection[F](_))\n  }\n\n  def queued[F[_]: Async]: QueuedConnectionBuilder[F] = \n    new QueuedConnectionBuilder(\n      Network[F],\n      Defaults.host,\n      Defaults.port,\n      None,\n      TLSParameters.Default,\n      Defaults.maxQueued,\n      Defaults.workers,\n      Defaults.chunkSizeLimit\n    )\n\n  class QueuedConnectionBuilder[F[_]: Async] private[RedisConnection](\n    private val sg: SocketGroup[F],\n    val host: Host,\n    val port: Port,\n    private val tlsContext: Option[TLSContext[F]],\n    private val tlsParameters: TLSParameters,\n    private val maxQueued: Int,\n    private val workers: Int,\n    private val chunkSizeLimit: Int,\n  ) { self => \n\n    private def copy(\n      sg: SocketGroup[F] = self.sg,\n      host: Host = self.host,\n      port: Port = self.port,\n      tlsContext: Option[TLSContext[F]] = self.tlsContext,\n      tlsParameters: TLSParameters = self.tlsParameters,\n      maxQueued: Int = self.maxQueued,\n      workers: Int = self.workers,\n      chunkSizeLimit: Int = self.chunkSizeLimit,\n    ): QueuedConnectionBuilder[F] = new QueuedConnectionBuilder(\n      sg,\n      host,\n      port,\n      tlsContext,\n      tlsParameters,\n      maxQueued,\n      workers,\n      chunkSizeLimit\n    )\n\n    def withHost(host: Host) = copy(host = host)\n    def withPort(port: Port) = copy(port = port)\n    def withTLSContext(tlsContext: TLSContext[F]) = copy(tlsContext = tlsContext.some)\n    def withoutTLSContext = copy(tlsContext = None)\n    def withTLSParameters(tlsParameters: TLSParameters) = copy(tlsParameters = tlsParameters)\n    def withSocketGroup(sg: SocketGroup[F]) = copy(sg = sg)\n\n    def withMaxQueued(maxQueued: Int) = copy(maxQueued = maxQueued)\n    def withWorkers(workers: Int) = copy(workers = workers)\n    def withChunkSizeLimit(chunkSizeLimit: Int) = copy(chunkSizeLimit = chunkSizeLimit)\n\n    def build: Resource[F,RedisConnection[F]] = {\n      for {\n        queue <- Resource.eval(Queue.bounded[F, Chunk[(Either[Throwable,Resp] => F[Unit], Resp)]](maxQueued))\n        keypool <- KeyPoolBuilder[F, Unit, (Socket[F], F[Unit])](\n          {_ => sg.client(SocketAddress(host,port), Nil)\n            .flatMap(elevateSocket(_, tlsContext, tlsParameters))\n            .allocated\n          },\n          { case (_, shutdown) => shutdown}\n        ).build\n        _ <- \n            Stream.fromQueueUnterminatedChunk(queue, chunkSizeLimit).chunks.map{chunk =>\n              val s = if (chunk.nonEmpty) {\n                  Stream.eval(\n                    Functor[KeyPool[F, Unit, *]].map(keypool)(_._1).take(()).attempt.use{\n                      case Right(m) =>\n                        val out = chunk.map(_._2)\n                        explicitPipelineRequest(m.value, out).attempt.flatTap{\/\/ Currently Guarantee Chunk.size === returnSize\n                          case Left(_) => m.canBeReused.set(Reusable.DontReuse)\n                          case _ => Applicative[F].unit\n                        }\n                      case l@Left(_) => l.rightCast[Chunk[Resp]].pure[F]\n                  }.flatMap{\n                    case Right(n) => \n                      n.zipWithIndex.traverse_{\n                        case (ref, i) => \n                          val (toSet, _) = chunk(i)\n                          toSet(Either.right(ref))\n                      }\n                    case e@Left(_) => \n                      chunk.traverse_{ case (deff, _) => deff(e.asInstanceOf[Either[Throwable, Resp]])}\n                  }) \n              } else {\n                Stream.empty\n              }\n              s ++ Stream.exec(Concurrent[F].cede)\n            }.parJoin(workers) \/\/ Worker Threads\n            .compile\n            .drain\n            .background\n      } yield Queued(queue, keypool.take(()).map(Functor[Managed[F, *]].map(_)(_._1)))\n    }\n  }\n\n  def cluster[F[_]: Async]: ClusterConnectionBuilder[F] = \n    new ClusterConnectionBuilder(\n      Network[F],\n      Defaults.host,\n      Defaults.port,\n      None,\n      TLSParameters.Default,\n      Defaults.maxQueued,\n      Defaults.workers,\n      Defaults.chunkSizeLimit,\n      Defaults.clusterParallelServerCalls,\n      Defaults.clusterUseDynamicRefreshSource,\n      Defaults.clusterCacheTopologySeconds\n    )\n\n  class ClusterConnectionBuilder[F[_]: Async] private[RedisConnection] (\n    private val sg: SocketGroup[F],\n    val host: Host,\n    val port: Port,\n    private val tlsContext: Option[TLSContext[F]],\n    private val tlsParameters: TLSParameters,\n    private val maxQueued: Int,\n    private val workers: Int,\n    private val chunkSizeLimit: Int,\n    private val parallelServerCalls: Int = Int.MaxValue,\n    private val useDynamicRefreshSource: Boolean = true, \/\/ Set to false to only use initially provided host for topology refresh\n    private val cacheTopologySeconds: FiniteDuration = 1.second, \/\/ How long topology will not be rechecked for after a succesful refresh\n  ) { self => \n\n    private def copy(\n      sg: SocketGroup[F] = self.sg,\n      host: Host = self.host,\n      port: Port = self.port,\n      tlsContext: Option[TLSContext[F]] = self.tlsContext,\n      tlsParameters: TLSParameters = self.tlsParameters,\n      maxQueued: Int = self.maxQueued,\n      workers: Int = self.workers,\n      chunkSizeLimit: Int = self.chunkSizeLimit,\n      parallelServerCalls: Int = self.parallelServerCalls,\n      useDynamicRefreshSource: Boolean = self.useDynamicRefreshSource,\n      cacheTopologySeconds: FiniteDuration = self.cacheTopologySeconds\n    ): ClusterConnectionBuilder[F] = new ClusterConnectionBuilder(\n      sg,\n      host,\n      port,\n      tlsContext,\n      tlsParameters,\n      maxQueued,\n      workers,\n      chunkSizeLimit,\n      parallelServerCalls,\n      useDynamicRefreshSource,\n      cacheTopologySeconds\n    )\n\n    def withHost(host: Host) = copy(host = host)\n    def withPort(port: Port) = copy(port = port)\n    def withTLSContext(tlsContext: TLSContext[F]) = copy(tlsContext = tlsContext.some)\n    def withoutTLSContext = copy(tlsContext = None)\n    def withTLSParameters(tlsParameters: TLSParameters) = copy(tlsParameters = tlsParameters)\n    def withSocketGroup(sg: SocketGroup[F]) = copy(sg = sg)\n\n    def withMaxQueued(maxQueued: Int) = copy(maxQueued = maxQueued)\n    def withWorkers(workers: Int) = copy(workers = workers)\n    def withChunkSizeLimit(chunkSizeLimit: Int) = copy(chunkSizeLimit = chunkSizeLimit)\n\n    def withParallelServerCalls(parallelServerCalls: Int) = copy(parallelServerCalls = parallelServerCalls)\n    def withUseDynamicRefreshSource(useDynamicRefreshSource: Boolean) = copy(useDynamicRefreshSource = useDynamicRefreshSource)\n    def withCacheTopologySeconds(cacheTopologySeconds: FiniteDuration) = copy(cacheTopologySeconds = cacheTopologySeconds)\n\n    def build: Resource[F,RedisConnection[F]] = {\n      for {\n        keypool <- KeyPoolBuilder[F, (Host, Port), (Socket[F], F[Unit])](\n          {(t: (Host, Port)) => sg.client(SocketAddress(host,port), Nil)\n              .flatMap(elevateSocket(_, tlsContext, tlsParameters))\n              .allocated\n          },\n          { case (_, shutdown) => shutdown}\n        ).build\n\n        \/\/ Cluster Topology Acquisition and Management\n        sockets <- Resource.eval(keypool.take((host, port)).map(_.value._1).map(DirectConnection(_)).use(ClusterCommands.clusterslots[Redis[F, *]].run(_)))\n        now <- Resource.eval(Temporal[F].realTime.map(_.toMillis))\n        refreshLock <- Resource.eval(Semaphore[F](1L))\n        refTopology <- Resource.eval(Ref[F].of((sockets, now)))\n        refreshTopology = refreshLock.permit.use(_ =>\n          (\n            refTopology.get\n              .flatMap{ case (topo, setAt) => \n                if (useDynamicRefreshSource) \n                  Applicative[F].pure((NonEmptyList((host, port), topo.l.flatMap(c => c.replicas).map(r => (r.host, r.port))), setAt))\n                else \n                  Applicative[F].pure((NonEmptyList.of((host, port)), setAt))\n            },\n            Temporal[F].realTime.map(_.toMillis)\n          ).tupled\n          .flatMap{\n            case ((_, setAt), now) if setAt >= (now - cacheTopologySeconds.toMillis) => Applicative[F].unit\n            case ((l, _), _) => \n              val nelActions: NonEmptyList[F[ClusterSlots]] = l.map{ case (host, port) => \n                keypool.take((host, port)).map(_.value._1).map(DirectConnection(_)).use(ClusterCommands.clusterslots[Redis[F, *]].run(_))\n              }\n              raceNThrowFirst(nelActions)\n                .flatMap(s => Clock[F].realTime.map(_.toMillis).flatMap(now => refTopology.set((s,now))))\n          }\n        )\n        queue <- Resource.eval(Queue.bounded[F, Chunk[(Either[Throwable,Resp] => F[Unit], Option[ByteVector], Option[(Host, Port)], Int, Resp)]](maxQueued))\n        cluster = Cluster(queue, refTopology.get.map(_._1), {case(host, port) => keypool.take((host, port)).map(_.map(_._1))})\n        _ <- \n            Stream.fromQueueUnterminatedChunk(queue, chunkSizeLimit).chunks.map{chunk =>\n              val s = if (chunk.nonEmpty) {\n                Stream.eval(refTopology.get).map{ case (topo,_) => \n                  Stream.eval(topo.random[F]).flatMap{ default => \n                  Stream.emits(\n                      chunk.toList.groupBy{ case (_, s, server,_,_) => \/\/ TODO Investigate Efficient Group By\n                      server.orElse(s.flatMap(key => topo.served(HashSlot.find(key)))).getOrElse(default) \/\/ Explicitly Set Server, Key Hashslot Server, or a default server if none selected.\n                    }.toSeq\n                  ).evalMap{\n                    case (server, rest) => \n                      Functor[KeyPool[F, (Host, Port), *]].map(keypool)(_._1).take(server).attempt.use{\n                        case Right(m) =>\n                          val out = Chunk.seq(rest.map(_._5))\n                          explicitPipelineRequest(m.value, out).attempt.flatTap{\/\/ Currently Guarantee Chunk.size === returnSize\n                            case Left(_) => m.canBeReused.set(Reusable.DontReuse)\n                            case _ => Applicative[F].unit\n                          }\n                        case l@Left(_) => l.rightCast[Chunk[Resp]].pure[F]\n                      }.flatMap{\n                      case Right(n) => \n                        n.zipWithIndex.traverse_{\n                          case (ref, i) => \n                            val (toSet, key, _, retries, initialCommand) = rest(i)\n                            ref match {\n                              case e@Resp.Error(s) if (s.startsWith(\"MOVED\") && retries <= 5)  => \/\/ MOVED 1234-2020 127.0.0.1:6381\n                                refreshTopology.attempt.void >>\n                                \/\/ Offer To Have it reprocessed. \n                                \/\/ If the queue is full return the error to the user\n                                cluster.queue.tryOffer(Chunk.singleton((toSet, key, extractServer(s), retries + 1, initialCommand)))\n                                  .ifM( \n                                    Applicative[F].unit,\n                                    toSet(Either.right(e)).void\n                                  )\n                              case e@Resp.Error(s) if (s.startsWith(\"ASK\") && retries <= 5) => \/\/ ASK 1234-2020 127.0.0.1:6381\n                                val serverRedirect = extractServer(s)\n                                serverRedirect match {\n                                  case s@Some(_) => \/\/ This is a Special One Off, Requires a Redirect\n                                    \/\/ Deferred[F, Either[Throwable, Resp]].flatMap{d => \/\/ No One Cares About this Callback\n                                      val asking = ({(_: Either[Throwable, Resp]) => Applicative[F].unit}, key, s, 6, Resp.renderRequest(NonEmptyList.of(ByteVector.encodeAscii(\"ASKING\").fold(throw _, identity(_))))) \/\/ Never Repeat Asking\n                                      val repeat = (toSet, key, s, retries + 1, initialCommand)\n                                      val chunk = Chunk(asking, repeat)\n                                      cluster.queue.tryOffer(chunk) \/\/ Offer To Have it reprocessed. \n                                        \/\/If the queue is full return the error to the user\n                                        .ifM(\n                                          Applicative[F].unit,\n                                          toSet(Either.right(e))\n                                        )\n                                    \/\/ }\n                                  case None => \n                                    toSet(Either.right(e))\n                                }\n                              case otherwise => \n                                toSet(Either.right(otherwise))\n                            }\n                        }\n                      case e@Left(_) =>\n                        refreshTopology.attempt.void >>\n                        rest.traverse_{ case (deff, _, _, _, _) => deff(e.asInstanceOf[Either[Throwable, Resp]])}\n                    }\n\n                  }\n                }}.parJoin(parallelServerCalls) \/\/ Send All Acquired values simultaneously. Should be mostly IO awaiting callback\n              } else Stream.empty\n              s ++ Stream.exec(Concurrent[F].cede)\n            }.parJoin(workers)\n              .compile\n              .drain\n              .background\n      } yield cluster\n    }\n  }\n\n  private def elevateSocket[F[_]](socket: Socket[F], tlsContext: Option[TLSContext[F]], tlsParameters: TLSParameters): Resource[F, Socket[F]] = \n    tlsContext.fold(Resource.pure[F, Socket[F]](socket))(c => c.clientBuilder(socket).withParameters(tlsParameters).build)\n\n  \/\/ ASK 1234-2020 127.0.0.1:6381\n  \/\/ MOVED 1234-2020 127.0.0.1:6381\n  private def extractServer(s: String): Option[(Host, Port)] = {\n    val end = s.lastIndexOf(' ')\n    val portSplit = s.lastIndexOf(':')\n    if (end > 0 &&  portSplit >= end + 1){\n      val host = s.substring(end + 1, portSplit)\n      val port = s.substring(portSplit +1, s.length())\n      for {\n        h <- Host.fromString(host)\n        pI <- Either.catchNonFatal(port.toInt).toOption\n        port <- Port.fromInt(pI)\n      } yield (h, port)\n    } else None\n  }\n\n  private def raceNThrowFirst[F[_]: Concurrent, A](nel: NonEmptyList[F[A]]): F[A] = \n    Stream(Stream.emits(nel.toList).evalMap(identity)).covary[F].parJoinUnbounded.take(1).compile.lastOrError\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/BasicExample.scala","text":"\nimport io.chrisdavenport.rediculous._\nimport cats.implicits._\nimport cats.effect._\nimport fs2.io.net._\nimport fs2._\nimport com.comcast.ip4s._\nimport scala.concurrent.duration._\nimport cats.effect.std._\n\n\/\/ Mimics 150 req\/s load with 4 operations per request.\n\/\/ Completes 1,000,000 redis operations\n\/\/ Completes in <5 s\nobject BasicExample extends IOApp {\n\n  def run(args: List[String]): IO[ExitCode] = {\n    val r = for {\n      \/\/ maxQueued: How many elements before new submissions semantically block. Tradeoff of memory to queue jobs. \n      \/\/ Default 1000 is good for small servers. But can easily take 100,000.\n      \/\/ workers: How many threads will process pipelined messages.\n      connection <- RedisConnection.queued[IO].withHost(host\"localhost\").withPort(port\"6379\").withMaxQueued(10000).withWorkers(workers = 1).build\n    } yield connection\n\n    r.use {client =>\n      val x: Redis[IO, RedisProtocol.Status] =  RedisCommands.ping[RedisIO]\n      val r = (\n        x, \n        RedisCommands.get[RedisIO](\"foo\"),\n        RedisCommands.set[RedisIO](\"foo\", \"value\"),\n        RedisCommands.get[RedisIO](\"foo\")\n      ).parTupled\n\n      val r2= List.fill(10)(r.run(client)).parSequence\n\n      val now = IO(java.time.Instant.now)\n      (\n        now,\n        Stream(()).covary[IO].repeat.map(_ => Stream.evalSeq(r2)).parJoin(15).take(100000).compile.lastOrError.flatTap(Console[IO].println(_)),\n        now\n      ).mapN{\n        case (before, _, after) => (after.toEpochMilli() - before.toEpochMilli()).millis\n      }.flatMap{ duration => \n        IO(println(s\"Operation took ${duration}\"))\n      }\n    } >>\n      IO.pure(ExitCode.Success)\n    \n  }\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/TransactionExample.scala","text":"import io.chrisdavenport.rediculous._\nimport cats.implicits._\nimport cats.effect._\nimport fs2.io.net._\nimport com.comcast.ip4s._\n\n\/\/ Send a Single Transaction to the Redis Server\nobject TransactionExample extends IOApp {\n\n  def run(args: List[String]): IO[ExitCode] = {\n    val r = for {\n      \/\/ maxQueued: How many elements before new submissions semantically block. Tradeoff of memory to queue jobs. \n      \/\/ Default 1000 is good for small servers. But can easily take 100,000.\n      \/\/ workers: How many threads will process pipelined messages.\n      connection <- RedisConnection.queued[IO].withMaxQueued(maxQueued = 10000).build\n    } yield connection\n\n    r.use {client =>\n      val r = (\n        RedisCommands.ping[RedisTransaction],\n        RedisCommands.del[RedisTransaction](\"foo\"),\n        RedisCommands.get[RedisTransaction](\"foo\"),\n        RedisCommands.set[RedisTransaction](\"foo\", \"value\"),\n        RedisCommands.get[RedisTransaction](\"foo\")\n      ).tupled\n\n      val multi = r.transact[IO]\n\n      multi.run(client).flatTap(output => IO(println(output)))\n\n    }.as(ExitCode.Success)\n\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/internal\/ATestApp.scala","text":"<filename>examples\/src\/main\/scala\/internal\/ATestApp.scala\n\/\/ import io.chrisdavenport.rediculous._\n\/\/ import cats.implicits._\n\/\/ import cats.data._\n\/\/ import cats.effect._\n\/\/ import fs2.io.net._\n\/\/ import com.comcast.ip4s._\n\/\/ import io.chrisdavenport.rediculous.cluster.ClusterCommands\n\/\/ import scala.concurrent.duration._\n\n\/\/ \/**\n\/\/  * Test App For Development Purposes\n\/\/  **\/\n\/\/ object ATestApp extends IOApp {\n\/\/ import io.chrisdavenport.rediculous.Resp._\n\/\/   def run(args: List[String]): IO[ExitCode] = {\n\/\/     \/\/ RedisConnection.queued[IO].withHost(host\"localhost\").withPort(port\"6379\").withMaxQueued(10000).withWorkers(workers = 1).build.flatMap{\n\/\/     \/\/   connection => \n\/\/     \/\/     RedisPubSub.fromConnection(connection, 4096).map(alg => (connection, alg))\n\/\/     \/\/ }.use{ case(conn, alg) => \n\/\/     \/\/     alg.nonMessages({r => IO.println(s\"other: $r\")}) >>\n\/\/     \/\/     alg.unhandledMessages({r => IO.println(s\"unhandled: $r\")}) >>\n\/\/     \/\/     alg.psubscribe(all, {r => IO.println(\"p: \" + r.toString())}) >>\n\/\/     \/\/     alg.subscribe(foo, {r  => IO.println(\"s: \" + r.toString())}) >> {\n\/\/     \/\/       (\n\/\/     \/\/         alg.runMessages,\n\/\/     \/\/         alg.publish(foo, \"Baz\"),\n\/\/     \/\/         Temporal[IO].sleep(10.seconds) >> \n\/\/     \/\/         alg.subscriptions.flatTap(IO.println(_)) >> \n\/\/     \/\/         alg.psubscriptions.flatTap(IO.println(_))\n\/\/     \/\/       ).parMapN{ case (_, _, _) => ()} \n\/\/     \/\/     }\n\/\/     \/\/ val resp = Array(Some(\n\/\/     \/\/     List(\n\/\/     \/\/       Array(Some(\n\/\/     \/\/           List(\n\/\/     \/\/             BulkString(Some(\"mystream\")),\n\/\/     \/\/             Array(Some(\n\/\/     \/\/                 List(\n\/\/     \/\/                   Array(Some(\n\/\/     \/\/                       List(\n\/\/     \/\/                         BulkString(Some(\"1639792169819-0\")),\n\/\/     \/\/                         Array(Some(\n\/\/     \/\/                           List(\n\/\/     \/\/                             BulkString(Some(\"sensor-id\")), BulkString(Some(\"1234\")),\n\/\/     \/\/                             BulkString(Some(\"temperature\")), BulkString(Some(\"12\")),\n\/\/     \/\/                             BulkString(Some(\"ba\")), BulkString(Some(\"123\"))\n\/\/     \/\/                           )\n\/\/     \/\/                         ))\n\/\/     \/\/                       )\n\/\/     \/\/                   ))\n\/\/     \/\/                 )\n\/\/     \/\/             ))\n\/\/     \/\/           )\n\/\/     \/\/       ))\n\/\/     \/\/   )\n\/\/     \/\/ ))\n\/\/     IO.println(Resp.toStringRedisCLI(resp))\n\/\/     }.as(ExitCode.Success)\n\/\/     \/\/ val r = for {\n\/\/     \/\/   connection <- RedisConnection.pool[IO].withHost(host\"localhost\").withPort(port\"30001\").build\n\/\/     \/\/ } yield connection\n\n\/\/     \/\/ r.use {con =>\n\/\/     \/\/   RedisConnection.runRequestTotal[IO, ClusterCommands.ClusterSlots](NonEmptyList.of(\"CLUSTER\", \"SLOTS\"), None).unRedis.run(con)\n\/\/     \/\/   .flatTap(r => IO(println(r)))\n\/\/     \/\/ } >>\n\/\/     \/\/   IO.pure(ExitCode.Success)\n    \n\n\/\/ }"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"build.sbt","text":"<reponame>FinFlow-Labs\/rediculous\n\/\/ ThisBuild \/ tlBaseVersion := \"0.3\" \/\/ your current series x.y\n\nThisBuild \/ organization := \"syther.labs\"\nThisBuild \/ githubOwner := \"syther-labs\"\nThisBuild \/ githubRepository := \"rediculous\"\nGlobal \/ onChangedBuildSource := ReloadOnSourceChanges\nThisBuild \/ githubWorkflowPublishTargetBranches += RefPredicate.Equals(Ref.Branch(\"sj-fast-lane-fork\"))\nThisBuild \/ githubWorkflowScalaVersions := Seq(\"3.1.0\")\n\/\/ ThisBuild \/ tlCiReleaseBranches := Seq(\"sj-fast-lane-fork\")\n\n\/\/ true by default, set to false to publish to s01.oss.sonatype.org\n\/\/ ThisBuild \/ tlSonatypeUseLegacyHost := false\n\n\nval catsV = \"2.7.0\"\nval catsEffectV = \"3.3.3\"\nval fs2V = \"3.2.3\"\n\nval munitCatsEffectV = \"1.0.7\"\n\nThisBuild \/ crossScalaVersions := Seq(\"2.12.15\",\"2.13.8\", \"3.1.0\")\nThisBuild \/ scalaVersion := \"2.13.6\"\nThisBuild \/ versionScheme := Some(\"early-semver\")\n\nenablePlugins(GitHubPackagesPlugin)\nenablePlugins(DynVerPlugin)\n\n\/\/ Projects\nlazy val `rediculous` = project.in(file(\".\"))\n  .settings(\n    publish \/ skip := true,\n  )\n  .aggregate(core, examples)\n\nlazy val core = project\n  .settings(\n    name := \"rediculous\",\n    testFrameworks += new TestFramework(\"munit.Framework\"),\n\n    libraryDependencies ++= Seq(\n      \"org.typelevel\"               %%% \"cats-core\"                  % catsV,\n\n      \"org.typelevel\"               %%% \"cats-effect\"                % catsEffectV,\n\n      \"co.fs2\"                      %%% \"fs2-core\"                   % fs2V,\n      \"co.fs2\"                      %%% \"fs2-io\"                     % fs2V,\n      \"co.fs2\"                      %%% \"fs2-scodec\"                 % fs2V,\n\n      \"org.typelevel\"               %%% \"keypool\"                    % \"0.4.7\",\n\n      \"io.chrisdavenport\"           %%% \"cats-scalacheck\"            % \"0.3.1\" % Test,\n      \"org.typelevel\"               %%% \"munit-cats-effect-3\"        % munitCatsEffectV         % Test,\n      \"io.chrisdavenport\"           %%% \"whale-tail-manager\"         % \"0.0.8\" % Test,\n      \"org.scalameta\"               %%% \"munit-scalacheck\"           % \"0.7.29\" % Test,\n      \"com.github.jnr\" % \"jnr-unixsocket\" % \"0.38.15\" % Test,\n    )\n  )\n  \n\nlazy val examples =  project\n  .dependsOn(core)\n  .settings(\n    publish \/ skip := true,\n    name := \"rediculous-examples\",\n    run \/ fork := true,\n  )\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RedisCommandsSpec.scala","text":"<filename>core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RedisCommandsSpec.scala\npackage io.chrisdavenport.rediculous\n\nimport cats.syntax.all._\nimport cats.effect._\nimport munit.CatsEffectSuite\nimport scala.concurrent.duration._\nimport _root_.io.chrisdavenport.whaletail.Docker\nimport _root_.io.chrisdavenport.whaletail.manager._\nimport com.comcast.ip4s.Host\nimport com.comcast.ip4s.Port\n\nclass RedisCommandsSpec extends CatsEffectSuite {\n  val resource = Docker.default[IO].flatMap(client => \n    WhaleTailContainer.build(client, \"redis\", \"latest\".some, Map(6379 -> None), Map.empty, Map.empty)\n      .evalTap(\n        ReadinessStrategy.checkReadiness(\n          client,\n          _, \n          ReadinessStrategy.LogRegex(\".*Ready to accept connections.*\\\\s\".r),\n          30.seconds\n        )\n      )\n  ).flatMap(container => \n    for {\n      t <- Resource.eval(\n        container.ports.get(6379).liftTo[IO](new Throwable(\"Missing Port\"))\n      )\n      (hostS, portI) = t\n      host <- Resource.eval(Host.fromString(hostS).liftTo[IO](new Throwable(\"Invalid Host\")))\n      port <- Resource.eval(Port.fromInt(portI).liftTo[IO](new Throwable(\"Invalid Port\")))\n      connection <- RedisConnection.pool[IO].withHost(host).withPort(port).build\n    } yield connection \n    \n  )\n  \/\/ Not available on scala.js\n  val redisConnection = UnsafeResourceSuiteLocalDeferredFixture(\n      \"redisconnection\",\n      resource\n    )\n  override def munitFixtures: Seq[Fixture[_]] = Seq(\n    redisConnection\n  )\n  test(\"set\/get parity\"){ \/\/connection => \n    redisConnection().flatMap{connection => \n      val key = \"foo\"\n      val value = \"bar\"\n      val action = RedisCommands.set[RedisIO](key, value) >> \n        RedisCommands.get[RedisIO](key) <* \n        RedisCommands.del[RedisIO](\"foo\")\n      action.run(connection)\n    }.map{\n      assertEquals(_, Some(\"bar\"))\n    }\n  }\n\n  test(\"xadd\/xread parity\"){\n    redisConnection().flatMap{ connection => \n      val kv = \"bar\" -> \"baz\"\n      val action = RedisCommands.xadd[RedisIO](\"foo\", List(kv)) >>\n        RedisCommands.xread[RedisIO](Set(RedisCommands.StreamOffset.All(\"foo\"))) <*\n        RedisCommands.del[RedisIO](\"foo\")\n\n      val extract = (resp: Option[List[RedisCommands.XReadResponse]]) => \n        resp.flatMap(_.headOption).flatMap(_.records.headOption).flatMap(_.keyValues.headOption)\n\n      action.run(connection).map{ resp => \n        assertEquals(extract(resp), Some(kv))\n      }\n    }\n  }\n\n  test(\"xadd\/xtrim parity\"){\n    redisConnection().flatMap{ connection => \n      val kv = \"bar\" -> \"baz\"\n      val action = RedisCommands.xadd[RedisIO](\"foo\", List(kv)).replicateA(10) >>\n        RedisCommands.xtrim[RedisIO](\"foo\", RedisCommands.XTrimStrategy.MaxLen(2), RedisCommands.Trimming.Exact.some) <*\n        RedisCommands.del[RedisIO](\"foo\")\n\n      action.run(connection).assertEquals(8)\n    }\n  }\n\n  test(\"xadd\/xgroupread parity\"){\n    redisConnection().flatMap{ connection => \n      val msg1 = \"msg1\" -> \"msg1\"\n      val msg2 = \"msg2\" -> \"msg2\"\n      val msg3 = \"msg3\" -> \"msg3\"\n\n      val extract = (resp: Option[List[RedisCommands.XReadResponse]]) => \n        resp.flatMap(_.headOption).flatMap(_.records.headOption).flatMap(_.keyValues.headOption)\n\n      val action = \n        for {\n          _ <- RedisCommands.xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(msg1))\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(msg2))\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(msg3))\n          msg1 <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer1\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          msg2 <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer2\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          msg3 <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer3\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          _ <- RedisCommands.xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.del[RedisIO](\"foo\")\n        } yield (extract(msg1), extract(msg2), extract(msg3))\n\n      action.run(connection).assertEquals((Some(msg1), Some(msg2), Some(msg3)))\n    }\n  }\n\n  test(\"xack\"){\n    redisConnection().flatMap{ connection => \n      import RedisCommands._\n      val msg1 = \"msg1\" -> \"msg1\"\n      val msg2 = \"msg2\" -> \"msg2\"\n      val msg3 = \"msg3\" -> \"msg3\"\n\n      val extract = (resp: Option[List[XReadResponse]]) => \n        resp.getOrElse(List.empty).flatMap(_.records).map(_.recordId)\n\n      val consumer = Consumer(\"group1\", \"consumer1\")\n\n      val action = \n        for {\n          _       <- xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          id1     <- xadd[RedisIO](\"foo\", List(msg1))\n          id2     <- xadd[RedisIO](\"foo\", List(msg2))\n          id3     <- xadd[RedisIO](\"foo\", List(msg3))\n          result1 <- xreadgroup[RedisIO](consumer, Set(StreamOffset.From(\"foo\", \"0-0\"))).map(extract)\n          _       =  assertEquals(result1, List.empty)      \/\/ group was never read so PEL is empty\n          acked1  <- xack[RedisIO](\"foo\", \"group1\", List(id1))\n          _       =  assertEquals(acked1, 0L)               \/\/ should return 0 as nothing is in PEL\n          result2 <- xreadgroup[RedisIO](consumer, Set(StreamOffset.LastConsumed(\"foo\"))).map(extract)\n          _       =  assertEquals(result2, List(id1, id2, id3))\n          acked2  <- xack[RedisIO](\"foo\", \"group1\", List(id1))\n          _       =  assertEquals(acked2, 1L)               \/\/ should return 1 as 1 in PEL entry\n          result3 <- xreadgroup[RedisIO](consumer, Set(StreamOffset.From(\"foo\", \"0-0\"))).map(extract)\n          _       =  assertEquals(result3, List(id2, id3))  \n          _       <- xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _       <- del[RedisIO](\"foo\")\n        } yield ()\n\n      action.run(connection)\n    }\n  }\n\n  test(\"xpendingsummary\"){\n    redisConnection().flatMap{ connection => \n      val msg1 = \"msg1\" -> \"msg1\"\n      val msg2 = \"msg2\" -> \"msg2\"\n      val msg3 = \"msg3\" -> \"msg3\"\n\n      val action = \n        for {\n          _ <- RedisCommands.xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          id1 <- RedisCommands.xadd[RedisIO](\"foo\", List(msg1))\n          id2 <- RedisCommands.xadd[RedisIO](\"foo\", List(msg2))\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(msg3))\n          _ <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer1\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          _ <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer2\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          actual <- RedisCommands.xpendingsummary[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.del[RedisIO](\"foo\")\n        } yield \n          assertEquals(\n            actual, \n            RedisCommands.XPendingSummary(2, id1, id2, List(\n              \"consumer1\" -> 1,\n              \"consumer2\" -> 1,\n            ))\n          )\n\n      action.run(connection)\n    }\n  }\n  \n  test(\"xclaimsummary\"){\n    import RedisCommands._\n\n    redisConnection().flatMap{ connection => \n      val addMsg = xadd[RedisIO](\"foo\", List(\"msg\" -> \"msg\"))\n      val args = XClaimArgs(1)\n      val action = \n        for {\n          _ <- xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          id1 <- addMsg\n          id2 <- addMsg\n          id3 <- addMsg\n          id4 <- addMsg\n          _ <- xreadgroup[RedisIO](Consumer(\"group1\", \"consumer1\"), Set(StreamOffset.LastConsumed(\"foo\")), XReadOpts.default.copy(count = Some(1)))\n          _ <- xreadgroup[RedisIO](Consumer(\"group1\", \"consumer2\"), Set(StreamOffset.LastConsumed(\"foo\")))\n          actual <- xclaimsummary[RedisIO](\"foo\", Consumer(\"group1\", \"consumer1\"), args, List(id2, id3, id4))\n          _ <- xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- del[RedisIO](\"foo\")\n        } yield assertEquals(actual, List(id2, id3, id4))\n      action.run(connection)\n    }\n  }\n\n  test(\"xautoclaimsummary\"){\n    import RedisCommands._\n\n    redisConnection().flatMap{ connection => \n      val addMsg = xadd[RedisIO](\"foo\", List(\"msg\" -> \"msg\"))\n      val args = XAutoClaimArgs(Consumer(\"group1\", \"consumer1\"), 1, \"0-0\", Some(100))\n      val action = \n        for {\n          _ <- xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          id1 <- addMsg\n          id2 <- addMsg\n          id3 <- addMsg\n          id4 <- addMsg\n          _ <- xreadgroup[RedisIO](Consumer(\"group1\", \"consumer1\"), Set(StreamOffset.LastConsumed(\"foo\")), XReadOpts.default.copy(count = Some(1)))\n          _ <- xreadgroup[RedisIO](Consumer(\"group1\", \"consumer2\"), Set(StreamOffset.LastConsumed(\"foo\")))\n          _ <- xdel[RedisIO](\"foo\", List(id4))\n          actual <- xautoclaimsummary[RedisIO](\"foo\", args)\n          _ <- xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- del[RedisIO](\"foo\")\n        } yield assertEquals(actual, XAutoClaimSummary(\"0-0\", List(id1, id2, id3), List(id4)))\n      action.run(connection)\n    }\n  }\n\n  test(\"xinfo consumer\"){\n    redisConnection().flatMap{ connection => \n      val action = \n        for {\n          _ <- RedisCommands.xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(\"msg\" -> \"msg\"))\n          _ <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer1\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          info <- RedisCommands.xinfoconsumer[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.del[RedisIO](\"foo\")\n        } yield info\n\n      action.run(connection)\n        .map(_.length)\n        .assertEquals(1)\n    }\n  }\n  \n  test(\"xinfo group\"){\n    redisConnection().flatMap{ connection => \n      val action = \n        for {\n          _ <- RedisCommands.xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(\"msg\" -> \"msg\"))\n          _ <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer1\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          info <- RedisCommands.xinfogroup[RedisIO](\"foo\")\n          _ <- RedisCommands.xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.del[RedisIO](\"foo\")\n        } yield info\n\n      action.run(connection)\n        .map(_.length)\n        .assertEquals(1)\n    }\n  }\n\n  test(\"xinfo stream\"){\n    redisConnection().flatMap{ connection => \n      val action = \n        for {\n          _ <- RedisCommands.xgroupcreate[RedisIO](\"foo\", \"group1\", \"$\", true)\n          _ <- RedisCommands.xadd[RedisIO](\"foo\", List(\"msg\" -> \"msg\"))\n          _ <- RedisCommands.xreadgroup[RedisIO](RedisCommands.Consumer(\"group1\", \"consumer1\"), Set(RedisCommands.StreamOffset.LastConsumed(\"foo\")), RedisCommands.XReadOpts.default.copy(count = Some(1)))\n          info <- RedisCommands.xinfostream[RedisIO](\"foo\", true, Some(100))\n          _ <- RedisCommands.xgroupdestroy[RedisIO](\"foo\", \"group1\")\n          _ <- RedisCommands.del[RedisIO](\"foo\")\n        } yield info\n\n      action.run(connection)\n        .map(_.keyValues.toMap.get(\"entries-added\"))\n        .assertEquals(RedisCommands.XInfoValue.Integer(1).some)\n    }\n  }\n}\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"project\/plugins.sbt","text":"\/\/ addSbtPlugin(\"org.typelevel\" % \"sbt-typelevel-ci-release\" % \"0.4.9\")\naddSbtPlugin(\"org.typelevel\" % \"sbt-typelevel-site\" % \"0.4.9\")\naddSbtPlugin(\"org.typelevel\" % \"sbt-typelevel-settings\" % \"0.4.9\")\naddSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"1.10.0\")\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scalajs-crossproject\"      % \"1.2.0\")\naddSbtPlugin(\"com.codecommit\" % \"sbt-github-packages\" % \"0.5.3\")\naddSbtPlugin(\"com.dwijnand\" % \"sbt-dynver\" % \"5.0.0-M3\")\n\/* addSbtPlugin(\"com.codecommit\"   % \"sbt-github-actions\"        % \"0.14.2\") *\/"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisArg.scala","text":"<gh_stars>10-100\npackage io.chrisdavenport.rediculous\n\nimport cats.Contravariant\n\ntrait RedisArg[A]{\n  def encode(a: A): String\n}\n\nobject RedisArg {\n  def apply[A](implicit ev: RedisArg[A]): ev.type = ev\n\n  implicit val contra : Contravariant[RedisArg] = new Contravariant[RedisArg]{\n    def contramap[A, B](fa: RedisArg[A])(f: B => A): RedisArg[B] = new RedisArg[B] {\n      def encode(a: B): String = fa.encode(f(a))\n    }\n  }\n\n  implicit val string : RedisArg[String] = new RedisArg[String] {\n    def encode(a: String): String = a\n  }\n\n  implicit val int: RedisArg[Int] = new RedisArg[Int] {\n    def encode(a: Int): String = a.toString()\n  }\n\n  implicit val long: RedisArg[Long] = new RedisArg[Long] {\n    def encode(a: Long): String = a.toString()\n  }\n\n  \/\/ Check this later\n  implicit val double: RedisArg[Double] = new RedisArg[Double] {\n    def encode(a: Double): String = \n      if (a.isInfinite() && a > 0) \"+inf\"\n      else if (a.isInfinite() && a < 0) \"-inf\"\n      else a.toString()\n  }\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RespSpec.scala","text":"<filename>core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RespSpec.scala\npackage io.chrisdavenport.rediculous\n\nimport cats.syntax.all._\nimport org.scalacheck.Prop\nimport scodec.bits._\nimport RespArbitraries._\nimport org.scalacheck.Arbitrary\nimport scodec.Attempt.Successful\nimport scodec.Attempt\nimport scodec.Attempt.Failure\n\nclass RespSpec extends munit.ScalaCheckSuite {\n\n  def toBV(s: String): ByteVector = ByteVector.encodeUtf8(s).fold(throw _, identity(_))\n  def toString(bv: ByteVector): String = bv.decodeUtf8.fold(throw _, identity(_))\n\n  def testDecode(init: String, expected: Resp) = {\n    Resp.CodecUtils.codec.decode(ByteVector(init.getBytes()).bits).toOption match {\n      case Some(value) =>\n        assertEquals(value.value, expected)\n        assertEquals(value.remainder.size, 0L)\n      case None => fail(\"Did Not get successful\")\n    }\n  }\n\n  private def flatEncode(s: String): String = s.replace(\"\\r\", \"\\\\r\").replace(\"\\n\", \"\\\\n\")\n\n  test(\"Resp parse a simple-string\") {\n    testDecode(\"+OK\\r\\n\", Resp.SimpleString(\"OK\"))\n  }\n\n  test(\"Resp parse an error\"){\n    val s = \"-Error message\\r\\n\"\n    testDecode(s, Resp.Error(\"Error message\"))\n  }\n\n  test(\"Resp parse an integer\") {\n    val s = \":1000\\r\\n\"\n    testDecode(s, Resp.Integer(1000L))\n  }\n\n  test(\"Resp encode an integer\") {\n    val x = 8971392965300387418L\n    val arr = Resp.CodecUtils.codec.encode(Resp.Integer(x)).toOption.flatMap(b => \n      b.bytes.decodeAscii.toOption\n    )\n    arr match {\n      case Some(value) => \n        assertEquals(value, \":8971392965300387418\\r\\n\")\n      case None => fail(\"Did not encode correct\")\n    }\n  }\n\n  test(\"Resp parse a bulk string\") {\n    val s = \"$6\\r\\nfoobar\\r\\n\"\n    val expected = Resp.BulkString(Some(toBV(\"foobar\")))\n    testDecode(s, expected)\n  }\n\n  test(\"Resp parse an empty bulk string\") {\n    val s = \"$0\\r\\n\\r\\n\"\n    val expected = Resp.BulkString(Some(ByteVector.empty))\n    testDecode(s, expected)\n  }\n\n  test(\"Resp parse a null bulk string\") {\n    val s = \"$-1\\r\\n\"\n    val expected = Resp.BulkString(None)\n    testDecode(s, expected)\n  }\n\n  test(\"Resp parse an empty array\") {\n    val init = \"*0\\r\\n\"\n    val expected = Resp.Array(Some(List.empty))\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse an array of bulk strings\") {\n    val init = \"*2\\r\\n$3\\r\\nfoo\\r\\n$3\\r\\nbar\\r\\n\"\n    val expected = Resp.Array(Some(\n      Resp.BulkString(Some(toBV(\"foo\"))) :: Resp.BulkString(Some(toBV(\"bar\"))) :: Nil\n    ))\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse an array of integers\") {\n    val init = \"*3\\r\\n:1\\r\\n:2\\r\\n:3\\r\\n\"\n    val expected = Resp.Array(Some(\n      List(Resp.Integer(1L), Resp.Integer(2L), Resp.Integer(3L))\n    ))\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse an array of mixed types\") {\n    val init = \"*5\\r\\n:1\\r\\n:2\\r\\n:3\\r\\n:4\\r\\n$6\\r\\nfoobar\\r\\n\"\n    val expected = Resp.Array(Some(\n      List(Resp.Integer(1L), Resp.Integer(2L), Resp.Integer(3L), Resp.Integer(4L), Resp.BulkString(Some(toBV(\"foobar\"))))\n    ))\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse a null array\") {\n    val init = \"*-1\\r\\n\"\n    val expected = Resp.Array(None)\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse empty array\") {\n    val init = \"*0\\r\\n\"\n    val expected = Resp.Array(Some(List.empty))\n    testDecode(init, expected)\n  }\n\n  test(\"Resp parse an array of arrays\") {\n    val init = \"*2\\r\\n*3\\r\\n:1\\r\\n:2\\r\\n:3\\r\\n*2\\r\\n+Foo\\r\\n-Bar\\r\\n\"\n    Resp.CodecUtils.codec.decode(ByteVector(init.getBytes()).bits).toOption match {\n      case Some(value) => \n        val expected: Resp = Resp.Array(Some(\n          List(\n            Resp.Array(Some(List(Resp.Integer(1), Resp.Integer(2), Resp.Integer(3)))),\n            Resp.Array(Some(List(Resp.SimpleString(\"Foo\"), Resp.Error(\"Bar\"))))\n          )\n        ))\n        assertEquals(value.value, expected)\n      case o => fail(s\"Unexpected $o\")\n    }\n  }\n\n\n  property(\"Resp round-trip - BulkString\"){ Prop.forAll{(init: Resp.BulkString) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n  property(\"Resp round-trip - SimpleString\"){ Prop.forAll{(init: Resp.SimpleString) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n  property(\"Resp round-trip - Error\"){ Prop.forAll{(init: Resp.Error) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n  property(\"Resp round-trip - Integer\"){ Prop.forAll{(init: Resp.Integer) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n\n  property(\"Resp round-trip - Array\"){ Prop.forAll{(init: Resp.Array) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n  property(\"Resp round-trip\"){ Prop.forAll{(init: Resp) => \n    Resp.CodecUtils.codec.encode(init).flatMap(Resp.CodecUtils.codec.decode(_)) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }}\n\n  test(\"Round Trip This Specific Array\"){\n    val elem1 = Resp.BulkString(None)\n    val elem3 = Resp.BulkString(Some(ByteVector[Byte](0, 0)))\n    val elem2 =  Resp.SimpleString(\"foo\")\n    val init = Resp.Array(Some(List(elem1, elem2, elem3)))\n    val bv = ByteVector.view(Resp.toStringProtocol(init).getBytes())\n    Resp.CodecUtils.codec.decode(bv.bits) match {\n      case Successful(value) => \n        assertEquals(value.value, init)\n        assertEquals(value.remainder.size, 0L)\n      case Attempt.Failure(err) =>\n        val base = Resp.CodecUtils.codec.encode(init)\n        assert(false, s\"Uh-oh, ${err} - $base\")\n    }\n  }\n\n  \n  \n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RespRaw.scala","text":"package io.chrisdavenport.rediculous\n\nimport fs2.Chunk\nimport cats.data.NonEmptyList\nimport cats.Applicative\nimport scodec.bits.ByteVector\n\nobject RespRaw {\n\n  sealed trait Commands[A]\n  \n\n  object Commands {\n    final case class SingleCommand[A](key: Option[ByteVector], command: NonEmptyList[ByteVector]) extends Commands[A]\n    final case class CompositeCommands[A](commands: Chunk[SingleCommand[_]]) extends Commands[A]\n\n    implicit val rawRespCommandsCtx: RedisCtx[Commands] = new RedisCtx[Commands] {\n      def keyedBV[A: RedisResult](key: ByteVector, command: NonEmptyList[ByteVector]): Commands[A] = \n        SingleCommand(Some(key), command)\n      \n      def unkeyedBV[A: RedisResult](command: NonEmptyList[ByteVector]): Commands[A] = \n        SingleCommand(None, command)\n    }\n    def combine[C](c1: Commands[_], c2: Commands[_]): Commands[C] = (c1, c2) match {\n      case (s1: SingleCommand[_], s2: SingleCommand[_]) => CompositeCommands(Chunk(s1, s2))\n      case (s1: SingleCommand[_], s2: CompositeCommands[_]) => CompositeCommands(Chunk(s1) ++ s2.commands)\n      case (s1: CompositeCommands[_], s2: SingleCommand[_]) => CompositeCommands(s1.commands ++ Chunk(s2))\n      case (s1: CompositeCommands[_], s2: CompositeCommands[_]) => CompositeCommands(s1.commands ++ s2.commands)\n    }\n\n    implicit val applicative: Applicative[Commands] = new Applicative[Commands]{\n      def ap[A, B](ff: Commands[A => B])(fa: Commands[A]): Commands[B] = combine(ff, fa)\n      \n      def pure[A](x: A): Commands[A] = CompositeCommands[A](Chunk.empty)\n      \n    }\n\n\n  }\n  final case class RawPipeline[A](key: Option[ByteVector], commands: Chunk[NonEmptyList[ByteVector]]){\n\n    final def pipeline[F[_]](c: RedisConnection[F])(implicit F: cats.effect.Concurrent[F]): F[Chunk[Resp]] = \n      RedisConnection.runRequestInternal(c)(commands, key)\n    \n  }\n  object RawPipeline {\n\n    implicit val ctx: RedisCtx[RawPipeline] = {\n      new RedisCtx[RawPipeline] {\n        def keyedBV[A: RedisResult](key: ByteVector, command: NonEmptyList[ByteVector]): RawPipeline[A] = \n          RawPipeline(Some(key), Chunk.singleton(command))\n        \n        def unkeyedBV[A: RedisResult](command: NonEmptyList[ByteVector]): RawPipeline[A] = \n          RawPipeline(None, Chunk.singleton(command))\n      }\n    }\n\n    implicit val applicative: Applicative[RawPipeline] = {\n      new Applicative[RawPipeline]{\n        def ap[A, B](ff: RawPipeline[A => B])(fa: RawPipeline[A]): RawPipeline[B] = \n          RawPipeline(ff.key.orElse(fa.key), ff.commands ++ fa.commands)        \n        def pure[A](x: A): RawPipeline[A] = RawPipeline(None, Chunk.empty)\n      }\n    }\n    \n    \n    \n  }\n\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/PipelineExample.scala","text":"import io.chrisdavenport.rediculous._\nimport cats.implicits._\nimport cats.effect._\nimport fs2.io.net._\nimport com.comcast.ip4s._\n\nimport RespRaw.RawPipeline\n\n\/\/ Send a Single Set of Pipelined Commands to the Redis Server\nobject PipelineExample extends IOApp {\n\n  def run(args: List[String]): IO[ExitCode] = {\n    val r = for {\n      \/\/ maxQueued: How many elements before new submissions semantically block. Tradeoff of memory to queue jobs. \n      \/\/ Default 10000 is good for small servers. But can easily take 100,000.\n      \/\/ workers: How many threads will process pipelined messages.\n      connection <- RedisConnection.queued[IO].withHost(host\"localhost\").withPort(port\"6379\").withMaxQueued(maxQueued = 10000).withWorkers(workers = 2).build\n    } yield connection\n\n    r.use {client =>\n      val r = List.fill(500000)((\n        RedisCommands.ping[RawPipeline],\n        RedisCommands.del[RawPipeline](\"foo\"),\n        RedisCommands.get[RawPipeline](\"foo\"),\n        RedisCommands.set[RawPipeline](\"foo\", \"value\"),\n        RedisCommands.get[RawPipeline](\"foo\")\n      ).tupled).sequence\n\n      val multi = r.pipeline[IO](client)\n\n      multi.flatTap(output => IO(println(output.size)))\n\n    }.as(ExitCode.Success)\n\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisError.scala","text":"package io.chrisdavenport.rediculous\n\n\/** Indicates a Error while processing for Rediculous *\/\ntrait RedisError extends RuntimeException {\n\n  \/** Provides a message appropriate for logging. *\/\n  def message: String\n\n  \/* Overridden for sensible logging of the failure *\/\n  final override def getMessage: String = message\n\n  def cause: Option[Throwable]\n\n  final override def getCause: Throwable = cause.orNull\n}\n\nobject RedisError {\n  final case class Generic(message: String) extends RedisError{\n    val cause: Option[Throwable] = None\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RespArbitraries.scala","text":"<reponame>FinFlow-Labs\/rediculous<filename>core\/src\/test\/scala\/io\/chrisdavenport\/rediculous\/RespArbitraries.scala\npackage io.chrisdavenport.rediculous\n\nimport cats.syntax.all._\nimport org.scalacheck._\nimport org.scalacheck.{Gen => G}\nimport scodec.bits._\nimport org.scalacheck.cats.implicits._\n\nobject RespArbitraries {\n\n  implicit val arbitraryByteVector: Arbitrary[ByteVector] = Arbitrary(\n    G.containerOf[Array, Byte](Arbitrary.arbByte.arbitrary).map(\n      array => ByteVector.view(array)\n    )\n  )\n\n\n  implicit val arbitrarySimpleString: Arbitrary[Resp.SimpleString] = Arbitrary(\n    Gen.asciiStr.map(_.replace(\"\\r\", \"\").replace(\"\\n\", \"\")).map(Resp.SimpleString(_))\n  )\n\n  implicit val arbitraryError: Arbitrary[Resp.Error] = Arbitrary(\n    Gen.asciiStr.map(_.replace(\"\\r\", \"\").replace(\"\\n\", \"\")).map(Resp.Error(_))\n  )\n\n  implicit val aribitraryBulkString: Arbitrary[Resp.BulkString] = Arbitrary(\n    Gen.frequency(\n      80 -> arbitraryByteVector.arbitrary.map(bv => Resp.BulkString(Some(bv))),\n      20 -> Gen.const(Resp.BulkString(None))\n    )\n  )\n\n  implicit val arbInteger: Arbitrary[Resp.Integer] = Arbitrary(\n    Gen.posNum[Long].map(l => Resp.Integer(l))\n  )\n\n  val nonList = Gen.oneOf(\n    arbitrarySimpleString.arbitrary.widen[Resp],\n    arbitraryError.arbitrary.widen[Resp],\n    aribitraryBulkString.arbitrary.widen[Resp],\n    arbInteger.arbitrary.widen[Resp],\n  )\n\n  val listGen = Gen.recursive[Resp.Array](arrayGen => \n    Gen.option(Gen.containerOf[List, Resp](nonList)).map(v => Resp.Array(v))\n  )\n\n  \/\/ TODO figure out how to do this without stack overflow\n  implicit lazy val  basicArray: Arbitrary[Resp.Array] = Arbitrary(\n    listGen\n  )\n\n  implicit lazy val resp: Arbitrary[Resp] = Arbitrary(\n    Gen.lzy(\n      Gen.oneOf(\n        arbitrarySimpleString.arbitrary.widen[Resp],\n        arbitraryError.arbitrary.widen[Resp],\n        aribitraryBulkString.arbitrary.widen[Resp],\n        arbInteger.arbitrary.widen[Resp],\n        listGen.widen[Resp]\n      )\n    )\n  )\n\n\n\n\n\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/package.scala","text":"package io.chrisdavenport\n\nimport cats.effect.IO\n\npackage object rediculous {\n  type RedisIO[A] = Redis[IO, A]\n}\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisPipeline.scala","text":"<reponame>FinFlow-Labs\/rediculous\npackage io.chrisdavenport.rediculous\n\nimport cats._\nimport cats.implicits._\nimport cats.data._\nimport cats.effect._\nimport scodec.bits.ByteVector\n\n\/**\n * For When you don't trust automatic pipelining. \n * \n * ClusterMode: Multi Key Operations Will use for the first key\n * provided.\n * \n * [[pipeline]] method converts the Pipeline state to the Redis Monad. This will error\n * if you pipeline and have not actually enterred any redis commands.\n **\/\nfinal case class RedisPipeline[A](value: RedisTransaction.RedisTxState[RedisTransaction.Queued[A]]){\n  def pipeline[F[_]: Concurrent]: Redis[F, A] = RedisPipeline.pipeline[F](this)\n}\n\nobject RedisPipeline {\n\n  implicit val ctx: RedisCtx[RedisPipeline] =  new RedisCtx[RedisPipeline]{\n    def keyedBV[A: RedisResult](key: ByteVector, command: NonEmptyList[ByteVector]): RedisPipeline[A] = \n      RedisPipeline(RedisTransaction.RedisTxState{for {\n        s1 <- State.get[(Int, List[NonEmptyList[ByteVector]], Option[ByteVector])]\n        (i, base, value) = s1\n        _ <- State.set((i + 1, command :: base, value.orElse(Some(key))))\n      } yield RedisTransaction.Queued(l => RedisResult[A].decode(l(i)))})\n\n    def unkeyedBV[A: RedisResult](command: NonEmptyList[ByteVector]): RedisPipeline[A] = RedisPipeline(RedisTransaction.RedisTxState{for {\n      out <- State.get[(Int, List[NonEmptyList[ByteVector]], Option[ByteVector])]\n      (i, base, value) = out\n      _ <- State.set((i + 1, command :: base, value))\n    } yield RedisTransaction.Queued(l => RedisResult[A].decode(l(i)))})\n  }\n\n  implicit val applicative: Applicative[RedisPipeline] = new Applicative[RedisPipeline]{\n    def pure[A](a: A) = RedisPipeline(Monad[RedisTransaction.RedisTxState].pure(Monad[RedisTransaction.Queued].pure(a)))\n\n    override def ap[A, B](ff: RedisPipeline[A => B])(fa: RedisPipeline[A]): RedisPipeline[B] =\n      RedisPipeline(RedisTransaction.RedisTxState(\n        Nested(ff.value.value).ap(Nested(fa.value.value)).value\n      ))\n  }\n\n  val fromTransaction = new (RedisTransaction ~> RedisPipeline){\n    def apply[A](fa: RedisTransaction[A]): RedisPipeline[A] = RedisPipeline(fa.value)\n  }\n\n  val toTransaction = new (RedisPipeline ~> RedisTransaction){\n    def apply[A](fa: RedisPipeline[A]): RedisTransaction[A] = RedisTransaction(fa.value)\n  }\n\n  def pipeline[F[_]] = new SendPipelinePartiallyApplied[F]\n\n\n  class SendPipelinePartiallyApplied[F[_]]{\n    def apply[A](tx: RedisPipeline[A])(implicit F: Concurrent[F]): Redis[F, A] = {\n      Redis(Kleisli{(c: RedisConnection[F]) => \n        val ((_, commandsR, key), RedisTransaction.Queued(f)) = tx.value.value.run((0, List.empty, None)).value\n        val commands = commandsR.reverse.toNel\n        commands.traverse(nelCommands => RedisConnection.runRequestInternal(c)(fs2.Chunk.seq(nelCommands.toList), key) \/\/ We Have to Actually Send A Command\n          .flatMap{nel => \n            val l  = nel.toList\n            val c = fs2.Chunk.seq(l)\n            val resp = f(c)\n            RedisConnection.closeReturn[F, A](resp)}\n        ).flatMap{\n          case Some(a) => a.pure[F]\n          case None => F.raiseError(RedisError.Generic(\"Rediculous: Attempted to Pipeline Empty Command\"))\n        }\n      })\n    }\n  }\n\n}\n"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"examples\/src\/main\/scala\/PubSubExample.scala","text":"import io.chrisdavenport.rediculous._\nimport cats.implicits._\nimport cats.data._\nimport cats.effect._\nimport fs2.io.net._\nimport com.comcast.ip4s._\nimport io.chrisdavenport.rediculous.cluster.ClusterCommands\nimport scala.concurrent.duration._\n\n\/**\n * Test App For Development Purposes\n **\/\nobject PubSubExample extends IOApp {\n  val all = \"__keyspace*__:*\"\n  val foo = \"foo\"\n\n  def run(args: List[String]): IO[ExitCode] = {\n    RedisConnection.queued[IO].withHost(host\"localhost\").withPort(port\"6379\").withMaxQueued(10000).withWorkers(workers = 1).build.flatMap{\n      connection => \n        RedisPubSub.fromConnection(connection, 4096)\n    }.use{ alg => \n        alg.nonMessages({r => IO.println(s\"other: $r\")}) >>\n        alg.unhandledMessages({r => IO.println(s\"unhandled: $r\")}) >>\n        alg.psubscribe(all, {r => IO.println(\"p: \" + r.toString())}) >>\n        alg.subscribe(foo, {r  => IO.println(\"s: \" + r.toString())}) >> {\n          (\n            alg.runMessages,\n            Temporal[IO].sleep(10.seconds) >> \n            alg.subscriptions.flatTap(IO.println(_)) >> \n            alg.psubscriptions.flatTap(IO.println(_))\n          ).parMapN{ case (_, _) => ()} \n        }\n    }.as(ExitCode.Success)\n    \n  }\n\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/implicits.scala","text":"package io.chrisdavenport.rediculous\n\nobject implicits {\n  implicit class RedisArgOps[A](a: A)(implicit R: RedisArg[A]){\n    def encode: String = R.encode(a)\n  }\n\n  implicit class RedisResultOps(resp: Resp){\n    def decode[A: RedisResult]: Either[Resp, A] = RedisResult[A].decode(resp)\n  }\n}"}
{"repo_name":"FinFlow-Labs\/rediculous","path":"core\/src\/main\/scala\/io\/chrisdavenport\/rediculous\/RedisResult.scala","text":"package io.chrisdavenport.rediculous\n\nimport cats._\nimport cats.implicits._\nimport scodec.bits.ByteVector\n\ntrait RedisResult[+A]{\n  def decode(resp: Resp): Either[Resp, A]\n}\nobject RedisResult extends RedisResultLowPriority{\n  def apply[A](implicit ev: RedisResult[A]): ev.type = ev\n\n  implicit val functor: Functor[RedisResult] = new Functor[RedisResult]{\n    def map[A, B](fa: RedisResult[A])(f: A => B): RedisResult[B] = new RedisResult[B] {\n      def decode(resp: Resp): Either[Resp,B] = fa.decode(resp).map(f)\n    }\n  }\n  \n  implicit val resp: RedisResult[Resp] = new RedisResult[Resp]{\n    def decode(resp: Resp): Either[Resp,Resp] = Right(resp)\n  }\n\n  implicit val string : RedisResult[String] = new RedisResult[String]{\n    def decode(resp: Resp): Either[Resp,String] = resp match {\n      case Resp.SimpleString(value) => value.asRight\n      case Resp.BulkString(Some(value)) => value.decodeUtf8.leftMap(_ => resp)\n      case otherwise => otherwise.asLeft\n    }\n  }\n\n  implicit val bytevector: RedisResult[ByteVector] = new RedisResult[ByteVector] {\n    def decode(resp: Resp): Either[Resp,ByteVector] = resp match {\n      case Resp.BulkString(Some(value)) => value.asRight\n      case otherwise => otherwise.asLeft\n    }\n  }\n\n  implicit def option[A: RedisResult]: RedisResult[Option[A]] = new RedisResult[Option[A]] {\n    def decode(resp: Resp): Either[Resp,Option[A]] = resp match {\n      case Resp.BulkString(None) => None.asRight\n      case Resp.Array(None) => None.asRight\n      case otherwise => RedisResult[A].decode(otherwise).map(_.some)\n    }\n  }\n\n  implicit val status: RedisResult[RedisProtocol.Status] = new RedisResult[RedisProtocol.Status] {\n    def decode(resp: Resp): Either[Resp,RedisProtocol.Status] = resp match {\n      case Resp.SimpleString(value) => Either.right(value match {\n        case \"OK\" => RedisProtocol.Status.Ok\n        case \"PONG\" => RedisProtocol.Status.Pong\n        case otherwise => RedisProtocol.Status.Status(otherwise)\n      })\n      case otherwise => Left(otherwise)\n    }\n  }\n\n  implicit val redisType: RedisResult[RedisProtocol.RedisType] = new RedisResult[RedisProtocol.RedisType] {\n    def decode(resp: Resp): Either[Resp,RedisProtocol.RedisType] = resp match {\n      case Resp.SimpleString(value) => Either.right(value match {\n        case \"none\" => RedisProtocol.RedisType.None\n        case \"string\" => RedisProtocol.RedisType.String\n        case \"hash\" => RedisProtocol.RedisType.Hash\n        case \"list\" => RedisProtocol.RedisType.List\n        case \"set\" => RedisProtocol.RedisType.Set\n        case \"zset\" => RedisProtocol.RedisType.ZSet\n        case _ => throw RedisError.Generic(s\"Rediculous: Unhandled red type: $value\")\n      })\n      case r => Left(r)\n    }\n  }\n  \n  implicit val bool: RedisResult[Boolean] = new RedisResult[Boolean] {\n    def decode(resp: Resp): Either[Resp,Boolean] = resp match {\n      case Resp.Integer(1) => Right(true)\n      case Resp.Integer(0) => Right(false)\n      case Resp.BulkString(None) => Right(false) \/\/ Lua boolean false\n      case r => Left(r)\n    }\n  }\n\n  implicit val long: RedisResult[Long] = new RedisResult[Long] {\n    def decode(resp: Resp): Either[Resp,Long] = resp match {\n      case Resp.Integer(l) => Right(l)\n      case other => RedisResult[String].decode(other)\n        .flatMap(s => Either.catchNonFatal(s.toLong).leftMap(_ => resp))\n    }\n  }\n\n  \/\/ Increment\n  implicit val double: RedisResult[Double] = new RedisResult[Double] {\n    def decode(resp: Resp): Either[Resp,Double] = RedisResult[String].decode(resp)\n      .flatMap(s => Either.catchNonFatal(s.toDouble).leftMap(_ => resp))\n  }\n\n  implicit val int: RedisResult[Int] = long.map(_.toInt) \/\/ Integers are longs in redis, use at your own risk.\n\n  implicit def tuple[A: RedisResult, B: RedisResult]: RedisResult[(A, B)] = new RedisResult[(A, B)] {\n    def decode(resp: Resp): Either[Resp,(A, B)] = resp match {\n      case Resp.Array(Some(x ::y :: Nil)) => (RedisResult[A].decode(x), RedisResult[B].decode(y)).tupled\n      case otherwise => Left(otherwise)\n    }\n  }\n\n  implicit def kv[K: RedisResult, V: RedisResult]: RedisResult[List[(K, V)]] = \n    new RedisResult[List[(K, V)]] {\n      def decode(resp: Resp): Either[Resp,List[(K, V)]] = {\n        def pairs(l: List[Resp]): Either[Resp, List[(K, V)]] = l match {\n          case Nil => Nil.asRight\n          case _ :: Nil => Left(resp)\n          case x1 :: x2 :: xs => for {\n            k <- RedisResult[K].decode(x1)\n            v <- RedisResult[V].decode(x2)\n            kvs <- pairs(xs)\n          } yield (k, v) :: kvs\n        }\n        resp match {\n          case Resp.Array(Some(rs)) => pairs(rs)\n          case otherwise => Left(otherwise)\n        }\n      }\n    }\n\n}\n\nprivate[rediculous] trait RedisResultLowPriority {\n\n  implicit def list[A: RedisResult]: RedisResult[List[A]] = new RedisResult[List[A]] {\n    def decode(resp: Resp): Either[Resp,List[A]] = resp match {\n      case Resp.Array(Some(x)) => x.traverse(RedisResult[A].decode)\n      case other => Left(other)\n    }\n  }\n}\n"}
{"repo_name":"HeartSaVioR\/spark-sql-kafka-offset-committer","path":"version.sbt","text":"version in ThisBuild := \"0.4.1-spark-3.0-SNAPSHOT\"\n"}
{"repo_name":"keirlawson\/ciris-aws-ssm","path":"src\/main\/scala\/ciris\/aws\/ssm\/Param.scala","text":"package ciris.aws.ssm\n\nimport ciris.{ConfigKey, ConfigValue}\nimport software.amazon.awssdk.services.ssm.SsmClient\nimport software.amazon.awssdk.services.ssm.model.{GetParameterRequest, ParameterNotFoundException}\n\nsealed abstract class Param[F[_]] {\n  def apply(key: String): ConfigValue[F, String]\n}\n\nprivate[ssm] final object Param {\n  final def apply[F[_]](client: SsmClient): Param[F] =\n    new Param[F] {\n      override final def apply(key: String): ConfigValue[F, String] =\n        ConfigValue.blocking {\n          ConfigValue.suspend {\n            val configKey =\n              ConfigKey(s\"parameter $key from AWS SSM\")\n\n            try {\n              val result =\n                client.getParameter {\n                  GetParameterRequest\n                    .builder()\n                    .withDecryption(true)\n                    .name(key)\n                    .build()\n                }\n\n              val loaded =\n                for {\n                  parameter <- Option(result.parameter())\n                  value <- Option(parameter.value)\n                } yield ConfigValue.loaded(configKey, value)\n\n              loaded.getOrElse(ConfigValue.missing(configKey))\n            } catch {\n              case _: ParameterNotFoundException =>\n                ConfigValue.missing(configKey)\n            }\n          }\n        }\n    }\n}\n"}
{"repo_name":"keirlawson\/ciris-aws-ssm","path":"src\/main\/scala\/ciris\/aws\/ssm\/package.scala","text":"package ciris.aws\n\nimport cats.effect.kernel.{Resource, Sync}\nimport ciris.ConfigValue\nimport software.amazon.awssdk.auth.credentials.{AwsCredentialsProvider, DefaultCredentialsProvider}\nimport software.amazon.awssdk.regions.Region\nimport software.amazon.awssdk.services.ssm.SsmClient\n\npackage object ssm {\n  def params[F[_]: Sync](region: Region\n  ): ConfigValue[F, Param[F]] =\n    params(region, DefaultCredentialsProvider.create())\n\n  def params[F[_]: Sync](\n    region: Region,\n    credentials: AwsCredentialsProvider\n  ): ConfigValue[F, Param[F]] =\n    ConfigValue.resource {\n      Resource\n        .fromAutoCloseable[F, SsmClient] {\n          Sync[F].delay {\n            SsmClient\n              .builder()\n              .region(region)\n              .credentialsProvider(credentials)\n              .build()\n\n          }\n        }\n        .map(client => ConfigValue.default(Param[F](client)))\n    }\n}\n"}
{"repo_name":"keirlawson\/ciris-aws-ssm","path":"build.sbt","text":"<filename>build.sbt\nval catsEffectVersion = \"3.1.1\"\nlazy val root = (project in file(\".\"))\n  .settings(publishOptions)\n  .settings(\n    name := \"ciris-aws-ssm\",\n    organization := \"com.ovoenergy\",\n    licenses += (\"MIT\", url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n    scalaVersion := \"2.13.1\",\n    crossScalaVersions := Seq(scalaVersion.value, \"2.12.10\"),\n    libraryDependencies ++= Seq(\n      \"is.cir\" %% \"ciris\" % \"2.0.1\",\n      \"software.amazon.awssdk\" % \"ssm\" % \"2.16.82\",\n      \"org.typelevel\" %% \"cats-effect\"        % catsEffectVersion\n    ),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/ovotech\/ciris-aws-ssm\"),\n        \"scm:git:git@github.com:ovotech\/ciris-aws-ssm.git\"\n      )\n    )\n  )\n\nlazy val publishOptions = Seq(\n  publishTo := Some(\n    \"Kaluza artifactory maven public\" at \"https:\/\/kaluza.jfrog.io\/artifactory\/maven\"\n  )\n)\n"}
{"repo_name":"ritschwumm\/xsbt-asset","path":"build.sbt","text":"Global \/ onChangedBuildSource := ReloadOnSourceChanges\n\nThisBuild \/ versionScheme := Some(\"early-semver\")\n\nsbtPlugin\t\t:= true\n\nname\t\t\t:= \"xsbt-asset\"\norganization\t:= \"de.djini\"\nversion\t\t\t:= \"1.6.0\"\n\nscalacOptions\t++= Seq(\n\t\"-feature\",\n\t\"-deprecation\",\n\t\"-unchecked\",\n\t\"-Xfatal-warnings\",\n)\n\nconflictManager\t:= ConflictManager.strict withOrganization \"^(?!(org\\\\.scala-lang|org\\\\.scala-js|org\\\\.scala-sbt)(\\\\..*)?)$\"\naddSbtPlugin(\"de.djini\" % \"xsbt-util\"\t\t% \"1.6.0\")\n"}
{"repo_name":"ritschwumm\/xsbt-asset","path":"src\/main\/scala\/package.scala","text":"import xsbtUtil.types._\n\npackage object xsbtAsset {\n\ttype AssetProcessor\t= Seq[PathMapping]=>Seq[PathMapping]\n}\n"}
{"repo_name":"ritschwumm\/xsbt-asset","path":"src\/main\/scala\/AssetProcessors.scala","text":"package xsbtAsset\n\nimport sbt._\n\nimport xsbtUtil.types._\nimport xsbtUtil.{ util => xu }\n\n\/\/ TODO should be AssetProcessor, but that leads to an sbt bug (?)\n\/\/ where compilation fails for an access to the autoImported\n\/\/ val AssetProcessor's dirless field at first, and then works\n\/\/ after retrying\nobject AssetProcessors {\n\tdef selective(filter:FileFilter)(delegate:AssetProcessor):AssetProcessor\t=\n\t\tinput => {\n\t\t\tval (accept, reject)\t= input partition (xu.pathMapping.getFile andThen filter.accept)\n\t\t\tdelegate(accept) ++ reject\n\t\t}\n\n\tdef filtering(filter:FileFilter):AssetProcessor\t=\n\t\t_ filter (xu.pathMapping.getFile andThen filter.accept)\n\n\tval dirless:AssetProcessor\t=\n\t\tfiltering(-DirectoryFilter)\n\n\tval empty:AssetProcessor\t=\n\t\tidentity\n}\n"}
{"repo_name":"ritschwumm\/xsbt-asset","path":"src\/main\/scala\/AssetPlugin.scala","text":"package xsbtAsset\n\nimport sbt._\nimport Keys.TaskStreams\n\nimport xsbtUtil.types._\nimport xsbtUtil.{ util => xu }\n\nobject Import {\n\ttype AssetProcessor\t\t= xsbtAsset.AssetProcessor\n\tval AssetProcessor\t\t= xsbtAsset.AssetProcessors\n\n\tval asset\t\t\t\t= taskKey[Seq[PathMapping]](\"complete build, returns the created processed assets\")\n\tval assetProcessors\t\t= taskKey[Seq[AssetProcessor]](\"processors applied to staged assets\")\n\t\/\/val assetPipeline\t\t= settingKey[Seq[TaskKey[AssetProcessor]]](\"pipeline applied to staged assets\")\n\n\tval assetStage\t\t\t= taskKey[Seq[PathMapping]](\"stage assets for processing\")\n\n\tval assetSourceDir\t\t= settingKey[File](\"directory with assets\")\n\tval assetSourceFiles\t= taskKey[Traversable[PathMapping]](\"asset files\")\n\n\tval assetExplode\t\t= taskKey[Seq[PathMapping]](\"explode libraries for processing\")\n\tval assetDependencies\t= taskKey[Seq[File]](\"additional content libraries as dependencies\")\n\tval assetExplodeDir\t\t= settingKey[File](\"a place to unpack dependencies\")\n\n\tval assetResourcePrefix\t= settingKey[Option[String]](\"whether and where to put assets in managed resources\")\n\tval assetResourceDir\t= settingKey[File](\"additional managed resource dir\")\n}\n\nobject AssetPlugin extends AutoPlugin {\n\tval Asset\t\t= config(\"asset\").hide\n\n\t\/\/------------------------------------------------------------------------------\n\t\/\/## exports\n\n\tlazy val autoImport\t= Import\n\timport autoImport._\n\n\toverride val requires:Plugins\t\t= plugins.JvmPlugin\n\n\toverride val trigger:PluginTrigger\t= noTrigger\n\n\toverride lazy val projectConfigurations:Seq[Configuration]\t=\n\t\tVector(\n\t\t\tAsset\n\t\t)\n\n\toverride lazy val projectSettings:Seq[Def.Setting[_]]\t=\n\t\tVector(\n\t\t\tasset\t\t\t\t:= (assetProcessors.value foldLeft assetStage.value) { (inputs, processor) => processor(inputs) },\n\t\t\tassetProcessors\t\t:= Vector.empty,\n\t\t\t\/\/assetProcessors\t\t:= (xu.task chain assetPipeline).value,\n\t\t\t\/\/assetPipeline\t\t:= Vector.empty,\n\n\t\t\tassetStage\t\t\t:= assetExplode.value ++ assetSourceFiles.value.toVector,\n\n\t\t\tassetSourceDir\t\t:= (Compile \/ Keys.sourceDirectory).value \/ \"asset\",\n\t\t\tassetSourceFiles\t:= xu.find allMapped assetSourceDir.value,\n\n\t\t\tassetExplode\t\t:=\n\t\t\t\texplodeTask(\n\t\t\t\t\tstreams\t\t\t= Keys.streams.value,\n\t\t\t\t\tdependencies\t= assetDependencies.value,\n\t\t\t\t\texplodeDir\t\t= assetExplodeDir.value\n\t\t\t\t),\n\t\t\tassetDependencies\t:= Keys.update.value select configurationFilter(name = Asset.name),\n\t\t\tassetExplodeDir\t\t:= Keys.target.value \/ \"asset\" \/ \"explode\",\n\n\t\t\tassetResourcePrefix\t:= None,\n\t\t\tassetResourceDir\t:= Keys.target.value \/ \"asset\" \/ \"resource\",\n\t\t\t(Compile \/ Keys.resourceGenerators)\t+=\n\t\t\t\t(Def.task {\n\t\t\t\t\tresourceTask(\n\t\t\t\t\t\tstreams\t\t\t= Keys.streams.value,\n\t\t\t\t\t\tresourceDir\t\t= assetResourceDir.value,\n\t\t\t\t\t\tresourcePrefix\t= assetResourcePrefix.value,\n\t\t\t\t\t\tassets\t\t\t= asset.value\n\t\t\t\t\t)\n\t\t\t\t})\n\t\t\t\t.taskValue,\n\t\t\t\/\/ can't just go into resourceManaged or it would be flattened\n\t\t\t(Compile \/ Keys.managedResourceDirectories)\t+= assetResourceDir.value,\n\n\t\t\t\/\/ Keys.ivyConfigurations\t+= Asset,\n\t\t\tKeys.watchSources\t:= Keys.watchSources.value :+ Watched.WatchSource(assetSourceDir.value)\n\t\t)\n\n\t\/\/------------------------------------------------------------------------------\n\t\/\/## tasks\n\n\t\/** explode dependencies *\/\n\tprivate def explodeTask(\n\t\tstreams:TaskStreams,\n\t\tdependencies:Traversable[File],\n\t\texplodeDir:File\n\t):Seq[PathMapping]\t= {\n\t\tstreams.log info s\"extracting ${dependencies.size} asset libraries to ${explodeDir}\"\n\t\tval exploded\t=\n\t\t\tdependencies.toVector flatMap { dependency\t=>\n\t\t\t\tval out\t= explodeDir \/ dependency.getName\n\t\t\t\tIO unzip (dependency, out, -xu.filter.JarManifestFilter)\n\t\t\t\txu.find allMapped out\n\t\t\t}\n\n\t\tstreams.log info s\"cleaning up ${explodeDir}\"\n\t\tval explodedFiles\t= (exploded map { xu.pathMapping.getFile }).toSet\n\t\txu.file cleanupDir (explodeDir, explodedFiles)\n\t\texploded\n\t}\n\n\t\/** copy assets into the classpath *\/\n\tprivate def resourceTask(\n\t\tstreams:TaskStreams,\n\t\tresourceDir:File,\n\t\tresourcePrefix:Option[String],\n\t\tassets:Seq[PathMapping]\n\t):Seq[File]\t= {\n\t\tresourcePrefix match {\n\t\t\tcase Some(relative)\t=>\n\t\t\t\tval pubDir\t= resourceDir \/ relative\n\t\t\t\tstreams.log info s\"copying assets to ${pubDir}\"\n\n\t\t\t\tval assetsCopied\t= xu.file mirror (pubDir, assets)\n\t\t\t\t(assetsCopied map xu.fileMapping.getTarget).toVector\n\t\t\tcase None\t=>\n\t\t\t\tVector.empty\n\t\t}\n\t}\n}\n"}
{"repo_name":"ispras\/pu4spark","path":"src\/main\/scala\/ru\/ispras\/pu4spark\/TwoStepPULearner.scala","text":"package ru.ispras.pu4spark\n\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.attribute.NominalAttribute\nimport org.apache.spark.ml.classification.{ProbabilisticClassificationModel, ProbabilisticClassifier}\nimport org.apache.spark.ml.feature.VectorIndexer\nimport org.apache.spark.mllib.linalg.Vector\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions.{col, udf, when}\nimport org.apache.spark.sql.types.DoubleType\n\n\/**\n  * Performs PU learning in a 2-step manner:\n  * on the first step, choose between all unlabeled examples those are negative with high probability\n  * (so called, reliable negatives),\n  * so that at the second step use them along with positive examples for training binary classifier.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nabstract class TwoStepPULearner[\n  E <: ProbabilisticClassifier[Vector, E, M],\n  M <: ProbabilisticClassificationModel[Vector, M]](\n    classifier: ProbabilisticClassifier[Vector, E, M]) extends PositiveUnlabeledLearner {\n\n  \/**\n    * Extracts probability instead of binary prediction\n    *\/\n  val getPOne = udf((v: Vector) => v(1))\n\n  \/**\n    * Train binary classifier by considering all unlabeled data as negative data,\n    * then apply it to all unlabeled data in order to have some measure of reliability of these negatives.\n    *\n    * @param df                 dataframe to work with\n    * @param labelColumnName    name for column containing positive or unlabeled label\n    * @param featuresColumnName name for column containing features as a vector (e.g. after VectorAssembler)\n    * @param finalLabel         name for column that will contain required measure of reliability of these negatives\n    * @return updated dataframe with finalLabel column\n    *\/\n  def zeroStep(df: DataFrame, labelColumnName: String, featuresColumnName: String, finalLabel: String): DataFrame = {\n    val dfWithMeta = indexLabelColumn(df, labelColumnName, ProbabilisticClassifierConfig.labelName, Seq(\"0\", \"1\"))\n\n    \/\/scaler seems to not improve results\n    \/\/StandardScaler with mean scaling requires DenseVectors, while VectorAssembler can return only SparseVectors\n    \/\/    val scaler = new MinMaxScaler().setInputCol(srcFeaturesName).setOutputCol(scaledFeaturesName)\n\n    \/\/ RF requires that (from Spark example, 'Automatically identify categorical features, and index them')\n    val featureIndexer = new VectorIndexer()\n      .setInputCol(featuresColumnName)\n      .setOutputCol(ProbabilisticClassifierConfig.featuresName)\n      .setMaxCategories(4)  \/\/features with > 4 distinct values are treated as continuous.\n\n    val pipeline = new Pipeline().setStages(Array(featureIndexer))\n    val preparedDf = pipeline.fit(dfWithMeta).transform(dfWithMeta)\n\n    val model: M = classifier.fit(preparedDf)\n    val predictions: DataFrame = model.transform(preparedDf)\n    val res = predictions.withColumn(finalLabel, getPOne(predictions(\"probability\")))\n    res\n  }\n\n  \/**\n    * Adds meta-information to label column and casts it to DoubleType, so that it can be used for training.\n    * StringIndexer can't be used, because it assigns index based on labels frequency.\n    *\n    *\n    * @param df        dataframe to index label\n    * @param inputCol  name of column with original label\n    * @param outputCol name of column with indexed label\n    * @param values    labels to support\n    * @return dataframe with indexed label\n    *\/\n  def indexLabelColumn(df: DataFrame, inputCol: String, outputCol: String, values: Seq[String]): DataFrame = {\n    val meta = NominalAttribute\n      .defaultAttr\n      .withName(inputCol)\n      .withValues(values.head, values.tail: _*)\n      .toMetadata\n\n    df.withColumn(outputCol, col(inputCol).as(outputCol, meta).cast(DoubleType))\n  }\n\n  \/**\n    * Replaces one value in column by another and renames this column.\n    * It is used to change labels from zero to special value indicating undefined.\n    *\n    * @param df            dataframe to replace value\n    * @param origColName   name of column with original label\n    * @param newColName    name of column with replaced label\n    * @param value2replace value from that column that should be used instead of existing value\n    *                      (i.e. if the value differs from value2keep, than it would be replaced by value2replace\n    * @param value2keep    value that should be kept\n    * @return dataframe with replaced values\n    *\/\n  def replaceZerosByUndefLabel(df: DataFrame,\n                               origColName: String,\n                               newColName: String,\n                               value2replace: Double,\n                               value2keep: Double = 1): DataFrame = {\n    df.withColumn(newColName,\n      when(col(origColName).equalTo(value2keep), value2keep).otherwise(value2replace))\n      .drop(origColName)\n  }\n}\n"}
{"repo_name":"ispras\/pu4spark","path":"src\/main\/scala\/ru\/ispras\/pu4spark\/TraditionalPULearner.scala","text":"package ru.ispras.pu4spark\n\nimport org.apache.logging.log4j.LogManager\nimport org.apache.spark.ml.classification.{LogisticRegressionModel, ProbabilisticClassificationModel, ProbabilisticClassifier}\nimport org.apache.spark.mllib.linalg.Vector\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions._\n\n\/**\n  * Original Positive-Unlabeled learning algorithm; firstly proposed in\n  *  <NAME>., <NAME>., <NAME>., <NAME>., & <NAME>. (2002).\n  *  Partially supervised classification of text documents.\n  *  In ICML 2002, Proceedings of the nineteenth international conference on machine learning. (pp. 387\u2013394). <br>\n  *\n  * Pseudocode was taken from:\n  *  <NAME>., <NAME>., <NAME>., & <NAME>. (2015).\n  *  Detecting positive and negative deceptive opinions using PU-learning.\n  *  Information Processing & Management, 51(4), 433-443.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass TraditionalPULearner[\n    E <: ProbabilisticClassifier[Vector, E, M],\n    M <: ProbabilisticClassificationModel[Vector, M]](\n        relNegThreshold: Double,\n        maxIters: Int,\n        classifier: ProbabilisticClassifier[Vector, E, M]) extends TwoStepPULearner[E,M](classifier) {\n  val log = LogManager.getLogger(getClass)\n\n  override def weight(df: DataFrame, labelColumnName: String, featuresColumnName: String, finalLabel: String): DataFrame = {\n    val oneStepPUDF: DataFrame = zeroStep(df, labelColumnName, featuresColumnName, finalLabel)\n      .drop(\"probability\").drop(\"prediction\").drop(\"rawPrediction\").drop(ProbabilisticClassifierConfig.labelName)\n\n    val confAdder = new RelNegConfidenceThresholdAdder(relNegThreshold)\n\n    val prevLabel = \"prevLabel\"\n    val curLabel = \"curLabel\"\n\n    \/\/ replace all zeros with labels for undefined\n    var curDF = replaceZerosByUndefLabel(oneStepPUDF, labelColumnName, prevLabel, TraditionalPULearner.undefLabel)\n\n    for (i <- 1 to maxIters) {\n      \/\/replace weights by binary column for further learning (induce labels for curLabDF)\n      val curLabelColumn = confAdder.binarizeUDF(curDF(finalLabel), curDF(prevLabel))\n\n      curDF = curDF.withColumn(curLabel, curLabelColumn).cache()\n      val newRelNegCount = curDF\n        \/\/unlabeled in previous iterations && negative in current iteration\n        .filter(curDF(prevLabel) === TraditionalPULearner.undefLabel && curDF(curLabel) === TraditionalPULearner.relNegLabel)\n        .count()\n\n      log.debug(s\"newRelNegCount: $newRelNegCount\")\n      if (newRelNegCount == 0) {\n        return curDF\n      }\n\n      \/\/learn new classifier\n      val curLabDF = curDF.filter(curDF(curLabel) !== TraditionalPULearner.undefLabel) \/\/keep only positives and relnegs\n\n      val newPreparedDf = indexLabelColumn(curLabDF, curLabel, ProbabilisticClassifierConfig.labelName,\n        Seq(TraditionalPULearner.relNegLabel.toString, \"1.0\"))\n\n      val model = classifier.fit(newPreparedDf)\n\n\/\/      log.debug(s\"Coefficients: ${model.asInstanceOf[LogisticRegressionModel].coefficients} \" +\n\/\/        s\"Intercept: ${model.asInstanceOf[LogisticRegressionModel].intercept}\")\n\n      \/\/apply classifier to still unlabeled data\n      val labUnlabDF = model.transform(curDF)\n      curDF = labUnlabDF.withColumn(finalLabel, getPOne(labUnlabDF(\"probability\")))\n        .drop(\"probability\").drop(\"prediction\").drop(\"rawPrediction\").drop(ProbabilisticClassifierConfig.labelName)\n      curDF = curDF.drop(prevLabel)\n        .withColumnRenamed(curLabel, prevLabel)\n    }\n    curDF\n  }\n}\n\nprivate class RelNegConfidenceThresholdAdder(threshold: Double) extends Serializable {\n  def binarize(probPred: Double, prevLabel: Int): Int = if (prevLabel == TraditionalPULearner.undefLabel) { \/\/ unlabeled\n    if (probPred < threshold) {\n      TraditionalPULearner.relNegLabel\n    } else {\n      TraditionalPULearner.undefLabel\n    }\n  } else {\n    prevLabel \/\/ keep as it was (positive or reliable negatives, i.e. 1 or 0)\n  }\n\n  val binarizeUDF = udf(binarize(_: Double, _: Int))\n}\n\nobject TraditionalPULearner {\n  val relNegLabel = 0\n  val undefLabel = -1\n}\n\ncase class TraditionalPULearnerConfig(relNegThreshold: Double = 0.5,\n                                      maxIters: Int = 1,\n                                      classifierConfig: ProbabilisticClassifierConfig = LogisticRegressionConfig()\n                                     ) extends PositiveUnlabeledLearnerConfig {\n  override def build(): PositiveUnlabeledLearner = {\n    classifierConfig match {\n      case lrc: LogisticRegressionConfig => new TraditionalPULearner(relNegThreshold, maxIters, lrc.build())\n      case rfc: RandomForestConfig => new TraditionalPULearner(relNegThreshold, maxIters, rfc.build())\n    }\n  }\n}\n"}
{"repo_name":"ispras\/pu4spark","path":"src\/main\/scala\/ru\/ispras\/pu4spark\/PositiveUnlabeledLearner.scala","text":"<reponame>ispras\/pu4spark\npackage ru.ispras.pu4spark\n\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Performs positive unlabeled (PU) learning, i.e. training a binary classifier in a semi-supervised way\n  * from only positive and unlabeled examples\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\ntrait PositiveUnlabeledLearner {\n\n  \/**\n    * Updates dataframe by applying positive-unlabeled learning (append column with result of classification).\n    *\n    * @param df dataframe containing, among others, column with labels and features to be used in PU-learning\n    * @param labelColumnName name for column containing 1 - positives and 0 - unlabeled marks for each instance\n    * @param featuresColumnName name for 1 column containing features array (e.g. after VectorAssembler)\n    * @param finalLabel name for column containing labels of final classification (1 for positive and -1 for negatives)\n    * @return dataframe with new column corresponding to final classification\n    *\/\n  def weight(df: DataFrame,\n             labelColumnName: String = \"featuresCol\",\n             featuresColumnName: String = \"labelCol\",\n             finalLabel: String = \"finalLabel\"): DataFrame\n}\n\n\/**\n  * Subclasses should be case classes in order to be easily serializable (e.g. to JSON)\n  *\/\ntrait PositiveUnlabeledLearnerConfig {\n  def build(): PositiveUnlabeledLearner\n}\n\n\/**\n  * Needed for serialization by json4s (should be passed to org.json4s.ShortTypeHints)\n  *\/\nobject PositiveUnlabeledLearnerConfig {\n  val subclasses = List(classOf[TraditionalPULearnerConfig], classOf[GradualReductionPULearnerConfig])\n}\n"}
{"repo_name":"ispras\/pu4spark","path":"src\/main\/scala\/ru\/ispras\/pu4spark\/GradualReductionPULearner.scala","text":"<gh_stars>10-100\npackage ru.ispras.pu4spark\n\nimport org.apache.logging.log4j.LogManager\nimport org.apache.spark.ml.classification.{ProbabilisticClassificationModel, ProbabilisticClassifier}\nimport org.apache.spark.mllib.linalg.Vector\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions._\n\n\/**\n  * Modified Positive-Unlabeled learning algorithm; main idea is to gradually refine set of positive examples<br>\n  *\n  * Pseudocode was taken from:\n  *  <NAME>., <NAME>., <NAME>., & <NAME>. (2015).\n  *  Detecting positive and negative deceptive opinions using PU-learning.\n  *  Information Processing & Management, 51(4), 433-443.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass GradualReductionPULearner[\n    E <: ProbabilisticClassifier[Vector, E, M],\n    M <: ProbabilisticClassificationModel[Vector, M]](\n        relNegThreshold: Double,\n        classifier: ProbabilisticClassifier[Vector, E, M]) extends TwoStepPULearner[E,M](classifier) {\n\n  val log = LogManager.getLogger(getClass)\n\n  override def weight(df: DataFrame, labelColumnName: String, featuresColumnName: String, finalLabel: String): DataFrame = {\n    val oneStepPUDF: DataFrame = zeroStep(df, labelColumnName, featuresColumnName, finalLabel)\n      .drop(\"probability\").drop(\"prediction\").drop(\"rawPrediction\").drop(ProbabilisticClassifierConfig.labelName)\n\n    val prevLabel = \"prevLabel\"\n    val curLabel = \"curLabel\"\n    var curDF = replaceZerosByUndefLabel(oneStepPUDF, labelColumnName, prevLabel, GradualReductionPULearner.undefLabel)\n\n    val confAdder = new GradRelNegConfidenceThresholdAdder(relNegThreshold, GradualReductionPULearner.undefLabel)\n\n    \/\/replace weights by binary column for further learning (induce labels for curLabDF)\n    val curLabelColumn = confAdder.binarizeUDF(curDF(finalLabel), curDF(prevLabel))\n\n    curDF = curDF.withColumn(curLabel, curLabelColumn).cache()\n    var newRelNegCount = curDF\n      \/\/unlabeled in previous iterations && negative in current iteration\n      .filter(curDF(prevLabel) === GradualReductionPULearner.undefLabel && curDF(curLabel) === GradualReductionPULearner.relNegLabel)\n      .count()\n\n    log.debug(s\"newRelNegCount: $newRelNegCount\")\n    var prevNewRelNegCount = newRelNegCount\n    val totalPosCount = curDF.filter(curDF(curLabel) === GradualReductionPULearner.posLabel).count()\n    var totalRelNegCount = curDF.filter(curDF(curLabel) === GradualReductionPULearner.relNegLabel).count()\n\n    var prevGain = Long.MaxValue\n    var curGain = newRelNegCount\n\n    do {\n      \/\/learn new classifier\n      val curLabDF = curDF.filter(curDF(curLabel) !== GradualReductionPULearner.undefLabel)\n\n      val newPreparedDf = indexLabelColumn(curLabDF, curLabel, ProbabilisticClassifierConfig.labelName,\n        Seq(GradualReductionPULearner.relNegLabel.toString, GradualReductionPULearner.posLabel.toString))\n\n      val model = classifier.fit(newPreparedDf)\n\n      \/\/apply classifier to all data (however, we are interested in ReliableNegatives data only, see confAdder)\n      val labUnlabDF = model.transform(curDF)\n      curDF = labUnlabDF.withColumn(finalLabel, getPOne(labUnlabDF(\"probability\")))\n        .drop(\"probability\").drop(\"prediction\").drop(\"rawPrediction\").drop(ProbabilisticClassifierConfig.labelName)\n      curDF = curDF.drop(prevLabel)\n        .withColumnRenamed(curLabel, prevLabel)\n\n      val innerConfAdder = new GradRelNegConfidenceThresholdAdder(relNegThreshold, GradualReductionPULearner.relNegLabel)\n      val curLabelColumn = innerConfAdder.binarizeUDF(curDF(finalLabel), curDF(prevLabel))\n\n      curDF = curDF.withColumn(curLabel, curLabelColumn).cache()\n      prevNewRelNegCount = newRelNegCount\n      newRelNegCount = curDF\n        \/\/negative in current iteration\n        .filter(curDF(curLabel) === GradualReductionPULearner.relNegLabel)\n        .count()\n      totalRelNegCount = curDF.filter(curDF(curLabel) === GradualReductionPULearner.relNegLabel).count()\n      prevGain = curGain\n      curGain = prevNewRelNegCount - totalRelNegCount\n      log.debug(s\"newRelNegCount: $newRelNegCount, prevNewRelNegCount: $prevNewRelNegCount, totalRelNegCount: $totalRelNegCount\")\n      log.debug(s\"curGain: $curGain, prevGain: $prevGain\")\n    } while (curGain > 0 && curGain < prevGain && totalPosCount < totalRelNegCount)\n    curDF\n  }\n}\n\nprivate class GradRelNegConfidenceThresholdAdder(threshold: Double, labelToConsider: Int) extends Serializable {\n  def binarize(probPred: Double, prevLabel: Int): Int = if (prevLabel == labelToConsider) {\n    if (probPred < threshold) {\n      GradualReductionPULearner.relNegLabel\n    } else {\n      GradualReductionPULearner.undefLabel\n    }\n  } else {\n    prevLabel \/\/ keep as it was \/\/(1 or -1 in case of unlabeled classification)\n  }\n\n  val binarizeUDF = udf(binarize(_: Double, _: Int))\n}\n\nobject GradualReductionPULearner {\n  val relNegLabel = 0\n  val posLabel = 1\n  val undefLabel = -1\n}\n\ncase class GradualReductionPULearnerConfig(relNegThreshold: Double = 0.5,\n                                           classifierConfig: ProbabilisticClassifierConfig) extends PositiveUnlabeledLearnerConfig {\n  override def build(): PositiveUnlabeledLearner = {\n    classifierConfig match {\n      case lrc: LogisticRegressionConfig => new GradualReductionPULearner(relNegThreshold, lrc.build())\n      case rfc: RandomForestConfig => new GradualReductionPULearner(relNegThreshold, rfc.build())\n    }\n  }\n}\n"}
{"repo_name":"ispras\/pu4spark","path":"src\/main\/scala\/ru\/ispras\/pu4spark\/ProbabilisticClassifierConfig.scala","text":"package ru.ispras.pu4spark\n\nimport org.apache.spark.ml.classification._\nimport org.apache.spark.mllib.linalg.Vector\n\n\/**\n  * @author <NAME> (<EMAIL>)\n  *\/\nsealed trait ProbabilisticClassifierConfig\n\ncase class LogisticRegressionConfig(maxIter: Int = 100,\n                                    regParam: Double = 1.0e-8,\n                                    elasticNetParam: Double = 0.0)\n  extends ProbabilisticClassifierConfig {\n  def build(): ProbabilisticClassifier[Vector, LogisticRegression, LogisticRegressionModel] = {\n    new LogisticRegression()\n      .setLabelCol(ProbabilisticClassifierConfig.labelName).setFeaturesCol(ProbabilisticClassifierConfig.featuresName)\n      .setMaxIter(maxIter).setRegParam(regParam).setElasticNetParam(elasticNetParam)\n  }\n}\n\ncase class RandomForestConfig(numTrees: Int = 512)\n  extends ProbabilisticClassifierConfig {\n  def build(): ProbabilisticClassifier[Vector, RandomForestClassifier, RandomForestClassificationModel] = {\n    new RandomForestClassifier()\n      .setLabelCol(ProbabilisticClassifierConfig.labelName).setFeaturesCol(ProbabilisticClassifierConfig.featuresName)\n      .setNumTrees(numTrees)\n  }\n}\n\nobject ProbabilisticClassifierConfig {\n  val labelName = \"label\"\n  val featuresName = \"indexedFeatures\"\n  val subclasses = List(classOf[LogisticRegressionConfig], classOf[RandomForestConfig])\n}\n"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/Collection.scala","text":"package com.github.andriykuba.play.reactivemongo.shortcuts\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\nimport scala.reflect.ClassTag\n\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.FieldNotFoundException\n\nimport play.api.libs.json.JsObject\nimport play.api.libs.json.JsValue\nimport play.api.libs.json.Json\nimport play.api.libs.json.Json.toJsFieldJsValueWrapper\nimport play.modules.reactivemongo.ReactiveMongoApi\nimport reactivemongo.play.json.JsObjectDocumentWriter\nimport reactivemongo.play.json.collection.JSONCollection\n\nimport reactivemongo.api.CursorProducer\nimport com.github.andriykuba.play.reactivemongo.shortcuts.FieldShortcuts.Command\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.DocumentAlreadyExists\nimport reactivemongo.api.Cursor\n\n\/**\n * Shortcut of the `JSONCollection` \n *\/\ntrait Collection extends CursorProducerEnchanceImplicit{\n  import Collection._\n  \n  \/**\n   * Current collection name\n   *\/\n  def collectionName: String\n  \n  \/**\n   * Define the new collection name that is prefixed by this name.\n   * \n   * For example this collection is named \"application\", then \n   * `defineSubCollectionName(\"users\")` will return  \"application.users\".\n   * \n   * @param name  the name of the sub collection \n   * @return  string that consists from the current collections name and passed name\n   *\/\n  def defineSubCollectionName(name: String): String = collectionName + \".\" + name\n    \n  \/**\n   * Get collection in one method call\n   * \n   * @return  the collection, wrapped in a `Future`\n   *\/\n  def collection()\n                (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n                : Future[JSONCollection] = \n    mongo.database.map(_.collection[JSONCollection](collectionName))  \n  \n    \n  \/**\n   * Shortcut for the `collection.count()` method\n   *\/\n  def count()(implicit mongo: ReactiveMongoApi, ec: ExecutionContext): Future[Int] = \n    collection().flatMap(c => c.count())   \n    \n  \/**\n   * Find in one method call. \n   * It's half-cooked method, that returns `CursorProducer`. \n   *\n\t * For the `JsObject` ('s) result:\n\t * \n   * Use the `all(JsObject, JsObject)` to find a set of document \n   * \n   * Use the `one(JsObject, JsObject)` to find one.\n   * \n   * @param selector  the document selector\n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @param Option[sort]  the document indicating the sort criteria (default: None)\n   *    \n   * @return  `CursorProducer`, wrapped in a `Future` \n   *\/    \n  def find(\n      selector: JsObject, \n      projection: Option[JsObject] = None, \n      sort: Option[JsObject] = None)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n      : Future[Cursor[JsObject]] = \n    collection().map{\n      sort match{\n        case Some(s) => findProjection(_, selector, projection).sort(s).cursor[JsObject]()\n        case None => findProjection(_, selector, projection).cursor[JsObject]()\n      }\n    }\n  \n  private def findProjection(c: JSONCollection, s: JsObject, p: Option[JsObject]) =\n    p match{\n        case Some(p) => c.find(s, p)\n        case None => c.find(s)\n    }\n    \n  \/**\n   * Find all documents in one method call. \n   * \n   * @param selector  the document selector\n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @param Option[sort]  the document indicating the sort criteria (default: None)\n   * @return  a list of documents, wrapped in a `Future`\n   *\/  \n  def all(selector: JsObject, projection: Option[JsObject] = None, sort: Option[JsObject] = None)\n         (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n         : Future[List[JsObject]] =\n    find(selector, projection, sort).all()\n\n  \/**\n   * Find zero or one document in one method call. \n   * Exception will be thrown if more than one document found.\n   * \n   * @param selector  the document selector\n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @return  document, optional, wrapped in a `Future`\n   *\/    \n  def one(selector: JsObject, projection: Option[JsObject] = None)\n         (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n         : Future[Option[JsObject]]=\n    find(selector, projection).one()\n\n  \/**\n   * The first document from the founded collection of documents.\n   * \n   * @param selector  the document selector\n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @param Option[sort]  the document indicating the sort criteria (default: None)\n   * @return  first found document, optional, wrapped in a `Future`\n   *\/    \n  def first(selector: JsObject, projection: Option[JsObject] = None, sort: Option[JsObject] = None)\n           (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n           :Future[Option[JsObject]]=\n    find(selector, projection, sort).first()\n    \n  \/**\n   * Do `foldWhile` on the collection in one method call. \n   * \n   * @param selector  the document selector\n   * @param folder the `Folder` object with `start` value and `fold` function \n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @param Option[sort]  the document indicating the sort criteria (default: None)\n   * @return  final result of a `fold` function, wrapped in a `Future`\n   *\/ \n  def fold[P](\n      selector: JsObject, \n      folder: Folder[P, JsObject],\n      projection: Option[JsObject] = None, \n      sort: Option[JsObject] = None)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext) \n      : Future[P] =\n    find(selector, projection, sort).fold(folder)\n\n  \/**\n   * Do `foldWhileM` on the collection in one method call. \n   * \n   * @param selector  the document selector\n   * @param folder the `FolderM` object with `start` value and `fold` function \n   * @param Option[projection]  the projection document to select only \n   * \t\t\t\t\t\t\t\t\t\t\t\t\t\ta subset of each matching documents (default: None)\n   * @param Option[sort]  the document indicating the sort criteria (default: None)\n   * @return  final result of a `fold` function, wrapped in a `Future`\n   *\/     \n  def foldM[P](\n      selector: JsObject, \n      folder: FolderM[P, JsObject],\n      projection: Option[JsObject] = None, \n      sort: Option[JsObject] = None)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext) \n      : Future[P] =\n    find(selector, projection, sort).foldM(folder) \n    \n  \/**\n   * Finds some matching document, and updates it (using `findAndModify`).\n   * \n   * @see <a href=\"https:\/\/docs.mongodb.com\/manual\/reference\/command\/findAndModify\">\n   * findAndModify in the MongoDB documentation<\/a>\n   * \n   * @param selector  the document selector\n   * @param update  the update to be applied\n   * @param fetchNewObject  the command result must be the new object instead of the old one.\n   * @param upsert  if true, creates a new document if no document is matching, \n   * \t\t\t\t\t\t\t\totherwise if at least one document matches, an update is applied\n   * @return  a result document as `JsObject`, wrapped in `Future`\n   *\/\n  def update(\n      selector: JsObject, \n      update: JsObject, \n      fetchNewObject: Boolean = false,\n      upsert: Boolean = false)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n      : Future[Option[JsObject]] = \n    collection().flatMap(_\n      .findAndUpdate(\n          selector = selector, \n          update = update, \n          fetchNewObject, \n          upsert).map(_.result[JsObject]))\n\n  \/**\n\t * Finds some matching document and creates new document if nothing found. \n\t * It throws a `DocumentAlreadyExists` exception otherwise\n   * \n   * @param selector  the document selector\n   * @param create  a document to be created\n   * @return  'true', wrapped in `Future` in the case of successful creation. \n   *           Throws a `DocumentAlreadyExists` exception in the case \n   *           if selector match some document.\n   *\/          \n  def createUnique(\n      selector: JsObject, \n      create: JsObject)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n      : Future[Boolean] = {\n    val setOnInsert = Command.setOnInsert(create)\n    update(selector, setOnInsert, false, true)\n        .map{\n          case Some(oldDocument) => throw DocumentAlreadyExists(oldDocument)\n          case None => true\n        }\n  }\n  \n  \/**\n   * Inserts a document into the collection and wait for the results.\n   * \n   * The command is success if it was not fail. \n   * \n   * @see <a href=\"http:\/\/reactivemongo.org\/releases\/0.12\/api\/index.html#reactivemongo.api.commands.WriteResult\">\n   * WriteResult in the Reactivemongo documentation<\/a>\n   * \n   * @param document  the document to insert\n   * @return  a `WriteResult` object, wrapped in `Future` \n   * \t\t\t\t\t\t\t\t\n   *\/          \n  def insert(\n      document: JsObject)\n      (implicit mongo: ReactiveMongoApi, ec: ExecutionContext) =\n    collection().flatMap(_.insert(document)) \n          \n  \/**\n   * Finds some matching document, and removes it (using `findAndModify`).\n   * \n   * @param selector  the document selector\n   * @return  true if document was removed or false if it was not found, wrapped in `Future`\n   *\/\n  def remove(selector: JsObject)\n            (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n            : Future[Boolean] = \n    collection().flatMap(_.findAndRemove(selector).map(_.value match{\n      case Some(doc) => true\n      case None => false\n    }))\n      \n  \/**\n   * Get a field from a single document. \n   * \n   * The single document is taken by `one` method. \n   * \n   * @param selector  the document selector\n   * @param name  the name of the field\n   * @return optional field value in a `JsValue` form, wrapped in a `Future`\n   *\/\n  def fieldJsValueOpt(selector: JsObject, name: String) \n           (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n           : Future[Option[JsValue]]=\n    one(selector, Some(Json.obj(name  -> 1)))\n      .map{\n        case Some(doc) => Some(JsonShortcuts.valueByPath(doc, name))\n        case None => None \n      }\n\n  \/**\n   * Get a field from a single document.\n   * \n   * Field type `T` is obligatory \n   * \n   * @param [T]  type of the field\n   * @param selector  the document selector\n   * @param name  the name of the field\n   * @return optional field value as `T`, wrapped in a `Future`\n   * \n   *\/\n  def fieldOpt[T: ClassTag](selector: JsObject, name: String) \n                           (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n                           : Future[Option[T]] =\n  fieldJsValueOpt(selector, name).map(JsonShortcuts.typing[T])\n\n  \/**\n   * Get a field from a single document.\n   * \n   * Field type `T` is obligatory \n   * \n   * @param [T]  type of the field\n   * @param selector  the document selector\n   * @param name  the name of the field\n   * @return field value as `T`, wrapped in a `Future`\n   * \n   *\/  \n  def field[T: ClassTag](selector: JsObject, name: String) \n               (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n               : Future[T] =\n    fieldOpt[T](selector, name).map{\n      case Some(v) => v\n      case None => throw FieldNotFoundException(\"No such field: \" + name)\n    }\n  \n  \/**\n   * Get a string field from a single document or empty string \n   * if no document or file was found.\n   * \n   * Empty string returned if no document was found \n   * or no field was found in the document.\n   * \n   * @param selector  the document selector\n   * @param name  the name of the field\n   * @return field value or empty string, wrapped in a `Future`\n   *\/\n  def fieldStringOrEmpty(selector: JsObject, name: String)\n                        (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n                        : Future[String] =\n    fieldOpt[String](selector, name).map(_.getOrElse(\"\"))\n}\n\nobject Collection{\n  \n  \/**\n   * Describe the `foldWhile` function. \n   * \n   * @param start  the initial value of `foldWhile`\n   * @param fold  folding function of `foldWhile`\n   * @param max  the maximum number of documents to be retrieved (-1 for unlimited)\n   *\/\n  case class Folder[P, JsObject](start: P, fold: (P, JsObject) => P, max: Int = -1)\n\n  \/**\n   * Describe the `foldWhileM` function. \n   * \n   * @param start  the initial value of `foldWhileM`\n   * @param fold  folding function of `foldWhileM`\n   * @param max  the maximum number of documents to be retrieved (-1 for unlimited)\n   *\/\n  case class FolderM[P, JsObject](start: P, fold: (P, JsObject) => Future[P], max: Int = -1)\n   \n  \/**\n   * Look for the first document in a set of collections with different selects\n   * \n   * @param collections  list of the collection objects and correspondent selects\n   * @return  option JSON document wrapped in a `Future`\n   *\/\n  def first(collections: List[(Collection, JsObject)])\n           (implicit mongo: ReactiveMongoApi, ec: ExecutionContext)\n           :Future[Option[JsObject]] = {\n    \n    def dig(collections: List[(Collection, JsObject)]):Future[Option[JsObject]] = \n      collections match {\n        \/\/ No documents was found\n        case Nil => Future.successful(None)\n        case h :: t => h._1.first(h._2).flatMap{\n          \/\/ Some document is found in the collection\n          case Some(d) => Future.successful(Option(d))\n          \/\/ No document found in the collection, look further\n          case None => dig(t)\n        }\n      }\n    dig(collections)\n  }\n             \n    \n}"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/test\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/CollectionTest.scala","text":"<reponame>andriykuba\/reactivemongo-shortcuts-play-json\npackage com.github.andriykuba.play.reactivemongo.shortcuts\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.Configuration\nimport play.api.libs.json.Json\nimport play.api.libs.json.JsObject\n\nimport play.modules.reactivemongo.ReactiveMongoApi\n\nimport org.junit.runner.RunWith\n\nimport org.scalatest._\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mockito.MockitoSugar\n\nimport org.scalatestplus.play.OneAppPerSuite\n\nimport org.mongodb.scala.MongoClient\nimport org.mongodb.scala.MongoDatabase\nimport org.mongodb.scala.MongoCollection\nimport org.mongodb.scala.Document\nimport org.mongodb.scala.Completed\n\nimport reactivemongo.bson.BSONDocument\n\nimport com.github.simplyscala.MongoEmbedDatabase\nimport com.github.simplyscala.MongodProps\n\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.NotUniqueDocumentException\nimport com.github.andriykuba.play.reactivemongo.shortcuts.Collection.Folder\nimport com.github.andriykuba.play.reactivemongo.shortcuts.Collection.FolderM\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.FieldNotFoundException\nimport reactivemongo.core.actors.Exceptions.ClosedException\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.DocumentAlreadyExists\n\n@RunWith(classOf[JUnitRunner])\nclass CollectionTest \n  extends FlatSpec \n  with Matchers \n  with MockitoSugar \n  with MongoEmbedDatabase \n  with BeforeAndAfterAll\n  with OneAppPerSuite{\n\n  val testMongoProt = 12345 \n  val testDatabaseName = \"shortcuts\"\n  val testCollectionName = \"app.users\"\n  val testTimeout = 15 seconds\n  \n  lazy val injector = \n    new GuiceApplicationBuilder()\n      .configure(Map(\n          \"mongodb.uri\" -> \n            (\"mongodb:\/\/localhost:\" + testMongoProt.toString + \"\/\" + testDatabaseName),\n          \"mongo-async-driver.akka.loglevel\" -> \"WARNING\"))\n      .bindings(new play.modules.reactivemongo.ReactiveMongoModule)\n      .injector\n\n  implicit lazy val mongo = injector.instanceOf[ReactiveMongoApi]\n  implicit lazy val context = injector.instanceOf[ExecutionContext]\n  \n  object TestCollection extends Collection{\n      val collectionName = testCollectionName\n  }\n  \n  var mongoProps: MongodProps = null\n\n  override def beforeAll()  = {\n    mongoProps = mongoStart(testMongoProt)  \n    prepareTestData() \n  }\n  \n  override def afterAll() = { \n    mongoStop(mongoProps) \n  }\n  \n  def prepareTestData() = {\n    val mongoClient: MongoClient = \n    MongoClient(\"mongodb:\/\/localhost:\" + testMongoProt.toString)\n    \n    val database: MongoDatabase = \n      mongoClient.getDatabase(testDatabaseName)\n      \n    val collection: MongoCollection[Document] = \n      database.getCollection(testCollectionName);\n    \n    val documents = (1 to 100) map { i: Int => {\n      val even = i % 2 == 0\n      Document(\n          \"name\" -> (\"name_\" + i.toString),\n          \"even\" -> even) \n    }}\n    \n    collection.insertMany(documents).subscribe(\n      (res: Completed) => Unit,\n      (e: Throwable) => e.printStackTrace(),\n      () => mongoClient.close()\n    )\n  }\n  \n  \"Shorcuts\" should \"extend collection\" in {\n    object App extends Collection {\n      val collectionName = \"app\"  \n    }\n      \n    App.collectionName should be (\"app\")\n  }\n  \n  it should \"define sub collection name\" in {\n    object App extends Collection {\n      val collectionName = \"app\"  \n    }\n      \n    object Users extends Collection{\n      val collectionName = App.defineSubCollectionName(\"users\")\n    }\n    \n    Users.collectionName should be (\"app.users\")\n  }\n  \n  it should \"get collection\" in {\n    val result = for{\n      c <- TestCollection.collection()\n      count <- c.count()\n    } yield {\n      c.name should be (testCollectionName)\n      count should be (100)\n    }   \n    \n    Await.result(result, testTimeout)\n  }\n  \n  it should \"find all documents\" in \n    Await.result(\n      TestCollection\n        .all(Json.obj(\"even\" -> true))\n        .map(r => r.size should be (50)), \n      testTimeout)\n \n  it should \"find a document\" in \n    Await.result(\n      TestCollection\n        .one(Json.obj(\"name\" -> \"name_15\"))\n        .map(r => r.isDefined should be (true)), \n      testTimeout)\n  \n  it should \"not find a document\" in \n    Await.result(\n      TestCollection\n        .one(Json.obj(\"name\" -> \"name_150\"))\n        .map(r => r.isDefined should be (false)), \n      testTimeout)    \n  \n  it should \"throw NotUniqueDocumentException exception\" in {\n    val exception = intercept[NotUniqueDocumentException]{\n      Await.result(\n      TestCollection\n        .one(Json.obj(\"even\" -> true))\n        .map(r => r),\n      testTimeout)\n    }\n    \n    exception.getMessage should equal (\"There are 50 documents.\")\n  }\n      \n  it should \"find a first document\" in\n    Await.result(\n    TestCollection\n      .first(Json.obj(\"name\" -> \"name_15\"))\n      .map(r => r.isDefined should be (true)), \n    testTimeout)\n  \n  it should \"not find a first document\" in \n    Await.result(\n      TestCollection\n        .first(Json.obj(\"name\" -> \"name_150\"))\n        .map(r => r.isDefined should be (false)), \n      testTimeout) \n\n  it should \"find a first document and not thrown an exceptin\" in \n    Await.result(\n      TestCollection\n        .first(Json.obj(\"even\" -> true))\n        .map(r => r.isDefined should be (true)), \n      testTimeout) \n      \n  it should \"fold the collection\" in {\n    val folder = Folder(0, (count: Int, doc: JsObject) => {\n      count + 1\n    })\n    \n    Await.result(\n      TestCollection\n        .fold(Json.obj(), folder)\n        .map(r => r should be (100)), \n      testTimeout) \n  }\n      \n  it should \"fold the collection asynchroniously\" in {\n    val folderM = FolderM(0, (count: Int, doc: JsObject) => {\n      Future(count + 1)\n    })\n    \n    Await.result(\n      TestCollection\n        .foldM(Json.obj(), folderM)\n        .map(r => r should be (100)), \n      testTimeout) \n  }\n  \n  it should \"get an optional field from a document\" in \n    Await.result(\n      TestCollection\n        .fieldOpt[Boolean](Json.obj(\"name\"->\"name_2\"), \"even\")\n        .map(r => r.get should be (true)), \n      testTimeout) \n  \n  it should \"not get an field value if filed is not exist\" in \n    Await.result(\n      TestCollection\n        .fieldOpt[Boolean](Json.obj(\"name\"->\"name_2\"), \"fake\")\n        .map(r => r.isDefined should be (false)), \n      testTimeout)     \n  \n  it should \"thrown an error if more than one document exist\" in {\n    val exception = intercept[NotUniqueDocumentException]{\n      Await.result(\n        TestCollection\n          .fieldOpt[Boolean](Json.obj(\"even\"->true), \"name\")\n          .map(r => r), \n        testTimeout)    \n    }\n    \n    exception.getMessage should equal (\"There are 50 documents.\")\n  }   \n      \n  it should \"get a field from a document\" in \n    Await.result(\n      TestCollection\n        .field[Boolean](Json.obj(\"name\"->\"name_2\"), \"even\")\n        .map(r => r should be (true)), \n      testTimeout) \n\n  it should \"thrown an error if field is not present\" in {\n    val exception = intercept[FieldNotFoundException]{\n      Await.result(\n        TestCollection\n          .field[Boolean](Json.obj(\"name\"->\"name_2\"), \"fake\")\n          .map(r => r), \n        testTimeout)    \n    }\n    \n    exception.getMessage should equal (\"No such field: fake\")\n  }  \n  \n  it should \"get a string field from a document\" in \n    Await.result(\n      TestCollection\n        .fieldStringOrEmpty(Json.obj(\"name\"->\"name_2\"), \"name\")\n        .map(r => r should be (\"name_2\")), \n      testTimeout) \n  \n  it should \"get an empty string if field is not present\" in \n    Await.result(\n      TestCollection\n        .fieldStringOrEmpty(Json.obj(\"name\"->\"name_2\"), \"fake\")\n        .map(r => r should be (\"\")), \n      testTimeout) \n      \n  it should \"update only one document\" in \n    Await.result(\n      TestCollection\n        .update(Json.obj(\"even\"->true), Json.obj(\n          \"$set\" -> Json.obj(\"odd\" -> false)))\n        .flatMap(r => {\n           TestCollection\n             .all(Json.obj(\"odd\" -> false))\n             .map(r => r.size should be (1))\n        }),\n      testTimeout) \n\n  it should \"remove only one doucment\" in \n    Await.result(\n      TestCollection\n        .remove(Json.obj(\"even\"->true))\n        .flatMap(r => {\n           TestCollection\n             .all(Json.obj())\n             .map(r => r.size should be (99))\n        }),\n      testTimeout) \n      \n  it should \"insert a document\" in \n    Await.result(\n      TestCollection\n        .insert(Json.obj(\"name\" -> \"unlisted_1\"))\n        .flatMap(r => {\n           TestCollection\n             .all(Json.obj(\"name\" -> \"unlisted_1\"))\n             .map(r => r.size should be (1))\n        }),\n      testTimeout) \n      \n  it should \"create a document\" in \n    Await.result(\n      TestCollection\n        .createUnique(Json.obj(\"name\" -> \"unlisted_2\"), Json.obj(\"name\" -> \"unlisted_2\"))\n        .flatMap(r => {\n           TestCollection\n             .all(Json.obj(\"name\" -> \"unlisted_2\"))\n             .map(r => r.size should be (1))\n        }),\n      testTimeout)   \n      \n  it should \"throw DocumentAlreadyExists\" in {\n    val exception = intercept[DocumentAlreadyExists]{\n      Await.result(\n        TestCollection\n          .createUnique(Json.obj(\"name\" -> \"unlisted_2\"), Json.obj(\"name\" -> \"unlisted_2\"))\n          .flatMap(r => {\n             TestCollection\n               .all(Json.obj(\"name\" -> \"unlisted_2\"))\n               .map(r => r.size should be (1))\n          }),\n        testTimeout)   \n     }\n    \n    (exception.oldDocument \\ \"name\").as[String] should be (\"unlisted_2\")\n  }\n  \n  it should \"throw error\" in {\n    mongo.connection.close()\n    \n    val exception = intercept[ClosedException]{\n      Await.result(\n        TestCollection\n          .fieldStringOrEmpty(Json.obj(\"name\"->\"name_2\"), \"name\")\n          .map(r => r should be (\"name_2\")), \n        testTimeout) \n    }\n    \n    exception.getMessage should include (\"This MongoConnection is closed\")\n  }\n}"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/exceptions\/NotUniqueDocumentException.scala","text":"package com.github.andriykuba.play.reactivemongo.shortcuts.exceptions\n\n\/**\n * More than one document found, where only one must exist.\n *\/\ncase class NotUniqueDocumentException(message: String) \n  extends Exception(message)"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/exceptions\/FieldNotFoundException.scala","text":"<filename>src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/exceptions\/FieldNotFoundException.scala\npackage com.github.andriykuba.play.reactivemongo.shortcuts.exceptions\n\n\/**\n * Document field was not found.\n *\/\ncase class FieldNotFoundException(message: String) \n  extends Exception(message)"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/exceptions\/DocumentAlreadyExists.scala","text":"<reponame>andriykuba\/reactivemongo-shortcuts-play-json\npackage com.github.andriykuba.play.reactivemongo.shortcuts.exceptions\n\nimport play.api.libs.json.JsObject\n\n\/**\n * More than one document found, where only one must exist.\n *\/\ncase class DocumentAlreadyExists(val oldDocument: JsObject) \n  extends Exception(oldDocument.toString())"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/FieldShortcuts.scala","text":"package com.github.andriykuba.play.reactivemongo.shortcuts\n\nimport play.api.libs.json.Json\nimport java.time.Instant\nimport play.api.libs.json.JsObject\nimport play.api.libs.json.JsValue\nimport scala.reflect.ClassTag\nimport play.api.libs.json.JsArray\nimport play.api.libs.json.JsNumber\n\n\/**\n * Shortcuts for the different operations with fields\n *\/\nobject FieldShortcuts {\n  \n  object Query{\n    val all = Json.obj()\n    \n    def field(name: String, value: String) = \n      Json.obj(name -> value)\n    \n    def fieldIgnoreCase(name: String, value: String) = Json.obj(\n        name -> Json.obj(\n            \"$regex\" -> (\"^\" + value + \"$\"),\n            \"$options\" -> \"i\")) \n      \n    def field(name: String, value: Int) = \n      Json.obj(name -> value)\n    \n    def field(name: String, value: Boolean) = \n      Json.obj(name -> value)\n    \n    def field(name: String, value: Instant) = \n      Json.obj(name -> value)\n      \n    def fieldElement(name: String, query: JsObject) =   \n      Json.obj(name -> Json.obj(\"$elemMatch\" -> query))\n    \n    def fieldElement(name: String, element: String, value: String): JsObject =   \n      fieldElement(name, Json.obj(element -> value))\n\n    def fieldElement(name: String, element: String, value: Int): JsObject =   \n      fieldElement(name, Json.obj(element -> value))\n      \n    def fieldElement(name: String, element: String, value: Boolean): JsObject =   \n      fieldElement(name, Json.obj(element -> value)) \n      \n    def exist(name: String) = \n      Json.obj(name -> Json.obj(\"$exists\" -> true))\n    \n    def absent(name: String) = \n      Json.obj(name -> Json.obj(\"$exists\" -> false)) \n\n    def !=(name: String, value: String) = \n      Json.obj(name -> Json.obj(\"$ne\" -> value))\n      \n    def !=(name: String, value: Int) = \n      Json.obj(name -> Json.obj(\"$ne\" -> value))      \n      \n    def <=(name: String, value: Instant) = \n      Json.obj(name -> Json.obj(\"$lte\" -> value))\n    \n    def <=(name: String, value: Int) = \n      Json.obj(name -> Json.obj(\"$lte\" -> value))\n    \n    def >=(name: String, value: Instant) = \n      Json.obj(name -> Json.obj(\"$gte\" -> value))\n    \n    def >=(name: String, value: Int) = \n      Json.obj(name -> Json.obj(\"$gte\" -> value))\n      \n    def or(selectors: JsObject*) = \n      Json.obj(\"$or\" -> Json.arr(selectors))\n  }\n  \n  object Command{\n    def setNow(name: String) = \n      Json.obj(\"$set\" -> Json.obj(name -> Instant.now()))  \n    \n    def set(name: String, value: String) = \n      Json.obj(\"$set\" -> Json.obj(name -> value))\n    \n    def set(name: String, value: Int) = \n      Json.obj(\"$set\" -> Json.obj(name -> value))\n    \n    def set(name: String, value: Instant) = \n      Json.obj(\"$set\" -> Json.obj(name -> value))  \n    \n    def set(name: String, value: Boolean) = \n      Json.obj(\"$set\" -> Json.obj(name -> value))    \n\n    def set(name: String, value: JsObject) = \n      Json.obj(\"$set\" -> Json.obj(name -> value))\n\n    def set(value: JsObject) = \n      Json.obj(\"$set\" -> value)\n      \n    def setOnInsert(value: JsObject) = \n      Json.obj(\"$setOnInsert\" -> value)\n        \n    def unset(name: String) = \n      Json.obj(\"$unset\" -> Json.obj(name -> \"\"))\n  }\n  \n  object Sort{\n    def descendant(name: String) = Json.obj(name -> -1)\n    \n    def ascendant(name: String) = Json.obj(name -> 1) \n  }\n  \n  object Projection{\n    def include(name: String*) = Json.toJson(name.map(n => (n -> 1)).toMap).as[JsObject]\n    \n    def exclude(name: String*) = Json.toJson(name.map(n => (n -> 0)).toMap).as[JsObject] \n    \n    \/**\n     * Do the same as `exclude` but also exclude \"_id\" field\n     *\/\n    def supress(name: String*) = \n      Json.toJson(name.map(n => (n -> 0)).toMap).as[JsObject] + \n      (\"_id\" -> JsNumber(0))\n  }\n  \n  \/**\n   * Allow dot notation\n   * \n   * Value.string(jsObject, \"some.data.inside\")\n   * \n   *\/\n  object Value{\n    def get[T: ClassTag](j: JsObject, name: String) = \n      JsonShortcuts.typing[T](Some(JsonShortcuts.valueByPath(j, name))).get\n      \n    def getOpt[T: ClassTag](j: JsObject, name: String) = \n      JsonShortcuts.typing[T](Some(JsonShortcuts.valueByPath(j, name)))  \n    \n    def string(j: JsObject, name: String) = get[String](j, name)\n    \n    def string(j: JsObject, name: String, default: String) = \n      getOpt[String](j, name).getOrElse(default)\n    \n    def stringOrEmpty(j: JsObject, name: String) = string(j, name, \"\")\n    \n    def int(j: JsObject, name: String) = get[Int](j, name)\n    \n    def int(j: JsObject, name: String, default: Int) = getOpt[Int](j, name).getOrElse(default)\n    \n    def intOrZero(j: JsObject, name: String) = int(j, name, 0)\n    \n    def boolean(j: JsObject, name: String) = get[Boolean](j, name)\n\n    def boolean(j: JsObject, name: String, default: Boolean) = getOpt[Boolean](j, name).getOrElse(default)\n\n    def booleanOrFalse(j: JsObject, name: String) = boolean(j, name, false)\n    \n    def jsValue(j: JsObject, name: String) = get[JsValue](j, name)\n    \n    def seq(j: JsObject, name: String) = get[JsArray](j, name).value\n    \n    def seqOrEmpty(j: JsObject, name: String) = \n      getOpt[JsArray](j, name).getOrElse(JsArray()).value\n      \n    def seqJsonOrEmpty(j: JsObject, name: String) = seqOrEmpty(j, name).map(_.as[JsObject])\n    \n    def seqStringOrEmpty(j: JsObject, name: String) = seqOrEmpty(j, name).map(_.as[String])\n    \n    def seqRegexOrEmpty(j: JsObject, name: String) = seqOrEmpty(j, name).map(_.as[String].r)\n    \n    def list(j: JsObject, name: String) = seq(j, name).toList\n    \n    def listOrEmpty(j: JsObject, name: String) = seqOrEmpty(j, name).toList\n    \n    def listJsonOrEmpty(j: JsObject, name: String) = \n      seqJsonOrEmpty(j: JsObject, name: String).toList\n      \n    def listStringOrEmpty(j: JsObject, name: String) = \n      seqStringOrEmpty(j: JsObject, name: String).toList\n      \n    def listRegexOrEmpty(j: JsObject, name: String) = \n      seqRegexOrEmpty(j: JsObject, name: String).toList   \n  }\n\n}"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/JsonShortcuts.scala","text":"<gh_stars>1-10\npackage com.github.andriykuba.play.reactivemongo.shortcuts\n\nimport scala.reflect.ClassTag\nimport scala.reflect.classTag\n\nimport play.api.libs.json.JsObject\nimport play.api.libs.json.JsValue\nimport play.api.libs.json.JsPath\nimport play.api.libs.json.JsNull\nimport play.api.libs.json.JsArray\n\nobject JsonShortcuts {\n    \n  \/**\n   * Gets the value from the `doc` object by the `path`.\n   * \n   * `path` could contains dots, like `root.some.value`.\n   * \n   * @param doc  JSON object where the path will be looked  \n   * @param path path to look, sub-objects divided by dots like `root.some.value` \n\t *\n   * @return  value found or `JsNull`. Just like the trivial play JSON lookup\n   *\/\n  def valueByPath(doc: JsObject, path: String): JsValue = {\n    val components = path.split(\"\\\\.\")\n    val jsPath = components.tail.foldLeft(JsPath \\ components.head) { _ \\ _ }\n    \n    jsPath(doc) match{\n      case Nil => JsNull\n      case x::xs => x\n    }\n  }  \n  \n  def typing[T: ClassTag](value: Option[JsValue]) = value match {\n    case Some(v) => classTag[T].runtimeClass match{\n      case ClassOf.string  => v.asOpt[String].asInstanceOf[Option[T]]\n      case ClassOf.jsObject => v.asOpt[JsObject].asInstanceOf[Option[T]]\n      case ClassOf.jsArray => v.asOpt[JsArray].asInstanceOf[Option[T]]\n      case ClassOf.int => v.asOpt[Int].asInstanceOf[Option[T]]\n      case ClassOf.double => v.asOpt[Double].asInstanceOf[Option[T]]\n      case ClassOf.bigDecimal => v.asOpt[BigDecimal].asInstanceOf[Option[T]] \n      case ClassOf.boolean => v.asOpt[Boolean].asInstanceOf[Option[T]] \n    }\n    case None => None\n  }\n  \n  \/**\n   * Cash of class values for the type resolving of JSON fields.\n   *\/\n  private[shortcuts] object ClassOf{\n    val string = classOf[String]\n    val jsObject = classOf[JsObject]\n    val jsArray = classOf[JsArray]\n    val int = classOf[Int]\n    val double = classOf[Double]\n    val bigDecimal = classOf[BigDecimal]\n    val boolean = classOf[Boolean]    \n  }\n}"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/CursorProducerEnchanceImplicit.scala","text":"<gh_stars>1-10\npackage com.github.andriykuba.play.reactivemongo.shortcuts\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext\nimport reactivemongo.api.CursorProducer\nimport reactivemongo.api.Cursor\nimport play.api.libs.json.JsObject\n\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.CursorFails._\nimport com.github.andriykuba.play.reactivemongo.shortcuts.exceptions.NotUniqueDocumentException\n\nimport com.github.andriykuba.play.reactivemongo.shortcuts.Collection.Folder\nimport com.github.andriykuba.play.reactivemongo.shortcuts.Collection.FolderM\n\ntrait CursorProducerEnchanceImplicit{\n \/**\n   * Shortcuts of the Cursor\n   *\/\n  private[shortcuts] implicit class CursorProducerEnchance(\n      cursorProducer: Future[Cursor[JsObject]]){\n  \n    \/**\n     * Collection of all founded documents.\n     *\/\n    def all()(implicit ec: ExecutionContext) = \n      cursorProducer.flatMap(_.collect[List](Int.MaxValue, errorHandlerList()))\n        \n    \/**\n     * Exactly zero or one document must be founded. \n     * Throw exception if founded more than one document. \n     * Usable for select by _id or other unique keys. \n     * It detects possible data inconsistency. \n     *\/\n    def one()(implicit ec: ExecutionContext) = \n      cursorProducer.flatMap(_\n        .collect[List](-1, errorHandlerList())\n        .map(docs => if(docs.isEmpty){\n          None \n        } else if (docs.tail.isEmpty){\n          Some(docs.head)\n        } else{\n          \/\/ more than one document found\n          throw new NotUniqueDocumentException(\"There are \" + docs.size + \" documents.\")\n        }))\n\n    \/**\n     * The first document from the founded collection of documents.\n     *\/\n    def first()(implicit ec: ExecutionContext) = \n      cursorProducer.flatMap(_\n        .collect[List](1, errorHandlerList())\n        .map(docs => if(docs.isEmpty) None else Some(docs.head)))\n    \n    \/**\n     * Fold the collection of documents to one value.  \n     *\/\n    def fold[P](f: Folder[P, JsObject])(implicit ec: ExecutionContext) = \n      cursorProducer.flatMap(_\n        .foldWhile(f.start, f.max)((p: P, n: JsObject) => Cursor.Cont(f.fold(p, n))))\n\n    \/**\n     * Fold the collection of documents to one value.  \n     *\/        \n    def foldM[P](f: FolderM[P, JsObject])(implicit ec: ExecutionContext) = \n      cursorProducer.flatMap(_\n        .foldWhileM(f.start, f.max)((p: P, n: JsObject) => \n          f.fold(p, n).map(r => Cursor.Cont(r))))    \n  }\n}"}
{"repo_name":"andriykuba\/reactivemongo-shortcuts-play-json","path":"src\/main\/scala\/com\/github\/andriykuba\/play\/reactivemongo\/shortcuts\/exceptions\/CursorFails.scala","text":"package com.github.andriykuba.play.reactivemongo.shortcuts.exceptions\n\nimport reactivemongo.api.Cursor\nimport play.api.libs.json.JsObject\n\nprivate [shortcuts] object CursorFails {\n    \/**\n   * Error handler of the collection processing, generic.\n   *\/\n  def errorHandler[A]() = \n    Cursor.FailOnError((last: A, e: Throwable) => Cursor.Fail(e))\n    \n  \/**\n   * Error handler of the collection processing, list of JSON objects.\n   *\/  \n  def errorHandlerList() = \n    errorHandler[List[JsObject]]()\n}"}
{"repo_name":"Kurtaj123\/ScalaTutorial","path":"app\/models\/Coffee.scala","text":"package models\nimport sorm._\nimport sorm.sql.Sql\n\n\n\/**\n * Created by sku on 2\/24\/2015.\n *\/\ncase class Coffees(cof_name: String,sup_id:Int, price: Int, sales: Int, total: Int)\n\nobject Coffees {\n\n  def all(): List[Coffees] = Nil\n\n  def create(userData: Coffees) { DB.save(userData)}\n\n  def delete(id: Long) {}\n\n}\n\n\ncase class User(name: String, age: Int)"}
{"repo_name":"Kurtaj123\/ScalaTutorial","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport akka.actor.Actor\nimport akka.actor.ActorSystem\nimport akka.actor.Props\n\n\nimport models.{DB, Coffees, User}\nimport play.api._\nimport play.api.data.Forms._\nimport play.api.data._\nimport play.api.mvc._\nimport play.api.mvc.Controller\n\n\nclass HelloActor extends Actor {\n  def receive = {\n    case \"hello\" => println(\"Hello back to you mother fucker\")\n    case _ => println(\"HUH ME NO FOUND\")\n  }\n}\n\nobject Main extends App{\n  val system = ActorSystem(\"HelloSystem\")\n\n  val helloActor = system.actorOf(Props[HelloActor], name = \"HelloActor\")\n  helloActor ! \"Hello\"\n  helloActor ! \"Buenos dias\"\n}\n\nobject Application extends Controller {\n\n\n  def getAllCoffees = Action{\n    val allCoffee = DB.query[Coffees].fetch()\n    Ok(views.html.index(allCoffee.toList))\n  }\n\n\n  val coffeeForm: Form[Coffees] = Form(\n  mapping(\n    \"cof_name\" -> text,\n    \"sup_id\" -> number,\n    \"price\" -> number,\n    \"sales\" -> number,\n    \"total\" -> number)(Coffees.apply)(Coffees.unapply)\n  )\n\n  def deleteCoffee(id: Int) = Action {\n    println(id + \"hejsan\")\n    Coffees.delete(id)\n    Redirect(routes.Application.getAllCoffees)\n  }\n  def addCoffeeForm = Action {\n    Ok(views.html.coffee(coffeeForm))\n  }\n\n  def addNewCoffee = Action { implicit request =>\n      coffeeForm.bindFromRequest.fold(\n        formWithErrors => {\n          BadRequest(\"ERROR\")\n        },\n      userData => {\n          Coffees.create(userData)\n        Redirect(routes.Application.getAllCoffees())\n      }\n      )\n  }\n\n\n\n}\n"}
{"repo_name":"Kurtaj123\/ScalaTutorial","path":"build.sbt","text":"<gh_stars>0\nname := \"\"\"ScalaTutorial\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.0\"\n\nresolvers += \"Typesafe Repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  anorm,\n  cache,\n  ws,\n  \"org.sorm-framework\" % \"sorm\" % \"0.3.16\",\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.18\",\n  \"com.typesafe.akka\" % \"akka-actor_2.10\" % \"2.2-1\"\n)\n\n"}
{"repo_name":"Kurtaj123\/ScalaTutorial","path":"app\/models\/DB.scala","text":"<reponame>Kurtaj123\/ScalaTutorial<filename>app\/models\/DB.scala<gh_stars>0\npackage models\n\n\/**\n  * Created by sku on 2\/24\/2015.\n  *\/\n\nimport sorm._\n\n\/\/case class Coffee(name: String, supplier: Supplier, price: Double, sales: Int, total: Int)\n\/\/case class Supplier(name: String, street: String, city: String, state: String, zip: String)\n\n\nobject DB extends Instance (\n  entities = Set( Entity[Coffees]()),\n  url = \"jdbc:mysql:\/\/address=(protocol=tcp)(host=localhost)(port=3306)(user=root)(password='')\/scala\",\n  initMode = InitMode.Create\n)\n\n\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/main\/scala\/com\/twitter\/tormenta\/spout\/FlatMappedSchemeSpout.scala","text":"\/*\nCopyright 2012 Twitter, Inc.\n\nLicensed under the Apache License, Version 2.0 (the \"License\");\nyou may not use this file except in compliance with the License.\nYou may obtain a copy of the License at\n\nhttp:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\nUnless required by applicable law or agreed to in writing, software\ndistributed under the License is distributed on an \"AS IS\" BASIS,\nWITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\nSee the License for the specific language governing permissions and\nlimitations under the License.\n*\/\n\npackage com.twitter.tormenta.spout\n\nimport com.twitter.tormenta.scheme.Scheme\nimport org.apache.storm.task.TopologyContext\n\n\/**\n * Spout that performs a flatMap operation on its contained\n * SchemeSpout. Used to implement map, filter and flatMap on\n * SchemeSpout.\n *\/\n\nclass FlatMappedSchemeSpout[-T, +U](spout: SchemeSpout[T])(fn: T => TraversableOnce[U])\n    extends SchemeSpout[U] { self =>\n  override def getSpout = spout.getSpout(_.flatMap(fn), callOnOpen)\n  override def getSpout[R](transform: Scheme[U] => Scheme[R], f: => TopologyContext => Unit) =\n    spout.getSpout(scheme => transform(scheme.flatMap(fn)), f)\n  override def callOnOpen = spout.callOnOpen\n\n  override def openHook(f: => TopologyContext => Unit) =\n    new FlatMappedSchemeSpout[T, U](spout)(fn) {\n      override def callOnOpen = (c: TopologyContext) => { f(c); self.callOnOpen(c) }\n    }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/main\/scala\/com\/twitter\/tormenta\/spout\/Proxy.scala","text":"package com.twitter.tormenta.spout\n\nimport org.apache.storm.spout.SpoutOutputCollector\nimport org.apache.storm.task.TopologyContext\nimport org.apache.storm.topology.IRichSpout\nimport org.apache.storm.topology.OutputFieldsDeclarer\nimport com.twitter.tormenta.Externalizer\nimport java.io.Serializable\nimport java.util.{ Map => JMap }\n\n\/**\n * *\n * Proxied trait for type T\n * allows for overriding certain methods but forwarding behavior of all other methods of T.\n * See com.twitter.storehaus.Proxy for a detailed example.\n *\/\ntrait Proxied[T] {\n  protected def self: T\n}\n\ntrait SpoutProxy extends IRichSpout with Proxied[IRichSpout] with Serializable {\n  override def open(conf: JMap[_, _], topologyContext: TopologyContext, outputCollector: SpoutOutputCollector) =\n    self.open(conf, topologyContext, outputCollector)\n  override def nextTuple = self.nextTuple\n  override def declareOutputFields(declarer: OutputFieldsDeclarer) = self.declareOutputFields(declarer)\n  override def close = self.close\n  override def ack(msgId: Object) = self.ack(msgId)\n  override def fail(msgId: Object) = self.fail(msgId)\n  override def deactivate = self.deactivate\n  override def getComponentConfiguration = self.getComponentConfiguration\n  override def activate = self.activate\n}\n\nclass RichStormSpout(val self: IRichSpout,\n    @transient callOnOpen: (TopologyContext) => Unit) extends SpoutProxy {\n  val lockedFn = Externalizer(callOnOpen)\n\n  override def open(conf: JMap[_, _], context: TopologyContext, coll: SpoutOutputCollector) {\n    lockedFn.get(context)\n    self.open(conf, context, coll)\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-avro\/src\/main\/scala\/com\/twitter\/tormenta\/scheme\/avro\/generic\/GenericAvroScheme.scala","text":"<gh_stars>10-100\n\/*\n * Copyright 2013 Twitter inc.\n *\n *    Licensed under the Apache License, Version 2.0 (the \"License\");\n *    you may not use this file except in compliance with the License.\n *    You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n *    Unless required by applicable law or agreed to in writing, software\n *    distributed under the License is distributed on an \"AS IS\" BASIS,\n *    WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *    See the License for the specific language governing permissions and\n *    limitations under the License.\n *\/\n\npackage com.twitter.tormenta.scheme.avro.generic\n\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.avro.Schema\nimport com.twitter.bijection.avro.GenericAvroCodecs\nimport com.twitter.bijection.Injection.connect\nimport com.twitter.tormenta.scheme.avro.InjectionScheme\n\nobject GenericAvroScheme {\n  def apply[T <: GenericRecord](schema: Schema) = InjectionScheme(GenericAvroCodecs[T](schema))\n}\n\nobject BinaryAvroScheme {\n  def apply[T <: GenericRecord](schema: Schema) = InjectionScheme(GenericAvroCodecs.toBinary[T](schema))\n}\n\nobject JsonAvroScheme {\n  def apply[T <: GenericRecord](schema: Schema) =\n    InjectionScheme(GenericAvroCodecs.toJson[T](schema) andThen connect[String, Array[Byte]])\n}\n\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"project\/plugins.sbt","text":"<gh_stars>10-100\nresolvers += Resolver.url(\"sbt-plugin-releases included\", new URL(\"https:\/\/scalasbt.artifactoryonline.com\/scalasbt\/sbt-plugin-releases\/\"))(Resolver.ivyStylePatterns)\n\nresolvers += \"jgit-repo\" at \"https:\/\/download.eclipse.org\/jgit\/maven\"\n\naddSbtPlugin(\"com.github.gseitz\"  % \"sbt-release\"     % \"1.0.0\")\naddSbtPlugin(\"com.jsuereth\"       % \"sbt-pgp\"         % \"1.0.0\")\naddSbtPlugin(\"com.typesafe\"       % \"sbt-mima-plugin\" % \"0.1.12\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-ghpages\"     % \"0.5.4\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-scalariform\" % \"1.3.0\")\naddSbtPlugin(\"org.scoverage\"      % \"sbt-scoverage\"   % \"1.5.0\")\naddSbtPlugin(\"org.xerial.sbt\"     % \"sbt-sonatype\"    % \"1.0\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\"         % \"0.2.18\")\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/main\/scala\/com\/twitter\/tormenta\/spout\/Metric.scala","text":"\/*\n Copyright 2012 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta.spout\n\nimport org.apache.storm.task.TopologyContext\nimport org.apache.storm.metric.api.IMetric\n\n\/**\n * Abstraction for encapsulating metric options\n *\n *  @author <NAME>\n *  @author <NAME>\n *\/\n\ncase class Metric[T <: IMetric](name: String, metric: T, timeBucketSizeInSecs: Int) {\n  private[spout] def register(context: TopologyContext) {\n    context.registerMetric(name, metric, timeBucketSizeInSecs)\n  }\n}"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-avro\/src\/main\/scala\/com\/twitter\/tormenta\/scheme\/avro\/specific\/SpecificAvroScheme.scala","text":"<filename>tormenta-avro\/src\/main\/scala\/com\/twitter\/tormenta\/scheme\/avro\/specific\/SpecificAvroScheme.scala\n\/*\n * Copyright 2013 Twitter inc.\n *\n *    Licensed under the Apache License, Version 2.0 (the \"License\");\n *    you may not use this file except in compliance with the License.\n *    You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n *    Unless required by applicable law or agreed to in writing, software\n *    distributed under the License is distributed on an \"AS IS\" BASIS,\n *    WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *    See the License for the specific language governing permissions and\n *    limitations under the License.\n *\/\n\npackage com.twitter.tormenta.scheme.avro.specific\n\nimport scala.reflect.ClassTag\n\nimport org.apache.avro.Schema\nimport org.apache.avro.specific.SpecificRecordBase\n\nimport com.twitter.tormenta.scheme.avro.InjectionScheme\nimport com.twitter.bijection.avro.SpecificAvroCodecs\nimport com.twitter.bijection.Injection._\n\nobject SpecificAvroScheme {\n  def apply[T <: SpecificRecordBase: ClassTag] = InjectionScheme(SpecificAvroCodecs[T])\n}\n\nobject BinaryAvroScheme {\n  def apply[T <: SpecificRecordBase: ClassTag] = InjectionScheme(SpecificAvroCodecs.toBinary[T])\n}\n\nobject JsonAvroScheme {\n  def apply[T <: SpecificRecordBase: ClassTag](schema: Schema) =\n    InjectionScheme(SpecificAvroCodecs.toJson[T](schema) andThen connect[String, Array[Byte]])\n}\n\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/test\/scala\/com\/twitter\/tormenta\/spout\/SchemeSpoutTest.scala","text":"<gh_stars>10-100\n\/*\n Copyright 2016 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta.spout\n\nimport org.apache.storm.task.TopologyContext\nimport org.apache.storm.topology.IRichSpout\nimport com.twitter.tormenta.scheme.Scheme\nimport org.scalatest._\n\nclass CapturingSchemeSpout extends SchemeSpout[Int] {\n  var transformer: Scheme[Int] => Scheme[_] = _\n  var fn: TopologyContext => Unit = _\n  override def getSpout[R](\n    transformer: Scheme[Int] => Scheme[R],\n    fn: => TopologyContext => Unit): IRichSpout = {\n    this.transformer = transformer\n    this.fn = fn\n    null\n  }\n\n  val scheme = Scheme(_ => Seq(1, 2, 3))\n\n  def transformed: Seq[_] = transformer(scheme).decode(null).toSeq\n}\n\nclass SchemeSpoutTest extends WordSpec with Matchers {\n  \"SchemeSpout\" should {\n    \"calls open hook\" in {\n      var hookCalled = false\n\n      val spout = new CapturingSchemeSpout\n\n      val hookedSpout = spout.openHook { _ =>\n        assert(!hookCalled)\n        hookCalled = true\n      }\n\n      val richSpout = hookedSpout.getSpout\n      spout.fn(null)\n\n      assert(hookCalled)\n      assert(spout.transformed == Seq(1, 2, 3))\n    }\n\n    \"calls multiple open hooks\" in {\n      var hook1 = false\n      var hook2 = false\n      var hook3 = false\n\n      val spout = new CapturingSchemeSpout\n\n      val hookedSpout =\n        spout\n          .openHook { _ => assert(!hook1); hook1 = true }\n          .openHook { _ => assert(!hook2); hook2 = true }\n          .openHook { _ => assert(!hook3); hook3 = true }\n\n      val richSpout = hookedSpout.getSpout\n      spout.fn(null)\n\n      assert(hook1)\n      assert(hook2)\n      assert(hook3)\n      assert(spout.transformed == Seq(1, 2, 3))\n    }\n\n    \"calls open hooks when flatMaps are present\" in {\n      var hook1 = false\n      var hook2 = false\n      var hook3 = false\n      var hook4 = false\n\n      val spout = new CapturingSchemeSpout\n\n      val hookedSpout =\n        spout\n          .openHook { _ => assert(!hook1); hook1 = true }\n          .flatMap { x =>\n            if (x % 2 == 1) Some(x) else None\n          }\n          .flatMap { x => Some(x) }\n          .openHook { _ => assert(!hook2); hook2 = true }\n          .flatMap { x => Seq(x, 0, x) }\n          .openHook { _ => assert(!hook3); hook3 = true }\n          .openHook { _ => assert(!hook4); hook4 = true }\n\n      val richSpout = hookedSpout.getSpout\n      spout.fn(null)\n\n      assert(hook1)\n      assert(hook2)\n      assert(hook3)\n      assert(hook4)\n      assert(spout.transformed == Seq(1, 0, 1, 3, 0, 3))\n    }\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/test\/scala\/com\/twitter\/tormenta\/TopologyTest.scala","text":"<reponame>LaudateCorpus1\/tormenta\n\/*\n Copyright 2012 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta\n\nimport org.apache.storm.topology.TopologyBuilder\nimport org.apache.storm.testing.{ CompleteTopologyParam, MockedSources, TestGlobalCount, TestJob }\nimport org.apache.storm.{ ILocalCluster, Testing }\nimport com.twitter.tormenta.spout.Spout\nimport org.apache.storm.tuple.Values\nimport org.scalatest._\nimport scala.collection.JavaConverters._\n\nclass TopologyTest extends WordSpec with Matchers with BeforeAndAfter {\n  val spout: Spout[Int] = Spout.fromTraversable(List(1, 2, 3, 4, 5))\n\n  val builder = new TopologyBuilder\n  val completeTopologyParam = {\n    val ret = new CompleteTopologyParam()\n    ret.setMockedSources(new MockedSources)\n    ret\n  }\n\n  builder.setSpout(\"1\", spout.getSpout, 1)\n  builder.setBolt(\"2\", new TestGlobalCount()).globalGrouping(\"1\")\n  val topo = builder.createTopology\n\n  \"Complete Topology\" should {\n    \"properly complete\" in {\n      Testing.withSimulatedTimeLocalCluster(new TestJob {\n        override def run(cluster: ILocalCluster): Unit = {\n          val ret = Testing.completeTopology(cluster, topo, completeTopologyParam)\n          val spoutTuples = Testing.readTuples(ret, \"1\")\n          assert(spoutTuples.asScala.toList\n            .map(_.asInstanceOf[Values].get(0)) == List(1, 2, 3, 4, 5))\n\n          val countTuples = Testing.readTuples(ret, \"2\")\n          assert(countTuples.asScala.toList\n            .map(_.asInstanceOf[Values].get(0)) == List(1, 2, 3, 4, 5))\n        }\n      })\n    }\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-avro\/src\/main\/scala\/com\/twitter\/tormenta\/scheme\/avro\/InjectionScheme.scala","text":"<reponame>LaudateCorpus1\/tormenta<filename>tormenta-avro\/src\/main\/scala\/com\/twitter\/tormenta\/scheme\/avro\/InjectionScheme.scala\n\/*\n * Copyright 2013 Twitter inc.\n *\n *    Licensed under the Apache License, Version 2.0 (the \"License\");\n *    you may not use this file except in compliance with the License.\n *    You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n *    Unless required by applicable law or agreed to in writing, software\n *    distributed under the License is distributed on an \"AS IS\" BASIS,\n *    WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *    See the License for the specific language governing permissions and\n *    limitations under the License.\n *\/\n\npackage com.twitter.tormenta.scheme.avro\n\nimport com.twitter.bijection.Injection\nimport scala.util.{ Failure, Success }\nimport com.twitter.tormenta.scheme.Scheme\nimport java.nio.ByteBuffer\n\nobject InjectionScheme {\n  def apply[T](inj: Injection[T, Array[Byte]]): InjectionScheme[T] =\n    new InjectionScheme[T](inj)\n}\n\nclass InjectionScheme[T](inj: Injection[T, Array[Byte]]) extends Scheme[T] {\n  override def decode(buf: ByteBuffer): TraversableOnce[T] = {\n    val bytes = Array.ofDim[Byte](buf.remaining())\n    buf.get(bytes)\n    inj.invert(bytes) match {\n      case Success(x) => Seq(x)\n      case Failure(x) => throw x\n    }\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/test\/scala\/com\/twitter\/tormenta\/scheme\/SchemeLaws.scala","text":"\/*\n Copyright 2012 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta.scheme\n\nimport java.nio.ByteBuffer\nimport org.scalatest._\nimport scala.collection.JavaConverters._\n\nclass SchemeWithHandlerSpecification extends WordSpec with Matchers {\n  \"Scheme\" should {\n    val f: ByteBuffer => List[String] = b => throw new IllegalArgumentException(\"decode failed\")\n\n    def eqv[T, U](t: T, u: U)(implicit ev: U =:= T): Boolean = (t == u)\n\n    def checkResult[T](scheme: Scheme[T], expectedResult: List[T]) {\n      val result = scheme.deserialize(ByteBuffer.wrap(\"test string\".getBytes(\"UTF-8\")))\n      assert(result.asScala.isEmpty == false) \/\/test fails, returns an empty list\n      assert {\n        eqv(result.asScala.toList.map(_.get(0).asInstanceOf[T]), expectedResult)\n      }\n    }\n\n    val schemeWithErrorHandler = Scheme(f).withHandler(t => List(t.getMessage))\n\n    \"handle failure\" in checkResult(schemeWithErrorHandler, List(\"decode failed\"))\n\n    \"map failure\" in checkResult(schemeWithErrorHandler.map(_.length), List(13))\n\n    \"flatMap failure\" in {\n      val scheme = schemeWithErrorHandler.flatMap(s => List(s, s))\n      checkResult(scheme, List(\"decode failed\", \"decode failed\"))\n    }\n\n    \"filter failure\" in {\n      val scheme = schemeWithErrorHandler\n        .flatMap(s => List(s, \"one\"))\n        .filter(_ == \"one\")\n      checkResult(scheme, List(\"one\"))\n    }\n  }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/main\/scala\/com\/twitter\/tormenta\/spout\/SchemeSpout.scala","text":"<gh_stars>10-100\n\/*\n Copyright 2012 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta.spout\n\nimport org.apache.storm.topology.IRichSpout\nimport com.twitter.tormenta.scheme.Scheme\nimport org.apache.storm.task.TopologyContext\n\ntrait SchemeSpout[+T] extends BaseSpout[T] { self =>\n  \/**\n   * This is the only required override.\n   *\/\n  def getSpout[R](transformer: Scheme[T] => Scheme[R], fn: => TopologyContext => Unit): IRichSpout\n\n  override def poll = List()\n\n  override def getSpout = getSpout(identity(_), callOnOpen)\n\n  override def flatMap[U](fn: T => TraversableOnce[U]): BaseSpout[U] =\n    new FlatMappedSchemeSpout(this)(fn)\n\n  override def openHook(f: => TopologyContext => Unit) =\n    new SchemeSpout[T] {\n      def getSpout[R](transformer: Scheme[T] => Scheme[R], fn: => TopologyContext => Unit) = self.getSpout(transformer, fn)\n      override def callOnOpen: (TopologyContext) => Unit = { c => f(c); self.callOnOpen(c) }\n    }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"build.sbt","text":"import ReleaseTransformations._\nimport com.typesafe.tools.mima.plugin.MimaPlugin.mimaDefaultSettings\nimport scalariform.formatter.preferences._\nimport com.typesafe.sbt.SbtScalariform._\n\nval avroVersion = \"1.7.5\"\nval bijectionVersion = \"0.9.5\"\nval chillVersion = \"0.8.3\"\nval scalacheckVersion = \"1.13.4\"\nval scalaTestVersion = \"3.0.1\"\nval slf4jVersion = \"1.6.6\"\nval stormVersion = \"1.0.2\"\nval twitter4jVersion = \"3.0.3\"\n\nval extraSettings = mimaDefaultSettings ++ scalariformSettings\n\ndef ciSettings: Seq[Def.Setting[_]] =\n  if (sys.env.getOrElse(\"TRAVIS\", \"false\").toBoolean) Seq(\n    ivyLoggingLevel := UpdateLogging.Quiet,\n    logLevel in Global := Level.Warn,\n    logLevel in Compile := Level.Warn,\n    logLevel in Test := Level.Info\n  ) else Seq.empty[Def.Setting[_]]\n\nval sharedSettings = extraSettings ++ ciSettings ++ Seq(\n  organization := \"com.twitter\",\n  scalaVersion := \"2.11.8\",\n  crossScalaVersions := Seq(\"2.10.6\", \"2.11.8\", \"2.12.1\"),\n  javacOptions ++= Seq(\"-source\", \"1.6\", \"-target\", \"1.6\"),\n  javacOptions in doc := Seq(\"-source\", \"1.6\"),\n  libraryDependencies ++= Seq(\n    \"org.slf4j\" % \"slf4j-api\" % slf4jVersion,\n    \"org.apache.storm\" % \"storm-core\" % stormVersion % \"provided\",\n    \"org.scalacheck\" %% \"scalacheck\" % scalacheckVersion % \"test\",\n    \"org.scalatest\" %% \"scalatest\" % scalaTestVersion % \"test\"\n  ),\n  scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-Yresolve-term-conflict:package\"),\n  resolvers ++= Seq(\n    Opts.resolver.sonatypeSnapshots,\n    Opts.resolver.sonatypeReleases\n  ),\n\n  parallelExecution in Test := false,\n\n  scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-language:implicitConversions\", \"-language:higherKinds\", \"-language:existentials\"),\n\n  scalacOptions ++= (if (scalaVersion.value startsWith \"2.10\")\n      Seq(\"-Xdivergence211\")\n    else\n      Seq()),\n\n  \/\/ Publishing options:\n  releaseCrossBuild := true,\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  releaseVersionBump := sbtrelease.Version.Bump.Minor, \/\/ need to tweak based on mima results\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := { x => false },\n\n  releaseProcess := Seq[ReleaseStep](\n    checkSnapshotDependencies,\n    inquireVersions,\n    runClean,\n    runTest,\n    setReleaseVersion,\n    commitReleaseVersion,\n    tagRelease,\n    publishArtifacts,\n    setNextVersion,\n    commitNextVersion,\n    ReleaseStep(action = Command.process(\"sonatypeReleaseAll\", _)),\n    pushChanges),\n\n  publishTo := Some(\n      if (version.value.trim.toUpperCase.endsWith(\"SNAPSHOT\"))\n        Opts.resolver.sonatypeSnapshots\n      else\n        Opts.resolver.sonatypeStaging\n    ),\n\n  pomExtra := (\n    <url>https:\/\/github.com\/twitter\/tormenta<\/url>\n    <licenses>\n      <license>\n        <name>Apache 2<\/name>\n        <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt<\/url>\n        <distribution>repo<\/distribution>\n        <comments>A business-friendly OSS license<\/comments>\n      <\/license>\n    <\/licenses>\n    <scm>\n      <url>git@github.com:twitter\/tormenta.git<\/url>\n      <connection>scm:git:git@github.com:twitter\/tormenta.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n        <id>oscar<\/id>\n        <name><NAME><\/name>\n        <url>http:\/\/twitter.com\/posco<\/url>\n      <\/developer>\n      <developer>\n        <id>sritchie<\/id>\n        <name><NAME><\/name>\n        <url>http:\/\/twitter.com\/sritchie<\/url>\n      <\/developer>\n    <\/developers>)\n)\n\nlazy val formattingPreferences = {\n import scalariform.formatter.preferences._\n FormattingPreferences().\n   setPreference(AlignParameters, false).\n   setPreference(PreserveSpaceBeforeArguments, true)\n}\n\n\/**\n  * This returns the youngest jar we released that is compatible\n  * with the current.\n  *\/\nval unreleasedModules = Set[String]()\n\ndef youngestForwardCompatible(subProj: String) =\n  Some(subProj)\n    .filterNot(unreleasedModules.contains(_))\n    .map { s => \"com.twitter\" % (\"tormenta-\" + s + \"_2.10\") % \"0.12.0\" }\n\n\/**\n  * Empty this each time we publish a new version (and bump the minor number)\n  *\/\nval ignoredABIProblems = {\n  import com.typesafe.tools.mima.core._\n  import com.typesafe.tools.mima.core.ProblemFilters._\n  Seq(\n  )\n}\n\nlazy val noPublishSettings = Seq(\n    publish := (),\n    publishLocal := (),\n    test := (),\n    publishArtifact := false\n  )\n\nlazy val tormenta = Project(\n  id = \"tormenta\",\n  base = file(\".\"),\n  settings = sharedSettings)\n  .settings(noPublishSettings)\n  .aggregate(\n  tormentaCore,\n  tormentaKafka,\n  tormentaTwitter,\n  tormentaAvro\n)\n\ndef module(name: String) = {\n  val id = \"tormenta-%s\".format(name)\n  Project(id = id, base = file(id), settings = sharedSettings ++ Seq(\n    Keys.name := id,\n    mimaPreviousArtifacts := youngestForwardCompatible(name).toSet,\n    mimaBinaryIssueFilters ++= ignoredABIProblems\n  ))\n}\n\nlazy val tormentaCore = module(\"core\").settings(\n  libraryDependencies += \"com.twitter\" %% \"chill\" % chillVersion\n  exclude(\"com.esotericsoftware.kryo\", \"kryo\")\n)\n\nlazy val tormentaTwitter = module(\"twitter\").settings(\n  libraryDependencies += \"org.twitter4j\" % \"twitter4j-stream\" % twitter4jVersion\n).dependsOn(tormentaCore % \"test->test;compile->compile\")\n\nlazy val tormentaKafka = module(\"kafka\").settings(\n  libraryDependencies += \"org.apache.storm\" % \"storm-kafka\" % stormVersion\n).dependsOn(tormentaCore % \"test->test;compile->compile\")\n\nlazy val tormentaAvro = module(\"avro\").settings(\n  libraryDependencies ++= Seq(\n    \"org.apache.avro\" % \"avro\" % avroVersion,\n    \"com.twitter\" %% \"bijection-core\" % bijectionVersion,\n    \"com.twitter\" %% \"bijection-avro\" % bijectionVersion)\n).dependsOn(tormentaCore % \"test->test;compile->compile\")\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-avro\/src\/test\/scala\/com\/twitter\/tormenta\/scheme\/avro\/BaseAvroProperties.scala","text":"\/*\n * Copyright 2013 Twitter inc.\n *\n *    Licensed under the Apache License, Version 2.0 (the \"License\");\n *    you may not use this file except in compliance with the License.\n *    You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n *    Unless required by applicable law or agreed to in writing, software\n *    distributed under the License is distributed on an \"AS IS\" BASIS,\n *    WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *    See the License for the specific language governing permissions and\n *    limitations under the License.\n *\/\n\npackage com.twitter.tormenta.scheme.avro\n\nimport org.scalacheck.Arbitrary\nimport com.twitter.bijection.Injection\nimport scala.math.Equiv\nimport org.scalacheck.Prop._\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.avro.specific.SpecificRecordBase\nimport scala.collection.JavaConverters._\nimport com.twitter.tormenta.scheme.Scheme\nimport java.nio.ByteBuffer\n\n\/**\n * @author <NAME>\n * @since 9\/14\/13\n *\/\ntrait BaseAvroProperties {\n\n  implicit val genericRecordEq = new Equiv[GenericRecord] {\n    def equiv(x: GenericRecord, y: GenericRecord): Boolean = x == y\n  }\n\n  implicit val specificRecordEq = new Equiv[SpecificRecordBase] {\n    def equiv(x: SpecificRecordBase, y: SpecificRecordBase): Boolean = x == y\n  }\n\n  def arbitraryViaFn[A, B](fn: A => B)(implicit arb: Arbitrary[A]): Arbitrary[B] =\n    Arbitrary {\n      arb.arbitrary.map {\n        fn\n      }\n    }\n\n  def isAvroRecordDecoded[A](implicit arba: Arbitrary[A], scheme: Scheme[A],\n    inj: Injection[A, Array[Byte]], eqa: Equiv[A]) =\n    forAll {\n      (a: A) =>\n        val b = inj(a)\n        val deserialize = scheme.deserialize(ByteBuffer.wrap(b))\n        val c = deserialize.asScala\n        !c.isEmpty && c.size == 1 && eqa.equiv(c.head.get(0).asInstanceOf[A], a)\n    }\n\n  def isAvroRecordNotDecoded[A](implicit arba: Arbitrary[A], scheme: Scheme[A],\n    failedRecord: A, inj: Injection[A, Array[Byte]], eqa: Equiv[A]) =\n    forAll {\n      (a: A) =>\n        val b = inj(a)\n        val c = scheme.deserialize(ByteBuffer.wrap(b)).asScala\n        !c.isEmpty && c.size == 1 && eqa.equiv(c.head.get(0).asInstanceOf[A], failedRecord)\n    }\n}\n"}
{"repo_name":"LaudateCorpus1\/tormenta","path":"tormenta-core\/src\/test\/scala\/com\/twitter\/tormenta\/spout\/BaseSpoutTest.scala","text":"\/*\n Copyright 2016 Twitter, Inc.\n\n Licensed under the Apache License, Version 2.0 (the \"License\");\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n *\/\n\npackage com.twitter.tormenta.spout\n\nimport org.scalatest._\n\nclass BaseSpoutTest extends WordSpec with Matchers {\n  \"BaseSpout\" should {\n    val spout = new BaseSpout[Int] {\n      override def poll = Seq(1, 2, 3)\n    }\n\n    \"calls open hook\" in {\n      var hookCalled = false\n\n      val spout = new BaseSpout[Int] {\n        override def poll = Seq(1, 2, 3)\n      }\n\n      val hookedSpout = spout.openHook { _ =>\n        assert(!hookCalled)\n        hookCalled = true\n      }\n\n      val richSpout = hookedSpout.getSpout\n      richSpout.open(null, null, null)\n\n      assert(hookCalled)\n      assert(hookedSpout.poll.toSeq == Seq(1, 2, 3))\n    }\n\n    \"calls multiple open hooks\" in {\n      var hook1 = false\n      var hook2 = false\n      var hook3 = false\n\n      val hookedSpout =\n        spout\n          .openHook { _ => assert(!hook1); hook1 = true }\n          .openHook { _ => assert(!hook2); hook2 = true }\n          .openHook { _ => assert(!hook3); hook3 = true }\n\n      val richSpout = hookedSpout.getSpout\n      richSpout.open(null, null, null)\n\n      assert(hook1)\n      assert(hook2)\n      assert(hook3)\n      assert(hookedSpout.poll.toSeq == Seq(1, 2, 3))\n    }\n\n    \"calls open hooks when flatMaps are present\" in {\n      var hook1 = false\n      var hook2 = false\n      var hook3 = false\n\n      val hookedSpout =\n        spout\n          .openHook { _ => assert(!hook1); hook1 = true }\n          .flatMap { x =>\n            if (x % 2 == 1) Some(x) else None\n          }\n          .flatMap { x => Some(x) }\n          .openHook { _ => assert(!hook2); hook2 = true }\n          .flatMap { x => Seq(x, 0, x) }\n          .openHook { _ => assert(!hook3); hook3 = true }\n\n      val richSpout = hookedSpout.getSpout\n      richSpout.open(null, null, null)\n\n      assert(hook1)\n      assert(hook2)\n      assert(hook3)\n      assert(hookedSpout.poll.toSeq == Seq(1, 0, 1, 3, 0, 3))\n    }\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/udf\/UDFSpec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.udf\n\nimport dbis.piglet.schema._\nimport dbis.piglet.udf._\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.OptionValues._\n\nclass UDFSpec extends FlatSpec with Matchers {\n  \"The UDF table\" should \"contain some predefined functions\" in {\n    val f1: UDF = UDFTable.findUDF(\"sum\", Types.DoubleType).value\n    f1.name should be (\"SUM\")\n    f1.scalaName should be (\"PigFuncs.sum\")\n    f1.isAggregate should be (true)\n    f1.resultType should be (Types.DoubleType)\n\n    val f2: UDF = UDFTable.findUDF(\"sum\", Types.IntType).value\n    f2.name should be (\"SUM\")\n    f2.scalaName should be (\"PigFuncs.sum\")\n    f2.isAggregate should be (true)\n    f2.resultType should be (Types.IntType)\n\n    val f3: UDF = UDFTable.findUDF(\"tokenize\", Types.CharArrayType).value\n    f3.name should be (\"TOKENIZE\")\n    f3.scalaName should be (\"PigFuncs.tokenize\")\n    f3.isAggregate should be (false)\n    f3.resultType should be (BagType(TupleType(Array(Field(\"\", Types.ByteArrayType)))))\n\n    val f4: UDF = UDFTable.findUDF(\"tomap\", Types.AnyType).value\n    f4.name should be (\"TOMAP\")\n    f4.scalaName should be (\"PigFuncs.toMap\")\n    f4.isAggregate should be (false)\n    f4.resultType should be (MapType(Types.ByteArrayType))\n  }\n\n  it should \"allow to find type compatible functions\" in {\n    val f1 = UDFTable.findUDF(\"tomap\", Types.CharArrayType).value\n    f1.name should be (\"TOMAP\")\n    f1.scalaName should be (\"PigFuncs.toMap\")\n    f1.isAggregate should be (false)\n    f1.resultType should be (MapType(Types.ByteArrayType))\n\n    val f2 = UDFTable.findUDF(\"avg\", Types.CharArrayType)\n    f2 should be (None)\n\n    val f3 = UDFTable.findUDF(\"tomap\", List(Types.CharArrayType)).value\n    f3.name should be (\"TOMAP\")\n    f3.scalaName should be (\"PigFuncs.toMap\")\n    f3.isAggregate should be (false)\n    f3.resultType should be (MapType(Types.ByteArrayType))\n\n    val f4 = UDFTable.findUDF(\"avg\", List(Types.CharArrayType))\n    f4 should be (None)\n\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/PigOperator.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport java.security.MessageDigest\n\nimport dbis.piglet.expr.{NamedField, Ref}\nimport dbis.piglet.plan.InvalidPlanException\nimport dbis.piglet.schema._\nimport org.kiama.rewriting.Rewritable\n\nimport scala.collection.immutable.Seq\nimport scala.collection.mutable\nimport scala.util.Try\n\n\/**\n * PigOperator is the base trait for all Pig operators. An operator contains\n * pipes representing the input and output connections to other operators in the\n * dataflow.\n *\/\nabstract class PigOperator(\n    private[op] var _outputs: List[Pipe], \n    private[op] var _inputs: List[Pipe], \n    var schema: Option[Schema] = None\n  ) extends Rewritable with Serializable {\n\n  def this(out: Pipe) = this(List(out), List(), None)\n  \n  def this(out: Pipe, in: Pipe) = this(List(out), List(in), None)\n  \n  def this(out: Pipe, in: Pipe, schema: Option[Schema]) = this(List(out), List(in), schema)\n  \n  \/**\n   * A map of key-value pairs representing operator-specific parameters.\n   *\/\n  var configParams: mutable.Map[String, Any] = mutable.Map()\n\n  \/**\n   * Getter method for the output pipes.\n   *\n   * @return the list of output pipes\n   *\/\n  def outputs = _outputs\n\n  \/**\n   * Setter method for the output pipes. It ensures\n   * that this is producer of all pipes.\n   *\n   * @param o the new list of output pipes\n   *\/\n  def outputs_=(o: List[Pipe]) {\n    _outputs = o\n    \/\/ 1. make sure we don't have multiple pipes with the same name\n    if (_outputs.map(p => p.name).distinct.size != _outputs.size) {\n      \n      \/\/ find the duplicate name\n      val duplicates = _outputs.map(_.name).groupBy(identity).collect{ case (x, List(_,_,_*)) => x}\n      \n      throw InvalidPlanException(s\"\"\"\n        |duplicate pipe names: ${duplicates.mkString(\" and \")}\n        | in new outputs for $this\n        | outputs is = ${_outputs}\n      \"\"\".stripMargin\n        \n      )\n    }\n\n    \/\/ 2. make sure that we are producer in all pipes\n    _outputs.foreach(p => {\n      p.producer = this\n      p.consumer.foreach(_.inputs.foreach(\n        _.producer = this\n      ))\n    })\n  }\n\n  \/**\n   * Getter method for the input pipes.\n   *\n   * @return the list of input pipes\n   *\/\n  def inputs = _inputs\n\n  \/**\n   * Setter method for the input pipes. It ensures\n   * that this is a consumer in all pipes.\n   *\n   * @param i the new list of input pipes\n   *\/\n  def inputs_=(i: List[Pipe]) = {\n    _inputs = i\n    \/\/ make sure that we are consumer in all pipes\n    _inputs.foreach(p => if (!p.consumer.contains(this)) p.consumer = p.consumer :+ this)\n  }\n\n  def outPipeName: String = if (outputs.nonEmpty) outputs.head.name else \"\"\n\n  def outPipeNames: List[String] = outputs.map(_.name)\n\n  def inPipeName: String = if (inputs.nonEmpty) inputs.head.name else \"\"\n\n  def inPipeNames: List[String] = inputs.map(_.name)\n\n  \/**\n   * Checks whether the pipe names are valid identifiers. If not an exception is raised.\n   *\/\n  def checkPipeNames(): Unit = {\n    def validPipeName(s: String) = if (!s.matches(\"\"\"[a-zA-Z_]\\w*\"\"\")) throw InvalidPipeNameException(s)\n\n    outputs.foreach(p => validPipeName(p.name))\n    inputs.foreach(p => validPipeName(p.name))\n  }\n\n  def inputSchema = inputs.headOption.flatMap(_.inputSchema)\/\/if (inputs.nonEmpty) inputs.head.inputSchema else None\n\n  def preparePlan(): Unit = {}\n\n  \/**\n   * Try to replace all pipes\/references with a leading $ via the mapping table.\n   *\n   * @param mapping a map from identifiers to values\n   *\/\n  def resolveParameters(mapping: mutable.Map[String, Ref]): Unit = {\n    def rename(p: Pipe): Unit = {\n      if (p.name.startsWith(\"$\") && mapping.contains(p.name)) {\n        val s2 = mapping(p.name) match {\n          case NamedField(n, _) => n\n          case _ => p.name\n        }\n        p.name = s2\n      }\n    }\n\n    \/*\n     * We resolve only the pipe names here.\n     *\/\n    outputs.foreach(p => rename(p))\n    inputs.foreach(p => rename(p))\n\n    \/*\n     * This method has to be overriden by the subclasses.\n     *\/\n    resolveReferences(mapping)\n  }\n\n  \/**\n   * Try to replace all references in expressions with a leading $ via the mapping table.\n   *\n   * @param mapping a map from identifiers to values\n   *\/\n  def resolveReferences(mapping: mutable.Map[String, Ref]): Unit = {}\n\n  def checkConnectivity: Boolean = true\n\n  \/**\n   * Add an operator as a consumer to the output pipe with the given name.\n   *\n   * @param name the name of the output pipe\n   * @param op the operator instance\n   *\/\n  def addConsumer(name: String, op: PigOperator): Unit = {\n    _outputs.find(_.name == name) match {\n      case Some(p) => if (!p.consumer.contains(op)) p.consumer = p.consumer :+ op\n      case None =>\n    }\n  }\n\n  \/**\n   * Constructs the output schema of this operator based on the input + the semantics of the operator.\n   * The default implementation is to simply take over the schema of the input operator.\n   *\n   * @return the output schema\n   *\/\n  def constructSchema: Option[Schema] = {\n    if (inputs.nonEmpty \/* && schema.isEmpty*\/) {\n      schema = inputs.head.producer.schema\n    }\n    schema\n  }\n\n  \/**\n   * Returns a string representation of the output schema of the operator.\n   *\n   * @return a string describing the schema\n   *\/\n  def schemaToString: String = {\n    \/*\n     * schemaToString is mainly called from DESCRIBE. Thus, we can take outPipeName as relation name.\n     *\/\n    schema match {\n      case Some(s) => s\"$outPipeName: ${s.element.descriptionString}\"\n      case None => s\"Schema for '$outPipeName' unknown.\"\n    }\n  }\n\n  \/**\n   * A helper function for traversing expression trees:\n   *\n   * Checks the (named) fields referenced in the expression (if any) if they conform to\n   * the schema. Should be overridden in operators changing the schema by invoking\n   * traverse with one of the traverser function.\n   *\n   * @return true if valid field references, otherwise false\n   *\/\n  def checkSchemaConformance: Boolean = true\n\n  \/**\n   * Returns a MD5 hash string representing the sub-plan producing the input for this operator.\n   *\n   * @return the MD5 hash string\n   *\/\n  def lineageSignature: String = {\n    val digest = MessageDigest.getInstance(\"MD5\")\n    digest.digest(lineageString.getBytes).map(\"%02x\".format(_)).mkString\n  }\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  def lineageString: String = {\n    inputs.filter(p => p != null && p.producer != null).map{p =>\n      p.producer.lineageString}.mkString(\"%\")\n  }\n\n  \/**\n   * Check whether the input and output pipes are still consistent, i.e.\n   * for all output pipes the producer is the current operator and the current\n   * operator is also a consumer in each input pipe.\n   *\n   * @return true if the operator pipes are consistent\n   *\/\n  def checkConsistency: Boolean = {\n    outputs.forall(p => p.producer == this) && inputs.forall(p => p.consumer.contains(this))\n  }\n\n  \/**\n   * Returns the arity, i.e. the number of output pipes of\n   * this operator.\n   *\n   * @return the arity of the operator\n   *\/\n  def arity = {\n    var numConsumers = 0\n    this.outputs.foreach(p => numConsumers += p.consumer.length)\n    numConsumers\n  }\n\n  def deconstruct: List[PigOperator] = this.outputs.flatMap(_.consumer)\n\n  def reconstruct(outputs: Seq[Any]): PigOperator = {\n    val outname = this.outPipeName\n    reconstruct(outputs, outname)\n  }\n\n  \/** Implementation for kiamas Rewritable trait\n    *\n    * It's necessary to set the `outputs` attribute on this object to List.empty, which makes `this.outPipeName`\n    * return \"\". To work around this, the output name can be provided via `outname`.\n    *\n    * @param outputs\n    * @param outname The output name of this relation\n    * @return\n    *\/\n  def reconstruct(outputs: Seq[Any], outname: String): PigOperator = {\n    this.outputs = List.empty\n    outputs.foreach {\n      case op: PigOperator =>\n        val idx = this.outputs.indexWhere(_.name == outname)\n        if (idx > -1) {\n          \/\/ There is already  a pipe to `outname`\n          this.outputs(idx).consumer = this.outputs(idx).consumer :+ op\n        } else {\n          this.outputs = this.outputs :+ Pipe(outname, this, List(op))\n        }\n      \/\/ Some rewriting rules turn one operator into multiple ones, for example Split Into into multiple Filter\n      \/\/ operators\n      case ops: Seq[_] => this.reconstruct(ops, outname)\n      case (op : PigOperator, _) => this.reconstruct(List(op), outname)\n      case _ => illegalArgs(\"PigOperator\", \"PigOperator\", outputs)\n    }\n    this\n  }\n\n\n  override def toString =\n    s\"\"\"PigOperator\n       |  out = ${outPipeNames.mkString(\",\")}\n       |  in = ${inPipeNames.mkString(\",\")}\"\"\".stripMargin\n\n  \/**\n    * Prints a description of the operator to standard output but indent it by the given\n    * number of characters.\n    * Note this method is used to pretty print a execution plan.\n    *\n    * @param tab the number of characters for indenting the output\n    *\/\n  def printOperator(tab: Int): Unit = toString.split(\"\\n\").withFilter(_.trim.nonEmpty).foreach(line => println(s\"${\" \"*tab}$line\"))\n\n  lazy val name = Try { toString.split(PigOperator.namePattern).head }.getOrElse(\"unknown\")\n}\n\nobject PigOperator {\n  private final val namePattern = \"\\\\P{Alpha}\"\n}\n"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/nfa\/RelatedValue.scala","text":"<gh_stars>10-100\npackage dbis.piglet.cep.nfa\nimport scala.reflect.ClassTag\nimport dbis.piglet.backends.{SchemaClass => Event}\n\ncase class NotInitializedException(private val msg: String) extends Exception(msg)\n\ntrait RelatedValue[T]{\n    def updateValue(event: T): Unit\n    def initValue(event: T): Unit\n    def getValue(): Double\n}\n\nabstract class PreviousRelatedValue[T <: Event: ClassTag] extends RelatedValue[T]{\n  var value: Option[Double] = None\n  override def initValue(event: T): Unit = updateValue(event)\n  override def updateValue(event: T): Unit\n  override def getValue(): Double = {\n    value match {\n      case Some(v) => v\n      case None => throw NotInitializedException(\"Related value is not initialized\")\n    }\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/cmd\/CoGroup.scala","text":"package dbis.piglet.op.cmd\n\nimport dbis.piglet.expr.NamedField\nimport dbis.piglet.op.{GroupingExpression, PigOperator, Pipe}\nimport dbis.piglet.schema._\n\ncase class CoGroup(private val out: Pipe,\n                   private val ins: List[Pipe],\n                   groupExprs: List[GroupingExpression]) extends PigOperator(List(out), ins) {\n\n\n  override def constructSchema: Option[Schema] = {\n    \/\/ tuple(group: typeOfGroupingExpr, in:bag(inputSchema))\n    val inSchemas = inputs.map(_.producer.schema)\n\n\n    val inputTypes = inSchemas.map {\n      case Some(s) => s.element.valueType\n      case None => TupleType(Array(Field(\"\", Types.ByteArrayType)))\n    }\n\n\/\/    val groupingTypes = groupExprs.zip(inSchemas).map { case (e,s) => e.resultType(s) } \/\/(_.resultType(inputSchema))\n    val groupingType = groupExprs.head.resultType(inSchemas.head)\n\n    \/\/ the group field gets the original grouping expression as lineage, e.g. rel.column\n    val groupField = Field(\"group\", groupingType, List(s\"$inPipeName.${groupExprs.head.keyList.mkString}\"))\n\n\/\/    val aggField = Field(inputs.head.name, BagType(inputTypes))\n\n    val aggFields = inputs.zip(inputTypes).map { case (in, inType) => Field(in.name, BagType(inType)) }\n\n\n    val fields = (groupField :: aggFields).toArray\n\n\n    schema = Some(Schema(fields))\n    schema\n  }\n\n  override def checkSchemaConformance: Boolean = inputs.map(_.producer.schema).zip(groupExprs).forall { case (inS, expr) =>\n    inS match {\n      case Some(s) =>\n        \/\/ if we know the schema we check all named fields\n        ! expr.keyList.filter(_.isInstanceOf[NamedField]).exists(f => s.indexOfField(f.asInstanceOf[NamedField]) == -1)\n      case None =>\n        \/\/ if we don't have a schema all expressions should contain only positional fields\n        ! expr.keyList.exists(_.isInstanceOf[NamedField])\n    }\n\n  }\n\n\/\/    inputs.map(_.producer.schema).foreach {\n\/\/      case Some(s) =>\n\/\/        \/\/ if we know the schema we check all named fields\n\/\/        ! groupExprs.keyList.filter(_.isInstanceOf[NamedField]).exists(f => s.indexOfField(f.asInstanceOf[NamedField]) == -1)\n\/\/      case None =>\n\/\/        \/\/ if we don't have a schema all expressions should contain only positional fields\n\/\/        ! groupExprs.keyList.exists(_.isInstanceOf[NamedField])\n\/\/    }\n\n\n  override def lineageString: String = {\n    s\"\"\"COGROUP%${groupExprs.mkString(\",\")}%\"\"\" + super.lineageString\n  }\n\n  override def toString: String =\n    s\"\"\"COGROUP\n       |  out = ${outPipeNames.mkString(\",\")}\n       |  group on  = ${groupExprs.mkString(\",\")}\n       |  in = ${inPipeNames.mkString(\",\")}\n       |  inSchema  = $inputSchema\n       |  outSchema = $schema\"\"\".stripMargin\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/tools\/ScalaCompiler.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.tools\n\nimport scala.io.Source\nimport scala.reflect.internal.util.BatchSourceFile\nimport scala.tools.nsc.io.AbstractFile\nimport scala.tools.nsc.reporters.ConsoleReporter\nimport scala.tools.nsc.{Global, Settings}\nimport java.nio.file.Path\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.setm.SETM.timing\n\ntrait Probe\n\n\/**\n * ScalaCompiler is an object allowing to access the Scala compiler\n * for compiling source files.\n *\/\n\nobject ScalaCompiler extends PigletLogging {\n  \n  \n  def compile (targetDir: Path, sourceFile: Path) : Boolean = compile(targetDir, Seq(sourceFile))\n  \n  \/**\n   * Compiles the given Scala source file into a class file stored\n   * in targetDir.\n   *\n   * @param targetDir the target directory for the compiled code\n   * @param sourceFiles the Scala files to be compiled\n   *\/\n  def compile (targetDir: Path, sourceFiles: Seq[Path]) : Boolean = timing(\"compile scala code\") {\n    \n    logger.debug(s\"\"\"compiling source file '${sourceFiles.mkString(\",\")}' to target dir '$targetDir'\"\"\")\n    \n    val target = AbstractFile.getDirectory(targetDir.toFile)\n    val settings = new Settings\n    \/*\n    settings.deprecation.value = true \/\/ enable detailed deprecation warnings\n    settings.unchecked.value = true \/\/ enable detailed unchecked warnings\n    settings.usejavacp.value = true\n*\/\n    settings.classpath.append(targetDir.toString)\n\n    settings.outputDirs.setSingleOutput(target)\n    settings.embeddedDefaults[Probe]\n    settings.processArgumentString(\"-feature -language implicitConversions\")\n\n    \/\/ println(\"settings = \" + settings)\n    val reporter = new ConsoleReporter(settings)\n\n    val global = Global(settings, reporter)\n    import global._\n\n    \n    val sources = sourceFiles.map { f => \n        new BatchSourceFile(f.toString, Source.fromFile(f.toFile).mkString)\n      }.toList\n    \n    val run = new Run\n    run.compileSources(sources)\n\n    !reporter.hasErrors\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/mm\/CacheManagerSpec.scala","text":"package dbis.piglet.mm\n\nimport java.net.URI\nimport java.nio.file.{Files, StandardOpenOption}\n\nimport dbis.piglet.tools.{CliParams, Conf}\nimport org.scalatest.{BeforeAndAfter, BeforeAndAfterAll, FlatSpec, Matchers}\n\nimport scala.concurrent.duration._\n\n\n\n\nclass CacheManagerSpec extends FlatSpec with Matchers with BeforeAndAfter {\n\n  before {\n\/\/    import scala.collection.JavaConverters._\n\/\/    Files.write(Conf.materializationMapFile, List(\"\").asJava,\n\/\/      StandardOpenOption.CREATE, StandardOpenOption.WRITE, StandardOpenOption.TRUNCATE_EXISTING )\n\n\n    Files.deleteIfExists(Conf.materializationMapFile)\n\n    CacheManager.materializations = Map(\n      \"1\" -> CacheEntry(\"1\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L)),\n      \"2\" -> CacheEntry(\"2\",_benefit = 20, bytes = 200, uri = \"2\", lastLoaded = Some(2L)),\n      \"3\" -> CacheEntry(\"3\",_benefit = 30, bytes = 300, uri = \"3\", lastLoaded = Some(3L)),\n      \"4\" -> CacheEntry(\"4\",_benefit = 40, bytes = 400, uri = \"4\", lastLoaded = Some(4L)),\n      \"5\" -> CacheEntry(\"5\",_benefit = 50, bytes = 500, uri = \"5\", lastLoaded = Some(5L)),\n      \"6\" -> CacheEntry(\"6\",_benefit = 60, bytes = 600, uri = \"6\", lastLoaded = Some(6L)),\n      \"7\" -> CacheEntry(\"7\",_benefit = 70, bytes = 700, uri = \"7\", lastLoaded = Some(7L)),\n      \"8\" -> CacheEntry(\"8\",_benefit = 80, bytes = 800, uri = \"8\", lastLoaded = Some(8L)),\n      \"9\" -> CacheEntry(\"9\",_benefit = 90, bytes = 900, uri = \"9\", lastLoaded = Some(9L)),\n      \"10\" -> CacheEntry(\"10\",_benefit = 100, bytes = 1000, uri = \"10\", lastLoaded = Some(10L))\n    )\n  }\n\n  \"LRU strategy\" should \"remove one entry with admission check\" in {\n\n    val ps = new ProfilerSettings(minBenefit = 10.seconds,\n      admissionCheck = true,\n      cacheSize = 5500,\n      eviction = EvictionStrategy.LRU)\n\n    CliParams._values = new CliParams(profiling = Some(ps))\n\n    val mp = MaterializationPoint(\"new\", prob = 1, cost = 1, bytes = 1100, benefit = 1000.milliseconds)\n\n    val u = new URI(\"file:\/\/\/new\")\n\n    val inserted = CacheManager.insert(mp, u)\n\n    \/\/    CacheManager.materializations.values.foreach(println)\n\n    inserted shouldBe true\n\n    CacheManager.materializations.size shouldBe 6\n\n    CacheManager.materializations.values should not contain CacheEntry(\"1\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n    CacheManager.materializations.values should not contain CacheEntry(\"2\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n    CacheManager.materializations.values should not contain CacheEntry(\"3\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n    CacheManager.materializations.values should not contain CacheEntry(\"4\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n    CacheManager.materializations.values should not contain CacheEntry(\"5\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n\n    CacheManager.materializations.values should contain (CacheEntry(\"new\", u.toString, 110, 1100))\n\n  }\n\n  it should \"remove one entry with NO benefit and NO admission check\" in {\n    val ps = new ProfilerSettings(minBenefit = 10.seconds,\n      admissionCheck = false,\n      cacheSize = 5500,\n      eviction = EvictionStrategy.LRU)\n\n    CliParams._values = new CliParams(profiling = Some(ps))\n\n    val mp = MaterializationPoint(\"new\",cost = 1, prob = 1, bytes = 100, benefit = 1.milliseconds)\n\n    val u = new URI(\"file:\/\/\/new\")\n\n    val inserted = CacheManager.insert(mp, u)\n\n    inserted shouldBe true\n\n    CacheManager.materializations.size shouldBe 10\n\n    CacheManager.materializations.values should not contain CacheEntry(\"1\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L))\n    CacheManager.materializations.values should contain (CacheEntry(\"new\", u.toString, 110, 1100))\n  }\n\n  it should \"not add an entry because of admission check\" in {\n    val ps = new ProfilerSettings(minBenefit = 10.seconds,\n      admissionCheck = true,\n      cacheSize = 5500,\n      eviction = EvictionStrategy.LRU)\n\n    CliParams._values = new CliParams(profiling = Some(ps))\n\n    val mp = MaterializationPoint(\"new\",cost = 1, prob = 1, bytes = 100, benefit = 1.milliseconds)\n\n    val u = new URI(\"file:\/\/\/new\")\n\n    val inserted = CacheManager.insert(mp, u)\n\n    inserted shouldBe false\n\n    CacheManager.materializations.size shouldBe 10\n\n    CacheManager.materializations.values should contain (CacheEntry(\"1\",_benefit = 10, bytes = 100, uri = \"1\", lastLoaded = Some(1L)))\n    CacheManager.materializations.values should not contain CacheEntry(\"new\", u.toString, 110, 1100)\n  }\n\n  it should \"remove one entry with LRU and NO admission check\" in {\n    val ps = new ProfilerSettings(minBenefit = 10.seconds,\n      admissionCheck = false,\n      cacheSize = 5500,\n      eviction = EvictionStrategy.LRU)\n\n    CliParams._values = new CliParams(profiling = Some(ps))\n\n    val mp = MaterializationPoint(\"new\",1,1,1100, 1.milliseconds)\n\n    val u = new URI(\"file:\/\/\/new\")\n\n    val inserted = CacheManager.insert(mp, u)\n\n    inserted shouldBe true\n\n    CacheManager.materializations.values should contain (CacheEntry(\"new\", u.toString, 110, 1100))\n\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/FilterEmitter.scala","text":"package dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Filter\n\n\/**\n  * Created by kai on 01.12.16.\n  *\/\nclass FilterEmitter extends CodeEmitter[Filter] {\n  override def template: String =\n    \"\"\"val <out> = <in>.filter{t =>\n      |  val res = <pred>\n      |  <if (profiling)>\n      |  if(res) {\n      |    PerfMonitor.sampleSize(t, \"<lineage>\", accum, randFactor)\n      |  }\n      |  <endif>\n      |  res\n      |\\}\"\"\".stripMargin\n\n\n  override def code(ctx: CodeGenContext, op: Filter): String = {\n    val m = Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"lineage\" -> op.lineageSignature,\n      \"pred\" -> ScalaEmitter.emitPredicate(CodeGenContext(ctx, Map[String,Any](\"schema\" -> op.schema)), op.pred))\n\n    render(m)\n  }\n}\n\nobject FilterEmitter {\n  lazy val instance = new FilterEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/api\/PigletInterpreterAPI.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.api\n\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.parser.PigParser\nimport dbis.piglet.backends.BackendManager\nimport dbis.piglet.tools.Conf\nimport dbis.piglet.codegen.CodeGenerator\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.piglet.schema.Schema\n\nobject PigletInterpreterAPI extends PigletLogging {\n\n  \/**\n   * Create Scala code for the given backend from the source string.\n   * This method is provided mainly for Zeppelin.\n   *\n   * @param source the Piglet script\n   * @param backend the backend used to compile and execute\n   * @return the generated Scala code\n   *\/\n  def createCodeFromInput(source: String, backend: String): String = {\n\t  import scala.collection.JavaConverters._\n\n\t  Schema.init()\n    var plan = new DataflowPlan(PigParser.parseScript(source))\n\n    if (!plan.checkConnectivity) {\n      logger.error(s\"dataflow plan not connected\")\n      return \"\"\n    }\n\n    logger.debug(s\"successfully created dataflow plan\")\n    plan = rewritePlan(plan)\n\n    \/\/ compile it into Scala code for Spark\n    val generatorClass = Conf.backendGenerator(backend)\n    val extension = Conf.backendExtension(backend)\n    val backendConf = BackendManager.init(backend)\n\/\/      BackendManager.backend = backendConf\n    val templateFile = backendConf.templateFile\n    val args = Array(templateFile).asInstanceOf[Array[AnyRef]]\n    val compiler = Class.forName(generatorClass).getConstructors()(0).newInstance(args: _*).asInstanceOf[CodeGenerator]\n\n    \/\/ 5. generate the Scala code\n    val code = compiler.generate(\"blubs\", plan, profiling = None, forREPL = true)\n    logger.debug(\"successfully generated scala program\")\n    code\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/test\/scala\/dbis\/flink\/test\/FuncsSpec.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink.test\n\nimport dbis.piglet.backends.flink.PigFuncs\nimport org.scalatest._\n\nclass FuncsSpec extends FlatSpec with Matchers {\n\n  \"The max function\" should \"return the maximum of a list\" in {\n    val l1 = List(1, 2, 3, 4, 5)\n    PigFuncs.max(l1) should be (5)\n\n    val l2 = List(5, 4, 2, 2, 1)\n    PigFuncs.max(l2) should be (5)\n\n    val l3 = List(1.0, 4.0, 5.5, 2.2, 3.1)\n    PigFuncs.max(l3) should be (5.5)\n\n    val l4 = List(\"AAA\", \"BBBB\", \"ZZZZ\", \"DDDD\")\n    PigFuncs.max(l4) should be (\"ZZZZ\")\n  }\n\n  \"The min function\" should \"return the minimum of a list\" in {\n    val l1 = List(1, 2, 3, 4, 5)\n    PigFuncs.min(l1) should be (1)\n\n    val l2 = List(5, 4, 2, 2, 1)\n    PigFuncs.min(l2) should be (1)\n\n    val l3 = List(1.0, 4.0, 5.5, 2.2, 3.1)\n    PigFuncs.min(l3) should be (1.0)\n\n    val l4 = List(\"XXXX\", \"AAA\", \"BBBB\", \"ZZZZ\", \"DDDD\")\n    PigFuncs.min(l4) should be (\"AAA\")\n  }\n\n  \"The average function\" should \"return the average of a list\" in {\n    val l1 = List(1, 2, 3, 4, 5)\n    PigFuncs.average(l1) should be(3)\n\n    val l2 = List(5, 4, 2, 2, 1)\n    PigFuncs.average(l2) should be(2.8)\n  }\n\n  \"The count function\" should \"return the number of elements\" in {\n    val l1 = List(1, 2, 3, 4, 5)\n    PigFuncs.count(l1) should be (5)\n\n    val l2 = List()\n    PigFuncs.count(l2) should be (0)\n  }\n\n  \"The sum function\" should \"return the sum of the elements of list\" in {\n    val l1 = List(1, 2, 3, 4, 5)\n    PigFuncs.sum(l1) should be (15)\n\n    val l3 = List(1.0, 4.0, 5.5, 2.2, 3.1)\n    PigFuncs.sum(l3) should be (15.8 +- 1e-5)\n  }\n\n  \"The tokenize function\" should \"split a string on ','\" in {\n    val s = \"1,2,3,4,5,6\"\n    PigFuncs.tokenize(s) should be (List(\"1\", \"2\", \"3\", \"4\", \"5\", \"6\"))\n  }\n\n  \"The tokenize function\" should \"split a string on ' '\" in {\n    val s = \"1 2 3 4 5 6\"\n    PigFuncs.tokenize(s) should be (List(\"1\", \"2\", \"3\", \"4\", \"5\", \"6\"))\n  }\n\n  \"The tokenize function\" should \"split a string on '&'\" in {\n    val s = \"1&2&3&4&5&6\"\n    PigFuncs.tokenize(s, \"&\") should be (List(\"1\", \"2\", \"3\", \"4\", \"5\", \"6\"))\n  }\n\n\/*\n  \"The toMap function\" should \"produce a map from a list\" in {\n    PigFuncs.toMap(\"a\", 1, \"b\", 2, \"c\", 3, \"d\", 4) should be (\n      Map(\"a\" -> 1, \"b\" -> 2, \"c\" -> 3, \"d\" -> 4)\n    )\n  }\n\n  \"The toTuple function\" should \"produce a tuple from a list\" in {\n    PigFuncs.toTuple(1, 2, 3, 4) should be (\n      List(1, 2, 3, 4)\n    )\n  }\n\n  \"The toBag function\" should \"produce a bag of tuples from a list of values\" in {\n    PigFuncs.toBag(1, 2, 3, 4) should be (\n      List(List(1), List(2), List(3), List(4))\n    )\n  }\n\n  it should \"produce a bag of tuples from a list of tuples\" in {\n    PigFuncs.toBag(List(1), List(2), List(3), List(4)) should be (\n      List(List(1), List(2), List(3), List(4))\n    )\n  }\n\n  \"The flatTuple function\" should \"produce a flat list from a nested list\" in {\n    PigFuncs.flatTuple(List(1, 2, List(3, 4, 5), 6)) should be (\n      List(1, 2, 3, 4, 5, 6)\n    )\n  }\n*\/\n}\n"}
{"repo_name":"ksattler\/piglet","path":"setm\/src\/main\/scala\/dbis\/setm\/Main.scala","text":"<reponame>ksattler\/piglet\npackage dbis.setm\n\nimport dbis.setm.SETM._\n\nobject Main {\n\n    def myFunction(s: String) = timing(\"greeting func\") {\n      \/\/ complex operations, e.g.\n      (0 until 100).foreach(i => println(s\"Hello $s\"))\n    }\n\n    def main(args: Array[String]) {\n\n      timing(\"program total\") {\n\n        val names = timing(\"create names\") { Array(\"Tick\",\"Trick\",\"Track\") }\n\n        for(name <- names)\n          myFunction(name)\n\n      }\n\n      collect()\n    }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/OrderByEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.{ CodeEmitter, CodeGenContext, CodeGenException }\nimport dbis.piglet.op.{ OrderBy, OrderByDirection, OrderBySpec, PigOperator }\nimport dbis.piglet.schema.Types\nimport dbis.piglet.expr.NamedField\nimport dbis.piglet.expr.PositionalField\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.codegen.flink.FlinkHelper\n\nclass OrderByEmitter extends dbis.piglet.codegen.scala_lang.OrderByEmitter {\n  override def template: String = \"\"\"    val <out> = <in>.setParallelism(1)<key,asc:{k, a|.sortPartition(<k>, Order.<a>)}>\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: OrderBy): String = {\n    val key = op.orderSpec.map(spec => FlinkHelper.getOrderIndex(op.schema, spec.field))\n    val orders = op.orderSpec.map(spec => if (spec.dir == OrderByDirection.AscendingOrder) \"ASCENDING\" else \"DESCENDING\")\n    render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"key\" -> key, \"asc\" -> orders))\n  }\n}\n\nobject OrderByEmitter {\n\tlazy val instance = new OrderByEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/RScript.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport dbis.piglet.schema.Schema\n\n\/**\n * Created by kai on 13.07.15.\n *\/\ncase class RScript(\n    private val out: Pipe, \n    private val in: Pipe,\n    script: String,\n    loadSchema: Option[Schema] = None\n  ) extends PigOperator(List(out), List(in), loadSchema) {\n\n  override def lineageString: String = s\"\"\"STREAM%\"\"\" + super.lineageString\n\n  override def toString =\n    s\"\"\"RScript\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  script = $script\n       |  load schema = $loadSchema\n     \"\"\".stripMargin\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/MatcherEmitter.scala","text":"package dbis.piglet.codegen.scala_lang\n\n\nimport scala.collection.mutable.ListBuffer\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op._\n\n\/**\n  * Created by kai on 03.12.16.\n  *\/\nclass MatcherEmitter extends CodeEmitter[Matcher] {\n  override def template: String = \"\"\"val <out> = <in>.matchNFA(<in>NFA.createNFA, <mode>)\"\"\".stripMargin\n  def helperTemplate: String = \"\"\"object <out>NFA {\n                                 |        <filters, predcs:{ f, pred |def filter<f> (t: <class>, rvalues: NFAStructure[<class>]) : Boolean = <pred><\\n>}>\n                                 |        def createNFA = {\n                                 |            val <out>OurNFA: NFAController[<class>] = new NFAController()<\\n>\n                                 |            <states, types:{ s, t |val <s>State = <out>OurNFA.createAndGet<t>State(\"<s>\")<\\n>}>\n                                 |            <filters:{ f |val <f>Edge = <out>OurNFA.createAndGetForwardState(filter<f>)<\\n>}>\n                                 |            <filters, tran_states, tran_next_states:{ f, s, n |<out>OurNFA.createForwardTransition(<s>State, <f>Edge, <n>State)<\\n>}>\n                                 |            <out>OurNFA\n                                 |        }\n                                 |    }\"\"\".stripMargin\n\n  override def helper(ctx: CodeGenContext, op: Matcher): String = {\n    val filters = op.events.complex.map { f => f.simplePattern.asInstanceOf[SimplePattern].name }\n    val predicates = op.events.complex.map {\n      f => ScalaEmitter.emitPredicate(CodeGenContext(ctx, Map(\"schema\" -> op.schema, \"events\" -> Some(op.events))), f.predicate)\n    }\n    val hasSchema = op.schema.isDefined\n    val schemaClass = if (!hasSchema) {\n      \"Record\"\n    } else {\n      ScalaEmitter.schemaClassName(op.schema.get.className)\n    }\n    var states: ListBuffer[String] = new ListBuffer()\n    states += \"Start\"\n    emitStates(op.pattern, states)\n    val transStates = (states - states.last).toList\n    val tranNextStates = states.tail.toList\n    val types = states.zipWithIndex.map { case (x, i) =>\n      if (i == states.length - 1) \"Final\"\n      else \"Normal\"\n    }\n    CodeEmitter.render(helperTemplate,\n      Map(\"out\" -> op.in.name,\n        \"init\" -> \"\",\n        \"class\" -> schemaClass,\n        \"filters\" -> filters,\n        \"predcs\" -> predicates,\n        \"states\" -> states.toList,\n        \"tran_states\" -> transStates,\n        \"tran_next_states\" -> tranNextStates,\n        \"types\" -> types.toList))\n  }\n\n  override def code(ctx: CodeGenContext, op: Matcher): String = {\n    render(Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.in.name,\n      \"mode\" -> (op.mode.toLowerCase() match {\n        case \"skip_till_any_match\" => \"AllMatches\"\n        case \"first_match\" => \"FirstMatch\"\n        case \"recent_match\" => \"RecentMatches\"\n        case \"cognitive_match\" => \"CognitiveMatches\"\n        case _ => \"NextMatches\"\n      })))\n  }\n\n\n   private def emitStates (pattern: Pattern, states: ListBuffer[String] ) {\n    pattern match  {\n      case SimplePattern(name) => states += name\n      case NegPattern(pattern) => emitStates(pattern, states)\n      case SeqPattern(patterns) => patterns.foreach { p => emitStates(p, states) }\n      case DisjPattern(patterns) => patterns.foreach { p => emitStates(p, states) }\n      case ConjPattern(patterns) => patterns.foreach { p => emitStates(p, states) }\n    }\n  }\n}\n\nobject MatcherEmitter {\n  lazy val instance = new MatcherEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamStoreEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nclass StreamStoreEmitter extends dbis.piglet.codegen.scala_lang.StoreEmitter {\n  override def template: String = \"\"\"    <func>[<class>]().writeStream(\"<file>\", <in><if (params)>, <params><endif>)\"\"\".stripMargin\n}\n\nobject StreamStoreEmitter {\n\tlazy val instance = new StreamStoreEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/builders\/PigOperatorBuilder.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.dsl.builders\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.plan.rewriting.Rewriter\nimport dbis.piglet.plan.rewriting.dsl.traits.BuilderT\nimport org.kiama.rewriting.Rewriter.strategyf\n\nimport scala.reflect.ClassTag\n\n\/** Wraps strategy data, such as the rewriting function and pre-checks and adds strategies from them.\n  *\n  * @tparam FROM\n  * @tparam TO\n  *\/\nclass PigOperatorBuilder[FROM <: PigOperator : ClassTag, TO: ClassTag] extends BuilderT[FROM, TO] {\n  override def wrapInCheck(func: FROM => Option[TO]) = {\n    def f(term: FROM): Option[TO] = {\n      if (check.isEmpty) {\n        func(term)\n      } else {\n        if (check.get(term)) {\n          func(term)\n        } else {\n          None\n        }\n      }\n    }\n\n    f\n  }\n\n  override def wrapInFixer(func: FROM => Option[TO]): FROM => Option[TO] = {\n    def f(term: FROM): Option[TO] = {\n      func(term) map {t : TO => t match {\n        case ret @ (a : PigOperator, b:PigOperator) =>\n          Rewriter.fixReplacementwithMultipleOperators(term, a, b)\n          t\n        case op if op.isInstanceOf[PigOperator] =>\n          val o = op.asInstanceOf[PigOperator]\n          o.inputs = term.inputs\n          o.asInstanceOf[TO]\n        case _ =>\n          t\n      }}\n    }\n\n    f\n  }\n\n  def addAsStrategy(func: (FROM => Option[TO])) = {\n    val wrapped = Rewriter.buildTypedCaseWrapper(func)\n    Rewriter.addStrategy(strategyf(t => wrapped(t)))\n  }\n\n  \/** Add the data wrapped by this object as a strategy.\n    *\n    *\/\n  override def build(): Unit = {\n    val wrapped = wrapInFixer(wrapInCheck(func.get))\n    addAsStrategy(wrapped)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/SpatialFilter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op\n\nimport scala.collection.mutable.Map\nimport dbis.piglet.expr.Predicate\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.expr.Expr\nimport dbis.piglet.expr.SpatialFilterPredicate\nimport dbis.piglet.op.IndexMethod.IndexMethod\n\nimport scala.collection.mutable\n\n\/**\n * SpatialFilter represents the SPATIALFILTER operator.\n *\n * @param out the output pipe (relation).\n * @param in the input pipe\n * @param pred the predicate used for filtering tuples from the input pipe\n *\/\ncase class SpatialFilter(\n    private val out: Pipe, \n    private val in: Pipe, \n    pred: SpatialFilterPredicate,\n    idx: Option[(IndexMethod, List[String])]\n  ) extends PigOperator(out, in) {\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = {\n    s\"\"\"SPATIALFILTER%$pred%$idx\"\"\" + super.lineageString\n  }\n\n  override def resolveReferences(mapping: mutable.Map[String, Ref]): Unit = pred.resolveReferences(mapping)\n\n  override def checkSchemaConformance: Boolean = {\n    schema match {\n      case Some(s) =>\n        \/\/ if we know the schema we check all named fields\n        pred.traverseAnd(s, Expr.checkExpressionConformance)\n      case None =>\n        \/\/ if we don't have a schema all expressions should contain only positional fields\n        pred.traverseAnd(null, Expr.containsNoNamedFields)\n    }\n  }\n\n\n  override def toString =\n    s\"\"\"SPATIALFILTER\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  schema = $schema\n       |  expr = $pred\n       |  idx = $idx\"\"\".stripMargin\n\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Union.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/op\/Union.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport dbis.piglet.schema._\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n * Union represents the UNION operator of Pig.\n *\n * @param initialOutPipeName the name of the output pipe (relation).\n * @param initialInPipeNames the list of names of input pipes.\n *\/\ncase class Union(private val out: Pipe, private val in: List[Pipe]) extends PigOperator(List(out), in) {\n\n  override def lineageString: String = {\n    s\"\"\"UNION%\"\"\" + super.lineageString\n  }\n\n  override def constructSchema: Option[Schema] = {\n    val bagType = (p: Pipe) => p.producer.schema.get.element\n    val generalizedBagType = (b1: BagType, b2: BagType) => {\n      require(b1.valueType.fields.length == b2.valueType.fields.length)\n      val newFields = ArrayBuffer[Field]()\n      val fieldPairs = b1.valueType.fields.zip(b2.valueType.fields)\n      for ((f1, f2) <- fieldPairs) {\n        newFields += Field(f1.name, Types.escalateTypes(f1.fType, f2.fType))\n      }\n      BagType(TupleType(newFields.toArray))\n    }\n\n    \/\/ case 1: one of the input schema isn't known -> output schema = None\n    if (inputs.exists(p => p.producer.schema.isEmpty)) {\n      schema = None\n    }\n    else {\n      \/\/ case 2: all input schemas have the same number of fields\n      val s1 = inputs.head.producer.schema.get\n      if (! inputs.tail.exists(p => s1.fields.length != p.producer.schema.get.fields.length)) {\n        val typeList = inputs.map(p => bagType(p))\n        val resultType = typeList.reduceLeft(generalizedBagType)\n        schema = Some(Schema(resultType))\n      }\n      else {\n        \/\/ case 3: the number of fields differ\n        schema = None\n      }\n    }\n    schema\n  }\n\n  override def toString =\n    s\"\"\"UNION\n       |  out = $outPipeName\n       |  in = { ${inPipeNames.mkString(\",\")} }\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\"\"\".stripMargin\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/Storage.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink\n\nimport dbis.piglet.backends._\nimport org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.api.scala._\nimport org.apache.flink.core.fs.FileSystem.WriteMode._\n\nimport scala.reflect.ClassTag\n\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass PigStorage[T <: SchemaClass :ClassTag: TypeInformation] extends java.io.Serializable {\n  def load(env: ExecutionEnvironment, path: String,  extract: (Array[String]) => T, delim: String = \"\\t\",\n      skipFirstRow: Boolean = false, skipEmpty: Boolean = false, comments: String = \"\"): DataSet[T] = {\n    \n    val raw = env.readTextFile(path) \n    val nonEmpty = if(skipEmpty) raw.filter { line => line.nonEmpty } else raw\n    val nonComment = if(comments.nonEmpty) nonEmpty.filter { line => !line.startsWith(comments) } else nonEmpty\n    val content = if(skipFirstRow) {\n      val header = nonComment.first(1).collect().head\n      nonComment.filter { line => line != header }\n    } else \n      nonComment\n      \n    \n    content.map(line => line.split(delim, -1)).map(extract)\n  }\n\n  def write(path: String, result: DataSet[T], delim: String = \",\") = result.map(_.mkString(delim)).writeAsText(path).setParallelism(1)\n}\n\nobject PigStorage {\n  def apply[T <: SchemaClass :ClassTag: TypeInformation](): PigStorage[T] = {\n    new PigStorage[T]\n  }\n}\n\n\nclass RDFFileStorage[T:ClassTag: TypeInformation] extends java.io.Serializable {\n  val pattern = \"([^\\\"]\\\\S*|\\\".+?\\\")\\\\s*\".r\n\n  def rdfize(line: String): Array[String] = {\n    val fields = pattern.findAllIn(line).map(_.trim)\n    fields.toArray.slice(0, 3)\n  }\n\n  def load(env: ExecutionEnvironment, path: String, extract: (Array[String]) => T): DataSet[T] =\n    env.readTextFile(path).map(line => extract(rdfize(line)))\n}\n\nobject RDFFileStorage {\n  def apply[T:ClassTag: TypeInformation](): RDFFileStorage[T] = {\n    new RDFFileStorage[T]\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/CacheEntry.scala","text":"<gh_stars>10-100\npackage dbis.piglet.mm\n\nimport dbis.piglet.Piglet.Lineage\n\nimport scala.concurrent.duration._\n\ncase class CacheEntry(lineage: Lineage, uri: String, _benefit: Long, bytes: Long, var lastLoaded: Option[Long] = None, var written: Option[Long] = None,\n                      var useCount: Int = 0, var fixed: Boolean = false) {\n\n\n  def benefit: Duration = _benefit.milliseconds\n\n  def markWritten() = written = Some(System.currentTimeMillis())\n\n  def markLoaded() = {\n    lastLoaded = Some(System.currentTimeMillis())\n    useCount += 1\n  }\n\n  override def toString =\n    s\"\"\"CacheEntry\n       |  lineage: $lineage   file: $uri   benefit: ${benefit.toSeconds} (${_benefit} ms)   bytes: $bytes    lastLoaded: ${lastLoaded.getOrElse(\"-\")}   written: ${written.getOrElse(\"-\")}\n       |     use count: $useCount    fixed: $fixed\"\"\".stripMargin\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case o: CacheEntry =>\n      o.lineage equals lineage\n    case _ => false\n  }\n\n  override def hashCode(): Int = lineage.hashCode\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/streaming\/FlinkExtensions.scala","text":"<filename>flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/streaming\/FlinkExtensions.scala\npackage dbis.piglet.backends.flink.streaming\n\n\/*\nimport org.apache.flink.streaming.api.scala.WindowedDataStream\nimport org.apache.flink.streaming.api.scala.createTypeInformation\nimport org.apache.flink.util.Collector\n\n\nobject FlinkExtensions {\n  implicit class EnhancedWindowedDataStream(val w: WindowedDataStream[List[Any]]) {\n\n    def distinct = w.mapWindow(distinctMapFunction _)\n\n    private def distinctMapFunction(ts: Iterable[List[Any]], out: Collector[List[Any]]) ={\n      ts.toList.distinct.foreach{ x => out.collect(x) }\n    }\n  }\n\n  implicit class EnhancedWindowedDataStreamString(val w: WindowedDataStream[List[String]]) {\n\n    def distinct = w.mapWindow(distinctMapFunction _)\n\n    private def distinctMapFunction(ts: Iterable[List[String]], out: Collector[List[String]]) ={\n      ts.toList.distinct.foreach{ x => out.collect(x) }\n    }   \n  }\n}*\/\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/CoGroupEmitter.scala","text":"<gh_stars>10-100\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.spark.SpatialEmitterHelper\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op.GroupingExpression\nimport dbis.piglet.op.cmd.CoGroup\n\nclass CoGroupEmitter extends CodeEmitter[CoGroup] {\n\n\n\n  override def template =\n    \"\"\"val <out> = <in>.cogroup(<others>).map{case (k,(<vs>)) =>\n      | val t = <class>(k,<vs>)\n      | <if(profiling)>\n      |   PerfMonitor.sampleSize(Seq(<vs>).flatten, \"<lineage>\", accum, randFactor)\n      | <endif>\n      | t\n      |}\n    \"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: CoGroup) = {\n\n    val className = ScalaEmitter.schemaClassName(op.schema.get.className)\n\n    val keyBys = op.inputs.zip(op.groupExprs).map {\n\n      case (pipe, GroupingExpression(List())) => \/\/ all\n        pipe.name + \"\"\".keyBy(t => \"all\")\"\"\"\n\n      case (pipe, GroupingExpression(List(ref))) =>\n        pipe.name + SpatialEmitterHelper.keyByCode(pipe.producer.schema, ref, ctx)\n\n      case (pipe, groupExpr@GroupingExpression(_ :: _)) => \/\/ at least two\n        \/\/ (actually could be one,because the tail also matches empty list,\n        \/\/ but this case was handled before)\n        throw CodeGenException(\"multiple cogroup fields are not supported yet in Code generator\")\n\/\/        ScalaEmitter.emitGroupExpr(CodeGenContext(ctx, Map(\"schema\" -> op.inputSchema)), groupExpr)\n    }\n\n    val params = Map(\n      \"out\" -> op.outPipeName,\n      \"in\" -> keyBys.head,\n      \"others\" -> keyBys.tail.mkString(\",\"),\n      \"class\" -> className,\n      \"vs\" -> keyBys.indices.map(i => s\"v$i\").mkString(\",\"),\n      \"lineage\" -> op.lineageSignature\n    )\n\n    render(params)\n  }\n\n}\n\n\nobject CoGroupEmitter {\n  lazy val instance = new CoGroupEmitter\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/AccumulateEmitter.scala","text":"<gh_stars>10-100\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.expr._\nimport dbis.piglet.op.{Accumulate, PigOperator}\nimport dbis.piglet.schema.Types\n\nimport scala.collection.mutable\n\n\/**\n  * Created by kai on 12.12.16.\n  *\/\nclass AccumulateEmitter extends CodeEmitter[Accumulate] {\n  override def template: String = \"\"\"val <out>_fold = <in>.map(t => <helper_class>(t, <init_expr>))\n                                    |                                        .aggregate(<helper_class>())(aggr_<out>_seq, aggr_<out>_comp)\n                                    |        val <out> = sc.parallelize(Array(<class>(<aggr_expr>)))\"\"\".stripMargin\n\n  def aggrTemplate: String = \"\"\"def aggr_<out>_seq(acc: <helper_class>, v: <helper_class>): <helper_class> =\n                               |                <helper_class>(v._t, <seq_expr>)\n                               |        def aggr_<out>_comp(acc: <helper_class>, v: <helper_class>): <helper_class> =\n                               |                <helper_class>(v._t, <comp_expr>)\"\"\".stripMargin\n\n  def classTemplate: String = \"\"\"case class <name> (<fields>) extends java.io.Serializable with SchemaClass {\n                                |  override def mkString(_c: String = \",\") = <string_rep>\n                                |}\"\"\".stripMargin\n\n  private def callsAverageFunc(op: PigOperator, e: Expr): Boolean =\n    e.traverseOr(op.inputSchema.orNull, Expr.containsAverageFunc)\n\n  private def callsCountFunc(op: PigOperator, e: Expr): Boolean =\n    e.traverseOr(op.inputSchema.orNull, Expr.containsCountFunc)\n\n  override def helper(ctx: CodeGenContext, op: Accumulate): String = {\n\n    if(AccumulateEmitter.helperClasses.contains(op.schema.get.className)) {\n      return \"\"\n    } else {\n      AccumulateEmitter.helperClasses += op.schema.get.className\n    }\n\n    \/\/ TODO: for ACCUMULATE we need a special tuple class\n    val inSchemaClassName = op.inputSchema match {\n      case Some(s) => ScalaEmitter.schemaClassName(s.className)\n      case None => \"Record\"\n    }\n    val fieldStr = s\"_t: $inSchemaClassName = null, \" + op.generator.exprs.zipWithIndex.map{ case (e, i) =>\n      if (callsAverageFunc(op, e.expr)) {\n        \/\/ TODO: determine type\n        val inType = \"Long\"\n        s\"_${i}sum: $inType = 0, _${i}cnt: Long = 0\"\n      }\n      else {\n        val resType = e.expr.resultType(op.inputSchema)\n        require(e.expr.isInstanceOf[Func])\n        val funcName = e.expr.asInstanceOf[Func].f.toUpperCase\n        val defaultValue = if (Types.isNumericType(resType)) funcName match {\n          \/\/ for min and max we need special initial values\n          case \"MIN\" => \"Int.MaxValue\"\n          case \"MAX\" => \"Int.MinValue\"\n          case _ => 0\n        }\n        else \"null\"\n        s\"_$i: ${ScalaEmitter.scalaTypeMappingTable(resType)} = $defaultValue\"\n      }\n    }.mkString(\", \")\n    CodeEmitter.render(classTemplate, Map(\"name\" -> s\"_${op.schema.get.className}_HelperTuple\",\n      \"fields\" -> fieldStr,\n      \"string_rep\" -> \"\\\"\\\"\"))\n  }\n\n  override def code(ctx: CodeGenContext, op: Accumulate): String = {\n    val inputSchemaDefined = op.inputSchema.isDefined\n    require(op.schema.isDefined)\n    val outClassName = ScalaEmitter.schemaClassName(op.schema.get.className)\n    val helperClassName = s\"_${op.schema.get.className}_HelperTuple\"\n\n    \/\/ generate update expression\n    val updExpr = op.generator.exprs.zipWithIndex.map { case (e, i) =>\n      \/\/ AVG requires special handling\n      if (callsAverageFunc(op, e.expr))\n        s\"PigFuncs.incrSUM(acc._${i}sum, v._${i}sum), PigFuncs.incrCOUNT(acc._${i}cnt, v._${i}cnt)\"\n      else {\n        require(e.expr.isInstanceOf[Func])\n        val func = e.expr.asInstanceOf[Func]\n        val funcName = func.f.toUpperCase\n        s\"PigFuncs.incr$funcName(acc._$i, v._$i)\"\n      }\n    }.mkString(\", \")\n    \/\/ generate final combination expression\n    val compExpr = op.generator.exprs.zipWithIndex.map { case (e, i) =>\n      \/\/ AVG requires special handling\n      if (callsAverageFunc(op, e.expr))\n        s\"PigFuncs.incrSUM(acc._${i}sum, v._${i}sum), PigFuncs.incrSUM(acc._${i}cnt, v._${i}cnt)\"\n      else {\n        require(e.expr.isInstanceOf[Func])\n        val func = e.expr.asInstanceOf[Func]\n        var funcName = func.f.toUpperCase\n        if (funcName == \"COUNT\") funcName = \"SUM\"\n        s\"PigFuncs.incr$funcName(acc._$i, v._$i)\"\n      }\n    }.mkString(\", \")\n\n    \/\/ generate init expression\n    val initExpr = op.generator.exprs.map { e =>\n      \/\/ For each expression in GENERATE we have to extract the referenced fields.\n      \/\/ So, we extract all RefExprs.\n      val traverse = new RefExprExtractor\n      e.expr.traverseAnd(null, traverse.collectRefExprs)\n      val refExpr = traverse.exprs.head\n      \/\/ in case of COUNT we simply pass 0 instead of the field: this allows COUNT on chararray\n      if (callsCountFunc(op, e.expr))\n        \"0\"\n      else {\n        val str = refExpr.r match {\n          case nf@NamedField(n, _) => s\"t._${op.inputSchema.get.indexOfField(nf)}\"\n          case PositionalField(p) => if (inputSchemaDefined) s\"t._$p\" else s\"t.get(0)\"\n          case _ => \"\"\n        }\n        \/\/ in case of AVERAGE we need fields for SUM and COUNT\n        if (callsAverageFunc(op, e.expr)) s\"$str, $str\" else str\n      }\n    }.mkString(\", \")\n\n    \/\/ generate final aggregation expression\n    val aggrExpr = op.generator.exprs.zipWithIndex.map { case (e, i) =>\n      \/\/ For each expression we need to know the corresponding field in the helper tuple.\n      \/\/ But because we assume that the expressions are only aggregate functions, we have to\n      \/\/ distinguish only between avg and other functions.\n      if (callsAverageFunc(op, e.expr))\n        s\"${op.outPipeName}_fold._${i}sum.toDouble \/ ${op.outPipeName}_fold._${i}cnt.toDouble\"\n      else\n        s\"${op.outPipeName}_fold._$i\"\n    }.mkString(\", \")\n\n    var res = CodeEmitter.render(aggrTemplate, Map(\"out\" -> op.outPipeName,\n      \"helper_class\" -> helperClassName,\n      \"seq_expr\" -> updExpr,\n      \"comp_expr\" -> compExpr))\n    res += \"\\n\"\n    res += render(Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"helper_class\" -> helperClassName,\n      \"class\" -> outClassName,\n      \"init_expr\" -> initExpr,\n      \"aggr_expr\" -> aggrExpr))\n    res\n  }\n}\n\nobject AccumulateEmitter {\n\n  val helperClasses = mutable.Set.empty[String]\n\n  lazy val instance = new AccumulateEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/StreamOpEmitter.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/StreamOpEmitter.scala\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.op.StreamOp\n\n\/**\n  * Created by kai on 01.12.16.\n  *\/\nclass StreamOpEmitter extends CodeEmitter[StreamOp] {\n  override def template: String = \"\"\"        val <in>_helper = <in>.map(t => List(<in_fields>))\n                                    |        val <out> = <op>(sc, <in>_helper<params>).map(t => <class>(<out_fields>))\n                                    |\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: StreamOp): String = {\n    if(op.schema.isEmpty) {\n      throw CodeGenException(\"Schema must be set for STREAM THROUGH operator\")\n    }\n\n    val className = ScalaEmitter.schemaClassName(op.schema.get.className)\n\n    val inFields = op.inputSchema.get.fields.zipWithIndex.map{ case (f, i) => s\"t._$i\"}.mkString(\", \")\n    val outFields = op.schema.get.fields.zipWithIndex.map{ case (f, i) => s\"t($i).asInstanceOf[${ScalaEmitter.scalaTypeMappingTable(f.fType)}]\"}.mkString(\", \")\n\n    render(Map(\"out\" -> op.outPipeName,\n        \"op\" -> op.opName,\n        \"in\" -> op.inPipeName,\n        \"class\" -> className,\n        \"in_fields\" -> inFields,\n        \"out_fields\" -> outFields,\n        \"params\" -> ScalaEmitter.emitParamList(CodeGenContext(ctx, Map(\"schema\" -> op.schema)), op.params)))\n  }\n}\n\nobject StreamOpEmitter {\n\tlazy val instance = new StreamOpEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/JoinEmitter.scala","text":"<reponame>ksattler\/piglet<gh_stars>10-100\npackage dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.{ CodeEmitter, CodeGenContext, CodeGenException }\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.op.Join\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.mutable.Set\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport scala.collection.mutable.ListBuffer\nimport dbis.piglet.codegen.flink.FlinkHelper\n\nclass JoinEmitter extends dbis.piglet.codegen.scala_lang.JoinEmitter {\n  override def template: String = \"\"\"    val <out> = <rel1><rels, rel1_keys, rel2_keys:{ r,k1, k2 | .join(<r>).where(<k1>).equalTo(<k2>)}>.map{ \n                                    |      t => \n                                    |        val <pairs> = t\n                                    |        <class>(<fields>)\n                                    |    }\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: Join): String = {\n    if (!op.schema.isDefined)\n      throw CodeGenException(\"schema required in JOIN\")\n\n    val res = op.inputs.zip(op.fieldExprs)\n    val keys = res.map { case (i, k) => k.map { x => s\"_${FlinkHelper.getOrderIndex(i.producer.schema, x)}\" } }\n    var keysGroup: ListBuffer[(List[String], List[String])] = new ListBuffer\n    for (i <- 0 until keys.length - 1) {\n      val v = (keys(i), keys(i + 1))\n      keysGroup += v\n    }\n    val keysGroup1 = keysGroup.zipWithIndex.map {\n      case (i, k) =>\n        if (k > 0)\n          (FlinkHelper.printQuote(i._1.map { x => s\"_$k.$x\" }), FlinkHelper.printQuote(i._2))\n        else\n          (FlinkHelper.printQuote(i._1), FlinkHelper.printQuote(i._2))\n    }\n    val keys1 = keysGroup1.map(x => x._1)\n    val keys2 = keysGroup1.map(x => x._2)\n\n    val className = op.schema match {\n      case Some(s) => ScalaEmitter.schemaClassName(s.className)\n      case None => ScalaEmitter.schemaClassName(op.outPipeName)\n    }\n    var pairs = \"(v1,v2)\"\n    for (i <- 3 to op.inputs.length) {\n      pairs = s\"($pairs,v$i)\"\n    }\n    val fieldList = ArrayBuffer[String]()\n    for (i <- 1 to op.inputs.length) {\n      op.inputs(i - 1).producer.schema match {\n        case Some(s) => fieldList ++= s.fields.zipWithIndex.map { case (f, k) => s\"v$i._$k\" }\n        case None => fieldList += s\"v$i._0\"\n      }\n    }\n    render(\n      Map(\"out\" -> op.outPipeName,\n        \"rel1\" -> op.inputs.head.name,\n        \"class\" -> className,\n        \"rels\" -> op.inputs.tail.map(_.name),\n        \"pairs\" -> pairs,\n        \"rel1_keys\" -> keys1,\n        \"rel2_keys\" -> keys2,\n        \"fields\" -> fieldList.mkString(\", \")))\n  }\n}\n\nobject JoinEmitter {\n\tlazy val instance = new JoinEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/OrderBy.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/op\/OrderBy.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.expr.PositionalField\n\nobject OrderByDirection extends Enumeration {\n  type OrderByDirection = Value\n  val AscendingOrder, DescendingOrder = Value\n}\n\n\nimport dbis.piglet.op.OrderByDirection._\n\n\/**\n *\n * @param field The field on which is to be sorted\n * @param dir The direction (ascending or descending)\n *\/\ncase class OrderBySpec(field: Ref, dir: OrderByDirection) {\n  override def toString = s\"$field $dir\"\n}\n\ncase class OrderBy(\n    private val out: Pipe, \n    private val in: Pipe, \n    orderSpec: List[OrderBySpec], \n    var windowMode: Boolean = false\n  ) extends PigOperator(out, in) {\n\n  override def lineageString: String = s\"\"\"ORDERBY%$orderSpec%\"\"\" + super.lineageString\n\n  override def checkSchemaConformance: Boolean = {\n    schema match {\n      case Some(s) =>\n        \/\/ if we know the schema we check all named fields\n        \/\/ TODO\n      case None =>\n        \/\/ if we don't have a schema then the OrderBySpec list should contain only positional fields\n        orderSpec.count(s => s.field match {\n          case PositionalField(n) => true\n          case _ => false\n        }) == orderSpec.size\n    }\n    true\n  }\n\n  override def toString =\n    s\"\"\"ORDER BY\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\n       |  by = ${orderSpec.mkString(\",\")}\n     \"\"\".stripMargin\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"sparklib\/src\/main\/scala\/dbis\/piglet\/backends\/spark\/RScriptOp.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.backends.spark\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd._\nimport org.ddahl.jvmr._\n\nobject RScriptOp {\n  implicit def anyToDouble(a: Any) = a.toString.toDouble\n\n  def rddToMatrix[T <: Any](rdd: RDD[List[T]]): Array[Array[Double]] = {\n    val m = rdd.map(l => l.map(s => s.toDouble).toArray)\n    m.collect\n  }\n\n  def process[T <: Any](sc: SparkContext, in: RDD[List[T]], script: String, resObj: String): RDD[List[Any]] = {\n    \/\/ replace $_ by _input in the script -> that's the input parameter\n    val rscript = script.replace(\"$_\", \"inp\")\n    \/\/ initialize the R interpreter\n    val R = RInScala()\n    \/\/ create an array from the RDD and assign it to input_\n    R.inp = rddToMatrix(in)\n    \/\/ run the R script\n    R.eval(rscript)\n    \/\/ fetch the result and convert it to a matrix\n    val res: Array[Array[Double]] = R.toMatrix[Double](resObj)\n    \/\/ construct a Seq of it and ...\n    val rres = res.map(l => l.toList).toSeq\n    \/\/ ... finally a RDD\n    sc.parallelize(rres)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/MaterializationPoint.scala","text":"<gh_stars>10-100\npackage dbis.piglet.mm\n\nimport dbis.piglet.Piglet.Lineage\n\nimport scala.concurrent.duration.Duration\n\n\/**\n  * A MaterializationPoint object represents information about a possible materialization of the result\n  * of a dataflow operator. It is identified by a hash of the lineage string of the operator and collects\n  * profile information.\n  *\n  * @param lineage the MD5 hash of the lineage string of the operator\n  * @param benefit the cumulative benefit of this materialization point compared to the root operator\n  * @param prob The probability for re-using this operator\n  * @param cost The duration that this operator takes\n *\/\ncase class MaterializationPoint(lineage: Lineage, prob: Double, cost: Long, bytes: Long, benefit: Duration = Duration.Undefined) {\n  override def hashCode(): Int = lineage.hashCode\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case m:MaterializationPoint => m.lineage equals lineage\n    case _ => false\n  }\n\n  override def toString = s\"MaterializationPoint($lineage, prob=$prob, cost=$cost ms, benefit=${benefit.toMillis} ms)\"\n}\n\n\nobject MaterializationPoint {\n  def dummy(lineage: Lineage): MaterializationPoint = MaterializationPoint(lineage, -1,-1, -1, Duration.Undefined)\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/FlinkHelper.scala","text":"package dbis.piglet.codegen.flink\n\nimport dbis.piglet.codegen.CodeGenException\nimport dbis.piglet.expr.NamedField\nimport dbis.piglet.expr.PositionalField\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.op.PigOperator\nimport scala.collection.mutable.ArrayBuffer\n\nobject FlinkHelper {\n  def getOrderIndex(schema: Option[Schema],\n    ref: Ref): Int = schema match {\n\n    case Some(s) => ref match {\n      case nf @ NamedField(f, _) => s.indexOfField(nf)\n      case PositionalField(pos) => pos\n      case _ => 0\n    }\n    case None => throw new CodeGenException(s\"the Flink OrderBy\/Join operator needs a schema, thus, invalid field \")\n  }\n  \/**\n   * Determines the resulting field list and joined pairs for cross and join operators.\n   *\n   * @param node the Join or Cross node\n   * @return the pairs and fields as a Tuple2[String, String]\n   *\/\n  def emitJoinFieldList(node: PigOperator): (String, String) = {\n    val rels = node.inputs\n    var fields = \"\"\n    var pairs = \"(v,w)\"\n    if (rels.length == 2) {\n      val vsize = rels.head.inputSchema.get.fields.length\n      fields = node.schema.get.fields.zipWithIndex\n        .map { case (f, i) => if (i < vsize) s\"v._$i\" else s\"w._${i - vsize}\" }.mkString(\", \")\n    } else {\n      pairs = \"(v1,v2)\"\n      for (i <- 3 to rels.length) {\n        pairs = s\"($pairs,v$i)\"\n      }\n      val fieldList = ArrayBuffer[String]()\n      for (i <- 1 to node.inputs.length) {\n        node.inputs(i - 1).producer.schema match {\n          case Some(s) => fieldList ++= s.fields.zipWithIndex.map { case (f, k) => s\"v$i._$k\" }\n          case None => fieldList += s\"v$i._0\"\n        }\n      }\n      fields = fieldList.mkString(\", \")\n    }\n    (pairs, fields)\n  }\n\n  def printQuote(values: List[String]) = \"\"\"\"\"\"\" + values.mkString(\"\"\"\",\"\"\"\") + \"\"\"\"\"\"\"\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Partition.scala","text":"package dbis.piglet.op\n\nobject PartitionMethod extends Enumeration {\n  type PartitionMethod = Value\n  val GRID, BSP, Hash = Value\n}\n\nimport PartitionMethod.PartitionMethod\nimport dbis.piglet.expr.Ref\n\ncase class Partition(\n  private val out: Pipe,\n  private val in: Pipe,\n  field: Ref,\n  method: PartitionMethod,\n  params: Seq[String]\n) extends PigOperator(out, in) {\n  \n  override def lineageString = \n    s\"\"\"PARTITION%$method%$field%${params.mkString}\"\"\"+super.lineageString\n\n  override def toString =\n    s\"\"\"PARTITION\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  schema = $schema\n       |  field = $field\n       |  method = $method\n       |  params = ${params.mkString(\",\")}\"\"\".stripMargin\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/expr\/package.scala","text":"<reponame>ksattler\/piglet<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.expr\n\n\/**\n * This package provides traits and classes for representing Pig expressions.\n *\n * ==Overview==\n * \n * The base trait for all kind of expressions is [[dbis.piglet.expr.Expr]] which defines the following methods\n *   * traverseAnd(schema: Schema, traverser: (Schema, Expr) => Boolean): Boolean\n *   * traverseOr(schema: Schema, traverser: (Schema, Expr) => Boolean): Boolean\n *     These methods traverse the expression tree and applies the traverser function and return a boolean\n *     value. With traverseAnd the results for the different expressions nodes are ANDed, with\n *     traverseOr they are ORed. These methods are mainly used to.\n *\n *   * resultType(schema: Option[Schema]): PigType\n *     This method determines the result type of the expression by taking information from the schema\n *     into accout.\n *\n *   * exprName(): String\n *     ???\n *\n *   * resolveReferences(mapping: Map[String, Ref]): Unit\n *     Using this method all references in expressions with a leading $ are replaced by Refs which\n *     are given in the mapping table. This method is needed for dealing with macros.\n *\n * For logical predicates the [[dbis.piglet.expr.Predicate]] is used which is derived from [[dbis.piglet.expr.Expr]]\n * but does not add further methods.\n *\n * Arithmetic expressions are represented by classes which implement the [[dbis.piglet.expr.ArithmeticExpr]] trait\n * which is also derived from [[dbis.piglet.expr.Expr]].\n *\n * Concrete expression classes for predicates are:\n *    * And: expr1 AND expr2\n *    * Or: expr1 OR expr2\n *    * Not: NOT expr\n *    * Eq: expr1 == expr2\n *    * Neq: expr1 != expr2\n *    * Geq: expr1 >= expr2\n *    * Gt: expr1 > expr2\n *    * Leq: expr1 <= expr2\n *    * Lt: expr1 < expr2\n *    * PPredicate: ( expr )\n *\n *  Arithmetic expression classes are:\n *    * Add: expr1 + expr2\n *    * Minus: expr1 - expr2\n *    * Mult: expr1 * expr2\n *    * Div: expr1 \/ expr2\n *    * MSign: -expr\n *    * PExpr: ( expr )\n *    * FlattenExpr: flatten(expr)\n *    * CastExpr: (type) expr\n *    * FuncExpr: func(expr1, ..., exprN)\n *    * ConstructBagExpr: { expr1, expr2, ..., exprN } -> bag\n *    * ConstructMapExpr: [ key1#value1, key2#value2 ] -> map\n *    * ConstructTupleExpr: ( expr1, expr2, ..., exprN ) -> tuple\n *    * RefExpr:\n *\n *\/\n\npackage expr {}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/LimitEmitter.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/LimitEmitter.scala\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Limit\n\n\/**\n  * Created by kai on 03.12.16.\n  *\/\nclass LimitEmitter extends CodeEmitter[Limit] {\n  \/\/ val <out> = sc.parallelize(<in>.take(<num>))\n  override def template: String = smallLimitTemplate\n\n  lazy val smallLimitTemplate = s\"\"\"val <out> = sc.parallelize(<in>.take(<num>))<if (profiling)>.map{e =>\n                                     |  PerfMonitor.sampleSize(e,\"<lineage>\", accum, randFactor)\n                                     |  e\n                                     |}<endif>\"\"\".stripMargin\n\n\n  lazy val largeLimitTemplage = \"\"\"val <out> = <in>.zipWithIndex.filter{case (_,idx) => idx \\< <num>}.map{t =>\n    |  val res = t._1\n    |  <if (profiling)>\n    |    PerfMonitor.sampleSize(res,\"<lineage>\", accum, randFactor)\n    |  <endif>\n    |  res\n    |}\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: Limit): String = {\n\n    val params = Map(\n      \"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"num\" -> op.num,\n      \"lineage\" -> op.lineageSignature)\n\n    if(op.num > 1000)\n      CodeEmitter.render(largeLimitTemplage,params)\n    else\n      render(params)\n\n  }\n\n}\n\nobject LimitEmitter {\n  lazy val instance = new LimitEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/rulesets\/RDFRuleset.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.rulesets\n\nimport dbis.piglet.op._\nimport dbis.piglet.expr._\nimport dbis.piglet.plan.PipeNameGenerator._\nimport dbis.piglet.plan.rewriting.{Functions, Rewriter}\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport dbis.piglet.plan.rewriting.internals.Column.Column\nimport dbis.piglet.plan.rewriting.internals.{Column, RDF}\nimport dbis.piglet.schema.{Field, Schema, Types}\nimport org.kiama.rewriting.Rewriter._\n\nimport scala.collection.mutable\nimport scala.collection.mutable.Map\nimport scala.language.postfixOps\n\nobject RDFRuleset extends Ruleset {\n\n  \/** Finds the next BGPFilter object reachable from ``op``.\n    *\/\n  private def nextBGPFilter(op: PigOperator): Option[BGPFilter] = op match {\n    case bf@BGPFilter(_, _, _) => Some(bf)\n    \/\/ We need to make sure that each intermediate operator has only one successor - if it has multiple, we can't\n    \/\/ pull up the BGPFilter because its patterns don't apply to all successors of the RDFLoad\n    case _: OrderBy | _: Distinct | _: Limit | _: RDFLoad\n      if op.outputs.flatMap(_.consumer).length == 1 => op.outputs.flatMap(_.consumer).map(nextBGPFilter).head\n    case _ => None\n  }\n\n  \/** Applies rewriting rule R1 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some Load operator, if `term` was an RDFLoad operator loading a remote resource\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def R1(op: RDFLoad): Option[Load] = {\n    \/\/ Only apply this rule if `op` is not followed by a BGPFilter operator. If it is, R2 applies.\n    val next_bgpfilter = nextBGPFilter(op)\n    if (next_bgpfilter.isDefined && next_bgpfilter.get.schema == op.schema) {\n      return None\n    }\n\n    val uri = op.uri\n\n    if (uri.getScheme == \"http\" || uri.getScheme == \"https\") {\n      Some(Load(op.outputs.head, uri.toString, op.schema, Some(\"pig.SPARQLLoader\"), List(\"\"\"\"SELECT * WHERE { ?s ?p ?o }\"\"\"\")))\n    } else {\n      None\n    }\n  }\n\n  \/** Applies rewriting rule R2 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def R2 = rulefs[RDFLoad] {\n    case op =>\n\n\n      val bf = nextBGPFilter(op)\n\n      if (bf.isDefined && bf.get.schema == op.schema) {\n        \/\/ This is the function we'll use for replacing RDFLoad with Load\n        def replacer = buildOperatorReplacementStrategy { sop: Any =>\n          val uri = op.uri\n          if (sop == op && (uri.getScheme == \"http\" || uri.getScheme == \"https\")) {\n\n            Some(Load(op.outputs.head, op.uri.toString, op.schema, Some(\"pig.SPARQLLoader\"),\n              List(s\"\"\"\"CONSTRUCT * WHERE ${RDF.triplePatternsToString(bf.get.patterns)}\"\"\"\")))\n          } else {\n            None\n          }\n        }\n\n        \/\/ This is the function we'll use to remove the BGPFilter\n        def remover = topdown(attempt(buildRemovalStrategy(bf.get)))\n\n        val strategy = ior(replacer, remover)\n        strategy\n      }\n      else {\n        fail\n      }\n  }\n\n  \/** Applies rewriting rule L2 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some Load operator, if `term` was an RDFLoad operator loading a resource from hdfs\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def L2(op: RDFLoad): Option[Load] = {\n    if (op.schema.isEmpty) {\n      return None\n    }\n \n    Some(Load(op.outputs.head, op.uri.toString, op.schema, Some(\"RDFFileStorage\")))\n  }\n\n  \/** Applies rewriting rule F1 of the paper [[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @return A strategy that removes BGPFilters that use only unbound variables in their single pattern\n    *\/\n  def F1 = rulefs[BGPFilter] {\n    case op@BGPFilter(_, _, patterns) =>\n      if (patterns.length > 1 || patterns.isEmpty) {\n        fail\n      } else {\n        val pattern = patterns.head\n        if (RDF.allUnbound(pattern)) {\n          buildRemovalStrategy(op)\n        } else {\n          fail\n        }\n      }\n    case _ => fail\n  }\n\n  \/** Applies rewriting rule F2 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some Filter operator, if `term` was an BGPFilter operator with only one bound variable\n    *\/\n  def F2(op: BGPFilter): Option[Filter] = {\n    val in = op.inputs.head\n    val out = op.outputs.head\n    val patterns = op.patterns\n\n    if (op.inputSchema != RDFLoad.plainSchema) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    val pattern = patterns.head\n    var filter: Option[Filter] = None\n    val bound_column = RDF.getBoundColumn(pattern)\n\n    filter = bound_column.flatMap { col: Column =>\n      if (col == Column.Subject) {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"subject\")), RefExpr(pattern.subj))))\n      } else if (col == Column.Predicate) {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"predicate\")), RefExpr(pattern.pred))))\n      } else if (col == Column.Object) {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"object\")), RefExpr(pattern.obj))))\n      } else {\n        \/\/ In reality, one of the above cases should always match\n        None\n      }\n    }\n\n    if (filter.isDefined) {\n      in.removeConsumer(op)\n    }\n\n    filter\n  }\n\n  \/** Applies rewriting rule F3 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some Filter operator, if `term` was an BGPFilter operator with multiple bound variables\n    *\/\n  def F3(op: BGPFilter): Option[Filter] = {\n    val patterns = op.patterns\n    val in = op.inputs.head\n    val out = op.outputs.head\n    if (op.inputSchema != RDFLoad.plainSchema) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    \/\/ We'll reuse in later on, so we need to remove `op` from its consumers\n    in.removeConsumer(op)\n\n    patterns.head match {\n      case TriplePattern(s@Value(_), p@Value(_), o@Value(_)) => Some(\n        Filter(out, in, And(\n          Eq(RefExpr(NamedField(\"subject\")), RefExpr(s)),\n          And(\n            Eq(RefExpr(NamedField(\"predicate\")), RefExpr(p)),\n            Eq(RefExpr(NamedField(\"object\")), RefExpr(o))))))\n      case TriplePattern(s@Value(_), p@Value(_), _) => Some(\n        Filter(out, in, And(\n          Eq(RefExpr(NamedField(\"subject\")), RefExpr(s)),\n          Eq(RefExpr(NamedField(\"predicate\")), RefExpr(p)))))\n      case TriplePattern(s@Value(_), _, o@Value(_)) => Some(\n        Filter(out, in, And(\n          Eq(RefExpr(NamedField(\"subject\")), RefExpr(s)),\n          Eq(RefExpr(NamedField(\"object\")), RefExpr(o)))))\n      case TriplePattern(_, p@Value(_), o@Value(_)) => Some(\n        Filter(out, in, And(\n          Eq(RefExpr(NamedField(\"predicate\")), RefExpr(p)),\n          Eq(RefExpr(NamedField(\"object\")), RefExpr(o)))))\n      case _ => None\n    }\n  }\n\n  \/** True, if `schema` is one of the grouped schemas, false otherwise.\n    *\n    * @param schema\n    * @return\n    *\/\n  def groupedSchemaEarlyAbort(schema: Option[Schema]): Boolean = {\n    if (schema == RDFLoad.plainSchema) {\n      return true\n    }\n\n    if (schema.isEmpty\n      || !RDFLoad.groupedSchemas.values.toList.contains(schema.get)) {\n      return true\n    }\n    false\n  }\n\n  def groupedSchemaJoinEarlyAbort(op: BGPFilter): Boolean = {\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return true\n    }\n\n    if (op.patterns.length < 2) {\n      return true\n    }\n\n    false\n  }\n\n  \/** Applies rewriting rule F4 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some Filter operator if `term` was a BGPFilter with a single Pattern filtering on the grouping column\n    *         of data in the triple group format\n    *\/\n  def F4(op: BGPFilter): Option[Filter] = {\n    val patterns = op.patterns\n    val in = op.inputs.head\n    val out = op.outputs.head\n\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n    \/\/ TODO we make a lot of assumptions about Options and Array lengths here\n    val grouped_by = op.inputSchema.get.element.valueType.fields.head.name\n\n    val pattern = patterns.head\n    var filter: Option[Filter] = None\n    val bound_column = RDF.getBoundColumn(pattern)\n\n    filter = bound_column.flatMap { col: Column =>\n      if (col == Column.Subject\n        && grouped_by == \"subject\") {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"subject\")), RefExpr(pattern.subj))))\n      } else if (col == Column.Predicate\n        && grouped_by == \"predicate\") {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"predicate\")), RefExpr(pattern.pred))))\n      } else if (col == Column.Object\n        && grouped_by == \"object\") {\n        Some(Filter(out, in, Eq(RefExpr(NamedField(\"object\")), RefExpr(pattern.obj))))\n      } else {\n        \/\/ In reality, one of the above cases should always match\n        None\n      }\n    }\n\n    if (filter.isDefined) {\n      in.removeConsumer(op)\n    }\n\n    filter\n  }\n\n  \/** Applies rewriting rule F5 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return\n    *\/\n  def F5(op: BGPFilter): Option[(Foreach, Filter)] = {\n    val in = op.inputs.head\n    val out = op.outputs.head\n    val patterns = op.patterns\n\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    \/\/ TODO we make a lot of assumptions about Options and Array lengths here\n    val grouped_by = op.inputSchema.get.element.valueType.fields.head.name\n    val pattern = patterns.head\n\n    \/\/ Check if the column that's grouped by is not bound in this pattern\n    val bound_column = RDF.getBoundColumn(pattern)\n\n    val applies = grouped_by match {\n      case \"subject\" if bound_column contains Column.Subject => false\n      case \"predicate\" if bound_column contains Column.Predicate => false\n      case \"object\" if bound_column contains Column.Object => false\n      \/\/ Just in case there's no bound column\n      case _ if bound_column.isEmpty => false\n      case _ => true\n    }\n\n    \/\/ If not, this rule doesn't apply\n    if (!applies) {\n      return None\n    }\n\n    val internalPipeName = generate()\n    val intermediateResultName = generate()\n    val eq = RDF.patternToConstraint(pattern).get\n\n    val foreach =\n      Foreach(Pipe(internalPipeName), Pipe(in.name), GeneratorPlan(List(\n        Filter(Pipe(intermediateResultName), Pipe(\"stmts\"), eq),\n        Generate(\n          List(\n            GeneratorExpr(RefExpr(NamedField(\"*\"))),\n            GeneratorExpr(Func(\"COUNT\",\n              List(RefExpr(NamedField(intermediateResultName)))),\n              Some(Field(\"cnt\", Types.ByteArrayType))))))))\n\n    val filter = Filter(out, Pipe(internalPipeName, foreach),\n      Gt(RefExpr(NamedField(\"cnt\")), RefExpr(Value(0))))\n\n    Rewriter.connect(foreach, filter)\n\n    Some((foreach, filter))\n  }\n\n  \/** Applies rewriting rule F6 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return\n    *\/\n  def F6(op: BGPFilter): Option[(Foreach, Filter)] = {\n    val in = op.inputs.head\n    val out = op.outputs.head\n    val patterns = op.patterns\n\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    \/\/ TODO we make a lot of assumptions about Options and Array lengths here\n    val grouped_by = op.inputSchema.get.element.valueType.fields.head.name\n    val pattern = patterns.head\n\n    \/\/ Check if the column that's grouped by is not bound in this pattern\n    val bound_columns = RDF.getAllBoundColumns(pattern)\n\n    \/\/ If the number of bound variables in the pattern isn't 2, this rule doesn't apply.\n    if (bound_columns.length != 2) {\n      return None\n    }\n\n    val applies = grouped_by match {\n      case \"subject\" if bound_columns contains Column.Subject => false\n      case \"predicate\" if bound_columns contains Column.Predicate => false\n      case \"object\" if bound_columns contains Column.Object => false\n      \/\/ Just in case there's no bound column\n      case _ if bound_columns.isEmpty => false\n      case _ => true\n    }\n\n    \/\/ If not, this rule doesn't apply\n    if (!applies) {\n      return None\n    }\n\n    val internalPipeName = generate()\n    val intermediateResultName = generate()\n    val constraint = RDF.patternToConstraint(pattern).get\n\n    val foreach =\n      Foreach(Pipe(internalPipeName), Pipe(in.name), GeneratorPlan(List(\n        Filter(Pipe(intermediateResultName), Pipe(\"stmts\"), constraint),\n        Generate(\n          List(\n            GeneratorExpr(RefExpr(NamedField(\"*\"))),\n            GeneratorExpr(Func(\"COUNT\",\n              List(RefExpr(NamedField(intermediateResultName)))),\n              Some(Field(\"cnt\", Types.ByteArrayType))))))))\n\n    val filter = Filter(out, Pipe(internalPipeName, foreach),\n      Gt(RefExpr(NamedField(\"cnt\")), RefExpr(Value(0))))\n\n    Rewriter.connect(foreach, filter)\n    Rewriter.fixReplacementwithMultipleOperators(op, foreach, filter)\n\n    Some((foreach, filter))\n  }\n\n  \/** Applies rewriting rule F7 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some BGPFilter operator if `term` was a BGPFilter with a single Pattern with two bound variables of which\n    *         one is the grouping column\n    *\/\n  def F7(op: BGPFilter): Option[BGPFilter] = {\n    val patterns = op.patterns\n    val in = op.inputs.head\n    val out = op.outputs.head\n\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    \/\/ TODO we make a lot of assumptions about Options and Array lengths here\n    val grouped_by = op.inputSchema.get.element.valueType.fields.head.name\n\n    val pattern = patterns.head\n\n    \/\/ Check if the column that's grouped by is bound in this pattern\n    val bound_columns = RDF.getAllBoundColumns(pattern)\n    val applies = grouped_by match {\n      case \"subject\" if bound_columns contains Column.Subject => true\n      case \"predicate\" if bound_columns contains Column.Predicate => true\n      case \"object\" if bound_columns contains Column.Object => true\n      case _ => false\n    }\n\n    \/\/ If not, this rule doesn't apply\n    if (!(applies && bound_columns.length == 2)) {\n      return None\n    }\n\n    val internalPipeName = generate()\n    var group_filter: Option[BGPFilter] = None\n    var other_filter_pattern: Option[TriplePattern] = None\n\n    \/\/ The first pattern in the next 3 pattern matches is for the case where the column that the data is grouped by\n    \/\/ is bound as a variable in the pattern, but the other two column are as well.\n    if (grouped_by == \"subject\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(pattern.subj, PositionalField(1)\n        , PositionalField(2)))))\n      other_filter_pattern = pattern match {\n        case TriplePattern(_, Value(_), Value(_)) => None\n        case TriplePattern(_, pred@Value(_), _) => Some(TriplePattern(PositionalField(0), pred, PositionalField(2)))\n        case TriplePattern(_, _, obj@Value(_)) => Some(TriplePattern(PositionalField(0), PositionalField(1), obj))\n      }\n    } else if (grouped_by == \"predicate\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(PositionalField(0), pattern\n        .pred, PositionalField(2)))))\n      other_filter_pattern = pattern match {\n        case TriplePattern(Value(_), _, Value(_)) => None\n        case TriplePattern(subj@Value(_), _, _) => Some(TriplePattern(subj, PositionalField(1), PositionalField\n          (2)))\n        case TriplePattern(_, _, obj@Value(_)) => Some(TriplePattern(PositionalField(0), PositionalField(1), obj))\n      }\n    } else if (grouped_by == \"object\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(PositionalField(0),\n        PositionalField(1), pattern.obj))))\n      other_filter_pattern = pattern match {\n        case TriplePattern(Value(_), Value(_), _) => None\n        case TriplePattern(subj@Value(_), _, _) => Some(TriplePattern(subj, PositionalField(1), PositionalField\n          (2)))\n        case TriplePattern(_, pred@Value(_), _) => Some(TriplePattern(PositionalField(0), pred, PositionalField(2)))\n      }\n    }\n\n    if (other_filter_pattern.isEmpty) {\n      \/\/ The grouping column is bound and the other two are as well - this rule doesn't apply.\n      return None\n    }\n\n    val other_filter = BGPFilter(out, Pipe(internalPipeName, group_filter.get), List(other_filter_pattern.get))\n\n    Rewriter.fixReplacementwithMultipleOperators(op, group_filter.get, other_filter)\n\n    group_filter foreach {\n      Rewriter.connect(_, other_filter)\n    }\n\n\n    if (group_filter.isDefined) {\n      in.removeConsumer(op)\n    }\n\n    group_filter\n  }\n\n  \/** Applies rewriting rule F8 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some BGPFilter operator if `term` was a BGPFilter with a single Pattern with only bound variables.\n    *\/\n  def F8(op: BGPFilter): Option[BGPFilter] = {\n    val patterns = op.patterns\n    val in = op.inputs.head\n    val out = op.outputs.head\n\n    if (groupedSchemaEarlyAbort(op.inputSchema)) {\n      return None\n    }\n\n    if (patterns.length != 1) {\n      return None\n    }\n\n    \/\/ TODO we make a lot of assumptions about Options and Array lengths here\n    val grouped_by = op.inputSchema.get.element.valueType.fields.head.name\n\n    val pattern = patterns.head\n\n    if (!pattern.subj.isInstanceOf[Value]\n      || !pattern.pred.isInstanceOf[Value]\n      || !pattern.obj.isInstanceOf[Value]) {\n      \/\/ The rule only applies if all variables are bound\n      return None\n    }\n\n    val internalPipeName = generate()\n    var group_filter: Option[BGPFilter] = None\n    var other_filter: Option[BGPFilter] = None\n\n    if (grouped_by == \"subject\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(pattern.subj, PositionalField(1),\n        PositionalField(2)))))\n      other_filter = Some(BGPFilter(out, Pipe(internalPipeName), List(TriplePattern(PositionalField(0), pattern.pred,\n        pattern.obj))))\n    } else if (grouped_by == \"predicate\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(PositionalField(0), pattern.pred,\n        PositionalField(2)))))\n      other_filter = Some(BGPFilter(out, Pipe(internalPipeName), List(TriplePattern(pattern.subj, PositionalField(1),\n        pattern.obj))))\n    } else if (grouped_by == \"object\") {\n      group_filter = Some(BGPFilter(Pipe(internalPipeName), in, List(TriplePattern(PositionalField(0),\n        PositionalField(1),\n        pattern.obj))))\n      other_filter = Some(BGPFilter(out, Pipe(internalPipeName), List(TriplePattern(pattern.subj, pattern.pred,\n        PositionalField(2)))))\n    }\n\n    Rewriter.fixReplacementwithMultipleOperators(op, group_filter.get, other_filter.get)\n\n    group_filter foreach {\n      Rewriter.connect(_, other_filter.get)\n    }\n\n    if (group_filter.isDefined) {\n      in.removeConsumer(op)\n    }\n\n    group_filter\n  }\n\n  \/** Applies rewriting rule F9 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    *\/\n  def F9(op: BGPFilter): Option[BGPFilter] = {\n    val patterns = op.patterns\n    val in = op.inputs.head\n    val out = op.outputs.head\n\n    if (patterns.length < 2) {\n      return None\n    }\n\n    if (RDF.isPathJoin(patterns) || RDF.isStarJoin(patterns)) {\n      return None\n    }\n\n    val new_filters: Seq[BGPFilter] = patterns map { p: TriplePattern =>\n      BGPFilter(Pipe(generate()), Pipe(generate()), List(p))\n    }\n\n    Functions.newFlowIgnoringOld(new_filters:_*)\n    Some(fixReplacementwithMultipleOperators(op, new_filters.head, new_filters.last))\n  }\n\n  \/** Applies rewriting rule J1 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some BGPFilter objects if the input filters BGP is a star join.\n    *\/\n  def J1(op: BGPFilter): Option[List[BGPFilter]] = {\n    val out = op.outputs.head\n    val in = op.inputs.head\n    val patterns = op.patterns\n\n\/\/    def isNamed(r: Ref): Option[NamedField] = r match {\n\/\/      case n@NamedField(_, _) => Some(n)\n\/\/      case _ => None\n\/\/    }\n\/\/\n\/\/    val namedFields = patterns map { p =>\n\/\/      (isNamed(p.subj), isNamed(p.pred), isNamed(p.obj))\n\/\/    }\n\/\/\n\/\/    if (namedFields.size != 1) {\n\/\/      \/\/ There are either no NamedFields or they appear in more than one position in different patterns, so it's\n\/\/      \/\/ not a star join\n\/\/      return None\n\/\/    }\n\n    \n    \/\/ We'll reuse in later on, so we need to remove `op` from its consumers\n    in.removeConsumer(op)\n\n    \/\/ This maps NamedField to a list of pipe names columns. Each column of that specific Pipe (produces by one of\n    \/\/ the filters) contains the value of the NamedField in the join.\n    \/\/ Its keys are also all the NamedFields that appear in `patterns`.\n    val namedFieldToPipeName: mutable.Map[NamedField, List[(String, Column.Column)]] = mutable.Map.empty\n\n    val filters = patterns map { p =>\n      val pipename = generate()\n\n      val namedFieldsOfP = RDF.namedFieldColumnPairFromPattern(p)\n      namedFieldsOfP foreach { case (nf, c) =>\n        namedFieldToPipeName(nf) = namedFieldToPipeName.getOrElse(nf, List.empty) :+(pipename, c)\n      }\n\n      BGPFilter(Pipe(pipename), in, List(p))\n    }\n\n    val joinOutPipeName = generate()\n\n    \/\/ The NamedField that we're joining on and its position in the patterns\n    val starJoinFieldName = RDF.starJoinColumn(patterns).get._2\n    val starJoinColumnName = Column.columnToNamedField(namedFieldToPipeName(starJoinFieldName).head._2)\n\n    val join = Join(Pipe(joinOutPipeName),\n      filters map { f => Pipe(f.outPipeName, f) },\n      \/\/ Use map here to make sure the amount of field expressions is the same as the amount of filters\n      filters map { _ => List(starJoinColumnName) })\n\n    filters foreach { f =>\n      f.outputs.head.consumer = List(join)\n      f.constructSchema\n    }\n\n    val generators = namedFieldToPipeName.toSeq.sortBy(_._1.name).map {\n      case (nf, (firstSourceName, firstSourceColumn) :: _) =>\n        GeneratorExpr(\n          RefExpr(\n            NamedField(Column.columnToNamedField(firstSourceColumn).name, List(firstSourceName))),\n          Some(Field(nf.name, Types.CharArrayType)))\n      case _ => throw new IllegalArgumentException(\"Can't build generators from \" + namedFieldToPipeName)\n    } toList\n\n    val foreach = Foreach(out, Pipe(joinOutPipeName, join),\n      GeneratorList(\n        generators\n      )\n    )\n    foreach.constructSchema\n\n    Rewriter.connect(join, foreach)\n    Rewriter.replaceOpInSuccessorsInputs(op, foreach)\n\n    Some(filters)\n  }\n\n  \/** Applies rewriting rule J2 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    *\/\n  def J2(op: BGPFilter): Option[(Foreach, Filter)] = {\n    val patterns = op.patterns\n\n    val out = op.outputs.head\n    val in = op.inputs.head\n\n    \/\/ We'll reuse in later on, so we need to remove `op` from its consumers\n    in.removeConsumer(op)\n\n    val internalPipeName = generate()\n\n    val filters: List[Filter] = patterns map RDF.patternToConstraint flatMap { c =>\n      Some(Filter(Pipe(generate()), Pipe(\"stmts\"), c.get))\n    }\n\n    val filterPipeNames = filters map (_.outputs.head.name)\n\n    \/\/ This generates the GENERATE *, COUNT(t1) AS cnt1, ..., COUNT(tN) as cntN; operator\n    val countAsOps: List[GeneratorExpr] = filterPipeNames.zipWithIndex.map { case (name, i) =>\n      GeneratorExpr(Func(\"COUNT\",\n        List(RefExpr(NamedField(name)))),\n        Some(Field(s\"cnt$i\", Types.ByteArrayType)))\n    }\n\n    val generatorOps: List[PigOperator] = filters :+ Generate(\n      GeneratorExpr(RefExpr(NamedField(\"*\"))) :: countAsOps)\n\n    val foreach =\n      Foreach(Pipe(internalPipeName), Pipe(in.name), GeneratorPlan(generatorOps))\n\n    val countGtZeroConstraint: Predicate = filterPipeNames.zipWithIndex.map { case (_, i) =>\n      Gt(RefExpr(NamedField(s\"cnt$i\")), RefExpr(Value(0)))\n    } reduceLeft And\n\n    val filter = Filter(out, Pipe(internalPipeName, foreach), countGtZeroConstraint)\n\n    Rewriter.connect(foreach, filter)\n\n    Some((foreach, filter))\n  }\n\n  \/** Applies rewriting rule J3 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some BGPFilter objects if the input filters BGP is a star join.\n    *\/\n  def J3(op: BGPFilter): Option[List[PigOperator]] = {\n      val out = op.outputs.head\n      val in = op.inputs.head\n      val patterns = op.patterns\n\n      \/\/ We'll reuse in later on, so we need to remove `op` from its consumers\n      in.removeConsumer(op)\n\n      val pathJoinField = RDF.pathJoinNamedField(patterns).get\n\n      \/\/ This maps NamedField to a list of pipe names and columns. Each column of that specific Pipe (produces by one of\n      \/\/ the filters) contains the value of the NamedField in the join.\n      \/\/ Its keys are also all the NamedFields that appear in `patterns`.\n      val namedFieldToPipeName: mutable.Map[NamedField, List[(String, Column.Column)]] = mutable.Map.empty\n\n      \/\/ First build new BGPFilter objects for all the patterns.\n\n      val newBGPFilters = patterns map { p =>\n        val pipename = generate()\n\n        \/\/ TODO this is duplicated from J1\n        val namedFieldsOfP = RDF.namedFieldColumnPairFromPattern(p)\n        namedFieldsOfP foreach { case (nf, c) =>\n          namedFieldToPipeName(nf) = namedFieldToPipeName.getOrElse(nf, List.empty) :+(pipename, c)\n        }\n\n        BGPFilter(Pipe(pipename), in, List(p))\n      }\n\n      \/\/ Now we need to join them again. Note: in the paper, multiple JOINs are used, but just do it in one here\n      \/\/ Since each filters schema is still (s,p,o), we can't join by namedfields, but only but s, p or o.\n      def findColumnForNamedField(nf: NamedField, p: TriplePattern): NamedField = p match {\n        case TriplePattern(n, _, _) if n == nf => Column.columnToNamedField(Column.Subject)\n        case TriplePattern(_, n, _) if n == nf => Column.columnToNamedField(Column.Predicate)\n        case TriplePattern(_, _, n) if n == nf => Column.columnToNamedField(Column.Object)\n      }\n\n      val joinFields = patterns map { p =>\n        List(findColumnForNamedField(pathJoinField, p))\n      }\n\n      val joinOutPipeName = generate()\n\n      val join = Join(Pipe(joinOutPipeName),\n        newBGPFilters map { f => Pipe(f.outPipeName, f)},\n        joinFields\n      )\n\n      \/\/ Set newBGPFilters' outputs to the join\n      newBGPFilters foreach { f =>\n        f.outputs.head.consumer = List(join)\n        f.constructSchema\n      }\n\n      \/\/ TODO this is duplicated from J1\n      val generators = namedFieldToPipeName.toSeq.sortBy(_._1.name).map {\n        case (nf, (firstSourceName, firstSourceColumn) :: _) =>\n          GeneratorExpr(\n            RefExpr(\n              NamedField(Column.columnToNamedField(firstSourceColumn).name, List(firstSourceName))),\n            Some(Field(nf.name, Types.CharArrayType)))\n        case _ => throw new IllegalArgumentException(\"Can't build generators from \" + namedFieldToPipeName)\n      } toList\n\n      val foreach = Foreach(out, Pipe(joinOutPipeName, join),\n        GeneratorList(\n          generators\n        )\n      )\n\n      Rewriter.connect(join, foreach)\n      Rewriter.replaceOpInSuccessorsInputs(op, foreach)\n\n      foreach.constructSchema\n\n      Some(newBGPFilters)\n  }\n\n  \/** Applies rewriting rule J4 of the paper \"[[http:\/\/www.btw-2015.de\/res\/proceedings\/Hauptband\/Wiss\/Hagedorn-SPARQling_Pig_-_Processin.pdf SPARQling Pig - Processing Linked Data with Pig Latin]].\n    *\n    * @param op\n    * @return Some BGPFilter objects if the input filters BGP is a star join.\n    *\/\n  def J4(op: BGPFilter): Option[List[PigOperator]] = {\n      val out = op.outputs.head\n      val in = op.inputs.head\n      val patterns = op.patterns\n\n      \/\/ We'll reuse in later on, so we need to remove `op` from its consumers\n      in.removeConsumer(op)\n\n      val pathJoinField = RDF.pathJoinNamedField(patterns).get\n\n      \/\/ This maps NamedField to a list of pipe names and columns. Each column of that specific Pipe (produces by one of\n      \/\/ the filters) contains the value of the NamedField in the join.\n      \/\/ Its keys are also all the NamedFields that appear in `patterns`.\n      val namedFieldToPipeName: mutable.Map[NamedField, List[(String, Column.Column)]] = mutable.Map.empty\n\n      \/\/ First build new BGPFilter objects for all the patterns.\n      val newBGPFilters = patterns map { p =>\n        val pipename = generate()\n        val f = BGPFilter(Pipe(pipename), in, List(p))\n        f.constructSchema\n        f\n      }\n\n      \/\/ Now build the foreach statements that flatten the filters outputs\n      val flattening_foreachs = newBGPFilters map { f =>\n        val pipename = generate()\n        \/\/ TODO extract this to a function, there are only 3 cases anyway\n        val fo = Foreach(\n          Pipe(pipename),\n          Pipe(f.outPipeName),\n          GeneratorList(\n            List(\n              GeneratorExpr(\n                RefExpr(\n                  NamedField(\"subject\"))),\n              GeneratorExpr(\n                FlattenExpr(\n                  RefExpr(\n                    NamedField(\"stmts\"))),\n                None))))\n\n        \/\/ Every BGPFilter here has only one pattern\n        val namedFieldsOfP = RDF.namedFieldColumnPairFromPattern(f.patterns.head)\n        namedFieldsOfP foreach { case (nf, c) =>\n          namedFieldToPipeName(nf) = namedFieldToPipeName.getOrElse(nf, List.empty) :+ (pipename, c)\n        }\n\n        Rewriter.connect(f, fo)\n        fo\n      }\n\n      \/\/ Now we need to join them again. Note: in the paper, multiple JOINs are used, but just do it in one here\n      \/\/ Since each filters schema is still (s,p,o), we can't join by namedfields, but only but s, p or o.\n      def findColumnForNamedField(nf: NamedField, p: TriplePattern): NamedField = p match {\n        case TriplePattern(n, _, _) if n == nf => Column.columnToNamedField(Column.Subject)\n        case TriplePattern(_, n, _) if n == nf => Column.columnToNamedField(Column.Predicate)\n        case TriplePattern(_, _, n) if n == nf => Column.columnToNamedField(Column.Object)\n      }\n\n      val joinFields = patterns map { p =>\n        List(findColumnForNamedField(pathJoinField, p))\n      }\n\n      val joinOutPipeName = generate()\n\n      val join = Join(Pipe(joinOutPipeName),\n        flattening_foreachs map { fo => Pipe(fo.outPipeName, fo)},\n        joinFields\n      )\n\n      \/\/ Set flattening_foreachs' outputs to the join\n      flattening_foreachs foreach { fo =>\n        fo.outputs.head.consumer = List(join)\n        fo.constructSchema\n      }\n\n      \/\/ TODO this is duplicated from J1\n      val generators = namedFieldToPipeName.toSeq.sortBy(_._1.name).map {\n        case (nf, (firstSourceName, firstSourceColumn) :: _) =>\n          GeneratorExpr(\n            RefExpr(\n              NamedField(Column.columnToNamedField(firstSourceColumn).name, List(firstSourceName))),\n            Some(Field(nf.name, Types.CharArrayType)))\n        case _ => throw new IllegalArgumentException(\"Can't build generators from \" + namedFieldToPipeName)\n      } toList\n\n      val foreach = Foreach(out, Pipe(joinOutPipeName, join),\n        GeneratorList(\n          generators\n        )\n      )\n\n      Rewriter.connect(join, foreach)\n      Rewriter.replaceOpInSuccessorsInputs(op, foreach)\n\n      foreach.constructSchema\n\n      Some(newBGPFilters)\n  }\n\n  def registerRules() = {\n    Rewriter toReplace () applyRule R1\n    Rewriter applyRule R2\n    Rewriter toReplace () applyRule L2\n    Rewriter applyRule F1\n    Rewriter toReplace () applyRule F2\n    Rewriter toReplace () applyRule F3\n    Rewriter toReplace () applyRule F4\n    Rewriter applyRule F5\n    Rewriter applyRule F6\n    Rewriter applyRule F7\n    Rewriter applyRule F8\n    Rewriter applyRule F9\n    Rewriter when {op: BGPFilter => RDF.isStarJoin(op.patterns)} and {_.inputSchema == RDFLoad.plainSchema} applyRule J1\n    Rewriter unless groupedSchemaJoinEarlyAbort and {op => RDF.isStarJoin(op.patterns)} applyRule J2\n    Rewriter when {op: BGPFilter => RDF.isPathJoin(op.patterns)} and {_.inputSchema == RDFLoad.plainSchema} applyRule J3\n    Rewriter unless groupedSchemaJoinEarlyAbort and {op => RDF.isPathJoin(op.patterns)} applyRule J4\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/RDFSpec.scala","text":"<filename>src\/test\/scala\/dbis\/piglet\/RDFSpec.scala<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet\n\nimport java.net.URI\nimport dbis.piglet.op._\nimport dbis.piglet.expr._\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.plan.rewriting.internals.RDF\nimport dbis.piglet.schema._\nimport org.scalatest.prop.TableDrivenPropertyChecks\nimport org.scalatest.{OptionValues, FlatSpec, Matchers}\n\nclass RDFSpec extends FlatSpec with Matchers with TableDrivenPropertyChecks with OptionValues {\n  \"TriplePatterns\" should \"be convertible to strings\" in {\n    val patterns = Table(\n      (\"patterns\", \"string\"),\n      (List(TriplePattern(NamedField(\"a\"), Value(\"\\\"firstName\\\"\"), Value(\"\\\"Stefan\\\"\"))),\n        \"\"\"{ ?a \"firstName\" \"Stefan\" }\"\"\"),\n      (List(TriplePattern(PositionalField(0), Value(\"\\\"firstName\\\"\"), Value(\"\\\"Stefan\\\"\"))),\n        \"\"\"{ $0 \"firstName\" \"Stefan\" }\"\"\"),\n      (List(\n        TriplePattern(PositionalField(0), Value(\"\\\"firstName\\\"\"), Value(\"\\\"Stefan\\\"\")),\n        TriplePattern(PositionalField(0), Value(\"\\\"lastName\\\"\"), Value(\"\\\"Hage\\\"\"))),\n        \"\"\"{ $0 \"firstName\" \"Stefan\" . $0 \"lastName\" \"Hage\" }\"\"\"\n        )\n    )\n\n    forAll(patterns) {(patterns: List[TriplePattern], bgpstring: String) =>\n      RDF.triplePatternsToString(patterns) shouldBe bgpstring\n    }\n  }\n\n  \"A BGPFilters schema\" should \"contain named fields for all variables if there is more than one pattern\" in {\n    val plan = new DataflowPlan(parseScript(\n      s\"\"\"A = RDFLOAD('file.rdf');\n         |B = BGP_FILTER A by { ?b \"firstName\" \"Wieland\" . ?b \"lastName\" \"Hoffmann\" .  ?b \"birthDate\" ?a};\n         |DUMP B;\n       \"\"\".stripMargin))\n    val bgpfilter = plan.findOperatorForAlias(\"B\").value\n    val shouldSchema: Some[Schema] = Some(\n    Schema(\n      BagType(\n        TupleType(\n          Array(\n            Field(\"a\", Types.CharArrayType),\n            Field(\"b\", Types.CharArrayType))))))\n    bgpfilter.schema shouldBe shouldSchema\n  }\n\n  it should \"be the plain RDF schema if there is only one pattern and the BGPFilter reads plain data\" in {\n    val plan = new DataflowPlan(parseScript(\n      s\"\"\"A = RDFLOAD('file.rdf');\n         |B = BGP_FILTER A by { ?a \"firstName\" \"Wieland\" };\n         |DUMP B;\n       \"\"\".stripMargin))\n    val bgpfilter = plan.findOperatorForAlias(\"B\").value\n    bgpfilter.schema shouldBe RDFLoad.plainSchema\n  }\n\n  it should \"be the grouped RDF schema if there is only one pattern and the BGPFilter reads grouped data\" in {\n    val groupers = Table(\n      (\"grouping column\"),\n      \"subject\",\n      \"predicate\",\n      \"object\"\n    )\n    forAll(groupers) { g =>\n      val plan = new DataflowPlan(parseScript(\n      s\"\"\"A = RDFLOAD('file.rdf') grouped on $g;\n        |B = BGP_FILTER A by { ?a \"firstName\" \"Wieland\" };\n        |DUMP B;\n      \"\"\".stripMargin))\n      val bgpfilter = plan.findOperatorForAlias(\"B\").value\n      bgpfilter.schema.value shouldBe RDFLoad.groupedSchemas(g)\n    }\n  }\n\n  it should \"not conform to schemas that are neither plain nor grouped RDF data\" in {\n    val asSchemas = Table(\n      (\"schema\"),\n      \"\",\n      \"as (x: chararray, y: chararray, z: chararray)\",\n      \"as (x: int, y: int)\",\n      \"as (x: int, y: int, z: int, a: chararray)\"\n    )\n    forAll(asSchemas) { asSchema =>\n      val plan = new DataflowPlan(parseScript(\n        s\"\"\"A = Load 'file' $asSchema;\n           |B = BGP_FILTER A by { ?a \"firstName\" \"Wieland\" };\n           |DUMP B;\n        \"\"\".stripMargin) )\n      val bgpfilter = plan.findOperatorForAlias(\"B\").value\n      bgpfilter.checkSchemaConformance shouldBe false\n      }\n  }\n\n  it should \"conform to plain RDF data\" in {\n    val plan = new DataflowPlan(parseScript(\n      s\"\"\"A = Load 'file' as (subject: chararray, predicate: chararray, object: chararray);\n         |B = BGP_FILTER A by { ?a \"firstName\" \"Wieland\". ?a \"lastName\" \"Hoffmann\" };\n         |DUMP B;\n        \"\"\".stripMargin))\n    val bgpfilter = plan.findOperatorForAlias(\"B\").value\n    bgpfilter.checkSchemaConformance shouldBe true\n  }\n\n  it should \"conform to grouped RDF data\" in {\n    val possibleGroupers = Table((\"grouping column\"), (\"subject\"), (\"predicate\"), (\"object\"))\n    val patterns = Table(\n      \"pattern\",\n      List(\n        TriplePattern(PositionalField(0), PositionalField(1), PositionalField(2))),\n      List(\n        TriplePattern(PositionalField(0), PositionalField(1), PositionalField(2)),\n        TriplePattern(PositionalField(0), PositionalField(1), PositionalField(2))),\n      List(\n        TriplePattern(PositionalField(0), PositionalField(1), NamedField(\"foo\")),\n        TriplePattern(PositionalField(0), NamedField(\"bar\"), PositionalField(2))),\n      List(\n        TriplePattern(PositionalField(0), PositionalField(1), NamedField(\"foo\")),\n        TriplePattern(PositionalField(0), PositionalField(1), NamedField(\"foo\")))\n    )\n    forAll (possibleGroupers) { (g: String) =>\n      forAll(patterns) { p =>\n        val op1 = RDFLoad(Pipe(\"a\"), new URI(\"hdfs:\/\/somewhere\"), Some(g))\n        val op2 = BGPFilter(Pipe(\"b\"), Pipe(\"a\"), p)\n        val op3 = Dump(Pipe(\"b\"))\n        val plan = new DataflowPlan(List(op1, op2, op3))\n\n        op2.inputs.map(_.producer) should have size 1\n\n        plan.findOperatorForAlias(\"b\").value.checkSchemaConformance shouldBe true\n      }\n    }\n  }\n\n  \"patternsToConstraint\" should \"return None if no column is bound by the pattern\" in {\n    val pattern = TriplePattern(PositionalField(0), PositionalField(1), PositionalField(2))\n    RDF.patternToConstraint(pattern) shouldBe None\n  }\n\n  it should \"return a single Eq constraint if only one column is bound\" in {\n    val patterns = Table(\n      (\"pattern\", \"constraint\"),\n      (TriplePattern(Value(\"subject\"), PositionalField(1), PositionalField(2)),\n        Some(Eq(RefExpr(NamedField(\"subject\")), RefExpr(Value(\"subject\"))))),\n      (TriplePattern(PositionalField(0), Value(\"predicate\"), PositionalField(2)),\n        Some(Eq(RefExpr(NamedField(\"predicate\")), RefExpr(Value(\"predicate\"))))),\n      (TriplePattern(PositionalField(0), PositionalField(1), Value(\"object\")),\n        Some(Eq(RefExpr(NamedField(\"object\")), RefExpr(Value(\"object\")))))\n    )\n\n    forAll(patterns) ((p, c) =>\n      RDF.patternToConstraint(p) shouldBe c\n    )\n  }\n\n  it should \"return And'ed constraints if multiple columns are bound\" in {\n    val patterns = Table(\n      (\"pattern\", \"constraint\"),\n      (TriplePattern(Value(\"subject\"), Value(\"predicate\"), PositionalField(2)),\n        Some(\n          And(\n            Eq(RefExpr(NamedField(\"subject\")), RefExpr(Value(\"subject\"))),\n            Eq(RefExpr(NamedField(\"predicate\")), RefExpr(Value(\"predicate\")))))\n          ),\n      (TriplePattern(PositionalField(0), Value(\"predicate\"), Value(\"object\")),\n        Some(\n          And(\n            Eq(RefExpr(NamedField(\"predicate\")), RefExpr(Value(\"predicate\"))),\n            Eq(RefExpr(NamedField(\"object\")), RefExpr(Value(\"object\")))))\n        ),\n      (TriplePattern(Value(\"subject\"), PositionalField(1), Value(\"object\")),\n        Some(\n          And(\n            Eq(RefExpr(NamedField(\"subject\")), RefExpr(Value(\"subject\"))),\n            Eq(RefExpr(NamedField(\"object\")), RefExpr(Value(\"object\")))))\n        ),\n      (TriplePattern(Value(\"subject\"), Value(\"predicate\"), Value(\"object\")),\n        Some(\n          And(\n            And(\n              Eq(RefExpr(NamedField(\"subject\")), RefExpr(Value(\"subject\"))),\n              Eq(RefExpr(NamedField(\"predicate\")), RefExpr(Value(\"predicate\")))\n            ),\n            Eq(RefExpr(NamedField(\"object\")), RefExpr(Value(\"object\")))))\n        )\n    )\n\n    forAll(patterns) ((p, c) =>\n      RDF.patternToConstraint(p) shouldBe c\n    )\n  }\n\n  private val pathJoins = Table(\n    (\"pattern\"),\n    List(\n      TriplePattern(NamedField(\"s\"), PositionalField(1), Value(\"obj1\")),\n      TriplePattern(PositionalField(0), NamedField(\"s\"), Value(\"obj2\"))),\n    List(\n      TriplePattern(PositionalField(0), PositionalField(1),NamedField(\"s\")),\n      TriplePattern(PositionalField(0), NamedField(\"s\"), Value(\"obj2\"))),\n    List(\n      TriplePattern(PositionalField(0), PositionalField(1),NamedField(\"s\")),\n      TriplePattern(NamedField(\"s\"), PositionalField(1), Value(\"obj2\")))\n  )\n\n  private val starJoins = Table(\n    (\"patterns\"),\n    List(\n      TriplePattern(NamedField(\"s\"), PositionalField(1), Value(\"obj1\")),\n      TriplePattern(NamedField(\"s\"), PositionalField(1), Value(\"obj2\"))),\n    List(\n      TriplePattern(PositionalField(0), NamedField(\"p\"), Value(\"obj1\")),\n      TriplePattern(PositionalField(0), NamedField(\"p\"), Value(\"obj2\"))),\n    List(\n      TriplePattern(PositionalField(0), Value(\"pred1\"), NamedField(\"o\")),\n      TriplePattern(PositionalField(0), Value(\"pred2\"), NamedField(\"o\")))\n  )\n\n  private val noJoins = Table(\n    (\"patterns\"),\n    \/\/ Only 1 pattern, can't be a join\n    List(\n      TriplePattern(NamedField(\"s\"), PositionalField(1), Value(\"obj1\"))),\n    \/\/ 2 patterns where each one contains a different variable\n    List(\n      TriplePattern(PositionalField(0), NamedField(\"p\"), Value(\"obj1\")),\n      TriplePattern(PositionalField(0), NamedField(\"r\"), Value(\"obj2\"))),\n    \/\/ 2 patterns where each one contains a different variable in a different position\n    List(\n      TriplePattern(PositionalField(0), NamedField(\"p\"), Value(\"obj1\")),\n      TriplePattern(PositionalField(0), PositionalField(1), NamedField(\"r\"))),\n    \/\/ No variables at all\n    List(\n      TriplePattern(PositionalField(0), Value(\"pred1\"), Value(\"obj1\")))\n  )\n\n\n  \"isPathJoin\" should \"return true for path joins\" in {\n    forAll(pathJoins) { p =>\n      RDF.isPathJoin(p) shouldBe true\n    }\n  }\n\n  it should \"return false for star joins\" in {\n    forAll(starJoins) { p =>\n      RDF.isPathJoin(p) shouldBe false\n    }\n  }\n\n  it should \"return false for patterns that are no joins at all\" in {\n    forAll(noJoins) { p =>\n      RDF.isPathJoin(p) shouldBe false\n    }\n  }\n\n  \"isStarJoin\" should \"return true for star joins\" in {\n    forAll(starJoins) { p =>\n      RDF.isStarJoin(p) shouldBe true\n    }\n  }\n\n  it should \"return false for path joins\" in {\n    forAll(pathJoins) { p =>\n      RDF.isStarJoin(p) shouldBe false\n    }\n  }\n\n  it should \"return false for patterns that are no joins at all\" in {\n    forAll(noJoins) { p =>\n      RDF.isStarJoin(p) shouldBe false\n    }\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/DelayEmitter.scala","text":"package dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Delay\n\nclass DelayEmitter extends CodeEmitter[Delay] {\n  override def template: String =\n    \"\"\"val <out> = <in>.mapPartitions({ iter =>\n      |  Thread.sleep(<wtime>)\n      |  <processor>\n      |},true)\"\"\".stripMargin\n\n\n  lazy val processorFilterTemplate = s\"\"\"iter.filter{ t =>\n    |\n    |  val decision = scala.util.Random.nextInt(<sampleFactor>) == 0\n    |  <if (profiling)>\n    |  if(decision)\n    |    PerfMonitor.sampleSize(t,\"<lineage>\", accum, randFactor)\n    |  <endif>\n    |  decision\n    |}\"\"\".stripMargin\n\n  lazy val processorDuplTemplate = s\"\"\"iter.flatMap{ t =>\n    |  (0 until <sampleFactor>).iterator.map{_ =>\n    |    <if (profiling)>\n    |    PerfMonitor.sampleSize(t,\"<lineage>\", accum, randFactor)\n    |    <endif>\n    |    t\n    |  }\n    |}\"\"\".stripMargin\n\n\n  override def code(ctx: CodeGenContext, op: Delay): String = {\n\n    val processorParams = Map(\n      \"sampleFactor\" -> math.abs(op.sampleFactor), \/\/ always use positive value\n      \"lineage\" -> op.lineageSignature\n    )\n\n    \/\/ if sampleFactor is negative, use a filter to reduce tuples, otherwise duplicate them\n    val processorCode = if(op.sampleFactor < 0 )\n      CodeEmitter.render(processorFilterTemplate, processorParams)\n    else CodeEmitter.render(processorDuplTemplate, processorParams)\n\n    val m = Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"wtime\" -> op.wtime.toMillis,\n      \"processor\" -> processorCode\n      )\n\n    render(m)\n  }\n}\n\nobject DelayEmitter {\n  lazy val instance = new DelayEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/StreamLoadEmitter.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.scala_lang.LoadEmitter\n\n\/**\n  * Created by kai on 12.12.16.\n  *\/\nclass StreamLoadEmitter extends LoadEmitter {\n  override def template: String = \"\"\"    val <out> = <func>[<class>]().loadStream(ssc, \"<file>\", <extractor><if (params)>, <params><endif>)\"\"\".stripMargin\n}\n\nobject StreamLoadEmitter {\n\tlazy val instance = new StreamLoadEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/spark\/CustomDStreamMatcher.scala","text":"<reponame>ksattler\/piglet\n\npackage dbis.piglet.cep.spark\n\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.streaming.dstream._\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.ops.OutputStrategy._\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.backends.{SchemaClass => Event}\n\nclass CustomDStreamMatcher[T <: Event: ClassTag](dstream: DStream[T]) {\n\n  def matchNFA(nfa: NFAController[T], sstr: SelectionStrategy = FirstMatch, out: OutputStrategy = Combined) = {\n    \/\/ println(\"create a new DStream matcher\")\n    new DStreamMatcher(dstream, nfa, sstr, out)\n  }\n\n}\n\nobject CustomDStreamMatcher {\n\n  implicit def addDStreamMatcher[T <: Event: ClassTag](dstream: DStream[T]) = {\n    \/\/ println(\"add a custom DStream function\")\n    new CustomDStreamMatcher(dstream)\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/mm\/LRUSpec.scala","text":"package dbis.piglet.mm\n\nimport dbis.piglet.tools.CliParams\nimport org.scalatest.{BeforeAndAfter, BeforeAndAfterAll, FlatSpec, Matchers}\nimport scala.concurrent.duration._\n\nclass LRUSpec extends FlatSpec with Matchers with BeforeAndAfter with BeforeAndAfterAll {\n\n  override def beforeAll: Unit = {\n    val ps = new ProfilerSettings(minBenefit = 10.seconds,\n      admissionCheck = false,\n      cacheSize = 20,\n      eviction = EvictionStrategy.LRU)\n\n    CliParams._values = new CliParams(profiling = Some(ps))\n  }\n\n  lazy val strategy = EvictionStrategy.getStrategy(CliParams.values.profiling.get.eviction)\n\n\n  \"LRU\" should \"remove one element that does not fit from 2-elem cache\" in {\n\n    val newEntry = CacheEntry(\"new\", \"new\", 1000L, 10, lastLoaded = Some(11))\n\n    val list = Seq(\n      CacheEntry(\"1\", \"1\", _benefit=1000L, bytes=10, lastLoaded = Some(10)),\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=10, lastLoaded = Some(9))\n    )\n\n    val wouldRemove = strategy.wouldRemove(newEntry, list)\n\n    wouldRemove should contain only CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=10, lastLoaded = Some(9))\n  }\n\n  it should \"remove two entries from a 5-elem cache\" in {\n\n    val newEntry = CacheEntry(\"new\", \"new\", 1000L, 7, lastLoaded = Some(12))\n\n    val list = Seq(\n      CacheEntry(\"1\", \"1\", _benefit=1000L, bytes=4, lastLoaded = Some(10)),\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=5, lastLoaded = Some(9)),\n      CacheEntry(\"3\", \"3\", _benefit=1000L, bytes=1, lastLoaded = Some(11)),\n      CacheEntry(\"4\", \"4\", _benefit=1000L, bytes=7, lastLoaded = Some(11)),\n      CacheEntry(\"5\", \"5\", _benefit=1000L, bytes=3, lastLoaded = Some(8))\n    )\n\n    val wouldRemove = strategy.wouldRemove(newEntry, list)\n\n    wouldRemove should contain only (\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=5, lastLoaded = Some(9)),\n      CacheEntry(\"5\", \"5\", _benefit=1000L, bytes=3, lastLoaded = Some(8)))\n\n  }\n\n  it should \"not add a new entry if it does not fit into cache\" in {\n    val newEntry = CacheEntry(\"new\", \"new\", 1000L, 27, lastLoaded = Some(12))\n\n    val list = Seq(\n      CacheEntry(\"1\", \"1\", _benefit=1000L, bytes=4, lastLoaded = Some(10)),\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=5, lastLoaded = Some(9)),\n      CacheEntry(\"3\", \"3\", _benefit=1000L, bytes=1, lastLoaded = Some(11)),\n      CacheEntry(\"4\", \"4\", _benefit=1000L, bytes=7, lastLoaded = Some(11)),\n      CacheEntry(\"5\", \"5\", _benefit=1000L, bytes=3, lastLoaded = Some(8))\n    )\n\n    val wouldRemove = strategy.wouldRemove(newEntry, list)\n\n    wouldRemove should contain only newEntry\n  }\n\n  it should \"remove all others if new entry fills cache alone\" in {\n    val newEntry = CacheEntry(\"new\", \"new\", 1000L, 20, lastLoaded = Some(12))\n\n    val list = Seq(\n      CacheEntry(\"1\", \"1\", _benefit=1000L, bytes=4, lastLoaded = Some(10)),\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=5, lastLoaded = Some(9)),\n      CacheEntry(\"3\", \"3\", _benefit=1000L, bytes=1, lastLoaded = Some(11)),\n      CacheEntry(\"4\", \"4\", _benefit=1000L, bytes=7, lastLoaded = Some(11)),\n      CacheEntry(\"5\", \"5\", _benefit=1000L, bytes=3, lastLoaded = Some(8))\n    )\n\n    val wouldRemove = strategy.wouldRemove(newEntry, list)\n\n    wouldRemove should contain only (list:_*)\n  }\n\n  it should \"simply add a new value that fits into cache\" in {\n    val newEntry = CacheEntry(\"new\", \"new\", 1000L, 1, lastLoaded = Some(12))\n\n    val list = Seq(\n      CacheEntry(\"1\", \"1\", _benefit=1000L, bytes=4, lastLoaded = Some(10)),\n      CacheEntry(\"2\", \"2\", _benefit=1000L, bytes=5, lastLoaded = Some(9)),\n      CacheEntry(\"3\", \"3\", _benefit=1000L, bytes=1, lastLoaded = Some(11)),\n      CacheEntry(\"4\", \"4\", _benefit=1000L, bytes=7, lastLoaded = Some(11)),\n      CacheEntry(\"5\", \"5\", _benefit=1000L, bytes=2, lastLoaded = Some(8))\n    )\n\n    val wouldRemove = strategy.wouldRemove(newEntry, list)\n\n    wouldRemove shouldBe 'empty\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/AccumulateEmitter.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.expr.Func\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.Accumulate\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport dbis.piglet.expr.Expr\nimport scala.collection.mutable.{ Map => MMap }\nimport dbis.piglet.expr.DerefTuple\nimport dbis.piglet.expr.RefExprExtractor\nimport dbis.piglet.expr.NamedField\nimport dbis.piglet.expr.PositionalField\nimport dbis.piglet.schema.Types\nimport dbis.piglet.op._\nimport dbis.piglet.expr._\nimport dbis.piglet.udf._\nimport dbis.piglet.schema._\nimport dbis.piglet.codegen.CodeEmitter\nimport scala.collection.mutable.ListBuffer\nimport dbis.piglet.codegen.CodeGenException\n\nclass AccumulateEmitter extends dbis.piglet.codegen.scala_lang.AccumulateEmitter {\n  override def template: String = \"\"\"    val <out> = <in>.aggregate(Aggregations.<init_aggr_expr>)<more_aggr_expr:{exp|.and(Aggregations.<exp>)}>\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: Accumulate): String = {\n    if (!op.schema.isDefined)\n      throw CodeGenException(\"schema required in ACCUMULATE\")\n    val inputSchemaDefined = op.inputSchema.isDefined\n    val outClassName = ScalaEmitter.schemaClassName(op.schema.get.className)\n    var initAggrFun: String = \"\"\n    var moreAggrFuns: ListBuffer[String] = new ListBuffer()\n    val updExpr = op.generator.exprs.zipWithIndex.map {\n      case (e, i) =>\n        require(e.expr.isInstanceOf[Func])\n        val funcName = e.expr.asInstanceOf[Func].f.toUpperCase\n\n        val traverse = new RefExprExtractor\n        e.expr.traverseAnd(null, traverse.collectRefExprs)\n        val refExpr = traverse.exprs.head\n\n        val str: String = refExpr.r match {\n          case nf @ NamedField(n, _) => s\"$op.inputSchema.get.indexOfField(nf)\"\n          case PositionalField(p) => if (inputSchemaDefined) s\"$p\" else \"0\"\n          case _ => \"\"\n        }\n        if (i == 0) initAggrFun = (funcName + \",\" + str) else moreAggrFuns += (funcName + \",\" + str)\n    }\n\n    render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"class\" -> outClassName, \n        \"init_aggr_expr\" -> initAggrFun, \"more_aggr_expr\" -> moreAggrFuns))\n  }\n}\n\nobject AccumulateEmitter {\n\tlazy val instance = new AccumulateEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/SpatialFilterEmitter.scala","text":"package dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport dbis.piglet.op.IndexMethod.IndexMethod\nimport dbis.piglet.op.SpatialFilter\n\nclass SpatialFilterEmitter extends CodeEmitter[SpatialFilter] {\n  \n  override def template =\n    \"\"\"val <out> = <in><keyby><liveindex>.<predicate>(<other>).map{ case (_,v) =>\n      |  <if (profiling)>\n      |    PerfMonitor.sampleSize(v,\"<lineage>\", accum, randFactor)\n      |  <endif>\n      |  v\n      |}\"\"\".stripMargin\n  \n  def indexTemplate(idxConfig: Option[(IndexMethod, List[String])]) = idxConfig match {\n    case Some((method, params)) => CodeEmitter.render(\".liveIndex(<params>)\", Map(\"params\" -> params.mkString(\",\")))\n    case None => \"\"\n  }\n  \n  override def code(ctx: CodeGenContext, op: SpatialFilter): String = {\n\n\/\/    println(op.inputSchema.map(_.element.valueType))\n    render(Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"predicate\" -> op.pred.predicateType.toString.toLowerCase(),\n      \"other\" -> ScalaEmitter.emitExpr(ctx, op.pred.expr),\n      \"liveindex\" -> indexTemplate(op.idx),\n      \"keyby\" -> {\n        if(op.schema.nonEmpty && op.schema.get.isIndexed)\n          \"\"\n        else\n          SpatialEmitterHelper.keyByCode(op.inputSchema, op.pred.field, ctx)\n      },\n      \"lineage\" -> op.lineageSignature\n      \/\/          {\n      \/\/            if(SpatialEmitterHelper.geomIsFirstPos(op.pred.field, op))\n      \/\/              \"\"\n      \/\/            else\n      \/\/              s\".keyBy(${ctx.asString(\"tuplePrefix\")} => ${ScalaEmitter.emitRef(CodeGenContext(ctx,Map(\"schema\"->op.inputSchema)), op.pred.field)})\"\n      \/\/          }\n    ))\n  }\n  \n}\n\nobject SpatialFilterEmitter {\n\tlazy val instance = new SpatialFilterEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/ops\/Outputter.scala","text":"package dbis.piglet.cep.ops\nimport scala.reflect.ClassTag\nimport dbis.piglet.backends.{SchemaClass => Event}\npackage object Outputter {\n  def convertEventsToArray[T <: Event: ClassTag](collector: MatchCollector[T]): Any = {\n    collector.convertEventsToArray()\n  }\n  def convertEventsToBoolean[T <: Event: ClassTag](collector: MatchCollector[T]): Any = {\n    collector.convertEventsToBoolean()\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/ScalaCodeGenStrategy.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenStrategy, CodeGenTarget}\nimport dbis.piglet.expr.Expr\nimport dbis.piglet.op._\nimport dbis.piglet.op.cmd.CoGroup\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.logging.PigletLogging\n\nimport scala.collection.mutable.ListBuffer\n\nabstract class ScalaCodeGenStrategy extends CodeGenStrategy with PigletLogging {\n  \/\/ initialize target and emitters\n  val target = CodeGenTarget.Unknown\n\n  override def collectAdditionalImports(plan: DataflowPlan) = {\n    val additionalImports = ListBuffer.empty[String]\n    if (plan.checkExpressions(Expr.containsMatrixType)) {\n      additionalImports += \"import breeze.linalg._\"\n    }\n\n    additionalImports\n  }\n\n  def emitterForNode[O <: PigOperator](op: O): CodeEmitter[O] = {\n    val em = op match {\n      case _: Load => LoadEmitter.instance\n      case _: Filter => FilterEmitter.instance\n      case _: Limit => LimitEmitter.instance\n      case _: Foreach => ForeachEmitter.instance\n      case _: Distinct => DistinctEmitter.instance\n      case _: Sample => SampleEmitter.instance\n      case _: Union => UnionEmitter.instance\n      case _: Intersection => IntersectionEmitter.instance\n      case _: Difference => DifferenceEmitter.instance\n      case _: Grouping => GroupingEmitter.instance\n      case _: CoGroup => CoGroupEmitter.instance\n      case _: OrderBy => OrderByEmitter.instance\n      case _: Top => TopEmitter.instance\n      case _: Accumulate => AccumulateEmitter.instance\n      case _: Join => JoinEmitter.instance\n      case _: Cross => CrossEmitter.instance\n      case _: Zip => ZipEmitter.instance\n      case _: Dump => DumpEmitter.instance\n      case _: Empty => EmptyEmitter.instance\n      case _: Store => StoreEmitter.instance\n      case _: StreamOp => StreamOpEmitter.instance\n      case _: TimingOp => TimingEmitter.instance\n      case _: Matcher => MatcherEmitter.instance\n      case _ => throw new IllegalArgumentException(s\"no emitter for $op\")\n    }\n  \n    em.asInstanceOf[CodeEmitter[O]]\n  }\n\n  \/**\n    * Generate code for embedded code: usually this code is just copied\n    * to the generated file.\n    *\n    * @param additionalCode the code to be embedded\n    * @return a string representing the code\n    *\/\n  def emitEmbeddedCode(ctx: CodeGenContext, additionalCode: String) = additionalCode\n\n  def emitNode[O <: PigOperator](ctx: CodeGenContext, node: O): String = {\n\/\/    val className = node.getClass.getName\n    \n    val emitter = emitterForNode(node)\n    \n    var code = emitter.beforeCode(ctx, node)\n    if (code.length > 0) code += \"\\n\"\n\n    code += emitter.code(ctx, node)\n\n    val afterCode = emitter.afterCode(ctx, node)\n    if (afterCode.length > 0)\n      code += \"\\n\" + afterCode\n\n    code\n  }\n\n\n  \/**\n    * Generate code for classes representing schema types.\n    *\n    * @param schemas the list of schemas for which we generate classes\n    * @return a string representing the code\n    *\/\n  override def emitSchemaHelpers(ctx: CodeGenContext, schemas: List[Schema], profiling: Boolean = false): (String,String) = {\n    var converterCode = \"\"\n\n    val classes = ListBuffer.empty[(String, String)]\n\n    for (schema <- schemas) {\n      \/\/ (name, fieldNames, fieldTypes, fieldStr, toStr)\n      val values = ScalaEmitter.createSchemaInfo(schema)\n\n      val sHash = (values._2, values._3).hashCode()\n\n\n      classes += ScalaEmitter.emitSchemaClass(values, profiling, schemaHash = sHash)\n      converterCode += ScalaEmitter.emitSchemaConverters(values)\n    }\n\n    val classCode = classes.map(_._2).mkString(\"\\n\")\n\n\/\/    val sortedClasses = classes.sortWith { case (left, right) =>\n\/\/      val leftNum = left._1 match {\n\/\/        case ScalaCodeGenStrategy.TupleClassPattern(group) => group.toInt\n\/\/        case _ => throw new IllegalArgumentException(s\"unexpected class name: $left\")\n\/\/      }\n\/\/\n\/\/      val rightNum = right._1 match {\n\/\/        case ScalaCodeGenStrategy.TupleClassPattern(group) => group.toInt\n\/\/        case _ => throw new IllegalArgumentException(s\"unexpected class name: $right\")\n\/\/      }\n\/\/\n\/\/      leftNum < rightNum\n\/\/    }\n\/\/\n\/\/    val classCode = sortedClasses.map(_._2).mkString(\"\\n\")\n\n    (classCode , converterCode)\n  }\n\n  \/**\n    * Generate code for any helper class\/function if needed by the given operator.\n    *\n    * @param node the Pig operator requiring helper code\n    * @return a string representing the helper code\n    *\/\n  override def emitHelperClass(ctx: CodeGenContext, node: PigOperator): String = {\n    val emitter = emitterForNode(node)\n\n    emitter.helper(ctx, node)\n  }\n}\n\nobject ScalaCodeGenStrategy {\n  final val TupleClassPattern = \"_t(_?[0-9]+)_Tuple\".r\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/MaterializationSupport.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport java.net.URI\n\nimport dbis.piglet.mm.{CacheManager, MaterializationManager}\nimport dbis.piglet.op.Materialize\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.tools.{BreadthFirstBottomUpWalker, CliParams}\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.setm.SETM.timing\n\nimport scala.collection.mutable.ListBuffer\n\n\/** Provides methods to deal with Materialization in a [[dbis.piglet.plan.DataflowPlan]].\n  *\n  *\/\ntrait MaterializationSupport extends PigletLogging {\n  def processMaterializations(plan: DataflowPlan, mm: MaterializationManager): DataflowPlan = timing(\"process materialization\") {\n    require(plan != null, \"Plan must not be null\")\n    require(mm != null, \"Materialization Manager must not be null\")\n\n    val materializes = ListBuffer.empty[Materialize]\n\n    BreadthFirstBottomUpWalker.walk(plan) {\n      case o: Materialize => materializes += o\n      case _ =>\n    }\n\n    logger.debug(s\"found ${materializes.size} materialize operators\")\n\n    var newPlan = plan\n\n    \/* we should check here if the op is still connected to a sink\n     * the ops will all still be in the plan, but they might be disconnected\n     * if a load was inserted before\n     *\/\n    for (materialize <- materializes if newPlan.containsOperator(materialize)) {\n\n      val data = CacheManager.getDataFor(materialize.lineageSignature)\n\n      \/*\n       * The materialization manager has data for the current materialization\n       * operator. So create a new Load operator for the materialized result\n       * and add it to the plan by replacing the input of the Materialize-Op\n       * with the loader.\n       *\/\n      if(data.isDefined) {\n        logger.info(s\"found materialized data for materialize operator $materialize\")\n\n        val path: URI = data.get\n\n        newPlan = MaterializationManager.replaceWithLoad(materialize, path, newPlan)\n\n      } else {\n        \/* there is a MATERIALIZE operator, for which no results could be found\n         * --> store them by adding a STORE operator to the MATERIALIZE operator's input op\n         * then, remove the materialize op\n         *\/\n        logger.info(s\"did not find materialized data for materialize operator $materialize\")\n\n        val sig = materialize.lineageSignature\n\n\/\/        val file = mm.generatePath(sig)\n        val file = mm.generatePath(materialize.inPipeName)\n\n        if(!CliParams.values.compileOnly)\n          CacheManager.insert(sig, file)\n\n        newPlan = MaterializationManager.replaceWithStore(materialize, file, newPlan)\n      }\n    }\n\n    newPlan\n  }\n\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"setm\/src\/main\/scala\/dbis\/setm\/SETM.scala","text":"<reponame>ksattler\/piglet\npackage dbis.setm\n\nimport etm.core.configuration.BasicEtmConfigurator\nimport etm.core.configuration.EtmManager\nimport etm.core.renderer.{MeasurementRenderer, SimpleTextRenderer}\n\n\/**\n * SETM is a simple wrapper for JETM to provide a\n * more Scala-like usage.\n *\n * See http:\/\/jetm.void.fm\/\n *\/\nobject SETM {\n  BasicEtmConfigurator.configure(true) \/\/ nested\n  private val monitor = EtmManager.getEtmMonitor()\n\n  \/\/ Start monitoring\n  monitor.start()\n\n  var quiet: Boolean = false\n  def enable = monitor.enableCollection()\n  def disable = monitor.disableCollection()\n  \/*\n   * Stop monitoring, collect results and render them\n   *\n   * @param renderer The renderer to use\n   *\/\n  def collect() = {\n    monitor.render(new SimpleTextRenderer())\n    monitor.stop()\n  }\n\n  \/**\n   * Measure execution time of the given function\n   *\n   * @param name A human readable name to identify this timing measurement\n   * @param f The function to measure execution time of\n   *\/\n  def timing[T](name: String)(f: => T) = {\n    val p = monitor.createPoint(name)\n    if(!quiet)\n      print(s\"==> $name                                                           \\r\")\n      \n    try {\n      f\n    } finally {\n      p.collect\n    }\n  }\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/SpatialIndexEmitter.scala","text":"package dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.{IndexMethod, IndexOp}\n\nclass SpatialIndexEmitter extends CodeEmitter[IndexOp] {\n\/\/  new dbis.stark.spatial.partitioner.SpatialGridPartitioner(<in>KeyBy, partitionsPerDimension=20, pointsOnly=false)\n  override def template =\n    \"\"\"val <in>KeyBy = <in><keyby>\n      |val idxParti<out> = new dbis.stark.spatial.partitioner.BSPartitioner(<in>KeyBy, 1, 1000, false)\n      |val <out> = <in>KeyBy.index(Some(idxParti<out>)<if (params)>, <params><endif>)<if (profiling)>.map{ idx =>\n      |  PerfMonitor.sampleSize(idx, \"<lineage>\", accum, randFactor)\n      |  idx\n      |}<endif>\"\"\".stripMargin\n  \n  override def code(ctx: CodeGenContext, op: IndexOp): String = render(Map(\n      \"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"method\" -> IndexMethod.methodName(op.method),\n      \"params\" -> op.params.mkString(\",\"),\n      \"keyby\" -> SpatialEmitterHelper.keyByCode(op.inputSchema, op.field, ctx),\n      \"lineage\" -> op.lineageSignature\n    ) )\n}\n\nobject SpatialIndexEmitter {\n\tlazy val instance = new SpatialIndexEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/PigletCompiler.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen\n\nimport java.io.FileWriter\nimport java.nio.file.{Files, Path, Paths}\n\nimport dbis.piglet.expr.Expr\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.parser.PigParser\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.tools._\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.setm.SETM.timing\n\nimport scala.io.Source\n\n\nobject PigletCompiler extends PigletLogging {\n\n  \/**\n   * Helper method to parse the given file into a dataflow plan\n   *\n   * @param inputFile The file to parse\n   * @param params Key value pairs to replace placeholders in the script\n   * @param backend The name of the backend\n   *\/\n  def createDataflowPlan(inputFile: Path, params: Map[String,String], backend: String): Option[DataflowPlan] = timing(\"create DFP\") {\n    \/\/ 1. we read the Pig file\n    val source = Source.fromFile(inputFile.toFile)\n\n    logger.debug( s\"\"\"loaded pig script from \"$inputFile\" \"\"\")\n\n    \/\/ 2. then we parse it and construct a dataflow plan\n    val plan = new DataflowPlan(parseScriptFromSource(source, params))\n\n    if (!plan.checkConnectivity) {\n      logger.error(s\"dataflow plan not connected for $inputFile\")\n      None\n    }\n    else {\n      logger.debug(s\"successfully created dataflow plan for $inputFile\")\n      Some(plan)\n    }\n  }\n\n  \/**\n   * Replace placeholders in the script with values provided by the given map\n   *\n   * @param line The line to process\n   * @param params The map of placeholder key and the value to use as replacement\n   *\/\n  def replaceParameters(line: String, params: Map[String,String]): String = {\n    var s = line\n    params.foreach{case (p, v) => s = s.replaceAll(\"\\\\$\" + p, v)}\n    s\n  }\n\n  \/**\n   * Handle IMPORT statements by simply replacing the line containing IMPORT with the content\n   * of the imported file.\n   *\n   * @param lines the original script\n   * @return the script where IMPORTs are replaced\n   *\/\n  def resolveImports(lines: Iterator[String]): (Iterator[String], Map[String,String]) = {\n    var params = Map[String,String]()\n    val buf = collection.mutable.ListBuffer.empty[String]\n    for (l <- lines) {\n      if (l.matches(\"\"\"[ \\t]*[iI][mM][pP][oO][rR][tT][ \\t]*'([^'\\p{Cntrl}\\\\]|\\\\[\\\\\"bfnrt]|\\\\u[a-fA-F0-9]{4})*'[ \\t\\n]*;\"\"\")) {\n        val s = l.split(\" \")(1)\n        val name = s.substring(1, s.length - 2)\n        val path = Paths.get(name)\n        val (resolvedLine, newParams) = resolveImports(loadScript(path))\n        buf ++= resolvedLine\n        params ++= newParams\n      }\n      else if (l.trim.toLowerCase.startsWith(\"%declare\")) {\n        val res = l.split(\" \")\n        if (res.length >= 2)\n          params += (res(1) -> res(2).stripSuffix(\";\"))\n      }\n      else\n          buf += l\n    }\n    (buf.toIterator, params)\n  }\n\n\n  \/**\n   * Compile the given plan into a executable program.\n   *\n   * @param plan The plan to compile\n   * @param scriptName The name of the script (used as program and file name)\n   *\/\n  def compilePlan(plan: DataflowPlan, scriptName: String): Option[Path] = timing(\"compile plan\") {\n\n    \/\/ compile it into Scala code for Spark\n    val generatorClass = Conf.backendGenerator(CliParams.values.backend)\n    logger.debug(s\"using generator class: $generatorClass\")\n    val extension = Conf.backendExtension(CliParams.values.backend)\n    logger.debug(s\"file extension for generated code: $extension\")\n\/\/    val args = Array(templateFile).asInstanceOf[Array[AnyRef]]\n\/\/    logger.debug(s\"\"\"arguments to generator class: \"${args.mkString(\",\")}\" \"\"\")\n\n    val codeGenStrategy = Class.forName(generatorClass).getConstructors()(0).newInstance().asInstanceOf[CodeGenStrategy]\n    val codeGenerator = CodeGenerator(codeGenStrategy)\n\n    logger.debug(s\"successfully created code generator class ${codeGenerator.getClass.getName}\")\n\n    \/\/ generate the Scala code\n    val code = codeGenerator.generate(scriptName, plan, CliParams.values.profiling)\n\n    logger.debug(\"successfully generated program source code\")\n\n    \/\/ write it to a file\n\n    val outputDir = CliParams.values.outDir.resolve(scriptName) \/\/new File(s\"$outDir${File.separator}${scriptName}\")\n\n    logger.debug(s\"outputDir: $outputDir\")\n\n    if (!Files.exists(outputDir)) {\n      Files.createDirectories(outputDir)\n    }\n\n\n    val outputDirectory = outputDir.resolve(\"out\") \/\/s\"${outputDir.getCanonicalPath}${File.separator}out\"\n    logger.debug(s\"outputDirectory: $outputDirectory\")\n\n    \/\/ check whether output directory exists\n    if (!Files.exists(outputDirectory)) {\n      Files.createDirectory(outputDirectory)\n    }\n\n    val outputFile = outputDirectory.resolve(s\"$scriptName.$extension\")\n    logger.debug(s\"outputFile: $outputFile\")\n    \n    val writer = new FileWriter(outputFile.toFile)\n    writer.append(code)\n    writer.close()\n    \n    if (extension.equalsIgnoreCase(\"scala\")) {\n      \n      val libraryJars = collection.mutable.ArrayBuffer(\n          CliParams.values.backendPath.resolve(Conf.backendJar(CliParams.values.backend)).toString, \/\/ the backend library (sparklib, flinklib, etc)\n          CliParams.values.backendPath.resolve(Conf.commonJar).toString) \/\/ common lib\n      \n      \/\/ if the plan contains geometry expressions, we need to add the spatial library           \n      if(plan.checkExpressions(Expr.containsGeometryType) || Schema.hasSpatialTypes)\n        libraryJars += CliParams.values.backendPath.resolve(Conf.spatialJar).toString\n          \n      \/\/ extract all additional jar files to output\n      (libraryJars ++= plan.additionalJars).foreach{jarFile => \n        FileTools.extractJarToDir(jarFile, outputDirectory)\n      }\n\n      val sources = List(outputFile)\n\n      \/\/ compile the scala code\n      if (!ScalaCompiler.compile(outputDirectory, sources))\n        return None\n\n      \/\/ build a jar file\n      logger.debug(s\"creating job's jar file ... \")\n    \n      val jarFile = outputDir.resolve(s\"$scriptName.jar\")\n      if (JarBuilder(outputDirectory, jarFile, verbose = false)) {\n        logger.debug(s\"created job's jar file at $jarFile\")\n\n        if(!CliParams.values.keepFiles) {\n          \/\/ remove directory $outputDirectory\n          FileTools.recursiveDelete(outputDirectory)\n        }\n        Some(jarFile)\n      } else\n        None\n    }\n    else if (CppCompiler.compile(outputDirectory.toString, outputFile.toString, CppCompilerConf.cppConf(CliParams.values.backend))) {\n      logger.info(s\"created job's file at $outputFile\")\n      Some(outputFile)\n    }\n    else\n      None\n  }\n\n  \/**\n   * Load a Piglet script from the given file and return it as a Iterator on line strings.\n   *\n   * @param inputFile the path to the input file\n   * @return the text lines\n   *\/\n  private def loadScript(inputFile: Path): Iterator[String] = Source.fromFile(inputFile.toFile).getLines()\n\n   \/**\n    * Invokes the PigParser to process the given source. In addition, parameters specified by the --param flag\n    * are resolved.\n    *\n    * @param source the source referring to the Piglet script\n    * @param params a map of parameters\n    * @return a list of PigOperators constructed from parsing the script\n    *\/\n  private def parseScriptFromSource(source: Source, params: Map[String,String]): List[PigOperator] = timing(\"parse script from source\") {\n    \/\/ Handle IMPORT and %DECLARE statements.\n\t  val (sourceLines, declareParams) = resolveImports(source.getLines())\n\t  if(declareParams.nonEmpty)\n      logger.info(\"declared parameters: \" + declareParams.mkString(\", \"))\n\n      \n    val allParams = params ++ declareParams\n    \n\t  if (allParams.nonEmpty) {\n\t    \/\/ Replace placeholders by parameters.\n\t\t  PigParser.parseScript(sourceLines.map(line => replaceParameters(line, allParams)).mkString(\"\\n\"))\n\t  }\n\t  else {\n\t\t  PigParser.parseScript(sourceLines.mkString(\"\\n\"))\n\t  }\n  }\n\n  \n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/traits\/BuilderT.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.dsl.traits\n\n\/** A builder for rewriting operations.\n  *\n  * It wraps a function performing the rewriting in a conditional check and can automatically apply fixup operations\n  * to the operations return value.\n  *\n  * Specific behaviour must be implemented by classes implementing this class.\n  *\n  * @tparam FROM\n  * @tparam TO\n  *\/\ntrait BuilderT[FROM, TO] {\n  private var _func: Option[FROM => Option[TO]] = None\n\n  def func_=(f: FROM => Option[TO]) = _func = Some(f)\n\n  def func = _func\n\n  private var _check: Option[FROM => Boolean] = None\n\n  def check_=(f: FROM => Boolean): Unit = _check = Some(f)\n\n  def check = _check\n\n  def wrapInCheck(func: FROM => Option[TO]): FROM => Option[TO]\n\n  def wrapInFixer(func: FROM => Option[TO]): FROM => Option[TO]\n\n  def addAsStrategy(func: (FROM => Option[TO]))\n\n  \/** Add the data wrapped by this object as a strategy.\n    *\n    *\/\n  def build(): Unit = {\n    if(func.isEmpty) {\n      throw new IllegalStateException(\"BuilderT.build called, but the function is not defined\")\n    }\n    val wrapped = wrapInFixer(wrapInCheck(func.get))\n    addAsStrategy(wrapped)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/WindowSupport.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.piglet.op._\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.plan.rewriting.RewriterException\nimport dbis.piglet.tools.{BreadthFirstBottomUpWalker, BreadthFirstTopDownWalker}\nimport org.kiama.rewriting.Rewriter._\nimport org.kiama.rewriting.Strategy\n\nimport dbis.setm.SETM.timing\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\n\/** Provides methods to deal with windows in a [[dbis.piglet.plan.DataflowPlan]].\n  *\n  *\/\ntrait WindowSupport extends PigletLogging {\n  def rewritePlan(newPlan: DataflowPlan, strategy: Strategy): DataflowPlan\n\n  def processWindows(plan: DataflowPlan): DataflowPlan = timing(\"process windows\") {\n    require(plan != null, \"Plan must not be null\")\n\n    var newPlan = plan\n\n    \/\/ All Window Ops: Group,Filter,Distinct,Limit,OrderBy,Foreach\n    \/\/ Two modes: Group,Filter,Limit,Foreach\n    \/\/ Terminator: Foreach, Join\n\n    logger.debug(s\"Searching for Window Operators\")\n    BreadthFirstTopDownWalker.walk(newPlan){ op =>\n      op match {\n        case o: Window => {\n          logger.debug(s\"Found Window Operator\")\n          newPlan = markForWindowMode(newPlan, o)\n        }\n        case _ =>\n      }\n    }\n\n    \/\/ Find and process Window Joins and Cross'\n    val joins = ListBuffer.empty[PigOperator]\n    BreadthFirstBottomUpWalker.walk(newPlan){ op =>\n      op match {\n        case o: Join => joins += o\n        case o: Cross => joins += o\n        case _ =>\n      }\n    }\n    newPlan = processWindowJoins(newPlan, joins.toList)\n\n    \/\/TODO: Add Check for WindowOnly operators (distinct, orderBy, etc.)\n\n    newPlan\n  }\n\n  def markForWindowMode(plan: DataflowPlan, windowOp: Window): DataflowPlan = {\n    var lastOp: PigOperator =  new Empty(Pipe(\"empty\"))\n    val littleWalker = mutable.Queue(windowOp.outputs.flatMap(_.consumer).toSeq: _*)\n    while(!littleWalker.isEmpty){\n      val operator = littleWalker.dequeue()\n      operator match {\n        case o: Filter => {\n          logger.debug(s\"Rewrite Filter to WindowMode\")\n          o.windowMode = true\n        }\n        case o: Distinct => {\n          logger.debug(s\"Rewrite Distinct to WindowMode\")\n          o.windowMode = true\n        }\n        case o: OrderBy => {\n          logger.debug(s\"Rewrite OrderBy to WindowMode\")\n          o.windowMode = true\n        }\n        case o: Grouping => {\n          logger.debug(s\"Rewrite Grouping to WindowMode\")\n          o.windowMode = true\n        }\n        case o: Foreach => {\n          logger.debug(s\"Rewrite Foreach to WindowMode\")\n          o.windowMode = true\n          \/\/val flatten = new WindowFlatten(Pipe(\"flattenNode\"), o.outputs.head)\n          val apply = new WindowApply(Pipe(o.outPipeName+\"Apply\"), windowOp.outputs.head, \"WindowFunc\"+o.outPipeName)\n          val newPlan = plan.insertConnect(windowOp, o.outputs.head.consumer.head, apply)\n          apply.schema=o.schema\n          return newPlan\n        }\n        case o: Join => {\n          logger.debug(s\"Found Join Node, abort\")\n          return plan\n        }\n        case o: Cross => {\n          logger.debug(s\"Found Cross Node, abort\")\n          return plan\n        }\n        case _ =>\n      }\n      littleWalker ++= operator.outputs.flatMap(_.consumer)\n      if (littleWalker.isEmpty) lastOp = operator\n    }\n    logger.debug(s\"Reached End of Plan - Adding Flatten Node\")\n    val before = lastOp.inputs.head\n    val apply = new WindowApply(Pipe(before.name+\"Apply\"), windowOp.outputs.head, \"WindowFunc\"+before.name)\n    val newPlan = plan.insertConnect(windowOp, lastOp, apply)\n    apply.schema = before.producer.schema\n    lastOp.schema  = before.producer.schema\n    newPlan\n  }\n\n\n  def processWindowJoins(plan: DataflowPlan, joins: List[PigOperator]): DataflowPlan = {\n\n    var newPlan = plan\n\n    \/*\n     * Foreach Join or Cross Operator check if Input requirements are met.\n     * Collect Window input relations and create new Join with Window\n     * definition and window inputs as new inputs.\n     *\/\n    for(joinOp <- joins) {\n      var newInputs = ListBuffer.empty[Pipe]\n      var windowDef: Option[Tuple2[Int,String]] = None\n\n      for(joinInputPipe <- joinOp.inputs){\n        \/\/ Checks\n        if(!joinInputPipe.producer.isInstanceOf[Window])\n          throw new RewriterException(\"Join inputs must be Window Definitions\")\n        val inputWindow = joinInputPipe.producer.asInstanceOf[Window]\n        if(inputWindow.window._2==\"\")\n          throw new RewriterException(\"Join input windows must be defined via RANGE\")\n        if (!windowDef.isDefined)\n          windowDef = Some(inputWindow.window)\n        if(windowDef!=Some(inputWindow.window))\n          throw new RewriterException(\"Join input windows must have the same definition\")\n\n        newInputs += inputWindow.inputs.head\n\n        \/\/ Remove Window-Join relations\n        joinOp.inputs = joinOp.inputs.filterNot(_.producer == inputWindow)\n        inputWindow.outputs.foreach((out: Pipe) => {\n          if(out.consumer contains joinOp)\n            out.consumer = out.consumer.filterNot(_ == joinOp)\n        })\n      }\n\n      val newJoin = joinOp match {\n        case o: Join => Join(o.outputs.head, newInputs.toList, o.fieldExprs, windowDef.getOrElse(null.asInstanceOf[Tuple2[Int,String]]))\n        case o: Cross => Cross(o.outputs.head, newInputs.toList, windowDef.getOrElse(null.asInstanceOf[Tuple2[Int,String]]))\n        case _ => ???\n      }\n\n      \/*\n       * Replace Old Join with new Join (new Input Pipes and Window Parameter)\n       *\/\n      val strategy = (op: Any) => {\n        if (op == joinOp) {\n          joinOp.outputs = List.empty\n          joinOp.inputs = List.empty\n          Some(newJoin)\n        }\n        else {\n          None\n        }\n      }\n      newPlan = rewritePlan(newPlan, strategyf(t => strategy(t)))\n    }\n    newPlan\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/cmd\/SetCmd.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op.cmd\n\nimport dbis.piglet.expr.Value\nimport dbis.piglet.op.PigOperator\n\n\n\/**\n * SetCmd represents a pseudo operator for the SET statement.\n *\n * @param param the parameter name\n * @param value the value of the parameter set by this statement\n *\/\ncase class SetCmd(param: String, value: Value) extends PigOperator(List(), List())\n\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/TimingEmitter.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/TimingEmitter.scala\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.TimingOp\n\nclass TimingEmitter extends CodeEmitter[TimingOp] {\n  override def template = \"\"\"val <out> = <in>.mapPartitionsWithIndex({case (idx,iter) => \n    |  PerfMonitor.notify(url, \"<lineage>\", <in>,idx, System.currentTimeMillis)\n    |  iter\n    \\},true)\"\"\".stripMargin\n  \n  override def code(ctx: CodeGenContext, op: TimingOp): String = render(Map(\n      \"out\"-> op.outPipeName, \n      \"in\" -> op.inPipeName,\n      \"lineage\" -> op.operatorId))\n}\n\nobject TimingEmitter {\n\tlazy val instance = new TimingEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"sparklib\/src\/main\/scala\/dbis\/piglet\/backends\/spark\/Storage.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.spark\n\nimport java.io._\n\nimport dbis.piglet.backends._\nimport dbis.piglet.tools.HDFSService\nimport org.apache.hadoop.io.{BytesWritable, NullWritable}\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd._\nimport org.apache.spark.sql._\nimport org.apache.spark.streaming.StreamingContext\nimport org.apache.spark.streaming.dstream.DStream\nimport org.apache.spark.util.Utils\n\nimport scala.collection.mutable\nimport scala.reflect.ClassTag\nimport scala.tools.nsc.io._\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass PigStorage[T <: SchemaClass :ClassTag](fraction: Int = 1) extends java.io.Serializable {\n  \n  def load(sc: SparkContext, path: String, extract: (Array[String]) => T, delim: String = \"\\t\", \n      skipFirstRow: Boolean = false, skipEmpty: Boolean = false, comments: String = \"\", lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] = {\n        \n    val raw = sc.textFile(path)\n    val nonEmpty = if(skipEmpty) raw.filter { line => line.nonEmpty } else raw\n    val nonComment = if(comments.nonEmpty) nonEmpty.filter { line => !line.startsWith(comments) } else nonEmpty\n    val content = if(skipFirstRow) {\n      val header = nonComment.first()\n      nonComment.filter { line => line != header }\n    } else \n      nonComment\n\n\n\n    val rawArr = content.map(line => line.split(delim, -1))\n\n    if(lineageAndAccum.isDefined) {\n      val (lineage, accum) = lineageAndAccum.get\n      rawArr.map{ arr =>\n        val t = extract(arr)\n          PerfMonitor.sampleSize(t, lineage, accum, fraction)\n        t\n      }\n    } else\n      rawArr.map(extract)\n  }\n\n  def write(path: String, rdd: RDD[T], delim: String = \",\") = rdd.map(_.mkString(delim)).saveAsTextFile(path)\n}\n\nobject PigStorage extends java.io.Serializable {\n  def apply[T <: SchemaClass: ClassTag](fraction: Int = 1): PigStorage[T] = {\n    new PigStorage[T](fraction)\n  }\n\n\/\/  def load[T <: SchemaClass : ClassTag](sc: SparkContext, file: String, extract: (Array[String]) => T, delim: String = \"\\t\") = {\n\/\/    sc.textFile(file).map(_.split(delim, -1)).map(extract)\n\/\/  }\n\/\/\n\/\/  def write[T <: SchemaClass : ClassTag](file: String, rdd: RDD[T], delim: String = \",\") =\n\/\/    rdd.map(_.mkString(delim)).saveAsTextFile(file)\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass TextLoader[T <: SchemaClass :ClassTag](franction: Int = -1) extends java.io.Serializable {\n  def load(sc: SparkContext, path: String, extract: (Array[String]) => T, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] = {\n    sc.textFile(path).map(line => extract(Array(line)))  \/\/.map(line => Record(Array(line)))\n  }\n\n\n  def loadStream(ssc: StreamingContext, path: String, extract: (Array[String]) => T): DStream[T] =\n    ssc.queueStream(mutable.Queue(ssc.sparkContext.textFile(path)),oneAtATime = true, null).map(line => extract(Array(line)))\n    \/\/ssc.readFile(path).map(line => extract(Array(line)))\n}\n\nobject TextLoader extends java.io.Serializable {\n  def apply[T <: SchemaClass: ClassTag](fraction: Int = -1): TextLoader[T] = {\n    new TextLoader[T](fraction)\n  }\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass PigStream[T <: SchemaClass: ClassTag] extends java.io.Serializable {\n  def receiveStream(ssc: StreamingContext, hostname: String, port: Int, extract: (Array[String]) => T, delim: String = \"\\t\"): DStream[T] =\n    ssc.socketTextStream(hostname, port).map(line => extract(line.split(delim, -1)))\n\n  def loadStream(ssc: StreamingContext, path: String, extract: (Array[String]) => T, delim: String = \"\\t\"): DStream[T] ={\n     ssc.queueStream(mutable.Queue(ssc.sparkContext.textFile(path)),oneAtATime = true, null).map(line => extract(line.split(delim, -1)))\n  }\n    \/\/ssc.readFile(path).map(line => extract(Array(line)))\n\n  def writeStream(path: String, dstream: DStream[T], delim: String = \",\") =\n    dstream.foreachRDD(rdd => rdd.foreach { t => Path(path).createFile().appendAll(t.mkString(delim) + \"\\r\\n\") })\n\n}\n\nobject PigStream extends java.io.Serializable {\n  def apply[T <: SchemaClass: ClassTag](): PigStream[T] = {\n    new PigStream[T]\n  }\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass RDFFileStorage[T: ClassTag](fraction: Int = -1) extends java.io.Serializable {\n  val pattern = \"([^\\\"]\\\\S*|\\\".+?\\\")\\\\s*\".r\n\n  \/\/ TODO: use a real RDF library (Jena, raptor) to read RDF files\n  def rdfize(line: String): Array[String] = {\n    val fields = pattern.findAllIn(line).map(_.trim)\n    fields.toArray.slice(0, 3)\n  }\n\n  def load(sc: SparkContext, path: String, extract: (Array[String]) => T, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] =\n    sc.textFile(path).map(line => extract(rdfize(line)))\n}\n\nobject RDFFileStorage {\n  def apply[T: ClassTag](fraction: Int = -1): RDFFileStorage[T] = {\n    new RDFFileStorage[T](fraction )\n  }\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass BinStorage[T: ClassTag](fraction: Int = -1) extends java.io.Serializable {\n\n  def load(sc: SparkContext, path: String, extract: (Any) => Any = (any) => any, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] = sc.objectFile[T](path)\n\/\/  def load(sc: SparkContext, path: String, lineageAndAccum: Option[(String, SizeAccumulator)]): RDD[T] =\n\n  def write(path: String, rdd: RDD[T]) = rdd.saveAsObjectFile(path)\n}\n\nobject BinStorage {\n  def apply[T: ClassTag](fraction: Int = -1): BinStorage[T] = new BinStorage[T](fraction)\n\n\/\/  def load[T: ClassTag](sc: SparkContext, path: String, extract: (Any) => Any = (any) => any, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] =\n\/\/    sc.objectFile[T](path)\n\/\/\n\/\/  def write(path: String, rdd: RDD[_]) = rdd.saveAsObjectFile(path)\n}\n\nclass BinStorage2[T: ClassTag](fraction: Int = -1) extends java.io.Serializable {\n\/\/  val hdfs = HDFSService.fileSystem\n\n\n  def load(sc: SparkContext, path: String, extract: (Any) => Any = (any) => any, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] =\n    sc.objectFile[T](path)\n\n\n  def write(path: String, rdd: RDD[T]) = {\n\n    rdd.mapPartitions(iter => iter.grouped(10).map(_.toArray))\n      .map(x => (NullWritable.get(), new BytesWritable(BinStorage2.serialize(x))))\n      .saveAsSequenceFile(path)\n  }\n\n\n\n}\n\nobject BinStorage2 {\n  def apply[T:ClassTag](fraction: Int = -1): BinStorage[T] = new BinStorage[T](fraction)\n\n  def serialize[T](o: T): Array[Byte] = {\n    val bos = new ByteArrayOutputStream()\n    val oos = new ObjectOutputStream(bos)\n    oos.writeUnshared(o)\n    oos.close()\n    bos.toByteArray\n  }\n\n  \/** Deserialize an object using Java serialization *\/\n  def deserialize[T](bytes: Array[Byte]): T = {\n    val bis = new ByteArrayInputStream(bytes)\n    val ois = new ObjectInputStream(bis)\n    ois.readUnshared.asInstanceOf[T]\n  }\n}\n\n\nimport org.json4s._\nimport org.json4s.native.Serialization\n\n\nclass JsonStorage2[T <: SchemaClass : Manifest](fraction: Int = -1)  extends Serializable {\n\n  def load(sc: SparkContext, path: String, extract: (Any) => Any = (any) => any, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] = {\n    val spark = SparkSession.builder().config(sc.getConf).getOrCreate()\n    import spark.implicits._\n    val a = spark.read.json(path).as[T]\n    a.rdd.map{ t =>\n      if (lineageAndAccum.isDefined) {\n        val (lineage, accum) = lineageAndAccum.get\n\n          PerfMonitor.sampleSize(t, lineage, accum, fraction)\n      }\n      t\n    }\n  }\n\n\n  def write(path: String, rdd: RDD[T]) = {\n    val spark = SparkSession.builder().config(rdd.sparkContext.getConf).getOrCreate()\n    import spark.sqlContext.implicits._\n    rdd.toDF().write.json(path)\n  }\n}\n\nobject JsonStorage2 {\n  def apply[T <: SchemaClass: Manifest](fraction: Int = -1): JsonStorage2[T] = new JsonStorage2(fraction)\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass JsonStorage(fraction: Int = -1) extends java.io.Serializable {\n  def load(sc: SparkContext, path: String, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[List[Any]] = {\n    val sqlContext = new org.apache.spark.sql.SQLContext(sc)\n    \/\/ TODO: convert a DataFrame to a RDD with generic components\n    sqlContext.read.json(path).rdd.map(_.toSeq.map(v => v.toString).toList)\n  }\n}\n\nobject JsonStorage {\n  def apply(fraction: Int = -1): JsonStorage = new JsonStorage(fraction)\n}\n\n\/\/-----------------------------------------------------------------------------------------------------\n\nclass JdbcStorage[T <: SchemaClass: ClassTag](fraction: Int = -1) extends java.io.Serializable {\n  def load(sc: SparkContext, table: String, extract: Row => T, driver: String, url: String, lineageAndAccum: Option[(String, SizeAccumulator)] = None): RDD[T] = {\n    \/\/ sc.addJar(\"\/Users\/kai\/Projects\/h2\/bin\/h2-1.4.189.jar\")\n    var params = scala.collection.immutable.Map[String, String]()\n    params += (\"driver\" -> driver)\n    params += (\"dbtable\" -> table)\n    val s1 = url.split(\"\"\"\\?\"\"\")\n    params += (\"url\" -> s1(0))\n    if (s1.length > 1) {\n      val s2 = s1(1).split(\"&\")\n      s2.foreach { s =>\n        val s3 = s.split(\"=\")\n        if (s3.length != 2) throw new IllegalArgumentException(\"invalid JDBC parameter\")\n        params += (s3(0) -> s3(1))\n      }\n    }\n    val sqlContext = new org.apache.spark.sql.SQLContext(sc)\n    \/\/ TODO: DataFrame -> RDD[T]\n    sqlContext.read.format(\"jdbc\").options(params).load().rdd.map(t => extract(t))\n  }\n}\n\nobject JdbcStorage {\n  def apply[T <: SchemaClass: ClassTag](fraction: Int = -1): JdbcStorage[T] = new JdbcStorage[T](fraction)\n}\n"}
{"repo_name":"ksattler\/piglet","path":"project\/Dependencies.scala","text":"import sbt.Keys._\nimport sbt._\n\n\/*\n * Dependencies\n *\/\nobject Dependencies {\n\n  val sparkVersion = \"2.1.1\"\n  val flinkVersion = \"1.1.3\"\n  val scalaVersion = \"2.11.8\"\n\n  \/\/ Libraries\n  val scalaLib = \"org.scala-lang\" % \"scala-library\" % scalaVersion\n  val scalaCompiler = \"org.scala-lang\" % \"scala-compiler\" %  scalaVersion\n\n  val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.3\"\n  val scalaParserCombinators = \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.0.6\"\n  val scalaIoFile = \"com.github.scala-incubator.io\" %% \"scala-io-file\" % \"0.4.3-1\"\n  val jline = \"jline\" % \"jline\" % \"2.14.5\"\n\n  val sparkCore = \"org.apache.spark\" %% \"spark-core\" % sparkVersion\n  val sparkSql = \"org.apache.spark\" %% \"spark-sql\" % sparkVersion\n  val sparkREPL = \"org.apache.spark\" %% \"spark-repl\" % sparkVersion\n  val sparkStreaming = \"org.apache.spark\" %% \"spark-streaming\" % sparkVersion\n\n  val flinkScala = \"org.apache.flink\" %% \"flink-scala\" % flinkVersion\n  val flinkStreaming = \"org.apache.flink\" %% \"flink-streaming-scala\" % flinkVersion\n\n  val hadoop = \"org.apache.hadoop\" % \"hadoop-client\" % \"2.7.3\"\n  val pig = \"org.apache.pig\" % \"pig\" % \"0.15.0\"\n\n  val scopt = \"com.github.scopt\" %% \"scopt\" % \"3.6.0\"\n  val scalasti = \"org.clapper\" %% \"scalasti\" % \"3.0.1\"\n  val jeromq = \"org.zeromq\" % \"jeromq\" % \"0.4.0\"\n  val kiama = \"com.googlecode.kiama\" %% \"kiama\" % \"1.8.0\"\n  val typesafe = \"com.typesafe\" % \"config\" % \"1.3.0\"\n  val commons = \"org.apache.commons\" % \"commons-exec\" % \"1.3\"\n  val twitterUtil = \"com.twitter\" %% \"util-eval\" % \"6.29.0\"\n  val jdbc = \"com.h2database\" % \"h2\" % \"1.4.190\"\n\n  \/\/val breeze = \"org.scalanlp\" %% \"breeze\" % \"0.11.2\"\n  val log4j = \"log4j\" % \"log4j\" % \"1.2.17\"\n  val slf4j = \"org.slf4j\" % \"slf4j-api\" % \"1.7.25\"\n\n\n  val scalajhttp = \"org.scalaj\" %% \"scalaj-http\" % \"2.3.0\"\n  val json4s = \"org.json4s\" %% \"json4s-native\" % \"3.5.3\"\n\n\/\/  val akkahttp = \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.7\"\n\/\/  val akkaslf = \"com.typesafe.akka\" % \"akka-slf4j_2.11\" % \"2.4.17\"\n\n  val akka = \"com.typesafe.akka\" % \"akka-actor_2.11\" % \"2.5.2\"\n  val akkaLogging = \"com.typesafe.akka\" % \"akka-slf4j_2.11\" % \"2.3.7\" \/\/\"2.5.2\"\n\n  val graphcore = \"org.scala-graph\" %% \"graph-core\" % \"1.11.5\"\n  val graphjson = \"org.scala-graph\" % \"graph-json_2.11\" % \"1.11.0\"\n\n  \/\/ Projects\n  val rootDeps = Seq(\n    scalaLib,\n    jline,\n    scalaTest % \"test;it\" withSources(),\n    scalaParserCombinators withSources(),\n    scalaCompiler,\n    scopt,\n    scalaIoFile,\n    scalasti,\n    kiama,\n    typesafe,\n\/\/    scalikejdbc,\n\/\/    scalikejdbc_config,\n    commons,\n    hadoop % \"provided\",\n    twitterUtil,\n    jdbc,\n    \/\/breeze,\n    scalajhttp,\n    json4s,\n\/\/    akkahttp,\n    akka,\n\/\/    akkaLogging,\n    graphcore,\n    graphjson\n  )\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/nfa\/NFAEdge.scala","text":"\npackage dbis.piglet.cep.nfa\nimport scala.reflect.ClassTag\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport scala.collection.mutable.HashMap\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * @brief an object represents an automaton edge in our engine. In general, we have two types\n * of edges, forward edges to jump from state to state and loop edges to stay in the same state as a loop\n * Each edge has associated predicate to evaluate an incoming tuple against a condition. According to the result\n * of this condition, the engine will decide to jump to the next state or not.\n *\n * a predicate function to evaluate an incoming tuple, it returns boolean value to indicate\n * if the condition has been satisfied. If the condition is satisfied, the engine should store the incoming\n * tuple and jump to the next state. If not, the engine should stay in the current state unless receiving a tuple\n * that satisfied this condition.It takes two parameters. First, incoming tuples to evaluate\n * and second, some related values from other edges or previous stored tuples.\n *\n * a default constructor to set the edge id, its name (optional), and its predicate to evaluate the incoming tuple against\n * a condition.\n * @param id the edge id assigned to this edge\n * @param predicate the predicate assigned to this edge\n * @param name the edge name assigned to this edge (optional)\n *\/\nabstract class Edge[T <: Event: ClassTag](predicate: (T, NFAStructure[T]) => Boolean, id: Int, name: Option[String]) extends Serializable  {\n  \/**\n   * a constructor to set the predicate of the edge without assigning a name (None) and id (0)\n   * @param predicate the predicate assigned to this edge\n   *\/\n  def this(predicate: (T, NFAStructure[T]) => Boolean) = this(predicate, 0, None)\n  \/**\n   * a constructor to set the predicate of the edge without assigning a name (None)\n   * @param predicate the predicate assigned to this edge\n   * @param id the edge id assigned to this edge\n   *\/\n  def this(predicate: (T, NFAStructure[T]) => Boolean, id: Int) = this(predicate, id, None)\n  \/**\n   * outputs member variable information.\n   * @return as above\n   *\/\n  override def toString: String = {\n    return s\"The edge has id  = $id and name = $name with predicate = $predicate\"\n  }\n  \/**\n   * evaluates incoming tuple by this edge. The edge sometimes needs some related\n   * values from other edges. Therefore, the CEP structure has to be checked as well\n   * @param in the incoming tuple\n   *\/\n  def evaluate(in: T, relatedValue: NFAStructure[T] = null): Boolean = predicate(in, relatedValue)\n}\n\n\/**\n * @brief an object represents a forward edge in our engine, the CEP uses this kind\n * of edge to jump from state to state. Moreover, we should specify the destination state of this edge.\n * a default constructor to set the ID of the edge, its predicate, its name and its destination\n * @param id the edge ID assigned to this edge\n * @param predicate the predicate assigned to this edge\n * @param name the edge name assigned to this edge (optional)\n *\/\ncase class ForwardEdge[T <: Event: ClassTag](\n  predicate: (T, NFAStructure[T]) => Boolean,\n  id: Int,\n  name: Option[String])\n    extends Edge(predicate, id, name) with Serializable {\n  \/**\n   * this variable stores the destination state of this forward edge.\n   * it can be kleene, final and negated states\n   *\/\n  var destState: State[T] = null\n  \/**\n   * set the destination state of this edge.\n   * @param state the destination state to be set to this edge.\n   *\/\n  def setDestState(state: State[T]) = destState = state\n\n}\n\/**\n * @brief  an object represents a loop edge in our engine. the system will stay in this\n * loop until some condition should be satisfied such as reaching the limit of\n * allowed loop\n * a default constructor to set the ID of the edge, its predicate, its name and its destination\n * @param id the edge ID assigned to this edge\n * @param numOfLoop specify a limit for the number of loop\n * @param predicate the predicate assigned to this edge\n * @param name the edge name assigned to this edge (optional)\n *\/\ncase class LoopEdge[T <: Event: ClassTag](\n  predicate: (T, NFAStructure[T]) => Boolean,\n  id: Int,\n  numOfLoop: Int = Int.MaxValue,\n  name: Option[String])\n    extends Edge(predicate, id, name) with Serializable"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/RDF.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/RDF.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\n\nimport scala.collection.mutable\n\n\/** An enumeration of the three columns in RDF data - subject, predicate and object.\n  *\n  *\/\nobject Column extends Enumeration {\n  type Column = Value\n  val Subject, Predicate, Object = Value\n\n  \/** Maps [[Column]]s to [[dbis.piglet.expr.NamedField]]s.\n    *\n    * @param c\n    * @return\n    *\/\n  def columnToNamedField(c: Column) = c match {\n    case Column.Subject => NamedField(\"subject\")\n    case Column.Predicate => NamedField(\"predicate\")\n    case Column.Object => NamedField(\"object\")\n  }\n}\n\nobject RDF {\n  import Column.Column\n  \/** Returns true if no variable is bound by ``pattern``, false otherwise.\n    *\n    * @param pattern\n    * @return\n    *\/\n  def allUnbound(pattern: TriplePattern): Boolean =\n    !pattern.subj.isInstanceOf[Value] && !pattern.pred.isInstanceOf[Value] && !pattern.obj\n      .isInstanceOf[Value]\n\n  \/** Given a [[TriplePattern]] return the [[Column]] that's bound by a variable in it.\n    *\n    * If multiple variables are bound, [[None]] will be returned.\n    *\n    * @param pattern\n    * @return\n    *\/\n  def getBoundColumn(pattern: TriplePattern): Option[Column] = {\n    if (pattern.subj.isInstanceOf[Value]\n      && !pattern.pred.isInstanceOf[Value]\n      && !pattern.obj.isInstanceOf[Value] ) {\n      Some(Column.Subject)\n    } else if (!pattern.subj.isInstanceOf[Value]\n      && pattern.pred.isInstanceOf[Value]\n      && !pattern.obj.isInstanceOf[Value] ) {\n      Some(Column.Predicate)\n    } else if (!pattern.subj.isInstanceOf[Value]\n      && !pattern.pred.isInstanceOf[Value]\n      && pattern.obj.isInstanceOf[Value] ) {\n      Some(Column.Object)\n    } else {\n      None\n    }\n  }\n\n  \/** Returns all [[Column]]s that are bound as a variable in ``pattern``.\n    *\n    * @param pattern\n    * @return\n    *\/\n  def getAllBoundColumns(pattern: TriplePattern): List[Column] = {\n    def isBound(r: Ref, c: Column): List[Column] = r match {\n      case Value(_) => c :: Nil\n      case _ => Nil\n    }\n    isBound(pattern.subj, Column.Subject) ++\n      isBound(pattern.pred, Column.Predicate) ++\n      isBound(pattern.obj, Column.Object)\n  }\n\n  \/** Extracts all variables as [[dbis.piglet.expr.NamedField]] objects used in `patterns`.\n    *\n    * The order of the fields returned is '''arbitrary'''.\n    *\n    * @param patterns\n    * @return\n    *\/\n  def getAllVariables(patterns: Seq[TriplePattern]): Set[NamedField] = {\n    def isNamedField(r: Ref): Set[NamedField] = r match {\n      case f @ NamedField(_, _) => Set(f)\n      case _ => Set.empty\n    }\n\n    def namedFieldsOf(p: TriplePattern): Set[NamedField] =\n      isNamedField(p.subj) ++\n        isNamedField(p.pred) ++\n        isNamedField(p.obj)\n    import scala.language.postfixOps\n    patterns flatMap namedFieldsOf toSet\n  }\n\n  \/** Build a map of ([[Column]], [[NamedField]]) to the number of their occurences in ``patterns``.\n    *\/\n  private def buildStarJoinMap(patterns: Seq[TriplePattern]): mutable.Map[(Column.Value, NamedField), Int] = {\n    \/\/ We count how often each (Column, NamedField) tuple appears in each pattern. If, at the end, a single tuple\n    \/\/ appears as often as patterns is long, the same variable appears in the same position in each pattern,\n    \/\/ therefore patterns form a star join.\n    val variableInPosition  = mutable.Map[(Column.Value, NamedField), Int]().withDefaultValue(0)\n    patterns foreach {pattern: TriplePattern =>\n      pattern.subj match {\n        case field2: NamedField =>\n          val key = (Column.Subject, field2)\n          variableInPosition(key) = variableInPosition(key) + 1\n        case _ =>\n      }\n\n      pattern.pred match {\n        case field1: NamedField =>\n          val key = (Column.Predicate, field1)\n          variableInPosition(key) = variableInPosition(key) + 1\n        case _ =>\n      }\n\n      pattern.obj match {\n        case field: NamedField =>\n          val key = (Column.Object, field)\n          variableInPosition(key) = variableInPosition(key) + 1\n        case _ =>\n      }\n    }\n\n    variableInPosition\n  }\n\n  \/** Returns the [[Column.Column]] and [[dbis.piglet.expr.NamedField]] of the star join column in ``patterns`` or None if it's not a star join.\n    *\n    * If two variables appear in the same position in all ``patterns``, None will be returned\n    * @param patterns\n    * @return\n    *\/\n  def starJoinColumn(patterns: Seq[TriplePattern]): Option[(Column, NamedField)] = {\n    val variableInPosition = buildStarJoinMap(patterns)\n    var column: Option[(Column, NamedField)] = None\n\n    variableInPosition foreach { case ((col, namedfield), count) =>\n     if (count == patterns.length) {\n       if (column.isDefined) {\n         \/\/ There's already a namedfield which appears pattern.length times in the same position\n         return None\n       }\n\n       column = Some((col, namedfield))\n     }\n    }\n\n    column\n  }\n\n  \/** Returns true if ``patterns`` form a star join\n    *\n    * ``patterns`` form a star join if the same [[dbis.piglet.expr.NamedField]] is used in the same position in each\n    * pattern.\n    *\/\n  def isStarJoin(patterns: Seq[TriplePattern]): Boolean =\n    (patterns.length > 1) && buildStarJoinMap(patterns).foldLeft(false) { case (old, (\n      (_, _), count)) =>\n      old || count == patterns.length\n    }\n\n  \/** Builds a map of [[dbis.piglet.expr.NamedField]] objects to the columns they appear in in `patterns`.\n    *\n    *\/\n  private def buildPathJoinMap(patterns: Seq[TriplePattern]): mutable.Map[NamedField, Set[Column.Value]] = {\n    val pathJoinMap = mutable.Map[NamedField, Set[Column.Value]]().withDefaultValue(Set.empty)\n    patterns foreach { pattern =>\n      pattern.subj match {\n        case key: NamedField =>\n          pathJoinMap(key) = pathJoinMap(key) + Column.Subject\n        case _ =>\n      }\n\n      pattern.pred match {\n        case key: NamedField =>\n          pathJoinMap(key) = pathJoinMap(key) + Column.Predicate\n        case _ =>\n      }\n\n      pattern.obj match {\n        case key: NamedField =>\n          pathJoinMap(key) = pathJoinMap(key) + Column.Object\n        case _ =>\n      }\n    }\n    pathJoinMap\n  }\n\n  \/** Returns the [[dbis.piglet.expr.NamedField]] that's used in the path join in ``patterns``.\n    *\/\n  def pathJoinNamedField(patterns: Seq[TriplePattern]): Option[(NamedField)] = {\n    buildPathJoinMap(patterns).find(_._2.size == patterns.length).map(_._1)\n  }\n\n  \/** True if `patterns` form a path join.\n    *\n    *\/\n  def isPathJoin(patterns: Seq[TriplePattern]): Boolean =\n    (patterns.length > 1) && buildPathJoinMap(patterns).foldLeft(false) { case (old, (_, set)) =>\n      old || set.size == patterns.length\n    }\n\n  \/** Converts multiple TriplePatterns to a String representation as a BGP.\n    *\n    * @param patterns\n    * @return\n    *\/\n  def triplePatternsToString(patterns: Seq[TriplePattern]): String = {\n    def columnToString(column: Ref): String = column match {\n      case NamedField(n, _) => s\"?$n\"\n      case PositionalField(p) => s\"$$$p\"\n      case Value(v) => s\"\"\"$v\"\"\"\n      case _ => throw new IllegalArgumentException(\"Can't handle \" + column)\n    }\n    \"{ \" + patterns.map { p: TriplePattern =>\n      columnToString(p.subj) + \" \" + columnToString(p.pred) + \" \" + columnToString(p.obj)\n    }.mkString(\" . \") + \" }\"\n  }\n\n  \/** Builds a new [[dbis.piglet.expr.Eq]] constraint that filters by the value of `column` in `p`.\n    *\n    * @param column\n    * @param p\n    * @return\n    *\/\n  def columnToConstraint(column: Column, p: TriplePattern): Eq = {\n    val filter_by = Column.columnToNamedField(column)\n    val filter_value = column match {\n      case Column.Subject => p.subj\n      case Column.Predicate => p.pred\n      case Column.Object => p.obj\n    }\n    return Eq(RefExpr(filter_by), RefExpr(filter_value))\n  }\n\n  \/** Builds a [[dbis.piglet.expr.Predicate]] that checks for all the bound columns in `p`.\n   *\n   * @param p\n   * @return None, if no columns are bound.\n   *\/\n  def patternToConstraint(p: TriplePattern): Option[Predicate] = {\n    val bound_columns = getAllBoundColumns(p)\n    val constraints = bound_columns map {c => columnToConstraint(c, p)}\n    constraints.length match {\n      case 0 => None\n      case 1 => Some(constraints.head)\n      case _ => Some(constraints reduceLeft And)\n    }\n  }\n\n  def namedFieldColumnPairFromPattern(p: TriplePattern): Seq[(NamedField, Column.Column)] = {\n    def makeTuple(r: Ref, c: Column): Option[(NamedField, Column.Column)] = {\n      r match {\n        case field: NamedField =>\n          return Some((field, c))\n        case _ =>\n      }\n      None\n    }\n\n    List(makeTuple(p.subj, Column.Subject),\n      makeTuple(p.pred, Column.Predicate),\n      makeTuple(p.obj, Column.Object)).flatten\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/tools\/Walker.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/tools\/Walker.scala<gh_stars>10-100\npackage dbis.piglet.tools\n\nimport dbis.piglet.op.{Empty, PigOperator}\nimport dbis.piglet.plan.DataflowPlan\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * A general trait to be implemented by all walkers\n *\/\ntrait Walker[T] {\n  \n  \/**\n   * Traverse the dataflow plan and apply the visitor at each node\n   * \n   * @param plan The dataflow plan to traverse\n   * @param visit The visitor function to apply for each node\n   *\/\n  def walk(plan: DataflowPlan, startNodes: Seq[T] = Seq.empty)(visit: (T) => Unit): Unit\n\n  def collect(plan: DataflowPlan, startNodes: Seq[T] = Seq.empty): Set[T]\n}\n\n\/**\n * This class provides the possibility to traverse a dataflow plan\n * in breadth first manner by starting at the sink nodes (botton-up)\n *\/\nobject BreadthFirstBottomUpWalker extends Walker[PigOperator] {\n\n  private def doIt(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty, visitor: Option[(PigOperator => Unit)]): mutable.Set[PigOperator] = {\n    val start = if(startNodes.isEmpty) plan.sinkNodes.toSeq else startNodes\n\n    \/\/ the list of unprocessed nodes\n    val todo = mutable.Queue(start:_*)\n\n    \/\/ the list of already processed nodes\n    val seen = mutable.Set.empty[PigOperator]\n\n    while(todo.nonEmpty) {\n      val op = todo.dequeue()\n\n\/\/      val sig = op.lineageSignature\n\n      \/\/ if the signature of the current op has been seen before\n      if(!seen.contains(op)) {\n\/\/        seen += sig  \/\/ mark as seen\n        seen += op\n\n        if(visitor.isDefined) {\n          val visit = visitor.get\n          visit(op)    \/\/ apply the visitor to the current op\n        }\n      }\n\n      \/\/ add all producers of the current op to our to-do list\n      \/\/ execpt the ones that we have already seen\n      todo ++= op.inputs.map(pi =>\n        pi.producer)\n        .filterNot { op => op == null || seen.contains(op) }\n    }\n\n    seen\n  }\n\n\n\toverride def walk(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty)(visit: (PigOperator => Unit)) = doIt(plan, startNodes, Some(visit))\n\n  override def collect(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty): Set[PigOperator] = doIt(plan, startNodes, None).toSet\n\n}\n\n\n\/**\n * This class provides the possibility to traverse a dataflow plan\n * in breadth first manner by starting at the source nodes (top-down)\n *\/\nobject BreadthFirstTopDownWalker extends Walker[PigOperator] {\n\n  private def doIt(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty, visitor: Option[(PigOperator => Unit)]): mutable.Set[PigOperator] = {\n    val start = if(startNodes.isEmpty) plan.sourceNodes.toSeq else startNodes\n\n    val todo = mutable.Queue(start: _*)\n    \/\/    val seen = Set.empty[String]\n    val seen = mutable.Set.empty[PigOperator]\n\n    while(todo.nonEmpty) {\n      val op = todo.dequeue()\n      \/\/      val sig = op.lineageSignature\n\n      \/\/ if the signature of the current op has been seen before\n      if(!seen.contains(op)) {\n        seen += op  \/\/ mark as seen\n        if(visitor.isDefined) {\n          val visit = visitor.get\n          visit(op)    \/\/ apply the visitor to the current op\n        }\n      }\n\n      \/\/ add all consumers of the current op to our to-do-list\n      \/\/ execpt the ones that we have already seen\n      todo ++= op.outputs.flatMap(_.consumer).filter { op => !seen.contains(op) }\n    }\n\n    seen\n  }\n\n\n\toverride def walk(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty)(visit: (PigOperator => Unit)) = doIt(plan, startNodes, Some(visit))\n\n  override def collect(plan: DataflowPlan, startNodes: Seq[PigOperator]): Set[PigOperator] = doIt(plan, startNodes, None).toSet\n}\n\nobject DepthFirstBottomUpWalker extends Walker[PigOperator] {\n\n  def doIt(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty, visitor: Option[(PigOperator => Unit)]): mutable.Set[PigOperator] = {\n    val start = if(startNodes.isEmpty) plan.sinkNodes.toSeq else startNodes\n\n    val todo = mutable.Stack(start: _*)\n    val seen = mutable.Set.empty[PigOperator]\n\n    while(todo.nonEmpty) {\n      val op = todo.pop()\n\n      \/\/ if the signature of the current op has been seen before\n      if(!seen.contains(op)) {\n        seen += op  \/\/ mark as seen\n\n        if(visitor.isDefined) {\n          val visit = visitor.get\n          visit(op)    \/\/ apply the visitor to the current op\n        }\n      }\n\n      val parents = op.inputs.map(_.producer).filterNot { op => op == null || seen.contains(op) }\n      todo.pushAll(parents)\n    }\n\n    seen\n  }\n\n\n  override def walk(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty)(visit: (PigOperator => Unit)) = doIt(plan, startNodes, Some(visit))\n\n  override def collect(plan: DataflowPlan, startNodes: Seq[PigOperator]): Set[PigOperator] = doIt(plan, startNodes, None).toSet\n\n}\n\nobject DepthFirstTopDownWalker extends Walker[PigOperator] {\n  \n  def doIt(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty, visitor: Option[(PigOperator => Unit)]): mutable.Set[PigOperator] = {\n    val start = if(startNodes.isEmpty) plan.sourceNodes.toSeq else startNodes\n\n    val todo = mutable.Stack(start: _*)\n    val seen = mutable.Set.empty[PigOperator]\n\n    while(todo.nonEmpty) {\n      val op = todo.pop()\n\n\n      \/\/ if the signature of the current op has been seen before\n      if(!seen.contains(op)) {\n        seen += op  \/\/ mark as seen\n\n        if(visitor.isDefined) {\n          val visit = visitor.get\n          visit(op)    \/\/ apply the visitor to the current op\n        }\n      }\n\n      val children = op.outputs.flatMap(_.consumer).filterNot { o => seen.contains(o) }\n      todo.pushAll(children)\n    }\n\n    seen\n  }\n\n\n  override def walk(plan: DataflowPlan, startNodes: Seq[PigOperator] = Seq.empty)(visit: (PigOperator => Unit)) = doIt(plan, startNodes, Some(visit))\n\n  override def collect(plan: DataflowPlan, startNodes: Seq[PigOperator]): Set[PigOperator] = doIt(plan, startNodes, None).toSet\n}\n\nobject TopoSort {\n\t\n  def apply(plan: DataflowPlan, ignoreEmpty: Boolean = true) = {\n    \n    val l = ListBuffer.empty[PigOperator]\n    val s = mutable.Queue(plan.sourceNodes.toSeq: _*)\n    \n    val m = mutable.Map.empty[PigOperator, Int].withDefaultValue(0)\n    \n    while(s.nonEmpty) {\n      val n = s.dequeue()\n      \n      if(!l.contains(n))\n    \t  l.append(n)\n    \t  \n      for(consumer <- n.outputs.flatMap(_.consumer) if !ignoreEmpty || (ignoreEmpty && !consumer.isInstanceOf[Empty])) {\n        \n        m(consumer) += 1\n        if(m(consumer) >= consumer.inputs.size)\n          s.enqueue(consumer)\n      }\n     \n    }\n\n    val planOps = if(ignoreEmpty) plan.operators.filterNot(_.isInstanceOf[Empty]) else plan.operators\n\n    if(l.size != planOps.size) {\n      val diff = planOps.diff(l)\n\n      println(s\"l: ${l.size}  vs ops ${planOps.size}: ${diff.mkString(\"\\n\")}\")\n\n      planOps.foreach(println)\n      println(\"---\")\n      l.foreach(println)\n\n      if(l.size > planOps.size)\n        throw new IllegalStateException(\"we found too many operators\")\n      else\n        throw new IllegalStateException(\"we lost some operators\")\n    }\n    \n    l\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/DataflowPlanSpec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet\n\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.op.cmd.RegisterCmd\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet.plan.{DataflowPlan, InvalidPlanException, PipeNameGenerator}\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.TestTools._\nimport org.scalatest.OptionValues._\nimport org.scalatest.{FlatSpec, Matchers, PrivateMethodTester}\n\nimport scala.collection.mutable.{Set => MutableSet}\n\nclass DataflowPlanSpec extends FlatSpec with Matchers with PrivateMethodTester {\n  \/*\n  \"The plan\" should \"contain all pipes\" in {\n    val op1 = Load(\"a\", \"file.csv\")\n    val op2 = Filter(\"b\", \"a\", Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(\"b\")\n    val plan = new DataflowPlan(List(op1, op2, op3))\n    assert(plan.pipes == Map(\"a\" -> Pipe(\"a\", op1), \"b\" -> Pipe(\"b\", op2)))\n  }\n  *\/\n\n  \"The plan\" should \"not contain duplicate pipes\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(Pipe(\"b\"))\n    val op4 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    intercept[InvalidPlanException] {\n      new DataflowPlan(List(op1, op2, op3, op4))\n    }\n  }\n\n  it should \"check connectivity\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(Pipe(\"b\"))\n    val op4 = Filter(Pipe(\"c\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op5 = Dump(Pipe(\"c\"))\n    val plan = new DataflowPlan(List(op1, op2, op3, op4, op5))\n    assert(plan.checkConnectivity)\n  }\n\n  it should \"find disconnected operators\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(Pipe(\"b\"))\n    val op4 = Load(Pipe(\"c\"), \"input\/file.csv\")\n    \/\/ val op5 = Dump(Pipe(\"c\"))\n    val plan = new DataflowPlan(List(op1, op2, op3, op4))\n    assert(!plan.checkConnectivity)\n  }\n\n  it should \"find sink operators\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(Pipe(\"b\"))\n    val op4 = Load(Pipe(\"c\"), \"input\/file.csv\")\n    val op5 = Dump(Pipe(\"c\"))\n    val plan = new DataflowPlan(List(op1, op2, op3, op4, op5))\n    assert(plan.sinkNodes == Set(op3, op5))\n  }\n  \n  it should \"find source operators\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Dump(Pipe(\"b\"))\n    val op4 = Load(Pipe(\"c\"), \"input\/file.csv\")\n    val op5 = Dump(Pipe(\"c\"))\n    val plan = new DataflowPlan(List(op1, op2, op3, op4, op5))\n    assert(plan.sourceNodes == Set(op1, op4))\n  }\n\n  it should \"return the operator producing the given relation\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Load(Pipe(\"c\"), \"input\/file.csv\")\n    val op4 = Filter(Pipe(\"d\"), Pipe(\"c\"), Lt(RefExpr(PositionalField(0)), RefExpr(Value(\"42\"))))\n    val plan = new DataflowPlan(List(op1, op2, op3, op4))\n    plan.findOperatorForAlias(\"d\") should equal (Some(op4))\n    plan.findOperatorForAlias(\"b\") should equal (Some(op2))\n    plan.findOperatorForAlias(\"a\") should equal (Some(op1))\n    plan.findOperatorForAlias(\"x\") should equal (None)\n  }\n\n  it should \"eliminate register statements\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n         |register 'myfile.jar';\n         |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n         |b = filter a by f1 > 0;\n         |\"\"\".stripMargin))\n    plan.additionalJars.toList should equal (List(\"myfile.jar\"))\n    plan.operators.length should equal (2)\n    plan.operators.count(_.isInstanceOf[RegisterCmd]) should equal (0)\n  }\n\n  it should \"compute identical lineage signatures for two operators with the same plans\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op3 = Grouping(Pipe(\"c\"), Pipe(\"b\"), GroupingExpression(List(PositionalField(0))))\n    new DataflowPlan(List(op1, op2, op3))\n\n    val op4 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op5 = Filter(Pipe(\"b\"), Pipe(\"a\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val op6 = Grouping(Pipe(\"c\"), Pipe(\"b\"), GroupingExpression(List(PositionalField(0))))\n    new DataflowPlan(List(op4, op5, op6))\n    assert(op3.lineageSignature == op6.lineageSignature)\n  }\n\n  it should \"infer the schema for filter\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |b = filter a by f1 > 0;\n        |\"\"\".stripMargin))\n    val loadSchema = plan.operators.head.schema\n    loadSchema should not be None\n    val filterSchema = plan.operators(1).schema\n    filterSchema should not be None\n    loadSchema should equal (filterSchema)\n    filterSchema match {\n      case Some(s) =>\n        s.field(0) should equal (Field(\"f1\", Types.IntType))\n        s.field(1) should equal (Field(\"f2\", Types.CharArrayType))\n        s.field(2) should equal (Field(\"f3\", Types.DoubleType))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for a generate clause in foreach\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv';\n        |b = foreach a generate $0 as subject: chararray, $1 as predicate: chararray, $2 as object:bytearray;\n        |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.field(0) should equal (Field(\"subject\", Types.CharArrayType))\n        s.field(1) should equal (Field(\"predicate\", Types.CharArrayType))\n        s.field(2) should equal (Field(\"object\", Types.ByteArrayType))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for another generate clause in foreach\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv';\n        |b = foreach a generate $0+$1, $1 as f1: double, $2 as f3;\n        |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.field(0) should equal (Field(\"\", Types.DoubleType))\n        s.field(1) should equal (Field(\"f1\", Types.DoubleType))\n        s.field(2) should equal (Field(\"f3\", Types.ByteArrayType))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for a generate clause in foreach with type casts\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv';\n        |b = foreach a generate (int)$0, (tuple(int,int,float))$1 as f1;\n        |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.field(0) should equal (Field(\"\", Types.IntType))\n        s.field(1) should equal (Field(\"f1\", TupleType(Array(Field(\"\", Types.IntType),\n                                                                Field(\"\", Types.IntType),\n                                                                Field(\"\", Types.FloatType)))))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for group by\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1: int, f2: double, f3:map[]);\n        |b = group a by f1;\n        |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (2)\n        s.field(0).name should equal(\"group\")\n        s.field(0).fType should equal(Types.IntType)\n        s.field(1) should equal(Field(\"a\", BagType(TupleType(Array(Field(\"f1\", Types.IntType),\n                                                                      Field(\"f2\", Types.DoubleType),\n                                                                      Field(\"f3\", MapType(Types.ByteArrayType))\n        )))))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for group by on strings\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1: chararray, f2: double, f3:map[]);\n                                              |b = group a by f1;\n                                              |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (2)\n        s.field(0).name should equal (\"group\")\n        s.field(0).lineage should be (List(\"a.f1\"))\n        s.field(0).fType should be (Types.CharArrayType)\n        s.field(1) should equal(Field(\"a\", BagType(TupleType(Array(Field(\"f1\", Types.CharArrayType),\n          Field(\"f2\", Types.DoubleType),\n          Field(\"f3\", MapType(Types.ByteArrayType))\n        )))))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for group by on multiple keys\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1: chararray, f2: int, f3:map[]);\n                                              |b = group a by (f1, f2);\n                                              |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (2)\n        s.field(0).name should be (\"group\")\n        s.field(0).fType should be (TupleType(Array(Field(\"f1\", Types.CharArrayType), Field(\"f2\", Types.IntType))))\n        s.field(1) should equal(Field(\"a\", BagType(TupleType(Array(Field(\"f1\", Types.CharArrayType),\n          Field(\"f2\", Types.IntType),\n          Field(\"f3\", MapType(Types.ByteArrayType))\n        )))))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for group all\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1: int, f2: double, f3:map[]);\n                                              |b = group a all;\n                                              |\"\"\".stripMargin))\n    val schema = plan.operators(1).schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (2)\n        s.field(0).name should be (\"group\")\n        s.field(0).fType should be (Types.CharArrayType)\n        s.field(1) should equal(Field(\"a\", BagType(TupleType(Array(Field(\"f1\", Types.IntType),\n          Field(\"f2\", Types.DoubleType),\n          Field(\"f3\", MapType(Types.ByteArrayType))\n        )))))\n      case None => fail()\n    }\n    plan.operators(1).checkSchemaConformance should be (true)\n  }\n\n  \/*\n  TODO: Something is wrong with this test.\n\n  it should \"infer the schema for ConstructBag\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1: chararray, f2: double);\n                                              |b = group a by f1;\n                                              |\"\"\".stripMargin))\n    val op = ConstructBag(Pipe(\"c\"), DerefTuple(NamedField(\"b\"), NamedField(\"a\")))\n    op.parentSchema = plan.operators(1).schema\n    val schema = op.constructSchema\n    schema match {\n      case Some(s) => {\n        s.fields.length should be (2)\n        s.field(0) should equal (Field(\"f1\", Types.CharArrayType))\n        s.field(1) should equal (Field(\"f2\", Types.DoubleType))\n      }\n      case None => fail()\n    }\n    op.checkSchemaConformance should be (true)\n  }\n *\/\n\n  it should \"detect an invalid schema for group by\" in {\n    val plan = new DataflowPlan(parseScript( \"\"\"\n                                              |a = load 'file.csv' as (f1: int, f2: double, f3:map[]);\n                                              |b = group a by all;\n                                              |\"\"\".stripMargin))\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"infer the schema for cross\" in {\n    val plan = new DataflowPlan(parseScript( \"\"\"\n                                               |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n                                               |b = load 'file.csv' as (f10:int, f11:double, f12:bytearray);\n                                               |c = cross a, b;\n                                               | \"\"\".stripMargin))\n    val schema = plan.operators.last.schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (6)\n        s.field(0) should equal(Field(\"f1\", Types.IntType, List(\"a\")))\n        s.field(1) should equal(Field(\"f2\", Types.CharArrayType, List(\"a\")))\n        s.field(2) should equal(Field(\"f3\", Types.DoubleType, List(\"a\")))\n        s.field(3) should equal(Field(\"f10\", Types.IntType, List(\"b\")))\n        s.field(4) should equal(Field(\"f11\", Types.DoubleType, List(\"b\")))\n        s.field(5) should equal(Field(\"f12\", Types.ByteArrayType, List(\"b\")))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for join\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |b = load 'file.csv' as (f10:int, f11:double, f12:bytearray);\n        |c = join a by f1, b by f10;\n        |\"\"\".stripMargin))\n    val schema = plan.operators.last.schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (6)\n        s.field(0) should equal(Field(\"f1\", Types.IntType, List(\"a\")))\n        s.field(1) should equal(Field(\"f2\", Types.CharArrayType, List(\"a\")))\n        s.field(2) should equal(Field(\"f3\", Types.DoubleType, List(\"a\")))\n        s.field(3) should equal(Field(\"f10\", Types.IntType, List(\"b\")))\n        s.field(4) should equal(Field(\"f11\", Types.DoubleType, List(\"b\")))\n        s.field(5) should equal(Field(\"f12\", Types.ByteArrayType, List(\"b\")))\n      case None => fail()\n    }\n  }\n\n  it should \"infer the schema for union with compatible relations\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |b = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |c = union a, b;\n        |\"\"\".stripMargin))\n    val schema = plan.operators.last.schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (3)\n        s.field(0) should equal(Field(\"f1\", Types.IntType))\n        s.field(1) should equal(Field(\"f2\", Types.CharArrayType))\n        s.field(2) should equal(Field(\"f3\", Types.DoubleType))\n      case None => fail()\n    }\n  }\n\n  it should \"infer a null schema for union with relations of different sizes\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n         |a = load 'file.csv' as (f1:int, f2:chararray, f3:double, f4:int);\n         |b = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n         |c = union a, b;\n         |\"\"\".stripMargin))\n    val schema = plan.operators.last.schema\n    schema should equal (None)\n  }\n\n  it should \"infer the schema for union with relations with different types\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:float);\n        |b = load 'file.csv' as (f11:double, f21:bytearray, f31:long);\n        |c = union a, b;\n        |\"\"\".stripMargin))\n    val schema = plan.operators.last.schema\n    schema match {\n      case Some(s) =>\n        s.fields.length should equal (3)\n        s.field(0) should equal(Field(\"f1\", Types.DoubleType))\n        s.field(1) should equal(Field(\"f2\", Types.CharArrayType))\n        s.field(2) should equal(Field(\"f3\", Types.FloatType))\n      case None => fail()\n    }\n  }\n\n  it should \"accept a filter statement with correct field names\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |b = filter a by f1 > 0;\n        |\"\"\".stripMargin))\n\/\/    plan.checkSchemaConformance should equal (true)\n    \n    \/* somehow the not does not work here\n     * just let it check the conformance, if the exception is thrown, \n     * the test will fail anyway\n     *\/\n    plan.checkSchemaConformance()\n\/\/    an [SchemaException] should not be thrownBy plan.checkSchemaConformance \n  }\n\n  it should \"reject a filter statement with incorrect field names\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n        |b = filter a by f0 > 0;\n        |\"\"\".stripMargin))\n\/\/    plan.checkSchemaConformance should equal (false)\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"reject a filter statement with field names for unknown schema\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n        |a = load 'file.csv';\n        |b = filter a by f0 > 0;\n        |\"\"\".stripMargin))\n\/\/    plan.checkSchemaConformance should equal (false)\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"process a nested FOREACH statement with multiple statements\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym;\n        |           generate group, COUNT(uniq_sym);\n        |};\"\"\".stripMargin)\n    val _ = new DataflowPlan(ops)\n  }\n\n  it should \"check connectivity of a plan with a nested FOREACH\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym;\n        |           generate group, COUNT(uniq_sym);\n        |};\n        |dump uniqcnt;\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    plan.checkConnectivity should be (true)\n  }\n\n  it should \"detect an invalid plan with a nested FOREACH\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily2.symbol;\n        |           uniq_sym = distinct sym;\n        |           generate group, COUNT(uniq_sym);\n        |};\"\"\".stripMargin)\n    an [SchemaException] should be thrownBy new DataflowPlan(ops)\n  }\n\n  it should \"detect another invalid plan with a nested FOREACH\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym2;\n        |           generate group, COUNT(uniq_sym2);\n        |};\"\"\".stripMargin)\n    an [InvalidPlanException] should be thrownBy new DataflowPlan(ops)\n  }\n\n  it should \"detect a third invalid plan with a nested FOREACH\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym;\n        |           generate group, COUNT(uniq_sym2);\n        |};\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"detect a fourth invalid plan with a nested FOREACH\" in {\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym;\n        |};\"\"\".stripMargin)\n    an [InvalidPlanException] should be thrownBy new DataflowPlan(ops)\n  }\n\n  it should \"be consistent after adding a new operator using insertAfter\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n         |a = load 'file.csv';\n         |b = filter a by $0 > 0;\n         |\"\"\".stripMargin))\n    var op = plan.findOperatorForAlias(\"a\").value\n    val d = Distinct(Pipe(\"d\"),Pipe(\"a\"))\n    val newPlan = plan.insertAfter(op, d)\n\n    op = newPlan.findOperatorForAlias(\"a\").value\n    val b = newPlan.findOperatorForAlias(\"b\").value\n    op.outputs should have size 1\n    val output = op.outputs.headOption.value\n    \n    output.consumer should contain only(b, d)\n  }\n\n  it should \"be consistent after adding a new operator using insertBetween\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv';\n                                              |b = filter a by $0 > 0;\n                                              |\"\"\".stripMargin))\n    var op = plan.findOperatorForAlias(\"a\").value\n    val b = plan.findOperatorForAlias(\"b\").value\n    val d = Distinct(Pipe(\"d\"),Pipe(\"a\"))\n    val newPlan = plan.insertBetween(op, b, d)\n\n    op = newPlan.findOperatorForAlias(\"a\").value\n    op.outputs should have size 1\n\n    val output = op.outputs.headOption.value\n    output.consumer should contain only d\n  }\n\n  it should \"be consistent after exchanging two operators\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val spec1 = OrderBySpec(PositionalField(1), OrderByDirection.AscendingOrder)\n    val op2 = OrderBy(Pipe(\"b\"), Pipe(\"a\"), List(spec1))\n    val spec2 = OrderBySpec(NamedField(\"a\"), OrderByDirection.DescendingOrder)\n    val op3 = OrderBy(Pipe(\"c\"), Pipe(\"b\"), List(spec2))\n    val op4 = Dump(Pipe(\"c\"))\n\n    val plan = new DataflowPlan(List(op1, op2, op3, op4))\n    val newPlan = plan.swap(op2, op3)\n\n    newPlan.sourceNodes.headOption.value.outputs.head.consumer should contain only op3\n    val sinkInput = newPlan.sinkNodes.headOption.value.inputs.headOption.value\n    sinkInput.name shouldBe \"c\"\n    sinkInput.producer shouldBe op2\n  }\n\n  it should \"be consistent after removing an operator\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val predicate = Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\")))\n    val op2 = Filter(Pipe(\"b\"), Pipe(\"a\"), predicate)\n    val op3 = Dump(Pipe(\"b\"))\n\n    val plan = new DataflowPlan(List(op1, op2, op3))\n    val newPlan = plan.remove(op2)\n\n    newPlan.sinkNodes.headOption.value.inputs should contain only Pipe(\"a\", op1)\n    newPlan.sourceNodes.headOption.value.outputs.flatMap(_.consumer) should contain only op3\n  }\n\n  it should \"allow removing a node and its predecessors\" in {\n    val op1 = Load(Pipe(\"a\"), \"blablabla.csv\")\n    val spec1 = OrderBySpec(PositionalField(1), OrderByDirection.AscendingOrder)\n    val op2 = OrderBy(Pipe(\"b\"), Pipe(\"a\"), List(spec1))\n    val spec2 = OrderBySpec(NamedField(\"a\"), OrderByDirection.DescendingOrder)\n    val op3 = OrderBy(Pipe(\"lalala\"), Pipe(\"b\"), List(spec2))\n    val op4 = Dump(Pipe(\"lalala\"))\n\n    val plan = new DataflowPlan(List(op1, op2, op3, op4)).remove(op3, removePredecessors = true)\n    plan.operators should contain only op4\n  }\n\n  it should \"return an empty DataflowPlan when the last operator in the plan is removed\" in {\n    val op1 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val plan = new DataflowPlan(List(op1))\n    val newPlan = plan.remove(op1)\n    newPlan.operators shouldBe empty\n  }\n\n  it should \"construct pipes for SPLIT INTO\" in {\n    val plan = new DataflowPlan(parseScript(s\"\"\"\n      |a = LOAD 'file' AS (x, y);\n      |SPLIT a INTO b IF x < 100, c IF x >= 100;\n      |STORE b INTO 'res1.data';\n      |STORE c INTO 'res2.data';\"\"\".stripMargin))\n    plan.findOperatorForAlias(\"b\") should not be empty\n    plan.sourceNodes.headOption.value.outputs.headOption.value.consumer.headOption.value.outputs should have length 2\n    assert(plan.checkConnectivity)\n  }\n\n  it should \"reject multiple pipes with the same name\" in {\n    val op = Load(Pipe(\"a\"), \"input\/file.csv\")\n    an [InvalidPlanException] should be thrownBy {\n      op.outputs = List(Pipe(\"b\"), Pipe(\"b\"))\n    }\n  }\n\n  it should \"propagate set parameters to the operators\" in {\n    val plan = new DataflowPlan(parseScript(s\"\"\"\n       |A = LOAD 'file' AS (x, y);\n       |SET parallelismHint 5;\n       |B = FILTER A BY x > 100;\n       |C = FILTER B BY y > 100;\n       |SET parallelismHint 3;\n       |SET some \"thing\";\n       |D = FILTER C by x < 100;\"\"\".stripMargin))\n    val opB = plan.findOperatorForAlias(\"B\")\n    val opC = plan.findOperatorForAlias(\"C\")\n    val opD = plan.findOperatorForAlias(\"D\")\n    opB.get.configParams should contain key \"parallelismHint\"\n    opB.get.configParams(\"parallelismHint\") should be (Value(5))\n    opC.get.configParams should contain key \"parallelismHint\"\n    opC.get.configParams(\"parallelismHint\") should be (Value(5))\n    opC.get.configParams should not contain key (\"some\")\n    opD.get.configParams should contain key \"parallelismHint\"\n    opD.get.configParams should contain key \"some\"\n    opD.get.configParams(\"parallelismHint\") should be (Value(3))\n    opD.get.configParams(\"some\") should be (Value(\"\\\"thing\\\"\"))\n  }\n\n  it should \"find an alias in a plan\" in {\n    val plan = new DataflowPlan(parseScript(\n      \"\"\"triples = LOAD 'file' AS (sub, pred, obj);\n        |stmts = GROUP triples BY sub;\n      \"\"\".stripMargin))\n    val op = plan.findOperatorForAlias(\"stmts\")\n    op shouldBe defined\n  }\n\n  it should \"reject a ACCUMULATE statement with incorrect expressions\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n                                              |b = accumulate a generate f1, sum(f2) + 13;\n                                              |\"\"\".stripMargin))\n    \/\/    plan.checkSchemaConformance should equal (false)\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"reject a ACCUMULATE statement with another incorrect expressions\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n                                              |a = load 'file.csv' as (f1:int, f2:chararray, f3:double);\n                                              |b = accumulate a generate avg(f4);\n                                              |\"\"\".stripMargin))\n    \/\/    plan.checkSchemaConformance should equal (false)\n    an [SchemaException] should be thrownBy plan.checkSchemaConformance\n  }\n\n  it should \"allow to use group names in GROUP BY\" in {\n    val plan = new DataflowPlan(parseScript(\n      \"\"\"\n        |A = LOAD 'file' AS (name, value: double);\n        |B = GROUP A BY name;\n        |C = FOREACH B GENERATE A.name, AVG(A.value);\n        |DUMP C;\n      \"\"\".stripMargin))\n    plan.checkSchemaConformance()\n  }\n\n  \"Setting operators\" should \"add all their relation names to the PipeNameGenerator as known names\" in {\n    PipeNameGenerator.clearGenerated\n    val op0 = Load(Pipe(\"a\"), \"input\/file.csv\")\n    val op1 = OrderBy(Pipe(\"b\"), Pipe(\"a\"), List())\n    val op2 = OrderBy(Pipe(\"c\"), Pipe(\"b\"), List())\n    val op3 = OrderBy(Pipe(\"d\"), Pipe(\"b\"), List())\n    val _ = new DataflowPlan(List(op0, op1, op2, op3))\n\n    val generatedMethod = PrivateMethod[MutableSet[String]]('generated)\n    val generatedSet = PipeNameGenerator invokePrivate generatedMethod()\n\n    generatedSet should contain only (\"a\", \"b\", \"c\", \"d\")\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"mapreducelib\/build.sbt","text":"import Dependencies._\n\nname := \"mapreduce\"\n\nlibraryDependencies ++= Seq(\n    scalaTest % \"test\" withSources(),\n    pig % \"provided\",\n    hadoop,\n    typesafe\n)\n\ntest in assembly := {}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/EmptyEmitter.scala","text":"package dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op.Empty\n\n\/**\n  * Created by kai on 09.12.16.\n  *\/\nclass EmptyEmitter extends CodeEmitter[Empty] {\n  override def template: String = \"\"\n\n  override def code(ctx: CodeGenContext, node: Empty): String = template\n}\n\nobject EmptyEmitter {\n  lazy val instance = new EmptyEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Delay.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport scala.concurrent.duration.FiniteDuration\n\n\/**\n * Delay represents the DELAY operator of Pig.\n *\n * @param out the output pipe (relation).\n * @param in the input pipe.\n * @param sampleFactor the percentage of input tuples that is passed to the output pipe\n * @param wtime the time for delaying the processing\n *\n *\/\ncase class Delay(\n                  private val out: Pipe,\n                  private val in: Pipe,\n                  sampleFactor: Int,\n                  wtime: FiniteDuration\n  ) extends PigOperator(out, in) {\n\n  private val r = 0 \/\/System.currentTimeMillis()\n\n  override def lineageString: String = {\n    s\"\"\"DELAY%$sampleFactor%$wtime%$r%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"DELAY\n        |  out = $outPipeName\n        |  in = $inPipeName\n        |  sample factor = $sampleFactor\n        |  waiting time = ${wtime._1} - ${wtime._2}\"\"\".stripMargin\n\n\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/test\/scala\/dbis\/flink\/test\/StorageSpec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink.test\n\nimport dbis.piglet.backends.SchemaClass\nimport org.apache.flink.api.scala.ExecutionEnvironment\nimport org.scalatest._\n\ncase class Person(name: String, age: Int) extends java.io.Serializable with SchemaClass {\n  override def mkString(delim: String) = s\"$name$delim$age\"\n}\n\ncase class DataRecord(col1: Int, col2: String) extends java.io.Serializable with SchemaClass {\n  override def mkString(delim: String) = s\"$col1$delim$col2\"\n}\n\ncase class DoubleRecord(col1: Double, col2: Double) extends java.io.Serializable with SchemaClass {\n  override def mkString(delim: String) = s\"$col1$delim$col2\"\n}\n\nclass StorageSpec extends FlatSpec with Matchers with BeforeAndAfter {\n  var env: ExecutionEnvironment = _\n\n  before {\n    env = ExecutionEnvironment.getExecutionEnvironment\n  }\n\n  after {\n    \/\/ cleanup\n    env = null\n  }\n  \/*\n  \"PigStorage\" should \"load objects using an extractor\" in {\n    val res = PigStorage[Person]().load(env, \"sparklib\/src\/test\/resources\/person.csv\",\n      (data: Array[String]) => Person(data(0), data(1).toInt), \",\")\n    val result = res.collect()\n    env.execute()\n    result should be (Array(Person(\"Anna\", 21), Person(\"John\", 53), Person(\"Mike\", 32)))\n  }\n\n  it should \"save and load records\" in {\n    val res = PigStorage[Person]().load(env, \"sparklib\/src\/test\/resources\/person.csv\",\n      (data: Array[String]) => Person(data(0), data(1).toInt), \",\")\n    PigStorage[Person]().write(\"person.data\", res, \"|\")\n    val otherRes = PigStorage[Person]().load(env, \"person.data\",\n      (data: Array[String]) => Person(data(0), data(1).toInt), \"[|]\")\n    env.execute()\n    res.collect() should be (otherRes.collect())\n    FileUtils.deleteDirectory(new File(\"person.data\"))\n  }\n\n   it should \"load simple CSV records\" in {\n    val res = PigStorage[Record]().load(env, \"sparklib\/src\/test\/resources\/person.csv\",\n      (data: Array[String]) => Record(data), \",\")\n    env.execute()\n    val resArray = res.collect()\n    resArray.length should be (3)\n    resArray(0).fields should be (Array(\"Anna\", \"21\"))\n    resArray(1).fields should be (Array(\"John\", \"53\"))\n    resArray(2).fields should be (Array(\"Mike\", \"32\"))\n  }\n\n  \"BinStorage\" should \"save and load a RDD\" in {\n    val data = PigStorage[Person]().load(sc, \"sparklib\/src\/test\/resources\/person.csv\",\n      (data: Array[String]) => Person(data(0), data(1).toInt), \",\")\n    BinStorage[Person]().write(\"person.ser\", data)\n\n    val otherData = BinStorage[Person]().load(sc, \"person.ser\",\n      (data: Array[String]) => Person(data(0), data(1).toInt))\n    otherData.collect().length should be (3)\n    data.collect() should be (otherData.collect())\n    FileUtils.deleteDirectory(new File(\"person.ser\"))\n  }\n\n  \"BinStorage\" should \"save and load a RDD with doubles\" in {\n    val data = PigStorage[DoubleRecord]().load(sc, \"sparklib\/src\/test\/resources\/values.csv\",\n      (data: Array[String]) => DoubleRecord(data(0).toDouble, data(1).toDouble), \",\")\n    BinStorage[DoubleRecord]().write(\"values.ser\", data)\n\n    val otherData = BinStorage[DoubleRecord]().load(sc, \"values.ser\",\n      (data: Array[String]) => DoubleRecord(data(0).toDouble, data(1).toDouble))\n    otherData.collect().length should be (3)\n    data.collect() should be (otherData.collect())\n    FileUtils.deleteDirectory(new File(\"values.ser\"))\n  }\n\n  \"JDBCStorage\" should \"load data from a H2 database\" in {\n    val data = JdbcStorage[DataRecord]().load(sc, \"data\",\n      (row: org.apache.spark.sql.Row) => DataRecord(row.getInt(0), row.getString(1)), \"org.h2.Driver\",\n      \"jdbc:h2:file:.\/src\/it\/resources\/input\/test?user=sa\")\n    data.collect() should be (Array(DataRecord(1, \"One\"), DataRecord(2, \"Two\"), DataRecord(3, \"Three\"),\n      DataRecord(4, \"Four\"), DataRecord(5, \"Five\"), DataRecord(6, \"Six\")))\n  }\n\n  \"RDFStorage\" should \"load RDF data from NTriple file\" in {\n    val res = RDFFileStorage[Record]().load(sc, \"sparklib\/src\/test\/resources\/person.csv\",\n      (data: Array[String]) => Record(data))\n    val resArray = res.collect()\n  }\n  *\/\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/LoadEmitter.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/LoadEmitter.scala\npackage dbis.piglet.codegen.flink.emitter\n\nclass LoadEmitter extends dbis.piglet.codegen.scala_lang.LoadEmitter {\n  override def template: String = \"\"\"val <out> = <func>[<class>]().load(env, \"<file>\", <extractor><if (params)>, <params><endif>)\"\"\".stripMargin\n\n}\n\nobject LoadEmitter {\n\tlazy val instance = new LoadEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/it\/scala\/dbis\/test\/CompileIt.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.test\n\nimport dbis.piglet.BuildInfo\nimport org.apache.commons.exec._\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.io.Source\nimport scalax.file.Path\n\ntrait CompileIt extends Matchers {\n  this: FlatSpec =>\n\n  def checkMatch (script: String, resultDir: String, truthFile: String, inOrder: Boolean, backend: String, i: Int, nTests: Int) {\n      \"The Pig compiler\" should s\"compile and execute the script $script\" in {\n       \/\/ 1. make sure the output directory is empty\n        cleanupResult(resultDir)\n        cleanupResult(script.replace(\".pig\", \"\"))\n\n        val resultPath = Path.fromString(new java.io.File(\".\").getCanonicalPath).\/(resultDir)\n        val resourcePath = getClass.getResource(\"\").getPath + \"..\/..\/..\/\"\n        \/\/ 2. compile and execute Pig script\n        \n       print(s\"Testing: [${\"#\"*(i+1)}${\" \"*(nTests - i)}] ${i+1}\/$nTests : $script                                        \\r\")\n\n        runCompiler(script, resourcePath, resultPath, backend) should be(true)\n\n        val result = getResult(resultPath)\n\n        result should not be null\n\n        val truth = Source.fromFile(resourcePath + truthFile).getLines()\n\n        \/\/ 4. compare both files\n        if (inOrder)\n          result should contain theSameElementsInOrderAs truth.toTraversable\n        else\n          result should contain theSameElementsAs truth.toTraversable\n        \/\/ 5. delete the output directory*\/\n        cleanupResult(resultDir)\n        cleanupResult(script.replace(\".pig\", \"\"))\n      }\n      \n      println\n    }\n  \/\/ }\n\n  private def cleanupResult(dir: String): Unit = {\n    import scalax.file.Path\n    val path: Path = Path.fromString(dir)\n    try {\n      path.deleteRecursively(continueOnFailure = false)\n    } catch {\n      case e: java.io.IOException => println(\"WARNING: \" + e.getMessage)\/\/ some file could not be deleted\n\n    }\n  }\n\n  private def getResult(resultPath: Path): Seq[String] = {\n\n    \/\/ 3. load the output file(s) and the truth file\n    \/\/val result = Source.fromFile(resultDir + \"\/part-00000\").getLines()\n\n    val resultFile = new java.io.File(resultPath.path)\n    val files = if (resultFile.isFile)\n      Seq(resultFile)\n    else {\n      resultFile.listFiles().toSeq\n        .filter(_.getName.startsWith(\"part-\"))\n        .sortBy { f => f.getName }\n    }\n\n    files.flatMap(file => Source.fromFile(file).getLines)\n  }\n\n  private def runCompiler(script: String, resourceName: String, resultPath: Path, backend: String): Boolean = {\n    val params = new java.util.HashMap[String, Object]()\n    params.put(\"backend\", backend)\n    params.put(\"master\", BuildInfo.master)\n    params.put(\"outdir\", \".\")\n    params.put(\"log-level\", \"ERROR\")\n    params.put(\"params\", s\"inbase=$resourceName,outfile=${resultPath.path}\")\n    params.put(\"script\", resourceName + script)\n    val cmdLine = new CommandLine(\"script\/piglet\")\n\n    cmdLine.addArgument(\"--backend\")\n    cmdLine.addArgument(\"${backend}\")\n    cmdLine.addArgument(\"--master\")\n    cmdLine.addArgument(\"${master}\")\n    cmdLine.addArgument(\"--log-level\")\n    cmdLine.addArgument(\"${log-level}\")\n    cmdLine.addArgument(\"--outdir\")\n    cmdLine.addArgument(\"${outdir}\")\n    cmdLine.addArgument(\"--params\")\n    cmdLine.addArgument(\"${params}\")\n    cmdLine.addArgument(\"--keep\")\n    cmdLine.addArgument(\"${script}\")\n    cmdLine.addArgument(\"--quiet\") \/\/ we don't want to see header output for tests\n\n    cmdLine.setSubstitutionMap(params)\n\n    val executor = new DefaultExecutor()\n    executor.setExitValue(0)\n    val watchdog = new ExecuteWatchdog(120000)\n    executor.setWatchdog(watchdog)\n    \/\/ println(\"EXECUTE: \" + cmdLine)\n    executor.execute(cmdLine) == 0\n  }\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/MaterializeTest.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet\n\nimport dbis.piglet.op._\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport scala.collection.JavaConversions._\n\n\/**\n * @author hage\n *\/\n\/* NOT WORKING!!!!\n\nclass MaterializeTest extends FlatSpec with Matchers with BeforeAndAfter {\n  \n  \n  val baseDir = Files.createTempDirectory(\"piglet_mat_test\")\n  val mapFile = Files.createFile(baseDir.resolve(\"mappings.txt\"))\n  \n  before {\n    if(!Files.exists(baseDir))\n      Files.createDirectories(baseDir)\n      \n    val p = new PrintWriter(mapFile.toFile())      \n    p.write(\"\")\n    p.close()\n  }\n  \n  after {\n    recursiveRemove(baseDir)\n  }\n  \n  private def recursiveRemove(dir: Path) {\n    \n    if (Files.isDirectory(dir)) {\n      for(f <- dir.toFile().listFiles()) {\n        recursiveRemove(f.toPath())\n      }\n    }\n    \n    Files.deleteIfExists(dir)\n  }  \n  \n  \n  it should \"add store for non existing materialize results\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n         |a = load 'file.csv';\n         |b = filter a by $0 > 0;\n         |materialize b;\n         |c = distinct b;\n         |\"\"\".stripMargin))    \n    \n    val mm = new MaterializationManager(mapFile, baseDir.toUri())\n    \n    val plan2 = processMaterializations(plan, mm)\n    \n    var matOp: Option[Store] = None\n    \n    for(op <- plan2.operators) {\n      op match {\n        case f : Store => matOp = Some(f) \n        case _ => \n      }\n    }\n    \n\/\/    plan.sinkNodes.map(PrettyPrinter.pretty).foreach(println)\n    \n    matOp shouldBe defined\n    \n  }\n  \n  it should \"add LOAD for existing materialize results\" in {\n    val plan = new DataflowPlan(parseScript(\"\"\"\n         |a = load 'file.csv';\n         |b = filter a by $0 > 0;\n         |materialize b;\n         |c = distinct b;\n         |\"\"\".stripMargin))    \n    \n    val mat = plan.findOperator { o => o.isInstanceOf[Materialize] }.head match {\n      case o: Materialize => o\n      case _ => throw new ClassCastException\n    }  \n      \n    \/\/ empty the file\n    val matResultFile = s\"$baseDir${File.separator}blubb.txt\"\n    val lineage = mat.lineageSignature \n    val p = new PrintWriter(mapFile.toFile())      \n    p.write(s\"$lineage;$matResultFile\\n\")\n    p.close()\n    \n    val mm = new MaterializationManager(mapFile, baseDir.toUri())\n    \n    val plan2 = processMaterializations(plan, mm)\n    \n\/\/    println(plan2.operators)\n    \n    var loadOp: Option[Load] = None\n    \n    \/* FIXME: this finds the original load operator, because it was not \n     * removed from the plan\n     * \n     * Adding the load just inserts a load and disconnects the subplans\n     * However, the now unused subplan still exists and this test finds\n     * the unused load operator... :(\n     *\/\n    for(op <- plan2.operators) {\n      op match {\n        case f : Load if f.file != \"input\/file.csv\" => loadOp = Some(f) \/\/ bad workaround for the aforementioned issue\n        case _ => \n      }\n    }\n    \n\/\/    plan.sinkNodes.map(PrettyPrinter.pretty).foreach(println)\n    \n    withClue(\"load operator\") {loadOp shouldBe defined}\n    \n    val op = loadOp.get\n    \n    withClue(\"loader file name: \") {op.file.toString() shouldBe matResultFile}\n    \n    withClue(\"loader inputs\") {op.inputs shouldBe empty}\n    \n    val c = plan2.findOperatorForAlias(\"c\").get\n    withClue(\"load's successor's input size\") {c.inputs.size shouldBe 1}\n    withClue(\"load's successor's input op\") {c.inputs(0) shouldBe Pipe(\"b\", op)}\n    \n  }\n}\n\n*\/"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/flink\/DataStreamMatcher.scala","text":"package dbis.piglet.cep.flink\n\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.cep.engines._\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.ops.OutputStrategy._\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.streaming.api.windowing.windows.GlobalWindow\nimport org.apache.flink.streaming.api.windowing.assigners.GlobalWindows\nimport dbis.piglet.cep.ops.MatchCollector\nimport dbis.piglet.cep.ops.SelectionStrategy\n\/\/import org.apache.flink.api.java.operators.CustomUnaryOperation\nimport scala.collection.mutable.ListBuffer\n\/\/import org.apache.flink.api.java.DataSet\n\/\/import org.apache.flink.api.java.ExecutionEnvironment\nimport scala.collection.JavaConversions._\nimport org.apache.flink.streaming.api.scala._\nimport dbis.piglet.cep.ops.EngineConf\nimport org.apache.flink.util.Collector\n\n\nclass DataStreamMatcher[T <: Event: ClassTag: TypeInformation](@transient val input: DataStream[T], nfa: NFAController[T], flinkEnv: StreamExecutionEnvironment, sstr: SelectionStrategy = SelectionStrategy.FirstMatch, out: OutputStrategy = Combined) extends EngineConf[T](nfa, sstr) with java.io.Serializable {\n  object DataStreamProcess {\n    def customRun(gw: GlobalWindow, ts: Iterable[T], out: Collector[T]) = {\n      ts.foreach { event => engine.runEngine(event)}\n      val result = collector.convertEventsToArray()\n      result.foreach { res => out.collect(res) }\n    }\n  }\n  def compute(): DataStream[T] = {\n    input.windowAll(GlobalWindows.create()).apply(DataStreamProcess.customRun _)   \n  }\n\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamForeachEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.{ CodeEmitter, CodeGenContext, CodeGenException }\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport dbis.piglet.udf.UDFTable\nimport dbis.piglet.codegen.scala_lang.ForeachEmitter\n\nclass StreamForeachEmitter extends ForeachEmitter {\n  override def template: String = \"\"\"    val <out> = <in>.map(t => <class>(<expr>))\"\"\".stripMargin\n  override def templateNested: String = \"\"\"    val <out> = <in>.map(t => <expr>)\"\"\".stripMargin\n  override def templateFlatMap: String = \"\"\"    val <out> = <in>.flatMap(t => <expr>)\"\"\".stripMargin\n  def templateHelper: String = \"\"\"    .foreach { t => out.collect(<class>(<expr>)) }\"\"\".stripMargin\n\n  override def helper(ctx: CodeGenContext, op: Foreach): String = {\n    if (!op.windowMode && containsAggregates(op.generator)) {\n      val genL: GeneratorList = op.generator match {\n        case gl @ GeneratorList(expr) => gl\n        case GeneratorPlan(plan) => GeneratorList(plan.last.asInstanceOf[Generate].exprs)\n      }\n      val e = new StreamAccumulateEmitter\n      val acc = new Accumulate(op.outputs.head, op.inputs.head, genL)\n      acc.constructSchema\n      e.helper(ctx, acc)\n    } else \"\"\n  }\n\n  def windowApply(ctx: CodeGenContext, op: Foreach): String = {\n    var params = Map[String, Any]()\n    params += \"expr\" -> emitForeachExpr(ctx, op, false)\n    if (!op.generator.isNested) params += \"class\" -> ScalaEmitter.schemaClassName(op.schema.get.className)\n    CodeEmitter.render(templateHelper, params)\n  }\n\n  override def code(ctx: CodeGenContext, op: Foreach): String = {\n    if (op.windowMode) return \"\"\n    if (!op.schema.isDefined)\n      throw CodeGenException(\"FOREACH requires a schema definition\")\n\n    val className = ScalaEmitter.schemaClassName(op.schema.get.className)\n    val aggr = !op.windowMode && containsAggregates(op.generator)\n    val expr = emitForeachExpr(ctx, op, aggr)\n\n    val requiresFlatMap = op.asInstanceOf[Foreach].containsFlatten(onBag = true)\n    if (aggr) expr\n    else if (requiresFlatMap)\n      CodeEmitter.render(templateFlatMap, Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"expr\" -> expr, \"class\" -> className))\n    else\n      render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"expr\" -> expr, \"class\" -> className))\n  }\n\n  def emitForeachExpr(ctx: CodeGenContext, op: Foreach, aggr: Boolean): String = {\n    \/\/ we need to know if the generator contains flatten on tuples or on bags (which require flatMap)\n    val requiresPlainFlatten = op.asInstanceOf[Foreach].containsFlatten(onBag = false)\n    val requiresFlatMap = op.containsFlatten(onBag = true)\n    op.generator match {\n      case gl @ GeneratorList(expr) => {\n        if (requiresFlatMap)\n          emitBagFlattenGenerator(CodeGenContext(ctx, Map(\"schema\" -> op.inputSchema)), op, expr)\n        else {\n          if (aggr) {\n            val e = new StreamAccumulateEmitter\n            val acc = new Accumulate(op.outputs.head, op.inputs.head, gl)\n            acc.constructSchema\n            e.code(ctx, acc)\n          } else\n            emitGenerator(CodeGenContext(ctx, Map(\"schema\" -> op.inputSchema)), expr)\n        }\n      }\n      case GeneratorPlan(plan) => {\n        val subPlan = op.subPlan.get\n        emitNestedPlan(ctx, parent = op, plan = subPlan, aggr)\n      }\n    }\n  }\n\n  \/**\n   * Generates Scala code for a nested plan, i.e. statements within nested FOREACH.\n   *\n   * @param parent the parent FOREACH statement\n   * @param plan the dataflow plan representing the nested statements\n   * @param aggr generate clause contains aggregates\n   * @return the generated code\n   *\/\n  def emitNestedPlan(ctx: CodeGenContext, parent: PigOperator, plan: DataflowPlan, aggr: Boolean): String = {\n    val schema = parent.inputSchema\n    require(parent.schema.isDefined)\n    val className = ScalaEmitter.schemaClassName(parent.schema.get.className)\n\n    \"{\\n\" + plan.operators.map {\n      case n @ Generate(expr) =>\n        if (aggr) {\n          val e = new StreamAccumulateEmitter\n          val acc = new Accumulate(n.outputs.head, n.inputs.head, GeneratorList(expr))\n          acc.constructSchema\n          e.code(ctx, acc)\n        } else s\"\"\"${className}(${emitGenerator(CodeGenContext(ctx, Map(\"schema\" -> schema, \"namedRef\" -> true)), expr)})\"\"\"\n      case n @ ConstructBag(out, ref) => ref match {\n        case DerefTuple(r1, r2) => {\n          \/\/ there are two options of ConstructBag\n          \/\/ 1. r1 refers to the input pipe of the outer operator (for automatically\n          \/\/    inserted ConstructBag operators)\n          if (r1.toString == parent.inPipeName) {\n            val pos = findFieldPosition(schema, r2)\n            \/\/ println(\"pos = \" + pos)\n            s\"\"\"val ${n.outPipeName} = t._$pos.toList\"\"\"\n          } else {\n            \/\/ 2. r1 refers to a field in the schema\n            val p1 = findFieldPosition(schema, r1)\n            val p2 = findFieldPosition(ScalaEmitter.tupleSchema(schema, r1), r2)\n            \/\/ println(\"pos2 = \" + p1 + \", \" + p2)\n            s\"\"\"val ${n.outPipeName} = t._$p1.map(l => l._$p2).toList\"\"\"\n          }\n        }\n        case _ => \"\" \/\/ should not happen\n      }\n      case n @ Distinct(out, in, windowMode) => s\"\"\"val ${n.outPipeName} = ${n.inPipeName}.distinct\"\"\"\n      case n @ Filter(out, in, pred, windowMode) => {\n        val e = new StreamFilterEmitter\n        e.code(ctx, n)\n      }\n      case OrderBy(out, in, orderSpec, windowMode) => throw CodeGenException(\"nested ORDER BY not implemented\")\n      case _ => \"\"\n    }.mkString(\"\\n\") + \"}\"\n  }\n\n  def containsAggregates(gen: ForeachGenerator): Boolean = {\n    var exprs = gen match {\n      case GeneratorList(expr) => expr\n      case GeneratorPlan(plan) => plan.last.asInstanceOf[Generate].exprs\n    }\n    exprs.foreach { e =>\n      e.expr match {\n        case Func(f, _) => UDFTable.findFirstUDF(f) match {\n          case Some(udf) if udf.isAggregate => return true\n          case _ =>\n        }\n        case _ =>\n      }\n    }\n    return false\n  }\n}\n\nobject StreamForeachEmitter {\n\tlazy val instance = new StreamForeachEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/RDFLoad.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/op\/RDFLoad.scala\npackage dbis.piglet.op\n\nimport dbis.piglet.schema._\nimport java.net.URI\n\nimport org.kiama.rewriting.Rewriter.everything\n\nimport scala.collection.mutable\n\ncase class RDFLoad(private val out: Pipe, uri: URI, grouped: Option[String]) extends PigOperator(out) {\n\n  schema = if (grouped.isDefined) {\n    if (RDFLoad.groupedSchemas.contains(grouped.get)){\n      Some(RDFLoad.groupedSchemas(grouped.get))\n    }\n    else {\n      throw new IllegalArgumentException(grouped.get + \" is not a valid RDF grouping column\")\n    }\n  } else {\n    RDFLoad.plainSchema\n  }\n\n  def BGPFilterIsReachable: Boolean = {\n    val isBGPFilter: PartialFunction[Any, Boolean] = {case t: Any => t.isInstanceOf[BGPFilter]}\n\n    everything[Boolean] (\"BGPFilterIsReachable\", false) { (old: Boolean, newvalue: Boolean) =>\n      old || newvalue\n    } (isBGPFilter) (this)\n  }\n}\n\nobject RDFLoad {\n  \/** The schema for plain RDF data\n    *\n    *\/\n  \/\/ final val plainSchema: Some[Schema] = Some(\n  def plainSchema: Some[Schema] = Some(\n    Schema(\n      BagType(\n        TupleType(\n          Array(\n            Field(\"subject\", Types.CharArrayType),\n            Field(\"predicate\", Types.CharArrayType),\n            Field(\"object\", Types.CharArrayType))))))\n\n  \/** A map of column names to the schema where the data is grouped by that column.\n    *\n    *\/\n \/\/ lazy final val groupedSchemas = {\n  def groupedSchemas = {\n    val m = mutable.Map[String, Schema]()\n    val columns = List[String](\"subject\", \"predicate\", \"object\")\n    for (grouping_column <- columns) {\n      val fields = columns.filterNot(_ == grouping_column).map {\n        Field(_, Types.CharArrayType)\n      }.toArray\n      m(grouping_column) = Schema(\n        BagType(\n          TupleType(\n            Array(\n              Field(grouping_column, Types.CharArrayType),\n              Field(\"stmts\",\n                BagType(\n                  TupleType(\n                    fields)))))))\n    }\n    m\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"common\/src\/main\/scala\/dbis\/piglet\/tools\/HdfsCommand.scala","text":"package dbis.piglet.tools\n\nobject HdfsCommand extends Enumeration {\n  type HdfsCommand = Value\n  val COPYTOLOCAL,\n      COPYTOREMOTE,\n      RM,\n      RMDIR,\n      MKDIR,\n      LS,\n      CAT,\n      GETMERGE = Value\n      \n}"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/codegen\/spark\/SparkStreamingCompileSpec.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.backends.BackendManager\nimport dbis.piglet.codegen.scala_lang.JoinEmitter\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenTarget}\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport dbis.piglet.plan.rewriting.Rules\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.CodeMatchers\nimport dbis.piglet.tools.TestTools.strToUri\nimport org.scalatest.{BeforeAndAfterAll, FlatSpec, Matchers}\n\nclass SparkStreamingCompileSpec extends FlatSpec with BeforeAndAfterAll with Matchers with CodeMatchers {\n\n  override def beforeAll() {\n    Rules.registerAllRules()\n  }\n\n  def cleanString(s: String): String = s.stripLineEnd.replaceAll(\"\"\"\\s+\"\"\", \" \").trim\n\n  val codeGenerator = new SparkStreamingCodeGenStrategy()\n  val backendConf = BackendManager.init(\"sparks\")\n\n  \"The compiler output\" should \"contain the Spark Streaming header & footer\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n\n    val generatedCode = cleanString(codeGenerator.emitImport(ctx)\n      + codeGenerator.emitHeader1(ctx, \"test\")\n      + codeGenerator.emitHeader2(ctx, \"test\")\n      + codeGenerator.emitFooter(ctx, new DataflowPlan(List.empty[PigOperator])))\n    val expectedCode = cleanString(\n      \"\"\"\n        |import org.apache.spark._\n        |import org.apache.spark.streaming._\n        |import dbis.piglet.backends.{SchemaClass, Record}\n        |import dbis.piglet.tools._\n        |import dbis.piglet.backends.spark._\n        |\n        |object SECONDS {\n        |  def apply(p: Long) = Seconds(p)\n        |}\n        |object MINUTES {\n        |  def apply(p: Long) = Minutes(p)\n        |}\n        |\n        |object test {\n        |    SparkStream.setAppName(\"test_App\")\n        |    val ssc = SparkStream.ssc\n        |\n        |    def main(args: Array[String]) {\n        |\n        |      ssc.start()\n        |      ssc.awaitTermination()\n        |   }\n        |}\n      \"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for receiving a stream\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val ops = parseScript(\n      \"\"\"\n        |in = SOCKET_READ 'localhost:5555' USING PigStream(',') AS (s1: chararray, s2: int);\n        |DUMP in;\n      \"\"\".stripMargin)\n\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"in\").get))\n    val expectedCode = cleanString(\n      \"\"\"\n      |val in = PigStream[_t$1_Tuple]().receiveStream(ssc, \"localhost\", 5555,\n      |(data: Array[String]) => _t$1_Tuple(data(0).toString, data(1).toInt), \",\")\n    \"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for loading a stream\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val ops = parseScript(\n      \"\"\"\n        |in = LOAD 'file.csv' USING PigStream(',') AS (f1: int, f2: int);\n        |DUMP in;\n      \"\"\".stripMargin)\n\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"in\").get))\n    val expectedCode = cleanString(\n      \"\"\"\n        |val in = PigStream[_t$1_Tuple]().loadStream(ssc, \"file.csv\",\n        |(data: Array[String]) => _t$1_Tuple(data(0).toInt, data(1).toInt), \",\")\n      \"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for simple ORDER BY\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    ctx.set(\"tuplePrefix\", \"t\")\n    val op = OrderBy(Pipe(\"B\"), Pipe(\"A\"), List(OrderBySpec(PositionalField(0), OrderByDirection.AscendingOrder)))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val B = A.transform(rdd => rdd.repartition(1).sortBy(t => t.get(0), true))\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for complex ORDER BY\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    ctx.set(\"tuplePrefix\", \"t\")\n    val op = OrderBy(Pipe(\"B\"), Pipe(\"A\"), List(OrderBySpec(NamedField(\"f1\"), OrderByDirection.AscendingOrder),\n      OrderBySpec(NamedField(\"f3\"), OrderByDirection.AscendingOrder)))\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.CharArrayType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))))\n    op.schema = Some(schema)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val B = A.transform(rdd => rdd.repartition(1).sortBy(t => custKey_B_A(t._0,t._2), true))\")\n    assert(generatedCode == expectedCode)\n\n    val generatedHelperCode = cleanString(codeGenerator.emitHelperClass(ctx, op))\n    val expectedHelperCode = cleanString(\n      \"\"\"case class custKey_B_A(c1: String, c2: Int) extends Ordered[custKey_B_A] {\n        |def compare(that: custKey_B_A) = {\n        |if (this.c1 == that.c1) { this.c2 compare that.c2 } else this.c1 compare that.c1 } }\n        |\"\"\".stripMargin)\n    assert(generatedHelperCode == expectedHelperCode)\n  }\n\n  it should \"contain code for WINDOW with RANGE size and RANGE slider\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val op = Window(Pipe(\"b\"), Pipe(\"a\"), (5, \"SECONDS\"), (1, \"SECONDS\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val b = a.window(SECONDS(5), SECONDS(1))\")\n    assert(generatedCode == expectedCode)\n  }\n\n  \/*\n   * Not supported in Spark Streaming.\n   *\n  it should \"contain code for WINDOW with RANGE size and ROWS slider\" in {\n  \tval ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val op = Window(Pipe(\"b\"), Pipe(\"a\"), (5, \"SECONDS\"), (10, \"\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val b = a.window(Time.of(5, TimeUnit.SECONDS)).every(Count.of(10))\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for WINDOW with ROWS size and RANGE slider\" in {\n  \tval ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val op = Window(Pipe(\"b\"), Pipe(\"a\"), (100, \"\"), (1, \"SECONDS\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val b = a.window(Count.of(100)).every(Time.of(1, TimeUnit.SECONDS))\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for WINDOW with ROWS size and ROWS slider\" in {\n  \tval ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    val op = Window(Pipe(\"b\"), Pipe(\"a\"), (100, \"\"), (10, \"\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val b = a.window(Count.of(100)).every(Count.of(10))\")\n    assert(generatedCode == expectedCode)\n  }\n  *\/\n\n  \/*\n   * Not supported in Spark Streaming.\n   *\n  it should \"contain code for a CROSS operator on two relations\" in {\n  \tval ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    \/\/ a = Cross b, c;\n    val op = Cross(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")),(10, \"SECONDS\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n                                     |val a = b.cross(c).onWindow(10, TimeUnit.SECONDS).map{\n                                     |t => t._1 ++ t._2\n                                     |}\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a CROSS operator on more than two relations\" in {\n  \tval ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    \/\/ a = Cross b, c, d;\n    val op = Cross(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")),(10, \"SECONDS\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n                                     |val a = b.cross(c).onWindow(10, TimeUnit.SECONDS).map{\n                                     |t => t._1 ++ t._2\n                                     |}.cross(d).onWindow(10, TimeUnit.SECONDS).map{\n                                     |t => t._1 ++ t._2\n                                     |}\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n  *\/\n  it should \"contain code for a binary JOIN statement with simple expression\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    ctx.set(\"tuplePrefix\", \"t\")\n    JoinEmitter.joinKeyVars.clear()\n\n    Schema.init()\n    val op = Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")), List(List(PositionalField(0)), List(PositionalField(0))))\n    val schema = Schema(Array(Field(\"f1\", Types.CharArrayType),\n                              Field(\"f2\", Types.DoubleType),\n                              Field(\"f3\", Types.IntType)))\n    val input1 = Pipe(\"b\", Load(Pipe(\"b\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"c\", Load(Pipe(\"c\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2)\n    op.constructSchema\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val b_kv = b.map(t => (t._0,t))\n      |val c_kv = c.map(t => (t._0,t))\n      |val a_hp = new org.apache.spark.HashPartitioner(32)\n      |val a = b_kv.partitionBy(a_hp).join(c_kv.partitionBy(a_hp)).map{ case (k,(v,w)) => val res = _t$1_Tuple(v._0, v._1, v._2, w._0, w._1, w._2) res }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a binary JOIN statement with expression lists\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    ctx.set(\"tuplePrefix\", \"t\")\n    JoinEmitter.joinKeyVars.clear()\n    \n    Schema.init()\n    val op = Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")), List(List(PositionalField(0), PositionalField(1)),\n      List(PositionalField(1), PositionalField(2))))\n    val schema = Schema(Array(Field(\"f1\", Types.CharArrayType),\n                              Field(\"f2\", Types.DoubleType),\n                              Field(\"f3\", Types.IntType)))\n    val input1 = Pipe(\"b\", Load(Pipe(\"b\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"c\", Load(Pipe(\"c\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2)\n    op.constructSchema\n        \n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val b_kv = b.map(t => (Array(t._0,t._1).mkString,t))\n      |val c_kv = c.map(t => (Array(t._1,t._2).mkString,t))\n      |val a_hp = new org.apache.spark.HashPartitioner(32)\n      |val a = b_kv.partitionBy(a_hp).join(c_kv.partitionBy(a_hp)).map{ case (k,(v,w)) => val res = _t$1_Tuple(v._0, v._1, v._2, w._0, w._1, w._2) res }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a multiway JOIN statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    ctx.set(\"tuplePrefix\", \"t\")\n    JoinEmitter.joinKeyVars.clear()\n\n    Schema.init()\n    val op = Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")), List(List(PositionalField(0)),\n      List(PositionalField(0)), List(PositionalField(0))))\n    val schema = Schema(Array(Field(\"f1\", Types.CharArrayType),\n                              Field(\"f2\", Types.DoubleType),\n                              Field(\"f3\", Types.IntType)))\n    val input1 = Pipe(\"b\", Load(Pipe(\"b\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"c\", Load(Pipe(\"c\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    val input3 = Pipe(\"d\", Load(Pipe(\"d\"), \"input\/file.csv\", Some(schema), Some(\"PigStream\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2, input3)\n    op.constructSchema\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n                                     |val b_kv = b.map(t => (t._0,t))\n                                     |val c_kv = c.map(t => (t._0,t))\n                                     |val d_kv = d.map(t => (t._0,t))\n                                     |val a = b_kv.join(c_kv).join(d_kv).map{ case (k,((v1,v2),v3)) => val res = _t$1_Tuple(v1._0, v1._1, v1._2, v2._0, v2._1, v2._2, v3._0, v3._1, v3._2) res }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a UNION operator on two relations\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    \/\/ a = UNION b, c;\n    val op = Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.union(c)\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a UNION operator on more than two relations\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    \/\/ a = UNION b, c, d;\n    val op = Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.union(c).union(d)\")\n    assert(generatedCode == expectedCode)\n  }\n\n  \/*------------------------------------------------------------------------------------------------- *\/\n  \/*                                 Testing of Hybrid Operators                                      *\/\n  \/*------------------------------------------------------------------------------------------------- *\/\n\n  \/*******************\/\n  \/* Test for FILTER *\/\n  \/*******************\/\n  it should \"contain code for FILTER\" in {\n    val ctx = CodeGenContext(CodeGenTarget.SparkStreaming)\n    CodeEmitter.profiling = false\n\n    val op = Filter(Pipe(\"a\"), Pipe(\"b\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\"))))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.filter{t => val res = t.get(1) < 42 res }\")\n    assert(generatedCode == expectedCode)\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/expr\/Traverser.scala","text":"package dbis.piglet.expr\n\n\/\/import dbis.piglet.op.{Func, RefExpr, Expr, NamedField}\nimport dbis.piglet.schema.Schema\n\nimport scala.collection.mutable.ListBuffer\n\n\nclass NamedFieldExtractor {\n  val fields = ListBuffer[NamedField]()\n\n  def collectNamedFields(schema: Schema, ex: Expr): Boolean = ex match {\n    case RefExpr(r) => r match {\n      case NamedField(n, _) => fields += r.asInstanceOf[NamedField]; true\n      case _ => true\n    }\n    case _ => true\n  }\n}\n\nclass RefExprExtractor {\n  val exprs = ListBuffer[RefExpr]()\n\n  def collectRefExprs(schema: Schema, ex: Expr): Boolean = ex match {\n    case RefExpr(r) => exprs += ex.asInstanceOf[RefExpr]; true\n    case _ => true\n  }\n}\n\nclass FuncExtractor {\n  val funcs = ListBuffer[Func]()\n\n  def collectFuncExprs(schema: Schema, ex: Expr): Boolean = ex match {\n    case Func(f, params) => funcs += ex.asInstanceOf[Func]; true\n    case _ => true\n  }\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/StatServer.scala","text":"package dbis.piglet.mm\n\nimport java.net.{HttpURLConnection, InetSocketAddress, URLDecoder}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport akka.actor.{Actor, ActorRef, ActorSystem, PoisonPill, Props}\nimport com.sun.net.httpserver.{HttpExchange, HttpHandler, HttpServer}\nimport dbis.piglet.tools.Conf\nimport dbis.piglet.tools.logging.PigletLogging\n\nimport scala.util.{Failure, Success}\n\n\/**\n  * The StatServer starts a HTTP Server on a specified port\n  * and listens for incoming profiling information\n  *\/\nobject StatServer extends PigletLogging {\n\n  private lazy val port = Conf.statServerPort\n  private lazy val allowedQueuedConnections = 100\n  private lazy val system = ActorSystem(\"pigletstats\")\n\n  var server: HttpServer = _\n  var writer: ActorRef = _\n\n  private val actorName = \"statswriter\"\n\n  def start(profilerSettings: ProfilerSettings): Unit = {\n\/\/    writer = system.actorOf(Props[StatsWriterActor], name = \"statswriter\")\n\n    system.actorSelection(system \/ actorName).resolveOne(3.seconds).onComplete {\n      case Success(ref) =>\n        writer = ref\n      case Failure(_) =>\n        writer = system.actorOf(Props(new StatsWriterActor(profilerSettings)), name = actorName)\n    }\n\n\n    if(server == null) {\n      server = HttpServer.create(new InetSocketAddress(java.net.InetAddress.getLocalHost.getHostAddress, port), allowedQueuedConnections)\n      server.createContext(\"\/times\", new TimesHandler(writer))\n      server.createContext(\"\/sizes\", new SizesHandler(writer))\n      logger.debug(s\"Stats server will listen on $port\")\n\n      server.start()\n      logger.debug(\"started stat server\")\n    }\n\n  }\n\n  def stop(): Unit = {\n    logger.debug(\"closing stat servers\")\n    if(server != null)\n      server.stop(10.seconds.toSeconds.toInt) \/\/ 10 = timeout seconds\n\n    \/\/ send the PoisonPill to the writer actor to stop it\n    if(writer != null)\n      writer ! PoisonPill\n\n    \/\/ give the writer some time to process pending messages\n    Thread.sleep(3.seconds.toSeconds)\n\n    \/\/ shutdown the Akka system\n    system.terminate()\n  }\n\n}\n\ntrait StatsHandler {\n\n  def getData(qry: String): String = {\n    val values = qry.split(\"=\")\n    require(values.length == 2)\n    URLDecoder.decode(values(1), \"UTF-8\")\n  }\n\n}\n\nclass TimesHandler(private val writer: ActorRef) extends HttpHandler with StatsHandler with PigletLogging {\n\n  override def handle(httpExchange: HttpExchange): Unit = {\n    val msg = getData(httpExchange.getRequestURI.getQuery)\n\n\/\/    logger.debug(s\"received time msg: $msg\")\n\n    httpExchange.sendResponseHeaders(200, -1)\n    httpExchange.getRequestBody.close()\n\n    writer ! TimeMsg(msg)\n  }\n}\n\nclass SizesHandler(private val writer: ActorRef) extends HttpHandler with StatsHandler {\n  override def handle(httpExchange: HttpExchange): Unit = {\n    val msg = getData(httpExchange.getRequestURI.getQuery)\n\n    httpExchange.sendResponseHeaders(200, -1)\n    httpExchange.getRequestBody.close()\n\n    writer ! SizeMsg(msg)\n  }\n}\n\n\/**\n  * An Akka Actor for asynchronously processing the messages that the HTTP received\n  *\n  *\/\nclass StatsWriterActor(profilerSettings: ProfilerSettings) extends Actor with PigletLogging  {\n\n  \/* Receive the message string, split it into its components and send it to the\n   * DataflowProfiler\n   *\/\n\n  def receive = {\n    case msg: TimeMsg =>\n      if(msg.values.lineage == \"end\")\n        logger.debug(\"received end msg\")\n\n      \/\/ store info in profiler\n\/\/      DataflowProfiler.addExecTime(lineage, partitionId, parentsList, currTime)\n      DataflowProfiler.addExecTime(msg.values)\n    case msg: SizeMsg =>\n\/\/      logger.debug(s\"reiceived size msg: $msg\")\n      DataflowProfiler.addSizes(msg.values, profilerSettings.fraction)\n\n\n    case msg =>\n      logger.debug(s\"received unknown msg: $msg\")\n  }\n}\n\nsealed trait StatMsg\ncase class TimeMsg(private val msg: String) extends  StatMsg {\n  lazy val values = {\n    val arr = msg.split(StatsWriterActor.FIELD_DELIM)\n\n    val lineage = arr(0)\n    val partitionId = arr(1).toInt\n    val parents = arr(2)\n    val currTime = arr(3).toLong\n\n    val parentsList = parents.split(StatsWriterActor.DEP_DELIM)\n      .filter(_.nonEmpty)\n      .map { s =>\n        s.split(StatsWriterActor.PARENT_DELIM)\n          .map(_.toInt)\n          .toList\n      }\n      .toList\n\n    TimeInfo(lineage, partitionId, currTime, parentsList)\n  }\n}\ncase class SizeMsg(private val sizes: String) extends StatMsg {\n\n  lazy val values = sizes.split(StatsWriterActor.FIELD_DELIM).map{s =>\n    val a = s.split(StatsWriterActor.SIZE_DELIM)\n    val lineage = a(0)\n    val numRecords = a(1).toLong\n    val numBytes = a(2).toDouble\n    SizeInfo(lineage, records = numRecords, bytes = numBytes)\n  }\n}\n\n\/\/case class SizeMsg(value: String)\n\nobject StatsWriterActor {\n  \/\/ keep in sync with [[dbis.piglet.backends.spark.PerfMonitor]]\n  final val FIELD_DELIM = \";\"\n  final val PARENT_DELIM = \",\"\n  final val DEP_DELIM = \"#\"\n  final val SIZE_DELIM = \":\"\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/StreamGroupingEmitter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.scala_lang.GroupingEmitter\n\nclass StreamGroupingEmitter extends GroupingEmitter {\n  override def template: String = \"\"\"<if (expr)>\n                                    |    val <out> = <in>.transform(rdd => rdd.groupBy(t => {<expr>}).map{case (k,v) => <class>(<keyExtr>,v)})\n                                    |<else>\n                                    |    val <out> = <in>.transform(rdd => rdd.coalesce(1).glom.map(t => <class>(\"all\", t)))\n                                    |<endif>\"\"\".stripMargin\n}\n\nobject StreamGroupingEmitter {\n\tlazy val instance = new StreamGroupingEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Store.scala","text":"<reponame>ksattler\/piglet<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport java.net.URI\n\n\/**\n * Store represents the STORE operator of Pig.\n *\n * @param in the input pipe\n * @param file the name of the output file\n * @param func the name of the storage function implemented in the backend library\n * @param params a list of parameter strings for the storage function\n *\/\ncase class Store(\n    private val in: Pipe,\n    file: String,\n    func: Option[String] = None, \/\/BackendManager.backend.defaultConnector,\n    params: List[String] = null) extends PigOperator(List(), List(in)) {\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = {\n    s\"\"\"STORE%$file%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"STORE\n       |  in = $inPipeName\n       |  func = $func\n       |  file = $file\n       |  params = ${if(params != null) params.mkString(\",\") else \"null\" }\"\"\".stripMargin\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/build.sbt","text":"<filename>flinklib\/build.sbt\nimport Dependencies._\n\nname := \"flinklib\"\n\nlibraryDependencies ++= Seq(\n    scalaCompiler,\n    scalaTest % \"test\" withSources(),\n    jeromq,\n    flinkScala % \"provided\",\n    flinkStreaming % \"provided\",\n    typesafe,\n    log4j,\n    akkaLogging\n)\n\nresolvers += \"Sonatype (releases)\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/\"\n\nscalacOptions ++= Seq(\"-feature\",\"-language:implicitConversions\")\n\ntest in assembly := {}\nlogLevel in assembly := Level.Error\n\/\/\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/tools\/FileTools.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.tools\n\nimport java.io.{FileOutputStream, InputStream, OutputStream}\nimport java.net.{ConnectException, URI}\nimport java.nio.file.{Files, Path}\nimport java.util.jar.JarFile\n\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.setm.SETM.timing\n\n\/\/object ByteUnits extends Enumeration {\n\/\/  type ByteUnits = Value\n\/\/  val Byte, KB, MB, GB, TB, ZB = Value\n\/\/}\n\/\/\n\/\/import dbis.piglet.tools.ByteUnits._\n\/\/case class ByteUnit(value: Long, unit: ByteUnits) {\n\/\/  def +(other: ByteUnit): ByteUnit = ???\n\/\/}\n\/\/\n\/\/\n\/\/\n\/\/object Tools {\n\/\/  object Implicits {\n\/\/\/\/    implicit def Byte(n: Long): ByteUnit = ByteUnit(n, ByteUnits.Byte)\n\/\/\/\/    implicit def KB(n: Long): ByteUnit = ByteUnit(n, ByteUnits.KB)\n\/\/\/\/    implicit def MB(n: Long): ByteUnit = ByteUnit(n, ByteUnits.MB)\n\/\/\/\/    implicit def GB(n: Long): ByteUnit = ByteUnit(n, ByteUnits.GB)\n\/\/\/\/    implicit def TB(n: Long): ByteUnit = ByteUnit(n, ByteUnits.TB)\n\/\/\/\/    implicit def ZB(n: Long): ByteUnit = ByteUnit(n, ByteUnits.ZB)\n\/\/  }\n\/\/}\n\nobject FileTools extends PigletLogging {\n\n\n\n  def recursiveDelete(dir: Path): Unit = recursiveDelete(dir.toString()) \n  def recursiveDelete(dir: String): Unit = {\n    val path = scalax.file.Path.fromString(dir)\n    try {\n      path.deleteRecursively(continueOnFailure = false)\n\/\/      logger.debug(s\"removed output directory at $dir\")\n    }\n    catch {\n      case e: java.io.IOException => logger.debug(s\"Could not remove result directory at ${path}: ${e.getMessage}\")\n    }\n  }\n  \n  def copyStream(istream: InputStream, ostream: OutputStream): Unit = {\n    var bytes = new Array[Byte](1024)\n    var len = -1\n    while ({ len = istream.read(bytes, 0, 1024); len != -1 })\n      ostream.write(bytes, 0, len)\n  }\n\n\n  def extractJarToDir(jarName: String, outDir: Path): Unit = timing(\"extracting jar\") {\n\n    logger.debug(s\"extracting jar $jarName to $outDir\")\n\n    val jar = new JarFile(jarName)\n    val enu = jar.entries\n    while (enu.hasMoreElements) {\n      val entry = enu.nextElement\n      val entryPath = entry.getName\n\n      \/\/ we don't need the MANIFEST.MF file\n      if (!entryPath.endsWith(\"MANIFEST.MF\")) {\n\n        \/\/ println(\"Extracting to \" + outDir + \"\/\" + entryPath)\n        if (entry.isDirectory) {\n          Files.createDirectories(outDir.resolve(entryPath))\n        } else {\n          val istream = jar.getInputStream(entry)\n          val ostream = new FileOutputStream(outDir.resolve(entryPath).toFile())\n          copyStream(istream, ostream)\n          ostream.close\n          istream.close\n        }\n      }\n    }\n  }\n  \n  \/**\n   * Send a HTTP GET request to the specified server.\n   * The method returns <code>true<\/code> if the response\n   * is a success otherwise <code>false<\/code>. \n   * \n   * @param url the HTTP URL of the server to check\n   * @return Returns <code>true<\/code> if the server is reachable, otherwise <code>false<\/code>\n   *\/\n  def checkHttpServer(url: URI): Boolean = try {\n    scalaj.http.Http(url.toString()).asString.isSuccess\n  } catch {\n  case e: ConnectException => false\n  }\n    \n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/FlinkRun.scala","text":"<filename>flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/FlinkRun.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink\n\nimport java.nio.file.Path\n\nimport dbis.piglet.backends.PigletBackend\nimport dbis.piglet.tools.logging.PigletLogging\nimport org.apache.flink.client.CliFrontend\n\nclass FlinkRun extends PigletBackend with PigletLogging {\n\n  override def execute(master: String, className: String, jarFile: Path, backendArgs: Map[String,String], profiling: Boolean){\n    \/\/ CliFrontend  needs FLINK_CONF_DIR to be set \n    val args = backendArgs.flatMap { case (k, v) => Array(k) ++ Array(v) }\n    if (master.startsWith(\"local\") && !master.startsWith(\"localhost\")){  \n      val cli = new CliFrontend\n      val ret = cli.parseParameters(Array(\"run\", \"-q\") ++ args ++ Array(\"--class\", className, jarFile.toString) ++ args)\n      logger.info(s\"completed with status code $ret\")\n    }\n    else {\n      val cli = new CliFrontend\n      val ret = cli.parseParameters(Array(\"run\", \"-q\", \"--jobmanager\", master) ++ args ++ Array(\"--class\", className, jarFile.toString))\n      logger.info(s\"completed with status code $ret\")\n    }\n  }\n\n  override def executeRaw(file: Path, master: String, backendArgs: Map[String,String]) = ???\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Grouping.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op\n\nimport dbis.piglet.schema._\nimport dbis.piglet.expr.Ref\nimport dbis.piglet.expr.RefExpr\nimport dbis.piglet.expr.NamedField\n\n\n\/**\n * Represents the grouping expression for the Grouping operator.\n *\n * @param keyList a list of keys used for grouping\n *\/\ncase class GroupingExpression(keyList: List[Ref]) {\n  \/**\n   * Construct the type of the grouping expression\n   *\n   * @param schema the optional input schema\n   * @return the expression type\n   *\/\n  def resultType(schema: Option[Schema]): PigType = {\n    def typeForRef(r: Ref): PigType = {\n       \/*\n        * We create a temporary expression, because the result type construction is already\n        * implemented there.\n        *\/\n      val ex = RefExpr(r)\n      ex.resultType(schema)\n    }\n\n    if (keyList.isEmpty) {\n      \/\/ GROUP ALL\n      Types.CharArrayType\n    }\n    else if (keyList.lengthCompare(1) == 0) {\n      typeForRef(keyList.head)\n    }\n    else {\n      val resList = keyList.map {\n        case r@NamedField(n, _) => (n, typeForRef(r))\n        case r => (\"\", typeForRef(r))\n      }.map{ case (n, t) => Field(n, t)}\n      TupleType(resList.toArray)\n    }\n  }\n}\n\n\/**\n * Grouping represents the GROUP ALL \/ GROUP BY operator of Pig.\n *\n * @param out the output pipe (relation).\n * @param in the input pipe\n * @param groupExpr the expression (a key or a list of keys) used for grouping\n * @param windowMode true if processed on a window on a data stream\n *\/\ncase class Grouping(\n    private val out: Pipe, \n    private val in: Pipe, \n    groupExpr: GroupingExpression, \n    var windowMode: Boolean = false\n  ) extends PigOperator(out, in) {\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = {\n    s\"\"\"GROUPBY%$groupExpr%\"\"\" + super.lineageString\n  }\n\n  override def constructSchema: Option[Schema] = {\n    \/\/ tuple(group: typeOfGroupingExpr, in:bag(inputSchema))\n    val inSchema = inputSchema\n    val inputType = inSchema match {\n      case Some(s) => s.element.valueType\n      case None => TupleType(Array(Field(\"\", Types.ByteArrayType)))\n    }\n\n    val groupingType = groupExpr.resultType(inputSchema)\n\n    \/\/ the group field gets the original grouping expression as lineage, e.g. rel.column\n    val groupField = Field(\"group\", groupingType, List(s\"$inPipeName.${groupExpr.keyList.mkString}\"))\n\n    val aggField = Field(inputs.head.name, BagType(inputType))\n\n    val fields = Array(groupField, aggField)\n\n\n    schema = Some(Schema(fields))\n    schema\n  }\n\n  override def checkSchemaConformance: Boolean = {\n    inputSchema match {\n      case Some(s) =>\n        \/\/ if we know the schema we check all named fields\n        ! groupExpr.keyList.filter(_.isInstanceOf[NamedField]).exists(f => s.indexOfField(f.asInstanceOf[NamedField]) == -1)\n      case None =>\n        \/\/ if we don't have a schema all expressions should contain only positional fields\n        ! groupExpr.keyList.exists(_.isInstanceOf[NamedField])\n    }\n  }\n\n\n  override def toString: String =\n    s\"\"\"GROUPING\n       |  out = ${outPipeNames.mkString(\",\")}\n       |  in = ${inPipeNames.mkString(\",\")}\n       |  inSchema  = $inputSchema\n       |  outSchema = $schema\n       |  group on  = $groupExpr\"\"\".stripMargin\n\n}\n\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/package.scala","text":"package dbis.piglet.plan.rewriting\n\n\/** This package is not meant for public use, it's only providing functions for various parts of the\n  * [[dbis.piglet.plan.rewriting.Rewriter]] object.\n  *\/\npackage object internals {\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/parser\/PigParser.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.parser\n\nimport java.net.URI\nimport java.util.NoSuchElementException\n\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.op.cmd._\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.HdfsCommand\nimport dbis.piglet.tools.logging.PigletLogging\n\nimport scala.language.{implicitConversions, postfixOps}\nimport scala.util.parsing.combinator.JavaTokenParsers\nimport scala.util.parsing.input.CharSequenceReader\n\n\/**\n * A parser for the (extended) Pig language.\n *\/\nclass PigParser extends JavaTokenParsers with PigletLogging {\n\n  override protected val whiteSpace = \"\"\"(\\s|--.*)+\"\"\".r\n\n  \/**\n   * A helper class for supporting case-insensitive keywords.\n   *\n   * @param str the keyword string to be handled.\n   *\/\n  class CaseInsensitiveString(str: String) {\n    def ignoreCase: Parser[String] = (\"\"\"(?i)\\Q\"\"\" + str + \"\"\"\\E\"\"\").r\n  }\n\n  implicit def pimpString(str: String): CaseInsensitiveString = new CaseInsensitiveString(str)\n\n  def pigStringLiteral: Parser[String] =\n    (\"'\"+\"\"\"([^'\\p{Cntrl}\\\\]|\\\\[\\\\\"bfnrt]|\\\\u[a-fA-F0-9]{4})*\"\"\"+\"'\").r\n\n  def unquote(s: String): String = if(s.startsWith(\"'\") && s.endsWith(\"'\")) s.substring(1, s.length - 1) else s\n\n  def num: Parser[Int] = wholeNumber ^^ (_.toInt)\n\n  def bag: Parser[String] = \"\"\"\\$?[a-zA-Z_]\\w*\"\"\".r\n  def fileName: Parser[String] = pigStringLiteral ^^ { str => unquote(str) }\n\n  def className: Parser[String] = repsep(ident, \".\") ^^ { identList => identList.mkString(\".\")}\n\n  \/*\n   * A reference can be a named field, a positional field (e.g $0, $1, ...) or a literal.\n   *\/\n  def posField: Parser[Ref] = \"\"\"\\$[0-9]*\"\"\".r ^^ { p => PositionalField(p.substring(1, p.length).toInt) }\n  \/*\n   * A NamedField is either just the field name or the field name with lineage information prepended.\n   *\/\n  def namedField: Parser[Ref] = not(boolean) ~>  (namedFieldWithLineage | namedFieldWithoutLineage)\n  def namedFieldWithoutLineage: Parser[NamedField] =  bag ^^ (i => NamedField(i))\n  def namedFieldWithLineage: Parser[NamedField] = rep1sep(bag, Field.lineageSeparator) ^^\n    (l => NamedField.fromStringList(l))\n\n  \/*\n   * A constant is either a floating point number, an integer, a string literal or a boolean value.\n   *\/\n  def literalField: Parser[Ref] =\n    floatingPointNumber ^^ { n => if (n.contains('.')) Value(n.toDouble) else Value(n.toInt) } |\n      wholeNumber ^^ { i => Value(i.toInt) } |\n      stringLiteral ^^ { s => Value(s) } |\n    boolean ^^ { b => Value(b) }\n\n  def fieldSpec: Parser[Ref] = namedField | posField | literalField\n  \/*\n   * A reference can be also a dereference operator for tuples, bags or maps.\n   *\/\n  def derefBagOrTuple: Parser[Ref] = (namedField | posField) ~ \".\" ~ (posField | namedField) ^^ { case r1 ~ _ ~ r2 => DerefTuple(r1, r2) }\n  def derefMap: Parser[Ref] = (namedField | posField) ~ \"#\" ~ stringLiteral ^^ { case m ~ _ ~ k => DerefMap(m, k) }\n\n  def ref: Parser[Ref] = derefMap | derefBagOrTuple | fieldSpec \/\/ ( fieldSpec | derefBagOrTuple | derefMap)\n\n  def arithmExpr: Parser[ArithmeticExpr] = term ~ rep(\"+\" ~ term | \"-\" ~ term) ^^ {\n    case l ~ list => list.foldLeft(l) {\n      case (x, \"+\" ~ i) => Add(x,i)\n      case (x, \"-\" ~ i) => Minus(x,i)\n    }\n  }\n\n\/\/  literalField ^^ { f => RefExpr(f) }\n\/\/    | func ^^ { f => f }\n\n\n  def term: Parser[ArithmeticExpr] = factor ~ rep(\"*\" ~ factor | \"\/\" ~ factor) ^^ {\n    case l ~ list => list.foldLeft(l) {\n      case (x, \"*\" ~ i) => Mult(x,i)\n      case (x, \"\/\" ~ i) => Div(x,i)\n    }\n  }\n\n  \/\/ def typeName: Parser[String] = ( \"int\" | \"float\" | \"double\" | \"chararray\"| \" bytearray\") ^^ { s => s }\n\n  def castTypeSpec: Parser[PigType] = (\n    intKeyword ^^ { _ => Types.IntType }\n      | longKeyword ^^ { _ => Types.LongType }\n      | floatKeyword ^^ { _ => Types.FloatType }\n      | doubleKeyword ^^ { _ => Types.DoubleType }\n      | booleanKeyword ^^ { _ => Types.BooleanType }\n      | chararrayKeyword ^^ { _ => Types.CharArrayType }\n      | bytearrayKeyword ^^{ _ => Types.ByteArrayType }\n      | tupleKeyword ~ \"(\" ~ repsep(castTypeSpec, \",\") ~ \")\" ^^{\n            case _ ~ _ ~ typeList ~ _ => TupleType(typeList.map(t => Field(\"\", t)).toArray)\n        }\n      \/*\n       * bag schema: bag{tuple(<list of types>)}\n       *\/\n     \/\/ | \"bag\" ~ \"{\" ~ \"tuple\" ~ \"(\" ~ \")\" ~ repsep(castTypeSpec, \",\") ~ \"}\" ^^{ case _ ~ \"{\" ~ tup ~ \"}\" => BagType(\"\", tup) }\n      \/*\n       * map schema: map[<list of types>]\n       *\/\n      | mapKeyword ~ \"[\" ~ \"]\" ^^{ case _ ~ _ ~ _ => MapType(Types.ByteArrayType) }\n    )\n\n  def factor: Parser[ArithmeticExpr] =  (\n     \"(\" ~ castTypeSpec ~ \")\" ~ refExpr ^^ { case _ ~ t ~ _ ~ e => CastExpr(t, e) }\n      | \"(\" ~ arithmExpr ~ \")\" ^^ { case _ ~ e ~ _ => PExpr(e) }\n       | \"flatten\" ~ \"(\" ~ arithmExpr ~ \")\" ^^ { case _ ~ _ ~ e ~ _  => FlattenExpr(e) }\n       | typeConstructor\n       | func\n      | refExpr\n    )\n\n  def func: Parser[ArithmeticExpr] = className ~ \"(\" ~ repsep(arithmExpr, \",\") ~ \")\" ^^ { case f ~ _ ~ p ~ _ => Func(f, p) }\n  def refExpr: Parser[ArithmeticExpr] = ref ^^ { r => RefExpr(r) }\n\n  \/*\n   * And it can be also a type constrctor for tuple, bag or map.\n  *\/\n  def tupleConstructor: Parser[ArithmeticExpr] = \"(\" ~ repsep(arithmExpr, \",\") ~ \")\" ^^ { case _ ~ l ~ _ => ConstructTupleExpr(l) }\n  def bagConstructor: Parser[ArithmeticExpr] = \"{\" ~ repsep(arithmExpr, \",\") ~ \"}\"  ^^ { case _ ~ l ~ _ => ConstructBagExpr(l) }\n  def mapConstructor: Parser[ArithmeticExpr] = \"[\" ~ repsep(arithmExpr, \",\") ~ \"]\"  ^^ { case _ ~ l ~ _ => ConstructMapExpr(l) }\n  def matrixConstructor: Parser[ArithmeticExpr] = matrixTypeName ~ \"(\" ~ num ~ \",\" ~ num ~ \", \" ~ arithmExpr ~ \")\" ^^{\n    case s ~ _ ~ rows ~ _ ~ cols ~ _ ~ expr ~ _ => ConstructMatrixExpr(s.substring(0, 2).toLowerCase, rows, cols, expr)\n  }\n\n\n\n  def typeConstructor: Parser[ArithmeticExpr] = tupleConstructor | bagConstructor | mapConstructor | matrixConstructor | geometryConstructor\n\n  def comparisonExpr: Parser[Predicate] = arithmExpr ~ (\"!=\" | \"<=\" | \">=\" | \"==\" | \"<\" | \">\") ~ (arithmExpr |\n    pigStringLiteral ) ^^ {\n    case a ~ op ~ (b: ArithmeticExpr) => op match {\n      case \"==\" => Eq(a, b)\n      case \"!=\" => Neq(a, b)\n      case \"<\" => Lt(a, b)\n      case \"<=\" => Leq(a, b)\n      case \">\" => Gt(a, b)\n      case \">=\" => Geq(a, b)\n    }\n    case a ~ op ~ (b: String) =>\n      val b_val = RefExpr(Value(s\"\"\"\"${unquote(b)}\"\"\"\"))\n      op match {\n        case \"==\" => Eq(a, b_val)\n        case \"!=\" => Neq(a, b_val)\n        case \"<\" => Lt(a, b_val)\n        case \"<=\" => Leq(a, b_val)\n        case \">\" => Gt(a, b_val)\n        case \">=\" => Geq(a, b_val)\n      }\n  }\n\n  def boolLiteral = boolean ^^ { b => BoolLiteral(b)}\n\n  def boolFactor: Parser[Predicate] = (\n    boolLiteral\n      | comparisonExpr ^^ { e => e }\n      | \"(\" ~ boolExpr ~ \")\" ^^ { case _ ~ e ~ _ => PPredicate(e) }\n      | func ^^ { f => Eq(f,RefExpr(Value(true))) }\n    )\n\n  def boolNotFactor: Parser[Predicate] = opt(notKeyword) ~ boolFactor ^^ {\n    case Some(_) ~ f => Not(f)\n    case None ~ f => f\n  }\n\n  def boolTerm: Parser[Predicate] = boolNotFactor ~ rep(andKeyword ~ boolNotFactor) ^^{\n    case f ~ list => list.foldLeft(f) {\n        case (p1, _ ~ p2) => And(p1, p2)\n      }\n  }\n\n  def boolExpr: Parser[Predicate] = boolTerm ~ rep(orKeyword ~ boolTerm) ^^{\n    case f ~ list => list.foldLeft(f) {\n      case (p1, _ ~ p2) => Or (p1, p2)\n    }\n  }\n\n  \/*\n   * The list of case-insensitive keywords we want to accept.\n   *\/\n  lazy val intKeyword = \"int\".ignoreCase\n  lazy val floatKeyword = \"float\".ignoreCase\n  lazy val longKeyword = \"long\".ignoreCase\n  lazy val doubleKeyword = \"double\".ignoreCase\n  lazy val bytearrayKeyword = \"bytearray\".ignoreCase\n  lazy val chararrayKeyword = \"chararray\".ignoreCase\n  lazy val tupleKeyword = \"tuple\".ignoreCase\n  lazy val mapKeyword = \"map\".ignoreCase\n  lazy val bagKeyword = \"bag\".ignoreCase\n  lazy val booleanKeyword = \"boolean\".ignoreCase\n\n  lazy val loadKeyword = \"load\".ignoreCase\n  lazy val dumpKeyword = \"dump\".ignoreCase\n  lazy val displayKeyword = \"display\".ignoreCase\n  lazy val storeKeyword = \"store\".ignoreCase\n  lazy val intoKeyword = \"into\".ignoreCase\n  lazy val filterKeyword = \"filter\".ignoreCase\n  lazy val byKeyword = \"by\".ignoreCase\n  lazy val groupKeyword = \"group\".ignoreCase\n  lazy val cogroupKeyword = \"cogroup\".ignoreCase\n  lazy val allKeyword = \"all\".ignoreCase\n  lazy val joinKeyword = \"join\".ignoreCase\n  lazy val crossKeyword = \"cross\".ignoreCase\n  lazy val distinctKeyword = \"distinct\".ignoreCase\n  lazy val defineKeyword = \"define\".ignoreCase\n  lazy val describeKeyword = \"describe\".ignoreCase\n  lazy val limitKeyword = \"limit\".ignoreCase\n  lazy val usingKeyword = \"using\".ignoreCase\n  lazy val foreachKeyword = \"foreach\".ignoreCase\n  lazy val generateKeyword = \"generate\".ignoreCase\n  lazy val asKeyword = \"as\".ignoreCase\n  lazy val unionKeyword = \"union\".ignoreCase\n  lazy val intersectionKeyword = \"intersection\".ignoreCase\n  lazy val differenceKeyword = \"difference\".ignoreCase\n  lazy val registerKeyword = \"register\".ignoreCase\n  lazy val streamKeyword = \"stream\".ignoreCase\n  lazy val throughKeyword = \"through\".ignoreCase\n  lazy val sampleKeyword = \"sample\".ignoreCase\n  lazy val orderKeyword = \"order\".ignoreCase\n  lazy val ascKeyword = \"asc\".ignoreCase\n  lazy val descKeyword = \"desc\".ignoreCase\n  lazy val andKeyword = \"and\".ignoreCase\n  lazy val orKeyword = \"or\".ignoreCase\n  lazy val notKeyword = \"not\".ignoreCase\n  lazy val toKeyword = \"to\".ignoreCase\n  lazy val socketReadKeyword = \"socket_read\".ignoreCase\n  lazy val socketWriteKeyword = \"socket_write\".ignoreCase\n  lazy val modeKeyword = \"mode\".ignoreCase\n  lazy val zmqKeyword = \"zmq\".ignoreCase\n  lazy val windowKeyword = \"window\".ignoreCase\n  lazy val rowsKeyword = \"rows\".ignoreCase\n  lazy val rangeKeyword = \"range\".ignoreCase\n  lazy val slideKeyword = \"slide\".ignoreCase\n  lazy val splitKeyword = \"split\".ignoreCase\n  lazy val ifKeyword = \"if\".ignoreCase\n  lazy val materializeKeyword = \"materialize\".ignoreCase\n  lazy val cacheKeyword = \"cache\".ignoreCase\n  lazy val rscriptKeyword = \"rscript\".ignoreCase\n  lazy val rdfLoadKeyword = \"rdfload\".ignoreCase\n  lazy val groupedOnKeyword = \"grouped on\".ignoreCase\n  lazy val trueKeyword = \"true\".ignoreCase\n  lazy val falseKeyword = \"false\".ignoreCase\n  lazy val fsKeyword = \"fs\".ignoreCase\n  lazy val setKeyword = \"set\".ignoreCase\n  lazy val returnsKeyword = \"returns\".ignoreCase\n  lazy val accumulateKeyword = \"accumulate\".ignoreCase\n  lazy val timestampKeyword = \"timestamp\".ignoreCase\n  lazy val zipKeyword = \"zip\".ignoreCase\n\n  def boolean: Parser[Boolean] = (\n      trueKeyword ^^ { _=> true }\n      | falseKeyword ^^ { _ => false }\n    )\n\n\n  \/*\n   * tuple schema: tuple(<list of fields>) or (<list of fields>)\n   *\/\n  def tupleTypeSpec: Parser[TupleType] =\n    (tupleKeyword ?) ~ \"(\" ~repsep(fieldSchema, \",\") ~ \")\" ^^{ case _ ~ _ ~ fieldList ~ _ => TupleType(fieldList.toArray) }\n\n  def matrixTypeName: Parser[String] = \"[sdSD][idID][mM][aA][tT][rR][iI][xX]\".r\n  def matrixTypeSpec: Parser[PigType] = matrixTypeName ~ \"(\" ~ num ~ \",\" ~ num ~ \")\" ^^{\n    case n ~ _ ~ rows ~ _ ~ cols ~ _ =>\n      val t = if (n.charAt(1) == 'i' || n.charAt(1) == 'I') Types.IntType else Types.DoubleType\n      val rep = if (n.charAt(0) == 's' || n.charAt(0) == 'S') MatrixRep.SparseMatrix else MatrixRep.DenseMatrix\n      MatrixType(t, rows, cols, rep)\n  }\n\n\/\/  def geometryTypeSpec: Parser[GeometryType] = geometryTypeName ~ \"(\" ~ stringLiteral ~ \")\" ^^ {\n\/\/    case _ ~ _ ~ wkt ~ _ =>  GeometryType(wkt)\n\/\/\n\/\/  }\n\n  def typeSpec: Parser[PigType] = (\n    intKeyword ^^ { _ => Types.IntType }\n    | longKeyword ^^ { _ => Types.LongType }\n    | floatKeyword ^^ { _ => Types.FloatType }\n    | doubleKeyword ^^ { _ => Types.DoubleType }\n    | booleanKeyword ^^ { _ => Types.BooleanType }\n    | chararrayKeyword ^^ { _ => Types.CharArrayType }\n    | bytearrayKeyword ^^{ _ => Types.ByteArrayType }\n    | tupleTypeSpec\n      \/*\n       * bag schema: bag{<tuple>} or {<tuple>}\n       *\/\n    | (bagKeyword ?) ~ \"{\" ~ tupleTypeSpec ~ \"}\" ^^{ case _ ~  _ ~ tup ~ _ => BagType(tup) }\n      \/*\n       * map schema: map[<list of fields>] or [<list of fields>]\n       *\/\n    | (mapKeyword ?) ~ \"[\" ~(typeSpec?) ~ \"]\" ^^{ case _ ~ _ ~ ty ~ _ => ty match {\n        case Some(t) => MapType(t)\n        case None => MapType(Types.ByteArrayType)\n    }}\n    | matrixTypeSpec\n    )\n\n  \/*\n   * schema of a field: <identifier> : type or simply <identifier>\n   *\/\n  def fieldType: Parser[PigType] = \":\" ~ typeSpec ^^ { case _ ~ t => t }\n  def fieldSchema: Parser[Field] = ident ~ (fieldType?) ^^ {\n    case n ~ t => t match {\n      case Some(tp) => Field(n, tp)\n      case None => Field(n, Types.ByteArrayType)\n    }\n  }\n  \/*\n   * <A> = LOAD <B> \"<FileName>\" USING <StorageFunc> (<OptParameters>) [ AS (<Schema>) ] [ TIMESTAMP(<field>) ]\n   *\/\n  def loadSchemaClause: Parser[Schema] = asKeyword ~ \"(\" ~ repsep(fieldSchema, \",\") ~ \")\" ^^{\n    case _ ~ _ ~ fieldList ~ _ => Schema(BagType(TupleType(fieldList.toArray)))\n  }\n\n  def usingClause: Parser[(String, List[String])] = usingKeyword ~ ident ~ \"(\" ~ repsep(params, \",\") ~ \")\" ^^ {\n    case _ ~ loader ~ _ ~ params ~ _ => (loader, params)\n  }\n\n  def params: Parser[String] = kvParam | plainParams\n\n  def kvParam = ident ~ \"=\" ~ plainParams ^^ {\n    case k ~ _ ~ v =>\n      val v2 = if(v.startsWith(\"'\") && v.endsWith(\"'\"))\n                 s\"\"\"\"${unquote(v)}\"\"\"\"\n               else\n                 v\n\n      s\"$k=$v2\"\n  }\n\n  def plainParams = (boolLiteral | decimalNumber | num | pigStringLiteral) ^^ {\n    case p: BoolLiteral => p.b.toString\n    case p => p.toString\n  }\n\n  def fieldRef: Parser[Ref] = posField | namedFieldWithoutLineage\n  def timestampClause: Parser[Ref] = timestampKeyword ~ \"(\" ~ fieldRef ~ \")\" ^^ { case _ ~ _ ~ f ~ _ => f }\n\n  def loadStmt: Parser[PigOperator] = bag ~ \"=\" ~ loadKeyword ~ fileName ~ (usingClause?) ~ (loadSchemaClause?) ~ (timestampClause?) ^^ {\n    case b ~ _ ~ _ ~ f ~ u ~ s ~ ts =>\n      val uri = f \/\/new URI(f)\n      if (s.isDefined && ts.isDefined) ts.get match {\n        case NamedField(n, _) => s.get.timestampField = s.get.indexOfField(n)\n        case PositionalField(p) => s.get.timestampField = p\n        case _ =>\n      }\n\n      u match {\n        case Some(p) =>\n          val params = if (p._2.isEmpty) null \/\/ no params given\n            else {\n              \/\/ transform given params to convert ' into \" - if it's an unquoted param (e.g. int, boolean values) leave it as is\n              p._2.map(s =>\n                if(s.startsWith(\"'\") && s.endsWith(\"'\"))\n                  s\"\"\"\"${unquote(s)}\"\"\"\"\n                else\n                  s\n              )\n            }\n\n          val s2 = if(p._1.toLowerCase() == \"textloader\" && s.isEmpty) {\n              \/* If no schema is given for text loader, create one implicitly.\n               * The schema will be one field with name \"line\" and type chararray\n               *\/\n              Some(Schema(BagType(TupleType(Array(Field(\"line\", Types.CharArrayType))))))\n            }\n            else\n              s\n\n          Load(Pipe(b), uri, s2, Some(p._1), params)\n\n        case None => Load(Pipe(b), uri, s)\n      }\n  }\n\n  def groupedOnClause: Parser[String] = groupedOnKeyword ~ (\"subject\" | \"predicate\" | \"object\") ^^ {\n    case _ ~ groupingColumn => groupingColumn\n  }\n\n  \/*\n   * <A> = RDFLOAD('<FileName>') grouped on <subject|predicate|object>;\n   *\/\n\n  def rdfLoadStmt: Parser[PigOperator] = bag ~ \"=\" ~ rdfLoadKeyword ~ \"(\" ~ fileName ~ \")\" ~ (groupedOnClause?) ^^ {\n    case b ~ _ ~ _ ~ _ ~ filename ~ _ ~ grouped =>\n      val uri = new URI(filename)\n      new RDFLoad(Pipe(b), uri, grouped)\n  }\n\n  lazy val mute = \"mute\".ignoreCase\n\n  \/*\n   * DUMP <A>\n   *\/\n  def dumpStmt: Parser[PigOperator] = dumpKeyword ~ bag ~ (mute?) ^^ { case _ ~ b ~ nuller => Dump(Pipe(b), nuller.isDefined) }\n\n  \/*\n   * DISPLAY <A>\n   *\/\n  def displayStmt: Parser[PigOperator] = displayKeyword ~ bag ^^ { case _ ~ b => Display(Pipe(b)) }\n\n  \/*\n   * STORE <A> INTO \"<FileName>\"\n   *\/\n  def storeStmt: Parser[PigOperator] = storeKeyword ~ bag ~ intoKeyword ~ fileName ~ (usingClause?) ^^ {\n    case _ ~ b ~  _ ~ f ~ u =>\n      val uri = f \/\/new URI(f)\n      u match {\n        case Some(p) => Store(Pipe(b), uri, Some(p._1), if (p._2.isEmpty) null else p._2.map(s => s\"\"\"\"${unquote(s)}\"\"\"\"))\n        case None => Store(Pipe(b), uri)\n      }\n  }\n\n  \/*\n   * GENERATE expr1, expr2, ...\n   *\/\n  def generateStmt: Parser[PigOperator] = plainForeachGenerator ^^ (g => Generate(g.asInstanceOf[GeneratorList].exprs))\n\n  \/*\n   * B = A.C;\n   *\/\n  def constructBagStmt: Parser[PigOperator] = bag ~ \"=\" ~ derefBagOrTuple ^^ { case res ~ _ ~ ref => ConstructBag(Pipe(res), ref) }\n\n  \/*\n   * Currently, Pig allows only DISTINCT, LIMIT, FILTER, ORDER BY + GENERATE and assignment inside FOREACH\n   *\/\n  def nestedStmt: Parser[PigOperator] = (distinctStmt | limitStmt | filterStmt | orderByStmt |\n    generateStmt | constructBagStmt) ~ \";\" ^^ { case op ~ _  => op }\n  def nestedScript: Parser[List[PigOperator]] = rep(nestedStmt)\n\n  \/*\n   * <A> = FOREACH <B> GENERATE <Expr> [ AS <Schema> ]\n   * <A> = FOREACH <B> { <SubPlan> }\n   *\/\n  def exprSchema: Parser[Field] = asKeyword ~ fieldSchema ^^ { case _ ~ t => t }\n  def simpleGeneratorExpr: Parser[GeneratorExpr] = arithmExpr ~ (exprSchema?) ^^ { case e ~ s => GeneratorExpr(e, s) }\n  def asteriskExpr: Parser[GeneratorExpr] = \"*\" ^^ (_ => GeneratorExpr(RefExpr(NamedField(\"*\"))))\n  def genExpr: Parser[GeneratorExpr] = asteriskExpr | simpleGeneratorExpr\n  def generatorList: Parser[List[GeneratorExpr]] = repsep(genExpr, \",\")\n  def plainForeachGenerator: Parser[ForeachGenerator] = generateKeyword ~ generatorList ^^ {\n    case _ ~ exList => GeneratorList(exList)\n  }\n  def nestedForeachGenerator: Parser[ForeachGenerator] = \"{\" ~ nestedScript ~ \"}\" ^^ {\n    case _ ~ opList ~ _ => GeneratorPlan(opList)\n  }\n  def foreachStmt: Parser[PigOperator] = bag ~ \"=\" ~ foreachKeyword ~ bag ~\n    (plainForeachGenerator | nestedForeachGenerator) ^^ {\n      case out ~ _ ~ _ ~ in ~ ex => Foreach(Pipe(out), Pipe(in), ex)\n    }\n\n  \/*\n   * <A> = ACCUMULATE <B> GENERATE <Expr> [ AS <Schema> ]\n   *\/\n  def accumulateStmt: Parser[PigOperator] = bag ~ \"=\" ~ accumulateKeyword ~ bag ~ generateKeyword ~ generatorList ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ exList => Accumulate(Pipe(out), Pipe(in), GeneratorList(exList))\n  }\n\n  \/*\n   * <A> = FILTER <B> BY <Predicate>\n   *\/\n  def filterStmt: Parser[PigOperator] = bag ~ \"=\" ~ filterKeyword ~ bag ~ byKeyword ~ boolExpr ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ pred => Filter(Pipe(out), Pipe(in), pred)\n  }\n\n  \/*\n   * DESCRIBE <A>\n   *\/\n  def describeStmt: Parser[PigOperator] = describeKeyword ~ bag ^^ { case _ ~ b => Describe(Pipe(b)) }\n\n\n  def cogroupList = bag ~ groupingClause ^^ {\n    case in ~ expr => (in, expr)\n  }\n\n  def cogroupStmt = bag ~ \"=\" ~ cogroupKeyword ~ repsep(cogroupList , \",\") ^^ {\n    case out ~ _ ~ _ ~ exprs =>\n      val inputs = exprs.map(t => Pipe(t._1))\n      val refs = exprs.map(t => t._2)\n\n      CoGroup(Pipe(out), inputs, refs)\n  }\n\n  \/*\n   * <A> = GROUP <B> ALL\n   * <A> = GROUP <B> BY <Ref>\n   * <A> = GROUP <B> B> ( <ListOfRefs> )\n   *\/\n  def refList: Parser[List[Ref]] = ref ^^ { r => List(r) } | \"(\" ~ repsep(ref, \",\") ~ \")\" ^^ { case _ ~ rlist ~ _ => rlist }\n\n  def groupingClause: Parser[GroupingExpression] = allKeyword ^^ {\n    _ => GroupingExpression(List())} |\n    (byKeyword ~ refList ^^ {\n      case _ ~ rlist => GroupingExpression(rlist)\n    })\n\n  def groupingStmt: Parser[PigOperator] = bag ~ \"=\" ~ groupKeyword ~ bag ~ groupingClause ^^ {\n    case out ~ _ ~ _ ~ in ~ grouping => Grouping(Pipe(out), Pipe(in), grouping) }\n\n  \/*\n   * <A> = DISTINCT <B>\n   *\/\n  def distinctStmt: Parser[PigOperator] = bag ~ \"=\" ~ distinctKeyword ~ bag ^^ { case out ~ _ ~ _ ~ in => Distinct(Pipe(out), Pipe(in), windowMode = false) }\n\n  \/*\n   * <A> = LIMIT <B> <Num>\n   *\/\n  def limitStmt: Parser[PigOperator] = bag ~ \"=\" ~ limitKeyword ~ bag ~ num ^^ { case out ~ _ ~ _ ~ in ~ num => Limit(Pipe(out), Pipe(in), num) }\n\n  \/*\n   * <A> = JOIN <B> BY <Ref>, <C> BY <Ref>, ...\n   * <A> = JOIN <B> BY ( <ListOfRefs> ), <C> BY ( <ListOfRefs>), ...\n   *\/\n  def joinExpr: Parser[(String, List[Ref])] = bag ~ byKeyword ~ refList ^^ { case b ~ _ ~ rlist => (b, rlist) }\n  def joinExprList: Parser[List[(String, List[Ref])]] = repsep(joinExpr, \",\") ^^ (jlist => jlist)\n  def extractJoinRelation(jList: List[(String, List[Ref])]): List[Pipe] = { jList.map{ case (alias, _) => Pipe(alias) } }\n  def extractJoinFields(jList: List[(String, List[Ref])]): List[List[Ref]] = { jList.map{ case (_, refs) => refs } }\n  def joinStmt: Parser[PigOperator] = bag ~ \"=\" ~ joinKeyword ~ joinExprList ^^ {\n    case out ~ _ ~ _ ~ jlist => Join(Pipe(out), extractJoinRelation(jlist), extractJoinFields(jlist)) }\n\n  \/*\n   * <A> = CROSS <B>, <C>, ...\n   *\/\n  def crossStmt: Parser[PigOperator] = bag ~ \"=\" ~ crossKeyword ~ repsep(bag, \",\") ^^ {\n    case out ~ _ ~ _ ~ rlist => Cross(Pipe(out), rlist.map(r => Pipe(r)))\n  }\n\n\n  def zipExpr = withKeyword ~ bag ^^ { case _ ~ b => b}\n  def zipExprList = rep(zipExpr) ^^ { l => l}\n\n  def zipWithIndexStmt = bag ~ \"=\" ~ zipKeyword ~ bag ~ withKeyword ~ indexKeyword ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ _ => Zip(Pipe(out), List(Pipe(in)), withIndex = true)\n  }\n\n  def zipWithBagsStmt = bag ~ \"=\" ~ zipKeyword ~ bag ~ zipExprList ^^ {\n    case out ~ _ ~ _ ~ in ~ bags => Zip(Pipe(out), List(Pipe(in)) ++ bags.map(b => Pipe(b)), withIndex = false)\n  }\n\n  def zipStmt = zipWithIndexStmt | zipWithBagsStmt\n\n\n  \/*\n   * <A> = UNION <B>, <C>, <D>, ...\n   *\/\n  def unionStmt: Parser[PigOperator] = bag ~ \"=\" ~ unionKeyword ~ repsep(bag, \",\") ^^ {\n    case out ~ _ ~ _ ~ rlist => Union(Pipe(out), rlist.map(r => Pipe(r)))\n  }\n\n  def intersectionStmt = bag ~ \"=\" ~ intersectionKeyword ~ bag ~ \",\" ~ bag ^^ {\n    case out ~ _ ~ _ ~ in1 ~ _ ~ in2 => Intersection(Pipe(out), Pipe(in1), Pipe(in2))\n  }\n\n  def differenceStmt = bag ~ \"=\" ~ differenceKeyword ~ bag ~ \",\" ~ bag ^^ {\n      case out ~ _ ~ _ ~ in1 ~ _ ~ in2 => Difference(Pipe(out), Pipe(in1), Pipe(in2))\n    } | bag ~ \"=\" ~ differenceKeyword ~ bag ~ byKeyword ~ refList ~ \",\" ~ bag ~ byKeyword ~ refList ^^ {\n    case out ~ _ ~ _ ~ in1 ~ _ ~ refs1 ~ _ ~ in2 ~ _ ~ refs2 =>\n      Difference(Pipe(out), Pipe(in1), Pipe(in2), Some(refs1), Some(refs2))\n  }\n\n  \/*\n   * REGISTER <JarFile>\n   *\/\n  def registerStmt: Parser[PigOperator] = registerKeyword ~ fileName ^^{ case _ ~ uri => RegisterCmd(uri) }\n\n  \/*\n   * DEFINE <Alias> <FuncName>\n   *\/\n  def defineStmt: Parser[PigOperator] = defineKeyword ~ ident ~ className ~ \"(\" ~ repsep(literalField, \",\") ~ \")\" ^^{\n    case _ ~ alias ~ funcName ~ _ ~ params ~ _ => DefineCmd(alias, funcName, params.map(r => r.asInstanceOf[dbis.piglet.expr.Value]))\n  }\n\n  \/*\n   * DEFINE <Macro> ( [ParamList] ) RETURNS <Alias> { <Block> }\n   *\/\n  def paramNameList: Parser[List[String]] = \"(\" ~ repsep(ident, \",\") ~ \")\" ^^ { case _ ~ plist ~ _ => plist}\n\n  def defineMacroStmt: Parser[PigOperator] = defineKeyword ~ ident ~ (paramNameList?) ~ returnsKeyword ~ bag ~ \"{\" ~ rep(pigStmt) ~ \"}\" ~ \";\" ^^{\n    case _ ~ macroName ~ params ~ _ ~ out ~ _ ~ stmtList ~ _  ~ _ => DefineMacroCmd(Pipe(out), macroName, params, stmtList)\n  }\n\n  def paramList: Parser[List[Ref]] = \"(\" ~ repsep(ref, \",\") ~ \")\" ^^ { case _ ~ rlist ~ _ => rlist}\n\n  \/*\n   * <A> = <MacroName> ( [<ParamList>] )\n   *\/\n  def macroRefStmt: Parser[PigOperator] = bag ~ \"=\" ~ ident ~ (paramList?) ^^ {\n    case out ~ _ ~ macroName ~ params => MacroOp(Pipe(out), macroName, params)\n  }\n\n  \/*\n   * SET <Param> <Value>\n   *\/\n  def setterStmt: Parser[PigOperator] = setKeyword ~ ident ~ literalField ^^ {\n    case _ ~ k ~ v => SetCmd(k, v.asInstanceOf[dbis.piglet.expr.Value]) }\n\n  \/*\n   * <A> = STREAM <B> TROUGH <Operator> [(ParamList)] [AS (<Schema>) ]\n   *\/\n  def streamStmt: Parser[PigOperator] = bag ~ \"=\" ~ streamKeyword ~ bag ~ throughKeyword ~ className ~ (paramList?) ~ (loadSchemaClause?) ^^{\n    case out ~ _ ~_ ~ in ~ _ ~ opname ~ params ~ schema => StreamOp(Pipe(out), Pipe(in), opname, params, schema)\n  }\n\n  \/*\n   * <A> = SAMPLE <B> <num>\n   * <A> = SAMPLE <B> <Expr>\n   *\/\n  def sampleStmt: Parser[PigOperator] = bag ~ \"=\" ~ sampleKeyword ~ bag ~ arithmExpr ^^ {\n    case out ~ _ ~ _ ~ in ~ expr => Sample(Pipe(out), Pipe(in), expr)\n  }\n\n  \/*\n   * * [ASC | DESC]\n   * field [ASC | DESC], field [ASC | DESC]\n   *\/\n  import OrderByDirection._\n\n  def sortOrder: Parser[OrderByDirection] = ascKeyword ^^ { _ => OrderByDirection.AscendingOrder } |\n    descKeyword ^^ { _ => OrderByDirection.DescendingOrder }\n\n  def allOrderSpec: Parser[OrderBySpec] = \"*\" ~ (sortOrder?) ^^ { case _ ~ o => o match {\n     case Some(dir) => OrderBySpec(Value(\"*\"), dir)\n      case None => OrderBySpec(Value(\"*\"), OrderByDirection.AscendingOrder)\n    }\n  }\n\n  def fieldOrderSpec:Parser[OrderBySpec] =  (posField | namedField) ~ (sortOrder?) ^^ {\n    case r ~ o => o match {\n      case Some(dir) => OrderBySpec(r, dir)\n      case None => OrderBySpec(r, OrderByDirection.AscendingOrder)\n    }\n  }\n\n  def orderSpec: Parser[List[OrderBySpec]] = allOrderSpec ^^ { s => List(s) } | repsep(fieldOrderSpec, \",\")\n\n  \/*\n   * <A> = ORDER <B> BY <OrderSpec>\n   *\/\n  def orderByStmt: Parser[PigOperator] = bag ~ \"=\" ~ orderKeyword ~ bag ~ byKeyword ~ orderSpec ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ spec => OrderBy(Pipe(out), Pipe(in), spec)\n  }\n\n  \/*\n   * SPLIT <A> INTO <B> IF <Cond>, <C> IF <Cond> ...\n   *\/\n  def splitBranch: Parser[SplitBranch] = bag ~ ifKeyword ~ boolExpr ^^ { case out ~ _ ~ expr => SplitBranch(Pipe(out), expr)}\n\n  def splitStmt: Parser[PigOperator] = splitKeyword ~ bag ~ intoKeyword ~ repsep(splitBranch, \",\") ^^ {\n    case _ ~ in ~ _ ~ splitList => SplitInto(Pipe(in), splitList)\n  }\n\n  \/*\n   * MATERIALIZE <A>\n   *\/\n  def materializeStmt: Parser[PigOperator] = materializeKeyword ~ bag ^^ { case _ ~ b => Materialize(Pipe(b))}\n\n\n  def cacheModeStmt = ident ^^ { mode => CacheMode.withName(mode.toUpperCase) }\n  \/*\n   * <A> = CACHE <B> <MODE>\n   *\/\n  def cacheStmt = bag ~ \"=\" ~ cacheKeyword ~ bag ~ (cacheModeStmt?) ^^ {\n    case out ~ _ ~ _ ~ in ~ mode =>\n      val theMode = mode match {\n        case Some(m) => m\n        case None => CacheMode.NONE\n      }\n\n      Cache(Pipe(out), Pipe(in), in, theMode) \/\/operatorId is set to \"in\" - it's just for distinguishing in equals\n  }\n\n  def rscriptStmt: Parser[PigOperator] = bag ~ \"=\" ~ rscriptKeyword ~ bag ~ usingKeyword ~ pigStringLiteral ~ (loadSchemaClause?) ^^{\n    case out ~ _ ~ _ ~ in ~ _ ~ script ~ schema => RScript(Pipe(out), Pipe(in), script, schema)\n  }\n\n  \/*\n   * fs -cmd params\n   *\/\n  def fsCmd: Parser[HdfsCommand.HdfsCommand] = \"\"\"-[a-zA-Z]*\"\"\".r ^^ { s =>\n    try {\n      HdfsCommand.withName(s.substring(1).toUpperCase())\n    } catch {\n      case _: NoSuchElementException => throw new IllegalArgumentException(s\"No such HDFS command: $s\")\n    }\n\n  }\n  def fsParam: Parser[String] = \"\"\"[^;][\/\\w\\.\\-]*\"\"\".r\n\n  def fsStmt: Parser[PigOperator] = fsKeyword ~ fsCmd ~ rep(fsParam) ^^ {\n    case _ ~ cmd ~ params => HdfsCmd(cmd, params)\n  }\n\n  def code = \"\"\"(?s)(.*?)\"\"\"\n\n  def embeddedCode: Parser[EmbedCmd] = \"<%\" ~ (code + \"%>\").r ^^ {\n    case _ ~ code if code.split(\"rules:\").length != 2 => new EmbedCmd(code.substring(0, code.length - 2))\n    case _ ~ code =>\n      val ctuple = code.substring(0, code.length -2 ).split(\"rules:\")\n      EmbedCmd(ctuple(0), Some(ctuple(1)))\n  }\n\n  def embedStmt: Parser[PigOperator] = embeddedCode\n\n  \/*\n   * A statement can be one of the above delimited by a semicolon.\n   *\/\n  def delimStmt: Parser[PigOperator] =\n    \/* streaming statements *\/\n    socketReadStmt | socketWriteStmt | windowStmt |\n    \/* SPARQL statements *\/\n    tuplifyStmt | bgpFilterStmt | rdfLoadStmt |\n    \/* CEP statement *\/\n    matcherStmt |\n    \/* spatial statements *\/\n    spatialFilterStmt | spatialJoinStmt | indexStmt | partitionStmt |\n    \/* misc Pig Latin extensions *\/\n    materializeStmt | cacheStmt | delayStmt | rscriptStmt |\n    \/* standard Pig Latin statements *\/\n    loadStmt | dumpStmt | describeStmt | foreachStmt | filterStmt | groupingStmt | cogroupStmt | accumulateStmt |\n    distinctStmt |  joinStmt | crossStmt | zipStmt | storeStmt | limitStmt | unionStmt | intersectionStmt |\n    differenceStmt | registerStmt | streamStmt | sampleStmt | orderByStmt |\n    splitStmt | fsStmt | defineStmt | setterStmt | macroRefStmt | displayStmt | visualizeStmt\n\n\n\n\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n  \/*\n   * Pig extensions for processing RDF data and supporting SPARQL BGPs.\n   *\/\n  lazy val tuplifyKeyword = \"tuplify\".ignoreCase\n  lazy val onKeyword = \"on\".ignoreCase\n  lazy val bgpFilterKeyword = \"bgp_filter\".ignoreCase\n\n  def tuplifyStmt: Parser[PigOperator] = bag ~ \"=\" ~ tuplifyKeyword ~ bag ~ onKeyword ~ ref ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ r => Tuplify(Pipe(out), Pipe(in), r) }\n\n  def bgpVariable: Parser[NamedField] = \"?\" ~ ident ^^ { case _ ~ varname => NamedField(varname)}\n\n  def bgPattern: Parser[TriplePattern] = (bgpVariable | ref) ~(bgpVariable | ref) ~ (bgpVariable | ref) ^^ {\n    case r1 ~ r2 ~ r3 => TriplePattern(r1, r2, r3)\n  }\n\n  def bgpFilterStmt: Parser[PigOperator] = bag ~ \"=\" ~ bgpFilterKeyword ~ bag ~\n    byKeyword ~ \"{\" ~ repsep(bgPattern, \".\") ~ \"}\" ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ _ ~ pattern ~ _ => BGPFilter(Pipe(out), Pipe(in), pattern)\n  }\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n  \/*\n   * Pig extensions for processing streaming data.\n   *\/\n\n  \/*\n   * <A> = WINDOW <B> ROWS  <Num> SLIDE ROWS <Num>\n   * <A> = WINDOW <B> ROWS  <Num> SLIDE RANGE <Num> <Unit>\n   * <A> = WINDOW <B> RANGE <Num> <Unit> SLIDE ROWS <Num>\n   * <A> = WINDOW <B> RANGE <Num> <Unit> SLIDE RANGE <Num> <Unit>\n   *\/\n  def timeUnit: Parser[String] = \"seconds\".ignoreCase | \"minutes\".ignoreCase \/\/^^ { _.toUpperCase }\n  def rangeParam: Parser[(Int, String)] = rangeKeyword ~ num ~ timeUnit ^^ {case _ ~ n ~ u => (n,u)}\n  def rowsParam: Parser[(Int, String)] = rowsKeyword ~ num ^^ {case _ ~ n => (n, \"\")}\n  def windowParam: Parser[(Int, String)] = rangeParam | rowsParam\n  def windowStmt: Parser[PigOperator] = bag ~ \"=\" ~ windowKeyword ~ bag ~ windowParam ~ slideKeyword ~ windowParam ^^ {\n    case out ~ _ ~ _ ~ in ~ on ~ _ ~ slide => Window(Pipe(out), Pipe(in), on, slide)\n  } | bag ~ \"=\" ~ windowKeyword ~ bag ~ windowParam ^^ {\n    case out ~ _ ~ _ ~ in ~ on => Window(Pipe(out), Pipe(in), on, on)\n  }\n\n  \/*\n   * Socket Definitions\n   *\/\n  def ipMember: Parser[String] = \"(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\".r\n  def ipv4: Parser[String] = ipMember ~ \".\" ~ ipMember ~ \".\" ~ ipMember ~ \".\" ~ ipMember ^^{\n    case i1 ~ _ ~ i2 ~ _ ~ i3 ~ _ ~i4 => i1 + \".\" + i2 + \".\" + i3 + \".\" + i4\n  }\n  def portNum: Parser[String] = \"([0-9]{1,5})\".r\n  def port: Parser[String] = portNum | \"*\"\n  def bindAddress: Parser[String] = ipv4 | \"*\" | ident\n\n  def inetAddress: Parser[SocketAddress] = \"'\" ~ (ipv4 | ident) ~ \":\" ~ portNum ~ \"'\" ^^ { case _ ~ ip ~ _ ~ p ~ _ => SocketAddress(\"\",ip,p)}\n  def tcpSocket: Parser[SocketAddress] = \"tcp:\/\/\" ~ bindAddress ~ \":\" ~ port ^^ { case trans ~ addr ~ _ ~ p => SocketAddress(trans, addr, p)}\n  def ipcSocket: Parser[SocketAddress] = \"ipc:\/\/\" ~ (fileName | \"*\") ^^ { case trans ~  path => SocketAddress(trans,path,\"\")}\n  def inprocSocket: Parser[SocketAddress] = \"inproc:\/\/\" ~ ident ^^ { case trans ~ name => SocketAddress(trans,name,\"\")}\n  def pgmSocket: Parser[SocketAddress] = (\"pgm:\/\/\" | \"epgm:\/\/\") ~ (ipv4 | ident) ~ \";\" ~ ipv4 ~ \":\" ~ portNum ^^ {\n    case trans ~ interface ~ _ ~ ip ~ _ ~ p => SocketAddress(trans, interface + \";\" + ip, p)\n  }\n  def zmqAddress: Parser[SocketAddress] = \"'\" ~ (tcpSocket | ipcSocket | inprocSocket | pgmSocket) ~ \"'\" ^^ { case _ ~ addr ~ _ => addr}\n\n  \/*\n   * <A> = SOCKET_READ '<address>' [ MODE ZMQ ] USING <StreamFunc> [ AS <schema> ] [ TIMESTAMP (<field>) ]\n   *\n   * Maybe other modes later\n   *\/\n  def socketReadStmt: Parser[PigOperator] =\n    bag ~ \"=\" ~ socketReadKeyword ~ inetAddress ~ (usingClause?) ~ (loadSchemaClause?) ~ (timestampClause?) ^^ {\n      case out ~ _ ~ _ ~ addr ~ u ~ schema ~ ts =>\n        if (schema.isDefined && ts.isDefined) ts.get match {\n          case NamedField(n, _) => schema.get.timestampField = schema.get.indexOfField(n)\n          case PositionalField(p) => schema.get.timestampField = p\n          case _ =>\n        }\n        u match {\n          case Some(p) => SocketRead(Pipe(out), addr, \"\", schema, Some(p._1), if (p._2.isEmpty) null else p._2.map(s => s\"\"\"\"${unquote(s)}\"\"\"\"))\n          case None =>  SocketRead(Pipe(out), addr, \"\", schema)\n      }\n\n    } |\n      bag ~ \"=\" ~ socketReadKeyword ~ zmqAddress ~ modeKeyword ~ zmqKeyword ~ (usingClause?) ~ (loadSchemaClause?) ~ (timestampClause?) ^^ {\n        case out ~ _ ~ _ ~ addr ~ _ ~ mode ~ u ~ schema ~ ts =>\n          if (schema.isDefined && ts.isDefined) ts.get match {\n            case NamedField(n, _) => schema.get.timestampField = schema.get.indexOfField(n)\n            case PositionalField(p) => schema.get.timestampField = p\n            case _ =>\n          }\n          u match {\n          case Some(p) => SocketRead(Pipe(out), addr, mode, schema, Some(p._1), if (p._2.isEmpty) null else p._2.map(s => s\"\"\"\"${unquote(s)}\"\"\"\"))\n          case None => SocketRead(Pipe(out), addr, mode, schema)\n        }\n      }\n\n  \/*\n   * SOCKET_WRITE <A> TO '<address>' [ MODE ZMQ ]\n   *\/\n  def socketWriteStmt: Parser[PigOperator] =\n    socketWriteKeyword ~ bag ~ toKeyword ~ inetAddress ~ (usingClause?) ^^ {\n      case _ ~ b ~ _ ~ addr ~ u => u match {\n        case Some(p) => SocketWrite(Pipe(b), addr, \"\", Some(p._1), if (p._2.isEmpty) null else p._2.map(s => s\"\"\"\"${unquote(s)}\"\"\"\"))\n        case None =>  SocketWrite(Pipe(b), addr)\n      }\n    } |\n      socketWriteKeyword ~ bag ~ toKeyword ~ zmqAddress ~ modeKeyword ~ zmqKeyword ~ (usingClause?) ^^ {\n        case _ ~ b ~ _ ~ addr ~ _ ~ mode ~ u => u match {\n          case Some(p) => SocketWrite(Pipe(b), addr, mode, Some(p._1), if (p._2.isEmpty) null else p._2.map(s => s\"\"\"\"${unquote(s)}\"\"\"\"))\n          case None =>  SocketWrite(Pipe(b), addr, mode)\n        }\n      }\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n\n  \/* ------------------------------------------------------------ *\/\n  \/*        Pig extensions for complex event processing.\n   * ------------------------------------------------------------\n   *\/\n  lazy val skipNext = \"skip_till_next_match\"\n  lazy val matchEventKeyword = \"match_event\".ignoreCase\n  lazy val patternKeyword = \"pattern\".ignoreCase\n  lazy val withKeyword = \"with\".ignoreCase\n  lazy val withinKeyword = \"within\".ignoreCase\n  lazy val negKeyword = \"neg\".ignoreCase\n  lazy val conjKeyword = \"and\".ignoreCase\n  lazy val disjKeyword = \"or\".ignoreCase\n  lazy val seqKeyword = \"seq\".ignoreCase\n  lazy val skipNextKeyword = skipNext.ignoreCase\n  lazy val skipAnyKeyword = \"skip_till_any_match\".ignoreCase\n  lazy val firstMatchKeyword = \"first_match\".ignoreCase\n  lazy val recentMatchKeyword = \"recent_match\".ignoreCase\n  lazy val cognitiveMatchKeyword = \"cognitive_match\".ignoreCase\n\n  def eventExpr: Parser[Predicate] = boolExpr\n  def simpleEvent: Parser[SimpleEvent] = simplePattern ~ \":\" ~ eventExpr ^^ { case s ~ _ ~ e => SimpleEvent(s, e) }\n  def eventParam: Parser[CompEvent] = \"(\" ~ simpleEvent ~ rep( \",\" ~> simpleEvent) ~ \")\" ^^ { case _ ~ s ~ c ~ _ => CompEvent(s :: c) }\n\n  def repeatPattern: Parser[List[Pattern]] = rep(\",\" ~> patternParam)\n  \/\/ or  def repeatPattern: Parser[List[Pattern]] = rep(\",\"  ~ patternParam)  ^^ { case l => l.map(_._2) }\n  def disjPattern: Parser[Pattern] = disjKeyword ~ \"(\" ~ patternParam ~ \",\" ~ patternParam ~ repeatPattern ~ \")\" ^^ {\n    case _ ~ _ ~ d1 ~ _ ~ d2 ~ d ~ _ => DisjPattern(d1 :: d2 :: d)\n  }\n  def conjPattern: Parser[Pattern] = conjKeyword ~ \"(\" ~ patternParam ~ \",\" ~ patternParam ~ repeatPattern ~ \")\" ^^ {\n    case _ ~ _ ~ c1 ~ _ ~ c2 ~ c ~ _ => ConjPattern(c1 :: c2 :: c)\n  }\n  def seqPattern: Parser[Pattern] = seqKeyword ~ \"(\" ~ patternParam ~ \",\" ~ patternParam ~ repeatPattern ~ \")\" ^^ {\n    case _ ~ _ ~ s1 ~ _ ~ s2 ~ s ~ _ => SeqPattern(s1 :: s2 :: s)\n  }\n  def negPattern: Parser[Pattern] = negKeyword ~ \"(\" ~ simplePattern ~ \")\" ^^ { case _ ~ _ ~ n ~ _ => NegPattern(n) }\n  def simplePattern: Parser[Pattern] = ident ^^ (s => SimplePattern(s))\n  def patternParam: Parser[Pattern] = seqPattern | negPattern | conjPattern | disjPattern | simplePattern\n\n  def withinParam: Parser[(Int, String)] = withinKeyword ~ num ~ timeUnit ^^ { case _ ~ n ~ u => (n, u) }\n  def modes: Parser[String] = skipNextKeyword | skipAnyKeyword | firstMatchKeyword | recentMatchKeyword | cognitiveMatchKeyword\n  def modeParam: Parser[String] = modeKeyword ~ modes ^^ { case _ ~ n => n }\n  def matcherStmt: Parser[PigOperator] = bag ~ \"=\" ~ matchEventKeyword ~ bag ~ patternKeyword ~ patternParam ~ withKeyword ~ eventParam ~ (modeParam?) ~ (withinParam?) ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ pattern ~ _ ~ e ~ mode ~ within => mode match {\n      case Some(m) => within match {\n        case Some(w) => Matcher(Pipe(out), Pipe(in), pattern, e, m, w)\n        case None    => Matcher(Pipe(out), Pipe(in), pattern, e, m)\n      }\n      case None => within match {\n        case Some(w) => Matcher(Pipe(out), Pipe(in), pattern, e, skipNext, w)\n        case None    => Matcher(Pipe(out), Pipe(in), pattern, e)\n      }\n    }\n  }\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n\n\n\n  \/* ------------------------------------------------------------ *\/\n  \/*        Pig extensions for spatial data\n   * ------------------------------------------------------------\n   *\/\n\n  lazy val geometryTypeName = \"geometry\".ignoreCase\n  lazy val spatialJoinKeyword = \"spatial_join\".ignoreCase\n  lazy val spatialFilterKeyword = \"spatial_filter\".ignoreCase\n  lazy val containsKeyword = \"contains\".ignoreCase\n  lazy val containedByKeyword = \"containedBy\".ignoreCase\n  lazy val intersectsKeyword = \"intersects\".ignoreCase\n  lazy val indexKeyword = \"index\".ignoreCase\n  lazy val rtreeKeyword = \"rtree\".ignoreCase\n\n\n  def instant = arithmExpr  ^^ (e => Instant(e))\n\n  def interval = arithmExpr ~ \",\" ~ arithmExpr ^^ { case s ~ _ ~ e => Interval(s,Some(e)) }\n\n                            \/\/ the comma has to be here because it's also optional\n  def timeExp: Parser[TempEx] = \",\" ~ (interval | instant) ^^ { case _ ~ time => time }\n\n  def geometryConstructor = geometryTypeName ~ \"(\" ~ arithmExpr ~ (timeExp?) ~ \")\" ^^ {\n    case _ ~ _ ~ geo ~ time ~ _ => ConstructGeometryExpr(geo, time)\n  }\n\n  def withIndexClause = usingKeyword ~ indexKeyword ~ indexMethod ^^ {\n    case _ ~ _ ~ method => method\n  }\n  \n  def joinRefs = \"(\" ~ ref ~ \",\" ~ ref ~ \")\" ^^ {\n    case _ ~ r1 ~ _ ~ r2 ~ _ => (r1,r2)\n  }\n  \n  def spatialJoinPredicate = (containsKeyword | intersectsKeyword | containedByKeyword) ~ (joinRefs?) ^^ {\n    case kw ~ refs =>\n\n      val (r1,r2) = refs match {\n        case None => (PositionalField(0),PositionalField(0))\n        case Some(r) => r\n      }\n      SpatialJoinPredicate(r1, r2, SpatialPredicateType.withName(kw.toUpperCase()))\n  }\n\n  lazy val pointsOnlyKeyword = \"pointsonly\".ignoreCase\n\n  def partitionClause = partitionKeyword ~ byKeyword ~ partitionMethod ^^ {\n    case _ ~ _ ~ m => m\n  }\n\n  def spatialJoinStmt: Parser[PigOperator] = bag ~ \"=\" ~ spatialJoinKeyword ~ bag ~ (partitionClause?) ~ \",\" ~ bag ~ (partitionClause?) ~ onKeyword ~ spatialJoinPredicate ~ (withIndexClause?)  ^^ {\n    case out ~ _ ~ _ ~ in1 ~ leftParti ~ _ ~ in2 ~ rightParti ~ _ ~ expr ~ idx => SpatialJoin(Pipe(out), List(Pipe(in1), Pipe(in2)), expr, idx, leftParti, rightParti)\n\n  }\n\n  def spatialFilterPredicate = (containsKeyword | intersectsKeyword | containedByKeyword) ~ \"(\" ~ ref ~ \",\" ~ geometryConstructor ~ \")\" ^^ {\n    case kw ~ _ ~ f ~ _ ~ expr ~ _ => SpatialFilterPredicate(f, expr, SpatialPredicateType.withName(kw.toUpperCase()))\n  }\n\n  \n  \n  def spatialFilterStmt = bag ~ \"=\" ~ spatialFilterKeyword ~ bag ~ byKeyword ~ spatialFilterPredicate ~ (withIndexClause?) ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ pred ~ idx => SpatialFilter(Pipe(out), Pipe(in), pred, idx)\n  }\n\n\n  def indexMethod = rtreeKeyword ~ \"(\" ~ repsep(params, \",\") ~ \")\" ^^ {\n    case method ~ _ ~ paramList ~ _ => (IndexMethod.withName(method.toUpperCase()), paramList)\n  }\n\n\n  def indexStmt: Parser[PigOperator] = bag ~ \"=\" ~ indexKeyword ~ bag ~ onKeyword ~ ref ~ usingKeyword ~ indexMethod  ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ field ~ _ ~ methodWithParams =>\n      IndexOp(Pipe(out), Pipe(in), field, methodWithParams._1, methodWithParams._2)\n  }\n  \n  lazy val partitionKeyword = \"partition\".ignoreCase\n  lazy val gridKeyword = \"grid\".ignoreCase\n  lazy val bspKeyword = \"bsp\".ignoreCase\n  \n  def partitionMethod = (gridKeyword | bspKeyword) ~ \"(\" ~ repsep(params, \",\") ~ \")\" ^^ {\n    case method ~ _ ~ paramList ~ _ => (PartitionMethod.withName(method.toUpperCase()), paramList)\n  }\n  \n  def partitionStmt = bag ~ \"=\" ~ partitionKeyword ~ bag ~ onKeyword ~ ref ~ usingKeyword ~ partitionMethod ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ field ~ _ ~ ((method, params)) => Partition(Pipe(out), Pipe(in), field, method, params)\n  } \n\n  lazy val visualizeKeyword = \"visualize\".ignoreCase\n  lazy val pointSizeKeyword = \"pointSize\".ignoreCase\n\n  def pointSize = withKeyword ~ pointSizeKeyword ~ num ^^ {\n    case _ ~ _ ~ n => n\n  }\n\n  def visualizeStmt = visualizeKeyword ~ bag ~ byKeyword ~ ref ~ intoKeyword ~ fileName ~ (pointSize?) ~ asKeyword ~ \"(\" ~ num ~ \",\" ~ num ~ \")\"  ^^ {\n    case _ ~ in ~ _ ~ field ~ _ ~ path ~ pointSize ~ _ ~ _ ~ width ~ _ ~ height ~ _ =>\n        Visualize(Pipe(in), field, path, width, height, pointSize)\n\n  }\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n\n\n  \/* ------------------------------------------------------------ *\/\n  \/*        Pig profiling\n   * ------------------------------------------------------------\n   *\/\n  import scala.concurrent.duration._\n\n  lazy val delayKeyword = \"delay\".ignoreCase\n\n  def delayStmt = bag ~ \"=\" ~ delayKeyword ~ bag ~ byKeyword ~ \"(\" ~ (pigStringLiteral|num) ~ \",\" ~ num ~ \")\" ^^ {\n    case out ~ _ ~ _ ~ in ~ _ ~ _ ~ wTime ~ _ ~ sample ~ _ =>\n\n\n\n\n      val waitDur= wTime match {\n        case s: String =>\n          val wTimeVal = s\"PT${unquote(s)}\"\n          Duration.fromNanos(java.time.Duration.parse(wTimeVal).toNanos)\n        case i: Int =>\n          i.milliseconds\n      }\n\n\n\n      Delay(Pipe(out), Pipe(in), sample, waitDur)\n  }\n\n\n  \/* ---------------------------------------------------------------------------------------------------------------- *\/\n\n  def pigStmt: Parser[PigOperator] = (\n    defineMacroStmt ^^ (op => op)\n      | embedStmt ^^ (op => op)\n      | delimStmt ~ rep(\";\") ^^{ case op ~ _ => op}\n    )\n\n  def pigScript: Parser[List[PigOperator]] = rep(pigStmt)\n\n  def parseScript(input: CharSequenceReader): List[PigOperator] = {\n    phrase(pigScript)(input) match {\n  \t  case Success(t, _) => t\n  \t  case NoSuccess(msg, next) =>\n  \t  throw new IllegalArgumentException(s\"Could not parse input string:\\n${next.pos.longString} => $msg\")\n\t  }\n  }\n}\n\nobject PigParser {\n  def parseScript(s: CharSequence, resetSchema: Boolean = true): List[PigOperator] = {\n    if (resetSchema)\n      Schema.init()\n    val parser = new PigParser()\n    parser.parseScript(new CharSequenceReader(s))\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/VisualizeEmitter.scala","text":"<reponame>ksattler\/piglet<gh_stars>10-100\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Visualize\n\nclass VisualizeEmitter extends CodeEmitter[Visualize] {\n  override def template: String = s\"\"\"<in><keyby>.visualize(<width>,<height>, \"<path>\", \"<ext>\"<pointsize>)\"\"\"\n\n  override def code(ctx: CodeGenContext, op: Visualize): String = {\n    val m = Map(\n      \"in\" -> op.inPipeName,\n      \"width\" -> op.width,\n      \"height\" -> op.height,\n      \"path\" -> op.pathNoExt,\n      \"ext\" -> op.fileType,\n      \"keyby\" -> SpatialEmitterHelper.keyByCode(op.schema,op.field, ctx),\n      \"pointsize\" -> op.pointSize.map(p => s\",pointSize = $p\").getOrElse(\"\")\n    )\n\n    render(m)\n  }\n}\n\nobject VisualizeEmitter {\n  lazy val instance = new VisualizeEmitter\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/tools\/CppCompiler.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.tools\n\nimport dbis.piglet.backends.CppConfig\nimport dbis.piglet.tools.logging.PigletLogging\nimport org.apache.commons.exec._\n\nobject CppCompilerConf extends PigletLogging {\n \n  \/**\n   * Get the config class for the c++ compiler with the given backend\n   * \n   * @param backend The name of the backend. \n   * @return Returns a new instance of the compiler config class\n   *\/\n  def cppConf(backend: String): CppConfig = {\n    \n    val className = Conf.backendCompileConf(backend)\n    \n    logger.debug(s\"\"\"loading cpp config for backend \"$backend\" with name: $className\"\"\")\n    \n    Class.forName(className).newInstance().asInstanceOf[CppConfig]\n  }\n}\n\nobject CppCompiler {\n  def compile (targetDir: String, sourceFile: String, cppConf: CppConfig, verbose: Boolean = true) : Boolean = {\n    val map = new java.util.HashMap[String, Object]()\n    map.put(\"file\", new java.io.File(sourceFile))\n    map.put(\"exec\", sourceFile.substring(0, sourceFile.lastIndexOf(\".cpp\")))\n    val cmdLine = new CommandLine(cppConf.getCompiler)\n\n    cmdLine.addArgument(\"-o\")\n    cmdLine.addArgument(\"${exec}\")\n    cmdLine.addArgument(\"${file}\")\n\n   \n    cmdLine.setSubstitutionMap(map)\n  \n    for (s <- cppConf.getOptions) { cmdLine.addArgument(\"-\"+ s) }\n    for (s <- cppConf.getIncludeDirs) { cmdLine.addArgument(\"-I\" + s) }\n    for (s <- cppConf.getLibDirs) { cmdLine.addArgument(\"-L\"+ s) }\n    for (s <- cppConf.getLibraries) { cmdLine.addArgument(\"-l\"+ s) }\n    \/\/for (s <- cppConf.getProperty(\"cpp_includes\").split(\"\\\\s+\")) { cmdLine.addArgument(s) }\n\n    val executor = new DefaultExecutor()\n    executor.setExitValue(0)\n    val watchdog = new ExecuteWatchdog(120000)\n    executor.setWatchdog(watchdog)\n    if (verbose)\n      println(\"EXECUTE: \" + cmdLine)\n    executor.execute(cmdLine) == 0\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/DataflowProfiler.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/mm\/DataflowProfiler.scala\npackage dbis.piglet.mm\n\nimport java.net.URI\nimport java.nio.file.{Files, Path, StandardOpenOption}\n\nimport dbis.piglet.Piglet.Lineage\nimport dbis.piglet.mm.DuplicateStrategy.DuplicateStrategy\nimport dbis.piglet.mm.EvictionStrategy.EvictionStrategy\nimport dbis.piglet.op.CacheMode.CacheMode\nimport dbis.piglet.op.{CacheMode, Empty, Load, TimingOp}\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.piglet.tools.{BreadthFirstTopDownWalker, CliParams, Conf}\nimport dbis.setm.SETM.timing\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ListBuffer, Map => MutableMap}\nimport scala.concurrent.duration._\nimport scala.io.Source\n\n\ncase class T private(sum: Long, cnt: Int, min: Long = Long.MaxValue, max: Long = Long.MinValue) {\n  def avg(): Long = sum \/ cnt\n}\n\nobject T {\n\n  def apply(value: Long): T = T(value,1,value,value)\n\n  def merge(t: T, value: Long): T = T(cnt = t.cnt +1,\n                                      sum = t.sum + value,\n                                      min = if(value < t.min) value else t.min,\n                                      max = if(value > t.max) value else t.max)\n}\n\ncase class Partition(lineage: Lineage, partitionId: Int) extends Ordered[Partition] {\n  override def compare(that: Partition) =\n    if(lineage < that.lineage)\n      -1\n    else if(lineage > that.lineage)\n      1\n    else {\n      if(partitionId < that.partitionId)\n        -1\n      else if(partitionId > that.partitionId)\n        1\n      else\n        0\n    }\n}\ncase class SizeInfo(lineage: Lineage, records: Long, bytes: Double)\ncase class TimeInfo(lineage: Lineage, partitionId: Int, time: Long, parentPartitions: List[List[Int]])\n\nobject DataflowProfiler extends PigletLogging {\n\n\n  protected[mm] var profilingGraph: GlobalOperatorGraph = _\n\n  val parentPartitionInfo = MutableMap.empty[Lineage, MutableMap[Int, Seq[Seq[Int]]]]\n  val currentTimes = MutableMap.empty[Partition, Long]\n\n  \/\/ for json (de-)serialization\n\/\/  implicit val formats = org.json4s.native.Serialization.formats(org.json4s.NoTypeHints)\n\n  private val alreadyExistingMsgs = ListBuffer.empty[(Partition,Long,Long)]\n\n\n  def load(base: Path) = {\n    logger.debug(\"init Dataflow profiler\")\n\n    val profilingFile = base.resolve(Conf.profilingFile)\n    if(Files.exists(profilingFile)) {\n      val json = Source.fromFile(profilingFile.toFile).getLines().mkString(\"\\n\")\n      profilingGraph = GlobalOperatorGraph.fromJson(json)\n    } else\n      profilingGraph = GlobalOperatorGraph.empty\n\n    logger.debug(s\"loaded markov model with size: ${profilingGraph.size}\")\n    logger.debug(s\"total runs in markov is: ${profilingGraph.totalRuns}\")\n  }\n\n  def reset() = {\n    currentTimes.clear()\n  }\n\n  \/**\n    * Analyze the current plan.\n    *\n    * This will count the operator counts and number of transitions from Op A to Op B etc\n    * @param plan The plan to analyze\n    * @return Returns the updated model (Markov chain) that contains operator statistics from\n    *         previous runs as well as the updated counts\n    *\/\n  def analyze(plan: DataflowPlan): GlobalOperatorGraph = timing(\"analyze plan\") {\n\n    \/\/ reset old values for parents and execution time\n    reset()\n\n    profilingGraph.incrRuns()\n\n    \/* walk over the plan and\n     *   - count operator occurrences\n     *   - save the parent information\n     *\/\n\n    BreadthFirstTopDownWalker.walk(plan){\n      case _: TimingOp => \/\/ ignore timing operators\n      case op =>\n        val lineage = op.lineageSignature\n\n        if(op.isInstanceOf[Load])\n          profilingGraph.add(GlobalOperatorGraph.startLineage,lineage)\n\n        op.outputs.flatMap(_.consumer).withFilter{\n          case _: Empty => false\n          case _: TimingOp => false\n          case _ => true\n        }\n        .foreach{ c =>\n          logger.debug(s\"add to model ${op.name} -> ${c.name}\")\n          profilingGraph.add(lineage, c.lineageSignature)\n        }\n    }\n\n    profilingGraph\n  }\n\n\n  def collect() = timing(\"process runtime stats\") {\n\n    if(alreadyExistingMsgs.nonEmpty) {\n\/\/      alreadyExistingMsgs.sortBy(_._1).foreach{ case (p,time, diff) =>\n\/\/        logger.warn(s\"we already have a time for $p : oldTime: ${currentTimes(p)}  newTime: $time (diff: $diff ms)  - Strategy: ${CliParams.values.profiling.get.duplicates}\")\n\/\/      }\n      logger.warn(s\"found duplicate times - use strategy ${CliParams.values.profiling.get.duplicates}\")\n      alreadyExistingMsgs.groupBy(_._1.lineage).map{ case (lineage, values) => (lineage, values.length, values.map(_._1.partitionId).min, values.map(_._1.partitionId).max)}.foreach { case (lineage, num, min, max) =>\n        logger.warn(s\"  $lineage : min = $min, max = $max, num = $num partitions\")\n      }\n    }\n\n    val noParentMsgs = ListBuffer.empty[(Lineage, Int)]\n\n\n    currentTimes\/\/.keySet\n                \/\/.map(_.lineage)\n                .filterNot{ case (Partition(lineage,_),_) => lineage == GlobalOperatorGraph.startLineage || lineage == \"end\" || lineage == \"progstart\" }\n                .foreach{ case (partition,time) =>\n\n      val lineage = partition.lineage\n      val partitionId = partition.partitionId\n\n      \/\/ parent operators\n      val parentLineages = profilingGraph.parents(lineage).getOrElse(List(GlobalOperatorGraph.startLineage))\n\n      \/\/ list of parent partitions per parent\n      val parentPartitionIds = parentPartitionInfo(lineage)\n\n\n      \/* for each parent operator, get the times for the respective parent partitions.\n       * and at the end take the min (first processed parent partition) or max (last processed parent partition) value\n       *\/\n      val parentTimes = getEarliestParentTimes(partitionId, parentPartitionIds, parentLineages)\n\n      val earliestParentTime = if(parentTimes.nonEmpty) {\n        parentTimes.max\n      } else {\n\/\/        throw ProfilingException(s\"no parent time for $lineage on partition $partitionId\")\n\/\/        logger.debug(s\"no parent time for $lineage on partition $partitionId\")\n        noParentMsgs += ((lineage, partitionId))\n        time + 1\n      }\n\n      val duration = time - earliestParentTime\n\n      profilingGraph.updateCost(lineage, duration)\n\n    }\n\n    noParentMsgs.groupBy(_._1)\n                .map{ case (lineage, l) => (lineage, l.map(_._2).sorted) }\n                .foreach{ case (lineage, lst) =>\n                  logger.debug(s\"no parent time for $lineage on partition ${lst.mkString(\",\")} (${lst.length})\")\n                }\n\n\n    \/\/ manually add execution time for creating spark context\n    val progStart = currentTimes(Partition(\"progstart\", -1))\n    val start = currentTimes(Partition(\"start\", -1))\n\n    profilingGraph.add(\"sparkcontext\",\"start\")\n    profilingGraph.updateCost(\"sparkcontext\", start - progStart)\n\n  }\n\n\n  private def getEarliestParentTimes(partitionId: Int, parentPartitionIds: MutableMap[Int, Seq[Seq[Int]]], parentLineages: List[Lineage]) =\n\n    parentPartitionIds(partitionId).zipWithIndex.flatMap { case (parentPartitionsOfCurrentPartition, idx) =>\n\n      val parentLineage = parentLineages(idx)\n      val parentMaxPartitionId = parentPartitionIds.valuesIterator.flatMap(_.flatten).max\n\n      parentPartitionsOfCurrentPartition.map { pId =>\n\n\n        val p = if (parentLineage == GlobalOperatorGraph.startNode.lineage)\n            Partition(parentLineage, -1) \/\/ for \"start\" we only have one value with partition id -1\n          else {\n            val theParentId = if (pId > parentMaxPartitionId) {\n              val i = parentPartitionIds.valuesIterator.flatMap(_.flatten).map(parentId => (parentId, math.abs(parentId - pId))).toList.minBy(_._2)._1\n              logger.warn(s\"partition id is out of range ($pId > $parentMaxPartitionId) - will use $i\")\n              i\n            } else pId\n            Partition(parentLineage, theParentId)\n          }\n\n        if (currentTimes.contains(p))\n          currentTimes(p)\n        else {\n          \/\/              logger.error(\"currentTimes: \")\n          \/\/              val sortedTimes = currentTimes.toList.sortWith{ (l,r) =>\n          \/\/                val (Partition(leftLineage, leftPartId),_) = l\n          \/\/                val (Partition(rightLineage, rightPartId),_) = r\n          \/\/\n          \/\/                val comp = leftLineage.compareTo(rightLineage)\n          \/\/\n          \/\/                if(comp < 0)\n          \/\/                  true\n          \/\/                else if(comp == 0)\n          \/\/                  leftPartId < rightPartId\n          \/\/                else\n          \/\/                  false\n          \/\/              }\n          \/\/              logger.error(sortedTimes.mkString(\"\\n\"))\n\n\n\/\/          val msg = s\"no $p in list of current execution times\"\n\/\/          logger.warn(msg)\n          \/\/              throw ProfilingException(s\"no $p in list of current execution times (as parent for $partition)\")\n          -1L\n        }\n      }\n    }.filter(_ >= 0)\n\n\/\/  def addExecTime(lineage: Lineage, partitionId: Int, parentPartitions: List[List[Int]], time: Long): Unit = {\n  def addExecTime(tInfo: TimeInfo): Unit = {\n\n    val p = Partition(tInfo.lineage, tInfo.partitionId)\n    if(currentTimes.contains(p)) {\n      val ps = CliParams.values.profiling.get\n      alreadyExistingMsgs += ((p, tInfo.time, currentTimes(p) - tInfo.time))\n\n\n      val oldTime = currentTimes(p)\n\n      \/*\n       Update the time in currentTimes only if the newly arrived time matches the strategy\n       *\/\n      ps.duplicates match {\n        case DuplicateStrategy.NEWEST if oldTime < tInfo.time =>\n          currentTimes.update(p, tInfo.time)\n\n        case DuplicateStrategy.OLDEST if tInfo.time < oldTime =>\n          currentTimes.update(p, tInfo.time)\n\n        case _ => \/\/ intentionally left empty\n      }\n    } else {\n      currentTimes +=  p -> tInfo.time\n    }\n\n\n\n    if(parentPartitionInfo.contains(tInfo.lineage)) {\n\n      val m = parentPartitionInfo(tInfo.lineage)\n\n      if(m.contains(tInfo.partitionId)) {\n\/\/        logger.warn(s\"we already have that partition: $lineage  $partitionId . \")\n      } else {\n        m += tInfo.partitionId -> tInfo.parentPartitions\n      }\n\n    } else {\n      parentPartitionInfo += tInfo.lineage -> MutableMap(tInfo.partitionId -> tInfo.parentPartitions)\n    }\n\n  }\n\n\n  def addSizes(m: Array[SizeInfo], factor: Int) = {\n    m.foreach{\n      case SizeInfo(lineage, records, bytes) =>\n        val bytesPerRecord = bytes \/\/ \/ records\n        val totalRecords = records * factor\n\n        logger.debug(s\"add size info for $lineage : records= $records\\t* $factor = $totalRecords,\\tbpr = $bytesPerRecord\")\n\n        profilingGraph.updateSize(SizeInfo(lineage, records = totalRecords, bytes = bytesPerRecord))\n    }\n    logger.debug(s\"added size info for ${m.length} operators\")\n  }\n\n  def getExectime(op: Lineage): Option[T] = profilingGraph.cost(op)\n\n  def writeStatistics(): Unit = {\n\n    val opCountFile = Conf.programHome.resolve(Conf.profilingFile)\n    logger.debug(s\"writing opcounts to $opCountFile with ${profilingGraph.size} entries\")\n\n    val opJson = profilingGraph.toJson\n    Files.write(opCountFile,\n      List(opJson).asJava,\n      StandardOpenOption.CREATE, StandardOpenOption.WRITE, StandardOpenOption.TRUNCATE_EXISTING)\n  }\n\n  def opInputSize(op: Lineage) = profilingGraph.resultRecords(op)\n\n}\n\ncase class ProfilingException(msg: String) extends Exception\n\n\nobject ProbStrategy extends Enumeration  {\n  type ProbStrategy = Value\n  val MIN, MAX, AVG, PRODUCT = Value\n\n  def func(s: ProbStrategy): (Traversable[Double]) => Double = s match {\n    case MIN => GlobalOperatorGraph.ProbMin\n    case MAX => GlobalOperatorGraph.ProbMax\n    case AVG => GlobalOperatorGraph.ProbAvg\n    case PRODUCT => GlobalOperatorGraph.ProbProduct\n  }\n}\n\nobject CostStrategy extends Enumeration {\n  type CostStrategy = Value\n  val MIN, MAX = Value\n\n  def func(s: CostStrategy): (Traversable[(Long, Double)]) => (Long, Double) = s match {\n    case MIN => GlobalOperatorGraph.CostMin\n    case MAX => GlobalOperatorGraph.CostMax\n  }\n}\n\nobject GlobalStrategy extends Enumeration {\n  type GlobalStrategy = Value\n  val MAXBENEFIT, MARKOV, LAST = Value\n\n  def getStrategy(v: GlobalStrategy): ChooseMatPointStrategy = v match {\n    case LAST =>\n      MaterializeLast\n    case MAXBENEFIT =>\n      MaxBenefitStrategy\n    case MARKOV =>\n      MarkovStrategy\n  }\n}\n\nobject DuplicateStrategy extends Enumeration {\n  type DuplicateStrategy = Value\n  val NEWEST, OLDEST = Value\n}\n\n\ntrait ChooseMatPointStrategy {\n  def apply(candidates: mutable.Set[MaterializationPoint], plan: DataflowPlan, opGraph: GlobalOperatorGraph): Iterable[MaterializationPoint]\n}\n\nobject MaterializeLast extends ChooseMatPointStrategy {\n  override def apply(candidates: mutable.Set[MaterializationPoint], plan: DataflowPlan, opGraph: GlobalOperatorGraph): Iterable[MaterializationPoint] = {\n    val opsBeforeSink = plan.sinkNodes.flatMap(_.inputs.map(_.producer.lineageSignature))\n\n\n    val matPoints = candidates.filter(c => opsBeforeSink.contains(c.lineage))\n\n\/\/    val matPoints = for(candidate <- candidates if opsBeforeSink.contains(candidate.lineage)) yield candidate\n    matPoints\n  }\n}\n\nobject MaxBenefitStrategy extends ChooseMatPointStrategy {\n  override def apply(candidates: mutable.Set[MaterializationPoint], plan: DataflowPlan, opGraph: GlobalOperatorGraph) = {\n    candidates.toSeq.sortBy(_.benefit)(Ordering[Duration].reverse).headOption.toList\n  }\n}\n\nobject MarkovStrategy extends ChooseMatPointStrategy {\n  override def apply(candidates: mutable.Set[MaterializationPoint], plan: DataflowPlan, opGraph: GlobalOperatorGraph) = {\n    candidates.map{ mp => (mp, mp.prob * mp.benefit.toSeconds)}.toSeq.sortBy(_._2)(Ordering[Double].reverse).headOption.map(_._1).toList\n  }\n}\n\n\n\nimport dbis.piglet.mm.CostStrategy.CostStrategy\nimport dbis.piglet.mm.ProbStrategy.ProbStrategy\nimport dbis.piglet.mm.GlobalStrategy.GlobalStrategy\n\ncase class ProfilerSettings(\n                             minBenefit: Duration = Conf.mmDefaultMinBenefit,\n                             probThreshold: Double = Conf.mmDefaultProbThreshold,\n                             costStrategy: CostStrategy = Conf.mmDefaultCostStrategy,\n                             probStrategy: ProbStrategy = Conf.mmDefaultProbStrategy,\n                             strategy: GlobalStrategy = Conf.mmDefaultStrategy,\n                             eviction: EvictionStrategy = Conf.mmDefaultEvictionStrategy,\n                             admissionCheck: Boolean = Conf.mmDefaulAdmissionCheck,\n                             cacheSize: Long = Conf.mmDefaultCacheSize,\n                             cacheMode: CacheMode = Conf.mmDefaultCacheMode,\n                             fraction: Int = Conf.mmDefaultFraction,\n                             duplicates: DuplicateStrategy = DuplicateStrategy.NEWEST,\n                             url: URI = ProfilerSettings.profilingUrl\n                           ) {\n\n}\n\nobject ProfilerSettings extends PigletLogging {\n  def apply(m: Map[String, String]): ProfilerSettings = {\n    var ps = ProfilerSettings()\n\n    m.foreach { case (k,v) =>\n      k.toLowerCase match {\n        case \"prob\" => ps = ps.copy(probThreshold = v.toDouble)\n        case \"benefit\" => ps = ps.copy(minBenefit = v.toDouble.seconds)\n        case \"cost_strategy\" => ps = ps.copy(costStrategy = CostStrategy.withName(v.toUpperCase))\n        case \"prob_strategy\" => ps = ps.copy(probStrategy = ProbStrategy.withName(v.toUpperCase))\n        case \"strategy\" => ps = ps.copy(strategy = GlobalStrategy.withName(v.toUpperCase))\n        case \"cache_mode\" => ps = ps.copy(cacheMode = CacheMode.withName(v.toUpperCase))\n        case \"fraction\" => ps = ps.copy(fraction = v.toInt)\n        case \"duplicates\" => ps = ps.copy(duplicates = DuplicateStrategy.withName(v.toUpperCase))\n        case \"eviction\" => ps = ps.copy(eviction = EvictionStrategy.withName(v.toUpperCase))\n        case \"admission\" => ps = ps.copy(admissionCheck = v.toBoolean)\n        case \"cachesize\" => ps = ps.copy(cacheSize = v.toLong)\n        case _ => logger warn s\"unknown profiler settings key $k (value: $v) - ignoring\"\n      }\n    }\n    ps\n  }\n\n  private lazy val profilingUrl = Conf.statServerURL.getOrElse {\n    val addr = java.net.InetAddress.getLocalHost.getHostAddress\n    logger.debug(s\"identified local address as $addr\")\n    val u = URI.create(s\"http:\/\/$addr:${Conf.statServerPort}\/\")\n    u\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Pipe.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\n\/**\n * An exception indicating that the name of the pipe isn't a valid identifier (e.g. contains still a leading '$').\n *\n * @param msg a message describing the exception.\n *\/\ncase class InvalidPipeNameException(private val msg: String) extends Exception(\"invalid pipe name: \" + msg)\n\n\n\/**\n * A pipe connects some Pig operator and associates a name to this channel.\n *\n * @param name the name of the pipe\n * @param producer the operator producing the data\n * @param consumer the list of operators reading this data\n *\/\nclass Pipe (var name: String, var producer: PigOperator = null, var consumer: List[PigOperator] = List()) extends Serializable {\n  override def toString = s\"Pipe($name)\"\n\n  def canEqual(a: Any) = a.isInstanceOf[Pipe]\n\n  override def equals(that: Any): Boolean =\n    that match {\n      case that: Pipe => that.canEqual(this) && this.name == that.name\n      case _ => false\n    }\n\n  override def hashCode = name.hashCode\n\n  def inputSchema = if (producer != null) producer.schema else None\n\n  def removeConsumer(op:PigOperator): Unit = this.consumer = this.consumer.filterNot(_ == op)\n\n  def addConsumer(op: PigOperator): Unit = this.consumer = this.consumer.filterNot(_ == op) :+ op\n}\n\nobject Pipe {\n  def apply(n: String, producer: PigOperator = null, consumers: List[PigOperator] = List()): Pipe =\n    new Pipe(n, producer, consumers)\n\n  def unapply(p: Pipe): Option[(String, PigOperator, List[PigOperator])] = Some((p.name, p.producer, p.consumer))\n\n  def dummy = Pipe(\"dummy\")\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/ops\/Strategies.scala","text":"<reponame>ksattler\/piglet\n\npackage dbis.piglet.cep.ops\nimport dbis.piglet.backends.{SchemaClass => Event}\n\npackage object OutputTypes {\ntype PossibleTypes = Event with Boolean\n}\n\/**\n * @brief this enumerations represents the available selection strategies\n * where the matching should be done accordingly.\n *\/\nobject SelectionStrategy extends Enumeration {\n  type SelectionStrategy = Value\n  val NextMatches, AllMatches, ContiguityMatches, FirstMatch, RecentMatch = Value\n}\n\n\/**\n * @brief this enumerations represents the available output strategies\n * where the result output would be generated accordingly,\n * because the output of this operator is a complex event or a combination of tuples\n * one by one means generate the tuples one after another, in this case the resulting tuples\n * have fixed schema, whereas combined strategy combines all tuples (complex event) in one big tuple\n * which has variable schema\n *\n *\/\nobject OutputStrategy extends Enumeration {\n  type OutputStrategy = Value\n  val OneByOne, Combined, TrueValues = Value\n}\n\n\/**\n * @brief this enumerations represents the available model strategies \n * for processing or detecting the complex event accordingly.\n * in this engine, a non-deterministic finite automaton (NFA) based approach is used.\n * Moreover, we used a tree based evaluation model for pattern queries.\n * Each approach has its advantages and drawbacks in terms of performance,\n * optimization and its expressiveness\n *\n *\/\nobject MatchingStrategy extends Enumeration {\n  type OutputStrategy = Value\n  val TreeBased, NFABased = Value\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/engines\/NextMatch.scala","text":"package dbis.piglet.cep.engines\n\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.nfa.NFAStructure\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.cep.nfa.NormalState\nimport dbis.piglet.cep.ops.MatchCollector\nclass NextMatch[T <: Event: ClassTag](nfaController: NFAController[T], collector: MatchCollector[T]) extends CEPEngine(nfaController, collector) with Serializable {\n   var statics: Long = 0\n  override def runEngine(event: T): Unit = {\n    runningStructursPool.foreach ( str => engineProcess(event, str))\n    createNewStructue(event)\n    runGCStructures()\n  }\n  private[NextMatch] def engineProcess(event: T, strInfo: (Long, NFAStructure[T])) {\n    val currenStr=  strInfo._2\n    val result: Int = checkPredicate(event, currenStr)\n    if (result != -1) { \/\/ the predicate if ok.\n      currenStr.addEvent(event, currenStr.getCurrentState.asInstanceOf[NormalState[T]].getEdgeByIndex(result))\n      if (currenStr.complete) { \/\/final state\n        statics += 1\n        collector + currenStr\n        wantToDeletedStructurs += strInfo._1\n      }\n    }\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"sparklib\/src\/main\/scala\/dbis\/piglet\/backends\/spark\/FileStreamReader.scala","text":"\npackage dbis.piglet.backends.spark\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.streaming.receiver.Receiver\nimport scala.io.Source\nimport java.io.{ FileNotFoundException, IOException }\nimport org.apache.spark.streaming.scheduler._\nimport org.apache.spark.streaming.StreamingContext\n\nclass FileStreamReader(file: String, @transient val ssc: StreamingContext) extends Receiver[String](StorageLevel.MEMORY_AND_DISK_2) {\n\n  def onStart() {\n    \/\/ Start the thread that reads data from a file\n    new Thread(\"FileStreamReader\") {\n      override def run() { receive() }\n    }.start()\n  }\n\n  def onStop() {\n    \/\/ There is nothing to do here\n  }\n\n  \/** Create a reader to read  data from the file till EOF *\/\n  private def receive() {\n    try {\n      for (line <- Source.fromFile(file).getLines()) {\n        store(line)\n        \/\/Thread sleep 1000 \/\/ for testing\n      }\n      \/\/stop(\"stopped ...\") \/\/ stop receiver\n      \/\/ssc.stop()\n      \/\/SparkStream.ssc.stop(true, true) \/\/ stop streaming context gracefully\n    } catch {\n      case ex: FileNotFoundException => println(s\"Could not find $file file.\")\n      case ex: IOException           => println(s\"Had an IOException during reading $file file\")\n    } finally {\n      stop(\"Stopped Receiver\")\n      ssc.stop(true, true)\n      SparkStream.ssc.stop(true, true)\n      \/\/sys.exit()\n      \n      \n    }\n  }\n}\nclass FileReader(ssc: StreamingContext) {\n  def readFile(file: String) = ssc.receiverStream(new FileStreamReader(file, ssc))\n}\nobject FileStreamReader {\n  implicit def customFileStreamReader(ssc: StreamingContext) =\n    new FileReader(ssc)\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/IntersectionEmitter.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/IntersectionEmitter.scala\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Intersection\n\nclass IntersectionEmitter extends CodeEmitter[Intersection] {\n    override def template: String = \"\"\"val <out> = <in1>.intersection(<in2>)\"\"\".stripMargin\n\n\n    override def code(ctx: CodeGenContext, op: Intersection): String = render(Map(\"out\" -> op.outPipeName,\n      \"in1\" -> op.inPipeNames.head,\n      \"in2\" -> op.inPipeNames.last\n    ))\n\n  }\n\n  object IntersectionEmitter {\n    lazy val instance = new IntersectionEmitter\n  }"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/CacheEmitter.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/codegen\/spark\/CacheEmitter.scala\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Cache\n\n\/**\n  * Created by hage on 11.07.17.\n  *\/\nclass CacheEmitter extends CodeEmitter[Cache] {\n  override def template: String = \"val <out> = <in>.persist(org.apache.spark.storage.StorageLevel.<mode>)\"\n\n  override def code(ctx: CodeGenContext, node: Cache): String = {\n\n    val mode = node.cacheMode.toString\n\n    val map = Map(\"out\" -> node.outPipeName, \"in\" -> node.inPipeName, \"mode\" -> mode)\n\n    render(map)\n  }\n}\n\nobject CacheEmitter {\n  lazy val instance = new CacheEmitter\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/CrossEmitter.scala","text":"<gh_stars>10-100\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op.Cross\nimport dbis.piglet.op.Pipe\n\n\/**\n  * Created by kai on 12.12.16.\n  *\/\nclass CrossEmitter extends CodeEmitter[Cross] {\n\n  \/\/ the template for final code\n  override def template: String = \"\"\"\n    |val <out> = <code>.map{case l =>\n    |  val res = convert<class>(l)\n    |  <if(profiling)>\n    |    PerfMonitor.sampleSize(t,\"<lineage>\", accum, randFactor)\n    |  <endif>\n    |  res\n    |\\}\n    \"\"\".stripMargin\n\n  \/\/ code template to create all cartesian products one after he other\n  val t = \"<rel1>.cartesian(<rel2>).map{ case (v,w)  => (<fields>) \\\\}\"\n    \n  private def makeFieldString(p: Pipe, prefix: String, offset: Int = 0) = p.inputSchema.get.fields.indices.map(i => s\"$prefix._${i+offset}\").mkString(\",\")\n    \n  override def code(ctx: CodeGenContext, op: Cross): String = {\n    val rels = op.inputs\n    \n    \/* first we construct the resulting fields of the first product\n     * the offste parameter is left to 0 because the field name numbering in the schema classes starts at 0\n     *\/\n    var fieldList = s\"${makeFieldString(rels.head, \"v\")},${makeFieldString(rels(1), \"w\")}\"\n    \n    \/\/ create the code for the first cross product\n    var code = CodeEmitter.render(t, Map(\n        \"rel1\" -> rels.head.name, \n        \"rel2\" -> rels(1).name, \n        \"fields\" -> fieldList))    \n    \n        \n    \/\/ if we have mor than two input relation, we need to add the subsequent cross operations one after the other    \n    for(i <- 2 until op.inputs.size) {\n    \n      \/\/ count how many fields have been created by the previous CROSS's\n      val numFields = (0 until i).map(j => rels(j).inputSchema.get.fields.length).sum\n      \n      \/\/ the resulting fields consist for all fields of the previous results + the fields of the current input relation\n      fieldList = (1 to numFields).map(j => s\"v._$j\").mkString(\",\") + \",\" + makeFieldString(rels(i), \"w\", 0)\n      \n      \/\/ produce code \n      code = CodeEmitter.render(t, Map(\n          \"rel1\" -> code, \n          \"rel2\" -> op.inputs(i).name, \n          \"fields\" -> fieldList))  \n      \n    }\n    \n\n    val className = op.schema match {\n      case Some(s) => ScalaEmitter.schemaClassName(s.className)\n      case None => ScalaEmitter.schemaClassName(op.outPipeName)\n    }\n    \n    \/\/ use the sequence of cartesian products in the final template\n    render(Map(\n      \"out\" -> op.outPipeName,\n      \"class\" -> className,\n      \"code\" -> code,\n      \"lineage\" -> op.lineageSignature))\n  }\n\n}\n\nobject CrossEmitter {\n  lazy val instance = new CrossEmitter\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/LimitEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.Limit\n\nclass LimitEmitter extends dbis.piglet.codegen.scala_lang.LimitEmitter {\n  override def template: String = \"\"\"    val <out> = <in>.first(<num>)\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: Limit): String = {\n\n    val params = Map(\n      \"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"num\" -> op.num,\n      \"lineage\" -> op.lineageSignature)\n\n    render(params)\n\n  }\n\n}\n\nobject LimitEmitter {\n\tlazy val instance = new LimitEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/GlobalOperatorGraph.scala","text":"package dbis.piglet.mm\n\nimport dbis.piglet.Piglet.Lineage\nimport dbis.piglet.tools.logging.PigletLogging\n\nimport scala.util.Try\nimport scalax.collection.edge.Implicits._\nimport scalax.collection.edge.WDiEdge\nimport scalax.collection.io.json._\nimport scalax.collection.io.json.descriptor.predefined.WDi\nimport scalax.collection.mutable.Graph\n\n\/**\n  * Represents a node in the markov graph\n  * @param lineage The lineage for the operator\n  * @param cost The operator cost (execution time)\n  *\/\ncase class Op(lineage: Lineage, var cost: Option[T] = None, var resultRecords: Option[Long] = None,\n              var bytesPerRecord: Option[Double] = None) {\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case o: Op => o.lineage equals lineage\n    case _ => false\n  }\n\n  override def hashCode(): Int = lineage.hashCode\n}\n\nobject Op {\n  def apply(lineage: Lineage, cost: T): Op = Op(lineage, Some(cost))\n\n  implicit def lineageToOp(lineage: Lineage): Op = Op(lineage)\n}\n\n\/**\n  * A data structure to maintain profiling information on operator occurrences\n  * @param model The graph representing operators with their costs and the number of transitions on the edges\n  *\/\ncase class GlobalOperatorGraph(protected[mm] var model: Graph[Op, WDiEdge]) extends PigletLogging {\n\n  import GlobalOperatorGraph._\n\n\n  \/* Increase the total amount of runs\n   *\/\n  def incrRuns() = add(startNode, startNode)\n\n  \/**\n    * The total number of runs\n    * @return Returns the number of runs\n    *\/\n  def totalRuns = rawWeight(startNode, startNode)\n\n\n  \/**\n    * Add the information that there is an edge ([[dbis.piglet.op.Pipe]]) between parent and child\n    * @param parent The \"source\" operator \/ producer\n    * @param child  The \"target\" operator \/ consumer\n    *\/\n  def add(parent: Op, child: Op): Unit = {\n\n    require(parent != child || (parent == startNode && child == startNode), s\"an operator cannot be child of itself (parent must be != child): $parent\")\n    val newWeight = rawWeight(parent, child) + 1\n\n    logger debug s\"upserting edge $parent -> $child with new weight $newWeight\"\n\n    model upsert (parent ~%> child) (newWeight) \/\/ update with new weight \/ count\n  }\n\n\/\/  private def _getparents(op: Lineage): Try[List[Lineage]] = Try {\n\/\/\n\/\/  }\n  \/**\n    * Get the parent operators for the given operator\n    * @param lineage The lineage \/ id of the operator to get the parents of.\n    * @return Returns the list of parents of this operator, or None if there is no parent\n    *\/\n  def parents(lineage: Lineage): Option[List[Lineage]] = {\n    model.find(Op(lineage)).map(o => o.inNeighbors.map{_.value.lineage}.toList).flatMap(l => if(l.isEmpty) None else Some(l))\n  }\n\n  def size = model.size\n\n  \/**\n    * The weight of an edge representing the number of occurrences of this edge\n    * @param parent The parent operator\n    * @param child The child operator\n    * @return Returns the weight of this edge or 0 if there is none\n    *\/\n  def rawWeight(parent: Op, child: Op): Long =\n    model.find( (parent ~%> child)(0) ) \/\/ the weight is not regarded for search\n      .map(_.weight)\n      .getOrElse(0L)\n\n  def outProbs(lineage: Lineage): Option[Double] =\n    model.find(Op(lineage)).map{o =>\n\n      val weigths = o.outgoing.map(e => e.weight)\n      weigths.sum \/ weigths.size.toDouble\n\n    }\n\n  def cost(lineage: Lineage): Option[T] = model.find(Op(lineage)).flatMap(_.value.cost)\n\n  def resultRecords(lineage: Lineage): Option[Long] = model.find(Op(lineage)).flatMap(_.value.resultRecords)\n  def bytesPerRecord(lineage: Lineage): Option[Double] = model.find(Op(lineage)).flatMap(_.value.bytesPerRecord)\n\n\/\/  def outputRecords(lineage: Lineage): Option[Long] = model.find(Op(lineage)).flatMap(_.outNeighbors.headOption.flatMap(_.value.resultRecords))\n\/\/  def outputBytesPerRecord(lineage: Lineage): Option[Long] = model.find(Op(lineage)).flatMap(_.outNeighbors.headOption.flatMap(_.value.bytesPerRecord))\n\n\n  \/**\n    * Get the cost (execution time and probability) from start to the specified node.\n    *\n    * The cost is determined by aggregating the cost from all operators on the path from the source to the specified\n    * node (lineage). If the specified op (lineage) is the (indirect) result of a Join or Cross operation, we will\n    * find multiple paths, i.e., one path for each source node.\n    *\n    * The strategy parameters allow to define the way how to aggregate the costs and probabilities on the found paths.\n    * While the probStrategy is used only to aggregate the probabilities on a path, the costStrategy is used also to\n    * decide which path defines that actual cost of the plan until the specified parameter-\n    * @param lineage The operator\n    * @param probStrategy The aggregation strategy for the probabilities\n    * @param costStrategy The aggregation strategy for the costs of operators\n    * @return Returns the total cost until the specified operator along with its probability,\n    *         or None, if there is no such op\n    *\/\n  def totalCost(lineage: Lineage,\n                probStrategy: Traversable[Double] => Double = GlobalOperatorGraph.ProbMin)(\n                costStrategy: Traversable[(Long, Double)] => (Long, Double)): Try[Option[(Long, Double)]] = Try {\n\n    \/\/ this assignment is needed by the type checker\/compiler to bring the graph in scope\n    val g = model\n\n    \/\/ get all actual source (LOAD) nodes\n    val sources = (g get startNode).outNeighbors\n\n    \/\/    logger.debug(s\"found sources (${sources.size}): ${sources.mkString(\",\")}\")\n\n    \/\/ the node in the graph for the specified lineage\n    val theOp: g.NodeT = g get lineage\n\n    \/\/    logger.debug(s\"graph node for $lineage : $theOp \")\n\n    \/* The paths from all known source nodes to the op\n     * An entry of None means that there is no path from that source to the op\n     *\/\n    val paths = sources.map(_.pathTo(theOp)).filter(_.isDefined).map(_.get).toList\n\n\/\/    logger.debug(s\"paths from sources (${paths.size}): \\n${paths.mkString(\"\\n\")}\")\n\n    val runtimes = paths.map{ path =>\n\n        val costSum = path.nodes.map(_.cost) \/\/ for each node on the path from start to the target, get the cost\n          .filter(_.isDefined) \/\/ only those costs that are defined\n          .map(_.get.avg()) \/\/ get average cost per operator (could use min\/max as well)\n          .sum \/\/ sum up costs of operators\n\n        \/\/ probabilities are stored as weights on the edges\n        val probs = path.edges.map{e =>\n          e.weight \/ e.head.outDegree.toDouble\n        }\n        \/\/ aggregate probabilities\n        val prob = if(probs.isEmpty) Double.NaN else probStrategy(probs)\n\n        (costSum, prob)\n      }\n\n\n    val res = if(runtimes.isEmpty) None else Some(costStrategy(runtimes))\n\n    res\n\n  }\n\n  \/**\n    * Update the cost of an operator, e.g., after an additional execution.\n    * The given cost value will be \"merged\" with the previous values\n    * @param lineage The lineage of that operator\n    * @param cost The newly measured cost\n    *\/\n  def updateCost(lineage: Lineage, cost: Long) = model.find( Op(lineage)).map(_.value).foreach { a =>\n    if(a.cost.isDefined) {\n      a.cost = Some(T.merge(a.cost.get, cost))\n    } else\n      a.cost = Some(T(cost))\n  }\n\n  def updateSize(size: SizeInfo) =model.find(Op(size.lineage)).map(_.value).foreach {a =>\n      a.resultRecords = Some(size.records)\n      a.bytesPerRecord = Some(size.bytes)\n  }\n\n  \/**\n    * String representation of this model as JSON\n    * @return JSON representation of this model\n    *\/\n  def toJson: String = model.toJson(GlobalOperatorGraph.descriptor)\n\n  override def toString: Lineage = model.toString()\n\n}\n\nobject GlobalOperatorGraph {\n\n  val startLineage: Lineage = \"start\"\n  val startNode: Op = Op(startLineage)\n\n\n  \/\/ used to serialize the nodes to JSON\n  private val nodeDescriptor = new NodeDescriptor[Op](typeId = \"operators\"){\n    def id(node: Any) = node match {\n      case o:Op => o.lineage\n      case _ => ???\n    }\n  }\n\n  \/\/ graph descriptor\n  val descriptor = new Descriptor[Op](\n    defaultNodeDescriptor = nodeDescriptor,\n    defaultEdgeDescriptor = WDi.descriptor[Op]()\n  )\n\n  \/**\n    * Load the Markov model from JSON text representation\n    * @param json The JSON representation of the graph\n    * @return Returns the Markov model parsed from JSON\n    *\/\n  def fromJson(json: String): GlobalOperatorGraph = {\n    val g = Graph.fromJson[Op, WDiEdge](json, descriptor)\n    GlobalOperatorGraph(g)\n  }\n\n  \/**\n    * Create an empty model\n    * @return An empty Markov model\n    *\/\n  def empty = new GlobalOperatorGraph(Graph[Op, WDiEdge]())\n\n\n  def ProbMin(l: Traversable[Double]): Double = l.min\n  def ProbMax(l: Traversable[Double]): Double = l.max\n  def ProbProduct(l: Traversable[Double]): Double = l.product\n  def ProbAvg(l: Traversable[Double]): Double = l.sum \/ l.size\n\n  def CostMin(l: Traversable[(Long, Double)]): (Long, Double) = l.minBy(_._1)\n  def CostMax(l: Traversable[(Long, Double)]): (Long, Double) = l.maxBy(_._1)\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Difference.scala","text":"package dbis.piglet.op\n\nimport dbis.piglet.expr.Ref\n\ncase class Difference(private val out: Pipe, private val in1: Pipe, private val in2: Pipe,\n                      refs1: Option[List[Ref]] = None,\n                      refs2: Option[List[Ref]] = None\n                     ) extends PigOperator(List(out), List(in1, in2)) {\n\n  override def lineageString: String = {\n    s\"\"\"DIFFERENCE%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"DIFFERENCE\n       |  out = $outPipeName\n       |  ins = ${inPipeNames.mkString(\",\")},\n       |  refs1 = ${refs1.map(_.mkString(\",\")).getOrElse(\"--\")},\n       |  refs2 = ${refs2.map(_.mkString(\",\")).getOrElse(\"--\")},\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\"\"\".stripMargin\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/streaming\/UTF8StringSchema.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink.streaming\n\nimport org.apache.commons.lang3.SerializationUtils\nimport org.apache.flink.streaming.util.serialization._\nimport org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.api.java.typeutils.TypeExtractor\n\nclass UTF8StringSchema extends DeserializationSchema[String] with SerializationSchema[String] {\n\n  override def deserialize(message: Array[Byte]): String = {\n    new String(message, \"UTF-8\")\n  }   \n\n  override def isEndOfStream(nextElement: String): Boolean = {\n    false\n  }   \n\n  override def serialize(element: String): Array[Byte] = {\n    element.getBytes(\"UTF-8\")\n  }   \n\n  override def getProducedType(): TypeInformation[String] = {\n    TypeExtractor.getForClass(classOf[String])\n  }   \n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/CompilerSpec.scala","text":"package dbis.piglet\n\nimport dbis.piglet.codegen.PigletCompiler\nimport org.scalatest.{Matchers, FlatSpec}\n\n\/**\n * Created by kai on 13.07.15.\n *\/\nclass CompilerSpec extends FlatSpec with Matchers {\n  \"The compiler\" should \"substitute parameters in a source line\" in {\n    val source = \"\"\"a = FOREACH b GENERATE $0 AS $P1, myFunc($1) AS $PARAM2;\"\"\"\n    val substitutedLine = PigletCompiler.replaceParameters(source, Map(\"P1\" -> \"column\", \"PARAM2\" -> \"funcResult\"))\n    substitutedLine should be (\"\"\"a = FOREACH b GENERATE $0 AS column, myFunc($1) AS funcResult;\"\"\")\n  }\n\n  it should \"resolve IMPORT statements recursively\" in {\n    val source = List(\"IMPORT 'src\/it\/resources\/import1.pig';\", \"C = FOREACH B GENERATE $0;\")\n    val (output, p) = PigletCompiler.resolveImports(source.toIterator)\n    output.mkString(\"\\n\") should be (\n      \"\"\"A = LOAD 'input';\n        |B = FILTER A BY $0 > 10;\n        |C = FOREACH B GENERATE $0;\"\"\".stripMargin)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/traits\/CheckWordT.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.dsl.traits\n\nimport dbis.piglet.plan.rewriting.dsl.words.WhenWord\n\n\/** A trait supplying methods for adding checks to a [[dbis.piglet.plan.rewriting.dsl.traits.BuilderT]].\n  *\n  * @tparam FROM\n  * @tparam TO\n  *\/\ntrait CheckWordT[FROM, TO] {\n  val b: BuilderT[FROM, TO]\n\n  \/** Add a check before the application of the function contained in the builder. If the check returns true, the\n    * function will not be called.\n    *\/\n  def unless(check: (FROM => Boolean)): WhenWord[FROM, TO] = {\n    val newCheck = {term: FROM =>\n      (!check(term))\n    }\n    when(newCheck)\n  }\n\n  \/** Add a check before the application of the function contained in the builder. If the check returns true, the\n    * function will be called.\n    *\/\n  def when(check: (FROM => Boolean)): WhenWord[FROM, TO] = {\n    new WhenWord(b, check)\n  }\n\n  \/** Add a check in the form of a pattern match before the application of the function contained in the builder. If\n    * the pattern matches, the function will be called.\n    *\n    * Use it like\n    *\n    * {{{\n    *   whenMatches { case _ : PigOperator => }\n    * }}}\n    *\/\n  def whenMatches(check: scala.PartialFunction[FROM, _]) = {\n    def f(term: FROM): Boolean = check.isDefinedAt(term)\n\n    new WhenWord(b, f)\n  }\n\n  \/** Add a check in the form of a pattern match before the application of the function contained in the builder. If\n    * the pattern matches, the function will not be called.\n    *\n    * Use it like\n    *\n    * {{{\n    *   unlessMatches { case _ : PigOperator => }\n    * }}}\n    *\/\n  def unlessMatches(check: scala.PartialFunction[FROM, _]) = {\n    def f(term: FROM): Boolean = !check.isDefinedAt(term)\n\n    new WhenWord(b, f)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"build.sbt","text":"import sbt.Keys._\nimport sbt._\n\nname := \"piglet\"\n\nlibraryDependencies ++= Dependencies.rootDeps\n\nlibraryDependencies ++= itDeps\n\nmainClass in (Compile, packageBin) := Some(\"dbis.piglet.PigletREPL\")\n\nmainClass in (Compile, run) := Some(\"dbis.piglet.PigletREPL\")\n\nassemblyJarName in assembly := \"piglet.jar\"\n\nmainClass in assembly := Some(\"dbis.piglet.Piglet\")\nassemblyMergeStrategy in assembly := {\n\tcase PathList(ps@_*) if ps.last == \"libjansi.so\" || ps.last == \"libjansi.jnilib\" || ps.last == \"jansi.dll\" => MergeStrategy.first \/\/ linux\n  case x =>\n    val oldStrategy = (assemblyMergeStrategy in assembly).value\n    oldStrategy(x)\n}\n\n\ntest in assembly := {}\n\nlogLevel in assembly := Level.Error\n\nparallelExecution in ThisBuild := false\n\n\/\/ needed for serialization\/deserialization\nfork in Test := true\n\n\/\/ enable for debug support in eclipse\n\/\/javaOptions in (Test) += \"-Xdebug\"\n\/\/javaOptions in (Test) += \"-Xrunjdwp:transport=dt_socket,server=y,suspend=y,address=8000\"\n\nfork in IntegrationTest := false\n\n\/\/ scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\",\"-Ylog-classpath\")\nscalacOptions ++= Seq(\"-feature\",\"-language:implicitConversions\")\n\n\/\/ run only those it tests, that are available for the selected backend\ntestOptions in IntegrationTest := Seq(\n\tTests.Filter(s => itTests.contains(s)),\n\tTests.Argument(\"-oDF\")\n)\n\ncoverageExcludedPackages := \"<empty>;dbis.piglet.Piglet;dbis.piglet.plan.rewriting.internals.MaterializationSupport;dbis.piglet.plan.rewriting.internals.WindowSupport\"\n\nsourcesInBase := false\nEclipseKeys.skipParents in ThisBuild := false  \/\/ to enable piglet (parent not only children) eclispe import\n\n\/*\n  * Common Settings **********************************************************\n  *\/\nlazy val commonSettings = Seq(\n  version := \"0.3\",\n  scalaVersion := Dependencies.scalaVersion,\n  organization := \"dbis\"\n)\n\n\/*\n  * Projects *****************************************************************\n  *\/\nlazy val piglet = (project in file(\".\")).\n  enablePlugins(BuildInfoPlugin).\n  settings(\n    buildInfoKeys := Seq[BuildInfoKey](\n      name, version, scalaVersion, sbtVersion, buildInfoBuildNumber,\n      \"master\" -> sys.props.getOrElse(\"master\", default=s\"local[${java.lang.Runtime.getRuntime.availableProcessors()}]\")\n    ),\n    buildInfoOptions += BuildInfoOption.BuildTime,\n    buildInfoPackage := \"dbis.piglet\"\n  ).\n  configs(IntegrationTest).\n  settings(commonSettings: _*).\n  settings(Defaults.itSettings: _*).\n  dependsOn(common).\n  dependsOn(sparklib % \"test;it\").\n  dependsOn(flinklib % \"test;it\").\n  dependsOn(mapreducelib % \"test;it\").\n  dependsOn(ceplib % \"test;it\").\n  dependsOn(setm).\n\/\/    dependsOn(ProjectRef(uri(\"https:\/\/github.com\/sthagedorn\/setm.git#master\"), \"setm\")).\n  aggregate(common, sparklib, flinklib, mapreducelib, ceplib) \/\/ remove this if you don't want to automatically build these projects when building piglet\n\nlazy val setm = (project in file(\"setm\"))\n\n\nlazy val common = (project in file(\"common\")).\n  settings(commonSettings: _*).\n  disablePlugins(sbtassembly.AssemblyPlugin)\n\nlazy val sparklib = (project in file(\"sparklib\")).\n  settings(commonSettings: _*).\n  settings(unmanagedJars in Compile += file(s\".\/lib_unmanaged\/jvmr_2.11-2.11.2.1.jar\")).\n  dependsOn(common).\n  disablePlugins(sbtassembly.AssemblyPlugin)\n\nlazy val flinklib = (project in file(\"flinklib\")).\n  settings(commonSettings: _*).\n  dependsOn(common)\n\/\/    .disablePlugins(sbtassembly.AssemblyPlugin)\n\nlazy val mapreducelib = (project in file(\"mapreducelib\")).\n  settings(commonSettings: _*).\n  dependsOn(common).\n  disablePlugins(sbtassembly.AssemblyPlugin)\n\nlazy val ceplib = (project in file(\"ceplib\")).\n    settings(commonSettings: _*).\n    dependsOn(common)\n\nlazy val zeppelin = (project in file(\"zeppelin\")).\n  settings(commonSettings: _*).\n  dependsOn(common).\n  disablePlugins(sbtassembly.AssemblyPlugin).\n  dependsOn(piglet)\n\n\/*\n  * define the backend for the compiler: currently we support spark and flink\n  *\/\nval backend = sys.props.getOrElse(\"backend\", default=\"spark\")\n\nval itDeps = backend match {\n  case \"flink\" | \"flinks\" => Seq(\n      Dependencies.flinkScala % \"test;it\",\n      Dependencies.flinkStreaming % \"test;it\"\n  )\n  case \"spark\" | \"sparks\" => Seq(\n    Dependencies.sparkCore % \"test;it\",\n    Dependencies.sparkSql % \"test;it\",\n    Dependencies.jdbc % \"test;it\"\n  )\n  case \"mapreduce\" => Seq(Dependencies.pig % \"test;it\")\n  case _ => println(s\"Unsupported backend: $backend ! I don't know which dependencies to include!\"); Seq.empty[ModuleID]\n}\n\nval itTests = backend match{\n  case \"flink\" => Seq(\"dbis.test.flink.FlinkCompileIt\")\n  case \"flinks\" => Seq(\"dbis.test.flink.FlinksCompileIt\")\n  case \"spark\" => Seq(\"dbis.test.spark.SparkCompileIt\")\n  case \"sparks\" => Seq(\"dbis.test.spark.SparksCompileIt\")\n  case \"mapreduce\" => Seq.empty[String] \/\/ TODO\n  case _ => println(s\"Unsupported backend: $backend - Will execute no tests\"); Seq.empty[String]\n}\n\n\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/cmd\/DefineCmd.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op.cmd\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.expr.Value\n\n\n\/**\n * DefineCmd represents a pseudo operator for the DEFINE statement. This \"operator\" will\n * be eliminated during building the dataflow plan.\n *\n * @param alias the alias name of the UDF\n * @param scalaName the full classified Scala name of the function\n * @param paramList a list of values uses as the first standard parameters in the function call\n *\/\ncase class DefineCmd(alias: String, scalaName: String, paramList: List[Value]) extends PigOperator(List(), List())\n\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/builders\/MergeBuilder.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.dsl.builders\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.plan.rewriting.Rewriter\nimport dbis.piglet.plan.rewriting.dsl.traits.BuilderT\n\nimport scala.reflect.ClassTag\n\n\/** A builder for applying a rewriting operation to two [[dbis.piglet.op.PigOperator]]s. The rewriting operation must\n  * merge them by returning a single new operator.\n  *\n  *\/\nclass MergeBuilder[FROM1 <: PigOperator : ClassTag, FROM2 <: PigOperator : ClassTag]\n  extends BuilderT[(FROM1, FROM2), PigOperator] {\n  override def addAsStrategy(func: ((FROM1, FROM2)) => Option[PigOperator]): Unit = {\n    Rewriter.merge[FROM1, FROM2]{ (term1: FROM1, term2: FROM2) => func((term1, term2))}\n  }\n\n  override def wrapInCheck(func: ((FROM1, FROM2)) => Option[PigOperator]):\n   ((FROM1, FROM2)) => Option[PigOperator] = {\n    def wrapped(t: Tuple2[FROM1, FROM2]): Option[PigOperator] = {\n      if (check.isEmpty || check.get(t)) {\n        func(t)\n      }\n      else {\n        None\n      }\n    }\n\n    wrapped\n  }\n\n  override def wrapInFixer(func: ((FROM1, FROM2)) => Option[PigOperator]): ((FROM1, FROM2)) =>\n    Option[dbis.piglet.op.PigOperator] =\n    func\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/Fixers.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport dbis.piglet.op.{PigOperator, Pipe}\nimport dbis.piglet.plan.PipeNameGenerator\n\n\/** Provides helper methods for fixing inputs and outputs after rewriting operations.\n  *\n  *\/\ntrait Fixers {\n  \/** Makes ``succ`` a successor of ``pred``.\n    *\n    * @param overwrite If true, disables all safety mechanisms (no IllegalArgumentExceptions will be raised) and\n    *                  clear inputs and outputs before connecting the two operators.\n    *\/\n  @throws[IllegalArgumentException](\"If pred has more than one output pipe\")\n  @throws[IllegalArgumentException](\"If succ has more than one input pipe\")\n  @throws[IllegalArgumentException](\"If succ already has an input pipe with a producer that's not pred\")\n  def connect(pred: PigOperator, succ: PigOperator, overwrite: Boolean = false): Unit = {\n    if (!overwrite) {\n      require(pred.outputs.length <= 1, \"The new predecessor more than one output pipe\")\n      require(succ.inputs.length < 2 || succ.inputs.exists(_.name == pred.outPipeName),\n        \"The new successor has more then one input pipe and none matches the new predecessors output name\")\n      require(succ.inputs.isEmpty || succ.inputs.head.producer == null || succ.inputs.head.producer == pred,\n        \"The new successors input pipe already has a producer that is not the same as pred\")\n      require(succ.inputs.isEmpty || pred.outputs.find(_.name == succ.inPipeName).isDefined,\n        pred + \" writes \" + pred.outPipeName + \", but \" + succ + \" reads \" + succ.inPipeName)\n    } else {\n      pred.outputs = List.empty\n      pred.inputs = List.empty\n    }\n\n    if (pred.outputs.isEmpty) {\n      pred.outputs = List(Pipe(PipeNameGenerator.generate()))\n    }\n\n    \/\/ If there is an input pipe matching `pred`s output name, use it, otherwise build a new one\n    val inPipe = succ.inputs.find {_.name == pred.outputs.head.name}.orElse(Some(Pipe(pred.outputs.head.name, pred))).get\n    inPipe.producer = pred\n    inPipe.consumer = List(succ)\n    succ.inputs = List(inPipe)\n\n    pred.outputs.head.consumer = pred.outputs.head.consumer :+ succ\n  }\n\n  \/** Fix the inputs and outputs attributes of PigOperators after an operation merged two of them into one.\n    *\n    * @param oldParent The old parent operator.\n    * @param oldChild The old child operator.\n    * @param newParent The new operator.\n    * @tparam T The type of the old parent operator.\n    * @tparam T2 The type of the old child operator.\n    * @tparam T3 The type of the new operator.\n    * @return\n    *\/\n  def fixMerge[T <: PigOperator, T2 <: PigOperator, T3 <: PigOperator](oldParent: T, oldChild: T2,\n                                                                                  newParent: T3): T3 = {\n    newParent.inputs = oldParent.inputs\n    newParent.outputs = oldChild.outputs\n\n    replaceOpInSuccessorsInputs(oldChild, newParent)\n\n    \/\/ Replacing oldParent with newParent in the outputs attribute of oldParents inputs producers is done by kiamas\n    \/\/ Rewritable trait\n    newParent\n  }\n\n  \/** Fix the inputs and outputs attributes of PigOperators after two of them have been reordered.\n    *\n    * @param oldParent The old parent operator.\n    * @param newParent The new parent operator.\n    * @param oldChild The old child operator.\n    * @param newChild The new child Operator.\n    * @tparam T The type of the old parent and new child operators.\n    * @tparam T2 The type of the old child and new parent operators.\n    * @return\n    *\/\n  def fixReordering[T <: PigOperator, T2 <: PigOperator](oldParent: T, newParent: T2, oldChild: T2,\n                                                               newChild: T): T2 = {\n    \/\/ If oldParent == newChild (for example when this is called from `swap`, we need to save oldParent.outPipename\n    \/\/ because it depends on oldParent.outputs\n    val oldparent_outpipename = oldParent.outPipeName\n\n    \/\/ See above, of oldParent == newChild, we need to use oldParent.inputs while we can\n    newParent.inputs = oldParent.inputs\n\n    newChild.inputs = List(Pipe(newParent.outPipeName, newParent, List(newChild)))\n    newChild.outputs = oldChild.outputs\n\n    newParent.outputs = List(Pipe(oldparent_outpipename, newParent, List(newChild)))\n\n    \/\/ Each Operator that has oldChild in its inputs list as a producer needs to have it replaced with newChild\n    oldChild.outputs foreach { output =>\n      output.consumer foreach { op =>\n        op.inputs = op.inputs.filter(_.producer != oldChild) :+ Pipe(newParent.outPipeName, newChild, List(op))\n      }\n    }\n\n    \/\/ Replacing oldParent with newParent in oldParents inputs outputs list is done by kiamas Rewritable trait\n    newParent\n  }\n\n  \/** Changes inputs and outputs so that ``toBePulled`` is between ``multipleInputOp`` and ``indicator``.\n    *\n    * ``toBePulled`` has to be a consumer of ``multipleInputOp``s output pipes.\n    * @param toBePulled\n    * @param multipleInputOp\n    * @param indicator\n    * @return\n    *\/\n  def pullOpAcrossMultipleInputOp(toBePulled: PigOperator, multipleInputOp: PigOperator, indicator: PigOperator):\n  PigOperator = {\n    require(multipleInputOp.inputs.map(_.producer) contains indicator, \"indicator is not a predecessor of \" +\n      \"multipleInputOp\")\n    require(multipleInputOp.outputs.flatMap(_.consumer) contains toBePulled, \"toBePulled is not a consumer of \" +\n      \"multipleInputOp\")\n    \/\/ First, make the toBePulled a consumer of the correct input\n    indicator.outputs foreach { outp =>\n      if (outp.consumer contains multipleInputOp) {\n        outp.consumer = outp.consumer.filterNot(_ == multipleInputOp) :+ toBePulled\n      }\n    }\n\n    toBePulled.inputs = toBePulled.inputs.filterNot(_.producer == multipleInputOp) :+ Pipe(indicator.outPipeName,\n      indicator)\n\n    \/\/ Second, make the toBePulled an input of the multipleInputOp\n    \/\/ Put the new pipe to toBePulled at the same position as the old one to indicator so the position of fields\n    \/\/ still matches\n    val index = multipleInputOp.inputs.indexWhere(_.name == indicator.outPipeName)\n    multipleInputOp.inputs = multipleInputOp.inputs.updated(index, Pipe(toBePulled.outPipeName, toBePulled))\n\n    val oldOutPipeName = multipleInputOp.outPipeName\n\n    \/\/ Third, replace the toBePulled in the multipleInputOps outputs with the Filters outputs\n    multipleInputOp.outputs foreach { outp =>\n      if (outp.consumer contains toBePulled) {\n        outp.consumer = outp.consumer.filterNot(_ == toBePulled) ++ toBePulled.outputs.flatMap(_.consumer)\n      }\n    }\n\n    \/\/ Fourth, make the multipleInputOp the producer of all the toBePulleds outputs inputs\n    toBePulled.outputs foreach { outp =>\n      outp.consumer foreach { cons =>\n        cons.inputs = cons.inputs map { cinp =>\n          if (cinp.producer == toBePulled) {\n            Pipe(oldOutPipeName, multipleInputOp)\n          } else {\n            cinp\n          }\n        }\n      }\n    }\n\n    \/\/ Fifth, make multipleInputOp the consumer of all of toBePulled output pipes\n    toBePulled.outputs foreach { outp =>\n      outp.consumer = List(multipleInputOp)\n    }\n\n    \/\/ Now that toBePulled doesn't read from multipleInputOp anymore, its schema needs an update.\n    toBePulled.constructSchema\n\n    toBePulled\n  }\n\n  \/** Changes inputs and outputs such that `newParent` is the new consumer of `old`s inputs outputs and newChild the\n    * producer of `old`s outputs inputs.\n    *\n    * `newChild` does not have do be a direct successor of `newParent`.\n    *\n    * @param old\n    * @param newParent\n    * @param newChild\n    * @tparam T\n    * @tparam T2\n    * @tparam T3\n    * @return\n    *\/\n  def fixReplacementwithMultipleOperators[T <: PigOperator, T2 <: PigOperator, T3 <: PigOperator]\n  (old: T, newParent: T2, newChild: T3): T2 = {\n    newParent.inputs = old.inputs\n    newChild.outputs = old.outputs\n\n    \/\/ Remove `old` as a consumer of its inputs\n    old.inputs.foreach { in =>\n     in.removeConsumer(old)\n    }\n\n    replaceOpInSuccessorsInputs(old, newChild)\n\n    newParent\n  }\n\n  \/** Replaces ``oldOp`` in its outputs inputs as a producer with ``newOp``.\n    *\n    * @param oldOp\n    * @param newOp\n    *\/\n  def replaceOpInSuccessorsInputs(oldOp: PigOperator, newOp: PigOperator) = {\n    oldOp.outputs foreach { output =>\n      output.consumer foreach { consumer =>\n        consumer.inputs foreach { input =>\n          \/\/ If `op` (the old term) is the producer of any of the input pipes of `newChild` (the new terms)\n          \/\/ successors, replace it with `newChild` in that attribute. Replacing `op` with `other_filter` in\n          \/\/ the pipes on `newChild` itself is not necessary because the setters of `inputs` and `outputs` do\n          \/\/ that.\n          if (input.producer == oldOp) {\n            input.producer = newOp\n          }\n        }\n      }\n    }\n  }\n\n  \/** Changes inputs and outputs after ``old`` has been replaced by ``new_``.\n    *\n    * @param old\n    * @param new_\n    * @tparam T\n    * @return ``new_``\n    *\/\n  def fixReplacement[T <: PigOperator](old: PigOperator) (new_ : T): T = {\n    new_.inputs = old.inputs\n    new_.outputs = old.outputs\n    new_.outputs foreach { output =>\n      output.consumer foreach { consumer =>\n        consumer.inputs foreach { input =>\n          \/\/ If `t` (the old term) is the producer of any of the input pipes of `op` (the new terms) successors,\n          \/\/ replace it with `op` in that attribute. Replacing `t` with `op` in the pipes on `op` itself is not\n          \/\/ necessary because the setters of `inputs` and `outputs` do that.\n          if (input.producer == old) {\n            input.producer = new_\n          }\n        }\n      }\n    }\n    new_\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/UnionEmitter.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op.{Union, PigOperator}\n\n\/**\n  * Created by kai on 03.12.16.\n  *\/\nclass UnionEmitter extends CodeEmitter[Union] {\n  override def template: String = \"\"\"val <out> = <in><others:{ e | .union(<e>)}>\"\"\".stripMargin\n\n\n  override def code(ctx: CodeGenContext, op: Union): String = render(Map(\"out\" -> op.outPipeName,\n          \"in\" -> op.inPipeName,\n          \"others\" -> op.inPipeNames.tail))\n\n}\n\nobject UnionEmitter {\n\tlazy val instance = new UnionEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/rulesets\/GeneralRuleset.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.rulesets\n\nimport dbis.piglet.op._\nimport dbis.piglet.op.cmd.HdfsCmd\nimport dbis.piglet.plan.{DataflowPlan, InvalidPlanException}\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport dbis.piglet.plan.rewriting.{Rewriter, RewriterException}\nimport dbis.piglet.plan.rewriting.internals.FilterUtils._\nimport dbis.piglet.schema.Schema\nimport org.kiama.rewriting.Rewriter._\nimport org.kiama.rewriting.Strategy\nimport scala.collection.mutable.ListBuffer\nimport dbis.piglet.expr._\n\nobject GeneralRuleset extends Ruleset {\n  \/** Put Filters before multipleInputOp if we can figure out which input of multipleInputOp contains the fields used in the Filters predicate\n    *\/\n  def filterBeforeMultipleInputOp(multipleInputOp: PigOperator, filter: Filter): Option[Filter] = {\n    val fields = extractFields(filter.pred)\n\n    if (fields.exists(field => !field.isInstanceOf[NamedField])) {\n      \/\/ A field is not a NamedField, we don't know how to figure out where it's coming from\n      return None\n    }\n\n    val namedfields = fields.map(_.asInstanceOf[NamedField])\n    val inputs = multipleInputOp.inputs.map(_.producer)\n    val inputWithCorrectFields: Option[PigOperator] = findInputForFields(inputs, namedfields)\n\n    if (inputWithCorrectFields.isEmpty) {\n      \/\/ We did not find an input that has all the fields we're looking for - this might be because the fields are\n      \/\/ spread over multiple input or because the fields do not actually exist - in any case, abort.\n      return None\n    }\n\n    \/\/ We found a single input that has all the fields used in the predicate, which means that we can safely put the\n    \/\/ Filter between that and the Join.\n    \/\/ We can't use fixInputsAndOutputs here because they don't work correctly for Joins\n    val inp = inputWithCorrectFields.get\n\n    Some(pullOpAcrossMultipleInputOp(filter, multipleInputOp, inp).asInstanceOf[Filter])\n  }\n\n  \/** Merges two [[dbis.piglet.op.Filter]] operations if one is the only input of the other.\n    *\n    * @param parent The parent filter.\n    * @param child The child filter.\n    * @return On success, an Option containing a new [[dbis.piglet.op.Filter]] operator with the predicates of both input\n    *         Filters, None otherwise.\n    *\/\n  def mergeFilters(parent: Filter, child: Filter): Option[Filter] = {\n    if (parent.pred != child.pred) {\n      Some(Filter(child.outputs.head, parent.inputs.head, And(parent.pred, child.pred)))\n    } else {\n      None\n    }\n  }\n\n  \/** Merges two [[dbis.piglet.op.Limit]] operations if one is the only input of the other.\n    *\n    * @param parent The parent limit.\n    * @param child The child limit.\n    * @return On success, an Option containing a new [[dbis.piglet.op.Limit]] operator with the lowest of both limits.\n    *\/\n  def mergeLimits(parent: Limit, child: Limit): Option[Limit] = {\n    val newlimit = Math.min(parent.num, child.num)\n    Some(Limit(child.outputs.head, parent.inputs.head, newlimit))\n  }\n\n  \/** Removes a [[dbis.piglet.op.Filter]] object that's a successor of a Filter with the same Predicate\n    *\/\n  \/\/noinspection MutatorLikeMethodIsParameterless\n  def removeDuplicateFilters = rulefs[Filter] {\n    case op@Filter(_, _, pred, _) =>\n       val strat = op.outputs.flatMap(_.consumer).\n            filter(_.isInstanceOf[Filter]).\n            filter { f: PigOperator => extractPredicate(f.asInstanceOf[Filter].pred) == extractPredicate(pred)}.\n            foldLeft(fail) { (s: Strategy, pigOp: PigOperator) =>\n              ior(s, buildRemovalStrategy(pigOp))}\n      manybu(strat)\n  }\n\n  def splitIntoToFilters(node: Any): Option[List[Filter]] = node match {\n    case node@SplitInto(inPipeName, splits) =>\n      val filters = (for (branch <- splits) yield branch.output.name -> Filter(branch.output, inPipeName, branch\n        .expr)).toMap\n      node.inputs = node.inputs.map(p => {\n        p.consumer = p.consumer.filterNot(_ == node)\n        p\n      })\n      \/\/ For all outputs\n      node.outputs.iterator foreach (_.consumer.foreach(output => {\n        \/\/ Iterate over their inputs\n        output.inputs foreach (input => {\n          \/\/ Check if the relation name is one of the names our SplitBranches write\n          if (filters contains input.name) {\n            \/\/ Replace SplitInto with the appropriate Filter\n            output.inputs = output.inputs.\n              \/\/ First, remove the SplitInto operator\n              filter(_.producer != node).\n              \/\/ Second, remove the filter if it has already been added to this input once. This can happen if a Join\n              \/\/ reads from multiple branches of a single SplitInto operator because of the nested loop nature of\n              \/\/ this code because we then iterate over the Joins inputs more than once (the Join is the consumer of\n              \/\/ multiple node.outputs).\n              filter(_.producer != filters(input.name)) :+\n              Pipe(input.name, filters(input.name))\n            filters(input.name).inputs = node.inputs\n          }\n        })\n      }\n      ))\n      Some(filters.values.toList)\n    case _ => None\n  }\n\n  \/** Replaces sink nodes that are not [[dbis.piglet.op.Store]] operators with [[dbis.piglet.op.Empty]] ones.\n    *\n    * @param node\n    * @return\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def removeNonStorageSinks(node: PigOperator): Option[PigOperator] = node match {\n    \/\/ Store and Dump are ok\n    \/\/ To prevent recursion, empty is ok as well\n    case _ : Store | _ : HdfsCmd | _ : Dump | _ : Display | _ : Empty | _ : Generate | _ : SocketWrite | _: Visualize => None\n    case op: PigOperator =>\n      if (op.outputs.map(_.consumer.isEmpty).forall(identity)) {\n        val newNode = Empty(Pipe(\"\"))\n        newNode.inputs = op.inputs\n        Some(newNode)\n      } else {\n        None\n      }\n  }\n\n  \/** If an operator is followed by an Empty node, replace it with the Empty node\n    *\n    * @param parent\n    * @param child\n    * @return\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def mergeWithEmpty(parent: PigOperator, child: Empty): Option[PigOperator] = Some(child)\n\n  \/**\n    * Process the list of generator expressions in GENERATE and replace the * by the list of named fields\n    *\n    * @param exprs The generator expressions\n    * @param op The operator\n    * @return\n    *\/\n  def constructGeneratorList(exprs: List[GeneratorExpr], op: PigOperator): (List[GeneratorExpr], Boolean) = {\n    val genExprs: ListBuffer[GeneratorExpr] = ListBuffer()\n    var foundStar: Boolean = false\n    for (ex <- exprs) {\n      ex.expr match {\n        case ref: RefExpr =>\n          ref.r match {\n            case field: NamedField =>\n              if (field.name == \"*\") {\n                if (op.inputSchema.isEmpty) {\n                  throw RewriterException(\"Rewriting * in GENERATE requires a schema\")\n                }\n                foundStar = true\n                genExprs ++= op.inputSchema.get.fields.map(f => GeneratorExpr(RefExpr(NamedField(f.name))))\n              }\n              else genExprs += ex\n            case _ => genExprs += ex\n          }\n        case _ => genExprs += ex\n      }\n    }\n    (genExprs.toList, foundStar)\n  }\n\n  def foreachGenerateWithAsterisk(term: Any): Option[PigOperator] = {\n    term match {\n      case op@Foreach(_, _, gen, _) => gen match {\n        case GeneratorList(exprs) =>\n          val (genExprs, foundStar) = constructGeneratorList(exprs, op)\n          if (foundStar) {\n            val newGen = GeneratorList(genExprs)\n            val newOp = Foreach(op.outputs.head, op.inputs.head, newGen, op.windowMode)\n            newOp.constructSchema\n            Some(newOp)\n          }\n          else\n            None\n        case _ => None\n      }\n      case op@Generate(exprs) =>\n        val (genExprs, foundStar) = constructGeneratorList(exprs, op.parentOp)\n        if (foundStar) {\n          val newOp = Generate(genExprs)\n          newOp.copyPipes(op)\n          newOp.constructSchema\n          Some(newOp)\n        }\n        else\n          None\n      case _ => None\n    }\n  }\n\n  \/**\n    * A rule to apply the rewriting recursively to nested plans of FOREACH.\n    *\n    * @param fo a FOREACH operator which could contain a nested plan\n    * @return a rewritten FOREACH\n    *\/\n  def foreachRecursively(fo: Foreach): Option[Foreach] = {\n    fo.subPlan = fo.subPlan map { d: DataflowPlan => Rewriter.rewritePlan(d) }\n    if (fo.subPlan.isDefined) {\n      fo.generator = GeneratorPlan(fo.subPlan.get.operators)\n      Some(fo)\n    }\n    else\n      None\n  }\n\n  \/*\n  def f(g: Grouping): Option[Grouping] = g match {\n    case SuccE(g, foreach: Foreach) => \/\/ AllSuccE\n    case _ => None\n  }\n  *\/\n  def foreachGrouping(fo: Foreach): Option[Foreach] = {\n    def processExpression(schema: Option[Schema], e: GeneratorExpr): GeneratorExpr = {\n      var res = e\n      \/\/ we need a schema, it has to have a \"group\" field, and an expression that is not an aggregate\n      if (schema.isDefined &&\n        schema.get.indexOfField(\"group\") != -1 &&\n        !e.expr.traverseOr(null, Expr.containsAggregateFunc)) {\n        e.expr match {\n          case ref: RefExpr =>\n            ref.r match {\n              \/\/ furthermore, we consider only deref tuples, i.e. refs like rel.column\n              case DerefTuple(t, c) =>\n                \/\/ now, if the group field's lineage is t.c then we just replace t.c by \"group\"\n                val f = schema.get.field(\"group\")\n                if (s\"$t.$c\" == f.lineage.head) {\n                  res = GeneratorExpr(RefExpr(NamedField(\"group\")))\n                }\n              case _ =>\n            }\n          case _ =>\n        }\n      }\n      res\n    }\n\n    fo.generator match {\n      case GeneratorList(exprs) =>\n        \/\/ check the expression list if there is a DerefTuple _without_ an aggregation\n        \/\/ and if found then replace it\n        val newExprList = exprs.map(e => processExpression(fo.inputSchema, e))\n        if (newExprList != exprs) {\n          fo.generator = GeneratorList(newExprList)\n          fo.constructSchema\n          Some(fo)\n        }\n        else None\n      case _ => None\n    }\n    None\n  }\n\n  \/**\n    * Replace a call to a macro by its definition (i.e. a list of operators).\n    *\n    * @param t an operator\n    * @return the new operator representing the source of the macro definition.\n    *\/\n  def replaceMacroOp(t: Any): Option[PigOperator] = t match {\n    case op@MacroOp(out, name, params) =>\n      if (op.macroDefinition().isEmpty)\n        throw InvalidPlanException(s\"macro ${op.macroName} undefined\")\n\n      val macroDef = op.macroDefinition().get\n      val subPlan = macroDef.subPlan.get\n\n      \/*\n       * adjust the parameter names\n       *\/\n      subPlan.resolveParameters(op.paramMapping)\n\n      \/*\n       * and replace the macro call by its definition\n       *\/\n      val newParent = subPlan.operators.head\n      val newChild = subPlan.operators.last\n      val newOp = fixReplacementwithMultipleOperators(op, newParent, newChild)\n      val schema = newOp.constructSchema\n      Some(newOp)\n    case _ =>  None\n  }\n\n  def registerRules() = {\n    \/\/ IMPORTANT: If you change one of the rule registration calls in here, please also change the call in the\n    \/\/ corresponding test methods!\n    addStrategy(replaceMacroOp _)\n    addStrategy(removeDuplicateFilters)\n    merge(mergeFilters)\n    merge(mergeWithEmpty)\n    merge(mergeLimits)\n\/\/    reorder[OrderBy, Filter]\n    addBinaryPigOperatorStrategy[Join, Filter](filterBeforeMultipleInputOp)\n    addBinaryPigOperatorStrategy[Cross, Filter](filterBeforeMultipleInputOp)\n    addStrategy(strategyf(t => splitIntoToFilters(t)))\n    addTypedStrategy(removeNonStorageSinks)\n    addOperatorReplacementStrategy(foreachGenerateWithAsterisk)\n    addOperatorReplacementStrategy(foreachGrouping)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamAccumulateEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.expr.Func\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.Accumulate\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport dbis.piglet.expr.Expr\nimport scala.collection.mutable.{ Map => MMap }\nimport dbis.piglet.expr.DerefTuple\nimport dbis.piglet.expr.RefExprExtractor\nimport dbis.piglet.expr.NamedField\nimport dbis.piglet.expr.PositionalField\nimport dbis.piglet.schema.Types\nimport dbis.piglet.op._\nimport dbis.piglet.expr._\nimport dbis.piglet.udf._\nimport dbis.piglet.schema._\nimport dbis.piglet.codegen.CodeEmitter\n\nclass StreamAccumulateEmitter extends dbis.piglet.codegen.scala_lang.AccumulateEmitter {\n  override def template: String = \"\"\"    val <out>_fold = <in><if (notKeyed)>.keyBy(t => 0)<endif>.mapWithState(streamAcc_<out>)\n                                    |    val <out> = <out>_fold.map(t => <class>(<aggr_expr>))\"\"\".stripMargin\n  \n  override def aggrTemplate: String  = \"\"\"  def streamAcc_<out> = (t: <class>, state: Option[<helper_class>]) => {\n                                          |    val acc: <helper_class> = state.getOrElse(<helper_class>())\n                                          |    val v = <helper_class>(t, <init_expr>)\n                                          |    val updatedState = <helper_class>(v._t, <expr>)\n                                          |    (updatedState, Some(updatedState))\n                                          |  }\"\"\".stripMargin\n\n  override def helper(ctx: CodeGenContext, op: Accumulate): String = {\n    val inSchemaClassName = op.inputSchema match {\n      case Some(s) => ScalaEmitter.schemaClassName(s.className)\n      case None => \"Record\"\n    }\n    val fieldStr = s\"_t: ${inSchemaClassName} = null, \" + op.generator.exprs.filter(e => e.expr.isInstanceOf[Func]).zipWithIndex.map {\n      case (e, i) =>\n        if (e.expr.traverseOr(op.inputSchema.getOrElse(null), Expr.containsAverageFunc)) {\n          val inType = \"Long\"\n          s\"_${i}sum: ${inType} = 0, _${i}cnt: Long = 0\"\n        } else {\n          val resType = e.expr.resultType(op.inputSchema)\n          val funcName = e.expr.asInstanceOf[Func].f.toUpperCase\n          val defaultValue = if (Types.isNumericType(resType)) funcName match {\n            \/\/ for min and max we need special initial values\n            case \"MIN\" => \"Int.MaxValue\"\n            case \"MAX\" => \"Int.MinValue\"\n            case _ => 0\n          }\n          else \"null\"\n          s\"_$i: ${ScalaEmitter.scalaTypeMappingTable(resType)} = ${defaultValue}\"\n        }\n    }.mkString(\", \")\n    val schemaHelper = CodeEmitter.render(classTemplate, Map(\"name\" -> s\"_${op.schema.get.className}_HelperTuple\",\n      \"fields\" -> fieldStr,\n      \"string_rep\" -> \"\\\"\\\"\"))\n\n    val expr = op.generator.exprs.filter(e => e.expr.isInstanceOf[Func]).zipWithIndex.map {\n      case (e, i) =>\n        if (e.expr.traverseOr(op.inputSchema.getOrElse(null), Expr.containsAverageFunc))\n          s\"PigFuncs.incrSUM(acc._${i}sum, v._${i}sum), PigFuncs.incrCOUNT(acc._${i}cnt, v._${i}cnt)\"\n        else {\n          val func = e.expr.asInstanceOf[Func]\n          val funcName = func.f.toUpperCase\n          s\"PigFuncs.incr${funcName}(acc._$i, v._$i)\"\n        }\n    }.mkString(\", \")\n\n    \/\/ generate init expression\n    val initExpr = op.generator.exprs.filter(e => e.expr.isInstanceOf[Func]).map { e =>\n      \/\/ For each expression in GENERATE we have to extract the referenced fields.\n      \/\/ So, we extract all RefExprs.\n      val traverse = new RefExprExtractor\n      e.expr.traverseAnd(null, traverse.collectRefExprs)\n      val refExpr = traverse.exprs.head\n      \/\/ in case of COUNT we simply pass 0 instead of the field: this allows COUNT on chararray\n      if (e.expr.traverseOr(op.inputSchema.getOrElse(null), Expr.containsCountFunc))\n        \"0\"\n      else {\n        val str = refExpr.r match {\n          case nf @ NamedField(n, _) => s\"t._${op.inputSchema.get.indexOfField(nf)}\"\n          case PositionalField(p) => if (op.inputSchema.isDefined) s\"t._$p\" else s\"t.get(0)\"\n          case DerefTuple(r1, r2) => ScalaEmitter.emitRef(CodeGenContext(ctx, Map(\"schema\" -> op.inputSchema, \"tuplePrefix\" -> \"t\")), r1) + \".head\" + \n                                     ScalaEmitter.emitRef(CodeGenContext(ctx, Map(\"schema\" -> ScalaEmitter.tupleSchema(op.inputSchema, r1), \"tuplePrefix\" -> \"\")), r2)\n          case _ => \"\"\n        }\n        \/\/ in case of AVERAGE we need fields for SUM and COUNT\n        if (e.expr.traverseOr(op.inputSchema.getOrElse(null), Expr.containsAverageFunc)) s\"${str}, ${str}\" else str\n      }\n    }.mkString(\", \")\n\n    val streamFunc = CodeEmitter.render(aggrTemplate, Map(\"out\" -> op.outPipeName,\n      \"helper_class\" -> s\"_${op.schema.get.className}_HelperTuple\",\n      \"class\" -> ScalaEmitter.schemaClassName(op.inputSchema.get.className),\n      \"expr\" -> expr,\n      \"init_expr\" -> initExpr))\n    schemaHelper + \"\\n\" + streamFunc\n  }\n\n  override def code(ctx: CodeGenContext, op: Accumulate): String = {\n    val inputSchemaDefined = op.inputSchema.isDefined\n    require(op.schema.isDefined)\n    val outClassName = ScalaEmitter.schemaClassName(op.schema.get.className)\n    val helperClassName = s\"_${op.schema.get.className}_HelperTuple\"\n    \/\/ Check if input is already keyed\/grouped, as it is necessary to use for mapWithState()\n    val keyed = inputSchemaDefined && op.inputSchema.get.fields.size == 2 && op.inputSchema.get.field(0).name == \"group\"\n\n    \/\/ generate final aggregation expression\n    var aggrCounter = -1\n    val aggrExpr = op.generator.exprs.map { e =>\n      if (e.expr.isInstanceOf[Func]) {\n        aggrCounter += 1\n        if (e.expr.traverseOr(op.inputSchema.getOrElse(null), Expr.containsAverageFunc))\n          s\"t._${aggrCounter}sum.toDouble \/ t._${aggrCounter}cnt.toDouble\"\n        else\n          s\"t._$aggrCounter\"\n      } else\n        \"t._t\" + s\"${ScalaEmitter.emitExpr(CodeGenContext(ctx, Map(\"schema\" -> op.inputSchema)), e.expr)}\".drop(1)\n    }.mkString(\", \")\n    val params = MMap[String, Any]()\n    params += \"out\" -> op.outPipeName\n    params += \"in\" -> op.inPipeName\n    params += \"helper_class\" -> helperClassName\n    params += \"class\" -> outClassName\n    params += \"aggr_expr\" -> aggrExpr\n    if (!keyed) params += \"notKeyed\" -> true\n\n    render(params.toMap)\n  }\n}\n\nobject StreamAccumulateEmitter {\n\tlazy val instance = new StreamAccumulateEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/SplitInto.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport dbis.piglet.expr.Predicate\n\ncase class SplitBranch(output: Pipe, expr: Predicate) {\n  protected[op] def lineageSignature = s\"\"\"SPLITBRANCH($expr)\"\"\"\n\n  override def toString = s\"${output.name} $expr\"\n}\n\n\/**\n * SplitInto represents the SPLIT INTO operator of Pig.\n *\n * @param splits a list of split branches (output pipe + condition)\n *\/\ncase class SplitInto(private val in: Pipe, splits: List[SplitBranch]) extends PigOperator(splits.map(s => s.output), List(in)) {\n\n  \/\/ override def initialOutPipeNames: List[String] = splits.map{ branch => branch.output.name }\n\n   override def lineageString: String = {\n    s\"\"\"SPLIT%${splits.map(_.lineageSignature).mkString(\"%\")}%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"SPLITINTO\n       |  out = ${outPipeNames.mkString(\",\")}\n       |  in = $inPipeName\n       |  inSchema = $inputSchema\n       |  splits = ${splits.mkString(\",\")}\n     \"\"\".stripMargin\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/ExprSpec.scala","text":"<reponame>ksattler\/piglet<filename>src\/test\/scala\/dbis\/piglet\/ExprSpec.scala<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet\n\nimport dbis.piglet.op._\nimport dbis.piglet.expr._\nimport dbis.piglet.schema._\nimport dbis.piglet.udf.UDFTable\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ExprSpec extends FlatSpec with Matchers {\n  \"The expression traversal\" should \"check for schema conformance\" in {\n    val expr = Lt(Div(RefExpr(Value(10)), RefExpr(PositionalField(0))),\n      RefExpr(NamedField(\"f1\")))\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType),\n      Field(\"f2\", Types.IntType)))))\n    expr.traverseAnd(schema, Expr.checkExpressionConformance) should be (true)\n  }\n\n  it should \"find named fields\" in {\n    val expr = Mult(RefExpr(PositionalField(0)),\n              Add(RefExpr(Value(0)), RefExpr(NamedField(\"f1\"))))\n    expr.traverseAnd(null, Expr.containsNoNamedFields) should be (false)\n  }\n\n  it should \"check for flatten in an expression correctly\" in {\n    val expr1 = FlattenExpr(RefExpr(PositionalField(0)))\n    val expr2 = Add(RefExpr(PositionalField(0)), RefExpr(Value(\"10\")))\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType)))))\n    expr1.traverseOr(schema, Expr.containsFlatten) should be (true)\n    expr2.traverseOr(schema, Expr.containsFlatten) should be (false)\n  }\n\n  it should \"check for flatten on a bag in an expression\" in {\n    val expr1 = FlattenExpr(RefExpr(PositionalField(0)))\n    val expr2 = Add(RefExpr(PositionalField(0)), RefExpr(Value(\"10\")))\n    val schema1 = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType)))))\n    val schema2 = new Schema(BagType(TupleType(Array(Field(\"f1\", BagType(TupleType(Array(Field(\"ff1\", Types.IntType)))))))))\n    expr1.traverseOr(schema1, Expr.containsFlattenOnBag) should be (false)\n    expr2.traverseOr(schema1, Expr.containsFlattenOnBag) should be (false)\n    expr1.traverseOr(schema2, Expr.containsFlattenOnBag) should be (true)\n    expr2.traverseOr(schema2, Expr.containsFlattenOnBag) should be (false)\n  }\n\n  \"An expression\" should \"return the correct result type for +\" in {\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType),\n                                                          Field(\"f2\", Types.IntType),\n                                                          Field(\"f3\", Types.ByteArrayType)\n    ))))\n\n    val e1 = Add(RefExpr(NamedField(\"f1\")), RefExpr(NamedField(\"f2\")))\n    e1.resultType(Some(schema)) should be (Types.DoubleType)\n  }\n\n  \"An expression\" should \"return the correct result type for *\" in {\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType),\n      Field(\"f2\", Types.IntType),\n      Field(\"f3\", Types.ByteArrayType)\n    ))))\n\n    val e1 = Mult(RefExpr(NamedField(\"f1\")), RefExpr(NamedField(\"f2\")))\n    e1.resultType(Some(schema)) should be (Types.DoubleType)\n  }\n  it should \"return the correct result type for casts\" in {\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.DoubleType),\n      Field(\"f2\", Types.IntType),\n      Field(\"f3\", Types.ByteArrayType)\n    ))))\n\n    val e1 = CastExpr(Types.IntType, RefExpr(PositionalField(0)))\n    e1.resultType(Some(schema)) should be (Types.IntType)\n\n    val tupleType = TupleType(Array(Field(\"\", Types.IntType), Field(\"\", Types.DoubleType)))\n    val e2 = CastExpr(tupleType, RefExpr(NamedField(\"f3\")))\n    e2.resultType(Some(schema)) should be (tupleType)\n  }\n\n  it should \"return the correct result type for a tuple constructor\" in {\n    Schema.init()\n    val fields = Array(Field(\"s1\", Types.IntType), Field(\"s2\", Types.CharArrayType))\n    val schema = Schema(fields)\n    val e = ConstructTupleExpr(List(RefExpr(NamedField(\"s1\")), RefExpr(NamedField(\"s2\"))))\n    e.resultType(Some(schema)) should be (TupleType(Array(Field(\"\", Types.IntType), Field(\"\", Types.CharArrayType))))\n  }\n\n  it should \"return the correct result type for a bag constructor\" in {\n    Schema.init()\n    val fields = Array(Field(\"s1\", Types.IntType), Field(\"s2\", Types.IntType))\n    val schema = Schema(fields)\n    val e = ConstructBagExpr(List(RefExpr(NamedField(\"s1\")), RefExpr(NamedField(\"s2\"))))\n    e.resultType(Some(schema)) should be (BagType(TupleType(Array(Field(\"\", fields(0).fType)))))\n\n  }\n\n  it should \"return the correct result type for a map constructor\" in {\n\n  }\n\n  \"The UDFTable\" should \"contain corresponding entries\" in {\n    val schema = Some(Schema(Array(Field(\"x\", Types.DoubleType), Field(\"y\", Types.IntType))))\n    val f1 = Func(\"count\", List(RefExpr(NamedField(\"x\"))))\n    val params1 = f1.params.map(e => e.resultType(schema))\n    val res1 = UDFTable.findUDF(f1.f, params1)\n    res1 shouldNot be (empty)\n    res1.get.name should be (\"COUNT\")\n    res1.get.resultType should be (Types.LongType)\n    res1.get.isAggregate should be (true)\n\n    val f2 = Func(\"sum\", List(RefExpr(NamedField(\"x\"))))\n    val params2 = f2.params.map(e => e.resultType(schema))\n    val res2 = UDFTable.findUDF(f2.f, params2)\n    res2 shouldNot be (empty)\n    res2.get.name should be (\"SUM\")\n    res2.get.resultType should be (Types.DoubleType)\n    res2.get.isAggregate should be (true)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/BGPFilter.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op\n\nimport dbis.piglet.plan.rewriting.internals.RDF\nimport dbis.piglet.schema._\nimport dbis.piglet.expr.Ref\n\n\ncase class TriplePattern(subj: Ref, pred: Ref, obj: Ref)\n\/**\n *\n * @param out\n * @param in\n * @param patterns\n *\/\ncase class BGPFilter(\n    private val out: Pipe, \n    private val in: Pipe, \n    patterns: List[TriplePattern]\n  ) extends PigOperator(out, in) {\n\n  override def lineageString: String = s\"\"\"BGPFilter%\"\"\" + super.lineageString\n\n  override def checkSchemaConformance: Boolean = {\n    if (inputSchema.isEmpty) {\n      return false\n    }\n\n\/\/    if (inputSchema == RDFLoad.plainSchema) {\n    if(inputSchema.get.fields.sameElements(RDFLoad.plainSchema.get.fields)) {\n      return true\n    }\n    if (RDFLoad.groupedSchemas.values.toList contains inputSchema.get) {\n      return true\n    }\n\n    false\n  }\n\n  override def constructSchema: Option[Schema] = {\n    if (patterns.length < 2) {\n      schema = inputSchema\n    } else {\n      val variables = RDF.getAllVariables(patterns)\n      var fields = List[Field]()\n      variables foreach { v =>\n        fields = fields :+ Field(v.name, Types.CharArrayType)\n      }\n      fields = fields.sortWith((f1, f2) => f2.name.compareTo(f2.name) >= 0)\n      schema = Some(Schema(BagType(TupleType(fields.toArray))))\n    }\n    schema\n  }\n\n\n  override def toString =\n    s\"\"\"BGP_FILTER\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\n       |  pattern = ${patterns.mkString(\",\")}\n     \"\"\".stripMargin\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/DifferenceEmitter.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.spark.SpatialEmitterHelper\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext}\nimport dbis.piglet.op.Difference\n\nclass DifferenceEmitter extends CodeEmitter[Difference] {\n  override def template: String = \"\"\"val <out> = <in1>.subtract(<in2>)\"\"\".stripMargin\n\n  def templateKeyed = \"\"\"val <out> = <in1><keyby1>.subtractByKey(<in2><keyby2>).map(_._2)\"\"\"\n\n  override def code(ctx: CodeGenContext, op: Difference): String = {\n\n    val (templ,params) = if(op.refs1.isDefined) {\n      val m = Map(\"out\" -> op.outPipeName,\n        \"in1\" -> op.inPipeNames.head,\n        \"in2\" -> op.inPipeNames.last,\n        \"keyby1\" -> SpatialEmitterHelper.keyByCode(op.inputs.head.producer.schema, op.refs1.get,ctx),\n        \"keyby2\" -> SpatialEmitterHelper.keyByCode(op.inputs.last.producer.schema, op.refs2.get,ctx)\n      )\n      (templateKeyed, m)\n    } else {\n      val m = Map(\"out\" -> op.outPipeName,\n        \"in1\" -> op.inPipeNames.head,\n        \"in2\" -> op.inPipeNames.last\n      )\n      (template, m)\n    }\n\n    CodeEmitter.render(templ, params)\n  }\n\n}\n\nobject DifferenceEmitter {\n  lazy val instance = new DifferenceEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"sparklib\/src\/main\/scala\/dbis\/piglet\/backends\/spark\/SparkRun.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.spark\n\nimport java.io.BufferedReader\n\nimport org.apache.spark.deploy.SparkSubmit\nimport org.apache.log4j.Logger\nimport org.apache.log4j.Level\nimport dbis.piglet.backends.PigletBackend\nimport com.typesafe.config.ConfigFactory\nimport com.typesafe.config.Config\nimport scala.collection.JavaConversions._\nimport dbis.piglet.backends.BackendConf\nimport java.nio.file.Path\nimport scala.collection.mutable.ListBuffer\n\nclass SparkRun extends PigletBackend with BackendConf {\n\n  \/\/ loads the default configuration file in resources\/sparkbackend.conf\n  protected val appconf = ConfigFactory.load() \n  \n  override def execute(master: String, className: String, jarFile: Path, backendArgs: Map[String,String], profiling: Boolean) = {\n\n    val ba = backendArgs.flatMap{case (k,v) => Seq(k,v)}.toArray\n    \n\/\/    val profilingDep = if(profiling) Seq(\"--packages\", \"org.scalaj:scalaj-http_2.11:2.3.0\") else Seq()\n\/\/    val jsonNativeDep = Seq(\"--packages\",\"org.json4s:json4s-native_2.11:3.5.3\")\n    \n    var args = List(\"--master\", master, \"--class\", className) ++ ba ++ Seq(jarFile.toAbsolutePath.toString)\n    \n    SparkSubmit.main(args.toArray)\n  }\n\n  override def executeRaw(file: Path, master: String, backendArgs: Map[String,String]) = ???\n  \n  \/**\n   * Get the name of this backend\n   * \n   * @return Returns the name of this backend\n   *\/\n  override def name: String = appconf.getString(\"backends.name\")\n  \n  \/**\n   * Get the path to the runner class that implements the PigletBackend interface\n   *\/\n  override def runnerClass: PigletBackend = {\n    this\n  } \n  \n  override def templateFile = appconf.getString(\"backends.spark.template\")\n\n  override def defaultConnector = appconf.getString(\"backends.spark.connector\")\n  \n  override def raw = false\n}\n"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/spark\/DStreamMatcher.scala","text":"package dbis.piglet.cep.spark\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming.dstream._\nimport org.apache.spark.streaming.Time\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.ops.OutputStrategy._\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.cep.engines._\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport dbis.piglet.cep.ops.MatchCollector\nimport dbis.piglet.cep.ops.SelectionStrategy\n\nclass DStreamMatcher[T <: Event: ClassTag](parent: DStream[T], nfa: NFAController[T], sstr: SelectionStrategy = SelectionStrategy.FirstMatch, out: OutputStrategy = Combined) extends DStream[T](parent.context) {\n\n   val collector: MatchCollector[T] = new MatchCollector()\n   val engine: CEPEngine[T] = sstr match {\n    case SelectionStrategy.FirstMatch        => new FirstMatch(nfa, collector)\n    case SelectionStrategy.AllMatches        => new AnyMatch(nfa, collector)\n    case SelectionStrategy.NextMatches       => new NextMatch(nfa, collector)\n    case SelectionStrategy.ContiguityMatches => new ContiguityMatch(nfa, collector)\n    case _                                   => throw new Exception(\"The Strategy is not supported\")\n\n  }\n  \/** Time interval after which the DStream generates a RDD *\/\n  override def slideDuration = parent.slideDuration\n\n  \/** List of parent DStreams on which this DStream depends on *\/\n  override def dependencies: List[DStream[_]] = List(parent)\n\n  \/** Method that generates a RDD for the given time *\/\n  override def compute(validTime: Time): Option[RDD[T]] = {\n    println(\"The matcher receive an event\")\n    parent.compute(validTime) match {\n      case Some(rdd) => rdd.foreach(event => engine.runEngine(event))\n      case None      => null\n    }\n    parent.compute(validTime)\n    \/\/val data = Array(new SalesRecord(\"1\",\"2\",\"3\",4))\n    \/\/val x = Some(parent.context.sparkContext.parallelize(data))\n    \/\/println(x.get.collect().toList)\n    \/\/x\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/RewriterDSL.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.dsl\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.plan.rewriting.dsl.builders.{MergeBuilder, ReplacementBuilder, PigOperatorBuilder}\nimport dbis.piglet.plan.rewriting.dsl.traits.{CheckWordT, EndWordT}\nimport dbis.piglet.plan.rewriting.dsl.words._\n\nimport scala.reflect._\n\n\/** The entry point to the rewriting DSL.\n  *\n  *\/\ntrait RewriterDSL {\n  \/** Start describing a replacement process for objects of type ``cls``.\n    *\n    * @param cls\n    * @tparam FROM\n    * @return\n    *\/\n  def toReplace[FROM <: PigOperator : ClassTag](): ReplaceWord[FROM] = {\n    val b = new ReplacementBuilder[FROM, PigOperator]\n    new ReplaceWord[FROM](b)\n  }\n\n  \/** Start describing a merging operation for objects of type ``cls1`` and ``cls2``.\n    *\n    * Example code for merging two [[dbis.piglet.op.Filter]] operators:\n    *\n    * {{{\n    * Rewriter toMerge(classOf[Filter], classOf[Filter])  applyRule {\n    *    tup: (Filter, Filter) => Some(Filter(tup._2.outputs.head, tup._1.inputs.head, And(tup._1.pred, tup._2.pred)))\n    *  }\n    * }}}\n    * @param cls1\n    * @param cls2\n    * @tparam FROM1\n    * @tparam FROM2\n    * @return\n    *\/\n  def toMerge[FROM1 <: PigOperator : ClassTag, FROM2 <: PigOperator : ClassTag]\n    (): MergeWord[FROM1, FROM2] = {\n    val b = new MergeBuilder[FROM1, FROM2]\n    new MergeWord[FROM1, FROM2](b)\n  }\n\n  \/** Unconditionally apply ``f`` when rewriting.\n    *\n    * @param f\n    * @tparam FROM\n    * @tparam TO\n    *\/\n  def applyRule[FROM <: PigOperator : ClassTag, TO: ClassTag](f: (FROM => Option[TO])): Unit = {\n    val b = new PigOperatorBuilder[FROM, TO]\n    new ImmediateEndWord(b).applyRule(f)\n  }\n\n  \/** Unconditionally apply ``f`` when rewriting.\n    *\n    * @param f\n    * @tparam TO\n    *\/\n  def applyPattern[TO: ClassTag](f: scala.PartialFunction[PigOperator, TO]): Unit = {\n    val b = new PigOperatorBuilder[PigOperator, TO]\n    new ImmediateEndWord(b).applyPattern(f)\n  }\n\n\n  \/** Start describing a rewriting process by supplying a check that needs to fail to make the rewriting happen.\n    *\n    * @param check\n    * @tparam FROM\n    * @tparam TO\n    * @return\n    *\/\n  def unless[FROM <: PigOperator : ClassTag, TO : ClassTag](check: (FROM => Boolean)): WhenWord[FROM, TO] = {\n    val b = new PigOperatorBuilder[FROM, TO]\n    new CheckWord[FROM, TO](b).unless(check)\n  }\n\n  \/** Start describing a rewriting process by supplying a check that needs to succeed to make the rewriting happen.\n    *\n    * @param check\n    * @tparam FROM\n    * @tparam TO\n    * @return\n    *\/\n  def when[FROM <: PigOperator : ClassTag, TO : ClassTag](check: (FROM => Boolean)): WhenWord[FROM, TO] = {\n    val b = new PigOperatorBuilder[FROM, TO]\n    new CheckWord[FROM, TO](b).when(check)\n  }\n\n  \/** Start describing a rewriting process by supplying a check in the form of a pattern match that needs to succeed to\n    * make the rewriting happen.\n    *\n    * Use it like\n    *\n    * {{{\n    *   whenMatches { case _ : PigOperator => }\n    * }}}\n    *\/\n  def whenMatches[FROM <: PigOperator : ClassTag, TO : ClassTag](check: scala.PartialFunction[FROM, _]) = {\n    val b = new PigOperatorBuilder[FROM, TO]\n    new CheckWord[FROM, TO](b).whenMatches(check)\n  }\n\n  \/** Start describing a rewriting process by supplying a check in the form of a pattern match that needs to fail to\n    * make the rewriting happen.\n    *\n    * Use it like\n    *\n    * {{{\n    *   whenMatches { case _ : PigOperator => }\n    * }}}\n    *\/\n  def unlessMatches[FROM <: PigOperator : ClassTag, TO : ClassTag](check: scala.PartialFunction[FROM, _]) = {\n    val b = new PigOperatorBuilder[FROM, TO]\n    new CheckWord[FROM, TO](b).unlessMatches(check)\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/CodeGenContext.scala","text":"package dbis.piglet.codegen\n\nimport dbis.piglet.schema.Schema\n\nobject CodeGenTarget extends Enumeration {\n  val Unknown, Spark, SparkStreaming, Flink, FlinkStreaming, PipeFabric = Value\n}\n\n\/**\n  * CodeGenContext provides a context object which is passed to the specific generator methods.\n  *\n  * @param params a map of key-object pairs needed for passing context information\n  * @param target the id of the target platform\n  * @param udfAliases a map of alias names for user-defined functions\n  *\/\ncase class CodeGenContext (var params: collection.mutable.Map[String, Any],\n                      target: CodeGenTarget.Value,\n                      udfAliases: Option[Map[String, (String, List[Any])]] = None) {\n  def apply(n: String) = params(n)\n\n  def contains(n: String) = params.contains(n)\n\n  def asBoolean(n: String) = params.get(n) match {\n    case None => false\n    case Some(v) => v.asInstanceOf[Boolean]\n  }\n\n  def asString(n: String) = params(n).asInstanceOf[String]\n\n  def asInt(n: String) = params(n).asInstanceOf[Int]\n\n  def set(n: String, v: Any) = this.params += (n -> v)\n\n  def schema: Option[Schema] = params.get(\"schema\") match {\n    case Some(s) => s.asInstanceOf[Option[Schema]]\n    case None => None\n  }\n\n}\n\nobject CodeGenContext {\n  def apply(t: CodeGenTarget.Value,\n                     aliases: Option[Map[String, (String, List[Any])]]) =\n    new CodeGenContext(collection.mutable.Map[String, Any](), t, aliases)\n\n  def apply(t: CodeGenTarget.Value) =\n    new CodeGenContext(collection.mutable.Map[String, Any](), t, None)\n\n  def apply(ctx: CodeGenContext) =\n    new CodeGenContext(collection.mutable.Map[String, Any]() ++= ctx.params, ctx.target, ctx.udfAliases)\n\n  def apply(ctx: CodeGenContext, m: Map[String, Any]) = {\n    val params = collection.mutable.Map[String, Any]()\n    params ++= ctx.params\n    params ++= m\n    new CodeGenContext(params, ctx.target, ctx.udfAliases)\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Distinct.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/op\/Distinct.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\n\/**\n * Distinct represents the DISTINCT operator of Pig.\n *\n * @param out the output pipe (relation).\n * @param in the input pipe.\n * @param windowMode true if processed on a window on a data stream\n *\/\ncase class Distinct(\n    private val out: Pipe, \n    private val in: Pipe, \n    var windowMode: Boolean = false\n  ) extends PigOperator(out, in) {\n\n  override def lineageString: String = {\n    s\"\"\"DISTINCT%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"DISTINCT\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\"\"\".stripMargin\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/FastStrategyAdder.scala","text":"<reponame>ksattler\/piglet<filename>src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/FastStrategyAdder.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport dbis.piglet.op._\nimport org.kiama.rewriting.Strategy\n\nimport scala.reflect.ClassTag\n\n\/** Provides methods for quickly adding simple strategies.\n  *\n  *\/\ntrait FastStrategyAdder {\n  def fixMerge[T <: PigOperator, T2 <: PigOperator, T3 <: PigOperator](oldParent: T, oldChild: T2,\n                                                                                  newParent: T3): T3\n  def buildBinaryPigOperatorStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]\n  (f: (T, T2) => Option[PigOperator]): Strategy\n  def addStrategy(strategy: Strategy): Unit\n\n  def fixReordering[T <: PigOperator, T2 <: PigOperator](oldParent: T, newParent: T2, oldChild: T2,\n                                                               newChild: T): T2\n\n  def buildTypedCaseWrapper[T <: PigOperator : ClassTag, T2](f: (T => Option[T2])): (Any => Option[T2])\n\n  def addStrategy(f: Any => Option[PigOperator]): Unit\n\n  def buildOperatorReplacementStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]\n   (f: T => Option[T2]): Strategy\n\n  \/** Add a new strategy for merging operators of two types.\n    *\n    * An example method to merge Filter operators is\n    * {{{\n    *  def mergeFilters(parent: Filter, child: Filter): Option[PigOperator] = {\n    *    Some(Filter(child.output.get, parent.initialInPipeName, And(parent.pred, child.pred)))\n    *  }\n    * }}}\n    *\n    * It can be added to the rewriter via\n    * {{{\n    *  merge[Filter, Filter](mergeFilters)\n    * }}}\n    *\n    * @param f The function to perform the merge. It does not have to modify inputs and outputs, this will be done\n    *          automatically.\n    * @tparam T The type of the first operator.\n    * @tparam T2 The type of the second operator.\n    *\/\n  def merge[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag](f: (T, T2) => Option[PigOperator]):\n  Unit = {\n    val strategy = (parent: T, child: T2) =>\n      f(parent, child).map(fixMerge(parent, child, _))\n    addBinaryPigOperatorStrategy(strategy)\n  }\n\n  \/** Add a new strategy for reordering two operators.\n    *\n    * An additional function `f` can be supplied that performs the reordering. This is useful if the reordering can\n    * only be performed in some cases that can't be expressed by just the types.\n    *\n    * A new reordering strategy can be added to the rewriter via\n    * {{{\n    *  reorder[OrderBy, Filter](f _)\n    * }}}\n    *\n    * @param f\n    * @tparam T The type of the parent operator.\n    * @tparam T2 The type of the child operator.\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def reorder[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag](f: (T, T2) => Option[(T2, T)]):\n  Unit = {\n    val strategy = (parent: T, child: T2) =>\n      f(parent, child).map(tup => fixReordering(tup._2, tup._1, tup._1, tup._2))\n    addBinaryPigOperatorStrategy(strategy)\n  }\n\n  \/** Add a new strategy for reordering two operators.\n    *\n    * A new reordering strategy can be added to the rewriter via\n    * {{{\n    *  reorder[OrderBy, Filter]\n    * }}}\n    *\n    * @tparam T The type of the parent operator.\n    * @tparam T2 The type of the child operator.\n    *\/\n  def reorder[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]:\n  Unit = {\n    val strategy = (parent: T, child: T2) =>\n      Some(fixReordering(parent, child, child, parent))\n    addBinaryPigOperatorStrategy(strategy)\n  }\n\n  \/** Add a strategy that applies a function to two operators.\n    *\n    * @param f The function to apply.\n    * @tparam T The first operators type.\n    * @tparam T2 The second operators type.\n    *\/\n  def addBinaryPigOperatorStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag](f: (T, T2)\n    => Option[PigOperator]): Unit = {\n    val strategy = buildBinaryPigOperatorStrategy(f)\n    addStrategy(strategy)\n  }\n\n  \/** Given a function `f: (T => Option[T])`, add a strategy that applies `f` if the input term is of type `T`.\n    *\n    *\/\n  def addTypedStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag](f: (T => Option[T2])): Unit = {\n    val wrapper = buildTypedCaseWrapper(f)\n    addStrategy(wrapper)\n  }\n\n  \/** Adds a function `f` that replaces a single [[PigOperator]] with another one as a [[org.kiama.rewriting.Strategy]]\n    * to this object.\n    *\n    * If applying `f` to a term succeeded (Some(_)) was returned, the input term will be replaced by the new term in\n    * the input pipes of the new terms successors (the consumers of its output pipes).\n    *\n    * @param f\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def addOperatorReplacementStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]\n  (f: T => Option[T2]): Unit = {\n    addStrategy(buildOperatorReplacementStrategy(f))\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/IndexOp.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.op\n\nimport dbis.piglet.expr.{NamedField, Ref, RefExpr}\nimport dbis.piglet.schema._\n\nobject IndexMethod extends Enumeration {\n  type IndexMethod = Value\n  val RTREE = Value\n  \n  def methodName(method: IndexMethod.IndexMethod): String = method match {\n    case RTREE => \"RTree\"\n    case _ => throw new IllegalArgumentException(s\"unknown index method: $method\")\n  }\n}\n\nimport dbis.piglet.op.IndexMethod.IndexMethod\n\ncase class IndexOp(\n  private val out: Pipe,\n  private val in: Pipe,\n  field: Ref,\n  method: IndexMethod,\n  params: Seq[String]\n) extends PigOperator(out, in) {\n\n\n  override def constructSchema = {\n    val inSchema = inputs.head.producer.schema\n\n    val inputType = inSchema match {\n      case Some(s) => s.element.valueType\n      case None => TupleType(Array(Field(\"\", Types.ByteArrayType)))\n    }\n\n    val keyField = field match {\n      case nf:NamedField =>\n        Field(nf.name, RefExpr(field).resultType(inSchema), nf.lineage)\n      case _ =>\n        Field(\"\", RefExpr(field).resultType(inSchema))\n    }\n\n    val nested = Field(in.name, inputType)\n    val fields = Array(keyField, nested)\n\n    val iBag = BagType(IndexType(TupleType(fields), IndexMethod.methodName(method)))\n\n    schema = Some(Schema(iBag))\n    schema\n  }\n\n\n  override def lineageString = \n    s\"\"\"INDEX%$method%$field%${params.mkString}\"\"\"+super.lineageString\n\n  override def toString =\n    s\"\"\"INDEX\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  field = $field\n       |  index method = $method\n       |  params = ${params.mkString(\",\")}\n     \"\"\".stripMargin\n  \n}"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/codegen\/flink\/FlinkCompileSpec.scala","text":"<filename>src\/test\/scala\/dbis\/piglet\/codegen\/flink\/FlinkCompileSpec.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.flink\n\nimport dbis.piglet.backends.BackendManager\nimport dbis.piglet.codegen.{CodeGenContext, CodeGenTarget}\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.plan.rewriting.Rewriter._\nimport dbis.piglet.plan.rewriting.Rules\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.CodeMatchers\nimport dbis.piglet.tools.TestTools._\nimport dbis.piglet.tools.ProductTools._\nimport dbis.piglet.udf.UDFTable\nimport org.scalatest.{BeforeAndAfterAll, FlatSpec, Matchers}\n\nclass FlinkCompileSpec extends FlatSpec with BeforeAndAfterAll with Matchers with CodeMatchers {\n\n  override def beforeAll() {\n    Rules.registerAllRules()\n  }\n  def cleanString(s: String): String = s.stripLineEnd.replaceAll(\"\"\"\\s+\"\"\", \" \").trim\n  \n  val backendConf = BackendManager.init(\"flink\")\n  val codeGenerator = new FlinkCodeGenStrategy()\n\n  \"The compiler output\" should \"contain the Flink header & footer\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val generatedCode = cleanString(codeGenerator.emitImport(ctx)\n      + codeGenerator.emitHeader1(ctx, \"test\")\n      + codeGenerator.emitHeader2(ctx, \"test\")\n      + codeGenerator.emitFooter(ctx, new DataflowPlan(List.empty[PigOperator])))\n    val expectedCode = cleanString(\"\"\"\n      |import org.apache.flink.api.scala._\n      |import dbis.piglet.backends.flink._\n      |import dbis.piglet.backends.{SchemaClass, Record}\n      |import org.apache.flink.util.Collector\n      |import org.apache.flink.api.common.operators.Order\n      |import dbis.piglet.backends.flink.Sampler._\n      |\n      |object test {\n      |    val env = ExecutionEnvironment.getExecutionEnvironment\n      |    def main(args: Array[String]) {\n      |    }\n      |}\n    \"\"\".stripMargin)\n    \/\/         |        env.execute(\"Starting Query\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for LOAD\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val file = new java.io.File(\".\").getCanonicalPath + \"\/file.csv\"\n\n    val op = Load(Pipe(\"a\"), file)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(s\"\"\"val a = PigStorage[Record]().load(env, \"$file\", (data: Array[String]) => Record(data))\"\"\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for LOAD with PigStorage\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val file = new java.io.File(\".\").getCanonicalPath + \"\/file.csv\"\n\n    val op = Load(Pipe(\"a\"), file, None, Some(\"PigStorage\"), List(\"\"\"','\"\"\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(s\"\"\"val a = PigStorage[Record]().load(env, \"$file\", (data: Array[String]) => Record(data), ',')\"\"\")\n    assert(generatedCode == expectedCode)\n  }\n  \/*\n  it should \"contain code for LOAD with RDFFileStorage\" in {\n    \n    val file = new java.io.File(\".\").getCanonicalPath + \"\/file.n3\"\n    \n    val op = Load(Pipe(\"a\"), file, None, Some(\"RDFFileStorage\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    \n    val expectedCode = cleanString(s\"\"\"val a = RDFFileStorage().load(env, \"${file}\")\"\"\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for FILTER\" in { \n    val op = Filter(Pipe(\"a\"), Pipe(\"b\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(\"42\")))) \n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op)) \n    val expectedCode = cleanString(\"val a = b.filter(t => {t(1) < 42})\") \n    assert(generatedCode == expectedCode) \n  }\n  *\/\n  it should \"contain code for DUMP\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val op = Dump(Pipe(\"a\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"a.map(_.mkString()).print\"\"\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for STORE\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val file = new java.io.File(\".\").getCanonicalPath + \"\/file.csv\"\n    val op = Store(Pipe(\"A\"), file)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\n      s\"\"\"PigStorage[Record]().write(\"$file\", A) env.execute(\"Starting Query\")\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for FILTER\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val op = Filter(Pipe(\"aa\"), Pipe(\"bb\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(42))))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val aa = bb.filter{t => val res = t.get(1) < 42 res }\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a complex FILTER\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"b = LOAD 'file' AS (x: double, y:double, z1:int, z2: int);\n        |c = FILTER b BY x > 0 AND (y < 0 OR (NOT z1 == z2));\"\"\".stripMargin)\n    val _ = new DataflowPlan(ops)\n    val op = ops(1)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val c = b.filter{t => val res = t._0 > 0 && (t._1 < 0 || (!(t._2 == t._3))) res }\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a filter with a function expression\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val op = Filter(Pipe(\"a\"), Pipe(\"b\"), Gt(\n      Func(\"aFunc\", List(RefExpr(PositionalField(0)), RefExpr(PositionalField(1)))),\n      RefExpr(Value(\"0\"))))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.filter{t => val res = aFunc(t.get(0),t.get(1)) > 0 res }\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a filter with a function expression and boolean\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val op = Filter(Pipe(\"a\"), Pipe(\"b\"), And(\n      Eq(Func(\"aFunc\", List(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\")))), RefExpr(Value(true))),\n      Geq(Func(\"cFunc\", List(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\")))), RefExpr(NamedField(\"x\")))), windowMode = false)\n    op.schema = Some(Schema(Array(Field(\"x\", Types.IntType),\n      Field(\"y\", Types.DoubleType))))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val a = b.filter{t => val res = aFunc(t._0,t._1) == true && cFunc(t._0,t._1) >= t._0 res }\n      |\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for DISTINCT\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val op = Distinct(Pipe(\"a\"), Pipe(\"b\"))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.distinct\")\n    assert(generatedCode == expectedCode)\n  }\n  it should \"contain code for LIMIT\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val op = Limit(Pipe(\"a\"), Pipe(\"b\"), 10)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val a = b.first(10)\")\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code a foreach statement with function expressions\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    \/\/ a = FOREACH b GENERATE TOMAP(\"field1\", $0, \"field2\", $1);\n    val op = Foreach(Pipe(\"aa\"), Pipe(\"bb\"), GeneratorList(List(\n      GeneratorExpr(Func(\"TOMAP\", List(\n        RefExpr(Value(\"\\\"field1\\\"\")),\n        RefExpr(PositionalField(0)),\n        RefExpr(Value(\"\\\"field2\\\"\")),\n        RefExpr(PositionalField(1))))))))\n    op.constructSchema\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val aa = bb.map{t => val res = _t$1_Tuple(PigFuncs.toMap(\\\"field1\\\",t.get(0),\\\"field2\\\",t.get(1))) res }\")\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a foreach statement with another function expression\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    \/\/ a = FOREACH b GENERATE $0, COUNT($1) AS CNT;\n    val op = Foreach(Pipe(\"aa\"), Pipe(\"bb\"), GeneratorList(List(\n      GeneratorExpr(RefExpr(PositionalField(0))),\n      GeneratorExpr(Func(\"COUNT\", List(RefExpr(PositionalField(1)))), Some(Field(\"CNT\", Types.LongType))))))\n    op.constructSchema\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val aa = bb.map{t => val res = _t$1_Tuple(t.get(0), PigFuncs.count(t.get(1))) res }\")\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a foreach statement with a UDF expression\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    \/\/ aa = FOREACH bb GENERATE $0, distance($1, $2, 1.0, 2.0) AS dist;\n    val ops = parseScript(\n      \"\"\"\n      |bb = LOAD 'file' AS (f1: int, f2: int, f3: int);\n      |aa = FOREACH bb GENERATE $0, Distances.spatialDistance($1, $2, 1.0, 2.0) AS dist;\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"aa\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val aa = bb.map{t => val res = _t$1_Tuple(t._0, Distances.spatialDistance(t._1,t._2,1.0,2.0)) res }\")\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a foreach statement with a UDF alias expression\" in {\n    \/\/ aa = FOREACH bb GENERATE $0, distance($1, $2, 1.0, 2.0) AS dist;\n    val ops = parseScript(\n      \"\"\"bb = LOAD 'data.csv' AS (t1: int, t2: int, t3: int, t4: int);\n        |DEFINE distance Distances.spatialDistance();\n        |aa = FOREACH bb GENERATE $0, distance($1, $2, 1.0, 2.0) AS dist;\n        |\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"aa\").get\n    val ctx = CodeGenContext(CodeGenTarget.Flink, Some(plan.udfAliases.toMap))\n    \/\/ op.constructSchema\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"val aa = bb.map{t => val res = _t$1_Tuple(t._0, Distances.spatialDistance(t._1,t._2,1.0,2.0)) res }\")\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for deref operator on maps in foreach statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n      |in = LOAD 'file' AS (s1: chararray, s2: chararray);\n      |b = FOREACH in GENERATE [\"k1\", s1] as map1, [\"k2\", s2] as map2;\n      |a = FOREACH b GENERATE $0#\"k1\", $1#\"k2\";\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"a\").get\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val a = b.map{t => val res = _t$1_Tuple(t._0(\"k1\"), t._1(\"k2\")) res }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for deref operator on tuple in foreach statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |in = LOAD 'file' AS (s1: int, s2: int, s3: int);\n        |b = FOREACH in GENERATE (\"k1\", s1) as t1, (\"k2\", s2) as t2, (\"k3\", s3) as t3;\n        |a = FOREACH b GENERATE $0.$1, $2.$0;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"a\").get\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val a = b.map{t => val res = _t$1_Tuple(t._0._1, t._2._0) res }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a nested foreach statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"daily = load 'data.csv' as (exchange, symbol);\n        |grpd  = group daily by exchange;\n        |uniqcnt  = foreach grpd {\n        |           sym      = daily.symbol;\n        |           uniq_sym = distinct sym;\n        |           generate group, COUNT(uniq_sym);\n        |};\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val foreachOp = plan.findOperatorForAlias(\"uniqcnt\").get\n    \/\/println(\"schema = \" + foreachOp.schema)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, foreachOp))\n\n    val expectedCode = cleanString(\n      \"\"\"val uniqcnt = grpd.map{t => val res = {\n        |val sym = t._1.map(l => l._1).toList\n        |val uniq_sym = sym.distinct\n        |_t$1_Tuple(t._0, PigFuncs.count(uniq_sym))} res }\"\"\".stripMargin)\n\n    generatedCode should matchSnippet(expectedCode)\n    val _ = cleanString(codeGenerator.emitSchemaHelpers(ctx, List(foreachOp.schema.get)).mkString(\"\\n\"))\n  }\n\n  it should \"contain code for a foreach statement with constructors for tuple, bag, and map\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"data = load 'file' as (f1: int, f2: int, name:chararray);\n        |out = foreach data generate (f1, f2), {f1, f2}, [name, f1];\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"out\").get\n    val _ = cleanString(codeGenerator.emitSchemaHelpers(ctx, List(op.schema.get)).mkString(\"\\n\"))\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    \/\/println(\"schema class = \" + schemaClassCode)\n\n    val expectedCode = cleanString(\n      \"\"\"val out = data.map{t => val res = _t$1_Tuple(_t$2_Tuple(t._0,t._1), List(_t$3_Tuple(t._0),_t$3_Tuple(t._1)),\n        |Map[String,Int](t._2 -> t._0)) res }\"\"\".stripMargin)\n\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for the stream through statement without parameters\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"data = load 'data.csv' as (f1: int, f2: int);\n        |res = STREAM data THROUGH myOp();\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"res\").get\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\n      \"\"\"val data_helper = data.map(t => List(t._0, t._1))\n        |val res = myOp(env, data_helper).map(t => _t$1_Tuple(t(0).asInstanceOf[Int], t(1).asInstanceOf[Int]))\n        |\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for the stream through statement with parameters\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"data = load 'data.csv' as (f1: int, f2: int);\n        |res = STREAM data THROUGH package.myOp(1, 42.0);\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"res\").get\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\n      \"\"\"val data_helper = data.map(t => List(t._0, t._1))\n        |val res = package.myOp(env, data_helper,1,42.0).map(t => _t$1_Tuple(t(0).asInstanceOf[Int], t(1).asInstanceOf[Int]))\n        |\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a UNION operator on two relations\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    \/\/ a = UNION b, c;\n    val op = Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val a = b.union(c)\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a UNION operator on more than two relations\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    \/\/ a = UNION b, c, d;\n    val op = Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val a = b.union(c).union(d)\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for GROUP BY ALL\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |bb = LOAD 'file.csv' USING PigStorage(',') AS (f1: int, f2: chararray, f3: double);\n        |aa = GROUP bb ALL;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"aa\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"val aa = bb.setParallelism(1).mapPartition( (in, out: Collector[_t$2_Tuple]) =>  out.collect(_t$2_Tuple(\"all\", in.toIterable)))\"\"\")\n    generatedCode should matchSnippet(expectedCode)\n\n    val (classCode, helperCode) = codeGenerator.emitSchemaHelpers(ctx, List(op.schema.get))\n\n    val generatedClassCode = cleanString(classCode)\n    val generatedHelperCode = cleanString(helperCode)\n\n    val expectedClassCode =\n      cleanString(\"\"\"\n         |case class _t$2_Tuple (_0: String, _1: Iterable[_t$1_Tuple]) extends java.io.Serializable with SchemaClass {\n         |  override def mkString(_c: String = \",\") = _0 + _c + \"{\" + _1.mkString(\",\") + \"}\"\n         |}\"\"\".stripMargin)\n\n    val expectedHelperCode = cleanString(\"implicit def convert_t$2_Tuple(t: (String, Iterable[_t$1_Tuple])): _t$2_Tuple = _t$2_Tuple(t._1, t._2)\")\n\n    generatedClassCode should matchSnippet(expectedClassCode)\n    generatedHelperCode should matchSnippet(expectedHelperCode)\n  }\n\n  it should \"contain code for GROUP BY $0\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    ctx.set(\"tuplePrefix\", \"t\")\n    val ops = parseScript(\n      \"\"\"\n        |bb = LOAD 'file.csv' USING PigStorage(',') AS (f1: int, f2: chararray, f3: double);\n        |aa = GROUP bb BY f1;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"aa\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val aa = bb.groupBy(t => t._0).reduceGroup{ (in, out: Collector[_t$1_Tuple]) => val itr = in.toIterable; out.collect(_t$1_Tuple(itr.head._0, itr)) }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for GROUP BY with multiple keys\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    ctx.set(\"tuplePrefix\", \"t\")\n    val ops = parseScript(\n      \"\"\"\n        |bb = LOAD 'file.csv' USING PigStorage(',') AS (f1: int, f2: chararray, f3: double);\n        |aa = GROUP bb BY ($0, $1);\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"aa\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val aa = bb.groupBy(t => (t._0,t._1)).reduceGroup{ (in, out: Collector[_t$1_Tuple]) => val itr = in.toIterable; out.collect(_t$1_Tuple(_t$2_Tuple(itr.head._0,itr.head._1), itr)) }\"\"\".stripMargin)\n    val _ = cleanString(codeGenerator.emitSchemaHelpers(ctx, List(op.schema.get)).mkString(\"\\n\"))\n    generatedCode should matchSnippet(expectedCode)\n  }\n  it should \"contain code for simple ORDER BY\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    \/\/ aa = ORDER bb BY $0\n    val op = OrderBy(Pipe(\"aa\"), Pipe(\"bb\"), List(OrderBySpec(PositionalField(0), OrderByDirection.AscendingOrder)))\n    val schema = Schema(Array(Field(\"f1\", Types.IntType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))\n\n    op.schema = Some(schema)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val aa = bb.setParallelism(1).sortPartition(0, Order.ASCENDING)\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for complex ORDER BY\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    \/\/ a = ORDER b BY f1, f3\n    val op = OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(NamedField(\"f1\"), OrderByDirection.DescendingOrder),\n      OrderBySpec(NamedField(\"f3\"), OrderByDirection.AscendingOrder)))\n    val schema = Schema(Array(Field(\"f1\", Types.CharArrayType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))\n\n    op.schema = Some(schema)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val a = b.setParallelism(1).sortPartition(0, Order.DESCENDING).sortPartition(2, Order.ASCENDING)\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n  \n  it should \"contain code for the sample operator with a literal value\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    \/\/ aa = SAMPLE bb 0.01;\n    val op = Sample(Pipe(\"aa\"), Pipe(\"bb\"), RefExpr(Value(0.01)))\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n        |val aa = bb.sample(false, 0.01)\"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain code for a binary join statement with simple expression\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val op = Join(Pipe(\"aa\"), List(Pipe(\"bb\"), Pipe(\"cc\")), List(List(PositionalField(0)), List(PositionalField(0))))\n    val schema = Schema(Array(Field(\"f1\", Types.CharArrayType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))\n    val input1 = Pipe(\"bb\", Load(Pipe(\"bb\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"cc\", Load(Pipe(\"cc\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2)\n    op.constructSchema\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val aa = bb.join(cc).where(\"_0\").equalTo(\"_0\").map{ t => val (v1,v2) = t _t$1_Tuple(v1._0, v1._1, v1._2, v2._0, v2._1, v2._2) }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a binary join statement with expression lists\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val op = Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")), List(List(PositionalField(0), PositionalField(1)),\n      List(PositionalField(1), PositionalField(2))))\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.CharArrayType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))))\n    val input1 = Pipe(\"b\", Load(Pipe(\"b\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"c\", Load(Pipe(\"c\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2)\n    op.constructSchema\n\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n     |val a = b.join(c).where(\"_0\",\"_1\").equalTo(\"_1\",\"_2\").map{ t => val (v1,v2) = t _t$1_Tuple(v1._0, v1._1, v1._2, v2._0, v2._1, v2._2) }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for a multiway join statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val op = Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")), List(List(PositionalField(0)),\n      List(PositionalField(0)), List(PositionalField(0))))\n    val schema = new Schema(BagType(TupleType(Array(Field(\"f1\", Types.CharArrayType),\n      Field(\"f2\", Types.DoubleType),\n      Field(\"f3\", Types.IntType)))))\n    val input1 = Pipe(\"b\", Load(Pipe(\"b\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    val input2 = Pipe(\"c\", Load(Pipe(\"c\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    val input3 = Pipe(\"d\", Load(Pipe(\"d\"), \"input\/file.csv\", Some(schema), Some(\"PigStorage\"), List(\"\\\",\\\"\")))\n    op.inputs = List(input1, input2, input3)\n    op.constructSchema\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n      |val a = b.join(c).where(\"_0\").equalTo(\"_0\").join(d).where(\"_1._0\").equalTo(\"_0\").map{ t => val ((v1,v2),v3) = t _t$1_Tuple(v1._0, v1._1, v1._2, v2._0, v2._1, v2._2, v3._0, v3._1, v3._2) }\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for multiple joins\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    Schema.init()\n    val ops = parseScript(\n      \"\"\"a = load 'file' as (a: chararray);\n        |b = load 'file' as (a: chararray);\n        |c = load 'file' as (a: chararray);\n        |j1 = join a by $0, b by $0;\n        |j2 = join a by $0, c by $0;\n        |j = join j1 by $0, j2 by $0;\n        |\"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val generatedCode1 = cleanString(codeGenerator.emitNode(ctx, plan.findOperatorForAlias(\"j1\").get))\n    val generatedCode2 = cleanString(codeGenerator.emitNode(ctx, plan.findOperatorForAlias(\"j2\").get))\n    val generatedCode3 = cleanString(codeGenerator.emitNode(ctx, plan.findOperatorForAlias(\"j\").get))\n\n    val finalJoinOp = plan.findOperatorForAlias(\"j\").get\n    \/\/ TODO: Schema classes!!!!\n    val _ = cleanString(codeGenerator.emitSchemaHelpers(ctx, List(finalJoinOp.schema.get)).mkString(\"\\n\"))\n\n    val expectedCode1 = cleanString(\n      \"\"\"val j1 = a.join(b).where(\"_0\").equalTo(\"_0\").map{ t => val (v1,v2) = t _t$1_Tuple(v1._0, v2._0) }\"\"\".stripMargin)\n    generatedCode1 should matchSnippet(expectedCode1)\n\n    val expectedCode2 = cleanString(\n      \"\"\"val j2 = a.join(c).where(\"_0\").equalTo(\"_0\").map{ t => val (v1,v2) = t _t$1_Tuple(v1._0, v2._0) }\"\"\".stripMargin)\n    generatedCode2 should matchSnippet(expectedCode2)\n\n    val expectedCode3 = cleanString(\n      \"\"\" val j = j1.join(j2).where(\"_0\").equalTo(\"_0\").map{ t => val (v1,v2) = t _t$1_Tuple(v1._0, v1._1, v2._0, v2._1) }\"\"\".stripMargin)\n    generatedCode3 should matchSnippet(expectedCode3)\n  }\n\n  it should \"contain code for a simple accumulate statement\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\"b = load 'file'; a = ACCUMULATE b GENERATE COUNT($0), AVG($1), SUM($2);\")\n    val schema = Schema(Array(Field(\"t1\", Types.IntType),\n      Field(\"t2\", Types.IntType),\n      Field(\"t3\", Types.IntType)))\n    ops.head.schema = Some(schema)\n    val plan = new DataflowPlan(ops)\n    val op = plan.findOperatorForAlias(\"a\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\"\"\"\n       |val a = b.aggregate(Aggregations.COUNT,0).and(Aggregations.AVG,1).and(Aggregations.SUM,2)\"\"\".stripMargin)\n\n    assert(generatedCode == expectedCode)\n\n  }\n\n  it should \"not contain code for EMPTY operators\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val op = Empty(Pipe(\"_\"))\n\n    assert(codeGenerator.emitNode(ctx, op) == \"\")\n  }\n\n  it should \"contain embedded code\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |<% def someFunc(s: String): String = {\n        | s\n        |}\n        |%>\n        |A = LOAD 'file.csv';\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val theCode = codeGenerator.emitHeader1(ctx, \"test\") + codeGenerator.emitEmbeddedCode(ctx, plan.code)\n    assert(cleanString(theCode) ==\n      cleanString(\"\"\"\n        |object test {\n        |  val env = ExecutionEnvironment.getExecutionEnvironment\n        |def someFunc(s: String): String = {\n        | s\n        |}\n      \"\"\".stripMargin))\n    val udf = UDFTable.findUDF(\"someFunc\", Types.AnyType)\n    udf shouldBe defined\n  }\n\n  it should \"contain code for macros\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n      |DEFINE my_macro(in_alias, p) RETURNS out_alias {\n      |$out_alias = FOREACH $in_alias GENERATE $0 + $p;\n      |};\n      |\n      |in = LOAD 'file' AS (i: double);\n      |out = my_macro(in, 42);\n      |DUMP out;\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"out\").get))\n    val expectedCode = cleanString(\n      \"\"\"\n        |val out = in.map{t => val res = _t$1_Tuple(t._0 + 42) res }\n        |\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for multiple macros\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |DEFINE my_macro(in_alias, p) RETURNS out_alias {\n        |$out_alias = FOREACH $in_alias GENERATE $0 + $p, $1;\n        |};\n        |\n        |DEFINE my_macro2(in_alias, p) RETURNS out_alias {\n        |$out_alias = FOREACH $in_alias GENERATE $0, $1 - $p;\n        |};\n        |\n        |in = LOAD 'file' AS (c1: int, c2: int);\n        |out = my_macro(in, 42);\n        |out2 = my_macro2(out, 5);\n        |DUMP out;\n        |DUMP out2;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val generatedCode1 = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"out\").get))\n    val expectedCode1 = cleanString(\n      \"\"\"\n        |val out = in.map{t => val res = _t$1_Tuple(t._0 + 42, t._1) res }\n        |\"\"\".stripMargin)\n    generatedCode1 should matchSnippet(expectedCode1)\n\n    val generatedCode2 = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"out2\").get))\n    val expectedCode2 = cleanString(\n      \"\"\"\n        |val out2 = out.map{t => val res = _t$1_Tuple(t._0, t._1 - 5) res }\n        |\"\"\".stripMargin)\n    generatedCode2 should matchSnippet(expectedCode2)\n  }\n\n  it should \"contain code for invoking a macro multiple times\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |DEFINE my_macro(in_alias, p) RETURNS out_alias {\n        |$out_alias = FOREACH $in_alias GENERATE $0 + $p;\n        |};\n        |\n        |in = LOAD 'file' AS (c1: int, c2: int);\n        |out = my_macro(in, 42);\n        |out2 = my_macro(out, 43);\n        |DUMP out2;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val generatedCode1 = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"out\").get))\n    val expectedCode1 = cleanString(\n      \"\"\"\n        |val out = in.map{t => val res = _t$1_Tuple(t._0 + 42) res }\n        |\"\"\".stripMargin)\n    generatedCode1 should matchSnippet(expectedCode1)\n\n    val generatedCode2 = cleanString(codeGenerator.emitNode(ctx, rewrittenPlan.findOperatorForAlias(\"out2\").get))\n    val expectedCode2 = cleanString(\n      \"\"\"\n        |val out2 = out.map{t => val res = _t$1_Tuple(t._0 + 43) res }\n        |\"\"\".stripMargin)\n    generatedCode2 should matchSnippet(expectedCode2)\n  }\n\n  it should \"contain code for schema classes\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n      |A = LOAD 'file' AS (f1: int, f2: chararray, f3: double);\n      |B = FILTER A BY f1 > 0;\n      |C = FOREACH B GENERATE f1, f2, f3 + 5, $2 + 44 AS f4:int;\n      |DUMP C;\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val _ = rewritePlan(plan)\n\n    var code: String = \"\"\n    for (schema <- Schema.schemaList()) {\n      code = code + codeGenerator.emitSchemaHelpers(ctx, List(schema)).mkString(\"\\n\")\n    }\n\n    val generatedCode = cleanString(code)\n    val expectedCode = cleanString(\n      \"\"\"\n      |case class _t$1_Tuple (_0: Int, _1: String, _2: Double, _3: Int) extends java.io.Serializable with SchemaClass {\n      |override def mkString(_c: String = \",\") = _0 + _c + _1 + _c + _2 + _c + _3\n      |}\n      |implicit def convert_t$1_Tuple(t: (Int, String, Double, Int)): _t$1_Tuple = _t$1_Tuple(t._1, t._2, t._3, t._4)\n      |case class _t$2_Tuple (_0: Int, _1: String, _2: Double) extends java.io.Serializable with SchemaClass {\n      |override def mkString(_c: String = \",\") = _0 + _c + _1 + _c + _2\n      |}\n      |implicit def convert_t$2_Tuple(t: (Int, String, Double)): _t$2_Tuple = _t$2_Tuple(t._1, t._2, t._3)\n      |\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code for nested schema classes\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n        |daily = load 'file' using PigStorage(',') as (exchange: chararray, symbol: chararray);\n        |grpd  = group daily by exchange;\n        |DUMP grpd;\n      \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val _ = rewritePlan(plan)\n\n    var code: String = \"\"\n    for (schema <- Schema.schemaList()) {\n      code = code + codeGenerator.emitSchemaHelpers(ctx, List(schema)).mkString(\"\\n\")\n    }\n\n    val generatedCode = cleanString(code)\n    val expectedCode = cleanString(\n      \"\"\"\n        |case class _t$1_Tuple (_0: String, _1: Iterable[_t$2_Tuple]) extends java.io.Serializable with SchemaClass {\n        |  override def mkString(_c: String = \",\") = _0 + _c + \"{\" + _1.mkString(\",\") + \"}\"\n        |}\n        |implicit def convert_t$1_Tuple(t: (String, Iterable[_t$2_Tuple])): _t$1_Tuple = _t$1_Tuple(t._1, t._2)\n        |case class _t$2_Tuple (_0: String, _1: String) extends java.io.Serializable with SchemaClass {\n        |  override def mkString(_c: String = \",\") = _0 + _c + _1\n        |}\n        |implicit def convert_t$2_Tuple(t: (String, String)): _t$2_Tuple = _t$2_Tuple(t._1, t._2)\n        |\"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n\n  it should \"contain code to handle LOAD with PigStorage but without an explicit schema\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n      |in = load 'file' using PigStorage(':');\n      |out = filter in by $1 == \"root\";\n      |dump out;\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val op = rewrittenPlan.findOperatorForAlias(\"out\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\n      \"\"\"\n      |val out = in.filter{t => val res = t.get(1) == \"root\" res }\n    \"\"\".stripMargin)\n    assert(generatedCode == expectedCode)\n  }\n\n  it should \"contain correct code for a function call with bytearray parameters\" in {\n    val ctx = CodeGenContext(CodeGenTarget.Flink)\n    val ops = parseScript(\n      \"\"\"\n      |in = load 'file' as (x, y);\n      |in2 = foreach in generate x, y;\n      |out = foreach in2 generate tokenize(x);\n      |dump out;\n    \"\"\".stripMargin)\n    val plan = new DataflowPlan(ops)\n    val rewrittenPlan = rewritePlan(plan)\n    val op = rewrittenPlan.findOperatorForAlias(\"out\").get\n    val generatedCode = cleanString(codeGenerator.emitNode(ctx, op))\n    val expectedCode = cleanString(\n      \"\"\"\n        |val out = in2.map{t => val res = _t$1_Tuple(PigFuncs.tokenize(t._0.asInstanceOf[String]).map(_t$2_Tuple(_))) res }\n      \"\"\".stripMargin)\n    generatedCode should matchSnippet(expectedCode)\n  }\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/FlinkCodeGenStrategy.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/codegen\/flink\/FlinkCodeGenStrategy.scala<gh_stars>10-100\npackage dbis.piglet.codegen.flink\n\nimport java.net.URI\n\nimport dbis.piglet.codegen.flink.emitter._\nimport dbis.piglet.codegen.scala_lang.ScalaCodeGenStrategy\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenTarget}\nimport dbis.piglet.mm.ProfilerSettings\nimport dbis.piglet.op._\nimport dbis.piglet.plan.DataflowPlan\n\nclass FlinkCodeGenStrategy extends ScalaCodeGenStrategy {\n  override val target = CodeGenTarget.FlinkStreaming\n  \/\/  override val emitters = super.emitters + (\n  \/\/    s\"$pkg.Load\" -> FlinkLoadEmitter.instance,\n  \/\/    s\"$pkg.Dump\" -> FlinkDumpEmitter.instance,\n  \/\/    s\"$pkg.Store\" -> FlinkStoreEmitter.instance\n  \/\/  )\n\n  override def emitterForNode[O <: PigOperator](op: O): CodeEmitter[O] = {\n\n    val emitter = op match {\n      case _: Load => LoadEmitter.instance\n      case _: Dump => DumpEmitter.instance\n      case _: Store => StoreEmitter.instance\n      case _: Grouping => GroupingEmitter.instance\n      case _: OrderBy => OrderByEmitter.instance\n      case _: Join => JoinEmitter.instance\n      case _: Limit => LimitEmitter.instance\n      case _: StreamOp => StreamOpEmitter.instance\n      case _: Accumulate => AccumulateEmitter.instance\n      case _ => super.emitterForNode(op)\n    }\n\n    emitter.asInstanceOf[CodeEmitter[O]]\n  }\n\n  \/**\n   * Generate code needed for importing required Scala packages.\n   *\n   * @return a string representing the import code\n   *\/\n  override def emitImport(ctx: CodeGenContext, additionalImports: Seq[String] = Seq.empty): String =\n    CodeEmitter.render(\"\"\"import org.apache.flink.api.scala._\n                         |import dbis.piglet.backends.flink._\n                         |import dbis.piglet.backends.{SchemaClass, Record}\n                         |import org.apache.flink.util.Collector\n                         |import org.apache.flink.api.common.operators.Order\n                         |import dbis.piglet.backends.flink.Sampler._\n                         |<if (additional_imports)>\n                         |<additional_imports>\n                         |<endif>\n                         |\n                         |<\\n>\n                         |\"\"\".stripMargin,\n      Map(\"additional_imports\" -> additionalImports.mkString(\"\\n\")))\n\n  \/**\n   * Generate code for the header of the script outside the main class\/object,\n   * i.e. defining the main object.\n   *\n   * @param scriptName the name of the script (e.g. used for the object)\n   * @return a string representing the header code\n   *\/\n  override def emitHeader1(ctx: CodeGenContext, scriptName: String): String =\n    CodeEmitter.render(\n      \"\"\"object <name> {\n        |  val env = ExecutionEnvironment.getExecutionEnvironment<\\n>\n        |\"\"\".stripMargin, Map(\"name\" -> scriptName))\n\n  \/**\n   *\n   * Generate code for the header of the script which should be defined inside\n   * the main class\/object.\n   *\n   * @param scriptName the name of the script (e.g. used for the object)\n   * @param profiling add profiling code to the generated code\n   * @return a string representing the header code\n   *\/\n  override def emitHeader2(ctx: CodeGenContext, scriptName: String, profiling: Option[ProfilerSettings] = None): String = {\n    CodeEmitter.render(\"\"\"  def main(args: Array[String]) {<\\n>\"\"\", Map.empty)\n  }\n\n  override def emitFooter(ctx: CodeGenContext, plan: DataflowPlan, profiling: Option[URI] = None): String = {\n    val params = Map(\"name\" -> \"Starting Query\")\n    CodeEmitter.render(\"\"\"<if (hook)>\n\t                       |    shutdownHook()\n                         |<endif>\n                         |  }\n                         |}\"\"\".stripMargin, params)\n\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/flink\/CustomDataStreamMatcher.scala","text":"\npackage dbis.piglet.cep.flink\n\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.ops.OutputStrategy._\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport org.apache.flink.api.common.typeinfo.TypeInformation\n\/\/import org.apache.flink.api.java.ExecutionEnvironment\n\/\/import org.apache.flink.api.java.DataSet\nimport scala.collection.JavaConversions._\nimport org.apache.flink.streaming.api.scala._\n\nclass CustomDataStreamMatcher[T <: Event: ClassTag: TypeInformation](@transient val dataStream: DataStream[T]) {\n\n  def matchNFA(nfa: NFAController[T], flinkEnv: StreamExecutionEnvironment, sstr: SelectionStrategy = FirstMatch, out: OutputStrategy = Combined)  = {\n    \/\/ println(\"create a new DataStream matcher\")\n    new DataStreamMatcher(dataStream, nfa, flinkEnv, sstr, out).compute()\n  }\n\n}\n\nobject CustomDataStreamMatcher {\n\n  implicit def addDataSetMatcher[T <: Event: ClassTag: TypeInformation](@transient dataStream: DataStream[T]) = {\n    \/\/ println(\"add a custom DataStream function\")\n    new CustomDataStreamMatcher(dataStream)\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/CodeEmitter.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.codegen\n\nimport java.net.URI\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.tools.logging.PigletLogging\nimport org.clapper.scalasti.ST\nimport org.stringtemplate.v4.AutoIndentWriter\nimport org.stringtemplate.v4.misc.ErrorBuffer\n\ncase class CodeGenException(msg: String, cause: Throwable) extends Exception(msg, cause) {\n  def this(msg: String) = this(msg, null)\n}\n\nobject CodeGenException {\n  def apply(msg: String) = new CodeGenException(msg)\n}\n\n\nabstract class CodeEmitter[O <: PigOperator] extends PigletLogging {\n  def template: String\n\n\/\/  def render: String = CodeEmitter.render(template, Map[String, Any]())\n\n  \/**\n   * Invoke a given string template with a map of key-value pairs used for replacing\n   * the keys in the template by the string values.\n   *\n   * @param params the map of key-value pairs\n   * @return the text from the template\n   *\/\n  def render(params: Map[String, Any] = Map.empty): String = CodeEmitter.render(template, params)\n\n  def helper(ctx: CodeGenContext, node: O): String = \"\"\n\n  def code(ctx: CodeGenContext, node: O): String\n\n  def beforeCode(ctx: CodeGenContext, node: O): String = \"\"\n\n  def afterCode(ctx: CodeGenContext, node: O): String = \"\"\n\n}\n\nobject CodeEmitter {\n\n  protected[codegen] var profiling: Boolean = false\n\n  val sw = new java.io.StringWriter\n\n  \/**\n   * Invoke a given string template with a map of key-value pairs used for replacing\n   * the keys in the template by the string values.\n   *\n   * @param params the map of key-value pairs\n   * @return the text from the template\n   *\/\n  def render(template: String, params: Map[String, Any]): String = {\n\n    var st = ST(template)\n    params.foreach { case (name, value) => st = st.add(name, value) }\n\n    st = st.add(\"profiling\", profiling)\n\n\/\/    st.render() match {\n\/\/      case Success(code) => code\n\/\/      case Failure(e) => println(e.getMessage); \"\"\/\/throw e\/\/CodeGenException(s\"Could not render template $template with params ${theParams.mkString(\"\\n\")}\", e)\n\/\/    }\n\n    \/\/ Ugly version to suppress warnings such as \"attribute isn't defined\":\n    sw.getBuffer.setLength(0)\n    st.nativeTemplate.write(new AutoIndentWriter(sw), new ErrorBuffer())\n    sw.flush()\n    sw.toString\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/StreamOp.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.op\n\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.expr.Ref\n\n\/**\n * A class representing the STREAM THROUGH operator for invoking a user-defined operator implemented\n  * by an external Scala function.\n  *\n * @param out the output pipe (relation).\n * @param in the input pipe\n * @param opName the name of the scala function\n * @param params an optional list of parameter values passed to the UDF\n * @param resSchema the optional result schema\n *\/\ncase class StreamOp(\n    private val out: Pipe, \n    private val in: Pipe, \n    opName: String, \n    params: Option[List[Ref]] = None,\n    var resSchema: Option[Schema] = None\n  ) extends PigOperator(List(out), List(in), resSchema) {\n\n  override def lineageString: String = s\"\"\"STREAM%$opName%\"\"\" + super.lineageString\n\n  override def checkSchemaConformance: Boolean = {\n    \/\/ TODO\n    true\n  }\n\n  override def constructSchema: Option[Schema] = {\n    \/\/ if a result schema was defined we use it,\n    \/\/ otherwise we assume that the UDF produces result with\n    \/\/ the same schema\n    if (schema.isEmpty)\n      schema = inputSchema\n    schema\n  }\n\n  override def toString =\n    s\"\"\"STREAM_THROUGH\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  inSchema = $inputSchema\n       |  outSchema = $schema\n       |  resSchema = $resSchema\n       |  func = $opName\n       |  params = ${params.map(_.mkString(\",\"))}\"\"\".stripMargin\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"common\/src\/main\/scala\/dbis\/piglet\/tools\/logging\/PigletLogging.scala","text":"package dbis.piglet.tools.logging\n\nimport java.io.PrintStream\n\nimport org.slf4j.LoggerFactory\n\ntrait PigletLogging {\n\n  \/*\n   * This ugly hack is used to suppress the annoying warning of multiple bindings in slf4j.\n   *\/\n  val filteredErr = new PrintStream(System.err) {\n    override def println(l: String) = if (!l.startsWith(\"SLF4J\") && !l.startsWith(\"[INFO ] [EtmMonitor]\")) super.println(l)\n  }\n  System.setErr(filteredErr)\n  \n  val filteredOut = new PrintStream(System.out) {\n    override def println(l: String) = if (!l.startsWith(\"SLF4J\") && !l.startsWith(\"[INFO ] [EtmMonitor]\")) super.println(l)\n  }\n  System.setOut(filteredOut)\n  \n  \n\n\n  protected val logger: PigletLogger = {\n    val baseLogger = LoggerFactory.getLogger(getClass.getName)\n    \n    if(baseLogger.isInstanceOf[ch.qos.logback.classic.Logger])\n    \tPigletLogger(baseLogger.asInstanceOf[ch.qos.logback.classic.Logger])\n    else { \n      Console.err.println(s\"Could not bind logger: $baseLogger\")\n      new PigletLogger(None)\n    }\n  }\n    \n  \n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/ops\/MatchCollector.scala","text":"<filename>ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/ops\/MatchCollector.scala\npackage dbis.piglet.cep.ops\nimport dbis.piglet.cep.nfa.NFAStructure\nimport scala.reflect.ClassTag\nimport scala.collection.mutable.ListBuffer\nimport scala.collection.mutable.ArrayBuffer\nimport dbis.piglet.backends.{SchemaClass => Event}\n\nclass MatchCollector[ T <: Event: ClassTag] extends Serializable {\n  var macthSequences: ListBuffer[NFAStructure[T]] = new ListBuffer()\n  def +(that: NFAStructure[T]): Unit = macthSequences += that\n  def size: Int = macthSequences.size\n  def convertEventsToArray(): ArrayBuffer[T] = {\n    var events: ArrayBuffer[T] = new ArrayBuffer()\n    macthSequences.foreach (seq =>  events ++= seq.events)\n    events\n  }\n  def convertEventsToBoolean(): ArrayBuffer[Boolean] = {\n    ArrayBuffer(macthSequences.size > 0)\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/PrettyPrinter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan\n\nimport dbis.piglet.op.PigOperator\n\nobject PrettyPrinter extends org.kiama.output.PrettyPrinter{\n  def pretty(op: PigOperator): String = {\n    super.pretty(show(op))\n  }\n\n  def show(op: PigOperator): Doc = {\n    val prettyInputs = op.inputs.map(p => show(p.producer))\n    parens (\n      value(op)\n      <> nest(\n        line\n        <> ssep(prettyInputs, line)))\n  }\n\n  def show(p: List[PigOperator]): Doc = any(p)\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/Rules.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting\n\nimport dbis.piglet.plan.rewriting.rulesets.{GeneralRuleset, RDFRuleset, SparkRuleset}\nimport dbis.piglet.tools.CliParams\nimport dbis.piglet.tools.logging.PigletLogging\n\n\n\n\/** This object contains all the rewriting rules that are currently implemented\n  *\n  *\/\n\/\/noinspection ScalaDocMissingParameterDescription\nobject Rules extends PigletLogging {\n  val rulesets = (\n    if(CliParams.values.optimization) List(GeneralRuleset) else {\n    logger.debug(\"disabling general optimization rules!\")\n    List.empty\n  }) ++ List(RDFRuleset)\n\n  def registerAllRules() = {\n    \/\/ IMPORTANT: If you change one of the rule registration calls in here, please also change the call in the\n    \/\/ corresponding test methods!\n    rulesets foreach { _.registerRules() }\n  }\n\n  def registerBackendRules(backend: String) = backend match {\n    case \"spark\" if CliParams.values.optimization => SparkRuleset.registerRules()\n    case \"spark\" => logger.debug(\"will no optimize with Spark specific rules!\")\n    case _ =>\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/StreamStoreEmitter.scala","text":"package dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.scala_lang.StoreEmitter\n\n\/**\n  * Created by kai on 12.12.16.\n  *\/\n\nclass StreamStoreEmitter extends StoreEmitter {\n  override def template: String = \"\"\"    <func>[<class>]().writeStream(\"<file>\", <in><if (params)>, <params><endif>)\"\"\".stripMargin\n}\n\nobject StreamStoreEmitter {\n\tlazy val instance = new StreamStoreEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"common\/src\/main\/scala\/dbis\/piglet\/CommonPigFuncs.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet\n\nimport scala.Numeric.Implicits._\nimport scala.collection.mutable.ListBuffer\n\ntrait CommonPigFuncs {\n  def average[T: Numeric](bag: Iterable[T]) : Double = {\n    \/\/sum(bag).toDouble \/ count(bag).toDouble\n    val (sum, num) = bag.foldLeft((0.0, 0))((agg, newValue) => (agg._1 + newValue.toDouble(), agg._2 + 1))\n    sum \/ num\n  }\n\n  def median[T: Numeric](bag: Iterable[T]): T = {\n    val sorted = bag.toSeq.sorted\n    val m = sorted.length \/ 2\n    sorted(m)\n  }\n\n  def count(bag: Iterable[Any]): Int = bag.size\n\n  def sum[T: Numeric](bag: Iterable[T]): T = bag.sum\n\n  def min[T: Ordering](bag: Iterable[T]): T = bag.min\n\n  def max[T: Ordering](bag: Iterable[T]): T = bag.max\n\n  def isempty(bag: Iterable[Any]): Boolean = bag.isEmpty\n  def nonempty(bag: Iterable[Any]): Boolean = bag.nonEmpty\n\n  \/*\n   * String functions\n   *\/\n  def tokenize(s: String, delim: String = \"\"\"[, \"]\"\"\") = s.split(delim)\n  \n  def startswith(haystack: String, prefix: String) = haystack.startsWith(prefix)\n  def endswith(haystack: String, suffix: String) = haystack.endsWith(suffix)\n\n  def strNonEmpty(s: String) = s.nonEmpty\n  def strIsEmpty(s: String) = s.isEmpty\n\n  def strlen(s: String) = s.length()\n\n  def uppercase(s: String) = s.toUpperCase\n  def lowercase(s: String) = s.toLowerCase\n  def concat(s1: String, s2: String) = s1 + s2\n  def contains(s1: String, s2: String) = s1.contains(s2)\n  def split(s: String, delim: String = \",\") = s.split(delim)\n  def trim(s: String) = s.trim\n  def substring(s: String, start: Int): String = substring(s, start, s.length)\n  def substring(s: String, start: Int, end: Int): String = s.substring(start, end)\n\n  def toDouble(s: String) = s.toDouble\n  def toInt(s: String) = s.toInt\n  \/*\n   * Incremental versions of the aggregate functions - used for implementing ACCUMULATE.\n   *\/\n  def incrSUM(acc: Int, v: Int) = acc + v\n  def incrSUM(acc: Double, v: Double) = acc + v\n  def incrSUM(acc: Long, v: Long) = acc + v\n  def incrCOUNT(acc: Int, v: Int) = acc + 1\n  def incrCOUNT(acc: Long, v: Long) = acc + 1\n  def incrCOUNT(acc: Double, v: Double) = acc + 1\n  def incrMIN(acc: Int, v: Int) = math.min(acc, v)\n  def incrMIN(acc: Long, v: Long) = math.min(acc, v)\n  def incrMIN(acc: Double, v: Double) = math.min(acc, v)\n  def incrMAX(acc: Int, v: Int) = math.max(acc, v)\n  def incrMAX(acc: Long, v: Long) = math.max(acc, v)\n  def incrMAX(acc: Double, v: Double) = math.max(acc, v)\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/StrategyBuilders.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.plan.rewriting.Extractors.SuccE\nimport dbis.piglet.plan.rewriting.Functions\nimport org.kiama.rewriting.Rewriter._\nimport org.kiama.rewriting.Strategy\n\nimport scala.reflect.{ClassTag, classTag}\n\n\/** Provides methods for building [[org.kiama.rewriting.Strategy]] objects.\n  *\n  *\/\ntrait StrategyBuilders {\n  def fixReplacement[T <: PigOperator](old: PigOperator) (new_ : T): T\n\n  \/** Returns a strategy to remove `rem` from a DataflowPlan\n    *\n    * @param rem\n    * @return\n    *\/\n  \/\/noinspection ScalaDocMissingParameterDescription\n  def buildRemovalStrategy(rem: PigOperator): Strategy = {\n    strategyf((op: Any) => {\n      if (op == rem) {\n        Some(Functions.remove(op.asInstanceOf[PigOperator]))\n      }\n      else {\n        None\n      }\n    })}\n\n  \/** Builds the strategy for [[dbis.piglet.plan.rewriting.Rewriter.addOperatorReplacementStrategy]].\n    *\n    * @param f\n    * @return\n    *\/\n  def buildOperatorReplacementStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]\n   (f: T => Option[T2]): Strategy = {\n\n    def inner(term: T): Option[T2] = {\n      f(term) map (fixReplacement[T2](term))\n    }\n\n    val wrapper = buildTypedCaseWrapper[T, T2](inner)\n    strategyf(t => wrapper(t))\n  }\n\n  \/** Builds the strategy for [[dbis.piglet.plan.rewriting.Rewriter.addBinaryPigOperatorStrategy]].\n    *\n    * @param f\n    * @tparam T\n    * @tparam T2\n    * @return\n    *\/\n  def buildBinaryPigOperatorStrategy[T <: PigOperator : ClassTag, T2 <: PigOperator : ClassTag]\n  (f: (T, T2) => Option[PigOperator]): Strategy = {\n    strategyf(op => {\n      op match {\n        case SuccE(op, succ) if classTag[T].runtimeClass.isInstance(op) && classTag[T2].runtimeClass.isInstance(succ)\n          && succ.inputs.length == 1 => f(op.asInstanceOf[T], succ.asInstanceOf[T2])\n        case _ => None\n      }\n    })\n  }\n\n  \/** Given a function `f: (T => Option[T])`, return a function that applies `f` if the input term is of type `T`.\n    *\n    * @param f\n    * @tparam T\n    * @return\n    *\/\n  def buildTypedCaseWrapper[T <: PigOperator : ClassTag, T2](f: (T => Option[T2])): (Any => Option[T2]) = {\n    val wrapper = {term: Any => term match {\n      case _ if classTag[T].runtimeClass.isInstance(term) => f(term.asInstanceOf[T])\n      case _ => None\n    }}\n    wrapper\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamWindowApplyEmitter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.flink\n\nimport dbis.piglet.codegen.CodeEmitter\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.WindowApply\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\nimport dbis.piglet.op.OrderBy\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.op.Pipe\nimport dbis.piglet.op.Distinct\nimport dbis.piglet.op.Empty\nimport dbis.piglet.op.Grouping\nimport dbis.piglet.op.Foreach\nimport dbis.piglet.op.Filter\nimport scala.collection.mutable\nimport dbis.piglet.codegen.scala_lang.FilterEmitter\nimport dbis.piglet.codegen.flink.emitter.StreamFilterEmitter\nimport dbis.piglet.codegen.flink.emitter.StreamForeachEmitter\nimport dbis.piglet.codegen.flink.emitter.StreamDistinctEmitter\n\nclass StreamWindowApplyEmitter extends CodeEmitter[WindowApply] {\n  override def template: String = \"\"\"    val <out> = <in>.apply(<func> _)\"\"\"\n\n  override def code(ctx: CodeGenContext, op: WindowApply): String = {\n    render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"func\" -> op.fname))\n  }\n\n  override def helper(ctx: CodeGenContext, op: WindowApply): String = {\n    val inSchema = ScalaEmitter.schemaClassName(op.inputSchema.get.className)\n    val outSchema = ScalaEmitter.schemaClassName(op.schema.get.className)\n    var fname, applyBody = \"\"\n    var lastOp: PigOperator = new Empty(Pipe(\"empty\"))\n    val littleWalker = mutable.Queue(op.inputs.head.producer.outputs.flatMap(_.consumer).toSeq: _*)\n    while (!littleWalker.isEmpty) {\n      val operator = littleWalker.dequeue()\n      operator match {\n        case o @ Filter(_, _, pred, windowMode) if (windowMode) => {\n          val e = new StreamFilterEmitter\n          applyBody += e.windowApply(ctx, o) + \"\\n\"\n        }\n        case o @ Distinct(_, _, windowMode) if (windowMode) => {\n          val e = new StreamDistinctEmitter\n          applyBody += e.windowApply(ctx, o) + \"\\n\"\n        }\n        case o @ OrderBy(_, _, spec, windowMode) if (windowMode) => {\n          val e = new StreamOrderByEmitter\n          applyBody += e.windowApply(ctx, o) + \"\\n\"\n        }\n        case o @ Grouping(_, _, groupExpr, windowMode) if (windowMode) => {\n          val e = new StreamGroupingEmitter\n          applyBody += e.windowApply(ctx, o) + \"\\n\"\n        }\n        case o @ Foreach(_, _, gen, windowMode) if (windowMode) => {\n          fname = \"WindowFunc\" + o.outPipeName\n          val e = new StreamForeachEmitter\n          applyBody += e.windowApply(ctx, o)\n          return s\"\"\"  def ${fname}(wi: Window, ts: Iterable[${inSchema}], out: Collector[${outSchema}]) = {\n                |    ts\n                |${applyBody}\n                |  }\n                \"\"\".stripMargin\n        }\n        case _ =>\n      }\n      littleWalker ++= operator.outputs.flatMap(_.consumer)\n      if (littleWalker.isEmpty) lastOp = operator\n    }\n    val before = lastOp.inputs.tail.head\n    fname = \"WindowFunc\" + before.name\n    applyBody += \"\"\".foreach { t => out.collect((t)) }\"\"\"\n    s\"\"\"  def ${fname}(wi: Window, ts: Iterable[${inSchema}], out: Collector[${outSchema}]) = {\n          |    ts\n          |${applyBody}\n          |  }\n          \"\"\".stripMargin\n  }\n}\n\nobject StreamWindowApplyEmitter {\n\tlazy val instance = new StreamWindowApplyEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/SocketRead.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport dbis.piglet.backends.BackendManager\nimport dbis.piglet.schema.Schema\n\ncase class SocketAddress(protocol: String, hostname: String, port: String)\n\n\/**\n * Load represents the LOAD operator of Pig.\n *\n * @param out the name of the initial output pipe (relation).\n * @param addr the address of the socket to read from\n * @param mode empty for standard socket or currently also possible \"zmq\"\n * @param streamSchema schema definition \n * @param streamFunc name of the stream function used for data preprocessing\n * @param streamParams parameters for streamFunc\n *\/\ncase class SocketRead(private val out: Pipe,\n                      addr: SocketAddress,\n                      mode: String,\n                      var streamSchema: Option[Schema] = None,\n                      streamFunc: Option[String] = None, \/\/BackendManager.backend.defaultConnector,\n                      streamParams: List[String] = null) extends PigOperator(List(out), List(), streamSchema) {\n\n  \n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = {\n    s\"\"\"SOCKET_READ%$addr%$mode\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"SOCKET READ\n       |  out = $outPipeName\n       |  in = $inPipeName\n       |  schema = $schema\n       |  stream schema = $streamSchema\n       |  stream func = $streamFunc\n       |  stream params = ${if(streamParams != null) { streamParams.mkString(\",\")} else \"null\" }\n     \"\"\".stripMargin\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/tools\/UpdateMap.scala","text":"package dbis.piglet.tools\n\nimport scala.collection.mutable.{Map => MutableMap}\n\nclass UpdateMap[K,V](m: MutableMap[K,V]) {\n\n  def insertOrUpdate(k: K)( f: Option[V] => V): Unit = {\n\n    if(m.contains(k)) {\n      m(k) = f(Some(m(k)))\n    } else {\n      m(k) = f(None)\n    }\n  }\n}\n\nobject UpdateMap {\n  implicit def createUpdateMap[K,V](m: MutableMap[K,V]): UpdateMap[K,V] = new UpdateMap[K,V](m)\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/PigParserSpec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet\n\nimport dbis.piglet.expr._\nimport dbis.piglet.op._\nimport dbis.piglet.op.cmd._\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet.schema._\nimport dbis.piglet.tools.HdfsCommand\nimport dbis.piglet.tools.TestTools._\nimport org.scalatest.{FlatSpec, Matchers, OptionValues}\n\nimport scala.util.Random\n\nclass PigParserSpec extends FlatSpec with OptionValues with Matchers {\n  \/* -------------------- LOAD -------------------- *\/\n  \"The parser\"  should \"parse a simple load statement\" in  {\n    val uri = \"file.csv\"\n    assert(parseScript(\"\"\"a = load 'file.csv';\"\"\") == List(Load(Pipe(\"a\"), uri)))\n  }\n\n  it should \"parse also a case insensitive load statement\" in  {\n    val uri = \"file.csv\"\n    assert(parseScript(\"\"\"a = LOAD 'file.csv';\"\"\") == List(Load(Pipe(\"a\"), uri)))\n  }\n\n  it should \"parse also a load statement with a path\" in  {\n    val uri = \"dir1\/dir2\/file.csv\"\n    assert(parseScript(\"\"\"a = LOAD 'dir1\/dir2\/file.csv';\"\"\") == List(Load(Pipe(\"a\"), uri)))\n  }\n\n  it should \"parse also a load statement with the using clause\" in  {\n    val uri1 = \"file.data\"\n    val uri2 = \"file.n3\"\n    assert(parseScript(\"\"\"a = LOAD 'file.data' using PigStorage(',');\"\"\") ==\n      List(Load(Pipe(\"a\"), uri1, None, Some(\"PigStorage\"), List(\"\"\"\",\"\"\"\"))))\n    assert(parseScript(\"\"\"a = LOAD 'file.n3' using RDFFileStorage();\"\"\") ==\n      List(Load(Pipe(\"a\"), uri2, None, Some(\"RDFFileStorage\"))))\n  }\n\n  it should \"parse a load statement with typed schema specification\" in {\n    val uri = \"file.csv\"\n    val schema = Array(Field(\"a\", Types.IntType),\n                                                Field(\"b\", Types.CharArrayType),\n                                                Field(\"c\", Types.DoubleType))\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a:int, b:chararray, c:double); \"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(Schema(schema)))))\n  }\n\n  it should \"parse a load statement with complex typed schema specification\" in {\n    val uri = \"file.csv\"\n    val schema = Array(Field(\"a\", Types.IntType),\n      Field(\"t\", TupleType(Array(Field(\"f1\", Types.IntType), Field(\"f2\", Types.IntType)))),\n      Field(\"b\", BagType(TupleType(Array(Field(\"f3\", Types.DoubleType), Field(\"f4\", Types.DoubleType))))))\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a:int, t:tuple(f1: int, f2:int), b:{tuple(f3:double, f4:double)}); \"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(Schema(schema)))))\n  }\n\n  it should \"parse another load statement with complex typed schema specification\" in {\n    val uri = \"file.csv\"\n    val schema = BagType(TupleType(Array(Field(\"a\", Types.IntType),\n      Field(\"m1\", MapType(Types.CharArrayType)),\n      Field(\"m2\", MapType(TupleType(Array(Field(\"f1\", Types.IntType), Field(\"f2\", Types.IntType))))),\n      Field(\"m3\", MapType(Types.ByteArrayType)))))\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a:int, m1:map[chararray], m2:[(f1: int, f2:int)], m3:[]); \"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(Schema(schema)))))\n  }\n\n  it should \"parse a load statement with typed schema specification and using clause\" in {\n    val uri = \"file.data\"\n    val schema = BagType(TupleType(Array(Field(\"a\", Types.IntType),\n      Field(\"b\", Types.CharArrayType),\n      Field(\"c\", Types.DoubleType))))\n    assert(parseScript(\"\"\"a = load 'file.data' using PigStorage() as (a:int, b:chararray, c:double); \"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(Schema(schema)), Some(\"PigStorage\"))))\n  }\n\n  it should \"parse a load statement with untyped schema specification\" in {\n    val uri = \"file.csv\"\n    val schema = BagType(TupleType(Array(Field(\"a\", Types.ByteArrayType),\n      Field(\"b\", Types.ByteArrayType),\n      Field(\"c\", Types.ByteArrayType))))\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a, b, c); \"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(Schema(schema)))))\n  }\n\n  \/* -------------------- Numbers --------------------- *\/\n  it should \"parse various kinds of numbers\" in {\n    assert(parseScript(\"a = filter b by x > -1 and x < 1.2345 and y > -1.234;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"),\n        And(\n          And(Gt(RefExpr(NamedField(\"x\")), RefExpr(Value(-1))),\n            Lt(RefExpr(NamedField(\"x\")), RefExpr(Value(1.2345)))),\n          Gt(RefExpr(NamedField(\"y\")), RefExpr(Value(-1.234)))))\n      ))\n  }\n\n  \/* -------------------- Comments -------------------- *\/\n  it should \"ignore comments\" in {\n    assert(parseScript(\"dump b; -- A comment\") == List(Dump(Pipe(\"b\"))))\n  }\n\n  it should \"handle comments only to EOL\" in {\n    assert(parseScript(\"\"\"\n      |-- A comment\n      |-- Another comment\n      |dump b; -- A comment\n      |dump c;\"\"\".stripMargin) == List(Dump(Pipe(\"b\")), Dump(Pipe(\"c\"))))\n  }\n\n  \/* -------------------- DUMP -------------------- *\/\n  it should \"parse the dump statement\" in {\n    assert(parseScript(\"dump b;\") == List(Dump(Pipe(\"b\"))))\n  }\n\n  \/* -------------------- STORE -------------------- *\/\n  it should \"parse the store statement\" in {\n    val uri = \"file.csv\"\n    assert(parseScript(\"\"\"store b into 'file.csv';\"\"\") == List(Store(Pipe(\"b\"), uri)))\n  }\n\n  \/* -------------------- FILTER -------------------- *\/\n  it should \"parse a simple filter with a eq expression on named fields\" in {\n    assert(parseScript(\"a = filter b by x == y;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\"))))))\n  }\n\n  it should \"parse a simple filter with a greater or equal expression on positional fields\" in {\n    assert(parseScript(\"a = FILTER b BY $1 >= $2;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Geq(RefExpr(PositionalField(1)), RefExpr(PositionalField(2))))))\n  }\n\n  it should \"parse a simple filter with a less than expression on fields and literals\" in {\n    assert(parseScript(\"a = filter b by $1 < 42;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Lt(RefExpr(PositionalField(1)), RefExpr(Value(42))))))\n  }\n\n  it should \"parse a filter with a complex arithmetic expression\" in {\n    assert(parseScript(\"a = FILTER b BY x > (42 + y) * 3;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Gt(RefExpr(NamedField(\"x\")),\n        Mult(PExpr(Add(RefExpr(Value(42)), RefExpr(NamedField(\"y\")))), RefExpr(Value(3)))))))\n  }\n\n  it should \"parse a filter with a logical expression\" in {\n    assert(parseScript(\"a = FILTER b BY x > 0 AND y < 1;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), And(Gt(RefExpr(NamedField(\"x\")), RefExpr(Value(0))),\n                                Lt(RefExpr(NamedField(\"y\")), RefExpr(Value(1)))))))\n  }\n\n  it should \"parse a filter with a complex logical expression\" in {\n    assert(parseScript(\"a = FILTER b BY x > 0 AND (y < 0 OR (NOT a == b));\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), And(Gt(RefExpr(NamedField(\"x\")), RefExpr(Value(0))),\n      PPredicate(Or(Lt(RefExpr(NamedField(\"y\")), RefExpr(Value(0))),\n        PPredicate(Not(Eq(RefExpr(NamedField(\"a\")), RefExpr(NamedField(\"b\")))))))))))\n  }\n\n  it should \"parse a filter with another complex logical expression\" in {\n    assert(parseScript(\"a = FILTER b BY x > 0 AND y < 0 OR NOT a == b;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Or(\n        And(Gt(RefExpr(NamedField(\"x\")), RefExpr(Value(0))),\n          Lt(RefExpr(NamedField(\"y\")), RefExpr(Value(0)))),\n          Not(Eq(RefExpr(NamedField(\"a\")), RefExpr(NamedField(\"b\"))))\n      ))))\n  }\n\n  it should \"parse a filter with yet another complex logical expression\" in {\n    assert(parseScript(\"a = FILTER b BY x > 0 OR y < 0 OR a == b;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Or(Or(\n          Gt(RefExpr(NamedField(\"x\")), RefExpr(Value(0))),\n          Lt(RefExpr(NamedField(\"y\")), RefExpr(Value(0)))),\n          Eq(RefExpr(NamedField(\"a\")), RefExpr(NamedField(\"b\")))\n      ))))\n  }\n\n  it should \"parse a filter with a function expression\" in {\n    assert(parseScript(\"a = FILTER b BY STARTSWITH($0,\\\"test\\\") == true;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Eq(\n                                          Func(\"STARTSWITH\", List(RefExpr(PositionalField(0)), RefExpr(Value(\"\\\"test\\\"\")))),\n                                          RefExpr(Value(true))))))\n  }\n\n  it should \"parse a filter with a function expression and number\" in {\n    assert(parseScript(\"a = FILTER b BY aFunc(x, y) > 0;\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Gt(\n        Func(\"aFunc\", List(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\")))),\n        RefExpr(Value(0))))))\n  }\n\n  it should \"parse a filter with an expression on a string literal\" in {\n    assert(parseScript(\"a = FILTER b BY x == 'aString';\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"), Eq(\n        RefExpr(NamedField(\"x\")),\n        RefExpr(Value(\"\\\"aString\\\"\"))))))\n  }\n\n  it should \"parse a filter with a boolean function expression\" in {\n    assert(parseScript(\"a = FILTER b BY STARTSWITH($0,\\\"test\\\");\") ==\n      List(Filter(Pipe(\"a\"), Pipe(\"b\"),\n        Eq(Func(\"STARTSWITH\", List(RefExpr(PositionalField(0)), RefExpr(Value(\"\\\"test\\\"\")))), RefExpr(Value(true))))))\n  }\n\n  it should \"parse a filter with a function expression and boolean\" in {\n    assert(parseScript(\"a = FILTER b BY aFunc(x, y) == true AND cFunc(x, y) >= x;\") ==\n      List(Filter(Pipe(\"a\"),Pipe(\"b\"),And(\n            Eq(Func(\"aFunc\",List(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\")))),RefExpr(Value(true))),\n            Geq(Func(\"cFunc\",List(RefExpr(NamedField(\"x\")), RefExpr(NamedField(\"y\")))),RefExpr(NamedField(\"x\")))),windowMode = false)))\n  }\n\n  \/* -------------------- FOREACH -------------------- *\/\n  it should \"parse a simple foreach statement\" in {\n    assert(parseScript(\"a = foreach b generate x, y, z;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(NamedField(\"x\"))),\n        GeneratorExpr(RefExpr(NamedField(\"y\"))),\n        GeneratorExpr(RefExpr(NamedField(\"z\")))\n      )))))\n  }\n\n  it should \"parse a simple foreach statement with *\" in {\n    assert(parseScript(\"a = foreach b generate *;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(NamedField(\"*\")))\n      )))))\n  }\n\n  it should \"parse a foreach statement with aliases for fields\" in {\n    assert(parseScript(\"a = foreach b generate $0 as f1, $1 as f2, $2 as f3;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(PositionalField(0)), Some(Field(\"f1\"))),\n        GeneratorExpr(RefExpr(PositionalField(1)), Some(Field(\"f2\"))),\n        GeneratorExpr(RefExpr(PositionalField(2)), Some(Field(\"f3\")))\n      )))))\n  }\n\n  it should \"parse a foreach statement with field expressions\" in {\n    assert(parseScript(\"a = foreach b generate $0 + $1 as f1, $1 * 42 as f2;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(Add(RefExpr(PositionalField(0)), RefExpr(PositionalField(1))), Some(Field(\"f1\"))),\n        GeneratorExpr(Mult(RefExpr(PositionalField(1)), RefExpr(Value(42))), Some(Field(\"f2\")))\n      )))))\n  }\n\n  it should \"parse a foreach statement with flatten\" in {\n    assert(parseScript(\"a = foreach b generate $0, flatten($1);\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(PositionalField(0))),\n        GeneratorExpr(FlattenExpr(RefExpr(PositionalField(1))))\n      )))))\n  }\n\n  it should \"parse a foreach statement with function expressions\" in {\n    assert(parseScript(\"\"\"a = FOREACH b GENERATE TOMAP(\"field1\", $0, \"field2\", $1);\"\"\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(Func(\"TOMAP\", List(\n          RefExpr(Value(\"\\\"field1\\\"\")),\n          RefExpr(PositionalField(0)),\n          RefExpr(Value(\"\\\"field2\\\"\")),\n          RefExpr(PositionalField(1)))))\n      )))))\n  }\n\n  it should \"parse a foreach statement with another function expression\" in {\n    assert(parseScript(\"a = FOREACH b GENERATE f0, COUNT(f1) AS CNT;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(NamedField(\"f0\"))),\n        GeneratorExpr(Func(\"COUNT\", List(RefExpr(NamedField(\"f1\")))), Some(Field(\"CNT\", Types.ByteArrayType)))\n      )))))\n  }\n\n  it should \"parse a simple foreach statement with a schema\" in {\n    assert(parseScript(\"a = foreach b generate $0 as subj:chararray, $1 as pred, $2 as obj:chararray;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(RefExpr(PositionalField(0)), Some(Field(\"subj\", Types.CharArrayType))),\n        GeneratorExpr(RefExpr(PositionalField(1)), Some(Field(\"pred\", Types.ByteArrayType))),\n        GeneratorExpr(RefExpr(PositionalField(2)), Some(Field(\"obj\", Types.CharArrayType)))\n      )))))\n  }\n\n  it should \"parse a FOREACH statement with a bag constructor\" in {\n    assert(parseScript(\"a = FOREACH b GENERATE {$0, $1, $2} as myBag;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(ConstructBagExpr(List(RefExpr(PositionalField(0)),\n                                            RefExpr(PositionalField(1)),\n                                            RefExpr(PositionalField(2)))), Some(Field(\"myBag\", Types.ByteArrayType))\n        ))))))\n  }\n\n  it should \"parse a FOREACH statement with a tuple constructor\" in {\n    assert(parseScript(\"a = FOREACH b GENERATE $0, ($1, $2) as myTuple;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n      GeneratorExpr(RefExpr(PositionalField(0))),\n      GeneratorExpr(ConstructTupleExpr(List(RefExpr(PositionalField(1)),\n                                            RefExpr(PositionalField(2)))), Some(Field(\"myTuple\", Types.ByteArrayType))\n      ))))))\n  }\n\n  it should \"parse a FOREACH statement with a map constructor\" in {\n    assert(parseScript(\"a = FOREACH b GENERATE [$0, $1] as myMap;\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(ConstructMapExpr(List(RefExpr(PositionalField(0)),\n                                            RefExpr(PositionalField(1)))), Some(Field(\"myMap\", Types.ByteArrayType))\n      ))))))\n  }\n\n  \/* -------------------- nested FOREACH -------------------- *\/\n  it should \"parse a simple nested FOREACH statement\" in {\n    assert(parseScript(\n      \"\"\"a = FOREACH b {\n      |generate c, COUNT(d);\n      |};\"\"\".stripMargin) ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorPlan(List(\n        Generate(List(GeneratorExpr(RefExpr(NamedField(\"c\"))),\n          GeneratorExpr(Func(\"COUNT\", List(RefExpr(NamedField(\"d\")))))))\n      )))))\n  }\n\n  it should \"parse a nested FOREACH statement with multiple statements\" in {\n    assert(parseScript(\n      \"\"\"a = FOREACH b {\n        |data = d.dat;\n        |unique_d = DISTINCT data;\n        |generate key, COUNT(unique_d);\n        |};\"\"\".stripMargin) ==\n    List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorPlan(List(\n    ConstructBag(Pipe(\"data\"), DerefTuple(NamedField(\"d\"), NamedField(\"dat\"))),\n    Distinct(Pipe(\"unique_d\"), Pipe(\"data\")),\n    Generate(List(GeneratorExpr(RefExpr(NamedField(\"key\"))),\n      GeneratorExpr(Func(\"COUNT\", List(RefExpr(NamedField(\"unique_d\")))))))\n    )))))\n  }\n\n  \/* -------------------- ACCUMULATE -------------------- *\/\n  it should \"parse a simple accumulate statement\" in {\n    assert(parseScript(\"a = ACCUMULATE b GENERATE COUNT($0), AVG($1), SUM($2);\") ==\n      List(Accumulate(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(\n        GeneratorExpr(Func(\"COUNT\", List(RefExpr(PositionalField(0))))),\n        GeneratorExpr(Func(\"AVG\", List(RefExpr(PositionalField(1))))),\n        GeneratorExpr(Func(\"SUM\", List(RefExpr(PositionalField(2)))))\n      )))))\n  }\n\n  \/* -------------------- invalid statements -------------------- *\/\n  it should \"detect an invalid statement\" in {\n    intercept[java.lang.IllegalArgumentException] {\n      parseScript(\"a = invalid b by x=y;\")\n    }\n  }\n\n   it should \"parse a list of statements\" in {\n    val uri = \"file.csv\"\n    assert(parseScript(\"a = load 'file.csv';\\ndump b;\") == List(Load(Pipe(\"a\"), uri), Dump(Pipe(\"b\"))))\n  }\n\n  it should \"parse a list of statements while ignoring comments\" in {\n    val uri = \"file.csv\"\n    assert(parseScript(\"-- A comment\\na = load 'file.csv';-- Another comment\\ndump b;\") ==\n      List(Load(Pipe(\"a\"), uri), Dump(Pipe(\"b\"))))\n  }\n\n  it should \"parse a describe statement\" in {\n    assert(parseScript(\"describe x;\") == List(Describe(Pipe(\"x\"))))\n  }\n\n  it should \"parse a limit statement\" in {\n    assert(parseScript(\"a = limit b 100;\") == List(Limit(Pipe(\"a\"), Pipe(\"b\"), 100)))\n  }\n\n  it should \"parse a group by all statement\" in {\n    assert(parseScript(\"a = group b all;\") == List(Grouping(Pipe(\"a\"), Pipe(\"b\"), GroupingExpression(List()))))\n  }\n\n  it should \"parse a group by statement with a single key\" in {\n    assert(parseScript(\"a = group b by $1;\") == List(Grouping(Pipe(\"a\"), Pipe(\"b\"), GroupingExpression(List(PositionalField(1))))))\n  }\n\n  it should \"parse a group by statement with multiple keys\" in {\n    assert(parseScript(\"a = GROUP b BY ($0, $1);\") ==\n      List(Grouping(Pipe(\"a\"), Pipe(\"b\"), GroupingExpression(List(PositionalField(0), PositionalField(1))))))\n  }\n\n  it should \"parse a group by statement with multiple named keys\" in {\n    assert(parseScript(\"a = group b by (k1, k2, k3);\") ==\n      List(Grouping(Pipe(\"a\"), Pipe(\"b\"), GroupingExpression(List(NamedField(\"k1\"),\n      NamedField(\"k2\"), NamedField(\"k3\"))))))\n  }\n\n  it should \"parse the distinct statement\" in {\n    assert(parseScript(\"a = distinct b;\") == List(Distinct(Pipe(\"a\"), Pipe(\"b\"))))\n  }\n\n  it should \"parse a binary join statement with simple expression\" in {\n    assert(parseScript(\"a = join b by $0, c by $0;\") == List(Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")),\n      List(List(PositionalField(0)), List(PositionalField(0))))))\n  }\n\n  it should \"parse a binary join statement with expression lists\" in {\n    assert(parseScript(\"a = join b by ($0, $1), c by ($1, $2);\") == List(Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")),\n      List(List(PositionalField(0), PositionalField(1)), List(PositionalField(1), PositionalField(2))))))\n  }\n\n  it should \"parse a multiway join statement\" in {\n    assert(parseScript(\"a = join b by $0, c by $0, d by $0;\") == List(Join(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\")),\n      List(List(PositionalField(0)), List(PositionalField(0)), List(PositionalField(0))))))\n  }\n\n  it should \"parse a binary cross statement\" in {\n    assert(parseScript(\"a = cross b, c;\") == List(Cross(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")))))\n  }\n\n  it should \"parse a n-ary cross statement\" in {\n    assert(parseScript(\"a = cross b, c, d, e;\") == List(Cross(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\"), Pipe(\"e\")))))\n  }\n\n\n  it should \"parse expressions with deref operators for map\" in {\n    assert(parseScript(\"\"\"a = foreach b generate m1#\"k1\", m1#\"k2\";\"\"\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(GeneratorExpr(RefExpr(DerefMap(NamedField(\"m1\"), \"\\\"k1\\\"\"))),\n        GeneratorExpr(RefExpr(DerefMap(NamedField(\"m1\"), \"\\\"k2\\\"\"))))))))\n  }\n\n  it should \"parse expressions with deref operators on positional fields for map\" in {\n    assert(parseScript(\"\"\"a = foreach b generate $0#\"k1\", $1#\"k2\";\"\"\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(GeneratorExpr(RefExpr(DerefMap(PositionalField(0), \"\\\"k1\\\"\"))),\n        GeneratorExpr(RefExpr(DerefMap(PositionalField(1), \"\\\"k2\\\"\"))))))))\n  }\n\n  it should \"parse expressions with deref operators for tuple and bag\" in {\n    assert(parseScript(\"\"\"a = foreach b generate t1.k, t2.$0;\"\"\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(GeneratorExpr(RefExpr(DerefTuple(NamedField(\"t1\"), NamedField(\"k\")))),\n        GeneratorExpr(RefExpr(DerefTuple(NamedField(\"t2\"), PositionalField(0)))))))))\n  }\n\n  it should \"parse expressions with deref operators on positional fields for tuple and bag\" in {\n    assert(parseScript(\"\"\"a = foreach b generate $0.$1, $2.$0;\"\"\") ==\n      List(Foreach(Pipe(\"a\"), Pipe(\"b\"), GeneratorList(List(GeneratorExpr(RefExpr(DerefTuple(PositionalField(0), PositionalField(1)))),\n        GeneratorExpr(RefExpr(DerefTuple(PositionalField(2), PositionalField(0)))))))))\n  }\n\n  it should \"parse a binary union statement\" in {\n    assert(parseScript(\"a = union b, c;\") == List(Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\")))))\n  }\n\n  it should \"parse a n-ary union statement\" in {\n    assert(parseScript(\"a = union b, c, d, e;\") == List(Union(Pipe(\"a\"), List(Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\"), Pipe(\"e\")))))\n  }\n\n  it should \"parse a register statement\" in {\n    assert(parseScript(\"\"\"register '\/usr\/local\/share\/myfile.jar';\"\"\") == List(RegisterCmd(\"\/usr\/local\/share\/myfile.jar\")))\n  }\n\n  it should \"parse a define (function alias) statement\" in {\n    assert(parseScript(\"\"\"define myFunc class.func();\"\"\") == List(DefineCmd(\"myFunc\", \"class.func\", List())))\n  }\n\n  it should \"parse a define (function alias) statement with constructor parameters\" in {\n    assert(parseScript(\"\"\"define myFunc class.func(42, \"Hallo\");\"\"\") ==\n      List(DefineCmd(\"myFunc\", \"class.func\", List(Value(42), Value(\"\\\"Hallo\\\"\")))))\n  }\n\n  it should \"parse a SET statement\" in {\n    assert(parseScript(\"set parallelism 5;\") == List(SetCmd(\"parallelism\", Value(5))))\n    assert(parseScript(\"\"\"set baseDirectory \"\/home\/user\";\"\"\") == List(SetCmd(\"baseDirectory\", Value(\"\\\"\/home\/user\\\"\"))))\n  }\n\n  it should \"parse a stream statement without schema\" in {\n    assert(parseScript(\"a = stream b through package.myOp;\") == List(StreamOp(Pipe(\"a\"), Pipe(\"b\"), \"package.myOp\")))\n  }\n\n  it should \"parse a stream statement with parameters\" in {\n    assert(parseScript(\"a = stream b through myOp(1.0, 42);\") == List(StreamOp(Pipe(\"a\"), Pipe(\"b\"), \"myOp\", Some(List(Value(1.0), Value(42))))))\n  }\n\n  it should \"parse a stream statement with schema\" in {\n    val schema = BagType(TupleType(Array(Field(\"f1\", Types.IntType),\n      Field(\"f2\", Types.DoubleType))))\n    assert(parseScript(\"a = stream b through myOp as (f1: int, f2:double);\") == List(StreamOp(Pipe(\"a\"), Pipe(\"b\"), \"myOp\", None, Some(Schema(schema)))))\n  }\n\n  it should \"parse a sample statement with a given size\" in {\n    assert(parseScript(\"a = sample b 0.10;\") == List(Sample(Pipe(\"a\"), Pipe(\"b\"), RefExpr(Value(0.10)))))\n  }\n\n  it should \"parse a sample statement with an expression\" in {\n    assert(parseScript(\"a = sample b 100\/num_rows;\") ==\n      List(Sample(Pipe(\"a\"), Pipe(\"b\"), Div(RefExpr(Value(100)), RefExpr(NamedField(\"num_rows\"))))))\n  }\n\n  it should \"parse a simple order by statement\" in {\n    assert(parseScript(\"a = order b by $0;\") ==\n      List(OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(PositionalField(0), OrderByDirection.AscendingOrder)))))\n  }\n\n  it should \"parse a simple order by statement on whole tuples\" in {\n    assert(parseScript(\"a = order b by * desc;\") ==\n      List(OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(Value(\"*\"), OrderByDirection.DescendingOrder)))))\n  }\n\n  it should \"parse a simple order by statement with ascending sort order\" in {\n    assert(parseScript(\"a = order b by f1 asc;\") ==\n      List(OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(NamedField(\"f1\"), OrderByDirection.AscendingOrder)))))\n  }\n\n  it should \"parse a simple order by statement with descending sort order\" in {\n    assert(parseScript(\"a = order b by $1 desc;\") ==\n      List(OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(PositionalField(1), OrderByDirection.DescendingOrder)))))\n  }\n\n  it should \"parse an order by statement with multiple fields\" in {\n    assert(parseScript(\"a = order b by $1 desc, $2 asc;\") ==\n      List(OrderBy(Pipe(\"a\"), Pipe(\"b\"), List(OrderBySpec(PositionalField(1), OrderByDirection.DescendingOrder),\n        OrderBySpec(PositionalField(2), OrderByDirection.AscendingOrder)))))\n  }\n\n  it should \"parse a socket read statement in standard mode\" in {\n    assert(parseScript(\"a = socket_read '127.0.0.1:5555';\")\n      == List(SocketRead(Pipe(\"a\"), SocketAddress(\"\",\"127.0.0.1\",\"5555\"), \"\")))\n  }\n\n  it should \"parse a socket read statement in standard mode with using clause\" in {\n    assert(parseScript(\"a = socket_read '127.0.0.1:5555' using PigStream(',');\")\n      == List(SocketRead(Pipe(\"a\"), SocketAddress(\"\",\"127.0.0.1\",\"5555\"), \"\", None, Some(\"PigStream\"),List(\"\"\"\",\"\"\"\"))))\n    assert(parseScript(\"a = socket_read '127.0.0.1:5555' using RDFStream();\")\n      == List(SocketRead(Pipe(\"a\"), SocketAddress(\"\",\"127.0.0.1\",\"5555\"), \"\", None, Some(\"RDFStream\"))))\n  }\n\n  it should \"parse a socket read statement in zmq mode\" in {\n    assert(parseScript(\"a = socket_read 'tcp:\/\/127.0.0.1:5555' mode zmq;\")\n      == List(SocketRead(Pipe(\"a\"), SocketAddress(\"tcp:\/\/\",\"127.0.0.1\",\"5555\"), \"zmq\")))\n  }\n\n  it should \"parse a socket write statement in standard mode\" in {\n    assert(parseScript(\"socket_write a to '127.0.0.1:5555';\")\n      == List(SocketWrite(Pipe(\"a\"), SocketAddress(\"\",\"127.0.0.1\",\"5555\"), \"\")))\n  }\n\n  it should \"parse a socket write statement in zmq mode\" in {\n    assert(parseScript(\"socket_write a to 'tcp:\/\/127.0.0.1:5555' mode zmq;\")\n      == List(SocketWrite(Pipe(\"a\"), SocketAddress(\"tcp:\/\/\",\"127.0.0.1\",\"5555\"), \"zmq\")))\n  }\n\n  it should \"parse a window statement using Rows for window and slider\" in {\n    assert(parseScript(\"a = window b rows 100 slide rows 10;\")\n      == List(Window(Pipe(\"a\"), Pipe(\"b\"), (100,\"\"), (10,\"\"))))\n  }\n\n  it should \"parse a window statement using Range for window and slider\" in {\n    assert(parseScript(\"a = window b range 100 SECONDS slide range 10 SECONDS;\")\n      == List(Window(Pipe(\"a\"), Pipe(\"b\"), (100,\"SECONDS\"), (10,\"SECONDS\"))))\n  }\n\n  it should \"parse a SPLIT INTO statement\" in {\n    assert(parseScript(\"SPLIT a INTO b IF $0 > 12, c IF $0 < 12, d IF $0 == 0;\") ==\n      List(SplitInto(Pipe(\"a\"), List(\n        SplitBranch(Pipe(\"b\"), Gt(RefExpr(PositionalField(0)), RefExpr(Value(12)))),\n        SplitBranch(Pipe(\"c\"), Lt(RefExpr(PositionalField(0)), RefExpr(Value(12)))),\n        SplitBranch(Pipe(\"d\"), Eq(RefExpr(PositionalField(0)), RefExpr(Value(0))))\n    ))))\n  }\n\n  it should \"accept TUPLIFY in SparqlPig\" in {\n    assert(parseScript(\"a = TUPLIFY b ON $0;\") ==\n      List(Tuplify(Pipe(\"a\"), Pipe(\"b\"), PositionalField(0))))\n  }\n\n  it should \"parse BGP_FILTER in SparqlPig\" in {\n    assert(parseScript( \"\"\"a = BGP_FILTER b BY { $0 \"firstName\" \"Stefan\" };\"\"\") ==\n      List(BGPFilter(Pipe(\"a\"), Pipe(\"b\"), List(TriplePattern(PositionalField(0), Value(\"\\\"firstName\\\"\"), Value\n        (\"\\\"Stefan\\\"\"))\n      ))))\n  }\n\n  it should \"parse BGP_FILTER with variables in SparqlPig\" in {\n    assert(parseScript( \"\"\"a = BGP_FILTER b BY { ?a \"firstName\" \"Stefan\" };\"\"\") ==\n      List(BGPFilter(Pipe(\"a\"), Pipe(\"b\"), List(TriplePattern(NamedField(\"a\"), Value(\"\\\"firstName\\\"\"), Value\n        (\"\\\"Stefan\\\"\"))\n      ))))\n  }\n\n  it should \"parse BGP_FILTER with a complex pattern\" in {\n    assert(parseScript( \"\"\"a = BGP_FILTER b BY { $0 \"firstName\" \"Stefan\" . $0 \"lastName\" \"Hage\" };\"\"\") ==\n      List(BGPFilter(Pipe(\"a\"), Pipe(\"b\"), List(TriplePattern(PositionalField(0), Value(\"\\\"firstName\\\"\"), Value(\"\\\"Stefan\\\"\")),\n        TriplePattern(PositionalField(0), Value(\"\\\"lastName\\\"\"), Value(\"\\\"Hage\\\"\"))))))\n  }\n\n  it should \"parse RDFLoad operators for plain triples\" in {\n    val uri = \"rdftest.rdf\"\n    val ungrouped = parseScript( \"\"\"a = RDFLoad('rdftest.rdf');\"\"\")\n    assert(ungrouped == List(RDFLoad(Pipe(\"a\"), uri, None)))\n\n    val expected = Some(Schema(BagType(TupleType(Array(\n      Field(\"subject\", Types.CharArrayType),\n      Field(\"predicate\", Types.CharArrayType),\n      Field(\"object\", Types.CharArrayType))))))\n\n    \/* the classname is set by a global variable, which might have\n     * different values for different test case orderings.\n     * However, we don't care about the classname here and simply set it\n     * manually to ensure equality.\n     *\/\n    expected.get.className = ungrouped.head.schema.get.className\n\n    ungrouped.head.schema shouldBe expected\n  }\n\n  it should \"parse RDFLoad operators for triple groups\" in {\n    val uri = \"rdftest.rdf\"\n    val grouped_on_subj = parseScript( \"\"\"a = RDFLoad('rdftest.rdf') grouped on subject;\"\"\")\n    val grouped_on_pred = parseScript( \"\"\"a = RDFLoad('rdftest.rdf') grouped on predicate;\"\"\")\n    val grouped_on_obj = parseScript( \"\"\"a = RDFLoad('rdftest.rdf') grouped on object;\"\"\")\n    assert(grouped_on_subj == List(RDFLoad(Pipe(\"a\"), uri, Some(\"subject\"))))\n    assert(grouped_on_pred == List(RDFLoad(Pipe(\"a\"), uri, Some(\"predicate\"))))\n    assert(grouped_on_obj == List(RDFLoad(Pipe(\"a\"), uri, Some(\"object\"))))\n    assert(grouped_on_subj.head.schema.get == RDFLoad.groupedSchemas(\"subject\"))\n    assert(grouped_on_pred.head.schema.get == RDFLoad.groupedSchemas(\"predicate\"))\n    assert(grouped_on_obj.head.schema.get == RDFLoad.groupedSchemas(\"object\"))\n  }\n\n  it should \"reject RDFLoad operators with unknown grouping column names\" in {\n    val colname = Random.nextString(10)\n    intercept[IllegalArgumentException] {\n      val _ = parseScript( s\"\"\"a = RDFLoad('rdftest.rdf') grouped on $colname;\"\"\")\n    }\n  }\n\n  it should \"parse a matcher statement using only mode\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, B) WITH (A: x == 0) MODE skip_till_next_match;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), SimplePattern(\"B\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_next_match\",\n        (0, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using skip_till_any_match mode\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, B) WITH (A: x == 0) MODE skip_till_any_match;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), SimplePattern(\"B\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_any_match\",\n        (0, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using only window\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, B) WITH (A: x == 0) WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), SimplePattern(\"B\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using a simple event\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN A WITH (A: x == 0) WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SimplePattern(\"A\"),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n  it should \"parse a matcher statement using a sequence and three events\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, B, C) WITH (A: x == 0) MODE skip_till_next_match WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), SimplePattern(\"B\"), SimplePattern(\"C\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n  it should \"parse a matcher statement using a sequence event with negation\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, neg(B), C) WITH (A: x == 0) MODE skip_till_next_match WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), NegPattern(SimplePattern(\"B\")), SimplePattern(\"C\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using simple event definitions\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, neg(B), C) WITH (A: x == 0, C: x == 1) MODE skip_till_next_match WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"), NegPattern(SimplePattern(\"B\")), SimplePattern(\"C\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))),\n          SimpleEvent(SimplePattern(\"C\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(1)))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using composite sequence pattern\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, seq(B, D), C) WITH (A: x == 0, C: x == 1, D: y == (x \/ 10)) MODE skip_till_next_match WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        SeqPattern(List(SimplePattern(\"A\"),\n          SeqPattern(List(SimplePattern(\"B\"), SimplePattern(\"D\"))), SimplePattern(\"C\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))),\n          SimpleEvent(SimplePattern(\"C\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(1)))),\n          SimpleEvent(SimplePattern(\"D\"), Eq(RefExpr(NamedField(\"y\")), PExpr(Div(RefExpr(NamedField(\"x\")), RefExpr(Value(10)))))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement using conjunction and disjunction\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN AND (A, OR(B, D), C) WITH (A: x == 0, C: x == 1, D: y == (x \/ 10)) MODE skip_till_next_match WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n        ConjPattern(List(SimplePattern(\"A\"),\n          DisjPattern(List(SimplePattern(\"B\"), SimplePattern(\"D\"))), SimplePattern(\"C\"))),\n        CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))),\n          SimpleEvent(SimplePattern(\"C\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(1)))),\n          SimpleEvent(SimplePattern(\"D\"), Eq(RefExpr(NamedField(\"y\")), PExpr(Div(RefExpr(NamedField(\"x\")), RefExpr(Value(10)))))))),\n        \"skip_till_next_match\",\n        (30, \"SECONDS\"))))\n  }\n\n  it should \"parse a matcher statement with sequence pattern\" in {\n    assert(parseScript(\"a = MATCH_EVENT b PATTERN seq (A, B) WITH (A: x == 0, B: x == 1 AND y == A.y) WITHIN 30 SECONDS;\")\n      == List(Matcher(Pipe(\"a\"), Pipe(\"b\"),\n      SeqPattern(List(SimplePattern(\"A\"), SimplePattern(\"B\"))),\n      CompEvent(List(SimpleEvent(SimplePattern(\"A\"), Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(0)))),\n        SimpleEvent(SimplePattern(\"B\"), And(Eq(RefExpr(NamedField(\"x\")), RefExpr(Value(1))), Eq(RefExpr(NamedField(\"y\")), RefExpr(DerefTuple(NamedField(\"A\"), NamedField(\"y\"))))))\n      )),\n      \"skip_till_next_match\",\n      (30, \"SECONDS\"))))\n  }\n\n\n  it should \"parse HDFS commands\" in {\n    assert(parseScript(\"fs -copyToRemote \/usr\/local\/file \/hdfs\/data\/file;\")\n      == List(HdfsCmd(HdfsCommand.COPYTOREMOTE, List(\"\/usr\/local\/file\", \"\/hdfs\/data\/file\"))))\n    assert(parseScript(\"fs -copyToLocal \/hdfs\/data\/file \/usr\/local\/file;\")\n      == List(HdfsCmd(HdfsCommand.COPYTOLOCAL, List(\"\/hdfs\/data\/file\", \"\/usr\/local\/file\"))))\n    assert(parseScript(\"fs -rmdir \/hdfs\/data;\")\n      == List(HdfsCmd(HdfsCommand.RMDIR, List(\"\/hdfs\/data\"))))\n\n    intercept[java.lang.IllegalArgumentException] {\n      parseScript(\"fs -unknownCmd something;\")\n    }\n  }\n\n  it should \"parse a script with embedded code\" in {\n    val ops = parseScript(\n      \"\"\"\n        |<% def someFunc(s: String): String = {\n        | s\n        |}\n        |%>\n        |A = LOAD 'file.csv';\n      \"\"\".stripMargin)\n      assert (ops(1) == Load(Pipe(\"A\"), \"file.csv\"))\n  }\n\n  it should \"parse a script with embedded code and rules\" in {\n    val ops = parseScript(\n      \"\"\"\n        |<% def someFunc(s: String): String = {\n        |   s\n        | }\n        |rules:\n        |def rule(term: Any): Option[PigOperator] = None\n        |def rule2(term: Any): Option[PigOperator] = None\n        |%>\n        |A = LOAD 'file.csv';\n      \"\"\".stripMargin)\n    assert(ops.head.isInstanceOf[EmbedCmd])\n    val op = ops.head.asInstanceOf[EmbedCmd]\n    assert(op.code.stripLineEnd ==\n       \"\"\"def someFunc(s: String): String = {\n          |   s\n          | }\"\"\".stripMargin)\n    assert(op.ruleCode.value ==\n      \"\"\"\n        |def rule(term: Any): Option[PigOperator] = None\n        |def rule2(term: Any): Option[PigOperator] = None\n        |\"\"\".stripMargin)\n  }\n\n\n  it should \"parse lineage information for NamedFields\" in {\n    val ops = parseScript(\n      \"\"\"\n         B = ORDER A BY A::B::foo;\n         C = ORDER B BY B::foo;\n      \"\"\".\n        stripMargin)\n    val nf = ops.headOption.value.asInstanceOf[OrderBy].orderSpec.headOption.value.field.asInstanceOf[NamedField]\n    nf.name shouldBe \"foo\"\n    nf.lineage shouldBe List(\"A\", \"B\")\n    val nf2 = ops.lastOption.value.asInstanceOf[OrderBy].orderSpec.headOption.value.field.asInstanceOf[NamedField]\n    nf2.name shouldBe \"foo\"\n    nf2.lineage shouldBe List(\"B\")\n  }\n\n  it should \"parse a DEFINE macro statement\" in {\n    val ops = parseScript(\n    \"\"\"DEFINE my_macro(in_alias, p) RETURNS out_alias {\n      |$out_alias = FILTER $in_alias BY $0 == $p;\n      |};\n    \"\"\".stripMargin\n    )\n    assert(ops == List(DefineMacroCmd(Pipe(\"out_alias\"), \"my_macro\", Some(List(\"in_alias\", \"p\")),\n                        List(Filter(Pipe(\"$out_alias\"), Pipe(\"$in_alias\"),\n                          Eq(RefExpr(PositionalField(0)), RefExpr(NamedField(\"$p\")))\n                        ))\n    )))\n  }\n\n  it should \"parse a DEFINE macro statement without parameters\" in {\n    val ops = parseScript(\n      \"\"\"DEFINE my_macro() RETURNS out_alias {\n        |$out_alias = LOAD 'file' USING PigStorage(':');\n        |};\n      \"\"\".stripMargin\n    )\n    assert(ops == List(\n      DefineMacroCmd(Pipe(\"out_alias\"), \"my_macro\", Some(List()),\n      List(Load(Pipe(\"$out_alias\"), \"file\", None, Some(\"PigStorage\"), List(\"\"\"\":\"\"\"\"))\n    ))))\n  }\n\n  it should \"parse a statement invoking a macro\" in {\n    assert(parseScript(\"a = my_macro(in, 42);\") == List(MacroOp(Pipe(\"a\"), \"my_macro\", Some(List(NamedField(\"in\"), Value(42))))))\n  }\n\n\n  it should \"parse a load statement with schema and timestamp specification\" in {\n    val uri = \"file.csv\"\n    val schema = Schema(Array(Field(\"a\", Types.IntType),\n      Field(\"b\", Types.CharArrayType),\n      Field(\"c\", Types.DoubleType)))\n    schema.timestampField = 0\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a:int, b:chararray, c:double) timestamp(a);\"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(schema))))\n  }\n\n  it should \"parse a load statement with schema and positional timestamp specification\" in {\n    val uri = \"file.csv\"\n    val schema = Schema(Array(Field(\"a\", Types.IntType),\n      Field(\"b\", Types.CharArrayType),\n      Field(\"c\", Types.LongType)))\n    schema.timestampField = 2\n    assert(parseScript(\"\"\"a = load 'file.csv' as (a:int, b:chararray, c:long) timestamp($2);\"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(schema))))\n  }\n\n  it should \"parse a socket_read statement with schema and timestamp\" in {\n    val schema = Schema(Array(Field(\"f1\", Types.LongType),\n      Field(\"f2\", Types.CharArrayType)))\n    schema.timestampField = 0\n    assert(parseScript(\"a = SOCKET_READ 'localhost:5555' AS (f1: long, f2: chararray) TIMESTAMP(f1);\")\n      == List(SocketRead(Pipe(\"a\"), SocketAddress(\"\",\"localhost\",\"5555\"), \"\", Some(schema))))\n  }\n\n  it should \"parse a LOAD statement with matrix types\" in {\n    val uri = \"file.csv\"\n    val schema = Schema(Array(Field(\"m1\", MatrixType(Types.IntType, 4, 4, MatrixRep.DenseMatrix))))\n    assert(parseScript(\"\"\"a = load 'file.csv' as (m1: dimatrix(4,4));\"\"\") ==\n      List(Load(Pipe(\"a\"), uri, Some(schema))))\n  }\n\n  it should \"parse a FOREACH statement with a matrix constructor\" in {\n    assert(parseScript(\"o = FOREACH in GENERATE simatrix(3, 5, $1) as myMat;\") ==\n      List(Foreach(Pipe(\"o\"), Pipe(\"in\"), GeneratorList(List(\n          GeneratorExpr(ConstructMatrixExpr(\"si\",\n            3, 5, RefExpr(PositionalField(1))),\n            Some(Field(\"myMat\", Types.ByteArrayType)))\n      )))))\n  }\n\n  it should \"parse another FOREACH statement with a matrix constructor\" in {\n    assert(parseScript(\"o = FOREACH in GENERATE SIMATRIX(3, 5, $1) as myMat;\") ==\n      List(Foreach(Pipe(\"o\"), Pipe(\"in\"), GeneratorList(List(\n        GeneratorExpr(ConstructMatrixExpr(\"si\",\n          3, 5, RefExpr(PositionalField(1))),\n          Some(Field(\"myMat\", Types.ByteArrayType)))\n      )))))\n  }\n\n  it should \"parse a CROSS op with two relations\" in {\n    val s = parseScript(\"crossed = CROSS a,b\")\n    s should contain only Cross(Pipe(\"crossed\"), List(Pipe(\"a\"), Pipe(\"b\")))\n  }\n\n  it should \"parse a CROSS op with many relations\" in {\n    val s = parseScript(\"crossed = CROSS a,b,c,d,e,f,g\")\n    s should contain only Cross(Pipe(\"crossed\"), List(Pipe(\"a\"), Pipe(\"b\"), Pipe(\"c\"), Pipe(\"d\"), Pipe(\"e\"), Pipe(\"f\"), Pipe(\"g\")))\n  }\n  \n  it should \"parse a script with PARTITION\" in {\n    val s = parseScript(\"\"\"a = load 'abc.txt' using PigStorage(';') as (id: int, lat: double, lon: double);\n      |b = FOREACH a GENERATE id, geometry(\"POINT(\"+lat+\" \"+lon+\")\") as loc;\n      |c = Partition b on loc using GRID(partitionsPerDimension=3);\"\"\".stripMargin)\n    assert(s(2) == Partition(Pipe(\"c\"), Pipe(\"b\"), NamedField(\"loc\"), PartitionMethod.GRID, List(\"partitionsPerDimension=3\")))\n  }\n  \n  ignore should \"parse a script with INDEX\" in {\n    val s = parseScript(\"\"\"a = load 'abc.txt' using PigStorage(';') as (id: int, lat: double, lon: double);\n      |b = FOREACH a GENERATE id, geometry(\"POINT(\"+lat+\" \"+lon+\")\") as loc;\n      |c = index b on loc using RTree(order=2);\"\"\".stripMargin)\n    s(2) shouldBe IndexOp(Pipe(\"c\"), Pipe(\"b\"), NamedField(\"loc\"), IndexMethod.RTREE, List(\"order=2\")) \n  }\n  \n  it should \"reject a script with unknown index method\" in \n    assertThrows[Exception] {\n      val _ = parseScript(\"\"\"a = load 'abc.txt' using PigStorage(';') as (id: int, lat: double, lon: double);\n      |b = FOREACH a GENERATE id, geometry(\"POINT(\"+lat+\" \"+lon+\")\") as loc;\n      |c = index b on loc using bla(order=2);\"\"\".stripMargin)\n    }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/streaming\/SourceFuncs.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.backends.flink.streaming\n\n\nimport org.apache.flink.configuration.Configuration\nimport org.apache.flink.streaming.api.functions.source._\nimport org.apache.flink.streaming.api.functions.source.SourceFunction._\nimport org.zeromq._\nimport org.zeromq.ZMQ._\n\nclass ZmqSubscriber(addr: String) extends RichSourceFunction[String]{ \n\n  private var subscriber: Socket = _\n  @volatile private var isRunning: Boolean = _\n  private val schema = new UTF8StringSchema()\n\n  @throws(classOf[Exception])\n  override def open(parameters: Configuration) = {\n    super.open(parameters)\n    val context = ZMQ.context(1)\n    subscriber = context.socket(ZMQ.SUB)\n    subscriber.setRcvHWM(0)\n    subscriber.connect(addr)\n    subscriber.subscribe(\"\".getBytes())\n    isRunning = true;\n  }\n\n  @throws(classOf[Exception])\n  override def run(ctx: SourceContext[String]) = {\n    streamFromSocket(ctx, subscriber)\n  }\n\n  @throws(classOf[Exception])\n  def streamFromSocket(ctx: SourceContext[String], socket: Socket) = {\n    try {\n      while (isRunning) {\n        try {\n          val msg: Array[Byte] = socket.recv(0)\n          val element: String = msg match {\n            case msg: Array[Byte] => schema.deserialize(msg)\n            case _ => new String(msg)\n          }\n\/\/          val element: List[String] = schema.deserialize(msg)\n          ctx.collect(element)\n        } \n        catch {\n          case e: ZMQException => throw e\n        }\n        \n      }\n    } finally {\n      socket.close\n    }\n  }\n\n  override def cancel() = {\n    isRunning = false\n    try {\n      subscriber.close\n    } catch {\n      case e: java.io.IOException => throw new Exception(s\"Could not close open socket\")\n    }\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"common\/build.sbt","text":"<reponame>ksattler\/piglet\nimport Dependencies._\n\nname := \"common\"\n\nlibraryDependencies ++= Seq(\n\t\"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\",\n\t\"org.slf4j\" % \"slf4j-api\" % \"1.7.25\" % \"provided\",\n\thadoop % \"provided\",\n    json4s\n)\n"}
{"repo_name":"ksattler\/piglet","path":"sparklib\/build.sbt","text":"import Dependencies._\n\nname := \"sparklib\"\n\nlibraryDependencies ++= Seq(\n    scalaCompiler,\n    scalaTest % \"test\" withSources(),\n    sparkCore % \"provided\",\n    \/\/sparkREPL % \"provided\", \/\/ doesn't work yet due to some incompatibilities with jetty\n    sparkSql % \"provided\",\n    sparkStreaming % \"provided\",\n    typesafe,\n    \/\/scalikejdbc,\n    \/\/scalikejdbc_config,\n    jdbc,\n    json4s\n)\n\ntest in assembly := {}\n\nscalacOptions ++= Seq(\"-feature\",\"-language:implicitConversions\")\n\nsourcesInBase := false\n"}
{"repo_name":"ksattler\/piglet","path":"common\/src\/main\/scala\/dbis\/piglet\/backends\/BackendConf.scala","text":"package dbis.piglet.backends\n\n\/**\n * @author hage\n *\/\ntrait BackendConf {\n  \/**\n   * Get the name of this backend\n   *\n   * @return Returns the name of this backend\n   *\/\n  def name: String\n  \n  \/**\n   * Get an instance of runner that will be used to run the jobs \n   *\n   * @return Returns the full qualified name of the runner class\n   *\/\n  def runnerClass: PigletBackend\n  \n  \/**\n   * Get the full path to the template file to use for the backend\n   *\n   * @return the name of the template file\n   *\/\n  def templateFile: String\n\n  \/**\n   * Get the default connection function used for source and sink nodes\n   *\n   * @return the name of the function\n   *\/\n  def defaultConnector: String\n\n  \/**\n   * Defines that a backends needs the raw Pig script\n   * rather than the generated code\n   * \n   * @return <code>True<\/code> if the backends wants the original script, otherwise <code>false<\/code> \n   *\/\n  def raw: Boolean\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/schema\/ComplexTypes.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.piglet.schema\n\ncase class Field(name: String, fType: PigType = Types.ByteArrayType, lineage: List[String] = List.empty) {\n  override def toString = s\"$nameWithLineage: ${fType.descriptionString}\"\n  def isBagType = fType.isInstanceOf[BagType]\n\n  def nameWithLineage: String = {\n    if (lineage.isEmpty) {\n      name\n    } else {\n      lineage :+ name mkString Field.lineageSeparator\n    }\n  }\n}\n\nobject Field {\n  final val lineageSeparator = \"::\"\n}\n\n\/**\n * A base class for complex types, i.e. bag, tuple, and map.\n * Basically, it provides an interface to retrieve the types of individual components.\n *\/\nabstract class ComplexType extends java.io.Serializable with PigType {\n  \/**\n   * Returns the type of the component with the given field name.\n   *\n   * @param name the field name\n   * @return the name of this field\n   *\/\n  def typeOfComponent(name: String): PigType\n\n  \/**\n   * Returns the type of the component of the field at the given position.\n   *\n   * @param pos the position of the field\n   * @return the name of this field\n   *\/\n  def typeOfComponent(pos: Int): PigType\n}\n\n\/**\n * A type for Pig tuples consisting of an array of fields (name + types) and an\n * optional type name.\n *\n * @param fields the list of fields representing the tuple components.\n *\/\ncase class TupleType(var fields: Array[Field], var className: String = \"\") extends TType {\n  override def tc = TypeCode.TupleType\n  override def name = \"tuple\"\n\n  override def encode: String = s\"(${fields.map(f => f.nameWithLineage + \":\" + f.fType.encode).mkString})\"\n\n  override def equals(that: Any): Boolean = that match {\n    case TupleType(f, _) => this.fields.deep == f.deep\n    case _ => false\n  }\n\n  \/**\n   * Returns a string representation of the type object.\n   *\n   * @return the string repesentation\n   *\/\n  override def toString = s\"$name(\" + plainDescriptionString + \")\"\n\n  override def descriptionString = \"(\" + plainDescriptionString + \")\"\n\n  override def plainDescriptionString = fields.mkString(\", \")\n\n  override def typeOfComponent(name: String): PigType = fields.find(f => f.name == name).head.fType\n  override def typeOfComponent(pos: Int): PigType = fields(pos).fType\n\n}\n\nobject TupleType {\n  def apply(fields: Array[Field]) = {\n    val t = new TupleType(fields)\n    registerType(t)\n  }\n\n  def registerType(tt: TupleType): TupleType = {\n    val schema = Schema.registerSchema(Schema(BagType(tt)))\n    tt.className = schema.className\n    tt\n  }\n\n}\n\nabstract class TType extends ComplexType {\n  def fields: Array[Field]\n\n  def className: String\n}\n\n\/**\n * A type for representing Pig bags consisting of a value type (a tuple type) and an\n * optional type name.\n *\n * @param valueType the tuple type representing the element of the bag\n *\/\ncase class BagType(var valueType: TType) extends ComplexType {\n\n  override def tc = TypeCode.BagType\n  override def name = \"bag\"\n\n\n  \/**\n   * Returns a string representation of the type object.\n   *\n   * @return the string repesentation\n   *\/\n  override def toString = s\"$name{$valueType}\"\n\n  override def encode: String = s\"{${valueType.encode}}\"\n\n  override def descriptionString = \"{\" + valueType.plainDescriptionString + \"}\"\n  override def typeOfComponent(name: String): PigType = valueType.typeOfComponent(name)\n  override def typeOfComponent(pos: Int): PigType = valueType.typeOfComponent(pos)\n}\n\n\/\/case class IndexedBagType(private var _valueType: IndexType) extends BagType {\n\/\/  override def tc = TypeCode.IndexedBagType\n\/\/  override def name = \"indexedbag\"\n\/\/\n\/\/  override def valueType = _valueType\n\/\/\n\/\/  \/**\n\/\/    * Returns a string representation of the type object.\n\/\/    *\n\/\/    * @return the string repesentation\n\/\/    *\/\n\/\/  override def toString = s\"$name{${_valueType}}\"\n\/\/\n\/\/  override def encode: String = s\"{${_valueType.encode}}\"\n\/\/\n\/\/  override def descriptionString = \"{\" + _valueType.descriptionString + \"}\"\n\/\/  override def typeOfComponent(name: String): PigType = _valueType.typeOfComponent(name)\n\/\/  override def typeOfComponent(pos: Int): PigType = _valueType.typeOfComponent(pos)\n\/\/}\n\n\/**\n * A type of representing Pig maps consisting of a value type (arbitrary Pig type) and\n * an optional type name.\n *\n * @param valueType the Pig type used for values of the map\n *\/\ncase class MapType(var valueType: PigType) extends ComplexType {\n  override def tc = TypeCode.MapType\n  override def name = \"map\"\n\n  override def encode: String = s\"[${valueType.encode}]\"\n\n  override def descriptionString = \"[\" + valueType.descriptionString + \"]\"\n  override def typeOfComponent(name: String): PigType = valueType\n  override def typeOfComponent(pos: Int): PigType = valueType\n}\n\nobject MatrixRep extends Enumeration {\n  type MatrixRep = Value\n  val DenseMatrix, SparseMatrix = Value\n}\n\nimport dbis.piglet.schema.MatrixRep._\n\ncase class MatrixType(valueType: PigType, rows: Int, cols: Int, rep: MatrixRep = DenseMatrix) extends ComplexType {\n  require(valueType.tc == TypeCode.IntType || valueType.tc == TypeCode.DoubleType)\n\n  override def tc = TypeCode.MatrixType\n  override def name = s\"${if (rep == DenseMatrix) \"d\" else \"s\"}${if (valueType.tc == TypeCode.IntType) \"i\" else \"d\"}matrix($rows,$cols)\"\n\n  override def typeOfComponent(name: String): PigType = valueType\n  override def typeOfComponent(pos: Int): PigType = { require(pos == 0); valueType }\n\n  override def encode: String = s\"m[${valueType.encode}$rows,$cols]\"\n\n  override def descriptionString = name\n}\n\ncase class IndexType(var valueType: TupleType, className: String) extends TType {\n  override def tc = TypeCode.IndexType\n  override def name = \"index\"\n\n  \/**\n    * Returns the type of the component with the given field name.\n    *\n    * @param name the field name\n    * @return the name of this field\n    *\/\n  override def typeOfComponent(name: String) = { require(name == \"idx\"); valueType}\n\n  \/**\n    * Returns the type of the component of the field at the given position.\n    *\n    * @param pos the position of the field\n    * @return the name of this field\n    *\/\n  override def typeOfComponent(pos: Int) = { require(pos == 0); valueType}\n\n  override def descriptionString = \"Index{\" + valueType.plainDescriptionString + \"}\"\n\n  override def toString = s\"$name{$valueType}\"\n\n  override def encode = s\"$className[${valueType.encode}]\"\n\n  override def fields = Array(Field(\"idx\", Types.AnyType))\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/RIntegrationSpec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet\n\nimport dbis.piglet.parser.PigParser.parseScript\nimport dbis.piglet._\nimport dbis.piglet.op._\nimport dbis.piglet.schema._\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.ddahl.jvmr.RInScala\nimport scala.io.Source\nimport org.scalatest.Tag\n\nobject RTest extends Tag(\"R\")\n\nclass RIntegrationSpec extends FlatSpec with Matchers {\n  def checkForWorkingR(): Boolean = {\n    try {\n      val R = RInScala()\n      true\n    } catch {\n      case e: Exception => false\n    }\n  }\n\n\/\/  \"The R integration\" \n  it should \"allow to invoke a R script\" taggedAs(RTest) in {\n    if (checkForWorkingR) {\n      val R = RInScala()\n      R.x = Array(10.0, 20.0, 30.0)\n      R.y = Array(5.0, 6.0, 7.0)\n      R.eval(\"res <- x + y\")\n      val res = R.toVector[Double](\"res\")\n      res should be(Array(15.0, 26.0, 37.0))\n    }\n    else\n      assume(false, \"R not enabled, no test performed\")\n\n  }\n\n  it should \"run DBSCAN in R\" taggedAs(RTest) in {\n    if (checkForWorkingR) {\n    \/**\n     * Prepare the data in R as follows:\n     * > data(ruspini, package=\"cluster\")\n     * > ruspini ruspini[sample(1:nrow(ruspini)),]\n     * > ruspini = scale(ruspini)\n     * > finalData = ruspini[order(as.numeric(rownames(ruspini))),,drop=FALSE]\n     * > write.table(finalData, file = \"data.csv\",row.names=FALSE,col.names=FALSE,sep=\",\")\n     *\/\n    val source = Source.fromFile(\".\/src\/test\/resources\/cluster-data.csv\")\n    val input = source.getLines().map(line => line.split(\",\"))\n    val matrix = input.map(v => v.map(s => s.toDouble))\n\n    val script =\n      \"\"\"\n        |library(fpc);\n        |db = dbscan(inp, eps=.3, MinPts=5);\n        |cluster = cbind(inp, data.frame(db$cluster + 1L))\n        |res = data.matrix(cluster)\n        |\"\"\".stripMargin\n    val R = RInScala()\n    R.inp = matrix.toArray\n    R.eval(script)\n    val res = R.toMatrix[Double](\"res\")\n    res.length should be (75)\n    println(res)\n    }\n    else\n      assume(false, \"R not enabled, no test performed\")\n  }\n\n\/\/  \"The parser\"\n  it should \"accept the SCRIPT statement\" taggedAs(RTest) in  {\n    parseScript(\"\"\"a = RSCRIPT b USING 'library(fpc); res <- dbscan($_, eps=0.42, MinPts=5)';\"\"\")\n  }\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/mm\/CacheManager.scala","text":"package dbis.piglet.mm\n\nimport java.net.URI\nimport java.nio.file.{Files, StandardOpenOption}\n\nimport dbis.piglet.Piglet.Lineage\nimport dbis.piglet.tools.logging.PigletLogging\nimport dbis.piglet.tools.{CliParams, Conf}\nimport org.json4s.NoTypeHints\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.native.Serialization\nimport org.json4s.native.Serialization.write\n\nimport scala.collection.JavaConverters._\nimport scala.io.Source\n\nobject CacheManager extends PigletLogging {\n\n  implicit val formats = Serialization.formats(NoTypeHints)\n\n  \/**\n    * Already existing materializations\n    *\n    * They're read from file and stored as a mapping from lineage --> file name\n    *\/\n  protected[mm] var materializations: Map[Lineage, CacheEntry] = if (Files.exists(Conf.materializationMapFile)) {\n    val json = Source.fromFile(Conf.materializationMapFile.toFile).getLines().mkString(\"\\n\")\n\n    if(json.isEmpty)\n      Map.empty[Lineage, CacheEntry]\n    else\n      parse(json).extract[Map[Lineage, CacheEntry]] \/\/.map{case(k,v) => (k,new URI(v))}\n\n  } else {\n    Map.empty[Lineage, CacheEntry]\n  }\n\n  \/**\n    * Checks if we have materialized results for the given hash value\n    *\n    * @param lineage The hash value to get data for\n    * @return Returns the path to the materialized result, iff present. Otherwise <code>None<\/code>\n    *\/\n  def getDataFor(lineage: Lineage): Option[URI] = materializations.get(lineage).map{ e =>\n    e.markLoaded()\n    new URI(e.uri)\n  }\n\n  \/**\n    * Persist the given mapping of a materialization point to a specific file name,\n    * according to a eviction strategy\n    *\n    * @param m       The materialization point\n    * @param matFile The path to the file in which the results were materialized\n    *\/\n  def insert(m: MaterializationPoint, matFile: URI): Boolean = {\n\n    require(!CliParams.values.compileOnly, \"writing materialization mapping info in compile-only mode will break things!\")\n\n    val ps = CliParams.values.profiling.get\n    val evictionStrategy = EvictionStrategy.getStrategy(ps.eviction)\n\n    val entry = CacheEntry(m.lineage, matFile.toString, _benefit = m.benefit.toMillis, bytes = m.bytes, lastLoaded = Some(System.currentTimeMillis()))\n\n    logger.info(s\"using cache eviction strategy: $evictionStrategy\")\n    logger.info(s\"max cache size is ${evictionStrategy.CACHE_SIZE}\")\n\n\n    if(entry.bytes > evictionStrategy.CACHE_SIZE) {\n      logger.debug(s\"${entry.lineage} does not fit into cache (exceeds by ${evictionStrategy.CACHE_SIZE - entry.bytes} bytes)\")\n      return false\n    }\n\n    val wouldRemove = evictionStrategy.wouldRemove(entry, materializations.values.toSeq)\n\n    val wouldRemoveBenefit = wouldRemove.map(_.benefit.toMillis).sum\n    logger.debug(s\"${ps.eviction} would remove total benefit: ${wouldRemoveBenefit \/ 1000} sec: \\n ${wouldRemove.mkString(\"\\n\")}\")\n\n    val inserted = if(!ps.admissionCheck || wouldRemoveBenefit < entry.benefit.toMillis) {\n      logger.debug(s\"removing ${wouldRemove.size} cached entries (${wouldRemoveBenefit \/ 1000} sec) to add $entry\")\n      replace(wouldRemove, entry)\n\n      \/\/ when data has been replaced, we need to persist these changed immediately\n      val json = write(materializations)\n\n      Files.write(Conf.materializationMapFile,\n        List(json).asJava,\n        StandardOpenOption.CREATE, StandardOpenOption.WRITE, StandardOpenOption.TRUNCATE_EXISTING)\n\n      val ins = materializations.contains(entry.lineage)\n      if(ins)\n        entry.markWritten()\n\n      ins\n    } else {\n      logger.debug(s\"will not add $entry (admission check: ${ps.admissionCheck}, new entry has higher benefit: ${wouldRemoveBenefit < entry.benefit.toMillis}\")\n      false\n    }\n\n    inserted\n\n  }\n\n  def insert(sig: Lineage, file: URI): Boolean = {\n    val entry = CacheEntry(sig, file.toString, _benefit = Long.MinValue + 1, bytes = -1, written = Some(System.currentTimeMillis()), fixed = true)\n\n    materializations += sig -> entry\n\n    val json = write(materializations)\n\n    Files.write(Conf.materializationMapFile,\n      List(json).asJava,\n      StandardOpenOption.CREATE, StandardOpenOption.WRITE, StandardOpenOption.TRUNCATE_EXISTING)\n\n    true\n  }\n\n  private def replace(old: Seq[CacheEntry], entry: CacheEntry): Unit = {\n    materializations = materializations.filterNot{ case (_,e) => old.contains(e)} + (entry.lineage -> entry)\n  }\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/Extractors.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting\n\nimport dbis.piglet.op._\nimport dbis.piglet.expr.Func\n\nimport scala.reflect.ClassTag\n\n\/** Provides extractor objects for [[dbis.piglet.op.PigOperator]]s.\n  *\n  * The first object returned by any unapply method in this object is always the input itself.\n  *\n  *\/\nobject Extractors {\n  \/** Extracts the name of the function called in a ForEach statement if the generator only calls that function\n    *\n    * Example:\n    *\n    * For the ForEach operator corresponding to the pig statement\n    *\n    * {{{\n    *   B = FOREACH A GENERATE myFunc(f1, f2);\n    * }}}\n    *\n    * the pattern\n    *\n    * {{{\n    *   case ForEachCallingFunctionE(op, \"myFunc\") =>\n    * }}}\n    *\n    * will match bind ``op`` to the [[dbis.piglet.op.Foreach]] operator if the function called in its ``GENERATE``\n    * statement is ``myFunc``.\n    *\/\n  object ForEachCallingFunctionE {\n    def unapply(f: Foreach): Option[(PigOperator, String)] = f match {\n      case f @ Foreach(_, _, GeneratorList(List(GeneratorExpr(Func(funcname, _), _))), _) => Some((f, funcname))\n      case _ => None\n    }\n  }\n\n  \/** Extracts the successor of ``op`` if there is only one.\n    *\n    * The pattern\n    *\n    * {{{\n    *   case SuccE(op, succ) =>\n    * }}}\n    *\n    * will bind ``op`` to a [[dbis.piglet.op.PigOperator]] object and ``succ`` to its successor.\n    *\n    *\/\n  object SuccE {\n    def unapply(op: PigOperator): Option[(PigOperator, PigOperator)] = {\n      val suc = op.outputs.flatMap(_.consumer)\n      if (suc.length == 1) {\n        Some((op, suc.head))\n      } else {\n        None\n      }\n    }\n  }\n\n  \/** Extracts all successors of ``op``.\n    *\n    * The pattern\n    *\n    * {{{\n    *  case AllSuccE(op, succs) =>\n    * }}}\n    *\n    * will bind ``op`` to a [[dbis.piglet.op.PigOperator]] object and ``succs`` to its successors.\n    *\n    * Of course, this can be combined with other patterns like\n    *\n    * {{{\n    *  case AllSuccE(op, first :: second) =>\n    * }}}\n    *\n    * to only match and bind ``op`` if it has only two successors, namely ``first`` and ``second``.\n    *\n    *\/\n  object AllSuccE {\n    def unapply(op: PigOperator): Option[(PigOperator, Seq[PigOperator])] = {\n      val succ = op.outputs.flatMap(_.consumer)\n      Some((op, succ))\n    }\n  }\n\n  \/** Extracts the predecessor of ``op`` if there is only one.\n    *\n    * The pattern\n    *\n    * {{{\n    *   case PredE(op, pred) =>\n    * }}}\n    *\n    * will bind ``op`` to a [[dbis.piglet.op.PigOperator]] object and ``pred`` to its successor.\n    *\n    *\/\n  object PredE {\n    def unapply(op: PigOperator): Option[(PigOperator, PigOperator)] = {\n      val preds = op.inputs.map(_.producer)\n      if (preds.length == 1) {\n        Some((op, preds.head))\n      } else {\n        None\n      }\n    }\n  }\n\n  \/** Extracts all predecessors of ``op``.\n    *\n    * The pattern\n    *\n    * {{{\n    *  case AllPredE(op, preds) =>\n    * }}}\n    *\n    * will bind ``op`` to a [[dbis.piglet.op.PigOperator]] object and ``preds`` to its predecessors.\n    *\n    * Of course, this can be combined with other patterns like\n    *\n    * {{{\n    *  case AllPredE(op, first :: second) =>\n    * }}}\n    *\n    * to only match and bind ``op`` if it has only two successors, namely ``first`` and ``second``.\n    *\n    *\/\n  object AllPredE {\n    def unapply(op: PigOperator): Option[(PigOperator, Seq[PigOperator])] = {\n      val preds = op.inputs.map(_.producer)\n      Some((op, preds))\n    }\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"flinklib\/src\/main\/scala\/dbis\/piglet\/backends\/flink\/FlinkConf.scala","text":"package dbis.piglet.backends.flink\n\nimport dbis.piglet.backends.BackendConf\nimport com.typesafe.config.ConfigFactory\nimport dbis.piglet.backends.PigletBackend\n\n\/**\n * @author hage\n *\/\nclass FlinkConf extends BackendConf {\n  \n  \/\/ loads the default configuration file in resources\/application.conf\n  private val appconf = ConfigFactory.load()\n  \n  \/**\n   * Get the name of this backend\n   * \n   * @return Returns the name of this backend\n   *\/\n  override def name: String = appconf.getString(\"backends.flink.name\")\n  \n  \/**\n   * Get the path to the runner class that implements the PigletBackend interface\n   *\/\n  override def runnerClass: PigletBackend = {\n    new FlinkRun\n  } \n  \n  override def templateFile: String = appconf.getString(\"backends.flink.template\")\n\n  override def defaultConnector: String = appconf.getString(\"backends.flink.connector\")\n  \n  override def raw = false\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Dump.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\n\/**\n * Dump represents the DUMP operator of Pig.\n *\n * @param in the input pipe\n *\/\ncase class Dump(private val in: Pipe, var mute: Boolean = false) extends PigOperator(List(), List(in)) {\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = {\n    s\"\"\"DUMP%\"\"\" + super.lineageString\n  }\n\n  override def toString =\n    s\"\"\"DUMP\n       |  in = $inPipeName\n       |  ${if(mute) \"muted\" else \"\"}\"\"\".stripMargin\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/it\/scala\/dbis\/test\/spark\/SparkCompileIt.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.test.spark\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.prop.TableDrivenPropertyChecks._\nimport dbis.test.CompileIt\n\nclass SparkCompileIt extends FlatSpec with CompileIt{\n  val scripts = Table(\n    (\"script\", \"result\", \"truth\", \"inOrder\", \"backend\"), \/\/ only the header of the table\n    \/\/SPARK\n    (\"load.pig\", \"result1.out\", \"truth\/result1.data\", true, \"spark\"),\n    (\"load2.pig\", \"result2.out\", \"truth\/result2.data\", true, \"spark\"),\n    (\"load3.pig\", \"result3.out\", \"truth\/result3.data\", true, \"spark\"),\n    (\"selfjoin.pig\", \"joined.out\", \"truth\/joined.data\", false, \"spark\"),\n    (\"selfjoin_ambiguous_fieldnames.pig\", \"joined_ambiguous_fieldnames.out\", \"truth\/joined_ambiguous_fieldnames.data\",\n      \/\/ Pigs OrderBy is not a stable sort\n      false, \"spark\"),\n    (\"selfjoin_filtered.pig\", \"joined_filtered.out\", \"truth\/joined_filtered.data\", true, \"spark\"),\n    (\"sort.pig\", \"sorted.out\", \"truth\/sorted.data\", true, \"spark\"),\n    (\"sort_multiple_directions.pig\", \"sorted_multiple_directions.out\",\n      \"truth\/sorted_multiple_directions.data\", true, \"spark\"),\n    (\"filter.pig\", \"filtered.out\", \"truth\/filtered.data\", true, \"spark\"),\n    (\"foreach1.pig\", \"distances.out\", \"truth\/distances.data\", true, \"spark\"),\n    (\"nforeach.pig\", \"nested.out\", \"truth\/nested.data\", true, \"spark\"),\n    (\"groupforeach.pig\", \"groupedrdf.out\", \"truth\/groupedrdf.data\", true, \"spark\"),\n    (\"nforeach2.pig\", \"rdf.out\", \"truth\/rdf.data\", true, \"spark\"),\n    (\"grouping.pig\", \"grouping.out\", \"truth\/grouping.data\", false, \"spark\"),\n    (\"grouping2.pig\", \"grouping2.out\", \"truth\/grouping2.data\", false, \"spark\"),\n    (\"groupall.pig\", \"groupall.out\", \"truth\/groupall.data\", false, \"spark\"),\n    (\"wordcount.pig\", \"marycounts.out\", \"truth\/marycount.data\", false, \"spark\"),\n    (\"bag.pig\", \"bag.out\", \"truth\/bag.data\", true, \"spark\"),\n    (\"construct.pig\", \"construct.out\", \"truth\/construct.data\", true, \"spark\"),\n    (\"union.pig\", \"united.out\", \"truth\/united.data\", true, \"spark\"),\n    (\"cross.pig\", \"crossed.out\", \"truth\/cross2.csv\", false, \"spark\"),\n    (\"crossmany.pig\", \"manycrossed.out\", \"truth\/crossmany.csv\", false, \"spark\"),\n    (\"aggregate.pig\", \"aggregate.out\", \"truth\/aggregate.data\", false, \"spark\"),\n    (\"sampling.pig\", \"sampling.out\", \"truth\/sampling.data\", false, \"spark\"),\n    (\"accumulate.pig\", \"accumulate.out\", \"truth\/accumulate.data\", false, \"spark\"),\n    (\"embedded.pig\", \"embedded.out\", \"truth\/embedded.data\", true, \"spark\"),\n    (\"macro1.pig\", \"macro1.out\", \"truth\/macro1.data\", true, \"spark\"),\n    (\"top.pig\", \"top.out\", \"truth\/top.data\", true, \"spark\"),\n    (\"top_schema.pig\", \"top_schema.out\", \"truth\/top.data\", true, \"spark\"),\n    \/* Works, but requires a R installation\n    (\"rscript.pig\", \"cluster.out\", \"truth\/cluster.data\", true)\n    *\/\n    \/* Not working yet\n    (\"json.pig\", \"json.out\", \"json.data\", true), \/\/ not working yet\n    *\/\n    \/* Works, but requires a H2 database and the corresponding JDBC driver *\/\n    (\"jdbc.pig\", \"jdbc.out\", \"truth\/jdbc-data.data\", true, \"spark\"),\n    (\"simple_matrix.pig\", \"simple-matrix.out\", \"truth\/simple-matrix-res.data\", true, \"spark\"),\n\n    (\"bgpfilter.pig\", \"bgpfilter.out\", \"truth\/bgpfilter.data\", false, \"spark\"),\n    (\"rdf_starjoin_plain.pig\", \"rdf_starjoin_plain.out\", \"truth\/rdf_starjoin_plain.data\", false, \"spark\"),\n    (\"rdf_pathjoin_plain.pig\", \"rdf_pathjoin_plain.out\", \"truth\/rdf_pathjoin_plain.data\", false, \"spark\"),\n   \/\/ (\"aggrwogrouping.pig\", \"aggrwogrouping.out\", \"truth\/aggrwogrouping.data\", true, \"plain\", \"spark\")\n    (\"two_joins.pig\", \"twojoins.out\", \"truth\/twojoins.data\", false, \"spark\"),\n    (\"spatialfilter.pig\", \"spatialfilter.out\", \"truth\/spatialfilter.data\", false, \"spark\"),\n    (\"spatialfilterwithindex.pig\", \"spatialfilterwithinex.out\", \"truth\/spatialfilter.data\", false, \"spark\"),\n    (\"spatialjoin.pig\", \"spatialjoin.out\", \"truth\/spatialjoin.data\", false, \"spark\"),\n    (\"spatialjoinwithindex.pig\", \"spatialjoinwithindex.out\", \"truth\/spatialjoin.data\", false, \"spark\")\n\n  )\n  \/\/Note: checking the spark jar inclusion is done also in the piglet script\n  scripts.zipWithIndex foreach { case ((script, result, truth, inOrder, backend), i) =>\n    checkMatch(script, result, truth, inOrder, backend, i, scripts.size) }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/nfa\/NFAStructure.scala","text":"<reponame>ksattler\/piglet\npackage dbis.piglet.cep.nfa\nimport scala.collection.mutable.ArrayBuffer\nimport scala.reflect.ClassTag\nimport scala.collection.mutable.HashMap\nimport dbis.piglet.backends.{SchemaClass => Event}\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * @brief this class implements the execution instance of the NFA. \n * Each NFA structure holds a pointer to the current state of the NFA \n * and a set of events which conformed to the predicates till the current state (partial match) \n * At the end, this structure may or may not have a match\n *\/\nclass NFAStructure[T <: Event: ClassTag](nfaController: NFAController[T]) extends scala.Cloneable with Serializable   {\n  \n\t\/\/var relatedValue: HashMap[String, ListBuffer[RelatedValue[T]]] = nfaController.initRelatedValue match {\n\t\t\t\/\/case Some(init) => init()\n\t\t\t\/\/case _ => null\n  \/\/}\n  \/**\n   * stores the events of this structure which contribute \n   * on the complex event\n   *\/\n   var events: ArrayBuffer[T] = new ArrayBuffer()\n  \/**\n   * which state the structure is at. At the beginning, the structure should\n   * be at the start state of the NFA\n   *\/\n   var currenState: State[T] = nfaController.getStartState\n  \/**\n   * boolean indicating whether the structure is complete \n   * to make a match or not\n   *\/\n   var complete: Boolean = false\n  \/**\n   * gets the current state\n   * @return the current state\n   *\/\n  def getCurrentState = currenState\n  \n  \/**\n   * adds an event to this structure, and makes necessary updates such as \n   * jumping to the next state and check whether the match is detected or not\n   * @param event the event to be added\n   * @param the current edge\n   *\/\n  def addEvent(event: T, currentEdge: ForwardEdge[T]): Unit = {\n    events += event\n    \/\/if (relatedValue != null) {\n     \/\/ relatedValue.get(currentEdge.name.get) match {\n       \/\/ case Some(x) => x.foreach (r => r.updateValue(event))\n        \/\/case None => Nil\n      \/\/}\n    \/\/}\n    currenState = currentEdge.destState\n    if (currenState.isInstanceOf[FinalState[T]])\n      complete = true\n  }\n  \n  override def clone(): NFAStructure[T] = {\n    val copyStr = new NFAStructure[T](this.nfaController)\n    copyStr.complete = this.complete\n    copyStr.currenState = this.currenState\n    copyStr.events = this.events.clone()\n    \/\/copyStr.events = this.events\n    copyStr\n  }\n}"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/main\/scala\/dbis\/piglet\/cep\/ops\/EngineConf.scala","text":"package dbis.piglet.cep.ops\n\nimport dbis.piglet.cep.engines._\nimport scala.reflect.ClassTag\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.nfa.NFAController\nimport dbis.piglet.backends.{SchemaClass => Event}\n\nabstract class EngineConf[T <: Event: ClassTag](nfa: NFAController[T], sstr: SelectionStrategy) {\n  val collector: MatchCollector[T] = new MatchCollector()\n  var engine: CEPEngine[T] = sstr match {\n      case SelectionStrategy.FirstMatch        => new FirstMatch(nfa, collector)\n      case SelectionStrategy.AllMatches        => new AnyMatch(nfa, collector)\n      case SelectionStrategy.NextMatches       => new NextMatch(nfa, collector)\n      case SelectionStrategy.ContiguityMatches => new ContiguityMatch(nfa, collector)\n      case _                                   => throw new Exception(\"The Strategy is not supported\")\n\n  }\n}\n\/*\ntrait EngineConfig [T] extends EngineConf[T] {\n  implicit def event: Event\n}*\/"}
{"repo_name":"ksattler\/piglet","path":"ceplib\/src\/test\/scala\/dbis\/cep\/test\/spark\/SparkBatchCEPTest.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage dbis.cep.test.spark\n\nimport java.io.File\n\nimport dbis.piglet.backends.{ SchemaClass, Record }\nimport org.apache.spark.{ SparkConf, SparkContext }\nimport org.scalatest._\nimport org.apache.commons.io.FileUtils\nimport dbis.piglet.cep.nfa._\nimport dbis.piglet.cep.ops.SelectionStrategy._\nimport dbis.piglet.cep.ops.OutputStrategy._\nimport dbis.piglet.cep.spark.CustomRDDMatcher._\nimport scala.collection.mutable.ListBuffer\n\nimport scala.collection.mutable.HashMap\n\ncase class BatchDoubleRecord(col1: Int, col2: Int) extends java.io.Serializable with SchemaClass {\n  override def mkString(delim: String) = s\"$col1$delim$col2\"\n}\n\nobject OurBatchNFA {\n    def filter1(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == 1\n    def filter2(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == 2\n    def filter3(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == 3\n    def createNFA = {\n      val testNFA: NFAController[BatchDoubleRecord] = new NFAController()\n      val firstState = testNFA.createAndGetStartState(\"First\")\n      val secondState = testNFA.createAndGetNormalState(\"Second\")\n      val thirdState = testNFA.createAndGetNormalState(\"Third\")\n      val finalState = testNFA.createAndGetFinalState(\"Final\")\n\n      val firstEdge = testNFA.createAndGetForwardEdge(filter1)\n      val secondEdge = testNFA.createAndGetForwardEdge(filter2)\n      val thirdEdge = testNFA.createAndGetForwardEdge(filter3)\n\n      testNFA.createForwardTransition(firstState, firstEdge, secondState)\n      testNFA.createForwardTransition(secondState, secondEdge, thirdState)\n      testNFA.createForwardTransition(thirdState, thirdEdge, finalState)\n      testNFA\n    }\n  }\n\nobject OurReferBatchNFA {\n    def filter1(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == 1\n    def filter2(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == rvalues.events(0).col1 + 1\n    def filter3(record: BatchDoubleRecord, rvalues: NFAStructure[BatchDoubleRecord]): Boolean = record.col1 == rvalues.events(1).col1 + 1\n    def createNFA = {\n      val testNFA: NFAController[BatchDoubleRecord] = new NFAController()\n      val firstState = testNFA.createAndGetStartState(\"First\")\n      val secondState = testNFA.createAndGetNormalState(\"Second\")\n      val thirdState = testNFA.createAndGetNormalState(\"Third\")\n      val finalState = testNFA.createAndGetFinalState(\"Final\")\n\n      val firstEdge = testNFA.createAndGetForwardEdge(filter1)\n      val secondEdge = testNFA.createAndGetForwardEdge(filter2)\n      val thirdEdge = testNFA.createAndGetForwardEdge(filter3)\n\n      testNFA.createForwardTransition(firstState, firstEdge, secondState)\n      testNFA.createForwardTransition(secondState, secondEdge, thirdState)\n      testNFA.createForwardTransition(thirdState, thirdEdge, finalState)\n      testNFA\n    }\n  }\n\nclass SparkBatchCEPTest extends FlatSpec with Matchers with BeforeAndAfter {\n  var sc: SparkContext = _\n  var conf: SparkConf = _\n\n  before {\n    \/\/ to avoid Akka rebinding to the same port, since it doesn't unbind\n    \/\/ immediately after shutdown\n    System.clearProperty(\"spark.driver.port\")\n    System.clearProperty(\"spark.hostPort\")\n    conf = new SparkConf().setMaster(\"local\").setAppName(getClass.getSimpleName)\n    sc = new SparkContext(conf)\n  }\n\n  after {\n    \/\/ cleanup SparkContext data\n    sc.stop()\n    sc = null\n    conf = null\n    System.clearProperty(\"spark.driver.port\")\n    System.clearProperty(\"spark.hostPort\")\n  }\n  val sample = Seq(\n    BatchDoubleRecord(1, 1),\n    BatchDoubleRecord(2, 2),\n    BatchDoubleRecord(1, 3),\n    BatchDoubleRecord(2, 4),\n    BatchDoubleRecord(3, 5),\n    BatchDoubleRecord(1, 6),\n    BatchDoubleRecord(2, 7),\n    BatchDoubleRecord(3, 8));\n\n  \"Spark CEP\" should \"detect the pattern SEQ(A, B, C) with first match\" in {\n    val data = sc.makeRDD(sample, 1)\n    val res = data.matchNFA(OurBatchNFA.createNFA, FirstMatch)\n    val result = res.collect()\n    result should be(Array(\n      BatchDoubleRecord(1, 1),\n      BatchDoubleRecord(2, 2),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 6),\n      BatchDoubleRecord(2, 7),\n      BatchDoubleRecord(3, 8)))\n  }\n\n  it should \"detect the pattern SEQ(A, B, C) with any match\" in {\n    val data = sc.makeRDD(sample, 1)\n    val res = data.matchNFA(OurBatchNFA.createNFA, AllMatches)\n    val result = res.collect()\n    result should be(Array(\n      BatchDoubleRecord(1, 3),\n      BatchDoubleRecord(2, 4),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 6),\n      BatchDoubleRecord(2, 7),\n      BatchDoubleRecord(3, 8)))\n  }\n\n  it should \"detect the pattern SEQ(A, B, C) with next match\" in {\n    val data = sc.makeRDD(sample, 1)\n    val res = data.matchNFA(OurBatchNFA.createNFA, NextMatches)\n    val result = res.collect()\n    result should be(Array(BatchDoubleRecord(1, 3),\n      BatchDoubleRecord(2, 4),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 1),\n      BatchDoubleRecord(2, 2),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 6),\n      BatchDoubleRecord(2, 7),\n      BatchDoubleRecord(3, 8)))\n  }\n\n  it should \"detect the pattern SEQ(A, B, C) with contiguity match\" in {\n    val data = sc.makeRDD(sample, 1)\n    val res = data.matchNFA(OurBatchNFA.createNFA, ContiguityMatches)\n    val result = res.collect()\n    result should be(Array(BatchDoubleRecord(1, 3),\n      BatchDoubleRecord(2, 4),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 6),\n      BatchDoubleRecord(2, 7),\n      BatchDoubleRecord(3, 8)))\n  }\n  \n  \"Spark CEP\" should \"detect the pattern SEQ(A, B, C) with first match and related value\" in {\n    val data = sc.makeRDD(sample, 1)\n    val res = data.matchNFA(OurReferBatchNFA.createNFA, FirstMatch)\n    val result = res.collect()\n    result should be(Array(\n      BatchDoubleRecord(1, 1),\n      BatchDoubleRecord(2, 2),\n      BatchDoubleRecord(3, 5),\n      BatchDoubleRecord(1, 6),\n      BatchDoubleRecord(2, 7),\n      BatchDoubleRecord(3, 8)))\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/op\/Load.scala","text":"<filename>src\/main\/scala\/dbis\/piglet\/op\/Load.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.op\n\nimport java.net.URI\n\nimport dbis.piglet.Piglet.Lineage\nimport dbis.piglet.expr.{Ref, Value}\nimport dbis.piglet.schema.Schema\nimport dbis.piglet.tools.{CliParams, HDFSService}\n\nimport scala.collection.mutable\nimport scala.util.{Failure, Success, Try}\n\n\/**\n  * Load represents the LOAD operator of Pig.\n  *\n  * @param out the output pipe (relation).\n  * @param file the name of the file to be loaded\n  * @param loadSchema The schema of the underlying file content\n  * @param loaderFunc The name of the loader function to use (PigStorage, ...)\n  * @param loaderParams Parameters (delimiter, ...)\n  *\/\ncase class Load(\n    private val out: Pipe, \n    var file: String,\n    private var loadSchema: Option[Schema] = None,\n    loaderFunc: Option[String] = None,\n    loaderParams: List[String] = null,\n    linStr: Option[Lineage] = None) extends PigOperator(List(out), List(), loadSchema) {\n\n\n  private lazy val lastModified: Option[Try[Long]] = CliParams.values.profiling.map(_ => Try(HDFSService.lastModified(file.toString)))\n\n\/\/  override def constructSchema: Option[Schema] = schema\n\n  \/**\n   * Returns the lineage string describing the sub-plan producing the input for this operator.\n   *\n   * @return a string representation of the sub-plan.\n   *\/\n  override def lineageString: String = linStr getOrElse {\n    s\"\"\"LOAD%$file%${lastModified match {\n      case None => -1\n      case Some(Failure(_)) => -2\n      case Some(Success(v)) => v\n    }}%\"\"\" + super.lineageString\n  }\n\n  override def toString: String =\n    s\"\"\"LOAD\n       |  out = ${outputs.map(_.name).mkString(\",\")}\n       |  file = ${file.toString}\n       |  func = $loaderFunc\n       |  outSchema = $schema\"\"\".stripMargin\n\n\n  override def resolveReferences(mapping: mutable.Map[String, Ref]): Unit = {\n    \/\/ we replace only the filename\n    if (file.toString.startsWith(\"$\") && mapping.contains(file.toString)) {\n      mapping(file.toString) match {\n        case Value(v) =>\n          val s = v.toString\n          if (s(0) == '\"')\n            file = s.substring(1, s.length-1)\n\/\/            file = new URI(s.substring(1, s.length-1))\n        case _ =>\n      }\n    }\n  }\n\n}\n\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/scala_lang\/DistinctEmitter.scala","text":"package dbis.piglet.codegen.scala_lang\n\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenException}\nimport dbis.piglet.op.{Distinct, PigOperator}\n\n\/**\n  * Created by kai on 03.12.16.\n  *\/\nclass DistinctEmitter extends CodeEmitter[Distinct] {\n  override def template: String = \"\"\"val <out> = <in>.distinct<if (profiling)>.map{t =>\n                                    |    PerfMonitor.sampleSize(t,\"<lineage>\", accum, randFactor)\n                                    |  t\n                                    |}<endif>\"\"\".stripMargin\n\n\n  override def code(ctx: CodeGenContext, op: Distinct): String = \n        render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"lineage\" -> op.lineageSignature))\n\n}\n\nobject DistinctEmitter {\n  lazy val instance = new DistinctEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamFilterEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.{ CodeEmitter, CodeGenContext, CodeGenException }\nimport dbis.piglet.op.Filter\nimport dbis.piglet.codegen.scala_lang.ScalaEmitter\n\nclass StreamFilterEmitter extends CodeEmitter[Filter] {\n  override def template: String = \"\"\"<if (windowMode)>\n                                    |    val <out> = <in>.mapWindow(custom<out>Filter _)\n                                    |<else>\n                                    |    val <out> = <in>.filter(t => {<pred>})\n                                    |<endif>\n                                    |\"\"\".stripMargin\n  def templateHelper: String = \"\"\"    .filter(t => {<pred>})\"\"\".stripMargin\n\n  def windowApply(ctx: CodeGenContext, op: Filter): String = {\n    CodeEmitter.render(templateHelper, Map(\"pred\" -> ScalaEmitter.emitPredicate(CodeGenContext(ctx, Map(\"schema\" -> op.schema)), op.pred)))\n  }\n  \n  override def code(ctx: CodeGenContext, op: Filter): String = {\n    if (op.windowMode) return \"\"\n    if (!op.schema.isDefined)\n      throw CodeGenException(\"FILTER requires a schema definition\")\n\n    val className = ScalaEmitter.schemaClassName(op.schema.get.className)\n    render(Map(\"out\" -> op.outPipeName,\n      \"in\" -> op.inPipeName,\n      \"class\" -> className,\n      \"pred\" -> ScalaEmitter.emitPredicate(CodeGenContext(ctx, Map[String, Any](\"schema\" -> op.schema)), op.pred)))\n  }\n}\n\nobject StreamFilterEmitter {\n\tlazy val instance = new StreamFilterEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/StreamWindowEmitter.scala","text":"<reponame>ksattler\/piglet<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.spark\n\nimport dbis.piglet.codegen.CodeEmitter\nimport dbis.piglet.op.PigOperator\nimport dbis.piglet.codegen.CodeGenException\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.Window\n\nclass StreamWindowEmitter extends CodeEmitter[Window] {\n  override def template: String =\n    \"\"\"    val <out> = <in>.window(<wUnit>(<window>)<if (sUnit)>, <sUnit>(<slider>)<endif>)\"\"\".stripMargin\n\n  override def code(ctx: CodeGenContext, op: Window): String = {\n        if (op.window._2 == \"\") {\n          if (op.slide._2 == \"\") render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"window\" -> op.window._1, \"slider\" -> op.slide._1))\n          else render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"window\" -> op.window._1, \"slider\" -> op.slide._1, \"sUnit\" -> op.slide._2.toUpperCase))\n        } else {\n          if (op.slide._2 == \"\") render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"window\" -> op.window._1, \"wUnit\" -> op.window._2.toUpperCase, \"slider\" -> op.slide._1))\n          else render(Map(\"out\" -> op.outPipeName, \"in\" -> op.inPipeName, \"window\" -> op.window._1, \"wUnit\" -> op.window._2.toUpperCase, \"slider\" -> op.slide._1, \"sUnit\" -> op.slide._2.toUpperCase))\n        }\n  }\n}\n\nobject StreamWindowEmitter {\n\tlazy val instance = new StreamWindowEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/internals\/EmbedSupport.scala","text":"<reponame>ksattler\/piglet\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting.internals\n\nimport com.twitter.util.Eval\nimport org.kiama.rewriting.Strategy\n\n\/** Provides methods for evaluating embedded code.\n  *\n  *\/\ntrait EmbedSupport {\n  \/** The imports that are automatically added to eval'd code\n    *\n    *\/\n  private val imports = \"\"\"\n                          |import dbis.piglet.op._\n                          |import dbis.piglet.plan.rewriting.Extractors._\n                          |import dbis.piglet.plan.rewriting.Rewriter._\n                        \"\"\".stripMargin\n\n  \/** Evals each String in ``ruleCode``\n    *\/\n  protected def evalExtraRuleCode(ruleCode: Seq[String]): Unit =\n    ruleCode map { imports ++ _ } map { c => (new Eval).apply[scala.runtime.BoxedUnit](c) }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/plan\/rewriting\/dsl\/package.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.plan.rewriting\n\n\/** This package provides a DSL for adding rewriting rules.\n  *\n  * The entry point to the DSL is the [[dbis.piglet.plan.rewriting.dsl.RewriterDSL]] trait which is mixed into\n  * [[dbis.piglet.plan.rewriting.Rewriter]].\n  *\n  * ==General methods==\n  *\n  * Several general methods are provided that can be used for any rewriting operation:\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.applyPattern]]\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.applyRule]]\n  *\n  * To help with conditional rewriting,\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.when]]\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.whenMatches]]\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.unless]]\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.unlessMatches]]\n  *\n  * can be used to add conditions to a rewriting operation.\n  *\n  * ===Return value===\n  *\n  * A rewriting operation can return objects of several types. For some of them, additional behaviour is applied\n  * automatically:\n  *\n  * - If the return value is of type ``Tuple2[PigOperator, PigOperator]``, operation will be treated as a replacement\n  * with multiple operators. The tuples first element is treated as the new flows first operator - it will get the\n  * inputs of the rewriting operations input operator. The tuples second element is treated as the new flows last\n  * operator - it will get the outputs of the rewriting operations input operator.\n  *\n  * - If the return value is of type [[dbis.piglet.op.PigOperator]], the operation will be treated as a replacement with\n  * a single operator which will get the inputs and outputs of the rewriting operations input operator.\n  *\n  * - Values of all other types will not be treated specially. In particular, nothing will be done to a\n  * `Seq[PigOperator]` or its elements.\n  *\n  * ==Specific methods==\n  *\n  * For common rewriting operations, the following methods are provided:\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.toMerge]] for adding an operation that merges two operators\n  *\n  * - [[dbis.piglet.plan.rewriting.dsl.RewriterDSL.toReplace]] for adding a rule that replaces an operator with a\n  * different one.\n  *\n  * ==Related objects==\n  *\n  * To help in creating rewriting rules, two objects provide additional helper methods:\n  *\n  * - [[dbis.piglet.plan.rewriting.Extractors]] includes several extractor objects. These can be used on the left-hand\n  * side of patterns.\n  *\n  * - [[dbis.piglet.plan.rewriting.Functions]] includes several functions for manipulating the data flow between\n  * [[dbis.piglet.op.PigOperator]] objects. These can be used on the left-hand side of patterns and in regular functions.\n  *\n  *\/\npackage object dsl {\n\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/spark\/SparkStreamingCodeGenStrategy.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage dbis.piglet.codegen.spark\n\nimport java.net.URI\n\nimport dbis.piglet.codegen.scala_lang.ScalaCodeGenStrategy\nimport dbis.piglet.codegen.{CodeEmitter, CodeGenContext, CodeGenTarget}\nimport dbis.piglet.mm.ProfilerSettings\nimport dbis.piglet.op._\nimport dbis.piglet.plan.DataflowPlan\nimport dbis.piglet.tools.Conf\n\nclass SparkStreamingCodeGenStrategy extends ScalaCodeGenStrategy {\n  override val target = CodeGenTarget.SparkStreaming\n\n\/\/  override val emitters = super.emitters + (\n\/\/    s\"$pkg.Load\" -> new StreamLoadEmitter,\n\/\/    s\"$pkg.Dump\" -> new StreamDumpEmitter,\n\/\/    s\"$pkg.Store\" -> new StreamStoreEmitter,\n\/\/    s\"$pkg.Grouping\" -> new StreamGroupingEmitter,\n\/\/    s\"$pkg.OrderBy\" -> new StreamOrderByEmitter,\n\/\/    s\"$pkg.Distinct\" -> new StreamDistinctEmitter,\n\/\/    s\"$pkg.Window\" -> new StreamWindowEmitter,\n\/\/    s\"$pkg.SocketRead\" -> new StreamSocketReadEmitter\n\/\/    )\n  \n  override def emitterForNode[O <: PigOperator](op: O): CodeEmitter[O] = {\n    \n    val emitter = op match {\n      case _: Load => StreamLoadEmitter.instance\n      case _: Dump => StreamDumpEmitter.instance\n      case _: Store => StreamStoreEmitter.instance\n      case _: Grouping => StreamGroupingEmitter.instance\n      case _: OrderBy => StreamOrderByEmitter.instance\n      case _: Distinct => StreamDistinctEmitter.instance\n      case _: Window => StreamWindowEmitter.instance\n      case _: SocketRead => StreamSocketReadEmitter.instance\n      case _ => super.emitterForNode(op)\n    }\n    \n    emitter.asInstanceOf[CodeEmitter[O]]\n  }\n\n  \/**\n    * Generate code needed for importing required Scala packages.\n    *\n    * @return a string representing the import code\n    *\/\n  override def emitImport(ctx: CodeGenContext, additionalImports: Seq[String] = Seq.empty): String =\n    CodeEmitter.render(\"\"\"import org.apache.spark._\n                         |import org.apache.spark.streaming._\n                         |import dbis.piglet.backends.{SchemaClass, Record}\n                         |import dbis.piglet.tools._\n                         |import dbis.piglet.backends.spark._\n                         |<additional_imports>\n                         |\n                         |object SECONDS {\n                         |  def apply(p: Long) = Seconds(p)\n                         |}\n                         |object MINUTES {\n                         |  def apply(p: Long) = Minutes(p)\n                         |}\n                         |<\\n>\n                         |\"\"\".stripMargin,\n      Map(\"additional_imports\" -> additionalImports.mkString(\"\\n\")))\n\n\n  \/**\n    * Generate code for the header of the script outside the main class\/object,\n    * i.e. defining the main object.\n    *\n    * @param scriptName the name of the script (e.g. used for the object)\n    * @return a string representing the header code\n    *\/\n  override def emitHeader1(ctx: CodeGenContext, scriptName: String): String =\n    CodeEmitter.render(\n      \"\"\"object <name> {\n        |  SparkStream.setAppName(\"<name>_App\")\n        |  val ssc = SparkStream.ssc\n        |\"\"\".stripMargin, Map(\"name\" -> scriptName))\n\n\n  \/**\n    *\n    * Generate code for the header of the script which should be defined inside\n    * the main class\/object.\n    *\n    * @param scriptName the name of the script (e.g. used for the object)\n    * @param profiling add profiling code to the generated code\n    * @return a string representing the header code\n    *\/\n  override def emitHeader2(ctx: CodeGenContext, scriptName: String, profiling: Option[ProfilerSettings] = None): String = {\n    var map = Map(\"name\" -> scriptName)\n\n    profiling.map { p =>\n      val u = p.url\n      u.resolve(Conf.EXECTIMES_FRAGMENT).toString }\n      .foreach { s => map += (\"profiling\" -> s) }\n\n\n    CodeEmitter.render(\"\"\"<\\n>\n                         |  def main(args: Array[String]) {\n                         |<if (profiling)>\n                         |    val perfMon = new PerfMonitor(\"<name>_App\")\n                         |    ssc.sparkContext.addSparkListener(perfMon)\n                         |<endif>\n                         |\"\"\".stripMargin, map)\n  }\n\n  override def emitFooter(ctx: CodeGenContext, plan: DataflowPlan, profiling: Option[URI] = None): String = {\n    \/*\n     * We want to force the termination with the help of a timeout,\n     * if all source nodes are Load operators as text files are not continuous.\n     *\/\n    var forceTermin = if(plan.operators.isEmpty) false else true\n    plan.sourceNodes.foreach(op => forceTermin &= op.isInstanceOf[Load])\n    var params = Map(\"name\" -> \"Starting Query\")\n    if (forceTermin) params += (\"forceTermin\" -> forceTermin.toString)\n    CodeEmitter.render(\"\"\"    ssc.start()\n                         |\t  ssc.awaitTermination<if (forceTermin)>OrTimeout(10000)<else>()<endif>\n                         |  }\n                         |}\"\"\".stripMargin, params)\n\n  }\n}\n"}
{"repo_name":"ksattler\/piglet","path":"src\/main\/scala\/dbis\/piglet\/codegen\/flink\/emitter\/StreamDistinctEmitter.scala","text":"package dbis.piglet.codegen.flink.emitter\n\nimport dbis.piglet.codegen.CodeGenContext\nimport dbis.piglet.op.Distinct\nimport dbis.piglet.codegen.CodeEmitter\n\nclass StreamDistinctEmitter extends dbis.piglet.codegen.scala_lang.DistinctEmitter {\n  override def template: String = \"\"\"\"\"\".stripMargin\n  def templateHelper: String = \"\t\t.toList.distinct\"\n  \n  def windowApply(ctx: CodeGenContext, op: Distinct): String = {\n    CodeEmitter.render(templateHelper, Map())\n  }\n}\n\nobject StreamDistinctEmitter {\n\tlazy val instance = new StreamDistinctEmitter\n}"}
{"repo_name":"ksattler\/piglet","path":"src\/test\/scala\/dbis\/piglet\/mm\/GlobalOperatorGraphSpec.scala","text":"<gh_stars>10-100\npackage dbis.piglet.mm\n\nimport org.scalatest.{Matchers, FlatSpec}\n\n\/**\n  * Created by hage on 02.06.17.\n  *\/\nclass GlobalOperatorGraphSpec extends FlatSpec with Matchers {\n\n  \"A Markov model\" should \"have size 0 when empty\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.size shouldBe 0\n  }\n\n  it should \"return the None cost if nothing was set\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.add(\"start\", Op(\"1\"))\n\n    m.cost(\"1\") shouldBe empty\n\n  }\n\n  it should \"return the correct cost of a node\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.add(\"start\", Op(\"1\",T(3)))\n\n    val t = T(3)\n\n    m.cost(\"1\") shouldBe defined\n    m.cost(\"1\").get shouldBe t\n  }\n\n  it should \"find the correct parent infos\" in {\n\n    val m = GlobalOperatorGraph.empty\n\n    m.add(GlobalOperatorGraph.startNode, \"1\")\n    m.add(\"1\", \"2\")\n    m.add(\"2\", \"3\")\n    m.add(\"3\", \"4\")\n    m.add(\"2\", \"5\")\n    m.add(\"5\", \"4\")\n\n    m.parents(\"start\") shouldBe empty\n\n    m.parents(\"1\") shouldBe defined\n    m.parents(\"1\").get should contain theSameElementsAs List(\"start\")\n\n    m.parents(\"4\").get should contain theSameElementsAs List(\"3\",\"5\")\n\n  }\n\n  it should \"have edge weights 1 for linear graph\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.add(GlobalOperatorGraph.startNode, \"1\")\n    m.add(\"1\", \"2\")\n    m.add(\"2\", \"3\")\n    m.add(\"3\", \"4\")\n\n    val pairs = List((\"start\",\"1\"),(\"1\",\"2\"),(\"2\",\"3\"),(\"3\",\"4\"))\n\n    pairs.foreach { e =>\n      withClue(e.toString()) { m.rawWeight(e._1,e._2) shouldBe 1L }\n    }\n  }\n\n  it should \"have correct total cost for linear graph\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.add(GlobalOperatorGraph.startNode, Op(\"1\",T(3)))\n    m.add(\"1\", Op(\"2\",T(2)))\n    m.add(\"2\", Op(\"3\",T(4)))\n    m.add(\"3\", Op(\"4\",T(3)))\n\n    val c = m.totalCost(\"4\",GlobalOperatorGraph.ProbMin)(GlobalOperatorGraph.CostMax)\n\n    c shouldBe 'Success\n\n    val cost = c.get.get._1\n    val probs = c.get.get._2\n\n    withClue(\"wrong cost\") { cost shouldBe 12L }\n    withClue(\"wrong prob\") { probs shouldBe 1.0 }\n  }\n\n  it should \"have correct total cost for graph with a split\" in {\n    val m = GlobalOperatorGraph.empty\n\n    m.add(GlobalOperatorGraph.startNode, Op(\"1\",T(3)))\n    m.add(\"1\", Op(\"2\",T(2)))\n    m.add(\"2\", Op(\"3\",T(4)))\n    m.add(\"2\", Op(\"8\",T(2)))\n    m.add(\"3\", Op(\"4\",T(3)))\n    m.add(\"4\", Op(\"5\",T(1)))\n    m.add(\"4\", Op(\"6\",T(2)))\n    m.add(\"4\", Op(\"7\",T(3)))\n\n    val c = m.totalCost(\"7\",GlobalOperatorGraph.ProbMin)(GlobalOperatorGraph.CostMax)\n\n    c shouldBe 'Success\n\n    val cost = c.get.get._1\n    val probs = c.get.get._2\n\n    withClue(\"wrong cost\") { cost shouldBe 15L }\n    withClue(\"wrong prob\") { probs shouldBe 1\/3.0 }\n  }\n\n}\n"}
{"repo_name":"tmcgrath\/spark-2-streaming","path":"src\/main\/scala\/com\/supergloo\/Skeleton.scala","text":"<reponame>tmcgrath\/spark-2-streaming<gh_stars>1-10\npackage com.supergloo\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\nobject Skeleton {\n\n  def main(args: Array[String]) {\n\n    val conf = new SparkConf().setAppName(\"Skeleton\")\n    conf.setIfMissing(\"spark.master\", \"local[*]\")\n\n    val spark = SparkSession\n      .builder()\n      .config(conf)\n      .getOrCreate()\n\n    import spark.sqlContext.implicits._\n\n    val df2 = spark.range(1,100)\n    val df3 = df2.map( i => i + 1)\n\n    df3.collect().foreach(println)\n\n    spark.stop()\n    sys.exit(0)\n  }\n}\n"}
{"repo_name":"tmcgrath\/spark-2-streaming","path":"src\/main\/scala\/com\/supergloo\/ml\/streaming\/UberTrain.scala","text":"<filename>src\/main\/scala\/com\/supergloo\/ml\/streaming\/UberTrain.scala\npackage com.supergloo.ml.streaming\n\nimport org.apache.spark._\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql._\n\nimport org.apache.spark.ml.feature.VectorAssembler\nimport org.apache.spark.ml.clustering.KMeans\n\n\/**\n  * Refactor of\n  * https:\/\/github.com\/caroljmcdonald\/spark-ml-kmeans-uber\/blob\/master\/ClusterUber.scala\n  * Not that the original is bad or incorrect, I just wanted to play with it and\n  * adjust it so I can learn from it.\n  *\n  * Consider this refactor a hat tip to the original\n  *\n  * Assumes the training data csv has been downloaded from\n  * https:\/\/github.com\/caroljmcdonald\/spark-ml-kmeans-uber\/tree\/master\/data\n  * and saved in \/tmp\/csv as you'll see in code below\n  *\/\nobject UberTrain {\n\n  def main(args: Array[String]) {\n\n    val conf = new SparkConf().setAppName(\"Uber Train\")\n    conf.setIfMissing(\"spark.master\", \"local[*]\")\n\n    val spark = SparkSession\n      .builder()\n      .config(conf)\n      .getOrCreate()\n\n    import spark.sqlContext.implicits._\n    import org.apache.spark.sql.functions._\n\n    val df = spark.read.option(\"header\", \"false\")\n      .csv(\"file:\/\/\/tmp\/csv\/*.csv\")\n      .withColumnRenamed(\"_c0\", \"dt\")\n      .withColumnRenamed(\"_c1\", \"lat\")\n      .withColumnRenamed(\"_c2\", \"lon\")\n      .withColumnRenamed(\"_c3\", \"base\")\n      .withColumn(\"dt\", to_date($\"dt\"))\n      .withColumn(\"lat\", $\"lat\".cast(\"decimal\"))\n      .withColumn(\"lon\", $\"lon\".cast(\"decimal\"))\n      .withColumn(\"base\", $\"base\")\n      .as[Uber]\n\n    df.cache\n    df.show\n    df.schema\n\n    val featureCols = Array(\"lat\", \"lon\")\n    val assembler = new VectorAssembler().setInputCols(featureCols).setOutputCol(\"features\")\n    val df2 = assembler.transform(df)\n    val Array(trainingData, testData) = df2.randomSplit(Array(0.7, 0.3), 5043)\n\n    val kmeans = new KMeans().setK(10).setFeaturesCol(\"features\").setMaxIter(3)\n    val model = kmeans.fit(trainingData)\n\n    println(\"Final Centers: \")\n    model.clusterCenters.foreach(println)\n\n    val categories = model.transform(testData)\n\n    categories.show\n    categories.createOrReplaceTempView(\"uber\")\n\n    \/\/Which cluster had highest number of pickups by month, day, hour?\n    categories.select(month($\"dt\").alias(\"month\"), dayofmonth($\"dt\")\n      .alias(\"day\"), hour($\"dt\").alias(\"hour\"), $\"prediction\")\n      .groupBy(\"month\", \"day\", \"hour\", \"prediction\").\n      agg(count(\"prediction\").alias(\"count\")).orderBy(\"day\", \"hour\", \"prediction\").show\n\n    \/\/Which cluster had highest number of pickups by hour?\n    categories.select(hour($\"dt\").alias(\"hour\"), $\"prediction\")\n      .groupBy(\"hour\", \"prediction\").agg(count(\"prediction\")\n      .alias(\"count\")).orderBy(desc(\"count\")).show\n\n    \/\/ number of pickups per cluster\n    categories.groupBy(\"prediction\").count().show()\n\n\n    \/\/ pick your preference DataFrame API above or can use SQL directly\n    spark.sql(\" select prediction, count(prediction) as count from uber group by prediction\").show\n    spark.sql(\"SELECT hour(uber.dt) as hr,count(prediction) as ct FROM uber group By hour(uber.dt)\").show\n\n    \/\/ to save the categories dataframe as json data\n    \/\/  categories.select(\"dt\", \"base\", \"prediction\").write.format(\"json\").save(\"uberclusterstest\")\n    \/\/  to save the model\n    \/\/  model.write.overwrite().save(\"\/user\/user01\/data\/savemodel\")\n    \/\/  to re-load the model\n    \/\/  val sameModel = KMeansModel.load(\"\/user\/user01\/data\/savemodel\")\n  }\n}\ncase class Uber(dt: java.sql.Timestamp, lat: BigDecimal,\n                lon: BigDecimal, base: String)\n"}
{"repo_name":"tmcgrath\/spark-2-streaming","path":"src\/main\/scala\/com\/supergloo\/kinesis\/SparkKinesisExample.scala","text":"package com.supergloo.kinesis\n\nimport com.amazonaws.auth.DefaultAWSCredentialsProviderChain\nimport com.amazonaws.regions.RegionUtils\nimport com.amazonaws.services.kinesis.AmazonKinesisClient\nimport com.amazonaws.services.kinesis.clientlibrary.lib.worker.InitialPositionInStream\nimport com.supergloo.util.Logging\nimport com.typesafe.config.ConfigFactory\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.streaming.dstream.DStream\nimport org.apache.spark.streaming.kinesis.KinesisUtils\nimport org.apache.spark.streaming.{Milliseconds, Minutes, Seconds, StreamingContext}\n\n\/**\n  * For more information and context\n  * @see <a href=\"https:\/\/www.supergloo.com\/fieldnotes\/spark-kinesis-example\/\">https:\/\/www.supergloo.com\/fieldnotes\/spark-kinesis-example\/<\/a>\n  *\/\nobject SparkKinesisExample extends Logging {\n\n  def main(args: Array[String]) {\n\n    val conf = new SparkConf().setAppName(\"Kinesis Read Sensor Data\")\n    conf.setIfMissing(\"spark.master\", \"local[*]\")\n\n    \/\/ Typesafe config - load external config from src\/main\/resources\/application.conf\n    val kinesisConf = ConfigFactory.load.getConfig(\"kinesis\")\n\n    val appName = kinesisConf.getString(\"appName\")\n    val streamName = kinesisConf.getString(\"streamName\")\n    val endpointUrl = kinesisConf.getString(\"endpointUrl\")\n\n    val credentials = new DefaultAWSCredentialsProviderChain().getCredentials()\n    require(credentials != null,\n      \"No AWS credentials found. See http:\/\/docs.aws.amazon.com\/AWSSdkDocsJava\/latest\/DeveloperGuide\/credentials.html\")\n    val kinesisClient = new AmazonKinesisClient(credentials)\n    kinesisClient.setEndpoint(endpointUrl)\n    val numShards = kinesisClient.describeStream(streamName).getStreamDescription().getShards().size\n\n    val numStreams = numShards\n\n    val batchInterval = Milliseconds(2000)\n\n    val kinesisCheckpointInterval = batchInterval\n\n    \/\/ Get the region name from the endpoint URL to save Kinesis Client Library metadata in\n    \/\/ DynamoDB of the same region as the Kinesis stream\n    val regionName = RegionUtils.getRegionByEndpoint(endpointUrl).getName()\n\n    val ssc = new StreamingContext(conf, batchInterval)\n\n    \/\/ Create the Kinesis DStreams\n    val kinesisStreams = (0 until numStreams).map { i =>\n      KinesisUtils.createStream(ssc, appName, streamName, endpointUrl, regionName,\n        InitialPositionInStream.LATEST, kinesisCheckpointInterval, StorageLevel.MEMORY_AND_DISK_2)\n    }\n\n    \/\/ Union all the streams (in case numStreams > 1)\n    val unionStreams = ssc.union(kinesisStreams)\n\n    val sensorData = unionStreams.map { byteArray =>\n      val Array(sensorId, temp, status) = new String(byteArray).split(\",\")\n      SensorData(sensorId, temp.toInt, status)\n    }\n\n    val hotSensors: DStream[SensorData] = sensorData.filter(_.currentTemp > 100)\n\n    hotSensors.print(1) \/\/ remove me if you want... this is just to spit out timestamps\n\n    println(s\"Sensors with Temp > 100\")\n    hotSensors.map { sd =>\n      println(s\"Sensor id ${sd.id} has temp of ${sd.currentTemp}\")\n    }\n\n    \/\/ Hotest sensors over the last 20 seconds\n    hotSensors.window(Seconds(20)).foreachRDD { rdd =>\n      val spark = SparkSession.builder.config(rdd.sparkContext.getConf).getOrCreate()\n      import spark.implicits._\n\n      val hotSensorDF = rdd.toDF()\n      hotSensorDF.createOrReplaceTempView(\"hot_sensors\")\n\n      val hottestOverTime = spark.sql(\"select * from hot_sensors order by currentTemp desc limit 5\")\n      hottestOverTime.show(2)\n    }\n\n    \/\/ To make sure data is not deleted by the time we query it interactively\n    ssc.remember(Minutes(1))\n\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}\ncase class SensorData(id: String, currentTemp: Int, status: String)"}
{"repo_name":"tmcgrath\/spark-2-streaming","path":"build.sbt","text":"name := \"spark-2-streaming\"\n \nversion := \"1.0\"\n\nval sparkVersion = \"2.0.2\"\nval connectorVersion = \"2.0.2\"\n\nassemblyOption in assembly := (assemblyOption in assembly).value.copy(includeScala = false)\n\nassemblyMergeStrategy in assembly := {\n  case PathList(\"META-INF\", \"MANIFEST.MF\") => MergeStrategy.discard\n  case x => MergeStrategy.first\n}\n\nscalaVersion := \"2.11.8\"\n\n\/\/ still want to be able to run in sbt\n\/\/ https:\/\/github.com\/sbt\/sbt-assembly#-provided-configuration\nrun in Compile <<= Defaults.runTask(fullClasspath in Compile, mainClass in (Compile, run), runner in (Compile, run))\n\nfork in run := true\njavaOptions in run ++= Seq(\n  \"-Dlog4j.debug=true\",\n  \"-Dlog4j.configuration=log4j.properties\")\n\n\n\/\/ https:\/\/github.com\/JetBrains\/intellij-scala\/wiki\/%5BSBT%5D-How-to-use-provided-libraries-in-run-configurations\nlazy val intellijRunner = project.in(file(\"intellijRunner\")).dependsOn(RootProject(file(\".\"))).settings(\n  scalaVersion := \"2.11.8\",\n  libraryDependencies ++= sparkDependencies.map(_ % \"compile\") ++ otherDependencies\n).disablePlugins(sbtassembly.AssemblyPlugin)\n\nlazy val sparkDependencies = Seq(\n  \"org.apache.spark\" %% \"spark-core\" % sparkVersion,\n  \"org.apache.spark\" %% \"spark-sql\" % sparkVersion,\n  \"org.apache.spark\" %% \"spark-hive\" % sparkVersion,\n  \"org.apache.spark\" %% \"spark-mllib\" % sparkVersion,\n  \"org.apache.spark\" %% \"spark-streaming\" % sparkVersion,\n  \"com.datastax.spark\" %% \"spark-cassandra-connector\" % connectorVersion \/\/ assumes running in DSE; move to `otherDependencies` if OSS\n)\n\nlazy val otherDependencies = Seq(\n  \"com.typesafe\" % \"config\" % \"1.3.1\",\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.12\",\n  \"org.apache.spark\" %% \"spark-streaming-kinesis-asl\" % sparkVersion,\n  \"org.scalaj\" %% \"scalaj-http\" % \"2.3.0\",\n  \"org.jfarcand\" % \"wcs\" % \"1.5\"\n)\n\nlibraryDependencies ++= sparkDependencies.map(_ % \"provided\") ++ otherDependencies \/\/ for assembly plugin - see project\/assembly.sbt\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/StreamingSimple.scala","text":"package io.gourd.flink.scala.games.streaming\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/**\n  * @author Li.Wei by 2019\/11\/15\n  *\/\nobject StreamingSimple extends StreamExecutionEnvironmentApp {\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n\n  rolePayDataStream\n    .filter(_.getDataUnix > 0) \/\/ \u8fc7\u6ee4\n    .map(o => (o.platform, o.dataUnix, o.money)) \/\/ \u8f6c\u6362\u4e3a\u5143\u7ec4\n    .keyBy(0) \/\/ \u6309 platform \u5b57\u6bb5\u5206\u7ec4\n    .timeWindow(Time.seconds(5)) \/\/ 5s\u7a97\u53e3\u7edf\u8ba1\n    .sum(2) \/\/ \u805a\u5408 money \u5b57\u6bb5\n    .print()\n  sEnv.execute(this.getClass.getName)\n\n  \/* \u6301\u7eed\u6027\u8f93\u51fa\u90e8\u5206\u793a\u4f8b\uff1a\n  3> (IOS_YY,1571497479,4170.0)\n  4> (ADR,1571576109,2640.0)\n  1> (IOS,1571575689,5230.0)\n  1> (H5,1571576559,2084.0)\n    ...\n    ...\n   *\/\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/WindowedStreamFunctions.scala","text":"<filename>src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/WindowedStreamFunctions.scala\npackage io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala.{DataStream, WindowedStream}\nimport org.apache.flink.streaming.api.windowing.assigners.TumblingEventTimeWindows\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\n\n\/**\n  * \u7a97\u53e3\u51fd\u6570\u793a\u4f8b\u516c\u5171\u4ee3\u7801\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\ntrait WindowedStreamFunctions extends StreamExecutionEnvironmentApp {\n\n  sEnv.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309event-time\u6eda\u52a8\u7a97\u53e3\n  val window: WindowedStream[(String, Double), Tuple, TimeWindow] = rolePayDataStream\n    .assignAscendingTimestamps(_.eventTimestamp)\n    .map(o => (o.platform, o.money))\n    .keyBy(0)\n    .window(TumblingEventTimeWindows.of(Time.seconds(10)))\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/GlobalWindow.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.streaming.api.windowing.assigners.GlobalWindows\n\n\/** \u5168\u5c40\u7a97\u53e3\n  *\n  * =\u5b9a\u4e49=\n  * \u5168\u5c40\u7a97\u53e3\u5206\u914d\u5668\u5c06\u6240\u6709\u5177\u6709\u76f8\u540ckey\u7684\u5143\u7d20\u5206\u914d\u5230\u540c\u4e00\u4e2a\u5168\u5c40\u7a97\u53e3\u4e2d\uff0c\u8fd9\u4e2a\u7a97\u53e3\u6a21\u5f0f\u4ec5\u9002\u7528\u4e8e\u7528\u6237\u8fd8\u9700\u81ea\u5b9a\u4e49\u89e6\u53d1\u5668\u7684\u60c5\u51b5\u3002\n  * \u5426\u5219\uff0c\u7531\u4e8e\u5168\u5c40\u7a97\u53e3\u6ca1\u6709\u4e00\u4e2a\u81ea\u7136\u7684\u7ed3\u5c3e\uff0c\u65e0\u6cd5\u6267\u884c\u5143\u7d20\u7684\u805a\u5408\uff0c\u5c06\u4e0d\u4f1a\u6709\u8ba1\u7b97\u88ab\u6267\u884c\u3002\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\nobject GlobalWindow extends StreamExecutionEnvironmentApp {\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n  val keyed = rolePayDataStream.keyBy(_.rid)\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6307\u5b9a\u5168\u5c40\u7a97\u53e3\n  keyed.window(GlobalWindows.create())\n\n  \/*\n  \u76f4\u63a5\u4f7f\u7528 KeyedStream.countWindow \u8c03\u7528\u6307\u5b9acount\u6570\u5185\u90e8\u521b\u5efa\u7b49\u540c\u4e8e\n  window(GlobalWindows.create()).trigger(PurgingTrigger.of(CountTrigger.of(size)));\n  *\/\n  keyed.countWindow(5)\n  \/*\n  \u76f4\u63a5\u4f7f\u7528 KeyedStream.countWindow \u8c03\u7528\u6307\u5b9acount\u6570\u5185\u90e8\u521b\u5efa GlobalWindow \u7b49\u540c\u4e8e\n  window(GlobalWindows.create())\n\t\t.evictor(CountEvictor.of(size))\n\t\t.trigger(CountTrigger.of(slide));\n  *\/\n  keyed.countWindow(5, 10)\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/batch\/Accumulators.scala","text":"package io.gourd.flink.scala.games.batch\n\nimport io.gourd.flink.scala.api.BatchExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData.DataSet\nimport io.gourd.flink.scala.games.data.pojo.UserLogin\nimport org.apache.flink.api.common.accumulators.IntCounter\nimport org.apache.flink.api.common.functions.RichMapFunction\nimport org.apache.flink.api.scala._\nimport org.apache.flink.configuration.Configuration\n\n\/** \u7d2f\u52a0\u5668\u548c\u8ba1\u6570\u5668\n  *\n  * https:\/\/ci.apache.org\/projects\/flink\/flink-docs-release-1.9\/dev\/api_concepts.html#accumulators--counters\n  *\n  * @author Li.Wei by 2019\/11\/4\n  *\/\nobject Accumulators extends BatchExecutionEnvironmentApp {\n\n  \/\/ \u7528\u6237\u767b\u5f55\u6570\u636e DataSet\n  val userLoginDs = DataSet.userLogin(this)\n\n  userLoginDs\n    .map(new MyMap())\n    .first(10)\n    .writeAsText(\".\/debug-out\/Accumulators.txt\")\n\n  \/\/ \u7ed3\u679c\u5c06\u5b58\u50a8\u5728JobExecutionResult\n  private val result = bEnv.execute()\n  \/\/ \u83b7\u53d6\u8ba1\u6570\u5668\u7ed3\u679c\u4e3a num-lines:11520\n  info(s\"num-lines:${result.getAccumulatorResult(\"num-lines\")}\")\n}\n\n\/**\n  * \u81ea\u5b9a\u4e49 map \u5b9e\u73b0\u51fd\u6570\uff0c\u64cd\u4f5c\u7d2f\u52a0\u5668\u793a\u4f8b\n  *\/\nprivate class MyMap extends RichMapFunction[UserLogin, (String, String)] {\n\n  \/\/ \u521b\u5efa\u4e00\u4e2a\u7d2f\u52a0\u5668\u5bf9\u8c61\n  private val numLines = new IntCounter\n\n  override def open(config: Configuration): Unit = {\n    \/\/ \u6ce8\u518c\u7d2f\u52a0\u5668\u5bf9\u8c61\n    getRuntimeContext.addAccumulator(\"num-lines\", numLines)\n  }\n\n  override def map(value: UserLogin): (String, String) = {\n    numLines.add(1) \/\/ \u7d2f\u52a0\u5668 +1\n    (value.uid, value.status)\n  }\n}"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/data\/GameData.scala","text":"<reponame>GourdErwa\/flink-advanced\npackage io.gourd.flink.scala.games.data\n\nimport io.gourd.flink.scala.api._\nimport io.gourd.flink.scala.games.data.pojo._\nimport org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.api.java.io.TupleCsvInputFormat\nimport org.apache.flink.api.java.typeutils.TupleTypeInfoBase\nimport org.apache.flink.api.scala.{DataSet, _}\nimport org.apache.flink.core.fs.Path\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.table.api.Table\nimport org.apache.flink.table.expressions.Expression\nimport org.apache.flink.table.sources.CsvTableSource\n\n\/** \u4f7f\u7528 resource\/data\/game\/ \u4f5c\u4e3a\u6570\u636e\u6e90\n  *\n  * @author Li.Wei by 2019\/10\/29\n  *\/\nobject GameData {\n\n  val userLoginCsvPath = getClass.getClassLoader.getResource(\"data\/game\/UserLogin.csv\").getPath\n  val roleLoginCsvPath = getClass.getClassLoader.getResource(\"data\/game\/RoleLogin.csv\").getPath\n  val rolePayCsvPath = getClass.getClassLoader.getResource(\"data\/game\/RolePay.csv\").getPath\n  val roleShopCsvPath = getClass.getClassLoader.getResource(\"data\/game\/RoleShop.csv\").getPath\n\n\n  \/\/ load DataSet\n  object DataSet {\n    def userLogin(app: BatchExecutionEnvironmentApp): DataSet[UserLogin] =\n      app.bEnv.readCsvFile[UserLogin](userLoginCsvPath)\n\n    def roleLogin(app: BatchExecutionEnvironmentApp): DataSet[RoleLogin] =\n      app.bEnv.readCsvFile[RoleLogin](roleLoginCsvPath)\n\n    def rolePay(app: BatchExecutionEnvironmentApp): DataSet[RolePay] =\n      app.bEnv.readCsvFile[RolePay](rolePayCsvPath)\n\n    def roleShop(app: BatchExecutionEnvironmentApp): DataSet[RoleShop] =\n      app.bEnv.readCsvFile[RoleShop](roleShopCsvPath)\n  }\n\n  \/\/ Register DataSet\n  object RegisterDataSet {\n\n    private def registerDs[T](app: BatchTableEnvironmentApp, tableName: String, ds: DataSet[T],\n                              fields: Option[Array[Expression]]): String = {\n      fields match {\n        case Some(value) => app.btEnv.registerDataSet(tableName, ds, value.toSeq: _*)\n        case None => app.btEnv.registerDataSet(tableName, ds)\n      }\n      tableName\n    }\n\n    def userLogin(app: BatchTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[UserLogin](app, \"UserLogin\", DataSet.userLogin(app), fields)\n\n    def roleLogin(app: BatchTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RoleLogin](app, \"RoleLogin\", DataSet.roleLogin(app), fields)\n\n    def rolePay(app: BatchTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RolePay](app, \"RolePay\", DataSet.rolePay(app), fields)\n\n    def roleShop(app: BatchTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RoleShop](app, \"RoleShop\", DataSet.roleShop(app), fields)\n  }\n\n  \/\/ load DataStream\n  object DataStream {\n\n    private def loadStream[T: TypeInformation](app: StreamExecutionEnvironmentApp,\n                                               path: String,\n                                               emitRecordTimer: Long = 0\n                                              ): DataStream[T] = {\n      val typeInfo = implicitly[TypeInformation[T]]\n      val format = new TupleCsvInputFormat(new Path(path), typeInfo.asInstanceOf[TupleTypeInfoBase[T]]) {\n        override def nextRecord(record: T): T = {\n          if (emitRecordTimer > 0) Thread.sleep(emitRecordTimer) \/\/ \u6a21\u62df\u6301\u7eed\u6027\u53d1\u5c04\u6570\u636e\uff0c\u5f62\u6210\u6570\u636e\u6d41\n          super.nextRecord(record)\n        }\n      }\n      app.sEnv.createInput(format)\n    }\n\n    def userLogin(app: StreamExecutionEnvironmentApp, emitRecordTimer: Long = 0): DataStream[UserLogin] =\n      loadStream[UserLogin](app, userLoginCsvPath, emitRecordTimer)\n\n    def roleLogin(app: StreamExecutionEnvironmentApp, emitRecordTimer: Long = 0): DataStream[RoleLogin] =\n      loadStream[RoleLogin](app, roleLoginCsvPath, emitRecordTimer)\n\n    def rolePay(app: StreamExecutionEnvironmentApp, emitRecordTimer: Long = 0): DataStream[RolePay] =\n      loadStream[RolePay](app, rolePayCsvPath, emitRecordTimer)\n\n    def roleShop(app: StreamExecutionEnvironmentApp, emitRecordTimer: Long = 0): DataStream[RoleShop] =\n      loadStream[RoleShop](app, roleShopCsvPath, emitRecordTimer)\n  }\n\n  \/\/ Register DataStream\n  object RegisterDataStream {\n\n    private def registerDs[T](app: StreamTableEnvironmentApp,\n                              tableName: String,\n                              ds: DataStream[T],\n                              fields: Option[Array[Expression]]): String = {\n      fields match {\n        case Some(value) => app.stEnv.registerDataStream(tableName, ds, value.toSeq: _*)\n        case None => app.stEnv.registerDataStream(tableName, ds)\n      }\n\n      tableName\n    }\n\n    def userLogin(app: StreamTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[UserLogin](app, \"UserLogin\", DataStream.userLogin(app), fields)\n\n    def roleLogin(app: StreamTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RoleLogin](app, \"RoleLogin\", DataStream.roleLogin(app), fields)\n\n    def rolePay(app: StreamTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RolePay](app, \"RolePay\", DataStream.rolePay(app), fields)\n\n    def roleShop(app: StreamTableEnvironmentApp, fields: Option[Array[Expression]] = None): String =\n      registerDs[RoleShop](app, \"RoleShop\", DataStream.roleShop(app), fields)\n  }\n\n\n  object Table {\n\n    private def fromTableSource[T <: Product : TypeInformation](app: TableEnvironmentApp, path: String): Table = {\n      val builder: CsvTableSource.Builder = CsvTableSource.builder().path(path)\n      GameModel.fieldNameTypes[T]().foreach(k => builder.field(k._1, k._2))\n      app.tEnv.fromTableSource(builder.build())\n    }\n\n    def userLogin(app: TableEnvironmentApp): Table = fromTableSource[UserLogin](app, userLoginCsvPath)\n\n    def roleLogin(app: TableEnvironmentApp): Table = fromTableSource[RoleLogin](app, roleLoginCsvPath)\n\n    def rolePay(app: TableEnvironmentApp): Table = fromTableSource[RolePay](app, rolePayCsvPath)\n\n    def roleShop(app: TableEnvironmentApp): Table = fromTableSource[RoleShop](app, roleShopCsvPath)\n  }\n\n}"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyWindowFunction.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.function.WindowFunction\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n  * \u4f7f\u7528 [[WindowFunction]] \u51fd\u6570\n  *\n  * \u53c2\u8003 [[ApplyProcessWindowFunction]] \u4e2d ProcessWindowFunction \u7528\u6cd5\uff0c\u76f8\u5bf9\u4e8e ProcessWindowFunction\uff0cWindowFunction\n  * \u4e0d\u53ef\u8bbf\u95ee context \u5185\u5bb9\n  *\/\nobject ApplyWindowFunction extends WindowedStreamFunctions {\n\n  window\n    .apply(new MyWindowFunction())\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n\n  class MyWindowFunction\n    extends WindowFunction[(String, Double), String, Tuple, TimeWindow] {\n\n    override def apply(key: Tuple,\n                       window: TimeWindow,\n                       input: Iterable[(String, Double)],\n                       out: Collector[String]): Unit = {\n      var count = 0L\n      for (_ <- input) {\n        count = count + 1\n      }\n      out.collect(s\"Window ${window} count: $count\")\n    }\n  }\n\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/Watermark.scala","text":"<filename>src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/Watermark.scala\npackage io.gourd.flink.scala.games.streaming\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.pojo.{GameModel, UserLogin}\nimport io.gourd.flink.scala.games.data.{GameAscendingTimestampExtractor, GameData}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.functions.source.SourceFunction\nimport org.apache.flink.streaming.api.functions.timestamps.BoundedOutOfOrdernessTimestampExtractor\nimport org.apache.flink.streaming.api.functions.{AssignerWithPeriodicWatermarks, AssignerWithPunctuatedWatermarks}\nimport org.apache.flink.streaming.api.watermark.Watermark\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/** flink \u65f6\u95f4\u673a\u5236\u4e0e\u6c34\u5370\n  *\n  * @author Li.Wei by 2019\/11\/19\n  *\/\nobject Watermark extends StreamExecutionEnvironmentApp {\n\n  sEnv.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n\n  private val stream = GameData.DataStream.userLogin(this)\n\n  stream\n    .assignTimestampsAndWatermarks(new GameAscendingTimestampExtractor[UserLogin]) \/\/ \u81ea\u5b9a\u4e49\u751f\u6210\u5668\n    .assignTimestampsAndWatermarks(new PunctuatedAssigner[UserLogin]())\n    .assignTimestampsAndWatermarks(new BoundedOutOfOrdernessGenerator[UserLogin]())\n    .assignTimestampsAndWatermarks(new MyBoundedOutOfOrderness[UserLogin](Time.seconds(10))) \/\/ \u81ea\u5b9a\u4e49\u56fa\u5b9a\u5ef6\u8fdf\u751f\u6210\u5668\n    .assignAscendingTimestamps(_.eventTimestamp) \/\/ \u9002\u7528\u4e8eevent\u65f6\u95f4\u6233\u5355\u8c03\u9012\u589e\u7684\u573a\u666f\uff0c\u6570\u636e\u6ca1\u6709\u592a\u591a\u5ef6\u65f6\u3002\n    .filter(_.getDataUnix > 0)\n}\n\n\/**\n  * \u81ea\u5b9a\u4e49 SourceFunction \uff0c\u5b9a\u4e49 Timestamp \u4e0e Watermarks\n  *\n  * @param seq    \u521d\u59cb\u5316\u6570\u636e\n  * @param millis \u53d1\u5c04\u65f6\u95f4\u95f4\u9694\n  * @tparam T GameModel\n  *\/\nclass GameSourceFunction[T <: GameModel](seq: Seq[T], millis: Long = 0) extends SourceFunction[T] {\n\n  private var counter = 0\n  private var isRunning = true\n\n  override def run(ctx: SourceFunction.SourceContext[T]): Unit = {\n    while (isRunning && counter < seq.length) {\n      \/\/ ctx.collect(seq(counter))\n      val next = seq(counter)\n      ctx.collectWithTimestamp(next, next.eventTimestamp) \/\/ \u6beb\u79d2\u65f6\u95f4\u6233\n      \/\/      if (next.hasWatermarkTime) {\n      \/\/        ctx.emitWatermark(new Watermark(next.getWatermarkTime))\n      \/\/      }\n      counter = counter + 1\n      Thread.sleep(millis)\n    }\n  }\n\n  override def cancel(): Unit = {\n    isRunning = false\n  }\n}\n\n\/**\n  * \u5468\u671f\u6027\u6c34\u5370\u751f\u6210\u5668\uff0c\u5b9a\u4e49 Timestamp \u4e0e Watermarks\n  * \u6b64\u751f\u6210\u5668\u751f\u6210\u7684\u6c34\u5370\u652f\u6301\u5904\u7406\u7ed9\u5b9a\u5ef6\u8fdf\u65f6\u95f4\u8303\u56f4\u5185\u7684\u6570\u636e\n  * \u652f\u6301\u5ef6\u8fdf\u7684\u65f6\u95f4\u52a8\u6001\u8ba1\u7b97 = \u5f53\u524d\u5904\u7406\u4e8b\u4ef6\u4e2d\u7684\u6700\u5927\u65f6\u95f4 - \u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4\n  *\/\nclass BoundedOutOfOrdernessGenerator[T <: GameModel] extends AssignerWithPeriodicWatermarks[T] {\n\n  val maxOutOfOrderness = 3500L \/\/ \u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4 3.5 seconds\n\n  var currentMaxTimestamp: Long = _ \/\/ \u5f53\u524d\u6700\u5927\u65f6\u95f4\n\n  override def extractTimestamp(element: T, previousElementTimestamp: Long): Long = {\n    val timestamp = element.eventTimestamp\n    currentMaxTimestamp = Math.max(timestamp, currentMaxTimestamp)\n    timestamp\n  }\n\n  \/\/ \u8fd4\u56de\u6c34\u5370\u4e3a\u5f53\u524d\u6700\u5927\u65f6\u95f4\u51cf\u53bb\u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4\n  override def getCurrentWatermark: Watermark =\n    new Watermark(currentMaxTimestamp - maxOutOfOrderness)\n}\n\n\/**\n  * \u5468\u671f\u6027\u6c34\u5370\u751f\u6210\u5668\uff0c\u5b9a\u4e49 Timestamp \u4e0e Watermarks\n  * \u6b64\u751f\u6210\u5668\u751f\u6210\u7684\u6c34\u5370\u652f\u6301\u5904\u7406\u7ed9\u5b9a\u5ef6\u8fdf\u65f6\u95f4\u8303\u56f4\u5185\u7684\u6570\u636e\u3002\n  * \u652f\u6301\u5ef6\u8fdf\u7684\u65f6\u95f4\u52a8\u6001\u8ba1\u7b97 = \u5f53\u524d\u7cfb\u7edf\u65f6\u95f4 - \u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4\n  *\/\nclass TimeLagWatermarkGenerator[T <: GameModel] extends AssignerWithPeriodicWatermarks[T] {\n\n  val maxTimeLag = 5000L \/\/ \u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4 5 seconds\n\n  override def extractTimestamp(element: T, previousElementTimestamp: Long): Long =\n    element.eventTimestamp\n\n  \/\/ \u8fd4\u56de\u6c34\u5370\u4e3a\u5f53\u524d\u65f6\u95f4\u51cf\u53bb\u652f\u6301\u6700\u5927\u5ef6\u8fdf\u65f6\u95f4\n  override def getCurrentWatermark: Watermark =\n    new Watermark(System.currentTimeMillis() - maxTimeLag)\n}\n\n\/**\n  * \u5468\u671f\u6027\u6c34\u5370\u751f\u6210\u5668\uff0c\u5b9a\u4e49 Timestamp \u4e0e Watermarks\n  * \u5206\u914d\u5668\u5141\u8bb8\u56fa\u5b9a\u7684\u5ef6\u8fdf\u65f6\u95f4\n  *\n  * @param maxOutOfOrderness \u6307\u5b9a\u56fa\u5b9a\u5ef6\u8fdf\u65f6\u95f4\u5355\u4f4d\n  *\/\nclass MyBoundedOutOfOrderness[T <: GameModel](maxOutOfOrderness: Time)\n  extends BoundedOutOfOrdernessTimestampExtractor[T](maxOutOfOrderness) {\n  override def extractTimestamp(element: T): Long =\n    element.eventTimestamp\n}\n\n\/** \u5e26\u6761\u4ef6\u7684\u6c34\u5370\u751f\u6210\u5668\uff0c\u5b9a\u4e49 Timestamp \u4e0e Watermarks\n  * \u5728\u7279\u5b9a\u4e8b\u4ef6\u89c4\u5219\uff0c\u53ef\u80fd\u4f1a\u751f\u6210\u65b0\u7684\u6c34\u5370\u65f6\u751f\u6210\u6c34\u5370\n  *\/\nclass PunctuatedAssigner[T <: GameModel] extends AssignerWithPunctuatedWatermarks[T] {\n\n  override def extractTimestamp(element: T, previousElementTimestamp: Long): Long = {\n    element.eventTimestamp\n  }\n\n  override def checkAndGetNextWatermark(lastElement: T, extractedTimestamp: Long): Watermark = {\n    if (lastElement.hasWatermarkMarker) new Watermark(extractedTimestamp) else null\n  }\n}\n\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/SlidingWindow.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.streaming.api.windowing.assigners.{SlidingEventTimeWindows, SlidingProcessingTimeWindows}\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/** \u6ed1\u52a8\u7a97\u53e3\n  *\n  * =\u5b9a\u4e49=\n  * \u6ed1\u52a8\u7a97\u53e3\u6309\u65f6\u95f4\u5206\u914d\u56fa\u5b9a\u7684\u5927\u5c0f\uff0c\u4e14\u6309\u6307\u5b9a\u65f6\u95f4\u53c2\u6570\u542f\u52a8\u65b0\u7684\u7a97\u53e3\uff0c\u53ef\u80fd\u4f1a\u91cd\u53e0\u3002\n  * \u4f8b\u5982\uff0c\u5982\u679c\u60a8\u6307\u5b9a\u5927\u5c0f\u4e3a5\u5206\u949f\uff0c\u6ed1\u52a8\u53c2\u6570\u4e3a1\u5206\u949f\uff0c\u5219\u6bcf1\u5206\u949f\u5c06\u542f\u52a8\u4e00\u4e2a\u65b0\u7a97\u53e3\uff0c\u7d2f\u8ba15\u5206\u949f\u8fdb\u5165\u7a97\u53e3\u7684\u4e8b\u4ef6\u540e\u8be5\u7a97\u53e3\u7ed3\u675f\u3002\n  *\n  * =\u65f6\u95f4\u95f4\u9694\u6307\u5b9a=\n  * Time.milliseconds(x)\uff0cTime.seconds(x)\uff0c Time.minutes(x)\uff0c...\n  *\n  * =\u7a97\u53e3\u5bf9\u9f50=\n  * \u5982\u6700\u540e\u4e00\u4e2a\u793a\u4f8b\u6240\u793a\uff0c\u6eda\u52a8\u7a97\u53e3\u5206\u914d\u5668\u8fd8\u91c7\u7528\u4e00\u4e2a\u53ef\u9009 offset \u53c2\u6570\uff0c\u8be5\u53c2\u6570\u53ef\u7528\u4e8e\u66f4\u6539\u7a97\u53e3\u7684\u5bf9\u9f50\u65b9\u5f0f\u3002\n  * \u4f8b\u5982\n  * \u5982\u679c\u6ca1\u6709\u504f\u79fb\uff0c\u5219\u6bcf\u5c0f\u65f6\u6eda\u52a8\u7a97\u53e3\u4e0eepoch\u5bf9\u9f50\n  * \u5373\u60a8\u5c06\u83b7\u5f97\u8bf8\u5982\u7684\u7a97\u53e3 1:00:00.000 - 1:59:59.999\uff0c2:00:00.000 - 2:59:59.999 \uff0c...\u4f9d\u6b64\u7c7b\u63a8\u3002\n  * \u5982\u679c\u8981\u66f4\u6539\uff0c\u53ef\u4ee5\u63d0\u4f9b\u4e00\u4e2a\u504f\u79fb\u91cf offset = 15 minutes\n  * \u4f8b\u5982\uff0c1:15:00.000 - 2:14:59.999\uff0c2:15:00.000 - 3:14:59.999 \u7b49.\n  * \u4e00\u4e2a\u91cd\u8981\u7684\u7528\u4f8b\u7684\u504f\u79fb\u662f\u7a97\u53e3\u8c03\u6574\u5230\u6bd4 UTC-0 \u65f6\u533a\u7b49\uff0c\u4f8b\u5982\uff0c\u5728\u4e2d\u56fd\uff0c\u60a8\u5fc5\u987b\u6307\u5b9a\u7684\u504f\u79fb\u91cf Time.hours(-8)\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\nobject SlidingWindow extends StreamExecutionEnvironmentApp {\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n  val keyed = rolePayDataStream.keyBy(_.rid)\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 event-time \u6ed1\u52a8\u7a97\u53e3\uff0c\u5c0610s\u5927\u5c0f\u7684\u7a97\u53e3\u6ed1\u52a85s\n  keyed.window(SlidingEventTimeWindows.of(Time.seconds(10), Time.seconds(5)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 processing-time \u6ed1\u52a8\u7a97\u53e3\n  keyed.window(SlidingProcessingTimeWindows.of(Time.seconds(10), Time.seconds(5)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6bcf\u65e5\u6309 event-time \u6ed1\u52a8\u7a97\u53e3\uff0c\u65f6\u95f4\u504f\u79fb-8\u5c0f\u65f6\n  keyed.window(SlidingProcessingTimeWindows.of(Time.hours(12), Time.hours(1), Time.hours(-8)))\n\n  \/*\n  \u76f4\u63a5\u4f7f\u7528 KeyedStream.timeWindow \u8c03\u7528\u6307\u5b9a\u6ed1\u52a8\u65f6\u95f4\u5927\u5c0f\u4e0e\u6ed1\u52a8\u65f6\u95f4\u95f4\u9694(\u5185\u90e8\u81ea\u52a8\u5224\u65ad\u65f6\u95f4\u57df\u8bbe\u7f6e),\u7b49\u540c\u4e8e\n   if (environment.getStreamTimeCharacteristic() == TimeCharacteristic.ProcessingTime) {\n       return window(SlidingProcessingTimeWindows.of(size, slide));\n   } else {\n       return window(SlidingEventTimeWindows.of(size, slide));\n   }\n  *\/\n  keyed.timeWindow(Time.seconds(10), Time.seconds(5))\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/TumblingWindow.scala","text":"<gh_stars>1-10\npackage io.gourd.flink.scala.games.streaming.operators.windows\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.streaming.api.windowing.assigners.{TumblingEventTimeWindows, TumblingProcessingTimeWindows}\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/** \u6eda\u52a8\u7a97\u53e3\n  *\n  * =\u5b9a\u4e49=\n  * \u6eda\u52a8\u7a97\u53e3\u5177\u6709\u56fa\u5b9a\u7684\u5927\u5c0f\uff0c\u5e76\u4e14\u4e0d\u91cd\u53e0\u3002\n  * \u4f8b\u5982\uff0c\u5982\u679c\u60a8\u6307\u5b9a\u5927\u5c0f\u4e3a5\u5206\u949f\u7684\u6eda\u52a8\u7a97\u53e3\uff0c\u6bcf\u4e94\u5206\u949f\u5c06\u542f\u52a8\u4e00\u4e2a\u65b0\u7a97\u53e3\n  *\n  * =\u65f6\u95f4\u95f4\u9694\u6307\u5b9a=\n  * Time.milliseconds(x)\uff0cTime.seconds(x)\uff0c Time.minutes(x)\uff0c...\n  *\n  * =\u7a97\u53e3\u5bf9\u9f50=\n  * \u5982\u6700\u540e\u4e00\u4e2a\u793a\u4f8b\u6240\u793a\uff0c\u6eda\u52a8\u7a97\u53e3\u5206\u914d\u5668\u8fd8\u91c7\u7528\u4e00\u4e2a\u53ef\u9009 offset \u53c2\u6570\uff0c\u8be5\u53c2\u6570\u53ef\u7528\u4e8e\u66f4\u6539\u7a97\u53e3\u7684\u5bf9\u9f50\u65b9\u5f0f\u3002\n  * \u4f8b\u5982\n  * \u5982\u679c\u6ca1\u6709\u504f\u79fb\uff0c\u5219\u6bcf\u5c0f\u65f6\u6eda\u52a8\u7a97\u53e3\u4e0eepoch\u5bf9\u9f50\n  * \u5373\u60a8\u5c06\u83b7\u5f97\u8bf8\u5982\u7684\u7a97\u53e3 1:00:00.000 - 1:59:59.999\uff0c2:00:00.000 - 2:59:59.999 \uff0c...\u4f9d\u6b64\u7c7b\u63a8\u3002\n  * \u5982\u679c\u8981\u66f4\u6539\uff0c\u53ef\u4ee5\u63d0\u4f9b\u4e00\u4e2a\u504f\u79fb\u91cf offset = 15 minutes\n  * \u4f8b\u5982\uff0c1:15:00.000 - 2:14:59.999\uff0c2:15:00.000 - 3:14:59.999 \u7b49.\n  * \u4e00\u4e2a\u91cd\u8981\u7684\u7528\u4f8b\u7684\u504f\u79fb\u662f\u7a97\u53e3\u8c03\u6574\u5230\u6bd4 UTC-0 \u65f6\u533a\u7b49\uff0c\u4f8b\u5982\uff0c\u5728\u4e2d\u56fd\uff0c\u60a8\u5fc5\u987b\u6307\u5b9a\u7684\u504f\u79fb\u91cf Time.hours(-8)\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\nobject TumblingWindow extends StreamExecutionEnvironmentApp {\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n  val keyed = rolePayDataStream.keyBy(_.rid)\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309event-time\u6eda\u52a8\u7a97\u53e3\n  keyed.window(TumblingEventTimeWindows.of(Time.seconds(5)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309processing-time\u6eda\u52a8\u7a97\u53e3\n  keyed.window(TumblingProcessingTimeWindows.of(Time.seconds(5)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6bcf\u65e5\u6309 event-time \u6eda\u52a8\u7a97\u53e3\uff0c\u65f6\u95f4\u504f\u79fb-8\u5c0f\u65f6\n  keyed.window(TumblingEventTimeWindows.of(Time.days(1), Time.hours(-8)))\n\n  \/*\n  \u76f4\u63a5\u4f7f\u7528 KeyedStream.timeWindow \u8c03\u7528\u6307\u5b9a\u6eda\u52a8\u65f6\u95f4\u5355\u4f4d\uff0c\uff08\u5185\u90e8\u81ea\u52a8\u5224\u65ad\u65f6\u95f4\u57df\u8bbe\u7f6e\uff09\u7b49\u540c\u4e8e\n\n    if (environment.getStreamTimeCharacteristic() == TimeCharacteristic.ProcessingTime) {\n      return window(TumblingProcessingTimeWindows.of(size));\n    } else {\n      return window(TumblingEventTimeWindows.of(size));\n    }\n *\/\n  keyed.timeWindow(Time.seconds(5))\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyAggregate.scala","text":"<reponame>GourdErwa\/flink-advanced\npackage io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.api.common.functions.AggregateFunction\nimport org.apache.flink.api.scala._\n\n\/** \u4f7f\u7528 [[AggregateFunction]] \u51fd\u6570\n  * Flink \u7684[[AggregateFunction]]\u662f\u4e00\u4e2a\u57fa\u4e8e\u4e2d\u95f4\u8ba1\u7b97\u7ed3\u679c\u72b6\u6001\u8fdb\u884c\u589e\u91cf\u8ba1\u7b97\u7684\u51fd\u6570\u3002\n  * \u7531\u4e8e\u662f\u8fed\u4ee3\u8ba1\u7b97\u65b9\u5f0f\uff0c\u6240\u4ee5\uff0c\u5728\u7a97\u53e3\u5904\u7406\u8fc7\u7a0b\u4e2d\uff0c\u4e0d\u7528\u7f13\u5b58\u6574\u4e2a\u7a97\u53e3\u7684\u6570\u636e\uff0c\u6240\u4ee5\u6548\u7387\u6267\u884c\u6bd4\u8f83\u9ad8\u3002\n  *\n  * =AggregateFunction\u6cdb\u578b\u8bf4\u660e=\n  * \u8f93\u5165\u7c7b\u578b\uff08IN\uff09\uff0c\u8fed\u4ee3\u6570\u636e\u7c7b\u578b\uff08ACC\uff09\uff0c\u548c\u4e00\u4e2a\u8f93\u51fa\u7c7b\u578b\uff08OUT\uff09\n  *\n  * =AggregateFunction\u65b9\u6cd5\u8bf4\u660e=\n  * ACC createAccumulator(); \u8fed\u4ee3\u72b6\u6001\u7684\u521d\u59cb\u503c\n  * ACC add(IN value, ACC accumulator); \u6bcf\u4e00\u6761\u8f93\u5165\u6570\u636e\uff0c\u548c\u8fed\u4ee3\u6570\u636e\u5982\u4f55\u8fed\u4ee3\n  * ACC merge(ACC a, ACC b); \u591a\u4e2a\u5206\u533a\u7684\u8fed\u4ee3\u6570\u636e\u5982\u4f55\u5408\u5e76\n  * OUT getResult(ACC accumulator); \u8fd4\u56de\u6570\u636e\uff0c\u5bf9\u6700\u7ec8\u7684\u8fed\u4ee3\u6570\u636e\u5982\u4f55\u5904\u7406\uff0c\u5e76\u8fd4\u56de\u7ed3\u679c\u3002\n  *\/\nobject ApplyAggregate extends WindowedStreamFunctions {\n\n  window\n    .aggregate(new AverageAggregate())\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n\n  \/*\n  \u6267\u884c\u89e3\u91ca\uff1a\n  1.\u7ed9\u5b9a\u8fed\u4ee3\u521d\u59cb\u503c (0, 0)\u3002 \u5143\u7ec4 \u7b2c\u4e00\u4e2a\u8bb0\u5f55\u5206\u6570\uff0c\u7b2c\u4e8c\u4e2a\u8bb0\u5f55\u6570\u636e\u6761\u6570\n  2.\u8f93\u5165\u7684\u6570\u636e\uff0c\u83b7\u53d6\u5206\u6570\uff0c\u7d2f\u52a0\u5230\u8fed\u4ee3\u503c\u5143\u7ec4\u7684\u7b2c\u4e00\u4e2a\u5143\u7d20\u4e2d\uff0c\u8fed\u4ee3\u503c\u5143\u7ec4\u7684\u7b2c\u4e8c\u4e2a\u503c\u8bb0\u5f55\u6761\u6570\u52a01 \u3002\n  3.\u6bcf\u4e00\u4e2a\u5206\u533a\u8fed\u4ee3\u5b8c\u6bd5\u540e\uff0c\u5404\u5206\u533a\u7684\u8fed\u4ee3\u503c\u5408\u5e76\u6210\u6700\u7ec8\u7684\u8fed\u4ee3\u503c\n  4.\u5bf9\u6700\u7ec8\u7684\u8fed\u4ee3\u5904\u7406\uff0c\u83b7\u53d6\u6700\u7ec8\u7684\u8f93\u51fa\u7ed3\u679c\u3002\n   *\/\n  class AverageAggregate extends AggregateFunction[(String, Double), (Double, Double), Double] {\n\n    \/\/ \u8fed\u4ee3\u7684\u521d\u59cb\u503c\n    override def createAccumulator(): (Double, Double) = (0L, 0L)\n\n    \/\/ \u6bcf\u4e00\u4e2a\u6570\u636e\u5982\u4f55\u548c\u8fed\u4ee3\u6570\u636e \u8fed\u4ee3\n    override def add(value: (String, Double), accumulator: (Double, Double)): (Double, Double) =\n      (accumulator._1 + value._2, accumulator._2 + 1L)\n\n    \/\/ \u8fd4\u56de\u7ed3\u679c\n    override def getResult(accumulator: (Double, Double)): Double =\n      accumulator._1 \/ accumulator._2\n\n    \/\/ \u6bcf\u4e2a\u5206\u533a\u6570\u636e\u4e4b\u95f4\u5982\u4f55\u5408\u5e76\u6570\u636e\n    override def merge(a: (Double, Double), b: (Double, Double)): (Double, Double) =\n      (a._1 + b._1, a._2 + b._2)\n  }\n\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/data\/GameAscendingTimestampExtractor.scala","text":"package io.gourd.flink.scala.games.data\n\nimport io.gourd.flink.scala.games.data.pojo.GameModel\nimport org.apache.flink.streaming.api.functions.timestamps.AscendingTimestampExtractor\n\n\/**\n  * \u81ea\u5b9a\u4e49 eventTime \u5b57\u6bb5\n  *\n  * @example\n  * {{{\n  * sEnv.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n  *\n  * userLoginDataStream\n  *   .filter(_.getDataUnix > 0)\n  *   .filter(_.status == \"LOGIN\")\n  *   .assignTimestampsAndWatermarks(new GameAscendingTimestampExtractor[UserLogin])\n  * }}}\n  * @author Li.Wei by 2019\/11\/6\n  *\/\nclass GameAscendingTimestampExtractor[T <: GameModel]\n  extends AscendingTimestampExtractor[T] {\n\n  override def extractAscendingTimestamp(element: T): Long =\n    element.eventTimestamp\n\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyIncrementalReduce.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.function.ProcessWindowFunction\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n  * \u589e\u91cf\u805a\u5408\u51fd\u6570\uff0c\u652f\u6301\u7ec4\u5408(\u9884\u5904\u7406\u51fd\u6570+\u7a97\u53e3\u51fd\u6570)\n  * - ReduceFunction[T] + ProcessWindowFunction[T, R, K, W]\n  * - ReduceFunction[T] + WindowFunction[T, R, K, W]\n  *\n  * \u589e\u91cf\u805a\u5408\u51fd\u6570\u7531\u4e8e\u662f\u57fa\u4e8e\u4e2d\u95f4\u72b6\u6001\u8ba1\u7b97\uff0c\u56e0\u6b64\u6027\u80fd\u8f83\u597d\uff0c\u4f46\u662f\u7075\u6d3b\u6027\u5374\u4e0d\u53caProcessWindowFunction\n  * \u7f3a\u5931\u4e86\u5bf9\u7a97\u53e3\u72b6\u6001\u6570\u636e\u7684\u64cd\u4f5c\u4ee5\u53ca\u5bf9\u7a97\u53e3\u4e2d\u5143\u6570\u636e\u4fe1\u606f\u7684\u83b7\u53d6\u7b49\u3002\u4f46\u662f\u4f7f\u7528\u5168\u91cf\u805a\u5408\u51fd\u6570\u53bb\u5b8c\u6210\u4e00\u4e9b\u57fa\u7840\u7684\u589e\u91cf\u7edf\u8ba1\u8fd0\u7b97\u53c8\u76f8\u5bf9\u6bd4\u8f83\u6d6a\u8d39\u8d44\u6e90\uff0c\u6027\u80fd\u4f4e\u4e8e\u589e\u91cf\u3002\n  * \u56e0\u6b64Flink\u63d0\u4f9b\u4e86\u4e00\u79cd\u65b9\u5f0f\uff0c\u53ef\u4ee5\u5c06Incremental Aggregation Function\u548cProcessWindowFunction\u6574\u5408\u8d77\u6765\uff0c\n  * \u5145\u5206\u5229\u7528\u8fd9\u4e24\u79cd\u8ba1\u7b97\u65b9\u5f0f\u7684\u4f18\u52bf\u53bb\u5904\u7406\u6570\u636e\u3002\n  *\n  * \u672c\u793a\u4f8b\u4e3a\uff1a\u5177\u6709ReduceFunction\u7684\u589e\u91cf\u7a97\u53e3\u805a\u5408\n  *\n  * \u8c03\u7528\u4f7f\u7528 WindowedStream \u7c7b\u4e2d reduce \u51fd\u6570\n  * def reduce[R: TypeInformation](\n  * preAggregator: (T, T) => T,\n  * function: ProcessWindowFunction[T, R, K, W]): DataStream[R]\n  *\/\nobject ApplyIncrementalReduce extends WindowedStreamFunctions {\n\n  window\n    .reduce(\n      (r1: (String, Double), r2: (String, Double)) => r1._1 -> (r1._2 + r2._2),\n      new ProcessWindowFunction[(String, Double), (Long, (String, Double)), Tuple, TimeWindow] {\n        override def process(key: Tuple,\n                             context: Context,\n                             elements: Iterable[(String, Double)],\n                             out: Collector[(Long, (String, Double))]): Unit = {\n          val min = elements.iterator.next()\n          out.collect((context.window.getStart, min))\n        }\n      }\n    )\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/KeyedWindowCompleteExample.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala.OutputTag\nimport org.apache.flink.streaming.api.windowing.assigners.TumblingEventTimeWindows\nimport org.apache.flink.streaming.api.windowing.evictors.CountEvictor\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.triggers.CountTrigger\n\n\/**\n  * \u4e00\u4e2a\u5173\u4e8e Keyed-Window \u5b8c\u6574\u7684\u793a\u4f8b\n  *\n  * @author Li.Wei by 2019\/11\/22\n  *\/\nobject KeyedWindowCompleteExample extends StreamExecutionEnvironmentApp {\n\n  sEnv.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n\n  val lateOutputTag = new OutputTag[(String, Int, Double)](\"late-data\")\n\n  val result = GameData.DataStream.rolePay(this, 10)\n    \/\/ .filter(_.uid == \"1|1051\") \/\/ \u8fc7\u6ee4\u6f14\u793a\u6570\u636e\n    .assignAscendingTimestamps(_.eventTimestamp) \/\/ \u6307\u5b9a event-time\n    .map(o => (o.platform, o.dataUnix, o.money))\n    .keyBy(_._1) \/\/ \u6309\u5e73\u53f0\u5b57\u6bb5\u5206\u7ec4\n    .window(TumblingEventTimeWindows.of(Time.milliseconds(10))) \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 event-time \u8bbe\u7f6e10ms\u7684\u6eda\u52a8\u7a97\u53e3\n    .trigger(CountTrigger.of(2)) \/\/ \u89e6\u53d1\u5668\uff1a\u7a97\u53e3\u5185\u6570\u636e\u6570\u91cf \u2265 N \u65f6\u89e6\u53d1 max \u8ba1\u7b97\n    .evictor(CountEvictor.of(1000)) \/\/ \u9a71\u9010\u5668\uff1a\u89e6\u53d1\u5668\u89e6\u53d1\u540e\uff0c\u7a97\u53e3\u5185\u6570\u636e\u91cf \u2265 N \u65f6\uff0c\u9ed8\u8ba4\u4ece\u5f00\u59cb\u4f4d\u7f6e\u79fb\u9664\uff0c\u6700\u5927\u4ec5\u4fdd\u7559 N \u6761\n    .allowedLateness(Time.milliseconds(5)) \/\/ \u5141\u8bb8\u5ef6\u8fdf\u4e3a N ms\n    .sideOutputLateData(lateOutputTag) \/\/ \u5ef6\u8fdf\u7684\u4e8b\u4ef6\u8f93\u51fa\u5230\u6307\u5b9a\u6807\u8bb0\u4e2d\n    .max(2) \/\/ \u7a97\u53e3\u51fd\u6570\uff1amax \u805a\u5408\u51fd\u6570\u8ba1\u7b97\n\n  val lateStream = result.getSideOutput(lateOutputTag)\n\n  lateStream.print(\"lateStream\")\n\n  result.print(\"normalStream\")\n\n  sEnv.execute(this.getClass.getName)\n}\n\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/batch\/SemanticAnnotations.scala","text":"<reponame>GourdErwa\/flink-advanced\npackage io.gourd.flink.scala.games.batch\n\nimport io.gourd.flink.scala.api.BatchExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData.DataSet\nimport io.gourd.flink.scala.games.data.pojo.UserLogin\nimport org.apache.flink.api.common.functions.MapFunction\nimport org.apache.flink.api.java.functions.FunctionAnnotation.ForwardedFields\nimport org.apache.flink.api.scala._\n\n\/**\n  * @author Li.Wei by 2019\/11\/15\n  *\/\ntrait SemanticAnnotations\n\n\/**\n  * =\u8f6c\u53d1\u5b57\u6bb5=\n  *\n  * SingleInputUdfOperator \u8f6c\u53d1\u89c4\u5219\u8bed\u6cd5\uff1a\n  * \u8c03\u7528 `withForwardedFields` \u65b9\u6cd5\n  * - dataUnix->_1  \u8868\u793a\u5c06class\u4e2ddataUnix\u8f6c\u53d1\u5230scala\u5143\u7ec4\u7684\u7b2c\u4e00\u4e2a\u4f4d\u7f6e\n  * - *             \u8868\u793a\u5168\u90e8\u5b57\u6bb5\u8f6c\u53d1\n  * - *->_2         \u8868\u793a\u90e8\u5b57\u6bb5\u8f6c\u53d1\u5230scala\u5143\u7ec4\u7684\u7b2c\u4e8c\u4e2a\u4f4d\u7f6e\n  *\n  * TwoInputUdfOperator \u8f6c\u53d1\u89c4\u5219\u8bed\u6cd5\uff1a\n  * - withForwardFieldsFirst      \u51fd\u6570\u7684\u7b2c\u4e00\u4e2a\u8f93\u5165\u89c4\u5219\u5b9a\u4e49\uff0c\u5b9a\u4e49\u5185\u5bb9\u8bed\u6cd5\u4e0e withForwardedFields \u4e00\u81f4\n  * - withForwardedFieldsSecond   \u51fd\u6570\u7684\u7b2c\u4e8c\u4e2a\u8f93\u5165\u89c4\u5219\u5b9a\u4e49\uff0c\u5b9a\u4e49\u5185\u5bb9\u8bed\u6cd5\u4e0e withForwardedFields \u4e00\u81f4\n  *\n  * =\u975e\u8f6c\u53d1\u5b57\u6bb5=\n  * \u58f0\u660e\u4e86\u975e\u8f6c\u53d1\u5b57\u6bb5\uff0c\u672a\u58f0\u660e\u7684\u9ed8\u8ba4\u4e3a\u8f6c\u53d1\u5b57\u6bb5\n  * \u5177\u6709\u76f8\u53cd\u8bed\u4e49\u7684\u58f0\u660e\u65b9\u5f0f\u4e0e\u8f6c\u53d1\u5b57\u6bb5\u4e00\u81f4\uff0c\u4e14\u4ec5\u53ef\u901a\u8fc7\u6ce8\u89e3\u65b9\u5f0f\u58f0\u660e\n  * [[org.apache.flink.api.java.functions.FunctionAnnotation.NonForwardedFields]]\n  * [[org.apache.flink.api.java.functions.FunctionAnnotation.NonForwardedFieldsFirst]]\n  * [[org.apache.flink.api.java.functions.FunctionAnnotation.NonForwardedFieldsSecond]]\n  *\/\nobject ForwardedFields extends BatchExecutionEnvironmentApp {\n\n  \/\/ \u7528\u6237\u767b\u5f55\u6570\u636e DataSet\n  val userLoginDs = DataSet.userLogin(this)\n  val rolePayDs = DataSet.rolePay(this)\n\n  userLoginDs\n    .map(new MyForwardedFieldsMap())\n    .map(o => o).withForwardedFields(\"*\")\n    .map(o => (o._2, o)).withForwardedFields(\"_2->_1\", \"*->_2\")\n    .join(rolePayDs).where(0).equalTo(_.uid).apply((o1, o2) => (o1._1, o1._2, o2.rid))\n    .withForwardedFieldsFirst(\"_1->_1\", \"_2->_2\").withForwardedFieldsSecond(\"rid->_3\")\n    .print()\n}\n\n\/**\n  * \u81ea\u5b9a\u4e49 map \u5b9e\u73b0\u51fd\u6570\uff0c\u4f7f\u7528 ForwardedFields \u6807\u8bc6\u8f6c\u53d1\u5b57\u6bb5\u89c4\u5219\n  * (Int, String, String) => (\u65f6\u95f4\uff0c\u7528\u6237ID,\u7528\u6237\u767b\u5f55\u72b6\u6001)\n  *\/\n@ForwardedFields(Array(\"dataUnix->_1\", \"uid->_2\", \"status->_3\"))\nclass MyForwardedFieldsMap extends MapFunction[UserLogin, (Int, String, String)] {\n  override def map(value: UserLogin): (Int, String, String) =\n    (value.dataUnix, value.uid, value.status)\n}"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyReduce.scala","text":"<reponame>GourdErwa\/flink-advanced\npackage io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.streaming.api.scala.function.util.ScalaReduceFunction\n\n\/**\n  * \u4f7f\u7528 [[ScalaReduceFunction]] \u51fd\u6570\n  *\/\nobject ApplyReduce extends WindowedStreamFunctions {\n\n  window\n    .reduce((o1, o2) => o1.copy(_2 = o1._2 + o2._2))\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/package.scala","text":"package io.gourd.flink.scala.games.streaming.operators\n\n\/**\n  * @author Li.Wei by 2019\/11\/20\n  *\/\npackage object windows {\n\n}\n\n\/*\n\u952e\u63a7\u7a97\u53e3\n\nstream\n       .keyBy(...)               <-  keyed versus non-keyed windows\n       .window(...)              <-  required: \"assigner\"\n      [.trigger(...)]            <-  optional: \"trigger\" (else default trigger)\n      [.evictor(...)]            <-  optional: \"evictor\" (else no evictor)\n      [.allowedLateness(...)]    <-  optional: \"lateness\" (else zero)\n      [.sideOutputLateData(...)] <-  optional: \"output tag\" (else no side output for late data)\n       .reduce\/aggregate\/fold\/apply()      <-  required: \"function\"\n      [.getSideOutput(...)]      <-  optional: \"output tag\"\n\u975e\u952eWindows\n\nstream\n       .windowAll(...)           <-  required: \"assigner\"\n      [.trigger(...)]            <-  optional: \"trigger\" (else default trigger)\n      [.evictor(...)]            <-  optional: \"evictor\" (else no evictor)\n      [.allowedLateness(...)]    <-  optional: \"lateness\" (else zero)\n      [.sideOutputLateData(...)] <-  optional: \"output tag\" (else no side output for late data)\n       .reduce\/aggregate\/fold\/apply()      <-  required: \"function\"\n      [.getSideOutput(...)]      <-  optional: \"output tag\"\n\n\u5728\u4e0a\u9762\uff0c\u65b9\u62ec\u53f7\uff08[\u2026]\uff09\u4e2d\u7684\u547d\u4ee4\u662f\u53ef\u9009\u7684\u3002\u8fd9\u8868\u660eFlink\u5141\u8bb8\u60a8\u4ee5\u591a\u79cd\u4e0d\u540c\u65b9\u5f0f\u81ea\u5b9a\u4e49\u7a97\u53e3\u903b\u8f91\uff0c\u4ece\u800c\u4f7f\u5176\u6700\u9002\u5408\u60a8\u7684\u9700\u6c42\u3002\n\n *\/"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyProcessWindowFunction.scala","text":"<gh_stars>1-10\npackage io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.api.common.functions.{AggregateFunction, ReduceFunction}\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.function.ProcessWindowFunction\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n  * \u4f7f\u7528 [[ProcessWindowFunction]] \u51fd\u6570\n  * \u8be5\u51fd\u6570\u83b7\u53d6\u4e00\u4e2aIterable\uff0c\u8be5Iterable\u5305\u542b\u7a97\u53e3\u7684\u6240\u6709\u5143\u7d20\uff0c\u4ee5\u53ca\u4e00\u4e2aContext \u5bf9\u8c61\uff0c\u8be5\u5bf9\u8c61\u53ef\u4ee5\u8bbf\u95ee\u65f6\u95f4\u548c\u72b6\u6001\u4fe1\u606f\uff0c\u4ece\u800c\u4f7f\u5176\u6bd4\u5176\u4ed6\u7a97\u53e3\u51fd\u6570\u66f4\u5177\u7075\u6d3b\u6027\n  * \u8fd9\u662f\u4ee5\u6027\u80fd\u548c\u8d44\u6e90\u6d88\u8017\u4e3a\u4ee3\u4ef7\u7684\uff0c\u56e0\u4e3a\u65e0\u6cd5\u589e\u91cf\u805a\u5408\u5143\u7d20\uff0c\u800c\u662f\u9700\u8981\u5728\u5185\u90e8\u5bf9\u5176\u8fdb\u884c\u7f13\u51b2\uff0c\u76f4\u5230\u5c06\u7a97\u53e3\u6570\u636e\u5168\u90e8\u51c6\u5907\u597d\u8fdb\u884c\u5904\u7406\u4e3a\u6b62\u3002\n  *\n  * =\u6ce8\u610f=\n  * \u8be5 key \u53c2\u6570\u662f\u901a\u8fc7\u63d0\u53d6\u7684\u5173\u952e KeySelector \u662f\u88ab\u6307\u5b9a\u7684 keyBy() \u8c03\u7528\u3002\n  * \u5982\u679c\u662f\u5143\u7ec4\u7d22\u5f15\u952e\u6216\u5b57\u7b26\u4e32\u5b57\u6bb5\u5f15\u7528\uff0c\u5219\u59cb\u7ec8\u4f7f\u7528\u6b64\u952e\u7c7b\u578b\uff0cTuple \u5e76\u4e14\u5fc5\u987b\u624b\u52a8\u5c06\u5176\u5f3a\u5236\u8f6c\u6362\u4e3a\u6b63\u786e\u5927\u5c0f\u7684\u5143\u7ec4\u4ee5\u63d0\u53d6\u952e\u5b57\u6bb5\u3002\n  *\n  * =\u6027\u80fd\u8bf4\u660e=\n  * [[ProcessWindowFunction]] \u7528\u4e8e\u7b80\u5355\u7684\u805a\u5408\uff08\u5982count\uff09\u6548\u7387\u5f88\u4f4e\u3002\n  * \u4e0b\u4e00\u90e8\u5206\u8bf4\u660e\u5982\u4f55\u5c06 [[ReduceFunction]] \u6216 [[AggregateFunction]] \u4e0e\u6216\u7ed3\u5408\u4f7f\u7528\uff0c\n  * \u4ee5[[ProcessWindowFunction]]\u540c\u65f6\u83b7\u5f97\u589e\u91cf\u805a\u5408\u548c\u7684\u9644\u52a0\u4fe1\u606f[[ProcessWindowFunction]]\u3002\n  *\n  *\/\nobject ApplyProcessWindowFunction extends WindowedStreamFunctions {\n\n  window\n    .process(new MyProcessWindowFunction())\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n\n  class MyProcessWindowFunction\n    extends ProcessWindowFunction[(String, Double), String, Tuple, TimeWindow] {\n    override def process(key: Tuple,\n                         context: Context,\n                         elements: Iterable[(String, Double)],\n                         out: Collector[String]): Unit = {\n      var count = 0L\n      for (_ <- elements) {\n        count = count + 1\n      }\n      out.collect(s\"Window ${context.window} count: $count\")\n    }\n  }\n\n}\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/process_function\/ProcessFunction.scala","text":"package io.gourd.flink.scala.games.streaming.operators.process_function\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport org.apache.flink.api.common.state.{ValueState, ValueStateDescriptor}\nimport org.apache.flink.api.java.tuple.Tuple\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.functions.KeyedProcessFunction\nimport org.apache.flink.util.Collector\n\n\/** \u5728\u4ee5\u4e0b\u793a\u4f8b\u4e2d\uff0cKeyedProcessFunction \u4e3a\u6bcf\u4e2a\u952e\u7ef4\u62a4\u4e00\u4e2a\u8ba1\u6570\uff0c\u5e76\u4e14\u4f1a\u628a\u4e00\u5206\u949f(\u4e8b\u4ef6\u65f6\u95f4)\u5185\u6ca1\u6709\u66f4\u65b0\u7684\u952e\/\u503c\u5bf9\u8f93\u51fa\n  *\n  * - \u8ba1\u6570\uff0c\u952e\u4ee5\u53ca\u6700\u540e\u66f4\u65b0\u7684\u65f6\u95f4\u6233\u4f1a\u5b58\u50a8\u5728 ValueState \u4e2d\uff0cValueState \u7531 key \u9690\u542b\u5b9a\u4e49\u3002\n  * - \u5bf9\u4e8e\u6bcf\u6761\u8bb0\u5f55\uff0cKeyedProcessFunction \u589e\u52a0\u8ba1\u6570\u5668\u5e76\u4fee\u6539\u6700\u540e\u7684\u65f6\u95f4\u6233\u3002\n  * - \u8be5\u51fd\u6570\u8fd8\u4f1a\u5728\u4e00\u5206\u949f\u540e\u8c03\u7528\u56de\u8c03\uff08\u4e8b\u4ef6\u65f6\u95f4\uff09\u3002\n  * - \u6bcf\u6b21\u8c03\u7528\u56de\u8c03\u65f6\uff0c\u90fd\u4f1a\u68c0\u67e5\u5b58\u50a8\u8ba1\u6570\u7684\u6700\u540e\u4fee\u6539\u65f6\u95f4\u4e0e\u56de\u8c03\u7684\u4e8b\u4ef6\u65f6\u95f4\u65f6\u95f4\u6233\uff0c\u5982\u679c\u5339\u914d\u5219\u53d1\u9001\u952e\/\u8ba1\u6570\u952e\u503c\u5bf9\uff08\u5373\u5728\u4e00\u5206\u949f\u5185\u6ca1\u6709\u66f4\u65b0\uff09\n  *\n  * \u8fd9\u4e2a\u7b80\u5355\u7684\u4f8b\u5b50\u53ef\u4ee5\u7528\u4f1a\u8bdd\u7a97\u53e3\u5b9e\u73b0\u3002\u5728\u8fd9\u91cc\u4f7f\u7528 KeyedProcessFunction \u53ea\u662f\u7528\u6765\u8bf4\u660e\u5b83\u7684\u57fa\u672c\u6a21\u5f0f\u3002\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\nobject ProcessFunction extends StreamExecutionEnvironmentApp {\n  val stream = GameData.DataStream.userLogin(this, 10)\n\n  stream\n    .map(o => (o.uid, o.status)) \/\/ \u8f6c\u6362\u4e3a\u5143\u7ec4\u6a21\u5f0f\n    \/\/ .filter(_._1 == \"2|2527\").startNewChain() \/\/ \u8fc7\u6ee4\u6570\u636e\uff0c\u52a0\u5feb\u8c03\u8bd5\n    .keyBy(0)\n    .process(new CountWithTimeoutFunction())\n    .print()\n\n  sEnv.execute(this.getClass.getName)\n}\n\n\/**\n  * \u72b6\u6001\u4e2d\u5b58\u50a8\u7684\u6570\u636e\u7c7b\u578b\u5b9a\u4e49\n  *\/\ncase class CountWithTimestamp(key: String, count: Long, lastModified: Long)\n\n\/**\n  * \u7ef4\u62a4\u8ba1\u6570\u548c\u8d85\u65f6\u7684ProcessFunction\u7684\u5b9e\u73b0\n  *\/\nclass CountWithTimeoutFunction extends KeyedProcessFunction[Tuple, (String, String), (String, Long)] {\n\n  \/** \u6b64\u8fc7\u7a0b\u529f\u80fd\u6240\u7ef4\u62a4\u7684\u72b6\u6001 *\/\n  lazy val state: ValueState[CountWithTimestamp] = getRuntimeContext\n    .getState(new ValueStateDescriptor[CountWithTimestamp](\"myState\", classOf[CountWithTimestamp]))\n\n\n  override def processElement(value: (String, String),\n                              ctx: KeyedProcessFunction[Tuple, (String, String), (String, Long)]#Context,\n                              out: Collector[(String, Long)]): Unit = {\n\n    \/\/ \u521d\u59cb\u5316\u6216\u68c0\u7d22\/\u66f4\u65b0\u72b6\u6001\n    val current: CountWithTimestamp = state.value match {\n      case null =>\n        CountWithTimestamp(value._1, 1, ctx.timestamp) \/\/ \u4f7f\u7528 ProcessingTime \u65f6 ctx.timestamp \u53ef\u80fd\u4e3a null\n      case CountWithTimestamp(key, count, _) =>\n        CountWithTimestamp(key, count + 1, ctx.timestamp)\n    }\n\n    \/\/ \u5199\u56de\u72b6\u6001\n    state.update(current)\n\n    \/\/ \u4ece\u5f53\u524d\u4e8b\u4ef6\u65f6\u95f4\u5f00\u59cb\u6ce8\u518c\u4e00\u4e2a\u7684\u5b9a\u65f6\u5668\n    ctx.timerService.registerProcessingTimeTimer(current.lastModified + 10)\n  }\n\n  override def onTimer(timestamp: Long,\n                       ctx: KeyedProcessFunction[Tuple, (String, String), (String, Long)]#OnTimerContext,\n                       out: Collector[(String, Long)]): Unit = {\n\n    state.value match {\n      \/\/ \u68c0\u67e5\u5b9a\u65f6\u5668\u662f\u8fc7\u65f6\u5b9a\u65f6\u5668\u8fd8\u662f\u6700\u65b0\u5b9a\u65f6\u5668\n      case CountWithTimestamp(key, count, lastModified) if timestamp == lastModified + 10 =>\n        out.collect((key, count))\n      case _ =>\n    }\n  }\n}"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyFoldFunction.scala","text":"<filename>src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/functions\/ApplyFoldFunction.scala\npackage io.gourd.flink.scala.games.streaming.operators.windows.functions\n\nimport org.apache.flink.streaming.api.scala.WindowedStream\n\n\/**\n  * \u4f7f\u7528 [[WindowedStream.fold()]] \u51fd\u6570\n  *\n  * [[WindowedStream.fold()]] \u5df2\u5e9f\u5f03\uff0c\u4f7f\u7528 [[WindowedStream.aggregate()]]\n  *\/\nobject ApplyFoldFunction extends WindowedStreamFunctions\n"}
{"repo_name":"GourdErwa\/flink-advanced","path":"src\/main\/scala\/io\/gourd\/flink\/scala\/games\/streaming\/operators\/windows\/SessionWindow.scala","text":"package io.gourd.flink.scala.games.streaming.operators.windows\n\nimport io.gourd.flink.scala.api.StreamExecutionEnvironmentApp\nimport io.gourd.flink.scala.games.data.GameData\nimport io.gourd.flink.scala.games.data.pojo.RolePay\nimport org.apache.flink.api.scala._\nimport org.apache.flink.streaming.api.scala.DataStream\nimport org.apache.flink.streaming.api.windowing.assigners.{DynamicProcessingTimeSessionWindows, EventTimeSessionWindows, ProcessingTimeSessionWindows}\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/** \u4f1a\u8bdd\u7a97\u53e3\n  *\n  * =\u5b9a\u4e49=\n  * \u4e0e\u6ed1\u52a8\u7a97\u53e3\u548c\u6eda\u52a8\u7a97\u53e3\u76f8\u6bd4\uff0c\u4f1a\u8bdd\u7a97\u53e3\u4e0d\u91cd\u53e0\u4e14\u6ca1\u6709\u56fa\u5b9a\u7684\u5f00\u59cb\u548c\u7ed3\u675f\u65f6\u95f4\n  * \u76f8\u53cd\uff0c\u5f53\u4f1a\u8bdd\u7a97\u53e3\u5728\u4e00\u5b9a\u65f6\u95f4\u6bb5\u5185\u672a\u6536\u5230\u5143\u7d20\u65f6\uff08\u5373\uff0c\u53d1\u751f\u4e0d\u6d3b\u52a8\u95f4\u9699\u65f6\uff09\uff0c\u5b83\u5c06\u5173\u95ed\n  * \u4f1a\u8bdd\u7a97\u53e3\u5206\u914d\u5668\u652f\u6301\u9759\u6001\u4e0e\u52a8\u6001\u65f6\u95f4\u95f4\u9694\u521b\u5efa\uff0c\u5176\u9650\u5b9a\u4e0d\u6d3b\u52a8\u5468\u671f\u6709\u591a\u957f\u3002\u5f53\u6b64\u65f6\u95f4\u6bb5\u5230\u671f\u65f6\uff0c\u5f53\u524d\u4f1a\u8bdd\u5c06\u5173\u95ed\uff0c\u968f\u540e\u7684\u5143\u7d20\u5c06\u5206\u914d\u7ed9\u65b0\u7684\u4f1a\u8bdd\u7a97\u53e3\n  *\n  * \u52a8\u6001\u95f4\u9699\u662f\u901a\u8fc7\u5b9e\u73b0[[org.apache.flink.streaming.api.windowing.assigners.SessionWindowTimeGapExtractor]]\u63a5\u53e3\u6307\u5b9a\n  *\n  * =\u9759\u6001\u65f6\u95f4\u95f4\u9694\u6307\u5b9a=\n  * Time.milliseconds(x)\uff0cTime.seconds(x)\uff0c Time.minutes(x)\uff0c...\n  *\n  * =\u6ce8\u610f=\n  * \u7531\u4e8e\u4f1a\u8bdd\u7a97\u53e3\u6ca1\u6709\u56fa\u5b9a\u7684\u5f00\u59cb\u548c\u7ed3\u675f\uff0c\u56e0\u6b64\u5bf9\u5b83\u4eec\u7684\u8bc4\u4f30\u4e0d\u540c\u4e8e\u6ed1\u52a8\u7a97\u53e3\u548c\u6eda\u52a8\u7a97\u53e3\u3002\n  * \u5728\u5185\u90e8\uff0c\u4f1a\u8bdd\u7a97\u53e3\u8fd0\u7b97\u7b26\u4f1a\u4e3a\u6bcf\u4e2a\u5230\u8fbe\u7684\u4e8b\u4ef6\u521b\u5efa\u4e00\u4e2a\u65b0\u7a97\u53e3\uff0c\u5982\u679c\u7a97\u53e3\u5f7c\u6b64\u4e4b\u95f4\u7684\u8ddd\u79bb\u6bd4\u5df2\u5b9a\u4e49\u7684\u95f4\u9694\u5c0f\uff0c\u5219\u5c06\u5b83\u4eec\u5408\u5e76\u5728\u4e00\u8d77\u3002\n  * \u4e3a\u4e86\u53ef\u5408\u5e76\u7684\uff0c\u4f1a\u8bdd\u7a97\u53e3\u64cd\u4f5c\u8005\u9700\u8981\u4e00\u4e2a\u5408\u5e76\u89e6\u53d1\u5668\u4ee5\u53ca\u5408\u5e76\u7684\u7a97\u51fd\u6570\uff0c\u5982 `ReduceFunction\uff0cAggregateFunction\uff0cProcessWindowFunction`\n  * (FoldFunction\u4e0d\u80fd\u5408\u5e76\uff09\n  *\n  * @author Li.Wei by 2019\/11\/20\n  *\/\nobject SessionWindow extends StreamExecutionEnvironmentApp {\n\n  val rolePayDataStream: DataStream[RolePay] = GameData.DataStream.rolePay(this)\n  val keyed = rolePayDataStream.keyBy(_.rid)\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 event-time \u5b9a\u4e49\u9759\u6001\u65f6\u95f4\u95f4\u9694\u7684 SessionWindow\n  keyed.window(EventTimeSessionWindows.withGap(Time.minutes(10)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 event-time \u5b9a\u4e49\u52a8\u6001\u6001\u65f6\u95f4\u95f4\u9694\u7684 SessionWindow\n  keyed.window(EventTimeSessionWindows.withDynamicGap((element: RolePay) => {\n    \/\/ \u786e\u5b9a\u5e76\u8fd4\u56de\u4f1a\u8bdd\u95f4\u9694,\u6b64\u5904\u6a21\u62df\u8fd4\u56de\u5047\u6570\u636e\n    element.dataUnix\n  }))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 processing-time \u5b9a\u4e49\u9759\u6001\u65f6\u95f4\u95f4\u9694\u7684 SessionWindow\n  keyed.window(ProcessingTimeSessionWindows.withGap(Time.minutes(10)))\n\n  \/\/ \u7a97\u53e3\u5b9a\u4e49: \u6309 processing-time \u5b9a\u4e49\u52a8\u6001\u6001\u65f6\u95f4\u95f4\u9694\u7684 SessionWindow\n  keyed.window(DynamicProcessingTimeSessionWindows.withDynamicGap((element: RolePay) => {\n    \/\/ \u786e\u5b9a\u5e76\u8fd4\u56de\u4f1a\u8bdd\u95f4\u9694,\u6b64\u5904\u6a21\u62df\u8fd4\u56de\u5047\u6570\u636e\n    element.dataUnix\n  }))\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/Parser.scala","text":"<reponame>ponkotuy\/hproftree\npackage com.ponkotuy.hprof\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/10.\n *\/\nobject Parser {\n  def apply(file: TraversableOnce[String]): construct.HProf = {\n    val results = lines.Parse(file).toVector\n    construct.HProf(results)\n  }\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/lines\/State.scala","text":"package com.ponkotuy.hprof.lines\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\nsealed abstract class State {\n  def parse(line: String): LineResult\n}\n\nobject State {\n  import Result._\n\n  val trace = \"\"\"^TRACE (\\d+):$\"\"\".r\n  val samplesBegin = \"\"\"^CPU SAMPLES BEGIN \\(total = (\\d+)\\) (.+)$\"\"\".r\n  val sampleEnd = \"\"\"^CPU SAMPLES END$\"\"\".r\n\n  case object Start extends State {\n    override def parse(line: String): LineResult = line match {\n      case trace(tNum) => LineResult.ok(Trace, StartTrace(tNum.toInt))\n      case _ => LineResult.none(Start)\n    }\n  }\n\n  case object Trace extends State {\n    override def parse(line: String): LineResult = line match {\n      case trace(tNum) => LineResult.ok(Trace, StartTrace(tNum.toInt))\n      case samplesBegin(total, date) => LineResult.ok(TableHeader, SamplesBegin(total.toInt))\n      case _ => LineResult.ok(Trace, Code.fromLine(line))\n    }\n  }\n\n  case object TableHeader extends State {\n    override def parse(line: String): LineResult = LineResult.none(SampleRecord)\n  }\n\n  case object SampleRecord extends State {\n    override def parse(line: String): LineResult = line match {\n      case sampleEnd() => LineResult.none(End)\n      case _ => LineResult.ok(SampleRecord, Sample.fromLine(line))\n    }\n  }\n\n  case object End extends State {\n    override def parse(line: String): LineResult = LineResult.none(End)\n  }\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/collection\/Tree.scala","text":"<reponame>ponkotuy\/hproftree\npackage com.ponkotuy.hprof.collection\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/10.\n *\/\ntrait Tree[K, A] {\n  def key: K\n  def get: A\n  def subs: Map[K, Tree[K, A]]\n}\n\ncase class TreeImpl[K, A](key: K, me: A, subs: Map[K, Tree[K, A]]) extends Tree[K, A] {\n  override def get: A = me\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/lines\/Parse.scala","text":"package com.ponkotuy.hprof.lines\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\nobject Parse {\n  import State._\n\n  def apply(file: TraversableOnce[String]): List[Result] = {\n    file.foldLeft[(State, List[Result])]((Start, Nil)) { case (before, line) =>\n      val (state, xs) = before\n      val result = state.parse(line)\n      (result.next, result.result.map(_ :: xs).getOrElse(xs))\n    }._2.reverse\n  }\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/Main.scala","text":"package com.ponkotuy.hprof\n\nimport scala.io.Source\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\nobject Main extends App {\n  val result = Parser(Source.fromFile(\"java.hprof.txt\").getLines())\n  println(result.traces.take(2))\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/construct\/Trace.scala","text":"<reponame>ponkotuy\/hproftree<gh_stars>0\npackage com.ponkotuy.hprof.construct\n\nimport com.ponkotuy.hprof.lines.Result.{Sample, StartTrace, Code}\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\ncase class Trace(num: Int, codes: Vector[Code], sample: Sample)\n\nobject Trace {\n  def fromResult(start: StartTrace, codes: Iterable[Code], sample: Sample) =\n    Trace(start.num, codes.toVector, sample)\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/lines\/LineResult.scala","text":"<reponame>ponkotuy\/hproftree\npackage com.ponkotuy.hprof.lines\n\nimport scala.util.Try\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/10.\n *\/\ncase class LineResult(next: State, result: Option[Result])\n\nobject LineResult {\n  def ok(next: State, result: Result): LineResult = LineResult(next, Option(result))\n  def none(next: State): LineResult = LineResult(next, None)\n}\n\nsealed abstract class Result\n\nobject Result {\n  case class StartTrace(num: Int) extends Result\n\n  case class Code(func: String, file: String, lineNum: Option[Int]) extends Result\n  object Code {\n    def fromLine(line: String): Code = {\n      val (func, rest) = line.trim.span(_ != '(')\n      val (file, withNum) = rest.tail.span(_ != ':')\n      val lineNum = Try { withNum.tail.init.toInt }.toOption\n      Code(func, file, lineNum)\n    }\n  }\n\n  case class SamplesBegin(total: Int) extends Result\n\n  case class Sample(rank: Int, self: Double, accum: Double, count: Int, trace: Int, method: String) extends Result\n  object Sample {\n    def fromLine(line: String): Sample = {\n      val Array(rank, self, accum, count, trace, method) = line.trim.split(' ').filterNot(_.isEmpty)\n      Sample(rank.toInt, fromPercent(self), fromPercent(accum), count.toInt, trace.toInt, method)\n    }\n  }\n\n  private def fromPercent(str: String): Double = str.init.toDouble \/ 100\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/test\/scala\/com\/ponkotuy.hprof.construct\/HProfSuite.scala","text":"<reponame>ponkotuy\/hproftree\npackage com.ponkotuy.hprof.construct\n\nimport org.scalatest.FunSpec\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\nclass HProfSuite extends FunSpec {\n  describe(\"split\") {\n    it(\"should split from [A, B, B, A, B] to [[A, B, B], [A, B]\") {\n      val value = HProf.split[Int](Vector(1, 2, 2, 1, 2), _ == 1)\n      assert(value === Vector(Vector(1, 2, 2), Vector(1, 2)))\n    }\n  }\n}\n"}
{"repo_name":"ponkotuy\/hproftree","path":"build.sbt","text":"\nname := \"Hprof Tree\"\n\norganization := \"com.ponkotuy\"\n\nversion := \"0.1-SNAPSHOT\"\n\nscalaVersion := \"2.11.5\"\n\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.4\" % \"test\"\n)\n"}
{"repo_name":"ponkotuy\/hproftree","path":"src\/main\/scala\/com\/ponkotuy\/hprof\/construct\/HProf.scala","text":"<gh_stars>0\npackage com.ponkotuy.hprof.construct\n\nimport com.ponkotuy.hprof.lines.Result\nimport com.ponkotuy.hprof.lines.Result._\n\nimport scala.util.Try\n\n\/**\n *\n * @author ponkotuy\n * Date: 15\/02\/11.\n *\/\ncase class HProf(traces: Vector[Trace], count: Int)\n\nobject HProf {\n  def apply(lines: Vector[Result]): HProf = {\n    val count = lines.collectFirst { case x: SamplesBegin => x }.map(_.total).getOrElse(0)\n\n    val samples = lines.collect { case x: Sample => x }\n      .map(x => x.trace -> x).toMap\n\n    val traceLines = lines.collect {\n      case x: StartTrace => x\n      case x: Code => x\n    }\n    val traces = split[Result](traceLines, x => x.isInstanceOf[StartTrace]).collect {\n      case (x: StartTrace) +: (xs: Vector[_]) =>\n        val codes = xs.collect { case y: Code => y }\n        Trace.fromResult(x, codes, samples(x.num))\n    }\n\n    HProf(traces, count)\n  }\n\n  private[construct] def split[A](xs: Vector[A], f: A => Boolean): Vector[Vector[A]] = {\n    if(xs.isEmpty) return Vector()\n    val builder = Vector.newBuilder[Vector[A]]\n    var head: Option[A] = xs.headOption\n    var rest = xs.tail\n    while(rest.nonEmpty && head.isDefined) {\n      val (x, y) = rest.span(!f(_))\n      builder += (head.get +: x)\n      head = y.headOption\n      rest = Try { y.tail }.getOrElse(Vector())\n    }\n    builder.result()\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/DataToServe.scala","text":"<gh_stars>10-100\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model\n\n\/**\n  * Container for the data to serve\n  *\/\ntrait DataToServe[RECORD] {\n  def getType : String\n  def getRecord : RECORD\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"project\/Dependencies.scala","text":"<reponame>SemanticBeeng\/model-serving-tutorial\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport Versions._\nimport sbt._\n\nobject Dependencies {\n\n  val kafka                 = \"org.apache.kafka\"        %% \"kafka\"                              % kafkaVersion\n  val curator               = \"org.apache.curator\"      % \"curator-test\"                        % curatorVersion                 \/\/ ApacheV2\n  val commonIO              = \"commons-io\"              % \"commons-io\"                          % commonIOVersion\n\n  val tensorFlow            = \"org.tensorflow\"          % \"tensorflow\"                          % tensorflowVersion\n  val tensorFlowProto       = \"org.tensorflow\"          % \"proto\"                               % tensorflowVersion\n  val PMMLEvaluator         = \"org.jpmml\"               % \"pmml-evaluator\"                      % PMMLVersion\n  val PMMLExtensions        = \"org.jpmml\"               % \"pmml-evaluator-extension\"            % PMMLVersion\n\n  val flinkScala            = \"org.apache.flink\"        %% \"flink-scala\"                        % flinkVersion\n  val flinkStreaming        = \"org.apache.flink\"        %% \"flink-streaming-scala\"              % flinkVersion\n  val flinkKafka            = \"org.apache.flink\"        %% \"flink-connector-kafka\"              % flinkVersion\n  val flinkQueryableRuntime = \"org.apache.flink\"        %% \"flink-queryable-state-runtime\"      % flinkVersion\n  val flinkQueryableClient  = \"org.apache.flink\"        % \"flink-queryable-state-client-java\"   % flinkVersion\n  val joda                  = \"joda-time\"               % \"joda-time\"                           % jodaVersion\n\n  val sparkcore             = \"org.apache.spark\"        %% \"spark-core\"                         % sparkVersion\n  val sparkstreaming        = \"org.apache.spark\"        %% \"spark-streaming\"                    % sparkVersion\n  val sparkSQLkafka         = \"org.apache.spark\"        %% \"spark-sql-kafka-0-10\"               % sparkVersion\n  val sparkSQL              = \"org.apache.spark\"        %% \"spark-sql\"                          % sparkVersion\n  val sparkkafka            = \"org.apache.spark\"        %% \"spark-streaming-kafka-0-10\"         % sparkVersion\n\n  val kryo                  = \"com.esotericsoftware.kryo\" % \"kryo\"                              % kryoVersion\n\n  val alpakkaKafka          = \"com.typesafe.akka\"       %% \"akka-stream-kafka\"                  % alpakkaKafkaVersion\n\n  val akkaStreamTyped       = \"com.typesafe.akka\"       %% \"akka-stream-typed\"                  % akkaVersion\n  val akkaHttp              = \"com.typesafe.akka\"       %% \"akka-http\"                          % akkaHttpVersion\n  val akkaHttpJsonJackson   = \"de.heikoseeberger\"       %% \"akka-http-jackson\"                  % akkaHttpJacksonVersion\n  val akkatyped             = \"com.typesafe.akka\"       %% \"akka-actor-typed\"                   % akkaVersion\n\n  val gson                  = \"com.google.code.gson\"     % \"gson\"                               % gsonVersion\n\n  val slf4jlog4j            = \"org.slf4j\"                % \"slf4j-log4j12\"                      % slf4jlog4jVersion\n\n  \/\/ Adds the @silencer annotation for suppressing deprecation warnings we don't care about.\n  val silencer              = \"com.github.ghik\"         %% \"silencer-lib\"                       % silencerVersion     % Provided\n  val silencerPlugin        = \"com.github.ghik\"         %% \"silencer-plugin\"                    % silencerVersion     % Provided\n\n  \/\/val silencerDependencies = Seq(compilerPlugin(silencerPlugin), silencer)\n\n  val modelsDependencies = Seq(PMMLEvaluator, PMMLExtensions, tensorFlow, tensorFlowProto) \/\/++ silencerDependencies\n  val clientDependencies = Seq(kafka, curator, commonIO, slf4jlog4j) \/\/++ silencerDependencies\n  val flinkDependencies = Seq(flinkScala, flinkStreaming, flinkKafka, flinkQueryableRuntime, flinkQueryableClient, joda, slf4jlog4j) \/\/++ silencerDependencies\n  val sparkDependencies = Seq(sparkcore, sparkstreaming, sparkkafka, sparkSQL, sparkSQLkafka, slf4jlog4j) \/\/++ silencerDependencies\n  val akkaServerDependencies = Seq(alpakkaKafka, akkaStreamTyped, akkatyped, akkaHttp, akkaHttpJsonJackson, slf4jlog4j) \/\/++ silencerDependencies\n\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"client\/src\/main\/scala\/com\/lightbend\/modelserving\/client\/client\/DataReader.scala","text":"<filename>client\/src\/main\/scala\/com\/lightbend\/modelserving\/client\/client\/DataReader.scala\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.client.client\n\nimport com.lightbend.modelserving\nimport com.lightbend.modelserving.configuration.ModelServingConfiguration._\n\nobject DataReader {\n\n  def main(args: Array[String]) {\n\n    println(s\"Using kafka brokers at ${KAFKA_BROKER}\")\n\n    val listener = modelserving.client.MessageListener(KAFKA_BROKER, MODELS_TOPIC, MODELS_GROUP, new RecordProcessor())\n    listener.start()\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"sparkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/spark\/KafkaSupport.scala","text":"<reponame>SemanticBeeng\/model-serving-tutorial\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.spark\n\nimport org.apache.kafka.clients.consumer.ConsumerConfig\nimport org.apache.kafka.common.serialization.ByteArrayDeserializer\n\n\n\/**\n  * Encapsulate Kafka configuration information.\n  *\/\n@SerialVersionUID(102L)\nobject KafkaSupport extends Serializable {\n\n  \/\/ Kafka consumer properties\n  private val sessionTimeout: Int = 10 * 1000\n  private val connectionTimeout: Int = 8 * 1000\n  private val AUTOCOMMITINTERVAL: String = \"1000\"\n  \/\/ Frequency off offset commits\n  private val SESSIONTIMEOUT: String = \"30000\"\n  \/\/ The timeout used to detect failures - should be greater then processing time\n  private val MAXPOLLRECORDS: String = \"10\"\n  \/\/ Max number of records consumed in a single poll\n  private val GROUPID: String = \"Spark Streaming\" \/\/ Consumer ID\n\n  def getKafkaConsumerConfig(brokers: String): Map[String, String] = {\n    Map[String, String](\n      ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG -> brokers,\n      ConsumerConfig.GROUP_ID_CONFIG -> GROUPID,\n      ConsumerConfig.ENABLE_AUTO_COMMIT_CONFIG -> \"true\",\n      ConsumerConfig.AUTO_COMMIT_INTERVAL_MS_CONFIG -> AUTOCOMMITINTERVAL,\n      ConsumerConfig.SESSION_TIMEOUT_MS_CONFIG -> SESSIONTIMEOUT,\n      ConsumerConfig.MAX_POLL_RECORDS_CONFIG -> MAXPOLLRECORDS,\n      ConsumerConfig.AUTO_OFFSET_RESET_CONFIG -> \"earliest\",\n      ConsumerConfig.KEY_DESERIALIZER_CLASS_CONFIG -> classOf[ByteArrayDeserializer].getTypeName,\n      ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG -> classOf[ByteArrayDeserializer].getTypeName)\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/tensorflow\/TensorFlowBundleModel.scala","text":"<filename>model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/tensorflow\/TensorFlowBundleModel.scala\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model.tensorflow\n\nimport java.io.{File, ObjectInputStream, ObjectOutputStream}\nimport java.nio.file.Files\n\nimport com.google.protobuf.Descriptors\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\nimport com.lightbend.modelserving.model.Model\nimport org.tensorflow.{Graph, SavedModelBundle, Session}\n\nimport scala.collection.mutable.{Map => MMap}\nimport org.tensorflow.framework.{MetaGraphDef, SavedModel, SignatureDef, TensorInfo, TensorShapeProto}\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * Abstract class for any TensorFlow (SavedModelBundle) model processing. It has to be extended by the user\n  * implement score method, based on his own model\n  * This is a very simple implementation, assuming that the TensorFlow saved model bundle is local (constructor, get tags)\n  * The realistic implementation has to use some shared data storage, for example, S3, Minio, etc.\n  *\/\nabstract class TensorFlowBundleModel[RECORD,RESULT](inputStream : Array[Byte]) extends Model[RECORD,RESULT]  with Serializable {\n\n  var bytes = inputStream\n  setup()\n  var tags : Seq[String] = _\n  var graph : Graph = _\n  var signatures : Map[String, Signature] = _\n  var session : Session = _\n\n  private def setup() : Unit = {\n    \/\/ Convert input into file path\n    val path = new String(bytes)\n    \/\/ get tags. We assume here that the first tag is the one we use\n    tags = getTags(path)\n    \/\/ get saved model bundle\n    val bundle = SavedModelBundle.load(path, tags.head)\n    \/\/ get grapth\n    graph = bundle.graph\n    \/\/ get metatagraph and signature\n    val metaGraphDef = MetaGraphDef.parseFrom(bundle.metaGraphDef)\n    val signatureMap = metaGraphDef.getSignatureDefMap.asScala\n    \/\/  parse signature, so that we can use definitions (if necessary) programmatically in score method\n    signatures = parseSignatures(signatureMap)\n    \/\/ Create TensorFlow session\n    session = bundle.session\n  }\n\n  override def cleanup(): Unit = {\n    try{\n      session.close\n    }catch {\n      case t: Throwable =>    \/\/ Swallow\n    }\n    try{\n      graph.close\n    }catch {\n      case t: Throwable =>    \/\/ Swallow\n    }\n  }\n\n  \/** Convert TensorFlow model to bytes *\/\n  override def toBytes(): Array[Byte] = bytes\n\n  \/** Get model type *\/\n  override def getType: ModelDescriptor.ModelType = ModelDescriptor.ModelType.TENSORFLOWSAVED\n\n  override def equals(obj: Any): Boolean = {\n    obj match {\n      case tfModel: TensorFlowBundleModel[RECORD,RESULT] =>\n        tfModel.toBytes.toList == inputStream.toList\n      case _ => false\n    }\n  }\n\n  private def writeObject(output: ObjectOutputStream): Unit = {\n    val start = System.currentTimeMillis()\n    output.writeObject(bytes)\n    println(s\"TensorFlow java serialization in ${System.currentTimeMillis() - start} ms\")\n  }\n\n  private def readObject(input: ObjectInputStream): Unit = {\n    val start = System.currentTimeMillis()\n    bytes = input.readObject().asInstanceOf[Array[Byte]]\n    try{\n      setup()\n      println(s\"TensorFlow java deserialization in ${System.currentTimeMillis() - start} ms\")\n    }\n    catch {\n      case t: Throwable =>\n        t.printStackTrace\n        println(s\"TensorFlow java deserialization failed in ${System.currentTimeMillis() - start} ms\")\n        println(s\"Restored TensorFlow ${new String(bytes)}\")\n    }\n  }\n\n  private def parseSignatures(signatures : MMap[String, SignatureDef]) : Map[String, Signature] = {\n    signatures.map(signature =>\n      signature._1 -> Signature(parseInputOutput(signature._2.getInputsMap.asScala), parseInputOutput(signature._2.getOutputsMap.asScala))\n    ).toMap\n  }\n\n  private def parseInputOutput(inputOutputs : MMap[String, TensorInfo]) : Map[String, Field] = {\n    inputOutputs.map(inputOutput => {\n      var name = \"\"\n      var dtype : Descriptors.EnumValueDescriptor = null\n      var shape = Seq.empty[Int]\n      inputOutput._2.getAllFields.asScala.foreach(descriptor => {\n        if(descriptor._1.getName.contains(\"shape\") ){\n          descriptor._2.asInstanceOf[TensorShapeProto].getDimList.toArray.map(d =>\n            d.asInstanceOf[TensorShapeProto.Dim].getSize).toSeq.foreach(v => shape = shape :+ v.toInt)\n\n        }\n        if(descriptor._1.getName.contains(\"name\") ) {\n          name = descriptor._2.toString.split(\":\")(0)\n        }\n        if(descriptor._1.getName.contains(\"dtype\") ) {\n          dtype = descriptor._2.asInstanceOf[Descriptors.EnumValueDescriptor]\n        }\n      })\n      inputOutput._1 -> Field(name,dtype, shape)\n    }).toMap\n  }\n\n  \/\/ This method gets all tags in the saved bundle and uses the first one. If you need a specific tag, overwrite this method\n  \/\/ With a seq (of one) tags returning desired tag.\n  protected def getTags(directory : String) : Seq[String] = {\n    val d = new File(directory)\n    val pbfiles = if (d.exists && d.isDirectory)\n      d.listFiles.filter(_.isFile).filter(name => (name.getName.endsWith(\"pb\") || name.getName.endsWith(\"pbtxt\"))).toList\n    else List[File]()\n    if(pbfiles.length > 0) {\n      val byteArray = Files.readAllBytes(pbfiles(0).toPath)\n      SavedModel.parseFrom(byteArray).getMetaGraphsList.asScala.\n        flatMap(graph => graph.getMetaInfoDef.getTagsList.asByteStringList.asScala.map(_.toStringUtf8))\n    }\n    else\n      Seq.empty\n  }\n}\n\n\/** Definition of the field (input\/output) *\/\ncase class Field(name : String, `type` : Descriptors.EnumValueDescriptor, shape : Seq[Int])\n\n\/** Definition of the signature *\/\ncase class Signature(inputs :  Map[String, Field], outputs :  Map[String, Field])\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/ModelToServe.scala","text":"<reponame>SemanticBeeng\/model-serving-tutorial\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model\n\nimport java.io.DataOutputStream\n\nimport scala.util.Try\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\n\n\/**\n  * Various data transformation methods.\n  *\/\nobject ModelToServe {\n\n  private var resolver : ModelFactoryResolver[_, _] = _\n\n  \/** This method has to be invoked before execution starts *\/\n  def setResolver[RECORD, RESULT](res : ModelFactoryResolver[RECORD, RESULT]) : Unit = resolver = res\n\n  override def toString: String = super.toString\n\n  \/** Get the model from byte array *\/\n  def fromByteArray(message: Array[Byte]): Try[ModelToServe] = Try{\n    val m = ModelDescriptor.parseFrom(message)\n    if (m.messageContent.isData) {\n      new ModelToServe(m.name, m.description, m.modeltype.value, m.getData.toByteArray, null, m.dataType)\n    } else {\n      new ModelToServe(m.name, m.description, m.modeltype.value, Array[Byte](), m.getLocation, m.dataType)\n    }\n  }\n\n  \/** Write the model to data stream *\/\n  def writeModel[RECORD,RESULT](model: Model[RECORD,RESULT], output: DataOutputStream): Unit = {\n    try {\n      if (model == null) {\n        output.writeLong(0)\n        return\n      }\n      val bytes = model.toBytes()\n      output.writeLong(bytes.length)\n      output.writeLong(model.getType.value)\n      output.write(bytes)\n    } catch {\n      case t: Throwable =>\n        System.out.println(\"Error Serializing model\")\n        t.printStackTrace()\n    }\n  }\n\n  \/** Deep copy the model *\/\n  def copy[RECORD,RESULT](from: Option[Model[RECORD,RESULT]]): Option[Model[RECORD,RESULT]] = {\n    validateResolver()\n    from match {\n      case Some(model) =>\n        validateResolver()\n        Some(resolver.getFactory(model.getType.value).get.restore(model.toBytes()).asInstanceOf[Model[RECORD,RESULT]])\n      case _ => None\n    }\n  }\n\n  \/** Restore model of the specified ModelType from a byte array *\/\n  def restore[RECORD,RESULT](t : ModelDescriptor.ModelType, content : Array[Byte]): Option[Model[RECORD,RESULT]] = {\n    validateResolver()\n    Some(resolver.getFactory(t.value).get.restore(content).asInstanceOf[Model[RECORD,RESULT]])\n  }\n\n  \/** Restore model of the specified ModelType value from a byte array *\/\n  def restore[RECORD,RESULT](tValue : Int, content : Array[Byte]): Option[Model[RECORD,RESULT]] = {\n    validateResolver()\n    Some(resolver.getFactory(tValue).get.restore(content).asInstanceOf[Model[RECORD,RESULT]])\n  }\n\n  \/** Get the model from ModelToServe *\/\n  def toModel[RECORD,RESULT](model: ModelToServe): Option[Model[RECORD,RESULT]] = {\n    validateResolver()\n    resolver.getFactory(model.modelType) match {\n      case Some(factory) => factory.create(model) match {\n        case Some(model) => Some(model.asInstanceOf[Model[RECORD,RESULT]])\n        case _ => None\n      }\n      case _ => None\n    }\n  }\n\n  \/** Ensure that the resolver is set *\/\n  private def validateResolver() : Unit = if(resolver == null) throw new Exception(\"Model factory resolver is not set\")\n}\n\n\/**\n  * Encapsulates a model to serve along with some metadata about it.\n  * Using an Int for the modelType, instead of a ModelDescriptor.ModelType, which is what it represents, is\n  * unfortunately necessary because otherwise you can't use these objects in Spark UDFs; you get a Scala Reflection\n  * exception at runtime. Hence, the integration values for modelType should match the known integer values in the\n  * ModelType objects. See also protobufs\/src\/main\/protobuf\/modeldescriptor.proto\n  *\/\ncase class ModelToServe(\n  name: String,\n  description: String,\n  modelType: Int,\n  model : Array[Byte],\n  location : String,\n  dataType : String)\n\n\n\/**\n  * Model serving statistics definition\n  *\/\ncase class ModelToServeStats(\n  name: String = \"\",\n  description: String = \"\",\n  modelType: Int = ModelDescriptor.ModelType.PMML.value,\n  since: Long = 0,\n  var usage: Long = 0,\n  var duration: Double = .0,\n  var min: Long = Long.MaxValue,\n  var max: Long = Long.MinValue) {\n\n  \/**\n    * Increment model serving statistics; invoked after scoring every record.\n    * @arg execution Long value for the milliseconds it took to score the record.\n    *\/\n  def incrementUsage(execution : Long) : ModelToServeStats = {\n    usage = usage + 1\n    duration = duration + execution\n    if(execution < min) min = execution\n    if(execution > max) max = execution\n    this\n  }\n}\n\nobject ModelToServeStats {\n  def apply(m : ModelToServe): ModelToServeStats = ModelToServeStats(m.name, m.description, m.modelType, System.currentTimeMillis())\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"flinkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/flink\/keyed\/DataProcessorKeyed.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.flink.keyed\n\nimport com.lightbend.model.winerecord.WineRecord\nimport com.lightbend.modelserving.model._\nimport com.lightbend.modelserving.flink.typeschema.ModelTypeSerializer\nimport org.apache.flink.api.common.state.{ValueState, ValueStateDescriptor}\nimport org.apache.flink.api.scala.createTypeInformation\nimport org.apache.flink.configuration.Configuration\nimport org.apache.flink.streaming.api.functions.co.CoProcessFunction\nimport org.apache.flink.util.Collector\n\n\/**\n  * Class for processing data using models with state managed by key, rather than partitioned.\n  *\n  * see http:\/\/dataartisans.github.io\/flink-training\/exercises\/eventTimeJoin.html for details\n  * In Flink, a class instance is created not for each key, but rather for each key group,\n  * https:\/\/ci.apache.org\/projects\/flink\/flink-docs-release-1.9\/dev\/stream\/state\/state.html#keyed-state-and-operator-state.\n  * As a result, any state data has to be in the key specific state.\n  *\/\nclass DataProcessorKeyed[RECORD, RESULT]() extends CoProcessFunction[DataToServe[RECORD], ModelToServe, ServingResult[RESULT]]{\n\n  \/** The current model state *\/\n  var modelState: ValueState[ModelToServeStats] = _\n\n  var currentModel : ValueState[Option[Model[RECORD, RESULT]]] = _\n\n  \/** Called when an instance is created *\/\n  override def open(parameters: Configuration): Unit = {\n\n    \/\/ Model state descriptor\n    val modelStateDesc = new ValueStateDescriptor[ModelToServeStats](\n      \"currentModelState\",                         \/\/ state name\n      createTypeInformation[ModelToServeStats])           \/\/ type information\n\n    modelStateDesc.setQueryable(\"currentModelState\")      \/\/ Expose it for queryable state\n\n    \/\/ Create Model state\n    modelState = getRuntimeContext.getState(modelStateDesc)\n\n    \/\/ Model descriptor\n    val modelDesc = new ValueStateDescriptor[Option[Model[RECORD, RESULT]]](\n      \"currentModel\",                               \/\/ state name\n      new ModelTypeSerializer[RECORD, RESULT])                              \/\/ type information\n\n    \/\/ Create current model state\n    currentModel = getRuntimeContext.getState(modelDesc)\n  }\n\n\n  \/**\n    * Process a new model. We store it in the `newModel`, then `processElement1` will detect it and switch out the old\n    * model.\n    *\/\n  override def processElement2(model: ModelToServe, ctx: CoProcessFunction[DataToServe[RECORD], ModelToServe, ServingResult[RESULT]]#Context, out: Collector[ServingResult[RESULT]]): Unit = {\n\n    \/\/ Ensure that the state is initialized\n    if(currentModel.value == null) currentModel.update(None)\n\n    println(s\"New model - $model\")\n    \/\/ Create a model\n    ModelToServe.toModel[RECORD, RESULT](model) match {\n      case Some(md) => \/\/ Update model\n        \/\/ Close current model first\n        currentModel.value.foreach(_.cleanup())\n        \/\/ Update model\n        currentModel.update(Some(md))\n        modelState.update(ModelToServeStats(model))\n      case _ =>   \/\/ Model creation failed, continue\n        println(s\"Model creation for $model failed\")\n    }\n  }\n\n  \/** Serve data, i.e., score with the current model *\/\n  override def processElement1(record: DataToServe[RECORD], ctx: CoProcessFunction[DataToServe[RECORD], ModelToServe, ServingResult[RESULT]]#Context, out: Collector[ServingResult[RESULT]]): Unit = {\n\n    \/\/ Exercise:\n    \/\/ Instead of tossing the old model, create a stack of models. Add the ability to pop the current model and recover\n    \/\/ the previous one(s).\n    \/\/ Then decide how to bound the number of stack elements by some N, but this suggests you might want to store them\n    \/\/ in a bounded-size cache, so you can toss the oldest ones.\n\n    \/\/ Ensure that the state is initialized\n    if(currentModel.value == null) currentModel.update(None)\n\n    \/\/ Actually process data\n    currentModel.value match {\n      case Some(model) =>\n        val start = System.currentTimeMillis()\n        val score = model.score(record.getRecord)\n        val duration = System.currentTimeMillis() - start\n\n        modelState.update(modelState.value().incrementUsage(duration))\n        val result = ServingResult[RESULT](modelState.value().name, record.getType, record.getRecord.asInstanceOf[WineRecord].ts, score)\n        out.collect(result)\n      case _ => \/\/ Exercise: print\/log when a matching model wasn't found. Does the output make sense?\n    }\n  }\n}\n\nobject DataProcessorKeyed {\n  def apply[RECORD, RESULT]() = new DataProcessorKeyed[RECORD, RESULT]\n}"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/winemodel\/pmml\/WinePMMLModel.scala","text":"<gh_stars>10-100\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.winemodel.pmml\n\n\nimport com.lightbend.model.winerecord.WineRecord\nimport com.lightbend.modelserving.model.PMML.PMMLModel\nimport com.lightbend.modelserving.model.{Model, ModelFactory}\nimport com.lightbend.modelserving.model.ModelToServe\nimport org.jpmml.evaluator.Computable\n\nimport scala.collection.JavaConverters._\n\nimport scala.collection._\n\n\/**\n  * PMML model implementation for wine data.\n  *\/\nclass WinePMMLModel(inputStream: Array[Byte]) extends PMMLModel[WineRecord, Double](inputStream) {\n\n  \/** Scoring (using PMML evaluator) *\/\n  override def score(input: WineRecord): Double = {\n    \/\/ Clear arguments (from previous run)\n    arguments.clear()\n    \/\/ Populate input based on record\n    inputFields.asScala.foreach(field => {\n      arguments.put(field.getName, field.prepare(getValueByName(input, field.getName.getValue)))\n    })\n\n    \/\/ Calculate Output\n    val result = evaluator.evaluate(arguments.asJava)\n\n    \/\/ Prepare output\n    result.get(tname) match {\n      case c : Computable => c.getResult.toString.toDouble\n      case v : Any => v.asInstanceOf[Double]\n    }\n  }\n\n  \/\/ Support function to get values\n  private def getValueByName(inputs : WineRecord, name: String) : Double =\n    WinePMMLModel.names.get(name) match {\n    case Some(index) => {\n     val v = inputs.getFieldByNumber(index + 1)\n      v.asInstanceOf[Double]\n    }\n    case _ => .0\n  }\n}\n\n\/**\n  * Factory for wine data PMML model\n  *\/\nobject WinePMMLModel extends ModelFactory[WineRecord, Double]{\n  private val names = Map(\"fixed acidity\" -> 0,\n    \"volatile acidity\" -> 1,\"citric acid\" ->2,\"residual sugar\" -> 3,\n    \"chlorides\" -> 4,\"free sulfur dioxide\" -> 5,\"total sulfur dioxide\" -> 6,\n    \"density\" -> 7,\"pH\" -> 8,\"sulphates\" ->9,\"alcohol\" -> 10)\n\n  override def create(input: ModelToServe): Option[Model[WineRecord, Double]] = {\n    try {\n      Some(new WinePMMLModel(input.model))\n    }catch{\n      case t: Throwable => None\n    }\n  }\n\n  override def restore(bytes: Array[Byte]): Model[WineRecord, Double] = new WinePMMLModel(bytes)\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"flinkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/flink\/typeschema\/ModelTypeSerializer.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.flink.typeschema\n\nimport java.io.IOException\n\nimport com.lightbend.modelserving.model.Model\nimport com.lightbend.modelserving.model.ModelToServe\nimport org.apache.flink.api.common.typeutils._\nimport org.apache.flink.core.memory.{DataInputView, DataOutputView}\nimport org.apache.flink.util.InstantiationUtil\n\n\/** Serializer for the model type *\/\nclass ModelTypeSerializer[RECORD, RESULT] extends TypeSerializer[Option[Model[RECORD, RESULT]]] {\n\n  override def createInstance(): Option[Model[RECORD, RESULT]] = None\n\n  override def duplicate(): TypeSerializer[Option[Model[RECORD, RESULT]]] = new ModelTypeSerializer[RECORD, RESULT]\n\n  override def serialize(record: Option[Model[RECORD, RESULT]], target: DataOutputView): Unit = {\n    record match {\n      case Some(model) =>\n        target.writeBoolean(true)\n        val content = model.toBytes()\n        target.writeLong(model.getType.value.toLong)\n        target.writeLong(content.length)\n        target.write(content)\n      case _ => target.writeBoolean(false)\n    }\n  }\n\n  override def isImmutableType: Boolean = false\n\n  override def getLength: Int = -1\n\n  override def snapshotConfiguration(): TypeSerializerSnapshot[Option[Model[RECORD, RESULT]]] = new ModelSerializerConfigSnapshot[RECORD, RESULT]\n\n  override def copy(from: Option[Model[RECORD, RESULT]]): Option[Model[RECORD, RESULT]] = {\n    if(from == null) null\n    else ModelToServe.copy(from)\n  }\n\n  override def copy(from: Option[Model[RECORD, RESULT]], reuse: Option[Model[RECORD, RESULT]]): Option[Model[RECORD, RESULT]] = ModelToServe.copy(from)\n\n  override def copy(source: DataInputView, target: DataOutputView): Unit = {\n    val exist = source.readBoolean()\n    target.writeBoolean(exist)\n    exist match {\n      case true =>\n        target.writeLong (source.readLong () )\n        val clen = source.readLong ().asInstanceOf[Int]\n        target.writeLong (clen)\n        val content = new Array[Byte] (clen)\n        source.read (content)\n        target.write (content)\n      case _ =>\n    }\n  }\n\n  override def deserialize(source: DataInputView): Option[Model[RECORD, RESULT]] =\n    source.readBoolean() match {\n      case true =>\n        val t = source.readLong().asInstanceOf[Int]\n        val size = source.readLong().asInstanceOf[Int]\n        val content = new Array[Byte] (size)\n        source.read (content)\n        ModelToServe.restore(t, content)\n      case _ => Option.empty\n    }\n\n  override def deserialize(reuse: Option[Model[RECORD, RESULT]], source: DataInputView): Option[Model[RECORD, RESULT]] = deserialize(source)\n\n  override def equals(obj: scala.Any): Boolean = obj.isInstanceOf[ModelTypeSerializer[RECORD, RESULT]]\n\n  override def hashCode(): Int = 42\n}\n\nobject ModelTypeSerializer{\n\n  def apply[RECORD, RESULT] : ModelTypeSerializer[RECORD, RESULT] = new ModelTypeSerializer[RECORD, RESULT]()\n}\n\nobject ModelSerializerConfigSnapshot{\n\n  val CURRENT_VERSION = 1\n}\n\n\/**\n  * Snapshot configuration Model serializer\n  * See https:\/\/github.com\/apache\/flink\/blob\/master\/flink-core\/src\/main\/java\/org\/apache\/flink\/api\/common\/typeutils\/SimpleTypeSerializerSnapshot.java\n  *\/\nclass ModelSerializerConfigSnapshot[RECORD, RESULT] extends TypeSerializerSnapshot[Option[Model[RECORD, RESULT]]]{\n\n  import ModelSerializerConfigSnapshot._\n\n  private var serializerClass = classOf[ModelTypeSerializer[RECORD, RESULT]]\n\n  override def getCurrentVersion: Int = CURRENT_VERSION\n\n  override def writeSnapshot(out: DataOutputView): Unit = out.writeUTF(serializerClass.getName)\n\n\n  override def readSnapshot(readVersion: Int, in: DataInputView, classLoader: ClassLoader): Unit = {\n    readVersion match {\n      case CURRENT_VERSION =>\n        val className = in.readUTF\n        resolveClassName(className, classLoader, false)\n      case _ =>\n        throw new IOException(\"Unrecognized version: \" + readVersion)\n    }\n  }\n\n  override def restoreSerializer(): TypeSerializer[Option[Model[RECORD, RESULT]]] = InstantiationUtil.instantiate(serializerClass)\n\n  override def resolveSchemaCompatibility(newSerializer: TypeSerializer[Option[Model[RECORD, RESULT]]]): TypeSerializerSchemaCompatibility[Option[Model[RECORD, RESULT]]] =\n    if (newSerializer.getClass eq serializerClass) TypeSerializerSchemaCompatibility.compatibleAsIs()\n    else TypeSerializerSchemaCompatibility.incompatible()\n\n  private def resolveClassName(className: String, cl: ClassLoader, allowCanonicalName: Boolean): Unit =\n    try\n      serializerClass = cast(Class.forName(className, false, cl))\n    catch {\n      case e: Throwable =>\n        throw new IOException(\"Failed to read SimpleTypeSerializerSnapshot: Serializer class not found: \" + className, e)\n    }\n\n  private def cast[T](clazz: Class[_]) : Class[ModelTypeSerializer[RECORD, RESULT]]   = {\n    if (!classOf[ModelTypeSerializer[RECORD, RESULT]].isAssignableFrom(clazz)) throw new IOException(\"Failed to read SimpleTypeSerializerSnapshot. \" + \"Serializer class name leads to a class that is not a TypeSerializer: \" + clazz.getName)\n    clazz.asInstanceOf[Class[ModelTypeSerializer[RECORD, RESULT]]]\n  }\n\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/tensorflow\/TensorFlowModel.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model.tensorflow\n\nimport java.io.{IOException, ObjectInputStream, ObjectOutputStream}\n\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\nimport com.lightbend.modelserving.model.Model\nimport org.tensorflow.{Graph, Session}\n\n\/**\n  * Abstract class for any TensorFlow (optimized export) model processing. It has to be extended by the user\n  * implement score method, based on his own model. Serializability here is required for Spark.\n  *\/\nabstract class TensorFlowModel[RECORD,RESULT](inputStream : Array[Byte]) extends Model[RECORD,RESULT] with Serializable {\n\n  \/\/ Make sure data is not empty\n  if(inputStream.length < 1) throw new Exception(\"Empty graph data\")\n  \/\/ Model graph\n  var graph = new Graph\n  graph.importGraphDef(inputStream)\n  \/\/ Create TensorFlow session\n  var session = new Session(graph)\n  var bytes = inputStream\n\n  override def cleanup(): Unit = {\n    try{\n      session.close\n    }catch {\n      case t: Throwable =>    \/\/ Swallow\n    }\n    try{\n      graph.close\n    }catch {\n      case t: Throwable =>    \/\/ Swallow\n    }\n  }\n\n  \/** Convert the TensorFlow model to bytes *\/\n  override def toBytes(): Array[Byte] = bytes\n\n  \/** Get model type *\/\n  override def getType: ModelDescriptor.ModelType = ModelDescriptor.ModelType.TENSORFLOW\n\n  override def equals(obj: Any): Boolean = {\n    obj match {\n      case tfModel: TensorFlowModel[RECORD,RESULT] =>\n        tfModel.toBytes.toList == inputStream.toList\n      case _ => false\n    }\n  }\n\n  private def writeObject(output: ObjectOutputStream): Unit = {\n    val start = System.currentTimeMillis()\n    output.writeObject(bytes)\n    println(s\"TensorFlow java serialization in ${System.currentTimeMillis() - start} ms\")\n  }\n\n  private def readObject(input: ObjectInputStream): Unit = {\n    val start = System.currentTimeMillis()\n    bytes = input.readObject().asInstanceOf[Array[Byte]]\n    try{\n      graph = new Graph\n      graph.importGraphDef(bytes)\n      session = new Session(graph)\n      println(s\"TensorFlow java deserialization in ${System.currentTimeMillis() - start} ms\")\n    }\n    catch {\n      case t: Throwable =>\n        t.printStackTrace\n        println(s\"TensorFlow java deserialization failed in ${System.currentTimeMillis() - start} ms\")\n        println(s\"Restored TensorFlow ${new String(bytes)}\")\n    }\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"flinkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/flink\/wine\/query\/ModelStateQueryJob.scala","text":"<filename>flinkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/flink\/wine\/query\/ModelStateQueryJob.scala\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.flink.wine.query\n\nimport com.lightbend.modelserving.flink.query.ModelStateQuery\n\n\/**\n  * ModelStateQueryJob - query the model state (works only for the keyed implementation).\n  *\/\nobject ModelStateQueryJob {\n\n  val defaultIDFileName = \".\/ModelServingKeyedJob.id\"\n\n  \/**\n    * Main method for the query process.\n    * The ID of the keyed job is required for this process. There are two ways it\n    * it specified:\n    * 1. `ModelServingKeyedJob` writes its ID to a file, defaulting to \".\/ModelServingKeyedJob.id\"\n    * 2. You specify a different file with the command-line option `--file path`\n    * 3. You specify the id itself with the command-line option `--id ID`\n    *\/\n  def main(args: Array[String]): Unit = {\n    val jobID = determineID(args)\n    println(s\"Using job ID: $jobID\")\n    ModelStateQuery.query(job = jobID, keys = Seq(\"wine\"))\n  }\n\n  \/\/ Ignore trailing arguments\n  protected def determineID(args: Seq[String]): String = args match {\n    case Nil => readID(defaultIDFileName)\n    case (\"-h\" | \"--help\") +: tail         => help; sys.exit(0)\n    case (\"-f\" | \"--file\") +: path +: tail => readID(path)\n    case (\"-i\" | \"--id\")   +: id +: tail   => id\n    case _ => println(s\"ERROR: Unrecognized argument(s): ${args.mkString(\" \")}\"); help; sys.exit(1)\n  }\n  protected def readID(path: String):String = scala.io.Source.fromFile(path).getLines.next\n\n  protected def help() {\n    println(\"\"\"\n      |Usage: ...ModelStateQueryJob [-h|--help] [-f|--file id_file_path] [-i|--id ID]\n      |Where:\n      |-h | --help               Show this help and exit\n      |-f | --file id_file_path  Read the ID from this file. Defaults to \".\/ModelServingKeyedJob.id\"\n      |-i | --id ID              Use this ID\n      |\n      |So, the default behavior is to read the ID from the default file.\n      |\"\"\".stripMargin)\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/pmml\/PMMLModel.scala","text":"<gh_stars>10-100\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model.PMML\n\nimport java.io._\nimport java.util\n\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\nimport com.lightbend.modelserving.model.{Model, ModelFactory}\nimport org.dmg.pmml.{FieldName, PMML}\nimport org.jpmml.evaluator.visitors._\nimport org.jpmml.evaluator._\nimport org.jpmml.model.PMMLUtil\n\nimport scala.collection._\n\n\/**\n  * Abstract class for any PMML model processing. It has to be extended by the user\n  * implement score method, based on his own model. Serializability here is required for Spark\n  *\/\nabstract class PMMLModel[RECORD,RESULT](inputStream: Array[Byte]) extends Model[RECORD,RESULT] with Serializable {\n\n  var arguments : mutable.Map[FieldName, FieldValue] = _\n  var pmml : PMML = _\n  var evaluator : ModelEvaluator[_ <: org.dmg.pmml.Model] = _\n  var inputFields : util.List[InputField] = _\n  var target: TargetField = _\n  var tname : FieldName = _\n\n  var bytes = inputStream\n  setup()\n\n  private def setup() : Unit = {\n    arguments = mutable.Map[FieldName, FieldValue]()\n    \/\/ Marshall PMML\n    pmml = PMMLUtil.unmarshal(new ByteArrayInputStream(bytes))\n    \/\/ Optimize model\/\/ Optimize model\n    PMMLModelBase.optimize(pmml)\n    \/\/ Create and verify evaluator\n    evaluator = ModelEvaluatorFactory.newInstance.newModelEvaluator(pmml)\n    evaluator.verify()\n    \/\/ Get input\/target fields\n    inputFields = evaluator.getInputFields\n    target = evaluator.getTargetFields.get(0)\n    tname = target.getName\n  }\n\n  override def cleanup(): Unit = {}\n\n  override def toBytes : Array[Byte] = bytes\n\n  override def getType: ModelDescriptor.ModelType = ModelDescriptor.ModelType.PMML\n\n  override def equals(obj: Any): Boolean = {\n    obj match {\n      case pmmlModel: PMMLModel[RECORD,RESULT] =>\n        pmmlModel.toBytes.toList == inputStream.toList\n      case _ => false\n    }\n  }\n\n  private def writeObject(output: ObjectOutputStream): Unit = {\n    val start = System.currentTimeMillis()\n    output.writeObject(bytes)\n    println(s\"PMML java serialization in ${System.currentTimeMillis() - start} ms\")\n  }\n\n  private def readObject(input: ObjectInputStream): Unit = {\n    val start = System.currentTimeMillis()\n    bytes = input.readObject().asInstanceOf[Array[Byte]]\n    \/\/ Marshall PMML\n    try {\n      setup()\n      println(s\"PMML java deserialization in ${System.currentTimeMillis() - start} ms\")\n    }\n    catch {\n      case t: Throwable =>\n        println(s\"PMML java deserialization failed in ${System.currentTimeMillis() - start} ms\")\n        println(s\"Exception $t\")\n        println(s\"Restored PMML ${new String(bytes)}\")\n    }\n  }\n}\n\nobject PMMLModelBase{\n\n  \/\/ List of PMML optimizers (https:\/\/groups.google.com\/forum\/#!topic\/jpmml\/rUpv8hOuS3A)\n  private val optimizers = Array(new ExpressionOptimizer, new FieldOptimizer, new PredicateOptimizer, new GeneralRegressionModelOptimizer, new NaiveBayesModelOptimizer, new RegressionModelOptimizer)\n\n  \/** Optimize a PMML model *\/\n  def optimize(pmml : PMML) = this.synchronized {\n    optimizers.foreach(opt =>\n      try {\n        opt.applyTo(pmml)\n      } catch {\n        case t: Throwable => {\n          println(s\"Error optimizing model for optimizer $opt\")\n          t.printStackTrace()\n        }\n      }\n    )\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/ModelFactoryResolver.scala","text":"<filename>model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/ModelFactoryResolver.scala\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model\n\n\/**\n  * Base interface for ModelFactories resolver. The implementation of this trait should return the model factory\n  * base on a model type. Currently the following types are defined:\n  *        TENSORFLOW\n  *        TENSORFLOWSAVED\n  *        PMML\n  * Additional types can be defined as required.\n  *\/\ntrait ModelFactoryResolver[RECORD, RESULT] {\n  \/** Retrieve the model using an Int corresponding to the ModelType.value field *\/\n  def getFactory(whichFactory: Int) : Option[ModelFactory[RECORD, RESULT]]\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"akkaserver\/src\/main\/scala\/com\/lightbend\/modelserving\/akka\/ModelServerManagerBehavior.scala","text":"<filename>akkaserver\/src\/main\/scala\/com\/lightbend\/modelserving\/akka\/ModelServerManagerBehavior.scala\n\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.akka\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport com.lightbend.modelserving.model.ModelToServeStats\n\n\/**\n  * Akka Typed actor that handles model updates, scoring records with the current model, retrieving the current\n  * models, and retrieving the current state to support external state queries.\n  * @param context\n  *\/\nclass ModelServerManagerBehavior(context: ActorContext[ModelServerManagerActor]) extends AbstractBehavior[ModelServerManagerActor](context) {\n\n  println(\"Creating Model Serving Manager\")\n\n  private def getModelServer(dataType: String): ActorRef[ModelServerActor] = {\n\n    context.child(dataType) match {\n      case Some(actorRef) => actorRef.asInstanceOf[ActorRef[ModelServerActor]]\n      case _ => context.spawn(Behaviors.setup[ModelServerActor](\n        context => new ModelServerBehavior(context, dataType)), dataType)\n    }\n  }\n\n  private def getInstances : GetModelsResult = GetModelsResult(context.children.map(_.path.name).toSeq)\n\n  override def onMessage(msg: ModelServerManagerActor): Behavior[ModelServerManagerActor] = {\n    msg match {\n      case updateModel : UpdateModel =>\n        getModelServer(updateModel.model.dataType) tell updateModel\n      case scoreData : ScoreData =>\n        getModelServer(scoreData.record.getType) tell scoreData\n      case getState : GetState => \/\/ Used for state queries\n        context.child(getState.dataType) match{\n        case Some(server) => server.asInstanceOf[ActorRef[ModelServerActor]] tell getState\n        case _ => getState.reply ! ModelToServeStats()\n      }\n      case getModels : GetModels => \/\/ Get list of models\n        getModels.reply ! getInstances\n    }\n    this\n  }\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/model\/Model.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.model\n\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\n\n\/**\n  * Generic definition of a machine learning model\n  *\/\ntrait Model [RECORD, RESULT]{\n  \/** Score a record with the model *\/\n  def score(input : RECORD) : RESULT\n\n  \/** Abstraction for cleaning up resources *\/\n  def cleanup() : Unit\n\n  \/** Serialize the model to bytes *\/\n  def toBytes() : Array[Byte]\n\n  \/** Get the type of model. *\/\n  def getType : ModelDescriptor.ModelType\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"model\/src\/main\/scala\/com\/lightbend\/modelserving\/winemodel\/WineFactoryResolver.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.winemodel\n\nimport com.lightbend.model.modeldescriptor.ModelDescriptor\nimport com.lightbend.model.winerecord.WineRecord\nimport com.lightbend.modelserving.model.{ModelFactory, ModelFactoryResolver}\nimport com.lightbend.modelserving.winemodel.pmml.WinePMMLModel\nimport com.lightbend.modelserving.winemodel.tensorflow.{WineTensorFlowBundledModel, WineTensorFlowModel}\n\n\/**\n  * Model factory resolver - requires specific factories\n  *\/\nobject WineFactoryResolver extends ModelFactoryResolver[WineRecord, Double]{\n\n  private val factories = Map(ModelDescriptor.ModelType.PMML.value -> WinePMMLModel,\n                              ModelDescriptor.ModelType.TENSORFLOW.value -> WineTensorFlowModel,\n                              ModelDescriptor.ModelType.TENSORFLOWSAVED.value -> WineTensorFlowBundledModel)\n\n  override def getFactory(whichFactory: Int): Option[ModelFactory[WineRecord, Double]] = factories.get(whichFactory)\n}\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"sparkserver\/src\/main\/scala\/com\/lightbend\/modelserving\/spark\/DataWithModel.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.spark\n\nimport com.lightbend.model.winerecord.WineRecord\nimport com.lightbend.modelserving.model.{Model, ModelToServe}\nimport com.lightbend.modelserving.winemodel.DataRecord\n\n\/\/ Exercise:\n\/\/ Using nulls in Scala code is discouraged, although sometimes convenient, as here.\n\/\/ Try refactoring the code use `data: Option[WinRecord]` and `model: Option[ModelToServe]`.\n\n\/**\n  * Unified representation of model and data.\n  * Ideally we could use DataToServe here as a generic representation of the data, but according\n  * to https:\/\/stackoverflow.com\/questions\/42121649\/schema-for-type-any-is-not-supported\/42130708\n  * Any and AnyVal are not supported by Spark Streaming.\n  *\/\ncase class DataWithModel(dataType : String, data : WineRecord, model : ModelToServe)\n\n\n\/\/ Additional data transformation methods\nobject DataWithModel{\n\n  val emptyModel = DataWithModel(\"\", null, null)\n\n  def modelFromByteArrayStructured(message: Array[Byte]): DataWithModel = {\n\n    ModelToServe.fromByteArray(message).toOption match {\n      case Some(model) => DataWithModel(model.dataType, null, model)\n      case _ => emptyModel\n    }\n  }\n\n  def dataFromByteArrayStructured(message: Array[Byte]): DataWithModel =  {\n\n    DataRecord.fromByteArray(message).toOption match {\n      case Some(data) => DataWithModel(data.getType, data.getRecord, null)\n      case _ => emptyModel\n    }\n  }\n\n  def dataWineFromByteArrayStructured(message: Array[Byte]): WineRecord =  {\n\n    DataRecord.fromByteArray(message).toOption match {\n      case Some(data) => data.getRecord\n      case _ => new WineRecord\n    }\n  }\n}\n\n\/\/ Model state used for storing existing models\ncase class ModelState(name : String, model : Model[WineRecord, Double])\n"}
{"repo_name":"SemanticBeeng\/model-serving-tutorial","path":"akkaserver\/src\/main\/scala\/com\/lightbend\/modelserving\/akka\/ModelServerBehavior.scala","text":"\/*\n * Copyright (C) 2017-2019  Lightbend\n *\n * This file is part of the Lightbend model-serving-tutorial (https:\/\/github.com\/lightbend\/model-serving-tutorial)\n *\n * The model-serving-tutorial is free software: you can redistribute it and\/or modify\n * it under the terms of the Apache License Version 2.0.\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.lightbend.modelserving.akka\n\nimport akka.Done\nimport akka.actor.typed.Behavior\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext}\nimport com.lightbend.model.winerecord.WineRecord\nimport com.lightbend.modelserving.model.{Model, ModelToServe, ModelToServeStats, ServingResult}\n\n\/** Akka Typed Actor for handling a single model, including updates to it and scoring with it. *\/\nclass ModelServerBehavior(context: ActorContext[ModelServerActor], dataType : String) extends AbstractBehavior[ModelServerActor](context) {\n\n  println(s\"Creating a new Model Server for data type $dataType\")\n\n  private var currentModel: Option[Model[WineRecord, Double]] = None\n  var currentState: Option[ModelToServeStats] = None\n\n  override def onMessage(msg: ModelServerActor): Behavior[ModelServerActor] = {\n    msg match {\n      case update : UpdateModel => \/\/ Update Model\n        \/\/ Update model\n        println(s\"Updated model: ${update.model}\")\n        ModelToServe.toModel[WineRecord, Double](update.model) match {\n          case Some(m) => \/\/ Successfully got a new model\n            \/\/ close current model first\n            currentModel.foreach(_.cleanup())\n            \/\/ Update model and state\n            currentModel = Some(m)\n            currentState = Some(ModelToServeStats(update.model))\n          case _ =>   \/\/ Failed converting\n            println(s\"Failed to convert model: ${update.model}\")\n        }\n        update.reply ! Done\n      case scoreData : ScoreData => \/\/ Serve data\n        \/\/ Actually process data\n        val result = currentModel match {\n          case Some(model) => {\n            val start = System.currentTimeMillis()\n            \/\/ Actually serve\n            val result = model.score(scoreData.record.getRecord)\n            val duration = System.currentTimeMillis() - start\n            \/\/ Update state\n            currentState = Some(currentState.get.incrementUsage(duration))\n            \/\/ result\n            Some(ServingResult(currentState.get.name, scoreData.record.getType, scoreData.record.getRecord.asInstanceOf[WineRecord].ts, result.asInstanceOf[Double]))\n          }\n          case _ => None\n        }\n        scoreData.reply ! result\n      case getState : GetState => \/\/ State query\n        getState.reply ! currentState.getOrElse(ModelToServeStats())\n    }\n    this\n  }\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"xtract-core\/src\/main\/scala-2.13\/CollectionFactory.scala","text":"<reponame>Ssstlis\/xtract\npackage com.lucidchart.open.xtract\n\nimport scala.collection.Factory\nimport scala.collection.mutable.Builder\n\n\n\/**\n * Shim for compatibility between scala 2.11\/2.12 and 2.13\n *\/\nclass CollectionFactory[-A, +C](private val f: Factory[A,C]) extends AnyVal {\n  def newBuilder: Builder[A, C] = f.newBuilder\n}\n\nobject CollectionFactory {\n  implicit def factory[A, C](implicit f: Factory[A, C]): CollectionFactory[A, C] = new CollectionFactory(f)\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"build.sbt","text":"<reponame>Ssstlis\/xtract\nname := \"Xtract\"\n\nval scalaVersions = Seq(\"2.13.6\", \"2.12.15\")\n\ndef versionedScalacOptions(scalaVersion: String) = {\n  Seq(\n    \"-deprecation\",\n    \"-feature\",\n    \"-language:higherKinds\",\n    \"-Xfatal-warnings\"\n  ) ++ (if (scalaVersion.startsWith(\"2.13\")) {\n    Nil\n  } else {\n    Seq(\"-Ypartial-unification\")\n  })\n}\n\ndef apiUrl(name: String) = Some(url(s\"https:\/\/lucidsoftware.github.io\/xtract\/$name\/api\/\"))\n\ninThisBuild(Seq(\n  credentials += Credentials(\"Sonatype Nexus Repository Manager\", \"oss.sonatype.org\", System.getenv(\"SONATYPE_USERNAME\"), System.getenv(\"SONATYPE_PASSWORD\")),\n  developers ++= List(\n    Developer(\"tmccombs\", \"<NAME>\", \"\", url(\"https:\/\/github.com\/tmccombs\")),\n    Developer(\"\", \"<NAME>\", \"\", null)\n  ),\n  licenses += \"Apache License, Version 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"),\n  homepage := Some(url(\"https:\/\/github.com\/lucidsoftware\/xtract\")),\n  organization := \"com.lucidchart\",\n  scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/lucidsoftware\/xtract\"), \"scm:git:git@github.com:lucidsoftware\/xtract.git\")),\n  version := sys.props.getOrElse(\"build.version\", \"0-SNAPSHOT\"),\n  sonatypeSessionName := s\"[sbt-sonatype] xtract-${scalaBinaryVersion.value}-${version.value}\",\n  autoAPIMappings := true\n))\n\nlazy val commonSettings = Seq(\n  scalacOptions ++= versionedScalacOptions(scalaVersion.value),\n  publishTo := sonatypePublishToBundle.value\n)\n\nlazy val specs2Dependency = Seq(\n  \"org.specs2\" %% \"specs2-core\" % \"4.12.12\",\n  \"org.specs2\" %% \"specs2-mock\" % \"4.12.12\"\n)\n\nlazy val catsDependency = Seq(\n  \"org.typelevel\" %% \"cats-macros\" % \"2.1.1\",\n  \"org.typelevel\" %% \"cats-core\" % \"2.6.1\"\n)\n\nlazy val xtract = (projectMatrix in file(\"xtract-core\"))\n  .settings(\n    name := \"xtract\",\n    commonSettings,\n    description := \"Library to deserialize Xml to user types.\",\n    apiURL := apiUrl(\"core\"),\n    libraryDependencies ++= catsDependency ++ Seq(\n      \"org.scala-lang.modules\" %% \"scala-xml\" % \"2.0.1\",\n      \"org.scala-lang.modules\" %% \"scala-collection-compat\" % \"2.5.0\"\n    )\n  )\n  .jvmPlatform(scalaVersions = scalaVersions)\n\nlazy val xtractMacros = (projectMatrix in file(\"macros\"))\n  .dependsOn(xtract)\n  .settings(\n    name := \"xtract-macros\",\n    commonSettings,\n    description := \"Macros for creating XmlReaders.\",\n    apiURL := apiUrl(\"macros\"),\n    libraryDependencies += \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value\n  )\n  .jvmPlatform(scalaVersions = scalaVersions)\n\nlazy val xtractTesting = (projectMatrix in file(\"testing\"))\n  .dependsOn(xtract)\n  .settings(\n    name := \"xtract-testing\",\n    commonSettings,\n    description := \"Specs2 matchers for xtract.\",\n    apiURL := apiUrl(\"testing\"),\n    libraryDependencies ++= specs2Dependency\n  )\n  .jvmPlatform(scalaVersions = scalaVersions)\n\n\/\/ we have a seperate project for tests, so that we can depend on\n\/\/ xtract-testing\nlazy val allTests = (projectMatrix in file(\"unit-tests\"))\n  .dependsOn(xtract % \"test\", xtractMacros % \"test\", xtractTesting % \"test\")\n  .settings(\n    publish \/ skip := true,\n    libraryDependencies ++= specs2Dependency map (_ % \"test\")\n  )\n  .jvmPlatform(scalaVersions = scalaVersions)\n\nlazy val root = (project in file(\".\"))\n  .aggregate(xtract.projectRefs ++ xtractMacros.projectRefs ++ xtractTesting.projectRefs ++ allTests.projectRefs: _*)\n  .settings(\n    commonSettings,\n    publish \/ skip:= true\n  )\n"}
{"repo_name":"Ssstlis\/xtract","path":"xtract-core\/src\/main\/scala\/com\/lucidchart\/open\/xtract\/XmlReaderExtensions.scala","text":"package com.lucidchart.open.xtract\n\ntrait XmlReaderExtensions\n  extends IterableReaderExtensions\n  with DoubleReaderExtensions\n\ntrait IterableReaderExtensions {\n  \/\/ this apparently doesn't work as an implicit definition\n  \/\/ if you need another implicit iterable class type just\n  \/\/ extend this class and as seen in SeqReaderExtension\n  class IterableReaderExtension[T, I <: Iterable[T]](iterableReader: XmlReader[I]) {\n    \/**\n     * Filter an [[XmlReader]] of an Iterable so that it\n     * requires at least `count` elements.\n     * @param count The minimum number of elements to require\n     * @return a new [[XmlReader]]\n     *\/\n    def atLeast(count: Int) = iterableReader\n      .filter(MinCountError(count))(_.size >= count)\n  }\n\n  implicit class SeqReaderExtension[T](seqReader: XmlReader[Seq[T]])\n    extends IterableReaderExtension[T, Seq[T]](seqReader)\n}\n\ntrait DoubleReaderExtensions {\n  implicit class DoubleReaderExtension(doubleReader: XmlReader[Double]) {\n    \/**\n     * Filter an [[XmlReader]] so it requires a double to\n     * be between `min` and `max` inclusive.\n     * @param min The minimum allowed value\n     * @param max The maximum allowed value\n     * @return a new [[XmlReader]]\n     *\/\n    def inRange(min: Double, max: Double) = doubleReader\n      .filter(RangeError(min, max)) { value =>\n        min <= value && value <= max\n      }\n  }\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"xtract-core\/src\/main\/scala\/com\/lucidchart\/open\/xtract\/package.scala","text":"<filename>xtract-core\/src\/main\/scala\/com\/lucidchart\/open\/xtract\/package.scala\npackage com.lucidchart.open\n\n\/**\n * Created by thayne on 2\/2\/15.\n *\/\npackage object xtract {\n\n  \/**\n   * Alias for the root [[XPath]]\n   *\/\n  val __ = XPath\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/ParseResultSpec.scala","text":"<reponame>Ssstlis\/xtract<filename>unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/ParseResultSpec.scala\npackage com.lucidchart.open.xtract\n\nimport org.specs2.mutable.Specification\n\nclass ParseResultSpec extends Specification {\n\n  case class FakeError() extends ParseError\n\n  \"ParseResult.filter\" should {\n    \"return this when failure\" in {\n      val failure = ParseFailure(FakeError())\n      failure.filter(_ => false) must beTheSameAs(failure)\n    }\n\n    \"return this when filter succeeds\" in {\n      val success = ParseSuccess(20)\n      success.filter(_ => true) must beTheSameAs(success)\n    }\n\n    \"return failure when filter fails\" in {\n      ParseSuccess(20).filter(_ => false) must_== ParseFailure(Nil)\n    }\n\n    \"filter method called with value\" in {\n      var value = 0\n      ParseSuccess(20).filter { num =>\n        value = num\n        true\n      }\n      value must_== 20\n    }\n\n    \"filter method with alternate error returns failure with the error\" in {\n      ParseSuccess(20).filter(FakeError())(_ => false) must_== ParseFailure(FakeError())\n    }\n  }\n\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"testing\/src\/main\/scala\/com\/lucidchart\/open\/xtract\/XmlReaderSpecification.scala","text":"<gh_stars>10-100\npackage com.lucidchart.open.xtract\n\nimport org.specs2.matcher._\nimport org.specs2.mock.Mockito\nimport org.specs2.mutable.SpecificationLike\n\ntrait XmlReaderSpies extends Mockito {\n  \/\/ anonymous classes are created with final, so reflection can't get a spy.\n  \/\/ XmlReader.pure and XmlReader.fail don't work\n  private class PureXmlReader[T](result: T) extends XmlReader[T] {\n    def read(elem: scala.xml.NodeSeq): ParseResult[T] = ParseSuccess(result)\n  }\n\n  private class PartialSuccessXmlReader[T](result: T, errors: Seq[ParseError]) extends XmlReader[T] {\n    def read(elem: scala.xml.NodeSeq): ParseResult[T] = PartialParseSuccess(result, errors)\n  }\n\n  private class FailureXmlReader[T](errors: Seq[ParseError] = Nil) extends XmlReader[T] {\n    def read(elem: scala.xml.NodeSeq): ParseResult[T] = ParseFailure(errors)\n  }\n\n  def successXmlReader[T](result: T): XmlReader[T] =\n    spy(new PureXmlReader(result))\n\n  def partialSuccessXmlReader[T](result: T, errors: Seq[ParseError]): XmlReader[T] =\n    spy(new PartialSuccessXmlReader[T](result, errors))\n\n  def failureXmlReader[T]: XmlReader[T] =\n    failureXmlReader[T](Nil)\n\n  def failureXmlReader[T](error: ParseError): XmlReader[T] =\n    failureXmlReader[T](Seq(error))\n\n  def failureXmlReader[T](errors: Seq[ParseError]): XmlReader[T] =\n    spy(new FailureXmlReader[T](errors))\n\n  def xmlReader[T](maybeResult: Option[T]): XmlReader[T] =\n    maybeResult.fold(failureXmlReader[T])(successXmlReader[T])\n}\n\ntrait XmlMatchers extends SpecificationLike {\n  def isNodeWithAttribute(attribute: String, expected: String): Matcher[scala.xml.NodeSeq] = { nodes: scala.xml.NodeSeq =>\n    val nodeId = nodes.headOption.map(_ \\@ attribute)\n    (nodeId.exists(_ == expected),\n      \"Node ids matched\",\n      nodeId.fold(\n        s\"Node does not have '$attribute'\"\n      ) { actual =>\n        s\"Node's id Self '$actual' does not match expected '$expected'\"\n      })\n  }\n\n  def isNodeWithLabel(label: String): Matcher[scala.xml.NodeSeq] = { nodes: scala.xml.NodeSeq =>\n    val node = nodes.headOption\n    (node.exists(_.label == label),\n      s\"$nodes is a Node with label '$label'\",\n      s\"$nodes is not a Node or doesn't match label '$label'\")\n  }\n\n  def isNodeSeqWithLength(n: Int): Matcher[scala.xml.NodeSeq] = { nodes: scala.xml.NodeSeq =>\n    (nodes.length == n,\n      s\"$n nodes found\",\n      s\"${nodes.length} nodes found but $n nodes expected\")\n  }\n}\n\ntrait ParseResultMatchers extends Matchers {\n  private def toParseSuccessOption[T](result: ParseResult[T]): Option[T] = result match {\n    case success: ParseSuccess[T] => Some(success.get)\n    case _ => None\n  }\n\n  private class SuccessMatcher[T]\n    extends OptionLikeMatcher[ParseResult,T,T](\"ParseSuccess\", toParseSuccessOption)\n\n  private class SuccessCheckedMatcher[T](check: ValueCheck[T])\n    extends OptionLikeCheckedMatcher[ParseResult,T,T](\"ParseSuccess\", toParseSuccessOption, check)\n\n  def beParseSuccess[T]: Matcher[ParseResult[T]] =\n    new SuccessMatcher[T]()\n\n  def beParseSuccess[T](check: ValueCheck[T]): Matcher[ParseResult[T]] =\n    new SuccessCheckedMatcher[T](check)\n\n\n\n  private def toErrorsOption[T](result: ParseResult[T]): Option[Seq[ParseError]] = result match {\n    case failure: ParseFailure => Some(failure.errors)\n    case _ => None\n  }\n\n  private class FailureMatcher[T]\n    extends OptionLikeMatcher[ParseResult,T,Seq[ParseError]](\"ParseFailure\", toErrorsOption)\n\n  private class FailureCheckedMatcher[T](check: ValueCheck[Seq[ParseError]])\n    extends OptionLikeCheckedMatcher[ParseResult,T,Seq[ParseError]](\"ParseFailure\", toErrorsOption, check)\n\n  def beParseFailure[T]: Matcher[ParseResult[T]] = new FailureMatcher[T]()\n\n  def beParseFailure[T](check: ValueCheck[Seq[ParseError]]): Matcher[ParseResult[T]] =\n    new FailureCheckedMatcher[T](check)\n\n\n\n  def bePartialSuccess[T](check: PartialParseSuccess[T] => MatchResult[Any]): Matcher[ParseResult[T]] = beLike {\n    case partial: PartialParseSuccess[T] =>\n      check(partial)\n  }\n\n}\n\ntrait XmlReaderSpecification\n  extends XmlReaderSpies\n  with XmlMatchers\n  with ParseResultMatchers\n"}
{"repo_name":"Ssstlis\/xtract","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"2.0.0\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.10\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-projectmatrix\" % \"0.8.0\")\n"}
{"repo_name":"Ssstlis\/xtract","path":"macros\/src\/main\/scala\/com\/lucidchart\/open\/xtract\/meta\/ReaderBuilder.scala","text":"package com.lucidchart.open.xtract.meta\n\nimport com.lucidchart.open.xtract.{XPath, XmlReader}\nimport scala.reflect.macros.blackbox.Context\n\n\/**\n * A `ReadParam` can be used to specify the paths that should be used\n * to parse a field with an XmlReader defined with the `makeReader`\n * macro.\n *\/\ncase class ReadParam[+A] private (\n  name: String,\n  path: Option[XPath]\n)\n\nobject ReadParam {\n  def apply[A](name: String, path: XPath): ReadParam[A] = ReadParam[A](name, Some(path))\n  def apply[A](name: String): ReadParam[A] = ReadParam[A](name, None)\n}\n\n\/**\n * A helper class for the `makeReader` macro.\n *\/\nprivate[xtract] class ReaderBuilder(val c: Context) {\n  import c.universe._\n\n  private case class MetaReaderLine(\n    name: String,\n    path: Option[Expr[XPath]],\n    tpe: Type\n  )\n\n  private def makeReader[A: c.WeakTypeTag](params: Seq[MetaReaderLine]): c.Expr[XmlReader[A]] = {\n    val tp = weakTypeOf[A]\n    if (tp == typeOf[Nothing]) {\n      c.abort(c.enclosingPosition, \"You must specify a type parameter [?]\")\n    }\n\n    val lines = params.map { line =>\n      val term = TermName(line.name)\n\n      val nodeExpr = line.path.map { path =>\n        q\"($path)(xml)\"\n      }.getOrElse {\n        q\"xml \\ ${line.name}\"\n      }\n\n      fq\"$term <- com.lucidchart.open.xtract.XmlReader.of[${line.tpe}].read($nodeExpr)\"\n    }\n\n    val names = params.map { line =>\n      TermName(line.name)\n    }\n\n    val comp = weakTypeOf[A].typeSymbol\n    val readImpl = q\"\"\"\n      for(..$lines) yield new ${tp}(..$names)\n    \"\"\"\n\n    val res = c.Expr[XmlReader[A]](q\"\"\"\n      new com.lucidchart.open.xtract.XmlReader[$tp] {\n        def read(xml: scala.xml.NodeSeq) = {\n          $readImpl\n        }\n      }\n    \"\"\")\n    res\n  }\n\n  private def extractParams(fields: Seq[c.Expr[ReadParam[_]]]): Seq[MetaReaderLine] = {\n    fields.map { lineExpr =>\n      lineExpr.tree match {\n        case current @ q\"com.lucidchart.open.xtract.meta.ReadParam.apply[$tpe](..$args)\" => {\n          val t: Type = tpe.asInstanceOf[TypeTree].tpe\n          if (t == typeOf[Nothing]) {\n            c.abort(current.pos, \"You must specify a type parameter: ReadParam[?]\")\n          }\n          args match {\n            case List(nameLit) => MetaReaderLine(extractLiteralString(nameLit), None, t)\n            case List(nameLit, pathExpr) => MetaReaderLine(extractLiteralString(nameLit), Some(c.Expr(pathExpr)), t)\n            case Nil => c.abort(current.pos, \"ReadParam expects at a name for the parameter\")\n            case _ => c.abort(current.pos, \"Too many arguments were passed to ReadParam\")\n          }\n        }\n      }\n    }\n  }\n\n  private def inferParams[A: c.WeakTypeTag]: Seq[MetaReaderLine] = {\n    val tp = weakTypeOf[A]\n    val params = tp.decl(termNames.CONSTRUCTOR).alternatives.collectFirst {\n      case m: MethodSymbol if m.isPrimaryConstructor => m.paramLists.flatten\n    }.getOrElse(c.abort(c.enclosingPosition, s\"No constructor found for ${tp}\"))\n    for (param <- params ) yield {\n      MetaReaderLine(param.name.toString, None, param.info)\n    }\n  }\n\n  private def extractLiteralString(t: Tree): String = {\n    t match {\n      case Literal(Constant(str: String)) => str\n      case _ => c.abort(t.pos, \"A literal String is required for the field name\")\n    }\n  }\n\n  def buildReader[A: c.WeakTypeTag](lines: c.Expr[ReadParam[_]]*): c.Expr[XmlReader[A]] = {\n    val params: Seq[MetaReaderLine] = extractParams(lines)\n    makeReader[A](params)\n  }\n\n  def inferReader[A: c.WeakTypeTag]: c.Expr[XmlReader[A]] = {\n    val params = inferParams[A]\n    makeReader[A](params)\n  }\n\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/MacroSpec.scala","text":"package com.lucidchart.open.xtract\n\nimport org.specs2.mutable.Specification\nimport scala.xml._\n\nimport com.lucidchart.open.xtract.meta.{makeReader, ReadParam}\n\nclass MacroSpec extends Specification with ParseResultMatchers {\n\n  case class A(a: Int, b: String, c: Option[Double])\n  object A {\n    implicit val reader = makeReader[A]\n  }\n\n  case class B(a: Int, b: String, c: Option[Double])\n  object B {\n    implicit val reader = makeReader[B](\n      ReadParam[Int](\"a\"),\n      ReadParam[String](\"b\", __ \\@ \"b\"),\n      ReadParam[Option[Double]](\"c\", __ \\ \"c\" \\@ \"value\"),\n    )\n  }\n\n  \"makeReader\" should {\n    \"create reader for case class with no arguments\" in {\n      val sample = XML.loadString(\"\"\"\n        <doc>\n          <a>1<\/a>\n          <b>foo<\/b>\n        <\/doc>\n        \"\"\")\n\n      XmlReader.of[A].read(sample) must beParseSuccess(A(1, \"foo\", None))\n    }\n\n    \"create reader with explicit parameters\" in {\n      val sample = XML.loadString(\"\"\"\n        <doc b=\"hi\">\n          <a>1<\/a>\n          <c value=\"3.4\" \/>\n        <\/doc>\n        \"\"\")\n\n      XmlReader.of[B].read(sample) must beParseSuccess(B(1, \"hi\", Some(3.4)))\n    }\n  }\n}\n\n\n"}
{"repo_name":"Ssstlis\/xtract","path":"unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/DefaultXmlReadersSpec.scala","text":"<reponame>Ssstlis\/xtract<gh_stars>10-100\npackage com.lucidchart.open.xtract\n\nimport org.specs2.matcher.{MatchResult, ValueCheck}\nimport scala.xml._\n\nclass DefaultXmlReadersSpec extends XmlReaderSpecification with DefaultXmlReaders {\n\n  \/\/ Don't allow parallel execution, because that leads to a deadlock\n  \/\/ See https:\/\/github.com\/mockito\/mockito\/issues\/1067\n  sequential\n\n  case class FakeParseError() extends ParseError\n\n  val empty = NodeSeq.fromSeq(Nil)\n  val multiple = NodeSeq.fromSeq(Seq(\n    <xml>a<\/xml>,\n    <xml>b<\/xml>,\n    <xml>c<\/xml>\n  ))\n\n  \"nodeReader\" should {\n    \"parse node\" in {\n      nodeReader.read(<xml><\/xml>) must beParseSuccess({ node: Node =>\n        node.label must_== \"xml\"\n      })\n    }\n\n    \"not parse no nodes\" in {\n      nodeReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"not parse multiple nodes\" in {\n      nodeReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"stringReader\" should {\n    \"parse string from node\" in {\n      stringReader.read(<xml><\/xml>) must beParseSuccess(\"\")\n    }\n\n    \"not parse no nodes\" in {\n      stringReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"not parse multiple nodes\" in {\n      stringReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"doubleReader\" should {\n    \"parse double from node\" in {\n      doubleReader.read(<xml>22.4<\/xml>) must beParseSuccess(22.4)\n    }\n\n    \"give type error for bad format\" in {\n      doubleReader.read(<xml>abc<\/xml>) must beParseFailure(Seq(\n        TypeError(Double.getClass)\n      ))\n    }\n\n    \"give empty error for missing node\" in {\n      doubleReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"give multiple matches error for multiple matches\" in {\n      doubleReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"intReader\" should {\n    \"parse int from node\" in {\n      intReader.read(<xml>22<\/xml>) must beParseSuccess(22)\n    }\n\n    \"parse int from node with extra spaces\" in {\n      intReader.read(<xml>\n        22\n      <\/xml>) must beParseSuccess(22)\n    }\n\n    \"give type error for non-numbers\" in {\n      intReader.read(<xml>abc<\/xml>) must beParseFailure(Seq(\n        TypeError(Int.getClass)\n      ))\n    }\n\n    \"give type error for numbers mixed with non-space characters\" in {\n      intReader.read(<xml>abc12ef<\/xml>) must beParseFailure(Seq(\n        TypeError(Int.getClass)\n      ))\n    }\n\n    \"give empty error for missing node\" in {\n      intReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"give multiple matches error for multiple matches\" in {\n      intReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"longReader\" should {\n    \"parse long from node\" in {\n      longReader.read(<xml>22<\/xml>) must beParseSuccess(22L)\n      longReader.read(<xml>5000000000<\/xml>) must beParseSuccess(5000000000L)\n    }\n\n    \"parse long from node with extra spaces\" in {\n      longReader.read(<xml>\n        22\n        <\/xml>) must beParseSuccess(22L)\n      longReader.read(<xml>\n        5000000000\n        <\/xml>) must beParseSuccess(5000000000L)\n    }\n\n    \"give type error for non-numbers\" in {\n      longReader.read(<xml>abc<\/xml>) must beParseFailure(Seq(\n        TypeError(Long.getClass)\n      ))\n    }\n\n    \"give type error for numbers mixed with non-space characters\" in {\n      longReader.read(<xml>abc12ef<\/xml>) must beParseFailure(Seq(\n        TypeError(Long.getClass)\n      ))\n    }\n\n    \"give empty error for missing node\" in {\n      longReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"give multiple matches error for multiple matches\" in {\n      longReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"booleanReader\" should {\n    \"parse boolean from node\" in {\n      booleanReader.read(<xml>false<\/xml>) must beParseSuccess(false)\n    }\n\n    \"parse boolean from node with extra spaces\" in {\n      booleanReader.read(<xml>\n        false\n        <\/xml>) must beParseSuccess(false)\n    }\n\n    \"give type error for bad format\" in {\n      booleanReader.read(<xml>abc<\/xml>) must beParseFailure(Seq(\n        TypeError(Boolean.getClass)\n      ))\n    }\n\n    \"give empty error for missing node\" in {\n      booleanReader.read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"give multiple matches error for multiple matches\" in {\n      booleanReader.read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n  }\n\n  \"spaceDelimitedArrayReader\" should {\n    \"parse array from node\" in {\n      spaceDelimitedArray.read(<xml>a b c<\/xml>) must beParseSuccess(Array[String](\"a\", \"b\", \"c\"))\n    }\n\n    \"parse array from node with extra spaces\" in {\n      spaceDelimitedArray.read(<xml> a\n        b c\n      <\/xml>) must beParseSuccess(Array[String](\"a\", \"b\", \"c\"))\n    }\n\n    \"parse array from node with one value\" in {\n      spaceDelimitedArray.read(<xml>a<\/xml>) must beParseSuccess(Array[String](\"a\"))\n    }\n\n    \"parse array from node with one value and extra spaces\" in {\n      spaceDelimitedArray.read(<xml>\n        a\n        <\/xml>) must beParseSuccess(Array[String](\"a\"))\n    }\n\n    \"parse empty array from node with no values\" in {\n      spaceDelimitedArray.read(<xml><\/xml>) must beParseSuccess(Array.empty[String])\n    }\n\n    \"parse empty array from node with only spaces as a value\" in {\n      spaceDelimitedArray.read(<xml>      <\/xml>) must beParseSuccess(Array.empty[String])\n    }\n  }\n\n  \"label\" should {\n    \"be failure when empty xml\" in {\n      label(\"blah\")(pure(23)).read(empty) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n\n    \"be failure when multiple matches\" in {\n      label(\"xml\")(pure(23)).read(multiple) must beParseFailure(Seq(\n        MultipleMatchesError()\n      ))\n    }\n\n    \"be failure when label doesn't match\" in {\n      label(\"xml\")(pure(23)).read(<blah><\/blah>) must beParseFailure(Seq(\n        MismatchedLabelError(\"xml\")\n      ))\n    }\n\n    \"be success when label matches\" in {\n      label(\"xml\")(pure(23)).read(<xml><\/xml>) must beParseSuccess(23)\n    }\n  }\n\n  case class NumberError(num: Int) extends ParseError\n\n  \"any\" should {\n    \"succeed: 1\/3 succeed\" in {\n      any(fail(FakeParseError()), fail(FakeParseError()), pure(3))\n        .read(<xml><\/xml>) must beParseSuccess(3)\n    }\n\n    \"succeed: 1\/1 succeed\" in {\n      any(pure(3))\n        .read(<xml><\/xml>) must beParseSuccess(3)\n    }\n\n    \"failure: 0\/3 succeed\" in {\n      any(fail(NumberError(1)), fail(NumberError(2)), fail(NumberError(3)))\n        .read(<xml><\/xml>) must beParseFailure(Seq(NumberError(3)))\n    }\n\n    \"failure: 0\/1 succeed\" in {\n      any(fail(NumberError(1)))\n        .read(<xml><\/xml>) must beParseFailure(Seq(NumberError(1)))\n    }\n  }\n\n  \"at\" should {\n    \"pass xml to path\" in {\n      val mockXPath = mock[XPath]\n      mockXPath.apply(any[NodeSeq]) returns <xml><\/xml>\n      val reader = successXmlReader[String](\"abc\")\n\n      at(mockXPath)(reader).read(<blah><\/blah>)\n\n      there was one(mockXPath).apply(argThat(isNodeWithLabel(\"blah\")))\n    }\n\n    \"read result from xpath\" in {\n      val mockXPath = mock[XPath]\n      mockXPath.apply(any[NodeSeq]) returns <frompath><\/frompath>\n      val reader = successXmlReader[String](\"abc\")\n\n      at(mockXPath)(reader).read(<blah><\/blah>)\n\n      there was one(reader).read(argThat(isNodeWithLabel(\"frompath\")))\n    }\n\n    case class FakePathError(path: XPath = XPath) extends PathError {\n      protected def withPath(newPath: XPath) = FakePathError(newPath)\n    }\n\n    \"add path to PathErrors in PartialParseSuccess\" in {\n      val path = XPath \\ \"a\" \\ \"b\"\n      val reader = partialSuccessXmlReader[String](\"a\", Seq(FakePathError(XPath \\ \"c\")))\n\n      at(path)(reader).read(<blah><\/blah>) must bePartialSuccess { partial =>\n        partial.errors must_== Seq(FakePathError(XPath \\ \"a\" \\ \"b\" \\ \"c\"))\n      }\n    }\n\n    \"add path to PathErrors in ParseFailure\" in {\n      val path = XPath \\ \"a\" \\ \"b\"\n      val reader = failureXmlReader[String](FakePathError(XPath \\ \"c\"))\n\n      at(path)(reader).read(<blah><\/blah>) must beParseFailure(Seq(\n        FakePathError(XPath \\ \"a\" \\ \"b\" \\ \"c\")\n      ))\n    }\n\n    \"keep other errors intact\" in {\n      val path = XPath \\ \"a\" \\ \"b\"\n      val reader = failureXmlReader[String](FakeParseError())\n\n      at(path)(reader).read(<blah><\/blah>) must beParseFailure(Seq(\n        FakeParseError()\n      ))\n    }\n  }\n\n  \"seq\" should {\n    \"parse an empty element gives Nil\" in {\n      seq(pure(1)).read(empty) must beParseSuccess({ result: Seq[Int] =>\n        result must beEmpty\n      })\n    }\n\n    \"parse an empty element with failure parser should give Nil\" in {\n      seq(fail(FakeParseError())).read(empty) must beParseSuccess({ result: Seq[_] =>\n        result must beEmpty\n      })\n    }\n\n  }\n\n  \"nth\" should {\n    \"retrieve nth node\" in {\n      nth[Node](2).read(NodeSeq.fromSeq(\n        <xml>a<\/xml>\n        <xml>b<\/xml>\n        <xml>c<\/xml>\n      )).map(_.text) must beParseSuccess(\"c\")\n    }\n\n    \"produce EmptyError if node doesn't exist\" in {\n      nth[Node](2).read(NodeSeq.fromSeq(\n        <xml>a<\/xml>\n        <xml>b<\/xml>\n      )) must beParseFailure(Seq(\n        EmptyError()\n      ))\n    }\n  }\n\n  \"first\" should {\n    \"retrieve first node\" in {\n      first[Node].read(NodeSeq.fromSeq(\n        <xml>a<\/xml>\n        <xml>b<\/xml>\n      )).map(_.text) must beParseSuccess(\"a\")\n    }\n\n    \"produce EmptyError if empty list\" in {\n      first[Node].read(empty) must beParseFailure(Seq(EmptyError()))\n    }\n  }\n\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/XPathSpec.scala","text":"<filename>unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/XPathSpec.scala\npackage com.lucidchart.open.xtract\n\nimport org.specs2.mutable.Specification\nimport scala.xml._\n\nclass XPathSpec extends Specification {\n  \"XPath.with_attr\" should {\n    \"Filter elements that contain attribute\" in {\n      val xml = <d><a b=\"foo\" \/><a b=\"d\" \/><a \/><a c=\"c\" \/><a b=\"b\" \/><\/d>\n      val path = (__ \\ \"a\")(\"b\")\n\n      path(xml) must_== NodeSeq.fromSeq(Seq(\n        <a b=\"foo\" \/>,\n        <a b=\"d\" \/>,\n        <a b=\"b\" \/>\n      ))\n    }\n\n    \"Filter elements by attribute name and value\" in {\n      val xml = <d><a t=\"5\" n=\"f\" \/><a t=\"6\" \/><a y=\"5\" \/><a t=\"5\" \/><a \/><\/d>\n      val path = (__ \\ \"a\")(\"t\", \"5\")\n\n      path(xml) must_== NodeSeq.fromSeq(Seq(\n        <a t=\"5\" n=\"f\" \/>,\n        <a t=\"5\" \/>\n      ))\n    }\n  }\n}\n"}
{"repo_name":"Ssstlis\/xtract","path":"unit-tests\/src\/test\/scala\/com\/lucidchart\/open\/xtract\/SyntaxSpec.scala","text":"package com.lucidchart.open.xtract\n\nimport cats.syntax.all._\nimport org.specs2.mutable.Specification\nimport scala.xml._\n\nimport com.lucidchart.open.xtract.XmlReader._\n\nclass SyntaxSpec extends Specification with ParseResultMatchers {\n  val sample1 = XML.loadString(\"\"\"\n    <doc>\n      <a>A<\/a>\n      <b>B<\/b>\n      <c>C<\/c>\n      <d1>d1<\/d1>\n      <d2>d2<\/d2>\n      <e1>e1<\/e1>\n      <e3>e3<\/e3>\n    <\/doc>\n    \"\"\")\n\n\n  implicit def listXmlReader[A](implicit r: XmlReader[A]): XmlReader[List[A]] = XmlReader { xml =>\n    ParseResult.combine(xml.map(r.read))\n  }\n\n  case class ABC(a: String, b: String, c: String, ds:List[String],es:List[String])\n\n  \"xtract syntax\" should {\n    \"combine readers\" in {\n      val reader = (\n        (__ \\ \"a\").read[String],\n        (__ \\ \"b\").read[String],\n        (__ \\ \"c\").read[String],\n        (__ \\\\? \"d.\".r).read[List[String]],\n        (__ \\? \"e.\".r).read[List[String]]\n      ).mapN(ABC.apply _)\n\n      reader.read(sample1) must beParseSuccess(ABC(\"A\", \"B\", \"C\", List(\"d1\",\"d2\"), List(\"e1\", \"e3\")))\n    }\n\n    \"work with alternatives\" in {\n      val reader = (__ \\ \"opt1\").read[String] | (__ \\ \"opt2\").read[String]\n      reader.read(XML.loadString(\"<a><opt2>Foo<\/opt2><\/a>\")) must beParseSuccess(\"Foo\")\n    }\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/ConnectionStringBuilder.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/ConnectionStringBuilder.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs\n\nimport java.net.{ URI, URISyntaxException }\nimport java.time.Duration\nimport java.time.format.DateTimeParseException\nimport java.util.Locale\nimport java.util.regex.Pattern\n\nimport com.microsoft.azure.eventhubs.impl.{ MessagingFactory, StringUtil }\n\n\/**\n * [[ConnectionStringBuilder]] can be used to construct a connection string which can establish communication with EventHub instances.\n * In addition to constructing a connection string, the [[ConnectionStringBuilder]] can be used to modify an existing connection string.\n * Using the [[ConnectionStringBuilder]] is NOT required. The simplest way to get a connection string is to simply copy it from the Azure portal.\n * <p> Sample Code:\n * <pre>\n *  {{{\n *  \/\/ Construct a new connection string\n *  val connStr = ConnectionStringBuilder()\n *    .setNamespaceName(\"EventHubsNamespaceName\")\n * \t  .setEventHubName(\"EventHubsEntityName\")\n * \t  .setSasKeyName(\"SharedAccessSignatureKeyName\")\n * \t  .setSasKey(\"SharedAccessSignatureKey\")\n *    .build()\n *\n *  \/\/ Modify an existing connection string\n *  val connStr = ConnectionStringBuilder(existingConnectionString)\n *    .setEventHubName(\"SomeOtherEventHubsName\")\n *    .setOperationTimeout(Duration.ofSeconds(30)\n *    .build()\n *  }}}\n * <\/pre>\n * <p>\n *\n * Creates an empty [[ConnectionStringBuilder]]. At minimum, a namespace name, an entity path, SAS key name, and SAS key\n * need to be set before a valid connection string can be built.\n *\n * For advanced users, the following replacements can be done:\n * <ul>\n * <li>An endpoint can be provided instead of a namespace name.<\/li>\n * <li>A SAS token can be provided instead of a SAS key name and SAS key.<\/li>\n * <li>Optionally, users can set an operation timeout instead of using the default value.<\/li>\n * <\/ul>\n *\/\nclass ConnectionStringBuilder private () {\n\n  import ConnectionStringBuilder._\n\n  \/**\n   * @param connectionString EventHubs ConnectionString\n   * @throws IllegalConnectionStringFormatException when the format of the ConnectionString is not valid\n   *\/\n  private def this(connectionString: String) {\n    this()\n    parseConnectionString(connectionString)\n  }\n\n  private var endpoint: URI = _\n  private var eventHubName: String = _\n  private var sharedAccessKeyName: String = _\n  private var sharedAccessKey: String = _\n  private var sharedAccessSignature: String = _\n  private var operationTimeout: Duration = _\n\n  \/**\n   * Get the endpoint which can be used to connect to the EventHub instance.\n   *\n   * @return The currently set endpoint\n   *\/\n  def getEndpoint: URI = {\n    this.endpoint\n  }\n\n  \/**\n   * Set an endpoint which can be used to connect to the EventHub instance.\n   *\n   * @param endpoint is a combination of the namespace name and domain name. Together, these pieces make a valid\n   *                 endpoint. For example, the default domain name is \"servicebus.windows.net\", so a sample endpoint\n   *                 would look like this: \"sb:\/\/namespace_name.servicebus.windows.net\".\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setEndpoint(endpoint: URI): ConnectionStringBuilder = {\n    this.endpoint = endpoint\n    this\n  }\n\n  \/**\n   * Set an endpoint which can be used to connect to the EventHub instance.\n   *\n   * @param namespaceName     the name of the namespace to connect to.\n   * @param domainName        identifies the domain the namespace is located in. For non-public and national clouds,\n   *                          the domain will not be \"servicebus.windows.net\". Available options include:\n   *                          - \"servicebus.usgovcloudapi.net\"\n   *                          - \"servicebus.cloudapi.de\"\n   *                          - \"servicebus.chinacloudapi.cn\"\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setEndpoint(namespaceName: String, domainName: String): ConnectionStringBuilder = {\n    try {\n      this.endpoint = new URI(s\"$DefaultProtocol$namespaceName.$domainName\")\n    } catch {\n      case exception: URISyntaxException =>\n        throw new IllegalConnectionStringFormatException(\n          String.format(Locale.US, \"Invalid namespace name: %s\", namespaceName),\n          exception)\n    }\n    this\n  }\n\n  \/**\n   * Set a namespace name which will be used to connect to an EventHubs instance. This method adds\n   * \"servicebus.windows.net\" as the default domain name.\n   *\n   * @param namespaceName the name of the namespace to connect to.\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setNamespaceName(namespaceName: String): ConnectionStringBuilder = {\n    this.setEndpoint(namespaceName, DefaultDomainName)\n  }\n\n  \/**\n   * Get the entity path value from the connection string.\n   *\n   * @return Entity Path\n   *\/\n  def getEventHubName: String = {\n    this.eventHubName\n  }\n\n  \/**\n   * Set the entity path value from the connection string.\n   *\n   * @param eventHubName the name of the Event Hub to connect to.\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setEventHubName(eventHubName: String): ConnectionStringBuilder = {\n    this.eventHubName = eventHubName\n    this\n  }\n\n  \/**\n   * Get the shared access policy key value from the connection string\n   *\n   * @return Shared Access Signature key\n   *\/\n  def getSasKey: String = {\n    this.sharedAccessKey\n  }\n\n  \/**\n   * Set the shared access policy key value from the connection string\n   *\n   * @param sasKey the SAS key\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setSasKey(sasKey: String): ConnectionStringBuilder = {\n    this.sharedAccessKey = sasKey\n    this\n  }\n\n  \/**\n   * Get the shared access policy owner name from the connection string\n   *\n   * @return Shared Access Signature key name.\n   *\/\n  def getSasKeyName: String = {\n    this.sharedAccessKeyName\n  }\n\n  \/**\n   * Set the shared access policy owner name from the connection string\n   *\n   * @param sasKeyName the SAS key name\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setSasKeyName(sasKeyName: String): ConnectionStringBuilder = {\n    this.sharedAccessKeyName = sasKeyName\n    this\n  }\n\n  \/**\n   * Get the shared access signature (also referred as SAS Token) from the connection string\n   *\n   * @return Shared Access Signature\n   *\/\n  def getSharedAccessSignature: String = {\n    this.sharedAccessSignature\n  }\n\n  \/**\n   * Set the shared access signature (also referred as SAS Token) from the connection string\n   *\n   * @param sharedAccessSignature the shared access key signature\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setSharedAccessSignature(sharedAccessSignature: String): ConnectionStringBuilder = {\n    this.sharedAccessSignature = sharedAccessSignature\n    this\n  }\n\n  \/**\n   * OperationTimeout is applied in erroneous situations to notify the caller about the relevant [[com.microsoft.azure.eventhubs.EventHubException]]\n   *\n   * @return operationTimeout\n   *\/\n  def getOperationTimeout: Duration = {\n    if (this.operationTimeout == null) {\n      MessagingFactory.DefaultOperationTimeout\n    } else {\n      this.operationTimeout\n    }\n  }\n\n  \/**\n   * Set the OperationTimeout value in the Connection String. This value will be used by all operations which uses this [[ConnectionStringBuilder]], unless explicitly over-ridden.\n   * <p>ConnectionString with operationTimeout is not inter-operable between java and clients in other platforms.\n   *\n   * @param operationTimeout Operation Timeout\n   * @return the { @link ConnectionStringBuilder} being set.\n   *\/\n  def setOperationTimeout(operationTimeout: Duration): ConnectionStringBuilder = {\n    this.operationTimeout = operationTimeout\n    this\n  }\n\n  \/**\n   * Identical to [[build]].\n   *\/\n  override def toString: String = build\n\n  \/**\n   * Returns an inter-operable connection string that can be used to connect to EventHubs instances.\n   *\n   * @return connection string\n   *\/\n  def build: String = {\n    val connStrBuilder: StringBuilder = new StringBuilder\n\n    if (this.endpoint != null) {\n      connStrBuilder.append(\n        s\"$EndpointConfigName$KeyValueSeparator${this.endpoint.toString}$KeyValuePairDelimiter\")\n    }\n    if (!StringUtil.isNullOrWhiteSpace(this.eventHubName)) {\n      connStrBuilder.append(\n        s\"$EntityPathConfigName$KeyValueSeparator${this.eventHubName}$KeyValuePairDelimiter\"\n      )\n    }\n    if (!StringUtil.isNullOrWhiteSpace(this.sharedAccessKeyName)) {\n      connStrBuilder.append(\n        s\"$SharedAccessKeyNameConfigName$KeyValueSeparator${this.sharedAccessKeyName}$KeyValuePairDelimiter\"\n      )\n    }\n    if (!StringUtil.isNullOrWhiteSpace(this.sharedAccessKey)) {\n      connStrBuilder.append(\n        s\"$SharedAccessKeyConfigName$KeyValueSeparator${this.sharedAccessKey}$KeyValuePairDelimiter\"\n      )\n    }\n    if (!StringUtil.isNullOrWhiteSpace(this.sharedAccessSignature)) {\n      connStrBuilder.append(\n        s\"$SharedAccessSignatureConfigName$KeyValueSeparator${this.sharedAccessSignature}$KeyValuePairDelimiter\"\n      )\n    }\n    if (this.operationTimeout != null) {\n      connStrBuilder.append(\n        s\"$OperationTimeoutConfigName$KeyValueSeparator${this.operationTimeout}$KeyValuePairDelimiter\"\n      )\n    }\n    connStrBuilder.deleteCharAt(connStrBuilder.length - 1)\n    connStrBuilder.toString\n  }\n\n  private def parseConnectionString(connectionString: String): Unit = {\n    if (StringUtil.isNullOrWhiteSpace(connectionString)) {\n      throw new IllegalConnectionStringFormatException(\"connectionString cannot be empty\")\n    }\n\n    val connection = if (connectionString takeRight 1 equals \";\") {\n      KeyValuePairDelimiter + connectionString dropRight 1\n    } else {\n      KeyValuePairDelimiter + connectionString\n    }\n\n    val keyValuePattern = Pattern.compile(KeysWithDelimitersRegex, Pattern.CASE_INSENSITIVE)\n    val values = keyValuePattern.split(connection)\n    val keys = keyValuePattern.matcher(connection)\n\n    if (values == null || values.length <= 1 || keys.groupCount == 0) {\n      throw new IllegalConnectionStringFormatException(\"Connection String cannot be parsed.\")\n    }\n\n    if (!StringUtil.isNullOrWhiteSpace(values(0))) {\n      throw new IllegalConnectionStringFormatException(\n        String.format(Locale.US, \"Cannot parse part of ConnectionString: %s\", values(0)))\n    }\n\n    var valueIndex: Int = 0\n    while (keys.find) {\n      valueIndex += 1\n      var key = keys.group\n      key = key.substring(1, key.length - 1)\n\n      if (values.length < valueIndex + 1) {\n        throw new IllegalConnectionStringFormatException(\n          s\"Value for the connection string parameter name: $key, not found\")\n      }\n\n      if (key.equalsIgnoreCase(EndpointConfigName)) {\n        if (this.endpoint != null) {\n          \/\/ we have parsed the endpoint once, which means we have multiple config which is not allowed\n          throw new IllegalConnectionStringFormatException(\n            s\"Multiple $EndpointConfigName and\/or $HostnameConfigName detected. Make sure only one is defined\"\n          )\n        }\n\n        try {\n          this.endpoint = new URI(values(valueIndex))\n        } catch {\n          case e: URISyntaxException =>\n            throw new IllegalConnectionStringFormatException(\n              s\"$EndpointConfigName should be in format sb:\/\/<namespaceName>.<domainName>\",\n              e)\n        }\n      } else if (key.equalsIgnoreCase(HostnameConfigName)) {\n        if (this.endpoint != null) {\n          throw new IllegalConnectionStringFormatException(\n            s\"Multiple $EndpointConfigName and\/or $HostnameConfigName detected. Make sure only one is defined\"\n          )\n        }\n\n        try {\n          this.endpoint = new URI(s\"$DefaultProtocol${values(valueIndex)}\")\n        } catch {\n          case e: URISyntaxException =>\n            throw new IllegalConnectionStringFormatException(\n              s\"$HostnameConfigName should be a fully quantified host name address\",\n              e)\n        }\n      } else if (key.equalsIgnoreCase(SharedAccessKeyNameConfigName)) {\n        this.sharedAccessKeyName = values(valueIndex)\n      } else if (key.equalsIgnoreCase(SharedAccessKeyConfigName)) {\n        this.sharedAccessKey = values(valueIndex)\n      } else if (key.equalsIgnoreCase(SharedAccessSignatureConfigName)) {\n        this.sharedAccessSignature = values(valueIndex)\n      } else if (key.equalsIgnoreCase(EntityPathConfigName)) {\n        this.eventHubName = values(valueIndex)\n      } else if (key.equalsIgnoreCase(OperationTimeoutConfigName)) {\n        try {\n          this.operationTimeout = Duration.parse(values(valueIndex))\n        } catch {\n          case e: DateTimeParseException =>\n            throw new IllegalConnectionStringFormatException(\n              \"Invalid value specified for property 'Duration' in the ConnectionString.\",\n              e)\n        }\n      } else {\n        throw new IllegalConnectionStringFormatException(\n          s\"Illegal connection string parameter name: $key\")\n      }\n    }\n  }\n\n  class IllegalConnectionStringFormatException(private val msg: String = \"\",\n                                               private val cause: Throwable = None.orNull)\n      extends IllegalArgumentException(msg, cause)\n\n}\n\n\/**\n * Companion object to help create [[ConnectionStringBuilder]] instances.\n *\/\nobject ConnectionStringBuilder {\n  private val DefaultProtocol = \"sb:\/\/\"\n  private val DefaultDomainName = \"servicebus.windows.net\"\n\n  private val HostnameConfigName = \"Hostname\" \/\/ Hostname is a key that is used in IoTHub.\n  private val EndpointConfigName = \"Endpoint\" \/\/ Endpoint key is used in EventHubs. It's identical to Hostname in IoTHub.\n  private val EntityPathConfigName = \"EntityPath\"\n  private val OperationTimeoutConfigName = \"OperationTimeout\"\n  private val KeyValueSeparator = \"=\"\n  private val KeyValuePairDelimiter = \";\"\n  private val SharedAccessKeyNameConfigName = \"SharedAccessKeyName\" \/\/ We use a (KeyName, Key) pair OR the SAS token - never both.\n  private val SharedAccessKeyConfigName = \"SharedAccessKey\"\n  private val SharedAccessSignatureConfigName = \"SharedAccessSignature\"\n\n  private val AllKeyEnumerateRegex = \"(\" + HostnameConfigName + \"|\" + EndpointConfigName + \"|\" +\n    SharedAccessKeyNameConfigName + \"|\" + SharedAccessKeyConfigName + \"|\" + SharedAccessSignatureConfigName +\n    \"|\" + EntityPathConfigName + \"|\" + OperationTimeoutConfigName + \"|\" + \")\"\n  private val KeysWithDelimitersRegex = KeyValuePairDelimiter + AllKeyEnumerateRegex + KeyValueSeparator\n\n  \/**\n   * @return an empty [[ConnectionStringBuilder]]\n   *\/\n  def apply(): ConnectionStringBuilder = new ConnectionStringBuilder\n\n  \/**\n   * @param connectionString is an existing connection string. [[ConnectionStringBuilder]] will parse this argument and allow\n   *                         values to be modified with setter methods.\n   * @return a [[ConnectionStringBuilder]] with data from the previous connection string\n   *\/\n  def apply(connectionString: String): ConnectionStringBuilder = {\n    new ConnectionStringBuilder(connectionString)\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/sql\/eventhubs\/EventHubsSourceOffset.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.eventhubs\n\nimport org.apache.spark.eventhubs.{ NameAndPartition, SequenceNumber }\nimport org.apache.spark.sql.execution.streaming.{ Offset, SerializedOffset }\n\n\/**\n * An [[Offset]] for the [[EventHubsSource]]. This tracks all partitions and their offsets.\n *\/\nprivate[eventhubs] case class EventHubsSourceOffset(\n    partitionToSeqNos: Map[NameAndPartition, SequenceNumber])\n    extends Offset {\n\n  override val json: String = JsonUtils.partitionSeqNos(partitionToSeqNos)\n}\n\n\/**\n * A companion object of the [[EventHubsSourceOffset]].\n *\/\nprivate[eventhubs] object EventHubsSourceOffset {\n\n  def getPartitionSeqNos(offset: Offset): Map[NameAndPartition, SequenceNumber] = {\n    offset match {\n      case o: EventHubsSourceOffset => o.partitionToSeqNos\n      case so: SerializedOffset     => EventHubsSourceOffset(so).partitionToSeqNos\n      case _ =>\n        throw new IllegalArgumentException(\n          s\"Invalid conversion from offset of ${offset.getClass} to EventHubsSourceOffset\")\n    }\n  }\n\n  \/**\n   * Creates an [[EventHubsSourceOffset]] from a variable sequence of\n   * (Event Hub name, partitionId, sequence number) tuples.\n   *\/\n  def apply(offsetTuples: (String, Int, SequenceNumber)*): EventHubsSourceOffset = {\n    EventHubsSourceOffset(\n      offsetTuples.map { case (n, p, s) => (new NameAndPartition(n, p), s) }.toMap)\n  }\n\n  \/**\n   * Creates an [[EventHubsSourceOffset]] from a JSON [[SerializedOffset]].\n   *\/\n  def apply(offset: SerializedOffset): EventHubsSourceOffset = {\n    EventHubsSourceOffset(JsonUtils.partitionSeqNos(offset.json))\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/client\/EventHubsClientSuite.scala","text":"\/**\n *  Here we need to test all functionality against an EventHubs instance.\n *  Add a testing context with EventHub info, and then make calls against that instance.\n *\/\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.client\n\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{ BeforeAndAfter, FunSuite }\n\n\/**\n * Test suite for EventHubsClient\n *\/\nclass EventHubsClientSuite extends FunSuite with BeforeAndAfter with MockitoSugar {\n  \/\/ TODO: add tests for driver-side translation\n  \/\/ Seems we can implement \"translate\" in our EventHubsTestUtils. I'll do that soon!\n\n  test(\"EventHubsClient converts parameters correctly when offset was previously saved\") {}\n\n  test(\"EventHubsClient converts parameters for consumergroup\") {}\n\n  test(\"EventHubsClient converts parameters for enqueuetime filter\") {}\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/rdd\/OffsetRange.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.rdd\n\nimport org.apache.spark.eventhubs.NameAndPartition\nimport org.apache.spark.eventhubs._\nimport org.apache.spark.streaming.eventhubs.EventHubsDirectDStream\n\nimport scala.language.implicitConversions\n\n\/**\n * Represents any object that has a collection of [[OffsetRange]]s.\n * This can be used to access the offset ranges in RDDs generated\n * by the [[EventHubsDirectDStream]].\n *\n * {{{\n *   EventHubsUtils.createDirectStream(...).foreachRDD { rdd =>\n *      val offsetRanges = rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n *      ...\n *   }\n * }}}\n *\/\ntrait HasOffsetRanges {\n  def offsetRanges: Array[OffsetRange]\n}\n\n\/**\n * Represents a sequence number range for a single partition. The range\n * generally corresponds to an inclusive starting point and exclusive\n * ending point for a single partition within an [[EventHubsRDD]].\n *\n * @param nameAndPartition the Event Hub name and Event Hub partition\n *                         associated with this offset range\n * @param fromSeqNo an inclusive starting sequence number\n * @param untilSeqNo an exclusive ending sequence number\n * @param preferredLoc the preferred executor for this partition\n *\/\nfinal class OffsetRange(val nameAndPartition: NameAndPartition,\n                        val fromSeqNo: SequenceNumber,\n                        val untilSeqNo: SequenceNumber,\n                        val preferredLoc: Option[String])\n    extends Serializable {\n  import OffsetRange.OffsetRangeTuple\n\n  def name: String = nameAndPartition.ehName\n\n  def partitionId: Int = nameAndPartition.partitionId\n\n  def count: Long = untilSeqNo - fromSeqNo\n\n  override def equals(obj: Any): Boolean = obj match {\n    case that: OffsetRange =>\n      this.name == that.name &&\n        this.partitionId == that.partitionId &&\n        this.fromSeqNo == that.fromSeqNo &&\n        this.untilSeqNo == that.untilSeqNo\n    case _ => false\n  }\n\n  override def hashCode(): Rate = {\n    toTuple.hashCode()\n  }\n\n  def toTuple: OffsetRangeTuple = (nameAndPartition, fromSeqNo, untilSeqNo, preferredLoc)\n\n  override def toString =\n    s\"OffsetRange(name: $name | partition: $partitionId | fromSeqNo: $fromSeqNo | untilSeqNo: $untilSeqNo)\"\n}\n\n\/**\n * Companion object that allows the creation of [[OffsetRange]]s.\n *\/\nobject OffsetRange {\n  type OffsetRangeTuple = (NameAndPartition, SequenceNumber, SequenceNumber, Option[String])\n\n  def apply(name: String,\n            partitionId: PartitionId,\n            fromSeq: SequenceNumber,\n            untilSeq: SequenceNumber,\n            preferredLoc: Option[String]): OffsetRange = {\n    OffsetRange(NameAndPartition(name, partitionId), fromSeq, untilSeq, preferredLoc)\n  }\n\n  def apply(nAndP: NameAndPartition,\n            fromSeq: SequenceNumber,\n            untilSeq: SequenceNumber,\n            preferredLoc: Option[String]): OffsetRange = {\n    new OffsetRange(nAndP, fromSeq, untilSeq, preferredLoc)\n  }\n\n  def apply(tuple: OffsetRangeTuple): OffsetRange = {\n    tupleToOffsetRange(tuple)\n  }\n\n  implicit def tupleToOffsetRange(tuple: OffsetRangeTuple): OffsetRange =\n    OffsetRange(tuple._1, tuple._2, tuple._3, tuple._4)\n\n  implicit def tupleListToOffsetRangeList(list: List[OffsetRangeTuple]): List[OffsetRange] =\n    for { tuple <- list } yield tupleToOffsetRange(tuple)\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/client\/Client.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.client\n\nimport com.microsoft.azure.eventhubs.{ EventData, PartitionSender }\nimport org.apache.spark.eventhubs.EventHubsConf\nimport org.apache.spark.eventhubs._\n\n\/**\n * In order to deliver Event Hubs data in Spark, we must collect various\n * data and metadata from the Event Hubs service. [[Client]] contains\n * all client operations done between Spark and the Event Hubs service.\n *\/\nprivate[spark] trait Client extends Serializable {\n\n  \/**\n   * Creates a [[PartitionSender]] which sends directly to the specified\n   * partition.\n   *\n   * @param partition the partition that will receive all events sent\n   *                    from this partition sender.\n   *\/\n  def createPartitionSender(partition: Int)\n\n  \/**\n   * Sends an [[EventData]] to your Event Hub. If a partition is provided,\n   * the event will be sent directly to that partition. If a partition\n   * key is provided, it will be used to determine the target partition.\n   *\n   * @param event the event that is being sent.\n   * @param partition the partition that will receive all events being sent.\n   * @param partitionKey the partitionKey will be hash'ed to determine the\n   *                     partition to send the events to. On the Received\n   *                     message this can be accessed at\n   *                     [[EventData.SystemProperties#getPartitionKey()]]\n   *\/\n  def send(event: EventData,\n           partition: Option[Int] = None,\n           partitionKey: Option[String] = None,\n           properties: Option[Map[String, String]] = None): Unit\n\n  \/**\n   * Returns the earliest and latest sequence numbers for all partitions\n   * in an Event Hub.\n   *\n   * @return the earliest and latest sequence numbers for all partitions in the Event Hub\n   *\/\n  def allBoundedSeqNos: Map[PartitionId, (SequenceNumber, SequenceNumber)]\n\n  \/**\n   * Translates all [[EventPosition]]s provided in the [[EventHubsConf]] to\n   * sequence numbers. Sequence numbers are zero-based indices. The 5th event\n   * in an Event Hubs partition will have a sequence number of 4.\n   *\n   * This allows us to exclusively use sequence numbers to generate and manage\n   * batches within Spark (rather than coding for many different filter types).\n   *\n   * @param ehConf the [[EventHubsConf]] containing starting (or ending positions)\n   * @param partitionCount the number of partitions in the Event Hub instance\n   * @param useStart translates starting positions when true and ending positions\n   *                 when false\n   * @return mapping of partitions to starting positions as sequence numbers\n   *\/\n  def translate(ehConf: EventHubsConf,\n                partitionCount: Int,\n                useStart: Boolean = true): Map[PartitionId, SequenceNumber]\n\n  \/**\n   * Returns the number of partitions in your EventHubs instance.\n   *\/\n  def partitionCount: Int\n\n  \/**\n   * Cleans up all open connections and AMQP links.\n   *\/\n  def close(): Unit\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/ConnectionStringBuilderSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs\n\nimport java.time.Duration\n\nimport org.scalatest.FunSuite\n\nclass ConnectionStringBuilderSuite extends FunSuite {\n\n  import ConnectionStringBuilderSuite._\n\n  private val validateConnStrBuilder = (connStrBuilder: ConnectionStringBuilder) => {\n    assert(connStrBuilder.getEventHubName == CorrectEntityPath)\n    assert(connStrBuilder.getEndpoint.getHost == CorrectEndpoint)\n    assert(connStrBuilder.getSasKey == CorrectKey)\n    assert(connStrBuilder.getSasKeyName == CorrectKeyName)\n    assert(connStrBuilder.getOperationTimeout == CorrectOperationTimeout)\n  }\n\n  test(\"parse invalid connection string\") {\n    intercept[Exception] {\n      ConnectionStringBuilder(\"something\")\n    }\n  }\n\n  test(\"throw on unrecognized parts\") {\n    intercept[Exception] {\n      ConnectionStringBuilder(correctConnectionString + \";\" + \"something\")\n    }\n  }\n\n  test(\"parse valid connection string\") {\n    val connStrBuilder = ConnectionStringBuilder(correctConnectionString)\n    validateConnStrBuilder(connStrBuilder)\n  }\n\n  test(\"exchange connection string across constructors\") {\n    val connStrBuilder = ConnectionStringBuilder(correctConnectionString)\n    val secondConnStr = ConnectionStringBuilder()\n      .setEndpoint(connStrBuilder.getEndpoint)\n      .setEventHubName(connStrBuilder.getEventHubName)\n      .setSasKeyName(connStrBuilder.getSasKeyName)\n      .setSasKey(connStrBuilder.getSasKey)\n    secondConnStr.setOperationTimeout(connStrBuilder.getOperationTimeout)\n    validateConnStrBuilder(ConnectionStringBuilder(secondConnStr.toString))\n  }\n\n  test(\"property setters\") {\n    val connStrBuilder = ConnectionStringBuilder(correctConnectionString)\n    val testConnStrBuilder = ConnectionStringBuilder(connStrBuilder.toString)\n    validateConnStrBuilder(testConnStrBuilder)\n    connStrBuilder.setOperationTimeout(Duration.ofSeconds(8))\n    val testConnStrBuilder1 = ConnectionStringBuilder(connStrBuilder.toString)\n    assert(testConnStrBuilder1.getOperationTimeout.getSeconds == 8)\n  }\n}\n\nobject ConnectionStringBuilderSuite {\n  private val CorrectEndpoint = \"endpoint1\"\n  private val CorrectEntityPath = \"eventhub1\"\n  private val CorrectKeyName = \"somekeyname\"\n  private val CorrectKey = \"somekey\"\n  private val CorrectOperationTimeout = Duration.ofSeconds(5)\n\n  private val correctConnectionString =\n    s\"Endpoint=sb:\/\/$CorrectEndpoint;EntityPath=$CorrectEntityPath;SharedAccessKeyName=$CorrectKeyName;\" +\n      s\"SharedAccessKey=$CorrectKey;OperationTimeout=$CorrectOperationTimeout;\"\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/utils\/RetryUtilsSuite.scala","text":"<filename>core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/utils\/RetryUtilsSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.utils\n\nimport java.io.IOException\nimport java.util.concurrent.CompletableFuture\n\nimport com.microsoft.azure.eventhubs.EventHubException\nimport org.scalatest.FunSuite\nimport org.scalatest.concurrent.ScalaFutures\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass RetryUtilsSuite extends FunSuite with ScalaFutures {\n\n  import RetryUtilsSuite._\n\n  test(\"don't retry successful Future\") {\n    val tries = incrementFutureIterator(1)\n    val result = RetryUtils.retryScala(tries.next, \"test\", maxRetry = 3, delay = 1).futureValue\n    assert(1 === result)\n  }\n\n  test(\"don't retry failed Future with normal exception\") {\n    val fails = Iterator(Future.failed(new IOException(\"not retry\")))\n    val tries = fails ++ incrementFutureIterator(1)\n    val exception =\n      RetryUtils.retryScala(tries.next, \"test\", maxRetry = 3, delay = 1).failed.futureValue\n    assert(\"not retry\" === exception.getMessage)\n  }\n\n  test(\"don't retry failed Future with non-transient EventHubException\") {\n    val tries = Iterator(nonTransientEHE()) ++ incrementFutureIterator(1)\n    val exception =\n      RetryUtils.retryScala(tries.next, \"test\", maxRetry = 3, delay = 1).failed.futureValue\n    assert(\"nonTransient\" === exception.getMessage)\n  }\n\n  test(\"retry maxRetry times until success\") {\n    val fails = Iterator(failedWithEHE(), causedByEHE(), failedWithEHE())\n    val tries = fails ++ incrementFutureIterator(4)\n\n    val result = RetryUtils.retryScala(tries.next, \"test\", maxRetry = 3, delay = 1).futureValue\n    assert(4 === result)\n  }\n\n  test(\"retry maxRetry times until failure\") {\n    val fails = Iterator(failedWithEHE(), causedByEHE(), failedWithEHE(), causedByEHE())\n    val tries = fails ++ incrementFutureIterator(4)\n\n    val exception =\n      RetryUtils.retryScala(tries.next, \"test\", maxRetry = 3, delay = 1).failed.futureValue\n    assert(\"causedBy\" === exception.getMessage)\n  }\n\n  test(\"retryNotNull\") {\n    val nullFuture: CompletableFuture[Int] =\n      CompletableFuture.completedFuture(null.asInstanceOf[Int])\n    val normalFuture: CompletableFuture[Int] =\n      CompletableFuture.completedFuture(10)\n\n    val tries = Iterator.continually(nullFuture).take(9) ++ Iterator(normalFuture)\n    val result = RetryUtils.retryNotNull(tries.next, \"test\").futureValue\n    assert(10 === result)\n  }\n}\n\nobject RetryUtilsSuite {\n  def failedWithEHE(): Future[Int] = Future.failed(new EventHubException(true, \"failedWith\"))\n\n  def causedByEHE(): Future[Int] = {\n    val causedBy = new EventHubException(true, \"causedBy\")\n    Future.failed(new IOException(causedBy))\n  }\n\n  def nonTransientEHE(): Future[Int] = Future.failed(new EventHubException(false, \"nonTransient\"))\n\n  def incrementFutureIterator(value: Int = 0): Iterator[Future[Int]] =\n    Iterator.from(value).map(Future(_))\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/rdd\/OffsetRangeSuite.scala","text":"<reponame>Zenika\/azure-event-hubs-spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.rdd\n\nimport org.scalatest.FunSuite\n\nclass OffsetRangeSuite extends FunSuite {\n  test(\"offset range - toString\") {\n    val ehName = \"eh-0\"\n    val fromSeqNo = 0\n    val untilSeqNo = 50\n\n    val offsetRanges = (for {\n      partition <- 0 until 5\n    } yield OffsetRange(ehName, partition, fromSeqNo, untilSeqNo, None)).toArray\n\n    assert(\n      offsetRanges.map(_.toString) === Array(\n        \"OffsetRange(name: eh-0 | partition: 0 | fromSeqNo: 0 | untilSeqNo: 50)\",\n        \"OffsetRange(name: eh-0 | partition: 1 | fromSeqNo: 0 | untilSeqNo: 50)\",\n        \"OffsetRange(name: eh-0 | partition: 2 | fromSeqNo: 0 | untilSeqNo: 50)\",\n        \"OffsetRange(name: eh-0 | partition: 3 | fromSeqNo: 0 | untilSeqNo: 50)\",\n        \"OffsetRange(name: eh-0 | partition: 4 | fromSeqNo: 0 | untilSeqNo: 50)\"\n      ))\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/eventhubs\/EventPositionSuite.scala","text":"<reponame>Zenika\/azure-event-hubs-spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs\n\nimport java.time.Instant\n\nimport org.scalatest.FunSuite\n\nclass EventPositionSuite extends FunSuite {\n\n  test(\"convert - offset\") {\n    val actual = EventPosition.fromOffset(\"123456789\").convert\n    val expected = com.microsoft.azure.eventhubs.EventPosition.fromOffset(\"123456789\", true)\n    assert(actual.toString === expected.toString)\n  }\n\n  test(\"convert - seq no\") {\n    val actual = EventPosition.fromSequenceNumber(42L).convert\n    val expected = com.microsoft.azure.eventhubs.EventPosition.fromSequenceNumber(42L, true)\n    assert(actual.toString === expected.toString)\n  }\n\n  test(\"convert - enqueued time\") {\n    val instant = Instant.parse(\"2007-12-03T10:15:30.00Z\")\n    val actual = EventPosition.fromEnqueuedTime(instant).convert\n    val expected = com.microsoft.azure.eventhubs.EventPosition.fromEnqueuedTime(instant)\n    assert(actual.toString === expected.toString)\n  }\n\n  test(\"convert - start of stream\") {\n    val actual = EventPosition.fromStartOfStream.convert\n    val expected = com.microsoft.azure.eventhubs.EventPosition.fromStartOfStream()\n    assert(actual.toString === expected.toString)\n  }\n\n  test(\"convert - end of stream\") {\n    val actual = EventPosition.fromEndOfStream.convert\n    val expected = com.microsoft.azure.eventhubs.EventPosition.fromEndOfStream()\n    assert(actual.toString === expected.toString)\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/sql\/eventhubs\/EventHubsForeachWriter.scala","text":"<reponame>Zenika\/azure-event-hubs-spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.eventhubs\n\nimport com.microsoft.azure.eventhubs.{ EventData, EventHubClient }\nimport org.apache.spark.eventhubs.EventHubsConf\nimport org.apache.spark.eventhubs.client.ClientConnectionPool\nimport org.apache.spark.eventhubs.utils.RetryUtils._\nimport org.apache.spark.sql.ForeachWriter\n\n\/**\n * A [[ForeachWriter]] to consume data generated by a StreamingQuery.\n * This [[ForeachWriter]] is used to send the generated data to\n * the Event Hub instance specified in the user-provided [[EventHubsConf]].\n * Each partition will use a new deserialized instance, so you usually\n * should do all the initialization (e.g. opening a connection or\n * initiating a transaction) in the open method.\n *\n * This also uses asynchronous send calls which are retried on failure.\n * The retries happen with exponential backoff.\n *\n * @param ehConf the [[EventHubsConf]] containing the connection string\n *               for the Event Hub which will receive the sent events\n *\/\ncase class EventHubsForeachWriter(ehConf: EventHubsConf) extends ForeachWriter[String] {\n  var client: EventHubClient = _\n\n  def open(partitionId: Long, version: Long): Boolean = {\n    client = ClientConnectionPool.borrowClient(ehConf)\n    true\n  }\n\n  def process(body: String): Unit = {\n    val event = EventData.create(s\"$body\".getBytes(\"UTF-8\"))\n    retryJava(client.send(event), \"ForeachWriter\")\n  }\n\n  def close(errorOrNull: Throwable): Unit = {\n    errorOrNull match {\n      case t: Throwable => throw t\n      case _ =>\n        ClientConnectionPool.returnClient(ehConf, client)\n    }\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/utils\/SimulatedClient.scala","text":"<gh_stars>0\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.utils\n\nimport com.microsoft.azure.eventhubs.EventData\nimport org.apache.spark.eventhubs.{ EventHubsConf, PartitionId, SequenceNumber }\nimport org.apache.spark.eventhubs.client.Client\n\n\/**\n * A [[Client]] which simulates a connection to the Event Hubs service.\n * The simulated client receives an [[EventHubsConf]] which contains an\n * Event Hub name. The Event Hub name is used to look up the\n * [[SimulatedEventHubs]] the [[SimulatedClient]] should \"connect\" to.\n *\n * @param ehConf the Event Hubs specific options\n *\/\nprivate[spark] class SimulatedClient(private val ehConf: EventHubsConf) extends Client { self =>\n\n  import EventHubsTestUtils._\n\n  private var sPartitionId: Int = _ \/\/ used in senders\n  private val eventHub = eventHubs(ehConf.name)\n\n  \/**\n   * Creates a simulated partition sender.\n   *\n   * @param partition the partition that will receive events\n   *                    from send calls.\n   *\/\n  override def createPartitionSender(partition: Int): Unit = {\n    sPartitionId = partition.toInt\n  }\n\n  \/**\n   * Send events to a [[SimulatedEventHubs]].\n   *\n   * @param event the event that is being sent.\n   * @param partition the partition that will receive all events being sent.\n   * @param partitionKey the partitionKey will be hash'ed to determine the\n   *                     partition to send the events to. On the Received\n   *                     message this can be accessed at\n   *                     [[EventData.SystemProperties#getPartitionKey()]]\n   *\/\n  override def send(event: EventData,\n                    partition: Option[Int] = None,\n                    partitionKey: Option[String] = None,\n                    properties: Option[Map[String, String]]): Unit = {\n    if (partitionKey.isDefined) {\n      throw new UnsupportedOperationException\n    } else {\n      eventHub.send(partition, event, properties)\n    }\n  }\n\n  \/**\n   * Same as boundedSeqNos, but collects info for all partitions.\n   *\n   * @return the earliest and latest sequence numbers for all partitions in the Event Hub\n   *\/\n  override def allBoundedSeqNos: Map[PartitionId, (SequenceNumber, SequenceNumber)] =\n    (0 until partitionCount)\n      .map(i => i -> (eventHub.earliestSeqNo(i), eventHub.latestSeqNo(i)))\n      .toMap\n\n  \/**\n   * Translates starting (or ending) positions to sequence numbers.\n   *\n   * @param ehConf the [[EventHubsConf]] containing starting (or ending positions)\n   * @param partitionCount the number of partitions in the Event Hub instance\n   * @param useStart translates starting positions when true and ending positions\n   *                 when false\n   * @return mapping of partitions to starting positions as sequence numbers\n   *\/\n  override def translate(ehConf: EventHubsConf,\n                         partitionCount: Int,\n                         useStart: Boolean = true): Map[PartitionId, SequenceNumber] = {\n\n    val positions = if (useStart) { ehConf.startingPositions } else { ehConf.endingPositions }\n    val position = if (useStart) { ehConf.startingPosition } else { ehConf.endingPosition }\n    val apiCall = if (useStart) { eventHub.earliestSeqNo _ } else { eventHub.latestSeqNo _ }\n\n    if (positions.isEmpty && position.isEmpty) {\n      (for { id <- 0 until eventHub.partitionCount } yield id -> apiCall(id)).toMap\n    } else if (positions.isEmpty) {\n      require(position.get.seqNo >= 0L)\n      (for { id <- 0 until partitionCount } yield id -> position.get.seqNo).toMap\n    } else {\n      require(positions.get.forall(x => x._2.seqNo >= 0L))\n      require(positions.get.size == partitionCount)\n      positions.get.map { case (k, v) => k.partitionId -> v }.mapValues(_.seqNo).mapValues {\n        seqNo =>\n          { if (seqNo == -1L) 0L else seqNo }\n      }\n    }\n  }\n\n  \/**\n   * The number of partitions in the EventHubs instance.\n   *\n   * @return partition count\n   *\/\n  override val partitionCount: PartitionId = eventHub.partitionCount\n\n  \/**\n   * A NOP. There's nothing to clean up in the [[SimulatedClient]].\n   *\/\n  override def close(): Unit = {\n    \/\/ nothing to close\n  }\n}\n\n\/**\n * Companion object to help create [[SimulatedClient]] instances.\n *\/\nprivate[spark] object SimulatedClient {\n  def apply(ehConf: EventHubsConf): SimulatedClient = new SimulatedClient(ehConf)\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/sql\/eventhubs\/EventHubsSourceSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.eventhubs\n\nimport java.io.{ BufferedWriter, FileInputStream, OutputStream, OutputStreamWriter }\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport org.apache.qpid.proton.amqp.{\n  Binary,\n  Decimal128,\n  Decimal32,\n  Decimal64,\n  DescribedType,\n  Symbol,\n  UnknownDescribedType,\n  UnsignedByte,\n  UnsignedInteger,\n  UnsignedLong,\n  UnsignedShort\n}\nimport org.apache.spark.eventhubs.utils.{ EventHubsTestUtils, SimulatedClient }\nimport org.apache.spark.eventhubs.{ EventHubsConf, EventPosition, NameAndPartition }\nimport org.apache.spark.sql.Dataset\nimport org.apache.spark.sql.execution.streaming._\nimport org.apache.spark.sql.functions.{ count, window }\nimport org.apache.spark.sql.streaming.util.StreamManualClock\nimport org.apache.spark.sql.streaming.{ ProcessingTime, StreamTest }\nimport org.apache.spark.sql.test.SharedSQLContext\nimport org.apache.spark.util.Utils\nimport org.json4s.NoTypeHints\nimport org.json4s.jackson.Serialization\nimport org.scalatest.concurrent.PatienceConfiguration.Timeout\nimport org.scalatest.time.SpanSugar._\n\nabstract class EventHubsSourceTest extends StreamTest with SharedSQLContext {\n\n  protected var testUtils: EventHubsTestUtils = _\n\n  implicit val formats = Serialization.formats(NoTypeHints)\n\n  override def beforeAll: Unit = {\n    super.beforeAll\n    testUtils = new EventHubsTestUtils\n  }\n\n  override def afterAll(): Unit = {\n    if (testUtils != null) {\n      testUtils.destroyAllEventHubs()\n      testUtils = null\n    }\n    super.afterAll()\n  }\n\n  override val streamingTimeout = 30.seconds\n\n  protected def makeSureGetOffsetCalled = AssertOnQuery { q =>\n    \/\/ Because EventHubsSource's initialPartitionOffsets is set lazily, we need to make sure\n    \/\/ its \"getOffset\" is called before pushing any data. Otherwise, because of the race condition,\n    \/\/ we don't know which data should be fetched when `startingOffsets` is latest.\n    q.processAllAvailable()\n    true\n  }\n\n  case class AddEventHubsData(conf: EventHubsConf, data: Int*)(implicit concurrent: Boolean = false,\n                                                               message: String = \"\")\n      extends AddData {\n\n    override def addData(query: Option[StreamExecution]): (Source, Offset) = {\n      if (query.get.isActive) {\n        query.get.processAllAvailable()\n      }\n\n      val sources = query.get.logicalPlan.collect {\n        case StreamingExecutionRelation(source, _) if source.isInstanceOf[EventHubsSource] =>\n          source.asInstanceOf[EventHubsSource]\n      }\n      if (sources.isEmpty) {\n        throw new Exception(\n          \"Could not find EventHubs source in the StreamExecution logical plan to add data to\")\n      } else if (sources.size > 1) {\n        throw new Exception(\n          \"Could not select the EventHubs source in the StreamExecution logical plan as there\" +\n            \"are multiple EventHubs sources:\\n\\t\" + sources.mkString(\"\\n\\t\"))\n      }\n\n      val ehSource = sources.head\n      testUtils.send(conf.name, data = data)\n\n      val seqNos = testUtils.getLatestSeqNos(conf)\n      require(seqNos.size == testUtils.getEventHubs(conf.name).partitionCount)\n\n      val offset = EventHubsSourceOffset(seqNos)\n      logInfo(s\"Added data, expected offset $offset\")\n      (ehSource, offset)\n    }\n\n    override def toString: String = {\n      s\"AddEventHubsData(data: $data)\"\n    }\n  }\n}\n\nclass EventHubsSourceSuite extends EventHubsSourceTest {\n\n  import EventHubsTestUtils._\n  import testImplicits._\n\n  private val eventHubsId = new AtomicInteger(0)\n\n  def newEventHubs(): String = {\n    s\"eh-${eventHubsId.getAndIncrement()}\"\n  }\n\n  private def getEventHubsConf(ehName: String): EventHubsConf = testUtils.getEventHubsConf(ehName)\n\n  testWithUninterruptibleThread(\"deserialization of initial offset with Spark 2.1.0\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, 5000)\n\n    withTempDir { metadataPath =>\n      val parameters =\n        getEventHubsConf(eventHub.name).toMap\n\n      val source = new EventHubsSource(sqlContext, parameters, metadataPath.getAbsolutePath)\n\n      source.getOffset.get \/\/ Write initial offset\n\n      \/\/ Make sure Spark 2.1.0 will throw an exception when reading the new log\n      intercept[java.lang.IllegalArgumentException] {\n        \/\/ Simulate how Spark 2.1.0 reads the log\n        Utils.tryWithResource(new FileInputStream(metadataPath.getAbsolutePath + \"\/0\")) { in =>\n          val length = in.read()\n          val bytes = new Array[Byte](length)\n          in.read(bytes)\n          EventHubsSourceOffset(SerializedOffset(new String(bytes, UTF_8)))\n        }\n      }\n    }\n  }\n\n  testWithUninterruptibleThread(\"deserialization of initial offset written by future version\") {\n    withTempDir { metadataPath =>\n      val futureMetadataLog =\n        new HDFSMetadataLog[EventHubsSourceOffset](sqlContext.sparkSession,\n                                                   metadataPath.getAbsolutePath) {\n          override def serialize(metadata: EventHubsSourceOffset, out: OutputStream): Unit = {\n            out.write(0)\n            val writer = new BufferedWriter(new OutputStreamWriter(out, UTF_8))\n            writer.write(s\"v99999\\n${metadata.json}\")\n            writer.flush()\n          }\n        }\n\n      val eh = newEventHubs()\n      testUtils.createEventHubs(eh, DefaultPartitionCount)\n      testUtils.populateUniformly(eh, 5000)\n      val parameters = getEventHubsConf(eh).toMap\n\n      val offset = EventHubsSourceOffset((eh, 0, 0L), (eh, 1, 0L), (eh, 2, 0L))\n      futureMetadataLog.add(0, offset)\n\n      val source = new EventHubsSource(sqlContext, parameters, metadataPath.getAbsolutePath)\n\n      val e = intercept[java.lang.IllegalStateException] {\n        source.getOffset.get \/\/ Read initial offset\n      }\n\n      Seq(\n        s\"maximum supported log version is v${EventHubsSource.VERSION}, but encountered v99999\",\n        \"produced by a newer version of Spark and cannot be read by this version\"\n      ).foreach { message =>\n        assert(e.getMessage.contains(message))\n      }\n    }\n  }\n\n  test(\"(de)serialization of initial offsets\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, 5000)\n\n    val parameters = getEventHubsConf(eventHub.name).toMap\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(parameters)\n\n    testStream(reader.load())(makeSureGetOffsetCalled, StopStream, StartStream(), StopStream)\n  }\n\n  test(\"maxSeqNosPerTrigger\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, 5000)\n\n    val parameters =\n      getEventHubsConf(eventHub.name)\n        .setMaxEventsPerTrigger(4)\n        .toMap\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(parameters)\n\n    val eventhubs = reader\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped: org.apache.spark.sql.Dataset[_] = eventhubs.map(_.toInt)\n\n    val clock = new StreamManualClock\n\n    val waitUntilBatchProcessed = AssertOnQuery { q =>\n      eventually(Timeout(streamingTimeout)) {\n        if (q.exception.isEmpty) {\n          assert(clock.isStreamWaitingAt(clock.getTimeMillis()))\n        }\n      }\n      if (q.exception.isDefined) {\n        throw q.exception.get\n      }\n      true\n    }\n\n    testStream(mapped)(\n      StartStream(ProcessingTime(100), clock),\n      waitUntilBatchProcessed,\n      \/\/ we'll get one event per partition per trigger\n      CheckAnswer(0, 0, 0, 0),\n      AdvanceManualClock(100),\n      waitUntilBatchProcessed,\n      \/\/ four additional events\n      CheckAnswer(0, 0, 0, 0, 1, 1, 1, 1),\n      StopStream,\n      StartStream(ProcessingTime(100), clock),\n      waitUntilBatchProcessed,\n      \/\/ four additional events\n      CheckAnswer(0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2),\n      AdvanceManualClock(100),\n      waitUntilBatchProcessed,\n      \/\/ four additional events\n      CheckAnswer(0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3)\n    )\n  }\n\n  test(\"maxOffsetsPerTrigger with non-uniform partitions\") {\n    val name = newEventHubs()\n    val eventHub = testUtils.createEventHubs(name, DefaultPartitionCount)\n\n    testUtils.send(name, partition = Some(0), data = 100 to 200)\n    testUtils.send(name, partition = Some(1), data = 10 to 20)\n    testUtils.send(name, partition = Some(2), data = Seq(1))\n    \/\/ partition 3 of 3 remains empty.\n\n    val parameters =\n      getEventHubsConf(name)\n        .setMaxEventsPerTrigger(10)\n        .toMap\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(parameters)\n\n    val eventhubs = reader\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped: org.apache.spark.sql.Dataset[_] = eventhubs.map(e => e.toInt)\n\n    val clock = new StreamManualClock\n\n    val waitUntilBatchProcessed = AssertOnQuery { q =>\n      eventually(Timeout(streamingTimeout)) {\n        if (q.exception.isEmpty) {\n          assert(clock.isStreamWaitingAt(clock.getTimeMillis()))\n        }\n      }\n      if (q.exception.isDefined) {\n        throw q.exception.get\n      }\n      true\n    }\n\n    testStream(mapped)(\n      StartStream(ProcessingTime(100), clock),\n      waitUntilBatchProcessed,\n      \/\/ 1 from smallest, 1 from middle, 8 from biggest\n      CheckAnswer(1, 10, 100, 101, 102, 103, 104, 105, 106, 107),\n      AdvanceManualClock(100),\n      waitUntilBatchProcessed,\n      \/\/ smallest now empty, 1 more from middle, 9 more from biggest\n      CheckAnswer(1, 10, 100, 101, 102, 103, 104, 105, 106, 107, 11, 108, 109, 110, 111, 112, 113,\n        114, 115, 116),\n      StopStream,\n      StartStream(ProcessingTime(100), clock),\n      waitUntilBatchProcessed,\n      \/\/ smallest now empty, 1 more from middle, 9 more from biggest\n      CheckAnswer(1, 10, 100, 101, 102, 103, 104, 105, 106, 107, 11, 108, 109, 110, 111, 112, 113,\n        114, 115, 116, 12, 117, 118, 119, 120, 121, 122, 123, 124, 125),\n      AdvanceManualClock(100),\n      waitUntilBatchProcessed,\n      \/\/ smallest now empty, 1 more from middle, 9 more from biggest\n      CheckAnswer(1, 10, 100, 101, 102, 103, 104, 105, 106, 107, 11, 108, 109, 110, 111, 112, 113,\n        114, 115, 116, 12, 117, 118, 119, 120, 121, 122, 123, 124, 125, 13, 126, 127, 128, 129, 130,\n        131, 132, 133, 134)\n    )\n  }\n\n  test(\"cannot stop EventHubs stream\") {\n    val eh = newEventHubs()\n    val eventHub = testUtils.createEventHubs(eh, DefaultPartitionCount)\n    testUtils.populateUniformly(eh, 5000)\n\n    val parameters = getEventHubsConf(eh).toMap\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(parameters)\n\n    val eventhubs = reader\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped: org.apache.spark.sql.Dataset[_] = eventhubs.map(_.toInt + 1)\n\n    testStream(mapped)(\n      makeSureGetOffsetCalled,\n      StopStream\n    )\n  }\n\n  test(s\"assign from latest offsets\") {\n    val eh = newEventHubs()\n    testFromLatestSeqNos(eh)\n  }\n\n  test(s\"assign from earliest offsets\") {\n    val eh = newEventHubs()\n    testFromEarliestSeqNos(eh)\n  }\n\n  test(s\"assign from specific offsets\") {\n    val eh = newEventHubs()\n    testFromSpecificSeqNos(eh)\n  }\n\n  private def testFromLatestSeqNos(eh: String): Unit = {\n    val eventHub = testUtils.createEventHubs(eh, DefaultPartitionCount)\n    testUtils.send(eh, partition = Some(0), Seq(-1))\n\n    require(testUtils.getEventHubs(eh).getPartitions.size === 4)\n\n    \/\/ In practice, we would use Position.fromEndOfStream which would\n    \/\/ translate to the configuration below.\n    val positions = Map(\n      NameAndPartition(eh, 0) -> EventPosition.fromSequenceNumber(1L),\n      NameAndPartition(eh, 1) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 2) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 3) -> EventPosition.fromSequenceNumber(0L)\n    )\n\n    val conf = getEventHubsConf(eh)\n      .setStartingPositions(positions)\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(conf.toMap)\n\n    val eventhubs = reader\n      .load()\n      .selectExpr(\"body\")\n      .as[String]\n\n    val mapped: Dataset[Int] = eventhubs.map(_.toInt + 1)\n\n    testStream(mapped)(\n      makeSureGetOffsetCalled,\n      AddEventHubsData(conf, 1, 2, 3),\n      CheckAnswer(2, 3, 4),\n      StopStream,\n      StartStream(),\n      CheckAnswer(2, 3, 4), \/\/ Should get the data back on recovery\n      StopStream,\n      AddEventHubsData(conf, 4, 5, 6), \/\/ Add data when stream is stopped\n      StartStream(),\n      CheckAnswer(2, 3, 4, 5, 6, 7), \/\/ Should get the added data\n      AddEventHubsData(conf, 7, 8),\n      CheckAnswer(2, 3, 4, 5, 6, 7, 8, 9),\n      AddEventHubsData(conf, 9, 10, 11, 12, 13, 14, 15, 16),\n      CheckAnswer(2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)\n    )\n  }\n\n  private def testFromEarliestSeqNos(eh: String): Unit = {\n    val eventHub = testUtils.createEventHubs(eh, DefaultPartitionCount)\n\n    require(testUtils.getEventHubs(eh).getPartitions.size === 4)\n    testUtils.send(eh, data = 1 to 3) \/\/ round robin events across partitions\n\n    val conf = getEventHubsConf(eh)\n\n    val reader = spark.readStream\n    reader\n      .format(classOf[EventHubsSourceProvider].getCanonicalName.stripSuffix(\"$\"))\n      .options(conf.toMap)\n\n    val eventhubs = reader\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped = eventhubs.map(e => e.toInt + 1)\n\n    testStream(mapped)(\n      AddEventHubsData(conf, 4, 5, 6), \/\/ Add data when stream is stopped\n      CheckAnswer(2, 3, 4, 5, 6, 7),\n      StopStream,\n      StartStream(),\n      CheckAnswer(2, 3, 4, 5, 6, 7),\n      StopStream,\n      AddEventHubsData(conf, 7, 8),\n      StartStream(),\n      CheckAnswer(2, 3, 4, 5, 6, 7, 8, 9),\n      AddEventHubsData(conf, 9, 10, 11, 12, 13, 14, 15, 16),\n      CheckAnswer(2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)\n    )\n  }\n\n  private def testFromSpecificSeqNos(eh: String): Unit = {\n    testUtils.createEventHubs(eh, partitionCount = 5)\n\n    require(testUtils.getEventHubs(eh).getPartitions.size === 5)\n\n    val positions = Map(\n      NameAndPartition(eh, 0) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 1) -> EventPosition.fromSequenceNumber(3L),\n      NameAndPartition(eh, 2) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 3) -> EventPosition.fromSequenceNumber(1L),\n      NameAndPartition(eh, 4) -> EventPosition.fromSequenceNumber(2L)\n    )\n\n    val conf = getEventHubsConf(eh)\n      .setStartingPositions(positions)\n\n    \/\/ partition 0 starts at the earliest sequence numbers, these should all be seen\n    testUtils.send(eh, partition = Some(0), Seq(-20, -21, -22))\n    \/\/ partition 1 starts at the latest sequence numbers, these should all be skipped\n    testUtils.send(eh, partition = Some(1), Seq(-10, -11, -12))\n    \/\/ partition 2 starts at 0, these should all be seen\n    testUtils.send(eh, partition = Some(2), Seq(0, 1, 2))\n    \/\/ partition 3 starts at 1, first should be skipped\n    testUtils.send(eh, partition = Some(3), Seq(10, 11, 12))\n    \/\/ partition 4 starts at 2, first and second should be skipped\n    testUtils.send(eh, partition = Some(4), Seq(20, 21, 22))\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(conf.toMap)\n\n    val eventhubs = reader\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped: Dataset[Int] = eventhubs.map(_.toInt)\n\n    testStream(mapped)(\n      makeSureGetOffsetCalled,\n      CheckAnswer(-20, -21, -22, 0, 1, 2, 11, 12, 22),\n      StopStream,\n      StartStream(),\n      CheckAnswer(-20, -21, -22, 0, 1, 2, 11, 12, 22), \/\/ Should get the data back on recovery\n      AddEventHubsData(conf, 30, 31, 32, 33, 34),\n      CheckAnswer(-20, -21, -22, 0, 1, 2, 11, 12, 22, 30, 31, 32, 33, 34),\n      StopStream\n    )\n  }\n\n  test(\"with application properties\") {\n    val properties: Option[Map[String, Object]] = Some(\n      Map(\n        \"A\" -> \"Hello, world.\",\n        \"B\" -> Map.empty,\n        \"C\" -> \"432\".getBytes,\n        \"D\" -> null,\n        \"E\" -> Boolean.box(true),\n        \"F\" -> Int.box(1),\n        \"G\" -> Long.box(1L),\n        \"H\" -> Char.box('a'),\n        \"I\" -> new Binary(\"1\".getBytes),\n        \"J\" -> Symbol.getSymbol(\"x-opt-partition-key\"),\n        \"K\" -> new Decimal128(Array[Byte](0, 1, 2, 3, 0, 0, 0, 0, 0, 1, 2, 3, 0, 0, 0, 0)),\n        \"L\" -> new Decimal32(12),\n        \"M\" -> new Decimal64(13),\n        \"N\" -> new UnsignedByte(1.toByte),\n        \"O\" -> new UnsignedLong(987654321L),\n        \"P\" -> new UnsignedShort(Short.box(1)),\n        \"Q\" -> new UnknownDescribedType(\"descriptor\", \"described\")\n      ))\n\n    \/\/ The expected serializes to:\n    \/\/     [Map(E -> true, N -> \"1\", J -> \"x-opt-partition-key\", F -> 1, A -> \"Hello, world.\",\n    \/\/     M -> 13, I -> [49], G -> 1, L -> 12, B -> {}, P -> \"1\", C -> [52,51,50], H -> \"a\",\n    \/\/     K -> [0,1,2,3,0,0,0,0,0,1,2,3,0,0,0,0], O -> \"987654321\", D -> null)]\n    val expected = properties.get\n      .mapValues {\n        case b: Binary =>\n          val buf = b.asByteBuffer()\n          val arr = new Array[Byte](buf.remaining)\n          buf.get(arr)\n          arr.asInstanceOf[AnyRef]\n        case d128: Decimal128    => d128.asBytes.asInstanceOf[AnyRef]\n        case d32: Decimal32      => d32.getBits.asInstanceOf[AnyRef]\n        case d64: Decimal64      => d64.getBits.asInstanceOf[AnyRef]\n        case s: Symbol           => s.toString.asInstanceOf[AnyRef]\n        case ub: UnsignedByte    => ub.toString.asInstanceOf[AnyRef]\n        case ui: UnsignedInteger => ui.toString.asInstanceOf[AnyRef]\n        case ul: UnsignedLong    => ul.toString.asInstanceOf[AnyRef]\n        case us: UnsignedShort   => us.toString.asInstanceOf[AnyRef]\n        case c: Character        => c.toString.asInstanceOf[AnyRef]\n        case d: DescribedType    => d.getDescribed\n        case default             => default\n      }\n      .map { p =>\n        p._1 -> Serialization.write(p._2)\n      }\n\n    val eventHub = testUtils.createEventHubs(newEventHubs(), partitionCount = 1)\n    testUtils.populateUniformly(eventHub.name, 5000, properties)\n\n    val parameters =\n      getEventHubsConf(eventHub.name)\n        .setMaxEventsPerTrigger(1)\n        .toMap\n\n    val reader = spark.readStream\n      .format(\"eventhubs\")\n      .options(parameters)\n\n    val eventhubs = reader\n      .load()\n      .select(\"properties\")\n      .as[Map[String, String]]\n\n    val clock = new StreamManualClock\n\n    val waitUntilBatchProcessed = AssertOnQuery { q =>\n      eventually(Timeout(streamingTimeout)) {\n        if (q.exception.isEmpty) {\n          assert(clock.isStreamWaitingAt(clock.getTimeMillis()))\n        }\n      }\n      if (q.exception.isDefined) {\n        throw q.exception.get\n      }\n      true\n    }\n\n    testStream(eventhubs)(\n      StartStream(ProcessingTime(100), clock),\n      waitUntilBatchProcessed,\n      \/\/ we'll get one event per partition per trigger\n      CheckAnswer(expected)\n    )\n  }\n\n  test(\"input row metrics\") {\n    val eh = newEventHubs()\n    val eventHub = testUtils.createEventHubs(eh, DefaultPartitionCount)\n\n    testUtils.send(eh, data = Seq(-1))\n    require(testUtils.getEventHubs(eh).getPartitions.size === 4)\n\n    val positions = Map(\n      NameAndPartition(eh, 0) -> EventPosition.fromSequenceNumber(1L),\n      NameAndPartition(eh, 1) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 2) -> EventPosition.fromSequenceNumber(0L),\n      NameAndPartition(eh, 3) -> EventPosition.fromSequenceNumber(0L)\n    )\n\n    val conf = getEventHubsConf(eh)\n      .setStartingPositions(positions)\n\n    val eventhubs = spark.readStream\n      .format(\"eventhubs\")\n      .options(conf.toMap)\n      .load()\n      .select(\"body\")\n      .as[String]\n\n    val mapped = eventhubs.map(e => e.toInt + 1)\n\n    testStream(mapped)(\n      StartStream(trigger = ProcessingTime(1)),\n      makeSureGetOffsetCalled,\n      AddEventHubsData(conf, 1, 2, 3),\n      CheckAnswer(2, 3, 4),\n      AssertOnQuery { query =>\n        val recordsRead = query.recentProgress.map(_.numInputRows).sum\n        recordsRead == 3\n      }\n    )\n  }\n\n  test(\"EventHubs column types\") {\n    val now = System.currentTimeMillis()\n    val eh = newEventHubs()\n    testUtils.createEventHubs(eh, partitionCount = 1)\n\n    val conf = getEventHubsConf(eh)\n      .setStartingPositions(Map.empty)\n      .setStartingPosition(EventPosition.fromSequenceNumber(0L))\n\n    require(testUtils.getEventHubs(eh).getPartitions.size === 1)\n\n    testUtils.send(eh, data = Seq(1))\n\n    val eventhubs = spark.readStream\n      .format(\"eventhubs\")\n      .options(conf.toMap)\n      .load()\n\n    val query = eventhubs.writeStream\n      .format(\"memory\")\n      .outputMode(\"append\")\n      .queryName(\"eventhubsColumnTypes\")\n      .start()\n\n    query.processAllAvailable()\n    val rows = spark.table(\"eventhubsColumnTypes\").collect()\n    assert(rows.length === 1, s\"Unexpected results: ${rows.toList}\")\n    val row = rows(0)\n    assert(row.getAs[Array[Byte]](\"body\") === \"1\".getBytes(UTF_8), s\"Unexpected results: $row\")\n    assert(row.getAs[String](\"partition\") === \"0\", s\"Unexpected results: $row\")\n    assert(row.getAs[String](\"offset\") === \"0\", s\"Unexpected results: $row\")\n    assert(row.getAs[Long](\"sequenceNumber\") === 0, s\"Unexpected results: $row\")\n    assert(row.getAs[String](\"publisher\") === null, s\"Unexpected results: $row\")\n    assert(row.getAs[String](\"partitionKey\") === null, s\"Unexpected results: $row\")\n    \/\/ We cannot check the exact timestamp as it's the time that messages were inserted by the\n    \/\/ producer. So here we just use a low bound to make sure the internal conversion works.\n    assert(row.getAs[java.sql.Timestamp](\"enqueuedTime\").getTime >= now,\n           s\"Unexpected results: $row\")\n    assert(row.getAs[Map[String, String]](\"properties\") === Map(), s\"Unexpected results: $row\")\n    query.stop()\n  }\n\n  test(\"EventHubsSource with watermark\") {\n    val now = System.currentTimeMillis()\n    val eh = newEventHubs()\n    testUtils.createEventHubs(eh, partitionCount = 1)\n\n    val conf = getEventHubsConf(eh)\n      .setStartingPositions(Map.empty)\n      .setStartingPosition(EventPosition.fromSequenceNumber(0L))\n\n    require(testUtils.getEventHubs(eh).getPartitions.size === 1)\n\n    testUtils.send(eh, data = Seq(1))\n\n    val eventhubs = spark.readStream\n      .format(\"eventhubs\")\n      .options(conf.toMap)\n      .load()\n\n    val windowedAggregation = eventhubs\n      .withWatermark(\"enqueuedTime\", \"10 seconds\")\n      .groupBy(window($\"enqueuedTime\", \"5 seconds\") as 'window)\n      .agg(count(\"*\") as 'count)\n      .select($\"window\".getField(\"start\") as 'window, $\"count\")\n\n    val query = windowedAggregation.writeStream\n      .format(\"memory\")\n      .outputMode(\"complete\")\n      .queryName(\"eventhubsWatermark\")\n      .start()\n    query.processAllAvailable()\n\n    val rows = spark.table(\"eventhubsWatermark\").collect()\n    assert(rows.length === 1, s\"Unexpected results: ${rows.toList}\")\n    val row = rows(0)\n    \/\/ We cannot check the exact window start time as it depends on the time that messages were\n    \/\/ inserted by the producer. So here we just use a low bound to make sure the internal\n    \/\/ conversion works.\n    assert(row.getAs[java.util.Date](\"window\").getTime >= now - 5 * 1000,\n           s\"Unexpected results: $row\")\n    assert(row.getAs[Int](\"count\") === 1, s\"Unexpected results: $row\")\n    query.stop()\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/streaming\/eventhubs\/EventHubsDirectDStreamSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.streaming.eventhubs\n\nimport java.io.File\nimport java.util\nimport java.util.concurrent.ConcurrentLinkedQueue\nimport java.util.concurrent.atomic.{ AtomicInteger, AtomicLong }\n\nimport com.microsoft.azure.eventhubs.EventData\nimport org.apache.spark.eventhubs.{ EventHubsConf, EventPosition, NameAndPartition }\nimport org.apache.spark.eventhubs.utils.EventHubsTestUtils._\nimport org.apache.spark.eventhubs.rdd.{ HasOffsetRanges, OffsetRange }\nimport org.apache.spark.eventhubs.utils.{ EventHubsTestUtils, SimulatedClient }\nimport org.apache.spark.{ SparkConf, SparkFunSuite }\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming.dstream.DStream\nimport org.apache.spark.streaming.scheduler.{\n  StreamingListener,\n  StreamingListenerBatchCompleted,\n  StreamingListenerBatchStarted,\n  StreamingListenerBatchSubmitted\n}\nimport org.apache.spark.streaming.{ Milliseconds, Seconds, StreamingContext, Time }\nimport org.apache.spark.util.Utils\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.BeforeAndAfter\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\n\nclass EventHubsDirectDStreamSuite\n    extends SparkFunSuite\n    with BeforeAndAfter\n    with Eventually\n    with Logging {\n\n  import EventHubsDirectDStreamSuite._\n\n  private var testUtils: EventHubsTestUtils = _\n\n  val sparkConf = new SparkConf().setMaster(\"local[4]\").setAppName(this.getClass.getSimpleName)\n\n  private var ssc: StreamingContext = _\n  private var testDir: File = _\n\n  override def beforeAll: Unit = {\n    super.beforeAll\n    testUtils = new EventHubsTestUtils\n  }\n\n  override def afterAll(): Unit = {\n    if (testUtils != null) {\n      testUtils.destroyAllEventHubs()\n      testUtils = null\n    }\n    super.afterAll()\n  }\n\n  after {\n    if (ssc != null) {\n      ssc.stop(stopSparkContext = true)\n    }\n    if (testDir != null) {\n      Utils.deleteRecursively(testDir)\n    }\n  }\n\n  private val eventHubsId = new AtomicInteger(0)\n\n  def newEventHubs(): String = {\n    s\"eh-${eventHubsId.getAndIncrement()}\"\n  }\n\n  private def getEventHubsConf(ehName: String): EventHubsConf = testUtils.getEventHubsConf(ehName)\n\n  test(\"basic stream receiving with smallest starting sequence number\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, EventsPerPartition)\n\n    val ehConf = getEventHubsConf(eventHub.name)\n    val batchInterval = 1000\n    val timeoutAfter = 100000\n    val expectedTotal = (timeoutAfter \/ batchInterval) * DefaultMaxRate\n\n    ssc = new StreamingContext(sparkConf, Milliseconds(batchInterval))\n    val stream = withClue(\"Error creating direct stream\") {\n      new EventHubsDirectDStream(ssc, ehConf, SimulatedClient.apply)\n    }\n    val allReceived = new ConcurrentLinkedQueue[EventData]()\n\n    \/\/ hold a reference to the current offset ranges, so it can be used downstream\n    var offsetRanges = Array[OffsetRange]()\n    val tf = stream.transform { rdd =>\n      \/\/ Get the offset ranges in the RDD\n      offsetRanges = rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n      rdd\n    }\n\n    tf.foreachRDD { rdd =>\n      for (o <- offsetRanges) {\n        logInfo(s\"${o.name} ${o.partitionId} ${o.fromSeqNo} ${o.untilSeqNo}\")\n      }\n      val collected = rdd.mapPartitionsWithIndex { (i, iter) =>\n        \/\/ For each partition, get size of the range in the partition,\n        \/\/ and the number of items in the partition\n        val off = offsetRanges(i)\n        val all = iter.toSeq\n        val partSize = all.size\n        val rangeSize = off.untilSeqNo - off.fromSeqNo\n        Iterator((partSize, rangeSize))\n      }.collect\n\n      \/\/ Verify whether number of elements in each partition\n      \/\/ matches with the corresponding offset range\n      collected.foreach {\n        case (partSize, rangeSize) =>\n          assert(partSize == rangeSize, \"offset ranges are wrong\")\n      }\n    }\n\n    stream.foreachRDD { rdd =>\n      allReceived.addAll(util.Arrays.asList(rdd.collect(): _*))\n    }\n    ssc.start()\n    eventually(timeout(timeoutAfter.milliseconds), interval(batchInterval.milliseconds)) {\n      assert(allReceived.size === expectedTotal,\n             \"didn't get expected number of messages, messages:\\n\" +\n               allReceived.asScala.mkString(\"\\n\"))\n    }\n    ssc.stop()\n  }\n\n  test(\"basic stream receiving from random sequence number\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, EventsPerPartition)\n\n    val startSeqNo = Math.abs(scala.util.Random.nextInt) % (EventsPerPartition \/ 2)\n\n    val ehConf = getEventHubsConf(eventHub.name)\n      .setStartingPositions(Map.empty)\n      .setStartingPosition(EventPosition.fromSequenceNumber(startSeqNo))\n\n    val batchInterval = 1000\n    val timeoutAfter = 10000\n    val expectedTotal =\n      (timeoutAfter \/ batchInterval) * DefaultMaxRate * DefaultPartitionCount\n\n    ssc = new StreamingContext(sparkConf, Milliseconds(batchInterval))\n    val stream = withClue(\"Error creating direct stream\") {\n      new EventHubsDirectDStream(ssc, ehConf, SimulatedClient.apply)\n    }\n    val allReceived = new ConcurrentLinkedQueue[EventData]()\n\n    \/\/ hold a reference to the current offset ranges so it can be used downstream\n    var offsetRanges = Array[OffsetRange]()\n    val tf = stream.transform { rdd =>\n      \/\/ Get the offset ranges in the RDD\n      offsetRanges = rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n      rdd\n    }\n\n    tf.foreachRDD { rdd =>\n      for (o <- offsetRanges) {\n        logInfo(s\"${o.name} ${o.partitionId} ${o.fromSeqNo} ${o.untilSeqNo}\")\n      }\n      val collected = rdd.mapPartitionsWithIndex { (i, iter) =>\n        \/\/ For each partition, get size of the range in the partition\n        \/\/ and the number of items in the partition\n        val off = offsetRanges(i)\n        val all = iter.toSeq\n        val partSize = all.size\n        val rangeSize = off.untilSeqNo - off.fromSeqNo\n        Iterator((partSize, rangeSize))\n      }.collect\n\n      \/\/ Verify whether number of elements in each partition\n      \/\/ matches with the corresponding offset range\n      collected.foreach {\n        case (partSize, rangeSize) =>\n          assert(partSize == rangeSize, \"offset ranges are wrong\")\n      }\n    }\n\n    stream.foreachRDD { rdd =>\n      allReceived.addAll(util.Arrays.asList(rdd.collect(): _*))\n    }\n    ssc.start()\n    eventually(timeout(timeoutAfter milliseconds), interval(batchInterval milliseconds)) {\n      assert(allReceived.size === expectedTotal,\n             \"didn't get expected number of messages, messages:\\n\" +\n               allReceived.asScala.mkString(\"\\n\"))\n    }\n    ssc.stop()\n  }\n\n  test(\"receiving from largest starting offset\") {\n    val eh = newEventHubs()\n    testUtils.createEventHubs(eh, DefaultPartitionCount)\n    testUtils.populateUniformly(eh, EventsPerPartition)\n\n    val positions = (for {\n      id <- 0 until DefaultPartitionCount\n    } yield NameAndPartition(eh, id) -> EventPosition.fromSequenceNumber(EventsPerPartition)).toMap\n\n    val ehConf = getEventHubsConf(eh).setStartingPositions(positions)\n    val batchInterval = 1000\n    val timeoutAfter = 10000\n\n    ssc = new StreamingContext(sparkConf, Milliseconds(batchInterval))\n    val stream = withClue(\"Error creating direct stream\") {\n      new EventHubsDirectDStream(ssc, ehConf, SimulatedClient.apply)\n    }\n\n    val collectedData = new ConcurrentLinkedQueue[EventData]()\n    stream.foreachRDD { rdd =>\n      collectedData.addAll(util.Arrays.asList(rdd.collect(): _*))\n    }\n    ssc.start()\n    eventually(timeout(timeoutAfter.milliseconds), interval(batchInterval.milliseconds)) {\n      assert(collectedData.isEmpty)\n    }\n    assert(collectedData.isEmpty)\n    ssc.stop()\n  }\n\n  \/\/ Test to verify offset ranges can be recovered from the checkpoints\n  test(\"offset recovery\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, 25)\n    testDir = Utils.createTempDir()\n\n    val ehConf = getEventHubsConf(eventHub.name)\n      .setStartingPositions(Map.empty)\n      .setStartingPosition(EventPosition.fromSequenceNumber(0L))\n\n    \/\/ Setup the streaming context\n    ssc = new StreamingContext(sparkConf, Milliseconds(100))\n    ssc.remember(Seconds(20))\n    val stream = withClue(\"Error creating direct stream\") {\n      new EventHubsDirectDStream(ssc, ehConf, SimulatedClient.apply)\n    }\n\n    ssc.checkpoint(testDir.getAbsolutePath)\n\n    \/\/val collectedData = new ConcurrentLinkedQueue[(String, Int)]()\n    val collectedData = new ConcurrentLinkedQueue[EventData]()\n    stream.foreachRDD { (rdd: RDD[EventData]) =>\n      collectedData.addAll(util.Arrays.asList(rdd.collect(): _*))\n    }\n\n    ssc.start()\n\n    eventually(timeout(20 seconds), interval(50 milliseconds)) {\n      assert(collectedData.size() === 100)\n    }\n\n    ssc.stop()\n\n    \/\/ Verify that offset ranges were generated\n    val offsetRangesBeforeStop = getOffsetRanges(stream)\n    assert(offsetRangesBeforeStop.nonEmpty, \"No offset ranges generated\")\n    assert(\n      offsetRangesBeforeStop.head._2.forall { _.fromSeqNo === 0 },\n      \"starting sequence number not zero\"\n    )\n\n    logInfo(\"====== RESTARTING ======\")\n\n    \/\/ Recover context from checkpoints\n    ssc = new StreamingContext(testDir.getAbsolutePath)\n    val recoveredStream = ssc.graph.getInputStreams().head.asInstanceOf[DStream[EventData]]\n\n    \/\/ Verify offset ranges have been recovered\n    val recoveredOffsetRanges = getOffsetRanges(recoveredStream).map { x =>\n      (x._1, x._2.toSet)\n    }\n    assert(recoveredOffsetRanges.nonEmpty, \"No offset ranges recovered\")\n    val earlierOffsetRanges = offsetRangesBeforeStop.map { x =>\n      (x._1, x._2.toSet)\n    }\n    assert(\n      recoveredOffsetRanges.forall { or =>\n        earlierOffsetRanges.contains((or._1, or._2))\n      },\n      \"Recovered ranges are not the same as the ones generated\\n\" +\n        earlierOffsetRanges + \"\\n\" + recoveredOffsetRanges\n    )\n\n    \/*\n    \/\/ Send 25 events to every partition\n    for (i <- 0 until PartitionCount) {\n      EventHubsTestUtils.eventHubs.send(i, 0 to 25)\n    }\n\n    \/\/ Restart context, give more data and verify the total at the end\n    \/\/ If the total is right that means each record has been received only once.\n    ssc.start()\n\n    eventually(timeout(20 seconds), interval(50 milliseconds)) {\n      assert(collectedData.size() === 200)\n    }\n\n    ssc.stop()\n   *\/\n  }\n\n  test(\"Direct EventHubs stream report input information\") {\n    val eventHub = testUtils.createEventHubs(newEventHubs(), DefaultPartitionCount)\n    testUtils.populateUniformly(eventHub.name, 25)\n\n    val ehConf = getEventHubsConf(eventHub.name)\n\n    val totalSent = 25 * eventHub.partitionCount\n\n    import EventHubsDirectDStreamSuite._\n    ssc = new StreamingContext(sparkConf, Milliseconds(200))\n    val collector = new InputInfoCollector\n    ssc.addStreamingListener(collector)\n\n    val stream = withClue(\"Error creating direct stream\") {\n      new EventHubsDirectDStream(ssc, ehConf, SimulatedClient.apply)\n    }\n\n    val allReceived = new ConcurrentLinkedQueue[String]()\n\n    stream.map(_.getBytes.map(_.toChar).mkString).foreachRDD { rdd =>\n      allReceived.addAll(util.Arrays.asList(rdd.collect(): _*))\n    }\n\n    ssc.start()\n\n    eventually(timeout(20 seconds), interval(200 milliseconds)) {\n      assert(allReceived.size === totalSent,\n             \"didn't get expected number of messages, messages:\\n\" +\n               allReceived.asScala.mkString(\"\\n\"))\n\n      \/\/ Calculate all the records collected in the StreamingListener.\n      assert(collector.numRecordsSubmitted.get() === totalSent)\n      assert(collector.numRecordsStarted.get() === totalSent)\n      assert(collector.numRecordsCompleted.get() === totalSent)\n    }\n\n    ssc.stop()\n  }\n\n  \/** Get the generated offset ranges from the EventHubsStream *\/\n  private def getOffsetRanges(stream: DStream[EventData]): Seq[(Time, Array[OffsetRange])] = {\n    stream.generatedRDDs\n      .mapValues { rdd =>\n        rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n      }\n      .toSeq\n      .sortBy { _._1 }\n  }\n}\n\nobject EventHubsDirectDStreamSuite {\n  val EventsPerPartition: Int = 5000\n\n  class InputInfoCollector extends StreamingListener {\n    val numRecordsSubmitted = new AtomicLong(0L)\n    val numRecordsStarted = new AtomicLong(0L)\n    val numRecordsCompleted = new AtomicLong(0L)\n\n    override def onBatchSubmitted(batchSubmitted: StreamingListenerBatchSubmitted): Unit = {\n      numRecordsSubmitted.addAndGet(batchSubmitted.batchInfo.numRecords)\n    }\n\n    override def onBatchStarted(batchStarted: StreamingListenerBatchStarted): Unit = {\n      numRecordsStarted.addAndGet(batchStarted.batchInfo.numRecords)\n    }\n\n    override def onBatchCompleted(batchCompleted: StreamingListenerBatchCompleted): Unit = {\n      numRecordsCompleted.addAndGet(batchCompleted.batchInfo.numRecords)\n    }\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/utils\/SimulatedCachedReceiver.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.utils\n\nimport com.microsoft.azure.eventhubs.EventData\nimport org.apache.spark.eventhubs.{ EventHubsConf, NameAndPartition, SequenceNumber }\nimport org.apache.spark.eventhubs.client.CachedReceiver\n\nimport scala.collection.JavaConverters._\n\n\/**\n * Simulated version of the cached receivers.\n *\/\nprivate[spark] object SimulatedCachedReceiver extends CachedReceiver {\n\n  import EventHubsTestUtils._\n\n  \/**\n   * Grabs a single event from the [[SimulatedEventHubs]].\n   *\n   * @param ehConf       the Event Hubs specific parameters\n   * @param nAndP        the event hub name and partition that will be consumed from\n   * @param requestSeqNo the starting sequence number\n   * @param batchSize    the number of events to be consumed for the RDD partition\n   * @return the consumed event\n   *\/\n  override def receive(ehConf: EventHubsConf,\n                       nAndP: NameAndPartition,\n                       requestSeqNo: SequenceNumber,\n                       batchSize: Int): Iterator[EventData] = {\n    eventHubs(ehConf.name).receive(batchSize, nAndP.partitionId, requestSeqNo).iterator.asScala\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/eventhubs\/utils\/EventHubsTestUtils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.eventhubs.utils\n\nimport java.util.Date\n\nimport com.microsoft.azure.eventhubs.EventData\nimport com.microsoft.azure.eventhubs.impl.AmqpConstants.{\n  ENQUEUED_TIME_UTC,\n  OFFSET,\n  SEQUENCE_NUMBER\n}\nimport com.microsoft.azure.eventhubs.impl.EventDataImpl\nimport org.apache.qpid.proton.amqp.Binary\nimport org.apache.qpid.proton.amqp.messaging.{ ApplicationProperties, Data, MessageAnnotations }\nimport org.apache.qpid.proton.message.Message\nimport org.apache.qpid.proton.message.Message.Factory\nimport org.apache.spark.eventhubs.{ EventHubsConf, NameAndPartition }\nimport org.apache.spark.eventhubs.client.{ CachedReceiver, Client }\nimport org.apache.spark.eventhubs._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\/**\n * In order to better test the Event Hubs + Spark connector,\n * this utility file has a simulated, in-memory Event Hubs\n * instance. This doesn't fully simulate the Event Hubs\n * service. Rather, it only simulates the the functionality\n * needed to do proper unit and integration tests for the\n * connector.\n *\n * This specific utility class provides the ability to create,\n * send to, and destroy a simulated Event Hubs (as well as some\n * other similar utility functions).\n *\/\nprivate[spark] class EventHubsTestUtils {\n\n  import EventHubsTestUtils._\n\n  \/**\n   * Sends events to the specified simulated event hub.\n   *\n   * @param ehName the event hub to send to\n   * @param partition the partition id that will receive the data\n   * @param data the data being sent\n   * @param properties additional application properties\n   * @return\n   *\/\n  def send(ehName: String,\n           partition: Option[PartitionId] = None,\n           data: Seq[Int],\n           properties: Option[Map[String, Object]] = None): Seq[Int] = {\n    eventHubs(ehName).send(partition, data, properties)\n  }\n\n  \/**\n   * Returns the latest sequence numbers for all partitions of the Event Hub\n   * specified in the provided [[EventHubsConf]].\n   *\n   * @param ehConf the configuration containing all Event Hub related info\n   * @return the latest sequence numbers for all partitions in the simulated\n   *         event hub\n   *\/\n  def getLatestSeqNos(ehConf: EventHubsConf): Map[NameAndPartition, SequenceNumber] = {\n    val n = ehConf.name\n    (for {\n      p <- 0 until eventHubs(n).partitionCount\n      seqNo = eventHubs(n).latestSeqNo(p)\n    } yield NameAndPartition(n, p) -> seqNo).toMap\n  }\n\n  \/**\n   * Retrieves the simulated event hubs.\n   *\n   * @param ehName the name of the event hub\n   * @return the [[SimulatedEventHubs]] instance\n   *\/\n  def getEventHubs(ehName: String): SimulatedEventHubs = {\n    eventHubs(ehName)\n  }\n\n  \/**\n   * Creates a [[SimulatedEventHubs]].\n   *\n   * @param ehName the name of the simulated event hub\n   * @param partitionCount the number of partitions in the simulated event hub\n   * @return the newly created [[SimulatedEventHubs]]\n   *\/\n  def createEventHubs(ehName: String, partitionCount: Int): SimulatedEventHubs = {\n    EventHubsTestUtils.eventHubs.put(ehName, new SimulatedEventHubs(ehName, partitionCount))\n    eventHubs(ehName)\n  }\n\n  \/**\n   * Destroys the the event hub if it is present.\n   * @param ehName the name of the simulated event hub to be destroyed.\n   *\/\n  def destroyEventHubs(ehName: String): Unit = {\n    eventHubs.remove(ehName)\n  }\n\n  \/**\n   * Destroys all simulated event hubs.\n   *\/\n  def destroyAllEventHubs(): Unit = {\n    eventHubs.clear\n  }\n\n  \/**\n   * Creates a generic [[EventHubsConf]] with dummy information.\n   *\n   * @param ehName the simulated event hub name to be used in this [[EventHubsConf]].\n   *               If this isn't correctly provided, all lookups for the simulated\n   *               event hubs will fail.\n   * @return the [[EventHubsConf]] with dummy information\n   *\/\n  def getEventHubsConf(ehName: String = \"name\"): EventHubsConf = {\n    val partitionCount = getEventHubs(ehName).partitionCount\n\n    val connectionString = ConnectionStringBuilder()\n      .setNamespaceName(\"namespace\")\n      .setEventHubName(ehName)\n      .setSasKeyName(\"keyName\")\n      .setSasKey(\"key\")\n      .build\n\n    val positions: Map[NameAndPartition, EventPosition] = (for {\n      partition <- 0 until partitionCount\n    } yield NameAndPartition(ehName, partition) -> EventPosition.fromSequenceNumber(0L)).toMap\n\n    EventHubsConf(connectionString)\n      .setConsumerGroup(\"consumerGroup\")\n      .setStartingPositions(positions)\n      .setMaxRatePerPartition(DefaultMaxRate)\n      .setUseSimulatedClient(true)\n  }\n\n  \/**\n   * Sends the same number of events to every partition in the\n   * simulated Event Hubs. All partitions will get identical\n   * data.\n   *\n   * Let's say we pass a count of 10. 10 events will be sent to\n   * each partition. The payload of each event is a simple\n   * counter. In this example, the payloads would be 0, 1, 2, 3,\n   * 4, 5, 6, 7, 8, 9.\n   *\n   * @param ehName the simulated event hub to receive the events\n   * @param count the number of events to be generated for each\n   *              partition\n   * @param properties the [[ApplicationProperties]] to be inserted\n   *                   to each event\n   *\/\n  def populateUniformly(ehName: String,\n                        count: Int,\n                        properties: Option[Map[String, Object]] = None): Unit = {\n    val eventHub = eventHubs(ehName)\n    for (i <- 0 until eventHub.partitionCount) {\n      eventHub.send(Some(i), 0 until count, properties)\n    }\n  }\n}\n\n\/**\n * A companion class containing:\n * - Constants used in testing\n * - Simple utility methods\n * - A mapping of Event Hub names to [[SimulatedEventHubs]] instances.\n *\/\nprivate[spark] object EventHubsTestUtils {\n  val DefaultPartitionCount: Int = 4\n  val DefaultMaxRate: Rate = 5\n  val DefaultName = \"name\"\n\n  private[utils] val eventHubs: mutable.Map[String, SimulatedEventHubs] = mutable.Map.empty\n\n  def createEventData(event: Array[Byte],\n                      seqNo: Long,\n                      properties: Option[Map[String, Object]]): EventData = {\n    val constructor = classOf[EventDataImpl].getDeclaredConstructor(classOf[Message])\n    constructor.setAccessible(true)\n\n    val s = seqNo.toLong.asInstanceOf[AnyRef]\n    \/\/ This value is not accurate. However, \"offet\" is never used in testing.\n    \/\/ Placing dummy value here because one is required in order for EventData\n    \/\/ to serialize\/de-serialize properly during tests.\n    val o = s.toString.asInstanceOf[AnyRef]\n    val t = new Date(System.currentTimeMillis()).asInstanceOf[AnyRef]\n\n    val msgAnnotations = new MessageAnnotations(\n      Map(SEQUENCE_NUMBER -> s, OFFSET -> o, ENQUEUED_TIME_UTC -> t).asJava)\n\n    val body = new Data(new Binary(event))\n    val msg = Factory.create(null, null, msgAnnotations, null, null, body, null)\n    if (properties.isDefined) {\n      val appProperties = new ApplicationProperties(properties.get.asJava)\n      msg.setApplicationProperties(appProperties)\n    }\n    constructor.newInstance(msg).asInstanceOf[EventData]\n  }\n}\n"}
{"repo_name":"Zenika\/azure-event-hubs-spark","path":"project\/plugins.sbt","text":"<gh_stars>100-1000\nscalaVersion := \"2.11.8\"\n\naddSbtPlugin(\"org.lucidchart\" %% \"sbt-scalafmt\" % \"1.12\")\n"}
{"repo_name":"maheshgattani\/Spotify-Tutorial-Scala","path":"app\/controllers\/Spotify.scala","text":"package controllers\n\nimport play.api.mvc._\nimport scalaj.http._\nimport spray.json._\nimport DefaultJsonProtocol._\n\nobject Spotify extends Controller {\n\n  val clientId = \"\" \/\/ Your client id\n  val clientSecret = \"\" \/\/ Your client secret\n  val redirectUri = \"\" \/\/ Your redirect uri\n\n  val authUrl = \"https:\/\/accounts.spotify.com\/authorize\"\n  val accountAuthUrl = \"https:\/\/accounts.spotify.com\/authorize?\"\n  val tokenUrl = \"https:\/\/accounts.spotify.com\/api\/token\"\n  val meUrl = \"https:\/\/api.spotify.com\/v1\/me\"\n\n  val stateKey = \"spotify_auth_state\"\n\n  val getEncodedAuthKey : String = {\n    \/\/ use https:\/\/www.base64encode.org\/ to encode clientId:clientSecret\n    \"\"\n  }\n\n  def login = Action {\n    val state = generateRandomString(16)\n    val scope = \"user-read-private user-read-email\"\n\n    Redirect(authUrl,\n      Map(\n        \"response_type\" -> Seq(\"code\"),\n        \"client_id\" -> Seq(clientId),\n        \"scope\" -> Seq(scope),\n        \"redirect_uri\" -> Seq(redirectUri),\n        \"state\" -> Seq(state)\n      )\n    ).withCookies(Cookie(stateKey, state))\n  }\n\n  def callback = Action { implicit request =>\n    val code = request.queryString.get(\"code\").getOrElse(Seq(\"\")).head\n    var state = request.queryString.get(\"state\")\n    val storedState = request.cookies.get(stateKey).get.value\n\n    if (state.isEmpty || state.get.head != storedState) {\n      Redirect(\"\/\", Map(\"error\" -> Seq(\"state_mismatch\")))\n    }\n    else {\n      val authKey = clientId + \":\" + clientSecret\n      val authKeyEncoded = getEncodedAuthKey\n      val token : HttpResponse[String] =\n        Http(tokenUrl)\n          .postForm(\n            Seq(\"code\" -> code, \"redirect_uri\" -> redirectUri, \"grant_type\" -> \"authorization_code\")\n          )\n          .headers(Map(\"Authorization\" -> (\"Basic \" + authKeyEncoded)))\n          .asString\n\n      if (token.isSuccess && token.code == 200) {\n        val tokenResponse = token.body.parseJson.convertTo[Map[String, Either[Int, String]]]\n        val accessToken = tokenResponse.get(\"access_token\").get.right.get\n        val refreshToken = tokenResponse.get(\"refresh_token\").get.right.get\n\n        val spotifyUserProfile : HttpResponse[String] =\n          Http(meUrl)\n            .headers(Map(\"Authorization\" -> (\"Bearer \" + accessToken)))\n            .asString\n\n        val data = spotifyUserProfile.body.parseJson.asJsObject().getFields(\"display_name\", \"email\", \"href\", \"id\").map(_.toString())\n\n        Ok(views.html.loggedin(data(0), data(1), data(2), data(3)))\n      }\n      else {\n        Redirect(\"\/\", Map(\"error\" -> Seq(\"invalid_token\"))).discardingCookies(DiscardingCookie(stateKey))\n      }\n    }\n  }\n\n  def refreshToken = Action { implicit request =>\n    val authKey = clientId + \":\" + clientSecret\n    val authKeyEncoded = getEncodedAuthKey\n    val refreshToken = request.queryString.get(\"refresh_token\").getOrElse(Seq(\"\")).head\n    val token : HttpResponse[String] =\n      Http(tokenUrl)\n        .postForm(\n          Seq(\"refresh_token\" -> refreshToken, \"grant_type\" -> \"refresh_token\")\n        )\n        .headers(Map(\"Authorization\" -> (\"Basic \" + authKeyEncoded)))\n        .asString\n\n    if (token.isSuccess && token.code == 200) {\n      val tokenResponse = token.body.parseJson.convertTo[Map[String, Either[Int, String]]]\n      val accessToken = tokenResponse.get(\"access_token\").get.right.get\n      Ok(Map(\"access_token\" -> accessToken).toJson.toString)\n    }\n    else {\n      Ok\n    }\n  }\n\n  private def generateRandomString(length: Int) : String = {\n    var text = \"\"\n    val possible = \"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789\"\n\n    val range = Range(1, 10)\n    range.map { r =>\n      text += possible.charAt(Math.floor(Math.random() * possible.length).toInt)\n    }\n\n    text\n  }\n}\n"}
{"repo_name":"maheshgattani\/Spotify-Tutorial-Scala","path":"build.sbt","text":"import play.PlayScala\n\nname := \"\"\"test\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.1\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  anorm,\n  cache,\n  ws\n)\n\nlibraryDependencies +=  \"org.scalaj\" %% \"scalaj-http\" % \"1.1.0\"\n\nlibraryDependencies += \"io.spray\" %%  \"spray-json\" % \"1.3.1\"\n\n"}
{"repo_name":"Vincibean\/Akka-HTTP-WebSocket-Playground","path":"src\/main\/scala\/org\/vincibean\/akka\/websocket\/playground\/Route.scala","text":"package org.vincibean.akka.websocket.playground\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.Route\nimport akka.stream.ActorMaterializer\n\nimport scala.concurrent.ExecutionContext\n\nobject Route {\n\n  case object GetWebsocketFlow\n\n  implicit val as: ActorSystem = ActorSystem(\"example\")\n  implicit val am: ActorMaterializer = ActorMaterializer()\n\n  def websocketRoute(implicit ec: ExecutionContext): Route =\n    pathEndOrSingleSlash {\n      complete(\"WS server is alive\\n\")\n    } ~ path(\"connect\") {\n      handleWebSocketMessages(WebSocketDataProvider.webSocketFlow())\n    }\n}"}
{"repo_name":"Vincibean\/Akka-HTTP-WebSocket-Playground","path":"src\/main\/scala\/org\/vincibean\/akka\/websocket\/playground\/WebSocketDataProvider.scala","text":"package org.vincibean.akka.websocket.playground\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.http.scaladsl.model.ws.{BinaryMessage, Message, TextMessage}\nimport akka.stream.scaladsl.{Flow, Keep, RunnableGraph, Sink, Source}\nimport akka.stream.{ActorMaterializer, OverflowStrategy}\nimport akka.{Done, NotUsed}\nimport org.reactivestreams.Publisher\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Random\n\nobject WebSocketDataProvider {\n\n  implicit val as: ActorSystem = ActorSystem(\"example\")\n  implicit val am: ActorMaterializer = ActorMaterializer()\n\n  def webSocketFlow()(implicit as: ActorSystem, am: ActorMaterializer, ec: ExecutionContext): Flow[Message, TextMessage.Strict, NotUsed] = {\n    val publisher = Source.repeat(() => Random.alphanumeric.take(6).mkString)\n      .map(f => f())\n      .throttle(1, 1.second)\n      .runWith(Sink.asPublisher(fanout = false))\n\n    Flow.fromSinkAndSource(sink, source(publisher))\n  }\n\n  private def sink(implicit am: ActorMaterializer): Sink[Message, Future[Done]] = Sink.foreach[Message] {\n    case tm: TextMessage =>\n      tm.textStream.runWith(Sink.ignore)\n      ()\n    case bm: BinaryMessage =>\n      bm.dataStream.runWith(Sink.ignore)\n      ()\n  }\n\n  private def source(publisher: Publisher[String]): Source[TextMessage.Strict, NotUsed] =\n    Source.fromPublisher(publisher).map(TextMessage(_))\n}"}
{"repo_name":"Vincibean\/Akka-HTTP-WebSocket-Playground","path":"src\/main\/scala\/org\/vincibean\/akka\/websocket\/playground\/AkkaHttpWebSocketPlayground.scala","text":"<filename>src\/main\/scala\/org\/vincibean\/akka\/websocket\/playground\/AkkaHttpWebSocketPlayground.scala\npackage org.vincibean.akka.websocket.playground\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.stream.ActorMaterializer\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.io.StdIn\n\nobject AkkaHttpWebSocketPlayground extends App {\n  implicit val system: ActorSystem = ActorSystem(\"my-system\")\n  implicit val materializer: ActorMaterializer = ActorMaterializer()\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n\n  val bindingFuture = Http().bindAndHandle(Route.websocketRoute, \"localhost\", 8080)\n\n  println(s\"Server online at http:\/\/localhost:8080\/\\nPress RETURN to stop...\")\n  StdIn.readLine()\n  bindingFuture\n    .flatMap(_.unbind())\n    .onComplete(_ => system.terminate())\n\n}\n"}
{"repo_name":"Vincibean\/Akka-HTTP-WebSocket-Playground","path":"build.sbt","text":"name := \"akka-http-websocket-playground\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.6\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.3\",\n  \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.14\",\n\n  \/\/ TEST\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test,\n  \"com.typesafe.akka\" %% \"akka-http-testkit\" % \"10.1.3\" % Test\n)"}
{"repo_name":"stripe\/scrooge-shapes","path":"core\/src\/main\/scala\/com\/stripe\/scrooge\/shapes\/package.scala","text":"<reponame>stripe\/scrooge-shapes\npackage com.stripe.scrooge\n\npackage object shapes extends GenericInstances\n"}
{"repo_name":"stripe\/scrooge-shapes","path":"core\/src\/test\/scala\/com\/stripe\/scrooge\/shapes\/GenericInstancesTest.scala","text":"<gh_stars>10-100\npackage com.stripe.scrooge.shapes\n\nimport com.twitter.scrooge.TFieldBlob\nimport org.apache.thrift.protocol.TField\nimport org.scalacheck.{Arbitrary, Gen, Prop}\nimport org.scalatest.FunSuite\nimport org.scalatest.prop.Checkers\nimport shapeless._\nimport shapeless.record.Record\nimport shapeless.union.Union\n\ntrait ArbitraryInstances {\n  implicit def arbitraryHNil: Arbitrary[HNil] = Arbitrary(Arbitrary.arbitrary[Unit].map(_ => HNil))\n  implicit def arbitraryHCons[H: Arbitrary, T <: HList: Arbitrary]: Arbitrary[H :: T] = Arbitrary(\n    for {\n      h <- Arbitrary.arbitrary[H]\n      t <- Arbitrary.arbitrary[T]\n    } yield h :: t\n  )\n\n  implicit def arbitrarySingletonCCons[L: Arbitrary]: Arbitrary[L :+: CNil] =\n    Arbitrary(Arbitrary.arbitrary[L].map(Inl(_)))\n\n  implicit def arbitraryCCons[L: Arbitrary, R <: Coproduct: Arbitrary]: Arbitrary[L :+: R] =\n    Arbitrary(\n      Gen.oneOf(Arbitrary.arbitrary[L].map(Inl(_)), Arbitrary.arbitrary[R].map(Inr(_)))\n    )\n\n  implicit def arbitraryTFieldBlob: Arbitrary[TFieldBlob] =\n    Arbitrary(Gen.const(TFieldBlob(new TField(), Array.empty[Byte])))\n\n  implicit def arbitraryStructExample: Arbitrary[StructExample] =\n    Arbitrary(\n      for {\n        foo <- Arbitrary.arbitrary[String]\n        bar <- Arbitrary.arbitrary[Option[String]]\n      } yield StructExample(foo, bar)\n    )\n\n  implicit def arbitraryNestedStructExample: Arbitrary[NestedStructExample] =\n    Arbitrary(\n      for {\n        str <- Arbitrary.arbitrary[StructExample]\n        qux <- Arbitrary.arbitrary[Option[Long]]\n      } yield NestedStructExample(str, qux)\n    )\n\n  implicit def arbitraryUnionExample: Arbitrary[UnionExample] =\n    Arbitrary(\n      Gen.oneOf(\n        Arbitrary.arbitrary[StructExample].map(UnionExample.A(_)),\n        Arbitrary.arbitrary[Int].map(UnionExample.B(_)),\n        Arbitrary.arbitrary[String].map(UnionExample.C(_))\n      )\n    )\n}\n\nclass GenericInstancesTest extends FunSuite with ArbitraryInstances {\n  def roundTripGeneric[A: Arbitrary, Repr](gen: Generic.Aux[A, Repr]): Prop =\n    Prop.forAll { (a: A) =>\n      gen.from(gen.to(a)) === a\n    }\n\n  def roundTripLabelledGeneric[A: Arbitrary, Repr](gen: LabelledGeneric.Aux[A, Repr]): Prop =\n    Prop.forAll { (a: A) =>\n      gen.from(gen.to(a)) === a\n    }\n\n  test(\"Structs should round-trip through Generic\") {\n    Checkers.check(roundTripGeneric(Generic[StructExample]))\n  }\n\n  test(\"Structs should have the expected Generic representations\") {\n    Checkers.check(\n      Prop.forAll { (s: StructExample) =>\n        val gen = Generic[StructExample]\n        val repr = gen.to(s)\n\n        shapeless.test.typed[String :: Option[String] :: HNil](repr)\n        repr === s.foo :: s.bar :: HNil\n      }\n    )\n  }\n\n  test(\"Nested structs should round-trip through Generic\") {\n    Checkers.check(roundTripGeneric(Generic[NestedStructExample]))\n  }\n\n  test(\"Nested structs should have the expected Generic representations\") {\n    Checkers.check(\n      Prop.forAll { (s: NestedStructExample) =>\n        val gen = Generic[NestedStructExample]\n        val repr = gen.to(s)\n\n        shapeless.test.typed[StructExample :: Option[Long] :: HNil](repr)\n        repr === s.str :: s.qux :: HNil\n      }\n    )\n  }\n\n  test(\"Unions should round-trip through Generic\") {\n    Checkers.check(roundTripGeneric(Generic[UnionExample]))\n  }\n\n  test(\"Unions should have the expected Generic representations\") {\n    Checkers.check(\n      Prop.forAll { (u: UnionExample) =>\n        val gen = Generic[UnionExample]\n        val repr = gen.to(u)\n\n        shapeless.test.typed[StructExample :+: Int :+: String :+: TFieldBlob :+: CNil](repr)\n\n        u match {\n          case UnionExample.A(s) => Inl(s) === repr\n          case UnionExample.B(b) => Inr(Inl(b)) === repr\n          case UnionExample.C(c) => Inr(Inr(Inl(c))) === repr\n          case UnionExample.UnknownUnionField(_) => false\n        }\n      }\n    )\n  }\n\n  test(\"Structs should round-trip through LabelledGeneric\") {\n    Checkers.check(roundTripLabelledGeneric(LabelledGeneric[StructExample]))\n  }\n\n  test(\"Structs should have the expected LabelledGeneric representations\") {\n    Checkers.check(\n      Prop.forAll { (s: StructExample) =>\n        val gen = LabelledGeneric[StructExample]\n        val repr = gen.to(s)\n\n        shapeless.test.typed[Record.`'foo -> String, 'bar -> Option[String]`.T](repr)\n        repr === s.foo :: s.bar :: HNil\n      }\n    )\n  }\n\n  test(\"Nested structs should round-trip through LabelledGeneric\") {\n    Checkers.check(roundTripLabelledGeneric(LabelledGeneric[NestedStructExample]))\n  }\n\n  test(\"Nested structs should have the expected LabelledGeneric representations\") {\n    Checkers.check(\n      Prop.forAll { (s: NestedStructExample) =>\n        val gen = LabelledGeneric[NestedStructExample]\n        val repr = gen.to(s)\n\n        shapeless.test.typed[Record.`'str -> StructExample, 'qux -> Option[Long]`.T](repr)\n        repr === s.str :: s.qux :: HNil\n      }\n    )\n  }\n\n  test(\"Unions should round-trip through LabelledGeneric\") {\n    Checkers.check(roundTripLabelledGeneric(LabelledGeneric[UnionExample]))\n  }\n\n  test(\"Unions should have the expected LabelledGeneric representations\") {\n    Checkers.check(\n      Prop.forAll { (u: UnionExample) =>\n        val gen = LabelledGeneric[UnionExample]\n        val repr = gen.to(u)\n\n        shapeless.test.typed[\n          Union.`'A -> StructExample, 'B -> Int, 'C -> String, 'UnknownUnionField -> TFieldBlob`.T\n        ](repr)\n\n        u match {\n          case UnionExample.A(s) => Inl(s) === repr\n          case UnionExample.B(b) => Inr(Inl(b)) === repr\n          case UnionExample.C(c) => Inr(Inr(Inl(c))) === repr\n          case UnionExample.UnknownUnionField(_) => false\n        }\n      }\n    )\n  }\n}\n"}
{"repo_name":"stripe\/scrooge-shapes","path":"core\/src\/main\/scala\/com\/stripe\/scrooge\/shapes\/GenericInstances.scala","text":"<filename>core\/src\/main\/scala\/com\/stripe\/scrooge\/shapes\/GenericInstances.scala\npackage com.stripe.scrooge.shapes\n\nimport scala.language.experimental.macros\nimport shapeless.{Annotations, Default, DefaultSymbolicLabelling, Generic, HNil}\n\ntrait GenericInstances {\n  implicit def deriveGeneric[A]: Generic[A] = macro GenericMacros.materializeGeneric[A]\n  implicit def deriveDefaultSymbolicLabelling[A]: DefaultSymbolicLabelling[A] =\n    macro GenericMacros.materializeDefaultSymbolicLabelling[A]\n\n  \/**\n   * Derive an empty default case class values type class instance.\n   *\n   * @note We do not currently provide the default values from the Scrooge\n   * struct definitions. This could be supported in a future release, but is\n   * non-trivial and not necessary for any of our current use cases.\n   *\/\n  implicit def deriveDefault[A]: Default[A] = macro GenericMacros.materializeDefault[A]\n\n  \/**\n   * Derive an empty annotations type class instance.\n   *\n   * @note We do not currently support annotation values for Scrooge struct\n   * definitions.\n   *\/\n  implicit def deriveAnnotations[A, T]: Annotations.Aux[A, T, HNil] =\n    macro GenericMacros.materializeAnnotations[A, T]\n}"}
{"repo_name":"stripe\/scrooge-shapes","path":"core\/src\/main\/scala\/com\/stripe\/scrooge\/shapes\/GenericMacros.scala","text":"<reponame>stripe\/scrooge-shapes\npackage com.stripe.scrooge.shapes\n\nimport scala.reflect.macros.whitebox\nimport shapeless.{Annotations, Default, DefaultSymbolicLabelling, Generic, HNil}\n\nclass GenericMacros(val c: whitebox.Context) {\n  import c.universe._\n\n  sealed abstract class Named(name: Name) {\n    private[this] val nameType: ConstantType = internal.constantType(Constant(decodedString))\n\n    final def decodedString: String = name.decodedName.toString\n    final def labelType: CompoundTypeTree =\n      tq\"_root_.scala.Symbol with _root_.shapeless.tag.Tagged[$nameType]\"\n  }\n\n  case class StructMember(name: TermName, valueType: Type) extends Named(name)\n\n  object StructMember {\n    def of[A: WeakTypeTag]: List[StructMember] = {\n      val companionApply = c.weakTypeOf[A].companion.decl(TermName(\"apply\")).asMethod\n\n      companionApply.paramLists.head.map { param =>\n        StructMember(param.asTerm.name, param.asTerm.info)\n      }.toList\n    }\n  }\n\n  case class UnionConstructor(name: TypeName, valueType: Type, valueCompanion: TermName)\n      extends Named(name)\n\n  object UnionConstructor {\n    def of[A: WeakTypeTag]: List[UnionConstructor] =\n      c.weakTypeOf[A]\n        .companion\n        .decls\n        .collect {\n          case sym if sym.isClass && sym.asClass.isCaseClass => sym.asClass\n        }\n        .map { sym =>\n          UnionConstructor(\n            sym.name,\n            sym.primaryConstructor.asMethod.paramLists.head.head.asTerm.info.dealias,\n            sym.companion.name.toTermName\n          )\n        }\n        .toList\n  }\n\n  private[this] def isUnion[A: WeakTypeTag]: Option[Boolean] = {\n    val baseNames = c.weakTypeOf[A].baseClasses.tail.map(_.fullName)\n\n    if (baseNames.contains(\"com.twitter.scrooge.ThriftStruct\")) {\n      Some(baseNames.contains(\"com.twitter.scrooge.ThriftUnion\"))\n    } else None\n  }\n\n  def materializeGeneric[A: WeakTypeTag]: c.Expr[Generic[A]] =\n    isUnion[A] match {\n      case Some(true) => materializeUnionGeneric[A]\n      case Some(false) => materializeStructGeneric[A]\n      case None =>\n        c.abort(\n          c.enclosingPosition,\n          s\"Cannot derive a Generic instance for ${c.weakTypeOf[A]}\"\n        )\n    }\n\n  def materializeDefaultSymbolicLabelling[A: WeakTypeTag]: c.Expr[DefaultSymbolicLabelling[A]] =\n    isUnion[A] match {\n      case Some(true) => materializeUnionDefaultSymbolicLabelling[A]\n      case Some(false) => materializeStructDefaultSymbolicLabelling[A]\n      case None =>\n        c.abort(\n          c.enclosingPosition,\n          s\"Cannot derive a DefaultSymbolLabelling instance for ${c.weakTypeOf[A]}\"\n        )\n    }\n\n  private[this] def createGeneric(A: Type, R: Tree, toResult: Tree, fromResult: Tree): Tree =\n    q\"\"\"\n      new _root_.shapeless.Generic[$A] {\n        type Repr = $R\n        def to(a: $A): Repr = $toResult\n        def from(r: Repr): $A = $fromResult\n      }: _root_.shapeless.Generic.Aux[$A, $R]\n    \"\"\"\n\n  private[this] def createDefaultSymbolicLabelling(A: Type, names: List[Named]): Tree = {\n    val L = names.foldRight[Tree](tq\"_root_.shapeless.HNil\") {\n      case (name, acc) => tq\"_root_.shapeless.::[${name.labelType}, $acc]\"\n    }\n\n    val labels = names.foldRight[Tree](q\"_root_.shapeless.HNil\") {\n      case (name, acc) =>\n        q\"_root_.shapeless.::(_root_.scala.Symbol(${name.decodedString}).asInstanceOf[${name.labelType}], $acc)\"\n    }\n\n    q\"\"\"\n      new _root_.shapeless.DefaultSymbolicLabelling[$A] {\n        type Out = $L\n        def apply(): $L = $labels\n      }: _root_.shapeless.DefaultSymbolicLabelling.Aux[$A, $L]\n    \"\"\"\n  }\n\n  private[this] def createDefault(A: Type, names: List[Named]): Tree = {\n    val L = names.foldRight[Tree](tq\"_root_.shapeless.HNil\") {\n      case (name, acc) => tq\"_root_.shapeless.::[_root_.scala.None.type, $acc]\"\n    }\n\n    val value = names.foldRight[Tree](q\"_root_.shapeless.HNil\") {\n      case (name, acc) =>\n        q\"_root_.shapeless.::(_root_.scala.None, $acc)\"\n    }\n\n    q\"_root_.shapeless.Default.mkDefault[$A, $L]($value): _root_.shapeless.Default.Aux[$A, $L]\"\n  }\n\n  private[this] def createAnnotations(A: Type, T: Type): Tree =\n    q\"\"\"\n      _root_.shapeless.Annotations.mkAnnotations[$A, $T, _root_.shapeless.HNil](\n        _root_.shapeless.HNil: _root_.shapeless.HNil\n      ): _root_.shapeless.Annotations.Aux[$A, $T, _root_.shapeless.HNil]\n    \"\"\"\n\n  def materializeStructGeneric[A: WeakTypeTag]: c.Expr[Generic[A]] = {\n    val members = StructMember.of[A]\n\n    val A = c.weakTypeOf[A]\n    val R = members.foldRight[Tree](tq\"_root_.shapeless.HNil\") {\n      case (member, acc) => tq\"_root_.shapeless.::[${member.valueType}, $acc]\"\n    }\n\n    val toResult = members.foldRight[Tree](q\"_root_.shapeless.HNil\") {\n      case (member, acc) => q\"_root_.shapeless.::(a.${member.name}, $acc)\"\n    }\n\n    val companionApply = A.companion.decl(TermName(\"apply\")).asMethod\n    val elementNames = (1 to members.size).map(i => TermName(s\"e$i\"))\n\n    val fromResult = elementNames.foldRight[Tree](q\"$companionApply(...${List(elementNames)})\") {\n      case (h, acc) => q\"{ r match { case _root_.shapeless.::($h, r) => $acc } }\"\n    }\n\n    val tree = createGeneric(A, R, toResult, fromResult)\n    c.Expr[Generic[A]](tree)\n  }\n\n  def materializeUnionGeneric[A: WeakTypeTag]: c.Expr[Generic[A]] = {\n    val constructors: List[UnionConstructor] = UnionConstructor.of[A]\n\n    val A = c.weakTypeOf[A]\n    val C = A.typeSymbol.companion\n    val R = constructors.foldRight[Tree](tq\"_root_.shapeless.CNil\") {\n      case (constructor, acc) => tq\"_root_.shapeless.:+:[${constructor.valueType}, $acc]\"\n    }\n\n    val toResultCases = constructors.map { constructor =>\n      val binding = TermName(c.freshName())\n      cq\"\"\"\n        $C.${constructor.valueCompanion}($binding) => _root_.shapeless.Coproduct[$R](\n          $binding.asInstanceOf[${constructor.valueType}]\n        )\n      \"\"\"\n    }\n\n    val toResult = q\"a match { case ..$toResultCases }\"\n\n    val fromResult = constructors.foldRight(\n      q\"r match { case l => l.impossible }\"\n    ) {\n      case (constructor, acc) => q\"\"\"\n        r match {\n          case _root_.shapeless.Inl(l) => $C.${constructor.valueCompanion}(l)\n          case _root_.shapeless.Inr(r) => $acc\n        }\n      \"\"\"\n    }\n\n    val tree = createGeneric(A, R, toResult, fromResult)\n    c.Expr[Generic[A]](tree)\n  }\n\n  def materializeStructDefaultSymbolicLabelling[A: WeakTypeTag]\n    : c.Expr[DefaultSymbolicLabelling[A]] = {\n    val members = StructMember.of[A]\n\n    val tree = createDefaultSymbolicLabelling(c.weakTypeOf[A], members)\n    c.Expr[DefaultSymbolicLabelling[A]](tree)\n  }\n\n  def materializeUnionDefaultSymbolicLabelling[A: WeakTypeTag]\n    : c.Expr[DefaultSymbolicLabelling[A]] = {\n    val constructors = UnionConstructor.of[A]\n\n    val tree = createDefaultSymbolicLabelling(c.weakTypeOf[A], constructors)\n    c.Expr[DefaultSymbolicLabelling[A]](tree)\n  }\n\n  def materializeDefault[A: WeakTypeTag]: c.Expr[Default[A]] =\n    isUnion[A] match {\n      case Some(false) =>\n        val members = StructMember.of[A]\n\n        val tree = createDefault(c.weakTypeOf[A], members)\n        c.Expr[Default[A]](tree)\n      case _ =>\n        c.abort(\n          c.enclosingPosition,\n          s\"Cannot derive a Default instance for ${c.weakTypeOf[A]}\"\n        )\n    }\n\n  def materializeAnnotations[A: WeakTypeTag, T: WeakTypeTag]: c.Expr[Annotations.Aux[A, T, HNil]] =\n    isUnion[T] match {\n      case Some(false) =>\n        val tree = createAnnotations(c.weakTypeOf[A], c.weakTypeOf[T])\n        c.Expr[Annotations.Aux[A, T, HNil]](tree)\n      case _ =>\n        c.abort(\n          c.enclosingPosition,\n          s\"Cannot derive an Annotations instance for ${c.weakTypeOf[A]}\"\n        )\n    }\n}\n"}
{"repo_name":"stripe\/scrooge-shapes","path":"core\/src\/test\/scala\/com\/stripe\/scrooge\/shapes\/CirceInstancesTest.scala","text":"<reponame>stripe\/scrooge-shapes<gh_stars>10-100\npackage com.stripe.scrooge.shapes\n\nimport io.circe.Decoder\nimport io.circe.generic.extras.Configuration\nimport io.circe.syntax._\nimport org.scalacheck.Prop\nimport org.scalatest.FunSuite\nimport org.scalatest.prop.Checkers\n\nclass CirceInstancesTest extends FunSuite {\n  test(\"circe should derive instances for Scrooge structs with map members\") {\n    import io.circe.generic.auto._\n\n    Checkers.check(\n      Prop.forAll { (id: String, metadata: Option[Map[String, String]]) =>\n        val ex = MapExample(id, metadata)\n        val exJson = ex.asJson\n        val exDecoder = Decoder[MapExample].decodeJson(exJson)\n\n        exDecoder === Right(ex)\n      }\n    )\n  }\n\n  test(\"circe-generic-extras should derive instances for Scrooge structs\") {\n    import io.circe.generic.extras.auto._\n\n    implicit val circeConfig: Configuration = Configuration.default\n\n    Checkers.check(\n      Prop.forAll { (id: String, metadata: Option[Map[String, String]]) =>\n        val ex = MapExample(id, metadata)\n        val exJson = ex.asJson\n        val exDecoder = Decoder[MapExample].decodeJson(exJson)\n\n        exDecoder === Right(ex)\n      }\n    )\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ContractRouters\/LatestPhaseInPctBasedRouter.scala","text":"<reponame>aalkilani\/ForestFlow<gh_stars>1-10\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.impl.ContractRouters\n\nimport com.dreamworks.forestflow.domain.FQRV\nimport com.dreamworks.forestflow.serving.impl.ServableMetricsImpl\nimport com.dreamworks.forestflow.serving.interfaces.{ContractRouter, RouterType}\nimport com.dreamworks.forestflow.utils.RFWeightedCollection\nimport com.dreamworks.forestflow.utils.RFWeightedCollection.WeightedItem\nimport com.typesafe.scalalogging.StrictLogging\n\nimport scala.collection.mutable.ArrayBuffer\n\n\ntrait LatestPhaseInPctBasedRouterImpl {\n  this: RouterType =>\n  override def create(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = LatestPhaseInPctBasedRouter.create(servableStats)\n}\n\n\/** *\n  * Routes 100% of traffic to the latest (last to become valid) servable.\n  * If latest servable is not at 100% phase in, this acts a lot like a FairPhaseInPctBasedRouter against the latest 2\n  * servables, i..e, the latest servable and the one prior to that will share traffic based on the latest Phase In %\n  * until the latest Phase In % hits 100% which will then trigger the router to send 100% traffic to latest servable.\n  *\/\nobject LatestPhaseInPctBasedRouter extends StrictLogging {\n  def create(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = {\n    logger.debug(s\"Creating LatestPhaseInPctBasedRouter with $servableStats\")\n    LatestPhaseInPctBasedRouter(servableStats)\n  }\n\n  def getFilteredServableStats(servableStats: List[(FQRV, ServableMetricsImpl)]): List[(FQRV, ServableMetricsImpl)] = {\n    if (servableStats.length < 2){\n      servableStats\n    } else {\n      val latest2 = servableStats\n        .sortWith { (a, b) =>\n          a._2.becameValidAtMS.get > a._2.becameValidAtMS.get ||\n            (a._2.becameValidAtMS.get == a._2.becameValidAtMS.get && a._2.createdAtMS > b._2.createdAtMS)\n        }.take(2)\n\n      if (latest2.head._2.currentPhaseInPct >= 100)\n        List(latest2.head) \/\/ only routes to latest\n      else\n        latest2 \/\/ fair pct-based allocation between last 2\n    }\n  }\n\n  def getWeightedItems(servableStats: List[(FQRV, ServableMetricsImpl)]): ArrayBuffer[WeightedItem[FQRV]] = {\n    servableStats.map { case (fqrv, stats) => WeightedItem(stats.currentPhaseInPct, fqrv) }.to[ArrayBuffer]\n  }\n\n  \/** *\n    * We don't consider the case where we're only updating weights for current items. Every time we re-evaluate,\n    * Traffic gets distributed until it settles again\n    *\n    * This probably makes sense because you don't want a new item to try and \"Catch up\" to historical load of a\n    * previous item until it all balances out again\n    *\/\n  def apply(servableStats: List[(FQRV, ServableMetricsImpl)]): LatestPhaseInPctBasedRouter = {\n    logger.debug(s\"Creating RFWeightedCollection from $servableStats\")\n    LatestPhaseInPctBasedRouter(RFWeightedCollection(getWeightedItems(getFilteredServableStats(servableStats)))())\n  }\n}\n\n@SerialVersionUID(2965108754223283566L)\nfinal case class LatestPhaseInPctBasedRouter(private val collection: RFWeightedCollection[FQRV]) extends ContractRouter {\n  import LatestPhaseInPctBasedRouter._\n\n  override def next(): Option[FQRV] = collection.next().map(_.item)\n\n  override def merge(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = {\n    \/\/ If only weights are being updated to existing collection list\n    val filteredServables = getFilteredServableStats(servableStats)\n    if (collection.items.map(_.item).toSet == filteredServables.map(_._1).toSet) {\n      LatestPhaseInPctBasedRouter(collection.updateWeights(getWeightedItems(filteredServables)))\n    }\n    else \/\/ new or deleted items, create anew.\n      LatestPhaseInPctBasedRouter(filteredServables)\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ContractRouters\/FairPhaseInPctBasedRouter.scala","text":"<reponame>aalkilani\/ForestFlow<filename>core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ContractRouters\/FairPhaseInPctBasedRouter.scala<gh_stars>1-10\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.impl.ContractRouters\n\nimport com.dreamworks.forestflow.serving.interfaces.{ContractRouter, RouterType}\nimport com.dreamworks.forestflow.utils.RFWeightedCollection.WeightedItem\nimport com.dreamworks.forestflow.domain.FQRV\nimport com.dreamworks.forestflow.serving.impl.ServableMetricsImpl\nimport com.dreamworks.forestflow.utils.RFWeightedCollection\nimport com.typesafe.scalalogging.StrictLogging\n\nimport scala.collection.mutable.ArrayBuffer\n\n\ntrait FairPhaseInPctBasedRouterImpl {\n  this: RouterType =>\n  override def create(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = FairPhaseInPctBasedRouter.create(servableStats)\n}\n\n\/** *\n  * Factory pattern allows us to specify which router type we want at request time and then\n  * instantiate the ContractRouter later providing additional runtime information\n  *\/\nobject FairPhaseInPctBasedRouter extends StrictLogging {\n  def create(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = {\n    logger.debug(s\"Creating FairPhaseInPctBasedRouter with $servableStats\")\n    FairPhaseInPctBasedRouter(servableStats)\n  }\n\n  def getWeightedItems(servableStats: List[(FQRV, ServableMetricsImpl)]): ArrayBuffer[WeightedItem[FQRV]] = {\n    servableStats.map { case (fqrv, stats) => WeightedItem(stats.currentPhaseInPct, fqrv) }.to[ArrayBuffer]\n  }\n\n  \/** *\n    * We don't consider the case where we're only updating weights for current items. Every time we re-evaluate,\n    * Traffic gets distributed until it settles again\n    *\n    * This probably makes sense because you don't want a new item to try and \"Catch up\" to historical load of a\n    * previous item until it all balances out again\n    *\/\n  def apply(servableStats: List[(FQRV, ServableMetricsImpl)]): FairPhaseInPctBasedRouter = {\n    logger.debug(s\"Creating RFWeightedCollection from $servableStats\")\n    FairPhaseInPctBasedRouter(RFWeightedCollection(getWeightedItems(servableStats))())\n  }\n}\n\n@SerialVersionUID(0L)\nfinal case class FairPhaseInPctBasedRouter(private val collection: RFWeightedCollection[FQRV]) extends ContractRouter {\n  import FairPhaseInPctBasedRouter._\n\n  override def next(): Option[FQRV] = collection.next().map(_.item)\n\n  override def merge(servableStats: List[(FQRV, ServableMetricsImpl)]): ContractRouter = {\n    \/\/ If only weights are being updated to existing collection list\n    if (collection.items.map(_.item).toSet == servableStats.map(_._1).toSet) {\n      FairPhaseInPctBasedRouter(collection.updateWeights(getWeightedItems(servableStats)))\n    }\n    else \/\/ new or deleted items, create anew.\n      FairPhaseInPctBasedRouter(servableStats)\n  }\n}\n\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/config\/ProxyConfigs.scala","text":"<reponame>aalkilani\/ForestFlow\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.config\n\nimport java.util.concurrent.TimeUnit\n\nobject ProxyConfigs {\n  import ApplicationEnvironment.config\n  lazy private val proxyConfigs = config.getConfig(\"application.proxy\")\n\n  lazy val ACTIVITY_TIMEOUT_SECS: Long = proxyConfigs.getDuration(\"activity-timeout\", TimeUnit.SECONDS)\n  lazy val STATE_SNAPSHOT_TRIGGER_SECS: Long = proxyConfigs.getDuration(\"state-snapshot-trigger\", TimeUnit.SECONDS)\n  lazy val SIDE_EFFECTS_DELIVERY_TIMEOUT_SECS: Long = proxyConfigs.getDuration(\"side-effects-delivery-timeout\", TimeUnit.SECONDS)\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/utils\/SourceStorageProtocols.scala","text":"<filename>core\/src\/main\/scala\/com\/dreamworks\/forestflow\/utils\/SourceStorageProtocols.scala\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.utils\n\nimport java.io.File\nimport java.net.URI\nimport java.nio.file.Paths\n\nimport com.dreamworks.forestflow.domain.{Contract, FQRV}\nimport com.typesafe.scalalogging.StrictLogging\nimport org.apache.commons.io.FileUtils\n\n\/**\n  * The different protocols we can understand and support\n  *\/\nobject SourceStorageProtocols extends StrictLogging {\n\n  sealed trait EnumVal {\n    protected def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit\n\n    def downloadDirectory(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = {\n      require(localDirectory.isDirectory, s\"Local file path supplied isn't a directory: ${localDirectory.getPath}\")\n      require(localDirectory.canWrite && localDirectory.canRead, s\"Cannot ${List(if (localDirectory.canRead) \"read\" else \"\",if (localDirectory.canWrite) \"write\" else \"\").mkString(\" and \")} to the local directory provided: ${localDirectory.getPath}\")\n      require(localDirectory.listFiles().length == 0, s\"Local directory provided must be empty. Contains ${localDirectory.listFiles().length} files.\")\n\n      downloadDirectoryImpl(remotePath, localDirectory, fqrv, sslVerify)\n    }\n  }\n\n  sealed trait SupportsFQRVExtraction {\n    def hasValidFQRV(path: String): Boolean\n\n    def getFQRV(path: String): Option[FQRV]\n  }\n\n  \/**\n    * Regex patterns that match a string to a protocol.\n    * INFO: This is done for simplicity and may change to adopt a standard library that does this\n    *\/\n  val ProtocolPatterns = List(\n    \/\/      (SourceStorageProtocols.GIT, \"^(git@.*)\".r), \/\/ \"^(.*).git(.*)\".r\n    (SourceStorageProtocols.GIT, \"^(.*)\\\\.git(.*)\".r), \/\/ Covers http(s) and git@ requests as well. Anything that has a .git\n    (SourceStorageProtocols.HTTP, \"^(http:\/\/.*)\".r),\n    (SourceStorageProtocols.HTTPS, \"^(https:\/\/.*)\".r),\n    (SourceStorageProtocols.FTP, \"^(ftp:\/\/.*)\".r),\n    (SourceStorageProtocols.S3, \"^(s3:\/\/.*)\".r),\n    (SourceStorageProtocols.HDFS, \"^(hdfs:\/\/.*)\".r),\n    (SourceStorageProtocols.LOCAL, \"^(file:\/\/.*)\".r)\n  )\n\n  def getProtocolOption(path: String): Option[EnumVal with Product with Serializable] = {\n    ProtocolPatterns.collectFirst { case (protocol, reg) if reg.findFirstIn(path).isDefined => protocol }\n  }\n\n  def getProtocolWithDefault(path: String, default: SourceStorageProtocols.EnumVal): EnumVal = {\n    ProtocolPatterns.collectFirst { case (protocol, reg) if reg.findFirstIn(path).isDefined => protocol }.getOrElse(default)\n  }\n\n  \/* Protocol implementations *\/\n  case object HTTP extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = ???\n  }\n\n  case object HTTPS extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = ???\n  }\n\n  case object FTP extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = ???\n  }\n\n  case object S3 extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = ???\n  }\n\n  case object HDFS extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = ???\n  }\n\n  case object GIT extends EnumVal with SupportsFQRVExtraction {\n    private val patternFQRV = \"^git@(.*):(.*)\/(.*).git#v([0-9]+).(.*)\".r\n\n    def hasValidFQRV(path: String): Boolean = {\n      path match {\n        case patternFQRV(repo, org, project, contract, releaseVersion) => true\n        case _ => false\n      }\n    }\n\n    def getFQRV(path: String): Option[FQRV] = {\n      path match {\n        case patternFQRV(repo, org, project, contract, releaseVersion) =>\n          Some(FQRV(Contract(org, project, contract.toInt), releaseVersion))\n        case _ => None\n      }\n    }\n\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = {\n      logger.trace(s\"downloadDirectoryImpl called with $remotePath $localDirectory $fqrv\")\n\n      def getRepoBase(path: String): Option[String] = {\n        val sshPatternRepoBase = \"^git@(.*).git(.*)\".r\n        val httpPatternRepoBase = \"^http([s]?):\/\/(.*).git(.*)\".r\n        path match {\n          case sshPatternRepoBase(repoBase, _) =>\n            Some(s\"http:\/\/${repoBase.replace(\":\", \"\/\")}.git\")\n          case httpPatternRepoBase(secure, repoBase, _) =>\n            Some(s\"http$secure:\/\/$repoBase.git\")\n          case _ => None\n        }\n      }\n\n      def versionFromFQRV(fqrv: FQRV) = {\n        s\"v${fqrv.contract.contractNumber}.${fqrv.releaseVersion}\"\n      }\n\n      val repo = {\n        val repoOption = getRepoBase(remotePath)\n        require(repoOption.isDefined, s\"Supplied path is not compatible with the ${getClass.getName} protocol: $remotePath\")\n        repoOption.get\n      }\n\n      logger.debug(s\"Cloning repo: $repo to $localDirectory and setting version to ${versionFromFQRV(fqrv)}\")\n\n\n\n      import org.eclipse.jgit.api.Git\n\n      val gitRepo = Git\n        .init()\n        .setDirectory(localDirectory)\n        .call()\n\n      val repoConfig = gitRepo\n        .getRepository\n        .getConfig\n\n      if (!sslVerify) repoConfig.setBoolean(\"http\", null, \"sslVerify\", false)\n      repoConfig.setString(\"remote\", \"origin\", \"url\", repo)\n      repoConfig.setString(\"remote\", \"origin\", \"fetch\", \"+refs\/heads\/*:refs\/remotes\/origin\/*\")\n\n      repoConfig.save()\n\n      gitRepo.fetch().call()\n\n      val tag = versionFromFQRV(fqrv)\n      logger.debug(s\"Checking out tag: $tag\")\n      gitRepo.checkout().setName(tag).call()\n      gitRepo.close()\n      logger.debug(s\"Checkout complete for tag: $tag\")\n    }\n  }\n\n  case object LOCAL extends EnumVal {\n    def downloadDirectoryImpl(remotePath: String, localDirectory: File, fqrv: FQRV, sslVerify: Boolean): Unit = {\n      val file = Paths.get(new URI(remotePath)).toFile\n      val sourceDir = file\n\n      require(sourceDir.isDirectory, s\"Supplied remote path: $remotePath : ${sourceDir.getAbsolutePath} is not a directory\")\n\n      FileUtils.copyDirectory(sourceDir, localDirectory)\n    }\n  }\n\n\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ExpirationPolicies.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.impl\n\nimport com.dreamworks.forestflow.domain.{ExpirationPolicy, FQRV}\nimport com.dreamworks.forestflow.domain.Ordering.{ASC, DESC}\nimport com.dreamworks.forestflow.domain.{Ordering => ORD}\n\nobject ExpirationPolicies {\n\n\n  trait KeepLatestImpl {\n    this: ExpirationPolicy =>\n    def servablesToKeep: Int\n\n    override def markExpired(servables: List[(FQRV, ServableMetricsImpl)]): List[((FQRV, ServableMetricsImpl), Boolean)] = {\n      if (servables.length <= servablesToKeep)\n        servables.map((_, false))\n      else {\n        servables\n          .sortWith((a, b) => a._2.becameValidAtMS.getOrElse(0L) > b._2.becameValidAtMS.getOrElse(0L))\n          .zipWithIndex\n          .map { case (servStats, index) => (servStats, if (index < servablesToKeep) false else true) }\n      }\n    }\n  }\n\n  trait KeepTopRankedImpl {\n    this: ExpirationPolicy =>\n\n    def servablesToKeep: Int\n\n    def metricToEvaluate: String\n\n    def ordering: Option[ORD]\n\n    override def markExpired(servables: List[(FQRV, ServableMetricsImpl)]): List[((FQRV, ServableMetricsImpl), Boolean)] = {\n      if (servables.length <= servablesToKeep)\n        servables.map((_, false))\n      else {\n        (ordering.getOrElse(DESC) match {\n          case DESC =>\n            servables\n              .sortWith((a, b) =>\n                a._2.performanceMetrics.getOrElse(metricToEvaluate, 0F) > b._2.performanceMetrics.getOrElse(metricToEvaluate, 0F)\n              )\n          case ASC =>\n            servables\n              .sortWith((a, b) =>\n                a._2.performanceMetrics.getOrElse(metricToEvaluate, 0F) < b._2.performanceMetrics.getOrElse(metricToEvaluate, 0F)\n              )\n        })\n          .zipWithIndex\n          \/\/ Calculate Real Rank = (phaseInPct \/ performance-based Rank)\n          .map { case (servStats, perfRank) => (servStats, servStats._2.currentPhaseInPct \/ perfRank) }\n          \/\/ Sort on Real Rank\n          .sortWith((a, b) => a._2 > b._2)\n          .zipWithIndex\n          .map { case (realRank, index) => (realRank._1, if (index < servablesToKeep) false else true) }\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/domain\/ShimImplicits.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.domain\n\nimport com.dreamworks.forestflow.serving.impl.ServableMetricsImpl\nimport com.dreamworks.forestflow.serving.interfaces.{RouterType, ServableMetaData, ServeRequest}\n\nimport scala.language.implicitConversions\n\nobject ShimImplicits {\n  implicit def ValidityRuleShim2Base(shim: ValidityRuleShim): ValidityRule = shim.asInstanceOf[ValidityRule]\n  implicit def PhaseInPolicyShim2Base(shim: PhaseInPolicyShim): PhaseInPolicy = shim.asInstanceOf[PhaseInPolicy]\n  implicit def RouterTypeShim2Base(shim: RouterTypeShim): RouterType = shim.asInstanceOf[RouterType]\n  implicit def ExpirationPolicyShim2Base(shim: ExpirationPolicyShim): ExpirationPolicy = shim.asInstanceOf[ExpirationPolicy]\n  implicit def ServeRequestShim2Base(shim: ServeRequestShim) : ServeRequest = shim.asInstanceOf[ServeRequest]\n\n\/*  implicit def ServableFeaturesShim2Base(shim: ServableFeaturesShim): ServableFeatures = shim.asInstanceOf[ServableFeatures]\n  implicit def ServableFeaturesShim2Message(shim: ServableFeaturesShim): ServableFeaturesShimMessage = shim.asMessage*\/\n\n  implicit def ServableMetaDataShim2Base(shim: ServableMetaDataShim): ServableMetaData = shim.asInstanceOf[ServableMetaData]\n  implicit def ServableMetaDataShim2Message(shim: ServableMetaDataShim): ServableMetaDataShimMessage = shim.asMessage\n\n  implicit def ServableMetrics2ServableMetricsImpl(metrics: ServableMetrics) : ServableMetricsImpl = ServableMetricsImpl(\n    metrics.scoreCount,\n    metrics.shadeCount,\n    metrics.createdAtMS,\n    metrics.performanceMetrics,\n    metrics.becameValidAtMS,\n    metrics.currentPhaseInPct\n  )\n  implicit def ServableMetricsImpl2ServableMetrics(metrics: (FQRV, ServableMetricsImpl)) : ServableMetrics = ServableMetrics(\n    metrics._1,\n    metrics._2.scoreCount,\n    metrics._2.shadeCount,\n    metrics._2.createdAtMS,\n    metrics._2.performanceMetrics,\n    metrics._2.becameValidAtMS,\n    metrics._2.currentPhaseInPct\n  )\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/akka\/UnboundedControlAwareDequeBasedMailbox.scala","text":"<gh_stars>1-10\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.akka\n\nimport java.util\nimport java.util.concurrent.LinkedBlockingDeque\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.dispatch._\nimport com.typesafe.config.Config\n\nimport scala.concurrent.duration.Duration\n\nobject UnboundedControlAwareDequeBasedMailbox {\n\n  \/\/ The message queue implementation\n  class PriorityPersistenceAwareMessageQueue extends MessageQueue with BoundedDequeBasedMessageQueueSemantics with ControlAwareMessageQueueSemantics {\n    final val priorityMessages = new LinkedBlockingDeque[Envelope]()\n    final val opportunisticMessages = new LinkedBlockingDeque[Envelope]()\n\n    final val controlQueue: util.Queue[Envelope] = priorityMessages\n\n    final val queue: util.Queue[Envelope] = opportunisticMessages\n\n    override def enqueueFirst(receiver: ActorRef, handle: Envelope): Unit = handle match {\n      case envelope @ Envelope(_: ControlMessage, _) \u21d2 priorityMessages addFirst envelope\n      case envelope                                  \u21d2 opportunisticMessages addFirst envelope\n    }\n\n    override def pushTimeOut: Duration = ???\n  }\n}\n\nclass UnboundedControlAwareDequeBasedMailbox extends MailboxType\n  with ProducesMessageQueue[UnboundedControlAwareDequeBasedMailbox.PriorityPersistenceAwareMessageQueue] {\n\n  import UnboundedControlAwareDequeBasedMailbox._\n\n  \/\/ This constructor signature must exist, it will be called by Akka\n  def this(settings: ActorSystem.Settings, config: Config) = {\n    \/\/ put your initialization code here\n    this()\n  }\n\n  final override def create(owner: Option[ActorRef], system: Option[ActorSystem]): MessageQueue = {\n    new PriorityPersistenceAwareMessageQueue()\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/interfaces\/ServeRequest.scala","text":"<reponame>aalkilani\/ForestFlow<filename>core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/interfaces\/ServeRequest.scala\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.interfaces\n\nimport com.dreamworks.forestflow.domain._\nimport com.dreamworks.forestflow.utils.SourceStorageProtocols\nimport com.dreamworks.forestflow.utils.SourceStorageProtocols.SupportsFQRVExtraction\n\n\ntrait ServeRequest extends Product {\n  this: ServeRequestShim => \/\/ if you implement ServeRequest then you must extend ServeRequestShim as well (gotta think about this)\n  def path: String\n\n  protected[this] def protocolOpt = SourceStorageProtocols.getProtocolOption(path)\n\n  def fqrv: Option[FQRV]\n\n  def servableSettings: ServableSettings\n\n  val contractSettings : Option[ContractSettings]\n\n  def withServableSettings(servableSettings: ServableSettings): ServeRequestShim\n  def withContractSettings(contractSettings: ContractSettings): ServeRequestShim\n\n  \/**\n    * Use to resolve an FQRV based on protocol path or supplied fqrv.proto\n    * Supplied fqrv.proto is guarded for correctness (availability) by pathRequirements and require statements\n    *\n    * @return\n    *\/\n  def getUltimateFQRV: FQRV = {\n    protocolOpt match {\n      case Some(p: SupportsFQRVExtraction) =>\n        fqrv.getOrElse(p.getFQRV(path).get)\n      case _ =>\n        fqrv.get\n    }\n  }\n\n  def checkRequirements(): Unit = {\n    def pathRequirement = {\n      protocolOpt match {\n        case None => (false, Some(s\"path provided doesn't follow a supported protocol: $path\"))\n        case Some(protocol: SupportsFQRVExtraction) if protocol.hasValidFQRV(path) =>\n          (true, None) \/\/ \"Received request for protocol with SupportsFQRVExtraction\"\n        case Some(p: SourceStorageProtocols.EnumVal) if fqrv.isEmpty => (false, Some(s\"FQRV (Fully Qualified Release Version) is required with protocols that don't have implicit FQRV extraction support or where path doesn't follow FQRV extraction requirements\"))\n        case Some(p: SourceStorageProtocols.EnumVal) => (true, None)\n      }\n    }\n\n    val (pathValid, msg) = pathRequirement\n    require(pathValid, msg.getOrElse(\"Invalid path\"))\n    require(\n      servableSettings.loggingSettings.isDefined &&\n        !(servableSettings.loggingSettings.get.logLevel != LogLevel.NONE &&\n          servableSettings.loggingSettings.get.keyFeatures.isEmpty\n          ),\n      \"LogLevel cannot be specified without defining set of features that define the key for logged messages\")\n  }\n}\n\n\/*\ntrait MLFlowModel {\n  this: ServeRequest =>\n}\n\ntrait BasicModel {\n  this: ServeRequest =>\n}*\/\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/akka\/flatbuffers\/FlatBuffersSupport.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.akka.flatbuffers\n\nimport java.nio.ByteBuffer\n\nimport akka.http.scaladsl.marshalling.{Marshaller, ToEntityMarshaller}\nimport akka.http.scaladsl.model.{ContentTypeRange, MediaRange, MediaRanges, MediaType}\nimport akka.http.scaladsl.unmarshalling.{FromEntityUnmarshaller, Unmarshaller}\nimport com.google.flatbuffers.Table\n\nimport scala.collection.mutable\nimport scala.reflect.ClassTag\n\n\/\/ application\/octet-stream\ntrait FlatBuffersSupport {\n  var myMap : mutable.Map[ClassTag[_], AnyRef => AnyRef] = mutable.Map.empty[ClassTag[_], AnyRef => AnyRef]\n  private val applicableMediaTypes: List[ContentTypeRange] = List(\n    MediaRanges.`*\/*`,\n    MediaType.applicationBinary(\"octet-stream\", MediaType.NotCompressible)\n  )\n\n  implicit def flatBufferBinaryUnmarshaller[T <: Table](implicit tag: ClassTag[T]): FromEntityUnmarshaller[T]  = {\n    val fn = \/*myMap.getOrElseUpdate(tag,*\/ {\n      val clazz = tag.runtimeClass\n      val className = clazz.getSimpleName\n      val method = clazz.getMethod(s\"getRootAs$className\", classOf[ByteBuffer])\n      param: AnyRef => method.invoke(null, param)\n        param\n    }\/*)*\/\n\n    Unmarshaller.byteArrayUnmarshaller.forContentTypes(applicableMediaTypes: _*).map(b => fn(java.nio.ByteBuffer.wrap(b)).asInstanceOf[T])\n  }\n\n  implicit def flatBufferBinaryMarshaller[T <: Table](implicit tag: ClassTag[T]): ToEntityMarshaller[T]  = {\n    println(\"marshalling something\")\n    val result = Marshaller.ByteArrayMarshaller.compose((c: T) => c.getByteBuffer.array())\n    println(\"done\")\n    result\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/akka\/Supervisor.scala","text":"<reponame>aalkilani\/ForestFlow\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.akka\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, OneForOneStrategy, Props}\nimport akka.actor.SupervisorStrategy._\n\nimport scala.concurrent.duration._\n\nobject Supervisor {\n  def props(decider: Decider): Props = Props(new Supervisor(decider))\n  def props(decider: Decider, props: Props): Props = Props(new Supervisor(decider, Some(props)))\n}\n\n\/**\n  * Actor Supervision requires a parent that defines the supervision strategy and acts on all children.\n  * This actor acts as this parent supervisor, hence the name. An instnace of this parent can only\n  * supervise a single actor type. If you have multiple actor types (classes that extend from Actor) then create\n  * multiple instances of the supervisor for each type.\n  * This supervisor can be used in 2 separate ways to assign it a child actor to supervise:\n  *  - Either send a message of type Props for the child actor to be created\n  *  - OR, provide an implicit props: Some[Props]\n  *  In both cases, the provided Props instance will be used to create the child actor.\n  *\n  *  Note that the supervisor actor will forward all other messages to the child actor. This is an unchecked\n  *  process for efficiency. i.e., if no child actor has been assigned, this will raise an exception.\n  *\n  *  Additionally, the \"Ask\" or Props via message approach provides additional optimizations in that the supervisor\n  *  will respond with a message supplying the ActorRef for the child so you can communicate with it directly\n  *  instead of going through the supervisor's forwarding strategy and as a result mailbox as well so this is\n  *  the preferred approach in using the supervisor.\n  *\n  *  To keep this pattern flexible, the supervisor doesn't imply what the strategy actually is. Instead, this\n  *  is supplied by the user as a decider argument. Here's an example\n  *\n  *   val mySupervisor = system.actorOf(Supervisor.props {\n  *       case _: ArithmeticException => Resume\n  *       case _: Exception => Restart\n  *   })\n  *\n  *    private val mySupervisedChildActor = Await.result(\n  *      mySupervisor\n  *       .ask(childProps)\n  *       .mapTo[ActorRef], some-timeout second)\n  *\n  *    mySupervisedChildActor ! \"sending something\"\n  *\n  * @param decider\n  * @param props\n  *\/\nclass Supervisor(decider: Decider, props: Option[Props] = None) extends Actor with ActorLogging {\n  var realActor: ActorRef = _\n\n  override val supervisorStrategy: OneForOneStrategy =\n    OneForOneStrategy(maxNrOfRetries = -1, withinTimeRange = Duration.Inf)(decider)\n\n  override def receive: Receive = {\n    case p: Props =>\n      realActor = context.actorOf(p)\n      sender() ! realActor\n\n    case msg => realActor.forward(msg)\n  }\n\n  override def preStart(): Unit = {\n    props.foreach(p => realActor = context.actorOf(p))\n  }\n\n  \/\/ override default so we don't kill all children during restart\n  override def preRestart(reason: Throwable, message: Option[Any]): Unit = {\n    \/* Do nothing *\/\n    log.debug(\"preRestart for Supervisor. No op so we don't kill all children during restart.\")\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/NodeActor.scala","text":"<reponame>aalkilani\/ForestFlow\npackage com.dreamworks.forestflow.serving.cluster\r\n\r\nimport java.io.File\r\n\r\nimport akka.actor.{Actor, ActorLogging, ActorRef, Props, Timers}\r\nimport akka.cluster.Cluster\r\nimport akka.cluster.pubsub.DistributedPubSub\r\nimport akka.cluster.pubsub.DistributedPubSubMediator.Subscribe\r\nimport com.dreamworks.forestflow.domain.CleanupLocalStorage\r\nimport org.apache.commons.io.FileUtils\r\nimport com.typesafe.scalalogging.LazyLogging\r\nimport com.dreamworks.forestflow.utils.ThrowableImplicits._\r\n\r\nimport scala.util.{Failure, Success, Try}\r\n\r\nobject NodeActor extends LazyLogging {\r\n  \/* Utils *\/\r\n  def props(): Props =\r\n    Props(new NodeActor)\r\n      .withDispatcher(\"blocking-io-dispatcher\")\r\n\r\n  def cleanupLocalStorage(path: String): Unit = {\r\n    val localDir = new File(path)\r\n    val localDirExists = localDir.exists()\r\n    logger.info(s\"Cleaning up local storage: Local Directory: $localDir , exists? $localDirExists\")\r\n    if (localDirExists)\r\n      Try(FileUtils.deleteDirectory(localDir)) match {\r\n        case Success(_) => logger.info(s\"Local Directory $localDir cleaned up successfully\")\r\n        case Failure(ex) => logger.error(s\"Local Directory $localDir cleanup failed! Reason: ${ex.printableStackTrace}\")\r\n      }\r\n  }\r\n}\r\n\r\nclass NodeActor extends Actor\r\n  with ActorLogging\r\n  with Timers {\r\n\r\n  \/* activate extensions *\/\r\n  implicit val cluster: Cluster = Cluster(context.system)\r\n  val mediator: ActorRef = DistributedPubSub(context.system).mediator\r\n\r\n  mediator ! Subscribe(classOf[CleanupLocalStorage].getSimpleName, self)\r\n\r\n  override def receive: Receive = {\r\n    case CleanupLocalStorage(path) =>\r\n      NodeActor.cleanupLocalStorage(path)\r\n  }\r\n}\r\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/MLFlow\/MLFlowModelSpec.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.MLFlow\n\nimport cats.syntax.either._\nimport com.dreamworks.forestflow.serving.impl.{LocalFileArtifactReader, MLFlowH2OLoader, UnsupportedServableFlavor}\nimport com.dreamworks.forestflow.serving.interfaces.ArtifactReader\nimport com.dreamworks.forestflow.utils.SourceStorageProtocols\nimport io.circe.generic.extras._\nimport io.circe.generic.extras.semiauto.deriveDecoder\nimport io.circe.{CursorOp, Decoder, DecodingFailure}\nimport com.dreamworks.forestflow.serving.interfaces.Loader\nimport com.dreamworks.forestflow.utils.ThrowableImplicits._\nimport org.joda.time.{DateTimeZone, LocalDateTime}\n\n\ncase class MLFlowModelSpec(\n  artifactReader: ArtifactReader,\n\n  runId: Option[String],\n\n  timeCreated: Long,\n\n  flavors: Map[String, Loader]\n) {\n  def getServableFlavor: Option[(String, Loader)] = flavors.collectFirst { case (flavor, loader) if !loader.isInstanceOf[UnsupportedServableFlavor] => (flavor, loader) }\n}\n\nobject MLFlowModelSpec {\n\n  implicit val config: Configuration = {\n    val baseConfig = Configuration.default.withSnakeCaseMemberNames\n    baseConfig.copy(transformMemberNames = baseConfig.transformMemberNames andThen {\n      \/\/ from snake_case in class to snake_case file\n      case \"artifact_reader\" => \"artifact_path\"\n      case \"time_created\" => \"utc_time_created\" \/\/ utc_time_created is a string!\n      case other => other\n    })\n  }\n\n  implicit val decodeTimeCreated: Decoder[Long] = Decoder.decodeString.emap{ tm: String =>\n    Either.catchNonFatal[Long]({\n      var ts = tm.replace(\" \", \"T\")\n      if (ts.takeRight(1) != \"Z\")\n        ts = ts + \"Z\"\n      val ll = LocalDateTime.parse(tm.replace(\" \", \"T\")).toDateTime(DateTimeZone.UTC)\n      ll.getMillis\n    }\n    ).leftMap(t => s\"timeCreated Decoder Failed: ${t.printableStackTrace}\")\n  }.handleErrorWith(_ => Decoder.decodeLong)\n\n  implicit val decodeMLFlowModel: Decoder[MLFlowModelSpec] = deriveDecoder[MLFlowModelSpec]\n\n  implicit val decodeArtifactReaderString: Decoder[ArtifactReader] = Decoder.decodeOption[String].emap { artifactPath: Option[String] =>\n    Either.catchNonFatal[ArtifactReader]({\n      artifactPath match {\n        case Some(path) => ArtifactReader.getArtifactReader(path)\n        case _ => LocalFileArtifactReader(\"\")\n      }\n    }\n    ).leftMap(t => s\"Artifact Reader Decoder Failed: ${t.printableStackTrace}\")\n  }\n\n  implicit val decodeServableFlavor: Decoder[Map[String, Loader]] = Decoder.decodeMap[String, Map[String, String]].emap { flavors =>\n    Either.catchNonFatal[Map[String, Loader]](\n      flavors\n        .map { case (flavor, props) => (flavor.toLowerCase, props) }\n        .map {\n          case (f@\"h2o_mojo\", props) => f -> MLFlowH2OLoader(dataPath = props.getOrElse(\"data\", \"\"), version = props.get(\"h2o_version\"))\n          \/***\n            * UnsupportedServableFlavor catch-all case must exist otherwise any flavor that we don't support will\n            * immediately raise an error without checking ability for support of other supplied flavors.\n             *\/\n          case (f, props) => f -> UnsupportedServableFlavor(props)\n          case (f, props) => throw DecodingFailure(s\"Unexpected or unsupported flavor type [$f] with props $props\", List[CursorOp]())\n          \/\/ TODO: Support POJO?\n          \/\/ case (f, _) => p -> BasicSourceProvider()\n        }\n    ).leftMap(t => t.printableStackTrace)\n\n  }\n\n}\n\n\n\n\n\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/scalapb\/SealedOneofSupport.scala","text":"<reponame>aalkilani\/ForestFlow<gh_stars>1-10\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.scalapb\n\nimport akka.http.scaladsl.marshalling.{Marshaller, ToEntityMarshaller}\nimport akka.http.scaladsl.model.{ContentTypeRange, MediaRanges, MediaType}\nimport akka.http.scaladsl.unmarshalling.{FromEntityUnmarshaller, Unmarshaller}\nimport scalapb.GeneratedSealedOneof\n\nimport scala.reflect.ClassTag\n\n\/\/ application\/octet-stream\ntrait SealedOneofSupport {\n  private val applicableMediaTypes: List[ContentTypeRange] = List(\n    MediaRanges.`*\/*`,\n    MediaType.applicationBinary(\"octet-stream\", MediaType.NotCompressible)\n  )\n\n  implicit def GeneratedSealedOneofBinaryUnmarshaller[T <: GeneratedSealedOneof]: FromEntityUnmarshaller[GeneratedSealedOneof]  = {\n    Unmarshaller.byteArrayUnmarshaller.forContentTypes(applicableMediaTypes: _*).map(b =>  b.asInstanceOf[GeneratedSealedOneof].asMessage.companion.parseFrom(b).asInstanceOf[T])\n  }\n\n  implicit def GeneratedSealedOneofBinaryMarshaller[T <: GeneratedSealedOneof](implicit tag: ClassTag[T]): ToEntityMarshaller[T]  = {\n    val result = Marshaller.ByteArrayMarshaller.compose((c: T) => c.asMessage.toByteArray)\n    result\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/interfaces\/Servable.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.interfaces\n\nimport com.dreamworks.forestflow.domain._\nimport com.dreamworks.forestflow.serving.interfaces.Servable._\nimport graphpipe.InferRequest\n\nimport scala.util.Try\n\n\nobject Servable {\n\n\/\/  type Datum = Map[String, String]\n\n}\n\n\/**\n  * A servable is a unit of abstraction that provides standard \"scoring\" functionality and meta-data\n  *\/\nabstract class Servable{\n  def fqrv: FQRV\n  var settings: ServableSettings\n  val logPredictions: Boolean = settings.loggingSettings.isDefined && settings.loggingSettings.get.logLevel != LogLevel.NONE\n}\n\ntrait HasBasicSupport {\n  this: Servable =>\n  def getMetaData: BasicMetaData \/\/ maybe also provide types and (a list of acceptable translations? table this)\n  def score(inferenceRequest: InferenceRequest): Try[Prediction]\n}\n\ntrait HasGraphPipeSupport {\n  this: Servable =>\n  def getGPMetaData: Array[Byte]\n  def scoreGP(datum: InferRequest): Array[Byte]\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/Sharding.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.cluster\n\nimport akka.cluster.sharding.ShardRegion\nimport com.dreamworks.forestflow.serving.interfaces.Protocol.Command\n\nobject Sharding {\n\n  case object Shutdown\n\n  val extractEntityId: ShardRegion.ExtractEntityId = {\n    case command: Command => (command.id, command)\n  }\n\n  val extractShardId: Int => ShardRegion.ExtractShardId= (maximumNumberOfShards: Int) => {\n\n    def computeShardId(id: ShardRegion.EntityId): ShardRegion.ShardId = (math.abs(id.hashCode) % maximumNumberOfShards).toString\n\n    {\n      case command: Command => computeShardId(command.id)\n      case ShardRegion.StartEntity(id) => computeShardId(id)\n    }\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ServableMetricsImpl.scala","text":"<filename>core\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/impl\/ServableMetricsImpl.scala\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.impl\n\nimport scala.collection.mutable\n\nobject ServableMetricsImpl {\n  def empty() = ServableMetricsImpl(0, 0, System.currentTimeMillis(), mutable.Map.empty[String, Float], None, 0)\n}\n\ncase class ServableMetricsImpl(\n  var scoreCount: Long,\n  var shadeCount: Long,\n  var createdAtMS: Long,\n  var performanceMetrics : mutable.Map[String, Float],\n  var becameValidAtMS: Option[Long],\n  var currentPhaseInPct: Int\n) {\n  require(currentPhaseInPct <= 100 && currentPhaseInPct >=0, \"currentPhaseInPct can only be set to a value between 0 and 100\")\n\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/akka\/extensions\/ExternalAddressExt.scala","text":"<reponame>aalkilani\/ForestFlow\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.akka.extensions\n\nimport akka.actor.{ActorRef, ActorSystem, Address, ExtendedActorSystem, Extension, ExtensionId, ExtensionIdProvider}\n\n\/\/noinspection TypeAnnotation\nobject ExternalAddress extends ExtensionId[ExternalAddressExt] with ExtensionIdProvider {\n  \/\/The lookup method is required by ExtensionIdProvider,\n  \/\/ so we return ourselves here, this allows us\n  \/\/ to configure our extension to be loaded when\n  \/\/ the ActorSystem starts\n  override def lookup = ExternalAddress\n\n  \/\/This method will be called by Akka\n  \/\/ to instantiate our Extension\n  override def createExtension(system: ExtendedActorSystem): ExternalAddressExt =\n    new ExternalAddressExt(system)\n\n  \/**\n    * Java API: retrieve the ExternalAddressExt extension for the given system.\n    *\/\n  override def get(system: ActorSystem): ExternalAddressExt = super.get(system)\n}\nclass ExternalAddressExt(system: ExtendedActorSystem) extends Extension {\n  def addressForAkka: Address = system.provider.getDefaultAddress\n  def akkaActorRefFromString(refString: String): ActorRef = system.provider.resolveActorRef(refString)\n\n}"}
{"repo_name":"aalkilani\/ForestFlow","path":"cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/ServableProxy.scala","text":"<filename>cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/ServableProxy.scala<gh_stars>1-10\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving.cluster\n\nimport java.nio.ByteBuffer\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.{Actor, ActorLogging, ActorRef, ActorSystem, Props, ReceiveTimeout, Timers}\nimport akka.cluster.ddata._\nimport akka.cluster.sharding\nimport akka.cluster.sharding.{ClusterSharding, ShardRegion}\nimport akka.pattern.{ask, pipe}\nimport akka.persistence._\nimport akka.util.Timeout\nimport com.dreamworks.forestflow.domain\nimport com.dreamworks.forestflow.domain._\nimport com.dreamworks.forestflow.domain.ServableProxy._\nimport com.dreamworks.forestflow.domain.ServableRegistry._\nimport com.dreamworks.forestflow.serving.cluster.Mechanics.TakeSnapshot\nimport com.dreamworks.forestflow.serving.config.{ApplicationEnvironment, ProxyConfigs}\nimport com.dreamworks.forestflow.serving.impl.ServableMetricsImpl\nimport com.dreamworks.forestflow.serving.interfaces.ContractRouter\nimport com.dreamworks.forestflow.serving.interfaces.Protocol.{Command, CommandDeliveryConfirmation, HasSideEffects, LowPriorityShadeRequest}\nimport com.dreamworks.forestflow.utils.ThrowableImplicits._\nimport com.dreamworks.forestflow.domain.ShimImplicits._\nimport Sharding.Shutdown\nimport com.dreamworks.forestflow.domain.ShimImplicits._\nimport akka.cluster.metrics.{AdaptiveLoadBalancingPool, MixMetricsSelector}\nimport akka.cluster.metrics.protobuf.msg.ClusterMetricsMessages.MetricsSelector\nimport akka.routing.ConsistentHashingPool\nimport akka.cluster.routing.{ ClusterRouterPool, ClusterRouterPoolSettings }\n\nimport com.google.flatbuffers.FlatBufferBuilder\n\nimport scala.collection.mutable\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContextExecutor, Future}\nimport scala.language.postfixOps\n\nobject ServableProxy {\n\n  \/* Events *\/\n  val EVAL_SUBSCRIPTION: String = classOf[EvalActiveServables].getCanonicalName\n\n  private case object EvalActiveServablesKey\n\n\n  \/* Event Bus Notifications *\/\n\n  \/* Utils *\/\n  def props(servableRegistry: ActorRef): Props =\n    Props(new ServableProxy(servableRegistry))\n      .withMailbox(\"inverse-priority-mailbox\")\n      .withDispatcher(\"proxy-dispatcher\")\n\n  \/* Sharding *\/\n  def startClusterSharding(servableRegistry: ActorRef)(implicit system: ActorSystem): ActorRef = {\n\/*    \/**\n      * if we want to use a Cluster Aware Router, where do we then save state?\n      * This should be modeled differently.\n      * There should be an actor that saves the state of the servable registry i.e., create servable request only.\n      * And possibly some stats. This actor is used as the sharded entity. It then creates its own cluster aware pool\n      * of actors and maintains them. The assumtion here is that it knows how to send create servable requests to its\n      * routees each time one is created (as the cluster expands\/contracts for replication). That would be active management.\n      * An alternative approach to management would be a passive one whereas the routees ask the entity router (parent) for\n      * the create servable requests if they don't have a servable loaded and they receive a request to score. This means\n      * high latency as the cluster reaches steady state as children load servables on-demand but this is likely\n      * much easier to implement and address edge cases unless Akka has provisions to guarantee sending messages to all\n      * router routees and re-send this message if a routee is re\/created.\n      *\/\n    val routerProps = ClusterRouterPool(\n      AdaptiveLoadBalancingPool(metricsSelector = MixMetricsSelector, routerDispatcher = \"proxy-dispatcher\"),\n      ClusterRouterPoolSettings(totalInstances = 2, maxInstancesPerNode = 1, allowLocalRoutees = true))\n      .props(props(servableRegistry))*\/\n\n    ClusterSharding(system).start(\n      typeName = \"ServableProxy\",\n\/\/      entityProps = routerProps,\n      entityProps = props(servableRegistry),\n      settings = sharding.ClusterShardingSettings(system)\n        .withRememberEntities(true)\n        .withPassivateIdleAfter(ProxyConfigs.ACTIVITY_TIMEOUT_SECS seconds),\n      extractEntityId = Sharding.extractEntityId,\n      extractShardId = Sharding.extractShardId(ApplicationEnvironment.MAX_NUMBER_OF_SHARDS)\n    )\n  }\n\n  \/* Distributed Data *\/\n  val ContractsKey: Key[ORSet[Contract]] = ORSetKey.create[Contract](\"contracts\")\n\n\n  \/* State Snapshots *\/\n  final case class ServableProxyState(\n    contracts: mutable.Map[Contract, ContractSettings],\n    activeContractServables: mutable.Map[Contract, ContractRouter],\n    servables : mutable.Map[FQRV, ServableSettings],\n    servablesWithLogging : mutable.Map[FQRV, LoggingSettings],\n    servableMetrics : mutable.Map[FQRV, ServableMetricsImpl],\n    contractStats : mutable.Map[Contract, Long]\n  )\n}\n\n\/** *\n  *\n  * @param servableRegistry ActorRef for an actor that knows how to deal with ServableRegistry commands\/events\n  *\/\nclass ServableProxy(servableRegistry: ActorRef) extends Actor\n  with ActorLogging\n  with PersistentActor\n  with Timers\n  with AtLeastOnceDelivery\n  with ClusterEventSubscription {\n  import ServableProxy._\n\n  \/* activate extensions *\/\n  val replicator: ActorRef = DistributedData(context.system).replicator\n  \/\/  val mediator: ActorRef = DistributedPubSub(context.system).mediator \/\/ Solves: How do I send a message to an actor without knowing which node it is running on\n\n  override val redeliverInterval: FiniteDuration = {\n    FiniteDuration(ProxyConfigs.SIDE_EFFECTS_DELIVERY_TIMEOUT_SECS, TimeUnit.SECONDS)\n  }\n\n  override def preStart(): Unit = {\n    super.preStart()\n  }\n\n  override def postStop(): Unit = {\n    super.postStop()\n  }\n\n  implicit private val dispatcher: ExecutionContextExecutor = context.dispatcher\n  log.info(s\"Using execution context dispatcher: ${dispatcher.toString}\")\n  timers.startPeriodicTimer(TakeSnapshot, TakeSnapshot, ProxyConfigs.STATE_SNAPSHOT_TRIGGER_SECS seconds)\n\n  implicit val timeout: Timeout = Timeout(5 seconds) \/\/ TODO This should not be a global timeout.. Gets vs Scoring!!\n  implicit private val fbb: FlatBufferBuilder = new FlatBufferBuilder(1024)\n\n  \/* State *\/\n  var contracts = mutable.Map.empty[Contract, ContractSettings]\n  var activeContractServables = mutable.Map.empty[Contract, ContractRouter]\n  var servables = mutable.Map.empty[FQRV, ServableSettings]\n  var servablesWithLogging = mutable.Map.empty[FQRV, LoggingSettings]\n  var servableMetrics = mutable.Map.empty[FQRV, ServableMetricsImpl]\n  var contractStats = mutable.Map.empty[Contract, Long]\n\n  private def persistCreateServable(serveRequest: ServeRequestShim)(postSideEffects: ServeRequestValidated => Unit = _ => Unit): Unit = {\n    persist(ServeRequestValidated(serveRequest)) { event: ServeRequestValidated =>\n      receiveRecover(event)\n      self ! EvalActiveServables(Some(event.serveRequest.getUltimateFQRV.contract), contractSettingsUpdated = false)\n      postSideEffects(event)\n      log.info(s\"Finished Creating Servable ${event.serveRequest}\")\n    }\n  }\n\n  private def persistDeleteServable(fqrvs: List[FQRV], postPersist: ServablesDeleted => Unit = x => Unit, postAction: ServablesDeleted => Unit = x => Unit): Unit = {\n    persist(ServablesDeleted(fqrvs)) { event: ServablesDeleted =>\n      log.info(s\"Deleting servables $fqrvs\")\n      postPersist(event)\n      receiveRecover(event)\n      postAction(event)\n      log.info(s\"Deleted servables $fqrvs\")\n    }\n  }\n\n  private def persistUpdateServable(fqrv: FQRV, servableSettings: ServableSettings) {\n    \/** INFO\n      * The main responsibility of an event handler is changing persistent actor state using event data and notifying\n      * others about successful state changes by publishing events.\n      *\/\n\n    persist(ServableSettingsUpdated(fqrv, servableSettings)) { event: ServableSettingsUpdated =>\n    receiveRecover(event)\n      self ! EvalActiveServables(Some(event.fqrv.contract), contractSettingsUpdated = false)\n      log.debug(s\"Updated servable $fqrv with ${event.servableSettings}\")\n    }\n  }\n\n  private def createServable(serveRequest: ServeRequestShim) = {\n    val fqrv = serveRequest.getUltimateFQRV\n\n    if (contracts.get(fqrv.contract).isEmpty) {\n        serveRequest.contractSettings.foreach { cs =>\n          contracts += (fqrv.contract -> cs)\n\n          replicateContracts(List(fqrv.contract))\n        }\n    }\n    updateServable(fqrv, serveRequest.servableSettings)\n  }\n\n  private def updateServable(fqrv: FQRV, servableSettings: ServableSettings) = {\n    servables += (fqrv -> servableSettings)\n    servableMetrics += (fqrv -> ServableMetricsImpl.empty())\n    if (servableSettings.loggingSettings.isDefined && servableSettings.loggingSettings.get.logLevel != LogLevel.NONE)\n      servablesWithLogging += (fqrv -> servableSettings.loggingSettings.get)\n  }\n\n  private def deleteServables(fqrvs: List[FQRV]): Unit = {\n    servables --= fqrvs\n    servableMetrics --= fqrvs\n    servablesWithLogging --= fqrvs\n    val cleanupContracts = fqrvs.flatMap { fqrv =>\n      deliver(servableRegistry.path) { deliveryId =>\n        Registry_DeleteServable(fqrv, deliveryId, sender())\n      }\n\n      if (!servables.exists(_._1.contract == fqrv.contract))\n        Some(fqrv.contract)\n      else\n        None\n    }.distinct\n\n    contracts --= cleanupContracts\n    contractStats --= cleanupContracts\n    replicateContracts(cleanupContracts, added = false)\n  }\n\n  private def replicateContracts(contracts: List[Contract], added: Boolean = true): Unit = {\n    if (added) {\n      replicator ! Replicator.Update(\n        key = ContractsKey,\n        initial = ORSet.empty[Contract],\n        writeConsistency = Replicator.WriteMajority(5 seconds),\n        request = Some(ContractsAdded(contracts))\n      ) {contractSet => contracts.foldLeft(contractSet) { (acc, c) => acc + c }}\n    } else {\n      replicator ! Replicator.Update(\n        key = ContractsKey,\n        initial = ORSet.empty[Contract],\n        writeConsistency = Replicator.WriteMajority(5 seconds),\n        request = Some(ContractsRemoved(contracts))\n      ) {contractSet => contracts.foldLeft(contractSet) { (acc, c) => acc - c }}\n    }\n  }\n\n  \/\/ AKKA Persistence\n  override def receiveCommand: Receive = commands orElse distributedData orElse clusterEvents\n\n  override def receiveRecover: Receive = {\n\n    case ServeRequestValidated(serveRequest: ServeRequestShim) =>\n      log.debug(s\"receiveRecover(ServeRequestValidated) $serveRequest\")\n      createServable(serveRequest)\n\n    case ContractSettingsUpdated(contract, contractSettings) =>\n      contracts += (contract -> contractSettings)\n\n    case ContractSettingsCreated(contract, contractSettings) =>\n      contracts += (contract -> contractSettings)\n      replicateContracts(List(contract))\n\n    case ServableSettingsUpdated(fqrv, servableSettings) => updateServable(fqrv, servableSettings)\n\n    case ServablesDeleted(fqrvs) => deleteServables(fqrvs)\n\n    case ServableMetricsUpdated(metrics) => servableMetrics += (metrics.fqrv -> metrics)\n\n    case SnapshotOffer(metadata, snapshot: ServableProxyState) =>\n      contracts = snapshot.contracts\n      activeContractServables = snapshot.activeContractServables\n      servables = snapshot.servables\n      servablesWithLogging = snapshot.servablesWithLogging\n      servableMetrics = snapshot.servableMetrics\n      contractStats = snapshot.contractStats\n\n      replicateContracts(contracts.keys.toList)\n\n      deleteMessages(metadata.sequenceNr)\n\n    case SaveSnapshotSuccess(metadata) =>\n      log.info(s\"Snapshot successful for $metadata\")\n\n\n    case SaveSnapshotFailure(metadata, reason) => log.warning(s\"Snapshot failed for $metadata due to ${reason.printableStackTrace}\")\n    case RecoveryCompleted => \/\/ INFO this is always called, even for new actors\n      \/\/ perform init after recovery, before any other messages\n      log.info(s\"Startup\/Recovery completed for $persistenceId\")\n      self ! EvalActiveServables.defaultInstance\n  }\n\n  private def commands: Receive = {\n    case command: HasSideEffects => handleSideEffectingCommand(command)\n    case command: Command => handleNonSideEffectingCommand(command)\n    case commandConfirmation: CommandDeliveryConfirmation => hanldeCommandConfirmation(commandConfirmation)\n    case EvalActiveServables(c, su) => evalActiveServables(c, su)\n    case TakeSnapshot =>\n      log.info(s\"Taking snapshot for $persistenceId\")\n      saveSnapshot(ServableProxyState(\n        contracts,\n        activeContractServables,\n        servables,\n        servablesWithLogging,\n        servableMetrics,\n        contractStats\n      ))\n    case Shutdown | ShardRegion.Passivate =>\n      \/\/ safe shutdown. Poison Pill doesn't work with persistent actors due to persistent actor stash\n      context.stop(self)\n\n    \/** Note:\n      * We don't use this anymore. Instead we rely on akka.cluster.sharding.passivate-idle-entity-after setting,\n      * or by explicitly setting ClusterShardingSettings.passivateIdleAfter\n      * This is a tradeoff. On one hand, this doesn't give us finer control to do this like: If the entity\n      * is still updating time-based phase-in percentages to keep it alive even if it's not getting score requests.\n      * On the other hand, it's more difficult to implement correctly if used as we'd have to account for every message\n      * that we don't want to trigger a reset of the receive timeout by mixing in `NotInfluenceReceiveTimeout` for every\n      * message that we don't want to cause a reset of the timeout timer. For example, perhaps we want to selectively\n      * reset the timer based on if an `EvalActiveServables` evaluation results in any updates to the actor state.\n      * Again, there is a tradeoff here simplicity with using `passivateIdleAfter` that relies solely on incoming messages\n      * through the shard region, i.e., doesn't reset with any self-sent messages or messages sent to the actor directly\n      * vs. the fine-grained control, but more complex, implementation with ReceiveTimeouts. We're going with simplicity\n      * for now.\n      *\/\n    case ReceiveTimeout =>\n      log.info(s\"ServableProxy has had no activity for the configured ReceiveTimeout, passivating servables ${servables.keys}\")\n      context.parent ! ShardRegion.Passivate(Shutdown)\n  }\n\n  private def distributedData: Receive = {\n    case Replicator.UpdateSuccess(ContractsKey, Some(event)) =>\n      log.debug(s\"Distributed Data Update successful: $event\")\n\n    case Replicator.UpdateTimeout(ContractsKey, Some(event)) =>\n      log.warning(s\"Update timeout for $ContractsKey : $event\")\n\n    case Replicator.StoreFailure(ContractsKey, Some(event)) =>\n      log.error(s\"Distributed Data Store failed for $ContractsKey : $event\")\n\n  }\n\n  private def handleNonSideEffectingCommand(command: Command): Unit = {\n    command match {\n      case ScoreByContractGP(contract, reqBytes) =>\n        \/\/ val inferRequest = InferRequest.getRootAsInferRequest(reqBytes.asReadOnlyByteBuffer())\n            contractStats += (contract -> (contractStats.getOrElse(contract, 0L) + 1))\n            activeContractServables.get(contract) match {\n              case Some(router) =>\n                router.next() match {\n                  case Some(fqrv) =>\n                    servableRegistry.forward(HighPriorityScoreRequestGP(fqrv, reqBytes))\n                    servableMetrics(fqrv).scoreCount += 1\n                    self ! ShadeRequestGP(excludeFQRV = Some(fqrv), reqBytes, persistenceId)\n                  case _ =>\n                    sender() ! NoActiveServablesForContract(contract)\n                    self ! ShadeRequestGP(excludeFQRV = None, reqBytes, persistenceId)\n                }\n              case None if servables.exists { case (fqrv, _) => fqrv.contract == contract } =>\n                sender() ! NoActiveServablesForContract(contract)\n                self ! ShadeRequestGP(excludeFQRV = None, reqBytes, persistenceId)\n              case _ =>\n                sender() ! {\n                  if (contracts.get(contract).isDefined)\n                    NoActiveServablesForContract(contract)\n                  else UnknownContract(contract)\n                }\n            }\n\n\/*      case ScoreByContract(contract, datum) =>\n        contractStats += (contract -> (contractStats.getOrElse(contract, 0L) + 1))\n        activeContractServables.get(contract) match {\n          case Some(router) =>\n            router.next() match {\n              case Some(fqrv) =>\n                servableRegistry.forward(HighPriorityScoreRequest(fqrv, datum))\n                servableMetrics(fqrv).scoreCount += 1\n                self ! ShadeRequest(excludeFQRV = Some(fqrv), datum, persistenceId)\n              case _ =>\n                sender() ! NoActiveServablesForContract(contract)\n                self ! ShadeRequest(excludeFQRV = None, datum, persistenceId)\n            }\n          case None if servables.exists { case (fqrv, _) => fqrv.contract == contract } =>\n            sender() ! NoActiveServablesForContract(contract)\n            self ! ShadeRequest(excludeFQRV = None, datum, persistenceId)\n          case _ =>\n            sender() ! (if (contracts.get(contract).isDefined) NoActiveServablesForContract(contract) else UnknownContract(contract))\n        }*\/\n\n      case ScoreByContract(contract, inferRequest) =>\n        contractStats += (contract -> (contractStats.getOrElse(contract, 0L) + 1))\n        activeContractServables.get(contract) match {\n          case Some(router) =>\n            router.next() match {\n              case Some(fqrv) =>\n                servableRegistry.forward(HighPriorityScoreRequest(fqrv, inferRequest))\n                servableMetrics(fqrv).scoreCount += 1\n                self ! ShadeRequest(excludeFQRV = Some(fqrv), inferRequest, persistenceId)\n              case _ =>\n                sender() ! NoActiveServablesForContract(contract)\n                self ! ShadeRequest(excludeFQRV = None, inferRequest, persistenceId)\n            }\n          case None if servables.exists { case (fqrv, _) => fqrv.contract == contract } =>\n            sender() ! NoActiveServablesForContract(contract)\n          \/\/            self ! ShadeRequest(excludeFQRV = None, inferRequest, persistenceId)\n          case _ =>\n            sender() ! (if (contracts.get(contract).isDefined) NoActiveServablesForContract(contract) else UnknownContract(contract))\n        }\n\n      \/**\n        * Shade requests go to all servables, minus the one that actually served the request, even if they aren't\n        * valid yet because validity policies would otherwise be unable to use servable metrics\n        *\/\n      case shade: LowPriorityShadeRequest =>\n        val servablesToShadow = shade.excludeFQRV match {\n          case Some(ex) => servablesWithLogging.filterNot { case (fqrv, _) => fqrv == ex }\n          case _ => servablesWithLogging\n        }\n\n        servablesToShadow\n          .foreach { case (fqrv, loggingSettings) =>\n            \/\/ TODO sample rate configurable\n            if (loggingSettings.logLevel == LogLevel.FULL || (loggingSettings.logLevel == LogLevel.SAMPLE && contractStats(fqrv.contract) % 100 == 0))  {\n                shade match {\n                  case ShadeRequest(_, inferenceRequest, _) => servableRegistry ! LowPriorityScoreRequest(fqrv, inferenceRequest)\n                  case ShadeRequestGP(_, reqBytes, _) => LowPriorityScoreRequestGP(fqrv, reqBytes)\n                }\n                servableMetrics(fqrv).shadeCount += 1\n            }\n          }\n\n      case GetServableMetaDataGP(fqrv) =>\n        servables.get(fqrv) match {\n          case Some(_) => servableRegistry.forward(Registry_GetServableMetaDataGP(fqrv))\n          case _ => sender() ! UnknownServable(fqrv)\n        }\n\n      case GetServableMetaData(fqrv) =>\n        servables.get(fqrv) match {\n          case Some(_) => servableRegistry.forward(Registry_GetServableMetaData(fqrv))\n          case _ => sender() ! UnknownServable(fqrv)\n        }\n\n      case GetServableMetaDataByContractGP(contract) =>\n        servables\n          .keys\n          .find(_.contract == contract)\n          .foreach(fqrv => servableRegistry.forward(Registry_GetServableMetaDataGP(fqrv)))\n\n      case GetServableMetaDataByContract(contract) =>\n        val metaDataFuture = Future.sequence(\n          servables.keys.filter(_.contract == contract)\n            .map(fqrv => servableRegistry ? Registry_GetServableMetaData(fqrv))\n        )\n        metaDataFuture pipeTo sender()\n\n\n      case GetContractSettings(contract) => sender() ! {\n        contracts.get(contract) match {\n          case Some(settings) => settings\n          case _ => UnknownContract(contract)\n        }\n      }\n\n      case GetServableSettings(fqrv) => sender() ! {\n        servables.get(fqrv) match {\n          case Some(settings) => settings\n          case _ => UnknownServable(fqrv)\n        }\n      }\n      case GetServableSettingsByContract(contract) => sender() ! {\n        val settingsMap = servables.filter(_._1.contract == contract)\n        if (settingsMap.isEmpty)\n          if (contracts.get(contract).isDefined) NoActiveServablesForContract(contract) else UnknownContract(contract)\n        else\n          settingsMap.values\n      }\n      case GetServableMetrics(fqrv) => sender() ! {\n        servableMetrics.get(fqrv) match {\n          case Some(stats) => (fqrv, stats)\n          case _ => UnknownServable(fqrv)\n        }\n      }\n      case GetServableMetricsByContract(contract) => sender() ! {\n        val statsMap = servableMetrics.filter(_._1.contract == contract)\n        if (statsMap.isEmpty)\n          if (contracts.get(contract).isDefined) NoActiveServablesForContract(contract) else UnknownContract(contract)\n        else\n          statsMap \/\/ map(s => Stats(s._1, s._2)).toList\n      }\n      case GetServableReleases(contract) => sender() ! {\n        val releases = servables.filter(_._1.contract == contract).keys\n        if (releases.isEmpty)\n          if (contracts.get(contract).isDefined) NoActiveServablesForContract(contract) else UnknownContract(contract)\n        else\n          releases.toList\n      }\n    }\n  }\n\n  private def handleSideEffectingCommand(command: HasSideEffects) {\n    command match {\n      case UpdateContract(contract: Contract, contractSettings: ContractSettings) => handleUpdateContract(contract, contractSettings)\n      case UpdateServable(fqrv,policySettings, loggingSettings) => handleUpdateServable(fqrv, policySettings, loggingSettings)\n      case CreateServable(serveRequest) => handleCreateServable(serveRequest)\n      case DeleteServable(fqrv) => handleDeleteServable(fqrv)\n      case CreateContract(contract, contractSettings) => handleCreateContract(contract, contractSettings)\n    }\n\n    def handleCreateContract(contract: Contract, contractSettings: ContractSettings): Unit = {\n      contracts.get(contract) match {\n        case Some(_) => sender() ! ContractValidationError(contract, \"Contract already exists. Use update API instead.\")\n        case None => persist(ContractSettingsCreated(contract, contractSettings)) { event: ContractSettingsCreated =>\n          receiveRecover(event)\n          sender() ! ContractCreatedSuccessfully(contract)\n          log.info(s\"Created contract $contract with ${event.contractSettings}\")\n        }\n      }\n    }\n\n    def handleUpdateContract(contract: Contract, contractSettings: ContractSettings): Unit = {\n      contracts.get(contract) match {\n        case None => sender() ! UnknownContract(contract)\n        case Some(_) => persist(ContractSettingsUpdated(contract, contractSettings)) { event: ContractSettingsUpdated =>\n          receiveRecover(event)\n          self ! EvalActiveServables(Some(contract), contractSettingsUpdated = true)\n          sender() ! ContractUpdatedSuccessfully(contract)\n          log.info(s\"Updated contract $contract with ${event.contractSettings}\")\n        }\n      }\n    }\n\n    def handleUpdateServable(fqrv: FQRV,policySettings: Option[PolicySettings],loggingSettings: Option[LoggingSettings]) {\n      servables.get(fqrv) match {\n        case Some(currentSettings) => update(currentSettings)\n        case None => sender() ! UnknownServable(fqrv)\n      }\n\n      def update(currentSettings: ServableSettings) {\n        val updatedSettings = ServableSettings(\n          policySettings.getOrElse(currentSettings.policySettings),\n          loggingSettings match {\n            case Some(ls) => Some(ls)\n            case None => currentSettings.loggingSettings\n          })\n\n        \/\/ Deliver and continue to persist since there's no validation ask from registry\n        deliver(servableRegistry.path) { deliveryId =>\n          Registry_UpdateServable(fqrv, updatedSettings, deliveryId, sender()) \/\/ pass original requester so we can respond to them?\n        }\n\n        persistUpdateServable(fqrv, updatedSettings)\n      }\n    }\n\n    def handleCreateServable(serveRequest: ServeRequestShim): Unit = {\n      val fqrv = serveRequest.getUltimateFQRV\n      servables.get(fqrv) match {\n        case Some(settings) =>\n          sender() ! ServableAlreadyExistsError(fqrv, settings)\n\n        case None =>\n          val currentContractSettings = contracts.get(fqrv.contract)\n          if (serveRequest.contractSettings.isDefined && currentContractSettings.isDefined) {\n            sender() ! ContractValidationError(fqrv.contract, \"Contract already exists. Cannot override contract settings with Serve Request. Providing contract settings with a serve request is only valid for new contracts\")\n          }\n          else {\n            val request = {\n              if (currentContractSettings.isEmpty && serveRequest.contractSettings.isEmpty) {\n                val contractSettings = domain.ContractSettings(KeepLatest(1), FairPhaseInPctBasedRouter())\n                log.info(s\"Supplying default contract settings $contractSettings for serve request: $serveRequest\")\n                serveRequest.withContractSettings(contractSettings)\n              }\n              else\n                serveRequest\n            }\n            deliver(servableRegistry.path) { deliveryId =>\n              Registry_CreateServable(request, deliveryId, sender()) \/\/ pass original requester so we can respond to them?\n            }\n          }\n      }\n    }\n\n    def handleDeleteServable(fqrv: FQRV): Unit = {\n      persistDeleteServable(List(fqrv), postAction = { servablesDeleted =>\n        sender() ! ServablesDeletedSuccessfully(servablesDeleted.fqrv)\n      })\n    }\n  }\n\n  private def hanldeCommandConfirmation(commandConfirmation: CommandDeliveryConfirmation) {\n    \/\/ Validate then Persist the event and respond to requester in case of errors\n\n    \/\/ confirm delivery in all cases to close the loop\n    log.debug(s\"ServableProxy - Received confirmation for ${commandConfirmation.deliveryId}\")\n    confirmDelivery(commandConfirmation.deliveryId)\n\n    commandConfirmation match {\n      case Registry_ValidCreateServableRequest(_, serveRequest, requester) =>\n        \/\/ request valid, this is where you persist and make local changes\n        \/\/ nothing goes back to the requester yet.. sender is notified only after the event is persisted\n        persistCreateServable(serveRequest) { event =>\n          requester ! ServableCreatedSuccessfully(event.serveRequest.getUltimateFQRV)\n          log.info(s\"Created servable ${event.serveRequest}\")\n        }\n\n      case Registry_InvalidCreateServableRequest(_, serveRequest, requester, errorMessage) =>\n        \/\/ request invalid, let requester know.. no state to persist or change\n        requester ! CreateServableRequestInvalidError(serveRequest, errorMessage)\n\n      case Registry_ServableAlreadyExists(_, fqrv, servableSettings, requester) =>\n        \/\/ Is this just a matter of delivery ACK failure that we have to handle?\n        if (servables.contains(fqrv))\n          requester ! ServableAlreadyExistsError(fqrv, servableSettings)\n        else\n          persistUpdateServable(fqrv, servableSettings)\n\n      case Registry_UpdateForUnknownServableRequested(_, fqrv, requester) =>\n        log.error(s\"Servable Proxy knows about $fqrv but Servable Registry reported an attempted update for an Unknown Servable\")\n        requester ! UnknownServable(fqrv)\n\n      case Registry_ValidUpdateReceived(_, fqrv, requester) =>\n        requester ! ServableUpdatedSuccessfully(fqrv)\n\n      case Registry_UpdateWithSameSettingsRequested(_, fqrv, requester) =>\n        log.info(s\"Update sent to Registry for $fqrv but Registry reports that update doesn't change anything. Reporting back with ServableUpdatedSuccessfully\")\n        requester ! ServableUpdatedSuccessfully(fqrv)\n\n      case Registry_ValidDeleteReceived(_, fqrv, requester) =>\n        log.info(s\"Registry deleted servable successfully: $fqrv\")\n\n      case Registry_DeleteForUnknownServableRequested(_, fqrv, requester) =>\n        if (recoveryRunning)\n          log.info(s\"Delete sent for $fqrv from Proxy to Registry during Proxy recovery. Registry reports servable doesn't exist. This is not a concern.\")\n        else\n          log.error(s\"Delete sent to Registry for $fqrv but Registry reports servable doesn't exist.\")\n    }\n  }\n\n\n  \/**\n    *\n    * Gets valid servables for all contracts (or specific contract supplied)\n    * Gets Phase-in percent for all valid servables\n    * Builds a new Read-Fast Weighted Collection as the activeServables\n    *\n    * @param contract\n    *\/\n  private def evalActiveServables(contract: Option[Contract], contractSettingsUpdated: Boolean) {\n\n    \/\/ produce a list of contracts and weighted FQRVs for servables that are active\n    def getUpdatedContractList(contractMap: Map[Contract, List[(FQRV, ServableSettings)]]) = {\n\n      def getValidList(candidates: List[(FQRV, ServableSettings)]): List[(FQRV, ServableSettings)] = {\n        log.debug(s\"Getting valid list of candidates from lifecycle settings ${candidates.map(_._2.policySettings.validityPolicy)}\")\n        candidates.filter(_._2.policySettings.validityPolicy.forall(rule => rule.isValid))\n      }\n\n      def updateServableMetrics(validList: List[(FQRV, ServableSettings)]) = {\n        validList.map { case (fqrv, settings) =>\n          val stats = servableMetrics.get(fqrv) match {\n            case Some(stat) =>\n              val phaseInPct = settings.phaseInPercent(stat)\n              log.debug(s\"Phase in percent for $fqrv is $phaseInPct\")\n              if (stat.becameValidAtMS.isEmpty)\n                stat.copy(becameValidAtMS = Some(System.currentTimeMillis()), currentPhaseInPct = phaseInPct)\n              else\n                stat.copy(currentPhaseInPct = phaseInPct)\n            case None =>\n              ServableMetricsImpl.empty()\n          }\n\n          log.debug(s\"Stats for $fqrv are $stats\")\n\n          persist(ServableMetricsUpdated((fqrv, stats))) { event =>\n            receiveRecover(event)\n          }\n          (fqrv, stats)\n        }\n      }\n\n      contractMap.map { case (c, releaseSettings) =>\n        \/\/ get list of valid servables\n        val validList: List[(FQRV, ServableSettings)] = getValidList(releaseSettings)\n\n        val validStats: List[(FQRV, ServableMetricsImpl)] = updateServableMetrics(validList)\n\n        (c, contracts(c).expirationPolicy.markExpired(validStats))\n      }\n    }\n\n    val contractsToUpdate = contract match {\n      case Some(c) =>\n        servables.toList.filter(_._1.contract == c).groupBy(_._1.contract)\n      case _ =>\n        servables.toList.groupBy(_._1.contract)\n    }\n\n    log.debug(s\"$persistenceId Evaluating active servables for the following contracts: ${contractsToUpdate.toString()}\")\n    val contractListUpdates = getUpdatedContractList(contractsToUpdate)\n    log.debug(s\"Evaluation results: ${contractListUpdates.toString()}\")\n    \/\/ update activeContractServables with valid & unexpired list of servables\n    contractListUpdates\n      .foreach { case (c, markedServables) =>\n        val partitioned = markedServables.partition(_._2 == false)\n        val (validServables, expiredServables) = (partitioned._1.unzip._1, partitioned._2.map(_._1._1))\n\n        def updateActiveContractServables() = {\n          activeContractServables.get(c) match {\n            case Some(contractRouter) if !contractSettingsUpdated =>\n              log.debug(s\"Merging with updated servable metrics  $validServables\")\n              activeContractServables += (c -> contractRouter.merge(validServables))\n            case _ =>\n              log.debug(s\"Rebuilding with new set of valid servables $validServables\")\n              activeContractServables += (c -> contracts(c).router.create(validServables))\n          }\n        }\n\n        if (expiredServables.isEmpty)\n          updateActiveContractServables()\n        else {\n          log.debug(s\"Dropping expired servables $expiredServables\")\n          persistDeleteServable(expiredServables, { _ =>\n            updateActiveContractServables()\n          })\n        }\n      }\n\n    timers.startSingleTimer(EvalActiveServablesKey, EvalActiveServables.defaultInstance, 60 seconds)\n  }\n\n  override def persistenceId: String = \"ServableProxy-\" + self.path.name\n}"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/akka\/UnboundedInverseControlAwareDequeBasedMailbox.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.akka\n\nimport java.util\nimport java.util.concurrent.LinkedBlockingDeque\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.dispatch._\nimport com.typesafe.config.Config\n\n\nobject UnboundedInverseControlAwareDequeBasedMailbox {\n\n  \/**\n    * InverseControlAwareMessageQueueSemantics handles messages that extend [[akka.dispatch.ControlMessage]] with lower priority.\n    *\/\n  trait InverseControlAwareMessageQueueSemantics extends QueueBasedMessageQueue {\n    def controlQueue: util.Queue[Envelope]\n    def queue: util.Queue[Envelope]\n\n    def enqueue(receiver: ActorRef, handle: Envelope): Unit = handle match {\n      case envelope @ Envelope(_: ControlMessage, _) \u21d2 controlQueue add envelope\n      case envelope                                  \u21d2 queue add envelope\n    }\n\n    def dequeue(): Envelope = {\n      val queueMsg = queue.poll()\n\n      if (queueMsg ne null) queueMsg\n      else controlQueue.poll()\n    }\n\n    override def numberOfMessages: Int = controlQueue.size() + queue.size()\n\n    override def hasMessages: Boolean = !(queue.isEmpty && controlQueue.isEmpty)\n  }\n\n  \/\/ The message queue implementation\n  class PriorityPersistenceAwareMessageQueue extends MessageQueue with UnboundedDequeBasedMessageQueueSemantics with InverseControlAwareMessageQueueSemantics {\n    final val priorityMessages = new LinkedBlockingDeque[Envelope](1000)\n    final val opportunisticMessages = new LinkedBlockingDeque[Envelope](1000)\n\n    final val controlQueue: util.Queue[Envelope] = priorityMessages\n\n    final val queue: util.Queue[Envelope] = opportunisticMessages\n\n    override def enqueueFirst(receiver: ActorRef, handle: Envelope): Unit = handle match {\n      case envelope @ Envelope(_: ControlMessage, _) \u21d2 priorityMessages addFirst envelope\n      case envelope                                  \u21d2 opportunisticMessages addFirst envelope\n    }\n  }\n}\n\nclass UnboundedInverseControlAwareDequeBasedMailbox extends MailboxType\n  with ProducesMessageQueue[UnboundedControlAwareDequeBasedMailbox.PriorityPersistenceAwareMessageQueue] {\n\n  import UnboundedControlAwareDequeBasedMailbox._\n\n  \/\/ This constructor signature must exist, it will be called by Akka\n  def this(settings: ActorSystem.Settings, config: Config) = {\n    \/\/ put your initialization code here\n    this()\n  }\n\n  final override def create(owner: Option[ActorRef], system: Option[ActorSystem]): MessageQueue = {\n    new PriorityPersistenceAwareMessageQueue()\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/ServableRegistry.scala","text":"<filename>cluster\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/cluster\/ServableRegistry.scala\n\/**\n  * Copyright 2020 DreamWorks Animation L.L.C.\n  * Licensed under the Apache License, Version 2.0 (the \"License\");\n  * you may not use this file except in compliance with the License.\n  * You may obtain a copy of the License at\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.dreamworks.forestflow.serving.cluster\n\nimport java.io.{File, FileReader}\nimport java.nio.ByteOrder\nimport java.nio.file.{Files, Path, Paths}\n\nimport akka.actor.SupervisorStrategy._\nimport akka.actor.{Actor, ActorLogging, ActorRef, ActorSystem, Props, ReceiveTimeout, Timers}\nimport akka.cluster.Cluster\nimport akka.cluster.ddata.Replicator\nimport akka.cluster.pubsub.DistributedPubSub\nimport akka.cluster.pubsub.DistributedPubSubMediator.{Publish, Subscribe}\nimport akka.cluster.sharding.{ClusterSharding, ClusterShardingSettings, ShardRegion}\nimport akka.persistence._\nimport com.dreamworks.forestflow.akka.Supervisor\nimport com.dreamworks.forestflow.domain.ServableRegistry._\nimport com.dreamworks.forestflow.domain._\nimport com.dreamworks.forestflow.serving.MLFlow.MLFlowModelSpec\nimport com.dreamworks.forestflow.serving.cluster\nimport com.dreamworks.forestflow.serving.cluster.Mechanics.TakeSnapshot\nimport com.dreamworks.forestflow.serving.cluster.Sharding.Shutdown\nimport com.dreamworks.forestflow.serving.config.{ApplicationEnvironment, RegistryConfigs}\nimport com.dreamworks.forestflow.serving.interfaces.Protocol.{BasicScore, GraphPipeScore, HasSideEffects, Score}\nimport com.dreamworks.forestflow.serving.interfaces._\nimport com.dreamworks.forestflow.utils.SourceStorageProtocols\nimport com.dreamworks.forestflow.utils.ThrowableImplicits._\nimport com.google.protobuf.{ByteString => protoBString}\nimport graphpipe.InferRequest\nimport io.circe.{Error, yaml}\nimport org.apache.commons.io.FileUtils\nimport com.dreamworks.forestflow.domain.ShimImplicits._\nimport com.dreamworks.forestflow.serving.impl.EnvironmentContext\n\nimport scala.collection.mutable\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\nimport scala.util.{Failure, Success, Try}\n\nobject ServableRegistry {\n\n  \/* Persistence *\/\n  \/*\n      A persistent actor can query its own recovery status via the methods\n      def recoveryRunning: Boolean\n      def recoveryFinished: Boolean\n   *  *\/\n\n  \/* Utils *\/\n  def props(localBasePath: String): Props =\n    Supervisor.props(\n      {\n        case _: ArithmeticException => Resume\n        case _: java.nio.file.InvalidPathException => Stop\n        case _: Exception => Restart\n      },\n      Props(new ServableRegistry(localBasePath))\n        .withMailbox(\"scoring-priority-mailbox\")\n        .withDispatcher(\"blocking-io-dispatcher\")\n    )\n\n  \/* Sharding *\/\n  \/\/ SEE https:\/\/doc.akka.io\/docs\/akka\/2.5\/persistence.html#event-adapters\n\n  def startClusterSharding(localBasePath: String)(implicit system: ActorSystem): ActorRef = {\n    ClusterSharding(system).start(\n      typeName = \"ServableRegistry\",\n      entityProps = props(localBasePath),\n      settings = ClusterShardingSettings(system)\n        .withRememberEntities(true)\n        .withPassivateIdleAfter(RegistryConfigs.ACTIVITY_TIMEOUT_SECS seconds),\n      extractEntityId = cluster.Sharding.extractEntityId,\n      extractShardId = cluster.Sharding.extractShardId(ApplicationEnvironment.MAX_NUMBER_OF_SHARDS)\n    )\n  }\n\n  final case class ServableRegistryState(\n    serveRequests: mutable.Map[FQRV, ServeRequestShim]\n  )\n\n  private val sslVerify : Boolean = ApplicationEnvironment.config.getBoolean(\"application.ssl-verify\")\n\n}\n\n\nclass ServableRegistry(localBasePath: String) extends Actor with ActorLogging with Timers with PersistentActor {\n  import ServableRegistry._\n\n\/\/  implicit private val dispatcher: ExecutionContextExecutor = context.dispatcher\n  log.info(s\"Using  dispatcher: ${context.dispatcher.toString}\")\n  timers.startPeriodicTimer(TakeSnapshot, TakeSnapshot, RegistryConfigs.STATE_SNAPSHOT_TRIGGER_SECS seconds)\n  private val reuseLocalServableCopyOnRecovery = RegistryConfigs.REUSE_LOCAL_SERVABLE_COPY_ON_RECOVERY\n\n  \/* activate extensions *\/\n  implicit val cluster: Cluster = Cluster(context.system)\n  val mediator: ActorRef = DistributedPubSub(context.system).mediator\n\n  \/* Persistent Data - Shard local *\/\n  \/\/ TODO Servable Registry is no longer responsible for more than one servable,\n  private var servables = mutable.Map.empty[FQRV, Servable]\n  private var serveRequests = mutable.Map.empty[FQRV, ServeRequestShim]\n\n  override def receiveCommand: Receive = {\n    case request: Score =>\n      sender() ! {\n        servables.get(request.fqrv) match {\n          \/\/ basic request\n          case Some(servable: HasBasicSupport) if request.isInstanceOf[BasicScore] =>\n            val basicRequest = request.asInstanceOf[BasicScore]\n            servable.score(basicRequest.inferenceRequest) match {\n              case Success(prediction) =>\n                if (servable.logPredictions) {\n                  context.system.eventStream.publish(\n                    PredictionEvent(\n                      prediction,\n                      request.isInstanceOf[HighPriorityScoreRequest],\n                      basicRequest.inferenceRequest,\n                      servable.settings.loggingSettings.get))\n                }\n                prediction\n              case Failure(exception) => UnknownServableError(request.fqrv, Some(exception.printableStackTrace))\n            }\n          \/\/ GraphPipe request\n          case Some(servable: HasGraphPipeSupport) if request.isInstanceOf[GraphPipeScore] =>\n            val gpRequest = request.asInstanceOf[GraphPipeScore]\n            Try {\n              val req = graphpipe.Request.getRootAsRequest(gpRequest.reqBytes.asReadOnlyByteBuffer().order(ByteOrder.LITTLE_ENDIAN))\n              val inferRequest = req.req(new InferRequest()).asInstanceOf[InferRequest]\n              servable.scoreGP(inferRequest)\n            } match {\n              case Success(inferResponseBytes) =>\n                val prediction = PredictionGP(protoBString.copyFrom(inferResponseBytes), request.fqrv)\n                if (servable.logPredictions) {\n                  context.system.eventStream.publish(\n                    PredictionEventGP(\n                      prediction,\n                      request.isInstanceOf[HighPriorityScoreRequestGP],\n                      gpRequest.reqBytes,\n                      servable.settings.loggingSettings.get))\n                }\n                inferResponseBytes\n              case Failure(exception) =>\n                UnknownServableError(request.fqrv, Some(exception.printableStackTrace))\n            }\n          case Some(servable) =>\n            ProtocolNotSupported(request.fqrv, s\"Servable ${servable.getClass.getSimpleName} does not conform to `HasBasicSupport` protocol\")\n          case _ => UnknownServable(request.fqrv)\n        }\n      }\n\n    case Registry_GetServableMetaDataGP(fqrv) =>\n      sender() ! {\n        servables.get(fqrv) match {\n          case Some(servable: HasGraphPipeSupport) => Try(servable.asInstanceOf[HasGraphPipeSupport].getGPMetaData) match {\n            case Success(metadata) => metadata\n            case Failure(exception) => UnknownServableError(fqrv, Some(exception.printableStackTrace))\n          }\n          case Some(servable) =>\n            ProtocolNotSupported(fqrv, s\"Servable ${servable.getClass.getSimpleName} does not conform to `HasGraphPipeSupport` protocol\")\n          case _ => UnknownServable(fqrv)\n        }\n      }\n\n    case Registry_GetServableMetaData(fqrv) =>\n      sender() ! {\n        servables.get(fqrv) match {\n          case Some(servable) => Try(servable.asInstanceOf[HasBasicSupport].getMetaData) match {\n            case Success(metadata) => metadata\n            case Failure(exception) => UnknownServableError(fqrv, Some(exception.printableStackTrace))\n          }\n          case _ => UnknownServable(fqrv)\n        }\n      }\n\n    case command: HasSideEffects => handleSideEffectingCommand(command)\n\n    case TakeSnapshot =>\n      saveSnapshot(ServableRegistryState(serveRequests))\n\n    case Shutdown | ShardRegion.Passivate =>\n      \/\/ safe shutdown. Poison Pill doesn't work with persistent actors due to persistent actor stash\n      log.info(s\"Safe shutdown of ${self.path} ... \")\n      context.stop(self)\n\n    \/**\n      * We don't use this anymore. Instead we rely on akka.cluster.sharding.passivate-idle-entity-after setting,\n      * or by explicitly setting ClusterShardingSettings.passivateIdleAfter\n      * This is a tradeoff. On one hand, this doesn't give us finer control to do this like: If the entity\n      * is still updating time-based phase-in percentages to keep it alive even if it's not getting score requests.\n      * On the other hand, it's more difficult to implement correctly if used as we'd have to account for every message\n      * that we don't want to trigger a reset of the receive timeout by mixing in `NotInfluenceReceiveTimeout` for every\n      * message that we don't want to cause a reset of the timeout timer. For example, perhaps we want to selectively\n      * reset the timer based on if an `EvalActiveServables` evaluation results in any updates to the actor state.\n      * Again, there is a tradeoff here simplicity with using `passivateIdleAfter` that relies solely on incoming messages\n      * through the shard region, i.e., doesn't reset with any self-sent messages or messages sent to the actor directly\n      * vs. the fine-grained control, but more complex, implementation with ReceiveTimeouts. We're going with simplicity\n      * for now.\n      *\/\n    case ReceiveTimeout =>\n      log.info(s\"ServableRegistry has had no activity for the configured ReceiveTimeout, passivating servables ${servables.keys}\")\n      context.parent ! ShardRegion.Passivate(Shutdown)\n  }\n\n  override def receiveRecover: Receive = {\n    case ServableSettingsUpdated(fqrv, servableSettings) =>\n      serveRequests.get(fqrv).foreach(req => serveRequests += (fqrv -> req.withServableSettings(servableSettings)))\n      servables(fqrv).settings = servableSettings\n\n    case ServableDeleted(fqrv) =>\n      serveRequests -= fqrv\n      servables -= fqrv\n      log.info(s\"ServableDeleted: $fqrv\")\n\n      \/\/ Cleanup local storage\n      log.info(s\"Checking local storage cleanup requirements... Reuse local servable copy on recovery: $reuseLocalServableCopyOnRecovery\")\n      if (reuseLocalServableCopyOnRecovery) {\n        val path = Paths.get(localBasePath, fqrv.toString).toString\n\n        \/\/ ensure local copy cleanup as dist pub\/sub does not necessarily guarantee delivery\n        NodeActor.cleanupLocalStorage(path)\n        mediator ! Publish(classOf[CleanupLocalStorage].getSimpleName, CleanupLocalStorage(path))\n      }\n\n      if (servables.isEmpty){\n        \/*To permanently stop entities, a Passivate message must be sent to the parent of the entity actor,\n        otherwise the entity will be automatically restarted after the entity restart backoff specified in\n        the configuration.*\/\n        log.info(s\"Servable list empty; stopping self ${self.path} by sending passivate message to parent\")\n        context.parent ! ShardRegion.Passivate(Shutdown)\n      }\n\n    case CreateServableRequested(serveRequest) =>\n      loadServable(serveRequest) { servable =>\n        servables += (servable.fqrv -> servable)\n        serveRequests += (servable.fqrv -> serveRequest)\n      } { ex => log.error(s\"Exception encountered while loading Servable for serve request $serveRequest. ${ex.printableStackTrace}\") }\n\n    case (CreateServableRequested(serveRequest), servable: Servable) =>\n      servables += (servable.fqrv -> servable)\n      serveRequests += (servable.fqrv -> serveRequest)\n      log.info(s\"Created new servable ${servable.fqrv} with: ${serveRequest.servableSettings}\")\n\n    case SnapshotOffer(metadata, snapshot: ServableRegistryState) =>\n      serveRequests = snapshot.serveRequests\n      serveRequests.values.foreach(serveRequest =>\n        loadServable(serveRequest) { servable =>\n          servables += (servable.fqrv -> servable)\n          log.info(s\"Snapshot offer successfully completed for $metadata\")\n          deleteMessages(metadata.sequenceNr)\n        } { ex => log.error(s\"Exception encountered while loading Servable from snapshot for serve request $serveRequest. ${ex.printableStackTrace}\") }\n      )\n\n    case SaveSnapshotSuccess(metadata) => log.info(s\"Snapshot successful for $metadata\")\n    case SaveSnapshotFailure(metadata, reason) => log.warning(s\"Snapshot failed for $metadata due to ${reason.printableStackTrace}\")\n    case RecoveryCompleted =>\n      \/\/ perform init after recovery, before any other messages\n      if (recoveryRunning) {\n        log.info(s\"Recovery completed for $persistenceId\")\n      } else {\n        log.info(s\"New actor created for $persistenceId\")\n      }\n\n    case something => log.warning(s\"ServableRegistry - Received something we don't understand $something\")\n  }\n\n  override def preStart(): Unit = log.info(s\"Starting actor with persistenceID ${\"ServableRegistryActor-\" + self.path.name}\")\n\n  \/**\n    * The main responsibility of an event handler is changing persistent actor state using event data and notifying\n    * others about successful state changes by publishing events. SEE https:\/\/doc.akka.io\/docs\/akka\/2.5\/persistence.html\n    *\n    * @param command\n    * Any Registry command that has a side effect\n    *\/\n  private def handleSideEffectingCommand(command: HasSideEffects) {\n    def handleUpdateServable(fqrv: FQRV, settings: ServableSettings, deliveryId: Long, requester: ActorRef) {\n      def update(servable: Servable) {\n        if (servable.settings == settings)\n          sender() ! Registry_UpdateWithSameSettingsRequested(deliveryId, fqrv, requester)\n        else {\n          servable.settings = settings\n          persist(ServableSettingsUpdated(fqrv, settings)) { event =>\n            sender() ! Registry_ValidUpdateReceived(deliveryId, fqrv, requester)\n            receiveRecover(event)\n            log.info(s\"Updated servable $fqrv with $settings\")\n          }\n        }\n      }\n\n      servables.get(fqrv) match {\n        case Some(servable) =>\n          update(servable)\n        case None =>\n          sender() ! Registry_UpdateForUnknownServableRequested(deliveryId, fqrv, requester)\n      }\n    }\n\n    def handleCreateServable(serveRequest: ServeRequestShim, deliveryId: Long, requester: ActorRef): Unit = {\n\n      def create(): Unit = {\n        loadServable(serveRequest) { servable =>\n          persist(CreateServableRequested(serveRequest)) { event =>\n            sender() ! Registry_ValidCreateServableRequest(deliveryId, serveRequest, requester)\n            receiveRecover((event, servable)) \/\/ INFO per docs, we are allowed to close over the actor's state in the handler\n          }\n        } { ex: Throwable =>\n          sender() ! Registry_InvalidCreateServableRequest(deliveryId, serveRequest, requester, ex)\n        }\n      }\n\n      servables.get(serveRequest.getUltimateFQRV) match {\n        case None =>\n          create()\n        case Some(servable) =>\n          sender() ! Registry_ServableAlreadyExists(deliveryId, servable.fqrv, servable.settings, requester)\n      }\n    }\n\n    def handleDeleteServable(fqrv: FQRV, deliveryId: Long, requester: ActorRef): Unit = {\n      servables.get(fqrv) match {\n        case None =>\n          sender() ! Registry_DeleteForUnknownServableRequested(deliveryId, fqrv, requester)\n        case Some(_) =>\n          persist(ServableDeleted(fqrv)) { event =>\n            sender() ! Registry_ValidDeleteReceived(deliveryId, fqrv, requester)\n            receiveRecover(event)\n          }\n\n      }\n    }\n\n    command match {\n      case Registry_UpdateServable(fqrv, settings, deliveryId, requester) => handleUpdateServable(fqrv, settings, deliveryId, requester)\n      case Registry_CreateServable(serveRequest, deliveryId, requester) => handleCreateServable(serveRequest, deliveryId, requester)\n      case Registry_DeleteServable(fqrv, deliveryId, requester) => handleDeleteServable(fqrv, deliveryId, requester)\n    }\n  }\n\n  private def loadServable(serveRequest: ServeRequestShim)(successAction: Servable => Unit)(failureAction: Throwable => Unit) {\n    import cats.syntax.either._\n\n    val fqrv = serveRequest.getUltimateFQRV\n    val protocol: SourceStorageProtocols.EnumVal = SourceStorageProtocols.getProtocolWithDefault(serveRequest.path, SourceStorageProtocols.LOCAL)\n\n    def tryLoad(pre: () => Either[Throwable, Unit] = () => Right(Unit),\n                post: () => Either[Throwable, Unit] = () => Right(Unit)\n               )(implicit eCTX: EnvironmentContext) = {\n      def load = {\n        Try {\n          serveRequest match {\n            case s: BasicServeRequest =>\n              s.flavor match {\n                case loader: H2OMojoFlavor =>\n                  log.info(s\"Trying to load a BasicServeRequest $s\")\n\n                  loader.createServable(\n                    ArtifactReader\n                      .getArtifactReader(s.getArtifactPath)\n                      .getArtifact(loader.getRelativeServablePath, eCTX.localDir.getAbsolutePath),\n                    fqrv,\n                    s.servableSettings)\n              }\n\n            case s: MLFlowServeRequest =>\n              log.info(s\"Trying to load an MLFlowServeRequest $s\")\n              val mlModelPath = Paths.get(eCTX.localDir.getAbsolutePath, \"MLmodel\").toString\n              log.debug(s\"Attempting to parse mlModelPath = $mlModelPath\")\n\n              val json = yaml.parser.parse(new FileReader(mlModelPath))\n\n              val model = json\n                .leftMap(err => err: Error)\n                .flatMap(_.as[MLFlowModelSpec])\n                .valueOr(throw _)\n\n              val (flavorName, servableLoader) = {\n                model.getServableFlavor match {\n                  case Some(flavor) => flavor\n                  case None => throw new IllegalArgumentException(s\"No support for any of the servable flavors provided: ${model.flavors}\")\n                }\n              }\n              val loader = servableLoader.asInstanceOf[Loader]\n\n              loader.createServable(\n                model\n                  .artifactReader\n                  .getArtifact(loader.getRelativeServablePath, eCTX.localDir.getAbsolutePath),\n                fqrv,\n                serveRequest.servableSettings)\n          }\n        }.toEither\n      }\n\n      for {\n        preOp <- pre().right\n        servable <- load.right\n        postOp <- post().right\n      } yield servable\n\n    }\n\n    val servableTry = Try (if (reuseLocalServableCopyOnRecovery) {\n      val localDirPath = Paths.get(localBasePath, fqrv.toString)\n      val localDir = localDirPath.toFile\n      implicit val eCTX: EnvironmentContext = EnvironmentContext(localDir)\n\n      if (recoveryRunning) {\n        if (localDir.exists()) {\n          log.info(s\"Found a local copy while in recovery for ${fqrv.toString}\")\n          val attempt = tryLoad()\n          attempt match {\n            case Left(_) =>\n              log.info(s\"Local copy failed to load for ${fqrv.toString}, delete and re-download\")\n              tryLoad(\n                () => Try {\n                  FileUtils.deleteDirectory(localDir)\n                  Files.createDirectories(localDirPath)\n                  protocol.downloadDirectory(serveRequest.path, localDir, fqrv, sslVerify)\n                }.toEither\n              )\n            case _ =>\n              attempt\n          }\n        }\n        else {\n          log.info(s\"No local copy for ${fqrv.toString}, create one\")\n          tryLoad(\n            () => Try {\n              Files.createDirectories(localDirPath)\n              protocol.downloadDirectory(serveRequest.path, localDir, fqrv, sslVerify)\n            }.toEither\n          )\n        }\n      } else {\n        log.info(s\"Not in recovery, but reuse local selected for ${fqrv.toString}. We're setting up for a new download and keeping the local copy around.\")\n        tryLoad(\n          () => Try {\n            if (localDir.exists()) {\n              log.info(s\"Deleting local copy for ${fqrv.toString}, (something left behind from another failed attempt)\")\n              FileUtils.deleteDirectory(localDir)\n            }\n            log.info(s\"Creating local directory: ${localDirPath.toString}\")\n            Files.createDirectories(localDirPath)\n            log.info(s\"Create new local copy for ${fqrv.toString}\")\n            protocol.downloadDirectory(serveRequest.path, localDir, fqrv, sslVerify)\n          }.toEither\n        )\n      }\n    } else {\n      log.info(s\"Don't reuse local copy selected for ${fqrv.toString}. Create temporary directory and cleanup after.\")\n      val localDir: File = Files.createTempDirectory(Paths.get(localBasePath), fqrv.toString).toFile\n      implicit val eCTX: EnvironmentContext = EnvironmentContext(localDir)\n\n      tryLoad(\n        () => Try {\n          protocol.downloadDirectory(serveRequest.path, localDir, fqrv, sslVerify)\n        }.toEither,\n        () => Right {\n          try {\n            FileUtils.deleteDirectory(localDir)\n          } catch {\n            case ex: Throwable => log.warning(s\"Exception while cleaning up local temporary directory: ${ex.printableStackTrace}\")\n          }\n        }\n      )\n    })\n\n    servableTry match {\n      case Success(Right(servable)) => successAction(servable)\n      case Success(Left(exception: Throwable)) => failureAction(exception)\n      case Failure(exception: Throwable) => failureAction(exception)\n    }\n  }\n\n  override def persistenceId: String = \"ServableRegistry-\" + self.path.name\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"serving\/src\/main\/scala\/com\/dreamworks\/forestflow\/serving\/Main.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.serving\n\nimport _root_.akka.actor.ActorSystem\nimport com.dreamworks.forestflow.event.subscribers.PredictionLogger\nimport com.dreamworks.forestflow.serving.cluster.{ServableProxy, ServableRegistry}\nimport com.dreamworks.forestflow.serving.restapi.HTTPServer\nimport com.dreamworks.forestflow.startup.ClusterNodeStartup\nimport com.dreamworks.forestflow.startup.ActorSystemStartup.system.log\nimport com.typesafe.config.Config\n\nimport scala.util.{Failure, Success, Try}\n\n\/\/noinspection TypeAnnotation\nobject Main extends ClusterNodeStartup {\n\n  def main(args: Array[String]): Unit = {\n    Start(requiresLocalDirectory = true)\n  }\n\n  override def postStartup(implicit system: ActorSystem, config: Config): Unit = {\n    import com.dreamworks.forestflow.startup.ActorSystemStartup.{cluster, shutdown}\n    log.info(s\"Starting ServableRegistry...\")\n    val registry = ServableRegistry.startClusterSharding(config.getString(\"application.local-working-dir\"))\n    log.info(s\"Starting ServableProxy...\")\n    val proxy = ServableProxy.startClusterSharding(registry)\n    log.info(s\"Starting HTTP Server...\")\n    new HTTPServer(proxy)\n\n    \/\/ Startup event-subscribers\n    val basic_topic = Try(config.getString(\"application.kafka-prediction-logger.basic-topic\")).toOption\n    val gp_topic = Try(config.getString(\"application.kafka-prediction-logger.graphpipe-topic\")).toOption\n\n    if (basic_topic.isDefined || gp_topic.isDefined){\n      log.info(s\"Setting up Kafka prediction logging with basic_topic: $basic_topic graphpipe_topic: $gp_topic\")\n      val predictionLogger = system.actorOf(PredictionLogger.props(basic_topic, gp_topic))\n    }\n\n    super.postStartup\n  }\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"common\/src\/main\/scala\/com\/dreamworks\/forestflow\/scalapb\/CustomTypeMappers.scala","text":"\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.scalapb\n\nimport akka.actor.ActorRef\nimport com.typesafe.scalalogging.LazyLogging\nimport scalapb.TypeMapper\n\nobject CustomTypeMappers {\n\n  object ActorTypeMappers extends LazyLogging {\n    import com.dreamworks.forestflow.akka.extensions.ExternalAddress\n    import com.dreamworks.forestflow.startup.ActorSystemStartup\n\n    def serializeAkkaDefault(ref: ActorRef): String =\n      ref.path.toSerializationFormatWithAddress(ExternalAddress(ActorSystemStartup.system).addressForAkka) \/\/ toSerializationFormat \/\/\n\n    def deserializeAkkaDefault(refString: String): ActorRef =\n      ExternalAddress(ActorSystemStartup.system).akkaActorRefFromString(refString)\n\n\n    implicit val actorRefTypeMapper: TypeMapper[String, akka.actor.ActorRef] =\n      TypeMapper[String, akka.actor.ActorRef] {\n        from =>\n          \/\/ logger.trace(s\"Deserializing actor ref string: $from to ${deserializeAkkaDefault(from)}\")\n          deserializeAkkaDefault(from) } {\n        ref =>\n          \/\/ logger.trace(s\"Serializing actor ref $ref to ${serializeAkkaDefault(ref)}\")\n          serializeAkkaDefault(ref)\n      }\n  }\n\n}\n"}
{"repo_name":"aalkilani\/ForestFlow","path":"event-subscribers\/src\/main\/scala\/com\/dreamworks\/forestflow\/event\/subscribers\/Main.scala","text":"<filename>event-subscribers\/src\/main\/scala\/com\/dreamworks\/forestflow\/event\/subscribers\/Main.scala\n\/**\n * Copyright 2020 DreamWorks Animation L.L.C.\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.dreamworks.forestflow.event.subscribers\n\nimport java.net.InetAddress\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.actor.CoordinatedShutdown.PhaseBeforeActorSystemTerminate\nimport akka.cluster.Cluster\nimport akka.management.cluster.bootstrap.ClusterBootstrap\nimport akka.management.scaladsl.AkkaManagement\nimport com.typesafe.config.Config\nimport com.typesafe.scalalogging.StrictLogging\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success, Try}\n\nobject Main extends StrictLogging {\n  def main(args: Array[String]): Unit = {\n    import com.dreamworks.forestflow.startup.ActorSystemStartup._\n\n    preStartup(typeSafeConfig)\n\n    logger.info(s\"Started system: [$system], cluster.selfAddress = ${cluster.selfAddress}\")\n\n    shutdown.addTask(PhaseBeforeActorSystemTerminate, \"main.cleanup\") { () => cleanup(typeSafeConfig) }\n\n    bootstrapCluster(system, cluster)\n\n    logger.info(s\"Sharding lease owner for this node will be set to: ${cluster.selfAddress.hostPort}\")\n\n    \/\/ Start application after self member joined the cluster (Up)\n    cluster.registerOnMemberUp({\n      logger.info(s\"Cluster Member is up: ${cluster.selfMember.toString()}\")\n      postStartup\n    })\n\n  }\n\n  private def bootstrapCluster(system: ActorSystem, cluster: Cluster): Unit = {\n    \/\/ Akka Management hosts the HTTP routes used by bootstrap\n    AkkaManagement(system).start()\n\n    \/\/ Starting the bootstrap process needs to be done explicitly\n    ClusterBootstrap(system).start()\n\n    system.log.info(s\"Akka Management hostname from InetAddress.getLocalHost.getHostAddress is: ${InetAddress.getLocalHost.getHostAddress}\")\n  }\n\n  private def preStartup(config: Config): Unit = {\n\n  }\n\n  private def postStartup(implicit system: ActorSystem, config: Config): Unit = {\n    \/\/ Kafka Prediction Logger setup\n    import system.log\n\n    val basic_topic = Try(config.getString(\"application.kafka-prediction-logger.basic-topic\")).toOption\n    val gp_topic = Try(config.getString(\"application.kafka-prediction-logger.graphpipe-topic\")).toOption\n\n    if (basic_topic.isDefined || gp_topic.isDefined){\n      log.info(s\"Setting up Kafka prediction logging with basic_topic: $basic_topic graphpipe_topic: $gp_topic\")\n      val predictionLogger = system.actorOf(PredictionLogger.props(basic_topic, gp_topic))\n    }\n  }\n\n  private def cleanup(config: Config)(implicit executionContext: ExecutionContext) = Future {\n    Done\n  }\n}\n"}
{"repo_name":"bwbecker\/jsFacadeOptionBuilder","path":"src\/main\/scala\/ca\/bwbecker\/facades\/builder\/package.scala","text":"<filename>src\/main\/scala\/ca\/bwbecker\/facades\/builder\/package.scala\npackage ca.bwbecker.facades\n\n\/**\n  * Created by bwbecker on 2017-05-25.\n  *\/\npackage object builder {\n\n  \/**\n    * A map of option values, which JSOptionBuilder builds up.\n    *\/\n  type OptMap = Map[String, Any]\n\n\n  \/**\n    * An initial empty map of option values, which you use to begin building up\n    * the options object.\n    *\/\n  val noOpts = Map.empty[String, Any]\n\n}\n"}
{"repo_name":"bwbecker\/jsFacadeOptionBuilder","path":"build.sbt","text":"<reponame>bwbecker\/jsFacadeOptionBuilder\ncrossScalaVersions in ThisBuild := Seq(\"2.13.5\")\nscalaVersion in ThisBuild := (crossScalaVersions in ThisBuild).value.head\n\n\n\nlazy val root = project.in(file(\".\")).\n  enablePlugins(ScalaJSPlugin)\n\nname := \"jsFacadeOptionBuilder Library for Scala.js\"\n\nnormalizedName := \"jsFacadeOptionBuilder\"\n\nversion := \"0.9.6\"\n\norganization := \"ca.bwbecker\"\n\n\n\nval keyFile: File = Path.userHome \/ \".ssh\" \/ \"oat_rsa\"\n\nval publishMavenStyle = true\n\npublishTo in ThisBuild := Some(Resolver.ssh(\n\t\"OAT Lib Cross-platform\",\n\t\"linux.cs.uwaterloo.ca\",\n\t\"\/u1\/cs-oat\/public_html\/maven\").as(\"cs-oat\", keyFile).withPublishPermissions(\"0644\"))\n\n"}
{"repo_name":"byion\/akka-demo","path":"build.sbt","text":"<reponame>byion\/akka-demo\nname := \"\"\"akka-demo\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.6\"\n\nlibraryDependencies ++= Seq(\n  \/\/ https:\/\/mvnrepository.com\/artifact\/org.scala-lang.modules\/scala-java8-compat\n  \"org.scala-lang.modules\" %% \"scala-java8-compat\" % \"0.8.0\",\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.16\",\n  \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.3.6\" % \"test\",\n  \"junit\" % \"junit\" % \"4.11\" % \"test\",\n  \"com.novocode\" % \"junit-interface\" % \"0.10\" % \"test\"\n)\n\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/MirrorFactory.scala","text":"package gv.jleon\npackage domain\n\nimport scala.collection.JavaConverters._\n\nimport shapeless.{ HNil, :: }\n\nimport config.{ RichConfigValue }\n\nobject MirrorFactory {\n\n  final object key {\n    val FetchStrategy = \"fetchStrategy\"\n    val Mirrors = \"mirrors\"\n  }\n\n  \/**\n   * Yield `(mirror prefix \u21d2 mirror config)\n   *\n   * @param self root (\"mirrors\") mirrors config\n   *\/\n  final implicit class MirrorsConfig(val self: config.tsConfigObject) extends AnyVal {\n    def entries: Traversable[(String, config.tsConfig)] =\n      self.asScala\n        .map {\n          case (name, value) \u21d2\n            value.asConfig.map { conf \u21d2 (name, conf) }\n        }\n        .collect { case Some(p) \u21d2 p }\n  }\n\n  \/**\n   * A mirror config (entry in \"mirrors\").\n   *\n   * @param self an entry under \"mirrors\"\n   *\/\n  final implicit class MirrorConfig(val self: config.tsConfig) extends AnyVal {\n    @inline def fetchStrategy: String = self getString key.FetchStrategy\n    @inline def mirrors: config.tsConfigObject = self getObject key.Mirrors\n  }\n}\n\nimport MirrorFactory._\n\ntrait MirrorFactory extends Any {\n\n  private[this] def fetchStrategy(\n    implicit\n    config:          MirrorConfig,\n    fetchRepository: FetchRepository\n  ): Option[Fetch] =\n    fetchRepository(config.self getString key.FetchStrategy)\n\n  private[this] def mirrors(\n    implicit\n    config: MirrorConfig,\n    prefix: Mirror.Prefix\n  ): Vector[Mirror] =\n    config.self\n      .getObject(key.Mirrors).asScala\n      .map {\n        case (name, configValue) \u21d2\n          configValue.asString.map { url \u21d2\n            Mirror(baseUrl = Uri(url), prefix = prefix, name = name)\n          }\n      }\n      .collect { case Some(m) \u21d2 m }\n      .toVector\n\n  private[this] def mirrorsWithFetchStrategy(\n    implicit\n    config:          MirrorConfig,\n    prefix:          Mirror.Prefix,\n    fetchRepository: FetchRepository\n  ): Option[Vector[Mirror :: Fetch :: HNil]] =\n    fetchStrategy.map { fetch \u21d2\n      mirrors map (_ :: fetch :: HNil)\n    }\n\n  def fromConfig(\n    implicit\n    config:          MirrorsConfig,\n    fetchRepository: FetchRepository\n  ): Map[Mirror.Prefix, Vector[Mirror :: Fetch :: HNil]] = {\n    config.entries.map {\n      case (prefixV, mirrorConfigV) \u21d2\n        implicit val prefix: Mirror.Prefix = prefixV\n        implicit val mirrorConfig: MirrorConfig = mirrorConfigV\n        mirrorsWithFetchStrategy map ((prefix, _))\n    }\n      .collect { case Some(ms) \u21d2 ms }\n      .toMap\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/JavaIoConversions.scala","text":"package gv\npackage isi\npackage std\npackage conversions\n\nimport language.{ postfixOps }\n\nimport java.{ nio \u21d2 jnio, io \u21d2 jio }\nimport jnio.{ ByteBuffer }\nimport jnio.channels.{ ReadableByteChannel, WritableByteChannel, Channels }\nimport jio.{ InputStream, OutputStream }\n\nimport isi.io.{ ByteSource }\n\nimport io.{ ByteSourceDecoration }\nimport convertible.{ ~\u21d2 }\n\nprivate[this] case object Imports extends AnyRef\n  with functional.Unfold\nimport Imports._\n\ntrait JavaIoConversions extends AnyRef {\n\n  final implicit val `ReadableByteChannel ~=> InputStream`: ReadableByteChannel ~\u21d2 InputStream =\n    Channels newInputStream\n\n  final implicit val `InputStream ~=> ReadableByteChannel`: InputStream ~\u21d2 ReadableByteChannel =\n    Channels newChannel\n\n  final implicit val `WritableByteChannel ~=> OutputStream`: WritableByteChannel ~\u21d2 OutputStream =\n    Channels newOutputStream\n\n  final implicit val `OutputStream ~=> WritableByteChannel`: OutputStream ~\u21d2 WritableByteChannel =\n    Channels newChannel\n\n  final implicit def `T: ByteSource ~=> ReadableByteChannel`[T: ByteSource]: T ~\u21d2 ReadableByteChannel =\n    (self: T) \u21d2 new ReadableByteChannel {\n      def isOpen: Boolean = true\n      def close(): Unit = ()\n      def read(into: ByteBuffer): Int = ByteSource[T] readInto (self, into)\n    }\n\n  final implicit def `ReadableByteChannel ~=> ByteSource[T]`: ReadableByteChannel ~\u21d2 ByteSource[Any] =\n    (channel: ReadableByteChannel) \u21d2 (sourceNotUsed: Any, into: ByteBuffer) \u21d2 channel read into\n\n  final implicit def `ByteSource ~\u21d2 Stream[ByteBuffer]`[BS: ByteSource]: BS ~\u21d2 Stream[ByteBuffer] =\n    source \u21d2 unfold(()) { _ \u21d2\n      val buffer = ByteBuffer.allocate(8 << 10)\n      buffer.clear()\n      val read = source.read(buffer)\n      buffer.flip()\n      if (read == -1)\n        None\n      else\n        Some { ((), buffer) }\n    }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/http\/Response.scala","text":"package gv\npackage jleon2\npackage model.http\n\nimport java.nio.{ ByteBuffer }\n\nimport akka.{ NotUsed }\nimport akka.stream.scaladsl.{ Source }\n\ntrait Response {\n\n  \/**\n   * @return Success(()) for ok, Failure() with explanation otherwise\n   *\/\n  val isSuccess: util.Try[Unit]\n\n  val bytes: Source[ByteBuffer, NotUsed]\n\n}\n\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/MapReduce.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait MapReduce extends Any {\n  final def mapReduce[A, A1 >: A, F[_]](implicit t: Traversable[F], m: Monoid[A1]): F[A1] \u21d2 A1 =\n    t.traverse(m.zero)(m.op)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/ScaladocConfiguration.scala","text":"\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Keys._\n\nobject ScaladocConfiguration {\n\n  val ProjectSettings = Seq(\n    autoAPIMappings := true\n  )\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/Conversion.scala","text":"package gv\npackage isi\npackage convertible\n\nimport language.{ implicitConversions }\n\ntrait Conversion[-A, +B] {\n  def apply(a: A): B\n}\n\nobject Conversion {\n  implicit def toFunction[A, B](conv: Conversion[A, B]): A \u21d2 B = conv.apply\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/storage\/LockResult.scala","text":"<gh_stars>1-10\npackage gv.jleon2\npackage model\npackage storage\n\nimport java.nio.channels.{ ReadableByteChannel, WritableByteChannel }\n\nsealed trait LockResult\n\nobject LockResult {\n\n  \/\/ Used as future errors\n  final case class Locked(cause: Throwable) extends Exception(\"locked\", cause)\n  final case class Failed(cause: Throwable) extends Exception(\"failed\", cause)\n\n  final case class Acquired(channel: WritableByteChannel) extends AnyRef with LockResult\n  final case class Found(channel: ReadableByteChannel) extends AnyRef with LockResult\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/error\/Mirror.scala","text":"package gv.jleon2\npackage model\npackage error\n\ntrait Mirror extends Any with Handler\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/ChainedConversions.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.isi\npackage convertible\n\n\/**\n * Provide conversions if there is a chained conversion available.\n *\/\ntrait ChainedConversions extends Any {\n\n  \/\/  final implicit def `A ~=> B ~=> C`[A, B, C](implicit a2b: A ~\u21d2 B, b2c: B ~\u21d2 C): A ~\u21d2 C =\n  \/\/    (a2b andThen b2c).apply\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/JavaNioStreams.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon\/util\/JavaNioStreams.scala\npackage gv.jleon.util\n\ntrait JavaNioStreams {\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/TypeClassPackage.scala","text":"package gv\npackage jleon4\n\nimport language.{ higherKinds }\n\ntrait TypeClassPackage {\n\n  trait TypeClass[-Self] extends Any {\n    type Out\n\n    def apply(self: Self): Out\n  }\n\n  object TypeClass {\n    trait WithTypeParams[-Self, out] extends Any with TypeClass[Self] {\n      final type Out = out\n    }\n  }\n\n  trait TypeClassCompanion[TC[T] <: TypeClass[T]] {\n    def apply[T: TC]: TC[T] = implicitly\n    def apply[T](self: T)(implicit tc: TC[T]): tc.Out = tc(self)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/package.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\n\nimport language.higherKinds\n\npackage object functional extends AnyRef\n    with Rapply\n    with MapReduce\n    with typeclasses.Numeric\n    with typeclasses.Collections\n    with monads.Collections\n    with monads.ScalaGenericCompanions\n    with BindersPackage\n{\n\n  final implicit class MonadDecorations[F[_], A](val fa: F[A]) extends AnyVal with MonadOps[F, A]\n\n  final implicit class FunctorDecorations[F[_], A](val fa: F[A]) extends AnyVal with FunctorOps[F, A]\n\n  final implicit class TraversableDecorations[F[_], A](val fa: F[A]) extends AnyVal with TraversableOps[F, A]\n\n  final implicit class MapReduceOps[F[_], A](val fa: F[A]) extends AnyVal with MapReduce\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Unfold.scala","text":"package gv\npackage isi.functional\n\ntrait Unfold extends Any {\n\n  def unfold[A, B](a: A)(f: A \u21d2 Option[(A, B)]): Stream[B] =\n    f(a) map { case (a, b) \u21d2 b #:: unfold(a)(f) } getOrElse Stream.empty\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ToTryConversions.scala","text":"package gv\npackage isi\npackage std.conversions\n\nimport scala.util.{ Try, Success, Failure }\n\nimport convertible.{ ~=> }\n\n\/**\n * Provide conversions from standard type to [[scala.util.Try]].\n *\/\ntrait ToTryConversions extends Any {\n\n  final implicit def `Option[T] ~=> Try[T]`[T]: Option[T] ~=> Try[T] = {\n    case Some(v) \u21d2 Success(v)\n    case None    \u21d2 Failure(new NoSuchElementException(\"Option.None\"))\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/package.scala","text":"package gv\n\npackage object jleon4 extends AnyRef\n  with isi.convertible.ConvertiblePackage\n  with isi.StdAliasesPackage\n  with isi.std.conversions.ImplicitResolutionOrder.Conversions\n  with Util\n  with Imports\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/typeclasses\/Collections.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/typeclasses\/Collections.scala<gh_stars>1-10\npackage gv\npackage isi\npackage functional\npackage typeclasses\n\nimport language.higherKinds\nimport collection.generic.{ CanBuild, CanBuildFrom }\n\ntrait Collections {\n\n  final implicit def zeroCollection[S[_], A](implicit cbf: CanBuild[Nothing, S[A]]): typeclass.Zero[S[A]] =\n    new typeclass.Zero[S[A]] {\n      override def zero: S[A] = cbf().result()\n    }\n\n  final implicit def addableCollection[S[T] <: TraversableOnce[T], A](implicit cbf: CanBuildFrom[S[A], A, S[A]]): typeclass.Addable[S[A]] =\n    new typeclass.Addable[S[A]] {\n      override def op: (S[A], S[A]) \u21d2 S[A] = {\n        case (a, b) \u21d2 (cbf() ++= a ++= b).result()\n      }\n    }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/package.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\n\npackage object domain extends AnyRef {\n  final implicit class FetchRepository(override val self: FetchRepositories.Underlying) extends AnyVal with FetchRepositories.Ops\n  final implicit class MirrorRepository(override val self: MirrorRepositories.Underlying) extends AnyVal with MirrorRepositories.Ops\n  final implicit class LockingStorage(override val self: LockingStorages.Underlying) extends AnyVal with LockingStorages.Ops\n  final implicit class MarkingStorage(override val self: MarkingStorages.Underlying) extends AnyVal with MarkingStorages.Ops\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/ByteSourceInstances.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage std.io\n\nimport java.nio.{ ByteBuffer }\nimport java.nio.channels.{ ReadableByteChannel }\n\nimport isi.io.{ ByteSource \u21d2 BS }\nimport isi.convertible.{ ~\u21d2, Convertible }\n\ntrait ByteSourceInstances extends AnyRef {\n\n  final implicit object ReadableByteChannelSource extends BS[ReadableByteChannel] {\n    @inline\n    def readInto(source: ReadableByteChannel, into: ByteBuffer): Int =\n      source read into\n  }\n\n  \/**\n   * Anything that can be converted to a ReadableByteChannel, has a ByteSource\n   * interpretation as well.\n   *\/\n  final implicit def `T ~=> ReadableByteChanel: ByteSource`[T](implicit conv: T ~\u21d2 ReadableByteChannel): BS[T] =\n    (source, into) \u21d2 ReadableByteChannelSource readInto (source.convertTo[ReadableByteChannel], into)\n\n  final implicit object `ByteBuffer: ByteSource` extends BS[ByteBuffer] {\n    @inline\n    def readInto(source: ByteBuffer, into: ByteBuffer): Int = {\n      val copied: Int = into.remaining\n      val src: ByteBuffer = {\n        val slice = source.slice\n        slice.limit(copied)\n        slice\n      }\n      into.put(src)\n\n      copied\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ToFutureConversions.scala","text":"package gv\npackage isi\npackage std.conversions\n\nimport scala.util.{ Try }\nimport scala.concurrent.{ Future }\n\nimport convertible.{ ~=> }\n\n\/**\n * Provide conversions from standard types to [[scala.concurrent.Future]].\n *\/\ntrait ToFutureConversions extends Any {\n\n  @inline\n  final implicit def `Try[T] ~=> Future[T]`[T]: Try[T] ~=> Future[T] = Future.fromTry _\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/AkkaHttpImports.scala","text":"<gh_stars>1-10\npackage gv.jleon\npackage util\n\nimport akka.http.{ scaladsl \u21d2 akkah }\n\ntrait AkkaHttpImports {\n\n  final type StatusCode = akkah.model.StatusCode\n  final val StatusCode = akkah.model.StatusCode\n  final val StatusCodes = akkah.model.StatusCodes\n\n  final val RequestBuilding = akkah.client.RequestBuilding\n\n  final type HttpExt = akkah.HttpExt\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/AkkaUtilImports.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage util\n\ntrait AkkaUtilImports {\n  final type ByteString = akka.util.ByteString\n  final val ByteString = akka.util.ByteString\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/uri\/Uri.scala","text":"<reponame>mouchtaris\/jleon<gh_stars>1-10\npackage gv\npackage jleon2\npackage model.uri\n\n\/\/import language.{ implicitConversions }\n\ntrait Uri extends Uri.Types {\n  def toJava: java.net.URI\n  def toAkka: akka.http.scaladsl.model.Uri\n}\n\nobject Uri {\n  trait Types extends Any {\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/ScalacheckConfiguration.scala","text":"\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Keys._\n\nobject ScalacheckConfiguration {\n\n  val ProjectSettings = Seq(\n\n    libraryDependencies ++= Seq(\n      \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\" % \"test\"\n    )\n\n  )\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/Main.scala","text":"package gv\npackage jleon4\n\n\/\/import java.net.{ URI \u21d2 JUri }\n\nimport java.nio.{ ByteBuffer }\n\/\/import java.nio.file.{ Path \u21d2 JPath, FileSystem \u21d2 JFileSystem, FileAlreadyExistsException, NoSuchFileException }\n\/\/import java.nio.channels.{ ReadableByteChannel, WritableByteChannel, Channels }\n\nimport language.{\n\/\/  postfixOps\n\/\/  ,\n  implicitConversions\n\/\/  ,\n\/\/  higherKinds\n\/\/  ,\n\/\/  existentials\n}\n\/\/import util.{ Try, Success, Failure }\n\/\/import concurrent.{ Future, ExecutionContext, Await }\n\/\/import concurrent.duration._\n\n\/\/import akka.stream.scaladsl.{ Source, Flow, Sink }\n\/\/import akka.stream.{ Materializer, ActorMaterializer }\n\/\/import akka.actor.{ ActorSystem }\n\/\/import akka.http.scaladsl.server.{ Route, Directives, Directive0 }\n\/\/import akka.http.scaladsl.{ Http }\n\n\/\/import com.typesafe.config.{\n\/\/  Config \u21d2 TSConfig,\n\/\/  ConfigFactory \u21d2 TSConfigFactory\n\/\/}\n\/\/import com.typesafe.scalalogging.{ StrictLogging, Logger }\n\n\/\/import shapeless.{ HNil, ::, HList }\n\nimport isi.convertible._\n\/\/import isi.std.conversions._\n\/\/import isi.std.io._\n\/\/import isi.akka._\n\/\/import isi.{ ~~> }\n\n\/\/import gv.{ jleon4 \u21d2 app }\n\nobject Main extends AnyRef\n    with Util\n    with StrictLogging\n    with TypeClassPackage\n    with ConfigPackage\n    with ConfigInterpretationsPackage\n    with PathPackage\n    with StorageMapPackage\n    with StorageMapInterpretationsPackage\n    with StorageFactoryPackage\n    with StorageFactoryInterpretationsPackage\n    with StoragePackage\n    with StorageInterpretationsPackage {\n  app \u21d2\n  import PathInterpretationsPackage._\n\n  \/\/noinspection TypeAnnotation\n  final case class Factory(\n      tsconfig:   TSConfig    = TSConfigFactory.defaultApplication,\n      fileSystem: JFileSystem = java.nio.file.FileSystems.getDefault\n  ) {\n    private[this] val config = couldBe[Config.Ops] { (tsconfig getConfig \"jleon\") :: fileSystem :: HNil }\n\n    private[this] val storageConfig = couldBe[Config.Ops] { (config.config getConfig \"storage\") :: fileSystem :: HNil }\n\n    val storageFactory = couldBe[StorageFactory.Ops] { storageConfig :: HNil }\n  }\n\n  final case class Main() {\n    val factory: Factory = Factory()\n  }\n\n  def randomTest(): Unit = {\n\n    val path = java.nio.file.Paths.get(\"hibob\")\n    val smap = path :: HNil\n    val ops = implicitly[StorageMap[smap.type]]\n    println(ops(smap).base)\n    println(ops(smap).base.addExt(\"lol\"))\n\n    val tsconfig: TSConfig = TSConfigFactory.defaultApplication\n    val fs: JFileSystem = java.nio.file.FileSystems.getDefault\n    val self2 = tsconfig :: fs :: HNil\n    val ops2 = implicitly[Config[self2.type]]\n    println(ops2(self2).getUri(\"jleon.storage.basePath\"))\n\n    println {\n      val bobo = Main().factory.storageFactory.storageMap(\"bobo\")\n      import bobo._\n      (lock, failure, storage)\n    }\n\n  }\n\n  trait ResourcePackage {\n    \/\/ format: OFF\n    this: Any\n      with TypeClassPackage\n    \u21d2\n    \/\/ format: ON\n\n    trait Resource[T] extends TypeClass.WithTypeParams[T, Resource.Ops]\n\n    object Resource extends TypeClassCompanion[Resource] {\n      trait Ops extends Any {\n        def apply(uri: Uri): Source[ByteString, NotUsed]\n      }\n\n      final implicit def resourceOps[T: Resource](self: T): Resource.Ops = Resource[T](self)\n    }\n  }\n\n  trait FallBackResourcePackage {\n    \/\/ format: OFF\n    this: Any\n      with TypeClassPackage\n      with ResourcePackage\n    =>\n    \/\/ format: ON\n\n    trait FallBackResource[T] extends TypeClass.WithTypeParams[T, FallBackResource.Ops]\n\n    object FallBackResource extends TypeClassCompanion[FallBackResource] {\n      trait Ops extends Any with Resource.Ops {\n        type FallBack\n        def fallBack: FallBack\n        implicit def fallBackOps: CouldBe[Resource.Ops]#t[FallBack]\n\n        def applyImpl(uri: Uri): Source[ByteString, NotUsed]\n\n        final def apply(uri: Uri): Source[ByteString, NotUsed] =\n          applyImpl(uri) recoverWithRetries (1, pf(fallBack(uri)))\n      }\n    }\n\n    final implicit def fallBackResourceOps[T: FallBackResource](self: T): FallBackResource.Ops = FallBackResource[T](self)\n  }\n\n  trait CachingResourcePackage {\n    \/\/ format; OFF\n    app: Any\n      with TypeClassPackage\n      with ResourcePackage\n      with StoragePackage\n    \u21d2\n    \/\/ format: ON\n    trait CachingResource[T] extends TypeClass.WithTypeParams[T, CachingResource.Ops]\n\n    object CachingResource extends TypeClassCompanion[CachingResource] {\n\n      import isi.std.io._\n      import isi.akka._\n      import isi.concurrent.Executors.{ SyncExecutor \u21d2 executeNow }\n\n      final type Out = Source[ByteString, Future[Done]]\n\n      private[this] val handleFound: LockResult ~~> Try[Out] = {\n        case LockResult.Found(ins) \u21d2 Success {\n          ins\n            .convertTo[Stream[ByteString]]\n            .convertTo[Source[ByteString, NotUsed]]\n            .mapMaterializedValue(_ \u21d2 Future successful Done)\n        }\n      }\n\n      private[this] def makeAcquiredSink(outs: WritableByteChannel): Sink[ByteString, Future[Done]] =\n        outs\n          .convertTo[Sink[ByteBuffer, Future[Int]]]\n          .convertTo[Sink[ByteString, Future[Int]]]\n        .mapMaterializedValue(_.map(_ \u21d2 Done)(executeNow))\n\n      trait Ops extends Any {\n        type Resource\n        def source: Resource\n        implicit def sourceOps: CouldBe[Resource.Ops]#t[Resource]\n\n        type Storage\n        def storage: Storage\n        implicit def storageOps: CouldBe[Storage.Ops]#t[Storage]\n\n        final class ForItem(uri: Uri) {\n          private[this] val handleAcquired: LockResult ~~> Try[Out] = {\n            case LockResult.Acquired(outs) \u21d2 Success {\n              val sink = makeAcquiredSink(outs)\n              source(uri).alsoToMat(sink)(Keep.right)\n            }\n          }\n\n          private[this] val handleLockTry: LockResult ~~> Try[Out] =\n            handleAcquired orElse handleFound\n\n          \/**\n           * Store resource if it does not exist.\n           *\/\n          def apply(uri: Uri): Out =\n            storage\n              .tryLock(uri.toString)\n              .flatMap(handleLockTry)\n              .convertToEffect[Future]()\n              .convertTo[Source[ByteString, Future[Done]]]\n        }\n\n        final def apply(uri: Uri) = new ForItem(uri)\n      }\n    }\n\n    final implicit def cachingResourceOps[T: CachingResource](self: T): CachingResource.Ops = CachingResource[T](self)\n  }\n\n  def main0(args: Array[String]): Unit = {\n    object i extends ResourcePackage with FallBackResourcePackage with CachingResourcePackage\n      with TypeClassPackage\n      with StoragePackage\n      with Util\n      with StorageMapPackage\n    import i._\n    import isi.std.io._\n    import isi.akka._\n    import isi.concurrent.Executors.{ SyncExecutor \u21d2 sameThread }\n\n    implicit def recordResource[rc: i.CouldBe[i.Storage.Ops]#t, rec <: HList](rec: rc :: rec): Resource.Ops = new Resource.Ops {\n      val storage :: _ = rec\n\n\n      final def apply(uri: Uri): Source[ByteString, NotUsed] = {\n        val item = uri.toString\n\n        val extractChannelFromUnlock: i.UnlockResult \u21d2 Try[ReadableByteChannel] = {\n          case i.UnlockResult.Unlocked \u21d2 Failure(new Exception(s\"not found: $uri\"))\n        }\n\n        val extractChannelFromLock: i.LockResult \u21d2 Try[ReadableByteChannel] = {\n          case i.LockResult.Found(ins) \u21d2 Success(ins)\n          case i.LockResult.Acquired(outs) \u21d2 for {\n            _ \u2190 Try { outs.close() }\n            unlockResult \u2190 storage tryUnlock item\n            channel \u2190 extractChannelFromUnlock(unlockResult)\n          } yield channel\n        }\n\n        val trySource: Try[Source[ByteString, NotUsed]] = for {\n          lockResult \u2190 storage tryLock item\n          channelIn \u2190 extractChannelFromLock(lockResult)\n          stream = channelIn.convertTo[Stream[ByteString]]\n          source = stream.convertTo[Source[ByteString, NotUsed]]\n        } yield source\n\n        trySource.convertTo[Source[ByteString, NotUsed]]\n      }\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    val main = Main()\n    val sto = main.factory.storageFactory.storage\n\n\n    println {\n      (1 to 2) map (_ \u21d2 sto.tryLock(\"mani\"))\n    }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/storage\/StorageProperties.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage storage\n\nimport shapeless.{ HNil }\n\nimport test._\nimport Prop._\nimport Storage._\n\nobject StorageProperties extends Properties(\"Storage\")\n    with StorageGenerator\n    with JavaNioGenerator\n    with UriGenerator {\n\n  property(\"basePath consistency\") =\n    forAll { (bp: Storage.Path.t) \u21d2\n      (bp :: HNil).basePath ?= bp\n    }\n\n  property(\"fetch iff file exists\") =\n    forAll { (storage: Storage, uri: Uri) \u21d2\n      storage.fetch(uri).isSuccess ?= File.exists(storage.storagePath(uri))\n    }\n\n  property(\"storagePath is under basePath\") =\n    forAll { (storage: Storage, uri: Uri) \u21d2\n      storage.storagePath(uri).toString startsWith storage.basePath.toString\n    }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/AkkaHttpFetch.scala","text":"package gv.jleon\n\nfinal case class AkkaHttpFetch(\n  akkaHttp:     HttpExt,\n  materializer: Materializer\n)\n\nobject AkkaHttpFetch {\n\n  final implicit case object Interpretation extends Fetch.Interpretation[AkkaHttpFetch] {\n    override def fetch(self: AkkaHttpFetch): Fetch.FetchFunc.t =\n      (uri: Uri) \u21d2 {\n        implicit val _materializer = self.materializer\n        Source\n          .fromFuture(self.akkaHttp.singleRequest(RequestBuilding.Get(uri)))\n          .flatMapConcat { response \u21d2\n            response.status match {\n              case StatusCodes.Success(_) \u21d2 response.entity.dataBytes\n              case _                      \u21d2 Source.failed(new IllegalStateException(s\"HTTP response: $response\"))\n            }\n          }\n      }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/RepositoryPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\n\nimport scala.concurrent.{ Future }\n\ntrait RepositoryPackage {\n\n  trait Repository extends Any {\n    \/\/ Inputs\n    type Key\n\n    \/\/ Output\n    type Value\n\n    def apply(key: Key): Future[Value]\n  }\n\n  final object Repository {\n    type Aux[k, v] = Repository {\n      type Key = k\n      type Value = v\n    }\n\n    trait tp[k, v] extends Repository {\n      final type Key = k\n      final type Value = v\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/storage\/StorageGenerator.scala","text":"<filename>src\/test\/scala-2.12\/gv\/jleon\/storage\/StorageGenerator.scala\npackage gv.jleon\npackage storage\n\nimport shapeless.{ HNil }\n\nimport test._\n\ntrait StorageGenerator extends Any {\n  this: test.JavaNioGenerator \u21d2\n\n  final implicit def storagePathGenerator: Arbitrary[Storage.Path] = Arbitrary {\n    arbitrary[Path].map(Storage.Path.apply)\n  }\n\n  final implicit def storageGenerator: Arbitrary[Storage] = Arbitrary {\n    for {\n      path \u2190 arbitrary[Storage.Path]\n    } yield Storage(path :: HNil)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/FunctorOps.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait FunctorOps[F[_], A] extends Any {\n  this: FunctorDecorations[F, A] \u21d2\n\n  def fmap[B](f: A \u21d2 B)(implicit functor: Functor[F]): F[B] = functor fmap f apply fa\n  def map[B](f: A \u21d2 B)(implicit functor: Functor[F]): F[B] = fmap(f)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon3\/Main.scala","text":"package gv\npackage jleon3\n\nimport java.nio.file.{ Path \u21d2 JPath, FileSystem \u21d2 JFileSystem, FileAlreadyExistsException, NoSuchFileException }\nimport java.nio.channels.{\n  \/\/  ReadableByteChannel,\n  WritableByteChannel\n  \/\/  ,Channels\n}\n\nimport language.{\n  postfixOps,\n  implicitConversions\n  \/\/  ,higherKinds,\n  \/\/  existentials\n}\nimport util.{ Try, Success, Failure }\nimport concurrent.{ Future, ExecutionContext, Await }\nimport concurrent.duration._\n\n\/\/import akka.stream.scaladsl.{ Source, Flow, Sink }\nimport akka.stream.{ Materializer, ActorMaterializer }\nimport akka.actor.{ ActorSystem }\n\/\/import akka.http.scaladsl.server.{ Route, Directives, Directive0 }\n\/\/import akka.http.scaladsl.{ Http }\n\nimport com.typesafe.config.{ Config \u21d2 TSConfig, ConfigFactory \u21d2 TSConfigFactory }\nimport com.typesafe.scalalogging.{ StrictLogging }\n\n\/\/import isi.convertible._\n\/\/import isi.std.conversions._\nimport isi.{ ~~> }\n\nobject Main extends StrictLogging {\n  app \u21d2\n\n  final case class Main() {\n    logger info \"Creating Actor System\"\n    implicit val actorSystem: ActorSystem = ActorSystem(\"leon\")\n\n    logger info \"Creating Stream Materializer\"\n    implicit val materializer: Materializer = ActorMaterializer()\n\n    logger info \"Loading Application Config\"\n    val config: TSConfig = TSConfigFactory.defaultApplication\n\n    logger info \"Acquiring File System\"\n    implicit val fileSystem = java.nio.file.FileSystems.getDefault\n\n    logger info \"Acquiring Execution Context\"\n    implicit val executionContext: ExecutionContext = materializer.executionContext\n\n    logger info \"Creating Storage Factory\"\n    val storageFactory = StorageFactory(config)\n\n    \/\/    logger info \"Importing Storage Components\"\n    \/\/    import storageFactory.{\n    \/\/      storageMap,\n    \/\/      storage\n    \/\/    }\n    \/\/\n    private[this] def logFutureCompletion[T](msg: String): T \u21d2 T =\n      result \u21d2 { logger info msg; result; }\n\n    def shutdown(): Future[akka.actor.Terminated] = {\n      implicit val safeEc = ExecutionContext.Implicits.global\n\n      logger info \"Terminating Actor System\"\n      actorSystem\n        .terminate()\n        .map(logFutureCompletion(\"  [OK] Actor System Terminated\"))(safeEc)\n    }\n  }\n\n  type FactorySourceOf[T] = { type t[a] = a \u21d2 T }\n\n  trait Config extends Any {\n    type T <: TSConfig\n\n    def self: T\n    implicit def fileSystem: JFileSystem\n\n    def path: String \u21d2 JPath = (self getString _) andThen (fileSystem getPath _)\n  }\n  object Config {\n    final type Aux[a <: TSConfig] = Config { type T = a }\n    implicit def toCore[T <: TSConfig](config: Config.Aux[T]): T = config.self\n  }\n\n  implicit def TSConfigConfigFactory(implicit fs: JFileSystem): TSConfig \u21d2 Config.Aux[TSConfig] =\n    config \u21d2 new Config {\n      final type T = TSConfig\n      val self: TSConfig = config\n      val fileSystem: JFileSystem = fs\n    }\n\n  trait Path[T] extends Any {\n    def self: T\n    def addExt(filename: String): T\n  }\n\n  implicit class JPathPath(val self: JPath) extends AnyVal with Path[JPath] {\n    def addExt(ext: String): JPath = self resolveSibling s\"${self.getFileName}.$ext\"\n  }\n\n  final case class StorageMap(base: JPath) {\n    final case class forItem(item: String) {\n      val storage: JPath = base resolveSibling item\n      val lock: JPath = storage addExt StorageMap.EXT_LOCK\n      val failure: JPath = storage addExt StorageMap.EXT_FAILURE\n    }\n  }\n\n  object StorageMap {\n    final val EXT_LOCK = \"lock\"\n    final val EXT_FAILURE = \"failed\"\n  }\n\n  trait StoragePackage {\n\n    sealed trait LockResult\n\n    object LockResult {\n      final case class Acquired(channel: WritableByteChannel) extends LockResult\n\n      final case class Locked(item: String, cause: FileAlreadyExistsException)\n        extends Exception(s\"item is locked: $item\", cause) with LockResult\n\n      final case class Failed(item: String)\n        extends Exception(s\"item is failed: $item\") with LockResult\n    }\n  }\n\n  trait Storage {\n    this: StoragePackage \u21d2\n\n    import java.nio.file.{ Files, StandardOpenOption \u21d2 oopt }\n\n    type StorageMap <: app.StorageMap\n    val storageMap: StorageMap\n\n    private[this]type Map = storageMap.forItem\n\n    private[this] object withMap {\n      val nothing: Try[LockResult] = Failure(new Exception(\"nothing done yet\"))\n      def pf[T](t: \u21d2 T): Any ~~> T = { case _ \u21d2 t }\n    }\n\n    private[this] final case class withMap(map: Map) {\n      import withMap.{ pf, nothing }\n\n      val getLock: Try[LockResult] = Try {\n        Files newByteChannel (map.lock, oopt.CREATE_NEW) close ()\n      } flatMap { _ \u21d2\n        Failure(new NoSuchFileException(map.lock.toString))\n      } recover {\n        case ex: FileAlreadyExistsException \u21d2 LockResult.Locked(map.item, ex)\n      }\n\n      val getFailure: Try[LockResult] =\n        if (Files exists map.failure)\n          Success(LockResult.Failed(map.item))\n        else\n          Failure(new NoSuchFileException(map.failure.toString))\n\n      val getStorage: Try[LockResult] = Try {\n        LockResult.Acquired(Files newByteChannel map.storage)\n      }\n\n      val tryLock: Try[LockResult] =\n        nothing recoverWith pf(getFailure) recoverWith pf(getLock) recoverWith pf(getStorage)\n    }\n\n    final val tryLock: String \u21d2 Try[LockResult] =\n      (storageMap forItem _) andThen withMap.apply andThen (_ tryLock)\n  }\n\n  trait StorageFactory {\n    type Config <: app.Config\n    val config: Config\n    \/\/    require(Option(config).isDefined)\n    println(config)\n    \/\/\n    \/\/    final val storageMap: StorageMap = StorageMap(\n    \/\/      base = config.fileSystem.getPath(\"lol\") \/\/ config path StorageFactory.BASE_PATH\n    \/\/    )\n    \/\/\n    \/\/    final val storage: Storage = new Storage with StoragePackage {\n    \/\/      final type StorageMap = app.StorageMap\n    \/\/      final val storageMap: StorageMap = StorageFactory.this.storageMap\n    \/\/    }\n  }\n  object StorageFactory {\n    val BASE_PATH = \"basePath\"\n\n    def apply[T <: TSConfig, S: FactorySourceOf[Config.Aux[T]]#t](configSource: S): StorageFactory =\n      new {\n        final val config: Config.Aux[T] = configSource\n      } with StorageFactory {\n        final type Config = Config.Aux[T]\n      }\n  }\n\n  def main(args: Array[String]): Unit = {\n    import ExecutionContext.Implicits.global\n\n    val ready =\n      Future {\n        println(\"Hello this is leon\")\n      } map { _ \u21d2\n        Main()\n      } flatMap { main \u21d2\n        main shutdown ()\n      } map { _ \u21d2\n        println(\"Byte byte leon\")\n      }\n    Await.result(ready, 5 seconds)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/Conversions.scala","text":"package gv\npackage isi\npackage convertible\n\ntrait Conversions extends ImplicitResolutionOrder.Conversions\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/ConvertiblePackage.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/convertible\/ConvertiblePackage.scala\npackage gv\npackage isi.convertible\n\ntrait ConvertiblePackage extends Any {\n\n  final type ~=>[A, B] = Conversion[A, B]\n\n  final type ~\u21d2[A, B] = A ~=> B\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/facade\/ImplicitConstructions.scala","text":"package gv.jleon\npackage facade\n\nimport akka.http.scaladsl.{ Http \u21d2 AkkaHttp }\n\nprotected[facade] trait ImplicitConstructions extends Any {\n\n  protected[this] final def createAkkaHttpExt(implicit as: ActorSystem): HttpExt =\n    AkkaHttp()\n\n  protected[this] final def createAkkaActorMaterializer(implicit as: ActorSystem): ActorMaterializer =\n    ActorMaterializer()\n\n  protected[this] final def createAkkaHttpFetchStrategy(implicit http: HttpExt, mat: Materializer): AkkaHttpFetch =\n    AkkaHttpFetch(http, mat)\n\n  protected[this] final def createFetchStrategyRepository(implicit http: HttpExt, mat: Materializer): domain.FetchRepository = Map {\n    \"akkaHttp\" \u2192 Fetch(createAkkaHttpFetchStrategy)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/io\/ByteSource.scala","text":"package gv\npackage isi\npackage io\n\nimport java.nio.{ ByteBuffer }\n\ntrait ByteSource[T] {\n\n  \/**\n   * Respective of a ReadableByteChannel#read\n   *\n   * @param source something like a ReadableByteChannel\n   * @param into a byte buffer\n   * @return the number of read bytes, possibly 0, or -1 for end of stream\n   *\/\n  def readInto(source: T, into: ByteBuffer): Int\n\n}\n\nobject ByteSource {\n\n  @inline\n  def apply[T: ByteSource]: ByteSource[T] = implicitly\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/StorageImports.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon\/domain\/StorageImports.scala\npackage gv.jleon\npackage domain\n\ntrait StorageImports extends Any {\n  final type StorageConfig = StorageFactory.StorageConfig\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/test\/UriGenerator.scala","text":"<gh_stars>1-10\npackage gv.jleon\npackage test\n\nimport java.net.URI\n\nimport Uri.{ Path \u21d2 AkkaPath }\n\nimport `type`.TaggedType\n\nobject UriGenerator {\n\n  final implicit object Scheme extends TaggedType[String]\n  type Scheme = Scheme.t\n  final implicit object Host extends TaggedType[String]\n  type Host = Host.t\n  final implicit object Ext extends TaggedType[String]\n  type Ext = Ext.t\n  final implicit object UriString extends TaggedType[String]\n  type UriString = UriString.t\n\n}\n\nimport UriGenerator._\n\ntrait UriGenerator extends Any {\n\n  private[this] final implicit def schemeGenerator: Arbitrary[Scheme] = Arbitrary(\n    Gen\n      .oneOf(\"http\", \"https\", \"ftp\", \"ftps\", \"scp\", \"ssh\", \"git\")\n      .withFilter(_.nonEmpty)\n      .map(Scheme.apply)\n  )\n\n  private[this] final implicit def hostGenerator: Arbitrary[Host] = Arbitrary(\n    Gen.alphaStr.map(Host.apply)\n  )\n\n  private[this] final implicit def extGenerator: Arbitrary[Ext] = Arbitrary(\n    Gen.alphaStr.map(Ext.apply)\n  )\n\n  private[this] final implicit def pathSegmentGenerator: Arbitrary[AkkaPath.Slash] = Arbitrary(\n    Gen.alphaStr.withFilter(_.nonEmpty).map(s \u21d2 AkkaPath.Slash(s :: AkkaPath.Empty))\n  )\n\n  final implicit def akkaUriPathGenerator: Arbitrary[AkkaPath] = Arbitrary(\n    Gen.listOf(pathSegmentGenerator.arbitrary).map(_.fold(AkkaPath.\/)(_ ++ _))\n  )\n\n  private[this] final implicit def uriStringGenerator: Arbitrary[UriString] = Arbitrary(\n    for {\n      scheme \u2190 arbitrary[Scheme]\n      host \u2190 arbitrary[Host]\n      ext \u2190 arbitrary[Ext]\n      path \u2190 arbitrary[AkkaPath]\n    } yield s\"$scheme:\/\/$host.$ext$path\"\n  )\n\n  final implicit def javaUriGenerator: Arbitrary[URI] = Arbitrary(\n    for (str \u2190 arbitrary[UriString]) yield URI.create(str)\n  )\n\n  final implicit def akkaUriGenerator: Arbitrary[Uri] = Arbitrary(\n    for (str \u2190 arbitrary[UriString]) yield Uri(str)\n  )\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/Storage.scala","text":"<gh_stars>1-10\npackage gv.jleon\npackage domain\n\nimport java.nio.file.{ Files, StandardOpenOption }\n\nimport scala.language.{ implicitConversions }\n\nimport shapeless.{ HNil, :: }\n\nimport gv.jleon.{ Path \u21d2 jPath }\n\nimport `type`.{ TaggedType }\n\nimport crypto.Digestion.SHA512\n\nfinal case class Storage(\n    basePath: Storage.Path\n) {\n  def storagePath(uri: Uri): Storage.Path =\n    basePath resolve SHA512.hexDigest(uri.toString)\n\n  def storagePathWithExt(uri: Uri, ext: String): Storage.Path = {\n    val storagePath: Path = this.storagePath(uri)\n    val name: Path = storagePath.getFileName\n    val nameWithExt: String = s\"$name.$ext\"\n    val pathWithExt: Path = storagePath resolveSibling nameWithExt\n    pathWithExt\n  }\n\n  def fetch(uri: Uri): Try[ReadableByteChannel] =\n    nonFatalCatch\n      .withTry {\n        val storagePath: Path = this.storagePath(uri)\n        if (Files.exists(storagePath))\n          Success { Files.newByteChannel(storagePath, StandardOpenOption.READ) }\n        else\n          Failure { new IOException(s\"File not found: $storagePath\") }\n      }\n      .flatten\n\n  def write(uri: Uri): Sink[ByteString, Future[IOResult]] =\n    FileIO.toPath(storagePath(uri))\n}\n\nobject Storage extends AnyRef\n    with StorageFactory {\n\n  final implicit object Path extends TaggedType[jPath]\n  final type Path = Path.t\n\n  trait Interpretation[T] extends Any {\n    final type Self = T\n\n    def basePath(self: Self): Path.t\n  }\n\n  final implicit def apply[T: Interpretation](self: T): Storage = {\n    val i: Interpretation[T] = implicitly\n    Storage(\n      basePath = i basePath self\n    )\n  }\n\n  final implicit def recordI = new Interpretation[Path :: HNil] {\n    override def basePath(self: Self): Path = self match {\n      case p :: _ \u21d2 p\n    }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/typeclass\/Zero.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/typeclass\/Zero.scala\npackage gv\npackage isi\npackage functional\npackage typeclass\n\ntrait Zero[T] extends Any {\n  def zero: T\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/akka\/Conversions.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage akka\n\nimport java.nio.{ ByteBuffer }\n\nimport language.{ postfixOps }\nimport util.{ Try, Success, Failure }\nimport scala.concurrent.{ Future }\n\nimport _root_.akka.stream.scaladsl.{ Source, Flow, Sink, Keep }\nimport _root_.akka.stream.{ Graph, SourceShape }\nimport _root_.akka.util.{ ByteString }\nimport _root_.akka.{ NotUsed }\n\nimport io.{ ByteSource, ByteSink }\nimport convertible._\nimport std.io._\nimport std.conversions._\nimport functional.{ const, lazyconst  }\n\nprivate[this] object ThisImports extends AnyRef\nwith functional.Unfold\nwith CouldBe\n\nimport ThisImports._\n\ntrait Conversions {\n\n  final implicit def `ByteSource ~\u21d2 Stream[ByteString]`[BS: ByteSource]: BS ~\u21d2 Stream[ByteString] =\n    source \u21d2\n      `ByteSource ~\u21d2 Stream[ByteBuffer]`[BS].apply(source)\n        .map(ByteString(_))\n\n  final implicit def `CouldBe[Iterable[T]] ~\u21d2 Source[T]`[T, S: CouldBe[Iterable[T]]#t]: S ~\u21d2 Source[T, NotUsed] =\n    items \u21d2 Source fromIterator (() \u21d2 items.iterator)\n\n  final implicit def `Future[Source[T]] ~\u21d2 Source[T]`[T, M]: Future[Graph[SourceShape[T], M]] ~\u21d2 Source[T, Future[M]] =\n    Source fromFutureSource[T, M] _\n\n  final implicit def `Future[Source[T]] ~\u21d2 Source[T] (Future Mat)`[T, M]:\n    Future[Graph[SourceShape[T], Future[M]]] ~\u21d2 Source[T, Future[M]] =\n    future \u21d2\n      `Future[Source[T]] ~\u21d2 Source[T]`(future)\n        .mapMaterializedValue(_.flatten)\n\n  final implicit def `Future[T] ~\u21d2 Source[T]`[T]: Future[T] ~\u21d2 Source[T, NotUsed] =\n    Source fromFuture[T] _\n\n\n  final implicit def `Try[T] ~\u21d2 Source[T]`[T]: Try[T] ~\u21d2 Source[T, NotUsed] = {\n    case Success(t) \u21d2 Source single t\n    case Failure(ex) \u21d2 Source failed ex\n  }\n\n  final implicit def `Try[Source[T]] ~\u21d2 Source[T]`[T, M]: Try[Graph[SourceShape[T], M]] ~\u21d2 Source[T, Try[M]] = {\n    case Success(source0) \u21d2 Source fromGraph source0 mapMaterializedValue(Success(_))\n    case Failure(ex) \u21d2 Source failed[T] ex mapMaterializedValue lazyconst(Failure(ex))\n  }\n\n  final implicit def `Try[Source[T]] ~\u21d2 Source[T] (Mat NotUsed)`[T]: Try[Graph[SourceShape[T], NotUsed]] ~\u21d2 Source[T, NotUsed] =\n    _.convertTo[Source[T, Try[NotUsed]]] mapMaterializedValue const(NotUsed)\n\n  final implicit def `ByteSink ~\u21d2 Sink[ByteBuffer]`[BS: ByteSink]: BS ~\u21d2 Sink[ByteBuffer, Future[Int]] =\n    byteSink \u21d2\n      Sink\n        .fold(0) { (total: Int, buffer: ByteBuffer) \u21d2 total + byteSink.writeCompletely(buffer) }\n\n  final implicit val `Flow[ByteString] \u21d2 Flow[ByteBuffer]`: Flow[ByteString, ByteBuffer, NotUsed] =\n    Flow[ByteString]\n      .map { _.asByteBuffers }\n      .map { buffers \u21d2 () \u21d2 buffers.iterator }\n      .map { Source fromIterator }\n      .flatMapConcat { Predef identity }\n\n  final implicit def `Sink[T] ~\u21d2 Sink[U]`[T, U, M](\n    implicit flow: Flow[U, T, Any]\n  ): Sink[T, M] ~\u21d2 Sink[U, M] =\n    sink0 \u21d2 flow.toMat(sink0)(Keep.right)\n\n  final implicit def `Source[T] ~\u21d2 Source[U]`[T, U, M](\n    implicit flow: Flow[T, U, Any]\n  ): Source[T, M] ~\u21d2 Source[U, M] =\n    source0 \u21d2 source0.viaMat(flow)(Keep.left)\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/ImplicitResolutionOrder.scala","text":"package gv.isi\npackage convertible\n\n\/**\n * Provide priority ordering for resolving generic conversions last.\n *\/\nobject ImplicitResolutionOrder {\n\n  trait P0 extends Any\n  trait P25 extends Any with P0\n    with ChainedConversions\n  trait P50 extends Any with P25\n  trait P100 extends Any with P50\n\n  trait Conversions extends Any with P100\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/ByteSourceDecorationOps.scala","text":"package gv\npackage isi\npackage std.io\n\nimport java.nio.{ ByteBuffer }\n\nimport io.{ ByteSource }\n\ntrait ByteSourceDecorationOps[T] extends Any {\n\n  def self: T\n\n  @inline\n  final def read(into: ByteBuffer)(implicit source: ByteSource[T]): Int =\n    source readInto (self, into)\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/PathPackage.scala","text":"package gv\npackage jleon4\n\ntrait PathPackage {\n  this: TypeClassPackage \u21d2\n\n  trait Path[T] extends Any with TypeClass.WithTypeParams[T, Path.Ops]\n\n  object Path extends TypeClassCompanion[Path] {\n\n    trait Ops extends Any {\n      type Self <: JPath\n      def self: Self\n\n      final def addExt(ext: String): JPath = self resolveSibling s\"${self.getFileName}.$ext\"\n    }\n\n    final object Ops\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/Application.scala","text":"package gv\npackage jleon2\n\n\/\/import java.nio.ByteBuffer\n\/\/import java.nio.channels.WritableByteChannel\n\n\/\/import language.{ implicitConversions, postfixOps, higherKinds }\n\/\/import concurrent.{\n\/\/duration, Future, Await,\n\/\/ExecutionContext\n\/\/}\n\/\/import util.Try\n\/\/import ExecutionContext.Implicits.global\n\n\/\/import com.typesafe.scalalogging.{ StrictLogging }\n\n\/\/import scalaz.{ Monad }\n\n\/\/import gv.{ jleon2 \u21d2 leon }\n\/\/import leon.model.facade.ExecutionContexts\n\nobject Application {\n  app \u21d2\n\n  trait Mirror extends model.mirror.Mirror {\n    final type Prefix = String\n\n    val Handler: model.mirror.Handler.tp[Prefix] = (_: String) \u21d2 ??? \/\/\n    final type Handler = Handler.type\n\n    val HandlerRepository: isi.Repository.tp[Prefix, Handler] = (_: String) \u21d2 ??? \/\/\n    final type HandlerRepository = HandlerRepository.type\n\n    val HandlerFactory: isi.Factory.tp[String, Handler] = (_: String) \u21d2 ??? \/\/\n    final type HandlerFactory = HandlerFactory.type\n\n    val HandlerRepositoryFactory: isi.Factory.tp[String, HandlerRepository] = (_: String) \u21d2 ??? \/\/\n    final type HandlerRepositoryFactory = HandlerRepositoryFactory.type\n  }\n\n  val Mirror = new Mirror {}\n\n  \/\/  object Uri {\n  \/\/    trait Types extends leon.model.slice.Uri.Types {\n  \/\/      final type Uri = app.Uri\n  \/\/    }\n  \/\/    object Types extends Types\n  \/\/  }\n  \/\/  final case class Uri(uri: String, boundToFail: Boolean) {\n  \/\/    import java.net.{ URI \u21d2 Java }\n  \/\/    import akka.http.scaladsl.model.{ Uri \u21d2 Akka }\n  \/\/    implicit def javaUri: Java = Java create uri\n  \/\/    implicit def akkaUri: Akka = Akka apply uri\n  \/\/\n  \/\/    def map[S](f: Uri \u21d2 S): S = f(this)\n  \/\/    def future: Future[this.type] =\n  \/\/      if (boundToFail)\n  \/\/        Future failed new RuntimeException(\"Request was bound to fail\")\n  \/\/      else\n  \/\/        Future successful this\n  \/\/  }\n  \/\/\n  \/\/  trait BaseHandler {\n  \/\/    \/\/ Input\n  \/\/    type Request <: Application.Uri\n  \/\/    \/\/ Output\n  \/\/    type Result\n  \/\/\n  \/\/    val saveit: Boolean \u21d2 Boolean\n  \/\/    def success: Application.Uri \u21d2 Future[Result]\n  \/\/\n  \/\/    def process[R <: Request]: R \u21d2 Application.Uri =\n  \/\/      req \u21d2 req copy (boundToFail = saveit(req.boundToFail))\n  \/\/\n  \/\/    def handle(request: Request): Future[Result] =\n  \/\/      process(request).future flatMap success\n  \/\/  }\n  \/\/  trait CrappyHandler {\n  \/\/    this: BaseHandler \u21d2\n  \/\/    val saveit: Boolean \u21d2 Boolean = Predef identity\n  \/\/  }\n  \/\/  trait LokiHandler {\n  \/\/    this: BaseHandler \u21d2\n  \/\/    val saveit: Boolean \u21d2 Boolean = !_\n  \/\/  }\n  \/\/\n  \/\/  object Error {\n  \/\/    final case class Mirror() extends leon.model.error.Mirror {\n  \/\/      def apply[F[_]: Monad, Result](result: F[Result]): F[Result] =\n  \/\/        result\n  \/\/    }\n  \/\/    final case class Storage() extends leon.model.error.Storage {\n  \/\/      def apply[F[_]: Monad, Result](result: F[Result]): F[Result] =\n  \/\/        result\n  \/\/    }\n  \/\/    trait Types extends leon.model.slice.Error.Types {\n  \/\/      final type Error = app.Error\n  \/\/    }\n  \/\/    object Types extends Types\n  \/\/  }\n  \/\/\n  \/\/  final case class Error() extends leon.model.error.Error {\n  \/\/    type MirrorHandler = Error.Mirror\n  \/\/    type StorageHandler = Error.Storage\n  \/\/\n  \/\/    implicit def mirror: MirrorHandler = Error.Mirror()\n  \/\/    implicit def storage: StorageHandler = Error.Storage()\n  \/\/  }\n  \/\/\n  \/\/  object Mirror {\n  \/\/    trait Types extends leon.model.slice.Mirror.Types with Uri.Types {\n  \/\/      final type Mirror = app.Mirror\n  \/\/    }\n  \/\/\n  \/\/    import shapeless.syntax.singleton.mkSingletonOps\n  \/\/    val mostlyOk = \"mostlyOk\".narrow\n  \/\/    val fromHell = \"fromHell\".narrow\n  \/\/  }\n  \/\/  final case class Mirror() extends leon.model.mirror.Mirror {\n  \/\/    import leon.model.mirror\n  \/\/\n  \/\/    object Handler {\n  \/\/      trait Types {\n  \/\/        final type Request = Uri.Types.Uri\n  \/\/        final type Result = leon.model.mirror.HandlingResult\n  \/\/      }\n  \/\/      object Types extends Types\n  \/\/\n  \/\/      trait Base extends leon.model.mirror.Handler with Types with BaseHandler {\n  \/\/        def success: Application.Uri \u21d2 Future[Result] =\n  \/\/          request \u21d2\n  \/\/            Future successful mirror.HandlingResult.Found {\n  \/\/              import isi.convertible._\n  \/\/              import isi.std.conversions._\n  \/\/              import isi.std.io.ByteSource._\n  \/\/              import java.nio.channels.ReadableByteChannel\n  \/\/\n  \/\/              s\"Hello Bob ${request}\"\n  \/\/                .convertTo[Array[Byte]]\n  \/\/                .convertTo[ReadableByteChannel]\n  \/\/            }\n  \/\/      }\n  \/\/\n  \/\/      trait Loki extends Base with LokiHandler\n  \/\/      trait Crappy extends Base with CrappyHandler\n  \/\/\n  \/\/      def Crappy: Crappy = new Crappy {}\n  \/\/      def Loki: Loki = new Loki {}\n  \/\/    }\n  \/\/\n  \/\/    type Handler = Handler.Base\n  \/\/    type Prefix = String\n  \/\/\n  \/\/    import Mirror.{ mostlyOk, fromHell }\n  \/\/    def apply(prefix: Prefix): Future[Handler] = Future successful prefix map {\n  \/\/      case `mostlyOk` \u21d2 Handler.Crappy\n  \/\/      case `fromHell` \u21d2 Handler.Loki\n  \/\/    }\n  \/\/  }\n  \/\/\n  \/\/  object Storage {\n  \/\/    trait Types extends leon.model.slice.Storage.Types with Uri.Types {\n  \/\/      final type Storage = app.Storage\n  \/\/    }\n  \/\/  }\n  \/\/  final case class Storage() extends leon.model.storage.Storage {\n  \/\/    import model.storage\n  \/\/\n  \/\/    type Request = Uri\n  \/\/    type LockResult = storage.LockResult\n  \/\/\n  \/\/    def tryLock(request: Request): Future[LockResult] = Future successful request flatMap {\n  \/\/      request \u21d2\n  \/\/        Future successful storage.LockResult.Acquired(new WritableByteChannel {\n  \/\/          def write(src: ByteBuffer): Int = {\n  \/\/            println(s\"$request: hahahaha: ${src.toString}\")\n  \/\/            val written = src.remaining() + 1\n  \/\/            src.position(src.limit())\n  \/\/            written\n  \/\/          }\n  \/\/          def isOpen: Boolean = true\n  \/\/          def close(): Unit = ()\n  \/\/        })\n  \/\/    }\n  \/\/  }\n  \/\/\n  \/\/  final case class ExecutionContexts() extends leon.model.facade.ExecutionContexts {\n  \/\/    import isi.std.conversions._\n  \/\/    implicit val RequestProcessing: ExecutionContext =\n  \/\/      \/\/ these two options create some weird deadlock\n  \/\/      \/\/java.util.concurrent.Executors.newFixedThreadPool(16)\n  \/\/      \/\/java.util.concurrent.Executors.newSingleThreadExecutor()\n  \/\/      java.util.concurrent.Executors.newWorkStealingPool(16)\n  \/\/  }\n  \/\/\n  \/\/  trait Slices extends AnyRef\n  \/\/      with leon.model.slice.Mirror\n  \/\/      with Mirror.Types\n  \/\/      with leon.model.slice.Storage\n  \/\/      with Storage.Types\n  \/\/      with leon.model.slice.Error\n  \/\/      with Error.Types {\n  \/\/    val Mirror = Application.Mirror()\n  \/\/    val Storage = Application.Storage()\n  \/\/    val Error = Application.Error()\n  \/\/    val ExecutionContexts = Application.ExecutionContexts()\n  \/\/  }\n  \/\/\n  \/\/  final case class Leon() extends leon.model.JLeon with Slices\n  \/\/\n  \/\/  def main(args: Array[String]): Unit = {\n  \/\/\n  \/\/    object main extends StrictLogging {\n  \/\/      val Logger = logger\n  \/\/    }\n  \/\/    import main.{ Logger \u21d2 logger }\n  \/\/\n  \/\/    logger info s\"creating leon\"\n  \/\/    val leon = new Leon\n  \/\/\n  \/\/    val maximumPatience = duration.Duration(3, duration.SECONDS)\n  \/\/    logger info s\"setting maximum patience to $maximumPatience\"\n  \/\/\n  \/\/    logger info \"creating the future\"\n  \/\/    val futureResult = {\n  \/\/      val uri = Uri(\"\/bohos\/me\/a\/las\/rajas\", boundToFail = false)\n  \/\/      logger info s\"uri set to $uri\"\n  \/\/\n  \/\/      val prefix = Mirror.mostlyOk\n  \/\/      logger info s\"prefix set to $prefix\"\n  \/\/\n  \/\/      logger info \"going for serverRequest...\"\n  \/\/      leon serveRequest (prefix, uri) andThen { case a \u21d2 println(a) }\n  \/\/    }\n  \/\/\n  \/\/    logger info \"awaiting result to be ready (with maximum patience)\"\n  \/\/    Await.ready(futureResult, maximumPatience)\n  \/\/    logger info \"result was ready\"\n  \/\/  }\n\n}\n\n\/**\n *\n * Warning:scalac: package gv {\n * package jleon2 {\n * import scala.language.implicitConversions;\n * import scala.concurrent.{Future, ExecutionContext, Await, duration};\n * import scala.util.Try;\n * import gv.{jleon2=>leon};\n * object Application extends scala.AnyRef {\n * def <init>(): gv.jleon2.Application.type = {\n * Application.super.<init>();\n * ()\n * };\n * final type MirrorPrefix = String;\n * final case class Mirror extends AnyRef with gv.jleon2.model.mirror.Mirror with Product with Serializable {\n * def <init>(): gv.jleon2.Application.Mirror = {\n * Mirror.super.<init>();\n * ()\n * };\n * import gv.jleon2.model.mirror;\n * override type Prefix = String;\n * case class Handler extends AnyRef with gv.jleon2.model.mirror.Handler with Product with Serializable {\n * def <init>(): Mirror.this.Handler = {\n * Handler.super.<init>();\n * ()\n * };\n * case class Request extends AnyRef with Product with Serializable {\n * def <init>(): Handler.this.Request = {\n * Request.super.<init>();\n * ()\n * };\n * <synthetic> def copy(): Handler.this.Request = new Request();\n * override <synthetic> def productPrefix: String = \"Request\";\n * <synthetic> def productArity: Int = 0;\n * <synthetic> def productElement(x$1: Int): Any = x$1 match {\n * case _ => throw new IndexOutOfBoundsException(x$1.toString())\n * };\n * override <synthetic> def productIterator: Iterator[Any] = scala.runtime.ScalaRunTime.typedProductIterator[Any](Request.this);\n * <synthetic> def canEqual(x$1: Any): Boolean = x$1.$isInstanceOf[Handler.this.Request]();\n * override <synthetic> def hashCode(): Int = scala.runtime.ScalaRunTime._hashCode(Request.this);\n * override <synthetic> def toString(): String = scala.runtime.ScalaRunTime._toString(Request.this);\n * override <synthetic> def equals(x$1: Any): Boolean = x$1 match {\n * case (_: Handler.this.Request) => true\n * case _ => false\n * }.&&(x$1.asInstanceOf[Handler.this.Request].canEqual(Request.this))\n * };\n * <synthetic> object Request extends scala.runtime.AbstractFunction0[Handler.this.Request] with Serializable {\n * def <init>(): Handler.this.Request.type = {\n * Request.super.<init>();\n * ()\n * };\n * final override <synthetic> def toString(): String = \"Request\";\n * case <synthetic> def apply(): Handler.this.Request = new Request();\n * case <synthetic> def unapply(x$0: Handler.this.Request): Boolean = if (x$0.==(null))\n * false\n * else\n * true\n * };\n * type Result = gv.jleon2.model.mirror.HandlingResult;\n * def handle(request: Handler.this.Request): scala.concurrent.Future[Handler.this.Result] = {\n * scala.concurrent.Future.successful[gv.jleon2.model.mirror.HandlingResult.Found](gv.jleon2.model.mirror.HandlingResult.Found.apply({\n * import isi.io.ByteSource;\n * import isi.convertible._;\n * import isi.std.conversions._;\n * import isi.std.io.ByteSource._;\n * import java.nio.ByteBuffer;\n * import java.nio.channels.ReadableByteChannel;\n * isi.convertible.`package`.Convertible[Array[Byte]](scala.Array.empty[Byte]((ClassTag.Byte: scala.reflect.ClassTag[Byte]))).convertTo[java.nio.channels.ReadableByteChannel](isi.std.conversions.`package`.T: ByteSource ~=> ReadableByteChannel[Array[Byte]](isi.std.io.ByteSource.T ~=> ReadableByteChanel: ByteSource[Array[Byte]](isi.convertible.`package`.A ~=> B ~=> C[Array[Byte], java.nio.ByteBuffer, java.nio.channels.ReadableByteChannel](isi.std.conversions.`package`.Byte[Array] ~=> ByteBuffer, isi.std.conversions.`package`.T: ByteSource ~=> ReadableByteChannel[java.nio.ByteBuffer](isi.std.io.ByteSource.ByteBuffer: ByteSource)))));\n * scala.Predef.???\n * }));\n * scala.Predef.???\n * };\n * <synthetic> def copy(): Mirror.this.Handler = new Handler();\n * override <synthetic> def productPrefix: String = \"Handler\";\n * <synthetic> def productArity: Int = 0;\n * <synthetic> def productElement(x$1: Int): Any = x$1 match {\n * case _ => throw new IndexOutOfBoundsException(x$1.toString())\n * };\n * override <synthetic> def productIterator: Iterator[Any] = scala.runtime.ScalaRunTime.typedProductIterator[Any](Handler.this);\n * <synthetic> def canEqual(x$1: Any): Boolean = x$1.$isInstanceOf[Mirror.this.Handler]();\n * override <synthetic> def hashCode(): Int = scala.runtime.ScalaRunTime._hashCode(Handler.this);\n * override <synthetic> def toString(): String = scala.runtime.ScalaRunTime._toString(Handler.this);\n * override <synthetic> def equals(x$1: Any): Boolean = x$1 match {\n * case (_: Mirror.this.Handler) => true\n * case _ => false\n * }.&&(x$1.asInstanceOf[Mirror.this.Handler].canEqual(Handler.this))\n * };\n * <synthetic> object Handler extends scala.runtime.AbstractFunction0[Mirror.this.Handler] with Serializable {\n * def <init>(): Mirror.this.Handler.type = {\n * Handler.super.<init>();\n * ()\n * };\n * final override <synthetic> def toString(): String = \"Handler\";\n * case <synthetic> def apply(): Mirror.this.Handler = new Handler();\n * case <synthetic> def unapply(x$0: Mirror.this.Handler): Boolean = if (x$0.==(null))\n * false\n * else\n * true\n * };\n * def apply(prefix: Mirror.this.Prefix): scala.concurrent.Future[Mirror.this.Handler] = scala.Predef.???;\n * <synthetic> def copy(): gv.jleon2.Application.Mirror = new Mirror();\n * override <synthetic> def productPrefix: String = \"Mirror\";\n * <synthetic> def productArity: Int = 0;\n * <synthetic> def productElement(x$1: Int): Any = x$1 match {\n * case _ => throw new IndexOutOfBoundsException(x$1.toString())\n * };\n * override <synthetic> def productIterator: Iterator[Any] = scala.runtime.ScalaRunTime.typedProductIterator[Any](Mirror.this);\n * <synthetic> def canEqual(x$1: Any): Boolean = x$1.$isInstanceOf[gv.jleon2.Application.Mirror]();\n * override <synthetic> def hashCode(): Int = scala.runtime.ScalaRunTime._hashCode(Mirror.this);\n * override <synthetic> def toString(): String = scala.runtime.ScalaRunTime._toString(Mirror.this);\n * override <synthetic> def equals(x$1: Any): Boolean = x$1 match {\n * case (_: gv.jleon2.Application.Mirror) => true\n * case _ => false\n * }\n * };\n * <synthetic> object Mirror extends scala.runtime.AbstractFunction0[gv.jleon2.Application.Mirror] with Serializable {\n * def <init>(): gv.jleon2.Application.Mirror.type = {\n * Mirror.super.<init>();\n * ()\n * };\n * final override <synthetic> def toString(): String = \"Mirror\";\n * case <synthetic> def apply(): gv.jleon2.Application.Mirror = new Mirror();\n * case <synthetic> def unapply(x$0: gv.jleon2.Application.Mirror): Boolean = if (x$0.==(null))\n * false\n * else\n * true;\n * <synthetic> private def readResolve(): Object = gv.jleon2.Application.Mirror\n * }\n * }\n * }\n * }\n *\/\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/MirrorRepositories.scala","text":"<gh_stars>1-10\npackage gv.jleon\npackage domain\n\nimport shapeless.{ ::, HNil }\n\nobject MirrorRepositories {\n  outer0 \u21d2\n\n  import Mirror.{ Prefix }\n\n  final type Underlying = Map[Prefix, IndexedSeq[Mirror :: Fetch :: HNil]]\n\n  trait Ops extends Any {\n    def self: Underlying\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/JLeon.scala","text":"package gv.jleon2\npackage model\n\n\/\/import concurrent.{ Future }\n\/\/import util.{ Success, Failure }\n\n\/\/import scalaz.syntax.monad.{ _ }\n\n\/\/import gv.isi\n\/\/\n\/\/import isi.scalaz._\n\n\/\/import error.Error.WithErrorHandling\n\ntrait JLeon extends AnyRef {\n  \/\/ format: OFF\n  this: AnyRef\n  \u21d2\n  \/\/ format: ON\n\n  val ExecutionContexts: facade.ExecutionContexts\n\n  object error {\n    \/\/    val mirror = Error.mirror\n    \/\/    val storage = Error.storage\n  }\n\n  \/\/  def serveRequest(prefix: Mirror.Prefix, request: Uri): Future[Unit] = {\n  \/\/    import ExecutionContexts.RequestProcessing\n  \/\/    \/\/    import concurrent.ExecutionContext.Implicits.global\n  \/\/    import mirror.HandlingResult.{ Found \u21d2 MirrorFound }\n  \/\/    import storage.LockResult.{ Acquired \u21d2 StorageAcquired, Found \u21d2 StorageFound }\n  \/\/\n  \/\/    object future {\n  \/\/      val mirror = {\n  \/\/        Mirror(prefix)\n  \/\/          .flatMap { _ handle request }\n  \/\/          .withErrorHandledBy(error.mirror)\n  \/\/      }\n  \/\/      val lock: Future[Storage.LockResult] =\n  \/\/        Storage tryLock request withErrorHandledBy error.storage\n  \/\/    }\n  \/\/\n  \/\/    future.mirror zip future.lock andThen {\n  \/\/      case Success((_, StorageFound(rchannel))) \u21d2\n  \/\/        rchannel\n  \/\/      case Success((MirrorFound(rchannel), StorageAcquired(lockChannel))) \u21d2\n  \/\/        rchannel\n  \/\/      case Failure(ex) \u21d2\n  \/\/        println {\n  \/\/          s\"\"\"\n  \/\/             | Failure: $ex\n  \/\/           \"\"\"\n  \/\/        }\n  \/\/        ex.printStackTrace()\n  \/\/    } map {\n  \/\/      _ \u21d2 ()\n  \/\/    }\n  \/\/    ???\n  \/\/  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StorageMapPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon4\n\nimport language.{ implicitConversions }\n\ntrait StorageMapPackage {\n  this: TypeClassPackage \u21d2\n\n  import PathInterpretationsPackage._\n\n  trait StorageMap[-T] extends TypeClass.WithTypeParams[T, StorageMap.Ops]\n\n  object StorageMap extends TypeClassCompanion[StorageMap] {\n\n    final val EXT_LOCK = \"lock\"\n    final val EXT_FAILURE = \"failed\"\n\n    trait Ops extends Any {\n      type Base <: JPath\n      def base: Base\n\n      final class ForItem(val item: String) {\n        val storage: JPath = base resolve item\n        val lock: JPath = storage addExt EXT_LOCK\n        val failure: JPath = storage addExt EXT_FAILURE\n      }\n\n      final def apply(item: String): ForItem = new ForItem(item)\n    }\n\n    object Ops\n  }\n\n  implicit def storageMapOps[T: StorageMap](self: T): StorageMap.Ops = StorageMap[T](self)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/typeclass\/Addable.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage functional\npackage typeclass\n\ntrait Addable[T] extends Any {\n  def op: (T, T) \u21d2 T\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/Main.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon\n\nimport isi.functional._\n\/\/\n\/\/object leon {\n\/\/  import java.net.URI\n\/\/  import java.nio.channels.{ Channels, ReadableByteChannel }\n\/\/  import java.nio.file.{ Files, Paths, Path }\n\/\/  import scala.concurrent.{ Future, Promise, ExecutionContext }\n\/\/  import scala.language.implicitConversions\n\/\/  import scala.collection.concurrent.TrieMap\n\/\/  import scala.util.control.{ Exception }\n\/\/  import scala.util.Try\n\/\/  import java.security.MessageDigest\n\/\/}\n\nobject Main {\n\n  final implicit class MyVector[T](val v: Vector[T]) extends AnyVal {\n    override def toString: String = v.toString\n  }\n\n  final implicit def myVectorMonad: Monad[MyVector] =\n    new Monad[MyVector] {\n      override def flatMap[A, B]: (A \u21d2 MyVector[B]) \u21d2 MyVector[A] \u21d2 MyVector[B] =\n        f \u21d2 mv \u21d2 implicitly[Monad[Vector]].flatMap(f(_: A).v)(mv.v)\n\n      override def point[A]: (A) \u21d2 MyVector[A] =\n        a \u21d2 implicitly[Bind[Vector]] point a\n    }\n\n  def main(args: Array[String]): Unit = {\n    println {\n      implicitly[monoid.Addition[Vector[Int]]].op(Vector(1, 2, 3), Vector(4, 5, 6))\n    }\n\n    println {\n      for {\n        a \u2190 MyVector { Vector(12, 13, 14) }\n        b \u2190 MyVector { Vector(1, 2, 3) }\n      } yield a + b\n    }\n\n    println(crypto.Digestion.SHA512.digest(\"lol\"))\n  }\n\n}\n\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/monads\/Collections.scala","text":"<reponame>mouchtaris\/jleon<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/monads\/Collections.scala\npackage gv\npackage isi\npackage functional\npackage monads\n\nimport language.higherKinds\nimport collection.{ GenTraversable, mutable }\nimport collection.generic.{ GenericCompanion, CanBuildFrom }\n\ntrait Collections {\n  final implicit def canBuildFromWithCompanion[S[T] <: GenTraversable[T], A, B](implicit companion: GenericCompanion[S]): CanBuildFrom[GenTraversable[A], B, S[B]] =\n    new CanBuildFrom[GenTraversable[A], B, S[B]] {\n      override def apply(from: GenTraversable[A]): mutable.Builder[B, S[B]] = companion.newBuilder\n      override def apply(): mutable.Builder[B, S[B]] = companion.newBuilder\n    }\n\n  final implicit def traversableMonad[S[T] <: GenTraversable[T]](implicit companion: GenericCompanion[S]): Monad[S] =\n    new Monad[S] {\n      override def flatMap[A, B]: (A \u21d2 S[B]) \u21d2 S[A] \u21d2 S[B] = f \u21d2 _ flatMap f\n      override def point[A]: A \u21d2 S[A] = companion(_)\n    }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/isi\/view\/IndexedSeqConcatenationProperties.scala","text":"package gv\npackage isi\npackage view\n\nimport org.scalacheck.{ Properties, Prop }\n\nobject IndexedSeqConcatenationProperties extends Properties(IndexedSeqConcatenation.getClass.getName) {\n  import Prop._\n  \/\/  property(\"gets the right result\") = forAll {\n  \/\/    (\n  \/\/      seq1: Vector[Int],\n  \/\/      seq2: Vector[Int],\n  \/\/      seq3: Vector[Int],\n  \/\/      index: Int\n  \/\/    ) \u21d2\n  \/\/\n  \/\/      val seqs: Traversable[IndexedSeq[Int]] = Seq(seq1, seq2, seq3)\n  \/\/      val concat: IndexedSeq[Int] = IndexedSeqConcatenation(seqs)\n  \/\/\n  \/\/      all(\n  \/\/        \"in seq1\" |: (seq1.indices contains index) ==> (concat(index) == seq1(index)),\n  \/\/        \"in seq2\" |: (seq2.indices contains (index - seq1.length)) ==> (concat(index) == seq2(index)),\n  \/\/        \"in seq3\" |: (seq3.indices contains (index - seq1.length - seq2.length)) ==> (concat(index) == seq3(index)),\n  \/\/        \"not there\" |: !(concat.indices contains index) ==> util.Try(concat(index)).isFailure\n  \/\/      )\n  \/\/  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/package.scala","text":"package gv\n\npackage object isi extends AnyRef\n  with FactoryPackage\n  with RepositoryPackage\n  with FunctionPackage\n  with StdAliasesPackage\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/storage\/Storage.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon2\npackage model\npackage storage\n\nimport concurrent.{ Future }\n\ntrait Storage {\n\n  type Request\n  type LockResult <: storage.LockResult\n\n  def tryLock(request: Request): Future[LockResult]\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/http\/Client.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage jleon2\npackage model.http\n\nimport concurrent.{ Future }\n\ntrait Client extends AnyRef with Client.Types {\n\n  val get: Uri \u21d2 Future[Response]\n\n}\n\nobject Client {\n  trait Types extends Any {\n    type Uri <: model.uri.Uri\n    type Response <: model.http.Response\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/facade\/package.scala","text":"<gh_stars>1-10\npackage gv.jleon\n\npackage object facade extends AnyRef\n  with domain.MirrorImports\n  with domain.StorageImports\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/type\/TaggedType.scala","text":"package gv.jleon.`type`\n\nimport scala.language.{ implicitConversions }\n\nimport shapeless.tag\n\ntrait TaggedType[_U] {\n  final type U = _U\n\n  sealed trait Tag\n  final type t = tag.@@[U, Tag]\n\n  @inline\n  final implicit def apply(u: U): t = tag[Tag].apply[U](u)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/scalaz\/package.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/scalaz\/package.scala\npackage gv.isi\n\npackage object scalaz extends AnyRef\n  with FutureInstances\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/io\/File.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage io\n\nimport java.nio.channels.{ WritableByteChannel, ReadableByteChannel }\nimport java.nio.file.{ StandardOpenOption \u21d2 opt, Files \u21d2 JFiles, Path \u21d2 JPath }\n\ntrait File extends Any {\n\n  @inline\n  final def exists(path: JPath): Boolean =\n    JFiles exists path\n\n  @inline\n  final def create(path: JPath): WritableByteChannel =\n    JFiles newByteChannel (path, opt.CREATE_NEW, opt.WRITE)\n\n  @inline\n  final def open(path: JPath): ReadableByteChannel =\n    JFiles newByteChannel (path, opt.CREATE, opt.READ)\n\n  @inline\n  final def append(path: JPath): WritableByteChannel =\n    JFiles newByteChannel (path, opt.CREATE, opt.WRITE, opt.APPEND)\n\n  @inline\n  final def truncate(path: JPath): WritableByteChannel =\n    JFiles newByteChannel (path, opt.CREATE, opt.WRITE, opt.TRUNCATE_EXISTING)\n\n  @inline\n  final def remove(path: JPath): Unit =\n    JFiles delete path\n}\n\nobject File extends File\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/akka\/package.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\n\npackage object akka extends AnyRef\n  with Conversions\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/AkkaStreamImports.scala","text":"package gv.jleon\npackage util\n\nimport akka.stream.{ scaladsl \u21d2 akkas }\n\ntrait AkkaStreamImports {\n  this: AkkaImports \u21d2\n\n  final type Source[Out, Mat] = akkas.Source[Out, Mat]\n  final type Source1[Out] = Source[Out, NotUsed]\n  final val Source = akkas.Source\n\n  final type Sink[In, Mat] = akkas.Sink[In, Mat]\n  final type Sink1[In] = Sink[In, NotUsed]\n  final val Sink = akkas.Sink\n\n  final type Flow[In, Out, Mat] = akkas.Flow[In, Out, Mat]\n  final type Flow1[In, Out] = Flow[In, Out, NotUsed]\n  final val Flow = akkas.Flow\n\n  final type Materializer = akka.stream.Materializer\n  final type ActorMaterializer = akka.stream.ActorMaterializer\n  final val ActorMaterializer = akka.stream.ActorMaterializer\n\n  final val FileIO = akkas.FileIO\n  final type IOResult = akka.stream.IOResult\n  final val IOResult = akka.stream.IOResult\n\n  final val Keep = akkas.Keep\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/mirror\/HandlingResult.scala","text":"package gv.jleon2\npackage model\npackage mirror\n\nsealed trait HandlingResult\n\nobject HandlingResult {\n  final case class Found() extends HandlingResult\n\n  final case class Error(msg: String, cause: Throwable) extends Exception(msg, cause)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/ProjectConfiguration.scala","text":"\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Keys._\n\nobject ProjectConfiguration {\n\n  val ProjectSettings = Seq(\n    scalacOptions in (Compile, doc) ++= Seq(\n      \"-groups\",\n      \"-implicits\"\n    ),\n    autoAPIMappings := true\n  )\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/test\/Generators.scala","text":"package gv.jleon\npackage test\n\ntrait Generators extends Any\n  with UriGenerator\n\nobject Generators extends Generators\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/Imports.scala","text":"package gv.jleon4\n\ntrait Imports {\n  final type JUri = java.net.URI\n\n  final type JPath = java.nio.file.Path\n  final type JFileSystem = java.nio.file.FileSystem\n  final type FileAlreadyExistsException = java.nio.file.FileAlreadyExistsException\n  final type NoSuchFileException = java.nio.file.NoSuchFileException\n\n  final type ReadableByteChannel = java.nio.channels.ReadableByteChannel\n  final type WritableByteChannel = java.nio.channels.WritableByteChannel\n  final type Channels = java.nio.channels.Channels\n\n  final type Try[T] = util.Try[T]\n  final val Try = util.Try\n  final type Success[T] = util.Success[T]\n  final val Success = util.Success\n  final type Failure[T] = util.Failure[T]\n  final val Failure = util.Failure\n\n  final type Future[T] = concurrent.Future[T]\n  final val Future = concurrent.Future\n  final type ExecutionContext = concurrent.ExecutionContext\n  final val ExecutionContext = concurrent.ExecutionContext\n  final val Await = concurrent.Await\n\n  import akka.stream.{ scaladsl \u21d2 stream }\n  final type NotUsed = akka.NotUsed\n  final val NotUsed = akka.NotUsed\n  final type Done = akka.Done\n  final val Done = akka.Done\n  final type Source[Out, Mat] = stream.Source[Out, Mat]\n  final type SourceWithMat[Mat] = { type t[Out] = stream.Source[Out, Mat] }\n  final val Source = stream.Source\n  final type Flow[In, Out, Mat] = stream.Flow[In, Out, Mat]\n  final val Flow = stream.Flow\n  final type Sink[In, Mat] = stream.Sink[In, Mat]\n  final val Sink = stream.Sink\n  final val Keep = stream.Keep\n\n  final type Source1[Out] = Source[Out, NotUsed]\n  final type Flow2[In, Out] = Flow[In, Out, NotUsed]\n  final type Sink1[In] = Sink[In, Future[Done]]\n\n  final type Materializer = akka.stream.Materializer\n  final type ActorMaterializer = akka.stream.ActorMaterializer\n\n  final type ActorSystem = akka.actor.ActorSystem\n\n  import akka.http.{ scaladsl \u21d2 http }\n\n  final val Http = http.Http\n\n  final type Route = http.server.Route\n  final val Directives = http.server.Directives\n  final type Directive0 = http.server.Directive0\n  final type Directive1[T] = http.server.Directive1[T]\n\n  final type Uri = http.model.Uri\n  final val Uri = http.model.Uri\n\n  import com.typesafe.{ config \u21d2 tsconfig }\n  final type TSConfig = tsconfig.Config\n  final type TSConfigFactory = tsconfig.ConfigFactory\n  final case object TSConfigFactory {\n    import tsconfig.{ ConfigFactory \u21d2 fac }\n    @inline def defaultApplication(): TSConfig = fac.defaultApplication()\n  }\n\n  import com.typesafe.{ scalalogging \u21d2 tslogging }\n  final type StrictLogging = tslogging.StrictLogging\n  final type Logger = tslogging.Logger\n\n  final type ByteString = akka.util.ByteString\n  final val ByteString = akka.util.ByteString\n\n  final type HList = shapeless.HList\n  final type HNil = shapeless.HNil\n  final val HNil = shapeless.HNil\n  final type ::[H, T <: HList] = shapeless.::[H, T]\n  final val :: = shapeless.::\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/monoid\/Addition.scala","text":"package gv\npackage isi\npackage functional\npackage monoid\n\ntrait Addition[T] extends Any\n  with Monoid[T]\n\nobject Addition {\n  final implicit def apply[T: typeclass.Addable: typeclass.Zero]: Addition[T] =\n    new Addition[T] {\n      override def zero: T = implicitly[typeclass.Zero[T]].zero\n      override def op: (T, T) \u21d2 T = implicitly[typeclass.Addable[T]].op\n    }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/ConfigInterpretationsPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon4\n\ntrait ConfigInterpretationsPackage extends Any {\n  \/\/ format: OFF\n  this: Any\n    with ConfigPackage\n  \u21d2\n  \/\/ format: ON\n\n  \/\/ format: OFF\n  implicit def recordConfig[\n    config: CouldBe[TSConfig]#t,\n    fileSystem: CouldBe[JFileSystem]#t,\n    rec <: HList\n  ]: \/\/ format: ON\n  Config[config :: fileSystem :: rec] = self \u21d2 new Config.Ops {\n    final type Config = TSConfig\n    final type FileSystem = JFileSystem\n    final val (config: Config) :: (fileSystem: FileSystem) :: _ = self\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/mirror\/Mirror.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon2\/model\/mirror\/Mirror.scala\npackage gv\npackage jleon2\npackage model.mirror\n\ntrait Mirror {\n\n  \/\/ Inputs\n  type Prefix\n  type Handler <: model.mirror.Handler {\n    type Request = Prefix\n  }\n\n  \/\/ Definitions\n  type HandlerRepository <: isi.Repository {\n    type Key >: Prefix\n    type Value <: Handler\n  }\n\n  type HandlerFactory <: isi.Factory {\n    type Construct = Handler\n  }\n\n  type HandlerRepositoryFactory <: isi.Factory {\n    type Construct <: HandlerRepository\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/AkkaImports.scala","text":"package gv.jleon\npackage util\n\ntrait AkkaImports {\n  final type NotUsed = akka.NotUsed\n  final val NotUsed = akka.NotUsed\n\n  final type Done = akka.Done\n  final val Done = akka.Done\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/config\/TypeAlias.scala","text":"package gv.jleon.config\n\nprotected[config] trait TypeAlias extends Any {\n\n  final type tsConfig = com.typesafe.config.Config\n  final type tsConfigObject = com.typesafe.config.ConfigObject\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/FactoryPackage.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\n\nimport util.{ Try }\n\nprivate[isi] trait FactoryPackage {\n\n  trait Factory extends Any with Function {\n    type Source\n    type Construct\n\n    final type FunctionIn = Source\n    final type FunctionOut = Try[Construct]\n  }\n\n  final object Factory {\n    type Aux[s, c] = Factory {\n      type Source = s\n      type Construct = c\n    }\n\n    trait tp[s, c] extends Factory {\n      final type Source = s\n      final type Construct = c\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/Http.scala","text":"package gv.jleon\n\nimport akka.http.scaladsl.server.directives.{ DebuggingDirectives }\nimport akka.http.scaladsl.server.{ Directives, Route }\nimport akka.http.scaladsl.{ Http \u21d2 AkkaHttp }\n\nobject Http {\n  import Directives.{ _ }\n\n  val route: Route = DebuggingDirectives.logRequestResult(\"leon\") {\n    pathPrefix(\"arch\" \/ RemainingPath) { path \u21d2 println(s\"Asking for $path\"); complete(\"\") }\n  }\n\n  private[this] implicit def routeHandlingMaterializer(implicit actorSystem: ActorSystem): ActorMaterializer =\n    ActorMaterializer()\n\n  def serve(implicit actorSystem: ActorSystem): Future[AkkaHttp.ServerBinding] = {\n    AkkaHttp().bindAndHandle(\n      route,\n      interface = \"0.0.0.0\",\n      port      = 14000\n    )\n  }\n}\n\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/ReadCompletely.scala","text":"package gv\npackage isi\npackage std.io\n\nimport java.{ nio \u21d2 jnio }\nimport java.{ util \u21d2 jutil }\n\nimport jnio.channels.{ ReadableByteChannel }\nimport jnio.charset.{ Charset }\nimport jnio.{ ByteBuffer }\nimport jutil.{ Scanner }\n\nimport io.{ ByteSource \u21d2 BS }\nimport convertible.{ Convertible }\nimport std.conversions._\n\ntrait ReadCompletely[T] extends Any {\n\n  protected[this] def self: T\n\n  final def readCompletely(charset: Charset = defaultCharset)(implicit bs: BS[T]): ByteBuffer = {\n    val scanner: Scanner =\n      new Scanner(\n        self.convertTo[ReadableByteChannel],\n        charset.name\n      ) useDelimiter \"\\\\A\"\n\n    val content: String = if (scanner.hasNext()) scanner.next() else \"\"\n\n    content.convertTo[Array[Byte]].convertTo[ByteBuffer]\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/mirror\/MirrorProperties.scala","text":"package gv.jleon\npackage mirror\n\nimport shapeless.{ HNil }\n\nimport test._\nimport Prop._\nimport Mirror._\n\nobject MirrorProperties extends Properties(\"Mirror\")\n    with MirrorGenerator\n    with UriGenerator {\n\n  property(\"baseUrl consistency\") =\n    forAll { (b: BaseUrl, p: Prefix) \u21d2\n      (b :: p :: true :: HNil).baseUrl ?= b\n    }\n\n  property(\"prefix consistency\") =\n    forAll { (b: BaseUrl, p: Prefix) \u21d2\n      (b :: p :: \"Hello\" :: HNil).prefix ?= p\n    }\n\n  property(\"urls begin with baseUrl\") =\n    forAll { (mirror: Mirror, path: Uri.Path) \u21d2\n      mirror.urlFor(path).toString startsWith mirror.baseUrl.toString\n    }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/Util.scala","text":"<reponame>mouchtaris\/jleon<filename>src\/main\/scala-2.12\/gv\/jleon4\/Util.scala<gh_stars>1-10\npackage gv\npackage jleon4\n\ntrait Util extends AnyRef\n    with isi.CouldBe {\n  final def pf[T](t: \u21d2 T): Any ~~> T = { case _ \u21d2 t }\n}\n\nobject Util extends Util\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Traversable.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait Traversable[F[_]] extends Any {\n  def traverse[A, Z]: Z \u21d2 ((Z, A) \u21d2 Z) \u21d2 F[A] \u21d2 Z\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/test\/package.scala","text":"package gv.jleon\n\nimport org.scalacheck.{\n  Prop \u21d2 scProp,\n  Properties \u21d2 scProperties,\n  Arbitrary \u21d2 scArbitrary,\n  Gen \u21d2 scGen\n}\n\npackage object test extends AnyRef \/\/  with ArbitraryGenerator\n{\n\n  type Prop = scProp\n  val Prop = scProp\n\n  type Properties = scProperties\n\n  type Gen[T] = scGen[T]\n  val Gen = scGen\n  type Arbitrary[T] = scArbitrary[T]\n  val Arbitrary = scArbitrary\n  def arbitrary[T: Arbitrary]: Gen[T] = Arbitrary.arbitrary[T]\n\n  def genOne[T: Arbitrary]: Option[T] =\n    arbitrary[T].apply(Gen.Parameters.default, org.scalacheck.rng.Seed.random())\n\n  def genStream[T: Arbitrary]: Stream[Option[T]] =\n    genOne[T] #:: genStream[T]\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/ByteSinkInstances.scala","text":"package gv\npackage isi\npackage std.io\n\nimport java.nio.{ ByteBuffer }\nimport java.nio.channels.{ WritableByteChannel }\n\nimport isi.io.{ ByteSink \u21d2 BS }\nimport isi.convertible.{ ~\u21d2, Convertible }\n\ntrait ByteSinkInstances extends AnyRef {\n\n  final implicit object WritableByteChannelSource extends BS[WritableByteChannel] {\n    @inline\n    def writeFrom(dest: WritableByteChannel, from: ByteBuffer): Int =\n      dest write from\n  }\n\n  \/**\n   * Anything that can be converted to a ReadableByteChannel, has a ByteSink\n   * interpretation as well.\n   *\/\n  final implicit def `T ~=> WritableByteChanel: ByteSource`[T](implicit conv: T ~\u21d2 WritableByteChannel): BS[T] =\n    (dest, from) \u21d2 WritableByteChannelSource writeFrom (dest.convertTo[WritableByteChannel], from)\n\n  final implicit object `ByteBuffer: ByteSink` extends BS[ByteBuffer] {\n    @inline\n    def writeFrom(dest: ByteBuffer, from: ByteBuffer): Int =\n      `ByteBuffer: ByteSource` readInto (from, dest)\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/PathInterpretationsPackage.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage jleon4\n\nobject PathInterpretationsPackage extends PathPackage with TypeClassPackage {\n  implicit class JPathPath(val self: JPath) extends AnyVal with Path.Ops {\n    final type Self = JPath\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/LockingStorages.scala","text":"package gv.jleon\npackage domain\n\nimport java.io.{ FileNotFoundException }\nimport java.nio.file.{ FileAlreadyExistsException }\n\nobject LockingStorages {\n\n  final type Underlying = Storage\n\n  final case class Locked(uri: Uri, cause: Throwable) extends Exception(s\"locked: $uri\", cause)\n\n  trait Ops extends Any {\n\n    def self: Underlying\n\n    final def lockPath(uri: Uri): Storage.Path =\n      self storagePathWithExt (uri, \"lock\")\n\n    final def lock(uri: Uri): Try[WritableByteChannel] = {\n      File.createNew(lockPath(uri))\n        .recoverWith {\n          case cause: FileAlreadyExistsException \u21d2\n            Failure(Locked(uri, cause))\n        }\n    }\n\n    final def isLocked(uri: Uri): Boolean =\n      File exists lockPath(uri)\n\n    final def unlock(uri: Uri): Try[Unit] =\n      if (File.delete(lockPath(uri)))\n        Success {}\n      else\n        Failure {\n          new FileNotFoundException(s\"$uri - ${lockPath(uri)}\")\n        }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/io\/ByteSink.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage io\n\nimport java.nio.{ ByteBuffer }\n\ntrait ByteSink[T] {\n\n  \/**\n   * Respective of a WritableByteChannel#read\n   *\n   * @param dest something like a WritableByteChannel\n   * @param from a byte buffer\n   * @return the number of read bytes, possibly 0, or -1 for end of stream\n   *\/\n  def writeFrom(dest: T, from: ByteBuffer): Int\n\n}\n\nobject ByteSink {\n\n  @inline\n  def apply[T: ByteSink]: ByteSink[T] = implicitly\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Bind.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait Bind[F[_]] extends Any {\n  def point[A]: A \u21d2 F[A]\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StoragePackage.scala","text":"package gv\npackage jleon4\n\nimport language.{ implicitConversions }\n\nimport isi.io.{ File }\n\ntrait StoragePackage {\n  \/\/ format: OFF\n  this: Any\n    with Util\n    with TypeClassPackage\n    with StorageMapPackage\n  \u21d2\n  \/\/ format: ON\n\n  sealed trait LockResult\n  final object LockResult {\n    case class Acquired(channel: WritableByteChannel) extends LockResult\n    case class Found(channel: ReadableByteChannel) extends LockResult\n\n    \/\/ Errors\n\n    case class Locked(item: String, cause: FileAlreadyExistsException)\n      extends Exception(s\"item is locked: $item\", cause)\n\n    case class Failed(item: String)\n      extends Exception(s\"item is failed: $item\")\n  }\n\n  sealed trait UnlockResult\n  final object UnlockResult {\n    case object Unlocked extends UnlockResult\n\n    \/\/ Errors\n    case class NotLocked(item: String) extends Exception(s\"item not locked: $item\")\n  }\n\n  trait Storage[-T] extends TypeClass.WithTypeParams[T, Storage.Ops]\n\n  object Storage extends TypeClassCompanion[Storage] {\n\n    val nothing: Try[LockResult] = Failure(new Exception(\"nothing happened yet\"))\n\n    trait Ops {\n      type StorageMap <: StoragePackage.this.StorageMap.Ops\n      def storageMap: StorageMap\n\n      final class ForItem(item: String) {\n        val map = storageMap(item)\n\n        val getFailure: Try[LockResult] =\n          if (File exists map.failure)\n            Failure(LockResult.Failed(map.item))\n          else\n            Failure(new NoSuchFileException(map.failure.toString))\n\n        val getLock: Try[LockResult] = Try {\n          File create map.lock close ()\n        } map { _ \u21d2\n          File create map.storage\n        } map {\n          LockResult.Acquired.apply\n        } recoverWith {\n          case ex: FileAlreadyExistsException \u21d2 Failure(LockResult.Locked(map.item, ex))\n        }\n\n        val getStorage: Try[LockResult] = Try {\n          File open map.storage\n        } map {\n          LockResult.Found.apply\n        }\n\n        val tryLock: Try[LockResult] =\n          nothing recoverWith pf(getFailure) recoverWith pf(getLock) recoverWith pf(getStorage)\n\n        val tryUnlock: Try[UnlockResult] =\n          if (File exists map.lock)\n            Try { File remove map.lock } map (_ \u21d2 UnlockResult.Unlocked)\n        else\n            Failure(UnlockResult.NotLocked(map.item))\n      }\n\n      final def apply(item: String): ForItem = new ForItem(item)\n\n      final val tryLock: String \u21d2 Try[LockResult] = apply _ andThen (_.tryLock)\n\n      final val tryUnlock: String \u21d2 Try[UnlockResult] = apply _ andThen (_.tryUnlock)\n    }\n  }\n\n  implicit def storageOps[T: Storage](self: T): Storage.Ops = Storage[T](self)\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/ByteSinkDecorationOps.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\npackage std.io\n\nimport java.nio.{ ByteBuffer }\n\nimport isi.io.{ ByteSink }\n\ntrait ByteSinkDecorationOps[T] extends Any {\n\n  def self: T\n\n  @inline\n  final def write(from: ByteBuffer)(implicit sink: ByteSink[T]): Int =\n    sink writeFrom (self, from)\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/error\/Error.scala","text":"package gv.jleon2\npackage model\npackage error\n\nimport language.{ higherKinds }\n\nimport scalaz.{ Monad }\n\n\/**\n * Handling Mirror Repository failures\n *\/\ntrait Error {\n  \/\/ format: OFF\n  this: Any\n  \u21d2\n  \/\/ format: ON\n\n  type MirrorHandler <: error.Mirror\n  type StorageHandler <: error.Storage\n\n  implicit def mirror: MirrorHandler\n  implicit def storage: StorageHandler\n}\n\nobject Error {\n\n  implicit class WithErrorHandling[F[_], R](val result: F[R]) extends AnyVal {\n    @inline\n    def withErrorHandledBy(handler: Handler)(implicit m: Monad[F]): F[R] = handler(result)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ImplicitResolutionOrder.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ImplicitResolutionOrder.scala\npackage gv\npackage isi\npackage std.conversions\n\nobject ImplicitResolutionOrder {\n\n  trait P0 extends AnyRef\n  \/\/    with convertible.ImplicitResolutionOrder.Conversions\n  trait P50 extends AnyRef with P0\n    with ByteConversions\n  trait P60 extends AnyRef with P50\n    with JavaIoConversions\n  trait P70 extends AnyRef with P60\n    with ToFutureConversions\n    with UriConversions\n    with PathConversions\n  trait P80 extends AnyRef with P70\n    with ExecutionContextConversions\n    with ToTryConversions\n  trait P90 extends AnyRef with P80\n  trait P100 extends AnyRef with P90\n\n  trait Conversions extends AnyRef with P100\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/crypto\/DigestionGenerators.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage crypto\n\nimport test._\n\ntrait DigestionGenerators {\n\n  final implicit def digestionGenerator: Arbitrary[Digestion] = Arbitrary(\n    Gen.const(Digestion.SHA512)\n  )\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/CouldBe.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/CouldBe.scala\npackage gv\npackage isi\n\nobject CouldBeValues {\n\n  case object CouldBeSingleton\n\n  implicit class CouldBe[T](val self: CouldBeSingleton.type) extends AnyVal {\n    final type t[a] = a \u21d2 T\n\n    def apply[U: CouldBe[T]#t](u: U): U = u\n  }\n\n}\n\ntrait CouldBe {\n\n  final type CouldBe[T] = CouldBeValues.CouldBe[T]\n  final val CouldBeSingleton = CouldBeValues.CouldBeSingleton\n\n  final def couldBe[T]: CouldBe[T] = CouldBeSingleton\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/FetchManager.scala","text":"package gv.jleon\npackage domain\n\nimport scala.language.{ implicitConversions }\n\nimport shapeless.{ HNil, ::, HList, Generic }\n\ntrait FetchManager extends Any {\n  def mirrors: MirrorRepository\n  def storage: Storage\n\n  private[this] def getMirrors(implicit prefix: Mirror.Prefix): Try[IndexedSeq[Mirror :: Fetch :: HNil]] =\n    mirrors.self get prefix match {\n      case Some(ms) \u21d2 Success { ms }\n      case None     \u21d2 Failure { new NoSuchElementException(s\"No mirror for prefix: $prefix\") }\n    }\n\n  private[this] def getMirror(mirrorIndex: Int)(implicit prefix: Mirror.Prefix): Try[Mirror :: Fetch :: HNil] =\n    getMirrors flatMap { mirrors \u21d2\n      if (mirrors isDefinedAt mirrorIndex)\n        Success { mirrors(mirrorIndex) }\n      else\n        Failure { new IndexOutOfBoundsException(s\"Mirror index: $mirrorIndex\") }\n    }\n\n  def fetch(mirrorIndex: Int, uri: Uri)(implicit prefix: Mirror.Prefix): Source1[ByteString] = {\n    val tryFetch = for {\n      _ \u2190 storage lock uri\n      mirror :: fetch :: HNil \u2190 getMirror(mirrorIndex)\n      bytes = fetch(mirror urlFor uri.path)\n    } yield bytes\n\n    val bytesSource: Source1[ByteString] = Source\n      .fromFuture { Future fromTry tryFetch }\n      .flatMapConcat { Predef.identity }\n    \/\/    val wat: Sink[ByteString, Future[IOResult]] = storage.write(uri)\n    \/\/    val flo = Flow[ByteString]\n    \/\/      .flatMapConcat { bytestr \u21d2\n    \/\/        import\n    \/\/        val futio: Future[IOResult] = Source.single(bytestr).runWith(wat)\n    \/\/        Source.fromFuture(futio).map {\n    \/\/          case result if result.wasSuccessful \u21d2 bytestr\n    \/\/        }\n    \/\/      }\n\n    bytesSource\n      \/\/      .via(flo)\n      .recoverWithRetries(1, {\n        case ex \u21d2\n          val err = new RuntimeException(s\"Fetching $uri failed because of $ex\", ex)\n          val tryMarkError = storage.markFailed(uri).flatMap(_ \u21d2 Failure(err))\n          Source fromFuture (Future fromTry tryMarkError)\n      })\n  }\n}\n\nobject FetchManager {\n\n  trait Interpretation[T] extends Any {\n    final type Self = T\n\n    def mirrorsFrom(self: Self): MirrorRepository\n    def storageFrom(self: Self): Storage\n  }\n\n  final type Record1[Rest <: HList] = MirrorRepository :: Storage :: Rest\n\n  final implicit def recordI[Rest <: HList]: Interpretation[Record1[Rest]] = new Interpretation[Record1[Rest]] {\n    override def mirrorsFrom(self: Self): MirrorRepository = self match {\n      case mirrors :: _ \u21d2 mirrors\n    }\n    override def storageFrom(self: Self): Storage = self match {\n      case _ :: storage :: _ \u21d2 storage\n    }\n  }\n\n  final case class ADT(\n    override val mirrors: MirrorRepository,\n    override val storage: Storage\n  ) extends FetchManager\n\n  final implicit def genericI[T, Repr](implicit generic: Generic.Aux[T, Repr], i: Interpretation[Repr]) = new Interpretation[T] {\n    override def mirrorsFrom(self: Self): MirrorRepository = i mirrorsFrom generic.to(self)\n    override def storageFrom(self: Self): Storage = i storageFrom generic.to(self)\n  }\n\n  final implicit def apply[T](self: T)(implicit i: Interpretation[T]): FetchManager = new FetchManager {\n    override def mirrors: MirrorRepository = i mirrorsFrom self\n    override def storage: Storage = i storageFrom self\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Monoid.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage isi\npackage functional\n\ntrait Monoid[T] extends Any {\n  def zero: T\n  def op: (T, T) \u21d2 T\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/scalaz\/FutureInstances.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/scalaz\/FutureInstances.scala<gh_stars>1-10\npackage gv\npackage isi.scalaz\n\nimport concurrent.{ Future, ExecutionContext }\n\nimport scalaz.{ Monad }\n\ntrait FutureInstances {\n\n  final class Instances(implicit ec: ExecutionContext) extends Monad[Future] {\n\n    override def point[A](a: \u21d2 A): Future[A] = Future successful a\n\n    override def bind[A, B](fa: Future[A])(f: A \u21d2 Future[B]): Future[B] = fa flatMap f\n  }\n\n  implicit final def futureInstances(implicit ec: ExecutionContext): Instances = new Instances\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/ScalariformConfiguration.scala","text":"<reponame>mouchtaris\/jleon\n\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Process._\nimport Keys._\nimport scalariform.formatter.preferences._\nimport com.typesafe.sbt.SbtScalariform\nimport com.typesafe.sbt.SbtScalariform.ScalariformKeys\n\n\/\/\n\/\/ Settings for Scalariform:\n\/\/ * https:\/\/github.com\/scala-ide\/scalariform#preferences\n\/\/ * https:\/\/github.com\/sbt\/sbt-scalariform#advanced-configuration\n\/\/\n\/\/ The documentation on Scalafirm main repo is more recent than\n\/\/ the published artifacts.\n\/\/\n\/\/ Options which are commented out are introduced on the 'master'\n\/\/ branch of scalariform but are not published on Maven Repos.\n\/\/\nobject ScalariformConfiguration {\n  val ScalariformSettings =\n    SbtScalariform.scalariformSettings ++ Seq(\n      ScalariformKeys.preferences := ScalariformKeys.preferences.value\n        .setPreference(AlignParameters, true)\n        \/\/ .setPreference(FirstParameterOnNewline, \"Force\")\n        .setPreference(AlignArguments, true)\n        \/\/ .setPreference(FirstArgumentOnNewline, \"Force\")\n        .setPreference(AlignSingleLineCaseStatements, true)\n        .setPreference(CompactControlReadability, true)\n        .setPreference(CompactStringConcatenation, false)\n        .setPreference(DoubleIndentClassDeclaration, true)\n        \/\/ .setPreference(DoubleIndentMethodDeclaration, true)\n        .setPreference(IndentPackageBlocks, true)\n        .setPreference(IndentSpaces, 2)\n        .setPreference(IndentWithTabs, false)\n        .setPreference(MultilineScaladocCommentsStartOnFirstLine, false)\n        \/\/ .setPreference(NewlineAtEndOfFile, true)\n        .setPreference(PlaceScaladocAsterisksBeneathSecondAsterisk, false)\n        .setPreference(PreserveSpaceBeforeArguments, false)\n        \/\/.setPreference(DanglingCloseParenthesis, \"Force\")\n        .setPreference(RewriteArrowSymbols, true)\n        \/\/ .setPreference(SpaceBeforColon, false)\n        \/\/ .setPreference(SpaceBeforeContextColon, true)\n        .setPreference(SpaceInsideBrackets, false)\n        .setPreference(SpaceInsideParentheses, false)\n        .setPreference(SpacesWithinPatternBinders, true)\n        \/\/ .setPreference(SoacesAroundMultiImports, true)\n      )\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ExecutionContextConversions.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ExecutionContextConversions.scala\npackage gv.isi\npackage std\npackage conversions\n\nimport scala.language.{ implicitConversions }\n\nimport _root_.java.{ util \u21d2 jutil }\n\ntrait ExecutionContextConversions extends Any {\n\n  import scala.concurrent.{ ExecutionContext }\n  import jutil.concurrent.{ Executor, ExecutorService }\n\n  @inline\n  final implicit def javaExecutorServiceToScalaExecutionContext(service: ExecutorService): ExecutionContext =\n    ExecutionContext fromExecutorService service\n\n  @inline\n  final implicit def javaExecutorToScalaExecutionContext(exec: Executor): ExecutionContext =\n    ExecutionContext fromExecutor exec\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/StdAliasesPackage.scala","text":"package gv.isi\n\ntrait StdAliasesPackage {\n\n  final type ~~>[A, B] = PartialFunction[A, B]\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/ConfigPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon4\n\nimport language.{ postfixOps, implicitConversions }\n\ntrait ConfigPackage {\n  this: TypeClassPackage \u21d2\n\n  trait Config[-T] extends Any with TypeClass.WithTypeParams[T, Config.Ops]\n\n  object Config extends TypeClassCompanion[Config] {\n    trait Ops extends Any {\n      type Config <: TSConfig\n      type FileSystem <: JFileSystem\n      def config: Config\n      def fileSystem: FileSystem\n\n      final def getPath: String \u21d2 JPath = (config getString _) andThen (fileSystem getPath _)\n      final def getUri: String \u21d2 JUri = (config getString _) andThen (java.net.URI create)\n    }\n\n    object Ops {\n      implicit def toTSConfig(ops: Ops): TSConfig = ops.config\n    }\n  }\n\n  implicit def configOps[T: Config](self: T): Config.Ops = Config[T](self)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/typeclasses\/Numeric.scala","text":"package gv\npackage isi\npackage functional\npackage typeclasses\n\ntrait Numeric {\n\n  final implicit case object ZeroLong extends typeclass.Zero[Long] {\n    def zero: Long = 0\n  }\n\n  final implicit case object AddableLong extends typeclass.Addable[Long] {\n    def op: (Long, Long) \u21d2 Long = _ + _\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/package.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/std\/io\/package.scala<gh_stars>1-10\npackage gv\npackage isi\npackage std\n\npackage object io extends AnyRef\n    with ByteSourceInstances\n    with ByteSinkInstances {\n\n  implicit class ReadCompletelyDecoration[T](val self: T) extends AnyVal with ReadCompletely[T]\n  implicit class WriteCompletelyDecoration[T](val self: T) extends AnyVal with WriteCompletely[T]\n\n  implicit class ByteSinkDecoration[T](val self: T) extends AnyVal with ByteSinkDecorationOps[T]\n  implicit class ByteSourceDecoration[T](val self: T) extends AnyVal with ByteSourceDecorationOps[T]\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/Experimental.scala","text":"<reponame>mouchtaris\/jleon<filename>project\/Experimental.scala\nimport sbt._\nimport Keys._\n\nobject Experimental {\n\n  lazy val ProjectSettings = Seq(\n\n    libraryDependencies ++= Seq(\n\/\/      \"com.lihaoyi\" % \"ammonite\" % \"0.8.2\" % \"test\" cross CrossVersion.full,\n      \"com.github.alexarchambault\" %% \"argonaut-shapeless_6.2\" % \"1.2.0-M4\",\n      \"com.chuusai\" %% \"shapeless\" % \"2.3.2\",\n      \"com.github.alexarchambault\" %% \"scalacheck-shapeless_1.13\" % \"1.1.5\",\n      \"org.scalaz\" %% \"scalaz-core\" % \"7.2.9\",\n\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-agent\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-camel\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-cluster\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-cluster-metrics\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-cluster-sharding\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-cluster-tools\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-contrib\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-multi-node-testkit\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-osgi\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-persistence\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-persistence-tck\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-remote\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-slf4j\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % \"2.5.1\",\n      \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.5.1\",\n\/\/      \"com.typesafe.akka\" %% \"akka-distributed-data-experimental\" % \"2.5.1\",\n\/\/      \"com.typesafe.akka\" %% \"akka-typed-experimental\" % \"2.5.1\",\n\/\/      \"com.typesafe.akka\" %% \"akka-persistence-query-experimental\" % \"2.5.1\",\n\n      \"com.typesafe.akka\" %% \"akka-http-core\" % \"10.0.6\",\n      \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.6\",\n      \"com.typesafe.akka\" %% \"akka-http-testkit\" % \"10.0.6\",\n      \"com.typesafe.akka\" %% \"akka-http-spray-json\" % \"10.0.6\",\n      \"com.typesafe.akka\" %% \"akka-http-jackson\" % \"10.0.6\",\n      \"com.typesafe.akka\" %% \"akka-http-xml\" % \"10.0.6\"\n    )\n\n    \/\/initialCommands in (Test, console) := \"\"\"ammonite.Main().run()\"\"\"\n  )\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/typesafe\/config\/package.scala","text":"package gv\npackage isi\npackage typesafe\n\nimport com.typesafe.config.{ ConfigValue }\n\npackage object config {\n\n  final implicit class ConfigDecoration(val self: ConfigValue) extends AnyVal with ConfigDecorationOps\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/TraversableOps.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait TraversableOps[F[_], A] extends Any {\n  this: TraversableDecorations[F, A] \u21d2\n\n  def fold[Z](zero: Z)(op: (Z, A) \u21d2 Z)(implicit t: Traversable[F]): Z =\n    t.traverse(zero)(op)(fa)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Functor.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait Functor[F[_]] extends Any {\n  def fmap[A, B]: (A \u21d2 B) \u21d2 F[A] \u21d2 F[B]\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StorageFactoryPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon4\n\nimport language.{ implicitConversions }\n\ntrait StorageFactoryPackage {\n  \/\/ format: OFF\n  this: Any\n    with ConfigPackage\n    with Util\n    with TypeClassPackage\n    with StorageMapPackage\n    with StorageMapInterpretationsPackage\n    with StoragePackage\n    with StorageInterpretationsPackage\n  \u21d2\n  \/\/ format: ON\n\n  trait StorageFactory[-T] extends Any with TypeClass.WithTypeParams[T, StorageFactory.Ops]\n\n  \/\/noinspection TypeAnnotation\n  object StorageFactory extends TypeClassCompanion[StorageFactory] {\n\n    trait Ops extends Any {\n      type Config <: StorageFactoryPackage.this.Config.Ops\n\n      def config: Config\n\n      final def storageMap = couldBe[StorageMap.Ops] {\n        (config getUri \"basePath\") :: HNil\n      }\n\n      final def storage = couldBe[Storage.Ops] {\n        storageMap :: HNil\n      }\n    }\n\n    object Ops\n\n  }\n\n  implicit def storageFactoryOps[T: StorageFactory](self: T): StorageFactory.Ops = StorageFactory[T](self)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/mirror\/Handler.scala","text":"<reponame>mouchtaris\/jleon\npackage gv\npackage jleon2\npackage model.mirror\n\nimport concurrent.{ Future }\n\nimport java.nio.{ ByteBuffer }\n\nimport akka.stream.scaladsl.{ Source }\n\ntrait Handler extends isi.Function with Handler.Types {\n  final type FunctionIn = Request\n  final type FunctionOut = Source[ByteBuffer, Future[HandlingResult]]\n}\n\nobject Handler {\n\n  trait Types {\n    \/\/ Input\n    type Request\n  }\n\n  trait tp[request] extends Handler {\n    final type Request = request\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/stdconv.scala","text":"<gh_stars>1-10\npackage gv.jleon\npackage util\n\nimport java.{ net \u21d2 jnet }\n\nimport scala.language.{ implicitConversions }\n\nimport akka.http.scaladsl.model.{ Uri \u21d2 AkkaUri }\n\n\/**\n * Standard Conveniences\n *\/\ntrait stdconv {\n\n  \/**\n   * Convert an Akka Uri to [[java.net.URI]].\n   * @param uri\n   * @return\n   *\/\n  final implicit def toJavaNetUri(uri: AkkaUri): jnet.URI = jnet.URI.create(uri.toString)\n\n  \/**\n   * Convert a [[java.net.URI]] to Akka Uri.\n   * @param uri\n   * @return\n   *\/\n  final implicit def toAkkaUri(uri: jnet.URI): AkkaUri = AkkaUri(uri.toString)\n\n  \/**\n   * Mark a generic argument as implicitly provided\n   *\/\n  type Implicitly[T] = T\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/ConvertibleOps.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/convertible\/ConvertibleOps.scala\npackage gv.isi\npackage convertible\n\nimport language.{ implicitConversions, higherKinds }\nimport annotation.{ implicitNotFound }\n\n\/**\n * Decorations for a convertible object.\n * Receives decoration methods by [[ConvertibleOps.Ops]],\n * for converting to other type, through implicit conversions.\n *\/\nprivate[convertible] object ConvertibleOps {\n\n  \/**\n   * Utility class, for when converting to effects.\n   *\n   * This is class is there to allow the user of [[Ops.convertToEffect]]\n   * to need to specify only one type parameter.\n   *\n   * @param self the decorated \"self\"\n   * @tparam S the \"self\" type\n   * @tparam F the target effect\n   *\/\n  final implicit class ToEffectConvertible[S, F[_]](val self: S) extends AnyVal {\n\n    @implicitNotFound(\"Cannot prove that Self is an Effectful type, or that Self is convertible to F[T]\")\n    @inline\n    def apply[T, SF[_]]()(implicit ev1: S <:< SF[T], ctor: ConstructableFrom[SF[T]]#To[F[T]]): F[T] =\n      ctor(ev1(self))\n\n  }\n\n  final object ToEffectConvertible {\n    \/**\n     * Provide an implicit conversion of [[ToEffectConvertible]] to the target effect,\n     * in case that a conversion is used like this:\n     * {{{\n     *   val target: Future[Int] = (o: Option[Int]).convertToEffect\n     * }}}\n     * @param tec to effect convertible (self)\n     * @param ev1 evidence (1) that self type is an effect\n     * @param ctor constructor from self (effect) to target effect\n     * @tparam S self type\n     * @tparam F target effect type\n     * @tparam T effected type\n     * @tparam SF self type, as an effect\n     * @return self converted to target effect\n     *\/\n    @inline implicit def convert[S, F[_], T, SF[_]](\n      tec: ToEffectConvertible[S, F]\n    )(\n      implicit\n      ev1:  S <:< SF[T],\n      ctor: ConstructableFrom[SF[T]]#To[F[T]]\n    ): F[T] = tec.apply[T, SF]\n  }\n\n  \/**\n   * Decoration operations for a convertible.\n   *\n   * @tparam S The \"self\" type\n   *\/\n  trait Ops[S] extends Any {\n    final type Self = S\n    final type Constructor[T] = ConstructableFrom[Self]#To[T]\n\n    protected[this] def self: Self\n\n    \/**\n     * Convert to target type.\n     * @tparam T target type\n     * @return self converted to target type\n     *\/\n    @inline final def convertTo[T: Constructor]: T =\n      implicitly[Constructor[T]].apply(self)\n\n    \/**\n     * Convert to an effectful type.\n     *\n     * This method can be used like:\n     * {{{\n     *   val o: Option[Int] = Some(12)\n     *   val f: Future[Int] = o.convertToEffect[Future]\n     *   \/\/ or\n     *   val f2 = o.convertToEffect[Future]()\n     * }}}\n     * @tparam F target effect\n     * @return self converted to target type\n     *\/\n    @inline final def convertToEffect[F[_]]: ToEffectConvertible[S, F] = self\n\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/test\/JavaNioGenerator.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage test\n\nimport `type`.{ TaggedType }\n\nobject JavaNioGenerator {\n  final implicit object PathSegment extends TaggedType[String]\n}\n\ntrait JavaNioGenerator {\n  import JavaNioGenerator._\n\n  private[this] final implicit def pathSegmentGenerator: Arbitrary[PathSegment.t] = Arbitrary(\n    Gen.alphaStr.map(PathSegment.apply)\n  )\n\n  final implicit def pathGenerator: Arbitrary[Path] = Arbitrary {\n    arbitrary[List[PathSegment.t]]\n      .map(_.fold(\"file:\/\/\/\")(_ ++ _))\n      .map(Path(_))\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/BindersPackage.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\npackage functional\n\ntrait BindersPackage {\n\n  @inline final def pfconst[T](t: T): Any ~~> T = { case _ \u21d2 t }\n\n  @inline final def const[T](t: T): Any \u21d2 T = _ \u21d2 t\n\n  @inline final def lazypf[T](t: \u21d2 T): Any ~~> T = { case _ \u21d2 t }\n\n  @inline final def lazyconst[T](t: \u21d2 T): Any \u21d2 T = _ \u21d2 t\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/concurrent\/Executors.scala","text":"package gv\npackage isi\npackage concurrent\n\nimport java.util.concurrent.{ Executor }\n\ntrait Executors extends AnyRef {\n\n  final case object SyncExecutor extends Executor {\n    def execute(command: Runnable): Unit = command.run()\n  }\n\n}\n\nobject Executors extends Executors\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/ConstructableFrom.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/convertible\/ConstructableFrom.scala\npackage gv.isi\npackage convertible\n\nsealed trait ConstructableFrom[S] {\n  final type To[T] = S ~\u21d2 T\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/plugins.sbt","text":"<gh_stars>1-10\n\/\/ Sonatype's scalastyle repository\nresolvers += \"Sonatype scalastyle repository\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/org\/scalastyle\"\n\/\/ Typesafe's repository\nresolvers += \"Typesafe repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"0.8.0\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.1.5\")\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.5.0\")\n\n\/\/ Scalariform\nresolvers += Resolver.typesafeRepo(\"releases\")\n\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.6.0\")\n\n\n\/\/\n\/\/ Section Experimental\n\/\/\n\/\/ scala-native\naddSbtPlugin(\"org.scala-native\" % \"sbt-scala-native\"  % \"0.1.0\")\n\/\/ coursier\naddSbtPlugin(\"io.get-coursier\" % \"sbt-coursier\" % \"1.0.0-M15\")\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/impl\/http\/Akka.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon2\npackage impl.http\n\nimport util.{ Try, Success, Failure }\nimport concurrent.{ Future, ExecutionContext }\n\nimport java.nio.{ ByteBuffer }\n\nimport akka.stream.{ scaladsl \u21d2 stream }\nimport akka.http.{ scaladsl \u21d2 http }\nimport akka.util.{ ByteString }\n\nobject Akka {\n\n  object Response {\n\n    final val makeBuffers: ByteString \u21d2 () \u21d2 Iterator[ByteBuffer] =\n      byteString \u21d2 () \u21d2 byteString.asByteBuffers.iterator\n\n    final val makeSource: ByteString \u21d2 stream.Source[ByteBuffer, akka.NotUsed] =\n      makeBuffers andThen stream.Source.fromIterator[ByteBuffer]\n\n    final val `ByteString ~> ByteBuffer`: stream.Flow[ByteString, ByteBuffer, akka.NotUsed] =\n      stream.Flow[ByteString] flatMapConcat makeSource\n\n    final case class Response(response: http.model.HttpResponse) extends model.http.Response {\n      val isSuccess: Try[Unit] = response.status match {\n        case http.model.StatusCodes.Success(_) \u21d2 Success(())\n        case status                            \u21d2 Failure(new Exception(status.toString))\n      }\n\n      val bytes: stream.Source[ByteBuffer, akka.NotUsed] = response.entity.dataBytes\n        .viaMat(`ByteString ~> ByteBuffer`)(stream.Keep.right)\n    }\n\n    val modelResponse: http.model.HttpResponse \u21d2 model.http.Response = Response\n  }\n\n  object Client {\n    trait Types extends model.http.Client.Types {\n      final type Uri = model.uri.Uri\n      final type Response = model.http.Response\n    }\n\n    final case class Client()(implicit client: http.HttpExt, mat: akka.stream.Materializer) extends model.http.Client\n        with Types {\n\n      import http.client.{ RequestBuilding }\n\n      private[this] implicit val ec: ExecutionContext = mat.executionContext\n\n      val get: Uri \u21d2 Future[Response] =\n        uri \u21d2\n          client singleRequest (RequestBuilding Get uri.toAkka) map Response.modelResponse\n\n    }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/Playground.scala","text":"package gv.jleon\n\nimport scala.reflect.runtime.universe.reify\n\nimport test._\n\nobject Playground extends AnyRef\n    with test.JavaNioGenerator {\n\n  def main(args: Array[String]): Unit = {\n\n    println {\n      reify(arbitrary[Path])\n    }\n\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/view\/IndexedSeqConcatenation.scala","text":"package gv\npackage isi\npackage view\n\nimport language.{ postfixOps }\nimport collection.{ IndexedSeq }\n\nobject IndexedSeqConcatenation {\n\n  def Catchall[T]: PartialFunction[Int, T] = PartialFunction.empty\n\n  def apply[T](seqs: Traversable[IndexedSeq[T]]): IndexedSeq[T] = new IndexedSeq[T] {\n\n    private[this] final val getValue: PartialFunction[Int, T] =\n      seqs\n        .filter(_.nonEmpty) \/\/ optimisation\n        .foldRight(Catchall[T]) { (seq, fin) \u21d2\n          seq orElse[Int, T] {\n            case i \u21d2 fin(i - seq.length)\n          }\n      }\n\n    final val length: Int = seqs map (_ length) sum\n\n    final def apply(index: Int): T = getValue(index)\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/config\/package.scala","text":"<reponame>mouchtaris\/jleon<gh_stars>1-10\npackage gv.jleon\n\nimport com.typesafe.config.{ ConfigValue, ConfigFactory }\n\npackage object config extends AnyRef\n    with TypeAlias {\n\n  protected[config] final object key {\n    val mirrors = \"mirrors\"\n    val storage = \"storage\"\n  }\n\n  final object Config {\n    def apply(): Config = ConfigFactory.defaultApplication()\n\n    def apply(defaultNamespace: String): Config = this()(defaultNamespace)\n  }\n\n  implicit class Config(override val self: tsConfig) extends AnyVal with ConfigDecorationOps\n\n  final implicit class RichConfigValue(val self: ConfigValue) extends AnyVal with RichConfigValueOps\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/error\/Storage.scala","text":"package gv.jleon2\npackage model\npackage error\n\ntrait Storage extends Any with Handler\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/TupledCall.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/TupledCall.scala\npackage gv.isi.functional\n\n\/**\n * Allow the following trick:\n * {{{\n *   trait F[T] {\n *     type R\n *     def f(self: T): R\n *   }\n *\n *   implicit final object FInt extends F[Int] {\n *     type R = Int\n *     def f(self: Int): Int = self + 1\n *   }\n *\n *   val bundle = (FInt, 12)\n *\n *   println { \/\/ Prints 13\n *     bundle method (_.f)\n *   }\n *\n * }}}\n *\/\nobject TupledCall {\n\n  final implicit class Decoration[I, S](val interpSelf: (I, S)) extends AnyVal {\n    def method[R](getf: I \u21d2 S \u21d2 R): R = interpSelf match {\n      case (interp, self) \u21d2 getf(interp)(self)\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/facade\/ExecutionContexts.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon2\npackage model.facade\n\nimport scala.concurrent.{ ExecutionContext }\n\ntrait ExecutionContexts {\n\n  implicit val RequestProcessing: ExecutionContext\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/StorageFactory.scala","text":"package gv.jleon\npackage domain\n\nimport shapeless.{ HNil }\n\nobject StorageFactory {\n\n  private[this] object key {\n    val BasePath: String = \"basePath\"\n  }\n\n  implicit class StorageConfig(val self: config.tsConfig) extends AnyVal {\n\n    def basePath: Path = Path(self getString key.BasePath)\n\n  }\n\n}\n\nimport StorageFactory._\n\ntrait StorageFactory extends Any {\n\n  def fromConfig(\n    implicit\n    config: StorageConfig\n  ): Storage = {\n    Storage.Path(config.basePath) :: HNil\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/AkkaConfiguration.scala","text":"\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Keys._\n\nobject AkkaConfiguration {\n\n  final val AkkaVersion = \"2.4.17\"\n  final val AkkaHttpVersion = \"10.0.5\"\n\n  val ProjectSettings = Seq(\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-http\" % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-spray-json\" % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-testkit\" % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-xml\" % AkkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-slf4j\" % AkkaVersion\n    )\n\n  )\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/AkkaActorImports.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage util\n\nimport akka.{ actor \u21d2 akkaa }\n\ntrait AkkaActorImports {\n\n  final type ActorSystem = akkaa.ActorSystem\n  final val ActorSystem = akkaa.ActorSystem\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/Fetch.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon\/domain\/Fetch.scala\npackage gv.jleon\n\nimport scala.language.{ implicitConversions }\n\nimport shapeless.{ HList, :: }\n\nimport `type`.{ TaggedType }\n\nimport Fetch._\n\nfinal case class Fetch(\n    fetch: FetchFunc.t\n) {\n  @inline def apply(uri: Uri): Source[ByteString, NotUsed] = fetch(uri)\n}\n\nobject Fetch {\n\n  final implicit object FetchFunc extends TaggedType[Uri \u21d2 Source[ByteString, NotUsed]]\n\n  trait Interpretation[T] extends Any {\n    final type Self = T\n\n    def fetch(self: Self): FetchFunc.t\n  }\n\n  final implicit def apply[T: Interpretation](self: T): Fetch = {\n    val i: Interpretation[T] = implicitly\n    Fetch(\n      fetch = i fetch self\n    )\n  }\n\n  final implicit def recordI[Rest <: HList] = new Interpretation[FetchFunc.t :: Rest] {\n    override def fetch(self: Self): FetchFunc.t = self match {\n      case f :: _ \u21d2 f\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/error\/Handler.scala","text":"package gv.jleon2\npackage model\npackage error\n\nimport language.{ higherKinds }\nimport scalaz.{ Monad }\n\ntrait Handler extends Any {\n  def apply[F[_]: Monad, Result](result: F[Result]): F[Result]\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StorageInterpretationsPackage.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon4\/StorageInterpretationsPackage.scala\npackage gv\npackage jleon4\n\ntrait StorageInterpretationsPackage {\n  \/\/ format: OFF\n  this: Any\n    with StorageMapPackage\n    with StoragePackage\n  \u21d2\n  \/\/ format: ON\n\n  \/\/ format: OFF\n  implicit def recordStorage[\n    storageMap: CouldBe[StorageMap.Ops]#t,\n    rec <: HList\n  ]: \/\/ format: ON\n  Storage[storageMap :: rec] = self \u21d2 new Storage.Ops {\n    final type StorageMap = StorageMap.Ops\n    final val storageMapSource :: _ = self\n    final val storageMap: StorageMap = storageMapSource\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/Mirror.scala","text":"<reponame>mouchtaris\/jleon<filename>src\/main\/scala-2.12\/gv\/jleon\/domain\/Mirror.scala<gh_stars>1-10\npackage gv.jleon\npackage domain\n\nimport scala.language.{ implicitConversions }\n\nimport shapeless.{ HList, :: }\n\nimport gv.jleon.`type`.{ TaggedType }\n\nimport Mirror.{ BaseUrl, Prefix }\n\nfinal case class Mirror(\n    baseUrl: BaseUrl,\n    prefix:  Prefix,\n    name:    String  = \"\"\n) {\n  def urlFor(path: Uri.Path): Uri = baseUrl.withPath(baseUrl.path ++ path)\n}\n\nobject Mirror extends AnyRef\n    with MirrorFactory {\n\n  final implicit object BaseUrl extends TaggedType[Uri]\n  type BaseUrl = BaseUrl.t\n\n  final implicit object Prefix extends TaggedType[String]\n  type Prefix = Prefix.t\n\n  trait Interpretation[T] extends Any {\n    type Self = T\n    def baseUrl(implicit self: T): BaseUrl\n    def prefix(implicit self: T): Prefix\n  }\n\n  final implicit def apply[T: Interpretation](self: T): Mirror = {\n    val i: Interpretation[T] = implicitly\n    implicit val _self = self\n    Mirror(\n      baseUrl = i.baseUrl,\n      prefix  = i.prefix\n    )\n  }\n\n  final implicit def recordI[Rest <: HList] = new Interpretation[BaseUrl :: Prefix :: Rest] {\n    override def baseUrl(implicit self: Self): BaseUrl = self match {\n      case u :: _ \u21d2 u\n    }\n    override def prefix(implicit self: Self): Prefix = self match {\n      case _ :: p :: _ \u21d2 p\n    }\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/facade\/JLeonImports.scala","text":"package gv.jleon\npackage facade\n\ntrait JLeonImports {\n\n  type Mirror = domain.Mirror\n  val Mirror = domain.Mirror\n\n  type Storage = domain.Storage\n  val Storage = domain.Storage\n\n  type FetchManager = domain.FetchManager\n  val FetchManager = domain.FetchManager\n\n  type MirrorRepository = domain.MirrorRepository\n  type FetchRepository = domain.FetchRepository\n  type LockingStorage = domain.LockingStorage\n\n  type JLeon = facade.JLeon\n  val JLeon = facade.JLeon\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/config\/ConfigDecorationOps.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage config\n\nprotected[config] trait ConfigDecorationOps extends Any {\n\n  def self: tsConfig\n\n  final def apply(path: String): tsConfig = self getConfig path\n\n  final def mirrors: tsConfigObject = self getObject s\"${config.key.mirrors}\"\n\n  final def storage: tsConfig = self getConfig s\"${config.key.storage}\"\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/config\/RichConfigValueOps.scala","text":"package gv.jleon\npackage config\n\nimport com.typesafe.config.{ ConfigValue, ConfigValueType }\n\nprotected[config] trait RichConfigValueOps extends Any {\n\n  def self: ConfigValue\n\n  final def ifType(t: ConfigValueType): Option[Object] =\n    if (self.valueType == t)\n      Some(self.unwrapped)\n    else\n      None\n\n  final def asString: Option[String] = ifType(ConfigValueType.STRING) map (_.asInstanceOf[String])\n\n  final def asConfigObject: Option[tsConfigObject] = ifType(ConfigValueType.OBJECT) map (_ \u21d2 self.asInstanceOf[tsConfigObject])\n\n  final def asConfig: Option[tsConfig] = asConfigObject map (_.toConfig)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/crypto\/Digestion.scala","text":"package gv.jleon\npackage crypto\n\nimport java.security.MessageDigest\n\nimport scala.language.{ implicitConversions }\n\nimport `type`.{ TaggedType }\n\nimport Digestion._\n\nfinal case class Digestion(\n    digest: DigestFunc.t\n) {\n  import Digestion.{ toHexString }\n\n  def digest(string: String): Bytes = digest(string getBytes UTF_8)\n\n  def hexDigest(bytes: Bytes): String = toHexString(digest(bytes))\n\n  def hexDigest(string: String): String = toHexString(digest(string))\n}\n\nobject Digestion {\n\n  type Bytes = Array[Byte]\n  final implicit object DigestFunc extends TaggedType[Bytes \u21d2 Bytes]\n\n  def toHexString(bytes: Bytes): String =\n    BigInt(1, bytes).toString(0x10)\n\n  trait Interpretation[T] extends Any {\n    def digest(self: T): DigestFunc.t\n  }\n\n  final implicit def apply[T: Interpretation](self: T): Digestion = {\n    val i: Interpretation[T] = implicitly\n    Digestion(\n      digest = i digest self\n    )\n  }\n\n  final implicit object MessageDigestConstructorInterpretation extends Interpretation[() \u21d2 MessageDigest] {\n    override def digest(self: () \u21d2 MessageDigest): DigestFunc.t = self().digest(_)\n  }\n\n  final val SHA512: Digestion = Digestion(() \u21d2 MessageDigest getInstance \"SHA-512\")\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/UriConversions.scala","text":"package gv.isi\npackage std\npackage conversions\n\nimport scala.language.{ implicitConversions }\n\nimport _root_.java.{ net \u21d2 jnet }\n\ntrait UriConversions extends Any {\n\n  import _root_.akka.http.scaladsl.model.{ Uri \u21d2 AkkaUri }\n  import jnet.{ URI \u21d2 JavaUri }\n\n  @inline\n  final implicit def fromAkkaHttpUriToJavaNetUri(akka: AkkaUri): JavaUri =\n    JavaUri.create(akka.toString)\n\n  @inline\n  final implicit def fromJavaNetUriToAkkaHttpUri(java: JavaUri): AkkaUri =\n    AkkaUri(java.toString)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/ByteConversions.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\npackage std.conversions\n\nimport java.{ nio \u21d2 jnio }\nimport jnio.{ ByteBuffer }\nimport jnio.charset.{ Charset, StandardCharsets }\n\nimport convertible.{ ~\u21d2 }\n\ntrait ByteConversions extends AnyRef {\n\n  final val defaultCharset: Charset = StandardCharsets.UTF_8\n\n  @inline\n  final implicit def `String ~=> Array[Byte]`(implicit charset: Charset = defaultCharset): String ~\u21d2 Array[Byte] = _ getBytes charset\n\n  final implicit val `Byte[Array] ~=> ByteBuffer`: Array[Byte] ~\u21d2 ByteBuffer = ByteBuffer wrap _\n}\n\nobject ByteConversions extends ByteConversions\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/FetchRepositories.scala","text":"<filename>src\/main\/scala-2.12\/gv\/jleon\/domain\/FetchRepositories.scala\npackage gv.jleon\npackage domain\n\nobject FetchRepositories {\n\n  final type Underlying = Map[String, Fetch]\n\n  trait Ops extends Any {\n    def self: Underlying\n\n    @inline def apply(s: String): Option[Fetch] = self get s\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/Channels.scala","text":"package gv\npackage isi\npackage std.io\n\nobject Channels {\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/mirror\/MirrorGenerator.scala","text":"<reponame>mouchtaris\/jleon\npackage gv.jleon\npackage mirror\n\nimport shapeless.{ HNil }\n\nimport test._\n\ntrait MirrorGenerator extends Any {\n  this: test.UriGenerator \u21d2\n\n  import Mirror._\n\n  implicit def baseUrlGenerator: Arbitrary[BaseUrl] = Arbitrary(\n    akkaUriGenerator.arbitrary.map(BaseUrl.apply)\n  )\n\n  implicit def prefixGenerator: Arbitrary[Prefix] = Arbitrary(\n    arbitrary[String].map(Prefix.apply)\n  )\n\n  implicit def mirrorGenerator: Arbitrary[Mirror] = Arbitrary(\n    for {\n      prefix \u2190 arbitrary[Prefix]\n      baseUrl \u2190 arbitrary[BaseUrl]\n    } yield Mirror(baseUrl :: prefix :: HNil)\n  )\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/test\/scala-2.12\/gv\/jleon\/crypto\/DigestionProperties.scala","text":"package gv.jleon\npackage crypto\n\nimport test._\nimport Prop._\nimport Digestion._\n\nobject DigestionProperties extends Properties(\"Digestion\")\n    with DigestionGenerators {\n\n  property(\"consistency\") =\n    forAll { (d: Digestion, bytes: Bytes) \u21d2\n      d.digest(bytes) sameElements d.digest(bytes)\n    }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"build.sbt","text":"lazy val Jleon = (project in file(\".\"))\n  .enablePlugins(\n\/\/    AshScriptPlugin,\n\/\/    DockerPlugin,\n\/\/    JavaAppPackaging,\n    SbtScalariform\n\/\/    ScalaNativePlugin\n  )\n  .settings(\n    organization := \"good-vibez\",\n    name := \"jleon\",\n    version := \"0.0.1\",\n    scalaVersion := \"2.12.2\"\n  )\n  .settings(\n    \/\/ Extra project settings\n    ProjectConfiguration.ProjectSettings: _*\n  )\n  .settings(\n    \/\/ Scoverage settings\n    ScoverageConfiguration.ScoverageSettings: _*\n  )\n  .settings(\n    \/\/ Scalariform settings\n    ScalariformConfiguration.ScalariformSettings: _*\n  )\n  .settings(\n    \/\/ Scaladoc settings\n    ScaladocConfiguration.ProjectSettings: _*\n  )\n  .settings(\n    ScalacheckConfiguration.ProjectSettings: _*\n  )\n  .settings(\n    \/\/ Telephony providers settings\n    TelephonyConfiguration.ProjectSettings: _*\n  )\n  .settings(\n    \/\/ Akka settings\n    AkkaConfiguration.ProjectSettings: _*\n  )\n  .settings(\n    Experimental.ProjectSettings: _*\n  )\n  .settings(\n    \/\/\n    \/\/ Docker Plugin Configuration\n    \/\/\n    packageName in Docker := \"jleon\",\n    dockerBaseImage := \"openjdk:8-jre-alpine\",\n    dockerExposedPorts := Seq(8080),\n    dockerUpdateLatest := true,\n\n    scalacOptions ++= Seq(\n      \"-deprecation\",\n      \"-encoding\", \"UTF-8\",\n      \"-explaintypes\",\n      \"-feature\",\n      \"-target:jvm-1.8\",\n      \"-unchecked\",\n      \"-Xfuture\",\n      \"-Xlint\",\n\/\/      \"-Xprint:type\",\n\/\/      \"-Xlog-implicits\",\n      \"-Yno-adapted-args\",\n      \"-Ywarn-dead-code\",\n      \"-Ywarn-numeric-widen\",\n      \"-Ywarn-unused\",\n      \"-Ywarn-unused-import\",\n      \"-Ywarn-value-discard\"\n    ),\n\n    libraryDependencies ++= Seq(\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.1.7\",\n      \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.5.0\",\n      \"javax.sip\" % \"jain-sip-ri\" % \"1.2.324\"\n    )\n  )\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StorageMapInterpretationsPackage.scala","text":"package gv\npackage jleon4\n\ntrait StorageMapInterpretationsPackage extends Any {\n  \/\/ format: OFF\n  this: Any\n    with Util\n    with StorageMapPackage\n  \u21d2\n  \/\/ format: ON\n\n  \/\/ format: OFF\n  implicit def recordStorageMap[\n    base: CouldBe[JPath]#t,\n    rec <: HList\n  ]: \/\/ format: ON\n  StorageMap[base :: rec] = self \u21d2 new StorageMap.Ops {\n    final type Base = JPath\n    final val baseSource :: _ = self\n    final val base: Base = baseSource\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/impl\/uri\/ThinUri.scala","text":"package gv\npackage jleon2\npackage impl.uri\n\nimport language.{ implicitConversions }\n\nimport java.net.{ URI \u21d2 Java }\n\nimport akka.http.scaladsl.model.{ Uri \u21d2 Akka }\n\n\/**\n * A thin Uri wrapper than can be any library provided URI.\n *\/\nfinal case class ThinUri(uri: String)\n\nobject ThinUri {\n  @inline\n  implicit def javaUri(uri: ThinUri): Java = Java create uri.uri\n\n  @inline\n  implicit def akkaUri(uri: ThinUri): Akka = Akka apply uri.uri\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/io\/WriteCompletely.scala","text":"package gv\npackage isi\npackage std.io\n\nimport java.{ nio \u21d2 jnio }\n\nimport jnio.{ ByteBuffer }\n\nimport io.{ ByteSink \u21d2 BS }\nimport functional.{ Unfold }\n\nprivate[this] case object ThisImports extends AnyRef\n  with Unfold\n\nimport ThisImports._\n\ntrait WriteCompletely[T] extends Any {\n\n  protected[this] def self: T\n\n  final def writeCompletely(content: ByteBuffer)(implicit bs: BS[T]): Int =\n    unfold(()) { _ \u21d2\n      if (content.remaining() > 0)\n        Some(((), self.write(content)))\n      else\n        None\n    }.sum\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/ScoverageConfiguration.scala","text":"<gh_stars>1-10\n\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Process._\nimport Keys._\nimport scoverage.ScoverageKeys._\n\nobject ScoverageConfiguration {\n  val ScoverageSettings = Seq(\n    coverageExcludedFiles := \"\" +\n      \"\",\n    coverageMinimum := 100,\n    coverageFailOnMinimum := true\n  )\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/MirrorImports.scala","text":"package gv.jleon\npackage domain\n\ntrait MirrorImports extends Any {\n  final type MirrorsConfig = MirrorFactory.MirrorsConfig\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/util\/stdimport.scala","text":"package gv.jleon\npackage util\n\nimport java.{ io \u21d2 jio }\nimport java.nio.{ file \u21d2 jfile }\nimport java.nio.{ channels \u21d2 jchannels }\nimport java.{ net \u21d2 jnet }\n\nimport scala.{ util \u21d2 sutil }\nimport scala.{ concurrent \u21d2 sconcurrent }\n\nimport akka.http.scaladsl.model.{ Uri \u21d2 AkkaUri }\n\ntrait stdimport {\n\n  final type IOException = jio.IOException\n\n  final type ReadableByteChannel = jchannels.ReadableByteChannel\n  type WritableByteChannel = jchannels.WritableByteChannel\n\n  final type Path = jfile.Path\n  final object Path {\n    def apply(uri: jnet.URI): Path = jfile.Paths.get(uri)\n    def apply(s: String): Path = this(jnet.URI.create(s))\n    def apply(uri: Uri): Path = this(uri: jnet.URI)\n  }\n\n  final object File {\n    val CREATE_NEW = jfile.StandardOpenOption.CREATE_NEW\n    val CREATE = jfile.StandardOpenOption.CREATE\n    val WRITE = jfile.StandardOpenOption.WRITE\n    val READ = jfile.StandardOpenOption.READ\n\n    def exists(p: Path): Boolean = jfile.Files.exists(p)\n    def exists(p: String): Boolean = exists(Path(p))\n\n    def createNew(p: Path): Try[WritableByteChannel] = Try {\n      jfile.Files.newByteChannel(p, CREATE_NEW, WRITE)\n    }\n\n    def openw(p: Path): Try[WritableByteChannel] = Try {\n      jfile.Files.newByteChannel(p, CREATE, WRITE)\n    }\n\n    def openr(p: Path): Try[ReadableByteChannel] = Try {\n      jfile.Files.newByteChannel(p, READ)\n    }\n\n    def delete(p: Path): Boolean =\n      jfile.Files.deleteIfExists(p)\n  }\n\n  final val UTF_8 = java.nio.charset.StandardCharsets.UTF_8\n\n  final def nonFatalCatch[T]: sutil.control.Exception.Catch[T] = sutil.control.Exception.nonFatalCatch\n\n  final type Try[T] = sutil.Try[T]\n  final val Try = sutil.Try\n  final type Success[T] = sutil.Success[T]\n  final val Success = sutil.Success\n  final type Failure[T] = sutil.Failure[T]\n  final val Failure = sutil.Failure\n\n  final type Future[T] = sconcurrent.Future[T]\n  final val Future = sconcurrent.Future\n  final type ExecutionContext = sconcurrent.ExecutionContext\n\n  final type Uri = AkkaUri\n  final val Uri = AkkaUri\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/package.scala","text":"<reponame>mouchtaris\/jleon<filename>src\/main\/scala-2.12\/gv\/jleon\/package.scala\npackage gv\n\nimport jleon.util.{\n  stdconv,\n  stdimport,\n  AkkaImports,\n  AkkaUtilImports,\n  AkkaStreamImports,\n  AkkaHttpImports,\n  AkkaActorImports\n}\nimport jleon.facade.{ JLeonImports }\n\npackage object jleon extends AnyRef\n  with stdconv\n  with stdimport\n  with AkkaImports\n  with AkkaUtilImports\n  with AkkaStreamImports\n  with AkkaHttpImports\n  with AkkaActorImports\n  with JLeonImports\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/MonadOps.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait MonadOps[F[_], A] extends Any {\n  this: MonadDecorations[F, A] \u21d2\n\n  def flatMap[B](f: A \u21d2 F[B])(implicit monad: Monad[F]): F[B] = monad flatMap f apply fa\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon2\/model\/mirror\/HttpHandler.scala","text":"<gh_stars>1-10\npackage gv\npackage jleon2\npackage model.mirror\n\nimport java.nio.{ ByteBuffer }\n\n\/\/import language.{ implicitConversions }\nimport concurrent.{ Future }\n\nimport akka.stream.scaladsl.{ Source }\n\ntrait HttpHandler extends Handler with HttpHandler.Slices {\n\n  protected[this] val ExecutionContext: HttpHandler.ExecutionContext\n\n  private[this] implicit val _ec = ExecutionContext.ec\n\n  private[this] val makeResult: HttpResponse \u21d2 Future[HandlingResult] =\n    ((_: HttpResponse).isSuccess) andThen (_ map (_ \u21d2 HandlingResult.Found())) andThen Future.fromTry\n\n  def apply(request: Request): Source[ByteBuffer, Future[HandlingResult]] = {\n    val futureResponse: Future[HttpResponse] = HttpClient get request\n    val futureResult: Future[HandlingResult] = futureResponse flatMap makeResult\n    val futureByteSource: Future[Source[ByteBuffer, akka.NotUsed]] = futureResponse map (_.bytes)\n    Source fromFutureSource futureByteSource mapMaterializedValue (_ flatMap (_ \u21d2 futureResult))\n  }\n\n}\n\nobject HttpHandler {\n  trait Types extends Any {\n    \/\/ Inputs\n    type Client <: model.http.Client\n  }\n\n  trait Slices extends Types {\n    val HttpClient: Client\n\n    \/\/ Overriding Handler Request\n    type Request <: HttpClient.Uri\n\n    \/\/ Outputs\n    final type HttpResponse = HttpClient.Response\n  }\n\n  class ExecutionContext(val ec: concurrent.ExecutionContext) extends AnyVal\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/package.scala","text":"package gv.isi\npackage std\n\npackage object conversions extends AnyRef\n  with ImplicitResolutionOrder.Conversions\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/Application.scala","text":"package gv.jleon\n\nobject Application {\n\n  def main(args: Array[String]): Unit = {\n    val jleon = JLeon()\n    import jleon.materializer\n\n    implicit val prefix: Mirror.Prefix = \"local\"\n    val u = Uri(\"\/build.ssbt\")\n\n    import jleon.actorSystem.dispatcher\n\n    jleon.fetchManager.fetch(0, u)\n      .map(_ decodeString UTF_8)\n      .runForeach(println)\n      .andThen {\n        case Success(Done) \u21d2 println(\"*** Fetching ok\")\n        case Failure(ex)   \u21d2 println(s\"fiald: $ex\")\n      }\n\n    scala.io.Source.stdin.bufferedReader().readLine()\n    jleon.actorSystem.terminate()\n    ()\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/monads\/ScalaGenericCompanions.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/monads\/ScalaGenericCompanions.scala\npackage gv\npackage isi\npackage functional\npackage monads\n\ntrait ScalaGenericCompanions {\n\n  final implicit val Vector = collection.immutable.Vector\n  final implicit val List = collection.immutable.List\n  final implicit val Seq = collection.immutable.Seq\n  final implicit val Set = collection.immutable.Set\n  final implicit val Map = collection.immutable.Map\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Applicative.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait Applicative[F[_]] extends Any with Functor[F] {\n  def apply[A, B]: F[A \u21d2 B] \u21d2 F[A] \u21d2 F[B]\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon4\/StorageFactoryInterpretationsPackage.scala","text":"package gv\npackage jleon4\n\ntrait StorageFactoryInterpretationsPackage extends Any {\n  \/\/ format: OFF\n  this: Any\n    with ConfigPackage\n    with StorageFactoryPackage\n  \u21d2\n  \/\/ format: ON\n\n  \/\/ format: OFF\n  implicit def recordStorageFactory[\n    config: CouldBe[Config.Ops]#t,\n    rec <: HList\n  ] \/\/ format: ON\n  : StorageFactory[config :: rec] = self \u21d2 new StorageFactory.Ops {\n    final type Config = StorageFactoryInterpretationsPackage.this.Config.Ops\n    final val configSource :: _ = self\n    final val config: Config = configSource\n  }\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Rapply.scala","text":"<filename>src\/main\/scala-2.12\/gv\/isi\/functional\/Rapply.scala\npackage gv\npackage isi\npackage functional\n\ntrait Rapply extends Any {\n  final def read[A, B](a: A): (A \u21d2 B) \u21d2 B = _ apply a\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/facade\/JLeon.scala","text":"package gv.jleon\npackage facade\n\nimport shapeless.{ HNil }\n\nimport config.{ Config }\n\nfinal class JLeon()(\n  implicit\n  val actorSystem: ActorSystem = ActorSystem(\"JLeon\"),\n  val config:      Config      = Config(\"jleon\")\n) extends AnyRef\n    with ImplicitConstructions {\n\n  implicit val akkaHttpExt: HttpExt = createAkkaHttpExt\n  implicit val materializer: Materializer = createAkkaActorMaterializer\n\n  implicit val fetchStrategyRepository: domain.FetchRepository = createFetchStrategyRepository\n\n  val mirrors: MirrorRepository = {\n    implicit val mirrorConfig: MirrorsConfig = config.mirrors\n    Mirror.fromConfig\n  }\n\n  val storage: Storage = {\n    implicit val storageConfig: StorageConfig = config.storage\n    Storage.fromConfig\n  }\n\n  val fetchManager: FetchManager = mirrors :: storage :: HNil\n\n  @inline def shutdown(): Future[akka.actor.Terminated] = actorSystem.terminate()\n}\n\nobject JLeon {\n\n  final object MIRROR_PREFIX {\n    val ARCH = \"arch\"\n    val all: Traversable[String] = Vector(ARCH)\n  }\n\n  final def apply(): JLeon = new JLeon()\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/FunctionPackage.scala","text":"package gv\npackage isi\n\ntrait FunctionPackage {\n\n  trait Function extends Any {\n    type FunctionIn\n    type FunctionOut\n\n    def apply(a: FunctionIn): FunctionOut\n  }\n\n  final object Function {\n    type Aux[a, b] = Function {\n      type FunctionIn = a\n      type FunctionOut = b\n    }\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/std\/conversions\/PathConversions.scala","text":"package gv.isi\npackage std\npackage conversions\n\nimport java.{ net \u21d2 jnet }\nimport java.{ nio \u21d2 jnio }\n\ntrait PathConversions {\n\n  final implicit val `URI \u21d2 Path`: jnet.URI \u21d2 jnio.file.Path = jnio.file.Paths.get\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/typesafe\/config\/ConfigDecorationOps.scala","text":"<gh_stars>1-10\npackage gv\npackage isi\npackage typesafe.config\n\nimport com.typesafe.config.{ Config \u21d2 TsConfig, ConfigObject \u21d2 TsConfigObject, ConfigValue, ConfigValueType }\n\ntrait ConfigDecorationOps extends Any {\n  def self: ConfigValue\n\n  final def ifType(t: ConfigValueType): Option[Object] =\n    if (self.valueType == t)\n      Some(self.unwrapped)\n    else\n      None\n\n  final def asString: Option[String] = ifType(ConfigValueType.STRING) map (_.asInstanceOf[String])\n\n  final def asConfigObject: Option[TsConfigObject] = ifType(ConfigValueType.OBJECT) map (_ \u21d2 self.asInstanceOf[TsConfigObject])\n\n  final def asConfig: Option[TsConfig] = asConfigObject map (_.toConfig)\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/functional\/Monad.scala","text":"package gv\npackage isi\npackage functional\n\nimport language.higherKinds\n\ntrait Monad[F[_]] extends Any with Applicative[F] with Bind[F] {\n  def flatMap[A, B]: (A \u21d2 F[B]) \u21d2 F[A] \u21d2 F[B]\n\n  final def pointf[A, B]: (A \u21d2 B) \u21d2 A \u21d2 F[B] = _ andThen point\n\n  final override def fmap[A, B]: (A \u21d2 B) \u21d2 F[A] \u21d2 F[B] =\n    point andThen apply\n\n  final override def apply[A, B]: F[A \u21d2 B] \u21d2 F[A] \u21d2 F[B] =\n    ff \u21d2 fa \u21d2 {\n      val pointmap: (A \u21d2 B) \u21d2 F[B] = pointf andThen flatMap[A, B] andThen read(fa)\n      flatMap(pointmap)(ff)\n    }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/isi\/convertible\/package.scala","text":"package gv.isi\n\npackage object convertible extends AnyRef\n    with ConvertiblePackage\n    with Conversions {\n\n  implicit class Convertible[S](override val self: S)\n    extends AnyVal\n    with ConvertibleOps.Ops[S]\n\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"src\/main\/scala-2.12\/gv\/jleon\/domain\/MarkingStorages.scala","text":"package gv.jleon\npackage domain\n\nobject MarkingStorages {\n  outer0 \u21d2\n\n  final type Underlying = Storage\n\n  trait Ops extends Any {\n    def self: Underlying\n\n    final def failurePath(uri: Uri): Storage.Path =\n      self storagePathWithExt (uri, \"failed\")\n\n    final def isFailed(uri: Uri): Boolean =\n      File exists failurePath(uri)\n\n    final def markFailed(uri: Uri): Try[Unit] =\n      File.createNew(failurePath(uri))\n        .map { _.close() }\n\n  }\n}\n"}
{"repo_name":"mouchtaris\/jleon","path":"project\/TelephonyConfiguration.scala","text":"\/\/ Copyright (C) 2015-2017 Red Tulip Systems BV.\n\/\/\n\/\/ Author <EMAIL>\n\nimport sbt._\nimport Process._\nimport Keys._\n\n\nobject TelephonyConfiguration {\n\n  val ProjectSettings = Seq(\n\n    resolvers += Resolver.sonatypeRepo(\"snapshots\"),\n\n    libraryDependencies ++= Seq(\n      \"com.twilio.sdk\" % \"twilio\" % \"7.5.0\",\n      \"com.nexmo\" % \"client\" % \"2.0.0-SNAPSHOT\",\n      \"commons-net\" % \"commons-net\" % \"3.5\"\n    )\n  )\n\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/client\/Application.scala","text":"package edu.rosehulman.client\n\nimport edu.rosehulman.collections.DistributedMap\n\nimport scala.collection.mutable.Map\n\ncase class Profile(name: String, email: String, creditcard: String)\n\nobject Application extends App {\n  val workers = List(\n    \"akka.tcp:\/\/raft@127.0.0.1:2553\/user\/worker\",\n    \"akka.tcp:\/\/raft@127.0.0.1:2554\/user\/worker\",\n    \"akka.tcp:\/\/raft@127.0.0.1:2555\/user\/worker\"\n  )\n  val map: Map[String, Profile] = new DistributedMap[Profile](workers)\n  map += \"adam\" -> Profile(\"<NAME>\", \"<EMAIL>\", \"234567890\")\n  println(\"OK Trying get\")\n  println(map.get(\"adam\"))\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/messages\/AppendEntries.scala","text":"package edu.rosehulman.raft.messages\n\nimport edu.rosehulman.raft.State.{LogEntry, Index, RaftId, Term}\n\ncase class AppendEntriesRequest(\n  term: Term,\n  leaderId: RaftId,\n  prevLogIndex: Index,\n  prevLogTerm: Index,\n  entries: Array[LogEntry],\n  leaderCommit: Index\n)\n\ncase class AppendEntriesResponse(\n  term: Term,\n  success: Boolean\n)\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/Role.scala","text":"package edu.rosehulman.raft\n\nsealed trait Role\n\nobject Role {\n  case object StartingUp extends Role\n  case object Follower extends Role\n  case object Candidate extends Role\n  case object Leader extends Role\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/collections\/DistributedMap.scala","text":"package edu.rosehulman.collections\n\nimport akka.actor._\nimport akka.event.Logging\nimport akka.event.slf4j.Logger\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport edu.rosehulman.raft.messages.{CommandResponse, FailedCommandResponse, CommandRequest}\n\nimport java.util.concurrent.TimeoutException\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.util.control.Breaks._\n\nclass DistributedMap[T] (raftWorkerPaths: List[String]) extends scala.collection.mutable.Map[String, T] {\n  val system = ActorSystem(\"raft\")\n  val log = Logging.getLogger(system, this)\n  val workers: List[ActorSelection] = raftWorkerPaths.map(system.actorSelection(_))\n  implicit val timeout = Timeout(10.seconds)\n\n  override def +=(kv: (String, T)): this.type = {\n    val request = CommandRequest.put(kv._1, kv._2)\n    workers.foreach { a =>\n      val future = a ? request\n      try\n        Await.result(future, timeout.duration) match {\n          case FailedCommandResponse(leaderId) =>\n            if (leaderId.isDefined) {\n              val ref = system.actorSelection(RootActorPath(leaderId.get) \/ \"user\" \/ \"worker\")\n              Await.result(ref ? request, timeout.duration) match {\n                case FailedCommandResponse(leaderId) =>\n                  throw new RuntimeException(\"Leader is down, all hope is lost: \" + leaderId)\n                case CommandResponse(value) =>\n                  log.info(\"Command += returned value: \" + value)\n                  return this\n              }\n            }\n          case CommandResponse(value) =>\n            log.info(\"Command += returned value: \" + value)\n            return this\n        }\n      catch {\n        case e: TimeoutException => log.warning(\"Worker \" + a + \" is not responding\")\n      }\n    }\n    return this\n  }\n\n  override def -=(key: String) = {\n    val request = CommandRequest.delete(key)\n    breakable {\n      workers.foreach { a =>\n        val future = a ? request\n        try\n          Await.result(future, timeout.duration) match {\n            case FailedCommandResponse(leaderId) =>\n              if (leaderId.isDefined) {\n                val ref = system.actorSelection(RootActorPath(leaderId.get) \/ \"user\" \/ \"worker\")\n                Await.result(ref ? request, timeout.duration) match {\n                  case FailedCommandResponse(leaderId) =>\n                    throw new RuntimeException(\"Leader is down, all hope is lost\")\n                  case CommandResponse(value) =>\n                    log.info(\"Command -= returned value: \" + value)\n                    break\n                }\n              }\n            case CommandResponse(value) =>\n              log.info(\"Command -= returned value: \" + value)\n              break\n          }\n        catch {\n          case e: TimeoutException => log.warning(\"Worker \" + a + \" is not responding\")\n        }\n      }\n    }\n    this\n  }\n\n  override def get(key: String) = {\n    val request = CommandRequest.get(key)\n    var returnValue: Option[T] = Option.empty\n    breakable {\n      workers.foreach { a =>\n        val future = a ? request\n        try\n          Await.result(future, timeout.duration) match {\n            case FailedCommandResponse(leaderId) =>\n              if (leaderId.isDefined) {\n                val ref = system.actorSelection(RootActorPath(leaderId.get) \/ \"user\" \/ \"worker\")\n                Await.result(ref ? request, timeout.duration) match {\n                  case FailedCommandResponse(leaderId) =>\n                    throw new RuntimeException(\"Leader is down, all hope is lost\")\n                  case CommandResponse(value: T) =>\n                    log.info(\"Command get returned value: \" + value)\n                    returnValue = Option(value)\n                    break\n                }\n              }\n            case CommandResponse(value: T) =>\n              log.info(\"Command get returned value: \" + value)\n              returnValue = Option(value)\n              break\n          }\n        catch {\n          case e: TimeoutException => log.warning(\"Worker \" + a + \" is not responding\")\n        }\n      }\n    }\n    returnValue\n  }\n\n  override def iterator = {\n    workers.foreach { a =>\n      a ! CommandRequest.iterator\n    }\n    Iterator.empty\n  }\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/messages\/Command.scala","text":"package edu.rosehulman.raft.messages\n\nimport edu.rosehulman.raft.State.{RaftId, LogEntry}\n\nobject CommandRequest {\n  def get(key: String) = CommandRequest((m: Map[String, Any]) => (m.get(key), m))\n  def put(key: String, value: Any) = CommandRequest((m: Map[String, Any]) => (true, m + (key -> value)))\n  def delete(key: String) = CommandRequest((m: Map[String, Any]) => (m.contains(key), m - key))\n  def iterator = CommandRequest((m: Map[String, Any]) => (m.iterator, m))\n}\n\nfinal case class CommandRequest private(entry: LogEntry)\n\nfinal case class FailedCommandResponse(leaderId: Option[RaftId])\nfinal case class CommandResponse(result: Any)\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/State.scala","text":"<gh_stars>0\npackage edu.rosehulman.raft\n\nimport akka.actor.Address\nimport edu.rosehulman.raft.State.{Leader, Follower, RaftId}\n\nsealed trait State {\n  val id: RaftId\n  val peers: Set[RaftId]\n}\n\ncase class Uninitialized(\n  id: RaftId,\n  peers: Set[RaftId]\n) extends State\n\nsealed trait RaftState extends State {\n  import State.Index\n  import State.LogEntry\n  import State.RaftId\n  import State.Term\n\n  val currentTerm: Term\n  val votedFor: Option[RaftId]\n  val log: Map[Index, LogEntry]\n  val commitIndex: Index\n  val lastApplied: Index\n  val id: RaftId\n  val peers: Set[RaftId]\n  val data: Map[String, Any]\n  val leaderId: Option[RaftId]\n\n  def addEntry(entry: LogEntry) = Follower(currentTerm, votedFor,\n    log + (lastApplied + 1 -> entry), commitIndex + 1, lastApplied + 1, id, peers, entry(data)._2, leaderId)\n\n  def addEntry(entry: Option[LogEntry], leaderId: Option[RaftId]): Follower =\n    if (entry.isDefined) addEntry(entry.get) else Follower.create(this, leaderId)\n\n  def addLeaderEntry(entry: LogEntry) = Leader(currentTerm, votedFor,\n    log + (lastApplied + 1 -> entry), commitIndex + 1, lastApplied + 1, id, peers, entry(data)._2, leaderId)\n}\n\nobject State {\n  type RaftId = Address\n  type Index = Int\n  type Term = Int\n  type LogEntry = Map[String, Any] => (Any, Map[String, Any])\n\n  object Follower {\n    def create(id: RaftId, peers: Set[RaftId]) =\n      Follower(1, Option.empty, Map(), 0, 0, id, peers, Map(), Option.empty)\n    def create(s: RaftState, leaderId: Option[RaftId]) = Follower(s.currentTerm, s.votedFor, s.log,\n      s.commitIndex, s.lastApplied, s.id, s.peers, s.data, leaderId)\n  }\n\n  final case class Follower(\n    currentTerm: Term,\n    votedFor: Option[RaftId],\n    log: Map[Index, LogEntry],\n    commitIndex: Index,\n    lastApplied: Index,\n    id: RaftId,\n    peers: Set[RaftId],\n    data: Map[String, Any],\n    leaderId: Option[RaftId]\n  ) extends RaftState {\n    def voteFor(term: Term, candidateId: RaftId) = Follower(term, Option(candidateId), log,\n      commitIndex, lastApplied, id, peers, data, leaderId)\n  }\n\n  object Candidate {\n    def create(s: RaftState) = Candidate(s.currentTerm + 1, Option(s.id), s.log, s.commitIndex,\n      s.lastApplied, s.id, s.peers, Map(s.id -> true), s.data, s.leaderId)\n  }\n\n  final case class Candidate(\n    currentTerm: Term,\n    votedFor: Option[RaftId],\n    log: Map[Index, LogEntry],\n    commitIndex: Index,\n    lastApplied: Index,\n    id: RaftId,\n    peers: Set[RaftId],\n    votes: Map[RaftId, Boolean],\n    data: Map[String, Any],\n    leaderId: Option[RaftId]\n  ) extends RaftState {\n    def addVote(voterId: RaftId, vote: Boolean) = Candidate(currentTerm, votedFor, log, commitIndex,\n      lastApplied, id, peers, votes + (voterId -> vote), data, leaderId)\n    def voteFor(term: Term, candidateId: RaftId) = Follower(term, Option(candidateId), log,\n      commitIndex, lastApplied, id, peers, data, leaderId)\n  }\n\n  object Leader {\n    def create(c: Candidate) = this(c.currentTerm, Option.empty, c.log, c.commitIndex,\n      c.lastApplied, c.id, c.peers, c.data, Option(c.id))\n  }\n\n  final case class Leader(\n    currentTerm: Term,\n    votedFor: Option[RaftId],\n    log: Map[Index, LogEntry],\n    commitIndex: Index,\n    lastApplied: Index,\n    id: RaftId,\n    peers: Set[Address],\n    data: Map[String, Any],\n    leaderId: Option[RaftId]\n  ) extends RaftState\n}\n"}
{"repo_name":"aj-michael\/raft","path":"build.sbt","text":"name := \"Raft\"\nversion := \"0.1\"\nscalaVersion := \"2.11.7\"\nscalacOptions ++= Seq(\"-feature\")\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.1\"\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-cluster\" % \"2.4.1\"\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-remote\" % \"2.4.1\"\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-slf4j\" % \"2.4.1\"\nlibraryDependencies += \"ch.qos.logback\" % \"logback-classic\" % \"1.1.3\"\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/Worker.scala","text":"package edu.rosehulman.raft\n\nimport akka.actor.ActorSystem\n\nobject Worker extends App {\n  val system = ActorSystem(\"raft\")\n  val clusterSize = system.settings.config.getList(\"akka.cluster.seed-nodes\").size\n  val ref = system.actorOf(RaftActor.props(clusterSize), \"worker\")\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/RaftActor.scala","text":"<gh_stars>0\npackage edu.rosehulman.raft\n\nimport akka.actor._\nimport akka.cluster.Cluster\nimport akka.cluster.ClusterEvent.MemberUp\nimport edu.rosehulman.raft.State._\nimport edu.rosehulman.raft.messages._\nimport scala.concurrent.duration._\nimport scala.util.Random\n\nobject RaftActor {\n  def props(numPeers: Int): Props = Props(new RaftActor(numPeers))\n}\n\nclass RaftActor(clusterSize: Int) extends Actor with LoggingFSM[Role, State] {\n\n  val cluster = Cluster(context.system)\n\n  override def preStart = {\n    cluster.subscribe(self, classOf[MemberUp])\n  }\n\n  def electionTimeout = {\n    (300 + new Random(System.currentTimeMillis).nextInt(150)).milliseconds\n  }\n  def heartbeatTimeout = 100.milliseconds\n\n  startWith(Role.StartingUp, Uninitialized(cluster.selfAddress, Set()))\n\n  when(Role.StartingUp) {\n    case Event(MemberUp(m), s: Uninitialized) =>\n      m.address.equals(self.path.address)\n      if (m.address.equals(cluster.selfAddress)) {\n        stay\n      } else if (s.peers.size == clusterSize - 2) {\n        goto(Role.Follower) using Follower.create(s.id, s.peers + m.address) forMax electionTimeout\n      } else {\n        stay using Uninitialized(s.id, s.peers + m.address)\n      }\n  }\n\n  when(Role.Follower) {\n    case Event(StateTimeout, s: Follower) =>\n      goto(Role.Candidate) using Candidate.create(s) forMax electionTimeout\n    case Event(AppendEntriesRequest(term, leaderId, prevLogIndex, prevLogTerm, entries, leaderCommit), s: Follower) =>\n      sender ! AppendEntriesResponse(s.currentTerm, true)\n      stay using s.addEntry(entries.lastOption, Option(leaderId)) forMax electionTimeout\n    case Event(RequestVoteRequest(term, candidateId, lastLogIndex, lastLogTerm), s: Follower) =>\n      if (term >= s.currentTerm && s.votedFor.isEmpty) {\n        log.info(\"Voting for \" + candidateId + \" in term \" + term)\n        sender ! RequestVoteResponse(term, true)\n        stay using s.voteFor(term, candidateId) forMax electionTimeout\n      } else {\n        log.info(\"Voting against \" + candidateId + \" in term \" + term)\n        sender ! RequestVoteResponse(term, false)\n        stay forMax electionTimeout\n      }\n  }\n\n  when(Role.Candidate) {\n    case Event(StateTimeout, s: Candidate) =>\n      goto(Role.Candidate) using Candidate.create(s) forMax electionTimeout\n    case Event(RequestVoteResponse(term, vote), s: Candidate) =>\n      if (vote && (s.votes.groupBy(_._2).get(true).getOrElse(Map()).size + 1) * 2 > clusterSize) {\n        goto(Role.Leader) using Leader.create(s)\n      } else {\n        stay using s.addVote(sender.path.address, vote) forMax electionTimeout\n      }\n    case Event(RequestVoteRequest(term, candidateId, lastLogIndex, lastLogTerm), s: Candidate) =>\n      if (term > s.currentTerm) {\n        log.info(\"Voting for \" + candidateId + \" in term \" + term)\n        sender ! RequestVoteResponse(term, true)\n        goto(Role.Follower) using s.voteFor(term, candidateId) forMax electionTimeout\n      } else {\n        log.info(\"Voting against \" + candidateId + \" in term \" + term)\n        sender ! RequestVoteResponse(term, false)\n        stay forMax electionTimeout\n      }\n    case Event(AppendEntriesRequest(term, leaderId, prevLogIndex, prevLogTerm, entries, leaderCommit), s: Candidate) =>\n      if (term > s.currentTerm) {\n        goto(Role.Follower) using s.addEntry(entries.lastOption, Option(leaderId)) forMax electionTimeout\n      } else {\n        stay forMax electionTimeout\n      }\n  }\n\n  when(Role.Leader, stateTimeout = heartbeatTimeout) {\n    case Event(RequestVoteRequest(term, candidateId, lastLogIndex, lastLogTerm), s: Leader) =>\n      stay using s\n    case Event(StateTimeout, s: Leader) =>\n      s.peers.foreach(actorFor(_) ! AppendEntriesRequest(s.currentTerm, s.id, s.lastApplied, s.currentTerm, Array(), s.commitIndex))\n      stay\n    case Event(AppendEntriesResponse(term, success), s: Leader) =>\n      stay\n    case Event(AppendEntriesRequest(term, leaderId, prevLogIndex, prevLogTerm, entries, leaderCommit), s: Candidate) =>\n      if (term > s.currentTerm) {\n        goto(Role.Follower) using s.addEntry(entries.lastOption, Option(leaderId)) forMax electionTimeout\n      } else {\n        stay\n      }\n    case Event(CommandRequest(entry), s: Leader) =>\n      val (result, newData) = entry(s.data)\n      log.info(\"Applied \" + entry + \", got result \" + result + \", data is now \" + newData)\n      sender ! CommandResponse(result)\n      s.peers.foreach(actorFor(_) ! AppendEntriesRequest(s.currentTerm, s.id, s.lastApplied, s.currentTerm, Array(entry), s.commitIndex))\n      stay using s.addLeaderEntry(entry)\n  }\n\n  whenUnhandled {\n    case Event(CommandRequest(entry), s: RaftState) =>\n      log.info(\"Nonleader received command request, sending failure with redirect\")\n      log.warning(sender.toString)\n      sender ! FailedCommandResponse(s.leaderId)\n      stay\n    case Event(e, s) =>\n      log.warning(\"Received unhandled request {} as {} with {}\", e, stateName, stateData.getClass)\n      stay\n  }\n\n  onTransition {\n    case (Role.Follower|Role.Candidate) -> Role.Candidate =>\n      nextStateData match {\n        case s: RaftState =>\n          log.info(\"Requesting votes for term \" + s.currentTerm)\n          s.peers.foreach(actorFor(_) ! RequestVoteRequest(s.currentTerm, s.id, s.commitIndex, s.lastApplied))\n        case s: Uninitialized =>\n          log.error(\"Illegal state transition detected\")\n      }\n\n  }\n\n  private def actorFor(address: Address) = {\n    context.actorSelection(RootActorPath(address) \/ \"user\" \/ \"worker\")\n  }\n\n  initialize()\n}\n"}
{"repo_name":"aj-michael\/raft","path":"src\/main\/scala\/edu\/rosehulman\/raft\/messages\/RequestVote.scala","text":"<gh_stars>0\npackage edu.rosehulman.raft.messages\n\nimport edu.rosehulman.raft.State.{RaftId, Index, Term}\n\nfinal case class RequestVoteRequest(\n  term: Term,\n  candidateId: RaftId,\n  lastLogIndex: Index,\n  lastLogTerm: Index\n)\n\nfinal case class RequestVoteResponse(\n  term: Term,\n  voteGranted: Boolean\n)\n\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/HiveManager.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.manager\n\nimport scala.collection.mutable.{HashMap, HashSet}\nimport scala.util.control.NonFatal\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.hive.conf.HiveConf.ConfVars\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.NoSuchPartitionException\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.catalog.CatalogTypes.TablePartitionSpec\nimport org.apache.spark.sql.catalyst.expressions.Expression\nimport org.apache.spark.sql.execution.command.DDLUtils.isDatasourceTable\nimport org.apache.spark.sql.execution.datasources.PartitioningUtils\nimport org.apache.spark.sql.hive.HiveExternalCatalog\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.xsql.{CatalogDataSource, DataSourceManager, HiveDataSource}\nimport org.apache.spark.sql.xsql.DataSourceType.HIVE\nimport org.apache.spark.sql.xsql.internal.config._\n\n\/**\n * Manager for hive.\n *\/\nprivate[spark] class HiveManager(conf: SparkConf, hadoopConf: Configuration)\n  extends HiveExternalCatalog(conf, hadoopConf)\n  with DataSourceManager {\n\n  \/**\n   * Hive not support pushdown.\n   *\/\n  override def isPushDown: Boolean = false\n\n  def this() = {\n    this(null, null)\n  }\n\n  import DataSourceManager._\n\n  override def shortName(): String = HIVE.toString\n\n  override def getClusterBasedOnData(\n      clusterNames: HashSet[String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      identifier: TableIdentifier): Option[String] = {\n    val ds = dataSourcesByName(identifier.dataSource.get).asInstanceOf[HiveDataSource]\n    val metastoreUrl = ds.getUrl\n    var hiveCluster: Option[String] = None\n    clusterNames.foreach { clusterName =>\n      if (metastoreUrl.contains(clusterName)) {\n        hiveCluster = Option(clusterName)\n      }\n    }\n    hiveCluster\n  }\n\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val metastoreUrl = infos.get(s\"metastore.${URL}\")\n    if (metastoreUrl == None) {\n      throw new SparkException(\"Data source is hive must have metastore url!\")\n    }\n    val ds: CatalogDataSource = new HiveDataSource(\n      dataSourceName,\n      HIVE,\n      this,\n      metastoreUrl.get,\n      infos(USER),\n      infos(PASSWORD),\n      infos(VERSION))\n    dataSourcesByName(ds.getName) = ds\n    hadoopConf.set(ConfVars.METASTOREURIS.varname, metastoreUrl.get)\n    val databases: Seq[String] = client.listDatabases(\"*\")\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      dataSourceName,\n      new HashMap[String, CatalogDatabase])\n    databases.filter(isSelectedDatabase(isDefault, _, conf.get(XSQL_DEFAULT_DATABASE))).foreach {\n      dbName =>\n        logDebug(s\"Parse hive db $dbName\")\n        xdatabases += ((dbName, getDatabase(dbName)))\n    }\n  }\n\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = withClient {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach { kv =>\n      val dbName = kv._1\n      val db = kv._2\n      val tables: Seq[String] = client.listTables(dbName)\n      val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n      val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n      tables.filter(isSelectedTable(whiteTables, blackTables, _)).foreach { tableName =>\n        logDebug(s\"Parse hive table $tableName\")\n        xtables += ((tableName, getTable(dbName, tableName)))\n      }\n    }\n  }\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit =\n    super[HiveExternalCatalog].createDatabase(dbDefinition, ignoreIfExists)\n\n  override def dropDatabase(db: String, ignoreIfNotExists: Boolean, cascade: Boolean): Unit =\n    super[HiveExternalCatalog].dropDatabase(db, ignoreIfNotExists, cascade)\n\n  override def alterDatabase(dbDefinition: CatalogDatabase): Unit =\n    super[HiveExternalCatalog].alterDatabase(dbDefinition)\n\n  override def getDatabase(db: String): CatalogDatabase = {\n    super[HiveExternalCatalog].getDatabase(db).copy(dataSourceName = dsName)\n  }\n\n  override def databaseExists(db: String): Boolean =\n    super[HiveExternalCatalog].databaseExists(db)\n\n  override def listDatabases(): Seq[String] =\n    super[HiveExternalCatalog].listDatabases()\n\n  override def listDatabases(pattern: String): Seq[String] =\n    super[HiveExternalCatalog].listDatabases(pattern)\n\n  override def setCurrentDatabase(db: String): Unit =\n    super[HiveExternalCatalog].setCurrentDatabase(db)\n\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit =\n    super[HiveExternalCatalog].createTable(tableDefinition, ignoreIfExists)\n\n  override def dropTable(\n      db: String,\n      table: String,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit =\n    super[HiveExternalCatalog].dropTable(db, table, ignoreIfNotExists, purge)\n\n  override def truncateTable(\n      table: CatalogTable,\n      partitionSpec: Option[TablePartitionSpec]): Unit = {\n    val tableIdentWithDB = table.identifier.quotedString\n    val ds = table.identifier.dataSource.get\n    val db = table.identifier.database.get\n    val tableName = table.identifier.table\n    if (table.tableType == CatalogTableType.EXTERNAL) {\n      throw new AnalysisException(\n        s\"Operation not allowed: TRUNCATE TABLE on external tables: $tableIdentWithDB\")\n    }\n    if (table.tableType == CatalogTableType.VIEW) {\n      throw new AnalysisException(\n        s\"Operation not allowed: TRUNCATE TABLE on views: $tableIdentWithDB\")\n    }\n    if (table.partitionColumnNames.isEmpty && partitionSpec.isDefined) {\n      throw new AnalysisException(\n        s\"Operation not allowed: TRUNCATE TABLE ... PARTITION is not supported \" +\n          s\"for tables that are not partitioned: $tableIdentWithDB\")\n    }\n    if (partitionSpec.isDefined) {\n      if (!SQLConf.get.manageFilesourcePartitions && isDatasourceTable(table)) {\n        throw new AnalysisException(\n          s\"TRUNCATE TABLE ... PARTITION is not allowed on $tableName \" +\n            s\"since filesource partition management is \" +\n            \"disabled (spark.sql.hive.manageFilesourcePartitions = false).\")\n      }\n      if (!table.tracksPartitionsInCatalog && isDatasourceTable(table)) {\n        throw new AnalysisException(\n          s\"TRUNCATE TABLE ... PARTITION is not allowed on $tableName \" +\n            s\"since its partition metadata is not stored in \" +\n            \"the Hive metastore. To import this information into the metastore, run \" +\n            s\"`msck repair table $tableName`\")\n      }\n    }\n\n    val partCols = table.partitionColumnNames\n    val locations =\n      if (partCols.isEmpty) {\n        Seq(table.storage.locationUri)\n      } else {\n        val normalizedSpec = partitionSpec.map { spec =>\n          PartitioningUtils.normalizePartitionSpec(\n            spec,\n            partCols,\n            table.identifier.quotedString,\n            SQLConf.get.resolver)\n        }\n        val partLocations = listPartitions(db, tableName, normalizedSpec)\n          .map(_.storage.locationUri)\n\n        \/\/ Fail if the partition spec is fully specified (not partial) and the partition does not\n        \/\/ exist.\n        for (spec <- partitionSpec if partLocations.isEmpty && spec.size == partCols.length) {\n          throw new NoSuchPartitionException(table.database, table.identifier.table, spec)\n        }\n\n        partLocations\n      }\n    locations.foreach { location =>\n      if (location.isDefined) {\n        val path = new Path(location.get)\n        try {\n          val fs = path.getFileSystem(hadoopConf)\n          fs.delete(path, true)\n          fs.mkdirs(path)\n        } catch {\n          case NonFatal(e) =>\n            throw new AnalysisException(\n              s\"Failed to truncate table $tableIdentWithDB when removing data of the path: $path \" +\n                s\"because of ${e.toString}\")\n        }\n      }\n    }\n  }\n\n  override def renameTable(db: String, oldName: String, newName: String): Unit =\n    super[HiveExternalCatalog].renameTable(db, oldName, newName)\n\n  override def alterTable(tableDefinition: CatalogTable): Unit =\n    super[HiveExternalCatalog].alterTable(tableDefinition)\n\n  override def alterTableDataSchema(db: String, table: String, newDataSchema: StructType): Unit =\n    super[HiveExternalCatalog].alterTableDataSchema(db, table, newDataSchema)\n\n  override def alterTableStats(\n      db: String,\n      table: String,\n      stats: Option[CatalogStatistics]): Unit =\n    super[HiveExternalCatalog].alterTableStats(db, table, stats)\n\n  override def getTable(db: String, table: String): CatalogTable = {\n    val catalogTable = super[HiveExternalCatalog].getTable(db, table)\n    catalogTable.copy(identifier = catalogTable.identifier.copy(dataSource = Option(dsName)))\n  }\n\n  override def listTables(db: String): Seq[String] =\n    super[HiveExternalCatalog].listTables(db)\n\n  override def listTables(dbName: String, pattern: String): Seq[String] =\n    super[HiveExternalCatalog].listTables(dbName, pattern)\n\n  override def loadTable(\n      db: String,\n      table: String,\n      loadPath: String,\n      isOverwrite: Boolean,\n      isSrcLocal: Boolean): Unit =\n    super[HiveExternalCatalog].loadTable(db, table, loadPath, isOverwrite, isSrcLocal)\n\n  override def getRawTable(db: String, originDB: String, table: String): CatalogTable =\n    this.getTable(db, table)\n\n  override def loadPartition(\n      db: String,\n      table: String,\n      loadPath: String,\n      partition: TablePartitionSpec,\n      isOverwrite: Boolean,\n      inheritTableSpecs: Boolean,\n      isSrcLocal: Boolean): Unit =\n    super[HiveExternalCatalog]\n      .loadPartition(db, table, loadPath, partition, isOverwrite, inheritTableSpecs, isSrcLocal)\n\n  override def loadDynamicPartitions(\n      db: String,\n      table: String,\n      loadPath: String,\n      partition: TablePartitionSpec,\n      replace: Boolean,\n      numDP: Int): Unit =\n    super[HiveExternalCatalog].loadDynamicPartitions(\n      db,\n      table,\n      loadPath,\n      partition,\n      replace,\n      numDP)\n\n  override def createPartitions(\n      db: String,\n      table: String,\n      parts: Seq[CatalogTablePartition],\n      ignoreIfExists: Boolean): Unit =\n    super[HiveExternalCatalog].createPartitions(db, table, parts, ignoreIfExists)\n\n  override def dropPartitions(\n      db: String,\n      table: String,\n      parts: Seq[TablePartitionSpec],\n      ignoreIfNotExists: Boolean,\n      purge: Boolean,\n      retainData: Boolean): Unit =\n    super[HiveExternalCatalog]\n      .dropPartitions(db, table, parts, ignoreIfNotExists, purge, retainData)\n\n  override def renamePartitions(\n      db: String,\n      table: String,\n      specs: Seq[TablePartitionSpec],\n      newSpecs: Seq[TablePartitionSpec]): Unit =\n    super[HiveExternalCatalog].renamePartitions(db, table, specs, newSpecs)\n\n  override def alterPartitions(\n      db: String,\n      table: String,\n      parts: Seq[CatalogTablePartition]): Unit =\n    super[HiveExternalCatalog].alterPartitions(db, table, parts)\n\n  override def getPartition(\n      db: String,\n      table: String,\n      spec: TablePartitionSpec): CatalogTablePartition =\n    super[HiveExternalCatalog].getPartition(db, table, spec)\n\n  override def getPartitionOption(\n      db: String,\n      table: String,\n      spec: TablePartitionSpec): Option[CatalogTablePartition] =\n    super[HiveExternalCatalog].getPartitionOption(db, table, spec)\n\n  override def listPartitionNames(\n      db: String,\n      table: String,\n      partialSpec: Option[TablePartitionSpec]): Seq[String] =\n    super[HiveExternalCatalog].listPartitionNames(db, table, partialSpec)\n\n  override def listPartitions(\n      db: String,\n      table: String,\n      partialSpec: Option[TablePartitionSpec]): Seq[CatalogTablePartition] =\n    super[HiveExternalCatalog].listPartitions(db, table, partialSpec)\n\n  override def listPartitionsByFilter(\n      db: String,\n      table: String,\n      predicates: Seq[Expression],\n      defaultTimeZoneId: String): Seq[CatalogTablePartition] =\n    super[HiveExternalCatalog].listPartitionsByFilter(db, table, predicates, defaultTimeZoneId)\n\n  override def createFunction(db: String, funcDefinition: CatalogFunction): Unit =\n    super[HiveExternalCatalog].createFunction(db, funcDefinition)\n\n  override def dropFunction(db: String, funcName: String): Unit =\n    super[HiveExternalCatalog].dropFunction(db, funcName)\n\n  override def alterFunction(db: String, funcDefinition: CatalogFunction): Unit =\n    super[HiveExternalCatalog].alterFunction(db, funcDefinition)\n\n  override def renameFunction(db: String, oldName: String, newName: String): Unit =\n    super[HiveExternalCatalog].renameFunction(db, oldName, newName)\n\n  override def getFunction(db: String, funcName: String): CatalogFunction =\n    super[HiveExternalCatalog].getFunction(db, funcName)\n\n  override def functionExists(db: String, funcName: String): Boolean =\n    super[HiveExternalCatalog].functionExists(db, funcName)\n\n  override def listFunctions(db: String, pattern: String): Seq[String] =\n    super[HiveExternalCatalog].listFunctions(db, pattern)\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/OrderBy.scala","text":"<filename>sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/OrderBy.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL._\n\ncase class ColumnOrder(\n    columnName: String,\n    direction: String,\n    dimensionOrder: String = \"lexicographic\")\n  extends Expression {\n  def toJson: JValue =\n    JObject(\n      \"dimension\" -> columnName,\n      \"direction\" -> direction,\n      \"dimensionOrder\" -> dimensionOrder)\n}\ncase class OrderBy(cols: Seq[ColumnOrder], limit: Option[Int] = None) extends Expression {\n  def toJson: JValue =\n    if (cols.size > 0) {\n      JObject(\n        \"type\" -> \"default\",\n        \"columns\" -> cols.map(_.toJson),\n        \"limit\" -> limit.map(i => JInt(BigInt(i))).getOrElse(JNull))\n    } else {\n      JObject(\"type\" -> \"default\", \"limit\" -> limit.map(i => JInt(BigInt(i))).getOrElse(JNull))\n    }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/datasources\/redis\/RedisSpecialStrategy.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.datasources.redis\n\nimport java.util\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, LinkedHashSet}\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.catalyst.{expressions, TableIdentifier}\nimport org.apache.spark.sql.catalyst.CatalystTypeConverters.convertToScala\nimport org.apache.spark.sql.catalyst.analysis.{\n  UnresolvedAttribute,\n  UnresolvedRelation,\n  UnresolvedStar\n}\nimport org.apache.spark.sql.catalyst.catalog.{CatalogDatabase, UnresolvedCatalogRelation}\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.plans.logical._\nimport org.apache.spark.sql.catalyst.rules.Rule\nimport org.apache.spark.sql.types.{StructField, StructType}\nimport org.apache.spark.sql.xsql.DataSourceType\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\nimport org.apache.spark.sql.xsql.execution.command.ScanTableCommand\nimport org.apache.spark.sql.xsql.manager.RedisManager.{KEY, RANGE, SCORE, SUFFIX}\n\n\/**\n * Author: weiwenda Date: 2018-08-27 12:24\n * Description: this strategy must after FindDataSourceTable\n *\/\nclass RedisSpecialStrategy(session: SparkSession) extends Rule[LogicalPlan] with PredicateHelper {\n\n  override def apply(plan: LogicalPlan): LogicalPlan = {\n    \/\/ INLINE: process select * where key = 'key'\n    \/\/ INLINE: this strategy must placed before ResolveScanSingleTable\n    val catalog = session.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogDB: Option[CatalogDatabase] = catalog.getCurrentCatalogDatabase\n    val ds = catalog.getDataSourceType(catalogDB.get.dataSourceName)\n    plan resolveOperators {\n      case filter @ Filter(condition, relation: OneRowRelation)\n          if (ds.equalsIgnoreCase(DataSourceType.REDIS.toString)) =>\n        val filters = splitConjunctivePredicates(condition)\n          .map(RedisSpecialStrategy.getAttr)\n        if (filters.map(_._1).contains(KEY)) {\n          val key = filters.filter(_._1.equals(KEY)).head._2\n          val realKey = if (key.isInstanceOf[Seq[String]]) {\n            key.asInstanceOf[Seq[String]].head\n          } else {\n            key.toString\n          }\n          val tableName = if (realKey.contains(\":\")) {\n            realKey.substring(0, realKey.lastIndexOf(\":\"))\n          } else {\n            realKey.substring(0, realKey.length - 1)\n          }\n          filter.copy(\n            child = UnresolvedRelation(\n              TableIdentifier(tableName, Option(catalogDB.get.name), Option.empty)))\n        } else {\n          filter\n        }\n    }\n  }\n}\nobject RedisSpecialStrategy extends PredicateHelper {\n  \/\/ INLINE: similiar to DataSourceStrategy.translateFilter\n  def getAttr(predicate: Expression): (String, Any) = {\n    predicate match {\n      case expressions.EqualTo(a: Attribute, Literal(v, t)) => (a.name, convertToScala(v, t))\n      case expressions.EqualTo(Literal(v, t), a: Attribute) => (a.name, convertToScala(v, t))\n      case expressions.GreaterThanOrEqual(a: Attribute, Literal(v, t)) =>\n        (a.name, convertToScala(v, t))\n      case expressions.LessThanOrEqual(a: Attribute, Literal(v, t)) =>\n        (a.name, convertToScala(v, t))\n      case expressions.In(a: Attribute, set: Seq[Literal]) =>\n        (a.name, set.map(_.toString))\n      case _ => (\"unsupported\", 0)\n    }\n  }\n  \/\/ INLINE: similiar to DataSourceStrategy.selectFilters\n  def selectFilters(expressions: Seq[Expression]): (Seq[Expression], Seq[Expression]) = {\n    expressions.partition(exp =>\n      exp match {\n        case e: EqualTo\n            if (e.references.forall(attribute => Seq(KEY, SUFFIX).contains(attribute.name))) =>\n          true\n        case g: GreaterThanOrEqual\n            if (g.references.forall(attribute => Seq(RANGE, SCORE).contains(attribute.name))) =>\n          true\n        case l: LessThanOrEqual\n            if (l.references.forall(attribute => Seq(RANGE, SCORE).contains(attribute.name))) =>\n          true\n        case i @ In(attr, set: Seq[Literal])\n            if (attr.references.forall(attribute => Seq(KEY, SUFFIX).contains(attribute.name))) =>\n          true\n        case _ => false\n    })\n  }\n  def processSingleTableRedis(plan: LogicalPlan): LogicalPlan = {\n    plan resolveOperatorsUp {\n      case p @ Project(projectList, scanTableCommand: ScanTableCommand) =>\n        \/\/ INLINE: projectList don't have func means can push down\n        if (projectList.forall { project =>\n              project match {\n                case u: UnresolvedStar => true\n                case a @ Alias(child: UnresolvedAttribute, name) => true\n                case u: UnresolvedAttribute => true\n                case _ => false\n              }\n            }) {\n          val names: LinkedHashSet[String] = LinkedHashSet.empty\n          val tableMeta = scanTableCommand.tableMeta\n          val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n          val dataCols = scanTableCommand.dataCols\n          val partitionCols = scanTableCommand.partitionCols\n          projectList.foreach { x =>\n            x match {\n              case u: UnresolvedStar =>\n                val cols = dataCols ++ partitionCols\n                cols.foreach { col =>\n                  names.add(col.name)\n                  fields += tableMeta.dataSchema(col.name)\n                }\n              case a @ Alias(attr: UnresolvedAttribute, aliasname) =>\n                val realName = attr.name.split(\"\\\\.\").last\n                names.add(realName)\n                fields += tableMeta.dataSchema(realName).copy(name = aliasname)\n              case attr: UnresolvedAttribute =>\n                \/\/ Table alias need remove.\n                val realName = attr.name.split(\"\\\\.\").last\n                names.add(realName)\n                fields += tableMeta.dataSchema(realName)\n            }\n          }\n          val structType = new StructType(fields.toArray)\n          val newDataCols: Seq[AttributeReference] = structType.asNullable.toAttributes\n          val newPartitionCols: Seq[AttributeReference] = partitionCols\n          val columns = names.toSeq.asJava\n          scanTableCommand.copy(\n            dataCols = newDataCols,\n            partitionCols = newPartitionCols,\n            columns = columns)\n        } else {\n          p\n        }\n      case filter @ Filter(condition, command: ScanTableCommand) =>\n        \/\/ INLINE: only a part of filters can be push down to redis relation\n        val (pushedFilters, unhandledPredicates) =\n          selectFilters(splitConjunctivePredicates(condition))\n        val filterCondition = unhandledPredicates.reduceLeftOption(expressions.And)\n        val filters = new util.HashMap[String, Any](\n          pushedFilters\n            .map(getAttr)\n            .groupBy(_._1)\n            .map(tup => (tup._1, tup._2.map(_._2)))\n            .toMap\n            .asJava)\n        val newCommand = command.copy(condition = filters)\n        if (filterCondition.isEmpty) {\n          newCommand\n        } else {\n          filter.copy(condition = filterCondition.get, child = newCommand)\n        }\n      case subqueryAlias @ SubqueryAlias(alias, relation: UnresolvedCatalogRelation) =>\n        ScanTableCommand(\n          relation.tableMeta,\n          relation.tableMeta.dataSchema.asNullable.toAttributes,\n          relation.tableMeta.partitionSchema.asNullable.toAttributes,\n          columns = relation.tableMeta.dataSchema.map(_.name).asJava)\n    }\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/MonitorFactory.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor\n\nimport java.util.ServiceLoader\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.alarm.Alarm\nimport org.apache.spark.util.Utils\nimport org.apache.spark.util.kvstore.KVStore\n\nobject MonitorFactory {\n\n  def create(\n      monitorName: String,\n      alarms: Seq[Alarm],\n      appStore: KVStore,\n      conf: SparkConf): Monitor = {\n    val loader = Utils.getContextOrSparkClassLoader\n    val serviceLoader = ServiceLoader.load(classOf[Monitor], loader)\n    val MonitorClass = serviceLoader.asScala\n      .filter(_.item.equals(MonitorItem.withName(monitorName)))\n      .toList match {\n      case head :: Nil =>\n        head.getClass\n      case _ =>\n        throw new SparkException(\"error when instantiate spark.xsql.monitor.items\")\n    }\n    MonitorClass.newInstance().bind(alarms).bind(appStore).bind(conf)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/CatalogDataSource.scala","text":"<reponame>wenfang6\/XSQL<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/CatalogDataSource.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.sql.xsql.DataSourceType.DataSourceType\n\n@DeveloperApi\nabstract class CatalogDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    private val version: String,\n    val dsManager: DataSourceManager) {\n  def getName: String = name\n  def getDSType: DataSourceType = dsType\n  def getUrl: String\n  def getUser: String\n  def getPwd: String\n  def getVersion: String = version\n}\n\n@DeveloperApi\nclass HiveDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val username: String,\n    private val passwd: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = username\n  def getPwd: String = passwd\n}\n\n@DeveloperApi\nclass ElasticSearchDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val username: String,\n    private val passwd: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = username\n  def getPwd: String = passwd\n}\n\nclass MysqlDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val username: String,\n    private val passwd: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = username\n  def getPwd: String = <PASSWORD>\n}\n\n@DeveloperApi\nclass RedisDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val auth: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = \"\"\n  def getPwd: String = auth\n}\n\n@DeveloperApi\nclass MongoDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val username: String,\n    private val passwd: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = username\n  def getPwd: String = <PASSWORD>\n}\n\n@DeveloperApi\nclass KafkaDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = \"Unknown\"\n  def getPwd: String = \"Unknown\"\n}\n\n@DeveloperApi\nclass DruidDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val url: String,\n    private val username: String,\n    private val passwd: String,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = url\n  def getUser: String = username\n  def getPwd: String = <PASSWORD>\n}\n\n@DeveloperApi\nclass HBaseDataSource(\n    private val name: String,\n    private val dsType: DataSourceType,\n    override val dsManager: DataSourceManager,\n    private val host: String,\n    private val port: Int,\n    private val version: String)\n  extends CatalogDataSource(name, dsType, version, dsManager) {\n  def getUrl: String = s\"${host}:${port}\"\n  def getUser: String = \"\"\n  def getPwd: String = \"\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DescTableReponse.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.json4s.JsonAST.{JArray, JObject, JValue}\nimport org.json4s.JsonDSL._\nimport scala.collection.{immutable, mutable}\n\ncase class DescTableRequest(dataSource: String) {\n\n  def toJson: JValue = {\n    JObject(\"queryType\" -> \"segmentMetadata\", \"dataSource\" -> dataSource)\n  }\n}\n\ncase class DescTableResponse(data: Seq[(String, Any)])\n\nobject DescTableResponse {\n  def parse(js: JValue): DescTableResponse = {\n    var arr = new mutable.HashMap[String, Any]\n    js match {\n      case JArray(results) =>\n        val columns = (results.last \\ \"columns\").asInstanceOf[JObject].values\n        columns.foreach { col =>\n          arr += (col._1 -> col._2\n            .asInstanceOf[immutable.HashMap[String, String]]\n            .get(\"type\")\n            .get)\n        }\n        DescTableResponse(arr.toSeq.sortBy(_._1))\n      case err @ _ =>\n        throw new IllegalArgumentException(\"Invalid time series response: \" + err)\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/alarm\/AlarmFactory.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.alarm\n\nimport java.util.ServiceLoader\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.util.Utils\n\nobject AlarmFactory {\n  def create(alarmName: String, options: Map[String, String]): Alarm = {\n    val loader = Utils.getContextOrSparkClassLoader\n    val serviceLoader = ServiceLoader.load(classOf[Alarm], loader)\n    val AlarmClass =\n      serviceLoader.asScala.filter(_.name.equalsIgnoreCase(alarmName)).toList match {\n        case head :: Nil =>\n          head.getClass\n        case _ =>\n          throw new SparkException(\"error when instantiate spark.xsql.alarm.items\")\n      }\n    AlarmClass.newInstance().bind(options)\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/ExecutorNumTab.scala","text":"<reponame>wenfang6\/XSQL<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.monitor\n\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.xml.Node\n\nimport org.apache.spark.ui.{SparkUI, SparkUITab, UIUtils, WebUIPage}\n\nprivate class ExecutorNumTab(parent: SparkUI) extends SparkUITab(parent, \"resources\") {\n\n  init()\n\n  private def init(): Unit = {\n    attachPage(new ExecutorNumPage(this))\n  }\n\n}\n\nprivate class ExecutorNumPage(parent: SparkUITab) extends WebUIPage(\"\") {\n\n  def render(request: HttpServletRequest): Seq[Node] = {\n    val content =\n      <div>\n        {\n        <div id =\"echart-container\" class=\"row-fluid\" style=\"height: 600px\"><\/div> ++\n        <script type=\"text\/javascript\"\n                src=\"http:\/\/echarts.baidu.com\/gallery\/vendors\/echarts\/echarts.min.js\"><\/script> ++\n        <script src={UIUtils.prependBaseUri(\n          request, \"\/static\/special\/executornumpage.js\")}><\/script>\n        }\n      <\/div>\n\n    UIUtils.headerSparkPage(request, \"ExecutorNumCurve\", content, parent, useDataTables = false)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/application\/ApplicationMonitor.scala","text":"<filename>sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/application\/ApplicationMonitor.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.application\n\nimport java.sql.{Connection, Timestamp}\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.concurrent.TimeUnit\n\nimport scala.concurrent.duration.Duration\n\nimport org.apache.spark.alarm.AlertMessage\nimport org.apache.spark.alarm.AlertType._\nimport org.apache.spark.monitor.Monitor\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\n\nabstract class ApplicationMonitor extends Monitor {\n  override val alertType = Seq(Application)\n}\n\nclass ApplicationInfo(\n    title: MonitorItem,\n    appName: String,\n    appId: String,\n    md5: String,\n    startTime: Date,\n    duration: Long,\n    appUiUrl: String,\n    historyUrl: String,\n    eventLogDir: String,\n    minExecutor: Int,\n    maxExecutor: Int,\n    executorCore: Int,\n    executorMemoryMB: Long,\n    executorAccu: Double,\n    user: String)\n  extends AlertMessage(title) {\n  override def toCsv(): String = {\n    s\"${user},${appId},\" +\n      s\"${new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(startTime)},\" +\n      s\"${Duration(duration, TimeUnit.MILLISECONDS).toSeconds},\" +\n      s\"${executorMemoryMB},${executorCore},${executorAccu.formatted(\"%.2f\")},${appName}\"\n  }\n  \/\/ scalastyle:off\n  override def toHtml(): String = {\n    val html = <h1>\u4efb\u52a1\u5b8c\u6210! <\/h1>\n        <h2>\u4efb\u52a1\u4fe1\u606f <\/h2>\n        <ul>\n          <li>\u4f5c\u4e1a\u540d\uff1a{appName}<\/li>\n          <li>\u4f5c\u4e1aID\uff1a{appId}<\/li>\n          <li>\u5f00\u59cb\u65f6\u95f4\uff1a{new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(startTime)}<\/li>\n          <li>\u4efb\u52a1\u7528\u65f6\uff1a{Duration(duration, TimeUnit.MILLISECONDS).toSeconds} s<\/li>\n        <\/ul>\n        <h2>\u8d44\u6e90\u7528\u91cf<\/h2>\n        <ul>\n          <li>Executor\u4e2a\u6570\uff1a{minExecutor}~{maxExecutor}<\/li>\n          <li>Executor\u5185\u5b58\uff1a{executorMemoryMB} MB<\/li>\n          <li>Executor\u6838\u6570\uff1a{executorCore}<\/li>\n          <li>Executor\u7d2f\u79ef\u7528\u91cf\uff1a{executorAccu.formatted(\"%.2f\")} executor*min<\/li>\n        <\/ul>\n        <h2>\u8c03\u8bd5\u4fe1\u606f<\/h2>\n        <ul>\n          <li>\u56de\u770b\u94fe\u63a51\uff1a<a href={appUiUrl.split(\",\").head}>{appUiUrl.split(\",\").head}<\/a><\/li>\n          <li>\u56de\u770b\u94fe\u63a52\uff1a<a href={historyUrl}>{historyUrl}<\/a><\/li>\n          <li>\u65e5\u5fd7\u6587\u4ef6\u6240\u5728\u76ee\u5f55\uff1a{eventLogDir}<\/li>\n        <\/ul>\n    html.mkString\n  }\n\n  override def toJdbc(conn: Connection, appId: String): Unit = {\n    val query = \"INSERT INTO `xsql_monitor`.`spark_history`(\" +\n      \"`user`, `md5`, `appId`, `startTime`, `duration`, \" +\n      \"`yarnURL`, `sparkHistoryURL`, `eventLogDir`, `coresPerExecutor`, `memoryPerExecutorMB`,\" +\n      \" `executorAcc`, `appName`, `minExecutors`, `maxExecutors`)\" +\n      \" SELECT ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ? FROM DUAL\" +\n      \" WHERE NOT EXISTS (SELECT * FROM `xsql_monitor`.`spark_history` WHERE `appId` = ?);\"\n\n    val preparedStmt = conn.prepareStatement(query)\n    preparedStmt.setString(1, user)\n    preparedStmt.setString(2, md5)\n    preparedStmt.setString(3, appId)\n    preparedStmt.setTimestamp(4, new Timestamp(startTime.getTime))\n    preparedStmt.setLong(5, Duration(duration, TimeUnit.MILLISECONDS).toSeconds)\n    preparedStmt.setString(6, appUiUrl)\n    preparedStmt.setString(7, historyUrl)\n    preparedStmt.setString(8, eventLogDir)\n    preparedStmt.setInt(9, executorCore)\n    preparedStmt.setLong(10, executorMemoryMB)\n    preparedStmt.setDouble(11, executorAccu)\n    preparedStmt.setString(12, appName)\n    preparedStmt.setInt(13, minExecutor)\n    preparedStmt.setInt(14, maxExecutor)\n    preparedStmt.setString(15, appId)\n    preparedStmt.execute\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DruidRule.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.sql.catalyst.CatalystTypeConverters.convertToScala\nimport org.apache.spark.sql.catalyst.expressions.{\n  Attribute,\n  Expression => SExpression,\n  Literal,\n  NamedExpression,\n  SortOrder\n}\nimport org.apache.spark.sql.catalyst.plans.logical._\nimport org.apache.spark.sql.catalyst.rules.Rule\n\n\/**\n *\n *\/\nobject DruidRule extends Rule[LogicalPlan] {\n\n  override def apply(plan: LogicalPlan): LogicalPlan = plan transformUp {\n    case Aggregate(ges, aes, p @ Project(_, _)) =>\n      ProjectAndAggregate(ges, aes, p)\n\n    case s @ Sort(orders, _, child) =>\n      if (child.isInstanceOf[ProjectAndAggregate]) {\n        child.asInstanceOf[ProjectAndAggregate].copy(orders = orders)\n      } else {\n        s\n      }\n\n    case l @ LocalLimit(Literal(v, t), child) =>\n      val value: Any = convertToScala(v, t)\n      val limit = value.asInstanceOf[Int]\n      if (limit < 0) {\n        throw new SparkException(s\"Aggregate limit must great than zero!\")\n      }\n      if (child.isInstanceOf[ProjectAndAggregate]) {\n        child.asInstanceOf[ProjectAndAggregate].copy(limit = limit)\n      } else {\n        l\n      }\n\n    case g @ GlobalLimit(_, child) =>\n      if (child.isInstanceOf[ProjectAndAggregate]) {\n        child\n      } else {\n        g\n      }\n  }\n}\ncase class ProjectAndAggregate(\n    groupingExpressions: Seq[SExpression],\n    aggregateExpressions: Seq[NamedExpression],\n    child: LogicalPlan,\n    orders: Seq[SortOrder] = null,\n    limit: Int = 20)\n  extends UnaryNode {\n  override def output: Seq[Attribute] = aggregateExpressions.map(_.toAttribute)\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/Granularity.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL._\n\ntrait Granularity {\n  val dtype: String\n}\n\ncase class SimpleGranularity(name: String) extends Granularity {\n  override val dtype: String = \"Simple\"\n}\n\nobject SimpleGranularity {\n  val All = SimpleGranularity(\"all\")\n  val Second = SimpleGranularity(\"second\")\n  val Minute = SimpleGranularity(\"minute\")\n  val FifteenMinute = SimpleGranularity(\"fifteen_minute\")\n  val ThirtyMinute = SimpleGranularity(\"thirty_minute\")\n  val Day = SimpleGranularity(\"day\")\n  val Hour = SimpleGranularity(\"hour\")\n  val Week = SimpleGranularity(\"week\")\n  val Month = SimpleGranularity(\"month\")\n  val Quarter = SimpleGranularity(\"quarter\")\n  val Year = SimpleGranularity(\"year\")\n  val None = SimpleGranularity(\"none\")\n}\n\ncase class PeriodGranularity(period: String, timeZone: String, origin: String)\n  extends Granularity {\n  override val dtype: String = \"period\"\n\n  def toJson: JValue = {\n    JObject(\n      \"type\" -> \"period\",\n      \"period\" -> (if (period != null) period else \"P1D\"),\n      \"timeZone\" -> (if (timeZone != null) timeZone else \"Asia\/Shanghai\"),\n      \"origin\" -> (if (origin != null) origin else \"1970-01-01T00:00:00Z\"))\n  }\n}\n\ncase class DurationGranularity(duration: String, timeZone: String, origin: String)\n  extends Granularity {\n  override val dtype: String = \"duration\"\n\n  def toJson: JValue = {\n    JObject(\n      \"type\" -> \"duration\",\n      \"duration\" -> (if (duration != null) duration else \"3600000\"),\n      \"timeZone\" -> (if (timeZone != null) timeZone else \"Asia\/Shanghai\"),\n      \"origin\" -> (if (origin != null) origin else \"1970-01-01T00:00:00Z\"))\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/DataSourceManagerFactory.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.xsql\n\nimport java.util.ServiceLoader\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.hadoop.conf.Configuration\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.util.Utils\n\nobject DataSourceManagerFactory {\n\n  def create(\n      datasourceType: String,\n      conf: SparkConf,\n      hadoopConf: Configuration): DataSourceManager = {\n    val loader = Utils.getContextOrSparkClassLoader\n    val serviceLoader = ServiceLoader.load(classOf[DataSourceManager], loader)\n    var cls: Class[_] = null\n    \/\/ As we use ServiceLoader to support creating any user provided DataSourceManager here,\n    \/\/ META-INF\/services\/org.apache.spark.sql.sources.DataSourceRegister must be packaged properly\n    \/\/ in user's jar, and the implementation of DataSourceManager must have a public parameterless\n    \/\/ constructor. For scala language, def this() = this(null...) just work.\n    try {\n      cls = serviceLoader.asScala\n        .filter(_.shortName().equals(datasourceType))\n        .toList match {\n        case head :: Nil =>\n          head.getClass\n        case _ =>\n          throw new SparkException(s\"error when instantiate datasource ${datasourceType}\")\n      }\n    } catch {\n      case _: Exception =>\n        throw new SparkException(\n          s\"\"\"Can't find corresponding DataSourceManager for ${datasourceType} type,\n             |please check\n             |1. META-INF\/services\/org.apache.spark.sql.sources.DataSourceRegister is packaged\n             |2. your implementation of DataSourceManager's shortname is ${datasourceType}\n             |3. your implementation of DataSourceManager must have a public parameterless\n             |   constructor. For scala language, def this() = this(null, null, ...) just work.\n           \"\"\".stripMargin)\n    }\n    try {\n      val constructor = cls.getConstructor(classOf[SparkConf], classOf[Configuration])\n      val newHadoopConf = new Configuration(hadoopConf)\n      constructor.newInstance(conf, newHadoopConf).asInstanceOf[DataSourceManager]\n    } catch {\n      case _: NoSuchMethodException =>\n        try {\n          cls.getConstructor(classOf[SparkConf]).newInstance(conf).asInstanceOf[DataSourceManager]\n        } catch {\n          case _: NoSuchMethodException =>\n            cls.getConstructor().newInstance().asInstanceOf[DataSourceManager]\n        }\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/stage\/StageMonitor.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.stage\n\nimport java.sql.Connection\n\nimport scala.xml.Node\n\nimport org.apache.spark.alarm.AlertMessage\nimport org.apache.spark.alarm.AlertType._\nimport org.apache.spark.monitor.Monitor\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.status.api.v1.TaskMetricDistributions\nimport org.apache.spark.ui.{ToolTips, UIUtils}\nimport org.apache.spark.ui.jobs.TaskDetailsClassNames\nimport org.apache.spark.util.Utils\n\nabstract class StageMonitor extends Monitor {\n  override val alertType = Seq(Stage)\n\n}\nclass DataSkewMessage(\n    skewed_stages: Array[Int],\n    metrics: Array[TaskMetricDistributions],\n    expectReduce: Array[Double],\n    title: MonitorItem)\n  extends AlertMessage(title) {\n  \/\/ scalastyle:off\n  private def makeHtmlTable(\n      stageId: Int,\n      metrics: TaskMetricDistributions,\n      expectReduce: Double): Seq[Node] = {\n    def timeQuantiles(data: IndexedSeq[Double]): Seq[Node] = {\n      data.map { millis =>\n        <td>{UIUtils.formatDuration(millis.toLong)}<\/td>\n      }\n    }\n\n    def sizeQuantiles(data: IndexedSeq[Double]): Seq[Node] = {\n      data.map { size =>\n        <td>{Utils.bytesToString(size.toLong)}<\/td>\n      }\n    }\n\n    def sizeQuantilesWithRecords(\n        data: IndexedSeq[Double],\n        records: IndexedSeq[Double]): Seq[Node] = {\n      data.zip(records).map {\n        case (d, r) =>\n          <td>{s\"${Utils.bytesToString(d.toLong)} \/ ${r.toLong}\"}<\/td>\n      }\n    }\n\n    def titleCell(title: String, tooltip: String): Seq[Node] = {\n      <td>\n        <span>\n          {title}\n        <\/span>\n      <\/td>\n    }\n\n    def simpleTitleCell(title: String): Seq[Node] = <td>{title}<\/td>\n\n    val serviceQuantiles = simpleTitleCell(\"Duration\") ++ timeQuantiles(metrics.executorRunTime)\n\n    val gcQuantiles = titleCell(\"GC Time\", ToolTips.GC_TIME) ++ timeQuantiles(metrics.jvmGcTime)\n\n    val peakExecutionMemoryQuantiles = titleCell(\n      \"Peak Execution Memory\",\n      ToolTips.PEAK_EXECUTION_MEMORY) ++ sizeQuantiles(metrics.peakExecutionMemory)\n\n    def inputQuantiles: Seq[Node] = {\n      simpleTitleCell(\"Input Size \/ Records\") ++\n        sizeQuantilesWithRecords(metrics.inputMetrics.bytesRead, metrics.inputMetrics.recordsRead)\n    }\n\n    def shuffleReadTotalQuantiles: Seq[Node] = {\n      titleCell(\"Shuffle Read Size \/ Records\", ToolTips.SHUFFLE_READ) ++\n        sizeQuantilesWithRecords(\n          metrics.shuffleReadMetrics.readBytes,\n          metrics.shuffleReadMetrics.readRecords)\n    }\n\n    def memoryBytesSpilledQuantiles: Seq[Node] = {\n      simpleTitleCell(\"Shuffle spill (memory)\") ++ sizeQuantiles(metrics.memoryBytesSpilled)\n    }\n\n    def diskBytesSpilledQuantiles: Seq[Node] = {\n      simpleTitleCell(\"Shuffle spill (disk)\") ++ sizeQuantiles(metrics.diskBytesSpilled)\n    }\n    val quantileHeaders =\n      Seq(\"Metric\", \"Min\", \"25th percentile\", \"Median\", \"75th percentile\", \"Max\")\n    val headerRow: Seq[Node] = {\n      quantileHeaders.view.map { x =>\n        <th>{x}<\/th>\n      }\n    }\n    <h2>\u7edf\u8ba1\u4fe1\u606f\uff1aStage {stageId} \u7ea6\u989d\u5916\u5360\u7528 {expectReduce.formatted(\"%.2f\")} executor*min <\/h2>\n        <table border=\"3\" bordercolor=\"#CCCCCC\">\n          <thead>{headerRow}<\/thead>\n          <tbody>\n            <tr>{serviceQuantiles}<\/tr>\n            <tr>{gcQuantiles}<\/tr>\n            <tr class={TaskDetailsClassNames.PEAK_EXECUTION_MEMORY}>\n              {peakExecutionMemoryQuantiles}\n            <\/tr>\n            <tr>{inputQuantiles}<\/tr>\n            <tr>{shuffleReadTotalQuantiles}<\/tr>\n            <tr>{memoryBytesSpilledQuantiles}<\/tr>\n            <tr>{diskBytesSpilledQuantiles}<\/tr>\n          <\/tbody>\n        <\/table>\n  }\n\n  override def toHtml(): String = {\n    val summary = <h2>\n      <span style=\"color:#E53333;\">Stage\n        {skewed_stages.mkString(\",\")}\n        \u53d1\u751f\u6570\u636e\u503e\u659c<\/span>\n    <\/h2>\n    val details = skewed_stages\n      .zip(metrics)\n      .zip(expectReduce)\n      .map {\n        case ((stageId, metric), expectReduce) =>\n          makeHtmlTable(stageId, metric, expectReduce)\n      }\n      .flatten\n    (summary ++ details).toString\n  }\n\n  override def toJdbc(conn: Connection, appId: String): Unit = {\n    val query = \"UPDATE `xsql_monitor`.`spark_history` \" +\n      \"SET `skewStages` = ?, `expectExecutorAccReduce` = ?  WHERE `appId` = ? \"\n    val preparedStmt = conn.prepareStatement(query)\n    preparedStmt.setInt(1, skewed_stages.size)\n    preparedStmt.setDouble(2, expectReduce.sum)\n    preparedStmt.setString(3, appId)\n    preparedStmt.execute\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/painter\/Painter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.painter\n\nimport java.awt.Font\nimport java.io.{File, FileWriter}\n\nimport org.jfree.chart.{ChartFactory, StandardChartTheme}\nimport org.jfree.data.general.Dataset\n\nabstract class Painter(dataPath: String, picturePath: String) {\n  initialize()\n  var fw: FileWriter = _\n\n  def initialize(): Unit = {\n    val dataFile = new File(dataPath)\n    if (dataFile.exists()) {\n      dataFile.delete()\n    }\n    fw = new FileWriter(dataPath, true)\n    val standardChartTheme = new StandardChartTheme(\"CN\")\n    standardChartTheme.setExtraLargeFont(new Font(\"Monospaced\", Font.BOLD, 20))\n    standardChartTheme.setRegularFont(new Font(\"Monospaced\", Font.PLAIN, 15))\n    standardChartTheme.setLargeFont(new Font(\"Monospaced\", Font.PLAIN, 15))\n    ChartFactory.setChartTheme(standardChartTheme)\n  }\n\n  def addPoint(xAxis: Any, yAxis: Any): Unit = {\n    fw.write(s\"${xAxis},${yAxis}\\n\")\n  }\n\n  def addPoint(xAxis: Any, yAxis: Any, zAxis: Any): Unit = {\n    fw.write(s\"${xAxis},${yAxis},${zAxis}\\n\")\n  }\n\n  def createDataset(): Dataset\n\n  def paint(\n      width: Int,\n      height: Int,\n      chartTitle: String,\n      categoryAxisLabel: String,\n      valueAxisLabel: String): Unit\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/QueryFilter.scala","text":"<reponame>wenfang6\/XSQL<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.json4s.JsonAST.{JArray, JNull, JObject, JValue}\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods._\n\nsealed trait QueryFilter extends Expression {\n  def and(other: QueryFilter): QueryFilter = And(Seq(this, other))\n\n  def or(other: QueryFilter): QueryFilter = Or(Seq(this, other))\n}\n\ncase class And(filters: Seq[Expression]) extends QueryFilter {\n\n  override def and(other: QueryFilter): QueryFilter = copy(other +: filters)\n\n  def toJson: JValue = JObject(\"type\" -> \"and\", \"fields\" -> JArray(filters.toList.map(_.toJson)))\n}\n\ncase class Or(filters: Seq[Expression]) extends QueryFilter {\n\n  override def or(other: QueryFilter): QueryFilter = copy(other +: filters)\n\n  def toJson: JValue = JObject(\"type\" -> \"or\", \"fields\" -> JArray(filters.toList.map(_.toJson)))\n}\n\ncase class Not(filter: Expression) extends QueryFilter {\n\n  def toJson: JValue = JObject(\"type\" -> \"not\", \"field\" -> filter.toJson)\n}\n\ncase class IsNotNull(attributeNotNull: String) extends QueryFilter {\n\n\/\/  {\n\/\/    \"field\": {\n\/\/      \"type\": \"selector\",\n\/\/      \"dimension\": \"added\",\n\/\/      \"value\": \"\"\n\/\/    },\n\/\/    \"type\": \"not\"\n\/\/  }\n  def toJson: JValue =\n    JObject(\n      \"field\" -> JObject(\"type\" -> \"selector\", \"dimension\" -> attributeNotNull, \"value\" -> \"\"),\n      \"type\" -> \"not\")\n}\n\ncase class ExprQueryFilter(typeName: String, dimension: String, value: String)\n  extends QueryFilter {\n  def toJson: JValue = JObject(\"type\" -> typeName, \"dimension\" -> dimension, \"value\" -> value)\n}\n\ncase class SelectorQueryFilter(dimension: String, value: String) extends QueryFilter {\n  def toJson: JValue = JObject(\"type\" -> \"selector\", \"dimension\" -> dimension, \"value\" -> value)\n}\n\ncase class RegexQueryFilter(dimension: String, pattern: String) extends QueryFilter {\n  def toJson: JValue = JObject(\"type\" -> \"regex\", \"dimension\" -> dimension, \"pattern\" -> pattern)\n}\n\ncase class AllQueryFilter(condition: java.util.HashMap[String, Any]) extends QueryFilter {\n  \/\/  val json = JSONObject.fromObject(condition.get(\"filter\")).toString\n  \/\/  def toJson: JValue = parse(json)\n  def toJson: JValue = fromJsonNode(mapper.valueToTree(condition.get(\"filter\")))\n}\n\nobject QueryFilter {\n\n  def custom(typeName: String, dimension: String, value: String): ExprQueryFilter =\n    ExprQueryFilter(typeName, dimension, value)\n\n  def where(dimension: String, value: String): SelectorQueryFilter =\n    SelectorQueryFilter(dimension, value)\n\n  def regex(dimension: String, pattern: String): RegexQueryFilter =\n    RegexQueryFilter(dimension, pattern)\n\n  val All = new QueryFilter {\n    def toJson: JValue = JNull\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/MongoManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.manager\n\nimport java.sql.{Date, Timestamp}\nimport java.util.LinkedList\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\n\nimport com.mongodb.{ConnectionString, MongoClientSettings, MongoCredential, MongoNamespace}\nimport com.mongodb.client.MongoClient\nimport com.mongodb.client.MongoClients\nimport com.mongodb.client.MongoCollection\nimport com.mongodb.spark.config.ReadConfig\nimport com.mongodb.spark.rdd.MongoRDD\nimport com.mongodb.spark.sql.MongoInferSchema\nimport com.mongodb.spark.sql.MongoInferSchema._\nimport com.mongodb.spark.sql.xsql.MongoUtils\nimport com.mongodb.spark.toSparkContextFunctions\nimport net.sf.json.JSONObject\nimport org.apache.commons.collections.CollectionUtils\nimport org.bson.{BsonDocument, BsonType, BsonValue, Document}\n\nimport org.apache.spark.{SparkConf, SparkContext, SparkException}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions.{\n  Ascending,\n  Descending,\n  Expression,\n  SortDirection,\n  SortOrder\n}\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.types.DecimalType\nimport org.apache.spark.sql.xsql._\nimport org.apache.spark.sql.xsql.DataSourceType.MONGO\nimport org.apache.spark.sql.xsql.types.MONGO_TYPE_STRING\n\n\/**\n * Manager for MongoDB.\n *\/\nprivate[xsql] class MongoManager(conf: SparkConf) extends DataSourceManager with Logging {\n\n  def this() = {\n    this(null)\n  }\n\n  import DataSourceManager._\n  import MongoManager._\n\n  override def shortName(): String = MONGO.toString\n\n  private var mongoClient: MongoClient = _\n\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val url = infos.get(URL)\n    if (url == None) {\n      throw new SparkException(\"Data source is MongoDB must have url!\")\n    }\n    val ds: CatalogDataSource = new MongoDataSource(\n      dataSourceName,\n      MONGO,\n      this,\n      url.get,\n      infos(USER),\n      infos(PASSWORD),\n      infos(VERSION))\n    dataSourcesByName(ds.getName) = ds\n    val credential = MongoCredential.createCredential(\n      ds.getUser,\n      infos.getOrElse(\"authenticationDatabase\", ADMIN),\n      ds.getPwd.toCharArray())\n    mongoClient = MongoClients.create(\n      MongoClientSettings\n        .builder()\n        .applyConnectionString(new ConnectionString(ds.getUrl))\n        .credential(credential)\n        .build())\n\n    val dbCursor = mongoClient.listDatabaseNames().iterator()\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      ds.getName,\n      new HashMap[String, CatalogDatabase])\n    while (dbCursor.hasNext()) {\n      val dbName = dbCursor.next()\n      dbName match {\n        case MONITOR | ADMIN | LOCAL | CONFIG =>\n          logDebug(s\"We do not parse Inner MongoDB $dbName\")\n        case _ =>\n          logDebug(s\"Parse MongoDB $dbName\")\n          val db = CatalogDatabase(\n            id = newDatabaseId,\n            dataSourceName = dataSourceName,\n            name = dbName,\n            description = null,\n            locationUri = null,\n            properties = Map.empty)\n          xdatabases += ((db.name, db))\n      }\n    }\n  }\n\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    val url = cachedProperties(URL)\n    xdatabases.foreach { kv =>\n      val dbName = kv._1\n      val db = kv._2\n      val tableSchemasMap = schemasMap.get(dbName)\n      val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n      val mongoDB = mongoClient.getDatabase(dbName)\n      val collectionCursor = mongoDB.listCollectionNames().iterator()\n      while (collectionCursor.hasNext()) {\n        val collectionName = collectionCursor.next()\n        if (tableSchemasMap != None && tableSchemasMap.get.contains(collectionName)) {\n          val fieldsOpt = tableSchemasMap.get.get(collectionName)\n          if (fieldsOpt != None) {\n            val itr = fieldsOpt.get.iterator()\n            val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n            while (itr.hasNext()) {\n              val propertyObj = itr.next().asInstanceOf[JSONObject]\n              val fieldName = propertyObj.getString(NAME)\n              if (propertyObj.get(SCHEMA_TYPE) != null) {\n                fields += MongoUtils.convertField(fieldName, propertyObj, null)\n              }\n            }\n            val schema = StructType(fields)\n            val table = CatalogTable(\n              identifier = TableIdentifier(collectionName, Option(dbName), Option(dataSourceName)),\n              tableType = CatalogTableType.COLLECTION,\n              storage = CatalogStorageFormat(\n                locationUri = None,\n                \/\/ To avoid ClassNotFound exception, we try our best to not get the format class,\n                \/\/ but get the class name directly. However, for non-native tables,\n                \/\/ there is no interface to get the format class name,\n                \/\/ so we may still throw ClassNotFound in this case.\n                inputFormat = None,\n                outputFormat = None,\n                serde = None,\n                compressed = false,\n                properties = Map(\n                  MONGODB_INPUT_URI -> url,\n                  MONGODB_INPUT_DATABASE -> dbName,\n                  MONGODB_INPUT_COLLECTION -> collectionName)),\n              schema = schema,\n              provider = Some(FULL_PROVIDER))\n            xtables += ((collectionName, table))\n          }\n        }\n      }\n    }\n  }\n\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    assert(table.identifier.dataSource.isDefined && table.identifier.database.isDefined)\n    val dataSourceName = table.identifier.dataSource.get\n    val url = cachedProperties(URL)\n    val database = table.identifier.database.get\n    val collection = table.identifier.table\n    val options = new HashMap[String, String]\n    options += ((MONGODB_INPUT_URI, url))\n    options += ((MONGODB_INPUT_DATABASE, database))\n    options += ((MONGODB_INPUT_COLLECTION, collection))\n    options.toMap\n  }\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit = {\n    val db = mongoClient.getDatabase(dbDefinition.name)\n\/\/    db.createCollection(DEFAULT_COLLECTION)\n    val document = new Document(\"x\", 1)\n    db.getCollection(DEFAULT_COLLECTION).insertOne(document)\n    throw new UnsupportedOperationException(\n      \"Create MongoDB not supported by driver! Please execute CMD,\" +\n        \" reference https:\/\/docs.mongodb.com\/manual\/core\/databases-and-collections\/\")\n  }\n\n  override def dropDatabase(db: String, ignoreIfNotExists: Boolean, cascade: Boolean): Unit = {\n    mongoClient.getDatabase(db).drop()\n  }\n\n  override def listTables(dsName: String, dbName: String): Seq[String] = {\n    val mongoDB = mongoClient.getDatabase(dbName)\n    mongoDB.listCollectionNames().asScala.toSeq\n  }\n\n  override def doGetRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    if (tableExists(db, table)) {\n      val sc = SparkContext.getActive.get\n      val url = cachedProperties(URL)\n      val options = new HashMap[String, String]\n      options += ((MONGODB_INPUT_URI, url))\n      options += ((MONGODB_INPUT_DATABASE, originDB))\n      options += ((MONGODB_INPUT_COLLECTION, table))\n      val mongoRDD: MongoRDD[org.bson.BsonDocument] =\n        sc.loadFromMongoDB(ReadConfig(options.toMap))\n      val schema = MongoInferSchema(mongoRDD)\n      val catalogTable = CatalogTable(\n        identifier = TableIdentifier(table, Option(db), Option(dsName)),\n        tableType = CatalogTableType.COLLECTION,\n        storage = CatalogStorageFormat(\n          locationUri = None,\n          inputFormat = None,\n          outputFormat = None,\n          serde = None,\n          compressed = false,\n          properties = Map(\n            MONGODB_INPUT_URI -> url,\n            MONGODB_INPUT_DATABASE -> originDB,\n            MONGODB_INPUT_COLLECTION -> table)),\n        schema = schema,\n        provider = Some(FULL_PROVIDER))\n      Option(catalogTable)\n    } else {\n      None\n    }\n  }\n\n  override def tableExists(dbName: String, table: String): Boolean = {\n    val list = mongoClient.getDatabase(dbName).listCollectionNames().asScala.toList\n    list.contains(table)\n  }\n\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit = {\n    val dbName = tableDefinition.database\n    val collectionName = tableDefinition.identifier.table\n    verifyColumnDataType(tableDefinition.schema)\n    mongoClient.getDatabase(dbName).createCollection(collectionName)\n  }\n\n  override def renameTable(dbName: String, oldName: String, newName: String): Unit = {\n    val newCollectionNamespace = new MongoNamespace(dbName, newName)\n    mongoClient\n      .getDatabase(dbName)\n      .getCollection(oldName)\n      .renameCollection(newCollectionNamespace)\n  }\n\n  override def dropTable(\n      dbName: String,\n      tableName: String,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit = {\n    if (purge) {\n      throw new UnsupportedOperationException(\"DROP TABLE ... PURGE\")\n    }\n    mongoClient.getDatabase(dbName).getCollection(tableName).drop()\n  }\n\n  override def buildAndArgument(\n      searchArg: java.util.HashMap[String, Any],\n      leftSearchArg: java.util.HashMap[String, Any],\n      rightSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val seq = leftSearchArg.entrySet().asScala ++ rightSearchArg.entrySet().asScala\n    val docs = seq.map { entry =>\n      new Document(entry.getKey, entry.getValue)\n    }\n    val doc = new Document(AND, docs.asJava)\n    searchArg.put(TEMP_ATTRIBUTE, doc)\n  }\n\n  override def buildOrArgument(\n      searchArg: java.util.HashMap[String, Any],\n      leftSearchArg: java.util.HashMap[String, Any],\n      rightSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val seq = leftSearchArg.entrySet().asScala ++ rightSearchArg.entrySet().asScala\n    val docs = seq.map { entry =>\n      new Document(entry.getKey, entry.getValue)\n    }\n    val doc = new Document(OR, docs.asJava)\n    searchArg.put(TEMP_ATTRIBUTE, doc)\n  }\n\n  override def buildNotArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    childSearchArg.keySet().asScala.foreach { key =>\n      val subDoc = childSearchArg.get(key).asInstanceOf[Document]\n      val newDoc = new Document\n      subDoc.keySet().asScala.foreach { x =>\n        x match {\n          case EQ =>\n            val value: Any = subDoc.get(EQ)\n            newDoc.append(NE, value)\n          case IN =>\n            val value: Any = subDoc.get(IN)\n            newDoc.append(NIN, value)\n        }\n      }\n      searchArg.put(key, newDoc)\n    }\n  }\n\n  override def buildEqualToArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(EQ, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildLessThanArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(LT, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildLessThanOrEqualArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(LTE, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildGreaterThanArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(GT, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildGreaterThanOrEqualArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(GTE, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildIsNullArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val attribute = childSearchArg.get(ATTRIBUTE).asInstanceOf[String]\n    val doc = new Document(EQ, null)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildIsNotNullArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val attribute = childSearchArg.get(ATTRIBUTE).asInstanceOf[String]\n    val doc = new Document(NE, null)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildLikeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(REGEX, wildcardTransform(value))\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildRLikeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val doc = new Document(REGEX, value)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildInArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      values: LinkedList[Any]): Unit = {\n    val doc = new Document(IN, values)\n    searchArg.put(attribute, doc)\n  }\n\n  override def buildAttributeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String): Unit = {\n    searchArg.put(ATTRIBUTE, attribute)\n  }\n\n  override def buildGroupArgument(\n      fieldName: String,\n      groupByKeys: ArrayBuffer[String],\n      innerAggsMap: java.util.HashMap[String, Any],\n      groupMap: java.util.HashMap[String, Any]): java.util.HashMap[String, Any] = {\n    val groupKeyDoc = new Document(fieldName, DOLLAR + fieldName)\n    if (innerAggsMap.containsKey(MONGO_ID)) {\n      val appendGroupKey = innerAggsMap.get(MONGO_ID).asInstanceOf[java.util.Map[String, Any]]\n      groupKeyDoc.putAll(appendGroupKey)\n      innerAggsMap.put(MONGO_ID, groupKeyDoc)\n      groupMap\n    } else {\n      innerAggsMap.put(MONGO_ID, groupKeyDoc)\n      groupMap.put(GROUP, innerAggsMap)\n      groupMap\n    }\n  }\n\n  override def buildAggregateArgument(\n      structField: StructField,\n      aggregatefuncName: String,\n      aggsMap: java.util.HashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    val fieldName = structField.name\n    var usedAggsFieldName = fieldName match {\n      case STAR => 1\n      case _ => fieldName\n    }\n    val usedAggsFuncName = aggregatefuncName match {\n      case COUNT | COUNT_DISTINCT =>\n        usedAggsFieldName = 1\n        MONGO_COUNT\n      case _ => aggregatefuncName\n    }\n    var aggregateFunDoc: Document = null\n    if (usedAggsFieldName == 1) {\n      aggregateFunDoc = new Document(DOLLAR + usedAggsFuncName, usedAggsFieldName)\n    } else {\n      aggregateFunDoc = new Document(DOLLAR + usedAggsFuncName, DOLLAR + usedAggsFieldName)\n    }\n    val aggregateOutMap =\n      aggsMap\n        .getOrDefault(AGGS, new java.util.HashMap[String, Any])\n        .asInstanceOf[java.util.HashMap[String, Any]]\n    if (COUNT_DISTINCT.equals(aggregatefuncName)) {\n      if (aggsMap.containsKey(MONGO_ID)) { \/\/ select count(distinct column) with group by\n        val groupKeyDoc = aggsMap.get(MONGO_ID).asInstanceOf[Document]\n        val newgroupKeyDoc = new Document()\n        groupKeyDoc.entrySet().asScala.foreach { entry =>\n          val key = entry.getKey\n          newgroupKeyDoc.append(key, DOLLAR + MONGO_ID + POINT + key)\n        }\n        groupKeyDoc.append(fieldName, DOLLAR + fieldName)\n        aggsMap.put(MONGO_ID, (groupKeyDoc, newgroupKeyDoc))\n      } else { \/\/ select count(distinct column) without group by\n        aggregateOutMap.put(COUNT_DISTINCT, new Document(fieldName, DOLLAR + fieldName))\n      }\n    }\n    val aggregateAliasName = aggregateAliasOpts.getOrElse(\n      INNER_AGGS_ALIAS + usedAggsFuncName + UNDERLINE + usedAggsFieldName)\n    aggregateOutMap.put(aggregateAliasName, aggregateFunDoc)\n    aggsMap.put(AGGS, aggregateOutMap)\n    new StructField(aggregateAliasName, DEFAULT_DATA_TYPE)\n  }\n\n  override def buildSortArgument(\n      order: Seq[SortOrder]): java.util.List[java.util.HashMap[String, Any]] = {\n    val sortArg = new LinkedList[java.util.HashMap[String, Any]]\n    order.foreach { x =>\n      x.child match {\n        case attr: UnresolvedAttribute =>\n          val map = new java.util.HashMap[String, Any]\n          val realName = attr.name.split(\"\\\\.\").last\n          map.put(realName, sortTransform(x.direction))\n          sortArg.add(map)\n      }\n    }\n    sortArg\n  }\n\n  private def buildAggFuncSortArgs(\n      aggsMap: java.util.HashMap[String, Any],\n      aggFunName: String): Option[String] = {\n    val usedAggsFuncName = aggFunName match {\n      case COUNT | COUNT_DISTINCT =>\n        MONGO_COUNT\n      case _ => aggFunName\n    }\n    val option = aggsMap.asScala.find { kv =>\n      val doc = kv._2.asInstanceOf[Document]\n      doc.containsKey(DOLLAR + usedAggsFuncName)\n    }\n    if (option == None) {\n      logWarning(\n        s\"Order by clause followed by Aggregation Function $aggFunName\" +\n          \"that not appear in projection clause. \")\n      None\n    } else {\n      Some(option.get._1)\n    }\n  }\n\n  override def buildSortArgumentInAggregate(\n      parentGroupMap: java.util.HashMap[String, Any],\n      aggs: java.util.HashMap[String, Any],\n      expr: Expression,\n      direction: SortDirection,\n      isDistinct: Boolean): Unit = {\n    var sortKey: Option[String] = null\n    if (expr.isInstanceOf[UnresolvedAttribute]) {\n      val attr = expr.asInstanceOf[UnresolvedAttribute]\n      val realName = attr.name.split(\"\\\\.\").last\n      val groupMap = aggs.get(GROUP).asInstanceOf[java.util.HashMap[String, Any]]\n      groupMap.get(MONGO_ID) match {\n        case singleIdDoc: Document =>\n          if (singleIdDoc.containsKey(realName)) {\n            sortKey = Some(MONGO_ID + POINT + realName)\n          } else {\n            sortKey = Some(realName)\n          }\n        case doubleIdDoc: (Document, Document) =>\n          if (doubleIdDoc._2.containsKey(realName)) {\n            sortKey = Some(MONGO_ID + POINT + realName)\n          } else {\n            sortKey = Some(realName)\n          }\n      }\n    } else { \/\/ Parse sort with aggregate function.\n      val groupMap = aggs.get(GROUP).asInstanceOf[java.util.HashMap[String, Any]]\n      val aggsMap = groupMap.get(AGGS).asInstanceOf[java.util.HashMap[String, Any]]\n      expr match {\n        case sum @ Sum(child) => sortKey = buildAggFuncSortArgs(aggsMap, sum.prettyName)\n        case avg @ Average(child) => sortKey = buildAggFuncSortArgs(aggsMap, avg.prettyName)\n        case max @ Max(child) => sortKey = buildAggFuncSortArgs(aggsMap, max.prettyName)\n        case min @ Min(child) => sortKey = buildAggFuncSortArgs(aggsMap, min.prettyName)\n        case count @ Count(children) => sortKey = buildAggFuncSortArgs(aggsMap, count.prettyName)\n      }\n    }\n    if (sortKey == None) return\n    val sortKeyDoc = aggs.getOrDefault(SORT, new Document).asInstanceOf[Document]\n    sortKeyDoc.append(sortKey.get, sortTransform(direction))\n    aggs.put(SORT, sortKeyDoc)\n  }\n\n  override def buildDistinctArgument(\n      columns: java.util.List[String]): (java.util.HashMap[String, Any], Seq[String]) = {\n    var groupMap = new java.util.HashMap[String, Any]\n    val innerAggsMap = new java.util.HashMap[String, Any]\n    val groupByKeys: ArrayBuffer[String] = ArrayBuffer.empty\n    columns.asScala.reverse.foreach { column =>\n      buildGroupArgument(column, groupByKeys, innerAggsMap, groupMap)\n    }\n    (groupMap, groupByKeys.seq)\n  }\n\n  override def scanXSQLTable(\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String],\n      condition: java.util.HashMap[String, Any],\n      sort: java.util.List[java.util.HashMap[String, Any]],\n      aggs: java.util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    val ds = dataSourcesByName(tableDefinition.identifier.dataSource.get)\n    val schema = tableDefinition.schema\n    val projectionDoc = new Document\n    val sortDoc = new Document\n    val collection: MongoCollection[BsonDocument] =\n      mongoClient\n        .getDatabase(tableDefinition.identifier.database.get)\n        .getCollection(tableDefinition.identifier.table, classOf[BsonDocument])\n    if (aggs == null || aggs.size() == 0) {\n      val filterDoc = buildFilterDoc(schema, condition)\n      if (columns != null && !columns.isEmpty) {\n        columns.asScala.foreach { column =>\n          projectionDoc.append(column, 1)\n        }\n      }\n      if (CollectionUtils.isNotEmpty(sort)) {\n        sort.asScala.foreach { map =>\n          map.asScala.iterator.foreach { kv =>\n            sortDoc.append(kv._1, kv._2)\n          }\n        }\n      }\n      val findItr =\n        collection.find(filterDoc).projection(projectionDoc).sort(sortDoc).limit(limit)\n      val result: ArrayBuffer[Seq[Any]] = ArrayBuffer.empty\n      findItr.asScala.foreach { x =>\n        val fields: ArrayBuffer[Any] = ArrayBuffer.empty\n        for (column <- columns.asScala) {\n          val structField = schema(column)\n          val fieldValue = dataTypeTransform(x, structField, column)\n          fields += fieldValue\n        }\n        result += fields.toSeq\n      }\n      result\n    } else {\n      val pipeline = new LinkedList[Document]\n      \/\/ match stage.\n      val filterDoc = buildFilterDoc(schema, condition)\n      if (!filterDoc.isEmpty()) {\n        val matchDoc = new Document(MATCH, filterDoc)\n        pipeline.add(matchDoc)\n      }\n      if (aggs.containsKey(SORT)) {\n        val sortKeyDoc = aggs.remove(SORT).asInstanceOf[Document]\n        sortDoc.append(SORT, sortKeyDoc)\n      }\n      \/\/ aggregation stage.\n      val aggsDocs = ArrayBuffer.empty[Document]\n      aggs.entrySet().asScala.foreach { entry =>\n        val key = entry.getKey\n        if (GROUP.equals(key)) {\n          val subMap = entry.getValue.asInstanceOf[java.util.HashMap[String, Any]]\n          subMap.entrySet().asScala.foreach { subEntry =>\n            val subKey = subEntry.getKey\n            if (AGGS.equals(subKey)) {\n              val grandMap = subEntry.getValue.asInstanceOf[java.util.HashMap[String, Any]]\n              val groupDoc = aggsDocs.last.get(GROUP).asInstanceOf[Document]\n              grandMap.entrySet().asScala.foreach { grandEntry =>\n                groupDoc.append(grandEntry.getKey, grandEntry.getValue)\n              }\n            } else {\n              subEntry.getValue match {\n                case singleIdDoc: Document =>\n                  aggsDocs += new Document(GROUP, new Document(subKey, singleIdDoc))\n                case doubleIdDoc: (Document, Document) =>\n                  \/\/ select count(distinct column) with group by\n                  aggsDocs += new Document(GROUP, new Document(subKey, doubleIdDoc._1))\n                  aggsDocs += new Document(GROUP, new Document(subKey, doubleIdDoc._2))\n              }\n            }\n          }\n        } else if (COUNT_DISTINCT.equals(key)) {\n          aggsDocs += new Document(GROUP, new Document(MONGO_ID, entry.getValue))\n        } else {\n          if (aggsDocs.isEmpty) {\n            aggsDocs += new Document(GROUP, NULL_ID_DOC)\n          } else { \/\/ select count(distinct column) without group by\n            val groupDoc = aggsDocs.last.get(GROUP).asInstanceOf[Document]\n            if (groupDoc.get(MONGO_ID) != null) {\n              aggsDocs += new Document(GROUP, NULL_ID_DOC)\n            }\n          }\n          val groupDoc = aggsDocs.last.get(GROUP).asInstanceOf[Document]\n          groupDoc.append(key, entry.getValue)\n        }\n      }\n      val groupDoc = aggsDocs.last.get(GROUP).asInstanceOf[Document]\n      aggsDocs.foreach { aggsDoc =>\n        pipeline.add(aggsDoc)\n      }\n      \/\/ projection stage.\n      val projectionInnerDoc = new Document\n      var idNotUsed = true\n      val idDoc = groupDoc.get(MONGO_ID).asInstanceOf[Document]\n      for (column <- columns.asScala) {\n        if (idDoc != null && idDoc.containsKey(column)) {\n          idNotUsed = false\n          \/\/ Avoid pull other columns make up '_id'.\n          projectionInnerDoc.append(MONGO_ID + POINT + column, PROJECTION_SELECTED)\n        } else {\n          projectionInnerDoc.append(column, PROJECTION_SELECTED)\n        }\n      }\n      if (idNotUsed) { \/\/ Avoid pull '_id' when which not used.\n        projectionInnerDoc.append(MONGO_ID, PROJECTION_UNSELECTED)\n      }\n      projectionDoc.append(PROJECT, projectionInnerDoc)\n      if (!projectionDoc.isEmpty()) {\n        pipeline.add(projectionDoc)\n      }\n      \/\/ sort stage.\n      if (!sortDoc.isEmpty()) {\n        pipeline.add(sortDoc)\n      }\n      \/\/ limit stage.\n      pipeline.add(new Document(LIMIT, limit))\n      val aggIter = collection.aggregate(pipeline)\n      val result: ArrayBuffer[Seq[Any]] = ArrayBuffer.empty\n      aggIter.asScala.foreach { doc =>\n        val fields: ArrayBuffer[Any] = ArrayBuffer.empty\n        for (column <- columns.asScala) {\n          var fieldValue: Any = null\n          if (doc.containsKey(column)) {\n            fieldValue = doDataTypeTransform(doc.get(column), null)\n          } else if (doc.containsKey(MONGO_ID)) {\n            val idDoc = doc.get(MONGO_ID).asInstanceOf[BsonDocument]\n            val structField = schema(column)\n            fieldValue = dataTypeTransform(idDoc, structField, column)\n          } else {\n            val structField = schema(column)\n            fieldValue = dataTypeTransform(doc, structField, MONGO_ID)\n          }\n          fields += fieldValue\n        }\n        result += fields.toSeq\n      }\n      result\n    }\n  }\n\n  def convertToStruct(fields: Seq[StructField]): StructType = {\n    DataTypes.createStructType(fields.toArray)\n  }\n\n  override def stop(): Unit = {\n    mongoClient.close()\n  }\n\n}\n\nobject MongoManager {\n  import DataSourceManager._\n  val MONITOR = \"360monitor\"\n  val ADMIN = \"admin\"\n  val LOCAL = \"local\"\n  val CONFIG = \"config\"\n  val FULL_PROVIDER = \"com.mongodb.spark.sql\"\n  val PROVIDER = \"mongo\"\n  val DEFAULT_COLLECTION = \"test\"\n  val ATTRIBUTE = \"attribute\"\n  val TEMP_ATTRIBUTE = \"temp_attribute\"\n  val EQ = \"$eq\"\n  val NE = \"$ne\"\n  val GTE = \"$gte\"\n  val GT = \"$gt\"\n  val LTE = \"$lte\"\n  val LT = \"$lt\"\n  val IN = \"$in\"\n  val NIN = \"$nin\"\n  val AND = \"$and\"\n  val OR = \"$or\"\n  val REGEX = \"$regex\"\n  val MATCH = \"$match\"\n  val GROUP = \"$group\"\n  val PROJECT = \"$project\"\n  val SORT = \"$sort\"\n  val LIMIT = \"$limit\"\n  val QUESTION_MARK = \"?\"\n  val ASTERISK = \"*\"\n  val CARET = \"^\"\n  val DOLLAR = \"$\"\n  val POINT = \".\"\n  val DEFAULT_SIZE = 10\n  val PROJECTION_SELECTED = 1\n  val PROJECTION_UNSELECTED = 0\n  val MONGO_ID = \"_id\"\n  val MONGO_COUNT = \"sum\"\n  private val STARTS_WITH = \"([^_%]+)%\".r\n  private val ENDS_WITH = \"%([^_%]+)\".r\n  private val STARTS_AND_ENDS_WITH = \"([^_%]+)%([^_%]+)\".r\n  private val CONTAINS = \"%([^_%]+)%\".r\n  private val EQUAL_TO = \"([^_%]*)\".r\n  private val ENDS_UNDERLINE = \"([^_%]+)_\".r\n  private val STARTS_UNDERLINE = \"_([^_%]+)\".r\n  private val MIDDLE_UNDERLINE = \"([^_%]+)_([^_%]+)\".r\n  private val STARTS_AND_ENDS_UNDERLINE = \"_([^_%]+)_\".r\n  val MONGODB_INPUT_URI = s\"${ReadConfig.configPrefix}${ReadConfig.mongoURIProperty}\"\n  val MONGODB_INPUT_DATABASE = s\"${ReadConfig.configPrefix}${ReadConfig.databaseNameProperty}\"\n  val MONGODB_INPUT_COLLECTION = s\"${ReadConfig.configPrefix}${ReadConfig.collectionNameProperty}\"\n  val NULL_ID_DOC = new Document(\"_id\", null)\n\n  def verifyColumnDataType(schema: StructType): Unit = {\n    schema.foreach(col => getSparkSQLDataType(toMongoColumn(col)._2))\n  }\n\n  private def checkMongoColumnType(mongoType: String): Unit = {\n    if (mongoType.equalsIgnoreCase(\"float\") ||\n        mongoType.equalsIgnoreCase(\"byte\") ||\n        mongoType.equalsIgnoreCase(\"short\")) {\n      throw new SparkException(s\"MongoDB not support $mongoType type!\")\n    }\n  }\n\n  \/** Builds the native StructField from Mongo's property. *\/\n  private def fromMongoColumn(fieldName: String, propertyObj: JSONObject): StructField = {\n    val mongoType = propertyObj.get(SCHEMA_TYPE).asInstanceOf[String]\n    checkMongoColumnType(mongoType)\n    val columnType = getSparkSQLDataType(mongoType)\n    val metadata = if (mongoType != columnType.catalogString) {\n      new MetadataBuilder().putString(MONGO_TYPE_STRING, mongoType).build()\n    } else {\n      Metadata.empty\n    }\n\n    StructField(name = fieldName, dataType = columnType, nullable = true, metadata = metadata)\n  }\n\n  \/** Converts the native StructField to ES's name and type. *\/\n  private def toMongoColumn(c: StructField): (String, String) = {\n    val typeString = if (c.metadata.contains(MONGO_TYPE_STRING)) {\n      c.metadata.getString(MONGO_TYPE_STRING)\n    } else {\n      c.dataType.typeName\n    }\n    (c.name, typeString)\n  }\n\n  private def dataTypeTransform(doc: BsonDocument, field: StructField, column: String): Any = {\n    doDataTypeTransform(doc.get(column), field.dataType)\n  }\n\n  private def doDataTypeTransform(element: BsonValue, dataType: DataType): Any = {\n    var fieldValue: Any = null\n    if (element != null) {\n      fieldValue = (element.getBsonType, dataType) match {\n        case (BsonType.DOCUMENT, mapType: MapType) =>\n          element\n            .asDocument()\n            .asScala\n            .map(kv => (kv._1, doDataTypeTransform(kv._2, mapType.valueType)))\n            .toMap\n        case (BsonType.ARRAY, arrayType: ArrayType) =>\n          element.asArray().getValues.asScala.map(doDataTypeTransform(_, arrayType.elementType))\n        case (BsonType.BINARY, BinaryType) => element.asBinary().getData\n        case (BsonType.BOOLEAN, BooleanType) => element.asBoolean().getValue\n        case (BsonType.DATE_TIME, DateType) => new Date(element.asDateTime().getValue)\n        case (BsonType.DATE_TIME, TimestampType) => new Timestamp(element.asDateTime().getValue)\n        case (BsonType.NULL, NullType) => null\n        case (_, IntegerType) => MongoUtils.toInt(element)\n        case (_, LongType) => MongoUtils.toLong(element)\n        case (_, DoubleType) => MongoUtils.toDouble(element)\n        case (_, DecimalType()) => MongoUtils.toDecimal(element)\n        case (_, elementType @ StructType(fields)) =>\n          MongoUtils.castToStructType(element, elementType)\n        case (_, StringType) => MongoUtils.bsonValueToString(element)\n        case _ =>\n          element.getBsonType match {\n            case BsonType.INT32 | BsonType.INT64 => MongoUtils.toInt(element).toString()\n            case BsonType.DOUBLE => MongoUtils.toDouble(element).toString()\n            case BsonType.DECIMAL128 => MongoUtils.toDecimal(element).toString()\n            case _ => element\n          }\n      }\n    }\n\n    fieldValue\n  }\n\n  private def conditionTransform(dataType: DataType, value: Any): Any = {\n    dataType match {\n      case DateType =>\n        val originDoc = value.asInstanceOf[Document]\n        val itr = originDoc.keySet().iterator()\n        val newDoc = new Document\n        while (itr.hasNext()) {\n          val key = itr.next()\n          val dateStr = originDoc.get(key).asInstanceOf[String]\n          val date = org.apache.spark.sql.xsql.util.Utils.getFormatDate(dateStr)\n          newDoc.append(key, date)\n        }\n        newDoc\n      case _ => value\n    }\n  }\n\n  \/**\n   * Transform wildcard from SQL like to MongoDB.\n   *\/\n  private def wildcardTransform(value: Any): String = {\n    value.asInstanceOf[String] match {\n      case STARTS_WITH(prefix) if !prefix.endsWith(\"\\\\\") =>\n        CARET + prefix\n      case ENDS_WITH(postfix) =>\n        postfix + DOLLAR\n      case STARTS_AND_ENDS_WITH(prefix, postfix) if !prefix.endsWith(\"\\\\\") =>\n        CARET + prefix + POINT + ASTERISK + postfix + DOLLAR\n      case CONTAINS(infix) if !infix.endsWith(\"\\\\\") =>\n        infix\n      case EQUAL_TO(str) =>\n        str\n      case ENDS_UNDERLINE(prefix) if !prefix.endsWith(\"\\\\\") =>\n        prefix + POINT + QUESTION_MARK + DOLLAR\n      case STARTS_UNDERLINE(postfix) =>\n        CARET + POINT + QUESTION_MARK + postfix\n      case STARTS_AND_ENDS_UNDERLINE(infix) if !infix.endsWith(\"\\\\\") =>\n        CARET + POINT + QUESTION_MARK + infix + POINT + QUESTION_MARK + DOLLAR\n      case MIDDLE_UNDERLINE(prefix, postfix) if !prefix.endsWith(\"\\\\\") =>\n        CARET + prefix + POINT + QUESTION_MARK + postfix + DOLLAR\n    }\n  }\n\n  \/**\n   * Transform sort from SQL to MongoDB.\n   *\/\n  private def sortTransform(direction: SortDirection): Int =\n    direction match {\n      case Ascending => 1\n      case Descending => -1\n    }\n\n  \/**\n   * Build filter Document of MongoDB by condition map.\n   *\/\n  private def buildFilterDoc(\n      schema: StructType,\n      condition: java.util.HashMap[String, Any]): Document = {\n    val filterDoc = new Document\n    if (condition != null && condition.size() > 0) {\n      condition.asScala.foreach { kv =>\n        kv._1 match {\n          case TEMP_ATTRIBUTE =>\n            val originDoc = kv._2.asInstanceOf[Document]\n            originDoc.entrySet().asScala.foreach { entry =>\n              filterDoc.append(entry.getKey, entry.getValue)\n            }\n          case _ =>\n            val subDoc = conditionTransform(schema(kv._1).dataType, kv._2)\n            filterDoc.append(kv._1, subDoc)\n        }\n      }\n    }\n    filterDoc\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/HBaseRDD.scala","text":"<filename>sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/HBaseRDD.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.hbase\n\nimport java.util.ArrayList\n\nimport scala.collection.mutable\n\nimport org.apache.hadoop.hbase.CellUtil\nimport org.apache.hadoop.hbase.client._\nimport org.apache.hadoop.hbase.filter.{Filter => HFilter, FirstKeyOnlyFilter, KeyOnlyFilter}\n\nimport org.apache.spark.{Partition, SparkException, TaskContext}\nimport org.apache.spark.sql.{sources, Row}\nimport org.apache.spark.sql.execution.datasources.hbase\nimport org.apache.spark.sql.execution.datasources.hbase.types.{SHCDataType, SHCDataTypeFactory}\nimport org.apache.spark.sql.sources.Filter\nimport org.apache.spark.util.ShutdownHookManager\n\n\/\/ INLINE: HBaseTableScanRDD is private[hbase], so we make a fake one here\nprivate[hbase] class CustomedHBaseTableScanRDD(\n    override val relation: CustomedHBaseRelation,\n    override val requiredColumns: Array[String],\n    override val filters: Array[Filter])\n  extends HBaseTableScanRDD(relation, requiredColumns, filters)\n  with HBaseTableScanTrait {\n\n  override def getPreferredLocations(split: Partition): Seq[String] = {\n    split\n      .asInstanceOf[CustomedHBaseScanPartition]\n      .regions\n      .server\n      .map {\n        identity\n      }\n      .toSeq\n  }\n  override def getPartitions: Array[Partition] = super.getPartitions\n\n  override def compute(split: Partition, context: TaskContext): Iterator[Row] = {\n    context.addTaskCompletionListener(context => close())\n    compute(split)\n  }\n}\n\ncase class CustomedHBaseRegion(\n    override val index: Int,\n    start: Option[HBaseType] = None,\n    end: Option[HBaseType] = None,\n    server: Option[String] = None)\n  extends Partition\n\ncase class CustomedHBaseScanPartition(\n    override val index: Int,\n    regions: CustomedHBaseRegion,\n    scanRanges: Array[ScanRange[Array[Byte]]],\n    tf: SerializedTypedFilter)\n  extends Partition\n\ntrait HBaseTableScanTrait {\n  val relation: HBaseRelationTrait\n  val requiredColumns: Array[String]\n  val filters: Array[Filter]\n  import hbase.order\n  import HBaseTableScanUtil._\n\n  val columnFields: Seq[Field]\n  val serializedToken: Array[Byte]\n  lazy val columnSet = mutable.HashSet(columnFields: _*)\n\n  implicit class FilterChecker(val attrs: Array[Filter]) {\n    def getAttr(filter: Filter): Seq[String] = {\n      filter match {\n        case a: sources.EqualTo =>\n          Seq(a.attribute)\n        case a: sources.GreaterThan =>\n          Seq(a.attribute)\n        case a: sources.LessThan =>\n          Seq(a.attribute)\n        case a: sources.GreaterThanOrEqual =>\n          Seq(a.attribute)\n        case a: sources.LessThanOrEqual =>\n          Seq(a.attribute)\n        case a: sources.In =>\n          Seq(a.attribute)\n        case a: sources.IsNull =>\n          Seq(a.attribute)\n        case a: sources.IsNotNull =>\n          Seq(a.attribute)\n        case sources.And(left, right) =>\n          getAttr(left) ++ getAttr(right)\n        case sources.Or(left, right) =>\n          getAttr(left) ++ getAttr(right)\n        case sources.Not(child) =>\n          getAttr(child)\n        case a: sources.StringStartsWith =>\n          Seq(a.attribute)\n        case a: sources.StringEndsWith =>\n          Seq(a.attribute)\n        case a: sources.StringContains =>\n          Seq(a.attribute)\n        case _ => Seq.empty\n      }\n    }\n    def isNotSafe(): Boolean = {\n      attrs.isEmpty || attrs.flatMap(getAttr).exists(relation.isColumn(_))\n    }\n  }\n\n  private def checkRowKeyOnly(): Unit = {\n    if (filters.isNotSafe && !relation.runAnyway) {\n      throw new SparkException(\n        \"only rowkey query is allowed to relieve cluster's workload,\" +\n          \"configure ds.force = true if necessary!\")\n    }\n  }\n\n  def getHBaseScanPartition: CustomedHBaseScanPartition = {\n    checkRowKeyOnly()\n    val hbaseFilter = CustomedHBaseFilter.buildFilters(filters, relation, columnSet)\n    CustomedHBaseScanPartition(\n      0,\n      CustomedHBaseRegion(0),\n      hbaseFilter.ranges,\n      CustomedTypedFilter.toSerializedTypedFilter(hbaseFilter.tf))\n  }\n\n  def getPartitions: Array[Partition] = {\n    checkRowKeyOnly()\n    val hbaseFilter = CustomedHBaseFilter.buildFilters(filters, relation, columnSet)\n    var idx = 0\n    val r = CustomedRegionResource(relation)\n    val ps = r.flatMap { x =>\n      \/\/ HBase take maximum as empty byte array, change it here.\n      val pScan = ScanRange(\n        Some(Bound(x.start.get, true)),\n        if (x.end.get.size == 0) None else Some(Bound(x.end.get, false)))\n      \/\/ INLINE: \"and\" will get ranges should compute in this paritition\n      val ranges = ScanRange.and(pScan, hbaseFilter.ranges)(hbase.ord)\n      if (ranges.size > 0) {\n        val p = Some(\n          CustomedHBaseScanPartition(\n            idx,\n            x,\n            ranges,\n            CustomedTypedFilter.toSerializedTypedFilter(hbaseFilter.tf)))\n        idx += 1\n        p\n      } else {\n        None\n      }\n    }.toArray\n    r.release()\n    ShutdownHookManager.addShutdownHook { () =>\n      HBaseConnectionCache.close()\n    }\n    ps.asInstanceOf[Array[Partition]]\n  }\n\n  private def buildRow(fields: Seq[(Field, SHCDataType)], result: Result): Seq[Any] = {\n    val r = result.getRow\n    val keySeq = {\n      if (relation.isComposite()) {\n        relation.catalog.shcTableCoder\n          .decodeCompositeRowKey(r, relation.catalog.getRowKey)\n      } else {\n        val f = relation.catalog.getRowKey.head\n        Seq((f, r)).toMap\n      }\n    }\n\n    val valueSeq = fields.map {\n      case (field, deser) =>\n        if (field.isRowKey) {\n          val b = keySeq.get(field).get\n          if (b.isInstanceOf[Array[Byte]]) {\n            deser.fromBytes(b.asInstanceOf[Array[Byte]])\n          } else {\n            b\n          }\n        } else {\n          val kv = result.getColumnLatestCell(\n            relation.catalog.shcTableCoder.toBytes(field.cf),\n            relation.catalog.shcTableCoder.toBytes(field.col))\n          if (kv == null || kv.getValueLength == 0) {\n            null\n          } else {\n            deser.fromBytes(CellUtil.cloneValue(kv))\n          }\n        }\n    }\n    \/\/ Return the row ordered by the requested order\n\/\/    Row.fromSeq(valueSeq)\n    valueSeq\n  }\n\n  def buildScan(\n      start: Option[Bound[HBaseType]],\n      end: Option[Bound[HBaseType]],\n      columns: Seq[Field],\n      filter: Option[HFilter]): Scan = {\n    val scan = {\n      (start, end) match {\n        case (Some(Bound(lb, lbinc)), Some(Bound(ub, ubinc))) =>\n          new Scan().withStartRow(lb, lbinc).withStopRow(ub, ubinc)\n        case (Some(Bound(lb, lbinc)), None) => new Scan().withStartRow(lb, lbinc)\n        case (None, Some(Bound(ub, ubinc))) => new Scan().withStopRow(ub, ubinc)\n        case _ => new Scan\n      }\n    }\n    handleTimeSemantics(scan)\n\n    columns.foreach { c =>\n      scan.addColumn(\n        relation.catalog.shcTableCoder.toBytes(c.cf),\n        relation.catalog.shcTableCoder.toBytes(c.col))\n    }\n    val size = SparkHBaseConf.defaultCachingSize\n    scan.setCaching(size)\n    filter.foreach(scan.setFilter(_))\n    scan\n  }\n\n  def handleTimeSemantics(query: Query): Unit = {\n    \/\/ Set timestamp related values if present\n    (query, relation.timestamp, relation.minStamp, relation.maxStamp) match {\n      case (q: Scan, Some(ts), None, None) => q.setTimeStamp(ts)\n      case (q: Get, Some(ts), None, None) => q.setTimeStamp(ts)\n\n      case (q: Scan, None, Some(minStamp), Some(maxStamp)) => q.setTimeRange(minStamp, maxStamp)\n      case (q: Get, None, Some(minStamp), Some(maxStamp)) => q.setTimeRange(minStamp, maxStamp)\n\n      case (q, None, None, None) =>\n      case _ =>\n        throw new IllegalArgumentException(\n          \"Invalid combination of query\/timestamp\/time range provided\")\n    }\n    if (relation.maxVersions.isDefined) {\n      query match {\n        case q: Scan => q.setMaxVersions(relation.maxVersions.get)\n        case q: Get => q.setMaxVersions(relation.maxVersions.get)\n        case _ => throw new IllegalArgumentException(\"Invalid query provided with maxVersions\")\n      }\n    }\n  }\n\n  private def toRowIterator(it: Iterator[Result]): Iterator[Seq[Any]] = {\n\n    val iterator = new Iterator[Seq[Any]] {\n      val start = System.currentTimeMillis()\n      var rowCount: Int = 0\n      val fieldWithIndex = relation.getIndexedProjections(requiredColumns)\n      val indexedFields = fieldWithIndex.map(t => (t._1, SHCDataTypeFactory.create(t._1)))\n\n      override def hasNext: Boolean = {\n        if (it.hasNext) {\n          true\n        } else {\n          val end = System.currentTimeMillis()\n          false\n        }\n      }\n\n      override def next(): Seq[Any] = {\n        rowCount += 1\n        val r = it.next()\n        buildRow(indexedFields, r)\n      }\n    }\n    iterator\n  }\n\n  private def toResultIterator(result: CustomedGetResource): Iterator[Result] = {\n    val iterator = new Iterator[Result] {\n      var idx = 0\n      var cur: Option[Result] = None\n      override def hasNext: Boolean = {\n        while (idx < result.length && cur.isEmpty) {\n          val tmp = result(idx)\n          idx += 1\n          if (!tmp.isEmpty) {\n            cur = Some(tmp)\n          }\n        }\n        if (cur.isEmpty) {\n          rddResources.release(result)\n        }\n        cur.isDefined\n      }\n      override def next(): Result = {\n        hasNext\n        val ret = cur.get\n        cur = None\n        ret\n      }\n    }\n    iterator\n  }\n\n  private def toResultIterator(scanner: CustomedScanResource): Iterator[Result] = {\n    val iterator = new Iterator[Result] {\n      var cur: Option[Result] = None\n      override def hasNext: Boolean = {\n        if (cur.isEmpty) {\n          val r = scanner.next()\n          if (r == null) {\n            rddResources.release(scanner)\n          } else {\n            cur = Some(r)\n          }\n        }\n        cur.isDefined\n      }\n      override def next(): Result = {\n        hasNext\n        val ret = cur.get\n        cur = None\n        ret\n      }\n    }\n    iterator\n  }\n\n  private def buildGets(\n      tbr: CustomedTableResource,\n      g: Array[ScanRange[Array[Byte]]],\n      columns: Seq[Field],\n      filter: Option[HFilter]): Iterator[Result] = {\n    val size = SparkHBaseConf.defaultBulkGetSize\n    g.grouped(size).flatMap { x =>\n      val gets = new ArrayList[Get]()\n      x.foreach { y =>\n        val g = new Get(y.start.get.point)\n        handleTimeSemantics(g)\n        columns.foreach { c =>\n          g.addColumn(\n            relation.catalog.shcTableCoder.toBytes(c.cf),\n            relation.catalog.shcTableCoder.toBytes(c.col))\n        }\n        filter.foreach(g.setFilter(_))\n        gets.add(g)\n      }\n      val tmp = tbr.get(gets)\n      rddResources.addResource(tmp)\n      toResultIterator(tmp)\n    }\n  }\n  val rddResources: RDDResources\n\n  def close() {\n    rddResources.release()\n  }\n\n  def compute(split: Partition): Iterator[Row] = {\n    computeForCommand(split).map(Row.fromSeq(_))\n  }\n\n  def computeForCommand(split: Partition): Iterator[Seq[Any]] = {\n    SHCCredentialsManager.processShcToken(serializedToken)\n    val ord = hbase.ord \/\/ implicitly[Ordering[HBaseType]]\n    val partition = split.asInstanceOf[CustomedHBaseScanPartition]\n    val (g, s) = partition.scanRanges.partition { x =>\n      x.start.isDefined && x.end.isDefined && ScanRange.compare(x.start, x.end, ord) == 0\n    }\n    val tableResource = CustomedTableResource(relation)\n    val typedFilter = CustomedTypedFilter.fromSerializedTypedFilter(partition.tf)\n    \/\/ INLINE: accelerate key only select\n    val selectColumn = columnSet.toSeq\n    val filter = if (selectColumn.isEmpty) {\n      val t1 =\n        CustomedTypedFilter.and(\n          typedFilter,\n          CustomedTypedFilter(Some(new KeyOnlyFilter()), CustomedFilterType.Atomic))\n      val t2 = CustomedTypedFilter.and(\n        t1,\n        CustomedTypedFilter(Some(new FirstKeyOnlyFilter()), CustomedFilterType.Atomic))\n      t2.filter\n    } else {\n      typedFilter.filter\n    }\n    val gIt: Iterator[Result] = {\n      if (g.isEmpty) {\n        Iterator.empty: Iterator[Result]\n      } else {\n        buildGets(tableResource, g, selectColumn, filter)\n      }\n    }\n\n    val scans = s.map(x => buildScan(x.start, x.end, selectColumn, filter))\n\n    val sIts = scans.par\n      .map { scan =>\n        val scanner = tableResource.getScanner(scan)\n        rddResources.addResource(scanner)\n        scanner\n      }\n      .map(toResultIterator(_))\n\n    val rIt = sIts.fold(Iterator.empty: Iterator[Result]) {\n      case (x, y) =>\n        x ++ y\n    } ++ gIt\n\n    ShutdownHookManager.addShutdownHook { () =>\n      HBaseConnectionCache.close()\n    }\n    toRowIterator(rIt)\n  }\n}\n\nclass HBaseTableScanUtil(\n    val relation: HBaseRelationTrait,\n    val requiredColumns: Array[String],\n    val filters: Array[Filter],\n    limit: Integer)\n  extends HBaseTableScanTrait {\n  val columnFields: Seq[Field] = relation.splitRowKeyColumns(requiredColumns)._2\n  val serializedToken: Array[Byte] = relation.serializedToken\n  lazy val rddResources = RDDResources(new mutable.HashSet[Resource]())\n\n  override def buildScan(\n      start: Option[Bound[HBaseType]],\n      end: Option[Bound[HBaseType]],\n      columns: Seq[Field],\n      filter: Option[HFilter]): Scan = {\n    val scan = {\n      (start, end) match {\n        case (Some(Bound(lb, lbinc)), Some(Bound(ub, ubinc))) =>\n          new Scan().withStartRow(lb, lbinc).withStopRow(ub, ubinc)\n        case (Some(Bound(lb, lbinc)), None) => new Scan().withStartRow(lb, lbinc)\n        case (None, Some(Bound(ub, ubinc))) => new Scan().withStopRow(ub, ubinc)\n        case _ => new Scan\n      }\n    }\n    handleTimeSemantics(scan)\n    scan.setLimit(limit)\n\n    columns.foreach { c =>\n      scan.addColumn(\n        relation.catalog.shcTableCoder.toBytes(c.cf),\n        relation.catalog.shcTableCoder.toBytes(c.col))\n    }\n    val size = SparkHBaseConf.defaultCachingSize\n    scan.setCaching(size)\n    filter.foreach(scan.setFilter(_))\n    scan\n  }\n}\n\nobject HBaseTableScanUtil {\n\n  def apply(\n      relation: HBaseRelationTrait,\n      requiredColumns: Array[String],\n      filters: Array[Filter],\n      limit: Integer): HBaseTableScanUtil = {\n    new HBaseTableScanUtil(relation, requiredColumns, filters, limit)\n  }\n\n  implicit def ScanResToScan(sr: CustomedScanResource): ResultScanner = {\n    sr.rs\n  }\n\n  implicit def GetResToResult(gr: CustomedGetResource): Array[Result] = {\n    gr.rs\n  }\n\n  implicit def TableResToTable(tr: CustomedTableResource): Table = {\n    tr.table\n  }\n\n  implicit def RegionResToRegions(rr: CustomedRegionResource): Seq[CustomedHBaseRegion] = {\n    rr.regions\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/stage\/ExecutorMemoryAdviser.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.stage\n\nimport java.io.File\nimport java.util.Scanner\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.alarm.{AlertMessage, EmailAlarm, HtmlMessage}\nimport org.apache.spark.monitor.{Monitor, MonitorItem}\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.painter.BarChartPainter\nimport org.apache.spark.scheduler._\nimport org.apache.spark.status.{ExecutorSummaryWrapper, TaskDataWrapper}\nimport org.apache.spark.util.Utils\n\nclass ExecutorMemoryAdviser extends StageMonitor {\n\n  override val item: MonitorItem = MonitorItem.EXECUTOR_MEMORY_ADVISER\n  lazy val dataPath = s\"\/tmp\/${item}-${conf.get(\"spark.app.id\")}.csv\"\n  lazy val picturePath = s\"\/tmp\/${item}-${conf.get(\"spark.app.id\")}.jpg\"\n  lazy private val painter = new BarChartPainter(dataPath, picturePath)\n\n  lazy val majorityCriterion =\n    conf.getDouble(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.majority.criterion\", 0.8)\n  lazy val lowerBound =\n    conf.getDouble(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.range.lb\", 0.5)\n  lazy val upperBound =\n    conf.getDouble(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.range.ub\", 0.9)\n\n  lazy val executeTotalMemory =\n    kvStore.view(classOf[ExecutorSummaryWrapper]).skip(1).max(1).asScala.head.info.maxMemory\n\n  private def getStagePeakAndMajorityMemory(stageInfo: StageInfo): Unit = {\n    val stageKey = Array(stageInfo.stageId, stageInfo.attemptId)\n    val peakMemory = kvStore\n      .view(classOf[TaskDataWrapper])\n      .index(\"pem\")\n      .parent(stageKey)\n      .reverse\n      .skip(0)\n      .max(1)\n      .asScala\n      .head\n      .peakExecutionMemory\n    val skipTask = (stageInfo.numTasks * (1 - majorityCriterion)).toLong\n    val majorityMemory = kvStore\n      .view(classOf[TaskDataWrapper])\n      .index(\"pem\")\n      .parent(stageKey)\n      .reverse\n      .skip(skipTask)\n      .max(1)\n      .asScala\n      .head\n      .peakExecutionMemory\n    painter.addPoint(stageKey.mkString(\"_\"), peakMemory, majorityMemory)\n  }\n  private def computeMaxMemoryUtility(): (Double, Double) = {\n    val scaner = new Scanner(new File(dataPath))\n    var maxPeakMemory = 0L\n    var maxMajorityMemory = 0L\n    while (scaner.hasNext()) {\n      val cols = scaner.next().split(\",\")\n      maxPeakMemory = Math.max(cols(1).toLong, maxPeakMemory)\n      maxMajorityMemory = Math.max(cols(2).toLong, maxMajorityMemory)\n    }\n    (maxPeakMemory \/ executeTotalMemory, maxMajorityMemory \/ executeTotalMemory)\n  }\n  \/\/ scalastyle:off\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case e: SparkListenerStageCompleted =>\n        getStagePeakAndMajorityMemory(e.stageInfo)\n        Option.empty\n      case _: SparkListenerApplicationEnd =>\n        painter.paint(\n          600,\n          400,\n          \"stage memory usage columnar\",\n          \"stageId\",\n          \"memory usage(MB)\",\n          0,\n          Utils.byteStringAsMb(executeTotalMemory.toLong + \"b\"))\n        if (EmailAlarm.get().isDefined) {\n          val pic = EmailAlarm.get().get.embed(new File(picturePath))\n          val (peakUtility, majorityUtility) = computeMaxMemoryUtility\n          val a = <h2>Stage \u8fd0\u884c\u5185\u5b58\u4f7f\u7528\u91cf\u6982\u51b5\uff1a<\/h2>\n              <img src={\"cid:\"+pic}><\/img>\n                <br\/>\n          val userDefinedMemory =\n            conf.getSizeAsBytes(\"spark.executor.memory\") > (3L * 1024 * 1024 * 1024)\n          val b = if (peakUtility < lowerBound && userDefinedMemory) {\n            <h2>\u5185\u5b58\u5efa\u8bae\uff1a\u8c03\u4f4eexecutor-memory<\/h2>\n          } else if (majorityUtility < lowerBound && userDefinedMemory) {\n            <h2>\u5185\u5b58\u5efa\u8bae\uff1a\u89e3\u51b3\u6570\u636e\u503e\u659c\u540e\uff0c\u8c03\u4f4eexecutor-memory<\/h2>\n          } else if (majorityUtility > upperBound) {\n            <h2>\u5185\u5b58\u5efa\u8bae\uff1a\u8c03\u9ad8executor-memory\uff0c\u6216\u8005\u8c03\u4f4espark.memory.storageFraction<\/h2>\n          } else {\n            <h2>executor\u5185\u5b58\u5229\u7528\u7387\u6b63\u5e38<\/h2>\n          }\n          a.append(b)\n          Option(new HtmlMessage(title = item, content = a.mkString))\n        } else {\n          Option.empty\n        }\n    }\n  }\n  \/\/ scalastyle:on\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/ElasticSearchManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.manager\n\nimport java.util.{Arrays, Collections, LinkedList}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\nimport scala.util.matching.Regex\n\nimport net.sf.json.{JSONNull, JSONObject}\nimport org.apache.commons.collections.CollectionUtils\nimport org.apache.http.{HttpHost, HttpStatus}\nimport org.apache.http.auth.{AuthScope, UsernamePasswordCredentials}\nimport org.apache.http.client.methods._\nimport org.apache.http.entity.ContentType\nimport org.apache.http.impl.client.BasicCredentialsProvider\nimport org.apache.http.impl.nio.client.HttpAsyncClientBuilder\nimport org.apache.http.nio.entity.NStringEntity\nimport org.apache.http.util.EntityUtils\nimport org.elasticsearch.client._\nimport org.elasticsearch.hadoop.cfg.ConfigurationOptions._\nimport org.elasticsearch.hadoop.serialization.FieldType\nimport org.elasticsearch.hadoop.serialization.FieldType._\nimport org.elasticsearch.spark.cfg.SparkSettingsManager\nimport org.elasticsearch.spark.sql.xsql.ElasticsearchSchemaUtils\n\nimport org.apache.spark.{SparkConf, SparkContext, SparkException}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.catalyst.CatalystTypeConverters.convertToScala\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions.{Expression, Literal, SortDirection, SortOrder}\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql._\nimport org.apache.spark.sql.xsql.DataSourceType.ELASTICSEARCH\nimport org.apache.spark.sql.xsql.internal.config.XSQL_DEFAULT_DATABASE\nimport org.apache.spark.sql.xsql.types.ELASTIC_SEARCH_TYPE_STRING\nimport org.apache.spark.sql.xsql.util.Utils._\n\n\/**\n * Manager for elastic search.\n *\/\nprivate[xsql] class ElasticSearchManager(conf: SparkConf) extends DataSourceManager with Logging {\n\n  def this() = {\n    this(null)\n  }\n\n  import DataSourceManager._\n  import ElasticSearchManager._\n\n  override def shortName(): String = ELASTICSEARCH.toString\n\n  private var restClient: RestClient = _\n\n  \/**\n   * When the pushdown is enabled, the default query condition.\n   *\/\n  private val defaultCondition = new java.util.HashMap[String, Any]\n  defaultCondition.put(MATCH_ALL, new java.util.HashMap[String, String])\n\n  \/**\n   * Table schema need to discover.\n   *\/\n  private val discoverFields = new HashMap[String, HashMap[String, String]]\n\n  \/**\n   * A reader to read the fields from a JSON string.\n   * The schemas of these fields need to discover.\n   *\/\n  protected lazy val discoverFieldsReader\n    : (String, HashMap[String, HashMap[String, String]]) => Unit = getfieldAsArrayFromStr\n\n  override def parseDiscoverFile(dataSourceName: String, discoverFile: String): Unit = {\n    val discoverFilePath = getPropertiesFile(file = discoverFile)\n    getSettingsFromFile(discoverFilePath, discoverFields, discoverFieldsReader)\n  }\n\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val url = infos.get(URL)\n    if (url == None) {\n      throw new SparkException(\"Data source is Elasticsearch must have uri!\")\n    }\n    val ds: CatalogDataSource = new ElasticSearchDataSource(\n      dataSourceName,\n      ELASTICSEARCH,\n      this,\n      url.get,\n      infos(USER),\n      infos(PASSWORD),\n      infos(VERSION))\n    dataSourcesByName(ds.getName) = ds\n\n    cacheSpecialProperties(dataSourceName, infos)\n\n    val credentialsProvider = new BasicCredentialsProvider\n    credentialsProvider.setCredentials(\n      AuthScope.ANY,\n      new UsernamePasswordCredentials(ds.getUser, ds.getPwd))\n    val (host, port) = extractHostPortFromUrl(ds.getUrl, \"http\")\n    restClient = RestClient\n      .builder(new HttpHost(host, port, \"http\"))\n      .setHttpClientConfigCallback(new RestClientBuilder.HttpClientConfigCallback() {\n        def customizeHttpClient(\n            httpClientBuilder: HttpAsyncClientBuilder): HttpAsyncClientBuilder = {\n          return httpClientBuilder.setDefaultCredentialsProvider(credentialsProvider)\n        }\n      })\n      .build\n    val response = restClient.performRequest(\n      HttpGet.METHOD_NAME,\n      ES_CAT_INDICES,\n      Collections.singletonMap(\"pretty\", \"true\"))\n    val result = EntityUtils.toString(response.getEntity())\n    val databases: Seq[String] =\n      result.split(\"\\n\").filter { idx =>\n        !idx.equals(SEARCHGUARD) && !idx.equals(KIBANA)\n      }\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      ds.getName,\n      new HashMap[String, CatalogDatabase])\n    databases.filter(isSelectedDatabase(isDefault, _, conf.get(XSQL_DEFAULT_DATABASE))).foreach {\n      dbName =>\n        logDebug(s\"Parse elastic search index $dbName\")\n        val treatedDbName = lineMiddleToUnder(dbName)\n        val db = CatalogDatabase(\n          id = newDatabaseId,\n          dataSourceName = dataSourceName,\n          name = treatedDbName,\n          description = null,\n          locationUri = null,\n          properties = Map(ORI_DB_NAME -> dbName))\n        xdatabases += ((db.name, db))\n    }\n  }\n\n  \/**\n   * When pushdown is closed, pass these properties to `ElasticsearchRelation`.\n   *\/\n  private def cacheSpecialProperties(dataSourceName: String, infos: Map[String, String]): Unit = {\n    \/\/ Parse particular properties of the data source\n    val properties =\n      specialProperties.getOrElseUpdate(dataSourceName, new HashMap[String, String])\n    val mappingDateRich =\n      infos.getOrElse(ES_MAPPING_DATE_RICH_OBJECT, ES_MAPPING_DATE_RICH_OBJECT_DEFAULT)\n    val scrollKeepAlive = infos.getOrElse(ES_SCROLL_KEEPALIVE, ES_SCROLL_KEEPALIVE_DEFAULT)\n    val scrollSize = infos.getOrElse(ES_SCROLL_SIZE, ES_SCROLL_SIZE_DEFAULT)\n    val scrollLimit = infos.getOrElse(ES_SCROLL_LIMIT, DEFAULT_SCROLL_LIMIT)\n    val readFieldEmptyAsNull =\n      infos.getOrElse(ES_READ_FIELD_EMPTY_AS_NULL_LEGACY, ES_READ_FIELD_EMPTY_AS_NULL_DEFAULT)\n    properties += ((ES_MAPPING_DATE_RICH_OBJECT, mappingDateRich))\n    properties += ((ES_SCROLL_KEEPALIVE, scrollKeepAlive))\n    properties += ((ES_SCROLL_SIZE, scrollSize))\n    properties += ((ES_SCROLL_LIMIT, scrollLimit))\n    properties += ((ES_READ_FIELD_EMPTY_AS_NULL_LEGACY, readFieldEmptyAsNull))\n  }\n\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach { kv =>\n      val dbName = kv._1\n      val db = kv._2\n      val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n      val originDBName = db.properties.getOrElse(ORI_DB_NAME, dbName)\n      val response = restClient.performRequest(\n        HttpGet.METHOD_NAME,\n        s\"\/$originDBName\/_mapping\",\n        Collections.singletonMap(\"pretty\", \"true\"))\n      val rootObj = JSONObject.fromObject(EntityUtils.toString(response.getEntity()).trim)\n      val dbObj = rootObj.get(originDBName).asInstanceOf[JSONObject]\n      val mappingsObj = dbObj.get(MAPPINGS).asInstanceOf[JSONObject]\n      val (whiteTables, blackTables) = getWhiteAndBlackTables(originDBName)\n      val itr = mappingsObj.keys()\n      while (itr.hasNext()) {\n        val typeName = itr.next().asInstanceOf[String]\n        if (isSelectedTable(whiteTables, blackTables, typeName)) {\n          val tableOpt = if (isDiscover(originDBName, typeName)) {\n            discoverRawTable(dbName, originDBName, typeName)\n          } else {\n            getTableOption(dataSourceName, dbName, originDBName, typeName, mappingsObj)\n          }\n          tableOpt.foreach { table =>\n            xtables += ((typeName, table))\n          }\n        }\n      }\n    }\n  }\n\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    val identifier = table.identifier\n    val dsName = identifier.dataSource.get\n    val index = identifier.database.get\n    val esType = identifier.table\n    getDefaultOptions(dsName, index, esType)\n  }\n\n  \/**\n   * Get the default options for `CatalogTable`.\n   *\/\n  private def getDefaultOptions(\n      dsName: String,\n      index: String,\n      esType: String): Map[String, String] = {\n    val options = new HashMap[String, String]\n    val url = cachedProperties(URL)\n    val (host, port) = extractHostPortFromUrl(url, \"http\")\n    val user = cachedProperties(USER)\n    val password = cachedProperties(PASSWORD)\n    options += ((ES_NODES, host))\n    options += ((ES_PORT, port.toString))\n    options += ((ES_NET_HTTP_AUTH_USER, user))\n    options += ((ES_NET_HTTP_AUTH_PASS, password))\n    options += ((ES_RESOURCE, s\"$index\/$esType\"))\n    if (discoverFields.contains(index)) {\n      val readFieldAsArrayInlude = discoverFields(index)(esType)\n      options += ((ES_READ_FIELD_AS_ARRAY_INCLUDE, readFieldAsArrayInlude))\n    }\n    (options ++: specialProperties(dsName)).toMap\n  }\n\n  override def getRedactionPattern: Option[Regex] = Some(\"(?i)pass|user\".r)\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit = {\n    val response = restClient.performRequest(\n      HttpPut.METHOD_NAME,\n      s\"\/${dbDefinition.name}\",\n      Collections.singletonMap(\"pretty\", \"true\"))\n    if (response.getStatusLine.getStatusCode != HttpStatus.SC_OK) {\n      throw new SparkException(\"Create elastic index failed!\")\n    }\n    CatalogDatabase(\n      id = newDatabaseId,\n      dataSourceName = dbDefinition.dataSourceName,\n      name = dbDefinition.name,\n      description = dbDefinition.description,\n      locationUri = dbDefinition.locationUri,\n      properties = dbDefinition.properties)\n  }\n\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit = {\n    val dsName = tableDefinition.identifier.dataSource.get\n    val dbName = tableDefinition.identifier.database.get\n    val typeName = tableDefinition.identifier.table\n    verifyColumnDataType(tableDefinition.schema)\n    val map = new java.util.HashMap[String, java.util.HashMap[String, Any]]\n    tableDefinition.schema.map(toESJson).foreach { kv =>\n      map.put(kv._1, kv._2)\n    }\n    val properties = new JSONObject().put(PROPERTIES, map)\n    val jsonEntity = properties.toString\n    val entity = new NStringEntity(jsonEntity, ContentType.APPLICATION_JSON)\n    val response = restClient.performRequest(\n      HttpPut.METHOD_NAME,\n      typeMappingUrl(dbName, typeName),\n      Collections.singletonMap(\"pretty\", \"true\"),\n      entity)\n    if (response.getStatusLine.getStatusCode != HttpStatus.SC_OK) {\n      throw new SparkException(\"Create elastic type failed!\")\n    }\n  }\n\n  \/\/ TODO maybe need to load raw table\n  override def alterTableDataSchema(\n      dbName: String,\n      table: String,\n      newDataSchema: StructType): Unit = {\n    verifyColumnDataType(newDataSchema)\n    val map = new java.util.HashMap[String, java.util.HashMap[String, Any]]\n    newDataSchema.map(toESJson).foreach { kv =>\n      map.put(kv._1, kv._2)\n    }\n    val properties = new JSONObject().put(PROPERTIES, map)\n    val jsonEntity = properties.toString\n    val entity = new NStringEntity(jsonEntity, ContentType.APPLICATION_JSON)\n    val response = restClient.performRequest(\n      HttpPut.METHOD_NAME,\n      typeMappingUrl(dbName, table),\n      Collections.singletonMap(\"pretty\", \"true\"),\n      entity)\n    if (response.getStatusLine.getStatusCode != HttpStatus.SC_OK) {\n      throw new SparkException(\"Alter elastic type add columns failed!\")\n    }\n  }\n\n  override def listTables(dbName: String): Seq[String] = {\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n    val response = restClient.performRequest(\n      HttpGet.METHOD_NAME,\n      s\"\/$dbName\/_mapping\",\n      Collections.singletonMap(\"pretty\", \"true\"))\n    val rootObj = JSONObject.fromObject(EntityUtils.toString(response.getEntity()).trim)\n    val dbObj = rootObj.get(dbName).asInstanceOf[JSONObject]\n    val mappingsObj = dbObj.get(MAPPINGS).asInstanceOf[JSONObject]\n    val itr = mappingsObj.keys()\n    val result = ArrayBuffer.empty[String]\n    while (itr.hasNext()) {\n      val typeName = itr.next().asInstanceOf[String]\n      if (isSelectedTable(whiteTables, blackTables, typeName)) {\n        result += typeName\n      }\n    }\n    result.seq\n  }\n\n  override def tableExists(dbName: String, table: String): Boolean = {\n    val response = restClient.performRequest(\n      HttpHead.METHOD_NAME,\n      s\"\/$dbName\/_mapping\/$table\",\n      Collections.singletonMap(\"pretty\", \"true\"))\n    if (response.getStatusLine.getStatusCode == HttpStatus.SC_OK) {\n      true\n    } else {\n      false\n    }\n  }\n\n  override protected def doGetRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    if (isDiscover(originDB, table)) {\n      discoverRawTable(db, originDB, table)\n    } else {\n      logDebug(s\"Looking up $dsName.$db.$table, $dsName.$originDB.$table in fact.\")\n      val response = restClient.performRequest(\n        HttpGet.METHOD_NAME,\n        s\"\/$originDB\/$table\/_mapping\",\n        Collections.singletonMap(\"pretty\", \"true\"))\n      val rootObj = JSONObject.fromObject(EntityUtils.toString(response.getEntity()).trim)\n      val dbObj = rootObj.get(originDB).asInstanceOf[JSONObject]\n      val mappingsObj = dbObj.get(MAPPINGS).asInstanceOf[JSONObject]\n      val itr = mappingsObj.keys()\n      if (itr.hasNext()) {\n        val typeName = itr.next().asInstanceOf[String]\n        getTableOption(dsName, db, originDB, typeName, mappingsObj)\n      } else {\n        None\n      }\n    }\n  }\n\n  \/**\n   * Check if the specified table contains fields need to discover.\n   *\/\n  private def isDiscover(originDB: String, table: String): Boolean = {\n    var flag = false\n    if (discoverFields.contains(originDB)) {\n      val tableDiscoverFields = discoverFields.get(originDB)\n      if (tableDiscoverFields.isDefined && tableDiscoverFields.get.contains(table)) {\n        flag = true\n      }\n    }\n    flag\n  }\n\n  \/**\n   * Discover the schema of the specified table.\n   *\/\n  private def discoverRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    logDebug(s\"Discovering $dsName.$db.$table, $dsName.$originDB.$table in fact.\")\n    val parameters = getDefaultOptions(dsName, originDB, table)\n\n    val sc = SparkContext.getActive.get\n    val cfg = new SparkSettingsManager().load(sc.getConf).merge(parameters.asJava)\n    val lazySchema = { ElasticsearchSchemaUtils.discoverMapping(cfg) }\n    getTableOption(dsName, db, originDB, table, lazySchema.struct, Some(parameters))\n  }\n\n  private def getTableOption(\n      dsName: String,\n      dbName: String,\n      originDB: String,\n      typeName: String,\n      mappingsObj: JSONObject): Option[CatalogTable] = {\n    logDebug(s\"Parse elastic search type $typeName\")\n    val typeObj = mappingsObj.get(typeName).asInstanceOf[JSONObject]\n    val schema = convertToStruct(dsName, typeName, typeObj)\n    getTableOption(dsName, dbName, originDB, typeName, schema, None)\n  }\n\n  \/**\n   * Construct `CatalogTable` with schema and properties of table.\n   *\/\n  private def getTableOption(\n      dsName: String,\n      dbName: String,\n      originDB: String,\n      typeName: String,\n      schema: StructType,\n      existsProperties: Option[Map[String, String]]): Option[CatalogTable] = {\n    val parameters: Map[String, String] =\n      existsProperties.getOrElse(getDefaultOptions(dsName, originDB, typeName))\n    val table = CatalogTable(\n      identifier = TableIdentifier(typeName, Option(dbName), Option(dsName)),\n      tableType = CatalogTableType.TYPE,\n      storage = CatalogStorageFormat(\n        locationUri = Option(s\"$originDB\/$typeName\").map(CatalogUtils.stringToURI),\n        inputFormat = Some(INPUT_FORMAT),\n        outputFormat = Some(OUTPUT_FORMAT),\n        serde = None,\n        compressed = false,\n        properties = parameters),\n      schema = schema,\n      provider = Some(FULL_PROVIDER),\n      properties = Map(ORI_DB_NAME -> originDB))\n    Option(table)\n  }\n\n  override def buildAndArgument(\n      searchArg: java.util.HashMap[String, Any],\n      leftSearchArg: java.util.HashMap[String, Any],\n      rightSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val list = Arrays.asList(leftSearchArg, rightSearchArg)\n    val mustArg = new java.util.HashMap[String, Any]\n    \/\/ The filter clause must appear in matching documents.\n    \/\/ However unlike must clause the score of the query will be ignored.\n    mustArg.put(FILTER, list)\n    searchArg.put(BOOL, mustArg)\n  }\n\n  override def buildOrArgument(\n      searchArg: java.util.HashMap[String, Any],\n      leftSearchArg: java.util.HashMap[String, Any],\n      rightSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val list = Arrays.asList(leftSearchArg, rightSearchArg)\n    val mustArg = new java.util.HashMap[String, Any]\n    mustArg.put(SHOULD, list)\n    searchArg.put(BOOL, mustArg)\n  }\n\n  override def buildNotArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val list = Arrays.asList(childSearchArg)\n    val mustNotArg = new java.util.HashMap[String, Any]\n    mustNotArg.put(MUST_NOT, list)\n    searchArg.put(BOOL, mustNotArg)\n  }\n\n  override def buildEqualToArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    \/\/ Note text type not support exact search. refer to :\n    \/\/ https:\/\/www.elastic.co\/guide\/cn\/elasticsearch\/guide\/current\/_finding_exact_values.html\n    val termMap = new java.util.HashMap[String, Any]\n    termMap.put(attribute, value)\n    val filterMap = new java.util.HashMap[String, Any]\n    filterMap.put(TERM, termMap)\n    val scoreMap = new java.util.HashMap[String, Any]\n    scoreMap.put(FILTER, filterMap)\n    searchArg.put(CONSTANT_SCORE, scoreMap)\n  }\n\n  override def buildLessThanArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val rangeMap = new java.util.HashMap[String, Any]\n    val map = new java.util.HashMap[String, Any]\n    map.put(LT, value)\n    rangeMap.put(attribute, map)\n    searchArg.put(RANGE, rangeMap)\n  }\n\n  override def buildLessThanOrEqualArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val rangeMap = new java.util.HashMap[String, Any]\n    val map = new java.util.HashMap[String, Any]\n    map.put(LTE, value)\n    rangeMap.put(attribute, map)\n    searchArg.put(RANGE, rangeMap)\n  }\n\n  override def buildGreaterThanArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val rangeMap = new java.util.HashMap[String, Any]\n    val map = new java.util.HashMap[String, Any]\n    map.put(GT, value)\n    rangeMap.put(attribute, map)\n    searchArg.put(RANGE, rangeMap)\n  }\n\n  override def buildGreaterThanOrEqualArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val rangeMap = new java.util.HashMap[String, Any]\n    val map = new java.util.HashMap[String, Any]\n    map.put(GTE, value)\n    rangeMap.put(attribute, map)\n    searchArg.put(RANGE, rangeMap)\n  }\n\n  override def buildIsNullArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    val mustNotArg = new java.util.HashMap[String, Any]\n    val map = new java.util.HashMap[String, Any]\n    map.put(EXISTS, childSearchArg)\n    mustNotArg.put(MUST_NOT, map)\n    searchArg.put(BOOL, mustNotArg)\n  }\n\n  override def buildIsNotNullArgument(\n      searchArg: java.util.HashMap[String, Any],\n      childSearchArg: java.util.HashMap[String, Any]): Unit = {\n    searchArg.put(EXISTS, childSearchArg)\n  }\n\n  override def buildLikeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val map = new java.util.HashMap[String, Any]\n    map.put(attribute, wildcardTransform(value))\n    searchArg.put(WILDCARD, map)\n  }\n\n  override def buildRLikeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val regexpArg = new java.util.HashMap[String, Any]\n    regexpArg.put(attribute, value)\n    searchArg.put(REGEXP, regexpArg)\n  }\n\n  override def buildInArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String,\n      values: LinkedList[Any]): Unit = {\n    val termsMap = new java.util.HashMap[String, Any]\n    termsMap.put(attribute, values)\n    val filterMap = new java.util.HashMap[String, Any]\n    filterMap.put(TERMS, termsMap)\n    val scoreMap = new java.util.HashMap[String, Any]\n    scoreMap.put(FILTER, filterMap)\n    searchArg.put(CONSTANT_SCORE, scoreMap)\n  }\n\n  override def buildAttributeArgument(\n      searchArg: java.util.HashMap[String, Any],\n      attribute: String): Unit = {\n    searchArg.put(FIELD, attribute)\n  }\n\n  override def buildGroupArgument(\n      fieldName: String,\n      groupByKeys: ArrayBuffer[String],\n      innerAggsMap: java.util.HashMap[String, Any],\n      groupMap: java.util.HashMap[String, Any]): java.util.HashMap[String, Any] = {\n    val groupFieldMap = new java.util.HashMap[String, Any]\n    groupFieldMap.put(FIELD, fieldName)\n    groupFieldMap.put(SIZE, MAX_LIMIT)\n    val groupName = INNER_GROUP_ALIAS + fieldName\n    groupByKeys.+=:(groupName)\n    if (innerAggsMap.containsKey(TERMS)) {\n      val childGroupMap = groupMap\n      val aggsMap = new java.util.HashMap[String, Any]\n      aggsMap.put(TERMS, groupFieldMap)\n      aggsMap.put(AGGS, childGroupMap)\n      val newGroupMap = new java.util.HashMap[String, Any]\n      newGroupMap.put(groupName, aggsMap)\n      newGroupMap\n    } else {\n      innerAggsMap.put(TERMS, groupFieldMap)\n      groupMap.put(groupName, innerAggsMap)\n      groupMap\n    }\n  }\n\n  override def buildAggregateArgument(\n      structField: StructField,\n      aggregatefuncName: String,\n      aggsMap: java.util.HashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    val fieldName = structField.name\n    val usedAggsFieldName = fieldName match {\n      case STAR => INDEX\n      case _ => fieldName\n    }\n    val aggregateFieldMap = new java.util.HashMap[String, Any]\n    aggregateFieldMap.put(FIELD, usedAggsFieldName)\n    val aggregateFunMap = new java.util.HashMap[String, Any]\n    val usedAggsFuncName = aggregatefuncName match {\n      case COUNT => VALUE_COUNT\n      case COUNT_DISTINCT => CARDINALITY\n      case _ => aggregatefuncName\n    }\n    aggregateFunMap.put(usedAggsFuncName, aggregateFieldMap)\n    val aggregateOutMap =\n      aggsMap\n        .getOrDefault(AGGS, new java.util.HashMap[String, Any])\n        .asInstanceOf[java.util.HashMap[String, Any]]\n    val aggregateAliasName = aggregateAliasOpts.getOrElse(\n      INNER_AGGS_ALIAS + usedAggsFuncName + UNDERLINE + usedAggsFieldName)\n    aggregateOutMap.put(aggregateAliasName, aggregateFunMap)\n    aggsMap.put(AGGS, aggregateOutMap)\n    new StructField(aggregateAliasName, DEFAULT_DATA_TYPE)\n  }\n\n  override def buildSortArgument(\n      order: Seq[SortOrder]): java.util.List[java.util.HashMap[String, Any]] = {\n    val sortArg = new LinkedList[java.util.HashMap[String, Any]]\n    order.foreach { x =>\n      x.child match {\n        case attr: UnresolvedAttribute =>\n          val map = new java.util.HashMap[String, Any]\n          val realName = attr.name.split(\"\\\\.\").last\n          map.put(realName, x.direction.sql)\n          sortArg.add(map)\n      }\n    }\n    sortArg\n  }\n\n  override def buildSortArgumentInAggregate(\n      parentGroupMap: java.util.HashMap[String, Any],\n      aggs: java.util.HashMap[String, Any],\n      expr: Expression,\n      direction: SortDirection,\n      isDistinct: Boolean): Unit = {\n    aggs.asScala.foreach { x =>\n      if (x._1.startsWith(INNER_GROUP_ALIAS)) {\n        val groupMap = x._2.asInstanceOf[java.util.HashMap[String, Any]]\n        \/\/ Parse sort with column.\n        if (expr.isInstanceOf[UnresolvedAttribute]) {\n          val attr = expr.asInstanceOf[UnresolvedAttribute]\n          val realName = attr.name.split(\"\\\\.\").last\n          val termsMap = groupMap.get(TERMS).asInstanceOf[java.util.HashMap[String, Any]]\n          val field = termsMap.get(FIELD).asInstanceOf[String]\n          if (field.equals(realName)) {\n            val orderMap =\n              termsMap\n                .getOrDefault(ORDER, new LinkedList[java.util.HashMap[String, Any]])\n                .asInstanceOf[LinkedList[java.util.HashMap[String, Any]]]\n            val directionMap = new java.util.HashMap[String, Any]\n            directionMap.put(ORDER_TERM, direction.sql)\n            orderMap.add(directionMap)\n            termsMap.put(ORDER, orderMap)\n          } else if (groupMap.containsKey(AGGS)) {\n            val childAggs = groupMap.get(AGGS).asInstanceOf[java.util.HashMap[String, Any]]\n            buildSortArgumentInAggregate(groupMap, childAggs, expr, direction, isDistinct)\n          }\n        } else { \/\/ Parse sort with aggregate function.\n          val childAggs = groupMap.get(AGGS).asInstanceOf[java.util.HashMap[String, Any]]\n          buildSortArgumentInAggregate(groupMap, childAggs, expr, direction, isDistinct)\n        }\n      } else {\n        val aggFunMap = x._2.asInstanceOf[java.util.HashMap[String, Any]]\n        expr match {\n          case sum @ Sum(child) =>\n            buildAggFuncSortArgs(\n              parentGroupMap,\n              x._1,\n              child,\n              aggFunMap,\n              sum.prettyName,\n              direction.sql)\n          case avg @ Average(child) =>\n            buildAggFuncSortArgs(\n              parentGroupMap,\n              x._1,\n              child,\n              aggFunMap,\n              avg.prettyName,\n              direction.sql)\n          case max @ Max(child) =>\n            buildAggFuncSortArgs(\n              parentGroupMap,\n              x._1,\n              child,\n              aggFunMap,\n              max.prettyName,\n              direction.sql)\n          case min @ Min(child) =>\n            buildAggFuncSortArgs(\n              parentGroupMap,\n              x._1,\n              child,\n              aggFunMap,\n              min.prettyName,\n              direction.sql)\n          case count @ Count(children) =>\n            children.foreach { child =>\n              if (isDistinct) {\n                buildAggFuncSortArgs(\n                  parentGroupMap,\n                  x._1,\n                  child,\n                  aggFunMap,\n                  CARDINALITY,\n                  direction.sql)\n              } else {\n                buildAggFuncSortArgs(\n                  parentGroupMap,\n                  x._1,\n                  child,\n                  aggFunMap,\n                  VALUE_COUNT,\n                  direction.sql)\n              }\n            }\n          case attr: UnresolvedAttribute =>\n            buildAggFuncSortArgs(\n              parentGroupMap,\n              x._1,\n              attr,\n              aggFunMap,\n              VALUE_COUNT,\n              direction.sql)\n        }\n      }\n    }\n  }\n\n  override def buildDistinctArgument(\n      columns: java.util.List[String]): (java.util.HashMap[String, Any], Seq[String]) = {\n    val arrArg = new LinkedList[java.util.HashMap[String, Any]]\n    var distinctAlias = INNER_DISTINCT_ALIAS\n    columns.asScala.foreach { column =>\n      val sortFieldMap = new java.util.HashMap[String, Any]\n      sortFieldMap.put(column, DESC)\n      arrArg.add(sortFieldMap)\n      distinctAlias = distinctAlias + UNDERLINE + column\n    }\n    var groupMap = new java.util.HashMap[String, Any]\n    val innerAggsMap = new java.util.HashMap[String, Any]\n    var childGroupMap: java.util.HashMap[String, Any] = null\n    val groupByKeys: ArrayBuffer[String] = ArrayBuffer.empty\n    columns.asScala.reverse.foreach { column =>\n      val sortFieldMap = new java.util.HashMap[String, Any]\n      sortFieldMap.put(column, DESC)\n      arrArg.add(sortFieldMap)\n      val groupFieldMap = new java.util.HashMap[String, Any]\n      groupFieldMap.put(FIELD, column)\n      val groupName = INNER_GROUP_ALIAS + column\n      groupByKeys.+=:(groupName)\n      if (innerAggsMap.containsKey(TERMS)) {\n        childGroupMap = groupMap\n        groupMap = new java.util.HashMap[String, Any]\n        val aggsMap = new java.util.HashMap[String, Any]\n        aggsMap.put(TERMS, groupFieldMap)\n        aggsMap.put(AGGS, childGroupMap)\n        groupMap.put(groupName, aggsMap)\n      } else {\n        innerAggsMap.put(TERMS, groupFieldMap)\n        groupMap.put(groupName, innerAggsMap)\n      }\n    }\n    val sortArg = new java.util.HashMap[String, Any]\n    sortArg.put(SORT, arrArg)\n    sortArg.put(SOURCE, columns)\n    sortArg.put(SIZE, 1)\n    val topHitsMap = new java.util.HashMap[String, Any]\n    topHitsMap.put(TOP_HITS, sortArg)\n    val aggregateOutMap = new java.util.HashMap[String, Any]\n    aggregateOutMap.put(distinctAlias, topHitsMap)\n    innerAggsMap.put(AGGS, aggregateOutMap)\n    (groupMap, groupByKeys.seq)\n  }\n\n  override def scanXSQLTable(\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String],\n      condition: java.util.HashMap[String, Any],\n      sort: java.util.List[java.util.HashMap[String, Any]],\n      aggs: java.util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    val ds = dataSourcesByName(tableDefinition.identifier.dataSource.get)\n    val properties = new JSONObject()\n    var query: java.util.HashMap[String, Any] = null\n    if (condition == null || condition.isEmpty()) {\n      query = defaultCondition\n    } else {\n      query = condition\n    }\n    if (query != null && query.size() > 0) {\n      properties.put(QUERY, query)\n      if (columns != null && !columns.isEmpty) {\n        properties.put(SOURCE, columns)\n      }\n      if (CollectionUtils.isNotEmpty(sort)) {\n        properties.put(SORT, sort)\n      }\n    }\n    if (aggs == null || aggs.size() == 0) {\n      properties.put(SIZE, limit)\n    } else {\n      \/\/ ES only support limit with one group level.\n      logWarning(\"Search ES with `group by` cannot use `limit`.\")\n      properties.put(AGGS, aggs)\n      properties.put(SIZE, 0)\n    }\n    val jsonEntity = properties.toString\n    val entity = new NStringEntity(jsonEntity, ContentType.APPLICATION_JSON)\n    val response = restClient.performRequest(\n      HttpGet.METHOD_NAME,\n      typeSearchUrl(tableDefinition),\n      Collections.singletonMap(\"pretty\", \"true\"),\n      entity)\n    if (response.getStatusLine.getStatusCode != HttpStatus.SC_OK) {\n      throw new SparkException(\"Scan elastic type failed!\")\n    }\n    val rootObj = JSONObject.fromObject(EntityUtils.toString(response.getEntity()).trim)\n    if (aggs == null) {\n      parseQuery(rootObj, tableDefinition, columns)\n    } else {\n      parseAggregate(rootObj, tableDefinition, columns, groupByKeys)\n    }\n  }\n\n  private def convertToStruct(\n      dataSourceName: String,\n      fieldName: String,\n      parentPropertiesObj: JSONObject,\n      parentName: String = null): StructType = {\n    val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n    val propertiesObj = parentPropertiesObj.get(PROPERTIES).asInstanceOf[JSONObject]\n    if (propertiesObj != null) {\n      val itr = propertiesObj.keys()\n      while (itr.hasNext()) {\n        val fieldName = itr.next().asInstanceOf[String]\n        val subPropertiesObj = propertiesObj.get(fieldName).asInstanceOf[JSONObject]\n        fields += convertField(dataSourceName, fieldName, subPropertiesObj, parentName)\n      }\n    }\n    DataTypes.createStructType(fields.toArray)\n  }\n\n  private def convertField(\n      dataSourceName: String,\n      fieldName: String,\n      propertiesObj: JSONObject,\n      parentName: String): StructField = {\n    val absoluteName = if (parentName != null) parentName + \".\" + fieldName else fieldName\n    val esType = if (propertiesObj.containsKey(ES_TYPE)) {\n      propertiesObj.get(ES_TYPE).asInstanceOf[String]\n    } else if (propertiesObj.containsKey(PROPERTIES)) {\n      FieldType.OBJECT.toString().toLowerCase()\n    } else {\n      throw new SparkException(\"Elasticsearch data type is not correct!\")\n    }\n    val builder = new MetadataBuilder\n    builder.putString(ELASTIC_SEARCH_TYPE_STRING, esType)\n    val dataType = FieldType.parse(esType) match {\n      case NULL => NullType\n      case BINARY => BinaryType\n      case BOOLEAN => BooleanType\n      case BYTE => ByteType\n      case SHORT => ShortType\n      case INTEGER => IntegerType\n      case LONG => LongType\n      case FLOAT => FloatType\n      case DOUBLE => DoubleType\n      case HALF_FLOAT => FloatType\n      case SCALED_FLOAT => FloatType\n      \/\/ String type\n      case STRING => StringType\n      case TEXT => StringType\n      case KEYWORD => StringType\n      case DATE =>\n        val mappingDateRich =\n          specialProperties(dataSourceName)(ES_MAPPING_DATE_RICH_OBJECT).toBoolean\n        if (mappingDateRich) TimestampType else StringType\n      case OBJECT => convertToStruct(dataSourceName, fieldName, propertiesObj, absoluteName)\n      case NESTED =>\n        DataTypes.createArrayType(\n          convertToStruct(dataSourceName, fieldName, propertiesObj, absoluteName))\n      case _ => StringType\n    }\n    DataTypes.createStructField(fieldName, dataType, true, builder.build())\n  }\n\n  override def stop(): Unit = {\n    restClient.close()\n  }\n\n}\n\nobject ElasticSearchManager {\n  import DataSourceManager._\n  val ES_CAT_INDICES = \"\/_cat\/indices?health=green&h=index\"\n  val SEARCHGUARD = \"searchguard\"\n  val KIBANA = \".kibana\"\n  val ES_TYPE = \"type\"\n  val QUESTION_MARK = \"?\"\n  val ASTERISK = \"*\"\n  val WILDCARD = \"wildcard\"\n  val NESTED_TYPE = \"nested\"\n  val BOOST = \"boost\"\n  val IGNORE_ABOVE = \"ignore_above\"\n  val TEMP_KEY = \"es_json_temp_key\"\n  val DEFAULT_IGNORE_ABOVE = 256\n  val FORMAT = \"format\"\n  val DEFAULT_DATE_FORMAT = \"yyyy-MM-dd HH:mm:ss||yyyy-MM-dd||epoch_millis\"\n  val SCALING_FACTOR = \"scaling_factor\"\n  val DEFAULT_SCALING_FACTOR = 100\n  val PROPERTIES = \"properties\"\n  val MAPPINGS = \"mappings\"\n  val QUERY = \"query\"\n  val FILTER = \"filter\"\n  val HITS = \"hits\"\n  val TOTAL = \"total\"\n  val DOC_ID = \"_id\"\n  val DOC_COUNT = \"doc_count\"\n  val SOURCE = \"_source\"\n  val INDEX = \"_index\"\n  val SORT = \"sort\"\n  val ORDER = \"order\"\n  val DESC = \"desc\"\n  val SIZE = \"size\"\n  val MATCH_ALL = \"match_all\"\n  val MATCH = \"match\"\n  val REGEXP = \"regexp\"\n  val MUST = \"must\"\n  val MUST_NOT = \"must_not\"\n  val SHOULD = \"should\"\n  val BOOL = \"bool\"\n  val OPERATOR = \"operator\"\n  val AND = \"and\"\n  val RANGE = \"range\"\n  val GTE = \"gte\"\n  val GT = \"gt\"\n  val LTE = \"lte\"\n  val LT = \"lt\"\n  val EXISTS = \"exists\"\n  val FIELD = \"field\"\n  val TERMS = \"terms\"\n  val TERM = \"term\"\n  val CONSTANT_SCORE = \"constant_score\"\n  val ORDER_TERM = \"_term\"\n  val AGGREGATIONS = \"aggregations\"\n  val BUCKETS = \"buckets\"\n  val KEY = \"key\"\n  val VALUE = \"value\"\n  val INLINE = \"inline\"\n  val HAVING = \"having\"\n  val BUCKET_SELECTOR = \"bucket_selector\"\n  val BUCKETS_PATH = \"buckets_path\"\n  val SCRIPT = \"script\"\n  val LANG = \"lang\"\n  val SUM = \"sum\"\n  val VALUE_COUNT = \"value_count\"\n  val CARDINALITY = \"cardinality\"\n  val TOP_HITS = \"top_hits\"\n  val FULL_PROVIDER = \"org.elasticsearch.spark.sql\"\n  val PROVIDER = \"ES\"\n  val INPUT_FORMAT = \"org.elasticsearch.hadoop.mr.EsInputFormat\"\n  val OUTPUT_FORMAT = \"org.elasticsearch.hadoop.mr.EsOutputFormat\"\n  val ES_PREFIX = \"es.\"\n  val DEFAULT_SCROLL_LIMIT = \"20\"\n\n  def verifyColumnDataType(schema: StructType): Unit = {\n    schema.foreach(col => getSparkSQLDataType(toESColumn(col)._2))\n  }\n\n  \/** Builds the native StructField from ES's property. *\/\n  private def fromESColumn(fieldName: String, propertiesObj: JSONObject): StructField = {\n    val esType = propertiesObj.get(\"type\").asInstanceOf[String]\n    val columnType = getSparkSQLDataType(esType)\n    val metadata = if (esType != columnType.catalogString) {\n      new MetadataBuilder().putString(ELASTIC_SEARCH_TYPE_STRING, esType).build()\n    } else {\n      Metadata.empty\n    }\n\n    StructField(name = fieldName, dataType = columnType, nullable = true, metadata = metadata)\n  }\n\n  \/** Converts the native StructField to ES's name and type. *\/\n  def toESColumn(c: StructField): (String, String) = {\n    val typeString = if (c.metadata.contains(ELASTIC_SEARCH_TYPE_STRING)) {\n      c.metadata.getString(ELASTIC_SEARCH_TYPE_STRING)\n    } else {\n      c.dataType.catalogString\n    }\n    (c.name, typeString)\n  }\n\n  \/** Converts string to ES's name and type. *\/\n  def toESJson(key: String, typeString: String): (String, java.util.HashMap[String, Any]) = {\n    if (typeString.startsWith(StructType.simpleString)) {\n      val innerMap = new java.util.HashMap[String, Any]\n      val objectMap = new java.util.HashMap[String, Any]\n      val propertiesString =\n        typeString.substring(StructType.simpleString.length + 1, typeString.length - 1)\n      val properties = propertiesString.split(COMMA)\n      properties.foreach { property =>\n        val kv = property.split(COLON)\n        val (fieldName, fieldInnerMap) = toESJson(kv(0), kv(1))\n        objectMap.put(fieldName, fieldInnerMap)\n      }\n      innerMap.put(PROPERTIES, objectMap)\n      (key, innerMap)\n    } else {\n      val innerMap = new java.util.HashMap[String, Any]\n      val esType = typeString match {\n        case \"tinyint\" => ByteType.typeName\n        case \"smallint\" => ShortType.typeName\n        case \"int\" => IntegerType.typeName\n        case \"bigint\" => LongType.typeName\n        case _ => typeString\n      }\n      innerMap.put(TYPE, esType)\n      treatExtraParams(esType, innerMap)\n      (key, innerMap)\n    }\n  }\n\n  \/** Converts the native StructField to ES's name and type. *\/\n  def toESJson(c: StructField): (String, java.util.HashMap[String, Any]) = {\n    c.dataType match {\n      case StructType(fields) =>\n        if (c.metadata.contains(ELASTIC_SEARCH_TYPE_STRING)) {\n          val typeString = c.metadata.getString(ELASTIC_SEARCH_TYPE_STRING)\n          toESJson(c.name, typeString)\n        } else {\n          val innerMap = new java.util.HashMap[String, Any]\n          val objectMap = new java.util.HashMap[String, Any]\n          fields.foreach { field =>\n            val (fieldName, fieldInnerMap) = toESJson(field)\n            objectMap.put(fieldName, fieldInnerMap)\n          }\n          innerMap.put(PROPERTIES, objectMap)\n          (c.name, innerMap)\n        }\n      case ArrayType(elementType: StructType, containsNull) =>\n        val innerMap = new java.util.HashMap[String, Any]\n        innerMap.put(TYPE, NESTED_TYPE)\n        (c.name, innerMap)\n      case _ =>\n        val typeString = if (c.metadata.contains(ELASTIC_SEARCH_TYPE_STRING)) {\n          c.metadata.getString(ELASTIC_SEARCH_TYPE_STRING)\n        } else {\n          c.dataType.typeName\n        }\n        val innerMap = new java.util.HashMap[String, Any]\n        innerMap.put(TYPE, typeString)\n        treatExtraParams(typeString, innerMap)\n        (c.name, innerMap)\n    }\n  }\n\n  private def treatExtraParams(\n      typeString: String,\n      innerMap: java.util.HashMap[String, Any]): Unit = {\n    if (typeString == KeyWordType.simpleString) {\n      innerMap.put(IGNORE_ABOVE, DEFAULT_IGNORE_ABOVE.toString)\n    } else if (typeString == DateType.simpleString) {\n      innerMap.put(FORMAT, DEFAULT_DATE_FORMAT)\n    } else if (typeString == ScaledFloatType.simpleString) {\n      innerMap.put(SCALING_FACTOR, DEFAULT_SCALING_FACTOR)\n    }\n  }\n\n  private def typeMappingUrl(db: String, table: String): String = {\n    s\"\/${db}\/_mapping\/${table}\"\n  }\n\n  private def typeSearchUrl(db: String, table: String): String = {\n    s\"\/${db}\/${table}\/_search\"\n  }\n\n  private def typeSearchUrl(tableDefinition: CatalogTable): String = {\n    if (tableDefinition.properties.isEmpty) {\n      typeSearchUrl(tableDefinition.identifier.database.get, tableDefinition.identifier.table)\n    } else {\n      val dbName = tableDefinition.properties.get(ORI_DB_NAME)\n      typeSearchUrl(dbName.get, tableDefinition.identifier.table)\n    }\n  }\n\n  private def parseQuery(\n      rootObj: JSONObject,\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String]): ArrayBuffer[Seq[Any]] = {\n    val hitsObj = rootObj.getJSONObject(HITS)\n    val total = hitsObj.getInt(TOTAL)\n    val hitsArray = hitsObj.getJSONArray(HITS)\n    val itr = hitsArray.iterator()\n    val result: ArrayBuffer[Seq[Any]] = ArrayBuffer.empty\n    val schema = tableDefinition.schema\n    while (itr.hasNext()) {\n      val ele = itr.next().asInstanceOf[JSONObject]\n      val docId = ele.getString(DOC_ID)\n      val sourceObj = ele.getJSONObject(SOURCE)\n      \/\/ TODO sequence is different between schema and result.\n      val fields: ArrayBuffer[Any] = ArrayBuffer.empty\n      for (column <- columns.asScala) {\n        val structField = schema(column)\n        val fieldValue = dataTypeTransform(sourceObj, structField, column)\n        fields += fieldValue\n      }\n      result += fields.toSeq\n    }\n    result\n  }\n\n  private def parseAggregate(\n      rootObj: JSONObject,\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String],\n      groupByKeys: Seq[String]): ArrayBuffer[Seq[Any]] = {\n    val aggregationsObj = rootObj.getJSONObject(AGGREGATIONS)\n    val result: ArrayBuffer[Seq[Any]] = ArrayBuffer.empty\n    parseNestedAggregate(\n      aggregationsObj,\n      columns,\n      0,\n      groupByKeys,\n      None,\n      tableDefinition.schema,\n      result)\n    result\n  }\n\n  private def parseNestedAggregate(\n      aggregationsObj: JSONObject,\n      columns: java.util.List[String],\n      currentGroupByIndex: Int,\n      groupByKeys: Seq[String],\n      outerGroupValues: Option[HashMap[String, Any]],\n      schema: StructType,\n      result: ArrayBuffer[Seq[Any]]): Unit = {\n    if (groupByKeys == null || groupByKeys.isEmpty) {\n      \/\/ When use count(distinct some column), no group by key.\n      val fields: ArrayBuffer[Any] = ArrayBuffer.empty\n      for (column <- columns.asScala) {\n        val fieldValue = aggregationsObj.getJSONObject(column).getString(VALUE)\n        fields += fieldValue\n      }\n      result += fields.toSeq\n      return\n    }\n    val groupByName = groupByKeys(currentGroupByIndex)\n    val groupObj = aggregationsObj.getJSONObject(groupByName)\n    val bucketsArray = groupObj.getJSONArray(BUCKETS)\n    val itr = bucketsArray.iterator\n    var hasChildAggregate = true\n    if (groupByKeys.size <= currentGroupByIndex + 1) {\n      hasChildAggregate = false\n    }\n    while (itr.hasNext()) {\n      val ele = itr.next().asInstanceOf[JSONObject]\n      \/\/ val docCount = ele.getInt(DOC_COUNT)\n      val groupValues = outerGroupValues.getOrElse(new HashMap[String, Any])\n      if (hasChildAggregate) {\n        val groupByKey = groupByName.stripPrefix(INNER_GROUP_ALIAS)\n        if (columns.contains(groupByKey)) {\n          val structField = schema(groupByKey)\n          val groupValue = dataTypeTransform(ele, structField, KEY)\n          groupValues.put(groupByKey, groupValue)\n        }\n        parseNestedAggregate(\n          ele,\n          columns,\n          currentGroupByIndex + 1,\n          groupByKeys,\n          Some(groupValues),\n          schema,\n          result)\n      } else {\n        val fields: ArrayBuffer[Any] = ArrayBuffer.empty\n        for (column <- columns.asScala) {\n          var fieldValue: Any = null\n          if (column.equals(INNER_AGGS_ALIAS + VALUE_COUNT)) {\n            fieldValue = ele.getLong(DOC_COUNT)\n          } else if (ele.containsKey(column)) {\n            fieldValue = ele.getJSONObject(column).getString(VALUE)\n          } else if (groupValues.contains(column)) {\n            fieldValue = groupValues(column)\n          } else {\n            val structField = schema(column)\n            fieldValue = dataTypeTransform(ele, structField, KEY)\n          }\n          fields += fieldValue\n        }\n        result += fields.toSeq\n      }\n    }\n  }\n\n  private def aggregateOrder(\n      aggs: java.util.HashMap[String, Any],\n      currentGroupByIndex: Int,\n      groupByKeys: Seq[String],\n      sort: java.util.List[java.util.HashMap[String, Any]],\n      outerGroupValues: Option[HashMap[String, Any]],\n      limit: Int): Unit = {\n    if (groupByKeys == null) {\n      return\n    }\n    val groupByName = groupByKeys(currentGroupByIndex)\n    val groupMap = aggs.get(groupByName).asInstanceOf[java.util.HashMap[String, Any]]\n    val termsMap = groupMap.get(TERMS).asInstanceOf[java.util.HashMap[String, Any]]\n    termsMap.put(SIZE, limit)\n    if (CollectionUtils.isNotEmpty(sort)) {\n      sort.asScala.foreach { sortMap =>\n        val field = termsMap.get(FIELD).asInstanceOf[String]\n        val arr = new java.util.ArrayList[java.util.HashMap[String, Any]]\n        if (sortMap.containsKey(field)) {\n          val map = new java.util.HashMap[String, Any]\n          map.put(ORDER_TERM, sortMap.get(field))\n          arr.add(map)\n        } else if (sortMap.containsKey(groupByName)) {\n          val map = new java.util.HashMap[String, Any]\n          map.put(groupByName, sortMap.get(field))\n          arr.add(map)\n        }\n        termsMap.put(ORDER, arr)\n      }\n    }\n  }\n\n  \/**\n   * JSONObject will over transform Float to Double, Byte to Integer, Short to Integer and\n   * Long to Integer when Long in Integer ranges.\n   * See at : net.sf.json.util.JSONUtils#transformNumber\n   *\/\n  private def dataTypeTransform(jsonObj: JSONObject, field: StructField, column: String): Any = {\n    doDataTypeTransform(jsonObj, field.dataType, column)\n  }\n\n  \/**\n   * Transform the field of `JSON` to data type with `DataType`.\n   *\/\n  private def doDataTypeTransform(\n      jsonObj: JSONObject,\n      dataType: DataType,\n      column: String): Any = {\n    var fieldValue: Any = null\n    if (jsonObj.containsKey(column)) {\n      fieldValue = dataType match {\n        case FloatType => java.lang.Float.valueOf(jsonObj.getString(column))\n        case ByteType => java.lang.Byte.valueOf(jsonObj.getString(column))\n        case ShortType => java.lang.Short.valueOf(jsonObj.getString(column))\n        case LongType => jsonObj.getLong(column)\n        case DateType =>\n          val value = jsonObj.getString(column)\n          getFormatDate(value)\n        case StructType(fields) =>\n          val arr = new ArrayBuffer[Any]\n          fields.foreach { x =>\n            arr += doDataTypeTransform(jsonObj.getJSONObject(column), x.dataType, x.name)\n          }\n          Row(arr.toSeq: _*)\n        case ArrayType(elementType, containsNull) =>\n          val jsonArray = jsonObj.getJSONArray(column)\n          val arr = new ArrayBuffer[Any]\n          val itr = jsonArray.iterator()\n          while (itr.hasNext()) {\n            val ele = itr.next() match {\n              case j: JSONObject => doDataTypeTransform(j, elementType, null)\n              case other =>\n                val makedJsonObj = new JSONObject\n                makedJsonObj.put(TEMP_KEY, other)\n                doDataTypeTransform(makedJsonObj, elementType, TEMP_KEY)\n            }\n            arr += ele\n          }\n          arr\n        case _ => jsonObj.get(column)\n      }\n    } else {\n      fieldValue = null\n    }\n    if (fieldValue.isInstanceOf[JSONNull]) {\n      fieldValue = null\n    }\n    fieldValue\n  }\n\n  \/**\n   * Transform wildcard from SQL like to ES.\n   *\/\n  private def wildcardTransform(value: Any): String = {\n    value.asInstanceOf[String].replace(UNDERLINE, QUESTION_MARK).replace(PERCENT_MARK, ASTERISK)\n  }\n\n  \/**\n   * Build sort argument of aggregate function used in aggregate sort.\n   *\/\n  private def buildAggFuncSortArgs(\n      groupMap: java.util.HashMap[String, Any],\n      groupAliasName: String,\n      child: Expression,\n      aggFunMap: java.util.HashMap[String, Any],\n      aggFunName: String,\n      direction: String): Unit = {\n    val funMapOpt = Option(aggFunMap.get(aggFunName))\n    if (funMapOpt != None) {\n      val funMap = funMapOpt.get.asInstanceOf[java.util.HashMap[String, Any]]\n      val field = funMap.get(FIELD).asInstanceOf[String]\n      child match {\n        case attr: UnresolvedAttribute =>\n          val realName = attr.name.split(\"\\\\.\").last\n          if (field.equals(realName)) {\n            val termsMap = groupMap.get(TERMS).asInstanceOf[java.util.HashMap[String, Any]]\n            val orderMap = termsMap\n              .getOrDefault(ORDER, new LinkedList[java.util.HashMap[String, Any]])\n              .asInstanceOf[LinkedList[java.util.HashMap[String, Any]]]\n            val directionMap = new java.util.HashMap[String, Any]\n            directionMap.put(groupAliasName, direction)\n            orderMap.add(directionMap)\n            termsMap.put(ORDER, orderMap)\n          } else if (groupAliasName.equals(realName)) {\n            val termsMap = groupMap.get(TERMS).asInstanceOf[java.util.HashMap[String, Any]]\n            val orderMap = termsMap\n              .getOrDefault(ORDER, new LinkedList[java.util.HashMap[String, Any]])\n              .asInstanceOf[LinkedList[java.util.HashMap[String, Any]]]\n            val directionMap = new java.util.HashMap[String, Any]\n            directionMap.put(groupAliasName, direction)\n            orderMap.add(directionMap)\n            termsMap.put(ORDER, orderMap)\n          }\n        case Literal(v, t) =>\n          val value: Any = convertToScala(v, t)\n          if (value == 1 && field.equals(INDEX)) {\n            val termsMap = groupMap.get(TERMS).asInstanceOf[java.util.HashMap[String, Any]]\n            val orderMap = termsMap\n              .getOrDefault(ORDER, new LinkedList[java.util.HashMap[String, Any]])\n              .asInstanceOf[LinkedList[java.util.HashMap[String, Any]]]\n            val directionMap = new java.util.HashMap[String, Any]\n            directionMap.put(groupAliasName, direction)\n            orderMap.add(directionMap)\n            termsMap.put(ORDER, orderMap)\n          }\n      }\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/application\/ApplicationEndMonitor.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.application\n\nimport java.util.Date\n\nimport scala.collection.mutable.HashMap\n\nimport org.apache.commons.codec.digest.DigestUtils\nimport org.apache.commons.lang3.time.{DateFormatUtils, DateUtils}\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.alarm.{AlertMessage, AlertType}\nimport org.apache.spark.alarm.AlertType._\nimport org.apache.spark.internal.config.{DYN_ALLOCATION_MAX_EXECUTORS, EXECUTOR_INSTANCES}\nimport org.apache.spark.monitor.{Monitor, MonitorItem}\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.scheduler.{\n  SparkListenerApplicationEnd,\n  SparkListenerApplicationStart,\n  SparkListenerEvent,\n  SparkListenerExecutorAdded,\n  SparkListenerExecutorRemoved\n}\nimport org.apache.spark.scheduler.cluster.SchedulerBackendUtils\nimport org.apache.spark.util.Utils\n\nclass ApplicationEndMonitor extends ApplicationMonitor {\n\n  private class LiveExecutor(val executorId: String, val addTime: Long)\n  private val liveExecutors = new HashMap[String, LiveExecutor]()\n\n  var sparkConf: SparkConf = null\n  override val alertType: Seq[AlertType.Value] = Seq(Application, Executor)\n  override val item: MonitorItem = MonitorItem.APP_FINISH_NOTIFIER\n  var executorAccu: Double = 0\n\n  def getMd5(sparkProperties: Map[String, String], time: Long): String = {\n    var javaCommand = sparkProperties(\"sun.java.command\")\n    val commands = javaCommand.split(\"\\\\s+\")\n    val mainClass = commands(commands.indexOf(\"--class\") + 1)\n    val today = new Date(time)\n    val yesterday = DateUtils.addDays(new Date(time), -1)\n    if (mainClass.equals(\"*********(redacted)\")) {\n      \"redacted\"\n    } else if (Monitor.commonClasses.contains(mainClass) && !commands.exists(_.equals(\"-e\"))) {\n      mainClass.split('.').last\n    } else {\n      Monitor.dateFormats.foreach(\n        format =>\n          javaCommand = javaCommand\n            .replaceAll(DateFormatUtils.format(yesterday, format), \"yesterday\")\n            .replaceAll(DateFormatUtils.format(today, format), \"today\"))\n      DigestUtils.md5Hex(javaCommand)\n    }\n  }\n\n  def getMaxExecutors(): Int = {\n    if (Utils.isDynamicAllocationEnabled(sparkConf)) {\n      sparkConf.get(DYN_ALLOCATION_MAX_EXECUTORS)\n    } else {\n      sparkConf.get(EXECUTOR_INSTANCES).getOrElse(SchedulerBackendUtils.DEFAULT_NUMBER_EXECUTORS)\n    }\n  }\n\n  def getInitialExecutors(): Int = {\n    if (Utils.isDynamicAllocationEnabled(sparkConf)) {\n      Utils.getDynamicAllocationInitialExecutors(sparkConf)\n    } else {\n      sparkConf.get(EXECUTOR_INSTANCES).getOrElse(SchedulerBackendUtils.DEFAULT_NUMBER_EXECUTORS)\n    }\n  }\n\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case e: SparkListenerApplicationStart =>\n        sparkConf = new SparkConf(false).setAll(appStore.environmentInfo().sparkProperties)\n        Option.empty\n      case e: SparkListenerExecutorAdded =>\n        getOrCreateExecutor(e.executorId, e.time)\n        Option.empty\n      case e: SparkListenerExecutorRemoved =>\n        liveExecutors.remove(e.executorId).foreach { exec =>\n          executorAccu += (e.time - exec.addTime) \/ 1000D \/ 60\n        }\n        Option.empty\n      case e: SparkListenerApplicationEnd =>\n        liveExecutors.values.foreach { exec =>\n          executorAccu += (e.time - exec.addTime) \/ 1000D \/ 60\n        }\n        val appInfo = appStore.applicationInfo()\n        val appEnv = appStore.environmentInfo()\n        val appAttempt = appInfo.attempts.head\n        val username = Option(appInfo.attempts.head.sparkUser)\n          .orElse(appEnv.systemProperties.toMap.get(\"user.name\"))\n          .getOrElse(\"<unknown>\")\n        Option(\n          new ApplicationInfo(\n            item,\n            appInfo.name,\n            appInfo.id,\n            getMd5(appEnv.systemProperties.toMap, e.time),\n            appAttempt.startTime,\n            appAttempt.duration,\n            sparkConf.get(\n              \"spark.org.apache.hadoop\" +\n                \".yarn.server.webproxy.amfilter.AmIpFilter.param.PROXY_URI_BASES\",\n              \"\"),\n            s\"http:\/\/${sparkConf.get(\"spark.yarn.historyServer.address\", \"\")}\" +\n              s\"\/history\/${sparkConf.get(\"spark.app.id\")}\",\n            sparkConf.get(\"spark.eventLog.dir\"),\n            getInitialExecutors,\n            getMaxExecutors,\n            sparkConf.get(\"spark.executor.cores\", \"1\").toInt,\n            sparkConf.getSizeAsMb(\"spark.executor.memory\", \"1024m\"),\n            executorAccu,\n            username))\n    }\n  }\n\n  private def getOrCreateExecutor(executorId: String, addTime: Long): LiveExecutor = {\n    liveExecutors.getOrElseUpdate(executorId, {\n      new LiveExecutor(executorId, addTime)\n    })\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/XSQLExternalCatalog.scala","text":"<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/XSQLExternalCatalog.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\nimport java.lang.reflect.InvocationTargetException\nimport java.util.Locale\nimport java.util.concurrent.atomic.{AtomicBoolean, AtomicReference}\n\nimport scala.collection.mutable.{ArrayBuffer, HashMap, HashSet}\nimport scala.util.control.NonFatal\nimport scala.util.matching.Regex\n\nimport org.apache.hadoop.conf.Configuration\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.{\n  NoSuchDatabaseException,\n  TableAlreadyExistsException\n}\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions.{\n  AttributeReference,\n  Expression,\n  SortDirection,\n  SortOrder\n}\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.catalyst.util.StringUtils\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.DataSourceManager.TEMP_FLAG\nimport org.apache.spark.sql.xsql.DataSourceType._\nimport org.apache.spark.sql.xsql.internal.config._\nimport org.apache.spark.sql.xsql.manager._\nimport org.apache.spark.sql.xsql.util.{Utils => XSQLUtils}\nimport org.apache.spark.util.Utils\n\n\/**\n * When `spark.sql.catalogImplementation` set to xsql, all data\/metadata operations of external\n * datasource will be routed by XSQLExternalCatalog and handled by corresponding\n * [[DataSourceManager]].\n *\n * This class will be instantiated by [[org.apache.spark.sql.internal.SharedState]], which means\n * that all loaded ds\/db\/tb information will be shared between different SparkSession.\n *\n * @note built-in DataSources contains: Hive, ElasticSearch, Mongo, Mysql, Redis\n * @note XSQLExternalCatalog is working above HiveExternalCatalog and other DataSourceManager,\n *       and HiveExternalCatalog can be regard as Hive DataSourceManager in XSQL.\n * @note XSQLExternalCatalog will load and cache [[CatalogDatabase]] when initialize with default\n *       configuration. User should set `cache.level` to 2 rather than 1, if they hope to load and\n *       cache [[CatalogTable]] of particular DataSource in the beginning.\n *\/\nprivate[xsql] class XSQLExternalCatalog(conf: SparkConf, hadoopConf: Configuration)\n  extends ExternalCatalog\n  with Logging {\n\n  import CatalogTypes.TablePartitionSpec\n  import XSQLExternalCatalog._\n\n  private val yarnClustersByName = new HashMap[String, HashMap[String, String]]\n\n  private lazy val yarnClusterNames = HashSet.empty ++ yarnClustersByName.keySet\n\n  private val dataSourcesByName = new HashMap[String, CatalogDataSource]\n\n  private val dataSourceToCatalogDatabase = new HashMap[String, HashMap[String, CatalogDatabase]]\n\n  private val dbToCatalogTable = new HashMap[Int, HashMap[String, CatalogTable]]\n\n  \/**\n   * Set by `use [ds.]db`, should be the same with XSQLSessionCatalog's currentDb all the time\n   *\/\n  private var currentDataBase: Option[CatalogDatabase] = None\n\n  \/**\n   * Set by XSQLSessionCatalog when execute some Command, should reset to null after Command\n   * finished. We decided not to use currentDataBase.get.dataSourceName by default unless call\n   * setWorkingDataSource with None when Command don't have any datasource identifier. All these\n   * Consideration is to prevent from routing to wrong datasource, may cause loss of data sometime.\n   * {{{\n   *    setWorkingDataSource(Command's ds or None) {\n   *      operations\n   *    }\n   *    withWorkingDS { (ds, dsName) =>\n   *      operations\n   *    }\n   *    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n   *      operations\n   *    }\n   * }}}\n   *\/\n  private val workingDataSource = new AtomicReference[CatalogDataSource]\n\n  \/**\n   * As setWorkingDataSource can be called nestly in some situation, this attribute indicate if\n   * workingDataSource has been setted before. If true, workingDatasource should not reset to null\n   * at the moment of inner invoke finished.\n   *\/\n  private val setted: AtomicBoolean = new AtomicBoolean(false)\n\n  setupAndInitMetadata\n  defaultDataSourceForCurrent\n\n  \/**\n   * Parse yarn, data source and initialize meta data.\n   * The default data source must configured.\n   *\/\n  private def setupAndInitMetadata(): Unit = {\n    if (!conf.contains(XSQL_DATASOURCES)) {\n      val xsqlConf = conf.get(\"spark.xsql.properties.file\", \"xsql.conf\")\n      val xsqlConfFile = XSQLUtils.getPropertiesFile(file = xsqlConf)\n      logInfo(s\"reading xsql configuration from ${xsqlConfFile}\")\n      val properties = Utils.getPropertiesFromFile(xsqlConfFile)\n      properties.foreach {\n        case (k, v) =>\n          if (!conf.contains(k)) {\n            conf.set(k, v)\n          }\n      }\n    }\n    \/\/ Parse multiple yarn configuration.\n    val yarnClusterInfos = conf.getAllWithPrefix(SPARK_XSQL_YARN_PREFIX).toMap\n    yarnClusterInfos.foreach { kv =>\n      val clusterName = kv._1\n      val clusterConf = kv._2\n      val clusterPropertiesFile = XSQLUtils.getPropertiesFile(file = clusterConf)\n      val clusterProperties = new HashMap[String, String]()\n      Option(clusterPropertiesFile).foreach { filename =>\n        val properties = Utils.getPropertiesFromFile(filename)\n        properties.foreach {\n          case (k, v) =>\n            clusterProperties(k) = v\n        }\n        yarnClustersByName(clusterName) = clusterProperties\n      }\n    }\n    \/\/ Parse multiple data source's configuration.\n    val dataSourceInfos = conf.getAllWithPrefix(SPARK_XSQL_DATASOURCE_PREFIX).toMap\n    val dataSources = conf.get(XSQL_DATASOURCES)\n    val defaultSource = conf.get(XSQL_DEFAULT_DATASOURCE)\n    if (dataSources == None || !dataSources.contains(defaultSource)) {\n      throw new SparkException(\"default data source must configured!\")\n    }\n    dataSources.foreach { dataSourceName =>\n      val infos = dataSourceInfos\n        .filter {\n          case (key, value) =>\n            key.startsWith(s\"$dataSourceName.\")\n        }\n        .map {\n          case (key, value) =>\n            (key.substring(dataSourceName.length + 1), value)\n        }\n      addDataSource(dataSourceName, infos, dataSourceName.equalsIgnoreCase(defaultSource))\n    }\n  }\n\n  private def defaultDataSourceForCurrent(): Unit = {\n    setWorkingDataSource(Option(conf.get(XSQL_DEFAULT_DATASOURCE))) {\n      setCurrentDatabase(conf.get(XSQL_DEFAULT_DATABASE))\n    }\n  }\n\n  private def yarnClusterExists(clusterName: String): Boolean = {\n    yarnClustersByName.contains(clusterName)\n  }\n\n  \/**\n   * Get default cluster.\n   *\/\n  def getDefaultCluster(identifier: TableIdentifier): Option[String] = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource\n    val ds = dataSourcesByName(dsName.get)\n    ds.dsManager.getDefaultCluster(yarnClusterNames, dataSourcesByName, identifier)\n  }\n\n  \/**\n   * Get cluster options.\n   *\/\n  def getClusterOptions(clusterName: String): Map[String, String] = {\n    if (!yarnClusterExists(clusterName)) {\n      throw new SparkException(s\"Yarn cluster called $clusterName undefined!\")\n    }\n    yarnClustersByName(clusterName).toMap\n  }\n\n  \/**\n   * Get redaction pattern\n   *\/\n  def getRedactionPattern(identifier: TableIdentifier): Option[Regex] = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.getRedactionPattern\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ PushDown Execute\n  \/\/ --------------------------------------------------------------------------\n\n  def buildFilterArgument(\n      tableDefinition: CatalogTable,\n      condition: Expression): java.util.HashMap[String, Any] = {\n    assert(tableDefinition.identifier.dataSource.isDefined)\n    val dsName = tableDefinition.identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.buildFilterArgument(tableDefinition, condition)\n  }\n\n  def buildGroupArgument(\n      tableDefinition: CatalogTable,\n      fieldName: String,\n      groupByKeys: ArrayBuffer[String],\n      innerAggsMap: java.util.HashMap[String, Any],\n      groupMap: java.util.HashMap[String, Any]): java.util.HashMap[String, Any] = {\n    assert(tableDefinition.identifier.dataSource.isDefined)\n    val dsName = tableDefinition.identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.buildGroupArgument(fieldName, groupByKeys, innerAggsMap, groupMap)\n  }\n\n  def buildAggregateArgument(\n      tableDefinition: CatalogTable,\n      fieldName: String,\n      aggregatefuncName: String,\n      aggsMap: java.util.HashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    assert(tableDefinition.identifier.dataSource.isDefined)\n    val dsName = tableDefinition.identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    var structField = new StructField(\"*\", StringType)\n    if (!fieldName.equalsIgnoreCase(\"*\")) {\n      structField = tableDefinition.schema(fieldName)\n    }\n    ds.dsManager.buildAggregateArgument(\n      structField,\n      aggregatefuncName,\n      aggsMap,\n      aggregateAliasOpts)\n  }\n\n  def buildSortArgument(\n      tableDefinition: CatalogTable,\n      order: Seq[SortOrder]): java.util.List[java.util.HashMap[String, Any]] = {\n    assert(tableDefinition.identifier.dataSource.isDefined)\n    val dsName = tableDefinition.identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.buildSortArgument(order)\n  }\n\n  def buildSortArgumentInAggregate(\n      tableDefinition: CatalogTable,\n      parentGroupMap: java.util.HashMap[String, Any],\n      aggs: java.util.HashMap[String, Any],\n      expr: Expression,\n      direction: SortDirection,\n      isDistinct: Boolean): Unit = {\n    assert(tableDefinition.identifier.dataSource.isDefined)\n    val dsName = tableDefinition.identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.buildSortArgumentInAggregate(parentGroupMap, aggs, expr, direction, isDistinct)\n  }\n\n  def buildDistinctArgument(\n      identifier: TableIdentifier,\n      columns: java.util.List[String]): (java.util.HashMap[String, Any], Seq[String]) = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.buildDistinctArgument(columns)\n  }\n\n  def getTableRowsAndIndex(identifier: TableIdentifier): (Int, Seq[String]) = {\n    assert(\n      identifier.dataSource.isDefined &&\n        identifier.database.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.getXSQLTableRowsAndIndex(identifier)\n  }\n\n  \/**\n   * Whether to push down according to the number of rows in the table\n   *\/\n  def isConsiderTablesRowsToPushdown(\n      runtimeConf: SQLConf,\n      identifier: TableIdentifier): Boolean = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    runtimeConf\n      .getConfString(\n        s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dsName}.\" +\n          s\"${DataSourceManager.PUSHDOWN}.${MysqlManager.CONSIDER_TABLE_ROWS_TO_PUSHDOWN}\",\n        DataSourceManager.TRUE)\n      .toBoolean\n  }\n\n  \/**\n   * Whether to push down according to the index of table\n   *\/\n  def isConsiderTablesIndexToPushdown(\n      runtimeConf: SQLConf,\n      identifier: TableIdentifier): Boolean = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    runtimeConf\n      .getConfString(\n        s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dsName}.\" +\n          s\"${DataSourceManager.PUSHDOWN}.${MysqlManager.CONSIDER_TABLE_INDEX_TO_PUSHDOWN}\",\n        DataSourceManager.TRUE)\n      .toBoolean\n  }\n\n  def isPushDown(runtimeConf: SQLConf, identifier: TableIdentifier): Boolean = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    val dsType = ds.getDSType\n    dsType match {\n      case HIVE | KAFKA => ds.dsManager.isPushDown\n      case _ =>\n        runtimeConf\n          .getConfString(\n            s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dsName}.${DataSourceManager.PUSHDOWN}\",\n            ds.dsManager.isPushDown.toString)\n          .toBoolean\n    }\n  }\n\n  \/**\n   * MySQL dedicated.\n   *\/\n  def isPushDown(\n      runtimeConf: SQLConf,\n      identifier: TableIdentifier,\n      plan: LogicalPlan): Boolean = {\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    ds.dsManager.isPushDown(runtimeConf, dsName, plan)\n  }\n\n  def isStream(runtimeConf: SQLConf, identifier: TableIdentifier): Boolean = {\n    assert(identifier.dataSource.isDefined)\n    val dsName = identifier.dataSource.get\n    val ds = dataSourcesByName(dsName)\n    runtimeConf\n      .getConfString(\n        s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dsName}.${DataSourceManager.STREAM}\",\n        ds.dsManager.isStream.toString)\n      .toBoolean\n  }\n\n  def scanTables(\n      tableDefinition: CatalogTable,\n      dataCols: Seq[AttributeReference],\n      limit: Boolean,\n      query: String): Seq[Seq[Any]] =\n    withWorkingDSDB(tableDefinition.database) { (ds, db, dsName, dbName) =>\n      requireTableExists(dbName, tableDefinition.identifier.table)\n      ds.dsManager.scanXSQLTables(dataSourcesByName, tableDefinition, dataCols, limit, query)\n    }\n\n  def scanTable(\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String],\n      condition: java.util.HashMap[String, Any],\n      sort: java.util.List[java.util.HashMap[String, Any]],\n      aggs: java.util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    withWorkingDSDB(tableDefinition.database) { (ds, db, dsName, dbName) =>\n      requireTableExists(dbName, tableDefinition.identifier.table)\n      ds.dsManager.scanXSQLTable(\n        dataSourcesByName,\n        tableDefinition,\n        columns,\n        condition,\n        sort,\n        aggs,\n        groupByKeys,\n        limit)\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ DataSources\n  \/\/ --------------------------------------------------------------------------\n\n  def getDataSourceType(dsName: String): String = {\n    val ds = dataSourcesByName(dsName)\n    ds.getDSType.toString\n  }\n\n  def listDatasources(): Seq[String] = {\n    if (dataSourcesByName.isEmpty) {\n      return Seq.empty\n    }\n    return Seq.empty[String].++:(dataSourcesByName.keySet)\n  }\n\n  def addDataSource(\n      dataSourceName: String,\n      properties: Map[String, String],\n      isDefault: Boolean): Unit = {\n    logInfo(s\"parse data source $dataSourceName\")\n    if (dataSourcesByName.contains(dataSourceName)) {\n      throw new SparkException(\n        \"Each data source must have different name,\" +\n          \" please check your configuration!\")\n    }\n    val dsType = properties.get(DataSourceManager.TYPE)\n    if (dsType == None) {\n      throw new SparkException(\"each data source must have type!\")\n    }\n\n    val datasourceType = dsType.get.toUpperCase(Locale.ROOT)\n    val datasourceManager = DataSourceManagerFactory.create(datasourceType, conf, hadoopConf)\n    datasourceManager.parse(\n      isDefault,\n      dataSourceName,\n      properties,\n      dataSourcesByName,\n      dataSourceToCatalogDatabase,\n      dbToCatalogTable)\n  }\n\n  def removeDataSource(\n      dataSourceName: String,\n      ifExists: Boolean,\n      checkTemp: Boolean = true): Unit = {\n    if (!dataSourcesByName.contains(dataSourceName)) {\n      if (!ifExists) {\n        throw new SparkException(s\"${dataSourceName} do not exists!\")\n      }\n    } else {\n      if (checkTemp) {\n        val tempFlag =\n          dataSourcesByName(dataSourceName).dsManager.getProperty(TEMP_FLAG)\n        assert(tempFlag.equals(\"true\"), \"cannot remove datatsource defined by xsql.conf\")\n      }\n      \/\/ remove table first, then database, datasource least\n      val databases = dataSourceToCatalogDatabase(dataSourceName)\n      databases.foreach {\n        case (dbName, catalogDatabase) =>\n          dbToCatalogTable.remove(catalogDatabase.id)\n      }\n      dataSourceToCatalogDatabase.remove(dataSourceName)\n      dataSourcesByName.remove(dataSourceName)\n    }\n  }\n\n  def refreshDataSource(dataSourceName: String): Unit = {\n    assert(dataSourcesByName.contains(dataSourceName), s\"${dataSourceName} do not exists!\")\n    val infos = dataSourcesByName(dataSourceName).dsManager.getProperties()\n    removeDataSource(dataSourceName, false, checkTemp = false)\n    val defaultSource = conf.get(XSQL_DEFAULT_DATASOURCE)\n    addDataSource(dataSourceName, infos, dataSourceName.equalsIgnoreCase(defaultSource))\n  }\n\n  def listDatasources(pattern: String): Seq[String] = {\n    StringUtils.filterPattern(listDatasources(), pattern)\n  }\n\n  \/**\n   * Get current Used database.\n   *\/\n  def getCurrentDatabase(): Option[CatalogDatabase] = {\n    currentDataBase\n  }\n\n  def getOriginDatabaseName(db: CatalogDatabase): String = {\n    db.properties.getOrElse(DataSourceManager.ORI_DB_NAME, db.name)\n  }\n\n  \/**\n   * Get default options from CatalogTable. used for xsql.\n   *\/\n  def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    assert(\n      table.identifier.dataSource.isDefined &&\n        table.identifier.database.isDefined)\n    val dsName = table.identifier.dataSource\n    val ds = dataSourcesByName(dsName.get)\n    ds.dsManager.getDefaultOptions(table)\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Databases\n  \/\/ --------------------------------------------------------------------------\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      if (databaseExists(dbDefinition.name)) {\n        if (ignoreIfExists) {\n          return\n        }\n        throw new SparkException(s\"Database ${dsName}.${dbDefinition.name} already exists\")\n      }\n      ds.dsManager.createDatabase(dbDefinition, ignoreIfExists)\n      val xdatabases =\n        dataSourceToCatalogDatabase.getOrElseUpdate(dsName, new HashMap[String, CatalogDatabase])\n      xdatabases += ((dbDefinition.name, dbDefinition))\n    }\n  }\n\n  override def dropDatabase(db: String, ignoreIfNotExists: Boolean, cascade: Boolean): Unit = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      if (dsName.equals(conf.get(XSQL_DEFAULT_DATASOURCE)) &&\n          dbName.equals(conf.get(XSQL_DEFAULT_DATABASE))) {\n        throw new AnalysisException(s\"Can not drop default database\")\n      }\n      ds.dsManager.dropDatabase(dbName, ignoreIfNotExists, cascade)\n      val xdatabases =\n        dataSourceToCatalogDatabase.getOrElseUpdate(dsName, new HashMap[String, CatalogDatabase])\n      xdatabases -= ((dbName))\n    }\n  }\n\n  override def alterDatabase(dbDefinition: CatalogDatabase): Unit = {\n    withWorkingDSDB(dbDefinition.name) { (ds, existingDb, dsName, dbName) =>\n      if (existingDb.properties == dbDefinition.properties) {\n        logWarning(\n          s\"Request to alter database ${dbName} is a no-op because \" +\n            s\"the provided database properties are the same as the old ones. Hive does not \" +\n            s\"currently support altering other database fields.\")\n      }\n      ds.dsManager.alterDatabase(dbDefinition)\n      dataSourceToCatalogDatabase(dsName).put(dbName, dbDefinition)\n    }\n  }\n\n  override def getDatabase(dbName: String): CatalogDatabase = {\n    withWorkingDS { (ds, dsName) =>\n      dataSourceToCatalogDatabase(dsName)\n        .get(dbName)\n        .getOrElse(throw new NoSuchDatabaseException(s\"${dsName}.${dbName}\"))\n    }\n  }\n\n  override def databaseExists(dbName: String): Boolean = {\n    withWorkingDS { (ds, dsName) =>\n      dataSourceToCatalogDatabase\n        .getOrElse(dsName, new HashMap[String, CatalogDatabase])\n        .contains(dbName)\n    }\n  }\n\n  override def listDatabases(): Seq[String] = withWorkingDS { (ds, dsName) =>\n    if (dataSourceToCatalogDatabase.get(dsName).isDefined) { \/\/ database cached.\n      val databases = dataSourceToCatalogDatabase(dsName)\n      if (databases.isEmpty) {\n        logWarning(s\"No Databases cached in data source $dsName\")\n        return Seq.empty\n      }\n      return databases.keySet.toSeq\n    } else {\n      ds.dsManager.listDatabases()\n    }\n  }\n\n  override def listDatabases(pattern: String): Seq[String] = withWorkingDS { (ds, dsName) =>\n    if (dataSourceToCatalogDatabase.get(dsName).isDefined) { \/\/ database cached.\n      val databases = dataSourceToCatalogDatabase(dsName)\n      if (databases.isEmpty) {\n        logWarning(s\"No Databases cached in data source $dsName\")\n        return Seq.empty\n      }\n      return StringUtils.filterPattern(databases.keySet.toSeq, pattern)\n    } else {\n      ds.dsManager.listDatabases(pattern)\n    }\n  }\n\n  override def setCurrentDatabase(dbName: String): Unit = {\n    withWorkingDSDB(dbName) { (_, db, _, _) =>\n      currentDataBase = Option(db)\n    }\n  }\n\n  def setWorkingDataSource[T](dsNameOpt: Option[String])(body: => T): T =\n    workingDataSource.synchronized {\n      val shouldClean = setted.compareAndSet(false, true)\n      if (dsNameOpt.isDefined) {\n        workingDataSource.set(dataSourcesByName(dsNameOpt.get))\n      } else if (shouldClean) {\n        workingDataSource.set(dataSourcesByName(currentDataBase.get.dataSourceName))\n      }\n      try {\n        body\n      } finally {\n        if (shouldClean) {\n          workingDataSource.set(null)\n          setted.compareAndSet(true, false)\n        }\n      }\n    }\n\n  private def withWorkingDS[T](body: (CatalogDataSource, String) => T): T =\n    workingDataSource.synchronized {\n      if (workingDataSource.get eq null) {\n        throw new SparkException(\"please wrap withWorkingDS with setWorkingDataSource\")\n      } else {\n        try {\n          body(workingDataSource.get, workingDataSource.get.getName)\n        } catch {\n          case NonFatal(exception) =>\n            val e = exception match {\n              \/\/ Since we are using shim, the exceptions thrown by the underlying method of\n              \/\/ Method.invoke() are wrapped by InvocationTargetException\n              case i: InvocationTargetException => i.getCause\n              case o => o\n            }\n            throw new AnalysisException(\n              e.getClass.getCanonicalName + \": \" + e.getMessage,\n              cause = Some(e))\n        }\n      }\n    }\n\n  private def withWorkingDSDB[T](dbName: String)(\n      body: (CatalogDataSource, CatalogDatabase, String, String) => T): T =\n    workingDataSource.synchronized {\n      if (workingDataSource.get eq null) {\n        throw new SparkException(\"please wrap withWorkingDSDB with setWorkingDataSource\")\n      } else {\n        try {\n          body(workingDataSource.get, getDatabase(dbName), workingDataSource.get.getName, dbName)\n        } catch {\n          case NonFatal(exception) =>\n            val e = exception match {\n              \/\/ Since we are using shim, the exceptions thrown by the underlying method of\n              \/\/ Method.invoke() are wrapped by InvocationTargetException\n              case i: InvocationTargetException => i.getCause\n              case o => o\n            }\n            throw new AnalysisException(\n              e.getClass.getCanonicalName + \": \" + e.getMessage,\n              cause = Some(e))\n        }\n      }\n    }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Tables\n  \/\/ --------------------------------------------------------------------------\n\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit = {\n    withWorkingDSDB(tableDefinition.database) { (ds, db, dsName, dbName) =>\n      val table = tableDefinition.identifier.table\n      if (tableExists(dbName, table) && !ignoreIfExists) {\n        throw new TableAlreadyExistsException(db = s\"${dsName}.${dbName}\", table = table)\n      }\n      val tableType = ds.getDSType match {\n        case ELASTICSEARCH => CatalogTableType.TYPE\n        case MONGO => CatalogTableType.COLLECTION\n        case HBASE => CatalogTableType.HBASE\n        case MYSQL | ORACLE => CatalogTableType.JDBC\n        case DRUID => CatalogTableType.JDBC\n        case _ => tableDefinition.tableType\n      }\n      val newTableDefinition = tableDefinition.copy(\n        tableType = tableType,\n        identifier = tableDefinition.identifier.copy(dataSource = Some(dsName)))\n      ds.dsManager.createTable(newTableDefinition, ignoreIfExists)\n      refreshCachedTableIfNeeded(ds, db, tableDefinition.identifier.table)\n    }\n  }\n\n  override def dropTable(\n      db: String,\n      table: String,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit = withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n    ds.dsManager.dropTable(dbName, table, ignoreIfNotExists, purge)\n    val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n    xtables -= ((table))\n  }\n\n  def truncateTable(table: CatalogTable, partitionSpec: Option[TablePartitionSpec]): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.truncateTable(table, partitionSpec)\n    }\n  }\n\n  override def renameTable(db: String, oldName: String, newName: String): Unit = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      val originDBName = getOriginDatabaseName(db)\n      ds.dsManager.renameTable(originDBName, oldName, newName)\n      if (shouldCacheTable(ds)) {\n        val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        xtables -= oldName\n        xtables(newName) = getRawTable(db.name, newName)\n      }\n    }\n  }\n\n  \/**\n   * Alter a table whose database and name match the ones specified in `tableDefinition`, assuming\n   * the table exists. Note that, even though we can specify database in `tableDefinition`, it's\n   * used to identify the table, not to alter the table's database, which is not allowed.\n   *\n   * Note: If the underlying implementation does not support altering a certain field,\n   * this becomes a no-op.\n   *\/\n  override def alterTable(tableDefinition: CatalogTable): Unit = {\n    withWorkingDSDB(tableDefinition.database) { (ds, db, dsName, dbName) =>\n      ds.dsManager.alterTable(tableDefinition)\n      refreshCachedTableIfNeeded(ds, db, tableDefinition.identifier.table)\n    }\n  }\n\n  \/**\n   * Alter the data schema of a table identified by the provided database and table name. The new\n   * data schema should not have conflict column names with the existing partition columns, and\n   * should still contain all the existing data columns.\n   *\n   * @param db Database that table to alter schema for exists in\n   * @param table Name of table to alter schema for\n   * @param newDataSchema Updated data schema to be used for the table.\n   *\/\n  override def alterTableDataSchema(\n      db: String,\n      table: String,\n      newDataSchema: StructType): Unit = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      ds.dsManager.alterTableDataSchema(dbName, table, newDataSchema)\n      refreshCachedTableIfNeeded(ds, db, table)\n    }\n  }\n\n  \/**\n   * Alter the data schema of a table identified by the provided database and table name. The new\n   * data schema should not have conflict column names with the existing partition columns, and\n   * should still contain all the existing data columns.\n   *\n   * @param db            Database that table to alter schema for exists in\n   * @param table         Name of table to alter schema for\n   * @param newDataSchema Updated data schema to be used for the table.\n   *\/\n  def alterTableDataSchema(\n      db: String,\n      table: String,\n      newDataSchema: StructType,\n      queryContent: String): Unit = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      requireTableExists(dbName, table)\n      ds.dsManager.alterTableDataSchema(dbName, queryContent)\n      refreshCachedTableIfNeeded(ds, db, table)\n    }\n  }\n\n  \/** Alter the statistics of a table. If `stats` is None, then remove all existing statistics. *\/\n  override def alterTableStats(\n      db: String,\n      table: String,\n      stats: Option[CatalogStatistics]): Unit = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      ds.dsManager.alterTableStats(dbName, table, stats)\n      refreshCachedTableIfNeeded(ds, db, table)\n    }\n  }\n\n  def refreshCachedTableIfNeeded(\n      ds: CatalogDataSource,\n      db: CatalogDatabase,\n      table: String): Unit = {\n    if (shouldCacheTable(ds)) {\n      val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n      xtables(table) = getRawTable(db.name, table)\n    }\n  }\n\n  def shouldCacheTable(ds: CatalogDataSource): Boolean = {\n    ds.dsManager.getCacheLevel() == 2\n  }\n\n  \/**\n   * getRawTable never get Table from dbToCatalogTable, while getTable may get Table from cache\n   *\/\n  def getRawTable(dbName: String, table: String): CatalogTable = {\n    withWorkingDSDB(dbName) { (ds, db, dsName, dbName) =>\n      val originDBName = getOriginDatabaseName(db)\n      ds.dsManager.getRawTable(dbName, originDBName, table)\n    }\n  }\n\n  override def getTable(db: String, table: String): CatalogTable = {\n    withWorkingDSDB(db) { (ds, db, dsName, dbName) =>\n      if (shouldCacheTable(ds)) {\n        val tableHash = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        if (tableHash.isDefinedAt(table)) {\n          tableHash(table)\n        } else {\n          val originDBName = getOriginDatabaseName(db)\n          val rawTable = ds.dsManager.getRawTable(dbName, originDBName, table)\n          tableHash(table) = rawTable\n          rawTable\n        }\n      } else {\n        val originDBName = getOriginDatabaseName(db)\n        ds.dsManager.getRawTable(dbName, originDBName, table)\n      }\n    }\n  }\n\n  override def tableExists(dbName: String, table: String): Boolean = {\n    withWorkingDS { (ds, dsName) =>\n      if (databaseExists(dbName)) {\n        val db = getDatabase(dbName)\n        val tableHash = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        if (tableHash.isDefinedAt(table)) {\n          true\n        } else {\n          val originDBName = getOriginDatabaseName(db)\n          ds.dsManager.tableExists(originDBName, table)\n        }\n      } else {\n        false\n      }\n    }\n  }\n\n  override def listTables(dbName: String): Seq[String] = {\n    withWorkingDSDB(dbName) { (ds, db, dsName, dbName) =>\n      if (shouldCacheTable(ds)) {\n        val tables = dbToCatalogTable(db.id)\n        if (tables.isEmpty) {\n          logWarning(s\"No Tables cached in database $dsName.$dbName\")\n          return Seq.empty\n        }\n        return tables.keySet.toSeq\n      } else {\n        val originDBName = getOriginDatabaseName(db)\n        ds.dsManager.listTables(originDBName)\n      }\n    }\n  }\n\n  override def listTables(dbName: String, pattern: String): Seq[String] = {\n    withWorkingDSDB(dbName) { (ds, db, dsName, dbName) =>\n      if (shouldCacheTable(ds)) {\n        val tables = dbToCatalogTable(db.id)\n        if (tables.isEmpty) {\n          logWarning(s\"No Tables cached in database $dsName.$dbName\")\n          return Seq.empty\n        }\n        return StringUtils.filterPattern(tables.keySet.toSeq, pattern)\n      } else {\n        val originDBName = getOriginDatabaseName(db)\n        ds.dsManager.listTables(originDBName, pattern)\n      }\n    }\n  }\n\n  override def loadTable(\n      dbName: String,\n      table: String,\n      loadPath: String,\n      isOverwrite: Boolean,\n      isSrcLocal: Boolean): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      assert(\n        getDataSourceType(dsName).equalsIgnoreCase(DataSourceType.HIVE.toString()),\n        \"try to load hdfs file to no-hive datasource\")\n      ds.dsManager.loadTable(dbName, table, loadPath, isOverwrite, isSrcLocal)\n    }\n  }\n\n  override def loadPartition(\n      dbName: String,\n      table: String,\n      loadPath: String,\n      partition: TablePartitionSpec,\n      isOverwrite: Boolean,\n      inheritTableSpecs: Boolean,\n      isSrcLocal: Boolean): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      assert(\n        getDataSourceType(dsName).equalsIgnoreCase(DataSourceType.HIVE.toString()),\n        \"try to load hdfs file to no-hive datasource\")\n      ds.dsManager.loadPartition(\n        dbName,\n        table,\n        loadPath,\n        partition,\n        isOverwrite,\n        inheritTableSpecs,\n        isSrcLocal)\n    }\n  }\n\n  override def loadDynamicPartitions(\n      dbName: String,\n      table: String,\n      loadPath: String,\n      partition: TablePartitionSpec,\n      replace: Boolean,\n      numDP: Int): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      assert(\n        getDataSourceType(dsName).equalsIgnoreCase(DataSourceType.HIVE.toString()),\n        \"try to load hdfs file to no-hive datasource\")\n      ds.dsManager.loadDynamicPartitions(dbName, table, loadPath, partition, replace, numDP)\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Partitions\n  \/\/ --------------------------------------------------------------------------\n\n  override def createPartitions(\n      dbName: String,\n      table: String,\n      parts: Seq[CatalogTablePartition],\n      ignoreIfExists: Boolean): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      ds.dsManager.createPartitions(dbName, table, parts, ignoreIfExists)\n    }\n  }\n\n  override def dropPartitions(\n      dbName: String,\n      table: String,\n      parts: Seq[TablePartitionSpec],\n      ignoreIfNotExists: Boolean,\n      purge: Boolean,\n      retainData: Boolean): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.dropPartitions(dbName, table, parts, ignoreIfNotExists, purge, retainData)\n    }\n  }\n\n  override def renamePartitions(\n      dbName: String,\n      table: String,\n      specs: Seq[TablePartitionSpec],\n      newSpecs: Seq[TablePartitionSpec]): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      ds.dsManager.renamePartitions(dbName, table, specs, newSpecs)\n    }\n  }\n\n  override def alterPartitions(\n      dbName: String,\n      table: String,\n      parts: Seq[CatalogTablePartition]): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireTableExists(dbName, table)\n      ds.dsManager.alterPartitions(dbName, table, parts)\n    }\n  }\n\n  override def getPartition(\n      db: String,\n      table: String,\n      spec: TablePartitionSpec): CatalogTablePartition = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.getPartition(db, table, spec)\n    }\n  }\n\n  override def getPartitionOption(\n      db: String,\n      table: String,\n      spec: TablePartitionSpec): Option[CatalogTablePartition] = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.getPartitionOption(db, table, spec)\n    }\n  }\n\n  override def listPartitionNames(\n      db: String,\n      table: String,\n      partialSpec: Option[TablePartitionSpec] = None): Seq[String] = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.listPartitionNames(db, table, partialSpec)\n    }\n  }\n\n  override def listPartitions(\n      db: String,\n      table: String,\n      partialSpec: Option[TablePartitionSpec] = None): Seq[CatalogTablePartition] = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.listPartitions(db, table, partialSpec)\n    }\n  }\n\n  override def listPartitionsByFilter(\n      db: String,\n      table: String,\n      predicates: Seq[Expression],\n      defaultTimeZoneId: String): Seq[CatalogTablePartition] = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.listPartitionsByFilter(db, table, predicates, defaultTimeZoneId)\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Functions\n  \/\/ --------------------------------------------------------------------------\n\n  override def createFunction(dbName: String, funcDefinition: CatalogFunction): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireDbExists(dbName)\n      \/\/ Hive's metastore is case insensitive. However, Hive's createFunction does\n      \/\/ not normalize the function name (unlike the getFunction part). So,\n      \/\/ we are normalizing the function name.\n      val functionName = funcDefinition.identifier.funcName.toLowerCase(Locale.ROOT)\n      requireFunctionNotExists(dbName, functionName)\n      val functionIdentifier = funcDefinition.identifier.copy(funcName = functionName)\n      ds.dsManager.createFunction(dbName, funcDefinition.copy(identifier = functionIdentifier))\n    }\n  }\n\n  override def dropFunction(dbName: String, funcName: String): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireFunctionExists(dbName, funcName)\n      ds.dsManager.dropFunction(dbName, funcName)\n    }\n  }\n\n  override def alterFunction(dbName: String, funcDefinition: CatalogFunction): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      requireDbExists(dbName)\n      val functionName = funcDefinition.identifier.funcName.toLowerCase(Locale.ROOT)\n      requireFunctionExists(dbName, functionName)\n      val functionIdentifier = funcDefinition.identifier.copy(funcName = functionName)\n      ds.dsManager.alterFunction(dbName, funcDefinition.copy(identifier = functionIdentifier))\n    }\n  }\n\n  override def renameFunction(db: String, oldName: String, newName: String): Unit = {\n    withWorkingDS { (ds, dsName) =>\n      ds.dsManager.renameFunction(db, oldName, newName)\n    }\n  }\n\n  override def getFunction(dbName: String, funcName: String): CatalogFunction = {\n    withWorkingDS { (ds, dsName) =>\n      requireFunctionExists(dbName, funcName)\n      ds.dsManager.getFunction(dbName, funcName)\n    }\n  }\n\n  override def functionExists(dbName: String, funcName: String): Boolean = {\n    withWorkingDS { (ds, dsName) =>\n      requireDbExists(dbName)\n      ds.dsManager.functionExists(dbName, funcName)\n    }\n  }\n\n  override def listFunctions(dbName: String, pattern: String): Seq[String] = {\n    withWorkingDS { (ds, dsName) =>\n      requireDbExists(dbName)\n      ds.dsManager.listFunctions(dbName, pattern)\n    }\n  }\n\n  def stop(): Unit = {\n    dataSourcesByName.values.foreach(_.dsManager.stop())\n  }\n}\n\nobject XSQLExternalCatalog {\n  val SPARK_XSQL_DATASOURCE_PREFIX = \"spark.xsql.datasource.\"\n  val SPARK_XSQL_YARN_PREFIX = \"spark.xsql.yarn.\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/RedisManager.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.xsql.manager\n\nimport java.net.URI\nimport java.util\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\nimport scala.util.matching.Regex\n\nimport net.sf.json.{JSONArray, JSONObject}\nimport redis.clients.jedis.{Jedis, ScanParams}\nimport redis.clients.util.JedisURIHelper\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{\n  CatalogDatabase,\n  CatalogStorageFormat,\n  CatalogTable,\n  CatalogTableType\n}\nimport org.apache.spark.sql.execution.datasources.redis._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.{CatalogDataSource, DataSourceManager, RedisDataSource}\nimport org.apache.spark.sql.xsql.DataSourceType.REDIS\n\nprivate[spark] class RedisManager extends DataSourceManager with Logging {\n\n  import DataSourceManager._\n  import RedisManager._\n\n  override def shortName(): String = REDIS.toString\n\n  var redisConfig: RedisConfig = _\n  var keysBuffer = mutable.Map[String, mutable.Set[String]]()\n\n  \/**\n   * determine the cache level of schema cache\n   *\/\n  override val defaultCacheLevel: String = \"2\"\n\n  \/**\n   * Cache database.\n   *\/\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: mutable.HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val url = cachedProperties.getOrElse(URL, {\n      throw new SparkException(\"Redis DataSource must have host and port!\")\n    })\n    val auth = JedisURIHelper.getPassword(URI.create(url))\n    val ds =\n      new RedisDataSource(dataSourceName, REDIS, this, url, auth, cachedProperties(VERSION))\n    dataSourcesByName.put(ds.getName, ds)\n    \/\/ INLINE: get RedisEndpoint, get database count\n    redisConfig = new RedisConfig(new RedisEndpoint(url))\n    val xdatabases =\n      dataSourceToCatalogDatabase.getOrElseUpdate(\n        ds.getName,\n        new HashMap[String, CatalogDatabase])\n    for (i <- Range(0, redisConfig.dbAmount)) {\n      val db = CatalogDatabase(\n        id = newDatabaseId,\n        dataSourceName = dataSourceName,\n        name = i.toString,\n        description = null,\n        locationUri = null,\n        properties = Map.empty)\n      xdatabases.put(db.name, db)\n    }\n  }\n\n  \/**\n   * Cache table.\n   *\/\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, mutable.HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: mutable.HashMap[Int, mutable.HashMap[String, CatalogTable]]): Unit = {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach {\n      case (dbName, db) =>\n        val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        schemasMap.get(db.name).foreach { tables =>\n          val tableNames = tables.keySet\n          for (tableName <- tableNames) {\n            val (schema, tableType) =\n              schemaTranslator(tables(tableName), redisConfig, db.name.toInt)\n            val table = CatalogTable(\n              identifier = TableIdentifier(tableName, Option(db.name), Option(dataSourceName)),\n              tableType = CatalogTableType.REDIS,\n              \/\/ properties should contains url, version, tableName, tableType, dbNum\n              storage = CatalogStorageFormat.empty.copy(\n                properties = cachedProperties.toMap ++ Map(\n                  TABLE -> tableName,\n                  REDIS_TYPE -> tableType,\n                  DATABASE -> db.name)),\n              schema = schema,\n              provider = Some(REDIS_PROVIDER))\n            xtables.put(tableName, table)\n          }\n        }\n    }\n  }\n\n  \/**\n   * Scan data in Specified table.\n   *\/\n  override def scanXSQLTable(\n      dataSourcesByName: mutable.HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      columns: util.List[String],\n      condition: util.HashMap[String, Any],\n      sort: util.List[util.HashMap[String, Any]],\n      aggs: util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    \/\/ relation contains client information\n    val relation = RedisRelationImpl(tableDefinition.storage.properties, tableDefinition.schema)\n    val conditions = if (condition == null) Map[String, Any]() else Map() ++ condition.asScala\n    \/\/ tableScanUtil contains scan method\n    val tableScanUtil =\n      new RedisTableScanUtil(relation, columns.asScala.toArray[String], conditions)\n    tableScanUtil.getKeyValue(\n      tableScanUtil.getRowkeys(0, 16383),\n      redisConfig.getConnect(tableDefinition.database.toInt))\n  }\n\n  \/**\n   * check if there is any key with specific suffix\n   * Note: this method will cache keys of table to accelerate table scan\n   *\/\n  override def tableExists(dbName: String, table: String): Boolean = {\n    if (keysBuffer.isDefinedAt(table)) {\n      true\n    } else {\n      val conn = redisConfig.getConnect(dbName.toInt)\n      val params = new ScanParams().`match`(s\"${table}*\").count(1)\n      val res = scanKeys(conn, params).asScala\n      if (res.size > 0) {\n        keysBuffer.put(table, res)\n      }\n      res.size > 0\n    }\n  }\n\n  \/**\n   * make use of keysBuffer, if absent scanKeys at once\n   * Note: this method don't throw Exception when values have different type.\n   *\/\n  override def doGetRawTable(\n      dbName: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    val conn = redisConfig.getConnect(dbName.toInt)\n    if (!keysBuffer.isDefinedAt(table)) {\n      val params = new ScanParams().`match`(s\"${table}*\")\n      keysBuffer.put(table, scanKeys(conn, params).asScala)\n    }\n    val firstType = conn.`type`(keysBuffer(table).head)\n    val schema = getSchema(conn, keysBuffer(table).head, firstType)\n    Option(\n      CatalogTable(\n        identifier = TableIdentifier(table, Option(dbName), Option(dsName)),\n        tableType = CatalogTableType.REDIS,\n        storage = CatalogStorageFormat.empty.copy(properties = cachedProperties.toMap ++\n          Map(TABLE -> table, REDIS_TYPE -> firstType, DATABASE -> dbName)),\n        schema = schema,\n        provider = Some(REDIS_PROVIDER)))\n  }\n\n  override def listDatabases(dataSourceName: String): Seq[String] = {\n    Range(0, redisConfig.dbAmount).map(_.toString)\n  }\n\n  override def listTables(dbName: String): Seq[String] = {\n    logWarning(\"show tables in RedisDataSource is time-consuming, be patient please!\")\n    val conn = redisConfig.getConnect(dbName.toInt)\n    val params = new ScanParams().`match`(s\"*\")\n    val res = scanKeys(conn, params).asScala\n    val delimiterSet = Seq(\":\", \"-\", \"\/\", \"#\", \"|\", \"\\\\\")\n    res.toSeq\n      .flatMap(key => {\n        val index = delimiterSet.map(delimiter => key.lastIndexOf(delimiter)).max\n        if (index != -1) {\n          Iterator(key.substring(0, index))\n        } else Nil\n      })\n      .groupBy(identity)\n      .filter(_._2.size > 1)\n      .map(_._1)\n      .toSeq\n  }\n\n  \/**\n   * Get redaction pattern\n   *\/\n  override def getRedactionPattern: Option[Regex] = Some(s\"(?i)${URL}\".r)\n\n  \/**\n   * this method is replace by schema file\n   *\/\n  override def listAndUpdateTables(\n      tableHash: mutable.HashMap[String, CatalogTable],\n      dsName: String,\n      dbName: String): Seq[String] = {\n    val conn = redisConfig.getConnect(dbName.toInt)\n    val params = new ScanParams().`match`(s\"*\")\n    val res = scanKeys(conn, params).asScala\n    val delimiterSet = Seq(\":\", \"-\", \"\/\", \"#\", \"|\", \"\\\\\")\n    val possibleTable = res.toSeq\n      .flatMap(key => {\n        val (index, delimiter) = delimiterSet\n          .map(delimiter => (key.lastIndexOf(delimiter), delimiter))\n          .maxBy(_._1)\n        if (index != -1) {\n          Iterator((key.substring(0, index), delimiter))\n        } else Nil\n      })\n      .groupBy(identity)\n      .map(e => (e._1, e._2.size))\n      .filter(_._2 > 1)\n      .map {\n        case ((prefix, delimiter), count) =>\n          val params = new ScanParams().`match`(s\"${prefix}${delimiter}*\").count(1)\n          val sample = scanKeys(conn, params).asScala.head\n          val firstType = conn.`type`(sample)\n          val schema = getSchema(conn, sample, firstType)\n          CatalogTable(\n            identifier = TableIdentifier(prefix, Option(dbName), Option(dsName)),\n            tableType = CatalogTableType.REDIS,\n            storage = CatalogStorageFormat.empty.copy(\n              properties = cachedProperties.toMap ++ Map(\n                SUFFIX_DELIMITER -> delimiter,\n                TABLE -> prefix,\n                REDIS_TYPE -> firstType,\n                TBSIZE -> count.toString,\n                DATABASE -> dbName)),\n            schema = schema,\n            provider = Some(REDIS_PROVIDER))\n      }\n    for (catalogTable <- possibleTable) {\n      tableHash.put(catalogTable.identifier.table, catalogTable)\n    }\n    possibleTable.map(_.identifier.table).toSeq\n  }\n\n}\n\nobject RedisManager {\n\n  import org.apache.spark.sql.xsql.DataSourceManager.SCHEMA_TYPE\n\n  val TIMEOUT = \"timeout\"\n  val REDIS_PROVIDER = \"redis\"\n  val KEY = \"key\"\n  val SUFFIX = \"suffix\"\n  val RANGE = \"range\"\n  val SCORE = \"score\"\n  val VALUE = \"value\"\n  val REDIS_TYPE = \"type\"\n  val TABLE = \"table\"\n  val DATABASE = \"database\"\n  val SUFFIX_DELIMITER = \"suffix_delimiter\"\n  val TBSIZE = \"tbsize\"\n\n  private def schemaTranslator(\n      tbHash: JSONArray,\n      redisClient: RedisConfig,\n      dbNum: Int): (StructType, String) = {\n    val itr = tbHash.iterator()\n    var fields: mutable.Buffer[StructField] = ArrayBuffer.empty\n    var tableType = \"hash\"\n    while (itr.hasNext()) {\n      val propertyObj = itr.next().asInstanceOf[JSONObject]\n      val fieldName = propertyObj.getString(DataSourceManager.NAME)\n      if (!fieldName.equals(SCHEMA_TYPE)) {\n        if (propertyObj.get(SCHEMA_TYPE) != null) {\n          fields += StructField(\n            fieldName,\n            DataSourceManager.getSparkSQLDataType(\n              propertyObj.get(SCHEMA_TYPE).asInstanceOf[String]))\n        }\n      } else {\n        tableType = propertyObj.get(SCHEMA_TYPE).asInstanceOf[String]\n        fields = getSchema(redisClient.getConnect(dbNum), \"\", tableType).fields.toBuffer\n      }\n    }\n    (StructType(fields), tableType)\n  }\n\n  def getSchema(conn: Jedis, key: String, firstType: String): StructType = {\n    val defaultType = StringType\n    firstType match {\n      case \"string\" =>\n        StructType(Seq(KEY, VALUE).map(StructField(_, defaultType)))\n      case \"list\" | \"set\" =>\n        StructType(Seq(StructField(KEY, defaultType), StructField(VALUE, ArrayType(defaultType))))\n      case \"zset\" =>\n        StructType(\n          Seq(\n            StructField(KEY, defaultType),\n            StructField(VALUE, MapType(defaultType, DoubleType))))\n      case \"hash\" =>\n        val cols = Seq(KEY) ++ conn.hgetAll(key).asScala.keys\n        StructType(cols.map(StructField(_, defaultType)))\n    }\n  }\n\n  def scanKeys(jedis: Jedis, params: ScanParams): util.HashSet[String] = {\n    val keys = new util.HashSet[String]\n    var cursor = \"0\"\n    do {\n      val scan = jedis.scan(cursor, params)\n      keys.addAll(scan.getResult)\n      cursor = scan.getStringCursor\n    } while (cursor != \"0\")\n    keys\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/MysqlManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.xsql.manager\n\nimport java.sql.{Connection, DriverManager, ResultSet, SQLException}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\nimport scala.language.implicitConversions\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.{UnresolvedAttribute, UnresolvedRelation}\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.catalog.CatalogTypes.TablePartitionSpec\nimport org.apache.spark.sql.catalyst.expressions.AttributeReference\nimport org.apache.spark.sql.catalyst.plans.logical.{Join, LogicalPlan, SubqueryAlias}\nimport org.apache.spark.sql.execution.datasources.jdbc.{JDBCOptions, JdbcUtils}\nimport org.apache.spark.sql.execution.datasources.jdbc.JdbcUtils.getCommonJDBCType\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.jdbc.{JdbcDialect, JdbcDialects}\nimport org.apache.spark.sql.types.{StructField, StructType}\nimport org.apache.spark.sql.xsql.{CatalogDataSource, DataSourceManager, MysqlDataSource}\nimport org.apache.spark.sql.xsql.DataSourceType.MYSQL\nimport org.apache.spark.sql.xsql.XSQLExternalCatalog.SPARK_XSQL_DATASOURCE_PREFIX\nimport org.apache.spark.sql.xsql.internal.config._\nimport org.apache.spark.sql.xsql.types._\nimport org.apache.spark.sql.xsql.util.Utils\nimport org.apache.spark.util.{Utils => SparkUtils}\n\n\/**\n * @note MysqlManager won't cache any DataSource,CatalogDatabase,CatalogTable so Manager just C\n *       these things, don't need to URD them, XSQLExternalCatalog will URD them instead\n *\/\nprivate[xsql] class MysqlManager(conf: SparkConf) extends DataSourceManager with Logging {\n\n  def this() = {\n    this(null)\n  }\n\n  import MysqlManager._\n  import DataSourceManager._\n\n  override def shortName(): String = MYSQL.toString\n\n  private var connOpt: Option[Connection] = None\n\n  \/**\n   * the conf of partitons info present in the currently specified file.\n   *\/\n  private val partitionsMap = new HashMap[String, HashMap[String, HashMap[String, String]]]\n\n  private def getConnect(): Connection = {\n    if (!connOpt.isDefined || !connOpt.get.isValid(0)) {\n      SparkUtils.classForName(DRIVER)\n      val useSSL = cachedProperties.getOrElse(USE_SSL, \"true\").toBoolean\n      logDebug(s\"useSSL:${useSSL}\")\n      connOpt = Some(\n        DriverManager.getConnection(\n          s\"${cachedProperties(URL)}?useSSL=${useSSL}\",\n          cachedProperties(USER),\n          cachedProperties(PASSWORD)))\n    }\n    connOpt.get\n  }\n\n  private def setJdbcOptions(dbName: String, tbName: String): JDBCOptions = {\n    val useSSL = cachedProperties.getOrElse(USE_SSL, \"true\").toBoolean\n    logDebug(s\"useSSL:${useSSL}\")\n    val jdbcOptions = new JDBCOptions(\n      cachedProperties\n        .updated(JDBCOptions.JDBC_URL, s\"${cachedProperties(URL)}\/${dbName}?useSSL=${useSSL}\")\n        .updated(JDBCOptions.JDBC_TABLE_NAME, tbName)\n        .updated(JDBCOptions.JDBC_DRIVER_CLASS, DRIVER)\n        .updated(DATABASE, dbName)\n        .toMap)\n    jdbcOptions\n  }\n\n  private def isSelectedDatabase(dsName: String, dbMap: HashMap[String, Object]): Boolean = {\n    val dbName = dbMap.get(\"TABLE_CAT\").map(_.toString).getOrElse(\"\")\n    if (dbName.equals(\"information_schema\")) {\n      cachedProperties.getOrElse(IS_SHOW_SCHEMA_DATABASE, \"false\").toBoolean\n    } else {\n      val defaultSource = conf.get(XSQL_DEFAULT_DATASOURCE)\n      val isDefault = dsName.equalsIgnoreCase(defaultSource)\n      isSelectedDatabase(isDefault, dbName, conf.get(XSQL_DEFAULT_DATABASE))\n    }\n  }\n\n  @throws[SQLException]\n  implicit private def typeConvertor(rs: ResultSet) = {\n    val list = new ArrayBuffer[HashMap[String, Object]]()\n    val md = rs.getMetaData\n    val columnCount = md.getColumnCount\n    while (rs.next) {\n      val rowData = new HashMap[String, Object]()\n      for (i <- 1 to columnCount) {\n        rowData.put(md.getColumnName(i), rs.getObject(i))\n      }\n      list.append(rowData)\n    }\n    list\n  }\n\n  \/**\n   * Author: weiwenda Date: 2018-07-10 16:21\n   * Description: load metaData while initialize SparkSession\n   *\/\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val url = cachedProperties.get(URL)\n    if (url.isEmpty) {\n      throw new SparkException(\"Data source is Mysql must have uri!\")\n    }\n    val partitionFile = cachedProperties.get(PARTITION_CONF)\n    if (partitionFile != None) {\n      val partitionFilePath = Utils.getPropertiesFile(file = partitionFile.get)\n      Utils.getSettingsFromFile(partitionFilePath, partitionsMap, Utils.getPartitonsFromStr)\n    }\n\n    val ds = new MysqlDataSource(\n      dataSourceName,\n      MYSQL,\n      this,\n      url.get,\n      cachedProperties(USER),\n      cachedProperties(PASSWORD),\n      cachedProperties(VERSION))\n    dataSourcesByName(ds.getName) = ds\n    \/\/ Get jdbc connection, get databases\n    val conn = getConnect()\n    val dbMetaData = conn.getMetaData()\n    val databases = dbMetaData.getCatalogs()\n    val xdatabases =\n      dataSourceToCatalogDatabase.getOrElseUpdate(\n        ds.getName,\n        new HashMap[String, CatalogDatabase])\n    \/\/ Get each database's info, update dataSourceToCatalogDatabase and dbToCatalogTable\n    databases.filter { isSelectedDatabase(dataSourceName, _) }.foreach { dbMap =>\n      val dbName = dbMap.get(\"TABLE_CAT\").map(_.toString).getOrElse(\"\")\n      logDebug(s\"Parse mysql database: $dbName\")\n      val db = CatalogDatabase(\n        id = newDatabaseId,\n        dataSourceName = dataSourceName,\n        name = dbName,\n        description = null,\n        locationUri = null,\n        properties = Map.empty)\n      xdatabases += ((db.name, db))\n    }\n  }\n\n  \/**\n   * Cache table.\n   *\/\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, mutable.HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: mutable.HashMap[Int, mutable.HashMap[String, CatalogTable]]): Unit = {\n    val conn = getConnect()\n    val dbMetaData = conn.getMetaData()\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach {\n      case (dbName, db) =>\n        conn.setCatalog(dbName)\n        val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        val tablePartitionsMap = partitionsMap.get(dbName)\n        val tables = dbMetaData.getTables(dbName, null, \"%\", Array(\"TABLE\"))\n        val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n        tables\n          .filter { tbMap =>\n            isSelectedTable(\n              whiteTables,\n              blackTables,\n              tbMap.get(\"TABLE_NAME\").map(_.toString).getOrElse(\"\"))\n          }\n          .foreach { tbMap =>\n            val tbName = tbMap.get(\"TABLE_NAME\").map(_.toString).getOrElse(\"\")\n            val jdbcOptions = setJdbcOptions(dbName, tbName)\n            val schema = resolveTableConnnectOnce(conn, jdbcOptions)\n            var partitionsParameters = new HashMap[String, String]\n            if (tablePartitionsMap != None) {\n              if (tablePartitionsMap.get.get(tbName) != None) {\n                partitionsParameters = tablePartitionsMap.get.get(tbName).get\n              }\n            }\n            if (partitionsParameters.nonEmpty) {\n              specialProperties += ((s\"${dbName}.${tbName}\", partitionsParameters))\n            }\n            \/\/ The storage contains the following info\n            \/\/ jdbcOptions:\n            \/\/ 1. url\n            \/\/ 2. user\n            \/\/ 3. password\n            \/\/ 4. type\n            \/\/ 5. version\n            \/\/ 6. table_name\n            \/\/ 7. driver\n            \/\/ 8. database\n            \/\/ ...and other infos are configured in the configuration's file\n            \/\/ specialProperties:\n            \/\/ 1. partitons'info of this table\n            val tb = CatalogTable(\n              identifier = TableIdentifier(tbName, Option(dbName), Option(dataSourceName)),\n              tableType = CatalogTableType.JDBC,\n              storage = CatalogStorageFormat.empty.copy(\n                properties = jdbcOptions.asProperties.asScala.toMap ++\n                  specialProperties.getOrElse(s\"${dbName}.${tbName}\", Map.empty[String, String])),\n              schema = schema,\n              provider = Some(FULL_PROVIDER))\n            xtables += ((tbName, tb))\n          }\n    }\n  }\n\n  override def listTables(dbName: String): Seq[String] = {\n    val conn = getConnect()\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n    val dbMetaData = conn.getMetaData()\n    dbMetaData\n      .getTables(dbName, null, \"%\", Array(\"TABLE\"))\n      .map { tbMap =>\n        tbMap.get(\"TABLE_NAME\").map(_.toString).getOrElse(\"\")\n      }\n      .filter(isSelectedTable(whiteTables, blackTables, _))\n  }\n\n  override def listDatabases(): Seq[String] = {\n    val conn = getConnect()\n    val dbMetaData = conn.getMetaData()\n    dbMetaData\n      .getCatalogs()\n      .filter { isSelectedDatabase(dsName, _) }\n      .map { dbMap =>\n        dbMap.get(\"TABLE_CAT\").map(_.toString).getOrElse(\"\")\n      }\n  }\n\n  private def getTableRows(conn: Connection, dbName: String, tbName: String): Int = {\n    val statement = conn.createStatement()\n    val sql =\n      s\"\"\"\n         |select table_rows from information_schema.tables\n         |where table_schema = '$dbName' and table_name = '$tbName'\n       \"\"\".stripMargin\n    val rs = statement.executeQuery(sql)\n    if (rs.first()) {\n      rs.getInt(1)\n    } else {\n      -1\n    }\n  }\n\n  private def getTableIndex(conn: Connection, dbName: String, tbName: String): Seq[String] = {\n    val index = ArrayBuffer[String]()\n    val statement = conn.createStatement()\n    val sql =\n      s\"\"\"\n        |show index from ${dbName}.${tbName}\n      \"\"\".stripMargin\n    val rs = statement.executeQuery(sql)\n    while (rs.next()) {\n      if (rs.getInt(SEQ_IN_INDEX) == 1) {\n        index += rs.getString(COLUMN_NAME)\n      }\n    }\n    index\n  }\n\n  override def isPushDown(\n      runtimeConf: SQLConf,\n      dataSourceName: String,\n      plan: LogicalPlan): Boolean = {\n    val push = runtimeConf\n      .getConfString(s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dataSourceName}.${PUSHDOWN}\", TRUE)\n      .toBoolean\n    val considerTableRows = runtimeConf\n      .getConfString(\n        s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dataSourceName}.\" +\n          s\"${PUSHDOWN}.${CONSIDER_TABLE_ROWS_TO_PUSHDOWN}\",\n        TRUE)\n      .toBoolean\n    val considerTableIndex = runtimeConf\n      .getConfString(\n        s\"${SPARK_XSQL_DATASOURCE_PREFIX}${dataSourceName}.\" +\n          s\"${PUSHDOWN}.${CONSIDER_TABLE_INDEX_TO_PUSHDOWN}\",\n        TRUE)\n      .toBoolean\n    if (push && (considerTableRows || considerTableIndex)) {\n      val tableIdentifierToInfo = new HashMap[String, HashMap[String, Any]]\n      val tableIdentifierToJoinColumn = new HashMap[String, Seq[String]]\n      val leafs = plan.collectLeaves\n      \/\/ Get table's info and put in a map\n      leafs.foreach { leaf =>\n        leaf match {\n          case UnresolvedRelation(identifier) =>\n            val ds = identifier.dataSource.get\n            val db = identifier.database.get\n            val tbName = identifier.table\n            val (tableRows, tableIndex) = getXSQLTableRowsAndIndex(identifier)\n            val tableInfo = new HashMap[String, Any]\n            tableInfo.put(TABLEROWS, tableRows)\n            tableInfo.put(TABLEINDEX, tableIndex)\n            tableIdentifierToInfo += s\"${ds}_${db}_${tbName}\" -> tableInfo\n          case _ =>\n        }\n      }\n      \/\/ Get tableIdentifier and join field\n      plan foreach {\n        case Join(left, right, _, condition) =>\n          if (considerTableIndex && condition.nonEmpty) {\n            val aliasToTableIdentifier = new HashMap[String, String]\n            val aliasToColumnName = new HashMap[String, Seq[String]]\n            @inline def getAliasToIdentifierOfJoinChild(plan: LogicalPlan): Unit = {\n              plan match {\n                case SubqueryAlias(alias, child) =>\n                  child.collectLeaves().head match {\n                    case UnresolvedRelation(identifier) =>\n                      val ds = identifier.dataSource.get\n                      val db = identifier.database.get\n                      val tbName = identifier.table\n                      aliasToTableIdentifier += alias.identifier -> s\"${ds}_${db}_${tbName}\"\n                    case _ =>\n                  }\n                case UnresolvedRelation(identifier) =>\n                  val ds = identifier.dataSource.get\n                  val db = identifier.database.get\n                  val tbName = identifier.table\n                  aliasToTableIdentifier += tbName -> s\"${ds}_${db}_${tbName}\"\n                case _ =>\n              }\n            }\n            \/\/ Save alias and tableIdentifier for the join child\n            getAliasToIdentifierOfJoinChild(left)\n            getAliasToIdentifierOfJoinChild(right)\n            \/\/ Collect alias and column_name on the conditon of join\n            condition.get foreachUp {\n              case attr: UnresolvedAttribute =>\n                val oldColumnSeq = aliasToColumnName.getOrElse(attr.nameParts.head, Seq.empty)\n                aliasToColumnName +=\n                  attr.nameParts.head -> (oldColumnSeq ++ Seq(attr.nameParts.last))\n              case _ =>\n            }\n            aliasToColumnName.keySet.foreach { alias =>\n              tableIdentifierToJoinColumn +=\n                aliasToTableIdentifier(alias) -> aliasToColumnName(alias)\n            }\n          }\n        case _ =>\n      }\n      \/\/ Determine the pushdown based on the number of Rows and the index for the table\n      if (leafs.size == 1) {\n        \/\/ There is only one table\n        val tableInfo = tableIdentifierToInfo.head._2\n        considerTableRows match {\n          case true =>\n            \/\/ Whether tableRows of the table is less than 10000000, if satisfied then pushdown\n            tableInfo(TABLEROWS).asInstanceOf[Int] < DEFAULT_PUSHDOWN_SINGLE_TABLE_ROWS\n          case false =>\n            \/\/ Don't consider tableRows, just pushdown\n            true\n        }\n      } else {\n        \/\/ There are more than one table\n        (considerTableIndex, considerTableRows) match {\n          case (true, a) =>\n            \/\/ Determine if the join condition contains an index field\n            val containIndex = tableIdentifierToInfo.keySet.exists { table =>\n              val tableIndex = tableIdentifierToInfo(table).get(TABLEINDEX) match {\n                case Some(_) =>\n                  tableIdentifierToInfo(table).get(TABLEINDEX).get.asInstanceOf[Seq[String]]\n                case None => Seq.empty[String]\n              }\n              val joinColumn = tableIdentifierToJoinColumn.get(table) match {\n                case Some(_) => tableIdentifierToJoinColumn(table)\n                case None => Seq.empty[String]\n              }\n              tableIndex.intersect(joinColumn).nonEmpty\n            }\n            (containIndex, a) match {\n              case (true, _) => true\n              case (false, true) =>\n                tableIdentifierToInfo.keySet.exists { table =>\n                  tableIdentifierToInfo(table).get(TABLEROWS).get.asInstanceOf[Int] <\n                    DEFAULT_PUSHDOWN_MULTI_TABLE_ROWS\n                }\n              case (false, false) => true\n            }\n          case (false, true) =>\n            tableIdentifierToInfo.keySet.exists { table =>\n              tableIdentifierToInfo(table).get(TABLEROWS).get.asInstanceOf[Int] <\n                DEFAULT_PUSHDOWN_MULTI_TABLE_ROWS\n            }\n          case (false, false) => true\n        }\n      }\n    } else {\n      push\n    }\n  }\n\n  override def getXSQLTableRowsAndIndex(identifier: TableIdentifier): (Int, Seq[String]) = {\n    val dsName = identifier.dataSource.get\n    val dbName = identifier.database.get\n    val tbName = identifier.table\n    val conn = getConnect()\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(dbName)\n    (getTableRows(conn, dbName, tbName), getTableIndex(conn, dbName, tbName))\n  }\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit = {\n    val exists = if (ignoreIfExists) \"IF NOT EXISTS\" else \"\"\n    val schema = dbDefinition.properties.map(e => e._1 + \" \" + e._2).mkString(\" \", \" \", \" \")\n    val sql = s\"CREATE DATABASE ${exists} ${dbDefinition.name}${schema}\"\n    val statement = getConnect().createStatement\n    try {\n      statement.executeUpdate(sql)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  override def dropDatabase(db: String, ignoreIfNotExists: Boolean, cascade: Boolean): Unit = {\n    val sql = s\"DROP DATABASE ${if (ignoreIfNotExists) \"IF EXISTS\" else \"\"} ${db}\"\n    val statement = getConnect().createStatement\n    try {\n      statement.executeUpdate(sql)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  \/**\n   * Author: weiwenda Date: 2018-07-13 20:06\n   * Description: similiar to JdbcUtils createTable\n   *\/\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit = {\n    val exists = if (ignoreIfExists) \"IF NOT EXISTS\" else \"\"\n    val dialect = JdbcDialects.get(cachedProperties(URL))\n    val strSchema = schemaString(tableDefinition.schema, dialect)\n    val table = dialect.quoteIdentifier(tableDefinition.identifier.table)\n    val createTableOptions = tableDefinition.properties.map(a => a._1 + \"=\" + a._2).mkString(\" \")\n    val sql = s\"CREATE TABLE ${exists} $table ($strSchema) $createTableOptions\"\n    val conn = getConnect()\n    val dbName = tableDefinition.database\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(dbName)\n    val statement = conn.createStatement\n    try {\n      statement.executeUpdate(sql)\n      val jdbcOptions = setJdbcOptions(dbName, tableDefinition.identifier.table)\n      val schema = resolveTableConnnectOnce(conn, jdbcOptions)\n      tableDefinition.copy(\n        tableType = CatalogTableType.JDBC,\n        storage =\n          CatalogStorageFormat.empty.copy(properties = jdbcOptions.asProperties.asScala.toMap),\n        schema = schema,\n        provider = Some(FULL_PROVIDER))\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  override def scanXSQLTables(\n      dataSourcesByName: mutable.HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      dataCols: Seq[AttributeReference],\n      limit: Boolean,\n      sql: String): Seq[Seq[Any]] = {\n    val conn = getConnect()\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(tableDefinition.identifier.database.get)\n    val statement = conn.createStatement\n    var newSQL = sql\n    try {\n      if (!limit) {\n        newSQL = sql + s\" limit ${DEFAULT_lIMIT}\"\n      }\n      val resultSet = statement.executeQuery(newSQL)\n      val schema = dataCols.map(dc => StructField(dc.name, dc.dataType))\n      val result = JdbcUtils.resultSetToRows(resultSet, StructType(schema)).toSeq.map(_.toSeq)\n      result\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    }\n  }\n\n  \/**\n   * Drop 'table' in some data source.\n   *\/\n  override def dropTable(\n      dbName: String,\n      table: String,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit = {\n    val conn = getConnect()\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(dbName)\n    val statement = conn.createStatement\n    val sql = s\"DROP TABLE ${if (ignoreIfNotExists) \"IF EXISTS\" else \"\"} $table\"\n    try {\n      statement.executeUpdate(sql)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  \/**\n   * Alter schema of 'table' in some data source.\n   *\/\n  override def alterTableDataSchema(dbName: String, queryContent: String): Unit = {\n    val conn = getConnect()\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(dbName)\n    val statement = conn.createStatement\n    try {\n      statement.executeUpdate(queryContent)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${queryContent}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  \/**\n   * Check table exists or not.\n   *\/\n  override def tableExists(dbName: String, table: String): Boolean = {\n    val conn = getConnect()\n    val dbMetaData = conn.getMetaData()\n    dbMetaData.getTables(dbName, null, table, Array(\"TABLE\")).next()\n  }\n\n  override def doGetRawTable(\n      dbName: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    val conn = getConnect()\n    val jdbcOptions = setJdbcOptions(dbName, table)\n    val schema = resolveTableConnnectOnce(conn, jdbcOptions)\n    Option(\n      CatalogTable(\n        identifier = TableIdentifier(table, Option(dbName), Option(dsName)),\n        tableType = CatalogTableType.JDBC,\n        storage = CatalogStorageFormat.empty.copy(\n          properties = jdbcOptions.asProperties.asScala.toMap ++\n            specialProperties.getOrElse(s\"${dbName}.${table}\", Map.empty[String, String])),\n        schema = schema,\n        provider = Some(FULL_PROVIDER)))\n  }\n\n  override def renameTable(dbName: String, oldName: String, newName: String): Unit = {\n    val sql = s\"RENAME TABLE ${oldName} TO $newName\"\n    val conn = getConnect()\n    \/\/ Must select the database here, as we reuse only one connection\n    conn.setCatalog(dbName)\n    val statement = conn.createStatement\n    try {\n      statement.executeUpdate(sql)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  override def truncateTable(\n      table: CatalogTable,\n      partitionSpec: Option[TablePartitionSpec]): Unit = {\n    val dbName = table.database\n    val conn = getConnect()\n    conn.setCatalog(dbName)\n    val identifier = table.identifier\n    val tableName = identifier.table\n    val sql = s\"TRUNCATE TABLE ${tableName}\"\n    val statement = conn.createStatement\n    try {\n      statement.executeUpdate(sql)\n    } catch {\n      case e: Exception =>\n        throw new SparkException(s\"Error when execute ${sql}, details:\\n${e.getMessage}\")\n    } finally {\n      statement.close()\n    }\n  }\n\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    val jdbcOptions = setJdbcOptions(table.database, table.identifier.table)\n    jdbcOptions.asProperties.asScala.toMap ++\n      Map(DataSourceManager.TABLETYPE -> CatalogTableType.JDBC.name)\n  }\n\n  override def stop(): Unit = {\n    connOpt.foreach(_.close())\n  }\n\n}\n\nobject MysqlManager {\n  val USE_SSL = \"useSSL\"\n  val PARTITION_CONF = \"partitionConf\"\n  val IS_SHOW_SCHEMA_DATABASE = \"showSchemaDatabase\"\n  val DRIVER = \"com.mysql.jdbc.Driver\"\n  val DATABASE = \"DATABASE\"\n  val AUTO_INCREMENT = \"AUTO_INCREMENT\"\n  val COMMENT = \"COMMENT\"\n  val COLUMN_PRIMARY_KEY = \"PRIMARY KEY\"\n  val FULL_PROVIDER = \"jdbc\"\n  val PROVIDER = \"MYSQL\"\n  val DEFAULT = \"default\"\n  val DEFAULT_PUSHDOWN_SINGLE_TABLE_ROWS = 10000000\n  val DEFAULT_PUSHDOWN_MULTI_TABLE_ROWS = 5000000\n  val COLUMN_NAME = \"Column_name\"\n  val SEQ_IN_INDEX = \"Seq_in_index\"\n  val CONSIDER_TABLE_ROWS_TO_PUSHDOWN = \"considerRows\"\n  val CONSIDER_TABLE_INDEX_TO_PUSHDOWN = \"considerIndex\"\n  val TABLEROWS = \"tableRows\"\n  val TABLEINDEX = \"tableIndex\"\n\n  \/**\n   * Author: weiwenda Date: 2018-07-12 14:14\n   * Description: similar to JDBCRelation'schema method\n   *\/\n  def resolveTableConnnectOnce(conn: Connection, options: JDBCOptions): StructType = {\n    val url = options.url\n    val table = options.tableOrQuery\n    conn.setCatalog(options.asProperties.getProperty(DATABASE))\n    val dialect = JdbcDialects.get(url)\n    val statement = conn.prepareStatement(dialect.getSchemaQuery(table))\n    try {\n      val rs = statement.executeQuery()\n      try {\n        JdbcUtils.getSchema(rs, dialect, alwaysNullable = true)\n      } finally {\n        rs.close()\n      }\n    } finally {\n      statement.close()\n    }\n  }\n\n  \/**\n   * Author: weiwenda Date: 2018-07-13 20:04\n   * Description: similar to JDBCUtils schemaString\n   *\/\n  private def schemaString(schema: StructType, dialect: JdbcDialect): String = {\n    val sb = new StringBuilder()\n    val pkColNames = ArrayBuffer[String]()\n    schema.fields.foreach { field =>\n      val name = dialect.quoteIdentifier(field.name)\n      val typ = dialect\n        .getJDBCType(field.dataType)\n        .orElse(getCommonJDBCType(field.dataType))\n        .get\n        .databaseTypeDefinition\n      val nullable = if (typ.equalsIgnoreCase(\"TIMESTAMP\")) {\n        \"NULL\"\n      } else {\n        if (field.nullable) {\n          \"\"\n        } else {\n          \"NOT NULL\"\n        }\n      }\n      sb.append(s\", $name $typ $nullable \")\n      if (field.metadata.contains(MYSQL_COLUMN_DEFAULT)) {\n        sb.append(s\"${DEFAULT} ${field.metadata.getString(MYSQL_COLUMN_DEFAULT)} \")\n      }\n      if (field.metadata.contains(MYSQL_COLUMN_AUTOINC)) {\n        sb.append(s\"${AUTO_INCREMENT} \")\n      }\n      if (field.metadata.contains(COMMENT.toLowerCase)) {\n        sb.append(s\"${COMMENT} '${field.metadata.getString(COMMENT.toLowerCase)}'\")\n      }\n      if (field.metadata.contains(PRIMARY_KEY)) {\n        pkColNames.append(name)\n      }\n    }\n    if (pkColNames.size > 0) {\n      sb.append(s\", ${COLUMN_PRIMARY_KEY} (${pkColNames.mkString(\",\")})\")\n    }\n    if (sb.length < 2) \"\" else sb.substring(2)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/XSQLStrategies.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\nimport java.util.{HashMap, HashSet, Optional}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, LinkedHashSet}\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.CatalystTypeConverters.convertToScala\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.{\n  EliminateEventTimeWatermark,\n  UnresolvedAlias,\n  UnresolvedAttribute,\n  UnresolvedFunction,\n  UnresolvedRelation,\n  UnresolvedStar\n}\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.catalyst.plans.logical._\nimport org.apache.spark.sql.catalyst.rules.Rule\nimport org.apache.spark.sql.execution.command.{CacheTableCommand, RunnableCommand}\nimport org.apache.spark.sql.execution.datasources.{DataSource, LogicalRelation}\nimport org.apache.spark.sql.execution.streaming.{\n  BaseStreamingSink,\n  StreamingRelation,\n  StreamingRelationV2\n}\nimport org.apache.spark.sql.sources.StreamSourceProvider\nimport org.apache.spark.sql.sources.v2.{\n  ContinuousReadSupport,\n  DataSourceOptions,\n  MicroBatchReadSupport\n}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.DataSourceManager._\nimport org.apache.spark.sql.xsql.DataSourceType._\nimport org.apache.spark.sql.xsql.execution.command.{ScanTableCommand, StreamingIncrementCommand}\nimport org.apache.spark.sql.xsql.execution.datasources.redis.RedisSpecialStrategy\nimport org.apache.spark.unsafe.types.CalendarInterval\nimport org.apache.spark.util.Utils\n\n\/**\n * Resolve single table one query, translate to scan table directly.\n *\/\n\/\/ INLINE: this strategy must between ResolveRelations and FindDataSourceTable\nclass ResolveScanSingleTable(session: SparkSession) extends Rule[LogicalPlan] {\n\n  val catalog = session.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n\n  override def apply(plan: LogicalPlan): LogicalPlan = {\n    if (!plan.isInstanceOf[SubqueryAlias]\n        && plan.collectLeaves().exists(leaf => leaf.isInstanceOf[UnresolvedCatalogRelation])\n        && plan.find(_.subqueries.size > 0).isEmpty) {\n      findSingleTable(plan)\n    } else {\n      plan\n    }\n  }\n\n  \/**\n   * Find single table in query.\n   *\/\n  def findSingleTable(plan: LogicalPlan): LogicalPlan = {\n    var splited = false\n    val tmpPlan = plan resolveOperatorsUp {\n      case innerplan =>\n        if (innerplan.children.size > 1) {\n          splited = true\n          innerplan.withNewChildren(innerplan.children.map(child =>\n            if (child.collectLeaves.size > 1) {\n              child\n            } else {\n              processSingleTable(child)\n          }))\n        } else {\n          innerplan\n        }\n    }\n    if (!splited) {\n      processSingleTable(tmpPlan)\n    } else {\n      tmpPlan\n    }\n  }\n\n  \/**\n   * Process single table.\n   *\/\n  def processSingleTable(plan: LogicalPlan): LogicalPlan = {\n    plan.collectLeaves.head match {\n      \/\/ The basic rules of push down as follows:\n      \/\/ First, enabled push down for some data source\n      \/\/        (e.g when spark.xsql.datasource.xxx.pushdown=true)\n      \/\/ Second, the data source must support push down.\n      \/\/ Built-in data source support push down contains MySQL, Redis, HBASE, MongoDB, Druid,\n      \/\/ Elasticsearch, but Hive and KAFKA.\n      case relation: UnresolvedCatalogRelation =>\n        val tableMeta = relation.tableMeta\n        val tableIdentifier = tableMeta.identifier\n        val ds = catalog.getDataSourceName(tableIdentifier)\n        val dsType = DataSourceType.withName(catalog.getDataSourceType(ds))\n        val isPushdown = catalog.isPushDown(tableIdentifier)\n        (dsType, isPushdown) match {\n          \/\/ MySQL has a dedicated pushdown rule, so let it go here.\n          case (MYSQL, _) => plan\n          \/\/ Hive and KAFKA not support pushdown.\n          case (HIVE | KAFKA, _) => plan\n          case (_, false) => plan\n          \/\/ REDIS has different process function.\n          case (REDIS, true) => RedisSpecialStrategy.processSingleTableRedis(plan)\n          case (HBASE | MONGO | DRUID | ELASTICSEARCH, true) =>\n            if (checkSubQueryOuterRef(plan)) {\n              plan\n            } else {\n              val newPlan = filterInnerSubqueryAlias(plan)\n              processSingleTableStandard(newPlan, dsType)\n            }\n          case _ =>\n            plan\n        }\n      case _: OneRowRelation =>\n        plan\n      case _: HiveTableRelation =>\n        plan\n      case _: LogicalRelation =>\n        plan\n      case _: LocalRelation =>\n        plan\n      case _: StreamingRelationV2 =>\n        plan\n      case other =>\n        throw new SparkException(s\"Unexpected Relation: ${other}\")\n    }\n  }\n\n  \/**\n   * Check sub query reference outer alias.\n   *\/\n  private def checkSubQueryOuterRef(plan: LogicalPlan): Boolean = {\n    var flag = false\n    plan resolveOperatorsUp {\n      case f @ Filter(condition: BinaryExpression, subqueryAlias: SubqueryAlias) =>\n        val leftAlias = findAlias(condition.left)\n        val rightAlias = findAlias(condition.right)\n        val currentAlias = subqueryAlias.alias\n        if (doCheck(currentAlias, leftAlias) || doCheck(currentAlias, rightAlias)) {\n          flag = true\n        }\n        f\n      case other => other\n    }\n    def doCheck(alias: String, otherAlias: String): Boolean = {\n      if (otherAlias == null || alias.endsWith(otherAlias)) {\n        false\n      } else {\n        true\n      }\n    }\n    flag\n  }\n\n  \/**\n   * Find alias\n   *\/\n  private def findAlias(expression: Expression): String = {\n    expression match {\n      case UnresolvedAttribute(nameParts: Seq[String]) =>\n        if (nameParts.length > 1) {\n          nameParts.head\n        } else {\n          null\n        }\n      case _ => null\n    }\n  }\n\n  def filterInnerSubqueryAlias(plan: LogicalPlan): LogicalPlan = plan resolveOperatorsUp {\n    case outerSubqueryAlias @ SubqueryAlias(alias, subqueryAlias: SubqueryAlias) =>\n      SubqueryAlias(alias, subqueryAlias.child)\n    case other => other\n  }\n\n  \/**\n   * Pushdown single table.\n   *\/\n  def processSingleTableStandard(plan: LogicalPlan, dsType: DataSourceType): LogicalPlan =\n    plan resolveOperatorsUp {\n      case relation: UnresolvedCatalogRelation =>\n        ScanTableCommand(\n          relation.tableMeta,\n          relation.tableMeta.dataSchema.asNullable.toAttributes,\n          relation.tableMeta.partitionSchema.asNullable.toAttributes,\n          columns = relation.tableMeta.dataSchema.map(_.name).asJava)\n\n      case filter @ Filter(\n            condition,\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        val searchArg = catalog.buildFilterArgument(command.tableMeta, condition)\n        subqueryAlias.copy(alias, command.copy(condition = searchArg))\n\n      case p @ Project(\n            projectList,\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        if (dsType == DataSourceType.HBASE && projectList.exists(e =>\n              e.find {\n                case u @ UnresolvedFunction(funcId, children, isDistinct) => true\n                case a @ AggregateExpression(aggregateFunction, mode, isDistinct, resultId) =>\n                  true\n                case ScalarSubquery(plan, children, exprId) => true\n                case _ => false\n              }.isDefined)) {\n          p\n        } else {\n          val names: LinkedHashSet[String] = LinkedHashSet.empty\n          val tableMeta = command.tableMeta\n          val tableType = tableMeta.tableType.name\n          val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n          val innerAggsMap = new HashMap[String, Any]\n          val dataCols = command.dataCols\n          val partitionCols = command.partitionCols\n          projectList.foreach { x =>\n            x match {\n              case u: UnresolvedStar =>\n                val cols = dataCols ++ partitionCols\n                cols.foreach { col =>\n                  names.add(col.name)\n                  fields += tableMeta.dataSchema(col.name)\n                }\n              case UnresolvedAlias(child, aliasFunc) =>\n                parseUnresolvedAlias(tableMeta, child, innerAggsMap, fields, names, None)\n              case Alias(child, name) =>\n                parseUnresolvedAlias(tableMeta, child, innerAggsMap, fields, names, Some(name))\n              case attr: UnresolvedAttribute =>\n                \/\/ Table alias need remove.\n                val realName = attr.name.split(\"\\\\.\").last\n                if (!innerAggsMap.isEmpty) {\n                  throw new SparkException(s\"\"\"Not allowed select Field $realName\n                     | when using Aggregate Function without group!\"\"\".stripMargin)\n                }\n                names.add(realName)\n                fields += tableMeta.dataSchema(realName)\n            }\n          }\n          val structType = new StructType(fields.toArray)\n          val newDataCols: Seq[AttributeReference] = structType.asNullable.toAttributes\n          val newPartitionCols: Seq[AttributeReference] = partitionCols\n          val columns = names.toSeq.asJava\n          val groupMap = innerAggsMap.get(AGGS).asInstanceOf[HashMap[String, Any]]\n          val newScanTableCommand = command.copy(\n            dataCols = newDataCols,\n            partitionCols = newPartitionCols,\n            columns = columns,\n            aggs = if (tableType.equalsIgnoreCase(\"datasource\")) innerAggsMap else groupMap)\n          subqueryAlias.copy(child = newScanTableCommand)\n        }\n\n      case a @ Aggregate(\n            groupingExpressions,\n            aggregateExpressions,\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        if (dsType.equals(DataSourceType.HBASE)) {\n          a\n        } else {\n          val names: LinkedHashSet[String] = LinkedHashSet.empty\n          val tableMeta = command.tableMeta\n          val tableType = tableMeta.tableType.name\n          val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n          var groupMap = new HashMap[String, Any]\n          val innerAggsMap = new HashMap[String, Any]\n          val groupByKeys: ArrayBuffer[String] = ArrayBuffer.empty\n          val globalGroupFieldMap = new HashSet[String]\n          groupingExpressions.reverse.foreach { x =>\n            x match {\n              case attr: UnresolvedAttribute =>\n                val realName = attr.name.split(\"\\\\.\").last\n                globalGroupFieldMap.add(realName)\n                groupMap = catalog.buildGroupArgument(\n                  tableMeta,\n                  realName,\n                  groupByKeys,\n                  innerAggsMap,\n                  groupMap)\n            }\n          }\n          aggregateExpressions.foreach { x =>\n            x match {\n              case UnresolvedAlias(child, aliasFunc) =>\n                parseUnresolvedAlias(tableMeta, child, innerAggsMap, fields, names, None)\n              case Alias(child, name) =>\n                parseUnresolvedAlias(tableMeta, child, innerAggsMap, fields, names, Some(name))\n              case attr: UnresolvedAttribute =>\n                val realName = attr.name.split(\"\\\\.\").last\n                if (!globalGroupFieldMap.contains(realName)) {\n                  throw new SparkException(s\"Aggregate Field $realName is not in Group Field!\")\n                }\n                fields += tableMeta.dataSchema(realName)\n                names.add(realName)\n              case s: UnresolvedStar =>\n                throw new SparkException(s\"expression * is not allowed in group by statement\")\n            }\n          }\n          val structType = new StructType(fields.toArray)\n          val newDataCols: Seq[AttributeReference] = structType.asNullable.toAttributes\n          val columns = names.toSeq.asJava\n          val aggs =\n            if (groupMap.isEmpty) innerAggsMap.get(AGGS).asInstanceOf[HashMap[String, Any]]\n            else groupMap\n          val newScanTableCommand = command.copy(\n            dataCols = newDataCols,\n            columns = columns,\n            aggs = if (tableType.equalsIgnoreCase(\"datasource\")) innerAggsMap else aggs,\n            groupByKeys = groupByKeys.seq)\n          subqueryAlias.copy(child = newScanTableCommand)\n        }\n      case s @ Sort(\n            order,\n            global,\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        logInfo(s\"sort is $global\")\n        val tableMeta = command.tableMeta\n        val aggs = command.aggs\n        if (aggs == null) {\n          val sortArg = catalog.buildSortArgument(tableMeta, order)\n          if (sortArg == null) {\n            s\n          } else {\n            val newScanTableCommand = command.copy(sort = sortArg)\n            subqueryAlias.copy(child = newScanTableCommand)\n          }\n        } else {\n          catalog.buildSortArgumentInAggregate(tableMeta, order, aggs)\n          subqueryAlias\n        }\n\n      case l @ LocalLimit(\n            Literal(v, t),\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        val value: Any = convertToScala(v, t)\n        val limit = value.asInstanceOf[Int]\n        if (limit < 0) {\n          throw new SparkException(s\"Aggregate limit must great than zero!\")\n        }\n        if (limit > MAX_LIMIT) {\n          throw new SparkException(s\"XSQL Pushdown is bigger than $MAX_LIMIT limit\")\n        }\n        subqueryAlias.copy(child = command.copy(limit = limit))\n\n      case g @ GlobalLimit(\n            Literal(v, t),\n            subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        subqueryAlias\n\n      case d @ Distinct(subqueryAlias @ SubqueryAlias(alias, command: ScanTableCommand)) =>\n        val columns = command.columns\n        val (groupMap, groupByKeys) =\n          catalog.buildDistinctArgument(command.tableMeta.identifier, columns)\n        if (groupMap == null || groupByKeys == null) {\n          d\n        } else {\n          val newScanTableCommand = command.copy(aggs = groupMap, groupByKeys = groupByKeys)\n          subqueryAlias.copy(child = newScanTableCommand)\n        }\n      case other => other\n    }\n\n  \/**\n   * Build aggregate argument in query.\n   *\/\n  private def buildAggregateArgument(\n      tableDefinition: CatalogTable,\n      child: Expression,\n      aggregatefuncName: String,\n      aggsMap: HashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    child match {\n      case attr: UnresolvedAttribute =>\n        val realName = attr.name.split(\"\\\\.\").last\n        catalog.buildAggregateArgument(\n          tableDefinition,\n          realName,\n          aggregatefuncName,\n          aggsMap,\n          aggregateAliasOpts)\n    }\n  }\n\n  \/**\n   * Parse UnresolvedAlias.\n   *\/\n  private def parseUnresolvedAlias(\n      tableDefinition: CatalogTable,\n      child: Expression,\n      innerAggsMap: HashMap[String, Any],\n      fields: ArrayBuffer[StructField],\n      names: LinkedHashSet[String],\n      aggregateAliasOpts: Option[String]): Unit = {\n    var stringField: StructField = null\n    child match {\n      case a @ AggregateExpression(aggregateFunction, mode, isDistinct, resultId) =>\n        aggregateFunction match {\n          case count @ Count(children) =>\n            children.foreach { child =>\n              child match {\n                case l @ Literal(v, t) =>\n                  val value: Any = convertToScala(v, t)\n                  if (value == 1) {\n                    val adapt = new UnresolvedAttribute(Seq(STAR))\n                    stringField = buildAggregateArgument(\n                      tableDefinition,\n                      adapt,\n                      COUNT,\n                      innerAggsMap,\n                      aggregateAliasOpts)\n                  }\n                case attr: UnresolvedAttribute =>\n                  stringField = buildAggregateArgument(\n                    tableDefinition,\n                    attr,\n                    COUNT,\n                    innerAggsMap,\n                    aggregateAliasOpts)\n              }\n            }\n        }\n      case u @ UnresolvedFunction(funcId, children, isDistinct) =>\n        val func = catalog.lookupFunction(funcId, children)\n        func match {\n          case sum @ Sum(child) =>\n            stringField = buildAggregateArgument(\n              tableDefinition,\n              child,\n              sum.prettyName,\n              innerAggsMap,\n              aggregateAliasOpts)\n          case avg @ Average(child) =>\n            stringField = buildAggregateArgument(\n              tableDefinition,\n              child,\n              avg.prettyName,\n              innerAggsMap,\n              aggregateAliasOpts)\n          case max @ Max(child) =>\n            stringField = buildAggregateArgument(\n              tableDefinition,\n              child,\n              max.prettyName,\n              innerAggsMap,\n              aggregateAliasOpts)\n          case min @ Min(child) =>\n            stringField = buildAggregateArgument(\n              tableDefinition,\n              child,\n              min.prettyName,\n              innerAggsMap,\n              aggregateAliasOpts)\n          case count @ Count(children) =>\n            children.foreach { child =>\n              if (isDistinct) {\n                stringField = buildAggregateArgument(\n                  tableDefinition,\n                  child,\n                  COUNT_DISTINCT,\n                  innerAggsMap,\n                  aggregateAliasOpts)\n              } else {\n                stringField = buildAggregateArgument(\n                  tableDefinition,\n                  child,\n                  COUNT,\n                  innerAggsMap,\n                  aggregateAliasOpts)\n              }\n            }\n        }\n      case ScalarSubquery(plan, children, exprId) =>\n        throw new SparkException(\n          \"XSQL not support pushdown sub query except MySQL.\" +\n            \"Please using --conf spark.xsql.datasource.\" +\n            s\"${tableDefinition.identifier.dataSource.get}.pushdown=false.\")\n\n\/\/      case attr: UnresolvedAttribute =>\n\/\/        stringField = new StructField(aggregateAliasOpts.get,\n\/\/          StringType)\n\/\/          tableDefinition.schema(attr.name.split(\"\\\\.\").last).dataType)\n    }\n    fields += stringField\n    names.add(stringField.name)\n  }\n\n  \/**\n   * Exists other relation except Hive.\n   *\/\n  def existsNonHiveRelation(plan: LogicalPlan): Boolean = {\n    var exists = false\n    val function: PartialFunction[LogicalPlan, LogicalPlan] = {\n      case r @ UnresolvedRelation(tableIdentifier) =>\n        val newTableIdentifier = catalog.getUsedTableIdentifier(tableIdentifier)\n        val dsType =\n          DataSourceType.withName(catalog.getDataSourceType(newTableIdentifier.dataSource.get))\n        dsType match {\n          case DataSourceType.HIVE =>\n          case _ => exists = true\n        }\n        r\n      case other => other\n    }\n    plan resolveOperators function\n    exists\n  }\n\n  \/**\n   * Used for SparkXSQLShell register AM later.\n   *\/\n  def isRunOnYarn(plan: LogicalPlan): Boolean = {\n    var isRun = false\n    val dsToTableIdentifier = new HashMap[String, HashSet[TableIdentifier]]\n    val innerPlans: ArrayBuffer[LogicalPlan] = ArrayBuffer.empty\n\n    val collectLogicPlanInCommand: PartialFunction[LogicalPlan, LogicalPlan] = {\n      case c: CacheTableCommand =>\n        innerPlans += c.plan.get\n        c\n      case p =>\n        p.subqueries.foreach { subquery =>\n          innerPlans += subquery\n        }\n        p\n    }\n\n    val collectDatasources: PartialFunction[LogicalPlan, LogicalPlan] = {\n      case r @ UnresolvedRelation(tableIdentifier) =>\n        val newTableIdentifier = catalog.getUsedTableIdentifier(tableIdentifier)\n        val ds = newTableIdentifier.dataSource.get\n        val identifierSet = dsToTableIdentifier.getOrDefault(ds, new HashSet[TableIdentifier])\n        identifierSet.add(newTableIdentifier)\n        dsToTableIdentifier.put(ds, identifierSet)\n        r\n      case other => other\n    }\n    plan resolveOperators collectLogicPlanInCommand\n    val allPlans = Seq(plan).++:(innerPlans)\n    allPlans.foreach { plan =>\n      plan resolveOperators collectDatasources\n    }\n    dsToTableIdentifier.asScala.foreach { kv =>\n      val selectedTableIdentifier = kv._2.asScala.toSeq.last\n      val dsType =\n        DataSourceType.withName(catalog.getDataSourceType(selectedTableIdentifier.dataSource.get))\n      dsType match {\n        case DataSourceType.MYSQL =>\n          isRun = isRun |\n            !catalog.isPushDown(selectedTableIdentifier, dsToTableIdentifier, plan)\n        case _ => isRun = isRun | !catalog.isPushDown(selectedTableIdentifier)\n      }\n    }\n    isRun\n  }\n\n  \/**\n   * Get yarn cluster. There exists a priority rule:\n   * 1.Hive data location have the highest priority.\n   * 2.Last selected cluster have the higher priority in tree.\n   *\/\n  private def getYarnCluster(plan: LogicalPlan): Option[String] = {\n    var selectedCluster: Option[String] = None\n    var hiveCluster: Option[String] = None\n    val function: PartialFunction[LogicalPlan, LogicalPlan] = {\n      case r @ UnresolvedRelation(tableIdentifier) =>\n        val newTableIdentifier = catalog.getUsedTableIdentifier(tableIdentifier)\n        val dsType =\n          DataSourceType.withName(catalog.getDataSourceType(newTableIdentifier.dataSource.get))\n        dsType match {\n          case DataSourceType.HIVE => hiveCluster = catalog.getDefaultCluster(newTableIdentifier)\n          case _ => selectedCluster = catalog.getDefaultCluster(newTableIdentifier)\n        }\n        r\n      case other => other\n    }\n    plan resolveOperators function\n    hiveCluster.orElse(selectedCluster)\n  }\n\n  \/**\n   * Select suitable yarn cluster.\n   * Notice: Only used once on restart Scheduler.\n   *\/\n  def selectYarnCluster(plan: LogicalPlan): Map[String, String] = {\n    getYarnCluster(plan)\n      .map { clusterName =>\n        catalog.getClusterOptions(clusterName)\n      }\n      .getOrElse(Map.empty)\n  }\n}\n\n\/**\n * Resolve input data stream with structured streaming.\n *\/\nclass ResolveInputDataStream(session: SparkSession) extends Rule[LogicalPlan] {\n  val catalog = session.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n  override def apply(plan: LogicalPlan): LogicalPlan = plan resolveOperators {\n    case relation @ UnresolvedCatalogRelation(tableMeta) =>\n      val tableIdentifier = tableMeta.identifier\n      val catalogDB =\n        catalog.getUsedCatalogDatabase(tableIdentifier.dataSource, tableIdentifier.database)\n      val ds = catalogDB.get.dataSourceName\n      val dsType = DataSourceType.withName(catalog.getDataSourceType(ds))\n      val isStructuredStream = catalog.isStream(tableIdentifier)\n      (dsType, isStructuredStream) match {\n        case (KAFKA, true) =>\n          val source = tableMeta.provider.get\n          val ds = DataSource.lookupDataSource(source, session.sqlContext.conf).newInstance()\n          val extraOptions = tableMeta.storage.properties\n          val options = new DataSourceOptions(extraOptions.asJava)\n          \/\/ We need to generate the V1 data source so we can pass it to the V2 relation as a shim.\n          \/\/ We can't be sure at this point whether we'll actually want to use V2,\n          \/\/ since we don't know the writer or whether the query is continuous.\n          val v1DataSource = DataSource(\n            session,\n            userSpecifiedSchema = None,\n            className = source,\n            options = extraOptions.toMap)\n          val v1Relation = ds match {\n            case _: StreamSourceProvider => Some(StreamingRelation(v1DataSource))\n            case _ => None\n          }\n          val streamingRelation = ds match {\n            case s: MicroBatchReadSupport =>\n              val tempReader = s.createMicroBatchReader(\n                Optional.ofNullable(null),\n                Utils.createTempDir(namePrefix = s\"temporaryReader\").getCanonicalPath,\n                options)\n              StreamingRelationV2(\n                s,\n                source,\n                extraOptions.toMap,\n                tempReader.readSchema().toAttributes,\n                v1Relation)(session)\n            case s: ContinuousReadSupport =>\n              val tempReader = s.createContinuousReader(\n                Optional.ofNullable(null),\n                Utils.createTempDir(namePrefix = s\"temporaryReader\").getCanonicalPath,\n                options)\n              StreamingRelationV2(\n                s,\n                source,\n                extraOptions.toMap,\n                tempReader.readSchema().toAttributes,\n                v1Relation)(session)\n            case _ =>\n              \/\/ Code path for data source v1.\n              StreamingRelation(v1DataSource)\n          }\n\n          \/\/ Parse water mark\n          val watermark = extraOptions.get(STREAMING_WATER_MARK)\n          if (watermark == None) {\n            streamingRelation\n          } else {\n            val delayThreshold = watermark.get\n            val parsedDelay =\n              Option(CalendarInterval.fromString(\"interval \" + delayThreshold)).getOrElse(\n                throw new AnalysisException(s\"Unable to parse time delay '$delayThreshold'\"))\n            require(\n              parsedDelay.milliseconds >= 0 && parsedDelay.months >= 0,\n              s\"delay threshold ($delayThreshold) should not be negative.\")\n            EliminateEventTimeWatermark(\n              EventTimeWatermark(\n                UnresolvedAttribute(KAFKA_WATER_MARK),\n                parsedDelay,\n                streamingRelation))\n          }\n        case _ =>\n          relation\n      }\n  }\n}\n\n\/**\n * Construct query of structured streaming.\n *\/\nclass ConstructStreamingQuery(session: SparkSession) extends Rule[LogicalPlan] {\n  import org.apache.spark.sql.xsql.execution.command.ConstructedStreaming\n  override def apply(plan: LogicalPlan): LogicalPlan = {\n    if (plan.isInstanceOf[ConstructedStreaming]) {\n      plan.asInstanceOf[ConstructedStreaming].child\n    } else if (plan.collectLeaves().exists(leaf => leaf.isInstanceOf[StreamingRelationV2])) {\n      StreamingIncrementCommand(plan)\n    } else {\n      plan\n    }\n  }\n\n}\n\nprivate[xsql] trait XSQLStrategies {}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/redis\/ConnectionPool.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.redis\n\nimport java.util.concurrent.ConcurrentHashMap\n\nimport scala.collection.JavaConverters._\n\nimport redis.clients.jedis.{Jedis, JedisPool, JedisPoolConfig}\nimport redis.clients.jedis.exceptions.JedisConnectionException\n\nobject ConnectionPool {\n  @transient private lazy val pools: ConcurrentHashMap[RedisEndpoint, JedisPool] =\n    new ConcurrentHashMap[RedisEndpoint, JedisPool]()\n  def connect(re: RedisEndpoint): Jedis = {\n    val pool = pools.asScala.getOrElseUpdate(re, {\n      val poolConfig: JedisPoolConfig = new JedisPoolConfig();\n      poolConfig.setMaxTotal(250)\n      poolConfig.setMaxIdle(32)\n      poolConfig.setTestOnBorrow(false)\n      poolConfig.setTestOnReturn(false)\n      poolConfig.setTestWhileIdle(false)\n      poolConfig.setMinEvictableIdleTimeMillis(60000)\n      poolConfig.setTimeBetweenEvictionRunsMillis(30000)\n      poolConfig.setNumTestsPerEvictionRun(-1)\n      new JedisPool(poolConfig, re.host, re.port, re.timeout, re.auth, re.dbNum)\n    })\n    var sleepTime: Int = 4\n    var conn: Jedis = null\n    while (conn == null) {\n      try {\n        conn = pool.getResource\n      } catch {\n        case e: JedisConnectionException\n            if e.getCause.toString.contains(\"ERR max number of clients reached\") => {\n          if (sleepTime < 500) sleepTime *= 2\n          Thread.sleep(sleepTime)\n        }\n        case e: Exception => throw e\n      }\n    }\n    conn\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/redis\/RedisRDD.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.redis\n\nimport java.util\n\nimport scala.collection.JavaConverters._\n\nimport redis.clients.jedis._\nimport redis.clients.util.JedisClusterCRC16\n\nimport org.apache.spark._\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.manager.RedisManager._\n\nclass RedisRDD(\n    sc: SparkContext,\n    val relation: RedisRelation,\n    val filters: Map[String, Any],\n    val requiredColumns: Array[String],\n    val partitionNum: Int = 1)\n  extends RDD[Row](sc, Seq.empty)\n  with RedisTableScanTrait {\n  override var key: Option[Any] = _\n  override var range: Option[(Long, Long)] = _\n  override var score: Option[(Double, Double)] = _\n  analyzeFilter()\n\n  override protected def getPreferredLocations(split: Partition): Seq[String] = {\n    Seq(split.asInstanceOf[RedisPartition].redisConfig.initialAddr)\n  }\n\n  \/**\n   * hosts(ip:String, port:Int, startSlot:Int, endSlot:Int) are generated by the redis-cluster's\n   * hash tragedy and partitionNum to divide the cluster to partitionNum\n   *\n   * @return hosts\n   *\/\n  private def scaleHostsWithPartitionNum(): Seq[(String, Int, Int, Int)] = {\n    def split(host: RedisNode, cnt: Int) = {\n      val endpoint = host.endpoint\n      val start = host.startSlot\n      val end = host.endSlot\n      val range = (end - start) \/ cnt\n      (0 until cnt).map(i => {\n        (\n          endpoint.host,\n          endpoint.port,\n          if (i == 0) start else (start + range * i + 1),\n          if (i != cnt - 1) (start + range * (i + 1)) else end)\n      })\n    }\n\n    val hosts = relation.redisConfig.hosts.sortBy(_.startSlot)\n\n    if (hosts.size == partitionNum) {\n      hosts.map(x => (x.endpoint.host, x.endpoint.port, x.startSlot, x.endSlot))\n    } else if (hosts.size < partitionNum) {\n      val presExtCnt = partitionNum \/ hosts.size\n      val lastExtCnt = if (presExtCnt * hosts.size < partitionNum) {\n        (presExtCnt + (partitionNum - presExtCnt * hosts.size))\n      } else presExtCnt\n      hosts.zipWithIndex.flatMap {\n        case (host, idx) =>\n          split(host, if (idx == hosts.size - 1) lastExtCnt else presExtCnt)\n      }\n    } else {\n      val presExtCnt = hosts.size \/ partitionNum\n      (0 until partitionNum).map { idx =>\n        {\n          val ip = hosts(idx * presExtCnt).endpoint.host\n          val port = hosts(idx * presExtCnt).endpoint.port\n          val start = hosts(idx * presExtCnt).startSlot\n          val end = hosts(if (idx == partitionNum - 1) {\n            (hosts.size - 1)\n          } else {\n            ((idx + 1) * presExtCnt - 1)\n          }).endSlot\n          (ip, port, start, end)\n        }\n      }\n    }\n  }\n\n  override protected def getPartitions: Array[Partition] = {\n    val hosts = scaleHostsWithPartitionNum()\n    (0 until partitionNum)\n      .map(i => {\n        new RedisPartition(i, relation.redisConfig, (hosts(i)._3, hosts(i)._4))\n      })\n      .toArray\n  }\n\n  override def getRowkeys(sPos: Int, ePos: Int): Seq[String] = {\n    if (key.isDefined) {\n      val keys = if (key.get.isInstanceOf[Seq[String]]) {\n        key.get.asInstanceOf[Seq[String]].map(_.toString)\n      } else {\n        Array(key.get.toString).toSeq\n      }\n      keys.filter(key => {\n        val slot = JedisClusterCRC16.getSlot(key)\n        slot >= sPos && slot <= ePos\n      })\n    } else {\n      getKeys(sPos, ePos, getKeyPattern).asScala.toSeq\n    }\n  }\n\n  override def compute(split: Partition, context: TaskContext): Iterator[Row] = {\n    val partition: RedisPartition = split.asInstanceOf[RedisPartition]\n    val rowkeys = getRowkeys(partition.slots._1, partition.slots._2)\n    groupKeysByNode(relation.redisConfig.hosts, rowkeys.iterator)\n      .flatMap { x =>\n        val conn = x._1.endpoint.connect()\n        conn.select(dbNum)\n        getKeyValue(x._2.toSeq, conn)\n      }\n      .toIterator\n      .map(ite => Row.fromSeq(ite))\n  }\n}\n\nclass RedisTableScanUtil(\n    val relation: RedisRelationTrait,\n    val requiredColumns: Array[String],\n    val filters: Map[String, Any])\n  extends RedisTableScanTrait {\n  override var key: Option[Any] = _\n  override var range: Option[(Long, Long)] = _\n  override var score: Option[(Double, Double)] = _\n  analyzeFilter()\n}\n\ntrait RedisTableScanTrait {\n  val relation: RedisRelationTrait\n  val requiredColumns: Array[String]\n  val filters: Map[String, Any]\n  var key: Option[Any]\n  var range: Option[(Long, Long)]\n  var score: Option[(Double, Double)]\n\n  lazy val redisType: String = relation.parameters.getOrElse(REDIS_TYPE, \"string\")\n  lazy val tableName: String = relation.parameters.getOrElse(TABLE, \"\")\n  lazy val delimiter: String = relation.parameters.getOrElse(SUFFIX_DELIMITER, \":\")\n  lazy val dbNum: Int = relation.parameters.getOrElse(DATABASE, \"0\").toInt\n\n  def getKeyPattern(): String = {\n    if (tableName.equals(\"\")) {\n      \"*\"\n    } else {\n      tableName + delimiter + \"*\"\n    }\n  }\n  \/\/ INLINE: call analyze manual\n  def analyzeFilter(): Unit = {\n    if (filters.forall(exp => Seq(KEY, SUFFIX, SCORE, RANGE).contains(exp._1))) {\n      val keySet = filters.keySet\n      key = if (keySet.contains(KEY)) {\n        val ink = filters.get(KEY).get.asInstanceOf[Seq[Any]]\n        assert(ink.size == 1)\n        if (ink.head.isInstanceOf[String]) {\n          assert(\n            ink.head.asInstanceOf[String].startsWith(tableName),\n            \"key must start with table name\")\n        } else {\n          assert(\n            ink.head.asInstanceOf[Seq[String]].forall(_.startsWith(tableName)),\n            \"key must start with table name\")\n        }\n        Option(ink.head)\n      } else if (keySet.contains(SUFFIX)) {\n        val ink = filters.get(SUFFIX).get.asInstanceOf[Seq[Any]]\n        assert(ink.size == 1)\n        val tmp = ink.head\n        Option(if (tmp.isInstanceOf[Seq[String]]) {\n          tmp.asInstanceOf[Seq[String]].map(tableName + delimiter + _)\n        } else {\n          tableName + delimiter + tmp.toString\n        })\n      } else {\n        Option.empty\n      }\n      range = if (keySet.contains(RANGE)) {\n        val ranges = filters.get(RANGE).get.asInstanceOf[Seq[Any]]\n        assert(ranges.size == 2)\n        Option((ranges(0).toString.toLong, ranges(1).toString.toLong))\n      } else {\n        Option.empty\n      }\n      score = if (keySet.contains(SCORE)) {\n        val scores = filters.get(SCORE).get.asInstanceOf[Seq[Any]]\n        assert(scores.size == 2)\n        Option((scores(0).toString.toDouble, scores(1).toString.toDouble))\n      } else {\n        Option.empty\n      }\n      if (range.isDefined && Seq(\"string\", \"hash\", \"set\").contains(redisType)) {\n        throw new SparkException(s\"cann't apply range to ${redisType} record\")\n      }\n      if (score.isDefined) {\n        if (range.isDefined) {\n          throw new SparkException(s\"cann't apply range and score at same time\")\n        }\n        if (Seq(\"string\", \"hash\", \"set\", \"list\").contains(redisType)) {\n          throw new SparkException(s\"cann't apply score to ${redisType} record\")\n        }\n      }\n    } else {\n      throw new SparkException(\"only support key, suffix, value, range, score for now\")\n    }\n  }\n  def getValuesByBatch(rowkeys: Seq[String], conn: Jedis): Seq[Seq[Any]] = {\n    val pipeline = conn.pipelined\n    redisType match {\n      case \"hash\" =>\n        val noKeyColumns = (requiredColumns.toBuffer - \"key\").toArray\n        rowkeys.foreach(pipeline.hmget(_, noKeyColumns: _*))\n        val rows = pipeline\n          .syncAndReturnAll()\n          .asScala\n          .asInstanceOf[Seq[java.util.List[String]]]\n          .map(_.asScala)\n        val requiredColumnsType = noKeyColumns.map(getDataType(relation.schema, _))\n        rows.map(\n          row =>\n            row\n              .zip(requiredColumnsType)\n              .map {\n                case (col, targetType) =>\n                  castToTarget(col, targetType)\n            })\n      case \"string\" =>\n        rowkeys.foreach(pipeline.get)\n        pipeline.syncAndReturnAll().asScala.map(Seq(_))\n      case \"list\" =>\n        val (start: Long, end: Long) = if (range.isEmpty) (0L, -1L) else range.get\n        rowkeys.foreach(pipeline.lrange(_, start, end))\n        pipeline\n          .syncAndReturnAll()\n          .asScala\n          .asInstanceOf[Seq[java.util.List[String]]]\n          .map(list => Seq(list.asScala))\n      case \"set\" =>\n        rowkeys.foreach(pipeline.smembers)\n        pipeline\n          .syncAndReturnAll()\n          .asScala\n          .asInstanceOf[Seq[java.util.Set[String]]]\n          .map(set => Seq(set.asScala.toSeq))\n      case \"zset\" =>\n        if (score.isDefined) {\n          val (min: Double, max: Double) = if (score.isEmpty) {\n            (Double.MinValue, Double.MaxValue)\n          } else score.get\n          rowkeys.foreach(pipeline.zrangeByScoreWithScores(_, min, max))\n        } else {\n          val (start: Long, end: Long) = if (range.isEmpty) (0L, -1L) else range.get\n          rowkeys.foreach(pipeline.zrangeWithScores(_, start, end))\n        }\n        pipeline\n          .syncAndReturnAll()\n          .asScala\n          .asInstanceOf[Seq[java.util.Set[Tuple]]]\n          .map { tups =>\n            Seq(\n              tups.asScala\n                .map {\n                  case tup =>\n                    (tup.getElement, tup.getScore)\n                }\n                .toMap[String, Double])\n          }\n    }\n  }\n\n  def getKeyValue(rowkeys: Seq[String], conn: Jedis): Seq[Seq[Any]] = {\n    val default_col_name = Seq(\"key\", \"value\")\n    val noKeyColumns = (requiredColumns.toBuffer - \"key\")\n    val toReturn = if (noKeyColumns.size == 0) {\n      rowkeys.map(Seq(_))\n    } else {\n      val col_names = redisType match {\n        case \"hash\" =>\n          Seq(\"key\") ++ noKeyColumns\n        case \"string\" | \"list\" | \"set\" | \"zset\" =>\n          default_col_name\n      }\n      val res = rowkeys\n        .grouped(10000)\n        .flatMap(keys => {\n          keys.zip(getValuesByBatch(keys, conn)).map(tup => Seq(tup._1) ++ tup._2)\n        })\n      val indexs = requiredColumns.map(col_names.indexOf)\n      res.filter(_.tail.head != null).map(ite => indexs.map(ite).toSeq).toSeq\n    }\n    conn.close\n    toReturn\n  }\n\n  private def getDataType(schema: StructType, attr: String) = {\n    schema.fields(schema.fieldIndex(attr)).dataType\n  }\n  private def castToTarget(value: String, dataType: DataType): Any = {\n    dataType match {\n      case IntegerType => value.toString.toInt\n      case DoubleType => value.toString.toDouble\n      case StringType => value.toString\n      case _ => value.toString\n    }\n  }\n\n  \/**\n   * @param key\n   * @return true if the key is a RedisRegex\n   *\/\n  private def isRedisRegex(key: String) = {\n    def judge(key: String, escape: Boolean): Boolean = {\n      if (key.length == 0) {\n        false\n      } else {\n        escape match {\n          case true => judge(key.substring(1), false)\n          case false =>\n            key.charAt(0) match {\n              case '*' => true\n              case '?' => true\n              case '[' => true\n              case '\\\\' => judge(key.substring(1), true)\n              case _ => judge(key.substring(1), false)\n            }\n        }\n      }\n    }\n    judge(key, false)\n  }\n\n  def getRowkeys(sPos: Int, ePos: Int): Seq[String] = {\n    if (key.isDefined) {\n      if (key.get.isInstanceOf[Seq[String]]) {\n        key.get.asInstanceOf[Seq[String]].map(_.toString)\n      } else {\n        Array(key.get.toString).toSeq\n      }\n    } else {\n      getKeys(sPos, ePos, getKeyPattern).asScala.toSeq\n    }\n  }\n\n  \/**\n   * @param nodes list of RedisNode\n   * @param sPos start position of slots\n   * @param ePos end position of slots\n   * @param keyPattern\n   * return keys whose slot is in [sPos, ePos]\n   *\/\n  def getKeys(sPos: Int, ePos: Int, keyPattern: String): util.HashSet[String] = {\n    val nodes = relation.redisConfig.getNodesBySlots(sPos, ePos)\n    val keys = new util.HashSet[String]()\n    if (isRedisRegex(keyPattern)) {\n      nodes.foreach(node => {\n        val conn = node.endpoint.connect()\n        conn.select(dbNum)\n        val params = new ScanParams().`match`(keyPattern)\n        val res = keys.addAll(\n          scanKeys(conn, params).asScala\n            .filter(key => {\n              val slot = JedisClusterCRC16.getSlot(key)\n              slot >= sPos && slot <= ePos\n            })\n            .asJava)\n        conn.close\n        res\n      })\n    } else {\n      val slot = JedisClusterCRC16.getSlot(keyPattern)\n      if (slot >= sPos && slot <= ePos) keys.add(keyPattern)\n    }\n    keys\n  }\n\n  \/**\n   * @param nodes list of RedisNode\n   * @param keys list of keys\n   * return (node: (key1, key2, ...), node2: (key3, key4,...), ...)\n   *\/\n  def groupKeysByNode(\n      nodes: Array[RedisNode],\n      keys: Iterator[String]): Array[(RedisNode, Array[String])] = {\n    def getNode(key: String): RedisNode = {\n      val slot = JedisClusterCRC16.getSlot(key)\n      \/* Master only *\/\n      nodes\n        .filter(node => { node.startSlot <= slot && node.endSlot >= slot })\n        .filter(_.idx == 0)(0)\n    }\n    keys\n      .map(key => (getNode(key), key))\n      .toArray\n      .groupBy(_._1)\n      .map(x => (x._1, x._2.map(_._2)))\n      .toArray\n  }\n\n  \/**\n   * @param conn\n   * @param keys\n   * keys are guaranteed that they belongs with the server jedis connected to.\n   * return keys of \"t\" type\n   *\/\n  def filterKeysByType(conn: Jedis, keys: Array[String], t: String): Array[String] = {\n    val pipeline = conn.pipelined\n    keys.foreach(pipeline.`type`)\n    val types = pipeline.syncAndReturnAll\n    (keys).zip(types.asScala).filter(x => (x._2 == t)).map(x => x._1)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/redis\/RedisEndpoint.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.redis\n\nimport java.net.URI\n\nimport redis.clients.jedis.{Jedis, Protocol}\nimport redis.clients.util.JedisURIHelper\n\n\/**\n * RedisEndpoint represents a redis connection endpoint info: host, port, auth password\n * db number, and timeout\n *\n * @param host the redis host or ip\n * @param port the redis port\n * @param auth the authentication password\n * @param dbNum database number (should be avoided in general)\n *\/\ncase class RedisEndpoint(\n    val host: String = Protocol.DEFAULT_HOST,\n    val port: Int = Protocol.DEFAULT_PORT,\n    val auth: String = null,\n    val dbNum: Int = Protocol.DEFAULT_DATABASE,\n    val timeout: Int = Protocol.DEFAULT_TIMEOUT)\n  extends Serializable {\n\n  \/**\n   * Constructor with Jedis URI\n   *\n   * @param uri connection URI in the form of redis:\/\/:$password@$host:$port\/[dbnum]\n   *\/\n  def this(uri: URI) {\n    this(\n      uri.getHost,\n      uri.getPort,\n      JedisURIHelper.getPassword(uri),\n      JedisURIHelper.getDBIndex(uri))\n  }\n\n  \/**\n   * Constructor with Jedis URI from String\n   *\n   * @param uri connection URI in the form of redis:\/\/:$password@$host:$port\/[dbnum]\n   *\/\n  def this(uri: String) {\n    this(URI.create(uri))\n  }\n\n  \/**\n   * Connect tries to open a connection to the redis endpoint,\n   * optionally authenticating and selecting a db\n   *\n   * @return a new Jedis instance\n   *\/\n  def connect(): Jedis = {\n    ConnectionPool.connect(this)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/redis\/RedisConfig.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.redis\n\nimport scala.collection.JavaConverters._\n\nimport redis.clients.jedis.Jedis\nimport redis.clients.util.{JedisClusterCRC16, SafeEncoder}\n\n\/**\n * RedisConfig holds the state of the cluster nodes, and uses consistent hashing to map\n * keys to nodes\n *\/\nclass RedisConfig(val initialHost: RedisEndpoint) extends Serializable {\n\n  val initialAddr = initialHost.host\n  val dbAmount = getDBAmount(initialHost)\n  val nodes = getNodes(initialHost)\n  val hosts = nodes.filter(_.idx == 0)\n\n  def getConnect(db: Int): Jedis = {\n    val conn = initialHost.connect()\n    conn.select(db)\n    conn\n  }\n\n  \/**\n   * @return initialHost's auth\n   *\/\n  def getAuth: String = {\n    initialHost.auth\n  }\n\n  \/**\n   * @return selected db number\n   *\/\n  def getDB: Int = {\n    initialHost.dbNum\n  }\n\n  def getRandomNode(): RedisNode = {\n    val rnd = scala.util.Random.nextInt().abs % hosts.length\n    hosts(rnd)\n  }\n\n  \/**\n   * @param sPos start slot number\n   * @param ePos end slot number\n   * @return a list of RedisNode whose slots union [sPos, ePos] is not null\n   *\/\n  def getNodesBySlots(sPos: Int, ePos: Int): Array[RedisNode] = {\n    \/* This function judges if [sPos1, ePos1] union [sPos2, ePos2] is not null *\/\n    def inter(sPos1: Int, ePos1: Int, sPos2: Int, ePos2: Int) =\n      if (sPos1 <= sPos2) ePos1 >= sPos2 else ePos2 >= sPos1\n\n    nodes\n      .filter(node => inter(sPos, ePos, node.startSlot, node.endSlot))\n      .filter(_.idx == 0) \/\/ master only now\n  }\n\n  \/**\n   * @param key\n   * *IMPORTANT* Please remember to close after using\n   * @return jedis who is a connection for a given key\n   *\/\n  def connectionForKey(key: String): Jedis = {\n    getHost(key).connect\n  }\n\n  \/**\n   * @param initialHost any redis endpoint of a cluster or a single server\n   * @return true if the target server is in cluster mode\n   *\/\n  private def clusterEnabled(initialHost: RedisEndpoint): Boolean = {\n    val conn = initialHost.connect()\n    val info = conn.info.split(\"\\n\")\n    val version = info.filter(_.contains(\"redis_version:\"))(0)\n    val clusterEnable = info.filter(_.contains(\"cluster_enabled:\"))\n    val mainVersion = version.substring(14, version.indexOf(\".\")).toInt\n    val res = mainVersion > 2 && clusterEnable.length > 0 && clusterEnable(0).contains(\"1\")\n    conn.close\n    res\n  }\n\n  \/**\n   * @param key\n   * @return host whose slots should involve key\n   *\/\n  def getHost(key: String): RedisNode = {\n    val slot = JedisClusterCRC16.getSlot(key)\n    hosts.filter(host => {\n      host.startSlot <= slot && host.endSlot >= slot\n    })(0)\n  }\n\n  private def getDBAmount(initialHost: RedisEndpoint): Int = {\n    val conn = initialHost.connect()\n    conn.configGet(\"databases\").get(1).toInt\n  }\n\n  \/**\n   * @param initialHost any redis endpoint of a single server\n   * @return list of nodes\n   *\/\n  private def getNonClusterNodes(initialHost: RedisEndpoint): Array[RedisNode] = {\n    val master = (initialHost.host, initialHost.port)\n    val conn = initialHost.connect()\n\n    val replinfo = conn.info(\"Replication\").split(\"\\n\")\n    conn.close\n\n    \/\/ If  this node is a slave, we need to extract the slaves from its master\n    if (replinfo.filter(_.contains(\"role:slave\")).length != 0) {\n      val host = replinfo.filter(_.contains(\"master_host:\"))(0).trim.substring(12)\n      val port = replinfo.filter(_.contains(\"master_port:\"))(0).trim.substring(12).toInt\n\n      \/\/ simply re-enter this function witht he master host\/port\n      getNonClusterNodes(\n        initialHost = new RedisEndpoint(host, port, initialHost.auth, initialHost.dbNum))\n\n    } else {\n      \/\/ this is a master - take its slaves\n\n      val slaves = replinfo\n        .filter(x => (x.contains(\"slave\") && x.contains(\"online\")))\n        .map(rl => {\n          val content = rl.substring(rl.indexOf(':') + 1).split(\",\")\n          val ip = content(0)\n          val port = content(1)\n          (ip.substring(ip.indexOf('=') + 1), port.substring(port.indexOf('=') + 1).toInt)\n        })\n\n      val nodes = master +: slaves\n      val range = nodes.size\n      (0 until range)\n        .map(\n          i =>\n            RedisNode(\n              new RedisEndpoint(\n                nodes(i)._1,\n                nodes(i)._2,\n                initialHost.auth,\n                initialHost.dbNum,\n                initialHost.timeout),\n              0,\n              16383,\n              i,\n              range))\n        .toArray\n    }\n  }\n\n  \/**\n   * @param initialHost any redis endpoint of a cluster server\n   * @return list of nodes\n   *\/\n  private def getClusterNodes(initialHost: RedisEndpoint): Array[RedisNode] = {\n    val conn = initialHost.connect()\n    val res = conn\n      .clusterSlots()\n      .asScala\n      .flatMap { slotInfoObj =>\n        {\n          val slotInfo = slotInfoObj.asInstanceOf[java.util.List[java.lang.Object]]\n          val sPos = slotInfo.get(0).toString.toInt\n          val ePos = slotInfo.get(1).toString.toInt\n          \/*\n           * We will get all the nodes with the slots range [sPos, ePos],\n           * and create RedisNode for each nodes, the total field of all\n           * RedisNode are the number of the nodes whose slots range is\n           * as above, and the idx field is just an index for each node\n           * which will be used for adding support for slaves and so on.\n           * And the idx of a master is always 0, we rely on this fact to\n           * filter master.\n           *\/\n          (0 until (slotInfo.size - 2)).map(i => {\n            val node = slotInfo.asScala(i + 2).asInstanceOf[java.util.List[java.lang.Object]]\n            val host = SafeEncoder.encode(node.get(0).asInstanceOf[Array[scala.Byte]])\n            val port = node.get(1).toString.toInt\n            RedisNode(\n              new RedisEndpoint(\n                host,\n                port,\n                initialHost.auth,\n                initialHost.dbNum,\n                initialHost.timeout),\n              sPos,\n              ePos,\n              i,\n              slotInfo.size - 2)\n          })\n        }\n      }\n      .toArray\n    conn.close()\n    res\n  }\n\n  \/**\n   * @param initialHost any redis endpoint of a cluster or a single server\n   * @return list of nodes\n   *\/\n  def getNodes(initialHost: RedisEndpoint): Array[RedisNode] = {\n    if (clusterEnabled(initialHost)) {\n      getClusterNodes(initialHost)\n    } else {\n      getNonClusterNodes(initialHost)\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/CustomedHBaseFilter.scala","text":"<filename>sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/CustomedHBaseFilter.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * File modified by Hortonworks, Inc. Modifications are also licensed under\n * the Apache Software License, Version 2.0.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.hbase\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.math.Ordering\n\nimport org.apache.hadoop.hbase.CompareOperator\nimport org.apache.hadoop.hbase.filter.{Filter => HFilter, FilterList => HFilterList, _}\nimport org.apache.hadoop.hbase.util.Bytes\n\nimport org.apache.spark.sql.execution.datasources.hbase\nimport org.apache.spark.sql.execution.datasources.hbase.CustomedFilterType.CustomedFilterType\nimport org.apache.spark.sql.execution.datasources.hbase.types.SHCDataTypeFactory\nimport org.apache.spark.sql.sources._\n\nobject CustomedFilterType extends Enumeration {\n  type CustomedFilterType = Value\n  val And, Or, Atomic, Prefix, Row, Und = Value\n  def getOperator(hType: CustomedFilterType): HFilterList.Operator = hType match {\n    case And => HFilterList.Operator.MUST_PASS_ALL\n    case Or => HFilterList.Operator.MUST_PASS_ONE\n  }\n  def parseFrom(fType: CustomedFilterType): Array[Byte] => HFilter = fType match {\n    case And | Or =>\n      x: Array[Byte] =>\n        HFilterList.parseFrom(x).asInstanceOf[HFilter]\n    case Row =>\n      x: Array[Byte] =>\n        RowFilter.parseFrom(x).asInstanceOf[HFilter]\n    case Atomic =>\n      x: Array[Byte] =>\n        SingleColumnValueFilter.parseFrom(x).asInstanceOf[HFilter]\n    case Prefix =>\n      x: Array[Byte] =>\n        PrefixFilter.parseFrom(x).asInstanceOf[HFilter]\n    case Und => throw new Exception(\"unknown type\")\n  }\n}\n\ncase class CustomedTypedFilter(filter: Option[HFilter], hType: CustomedFilterType)\n\ncase class SerializedTypedFilter(b: Option[Array[Byte]], hType: CustomedFilterType)\n\nobject CustomedTypedFilter {\n  def toSerializedTypedFilter(tf: CustomedTypedFilter): SerializedTypedFilter = {\n    val b = tf.filter.map(_.toByteArray)\n    SerializedTypedFilter(b, tf.hType)\n  }\n\n  def fromSerializedTypedFilter(tf: SerializedTypedFilter): CustomedTypedFilter = {\n    val filter = tf.b.map(x => CustomedFilterType.parseFrom(tf.hType)(x))\n    CustomedTypedFilter(filter, tf.hType)\n  }\n\n  def empty: CustomedTypedFilter = CustomedTypedFilter(None, CustomedFilterType.Und)\n\n  private def getOne(left: CustomedTypedFilter, right: CustomedTypedFilter) = {\n    left.filter.fold(right)(x => left)\n  }\n\n  private def ops(\n      left: CustomedTypedFilter,\n      right: CustomedTypedFilter,\n      hType: CustomedFilterType) = {\n    if (left.hType == hType) {\n      val l = left.filter.get.asInstanceOf[HFilterList]\n      if (right.hType == hType) {\n        val r = right.filter.get.asInstanceOf[HFilterList].getFilters\n        r.asScala.foreach(l.addFilter(_))\n      } else {\n        l.addFilter(right.filter.get)\n      }\n      left\n    } else if (right.hType == hType) {\n      val r = right.filter.get.asInstanceOf[HFilterList]\n      r.addFilter(left.filter.get)\n      right\n    } else {\n      val nf = new HFilterList(CustomedFilterType.getOperator(hType))\n      nf.addFilter(left.filter.get)\n      nf.addFilter(right.filter.get)\n      CustomedTypedFilter(Some(nf), hType)\n    }\n  }\n\n  def and(left: CustomedTypedFilter, right: CustomedTypedFilter): CustomedTypedFilter = {\n    if (left.filter.isEmpty) {\n      right\n    } else if (right.filter.isEmpty) {\n      left\n    } else {\n      ops(left, right, CustomedFilterType.And)\n    }\n  }\n  def or(left: CustomedTypedFilter, right: CustomedTypedFilter): CustomedTypedFilter = {\n    if (left.filter.isEmpty || right.filter.isEmpty) {\n      CustomedTypedFilter.empty\n    } else {\n      ops(left, right, CustomedFilterType.Or)\n    }\n  }\n}\n\/\/ Combination of HBase range and filters\ncase class CustomedHRF[T](\n    ranges: Array[ScanRange[T]],\n    tf: CustomedTypedFilter,\n    handled: Boolean = false)\n\nobject CustomedHRF {\n  def empty[T]: CustomedHRF[T] =\n    CustomedHRF[T](Array(ScanRange.empty[T]), CustomedTypedFilter.empty)\n}\n\nobject CustomedHBaseFilter extends Logging {\n  implicit val order: Ordering[Array[Byte]] = hbase.ord\n  var colSet: mutable.HashSet[Field] = _\n  def buildFilters(\n      filters: Array[Filter],\n      relation: HBaseRelationTrait,\n      cs: mutable.HashSet[Field]): CustomedHRF[Array[Byte]] = {\n    colSet = cs\n    if (log.isDebugEnabled) {\n      logDebug(s\"for all filters: \")\n      filters.foreach(x => logDebug(x.toString))\n    }\n    val filter = filters.reduceOption[Filter](And(_, _))\n    val ret = filter.map(buildFilter(_, relation)).getOrElse(CustomedHRF.empty[Array[Byte]])\n    if (log.isDebugEnabled) {\n      logDebug(\"ret:\")\n      ret.ranges.foreach(x => logDebug(x.toString))\n    }\n    ret\n  }\n\n  def process(\n      value: Any,\n      relation: HBaseRelationTrait,\n      attribute: String,\n      primary: BoundRanges => CustomedHRF[Array[Byte]],\n      column: BoundRanges => CustomedHRF[Array[Byte]],\n      composite: BoundRanges => CustomedHRF[Array[Byte]]): CustomedHRF[Array[Byte]] = {\n    val b = BoundRange(value, relation.getField(attribute))\n    val ret: Option[CustomedHRF[Array[Byte]]] = {\n      if (relation.isPrimaryKey(attribute)) {\n        b.map(primary(_))\n      } else if (relation.isColumn(attribute)) {\n        b.map(column(_))\n      } else {\n        \/\/ INLINE: rowkey but not the first\n        Some(CustomedHRF.empty[Array[Byte]])\n        \/\/ composite key does not work, need more work\n        \/*\n        if (!relation.rows.varLength) {\n          b.map(composite(_))\n        } else {\n          None\n        } *\/\n      }\n    }\n    ret.getOrElse(CustomedHRF.empty[Array[Byte]])\n  }\n\n  def buildFilter(filter: Filter, relation: HBaseRelationTrait): CustomedHRF[Array[Byte]] = {\n    val tCoder = relation.catalog.shcTableCoder\n    \/\/ We treat greater and greaterOrEqual as the same\n    def Greater(attribute: String, value: Any, cor: CompareOperator): CustomedHRF[Array[Byte]] = {\n      val include = if (cor.equals(CompareOperator.GREATER_OR_EQUAL)) true else false\n      process(\n        value,\n        relation,\n        attribute,\n        bound => {\n          if (relation.singleKey) {\n            CustomedHRF(\n              bound.greater\n                .map(x => ScanRange(Some(Bound(x.low, include)), Some(Bound(x.upper, true)))),\n              CustomedTypedFilter.empty)\n          } else {\n            val s = bound.greater.map(\n              x =>\n                ScanRange(\n                  relation.rows.length,\n                  x.low,\n                  include,\n                  x.upper,\n                  true,\n                  relation.getField(attribute).start))\n            CustomedHRF(s, CustomedTypedFilter.empty)\n          }\n        },\n        bound => {\n          val f = relation.getField(attribute)\n          colSet.add(f)\n          val filter = bound.greater.map {\n            x =>\n              val lower = new SingleColumnValueFilter(\n                tCoder.toBytes(f.cf),\n                tCoder.toBytes(f.col),\n                cor,\n                x.low)\n              val low = CustomedTypedFilter(Some(lower), CustomedFilterType.Atomic)\n              val upper = new SingleColumnValueFilter(\n                tCoder.toBytes(f.cf),\n                tCoder.toBytes(f.col),\n                CompareOperator.LESS_OR_EQUAL,\n                x.upper)\n              val up = CustomedTypedFilter(Some(upper), CustomedFilterType.Atomic)\n              CustomedTypedFilter.and(low, up)\n          }\n          val of = filter.reduce[CustomedTypedFilter] {\n            case (x, y) =>\n              CustomedTypedFilter.or(x, y)\n          }\n          CustomedHRF(Array(ScanRange.empty[Array[Byte]]), of)\n        },\n        bound => {\n          val s = bound.greater.map(\n            x =>\n              ScanRange(\n                relation.rows.length,\n                x.low,\n                include,\n                x.upper,\n                true,\n                relation.getField(attribute).start))\n          CustomedHRF(s, CustomedTypedFilter.empty)\n        })\n    }\n    \/\/ We treat less and lessOrEqual as the same\n    def Less(attribute: String, value: Any, cor: CompareOperator): CustomedHRF[Array[Byte]] = {\n      val include = if (cor.equals(CompareOperator.LESS_OR_EQUAL)) true else false\n      process(\n        value,\n        relation,\n        attribute,\n        bound => {\n          if (relation.singleKey) {\n            CustomedHRF(\n              bound.less\n                .map(x => ScanRange(Some(Bound(x.low, true)), Some(Bound(x.upper, include)))),\n              CustomedTypedFilter.empty)\n          } else {\n            val s = bound.less.map(\n              x =>\n                ScanRange(\n                  relation.rows.length,\n                  x.low,\n                  true,\n                  x.upper,\n                  include,\n                  relation.getField(attribute).start))\n            CustomedHRF(s, CustomedTypedFilter.empty)\n          }\n        },\n        bound => {\n          val f = relation.getField(attribute)\n          colSet.add(f)\n          val filter = bound.less.map {\n            x =>\n              val lower = new SingleColumnValueFilter(\n                tCoder.toBytes(f.cf),\n                tCoder.toBytes(f.col),\n                CompareOperator.GREATER_OR_EQUAL,\n                x.low)\n              val low = CustomedTypedFilter(Some(lower), CustomedFilterType.Atomic)\n              val upper = new SingleColumnValueFilter(\n                tCoder.toBytes(f.cf),\n                tCoder.toBytes(f.col),\n                cor,\n                x.upper)\n              val up = CustomedTypedFilter(Some(upper), CustomedFilterType.Atomic)\n              CustomedTypedFilter.and(low, up)\n          }\n          val ob = filter.reduce[CustomedTypedFilter] {\n            case (x, y) =>\n              CustomedTypedFilter.or(x, y)\n          }\n          CustomedHRF(Array(ScanRange.empty[Array[Byte]]), ob)\n        },\n        bound => {\n          val s = bound.less.map(\n            x =>\n              ScanRange(\n                relation.rows.length,\n                x.low,\n                true,\n                x.upper,\n                include,\n                relation.getField(attribute).start))\n          CustomedHRF(s, CustomedTypedFilter.empty)\n        })\n    }\n\n    def setDiff(\n        inValues: Array[Any],\n        notInValues: Array[Any],\n        attrib: String): CustomedHRF[Array[Byte]] = {\n      val diff = inValues.toSet diff notInValues.toSet\n      buildFilter(In(attrib, diff.toArray), relation)\n    }\n\n    val f = filter match {\n      case And(\n          Not(In(notInAttrib: String, notInValues: Array[Any])),\n          In(inAttrib: String, inValues: Array[Any])) if inAttrib == notInAttrib =>\n        \/\/ this is set difference being performed\n        setDiff(inValues, notInValues, inAttrib)\n\n      case And(\n          In(inAttrib: String, inValues: Array[Any]),\n          Not(In(notInAttrib: String, notInValues: Array[Any]))) if inAttrib == notInAttrib =>\n        \/\/ this is set difference being performed\n        setDiff(inValues, notInValues, inAttrib)\n\n      case And(left, right) =>\n        and[Array[Byte]](buildFilter(left, relation), buildFilter(right, relation))\n      case Or(left, right) =>\n        or[Array[Byte]](buildFilter(left, relation), buildFilter(right, relation))\n      case LessThan(attribute, value) =>\n        Less(attribute, value, CompareOperator.LESS)\n      case LessThanOrEqual(attribute, value) =>\n        Less(attribute, value, CompareOperator.LESS_OR_EQUAL)\n      case GreaterThan(attribute, value) =>\n        Greater(attribute, value, CompareOperator.GREATER)\n      case GreaterThanOrEqual(attribute, value) =>\n        Greater(attribute, value, CompareOperator.GREATER_OR_EQUAL)\n      case Not(And(left, right)) =>\n        or[Array[Byte]](buildFilter(Not(left), relation), buildFilter(Not(right), relation))\n      case Not(Or(left, right)) =>\n        and[Array[Byte]](buildFilter(Not(left), relation), buildFilter(Not(right), relation))\n      case Not(EqualTo(attribute, value)) =>\n        if (relation.isPrimaryKey(attribute)) {\n          or[Array[Byte]](\n            Less(attribute, value, CompareOperator.LESS),\n            Greater(attribute, value, CompareOperator.GREATER))\n        } else if (relation.isColumn(attribute)) {\n          and[Array[Byte]](\n            not[Array[Byte]](buildFilter(EqualTo(attribute, value), relation)),\n            buildFilter(IsNotNull(attribute), relation))\n        } else {\n          CustomedHRF.empty[Array[Byte]]\n        }\n      case Not(LessThan(attribute, value)) =>\n        Greater(attribute, value, CompareOperator.GREATER_OR_EQUAL)\n      case Not(LessThanOrEqual(attribute, value)) =>\n        Greater(attribute, value, CompareOperator.GREATER)\n      case Not(GreaterThan(attribute, value)) =>\n        Less(attribute, value, CompareOperator.LESS_OR_EQUAL)\n      case Not(GreaterThanOrEqual(attribute, value)) =>\n        Less(attribute, value, CompareOperator.LESS)\n      \/\/ We should also add Not(GreatThan, LessThan, ...)\n      \/\/ because if we miss some filter, it may result in a large scan range.\n      case Not(child @ StringContains(attribute: String, value: String))\n          if relation.isColumn(attribute) =>\n        and[Array[Byte]](\n          not[Array[Byte]](buildFilter(child, relation)),\n          buildFilter(IsNotNull(attribute), relation))\n      case Not(In(attribute: String, values: Array[Any])) =>\n        \/\/ converting a \"not(key in (x1, x2, x3..)) filter to (key != x1) and (key != x2) and ..\n        values\n          .map { v =>\n            buildFilter(Not(EqualTo(attribute, v)), relation)\n          }\n          .reduceOption[CustomedHRF[Array[Byte]]] {\n            case (lhs, rhs) => and(lhs, rhs)\n          }\n          .getOrElse(CustomedHRF.empty[Array[Byte]])\n      case EqualTo(attribute, value) =>\n        process(\n          value,\n          relation,\n          attribute,\n          bound => {\n            if (relation.singleKey) {\n              CustomedHRF(\n                Array(ScanRange(Some(Bound(bound.value, true)), Some(Bound(bound.value, true)))),\n                CustomedTypedFilter.empty,\n                true)\n            } else {\n              val s = ScanRange(\n                relation.rows.length,\n                bound.value,\n                true,\n                bound.value,\n                true,\n                relation.getField(attribute).start)\n              CustomedHRF(Array(s), CustomedTypedFilter.empty)\n            }\n          },\n          bound => {\n            val f = relation.getField(attribute)\n            colSet.add(f)\n            val filter = new SingleColumnValueFilter(\n              tCoder.toBytes(f.cf),\n              tCoder.toBytes(f.col),\n              CompareOperator.EQUAL,\n              bound.value)\n            CustomedHRF(\n              Array(ScanRange.empty[Array[Byte]]),\n              CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n              true)\n          },\n          bound => {\n            val s = ScanRange(\n              relation.rows.length,\n              bound.value,\n              true,\n              bound.value,\n              true,\n              relation.getField(attribute).start)\n            CustomedHRF(Array(s), CustomedTypedFilter.empty)\n          })\n      case StringStartsWith(attribute, value) =>\n        val b = SHCDataTypeFactory.create(relation.getField(attribute).fCoder).toBytes(value)\n        if (relation.isPrimaryKey(attribute)) {\n          val prefixFilter = new PrefixFilter(b)\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(prefixFilter), CustomedFilterType.Prefix))\n        } else if (relation.isColumn(attribute)) {\n          val f = relation.getField(attribute)\n          colSet.add(f)\n          val filter = new SingleColumnValueFilter(\n            tCoder.toBytes(f.cf),\n            tCoder.toBytes(f.col),\n            CompareOperator.EQUAL,\n            new BinaryPrefixComparator(b))\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n            handled = true)\n        } else {\n          CustomedHRF.empty[Array[Byte]]\n        }\n      case StringEndsWith(attribute, value) =>\n        if (relation.isPrimaryKey(attribute)) {\n          val rowFilter =\n            new RowFilter(CompareOperator.EQUAL, new RegexStringComparator(s\".*$value\" + \"$\"))\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(rowFilter), CustomedFilterType.Row))\n        } else if (relation.isColumn(attribute)) {\n          val f = relation.getField(attribute)\n          colSet.add(f)\n          val filter = new SingleColumnValueFilter(\n            tCoder.toBytes(f.cf),\n            tCoder.toBytes(f.col),\n            CompareOperator.EQUAL,\n            new RegexStringComparator(s\".*$value\" + \"$\"))\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n            handled = true)\n        } else {\n          CustomedHRF.empty[Array[Byte]]\n        }\n      case StringContains(attribute: String, value: String) =>\n        if (relation.isPrimaryKey(attribute)) {\n          val rowFilter =\n            new RowFilter(CompareOperator.EQUAL, new SubstringComparator(value))\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(rowFilter), CustomedFilterType.Row))\n        } else if (relation.isColumn(attribute)) {\n          val f = relation.getField(attribute)\n          colSet.add(f)\n          val filter = new SingleColumnValueFilter(\n            tCoder.toBytes(f.cf),\n            tCoder.toBytes(f.col),\n            CompareOperator.EQUAL,\n            new SubstringComparator(value))\n          CustomedHRF[Array[Byte]](\n            Array(ScanRange.empty[Array[Byte]]),\n            CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n            handled = true)\n        } else {\n          CustomedHRF.empty[Array[Byte]]\n        }\n      case In(attribute: String, values: Array[Any]) =>\n        \/\/ converting a \"key in (x1, x2, x3..) filter to (key == x1) or (key == x2) or ...\n        values\n          .map { v =>\n            buildFilter(EqualTo(attribute, v), relation)\n          }\n          .reduceOption[CustomedHRF[Array[Byte]]] {\n            case (lhs, rhs) => or(lhs, rhs)\n          }\n          .getOrElse(CustomedHRF.empty[Array[Byte]])\n      case IsNull(attribute: String) if relation.isColumn(attribute) =>\n        val f = relation.getField(attribute)\n        colSet.add(f)\n        val filter = new SingleColumnValueFilter(\n          tCoder.toBytes(f.cf),\n          tCoder.toBytes(f.col),\n          CompareOperator.EQUAL,\n          new BinaryComparator(Bytes.toBytes(\"\")))\n        CustomedHRF[Array[Byte]](\n          Array(ScanRange.empty[Array[Byte]]),\n          CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n          handled = true)\n      case IsNotNull(attribute: String) if relation.isColumn(attribute) =>\n        val f = relation.getField(attribute)\n        colSet.add(f)\n        val filter = new SingleColumnValueFilter(\n          tCoder.toBytes(f.cf),\n          tCoder.toBytes(f.col),\n          CompareOperator.NOT_EQUAL,\n          new BinaryComparator(Bytes.toBytes(\"\")))\n        filter.setFilterIfMissing(true)\n        CustomedHRF[Array[Byte]](\n          Array(ScanRange.empty[Array[Byte]]),\n          CustomedTypedFilter(Some(filter), CustomedFilterType.Atomic),\n          handled = true)\n      case _ => CustomedHRF.empty[Array[Byte]]\n    }\n    logDebug(s\"\"\"start filter $filter:  ${f.ranges.map(_.toString).mkString(\" \")}\"\"\")\n    f\n  }\n\n  def and[T](left: CustomedHRF[T], right: CustomedHRF[T])(\n      implicit ordering: Ordering[T]): CustomedHRF[T] = {\n    \/\/ (0, 5), (10, 15) and with (2, 3) (8, 12) = (2, 3), (10, 12)\n    val ranges = ScanRange.and(left.ranges, right.ranges)\n    val typeFilter = CustomedTypedFilter.and(left.tf, right.tf)\n    CustomedHRF(ranges, typeFilter, left.handled && right.handled)\n  }\n\n  def or[T](left: CustomedHRF[T], right: CustomedHRF[T])(\n      implicit ordering: Ordering[T]): CustomedHRF[T] = {\n    val ranges = ScanRange.or(left.ranges, right.ranges)\n    val typeFilter = CustomedTypedFilter.or(left.tf, right.tf)\n    CustomedHRF(ranges, typeFilter, left.handled && right.handled)\n  }\n  def not[T](left: CustomedHRF[T])(implicit ordering: Ordering[T]): CustomedHRF[T] = {\n    assert(left.tf.hType.equals(CustomedFilterType.Atomic))\n    assert(left.tf.filter.get.isInstanceOf[SingleColumnValueFilter])\n    val oldFilter = left.tf.filter.get.asInstanceOf[SingleColumnValueFilter]\n    val newFilter = new SingleColumnValueFilter(\n      oldFilter.getFamily,\n      oldFilter.getQualifier,\n      CompareOperator.NOT_EQUAL,\n      oldFilter.getComparator)\n    left.copy(tf = left.tf.copy(filter = Some(newFilter)))\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/TimeSeriesQuery.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.joda.time.{DateTime, Interval}\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL._\n\ncase class TimeSeriesQuery(\n    source: String,\n    interval: Interval,\n    descending: String = \"false\",\n    granularity: Granularity,\n    aggregate: Seq[Aggregation],\n    postAggregate: Seq[PostAggregation] = Nil,\n    filter: QueryFilter = QueryFilter.All) {\n  val g: JValue = granularity match {\n    case SimpleGranularity(name) => name\n    case p: PeriodGranularity => p.toJson\n    case d: DurationGranularity => d.toJson\n  }\n\n  def toJson: JValue = {\n    JObject(\n      \"queryType\" -> \"timeseries\",\n      \"dataSource\" -> source,\n      \"descending\" -> descending,\n      \"granularity\" -> g,\n      \"aggregations\" -> aggregate.map(_.toJson),\n      \"postAggregations\" -> postAggregate.map(_.toJson),\n      \"intervals\" -> Time.intervalToString(interval),\n      \"filter\" -> filter.toJson)\n  }\n}\n\ncase class TimeSeriesResponse(data: Seq[(DateTime, Map[String, Any])])\n\nobject TimeSeriesResponse {\n  implicit val formats = org.json4s.DefaultFormats\n\n  def parse(js: JValue): TimeSeriesResponse = {\n    js match {\n      case JArray(results) =>\n        val data = results.map { r =>\n          val time = Time.parse((r \\ \"timestamp\").extract[String])\n          val values = (r \\ \"result\").asInstanceOf[JObject].values\n          time -> values\n        }\n        TimeSeriesResponse(data)\n      case JNothing =>\n        TimeSeriesResponse(null)\n      case err @ _ =>\n        throw new IllegalArgumentException(\"Invalid time series response: \" + err)\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/ddl.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{AnalysisException, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.Resolver\nimport org.apache.spark.sql.catalyst.catalog.CatalogDatabase\nimport org.apache.spark.sql.catalyst.catalog.CatalogTypes.TablePartitionSpec\nimport org.apache.spark.sql.catalyst.catalog.CatalogUtils\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference}\nimport org.apache.spark.sql.execution.command.{DDLUtils, RunnableCommand}\nimport org.apache.spark.sql.execution.datasources.jdbc.JdbcUtils.getCommonJDBCType\nimport org.apache.spark.sql.jdbc.{JdbcDialect, JdbcDialects}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\nimport org.apache.spark.sql.xsql.manager.MysqlManager\nimport org.apache.spark.sql.xsql.types._\n\n\/**\n * A command for users to create a new database.\n *\n * It will issue an error message when the database with the same name already exists,\n * unless 'ifNotExists' is true.\n * The syntax of using this command in SQL is:\n * {{{\n *   CREATE (DATABASE|SCHEMA) [IF NOT EXISTS] ['ds'.]database_name\n *     [COMMENT database_comment]\n *     [LOCATION database_directory]\n *     [WITH DBPROPERTIES (property_name=property_value, ...)];\n * }}}\n *\/\ncase class XSQLCreateDatabaseCommand(\n    dataSourceName: Option[String],\n    databaseName: String,\n    ifNotExists: Boolean,\n    path: Option[String],\n    comment: Option[String],\n    props: Map[String, String])\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    var dsName: String = null\n    if (dataSourceName == None) {\n      val catalogDB = catalog.getCurrentCatalogDatabase\n      dsName = catalogDB.get.dataSourceName\n    } else {\n      dsName = dataSourceName.get\n    }\n    catalog.createDatabase(\n      CatalogDatabase(\n        dataSourceName = dsName,\n        name = databaseName,\n        description = comment.getOrElse(\"\"),\n        locationUri =\n          path.map(CatalogUtils.stringToURI(_)).getOrElse(catalog.getDefaultDBPath(databaseName)),\n        properties = props),\n      ifNotExists)\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * A command for users to remove a database from the system.\n *\n * 'ifExists':\n * - true, if database_name does't exist, no action\n * - false (default), if database_name does't exist, a warning message will be issued\n * 'cascade':\n * - true, the dependent objects are automatically dropped before dropping database.\n * - false (default), it is in the Restrict mode. The database cannot be dropped if\n * it is not empty. The inclusive tables must be dropped at first.\n *\n * The syntax of using this command in SQL is:\n * {{{\n *    DROP DATABASE [IF EXISTS] database_name [RESTRICT|CASCADE];\n * }}}\n *\/\ncase class XSQLDropDatabaseCommand(\n    dataSourceName: Option[String],\n    databaseName: String,\n    ifExists: Boolean,\n    cascade: Boolean)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    catalog.dropDatabase(dataSourceName, databaseName, ifExists, cascade)\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * A command for users to add new (key, value) pairs into DBPROPERTIES\n * If the database does not exist, an error message will be issued to indicate the database\n * does not exist.\n * The syntax of using this command in SQL is:\n * {{{\n *    ALTER (DATABASE|SCHEMA) database_name SET DBPROPERTIES (property_name=property_value, ...)\n * }}}\n *\/\ncase class XSQLAlterDatabasePropertiesCommand(\n    dataSourceName: Option[String],\n    databaseName: String,\n    props: Map[String, String])\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val db: CatalogDatabase = catalog.getDatabaseMetadata(dataSourceName, databaseName)\n    catalog.alterDatabase(db.copy(properties = db.properties ++ props))\n\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * A command for users to show the name of the database, its comment (if one has been set), and its\n * root location on the filesystem. When extended is true, it also shows the database's properties\n * If the database does not exist, an error message will be issued to indicate the database\n * does not exist.\n * The syntax of using this command in SQL is\n * {{{\n *    DESCRIBE DATABASE [EXTENDED] db_name\n * }}}\n *\/\ncase class XSQLDescribeDatabaseCommand(\n    dataSourceName: Option[String],\n    databaseName: String,\n    extended: Boolean)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val dbMetadata: CatalogDatabase = catalog.getDatabaseMetadata(dataSourceName, databaseName)\n    val dsName = dbMetadata.dataSourceName\n    val locationUri =\n      Option(dbMetadata.locationUri).map(CatalogUtils.URIToString(_)).getOrElse(\"\")\n    val description = Option(dbMetadata.description).getOrElse(\"\")\n    val result =\n      Row(\"Data Source Name\", dsName) ::\n        Row(\"Database Name\", dbMetadata.name) ::\n        Row(\"Description\", description) ::\n        Row(\"Location\", locationUri) :: Nil\n\n    if (extended) {\n      val properties =\n        if (dbMetadata.properties.isEmpty) {\n          \"\"\n        } else {\n          dbMetadata.properties.toSeq.mkString(\"(\", \", \", \")\")\n        }\n      result :+ Row(\"Properties\", properties)\n    } else {\n      result\n    }\n  }\n\n  override val output: Seq[Attribute] = {\n    AttributeReference(\"database_description_item\", StringType, nullable = false)() ::\n      AttributeReference(\"database_description_value\", StringType, nullable = false)() :: Nil\n  }\n}\n\n\/**\n * A command that sets table\/view properties.\n *\n * The syntax of this command is:\n * {{{\n *   ALTER TABLE table1 SET TBLPROPERTIES ('key1' = 'val1', 'key2' = 'val2', ...);\n *   ALTER VIEW view1 SET TBLPROPERTIES ('key1' = 'val1', 'key2' = 'val2', ...);\n * }}}\n *\/\ncase class XSQLAlterTableSetPropertiesCommand(\n    tableName: TableIdentifier,\n    properties: Map[String, String],\n    isView: Boolean)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val table = catalog.getTableMetadata(tableName)\n    DDLUtils.verifyAlterTableType(catalog, table, isView)\n    \/\/ This overrides old properties and update the comment parameter of CatalogTable\n    \/\/ with the newly added\/modified comment since CatalogTable also holds comment as its\n    \/\/ direct property.\n    val newTable = table.copy(\n      properties = table.properties ++ properties,\n      comment = properties.get(\"comment\").orElse(table.comment))\n    catalog.alterTable(newTable)\n    Seq.empty[Row]\n  }\n\n}\n\n\/**\n * A command that unsets table\/view properties.\n *\n * The syntax of this command is:\n * {{{\n *   ALTER TABLE table1 UNSET TBLPROPERTIES [IF EXISTS] ('key1', 'key2', ...);\n *   ALTER VIEW view1 UNSET TBLPROPERTIES [IF EXISTS] ('key1', 'key2', ...);\n * }}}\n *\/\ncase class XSQLAlterTableUnsetPropertiesCommand(\n    tableName: TableIdentifier,\n    propKeys: Seq[String],\n    ifExists: Boolean,\n    isView: Boolean)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val table = catalog.getTableMetadata(tableName)\n    DDLUtils.verifyAlterTableType(catalog, table, isView)\n    if (!ifExists) {\n      propKeys.foreach { k =>\n        if (!table.properties.contains(k) && k != \"comment\") {\n          throw new AnalysisException(\n            s\"Attempted to unset non-existent property '$k' in table '${table.identifier}'\")\n        }\n      }\n    }\n    \/\/ If comment is in the table property, we reset it to None\n    val tableComment = if (propKeys.contains(\"comment\")) None else table.comment\n    val newProperties = table.properties.filter { case (k, _) => !propKeys.contains(k) }\n    val newTable = table.copy(properties = newProperties, comment = tableComment)\n    catalog.alterTable(newTable)\n    Seq.empty[Row]\n  }\n\n}\n\n\/**\n * A command to change the column for a table, only support changing the comment of a non-partition\n * column for now.\n *\n * The syntax of using this command in SQL is:\n * {{{\n *   ALTER TABLE table_identifier\n *   CHANGE [COLUMN] column_old_name column_new_name column_dataType [COMMENT column_comment]\n *   [FIRST | AFTER column_name];\n * }}}\n *\/\ncase class XSQLAlterTableChangeColumnCommand(\n    table: TableIdentifier,\n    columnName: String,\n    newColumn: StructField)\n  extends RunnableCommand {\n\n  \/\/ TODO: support change column name\/dataType\/metadata\/position.\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogTable = catalog.getTableMetadata(table)\n    val resolver = sparkSession.sessionState.conf.resolver\n    DDLUtils.verifyAlterTableType(catalog, catalogTable, isView = false)\n\n    \/\/ Find the origin column from dataSchema by column name.\n    val originColumn = findColumnByName(catalogTable.dataSchema, columnName, resolver)\n    \/\/ Throw an AnalysisException if the column name\/dataType is changed.\n    if (catalogTable.provider.get != MysqlManager.FULL_PROVIDER) {\n      if (!columnEqual(originColumn, newColumn, resolver)) {\n        throw new AnalysisException(\n          \"ALTER TABLE CHANGE COLUMN is not supported for changing column \" +\n            s\"'${originColumn.name}' with type '${originColumn.dataType}' to \" +\n            s\"'${newColumn.name}' with type '${newColumn.dataType}'\")\n      }\n    }\n\n    val newDataSchema = catalogTable.dataSchema.fields.map { field =>\n      if (field.name == originColumn.name) {\n        \/\/ Create a new column from the origin column with the new comment.\n        addComment(field, newColumn.getComment).copy(\n          name = newColumn.name,\n          dataType = newColumn.dataType,\n          nullable = newColumn.nullable,\n          metadata = newColumn.metadata)\n      } else {\n        field\n      }\n    }\n    if (catalogTable.provider.get == MysqlManager.FULL_PROVIDER) {\n      val dialect = JdbcDialects.get(catalogTable.storage.properties.get(\"url\").get)\n      val strSchema = schemaString(StructType(Seq(newColumn)), dialect)\n      val sql = s\"ALTER TABLE ${table.table} CHANGE $columnName $strSchema\"\n      catalog.alterTableDataSchema(table, StructType(newDataSchema), sql)\n    } else {\n      catalog.alterTableDataSchema(table, StructType(newDataSchema))\n    }\n    Seq.empty[Row]\n  }\n\n  private def schemaString(schema: StructType, dialect: JdbcDialect): String = {\n    val sb = new StringBuilder()\n    schema.fields.foreach { field =>\n      val name = dialect.quoteIdentifier(field.name)\n      val typ = dialect\n        .getJDBCType(field.dataType)\n        .orElse(getCommonJDBCType(field.dataType))\n        .get\n        .databaseTypeDefinition\n      val nullable = if (typ.equalsIgnoreCase(\"TIMESTAMP\")) {\n        \"NULL\"\n      } else {\n        if (field.nullable) {\n          \"\"\n        } else {\n          \"NOT NULL\"\n        }\n      }\n      sb.append(s\", $name $typ $nullable \")\n      if (field.metadata.contains(MYSQL_COLUMN_DEFAULT)) {\n        sb.append(s\"DEFAULT ${field.metadata.getString(MYSQL_COLUMN_DEFAULT)} \")\n      }\n      if (field.metadata.contains(MYSQL_COLUMN_AUTOINC)) {\n        sb.append(s\"AUTO_INCREMENT \")\n      }\n      if (field.metadata.contains(PRIMARY_KEY)) {\n        sb.append(\"PRIMARY KEY \")\n      }\n      if (field.metadata.contains(\"COMMENT\".toLowerCase)) {\n        sb.append(s\"COMMENT '${field.metadata.getString(\"COMMENT\".toLowerCase)}'\")\n      }\n    }\n    if (sb.length < 2) \"\" else sb.substring(2)\n  }\n  \/\/ Find the origin column from schema by column name, throw an AnalysisException if the column\n  \/\/ reference is invalid.\n  private def findColumnByName(\n      schema: StructType,\n      name: String,\n      resolver: Resolver): StructField = {\n    schema.fields\n      .collectFirst {\n        case field if resolver(field.name, name) => field\n      }\n      .getOrElse(\n        throw new AnalysisException(s\"Can't find column `$name` given table data columns \" +\n          s\"${schema.fieldNames.mkString(\"[`\", \"`, `\", \"`]\")}\"))\n  }\n\n  \/\/ Add the comment to a column, if comment is empty, return the original column.\n  private def addComment(column: StructField, comment: Option[String]): StructField = {\n    comment.map(column.withComment(_)).getOrElse(column)\n  }\n\n  \/\/ Compare a [[StructField]] to another, return true if they have the same column\n  \/\/ name(by resolver) and dataType.\n  private def columnEqual(field: StructField, other: StructField, resolver: Resolver): Boolean = {\n    resolver(field.name, other.name) && field.dataType == other.dataType\n  }\n}\n\n\/**\n * A command that sets the serde class and\/or serde properties of a table\/view.\n *\n * The syntax of this command is:\n * {{{\n *   ALTER TABLE table [PARTITION spec] SET SERDE serde_name [WITH SERDEPROPERTIES props];\n *   ALTER TABLE table [PARTITION spec] SET SERDEPROPERTIES serde_properties;\n * }}}\n *\/\ncase class XSQLAlterTableSerDePropertiesCommand(\n    tableName: TableIdentifier,\n    serdeClassName: Option[String],\n    serdeProperties: Option[Map[String, String]],\n    partSpec: Option[TablePartitionSpec])\n  extends RunnableCommand {\n\n  \/\/ should never happen if we parsed things correctly\n  require(\n    serdeClassName.isDefined || serdeProperties.isDefined,\n    \"ALTER TABLE attempted to set neither serde class name nor serde properties\")\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val table = catalog.getTableMetadata(tableName)\n    DDLUtils.verifyAlterTableType(catalog, table, isView = false)\n    \/\/ For datasource tables, disallow setting serde or specifying partition\n    if (partSpec.isDefined && DDLUtils.isDatasourceTable(table)) {\n      throw new AnalysisException(\n        \"Operation not allowed: ALTER TABLE SET \" +\n          \"[SERDE | SERDEPROPERTIES] for a specific partition is not supported \" +\n          \"for tables created with the datasource API\")\n    }\n    if (serdeClassName.isDefined && DDLUtils.isDatasourceTable(table)) {\n      throw new AnalysisException(\n        \"Operation not allowed: ALTER TABLE SET SERDE is \" +\n          \"not supported for tables created with the datasource API\")\n    }\n    if (partSpec.isEmpty) {\n      val newTable = table.withNewStorage(\n        serde = serdeClassName.orElse(table.storage.serde),\n        properties = table.storage.properties ++ serdeProperties.getOrElse(Map()))\n      catalog.alterTable(newTable)\n    } else {\n      val spec = partSpec.get\n      val part = catalog.getPartition(table.identifier, spec)\n      val newPart = part.copy(\n        storage = part.storage.copy(\n          serde = serdeClassName.orElse(part.storage.serde),\n          properties = part.storage.properties ++ serdeProperties.getOrElse(Map())))\n      catalog.alterPartitions(table.identifier, Seq(newPart))\n    }\n    Seq.empty[Row]\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/catalyst\/parser\/ExternalTypeParser.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.catalyst.parser\n\nimport java.util.Locale\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ArrayBuffer\n\nimport com.mysql.jdbc.MysqlDefs\nimport org.antlr.v4.runtime.tree.TerminalNode\nimport org.elasticsearch.hadoop.serialization.FieldType\nimport org.elasticsearch.hadoop.serialization.FieldType._\n\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.catalyst.parser.SqlBaseParser.PrimitiveDataTypeContext\n\nobject ExternalTypeParser {\n  val visitFuns = new ArrayBuffer[(String, List[TerminalNode], TerminalNode) => DataType]\n  visitFuns += (visitElasticDataType)\n  visitFuns += (visitMongoDataType)\n  visitFuns += (visitMysqlDataType)\n  visitFuns += (visitDruidType)\n\n  def visit(ctx: PrimitiveDataTypeContext): DataType = {\n    val dataType = ctx.identifier.getText.toLowerCase(Locale.ROOT)\n    val params = ctx.INTEGER_VALUE().asScala.toList\n    val unsigned = ctx.UNSIGNED()\n\n    var result: DataType = null\n    val itr = visitFuns.iterator\n    while (itr.hasNext && result == null) {\n      val fun = itr.next()\n      result = fun(dataType, params, unsigned)\n    }\n    result\n  }\n\n  def visitElasticDataType(\n      dataType: String,\n      params: List[TerminalNode],\n      unsigned: TerminalNode): DataType = {\n    FieldType.parse(dataType) match {\n      case NULL => NullType\n      case BINARY => BinaryType\n      case BOOLEAN => BooleanType\n      case BYTE => ByteType\n      case SHORT => ShortType\n      case INTEGER => IntegerType\n      case LONG => LongType\n      case FLOAT => FloatType\n      case DOUBLE => DoubleType\n      case HALF_FLOAT => HalfFloatType\n      case SCALED_FLOAT => ScaledFloatType\n      \/\/ String type\n      case STRING => StringType\n      case TEXT => TextType\n      case KEYWORD => KeyWordType\n      case DATE => StringType\n      case OBJECT => StructType(Array.empty[StructField])\n      case NESTED => DataTypes.createArrayType(StructType(Array.empty[StructField]))\n      case _ => null\n    }\n  }\n\n  def visitMongoDataType(\n      dataType: String,\n      params: List[TerminalNode],\n      unsigned: TerminalNode): DataType = {\n    dataType.toUpperCase() match {\n      case \"NULL\" => DataTypes.NullType\n\/\/      case \"ARRAY\"                 => getSchemaFromArray(bsonValue.asArray().asScala, readConfig)\n      case \"BINARY_DATA\" => BinaryDataType\n\/\/      case BsonType.BOOLEAN               => DataTypes.BooleanType\n      case \"DATE_TIME\" => DataTypes.TimestampType\n\/\/      case BsonType.DOCUMENT         => getSchemaFromDocument(bsonValue.asDocument(), readConfig)\n\/\/      case BsonType.DOUBLE                => DataTypes.DoubleType\n\/\/      case BsonType.INT32                 => DataTypes.IntegerType\n\/\/      case BsonType.INT64                 => DataTypes.LongType\n\/\/      case BsonType.STRING                => DataTypes.StringType\n      case \"OBJECT_ID\" => ObjectIDType\n      case \"BSON_TIMESTAMP\" => Bson_TimestampType\n      case \"MIN_KEY\" => MinKeyType\n      case \"MAX_KEY\" => MaxKeyType\n      case \"JAVASCRIPT\" => JavaScriptType\n      case \"JAVASCRIPT_WITH_SCOPE\" => JavaScriptWithScopeType\n      case \"REGULAR_EXPRESSION\" => RegexType\n      case _ => null\n\/\/      case \"UNDEFINED\"             => BsonCompatibility.Undefined.structType\n\/\/      case \"SYMBOL\"                => BsonCompatibility.Symbol.structType\n\/\/      case \"DB_POINTER\"            => BsonCompatibility.DbPointer.structType\n\/\/      case \"DECIMAL128\"            => Decimal128Type\n      case _ => null\n    }\n  }\n  def visitMysqlDataType(\n      dt: String,\n      params: List[TerminalNode],\n      unsigned: TerminalNode): DataType = {\n    val mysqlDef = new MysqlDefs()\n    val method = classOf[MysqlDefs].getDeclaredMethod(\"mysqlToJavaType\", classOf[String])\n    method.setAccessible(true)\n    getCatalystType(method.invoke(mysqlDef, dt).asInstanceOf[Integer], params, unsigned)\n  }\n\n  \/**\n   * visit druid type\n   *\/\n  def visitDruidType(\n      dataType: String,\n      params: List[TerminalNode],\n      unsigned: TerminalNode): DataType = {\n    dataType.toLowerCase match {\n      case \"hyperunique\" => HyperUniqueType\n      case \"cardinality\" => CardinalityType\n      case \"thetasketch\" => ThetaSketchType\n      case \"count\" => LongType\n      case \"longsum\" => LongType\n      case \"doublesum\" => DoubleType\n      case \"floatsum\" => FloatType\n      case \"longmin\" => LongType\n      case \"longmax\" => LongType\n      case \"doublemin\" => DoubleType\n      case \"doublemax\" => DoubleType\n      case \"floatmin\" => FloatType\n      case \"floatmax\" => FloatType\n      case _ => null\n    }\n  }\n\n  \/**\n   * Author: weiwenda Date: 2018-07-13 17:30\n   * Description: the replica of JdbcDtils\n   *\/\n  private def getCatalystType(\n      sqlType: Int,\n      params: List[TerminalNode],\n      unsigned: TerminalNode): DataType = {\n    val (precision, scale) = params.size match {\n      case 1 =>\n        (params.head.getText.toInt, 0)\n      case 2 =>\n        (params.head.getText.toInt, params.last.getText.toInt)\n      case _ =>\n        (0, 0)\n    }\n    val answer = sqlType match {\n      \/\/ scalastyle:off\n      case java.sql.Types.ARRAY => null\n      case java.sql.Types.BIGINT => if (unsigned == null) { LongType } else { DecimalType(20, 0) }\n      case java.sql.Types.BINARY => BinaryType\n      case java.sql.Types.BIT => BooleanType \/\/ @see JdbcDialect for quirks\n      case java.sql.Types.BLOB => BinaryType\n      case java.sql.Types.BOOLEAN => BooleanType\n      case java.sql.Types.CHAR => StringType\n      case java.sql.Types.CLOB => StringType\n      case java.sql.Types.DATALINK => null\n      case java.sql.Types.DATE => DateType\n      case java.sql.Types.DECIMAL if precision != 0 || scale != 0 =>\n        DecimalType.bounded(precision, scale)\n      case java.sql.Types.DECIMAL => DecimalType.SYSTEM_DEFAULT\n      case java.sql.Types.DISTINCT => null\n      case java.sql.Types.DOUBLE => DoubleType\n      case java.sql.Types.FLOAT => FloatType\n      case java.sql.Types.INTEGER => if (unsigned == null) { IntegerType } else { LongType }\n      case java.sql.Types.JAVA_OBJECT => null\n      case java.sql.Types.LONGNVARCHAR => StringType\n      case java.sql.Types.LONGVARBINARY => BinaryType\n      case java.sql.Types.LONGVARCHAR => StringType\n      case java.sql.Types.NCHAR => StringType\n      case java.sql.Types.NCLOB => StringType\n      case java.sql.Types.NULL => null\n      case java.sql.Types.NUMERIC if precision != 0 || scale != 0 =>\n        DecimalType.bounded(precision, scale)\n      case java.sql.Types.NUMERIC => DecimalType.SYSTEM_DEFAULT\n      case java.sql.Types.NVARCHAR => StringType\n      case java.sql.Types.OTHER => null\n      case java.sql.Types.REAL => DoubleType\n      case java.sql.Types.REF => StringType\n      case java.sql.Types.REF_CURSOR => null\n      case java.sql.Types.ROWID => LongType\n      case java.sql.Types.SMALLINT => IntegerType\n      case java.sql.Types.SQLXML => StringType\n      case java.sql.Types.STRUCT => StringType\n      case java.sql.Types.TIME => TimestampType\n      case java.sql.Types.TIME_WITH_TIMEZONE => null\n      case java.sql.Types.TIMESTAMP => TimestampType\n      case java.sql.Types.TIMESTAMP_WITH_TIMEZONE => null\n      case java.sql.Types.TINYINT => ByteType\n      case java.sql.Types.VARBINARY => BinaryType\n      case java.sql.Types.VARCHAR => StringType\n      case _ => null\n      \/\/ scalastyle:on\n    }\n    answer\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/functions.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{AnalysisException, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.FunctionIdentifier\nimport org.apache.spark.sql.catalyst.analysis.{FunctionRegistry, NoSuchFunctionException}\nimport org.apache.spark.sql.catalyst.catalog.{CatalogFunction, FunctionResource}\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, ExpressionInfo}\nimport org.apache.spark.sql.execution.command.RunnableCommand\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\n\n\/**\n * The DDL command that creates a function.\n * To create a temporary function, the syntax of using this command in SQL is:\n * {{{\n *    CREATE [OR REPLACE] TEMPORARY FUNCTION functionName\n *    AS className [USING JAR\\FILE 'uri' [, JAR|FILE 'uri']]\n * }}}\n *\n * To create a permanent function, the syntax in SQL is:\n * {{{\n *    CREATE [OR REPLACE] FUNCTION [IF NOT EXISTS] [databaseName.]functionName\n *    AS className [USING JAR\\FILE 'uri' [, JAR|FILE 'uri']]\n * }}}\n *\n * @param ignoreIfExists: When true, ignore if the function with the specified name exists\n *                        in the specified database.\n * @param replace: When true, alter the function with the specified name\n *\/\ncase class XSQLCreateFunctionCommand(\n    datasourceName: Option[String],\n    databaseName: Option[String],\n    functionName: String,\n    className: String,\n    resources: Seq[FunctionResource],\n    isTemp: Boolean,\n    ignoreIfExists: Boolean,\n    replace: Boolean)\n  extends RunnableCommand {\n\n  if (ignoreIfExists && replace) {\n    throw new AnalysisException(\n      \"CREATE FUNCTION with both IF NOT EXISTS and REPLACE\" +\n        \" is not allowed.\")\n  }\n\n  \/\/ Disallow to define a temporary function with `IF NOT EXISTS`\n  if (ignoreIfExists && isTemp) {\n    throw new AnalysisException(\n      \"It is not allowed to define a TEMPORARY function with IF NOT EXISTS.\")\n  }\n\n  \/\/ Temporary function names should not contain database prefix like \"database.function\"\n  if (databaseName.isDefined && isTemp) {\n    throw new AnalysisException(\n      s\"Specifying a database in CREATE TEMPORARY FUNCTION \" +\n        s\"is not allowed: '${databaseName.get}'\")\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog\n    val func = CatalogFunction(\n      FunctionIdentifier(functionName, databaseName, datasourceName),\n      className,\n      resources)\n    if (isTemp) {\n      \/\/ We first load resources and then put the builder in the function registry.\n      catalog.loadFunctionResources(resources)\n      catalog.registerFunction(func, overrideIfExists = replace)\n    } else {\n      \/\/ Handles `CREATE OR REPLACE FUNCTION AS ... USING ...`\n      if (replace && catalog.functionExists(func.identifier)) {\n        \/\/ alter the function in the metastore\n        catalog.alterFunction(func)\n      } else {\n        \/\/ For a permanent, we will store the metadata into underlying external catalog.\n        \/\/ This function will be loaded into the FunctionRegistry when a query uses it.\n        \/\/ We do not load it into FunctionRegistry right now.\n        catalog.createFunction(func, ignoreIfExists)\n      }\n    }\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * The DDL command that drops a function.\n * ifExists: returns an error if the function doesn't exist, unless this is true.\n * isTemp: indicates if it is a temporary function.\n *\/\ncase class XSQLDropFunctionCommand(\n    datasourceName: Option[String],\n    databaseName: Option[String],\n    functionName: String,\n    ifExists: Boolean,\n    isTemp: Boolean)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog\n    if (isTemp) {\n      if (databaseName.isDefined) {\n        throw new AnalysisException(\n          s\"Specifying a database in DROP TEMPORARY FUNCTION \" +\n            s\"is not allowed: '${databaseName.get}'\")\n      }\n      if (FunctionRegistry.builtin.functionExists(FunctionIdentifier(functionName))) {\n        throw new AnalysisException(s\"Cannot drop native function '$functionName'\")\n      }\n      catalog.dropTempFunction(functionName, ifExists)\n    } else {\n      \/\/ We are dropping a permanent function.\n      catalog.dropFunction(\n        FunctionIdentifier(functionName, databaseName, datasourceName),\n        ignoreIfNotExists = ifExists)\n    }\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * A command for users to list all of the registered functions.\n * The syntax of using this command in SQL is:\n * {{{\n *    SHOW FUNCTIONS [LIKE pattern]\n * }}}\n * For the pattern, '*' matches any sequence of characters (including no characters) and\n * '|' is for alternation.\n * For example, \"show functions like 'yea*|windo*'\" will return \"window\" and \"year\".\n *\/\ncase class XSQLShowFunctionsCommand(\n    ds: Option[String],\n    db: Option[String],\n    pattern: Option[String],\n    showUserFunctions: Boolean,\n    showSystemFunctions: Boolean)\n  extends RunnableCommand {\n\n  override val output: Seq[Attribute] = {\n    val schema = StructType(StructField(\"function\", StringType, nullable = false) :: Nil)\n    schema.toAttributes\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val currentDatabase = catalog.getCurrentCatalogDatabase.get\n    val dsName = ds.getOrElse(currentDatabase.dataSourceName)\n    val dbName = db.getOrElse(currentDatabase.name)\n    \/\/ If pattern is not specified, we use '*', which is used to\n    \/\/ match any sequence of characters (including no characters).\n    val functionNames = catalog\n      .listFunctions(dsName, dbName, pattern.getOrElse(\"*\"))\n      .collect {\n        case (f, \"USER\") if showUserFunctions => f.unquotedString\n        case (f, \"SYSTEM\") if showSystemFunctions => f.unquotedString\n      }\n    functionNames.distinct.sorted.map(Row(_))\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/status\/api\/v1\/ExecutorNumResource.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.status.api.v1\n\nimport javax.ws.rs.{GET, Path, Produces}\nimport javax.ws.rs.core.MediaType\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.monitor.{ExecutorNum, ExecutorNumWrapper}\n\n@Path(\"\/v1\")\n@Produces(Array(MediaType.APPLICATION_JSON))\nclass ExecutorNumResource extends BaseAppResource {\n  @GET\n  @Path(\"applications\/{appId}\/executorNumCurve\")\n  def executorNumCurve1(): Seq[ExecutorNum] =\n    withUI(_.store.store.view(classOf[ExecutorNumWrapper]).asScala.map(_.point).toSeq)\n  @GET\n  @Path(\"applications\/{appId}\/{attemptId}\/executorNumCurve\")\n  def executorNumCurve2(): Seq[ExecutorNum] =\n    withUI(_.store.store.view(classOf[ExecutorNumWrapper]).asScala.map(_.point).toSeq)\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/alarm\/Alarm.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.alarm\n\nimport java.sql.Connection\n\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\n\ntrait Alarm {\n  val name: String\n  var options: Map[String, String] = _\n  def bind(options: Map[String, String]): Alarm = {\n    this.options = options\n    this\n  }\n\n  \/**\n   * Send the alert message to possible external SMS, EMAIL, Phone system.\n   *\n   * @param msg the alert message to send\n   * @return a [[AlertResp]] with status and an optional message\n   *\/\n  def alarm(msg: AlertMessage): AlertResp\n\n  def finalAlarm(msg: AlertMessage): AlertResp\n}\n\n\/**\n * Message used to be sent by [[Alarm]]\n * @param title message title\n *\/\nclass AlertMessage(val title: MonitorItem) {\n  def toCsv(): String = {\n    throw new Exception(\"can not treat as csv\")\n  }\n  def toHtml(): String = {\n    \"\"\n  }\n  def toJdbc(conn: Connection, appId: String = \"\"): Unit = {\n    \/\/ do nothing\n  }\n}\n\nclass HtmlMessage(title: MonitorItem, content: String) extends AlertMessage(title) {\n  override def toHtml(): String = {\n    content\n  }\n}\n\ncase class AlertResp(status: Boolean, ret: String)\n\nobject AlertResp {\n  def success(ret: String): AlertResp = apply(status = true, ret)\n  def failure(ret: String): AlertResp = apply(status = false, ret)\n}\nobject AlertType extends Enumeration {\n  type AlertType = Value\n  val Application, Job, Stage, Task, Executor, SQL = Value\n}\nobject JobType extends Enumeration {\n  type JobType = Value\n  val CORE, SQL, STREAMING, MLLIB, GRAPHX = Value\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/internal\/package.scala","text":"<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/internal\/package.scala<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.internal\n\nimport org.apache.spark.sql.internal.SQLConf.buildConf\n\nobject config {\n\n  private[xsql] val XSQL_DATASOURCES = buildConf(\"spark.xsql.datasources\")\n    .doc(\"User defined name of datasource for use.\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Seq.empty)\n\n  private[xsql] val XSQL_DEFAULT_DATASOURCE = buildConf(\"spark.xsql.default.datasource\")\n    .doc(\"User defined name of default datasource.\")\n    .stringConf\n    .createWithDefault(\"default\")\n\n  private[xsql] val XSQL_DEFAULT_DATABASE = buildConf(\"spark.xsql.default.database\")\n    .doc(\"User defined name of default database.\")\n    .stringConf\n    .createWithDefault(\"default\")\n\n  private[xsql] val EXTRA_DATASOURCE_MANAGERS = buildConf(\"spark.xsql.extraDatasourceManagers\")\n    .doc(\"Class names of datasource manager to add to XSQLExternalCatalog during initialization.\")\n    .stringConf\n    .toSequence\n    .createOptional\n\n  private[xsql] val XSQL_ELASTICSEARCH_AGGREGATION_CARDINALITY_THRESHOLD =\n    buildConf(\"spark.xsql.elasticsearch.cardinalityAggregationThreshold\")\n      .doc(\"A single-value metrics aggregation that calculates an approximate count of distinct \" +\n        \"values. Computing exact counts requires loading values into a hash set and returning \" +\n        \"its size. This doesn't scale when working on high-cardinality sets and\/or large \" +\n        \"values as the required memory usage and the need to communicate those per-shard sets \" +\n        \"between nodes would utilize too many resources of the cluster.\")\n      .intConf\n      .createWithDefault(30)\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/HBaseRelation.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.hbase\n\nimport scala.util.control.NonFatal\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.hbase._\nimport org.apache.hadoop.hbase.client.ColumnFamilyDescriptorBuilder.ModifyableColumnFamilyDescriptor\nimport org.apache.hadoop.hbase.client.TableDescriptorBuilder.ModifyableTableDescriptor\nimport org.apache.hadoop.hbase.io.encoding.DataBlockEncoding\nimport org.apache.hadoop.hbase.util.Bytes\nimport org.json4s.DefaultFormats\nimport org.json4s.jackson.JsonMethods._\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SQLContext}\nimport org.apache.spark.sql.execution.datasources.hbase\nimport org.apache.spark.sql.sources.Filter\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.xsql.manager.HBaseManager\n\nclass CustomedHBaseRelation(\n    parameters: Map[String, String],\n    userSpecifiedschema: Option[StructType])(@transient override val sqlContext: SQLContext)\n  extends HBaseRelation(parameters, userSpecifiedschema)(sqlContext)\n  with HBaseRelationTrait {\n  override def buildScan(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    new CustomedHBaseTableScanRDD(this, requiredColumns, filters)\n  }\n}\n\ntrait HBaseRelationTrait {\n  val runAnyway: Boolean = false\n  val timestamp: Option[Long]\n  val minStamp: Option[Long]\n  val maxStamp: Option[Long]\n  val maxVersions: Option[Int]\n  val mergeToLatest: Boolean\n  val catalog: HBaseTableCatalog\n  def hbaseConf: Configuration\n  val serializedToken: Array[Byte]\n  def dropTableIfExist(table: String): Unit = {\n    val connection = HBaseConnectionCache.getConnection(hbaseConf)\n    val admin = connection.getAdmin\n    val tableName = TableName.valueOf(table)\n    admin.disableTable(tableName)\n    admin.deleteTable(tableName)\n  }\n  def createTableIfNotExist(ignoreIfExists: Boolean = false) {\n    val cfs = catalog.getColumnFamilies\n    val connection = HBaseConnectionCache.getConnection(hbaseConf)\n    \/\/ Initialize hBase table if necessary\n    val admin = connection.getAdmin\n    val isNameSpaceExist = try {\n      admin.getNamespaceDescriptor(catalog.namespace)\n      true\n    } catch {\n      case e: NamespaceNotFoundException => false\n      case NonFatal(e) =>\n        false\n    }\n    if (!isNameSpaceExist) {\n      admin.createNamespace(NamespaceDescriptor.create(catalog.namespace).build)\n    }\n    val tName = TableName.valueOf(s\"${catalog.namespace}:${catalog.name}\")\n    \/\/ INLINE: we will throw exception if user do have IF NOT EXIST in their ddl\n    if (admin.isTableAvailable(tName)) {\n      if (ignoreIfExists) {\n        \/\/ scalastyle:off\n        println(\"hbase table has exist, only register table schema here\")\n        \/\/ scalastyle:on\n      } else {\n        throw new SparkException(\"table has exist, please edit schema file instead\")\n      }\n    }\n\n    if (!admin.isTableAvailable(tName)) {\n      if (catalog.numReg <= 3) {\n        throw new InvalidRegionNumberException(\n          \"Creating a new table should \" +\n            \"specify the number of regions which must be greater than 3.\")\n      }\n      val tableDesc = new ModifyableTableDescriptor(tName)\n      cfs.foreach { x =>\n        val cf = new ModifyableColumnFamilyDescriptor(x.getBytes())\n        maxVersions.foreach(v => cf.setMaxVersions(v))\n        cf.setDataBlockEncoding(DataBlockEncoding.FAST_DIFF)\n        tableDesc.setColumnFamily(cf)\n      }\n      val startKey = catalog.shcTableCoder.toBytes(\"aaaaaaa\")\n      val endKey = catalog.shcTableCoder.toBytes(\"zzzzzzz\")\n      val splitKeys = Bytes.split(startKey, endKey, catalog.numReg - 3)\n      admin.createTable(tableDesc, splitKeys)\n      val r = connection.getRegionLocator(tName).getAllRegionLocations\n      while (r == null || r.size() == 0) {\n        Thread.sleep(1000)\n      }\n    }\n\n    admin.close()\n    connection.close()\n  }\n  def rows: RowKey\n  def singleKey: Boolean\n  def getField(name: String): Field\n  def isPrimaryKey(c: String): Boolean\n  def isComposite(): Boolean\n  def isColumn(c: String): Boolean\n  def getIndexedProjections(requiredColumns: Array[String]): Seq[(Field, Int)]\n  def splitRowKeyColumns(requiredColumns: Array[String]): (Seq[Field], Seq[Field])\n}\n\nclass HBaseRelationImpl(parameters: Map[String, String], userSpecifiedschema: Option[StructType])\n  extends HBaseRelationTrait {\n\n  override val runAnyway: Boolean =\n    parameters.get(HBaseManager.RUNANYWAY).map(_.toBoolean).getOrElse(false)\n  val timestamp = parameters.get(hbase.HBaseRelation.TIMESTAMP).map(_.toLong)\n  val minStamp = parameters.get(hbase.HBaseRelation.MIN_STAMP).map(_.toLong)\n  val maxStamp = parameters.get(hbase.HBaseRelation.MAX_STAMP).map(_.toLong)\n  val maxVersions = parameters.get(hbase.HBaseRelation.MAX_VERSIONS).map(_.toInt)\n  val mergeToLatest =\n    parameters.get(hbase.HBaseRelation.MERGE_TO_LATEST).map(_.toBoolean).getOrElse(true)\n\n  val catalog = HBaseTableCatalog(parameters)\n\n  private val wrappedConf = {\n    implicit val formats = DefaultFormats\n    val hConf = {\n      val hBaseConfiguration =\n        parameters\n          .get(hbase.HBaseRelation.HBASE_CONFIGURATION)\n          .map(parse(_).extract[Map[String, String]])\n\n      val conf = HBaseConfiguration.create\n      hBaseConfiguration.foreach(_.foreach(e => conf.set(e._1, e._2)))\n      conf\n    }\n    \/\/ task is already broadcast; since hConf is per HBaseRelation (currently), broadcast'ing\n    \/\/ it again does not help - it actually hurts. When we add support for\n    \/\/ caching hConf across HBaseRelation, we can revisit broadcast'ing it (with a caching\n    \/\/ mechanism in place)\n    new SerializableConfiguration(hConf)\n  }\n\n  def hbaseConf: Configuration = wrappedConf.value\n\n  val serializedToken = SHCCredentialsManager.manager.getTokenForCluster(hbaseConf)\n\n  def rows: RowKey = catalog.row\n\n  def singleKey: Boolean = {\n    rows.fields.size == 1\n  }\n\n  def getField(name: String): Field = {\n    catalog.getField(name)\n  }\n\n  \/\/ check whether the column is the first key in the rowkey\n  def isPrimaryKey(c: String): Boolean = {\n    val f1 = catalog.getRowKey(0)\n    val f2 = getField(c)\n    f1 == f2\n  }\n\n  def isComposite(): Boolean = {\n    catalog.getRowKey.size > 1\n  }\n  def isColumn(c: String): Boolean = {\n    !catalog.getRowKey.map(_.colName).contains(c)\n  }\n\n  def getIndexedProjections(requiredColumns: Array[String]): Seq[(Field, Int)] = {\n    requiredColumns.map(catalog.sMap.getField(_)).zipWithIndex\n  }\n  \/\/ Retrieve all columns we will return in the scanner\n  def splitRowKeyColumns(requiredColumns: Array[String]): (Seq[Field], Seq[Field]) = {\n    val (l, r) =\n      requiredColumns.map(catalog.sMap.getField(_)).partition(_.cf == HBaseTableCatalog.rowKey)\n    (l, r)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/HBaseManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.xsql.manager\n\nimport java.io.{File, IOException}\nimport java.util\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\n\nimport net.sf.json.{JSONArray, JSONObject}\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.hbase.TableName\nimport org.apache.hadoop.hbase.util.Bytes\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.{expressions, TableIdentifier}\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.catalog.{\n  CatalogDatabase,\n  CatalogStorageFormat,\n  CatalogTable,\n  CatalogTableType\n}\nimport org.apache.spark.sql.catalyst.expressions.{\n  AttributeReference,\n  Contains,\n  EndsWith,\n  Expression,\n  Length,\n  Like,\n  Literal,\n  PredicateHelper,\n  StartsWith\n}\nimport org.apache.spark.sql.execution.datasources.DataSourceStrategy\nimport org.apache.spark.sql.execution.datasources.hbase.{\n  HBaseRelation,\n  HBaseRelationImpl,\n  HBaseTableCatalog,\n  HBaseTableScanUtil\n}\nimport org.apache.spark.sql.sources.Filter\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql._\nimport org.apache.spark.sql.xsql.types._\nimport org.apache.spark.sql.xsql.util.Utils.getPropertiesFile\n\n\/**\n * extend PredicateHelper to mixin splitConjunctivePredicates method\n *\/\nprivate[spark] class HBaseManager extends DataSourceManager with Logging with PredicateHelper {\n\n  import DataSourceManager._\n  import HBaseManager._\n\n  override def shortName(): String = DataSourceType.HBASE.toString\n\n  override lazy val schemaReader: (String, HashMap[String, HashMap[String, JSONArray]]) => Unit =\n    HBaseManager.schemaReader\n\n  private def getHBaseConfiguration(): String = {\n    val JSONConfig = new JSONObject()\n    JSONConfig.put(HOST, cachedProperties(SHORT_HOST))\n    JSONConfig.put(PORT, cachedProperties.getOrElse(SHORT_PORT, DEFAULT_PORT))\n    JSONConfig.put(ZK_PARENT, cachedProperties.getOrElse(ZK_PARENT, DEFAULT_PARENT))\n    JSONConfig.put(\"hbase.client.pause\", \"1000\")\n    JSONConfig.put(\"hbase.client.retries.number\", \"2\")\n    JSONConfig.toString\n  }\n\n  \/**\n   * Cache database.\n   *\/\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: mutable.HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val host = cachedProperties.getOrElse(SHORT_HOST, {\n      throw new SparkException(\"HBase DataSource must config master like 127.0.0.1 !\")\n    })\n    val port = cachedProperties.getOrElse(SHORT_PORT, DEFAULT_PORT).toInt\n    val ds = new HBaseDataSource(\n      dataSourceName,\n      DataSourceType.HBASE,\n      this,\n      host,\n      port,\n      cachedProperties(VERSION))\n    dataSourcesByName.put(dataSourceName, ds)\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      dataSourceName,\n      new HashMap[String, CatalogDatabase])\n    for ((dbName, dbHash) <- schemasMap(dataSourceName)) {\n      val db = CatalogDatabase(\n        id = newDatabaseId,\n        dataSourceName = dataSourceName,\n        name = dbName,\n        description = null,\n        locationUri = null,\n        properties = Map.empty)\n      xdatabases.put(dbName, db)\n    }\n  }\n\n  \/**\n   * Cache table.\n   *\/\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: mutable.HashMap[Int, mutable.HashMap[String, CatalogTable]]): Unit = {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach {\n      case (dbName, db) =>\n        val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n        val dbHash = schemasMap.get(dbName).get\n        for ((tbName, tbAny) <- dbHash) {\n          val tabArr = tbAny.asInstanceOf[JSONArray]\n          val tbHash = tabArr.get(0).asInstanceOf[JSONObject]\n          val schema = schemaTranslator(tbHash)\n          val table = CatalogTable(\n            identifier = TableIdentifier(tbName, Option(dbName), Option(dataSourceName)),\n            tableType = CatalogTableType.HBASE,\n            \/\/ properties should contains conf, schema\n            storage = CatalogStorageFormat.empty.copy(\n              properties = cachedProperties.toMap ++ Map(\n                HBaseTableCatalog.tableCatalog -> tbHash.toString,\n                HBaseRelation.HBASE_CONFIGURATION -> getHBaseConfiguration())),\n            schema = schema,\n            provider = Some(HBASE_PROVIDER))\n          xtables.put(tbName, table)\n        }\n    }\n  }\n\n  \/**\n   * Drop 'table' in some data source.\n   *\/\n  override def dropTable(\n      dbName: String,\n      table: String,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit = {\n    val runAnyway = cachedProperties.getOrElse(RUNANYWAY, \"false\").toBoolean\n    if (runAnyway) {\n      new HBaseRelationImpl(\n        Map(HBaseRelation.HBASE_CONFIGURATION -> getHBaseConfiguration()),\n        None).dropTableIfExist(table)\n      schemasMap(dbName).remove(table)\n      if (cachedProperties.get(WRITE_SCHEMAS).exists(_.equals(\"true\"))) {\n        schemaWriter(getPropertiesFile(file = cachedProperties(SCHEMAS)), schemasMap)\n      }\n    } else {\n      throw new SparkException(\n        \"drop HBase table from XSQL is dangerous,\" +\n          \"configure ds.force = true if necessary!\")\n    }\n  }\n\n  \/**\n   * Build filter argument in query. similar to LikeSimplification\n   *\/\n  override def buildFilterArgument(\n      tableDefinition: CatalogTable,\n      condition: Expression): util.HashMap[String, Any] = {\n    \/\/ if guards below protect from escapes on trailing %.\n    \/\/ Cases like \"something\\%\" are not optimized, but this does not affect correctness.\n    val startsWith = \"([^_%]+)%\".r\n    val endsWith = \"%([^_%]+)\".r\n    val startsAndEndsWith = \"([^_%]+)%([^_%]+)\".r\n    val contains = \"%([^_%]+)%\".r\n    val equalTo = \"([^_%]*)\".r\n    val cleanedCondition = condition transformDown {\n      case expressions.Like(input, expressions.Literal(pattern, StringType)) =>\n        if (pattern == null) {\n          \/\/ If pattern is null, return null value directly, since \"col like null\" == null.\n          Literal(null, BooleanType)\n        } else {\n          pattern.toString match {\n            case startsWith(prefix) if !prefix.endsWith(\"\\\\\") =>\n              StartsWith(input, Literal(prefix))\n            case endsWith(postfix) =>\n              EndsWith(input, Literal(postfix))\n            \/\/ 'a%a' pattern is basically same with 'a%' && '%a'.\n            \/\/ However, the additional `Length` condition is required to prevent 'a' match 'a%a'.\n            case startsAndEndsWith(prefix, postfix) if !prefix.endsWith(\"\\\\\") =>\n              expressions.And(\n                expressions\n                  .GreaterThanOrEqual(Length(input), Literal(prefix.length + postfix.length)),\n                expressions\n                  .And(StartsWith(input, Literal(prefix)), EndsWith(input, Literal(postfix))))\n            case contains(infix) if !infix.endsWith(\"\\\\\") =>\n              Contains(input, Literal(infix))\n            case equalTo(str) =>\n              expressions.EqualTo(input, Literal(str))\n            case _ =>\n              Like(input, Literal.create(pattern, StringType))\n          }\n        }\n      case u @ UnresolvedAttribute(nameParts) =>\n        val f = tableDefinition.dataSchema.apply(nameParts.last)\n        AttributeReference(f.name, f.dataType, f.nullable, f.metadata)()\n      case others => others\n    }\n    val filters = splitConjunctivePredicates(cleanedCondition).zipWithIndex\n      .map(tup => (tup._2.toString, DataSourceStrategy.translateFilter(tup._1).get))\n    val result = new util.HashMap[String, Any]()\n    result.putAll(filters.toMap.asJava)\n    result\n  }\n\n  \/**\n   * Create 'table' in some data source.\n   *\/\n  override def createTable(tableDefinition: CatalogTable, ignoreIfExists: Boolean): Unit = {\n    val runAnyway = cachedProperties.getOrElse(RUNANYWAY, \"false\").toBoolean\n    if (runAnyway) {\n      val hbaseSchema = schemaTranslator(tableDefinition)\n      val checkedtableDefinition = tableDefinition.copy(\n        tableType = CatalogTableType.HBASE,\n        storage = CatalogStorageFormat.empty.copy(\n          properties = cachedProperties.toMap ++ Map(\n            HBaseTableCatalog.tableCatalog -> hbaseSchema.toString,\n            HBaseRelation.HBASE_CONFIGURATION -> getHBaseConfiguration(),\n            HBaseTableCatalog.newTable -> \"5\")),\n        provider = Some(HBASE_PROVIDER))\n      new HBaseRelationImpl(\n        checkedtableDefinition.storage.properties,\n        Option(checkedtableDefinition.schema)).createTableIfNotExist(ignoreIfExists)\n      val dbName = checkedtableDefinition.database\n      val tbName = checkedtableDefinition.identifier.table\n      val schemas = schemasMap.getOrElseUpdate(dbName, new HashMap[String, JSONArray])\n      val hbaseSchemaArr = new JSONArray()\n      hbaseSchemaArr.add(hbaseSchema)\n      schemas.update(tbName, hbaseSchemaArr)\n      if (cachedProperties.get(WRITE_SCHEMAS).exists(_.equals(\"true\"))) {\n        schemaWriter(getPropertiesFile(file = cachedProperties(SCHEMAS)), schemasMap)\n      }\n    } else {\n      throw new SparkException(\n        \"create HBase table from XSQL is on trial,\" +\n          \"configure ds.force = true if necessary!\")\n    }\n  }\n\n  \/**\n   * Scan data in Specified table.\n   *\/\n  override def scanXSQLTable(\n      dataSourcesByName: mutable.HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      columns: util.List[String],\n      condition: util.HashMap[String, Any],\n      sort: util.List[util.HashMap[String, Any]],\n      aggs: util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    \/\/ relation contains client information\n    val relation =\n      new HBaseRelationImpl(tableDefinition.storage.properties, Option(tableDefinition.schema))\n    val filters = if (condition == null) {\n      Array[Filter]()\n    } else {\n      Array() ++ condition.values().asScala.map(_.asInstanceOf[Filter])\n    }\n    val realColumns = if (columns == null) {\n      Array[String]()\n    } else {\n      Array() ++ columns.asScala\n    }\n    \/\/ tableScanUtil contains scan method\n    val tableScanUtil = HBaseTableScanUtil(relation, realColumns, filters, limit)\n    val partition = tableScanUtil.getHBaseScanPartition\n    val res = tableScanUtil.computeForCommand(partition).toArray\n    tableScanUtil.close()\n    if (res.size > limit) {\n      res.slice(0, limit)\n    } else {\n      res\n    }\n  }\n\n  \/**\n   * Get default options from CatalogTable.\n   *\/\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    Map(HBaseTableCatalog.tableCatalog -> schemaTranslator(table).toString())\n  }\n\n  \/**\n   * Check table exists or not.\n   *\/\n  override def tableExists(dbName: String, table: String): Boolean =\n    schemasMap.contains(dbName) && schemasMap(dbName).contains(table)\n\n  override protected def doGetRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    val tbAny = schemasMap(db)(table)\n    val tabArr = tbAny.asInstanceOf[JSONArray]\n    val tbHash = tabArr.get(0).asInstanceOf[JSONObject]\n    val schema = schemaTranslator(tbHash)\n    Option(\n      CatalogTable(\n        identifier = TableIdentifier(table, Option(db), Option(dsName)),\n        tableType = CatalogTableType.HBASE,\n        \/\/ properties should contains conf, schema\n        storage = CatalogStorageFormat.empty.copy(\n          properties = cachedProperties.toMap ++ Map(\n            HBaseTableCatalog.tableCatalog -> tbHash.toString,\n            HBaseRelation.HBASE_CONFIGURATION -> getHBaseConfiguration())),\n        schema = schema,\n        provider = Some(HBASE_PROVIDER)))\n  }\n\n  override def listTables(dbName: String): Seq[String] = {\n    schemasMap(dbName).keys.toSeq\n  }\n\n  override def listDatabases(): Seq[String] = {\n    schemasMap.keys.toSeq\n  }\n}\nobject HBaseManager {\n\n  val DEFAULT_CF_STRING = \"cf\"\n  val DEFAULT_QUALIFIER_STRING = \"col\"\n  val ROWKEY = \"rowkey\"\n  val TYPE = \"type\"\n  val NAMESPACE = \"namespace\"\n  val NAME = \"name\"\n  val COLUMNS = \"columns\"\n  val TABLE = \"table\"\n\n  val SHORT_HOST = \"host\"\n  val SHORT_PORT = \"port\"\n  val RUNANYWAY = \"force\"\n\n  val DEFAULT_PORT = \"2181\"\n  val DEFAULT_PARENT = \"\/hbase\"\n  val HBASE_PROVIDER = \"hbase\"\n  val ZK_PARENT = \"zookeeper.znode.parent\"\n  val HOST = \"hbase.zookeeper.quorum\"\n  val PORT = \"hbase.zookeeper.property.clientPort\"\n  val METADATA = TableName.valueOf(\"metadata\")\n  val DEFAULT_CF = Bytes.toBytes(\"cf\")\n  val DEFAULT_QUALIFIER = Bytes.toBytes(\"col\")\n\n  private def schemaTranslator(tbHash: JSONObject): StructType = {\n    var fields: mutable.Buffer[StructField] = ArrayBuffer.empty\n    val cols = tbHash.getJSONObject(COLUMNS)\n    val keys = cols.keys()\n    while (keys.hasNext()) {\n      val fieldName = keys.next().asInstanceOf[String]\n      val propertyObj = cols.getJSONObject(fieldName)\n      fields += StructField(\n        fieldName,\n        DataSourceManager.getSparkSQLDataType(propertyObj.get(TYPE).asInstanceOf[String]))\n    }\n    StructType(fields)\n  }\n\n  private def schemaTranslator(catalogTable: CatalogTable): JSONObject = {\n    val namespace = catalogTable.database\n    val tableName = catalogTable.identifier.table\n    val (primarykey, normalkey) = catalogTable.schema.fields\n      .partition(_.metadata.contains(PRIMARY_KEY))\n    assert(primarykey.size > 0)\n    val rowkey = primarykey.map(_.name).mkString(\":\")\n    val options = catalogTable.storage.properties\n    val columns = primarykey.map(pk =>\n      (pk.name, HBaseTableCatalog.rowKey, pk.name, pk.dataType.simpleString)) ++ normalkey.map(\n      pk => {\n        val cfcol =\n          options.get(pk.name).getOrElse(s\"${DEFAULT_CF_STRING}:${pk.name}\").split(\":\")\n        assert(cfcol.size == 2)\n        (pk.name, cfcol(0), cfcol(1), pk.dataType.simpleString)\n      })\n    val columnsJSONObject = new JSONObject()\n    columns.foreach {\n      case (colName, cf, col, dt) =>\n        val innerJSONObject = new JSONObject()\n        innerJSONObject.put(DEFAULT_CF_STRING, cf)\n        innerJSONObject.put(DEFAULT_QUALIFIER_STRING, col)\n        innerJSONObject.put(TYPE, dt)\n        columnsJSONObject.put(colName, innerJSONObject)\n    }\n    val resultJSONObject = new JSONObject()\n    val tableJSONObject = new JSONObject()\n    tableJSONObject.put(NAMESPACE, namespace)\n    tableJSONObject.put(NAME, tableName)\n    resultJSONObject.put(TABLE, tableJSONObject)\n    resultJSONObject.put(ROWKEY, rowkey)\n    resultJSONObject.put(COLUMNS, columnsJSONObject)\n    resultJSONObject\n  }\n  private def schemaReader(\n      content: String,\n      schemaMap: HashMap[String, HashMap[String, JSONArray]]): Unit = {\n    val jsonArr = JSONArray.fromObject(content)\n    val itr = jsonArr.iterator()\n    while (itr.hasNext) {\n      val obj = itr.next().asInstanceOf[JSONObject]\n      val dbtb = obj.getJSONObject(TABLE)\n      val db = dbtb.getString(NAMESPACE)\n      val tb = dbtb.getString(NAME)\n      val tables = schemaMap.getOrElseUpdate(db, new HashMap[String, JSONArray])\n      val jsonArray = new JSONArray\n      jsonArray.add(obj)\n      tables.put(tb, jsonArray)\n    }\n  }\n\n  private def schemaWriter(\n      filename: String,\n      schemasMap: HashMap[String, HashMap[String, JSONArray]]) = {\n    val file = new File(filename)\n    require(file.exists(), s\"Schemas file $file does not exist\")\n    require(file.isFile(), s\"Schemas file $file is not a normal file\")\n    try {\n      val jsonArray = new JSONArray()\n      for (jsonObject <- schemasMap.values.flatMap(_.values).map(_.get(0))) {\n        jsonArray.add(jsonObject)\n      }\n      FileUtils.writeStringToFile(file, jsonArray.toString(2))\n    } catch {\n      case e: IOException =>\n        throw new SparkException(s\"Failed when loading Spark properties from $filename\", e)\n    }\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/Time.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.joda.time.{DateTime, Interval}\nimport org.joda.time.format.ISODateTimeFormat\n\nobject Time {\n  private final val DateTimeFormat = ISODateTimeFormat.dateTime().withOffsetParsed()\n  def intervalToString(i: Interval): String =\n    \"%s\/%s\".format(DateTimeFormat.print(i.getStart), DateTimeFormat.print(i.getEnd))\n\n  def parse(s: String): DateTime = DateTimeFormat.parseDateTime(s)\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/XSQLAnalyzeTableCommand.scala","text":"<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/XSQLAnalyzeTableCommand.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{AnalysisException, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.CatalogTableType\nimport org.apache.spark.sql.execution.command.{CommandUtils, RunnableCommand}\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\n\n\/**\n * Analyzes the given table to generate statistics, which will be used in query optimizations.\n *\/\ncase class XSQLAnalyzeTableCommand(tableIdent: TableIdentifier, noscan: Boolean = true)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val sessionState = sparkSession.sessionState\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogDB = catalog.getUsedCatalogDatabase(tableIdent.dataSource, tableIdent.database)\n    if (catalogDB == None) {\n      return Seq.empty[Row]\n    }\n    val ds = catalogDB.get.dataSourceName\n    val db = catalogDB.get.name\n    val tableIdentWithDB = TableIdentifier(tableIdent.table, Some(db), Some(ds))\n    val tableMeta = catalog.getRawTable(tableIdentWithDB)\n    if (tableMeta.tableType == CatalogTableType.VIEW) {\n      throw new AnalysisException(\"ANALYZE TABLE is not supported on views.\")\n    }\n\n    \/\/ Compute stats for the whole table\n    val newTotalSize = CommandUtils.calculateTotalSize(sparkSession, tableMeta)\n    val newRowCount =\n      if (noscan) None else Some(BigInt(sparkSession.table(tableIdentWithDB).count()))\n\n    \/\/ Update the metastore if the above statistics of the table are different from those\n    \/\/ recorded in the metastore.\n    val newStats = CommandUtils.compareAndGetNewStats(tableMeta.stats, newTotalSize, newRowCount)\n    if (newStats.isDefined) {\n      catalog.alterTableStats(tableIdentWithDB, newStats)\n    }\n\n    Seq.empty[Row]\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/tables.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport java.util.{HashMap, Locale}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.control.NonFatal\n\nimport org.apache.spark.sql.{AnalysisException, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.catalog.CatalogTableType._\nimport org.apache.spark.sql.catalyst.catalog.CatalogTypes.TablePartitionSpec\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference, AttributeSet}\nimport org.apache.spark.sql.execution.command.DDLUtils\nimport org.apache.spark.sql.execution.command.RunnableCommand\nimport org.apache.spark.sql.execution.datasources.DataSource\nimport org.apache.spark.sql.execution.datasources.csv.CSVFileFormat\nimport org.apache.spark.sql.execution.datasources.jdbc.JdbcUtils.getCommonJDBCType\nimport org.apache.spark.sql.execution.datasources.json.JsonFileFormat\nimport org.apache.spark.sql.execution.datasources.parquet.ParquetFileFormat\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.jdbc.{JdbcDialect, JdbcDialects}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.util.SchemaUtils\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\nimport org.apache.spark.sql.xsql.types._\nimport org.apache.spark.util.Utils\n\n\/**\n * A command that add columns to a table\n * The syntax of using this command in SQL is:\n * {{{\n *   ALTER TABLE table_identifier\n *   ADD COLUMNS (col_name data_type [COMMENT col_comment], ...);\n * }}}\n *\/\ncase class XSQLAlterTableAddColumnsCommand(table: TableIdentifier, colsToAdd: Seq[StructField])\n  extends RunnableCommand {\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogDB: Option[CatalogDatabase] = catalog.getUsedCatalogDatabase(table)\n    val ds = catalogDB.get.dataSourceName\n    val db = catalogDB.get.name\n    val tableName = table.table\n    val newTableIdentifier = TableIdentifier(tableName, Some(db), Some(ds))\n    val catalogTable =\n      verifyAlterTableAddColumn(sparkSession.sessionState.conf, catalog, newTableIdentifier)\n\n    try {\n      sparkSession.catalog.uncacheTable(newTableIdentifier.quotedString)\n    } catch {\n      case NonFatal(e) =>\n        log.warn(s\"Exception when attempting to uncache table ${table.quotedString}\", e)\n    }\n    catalog.refreshTable(newTableIdentifier)\n\n    SchemaUtils.checkColumnNameDuplication(\n      (colsToAdd ++ catalogTable.schema).map(_.name),\n      \"in the table definition of \" + table.identifier,\n      conf.caseSensitiveAnalysis)\n    DDLUtils.checkDataColNames(catalogTable, colsToAdd.map(_.name))\n\n    catalog.alterTableDataSchema(\n      newTableIdentifier,\n      StructType(catalogTable.dataSchema ++ colsToAdd))\n    Seq.empty[Row]\n  }\n\n  \/**\n   * ALTER TABLE ADD COLUMNS command does not support temporary view\/table,\n   * view, or datasource table with text, orc formats or external provider.\n   * For datasource table, it currently only supports parquet, json, csv.\n   *\/\n  private def verifyAlterTableAddColumn(\n      conf: SQLConf,\n      catalog: SessionCatalog,\n      table: TableIdentifier): CatalogTable = {\n    val catalogTable = catalog.getTempViewOrPermanentTableMetadata(table)\n\n    if (catalogTable.tableType == VIEW) {\n      throw new AnalysisException(s\"\"\"\n          |ALTER ADD COLUMNS does not support views.\n          |You must drop and re-create the views for adding the new columns. Views: $table\n         \"\"\".stripMargin)\n    }\n\n    if (DDLUtils.isDatasourceTable(catalogTable)) {\n      DataSource.lookupDataSource(catalogTable.provider.get, conf).newInstance() match {\n        \/\/ For datasource table, this command can only support the following File format.\n        \/\/ TextFileFormat only default to one column \"value\"\n        \/\/ Hive type is already considered as hive serde table, so the logic will not\n        \/\/ come in here.\n        case _: JsonFileFormat | _: CSVFileFormat | _: ParquetFileFormat =>\n        case s if s.getClass.getCanonicalName.endsWith(\"OrcFileFormat\") =>\n        case s\n            if s.getClass.getCanonicalName.equals(\"org.elasticsearch.spark.sql.DefaultSource\") =>\n        case s =>\n          throw new AnalysisException(s\"\"\"\n              |ALTER ADD COLUMNS does not support datasource table with type $s.\n              |You must drop and re-create the table for adding the new columns. Tables: $table\n             \"\"\".stripMargin)\n      }\n    }\n    catalogTable\n  }\n}\n\n\/**\n * A command that add columns to a table of mysql\n * The syntax of using this command in SQL is:\n * {{{\n *   ALTER TABLE table_identifier\n *   ADD COLUMN? (col_name data_type [COMMENT col_comment], ...);\n * }}}\n *\/\ncase class XSQLAlterTableAddColumnsForMysqlCommand(\n    table: TableIdentifier,\n    colsToAdd: Seq[StructField])\n  extends RunnableCommand {\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogTable =\n      verifyAlterTableAddColumn(sparkSession.sessionState.conf, catalog, table)\n    try {\n      sparkSession.catalog.uncacheTable(table.quotedString)\n    } catch {\n      case NonFatal(e) =>\n        log.warn(s\"Exception when attempting to uncache table ${table.quotedString}\", e)\n    }\n    catalog.refreshTable(table)\n\n    SchemaUtils.checkColumnNameDuplication(\n      (colsToAdd ++ catalogTable.schema).map(_.name),\n      \"in the table definition of \" + table.identifier,\n      conf.caseSensitiveAnalysis)\n    DDLUtils.checkDataColNames(catalogTable, colsToAdd.map(_.name))\n    val dialect = JdbcDialects.get(catalogTable.storage.properties.get(\"url\").get)\n    val strSchema = schemaString(StructType(colsToAdd), dialect)\n    val sql = s\"ALTER TABLE ${table.table} ADD ($strSchema)\"\n    catalog.alterTableDataSchema(table, StructType(catalogTable.dataSchema ++ colsToAdd), sql)\n    Seq.empty[Row]\n  }\n\n  private def schemaString(schema: StructType, dialect: JdbcDialect): String = {\n    val sb = new StringBuilder()\n    schema.fields.foreach { field =>\n      val name = dialect.quoteIdentifier(field.name)\n      val typ = dialect\n        .getJDBCType(field.dataType)\n        .orElse(getCommonJDBCType(field.dataType))\n        .get\n        .databaseTypeDefinition\n      val nullable = if (typ.equalsIgnoreCase(\"TIMESTAMP\")) {\n        \"NULL\"\n      } else {\n        if (field.nullable) {\n          \"\"\n        } else {\n          \"NOT NULL\"\n        }\n      }\n      sb.append(s\", $name $typ $nullable \")\n      if (field.metadata.contains(MYSQL_COLUMN_DEFAULT)) {\n        sb.append(s\"DEFAULT ${field.metadata.getString(MYSQL_COLUMN_DEFAULT)} \")\n      }\n      if (field.metadata.contains(MYSQL_COLUMN_AUTOINC)) {\n        sb.append(\"AUTO_INCREMENT \")\n      }\n      if (field.metadata.contains(PRIMARY_KEY)) {\n        sb.append(\"PRIMARY KEY \")\n      }\n      if (field.metadata.contains(\"COMMENT\".toLowerCase)) {\n        sb.append(s\"COMMENT '${field.metadata.getString(\"COMMENT\".toLowerCase)}'\")\n      }\n    }\n    if (sb.length < 2) \"\" else sb.substring(2)\n  }\n\n  \/**\n   * ALTER TABLE ADD COLUMN command does not support temporary view\/table,\n   * it currently only supports jdbc datasource.\n   *\/\n  private def verifyAlterTableAddColumn(\n      conf: SQLConf,\n      catalog: SessionCatalog,\n      table: TableIdentifier): CatalogTable = {\n\n    val catalogTable = catalog.getTempViewOrPermanentTableMetadata(table)\n\n    if (catalogTable.tableType == VIEW) {\n      throw new AnalysisException(s\"\"\"\n           |ALTER ADD COLUMN does not support views.\n           |You must drop and re-create the views for adding the new columns. Views: $table\n         \"\"\".stripMargin)\n    }\n\n    if (DDLUtils.isDatasourceTable(catalogTable) ||\n        catalogTable.provider.get.toLowerCase(Locale.ROOT) == DDLUtils.HIVE_PROVIDER) {\n      DataSource.lookupDataSource(catalogTable.provider.get, conf).newInstance() match {\n        \/\/ For datasource table, this command can only support jdbc\n        case s\n            if s.getClass.getCanonicalName.equals(\n              \"org.apache.spark.sql.execution.datasources.jdbc.JdbcRelationProvider\") =>\n        case s =>\n          throw new AnalysisException(s\"\"\"\n               |ALTER ADD COLUMN? does not support datasource table with type $s.\n             \"\"\".stripMargin)\n      }\n    }\n    catalogTable\n  }\n}\n\ncase class XSQLAlterTableDropColumnsForMysqlCommand(\n    table: TableIdentifier,\n    colstoDrop: Seq[String])\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogTable =\n      verifyAlterTableDropColumn(sparkSession.sessionState.conf, catalog, table)\n\n    try {\n      sparkSession.catalog.uncacheTable(table.quotedString)\n    } catch {\n      case NonFatal(e) =>\n        log.warn(s\"Exception when attempting to uncache table ${table.quotedString}\", e)\n    }\n    catalog.refreshTable(table)\n    DDLUtils.checkDataColNames(catalogTable, colstoDrop)\n\n    val oldFields = catalogTable.dataSchema.fields\n\n    colstoDrop.foreach(colName => {\n      if (!oldFields.map(_.name).contains(colName)) {\n        throw new AnalysisException(s\"\"\"\n             |dropped column ${colName} doesn't exist in table ${table.table}\n          \"\"\".stripMargin)\n      }\n    })\n\n    val newDataSchema: Array[StructField] = oldFields.filter(field => {\n      !colstoDrop.contains(field.name)\n    })\n\n    val colsToDrop = catalogTable.dataSchema.fields.filter(field => {\n      colstoDrop.contains(field.name)\n    })\n\n    val strField = StructType(colsToDrop).fields\n      .map(field => {\n        \"DROP \" + field.name\n      })\n      .mkString(\",\")\n    val sql = s\"ALTER TABLE ${table.table} $strField\"\n\n    catalog.alterTableDataSchema(table, StructType(newDataSchema), sql)\n\n    Seq.empty[Row]\n  }\n\n  \/**\n   * ALTER TABLE DROP COLUMN command does not support temporary view\/table,\n   * it currently only supports jdbc datasource.\n   *\/\n  private def verifyAlterTableDropColumn(\n      conf: SQLConf,\n      catalog: SessionCatalog,\n      table: TableIdentifier): CatalogTable = {\n    val catalogTable = catalog.getTempViewOrPermanentTableMetadata(table)\n\n    if (catalogTable.tableType == VIEW) {\n      throw new AnalysisException(s\"\"\"\n           |ALTER DROP COLUMN does not support views.\n           |You must drop and re-create the views for adding the new columns. Views: $table\n         \"\"\".stripMargin)\n    }\n    if (DDLUtils.isDatasourceTable(catalogTable) ||\n        catalogTable.provider.get.toLowerCase(Locale.ROOT) == DDLUtils.HIVE_PROVIDER) {\n      DataSource.lookupDataSource(catalogTable.provider.get, conf).newInstance() match {\n        \/\/ For datasource table, this command can only support jdbc\n        case s\n            if s.getClass.getCanonicalName.equals(\n              \"org.apache.spark.sql.execution.datasources.jdbc.JdbcRelationProvider\") =>\n        case s =>\n          throw new AnalysisException(s\"\"\"\n               |ALTER DROP COLUMN does not support datasource table with type $s.\n             \"\"\".stripMargin)\n      }\n    }\n    catalogTable\n  }\n}\n\n\/**\n * A command to truncate table.\n *\n * The syntax of this command is:\n * {{{\n *   TRUNCATE TABLE tablename [PARTITION (partcol1=val1, partcol2=val2 ...)]\n * }}}\n *\/\ncase class XSQLTruncateTableCommand(\n    tableName: TableIdentifier,\n    partitionSpec: Option[TablePartitionSpec])\n  extends RunnableCommand {\n\n  override def run(spark: SparkSession): Seq[Row] = {\n    val catalog = spark.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val table = catalog.truncateTable(tableName, partitionSpec)\n    val tableIdentWithDB = table.identifier.quotedString\n    \/\/ After deleting the data, invalidate the table to make sure we don't keep around a stale\n    \/\/ file relation in the metastore cache.\n    catalog.refreshTable(tableName)\n    \/\/ Also try to drop the contents of the table from the columnar cache\n    try {\n      spark.sharedState.cacheManager.uncacheQuery(spark.table(table.identifier), cascade = true)\n    } catch {\n      case NonFatal(e) =>\n        log.warn(s\"Exception when attempting to uncache table $tableIdentWithDB\", e)\n    }\n\n    if (table.stats.nonEmpty) {\n      \/\/ empty table after truncation\n      val newStats = CatalogStatistics(sizeInBytes = 0, rowCount = Some(0))\n      catalog.alterTableStats(tableName, Some(newStats))\n    }\n    Seq.empty[Row]\n  }\n}\n\n\/**\n * Command that looks like\n * {{{\n *   DESCRIBE [EXTENDED|FORMATTED] table_name partitionSpec?;\n * }}}\n *\/\ncase class XSQLDescribeTableCommand(\n    table: TableIdentifier,\n    partitionSpec: TablePartitionSpec,\n    isExtended: Boolean)\n  extends RunnableCommand {\n\n  override val output: Seq[Attribute] = Seq(\n    \/\/ Column names are based on Hive.\n    AttributeReference(\n      \"col_name\",\n      StringType,\n      nullable = false,\n      new MetadataBuilder().putString(\"comment\", \"name of the column\").build())(),\n    AttributeReference(\n      \"data_type\",\n      StringType,\n      nullable = false,\n      new MetadataBuilder().putString(\"comment\", \"data type of the column\").build())(),\n    AttributeReference(\n      \"comment\",\n      StringType,\n      nullable = true,\n      new MetadataBuilder().putString(\"comment\", \"comment of the column\").build())())\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val result = new ArrayBuffer[Row]\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n\n    if (catalog.isTemporaryTable(table)) {\n      if (partitionSpec.nonEmpty) {\n        throw new AnalysisException(\n          s\"DESC PARTITION is not allowed on a temporary view: ${table.identifier}\")\n      }\n      describeSchema(catalog.lookupRelation(table).schema, result, header = false)\n    } else {\n      val metadata = catalog.getTableMetadata(table)\n      if (metadata.schema.isEmpty) {\n        \/\/ In older version(prior to 2.1) of Spark, the table schema can be empty and should be\n        \/\/ inferred at runtime. We should still support it.\n        describeSchema(sparkSession.table(metadata.identifier).schema, result, header = false)\n      } else {\n        describeSchema(metadata.schema, result, header = false)\n      }\n\n      describePartitionInfo(metadata, result)\n\n      if (partitionSpec.nonEmpty) {\n        \/\/ Outputs the partition-specific info for the DDL command:\n        \/\/ \"DESCRIBE [EXTENDED|FORMATTED] table_name PARTITION (partitionVal*)\"\n        describeDetailedPartitionInfo(sparkSession, catalog, metadata, result)\n      } else if (isExtended) {\n        val regex = catalog.getRedactionPattern(metadata.identifier)\n        val redactProperties = Utils.redact(regex, metadata.storage.properties.toSeq)\n        val redactMetadata =\n          metadata.copy(storage = metadata.storage.copy(properties = redactProperties.toMap))\n        describeFormattedTableInfo(redactMetadata, result)\n      }\n    }\n\n    result\n  }\n\n  private def describePartitionInfo(table: CatalogTable, buffer: ArrayBuffer[Row]): Unit = {\n    if (table.partitionColumnNames.nonEmpty) {\n      append(buffer, \"# Partition Information\", \"\", \"\")\n      describeSchema(table.partitionSchema, buffer, header = true)\n    }\n  }\n\n  private def describeFormattedTableInfo(table: CatalogTable, buffer: ArrayBuffer[Row]): Unit = {\n    \/\/ The following information has been already shown in the previous outputs\n    val excludedTableInfo = Seq(\"Partition Columns\", \"Schema\")\n    append(buffer, \"\", \"\", \"\")\n    append(buffer, \"# Detailed Table Information\", \"\", \"\")\n    table.toLinkedHashMap.filterKeys(!excludedTableInfo.contains(_)).foreach { s =>\n      append(buffer, s._1, s._2, \"\")\n    }\n  }\n\n  private def describeDetailedPartitionInfo(\n      spark: SparkSession,\n      catalog: SessionCatalog,\n      metadata: CatalogTable,\n      result: ArrayBuffer[Row]): Unit = {\n    if (metadata.tableType == CatalogTableType.VIEW) {\n      throw new AnalysisException(s\"DESC PARTITION is not allowed on a view: ${table.identifier}\")\n    }\n    DDLUtils.verifyPartitionProviderIsHive(spark, metadata, \"DESC PARTITION\")\n    val partition = catalog.getPartition(table, partitionSpec)\n    if (isExtended) describeFormattedDetailedPartitionInfo(table, metadata, partition, result)\n  }\n\n  private def describeFormattedDetailedPartitionInfo(\n      tableIdentifier: TableIdentifier,\n      table: CatalogTable,\n      partition: CatalogTablePartition,\n      buffer: ArrayBuffer[Row]): Unit = {\n    append(buffer, \"\", \"\", \"\")\n    append(buffer, \"# Detailed Partition Information\", \"\", \"\")\n    append(buffer, \"Database\", table.database, \"\")\n    append(buffer, \"Table\", tableIdentifier.table, \"\")\n    partition.toLinkedHashMap.foreach(s => append(buffer, s._1, s._2, \"\"))\n    append(buffer, \"\", \"\", \"\")\n    append(buffer, \"# Storage Information\", \"\", \"\")\n    table.bucketSpec match {\n      case Some(spec) =>\n        spec.toLinkedHashMap.foreach(s => append(buffer, s._1, s._2, \"\"))\n      case _ =>\n    }\n    table.storage.toLinkedHashMap.foreach(s => append(buffer, s._1, s._2, \"\"))\n  }\n\n  private def describeSchema(\n      schema: StructType,\n      buffer: ArrayBuffer[Row],\n      header: Boolean): Unit = {\n    if (header) {\n      append(buffer, s\"# ${output.head.name}\", output(1).name, output(2).name)\n    }\n    schema.foreach { column =>\n      val typeString = if (column.metadata.contains(ELASTIC_SEARCH_TYPE_STRING)) {\n        column.metadata.getString(ELASTIC_SEARCH_TYPE_STRING)\n      } else {\n        column.dataType.simpleString\n      }\n      append(buffer, column.name, typeString, column.getComment().orNull)\n    }\n  }\n\n  private def append(\n      buffer: ArrayBuffer[Row],\n      column: String,\n      dataType: String,\n      comment: String): Unit = {\n    buffer += Row(column, dataType, comment)\n  }\n}\n\n\/**\n * A command for users to get tables in the given database.\n * If a databaseName is not given, the current database will be used.\n * The syntax of using this command in SQL is:\n * {{{\n *   SHOW TABLES [(IN|FROM) ['ds'.]database_name] [[LIKE] 'identifier_with_wildcards'];\n *   SHOW TABLE EXTENDED [(IN|FROM) database_name] LIKE 'identifier_with_wildcards'\n *   [PARTITION(partition_spec)];\n * }}}\n *\/\ncase class XSQLShowTablesCommand(\n    dataSourceName: Option[String] = None,\n    databaseName: Option[String],\n    tableIdentifierPattern: Option[String],\n    isExtended: Boolean = false,\n    partitionSpec: Option[TablePartitionSpec] = None)\n  extends RunnableCommand {\n\n  \/\/ The result of SHOW TABLES\/SHOW TABLE has three basic columns: database, tableName and\n  \/\/ isTemporary. If `isExtended` is true, append column `information` to the output columns.\n  override val output: Seq[Attribute] = {\n    val tableExtendedInfo = if (isExtended) {\n      AttributeReference(\"information\", StringType, nullable = false)() :: Nil\n    } else {\n      Nil\n    }\n    AttributeReference(\"tableName\", StringType, nullable = false)() ::\n      AttributeReference(\"database\", StringType, nullable = false)() ::\n      AttributeReference(\"dataSourceName\", StringType, nullable = false)() ::\n      AttributeReference(\"isTemporary\", BooleanType, nullable = false)() :: tableExtendedInfo\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    \/\/ Since we need to return a Seq of rows, we will call getTables directly\n    \/\/ instead of calling tables in sparkSession.\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogDB = catalog.getUsedCatalogDatabase(dataSourceName, databaseName)\n    if (catalogDB == None) {\n      return Seq.empty[Row]\n    }\n    val ds = catalogDB.get.dataSourceName\n    val db = catalogDB.get.name\n    if (partitionSpec.isEmpty) {\n      \/\/ Show the information of tables.\n      val tables =\n        tableIdentifierPattern\n          .map(catalog.listTablesForXSQL(ds, db, _))\n          .getOrElse(catalog.listTablesForXSQL(ds, db))\n      tables.map { tableIdent =>\n        val database = tableIdent.database.getOrElse(\"\")\n        val tableName = tableIdent.table\n        val isTemp = catalog.isTemporaryTable(tableIdent)\n        if (isExtended) {\n          val metadata = catalog.getTempViewOrPermanentTableMetadata(tableIdent)\n          val regex = catalog.getRedactionPattern(metadata.identifier)\n          val redactProperties = Utils.redact(regex, metadata.storage.properties.toSeq)\n          val redactMetadata =\n            metadata.copy(storage = metadata.storage.copy(properties = redactProperties.toMap))\n          val information = redactMetadata.simpleString\n          Row(tableName, database, ds, isTemp, s\"$information\\n\")\n        } else {\n          Row(tableName, database, ds, isTemp)\n        }\n      }\n    } else {\n      \/\/ Show the information of partitions.\n      \/\/\n      \/\/ Note: tableIdentifierPattern should be non-empty, otherwise a [[ParseException]]\n      \/\/ should have been thrown by the sql parser.\n      val tableIdent = TableIdentifier(tableIdentifierPattern.get, Some(db), Some(ds))\n      val table = catalog.getTableMetadata(tableIdent).identifier\n\/\/      val partition = catalog.getPartition(tableIdent, partitionSpec.get)\n      val database = table.database.getOrElse(\"\")\n      val tableName = table.table\n      val isTemp = catalog.isTemporaryTable(table)\n\/\/      val information = partition.simpleString\n      Seq(Row(tableName, database, ds, isTemp, \"\\n\"))\n    }\n  }\n}\n\n\/**\n * A command to list the column names for a table.\n *\n * The syntax of using this command in SQL is:\n * {{{\n *   SHOW COLUMNS (FROM | IN) table_identifier [(FROM | IN) database];\n * }}}\n *\/\ncase class XSQLShowColumnsCommand(\n    dataSourceName: Option[String] = None,\n    databaseName: Option[String],\n    tableName: TableIdentifier)\n  extends RunnableCommand {\n  override val output: Seq[Attribute] = Seq(\n    \/\/ Column names are based on Hive.\n    AttributeReference(\n      \"col_name\",\n      StringType,\n      nullable = false,\n      new MetadataBuilder().putString(\"col_name\", \"name of the column\").build())(),\n    AttributeReference(\n      \"data_type\",\n      StringType,\n      nullable = false,\n      new MetadataBuilder().putString(\"data_type\", \"data type of the column\").build())(),\n    AttributeReference(\n      \"comment\",\n      StringType,\n      nullable = true,\n      new MetadataBuilder().putString(\"comment\", \"comment of the column\").build())())\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val resolver = sparkSession.sessionState.conf.resolver\n    var catalogDB: Option[CatalogDatabase] = None\n    if (dataSourceName == None) {\n      if (databaseName == None) {\n        catalogDB = catalog.getUsedCatalogDatabase(tableName)\n      } else {\n        catalogDB = catalog.getCurrentCatalogDatabase\n      }\n    } else {\n      catalogDB = Option(catalog.getDatabaseMetadata(dataSourceName, databaseName.get))\n    }\n\n    if (catalogDB == None) {\n      return Seq.empty[Row]\n    }\n\n    val ds = catalogDB.get.dataSourceName\n    val dbName = Option(catalogDB.get.name)\n\n    val lookupTable = dbName match {\n      case None => tableName\n      case Some(db) if tableName.database.exists(!resolver(_, db)) =>\n        throw new AnalysisException(\n          s\"SHOW COLUMNS with conflicting databases: '$db' != '${tableName.database.get}'\")\n      case Some(db) => TableIdentifier(tableName.identifier, Some(db), Some(ds))\n    }\n    val table = catalog.getTempViewOrPermanentTableMetadata(lookupTable)\n    table.schema.map { c =>\n      val typeString = if (c.metadata.contains(ELASTIC_SEARCH_TYPE_STRING)) {\n        c.metadata.getString(ELASTIC_SEARCH_TYPE_STRING)\n      } else {\n        c.dataType.simpleString\n      }\n      Row(c.name, typeString, c.getComment().orNull)\n    }\n  }\n}\n\n\/**\n * A command to list the partition names of a table. If the partition spec is specified,\n * partitions that match the spec are returned. [[AnalysisException]] exception is thrown under\n * the following conditions:\n *\n * 1. If the command is called for a non partitioned table.\n * 2. If the partition spec refers to the columns that are not defined as partitioning columns.\n *\n * The syntax of using this command in SQL is:\n * {{{\n *   SHOW PARTITIONS [db_name.]table_name [PARTITION(partition_spec)]\n * }}}\n *\/\ncase class XSQLShowPartitionsCommand(tableName: TableIdentifier, spec: Option[TablePartitionSpec])\n  extends RunnableCommand {\n  override val output: Seq[Attribute] = {\n    AttributeReference(\"partition\", StringType, nullable = false)() :: Nil\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val table = catalog.getTableMetadata(tableName)\n    val tableIdentWithDB = table.identifier.quotedString\n\n    \/**\n     * Validate and throws an [[AnalysisException]] exception under the following conditions:\n     * 1. If the table is not partitioned.\n     * 2. If it is a datasource table.\n     * 3. If it is a view.\n     *\/\n    if (table.tableType == VIEW) {\n      throw new AnalysisException(s\"SHOW PARTITIONS is not allowed on a view: $tableIdentWithDB\")\n    }\n\n    if (table.partitionColumnNames.isEmpty) {\n      throw new AnalysisException(\n        s\"SHOW PARTITIONS is not allowed on a table that is not partitioned: $tableIdentWithDB\")\n    }\n\n    DDLUtils.verifyPartitionProviderIsHive(sparkSession, table, \"SHOW PARTITIONS\")\n\n    \/**\n     * Validate the partitioning spec by making sure all the referenced columns are\n     * defined as partitioning columns in table definition. An AnalysisException exception is\n     * thrown if the partitioning spec is invalid.\n     *\/\n    if (spec.isDefined) {\n      val badColumns = spec.get.keySet.filterNot(table.partitionColumnNames.contains)\n      if (badColumns.nonEmpty) {\n        val badCols = badColumns.mkString(\"[\", \", \", \"]\")\n        throw new AnalysisException(\n          s\"Non-partitioning column(s) $badCols are specified for SHOW PARTITIONS\")\n      }\n    }\n\n    val partNames = catalog.listPartitionNames(tableName, spec)\n    partNames.map(Row(_))\n  }\n}\n\ncase class PushDownQueryCommand(\n    tableMeta: CatalogTable,\n    dataCols: Seq[AttributeReference],\n    havingFiltered: Boolean,\n    sorted: Boolean,\n    union: Boolean,\n    limit: Boolean,\n    queryContent: String)\n  extends RunnableCommand {\n\n  \/** Returns a string representing the arguments to this node, minus any children *\/\n  override def argString: String = queryContent\n\n  override def producedAttributes: AttributeSet = outputSet\n  \/\/ The partition column should always appear after data columns.\n  override def output: Seq[AttributeReference] = dataCols\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    if (limit == 0) {\n      Seq.empty\n    } else {\n      val result = new ArrayBuffer[Row]\n      val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n      val midResult = catalog.scanTables(tableMeta, dataCols, limit, queryContent)\n      midResult.foreach { arr =>\n        result += Row(arr: _*)\n      }\n      result\n    }\n  }\n}\n\n\/**\n * scan table over data engine itself.\n *\/\ncase class ScanTableCommand(\n    tableMeta: CatalogTable,\n    dataCols: Seq[AttributeReference],\n    partitionCols: Seq[AttributeReference],\n    columns: java.util.List[String] = null,\n    condition: HashMap[String, Any] = null,\n    sort: java.util.List[HashMap[String, Any]] = null,\n    aggs: HashMap[String, Any] = null,\n    groupByKeys: Seq[String] = null,\n    limit: Int = 10)\n  extends RunnableCommand {\n\n  \/\/ The partition column should always appear after data columns.\n  override def output: Seq[AttributeReference] = dataCols ++ partitionCols\n\n  override def producedAttributes: AttributeSet = outputSet\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    if (limit == 0) {\n      Seq.empty\n    } else {\n      val result = new ArrayBuffer[Row]\n      val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n      val midResult =\n        catalog.scanSingleTable(tableMeta, columns, condition, sort, aggs, groupByKeys, limit)\n      midResult.foreach { arr =>\n        result += Row(arr: _*)\n      }\n      result\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/alarm\/JdbcAlarm.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.alarm\n\nimport java.sql.{Connection, DriverManager}\n\nclass JdbcAlarm extends Alarm {\n  override val name: String = \"mysql\"\n\n  private val conn: Connection = getConnect\n\n  private def getConnect(): Connection = {\n    org.apache.spark.util.Utils.classForName(\"com.mysql.jdbc.Driver\")\n    DriverManager.getConnection(\n      \"jdbc:mysql:\/\/localhost:3306\/xsql_monitor?useSSL=true\",\n      \"xsql_monitor\",\n      \"xsql_monitor\")\n  }\n\n  \/**\n   * Send the alert message to possible external SMS, EMAIL, Phone system.\n   *\n   * @param msg the alert message to send\n   * @return a [[AlertResp]] with status and an optional message\n   *\/\n  override def alarm(msg: AlertMessage): AlertResp = {\n    msg.toJdbc(conn)\n    AlertResp.success(\"\")\n  }\n\n  override def finalAlarm(msg: AlertMessage): AlertResp = {\n    msg.toJdbc(conn)\n    AlertResp.success(\"\")\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DSL.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nobject DSL {\n\n  import PostAggregation._\n  import QueryFilter._\n\n  case class FilterOps(dimension: String) {\n    def ===(value: String): SelectorQueryFilter = where(dimension, value)\n\n    def =*=(pattern: String): RegexQueryFilter = regex(dimension, pattern)\n  }\n\n  implicit def string2FilterOps(s: String): FilterOps = FilterOps(s)\n\n  case class PostAggStringOps(lhs: String) {\n    def \/(rhs: String): ArithmeticPostAggregation =\n      ArithmeticPostAggregation(\n        \"%s_by_%s\".format(lhs, rhs),\n        \"\/\",\n        Seq(FieldAccess(lhs), FieldAccess(rhs)))\n\n    def *(rhs: String): ArithmeticPostAggregation =\n      ArithmeticPostAggregation(\n        \"%s_times_%s\".format(lhs, rhs),\n        \"*\",\n        Seq(FieldAccess(lhs), FieldAccess(rhs)))\n\n    def -(rhs: String): ArithmeticPostAggregation =\n      ArithmeticPostAggregation(\n        \"%s_minus_%s\".format(lhs, rhs),\n        \"-\",\n        Seq(FieldAccess(lhs), FieldAccess(rhs)))\n\n    def +(rhs: String): ArithmeticPostAggregation =\n      ArithmeticPostAggregation(\n        \"%s_plus_%s\".format(lhs, rhs),\n        \"-\",\n        Seq(FieldAccess(lhs), FieldAccess(rhs)))\n  }\n\n  implicit def string2PostAggOps(s: String): PostAggStringOps = PostAggStringOps(s)\n\n  implicit def string2PostAgg(s: String): PostAggregationFieldSpec =\n    ArithmeticPostAggregation(\"no_name\", \"*\", Seq(FieldAccess(s), constant(1)))\n\n  implicit def numericToConstant[T](n: T)(implicit num: Numeric[T]): ConstantPostAggregation =\n    constant(num.toDouble(n))\n\n  case class OrderByStringOps(col: String) {\n    def asc: ColumnOrder = ColumnOrder(col, \"ASCENDING\")\n\n    def desc: ColumnOrder = ColumnOrder(col, \"DESCENDING\")\n  }\n\n  implicit def string2OrderByOps(s: String): OrderByStringOps = OrderByStringOps(s)\n\n  def sum(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"longSum\", fieldName, if (alias.length > 0) alias else fieldName + \"_sum\")\n\n  def doubleSum(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"doubleSum\", fieldName, if (alias.length > 0) alias else fieldName + \"_sum\")\n\n  def min(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"longMin\", fieldName, if (alias.length > 0) alias else fieldName + \"_min\")\n\n  def doubleMin(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"doubleMin\", fieldName, if (alias.length > 0) alias else fieldName + \"_min\")\n\n  def max(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"longMax\", fieldName, if (alias.length > 0) alias else fieldName + \"_max\")\n\n  def doubleMax(fieldName: String, alias: String = \"\"): Aggregation =\n    Aggregation(\"doubleMax\", fieldName, if (alias.length > 0) alias else fieldName + \"_max\")\n\n  def count(alias: String = \"row_count\"): Aggregation = Aggregation(\"count\", \"na\", alias)\n\n  def countMultDistinct(fields: Seq[String], alias: String = \"count_distinct\"): Aggregation =\n    new CardinalityAggregation(fields, alias)\n\n  def countdistinct(\n      fieldName: String,\n      disType: String,\n      alias: String = \"count_distinct\"): Aggregation = Aggregation(disType, fieldName, alias)\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/hive\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/execution\/InsertIntoHiveDirCommand.scala","text":"<reponame>wenfang6\/XSQL<filename>sql\/hive\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/execution\/InsertIntoHiveDirCommand.scala<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.execution\n\nimport org.apache.hadoop.fs.{FileSystem, Path}\nimport org.apache.hadoop.hive.common.FileUtils\nimport org.apache.hadoop.hive.ql.plan.TableDesc\nimport org.apache.hadoop.hive.serde.serdeConstants\nimport org.apache.hadoop.hive.serde2.`lazy`.LazySimpleSerDe\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{CatalogStorageFormat, CatalogTable}\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.execution.SparkPlan\nimport org.apache.spark.sql.hive.client.HiveClientImpl\nimport org.apache.spark.sql.util.SchemaUtils\n\n\/**\n * Command for writing the results of `query` to file system.\n *\n * The syntax of using this command in SQL is:\n * {{{\n *   INSERT OVERWRITE [LOCAL] DIRECTORY\n *   path\n *   [ROW FORMAT row_format]\n *   [STORED AS file_format]\n *   SELECT ...\n * }}}\n *\n * @param isLocal whether the path specified in `storage` is a local directory\n * @param storage storage format used to describe how the query result is stored.\n * @param query the logical plan representing data to write to\n * @param overwrite whether overwrites existing directory\n *\/\ncase class InsertIntoHiveDirCommand(\n    isLocal: Boolean,\n    storage: CatalogStorageFormat,\n    query: LogicalPlan,\n    overwrite: Boolean,\n    outputColumnNames: Seq[String]) extends SaveAsHiveFile {\n\n  override def run(sparkSession: SparkSession, child: SparkPlan): Seq[Row] = {\n    assert(storage.locationUri.nonEmpty)\n    SchemaUtils.checkColumnNameDuplication(\n      outputColumnNames,\n      s\"when inserting into ${storage.locationUri.get}\",\n      sparkSession.sessionState.conf.caseSensitiveAnalysis)\n\n    val hiveTable = HiveClientImpl.toHiveTable(CatalogTable(\n      identifier = TableIdentifier(storage.locationUri.get.toString, Some(\"default\")),\n      tableType = org.apache.spark.sql.catalyst.catalog.CatalogTableType.VIEW,\n      storage = storage,\n      schema = outputColumns.toStructType\n    ))\n    hiveTable.getMetadata.put(serdeConstants.SERIALIZATION_LIB,\n      storage.serde.getOrElse(classOf[LazySimpleSerDe].getName))\n\n    val tableDesc = new TableDesc(\n      hiveTable.getInputFormatClass,\n      hiveTable.getOutputFormatClass,\n      hiveTable.getMetadata\n    )\n\n    val hadoopConf = sparkSession.sessionState.newHadoopConf()\n\n    val targetPath = new Path(storage.locationUri.get)\n    val qualifiedPath = FileUtils.makeQualified(targetPath, hadoopConf)\n    val (writeToPath: Path, fs: FileSystem) =\n      if (isLocal) {\n        val localFileSystem = FileSystem.getLocal(hadoopConf)\n        (localFileSystem.makeQualified(targetPath), localFileSystem)\n      } else {\n        val dfs = qualifiedPath.getFileSystem(hadoopConf)\n        (qualifiedPath, dfs)\n      }\n    if (!fs.exists(writeToPath)) {\n      fs.mkdirs(writeToPath)\n    }\n\n    \/\/ The temporary path must be a HDFS path, not a local path.\n    val tmpPath = getExternalTmpPath(sparkSession, hadoopConf, qualifiedPath)\n    val fileSinkConf = new org.apache.spark.sql.hive.HiveShim.ShimFileSinkDesc(\n      tmpPath.toString, tableDesc, false)\n\n    try {\n      saveAsHiveFile(\n        sparkSession = sparkSession,\n        plan = child,\n        hadoopConf = hadoopConf,\n        fileSinkConf = fileSinkConf,\n        outputLocation = tmpPath.toString)\n\n      if (overwrite && fs.exists(writeToPath)) {\n        fs.listStatus(writeToPath).foreach { existFile =>\n          if (Option(existFile.getPath) != createdTempDir) fs.delete(existFile.getPath, true)\n        }\n      }\n\n      val dfs = tmpPath.getFileSystem(hadoopConf)\n      dfs.listStatus(tmpPath).foreach {\n        tmpFile =>\n          if (isLocal) {\n            dfs.copyToLocalFile(tmpFile.getPath, writeToPath)\n          } else {\n            dfs.rename(tmpFile.getPath, writeToPath)\n          }\n      }\n    } catch {\n      case e: Throwable =>\n        throw new SparkException(\n          \"Failed inserting overwrite directory \" + storage.locationUri.get, e)\n    } finally {\n      deleteExternalTmpPath(hadoopConf)\n    }\n\n    Seq.empty[Row]\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/types\/DruidComplexType.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.types\n\nimport scala.math.Ordering\nimport scala.reflect.runtime.universe.typeTag\n\nimport org.apache.spark.unsafe.types.UTF8String\n\nsealed abstract class DruidComplexType extends AtomicType {\n  private[sql] type InternalType = UTF8String\n\n  private[sql] val ordering = implicitly[Ordering[InternalType]]\n\n  @transient private[sql] lazy val tag = typeTag[InternalType]\n\n  \/**\n   * ElasticSearchStringType is not have The default size.\n   *\/\n  override def defaultSize: Int = -1\n\n  private[spark] override def asNullable: DruidComplexType = this\n\n}\n\nobject DruidComplexType {}\n\n\/**\n * Druid HyperUnique type.\n *\/\ncase object HyperUniqueType extends DruidComplexType {\n  override def simpleString: String = s\"hyperunique\"\n}\n\n\/**\n * Druid Cardinality type.\n *\/\ncase object CardinalityType extends DruidComplexType {\n  override def simpleString: String = s\"cardinality\"\n}\n\n\/**\n * Druid thetaSketch type.\n *\/\ncase object ThetaSketchType extends DruidComplexType {\n  override def simpleString: String = s\"thetasketch\"\n}\n\n\/**\n * Druid variance type.\n *\/\ncase object VarianceType extends DruidComplexType {\n  override def simpleString: String = s\"variance\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/XSQLAnalyzePartitionCommand.scala","text":"<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/XSQLAnalyzePartitionCommand.scala<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{AnalysisException, Column, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis.{NoSuchPartitionException, UnresolvedAttribute}\nimport org.apache.spark.sql.catalyst.catalog.{CatalogTable, CatalogTableType}\nimport org.apache.spark.sql.catalyst.catalog.CatalogTypes.TablePartitionSpec\nimport org.apache.spark.sql.catalyst.expressions.{And, EqualTo, Literal}\nimport org.apache.spark.sql.execution.command.{CommandUtils, RunnableCommand}\nimport org.apache.spark.sql.execution.datasources.PartitioningUtils\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\n\n\/**\n * Analyzes a given set of partitions to generate per-partition statistics, which will be used in\n * query optimizations.\n *\n * When `partitionSpec` is empty, statistics for all partitions are collected and stored in\n * Metastore.\n *\n * When `partitionSpec` mentions only some of the partition columns, all partitions with\n * matching values for specified columns are processed.\n *\n * If `partitionSpec` mentions unknown partition column, an `AnalysisException` is raised.\n *\n * By default, total number of rows and total size in bytes are calculated. When `noscan`\n * is `true`, only total size in bytes is computed.\n *\/\ncase class XSQLAnalyzePartitionCommand(\n    tableIdent: TableIdentifier,\n    partitionSpec: Map[String, Option[String]],\n    noscan: Boolean = true)\n  extends RunnableCommand {\n\n  private def getPartitionSpec(table: CatalogTable): Option[TablePartitionSpec] = {\n    val normalizedPartitionSpec =\n      PartitioningUtils.normalizePartitionSpec(\n        partitionSpec,\n        table.partitionColumnNames,\n        table.identifier.quotedString,\n        conf.resolver)\n\n    \/\/ Report an error if partition columns in partition specification do not form\n    \/\/ a prefix of the list of partition columns defined in the table schema\n    val isNotSpecified =\n      table.partitionColumnNames.map(normalizedPartitionSpec.getOrElse(_, None).isEmpty)\n    if (isNotSpecified.init.zip(isNotSpecified.tail).contains((true, false))) {\n      val tableId = table.identifier\n      val schemaColumns = table.partitionColumnNames.mkString(\",\")\n      val specColumns = normalizedPartitionSpec.keys.mkString(\",\")\n      throw new AnalysisException(\n        \"The list of partition columns with values \" +\n          s\"in partition specification for table '${tableId.table}' \" +\n          s\"in database '${tableId.database.get}' is not a prefix of the list of \" +\n          \"partition columns defined in the table schema. \" +\n          s\"Expected a prefix of [${schemaColumns}], but got [${specColumns}].\")\n    }\n\n    val filteredSpec = normalizedPartitionSpec.filter(_._2.isDefined).mapValues(_.get)\n    if (filteredSpec.isEmpty) {\n      None\n    } else {\n      Some(filteredSpec)\n    }\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val sessionState = sparkSession.sessionState\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val catalogDB = catalog.getUsedCatalogDatabase(tableIdent.dataSource, tableIdent.database)\n    if (catalogDB == None) {\n      return Seq.empty[Row]\n    }\n    val ds = catalogDB.get.dataSourceName\n    val db = catalogDB.get.name\n    val tableIdentWithDB = TableIdentifier(tableIdent.table, Some(db), Some(ds))\n    val tableMeta = catalog.getRawTable(tableIdentWithDB)\n    if (tableMeta.tableType == CatalogTableType.VIEW) {\n      throw new AnalysisException(\"ANALYZE TABLE is not supported on views.\")\n    }\n\n    val partitionValueSpec = getPartitionSpec(tableMeta)\n\n    val partitions = catalog.listPartitions(tableMeta.identifier, partitionValueSpec)\n\n    if (partitions.isEmpty) {\n      if (partitionValueSpec.isDefined) {\n        throw new NoSuchPartitionException(db, tableIdent.table, partitionValueSpec.get)\n      } else {\n        \/\/ the user requested to analyze all partitions for a table which has no partitions\n        \/\/ return normally, since there is nothing to do\n        return Seq.empty[Row]\n      }\n    }\n\n    \/\/ Compute statistics for individual partitions\n    val rowCounts: Map[TablePartitionSpec, BigInt] =\n      if (noscan) {\n        Map.empty\n      } else {\n        calculateRowCountsPerPartition(sparkSession, tableMeta, partitionValueSpec)\n      }\n\n    \/\/ Update the metastore if newly computed statistics are different from those\n    \/\/ recorded in the metastore.\n    val newPartitions = partitions.flatMap { p =>\n      val newTotalSize = CommandUtils.calculateLocationSize(\n        sessionState,\n        tableMeta.identifier,\n        p.storage.locationUri)\n      val newRowCount = rowCounts.get(p.spec)\n      val newStats =\n        CommandUtils.compareAndGetNewStats(tableMeta.stats, newTotalSize, newRowCount)\n      newStats.map(_ => p.copy(stats = newStats))\n    }\n\n    if (newPartitions.nonEmpty) {\n      catalog.alterPartitions(tableMeta.identifier, newPartitions)\n    }\n\n    Seq.empty[Row]\n  }\n\n  private def calculateRowCountsPerPartition(\n      sparkSession: SparkSession,\n      tableMeta: CatalogTable,\n      partitionValueSpec: Option[TablePartitionSpec]): Map[TablePartitionSpec, BigInt] = {\n    val filter = if (partitionValueSpec.isDefined) {\n      val filters = partitionValueSpec.get.map {\n        case (columnName, value) => EqualTo(UnresolvedAttribute(columnName), Literal(value))\n      }\n      filters.reduce(And)\n    } else {\n      Literal.TrueLiteral\n    }\n\n    val tableDf = sparkSession.table(tableMeta.identifier)\n    val partitionColumns = tableMeta.partitionColumnNames.map(Column(_))\n\n    val df = tableDf.filter(Column(filter)).groupBy(partitionColumns: _*).count()\n\n    df.collect()\n      .map { r =>\n        val partitionColumnValues = partitionColumns.indices.map(r.get(_).toString)\n        val spec = tableMeta.partitionColumnNames.zip(partitionColumnValues).toMap\n        val count = BigInt(r.getLong(partitionColumns.size))\n        (spec, count)\n      }\n      .toMap\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DefaultSource.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport java.util\n\nimport com.google.common.collect.ImmutableList\nimport io.druid.data.input.InputRow\nimport io.druid.hll.HyperLogLogCollector\nimport io.druid.query.filter.{Filter => _, _}\nimport org.apache.hadoop.io.NullWritable\nimport org.joda.time.{DateTime, Interval}\nimport scala.collection.mutable.ArrayBuffer\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success}\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.rdd.{NewHadoopRDD, RDD}\nimport org.apache.spark.sql.{Row, SQLContext}\nimport org.apache.spark.sql.catalyst.expressions.{AttributeSet, GenericRow}\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.sources.{\n  And => SAnd,\n  IsNotNull => SIsNotNull,\n  Not => SNot,\n  Or => SOr,\n  _\n}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.types._\n\nprivate[sql] class DefaultSource\n  extends DataSourceRegister\n  with RelationProvider\n  with SchemaRelationProvider {\n\n  override def shortName(): String = \"druid\"\n\n  \/**\n   * Returns a new base relation with the given parameters.\n   *\n   * @note The parameters' keywords are case insensitive and this insensitivity is enforced\n   *       by the Map that is passed to the function.\n   *\/\n  override def createRelation(\n      sqlContext: SQLContext,\n      parameters: Map[String, String]): BaseRelation = {\n    DruidRelation(sqlContext, parameters)\n  }\n\n  def addPhysicalRules(sqlContext: SQLContext): Unit = {\n    sqlContext.sparkSession.experimental.extraStrategies ++=\n      Seq(new DruidStrategy())\n    sqlContext.sparkSession.experimental.extraOptimizations ++=\n      Seq(DruidRule)\n  }\n\n  \/**\n   * Returns a new base relation with the given parameters and user defined schema.\n   * @note The parameters' keywords are case insensitive and this insensitivity is enforced\n   *       by the Map that is passed to the function.\n   *\/\n  override def createRelation(\n      sqlContext: SQLContext,\n      parameters: Map[String, String],\n      schema: StructType): BaseRelation = {\n    val relation = DruidRelation(sqlContext, parameters, Some(schema))\n    \/\/ add experimental rules\n    addPhysicalRules(sqlContext)\n    relation\n  }\n}\n\nprivate[sql] case class DruidRelation(\n    sqlContext: SQLContext,\n    parameters: Map[String, String],\n    userSchema: Option[StructType] = None)\n  extends BaseRelation\n  with PushDownAggregateScan\n  with Logging {\n\n  var startTime: String = null\n  var endTime: String = null\n  var granularity: Granularity = SimpleGranularity.All\n  val url = parameters.getOrElse(\"url\", null)\n  val coordinator = parameters.getOrElse(\"coordinator\", null)\n  val datasource = parameters.getOrElse(\"datasource\", null)\n  if (datasource == null) {\n    throw new IllegalArgumentException(\"datasource must set when create table\")\n  }\n  val timestampcolumn = parameters.getOrElse(\"timestampcolumn\", null)\n  if (timestampcolumn == null) {\n    throw new IllegalArgumentException(\"timestampcolumn must set when create table\")\n  }\n\n  override def schema: StructType = userSchema.get\n\n  def buildScan(): RDD[Row] = {\n    buildScan(Array.empty)\n  }\n\n  def buildScan(requiredColumns: Array[String]): RDD[Row] = {\n    buildScan(requiredColumns, Array.empty)\n  }\n\n  override def buildScan(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    val otherfilters = getPushDownFilters(filters)\n    if (startTime == null) {\n      throw new IllegalArgumentException(s\"the $timestampcolumn lowerbound must be set in query\")\n    }\n    if (endTime == null) {\n      throw new IllegalArgumentException(s\"the $timestampcolumn uperbound must be set in query\")\n    }\n\/\/    execScanQuery(requiredColumns, otherfilters)\n\/\/    if (aggregateExpressions == null && groupingExpressions == null && !otherfilters.isEmpty) {\n\n    if (aggregateExpressions == null && groupingExpressions == null && otherfilters.isEmpty) {\n      logInfo(\"execute SelectQueries\")\n      execSelectQuery(requiredColumns, otherfilters)\n    } else if (aggregateExpressions == null\n               && groupingExpressions == null && !otherfilters.isEmpty) {\n      logInfo(\"execute ScanQueries\")\n      execScanQuery(requiredColumns, otherfilters)\n    } else {\n      val groupFields =\n        AttributeSet(groupingExpressions.flatMap(_.references)).map(_.name).toArray\n      if (groupFields.size == 1 && groupFields(0) == timestampcolumn) {\n        logInfo(\"execute TimeSeriesQuery\")\n        execTimeSeriesQuery(requiredColumns, otherfilters)\n      } else {\n        logInfo(\"execute GroupByQuery\")\n        execGroupByQuery(requiredColumns, otherfilters)\n      }\n    }\n  }\n\n  def getGranularity(granularity: String): Option[Granularity] = {\n    val sampleGranularityValue = Set(\n      \"all\",\n      \"none\",\n      \"second\",\n      \"minute\",\n      \"fifteen_minute\",\n      \"thirty_minute\",\n      \"hour\",\n      \"day\",\n      \"week\",\n      \"month\",\n      \"quarter\",\n      \"year\")\n    val strValue = granularity.trim\n    val v = strValue.split(\",\")\n    if (v.size == 1) {\n      if (sampleGranularityValue.contains(strValue)) {\n        Some(SimpleGranularity(strValue))\n      } else {\n        throw new IllegalArgumentException(s\"can not analysis $granularity\")\n      }\n    } else {\n      val vMap = v.map { x =>\n        val a = x.split(\":\")\n        if (a.size != 2) throw new IllegalArgumentException(s\"can not analysis $granularity\")\n        (a(0).trim, a(1).trim)\n      }.toMap\n\n      if (vMap.contains(\"type\")) {\n        vMap.getOrElse(\"type\", null) match {\n          case \"period\" =>\n            Some(\n              PeriodGranularity(\n                vMap.getOrElse(\"period\", null),\n                vMap.getOrElse(\"timeZone\", null),\n                vMap.getOrElse(\"origin\", null)))\n          case \"duration\" =>\n            Some(\n              DurationGranularity(\n                vMap.getOrElse(\"duration\", null),\n                vMap.getOrElse(\"timeZone\", null),\n                vMap.getOrElse(\"duration\", null)))\n          case _ => throw new IllegalArgumentException(s\"can not analysis $granularity\")\n        }\n      } else {\n        throw new IllegalArgumentException(s\"can not analysis $granularity\")\n      }\n    }\n  }\n\n  def getPushDownFilters(filters: Array[Filter]): Array[Filter] = {\n    val (_, otherfilters) = filters.partition { f =>\n      f match {\n        case EqualTo(attribute, value) =>\n          if (attribute == \"granularity\") {\n            val tempGranularity = getGranularity(value.toString)\n            if (tempGranularity.isDefined) {\n              granularity = tempGranularity.get\n            }\n            true\n          } else {\n            false\n          }\n        case LessThan(attribute, value) =>\n          if (attribute == timestampcolumn) {\n            endTime = value.toString\n            true\n          } else {\n            false\n          }\n        case LessThanOrEqual(attribute, value) =>\n          if (attribute == timestampcolumn) {\n            endTime = value.toString\n            true\n          } else {\n            false\n          }\n        case GreaterThan(attribute, value) =>\n          if (attribute == timestampcolumn) {\n            startTime = value.toString\n            true\n          } else {\n            false\n          }\n        case GreaterThanOrEqual(attribute, value) =>\n          if (attribute == timestampcolumn) {\n            startTime = value.toString\n            true\n          } else {\n            false\n          }\n        case _ => false\n      }\n    }\n    otherfilters\n  }\n\n  def execSelectQuery(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    implicit val executionContext = ExecutionContext.Implicits.global\n    val client = DruidClient(url)\n    val fieldMap = Map.empty[String, String]\n    val query = SelectQuery(\n      source = datasource,\n      interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n      granularity = granularity,\n      dimensions = requiredColumns,\n      filter = if (filters.isEmpty) QueryFilter.All else createDruidFilters(filters))\n    val future = client(query)\n    var data: Seq[Map[String, Any]] = null\n    future.onComplete {\n      case Success(resp) => data = resp.data\n      case Failure(ex) => ex.printStackTrace()\n    }\n    while (!future.isCompleted) {\n      logInfo(\"sleep 500ms\")\n      Thread.sleep(500)\n    }\n    logInfo(\"get selectByQuery result and the size is \" + data.size)\n    client.close()\n    converedToRow(data, requiredColumns, fieldMap)\n  }\n\n  def createDruidFilters(filters: Array[Filter]): QueryFilter = {\n    val f = filters.filter(!_.isInstanceOf[SIsNotNull])\n    if (f.length > 0) {\n      And(f.map(filter => translateFilter(filter)))\n    } else {\n      QueryFilter.All\n    }\n  }\n\n  def createDruidDimFilters(filters: Array[Filter]): DimFilter = {\n    val list = new util.ArrayList[DimFilter](filters.size)\n    for (filter <- filters) {\n      list.add(translateToDruidFilter(filter))\n    }\n    new AndDimFilter(list)\n  }\n\n  def translateFilter(filter: Filter): QueryFilter = {\n    filter match {\n      case EqualTo(attribute, value) => SelectorQueryFilter(attribute, value.toString)\n      case SAnd(left, right) => And(Seq(translateFilter(left), translateFilter(right)))\n      case SOr(left, right) => Or(Seq(translateFilter(left), translateFilter(right)))\n      case SNot(filterToNeg) => Not(translateFilter(filterToNeg))\n\/\/      case SIsNotNull(attributeNotNull) => IsNotNull(attributeNotNull)\n      case f: Product if isClass(f, \"org.apache.spark.sql.sources.StringStartsWith\") =>\n        val arg = f.productElement(1).toString()\n        RegexQueryFilter(f.productElement(0).toString(), \"$arg*\")\n\n      case f: Product if isClass(f, \"org.apache.spark.sql.sources.StringEndsWith\") =>\n        val arg = f.productElement(1).toString()\n        RegexQueryFilter(f.productElement(0).toString(), \"*$arg\")\n\n      case f: Product if isClass(f, \"org.apache.spark.sql.sources.StringContains\") =>\n        val arg = f.productElement(1).toString()\n        RegexQueryFilter(f.productElement(0).toString(), \"*$arg*\")\n    }\n  }\n\n  def scalaArrayToJavaCollection(values: Array[Any]): util.Collection[String] = {\n    val list = new util.ArrayList[String](values.size)\n    values.map { value =>\n      list.add(value.toString)\n    }\n    list\n  }\n\n  def translateToDruidFilter(filter: Filter): DimFilter = {\n    filter match {\n      case EqualTo(attribute, value) => new SelectorDimFilter(attribute, value.toString, null)\n      case SAnd(left, right) =>\n        new AndDimFilter(\n          ImmutableList\n            .of[DimFilter](translateToDruidFilter(left), translateToDruidFilter(right)))\n      case SOr(left, right) =>\n        new OrDimFilter(\n          ImmutableList\n            .of[DimFilter](translateToDruidFilter(left), translateToDruidFilter(right)))\n      case SNot(filterToNeg) => new NotDimFilter(translateToDruidFilter(filterToNeg))\n\n      case In(attribute, values) =>\n        new InDimFilter(attribute, scalaArrayToJavaCollection(values), null)\n\n      case SIsNotNull(attribute) => new NotDimFilter(new SelectorDimFilter(attribute, \"\", null))\n    }\n  }\n\n  def isClass(obj: Any, className: String): Boolean = {\n    className.equals(obj.getClass().getName())\n  }\n\n  def execScanQuery(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    val intervals = new util.ArrayList[Interval](1)\n    intervals.add(new Interval(new DateTime(startTime), new DateTime(endTime)))\n    val columns = new util.ArrayList[String]()\n    requiredColumns.map { column =>\n      columns.add(column)\n    }\n    val df = createDruidDimFilters(filters)\n    DruidInputFormat.setInputs(\n      sqlContext.sparkContext.hadoopConfiguration,\n      coordinator,\n      datasource,\n      intervals,\n      df,\n      columns)\n    val rdd = new NewHadoopRDD[NullWritable, InputRow](\n      sqlContext.sparkContext,\n      classOf[DruidInputFormat],\n      classOf[NullWritable],\n      classOf[InputRow],\n      sqlContext.sparkContext.hadoopConfiguration)\n\n    rdd.map(_._2).map { row =>\n      val size = requiredColumns.size\n      val r = new Array[Any](size)\n      for (i <- 0 until size) {\n        if (\"__time\".equalsIgnoreCase(requiredColumns(i))) {\n          r(i) = row.getTimestamp.toString()\n        } else {\n          val hll = row.getRaw(requiredColumns(i))\n          if (hll.isInstanceOf[HyperLogLogCollector]) {\n            r(i) = null\n          } else if (hll.isInstanceOf[Float]) {\n            r(i) = java.lang.Double.parseDouble(hll + \"\")\n          } else {\n            r(i) = hll\n          }\n        }\n      }\n      new GenericRow(r)\n    }\n  }\n\n  def converedToRow(\n      data: Seq[Map[String, Any]],\n      requiredColumns: Array[String],\n      sparkfField2Druid: Map[String, String]): RDD[Row] = {\n    val numColumns = requiredColumns.length\n    sqlContext.sparkContext.parallelize(data, 2).mapPartitions { data =>\n      for (d <- data) yield {\n        val row = new Array[Any](numColumns)\n        for (id <- 0 until numColumns) {\n          val value = d.getOrElse(requiredColumns(id), null)\n          if (value == null) {\n            row(id) = \"\"\n          } else {\n            row(id) = value match {\n              case v: BigInt => v.toLong\n              case v: Double =>\n                if (!sparkfField2Druid\n                      .get(requiredColumns(id))\n                      .get\n                      .isEmpty) { v.longValue() } else v\n              case _ => value\n            }\n          }\n        }\n        new GenericRow(row)\n      }\n    }\n  }\n\n  def execTimeSeriesQuery(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    implicit val executionContext = ExecutionContext.Implicits.global\n    val client = DruidClient(url)\n\n    val (aggDruid, fieldMap) = converedToDriudAggregate\n\n    val query = TimeSeriesQuery(\n      source = datasource,\n      interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n      granularity = granularity,\n      aggregate = aggDruid,\n      postAggregate = Seq(),\n      filter = if (filters.isEmpty) QueryFilter.All else createDruidFilters(filters))\n\n    val future = client(query)\n    var data: Seq[(DateTime, Map[String, Any])] = null\n    future.onComplete {\n      case Success(resp) => data = resp.data\n      case Failure(ex) => ex.printStackTrace()\n    }\n\n    while (!future.isCompleted) {\n      logInfo(\"sleep 500ms\")\n      Thread.sleep(500)\n    }\n    logInfo(\"get TimeSeriesQuery result and the size is \" + data.size)\n    client.close()\n    converedToTsRow(data, requiredColumns, fieldMap)\n  }\n\n  def converedToDriudAggregate(): (Seq[Aggregation], Map[String, String]) = {\n    val aggExpr = aggregateExpressions.flatMap { expr =>\n      expr.collect {\n        case agg: AggregateExpression => (expr.toAttribute.name, agg)\n      }\n    }.distinct\n\n    val aggregateFunction = aggExpr.map {\n      case (name, agg) =>\n        var aggFunc = \"\"\n        var field = \"\"\n        var nameDruid = \"\"\n        var t = \"\"\n        val aggregateFunction = agg.aggregateFunction\n        aggregateFunction match {\n          case s: Sum =>\n            s.dataType match {\n              case LongType | IntegerType =>\n                aggFunc = \"longSum\"\n                field = s.references.map(_.name).mkString(\" \")\n              case DoubleType | FloatType =>\n                aggFunc = \"doubleSum\"\n                field = s.references.map(_.name).mkString(\" \")\n              case _ => None\n            }\n          case s: Max =>\n            s.dataType match {\n              case LongType | IntegerType =>\n                aggFunc = \"longMax\"\n                field = s.references.map(_.name).mkString(\" \")\n              case DoubleType | FloatType =>\n                aggFunc = \"doubleMax\"\n                field = s.references.map(_.name).mkString(\" \")\n              case _ => None\n            }\n          case s: Min =>\n            s.dataType match {\n              case LongType | IntegerType =>\n                aggFunc = \"longMin\"\n                field = s.references.map(_.name).mkString(\" \")\n              case DoubleType | FloatType =>\n                aggFunc = \"doubleMax\"\n                field = s.references.map(_.name).mkString(\" \")\n              case _ => None\n            }\n          case c: Count =>\n            aggFunc = \"count\"\n            if (agg.isDistinct) {\n              aggFunc = \"countdistinct\"\n              t = c.references.baseSet.head.a.metadata.getString(DRUID_TYPE_STRING)\n            }\n            field = c.references.map(_.name).mkString(\" \")\n          case _ => None\n        }\n        (name, (aggFunc, field, t))\n    }\n    val fieldMap = aggregateFunction.map(x => (x._1, x._2._3)).toMap\n    logInfo(\"fieldMap is \" + fieldMap)\n\n    import org.apache.spark.sql.execution.datasources.druid.DSL._\n    val aggDruid = aggregateFunction.map {\n      case (nameDruid, (f, n, t)) =>\n        f match {\n          case \"longSum\" => sum(n, nameDruid)\n          case \"doubleSum\" => doubleSum(n, nameDruid)\n          case \"longMax\" => max(n, nameDruid)\n          case \"doubleMax\" => doubleMax(n, nameDruid)\n          case \"longMin\" => min(n, nameDruid)\n          case \"doubleMin\" => doubleMin(n, nameDruid)\n          case \"count\" => count(nameDruid)\n          case \"countdistinct\" => countdistinct(n, t, nameDruid)\n        }\n    }.toSeq\n    (aggDruid, fieldMap)\n  }\n\n  def converedToTsRow(\n      data: Seq[(DateTime, Map[String, Any])],\n      requiredColumns: Array[String],\n      sparkfField2Druid: Map[String, String]): RDD[Row] = {\n    val numColumns = requiredColumns.length\n    sqlContext.sparkContext.parallelize(data, 1).mapPartitions { data =>\n      for ((t, d) <- data) yield {\n        val row = new Array[Any](numColumns)\n        for (id <- 0 until numColumns) {\n          if (requiredColumns(id) == timestampcolumn) {\n            row(id) = t.toString\n          } else {\n            val value = d.getOrElse(requiredColumns(id), null)\n            row(id) = value match {\n              case v: BigInt => v.toLong\n              case v: Double =>\n                if (!sparkfField2Druid.get(requiredColumns(id)).get.isEmpty) {\n                  v.longValue\n                } else {\n                  v\n                }\n              case _ => value\n            }\n          }\n        }\n        new GenericRow(row)\n      }\n    }\n  }\n\n  def converedToTsRow2(\n      data: Seq[(DateTime, Seq[Map[String, Any]])],\n      requiredColumns: Array[String],\n      sparkfField2Druid: Map[String, String]): RDD[Row] = {\n    val numColumns = requiredColumns.length\n    sqlContext.sparkContext.parallelize(data, 1).mapPartitions { data =>\n      val list = ArrayBuffer.empty[Row]\n      for ((t, d) <- data) {\n        for (dd <- d) {\n          val row = new Array[Any](numColumns)\n          for (id <- 0 until numColumns) {\n            if (requiredColumns(id) == timestampcolumn) {\n              row(id) = t.toString\n            } else {\n              val value = dd.getOrElse(requiredColumns(id), null)\n              row(id) = value match {\n                case v: BigInt => v.toLong\n                case v: Double =>\n                  if (!sparkfField2Druid.get(requiredColumns(id)).get.isEmpty) {\n                    v.longValue\n                  } else {\n                    v\n                  }\n                case _ => value\n              }\n            }\n          }\n          list.append(new GenericRow(row))\n        }\n      }\n      list.iterator\n    }\n  }\n\n  def execGroupByQuery(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row] = {\n    implicit val executionContext = ExecutionContext.Implicits.global\n    val client = new DruidClient(url)\n\n    var groupFields = AttributeSet(groupingExpressions.flatMap(_.references)).map(_.name).toSeq\n    val (aggDruid, fieldMap) = converedToDriudAggregate\n    var order = new ArrayBuffer[ColumnOrder]\n    if (orders != null) {\n      orders.map { o =>\n        val t = o.child.dataType\n        if (t.isInstanceOf[NumericType]) {\n          order += ColumnOrder(o.child.references.head.name, o.direction.sql, \"numeric\")\n        } else {\n          order += ColumnOrder(o.child.references.head.name, o.direction.sql)\n        }\n      }\n    }\n    if (groupFields.size == 1 && orders != null && orders.size == 1 && limit > 0) {\n      \/\/ topN\n      var m: Metric = null\n      if (orders(0).dataType.isInstanceOf[NumericType]) {\n        if (orders(0).direction.sql.equalsIgnoreCase(\"descending\")) {\n          m = Metric(\"numberic\", orders(0).child.references.head.name)\n        } else {\n          m = Metric(\"inverted\", orders(0).child.references.head.name)\n        }\n      } else {\n        m = Metric(metric = orders(0).child.references.head.name)\n      }\n\n      val query = TopNSelectQuery(\n        source = datasource,\n        dimension = groupFields(0),\n        metric = m,\n        interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n        granularity = granularity,\n        aggregate = aggDruid,\n        filter = if (filters.isEmpty) QueryFilter.All else createDruidFilters(filters),\n        limit = limit)\n      if (granularity.toString.equalsIgnoreCase(\"all\")) {\n        var data: Seq[Map[String, Any]] = null\n        val future = client.queryTopN(query)\n        future.onComplete {\n          case Success(resp) => data = resp.data\n          case Failure(ex) => throw new RuntimeException(ex)\n        }\n        while (!future.isCompleted) {\n          logInfo(\"sleep 100ms\")\n          Thread.sleep(100)\n        }\n        client.close()\n        converedToRow(data, requiredColumns, fieldMap)\n      } else {\n        val future = client.queryTopN2(query)\n        var data: Seq[(DateTime, Seq[Map[String, Any]])] = null\n        future.onComplete {\n          case Success(resp) => data = resp.data\n          case Failure(ex) => throw new RuntimeException(ex)\n        }\n        while (!future.isCompleted) {\n          logInfo(\"sleep 100ms\")\n          Thread.sleep(100)\n        }\n        logInfo(\"get TimeSeriesQuery result and the size is \" + data.size)\n        client.close()\n        converedToTsRow2(data, requiredColumns, fieldMap)\n      }\n    } else {\n      groupFields = groupFields.filter(!_.equalsIgnoreCase(\"__time\"))\n      val query = GroupByQuery(\n        source = datasource,\n        interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n        granularity = granularity,\n        dimensions = groupFields,\n        aggregate = aggDruid,\n        postAggregate = Seq(),\n        filter = if (filters.isEmpty) QueryFilter.All else createDruidFilters(filters),\n        orderBy = order,\n        limit = Some(if (limit > 0) limit else 20))\n\n      val future = client(query)\n      var data: Seq[(DateTime, Map[String, Any])] = null\n      future.onComplete {\n        case Success(resp) => data = resp.data\n        case Failure(ex) => ex.printStackTrace()\n      }\n\n      while (!future.isCompleted) {\n        logInfo(\"sleep 500ms\")\n        Thread.sleep(500)\n      }\n      logInfo(\"get GroupByQuery result and the size is \" + data.size)\n      client.close()\n      converedToTsRow(data, requiredColumns, fieldMap)\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/sql\/SQLMonitor.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.sql\n\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.concurrent.TimeUnit\n\nimport scala.concurrent.duration.Duration\n\nimport org.apache.spark.alarm.AlertMessage\nimport org.apache.spark.alarm.AlertType._\nimport org.apache.spark.monitor.Monitor\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\n\nabstract class SQLMonitor extends Monitor {\n  override val alertType = Seq(SQL)\n\n}\n\nclass SQLInfo(\n    title: MonitorItem,\n    sqlId: String,\n    aeFlag: Boolean,\n    appId: String,\n    executionId: Long,\n    submissionTime: Date,\n    duration: Long)\n  extends AlertMessage(title) {\n  override def toCsv(): String = {\n    s\"${sqlId},${aeFlag},${appId},${executionId},\" +\n      s\"${new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(submissionTime)},\" +\n      s\"${Duration(duration, TimeUnit.MILLISECONDS).toSeconds}\"\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/painter\/BarChartPainter.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.painter\n\nimport java.io.File\nimport java.util.Scanner\n\nimport org.jfree.chart.{ChartFactory, ChartUtils}\nimport org.jfree.chart.plot.PlotOrientation\nimport org.jfree.data.category.DefaultCategoryDataset\n\nimport org.apache.spark.util.Utils\n\nclass BarChartPainter(dataPath: String, picturePath: String)\n  extends Painter(dataPath, picturePath) {\n\n  def createDataset(): DefaultCategoryDataset = {\n    fw.flush()\n    fw.close()\n    val dataset = new DefaultCategoryDataset\n    val scaner = new Scanner(new File(dataPath))\n    while (scaner.hasNext()) {\n      val cols = scaner.next().split(\",\")\n      dataset.addValue(Utils.byteStringAsMb(cols(1) + \"b\"), \"peak\", cols(0))\n      dataset.addValue(Utils.byteStringAsMb(cols(2) + \"b\"), \"majority\", cols(0))\n    }\n    dataset\n  }\n\n  def paint(\n      width: Int,\n      height: Int,\n      chartTitle: String,\n      categoryAxisLabel: String,\n      valueAxisLabel: String,\n      yLB: Double,\n      yUB: Double): Unit = {\n    val barChart = ChartFactory.createBarChart(\n      chartTitle,\n      categoryAxisLabel,\n      valueAxisLabel,\n      createDataset,\n      PlotOrientation.VERTICAL,\n      true,\n      false,\n      false)\n    barChart.getCategoryPlot.getRangeAxis.setRange(yLB, yUB)\n    ChartUtils.saveChartAsJPEG(new File(picturePath), barChart, width, height)\n  }\n\n  override def paint(\n      width: Int,\n      height: Int,\n      chartTitle: String,\n      categoryAxisLabel: String,\n      valueAxisLabel: String): Unit = {}\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/job\/ApplicationIdleMonitor.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.job\n\nimport java.util.concurrent.{Executors, ScheduledFuture, TimeUnit}\nimport java.util.concurrent.atomic.AtomicReference\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.JobExecutionStatus\nimport org.apache.spark.alarm.{AlertMessage, HtmlMessage}\nimport org.apache.spark.monitor.{Monitor, MonitorItem}\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.scheduler.{SparkListenerEvent, SparkListenerJobEnd, SparkListenerJobStart}\nimport org.apache.spark.status.JobDataWrapper\n\nclass ApplicationIdleMonitor extends JobMonitor {\n\n  override val item: MonitorItem = MonitorItem.APP_IDLE_WARNER\n  val delayThread = Executors.newScheduledThreadPool(1)\n  lazy val endureLimit =\n    conf.getTimeAsMs(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.timeout\", \"1h\")\n  private var idleTimeout: AtomicReference[ScheduledFuture[_]] = new AtomicReference()\n\n  private def getActiveJobNum(): Int = {\n\/\/    appStore.count(classOf[JobDataWrapper], \"completionTime\", -1L)\n    kvStore\n      .view(classOf[JobDataWrapper])\n      .reverse()\n      .asScala\n      .map(_.info)\n      .filter(_.status == JobExecutionStatus.RUNNING)\n      .size\n  }\n\n  private def stopIdleTimeout(): Unit = {\n    val idleTimeout = this.idleTimeout.getAndSet(null)\n    if (idleTimeout != null) {\n      idleTimeout.cancel(false)\n    }\n  }\n\n  private def setupIdleTimeout(): Unit = {\n    if (getActiveJobNum > 0) return\n    val timeoutTask = new Runnable() {\n      override def run(): Unit = {\n        \/\/ scalastyle:off\n        val driverlUrl = conf\n          .get(\n            \"spark.org.apache.hadoop.yarn.server.webproxy.amfilter.AmIpFilter.param.PROXY_URI_BASES\")\n          .split(\",\")\n          .head\n        val a = <h2>\u60a8\u7684Spark\u5e94\u7528<\/h2>\n            <a href={driverlUrl}>{driverlUrl}<\/a>\n            <h2>\u7a7a\u95f2\u5df2\u8d85\u8fc7 {conf.get(\n              s\"${Monitor.PREFIX}.${item}.timeout\", \"1h\")}<\/h2>\n            <h2>\u8bf7\u53ca\u65f6\u5173\u95ed<\/h2>\n        val message = new HtmlMessage(title = item, content = a.mkString)\n        alarms.foreach(_.alarm(message))\n        \/\/ scalastyle:on\n      }\n    }\n\n    val timeout = delayThread\n      .scheduleWithFixedDelay(timeoutTask, endureLimit, endureLimit, TimeUnit.MILLISECONDS)\n    \/\/ If there's already an idle task registered, then cancel the new one.\n    if (!this.idleTimeout.compareAndSet(null, timeout)) {\n      timeout.cancel(false)\n    }\n    \/\/ If a new client connected while the idle task was being set up, then stop the task.\n    if (getActiveJobNum > 0) stopIdleTimeout()\n  }\n\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case env: SparkListenerJobStart =>\n        stopIdleTimeout\n        Option.empty\n      case env: SparkListenerJobEnd =>\n        setupIdleTimeout\n        Option.empty\n      case _ =>\n        Option.empty\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/StreamingIncrementCommand.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport java.util.Locale\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.sql.{Dataset, Row, SparkSession}\nimport org.apache.spark.sql.catalyst.encoders.RowEncoder\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference, AttributeSet}\nimport org.apache.spark.sql.catalyst.plans.logical.{LogicalPlan, UnaryNode}\nimport org.apache.spark.sql.catalyst.streaming.InternalOutputModes\nimport org.apache.spark.sql.execution.QueryExecution\nimport org.apache.spark.sql.execution.command.RunnableCommand\nimport org.apache.spark.sql.execution.datasources.DataSource\nimport org.apache.spark.sql.execution.streaming.StreamingRelationV2\nimport org.apache.spark.sql.sources.v2.StreamWriteSupport\nimport org.apache.spark.sql.streaming.{OutputMode, Trigger}\nimport org.apache.spark.sql.xsql.DataSourceManager._\nimport org.apache.spark.sql.xsql.StreamingSinkType\n\n\/**\n * Used for structured streaming query.\n *\/\ncase class StreamingIncrementCommand(plan: LogicalPlan) extends RunnableCommand {\n\n  private var outputMode: OutputMode = OutputMode.Append\n  \/\/ dummy\n  override def output: Seq[AttributeReference] = Seq.empty\n  \/\/ dummy\n  override def producedAttributes: AttributeSet = plan.producedAttributes\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    import StreamingSinkType._\n    val qe = new QueryExecution(sparkSession, new ConstructedStreaming(plan))\n    val df = new Dataset(sparkSession, qe, RowEncoder(qe.analyzed.schema))\n    plan.collectLeaves.head match {\n      case StreamingRelationV2(_, _, extraOptions, _, _) =>\n        val source = extraOptions.getOrElse(STREAMING_SINK_TYPE, DEFAULT_STREAMING_SINK)\n        val sinkOptions = extraOptions.filter(_._1.startsWith(STREAMING_SINK_PREFIX)).map { kv =>\n          val key = kv._1.substring(STREAMING_SINK_PREFIX.length)\n          (key, kv._2)\n        }\n        StreamingSinkType.withName(source.toUpperCase(Locale.ROOT)) match {\n          case CONSOLE =>\n          case TEXT | PARQUET | ORC | JSON | CSV =>\n            if (sinkOptions.get(STREAMING_SINK_PATH) == None) {\n              throw new SparkException(\"Sink type is file, must config path\")\n            }\n          case KAFKA =>\n            if (sinkOptions.get(STREAMING_SINK_BOOTSTRAP_SERVERS) == None) {\n              throw new SparkException(\"Sink type is kafka, must config bootstrap servers\")\n            }\n            if (sinkOptions.get(STREAMING_SINK_TOPIC) == None) {\n              throw new SparkException(\"Sink type is kafka, must config kafka topic\")\n            }\n          case _ =>\n            throw new SparkException(\n              \"Sink type is invalid, \" +\n                s\"select from ${StreamingSinkType.values}\")\n        }\n        val ds = DataSource.lookupDataSource(source, sparkSession.sessionState.conf)\n        val disabledSources = sparkSession.sqlContext.conf.disabledV2StreamingWriters.split(\",\")\n        val sink = ds.newInstance() match {\n          case w: StreamWriteSupport if !disabledSources.contains(w.getClass.getCanonicalName) =>\n            w\n          case _ =>\n            val ds = DataSource(\n              sparkSession,\n              className = source,\n              options = sinkOptions.toMap,\n              partitionColumns = Nil)\n            ds.createSink(InternalOutputModes.Append)\n        }\n        val outputMode = InternalOutputModes(\n          extraOptions.getOrElse(STREAMING_OUTPUT_MODE, DEFAULT_STREAMING_OUTPUT_MODE))\n        val duration =\n          extraOptions.getOrElse(STREAMING_TRIGGER_DURATION, DEFAULT_STREAMING_TRIGGER_DURATION)\n        val trigger =\n          extraOptions.getOrElse(STREAMING_TRIGGER_TYPE, DEFAULT_STREAMING_TRIGGER_TYPE) match {\n            case STREAMING_MICRO_BATCH_TRIGGER => Trigger.ProcessingTime(duration)\n            case STREAMING_ONCE_TRIGGER => Trigger.Once()\n            case STREAMING_CONTINUOUS_TRIGGER => Trigger.Continuous(duration)\n          }\n        val query = sparkSession.sessionState.streamingQueryManager.startQuery(\n          extraOptions.get(\"queryName\"),\n          extraOptions.get(STREAMING_CHECKPOINT_LOCATION),\n          df,\n          sinkOptions.toMap,\n          sink,\n          outputMode,\n          useTempCheckpointLocation = source == DEFAULT_STREAMING_SINK,\n          recoverFromCheckpointLocation = true,\n          trigger = trigger)\n        query.awaitTermination()\n    }\n    \/\/ dummy\n    Seq.empty\n  }\n}\n\ncase class ConstructedStreaming(child: LogicalPlan) extends UnaryNode {\n  override def output: Seq[Attribute] = child.output\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/stage\/DataSkewMonitor.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.stage\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ArrayBuffer\n\nimport org.apache.spark.alarm.AlertMessage\nimport org.apache.spark.monitor.Monitor\nimport org.apache.spark.monitor.MonitorItem.{DATASKEW_NOTIFIER, MonitorItem}\nimport org.apache.spark.scheduler.{\n  SparkListenerApplicationEnd,\n  SparkListenerEvent,\n  SparkListenerStageCompleted\n}\nimport org.apache.spark.status.{TaskDataWrapper, TaskIndexNames}\nimport org.apache.spark.status.api.v1.TaskMetricDistributions\n\nclass DataSkewMonitor extends StageMonitor {\n  override val item: MonitorItem = DATASKEW_NOTIFIER\n  private val skewed_stages = new ArrayBuffer[Int]()\n  private val metrics = new ArrayBuffer[TaskMetricDistributions]()\n  private val expectReduce = new ArrayBuffer[Double]()\n  lazy val factorThreshold =\n    conf.getDouble(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.threshold.factor\", 2)\n  lazy val mbThreshold =\n    conf.getSizeAsBytes(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.threshold.mb\", \"200m\")\n\n  private def isSkew(indexedSeq: IndexedSeq[Double]): Boolean = {\n    indexedSeq(4) > indexedSeq(3) * factorThreshold && indexedSeq(4) > mbThreshold\n  }\n\n  private def isSkew(metric: TaskMetricDistributions): Boolean = {\n    val shuffleReadSize = metric.shuffleReadMetrics.readBytes\n    val inputSize = metric.inputMetrics.bytesRead\n    val executeTime = metric.executorRunTime\n    isSkew(shuffleReadSize) || isSkew(inputSize)\n\/\/     || isSkew(executeTime)\n  }\n\n  private def getExpectReduce(\n      stageId: Int,\n      attemptId: Int,\n      metric: TaskMetricDistributions): Double = {\n    val shuffleReadSize = metric.shuffleReadMetrics.readBytes\n    val inputSize = metric.inputMetrics.bytesRead\n    val stageKey = Array(stageId, attemptId)\n    val expectDuration = metric.executorRunTime(3)\n    if (isSkew(shuffleReadSize)) {\n      kvStore\n        .view(classOf[TaskDataWrapper])\n        .parent(stageKey)\n        .index(TaskIndexNames.SHUFFLE_TOTAL_READS)\n        .first(shuffleReadSize(3).toLong)\n        .asScala\n        .filter { _.status == \"SUCCESS\" } \/\/ Filter \"SUCCESS\" tasks\n        .toIndexedSeq\n        .map(m => (m.executorRunTime - expectDuration) \/ 1000D \/ 60)\n        .sum\n        .max(0D)\n    } else if (isSkew(inputSize)) {\n      kvStore\n        .view(classOf[TaskDataWrapper])\n        .parent(stageKey)\n        .index(TaskIndexNames.INPUT_SIZE)\n        .first(inputSize(3).toLong)\n        .asScala\n        .filter { _.status == \"SUCCESS\" } \/\/ Filter \"SUCCESS\" tasks\n        .toIndexedSeq\n        .map(m => (m.executorRunTime - expectDuration) \/ 1000D \/ 60)\n        .sum\n        .max(0D)\n    } else {\n      0D\n    }\n  }\n\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case e: SparkListenerStageCompleted =>\n        val stageId = e.stageInfo.stageId\n        val metric =\n          appStore.taskSummary(stageId, e.stageInfo.attemptId, Array(0, 0.25, 0.5, 0.75, 1.0))\n        if (metric.exists(isSkew)) {\n          skewed_stages += (stageId)\n          expectReduce += getExpectReduce(stageId, e.stageInfo.attemptId, metric.get)\n          metrics += metric.get\n        }\n        Option.empty\n      case _: SparkListenerApplicationEnd =>\n        if (skewed_stages.size > 0) {\n          Option(\n            new DataSkewMessage(\n              skewed_stages.toArray,\n              metrics.toArray,\n              expectReduce.toArray,\n              title = item))\n        } else {\n          Option.empty\n        }\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/executor\/ExecutorNumMonitor.scala","text":"<filename>sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/executor\/ExecutorNumMonitor.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.executor\n\nimport java.io.File\nimport java.util.Date\n\nimport scala.xml._\n\nimport org.apache.spark.alarm.{AlertMessage, EmailAlarm, HtmlMessage}\nimport org.apache.spark.monitor.{Monitor, MonitorItem}\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.painter.TimeSeriesChartPainter\nimport org.apache.spark.scheduler._\nimport org.apache.spark.status.ExecutorSummaryWrapper\n\nclass ExecutorNumMonitor extends ExecutorMonitor {\n  override val item: MonitorItem = MonitorItem.EXECUTOR_NUM_NOTIFIER\n  lazy val dataPath = s\"\/tmp\/${item}-${conf.get(\"spark.app.id\")}.csv\"\n  lazy val picturePath = s\"\/tmp\/${item}-${conf.get(\"spark.app.id\")}.jpg\"\n  lazy val eventMinInterval =\n    conf.getTimeAsMs(s\"${Monitor.PREFIX}.${item.toString.toLowerCase}.granularity\", \"60s\")\n  var lastPointTime: Long = new Date().getTime\n  var recentEventTime: Long = new Date().getTime\n\n  lazy private val painter = new TimeSeriesChartPainter(dataPath, picturePath)\n\n  def executorNum(): Long = {\n    kvStore.count(classOf[ExecutorSummaryWrapper], \"active\", true)\n  }\n\n  def addPoint(executorNum: Long, time: Long): Unit = {\n    painter.addPoint(executorNum, recentEventTime)\n  }\n  \/\/ scalastyle:off\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case env: SparkListenerExecutorAdded =>\n        \/\/ try to coarse num change in 60s into one point, so that we can keep graph clean and readable\n        if (env.time - lastPointTime > eventMinInterval) {\n          addPoint(executorNum, recentEventTime)\n          addPoint(executorNum, env.time)\n          lastPointTime = env.time\n        }\n        recentEventTime = env.time\n        Option.empty\n      case env: SparkListenerExecutorRemoved =>\n        if (env.time - lastPointTime > eventMinInterval) {\n          addPoint(executorNum, recentEventTime)\n          addPoint(executorNum, env.time)\n          lastPointTime = env.time\n        }\n        recentEventTime = env.time\n        Option.empty\n      case e: SparkListenerApplicationEnd =>\n        addPoint(executorNum, recentEventTime)\n        addPoint(executorNum, new Date().getTime)\n        painter.paint(600, 400, \"executor num curve\", \"datetime\", \"executor num\")\n        if (EmailAlarm.get().isDefined) {\n          val pic = EmailAlarm.get().get.embed(new File(picturePath))\n          val a = <h2>\u52a8\u6001\u8c03\u5ea6\u60c5\u51b5\uff1a<\/h2>\n            <img src={\"cid:\"+pic}><\/img>\n            <br\/>\n          Option(new HtmlMessage(title = item, content = a.mkString))\n        } else {\n          Option.empty\n        }\n    }\n  }\n  \/\/ scalastyle:on\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/util\/Utils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.util\n\nimport java.io.{File, IOException}\nimport java.sql.Date\nimport java.text.ParseException\n\nimport scala.collection.Map\nimport scala.collection.mutable.{HashMap, HashSet}\nimport scala.reflect.ClassTag\n\nimport net.sf.json.{JSONArray, JSONObject}\nimport org.apache.commons.io.FileUtils\n\nimport org.apache.spark.{SparkEnv, SparkException}\nimport org.apache.spark.sql.catalyst.parser.CatalystSqlParser\nimport org.apache.spark.sql.catalyst.util.DateTimeUtils\nimport org.apache.spark.sql.execution.datasources.jdbc.JDBCOptions\nimport org.apache.spark.sql.types.DataType\n\n\/**\n * Various utility methods used by XSQL.\n *\/\nobject Utils {\n  val TABLE = \"table\"\n  val FIELDS = \"fields\"\n  val INCLUDE = \"include\"\n  val INCLUDES = \"includes\"\n  val EXCLUDES = \"excludes\"\n  lazy val df = DateTimeUtils.newDateFormat(\"yyyy-MM-dd HH:mm:ss\", DateTimeUtils.TimeZoneGMT)\n\n  \/** Extract host and port from URL. *\/\n  @throws(classOf[SparkException])\n  def extractHostPortFromUrl(httpUrl: String, protocol: String): (String, Int) = {\n    try {\n      val uri = new java.net.URI(httpUrl)\n      val host = uri.getHost\n      val port = uri.getPort\n      if (uri.getScheme != protocol ||\n          host == null ||\n          port < 0 ||\n          (uri.getPath != null && !uri.getPath.isEmpty) || \/\/ uri.getPath returns \"\" instead of null\n          uri.getFragment != null ||\n          uri.getQuery != null ||\n          uri.getUserInfo != null) {\n        throw new SparkException(\"Invalid URL: \" + httpUrl)\n      }\n      (host, port)\n    } catch {\n      case e: java.net.URISyntaxException =>\n        throw new SparkException(\"Invalid URL: \" + httpUrl, e)\n    }\n  }\n\n  \/** Load properties present in the given file. *\/\n  def getSettingsFromFile[T: ClassTag](\n      filename: String,\n      map: HashMap[String, HashMap[String, T]],\n      reader: (String, HashMap[String, HashMap[String, T]]) => Unit): Unit = {\n    val file = new File(filename)\n    require(file.exists(), s\"File $file does not exist\")\n    require(file.isFile(), s\"File $file is not a normal file\")\n\n    var inputJson: String = null\n    try {\n      inputJson = FileUtils.readFileToString(file, \"UTF-8\")\n    } catch {\n      case e: IOException =>\n        throw new SparkException(s\"Failed when loading Spark properties from $filename\", e)\n    }\n    reader(inputJson, map)\n  }\n\n  \/** Load schemas present in the given JSON string. *\/\n  def getSchemasFromStr(\n      json: String,\n      schemasMap: HashMap[String, HashMap[String, JSONArray]]): Unit = {\n    val jsonObj = JSONObject.fromObject(json)\n    if (jsonObj != null) {\n      val keys = jsonObj.keys()\n      while (keys.hasNext()) {\n        val db = keys.next().asInstanceOf[String]\n        val tables = schemasMap.getOrElseUpdate(db, new HashMap[String, JSONArray])\n        val schemas = jsonObj.getJSONArray(db)\n        val itr = schemas.iterator()\n        while (itr.hasNext()) {\n          val tableObj = itr.next().asInstanceOf[JSONObject]\n          val name = tableObj.getString(TABLE)\n          val fields = tableObj.getJSONArray(FIELDS)\n          tables.put(name, fields)\n        }\n      }\n    }\n  }\n\n  \/** Load partitions information present in the given JSON string *\/\n  def getPartitonsFromStr(\n      json: String,\n      partitionsMap: HashMap[String, HashMap[String, HashMap[String, String]]]): Unit = {\n    val jsonObj = JSONObject.fromObject(json)\n    if (jsonObj != null) {\n      val keys = jsonObj.keys()\n      while (keys.hasNext) {\n        val db = keys.next().asInstanceOf[String]\n        val tables =\n          partitionsMap.getOrElseUpdate(db, new HashMap[String, HashMap[String, String]]())\n        val jsonArray = jsonObj.getJSONArray(db)\n        val itr = jsonArray.iterator()\n        while (itr.hasNext) {\n          val parameters = new HashMap[String, String]()\n          val tableObj = itr.next().asInstanceOf[JSONObject]\n          val name = tableObj.getString(TABLE)\n          val partitionColumn = tableObj.getString(JDBCOptions.JDBC_PARTITION_COLUMN)\n          val lowerBound = tableObj.getString(JDBCOptions.JDBC_LOWER_BOUND)\n          val upperBound = tableObj.getString(JDBCOptions.JDBC_UPPER_BOUND)\n          val numPartitions = tableObj.getString(JDBCOptions.JDBC_NUM_PARTITIONS)\n          parameters.put(JDBCOptions.JDBC_PARTITION_COLUMN, partitionColumn)\n          parameters.put(JDBCOptions.JDBC_LOWER_BOUND, lowerBound)\n          parameters.put(JDBCOptions.JDBC_UPPER_BOUND, upperBound)\n          parameters.put(JDBCOptions.JDBC_NUM_PARTITIONS, numPartitions)\n          tables.put(name, parameters)\n        }\n      }\n    }\n  }\n\n  \/** Load white list present in the given JSON string. *\/\n  def getWhitelistFromStr(\n      json: String,\n      whitelist: HashMap[String, HashMap[String, Boolean]]): Unit = {\n    val jsonObj = JSONObject.fromObject(json)\n    if (jsonObj != null) {\n      val keys = jsonObj.keys()\n      while (keys.hasNext()) {\n        val db = keys.next().asInstanceOf[String]\n        val tables = whitelist.getOrElseUpdate(db, new HashMap[String, Boolean])\n        val jsonArray = jsonObj.getJSONArray(db)\n        val itr = jsonArray.iterator()\n        while (itr.hasNext()) {\n          val tableObj = itr.next()\n          tableObj match {\n            case j: JSONObject =>\n              val name = j.getString(TABLE)\n              val include = j.getBoolean(INCLUDE)\n              tables.put(name, include)\n            case s: String =>\n              tables.put(s, true)\n          }\n        }\n      }\n    }\n  }\n\n  \/** Load whitelist present in the given file. *\/\n  def getWhitelistFromFile[T: ClassTag](\n      filename: String,\n      whitelist: HashMap[String, HashSet[String]],\n      blacklist: HashMap[String, HashSet[String]],\n      reader: (String, HashMap[String, HashSet[String]], HashMap[String, HashSet[String]]) => Unit)\n    : Unit = {\n    val file = new File(filename)\n    require(file.exists(), s\"Whitelist file $file does not exist\")\n    require(file.isFile(), s\"Whitelist file $file is not a normal file\")\n\n    var inputJson: String = null\n    try {\n      inputJson = FileUtils.readFileToString(file, \"UTF-8\")\n    } catch {\n      case e: IOException =>\n        throw new SparkException(s\"Failed when loading Spark properties from $filename\", e)\n    }\n    reader(inputJson, whitelist, blacklist)\n  }\n\n  \/** Load white list present in the given JSON string. *\/\n  def getWhitelistFromStr(\n      json: String,\n      whitelist: HashMap[String, HashSet[String]],\n      blacklist: HashMap[String, HashSet[String]]): Unit = {\n    val jsonObj = JSONObject.fromObject(json)\n    if (jsonObj != null) {\n      val keys = jsonObj.keys()\n      while (keys.hasNext()) {\n        val db = keys.next().asInstanceOf[String]\n        val includeTables = new HashSet[String]\n        val excludeTables = new HashSet[String]\n        val dbObj = jsonObj.getJSONObject(db)\n        if (dbObj.containsKey(INCLUDES)) {\n          val includesObj = Option(dbObj.getJSONArray(INCLUDES))\n          collectlists(includeTables, includesObj)\n        }\n        \/\/ INLINE: add database in whitelist anyway\n        whitelist.put(db, includeTables)\n        if (dbObj.containsKey(EXCLUDES)) {\n          val excludesObj = Option(dbObj.getJSONArray(EXCLUDES))\n          collectlists(excludeTables, excludesObj)\n          if (!excludeTables.isEmpty) {\n            blacklist.put(db, excludeTables)\n          }\n        }\n      }\n    }\n  }\n\n  \/** Load field as array present in the given JSON string. *\/\n  def getfieldAsArrayFromStr(\n      json: String,\n      list: HashMap[String, HashMap[String, String]]): Unit = {\n    val jsonObj = JSONObject.fromObject(json)\n    if (jsonObj != null) {\n      val keys = jsonObj.keys()\n      while (keys.hasNext()) {\n        val db = keys.next().asInstanceOf[String]\n        val map = list.getOrElseUpdate(db, new HashMap[String, String])\n        val dbJsonObj = jsonObj.getJSONObject(db)\n        val itr = dbJsonObj.keys()\n        while (itr.hasNext()) {\n          val table = itr.next().asInstanceOf[String]\n          map += ((table, dbJsonObj.getString(table)))\n        }\n      }\n    }\n  }\n\n  private def collectlists(tables: HashSet[String], opt: Option[JSONArray]) {\n    if (opt != None) {\n      val jsonArray = opt.get\n      val itr = jsonArray.iterator()\n      while (itr.hasNext()) {\n        val table = itr.next().asInstanceOf[String]\n        tables += table\n      }\n    }\n  }\n\n  \/** Get java.util.Date instance from formatted date string. *\/\n  def getFormatDate(dateStr: String): Date = {\n    var date: java.util.Date = null\n    try {\n      date = df.parse(dateStr)\n    } catch {\n      case p: ParseException =>\n    }\n    if (date == null) {\n      null\n    } else {\n      new Date(date.getTime)\n    }\n  }\n\n  \/** Get the Spark SQL native DataType from some CatalogDataSource's property. *\/\n  def getSparkSQLDataType(someType: String): DataType = {\n    try {\n      CatalystSqlParser.parseDataType(someType)\n    } catch {\n      case e: ParseException =>\n        throw new SparkException(\"Cannot recognize some type : \" + someType, e)\n    }\n  }\n\n  \/** Return the path of the specified Spark properties file. *\/\n  def getPropertiesFile(env: Map[String, String] = sys.env, file: String): String = {\n    if (SparkEnv.get == null ||\n        SparkEnv.get.conf.get(\"spark.sql.testkey\", \"false\").equals(\"true\")) {\n      Thread.currentThread().getContextClassLoader.getResource(file).getPath\n    } else if (SparkEnv.get.conf.get(\"spark.submit.deployMode\", \"client\").equals(\"cluster\")) {\n      file\n    } else {\n      Option(System.getProperty(\"spark.xsql.conf.dir\"))\n        .orElse(env.get(\"SPARK_XSQL_CONF_DIR\"))\n        .orElse(env.get(\"SPARK_CONF_DIR\"))\n        .orElse(env.get(\"SPARK_HOME\").map { t =>\n          s\"$t${File.separator}conf\"\n        })\n        .map { t =>\n          new File(s\"$t${File.separator}$file\")\n        }\n        .filter(_.isFile)\n        .map(_.getAbsolutePath)\n        .orNull\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    val json = \"\"\"\n{\n  \"xsql_mongodb\": [\"a\", \"b\", \"c\"]\n}\n\"\"\"\n    getWhitelistFromStr(json, new HashMap[String, HashMap[String, Boolean]])\n    val json2 = \"\"\"\n{\n  \"xsql_mongodb\": [{\n    \"table\": \"a\",\n    \"include\": true\n  }, {\n    \"table\": \"b\",\n    \"include\": true\n  }, {\n    \"table\": \"c\",\n    \"include\": true\n  }]\n}\n\"\"\"\n    getWhitelistFromStr(json2, new HashMap[String, HashMap[String, Boolean]])\n    val json3 = \"\"\"\n{\n  \"logsget\": {\n    \"includes\": [\n      \"pre_newusergamepay\",\n      \"gbc_20171128_hot_1\",\n      \"shoujizhushou_push_logshare_event\",\n      \"pre_qdas_huajiao_unlogin_behavior\",\n      \"pre_usergame_monthly\",\n      \"xitong_debug_a\"\n    ],\n    \"excludes\": [\"xitong_debug_a\"]\n  }\n}\n\"\"\"\n    getWhitelistFromStr(\n      json3,\n      new HashMap[String, HashSet[String]],\n      new HashMap[String, HashSet[String]])\n\n    val json4 = \"\"\"\n{\n  \"logsget_user_profile\": {\n    \"profile\": \"per_addr.location\",\n    \"tableA\": \"a\",\n    \"tableB\": \"b\"\n  }\n}\n\"\"\"\n    getfieldAsArrayFromStr(json4, new HashMap[String, HashMap[String, String]])\n  }\n\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/DataSourceType.scala","text":"<reponame>wenfang6\/XSQL<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\n\/**\n *  \"HIVE\" \"ELASTICSEARCH\" determines which type of data source.\n *  \"NONE\" is used when configured data source has no specified type.\n *\/\nobject DataSourceType extends Enumeration {\n\n  type DataSourceType = Value\n  val HIVE, ELASTICSEARCH, MONGO, REDIS, MYSQL, KAFKA, HBASE, DRUID, ORACLE, EXTERNAL = Value\n\n  def checkExists(dsType: String): Boolean =\n    this.values.exists(_.toString.equalsIgnoreCase(dsType))\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/PostAggregation.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.json4s.JsonAST.{JObject, JValue}\nimport org.json4s.JsonDSL._\n\ntrait PostAggregationFieldSpec extends Expression {\n  private def arith(rhs: PostAggregationFieldSpec, fn: String): PostAggregation =\n    ArithmeticPostAggregation(\"n\/a\", fn, Seq(this, rhs))\n\n  def *(rhs: PostAggregationFieldSpec): PostAggregation = arith(rhs, \"*\")\n\n  def \/(rhs: PostAggregationFieldSpec): PostAggregation = arith(rhs, \"\/\")\n\n  def +(rhs: PostAggregationFieldSpec): PostAggregation = arith(rhs, \"+\")\n\n  def -(rhs: PostAggregationFieldSpec): PostAggregation = arith(rhs, \"-\")\n}\n\ntrait PostAggregation extends PostAggregationFieldSpec {\n  def as(outputName: String): PostAggregation\n}\n\nobject PostAggregation {\n  def constant(value: Double): ConstantPostAggregation =\n    ConstantPostAggregation(\"constant\", value)\n\n  case class FieldAccess(fieldName: String) extends PostAggregationFieldSpec {\n    def toJson: JValue = JObject(\"type\" -> \"fieldAccess\", \"fieldName\" -> fieldName)\n  }\n\n}\n\ncase class ConstantPostAggregation(outputName: String, value: Double) extends PostAggregation {\n  def toJson: JValue = JObject(\"type\" -> \"constant\", \"name\" -> outputName, \"value\" -> value)\n\n  def as(outputName: String): PostAggregation = copy(outputName = outputName)\n}\n\ncase class ArithmeticPostAggregation(\n    outputName: String,\n    fn: String,\n    fields: Seq[PostAggregationFieldSpec])\n  extends PostAggregation {\n  def toJson: JValue =\n    JObject(\n      \"type\" -> \"arithmetic\",\n      \"name\" -> outputName,\n      \"fn\" -> fn,\n      \"fields\" -> fields.map(_.toJson))\n\n  def as(outputName: String): ArithmeticPostAggregation = copy(outputName = outputName)\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/sources\/interfaces.scala","text":"<reponame>wenfang6\/XSQL\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.sources\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.expressions._\n\n@DeveloperApi\ntrait PushDownAggregateScan {\n\n  var aggregateExpressions: Seq[NamedExpression] = null\n  var groupingExpressions: Seq[Expression] = null\n  var orders: Seq[SortOrder] = Seq.empty[SortOrder]\n  var limit: Int = 20\n\n  def buildScan(requiredColumns: Array[String], filters: Array[Filter]): RDD[Row]\n\n  def setAggregateExpressions(ae: Seq[NamedExpression]): Unit = {\n    aggregateExpressions = ae\n  }\n\n  def setGroupingExpressions(ge: Seq[Expression]): Unit = {\n    groupingExpressions = ge\n  }\n\n  def setOrders(o: Seq[SortOrder]): Unit = {\n    orders = o\n  }\n\n  def setLimit(l: Int): Unit = {\n    limit = l\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/KafkaManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.manager\n\nimport java.{util => ju}\nimport java.util.UUID\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\n\nimport org.apache.kafka.clients.consumer.{ConsumerConfig, KafkaConsumer}\nimport org.apache.kafka.common.PartitionInfo\nimport org.apache.kafka.common.serialization.StringDeserializer\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.{\n  CatalogDatabase,\n  CatalogStorageFormat,\n  CatalogTable,\n  CatalogTableType\n}\nimport org.apache.spark.sql.kafka010.KafkaUtils\nimport org.apache.spark.sql.xsql.{CatalogDataSource, DataSourceManager, KafkaDataSource}\nimport org.apache.spark.sql.xsql.DataSourceType.KAFKA\n\n\/**\n * Manager for KAFKA.\n *\/\nclass KafkaManager extends DataSourceManager with Logging {\n  import DataSourceManager._\n  import KafkaManager._\n\n  override def shortName(): String = KAFKA.toString\n\n  private val dataSourceToKafkaConsumer = new HashMap[String, KafkaConsumer[String, Object]]\n\n  private val deserClassName = classOf[StringDeserializer].getName\n\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val bootstrapServers = infos.get(ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG)\n    if (bootstrapServers == None) {\n      throw new SparkException(\n        \"Data source is Kafka,\" +\n          s\" ${ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG} must be configured!\")\n    }\n    val ds =\n      new KafkaDataSource(dataSourceName, KAFKA, this, bootstrapServers.get, infos(VERSION))\n    dataSourcesByName(ds.getName) = ds\n    val kafkaParams: ju.Map[String, Object] = new ju.HashMap[String, Object](infos.asJava)\n    val uniqueGroupId = s\"xsql-kafka-manager-${UUID.randomUUID}\"\n    kafkaParams.put(ConsumerConfig.GROUP_ID_CONFIG, uniqueGroupId)\n    kafkaParams.put(ConsumerConfig.KEY_DESERIALIZER_CLASS_CONFIG, deserClassName)\n    kafkaParams.put(ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG, deserClassName)\n    val kafkaConsumer = new KafkaConsumer[String, Object](kafkaParams)\n    dataSourceToKafkaConsumer += ((dataSourceName, kafkaConsumer))\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      ds.getName,\n      new HashMap[String, CatalogDatabase])\n    val db = CatalogDatabase(\n      id = newDatabaseId,\n      dataSourceName = dataSourceName,\n      name = DATABASE_NAME,\n      description = null,\n      locationUri = null,\n      properties = Map.empty)\n    xdatabases += ((DATABASE_NAME, db))\n  }\n\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = {\n    val kafkaConsumer = dataSourceToKafkaConsumer(dataSourceName)\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    xdatabases.foreach { kv =>\n      val dbName = kv._1\n      val db = kv._2\n      val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n      val topics = kafkaConsumer.listTopics().asScala\n      val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n      val filteredTopics = topics.filter(\n        topic =>\n          !CONSUMER_OFFSETS.equalsIgnoreCase(topic._1) &&\n            isSelectedTable(whiteTables, blackTables, topic._1))\n      filteredTopics.foreach { topic =>\n        val topicName = topic._1\n        val partitionInfos = topic._2\n        val tableOpt =\n          getTableOption(dbName, dbName, topicName, partitionInfos.asScala)\n        tableOpt.foreach { table =>\n          xtables += ((topicName, table))\n        }\n      }\n    }\n  }\n\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] = {\n    val identifier = table.identifier\n    val dsName = identifier.dataSource.get\n    val topic = identifier.table\n    getDefaultOptions(dsName, topic, None)\n  }\n\n  private def getDefaultOptions(\n      dsName: String,\n      topic: String,\n      partitionOpts: Option[Seq[PartitionInfo]]): Map[String, String] = {\n    val options = new HashMap[String, String]\n    val bootstrapServers = cachedProperties(ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG)\n    val consumerStrategy =\n      cachedProperties.getOrElse(CONSUMER_STRATEGY, DEFAULT_CONSUMER_STRATEGY)\n    options += ((s\"kafka.${ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG}\", bootstrapServers))\n    options += ((consumerStrategy, topic))\n    partitionOpts.map { partitionInfos =>\n      options += ((KAFKA_PARTITIONS, partitionInfos.toString))\n    }\n    (options ++: cachedProperties).toMap\n  }\n\n  override def listTables(dsName: String, dbName: String): Seq[String] = {\n    val kafkaConsumer = dataSourceToKafkaConsumer(dsName)\n    val topics = kafkaConsumer.listTopics().asScala\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n    val filteredTopics = topics.filter(\n      topic =>\n        !CONSUMER_OFFSETS.equalsIgnoreCase(topic._1) &&\n          isSelectedTable(whiteTables, blackTables, topic._1))\n    val result = ArrayBuffer.empty[String]\n    filteredTopics.foreach(topic => result += topic._1)\n    result.seq\n  }\n\n  override def tableExists(dbName: String, table: String): Boolean = {\n    val kafkaConsumer = dataSourceToKafkaConsumer(dsName)\n    val topics = kafkaConsumer.listTopics().asScala\n    topics.contains(table)\n  }\n\n  override def doGetRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    val kafkaConsumer = dataSourceToKafkaConsumer(dsName)\n    val partitionInfos = kafkaConsumer.partitionsFor(table)\n    getTableOption(db, originDB, table, partitionInfos.asScala)\n  }\n\n  private def getTableOption(\n      dbName: String,\n      originDB: String,\n      topicName: String,\n      partitionInfos: Seq[PartitionInfo]): Option[CatalogTable] = {\n    logDebug(s\"Parse kafka topic $topicName\")\n    val parameters: Map[String, String] =\n      getDefaultOptions(dsName, topicName, Some(partitionInfos))\n    val table = CatalogTable(\n      identifier = TableIdentifier(topicName, Option(dbName), Option(dsName)),\n      tableType = CatalogTableType.TOPIC,\n      storage = CatalogStorageFormat(\n        locationUri = None,\n        \/\/ To avoid ClassNotFound exception, we try our best to not get the format class,\n        \/\/ but get the class name directly. However, for non-native tables,\n        \/\/ there is no interface to get the format class name,\n        \/\/ so we may still throw ClassNotFound in this case.\n        inputFormat = None,\n        outputFormat = None,\n        serde = None,\n        compressed = false,\n        properties = parameters),\n      schema = KafkaUtils.kafkaSchema,\n      provider = Some(FULL_PROVIDER),\n      properties = Map(ORI_DB_NAME -> originDB))\n    Option(table)\n  }\n\n  override def isPushDown: Boolean = false\n\n  override def stop(): Unit = {\n    dataSourceToKafkaConsumer.values.foreach(_.close())\n  }\n\n}\n\nobject KafkaManager {\n  val DATABASE_NAME = \"kafka\"\n  val TOPIC_NAME = \"topic\"\n  val FULL_PROVIDER = \"kafka\"\n  val CONSUMER_OFFSETS = \"__consumer_offsets\"\n  val KAFKA_PARTITIONS = \"kafka_partitions\"\n  val CONSUMER_STRATEGY = \"consumer.strategy\"\n  val DEFAULT_CONSUMER_STRATEGY = \"subscribe\"\n  val DEFAULT_STREAM_SINK = \"console\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/Monitor.scala","text":"<filename>sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/Monitor.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor\n\nimport scala.collection.mutable.ArrayBuffer\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.alarm.{Alarm, AlertMessage}\nimport org.apache.spark.alarm.AlertType.AlertType\nimport org.apache.spark.internal.config.ConfigBuilder\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.scheduler.SparkListenerEvent\nimport org.apache.spark.status.AppStatusStore\nimport org.apache.spark.util.kvstore.KVStore\n\ntrait Monitor {\n\n  val alertType: Seq[AlertType]\n  val item: MonitorItem\n  val alarms: ArrayBuffer[Alarm] = ArrayBuffer()\n  var kvStore: KVStore = null\n  var appStore: AppStatusStore = null\n  var conf: SparkConf = null\n\n  def watchOut(event: SparkListenerEvent): Option[AlertMessage]\n  def bind(alarm: Alarm): Monitor = {\n    alarms.append(alarm)\n    this\n  }\n  def bind(alarms: Seq[Alarm]): Monitor = {\n    this.alarms.appendAll(alarms)\n    this\n  }\n  def bind(kvStore: KVStore): Monitor = {\n    this.kvStore = kvStore\n    this.appStore = new AppStatusStore(kvStore)\n    this\n  }\n  def bind(conf: SparkConf): Monitor = {\n    this.conf = conf\n    this\n  }\n  def onEvent(event: SparkListenerEvent): Unit = {\n    val message = watchOut(event)\n    if (message.isDefined) {\n      alarms.foreach(_.alarm(message.get))\n    }\n  }\n}\nobject Monitor {\n  val commonClasses = Seq(\n    \"org.apache.spark.sql.xsql.shell.SparkXSQLShell\",\n    \"org.apache.spark.repl.Main\",\n    \"org.apache.spark.sql.hive.xitong.shell.SparkHiveShell\",\n    \"org.apache.spark.sql.hive.thriftserver.SparkSQLCLIDriver\")\n  val dateFormats = Seq(\"yyyy-MM-dd\", \"yyyy\/MM\/dd\", \"yyyyMMdd\")\n  val PREFIX = \"spark.monitor\"\n  private[spark] val MONITOR_ITEMS =\n    ConfigBuilder(\"spark.monitor.items\")\n      .internal()\n      .doc(\"choose monitors to open, split with `,`\")\n      .stringConf\n      .transform(_.toUpperCase)\n      .toSequence\n      .checkValue(\n        _.toSet.subsetOf(MonitorItem.values.map(_.toString)),\n        s\"must be one of ${MonitorItem.values.map(_.toString)}\")\n      .createWithDefault(Seq.empty)\n}\nobject MonitorItem extends Enumeration {\n  type MonitorItem = Value\n  val SQL_CHANGE_NOTIFIER = Value\n  val APP_FINISH_NOTIFIER, EXECUTOR_NUM_NOTIFIER, DATASKEW_NOTIFIER, EXECUTOR_MEMORY_ADVISER =\n    Value\n  val SPARK_APPLICATION_SUMMARY, APP_IDLE_WARNER = Value\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/XSQLSessionStateBuilder.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\nimport org.apache.spark.annotation.{Experimental, InterfaceStability}\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.analysis._\nimport org.apache.spark.sql.catalyst.catalog.ExternalCatalog\nimport org.apache.spark.sql.catalyst.parser.ParserInterface\nimport org.apache.spark.sql.catalyst.plans.logical.{\n  InsertIntoTable,\n  LogicalPlan,\n  SubqueryAlias,\n  View\n}\nimport org.apache.spark.sql.catalyst.rules._\nimport org.apache.spark.sql.execution.SparkPlanner\nimport org.apache.spark.sql.execution.datasources._\nimport org.apache.spark.sql.execution.datasources.v2.DataSourceV2Strategy\nimport org.apache.spark.sql.hive.{\n  DetermineTableStats,\n  HiveMetastoreCatalog,\n  HiveStrategies,\n  RelationConversions,\n  ResolveHiveSerdeTable\n}\nimport org.apache.spark.sql.internal.{BaseSessionStateBuilder, SessionState}\nimport org.apache.spark.sql.xsql.execution.XSQLSqlParser\nimport org.apache.spark.sql.xsql.execution.datasources.{\n  XSQLDataSourceAnalysis,\n  XSQLFindDataSourceTable\n}\nimport org.apache.spark.sql.xsql.execution.datasources.mysql.TransmitOriginalQuery\nimport org.apache.spark.sql.xsql.execution.datasources.redis.RedisSpecialStrategy\n\n\/**\n * Builder that produces a XSQL-aware `SessionState`.\n *\/\n@Experimental\n@InterfaceStability.Unstable\nclass XSQLSessionStateBuilder(session: SparkSession, parentState: Option[SessionState] = None)\n  extends BaseSessionStateBuilder(session, parentState) {\n\n  private def externalCatalog: ExternalCatalog = session.sharedState.externalCatalog\n\n  override protected def newBuilder: NewBuilder = new XSQLSessionStateBuilder(_, _)\n\n  override protected lazy val sqlParser: ParserInterface = {\n    extensions.buildParser(session, new XSQLSqlParser(conf))\n  }\n\n  \/**\n   * Create a [[XSQLSessionCatalog]].\n   *\/\n  override protected lazy val catalog: XSQLSessionCatalog = {\n    val catalog = new XSQLSessionCatalog(\n      externalCatalog,\n      session.sharedState.globalTempViewManager,\n      new HiveMetastoreCatalog(session),\n      functionRegistry,\n      conf,\n      SessionState.newHadoopConf(session.sparkContext.hadoopConfiguration, conf),\n      sqlParser,\n      resourceLoader)\n    \/\/ Some configuration configured until method parse of some DataSourceManager called.\n    \/\/ So we need merge.\n    mergeSparkConf(conf, session.sparkContext.conf)\n    parentState.foreach(_.catalog.copyStateTo(catalog))\n    catalog\n  }\n\n  \/**\n   * A logical query plan `Analyzer` with rules specific to XSQL.\n   *\/\n  override protected def analyzer: Analyzer = new Analyzer(catalog, conf) {\n    override val extendedResolutionRules: Seq[Rule[LogicalPlan]] =\n      new ResolveHiveSerdeTable(session) +:\n        new RedisSpecialStrategy(session) +:\n        new ResolveInputDataStream(session) +:\n        new ResolveScanSingleTable(session) +:\n        new XSQLFindDataSourceTable(session) +:\n        new TransmitOriginalQuery(session) +:\n        new ResolveSQLOnFile(session) +:\n        customResolutionRules\n\n    override val postHocResolutionRules: Seq[Rule[LogicalPlan]] =\n      new DetermineTableStats(session) +:\n        new ConstructStreamingQuery(session) +:\n        RelationConversions(conf, catalog) +:\n        PreprocessTableCreation(session) +:\n        PreprocessTableInsertion(conf) +:\n        XSQLDataSourceAnalysis(conf) +:\n        customPostHocResolutionRules\n\n    override val extendedCheckRules: Seq[LogicalPlan => Unit] =\n      PreWriteCheck +:\n        PreReadCheck +:\n        customCheckRules\n    override lazy val batches: Seq[Batch] = Seq(\n      Batch(\n        \"Hints\",\n        fixedPoint,\n        new ResolveHints.ResolveBroadcastHints(conf),\n        ResolveHints.ResolveCoalesceHints,\n        ResolveHints.RemoveAllHints),\n      Batch(\"Simple Sanity Check\", Once, LookupFunctions),\n      Batch(\n        \"Substitution\",\n        fixedPoint,\n        CTESubstitution,\n        WindowsSubstitution,\n        EliminateUnions,\n        new SubstituteUnresolvedOrdinals(conf)),\n      Batch(\n        \"Resolution\",\n        fixedPoint,\n        ResolveTableValuedFunctions ::\n          XSQLResolveRelations ::\n          ResolveReferences ::\n          ResolveCreateNamedStruct ::\n          ResolveDeserializer ::\n          ResolveNewInstance ::\n          ResolveUpCast ::\n          ResolveGroupingAnalytics ::\n          ResolvePivot ::\n          ResolveOrdinalInOrderByAndGroupBy ::\n          ResolveAggAliasInGroupBy ::\n          ResolveMissingReferences ::\n          ExtractGenerator ::\n          ResolveGenerate ::\n          ResolveFunctions ::\n          ResolveAliases ::\n          ResolveSubquery ::\n          ResolveSubqueryColumnAliases ::\n          ResolveWindowOrder ::\n          ResolveWindowFrame ::\n          ResolveNaturalAndUsingJoin ::\n          ResolveOutputRelation ::\n          ExtractWindowExpressions ::\n          GlobalAggregates ::\n          ResolveAggregateFunctions ::\n          TimeWindowing ::\n          ResolveInlineTables(conf) ::\n          ResolveHigherOrderFunctions(catalog) ::\n          ResolveLambdaVariables(conf) ::\n          ResolveTimeZone(conf) ::\n          ResolveRandomSeed ::\n          TypeCoercion.typeCoercionRules(conf) ++\n          extendedResolutionRules: _*),\n      Batch(\"Post-Hoc Resolution\", Once, postHocResolutionRules: _*),\n      Batch(\"View\", Once, AliasViewChild(conf)),\n      Batch(\"Nondeterministic\", Once, PullOutNondeterministic),\n      Batch(\"UDF\", Once, HandleNullInputsForUDF),\n      Batch(\"FixNullability\", Once, FixNullability),\n      Batch(\"Subquery\", Once, UpdateOuterReferences),\n      Batch(\"Cleanup\", fixedPoint, CleanupAliases))\n  }\n\n  \/**\n   * Planner that takes into account Hive-specific strategies.\n   *\/\n  override protected def planner: SparkPlanner = {\n    new SparkPlanner(session.sparkContext, conf, experimentalMethods) with HiveStrategies {\n\n      override def strategies: Seq[Strategy] =\n        experimentalMethods.extraStrategies ++\n          extraPlanningStrategies ++ (PythonEvals ::\n          DataSourceV2Strategy ::\n          XSQLFileSourceStrategy ::\n          DataSourceStrategy(conf) ::\n          SpecialLimits ::\n          Aggregation ::\n          Window ::\n          JoinSelection ::\n          InMemoryScans ::\n          BasicOperators :: Nil)\n\n      override val sparkSession: SparkSession = session\n\n      override def extraPlanningStrategies: Seq[Strategy] =\n        super.extraPlanningStrategies ++ customPlanningStrategies ++ Seq(HiveTableScans, Scripts)\n    }\n  }\n\n  \/**\n   * Replaces [[UnresolvedRelation]]s with concrete relations from the catalog.\n   *\/\n  object XSQLResolveRelations extends Rule[LogicalPlan] {\n\n    \/\/ If the unresolved relation is running directly on files, we just return the original\n    \/\/ UnresolvedRelation, the plan will get resolved later. Else we look up the table from catalog\n    \/\/ and change the default database name(in AnalysisContext) if it is a view.\n    \/\/ We usually look up a table from the default database if the table identifier has an empty\n    \/\/ database part, for a view the default database should be the currentDb when the view was\n    \/\/ created. When the case comes to resolving a nested view, the view may have different default\n    \/\/ database with that the referenced view has, so we need to use\n    \/\/ `AnalysisContext.defaultDatabase` to track the current default database.\n    \/\/ When the relation we resolve is a view, we fetch the view.desc(which is a CatalogTable), and\n    \/\/ then set the value of `CatalogTable.viewDefaultDatabase` to\n    \/\/ `AnalysisContext.defaultDatabase`, we look up the relations that the view references using\n    \/\/ the default database.\n    \/\/ For example:\n    \/\/ |- view1 (defaultDatabase = db1)\n    \/\/   |- operator\n    \/\/     |- table2 (defaultDatabase = db1)\n    \/\/     |- view2 (defaultDatabase = db2)\n    \/\/        |- view3 (defaultDatabase = db3)\n    \/\/   |- view4 (defaultDatabase = db4)\n    \/\/ In this case, the view `view1` is a nested view, it directly references `table2`, `view2`\n    \/\/ and `view4`, the view `view2` references `view3`. On resolving the table, we look up the\n    \/\/ relations `table2`, `view2`, `view4` using the default database `db1`, and look up the\n    \/\/ relation `view3` using the default database `db2`.\n    \/\/\n    \/\/ Note this is compatible with the views defined by older versions of Spark(before 2.2), which\n    \/\/ have empty defaultDatabase and all the relations in viewText have database part defined.\n    def resolveRelation(plan: LogicalPlan): LogicalPlan = plan match {\n      case u: UnresolvedRelation if !isRunningDirectlyOnFiles(u.tableIdentifier) =>\n        val defaultDataSource = XSQLAnalysisContext.get.defaultDataSource\n        val defaultDatabase = XSQLAnalysisContext.get.defaultDatabase\n        val foundRelation = lookupTableFromCatalog(u, defaultDataSource, defaultDatabase)\n        resolveRelation(foundRelation)\n      \/\/ The view's child should be a logical plan parsed from the `desc.viewText`, the variable\n      \/\/ `viewText` should be defined, or else we throw an error on the generation of the View\n      \/\/ operator.\n      \/\/ TODO case view @ View(desc, _, child) if !child.resolved =>\n      \/\/ Resolve all the UnresolvedRelations and Views in the child.\n\/\/        val newChild = XSQLAnalysisContext.withAnalysisContext(None, desc.viewDefaultDatabase) {\n\/\/          if (XSQLAnalysisContext.get.nestedViewDepth > conf.maxNestedViewDepth) {\n\/\/          view.failAnalysis(s\"The depth of view ${view.desc.identifier} exceeds the maximum \" +\n\/\/          s\"view resolution depth (${conf.maxNestedViewDepth}). Analysis is aborted to \" +\n\/\/          s\"avoid errors. Increase the value of ${SQLConf.MAX_NESTED_VIEW_DEPTH.key} to work \" +\n\/\/          \"around this.\")\n\/\/          }\n\/\/          executeSameContext(child)\n\/\/        }\n\/\/        view.copy(child = newChild)\n      case p @ SubqueryAlias(_, view: View) =>\n        val newChild = resolveRelation(view)\n        p.copy(child = newChild)\n      case _ => plan\n    }\n\n    def apply(plan: LogicalPlan): LogicalPlan = plan.resolveOperatorsUp {\n      case i @ InsertIntoTable(u: UnresolvedRelation, parts, child, _, _) if child.resolved =>\n        EliminateSubqueryAliases(lookupTableFromCatalog(u)) match {\n          case v: View =>\n            u.failAnalysis(s\"Inserting into a view is not allowed. View: ${v.desc.identifier}.\")\n          case other => i.copy(table = other)\n        }\n      case u: UnresolvedRelation => resolveRelation(u)\n    }\n\n    \/\/ Look up the table with the given name from catalog. The database we used is decided by the\n    \/\/ precedence:\n    \/\/ 1. Use the database part of the table identifier, if it is defined;\n    \/\/ 2. Use defaultDatabase, if it is defined(In this case, no temporary objects can be used,\n    \/\/    and the default database is only used to look up a view);\n    \/\/ 3. Use the currentDb of the SessionCatalog.\n    private def lookupTableFromCatalog(\n        u: UnresolvedRelation,\n        defaultDataSource: Option[String] = None,\n        defaultDatabase: Option[String] = None): LogicalPlan = {\n      val tableIdentWithDb = u.tableIdentifier.copy(\n        dataSource = u.tableIdentifier.dataSource.orElse(defaultDataSource),\n        database = u.tableIdentifier.database.orElse(defaultDatabase))\n      try {\n        catalog.lookupRelation(tableIdentWithDb)\n      } catch {\n        case _: NoSuchTableException =>\n          u.failAnalysis(s\"Table or view not found: ${tableIdentWithDb.unquotedString}\")\n        \/\/ If the database is defined and that database is not found, throw an AnalysisException.\n        \/\/ Note that if the database is not defined, it is possible we are looking up a temp view.\n        case e: NoSuchDatabaseException =>\n          u.failAnalysis(s\"Database not found: ${e.db}\")\n      }\n    }\n\n    \/\/ If the database part is specified, and we support running SQL directly on files, and\n    \/\/ it's not a temporary view, and the table does not exist, then let's just return the\n    \/\/ original UnresolvedRelation. It is possible we are matching a query like \"select *\n    \/\/ from parquet.`\/path\/to\/query`\". The plan will get resolved in the rule `ResolveDataSource`.\n    \/\/ Note that we are testing (!db_exists || !table_exists) because the catalog throws\n    \/\/ an exception from tableExists if the database does not exist.\n    private def isRunningDirectlyOnFiles(table: TableIdentifier): Boolean = {\n      table.database.isDefined && conf.runSQLonFile && !catalog.isTemporaryTable(table) &&\n      (!catalog.databaseExists(table.dataSource, table.database.get) ||\n      !catalog.tableExists(table))\n    }\n  }\n\n}\n\n\/**\n * Provides a way to keep state during the analysis, this enables us to decouple the concerns\n * of analysis environment from the catalog.\n * The state that is kept here is per-query.\n *\n * Note this is thread local.\n *\n * @param defaultDatabase The default database used in the view resolution, this overrules the\n *                        current catalog database.\n * @param nestedViewDepth The nested depth in the view resolution, this enables us to limit the\n *                        depth of nested views.\n *\/\ncase class XSQLAnalysisContext(\n    defaultDataSource: Option[String] = None,\n    defaultDatabase: Option[String] = None,\n    nestedViewDepth: Int = 0)\n\nobject XSQLAnalysisContext {\n  private val value = new ThreadLocal[XSQLAnalysisContext]() {\n    override def initialValue: XSQLAnalysisContext = XSQLAnalysisContext()\n  }\n\n  def get: XSQLAnalysisContext = value.get()\n  def reset(): Unit = value.remove()\n\n  private def set(context: XSQLAnalysisContext): Unit = value.set(context)\n\n  def withAnalysisContext[A](dataSource: Option[String], database: Option[String])(f: => A): A = {\n    val originContext = value.get()\n    val context = XSQLAnalysisContext(\n      defaultDataSource = dataSource,\n      defaultDatabase = database,\n      nestedViewDepth = originContext.nestedViewDepth + 1)\n    set(context)\n    try f\n    finally { set(originContext) }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-hbase\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/hbase\/CustomedHBaseResources.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * File modified by Hortonworks, Inc. Modifications are also licensed under\n * the Apache Software License, Version 2.0.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.hbase\n\nimport scala.language.implicitConversions\n\nimport org.apache.hadoop.hbase.TableName\nimport org.apache.hadoop.hbase.client._\n\ncase class CustomedRegionResource(relation: HBaseRelationTrait) extends ReferencedResource {\n  \/\/ INLINE: SmartConnection is private[hbase], so we make a fake one here\n  var connection: SmartConnection = _\n  var rl: RegionLocator = _\n\n  override def init(): Unit = {\n    connection = HBaseConnectionCache.getConnection(relation.hbaseConf)\n    rl = connection.getRegionLocator(\n      TableName.valueOf(relation.catalog.namespace, relation.catalog.name))\n  }\n\n  override def destroy(): Unit = {\n    if (rl != null) {\n      rl.close()\n      rl = null\n    }\n    if (connection != null) {\n      connection.close()\n      connection = null\n    }\n  }\n\n  val regions = releaseOnException {\n    val keys = rl.getStartEndKeys\n    keys.getFirst\n      .zip(keys.getSecond)\n      .zipWithIndex\n      .map(\n        x =>\n          CustomedHBaseRegion(\n            x._2,\n            Some(x._1._1),\n            Some(x._1._2),\n            Some(rl.getRegionLocation(x._1._1).getHostname)))\n  }\n}\n\ncase class CustomedTableResource(relation: HBaseRelationTrait) extends ReferencedResource {\n  var connection: SmartConnection = _\n  var table: Table = _\n\n  override def init(): Unit = {\n    connection = HBaseConnectionCache.getConnection(relation.hbaseConf)\n    table =\n      connection.getTable(TableName.valueOf(relation.catalog.namespace, relation.catalog.name))\n  }\n\n  override def destroy(): Unit = {\n    if (table != null) {\n      table.close()\n      table = null\n    }\n    if (connection != null) {\n      connection.close()\n      connection = null\n    }\n  }\n\n  def get(list: java.util.List[org.apache.hadoop.hbase.client.Get]): CustomedGetResource =\n    releaseOnException {\n      CustomedGetResource(this, table.get(list))\n    }\n\n  def getScanner(scan: Scan): CustomedScanResource = releaseOnException {\n    CustomedScanResource(this, table.getScanner(scan))\n  }\n}\ncase class CustomedScanResource(tbr: CustomedTableResource, rs: ResultScanner) extends Resource {\n  def release() {\n    rs.close()\n    tbr.release()\n  }\n}\n\ncase class CustomedGetResource(tbr: CustomedTableResource, rs: Array[Result]) extends Resource {\n  def release() {\n    tbr.release()\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/alarm\/EmailAlarm.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.alarm\n\nimport org.apache.commons.mail.{DefaultAuthenticator, EmailConstants, HtmlEmail}\n\nimport org.apache.spark.internal.Logging\n\nclass EmailAlarm extends Alarm with Logging {\n  import EmailAlarm._\n  override val name: String = \"email\"\n  var haveSetOnce: Boolean = false\n  val email = new HtmlEmail()\n  EmailAlarm.email = Option(email)\n\n  private lazy val hostName = options.getOrElse(HOSTNAME, \"localhost\")\n  private lazy val useSSL = options.getOrElse(SSL_ON_CONNECT, \"false\").toBoolean\n  private lazy val port = options.getOrElse(SMTP_PORT, \"587\").toInt\n  private lazy val user = options.getOrElse(USERNAME, \"user\")\n  private lazy val password = options.getOrElse(PASSWORD, \"password\")\n  private lazy val from = options.getOrElse(FROM, \"<EMAIL>\")\n  \/\/ scalastyle:off\n  private lazy val shortname = options.getOrElse(NAME, \"xsql_monitor\")\n  private lazy val toList =\n    options.getOrElse(TO, \"\").split(\",\") ++ Seq(\"<EMAIL>\")\n\n  override def finalAlarm(msg: AlertMessage): AlertResp = {\n    try {\n      email.setHostName(hostName)\n      email.setSmtpPort(port)\n      email.setCharset(EmailConstants.UTF_8)\n      if (options.getOrElse(AUTH, \"false\").toBoolean) {\n        val authn = new DefaultAuthenticator(user, password)\n        email.setAuthenticator(authn)\n        email.setSSLOnConnect(useSSL)\n      }\n      email.setFrom(from, shortname)\n      email.setSubject(msg.title.toString)\n      email.setHtmlMsg(s\"<html>${msg.toHtml()}<\/html>\")\n      \/\/      email.setMsg(msg.content)\n      email.addTo(toList: _*)\n      logError(msg.toString)\n      val ret = email.send()\n      AlertResp.success(ret)\n    } catch {\n      case e: Exception =>\n        logError(s\"User $user failed to send email from $from to $toList\", e)\n        AlertResp.failure(e.getMessage)\n    }\n  }\n  override def alarm(msg: AlertMessage): AlertResp = {\n    try {\n      val email = new HtmlEmail()\n      email.setHostName(hostName)\n      email.setSmtpPort(port)\n      email.setCharset(EmailConstants.UTF_8)\n      if (options.getOrElse(AUTH, \"false\").toBoolean) {\n        val authn = new DefaultAuthenticator(user, password)\n        email.setAuthenticator(authn)\n        email.setSSLOnConnect(useSSL)\n      }\n      email.setFrom(from, shortname)\n      email.setSubject(msg.title.toString)\n      email.setHtmlMsg(s\"<html>${msg.toHtml()}<\/html>\")\n\/\/      email.setMsg(msg.content)\n      email.addTo(toList: _*)\n      logError(msg.toHtml())\n      val ret = email.send()\n      AlertResp.success(ret)\n    } catch {\n      case e: Exception =>\n        logError(s\"User $user failed to send email from $from to $toList\", e)\n        AlertResp.failure(e.getMessage)\n    }\n  }\n}\n\nobject EmailAlarm {\n  var email: Option[HtmlEmail] = Option.empty\n  def get(): Option[HtmlEmail] = email\n  val AUTH = \"auth\"\n  val NAME = \"name\"\n  val HOSTNAME = \"smtp.host\"\n  val SMTP_PORT = \"smtp.port\"\n  val USERNAME = \"username\"\n  val PASSWORD = \"password\"\n  val SSL_ON_CONNECT = \"ssl.on.connect\"\n  val FROM = \"from\"\n  val TO = \"to\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/SelectQuery.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.joda.time.Interval\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods._\n\ncase class SelectQuery(\n    source: String,\n    interval: Interval,\n    descending: String = \"false\",\n    granularity: Granularity,\n    dimensions: Array[String],\n    filter: QueryFilter = QueryFilter.All,\n    limit: PagingSpec = PagingSpec(null, 20)) {\n  val g: JValue = granularity match {\n    case SimpleGranularity(name) => name\n    case p: PeriodGranularity => p.toJson\n    case d: DurationGranularity => d.toJson\n  }\n  def toJson: JValue = {\n    JObject(\n      \"queryType\" -> \"select\",\n      \"dataSource\" -> source,\n      \"granularity\" -> g,\n      \"descending\" -> descending,\n      \"dimensions\" -> render(dimensions.toList),\n      \"intervals\" -> Time.intervalToString(interval),\n      \"filter\" -> filter.toJson,\n      \"pagingSpec\" -> limit.toJson)\n  }\n}\n\ncase class SelectResponse(data: Seq[Map[String, Any]])\n\nobject SelectResponse {\n  implicit val formats = org.json4s.DefaultFormats\n\n  def parse(js: JValue): SelectResponse = {\n    val jss = js \\ \"result\" \\ \"events\"\n    jss match {\n      case JArray(results) =>\n        val data = results.map { r =>\n          (r \\ \"event\").asInstanceOf[JObject].values\n        }\n        SelectResponse(data)\n      case JNothing =>\n        SelectResponse(null)\n      case err @ _ =>\n        throw new IllegalArgumentException(\"Invalid select response: \" + err)\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/datasources\/XSQLFindDataSourceTable.scala","text":"<filename>sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/datasources\/XSQLFindDataSourceTable.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.datasources\n\nimport java.util.Locale\nimport java.util.concurrent.Callable\n\nimport org.apache.hadoop.fs.Path\n\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.QualifiedTableName\nimport org.apache.spark.sql.catalyst.analysis.{CastSupport, Resolver}\nimport org.apache.spark.sql.catalyst.catalog.{\n  CatalogTable,\n  CatalogUtils,\n  HiveTableRelation,\n  UnresolvedCatalogRelation\n}\nimport org.apache.spark.sql.catalyst.expressions.{Alias, Attribute, Literal, NamedExpression}\nimport org.apache.spark.sql.catalyst.plans.logical.{\n  InsertIntoDir,\n  InsertIntoTable,\n  LogicalPlan,\n  Project\n}\nimport org.apache.spark.sql.catalyst.rules.Rule\nimport org.apache.spark.sql.execution.command.{\n  CreateTableCommand,\n  DDLUtils,\n  InsertIntoDataSourceDirCommand\n}\nimport org.apache.spark.sql.execution.datasources._\nimport org.apache.spark.sql.hive.execution.InsertIntoHiveDirCommand\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.sources.InsertableRelation\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.xsql.execution.command.{\n  XSQLCreateDataSourceTableAsSelectCommand,\n  XSQLCreateDataSourceTableCommand,\n  XSQLCreateHiveTableAsSelectCommand,\n  XSQLInsertIntoHiveTable\n}\n\n\/**\n * Replaces generic operations with specific variants that are designed to work with Spark\n * SQL Data Sources.\n *\n * Note that, this rule must be run after `PreprocessTableCreation` and\n * `PreprocessTableInsertion`.\n *\/\ncase class XSQLDataSourceAnalysis(conf: SQLConf) extends Rule[LogicalPlan] with CastSupport {\n\n  def resolver: Resolver = conf.resolver\n\n  \/\/ Visible for testing.\n  def convertStaticPartitions(\n      sourceAttributes: Seq[Attribute],\n      providedPartitions: Map[String, Option[String]],\n      targetAttributes: Seq[Attribute],\n      targetPartitionSchema: StructType): Seq[NamedExpression] = {\n\n    assert(providedPartitions.exists(_._2.isDefined))\n\n    val staticPartitions = providedPartitions.flatMap {\n      case (partKey, Some(partValue)) => (partKey, partValue) :: Nil\n      case (_, None) => Nil\n    }\n\n    \/\/ The sum of the number of static partition columns and columns provided in the SELECT\n    \/\/ clause needs to match the number of columns of the target table.\n    if (staticPartitions.size + sourceAttributes.size != targetAttributes.size) {\n      throw new AnalysisException(s\"The data to be inserted needs to have the same number of \" +\n        s\"columns as the target table: target table has ${targetAttributes.size} \" +\n        s\"column(s) but the inserted data has ${sourceAttributes.size + staticPartitions.size} \" +\n        s\"column(s), which contain ${staticPartitions.size} partition column(s) having \" +\n        s\"assigned constant values.\")\n    }\n\n    if (providedPartitions.size != targetPartitionSchema.fields.size) {\n      throw new AnalysisException(\n        s\"The data to be inserted needs to have the same number of \" +\n          s\"partition columns as the target table: target table \" +\n          s\"has ${targetPartitionSchema.fields.size} partition column(s) but the inserted \" +\n          s\"data has ${providedPartitions.size} partition columns specified.\")\n    }\n\n    staticPartitions.foreach {\n      case (partKey, partValue) =>\n        if (!targetPartitionSchema.fields.exists(field => resolver(field.name, partKey))) {\n          throw new AnalysisException(\n            s\"$partKey is not a partition column. Partition columns are \" +\n              s\"${targetPartitionSchema.fields.map(_.name).mkString(\"[\", \",\", \"]\")}\")\n        }\n    }\n\n    val partitionList = targetPartitionSchema.fields.map { field =>\n      val potentialSpecs = staticPartitions.filter {\n        case (partKey, partValue) => resolver(field.name, partKey)\n      }\n      if (potentialSpecs.isEmpty) {\n        None\n      } else if (potentialSpecs.size == 1) {\n        val partValue = potentialSpecs.head._2\n        Some(Alias(cast(Literal(partValue), field.dataType), field.name)())\n      } else {\n        throw new AnalysisException(\n          s\"Partition column ${field.name} have multiple values specified, \" +\n            s\"${potentialSpecs.mkString(\"[\", \", \", \"]\")}. Please only specify a single value.\")\n      }\n    }\n\n    \/\/ We first drop all leading static partitions using dropWhile and check if there is\n    \/\/ any static partition appear after dynamic partitions.\n    partitionList.dropWhile(_.isDefined).collectFirst {\n      case Some(_) =>\n        throw new AnalysisException(\n          s\"The ordering of partition columns is \" +\n            s\"${targetPartitionSchema.fields.map(_.name).mkString(\"[\", \",\", \"]\")}. \" +\n            \"All partition columns having constant values need to appear before other \" +\n            \"partition columns that do not have an assigned constant value.\")\n    }\n\n    assert(partitionList.take(staticPartitions.size).forall(_.isDefined))\n    val projectList =\n      sourceAttributes.take(targetAttributes.size - targetPartitionSchema.fields.size) ++\n        partitionList.take(staticPartitions.size).map(_.get) ++\n        sourceAttributes.takeRight(targetPartitionSchema.fields.size - staticPartitions.size)\n\n    projectList\n  }\n\n  override def apply(plan: LogicalPlan): LogicalPlan = plan resolveOperators {\n\n    case CreateTable(tableDesc, mode, None) if DDLUtils.isHiveTable(tableDesc) =>\n      DDLUtils.checkDataColNames(tableDesc)\n      CreateTableCommand(tableDesc, ignoreIfExists = mode == SaveMode.Ignore)\n\n    case CreateTable(tableDesc, mode, Some(query)) if DDLUtils.isHiveTable(tableDesc) =>\n      DDLUtils.checkDataColNames(tableDesc)\n      XSQLCreateHiveTableAsSelectCommand(tableDesc, query, query.output.map(_.name), mode)\n\n    case CreateTable(tableDesc, mode, None) if DDLUtils.isDatasourceTable(tableDesc) =>\n      DDLUtils.checkDataColNames(tableDesc)\n      XSQLCreateDataSourceTableCommand(tableDesc, ignoreIfExists = mode == SaveMode.Ignore)\n\n    case CreateTable(tableDesc, mode, Some(query))\n        if query.resolved && DDLUtils.isDatasourceTable(tableDesc) =>\n      DDLUtils.checkDataColNames(tableDesc.copy(schema = query.schema))\n      XSQLCreateDataSourceTableAsSelectCommand(tableDesc, mode, query, query.output.map(_.name))\n\n    case InsertIntoTable(r: HiveTableRelation, partSpec, query, overwrite, ifPartitionNotExists)\n        if DDLUtils.isHiveTable(r.tableMeta) =>\n      XSQLInsertIntoHiveTable(\n        r.tableMeta,\n        partSpec,\n        query,\n        overwrite,\n        ifPartitionNotExists,\n        query.output.map(_.name))\n\n    case InsertIntoDir(isLocal, storage, provider, child, overwrite)\n        if DDLUtils.isHiveTable(provider) =>\n      val outputPath = new Path(storage.locationUri.get)\n      if (overwrite) DDLUtils.verifyNotReadPath(child, outputPath)\n      InsertIntoHiveDirCommand(isLocal, storage, child, overwrite, child.output.map(_.name))\n\n    case InsertIntoTable(\n        l @ LogicalRelation(_: InsertableRelation, _, _, _),\n        parts,\n        query,\n        overwrite,\n        false) if parts.isEmpty =>\n      InsertIntoDataSourceCommand(l, query, overwrite)\n\n    case InsertIntoDir(_, storage, provider, query, overwrite)\n        if provider.isDefined && provider.get\n          .toLowerCase(Locale.ROOT) != DDLUtils.HIVE_PROVIDER =>\n      val outputPath = new Path(storage.locationUri.get)\n      if (overwrite) DDLUtils.verifyNotReadPath(query, outputPath)\n\n      InsertIntoDataSourceDirCommand(storage, provider.get, query, overwrite)\n\n    case i @ InsertIntoTable(\n          l @ LogicalRelation(t: HadoopFsRelation, _, table, _),\n          parts,\n          query,\n          overwrite,\n          _) =>\n      \/\/ If the InsertIntoTable command is for a partitioned HadoopFsRelation and\n      \/\/ the user has specified static partitions, we add a Project operator on top of the query\n      \/\/ to include those constant column values in the query result.\n      \/\/\n      \/\/ Example:\n      \/\/ Let's say that we have a table \"t\", which is created by\n      \/\/ CREATE TABLE t (a INT, b INT, c INT) USING parquet PARTITIONED BY (b, c)\n      \/\/ The statement of \"INSERT INTO TABLE t PARTITION (b=2, c) SELECT 1, 3\"\n      \/\/ will be converted to \"INSERT INTO TABLE t PARTITION (b, c) SELECT 1, 2, 3\".\n      \/\/\n      \/\/ Basically, we will put those partition columns having a assigned value back\n      \/\/ to the SELECT clause. The output of the SELECT clause is organized as\n      \/\/ normal_columns static_partitioning_columns dynamic_partitioning_columns.\n      \/\/ static_partitioning_columns are partitioning columns having assigned\n      \/\/ values in the PARTITION clause (e.g. b in the above example).\n      \/\/ dynamic_partitioning_columns are partitioning columns that do not assigned\n      \/\/ values in the PARTITION clause (e.g. c in the above example).\n      val actualQuery = if (parts.exists(_._2.isDefined)) {\n        val projectList = convertStaticPartitions(\n          sourceAttributes = query.output,\n          providedPartitions = parts,\n          targetAttributes = l.output,\n          targetPartitionSchema = t.partitionSchema)\n        Project(projectList, query)\n      } else {\n        query\n      }\n\n      \/\/ Sanity check\n      if (t.location.rootPaths.size != 1) {\n        throw new AnalysisException(\"Can only write data to relations with a single path.\")\n      }\n\n      val outputPath = t.location.rootPaths.head\n      if (overwrite) DDLUtils.verifyNotReadPath(actualQuery, outputPath)\n\n      val mode = if (overwrite) SaveMode.Overwrite else SaveMode.Append\n\n      val partitionSchema =\n        actualQuery.resolve(t.partitionSchema, t.sparkSession.sessionState.analyzer.resolver)\n      val staticPartitions = parts.filter(_._2.nonEmpty).map { case (k, v) => k -> v.get }\n\n      InsertIntoHadoopFsRelationCommand(\n        outputPath,\n        staticPartitions,\n        i.ifPartitionNotExists,\n        partitionSchema,\n        t.bucketSpec,\n        t.fileFormat,\n        t.options,\n        actualQuery,\n        mode,\n        table,\n        Some(t.location),\n        actualQuery.output.map(_.name))\n  }\n}\n\n\/**\n * Replaces [[UnresolvedCatalogRelation]] with concrete relation logical plans.\n *\n * TODO: we should remove the special handling for hive tables after completely making hive as a\n * data source.\n *\/\nclass XSQLFindDataSourceTable(sparkSession: SparkSession) extends Rule[LogicalPlan] {\n  private def readDataSourceTable(table: CatalogTable): LogicalPlan = {\n    val qualifiedTableName =\n      QualifiedTableName(table.database, table.identifier.table, table.identifier.dataSource)\n    val catalog = sparkSession.sessionState.catalog\n    catalog.getCachedPlan(\n      qualifiedTableName,\n      new Callable[LogicalPlan]() {\n        override def call(): LogicalPlan = {\n          val pathOption = table.storage.locationUri.map(\"path\" -> CatalogUtils.URIToString(_))\n          val dataSource =\n            DataSource(\n              sparkSession,\n              \/\/ In older version(prior to 2.1) of Spark, the table schema can be empty and should\n              \/\/ be inferred at runtime. We should still support it.\n              userSpecifiedSchema = if (table.schema.isEmpty) None else Some(table.schema),\n              partitionColumns = table.partitionColumnNames,\n              bucketSpec = table.bucketSpec,\n              className = table.provider.get,\n              options = table.storage.properties ++ pathOption,\n              catalogTable = Some(table))\n\n          LogicalRelation(dataSource.resolveRelation(checkFilesExist = false), table)\n        }\n      })\n  }\n\n  private def readHiveTable(table: CatalogTable): LogicalPlan = {\n    HiveTableRelation(\n      table,\n      \/\/ Hive table columns are always nullable.\n      table.dataSchema.asNullable.toAttributes,\n      table.partitionSchema.asNullable.toAttributes)\n  }\n\n  override def apply(plan: LogicalPlan): LogicalPlan = plan resolveOperators {\n    case i @ InsertIntoTable(UnresolvedCatalogRelation(tableMeta), _, _, _, _)\n        if DDLUtils.isDatasourceTable(tableMeta) =>\n      i.copy(table = readDataSourceTable(tableMeta))\n\n    case i @ InsertIntoTable(UnresolvedCatalogRelation(tableMeta), _, _, _, _) =>\n      i.copy(table = readHiveTable(tableMeta))\n\n    case UnresolvedCatalogRelation(tableMeta) if DDLUtils.isDatasourceTable(tableMeta) =>\n      readDataSourceTable(tableMeta)\n\n    case UnresolvedCatalogRelation(tableMeta) =>\n      readHiveTable(tableMeta)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/XSQLMonitorListener.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor\n\nimport java.sql.Connection\n\nimport scala.collection.mutable\nimport scala.collection.mutable.HashMap\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.alarm.{Alarm, AlarmFactory, AlertMessage, AlertType}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.monitor.stage.DataSkewMessage\nimport org.apache.spark.scheduler._\nimport org.apache.spark.sql.execution.ui.{\n  SparkListenerSQLAdaptiveExecutionUpdate,\n  SparkListenerSQLExecutionEnd,\n  SparkListenerSQLExecutionStart\n}\nimport org.apache.spark.status.ApplicationInfoWrapper\nimport org.apache.spark.util.kvstore.KVStore\n\nclass XSQLMonitorListener(conf: SparkConf, kvstore: KVStore) extends SparkListener with Logging {\n\n  def this(conf: SparkConf) = {\n    this(conf, SparkContext.getActive.get.statusStore.store)\n  }\n\n  var _alarms: Array[Alarm] = _\n  var monitors: HashMap[AlertType.AlertType, mutable.Buffer[Monitor]] =\n    new mutable.HashMap[AlertType.AlertType, mutable.Buffer[Monitor]]()\n\n  initialize\n\n  def initialize: Unit = {\n    val alarmNames = conf.get(\"spark.xsql.alarm.items\", \"email\").split(\",\")\n    _alarms = alarmNames.map {\n      case alarmName =>\n        AlarmFactory.create(\n          alarmName,\n          conf.getAllWithPrefix(s\"spark.xsql.alarm.${alarmName}.\").toMap)\n    }\n    conf.get(Monitor.MONITOR_ITEMS).foreach { monitorName =>\n      val monitor = MonitorFactory.create(monitorName, _alarms, kvstore, conf)\n      monitor.alertType.foreach(alertType =>\n        monitors.getOrElseUpdate(alertType, new mutable.ArrayBuffer[Monitor]()).append(monitor))\n    }\n  }\n\n  override def onApplicationEnd(applicationEnd: SparkListenerApplicationEnd): Unit = {\n    val summary = monitors.values.flatten\n      .toSet[Monitor]\n      .map(_.watchOut(applicationEnd))\n      .filter(_.isDefined)\n      .map(_.get)\n      .toSeq\n      .sortBy(_.title)\n    _alarms.foreach(\n      _.finalAlarm(\n        new ApplicationSummary(\n          summary,\n          kvstore.view(classOf[ApplicationInfoWrapper]).max(1).iterator().next().info.id)))\n  }\n\n  override def onApplicationStart(event: SparkListenerApplicationStart): Unit = {\n    monitors.getOrElse(AlertType.Application, Seq()).foreach(_.onEvent(event))\n  }\n\n  override def onExecutorAdded(event: SparkListenerExecutorAdded): Unit = {\n    monitors.getOrElse(AlertType.Executor, Seq()).foreach(_.onEvent(event))\n  }\n\n  override def onExecutorRemoved(event: SparkListenerExecutorRemoved): Unit = {\n    monitors.getOrElse(AlertType.Executor, Seq()).foreach(_.onEvent(event))\n  }\n\n  override def onJobStart(event: SparkListenerJobStart): Unit = {\n    monitors.getOrElse(AlertType.Job, Seq()).foreach(_.onEvent(event))\n  }\n  override def onJobEnd(event: SparkListenerJobEnd): Unit = {\n    monitors.getOrElse(AlertType.Job, Seq()).foreach(_.onEvent(event))\n  }\n  override def onStageCompleted(event: SparkListenerStageCompleted): Unit = {\n    monitors.getOrElse(AlertType.Stage, Seq()).foreach(_.onEvent(event))\n  }\n\n  override def onOtherEvent(event: SparkListenerEvent): Unit = event match {\n    case e: SparkListenerSQLExecutionStart =>\n      monitors.getOrElse(AlertType.SQL, Seq()).foreach(_.onEvent(event))\n    case e: SparkListenerSQLExecutionEnd =>\n      monitors.getOrElse(AlertType.SQL, Seq()).foreach(_.onEvent(event))\n    case e: SparkListenerSQLAdaptiveExecutionUpdate =>\n      monitors.getOrElse(AlertType.SQL, Seq()).foreach(_.onEvent(event))\n    case _ => \/\/ Ignore\n  }\n\n}\nclass ApplicationSummary(messages: Seq[AlertMessage], appId: String)\n  extends AlertMessage(title = MonitorItem.SPARK_APPLICATION_SUMMARY) {\n  override def toCsv(): String = {\n    messages.map(_.toCsv()).mkString(\",\")\n  }\n\n  override def toHtml(): String = {\n    messages.map(_.toHtml()).mkString\n  }\n\n  override def toJdbc(conn: Connection, appId: String = appId): Unit = {\n    messages.foreach(_.toJdbc(conn, appId))\n    if (messages.exists(_.isInstanceOf[DataSkewMessage])) {\n      val query = \"UPDATE `xsql_monitor`.`spark_history` SET `htmlContent` = ? WHERE `appId` = ? \"\n      val preparedStmt = conn.prepareStatement(query)\n      preparedStmt.setString(1, toHtml())\n      preparedStmt.setString(2, appId)\n      preparedStmt.execute\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/ExecutorNumListener.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor\n\nimport java.text.SimpleDateFormat\nimport java.util\nimport java.util.Date\nimport java.util.concurrent.atomic.AtomicBoolean\n\nimport com.fasterxml.jackson.annotation.JsonIgnore\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.scheduler.{\n  SparkListener,\n  SparkListenerExecutorAdded,\n  SparkListenerExecutorRemoved\n}\nimport org.apache.spark.util.kvstore.KVIndex\n\nclass ExecutorNumListener extends SparkListener with Logging {\n\n  lazy val kvstore = SparkContext.getActive.get.statusStore.store\n  var initialized: AtomicBoolean = new AtomicBoolean(false)\n  var lastPointTime: Long = new Date().getTime\n  var recentEventTime: Long = new Date().getTime\n  private val liveExecutors = new util.HashSet[String]()\n\n  def initialize(): Unit = {\n    SparkContext.getActive.map(_.ui).flatten.foreach {\n      case ui =>\n        ui.attachTab(new ExecutorNumTab(ui))\n        ui.addStaticHandler(\"static\", \"\/static\/special\")\n    }\n  }\n\n  def maybeAddPoint(time: Long): Unit = {\n    if (!initialized.get) {\n      initialize()\n      initialized.compareAndSet(false, true)\n    }\n    if (time - lastPointTime > 20 * 1000) {\n      addPoint(recentEventTime)\n      addPoint(time)\n      lastPointTime = time\n    }\n    recentEventTime = time\n  }\n  def addPoint(time: Long): Unit = {\n    val executorNum = liveExecutors.size\n    kvstore.write(new ExecutorNumWrapper(new ExecutorNum(\n      s\"own ${executorNum} executors at ${new SimpleDateFormat(\"HH:mm:ss\").format(new Date(time))}\",\n      IndexedSeq(time, executorNum))))\n  }\n\n  override def onExecutorAdded(event: SparkListenerExecutorAdded): Unit = {\n    liveExecutors.add(event.executorId)\n    maybeAddPoint(event.time)\n  }\n\n  override def onExecutorRemoved(event: SparkListenerExecutorRemoved): Unit = {\n    liveExecutors.remove(event.executorId)\n    maybeAddPoint(event.time)\n  }\n\n}\n\nprivate[spark] class ExecutorNumWrapper(val point: ExecutorNum) {\n  @JsonIgnore @KVIndex\n  def id: Long = point.value(0)\n}\n\nprivate[spark] class ExecutorNum(val name: String, val value: IndexedSeq[Long])\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/monitor\/sql\/SQLPlanModifiedMonitor.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.monitor.sql\n\nimport java.util.Date\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.function.Function\n\nimport org.apache.commons.codec.digest.DigestUtils\nimport org.apache.commons.lang3.time.{DateFormatUtils, DateUtils}\n\nimport org.apache.spark.alarm.AlertMessage\nimport org.apache.spark.monitor.MonitorItem\nimport org.apache.spark.monitor.MonitorItem.MonitorItem\nimport org.apache.spark.scheduler.{SparkListenerApplicationEnd, SparkListenerEvent}\nimport org.apache.spark.sql.execution.ui.{\n  SparkListenerSQLAdaptiveExecutionUpdate,\n  SparkListenerSQLExecutionEnd,\n  SparkListenerSQLExecutionStart\n}\n\nclass SQLPlanModifiedMonitor extends SQLMonitor {\n  override val item: MonitorItem = MonitorItem.SQL_CHANGE_NOTIFIER\n\n  private val liveExecutions = new ConcurrentHashMap[Long, LiveExecutionData]()\n\n  private val blacklist = Seq(\n    \"SetCommand\",\n    \"LocalRelation\",\n    \"SetDatabaseCommand\",\n    \"XSQLSetDatabaseCommand\",\n    \"DropTableCommand\",\n    \"XSQLShowColumnsCommand\",\n    \"XSQLShowTablesCommand\")\n\n  private val dateFormats = Seq(\"yyyy-MM-dd\", \"yyyy\/MM\/dd\", \"yyyyMMdd\")\n\n  private lazy val appid = appStore.applicationInfo().id\n\n  def getMd5(physicalPlanDescription: String, time: Long): Option[String] = {\n    val today = new Date(time)\n    val yesterday = DateUtils.addDays(new Date(time), -1)\n    val parsedLogicalPlan = physicalPlanDescription\n      .substring(\"== Parsed Logical Plan ==\\n\".length)\n    if (blacklist.exists(parsedLogicalPlan.startsWith(_))) {\n      None\n    } else {\n      var cleanedPlan = parsedLogicalPlan\n        .substring(0, physicalPlanDescription.indexOf(\"Analyzed Logical Plan\"))\n        .replaceAll(\"#[0-9]*\", \"\")\n      dateFormats.foreach(\n        format =>\n          cleanedPlan = cleanedPlan\n            .replaceAll(DateFormatUtils.format(yesterday, format), \"yesterday\")\n            .replaceAll(DateFormatUtils.format(today, format), \"today\"))\n      Option(DigestUtils.md5Hex(cleanedPlan))\n    }\n  }\n\n  override def watchOut(event: SparkListenerEvent): Option[AlertMessage] = {\n    event match {\n      case e: SparkListenerSQLExecutionStart =>\n        val SparkListenerSQLExecutionStart(\n          executionId,\n          description,\n          details,\n          physicalPlanDescription,\n          sparkPlanInfo,\n          time) = event\n        val exec = getOrCreateExecution(executionId)\n        exec.description = description\n        exec.details = details\n        exec.physicalPlanDescription = physicalPlanDescription\n        exec.submissionTime = time\n\n        Option.empty\n      case e: SparkListenerSQLExecutionEnd =>\n        val SparkListenerSQLExecutionEnd(executionId, time) = event\n        val exec = getOrCreateExecution(executionId)\n        getMd5(exec.physicalPlanDescription, time).map(sqlId => {\n          new SQLInfo(\n            item,\n            sqlId,\n            exec.ae_work,\n            appid,\n            executionId,\n            new Date(exec.submissionTime),\n            time - exec.submissionTime)\n        })\n      case e: SparkListenerSQLAdaptiveExecutionUpdate =>\n        val SparkListenerSQLAdaptiveExecutionUpdate(\n          executionId,\n          physicalPlanDescription,\n          sparkPlanInfo) = event\n        val exec = getOrCreateExecution(executionId)\n        if ((physicalPlanDescription\n              .substring(physicalPlanDescription.indexOf(\"Physical Plan\"))\n              .split(\"BroadcastHashJoin\", -1)\n              .length - 1) != exec.initBroadcastJoin) {\n          exec.ae_work = true\n        }\n        Option.empty\n      case e: SparkListenerApplicationEnd =>\n        Option.empty\n    }\n  }\n  private def getOrCreateExecution(executionId: Long): LiveExecutionData = {\n    liveExecutions.computeIfAbsent(executionId, new Function[Long, LiveExecutionData]() {\n      override def apply(key: Long): LiveExecutionData = new LiveExecutionData(executionId)\n    })\n  }\n}\n\nprivate class LiveExecutionData(val executionId: Long) {\n  var description: String = null\n  var details: String = null\n  var physicalPlanDescription: String = null\n  var submissionTime = -1L\n  lazy val initBroadcastJoin = {\n    physicalPlanDescription\n      .substring(physicalPlanDescription.indexOf(\"Physical Plan\"))\n      .split(\"BroadcastHashJoin\", -1)\n      .length - 1\n  }\n  var ae_work: Boolean = false\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DruidStrategy.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{execution, Row, Strategy}\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.expressions.{\n  Attribute,\n  AttributeReference,\n  AttributeSet,\n  Expression => DruidExpression,\n  NamedExpression\n}\nimport org.apache.spark.sql.catalyst.planning.PhysicalOperation\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.execution.{RowDataSourceScanExec, SparkPlan}\nimport org.apache.spark.sql.execution.datasources.DataSourceStrategy.selectFilters\nimport org.apache.spark.sql.execution.datasources.LogicalRelation\nimport org.apache.spark.sql.sources.{Filter, PushDownAggregateScan}\n\nclass DruidStrategy extends Strategy {\n  override def apply(plan: LogicalPlan): Seq[SparkPlan] = plan match {\n    case PhysicalOperation(\n        projects,\n        filters,\n        l @ LogicalRelation(t: PushDownAggregateScan, _, _, _)) =>\n      pruneFilterProject4Druid(\n        l,\n        projects,\n        filters,\n        (a, f) => toCatalystRDD(l, a, t.buildScan(a.map(_.name).toArray, f.toArray))) :: Nil\n\n    case ProjectAndAggregate(ges, aes, child, orders, limit) =>\n      child match {\n        case PhysicalOperation(\n            projects,\n            filters,\n            l @ LogicalRelation(t: PushDownAggregateScan, _, _, _)) =>\n          t.setGroupingExpressions(ges)\n          t.setAggregateExpressions(aes)\n          t.setOrders(orders)\n          t.setLimit(limit)\n          pruneFilterProjectAndAggRaw(\n            l,\n            aes,\n            filters,\n            (a, f) => toCatalystRDD(l, a, t.buildScan(a.map(_.name).toArray, f.toArray))) :: Nil\n      }\n    case _ => Nil\n  }\n\n  \/**\n   * handle druid query result is empty because the time format is not uniform\n   * Can be optimized\n   *\/\n  private def pruneFilterProject4Druid(\n      relation: LogicalRelation,\n      projects: Seq[NamedExpression],\n      filterPredicates: Seq[DruidExpression],\n      scanBuilder: (Seq[Attribute], Seq[Filter]) => RDD[InternalRow]): SparkPlan = {\n\n    val projectSet = AttributeSet(projects.flatMap(_.references))\n    val filterSet = AttributeSet(filterPredicates.flatMap(_.references))\n\n    val candidatePredicates = filterPredicates.map {\n      _ transform {\n        case a: AttributeReference =>\n          relation.attributeMap(a) \/\/ Match original case of attributes.\n      }\n    }\n\n    val (unhandledPredicates, pushedFilters, handledFilters) =\n      selectFilters(relation.relation, candidatePredicates)\n\n    if (pushedFilters.size == 0) {\n      throw new UnsupportedOperationException(\n        \"Druid must have startTime and endTime\" +\n          \" like (__time>'2015-09-01' and __time<'2015-09-03')\")\n    }\n    val handledSet = {\n      val handledPredicates = filterPredicates.filterNot(unhandledPredicates.contains)\n      val unhandledSet = AttributeSet(unhandledPredicates.flatMap(_.references))\n      AttributeSet(handledPredicates.flatMap(_.references)) --\n        (projectSet ++ unhandledSet).map(relation.attributeMap)\n    }\n    \/\/ Don't request columns that are only referenced by pushed filters.\n    val requestedColumns =\n      (projectSet ++ filterSet -- handledSet).map(relation.attributeMap).toSeq\n\n    val scan = RowDataSourceScanExec(\n      relation.output,\n      requestedColumns.map(relation.output.indexOf),\n      pushedFilters.toSet,\n      handledFilters,\n      scanBuilder(requestedColumns, pushedFilters),\n      relation.relation,\n      relation.catalogTable.map(_.identifier))\n    \/\/ skip filter\n    execution.ProjectExec(projects, scan)\n  }\n\n  protected def pruneFilterProjectAndAggRaw(\n      relation: LogicalRelation,\n      projects: Seq[NamedExpression],\n      filterPredicates: Seq[DruidExpression],\n      scanBuilder: (Seq[Attribute], Seq[Filter]) => RDD[InternalRow]) = {\n\n    val candidatePredicates = filterPredicates.map {\n      _ transform {\n        case a: AttributeReference =>\n          relation.attributeMap(a) \/\/ Match original case of attributes.\n      }\n    }\n\n    val (_, pushedFilters, _) =\n      selectFilters(relation.relation, candidatePredicates)\n\n    val requestedColumns = projects.map(_.toAttribute)\n\/\/    val requestedColumns = projects.map { r =>\n\/\/        if (r.children.size > 0) {\n\/\/          AttributeReference(r.name, LongType)(r.exprId, r.qualifier)\n\/\/        } else {\n\/\/          r.toAttribute\n\/\/        }\n\/\/      r.toAttribute\n\/\/    }\n    execution.RDDScanExec(\n      requestedColumns,\n      scanBuilder(requestedColumns, pushedFilters),\n      relation.relation.toString)\n  }\n\n  private[this] def toCatalystRDD(\n      relation: LogicalRelation,\n      output: Seq[Attribute],\n      rdd: RDD[Row]): RDD[InternalRow] = {\n    if (relation.relation.needConversion) {\n      execution.RDDConversions.rowToRowRdd(rdd, output.map(_.dataType))\n    } else {\n      rdd.asInstanceOf[RDD[InternalRow]]\n    }\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/manager\/DruidManager.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.xsql.manager\n\nimport java.util\nimport java.util.LinkedList\n\nimport scala.collection.convert.decorateAsScala._\nimport scala.collection.mutable\nimport scala.collection.mutable.{ArrayBuffer, HashMap}\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success}\n\nimport org.joda.time.{DateTime, Interval}\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.{expressions, TableIdentifier}\nimport org.apache.spark.sql.catalyst.analysis.UnresolvedAttribute\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions.{SortDirection, SortOrder}\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.catalyst.parser.ParseException\nimport org.apache.spark.sql.execution.datasources.druid._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql._\nimport org.apache.spark.sql.xsql.DataSourceType.DRUID\nimport org.apache.spark.sql.xsql.catalyst.parser.CatalystSqlParser\nimport org.apache.spark.sql.xsql.manager.DruidManager._\nimport org.apache.spark.sql.xsql.types._\n\nprivate[spark] class DruidManager(conf: SparkConf) extends DataSourceManager with Logging {\n  import DataSourceManager._\n\n  def this() = {\n    this(null)\n  }\n\n  override def shortName(): String = DataSourceType.DRUID.toString\n\n  private var restClient: DruidClient = _\n\n  \/**\n   * Get the Spark SQL native DataType from Druid's property.\n   *\/\n  private def getSparkSQLDataType(druidType: String): DataType = {\n    try {\n      CatalystSqlParser.parseDataType(druidType)\n    } catch {\n      case e: ParseException =>\n        throw new SparkException(\"Cannot recognize Druid type string: \" + druidType, e)\n    }\n  }\n\n  \/**\n   * Converts the native StructField to Druid's name and type.\n   *\/\n  def toDruidColumn(c: StructField): (String, String) = {\n    val typeString = if (c.metadata.contains(DRUID_TYPE_STRING)) {\n      c.metadata.getString(DRUID_TYPE_STRING)\n    } else {\n      c.dataType.simpleString\n    }\n    (c.name, typeString)\n  }\n\n  \/**\n   * Converts Druid's name and type to the native StructField.\n   *\/\n  def fromDruidColumn(fieldName: String, dataType: String): StructField = {\n    val columnType = getSparkSQLDataType(dataType)\n    val metadata = if (!dataType.equalsIgnoreCase(columnType.catalogString)) {\n      new MetadataBuilder().putString(DRUID_TYPE_STRING, dataType).build()\n    } else {\n      Metadata.empty\n    }\n\n    StructField(name = fieldName, dataType = columnType, nullable = true, metadata = metadata)\n  }\n\n  \/**\n  override def doParse(\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, DataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = {\n    val url = infos.get(s\"$dataSourceName.uri\")\n    val coordinator = infos.get(s\"$dataSourceName.coordinator.uri\")\n    if (url == None) {\n      throw new SparkException(\"Data source is druid must have uri!\")\n    }\n\n    val ds: DataSource = new DruidDataSource(\n      dataSourceName,\n      DRUID,\n      this,\n      url.get,\n      infos.get(s\"$dataSourceName.user\").get,\n      infos.get(s\"$dataSourceName.password\").get,\n      infos.get(s\"$dataSourceName.version\").get)\n\n    dataSourcesByName(dataSourceName) = ds\n\n    implicit val executionContext = ExecutionContext.Implicits.global\n    val client = DruidClient(url.get)\n    dataSourceToRestClient += ((dataSourceName, client))\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      ds.getName, new HashMap[String, CatalogDatabase])\n    val db = CatalogDatabase(\n      id = newDatabaseId,\n      dataSourceName = dataSourceName,\n      name = \"druid\",\n      description = null,\n      locationUri = null,\n      properties = Map.empty)\n    xdatabases += ((db.name, db))\n\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(ds.getName, db.name)\n    val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n    client.showTables(DATASOURCES).filter {\n      tableName => isSelectedTable(whiteTables, blackTables, tableName)\n    }.foreach { datasource =>\n        \/\/ get schema\n        \/\/ \/druid\/v2?petty\n        \/\/ post {\n        \/\/  \"queryType\": \"segmentMetadata\",\n        \/\/  \"dataSource\": \"sys_shbt_abtestmobile_logshare_event_kafka\"\n        \/\/ }\n        val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n        client.descTable(datasource).foreach { data =>\n          \/\/ StructField(data._1, CatalystSqlParser.parseDataType(data._2.toString))\n          fields += fromDruidColumn(data._1,\n              if (data._1.equals(\"__time\")) \"STRING\"\n              \/\/ Druid change doublesum data save as float type\n              else if (data._2.toString.equalsIgnoreCase(\"float\")) \"double\"\n              else data._2.toString\n          )\n        }\n\n        \/\/ add granularity column for where granularity='hour'\n        fields += StructField(\"granularity\", StringType)\n        val schema = StructType(fields)\n        val table = CatalogTable(\n          \/\/ Druid has only one \"database\" so we call it druid\n          identifier = TableIdentifier(datasource, Option(\"druid\"), Option(dataSourceName)),\n          tableType = CatalogTableType.DATASOURCE,\n          storage = CatalogStorageFormat(\n            locationUri = None,\n            inputFormat = Some(INPUT_FORMAT),\n            outputFormat = Some(OUTPUT_FORMAT),\n            serde = None,\n            compressed = false,\n            properties = Map(\n              \"url\" -> url.get,\n              \"coordinator\" -> coordinator.get,\n              \"datasource\" -> datasource,\n              \"timestampcolumn\" -> \"__time\"\n            )\n          ),\n          schema = schema,\n          provider = Some(PROVIDER)\n        )\n        xtables += ((datasource, table))\n    }\n\n  }\n   *\/\n  \/**\n   * Cache database.\n   *\/\n  override protected def cacheDatabase(\n      isDefault: Boolean,\n      dataSourceName: String,\n      infos: Map[String, String],\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]]): Unit = {\n    val url = infos.get(URL)\n    val coordinator = infos.get(COORDINATORURL)\n    if (url == None) {\n      throw new SparkException(\"Data source is druid must have url!\")\n    }\n\n    val ds: CatalogDataSource = new DruidDataSource(\n      dataSourceName,\n      DRUID,\n      this,\n      url.get,\n      infos.get(USER).get,\n      infos.get(PASSWORD).get,\n      infos.get(VERSION).get)\n\n    dataSourcesByName(dataSourceName) = ds\n\n    implicit val executionContext = ExecutionContext.Implicits.global\n    restClient = DruidClient(url.get)\n    restClient.coordinator = coordinator.get\n    val xdatabases = dataSourceToCatalogDatabase.getOrElseUpdate(\n      ds.getName,\n      new HashMap[String, CatalogDatabase])\n\n    val db = CatalogDatabase(\n      id = newDatabaseId,\n      dataSourceName = dataSourceName,\n      name = \"druid\",\n      description = null,\n      locationUri = null,\n      properties = Map.empty)\n    xdatabases += ((db.name, db))\n  }\n\n  override protected def cacheTable(\n      dataSourceName: String,\n      dataSourceToCatalogDatabase: HashMap[String, HashMap[String, CatalogDatabase]],\n      dbToCatalogTable: HashMap[Int, HashMap[String, CatalogTable]]): Unit = {\n    val xdatabases = dataSourceToCatalogDatabase(dataSourceName)\n    \/\/ Druid has only one \"database\" named druid\n    val db = xdatabases(\"druid\")\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(db.name)\n    val xtables = dbToCatalogTable.getOrElseUpdate(db.id, new HashMap[String, CatalogTable])\n    restClient\n      .showTables(DATASOURCESAPI)\n      .filter { tableName =>\n        isSelectedTable(whiteTables, blackTables, tableName)\n      }\n      .foreach { datasource =>\n        \/\/ get schema\n        \/\/ \/druid\/v2?petty\n        \/\/ post {\n        \/\/  \"queryType\": \"segmentMetadata\",\n        \/\/  \"dataSource\": \"sys_shbt_abtestmobile_logshare_event_kafka\"\n        \/\/ }\n        val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n        restClient.descTable(datasource).foreach { data =>\n          \/\/ StructField(data._1, CatalystSqlParser.parseDataType(data._2.toString))\n          fields += fromDruidColumn(\n            data._1,\n            if (data._1.equals(\"__time\")) \"STRING\"\n            \/\/ Druid change doublesum data save as float type\n            else if (data._2.toString.equalsIgnoreCase(\"float\")) \"double\"\n            else data._2.toString)\n        }\n\n        \/\/ add granularity column for where granularity='hour'\n        fields += StructField(\"granularity\", StringType)\n        val schema = StructType(fields)\n        val table = CatalogTable(\n          \/\/ Druid has only one \"database\" named druid\n          identifier = TableIdentifier(datasource, Option(\"druid\"), Option(dataSourceName)),\n          tableType = CatalogTableType.DATASOURCE,\n          storage = CatalogStorageFormat(\n            locationUri = None,\n            inputFormat = Some(INPUT_FORMAT),\n            outputFormat = Some(OUTPUT_FORMAT),\n            serde = None,\n            compressed = false,\n            properties = Map(\n              \"url\" -> restClient.serverUrl,\n              \"coordinator\" -> restClient.coordinator,\n              \"datasource\" -> datasource,\n              \"timestampcolumn\" -> \"__time\")),\n          schema = schema,\n          provider = Some(PROVIDER))\n        xtables += ((datasource, table))\n      }\n  }\n\n  \/**\n   * Druid has only one \"database\" named druid\n   *\/\n  override def listDatabases(dataSourceName: String): Seq[String] = {\n    Seq(\"druid\")\n  }\n\n  \/**\n   * Check table exists or not.\n   *\/\n  override def tableExists(dbName: String, table: String): Boolean = {\n    restClient\n      .showTables(DATASOURCESAPI)\n      .filter { tableName =>\n        tableName.equals(table)\n      }\n      .size == 1\n  }\n\n  override def listTables(dsName: String, dbName: String): Seq[String] = {\n    val (whiteTables, blackTables) = getWhiteAndBlackTables(dbName)\n    restClient.showTables(DATASOURCESAPI).filter { tableName =>\n      isSelectedTable(whiteTables, blackTables, tableName)\n    }\n  }\n\n  override def doGetRawTable(\n      db: String,\n      originDB: String,\n      table: String): Option[CatalogTable] = {\n    val fields: ArrayBuffer[StructField] = ArrayBuffer.empty\n    restClient.descTable(table).foreach { data =>\n      \/\/ StructField(data._1, CatalystSqlParser.parseDataType(data._2.toString))\n      fields += fromDruidColumn(\n        data._1,\n        if (data._1.equals(\"__time\")) \"STRING\"\n        \/\/ Druid change doublesum data save as float type\n        else if (data._2.toString.equalsIgnoreCase(\"float\")) \"double\"\n        else data._2.toString)\n    }\n    \/\/ add granularity column for where granularity='hour'\n    fields += StructField(\"granularity\", StringType)\n    val schema = StructType(fields)\n    Option(\n      CatalogTable(\n        \/\/ Druid has only one \"database\" named druid\n        identifier = TableIdentifier(table, Option(\"druid\"), Option(dsName)),\n        tableType = CatalogTableType.DATASOURCE,\n        storage = CatalogStorageFormat(\n          locationUri = None,\n          inputFormat = Some(INPUT_FORMAT),\n          outputFormat = Some(OUTPUT_FORMAT),\n          serde = None,\n          compressed = false,\n          properties = Map(\n            \"url\" -> restClient.serverUrl,\n            \"coordinator\" -> restClient.coordinator,\n            \"datasource\" -> table,\n            \"timestampcolumn\" -> \"__time\")),\n        schema = schema,\n        provider = Some(PROVIDER)))\n  }\n\n  import DruidManager._\n\n  \/**\n   * parsing EqualTo filter,such as 'where a=1'\n   *\/\n  override def buildEqualToArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    if (attribute.equalsIgnoreCase(\"granularity\")) {\n      searchArg.put(\"granularity\", value.toString)\n    } else {\n      val map = new util.HashMap[String, Any]\n      map.put(DRUID_TYPE, SELECTOR)\n      map.put(DIMENSION, attribute)\n      map.put(VALUE, value)\n      searchArg.put(FILTER, map)\n    }\n  }\n\n  \/**\n   * parsing AND filter,such as 'where a=1 and c<10'\n   *\/\n  override def buildAndArgument(\n      searchArg: util.HashMap[String, Any],\n      leftSearchArg: util.HashMap[String, Any],\n      rightSearchArg: util.HashMap[String, Any]): Unit = {\n    val list = new util.ArrayList[Any]()\n    searchArg.putAll(leftSearchArg)\n    searchArg.putAll(rightSearchArg)\n    val leftVal = leftSearchArg.get(FILTER)\n    val rightVal = rightSearchArg.get(FILTER)\n    if (leftVal != null) list.add(leftVal)\n    if (rightVal != null) list.add(rightVal)\n    val andArg = new util.HashMap[String, Any]\n    if (list.size() == 2) {\n      andArg.put(DRUID_TYPE, AND)\n      andArg.put(FILEDS, list)\n      searchArg.put(FILTER, andArg)\n    } else if (list.size() == 1) {\n      searchArg.put(FILTER, list.get(0))\n    }\n  }\n\n  \/**\n   * parsing OR filter,such as 'where a=1 and c<10'\n   *\/\n  override def buildOrArgument(\n      searchArg: util.HashMap[String, Any],\n      leftSearchArg: util.HashMap[String, Any],\n      rightSearchArg: util.HashMap[String, Any]): Unit = {\n    val list = new util.ArrayList[Any]()\n    searchArg.putAll(leftSearchArg)\n    searchArg.putAll(rightSearchArg)\n    val leftVal = leftSearchArg.get(FILTER)\n    val rightVal = rightSearchArg.get(FILTER)\n    if (leftVal != null) list.add(leftVal)\n    if (rightVal != null) list.add(rightVal)\n    val orArg = new util.HashMap[String, Any]\n    if (list.size() == 2) {\n      orArg.put(DRUID_TYPE, OR)\n      orArg.put(FILEDS, list)\n      searchArg.put(FILTER, orArg)\n    } else if (list.size() == 1) {\n      searchArg.put(FILTER, list.get(0))\n    }\n  }\n\n  \/**\n   * parsing LessThan filter,such as 'where c<10'\n   *\/\n  override def buildLessThanArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    notEqualQueryFilter(searchArg, attribute, value, \"LessThan\")\n  }\n\n  \/**\n   * parsing LessThan filter,such as 'where c<=10'\n   *\/\n  override def buildLessThanOrEqualArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    notEqualQueryFilter(searchArg, attribute, value, \"LessThanOrEqual\")\n  }\n\n  private def notEqualQueryFilter(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any,\n      symbolType: String) = {\n    val map = new util.HashMap[String, Any]\n    attribute.toLowerCase match {\n      case \"__time\" =>\n        symbolType.toLowerCase match {\n          case \"lessthan\" => searchArg.put(\"endTime\", value)\n          case \"lessthanorequal\" =>\n            searchArg.put(\"endTime\", new DateTime(value).getMillis + 1)\n          case \"greaterthanorequal\" => searchArg.put(\"startTime\", value)\n          case \"greaterthan\" => searchArg.put(\"startTime\", new DateTime(value).getMillis + 1)\n        }\n        searchArg\n      case _ =>\n        map.put(DRUID_TYPE, BOUND)\n        map.put(DIMENSION, attribute)\n        if (symbolType.equalsIgnoreCase(\"LessThan\")) {\n          map.put(LOWERSTRICT, true)\n        } else if (symbolType.equalsIgnoreCase(\"GreaterThan\")) {\n          map.put(UPPERSTRICT, true)\n        }\n\n        symbolType.toLowerCase match {\n          case \"lessthan\" =>\n            map.put(LOWERSTRICT, true)\n            map.put(UPPER, value)\n            map.put(LOWER, 0)\n          case \"lessthanorequal\" =>\n            map.put(UPPER, value)\n            map.put(LOWER, 0)\n          case \"greaterthan\" =>\n            map.put(UPPERSTRICT, true)\n            map.put(UPPER, 0)\n            map.put(LOWER, value)\n          case \"greaterthanorequal\" =>\n            map.put(UPPER, 0)\n            map.put(LOWER, value)\n        }\n\n        if (value.isInstanceOf[IntegerType] ||\n            value.isInstanceOf[DoubleType] ||\n            value.isInstanceOf[FloatType] ||\n            value.isInstanceOf[LongType]) {\n          map.put(ORDERING, NUMERTIC)\n        }\n        searchArg.put(FILTER, map)\n    }\n  }\n\n  \/**\n   * parsing greaterThan filter,such as 'where c>10'\n   *\/\n  override def buildGreaterThanArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    notEqualQueryFilter(searchArg, attribute, value, \"GreaterThan\")\n  }\n\n  \/**\n   * parsing greaterThanOrEqual filter,such as 'where c>=10'\n   *\/\n  override def buildGreaterThanOrEqualArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    notEqualQueryFilter(searchArg, attribute, value, \"GreaterThanOrEqual\")\n  }\n\n  \/**\n   * parsing not filter,such as 'where c!=10'\n   *\/\n  override def buildNotArgument(\n      searchArg: util.HashMap[String, Any],\n      childSearchArg: util.HashMap[String, Any]): Unit = {\n    val map = new util.HashMap[String, Any]\n    map.put(DRUID_TYPE, NOT)\n    map.put(FILED, childSearchArg.get(FILTER))\n    searchArg.put(FILTER, map)\n  }\n\n  \/**\n   * parsing isNull filter,such as 'where c is null'\n   *\/\n  override def buildIsNullArgument(\n      searchArg: util.HashMap[String, Any],\n      childSearchArg: util.HashMap[String, Any]): Unit = {\n    val attribute = childSearchArg.get(FILED)\n    if (null != attribute && attribute.toString.equalsIgnoreCase(\"granularity\")) {\n      searchArg.put(\"granularity\", \"\")\n    } else {\n      val map = new util.HashMap[String, Any]\n      map.put(DRUID_TYPE, SELECTOR)\n      map.put(DIMENSION, attribute)\n      map.put(VALUE, \"\")\n      searchArg.put(FILTER, map)\n    }\n  }\n\n  \/**\n   * parsing isNotNull filter,such as 'where c is not null'\n   *\/\n  override def buildIsNotNullArgument(\n      searchArg: util.HashMap[String, Any],\n      childSearchArg: util.HashMap[String, Any]): Unit = {\n    val attribute = childSearchArg.get(FILED)\n    if (null != attribute && attribute.toString.equalsIgnoreCase(\"granularity\")) {\n      searchArg.put(\"granularity\", \"\")\n    } else {\n      val map = new util.HashMap[String, Any]\n      val map2 = new util.HashMap[String, Any]\n      map.put(DRUID_TYPE, SELECTOR)\n      map.put(DIMENSION, attribute)\n      map.put(VALUE, \"\")\n      map2.put(DRUID_TYPE, NOT)\n      map2.put(FILED, map)\n      searchArg.put(FILTER, map2)\n    }\n  }\n\n  \/**\n   * parsing like filter,such as 'where c like \"%abc%\"'\n   *\/\n  override def buildLikeArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val map = new util.HashMap[String, Any]\n    map.put(DRUID_TYPE, LIKE)\n    map.put(DIMENSION, attribute)\n    map.put(PATTERN, value)\n    searchArg.put(FILTER, map)\n  }\n\n  \/**\n   * parsing regex filter,such as 'where c REGEXP \"ok$\"'\n   *\/\n  override def buildRLikeArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      value: Any): Unit = {\n    val map = new util.HashMap[String, Any]\n    map.put(DRUID_TYPE, REGEX)\n    map.put(DIMENSION, attribute)\n    map.put(VALUE, value)\n    searchArg.put(FILTER, map)\n  }\n\n  \/**\n   * parsing in filter,such as 'where c in (1,2,3)'\n   *\/\n  override def buildInArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String,\n      values: util.LinkedList[Any]): Unit = {\n    val map = new util.HashMap[String, Any]\n    map.put(DRUID_TYPE, IN)\n    map.put(DIMENSION, attribute)\n    map.put(VALUES, values)\n    searchArg.put(FILTER, map)\n  }\n\n  override def buildAttributeArgument(\n      searchArg: util.HashMap[String, Any],\n      attribute: String): Unit = {\n    searchArg.put(FILED, attribute)\n  }\n\n  \/**\n   * Build group argument in query.\n   *\/\n  override def buildGroupArgument(\n      fieldName: String,\n      groupByKeys: ArrayBuffer[String],\n      innerAggsMap: util.HashMap[String, Any],\n      groupMap: util.HashMap[String, Any]): util.HashMap[String, Any] = {\n    groupMap.put(fieldName, fieldName)\n    groupByKeys += fieldName\n    groupMap\n  }\n\n  \/**\n   * add aggs to aggsMap\n   *\/\n  private def addAggsItem(\n      aggsMap: util.HashMap[String, Any],\n      aggregateAliasName: String,\n      tuple: (String, String),\n      functionName: String = \"count_distinct\"): String = {\n    if (!aggsMap.containsKey(aggregateAliasName)) {\n      aggsMap.put(aggregateAliasName, tuple)\n      aggregateAliasName\n    } else {\n      if (functionName.equals(\"count_distinct\")) {\n        val t = aggsMap.get(aggregateAliasName).asInstanceOf[Tuple2[String, String]]\n        aggsMap.put(aggregateAliasName, (t._1.toString + \"|\" + tuple._1, t._2))\n        aggregateAliasName\n      } else {\n        var alias = \"\"\n        var numStr = \"\"\n        var preStr = \"\"\n        if (aggregateAliasName.lastIndexOf(\"_\") > 0) {\n          numStr = aggregateAliasName.substring(aggregateAliasName.lastIndexOf(\"_\") + 1)\n          preStr = aggregateAliasName.substring(0, aggregateAliasName.lastIndexOf(\"_\"))\n          if (numStr.isEmpty || numStr.isInstanceOf[String]) {\n            alias += 2\n          } else {\n            alias = preStr + (Integer.parseInt(numStr) + 1)\n          }\n        } else {\n          preStr = aggregateAliasName\n          alias = preStr + \"_2\"\n        }\n        addAggsItem(aggsMap, alias, tuple)\n        alias\n      }\n    }\n  }\n\n  \/**\n   * parsing agg args\n   *\/\n  override def buildAggregateArgument(\n      structField: StructField,\n      aggregatefuncName: String,\n      aggsMap: util.HashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    val fieldName = structField.name\n    val aggfuncName = aggregatefuncName match {\n      case \"value_count\" => \"count\"\n      case _ => aggregatefuncName\n    }\n\n\/\/    val dataType = toDruidColumn(c)._2\n\/\/    val aggAliasName = dataType.toLowerCase match {\n\/\/      case \"hyperunique\" => \"hyperUnique\"\n\/\/      case \"cardinality\" => \"cardinality\"\n\/\/      case \"thetasketch\" => \"thetaSketch\"\n\/\/      case _ => aggregatefuncName\n\/\/    }\n\n    var aggregateAliasName = aggregateAliasOpts.getOrElse(fieldName + \"_\" + aggregatefuncName)\n\n    aggfuncName match {\n      case \"count_distinct\" =>\n        aggregateAliasName = addAggsItem(\n          aggsMap,\n          aggregateAliasOpts.getOrElse(\"count_distinct\"),\n          (fieldName, aggfuncName))\n        new StructField(aggregateAliasName, LongType)\n      case \"count\" =>\n        aggregateAliasName = addAggsItem(aggsMap, aggregateAliasName, (fieldName, aggfuncName))\n        new StructField(aggregateAliasName, LongType)\n      case _ =>\n        aggregateAliasName = addAggsItem(aggsMap, aggregateAliasName, (fieldName, aggfuncName))\n        new StructField(aggregateAliasName, structField.dataType)\n    }\n  }\n\n  \/**\n   * Build sort argument in query without aggregate.\n   *\/\n  override def buildSortArgument(order: Seq[SortOrder]): util.List[util.HashMap[String, Any]] = {\n    new LinkedList[java.util.HashMap[String, Any]]\n  }\n\n  \/**\n   * Build sort argument in query with aggregate.\n   *\/\n  override def buildSortArgumentInAggregate(\n      parentGroupMap: util.HashMap[String, Any],\n      aggs: util.HashMap[String, Any],\n      expr: expressions.Expression,\n      direction: SortDirection,\n      isDistinct: Boolean): Unit = {\n    expr match {\n      case sum @ Sum(child) =>\n        addOrderByColumn(aggs, direction.sql, child, \"sum\")\n      case max @ Max(child) =>\n        addOrderByColumn(aggs, direction.sql, child, \"max\")\n      case min @ Min(child) =>\n        addOrderByColumn(aggs, direction.sql, child, \"min\")\n      case attr: UnresolvedAttribute =>\n        addOrderByColumn(aggs, direction.sql, attr, \"\")\n    }\n  }\n\n  private def addOrderByColumn(\n      aggs: util.HashMap[String, Any],\n      direction: String,\n      child: expressions.Expression,\n      functionName: String) = {\n    val name = child.asInstanceOf[UnresolvedAttribute].name\n    val orderByColumn =\n      if (functionName.isEmpty) name\n      else name + \"_\" + functionName\n    if (aggs.containsKey(orderByColumn) || aggs.containsKey(name)) {\n      if (aggs.containsKey(\"SORT\")) {\n        aggs\n          .get(\"SORT\")\n          .asInstanceOf[util.ArrayList[Tuple3[String, String, String]]]\n          .add(Tuple3(orderByColumn, direction, \"numeric\"))\n      } else {\n        val list = new util.ArrayList[Tuple3[String, String, String]]()\n        list.add(Tuple3(orderByColumn, direction, \"numeric\"))\n        aggs.put(\"SORT\", list)\n      }\n    } else {\n      if (aggs.containsKey(\"SORT\")) {\n        aggs\n          .get(\"SORT\")\n          .asInstanceOf[util.ArrayList[Tuple3[String, String, String]]]\n          .add(Tuple3(name, direction, \"lexicographic\"))\n      } else {\n        val list = new util.ArrayList[Tuple3[String, String, String]]()\n        list.add(Tuple3(name, direction, \"lexicographic\"))\n        aggs.put(\"SORT\", list)\n      }\n    }\n  }\n\n  override def scanXSQLTable(\n      dataSourcesByName: HashMap[String, CatalogDataSource],\n      tableDefinition: CatalogTable,\n      columns: java.util.List[String],\n      condition: java.util.HashMap[String, Any],\n      sort: java.util.List[java.util.HashMap[String, Any]],\n      aggs: java.util.HashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n\n    val orderBy = if (null != aggs && aggs.containsKey(\"SORT\")) {\n      aggs.get(\"SORT\").asInstanceOf[util.ArrayList[Tuple3[String, String, String]]]\n      aggs.remove(\"SORT\")\n    } else {\n      new util.ArrayList[Tuple3[String, String, String]]()\n    }\n\n    var groupByKeysClone = groupByKeys\n    try {\n      if (groupByKeys == null && null != aggs && aggs.size() > 0) {\n        \/\/ select sum(l_extendedprice) from mydruid.druid.lineitem10 transform to\n        \/\/ select sum(l_extendedprice) from mydruid.druid.lineitem10 group by __time\n        groupByKeysClone = new ArrayBuffer[String](1)\n        groupByKeysClone.asInstanceOf[ArrayBuffer[String]].append(\"__time\")\n      }\n      val ds = dataSourcesByName(tableDefinition.identifier.dataSource.get)\n      val result: ArrayBuffer[Seq[Any]] = ArrayBuffer.empty\n      implicit val executionContext = ExecutionContext.Implicits.global\n      if (null == condition) {\n        throw new RuntimeException(\n          \"Durid must have startime and endtime,__time>'2010-09-01' and \" +\n            \"__time <='2010-09-03'\")\n      }\n      val startTime = condition.get(\"startTime\")\n      val endTime = condition.get(\"endTime\")\n      var granularity = condition.get(\"granularity\")\n      if (null == granularity) {\n        granularity = \"all\"\n      }\n      val filter =\n        if (null == condition.get(\"filter\")) QueryFilter.All\n        else AllQueryFilter(condition)\n      val aggregates = ArrayBuffer[Aggregation]()\n      if (null != aggs) {\n        aggs.asScala.foreach { agg =>\n          val groupMap = agg._2.asInstanceOf[Tuple2[String, String]]\n          var column = groupMap._1\n          val funcName = groupMap._2\n          var schemas: StructField = null\n          var dataType: DataType = null\n          if (!column.contains(\"|\")) {\n            if (column.toString.equalsIgnoreCase(\"*\")) {\n              column = \"__time\"\n              dataType = StringType\n            } else {\n              schemas = tableDefinition.schema(column.toString)\n              dataType = schemas.dataType\n            }\n          }\n\n          funcName match {\n            case \"sum\" =>\n              dataType match {\n                case LongType => aggregates += DSL.sum(column.toString, agg._1)\n                case DoubleType => aggregates += DSL.doubleSum(column.toString, agg._1)\n              }\n            case \"max\" =>\n              dataType match {\n                case LongType => aggregates += DSL.max(column.toString, agg._1)\n                case DoubleType => aggregates += DSL.doubleMax(column.toString, agg._1)\n              }\n            case \"min\" =>\n              dataType match {\n                case LongType => aggregates += DSL.min(column.toString, agg._1)\n                case DoubleType => aggregates += DSL.doubleMin(column.toString, agg._1)\n              }\n            case \"count\" => aggregates += DSL.count(agg._1)\n            case _ =>\n              if (funcName.contains(\"count_distinct\")) {\n                val columns = column.split(\"\\\\|\")\n                \/\/ (count111,(user_unique,count_distinct))\n                if (columns.length > 1) {\n                  aggregates += DSL.countMultDistinct(columns, agg._1)\n                } else {\n                  schemas = tableDefinition.schema(column.toString)\n                  val dataType = toDruidColumn(schemas)._2\n                  aggregates += DSL.countdistinct(column.toString, dataType, agg._1)\n                }\n              }\n          }\n        }\n      }\n      if (groupByKeysClone == null) {\n        val desc =\n          orderBy.asInstanceOf[util.ArrayList[Tuple3[String, String, String]]].asScala.filter {\n            t =>\n              t._1 match {\n                case \"__time\" => true\n                case _ => false\n              }\n          }\n        var dir = \"false\"\n        if (desc.size > 0) {\n          dir = desc(0)._2.equalsIgnoreCase(\"desc\").toString\n        }\n        \/\/ Druid select query\n        val query = SelectQuery(\n          source = tableDefinition.identifier.table,\n          descending = dir,\n          interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n          granularity = getGranularity(granularity.toString).get,\n          dimensions = columns.asScala.toArray,\n          filter = filter,\n          limit = PagingSpec(null, if (limit > 0) limit else 20))\n        var data: Seq[Map[String, Any]] = null\n        val future = restClient.querySelect(query)\n        future.onComplete {\n          case Success(resp) => data = resp.data\n          case Failure(ex) => throw new RuntimeException(ex)\n        }\n        while (!future.isCompleted) {\n          logInfo(\"sleep 100ms\")\n          Thread.sleep(100)\n        }\n        converedData(result, data, columns)\n      } else if (groupByKeysClone.size == 1\n                 && groupByKeysClone(0).equalsIgnoreCase(\"__time\")) {\n        val desc =\n          orderBy.asInstanceOf[util.ArrayList[Tuple3[String, String, String]]].asScala.filter {\n            t =>\n              t._1 match {\n                case \"__time\" => true\n                case _ => false\n              }\n          }\n        var dir = \"false\"\n        if (desc.size > 0) {\n          dir = desc(0)._2.equalsIgnoreCase(\"desc\").toString\n        }\n        \/\/ Druid timeseries query\n        val query = TimeSeriesQuery(\n          source = tableDefinition.identifier.table,\n          interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n          descending = dir,\n          granularity = getGranularity(granularity.toString).get,\n          aggregate = aggregates,\n          filter = filter)\n        val future = restClient.queryTimeSeries(query)\n        var data: Seq[(DateTime, Map[String, Any])] = null\n        future.onComplete {\n          case Success(resp) => data = resp.data\n          case Failure(ex) => throw new RuntimeException(ex)\n        }\n        while (!future.isCompleted) {\n          logInfo(\"sleep 100ms\")\n          Thread.sleep(100)\n        }\n        logInfo(\"get TimeSeriesQuery result and the size is \" + data.size)\n\n        val druidTypeToConver =\n          aggregates.map(a => (a.outputName, a.typeName)).toMap[String, String]\n\n        converedToTsRow(result, data, columns, druidTypeToConver)\n      } else {\n        if (groupByKeysClone.size == 1 &&\n            orderBy.asInstanceOf[util.ArrayList[Tuple3[String, String, String]]].size() == 1 &&\n            limit > 0) {\n          \/\/ topN\n          var m: Metric = null\n          val orderByValue = orderBy\n            .asInstanceOf[util.ArrayList[Tuple3[String, String, String]]]\n            .get(0)\n          val orderByName = orderByValue._1\n          val direction = orderByValue._2\n          val orderType = orderByValue._3\n          if (orderType.equalsIgnoreCase(\"lexicographic\")) {\n            m = Metric(metric = orderByName)\n          } else if (direction.equalsIgnoreCase(\"desc\")) {\n            m = Metric(\"numberic\", orderByName)\n          } else {\n            m = Metric(\"inverted\", orderByName)\n          }\n          \/\/ Druid topN query\n          val query = TopNSelectQuery(\n            source = tableDefinition.identifier.table,\n            dimension = groupByKeysClone(0),\n            metric = m,\n            interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n            granularity = getGranularity(granularity.toString).get,\n            aggregate = aggregates,\n            filter = filter,\n            limit = limit)\n\n          if (granularity.toString.equalsIgnoreCase(\"all\")) {\n            val future = restClient.queryTopN(query)\n            var data: Seq[Map[String, Any]] = null\n            future.onComplete {\n              case Success(resp) => data = resp.data\n              case Failure(ex) => throw new RuntimeException(ex)\n            }\n            while (!future.isCompleted) {\n              logInfo(\"sleep 100ms\")\n              Thread.sleep(100)\n            }\n            val druidTypeToConver =\n              aggregates.map(a => (a.outputName, a.typeName)).toMap[String, String]\n            converedData(result, data, columns, druidTypeToConver)\n          } else {\n            val future = restClient.queryTopN2(query)\n            var data: Seq[(DateTime, Seq[Map[String, Any]])] = null\n            future.onComplete {\n              case Success(resp) => data = resp.data\n              case Failure(ex) => throw new RuntimeException(ex)\n            }\n            while (!future.isCompleted) {\n              logInfo(\"sleep 100ms\")\n              Thread.sleep(100)\n            }\n            logInfo(\"get TimeSeriesQuery result and the size is \" + data.size)\n\n            val druidTypeToConver =\n              aggregates.map(a => (a.outputName, a.typeName)).toMap[String, String]\n\n            converedToTsRow4TopN(result, data, columns, druidTypeToConver)\n          }\n        } else {\n          \/\/ group by multiple columns\n          var order = new ArrayBuffer[ColumnOrder]\n          orderBy.asInstanceOf[util.ArrayList[Tuple3[String, String, String]]].asScala.map { r =>\n            val orderByName = r._1\n            val direction =\n              if (r._2.equalsIgnoreCase(\"desc\")) \"descending\"\n              else \"ascending\"\n            val orderType = r._3\n            if (orderType.equalsIgnoreCase(\"lexicographic\")) {\n              order += ColumnOrder(orderByName, direction)\n            } else {\n              order += ColumnOrder(orderByName, direction, \"numeric\")\n            }\n          }\n\n          groupByKeysClone = groupByKeysClone.filter(!_.equalsIgnoreCase(\"__time\"))\n          \/\/ Druid groupby query\n          val query = GroupByQuery(\n            source = tableDefinition.identifier.table,\n            granularity = getGranularity(granularity.toString).get,\n            dimensions = groupByKeysClone,\n            aggregate = aggregates,\n            interval = new Interval(new DateTime(startTime), new DateTime(endTime)),\n            filter = filter,\n            orderBy = order,\n            limit = Some(if (limit > 0) limit else 20))\n          val druidTypeToConver =\n            aggregates.map(a => (a.outputName, a.typeName)).toMap[String, String]\n\n          var data: Seq[(DateTime, Map[String, Any])] = null\n          val future = restClient.queryGroupBy(query)\n          future.onComplete {\n            case Success(resp) => data = resp.data\n            case Failure(ex) => throw new RuntimeException(ex)\n          }\n          while (!future.isCompleted) {\n            logInfo(\"sleep 100ms\")\n            Thread.sleep(100)\n          }\n          converedToTsRow(result, data, columns, druidTypeToConver)\n        }\n      }\n      result\n    } catch {\n      case ex: Throwable => throw new RuntimeException(ex)\n    }\n  }\n\n  \/**\n   * convered query result to ArrayBuffer\n   *\/\n  def converedData(\n      result: ArrayBuffer[Seq[Any]],\n      data: Seq[Map[String, Any]],\n      columns: util.List[String],\n      druidTypeToConver: Map[String, Any] = null): ArrayBuffer[Seq[Any]] = {\n    val numColumns = columns.size()\n    if (null != data) {\n      for (d <- data) {\n        val row = new Array[Any](numColumns)\n        for (id <- 0 until numColumns) {\n          val value = d.getOrElse(columns.get(id), null)\n          if (columns.get(id) == \"__time\") {\n            row(id) = d.getOrElse(\"timestamp\", null)\n          } else {\n            row(id) = value match {\n              case v: BigInt => v.toLong\n              case v: Double =>\n                if (druidTypeToConver != null) {\n                  val t = druidTypeToConver.get(columns.get(id)).get.toString\n                  if ((t.equalsIgnoreCase(\"hyperunique\") ||\n                      t.equalsIgnoreCase(\"cardinality\") ||\n                      t.equalsIgnoreCase(\"thetasketch\"))) {\n                    v.longValue() + 1\n                  } else v\n                } else v\n              case _ => value\n            }\n          }\n        }\n        result += row\n      }\n    }\n    result\n  }\n\n  \/**\n   * convered query result with timeseries to ArrayBuffer\n   *\/\n  def converedToTsRow(\n      result: ArrayBuffer[Seq[Any]],\n      data: Seq[(DateTime, Map[String, Any])],\n      columns: util.List[String],\n      druidTypeToConver: Map[String, Any] = null): ArrayBuffer[Seq[Any]] = {\n    val numColumns = columns.size()\n    if (null != data) {\n      for ((t, d) <- data) {\n        val row = new Array[Any](numColumns)\n        for (id <- 0 until numColumns) {\n          val value = d.getOrElse(columns.get(id), null)\n          if (columns.get(id) == \"__time\") {\n            row(id) = t.toString\n          } else {\n            row(id) = value match {\n              case v: BigInt => v.toLong\n              case v: Double =>\n                if (druidTypeToConver != null) {\n                  val t = druidTypeToConver.get(columns.get(id)).get.toString\n                  if ((t.equalsIgnoreCase(\"hyperunique\") ||\n                      t.equalsIgnoreCase(\"cardinality\") ||\n                      t.equalsIgnoreCase(\"thetasketch\"))) {\n                    v.longValue() + 1\n                  } else v\n                } else v\n              case _ => value\n            }\n          }\n        }\n        result += row\n      }\n    }\n    result\n  }\n\n  \/**\n   * convered TopN query result to ArrayBuffer\n   *\/\n  def converedToTsRow4TopN(\n      result: ArrayBuffer[Seq[Any]],\n      data: Seq[(DateTime, Seq[Map[String, Any]])],\n      columns: util.List[String],\n      druidTypeToConver: Map[String, Any] = null): ArrayBuffer[Seq[Any]] = {\n    val numColumns = columns.size()\n    if (null != data) {\n      for ((t, d) <- data) {\n        for (dd <- d) {\n          val row = new Array[Any](numColumns)\n          for (id <- 0 until numColumns) {\n            val value = dd.getOrElse(columns.get(id), null)\n            if (columns.get(id) == \"__time\") {\n              row(id) = t.toString\n            } else {\n              row(id) = value match {\n                case v: BigInt => v.toLong\n                case v: Double =>\n                  if (druidTypeToConver != null) {\n                    val t = druidTypeToConver.get(columns.get(id)).get.toString\n                    if ((t.equalsIgnoreCase(\"hyperunique\") ||\n                        t.equalsIgnoreCase(\"cardinality\") ||\n                        t.equalsIgnoreCase(\"thetasketch\"))) {\n                      v.longValue() + 1\n                    } else v\n                  } else v\n                case _ => value\n              }\n            }\n          }\n          result += row\n        }\n      }\n    }\n    result\n  }\n\n  def getGranularity(granularity: String): Option[Granularity] = {\n    val sampleGranularityValue = Set(\n      \"all\",\n      \"none\",\n      \"second\",\n      \"minute\",\n      \"fifteen_minute\",\n      \"thirty_minute\",\n      \"hour\",\n      \"day\",\n      \"week\",\n      \"month\",\n      \"quarter\",\n      \"year\")\n    val strValue = granularity.trim\n    val v = strValue.split(\",\")\n    if (v.size == 1) {\n      if (sampleGranularityValue.contains(strValue)) {\n        Some(SimpleGranularity(strValue))\n      } else {\n        throw new IllegalArgumentException(s\"can not analysis $granularity\")\n      }\n    } else {\n      val vMap = v.map { x =>\n        val a = x.split(\":\")\n        if (a.size != 2) throw new IllegalArgumentException(s\"can not analysis $granularity\")\n        (a(0).trim, a(1).trim)\n      }.toMap\n\n      if (vMap.contains(\"type\")) {\n        vMap.getOrElse(\"type\", null) match {\n          case \"period\" =>\n            Some(\n              PeriodGranularity(\n                vMap.getOrElse(\"period\", null),\n                vMap.getOrElse(\"timeZone\", null),\n                vMap.getOrElse(\"origin\", null)))\n          case \"duration\" =>\n            Some(\n              DurationGranularity(\n                vMap.getOrElse(\"duration\", null),\n                vMap.getOrElse(\"timeZone\", null),\n                vMap.getOrElse(\"duration\", null)))\n          case _ => throw new IllegalArgumentException(s\"can not analysis $granularity\")\n        }\n      } else {\n        throw new IllegalArgumentException(s\"can not analysis $granularity\")\n      }\n    }\n  }\n\n  \/**\n   * Get default options from CatalogTable.\n   *\/\n  override def getDefaultOptions(table: CatalogTable): Map[String, String] =\n    Map.empty[String, String]\n\n  override def stop(): Unit = {\n    restClient.close()\n  }\n\n}\n\nobject DruidManager {\n  val DATASOURCESAPI = \"\/druid\/v2\/datasources\"\n  val SCHEMAS = \"\/druid\/v2\/?pretty\"\n  val PROVIDER = \"org.apache.spark.sql.execution.datasources.druid\"\n  val INPUT_FORMAT = \"org.apache.spark.sql.execution.datasources.druid.DruidInputFormat\"\n  val OUTPUT_FORMAT = \"\"\n  val DRUID_TYPE = \"type\"\n  val SELECTOR = \"selector\"\n  val DIMENSION = \"dimension\"\n  val VALUE = \"value\"\n  val FILTER = \"filter\"\n  val FILEDS = \"fields\"\n  val FILED = \"field\"\n  val AND = \"and\"\n  val OR = \"or\"\n  val NOT = \"not\"\n  val BOUND = \"bound\"\n  val LOWER = \"lower\"\n  val UPPER = \"upper\"\n  val LOWERSTRICT = \"lowerStrict\"\n  val UPPERSTRICT = \"upperStrict\"\n  val ORDERING = \"ordering\"\n  val NUMERTIC = \"numeric\"\n  val LIKE = \"like\"\n  val REGEX = \"regex\"\n  val IN = \"in\"\n  val VALUES = \"values\"\n  val PATTERN = \"pattern\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/datasources.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference}\nimport org.apache.spark.sql.execution.command.RunnableCommand\nimport org.apache.spark.sql.types.StringType\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\n\ncase class XSQLShowDatasourcesCommand(datasourcePattern: Option[String]) extends RunnableCommand {\n  override val output: Seq[Attribute] = {\n    AttributeReference(\"dataSourceName\", StringType, nullable = false)() :: Nil\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    val datasources =\n      datasourcePattern\n        .map { pattern =>\n          catalog.listDatasources(pattern)\n        }\n        .getOrElse(catalog.listDatasources())\n    datasources.map { d =>\n      Row(d)\n    }\n  }\n}\n\ncase class XSQLAddDatasourceCommand(dataSourceName: String, properties: Map[String, String])\n  extends RunnableCommand {\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    catalog.addDataSource(dataSourceName, properties)\n    Seq.empty[Row]\n  }\n}\n\ncase class XSQLRemoveDatasourceCommand(dataSourceName: String, ifExists: Boolean)\n  extends RunnableCommand {\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    catalog.removeDataSource(dataSourceName, ifExists)\n    Seq.empty[Row]\n  }\n}\n\ncase class XSQLRefreshDatasourceCommand(dataSourceName: String) extends RunnableCommand {\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    catalog.refreshDataSource(dataSourceName)\n    Seq.empty[Row]\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/execution\/command\/databases.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql.execution.command\n\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference}\nimport org.apache.spark.sql.execution.command.RunnableCommand\nimport org.apache.spark.sql.types.StringType\nimport org.apache.spark.sql.xsql.XSQLSessionCatalog\n\n\/**\n * A command for users to list the databases\/schemas of specified data source.\n * If a databasePattern is supplied then the databases that only match the\n * pattern would be listed.\n * The syntax of using this command in SQL is:\n * {{{\n *   SHOW (DATABASES|SCHEMAS) [FROM|IN 'ds'] [LIKE 'identifier_with_wildcards'];\n * }}}\n *\/\ncase class XSQLShowDatabasesCommand(\n    dataSourceName: Option[String],\n    databasePattern: Option[String])\n  extends RunnableCommand {\n\n  \/\/ The result of SHOW ds.DATABASES has one column called 'databaseName'\n  override val output: Seq[Attribute] = {\n    AttributeReference(\"databaseName\", StringType, nullable = false)() ::\n      AttributeReference(\"dataSourceName\", StringType, nullable = false)() ::\n      AttributeReference(\"dataSourceType\", StringType, nullable = false)() :: Nil\n  }\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    var dsName: String = null\n    var dsType: String = null\n    if (dataSourceName == None) {\n      val catalogDB = catalog.getCurrentCatalogDatabase\n      dsName = catalogDB.get.dataSourceName\n      dsType = catalog.getDataSourceType(dsName)\n    } else {\n      dsName = dataSourceName.get\n      dsType = catalog.getDataSourceType(dsName)\n    }\n    val databases =\n      databasePattern\n        .map { pattern =>\n          catalog.listDatabasesForXSQL(dsName, pattern)\n        }\n        .getOrElse(catalog.listDatabasesForXSQL(dsName))\n    databases.map { d =>\n      Row(d, dsName, dsType)\n    }\n  }\n}\n\n\/**\n * Command for setting the current database.\n * {{{\n *   USE ['ds'.]database_name;\n * }}}\n *\/\ncase class XSQLSetDatabaseCommand(dataSourceName: Option[String], databaseName: String)\n  extends RunnableCommand {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    val catalog = sparkSession.sessionState.catalog.asInstanceOf[XSQLSessionCatalog]\n    if (dataSourceName.isEmpty) {\n      catalog.setCurrentDatabase(databaseName)\n    } else {\n      catalog.setCurrentDatabase(dataSourceName.get, databaseName)\n    }\n    Seq.empty[Row]\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/redis\/RedisRelation.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.redis\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SQLContext}\nimport org.apache.spark.sql.catalyst.expressions.Expression\nimport org.apache.spark.sql.sources._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.xsql.DataSourceManager._\nimport org.apache.spark.sql.xsql.execution.datasources.redis.RedisSpecialStrategy\n\ntrait RedisRelationTrait {\n  val parameters: Map[String, String]\n  val schema: StructType\n  lazy val redisConfig: RedisConfig = new RedisConfig(new RedisEndpoint(parameters.get(URL).get))\n}\ncase class RedisRelationImpl(val parameters: Map[String, String], val schema: StructType)\n  extends RedisRelationTrait\n\ncase class RedisRelation(\n    parameters: Map[String, String],\n    schema: StructType,\n    filter: Seq[Expression] = Nil)(@transient val sqlContext: SQLContext)\n  extends BaseRelation\n  with PrunedScan\n  with RedisRelationTrait {\n\n  override def toString: String = s\"RedisRelation(${filter.mkString(\",\")})\"\n\n  val partitionNum: Int = parameters.getOrElse(\"partitionNum\", \"1\").toInt\n\n  override def buildScan(requiredColumns: Array[String]): RDD[Row] = {\n    val filters = filter\n      .map(RedisSpecialStrategy.getAttr)\n      .groupBy(_._1)\n      .map(tup => (tup._1, tup._2.map(_._2)))\n    new RedisRDD(sqlContext.sparkContext, this, filters, requiredColumns, partitionNum)\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-druid\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/druid\/DruidClient.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.druid\n\nimport com.ning.http.client.{\n  AsyncCompletionHandler,\n  AsyncHttpClient,\n  AsyncHttpClientConfig,\n  Response\n}\nimport org.json4s._\nimport org.json4s.jackson._\nimport org.json4s.jackson.JsonMethods._\nimport scala.concurrent.{ExecutionContext, Future, Promise}\nimport scala.util.{Failure, Success}\n\nimport org.apache.spark.internal.Logging\n\n\/**\n * Druid query client\n * reference https:\/\/github.com\/daggerrz\/druid-scala-client and changed based on this\n *\/\ncase class DruidClient(serverUrl: String)(implicit val executionContext: ExecutionContext)\n  extends Logging {\n  private val config = new AsyncHttpClientConfig.Builder()\n  private val client = new AsyncHttpClient(config.build())\n  private val url = s\"$serverUrl\/druid\/v2\/?pretty\"\n  var coordinator: String = _\n\n  def JsonPost(body: String): AsyncHttpClient#BoundRequestBuilder = {\n\n    client\n      .preparePost(url)\n      .setHeader(\"Content-Type\", \"application\/json\")\n      .setBodyEncoding(\"UTF-8\")\n      .setBody(body)\n  }\n\n  def UrlGet(url: String): AsyncHttpClient#BoundRequestBuilder = {\n    client.prepareGet(url)\n  }\n\n  private def parseJson(resp: Response): JValue = {\n    val body = resp.getResponseBody(\"UTF-8\")\n    parse(body)\n  }\n\n  \/**\n   * druid TimeSeries Query\n   *\/\n  def apply(ts: TimeSeriesQuery): Future[TimeSeriesResponse] = {\n    execute(ts.toJson, TimeSeriesResponse.parse)\n  }\n\n  \/**\n   * druid GroupBy Query\n   *\/\n  def apply(ts: GroupByQuery): Future[GroupByResponse] = {\n    execute(ts.toJson, GroupByResponse.parse)\n  }\n\n  \/**\n   * druid Select Query\n   *\/\n  def apply(ts: SelectQuery): Future[SelectResponse] = {\n    execute(ts.toJson, SelectResponse.parse)\n  }\n\n  \/**\n   *  query entrance\n   *\/\n  private def execute[R](js: JValue, parser: JValue => R): Future[R] = {\n    val p = Promise[Response]\n    val body = compactJson(js)\n    log.debug(body + \"\\n\")\n    JsonPost(body).execute(new AsyncCompletionHandler[Response] {\n      override def onCompleted(response: Response): Response = {\n        p.success(response)\n        response\n      }\n    })\n    p.future.map(parseJson).map(parser)\n  }\n\n  private def getExecute[R](url: String, parser: JValue => R): Future[R] = {\n    val p = Promise[Response]\n    UrlGet(url).execute(new AsyncCompletionHandler[Response] {\n      override def onCompleted(response: Response): Response = {\n        p.success(response)\n        response\n      }\n    })\n    p.future.map(parseJson).map(parser)\n  }\n\n  def queryTimeSeries(query: TimeSeriesQuery): Future[TimeSeriesResponse] = {\n    execute(query.toJson, TimeSeriesResponse.parse)\n  }\n\n  def queryTopN(query: TopNSelectQuery): Future[TopNSelectResponse] = {\n    execute(query.toJson, TopNSelectResponse.parse)\n  }\n  def queryTopN2(query: TopNSelectQuery): Future[TopN2SelectResponse] = {\n    execute(query.toJson, TopN2SelectResponse.parse)\n  }\n\n  def queryGroupBy(query: GroupByQuery): Future[GroupByResponse] = {\n    execute(query.toJson, GroupByResponse.parse)\n  }\n\n  def querySelect(query: SelectQuery): Future[SelectResponse] = {\n    execute(query.toJson, SelectResponse.parse)\n  }\n\n  \/**\n   * query Druid datasources\n   *\/\n  def showTables(url: String): Seq[String] = {\n    val future = getExecute(s\"$serverUrl\".concat(url), DataSourceScannerResponse.parse)\n    var data: Seq[String] = null\n    future.onComplete {\n      case Success(resp) => data = resp.data\n      case Failure(ex) =>\n        ex.printStackTrace()\n    }\n    while (!future.isCompleted) {\n      Thread.sleep(500)\n    }\n    data\n  }\n\n  \/**\n   * query Druid datasource fileds include dimensions and metrics\n   *\/\n  def descTable(datasouceName: String): Seq[(String, Any)] = {\n    val future = execute(DescTableRequest(datasouceName).toJson, DescTableResponse.parse)\n    var data: Seq[(String, Any)] = null\n    future.onComplete {\n      case Success(resp) => data = resp.data\n      case Failure(ex) => ex.printStackTrace()\n    }\n    while (!future.isCompleted) {\n      Thread.sleep(500)\n    }\n    data\n  }\n\n  def close(): Unit = {\n    client.close()\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-monitor\/src\/main\/scala\/org\/apache\/spark\/alarm\/CsvAlarm.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.alarm\n\nimport java.io.FileWriter\n\nclass CsvAlarm extends Alarm {\n  import CsvAlarm._\n  override val name: String = \"csv\"\n  private lazy val path = options.getOrElse(PATH, \"test.csv\")\n  lazy val fw = new FileWriter(path, true)\n\n  \/**\n   * Send the alert message to possible external SMS, EMAIL, Phone system.\n   *\n   * @param msg the alert message to send\n   * @return a [[AlertResp]] with status and an optional message\n   *\/\n  override def alarm(msg: AlertMessage): AlertResp = {\n    fw.write(msg.toCsv() + \"\\n\")\n    AlertResp.success(\"\")\n  }\n\n  override def finalAlarm(msg: AlertMessage): AlertResp = {\n    val content = msg.toCsv()\n    if (!content.isEmpty) {\n      fw.write(content + \"\\n\")\n    }\n    fw.flush()\n    fw.close()\n    AlertResp.success(\"\")\n  }\n}\n\nobject CsvAlarm {\n  val PATH = \"path\"\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql-shell\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/xitong\/shell\/SparkHiveShell.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.xitong.shell\n\n\/**\n * Created by liyuance on 15\/8\/31.\n *\/\nimport java.io.File\n\nimport scala.collection.mutable\nimport scala.io.Source\n\nimport jline.console._\nimport jline.console.history._\nimport sun.misc.BASE64Decoder\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.SparkSession\n\ncase class Config(file: String = \"\", batch: String = \"\")\n\nobject SparkHiveShell extends Logging {\n  \/\/scalastyle:off\n  def main(args: Array[String]) {\n    val spark = SparkSession\n      .builder()\n      .enableHiveSupport()\n      .getOrCreate()\n\n    val conf = spark.sparkContext.getConf\n    lazy val sc = spark.sparkContext\n    val sqlContext = spark.sqlContext\n    var wholeLine = \"\"\n    var isContinue = false\n    val appNameMaxLength = 30\n    val appNameDefault = \"SparkSQLShell\"\n    val HIVERCFILE = \".hiverc\"\n    val regex = \"\"\"set\\s+spark\\.app\\.name\\s*=\\s*(.+)\"\"\".r\n    var initFininshed = false\n    val parser = new scopt.OptionParser[Config](\"scopt\") {\n      head(\"scopt\", \"3.x\")\n      opt[String]('f', \"file\") action { (x, c) =>\n        c.copy(file = x)\n      } text (\"file is a hql file\")\n      opt[String]('e', \"batch\") action { (x, c) =>\n        c.copy(batch = x)\n      } text (\"a batch hql\")\n    }\n\n    \/\/ parser.parse returns Option[C]\n    parser.parse(args, Config()) map { config =>\n      if (config.file != \"\") {\n        val fileContent = Source.fromFile(config.file).mkString\n        initialize(dropComment(fileContent), conf)\n        run(fileContent)\n      } else if (config.batch != \"\") {\n        val batchContent =\n          if (conf.get(\"spark.master\") == \"yarn\" && conf\n                .get(\"spark.submit.deployMode\") == \"cluster\") {\n            logDebug(s\"batchContent base64 is ${config.batch}\")\n            new String(new BASE64Decoder().decodeBuffer(config.batch));\n          } else {\n            config.batch\n          }\n        initialize(batchContent, conf)\n        run(dropComment(batchContent))\n      } else {\n        \/\/ initialize(appNameDefault, conf)\n        loop()\n      }\n    } getOrElse {\n      \/\/ arguments are bad, error message will have been displayed\n    }\n\n    def initialize(sqlContent: String, conf: SparkConf) = {\n      updateAppName(sqlContent)\n      setSqlString(sqlContent)\n      processInitFile(conf)\n    }\n\n    def dropComment(sqlContent: String): String = {\n      sqlContent.split(\"\\n\").map(_.trim).filter(!_.startsWith(\"--\")).mkString(\" \")\n    }\n\n    def updateAppName(appNameRaw: String) = {\n      val appName = appNameRaw.trim\n      if (appName.length > 0) {\n        if (!conf.getBoolean(\"spark.app.name.predefine\", false)) {\n          val appNameAbbreviate = if (appName.length <= appNameMaxLength) {\n            appName\n          } else {\n            appName.take(appNameMaxLength \/ 2) + \"...\" + appName.takeRight(appNameMaxLength \/ 2)\n          }\n          conf.setAppName(java.net.URLEncoder.encode(appNameAbbreviate))\n        }\n      }\n    }\n\n    def setSqlString(sqlString: String) = {\n      conf.set(\"spark.sql.string\", java.net.URLEncoder.encode(sqlString))\n    }\n\n    def processInitFile(conf: SparkConf) = {\n      val hivercFile = System.getProperty(\"user.home\") + File.separator + HIVERCFILE;\n      val enableHiverc = conf.getBoolean(\"spark.enable.hiverc\", true)\n      logInfo(\"spark.enable.hiverc:\" + enableHiverc)\n      if (new File(hivercFile).exists() && enableHiverc) {\n        val fileContent = Source.fromFile(hivercFile).mkString\n        run(fileContent, true)\n      }\n    }\n\n    def run(commands: String, silent: Boolean = false) = {\n      var startTime = System.currentTimeMillis()\n      for (command <- commands.split(\";\")) {\n        var sql = command.trim()\n        if (sql != \"\") {\n          if (sql.equals(\"exit\") || sql.equals(\"quit\")) {\n            exit()\n          }\n          logInfo(\"current SQL: \" + sql)\n          var sql2 = sql.toLowerCase\n          if (sql2.startsWith(\"set\") && !regex.findFirstMatchIn(sql2).isEmpty) {\n            updateAppName(regex.findFirstMatchIn(sql2).get.group(1).trim)\n          } else if (sql2.startsWith(\"delete\")) {\n            val fromIndex = sql2.indexOf(\"from\")\n            val whereIndex = sql2.indexOf(\"where\")\n            val tableNames = sql.substring(fromIndex + 4, whereIndex).trim.split(\"\\\\s\")\n            val (tableName, hasAlias, tableNameAlias) = if (tableNames.length == 2) {\n              (tableNames(0), true, tableNames(1))\n            } else {\n              (tableNames(0), false, \"\")\n            }\n            val filter = if (hasAlias) {\n              sql.substring(whereIndex + 5).replace(tableNameAlias + \".\", \"\")\n            } else {\n              sql.substring(whereIndex + 5)\n            }\n            sql = \"insert overwrite table %s select * from %s where not (%s)\".format(\n              tableName,\n              tableName,\n              filter)\n            logDebug(\"New SQL:\" + sql)\n          } else if (sql2.startsWith(\"update\")) {\n            val setIndex = sql2.indexOf(\"set\")\n            val whereIndex = sql2.indexOf(\"where\")\n            val tableNames = sql.substring(6, setIndex).trim.split(\"\\\\s\")\n            val (tableName, hasAlias, tableNameAlias) = if (tableNames.length == 2) {\n              (tableNames(0), true, tableNames(1))\n            } else {\n              (tableNames(0), false, \"\")\n            }\n            val (updateClause, filter) = if (whereIndex == -1) {\n              (sql.substring(setIndex + 3).replace(tableNameAlias + \".\", \"\"), \"\")\n            } else {\n              (\n                sql.substring(setIndex + 3, whereIndex).replace(tableNameAlias + \".\", \"\"),\n                sql2.substring(whereIndex + 5).replace(tableNameAlias + \".\", \"\"))\n            }\n            val updateMap = new mutable.HashMap[String, String]\n            for (x <- updateClause.split(\",\")) {\n              val colUpdate = x.trim().split(\"=\")\n              updateMap(colUpdate(0).trim) = colUpdate(1).trim\n            }\n            var project = \"\"\n            for (col <- spark.sql(\"desc \" + tableName).collect) {\n              val colName = col.get(0).toString\n              project += updateMap.getOrElse(colName, colName) + \",\"\n            }\n            project = project.substring(0, project.length - 1)\n            sql = if (whereIndex == -1) {\n              \"insert overwrite table %s select %s from %s\".format(tableName, project, tableName)\n            } else {\n              \"insert overwrite table %s select %s from %s where %s union all select * from %s where not(%s)\"\n                .format(tableName, project, tableName, filter, tableName, filter)\n            }\n            logDebug(\"New SQL:\" + sql)\n          }\n          if (!silent && !sql.toLowerCase.startsWith(\"add\") && !sql.toLowerCase.startsWith(\"set\")) {\n            \/\/ hiveContext.sql(sql).collect.foreach(c => println(c.mkString(\"\\t\")))\n            \/\/ val execution = hiveContext.executePlan(hiveContext.sql(sql).logicalPlan)\n            val df = spark.sql(sql)\n            val execution = spark.sessionState.executePlan(df.logicalPlan)\n\n            try {\n              val printable = spark.sqlContext.getConf(\"hive.cli.print.header\")\n              if (printable != null && printable.toBoolean) {\n                println(df.schema.map(_.name).mkString(\"\\t\"))\n              }\n            } catch {\n              case e: NoSuchElementException =>\n                logWarning(\"hive.cli.print.header not configured, so doesn't print colum's name.\")\n            }\n\n            if (conf.getBoolean(\"spark.hive.shell.optimize.collect.enable\", true) && !sql\n                  .contains(\"order by\")) {\n              logDebug(\"execution.printEachPartitionResult():\")\n              execution.hiveResultString().foreach(println);\n            } else {\n              logDebug(\"execution.stringResult():\")\n              execution.hiveResultString().foreach(println);\n            }\n          } else {\n            spark.sql(sql).count\n          }\n        }\n      }\n      val endTime = System.currentTimeMillis()\n      scala.Console.err.println(\"Time taken: %s s\".format((endTime - startTime) \/ 1000.0))\n    }\n\n    def process(line: String): Boolean = {\n      if (line.trim().startsWith(\"--\")) {\n        return true\n      }\n      wholeLine = wholeLine + \" \" + line\n      if (line.trim() == \"\" || line.trim().last != ';') {\n        return true\n      }\n      val lines = wholeLine\n      wholeLine = \"\"\n      if (initFininshed == false) {\n        initialize(appNameDefault, conf)\n        initFininshed = true\n      }\n      run(lines)\n      return false\n    }\n\n    def loop() = {\n      val reader = new ConsoleReader()\n      reader.setExpandEvents(false)\n      val HISTORYFILE = \".spark_hive_history\"\n      val historyFile = System.getProperty(\"user.home\") + File.separator + HISTORYFILE\n      reader.setHistory(new FileHistory(new File(historyFile)))\n      val prompt = \"spark-hive\"\n\n      while (true) {\n        try {\n          val line =\n            if (isContinue) {\n              reader.readLine(\" \" * prompt.length + \"> \")\n            } else {\n              reader.readLine(prompt + \"> \")\n            }\n          isContinue = process(line)\n        } catch {\n          case e: NullPointerException =>\n            exit(-1)\n          case e: Exception =>\n            \/\/ scala.Console.err.println(\"Failed: Error \" + e.getMessage)\n            logError(\"Failed: Error \", e)\n        }\n      }\n    }\n\n    def exit(code: Int = 0) = {\n      try {\n        sc.stop()\n      } catch {\n        case e: Exception => None\n      }\n      System.exit(code)\n    }\n\n    exit()\n  }\n}\n"}
{"repo_name":"wenfang6\/XSQL","path":"sql\/xsql\/src\/main\/scala\/org\/apache\/spark\/sql\/xsql\/XSQLSessionCatalog.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.xsql\n\nimport java.util.{HashMap => JHashMap, HashSet, List => JList}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.matching.Regex\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\n\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst.{FunctionIdentifier, IdentifierWithDatabase, TableIdentifier}\nimport org.apache.spark.sql.catalyst.analysis._\nimport org.apache.spark.sql.catalyst.catalog._\nimport org.apache.spark.sql.catalyst.expressions.{\n  AttributeReference,\n  Expression,\n  ExpressionInfo,\n  SortOrder\n}\nimport org.apache.spark.sql.catalyst.expressions.aggregate.AggregateExpression\nimport org.apache.spark.sql.catalyst.parser.ParserInterface\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.hive.{HiveMetastoreCatalog, HiveSessionCatalog}\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.types.{StructField, StructType}\nimport org.apache.spark.sql.xsql.internal.config.{XSQL_DEFAULT_DATABASE, XSQL_DEFAULT_DATASOURCE}\n\n\/**\n * When `spark.sql.catalogImplementation` set to xsql, [[org.apache.spark.sql.SparkSession]] will\n * create XSQLSessionCatalog instead of HiveSessionCatalog. The main difference between\n * HiveSessionCatalog and XSQLSessionCatalog is XSQLSessionCatalog always wrap actions into\n * [[XSQLExternalCatalog]]'s setWorkingDataSource, so that [[XSQLExternalCatalog]] can know which\n * datasource current [[org.apache.spark.sql.catalyst.plans.logical.Command]] is using.\n *\n * @note As [[XSQLExternalCatalog]]'s setWorkingDataSource is wrapped by\n *       workingDataSource.synchronized carefully, multi Command can run in serial mode safely.\n *\/\nprivate[xsql] class XSQLSessionCatalog(\n    externalCatalog: ExternalCatalog,\n    globalTempViewManager: GlobalTempViewManager,\n    override val metastoreCatalog: HiveMetastoreCatalog,\n    functionRegistry: FunctionRegistry,\n    conf: SQLConf,\n    hadoopConf: Configuration,\n    parser: ParserInterface,\n    functionResourceLoader: FunctionResourceLoader)\n  extends HiveSessionCatalog(\n    () => externalCatalog,\n    () => globalTempViewManager,\n    metastoreCatalog,\n    functionRegistry,\n    conf,\n    hadoopConf,\n    parser,\n    functionResourceLoader) {\n\n  import CatalogTypes.TablePartitionSpec\n\n  assert(externalCatalog.isInstanceOf[ExternalCatalogWithListener])\n  val externalCatalogWithListener = externalCatalog.asInstanceOf[ExternalCatalogWithListener]\n  assert(externalCatalogWithListener.unwrapped.isInstanceOf[XSQLExternalCatalog])\n  val xsqlExternalCatalog =\n    externalCatalogWithListener.unwrapped.asInstanceOf[XSQLExternalCatalog]\n\n  \/**\n   * Get default cluster.\n   *\/\n  def getDefaultCluster(identifier: TableIdentifier): Option[String] = {\n    xsqlExternalCatalog.getDefaultCluster(identifier)\n  }\n\n  \/**\n   * Get cluster options.\n   *\/\n  def getClusterOptions(clusterName: String): Map[String, String] = {\n    xsqlExternalCatalog.getClusterOptions(clusterName)\n  }\n\n  \/**\n   * Get default options from CatalogTable.\n   *\/\n  def getDefaultOptions(tableDefinition: CatalogTable): Map[String, String] = {\n    val newTableDefinition =\n      tableDefinition.copy(identifier = getUsedTableIdentifier(tableDefinition.identifier))\n    xsqlExternalCatalog.getDefaultOptions(newTableDefinition)\n  }\n\n  def getRedactionPattern(identifier: TableIdentifier): Option[Regex] = {\n    xsqlExternalCatalog.getRedactionPattern(identifier)\n  }\n\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ DataSources\n  \/\/ ----------------------------------------------------------------------------\n\n  def getDataSourceType(dsName: String): String = {\n    xsqlExternalCatalog.getDataSourceType(dsName)\n  }\n\n  def listDatasources(): Seq[String] = {\n    xsqlExternalCatalog.listDatasources()\n  }\n\n  def listDatasources(pattern: String): Seq[String] = {\n    xsqlExternalCatalog.listDatasources(pattern)\n  }\n\n  def addDataSource(dataSourceName: String, properties: Map[String, String]): Unit = {\n    val defaultSource = conf.getConf(XSQL_DEFAULT_DATASOURCE)\n    xsqlExternalCatalog.addDataSource(\n      dataSourceName,\n      properties,\n      dataSourceName.equalsIgnoreCase(defaultSource))\n  }\n\n  def removeDataSource(dataSourceName: String, ifExists: Boolean): Unit = {\n    xsqlExternalCatalog.removeDataSource(dataSourceName, ifExists)\n  }\n\n  def refreshDataSource(dataSourceName: String): Unit = {\n    xsqlExternalCatalog.refreshDataSource(dataSourceName)\n  }\n\n  def setWorkingDataSource[T](dsNameOpt: Option[String])(body: => T): T = {\n    xsqlExternalCatalog.setWorkingDataSource(dsNameOpt)(body)\n  }\n\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ Databases\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ All methods in this category interact directly with the underlying catalog.\n  \/\/ ----------------------------------------------------------------------------\n\n  override def createDatabase(dbDefinition: CatalogDatabase, ignoreIfExists: Boolean): Unit = {\n    setWorkingDataSource(Option(dbDefinition.dataSourceName)) {\n      super.createDatabase(dbDefinition, ignoreIfExists)\n    }\n  }\n\n  def dropDatabase(\n      dsName: Option[String] = None,\n      dbName: String,\n      ignoreIfNotExists: Boolean,\n      cascade: Boolean): Unit = {\n    setWorkingDataSource(dsName) {\n      externalCatalog.dropDatabase(formatDatabaseName(dbName), ignoreIfNotExists, cascade)\n    }\n  }\n\n  override def alterDatabase(dbDefinition: CatalogDatabase): Unit = {\n    setWorkingDataSource(Option(dbDefinition.dataSourceName)) {\n      super.alterDatabase(dbDefinition)\n    }\n  }\n\n  def getDatabaseMetadata(dsName: Option[String], dbName: String): CatalogDatabase = {\n    setWorkingDataSource(dsName) {\n      externalCatalog.getDatabase(formatDatabaseName(dbName))\n    }\n  }\n\n  def databaseExists(dsName: Option[String], dbName: String): Boolean = {\n    setWorkingDataSource(dsName) {\n      externalCatalog.databaseExists(formatDatabaseName(dbName))\n    }\n  }\n\n  def listDatabasesForXSQL(dsName: String): Seq[String] = {\n    setWorkingDataSource(Option(dsName)) {\n      externalCatalog.listDatabases()\n    }\n  }\n\n  def listDatabasesForXSQL(dsName: String, pattern: String): Seq[String] = {\n    setWorkingDataSource(Option(dsName)) {\n      externalCatalog.listDatabases(pattern)\n    }\n  }\n\n  override def setCurrentDatabase(db: String): Unit = {\n    val catalogDB = getCurrentCatalogDatabase\n    if (catalogDB != None) {\n      setCurrentDatabase(catalogDB.get.dataSourceName, db)\n    }\n  }\n\n  def setCurrentDatabase(dsName: String, dbName: String): Unit = {\n    synchronized {\n      setWorkingDataSource(Option(dsName)) {\n        super.setCurrentDatabase(dbName)\n        externalCatalog.setCurrentDatabase(dbName)\n      }\n    }\n  }\n\n  def getDatabaseName(identifier: IdentifierWithDatabase): String = {\n    identifier.database.getOrElse(getCurrentDatabase)\n  }\n\n  def getDataSourceName(identifier: IdentifierWithDatabase): String = {\n    identifier.dataSource.getOrElse(getCurrentCatalogDatabase.get.dataSourceName)\n  }\n\n  def getCurrentCatalogDatabase: Option[CatalogDatabase] = {\n    synchronized {\n      xsqlExternalCatalog.getCurrentDatabase\n    }\n  }\n\n  def getUsedCatalogDatabase(tableName: TableIdentifier): Option[CatalogDatabase] = {\n    getUsedCatalogDatabase(tableName.dataSource, tableName.database)\n  }\n\n  def getUsedCatalogDatabase(\n      dataSource: Option[String],\n      database: Option[String]): Option[CatalogDatabase] = {\n    if (dataSource == None) {\n      if (database == None) {\n        getCurrentCatalogDatabase\n      } else {\n        val catalogDB = getCurrentCatalogDatabase\n        Option(getDatabaseMetadata(Option(catalogDB.get.dataSourceName), database.get))\n      }\n    } else {\n      Option(getDatabaseMetadata(dataSource, database.get))\n    }\n  }\n\n  def getUsedTableIdentifier(tableIdentifier: TableIdentifier): TableIdentifier = {\n    val catalogDB: Option[CatalogDatabase] = getUsedCatalogDatabase(tableIdentifier)\n    val ds = catalogDB.get.dataSourceName\n    val db = catalogDB.get.name\n    val table = formatTableName(tableIdentifier.table)\n    validateName(table)\n    TableIdentifier(table, Some(db), Some(ds))\n  }\n\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ Tables\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ There are two kinds of tables, temporary views and metastore tables.\n  \/\/ Temporary views are isolated across sessions and do not belong to any\n  \/\/ particular database. Metastore tables can be used across multiple\n  \/\/ sessions as their metadata is persisted in the underlying catalog.\n  \/\/ ----------------------------------------------------------------------------\n\n  \/\/ ----------------------------------------------------\n  \/\/ | Methods that interact with metastore tables only |\n  \/\/ ----------------------------------------------------\n\n  override def createTable(\n      tableDefinition: CatalogTable,\n      ignoreIfExists: Boolean,\n      validateLocation: Boolean = true): Unit = {\n    setWorkingDataSource(tableDefinition.dataSource) {\n      super.createTable(tableDefinition, ignoreIfExists, validateLocation)\n    }\n  }\n\n  override def validateTableLocation(table: CatalogTable): Unit = {\n    \/\/ SPARK-19724: the default location of a managed table should be non-existent or empty.\n    val allowed = Seq(\"mongo\", \"es\", \"mysql\", \"hbase\", \"redis\", \"druid\")\n    if (!table.provider.exists(allowed.contains(_)) &&\n        table.tableType == CatalogTableType.MANAGED &&\n        !conf.allowCreatingManagedTableUsingNonemptyLocation) {\n      val tableLocation =\n        new Path(table.storage.locationUri.getOrElse(defaultTablePath(table.identifier)))\n      val fs = tableLocation.getFileSystem(hadoopConf)\n\n      if (fs.exists(tableLocation) && fs.listStatus(tableLocation).nonEmpty) {\n        throw new AnalysisException(\n          s\"Can not create the managed table('${table.identifier}')\" +\n            s\". The associated location('${tableLocation.toString}') already exists.\")\n      }\n    }\n  }\n\n  override def alterTable(tableDefinition: CatalogTable): Unit = {\n    setWorkingDataSource(tableDefinition.dataSource) {\n      super.alterTable(tableDefinition)\n    }\n  }\n\n  override def alterTableDataSchema(\n      identifier: TableIdentifier,\n      newDataSchema: StructType): Unit = {\n    setWorkingDataSource(identifier.dataSource) {\n      super.alterTableDataSchema(identifier, newDataSchema)\n    }\n  }\n\n  \/**\n   * TO SUPPORT MYSQL\n   * Alter the data schema of a table identified by the provided table identifier. The new data\n   * schema should not have conflict column names with the existing partition columns, and should\n   * still contain all the existing data columns.\n   *\n   * @param identifier    TableIdentifier\n   * @param newDataSchema Updated data schema to be used for the table\n   *\/\n  def alterTableDataSchema(\n      identifier: TableIdentifier,\n      newDataSchema: StructType,\n      queryContent: String): Unit = {\n    setWorkingDataSource(identifier.dataSource) {\n      xsqlExternalCatalog.alterTableDataSchema(\n        getDatabaseName(identifier),\n        identifier.table,\n        newDataSchema,\n        queryContent)\n    }\n  }\n\n  override def alterTableStats(\n      identifier: TableIdentifier,\n      newStats: Option[CatalogStatistics]): Unit = {\n    setWorkingDataSource(identifier.dataSource) {\n      super.alterTableStats(identifier, newStats)\n    }\n  }\n\n  override def tableExists(name: TableIdentifier): Boolean = {\n    setWorkingDataSource(name.dataSource) {\n      super.tableExists(name)\n    }\n  }\n\n  @throws[NoSuchDatabaseException]\n  @throws[NoSuchTableException]\n  override def getTableMetadata(name: TableIdentifier): CatalogTable = {\n    setWorkingDataSource(name.dataSource) {\n      super.getTableMetadata(name)\n    }\n  }\n\n  \/**\n   * Load files stored in given path into an existing metastore table.\n   * If no database is specified, assume the table is in the current database.\n   * If the specified table is not found in the database then a [[NoSuchTableException]] is thrown.\n   *\/\n  override def loadTable(\n      name: TableIdentifier,\n      loadPath: String,\n      isOverwrite: Boolean,\n      isSrcLocal: Boolean): Unit = {\n    setWorkingDataSource(name.dataSource) {\n      super.loadTable(name, loadPath, isOverwrite, isSrcLocal)\n    }\n  }\n\n  \/**\n   * Load files stored in given path into the partition of an existing metastore table.\n   * If no database is specified, assume the table is in the current database.\n   * If the specified table is not found in the database then a [[NoSuchTableException]] is thrown.\n   *\/\n  override def loadPartition(\n      name: TableIdentifier,\n      loadPath: String,\n      spec: TablePartitionSpec,\n      isOverwrite: Boolean,\n      inheritTableSpecs: Boolean,\n      isSrcLocal: Boolean): Unit = {\n    setWorkingDataSource(name.dataSource) {\n      super.loadPartition(name, loadPath, spec, isOverwrite, inheritTableSpecs, isSrcLocal)\n    }\n  }\n\n  @throws[NoSuchDatabaseException]\n  @throws[NoSuchTableException]\n  def getRawTable(name: TableIdentifier): CatalogTable = {\n    setWorkingDataSource(name.dataSource) {\n      xsqlExternalCatalog.getRawTable(getDatabaseName(name), formatTableName(name.table))\n    }\n  }\n\n  \/\/ ----------------------------------------------\n  \/\/ | Methods that interact with temp views only |\n  \/\/ ----------------------------------------------\n\n  \/\/ -------------------------------------------------------------\n  \/\/ | Methods that interact with temporary and metastore tables |\n  \/\/ -------------------------------------------------------------\n\n  override def renameTable(oldName: TableIdentifier, newName: TableIdentifier): Unit =\n    synchronized {\n      val oldDs = getDataSourceName(oldName)\n      val newDs = getDataSourceName(newName)\n      if (oldDs != newDs) {\n        throw new AnalysisException(\n          s\"RENAME TABLE source and destination datasources do not match: '$oldDs' != '$newDs'\")\n      }\n      setWorkingDataSource(oldName.dataSource) {\n        super.renameTable(oldName, newName)\n      }\n    }\n\n  def truncateTable(\n      name: TableIdentifier,\n      partitionSpec: Option[TablePartitionSpec]): CatalogTable = {\n    val table = getTableMetadata(name)\n    setWorkingDataSource(name.dataSource) {\n      xsqlExternalCatalog.truncateTable(table, partitionSpec)\n      table\n    }\n  }\n\n  override def dropTable(\n      name: TableIdentifier,\n      ignoreIfNotExists: Boolean,\n      purge: Boolean): Unit = synchronized {\n    setWorkingDataSource(name.dataSource) {\n      super.dropTable(name, ignoreIfNotExists, purge)\n    }\n  }\n\n  override def lookupRelation(name: TableIdentifier): LogicalPlan = {\n    synchronized {\n      setWorkingDataSource(name.dataSource) {\n        super.lookupRelation(name)\n      }\n    }\n  }\n\n  def listTablesForXSQL(dsName: String, dbName: String): Seq[TableIdentifier] = {\n    setWorkingDataSource(Option(dsName)) {\n      super.listTables(dbName, \"*\")\n    }\n  }\n\n  def listTablesForXSQL(dsName: String, dbName: String, pattern: String): Seq[TableIdentifier] = {\n    setWorkingDataSource(Option(dsName)) {\n      super.listTables(dbName, pattern)\n    }\n  }\n\n  override def refreshTable(name: TableIdentifier): Unit = synchronized {\n    setWorkingDataSource(name.dataSource) {\n      super.refreshTable(name)\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ PushDown Execute\n  \/\/ --------------------------------------------------------------------------\n\n  \/**\n   * Build filter argument in query.\n   *\/\n  def buildFilterArgument(\n      tableDefinition: CatalogTable,\n      condition: Expression): JHashMap[String, Any] = {\n    xsqlExternalCatalog.buildFilterArgument(tableDefinition, condition)\n  }\n\n  \/**\n   * Build group argument in query.\n   *\/\n  def buildGroupArgument(\n      tableDefinition: CatalogTable,\n      fieldName: String,\n      groupByKeys: ArrayBuffer[String],\n      innerAggsMap: JHashMap[String, Any],\n      groupMap: JHashMap[String, Any]): JHashMap[String, Any] = {\n    xsqlExternalCatalog.buildGroupArgument(\n      tableDefinition,\n      fieldName,\n      groupByKeys,\n      innerAggsMap,\n      groupMap)\n  }\n\n  \/**\n   * Build aggregate argument in query.\n   *\/\n  def buildAggregateArgument(\n      tableDefinition: CatalogTable,\n      fieldName: String,\n      aggregatefuncName: String,\n      aggsMap: JHashMap[String, Any],\n      aggregateAliasOpts: Option[String]): StructField = {\n    xsqlExternalCatalog.buildAggregateArgument(\n      tableDefinition,\n      fieldName,\n      aggregatefuncName,\n      aggsMap,\n      aggregateAliasOpts)\n  }\n\n  \/**\n   * Build sort argument in query without aggregate.\n   *\/\n  def buildSortArgument(\n      tableDefinition: CatalogTable,\n      order: Seq[SortOrder]): java.util.List[java.util.HashMap[String, Any]] = {\n    xsqlExternalCatalog.buildSortArgument(tableDefinition, order)\n  }\n\n  \/**\n   * Build sort argument in query with aggregate.\n   *\/\n  def buildSortArgumentInAggregate(\n      tableDefinition: CatalogTable,\n      order: Seq[SortOrder],\n      aggs: JHashMap[String, Any]): Unit = {\n    order.foreach { x =>\n      \/\/ ES not support null ordering.\n      \/\/ val nullOrdering = x.nullOrdering\n      x.child match {\n        case AggregateExpression(aggFun, mode, isDistinct, resultId) =>\n          xsqlExternalCatalog.buildSortArgumentInAggregate(\n            tableDefinition,\n            null,\n            aggs,\n            aggFun,\n            x.direction,\n            isDistinct)\n        case UnresolvedFunction(funcId, children, isDistinct) =>\n          val func = lookupFunction(funcId, children)\n          xsqlExternalCatalog.buildSortArgumentInAggregate(\n            tableDefinition,\n            null,\n            aggs,\n            func,\n            x.direction,\n            isDistinct)\n        case attr: UnresolvedAttribute =>\n          xsqlExternalCatalog.buildSortArgumentInAggregate(\n            tableDefinition,\n            null,\n            aggs,\n            attr,\n            x.direction,\n            false)\n      }\n    }\n  }\n\n  \/**\n   * Build distinct argument in query without aggregate.\n   *\/\n  def buildDistinctArgument(\n      identifier: TableIdentifier,\n      columns: java.util.List[String]): (java.util.HashMap[String, Any], Seq[String]) = {\n    xsqlExternalCatalog.buildDistinctArgument(identifier, columns)\n  }\n\n  def isPushDown(identifier: TableIdentifier): Boolean = {\n    val tableIdentifier = getUsedTableIdentifier(identifier)\n    xsqlExternalCatalog.isPushDown(conf, tableIdentifier)\n  }\n\n  def isPushDown(\n      identifier: TableIdentifier,\n      dsToTableIdentifier: JHashMap[String, HashSet[TableIdentifier]],\n      plan: LogicalPlan): Boolean = {\n    if (dsToTableIdentifier.keySet.size > 1) {\n      false\n    } else {\n      val newPlan = plan transformUp {\n        case UnresolvedRelation(tableIdentifier) =>\n          val newTableIdentifier = getUsedTableIdentifier(tableIdentifier)\n          UnresolvedRelation(newTableIdentifier)\n      }\n      val tableIdentifier = getUsedTableIdentifier(identifier)\n      xsqlExternalCatalog.isPushDown(conf, tableIdentifier, newPlan)\n    }\n  }\n\n  def isConsiderTablesRowsToPushdown(identifier: TableIdentifier): Boolean = {\n    val tableIdentifier = getUsedTableIdentifier(identifier)\n    xsqlExternalCatalog.isConsiderTablesRowsToPushdown(conf, tableIdentifier)\n  }\n\n  def isConsiderTablesIndexToPushdown(identifier: TableIdentifier): Boolean = {\n    val tableIdentifier = getUsedTableIdentifier(identifier)\n    xsqlExternalCatalog.isConsiderTablesIndexToPushdown(conf, tableIdentifier)\n  }\n\n  def getTableRowsAndIndex(identifier: TableIdentifier): (Int, Seq[String]) = {\n    val tableIdentifier = getUsedTableIdentifier(identifier)\n    xsqlExternalCatalog.getTableRowsAndIndex(tableIdentifier)\n  }\n\n  def isStream(identifier: TableIdentifier): Boolean = {\n    val tableIdentifier = getUsedTableIdentifier(identifier)\n    xsqlExternalCatalog.isStream(conf, tableIdentifier)\n  }\n\n  def scanTables(\n      tableDefinition: CatalogTable,\n      dataCols: Seq[AttributeReference],\n      limit: Boolean,\n      queryContent: String): Seq[Seq[Any]] = {\n    val tableIdentifier = getUsedTableIdentifier(tableDefinition.identifier)\n    val newTableDefinition = tableDefinition.copy(identifier = tableIdentifier)\n    setWorkingDataSource(tableDefinition.dataSource) {\n      xsqlExternalCatalog.scanTables(newTableDefinition, dataCols, limit, queryContent)\n    }\n  }\n\n  def scanSingleTable(\n      tableDefinition: CatalogTable,\n      columns: JList[String],\n      condition: JHashMap[String, Any],\n      sort: JList[JHashMap[String, Any]],\n      aggs: JHashMap[String, Any],\n      groupByKeys: Seq[String],\n      limit: Int): Seq[Seq[Any]] = {\n    val tableIdentifier = getUsedTableIdentifier(tableDefinition.identifier)\n    val newTableDefinition = tableDefinition.copy(identifier = tableIdentifier)\n    setWorkingDataSource(tableDefinition.dataSource) {\n      xsqlExternalCatalog.scanTable(\n        newTableDefinition,\n        columns,\n        condition,\n        sort,\n        aggs,\n        groupByKeys,\n        limit)\n    }\n  }\n\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ Partitions\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ All methods in this category interact directly with the underlying catalog.\n  \/\/ These methods are concerned with only metastore tables.\n  \/\/ ----------------------------------------------------------------------------\n\n  \/\/ TODO: We need to figure out how these methods interact with our data source\n  \/\/ tables. For such tables, we do not store values of partitioning columns in\n  \/\/ the metastore. For now, partition values of a data source table will be\n  \/\/ automatically discovered when we load the table.\n\n  override def createPartitions(\n      tableName: TableIdentifier,\n      parts: Seq[CatalogTablePartition],\n      ignoreIfExists: Boolean): Unit = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.createPartitions(tableName, parts, ignoreIfExists)\n    }\n  }\n\n  override def dropPartitions(\n      tableName: TableIdentifier,\n      specs: Seq[TablePartitionSpec],\n      ignoreIfNotExists: Boolean,\n      purge: Boolean,\n      retainData: Boolean): Unit = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.dropPartitions(tableName, specs, ignoreIfNotExists, purge, retainData)\n    }\n  }\n\n  override def renamePartitions(\n      tableName: TableIdentifier,\n      specs: Seq[TablePartitionSpec],\n      newSpecs: Seq[TablePartitionSpec]): Unit = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.renamePartitions(tableName, specs, newSpecs)\n    }\n  }\n\n  override def alterPartitions(\n      tableName: TableIdentifier,\n      parts: Seq[CatalogTablePartition]): Unit = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.alterPartitions(tableName, parts)\n    }\n  }\n\n  override def getPartition(\n      tableName: TableIdentifier,\n      spec: TablePartitionSpec): CatalogTablePartition = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.getPartition(tableName, spec)\n    }\n  }\n\n  override def listPartitionNames(\n      tableName: TableIdentifier,\n      partialSpec: Option[TablePartitionSpec] = None): Seq[String] = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.listPartitionNames(tableName, partialSpec)\n    }\n  }\n\n  override def listPartitions(\n      tableName: TableIdentifier,\n      partialSpec: Option[TablePartitionSpec] = None): Seq[CatalogTablePartition] = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.listPartitions(tableName, partialSpec)\n    }\n  }\n\n  override def listPartitionsByFilter(\n      tableName: TableIdentifier,\n      predicates: Seq[Expression]): Seq[CatalogTablePartition] = {\n    setWorkingDataSource(tableName.dataSource) {\n      super.listPartitionsByFilter(tableName, predicates)\n    }\n  }\n\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ Functions\n  \/\/ ----------------------------------------------------------------------------\n  \/\/ There are two kinds of functions, temporary functions and metastore\n  \/\/ functions (permanent UDFs). Temporary functions are isolated across\n  \/\/ sessions. Metastore functions can be used across multiple sessions as\n  \/\/ their metadata is persisted in the underlying catalog.\n  \/\/ ----------------------------------------------------------------------------\n\n  \/\/ -------------------------------------------------------\n  \/\/ | Methods that interact with metastore functions only |\n  \/\/ -------------------------------------------------------\n\n  \/**\n   * Create a function in the database specified in `funcDefinition`.\n   * If no such database is specified, create it in the current database.\n   *\n   * @param ignoreIfExists: When true, ignore if the function with the specified name exists\n   *                        in the specified database.\n   *\/\n  override def createFunction(funcDefinition: CatalogFunction, ignoreIfExists: Boolean): Unit = {\n    setWorkingDataSource(Option(getDataSourceName(funcDefinition.identifier))) {\n      super.createFunction(funcDefinition, ignoreIfExists)\n    }\n  }\n\n  \/**\n   * Drop a metastore function.\n   * If no database is specified, assume the function is in the current database.\n   *\/\n  override def dropFunction(name: FunctionIdentifier, ignoreIfNotExists: Boolean): Unit = {\n    setWorkingDataSource(Option(getDataSourceName(name))) {\n      super.dropFunction(name, ignoreIfNotExists)\n    }\n  }\n\n  \/**\n   * overwirte a metastore function in the database specified in `funcDefinition`..\n   * If no database is specified, assume the function is in the current database.\n   *\/\n  override def alterFunction(funcDefinition: CatalogFunction): Unit = {\n    setWorkingDataSource(Option(getDataSourceName(funcDefinition.identifier))) {\n      super.alterFunction(funcDefinition)\n    }\n  }\n\n  \/**\n   * Check if the function with the specified name exists\n   *\/\n  override def functionExists(name: FunctionIdentifier): Boolean = {\n    setWorkingDataSource(Option(getDataSourceName(name))) {\n      super.functionExists(name)\n    }\n  }\n\n  \/\/ ----------------------------------------------------------------\n  \/\/ | Methods that interact with temporary and metastore functions |\n  \/\/ ----------------------------------------------------------------\n\n  override def isPersistentFunction(name: FunctionIdentifier): Boolean = {\n    setWorkingDataSource(name.dataSource) {\n      super.isPersistentFunction(name)\n    }\n  }\n\n  \/**\n   * Look up the [[ExpressionInfo]] associated with the specified function, assuming it exists.\n   *\/\n  override def lookupFunctionInfo(name: FunctionIdentifier): ExpressionInfo = synchronized {\n    setWorkingDataSource(Option(getDataSourceName(name))) {\n      super.lookupFunctionInfo(name)\n    }\n  }\n\n  override def lookupFunction(name: FunctionIdentifier, children: Seq[Expression]): Expression = {\n    setWorkingDataSource(Option(getDataSourceName(name))) {\n      super.lookupFunction(name, children)\n    }\n  }\n\n  \/**\n   * List all functions in the specified database, including temporary functions. This\n   * returns the function identifier and the scope in which it was defined (system or user\n   * defined).\n   *\/\n  override def listFunctions(\n      dsName: String,\n      dbName: String): Seq[(FunctionIdentifier, String)] = {\n    setWorkingDataSource(Option(dsName)) {\n      super.listFunctions(dbName, \"*\")\n    }\n  }\n\n  \/**\n   * List all matching functions in the specified database, including temporary functions. This\n   * returns the function identifier and the scope in which it was defined (system or user\n   * defined).\n   *\/\n  def listFunctions(\n      dsName: String,\n      dbName: String,\n      pattern: String): Seq[(FunctionIdentifier, String)] = {\n    setWorkingDataSource(Option(dsName)) {\n      super.listFunctions(dbName, pattern)\n    }\n  }\n\n  \/\/ -----------------\n  \/\/ | Other methods |\n  \/\/ -----------------\n\n  \/**\n   * Drop all existing databases (except \"default\"), tables, partitions and functions,\n   *  and set the current database to \"default\".\n   * This is mainly used for tests.\n   *\/\n  override def reset(): Unit = synchronized {\n    val defaultDataSource = conf.getConf(XSQL_DEFAULT_DATASOURCE)\n    val defaultDatabase = conf.getConf(XSQL_DEFAULT_DATABASE)\n    setCurrentDatabase(defaultDataSource, defaultDatabase)\n    listDatabasesForXSQL(defaultDataSource).filter(_ != defaultDatabase).foreach { db =>\n      dropDatabase(Some(defaultDataSource), db, ignoreIfNotExists = false, cascade = true)\n    }\n    listTablesForXSQL(defaultDataSource, defaultDatabase).foreach { table =>\n      dropTable(table, ignoreIfNotExists = false, purge = false)\n    }\n    listFunctions(defaultDataSource, defaultDatabase).map(_._1).foreach { func =>\n      if (func.database.isDefined) {\n        dropFunction(func, ignoreIfNotExists = false)\n      } else {\n        dropTempFunction(func.funcName, ignoreIfNotExists = false)\n      }\n    }\n    clearTempTables()\n    globalTempViewManager.clear()\n    functionRegistry.clear()\n    \/\/ restore built-in functions\n    FunctionRegistry.builtin.listFunction().foreach { f =>\n      val expressionInfo = FunctionRegistry.builtin.lookupFunction(f)\n      val functionBuilder = FunctionRegistry.builtin.lookupFunctionBuilder(f)\n      require(expressionInfo.isDefined, s\"built-in function '$f' is missing expression info\")\n      require(functionBuilder.isDefined, s\"built-in function '$f' is missing function builder\")\n      functionRegistry.registerFunction(f, expressionInfo.get, functionBuilder.get)\n    }\n  }\n\n  \/**\n   * Checks if the given name conforms the Hive standard (\"[a-zA-Z_0-9]+\"),\n   * i.e. if this name only contains characters, numbers, and _.\n   *\n   * This method is intended to have the same behavior of\n   * org.apache.hadoop.hive.metastore.MetaStoreUtils.validateName.\n   *\/\n  private def validateName(name: String): Unit = {\n    val validNameFormat = \"([\\\\w:_-]+)\".r\n    if (!validNameFormat.pattern.matcher(name).matches()) {\n      throw new AnalysisException(\n        s\"`$name` is not a valid name for tables\/databases. \" +\n          \"Valid names only contain alphabet characters, numbers and _.\")\n    }\n  }\n\n  \/**\n   * Stop XSQLSessionCatalog\n   *\/\n  def stop(): Unit = {\n    xsqlExternalCatalog.stop()\n  }\n\n}\n"}
{"repo_name":"romanowski\/scalaz","path":"version.sbt","text":"version in ThisBuild := \"7.4.0-M2-SNAPSHOT\"\n"}
{"repo_name":"nationalarchives\/tdr-consignment-api-data","path":"version.sbt","text":"version in ThisBuild := \"0.0.55-SNAPSHOT\"\n"}
{"repo_name":"nationalarchives\/tdr-consignment-api-data","path":"project\/plugins.sbt","text":"<reponame>nationalarchives\/tdr-consignment-api-data\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.10\")\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\naddSbtPlugin(\"io.github.davidmweber\" % \"flyway-sbt\" % \"6.1.4\")\nlibraryDependencies ++= Seq(\n  \"javax.xml.bind\" % \"jaxb-api\" % \"2.4.0-b180830.0359\",\n  \"org.postgresql\" % \"postgresql\" % \"42.2.11\"\n)\naddSbtPlugin(\"com.github.tototoshi\" % \"sbt-slick-codegen\" % \"1.4.0\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\nresolvers += Resolver.jcenterRepo\naddSbtPlugin(\"ohnosequences\" % \"sbt-s3-resolver\" % \"0.19.0\")"}
{"repo_name":"nationalarchives\/tdr-consignment-api-data","path":"build.sbt","text":"<filename>build.sbt\nimport com.github.tototoshi.sbt.slick.CodegenPlugin.autoImport.slickCodegenDatabaseUrl\nimport sbt.Keys.libraryDependencies\n\nThisBuild \/ scalaVersion     := \"2.13.0\"\nThisBuild \/ version := (version in ThisBuild).value\nThisBuild \/ organization     := \"uk.gov.nationalarchives\"\nThisBuild \/ organizationName := \"National Archives\"\n\nThisBuild \/ scmInfo := Some(\n  ScmInfo(\n    url(\"https:\/\/github.com\/nationalarchives\/tdr-consignment-api-data\"),\n    \"<EMAIL>:nationalarchives\/tdr-consignment-api-data.git\"\n  )\n)\nThisBuild \/ developers := List(\n  Developer(\n    id    = \"SP\",\n    name  = \"<NAME>\",\n    email = \"<EMAIL>\",\n    url   = url(\"http:\/\/tdr-transfer-integration.nationalarchives.gov.uk\")\n  )\n)\n\nThisBuild \/ description := \"Slick classes generated from the database schema for the Transfer Digital Records service\"\nThisBuild \/ licenses := List(\"MIT\" -> new URL(\"https:\/\/choosealicense.com\/licenses\/mit\/\"))\nThisBuild \/ homepage := Some(url(\"https:\/\/github.com\/nationalarchives\/tdr-consignment-api-data\"))\n\ns3acl := None\ns3sse := true\n\nThisBuild \/ publishMavenStyle := true\n\nThisBuild \/ publishTo := {\n  val prefix = if (isSnapshot.value) \"snapshots\" else \"releases\"\n  Some(s3resolver.value(s\"My ${prefix} S3 bucket\", s3(s\"tdr-$prefix-mgmt\")))\n}\n\nval slickVersion = \"3.3.2\"\n\nlazy val databasePort = sys.env.getOrElse(\"DB_PORT\", \"5432\")\nlazy val databaseUrl = s\"jdbc:postgresql:\/\/localhost:$databasePort\/consignmentapi\"\nlazy val databaseUser = \"tdr\"\nlazy val databasePassword = \"password\"\n\nresolvers +=\n  \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\n\nlazy val root = (project in file(\".\"))\n  .settings(\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe.slick\" %% \"slick\"  % slickVersion,\n      \"com.typesafe.slick\" %% \"slick-hikaricp\" % slickVersion,\n      \"com.typesafe.slick\" %% \"slick-codegen\"  % slickVersion\n    ),\n    name := \"consignment-api-db\",\n    slickCodegenDatabaseUrl := databaseUrl,\n    slickCodegenDatabaseUser := databaseUser,\n    slickCodegenDatabasePassword := <PASSWORD>,\n    slickCodegenDriver := slick.jdbc.PostgresProfile,\n    slickCodegenJdbcDriver := \"org.postgresql.Driver\",\n    slickCodegenOutputPackage := \"uk.gov.nationalarchives\",\n    slickCodegenExcludedTables := Seq(\"schema_version\"),\n    slickCodegenOutputDir := (scalaSource in Compile).value\n\n  ).enablePlugins(CodegenPlugin)\n\n\nlazy val lambda = (project in file(\"lambda\"))\n    .settings(\n      name := \"tdr-database-migration-lambda\",\n      libraryDependencies ++= Seq(\n        \"org.flywaydb\" % \"flyway-core\" % \"6.1.4\",\n        \"software.amazon.awssdk\" % \"rds\" % \"2.16.16\",\n        \"org.postgresql\" % \"postgresql\" % \"42.2.11\",\n        \"com.github.pureconfig\" %% \"pureconfig\" % \"0.14.1\"\n      ),\n      assemblyMergeStrategy in assembly := {\n        case PathList(\"META-INF\", xs @ _*) => MergeStrategy.discard\n        case _ => MergeStrategy.first\n      }\n\n    )\n\nenablePlugins(FlywayPlugin)\n\nflywayUrl := s\"jdbc:postgresql:\/\/localhost:$databasePort\/consignmentapi\"\nflywayUser := \"tdr\"\nflywayPassword := \"password\"\nflywayLocations += \"filesystem:lambda\/src\/main\/resources\/db\/migration\"\n"}
{"repo_name":"nationalarchives\/tdr-consignment-api-data","path":"lambda\/src\/main\/scala\/migration\/Main.scala","text":"package migration\n\nimport org.flywaydb.core.Flyway\nimport pureconfig._\nimport pureconfig.generic.auto._\nimport software.amazon.awssdk.auth.credentials.DefaultCredentialsProvider\nimport software.amazon.awssdk.regions.Region\nimport software.amazon.awssdk.services.rds.RdsUtilities\nimport software.amazon.awssdk.services.rds.model.GenerateAuthenticationTokenRequest\n\nclass Main {\n\n  case class MigrationConfig(host: String, port: Int, url: String, username: String)\n\n  def runMigration(): Int = {\n    val config = ConfigSource.default.load[MigrationConfig] match {\n      case Left(value) => throw new RuntimeException(s\"Failed to load database migration config${value.prettyPrint()}\")\n      case Right(value) => value\n    }\n    val rdsClient = RdsUtilities.builder().region(Region.EU_WEST_2).build()\n    val request = GenerateAuthenticationTokenRequest.builder()\n      .credentialsProvider(DefaultCredentialsProvider.builder().build())\n      .hostname(config.host)\n      .port(config.port)\n      .username(config.username)\n      .region(Region.EU_WEST_2)\n      .build()\n\n    val password = rdsClient.generateAuthenticationToken(request)\n    val url = s\"${config.url}?ssl=true&sslrootcert=${getClass.getResource(\"\/rds-ca-2019-root.pem\").getPath}&sslmode=verify-full\"\n    val flyway = Flyway.configure()\n      .dataSource(url, config.username, password)\n      .load()\n\n    flyway.migrate()\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala-sbt-0.13\/sbt\/jetbrains\/ideaPlugin\/IndexingClassfileManager.scala","text":"<gh_stars>1-10\npackage sbt.jetbrains.ideaPlugin\n\nimport java.util\nimport java.util.concurrent.ConcurrentHashMap\nimport java.io.File\n\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ClassesInfo\nimport sbt.jetbrains.ideaPlugin.apiAdapter.SbtCompilationBackCompat._\n\nprivate class IndexingClassfileManager(inherited: ClassFileManager) extends ClassFileManager {\n  import IndexingClassfileManager._\n\n  override def delete(classes: Iterable[File]): Unit = {\n    deletedStaging.set(classes.toArray)\n    inherited.delete(classes)\n  }\n\n  override def generated(classes: Iterable[File]): Unit = {\n    generatedStaging.set(classes.toArray)\n    inherited.generated(classes)\n  }\n\n  override def complete(success: Boolean): Unit = {\n    if (success) classesInfo.add(ClassesInfo(generatedStaging.get, deletedStaging.get))\n\n    generatedStaging.remove()\n    deletedStaging.remove()\n    inherited.complete(success)\n  }\n}\n\nobject IndexingClassfileManager {\n  val classesInfo: util.Set[ClassesInfo] = ConcurrentHashMap.newKeySet[ClassesInfo]\n\n  val generatedStaging = new ThreadLocal[Array[File]] {\n    override def initialValue(): Array[File] = Array.empty\n  }\n\n  val deletedStaging   = new ThreadLocal[Array[File]] {\n    override def initialValue(): Array[File] = Array.empty\n  }\n\n  def apply(options: IncOptions): ClassFileManager = {\n    val classFileManager = options.newClassfileManager\n    new IndexingClassfileManager(classFileManager())\n  }\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/package.scala","text":"package org.jetbrains.sbtidea.tasks\n\nimport org.jetbrains.sbtidea.Keys.PackagingMethod\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\nimport sbt.Def.Classpath\nimport sbt._\n\npackage object packaging {\n\n  case class ShadePattern(from: String, to: String)\n\n  case class ProjectScalaVersion(libModule: Option[ModuleID]) {\n    def isDefined: Boolean = libModule.isDefined\n    def str: String = libModule.map(_.revision).getOrElse(\"\")\n  }\n\n  case class ProjectData(thisProject: ProjectRef,\n                         cp: Classpath,\n                         definedDeps: Seq[ModuleID],\n                         additionalProjects: Seq[Project],\n                         assembleLibraries: Boolean,\n                         productDirs: Seq[File],\n                         report: UpdateReport,\n                         libMapping: Seq[(ModuleID, Option[String])],\n                         additionalMappings: Seq[(File, String)],\n                         packageMethod: PackagingMethod,\n                         shadePatterns: Seq[ShadePattern],\n                         excludeFilter: ExcludeFilter)\n\n\n  private[packaging] object MAPPING_KIND extends Enumeration {\n    type MAPPING_KIND = Value\n    val TARGET, LIB, LIB_ASSEMBLY, MISC, UNDEFINED = Value\n  }\n\n  private[packaging] case class MappingMetaData(shading: Seq[ShadePattern], excludeFilter: ExcludeFilter, static: Boolean, project: Option[String], kind: MAPPING_KIND.MAPPING_KIND)\n  private[packaging] object     MappingMetaData { val EMPTY: MappingMetaData = MappingMetaData(Seq.empty, ExcludeFilter.AllPass, static = true, project = None, kind = MAPPING_KIND.UNDEFINED) }\n\n  private[packaging] case class Mapping(from: File, to: File, metaData: MappingMetaData)\n\n  type Mappings = Seq[Mapping]\n\n  class SkipEntryException extends Exception\n\n  implicit def MappingOrder[A <: Mapping]: Ordering[A] = Ordering.by(x => x.from -> x.to) \/\/ order by target jar file\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/render\/ProjectNodeRenderingStrategy.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea.tasks.packaging.structure.render\n\nimport com.github.mdr.ascii.common.Dimension\nimport com.github.mdr.ascii.layout.coordAssign.VertexRenderingStrategy\nimport org.jetbrains.sbtidea.tasks.packaging.structure.ProjectNode\n\nclass ProjectNodeRenderingStrategy(verbose: Boolean) extends VertexRenderingStrategy[ProjectNode] {\n\n  override def getPreferredSize(node: ProjectNode): Dimension = {\n    val lines = splitLines(getNodeText(node))\n    Dimension(lines.size, if (lines.isEmpty) 0 else lines.map(_.length).max)\n  }\n\n  override def getText(node: ProjectNode, allocatedSize: Dimension): List[String] = {\n    val unpaddedLines =\n      splitLines(getNodeText(node)).take(allocatedSize.height).map { line \u21d2 centerLine(allocatedSize, line) }\n    val verticalDiscrepancy = Math.max(0, allocatedSize.height - unpaddedLines.size)\n    val verticalPadding = List.fill(verticalDiscrepancy \/ 2)(\"\")\n    verticalPadding ++ unpaddedLines ++ verticalPadding\n  }\n\n  private def splitLines(s: String): List[String] =\n    s.split(\"(\\r)?\\n\").toList match {\n      case Nil | List(\"\") \u21d2 Nil\n      case xs \u21d2 xs\n    }\n\n  private def centerLine(allocatedSize: Dimension, line: String): String = {\n    val discrepancy = allocatedSize.width - line.length\n    val padding = \" \" * (discrepancy \/ 2)\n    padding + line\n  }\n\n  private def getNodeText(node: ProjectNode): String = {\n    if (verbose)\n      s\"\"\"$node\n         | ${node.packagingOptions}\n         | ${node.libs}\n         |\"\"\".stripMargin\n    else\n      node.toString\n  }\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/PackagingMethod.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea.tasks.packaging.structure\n\nsealed trait PackagingMethod\n\nobject PackagingMethod {\n  final case class Skip() extends PackagingMethod\n  final case class MergeIntoParent() extends PackagingMethod\n  final case class DepsOnly(targetPath: String = \"\") extends PackagingMethod\n  final case class MergeIntoOther(project: ProjectNode) extends PackagingMethod\n  final case class Standalone(targetPath: String = \"\", static: Boolean = false) extends PackagingMethod\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/api\/IdeaArtifactResolver.scala","text":"package org.jetbrains.sbtidea.tasks.download.api\n\nimport org.jetbrains.sbtidea.Keys.IdeaPlugin\nimport org.jetbrains.sbtidea.tasks.download.{ArtifactPart, BuildInfo}\n\ntrait IdeaArtifactResolver {\n  \/**\n    * Discovers all necessary files to be downloaded for a particular IDEA version.\n    * This may include source archives and additional jars.\n    *\/\n  def resolveUrlForIdeaBuild(build: BuildInfo): Seq[ArtifactPart]\n\n  \/**\n    * Plugins seem to only resolve to a single file: an archive or a jar\n    *\/\n  def resolvePlugin(buildInfo: BuildInfo, pluginInfo: IdeaPlugin): ArtifactPart\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/JBRepoArtifactResolver.scala","text":"package org.jetbrains.sbtidea.tasks.download\n\nimport java.io.{FileNotFoundException, InputStream}\n\nimport org.jetbrains.sbtidea.tasks.download.api.IdeaArtifactResolver\nimport sbt.{URL, url}\n\nclass JBRepoArtifactResolver extends IdeaArtifactResolver with IdeaPluginResolver {\n\n  override def resolveUrlForIdeaBuild(idea: BuildInfo): Seq[ArtifactPart] = {\n    val (build, edition)  = (idea.buildNumber, idea.edition.name)\n    val ideaUrl           = getUrl(idea) { build => s\"$edition-$build.zip\" }\n    val srcJarUrl         = getUrl(idea) { build => s\"$edition-$build-sources.jar\" }\n\n    ArtifactPart(ideaUrl, ArtifactKind.IDEA_DIST, s\"$edition-$build.zip\") ::\n      ArtifactPart(srcJarUrl, ArtifactKind.IDEA_SRC, s\"$edition-$build-sources.jar\", optional = true) :: Nil\n  }\n\n  \/\/noinspection NoTailRecursionAnnotation\n  protected def getUrl(idea: BuildInfo, trySnapshot: Boolean = false)(artName: String => String): URL = {\n    val (repo, suffix)  =\n      if      (trySnapshot)                           \"snapshots\" -> \"-EAP-SNAPSHOT\"\n      else if (idea.buildNumber.contains(\"SNAPSHOT\")) \"snapshots\" -> \"\"\n      else                                            \"releases\"  -> \"\"\n    val baseUrl         = s\"https:\/\/www.jetbrains.com\/intellij-repository\/$repo\/com\/jetbrains\/intellij\/idea\"\n    val build           = idea.buildNumber + suffix\n    var stream: Option[InputStream] = None\n    try {\n      val result  = url(s\"$baseUrl\/${idea.edition.name}\/$build\/${artName(build)}\")\n      stream      = Some(result.openStream())\n      result\n    } catch {\n      case _: FileNotFoundException if !trySnapshot && !idea.buildNumber.endsWith(\"SNAPSHOT\") =>\n        println(s\"Can't find $idea in releases, trying snapshots\")\n        getUrl(idea, trySnapshot = true)(artName)\n    } finally {\n      stream.foreach(_.close())\n    }\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/IncrementalCache.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.io.{BufferedOutputStream, ByteArrayInputStream, ObjectInputStream, ObjectOutputStream}\nimport java.nio.file.{Files, Path}\n\nimport sbt.Keys.TaskStreams\n\nimport scala.collection.mutable\n\ntrait IncrementalCache extends AutoCloseable {\n  def fileChanged(in: Path): Boolean\n}\n\nclass DumbIncrementalCache extends IncrementalCache {\n  override def fileChanged(in: Path): Boolean = true\n  override def close(): Unit = ()\n}\n\nclass PersistentIncrementalCache(private val root: Path)(implicit private val streams: TaskStreams) extends IncrementalCache {\n\n  private val FILENAME = \"sbtidea.cache\"\n  private val myFile   = root.resolve(FILENAME)\n  private val myData   = loadOrCreate()\n\n  type Data = mutable.HashMap[String, Long]\n\n  private def loadFromDisk(): Either[String, Data] = {\n    if (!Files.exists(myFile) || Files.size(myFile) <= 0)\n      return Left(\"Cache file is empty or doesn't exist\")\n    val data = Files.readAllBytes(myFile)\n    using(new ObjectInputStream(new ByteArrayInputStream(data))) { stream =>\n      Right(stream.readObject().asInstanceOf[Data])\n    }\n  }\n\n  private def loadOrCreate(): Data = loadFromDisk() match {\n    case Left(message) =>\n      streams.log.info(message)\n      new Data()\n    case Right(value) => value\n  }\n\n  private def saveToDisk(): Unit = {\n    import java.nio.file.StandardOpenOption._\n    if (!Files.exists(myFile.getParent)) {\n      Files.createDirectories(myFile.getParent)\n      Files.createFile(myFile)\n    }\n    using(new ObjectOutputStream(\n          new BufferedOutputStream(\n            Files.newOutputStream(myFile, CREATE, WRITE, TRUNCATE_EXISTING)))) { stream =>\n      stream.writeObject(myData)\n    }\n  }\n\n  override def close(): Unit = saveToDisk()\n\n  override def fileChanged(in: Path): Boolean = {\n    val newTimestamp = Files.getLastModifiedTime(in).toMillis\n    val inStr = in.toString\n    val lastTimestamp = myData.getOrElseUpdate(inStr, newTimestamp)\n    val result = newTimestamp > lastTimestamp\n    myData.put(inStr, newTimestamp)\n    result\n  }\n}\n\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/ExcludeFilter.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.nio.file.Path\n\nobject ExcludeFilter {\n  type ExcludeFilter = Path=>Boolean\n\n  val AllPass: ExcludeFilter = (_:Path) => false\n\n  def merge(filters: Iterable[ExcludeFilter]): ExcludeFilter =\n    path => filters.exists(f => f(path))\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/sbtImpl\/package.scala","text":"<filename>src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/sbtImpl\/package.scala\npackage org.jetbrains.sbtidea.tasks.packaging.structure\n\nimport scala.language.implicitConversions\n\nimport org.jetbrains.sbtidea.tasks.packaging.ProjectScalaVersion\nimport sbt._\n\npackage object sbtImpl {\n  import org.jetbrains.sbtidea.Keys\n\n  implicit class ModuleIdExt(val moduleId: ModuleID) extends AnyVal {\n\n    def key(implicit scalaVersion: ProjectScalaVersion): ModuleKey = {\n      val versionSuffix = moduleId.crossVersion match {\n        case _:CrossVersion.Binary if scalaVersion.isDefined =>\n          \"_\" + CrossVersion.binaryScalaVersion(scalaVersion.str)\n        case _ => \"\"\n      }\n\n      ModuleKeyImpl(\n        moduleId.organization %  (moduleId.name + versionSuffix) % moduleId.revision,\n        moduleId.extraAttributes\n          .map    { case (k, v) => k.stripPrefix(\"e:\") -> v }\n          .filter { case (k, _) => k == \"scalaVersion\" || k == \"sbtVersion\" })\n    }\n\n  }\n\n  trait Ref2Node {\n    def findProjectRef(project: sbt.Project): Option[sbt.ProjectRef]\n    def getNode(ref: sbt.ProjectRef): ProjectNode\n  }\n\n  implicit def keys2Structure(p: Keys.PackagingMethod)(implicit ref2Node: Ref2Node): PackagingMethod = p match {\n    case Keys.PackagingMethod.Skip() =>\n      PackagingMethod.Skip()\n    case Keys.PackagingMethod.MergeIntoParent() =>\n      PackagingMethod.MergeIntoParent()\n    case Keys.PackagingMethod.DepsOnly(targetPath) =>\n      PackagingMethod.DepsOnly(targetPath)\n    case Keys.PackagingMethod.Standalone(targetPath, static) =>\n      PackagingMethod.Standalone(targetPath, static)\n    case Keys.PackagingMethod.MergeIntoOther(project) =>\n      PackagingMethod.MergeIntoOther(ref2Node.findProjectRef(project).map(ref2Node.getNode).getOrElse(???))\n  }\n\n  class SbtProjectExtractException(message: String) extends Exception(message)\n\n  private[sbtImpl] def extractProjectName(project: ProjectReference): String = {\n    val str = project.toString\n    val commaIdx = str.indexOf(',')\n    str.substring(commaIdx+1, str.length-1)\n  }\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/api\/InstallerFactory.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea.tasks.download.api\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.tasks.download.BuildInfo\n\ntrait InstallerFactory {\n    def createInstaller(ideaInstallDir: File, buildInfo: BuildInfo): IdeaInstaller\n  }"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/PluginLogger.scala","text":"package org.jetbrains.sbtidea\n\ntrait PluginLogger {\n  def info(msg: =>String): Unit\n  def warn(msg: =>String): Unit\n  def error(msg: =>String): Unit\n}\n\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/sbtImpl\/IvyLibraryExtractor.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea.tasks.packaging.structure.sbtImpl\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.PluginLogger\nimport org.jetbrains.sbtidea.tasks.packaging.structure.{Library, ModuleKey}\nimport org.jetbrains.sbtidea.tasks.packaging.{ProjectData, ProjectScalaVersion}\nimport sbt.Def.Classpath\nimport sbt.Keys.moduleID\n\nclass IvyLibraryExtractor(private val data: ProjectData)\n                        (private implicit val scalaVersion: ProjectScalaVersion, log: PluginLogger) {\n\n  private val configuration = \"compile\"\n\n  private case class SbtIvyLibrary(override val key: ModuleKey,\n                                   override val jarFile: File) extends Library\n\n  def extract: Seq[Library] = {\n    val resolver = new TransitiveDeps(data.report, configuration)\n    val resolvedLibsNoEvicted = buildModuleIdMap(data.cp)\n    val resolvedLibs          = updateWithEvictionMappings(resolvedLibsNoEvicted, resolver.evicted)\n    val transitiveDeps        = data.definedDeps\n      .filter(_.configurations.isEmpty)\n      .map(_.key)\n      .flatMap(resolver.collectTransitiveDeps)\n    val libraries = for {\n      dep <- transitiveDeps\n      file <- resolvedLibs.get(dep)\n    } yield SbtIvyLibrary(dep, file)\n    libraries.distinct\n  }\n\n  private def buildModuleIdMap(cp: Classpath)(implicit scalaVersion: ProjectScalaVersion): Map[ModuleKey, File] = (for {\n    jarFile <- cp\n    moduleId <- jarFile.get(moduleID.key)\n  } yield { moduleId.key -> jarFile.data }).toMap\n\n  private def updateWithEvictionMappings(cpNoEvicted: Map[ModuleKey, File], evicted: Seq[ModuleKey]): Map[ModuleKey, File] = {\n    val evictionSubstitutes = evicted\n      .map(ev => ev -> cpNoEvicted.find(entry => entry._1 ~== ev).map(_._2)\n        .getOrElse(throw new RuntimeException(s\"Can't resolve eviction for $ev\")))\n    cpNoEvicted ++ evictionSubstitutes\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/api\/IdeaInstaller.scala","text":"package org.jetbrains.sbtidea.tasks.download.api\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.Keys.IdeaPlugin\nimport org.jetbrains.sbtidea.tasks.download.ArtifactPart\n\ntrait IdeaInstaller {\n  def getInstallDir: File\n  def isIdeaAlreadyInstalled: Boolean\n  def isPluginAlreadyInstalled(plugin: IdeaPlugin): Boolean\n  def installIdeaDist(files: Seq[(ArtifactPart, File)]): File\n  def installIdeaPlugin(plugin: IdeaPlugin, artifactPart: ArtifactPart, file: File): File\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/IdeaUpdater.scala","text":"package org.jetbrains.sbtidea.tasks.download\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.Keys.IdeaPlugin\nimport org.jetbrains.sbtidea.tasks.download.api.{IdeaArtifactResolver, InstallerFactory}\nimport sbt._\n\n\n\/**\n  *\n  * @param resolver\n  * @param installerFactory\n  * @param ideaInstallDir directory with extracted distribution containing \"lib\", \"bin\" etc.\n  * @param log\n  *\/\nclass IdeaUpdater(private val resolver: IdeaArtifactResolver,\n                  private val installerFactory: InstallerFactory,\n                  val ideaInstallDir: File)(implicit val log: Logger) {\n\n\n  private val downloader: FileDownloader = new FileDownloader(ideaInstallDir.getParentFile)\n\n  \/\/noinspection MapGetOrElseBoolean\n  def updateIdeaAndPlugins(ideaBuildInfo: BuildInfo, plugins: Seq[IdeaPlugin], withSources: Boolean = true): File = {\n    if (sys.props.get(\"IdeaUpdater.isDumb\").map(_ == \"true\").getOrElse(false))\n      return new File(\".\")\n    val installRoot = updateIdea(ideaBuildInfo)\n    updatePlugins(ideaBuildInfo, plugins)\n    installRoot\n  }\n\n  private def updateIdea(buildInfo: BuildInfo): File = {\n    val installer = installerFactory.createInstaller(ideaInstallDir, buildInfo)\n    if (installer.isIdeaAlreadyInstalled)\n      return installer.getInstallDir\n    log.info(s\"Resolving IDEA dependency for $buildInfo\")\n    val parts           = resolver.resolveUrlForIdeaBuild(buildInfo)\n    log.info(s\"Downloading ${parts.size} IDEA artifacts\")\n    val downloadedFiles = parts.map(p => p -> downloader.download(p))\n    val installed       = installer.installIdeaDist(downloadedFiles)\n    installed\n  }\n\n  private def updatePlugins(buildInfo: BuildInfo, plugins: Seq[IdeaPlugin]): Unit = {\n    val installer = installerFactory.createInstaller(ideaInstallDir, buildInfo)\n    def updatePlugin(plugin: IdeaPlugin): Unit = {\n      if (installer.isPluginAlreadyInstalled(plugin))\n        return\n      log.info(s\"Resolving plugin ${plugin.name}\")\n      val resolved = resolver.resolvePlugin(buildInfo, plugin)\n      log.info(s\"Downloading plugin ${plugin.name}\")\n      val artifact = downloader.download(resolved)\n      installer.installIdeaPlugin(plugin, resolved, artifact)\n    }\n    plugins.foreach {\n      updatePlugin\n    }\n  }\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/ClassesInfo.scala","text":"<reponame>eed3si9n\/sbt-idea-plugin\npackage org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.io.File\n\nfinal case class ClassesInfo(generated: Array[File], deleted: Array[File])"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/Keys.scala","text":"<filename>src\/main\/scala\/org\/jetbrains\/sbtidea\/Keys.scala\npackage org.jetbrains.sbtidea\n\nimport org.jetbrains.sbtidea.tasks.IdeaConfigBuilder\nimport org.jetbrains.sbtidea.tasks.packaging._\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\nimport org.jetbrains.sbtidea.tasks.packaging.artifact._\nimport org.jetbrains.sbtidea.tasks.packaging.structure.ProjectNode\nimport org.jetbrains.sbtidea.tasks.packaging.structure.mappings.LinearMappingsBuilder\nimport org.jetbrains.sbtidea.tasks.packaging.structure.render.StructurePrinter\nimport org.jetbrains.sbtidea.tasks.packaging.structure.sbtImpl.SbtProjectStructureExtractor\nimport sbt.Keys._\nimport sbt._\nimport sbt.complete.DefaultParsers\nimport sbt.jetbrains.ideaPlugin.apiAdapter._\n\nobject Keys {\n\n  lazy val ideaPluginName = SettingKey[String](\n    \"idea-plugin-name\",\n    \"Name of the plugin you're developing\")\n\n  lazy val ideaBuild = SettingKey[String](\n    \"idea-build\",\n    \"Number of IntelliJ IDEA build to use in project\")\n\n  lazy val ideaDownloadDirectory = SettingKey[File](\n    \"idea-download-directory\",\n    \"Directory where IDEA binaries and sources are downloaded\")\n\n  lazy val ideaInternalPlugins = SettingKey[Seq[String]](\n    \"idea-internal-plugins\",\n    \"List of names of bundled IntelliJ IDEA plugins this project depends on\")\n\n  lazy val ideaExternalPlugins = SettingKey[Seq[IdeaPlugin]](\n    \"idea-external-plugins\",\n    \"List of third-party plugins this project depends on\")\n\n  lazy val ideaEdition = SettingKey[IdeaEdition](\n    \"idea-edition\",\n    \"Edition of Intellij IDEA to use in project\")\n\n  lazy val ideaDownloadSources = SettingKey[Boolean](\n    \"idea-download-sources\",\n    \"Flag indicating whether IDEA sources should be downloaded too\")\n\n  lazy val ideaPublishSettings = SettingKey[PublishSettings](\n    \"idea-publish-settings\",\n    \"Settings necessary for publishing IDEA plugin to plugins.jetbrains.com\")\n\n  lazy val ideaPluginFile = TaskKey[File](\n    \"idea-plugin-file\",\n    \"IDEA plugin's file to publish to plugins.jetbrains.com\")\n\n  lazy val updateIdea = TaskKey[Unit](\n    \"update-idea\",\n    \"Download Intellij IDEA binaries, sources and external plugins for specified build\")\n\n  lazy val publishPlugin = TaskKey[String](\n    \"publish-plugin\",\n    \"Publish IDEA plugin on plugins.jetbrains.com\")\n\n  lazy val ideaPluginDirectory = SettingKey[File](\n    \"idea-plugin-directory\",\n    \"Default base directory of IDEA config directories for this plugin\")\n\n  lazy val ideaBaseDirectory = TaskKey[File](\n    \"idea-base-directory\",\n    \"Directory where downloaded IDEA binaries and sources are unpacked\")\n\n  lazy val ideaMainJars = TaskKey[Classpath](\n    \"idea-main-jars\",\n    \"Classpath containing main IDEA jars\")\n\n  lazy val ideaInternalPluginsJars = TaskKey[Classpath](\n    \"idea-internal-plugins-jars\",\n    \"Classpath containing jars of internal IDEA plugins used in this project\")\n\n  lazy val ideaExternalPluginsJars = TaskKey[Classpath](\n    \"idea-external-plugins-jars\",\n    \"Classpath containing jars of external IDEA plugins used in this project\")\n\n  lazy val ideaFullJars = TaskKey[Classpath](\n    \"idea-full-jars\",\n    \"Complete classpath of IDEA's and internal and external plugins' jars\")\n\n  lazy val ideaTestConfigDir = SettingKey[File](\n    \"idea-test-config-dir\",\n    \"IDEA's config directory for tests\")\n\n  lazy val ideaTestSystemDir = SettingKey[File](\n    \"idea-test-system-dir\",\n    \"IDEA's system directory for tests\")\n\n  lazy val cleanUpTestEnvironment = TaskKey[Unit](\n    \"cleanup-test-environment\",\n    \"Clean up IDEA test system and config directories\")\n\n  lazy val packageMethod = SettingKey[PackagingMethod](\n    \"package-method\",\n    \"What kind of artifact to produce from given project\"\n  )\n\n  lazy val packageAdditionalProjects = SettingKey[Seq[Project]](\n    \"package-additional-projects\",\n    \"Projects to package alongside current, without adding classpath dependencies\"\n  )\n\n  lazy val packageLibraryMappings = SettingKey[Seq[(ModuleID, Option[String])]](\n    \"package-library-mappings\",\n    \"Overrides for library mappings in artifact\"\n  )\n\n  lazy val packageFileMappings = SettingKey[Seq[(File, String)]](\n    \"package-file-mappings\",\n    \"Extra files or directories to include into the artifact\"\n  )\n\n  lazy val packageAssembleLibraries = SettingKey[Boolean](\n    \"package-assemble-libraries\",\n    \"Should the project library dependencies be merged inside the project artifact\"\n  )\n\n  lazy val packageOutputDir = SettingKey[File](\n    \"package-output-dir\",\n    \"Folder to write plugin artifact to\"\n  )\n\n  lazy val packageMappings = TaskKey[Mappings](\n    \"package-mappings\",\n    \"Internal structure of plugin artifact\"\n  )\n\n  lazy val packagePlugin = TaskKey[File](\n    \"package-plugin\",\n    \"Create plugin distribution\"\n  )\n\n  lazy val packagePluginDynamic = TaskKey[File](\n    \"package-plugin-dynamic\",\n    \"Create plugin distribution extracting all classes from projects not marked as static to disk\"\n  )\n\n  lazy val packagePluginZip = TaskKey[File](\n    \"package-plugin-zip\",\n    \"Create plugin distribution zip file\"\n  )\n\n  lazy val shadePatterns = SettingKey[Seq[ShadePattern]](\n    \"shade-patterns\",\n    \"Class renaming patterns in jars\"\n  )\n\n  lazy val pathExcludeFilter = SettingKey[ExcludeFilter](\n    \"path-exclude-filter\",\n    \"paths to exclude within merged jars\"\n  )\n\n  lazy val dumpDependencyStructure = TaskKey[ProjectData](\n    \"dump-dependency-structure\"\n  )\n\n  lazy val printProjectGraph = taskKey[Unit](\"Show ASCII project dependency graph in console\")\n\n  lazy val createCompilationTimeStamp: TaskKey[Unit] = taskKey(\"\")\n  lazy val createIDEARunConfiguration: TaskKey[File] = taskKey(\"\")\n  lazy val createIDEAArtifactXml     : TaskKey[Unit] = taskKey(\"\")\n  lazy val dumpDependencyStructureOffline: TaskKey[ProjectData] = taskKey(\"\")\n  lazy val packageMappingsOffline    : TaskKey[Mappings] = taskKey(\"\")\n  lazy val dumpStructure             : TaskKey[Unit] = taskKey(\"\")\n  lazy val dumpStructureTo           : InputKey[File] = inputKey(\"\")\n\n  private var compilationTimeStamp = -1L\n\n  lazy val homePrefix: File = sys.props.get(\"tc.idea.prefix\").map(new File(_)).getOrElse(Path.userHome)\n  lazy val ivyHomeDir: File = Option(System.getProperty(\"sbt.ivy.home\")).fold(homePrefix \/ \".ivy2\")(file)\n\n  sealed trait PackagingMethod\n\n  object PackagingMethod {\n    final case class Skip() extends PackagingMethod\n    final case class MergeIntoParent() extends PackagingMethod\n    final case class DepsOnly(targetPath: String = \"\") extends PackagingMethod\n    final case class MergeIntoOther(project: Project) extends PackagingMethod\n    final case class Standalone(targetPath: String = \"\", static: Boolean = false) extends PackagingMethod\n  }\n\n  sealed trait IdeaPlugin {\n    val name: String\n  }\n\n  object IdeaPlugin {\n    final case class Id(name: String, id: String, channel: Option[String]) extends IdeaPlugin\n    final case class Zip(name: String, url: URL) extends IdeaPlugin\n    final case class Jar(name: String, url: URL) extends IdeaPlugin\n  }\n\n  sealed trait IdeaEdition {\n    val name: String\n    def shortname: String = name.takeRight(2)\n  }\n\n  object IdeaEdition {\n    object Community extends IdeaEdition {\n      override val name = \"ideaIC\"\n    }\n\n    object Ultimate extends IdeaEdition {\n      override val name = \"ideaIU\"\n    }\n  }\n\n  final case class PublishSettings(pluginId: String, username: String, password: String, channel: Option[String])\n\n  def createRunnerProject(from: ProjectReference, newProjectName: String): Project =\n    Project(newProjectName, file(s\"target\/tools\/$newProjectName\"))\n      .dependsOn(from % Provided)\n      .settings(\n        name := newProjectName,\n        scalaVersion := scalaVersion.in(from).value,\n        dumpDependencyStructure := null, \/\/ avoid cyclic dependencies on products task\n        products := packagePluginDynamic.in(from).value :: Nil,\n        packageMethod := org.jetbrains.sbtidea.Keys.PackagingMethod.Skip(),\n        unmanagedJars in Compile := ideaMainJars.value,\n        unmanagedJars in Compile += file(System.getProperty(\"java.home\")).getParentFile \/ \"lib\" \/ \"tools.jar\",\n        mainClass in (Compile, run) := Some(\"com.intellij.idea.Main\"),\n        javaOptions in run := javaOptions.in(from, Test).value :+\n          \"-agentlib:jdwp=transport=dt_socket,server=y,suspend=n,address=5005\",\n        createIDEARunConfiguration := {\n          val configName = \"IDEA\"\n          val data = IdeaConfigBuilder.buildRunConfigurationXML(\n            configName,\n            newProjectName,\n            javaOptions.in(from, Test).value,\n            ideaPluginDirectory.value)\n          val outFile = baseDirectory.in(ThisBuild).value \/ \".idea\" \/ \"runConfigurations\" \/ s\"$configName.xml\"\n          IO.write(outFile, data.getBytes)\n          outFile\n        }\n      ).enablePlugins(SbtIdeaPlugin)\n\n  private val targetFileParser = DefaultParsers.fileParser(file(\"\/\"))\n  lazy val globalSettings: Seq[Setting[_]] = Seq(\n    dumpStructureTo in Global:= Def.inputTaskDyn {\n      val path = targetFileParser.parsed\n      createIDEAArtifactXml.?.all(ScopeFilter(inProjects(LocalRootProject))).value.flatten\n      val fromStructure = dumpStructureTo.in(Global).?.value\n      if (fromStructure.isDefined) {\n        Def.inputTask {\n          fromStructure.get.fullInput(path.getAbsolutePath).evaluated\n        }.toTask(\"\")\n      } else\n      Def.task { new File(\".\") }\n    }.evaluated,\n    dumpStructure := Def.task {\n      createIDEAArtifactXml.?.all(ScopeFilter(inProjects(LocalRootProject))).value.flatten\n      dumpStructure.in(Global).?.value\n    }.value\n  )\n\n  lazy val buildSettings: Seq[Setting[_]] = Seq(\n    ideaPluginName      := \"InsertName\",\n    ideaBuild           := \"LATEST-EAP-SNAPSHOT\",\n    ideaEdition         := IdeaEdition.Community,\n    ideaDownloadSources := true,\n    ideaPluginDirectory   := homePrefix \/ s\".${ideaPluginName.value}Plugin${ideaEdition.value.shortname}\",\n    ideaBaseDirectory     := ideaDownloadDirectory.value \/ ideaBuild.value,\n    ideaDownloadDirectory := ideaPluginDirectory.value \/ \"sdk\",\n    ideaTestConfigDir     := ideaPluginDirectory.value \/ \"test-config\",\n    ideaTestSystemDir     := ideaPluginDirectory.value \/ \"test-system\",\n    concurrentRestrictions in Global += Tags.limit(Tags.Test, 1), \/\/ IDEA tests can't be run in parallel\n    updateIdea := {\n      new tasks.download.CommunityIdeaUpdater(ideaBaseDirectory.value)(streams.value.log)\n        .updateIdeaAndPlugins(\n          tasks.download.BuildInfo(\n            ideaBuild.value,\n            ideaEdition.value\n          ),\n          ideaExternalPlugins.?.all(ScopeFilter(inAnyProject)).value.flatten.flatten,\n          ideaDownloadSources.value\n        )\n    },\n    cleanUpTestEnvironment := {\n      IO.delete(ideaTestSystemDir.value)\n      IO.delete(ideaTestConfigDir.value)\n    },\n    createCompilationTimeStamp := Def.task { compilationTimeStamp = System.currentTimeMillis() }.value,\n    onLoad in Global := ((s: State) => {\n      \"updateIdea\" :: s\n    }) compose (onLoad in Global).value\n  )\n\n  lazy val projectSettings: Seq[Setting[_]] = Seq(\n    ideaInternalPlugins := Seq.empty,\n    ideaExternalPlugins := Seq.empty,\n    ideaMainJars := (ideaBaseDirectory.value \/ \"lib\" * \"*.jar\").classpath,\n    ideaInternalPluginsJars :=\n      tasks.CreatePluginsClasspath(ideaBaseDirectory.value \/ \"plugins\", ideaInternalPlugins.value),\n\n    ideaExternalPluginsJars :=\n      tasks.CreatePluginsClasspath(ideaBaseDirectory.value \/ \"externalPlugins\", ideaExternalPlugins.value.map(_.name)),\n\n    ideaFullJars := ideaMainJars.value ++ ideaInternalPluginsJars.value ++ ideaExternalPluginsJars.value,\n    unmanagedJars in Compile ++= ideaFullJars.value,\n\n    packageOutputDir := target.value \/ \"plugin\" \/ ideaPluginName.value,\n    ideaPluginFile   := target.value \/ s\"${ideaPluginName.value}-${version.value}.zip\",\n    ideaPublishSettings := PublishSettings(\"\", \"\", \"\", None),\n    publishPlugin := tasks.PublishPlugin.apply(ideaPublishSettings.value, ideaPluginFile.value, streams.value),\n    packageMethod := PackagingMethod.MergeIntoParent(),\n    packageLibraryMappings := \"org.scala-lang\"         % \"scala-.*\" % \".*\" -> None ::\n                              \"org.scala-lang.modules\" % \"scala-.*\" % \".*\" -> None :: Nil,\n    packageFileMappings := Seq.empty,\n    packageAdditionalProjects := Seq.empty,\n    packageAssembleLibraries := false,\n    printProjectGraph := {\n      val rootProject = thisProjectRef.value\n      val buildDeps = buildDependencies.value\n      val data = dumpDependencyStructureOffline.?.all(ScopeFilter(inAnyProject)).value.flatten.filterNot(_ == null)\n      implicit val logger: SbtPluginLogger = new SbtPluginLogger(streams.value)\n      val structure = new SbtProjectStructureExtractor(rootProject, data, buildDeps).extract\n      streams.value.log.info(new StructurePrinter().renderASCII(structure.last))\n    },\n    dumpDependencyStructure := Def.task {\n      ProjectData(\n        thisProjectRef.value,\n        managedClasspath.in(Compile).value,\n        libraryDependencies.in(Compile).value,\n        packageAdditionalProjects.value,\n        packageAssembleLibraries.value,\n        products.in(Compile).value,\n        update.value,\n        packageLibraryMappings.value,\n        packageFileMappings.value,\n        packageMethod.value,\n        shadePatterns.value,\n        pathExcludeFilter.value\n      )\n    }.value,\n    dumpDependencyStructureOffline := Def.task {\n      ProjectData(\n        thisProjectRef.value,\n        managedClasspath.in(Compile).value,\n        libraryDependencies.in(Compile).value,\n        packageAdditionalProjects.value,\n        packageAssembleLibraries.value,\n        productDirectories.in(Compile).value,\n        update.value,\n        packageLibraryMappings.value,\n        packageFileMappings.value,\n        packageMethod.value,\n        shadePatterns.value,\n        pathExcludeFilter.value\n      )\n    }.value,\n    packageMappings := Def.taskDyn {\n      streams.value.log.info(\"started dumping structure\")\n      val rootProject = thisProjectRef.value\n      val buildDeps = buildDependencies.value\n      val data = dumpDependencyStructure.?.all(ScopeFilter(inAnyProject)).value.flatten.filterNot(_ == null)\n      val outputDir = packageOutputDir.value\n      implicit val logger: SbtPluginLogger = new SbtPluginLogger(streams.value)\n      Def.task {\n        val structure = new SbtProjectStructureExtractor(rootProject, data, buildDeps).extract\n        new LinearMappingsBuilder(outputDir).buildMappings(structure)\n      }\n    }.value,\n    packageMappingsOffline := Def.taskDyn {\n      streams.value.log.info(\"started dumping offline structure\")\n      val rootProject = thisProjectRef.value\n      val buildDeps = buildDependencies.value\n      val data = dumpDependencyStructureOffline.?.all(ScopeFilter(inAnyProject)).value.flatten.filterNot(_ == null)\n      val outputDir = packageOutputDir.value\n      implicit val logger: SbtPluginLogger = new SbtPluginLogger(streams.value)\n      Def.task {\n        val structure = new SbtProjectStructureExtractor(rootProject, data, buildDeps).extract\n        new LinearMappingsBuilder(outputDir).buildMappings(structure)\n      }\n    }.value,\n    packagePlugin := Def.taskDyn {\n      val outputDir = packageOutputDir.value\n      val mappings  = packageMappings.value\n      val stream    = streams.value\n      val myTarget  = target.value\n      Def.task { new DistBuilder(stream, myTarget).produceArtifact(mappings); outputDir }\n    }.value,\n    packagePluginDynamic := Def.sequential(createCompilationTimeStamp, Def.task {\n      val outputDir = packageOutputDir.value\n      val mappings  = packageMappings.value\n      val stream    = streams.value\n      val myTarget  = target.value\n      val hints = extractAffectedFiles(compilationTimeStamp, compile.all(ScopeFilter(inAnyProject, inConfigurations(Compile))).value)\n      new DynamicDistBuilder(stream, myTarget, outputDir, hints).produceArtifact(mappings)\n      outputDir\n    }).value,\n    packagePluginZip := Def.task {\n      val outputDir = packagePlugin.value.getParentFile\n      val pluginFile = ideaPluginFile.value\n      implicit val stream: TaskStreams = streams.value\n      IO.delete(pluginFile)\n      new ZipDistBuilder(pluginFile).produceArtifact(outputDir)\n      pluginFile\n    }.value,\n    createIDEAArtifactXml := Def.taskDyn {\n      val buildRoot = baseDirectory.in(ThisBuild).value\n      val projectRoot = baseDirectory.in(ThisProject).value\n\n      if (buildRoot == projectRoot)\n        Def.task {\n          val outputDir = packageOutputDir.value\n          val mappings  = packageMappingsOffline.value\n          val projectName = thisProject.value.id\n          val result = new IdeaArtifactXmlBuilder(projectName, outputDir).produceArtifact(mappings)\n          val file = buildRoot \/ \".idea\" \/ \"artifacts\" \/ s\"$projectName.xml\"\n          IO.write(file, result)\n        }\n      else Def.task { }\n    }.value,\n    aggregate.in(packagePluginZip) := false,\n    aggregate.in(packageMappings) := false,\n    aggregate.in(packagePlugin) := false,\n    aggregate.in(updateIdea) := false,\n    unmanagedJars in Compile += file(System.getProperty(\"java.home\")).getParentFile \/ \"lib\" \/ \"tools.jar\",\n\n    shadePatterns := Seq.empty,\n    pathExcludeFilter := ExcludeFilter.AllPass,\n\n    \/\/ Test-related settings\n\n    fork in Test := true,\n    parallelExecution := false,\n    logBuffered := false,\n    javaOptions in Test := Seq(\n      \"-Xms128m\",\n      \"-Xmx4096m\",\n      \"-server\",\n      \"-ea\",\n      s\"-Didea.system.path=${ideaTestSystemDir.value}\",\n      s\"-Didea.config.path=${ideaTestConfigDir.value}\",\n      s\"-Dsbt.ivy.home=$ivyHomeDir\",\n      s\"-Dplugin.path=${packageOutputDir.value}\"\n    ),\n    envVars in Test += \"NO_FS_ROOTS_ACCESS_CHECK\" -> \"yes\"\n  )\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/sbtImpl\/SbtProjectStructureExtractor.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.structure.sbtImpl\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.Keys.PackagingMethod._\nimport org.jetbrains.sbtidea.PluginLogger\nimport org.jetbrains.sbtidea.tasks.packaging._\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\nimport org.jetbrains.sbtidea.tasks.packaging.structure._\nimport sbt.jetbrains.ideaPlugin.apiAdapter._\nimport sbt.{Project, ProjectRef}\n\nimport scala.collection.mutable\n\nclass SbtProjectStructureExtractor(private val rootProject: ProjectRef,\n                                   private val projectsData: Seq[ProjectData],\n                                   private val buildDependencies: BuildDependencies)(implicit log: PluginLogger)\n  extends ProjectStructureExtractor with Ref2Node {\n\n\n  case class SbtProjectNode(ref: ProjectRef,\n                            var parents: Seq[ProjectNode],\n                            var children: Seq[ProjectNode],\n                            var libs: Seq[Library],\n                            var packagingOptions: ProjectPackagingOptions) extends ProjectNode {\n    def name:  String = extractProjectName(ref)\n    def cache: SbtProjectNode = { projectCache += ref -> this; this }\n    override def toString: String = s\"PN($name)\"\n    override def hashCode(): Int = ref.hashCode()\n    override def equals(obj: Any): Boolean = obj match {\n      case SbtProjectNode(otherRef, _, _, _, _) => ref.equals(otherRef)\n      case _ => false\n    }\n  }\n\n  case class SbtProjectPackagingOptions(override val packageMethod: PackagingMethod,\n                                        override val libraryMappings: Seq[(ModuleKey, Option[String])],\n                                        override val fileMappings: Seq[(File, String)],\n                                        override val shadePatterns: Seq[ShadePattern],\n                                        override val excludeFilter: ExcludeFilter,\n                                        override val classRoots: Seq[File],\n                                        override val assembleLibraries: Boolean,\n                                        override val additionalProjects: Seq[ProjectNode]) extends ProjectPackagingOptions\n\n  private val projectMap: Map[ProjectRef, ProjectData] =\n    projectsData.iterator.map(x => x.thisProject -> mkProjectData(x)).toMap\n\n  private val revProjectMap: Seq[(ProjectRef, ProjectRef)] =\n    projectsData.flatMap(x => buildDependencies.classpathRefs(x.thisProject).map(_ -> x.thisProject))\n\n  private val projectCache: mutable.Map[ProjectRef, ProjectNode] =\n    new mutable.HashMap[ProjectRef, ProjectNode]\n\n  override def findProjectRef(project: Project): Option[ProjectRef] = projectMap.find(_._1.project == project.id).map(_._1)\n\n  override def getNode(ref: ProjectRef): ProjectNode = projectCache(ref)\n\n  private def buildNodeStub(ref:ProjectRef): SbtProjectNode = SbtProjectNode(ref, null, null, null, null).cache\n\n  private def validateProjectData(data: ProjectData): Unit = {\n    val unresolvedRefs = data.additionalProjects.map(x => x -> findProjectRef(x)).filter(_._2.isEmpty)\n    if (unresolvedRefs.nonEmpty)\n      throw new SbtProjectExtractException(s\"Failed to resolve refs for projects: $unresolvedRefs\")\n\n    val unmappedProjects = data.additionalProjects.flatMap(findProjectRef).map(x => x -> projectCache.get(x)).filter(_._2.isEmpty)\n    if (unmappedProjects.nonEmpty)\n      throw new SbtProjectExtractException(s\"No stubs for project refs found: ${unmappedProjects.map(_._1)}\")\n  }\n\n  private def extractPackagingOptions(ref: ProjectRef): ProjectPackagingOptions = {\n    val data = projectMap(ref)\n    implicit val ref2Node: Ref2Node = this\n    implicit val scalaVersion: ProjectScalaVersion =\n      ProjectScalaVersion(data.definedDeps.find(_.name == \"scala-library\"))\n\n    validateProjectData(data)\n\n    SbtProjectPackagingOptions(\n      data.packageMethod,\n      data.libMapping.map(x=> x._1.key -> x._2),\n      data.additionalMappings,\n      data.shadePatterns,\n      data.excludeFilter,\n      data.productDirs,\n      data.assembleLibraries,\n      data.additionalProjects.map(x => projectCache(findProjectRef(x).get))\n    )\n  }\n\n  private def extractLibraries(ref: ProjectRef): Seq[Library] = {\n    val projectData = projectMap(ref)\n\n    implicit val scalaVersion: ProjectScalaVersion =\n      ProjectScalaVersion(projectData.definedDeps.find(_.name == \"scala-library\"))\n\n    val libraryExtractor = new IvyLibraryExtractor(projectData)\n    libraryExtractor.extract\n  }\n\n  private def createNodeStubs(root: ProjectRef): Seq[SbtProjectNode] = {\n    val sortedRefs = topoSortRefs(root).reverse\n    val nodeStubs = sortedRefs.map(buildNodeStub)\n    nodeStubs\n  }\n\n  private def buildUnprocessedStubs(): Unit = {\n    val unprocessedRefs = projectsData.map(_.thisProject).filterNot(projectCache.contains)\n    if (unprocessedRefs.nonEmpty)\n      log.info(s\"building stubs for ${unprocessedRefs.size} weak-referenced refs: $unprocessedRefs\")\n    unprocessedRefs\n      .map(buildNodeStub)\n      .foreach(updateNode)\n  }\n\n  private def updateNode(node: SbtProjectNode): SbtProjectNode = {\n    val childRefs = buildDependencies.classpathRefs(node.ref)\n    assert(childRefs.forall(projectCache.contains), s\"Child stubs incomplete: ${childRefs.filterNot(projectCache.contains)}\")\n    node.children = childRefs.map(projectCache)\n\n    val parentRefs = revProjectMap.filter(_._1 == node.ref).map(_._2).distinct\n    assert(parentRefs.forall(projectCache.contains), s\"Parent stubs incomplete: ${parentRefs.filterNot(projectCache.contains)}\")\n    node.parents = parentRefs.map(projectCache)\n\n    val libs = extractLibraries(node.ref)\n    val packageOptions = extractPackagingOptions(node.ref)\n\n    node.libs = libs\n    node.packagingOptions = packageOptions\n\n    node\n  }\n\n  private def buildNodeGraph(sortedStubs: Seq[SbtProjectNode]): Seq[ProjectNode] = {\n    sortedStubs.map(updateNode)\n  }\n\n  private def topoSortRefs(root: ProjectRef, queue: Seq[ProjectRef] = Seq.empty): Seq[ProjectRef] = {\n    val data = projectMap(root)\n    if (!queue.contains(root)) {\n      val newQueue = queue :+ root\n      val direct = buildDependencies.classpathRefs(root).foldLeft(newQueue) { case (q, r) => topoSortRefs(r, q) }\n      val additional = data.additionalProjects.flatMap(findProjectRef).foldLeft(direct) { case (q, r) => topoSortRefs(r, q) }\n      additional\n    } else { queue }\n  }\n\n  private def mkProjectData(projectData: ProjectData): ProjectData = {\n    if (projectData.thisProject == rootProject && !projectData.packageMethod.isInstanceOf[Standalone]) {\n      projectData.copy(packageMethod = Standalone())\n    } else projectData\n  }\n\n  override def extract: Seq[ProjectNode] = {\n    log.info(s\"building node stubs from root: $rootProject\")\n    val stubs = createNodeStubs(rootProject)\n    buildUnprocessedStubs()\n    log.info(s\"building node graph from nodes: $stubs\")\n    val updatedNodes = buildNodeGraph(stubs)\n    updatedNodes\n  }\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/SbtPluginLogger.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea\n\nimport sbt.Keys._\n\nclass SbtPluginLogger(streams: TaskStreams) extends PluginLogger {\n  override def info(msg: => String): Unit = streams.log.info(msg)\n  override def warn(msg: => String): Unit = streams.log.warn(msg)\n  override def error(msg: => String): Unit = streams.log.error(msg)\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/ArtifactBuilder.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.artifact\n\ntrait ArtifactBuilder[T, U] {\n    def produceArtifact(structure: T): U\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/JarPackager.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.net.URI\nimport java.nio.file._\nimport java.nio.file.attribute.BasicFileAttributes\nimport java.util\nimport java.util.Collections\n\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\nimport sbt.Keys.TaskStreams\n\ntrait JarPackager {\n  def copySingleJar(from: Path)\n  def mergeIntoOne(source: Seq[Path])\n}\n\nclass SimplePackager(protected val myOutput: Path,\n                     private val shader: ClassShader,\n                     private val excludeFilter: ExcludeFilter,\n                     private val incrementalCache: IncrementalCache)(implicit private val streams: TaskStreams) extends JarPackager {\n\n  private val myOutputExists = Files.exists(myOutput)\n\n  private var counter = 0\n\n  protected def outputExists(path: Path): Boolean = myOutputExists\n\n  override def copySingleJar(from: Path): Unit = {\n    if (!myOutputExists || fileChanged(from)) {\n      if (!Files.exists(myOutput.getParent))\n        Files.createDirectories(myOutput.getParent)\n      Files.copy(from, myOutput, StandardCopyOption.REPLACE_EXISTING)\n    }\n  }\n\n  override def mergeIntoOne(sources: Seq[Path]): Unit = {\n    using(createOutputFS(myOutput)) { outputFS =>\n      sources.foreach(processSingleSource(_, outputFS))\n    }\n    if (counter > 0)\n      streams.log.info(s\"Wrote $counter files to $myOutput\")\n    counter = 0\n  }\n\n  protected def fileChanged(in: Path): Boolean = {\n    incrementalCache.fileChanged(in)\n  }\n\n  protected def createInputFS(input: Path): FileSystem = {\n    if (input.toString.contains(\"jar!\")) {\n      val Array(jarPath, _) = input.toString.split(\"!\")\n      FileSystems.newFileSystem(URI.create(\"jar:\"+Paths.get(jarPath)), Collections.emptyMap[String, Any]())\n    } else if (input.toString.endsWith(\"jar\")) {\n      FileSystems.newFileSystem(URI.create(\"jar:\" + input.toUri), Collections.emptyMap[String, Any]())\n    } else {\n      input.getFileSystem\n    }\n  }\n\n  protected def createOutputFS(output: Path): FileSystem = {\n    val env = new util.HashMap[String, String]()\n    env.put(\"create\", String.valueOf(Files.notExists(output)))\n    if (output.toString.contains(\"jar!\")) {\n      val Array(jarPath, _) = output.toString.split(\"!\")\n      FileSystems.newFileSystem(URI.create(\"jar:\"+Paths.get(jarPath).toUri), env)\n    } else if (output.toString.endsWith(\"jar\")) {\n      FileSystems.newFileSystem(URI.create(\"jar:\" + output.toUri), env)\n    } else {\n      throw new RuntimeException(s\"Output is not a jar file: $output\")\n    }\n  }\n  protected def createInput(input: Path, inputFS: FileSystem): Path = {\n    if (input.toString.contains(\"jar!\")) {\n      val Array(_, location) = input.toString.split(\"!\")\n      inputFS.getPath(location)\n    } else if (input.toString.endsWith(\"jar\")) {\n      inputFS.getPath(inputFS.getSeparator)\n    } else {\n      input\n    }\n  }\n\n  protected def createOutput(srcPath: Path, output: Path, outputFS: FileSystem): Path = {\n    if (output.toString.contains(\"jar!\")) {\n      val Array(_, newRoot) = output.toString.split(\"!\")\n      if (newRoot.endsWith(outputFS.getSeparator))\n        outputFS.getPath(newRoot).resolve(srcPath.toString)  \/\/ copy file to dir\n      else\n        outputFS.getPath(newRoot)                            \/\/ copy file to file\n    } else if (output.toString.endsWith(\"jar\")) {\n      outputFS.getPath(srcPath.toString)\n    } else {\n      throw new RuntimeException(s\"Output is not a jar file: $output\")\n    }\n  }\n\n  private def processSingleSource(src: Path, outputFS: FileSystem): Unit = {\n    if (!src.toString.contains(\"jar!\") && !Files.exists(src))\n      return\n    using(createInputFS(src)) { fs =>\n      val inputRoot = createInput(src, fs)\n      walkEntry(inputRoot, outputFS) { (from, to) =>\n        if (to.getParent != null)\n          Files.createDirectories(to.getParent)\n        shader.applyShading(from, to) {\n          Files.copy(from, to, StandardCopyOption.REPLACE_EXISTING)\n        }\n      }\n    }\n  }\n\n  private def walkEntry(root: Path, outputFS: FileSystem)(processor: (Path, Path) => Unit): Unit = {\n    val visitor = new SimpleFileVisitor[Path]() {\n      override def visitFile(p: Path, basicFileAttributes: BasicFileAttributes): FileVisitResult = {\n        val perhapsRelativePath = Option(root.relativize(p))\n          .filter(_.toString.nonEmpty)\n          .getOrElse(Paths.get(p.getFileName.toString)) \/\/ copying single file - nothing to relativize against\n        val newPathInJar = createOutput(perhapsRelativePath, myOutput, outputFS)\n        if (!excludeFilter(perhapsRelativePath) && (!outputExists(newPathInJar) || fileChanged(p))) {\n          processor(p, newPathInJar)\n          counter += 1\n        }\n        FileVisitResult.CONTINUE\n      }\n    }\n    Files.walkFileTree(root, visitor)\n  }\n\n}\n\nclass ZipPackager(myOutput: Path)(implicit private val streams: TaskStreams)\n  extends SimplePackager(myOutput, new NoOpClassShader, ExcludeFilter.AllPass, new DumbIncrementalCache) {\n\n  override protected def createOutputFS(output: Path): FileSystem = {\n    val env = new util.HashMap[String, String]()\n    env.put(\"create\", String.valueOf(Files.notExists(output)))\n    FileSystems.newFileSystem(URI.create(\"jar:\" + output.toUri), env)\n  }\n\n  override protected def createOutput(srcPath: Path, output: Path, outputFS: FileSystem): Path =\n    outputFS.getPath(srcPath.toString)\n\n  override protected def createInputFS(input: Path): FileSystem = input.getFileSystem\n\n  override protected def createInput(input: Path, inputFS: FileSystem): Path = input\n\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/mappings\/AbstractMappingBuilder.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.structure.mappings\nimport java.io.File\n\nimport org.jetbrains.sbtidea.tasks.packaging.Mappings\nimport org.jetbrains.sbtidea.tasks.packaging.structure.ProjectNode\n\ntrait AbstractMappingBuilder {\n  def outputDir: File\n  def buildMappings(nodes: Seq[ProjectNode]): Mappings\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/FileDownloader.scala","text":"<gh_stars>1-10\npackage org.jetbrains.sbtidea.tasks.download\n\nimport java.io.FileOutputStream\nimport java.net.URL\nimport java.nio.ByteBuffer\nimport java.nio.channels.{Channels, ReadableByteChannel}\n\nimport sbt.{File, IO, Logger}\n\nprivate class FileDownloader(private val baseDirectory: File)(implicit val log: Logger) {\n\n  private val downloadDirectory = getOrCreateDLDir()\n\n  def download(artifactPart: ArtifactPart): File = {\n    val partFile   = new File(downloadDirectory, s\"${createName(artifactPart)}.part\")\n    val targetFile = new File(downloadDirectory, createName(artifactPart))\n    if (targetFile.exists() && targetFile.length() > 0) {\n      log.info(s\"Already downloaded $artifactPart\")\n      return targetFile\n    }\n    targetFile.delete()\n    try {\n      try {\n        downloadNative(artifactPart.url, partFile) { progressInfo =>\n          val text = s\"${progressInfo.renderAll} -> $partFile\\r\"\n          if (!progressInfo.done) print(text) else println(text)\n        }\n      } catch {\n        case e: Exception =>\n          log.warn(s\"Smart download of ${artifactPart.url} failed, trying via sbt: $e\")\n          downloadViaSbt(artifactPart.url, partFile)\n      }\n      partFile.renameTo(targetFile)\n      targetFile\n    } catch {\n      case e: Exception if artifactPart.optional =>\n        log.warn(s\"Can't download optional ${artifactPart.url}: $e\")\n        new File(\"\")\n    }\n  }\n\n  private def createName(artifactPart: ArtifactPart): String =\n    if (artifactPart.nameHint.nonEmpty)\n      artifactPart.nameHint\n    else\n      Math.abs(artifactPart.url.hashCode).toString\n\n  private def downloadViaSbt(from: sbt.URL, to: File): Unit = {\n    import sbt.jetbrains.ideaPlugin.apiAdapter._\n    log.info(s\"Downloading $from to $to\")\n    Using.urlInputStream(from) { inputStream =>\n      IO.transfer(inputStream, to)\n    }\n  }\n\n  \/\/ TODO: add downloading to temp if available\n  private def getOrCreateDLDir(): File = {\n    val dir = new File(baseDirectory, \"downloads\")\n    if (!dir.exists())\n      dir.mkdirs()\n    dir\n  }\n\n  case class ProgressInfo(percent: Int, speed: Double, downloaded: Long, total: Long) {\n    def renderBar: String = {\n      val width = jline.TerminalFactory.get().getWidth \/ 4 \/\/ quarter width for a progressbar is fine\n      s\"[${\"=\" * ((percent * width \/ 100) - 1)}>${\".\" * (width-(percent * width \/ 100))}]\"\n    }\n\n    def renderSpeed: String = {\n      if (speed < 1024)                     \"%.0f B\/s\".format(speed)\n      else if (speed < 1024 * 1024)         \"%.2f KB\/s\".format(speed \/ 1024.0)\n      else if (speed < 1024 * 1024 * 1024)  \"%.2f MB\/s\".format(speed \/ (1024.0 * 1024.0))\n      else                                  \"%.2f GB\/s\".format(speed \/ (1024.0 * 1024.0 * 1024.0))\n    }\n\n    private def space = if (percent == 100) \"\" else \" \"\n\n    def renderText: String = s\"$renderSpeed; ${(downloaded \/ (1024 * 1024)).toInt}\/${(total \/ (1024 * 1024)).toInt}MB\"\n\n    def renderAll: String = s\"$percent%$space $renderBar @ $renderText\"\n\n    def done: Boolean = downloaded == total\n  }\n\n  private def downloadNative(url: URL, to: File)(progressCallback: ProgressInfo => Unit): Unit = {\n    val connection = url.openConnection()\n    val localLength = to.length()\n    if (to.exists() && isResumeSupported(url)) {\n      connection.setRequestProperty(\"Range\", s\"bytes=$localLength-\")\n      log.info(s\"Resuming download of $url to $to\")\n    } else {\n      sbt.IO.delete(to)\n      log.info(s\"Starting download $url to $to\")\n    }\n\n    var inChannel: ReadableByteChannel = null\n    var outStream: FileOutputStream    = null\n    try {\n      val remoteLength = getContentLength(url)\n      inChannel = Channels.newChannel(connection.getInputStream)\n      outStream = new FileOutputStream(to, to.exists())\n      val rbc   = new RBCWrapper(inChannel, remoteLength, localLength, progressCallback)\n      outStream.getChannel.transferFrom(rbc, 0, Long.MaxValue)\n    } finally {\n      try { if (inChannel != null) inChannel.close() } catch { case e: Exception => log.error(s\"Failed to close input channel: $e\") }\n      try { if (outStream != null) outStream.close() } catch { case e: Exception => log.error(s\"Failed to close output stream: $e\") }\n    }\n  }\n\n  private def isResumeSupported(url: URL): Boolean = withConnection(url) { connection =>\n    try   { connection.getResponseCode != 206 }\n    catch { case e: Exception => log.warn(s\"Error checking for a resumed download: ${e.getMessage}\"); false }\n  }\n\n  private def getContentLength(url: URL): Int = withConnection(url) { connection =>\n    try {\n      connection.setRequestMethod(\"HEAD\")\n      val contentLength = connection.getContentLength\n      if (contentLength != 0) contentLength else -1\n    } catch {\n      case e: Exception => log.warn(s\"Failed to get file size for $url: ${e.getMessage}\"); -1\n    }\n  }\n\n\n  class RBCWrapper(rbc: ReadableByteChannel, expectedSize: Long, alreadyDownloaded: Long, progressCallback: ProgressInfo => Unit) extends ReadableByteChannel {\n    private var readSoFar       = alreadyDownloaded\n    private var lastTimeStamp   = System.currentTimeMillis()\n    private var readLastSecond  = 0L\n    override def isOpen: Boolean  = rbc.isOpen\n    override def close(): Unit    = rbc.close()\n    override def read(bb: ByteBuffer): Int = {\n      var numRead = rbc.read(bb)\n      if (numRead > 0) {\n        readSoFar       += numRead\n        readLastSecond  += numRead\n        val newTimeStamp = System.currentTimeMillis()\n        if (newTimeStamp - lastTimeStamp >= 1000 || readSoFar == expectedSize) { \/\/ update every second or on finish\n          val percent = if (expectedSize > 0)\n            readSoFar.toDouble \/ expectedSize.toDouble * 100.0\n          else\n            -1.0\n          val speed = readLastSecond.toDouble \/ ((newTimeStamp - lastTimeStamp + 1) \/ 1000.0)\n          progressCallback(ProgressInfo(percent.toInt, speed, readSoFar, expectedSize))\n          lastTimeStamp  = newTimeStamp\n          readLastSecond = 0\n        }\n      }\n      numRead\n    }\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/CommunityIdeaUpdater.scala","text":"<reponame>eed3si9n\/sbt-idea-plugin\npackage org.jetbrains.sbtidea.tasks.download\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.tasks.download.api.{IdeaInstaller, InstallerFactory}\nimport sbt.Logger\n\n\/\/noinspection ConvertExpressionToSAM : no SAM in scala 2.10\nclass CommunityIdeaUpdater(ideaInstallDir: File)(implicit log: Logger) extends IdeaUpdater(\n  ideaInstallDir     = ideaInstallDir,\n  resolver          = new JBRepoArtifactResolver with IdeaPluginResolver,\n  installerFactory  = new InstallerFactory {\n    override def createInstaller(ideaInstallDir: File, buildInfo: BuildInfo): IdeaInstaller =\n      new CommunityIdeaInstaller(ideaInstallDir, buildInfo)(log)\n  }\n)\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"build.sbt","text":"<gh_stars>1-10\nname := \"sbt-idea-plugin\"\norganization := \"org.jetbrains\"\nsbtPlugin := true\nlicenses += (\"MIT\", url(\"http:\/\/opensource.org\/licenses\/MIT\"))\n\nscalacOptions ++= Seq(\"-deprecation\", \"-feature\")\n\nlibraryDependencies ++=\n  \"org.scalaj\" %% \"scalaj-http\" % \"2.3.0\" ::\n    \"org.pantsbuild\" % \"jarjar\" % \"1.6.6\" ::\n    \"org.jetbrains\" %% \"ascii-graphs\" % \"0.0.6\" :: Nil\n\ncrossSbtVersions := Seq(\"0.13.17\", \"1.2.6\")\n\npublishMavenStyle := false\nbintrayRepository := \"sbt-plugins\"\nbintrayOrganization := Some(\"jetbrains\")\n\nenablePlugins(ScriptedPlugin)\nscriptedLaunchOpts ++= Seq(\"-Xmx1024M\", \"-Dplugin.version=\" + version.value)\nscriptedBufferLog := false\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/DynamicPackager.scala","text":"<reponame>eed3si9n\/sbt-idea-plugin\npackage org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.nio.file.{FileSystem, Files, Path}\n\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\nimport sbt.Keys.TaskStreams\n\nclass DynamicPackager(myOutput: Path,\n                      shader: ClassShader,\n                      excludeFilter: ExcludeFilter,\n                      incrementalCache: IncrementalCache)\n                     (implicit private val streams: TaskStreams)\n  extends SimplePackager(myOutput, shader, excludeFilter, incrementalCache) {\n\n  override protected def outputExists(path: Path): Boolean = Files.exists(path)\n\n  override protected def createOutputFS(output: Path): FileSystem = {\n    if (!output.toFile.exists())\n      Files.createDirectories(output)\n    output.getFileSystem\n  }\n\n  override protected def createOutput(srcPath: Path, output: Path, outputFS: FileSystem): Path = {\n    val srcTranslated = translatePath(srcPath, myOutput.getFileSystem)\n    if (srcPath.toString.contains(\"META-INF\"))\n      myOutput.getParent.resolve(srcTranslated)\n    else myOutput.resolve(srcTranslated)\n  }\n\n  private def translatePath(path: Path, toFS: FileSystem) = {\n    val pathFS = path.getFileSystem\n    val pathSeparator = pathFS.getSeparator\n    val toSeparator = toFS.getSeparator\n    val adapted = path.toString.replace(pathSeparator, toSeparator)\n    toFS.getPath(adapted)\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/IdeaPluginResolver.scala","text":"package org.jetbrains.sbtidea.tasks.download\nimport org.jetbrains.sbtidea.Keys.IdeaPlugin\nimport org.jetbrains.sbtidea.tasks.download.api.IdeaArtifactResolver\nimport sbt.URL\n\ntrait IdeaPluginResolver extends IdeaArtifactResolver {\n\n  private val baseUrl = \"https:\/\/plugins.jetbrains.com\/pluginManager\"\n\n  override def resolvePlugin(idea: BuildInfo, pluginInfo: IdeaPlugin): ArtifactPart = {\n    pluginInfo match {\n      case IdeaPlugin.Zip(pluginName, pluginUrl) =>\n        ArtifactPart(pluginUrl, ArtifactKind.PLUGIN_ZIP, pluginName)\n      case IdeaPlugin.Jar(pluginName, pluginUrl) =>\n        ArtifactPart(pluginUrl, ArtifactKind.PLUGIN_JAR, pluginName)\n      case IdeaPlugin.Id(pluginName, id, channel) =>\n        val chanStr = channel.map(c => s\"&channel=$c\").getOrElse(\"\")\n        val urlStr = s\"$baseUrl?action=download&id=$id$chanStr&build=${idea.edition.shortname}-${idea.buildNumber}\"\n        ArtifactPart(new URL(urlStr), ArtifactKind.MISC, pluginName)\n    }\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/ProjectStructureExtractor.scala","text":"package org.jetbrains.sbtidea.tasks.packaging.structure\n\nabstract class ProjectStructureExtractor {\n  def extract: Seq[ProjectNode]\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/CommunityIdeaInstaller.scala","text":"package org.jetbrains.sbtidea.tasks.download\n\nimport java.io.File\nimport java.nio.file.attribute.PosixFilePermissions\nimport java.nio.file.{Files, Path}\nimport java.util.function.Consumer\nimport java.util.zip.ZipFile\n\nimport org.jetbrains.sbtidea.Keys.IdeaPlugin\nimport org.jetbrains.sbtidea.tasks.download.api.IdeaInstaller\nimport sbt._\n\nclass CommunityIdeaInstaller(ideaInstallDir: File, buildInfo: BuildInfo)(implicit val log: Logger) extends IdeaInstaller {\n\n  override def getInstallDir: File = ideaInstallDir\n\n  override def isIdeaAlreadyInstalled: Boolean = getInstallDir.exists() && getInstallDir.listFiles().nonEmpty\n\n  override def isPluginAlreadyInstalled(plugin: IdeaPlugin): Boolean =\n    pluginDir(plugin).exists() || pluginFile(plugin).exists()\n\n  override def installIdeaDist(files: Seq[(ArtifactPart, File)]): File = {\n    val dist = files\n      .collectFirst { case (ArtifactPart(_, ArtifactKind.IDEA_DIST, _, _), file) => file }\n      .getOrElse(throw new RuntimeException(s\"Can't install IDEA: distribution is missing: $files\"))\n    val src = files\n      .collectFirst { case (ArtifactPart(_, ArtifactKind.IDEA_SRC, _, _), file) if file.exists() => file }\n    val extras = files\n      .collect({ case a@(ArtifactPart(_, ArtifactKind.MISC, _, _), _) => a })\n\n    ensureFolderStructure()\n\n    installDist(dist)\n    installExtras(extras)\n    if (src.nonEmpty)\n      installSources(src.head)\n    else log.warn(s\"No IDEA sources have been downloaded\")\n\n    fixAccessRights()\n\n    getInstallDir\n  }\n\n  override def installIdeaPlugin(plugin: IdeaPlugin, artifactPart: ArtifactPart, file: File): File = {\n    if (new ZipFile(file).entries().nextElement().getName == s\"${plugin.name}\/\") { \/\/ zips have a single folder in root with the same name as the plugin\n      val tmpPluginDir = getInstallDir.getParentFile \/ s\"${buildInfo.edition.name}-${buildInfo.buildNumber}-${plugin.name}-TMP\"\n      val installDir = pluginDir(plugin)\n      sbt.IO.delete(tmpPluginDir)\n      log.info(s\"Extracting plugin '${plugin.name} to $tmpPluginDir\")\n      sbt.IO.unzip(file, tmpPluginDir)\n      sbt.IO.move(tmpPluginDir, installDir)\n      sbt.IO.delete(file)\n      log.info(s\"Installed plugin '${plugin.name} to $installDir\")\n      installDir\n    } else {\n      val targetFile = pluginFile(plugin)\n      sbt.IO.move(file, targetFile)\n      log.info(s\"Installed plugin '${plugin.name} to $targetFile\")\n      targetFile\n    }\n  }\n\n  protected def installDist(file: File): Unit = {\n    import sys.process._\n\n    log.info(s\"Extracting IDEA dist to $tmpDir\")\n\n    if (file.name.endsWith(\".zip\")) {\n      sbt.IO.unzip(file, tmpDir)\n    } else if (file.name.endsWith(\".tar.gz\")) {\n      if (s\"tar xfz $file -C $tmpDir --strip 1\".! != 0) {\n        throw new RuntimeException(s\"Failed to install IDEA dist: tar command failed\")\n      }\n    } else throw new RuntimeException(s\"Unexpected dist archive format(not zip or gzip): $file\")\n\n    sbt.IO.move(tmpDir, getInstallDir)\n    sbt.IO.delete(file)\n    log.info(s\"Installed IDEA($buildInfo) to $getInstallDir\")\n  }\n\n  protected def installSources(file: File): Unit = {\n    sbt.IO.move(file, getInstallDir \/ \"sources.zip\")\n    log.info(s\"IDEA sources installed\")\n  }\n\n  protected def installExtras(files: Seq[(ArtifactPart, File)]): Unit = {\n\n  }\n\n  protected def pluginDir(plugin: IdeaPlugin): File = getInstallDir \/ \"externalPlugins\"\n\n  protected def pluginFile(plugin: IdeaPlugin): File = getInstallDir \/ \"externalPlugins\" \/ s\"${plugin.name}.jar\"\n\n  protected def tmpDir: File = getInstallDir.getParentFile \/ s\"${buildInfo.edition.name}-${buildInfo.buildNumber}-TMP\"\n\n  private def fixAccessRights(): Unit = {\n    if (!System.getProperty(\"os.name\").startsWith(\"Windows\")) {\n      val execPerms = PosixFilePermissions.fromString(\"rwxrwxr-x\")\n      val binDir    = getInstallDir \/ \"bin\"\n      try {\n        Files\n          .walk(binDir.toPath)\n          .forEach(new Consumer[Path] {\n            override def accept(t: Path): Unit =\n              Files.setPosixFilePermissions(t, execPerms)\n          })\n      } catch {\n        case e: Exception => log.warn(s\"Failed to fix access rights for $binDir: ${e.getMessage}\")\n      }\n    }\n  }\n\n  private def ensureFolderStructure(): Unit = {\n    getInstallDir.getParentFile.mkdirs() \/\/ ensure \"sdk\" directory exists\n    sbt.IO.delete(getInstallDir)\n    sbt.IO.delete(tmpDir)\n    tmpDir.mkdirs()\n  }\n\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/ClassShader.scala","text":"<filename>src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/artifact\/ClassShader.scala\npackage org.jetbrains.sbtidea.tasks.packaging.artifact\n\nimport java.nio.file.{Files, Path, StandardOpenOption}\n\nimport org.jetbrains.sbtidea.tasks.packaging.ShadePattern\nimport org.pantsbuild.jarjar._\nimport org.pantsbuild.jarjar.util.EntryStruct\nimport sbt.Keys.TaskStreams\n\nclass ClassShader(patterns: Seq[ShadePattern])(implicit val streams: TaskStreams) {\n\n  private val processor = new JJProcessor(patterns.map {\n    case ShadePattern(pat, res) =>\n      val jRule = new Rule()\n      jRule.setPattern(pat)\n      jRule.setResult(res)\n      jRule\n  })\n\n  private val entry = new EntryStruct\n\n  if (streams!=null)\n    streams.log.info(s\"Initialized shader with ${patterns.size} patterns\")\n\n  def applyShading(from: Path, to: Path)(cont: => Unit): Unit = {\n    entry.data = Files.readAllBytes(from)\n    entry.name = from.toString.substring(1).replace('\\\\', '\/') \/\/ leading '\/' cannot be used in ZFS also fix class names produced under windows\n    entry.time = -1\n    if (processor.process(entry)) {\n      val newPath = to.getFileSystem.getPath(entry.name)\n      val parent = newPath.getParent\n      if (parent != null && !Files.exists(parent))\n        Files.createDirectories(parent)\n      Files.write(newPath, entry.data, StandardOpenOption.CREATE)\n    }\n  }\n\n}\n\nclass NoOpClassShader() extends ClassShader(Seq())(null) {\n  override def applyShading(from: Path, to: Path)(cont: => Unit): Unit = cont\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala-sbt-1.0\/sbt\/jetbrains\/ideaPlugin\/IndexingClassfileManager.scala","text":"package sbt.jetbrains.ideaPlugin\n\nimport java.util\nimport java.util.concurrent.ConcurrentHashMap\n\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ClassesInfo\nimport sbt.io.syntax.File\nimport sbt.jetbrains.ideaPlugin.apiAdapter.SbtCompilationBackCompat._\n\nobject IndexingClassfileManager extends ClassFileManager {\n\n  val classesInfo: util.Set[ClassesInfo] = ConcurrentHashMap.newKeySet[ClassesInfo]\n\n  private[this] val generatedStaging = new ThreadLocal[Array[File]] {\n    override def initialValue(): Array[File] = Array.empty\n  }\n\n  private[this] val deletedStaging = new ThreadLocal[Array[File]] {\n    override def initialValue(): Array[File] = Array.empty\n  }\n\n  override def delete(classes:    Array[File]): Unit = deletedStaging.set(classes)\n  override def generated(classes: Array[File]): Unit = generatedStaging.set(classes)\n\n  override def complete(success: Boolean): Unit = {\n    if (success) classesInfo.add(ClassesInfo(generatedStaging.get, deletedStaging.get))\n\n    generatedStaging.remove()\n    deletedStaging.remove()\n  }\n\n  def apply(unused: IncOptions): ClassFileManager = IndexingClassfileManager\n}"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/IdeaConfigBuilder.scala","text":"package org.jetbrains.sbtidea.tasks\n\nimport java.io.File\n\nobject IdeaConfigBuilder {\n  def buildRunConfigurationXML(configName: String, moduleName: String, javaOptions: Seq[String], dataDir: File): String = {\n          s\"\"\"<component name=\"ProjectRunConfigurationManager\">\n         |  <configuration default=\"false\" name=\"$configName\" type=\"Application\" factoryName=\"Application\">\n         |    <log_file alias=\"IDEA\" path=\"$dataDir\/system\/log\/idea.log\" \/>\n         |    <option name=\"MAIN_CLASS_NAME\" value=\"com.intellij.idea.Main\" \/>\n         |    <module name=\"$moduleName\" \/>\n         |    <option name=\"VM_PARAMETERS\" value=\"${javaOptions.mkString(\" \")}\" \/>\n         |    <shortenClasspath name=\"CLASSPATH_FILE\" \/>\n         |    <RunnerSettings RunnerId=\"Debug\">\n         |      <option name=\"DEBUG_PORT\" value=\"\" \/>\n         |      <option name=\"TRANSPORT\" value=\"0\" \/>\n         |      <option name=\"LOCAL\" value=\"true\" \/>\n         |    <\/RunnerSettings>\n         |    <RunnerSettings RunnerId=\"Profile \" \/>\n         |    <RunnerSettings RunnerId=\"Run\" \/>\n         |    <ConfigurationWrapper RunnerId=\"Debug\" \/>\n         |    <ConfigurationWrapper RunnerId=\"Run\" \/>\n         |    <method v=\"2\">\n         |      <option name=\"Make\" enabled=\"true\" \/>\n         |    <\/method>\n         |  <\/configuration>\n         |<\/component>\"\"\".stripMargin\n\n  }\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/packaging\/structure\/package.scala","text":"package org.jetbrains.sbtidea.tasks.packaging\n\nimport java.io.File\n\nimport org.jetbrains.sbtidea.tasks.packaging.artifact.ExcludeFilter.ExcludeFilter\n\npackage object structure {\n\/\/  type Project\n\/\/  type ProjectBuildMetadata\n\n  trait ModuleKey {\n    def ~==(other: ModuleKey): Boolean\n    def org: String\n    def name: String\n    def revision: String\n  }\n\n  trait ProjectPackagingOptions {\n    def packageMethod: PackagingMethod\n    def libraryMappings: Seq[(ModuleKey, Option[String])]\n    def fileMappings: Seq[(File, String)]\n    def shadePatterns: Seq[ShadePattern]\n    def excludeFilter: ExcludeFilter\n    def additionalProjects: Seq[ProjectNode]\n    def classRoots: Seq[File]\n    def assembleLibraries: Boolean\n  }\n\n  trait ProjectNode {\n    def name: String\n    def parents: Seq[ProjectNode]\n    def children: Seq[ProjectNode]\n    def libs: Seq[Library]\n    def packagingOptions: ProjectPackagingOptions\n  }\n\n  trait Library {\n    def key: ModuleKey\n    def jarFile: File\n  }\n}\n"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/SbtIdeaPlugin.scala","text":"package org.jetbrains.sbtidea\n\nimport org.jetbrains.sbtidea\nimport sbt.{AutoPlugin, Setting, plugins}\n\nabstract class AbstractSbtIdeaPlugin extends AutoPlugin {\n  val autoImport: Keys.type = sbtidea.Keys\n  override def requires = plugins.JvmPlugin\n  override def globalSettings: Seq[Setting[_]]  = Keys.globalSettings\n  override def buildSettings: Seq[Setting[_]]   = Keys.buildSettings\n  override def projectSettings: Seq[Setting[_]] = Keys.projectSettings\n}\n\nobject SbtIdeaPlugin extends AbstractSbtIdeaPlugin"}
{"repo_name":"eed3si9n\/sbt-idea-plugin","path":"src\/main\/scala\/org\/jetbrains\/sbtidea\/tasks\/download\/package.scala","text":"package org.jetbrains.sbtidea.tasks\n\nimport java.net.{HttpURLConnection, URL}\n\nimport org.jetbrains.sbtidea.Keys._\n\npackage object download {\n\n  object ArtifactKind extends Enumeration {\n    type ArtifactKind = Value\n    val IDEA_DIST, IDEA_SRC, PLUGIN_ZIP, PLUGIN_JAR, MISC = Value\n  }\n\n  case class BuildInfo(buildNumber: String, edition: IdeaEdition)\n\n  case class ArtifactPart(url: URL,\n                          kind: ArtifactKind.ArtifactKind,\n                          nameHint: String = \"\",\n                          optional: Boolean = false)\n\n  def withConnection[V](url: URL)(f: => HttpURLConnection => V): V = {\n    var connection: HttpURLConnection = null\n    try {\n      connection = url.openConnection().asInstanceOf[HttpURLConnection]\n      f(connection)\n    } finally {\n      try {\n        if (connection != null) connection.disconnect()\n      } catch {\n        case e: Exception =>\n          println(s\"Failed to close connection $url: ${e.getMessage}\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"William0423\/KafkaApiDemo","path":"src\/main\/scala\/com\/rts\/kafka\/comsumer\/KafkaConsumer.scala","text":"package com.rts.kafka.comsumer\n\nimport org.apache.spark.SparkConf\n\nobject KafkaConsumer {\n\n  def main(args: Array[String]): Unit = {\n\n\n    val sparkConf = new SparkConf().setAppName(\"RealtimeSystemDemoApp\").setMaster(\"local[2]\")\n\n    val Array(brokers, topicStr) = args\n    val topicsSet = topicStr.split(\",\").toSet\n\n    val kafkaParams = Map[String, String](\n      \"metadata.broker.list\"->brokers,\n      \"auto.offset.reset\" -> \"smallest\")\n\n  }\n\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Extensions.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept.{GeneratorOps, TimerOps, Trigger}\n\ntrait Extensions {\n  def generator[V](trigger: Trigger, creator: () => Seq[V]) = Generator(trigger, creator)\n}\nobject Extensions extends Extensions\n\nfinal case class Generator[V](trigger: Trigger, creator: () => Seq[V]) extends GeneratorOps[V] {\n  override def update: (Generator.this.type, Seq[V]) = copy(trigger.update, creator) |> { g =>\n    (g.asInstanceOf[this.type], if (g.trigger.isFired) creator() else Seq.empty)\n  }\n}\n\nfinal case class Timer(interval: Int, current: Int) extends TimerOps {\n  def update: this.type = copy(current = current + 1).asInstanceOf[this.type]\n}\nobject Timer {\n  def apply(interval: Int): Timer = apply(interval, 0)\n  def apply(): Timer = apply(1)\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/BrokerOps.scala","text":"package com.yuiwai.kasumi.core.concept\n\ntrait BrokerOps[This, N <: NodeOps[_], E <: EdgeOps[N], P <: PayloadOps[P, _, N, E, _]] {\n  def payloads: Seq[P]\n  def size: Int = payloads.size\n  def +(payload: P): This\n  def update(modifier: Seq[P] => Seq[P]): This\n  def update(): This = update(p => p)\n}\n\ntrait PayloadOps[This, V, N <: NodeOps[_], E <: EdgeOps[N], R <: RouteOps[N]] {\n  def isReached: Boolean = pos match {\n    case Left(n) => n == route.head.to\n    case _ => false\n  }\n  def value: V\n  def pos: Either[N, E]\n  def route: R\n  def update: This\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/ExtensionsSpec.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nobject ExtensionsSpec extends TestSuite {\n  import com.yuiwai.kasumi.core.implementation.{Extensions => Ex}\n  val tests = Tests {\n    \"Timer\" - {\n      \"every times\" - {\n        val t = Timer()\n        t.isFired ==> true\n        t.update.isFired ==> true\n      }\n      \"interval = 2\" - {\n        val t = Timer(2)\n        t.isFired ==> true\n        t.update.isFired ==> false\n        t.update.update.isFired ==> true\n      }\n    }\n    \"Generator\" - {\n      val g = Ex.generator(Timer(1), () => Seq(1))\n      g.update._2 ==> Seq(1)\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/CircuitSpec.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nobject CircuitSpec extends TestSuite {\n  val tests = Tests {\n    val circuit = Circuit(Board.empty, Broker.empty, Seq.empty)\n    \"properties\" - {\n      \"empty Circuit\" - {\n        circuit.nodes.size ==> 0\n        circuit.edges.size ==> 0\n      }\n    }\n    \"update\" - {\n      \"empty Circuit\" - {\n        val c = circuit.update()\n      }\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/SearchSpec.scala","text":"<filename>core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/SearchSpec.scala\npackage com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nobject SearchSpec extends TestSuite {\n  val tests = Tests {\n    val board = Board.empty ~ (1, 2) ~ (1, 3) ~ (2, 3) ~ (2, 4) ~ (3, 4) ~ (3, 6) ~ (4, 5) ~ (5, 6)\n    \"bfs\" - {\n      BFS.search(board, Node(1), Node(2)) ==> Some(Route((1, 2)))\n      BFS.search(board, Node(1), Node(6)) ==> Some(Route((1, 3), (3, 6)))\n      BFS.search(board, Node(3), Node(5)) ==> Some(Route((3, 6), (6, 5)))\n      BFS.search(board, Node(5), Node(1)).nonEmpty ==> true\n      BFS.search(board, Node(1), Node(7)) ==> None\n      BFS.search(board, Node(7), Node(1)) ==> None\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/BoardSpec.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nimport scala.util.chaining._\n\nobject BoardSpec extends TestSuite {\n  val tests = Tests {\n    val board = Board.empty\n    \"add edge\" - {\n      val s = board + (0, 1)\n      s.edges.size ==> 1\n      s.nodes.size ==> 2\n      val b = board ~ (0, 1)\n      b.edges.size ==> 2\n      b.nodes.size ==> 2\n    }\n    \"filter\" - {\n      board ~ (0, 1) + (1, 2) + (1, 3) tap {\n        _.filter(_.from.value != 1).edges ==> Set(Edge(0, 1))\n      }\n    }\n    \"splice\" - {\n      (board + (0, 1))\n        .splice(1)\n        .edges ==> Set.empty\n      (board + (0, 1) + (1, 2))\n        .splice(1)\n        .edges ==> Set(Edge(Node(0), Node(2)))\n    }\n    \"route\" - {\n      \"empty board\" - {\n        board.route(BFS, 0, 1) ==> None\n      }\n\n      \"single edge\" - {\n        (board + (0, 1))\n          .route(BFS, 0, 1) ==> Some(Route(0 -> 1))\n      }\n      \"straight edges\" - {\n        (board + (0, 1) + (1, 2))\n          .route(BFS, 0, 2) ==> Some(Route(0 -> 1, 1 -> 2))\n      }\n      \"fan-in\/fan-out\" - {\n        (board + (0, 1) + (1, 2) + (0, 2))\n          .route(BFS, 0, 2) ==> Some(Route(0 -> 2))\n        (board + (0, 1) + (1, 2) + (2, 3) + (1, 4))\n          .route(BFS, 1, 3) ==> Some(Route(1 -> 2, 2 -> 3))\n      }\n      \"bidirectional\" - {\n        (board ~ (0, 1) ~ (1, 2))\n          .route(BFS, 0, 2) ==> Some(Route(0 -> 1, 1 -> 2))\n      }\n      \"complex\" - {\n        (board ~ (0, 1) ~ (1, 2) ~ (2, 3) ~ (1, 4) ~ (4, 3))\n          .route(BFS, 0, 3).get.length ==> 3\n      }\n      \"with condition\" - {\n        (board ~ (2, 3) ~ (3, 4) ~ (2, 6) ~ (6, 8) ~ (8, 4)).tap { b =>\n          b.route(BFS, 2, 4, e => e.from.value.asInstanceOf[Int] % 2 == 0) ==>\n            Some(Route(2 -> 6, 6 -> 8, 8 -> 4))\n        }\n      }\n    }\n  }\n}\n\nobject RouteSpec extends TestSuite {\n  val tests = Tests {\n    val empty = Route.empty\n    \"empty route\" - {\n      empty.length ==> 0\n    }\n    \"add edge\" - {\n      (empty + Edge(1, 2)).get.length ==> 1\n      (empty + (Edge(1, 2), Edge(2, 3))).get.length ==> 2\n      ((empty + Edge(1, 2)).get + Edge(2, 3)).get.length ==> 2\n      (empty + (Edge(1, 2), Edge(4, 3))) ==> None\n    }\n    \"add node\" - {\n      (empty --> 1) ==> None\n      ((empty + Edge(1, 2)).get --> 3).get.length ==> 2\n    }\n    \"concat\" - {\n      val r1_2 = (empty + Edge(1, 2)).get\n      val r2_3 = (empty + Edge(2, 3)).get\n      (empty ++ empty).get ==> empty\n      (empty ++ r1_2).get ==> r1_2\n      (r1_2 ++ empty).get ==> r1_2\n      (r1_2 ++ r2_3).get.length ==> 2\n      (r2_3 ++ r1_2) ==> None\n    }\n  }\n}"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Board.scala","text":"<reponame>yuiwai\/kasumi\npackage com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept._\n\nimport scala.util.chaining._\n\nfinal case class Board(edges: Set[Edge]) extends BoardOps[Node[_]] {\n  override type This = Board\n  override type E = Edge\n  override type R = Route\n  override def nodes: Set[Node[_]] = edges.flatMap(_.nodes)\n  override def remapFilter(f: Edge => Option[Edge]): Board = Board(edges.flatMap(f))\n  override def +(edge: Edge): Board = copy(edges + edge)\n  override def filter(f: Edge => Boolean): Board = copy(edges.filter(f))\n  def splice(value: Node[_]): Board = {\n    edges.foldLeft(Set.empty[Node[_]] -> Set.empty[Node[_]]) { case (acc@(fs, ts), e) =>\n      e match {\n        case Edge(from, `value`) => (fs + from, ts)\n        case Edge(`value`, to) => (fs, ts + to)\n        case _ => acc\n      }\n    }.pipe { case (ns1, ns2) =>\n      edges.filterNot(e => e.from == value || e.to == value) ++ ns1.flatMap(f => ns2.collect {\n        case t if f != t => Edge(f, t)\n      })\n    }.pipe(es => Board(es))\n  }\n  override def route(searcher: SearchOps[Node[_]], from: Node[_], to: Node[_], condition: Condition): Option[Route] =\n    searcher\n      .search(this.asInstanceOf[searcher.B], from, to, condition.asInstanceOf[searcher.Condition])\n      .map(_.asInstanceOf[this.R])\n}\nobject Board {\n  def empty: Board = apply(Set.empty)\n}\nfinal case class Node[V](value: V) extends NodeOps[V]\nobject EmptyNode extends NodeOps[Nothing] {\n  override def value: Nothing = sys.error(\"cannot get value from EmptyNode.\")\n}\nobject Node {\n  implicit val genNode: Any => Node[_] = v => apply(v)\n  def empty: NodeOps[Nothing] = EmptyNode\n}\nsealed case class Edge(from: Node[_], to: Node[_]) extends EdgeOps[Node[_]] {\n  override type This = Edge\n  override def flipped: Edge = Edge(to, from)\n}\nobject EmptyEdge extends Edge(EmptyNode, EmptyNode)\nobject Edge {\n  implicit def gen[F, T](from: F, to: T): Edge = apply(from, to)\n  def empty: EmptyEdge.type = EmptyEdge\n  def apply[F, T](from: F, to: T): Edge = apply(Node(from), Node(to))\n}\n\nsealed case class Route(head: Edge, rest: Seq[Edge]) extends RouteOps[Node[_]] {\n  override type This = Route\n  override type E = Edge\n  def length: Int = rest.length + 1\n  def headFromValue[T]: T = head.from.value.asInstanceOf[T]\n  def headToValue[T]: T = head.to.value.asInstanceOf[T]\n  override def tail: Route = {\n    require(rest.nonEmpty)\n    copy(rest.head, rest.tail)\n  }\n  def last: Option[Node[_]] = nodes.lastOption\n  override def edges: Seq[Edge] = head +: rest\n  def +(edge: Edge): Option[Route] = head match {\n    case _ if last.get == edge.from => Some(copy(rest = rest :+ edge))\n    case _ => None\n  }\n  def +(edge: Edge, edges: Edge*): Option[Route] = (edge +: edges).foldLeft[Option[Route]](Some(this)) { (acc, e) =>\n    acc match {\n      case Some(r) => r + e\n      case None => None\n    }\n  }\n  def -->(node: Node[_]): Option[Route] = last.flatMap { n =>\n    this + Edge(n, node)\n  }\n  override def ++(that: Route): Option[Route] =\n    that match {\n      case EmptyRoute => Some(this)\n      case _ => last\n        .filter(_ == that.from)\n        .map(_ => copy(rest = rest ++ that.edges))\n    }\n}\nobject EmptyRoute extends Route(EmptyEdge, Seq.empty) {\n  override def length: Int = 0\n  override def nodes: Seq[Node[_]] = Seq.empty\n  override def last: Option[Node[_]] = None\n  override def +(edge: Edge): Option[Route] = Some(Route(edge))\n  override def -->(node: Node[_]): Option[Route] = None\n  override def ++(that: Route): Option[Route] = Some(that)\n}\n\nobject Route {\n  implicit val gen: Edge => Route = (edge: Edge) => apply(edge, Seq.empty)\n  implicit val genFromSeq: Seq[Edge] => Route = (edges: Seq[Edge]) => apply(edges.head, edges.tail)\n  implicit val ord: Ordering[Route] = (x: Route, y: Route) => x.edges.size.compare(y.edges.size)\n  def empty: EmptyRoute.type = EmptyRoute\n  def apply(edge: Edge): Route = apply(edge, Seq.empty)\n  def apply(e1: (Any, Any), es: (Any, Any)*): Route = apply(Edge(e1._1, e1._2), es.map(e => Edge(e._1, e._2)))\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/LayerOps.scala","text":"package com.yuiwai.kasumi.core.concept\n\nimport scala.language.higherKinds\n\nsealed trait LayerOps[F[_]] {\n  type Data\n  type K\n  def find(key: K): F[Option[Data]]\n}\ntrait NodeLayerOps[F[_]] extends LayerOps[F] {\n  type K <: NodeOps[_]\n  def find(node: K): F[Option[Data]]\n}\ntrait EdgeLayerOps[F[_]] extends LayerOps[F] {\n  type K <: EdgeOps[_]\n  def find(edge: K): F[Option[Data]]\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/CircuitOps.scala","text":"<reponame>yuiwai\/kasumi<filename>core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/CircuitOps.scala\npackage com.yuiwai.kasumi.core.concept\n\ntrait CircuitOps[This, Bo <: BoardOps[_], Br <: BrokerOps[Br, _, _, _]] {\n  val board: Bo\n  val broker: Br\n  def nodes: Set[_] = board.nodes\n  def edges: Set[_] = board.edges\n  def update(): This\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/BrokerSpec.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nobject BrokerSpec extends TestSuite {\n  val tests = Tests {\n    val broker = Broker.empty\n    \"add payload\" - {\n      \"once\" - {\n        (broker + Payload.reached())\n          .size ==> 1\n      }\n      \"twice\" - {\n        (broker + Payload.reached() + Payload.reached())\n          .size ==> 2\n      }\n    }\n    \"update\" - {\n      \"empty broker\" - {\n        broker.update().size ==> 0\n      }\n      \"reached\" - {\n        (broker + Payload.reached())\n          .update()\n          .size ==> 0\n      }\n      \"unreached\" - {\n        (broker + Payload(Route(1 -> 2, 2 -> 3)))\n          .update()\n          .size ==> 1\n      }\n    }\n    \"modifier\" - {\n      \"reached\" - {\n        var received = false\n        val b = (broker + Payload.reached())\n          .update { _ => received = true; Seq.empty }\n        received ==> true\n        b.size ==> 0\n      }\n      \"unreached\" - {\n        var received = false\n        val b = (broker + Payload(Route(1 -> 2, 2 -> 3)))\n          .update { _ => received = true; Seq.empty }\n        received ==> true\n        b.size ==> 0\n      }\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Broker.scala","text":"<reponame>yuiwai\/kasumi\npackage com.yuiwai.kasumi.core.implementation\n\nimport Payload.Pos\nimport com.yuiwai.kasumi.core.concept._\n\nfinal case class Broker(payloads: Seq[Payload[_]])\n  extends BrokerOps[Broker, Node[_], Edge, Payload[_]] {\n  override def +(payload: Payload[_]): Broker = copy(payloads = payloads :+ payload)\n  override def update(modifier: Seq[Payload[_]] => Seq[Payload[_]]): Broker = {\n    val xs = payloads.map(_.update)\n        .groupBy(_.pos)\n        .values\n        .flatMap(modifier)\n        .toSeq\n\n    copy(payloads = xs.filter(!_.isReached))\n  }\n}\nobject Broker {\n  def empty: Broker = Broker(Seq.empty)\n}\n\nfinal case class Payload[V](value: V, pos: Pos, route: Route) extends PayloadOps[Payload[_], V, Node[_], Edge, Route] {\n  require {\n    pos match {\n      case Left(n) => route.head.from == n\n      case Right(e) => route.head.from == e.to\n    }\n  }\n  def show: String = s\"$value @ ${pos.map(_.show).getOrElse(pos.left.get.show)} <${route.show}>\"\n  override def update: Payload[_] = {\n    pos match {\n      case Left(n) =>\n        if (n == route.head.to) copy(pos = Left(route.head.to))\n        else if (route.rest.isEmpty) copy(pos = Right(route.head))\n        else copy(pos = Right(route.head), route = route.tail)\n      case Right(e) => copy(pos = Left(e.to))\n    }\n  }\n}\nobject Payload {\n  type Pos = Either[Node[_], Edge]\n  def apply[V](value: V, pos: Node[_], route: Route): Payload[V] = apply(value, Left(pos), route)\n  def apply[V](value: V, pos: Edge, route: Route): Payload[V] = apply(value, Right(pos), route)\n  def apply(route: Route): Payload[Unit] = apply((), route.head.from, route)\n  def reached[V](value: V): Payload[V] = apply(value, EmptyNode, Route(Edge.empty))\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"visualize\/src\/main\/scala\/com\/yuiwai\/kasumi\/visualize\/Main.scala","text":"<filename>visualize\/src\/main\/scala\/com\/yuiwai\/kasumi\/visualize\/Main.scala\npackage com.yuiwai.kasumi.visualize\n\nimport com.yuiwai.kasumi.core.implementation.Board\nimport com.yuiwai.kasumi.examples.stations.{Data, Station}\nimport org.scalajs.dom\nimport org.scalajs.dom.raw._\n\nimport scala.util.chaining._\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    View.init()\n    View.drawLine(\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\")\n  }\n}\n\ncase class DrawArea(width: Int, height: Int)\nobject View {\n  lazy val stations: Board = Data.stations\n  lazy val container: Element =\n    dom.document.createElement(\"div\")\n      .tap { elem =>\n        dom.document.body.appendChild(elem)\n      }\n  def init(): Unit = {\n    dom.document.body.style =\n      \"\"\"\n        |margin: 0;\n      \"\"\".stripMargin\n  }\n  def clear(): Unit = {\n    container.innerHTML = \"\"\n  }\n  def drawLine(lineName: String, stationName: Option[String] = None): Unit = {\n    clear()\n    container.appendChild(dom.document.createElement(\"h1\").tap { e =>\n      e.innerText = lineName\n      e.setAttribute(\"style\",\n        \"\"\"\n          |text-align: center;\n          |font-size: 1.2em;\n        \"\"\".stripMargin)\n    })\n    val subContainer = dom.document.createElement(\"div\")\n      .pipe(_.asInstanceOf[HTMLElement])\n      .tap { sc =>\n        sc.setAttribute(\"style\",\n          \"\"\"\n            |position: relative;\n            |border-bottom: 1px solid black;\n            |border-top: 1px solid black;\n            |height: 400px;\n            |overflow-y: scroll;\n          \"\"\".stripMargin)\n        container.appendChild(sc)\n      }\n    Data.line(lineName).foreach { l =>\n      l.nodes.map(_.value.asInstanceOf[Station])\n        .foreach { s =>\n          drawStation(\n            subContainer,\n            s,\n            isCurrent = stationName.getOrElse(l.headFromValue[Station].name) == s.name\n          )\n        }\n    }\n  }\n  def drawStation(parent: Element, station: Station, isCurrent: Boolean = false): Unit = {\n    val elem = dom.document.createElement(\"div\")\n    elem.innerText = station.name\n    elem.setAttribute(\"style\",\n      s\"\"\"\n         |padding: 15px;\n         |font-size: 1.2em;\n         |border: 1px solid skyblue;\n         |text-align: center;\n         |color: #333;\n         |background-color: ${if (isCurrent) \"#fcc\" else \"#fff\"};\n         |\"\"\".stripMargin)\n    stations.edges\n      .filter { x =>\n        x.from.value == station && x.to.value.asInstanceOf[Station].line != station.line\n      }\n      .foreach { e =>\n        val child = dom.document.createElement(\"div\").asInstanceOf[HTMLElement].tap { x =>\n          val s = e.to.value.asInstanceOf[Station]\n          x.innerText = s\" [${s.line}: ${s.name}]\"\n          x.onclick = _ => drawLine(s.line, Some(s.name))\n          x.setAttribute(\"style\",\n            \"\"\"\n              |font-size: 0.8em;\n              |cursor: pointer;\n            \"\"\".stripMargin)\n        }\n        elem.appendChild(child)\n      }\n    parent.appendChild(elem)\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Search.scala","text":"<reponame>yuiwai\/kasumi\npackage com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept.{NodeOps, SearchOps, TypedSearchOps}\n\nimport scala.collection.immutable.Queue\n\ntrait BFSImpl extends SearchOps[Node[_]] {\n  override type B = Board\n  override def search(board: Board, from: N, to: N, condition: Condition = _ => true): Option[Route] =\n    searchImpl(Queue(from), Map(from -> from))(board, to, condition)\n  private def searchImpl(queue: Queue[N], visited: Map[N, N])\n    (implicit board: Board, to: N, condition: Condition): Option[Route] = {\n    if (queue.isEmpty) None\n    else {\n      queue.head match {\n        case `to` => Some(routeFromVisited(visited, Edge(visited(to), to) :: Nil))\n        case n =>\n          val es = board.edges.filter(e => e.from == n && !visited.exists(_._1 == e.to) && condition(e))\n          searchImpl(\n            es.foldLeft(queue.tail)((q, e) => q.enqueue(e.to)),\n            es.foldLeft(visited)((m, e) => m + (e.to -> n))\n          )\n      }\n    }\n  }\n  private def routeFromVisited(visited: Map[N, N], edges: List[Edge]): Route = edges match {\n    case Edge(f, t) :: x :: y if f == t => Route(x, y)\n    case Edge(f, _) :: _ => routeFromVisited(visited, Edge(visited(f), f) :: edges)\n  }\n}\nobject BFS extends BFSImpl {\n  def typed[V]: TypedBFSImpl[V] = new TypedBFSImpl[V] {}\n}\n\ntrait TypedBFSImpl[V] extends TypedSearchOps[NodeOps[V], V] {\n  override type B = TypedBoard[V]\n  override def search(board: TypedBoard[V], from: N, to: N, condition: Condition): Option[R] =\n    searchImpl(Queue(from), Map(from -> from))(board, to, condition)\n  private def searchImpl(queue: Queue[N], visited: Map[N, N])\n    (implicit board: TypedBoard[V], to: N, condition: Condition): Option[R] = {\n    if (queue.isEmpty) None\n    else {\n      queue.head match {\n        case `to` => Some(routeFromVisited(visited, TypedEdge(visited(to).asInstanceOf[Node[V]], to.asInstanceOf[Node[V]]) :: Nil))\n        case n =>\n          val es = board.edges.filter(e => e.from == n && !visited.exists(_._1 == e.to) && condition(e))\n          searchImpl(\n            es.foldLeft(queue.tail)((q, e) => q.enqueue(e.to)),\n            es.foldLeft(visited)((m, e) => m + (e.to -> n))\n          )\n      }\n    }\n  }\n  private def routeFromVisited(visited: Map[N, N], edges: List[TypedEdge[V]]): TypedRoute[V] = edges match {\n    case TypedEdge(f, t) :: x :: y if f == t => TypedRoute(x, y)\n    case TypedEdge(f, _) :: _ => routeFromVisited(visited, TypedEdge(visited(f).asInstanceOf[Node[V]], f.asInstanceOf[Node[V]]) :: edges)\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"examples\/stations\/src\/main\/scala\/com\/yuiwai\/kasumi\/examples\/stations\/Stations.scala","text":"package com.yuiwai.kasumi.examples.stations\n\nimport com.yuiwai.kasumi.core.implementation._\nimport scala.util.chaining._\n\nfinal case class Station(line: String, name: String)\n\nobject Data {\n  type StrPair = (String, String)\n  val lines: Map[String, List[String]] = Map(\n    \"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\" ->\n      List(\"\u4e09\u9df9\", \"\u5409\u7965\u5bfa\", \"\u897f\u837b\u7aaa\", \"\u837b\u7aaa\", \"\u963f\u4f50\u30f6\u8c37\", \"\u9ad8\u5186\u5bfa\", \"\u4e2d\u91ce\", \"\u6771\u4e2d\u91ce\", \"\u5927\u4e45\u4fdd\", \"\u65b0\u5bbf\", \"\u4ee3\u3005\u6728\", \"\u5343\u99c4\u30f6\u8c37\",\n        \"\u4fe1\u6fc3\u753a\", \"\u56db\u8c37\", \"\u5e02\u30f6\u8c37\", \"\u98ef\u7530\u6a4b\", \"\u6c34\u9053\u6a4b\", \"\u5fa1\u8336\u30ce\u6c34\", \"\u79cb\u8449\u539f\", \"\u6d45\u8349\u6a4b\", \"\u4e21\u56fd\", \"\u9326\u7cf8\u753a\", \"\u4e80\u6238\", \"\u5e73\u4e95\",\n        \"\u65b0\u5c0f\u5ca9\", \"\u5c0f\u5ca9\", \"\u5e02\u5ddd\", \"\u672c\u516b\u5e61\", \"\u4e0b\u7dcf\u4e2d\u5c71\", \"\u897f\u8239\u6a4b\", \"\u8239\u6a4b\", \"\u6771\u8239\u6a4b\", \"\u6d25\u7530\u6cbc\", \"\u5e55\u5f35\u672c\u90f7\", \"\u5e55\u5f35\", \"\u65b0\u691c\u898b\u5ddd\",\n        \"\u7a32\u6bdb\", \"\u897f\u5343\u8449\", \"\u5343\u8449\"),\n    \"JR\u5c71\u624b\u7dda\" ->\n      List(\"\u6771\u4eac\", \"\u795e\u7530\", \"\u79cb\u8449\u539f\", \"\u5fa1\u5f92\u753a\", \"\u4e0a\u91ce\", \"\u9d2c\u8c37\", \"\u65e5\u66ae\u91cc\", \"\u897f\u65e5\u66ae\u91cc\", \"\u7530\u7aef\", \"\u99d2\u8fbc\", \"\u5de3\u9d28\", \"\u5927\u585a\", \"\u6c60\u888b\",\n        \"\u76ee\u767d\", \"\u9ad8\u7530\u99ac\u5834\", \"\u65b0\u5927\u4e45\u4fdd\", \"\u65b0\u5bbf\", \"\u4ee3\u3005\u6728\", \"\u539f\u5bbf\", \"\u6e0b\u8c37\", \"\u6075\u6bd4\u9808\", \"\u76ee\u9ed2\", \"\u4e94\u53cd\u7530\", \"\u5927\u5d0e\", \"\u54c1\u5ddd\",\n        \"\u7530\u753a\", \"\u6d5c\u677e\u753a\", \"\u65b0\u6a4b\", \"\u6709\u697d\u753a\"),\n    \"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\" ->\n      List(\"\u4ee3\u3005\u6728\u4e0a\u539f\", \"\u4ee3\u3005\u6728\u516c\u5712\", \"\u660e\u6cbb\u795e\u5bae\u524d\", \"\u8868\u53c2\u9053\", \"\u4e43\u6728\u5742\", \"\u8d64\u5742\", \"\u56fd\u4f1a\u8b70\u4e8b\u5802\u524d\", \"\u971e\u30f6\u95a2\", \"\u65e5\u6bd4\u8c37\", \"\u4e8c\u91cd\u6a4b\u524d\",\n        \"\u5927\u624b\u753a\", \"\u65b0\u5fa1\u8336\u30ce\u6c34\", \"\u6e6f\u5cf6\", \"\u6839\u6d25\", \"\u5343\u99c4\u6728\", \"\u897f\u65e5\u66ae\u91cc\", \"\u753a\u5c4b\", \"\u5317\u5343\u4f4f\", \"\u7dbe\u702c\", \"\u5317\u7dbe\u702c\"),\n    \"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\" ->\n      List(\"\u4e2d\u76ee\u9ed2\", \"\u6075\u6bd4\u9808\", \"\u5e83\u5c3e\", \"\u516d\u672c\u6728\", \"\u795e\u8c37\u753a\", \"\u971e\u30f6\u95a2\", \"\u65e5\u6bd4\u8c37\", \"\u9280\u5ea7\", \"\u6771\u9280\u5ea7\", \"\u7bc9\u5730\", \"\u516b\u4e01\u5800\", \"\u8305\u5834\u753a\",\n        \"\u4eba\u5f62\u753a\", \"\u5c0f\u4f1d\u99ac\u753a\", \"\u79cb\u8449\u539f\", \"\u4ef2\u5fa1\u5f92\u753a\", \"\u4e0a\u91ce\", \"\u5165\u8c37\", \"\u4e09\u30ce\u8f2a\", \"\u5357\u5343\u4f4f\", \"\u5317\u5343\u4f4f\"),\n    \"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\" ->\n      List(\"\u6e0b\u8c37\", \"\u8868\u53c2\u9053\", \"\u5916\u82d1\u524d\", \"\u9752\u5c71\u4e00\u4e01\u76ee\", \"\u8d64\u5742\u898b\u9644\", \"\u6e9c\u6c60\u5c71\u738b\", \"\u864e\u30ce\u9580\", \"\u65b0\u6a4b\", \"\u9280\u5ea7\", \"\u4eac\u6a4b\", \"\u65e5\u672c\u6a4b\", \"\u4e09\u8d8a\u524d\",\n        \"\u795e\u7530\", \"\u672b\u5e83\u753a\", \"\u4e0a\u91ce\u5e83\u5c0f\u8def\", \"\u4e0a\u91ce\", \"\u7a32\u8377\u753a\", \"\u7530\u539f\u753a\", \"\u6d45\u8349\"),\n    \"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\" ->\n      List(\"\u6e0b\u8c37\", \"\u8868\u53c2\u9053\", \"\u9752\u5c71\u4e00\u4e01\u76ee\", \"\u6c38\u7530\u753a\", \"\u534a\u8535\u9580\", \"\u4e5d\u6bb5\u4e0b\", \"\u795e\u4fdd\u753a\", \"\u5927\u624b\u753a\", \"\u4e09\u8d8a\u524d\", \"\u6c34\u5929\u5bae\u524d\", \"\u6e05\u6f84\u767d\u6cb3\",\n        \"\u4f4f\u5409\", \"\u9326\u7cf8\u753a\", \"\u62bc\u4e0a\"),\n    \"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\" ->\n      List(\"\u4e2d\u91ce\", \"\u843d\u5408\", \"\u9ad8\u7530\u99ac\u5834\", \"\u65e9\u7a32\u7530\", \"\u795e\u697d\u5742\", \"\u98ef\u7530\u6a4b\", \"\u4e5d\u6bb5\u4e0b\", \"\u7af9\u6a4b\", \"\u5927\u624b\u753a\", \"\u65e5\u672c\u6a4b\", \"\u8305\u5834\u753a\", \"\u9580\u524d\u4ef2\u753a\",\n        \"\u6728\u5834\", \"\u6771\u967d\u753a\", \"\u5357\u7802\u753a\", \"\u897f\u845b\u897f\", \"\u845b\u897f\", \"\u6d66\u5b89\", \"\u5357\u884c\u5fb3\", \"\u884c\u5fb3\", \"\u5999\u5178\", \"\u539f\u6728\u4e2d\u5c71\", \"\u897f\u8239\u6a4b\"),\n    \"\u6771\u8449\u9ad8\u901f\u9244\u9053\" ->\n      List(\"\u897f\u8239\u6a4b\", \"\u6771\u6d77\u795e\", \"\u98ef\u5c71\u6e80\", \"\u5317\u7fd2\u5fd7\u91ce\", \"\u8239\u6a4b\u65e5\u5927\u524d\", \"\u516b\u5343\u4ee3\u7dd1\u304c\u4e18\", \"\u516b\u5343\u4ee3\u4e2d\u592e\", \"\u6751\u4e0a\", \"\u6771\u8449\u52dd\u7530\u53f0\"),\n    \"\u4eac\u6210\u672c\u7dda\" ->\n      List(\"\u4eac\u6210\u4e0a\u91ce\", \"\u65e5\u66ae\u91cc\", \"\u65b0\u4e09\u6cb3\u5cf6\", \"\u753a\u5c4b\", \"\u5343\u4f4f\u5927\u6a4b\", \"\u4eac\u6210\u95a2\u5c4b\", \"\u5800\u5207\u83d6\u84b2\u5712\", \"\u304a\u82b1\u8336\u5c4b\", \"\u9752\u7825\", \"\u4eac\u6210\u9ad8\u7802\",\n        \"\u4eac\u6210\u5c0f\u5ca9\", \"\u6c5f\u6238\u5ddd\", \"\u56fd\u5e9c\u53f0\", \"\u5e02\u5ddd\u771f\u9593\", \"\u83c5\u91ce\", \"\u4eac\u6210\u516b\u5e61\", \"\u9b3c\u8d8a\", \"\u4eac\u6210\u4e2d\u5c71\", \"\u4e2d\u5c71\", \"\u4eac\u6210\u897f\u8239\", \"\u6d77\u795e\", \"\u4eac\u6210\u8239\u6a4b\",\n        \"\u5927\u795e\u5bae\u4e0b\", \"\u8239\u6a4b\u7af6\u99ac\u5834\", \"\u8c37\u6d25\", \"\u4eac\u6210\u6d25\u7530\u6cbc\", \"\u4eac\u6210\u5927\u4e45\u4fdd\", \"\u5b9f\u7c7e\", \"\u516b\u5343\u4ee3\u53f0\", \"\u4eac\u6210\u5927\u548c\u7530\", \"\u52dd\u7530\u53f0\", \"\u5fd7\u6d25\",\n        \"\u30e6\u30fc\u30ab\u30ea\u304c\u4e18\", \"\u4eac\u6210\u81fc\u4e95\", \"\u4eac\u6210\u4f50\u5009\", \"\u5927\u4f50\u5009\", \"\u4eac\u6210\u9152\u3005\u4e95\", \"\u5b97\u543e\u53c2\u9053\", \"\u516c\u6d25\u306e\u675c\", \"\u4eac\u6210\u6210\u7530\", \"\u7a7a\u6e2f\u7b2c2\u30d3\u30eb\", \"\u6210\u7530\u7a7a\u6e2f\"),\n    \"\u65b0\u4eac\u6210\u7dda\" ->\n      List(\"\u677e\u6238\", \"\u4e0a\u672c\u90f7\", \"\u65b0\u677e\u6238\", \"\u307f\u306e\u308a\u53f0\", \"\u516b\u67f1\", \"\u5e38\u78d0\u5e73\", \"\u4e94\u9999\", \"\u5143\u5c71\", \"\u304f\u306c\u304e\u5c71\", \"\u5317\u521d\u5bcc\", \"\u65b0\u938c\u30f6\u8c37\", \"\u521d\u5bcc\",\n        \"\u938c\u30f6\u8c37\u5927\u4ecf\", \"\u4e8c\u548c\u5411\u53f0\", \"\u4e09\u54b2\", \"\u6edd\u4e0d\u52d5\", \"\u9ad8\u6839\u516c\u56e3\", \"\u9ad8\u6839\u6728\u6238\", \"\u5317\u7fd2\u5fd7\u91ce\", \"\u7fd2\u5fd7\u91ce\", \"\u85ac\u5712\u53f0\", \"\u524d\u539f\", \"\u65b0\u6d25\u7530\u6cbc\",\n        \"\u4eac\u6210\u6d25\u7530\u6cbc\"),\n    \"\u4eac\u6210\u5343\u8449\u7dda\" ->\n      List(\"\u4eac\u6210\u6d25\u7530\u6cbc\", \"\u4eac\u6210\u5e55\u5f35\u672c\u90f7\", \"\u4eac\u6210\u5e55\u5f35\", \"\u691c\u898b\u5ddd\", \"\u4eac\u6210\u7a32\u6bdb\", \"\u307f\u3069\u308a\u53f0\", \"\u897f\u767b\u6238\", \"\u65b0\u5343\u8449\", \"\u4eac\u6210\u5343\u8449\", \"\u5343\u8449\u4e2d\u592e\"),\n    \"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\" ->\n      List(\"\u5343\u8449\u307f\u306a\u3068\", \"\u5e02\u5f79\u6240\u524d\", \"\u5343\u8449\", \"\u6804\u753a\", \"\u846d\u5ddd\u516c\u5712\", \"\u770c\u5e81\u524d\"),\n    \"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\" ->\n      List(\"\u5343\u8449\u307f\u306a\u3068\", \"\u5e02\u5f79\u6240\u524d\", \"\u5343\u8449\", \"\u5343\u8449\u516c\u5712\", \"\u4f5c\u8349\u90e8\", \"\u5929\u53f0\", \"\u7a74\u5ddd\", \"\u30b9\u30dd\u30fc\u30c4\u30bb\u30f3\u30bf\u30fc\", \"\u52d5\u7269\u516c\u5712\", \"\u307f\u3064\u308f\u53f0\",\n        \"\u90fd\u8cc0\", \"\u685c\u6728\", \"\u5c0f\u5009\u53f0\", \"\u5343\u57ce\u53f0\u5317\", \"\u5343\u57ce\u53f0\")\n  )\n  val connections: List[(StrPair, StrPair)] = List(\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u4e2d\u91ce\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u4e2d\u91ce\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u65b0\u5bbf\") -> (\"JR\u5c71\u624b\u7dda\", \"\u65b0\u5bbf\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u4ee3\u3005\u6728\") -> (\"JR\u5c71\u624b\u7dda\", \"\u4ee3\u3005\u6728\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u98ef\u7530\u6a4b\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u98ef\u7530\u6a4b\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5fa1\u8336\u30ce\u6c34\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u65b0\u5fa1\u8336\u30ce\u6c34\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u79cb\u8449\u539f\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u79cb\u8449\u539f\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u79cb\u8449\u539f\") -> (\"JR\u5c71\u624b\u7dda\", \"\u79cb\u8449\u539f\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u9326\u7cf8\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u9326\u7cf8\u753a\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u897f\u8239\u6a4b\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u897f\u8239\u6a4b\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u897f\u8239\u6a4b\") -> (\"\u6771\u8449\u9ad8\u901f\u9244\u9053\", \"\u897f\u8239\u6a4b\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u6d25\u7530\u6cbc\") -> (\"\u65b0\u4eac\u6210\u7dda\", \"\u65b0\u6d25\u7530\u6cbc\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5e55\u5f35\u672c\u90f7\") -> (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u5e55\u5f35\u672c\u90f7\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5e55\u5f35\") -> (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u5e55\u5f35\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5343\u8449\") -> (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u5343\u8449\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5343\u8449\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\", \"\u5343\u8449\"),\n    (\"JR\u4e2d\u592e\u30fb\u7dcf\u6b66\u7dda\", \"\u5343\u8449\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u5343\u8449\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6771\u4eac\") -> (\"JR\u5c71\u624b\u7dda\", \"\u6709\u697d\u753a\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6771\u4eac\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u5927\u624b\u753a\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6771\u4eac\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u4e8c\u91cd\u6a4b\u524d\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u795e\u7530\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u795e\u7530\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u79cb\u8449\u539f\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u79cb\u8449\u539f\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u5fa1\u5f92\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u4ef2\u5fa1\u5f92\u753a\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u5fa1\u5f92\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u4e0a\u91ce\u5e83\u5c0f\u8def\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u4e0a\u91ce\") -> (\"\u4eac\u6210\u672c\u7dda\", \"\u4eac\u6210\u4e0a\u91ce\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u897f\u65e5\u66ae\u91cc\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u897f\u65e5\u66ae\u91cc\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u9ad8\u7530\u99ac\u5834\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u9ad8\u7530\u99ac\u5834\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u539f\u5bbf\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u660e\u6cbb\u795e\u5bae\u524d\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6e0b\u8c37\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u6e0b\u8c37\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6e0b\u8c37\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u6e0b\u8c37\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6075\u6bd4\u9808\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u6075\u6bd4\u9808\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u65b0\u6a4b\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u65b0\u6a4b\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6709\u697d\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u65e5\u6bd4\u8c37\"),\n    (\"JR\u5c71\u624b\u7dda\", \"\u6709\u697d\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u65e5\u6bd4\u8c37\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u8868\u53c2\u9053\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u8868\u53c2\u9053\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u8868\u53c2\u9053\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u8868\u53c2\u9053\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u56fd\u4f1a\u8b70\u4e8b\u5802\u524d\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u6e9c\u6c60\u5c71\u738b\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u971e\u30f6\u95a2\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u971e\u30f6\u95a2\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u65e5\u6bd4\u8c37\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u65e5\u6bd4\u8c37\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u5927\u624b\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u5927\u624b\u753a\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u5927\u624b\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u5927\u624b\u753a\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u5343\u4ee3\u7530\u7dda\", \"\u5317\u5343\u4f4f\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u5317\u5343\u4f4f\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u9280\u5ea7\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u9280\u5ea7\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u4ef2\u5fa1\u5f92\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u4e0a\u91ce\u5e83\u5c0f\u8def\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u4e0a\u91ce\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u4e0a\u91ce\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u4e0a\u91ce\") -> (\"\u4eac\u6210\u672c\u7dda\", \"\u4eac\u6210\u4e0a\u91ce\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u8305\u5834\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u8305\u5834\u753a\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u4e0a\u91ce\") -> (\"\u4eac\u6210\u672c\u7dda\", \"\u4eac\u6210\u4e0a\u91ce\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u6c34\u5929\u5bae\u524d\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u65e5\u6bd4\u8c37\u7dda\", \"\u4eba\u5f62\u753a\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u6e0b\u8c37\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u6e0b\u8c37\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u8868\u53c2\u9053\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u8868\u53c2\u9053\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u9752\u5c71\u4e00\u4e01\u76ee\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u9752\u5c71\u4e00\u4e01\u76ee\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u6c38\u7530\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u8d64\u5742\u898b\u9644\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u4e09\u8d8a\u524d\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u4e09\u8d8a\u524d\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u4e5d\u6bb5\u4e0b\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u4e5d\u6bb5\u4e0b\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u534a\u8535\u9580\u7dda\", \"\u5927\u624b\u753a\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u5927\u624b\u753a\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u65e5\u672c\u6a4b\") -> (\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u65e5\u672c\u6a4b\"),\n    (\"\u6771\u4eac\u30e1\u30c8\u30ed\u6771\u897f\u7dda\", \"\u897f\u8239\u6a4b\") -> (\"\u6771\u8449\u9ad8\u901f\u9244\u9053\", \"\u897f\u8239\u6a4b\"),\n    (\"\u6771\u8449\u9ad8\u901f\u9244\u9053\", \"\u5317\u7fd2\u5fd7\u91ce\") -> (\"\u65b0\u4eac\u6210\u7dda\", \"\u5317\u7fd2\u5fd7\u91ce\"),\n    (\"\u4eac\u6210\u672c\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\") -> (\"\u65b0\u4eac\u6210\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\"),\n    (\"\u4eac\u6210\u672c\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\") -> (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\"),\n    (\"\u65b0\u4eac\u6210\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\") -> (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u6d25\u7530\u6cbc\"),\n    (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u5343\u8449\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\", \"\u5343\u8449\"),\n    (\"\u4eac\u6210\u5343\u8449\u7dda\", \"\u4eac\u6210\u5343\u8449\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u5343\u8449\"),\n    (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\", \"\u5343\u8449\u307f\u306a\u3068\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u5343\u8449\u307f\u306a\u3068\"),\n    (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\", \"\u5e02\u5f79\u6240\u524d\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u5e02\u5f79\u6240\u524d\"),\n    (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb1\u53f7\u7dda\", \"\u5343\u8449\") -> (\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u5343\u8449\"),\n  )\n  def edgeOfLine(lineName: String)(edge: Edge): Boolean =\n    edge.from.value.asInstanceOf[Station].line == lineName &&\n      edge.to.value.asInstanceOf[Station].line == lineName\n  def line(name: String): Option[Route] = {\n    implicit val searcher: BFS.type = BFS\n    lines.get(name).\n      flatMap(l => stations.route(BFS, Station(name, l.head), Station(name, l.last), edgeOfLine(name)))\n  }\n  lazy val stations: Board = lines.foldLeft(Board.empty) { case (board, (lineName, sts)) =>\n    sts.sliding(2).foldLeft(board) { (acc, xs) =>\n      xs match {\n        case h :: t :: Nil => acc ~ (Station(lineName, h), Station(lineName, t))\n        case _ => acc\n      }\n    }.pipe { board =>\n      connections.foldLeft(board) {\n        case (acc, ((l1, s1), (l2, s2))) => acc ~ (Station(l1, s1), Station(l2, s2))\n      }\n    }\n  }\n  lazy val stationsTyped: TypedBoard[Station] = lines.foldLeft(TypedBoard.empty[Station]) {\n    case (board, (lineName, sts)) =>\n      sts.sliding(2).foldLeft(board) { (acc, xs) =>\n        xs match {\n          case h :: t :: Nil => acc ~ (Station(lineName, h), Station(lineName, t))\n          case _ => acc\n        }\n      }.pipe { board =>\n        connections.foldLeft(board) {\n          case (acc, ((l1, s1), (l2, s2))) => acc ~ (Station(l1, s1), Station(l2, s2))\n        }\n      }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/TypedBoardOps.scala","text":"<reponame>yuiwai\/kasumi<gh_stars>0\npackage com.yuiwai.kasumi.core.concept\n\ntrait TypedBoardOps[V] extends BoardOps[NodeOps[V]]\ntrait TypedEdgeOps[V] extends EdgeOps[NodeOps[V]]\ntrait TypedRouteOps[V] extends RouteOps[NodeOps[V]]\n"}
{"repo_name":"yuiwai\/kasumi","path":"cli\/src\/main\/scala\/com\/yuiwai\/kasumi\/cli\/Cli.scala","text":"package com.yuiwai.kasumi.cli\n\nimport com.yuiwai.kasumi.core.implementation.{BFS, Node}\nimport com.yuiwai.kasumi.examples.stations._\n\nimport scala.util.chaining._\n\nobject Cli {\n  def main(args: Array[String]): Unit = {\n    noTyped()\n    typed()\n  }\n\n  def noTyped(): Unit = {\n    val xs = Data.stations\n\n    \/\/ \u4e57\u308a\u63db\u3048 or \u59cb\u767a\/\u7d42\u70b9\n    val hubStations = xs.nodes\n      .filter(n => xs.edges.count(e => e.from == n) == 2)\n      .pipe(_.foldLeft(xs)((acc, x) => acc.splice(x)))\n\n    val lineGraph = hubStations.remapFilter(e => Some(e.copy(e.from.value.asInstanceOf[Station].line, e.to.value.asInstanceOf[Station].line)))\n      .filter(e => e.from != e.to)\n\n    lineGraph\n      .route(BFS, \"JR\u5c71\u624b\u7dda\", \"\u65b0\u4eac\u6210\u7dda\")\n      .tap(println)\n\n    xs.route(BFS, Station(\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u6e0b\u8c37\"), Station(\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u52d5\u7269\u516c\u5712\"))\n      .map(r => r.headFromValue[Station].name :: r.headToValue[Station].name :: r.rest.map(_.to.value.asInstanceOf[Station].name).toList)\n      .tap(println)\n  }\n\n  def typed(): Unit = {\n    val xs = Data.stationsTyped\n\n    \/\/ \u4e57\u308a\u63db\u3048 or \u59cb\u767a\/\u7d42\u70b9\n    val hubStations = xs.nodes\n      .filter(n => xs.edges.count(e => e.from == n) == 2)\n      .pipe(_.foldLeft(xs)((acc, x) => acc.splice(x)))\n\n    val lineGraph = hubStations\n      .map(_.map(n => Node(n.value.line)))\n      .filter(e => e.from != e.to)\n\n    lineGraph\n      .routeV(BFS.typed, \"JR\u5c71\u624b\u7dda\", \"\u65b0\u4eac\u6210\u7dda\")\n      .tap(println)\n\n    xs.routeV(BFS.typed, Station(\"\u6771\u4eac\u30e1\u30c8\u30ed\u9280\u5ea7\u7dda\", \"\u6e0b\u8c37\"), Station(\"\u5343\u8449\u90fd\u5e02\u30e2\u30ce\u30ec\u30fc\u30eb2\u53f7\u7dda\", \"\u52d5\u7269\u516c\u5712\"))\n      .map(r => r.head.fromV.name :: r.head.toV.name :: r.rest.map(_.toV.name).toList)\n      .tap(println)\n  }\n}"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/TypedBoard.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept._\n\nimport scala.util.chaining._\n\nfinal case class TypedBoard[V](edges: Set[TypedEdge[V]]) extends TypedBoardOps[V] {\n  override type This = TypedBoard[V]\n  override type E = TypedEdge[V]\n  override type R = TypedRoute[V]\n  override def nodes: Set[NodeOps[V]] = edges.flatMap(_.nodes)\n  def nodesV: Set[Node[V]] = nodes.map(_.asInstanceOf[Node[V]])\n  override def remapFilter(f: TypedEdge[V] => Option[TypedEdge[V]]): TypedBoard[V] = ???\n  override def +(edge: TypedEdge[V]): TypedBoard[V] = copy(edges + edge)\n  override def splice(node: NodeOps[V]): TypedBoard[V] = {\n    edges.foldLeft(Set.empty[Node[V]] -> Set.empty[Node[V]]) { case (acc@(fs, ts), e) =>\n      e match {\n        case TypedEdge(from, `node`) => (fs + from, ts)\n        case TypedEdge(`node`, to) => (fs, ts + to)\n        case _ => acc\n      }\n    }.pipe { case (ns1, ns2) =>\n      edges.filterNot(e => e.from == node || e.to == node) ++ ns1.flatMap(f => ns2.collect {\n        case t if f != t => TypedEdge(f, t)\n      })\n    }.pipe(es => TypedBoard(es))\n  }\n  override def route(\n    searcher: SearchOps[NodeOps[V]],\n    from: NodeOps[V],\n    to: NodeOps[V],\n    condition: Condition): Option[TypedRoute[V]] =\n    searcher.search(this.asInstanceOf[searcher.B], from, to, condition.asInstanceOf[searcher.Condition])\n      .map(_.asInstanceOf[R])\n  def routeV(searcher: SearchOps[NodeOps[V]], from: V, to: V, condition: Condition = _ => true): Option[TypedRoute[V]] =\n    route(searcher, Node(from), Node(to), condition)\n  def map[T](f: E => TypedEdge[T]): TypedBoard[T] = TypedBoard(edges.map(f))\n  override def filter(f: E => Boolean): This = copy(edges.filter(f))\n  def filterN(f: Node[V] => Boolean): This = nodesV.foldLeft(this)(_.splice(_))\n}\nobject TypedBoard {\n  def empty[V] = TypedBoard(Set.empty[TypedEdge[V]])\n}\n\nfinal case class TypedEdge[V](from: Node[V], to: Node[V]) extends TypedEdgeOps[V] {\n  override type This = TypedEdge[V]\n  override def flipped: TypedEdge[V] = copy(to, from)\n  def fromV: V = from.value\n  def toV: V = to.value\n  def map[T](f: Node[V] => Node[T]): TypedEdge[T] = TypedEdge(f(from), f(to))\n}\nobject TypedEdge {\n  implicit def gen[V](from: V, to: V): TypedEdge[V] = apply(from, to)\n  def apply[V](from: V, to: V): TypedEdge[V] = apply(Node(from), Node(to))\n}\n\nfinal case class TypedRoute[V](head: TypedEdge[V], rest: Seq[TypedEdge[V]]) extends TypedRouteOps[V] {\n  override type This = TypedRoute[V]\n  override type E = TypedEdge[V]\n  override def tail: This = {\n    require(rest.nonEmpty)\n    copy(rest.head, rest.tail)\n  }\n  override def last: Option[NodeOps[V]] = nodes.lastOption\n  override def length: Int = rest.length + 1\n  override def edges: Seq[E] = head +: rest\n  def +(edge: E, edges: E*): Option[This] = (edge +: edges).foldLeft[Option[This]](Some(this)) { (acc, e) =>\n    acc match {\n      case Some(r) => r + e\n      case None => None\n    }\n  }\n  override def -->(node: NodeOps[V]): Option[This] = last.flatMap { n =>\n    this + TypedEdge(n.asInstanceOf[Node[V]], node.asInstanceOf[Node[V]])\n  }\n  override def ++(that: This): Option[This] = ???\n}\nobject TypedRoute {\n  def apply[V](e1: (V, V), es: (V, V)*): TypedRoute[V] =\n    apply(TypedEdge[V](e1._1, e1._2), es.map(e => TypedEdge[V](e._1, e._2)))\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/TypedBoardSpec.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport utest._\n\nimport scala.util.chaining._\n\nobject TypedBoardSpec extends TestSuite {\n  val tests = Tests {\n    val board = TypedBoard.empty[Int]\n    \"add edge\" - {\n      val s = board + (0, 1)\n      s.edges.size ==> 1\n      s.nodes.size ==> 2\n      val b = board ~ (0, 1)\n      b.edges.size ==> 2\n      b.nodes.size ==> 2\n    }\n    \"filter\" - {\n      board ~ (0, 1) + (1, 2) + (1, 3) tap {\n        _.filter(_.fromV != 1).edges ==> Set(TypedEdge(0, 1))\n      }\n    }\n    \"splice\" - {\n      (board + (0, 1))\n        .splice(Node(1))\n        .edges ==> Set.empty\n      (board + (0, 1) + (1, 2))\n        .splice(Node(1))\n        .edges ==> Set(TypedEdge(Node(0), Node(2)))\n    }\n    \"route\" - {\n      val bfs = new TypedBFSImpl[Int] {\n      }\n      \"empty board\" - {\n        board.route(bfs, Node(0), Node(1)) ==> None\n      }\n      \"single edge\" - {\n        (board + (0, 1))\n          .route(bfs, Node(0), Node(1)) ==> Some(TypedRoute(0 -> 1))\n      }\n      \"straight edges\" - {\n        (board + (0, 1) + (1, 2))\n          .routeV(bfs, 0, 2) ==> Some(TypedRoute(0 -> 1, 1 -> 2))\n      }\n      \"fan-in\/fan-out\" - {\n        (board + (0, 1) + (1, 2) + (0, 2))\n          .routeV(bfs, 0, 2) ==> Some(TypedRoute(0 -> 2))\n        (board + (0, 1) + (1, 2) + (2, 3) + (1, 4))\n          .routeV(bfs, 1, 3) ==> Some(TypedRoute(1 -> 2, 2 -> 3))\n      }\n      \"bidirectional\" - {\n        (board ~ (0, 1) ~ (1, 2))\n          .routeV(bfs, 0, 2) ==> Some(TypedRoute(0 -> 1, 1 -> 2))\n      }\n      \"complex\" - {\n        (board ~ (0, 1) ~ (1, 2) ~ (2, 3) ~ (1, 4) ~ (4, 3))\n          .routeV(bfs, 0, 3).get.length ==> 3\n      }\n      \"with condition\" - {\n        (board ~ (2, 3) ~ (3, 4) ~ (2, 6) ~ (6, 8) ~ (8, 4)).tap { b =>\n          b.routeV(bfs, 2, 4, e => e.from.value % 2 == 0) ==>\n            Some(TypedRoute(2 -> 6, 6 -> 8, 8 -> 4))\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Layer.scala","text":"<gh_stars>0\npackage com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept.{EdgeLayerOps, NodeLayerOps}\n\nimport scala.language.higherKinds\n\nobject Layer {\n  type Id[T] = T\n  def byNode[F[_]](nodeLayer: NodeLayerOps[F])(node: Node[_]): F[Option[nodeLayer.Data]] = nodeLayer.find(node.asInstanceOf[nodeLayer.K])\n  def byEdge[F[_]](edgeLayer: EdgeLayerOps[F])(edge: Edge): F[Option[edgeLayer.Data]] = edgeLayer.find(edge.asInstanceOf[edgeLayer.K])\n  def byRouteN[F[_] : Applicative](nodeLayer: NodeLayerOps[F])(route: Route)\n    (implicit T: Traverse[Seq]): F[Seq[Option[nodeLayer.Data]]] =\n    T.traverse(route.nodes)(byNode(nodeLayer)(_))\n  def byRouteE[F[_] : Applicative](edgeLayer: EdgeLayerOps[F])(route: Route)\n    (implicit T: Traverse[Seq]): F[Seq[Option[edgeLayer.Data]]] =\n    T.traverse(route.edges)(byEdge(edgeLayer)(_))\n}\nfinal case class InMemoryNodeLayer[T](data: Map[Node[_], T]) extends NodeLayerOps[Layer.Id] {\n  override type Data = T\n  override type K = Node[_]\n  override def find(node: Node[_]): Option[T] = data.get(node)\n}\nfinal case class InMemoryEdgeLayer[T](data: Map[Edge, T]) extends EdgeLayerOps[Layer.Id] {\n  override type Data = T\n  override type K = Edge\n  override def find(edge: Edge): Option[T] = data.get(edge)\n}\n\ntrait Apply[F[_]] {\n  def ap[A, B](f: F[A => B])(fa: F[A]): F[B]\n  def map[A, B](fa: F[A])(f: A => B): F[B]\n  def map2[A, B, Z](fa: F[A], fb: F[B])(f: (A, B) => Z): F[Z] = map(product(fa, fb))(f.tupled)\n  def product[A, B](fa: F[A], fb: F[B]): F[(A, B)] = ap(map(fa)(a => (b: B) => a -> b))(fb)\n}\ntrait Applicative[F[_]] extends Apply[F] {\n  def pure[T](value: T): F[T]\n  override def map[A, B](fa: F[A])(f: A => B): F[B] = ap(pure(f))(fa)\n}\nobject Applicative {\n  \/\/ TODO Id\u306e\u7f6e\u304d\u5834\n  import Layer.Id\n  implicit val idApplicative: Applicative[Id] = new Applicative[Id] {\n    override def pure[T](value: T): Id[T] = value\n    override def ap[A, B](f: Id[A => B])(fa: Id[A]): Id[B] = f(fa)\n  }\n}\ntrait Traverse[F[_]] {\n  def traverse[G[_] : Applicative, A, B](fa: F[A])(f: A => G[B]): G[F[B]]\n}\nobject Traverse {\n  implicit val seqTraverse: Traverse[Seq] = new Traverse[Seq] {\n    override def traverse[G[_] : Applicative, A, B](fa: Seq[A])(f: A => G[B]): G[Seq[B]] = {\n      val applicative = implicitly[Applicative[G]]\n      fa.foldLeft(applicative.pure(Seq.empty[B])) {\n        (acc, a) =>\n          applicative.map2(acc, f(a))(_ :+ _)\n      }\n    }\n  }\n}"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/Circuit.scala","text":"package com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.concept.{CircuitOps, LayerOps}\n\nimport scala.language.higherKinds\n\ncase class Circuit[F[_]](board: Board, broker: Broker, layers: Seq[LayerOps[F]])\n  extends CircuitOps[Circuit[F], Board, Broker] {\n  override def update(): Circuit[F] = this\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"build.sbt","text":"import sbtcrossproject.CrossPlugin.autoImport.{crossProject, CrossType}\n\nversion in ThisBuild := \"0.1.0\"\nscalaVersion in ThisBuild := \"2.13.0\"\nscalacOptions ++= Seq(\"-feature\")\norganization in ThisBuild := \"com.yuiwai\"\nscalacOptions in ThisBuild ++= Seq(\n  \"-deprecation\",\n  \"-feature\",\n  \"-unchecked\",\n  \"-Xlint\",\n)\n\n\nlazy val root = project\n  .in(file(\".\"))\n  .aggregate(coreJVM, coreJS)\n  .settings(\n    name := \"kasumi\",\n    publish := {},\n    publishLocal := {}\n  )\n\nlazy val core = crossProject(JSPlatform, JVMPlatform)\n  .crossType(CrossType.Pure)\n  .in(file(\"core\"))\n  .settings(\n    name := \"kasumi-core\",\n    testFrameworks += new TestFramework(\"utest.runner.Framework\"),\n    libraryDependencies += \"com.lihaoyi\" %% \"utest\" % \"0.6.9\" % \"test\",\n    publishTo := Some(Resolver.file(\"file\", file(\"release\")))\n  )\nlazy val coreJS = core.js\nlazy val coreJVM = core.jvm\n\nlazy val stations = crossProject(JSPlatform, JVMPlatform)\n  .crossType(CrossType.Pure)\n  .in(file(\"examples\/stations\"))\n  .dependsOn(core)\n\nlazy val stationsJS = stations.js\nlazy val stationsJVM = stations.jvm\n\nlazy val visualize = project\n  .in(file(\"visualize\"))\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.7\"\n    ),\n    scalaJSUseMainModuleInitializer := true\n  )\n  .dependsOn(stationsJS)\n  .enablePlugins(ScalaJSPlugin)\n\nlazy val cli = project\n  .in(file(\"cli\"))\n  .dependsOn(stationsJVM)"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/BoardOps.scala","text":"package com.yuiwai.kasumi.core.concept\n\ntrait BoardOps[N <: NodeOps[_]] {\n  type This <: BoardOps[N]\n  type E <: EdgeOps[N]\n  type R <: RouteOps[N]\n  type GenEdge[F, T] = (F, T) => E\n  type Condition = E => Boolean\n  def nodes: Set[N]\n  def edges: Set[E]\n  def remapFilter(f: E => Option[E]): This\n  def filter(f: E => Boolean): This\n  def +(edge: E): This\n  def +[F, T](from: F, to: T)(implicit genEdge: GenEdge[F, T]): This = this + genEdge(from, to)\n  def ~(edge: E): This = (this + edge).asInstanceOf[this.type] + edge.flipped.asInstanceOf[E]\n  def ~[F, T](from: F, to: T)(implicit genEdge: GenEdge[F, T]): This = this ~ genEdge(from, to)\n  def splice(node: N): This\n  def route(searcher: SearchOps[N], from: N, to: N, condition: Condition = _ => true): Option[R]\n}\ntrait NodeOps[+V] {\n  def value: V\n  def show: String = value.toString\n}\ntrait EdgeOps[N <: NodeOps[_]] {\n  type This <: EdgeOps[N]\n  def from: N\n  def to: N\n  def nodes: Set[N] = Set(from, to)\n  def flipped: This\n  def show: String = s\"\"\"(${from.show}, ${to.show})\"\"\"\n}\ntrait RouteOps[N <: NodeOps[_]] {\n  type This <: RouteOps[N]\n  type E <: EdgeOps[N]\n  def head: E\n  def tail: This\n  def last: Option[N]\n  def length: Int\n  def nodes: Seq[N] = head.from :: edges.map(e => e.to).toList\n  def edges: Seq[E]\n  def from: N = edges.head.from\n  def visited(node: N): Boolean = edges.exists(_.from == node)\n  def -->(node: N): Option[This]\n  def ++(that: This): Option[This]\n  def show: String = edges.map(_.show).mkString(\" --> \")\n}\n\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/ExtensionOps.scala","text":"<reponame>yuiwai\/kasumi\npackage com.yuiwai.kasumi.core.concept\n\ntrait ExtensionOps {\n  def |>[A](f: this.type => A): A = f(this)\n}\n\nsealed trait ExtensionPlace {\n  self: ExtensionOps =>\n}\n\ntrait NodeExtension[N <: NodeOps[_]] extends ExtensionOps with ExtensionPlace {\n  def node: N\n}\n\ntrait EdgeExtension[E <: EdgeOps[_]] extends ExtensionOps with ExtensionPlace {\n  def edge: E\n}\n\nsealed trait Trigger {\n  self: ExtensionOps =>\n  def update: this.type\n  def isFired: Boolean\n}\n\ntrait TimerOps extends ExtensionOps with Trigger {\n  def interval: Int\n  def current: Int\n  def update: this.type\n  def isFired: Boolean = current % interval == 0\n}\n\ntrait GeneratorOps[V] extends ExtensionOps {\n  def trigger: Trigger\n  def creator: () => Seq[V]\n  def update: (this.type, Seq[V])\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/test\/scala\/com\/yuiwai\/kasumi\/core\/implementation\/LayerSpec.scala","text":"<reponame>yuiwai\/kasumi<gh_stars>0\npackage com.yuiwai.kasumi.core.implementation\n\nimport com.yuiwai.kasumi.core.implementation.Layer.Id\nimport utest._\n\nobject LayerSpec extends TestSuite {\n  val tests = Tests {\n    val board = Board.empty ~ (1, 2) ~ (2, 3) ~ (2, 4) ~ (1, 3)\n    val nodeLayer = InMemoryNodeLayer(Map(Node(1) -> \"Foo\", Node(2) -> \"Bar\", Node(3) -> \"Baz\"))\n    val edgeLayer = InMemoryEdgeLayer(Map(Edge(1, 2) -> 10, Edge(2, 3) -> 5, Edge(2, 4) -> 8, Edge(1, 3) -> 9))\n    \"node layer\" - {\n      val byNode: Node[_] => Option[String] = Layer.byNode(nodeLayer)\n      byNode(Node(1)) ==> Some(\"Foo\")\n      byNode(Node(2)) ==> Some(\"Bar\")\n      byNode(Node(3)) ==> Some(\"Baz\")\n      byNode(Node(4)) ==> None\n    }\n    \"edge layer\" - {\n      val byEdge: Edge => Option[Int] = Layer.byEdge(edgeLayer)\n      byEdge(Edge(1, 2)) ==> Some(10)\n      byEdge(Edge(2, 3)) ==> Some(5)\n      byEdge(Edge(2, 4)) ==> Some(8)\n      byEdge(Edge(1, 3)) ==> Some(9)\n    }\n    \"route\" - {\n      val byRouteN: Route => Id[Seq[Option[String]]] = Layer.byRouteN(nodeLayer)\n      byRouteN(board.route(BFS, Node(1), Node(2)).get) ==> Seq(Some(\"Foo\"), Some(\"Bar\"))\n      byRouteN(board.route(BFS, Node(1), Node(4)).get) ==> Seq(Some(\"Foo\"), Some(\"Bar\"), None)\n\n      val byRouteE: Route => Id[Seq[Option[Int]]] = Layer.byRouteE(edgeLayer)\n      byRouteE(board.route(BFS, Node(1), Node(2)).get) ==> Seq(Some(10))\n      byRouteE(board.route(BFS, Node(1), Node(4)).get) ==> Seq(Some(10), Some(8))\n    }\n  }\n}\n"}
{"repo_name":"yuiwai\/kasumi","path":"core\/src\/main\/scala\/com\/yuiwai\/kasumi\/core\/concept\/SearchOps.scala","text":"<reponame>yuiwai\/kasumi\npackage com.yuiwai.kasumi.core.concept\n\ntrait SearchOps[Node <: NodeOps[_]] {\n  type Condition = E => Boolean\n  type N = Node\n  type B <: BoardOps[N]\n  type E = B#E\n  type R = B#R\n  def search(board: B, from: N, to: N, condition: Condition = _ => true): Option[R]\n}\ntrait TypedSearchOps[N <: NodeOps[V], V] extends SearchOps[N]\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-play-server\/app\/api\/PetApiController.scala","text":"package api\n\nimport org.openapitools.OpenApiExceptions\nimport javax.inject.{Inject, Singleton}\nimport play.api.libs.json._\nimport play.api.mvc._\nimport model.ApiResponse\nimport model.Pet\nimport play.api.libs.Files.TemporaryFile\n\n@javax.annotation.Generated(value = Array(\"org.openapitools.codegen.languages.ScalaPlayFrameworkServerCodegen\"), date = \"2019-03-26T16:21:58.590+08:00[Asia\/Hong_Kong]\")\n@Singleton\nclass PetApiController @Inject()(cc: ControllerComponents, api: PetApi) extends AbstractController(cc) {\n  \/**\n    * POST \/v2\/pet\n    *\/\n  def addPet(): Action[AnyContent] = Action { request =>\n    def executeApi(): Unit = {\n      val body = request.body.asJson.map(_.as[Pet]).getOrElse {\n        throw new OpenApiExceptions.MissingRequiredParameterException(\"body\", \"body\")\n      }\n      api.addPet(body)\n    }\n\n    executeApi()\n    Ok\n  }\n\n  \/**\n    * DELETE \/v2\/pet\/:petId\n    * @param petId Pet id to delete\n    *\/\n  def deletePet(petId: Long): Action[AnyContent] = Action { request =>\n    def executeApi(): Unit = {\n      val apiKey = request.headers.get(\"api_key\")\n        \n      api.deletePet(petId, apiKey)\n    }\n\n    executeApi()\n    Ok\n  }\n\n  \/**\n    * GET \/v2\/pet\/findByStatus?status=[value]\n    *\/\n  def findPetsByStatus(): Action[AnyContent] = Action { request =>\n    def executeApi(): List[Pet] = {\n      val status = request.getQueryString(\"status\")\n        .map(values => splitCollectionParam(values, \"csv\"))\n        .getOrElse {\n          throw new OpenApiExceptions.MissingRequiredParameterException(\"status\", \"query string\")\n        }\n      api.findPetsByStatus(status)\n    }\n\n    val result = executeApi()\n    val json = Json.toJson(result)\n    Ok(json)\n  }\n\n  \/**\n    * GET \/v2\/pet\/findByTags?tags=[value]\n    *\/\n  def findPetsByTags(): Action[AnyContent] = Action { request =>\n    def executeApi(): List[Pet] = {\n      val tags = request.getQueryString(\"tags\")\n        .map(values => splitCollectionParam(values, \"csv\"))\n        .getOrElse {\n          throw new OpenApiExceptions.MissingRequiredParameterException(\"tags\", \"query string\")\n        }\n      api.findPetsByTags(tags)\n    }\n\n    val result = executeApi()\n    val json = Json.toJson(result)\n    Ok(json)\n  }\n\n  \/**\n    * GET \/v2\/pet\/:petId\n    * @param petId ID of pet to return\n    *\/\n  def getPetById(petId: Long): Action[AnyContent] = Action { request =>\n    def executeApi(): Pet = {\n      api.getPetById(petId)\n    }\n\n    val result = executeApi()\n    val json = Json.toJson(result)\n    Ok(json)\n  }\n\n  \/**\n    * PUT \/v2\/pet\n    *\/\n  def updatePet(): Action[AnyContent] = Action { request =>\n    def executeApi(): Unit = {\n      val body = request.body.asJson.map(_.as[Pet]).getOrElse {\n        throw new OpenApiExceptions.MissingRequiredParameterException(\"body\", \"body\")\n      }\n      api.updatePet(body)\n    }\n\n    executeApi()\n    Ok\n  }\n\n  \/**\n    * POST \/v2\/pet\/:petId\n    * @param petId ID of pet that needs to be updated\n    *\/\n  def updatePetWithForm(petId: Long): Action[AnyContent] = Action { request =>\n    def executeApi(): Unit = {\n      val name = (request.body.asMultipartFormData.map(_.asFormUrlEncoded) orElse request.body.asFormUrlEncoded)\n        .flatMap(_.get(\"name\"))\n        .flatMap(_.headOption)\n        \n      val status = (request.body.asMultipartFormData.map(_.asFormUrlEncoded) orElse request.body.asFormUrlEncoded)\n        .flatMap(_.get(\"status\"))\n        .flatMap(_.headOption)\n        \n      api.updatePetWithForm(petId, name, status)\n    }\n\n    executeApi()\n    Ok\n  }\n\n  \/**\n    * POST \/v2\/pet\/:petId\/uploadImage\n    * @param petId ID of pet to update\n    *\/\n  def uploadFile(petId: Long): Action[AnyContent] = Action { request =>\n    def executeApi(): ApiResponse = {\n      val additionalMetadata = (request.body.asMultipartFormData.map(_.asFormUrlEncoded) orElse request.body.asFormUrlEncoded)\n        .flatMap(_.get(\"additionalMetadata\"))\n        .flatMap(_.headOption)\n        \n      val file = request.body.asMultipartFormData.flatMap(_.file(\"file\").map(_.ref: TemporaryFile))\n        \n      api.uploadFile(petId, additionalMetadata, file)\n    }\n\n    val result = executeApi()\n    val json = Json.toJson(result)\n    Ok(json)\n  }\n\n  private def splitCollectionParam(paramValues: String, collectionFormat: String): List[String] = {\n    val splitBy =\n      collectionFormat match {\n        case \"csv\" => \",+\"\n        case \"tsv\" => \"\\t+\"\n        case \"ssv\" => \" +\"\n        case \"pipes\" => \"|+\"\n      }\n\n    paramValues.split(splitBy).toList\n  }\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-lagom-server\/src\/main\/scala\/io\/swagger\/client\/model\/Order.scala","text":"\/**\n * Swagger Petstore\n * This is a sample server Petstore server.  You can find out more about Swagger at [http:\/\/swagger.io](http:\/\/swagger.io) or on [irc.freenode.net, #swagger](http:\/\/swagger.io\/irc\/).  For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * OpenAPI spec version: 1.0.0\n * Contact: <EMAIL>\n *\n * NOTE: This class is auto generated by the swagger code generator program.\n * https:\/\/github.com\/swagger-api\/swagger-codegen.git\n * Do not edit the class manually.\n *\/\n\npackage io.swagger.client.model\nimport play.api.libs.json._\nimport org.joda.time.DateTime\n\ncase class Order (\n                  id: Option[Long],\n                  petId: Option[Long],\n                  quantity: Option[Int],\n                  shipDate: Option[DateTime],\n                  status:  Option[OrderStatusEnum.OrderStatusEnum],\n                  complete: Option[Boolean]\n)\n\nobject Order {\nimplicit val format: Format[Order] = Json.format\n}\n\nobject OrderStatusEnum extends Enumeration {\n  val   placed, approved, delivered = Value\n  type OrderStatusEnum = Value\n  implicit val format: Format[Value] = Format(Reads.enumNameReads(this), Writes.enumNameWrites[OrderStatusEnum.type])\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/client\/petstore\/scalaz\/src\/main\/scala\/org\/openapitools\/client\/api\/Tag.scala","text":"<reponame>malymato\/openapi-generator<gh_stars>1-10\npackage org.openapitools.client.api\n\nimport argonaut._\nimport argonaut.EncodeJson._\nimport argonaut.DecodeJson._\n\nimport org.http4s.{EntityDecoder, EntityEncoder}\nimport org.http4s.argonaut._\nimport org.joda.time.DateTime\nimport Tag._\n\ncase class Tag (\n  id: Option[Long],\nname: Option[String])\n\nobject Tag {\n  import DateTimeCodecs._\n\n  implicit val TagCodecJson: CodecJson[Tag] = CodecJson.derive[Tag]\n  implicit val TagDecoder: EntityDecoder[Tag] = jsonOf[Tag]\n  implicit val TagEncoder: EntityEncoder[Tag] = jsonEncoderOf[Tag]\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-lagom-server\/src\/main\/scala\/io\/swagger\/client\/api\/StoreApi.scala","text":"\/**\n * Swagger Petstore\n * This is a sample server Petstore server.  You can find out more about Swagger at [http:\/\/swagger.io](http:\/\/swagger.io) or on [irc.freenode.net, #swagger](http:\/\/swagger.io\/irc\/).  For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * OpenAPI spec version: 1.0.0\n * Contact: <EMAIL>\n *\n * NOTE: This class is auto generated by the swagger code generator program.\n * https:\/\/github.com\/swagger-api\/swagger-codegen.git\n * Do not edit the class manually.\n *\/\n\npackage io.swagger.client.api\n\nimport akka.{Done, NotUsed}\nimport com.lightbend.lagom.scaladsl.api.transport.Method\nimport com.lightbend.lagom.scaladsl.api.{Service, ServiceCall}\nimport play.api.libs.json._\nimport com.lightbend.lagom.scaladsl.api.deser.PathParamSerializer\n\nimport io.swagger.client.model.Order\n\ntrait StoreApi extends Service {\n\n\n  final override def descriptor = {\n    import Service._\n    named(\"StoreApi\").withCalls(\n      restCall(Method.DELETE, \"\/store\/order\/:orderId\", deleteOrder _), \n      restCall(Method.GET, \"\/store\/inventory\", getInventory _), \n      restCall(Method.GET, \"\/store\/order\/:orderId\", getOrderById _), \n      restCall(Method.POST, \"\/store\/order\", placeOrder _)\n    ).withAutoAcl(true)\n  }\n\n\n  \/**\n    * Delete purchase order by ID\n    * For valid response try integer IDs with value &lt; 1000. Anything above 1000 or nonintegers will generate API errors\n    *  \n    * @param orderId ID of the order that needs to be deleted \n    * @return void\n    *\/\n  def deleteOrder(orderId: String): ServiceCall[NotUsed ,Done]\n  \n  \/**\n    * Returns pet inventories by status\n    * Returns a map of status codes to quantities\n    * \n    * @return Map[String, Int]\n    *\/\n  def getInventory(): ServiceCall[NotUsed ,Map[String, Int]]\n  \n  \/**\n    * Find purchase order by ID\n    * For valid response try integer IDs with value &lt;&#x3D; 5 or &gt; 10. Other values will generated exceptions\n    *  \n    * @param orderId ID of pet that needs to be fetched \n    * @return Order\n    *\/\n  def getOrderById(orderId: Long): ServiceCall[NotUsed ,Order]\n  \n  \/**\n    * Place an order for a pet\n    * \n    *  \n    * @return Order Body Parameter  order placed for purchasing the pet \n    *\/\n  def placeOrder(): ServiceCall[Order ,Order]\n  \n\n  }\n\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/client\/petstore\/scalaz\/src\/main\/scala\/org\/openapitools\/client\/api\/Category.scala","text":"<filename>samples\/client\/petstore\/scalaz\/src\/main\/scala\/org\/openapitools\/client\/api\/Category.scala\npackage org.openapitools.client.api\n\nimport argonaut._\nimport argonaut.EncodeJson._\nimport argonaut.DecodeJson._\n\nimport org.http4s.{EntityDecoder, EntityEncoder}\nimport org.http4s.argonaut._\nimport org.joda.time.DateTime\nimport Category._\n\ncase class Category (\n  id: Option[Long],\nname: Option[String])\n\nobject Category {\n  import DateTimeCodecs._\n\n  implicit val CategoryCodecJson: CodecJson[Category] = CodecJson.derive[Category]\n  implicit val CategoryDecoder: EntityDecoder[Category] = jsonOf[Category]\n  implicit val CategoryEncoder: EntityEncoder[Category] = jsonEncoderOf[Category]\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/client\/petstore\/scalaz\/src\/main\/scala\/org\/openapitools\/client\/api\/User.scala","text":"package org.openapitools.client.api\n\nimport argonaut._\nimport argonaut.EncodeJson._\nimport argonaut.DecodeJson._\n\nimport org.http4s.{EntityDecoder, EntityEncoder}\nimport org.http4s.argonaut._\nimport org.joda.time.DateTime\nimport User._\n\ncase class User (\n  id: Option[Long],\nusername: Option[String],\nfirstName: Option[String],\nlastName: Option[String],\nemail: Option[String],\npassword: Option[String],\nphone: Option[String],\n\/* User Status *\/\n  userStatus: Option[Integer])\n\nobject User {\n  import DateTimeCodecs._\n\n  implicit val UserCodecJson: CodecJson[User] = CodecJson.derive[User]\n  implicit val UserDecoder: EntityDecoder[User] = jsonOf[User]\n  implicit val UserEncoder: EntityEncoder[User] = jsonEncoderOf[User]\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-lagom-server\/src\/main\/scala\/io\/swagger\/client\/api\/UserApi.scala","text":"\/**\n * Swagger Petstore\n * This is a sample server Petstore server.  You can find out more about Swagger at [http:\/\/swagger.io](http:\/\/swagger.io) or on [irc.freenode.net, #swagger](http:\/\/swagger.io\/irc\/).  For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * OpenAPI spec version: 1.0.0\n * Contact: <EMAIL>\n *\n * NOTE: This class is auto generated by the swagger code generator program.\n * https:\/\/github.com\/swagger-api\/swagger-codegen.git\n * Do not edit the class manually.\n *\/\n\npackage io.swagger.client.api\n\nimport akka.{Done, NotUsed}\nimport com.lightbend.lagom.scaladsl.api.transport.Method\nimport com.lightbend.lagom.scaladsl.api.{Service, ServiceCall}\nimport play.api.libs.json._\nimport com.lightbend.lagom.scaladsl.api.deser.PathParamSerializer\n\nimport io.swagger.client.model.User\n\ntrait UserApi extends Service {\n\n\n  final override def descriptor = {\n    import Service._\n    named(\"UserApi\").withCalls(\n      restCall(Method.POST, \"\/user\", createUser _), \n      restCall(Method.POST, \"\/user\/createWithArray\", createUsersWithArrayInput _), \n      restCall(Method.POST, \"\/user\/createWithList\", createUsersWithListInput _), \n      restCall(Method.DELETE, \"\/user\/:username\", deleteUser _), \n      restCall(Method.GET, \"\/user\/:username\", getUserByName _), \n      restCall(Method.GET, \"\/user\/login?username&password\", loginUser _), \n      restCall(Method.GET, \"\/user\/logout\", logoutUser _), \n      restCall(Method.PUT, \"\/user\/:username\", updateUser _)\n    ).withAutoAcl(true)\n  }\n\n\n  \/**\n    * Create user\n    * This can only be done by the logged in user.\n    *  \n    * @return void Body Parameter  Created user object \n    *\/\n  def createUser(): ServiceCall[User ,Done]\n  \n  \/**\n    * Creates list of users with given input array\n    * \n    *  \n    * @return void Body Parameter  List of user object \n    *\/\n  def createUsersWithArrayInput(): ServiceCall[Seq[User] ,Done]\n  \n  \/**\n    * Creates list of users with given input array\n    * \n    *  \n    * @return void Body Parameter  List of user object \n    *\/\n  def createUsersWithListInput(): ServiceCall[Seq[User] ,Done]\n  \n  \/**\n    * Delete user\n    * This can only be done by the logged in user.\n    *  \n    * @param username The name that needs to be deleted \n    * @return void\n    *\/\n  def deleteUser(username: String): ServiceCall[NotUsed ,Done]\n  \n  \/**\n    * Get user by user name\n    * \n    *  \n    * @param username The name that needs to be fetched. Use user1 for testing.  \n    * @return User\n    *\/\n  def getUserByName(username: String): ServiceCall[NotUsed ,User]\n        \n  \/**\n    * Logs user into the system\n    * \n    *  \n    * @param username The user name for login  \n    * @param password The password for login in clear text \n    * @return String\n    *\/\n  def loginUser(username:String          ,password:String          ): ServiceCall[NotUsed ,String]\n  \n  \/**\n    * Logs out current logged in user session\n    * \n    * \n    * @return void\n    *\/\n  def logoutUser(): ServiceCall[NotUsed ,Done]\n  \n  \/**\n    * Updated user\n    * This can only be done by the logged in user.\n    *  \n    * @param username name that need to be deleted  \n    * @return void Body Parameter  Updated user object \n    *\/\n  def updateUser(username: String): ServiceCall[User ,Done]\n  \n\n  }\n\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-play-server\/app\/model\/Tag.scala","text":"<gh_stars>1-10\npackage model\n\nimport play.api.libs.json._\n\n\/**\n  * A tag for a pet\n  *\/\n@javax.annotation.Generated(value = Array(\"org.openapitools.codegen.languages.ScalaPlayFrameworkServerCodegen\"), date = \"2019-03-26T16:21:58.590+08:00[Asia\/Hong_Kong]\")\ncase class Tag(\n  id: Option[Long],\n  name: Option[String]\n)\n\nobject Tag {\n  implicit lazy val tagJsonFormat: Format[Tag] = Json.format[Tag]\n}\n\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-play-server\/app\/model\/User.scala","text":"<reponame>malymato\/openapi-generator\npackage model\n\nimport play.api.libs.json._\n\n\/**\n  * A User who is purchasing from the pet store\n  * @param userStatus User Status\n  *\/\n@javax.annotation.Generated(value = Array(\"org.openapitools.codegen.languages.ScalaPlayFrameworkServerCodegen\"), date = \"2019-03-26T16:21:58.590+08:00[Asia\/Hong_Kong]\")\ncase class User(\n  id: Option[Long],\n  username: Option[String],\n  firstName: Option[String],\n  lastName: Option[String],\n  email: Option[String],\n  password: Option[String],\n  phone: Option[String],\n  userStatus: Option[Int]\n)\n\nobject User {\n  implicit lazy val userJsonFormat: Format[User] = Json.format[User]\n}\n\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/client\/petstore\/scala-akka\/src\/main\/scala\/org\/openapitools\/client\/model\/ApiResponse.scala","text":"\/**\n * OpenAPI Petstore\n * This is a sample server Petstore server. For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * The version of the OpenAPI document: 1.0.0\n * \n *\n * NOTE: This class is auto generated by OpenAPI Generator (https:\/\/openapi-generator.tech).\n * https:\/\/openapi-generator.tech\n * Do not edit the class manually.\n *\/\npackage org.openapitools.client.model\n\nimport org.openapitools.client.core.ApiModel\nimport org.joda.time.DateTime\nimport java.util.UUID\n\ncase class ApiResponse (\n  code: Option[Int] = None,\n  `type`: Option[String] = None,\n  message: Option[String] = None\n) extends ApiModel\n\n\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-play-server\/app\/api\/UserApiImpl.scala","text":"package api\n\nimport model.User\n\n\/**\n  * Provides a default implementation for [[UserApi]].\n  *\/\n@javax.annotation.Generated(value = Array(\"org.openapitools.codegen.languages.ScalaPlayFrameworkServerCodegen\"), date = \"2019-03-26T16:21:58.590+08:00[Asia\/Hong_Kong]\")\nclass UserApiImpl extends UserApi {\n  \/**\n    * @inheritdoc\n    *\/\n  override def createUser(body: User): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def createUsersWithArrayInput(body: List[User]): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def createUsersWithListInput(body: List[User]): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def deleteUser(username: String): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def getUserByName(username: String): User = {\n    \/\/ TODO: Implement better logic\n\n    User(None, None, None, None, None, None, None, None)\n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def loginUser(username: String, password: String): String = {\n    \/\/ TODO: Implement better logic\n\n    \"\"\n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def logoutUser(): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n\n  \/**\n    * @inheritdoc\n    *\/\n  override def updateUser(username: String, body: User): Unit = {\n    \/\/ TODO: Implement better logic\n\n    \n  }\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/client\/petstore\/scalaz\/src\/main\/scala\/org\/openapitools\/client\/api\/Order.scala","text":"package org.openapitools.client.api\n\nimport argonaut._\nimport argonaut.EncodeJson._\nimport argonaut.DecodeJson._\n\nimport org.http4s.{EntityDecoder, EntityEncoder}\nimport org.http4s.argonaut._\nimport org.joda.time.DateTime\nimport Order._\n\ncase class Order (\n  id: Option[Long],\npetId: Option[Long],\nquantity: Option[Integer],\nshipDate: Option[DateTime],\n\/* Order Status *\/\n  status: Option[Status],\ncomplete: Option[Boolean])\n\nobject Order {\n  import DateTimeCodecs._\n  sealed trait Status\n  case object Placed extends Status\n  case object Approved extends Status\n  case object Delivered extends Status\n\n  object Status {\n    def toStatus(s: String): Option[Status] = s match {\n      case \"Placed\" => Some(Placed)\n      case \"Approved\" => Some(Approved)\n      case \"Delivered\" => Some(Delivered)\n      case _ => None\n    }\n\n    def fromStatus(x: Status): String = x match {\n      case Placed => \"Placed\"\n      case Approved => \"Approved\"\n      case Delivered => \"Delivered\"\n    }\n  }\n\n  implicit val StatusEnumEncoder: EncodeJson[Status] =\n    EncodeJson[Status](is => StringEncodeJson(Status.fromStatus(is)))\n\n  implicit val StatusEnumDecoder: DecodeJson[Status] =\n    DecodeJson.optionDecoder[Status](n => n.string.flatMap(jStr => Status.toStatus(jStr)), \"Status failed to de-serialize\")\n\n  implicit val OrderCodecJson: CodecJson[Order] = CodecJson.derive[Order]\n  implicit val OrderDecoder: EntityDecoder[Order] = jsonOf[Order]\n  implicit val OrderEncoder: EntityEncoder[Order] = jsonEncoderOf[Order]\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scalatra\/src\/main\/scala\/ScalatraBootstrap.scala","text":"\/**\n * OpenAPI Petstore\n * This is a sample server Petstore server. For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * OpenAPI spec version: 1.0.0\n * Contact: <EMAIL>\n *\n * NOTE: This class is auto generated by OpenAPI Generator (https:\/\/openapi-generator.tech).\n * https:\/\/openapi-generator.tech\n *\/\n\n\nimport org.openapitools.server.api._\nimport org.openapitools.app.{ ResourcesApp, OpenAPIApp }\nimport javax.servlet.ServletContext\nimport org.scalatra.LifeCycle\n\nclass ScalatraBootstrap extends LifeCycle {\n  implicit val openapi = new OpenAPIApp\n\n  override def init(context: ServletContext) {\n    try {\n      context mount (new PetApi, \"\/v2\/Pet\/*\")\n      context mount (new StoreApi, \"\/v2\/Store\/*\")\n      context mount (new UserApi, \"\/v2\/User\/*\")\n      context mount (new ResourcesApp, \"\/api-docs\/*\")\n    } catch {\n      case e: Throwable => e.printStackTrace()\n    }\n  }\n}\n"}
{"repo_name":"malymato\/openapi-generator","path":"samples\/server\/petstore\/scala-lagom-server\/src\/main\/scala\/io\/swagger\/client\/model\/Pet.scala","text":"\/**\n * Swagger Petstore\n * This is a sample server Petstore server.  You can find out more about Swagger at [http:\/\/swagger.io](http:\/\/swagger.io) or on [irc.freenode.net, #swagger](http:\/\/swagger.io\/irc\/).  For this sample, you can use the api key `special-key` to test the authorization filters.\n *\n * OpenAPI spec version: 1.0.0\n * Contact: <EMAIL>\n *\n * NOTE: This class is auto generated by the swagger code generator program.\n * https:\/\/github.com\/swagger-api\/swagger-codegen.git\n * Do not edit the class manually.\n *\/\n\npackage io.swagger.client.model\nimport play.api.libs.json._\n\ncase class Pet (\n                  id: Option[Long],\n                  category: Option[Category],\n                  name: String,\n                  photoUrls: Seq[String],\n                  tags: Option[Seq[Tag]],\n                  status:  Option[PetStatusEnum.PetStatusEnum]\n)\n\nobject Pet {\nimplicit val format: Format[Pet] = Json.format\n}\n\nobject PetStatusEnum extends Enumeration {\n  val   available, pending, sold = Value\n  type PetStatusEnum = Value\n  implicit val format: Format[Value] = Format(Reads.enumNameReads(this), Writes.enumNameWrites[PetStatusEnum.type])\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/LoyaltyPointsServiceClient.scala","text":"<filename>examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/LoyaltyPointsServiceClient.scala\npackage com.vladkopanev.cats.saga.example.client\n\nimport java.util.UUID\nimport cats.effect.kernel.Async\nimport org.typelevel.log4cats.Logger\nimport org.typelevel.log4cats.slf4j.Slf4jLogger\nimport cats.syntax.all._\n\ntrait LoyaltyPointsServiceClient[F[_]] {\n\n  def assignLoyaltyPoints(userId: UUID, amount: Double, traceId: String): F[Unit]\n\n  def cancelLoyaltyPoints(userId: UUID, amount: Double, traceId: String): F[Unit]\n}\n\nclass LoyaltyPointsServiceClientStub[F[_]: Async](logger: Logger[F], maxRequestTimeout: Int, flaky: Boolean)\n    extends LoyaltyPointsServiceClient[F] {\n  import FUtil._\n\n  override def assignLoyaltyPoints(userId: UUID, amount: Double, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"assignLoyaltyPoints\").whenA(flaky)\n      _ <- logger.info(s\"Loyalty points assigned to user $userId\")\n    } yield ()\n\n  override def cancelLoyaltyPoints(userId: UUID, amount: Double, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"cancelLoyaltyPoints\").whenA(flaky)\n      _ <- logger.info(s\"Loyalty points canceled for user $userId\")\n    } yield ()\n\n}\n\nobject LoyaltyPointsServiceClientStub {\n\n  def apply[F[_]: Async](maxRequestTimeout: Int, flaky: Boolean): F[LoyaltyPointsServiceClientStub[F]] =\n    Slf4jLogger.create[F].map(new LoyaltyPointsServiceClientStub(_, maxRequestTimeout, flaky))\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/endpoint\/SagaEndpoint.scala","text":"package com.vladkopanev.cats.saga.example.endpoint\n\nimport cats.effect.Concurrent\nimport cats.syntax.all._\nimport com.vladkopanev.cats.saga.example.OrderSagaCoordinator\nimport com.vladkopanev.cats.saga.example.model.OrderInfo\nimport org.http4s.circe._\nimport org.http4s.dsl.Http4sDsl\nimport org.http4s.implicits._\nimport org.http4s.{HttpApp, HttpRoutes}\n\nfinal class SagaEndpoint[F[_]: Concurrent](orderSagaCoordinator: OrderSagaCoordinator[F]) extends Http4sDsl[F] {\n\n  private implicit val decoder = jsonOf[F, OrderInfo]\n\n  val service: HttpApp[F] = HttpRoutes\n    .of[F] {\n      case req @ POST -> Root \/ \"saga\" \/ \"finishOrder\" =>\n        for {\n          OrderInfo(userId, orderId, money, bonuses) <- req.as[OrderInfo]\n          resp <- orderSagaCoordinator\n                   .runSaga(userId, orderId, money, bonuses, None)\n                   .attempt\n                   .flatMap {\n                     case Left(fail) => InternalServerError(fail.getMessage)\n                     case Right(_)   => Ok(\"Saga submitted\")\n                   }\n        } yield resp\n    }\n    .orNotFound\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/PaymentServiceClient.scala","text":"package com.vladkopanev.cats.saga.example.client\n\nimport java.util.UUID\nimport cats.effect.kernel.Async\nimport cats.syntax.all._\nimport org.typelevel.log4cats.Logger\nimport org.typelevel.log4cats.slf4j.Slf4jLogger\n\ntrait PaymentServiceClient[F[_]] {\n\n  def collectPayments(userId: UUID, amount: BigDecimal, traceId: String): F[Unit]\n\n  def refundPayments(userId: UUID, amount: BigDecimal, traceId: String): F[Unit]\n}\n\nclass PaymentServiceClientStub[F[_]: Async](logger: Logger[F],\n                                            maxRequestTimeout: Int,\n                                            flaky: Boolean) extends PaymentServiceClient[F] {\n  import FUtil._\n\n  override def collectPayments(userId: UUID, amount: BigDecimal, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"collectPayments\").whenA(flaky)\n      _ <- logger.info(s\"Payments collected from user #$userId\")\n    } yield ()\n\n  override def refundPayments(userId: UUID, amount: BigDecimal, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"refundPayments\").whenA(flaky)\n      _ <- logger.info(s\"Payments refunded to user #$userId\")\n    } yield ()\n}\n\nobject PaymentServiceClientStub {\n\n  def apply[F[_]: Async](maxRequestTimeout: Int, flaky: Boolean): F[PaymentServiceClient[F]] =\n    Slf4jLogger.create.map(new PaymentServiceClientStub(_, maxRequestTimeout, flaky))\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/FUtil.scala","text":"<filename>examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/FUtil.scala\npackage com.vladkopanev.cats.saga.example.client\n\nimport cats.effect.Sync\nimport cats.effect.kernel.{Async, Temporal}\nimport cats.syntax.all._\n\nimport scala.concurrent.duration._\nimport scala.util.Random\n\nobject FUtil {\n  def randomSleep[F[_]: Async](maxTimeout: Int): F[Unit] = {\n    for {\n      randomSeconds <- Sync[F].delay(Random.nextInt(maxTimeout))\n      _             <- Temporal[F].sleep(randomSeconds.seconds)\n    } yield ()\n  }\n\n  def randomFail[F[_]: Async](operationName: String): F[Unit] =\n    for {\n      randomInt <- Sync[F].delay(Random.nextInt(100))\n      _         <- if (randomInt % 10 == 0) Sync[F].raiseError[Unit](new RuntimeException(s\"Failed to execute $operationName\"))\n      else Sync[F].unit\n    } yield ()\n\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/model\/OrderSagaError.scala","text":"package com.vladkopanev.cats.saga.example.model\n\nclass OrderSagaError(message: String) extends RuntimeException(s\"Saga failed with message: $message\")\n"}
{"repo_name":"scala-steward\/cats-saga","path":"core\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/SagaTransactor.scala","text":"package com.vladkopanev.cats.saga\n\nimport cats.MonadError\nimport cats.effect.{ Fiber, Spawn }\nimport cats.effect.kernel.{ MonadCancel, Outcome }\nimport com.vladkopanev.cats.saga.Saga.{\n  CompensateFailed,\n  CompensateSucceeded,\n  Failed,\n  FlatMap,\n  Noop,\n  Par,\n  SagaErr,\n  Step,\n  Suceeded\n}\nimport cats.syntax.all._\n\ntrait SagaTransactor[F[_]] {\n  def transact[A](saga: Saga[F, A])(implicit F: MonadError[F, Throwable]): F[A]\n}\n\nclass SagaDefaultTransactor[F[_]] extends SagaTransactor[F] {\n\n  def transact[A](saga: Saga[F, A])(implicit F: MonadError[F, Throwable]): F[A] = {\n    def run[X](s: Saga[F, X]): F[(X, F[Unit])] = s match {\n      case Suceeded(value) => F.pure((value, F.unit))\n      case Failed(err)     => F.raiseError(SagaErr(err, F.unit))\n      case Noop(computation) =>\n        computation.attempt.flatMap {\n          case Right(x) => F.pure((x, F.unit))\n          case Left(ex) => F.raiseError(SagaErr(ex, F.unit))\n        }\n      case s: Step[F, X, Throwable] =>\n        s.action.attempt.flatMap {\n          case r @ Right(x) => F.pure((x, s.compensate(r)))\n          case e @ Left(ex) => F.raiseError(SagaErr(ex, s.compensate(e)))\n        }\n      case s: CompensateFailed[F, X, Throwable] =>\n        s.action.attempt.flatMap {\n          case Right(x) => F.pure((x, F.unit))\n          case Left(ex) => F.raiseError(SagaErr(ex, s.compensate(ex)))\n        }\n      case s: CompensateSucceeded[F, X] =>\n        s.action.attempt.flatMap {\n          case Right(x) => F.pure((x, s.compensate(x)))\n          case Left(ex) => F.raiseError(SagaErr(ex, F.unit))\n        }\n      case FlatMap(chained: Saga[F, Any], continuation: (Any => Saga[F, X])) =>\n        run(chained).flatMap {\n          case (v, prevStepCompensator) =>\n            run(continuation(v)).attempt.flatMap {\n              case Right((x, currCompensator)) => F.pure((x, currCompensator *> prevStepCompensator))\n              case Left(ex: SagaErr[F])        => F.raiseError(ex.copy(compensator = ex.compensator *> prevStepCompensator))\n              case Left(err)                   =>\n                \/\/should not be here\n                F.raiseError(err)\n            }\n        }\n      case Par(\n          left: Saga[F, Any],\n          right: Saga[F, Any],\n          combine: ((Any, Any) => X),\n          combineCompensations,\n          spawnInstance\n          ) =>\n        implicit val spawn: Spawn[F] = spawnInstance\n        def coordinate[A, B, C](f: (A, B) => C)(\n          fasterSaga: Outcome[F, Throwable, (A, F[Unit])],\n          slowerSaga: Fiber[F, Throwable, (B, F[Unit])]\n        ): F[(C, F[Unit])] = fasterSaga match {\n          case Outcome.Succeeded(fa) =>\n            fa.flatMap {\n              case (a, compA) =>\n                slowerSaga.join.flatMap[(C, F[Unit])] {\n                  case Outcome.Succeeded(fA) =>\n                    fA.map { case (b, compB) => f(a, b) -> combineCompensations(compB, compA) }\n                  case Outcome.Errored(e: SagaErr[F]) =>\n                    F.raiseError(e.copy(compensator = combineCompensations(e.compensator, compA)))\n                  case Outcome.Canceled() =>\n                    \/\/should not be here as we wrap our fibers in uncancelable\n                    MonadCancel[F].canceled >> Spawn[F].never[(C, F[Unit])]\n                  case Outcome.Errored(err) =>\n                    \/\/should not be here\n                    F.raiseError(err)\n                }\n            }\n          case Outcome.Errored(e: SagaErr[F]) =>\n            slowerSaga.join.flatMap[(C, F[Unit])] {\n              case Outcome.Succeeded(fA) =>\n                fA.flatMap {\n                  case (_, compB) => F.raiseError(e.copy(compensator = combineCompensations(compB, e.compensator)))\n                }\n              case Outcome.Errored(ea: SagaErr[F]) =>\n                ea.cause.addSuppressed(e.cause)\n                F.raiseError(ea.copy(compensator = combineCompensations(ea.compensator, e.compensator)))\n              case Outcome.Canceled() =>\n                \/\/should not be here as we wrap our fibers in uncancelable\n                MonadCancel[F].canceled >> Spawn[F].never[(C, F[Unit])]\n              case Outcome.Errored(err) =>\n                \/\/should not be here\n                F.raiseError(err)\n            }\n          case Outcome.Errored(err) =>\n            \/\/should not be here\n            F.raiseError(err)\n          case Outcome.Canceled() =>\n            \/\/should not be here as we wrap our fibers in uncancelable\n            MonadCancel[F].canceled >> Spawn[F].never[(C, F[Unit])]\n        }\n\n        Spawn[F].racePair(run(left), run(right)).flatMap {\n          case Left((fastLeft, slowRight))  => coordinate(combine)(fastLeft, slowRight)\n          case Right((slowLeft, fastRight)) => coordinate((b: Any, a: Any) => combine(a, b))(fastRight, slowLeft)\n        }\n    }\n\n    run(saga).map(_._1).handleErrorWith {\n      case e: SagaErr[F] => e.compensator.orElse(F.unit) *> F.raiseError(e.cause)\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/dao\/SagaLogDao.scala","text":"<reponame>scala-steward\/cats-saga\npackage com.vladkopanev.cats.saga.example.dao\n\nimport java.util.UUID\nimport cats.effect.kernel.MonadCancelThrow\nimport com.vladkopanev.cats.saga.example.model.{SagaInfo, SagaStep}\nimport doobie.util.transactor.Transactor\nimport io.circe.Json\nimport org.postgresql.util.PGobject\n\ntrait SagaLogDao[F[_]] {\n  def finishSaga(sagaId: Long): F[Unit]\n\n  def startSaga(initiator: UUID, data: Json): F[Long]\n\n  def createSagaStep(\n    name: String,\n    sagaId: Long,\n    result: Option[Json],\n    failure: Option[String] = None\n  ): F[Unit]\n\n  def listExecutedSteps(sagaId: Long): F[List[SagaStep]]\n\n  def listUnfinishedSagas: F[List[SagaInfo]]\n}\n\nclass SagaLogDaoImpl[F[_]](xa: Transactor[F])(implicit B: MonadCancelThrow[F]) extends SagaLogDao[F] {\n  import cats.syntax.all._\n  import doobie._\n  import doobie.implicits._\n  import doobie.postgres.implicits._\n  import doobie.implicits.legacy.instant._\n\n  implicit val han = LogHandler.jdkLogHandler\n\n  override def finishSaga(sagaId: Long): F[Unit] =\n    sql\"\"\"UPDATE saga SET \"finishedAt\" = now() WHERE id = $sagaId\"\"\".update.run.transact(xa).void\n\n  override def startSaga(initiator: UUID, data: Json): F[Long] =\n    sql\"\"\"INSERT INTO saga(\"initiator\", \"createdAt\", \"finishedAt\", \"data\", \"type\") \n          VALUES ($initiator, now(), null, $data, 'order')\"\"\".update\n      .withUniqueGeneratedKeys[Long](\"id\")\n      .transact(xa)\n\n  override def createSagaStep(\n    name: String,\n    sagaId: Long,\n    result: Option[Json],\n    failure: Option[String]\n  ): F[Unit] =\n    sql\"\"\"INSERT INTO saga_step(\"sagaId\", \"name\", \"result\", \"finishedAt\", \"failure\")\n          VALUES ($sagaId, $name, $result, now(), $failure)\"\"\".update.run\n      .transact(xa)\n      .void\n\n  override def listExecutedSteps(sagaId: Long): F[List[SagaStep]] =\n    sql\"\"\"SELECT \"sagaId\", \"name\", \"finishedAt\", \"result\", \"failure\"\n          from saga_step WHERE \"sagaId\" = $sagaId\"\"\".query[SagaStep].to[List].transact(xa)\n\n  override def listUnfinishedSagas: F[List[SagaInfo]] =\n    sql\"\"\"SELECT \"id\", \"initiator\", \"createdAt\", \"finishedAt\", \"data\", \"type\"\n          from saga s WHERE \"finishedAt\" IS NULL\"\"\".query[SagaInfo].to[List].transact(xa)\n\n  implicit lazy val JsonMeta: Meta[Json] = {\n    import io.circe.parser._\n    Meta.Advanced\n      .other[PGobject](\"jsonb\")\n      .timap[Json](\n        pgObj => parse(pgObj.getValue).fold(e => sys.error(e.message), identity)\n      )(\n        json => {\n          val pgObj = new PGobject\n          pgObj.setType(\"jsonb\")\n          pgObj.setValue(json.noSpaces)\n          pgObj\n        }\n      )\n  }\n\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"core\/src\/test\/scala\/com\/vladkopanev\/cats\/saga\/CatsSagaSpec.scala","text":"package com.vladkopanev.cats.saga\n\nimport cats.effect.{Fiber, IO, Outcome, Ref}\nimport cats.syntax.all._\nimport com.vladkopanev.cats.saga.CatsSagaSpec._\nimport com.vladkopanev.cats.saga.Saga._\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport retry.RetryPolicies\nimport cats.effect.unsafe.implicits._\n\nimport scala.concurrent.duration.FiniteDuration\n\nclass CatsSagaSpec extends AnyFlatSpec with Matchers {\n\n  import scala.concurrent.duration._\n\n  \"Saga#map\" should \"change the result value with provided function\" in new TestRuntime {\n    val saga = Saga.compensate(IO.pure(1), IO.unit).map(_.toString)\n    saga.transact.unsafeRunSync() shouldBe \"1\"\n  }\n\n  \"Saga#zipPar\" should \"successfully run two Sagas\" in new TestRuntime {\n    val saga = bookFlight compensate cancelFlight zipPar (bookHotel compensate cancelHotel)\n    saga.transact.unsafeRunSync() shouldBe ((FlightPayment, HotelPayment))\n  }\n\n  \"Saga#zipWithPar\" should \"successfully run two Sagas in parallel\" in new TestRuntime {\n    val saga = (sleep(1000.millis) *> bookFlight compensate cancelFlight)\n      .zipWithPar(sleep(1000.millis) *> bookHotel compensate cancelHotel)((_, _) => ())\n\n    val start = System.currentTimeMillis()\n    saga.transact.unsafeRunSync()\n    val time = System.currentTimeMillis() - start\n    assert(time <= 1500, \"Time limit for executing two Sagas in parallel exceeded\")\n  }\n\n  it should \"run both compensating actions in case right request fails\" in new TestRuntime {\n    val bookFlightS = sleep(1000.millis) *> bookFlight\n    val failHotel = sleep(100.millis) *> IO.raiseError(HotelBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (bookFlightS compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))).zipWithPar(\n        failHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\")))((_, _) => ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  it should \"run both compensating actions in case left request fails\" in new TestRuntime {\n    val bookFlightS = sleep(1000.millis) *> bookFlight\n    val failHotel = sleep(100.millis) *> IO.raiseError(HotelBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (failHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))).zipWithPar(\n        bookFlightS compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\")))((_, _) => ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  it should \"run both compensating actions in case both requests fails\" in new TestRuntime {\n    val failFlight = sleep(1000.millis) *> IO.raiseError(FlightBookingError())\n    val failHotel = sleep(1000.millis) *> IO.raiseError(HotelBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (failFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))).zipWithPar(\n        failHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\")))((_, _) => ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog should contain theSameElementsAs Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  it should \"run compensating actions in order that is opposite to which requests finished\" in new TestRuntime {\n    val failFlight = sleep(1000.millis) *> IO.raiseError(FlightBookingError())\n    val failHotel = sleep(100.millis) *> IO.raiseError(HotelBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _         <- (failFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))).zipWithPar(\n        failHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\")))((_, _) => ())\n        .transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  \"Saga\" should \"run all compensating actions in case of error\" in new TestRuntime {\n    val failFlightBooking: IO[PaymentInfo] = IO.sleep(1000.millis) *> IO.raiseError(FlightBookingError())\n    val bookHotelS        = IO.sleep(600.millis) *> bookHotel\n    val bookCarS          = IO.sleep(300.millis) *> bookCar\n    val bookCarS2         = IO.sleep(100.millis) *> bookCar\n\n    val sagaIO: IO[Vector[String]] = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n            _ <- bookHotelS compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n            _ <- bookCarS compensate cancelCar(actionLog.update(_ :+ \"car canceled\"))\n            _ <- failFlightBooking compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n            _ <- bookCarS2 compensate cancelCar(actionLog.update(_ :+ \"car2 canceled\"))\n      } yield ()).transact.handleErrorWith(_ => IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"car canceled\", \"hotel canceled\")\n  }\n\n  \"Saga#collectAllPar\" should \"construct a Saga that runs several requests in parallel\" in new TestRuntime {\n    def bookFlightS(log: Ref[IO, Vector[String]]): IO[PaymentInfo] =\n      sleep(1000.millis) *> bookFlight <* log.update(_ :+ \"flight is booked\")\n    def bookHotelS(log: Ref[IO, Vector[String]]): IO[PaymentInfo] =\n      sleep(600.millis) *> bookHotel <* log.update(_ :+ \"hotel is booked\")\n    def bookCarS(log: Ref[IO, Vector[String]]): IO[PaymentInfo] =\n      sleep(300.millis) *> bookCar <* log.update(_ :+ \"car is booked\")\n    def bookCarS2(log: Ref[IO, Vector[String]]): IO[PaymentInfo] =\n      sleep(100.millis) *> bookCar <* log.update(_ :+ \"car2 is booked\")\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      flight    = bookFlightS(actionLog) compensate cancelFlight\n      hotel     = bookHotelS(actionLog) compensate cancelHotel\n      car       = bookCarS(actionLog) compensate cancelCar\n      car2      = bookCarS2(actionLog) compensate cancelCar\n      _         <- Saga.collectAllPar(flight, hotel, car, car2).transact\n      log       <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"car2 is booked\", \"car is booked\", \"hotel is booked\", \"flight is booked\")\n  }\n\n  it should \"run all compensating actions in case of error\" in new TestRuntime {\n    val failFlightBooking: IO[PaymentInfo] = sleep(1000.millis) *> IO.raiseError(FlightBookingError())\n    val bookHotelS        = sleep(600.millis) *> bookHotel\n    val bookCarS          = sleep(300.millis) *> bookCar\n    val bookCarS2         = sleep(100.millis) *> bookCar\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      flight    = failFlightBooking compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n      hotel     = bookHotelS compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n      car       = bookCarS compensate cancelCar(actionLog.update(_ :+ \"car canceled\"))\n      car2      = bookCarS2 compensate cancelCar(actionLog.update(_ :+ \"car2 canceled\"))\n      _         <- Saga.collectAllPar(List(flight, hotel, car, car2)).transact.orElse(IO.pure(List.empty))\n      log       <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\", \"car canceled\", \"car2 canceled\")\n  }\n\n  \"Saga#succeed\" should \"construct saga that will succeed\" in new TestRuntime {\n    val failFlightBooking: IO[PaymentInfo] = IO.raiseError(FlightBookingError())\n    val stub              = 1\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        i <- Saga.succeed(stub)\n        _ <- failFlightBooking compensate cancelFlight(actionLog.update(_ :+ s\"flight canceled $i\"))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(s\"flight canceled $stub\")\n  }\n\n  \"Saga#fail\" should \"construct saga that will fail\" in new TestRuntime {\n    val failFlightBooking: IO[PaymentInfo] = IO.raiseError(FlightBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        i <- Saga.fail[IO, Int](FlightBookingError())\n        _ <- failFlightBooking compensate cancelFlight(actionLog.update(_ :+ s\"flight canceled $i\"))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector.empty\n  }\n\n  \"Saga#retryableCompensate\" should \"construct Saga that repeats compensating action once\" in new TestRuntime {\n    val failFlight: IO[Unit] = sleep(1000.millis) *> IO.raiseError(FlightBookingError())\n\n    def failCompensator(log: Ref[IO, Vector[String]]): IO[Unit] =\n      cancelFlight(log.update(_ :+ \"Compensation failed\")) *> IO.raiseError(FlightBookingError())\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _         <- (failFlight retryableCompensate (failCompensator(actionLog), RetryPolicies.limitRetries(1))).transact\n        .orElse(IO.unit)\n      log       <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector.fill(2)(\"Compensation failed\")\n  }\n\n  it should \"work with other combinators\" in new TestRuntime {\n    val saga = for {\n      _ <- bookFlight.noCompensate\n      _ <- bookHotel retryableCompensate (cancelHotel, RetryPolicies.limitRetries(1))\n      _ <- bookCar compensate cancelCar\n    } yield ()\n\n    saga.transact.unsafeRunSync()\n  }\n\n  \"Saga#flatten\" should \"execute outer effect first and then the inner one producing the result of it\" in new TestRuntime {\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      outer     = bookFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n      inner     = bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n      failCar = IO.raiseError[Unit](CarBookingError()) compensate cancelCar(actionLog.update(_ :+ \"car canceled\"))\n      _   <- outer.map(_ => inner).flatten[PaymentInfo].flatMap(_ => failCar).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"car canceled\", \"hotel canceled\", \"flight canceled\")\n  }\n\n  \"Saga#compensate\" should \"allow compensation to be dependent on the result of corresponding effect\" in new TestRuntime {\n    val failCar: IO[PaymentInfo] = IO.raiseError(CarBookingError())\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        _ <- bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n        _ <- bookFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n        _ <- failCar.compensate((_: Either[SagaError, PaymentInfo]) => cancelCar(actionLog.update(_ :+ \"car canceled\")))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"car canceled\", \"flight canceled\", \"hotel canceled\")\n  }\n\n  \"Saga#compensateIfFail\" should \"construct saga step that executes it's compensation if it's requests fails\" in new TestRuntime {\n    val failCar: IO[Unit] = IO.raiseError(CarBookingError())\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        _ <- bookFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n        _ <- bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n        _ <- failCar.compensateIfFail[SagaError](_ => cancelCar(actionLog.update(_ :+ \"car canceled\")))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"car canceled\", \"hotel canceled\", \"flight canceled\")\n  }\n\n  it should \"construct saga step that do not executes it's compensation if it's request succeeds\" in new TestRuntime {\n    val failFlightBooking: IO[Unit] = IO.raiseError(FlightBookingError())\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        _ <- bookCar compensateIfFail[SagaError](_ => cancelCar(actionLog.update(_ :+ \"car canceled\")))\n        _ <- bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n        _ <- failFlightBooking compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  \"Saga#compensateIfSuccess\" should \"construct saga step that executes it's compensation if it's requests succeeds\" in new TestRuntime {\n    val failFlightBooking: IO[Unit] = IO.raiseError(FlightBookingError())\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        _ <- bookCar compensateIfSuccess(_ => cancelCar(actionLog.update(_ :+ \"car canceled\")))\n        _ <- bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n        _ <- failFlightBooking compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\", \"car canceled\")\n  }\n\n  it should \"construct saga step that do not executes it's compensation if it's request fails\" in new TestRuntime {\n    val failCar: IO[PaymentInfo] = IO.raiseError(CarBookingError())\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _ <- (for {\n        _ <- bookHotel compensate cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n        _ <- bookFlight compensate cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n        _ <- failCar compensateIfSuccess(_ => cancelCar(actionLog.update(_ :+ \"car canceled\")))\n      } yield ()).transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n    actionLog shouldBe Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  \"Saga#zipWithParAll\" should \"allow combining compensations in parallel\" in new TestRuntime {\n    val failFlight = IO.raiseError(FlightBookingError())\n    val failHotel = IO.raiseError(HotelBookingError())\n\n    def cancelFlightC(actionLog: Ref[IO, Vector[String]]) = sleep(100.millis) *>\n      cancelFlight(actionLog.update(_ :+ \"flight canceled\"))\n    def cancelHotelC(actionLog: Ref[IO, Vector[String]]) = sleep(100.millis) *>\n      cancelHotel(actionLog.update(_ :+ \"hotel canceled\"))\n\n    type OutcomeUnit = Outcome[IO, Throwable, Unit]\n    private def awaitCompensation(r: Either[(OutcomeUnit, Fiber[IO, Throwable, Unit]), (Fiber[IO, Throwable, Unit], OutcomeUnit)]) =\n      r.fold(_._2.join, _._1.join)\n\n    val sagaIO = for {\n      actionLog <- Ref.of[IO, Vector[String]](Vector.empty[String])\n      _         <- (failFlight compensate cancelFlightC(actionLog)).zipWithParAll(\n        failHotel compensate cancelHotelC(actionLog)\n      )((_, _) => ())((a, b) => IO.racePair(a, b).flatMap(awaitCompensation).void)\n        .transact.orElse(IO.unit)\n      log <- actionLog.get\n    } yield log\n\n    val actionLog = sagaIO.unsafeRunSync()\n\n    actionLog should contain theSameElementsAs Vector(\"flight canceled\", \"hotel canceled\")\n  }\n\n  \"Saga#transact\" should \"return original error in case compensator also fails\" in new TestRuntime {\n    val expectedError = FlightBookingError()\n    val failFlight: IO[Any] = sleep(1000.millis) *> IO.raiseError(expectedError)\n\n    val failCompensator = cancelFlight *> IO.raiseError(new RuntimeException())\n\n    val saga = (failFlight compensate failCompensator).transact.handleErrorWith(e => IO.pure(e))\n\n    val actualError = saga.unsafeRunSync()\n    actualError shouldBe expectedError\n  }\n\n  \"Saga#transact\" should \"return original error in case compensator also fails 2\" in new TestRuntime {\n    val expectedError = FlightBookingError()\n    val failFlight: IO[Any] = sleep(1000.millis) *> IO.raiseError(expectedError)\n\n    val failCompensator = cancelFlight *> IO.raiseError(new RuntimeException())\n\n    val saga = (for {\n      _ <- bookHotel compensate cancelHotel\n      _ <- failFlight compensate failCompensator\n      _ <- bookCar compensate cancelCar\n    } yield ()).transact.handleErrorWith(e => IO.pure(e))\n\n    val actualError = saga.unsafeRunSync()\n    actualError shouldBe expectedError\n  }\n\n}\n\ntrait TestRuntime {\n  implicit val si: SagaTransactor[IO] = new SagaDefaultTransactor[IO]\n  def sleep(d: FiniteDuration): IO[Unit] = IO.sleep(d)\n}\n\n\nobject CatsSagaSpec {\n  sealed trait SagaError extends RuntimeException {\n    def message: String\n  }\n  case class FlightBookingError(message: String = \"Can't book a flight\")        extends SagaError\n  case class HotelBookingError(message: String = \"Can't book a hotel room\")     extends SagaError\n  case class CarBookingError(message: String = \"Can't book a car\")              extends SagaError\n  case class PaymentFailedError(message: String = \"Can't collect the payments\") extends SagaError\n\n  case class PaymentInfo(amount: Double)\n\n  val FlightPayment = PaymentInfo(420d)\n  val HotelPayment  = PaymentInfo(1448d)\n  val CarPayment    = PaymentInfo(42d)\n\n  def bookFlight: IO[PaymentInfo] = IO.pure(FlightPayment)\n\n  def bookHotel: IO[PaymentInfo] = IO.pure(HotelPayment)\n\n  def bookCar: IO[PaymentInfo] = IO.pure(CarPayment)\n\n  def collectPayments(paymentInfo: PaymentInfo*): IO[Unit] = IO.pure(paymentInfo)\n\n  def cancelFlight: IO[Unit] = IO.unit\n\n  def cancelFlight(postAction: IO[Any]): IO[Unit] = postAction *> IO.unit\n\n  def cancelHotel: IO[Unit] = IO.unit\n\n  def cancelHotel(postAction: IO[Any]): IO[Unit] =\n    postAction *> IO.unit\n\n  def cancelCar: IO[Unit] = IO.unit\n\n  def cancelCar(postAction: IO[Any]): IO[Unit] = postAction *> IO.unit\n\n  def refundPayments(paymentInfo: PaymentInfo*): IO[Unit] = IO.pure(paymentInfo).void\n\n}"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/client\/OrderServiceClient.scala","text":"package com.vladkopanev.cats.saga.example.client\n\nimport java.util.UUID\nimport cats.effect.kernel.Async\nimport cats.syntax.all._\nimport org.typelevel.log4cats.Logger\nimport org.typelevel.log4cats.slf4j.Slf4jLogger\n\ntrait OrderServiceClient[F[_]] {\n\n  def closeOrder(userId: UUID, orderId: BigInt, traceId: String): F[Unit]\n\n  def reopenOrder(userId: UUID, orderId: BigInt, traceId: String): F[Unit]\n}\n\nclass OrderServiceClientStub[F[_]: Async](logger: Logger[F],\n                                          maxRequestTimeout: Int,\n                                          flaky: Boolean) extends OrderServiceClient[F] {\n  import FUtil._\n\n  override def closeOrder(userId: UUID, orderId: BigInt, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"closeOrder\").whenA(flaky)\n      _ <- logger.info(s\"Order #$orderId closed\")\n    } yield ()\n\n  override def reopenOrder(userId: UUID, orderId: BigInt, traceId: String): F[Unit] =\n    for {\n      _ <- randomSleep(maxRequestTimeout)\n      _ <- randomFail(\"reopenOrder\").whenA(flaky)\n      _ <- logger.info(s\"Order #$orderId reopened\")\n    } yield ()\n}\n\nobject OrderServiceClientStub {\n\n  def apply[F[_]: Async](maxRequestTimeout: Int, flaky: Boolean): F[OrderServiceClientStub[F]] =\n    Slf4jLogger.create[F].map(new OrderServiceClientStub(_, maxRequestTimeout, flaky))\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/model\/OrderInfo.scala","text":"package com.vladkopanev.cats.saga.example.model\n\nimport java.util.UUID\n\n\ncase class OrderInfo(userId: UUID, orderId: BigInt, money: BigDecimal, bonuses: Double)\n\nobject OrderInfo {\n  import io.circe._\n  import io.circe.generic.semiauto._\n  implicit val OrderInfoDecoder: Decoder[OrderInfo] = deriveDecoder[OrderInfo]\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/SagaApp.scala","text":"<reponame>scala-steward\/cats-saga\npackage com.vladkopanev.cats.saga.example\n\nimport cats.effect.{ExitCode, IO, IOApp}\nimport com.vladkopanev.cats.saga.{SagaDefaultTransactor, SagaTransactor}\nimport com.vladkopanev.cats.saga.example.client.{LoyaltyPointsServiceClientStub, OrderServiceClientStub, PaymentServiceClientStub}\nimport com.vladkopanev.cats.saga.example.dao.SagaLogDaoImpl\nimport com.vladkopanev.cats.saga.example.endpoint.SagaEndpoint\nimport doobie.util.transactor.Transactor\nimport org.http4s.blaze.server.BlazeServerBuilder\n\nimport java.util.concurrent.Executors\nimport scala.concurrent.ExecutionContext\n\nobject SagaApp extends IOApp {\n\n  override def run(args: List[String]): IO[ExitCode] = {\n    val flakyClient         = sys.env.getOrElse(\"FLAKY_CLIENT\", \"false\").toBoolean\n    val clientMaxReqTimeout = sys.env.getOrElse(\"CLIENT_MAX_REQUEST_TIMEOUT_SEC\", \"10\").toInt\n    val sagaMaxReqTimeout   = sys.env.getOrElse(\"SAGA_MAX_REQUEST_TIMEOUT_SEC\", \"12\").toInt\n\n    val ec = ExecutionContext.fromExecutor(\n      Executors.newFixedThreadPool(Runtime.getRuntime.availableProcessors())\n    )\n    implicit val sagaInterpreter: SagaTransactor[IO] = new SagaDefaultTransactor[IO]\n\n    (for {\n      paymentService <- PaymentServiceClientStub[IO](clientMaxReqTimeout, flakyClient)\n      loyaltyPoints  <- LoyaltyPointsServiceClientStub[IO](clientMaxReqTimeout, flakyClient)\n      orderService   <- OrderServiceClientStub[IO](clientMaxReqTimeout, flakyClient)\n      xa             = Transactor.fromDriverManager[IO](\"org.postgresql.Driver\", \"jdbc:postgresql:Saga\", \"postgres\", \"root\")\n      logDao         = new SagaLogDaoImpl(xa)\n      orderSEC       <- OrderSagaCoordinatorImpl(paymentService, loyaltyPoints, orderService, logDao, sagaMaxReqTimeout)\n      app            = new SagaEndpoint(orderSEC).service\n      _              <- orderSEC.recoverSagas.start\n      _              <- BlazeServerBuilder[IO](ec).bindHttp(8042).withHttpApp(app).serve.compile.drain\n    } yield ()).attempt.flatMap {\n      case Left(e) => IO(println(s\"Saga Coordinator fails with error $e, stopping server...\")).as(ExitCode.Error)\n      case _       => IO(println(s\"Saga Coordinator finished successfully, stopping server...\")).as(ExitCode.Success)\n    }\n  }\n\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/model\/SagaInfo.scala","text":"<filename>examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/model\/SagaInfo.scala\npackage com.vladkopanev.cats.saga.example.model\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport io.circe.Json\n\ncase class SagaInfo(id: Long,\n                    initiator: UUID,\n                    createdAt: Instant,\n                    finishedAt: Option[Instant],\n                    data: Json,\n                    `type`: String)\n\ncase class OrderSagaData(userId: UUID, orderId: BigInt, money: BigDecimal, bonuses: Double)\n\nobject OrderSagaData {\n  import io.circe._, io.circe.generic.semiauto._\n  implicit val decoder: Decoder[OrderSagaData] = deriveDecoder[OrderSagaData]\n  implicit val encoder: Encoder[OrderSagaData] = deriveEncoder[OrderSagaData]\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"core\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/Saga.scala","text":"package com.vladkopanev.cats.saga\n\nimport cats.arrow.FunctionK\nimport cats.effect.kernel.Spawn\nimport cats.syntax.apply._\nimport cats.{Applicative, Monad, MonadError, Parallel, ~>}\nimport retry._\n\n\/**\n * A Saga is an immutable structure that models a distributed transaction.\n *\n * @see [[https:\/\/blog.couchbase.com\/saga-pattern-implement-business-transactions-using-microservices-part\/ Saga pattern]]\n *\n *      Saga class is effect polymorphic in `F`. `A` parameter is a type of saga result.\n *      Saga collects effects and their compensating actions into a tree which is then transforms to `F` on `transact` method call.\n *      If error occurs Saga will execute compensating actions starting from action that corresponds to failed request\n *      till the first already completed request.\n * *\/\nsealed abstract class Saga[F[_], A] {\n\n  \/**\n   * Maps the resulting value `A` of this Saga to value `B` with function `f`.\n   * *\/\n  def map[B](f: A => B): Saga[F, B] =\n    flatMap(a => Saga.Suceeded(f(a)))\n\n  \/**\n   * Sequences the result of this Saga to the next Saga.\n   * *\/\n  def flatMap[B](f: A => Saga[F, B]): Saga[F, B] =\n    Saga.FlatMap(this, (a: A) => f(a))\n\n  \/**\n   * Flattens the structure of this Saga by executing outer Saga first and then executes inner Saga.\n   * *\/\n  def flatten[B](implicit ev: A <:< Saga[F, B]): Saga[F, B] =\n    flatMap(ev)\n\n  \/**\n   * Materializes this Saga to effect `F` using MonadError typeclass instance.\n   * *\/\n  def transact(implicit SI: SagaTransactor[F], F: MonadError[F, Throwable]): F[A] =\n    SI.transact(this)\n\n  \/**\n   * Returns Saga that will execute this Saga in parallel with other, combining the result in a tuple.\n   * Both compensating actions would be executed in case of failure.\n   * *\/\n  def zipPar[B](that: Saga[F, B])(implicit S: Spawn[F]): Saga[F, (A, B)] =\n    zipWithPar(that)((_, _))\n\n  \/**\n   * Returns Saga that will execute this Saga in parallel with other, combining the result with specified function `f`.\n   * Both compensating actions would be executed in case of failure.\n   * *\/\n  def zipWithPar[B, C](that: Saga[F, B])(f: (A, B) => C)(implicit S: Spawn[F]): Saga[F, C] =\n    zipWithParAll(that)(f)(_ *> _)\n\n  \/**\n   * Returns Saga that will execute this Saga in parallel with other, combining the result with specified function `f`\n   * and combining the compensating actions with function `g` (this allows user to choose a strategy of running both\n   * compensating actions e.g. in sequence or in parallel).\n   * *\/\n  def zipWithParAll[B, C](\n    that: Saga[F, B]\n  )(f: (A, B) => C)(g: (F[Unit], F[Unit]) => F[Unit])(implicit S: Spawn[F]): Saga[F, C] =\n    Saga.Par(this, that, f, g, S)\n}\n\nobject Saga {\n\n  private[saga] case class Suceeded[F[_], A](value: A)       extends Saga[F, A]\n  private[saga] case class Failed[F[_], A](value: Throwable) extends Saga[F, A]\n  private[saga] case class Noop[F[_], A](action: F[A])       extends Saga[F, A]\n  private[saga] case class Step[F[_], A, E <: Throwable](action: F[A], compensate: Either[E, A] => F[Unit])\n      extends Saga[F, A]\n  private[saga] case class CompensateFailed[F[_], A, E <: Throwable](action: F[A], compensate: E => F[Unit])\n      extends Saga[F, A]\n  private[saga] case class CompensateSucceeded[F[_], A](action: F[A], compensate: A => F[Unit]) extends Saga[F, A]\n  private[saga] case class FlatMap[F[_], A, B](fa: Saga[F, A], f: A => Saga[F, B])              extends Saga[F, B]\n  private[saga] case class Par[F[_], A, B, C](\n    fa: Saga[F, A],\n    fb: Saga[F, B],\n    combine: (A, B) => C,\n    compensate: (F[Unit], F[Unit]) => F[Unit],\n    concurrent: Spawn[F]\n  ) extends Saga[F, C]\n\n  private[saga] case class SagaErr[F[_]](cause: Throwable, compensator: F[Unit]) extends Throwable(cause)\n\n  \/**\n   * Constructs new Saga from action and compensating action.\n   * *\/\n  def compensate[F[_], A](comp: F[A], compensation: F[Unit]): Saga[F, A] =\n    compensate(comp, (_: Either[_, _]) => compensation)\n\n  \/**\n   * Constructs new Saga from action and compensation function that will be applied the result of this request.\n   * *\/\n  def compensate[F[_], E <: Throwable, A](comp: F[A], compensation: Either[E, A] => F[Unit]): Saga[F, A] =\n    Step(comp, compensation)\n\n  \/**\n   * Constructs new Saga from action and compensation function that will be applied only to failed result of this request.\n   * If given action succeeds associated compensating action would not be executed during the compensation phase.\n   * *\/\n  def compensateIfFail[F[_], E <: Throwable, A](request: F[A], compensation: E => F[Unit]): Saga[F, A] =\n    CompensateFailed(request, compensation)\n\n  \/**\n   * Constructs new Saga from action and compensation function that will be applied only to successful result of this request.\n   * If given action fails associated compensating action would not be executed during the compensation phase.\n   * *\/\n  def compensateIfSuccess[F[_], A](request: F[A], compensation: A => F[Unit]): Saga[F, A] =\n    CompensateSucceeded(request, compensation)\n\n  \/**\n   * Runs all Sagas in iterable in parallel and collects\n   * the results.\n   *\/\n  def collectAllPar[F[_]: Spawn, A](sagas: Iterable[Saga[F, A]]): Saga[F, List[A]] =\n    foreachPar[F, Saga[F, A], A](sagas)(identity)\n\n  \/**\n   * Runs all Sagas in iterable in parallel, and collect\n   * the results.\n   *\/\n  def collectAllPar[F[_]: Spawn, A](saga: Saga[F, A], rest: Saga[F, A]*): Saga[F, List[A]] =\n    collectAllPar(saga +: rest)\n\n  \/**\n   * Constructs Saga without compensation that fails with an error.\n    **\/\n  def fail[F[_], A](error: Throwable): Saga[F, A] =\n    Failed(error)\n\n  \/**\n   * Constructs a Saga that applies the function `f` to each element of the `Iterable[A]` in parallel,\n   * and returns the results in a new `List[B]`.\n   *\n   *\/\n  def foreachPar[F[_], A, B](as: Iterable[A])(fn: A => Saga[F, B])(implicit S: Spawn[F]): Saga[F, List[B]] =\n    as.foldRight[Saga[F, List[B]]](Saga.noCompensate(S.pure(Nil))) { (a, io) =>\n      fn(a).zipWithPar(io)((b, bs) => b :: bs)\n    }\n\n  \/**\n   * Constructs new `no-op` Saga that will do nothing on error.\n   * *\/\n  def noCompensate[F[_], A](comp: F[A]): Saga[F, A] =\n    Noop(comp)\n\n  \/**\n   * Constructs new Saga from action, compensating action and a scheduling policy for retrying compensation.\n   * *\/\n  def retryableCompensate[F[_], A](request: F[A], compensator: F[Unit], policy: RetryPolicy[F])(\n    implicit F: MonadError[F, Throwable],\n    S: Sleep[F]\n  ): Saga[F, A] = {\n    val retry =\n      retryingOnAllErrors[Unit][F, Throwable](policy, (_: Throwable, _: RetryDetails) => F.unit)(compensator)\n    compensate(request, retry)\n  }\n\n  \/**\n   * Constructs Saga without compensation that succeeds with a strict value.\n   * *\/\n  def succeed[F[_], A](value: A): Saga[F, A] =\n    Suceeded(value)\n\n  implicit class Compensable[F[_], A](val request: F[A]) {\n\n    def compensate(compensator: F[Unit]): Saga[F, A] = Saga.compensate(request, compensator)\n\n    def compensate[E <: Throwable](compensation: Either[E, A] => F[Unit]): Saga[F, A] =\n      Saga.compensate(request, compensation)\n\n    def compensateIfFail[E <: Throwable](compensation: E => F[Unit]): Saga[F, A] =\n      Saga.compensateIfFail(request, compensation)\n\n    def compensateIfSuccess(compensation: A => F[Unit]): Saga[F, A] =\n      Saga.compensateIfSuccess(request, compensation)\n\n    def noCompensate: Saga[F, A] = Saga.noCompensate(request)\n\n    def retryableCompensate(\n      compensator: F[Unit],\n      policy: RetryPolicy[F]\n    )(implicit F: MonadError[F, Throwable], S: Sleep[F]): Saga[F, A] =\n      Saga.retryableCompensate(request, compensator, policy)\n\n  }\n\n  implicit def monad[F[_]]: Monad[Saga[F, *]] = new Monad[Saga[F, *]] {\n    override def pure[A](x: A): Saga[F, A] = Saga.succeed(x)\n\n    override def flatMap[A, B](fa: Saga[F, A])(f: A => Saga[F, B]): Saga[F, B] = fa.flatMap(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Saga[F, Either[A, B]]): Saga[F, B] = flatMap(f(a)) {\n      case Left(aa) => tailRecM(aa)(f)\n      case Right(b) => pure(b)\n    }\n  }\n\n  type ParF[F[_], +A] = ParF.Type[F, A]\n\n  object ParF {\n    type Base\n    trait Tag extends Any\n    type Type[F[_], +A] <: Base with Tag\n\n    def apply[F[_], A](fa: Saga[F, A]): Type[F, A] =\n      fa.asInstanceOf[Type[F, A]]\n\n    def unwrap[F[_], A](fa: Type[F, A]): Saga[F, A] =\n      fa.asInstanceOf[Saga[F, A]]\n  }\n\n  implicit def applicative[M[_]: Spawn]: Applicative[ParF[M, *]] = new Applicative[ParF[M, *]] {\n    import ParF.{ unwrap, apply => par }\n\n    override def pure[A](x: A): ParF[M, A] = par(Saga.succeed(x))\n\n    override def ap[A, B](ff: ParF[M, A => B])(fa: ParF[M, A]): ParF[M, B] =\n      par(unwrap(ff).zipWithPar(unwrap(fa)) { (fab, b) =>\n        fab(b)\n      })\n  }\n\n  implicit def parallel[M[_]: Spawn]: Parallel.Aux[Saga[M, *], ParF[M, *]] = new Parallel[Saga[M, *]] {\n\n    override type F[x] = ParF[M, x]\n\n    final override val applicative: Applicative[ParF[M, *]] = Saga.applicative[M]\n\n    final override val monad: Monad[Saga[M, *]] = Saga.monad[M]\n\n    type SagaM[A] = Saga[M, A]\n\n    override val sequential: F ~> Saga[M, *] = new FunctionK[F, SagaM] {\n      override def apply[A](fa: F[A]): SagaM[A] = ParF.unwrap(fa)\n    }\n\n    override val parallel: Saga[M, *] ~> F = new FunctionK[SagaM, F] {\n      override def apply[A](saga: SagaM[A]): F[A] = ParF(saga)\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"core\/src\/test\/scala\/com\/vladkopanev\/cats\/saga\/SagaLawsSpec.scala","text":"<filename>core\/src\/test\/scala\/com\/vladkopanev\/cats\/saga\/SagaLawsSpec.scala<gh_stars>10-100\npackage com.vladkopanev.cats.saga\n\nimport cats.Eq\nimport cats.effect.IO\nimport cats.effect.testkit.TestInstances\nimport cats.implicits._\nimport cats.laws.discipline.{ApplicativeTests, MonadTests, ParallelTests}\nimport com.vladkopanev.cats.saga.Saga.ParF\nimport org.scalacheck.{Arbitrary, Cogen, Gen}\nimport org.scalatest.funspec.AnyFunSpecLike\nimport org.scalatest.prop.Configuration\nimport org.typelevel.discipline.scalatest.FunSpecDiscipline\n\nclass SagaLawsSpec extends FunSpecDiscipline with AnyFunSpecLike with Configuration {\n  import arbitraries._\n  checkAll(\"Saga.MonadLaws\", MonadTests[Saga[IO, *]].monad[Int, Int, String])\n  checkAll(\"Saga.ApplicativeLaws\", ApplicativeTests[Saga[IO, *]].applicative[Int, Int, String])\n  checkAll(\"Saga.ParallelLaws\", ParallelTests[Saga[IO, *]].parallel[Int, String])\n}\n\nobject arbitraries extends TestInstances {\n\n  implicit val ticker = Ticker()\n\n  implicit def lawsArbitraryForSaga[A: Arbitrary: Cogen]: Arbitrary[Saga[IO, A]] =\n    Arbitrary(Gen.delay(genSaga[A]))\n\n  implicit def lawsArbitraryForSagaParallel[A: Arbitrary: Cogen]: Arbitrary[Saga.ParF[IO, A]] =\n    Arbitrary(lawsArbitraryForSaga[A].arbitrary.map(ParF.apply))\n\n  def genSaga[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    Gen.frequency(\n      1 -> genSucceed[A],\n      1 -> genNoCompensate[A],\n      1 -> genFlatMap[A],\n      1 -> genFail[A],\n      1 -> genMapOne[A],\n      1 -> genMapTwo[A]\n    )\n\n  def genSucceed[A: Arbitrary]: Gen[Saga[IO, A]] =\n    Arbitrary.arbitrary[A].map(Saga.succeed)\n\n  def genNoCompensate[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    Arbitrary.arbitrary[IO[A]].map(Saga.noCompensate)\n\n  def genFail[A: Arbitrary]: Gen[Saga[IO, A]] =\n    Arbitrary.arbitrary[Throwable].map(Saga.fail)\n\n  def genFlatMap[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    for {\n      ioa <- Arbitrary.arbitrary[Saga[IO, A]]\n      f   <- Arbitrary.arbitrary[A => Saga[IO, A]]\n    } yield ioa.flatMap(f)\n\n  def genMapOne[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    for {\n      ioa <- Arbitrary.arbitrary[Saga[IO, A]]\n      f <- Arbitrary.arbitrary[A => A]\n    } yield ioa.map(f)\n\n  def genMapTwo[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    for {\n      ioa <- Arbitrary.arbitrary[Saga[IO, A]]\n      f <- Arbitrary.arbitrary[A => A]\n      g <- Arbitrary.arbitrary[A => A]\n    } yield ioa.map(f).map(g)\n\n  import Saga._\n  def genCompensate[A: Arbitrary: Cogen]: Gen[Saga[IO, A]] =\n    for {\n      action <- Arbitrary.arbitrary[IO[A]]\n      compensation <- Arbitrary.arbitrary[IO[Unit]]\n    } yield action.compensate(compensation)\n\n  implicit val si: SagaTransactor[IO] = new SagaDefaultTransactor[IO]\n  implicit def eqSaga[A: Eq]: Eq[Saga[IO, A]] =\n    Eq.by(_.transact)\n\n  implicit def eqParSaga[A: Eq]: Eq[Saga.ParF[IO, A]] =\n    Eq.instance { case (x, y) => eqSaga[A].eqv(ParF.unwrap(x), ParF.unwrap(y)) }\n}\n"}
{"repo_name":"scala-steward\/cats-saga","path":"examples\/src\/main\/scala\/com\/vladkopanev\/cats\/saga\/example\/model\/SagaStep.scala","text":"<reponame>scala-steward\/cats-saga\npackage com.vladkopanev.cats.saga.example.model\n\nimport java.time.Instant\n\nimport io.circe.Json\n\ncase class SagaStep(\n  sagaId: Long,\n  name: String,\n  finishedAt: Instant,\n  result: Option[Json],\n  failure: Option[String]\n)\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/SlidingWindowSolver.scala","text":"<reponame>ashish33\/semanticilp<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/SlidingWindowSolver.scala\npackage org.allenai.ari.solvers.textilp.solvers\nimport edu.illinois.cs.cogcomp.McTest.MCTestBaseline\nimport org.allenai.ari.solvers.textilp.EntityRelationResult\nimport org.allenai.ari.solvers.textilp.utils.SolverUtils\n\nimport scala.collection.JavaConverters._\n\n\/** Using it with the default settings used for MCTest\n  * Might need a little tuning for each dataset\n  *\/\nclass SlidingWindowSolver extends TextSolver {\n  MCTestBaseline.readStopWords()\n  val stopwords = MCTestBaseline.stopWords.asScala.toSet\n  assert(stopwords.size > 20)\n  override def solve(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult) = {\n    val scores = MCTestBaseline.ScoreAnswers(snippet.split(\" \"), question, options.toArray, MCTestBaseline.stopWords)\n    SolverUtils.sortedAnswerToSolverResponse(question, options, snippet, options.zip(scores))\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/SalienceSolver.scala","text":"package org.allenai.ari.solvers.textilp.solvers\n\nimport org.allenai.ari.solvers.textilp.EntityRelationResult\nimport org.allenai.ari.solvers.textilp.utils.SolverUtils\n\nclass SalienceSolver extends TextSolver {\n\n  \/** this solver ignores the input snippet *\/\n  def solve(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult) = {\n    val sortedCanndidates = SolverUtils.handleQuestionWithManyCandidates(question, options, \"salience\").sortBy(-_._2)\n    SolverUtils.sortedAnswerToSolverResponse(question, options, snippet, sortedCanndidates)\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"viz\/app\/models\/BasicModels.scala","text":"package models\n\ncase class QuestionChoice(str: String)\n\ncase class TextSnippet(str: String)\n\ncase class Question(str: String, questionChoice: String, snippet: TextSnippet)\n\ncase class PreFilledQuestions(questions: Seq[Question])\n\nsealed trait SolverType {}\ncase object TextILP extends SolverType\ncase object Salience extends SolverType\ncase object Lucene extends SolverType\n\nsealed trait CandidateGeneration {}\ncase object CandidatesGiven extends CandidateGeneration\ncase object CandidatesAutomatic extends CandidateGeneration\n\nsealed trait ExternalKnowledge {}\ncase object KnowledgeGiven extends ExternalKnowledge\ncase object LuceneKnowledge extends ExternalKnowledge\n\ncase class FormContent(\n  solverType: SolverType,\n  preFilledQuestions: PreFilledQuestions,\n  preFilledQuestionIndOpt: Option[Int],\n  questionOpt: Option[Question],\n  candidateGeneration: CandidateGeneration,\n  externalKnowledge: ExternalKnowledge,\n  solverLog: String\n)\n\nobject StaticContent {\n  val preFilledQuestions = PreFilledQuestions(\n    Seq(\n      Question(\n        \"A decomposer is an organism that\",\n        \"hunts and eats animals \/\/ migrates for the winter \/\/ breaks down dead plants and animals \/\/ uses water and sunlight to make food\",\n        TextSnippet(\"explanation:Decomposers: organisms that obtain energy by eating dead plant or animal matter. \" +\n          \"Windy, cloudy, rainy, and cold are words that help describe\\tfocus: deposition. \" +\n          \"explanation:DECOMPOSER An organism that breaks down cells of dead plants and animals into simpler substances.\" +\n          \"explanation:The plants use sunlight, carbon dioxide, water, and minerals to make food that sustains themselves and other organisms in the forest.\")\n      ),\n      Question(\n        \"Windy, cloudy, rainy, and cold are words that help describe\",\n        \"evaporation \/\/ deposition \/\/ matter \/\/ weather\",\n        TextSnippet(\"explanation:The words rainy , cloudy windy and cold are of course adjectives which we use to \" +\n          \"describe the weather. explanation:He's out there seven days a week no matter how hot, how cold, how windy, rainy \")\n      ),\n      Question(\"Which force causes rocks to roll downhill?\", \"gravity \/\/ friction \/\/ rosion \/\/ magnetism\",\n        TextSnippet(\"explanation:The cause of the force of magnetism does not reside in the magnet.explanation:The erosion of material a t the site of seepage causes rock and debris on the slope above this area to collapse and slide downhill, creating the alcove.explanation:Friction is one force causes a ball to roll downhill .explanation:The force of gravity, which holds us to the Earth, causes eroded rocks to roll off elevated areas into valleys and river beds.\")),\n      Question(\"Which form of energy is found in food?\", \"chemical \/\/ electrical \/\/ sound \/\/ mechanical\",\n        TextSnippet(\"explanation:Energy can be found in the form of electric, mechanical, internal energy, etc.explanation:Discuss ways in which sound energy is converted to other forms of energy, or other forms of energy are changed to sound energy.explanation:This is not the same as electrical-energy which is a form of external-energy.explanation:Food energy is a form of chemical energy.\")),\n      Question(\n        \"Which two observations are both used to describe weather?\",\n        \"precipitation and runoff \/\/ temperature and sky conditions \/\/ wind speed and erosion \/\/ types of clouds and deposition\",\n        TextSnippet(\"explanation:Describe the two types of weather satellites used to observe clouds.explanation:Measuring wind Two features of wind, its speed and its direction, are used in describing and forecasting explanation:ASOS will provide weather observations which include: temperature, dew point, wind, altimeter setting, visibility, sky condition, \/and precipitation. explanation:The general form of the multiple linear regression models used to predict the runoff is an equation in which the estimate of runoff for the remainder of the water year is a function of antecedent runoff, seasonal precipitation to date, and observed snow water content.\")\n      ),\n      Question(\n        \"Which physical structure would best help a bear to survive a winter in New York State?\",\n        \"big ears \/\/ brown eyes \/\/ black nose \/\/ thick fur\",\n        TextSnippet(\"explanation:A thick coat of white fur helps bears survive in these latitudes.explanation:Hibernation is an adaptation that helps black bears survive the winter.explanation:Staring eye-to-eye into the face of winter, the New York Yankees would not blink.explanation. Adirondack Hunting Adirondack Deer and Bear Hunting Experience the best of Adirondack Mountain big game hunting in New York State.\")\n      ),\n      Question(\n        \"Which sense can be used to determine an object\u2019s ability to reflect light?\",\n        \"sight \/\/ hearing \/\/ smell \/\/ taste \",\n        TextSnippet(\"explanation:A study of the relation between physical exercise and learning ability Is audio or visual information better remembered Study the \\\"comfort zone\\\" different people have, how the comfort zone varies between sexes, and between friends and strangers Determine if there is a difference between various groups in overcoming visual illusions to determine what is really there Determine if males and females have different abilities in estimating an object's size Determine how well people identify foods using only the sense of smell Determine if people can identify the original scents used to make homemade fragrances and perfumes Determine if smells, odors or scents affect peoples' mood.explanation:The animal hears the echoes, and uses them to determine the direction and distance to the reflecting object.explanation:Some objects of sight which in light are invisible, in darkness stimulate the sense;explanation:Using taste or smell to determine objects\")\n      ),\n      Question(\"Green plants get the energy they need to make food from\", \"air \/\/ soil \/\/ sunlight \/\/ water \",\n        TextSnippet(\"explanation:Plants make their own food from carbon dioxide and water, but the energy needed for this food-making process is light.explanation:Because they lack chlorophyll (the green pigment that absorbs energy from sunlight and uses it to make food), mushrooms get the food energy they need in other ways.explanation:Plant nutrients are chemicals in the soil that plants need, e.g. plant nutrients are needed to make the green colour that absorbs the sunlight energy.explanation:Chlorophyll makes it possible for green plants to capture the energy of sunlight and use it to make food (sugars and starches) from air and water.\")),\n      Question(\n        \"Which structure of a bird is correctly paired with its function?\",\n        \"claws for obtaining food \/\/ eyes for growing \/\/ wings for eliminating waste \/\/ feathers for breathing\",\n        TextSnippet(\"explanation:On each chromosome pair are smaller bodies (genes) which control all aspects of a bird, its colour, shape, bone structure, length of feather, size etc.explanation:That resemblance of structures which depends upon similarity of function, as in the wings of insects and birds.explanation:Diseases and Function of the Eye - 2 credits A course which introduces students to: a) the structural parts of the eye and its functions;explanation:cheliped (see appendages) The first pair of legs, carries the large claw which is used for defense and obtaining food.\")\n      )\n    )\n  )\n\n  val sampleFormContent = FormContent(\n    Lucene,\n    preFilledQuestions,\n    None,\n    Some(preFilledQuestions.questions.head),\n    CandidatesAutomatic,\n    LuceneKnowledge,\n    \"\"\n  )\n\n  val initialFormContent = FormContent(\n    TextILP,\n    preFilledQuestions,\n    None,\n    Some(Question(\"\", \"\", TextSnippet(\"\"))),\n    CandidatesGiven,\n    KnowledgeGiven,\n    \"\"\n  )\n\n  def getContentWithPrefilled(index: Int): FormContent = {\n    initialFormContent.copy(questionOpt = Some(preFilledQuestions.questions(index)))\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/KeywordTokenizer.scala","text":"package org.allenai.ari.solvers.textilp.alignment\n\nimport com.google.inject.name.Named\nimport com.google.inject.{ Inject, Singleton }\nimport org.allenai.common.Resource\nimport org.allenai.datastore.Datastore\nimport org.allenai.nlpstack.lemmatize.MorphaStemmer\nimport org.allenai.nlpstack.tokenize.FactorieTokenizer\n\nimport scala.io.Source\n\n\/** An arilog-specific tokenizer, used for extracting keyword tokens from ISA text. This handles\n  * stemming, stopword filtering, and substitution mapping; plus it has special logic to ignore ISA\n  * variables (strings starting with '?').\n  * @param stopwords a set of strings to filter out of keyword results\n  * @param substitutions a mapping of word to substitution text, to replace in keyword results\n  * during stemming\n  *\/\n@Singleton class KeywordTokenizer @Inject() (\n  @Named(\"tokenizerStopwords\") stopwords: Set[String],\n  @Named(\"tokenizerSubstitutions\") substitutions: Map[String, String]\n) {\n  \/** Regular expression matching any character that's not allowed in a keyword. We allow any letter\n    * or digit, plus spaces and question marks.\n    *\/\n  val disallowedInKeyword = \"\"\"[^\\p{L}\\p{Nd}\\? ]\"\"\".r\n\n  \/** Internal tokenizer instance. FactorieTokenizer is thread-safe. *\/\n  private val tokenizer = new FactorieTokenizer\n\n  \/** @return true if the given token is alphanumeric-ish and not a stopword *\/\n  def isKeyword(token: String): Boolean = {\n    disallowedInKeyword.findFirstMatchIn(token).isEmpty && !stopwords.contains(token)\n  }\n\n  \/** Returns the token strings for the given string. This special-cases ISA variable strings\n    * (strings starting with \"?\") by returning them unmodified.\n    *\/\n  def rawTokenize(string: String): Seq[String] = {\n    if (string.startsWith(\"?\")) {\n      Seq(string)\n    } else {\n      tokenizer.tokenize(string) map { _.string }\n    }\n  }\n\n  \/** Returns the lower-cased stemmed version of the given word. This will look up the lower-cased\n    * word in the substitutions map before stemming it with the Morpha stemmer.\n    *\/\n  def stem(word: String): String = {\n    \/\/ TODO(jkinkead): This doesn't do the right thing with proper nouns that look like a verb or\n    \/\/ plural (like Lansing or Kansas).\n    val lowerCase = word.toLowerCase\n    \/\/ Use a substitution if we have it.\n    val substitution = substitutions.getOrElse(lowerCase, lowerCase)\n    MorphaStemmer.stem(substitution)\n  }\n\n  \/** Tokenizes the given string, stems the tokens using the substitution map and Morpha stemmer,\n    * and filters for non-keyword tokens and stopwords. Returns the result.\n    *\/\n  def stemmedKeywordTokenize(string: String): Seq[String] = {\n    for {\n      token <- rawTokenize(string)\n      stemmedWord = stem(token) if isKeyword(stemmedWord)\n    } yield stemmedWord\n  }\n\n  \/** Tokenizes the given string, stems the tokens using the substitution map and Morpha stemmer.\n    *\/\n  def stemmedTokenize(string: String): Seq[String] = {\n    for {\n      token <- tokenizer.tokenize(string).map(_.string)\n      stemmedWord = stem(token)\n    } yield stemmedWord\n  }\n\n  \/** Tokenizes the given string, and filters for non-keyword tokens and stopwords. Returns the\n    * result.\n    *\/\n  def keywordTokenize(string: String): Seq[String] = {\n    for (token <- rawTokenize(string) if isKeyword(token)) yield token\n  }\n}\nobject KeywordTokenizer {\n  \/** The default tokenizer instance. *\/\n  lazy val Default = new KeywordTokenizer(defaultStopwords, defaultSubstitutions)\n\n  \/** The default stopwords set, sourced from Peter Clark. *\/\n  lazy val defaultStopwords: Set[String] = {\n    Resource.using(Source.fromFile(Datastore.filePath(\"org.allenai.nlp.resources\", \"stopwords.txt\", 1).toFile)) { source =>\n      source.getLines().toSet\n    }\n  }\n\n  \/** The default substitutions map loaded from the class resources \"comparatives.txt\" and\n    * \"morphgroups.txt\"\n    *\/\n  lazy val defaultSubstitutions: Map[String, String] = {\n    loadSubstitutionResource(\"comparatives.txt\") ++ loadSubstitutionResource(\"morphgroups.txt\")\n  }\n\n  \/** Substitution files are three tokens per line, with the base form in the first column and the\n    * alternate forms in the next two columns. This returns a mapping from the alternates to the\n    * base for both alternates.\n    *\/\n  def loadSubstitutionResource(name: String): Map[String, String] = {\n    val substitutionStream = getClass.getResourceAsStream(name)\n    Resource.using(Source.fromInputStream(substitutionStream)) { input =>\n      (\n        for {\n          line <- input.getLines()\n          splits = line.split(\" \") if (splits.size == 3)\n        } yield Seq(splits(1) -> splits(0), splits(2) -> splits(0))\n      ).flatten.toMap\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/Rotator.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.controller.questionparser\n\nimport org.allenai.nlpstack.parse.poly.core.{ ConstituencyParse, Position, PositionTree }\n\n\/** A RotationRule specifies situations in which we want to swap children of a node in a\n  * constituency parse.\n  *\n  * Given the context of a specific parent label, a RotationRule says that we should swap\n  * any pair of its children with labels `leftLabel` and `rightLabel`.\n  *\n  * For instance, the rule RotationRule(\"root\", \"dobj\", \"nsubj\") says that for any node\n  * labeled \"root\", we should swap any children labeled \"dobj\" and \"nsubj\" if the node labeled\n  * \"dobj\" originally appears to the left of the node labeled \"nsubj\".\n  *\n  * @param parentLabel the parent node's label\n  * @param leftLabel the leftward child's label\n  * @param rightLabel the rightward child's label\n  *\/\ncase class RotationRule(parentLabel: String, leftLabel: String, rightLabel: String)\n\n\/** A Rotator implements a set of RotationRules.\n  *\n  * @param rules the set of rules to implement\n  *\/\nclass Rotator(rules: Set[RotationRule]) {\n\n  \/** Given a position tree, apply all rotation rules and return the new tree.\n    *\n    * Note: currently this only applies rotations for children of the root position\n    *\n    * @param parse the original constituency parse\n    * @return the rotated constituency parse\n    *\/\n  def rotate(parse: PositionTree): PositionTree = {\n    val children: Seq[Position] = parse.getChildren(Position.root)\n    val childPairs: Seq[(Position, Position)] = for {\n      iter <- Range(0, children.size)\n      child <- Range(0, children.size - 1)\n    } yield (children(child), children(child + 1))\n    childPairs.foldRight(parse) { (childPair: (Position, Position), parseSoFar: PositionTree) =>\n      if (rules.contains(\n        RotationRule(\n          parseSoFar.getLabel(\n          Position.root,\n          ConstituencyParse.constituencyLabelName\n        ).get.toLowerCase,\n          parseSoFar.getLabel(\n          childPair._1,\n          ConstituencyParse.constituencyLabelName\n        ).get.toLowerCase,\n          parseSoFar.getLabel(\n          childPair._2,\n          ConstituencyParse.constituencyLabelName\n        ).get.toLowerCase\n        )\n      )) {\n        parseSoFar.swapPositions(childPair._1, childPair._2)\n      } else {\n        parseSoFar\n      }\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/SimilarityUtils.scala","text":"package org.allenai.ari.solvers.textilp.utils\n\nobject SimilarityUtils {\n\n  import scala.math._\n\n  object Levenshtein {\n    def minimum(i1: Int, i2: Int, i3: Int) = min(min(i1, i2), i3)\n\n    def distance(s1: String, s2: String) = {\n      val dist = Array.tabulate(s2.length + 1, s1.length + 1) { (j, i) => if (j == 0) i else if (i == 0) j else 0 }\n      for (j <- 1 to s2.length; i <- 1 to s1.length)\n        dist(j)(i) = if (s2(j - 1) == s1(i - 1)) dist(j - 1)(i - 1) else minimum(dist(j - 1)(i) + 1, dist(j)(i - 1) + 1, dist(j - 1)(i - 1) + 1)\n      dist(s2.length)(s1.length)\n    }\n    def printDistance(s1: String, s2: String) = println(\"%s -> %s : %d\".format(s1, s2, distance(s1, s2)))\n  }\n\n  \/** longest common subsequence *\/\n  def lcs[T]: (List[T], List[T]) => List[T] = {\n    case (_, Nil) => Nil\n    case (Nil, _) => Nil\n    case (x :: xs, y :: ys) if x == y => x :: lcs(xs, ys)\n    case (x :: xs, y :: ys) =>\n      (lcs(x :: xs, ys), lcs(xs, y :: ys)) match {\n        case (xs1, ys1) if xs1.length > ys1.length => xs1\n        case (xs1, ys2) => ys2\n      }\n  }\n\n  case class Memoized[A1, A2, B](f: (A1, A2) => B) extends ((A1, A2) => B) {\n    val cache = scala.collection.mutable.Map.empty[(A1, A2), B]\n    def apply(x: A1, y: A2) = cache.getOrElseUpdate((x, y), f(x, y))\n  }\n\n  lazy val lcsM: Memoized[List[Char], List[Char], List[Char]] = Memoized {\n    case (_, Nil) => Nil\n    case (Nil, _) => Nil\n    case (x :: xs, y :: ys) if x == y => x :: lcsM(xs, ys)\n    case (x :: xs, y :: ys) => {\n      (lcsM(x :: xs, ys), lcsM(xs, y :: ys)) match {\n        case (xs, ys) if xs.length > ys.length => xs\n        case (xs, ys) => ys\n      }\n    }\n  }\n\n}\n\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/TextSolver.scala","text":"<reponame>ashish33\/semanticilp\npackage org.allenai.ari.solvers.textilp.solvers\n\nimport org.allenai.ari.solvers.textilp.EntityRelationResult\n\ntrait TextSolver {\n  def solve(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult)\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/IlpSolver.scala","text":"package org.allenai.ari.solvers.textilp.ilpsolver\n\n\/** Various relevant status values after an ILP is solved *\/\nsealed abstract class IlpStatus(val id: String)\ncase object IlpStatusUnknown extends IlpStatus(\"Unknown\")\ncase object IlpStatusOptimal extends IlpStatus(\"Optimal\")\ncase object IlpStatusFeasible extends IlpStatus(\"Feasible\")\ncase object IlpStatusInfeasible extends IlpStatus(\"Infeasible\")\n\n\/** A trait for ILP variable type. *\/\ntrait IlpVar {}\n\n\/** A trait for ILP constraint type. *\/\ntrait IlpCons {}\n\n\/** A trait for an ILP solver.\n  * @tparam V abstract type for ILP variables\n  * @tparam C abstract type for ILP constrants\n  *\/\ntrait IlpSolver[V <: IlpVar, C <: IlpCons] {\n  \/** set objective function as minimization *\/\n  def setAsMinimization(): Unit\n\n  \/** set objective function as maximization *\/\n  def setAsMaximization(): Unit\n\n  \/** create a binary variable *\/\n  def createBinaryVar(name: String, obj: Double): V\n\n  \/** create a relaxed binary variable, that is, a continuous various with domain [0,1] *\/\n  def createRelaxedBinaryVar(name: String, obj: Double): V\n\n  \/** create an integer variable *\/\n  def createIntegerVar(name: String, lb: Double, ub: Double, objCoeff: Double): V\n\n  \/** create a continuous variable *\/\n  def createContinuousVar(name: String, lb: Double, ub: Double, objCoeff: Double): V\n\n  \/** add variable to the environment *\/\n  def addVar(x: V): Unit\n\n  \/** add constraint to the environment *\/\n  def addCons(c: C): Unit\n\n  \/** get the name of a variable *\/\n  def varGetName(l: V): String\n\n  \/** gets all the variables *\/\n  def getAllVars: Array[V]\n\n  \/** gets all the variables that are active in the final solution *\/\n  def getAllActiveVars: Array[V]\n\n  \/** get number of variables in the original ILP *\/\n  def getNOrigVars: Int\n\n  \/** get number of binary variables in the original ILP *\/\n  def getNOrigBinVars: Int\n\n  \/** get number of integer variables in the original ILP *\/\n  def getNOrigIntVars: Int\n\n  \/** get number of continuous variables in the original ILP *\/\n  def getNOrigContVars: Int\n\n  \/** get number of constraints in the original ILP *\/\n  def getNOrigConss: Int\n\n  \/** get number of currently active variables when this method is called *\/\n  def getNVars: Int\n\n  \/** get number of currently active binary variables when this method is called *\/\n  def getNBinVars: Int\n\n  \/** get number of currently active integer variables when this method is called *\/\n  def getNIntVars: Int\n\n  \/** get number of currently active continuous variables when this method is called *\/\n  def getNContVars: Int\n\n  \/** get number of currently active constraints when this method is called *\/\n  def getNConss: Int\n\n  \/** get number of variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedVars: Int\n\n  \/** get number of binary variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedBinVars: Int\n\n  \/** get number of integer variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedIntVars: Int\n\n  \/** get number of continuous variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedContVars: Int\n\n  \/** get number of constraints in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedConss: Int\n\n  \/** get solution status *\/\n  def getStatus: IlpStatus\n\n  \/** Gets the coefficient for the variable in the objective function *\/\n  def getVarObjCoeff(l: V): Double\n\n  \/** check whether a solution has been found *\/\n  def hasSolution: Boolean\n\n  \/** check whether an optimal solution has been found *\/\n  def hasOptimalSolution: Boolean\n\n  \/** get objective value (primal bound) *\/\n  def getPrimalbound: Double\n\n  \/** get objective value (dual bound) *\/\n  def getDualbound: Double\n\n  \/** get optimality gap *\/\n  def getGap: Double\n\n  \/** get solution values *\/\n  def getSolVals(vars: Iterable[V]): Iterable[Double]\n\n  \/** get one solution value *\/\n  def getSolVal(variable: V): Double\n\n  \/** get time spent in presolve routine *\/\n  def getPresolvingTime: Double\n\n  \/** get time spent in main solve routine *\/\n  def getSolvingTime: Double\n\n  \/** get total time spent by the ILP solver *\/\n  def getTotalTime: Double\n\n  \/** get the number of search nodes explored during branch and bound *\/\n  def getNNodes: Long\n\n  \/** get the number of simplex iterations used when solving LP relaxations *\/\n  def getNLPIterations: Long\n\n  \/** get the maximal depth of nodes explored during branch and bound *\/\n  def getMaxDepth: Int\n\n  \/** Sets the lower bound for a variable *\/\n  def chgVarLb(x: V, bound: Double): Unit\n\n  \/** If triggered, imposes a lower bound for a variable; trigger is binary variable *\/\n  def chgVarLb(x: V, bound: Double, trigger: V): Unit\n\n  \/** Sets the upper bound for a variable *\/\n  def chgVarUb(x: V, bound: Double): Unit\n\n  \/** If triggered, imposes a upper bound for a variable; trigger is binary variable *\/\n  def chgVarUb(x: V, bound: Double, trigger: V): Unit\n\n  \/** Adds a basic linear constraints with an optional LHS and an optional RHS *\/\n  def addConsBasicLinear(name: String, vars: Seq[V], coeffs: Seq[Double], lhsOpt: Option[Double],\n    rhsOpt: Option[Double]): Unit\n\n  \/** If triggered, imposes a basic linear constraint on the solver; trigger is binary variable *\/\n  def addConsBasicLinear(name: String, vars: Seq[V], coeffs: Seq[Double], lhsOpt: Option[Double],\n    rhsOpt: Option[Double], trigger: V): Unit\n\n  \/** Adds coefficient to a linear constraint (if it is not zero) *\/\n  def addCoefLinear(cons: C, x: V, coeff: Double): Unit\n\n  \/** Gets the seq of coefficient values in the linear constraint *\/\n  def getValsLinear(cons: C): Seq[Double]\n\n  \/** Adds the constraint sum_i x_i = 1 *\/\n  def addConsExactlyOne(name: String, X: Seq[V]): Unit\n\n  \/** If triggered, imposes a set partitioning constraint, sum_i x_i = 1; trigger is binary var *\/\n  def addConsExactlyOne(name: String, vars: Seq[V], trigger: V): Unit\n\n  \/** Adds the constraint sum_i x_i <= 1 *\/\n  def addConsAtMostOne(name: String, X: Seq[V]): Unit\n\n  \/** If triggered, imposes a set packing constraint, sum_i x_i <= 1; trigger is binary variable *\/\n  def addConsAtMostOne(name: String, vars: Seq[V], trigger: V): Unit\n\n  \/** Adds the constraint sum_i x_i >= 1 *\/\n  def addConsAtLeastOne(name: String, X: Seq[V]): Unit\n\n  \/** If triggered, imposes a set covering constraint, sum_i x_i >= 1; trigger is binary variable *\/\n  def addConsAtLeastOne(name: String, vars: Seq[V], trigger: V): Unit\n\n  \/** Adds coefficient in set partitioning \/ packing \/ covering constraint *\/\n  def addCoefSetppc(cons: C, x: V): Unit\n\n  \/** Adds the constraint x <= y + c *\/\n  def addConsXLeqYPlusC(name: String, x: V, y: V, c: Double): Unit\n\n  \/** If triggered, imposes the constraint x <= y + c; trigger is binary variable *\/\n  def addConsXLeqYPlusC(name: String, x: V, y: V, c: Double, trigger: V): Unit\n\n  \/** Adds the constraint x <= y *\/\n  def addConsXLeqY(name: String, x: V, y: V): Unit\n\n  \/** If triggered, imposes the constraint x <= y; trigger is binary variable *\/\n  def addConsXLeqY(name: String, x: V, y: V, trigger: V): Unit\n\n  \/** Adds the constraint x = y + c *\/\n  def addConsXEqYPlusC(name: String, x: V, y: V, c: Double): Unit\n\n  \/** If triggered, imposes the constraint x = y + c; trigger is binary variable *\/\n  def addConsXEqYPlusC(name: String, x: V, y: V, c: Double, trigger: V): Unit\n\n  \/** Adds the constraint x = y *\/\n  def addConsXEqY(name: String, x: V, y: V): Unit\n\n  \/** If triggered, imposes the constraint x = y; trigger is binary variable *\/\n  def addConsXEqY(name: String, x: V, y: V, trigger: V): Unit\n\n  \/** Adds the constraint sum(X) >= k *\/\n  def addConsAtLeastK(name: String, X: Seq[V], k: Double): Unit\n\n  \/** If triggered, imposes the constraint sum(X) >= k; trigger is binary variable *\/\n  def addConsAtLeastK(name: String, X: Seq[V], k: Double, trigger: V): Unit\n\n  \/** Adds the constraint sum(X) <= k *\/\n  def addConsAtMostK(name: String, X: Seq[V], k: Double): Unit\n\n  \/** If triggered, imposes the constraint sum(X) <= k; trigger is binary variable *\/\n  def addConsAtMostK(name: String, X: Seq[V], k: Double, trigger: V): Unit\n\n  \/** Adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y <= |X| - 1\n    *\/\n  def addConsHorn(name: String, body: Seq[V], head: V): Unit\n\n  \/** If triggered, adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y + trigger <= |X|\n    *\/\n  def addConsHorn(name: String, body: Seq[V], head: V, trigger: V): Unit\n\n  \/** Adds the constraint sum(X) >= k * y *\/\n  def addConsYImpliesAtLeastK(name: String, y: V, X: Seq[V], k: Double): Unit\n\n  \/** If triggered, imposes the constraint sum(X) >= k * y; trigger is binary variable *\/\n  def addConsYImpliesAtLeastK(name: String, y: V, X: Seq[V], k: Double, trigger: V): Unit\n\n  \/** Adds the constraint sum(X) >= y *\/\n  def addConsYImpliesAtLeastOne(name: String, y: V, X: Seq[V]): Unit\n\n  \/** If triggered, imposes the constraint sum(X) >= y; trigger is binary variable *\/\n  def addConsYImpliesAtLeastOne(name: String, y: V, X: Seq[V], trigger: V): Unit\n\n  \/** Adds the constraint sum(X) <= k * y *\/\n  def addConsYImpliesAtMostK(name: String, y: V, X: Seq[V], k: Double): Unit\n\n  \/** If triggered, imposes the constraint sum(X) <= k * y; trigger is binary variable *\/\n  def addConsYImpliesAtMostK(name: String, y: V, X: Seq[V], k: Double, trigger: V): Unit\n\n  \/** Adds the constraint sum(X) <= y *\/\n  def addConsYImpliesAtMostOne(name: String, y: V, X: Seq[V]): Unit\n\n  \/** If triggered, imposes the constraint sum(X) <= y; trigger is binary variable *\/\n  def addConsYImpliesAtMostOne(name: String, y: V, X: Seq[V], trigger: V): Unit\n\n  \/** Export the generated ILP model to a file, either original or reduced\/transformed *\/\n  def exportModel(ilpFile: String, useOriginal: Boolean): Unit\n\n  \/** Solve the ILP model and report the result *\/\n  def solve(): Unit\n\n  \/** Reset after calling solve() so that more constraint may be added *\/\n  def resetSolve(): Unit\n\n  \/** Print result of the call to solve(), along with solution values of vars *\/\n  def printResult(vars: Seq[V]): Unit\n\n  \/** Free up ILP solver's data structures *\/\n  def free(): Unit\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/test\/scala\/org\/allenai\/ari\/solvers\/textilp\/TextILPSpec.scala","text":"package org.allenai.ari.solvers.textilp\n\n\/\/\n\/\/class TextILPSpec extends UnitSpec {\n\/\/\n\/\/}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipSolverWithGradients.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipSolverWithGradients.scala\npackage org.allenai.ari.solvers.textilp.ilpsolver\n\n\/** An extension of ScipSolver that keeps track of gradients of the objective function w.r.t.\n  * a set of parameters.\n  *\/\nclass ScipSolverWithGradients(\n  probName: String,\n  scipParams: ScipParams\n) extends ScipSolver(probName, scipParams) with IlpSolverWithGradients[ScipVar, ScipCons] {\n  \/\/ Nothing to implement; this class uses implementations in IlpSolverWithGradients when\n  \/\/ available, such as for createBinaryVariableWithGradients()\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nlogLevel := Level.Warn\n\n\/\/addSbtPlugin(\"org.allenai.plugins\" % \"allenai-sbt-plugins\" % \"1.1.12\")\n\n\/\/ The Play plugin\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.5.10\")\n\n\/\/ this has some issues with AI2's sbt plugins\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.8.2\")\n\n\/\/ scala style formatter\naddSbtPlugin(\"com.github.jkinkead\" % \"sbt-scalariform\" % \"0.1.6\")"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/SolverUtils.scala","text":"package org.allenai.ari.solvers.textilp.utils\n\nimport java.io.File\nimport java.net.{ InetSocketAddress, URLDecoder, URLEncoder }\nimport java.util\n\nimport edu.illinois.cs.cogcomp.McTest.MCTestBaseline\nimport edu.illinois.cs.cogcomp.core.datastructures.ViewNames\nimport edu.illinois.cs.cogcomp.core.datastructures.textannotation.{ Constituent, TextAnnotation }\nimport org.allenai.ari.solvers.textilp.alignment.KeywordTokenizer\nimport org.allenai.ari.solvers.textilp.solvers.TextIlpParams\nimport org.allenai.ari.solvers.textilp._\nimport org.allenai.common.cache.JsonQueryCache\nimport org.apache.commons.codec.digest.DigestUtils\nimport org.apache.commons.lang.StringEscapeUtils\nimport org.elasticsearch.action.search.SearchType\nimport org.elasticsearch.client.transport.TransportClient\nimport org.elasticsearch.common.settings.Settings\nimport org.elasticsearch.common.transport.InetSocketTransportAddress\nimport org.elasticsearch.index.query.QueryBuilders\nimport org.elasticsearch.search.SearchHit\nimport play.api.libs.json._\nimport redis.clients.jedis.Protocol\n\nimport scala.collection.JavaConverters._\nimport spray.json.DefaultJsonProtocol._\n\nimport scala.concurrent.{ Await, ExecutionContext, Future }\nimport scala.io.Source\n\nobject SolverUtils {\n\n  val questionTerms = Set(\"which\", \"what\", \"where\", \"who\", \"whom\", \"how\", \"when\", \"why\")\n\n  val smartStopwordList = {\n    val lines = Source.fromFile(new File(\"other\/smart_stopwords_2-v1.txt\")).getLines().toList.map(_.trim)\n    lines.filter(_.head != \"#\").toSet\n  }\n  lazy val keywordTokenizer = new KeywordTokenizer(smartStopwordList, Map.empty)\n\n  val charset = \"UTF-8\"\n\n  val params = TextIlpParams(\n    activeQuestionTermWeight = 0.33,\n    alignmentScoreDiscount = 0.0, \/\/ not used\n    questionCellOffset = -0.4, \/\/ tuned\n    paragraphAnswerOffset = -0.4, \/\/ tuned\n    firstOrderDependencyEdgeAlignments = 0.0,\n    activeSentencesDiscount = -2.5, \/\/ tuned\n    activeParagraphConstituentsWeight = 0.0, \/\/ tuned\n    minQuestionTermsAligned = 1,\n    maxQuestionTermsAligned = 3,\n    minQuestionTermsAlignedRatio = 0.1,\n    maxQuestionTermsAlignedRatio = 0.65,\n    maxActiveSentences = 2,\n    longerThan1TokenAnsPenalty = 0.0,\n    longerThan2TokenAnsPenalty = 0.0,\n    longerThan3TokenAnsPenalty = 0.02,\n\n    \/\/ Answer Options: sparsity\n    moreThan1AlignmentAnsPenalty = -0.3,\n    moreThan2AlignmentAnsPenalty = -0.5,\n    moreThan3AlignmentAnsPenalty = -0.7,\n\n    meteorExactMatchMinScoreValue = 0.3,\n    meteorExactMatchMinScoreDiff = 0.12,\n\n    exactMatchMinScoreValue = 0.76,\n    exactMatchMinScoreDiff = 0.15,\n    exactMatchSoftWeight = 0.0,\n\n    minQuestionToParagraphAlignmentScore = 0.0,\n    minParagraphToQuestionAlignmentScore = 0.00,\n\n    \/\/ Question: sparsity\n    moreThan1AlignmentToQuestionTermPenalty = -0.3,\n    moreThan2AlignmentToQuestionTermPenalty = -0.4,\n    moreThan3AlignmentToQuestionTermPenalty = -0.5,\n\n    \/\/ Paragraph: proximity inducing\n    activeDist1WordsAlignmentBoost = 0.0,\n    activeDist2WordsAlignmentBoost = 0.0,\n    activeDist3WordsAlignmentBoost = 0.0,\n\n    \/\/ Paragraph: sparsity\n    maxNumberOfWordsAlignedPerSentence = 8,\n    maxAlignmentToRepeatedWordsInParagraph = 3,\n    moreThan1AlignmentToParagraphTokenPenalty = 0.0,\n    moreThan2AlignmentToParagraphTokenPenalty = 0.0,\n    moreThan3AlignmentToParagraphTokenPenalty = 0.0,\n\n    \/\/ Paragraph: intra-sentence alignment\n    coreferenceWeight = 0.0,\n    intraSentenceAlignmentScoreDiscount = 0.0,\n    entailmentWeight = 0.0,\n    srlAlignmentWeight = 0.0,\n    scieneTermBoost = 0.1\n  )\n\n  def handleQuestionWithManyCandidates(onlyQuestion: String, candidates: Seq[String], solver: String): Seq[(String, Double)] = {\n    candidates.grouped(6).foldRight(Seq[(String, Double)]()) { (smallGroupOfCandidates, combinedScoreMap) =>\n      assert(smallGroupOfCandidates.size <= 6)\n      val allOptions = smallGroupOfCandidates.zipWithIndex.map { case (opt, idx) => s\" (${(idx + 'A').toChar}) $opt \" }.mkString\n      val smallQuestion = onlyQuestion + allOptions\n      combinedScoreMap ++ evaluateASingleQuestion(smallQuestion, solver)\n    }\n  }\n\n  \/** query question against existing remote solvers\n    * The question can have at most 6 options, A to F: \"question text (A) option1 (B) option2 .... \"\n    *\/\n  def evaluateASingleQuestion(q: String, solver: String): Seq[(String, Double)] = {\n    val query = Constants.queryLink + URLEncoder.encode(q, charset) + \"&solvers=\" + solver\n    val html = Source.fromURL(query)\n    val jsonString = html.mkString\n    val json = Json.parse(jsonString)\n    val perOptionResponses = (json \\ \"response\" \\ \"success\" \\\\ \"answers\").head.as[JsArray]\n    perOptionResponses.value.map { perOptionResponse =>\n      val confidence = (perOptionResponse \\ \"confidence\").as[JsNumber].value.toDouble\n      val selection = (perOptionResponse \\ \"selection\" \\ \"multipleChoice\" \\ \"key\").as[String]\n      val focus = (perOptionResponse \\ \"selection\" \\ \"multipleChoice\" \\ \"focus\").as[String]\n      focus -> confidence\n    }\n  }\n\n  def evaluateWithTextILRemote(q: String, p: String, candidates: Seq[String]) = {\n    val query = s\"http:\/\/localhost:9000\/solveQuestionForAllAnswers?question=${URLEncoder.encode(q, charset)}\" +\n      s\"?&options=${URLEncoder.encode(candidates.mkString(\"\/\/\"), charset)}&snippet=${URLEncoder.encode(p, charset)}\"\n    val html = Source.fromURL(query)\n  }\n\n  def sortedAnswerToSolverResponse(question: String, options: Seq[String],\n    snippet: String,\n    sortedCandidates: Seq[(String, Double)]): (Seq[Int], EntityRelationResult) = {\n    val maxScore = sortedCandidates.head._2\n    val (selectedAnswers, _) = sortedCandidates.filter(_._2 == maxScore).unzip\n    val trimmedSelectedSet = selectedAnswers.map(_.trim).toSet\n    val trimmedOptions = options.map(_.trim)\n    val selectedIndices = trimmedOptions.zipWithIndex.collect { case (option, idx) if trimmedSelectedSet.contains(option) => idx }\n    val questionString = \"Question: \" + question\n    val choiceString = \"|Options: \" + options.zipWithIndex.map { case (ans, key) => s\" (${key + 1}) \" + ans }.mkString(\" \")\n    val paragraphString = \"|Paragraph: \" + snippet\n    val fullText = questionString + paragraphString + choiceString\n    val entities = selectedAnswers.map { str =>\n      val begin = choiceString.indexOf(str) + paragraphString.length + questionString.length\n      val end = begin + str.length\n      Entity(\"  \", str, Seq((begin, end)))\n    }\n    selectedIndices -> EntityRelationResult(fullText, entities, Seq.empty, sortedCandidates.toString)\n  }\n\n  lazy val esClient = {\n    val settings = Settings.builder()\n      .put(\"cluster.name\", Constants.elasticBeingUsed.clusterName)\n      .put(\"client.transport.sniff\", false)\n      .put(\"sniffOnConnectionFault\", false)\n      .build()\n    val host = Constants.elasticBeingUsed.hostIp\n    val address = new InetSocketTransportAddress(new InetSocketAddress(host, Constants.elasticBeingUsed.hostPort))\n    println(s\"Created Elastic Search Client in cluster ${Constants.elasticBeingUsed.clusterName}\")\n    val clientBuilder = TransportClient.builder().settings(settings)\n    clientBuilder.build().addTransportAddress(address)\n  }\n\n  def extractPatagraphGivenQuestionAndFocusSet(question: String, focusSet: Seq[String], topK: Int): Seq[String] = {\n    focusSet.flatMap(f => extractParagraphGivenQuestionAndFocusWord(question, f, 200))\n  }\n\n  def extractPatagraphGivenQuestionAndFocusSet3(question: String, focusSet: Seq[String], topK: Int,\n    staticCache: Boolean = true): Seq[String] = {\n    val charset = \"UTF-8\"\n    val sortedSet = focusSet.flatMap { f =>\n      if (staticCache) {\n        staticCacheLucene(question, f, 200)\n      } else {\n        extractParagraphGivenQuestionAndFocusWord3(question, f, 200)\n      }\n    }.map {\n      case (str, score) =>\n        val strTrimmed = str.trim\n        val strNoDot = if (strTrimmed.tail == \".\") strTrimmed.dropRight(1) else strTrimmed\n        val noLonePercentage = strNoDot.replaceAll(\" % \", \"\")\n        val noPercentageInTheBegining = if (noLonePercentage.slice(0, 2) == \"% \") noLonePercentage.drop(2) else noLonePercentage\n        val noURlChars = try {\n          URLDecoder.decode(noPercentageInTheBegining, charset)\n        } catch {\n          case e: Exception => noPercentageInTheBegining\n        }\n        val strNoSpecialChat = noURlChars.replaceAll(\"(\\\\+|\\\\*|_)\", \" \")\n        val noHTMLTags = StringEscapeUtils.unescapeHtml(strNoSpecialChat)\n        val noInvalidWhiteSpace = noHTMLTags.replaceAll(\"\u0097\", \" \")\n        val noWeirdChar = clearRedundantCharacters(noInvalidWhiteSpace.replaceAll(\"( +)\", \" \"))\n        noWeirdChar -> score\n    }.distinct.map { case (s, score) => s.substring(0, math.min(350, s.length)) -> score }.sortBy(-_._2) \/\/ nothing longer than 1500 characters\n\n    (if (sortedSet.size > topK) {\n      sortedSet.take(topK)\n    } else {\n      sortedSet\n    }).map(_._1)\n  }\n\n  def clearRedundantCharacters(string: String) = string.replaceAll(\"\\u0080\", \" \").replaceAll(\"\\u0096\", \" \").\n    replaceAll(\"\\u0095\", \" \").replaceAll(\"\\u0092\", \" \").replaceAll(\"\\u0093\", \" \").replaceAll(\"\\u0094\", \" \").\n    replaceAll(\"\\n\", \" \").replaceAll(\"\\u0002\", \"\").replaceAll(\"\\u0091\", \"\").replaceAll(\"[^\\\\u0000-\\\\uFFFF]\", \"\").\n    replaceAll(\"[^\\\\p{ASCII}]\", \"\")\n\n  def getLuceneHitFields(hit: SearchHit): Map[String, AnyRef] = {\n    hit.sourceAsMap().asScala.toMap\n  }\n\n  def extractParagraphGivenQuestionAndFocusWord(question: String, focus: String, topK: Int): Set[String] = {\n    val hits = extractParagraphGivenQuestionAndFocusWord3(question, focus, topK)\n    hits.sortBy(-_._2).map { _._1 }.toSet\n  }\n\n  def extractParagraphGivenQuestionAndFocusWord2(question: String, focus: String, topK: Int): Set[String] = {\n    val hits = extractParagraphGivenQuestionAndFocusWord3(question, focus, 200)\n    val sortedHits = hits.sortBy(-_._2)\n    val selectedOutput = if (sortedHits.length > topK) {\n      sortedHits.slice(0, topK)\n    } else {\n      sortedHits\n    }\n    selectedOutput.map { _._1 }.toSet\n  }\n\n  def extractParagraphGivenQuestionAndFocusWord3(question: String, focus: String, searchHitSize: Int): Seq[(String, Double)] = {\n    extract(question, focus, searchHitSize)\n  }\n\n  def extract(question: String, focus: String, searchHitSize: Int): Seq[(String, Double)] = {\n    val questionWords = keywordTokenizer.stemmedKeywordTokenize(question)\n    val focusWords = keywordTokenizer.stemmedKeywordTokenize(focus)\n    val searchStr = s\"$question $focus\"\n\n    val response = esClient.prepareSearch(Constants.elasticBeingUsed.indexName.keys.toSeq: _*)\n      \/\/ NOTE: DFS_QUERY_THEN_FETCH guarantees that multi-index queries return accurate scoring\n      \/\/ results, do not modify\n      .setSearchType(SearchType.DFS_QUERY_THEN_FETCH)\n      .setQuery(QueryBuilders.matchQuery(\"text\", searchStr))\n      .setFrom(0).setSize(200).setExplain(true)\n      .execute()\n      .actionGet()\n    \/\/ Filter hits that don't overlap with both question and focus words.\n    val hits = response.getHits.getHits.filter { x =>\n      val hitWordsSet = keywordTokenizer.stemmedKeywordTokenize(x.sourceAsString).toSet\n      (hitWordsSet.intersect(questionWords.toSet).nonEmpty && hitWordsSet.intersect(focusWords.toSet).nonEmpty)\n    }\n\n    \/\/ Filter hits that don't overlap with both question and focus words.\n    def getLuceneHitFields(hit: SearchHit): Map[String, AnyRef] = {\n      hit.sourceAsMap().asScala.toMap\n    }\n    hits.map { h: SearchHit => getLuceneHitFields(h)(\"text\").toString -> h.score().toDouble }\n  }\n\n  lazy val omnibusTrain = loadQuestions(\"Omnibus-Gr04-NDMC-Train.tsv\")\n  lazy val omnibusTest = loadQuestions(\"Omnibus-Gr04-NDMC-Test.tsv\")\n  lazy val omnibusDev: Seq[(String, Seq[String], String)] = loadQuestions(\"Omnibus-Gr04-NDMC-Dev.tsv\")\n  lazy val publicTrain = loadQuestions(\"Public-Feb2016-Elementary-NDMC-Train.tsv\")\n  lazy val publicTest = loadQuestions(\"Public-Feb2016-Elementary-NDMC-Test.tsv\")\n  lazy val publicDev = loadQuestions(\"Public-Feb2016-Elementary-NDMC-Dev.tsv\")\n  lazy val regentsTrain = loadQuestions(\"Regents-Gr04-NDMC-Train.tsv\")\n  lazy val regentsTest = loadQuestions(\"Regents-Gr04-NDMC-Test.tsv\")\n  lazy val eighthGradeTrain = loadQuestions(\"Regents-Gr08-Train.tsv\")\n  lazy val eighthGradeTest = loadQuestions(\"Regents-Gr08-Test.tsv\")\n  lazy val eighthGradeTrainPublic = loadQuestions(\"Public-Gr08-Train.tsv\")\n  lazy val eighthGradeTestPublic = loadQuestions(\"Public-Gr08-Test.tsv\")\n\n  lazy val squidAdditionalDev = loadQuestions(\"ASQ-Additional-Dev.tsv\")\n  lazy val squidAdditionalTrain = loadQuestions(\"ASQ-Additional-Train.tsv\")\n  lazy val squidAdditionalTest = loadQuestions(\"ASQ-Additional-Test.tsv\")\n  lazy val squidChallengeDev = loadQuestions(\"ASQ-Challenge-Dev.tsv\")\n  lazy val squidChallengeTrain = loadQuestions(\"ASQ-Challenge-Train.tsv\")\n  lazy val squidChallengeTest = loadQuestions(\"ASQ-Challenge-Test.tsv\")\n\n  lazy val regentsPerturbed = loadQuestions(\"regents-train-perturbed.tsv\")\n\n  lazy val squid04test = loadQuestions(\"SquidV1-Gr04-Test.tsv\")\n  lazy val squid04dev = loadQuestions(\"SquidV1-Gr04-dev.tsv\")\n  lazy val squid04train = loadQuestions(\"SquidV1-Gr04-train.tsv\")\n\n  lazy val small = loadQuestions(\"small.tsv\")\n\n  def convertAi2DatasetIntoStandardFormat(input: Seq[(String, Seq[String], String)], annotationUtils: AnnotationUtils): Seq[Paragraph] = {\n    input.zipWithIndex.map {\n      case ((question, answerOptions, correctAns), idx) =>\n        val knowledgeSnippet = {\n          val rawSentences = SolverUtils.extractPatagraphGivenQuestionAndFocusSet3(question, answerOptions, 8).mkString(\". \")\n          annotationUtils.dropRedundantSentences(rawSentences)\n        }.trim.replaceAll(\"\u00a0 \", \"\")\n        val answers = answerOptions.map(a => Answer(a, 0, None))\n        val correctAnsIdx = correctAns.head - 'A'\n        val q = Question(question, s\"q${idx}\", answers, None, Some(correctAnsIdx))\n        Paragraph(knowledgeSnippet, Seq(q), None, s\"p${idx}\")\n    }.filter(_.context.trim.length > 5)\n  }\n\n  def loadQuestions(fileName: String): Seq[(String, Seq[String], String)] = {\n    println(s\"loading questions from ${fileName}\")\n    val out = Source.fromFile(new File(\"other\/questionSets\/\" + fileName)).getLines().toList.map { line =>\n      val split = line.split(\"\\t\")\n      val question = split(0)\n      val answer = split(1)\n      val questionSplit = question.split(\"\\\\([A-H]\\\\)\")\n      val answers = questionSplit.tail.toSeq.map(_.trim).filter(_.nonEmpty)\n      require(answers.length > 1, s\"the question doesn't have enough answers: ${question}\")\n      require(answer.matches(\"[A-H]\"), s\"the answer doesn't match the pattern . . . ${answer} of: ${question}\")\n      (questionSplit.head, answers, answer)\n    }\n    println(\"done reading the questions . . . \")\n    out\n  }\n\n  def assignCredit(predict: Seq[Int], gold: Int, maxOpts: Int): Double = {\n    require(!(predict.contains(-1) && predict.length > 1))\n    if (predict.contains(-1) || predict.isEmpty) { \/\/ no answer; give partial credits\n      1 \/ maxOpts.toDouble\n    } else if (predict.contains(gold)) {\n      1 \/ predict.length.toDouble\n    } else {\n      0.0\n    }\n  }\n\n  val articles = \"\\\\b(a|an|the)\\\\b\".r\n  val moreThanOneSpace = \"\\\\s{2,}\".r\n  def assignCreditSquadScalaVersion(predict: String, golds: Seq[String]): ((Double, Double, Double), Double) = {\n    def normalizeString(s: String) = {\n      def lowerCase(s: String): String = s.toLowerCase\n      def noPunctuation(s: String): String = s.replaceAll(\"[\\\\Q][(){},.;!?<>%\\\\E]\", \"\")\n      def noArticles(s: String): String = articles.replaceAllIn(s, \" \")\n      def removeExtraWhitespace(s: String): String = moreThanOneSpace.replaceAllIn(s, \" \")\n      removeExtraWhitespace(noArticles(noPunctuation(lowerCase(s.trim)).trim).trim)\n    }\n\n    def exactMatch(p: String, g: String): Double = if (normalizeString(p) == normalizeString(g)) 1.0 else 0.0\n\n    def f1Score(p: String, g: String): (Double, Double, Double) = {\n      val pN = normalizeString(p)\n      val qN = normalizeString(g)\n      val pNormalized = pN.split(\"\\\\s\")\n      val gNormalized = qN.split(\"\\\\s\")\n      val pWordFreqMap = pNormalized.groupBy(a => a).map { case (k, v) => k -> v.length }\n      val gWordFreqMap = gNormalized.groupBy(a => a).map { case (k, v) => k -> v.length }\n      val numSame = pNormalized.toSet.intersect(gNormalized.toSet).toList.map(i => scala.math.min(pWordFreqMap(i), gWordFreqMap(i))).sum\n      if (numSame == 0) {\n        (0.0, 0.0, 0.0)\n      } else {\n        val Pre = numSame.toDouble \/ pNormalized.length\n        val Rec = numSame.toDouble \/ gNormalized.length\n        val f1 = 2 * Pre * Rec \/ (Pre + Rec)\n        (f1, Pre, Rec)\n      }\n    }\n\n    val bestF1PR = golds.map(g => f1Score(predict, g)).maxBy(_._1)\n    val bestEM = golds.map(g => exactMatch(predict, g)).max\n    bestF1PR -> bestEM\n  }\n\n  def printMemoryDetails() = {\n    val mb = 1024 * 1024\n\n    \/\/Getting the runtime reference from system\n    val runtime = Runtime.getRuntime\n\n    println(\"##### Heap utilization statistics [MB] #####\")\n\n    \/\/Print used memory\n    println(\"Used Memory:\" + (runtime.totalMemory() - runtime.freeMemory()) \/ mb)\n\n    \/\/Print free memory\n    println(\"Free Memory:\" + runtime.freeMemory() \/ mb)\n\n    \/\/Print total available memory\n    println(\"Total Memory:\" + runtime.totalMemory() \/ mb)\n\n    \/\/Print Maximum available memory\n    println(\"Max Memory:\" + runtime.maxMemory() \/ mb)\n  }\n\n  \/\/ sentence similarity stuff\n  MCTestBaseline.readStopWords()\n  val stopwords = MCTestBaseline.stopWords.asScala.toSet\n  assert(stopwords.size > 20)\n  def getSimilarity(seq1: Seq[Constituent], seq2: Seq[Constituent], document: String): Double = {\n    val set2Normalized = normalize(seq2)\n    val set1Normalized = normalize(seq1)\n    \/\/ normalize(seq1).intersect(set2Normalized).size.toDouble \/ set1Normalized.size\n    normalize(seq1).intersect(normalize(seq2)).size\n    \/\/ normalize(seq1).intersect(normalize(seq2)).map(w => tfIdf.score(w, document)).sum\n  }\n\n  def normalize(seq: Seq[Constituent]) = seq.map(_.getLabel.trim).toSet.diff(stopwords)\n\n  def getSentenceScores(p: Paragraph, q: Question): Seq[(Int, Double)] = {\n    val questionLemmaCons = q.qTAOpt.get.getView(ViewNames.LEMMA).getConstituents.asScala.toList\n    val lemmaCons = p.contextTAOpt.get.getView(ViewNames.LEMMA).getConstituents.asScala.toList\n    lemmaCons.groupBy(_.getSentenceId).map {\n      case (id, consList) =>\n        \/\/ calculate similarity between the constituents and the question\n        id -> getSimilarity(consList, questionLemmaCons, p.context)\n    }.toSeq.sortBy(-_._2)\n  }\n\n  import scala.concurrent.duration._\n  implicit val xc = ExecutionContext.global\n\n  def runWithTimeout[T](timeMins: Long)(f: => T): Option[T] = {\n    try {\n      Await.result(Future(f), timeMins minute).asInstanceOf[Option[T]]\n    } catch {\n      case e: Exception =>\n        println(\"Process not done after \" + timeMins + \" minutes\")\n        None\n    }\n  }\n\n  def runWithTimeout[T](timeMins: Long, default: T)(f: => T): T = {\n    runWithTimeout(timeMins)(f).getOrElse(default)\n  }\n\n  \/** saves the result of query on disk as text file *\/\n  val staticCache = \"other\/elasticStaticCache\/\"\n  def staticCacheLucene(question: String, focus: String, searchHitSize: Int): Seq[(String, Double)] = {\n    val stringKey = \"elasticWebParagraph:\" + question + \"-focus:\" + focus + \"-topK:\" + searchHitSize + Constants.elasticBeingUsed.indexName.keySet\n    val cacheKey = (util.Arrays.toString(DigestUtils.sha1(stringKey)) + \".txt\").replaceAll(\"\\\\s\", \"\")\n    val f = new File(staticCache + cacheKey)\n\n    def callLuceneServer: Seq[(String, Double)] = {\n      println(\"extracting the knowledge from remote server. . . \")\n      val results = extract(question, focus, searchHitSize)\n      val cacheValue = JsArray(results.map { case (key, value) => JsArray(Seq(JsString(key), JsNumber(value))) })\n      import java.io._\n      val pw = new PrintWriter(f)\n      pw.write(cacheValue.toString())\n      pw.close()\n      \/\/println(\"result . . . . \\n \" + results)\n      results\n      \/\/Seq.empty\n    }\n\n    lazy val luceneResults = callLuceneServer\n    if (f.exists()) {\n      \/\/println(\"fetching knowledge from cache . . . .\")\n      val soutceFile = Source.fromFile(f)\n      val jsonString = soutceFile.getLines().mkString(\"\")\n      soutceFile.close()\n      val json = Json.parse(jsonString)\n      val a = json.as[JsArray].value.map { resultTuple =>\n        val tupleValues = resultTuple.as[JsArray]\n        val key = tupleValues.head.as[JsString].value\n        val score = tupleValues(1).as[JsNumber].value\n        key -> score.toDouble\n      }\n      val b = if (a.isEmpty) {\n        println(\"Because the document is empty, we're calling the server . . . \")\n        luceneResults\n      } else {\n        a\n      }\n      if (b.isEmpty) {\n        println(\"nope! Still empty . . .\")\n      }\n      b\n    } else {\n      luceneResults\n    }\n  }\n\n  lazy val scienceTermsMap = {\n    val f = Source.fromFile(new File(\"other\/topicalities.tsv\"))\n    val map = f.getLines().toList.drop(1).map { l =>\n      val split = l.split(\"\\t\")\n      split(3) -> split(0).toDouble\n    }\n    f.close()\n    map\n  }.toMap\n\n  def myLuceneSolver(question: String, focusSet: Seq[String]): Seq[(Double, Int)] = {\n    println(\"questin: \" + question + \"  options: \" + focusSet)\n    val scores = focusSet.map(f => myLuceneSolverPerFocus(question, f, 200)).zipWithIndex\n    if (scores.isEmpty) {\n      val maxScore = scores.maxBy(_._1)\n      scores.filter { _._1 == maxScore._1 }\n    } else {\n      println(\"Empty lucene response ..... \")\n      Seq.empty\n    }\n  }\n\n  def myLuceneSolverPerFocus(question: String, focus: String, searchHitSize: Int): Double = {\n    val cacheKey = (util.Arrays.toString(DigestUtils.sha1(\"elasticWebParagraph:\" +\n      question + \"-focus:\" + focus + \"-topK:\" + searchHitSize)) + \".txt\").replaceAll(\"\\\\s\", \"\")\n    println(\"cache key: \" + focus)\n    println(\"question: \" + question)\n    val f = new File(staticCache + cacheKey)\n\n    def extractAndSaveKnowledge: Double = {\n      println(\"extracting the knowledge from remote server. . . \")\n      val results = extract(question, focus, searchHitSize)\n      val cacheValue = JsArray(results.map { case (key, value) => JsArray(Seq(JsString(key), JsNumber(value))) })\n\n      import java.io._\n      val pw = new PrintWriter(f)\n      pw.write(cacheValue.toString())\n      pw.close()\n      if (!results.isEmpty) results.unzip._2.max else -100.0\n    }\n\n    if (f.exists()) {\n      val soutceFile = Source.fromFile(f)\n      val jsonString = soutceFile.getLines().mkString(\"\")\n      soutceFile.close()\n      val json = Json.parse(jsonString)\n      val a = json.as[JsArray].value.map { resultTuple =>\n        val tupleValues = resultTuple.as[JsArray]\n        val key = tupleValues.head.as[JsString].value\n        val score = tupleValues(1).as[JsNumber].value\n        key -> score.toDouble\n      }\n      if (!a.isEmpty) a.unzip._2.max else {\n        extractAndSaveKnowledge\n      }\n    } else {\n      extractAndSaveKnowledge\n    }\n  }\n\n  object ParagraphSummarization {\n    \/\/ here: sentence selection; mostly for processBank data\n    val notToContain = Set(\"what\", \"What\", \"is\", \"would happen\", \"does\", \"What process\", \"would happen\",\n      \"happens\", \"can happen\", \"would necessarily not happen\", \"do\", \"does\", \"is caused\")\n\n    def getQuestionKeyTerms(questionTA: TextAnnotation): Seq[String] = {\n      questionTA.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala.\n        filter(c => c.getLabel == \"NP\" || c.getLabel == \"VP\").map(_.getSurfaceForm.toLowerCase).\n        filter(c => !notToContain.contains(c)).flatMap(_.split(\"^do \")).flatMap(_.split(\"^does \")).\n        flatMap(_.split(\"^the \")).flatMap(_.split(\"^were not \")).flatMap(_.split(\"^is \")).\n        flatMap(_.split(\"^an \")).map(_.trim).\n        filter(_.nonEmpty)\n    }\n\n    def scoreTheSentence(questionTA: TextAnnotation, sentence: Constituent): Double = {\n      val keyTerms = getQuestionKeyTerms(questionTA)\n      keyTerms.count(sentence.getSurfaceForm.toLowerCase.contains).toDouble\n    }\n\n    def getSubparagraphString(paragraphTA: TextAnnotation, questionTA: TextAnnotation): String = {\n      val sentences = paragraphTA.getView(ViewNames.SENTENCE).getConstituents.asScala\n      val sortedSentences = sentences.map(s => s -> scoreTheSentence(questionTA, s)).zipWithIndex.sortBy(-_._1._2)\n      val maxScore = sortedSentences.head._1._2\n      val selectedIdx = sortedSentences.filter(_._1._2 == maxScore).map(_._2)\n      val maxIdx = sentences.length\n      val allSelected = (selectedIdx ++ selectedIdx.map(_ + 1)).filter(_ < maxIdx).distinct\n      val subParagraph = allSelected.map(sentences(_)).mkString(\" \")\n      subParagraph\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/Constants.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.utils\n\nimport java.io.File\nimport java.net.URLEncoder\n\nimport org.allenai.ari.solvers.textilp.solvers.TextILPModel\nimport redis.clients.jedis.Protocol\n\nimport scala.io.Source\n\ncase class Elastic(clusterName: String, hostIp: String, hostPort: Int, indexName: Map[String, String])\n\nobject Constants {\n  \/\/ this is the variable that decides which model to use\n  val textILPModel: TextILPModel = TextILPModel.EnsembleMinimal\n\n  \/\/ annotator servers\n  val sahandPort = \"8081\"\n  val sahandServer = \"http:\/\/cogcomp.dev.ai2\"\n\n  val cogcompAnnotatorPort = \"5800\"\n  val cogcompAnnotatorServer = \"http:\/\/cogcomp.dev.ai2\" \/\/ \"http:\/\/austen.cs.illinois.edu\" \/\/ \"http:\/\/cogcomp.dev.ai2\"\n\n  val externalAnnotatorsPort = \"8009\"\n  val externalAnnotatorsServer = \"http:\/\/cogcomp.dev.ai2\" \/\/ \"http:\/\/bronte.cs.illinois.edu\"\n\n  \/\/ whether to extract curator or not\n  val useCurator = textILPModel match {\n    case TextILPModel.EnsembleFull | TextILPModel.StackedForProcesses | TextILPModel.StackedForScience => true\n    case TextILPModel.EnsembleMinimal | TextILPModel.StackedForProcessesMinimal | TextILPModel.StackedForScienceMinimal => false\n  }\n\n  \/\/ this is the link solvers send calls when evaluating against AI2 contempo\n  val queryLink = \"http:\/\/aristo-docker-swarm.dev.allenai.org:8080\/ask?text=\" \/\/ \"http:\/\/aristo-dev.dev.ai2:8080\/ask?text=\"\n\n  \/\/ for elastic search\n  val remoteElastic = Elastic(\n    clusterName = \"aristo-es\", hostIp = \"aristo-es.dev.ai2\", hostPort = 9300,\n    Map(\n      \"barrons\" -> \"Barrons 4th Grade Study Guide\",\n      \"websentences\" -> \"Web\",\n      \"ck12biov44\" -> \"CK-12 8th Grade Biology Textbook\",\n      \"waterloo\" -> \"Waterloo Corpus\",\n      \"wikipedia\" -> \"Wikipedia\",\n      \"simplewikipedia\" -> \"Simple Wikipedia\"\n    \/\/    \"waterloofiltered1\" -> \"waterloofiltered1\",\n    \/\/    \"waterloofiltered2\" -> \"waterloofiltered2\",\n    \/\/    \"quizlet-qna\" -> \"quizlet-qna\",\n    \/\/    \"quizlet-termdef\" -> \"quizlet-termdef\",\n    \/\/    \"studystack-qna\" -> \"studystack-qna\",\n    \/\/    \"virginiaflashcard-sentences\" -> \"virginiaflashcard-sentences\",\n    \/\/    \"ck12-flexbook-gr3-sentences\" -> \"ck12-flexbook-gr3-sentences\",\n    \/\/    \"ck12-flexbook-gr4-sentences\" -> \"ck12-flexbook-gr4-sentences\",\n    \/\/    \"ck12-flexbook-gr5-sentences\" -> \"ck12-flexbook-gr5-sentences\",\n    \/\/    \"ck12-flexbook-gr3-qna\" -> \"ck12-flexbook-gr3-qna\",\n    \/\/    \"barrons-2016-09-21\" -> \"barrons-2016-09-21\",\n    \/\/    \"busc-2016-11-17\" -> \"busc-2016-11-17\",\n    \/\/    \"ck12-flexbook-gr3-qna-2016-10-19\" -> \"ck12-flexbook-gr3-qna-2016-10-19\"\n    )\n  )\n\n  val localElastic = Elastic(\n    clusterName = \"danielk\", hostIp = \"localhost\", hostPort = 9300,\n    Map(\"tables-to-sentences2-2017-06-20\" -> \"Barrons 4th Grade Study Guide\")\n  )\n\n  val multiRCSentencesElastic = Elastic(\n    clusterName = \"elasticsearch\", hostIp = \"localhost\", hostPort = 9300,\n    Map(\"nultircsentences-2017-12-15\" -> \"nultircsentences-2017-12-15\")\n  )\n\n  \/\/ this is the variable which decides which instance of elasticsearch to use\n  val elasticBeingUsed = remoteElastic\n\n  \/\/ vivek's questions\n  val vivekPredictonsFile = \"other\/vivekPredictions\/vivek-predictions.tsv\"\n  val vivekTestParagraphsFile = \"other\/vivekPredictions\/test-documents.tsv\"\n  lazy val vivekTestParagraphs = Source.fromFile(new File(Constants.vivekTestParagraphsFile)).getLines().toSet\n\n  val vivekQuestions = Source.fromFile(new File(Constants.vivekPredictonsFile)).getLines().toList.drop(1).map { line =>\n    val split = line.split(\"\\t\")\n    val pid = split(1)\n    val question = split(2)\n    (pid, question)\n  }\n  val (vivekTestQuestionsAndPars, vivekTrainQuestionsAndPars) = vivekQuestions.partition(x => Constants.vivekTestParagraphs.contains(x._1))\n  val vivekTestQuestions = vivekTestQuestionsAndPars.map(_._2).toSet\n  val vivekTrainQuestions = vivekTrainQuestionsAndPars.map(_._2).toSet\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/test\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipSolverSpec.scala","text":"<filename>src\/test\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipSolverSpec.scala<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.ilpsolver\n\nimport org.scalatest.{ FlatSpec, Matchers }\n\nclass ScipSolverSpec extends FlatSpec with Matchers {\n\n  \/** Build a simple ILP model: x0 + 2*x1 <= 2, objective function: - x0 - x1.\n    *\n    * @param scipSolver a ScipInterface object\n    * @return a seq of (a subset of) variables of interest whose values may be queried later\n    *\/\n  private def buildSimpleModel(scipSolver: ScipSolver): Seq[ScipVar] = {\n    \/\/ create binary variables\n    val nvars = 2\n    val vars = for {\n      i <- 0 until nvars\n      name = s\"x$i\"\n      objCoeff = -1d\n      x = scipSolver.createBinaryVar(name, objCoeff)\n    } yield {\n      scipSolver.addVar(x)\n      x\n    }\n    val varsOfInterest = new Array[ScipVar](1)\n    varsOfInterest(0) = vars(1) \/\/ add x1 to the list of variables of interest to return\n\n    \/\/ create coefficients for the constraint\n    val coeffs = (0 until nvars).map(_ + 1d)\n\n    \/\/ add a linear constraint\n    scipSolver.addConsBasicLinear(\"test\", vars, coeffs, Some(0d), Some(2d))\n\n    \/\/ return vars of interest\n    varsOfInterest\n  }\n\n  \"scipSolver\" should \"solve a simple ILP program correctly\" in {\n    val scipParams = new ScipParams(10d, 1, \"scip.log\", messagehdlrQuiet = true, 0)\n    val scipSolver = new ScipSolver(\"example\", scipParams)\n    val varsOfInterest = buildSimpleModel(scipSolver)\n    scipSolver.solve()\n\n    \/\/ retrieve solution\n    val primalBound = scipSolver.getPrimalbound\n    val dualBound = scipSolver.getDualbound\n    val solutionVals = scipSolver.getSolVals(varsOfInterest)\n\n    \/\/ check solution\n    primalBound should equal(dualBound)\n    assert(primalBound === -1d +- 1e-4)\n    assert(solutionVals === Seq(0d))\n  }\n\n}"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/entailers\/Entailer.scala","text":"package org.allenai.ari.solvers.textilp.alignment.entailers\n\nimport org.allenai.entailment.interface.Entailment\nimport org.allenai.nlpstack.core.PostaggedToken\n\n\/** Entailer responsible for calculating entailment between token sequences. This wraps the raw\n  * entailment calls the service provides.\n  *\/\ntrait Entailer {\n  def entail(\n    text: Seq[PostaggedToken],\n    hypothesis: Seq[PostaggedToken],\n    context: Option[Seq[PostaggedToken]]\n  ): Entailment\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/LuceneSolver.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.solvers\n\nimport org.allenai.ari.solvers.textilp.utils.SolverUtils\nimport org.allenai.ari.solvers.textilp.EntityRelationResult\n\nclass LuceneSolver extends TextSolver {\n\n  \/** this solver ignores the input snippet *\/\n  def solve(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult) = {\n    val sortedCanndidates = SolverUtils.handleQuestionWithManyCandidates(question, options, \"lucene\").sortBy(-_._2)\n    \/\/    println(\"sortedCanndidates\" + sortedCanndidates)\n    SolverUtils.sortedAnswerToSolverResponse(question, options, snippet, sortedCanndidates)\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/entailers\/RemoteEntailer.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/entailers\/RemoteEntailer.scala\npackage org.allenai.ari.solvers.textilp.alignment.entailers\n\nimport org.allenai.entailment.interface.{ Entailment, EntailmentRequest }\nimport org.allenai.nlpstack.core.PostaggedToken\n\nimport akka.actor.ActorSystem\nimport com.google.inject.{ Inject, Singleton }\nimport com.google.inject.name.Named\nimport spray.client.pipelining._\nimport spray.httpx.SprayJsonSupport\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\n@Singleton class RemoteEntailer @Inject() (\n  @Named(\"entailment.remote.url\") entailmentUrl: String,\n  @Named(\"entailment.remote.timeoutMillis\") timeoutMillis: Int,\n  private implicit val actorSystem: ActorSystem\n) extends Entailer with SprayJsonSupport {\n  import actorSystem.dispatcher\n\n  private val entailmentTimeout: Duration = timeoutMillis.millis\n\n  override def entail(\n    text: Seq[PostaggedToken],\n    hypothesis: Seq[PostaggedToken],\n    context: Option[Seq[PostaggedToken]]\n  ): Entailment = {\n    \/\/ create EntailmentRequest(text, hypothesis, context, combinationMode, algorithms)\n    val entailmentRequest = EntailmentRequest(text, hypothesis, context, None, None)\n    val pipeline = sendReceive ~> unmarshal[Entailment]\n    val request = pipeline(Post(entailmentUrl, entailmentRequest))\n    Await.result(request, entailmentTimeout)\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/QuestionParse.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/QuestionParse.scala\npackage org.allenai.ari.controller.questionparser\n\nimport org.allenai.nlpstack.parse.poly.core._\nimport org.allenai.nlpstack.parse.poly.polyparser.{ Parser, TransitionParser }\nimport org.allenai.nlpstack.tokenize.defaultTokenizer\n\n\/** A Question is an abstraction of a test question. *\/\nsealed trait QuestionParse\n\nobject QuestionParse {\n\n  \/** A dispatcher function that constructs a Question object based on the text.\n    *\n    * @param text the raw question text\n    * @return the initialized question\n    *\/\n  def constructFromString(text: String): QuestionParse = {\n    val tokens: Seq[Token] = Parser.tokenizeSentence(text)\n    if (tokens.last.word == Symbol(\"?\")) {\n      StandardQuestion(text)\n    } else if ((tokens map { _.word }).contains(FillInTheBlankQuestion.blankSymbol)) {\n      FillInTheBlankQuestion(text)\n    } else if (tokens.last.word != Symbol(\".\")) {\n      FillInTheBlankQuestion(s\"$text ${FillInTheBlankQuestion.blankSymbol.name}.\")\n    } else {\n      StandardQuestion(text)\n    }\n  }\n}\n\ntrait LongAnswerGenerator {\n  \/** Given a question and a short answer, this expands it into a long answer.\n    *\n    * For instance, suppose the question is \"What type of fuel did the car use?\" and the short\n    * answer \"gasoline\", an appropriate long (sentential) answer might be: \"The car used gasoline.\"\n    *\n    * @param question the question\n    * @param shortAnswer the short (phrasal) answer\n    * @return an answer to the question, in the form of a complete sentence\n    *\/\n  def generateLongAnswer(question: QuestionParse, shortAnswer: String): Option[String]\n}\n\n\/** A StandardQuestion is the default. A non-specialized type of question.\n  *\n  * @param text the raw question text\n  *\/\ncase class StandardQuestion(text: String) extends QuestionParse\n\nclass StandardQuestionProcessor(fitbGenerator: FillInTheBlankGenerator)\n  extends LongAnswerGenerator {\n\n  private val fitbQuestionProcessor = new FillInTheBlankQuestionProcessor\n\n  def generateLongAnswer(question: QuestionParse, shortAnswer: String): Option[String] = {\n    val trimmedShortAnswer = Util.trimPunctuation(shortAnswer)\n    fitbGenerator.generateFITB(question) match {\n      case Some(fitbQuestion) =>\n        fitbQuestionProcessor.generateLongAnswer(fitbQuestion, shortAnswer)\n      case None =>\n        question match {\n          case stdQuestion: StandardQuestion =>\n            Some(s\"${trimmedShortAnswer} is ${Util.lowercaseFirstCharacter(stdQuestion.text)}\")\n          case _ => None\n        }\n    }\n  }\n}\n\nclass StandardQuestionProcessor2(questionParser: TransitionParser) extends LongAnswerGenerator {\n\n  private val rotator = new Rotator(Set(\n    RotationRule(\"root\", \"dobj\", \"nsubj\"),\n    RotationRule(\"root\", \"dobj\", \"aux\"),\n    RotationRule(\"root\", \"aux\", \"nsubj\"),\n    RotationRule(\"root\", \"aux\", \"nsubjpass\"),\n    RotationRule(\"root\", \"auxpass\", \"nsubjpass\"),\n    RotationRule(\"root\", \"dobj\", \"head\")\n  ))\n\n  def generateLongAnswer(question: QuestionParse, shortAnswer: String): Option[String] = {\n    val trimmedShortAnswer = Util.trimPunctuation(shortAnswer)\n    question match {\n      case stdQuestion: StandardQuestion =>\n        val longAnswer =\n          Parser.parseUntokenizedSentence(questionParser, stdQuestion.text) flatMap { parse =>\n            val rotatedParse = rotator.rotate(parse.asConstituencyParse)\n            StandardQuestionProcessor.findQuestionNode(rotatedParse) map { questionNode =>\n              val substituted = rotatedParse.substitute(\n                questionNode,\n                new SubstitutionTree(trimmedShortAnswer)\n              )\n              ConstituencyParse.getWords(substituted).mkString(\" \")\n            }\n          }\n        longAnswer match {\n          case None =>\n            Some(s\"${trimmedShortAnswer} is ${Util.lowercaseFirstCharacter(stdQuestion.text)}\")\n          case x => x\n        }\n      case _ => None\n    }\n  }\n}\n\nobject StandardQuestionProcessor {\n\n  \/** Searches through a constituency parse for the most likely node to correspond to the question.\n    *\n    * Right now this covers only a fraction of question types (specifically, \"which\", \"what\"\n    * and \"who\"). The coverage will increase in Q1 2015.\n    *\n    * @param parse the constituency parse\n    * @return the position of the node that corresponds to the question word\n    *\/\n  def findQuestionNode(parse: PositionTree): Option[Position] = {\n    val filteredPositions = parse.positions filter { position =>\n      val childWords: Seq[String] = parse.getChildren(position) flatMap { childPosition =>\n        parse.getLabel(childPosition, ConstituencyParse.wordLabelName)\n      }\n      ((childWords map { x => x.toLowerCase }).toSet intersect Set(\"which\", \"what\", \"who\")).nonEmpty\n    }\n    val mappedPositions = filteredPositions flatMap { position =>\n      if (parse.getLabel(position, ConstituencyParse.constituencyLabelName) == Some(\"DET\")) {\n        position.parent\n      } else {\n        Some(position)\n      }\n    }\n    mappedPositions.headOption\n  }\n}\n\n\/** A FillInTheBlankQuestion is an abstraction for a fill-in-the-blank style question.\n  *\n  * @param text the raw question text\n  *\/\ncase class FillInTheBlankQuestion(text: String) extends QuestionParse {\n  val tokens: Seq[String] = defaultTokenizer.tokenize(text) map { tok =>\n    tok.string\n  }\n\n  lazy val tokenizedString: String = tokens.mkString(\" \")\n}\n\nobject FillInTheBlankQuestion {\n  val blankSymbol = Symbol(\"BLANK_\")\n}\n\nclass FillInTheBlankQuestionProcessor\n  extends LongAnswerGenerator {\n\n  def generateLongAnswer(question: QuestionParse, shortAnswer: String): Option[String] = {\n    val trimmedShortAnswer = Util.trimPunctuation(shortAnswer)\n    question match {\n      case fbQuestion: FillInTheBlankQuestion =>\n        val mappedTokens = fbQuestion.tokens map {\n          case FillInTheBlankQuestion.blankSymbol.name => trimmedShortAnswer\n          case tok => tok\n        }\n        Some(mappedTokens.mkString(\" \"))\n      case _ => None\n    }\n  }\n}\n\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/Util.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.controller.questionparser\n\nobject Util {\n\n  \/** Converts the first character of a string to lowercase.\n    *\n    * @param str the string to convert\n    * @return the same string, with the first character converted to lowercase\n    *\/\n  def lowercaseFirstCharacter(str: String): String = {\n    str.headOption map { firstChar =>\n      firstChar.toString.toLowerCase + str.tail\n    } getOrElse (\"\")\n  }\n\n  \/** Converts the first character of a string to uppercase.\n    *\n    * @param str the string to convert\n    * @return the same string, with the first character converted to uppercase\n    *\/\n  def uppercaseFirstCharacter(str: String): String = {\n    str.headOption map { firstChar =>\n      firstChar.toString.toUpperCase + str.tail\n    } getOrElse (\"\")\n  }\n\n  \/** Trims punctuation and trailing whitespace from the end of a string.\n    *\n    * Currently this only trims a single period or question mark.\n    *\n    * @param str the string to trim\n    * @return the trimmed string\n    *\/\n  def trimPunctuation(str: String): String = {\n    str.trim.lastOption match {\n      case Some(lastChar) =>\n        if (lastChar == '.' || lastChar == '?') {\n          str.dropRight(1).trim\n        } else {\n          str.trim\n        }\n      case None => \"\"\n    }\n  }\n\n  \/** Processes a line in tab-separated value (TSV) format.\n    *\n    * TODO: doubtful that this correctly handles fields with quotes in them\n    *\n    * @param line the TSV-formatted line\n    * @return an indexed sequence of the tab-separated string fields\n    *\/\n  def readTabSeparatedValueLine(line: String): IndexedSeq[String] = {\n    val lineFields: Array[String] = line.split(\"\\t\")\n    lineFields map { str =>\n      if (str.size > 1 && str.head == '\"' && str.last == '\"') {\n        str.slice(1, str.size - 1)\n      } else {\n        str\n      }\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/IlpSolverWithGradients.scala","text":"package org.allenai.ari.solvers.textilp.ilpsolver\n\nimport scala.collection.mutable\n\n\/** A linear term, represented symbolically. E.g., 3 w1 + w2 is represented as\n  * Seq((w1, 3), (w2, 1)).\n  *\n  * @param terms an ordered sequence of term-coefficient pairs\n  * @tparam T type for a term, such as Parameter, IlpVar, String, etc.\n  *\/\ncase class LinearTerm[T](terms: Seq[(T, Double)]) {\n  \/** A map version of terms, for quick access to individual coefficients. *\/\n  val termMap = terms.toMap\n}\n\n\/** The objective function coefficient of a variable in the ILP, represented in a symbolic form.\n  * E.g., if the objective function is (3 w1 + w2) x + w1 y, then the coefficient of x is 3 w1 + w2,\n  * represented in this case class as Seq((w1, 3), (w2, 1)). One caveat is that if the coefficient\n  * is non-linear, e.g., (3 w1 w3 + w2), then it is represented using a linear approximation that\n  * is locally (but not globally) accurate, namely, Seq((w1, 3 w3_curr), (w2, 1), (w3, 3 w1_curr))\n  * where w1_curr and w3_curr denote the current real values of w1 and w3, resp. The local accuracy\n  * is sufficient to, e.g., compute the exact gradient of each variable.\n  *\n  * @param terms an ordered sequence of parameter-coefficient pairs\n  * @tparam P type for the parameter, e.g., Parameter or String (for parameter name)\n  *\/\nclass SymbolicVarCoeff[P](terms: Seq[(P, Double)]) extends LinearTerm(terms)\n\n\/** The coefficient of a parameter represented in a symbolic form, when all terms involving that\n  * parameter in the objective function of the ILP are aggregated together. E.g., if the objective\n  * function is (3 w1 + w2) x + w1 y, then the coefficient of w1 is 3 x + y, represented in this\n  * case class as Seq((x, 3), (y, 1)). One caveat is that if some variables coefficients are\n  * non-linear, e.g., (3 w1 w3 + w2) x + w1 y, then the corresponding parameter coefficients are\n  * represented using the same linear approximation as in VariableCoeff that is locally (but not\n  * globally) accurate. The local accuracy is sufficient to, e.g., compute the exact gradient of\n  * each parameter in an ILP solution.\n  *\n  * @param terms an ordered sequence of parameter-coefficient pairs\n  * @tparam V type for the variable, e.g., IlpVar or String (for variable name)\n  *\/\nclass SymbolicParamCoeff[V <: IlpVar](terms: Seq[(V, Double)]) extends LinearTerm(terms)\n\n\/** A trait for an ILP solver that implements methods related to computing gradients of the\n  * objective function w.r.t. a set of parameters. The gradients show the direction of the biggest\n  * changes in the objective function, which can be used for training a system using ILP as\n  * inference engine.\n  *\n  * @tparam V abstract type for ILP variables\n  * @tparam C abstract type for ILP constraints\n  *\/\ntrait IlpSolverWithGradients[V <: IlpVar, C <: IlpCons] extends IlpSolver[V, C] {\n\n  \/** A map connecting parameters to their symbolic coefficient in the ILP objection function. *\/\n  private val symbolicParamCoeffsMap = new mutable.HashMap[String, SymbolicParamCoeff[V]]\n\n  \/** A map of parameters to the value of their corresponding variables in the final solution. *\/\n  def computeAllParamCoeffsInIlpSolution(): Map[String, Double] = {\n    symbolicParamCoeffsMap.keys.map(key => key -> computeParamCoeffInIlpSolution(key)).toMap\n  }\n\n  \/** The cumulative value of the variables related to a given parameter, in the current ILP\n    * solution as captured by getSolVal().\n    *\/\n  private def computeParamCoeffInIlpSolution(parameterName: String): Double = {\n    val symbolicParamCoeff = symbolicParamCoeffsMap.getOrElse(\n      parameterName,\n      throw new Exception(s\"Parameter $parameterName not found in the objective! \" +\n        \"This might be because you have not activated calculation of gradients in applications.conf\")\n    )\n    \/\/ Note: the solver may have eliminated some variables, for which getSolVal() won't work\n    \/\/ TODO: double-check that this filtering makes sense!\n    symbolicParamCoeff.terms.filter(getAllVars.contains).map {\n      case (v, coeff) => getSolVal(v) * coeff\n    }.sum\n  }\n\n  \/** Store the name and symbolic coefficient of a variable; return the variable back. *\/\n  private def captureParamWeight(x: V, symbolicVarCoeff: SymbolicVarCoeff[String]): V = {\n    symbolicVarCoeff.terms.foreach {\n      case (paramName, coeff) =>\n        val updatedTerms = symbolicParamCoeffsMap.get(paramName) match {\n          case Some(symbolicParamCoeff) => symbolicParamCoeff.terms :+ ((x, coeff))\n          case None => Seq((x, coeff))\n        }\n        symbolicParamCoeffsMap.update(paramName, new SymbolicParamCoeff(updatedTerms))\n    }\n    x \/\/ return the variable back\n  }\n\n  \/** create a binary variable, and add relevant parameters *\/\n  def createBinaryVarWithGradient(\n    name: String,\n    objCoeff: Double,\n    symbolicObjCoeff: SymbolicVarCoeff[String]\n  ): V = {\n    captureParamWeight(createBinaryVar(name, objCoeff), symbolicObjCoeff)\n  }\n\n  \/** create a relaxed binary variable, that is, a continuous various with domain [0,1], and add\n    * relevant parameters\n    *\/\n  def createRelaxedBinaryVarWithGradient(\n    name: String,\n    objCoeff: Double,\n    symbolicObjCoeff: SymbolicVarCoeff[String]\n  ): V = {\n    captureParamWeight(createRelaxedBinaryVar(name, objCoeff), symbolicObjCoeff)\n  }\n\n  \/** create an integer variable, and add relevant parameter *\/\n  def createIntegerVarWithGradient(\n    name: String,\n    lb: Double,\n    ub: Double,\n    objCoeff: Double,\n    symbolicObjCoeff: SymbolicVarCoeff[String]\n  ): V = {\n    captureParamWeight(createIntegerVar(name, lb, ub, objCoeff), symbolicObjCoeff)\n  }\n\n  \/** create a continuous variable and add relevant parameters *\/\n  def createContinuousVarWithGradient(\n    name: String,\n    lb: Double,\n    ub: Double,\n    objCoeff: Double,\n    symbolicObjCoeff: SymbolicVarCoeff[String]\n  ): V = {\n    captureParamWeight(createContinuousVar(name, lb, ub, objCoeff), symbolicObjCoeff)\n  }\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/EntailmentService.scala","text":"package org.allenai.ari.solvers.textilp.alignment\n\nimport akka.actor.ActorSystem\nimport com.google.inject.{ Inject, Singleton }\nimport org.allenai.ari.solvers.textilp.alignment.entailers.Entailer\nimport org.allenai.common.Logging\nimport org.allenai.entailment.interface.{ Entailment, IsaResult, Postag, SynonymRelation }\nimport org.allenai.nlpstack.core.{ PostaggedToken, Token }\nimport spray.caching.{ Cache, LruCache }\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\n\n\/** Service providing textual entailment for use over knowledge base ISA statements. For\n  * general-purpose entailment, use `Entailer` directly.\n  *\/\n@Singleton class EntailmentService @Inject() (\n  entailer: Entailer,\n  tokenizer: KeywordTokenizer,\n  actorSystem: ActorSystem\n) extends Logging {\n\n  import actorSystem.dispatcher\n\n  private val entailmentCache: Cache[Entailment] =\n    LruCache(initialCapacity = 10000, maxCapacity = 10000)\n\n  \/** Returns true if the given string (text or hypothesis) represents a variable. We consider\n    * it a variable if it has only one token and it starts with a '?'.\n    *\/\n  private def isVariable(textOrHypothesis: Seq[String]): Boolean = {\n    textOrHypothesis.length == 1 && isVariable(textOrHypothesis.head)\n  }\n\n  \/** Returns true if the given token represents a variable. We consider it a variable if it starts\n    * with a '?'.\n    *\/\n  private def isVariable(token: String): Boolean = token.startsWith(\"?\")\n\n  \/** @return a cache key for the given entailment *\/\n  private def entailmentKey(text: Seq[String], hypothesis: Seq[String]) = {\n    val textKey = text.mkString(\"|\")\n    val hypothesisKey = hypothesis.mkString(\"|\")\n    s\"entails($textKey, $hypothesisKey)\"\n  }\n\n  \/** @return a cache key for the given entailment *\/\n  private def postaggedEntailmentKey(text: Seq[PostaggedToken], hypothesis: Seq[PostaggedToken]) = {\n    val textKey = text.mkString(\"|\")\n    val hypothesisKey = hypothesis.mkString(\"|\")\n    s\"entails($textKey, $hypothesisKey)\"\n  }\n\n  \/** Converts a tokenized string to the PostaggedToken object entailment requires. This uses the\n    * special \"Any\" POS tag, which entailment will ignore (it treats the token as being of any\n    * possible part-of-speech). Offsets are computed assuming one character between tokens.\n    *\/\n  def toPostaggedTokens(tokens: Seq[String]): Seq[PostaggedToken] = {\n    val offsets = tokens.foldLeft(Seq(0))((offsets, token) => offsets ++ Seq(offsets.last +\n      token.length + 1))\n    tokens zip offsets map {\n      case (token, offset) => PostaggedToken(Token(token, offset), Postag.Any)\n    }\n  }\n\n  \/** Entails two texts through the entailment service, first looking them up in a cache. This uses\n    * the POS tag \"Any\" for all of the strings, and treats each string as a token. If either of\n    * `text` or `hypothesis` is empty, this will return an empty entailment.\n    *\/\n  def entail(text: Seq[String], hypothesis: Seq[String]): Entailment = {\n    if (text.isEmpty || hypothesis.isEmpty) {\n      \/\/ Note that normally (in traditional logic) an empty hypothesis should be entailed by\n      \/\/ anything. This handling of empty hypothesis was done to improve our scores.\n      \/\/ TODO(jkinkead): Revisit this - it's probably better if any special-casing of emptiness was\n      \/\/ moved to the caller, instead of having a non-standard entailment API.\n      logger.trace(s\"Empty entailment of [$text] => [$hypothesis]\")\n      EntailmentService.EmptyEntailment\n    } else if (isVariable(text) || isVariable(hypothesis)) {\n      logger.trace(s\"Entailment against variable: [$text] => [$hypothesis]\")\n      \/\/ Fake a single-token entailment.\n      val textToken = toPostaggedTokens(Seq(text.mkString(\"_\"))).head\n      val hypothesisToken = toPostaggedTokens(Seq(hypothesis.mkString(\"_\"))).head\n      \/\/ Fake an entailment using the special variable score.\n      val relation =\n        SynonymRelation(EntailmentService.VariableEntailmentScore, \"[variable entailment]\")\n      val result = IsaResult(\n        textToken,\n        hypothesisToken,\n        EntailmentService.VariableEntailmentScore,\n        Seq(relation)\n      )\n      \/\/ Total score is the single fake entailment score.\n      Entailment(EntailmentService.VariableEntailmentScore, Seq(result))\n    } else {\n      val cacheKey = entailmentKey(text, hypothesis)\n      val futureRes = entailmentCache(cacheKey) {\n        val textTokens = toPostaggedTokens(text.filterNot(isVariable))\n        val hypothesisTokens = toPostaggedTokens(hypothesis.filterNot(isVariable))\n        val entailment = entailer.entail(textTokens, hypothesisTokens, None)\n        logger.trace(s\"Entailment of [$text] => [$hypothesis]: ${entailment.confidence}\")\n        entailment\n      }\n      Await.result(futureRes, Duration.Inf)\n    }\n  }\n\n  \/** Entails two postagged texts through the entailment service, first looking them up in a cache.\n    * If either of `text` or `hypothesis` is empty, this will return an empty entailment.\n    *\/\n  def postaggedEntail(text: Seq[PostaggedToken], hypothesis: Seq[PostaggedToken]): Entailment = {\n    if (text.isEmpty || hypothesis.isEmpty) {\n      \/\/ Note that normally (in traditional logic) an empty hypothesis should be entailed by\n      \/\/ anything. This handling of empty hypothesis was done to improve our scores.\n      logger.trace(s\"Empty entailment of [$text] => [$hypothesis]\")\n      EntailmentService.EmptyEntailment\n    } else {\n      val cacheKey = postaggedEntailmentKey(text, hypothesis)\n      val futureRes = entailmentCache(cacheKey) {\n        val entailment = entailer.entail(text, hypothesis, None)\n        logger.trace(s\"Entailment of [$text] => [$hypothesis]: ${entailment.confidence}\")\n        entailment\n      }\n      Await.result(futureRes, Duration.Inf)\n    }\n  }\n\n  \/** Return the max entailment score between the texts and hypotheses. We consider pairwise all\n    * possible combinations of texts and hypotheses, and return the highest confidence found among\n    * them.\n    *\/\n  def maxEntails(texts: Seq[Seq[String]], hypotheses: Seq[Seq[String]]): Double = {\n    logger.trace(s\"Finding maximum entailment between ${texts.toList} and ${hypotheses.toList}\")\n    if (texts.isEmpty || hypotheses.isEmpty) {\n      0.0\n    } else {\n      \/\/ Note that this loop relies on cache hits for performance; else, we'll be making a bunch of\n      \/\/ redundent entailment calls.\n      \/\/ TODO(jkinkead): Evaluate performance using pre-built cache keys & PostaggedToken object.\n      val confidences = for {\n        text <- texts\n        hypothesis <- hypotheses\n      } yield entail(text, hypothesis).confidence\n      confidences.max\n    }\n  }\n}\n\nobject EntailmentService {\n  val EmptyEntailment = Entailment(0.0, Seq.empty)\n\n  \/** Hard-coded entailment score for variable entailment. A string is considered a variable if it's\n    * a single token that starts with a '?', and will entail any other string (or be entailed to any\n    * other string) with this score.\n    *\n    * This is set to just below 1.0, to indicate it's a very strong entailment, but not as good as a\n    * perfect entailment (identity).\n    *\/\n  val VariableEntailmentScore = 0.99\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/FillInTheBlankGenerator.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.controller.questionparser\n\nimport org.allenai.nlpstack.parse.PolytreeParser\n\ntrait FillInTheBlankGenerator {\n\n  \/** Converts an interrogative question into a fill-in-the-blank question.\n    *\n    * For instance, suppose the question is \"What type of fuel did the car use?\", an appropriate\n    * fill-in-the-blank counterpart might be: \"The car used BLANK_.\" with the auxiliary statement\n    * \"BLANK_ is a type of fuel.\"\n    *\n    * @param question the interrogative question\n    * @return a fill-in-the-blank analog to the argument question\n    *\/\n  def generateFITB(question: QuestionParse): Option[FillInTheBlankQuestion]\n}\n\nobject FillInTheBlankGenerator {\n  lazy val mostRecent: FillInTheBlankGenerator = new RotatingFITBGenerator(\n    new PolytreeParser().parser\n  )\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/BlancScore.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.controller.questionparser\n\nimport org.allenai.common.Resource\nimport scopt.OptionParser\n\nprivate case class BlancScoreCLI(inputFilename: String = \"\")\n\nobject BlancScore {\n\n  \/** A toy command-line tool for computing the BlancScore of a fill-in-the-blank generator.\n    *\n    * format: OFF\n    * Usage: BlancScore [options]\n    *\n    * -i <file> | --input <file>\n    *     the file containing the Blanc data\n    * format: ON\n    *\n    * @param args command-line arguments (see above)\n    *\/\n\/*  def main(args: Array[String]) {\n    val optionParser = new OptionParser[BlancScoreCLI](\"BlancScore\") {\n      opt[String]('i', \"input\") required () valueName (\"<file>\") action { (x, c) =>\n        c.copy(inputFilename = x)\n      } text (\"the file containing the Blanc data\")\n    }\n    val clArgs: BlancScoreCLI = optionParser.parse(args, BlancScoreCLI()).get\n    val fitbChallengeProblems = BlancChallengeProblem.readFromFile(clArgs.inputFilename)\n    val fitbGenerator = FillInTheBlankGenerator.mostRecent\n\n    var correctCounter: Int = 0\n    for (fitbChallengeProblem <- fitbChallengeProblems) {\n      val maybeFitb: Option[FillInTheBlankQuestion] =\n        fitbGenerator.generateFITB(fitbChallengeProblem.question)\n      maybeFitb match {\n        case Some(fitb) =>\n          if (fitbChallengeProblem.isCorrectAnswer(fitb)) {\n            correctCounter += 1\n          } else {\n            println(fitbChallengeProblem.question)\n            println(fitb.text)\n            fitbChallengeProblem.answers foreach { x => println(s\"  ${x.tokenizedString}\") }\n          }\n        case None =>\n      }\n    }\n    val percentCorrect: Float = correctCounter.toFloat \/ fitbChallengeProblems.length\n    println(s\"Accuracy: $percentCorrect\")\n  }*\/\n}\n\n\/** A BlancChallengeProblem consists of an interrogative question and a set of fill-in-the-blank\n  * analogs. It is intended as an evaluation method for implementations of the\n  * FillInTheBlankGenerator interface. A generator answers the BlancChallengeProblem through its\n  * .generateFITB method, which takes a QuestionParse object and returns a FillInTheBlank question.\n  * If the returned fill-in-the-blank question matches one of the acceptable answers for the\n  * BlancChallengeProblem, then the FillInTheBlankGenerator has correctly answered the\n  * BlancChallengeProblem.\n  *\n  * @param question the interrogative question\n  * @param answers a set of valid fill-in-the-blank analogs\n  *\/\ncase class BlancChallengeProblem(question: QuestionParse, answers: Set[FillInTheBlankQuestion]) {\n\n  \/** Returns true if the candidate answer matches one of the correct answers.\n    *\n    * \"Matches\" currently means an exact string match (after spaces and certain punctuation\n    * -- commas and colons -- are removed).\n    *\n    * @param candidateAnswer a candidate answer to the challenge problem\n    * @return true iff the candidate answer matches one of the correct answers\n    *\/\n  def isCorrectAnswer(candidateAnswer: FillInTheBlankQuestion): Boolean = {\n    (answers map { x =>\n      stripWhitespaceAndPunctuation(x.tokenizedString)\n    }).contains(stripWhitespaceAndPunctuation(candidateAnswer.text))\n  }\n\n  private def stripWhitespaceAndPunctuation(str: String) = {\n    val toRemove = \",:; \".toSet\n    str.filterNot(toRemove)\n  }\n}\n\nobject BlancChallengeProblem {\n\n  \/** Reads a sequence of a challenge problems from a file that contains one problem per line.\n    *\n    * Each line is in tab-separated value (TSV) format, with the following fields:\n    * -> 0: the interrogative question\n    * -> 1: an \"auxiliary\" fill-in-the-blank question (ignored for now)\n    * -> 2+: valid fill-in-the-blank analogs\n    *\n    * @param filename the file to read from\n    * @return a sequence of BlancChallengeProblems\n    *\/\n  def readFromFile(filename: String): Seq[BlancChallengeProblem] = {\n    Resource.using(scala.io.Source.fromFile(filename)) { source =>\n      val problems = for {\n        line <- source.getLines()\n      } yield {\n        val lineFields: IndexedSeq[String] = Util.readTabSeparatedValueLine(line)\n        val question: QuestionParse = QuestionParse.constructFromString(lineFields(0))\n        val answers: Set[FillInTheBlankQuestion] =\n          lineFields.slice(2, lineFields.size).toSet map { x: String =>\n            FillInTheBlankQuestion(x)\n          }\n        BlancChallengeProblem(question, answers)\n      }\n      problems.toList\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/Sensors.scala","text":"package org.allenai.ari.solvers.textilp\n\nobject Sensors {\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/QuestionTypeAnalysis.scala","text":"package org.allenai.ari.solvers.textilp.solvers\n\nobject QuestionTypeAnalysis {\n\n  \/\/  sealed trait QuestionType {}\n  \/\/  case object HUMAN\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/AlignmentFunction.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/AlignmentFunction.scala<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.alignment\n\nimport java.io.File\n\nimport com.medallia.word2vec.Word2VecModel\nimport com.redis.RedisClient\nimport com.typesafe.config.ConfigFactory\nimport org.allenai.ari.solvers.textilp.utils.Constants\nimport org.allenai.common.Logging\nimport org.allenai.entailment.Entailer\nimport org.allenai.entailment.interface.{ Entailment, Postag }\nimport org.allenai.nlpstack.core.{ PostaggedToken, Token }\n\n\/** Various options for computing similarity *\/\nsealed trait SimilarityType {\n  def scoreTitleTitle(titleStr1: String, titleStr2: String,\n    context1Opt: Option[String] = None, context2Opt: Option[String] = None): Double \/\/ should be symmetric\n  def scoreCellCell(cellStr1: String, cellStr2: String,\n    context1Opt: Option[String] = None, context2Opt: Option[String] = None): Double \/\/ should be symmetric\n  def scoreCellQCons(cellStr: String, qConsStr: String,\n    context1Opt: Option[String] = None, context2Opt: Option[String] = None): Double \/\/ directional: qCons to cell\n  def scoreTitleQCons(titleStr: String, qConsStr: String,\n    context1Opt: Option[String] = None, context2Opt: Option[String] = None): Double \/\/ directional: qCons to title\n  def scoreCellQChoice(cellStr: String, qChoiceStr: String,\n    context1Opt: Option[String] = None): Double \/\/ directional: cell to qChoice\n  def scoreTitleQChoice(titleStr: String, qChoiceStr: String,\n    context1Opt: Option[String] = None): Double \/\/ dir.: title to qChoice\n  def scoreStrToWhTerms(str: String, whTerms: Seq[String]): Double \/\/ dir.: str to (max of) whTerms\n\n  \/\/ turn a one-sided score into a symmetric one\n  protected def getSymmetricScore(text1: String, text2: String, context1: Option[String], context2: Option[String],\n    scoringFunction: (String, String, Option[String], Option[String]) => Double): Double = {\n    (scoringFunction(text1, text2, context1, context2) + scoringFunction(text2, text1, context1, context2)) \/ 2d\n  }\n\n  protected def getSymmetricScore(text1: String, text2: String, scoringFunction: (String, String) => Double): Double = {\n    (scoringFunction(text1, text2) + scoringFunction(text2, text1)) \/ 2d\n  }\n\n  \/\/ take the max of scores across various hypothesis strings\n  protected def getMaxScore(text1: String, text2Seq: Seq[String],\n    scoringFunction: (String, String) => Double): Double = {\n    text2Seq.map(scoringFunction(text1, _)).max\n  }\n\n  protected def getMaxScore(text1: String, text2Seq: Seq[String], context1Opt: Option[String],\n    context2OptSeq: Seq[Option[String]],\n    scoringFunction: (String, String, Option[String], Option[String]) => Double): Double = {\n    text2Seq.zip(context2OptSeq).map {\n      case (text2, context2Opt) =>\n        scoringFunction(text1, text2, context1Opt, context2Opt)\n    }.max\n  }\n}\n\n\/** A function to compute alignment scores between paris of cells, title, question constituent, etc.\n  * @param alignmentType Must be one of Entailment, WordOverlap, or Word2Vec\n  * @param entailmentScoreOffset The value to subtract from raw entailment score to get the score\n  * @param tokenizer A keyword tokenizer\n  * @param useContextInRedisCache whether to use context in keys, if using redis for caching\n  *\/\nclass AlignmentFunction(\n  alignmentType: String,\n  entailmentScoreOffset: Double,\n  tokenizer: KeywordTokenizer,\n  useRedisCache: Boolean,\n  useContextInRedisCache: Boolean\n) extends Logging {\n  if (useContextInRedisCache) require(useRedisCache, \"if you want to use context caching, you have to \" +\n    \"enable Redis caching . . . \")\n  private val similarityFunction: SimilarityType = alignmentType match {\n    case \"Entailment\" => {\n      logger.info(\"Using entailment for alignment score computation\")\n      if (useRedisCache) logger.info(\"  Using Redis cache for entailment scores\")\n      new EntailmentSimilarity(entailmentScoreOffset, tokenizer, useRedisCache, useContextInRedisCache)\n    }\n    case \"Word2Vec\" => {\n      logger.info(\"Using word2vec for alignment score computation\")\n      new Word2VecSimilarity\n    }\n    case \"WordOverlap\" => {\n      logger.info(\"Using word overlap for alignment score computation\")\n      new WordOverlapSimilarity(tokenizer)\n    }\n    case _: String => {\n      throw new IllegalArgumentException(s\"Alignment type $alignmentType not recognized\")\n    }\n  }\n\n  \/** Alignment score between two titles of tables *\/\n  def scoreTitleTitle(titleStr1: String, titleStr2: String, context1: Option[String] = None,\n    context2: Option[String] = None): Double = {\n    similarityFunction.scoreTitleTitle(titleStr1, titleStr2, context1, context2)\n  }\n\n  \/** Alignment score between cells of two tables *\/\n  def scoreCellCell(cellStr1: String, cellStr2: String, context1: Option[String] = None,\n    context2: Option[String] = None): Double = {\n    similarityFunction.scoreCellCell(cellStr1, cellStr2, context1, context2)\n  }\n\n  \/** Alignment score between a title of a table, and a question constituent *\/\n  def scoreTitleQCons(titleStr: String, qConsStr: String, context1: Option[String] = None,\n    context2: Option[String] = None): Double = {\n    similarityFunction.scoreTitleQCons(titleStr, qConsStr, context1, context2)\n  }\n\n  \/** Alignment score between a cell of a table, and a question constituent *\/\n  def scoreCellQCons(cellStr: String, qConsStr: String, context1: Option[String] = None,\n    context2: Option[String] = None): Double = {\n    similarityFunction.scoreCellQCons(cellStr, qConsStr, context1, context2)\n  }\n\n  \/** Alignment score between a title of a table, and a question option *\/\n  def scoreTitleQChoice(titleStr: String, qChoiceStr: String, context1: Option[String] = None): Double = {\n    similarityFunction.scoreTitleQChoice(titleStr, qChoiceStr, context1)\n  }\n\n  \/** Alignment score between a cell of a table, and a question option *\/\n  def scoreCellQChoice(cellStr: String, qChoiceStr: String, context1: Option[String] = None): Double = {\n    similarityFunction.scoreCellQChoice(cellStr, qChoiceStr, context1)\n  }\n\n  \/** Alignment score between a string and a which term *\/\n  private val spaceSep = \" \".r\n  private val semicolonSep = \";\".r\n  def scoreStrToWhTerms(str: String, whTerms: Seq[String]): Double = {\n    if (whTerms.isEmpty) {\n      0d\n    } else {\n      \/\/ very strict: returns 0 if str has more than 2 words after splitting by semi-colon, dropping\n      \/\/ those enclosed in '[...]', and taking keywords\n      \/\/ TODO: BEFORE MERGING WITH MASTER, CHANGE THIS CODE+COMPUTATION DUPLICATION with\n      \/\/   splitStemKeywordTokenizeFilter() called later\n      val computableStr = (for {\n        substr <- semicolonSep.split(str).toSeq\n        trimmedStr = substr.trim\n        if !trimmedStr.startsWith(\"[\") || !trimmedStr.endsWith(\"]\") \/\/ ignore strings like \"[...]\"\n        if tokenizer.keywordTokenize(trimmedStr).length <= 2\n      } yield trimmedStr).mkString(\"; \")\n      if (whTerms.isEmpty || computableStr.isEmpty) {\n        0d\n      } else {\n        similarityFunction.scoreStrToWhTerms(computableStr, whTerms)\n      }\n    }\n  }\n}\n\n\/\/ how much does text1 entail text2? (directional); an entailment score below the offset value is\n\/\/ considered negative correlation.\nprivate class EntailmentSimilarity(\n  entailmentScoreOffset: Double,\n  tokenizer: KeywordTokenizer,\n  useRedisCache: Boolean,\n  useContextInRedisCaching: Boolean\n) extends SimilarityType with Logging {\n\n  private val redisOpt: Option[RedisClient] = None\n\n  def scoreTitleTitle(titleStr1: String, titleStr2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"titleTitleEnt||\" else \"\"\n    getSymmetricScore(titleStr1, titleStr2, context1Opt, context2Opt, getEntailmentScore(entailmentKey))\n  }\n  def scoreCellCell(cellStr1: String, cellStr2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"cellCellEnt||\" else \"\"\n    getSymmetricScore(cellStr1, cellStr2, context1Opt, context2Opt, getEntailmentScore(entailmentKey))\n  }\n  def scoreCellQCons(cellStr: String, qConsStr: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"cellQConsEnt||\" else \"\"\n    getEntailmentScore(entailmentKey)(qConsStr, cellStr, context1Opt, context2Opt)\n  }\n  def scoreTitleQCons(titleStr: String, qConsStr: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"titleQConsEnt||\" else \"\"\n    getEntailmentScore(entailmentKey)(qConsStr, titleStr, context1Opt, context2Opt)\n  }\n  def scoreCellQChoice(cellStr: String, qChoiceStr: String, context1Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"cellQChoiceEnt||\" else \"\"\n    getEntailmentScore(entailmentKey)(cellStr, qChoiceStr, context1Opt, None)\n  }\n  def scoreTitleQChoice(titleStr: String, qChoiceStr: String, context1Opt: Option[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"titleQChoiceEnt||\" else \"\"\n    getEntailmentScore(entailmentKey)(titleStr, qChoiceStr, context1Opt, None)\n  }\n  def scoreStrToWhTerms(str: String, whTerms: Seq[String]): Double = {\n    val entailmentKey = if (useContextInRedisCaching) \"strToWhTermsEnt||\" else \"\"\n    getMaxScore(str, whTerms, getEntailmentScore(entailmentKey)(_, _, None, None))\n  }\n\n  private val semicolonSep = \";\".r\n  private def splitStemKeywordTokenizeFilter(text: String): Seq[Seq[String]] = {\n    for {\n      str <- semicolonSep.split(text).toSeq\n      trimmedStr = str.trim\n      if !trimmedStr.startsWith(\"[\") || !trimmedStr.endsWith(\"]\") \/\/ ignore strings like \"[...]\"\n    } yield tokenizer.stemmedKeywordTokenize(trimmedStr)\n  }\n  \/\/ set of words that should be ignored for entailment calculation if they are the hypothesis;\n  \/\/ note that in WordNet, consumer -> person -> causal_agent -> cause !\n  \/\/ Additional candidates: matter, substance, whole, part, cause, unit, event, relation\n  private val ignoreHypothesisSet = Set(\"object\", \"measure\", \"part\")\n  private val separator = \"|||*|||\"\n  private val ctx1 = \"ctx1=\"\n  private val ctx2 = \"ctx2=\"\n  private def getEntailmentScore(keyPrefix: String)(text1: String, text2: String,\n    context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    val contextKey = if (useContextInRedisCaching) {\n      Seq(context1Opt.getOrElse(\"\"), context2Opt.getOrElse(\"\")).mkString(separator)\n    } else {\n      \"\"\n    }\n    val key = keyPrefix + separator + text1 + separator + text2 + separator + contextKey\n    \/\/ If Redis cache is being used and contains 'key', return the stored value; otherwise\n    \/\/ compute the score and, if Redis is being use, save it as the value for 'key'\n    val score = redisOpt.flatMap(_.get(key)) match {\n      case Some(value) => value.toDouble\n      case None => {\n        val text1StemmedTokens = splitStemKeywordTokenizeFilter(text1)\n        val text2StemmedTokens = splitStemKeywordTokenizeFilter(text2)\n        val scores = for {\n          text1Seq <- text1StemmedTokens\n          text2Seq <- text2StemmedTokens\n          if text1Seq == text2Seq || !ignoreHypothesisSet.contains(text2Seq.mkString(\" \")\n            .toLowerCase)\n        } yield AlignmentFunction.entailment.entail(text1Seq, text2Seq).confidence\n        val scoreMax = if (scores.nonEmpty) scores.max else 0d\n        redisOpt.foreach(_.set(key, scoreMax))\n        scoreMax\n      }\n    }\n    score - entailmentScoreOffset\n  }\n}\n\n\/\/ cosine distance between two pieces of text (inherently symmetric)\nprivate class Word2VecSimilarity extends SimilarityType {\n  def scoreTitleTitle(text1: String, text2: String, context1Opt: Option[String],\n    context2Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreCellCell(text1: String, text2: String, context1Opt: Option[String],\n    context2Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreCellQCons(text1: String, text2: String, context1Opt: Option[String],\n    context2Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreTitleQCons(text1: String, text2: String, context1Opt: Option[String],\n    context2Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreCellQChoice(text1: String, text2: String, context1Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreTitleQChoice(text1: String, text2: String, context1Opt: Option[String]): Double = getWord2VecScore(text1, text2)\n  def scoreStrToWhTerms(text1: String, text2Seq: Seq[String]): Double = {\n    getMaxScore(text1, text2Seq, getWord2VecScore)\n  }\n\n  private val word2vecFile = new File(\n    \"main\/resources\/vectors\/GoogleNews-vectors-negative300_size=200000.bin\"\n  )\n  private val w2vModel = Word2VecModel.fromBinFile(word2vecFile)\n  private val w2vNoMatchStr = \"<\/s>\" \/\/ string used by word2vec when there is no match\n  private def getWord2VecScore(text1: String, text2: String): Double = {\n    val text1Modified = if (w2vModel.forSearch().contains(text1)) text1 else w2vNoMatchStr\n    val text2Modified = if (w2vModel.forSearch().contains(text2)) text2 else w2vNoMatchStr\n    w2vModel.forSearch().cosineDistance(text1Modified, text2Modified)\n  }\n}\n\/\/ what fraction of text2 words are \"covered\" by text1 words? (directional)\nprivate class WordOverlapSimilarity(tokenizer: KeywordTokenizer) extends SimilarityType {\n  def scoreTitleTitle(text1: String, text2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    getSymmetricScore(text1, text2, getWordOverlap)\n  }\n  def scoreCellCell(text1: String, text2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = {\n    getSymmetricScore(text1, text2, getWordOverlap)\n  }\n  def scoreCellQCons(text1: String, text2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = getWordOverlap(text2, text1)\n  def scoreTitleQCons(text1: String, text2: String, context1Opt: Option[String], context2Opt: Option[String]): Double = getWordOverlap(text2, text1)\n  def scoreCellQChoice(text1: String, text2: String, context1Opt: Option[String]): Double = getWordOverlap(text1, text2)\n  def scoreTitleQChoice(text1: String, text2: String, context1Opt: Option[String]): Double = getWordOverlap(text1, text2)\n  def scoreStrToWhTerms(text1: String, text2Seq: Seq[String]): Double = {\n    getMaxScore(text1, text2Seq, getWordOverlap)\n  }\n\n  private def getWordOverlap(text1: String, text2: String): Double = {\n    val text1StemmedTokens = tokenizer.stemmedKeywordTokenize(text1)\n    val text2StemmedTokens = tokenizer.stemmedKeywordTokenize(text2)\n    if (text2StemmedTokens.nonEmpty) {\n      val coverage = text2StemmedTokens.intersect(text1StemmedTokens).size\n      coverage.toDouble \/ text2StemmedTokens.size\n    } else {\n      0d\n    }\n  }\n}\n\nobject AlignmentFunction {\n  lazy val rootConfig = ConfigFactory.systemProperties.withFallback(ConfigFactory.load())\n  lazy val localConfig = rootConfig.getConfig(\"entailment\")\n  lazy val entailer = Entailer(localConfig)\n  \/\/  lazy val localEntailer = new LocalEntailer(localConfig)\n  \/\/  lazy val keywordTokenizer = KeywordTokenizer.Default\n  \/\/  val system = ActorSystem(\"ari-tableilp-trainer\")\n  \/\/  lazy val entailmentService = new EntailmentService(localEntailer, keywordTokenizer, system)\n  \/\/  lazy val aligner = new AlignmentFunction(\"Entailment\", Some(entailmentService), 0.1,\n  \/\/    keywordTokenizer, useRedisCache = true, useContextInRedisCache = false)\n  lazy val entailment = new LightEntailment(entailer)\n}\n\nclass LightEntailment(entailer: org.allenai.entailment.Entailer) {\n  val minEntailment = new Entailment(-1.0, Seq.empty)\n  def entail(text: Seq[String], hypothesis: Seq[String]): Entailment = {\n    val textTokens = toPostaggedTokens(text)\n    val hypothesisTokens = toPostaggedTokens(hypothesis)\n    val score = entailer.entail(textTokens, hypothesisTokens, None)\n    if (score.confidence.isNaN) minEntailment else score\n  }\n\n  \/** Converts a tokenized string to the PostaggedToken object entailment requires. This uses the\n    * special \"Any\" POS tag, which entailment will ignore (it treats the token as being of any\n    * possible part-of-speech). Offsets are computed assuming one character between tokens.\n    *\/\n  def toPostaggedTokens(tokens: Seq[String]): Seq[PostaggedToken] = {\n    val offsets = tokens.foldLeft(Seq(0))((offsets, token) => offsets ++ Seq(offsets.last +\n      token.length + 1))\n    tokens zip offsets map {\n      case (token, offset) => PostaggedToken(Token(token, offset), Postag.Any)\n    }\n  }\n\n}\n\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/Question.scala","text":"package org.allenai.ari.solvers.textilp\n\nimport edu.illinois.cs.cogcomp.core.datastructures.textannotation.TextAnnotation\nimport org.apache.commons.math3.util.Precision\n\ncase class TopicGroup(title: String, paragraphs: Seq[Paragraph])\ncase class QPPair(question: Question, paragraph: Paragraph, beginTokenIdx: Int, endTokenIdx: Int, scoreOpt: Option[Double] = None, sentenceIdOpt: Option[Int] = None)\ncase class Paragraph(context: String, questions: Seq[Question], contextTAOpt: Option[TextAnnotation], id: String = \"\")\ncase class Question(questionText: String, questionId: String, answers: Seq[Answer], qTAOpt: Option[TextAnnotation], correctIdxOpt: Option[Int] = None)\ncase class Answer(answerText: String, answerStart: Int, aTAOpt: Option[TextAnnotation] = None)\n\ncase class Entity(entityName: String, surface: String, boundaries: Seq[(Int, Int)])\ncase class Relation(relationName: String, entity1: String, entity2: String, weight: Double)\ncase class Stats(numberOfBinaryVars: Double = 0.0, numberOfContinuousVars: Double = 0.0,\n  numberOfIntegerVars: Double = 0.0, numberOfConstraints: Double = 0.0, modelCreationInSec: Double = 0.0,\n  solveTimeInSec: Double = 0.0, ilpIterations: Double = 0.0, objectiveValue: Double = 0.0, selected: Boolean = false) {\n  def asVector: Seq[Double] = {\n    Seq(numberOfBinaryVars, numberOfContinuousVars, numberOfIntegerVars, numberOfConstraints,\n      modelCreationInSec, solveTimeInSec, ilpIterations)\n  }\n  def sumWith(in: Seq[Double]): Seq[Double] = asVector.zip(in).map { case (x: Double, y: Double) => x + y }\n  def sumWith(in: Stats): Stats = Stats(\n    in.numberOfBinaryVars + numberOfBinaryVars,\n    in.numberOfContinuousVars + numberOfContinuousVars,\n    in.numberOfIntegerVars + numberOfIntegerVars,\n    in.numberOfConstraints + numberOfConstraints,\n    in.modelCreationInSec + modelCreationInSec,\n    in.solveTimeInSec + solveTimeInSec,\n    in.ilpIterations + ilpIterations\n  )\n  def divideBy(denominator: Int) = Stats(numberOfBinaryVars \/ denominator, numberOfContinuousVars \/ denominator,\n    numberOfIntegerVars \/ denominator, numberOfConstraints \/ denominator, modelCreationInSec \/ denominator,\n    solveTimeInSec \/ denominator, ilpIterations \/ denominator)\n\n  override def toString: String = {\n    s\"numberOfBinaryVars: $numberOfBinaryVars \\nnumberOfContinuousVars: $numberOfContinuousVars \\n\" +\n      s\"numberOfIntegerVars: $numberOfIntegerVars \\nnumberOfConstraints: $numberOfConstraints \\n\" +\n      s\"modelCreationInSec: $modelCreationInSec \\nsolveTimeInSec: $solveTimeInSec \\nilpIterations: $ilpIterations \\n\" +\n      s\"objectiveValue: $objectiveValue \\nselected: $selected\"\n  }\n}\ncase class EntityRelationResult(\n  fullString: String = \"\",\n  entities: Seq[Entity] = Seq.empty,\n  relations: Seq[Relation] = Seq.empty,\n  explanation: String = \"\",\n  statistics: Stats = Stats(),\n  confidence: Double = -100.0, log: String = \"\"\n)\n\nobject ResultJson {\n  val staticEntityRelationResults = EntityRelationResult(\n    \"Question: In New York State, the longest period of daylight occurs during which month? |Options: (A) June  (B) March  (C) December  (D) September \" +\n      \"|Paragraph: New York is located in United States. USA is located in northern hemisphere. The summer solstice happens during summer, in northern hemisphere.\",\n    List(Entity(\"T1\", \"New York State\", Seq((1, 5))), Entity(\"T2\", \"United States\", Seq((10, 15))),\n      Entity(\"T3\", \"USA\", Seq((20, 25))), Entity(\"T4\", \"northern hemisphere\", Seq((30, 35)))),\n    List(Relation(\"R1\", \"T1\", \"T2\", 0.0), Relation(\"R2\", \"T2\", \"T3\", 0.0), Relation(\"R3\", \"T3\", \"T4\", 0.0))\n  )\n\n  val emptyEntityRelation = EntityRelationResult(\"\", List.empty, List.empty)\n\n  import play.api.libs.json._\n\n  \/\/ writing answer-paragraphs\n  implicit val answerWrites = new Writes[Answer] {\n    def writes(answer: Answer) = Json.arr(answer.answerText)\n  }\n\n  implicit val questionWrites = new Writes[Question] {\n    def writes(q: Question) = Json.obj(\n      \"question\" -> q.questionText,\n      \"answers\" -> q.answers,\n      \"correctAns\" -> q.correctIdxOpt.get\n    )\n  }\n\n  implicit val paragraphWrite = new Writes[Paragraph] {\n    def writes(p: Paragraph) = Json.obj(\n      \"paragraphText\" -> p.context,\n      \"paragraphQuestions\" -> p.questions\n    )\n  }\n\n  implicit val listOfparagraphWrite = new Writes[List[Paragraph]] {\n    def writes(p: List[Paragraph]) = Json.arr(p)\n  }\n\n  \/\/ writing entity relations\n  implicit val entityWrites = new Writes[Entity] {\n    def writes(entity: Entity) = Json.arr(entity.entityName, entity.surface, entity.boundaries.map(pair => Json.arr(pair._1, pair._2)))\n  }\n\n  implicit val relationWrites = new Writes[Relation] {\n    def writes(relation: Relation) = Json.arr(relation.relationName, s\" ${Precision.round(relation.weight, 2)} \", Json.arr(Json.arr(\"  \", relation.entity1), Json.arr(\"  \", relation.entity2)))\n  }\n\n  implicit val entityRelationWrites = new Writes[EntityRelationResult] {\n    def writes(er: EntityRelationResult) = Json.obj(\n      \"overalString\" -> er.fullString,\n      \"entities\" -> er.entities,\n      \"relations\" -> er.relations,\n      \"explanation\" -> er.explanation,\n      \"log\" -> er.log\n    )\n  }\n}\n\n\/** Writing the results in the format that squad (hence BiDaF expcts)\n  *\/\nobject SquadJsonPattern {\n\n  import play.api.libs.json._\n\n  implicit val listOfparagraphWrite = new Writes[Seq[Paragraph]] {\n    def writes(p: Seq[Paragraph]) = {\n      Json.obj(\n        \"data\" -> p.zipWithIndex.map {\n          case (pp, pIdx) =>\n            val firstWord = pp.context.split(\" \").head\n            Json.obj(\n              \"title\" -> \"bestTitleEva\",\n              \"paragraphs\" ->\n                Json.arr(\n                  Json.obj(\n                    \"context\" -> pp.context,\n                    \"qas\" -> pp.questions.zipWithIndex.map {\n                      case (q, qIdx) =>\n                        Json.obj(\n                          \"question\" -> q.questionText,\n                          \"answers\" ->\n                            Json.arr(\n                              Json.obj(\"text\" -> firstWord, \"answer_start\" -> 0)\n                            ),\n                          \"id\" -> s\"$pIdx-$qIdx\"\n                        )\n                    }\n                  )\n                )\n            )\n        }\n      )\n    }\n  }\n}\n\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/datastructures.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/datastructures.scala\npackage org.allenai.ari.solvers.textilp\n\nimport java.io.{ File, FileWriter, PrintWriter }\n\nimport edu.illinois.cs.cogcomp.core.datastructures.ViewNames\nimport play.api.libs.json.{ JsObject, Json }\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.io.Source\n\nimport scala.collection.mutable.{ Map => MutableMap }\n\nimport scala.collection.JavaConverters._\n\ncase class Paragraph2(text: String, questions: Seq[SQuestion], id: String = \"\")\n\ncase class SQuestion(text: String, answers: Seq[Answer2], questionId: String = \"\", sentences: Set[Int] = Set.empty, mutliSent: Boolean = false)\n\ncase class Answer2(text: String, answerStart: Int = 0, isAns: Boolean = false, scores: MutableMap[String, Double] = MutableMap.empty)\n\n\/** Writing the results in the format that squad (hence BiDaF expects this format) *\/\nobject Paragraph2 {\n\n  import play.api.libs.json._\n\n  implicit val listOfparagraphWrite = new Writes[Seq[Paragraph2]] {\n    def writes(p: Seq[Paragraph2]) = {\n      Json.obj(\n        \"data\" ->\n          p.zipWithIndex.map {\n            case (pp, pIdx) =>\n              Json.obj(\n                \"paragraph\" ->\n                  Json.obj(\n                    \"text\" -> pp.text,\n                    \"questions\" -> pp.questions.zipWithIndex.map {\n                      case (q, qIdx) =>\n                        Json.obj(\n                          \"question\" -> q.text,\n                          \"sentences_used\" -> q.sentences,\n                          \"answers\" ->\n                            q.answers.map { a =>\n                              Json.obj(\"text\" -> a.text, \"isAnswer\" -> a.isAns)\n                            }\n                        )\n                    }\n                  ),\n                \"id\" -> pp.id\n              )\n          }\n      )\n    }\n  }\n\n  def readJson3(file: String): Seq[Paragraph2] = {\n    val content = Source.fromFile(file).getLines().toList.mkString\n    val json = Json.parse(content)\n    (json \\ \"data\").as[JsArray].value.map { v =>\n      val pId = (v \\ \"id\").as[String]\n      println(v)\n      val p = v \\ \"paragraph\"\n      val text = (p \\ \"text\").as[String]\n      val questions = (p \\ \"questions\").as[JsArray].value.map { q =>\n        val id = (q \\ \"id\").as[String]\n        val text = (q \\ \"question\").as[String]\n        val sentences_used = (q \\ \"sentences_used\").as[JsArray].value.map {\n          _.as[Int]\n        }.toSet\n        val answers = (q \\ \"answers\").as[JsArray].value.map { a =>\n          val text = (a \\ \"text\").as[String]\n          val isAnswer = (a \\ \"isAnswer\").as[Boolean]\n          Answer2(text, 0, isAnswer)\n        }\n        SQuestion(text, answers, id, sentences_used)\n      }\n      Paragraph2(text, questions, pId)\n    }\n  }\n\n  def writeJson3(file: String, p: Seq[Paragraph2]) = {\n    val json = Json.obj(\n      \"data\" ->\n        p.zipWithIndex.map {\n          case (pp, pIdx) =>\n            Json.obj(\n              \"paragraph\" ->\n                Json.obj(\n                  \"text\" -> pp.text,\n                  \"questions\" -> pp.questions.zipWithIndex.map {\n                    case (q, qIdx) =>\n                      Json.obj(\n                        \"question\" -> q.text,\n                        \"sentences_used\" -> q.sentences,\n                        \"answers\" ->\n                          q.answers.map { a =>\n                            Json.obj(\"text\" -> a.text, \"isAnswer\" -> a.isAns)\n                          },\n                        \"id\" -> q.questionId\n                      )\n                  }\n                ),\n              \"id\" -> pp.id\n            )\n        }\n    ).toString\n\n    val pw = new PrintWriter(new File(file))\n    pw.write(json)\n    pw.close()\n  }\n\n  def writeJson4(file: String, p: Seq[Paragraph2]) = {\n    val json = Json.obj(\n      \"data\" ->\n        p.zipWithIndex.map {\n          case (pp, pIdx) =>\n            Json.obj(\n              \"paragraph\" ->\n                Json.obj(\n                  \"text\" -> pp.text,\n                  \"questions\" -> pp.questions.zipWithIndex.map {\n                    case (q, qIdx) =>\n                      Json.obj(\n                        \"question\" -> q.text,\n                        \"sentences_used\" -> q.sentences,\n                        \"answers\" ->\n                          q.answers.map { a =>\n                            Json.obj(\n                              \"text\" -> a.text,\n                              \"isAnswer\" -> a.isAns,\n                              \"scores\" -> a.scores\n                            )\n                          },\n                        \"id\" -> q.questionId\n                      )\n                  }\n                ),\n              \"id\" -> pp.id\n            )\n        }\n    ).toString\n\n    val pw = new PrintWriter(new File(file))\n    pw.write(json)\n    pw.close()\n  }\n\n  def readJson4(file: String): Seq[Paragraph2] = {\n    val content = Source.fromFile(file).getLines().toList.mkString\n    val json = Json.parse(content)\n    (json \\ \"data\").as[JsArray].value.map { v =>\n      val pId = (v \\ \"id\").as[String]\n      println(v)\n      val p = v \\ \"paragraph\"\n      val text = (p \\ \"text\").as[String]\n      val questions = (p \\ \"questions\").as[JsArray].value.map { q =>\n        val id = (q \\ \"id\").as[String]\n        val text = (q \\ \"question\").as[String]\n        val sentences_used = (q \\ \"sentences_used\").as[JsArray].value.map {\n          _.as[Int]\n        }.toSet\n        val answers = (q \\ \"answers\").as[JsArray].value.map { a =>\n          val text = (a \\ \"text\").as[String]\n          val isAnswer = (a \\ \"isAnswer\").as[Boolean]\n          val scores = (a \\ \"scores\").as[Map[String, Double]]\n          Answer2(text, 0, isAnswer, scala.collection.mutable.Map(scores.toList: _*))\n        }\n        SQuestion(text, answers, id, sentences_used)\n      }\n      Paragraph2(text, questions, pId)\n    }\n  }\n  \n  \n  \n  def readJson5(file: String): Seq[Paragraph2] = {\n    val content = Source.fromFile(file).getLines().toList.mkString\n    val json = Json.parse(content)\n    (json \\ \"data\").as[JsArray].value.map { v =>\n      val pId = (v \\ \"id\").as[String]\n      \/\/      if(pId.contains(\"used-oanc-output-Algarve-Intro-1.txt\")) {\n      \/\/        println(\" ===> \" + pId)\n      \/\/      }\n      val p = v \\ \"paragraph\"\n      val text = (p \\ \"text\").as[String]\n      val questions = (p \\ \"questions\").as[JsArray].value.map { q =>\n        val idx = (q \\ \"idx\").as[String]\n        val qType = (q \\ \"multisent\").as[Boolean]\n        val text = (q \\ \"question\").as[String]\n        val sentences_used = (q \\ \"sentences_used\").as[JsArray].value.map {\n          _.as[Int]\n        }.toSet\n        val answers = (q \\ \"answers\").as[JsArray].value.map { a =>\n          val text = (a \\ \"text\").as[String]\n          val isAnswer = (a \\ \"isAnswer\").as[Boolean]\n          val scores = (a \\ \"scores\").as[Map[String, Double]]\n          Answer2(text, 0, isAnswer, scala.collection.mutable.Map(scores.toList: _*))\n        }\n        SQuestion(text, answers, idx, sentences_used, qType)\n      }\n      Paragraph2(text, questions, pId)\n    }\n  }\n\n  def writeJson5(file: String, p: Seq[Paragraph2]) = {\n    val json = Json.obj(\n      \"data\" ->\n        p.zipWithIndex.map {\n          case (pp, pIdx) =>\n            Json.obj(\n              \"paragraph\" ->\n                Json.obj(\n                  \"text\" -> pp.text,\n                  \"questions\" -> pp.questions.zipWithIndex.map {\n                    case (q, qIdx) =>\n                      Json.obj(\n                        \"question\" -> q.text,\n                        \"sentences_used\" -> q.sentences,\n                        \"answers\" ->\n                          q.answers.map { a =>\n                            Json.obj(\n                              \"text\" -> a.text,\n                              \"isAnswer\" -> a.isAns,\n                              \"scores\" -> a.scores\n                            )\n                          },\n                        \"idx\" -> q.questionId,\n                        \"multisent\" -> q.mutliSent\n                      )\n                  }\n                ),\n              \"id\" -> pp.id\n            )\n        }\n    ).toString\n\n    val pw = new PrintWriter(new File(file))\n    pw.write(json)\n    pw.close()\n  }\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/alignment\/entailers\/LocalEntailer.scala","text":"<reponame>ashish33\/semanticilp<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.alignment.entailers\n\nimport org.allenai.entailment.{ Entailer => EntailerImpl }\nimport org.allenai.entailment.interface.Entailment\nimport org.allenai.nlpstack.core.PostaggedToken\n\nimport com.google.inject.name.Named\nimport com.google.inject.{ Inject, Singleton }\nimport com.typesafe.config.Config\n\n\/** An entailer that calls a locally-loaded entailment service. This takes up about 600M of extra\n  * memory. If loading for the first time, it takes roughly a minute, plus time to download source\n  * file from the datastore; if loading from an on-disk cache, it takes less than ten seconds.\n  *\n  * @param localConfig configuration to (optionally) pass on to the entailment library\n  *\/\n@Singleton class LocalEntailer @Inject() (\n  @Named(\"entailment.local\") localConfig: Config\n) extends Entailer {\n\n  private val entailer = EntailerImpl(localConfig)\n\n  override def entail(\n    text: Seq[PostaggedToken],\n    hypothesis: Seq[PostaggedToken],\n    context: Option[Seq[PostaggedToken]]\n  ): Entailment = entailer.entail(text, hypothesis, context)\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/SimplifiedSquadReader.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/SimplifiedSquadReader.scala\npackage org.allenai.ari.solvers.textilp\n\nimport java.io.File\n\nimport org.allenai.ari.solvers.textilp.utils.AnnotationUtils\nimport play.api.libs.json._\n\nimport scala.io.Source\n\n\/** Reads the SQuAD data, given the location to the json\n  * file containing the annotated data. More details here:\n  * https:\/\/rajpurkar.github.io\/SQuAD-explorer\/\n  *\/\nclass SimplifiedSquadReader(anno: AnnotationUtils, file: File, maxTopics: Int = -1, maxParagraphs: Int = -1) {\n  private val jsonString = Source.fromFile(file).getLines().mkString\n  private val jsonObject = Json.parse(jsonString)\n  private val topicVals = if (maxTopics > 0) {\n    (jsonObject \\\\ \"data\").head.as[JsArray].value.slice(0, maxTopics)\n  } else {\n    (jsonObject \\\\ \"data\").head.as[JsArray].value\n  }\n  val instances = topicVals.zipWithIndex.map {\n    case (value, topicIdx) =>\n      println(\" >>>> processing topic \" + topicIdx + \" out of \" + topicVals.size)\n      \/\/println(\"value: \" + value)\n      val title = (value \\ \"title\").as[String]\n      \/\/val paragraphValues = if (maxParagraphs > 0) {\n      \/\/  (value \\ \"paragraphs\").as[JsArray].value.slice(0, maxParagraphs)\n      \/\/} else {\n      \/\/  (value \\ \"paragraphs\").as[JsArray].value\n      \/\/}\n      val paragraphs = {\n        \/\/case (paragraphValue, idx) =>\n        val paragraphValue = value\n        val context = (paragraphValue \\ \"context\").as[String]\n        println(\"context: \" + context)\n        \/\/val contextCleaned = extraTerms.foldRight(context) { case (toDrop, newContext) => newContext.replace(toDrop, \"\") }.\n        \/\/  replaceAll(\"\\\\[.{0,20}\\\\]\", \"\"). \/\/ dropping anything in the form of [ ... ]\n        \/\/  replaceAll(\"\\\\([S|s]ee.{0,40}\\\\)\", \"\"). \/\/ dropping anything in the form of (See ...)\n        \/\/  replace(\" ;\", \";\").replaceAll(\"; and|; the\", \". \") \/\/ replace \";\"s with \".\"s so that we don't miss splitting them as sentences.\n        \/\/ creating this only to extract token boundaries from the raw (dirty) paragraph\n        val contextAnnotation = anno.pipelineServerClientWithBasicViews.annotate(context)\n        \/\/ AnnotationUtils.annotateWithBasicViews(context)\n        \/\/ println(\"==> text: \" + contextCleaned)\n        val paragraphQuestionsJson = (paragraphValue \\ \"qas\").as[JsArray]\n        \/\/println(\" --> number of questions: \" + paragraphQuestionsJson.value.size)\n        val questions = paragraphQuestionsJson.value.map { qValue =>\n          val question = (qValue \\ \"question\").as[String]\n          println(\"question: \" + question)\n          val id = (qValue \\ \"id\").as[String]\n          val answers = (qValue \\ \"candidates\").as[JsArray].value.map { aValue =>\n            \/\/ println(\"----\")\n            \/\/val start = (aValue \\ \"answer_start\").as[Int]\n            val text = (aValue \\ \"candidateText\").as[String]\n            \/\/text \/\/-> start\n            Answer(text, 0, None)\n          }\n          println(\"answers: \" + answers.mkString(\"\\n\"))\n          val questionAnnotation = anno.pipelineServerClientWithBasicViews.annotate(question)\n          Question(question, id, answers, Some(questionAnnotation))\n        } \/\/ drop anything that does not have answers\n        val p = Paragraph(context, questions, Some(contextAnnotation))\n        println(p)\n        println(\"-----------\")\n        p\n      }\n      TopicGroup(title, Seq(paragraphs))\n  }\n}"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/solvers\/TextILPSolver.scala","text":"<gh_stars>10-100\npackage org.allenai.ari.solvers.textilp.solvers\n\nimport java.io.File\nimport java.net.URL\n\nimport edu.cmu.meteor.scorer.{MeteorConfiguration, MeteorScorer}\nimport edu.illinois.cs.cogcomp.core.datastructures.ViewNames\nimport edu.illinois.cs.cogcomp.core.datastructures.textannotation.{Constituent, PredicateArgumentView, TextAnnotation}\nimport github.sahand.{SahandClient, SimilarityNames}\nimport org.allenai.ari.controller.questionparser.{FillInTheBlankGenerator, QuestionParse}\nimport org.simmetrics.StringMetric\nimport org.simmetrics.metrics.StringMetrics\n\nimport scala.collection.mutable\nimport org.allenai.ari.solvers.bioProccess.ProcessBankReader._\nimport org.allenai.ari.solvers.textilp.{EntityRelationResult, _}\nimport org.allenai.ari.solvers.textilp.alignment.{AlignmentFunction, KeywordTokenizer}\nimport org.allenai.ari.solvers.textilp.ilpsolver.{IlpVar, _}\nimport org.allenai.ari.solvers.textilp.utils.{AnnotationUtils, Constants, SolverUtils}\nimport weka.classifiers.Classifier\nimport weka.core.converters.ArffLoader\nimport weka.core.{DenseInstance, Instance, Instances, SparseInstance}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ArrayBuffer\n\ntrait ReasoningType {}\n\ncase object SimpleMatching extends ReasoningType\n\ncase object SimpleMatchingWithCoref extends ReasoningType\n\ncase object SRLV1ILP extends ReasoningType\n\ncase object SRLV1Rule extends ReasoningType\n\ncase object SRLV2Rule extends ReasoningType\n\ncase object SRLV3Rule extends ReasoningType\n\ncase object VerbSRLandCommaSRL extends ReasoningType\n\ncase object VerbSRLandCoref extends ReasoningType\n\ncase object VerbSRLandPrepSRL extends ReasoningType\n\ncase object CauseRule extends ReasoningType\n\ncase object WhatDoesItDoRule extends ReasoningType\n\ntrait TextILPModel {}\n\nobject TextILPModel {\n\n  \/\/ ensemble of annotators; this achieves good results across the two datasets; used in AAAI paper\n  case object EnsembleFull extends TextILPModel\n\n  \/\/ ensemble of annotators; this achieves good results across the two datasets\n  case object EnsembleMinimal extends TextILPModel\n\n  \/\/ stacked version; acheives good (and fast) results on science exams\n  case object StackedForScience extends TextILPModel\n\n  \/\/ stacked version; acheives good (and fast) results on science exams; no curator annotations\n  case object StackedForScienceMinimal extends TextILPModel\n\n  \/\/ stacked version; acehieves good (and fast) results on process-bank data\n  case object StackedForProcesses extends TextILPModel\n\n  \/\/ stacked version; acehieves good (and fast) results on process-bank data; no curator annotations\n  case object StackedForProcessesMinimal extends TextILPModel\n\n\n  \/\/ created for ablation study\n  case object EnsembleNoSimpleMatching extends TextILPModel\n\n  case object EnsembleNoVerbSRL extends TextILPModel\n\n  case object EnsembleNoCoref extends TextILPModel\n\n  case object EnsembleNoCommaSRL extends TextILPModel\n\n  case object EnsembleNoNomSRL extends TextILPModel\n\n  case object EnsembleNoPrepSRL extends TextILPModel\n\n}\n\nobject TextILPSolver {\n  val pathLSTMViewName = \"SRL_VERB_PATH_LSTM\"\n  val stanfordCorefViewName = \"STANFORD_COREF\"\n  val curatorSRLViewName = \"SRL_VERB_CURATOR\"\n  val clausIeViewName = \"CLAUSIE\"\n\n  val epsilon = 0.001\n  val oneActiveSentenceConstraint = true\n\n  val scienceTermsBoost = false\n  val interSentenceAlignments = false\n  val stopWords = false\n  val essentialTerms = false\n  val minInterSentenceAlignmentScore = 0.0\n  val activeSentenceAlignmentCoeff = -1.0\n  \/\/ penalizes extra sentence usage\n  val constituentAlignmentCoeff = -0.1\n  val activeScienceTermBoost = 1d\n  val minActiveParagraphConstituentAggrAlignment = 0.1\n  val minActiveQuestionConstituentAggrAlignment = 0.1\n  val minAlignmentWhichTerm = 0.6d\n  val minPConsToPConsAlignment = 0.6\n  val minPConsTQChoiceAlignment = 0.2\n  val whichTermAddBoost = 1.5d\n  val whichTermMulBoost = 1d\n\n  val essentialTermsMturkConfidenceThreshold = 0.9\n  val essentialClassifierConfidenceThreshold = 0.9\n  val essentialTermsFracToCover = 1.0\n  \/\/ a number in [0,1]\n  val essentialTermsSlack = 1\n  \/\/ a non-negative integer\n  val essentialTermWeightScale = 1.0\n  val essentialTermWeightBias = 0.0\n  val essentialTermMinimalSetThreshold = 0.8\n  val essentialTermMaximalSetThreshold = 0.2\n  val essentialTermMinimalSetTopK = 3\n  val essentialTermMaximalSetBottomK = 0\n  val essentialTermMinimalSetSlack = 1\n  val essentialTermMaximalSetSlack = 0\n  val trueFalseThreshold = 5.5 \/\/ this has to be tuned\n\n  lazy val keywordTokenizer = KeywordTokenizer.Default\n\n  \/\/ fill-in-blank generator\n  lazy val fitbGenerator = FillInTheBlankGenerator.mostRecent\n\n  def getMaxScore(qCons: Seq[Constituent], pCons: Seq[Constituent]): Double = {\n    qCons.flatMap { qC =>\n      pCons.map { pC =>\n        offlineAligner.scoreCellCell(pC.getSurfaceForm, qC.getSurfaceForm)\n      }\n    }.max\n  }\n\n  def getAvgScore(qCons: Seq[Constituent], pCons: Seq[Constituent]): Double = {\n    val scoreList = qCons.flatMap { qC =>\n      pCons.map { pC =>\n        offlineAligner.scoreCellCell(pC.getSurfaceForm, qC.getSurfaceForm)\n      }\n    }\n    scoreList.sum \/ scoreList.length\n  }\n\n  lazy val offlineAligner = new AlignmentFunction(\"Entailment\", 0.2,\n    TextILPSolver.keywordTokenizer, useRedisCache = false, useContextInRedisCache = false)\n\n  lazy val sahandClient = new SahandClient(s\"${Constants.sahandServer}:${Constants.sahandPort}\/\")\n\n  val toBeVerbs = Set(\"am\", \"is\", \"are\", \"was\", \"were\", \"being\", \"been\", \"be\", \"were\", \"be\")\n\n  import weka.core.SerializationHelper\n\n  lazy val wekaClassifier = Constants.textILPModel match {\n    case TextILPModel.EnsembleFull => SerializationHelper.read(\"output\/logistic.model\").asInstanceOf[Classifier]\n    case TextILPModel.EnsembleMinimal => SerializationHelper.read(\"output\/logistic-nocurator2.model\").asInstanceOf[Classifier]\n\n    \/\/ created for ablation study\n    case TextILPModel.EnsembleNoSimpleMatching => SerializationHelper.read(\"output\/logistic-nosimplematching.model\").asInstanceOf[Classifier]\n    case TextILPModel.EnsembleNoPrepSRL => SerializationHelper.read(\"output\/logistic-noprepsrl.model\").asInstanceOf[Classifier]\n    case TextILPModel.EnsembleNoVerbSRL => SerializationHelper.read(\"output\/logistic-noverbsrl.model\").asInstanceOf[Classifier]\n    case TextILPModel.EnsembleNoCommaSRL => SerializationHelper.read(\"output\/logistic-nocommasrl.model\").asInstanceOf[Classifier]\n    case TextILPModel.EnsembleNoCoref => SerializationHelper.read(\"output\/logistic-nocoref.model\").asInstanceOf[Classifier]\n  }\n\n  lazy val headerEmptyInstances = {\n    val loader = new ArffLoader()\n    Constants.textILPModel match {\n      case TextILPModel.EnsembleFull => loader.setFile(new File(\"output\/headerFile.arff\"))\n      case TextILPModel.EnsembleMinimal => loader.setFile(new File(\"output\/headerFile_nocurator.arff\"))\n\n      \/\/ created for ablation\n      case TextILPModel.EnsembleNoSimpleMatching => loader.setFile(new File(\"output\/headerFile_nosimplematching.arff\"))\n      case TextILPModel.EnsembleNoPrepSRL => loader.setFile(new File(\"output\/headerFile_noprepsrl.arff\"))\n      case TextILPModel.EnsembleNoVerbSRL => loader.setFile(new File(\"output\/headerFile_noverbsrl.arff\"))\n      case TextILPModel.EnsembleNoCommaSRL => loader.setFile(new File(\"output\/headerFile_nocomma.arff\"))\n      case TextILPModel.EnsembleNoCoref => loader.setFile(new File(\"output\/headerFile-nocoref.arff\"))\n    }\n    loader.getDataSet\n  }\n}\n\ncase class TextIlpParams(\n                          activeQuestionTermWeight: Double,\n                          alignmentScoreDiscount: Double,\n                          questionCellOffset: Double,\n                          paragraphAnswerOffset: Double,\n                          firstOrderDependencyEdgeAlignments: Double,\n                          activeParagraphConstituentsWeight: Double,\n\n                          minQuestionTermsAligned: Int,\n                          maxQuestionTermsAligned: Int,\n                          minQuestionTermsAlignedRatio: Double,\n                          maxQuestionTermsAlignedRatio: Double,\n\n                          activeSentencesDiscount: Double,\n                          maxActiveSentences: Int,\n\n                          longerThan1TokenAnsPenalty: Double,\n                          longerThan2TokenAnsPenalty: Double,\n                          longerThan3TokenAnsPenalty: Double,\n\n                          exactMatchMinScoreValue: Double,\n                          exactMatchMinScoreDiff: Double,\n                          exactMatchSoftWeight: Double, \/\/ supposed to be a positive value\n\n                          meteorExactMatchMinScoreValue: Double,\n                          meteorExactMatchMinScoreDiff: Double,\n\n                          minQuestionToParagraphAlignmentScore: Double,\n                          minParagraphToQuestionAlignmentScore: Double,\n\n                          \/\/ Answers: sparsity\n                          moreThan1AlignmentAnsPenalty: Double,\n                          moreThan2AlignmentAnsPenalty: Double,\n                          moreThan3AlignmentAnsPenalty: Double,\n\n                          \/\/ Question: sparsity\n                          moreThan1AlignmentToQuestionTermPenalty: Double,\n                          moreThan2AlignmentToQuestionTermPenalty: Double,\n                          moreThan3AlignmentToQuestionTermPenalty: Double,\n\n                          \/\/ Paragraph: proximity inducing\n                          activeDist1WordsAlignmentBoost: Double,\n                          activeDist2WordsAlignmentBoost: Double,\n                          activeDist3WordsAlignmentBoost: Double,\n\n                          \/\/ Paragraph: sparsity\n                          maxNumberOfWordsAlignedPerSentence: Int,\n                          maxAlignmentToRepeatedWordsInParagraph: Int,\n                          moreThan1AlignmentToParagraphTokenPenalty: Double,\n                          moreThan2AlignmentToParagraphTokenPenalty: Double,\n                          moreThan3AlignmentToParagraphTokenPenalty: Double,\n\n                          \/\/ Paragraph: intra-sentence alignment\n                          coreferenceWeight: Double,\n                          intraSentenceAlignmentScoreDiscount: Double,\n                          entailmentWeight: Double,\n                          srlAlignmentWeight: Double,\n                          scieneTermBoost: Double\n                        )\n\nclass TextILPSolver(annotationUtils: AnnotationUtils,\n                    verbose: Boolean = false, params: TextIlpParams,\n                    useRemoteAnnotation: Boolean = true) extends TextSolver {\n\n  lazy val aligner = new AlignmentFunction(\"Entailment\", 0.0,\n    TextILPSolver.keywordTokenizer, useRedisCache = false, useContextInRedisCache = false)\n\n  def SRLSolverV1WithAllViews(q: Question, p: Paragraph): (Seq[Int], EntityRelationResult) = {\n    lazy val srlVerbPipeline = SRLSolverV1(q, p, ViewNames.SRL_VERB)\n    lazy val srlVerbCurator = SRLSolverV1(q, p, TextILPSolver.curatorSRLViewName)\n    if (srlVerbPipeline._1.nonEmpty) {\n      srlVerbPipeline\n    }\n    else if (srlVerbCurator._1.nonEmpty) {\n      srlVerbCurator\n    }\n    else {\n      SRLSolverV1(q, p, TextILPSolver.pathLSTMViewName)\n    }\n  }\n\n  def SRLSolverV2WithAllViews(q: Question, p: Paragraph): (Seq[Int], EntityRelationResult) = {\n    lazy val srlVerbPipeline = SRLSolverV2(q, p, ViewNames.SRL_VERB)\n    lazy val srlVerbCurator = SRLSolverV2(q, p, TextILPSolver.curatorSRLViewName)\n    if (srlVerbPipeline._1.nonEmpty) {\n      srlVerbPipeline\n    }\n    else if (srlVerbCurator._1.nonEmpty) {\n      srlVerbCurator\n    }\n    else {\n      SRLSolverV2(q, p, TextILPSolver.pathLSTMViewName)\n    }\n  }\n\n  def SRLSolverV3WithAllViews(q: Question, p: Paragraph, alignmentFunction: AlignmentFunction): (Seq[Int], EntityRelationResult) = {\n    lazy val srlVerbPipeline = SRLSolverV3(q, p, alignmentFunction, ViewNames.SRL_VERB)\n    lazy val srlVerbCurator = try {\n      \/\/ because curator annotation stuff fail sometime\n      SRLSolverV3(q, p, alignmentFunction, TextILPSolver.curatorSRLViewName)\n    }\n    catch {\n      case e: Exception => e.printStackTrace()\n        SRLSolverV3(q, p, alignmentFunction, TextILPSolver.pathLSTMViewName)\n    }\n\n    if (srlVerbPipeline._1.nonEmpty) {\n      srlVerbPipeline\n    }\n    else if (srlVerbCurator._1.nonEmpty) {\n      srlVerbCurator\n    }\n    else {\n      SRLSolverV3(q, p, alignmentFunction, TextILPSolver.pathLSTMViewName)\n    }\n  }\n\n  def solve(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult) = {\n    val (q: Question, p: Paragraph) = preprocessQuestionData(question, options, snippet)\n    require(p.contextTAOpt.isDefined, \"pTA is not defined after pre-processing . . . \")\n    require(q.qTAOpt.isDefined, \"qTA is not defined after pre-processing . . . \")\n    println(\"Reasoning methods . . . \")\n    lazy val resultSRLV1_path_lstm = SRLSolverV1(q, p, TextILPSolver.pathLSTMViewName) -> \"resultSRLV1_path_lstm\"\n    lazy val resultSRLV1_curator = SRLSolverV1(q, p, TextILPSolver.curatorSRLViewName) -> \"resultSRLV1_curator\"\n    lazy val resultSRLV1_pipeline = SRLSolverV1(q, p, ViewNames.SRL_VERB) -> \"resultSRLV1_pipeline\"\n\n    lazy val resultSRLV2_path_lstm = SRLSolverV2(q, p, TextILPSolver.pathLSTMViewName) -> \"resultSRLV2_path_lstm\"\n    lazy val resultSRLV2_curator = SRLSolverV2(q, p, TextILPSolver.curatorSRLViewName) -> \"resultSRLV2_curator\"\n    lazy val resultSRLV2_pipeline = SRLSolverV2(q, p, ViewNames.SRL_VERB) -> \"resultSRLV2_pipeline\"\n\n    lazy val resultSRLV3_path_lstm = SRLSolverV3(q, p, aligner, TextILPSolver.pathLSTMViewName) -> \"resultSRLV3_path_lstm\"\n    lazy val resultSRLV3_curator = SRLSolverV3(q, p, aligner, TextILPSolver.curatorSRLViewName) -> \"resultSRLV3_curator\"\n    lazy val resultSRLV3_pipeline = SRLSolverV3(q, p, aligner, ViewNames.SRL_VERB) -> \"resultSRLV3_pipeline\"\n\n    lazy val resultWhatDoesItdo = WhatDoesItDoSolver(q, p) -> \"resultWhatDoesItdo\"\n    lazy val resultCause = CauseResultRules(q, p) -> \"resultCause\"\n    lazy val resultVerbSRLPlusCommaSRL_pipelneSRL = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCommaSRL), useSummary = true, ViewNames.SRL_VERB)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCommaSRL_pipeline_srl\"\n    lazy val resultVerbSRLPlusCommaSRL_curatorSRL = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCommaSRL), useSummary = true, TextILPSolver.curatorSRLViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCommaSRL_curator_srl\"\n    lazy val resultVerbSRLPlusCommaSRL_pathLSTM = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCommaSRL), useSummary = true, TextILPSolver.pathLSTMViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCommaSRL\"\n    lazy val resultSimpleMatching = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(SimpleMatching), useSummary = true, TextILPSolver.pathLSTMViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultILP\"\n    lazy val resultVerbSRLPlusCoref_pipelineSRL = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCoref), useSummary = true, ViewNames.SRL_VERB)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCoref_pipeline_srl\"\n    lazy val resultVerbSRLPlusCoref_curatorSRL = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCoref), useSummary = true, TextILPSolver.curatorSRLViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCoref_curator_srl\"\n    lazy val resultVerbSRLPlusCoref_pathLSTM = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandCoref), useSummary = true, TextILPSolver.pathLSTMViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusCoref_path_lstm\"\n    lazy val resultVerbSRLPlusPrepSRL_pipeline_srl = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandPrepSRL), useSummary = true, ViewNames.SRL_VERB)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusPrepSRL_pipeline_srl\"\n    lazy val resultVerbSRLPlusPrepSRL_curator_srl = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandPrepSRL), useSummary = true, TextILPSolver.curatorSRLViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusPrepSRL_curator_srl\"\n    lazy val resultVerbSRLPlusPrepSRL_path_lstm = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(VerbSRLandPrepSRL), useSummary = true, TextILPSolver.pathLSTMViewName)\n      ilpSolver.free()\n      result\n    } -> \"resultVerbSRLPlusPrepSRL_path_lstm\"\n    lazy val srlV1ILP_pipeline_srl = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(SRLV1ILP), useSummary = false, ViewNames.SRL_VERB)\n      ilpSolver.free()\n      result\n    } -> \"srlV1ILP_pipeline_srl\"\n    lazy val srlV1ILP_curator_srl = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(SRLV1ILP), useSummary = false, TextILPSolver.curatorSRLViewName)\n      ilpSolver.free()\n      result\n    } -> \"srlV1ILP_curator_srl\"\n    lazy val srlV1ILP_path_lstm = {\n      val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n      val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(SRLV1ILP), useSummary = false, TextILPSolver.pathLSTMViewName)\n      ilpSolver.free()\n      result\n    } -> \"srlV1ILP_path_lstm\"\n\n    val resultOpt = Constants.textILPModel match {\n      case TextILPModel.StackedForScience =>\n\/*\n        (resultVerbSRLPlusCoref_curatorSRL #:: resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSRLV3_curator #::\n          resultVerbSRLPlusCommaSRL_curatorSRL #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultSRLV3_pipeline #::\n          srlV1ILP_curator_srl #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusPrepSRL_pipeline_srl #:: resultVerbSRLPlusCoref_pipelineSRL #::\n          srlV1ILP_path_lstm #:: resultSRLV1_curator #:: resultSimpleMatching #:: Stream.empty).find { t =>\n          t._1._1.nonEmpty\n        }\n*\/\n        \/\/ no coref\n\/\/        (resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSRLV3_curator #::\n\/\/          resultVerbSRLPlusCommaSRL_curatorSRL #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultSRLV3_pipeline #::\n\/\/          srlV1ILP_curator_srl #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #::\n\/\/          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusPrepSRL_pipeline_srl #::\n\/\/          srlV1ILP_path_lstm #:: resultSRLV1_curator #:: resultSimpleMatching #:: Stream.empty).find { t =>\n\/\/          t._1._1.nonEmpty\n\/\/        }\n\n         \/\/ no prep\n\/\/        (resultVerbSRLPlusCoref_curatorSRL #:: resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSRLV3_curator #::\n\/\/          resultVerbSRLPlusCommaSRL_curatorSRL #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultSRLV3_pipeline #::\n\/\/          srlV1ILP_curator_srl #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n\/\/          resultVerbSRLPlusCoref_pipelineSRL #::\n\/\/          srlV1ILP_path_lstm #:: resultSRLV1_curator #:: resultSimpleMatching #:: Stream.empty).find { t =>\n\/\/          t._1._1.nonEmpty\n\/\/        }\n\/\/\n\/\/        \/\/ no simple matching\n        (resultVerbSRLPlusCoref_curatorSRL #:: resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSRLV3_curator #::\n          resultVerbSRLPlusCommaSRL_curatorSRL #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultSRLV3_pipeline #::\n          srlV1ILP_curator_srl #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusPrepSRL_pipeline_srl #:: resultVerbSRLPlusCoref_pipelineSRL #::\n          srlV1ILP_path_lstm #:: resultSRLV1_curator #:: Stream.empty).find { t =>\n          t._1._1.nonEmpty\n        }\n      case TextILPModel.StackedForScienceMinimal =>\n        \/\/ same mode as the previous one, with some curator components dropped\n        (resultVerbSRLPlusCommaSRL_pathLSTM #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultSRLV3_pipeline #::\n          srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusPrepSRL_pipeline_srl #:: resultVerbSRLPlusCoref_pipelineSRL #::\n          srlV1ILP_path_lstm #:: resultSimpleMatching #:: Stream.empty).find { t =>\n          println(\"trying: \" + t._2)\n          t._1._1.nonEmpty\n        }\n      case TextILPModel.StackedForProcesses =>\n        (resultWhatDoesItdo #:: resultCause #:: resultSRLV3_curator #:: resultSRLV3_path_lstm #::\n          resultSRLV3_path_lstm #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultSRLV3_pipeline #::\n          srlV1ILP_path_lstm #:: resultVerbSRLPlusPrepSRL_path_lstm #::\n          srlV1ILP_curator_srl #:: srlV1ILP_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSimpleMatching #:: Stream.empty).find { t =>\n          println(\"trying: \" + t._2)\n          t._1._1.nonEmpty\n        }\n      case TextILPModel.StackedForProcessesMinimal =>\n        (resultWhatDoesItdo #:: resultCause #:: resultSRLV3_path_lstm #::\n          resultSRLV3_path_lstm #:: srlV1ILP_pipeline_srl #:: resultSRLV3_path_lstm #:: resultSRLV3_pipeline #::\n          srlV1ILP_path_lstm #:: resultVerbSRLPlusPrepSRL_path_lstm #::\n          srlV1ILP_path_lstm #:: resultVerbSRLPlusCoref_pathLSTM #::\n          resultVerbSRLPlusPrepSRL_path_lstm #:: resultVerbSRLPlusCommaSRL_pathLSTM #:: resultSimpleMatching #:: Stream.empty).find { t =>\n          println(\"trying: \" + t._2)\n          t._1._1.nonEmpty\n        }\n      case default =>\n        \/\/ note: there is inefficiency here; we preprocess the input once at the beginning of this function, and also inside the linear classifier\n        val result = EntityRelationResult()\n        val selected = Seq(predictMaxScoreWekaClassifier(question, options, snippet))\n        Some((selected, result) -> \"Ensemble\")\n    }\n\n    \/*resultCause #:: resultWhatDoesItdo #:: resultVerbSRLPlusCoref_curatorSRL #:: resultVerbSRLPlusCoref_pathLSTM #::\n        resultSRLV1_pipeline #:: resultVerbSRLPlusCoref_pipelineSRL #:: resultVerbSRLPlusPrepSRL_pipeline_srl #::\n        srlV1ILP_pipeline_srl #:: resultVerbSRLPlusPrepSRL_path_lstm  #:: srlV1ILP_curator_srl #:: srlV1ILP_path_lstm #::*\/\n    \/*resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultVerbSRLPlusCommaSRL_pathLSTM #::*\/\n    \/*resultVerbSRLPlusCommaSRL_curatorSRL #::*\/\n    \/*resultSRLV3_pipeline*\/\n    \/*#:: resultSimpleMatching*\/\n\n    \/\/    val resultOpt = Seq(resultWhatDoesItdo, resultCause, resultSRLV1, resultVerbSRLPlusPrepSRL, srlV1ILP,\n    \/\/      resultVerbSRLPlusCoref, resultILP, resultSRLV2, resultVerbSRLPlusCommaSRL).find{ t =>\n    \/\/      println(\"trying: \" + t._2)\n    \/\/      t._1._1.nonEmpty\n    \/\/    }\n\n    \/\/    val resultOpt = (\n    \/\/      resultWhatDoesItdo #::\n    \/\/        resultCause #::\n    \/\/        resultVerbSRLPlusCoref_pipelineSRL #::\n    \/\/        srlV1ILP_path_lstm #::\n    \/\/        resultVerbSRLPlusCoref_pathLSTM #::\n    \/\/        srlV1ILP_curator_srl #::\n    \/\/        resultSRLV1_pipeline #::\n    \/\/        resultVerbSRLPlusPrepSRL_path_lstm #::\n    \/\/        resultSimpleMatching #::\n    \/\/        resultVerbSRLPlusCoref_curatorSRL #::\n    \/\/        srlV1ILP_curator_srl #::\n    \/\/        srlV1ILP_pipeline_srl #::\n    \/\/        resultVerbSRLPlusPrepSRL_pipeline_srl #:: Stream.empty).find{ t =>\n    \/\/      println(\"trying: \" + t._2)\n    \/\/      t._1._1.nonEmpty\n    \/\/    }\n\n    \/*\n    List(\n      WhatDoesItDoRule-SRL_VERB_PATH_LSTM.tsv,\n      CauseRule-SRL_VERB_PATH_LSTM.tsv,\n      VerbSRLandCoref-SRL_VERB.tsv,\n      SRLV1ILP-SRL_VERB_PATH_LSTM.tsv,\n      VerbSRLandCoref-SRL_VERB_PATH_LSTM.tsv,\n      SRLV1ILP-SRL_VERB_CURATOR.tsv,\n      SRLV1Rule-SRL_VERB.tsv,\n      VerbSRLandPrepSRL-SRL_VERB_PATH_LSTM.tsv,\n      SimpleMatching-SRL_VERB_PATH_LSTM.tsv,\n      VerbSRLandCoref-SRL_VERB_CURATOR.tsv,\n      SRLV1ILP-SRL_VERB.tsv,\n      VerbSRLandPrepSRL-SRL_VERB.tsv,\n\n      SRLV3Rule-SRL_VERB.tsv,\n      VerbSRLandCommaSRL-SRL_VERB.tsv,\n      VerbSRLandCommaSRL-SRL_VERB_CURATOR.tsv,\n      VerbSRLandCommaSRL-SRL_VERB_PATH_LSTM.tsv,\n      VerbSRLandPrepSRL-SRL_VERB_CURATOR.tsv,\n      SRLV1Rule-SRL_VERB_PATH_LSTM.tsv,\n      SRLV3Rule-SRL_VERB_PATH_LSTM.tsv,\n      SRLV3Rule-SRL_VERB_CURATOR.tsv\n    )\n     *\/\n\n\n    \/\/    val resultOpt = (\n    \/\/        resultVerbSRLPlusCoref_pipelineSRL #:: srlV1ILP_pipeline_srl #::\n    \/\/          resultSimpleMatching #:: resultVerbSRLPlusPrepSRL_pipeline_srl #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: Stream.empty).find{ t =>\n    \/\/      println(\"trying: \" + t._2)\n    \/\/      t._1._1.nonEmpty\n    \/\/    }\n    \/\/val resultOpt = Some(everything_jointly)\n\n    \/\/    val resultOpt = (resultVerbSRLPlusCoref_curatorSRL #:: srlV1ILP_pipeline_srl #:: resultVerbSRLPlusCoref_pipelineSRL #::\n    \/\/      srlV1ILP_curator_srl #:: resultVerbSRLPlusCoref_pathLSTM #:: resultVerbSRLPlusPrepSRL_pipeline_srl #:: srlV1ILP_path_lstm #::\n    \/\/      resultSRLV3_pipeline #:: resultVerbSRLPlusCommaSRL_pipelneSRL #:: resultVerbSRLPlusCommaSRL_curatorSRL #::\n    \/\/      resultVerbSRLPlusCommaSRL_pipelneSRL #:: Stream.empty).find{ t =>\n    \/\/      println(\"trying: \" + t._2)\n    \/\/      t._1._1.nonEmpty\n    \/\/    }\n\n    if (resultOpt.isDefined) {\n      println(\" ----> Selected method: \" + resultOpt.get._2)\n      resultOpt.get._1\n    }\n    else (Seq.empty, EntityRelationResult())\n  }\n\n  def solveWithReasoningType(question: String, options: Seq[String], snippet: String, reasoningType: ReasoningType, srlViewName: String = TextILPSolver.pathLSTMViewName): (Seq[Int], EntityRelationResult) = {\n    val (q: Question, p: Paragraph) = preprocessQuestionData(question, options, snippet)\n    reasoningType match {\n      case SRLV1Rule => SRLSolverV1(q, p, srlViewName)\n      case SRLV2Rule => SRLSolverV2(q, p, srlViewName)\n      case SRLV3Rule => SRLSolverV3(q, p, aligner, srlViewName)\n      case WhatDoesItDoRule => WhatDoesItDoSolver(q, p)\n      case CauseRule => CauseResultRules(q, p)\n      case x =>\n        val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n        val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(x), useSummary = true, srlViewName)\n        ilpSolver.free()\n        result\n    }\n  }\n\n  def solveWithHighestScore(question: String, options: Seq[String], snippet: String): (Seq[Int], EntityRelationResult) = {\n    val (q: Question, p: Paragraph) = preprocessQuestionData(question, options, snippet)\n    val types = Seq(SimpleMatching, VerbSRLandPrepSRL, SRLV1ILP, VerbSRLandCoref \/*, VerbSRLandCommaSRL*\/)\n    val srlViewsAll = Seq(ViewNames.SRL_VERB \/*, TextILPSolver.curatorSRLViewName, TextILPSolver.pathLSTMViewName*\/)\n    val scores = types.flatMap { t =>\n      val start = System.currentTimeMillis()\n      SolverUtils.printMemoryDetails()\n      val srlViewTypes = if (t == CauseRule || t == WhatDoesItDoRule || t == SimpleMatching) Seq(TextILPSolver.pathLSTMViewName) else srlViewsAll\n      srlViewTypes.map { srlViewName =>\n        t match {\n          case SRLV1Rule => SRLSolverV1(q, p, srlViewName)\n          case SRLV2Rule => SRLSolverV2(q, p, srlViewName)\n          case SRLV3Rule => SRLSolverV3(q, p, aligner, srlViewName)\n          case WhatDoesItDoRule => WhatDoesItDoSolver(q, p)\n          case CauseRule => CauseResultRules(q, p)\n          case x =>\n            val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n            val result = solveTopAnswer(q, p, ilpSolver, aligner, Set(x), useSummary = true, srlViewName)\n            ilpSolver.free()\n            result\n        }\n      }\n    }\n    if (scores.exists(_._1.nonEmpty)) {\n      scores.maxBy(_._2.statistics.objectiveValue)\n    }\n    else {\n      (Seq.empty, EntityRelationResult())\n    }\n  }\n\n  def preprocessQuestionData(question: String, options: Seq[String], snippet1: String): (Question, Paragraph) = {\n    val snippet = {\n      val cleanQ = SolverUtils.clearRedundantCharacters(question)\n      val questionTA = try {\n        annotationUtils.pipelineServerClientWithBasicViews.annotate(cleanQ)\n      }\n      catch {\n        case e: Exception =>\n          println((s\"\\nOriginal questions: ${question} \\ncleanQ: ${cleanQ}\"))\n          e.printStackTrace()\n          throw new Exception\n      }\n\n      val cleanSnippet = SolverUtils.clearRedundantCharacters(snippet1)\n      val paragraphTA = try {\n        annotationUtils.pipelineServerClientWithBasicViews.annotate(cleanSnippet)\n      }\n      catch {\n        case e: Exception =>\n          println(\"pipelineServerClientWithBasicViews failed on the following input: \")\n          println((s\"\\nsnippet1: ${snippet1} \\ncleanSnippet: ${cleanSnippet}\"))\n          e.printStackTrace()\n          throw new Exception\n      }\n      SolverUtils.ParagraphSummarization.getSubparagraphString(paragraphTA, questionTA)\n    }\n    println(\"pre-processsing . . .  \")\n    val answers = options.map { o =>\n      val ansTA = try {\n        val ta = annotationUtils.pipelineServerClient.annotate(o)\n        Some(ta)\n      } catch {\n        case e: Exception =>\n          e.printStackTrace()\n          None\n      }\n      Answer(o, -1, ansTA)\n    }\n    println(\"Annotating question: \")\n\n    val qTA = if (question.trim.nonEmpty) {\n      Some(annotationUtils.annotateWithEverything(question, withFillInBlank = true))\n    }\n    else {\n      println(\"Question string is empty . . . \")\n      println(\"question: \" + question)\n      println(\"snippet: \" + snippet)\n      None\n    }\n    val q = Question(question, \"\", answers, qTA)\n    val pTA = if (snippet.trim.nonEmpty) {\n      try {\n        Some(annotationUtils.annotateWithEverything(snippet, withFillInBlank = false))\n      }\n      catch {\n        case e: Exception =>\n          e.printStackTrace()\n          None\n      }\n    }\n    else {\n      println(\"Paragraph String is empty ..... \")\n      println(\"question: \" + question)\n      println(\"snippet: \" + snippet)\n      None\n    }\n    val p = Paragraph(snippet, Seq(q), pTA)\n    (q, p)\n  }\n\n  \/\/ what (does|do|can) .* do\n  def WhatDoesItDoSolver(q: Question, p: Paragraph): (Seq[Int], EntityRelationResult) = {\n    val qTokens = if (q.qTAOpt.get.hasView(ViewNames.SHALLOW_PARSE)) q.qTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala else Seq.empty\n    val pTokens = if (p.contextTAOpt.get.hasView(ViewNames.SHALLOW_PARSE)) p.contextTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala else Seq.empty\n\n    val selected = if (q.questionText.isWhatDoesItDo && q.answers.length == 2) {\n      def getClosestIndex(qCons: Seq[Constituent], pCons: Seq[Constituent]): Int = {\n        pCons.map { c =>\n          TextILPSolver.getAvgScore(qCons, Seq(c))\n        }.zipWithIndex.maxBy(_._1)._2\n      }\n\n      val qIdx = getClosestIndex(qTokens, pTokens)\n      val ans1Cons = q.answers(0).aTAOpt.get.getView(ViewNames.TOKENS).asScala.toList\n      val ans2Cons = q.answers(1).aTAOpt.get.getView(ViewNames.TOKENS).asScala.toList\n      val a1Idx = getClosestIndex(ans1Cons, pTokens)\n      val a2Idx = getClosestIndex(ans2Cons, pTokens)\n\n      \/\/ one before, one after: after is the anser\n      if (a1Idx < qIdx && a2Idx > qIdx) {\n        \/\/ at least one of the answers happens before the question\n        \/\/ the second one is the answer\n        Seq(1)\n      }\n      else if (a1Idx > qIdx && a2Idx < qIdx) {\n        \/\/ at least one of the answers happens before the question\n        \/\/ the first one is the answer\n        Seq(0)\n      } else if (a1Idx > qIdx && a2Idx > qIdx) {\n        \/\/ both after: closer is the answer\n        if (a2Idx < a1Idx) {\n          \/\/ at least one of the answers happens before the question\n          \/\/ the second one is the answer\n          Seq(1)\n        }\n        else if (a2Idx > a1Idx) {\n          \/\/ the first one is the answer\n          Seq(0)\n        }\n        else {\n          Seq.empty\n        }\n      }\n      else {\n        Seq.empty\n      }\n    }\n    else {\n      Seq.empty\n    }\n    selected.distinct -> EntityRelationResult(log = \"solved by WhatDoesItDoSolver\", statistics = Stats(selected = true))\n  }\n\n  def SimilarityMetricSolver(q: Question, p: Paragraph): (Seq[Int], EntityRelationResult) = {\n    def compareSimilairityInWndow(p: Paragraph, questionString: String, windowSize: Int, metric: StringMetric): Double = {\n      val paragraphTokens = p.contextTAOpt.get.getTokens\n      val paragraphSize = paragraphTokens.length\n      if (paragraphSize > windowSize) {\n        (0 until paragraphSize - windowSize).map { startIdx =>\n          val endIdx = startIdx + windowSize\n          val paragraphWindow = paragraphTokens.slice(startIdx, endIdx).mkString(\" \")\n          metric.compare(paragraphWindow, questionString)\n        }.max\n      } else {\n        0.0\n      }\n    }\n\n    \/\/ exact match: if there is a good match between the question\n    val qparse = QuestionParse.constructFromString(q.questionText)\n    val metric = StringMetrics.qGramsDistance()\n    val fitbQuestionStrOpt = TextILPSolver.fitbGenerator.generateFITB(qparse).map(_.text)\n    val selected = fitbQuestionStrOpt match {\n      case Some(x) =>\n        val indexScorePairs = q.answers.indices.map { idx =>\n          val str = x.replace(\"BLANK_\", q.answers(idx).answerText).dropRight(1).toLowerCase\n          idx -> compareSimilairityInWndow(p, str, q.qTAOpt.get.getTokens.length +\n            q.answers(idx).aTAOpt.get.getTokens.length, metric)\n        }\n        val sortedScores = indexScorePairs.sortBy(-_._2).take(2)\n        val maxS = sortedScores(0)._2\n        val secondMaxS = sortedScores(1)._2\n        val maxIdx = sortedScores(0)._1\n        if (maxS > params.exactMatchMinScoreValue && maxS - secondMaxS >= params.exactMatchMinScoreDiff) {\n          \/\/ maxIdx should be the answer\n          Seq(maxIdx)\n        }\n        else {\n          Seq.empty\n        }\n      case None => Seq.empty\n    }\n    selected -> EntityRelationResult()\n  }\n\n  def CauseResultRules(q: Question, p: Paragraph): (Seq[Int], EntityRelationResult) = {\n    \/\/ for result questions ...\n    val answered = if (q.questionText.isForCResultQuestion && q.answers.length == 2) {\n      def getClosestIndex(qCons: Seq[Constituent], pCons: Seq[Constituent]): Int = {\n        pCons.map { c =>\n          TextILPSolver.getAvgScore(qCons, Seq(c))\n        }.zipWithIndex.maxBy(_._1)._2\n      }\n\n      val pCons = p.contextTAOpt.get.getView(ViewNames.SHALLOW_PARSE).asScala.toList\n      val qCons = q.qTAOpt.get.getView(ViewNames.SHALLOW_PARSE).asScala.toList\n      val qIdx = getClosestIndex(qCons, pCons)\n      val ans1Cons = q.answers(0).aTAOpt.get.getView(ViewNames.TOKENS).asScala.toList\n      val ans2Cons = q.answers(1).aTAOpt.get.getView(ViewNames.TOKENS).asScala.toList\n      val a1Idx = getClosestIndex(ans1Cons, pCons)\n      val a2Idx = getClosestIndex(ans2Cons, pCons)\n\n      \/\/ at least one of the answers happens before the question\n      if (a1Idx < qIdx && a2Idx > qIdx + 6) {\n        \/\/ a2 should be the answer\n        Seq(1)\n      }\n      else if (a2Idx < qIdx && a1Idx > qIdx + 6) {\n        \/\/ a1 should be the answer\n        Seq(0)\n      }\n      else {\n        Seq.empty\n      }\n    }\n    else {\n      Seq.empty\n    }\n    answered -> EntityRelationResult(log = \"solved by CauseResultRules\", statistics = Stats(selected = true))\n  }\n\n  \/**\n    * select a frame from the paragraph such that:\n    * Its A1\/A0 argument has enough similarity with one of the terms in the questions\n    * Its A1\/A0 argument has enough similarity with the target answer option.\n    *\/\n  def SRLSolverV3(q: Question, p: Paragraph, alignmentFunction: AlignmentFunction, srlViewName: String): (Seq[Int], EntityRelationResult) = {\n    val uniqueSelected = if (q.qTAOpt.get.hasView(srlViewName) && p.contextTAOpt.get.hasView(srlViewName)) {\n      val qCons = q.qTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala.map(_.getSurfaceForm)\n      val pSRLView = p.contextTAOpt.get.getView(srlViewName)\n      val pSRLCons = pSRLView.getConstituents.asScala\n      val consGroupepd = pSRLCons.filter(c => c.getLabel != \"Predicate\" \/*&& (c.getLabel == \"A0\" || c.getLabel == \"A1\")*\/).flatMap { c =>\n        c.getIncomingRelations.asScala.map(r => (c.getSurfaceForm, getPredicateFullLabel(r.getSource)))\n      }.groupBy(_._2)\n\n      val bothAnswersCovered = q.answers.zipWithIndex.forall { case (ans, idx) =>\n        pSRLCons.exists { c => alignmentFunction.scoreCellQChoice(ans.answerText, c.getSurfaceForm) > 0.25 }\n      }\n\n      val framesThatAlignWithQuestion = consGroupepd.filter { case (pred, list) =>\n        val cons = list.unzip._1\n        qCons.zip(cons).foreach { case (qC, pC) =>\n        }\n        qCons.zip(cons).exists { case (qC, pC) => alignmentFunction.scoreCellQCons(qC, pC) > 0.15 }\n      }\n\n      val scorePerAns = q.answers.zipWithIndex.map { case (ans, idx) =>\n        (framesThatAlignWithQuestion.flatMap { case (pred, list) =>\n          val cons = list.unzip._1\n          cons.map(c => alignmentFunction.scoreCellQChoice(ans.answerText, c))\n        } ++ Seq(-1.0)).max\n      }\n      val selected = Seq(scorePerAns.zipWithIndex.maxBy(_._1)._2)\n      if (scorePerAns.zipWithIndex.maxBy(_._1)._1 == -1 || bothAnswersCovered) Seq.empty else selected\n    }\n    else {\n      Seq.empty\n    }\n\n    uniqueSelected -> EntityRelationResult(log = s\"Solved by SRLV3 \/ View: $srlViewName  \/ selected: $uniqueSelected\", statistics = Stats(selected = true))\n  }\n\n  def SRLSolverV2(q: Question, p: Paragraph, srlViewName: String): (Seq[Int], EntityRelationResult) = {\n    assert(q.qTAOpt.get.hasView(annotationUtils.fillInBlankAnnotator.getViewName),\n      \"q.questionText: \" + q.questionText + \" \/ the current view: \" + q.qTAOpt.get.getAvailableViews.asScala)\n    val fillInBlank = q.qTAOpt.get.getView(annotationUtils.fillInBlankAnnotator.getViewName).getConstituents.get(0).getLabel\n    val fillInBlankTA = if (fillInBlank == \"\") {\n      q.qTAOpt.get\n    } else {\n      annotationUtils.pipelineServerClient.annotate(fillInBlank)\n    }\n    val results = q.answers.map { ans =>\n      require(ans.aTAOpt.get.hasView(ViewNames.SHALLOW_PARSE), s\"Answer TA does not contain shallow parse view. fillInBlank: $fillInBlank - Views are: ${ans.aTAOpt.get.getAvailableViews}\")\n      require(fillInBlankTA.hasView(ViewNames.SHALLOW_PARSE), s\"fillInBlankTA does not contain shallow parse view. Views are: ${fillInBlankTA.getAvailableViews}\")\n      val questionAndAnsOption = annotationUtils.blankQuestionAnswerOptionNormalizer(ans.aTAOpt.get, fillInBlankTA, annotationUtils)\n      val questionAndAnsOptionTA = annotationUtils.pipelineServerClient.annotate(questionAndAnsOption)\n      if (questionAndAnsOptionTA.hasView(srlViewName) && p.contextTAOpt.get.hasView(srlViewName)) {\n        if (matchPredicatesAndArguments(questionAndAnsOptionTA, p.contextTAOpt.get, ans, keytermsWithWHOverlap = false,\n          doOverlapWithQuestion = true, fillInBlank, srlViewName)) 1.0 else 0.0\n      }\n      else {\n        0.0\n      }\n    }\n    if (verbose) println(\"results: \" + results)\n    val selectedAnswers = if (results.sum == 1) {\n      \/\/ i.e. only one of the answer options has overlap\n      results.zipWithIndex.flatMap { case (v, idx) =>\n        if (v == 1) {\n          Seq(idx)\n        }\n        else {\n          Seq.empty\n        }\n      }\n    }\n    else {\n      Seq.empty\n    }\n\n    selectedAnswers.distinct -> EntityRelationResult(log = s\"Solved by SRLV2 \/ View: $srlViewName  \/ selected: $selectedAnswers\", statistics = Stats(selected = true))\n  }\n\n  def SRLSolverV1(q: Question, p: Paragraph, srlViewName: String): (Seq[Int], EntityRelationResult) = {\n    val selectedAnswers = if (q.qTAOpt.get.hasView(srlViewName) && p.contextTAOpt.get.hasView(srlViewName)) {\n      val results = q.answers.map { ans =>\n        if (matchPredicatesAndArguments(q.qTAOpt.get, p.contextTAOpt.get, ans, keytermsWithWHOverlap = true,\n          doOverlapWithQuestion = false, q.questionText, srlViewName)) 1.0 else 0.0\n      }\n      if (verbose) println(\"results: \" + results)\n      if (results.sum == 1) {\n        \/\/ i.e. only one of the answer options has overlap\n        results.zipWithIndex.flatMap { case (v, idx) =>\n          if (v == 1) {\n            Seq(idx)\n          }\n          else {\n            Seq.empty\n          }\n        }\n      }\n      else {\n        Seq.empty\n      }\n    }\n    else {\n      Seq.empty\n    }\n\n    selectedAnswers.distinct -> EntityRelationResult(log = s\"Solved by SRLV1 \/ View: $srlViewName  \/ selected: $selectedAnswers\", statistics = Stats(selected = true))\n  }\n\n  \/\/ input supposed to be a predicate (i.e. it gets connected to other arguments via outgoing edges)\n  def getConstituentsInFrame(c: Constituent): Seq[Constituent] = {\n    c.getOutgoingRelations.asScala.map(_.getTarget)\n  }\n\n  def getTokensInFrame(c: Constituent): Seq[String] = {\n    getConstituentsInFrame(c).flatMap(_.getSurfaceForm.split(\" \"))\n  }\n\n  def matchPredicatesAndArguments(qTA: TextAnnotation,\n                                  pTA: TextAnnotation, ans: Answer,\n                                  keytermsWithWHOverlap: Boolean = true,\n                                  doOverlapWithQuestion: Boolean = false,\n                                  originalQuestion: String, srlViewName: String): Boolean = {\n    val verbose = false\n    val qSRLView = qTA.getView(srlViewName)\n    val pSRLView = pTA.getView(srlViewName)\n    val qSRLCons = qSRLView.getConstituents.asScala\n    val pSRLCons = pSRLView.getConstituents.asScala\n\n    val keytermCons = if (keytermsWithWHOverlap) {\n      \/\/ does question-srl contain any question term?\n      qSRLCons.filter(c => SolverUtils.questionTerms.contains(c.getSurfaceForm.toLowerCase) && c.getIncomingRelations.size() > 0)\n    }\n    else {\n      \/\/ align with answer words\n      if (qTA.text.contains(ans.answerText.trim)) {\n        val idxBegin = qTA.text.indexOf(ans.answerText)\n        val idxEnd = idxBegin + ans.answerText.length - 1\n        val out = qSRLCons.filter { c =>\n          (c.getEndCharOffset <= idxEnd && c.getEndCharOffset >= idxBegin) ||\n            (c.getStartCharOffset <= idxEnd && c.getStartCharOffset >= idxBegin) ||\n            (c.getEndCharOffset >= idxEnd && c.getStartCharOffset <= idxBegin)\n        }.filter(c => c.getLabel != \"Predicate\" && (c.getLabel == \"A1\" || c.getLabel == \"A1\") && c.getIncomingRelations.size() > 0)\n        if (out.isEmpty) {\n          \/\/ println(\"qSRLCons: \" + qSRLCons)\n        }\n        out\n      }\n      else {\n        Seq.empty\n      }\n    }\n\n    val questionWithoutKeyTermsTokens = originalQuestion.split(\" \").toSet.diff(SolverUtils.stopwords)\n\n    keytermCons.exists { cons =>\n      val qArgLabel = cons.getLabel\n      val qSource = cons.getIncomingRelations.get(0).getSource\n\n      val qSourceLabel = getPredicateFullLabel(qSource)\n      val pParagraph = pSRLCons.filter(c => getPredicateFullLabel(c) == qSourceLabel)\n      val pArgCons = pParagraph.flatMap { pred =>\n        val overlapWithQuestion = questionWithoutKeyTermsTokens.intersect(getTokensInFrame(pred).toSet)\n        val answerOptionContainsThePredicate = ans.answerText.contains(qSource.getSurfaceForm.trim)\n        val containsOneOfQuestionTerms = if (answerOptionContainsThePredicate) overlapWithQuestion.nonEmpty else true\n        if (containsOneOfQuestionTerms) {\n          pred.getOutgoingRelations.asScala.map(_.getTarget).filter(_.getLabel == qArgLabel)\n        }\n        else {\n          Seq.empty\n        }\n      }\n\n      \/\/ check if any of the any of t he selected constituents overlap with one of the answers\n      def getClosestIndex(qCons: Seq[Constituent], pCons: Seq[Constituent]): Int = {\n        pCons.map { c =>\n          TextILPSolver.getAvgScore(qCons, Seq(c))\n        }.zipWithIndex.maxBy(_._1)._2\n      }\n\n      assert(pTA.hasView(ViewNames.SHALLOW_PARSE), \"current views: \" + pTA.getAvailableViews.asScala)\n      val pCons = pTA.getView(ViewNames.SHALLOW_PARSE).asScala.toList\n      val ansCons = ans.aTAOpt.get.getView(ViewNames.TOKENS).asScala.toList\n      val ansParagraphIdx = getClosestIndex(ansCons, pCons)\n      val ansSpan = pCons(ansParagraphIdx).getSpan\n      if (pArgCons.exists { pArg => pArg.getSpan.getFirst <= ansSpan.getFirst && pArg.getSpan.getSecond >= ansSpan.getSecond }) true else false\n    }\n  }\n\n  def getPredicateFullLabel(pred: Constituent): String = pred.getLabel + pred.getAttribute(\"SenseNumber\") + pred.getAttribute(\"predicate\")\n\n  def createILPModel[V <: IlpVar](\n                                   q: Question,\n                                   p: Paragraph,\n                                   ilpSolver: IlpSolver[V, _],\n                                   alignmentFunction: AlignmentFunction,\n                                   reasoningTypes: Set[ReasoningType],\n                                   useSummary: Boolean,\n                                   srlViewName: String\n                                 ): (mutable.Buffer[(Constituent, Constituent, V)], mutable.Buffer[(Constituent, Int, Int, V)], mutable.Buffer[(Constituent, Constituent, V)], Seq[(Int, V)], Boolean, Seq[Seq[String]]) = {\n    if (verbose) println(\"starting to create the model  . . . \")\n    val isTrueFalseQuestion = q.isTrueFalse\n\n    val isTemporalQuestions = q.isTemporal\n    require(q.qTAOpt.isDefined, \"the annotatins for the question is not defined\")\n    require(p.contextTAOpt.isDefined, \"the annotatins for the paragraph is not defined\")\n    q.answers.foreach { a =>\n      require(a.aTAOpt.isDefined, s\"the annotations for answers is not defined . . . \")\n      require(a.aTAOpt.get.hasView(ViewNames.SHALLOW_PARSE), s\"the shallow parse view is not defined; view: \" + a.aTAOpt.get.getAvailableViews.asScala)\n    }\n    val qTA = q.qTAOpt.getOrElse(throw new Exception(\"The annotation for the question not found . . . \"))\n    val pTA = p.contextTAOpt.getOrElse(throw new Exception(\"The annotation for the paragraph not found . . . \"))\n    val qTokens = if (qTA.hasView(ViewNames.SHALLOW_PARSE)) qTA.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala else Seq.empty\n    val pTokens = if (pTA.hasView(ViewNames.SHALLOW_PARSE)) pTA.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala else Seq.empty\n\n    def getParagraphConsCovering(c: Constituent): Option[Constituent] = {\n      p.contextTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituentsCovering(c).asScala.headOption\n    }\n\n    ilpSolver.setAsMaximization()\n\n    var interParagraphAlignments: mutable.Buffer[(Constituent, Constituent, V)] = mutable.Buffer.empty\n    var questionParagraphAlignments: mutable.Buffer[(Constituent, Constituent, V)] = mutable.Buffer.empty\n    var paragraphAnswerAlignments: mutable.Buffer[(Constituent, Int, Int, V)] = mutable.Buffer.empty\n\n    \/\/ whether to create the model with the tokenized version of the answer options\n    val tokenizeAnswers = true\n    \/\/if(q.isTemporal) true else false\n    val aTokens = if (tokenizeAnswers) {\n      q.answers.map(_.aTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala.map(_.getSurfaceForm))\n    }\n    else {\n      q.answers.map(a => Seq(a.answerText))\n    }\n\n    def getAnswerOptionCons(ansIdx: Int, ansTokIdx: Int): Constituent = {\n      q.answers(ansIdx).aTAOpt.get.getView(ViewNames.SHALLOW_PARSE).getConstituents.get(ansTokIdx)\n    }\n\n    \/\/ high-level variables\n    \/\/ active answer options\n    val activeAnswerOptions = if (!isTrueFalseQuestion) {\n      for {\n        ansIdx <- q.answers.indices\n        x = ilpSolver.createBinaryVar(\"activeAnsOptId\" + ansIdx, 0.0)\n      } yield (ansIdx, x)\n    }\n    else {\n      List.empty\n    }\n\n    def getVariablesConnectedToOptionToken(ansIdx: Int, tokenIdx: Int): Seq[V] = {\n      paragraphAnswerAlignments.filter { case (_, ansIdxTmp, tokenIdxTmp, _) =>\n        ansIdxTmp == ansIdx && tokenIdxTmp == tokenIdx\n      }.map(_._4)\n    }\n\n    def getVariablesConnectedToOption(ansIdx: Int): Seq[V] = {\n      paragraphAnswerAlignments.filter { case (_, ansTmp, _, _) => ansTmp == ansIdx }.map(_._4)\n    }\n\n    println(\"reasoningTypes: \" + reasoningTypes)\n\n    if (reasoningTypes.contains(SimpleMatching)) {\n      \/\/ create questionToken-paragraphToken alignment edges\n      val questionTokenParagraphTokenAlignments = for {\n        qCons <- qTokens\n        pCons <- pTokens\n        \/\/ TODO: make it QuestionCell score\n        \/\/      score = alignmentFunction.scoreCellCell(qCons.getSurfaceForm, pCons.getSurfaceForm) + params.questionCellOffset\n        score = alignmentFunction.scoreCellQCons(pCons.getSurfaceForm, qCons.getSurfaceForm) + params.questionCellOffset\n        if score > params.minParagraphToQuestionAlignmentScore\n        x = ilpSolver.createBinaryVar(\"\", score)\n      } yield (qCons, pCons, x)\n\n      questionParagraphAlignments ++= questionTokenParagraphTokenAlignments.toBuffer\n\n      \/\/ create paragraphToken-answerOption alignment edges\n      val paragraphTokenAnswerAlignments = if (!isTrueFalseQuestion) {\n        \/\/ create only multiple nodes at each answer option\n        for {\n          pCons <- pTokens\n          ansIdx <- aTokens.indices\n          ansConsIdx <- aTokens(ansIdx).indices\n          ansConsString = aTokens(ansIdx).apply(ansConsIdx)\n          \/\/ TODO: make it QuestionCell score\n          score = alignmentFunction.scoreCellCell(pCons.getSurfaceForm, ansConsString) + params.paragraphAnswerOffset\n          \/\/        score = alignmentFunction.scoreCellQChoice(pCons.getSurfaceForm, ansConsString) + params.paragraphAnswerOffset\n          x = ilpSolver.createBinaryVar(\"\", score)\n        } yield (pCons, ansIdx, ansConsIdx, x)\n      } else {\n        List.empty\n      }\n\n      paragraphAnswerAlignments ++= paragraphTokenAnswerAlignments.toBuffer\n\n      def getAnswerOptionVariablesConnectedToParagraph(c: Constituent): Seq[(Int, Int, V)] = {\n        paragraphTokenAnswerAlignments.filter { case (cTmp, ansIdxTmp, tokenIdxTmp, _) => cTmp == c }.map(tuple => (tuple._2, tuple._3, tuple._4))\n      }\n\n      def getVariablesConnectedToParagraphToken(c: Constituent): Seq[V] = {\n        questionTokenParagraphTokenAlignments.filter { case (_, cTmp, _) => cTmp == c }.map(_._3) ++\n          paragraphTokenAnswerAlignments.filter { case (cTmp, _, _, _) => cTmp == c }.map(_._4)\n      }\n\n      def getVariablesConnectedToParagraphSentence(sentenceId: Int): Seq[V] = {\n        pTokens.filter(_.getSentenceId == sentenceId).flatMap(getVariablesConnectedToParagraphToken)\n      }\n\n      def getVariablesConnectedToQuestionToken(qCons: Constituent): Seq[V] = {\n        questionTokenParagraphTokenAlignments.filter { case (cTmp, _, _) => cTmp == qCons }.map(_._3)\n      }\n\n      \/\/ active paragraph constituent\n      val activeParagraphConstituents = pTokens.map { t =>\n        t -> ilpSolver.createBinaryVar(\"\", params.activeParagraphConstituentsWeight)\n      }.toMap\n      \/\/ the paragraph token is active if anything connected to it is active\n      activeParagraphConstituents.foreach {\n        case (ans, x) =>\n          val connectedVariables = getVariablesConnectedToParagraphToken(ans)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeOptionVar\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ active sentences for the paragraph\n      val activeSentences = for {\n        s <- 0 until pTA.getNumberOfSentences\n        \/\/ alignment is preferred for lesser sentences; hence: negative activeSentenceDiscount\n        x = ilpSolver.createBinaryVar(\"activeSentence:\" + s, params.activeSentencesDiscount)\n      } yield (s, x)\n      \/\/ the paragraph constituent variable is active if anything connected to it is active\n      activeSentences.foreach {\n        case (ans, x) =>\n          val connectedVariables = getVariablesConnectedToParagraphSentence(ans)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeOptionVar\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ active questions cons\n      val activeQuestionConstituents = for {\n        t <- qTokens\n        weight = if (SolverUtils.scienceTermsMap.contains(t.getSurfaceForm.toLowerCase)) {\n          params.activeQuestionTermWeight + params.scieneTermBoost\n        } else {\n          params.activeQuestionTermWeight\n        }\n        x = ilpSolver.createBinaryVar(\"activeQuestionCons\", weight)\n      } yield (t, x)\n      \/\/ the question token is active if anything connected to it is active\n      activeQuestionConstituents.foreach {\n        case (c, x) =>\n          val connectedVariables = getVariablesConnectedToQuestionToken(c)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeQuestionIneq1\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeQuestionIneq2\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ weight for answers being close to each other\n      \/*val weight = -1.0\n      aTokens.indices.map{ answerOptionIdx =>\n        \/\/ for each answer option create one of these weights\n        \/\/val x = ilpSolver.createIntegerVar(\"answerTokenDistanceWeights\", 0, 100, 1.0)\n        aTokens.foreach{ toks =>\n          val x = ilpSolver.createIntegerVar(\"answerTokenDistanceWeights\", 0, 100, 1.0)\n        }\n        val len = aTokens(answerOptionIdx).length - 1\n        for{\n          i <- 0 until len - 1\n          j <- i + 1 until len\n        } {\n          val x = ilpSolver.createIntegerVar(s\"Answer:$answerOptionIdx-iAndjAnswerOption$i-$j\", 0, 100, weight)\n          \/\/ add constraint\n\n        }\n\n        (answerOptionIdx, x)\n      }*\/\n\n      \/\/ extra weight for alignment of paragraph constituents\n      \/\/ create edges between constituents which have an edge in the dependency parse\n      \/\/ this edge can be active only if the base nodes are active\n      def twoAnswerConsAreConnectedViaDependencyParse(ansIdx: Int, tokIdx1: Int, tokIdx2: Int): Boolean = {\n        val cons1 = getAnswerOptionCons(ansIdx, tokIdx1)\n        val cons2 = getAnswerOptionCons(ansIdx, tokIdx2)\n        if (q.answers(ansIdx).aTAOpt.get.hasView(ViewNames.DEPENDENCY_STANFORD)) {\n          val ansDepView = q.answers(ansIdx).aTAOpt.get.getView(ViewNames.DEPENDENCY_STANFORD)\n          val cons1InDep = ansDepView.getConstituentsCovering(cons1).asScala.headOption\n          val cons2InDep = ansDepView.getConstituentsCovering(cons2).asScala.headOption\n          if (cons1InDep.isDefined && cons2InDep.isDefined) {\n            val relations = ansDepView.getRelations.asScala\n            relations.exists { r =>\n              (r.getSource == cons1InDep.get && r.getTarget == cons2InDep.get) ||\n                (r.getSource == cons2InDep.get && r.getTarget == cons1InDep.get)\n            }\n          }\n          else {\n            false\n          }\n        }\n        else {\n          false\n        }\n      }\n\n      if (p.contextTAOpt.get.hasView(ViewNames.DEPENDENCY_STANFORD)) {\n        val depView = p.contextTAOpt.get.getView(ViewNames.DEPENDENCY_STANFORD)\n        val depRelations = depView.getRelations.asScala\n        interParagraphAlignments = depRelations.zipWithIndex.map { case (r, idx) =>\n          val startConsOpt = getParagraphConsCovering(r.getSource)\n          val targetConsOpt = getParagraphConsCovering(r.getTarget)\n          if (startConsOpt.isDefined && targetConsOpt.isDefined && startConsOpt.get != targetConsOpt.get) {\n            val x = ilpSolver.createBinaryVar(s\"Relation:$idx\", params.firstOrderDependencyEdgeAlignments)\n\n            \/\/ this relation variable is active, only if its two sides are active\n            val startVar = activeParagraphConstituents(startConsOpt.get)\n            val targetVar = activeParagraphConstituents(targetConsOpt.get)\n            ilpSolver.addConsBasicLinear(\"dependencyVariableActiveOnlyIfSourceConsIsActive\",\n              Seq(x, startVar), Seq(1.0, -1.0), None, Some(0.0))\n            ilpSolver.addConsBasicLinear(\"dependencyVariableActiveOnlyIfSourceConsIsActive\",\n              Seq(x, targetVar), Seq(1.0, -1.0), None, Some(0.0))\n\n            val ansList1 = getAnswerOptionVariablesConnectedToParagraph(startConsOpt.get)\n            val ansList2 = getAnswerOptionVariablesConnectedToParagraph(targetConsOpt.get)\n\n            val variablesPairsInAnswerOptionsWithDependencyRelation = for {\n              a <- ansList1\n              b <- ansList2\n              if a._1 == b._1 \/\/ same answer\n              if a._2 != b._2 \/\/ different tok\n              if twoAnswerConsAreConnectedViaDependencyParse(a._1, a._2, b._2) \/\/ they are connected via dep parse\n            }\n              yield {\n                val weight = 0.0\n                \/\/ TODO: tune this\n                val activePair = ilpSolver.createBinaryVar(s\"activeAnsweOptionPairs\", weight)\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(a._3, b._3, activePair), Seq(-1.0, -1.0, 1.0), None, Some(0.0))\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(activePair, a._3), Seq(-1.0, 1.0), None, Some(0.0))\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(activePair, b._3), Seq(-1.0, 1.0), None, Some(0.0))\n                activePair\n              }\n\n            \/\/ if the paragraph relation pair is active, at least one answer response pair should be active\n            \/\/ in other words\n            ilpSolver.addConsBasicLinear(\"atLeastOnePairShouldBeActive\",\n              variablesPairsInAnswerOptionsWithDependencyRelation :+ x,\n              Array.fill(variablesPairsInAnswerOptionsWithDependencyRelation.length) {\n                -1.0\n              } :+ 1.0, None, Some(0.0))\n\n            Some(startConsOpt.get, targetConsOpt.get, x)\n          }\n          else {\n            None\n          }\n        }.collect { case a if a.isDefined => a.get }\n      }\n      else {\n        println(\"Paragraph does not contain parse-view . . . \")\n      }\n\n      \/\/ for each of the answer options create one variable, turning on when the number of the alignments to that answer\n      \/\/ option is more than k\n      \/*    (1 to 3).foreach{ k: Int =>\n          activeAnswerOptions.foreach { case (ansIdx, _) =>\n          val penalty = k match {\n            case 1  => params.moreThan1AlignmentAnsPenalty\n            case 2  => params.moreThan2AlignmentAnsPenalty\n            case 3  => params.moreThan3AlignmentAnsPenalty\n          }\n            val moreThanKAlignnetbToAnswerOption = ilpSolver.createBinaryVar(s\"moreThan${k}AlignmentAnsPenalty\", penalty)\n\n            \/\/ this gets activated, if the answer option has at least two active alignments\n            val connectedVariables = getVariablesConnectedToOption(ansIdx).toList\n            val len = connectedVariables.length\n            ilpSolver.addConsBasicLinear(\"\",\n              moreThanKAlignnetbToAnswerOption +: connectedVariables, (-len + k.toDouble) +: Array.fill(len) {1.0}, None, Some(k))\n          }\n        }*\/\n\n\n      \/*    \/\/ for each of the question terms create one variable, turning on when the number of the alignments to the\n        \/\/ constituent is more than k\n        for{ k: Double <- 1.0 to 3.0 } {\n          qTokens.foreach { c =>\n            val penalty = k match {\n              case 1.0  => params.moreThan1AlignmentToQuestionTermPenalty\n              case 2.0  => params.moreThan2AlignmentToQuestionTermPenalty\n              case 3.0  => params.moreThan3AlignmentToQuestionTermPenalty\n            }\n            val moreThanKAlignnetbToQuestionCons = ilpSolver.createBinaryVar(\n              s\"moreThan${k}AlignmentToQuestionConsPenalty\", penalty\n            )\n\n            \/\/ this gets activated, if the answer option has at least two active alignments\n            val connectedVariables = getVariablesConnectedToQuestionToken(c).toList\n            val len = connectedVariables.length\n            ilpSolver.addConsBasicLinear(\"\",\n              moreThanKAlignnetbToQuestionCons +: connectedVariables, (-len + k) +: Array.fill(len) {\n                1.0\n              }, None, Some(k))\n          }\n        }*\/\n\n      \/\/ there is an upper-bound on the max number of active tokens in each sentence\n      activeSentences.foreach { case (ans, x) =>\n        val connectedVariables = getVariablesConnectedToParagraphSentence(ans)\n        ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\",\n          connectedVariables, Array.fill(connectedVariables.length) {\n            1.0\n          },\n          None, Some(params.maxNumberOfWordsAlignedPerSentence))\n      }\n\n      \/\/ among the words that are repeated in the paragraph, at most k of them can be active\n      \/\/ first find the duplicate elements\n      val duplicates = pTokens.groupBy(_.getSurfaceForm).filter { case (x, ys) => ys.lengthCompare(1) > 0 }\n      duplicates.foreach { case (_, duplicateCons) =>\n        val variables = duplicateCons.map(activeParagraphConstituents)\n        ilpSolver.addConsBasicLinear(\"\", variables, Array.fill(variables.length) {\n          1.0\n        },\n          None, Some(params.maxAlignmentToRepeatedWordsInParagraph))\n      }\n\n      \/\/ have at most k active sentence\n      val (_, sentenceVars) = activeSentences.unzip\n      val sentenceVarsCoeffs = Seq.fill(sentenceVars.length)(1.0)\n      ilpSolver.addConsBasicLinear(\"maxActiveParagraphConsVar\", sentenceVars, sentenceVarsCoeffs,\n        Some(0.0), Some(params.maxActiveSentences))\n\n\n      \/\/ intra-sentence alignments\n      \/\/ any sentences (that are at most k-sentences apart; k = 2 for now) can be aligned together.\n      \/*\n\n        val maxIntraSentenceDistance = 2\n        val intraSentenceAlignments = for{\n          beginSentence <- 0 until (pTA.getNumberOfSentences - maxIntraSentenceDistance)\n          offset <- 0 until maxIntraSentenceDistance\n          endSentence = beginSentence + offset\n          x = ilpSolver.createBinaryVar(s\"interSentenceAlignment\/$beginSentence\/$endSentence\", 0.0)\n        } yield (beginSentence, endSentence, x)\n        \/\/ co-reference\n    *\/\n\n\n      \/*\n        require(params.coreferenceWeight>=0, \"params.coreferenceWeight should be positive\")\n        val corefCons = if (pTA.hasView(ViewNames.COREF)) pTA.getView(ViewNames.COREF).getConstituents.asScala else Seq.empty\n        corefCons.groupBy(_.getLabel).foreach{ case (_, cons) =>  \/\/ cons that have the same label are co-refered\n          cons.zipWithIndex.combinations(2).foreach{ consPair =>\n            val x = ilpSolver.createBinaryVar(s\"coredEdgeVariable${consPair.head._2}-${consPair(1)._2}\", params.coreferenceWeight)\n            val x1 = activeParagraphConstituents(consPair.head._1)\n            val x2 = activeParagraphConstituents(consPair(1)._1)\n            ilpSolver.addConsBasicLinear(s\"coreEdgePairCons-${consPair.head._2}\", Seq(x, x1), Seq(1.0, 1.0), None, Some(0.0))\n            ilpSolver.addConsBasicLinear(s\"coreEdgePairCons-${consPair(1)._2}\", Seq(x, x2), Seq(1.0, 1.0), None, Some(0.0))\n          }\n        }\n    *\/\n\n      \/\/ longer than 1 answer penalty\n      activeAnswerOptions.foreach { case (ansIdx, activeAnsVar) =>\n        val ansTokList = aTokens(ansIdx)\n        if (ansTokList.length > 1) {\n          val x = ilpSolver.createBinaryVar(\"longerThanOnePenalty\", params.longerThan1TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanOnePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n        if (ansTokList.length > 2) {\n          val x = ilpSolver.createBinaryVar(\"longerThanTwoPenalty\", params.longerThan2TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanOnePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n        if (ansTokList.length > 3) {\n          val x = ilpSolver.createBinaryVar(\"longerThanThreePenalty\", params.longerThan3TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanThreePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n      }\n\n      \/\/ use at least k constituents in the question\n      val (_, questionVars) = activeQuestionConstituents.unzip\n      val questionVarsCoeffs = Seq.fill(questionVars.length)(1.0)\n      ilpSolver.addConsBasicLinear(\"activeQuestionConsVarNum\", questionVars,\n        questionVarsCoeffs, Some(params.minQuestionTermsAligned), Some(params.maxQuestionTermsAligned))\n      ilpSolver.addConsBasicLinear(\"activeQuestionConsVarRatio\", questionVars,\n        questionVarsCoeffs,\n        Some(params.minQuestionTermsAlignedRatio * questionVars.length),\n        Some(params.maxQuestionTermsAlignedRatio * questionVars.length))\n\n      \/\/ if anything comes after \" without \" it should be aligned definitely\n      \/\/ example: What would happen without annealing?\n      if (q.questionText.contains(\" without \")) {\n        if (verbose) println(\" >>> Adding constraint to use the term after `without`\")\n        val withoutTok = qTokens.filter(_.getSurfaceForm == \"without\").head\n        if (verbose) println(\"withoutTok: \" + withoutTok)\n        val after = qTokens.filter(c => c.getStartSpan > withoutTok.getStartSpan).minBy(_.getStartSpan)\n        if (verbose) println(\"after: \" + after)\n        val afterVariableOpt = activeQuestionConstituents.collectFirst { case (c, v) if c == after => v }\n        if (verbose) println(\"afterVariableOpt = \" + afterVariableOpt)\n        afterVariableOpt match {\n          case Some(afterVariable) =>\n            ilpSolver.addConsBasicLinear(\"termAfterWithoutMustBeAligned\", Seq(afterVariable), Seq(1.0), Some(1.0), None)\n          case None => \/\/ do nothing\n        }\n      }\n    }\n\n    if (reasoningTypes.contains(SimpleMatchingWithCoref)) {\n      \/\/ create questionToken-paragraphToken alignment edges\n      val questionTokenParagraphTokenAlignments = for {\n        qCons <- qTokens\n        pCons <- pTokens\n        \/\/ TODO: make it QuestionCell score\n        \/\/      score = alignmentFunction.scoreCellCell(qCons.getSurfaceForm, pCons.getSurfaceForm) + params.questionCellOffset\n        score = alignmentFunction.scoreCellQCons(pCons.getSurfaceForm, qCons.getSurfaceForm) + params.questionCellOffset\n        if score > params.minParagraphToQuestionAlignmentScore\n        x = ilpSolver.createBinaryVar(\"\", score)\n      } yield (qCons, pCons, x)\n\n      questionParagraphAlignments ++= questionTokenParagraphTokenAlignments.toBuffer\n\n      \/\/ create paragraphToken-answerOption alignment edges\n      val paragraphTokenAnswerAlignments = if (!isTrueFalseQuestion) {\n        \/\/ create only multiple nodes at each answer option\n        for {\n          pCons <- pTokens\n          ansIdx <- aTokens.indices\n          ansConsIdx <- aTokens(ansIdx).indices\n          ansConsString = aTokens(ansIdx).apply(ansConsIdx)\n          \/\/ TODO: make it QuestionCell score\n          score = alignmentFunction.scoreCellCell(pCons.getSurfaceForm, ansConsString) + params.paragraphAnswerOffset\n          \/\/        score = alignmentFunction.scoreCellQChoice(pCons.getSurfaceForm, ansConsString) + params.paragraphAnswerOffset\n          x = ilpSolver.createBinaryVar(\"\", score)\n        } yield (pCons, ansIdx, ansConsIdx, x)\n      } else {\n        List.empty\n      }\n\n      paragraphAnswerAlignments ++= paragraphTokenAnswerAlignments.toBuffer\n\n      def getAnswerOptionVariablesConnectedToParagraph(c: Constituent): Seq[(Int, Int, V)] = {\n        paragraphTokenAnswerAlignments.filter { case (cTmp, ansIdxTmp, tokenIdxTmp, _) => cTmp == c }.map(tuple => (tuple._2, tuple._3, tuple._4))\n      }\n\n      def getVariablesConnectedToParagraphToken(c: Constituent): Seq[V] = {\n        questionTokenParagraphTokenAlignments.filter { case (_, cTmp, _) => cTmp == c }.map(_._3) ++\n          paragraphTokenAnswerAlignments.filter { case (cTmp, _, _, _) => cTmp == c }.map(_._4)\n      }\n\n      def getVariablesConnectedToParagraphSentence(sentenceId: Int): Seq[V] = {\n        pTokens.filter(_.getSentenceId == sentenceId).flatMap(getVariablesConnectedToParagraphToken)\n      }\n\n      def getVariablesConnectedToQuestionToken(qCons: Constituent): Seq[V] = {\n        questionTokenParagraphTokenAlignments.filter { case (cTmp, _, _) => cTmp == qCons }.map(_._3)\n      }\n\n      \/\/ active paragraph constituent\n      val activeParagraphConstituents = pTokens.map { t =>\n        t -> ilpSolver.createBinaryVar(\"\", params.activeParagraphConstituentsWeight)\n      }.toMap\n      \/\/ the paragraph token is active if anything connected to it is active\n      activeParagraphConstituents.foreach {\n        case (ans, x) =>\n          val connectedVariables = getVariablesConnectedToParagraphToken(ans)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeOptionVar\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ active sentences for the paragraph\n      val activeSentences = for {\n        s <- 0 until pTA.getNumberOfSentences\n        \/\/ alignment is preferred for lesser sentences; hence: negative activeSentenceDiscount\n        x = ilpSolver.createBinaryVar(\"activeSentence:\" + s, params.activeSentencesDiscount)\n      } yield (s, x)\n      \/\/ the paragraph constituent variable is active if anything connected to it is active\n      activeSentences.foreach {\n        case (ans, x) =>\n          val connectedVariables = getVariablesConnectedToParagraphSentence(ans)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeOptionVar\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ active questions cons\n      val activeQuestionConstituents = for {\n        t <- qTokens\n        weight = if (SolverUtils.scienceTermsMap.contains(t.getSurfaceForm.toLowerCase)) {\n          params.activeQuestionTermWeight + params.scieneTermBoost\n        } else {\n          params.activeQuestionTermWeight\n        }\n        x = ilpSolver.createBinaryVar(\"activeQuestionCons\", weight)\n      } yield (t, x)\n      \/\/ the question token is active if anything connected to it is active\n      activeQuestionConstituents.foreach {\n        case (c, x) =>\n          val connectedVariables = getVariablesConnectedToQuestionToken(c)\n          val allVars = connectedVariables :+ x\n          val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n          ilpSolver.addConsBasicLinear(\"activeQuestionIneq1\", allVars, coeffs, None, Some(0.0))\n          connectedVariables.foreach { connectedVar =>\n            val vars = Seq(connectedVar, x)\n            val coeffs = Seq(1.0, -1.0)\n            ilpSolver.addConsBasicLinear(\"activeQuestionIneq2\", vars, coeffs, None, Some(0.0))\n          }\n      }\n\n      \/\/ weight for answers being close to each other\n      \/*val weight = -1.0\n      aTokens.indices.map{ answerOptionIdx =>\n        \/\/ for each answer option create one of these weights\n        \/\/val x = ilpSolver.createIntegerVar(\"answerTokenDistanceWeights\", 0, 100, 1.0)\n        aTokens.foreach{ toks =>\n          val x = ilpSolver.createIntegerVar(\"answerTokenDistanceWeights\", 0, 100, 1.0)\n        }\n        val len = aTokens(answerOptionIdx).length - 1\n        for{\n          i <- 0 until len - 1\n          j <- i + 1 until len\n        } {\n          val x = ilpSolver.createIntegerVar(s\"Answer:$answerOptionIdx-iAndjAnswerOption$i-$j\", 0, 100, weight)\n          \/\/ add constraint\n\n        }\n\n        (answerOptionIdx, x)\n      }*\/\n\n      \/\/ extra weight for alignment of paragraph constituents\n      \/\/ create edges between constituents which have an edge in the dependency parse\n      \/\/ this edge can be active only if the base nodes are active\n      def twoAnswerConsAreConnectedViaDependencyParse(ansIdx: Int, tokIdx1: Int, tokIdx2: Int): Boolean = {\n        val cons1 = getAnswerOptionCons(ansIdx, tokIdx1)\n        val cons2 = getAnswerOptionCons(ansIdx, tokIdx2)\n        val ansDepView = q.answers(ansIdx).aTAOpt.get.getView(ViewNames.DEPENDENCY_STANFORD)\n        val cons1InDep = ansDepView.getConstituentsCovering(cons1).asScala.headOption\n        val cons2InDep = ansDepView.getConstituentsCovering(cons2).asScala.headOption\n        if (cons1InDep.isDefined && cons2InDep.isDefined) {\n          val relations = ansDepView.getRelations.asScala\n          relations.exists { r =>\n            (r.getSource == cons1InDep.get && r.getTarget == cons2InDep.get) ||\n              (r.getSource == cons2InDep.get && r.getTarget == cons1InDep.get)\n          }\n        }\n        else {\n          false\n        }\n      }\n\n      if (p.contextTAOpt.get.hasView(ViewNames.DEPENDENCY_STANFORD)) {\n        val depView = p.contextTAOpt.get.getView(ViewNames.DEPENDENCY_STANFORD)\n        val depRelations = depView.getRelations.asScala\n        interParagraphAlignments = depRelations.zipWithIndex.map { case (r, idx) =>\n          val startConsOpt = getParagraphConsCovering(r.getSource)\n          val targetConsOpt = getParagraphConsCovering(r.getTarget)\n          if (startConsOpt.isDefined && targetConsOpt.isDefined && startConsOpt.get != targetConsOpt.get) {\n            val x = ilpSolver.createBinaryVar(s\"Relation:$idx\", params.firstOrderDependencyEdgeAlignments)\n\n            \/\/ this relation variable is active, only if its two sides are active\n            val startVar = activeParagraphConstituents(startConsOpt.get)\n            val targetVar = activeParagraphConstituents(targetConsOpt.get)\n            ilpSolver.addConsBasicLinear(\"dependencyVariableActiveOnlyIfSourceConsIsActive\",\n              Seq(x, startVar), Seq(1.0, -1.0), None, Some(0.0))\n            ilpSolver.addConsBasicLinear(\"dependencyVariableActiveOnlyIfSourceConsIsActive\",\n              Seq(x, targetVar), Seq(1.0, -1.0), None, Some(0.0))\n\n            val ansList1 = getAnswerOptionVariablesConnectedToParagraph(startConsOpt.get)\n            val ansList2 = getAnswerOptionVariablesConnectedToParagraph(targetConsOpt.get)\n\n            val variablesPairsInAnswerOptionsWithDependencyRelation = for {\n              a <- ansList1\n              b <- ansList2\n              if a._1 == b._1 \/\/ same answer\n              if a._2 != b._2 \/\/ different tok\n              if twoAnswerConsAreConnectedViaDependencyParse(a._1, a._2, b._2) \/\/ they are connected via dep parse\n            }\n              yield {\n                val weight = 0.0\n                \/\/ TODO: tune this\n                val activePair = ilpSolver.createBinaryVar(s\"activeAnsweOptionPairs\", weight)\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(a._3, b._3, activePair), Seq(-1.0, -1.0, 1.0), None, Some(0.0))\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(activePair, a._3), Seq(-1.0, 1.0), None, Some(0.0))\n                ilpSolver.addConsBasicLinear(\"NoActivePairIfNonAreActive\", Seq(activePair, b._3), Seq(-1.0, 1.0), None, Some(0.0))\n                activePair\n              }\n\n            \/\/ if the paragraph relation pair is active, at least one answer response pair should be active\n            \/\/ in other words\n            ilpSolver.addConsBasicLinear(\"atLeastOnePairShouldBeActive\",\n              variablesPairsInAnswerOptionsWithDependencyRelation :+ x,\n              Array.fill(variablesPairsInAnswerOptionsWithDependencyRelation.length) {\n                -1.0\n              } :+ 1.0, None, Some(0.0))\n\n            Some(startConsOpt.get, targetConsOpt.get, x)\n          }\n          else {\n            None\n          }\n        }.collect { case a if a.isDefined => a.get }\n      }\n      else {\n        println(\"Paragraph does not contain parse-view . . . \")\n      }\n\n      \/\/ for each of the answer options create one variable, turning on when the number of the alignments to that answer\n      \/\/ option is more than k\n      \/*    (1 to 3).foreach{ k: Int =>\n          activeAnswerOptions.foreach { case (ansIdx, _) =>\n          val penalty = k match {\n            case 1  => params.moreThan1AlignmentAnsPenalty\n            case 2  => params.moreThan2AlignmentAnsPenalty\n            case 3  => params.moreThan3AlignmentAnsPenalty\n          }\n            val moreThanKAlignnetbToAnswerOption = ilpSolver.createBinaryVar(s\"moreThan${k}AlignmentAnsPenalty\", penalty)\n\n            \/\/ this gets activated, if the answer option has at least two active alignments\n            val connectedVariables = getVariablesConnectedToOption(ansIdx).toList\n            val len = connectedVariables.length\n            ilpSolver.addConsBasicLinear(\"\",\n              moreThanKAlignnetbToAnswerOption +: connectedVariables, (-len + k.toDouble) +: Array.fill(len) {1.0}, None, Some(k))\n          }\n        }*\/\n\n\n      \/*    \/\/ for each of the question terms create one variable, turning on when the number of the alignments to the\n        \/\/ constituent is more than k\n        for{ k: Double <- 1.0 to 3.0 } {\n          qTokens.foreach { c =>\n            val penalty = k match {\n              case 1.0  => params.moreThan1AlignmentToQuestionTermPenalty\n              case 2.0  => params.moreThan2AlignmentToQuestionTermPenalty\n              case 3.0  => params.moreThan3AlignmentToQuestionTermPenalty\n            }\n            val moreThanKAlignnetbToQuestionCons = ilpSolver.createBinaryVar(\n              s\"moreThan${k}AlignmentToQuestionConsPenalty\", penalty\n            )\n\n            \/\/ this gets activated, if the answer option has at least two active alignments\n            val connectedVariables = getVariablesConnectedToQuestionToken(c).toList\n            val len = connectedVariables.length\n            ilpSolver.addConsBasicLinear(\"\",\n              moreThanKAlignnetbToQuestionCons +: connectedVariables, (-len + k) +: Array.fill(len) {\n                1.0\n              }, None, Some(k))\n          }\n        }*\/\n\n      \/\/ there is an upper-bound on the max number of active tokens in each sentence\n      activeSentences.foreach { case (ans, x) =>\n        val connectedVariables = getVariablesConnectedToParagraphSentence(ans)\n        ilpSolver.addConsBasicLinear(\"activeParagraphConsVar\",\n          connectedVariables, Array.fill(connectedVariables.length) {\n            1.0\n          },\n          None, Some(params.maxNumberOfWordsAlignedPerSentence))\n      }\n\n      \/\/ among the words that are repeated in the paragraph, at most k of them can be active\n      \/\/ first find the duplicate elements\n      val duplicates = pTokens.groupBy(_.getSurfaceForm).filter { case (x, ys) => ys.lengthCompare(1) > 0 }\n      duplicates.foreach { case (_, duplicateCons) =>\n        val variables = duplicateCons.map(activeParagraphConstituents)\n        ilpSolver.addConsBasicLinear(\"\", variables, Array.fill(variables.length) {\n          1.0\n        },\n          None, Some(params.maxAlignmentToRepeatedWordsInParagraph))\n      }\n\n      \/\/ have at most k active sentence\n      val (_, sentenceVars) = activeSentences.unzip\n      val sentenceVarsCoeffs = Seq.fill(sentenceVars.length)(1.0)\n      ilpSolver.addConsBasicLinear(\"maxActiveParagraphConsVar\", sentenceVars, sentenceVarsCoeffs,\n        Some(0.0), Some(params.maxActiveSentences))\n\n\n      \/\/ intra-sentence alignments\n      \/\/ any sentences (that are at most k-sentences apart; k = 2 for now) can be aligned together.\n      \/*\n\n        val maxIntraSentenceDistance = 2\n        val intraSentenceAlignments = for{\n          beginSentence <- 0 until (pTA.getNumberOfSentences - maxIntraSentenceDistance)\n          offset <- 0 until maxIntraSentenceDistance\n          endSentence = beginSentence + offset\n          x = ilpSolver.createBinaryVar(s\"interSentenceAlignment\/$beginSentence\/$endSentence\", 0.0)\n        } yield (beginSentence, endSentence, x)\n        \/\/ co-reference\n    *\/\n\n\n      \/*\n        require(params.coreferenceWeight>=0, \"params.coreferenceWeight should be positive\")\n        val corefCons = if (pTA.hasView(ViewNames.COREF)) pTA.getView(ViewNames.COREF).getConstituents.asScala else Seq.empty\n        corefCons.groupBy(_.getLabel).foreach{ case (_, cons) =>  \/\/ cons that have the same label are co-refered\n          cons.zipWithIndex.combinations(2).foreach{ consPair =>\n            val x = ilpSolver.createBinaryVar(s\"coredEdgeVariable${consPair.head._2}-${consPair(1)._2}\", params.coreferenceWeight)\n            val x1 = activeParagraphConstituents(consPair.head._1)\n            val x2 = activeParagraphConstituents(consPair(1)._1)\n            ilpSolver.addConsBasicLinear(s\"coreEdgePairCons-${consPair.head._2}\", Seq(x, x1), Seq(1.0, 1.0), None, Some(0.0))\n            ilpSolver.addConsBasicLinear(s\"coreEdgePairCons-${consPair(1)._2}\", Seq(x, x2), Seq(1.0, 1.0), None, Some(0.0))\n          }\n        }\n    *\/\n\n      \/\/ longer than 1 answer penalty\n      activeAnswerOptions.foreach { case (ansIdx, activeAnsVar) =>\n        val ansTokList = aTokens(ansIdx)\n        if (ansTokList.length > 1) {\n          val x = ilpSolver.createBinaryVar(\"longerThanOnePenalty\", params.longerThan1TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanOnePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n        if (ansTokList.length > 2) {\n          val x = ilpSolver.createBinaryVar(\"longerThanTwoPenalty\", params.longerThan2TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanOnePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n        if (ansTokList.length > 3) {\n          val x = ilpSolver.createBinaryVar(\"longerThanThreePenalty\", params.longerThan3TokenAnsPenalty)\n          ilpSolver.addConsBasicLinear(\"longerThanThreePenaltyActiveOnlyWhenOptionIsActive\",\n            Seq(x, activeAnsVar), Seq(-1.0, 1.0), None, Some(0.0))\n        }\n      }\n\n      \/\/ use at least k constituents in the question\n      val (_, questionVars) = activeQuestionConstituents.unzip\n      val questionVarsCoeffs = Seq.fill(questionVars.length)(1.0)\n      ilpSolver.addConsBasicLinear(\"activeQuestionConsVarNum\", questionVars,\n        questionVarsCoeffs, Some(params.minQuestionTermsAligned), Some(params.maxQuestionTermsAligned))\n      ilpSolver.addConsBasicLinear(\"activeQuestionConsVarRatio\", questionVars,\n        questionVarsCoeffs,\n        Some(params.minQuestionTermsAlignedRatio * questionVars.length),\n        Some(params.maxQuestionTermsAlignedRatio * questionVars.length))\n\n      \/\/ if anything comes after \" without \" it should be aligned definitely\n      \/\/ example: What would happen without annealing?\n      if (q.questionText.contains(\" without \")) {\n        if (verbose) println(\" >>> Adding constraint to use the term after `without`\")\n        val withoutTok = qTokens.filter(_.getSurfaceForm == \"without\").head\n        if (verbose) println(\"withoutTok: \" + withoutTok)\n        val after = qTokens.filter(c => c.getStartSpan > withoutTok.getStartSpan).minBy(_.getStartSpan)\n        if (verbose) println(\"after: \" + after)\n        val afterVariableOpt = activeQuestionConstituents.collectFirst { case (c, v) if c == after => v }\n        if (verbose) println(\"afterVariableOpt = \" + afterVariableOpt)\n        afterVariableOpt match {\n          case Some(afterVariable) =>\n            ilpSolver.addConsBasicLinear(\"termAfterWithoutMustBeAligned\", Seq(afterVariable), Seq(1.0), Some(1.0), None)\n          case None => \/\/ do nothing\n        }\n      }\n    }\n\n    \/\/ in this reasoning, we match the frames of the question with the frames of the paragraphs directly\n    if (reasoningTypes.contains(SRLV1ILP)) {\n      val qVerbConstituents = if (qTA.hasView(srlViewName)) qTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val pVerbConstituents = if (pTA.hasView(srlViewName)) pTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val qVerbPredicates = qVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val pVerbPredicates = pVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val qVerbArguments = qVerbConstituents diff qVerbPredicates\n      val pVerbArguments = pVerbConstituents diff pVerbPredicates\n\n      val pVerbPredicateToArgumentMap = pVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val qVerbPredicateToArgumentMap = qVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n\n      \/\/ active question verb-srl constituents\n      val activeQuestionVerbSRLConstituents = qVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeQuestionVerbCons=$idx\", 0.001)\n      }.toMap\n\n      \/\/ active paragraph verb-srl constituents\n      val activeParagraphVerbSRLConstituents = pVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphVerbCons=$idx\", 0.001)\n      }.toMap\n\n      \/\/ constraint: have some constituents used from the question\n      \/\/ ilpSolver.addConsAtLeastK(s\"\", activeQuestionVerbSRLConstituents.values.toSeq, 2.0)\n\n      \/\/ constraint: a predicate from questions should be used\n      ilpSolver.addConsAtLeastK(s\"\", qVerbPredicates.map(activeQuestionVerbSRLConstituents), 1.0)\n\n      \/\/ constraint: a argument from questions should be used\n      ilpSolver.addConsAtLeastK(s\"\", qVerbArguments.map(activeQuestionVerbSRLConstituents), 1.0)\n\n      \/\/ constraint:\n      \/\/ have at most k active srl-verb predicates in the paragraph\n      val predicateVariables = pVerbPredicates.map(activeParagraphVerbSRLConstituents)\n      ilpSolver.addConsAtMostK(s\"\", predicateVariables, 1.0) \/\/ TODO: tune this number\n\n      \/\/ QP alignments: alignment between question verb-srl argument and paragraph verb-srll constituents\n      val argumentAlignments = {\n        for {\n          qVerbC <- qVerbArguments\n          pVerbC <- pVerbArguments\n          score = alignmentFunction.scoreCellQCons(qVerbC.getSurfaceForm, pVerbC.getSurfaceForm)\n          if score >= 0.60 \/\/ TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val qVerbCVar = activeQuestionVerbSRLConstituents(qVerbC)\n          val pVerbCVar = activeParagraphVerbSRLConstituents(pVerbC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint1\", Seq(x, qVerbCVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint2\", Seq(x, pVerbCVar), Seq(1.0, -1.0), None, Some(0.0))\n          (qVerbC, pVerbC, x)\n        }\n      }\n\n      \/\/ QP alignments: alignment between question verb-srl predicates and paragraph verb-srl predicates\n      val predicateAlignments = {\n        for {\n          qVerbC <- qVerbPredicates\n          pVerbC <- pVerbPredicates\n          score = alignmentFunction.scoreCellQCons(qVerbC.getSurfaceForm, pVerbC.getSurfaceForm)\n          if score >= 0.60 \/\/ TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val qVerbCVar = activeQuestionVerbSRLConstituents(qVerbC)\n          val pVerbCVar = activeParagraphVerbSRLConstituents(pVerbC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint1\", Seq(x, qVerbCVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint2\", Seq(x, pVerbCVar), Seq(1.0, -1.0), None, Some(0.0))\n          (qVerbC, pVerbC, x)\n        }\n      }\n\n      def getEdgesConnectedToQuestionCons(c: Constituent): Seq[V] = {\n        predicateAlignments.filter(_._1 == c).map(_._3) ++ argumentAlignments.filter(_._1 == c).map(_._3)\n      }\n\n      \/\/ constrain: if any of the question constituents were active, at least one of their edges should be active too\n      qVerbConstituents.foreach { qVerbC =>\n        val qVerbCVar = activeQuestionVerbSRLConstituents(qVerbC)\n        val connected = getEdgesConnectedToQuestionCons(qVerbC)\n        val weights = 1.0 +: connected.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", qVerbCVar +: connected, weights, None, Some(0.0))\n      }\n\n      \/\/ PA alignments: alignment between paragraph verb-srl arguments and answer options\n      val argumentAnswerAlignments = {\n        for {\n          pVerbC <- pVerbArguments\n          (ansIdx, ansVar) <- activeAnswerOptions\n          score = alignmentFunction.scoreCellCell(pVerbC.getSurfaceForm, q.answers(ansIdx).answerText)\n          if score >= 0.65 \/\/ TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val verbC = activeParagraphVerbSRLConstituents(pVerbC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint1\", Seq(x, verbC), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint2\", Seq(x, verbC), Seq(1.0, -1.0), None, Some(0.0))\n          (pVerbC, ansIdx, 0, x)\n        }\n      }\n\n      \/\/ constraint: predicate should be inactive, unless it has at least two incoming outgoing relations\n      \/\/ pred * 2 <= \\sum arguments\n      val verbSRLEdges = pVerbPredicates.flatMap { pred =>\n        val arguments = pVerbPredicateToArgumentMap(pred)\n        val predVar = activeParagraphVerbSRLConstituents(pred)\n        val argumentVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = argumentVars.map(_ => -1.0)\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 2.0 +: weights, None, Some(0.0))\n\n        \/\/ if predicate is inactive, nothing can be active\n        argumentVars.foreach { v =>\n          ilpSolver.addConsBasicLinear(s\"\", Seq(v, predVar), Seq(1.0, -1.0), None, Some(0.0))\n        }\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 10.0 +: weights, Some(0.0), None)\n\n        \/\/ get variables for SRL edges\n        arguments.map { arg =>\n          val argumentVar = activeParagraphVerbSRLConstituents(arg)\n          \/\/ if both edges are active, visualize an edge\n          val x = ilpSolver.createBinaryVar(\"\", 0.01)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, predVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, argumentVar), Seq(1.0, -1.0), None, Some(0.0))\n          (pred, arg, x)\n        }\n      }\n\n      questionParagraphAlignments ++= argumentAlignments.toBuffer ++ predicateAlignments.toBuffer\n      interParagraphAlignments ++= verbSRLEdges.toBuffer\n\n      \/\/ constraint: the predicate can be active only if at least one of the its connected arguments are active\n      pVerbPredicates.foreach { predicate =>\n        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        val arguments = pVerbPredicateToArgumentMap(predicate)\n        val argumentsVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = arguments.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", argumentsVars :+ predicateVar, weights :+ -1.0, Some(0.0), None)\n      }\n\n      paragraphAnswerAlignments ++= argumentAnswerAlignments.toBuffer\n    }\n\n    if (reasoningTypes.contains(VerbSRLandCommaSRL)) {\n      val commaSRLPredicateabels = Set(\"Attribute\", \"Complementary\", \"Interrupter\", \"Introductory\", \"List\", \"Quotation\", \"Substitute\", \"Locative\")\n\n      val qVerbConstituents = if (qTA.hasView(srlViewName)) qTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val pVerbConstituents = if (pTA.hasView(srlViewName)) pTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      \/\/val qCommaConstituents = if (qTA.hasView(ViewNames.SRL_COMMA)) qTA.getView(ViewNames.SRL_COMMA).getConstituents.asScala else Seq.empty\n      val pCommaConstituents = if (pTA.hasView(ViewNames.SRL_COMMA)) pTA.getView(ViewNames.SRL_COMMA).getConstituents.asScala else Seq.empty\n      val pCommaPredicates = pCommaConstituents.filter(c => commaSRLPredicateabels.contains(c.getLabel))\n      val qVerbPredicates = qVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val pVerbPredicates = pVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val qVerbArguments = qVerbConstituents diff qVerbPredicates\n      val pVerbArguments = pVerbConstituents diff pVerbPredicates\n      val pCommaArguments = pCommaConstituents diff pCommaPredicates\n      val pCommaPredicateToArgumentMap = pCommaConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val pVerbPredicateToArgumentMap = pVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val qVerbPredicateToArgumentMap = qVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n\n\n      \/\/ constraint:\n      \/\/ (1) if any of the constituents in the frame are active, frame should be active\n      \/\/ (2) if the frame is active, at least predicate and and one argument should be active\n      def addConsistencyMapToFrames(predicateToArgumentsMap: Map[Constituent, Seq[Constituent]],\n                                    constituents: Map[Constituent, V],\n                                    frames: Seq[(Constituent, V)]) = {\n        frames.foreach { case (pred, frameVariable) =>\n          val argumentVariables = predicateToArgumentsMap(pred).map(constituents)\n          val predicateVariable = constituents(pred)\n          val allVariables = argumentVariables :+ predicateVariable\n          val allWeights = allVariables.map(_ => 1.0)\n          \/\/if(activeConstaints) {\n          \/\/ if the frame is active, at least one of its elements should be active\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", allVariables :+ frameVariable, allWeights :+ -1.0, Some(0.0), None)\n          allVariables.foreach { x =>\n            \/\/ if any of the variables in the frame are active, the frame should be active\n            ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, frameVariable), Seq(1.0, -1.0), None, Some(0.0))\n          }\n          \/\/}\n        }\n      }\n\n      \/\/ active paragraph comma-srl constituents\n      val activeParagrapCommaSRLConstituents = pCommaConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphCommaCons=$idx\", 0.01)\n      }.toMap\n\n      \/\/ active question verb-srl frames\n      \/\/ for each predicate create a variable\n      \/\/      val activeParagraphCommaSrlFrames = pCommaPredicates.map{ c =>\n      \/\/        \/\/ TODO: tune this weight\n      \/\/        c -> ilpSolver.createBinaryVar(s\"activeQuestionFrame=$c\", 0.1)\n      \/\/      }\n      \/\/\n      \/\/      println(\"activeParagrapCommaSRLConstituents: \" + activeParagrapCommaSRLConstituents.size)\n      \/\/      println(\"activeParagraphCommaSrlFrames: \" + activeParagraphCommaSrlFrames.size)\n      \/\/\n      \/\/      addConsistencyMapToFrames(pCommaPredicateToArgumentMap, activeParagrapCommaSRLConstituents, activeParagraphCommaSrlFrames)\n\n      \/\/ active question verb-srl constituents\n      val activeQuestionVerbSRLConstituents = qVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeQuestionVerbCons=$idx\", 0.01)\n      }.toMap\n      \/\/ active question verb-srl frames\n      \/\/ for each predicate create a variable\n      \/\/      val activeQuestionVerbSrlFrames = qVerbPredicates.map{ c =>\n      \/\/        \/\/ TODO: tune this weight\n      \/\/        c -> ilpSolver.createBinaryVar(s\"activeQuestionFrame=$c\", 0.1)\n      \/\/      }\n      \/\/\n      \/\/      println(\"activeQuestionVerbSRLConstituents: \" + activeQuestionVerbSRLConstituents.size)\n      \/\/      println(\"activeQuestionVerbSrlFrames: \" + activeQuestionVerbSrlFrames.size)\n      \/\/\n      \/\/      addConsistencyMapToFrames(qVerbPredicateToArgumentMap, activeQuestionVerbSRLConstituents, activeQuestionVerbSrlFrames)\n\n      \/\/ active paragraph verb-srl constituents\n      val activeParagraphVerbSRLConstituents = pVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphVerbCons=$idx\", 0.01)\n      }.toMap\n      \/\/ active paragraph verb-srl frames\n      \/\/ for each predicate create a variable\n      \/\/      val activeParagraphVerbSrlFrames = pVerbPredicates.map{ c =>\n      \/\/        \/\/ TODO: tune this weight\n      \/\/        c -> ilpSolver.createBinaryVar(s\"activeQuestionFrame=$c\", 0.1)\n      \/\/      }\n      \/\/\n      \/\/      println(\"activeParagraphVerbSRLConstituents: \" + activeParagraphVerbSRLConstituents.size)\n      \/\/      println(\"activeParagraphVerbSrlFrames: \" + activeParagraphVerbSrlFrames.size)\n      \/\/\n      \/\/      addConsistencyMapToFrames(pVerbPredicateToArgumentMap, activeParagraphVerbSRLConstituents, activeParagraphVerbSrlFrames)\n\n      \/\/ constraint:\n      \/\/ have some constituents used from the question\n      ilpSolver.addConsAtLeastK(s\"\", activeQuestionVerbSRLConstituents.values.toSeq, 1.0)\n\n      \/\/ PP alignments: alignment between paragraph comma-srl argument and paragraph verb-srl argument\n      val pCommaPVerbAlignments = for {\n        verbC <- pVerbArguments\n        commaC <- pCommaArguments\n        score = TextILPSolver.sahandClient.getScore(verbC.getSurfaceForm, commaC.getSurfaceForm, SimilarityNames.phrasesim)\n        if score >= 0.75 \/\/ TODO: tune this\n      }\n        yield {\n          \/\/println(\"\\t\\t\\tPP alignments: verbC: \" + verbC.getSurfaceForm + \" \/ commaC: \" + commaC.getSurfaceForm + \" \/ score: \" + score)\n          val x = ilpSolver.createBinaryVar(\"\", score)\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n          val srlCommaVar = activeParagrapCommaSRLConstituents(commaC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlCommaVar), Seq(1.0, -1.0), None, Some(0.0))\n          (verbC, commaC, x)\n        }\n\n      \/\/ PP: inter-comma alignments\n      \/\/ there is alignmet between arguments of the comma, if both of them are aligned\n      val pCommaArgumentAglinments = for {\n        pCommaPredicate <- pCommaPredicates\n        if pCommaPredicate.getLabel == \"introductory\"\n        arguments = pCommaPredicateToArgumentMap(pCommaPredicate)\n        if arguments.length == 2\n      }\n        yield {\n          assert(arguments.length == 2, s\"the number of arguments connected to comma is ${arguments.length}\")\n          val arg1 = arguments(0)\n          val arg2 = arguments(1)\n          val x = ilpSolver.createBinaryVar(\"\", 0.02) \/\/ TODO: tune this\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val arg1Var = activeParagrapCommaSRLConstituents(arg1)\n          val arg2Var = activeParagrapCommaSRLConstituents(arg2)\n          \/\/if(activeConstaints) {\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, arg1Var), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, arg2Var), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          \/\/}\n          (arg1, arg2, x)\n        }\n\n      \/\/ QP alignments: alignment between question ver-srl argument paragraph comma-srl argument\n      val pCommaQVerbAlignments = {\n        for {\n          verbC <- qVerbArguments\n          commaC <- pCommaArguments\n          score = alignmentFunction.scoreCellQCons(verbC.getSurfaceForm, commaC.getSurfaceForm)\n          if score >= 0.50 \/\/ TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val srlVerbVar = activeQuestionVerbSRLConstituents(verbC)\n          val srlCommaVar = activeParagrapCommaSRLConstituents(commaC)\n          \/\/if (activeConstaints) {\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint1\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint2\", Seq(x, srlCommaVar), Seq(1.0, -1.0), None, Some(0.0))\n          \/\/}\n          (verbC, commaC, x)\n        }\n      }\n\n      \/\/ QP alignments: predicate-predicate\n      val pVerbQVerbAlignments = for {\n        qVerbC <- qVerbPredicates\n        pVerbC <- pVerbPredicates\n        score = TextILPSolver.sahandClient.getScore(pVerbC.getSurfaceForm,\n          qVerbC.getSurfaceForm, SimilarityNames.phrasesim) \/\/alignmentFunction.scoreCellCell(pVerbC.getSurfaceForm, qVerbC.getSurfaceForm)\n        if score >= 0.15 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n        \/\/println(s\"verb alignments: (${pVerbC.getSurfaceForm}, ${qVerbC.getSurfaceForm}) = ${score}\")\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val qVerbVar = activeQuestionVerbSRLConstituents(qVerbC)\n        val pVerbVar = activeParagraphVerbSRLConstituents(pVerbC)\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, qVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, pVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        (qVerbC, pVerbC, x)\n      }\n\n      \/\/ constraint:\n      \/\/ question cons can be active, only if any least one of the edges connected to it is active\n      def getEdgesConnectedToQuestionCons(c: Constituent): Seq[V] = {\n        pVerbQVerbAlignments.filter(_._1 == c).map(_._3) ++ pCommaQVerbAlignments.filter(_._1 == c).map(_._3)\n      }\n\n      activeQuestionVerbSRLConstituents.foreach { case (c, x) =>\n        val edges = getEdgesConnectedToQuestionCons(c)\n        val weights = edges.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", x +: edges, 1.0 +: weights, None, Some(0.0))\n      }\n\n      \/\/ constraint: predicate should be inactive, unless it has at least two incoming outgoing relations\n      \/\/ pred * 2 <= \\sum arguments\n      val verbSRLEdges = pVerbPredicates.flatMap { pred =>\n        val arguments = pVerbPredicateToArgumentMap(pred)\n        val predVar = activeParagraphVerbSRLConstituents(pred)\n        val argumentVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = argumentVars.map(_ => -1.0)\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 2.0 +: weights, None, Some(0.0))\n\n        \/\/ if predicate is inactive, nothing can be active\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 10.0 +: weights, Some(0.0), None)\n\n\n        \/\/ get variables for SRL edgess\n        arguments.map { arg =>\n          val argumentVar = activeParagraphVerbSRLConstituents(arg)\n          \/\/ if both edges are active, visualize an edge\n          val x = ilpSolver.createBinaryVar(\"\", 0.01)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, predVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, argumentVar), Seq(1.0, -1.0), None, Some(0.0))\n          (pred, arg, x)\n        }\n      }\n\n      questionParagraphAlignments ++= pCommaQVerbAlignments.toBuffer ++ pVerbQVerbAlignments.toBuffer\n      interParagraphAlignments ++= pCommaPVerbAlignments.toBuffer ++ pCommaArgumentAglinments.toBuffer ++ verbSRLEdges.toBuffer\n\n      \/\/ constraint: the predicate can be active only if at least one of the its connected arguments are active\n      if (true) {\n        pVerbPredicates.foreach { predicate =>\n          val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n          val arguments = pVerbPredicateToArgumentMap(predicate)\n          val argumentsVars = arguments.map(activeParagraphVerbSRLConstituents)\n          val weights = arguments.map(_ => 1.0)\n          ilpSolver.addConsBasicLinear(s\"\", argumentsVars :+ predicateVar, weights :+ -1.0, Some(0.0), None)\n        }\n      }\n\n      \/\/ PA alignments: alignment between verb-srl argument in paragraph and answer option\n      val ansPVerbAlignments = for {\n        verbC <- pVerbArguments\n        (ansIdx, ansVar) <- activeAnswerOptions\n        score = alignmentFunction.scoreCellCell(verbC.getSurfaceForm, q.answers(ansIdx).answerText)\n        if score >= 0.65 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n        \/\/if(activeConstaints) {\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, ansVar), Seq(1.0, -1.0), None, Some(0.0))\n        \/\/}\n\n        \/\/ constraint: if the argument is active, the predicate in the same frame should be active too.\n        \/\/        val predicate = verbC.getIncomingRelations.get(0).getSource\n        \/\/        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", Seq(srlVerbVar, predicateVar), Seq(1.0, -1.0), None, Some(0.0))\n\n        \/\/ constraint: if the argument is active, one other argument in the same frame should be active too.\n        \/\/        val constituents = pVerbPredicateToArgumentMap(predicate).filter(_ != verbC)\n        \/\/        val constituentVars = constituents.map(activeParagraphVerbSRLConstituents)\n        \/\/        val weights = constituentVars.map(_ => -1.0)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", srlVerbVar +: constituentVars, 1.0 +: weights, None, Some(0.0))\n        (verbC, ansIdx, 0, x)\n      }\n\n      \/\/ constraint: not more than one argument of a frame, should be aligned to answer option:\n      ansPVerbAlignments.groupBy(_._1.getIncomingRelations.get(0).getSource).foreach { case (_, list) =>\n        val variables = list.map(_._4)\n        val weights = variables.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", variables, weights, None, Some(1.0))\n      }\n\n      paragraphAnswerAlignments ++= ansPVerbAlignments.toBuffer\n\n      def getConstituentsConectedToParagraphSRLArg(c: Constituent): Seq[V] = {\n        pCommaPVerbAlignments.filter(_._1 == c).map {\n          _._3\n        } ++ ansPVerbAlignments.filter(_._1 == c).map {\n          _._4\n        }\n      }\n\n      \/\/ constraint: no dangling arguments: i.e. any verb-srl argument in the paragram, should be connected to at least\n      \/\/ one other thing, in addition to its predicate\n      if (true) {\n        pVerbArguments.zipWithIndex.foreach { case (arg, idx) =>\n          val argVar = activeParagraphVerbSRLConstituents(arg)\n          val connected = getConstituentsConectedToParagraphSRLArg(arg)\n          if (connected.nonEmpty) {\n            val weights = connected.map(_ => -1.0)\n            ilpSolver.addConsBasicLinear(s\"\", argVar +: connected, 1.0 +: weights, None, Some(0.0))\n          }\n          else {\n            \/\/ if nothing is connected to it, then it should be inactive\n            ilpSolver.addConsBasicLinear(s\"\", Seq(argVar), Seq(1.0), None, Some(0.0))\n          }\n        }\n      }\n\n      def getConnectedEdgesToParagraphVerbPredicate(pred: Constituent): Seq[V] = {\n        val pVerbQVerbAlignments1 = pVerbQVerbAlignments.filter(_._2 == pred)\n        \/\/val verbSRLEdges1 = verbSRLEdges.filter(_._1 == pred)\n        \/*verbSRLEdges1.map(_._3) ++*\/ pVerbQVerbAlignments1.map(_._3)\n      }\n\n      pVerbPredicates.foreach { p =>\n        \/\/ constraint:\n        \/\/ for each predicate in the paragraph, it should not be active, unless it has at least one verb connected to it from question\n        \/\/ 2 * pVar  <= \\sum edges\n        val edges = getConnectedEdgesToParagraphVerbPredicate(p)\n        val pVar = activeParagraphVerbSRLConstituents(p)\n        val weights = edges.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", pVar +: edges, 1.0 +: weights, None, Some(0.0))\n      }\n    }\n\n    if (reasoningTypes.contains(VerbSRLandPrepSRL)) {\n      val qVerbConstituents = if (qTA.hasView(srlViewName)) qTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val pVerbConstituents = if (pTA.hasView(srlViewName)) pTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val pPrepConstituents = if (pTA.hasView(ViewNames.SRL_PREP)) pTA.getView(ViewNames.SRL_PREP).getConstituents.asScala else Seq.empty\n      val pPrepPredicates = if (pTA.hasView(ViewNames.SRL_PREP)) pTA.getView(ViewNames.SRL_PREP).asInstanceOf[PredicateArgumentView].getPredicates.asScala else Seq.empty\n      val qVerbPredicates = qVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val pVerbPredicates = pVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val qVerbArguments = qVerbConstituents diff qVerbPredicates\n      val pVerbArguments = pVerbConstituents diff pVerbPredicates\n      val pPrepArguments = pPrepConstituents diff pPrepPredicates\n\n      val pPrepPredicateToArgumentMap = pPrepPredicates.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val pVerbPredicateToArgumentMap = pVerbPredicates.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val qVerbPredicateToArgumentMap = qVerbPredicates.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n\n      \/\/ active paragraph prep-srl constituents\n      val activeParagraphPrepSRLConstituents = pPrepConstituents.zipWithIndex.map { case (c, idx) =>\n        c -> ilpSolver.createBinaryVar(s\"\", 0.01) \/\/TODO: tune this weight\n      }.toMap\n\n      \/\/ active question verb-srl constituents\n      val activeQuestionVerbSRLConstituents = qVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        c -> ilpSolver.createBinaryVar(s\"activeQuestionVerbCons=$idx\", 0.01) \/\/TODO: tune this weight\n      }.toMap\n\n      \/\/ active verb-srl frames in the question\n      val activeQuestionVerbSRLFrames = qVerbPredicates.zipWithIndex.map { case (c, idx) =>\n        c -> ilpSolver.createBinaryVar(s\"\", 0.05) \/\/TODO: tune this weight\n      }.toMap\n\n      \/\/ active paragraph verb-srl constituents\n      val activeParagraphVerbSRLConstituents = pVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphVerbCons=$idx\", 0.01) \/\/TODO: tune this weight\n      }.toMap\n\n\n      \/\/ constraint: if any of the constituents in the frame are active, the frame should be active\n      qVerbPredicates.foreach { c =>\n        val args = qVerbPredicateToArgumentMap(c)\n        val vars = (c +: args).map(activeQuestionVerbSRLConstituents)\n        val weights = vars.map(_ => -1.0)\n        val activeFrameVar = activeQuestionVerbSRLFrames(c)\n        ilpSolver.addConsBasicLinear(s\"\", activeFrameVar +: vars, 1.0 +: weights, None, Some(0.0))\n      }\n\n      \/\/ constraint: use at most two active frames in the question\n      ilpSolver.addConsAtMostK(s\"\", activeQuestionVerbSRLFrames.unzip._2.toList, 2.0)\n\n      val qVerbArgumentVars = qVerbArguments.map(activeQuestionVerbSRLConstituents)\n      \/\/ constraint: use at least 1 verb-srl argument of the question\n      ilpSolver.addConsAtLeastK(s\"\", qVerbArgumentVars, 1.0)\n\n      \/\/ constraint: use at most 3 verb-srl argument of the question\n      ilpSolver.addConsAtMostK(s\"\", qVerbArgumentVars, 3.0)\n\n      \/\/ constraint: use at most 1 verb-srl arguments of each frame\n      qVerbPredicateToArgumentMap.foreach { case (_, args) =>\n        ilpSolver.addConsAtMostK(s\"\", args.map(activeQuestionVerbSRLConstituents), 1.0)\n      }\n\n      \/\/ PP alignments: alignment between paragraph prep-srl argument and paragraph verb-srl argument\n      val pPrepVerbAlignments = for {\n        verbC <- pVerbArguments\n        prepC <- pPrepArguments\n        score = TextILPSolver.sahandClient.getScore(verbC.getSurfaceForm, prepC.getSurfaceForm, SimilarityNames.phrasesim)\n        if score >= 0.7 \/\/ TODO: tune this\n      }\n        yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n          val srlPrepVar = activeParagraphPrepSRLConstituents(prepC)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, srlPrepVar), Seq(1.0, -1.0), None, Some(0.0))\n          (verbC, prepC, x)\n        }\n\n      \/\/ constraint: in prep-srl frames, both arguments have to have other incoming edges.\n      def edgesConnectedToPrepSRLArguments(c: Constituent): Seq[V] = {\n        pPrepVerbAlignments.filter(_._2 == c).map(_._3)\n      }\n\n      pPrepArguments.foreach { c =>\n        val srlPrepVar = activeParagraphPrepSRLConstituents(c)\n        val vars = edgesConnectedToPrepSRLArguments(c)\n        val weights = vars.map(_ => -1.0)\n        \/\/ if all vars are inactive, prep-srl-var should be inactive\n        ilpSolver.addConsBasicLinear(s\"\", vars :+ srlPrepVar, weights :+ 1.0, None, Some(0.0))\n      }\n\n      \/\/ constraint: no loop allowed: loop of a verb-srl arg connected to two prep-srl args of the same frame\n      pPrepVerbAlignments.groupBy { case (verbC, prepC, _) =>\n        (prepC.getIncomingRelations.asScala.head.getSource, verbC)\n      }.foreach { case (_, seq) =>\n        val (verbCCons, prepCons, vars) = seq.unzip3\n        require(verbCCons.distinct.size == 1)\n        ilpSolver.addConsBasicLinear(s\"\", vars, vars.map(_ => 1.0), None, Some(1.0))\n      }\n\n      \/\/ PP: inter-prep alignments\n      \/\/ alignments from prep-srl-predicates to prep-srl-arguments\n      val pPrepArgumentAlignments = for {\n        pPrepPredicate <- pPrepPredicates\n        pVar = activeParagraphPrepSRLConstituents(pPrepPredicate)\n        arguments = pPrepPredicateToArgumentMap(pPrepPredicate)\n        arg <- arguments\n        argVar = activeParagraphPrepSRLConstituents(arg)\n      }\n        yield {\n          val x = ilpSolver.createBinaryVar(\"\", 0.02) \/\/TODO: tune this\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, argVar), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, pVar), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          \/\/ constraint: predicate can be active only if at leats one of its argument is active\n          (pPrepPredicate, arg, x)\n        }\n\n      \/\/ constraint: use exactly one prep-srl predicate\n      val predicateVars = pPrepPredicates.map(activeParagraphPrepSRLConstituents)\n      val weights = predicateVars.map(_ => 1.0)\n      ilpSolver.addConsBasicLinear(s\"\", predicateVars, weights, Some(1.0), Some(1.0))\n\n      \/\/ constraint: use exactly one verb-srl predicate\n      val predicateVars2 = pVerbPredicates.map(activeParagraphVerbSRLConstituents)\n      val weights2 = predicateVars2.map(_ => 1.0)\n      ilpSolver.addConsBasicLinear(s\"\", predicateVars2, weights2, Some(1.0), Some(2.0))\n\n      \/\/ constraint: predicate can be active only if at least one of its argument is active\n      \/\/      pPrepPredicates.foreach{ pPrepPredicate =>\n      \/\/        val pVar = activeParagraphPrepSRLConstituents(pPrepPredicate)\n      \/\/        val arguments = pPrepPredicateToArgumentMap(pPrepPredicate)\n      \/\/        val argVars = arguments.map(activeParagraphPrepSRLConstituents)\n      \/\/        val weights = argVars.map(_ => -1.0)\n      \/\/        ilpSolver.addConsBasicLinear(s\"\", pVar +: argVars, 1.0 +: weights, None, Some(0.0))\n      \/\/      }\n\n      \/\/ QP alignments: alignment between question verb-srl argument paragraph verb-srl argument\n      val pVerbQVerbAlignments = {\n        for {\n          qVerbC <- qVerbArguments\n          pVerbC <- pVerbArguments\n          score = alignmentFunction.scoreCellCell(qVerbC.getSurfaceForm, pVerbC.getSurfaceForm)\n          if score >= 0.60 \/\/ TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val qSrlVerbVar = activeQuestionVerbSRLConstituents(qVerbC)\n          val pSrlVerbVar = activeParagraphVerbSRLConstituents(pVerbC)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, qSrlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, pSrlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          (qVerbC, pVerbC, x)\n        }\n      }\n\n      \/\/ each verb-srl argument in the question can have eat most 1 outgoing edges\n      pVerbQVerbAlignments.groupBy(_._1).foreach { case (_, seq) =>\n        val edges = seq.unzip3._3\n        ilpSolver.addConsAtMostK(\"\", edges, 1)\n      }\n\n      \/\/ QP alignments: predicate-predicate\n      val pVerbQVerbPredicateAlignments = for {\n        qVerbC <- qVerbPredicates\n        if !TextILPSolver.toBeVerbs.contains(qVerbC.getSurfaceForm)\n        pVerbC <- pVerbPredicates\n        score = TextILPSolver.sahandClient.getScore(pVerbC.getSurfaceForm, qVerbC.getSurfaceForm, SimilarityNames.phrasesim)\n        if score >= 0.50 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val qVerbVar = activeQuestionVerbSRLConstituents(qVerbC)\n        val pVerbVar = activeParagraphVerbSRLConstituents(pVerbC)\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, qVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, pVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        (qVerbC, pVerbC, x)\n      }\n\n      \/\/ constraint: question constituents can be active only if any of at least one of their QP edges are active\n      def getEdgesForQuestionCons(c: Constituent): Seq[V] = {\n        pVerbQVerbPredicateAlignments.filter(_._1 == c).map(_._3) ++ pVerbQVerbAlignments.filter(_._1 == c).map(_._3)\n      }\n\n      activeQuestionVerbSRLConstituents.foreach { case (c, x) =>\n        val edges = getEdgesForQuestionCons(c)\n        val weights = edges.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", x +: edges, 1.0 +: weights, None, Some(0.0))\n      }\n\n      \/\/ constraint: predicate should be inactive, unless it has at least two incoming outgoing relations\n      \/\/ pred * 2 <= \\sum arguments\n      val verbSRLEdges = pVerbPredicates.flatMap { pred =>\n        val arguments = pVerbPredicateToArgumentMap(pred)\n        val predVar = activeParagraphVerbSRLConstituents(pred)\n        val argumentVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = argumentVars.map(_ => -1.0)\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 2.0 +: weights, None, Some(0.0))\n\n        \/\/ if predicate is inactive, nothing can be active\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 10.0 +: weights, Some(0.0), None)\n\n        \/\/ get variables for SRL edges\n        arguments.map { arg =>\n          val argumentVar = activeParagraphVerbSRLConstituents(arg)\n          \/\/ if both edges are active, visualize an edge\n          val x = ilpSolver.createBinaryVar(\"\", 0.2)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, predVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, argumentVar), Seq(1.0, -1.0), None, Some(0.0))\n          (pred, arg, x)\n        }\n      }\n\n      questionParagraphAlignments ++= pVerbQVerbAlignments.toBuffer ++ pVerbQVerbPredicateAlignments.toBuffer\n      interParagraphAlignments ++= pPrepVerbAlignments.toBuffer ++ pPrepArgumentAlignments.toBuffer ++ verbSRLEdges.toBuffer\n\n      \/\/ constraint: the predicate can be active only if at least one of the its connected arguments are active\n      pVerbPredicates.foreach { predicate =>\n        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        val arguments = pVerbPredicateToArgumentMap(predicate)\n        val argumentsVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = arguments.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", argumentsVars :+ predicateVar, weights :+ -1.0, Some(0.0), None)\n      }\n\n      \/\/ PA alignments: alignment between verb-srl argument in paragraph and answer option\n      val ansPVerbAlignments = for {\n        verbC <- pVerbArguments\n        (ansIdx, ansVar) <- activeAnswerOptions\n        score = alignmentFunction.scoreCellCell(verbC.getSurfaceForm, q.answers(ansIdx).answerText)\n        if score >= 0.70 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, ansVar), Seq(1.0, -1.0), None, Some(0.0))\n\n        \/\/ constraint: if the argument is active, the predicate in the same frame should be active too.\n        \/\/        val predicate = verbC.getIncomingRelations.get(0).getSource\n        \/\/        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", Seq(srlVerbVar, predicateVar), Seq(1.0, -1.0), None, Some(0.0))\n\n        \/\/ constraint: if the argument is active, one other argument in the same frame should be active too.\n        \/\/        val constituents = pVerbPredicateToArgumentMap(predicate).filter(_ != verbC)\n        \/\/        val constituentVars = constituents.map(activeParagraphVerbSRLConstituents)\n        \/\/        val weights = constituentVars.map(_ => -1.0)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", srlVerbVar +: constituentVars, 1.0 +: weights, None, Some(0.0))\n        (verbC, ansIdx, 0, x)\n      }\n\n      \/\/ constraint: not more than one argument of a frame, should be aligned to answer option:\n      ansPVerbAlignments.groupBy(_._1.getIncomingRelations.get(0).getSource).foreach { case (_, list) =>\n        val variables = list.map(_._4)\n        val weights = variables.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", variables, weights, None, Some(1.0))\n      }\n\n      paragraphAnswerAlignments ++= ansPVerbAlignments.toBuffer\n\n      \/\/ constraint: all verb-srl arguments in the paragraphs should have at least two connections.\n      def getEdgesConnectedToVerbSRLArguments(c: Constituent): Seq[V] = {\n        ansPVerbAlignments.filter(_._1 == c).map(_._4) ++ pVerbQVerbAlignments.filter(_._2 == c).map(_._3) ++ pPrepVerbAlignments.filter(_._1 == c).map(_._3)\n      }\n\n      pVerbArguments.foreach { arg =>\n        val pVerbArgVar = activeParagraphVerbSRLConstituents(arg)\n        val vars = getEdgesConnectedToVerbSRLArguments(arg)\n        if (vars.size >= 2) {\n          val weights = vars.map(_ => -1.0)\n          ilpSolver.addConsBasicLinear(s\"\", pVerbArgVar +: vars, 2.0 +: weights, None, Some(0.0))\n        }\n        else {\n          \/\/ if nothing is connected to it, then it should be inactive\n          ilpSolver.addConsBasicLinear(s\"\", Seq(pVerbArgVar), Seq(1.0), None, Some(0.0))\n        }\n      }\n\n      \/\/ constraint: no dangling arguments: i.e. any verb-srl argument in the paragraph, should be connected to at least\n      \/\/ one other thing, in addition to its predicate\n      def getConstituentsConectedToParagraphSRLArg(c: Constituent): Seq[V] = {\n        pPrepVerbAlignments.filter(_._1 == c).map {\n          _._3\n        } ++ ansPVerbAlignments.filter(_._1 == c).map {\n          _._4\n        }\n      }\n\n      pVerbArguments.zipWithIndex.foreach { case (arg, idx) =>\n        val argVar = activeParagraphVerbSRLConstituents(arg)\n        val connected = getConstituentsConectedToParagraphSRLArg(arg)\n        if (connected.nonEmpty) {\n          val weights = connected.map(_ => -1.0)\n          ilpSolver.addConsBasicLinear(s\"\", argVar +: connected, 1.0 +: weights, None, Some(0.0))\n        }\n        else {\n          \/\/ if nothing is connected to it, then it should be inactive\n          ilpSolver.addConsBasicLinear(s\"\", Seq(argVar), Seq(1.0), None, Some(0.0))\n        }\n      }\n\n      \/\/ constraint: verb-srl predicates, if active, have to be connected to at least two things\n      def getEdgesConnectedToVerbSRLPredicates(c: Constituent): Seq[V] = {\n        verbSRLEdges.filter(_._1 == c).map(_._3) ++ pVerbQVerbPredicateAlignments.filter(_._2 == c).map(_._3)\n      }\n\n      pVerbPredicates.zipWithIndex.foreach { case (arg, idx) =>\n        val argVar = activeParagraphVerbSRLConstituents(arg)\n        val connected = getEdgesConnectedToVerbSRLPredicates(arg)\n        if (connected.size >= 2) {\n          val weights = connected.map(_ => -1.0)\n          ilpSolver.addConsBasicLinear(s\"\", argVar +: connected, 2.0 +: weights, None, Some(0.0))\n        }\n        else {\n          \/\/ if nothing is connected to it, then it should be inactive\n          ilpSolver.addConsBasicLinear(s\"\", Seq(argVar), Seq(1.0), None, Some(0.0))\n        }\n      }\n\n      \/*\n            def getConnectedEdgesToParagraphVerbPredicate(pred: Constituent): Seq[V] = {\n              val pVerbQVerbAlignments1 = pVerbQVerbAlignments.filter(_._2 == pred)\n              \/\/val verbSRLEdges1 = verbSRLEdges.filter(_._1 == pred)\n              \/*verbSRLEdges1.map(_._3) ++*\/ pVerbQVerbAlignments1.map(_._3)\n            }\n      *\/\n\n      \/*      pVerbPredicates.foreach{ p =>\n              \/\/ constraint:\n              \/\/ for each predicate in the paragraph, it should not be active, unless it has at least one verb connected to it from question\n              \/\/ 2 * pVar  <= \\sum edges\n              val edges = getConnectedEdgesToParagraphVerbPredicate(p)\n              val pVar = activeParagraphVerbSRLConstituents(p)\n              val weights = edges.map(_ => -1.0)\n              ilpSolver.addConsBasicLinear(s\"\", pVar +: edges, 1.0 +: weights, None, Some(0.0))\n            }*\/\n\n    }\n\n    if (reasoningTypes.contains(VerbSRLandCoref)) {\n      val qVerbViewOpt = if (qTA.hasView(srlViewName)) Some(qTA.getView(srlViewName)) else None\n      val qVerbConstituents = if (qVerbViewOpt.isDefined) qVerbViewOpt.get.getConstituents.asScala else Seq.empty\n      val pVerbConstituents = if (pTA.hasView(srlViewName)) pTA.getView(srlViewName).getConstituents.asScala else Seq.empty\n      val qVerbPredicates = qVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val pVerbPredicates = pVerbConstituents.filter(_.getLabel == \"Predicate\")\n      val qVerbArguments = qVerbConstituents diff qVerbPredicates\n      val pVerbArguments = pVerbConstituents diff pVerbPredicates\n      val pCorefConstituents = if (pTA.hasView(TextILPSolver.stanfordCorefViewName)) pTA.getView(TextILPSolver.stanfordCorefViewName).getConstituents.asScala else Seq.empty\n      val pCorefConstituentGroups = pCorefConstituents.groupBy(_.getLabel)\n\n      val pVerbPredicateToArgumentMap = pVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n      val qVerbPredicateToArgumentMap = qVerbConstituents.map(c => c -> c.getOutgoingRelations.asScala.map(_.getTarget)).toMap\n\n      \/\/ active paragraph comma-srl constituents\n      val activeParagraphCorefConstituents = pCorefConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphCorefCons=$idx\", 0.001)\n      }.toMap\n\n      \/\/ active question verb-srl constituents\n      val activeQuestionVerbSRLConstituents = qVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeQuestionVerbCons=$idx\", 0.001)\n      }.toMap\n\n      \/\/ active paragraph verb-srl constituents\n      val activeParagraphVerbSRLConstituents = pVerbConstituents.zipWithIndex.map { case (c, idx) =>\n        \/\/ TODO: tune this weight\n        c -> ilpSolver.createBinaryVar(s\"activeParagraphVerbCons=$idx\", 0.001)\n      }.toMap\n\n      val activeCorefChains = pCorefConstituentGroups.keySet.map { key =>\n        val x = ilpSolver.createBinaryVar(s\"\", -0.0001)\n        \/\/ constraint: if a coref cons is active, then the chain must be active\n        val consInChain = pCorefConstituentGroups(key)\n        val consVars = consInChain.map(activeParagraphCorefConstituents)\n        consVars.foreach { cVar =>\n          ilpSolver.addConsBasicLinear(s\"\", Seq(cVar, x), Seq(1.0, -1.0), None, Some(0.0))\n        }\n        \/\/ constraint: if the coref chain is active, at least one of the constituents that belong to that chain should be active\n        ilpSolver.addConsBasicLinear(s\"\", x +: consVars, 1.0 +: consVars.map(_ => -1.0), None, Some(0.0))\n        key -> x\n      }.toMap\n\n      \/*\n      \/\/ find index of \"if\" and then find the first NP after that.\n      val selectedCons = if(qVerbViewOpt.isDefined && qTA.text.contains(\" if \")) {\n        val patternOpt = qTA.getView(ViewNames.SHALLOW_PARSE).getConstituents.asScala.sliding(2).find{ list =>\n          val c1 = list(0)\n          val c2 = list(1)\n          c1.getSurfaceForm == \"if\" && (c2.getLabel == \"NP\" || c2.getLabel == \"VP\")\n        }\n        if(patternOpt.isDefined) {\n          val c1 = patternOpt.get(1)\n          val c0 = patternOpt.get(0)\n          qVerbViewOpt.get.\n            getConstituentsOverlappingCharSpan(c1.getStartCharOffset, c1.getEndCharOffset).asScala.\n            filter{ _.getStartSpan >= c0.getEndSpan }\n        }\n        else {\n          Seq.empty\n        }\n      }\n      else {\n        Seq.empty\n      }\n\n      println(\"Selected: \" + selectedCons)\n\n      \/\/ if at least one cons is selected, at least k of these should\n      if(selectedCons.nonEmpty) {\n        val selectedVars = selectedCons.map(activeQuestionVerbSRLConstituents)\n        ilpSolver.addConsAtLeastOne(s\"\", selectedVars) \/\/TODO: tune this\n      }\n      *\/\n\n      \/\/ constraint: have at most 1 coref chain\n      ilpSolver.addConsAtMostK(s\"\", activeCorefChains.values.toSeq, 2) \/\/TODO: tune this\n\n      \/\/ constrain: have at least one coref constituents\n      ilpSolver.addConsAtLeastOne(s\"\", activeParagraphCorefConstituents.values.toSeq) \/\/TODO: tune this\n\n      \/\/ constraint: have some constituents used from the question\n      ilpSolver.addConsAtLeastK(s\"\", activeQuestionVerbSRLConstituents.values.toSeq, 2.0)\n\n      \/\/ constraint: have at most k active srl-verb predicates in the paragraph\n      val predicateVariables = pVerbPredicates.map(activeParagraphVerbSRLConstituents)\n      ilpSolver.addConsAtMostK(s\"\", predicateVariables, 1.0) \/\/ TODO: tune this number\n\n      \/\/ PP alignments: alignment between paragraph coref cons and paragraph verb-srl argument\n      val pCorefConsPVerbAlignments = for {\n        verbC <- pVerbArguments\n        corefC <- pCorefConstituents\n        score = TextILPSolver.sahandClient.getScore(verbC.getSurfaceForm, corefC.getSurfaceForm, SimilarityNames.phrasesim)\n        if score >= 0.75 \/\/ TODO: tune this\n      }\n        yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n          val corefVar = activeParagraphCorefConstituents(corefC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, corefVar), Seq(1.0, -1.0), None, Some(0.0))\n          (verbC, corefC, x)\n        }\n\n      \/\/ PP: coref alignments\n      \/\/ there is alignment between coref constituents that are in the same cluster\n      val pCorefArgumentAlignments = for {\n        chainIdx <- pCorefConstituentGroups.keySet\n        consInChain = pCorefConstituentGroups(chainIdx)\n        subsetsOfSize2 = consInChain.combinations(2)\n        pair <- subsetsOfSize2\n        corefCons1 = pair(0)\n        corefCons2 = pair(1)\n      }\n        yield {\n          val x = ilpSolver.createBinaryVar(\"\", 0.02)\n          \/\/ TODO: tune this\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val arg1Var = activeParagraphCorefConstituents(corefCons1)\n          val arg2Var = activeParagraphCorefConstituents(corefCons2)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, arg1Var), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, arg2Var), Seq(1.0, -1.0), Some(0.0), Some(0.0))\n          (corefCons1, corefCons2, x)\n        }\n\n      \/\/ if the coref constituent is active, at least one of the edges connected to it should be active\n      def getEdgesConnectedToCons(c: Constituent): Set[V] = {\n        pCorefArgumentAlignments.filter(_._1 == c).map(_._3) ++\n          pCorefArgumentAlignments.filter(_._2 == c).map(_._3) ++\n          pCorefConsPVerbAlignments.filter(_._2 == c).map(_._3)\n      }\n\n      activeParagraphCorefConstituents.foreach { case (c, x) =>\n        val edgeVars = getEdgesConnectedToCons(c).toSeq\n        ilpSolver.addConsBasicLinear(\"\", x +: edgeVars, 1.0 +: edgeVars.map(_ => -1.0), None, Some(0.0))\n      }\n\n      \/\/ QP alignments: alignment between question verb-srl argument paragraph coref constituents\n      val pCorefConsQVerbAlignments = {\n        for {\n          verbC <- qVerbArguments\n          corefC <- pCorefConstituents\n          score = alignmentFunction.scoreCellQCons(verbC.getSurfaceForm, corefC.getSurfaceForm)\n          if score >= 0.60 \/\/TODO: tune this\n        } yield {\n          val x = ilpSolver.createBinaryVar(\"\", score)\n          \/\/ constraint: if pairwise variable is active, the two end should be active too.\n          val srlVerbVar = activeQuestionVerbSRLConstituents(verbC)\n          val corefVar = activeParagraphCorefConstituents(corefC)\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint1\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"activeFrameConstraint2\", Seq(x, corefVar), Seq(1.0, -1.0), None, Some(0.0))\n          (verbC, corefC, x)\n        }\n      }\n\n      \/\/ QP alignments: predicate-predicate\n      val pVerbQVerbAlignments = for {\n        qVerbC <- qVerbPredicates\n        pVerbC <- pVerbPredicates\n        score = TextILPSolver.sahandClient.getScore(pVerbC.getSurfaceForm,\n          qVerbC.getSurfaceForm, SimilarityNames.phrasesim)\n        \/\/alignmentFunction.scoreCellCell(pVerbC.getSurfaceForm, qVerbC.getSurfaceForm)\n        if score >= 0.4 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val qVerbVar = activeQuestionVerbSRLConstituents(qVerbC)\n        val pVerbVar = activeParagraphVerbSRLConstituents(pVerbC)\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, qVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"\", Seq(x, pVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        (qVerbC, pVerbC, x)\n      }\n\n      \/\/ constraint: question cons can be active, only if any least one of the edges connected to it is active\n      def getEdgesConnectedToQuestionCons(c: Constituent): Seq[V] = {\n        pVerbQVerbAlignments.filter(_._1 == c).map(_._3) ++ pCorefConsQVerbAlignments.filter(_._1 == c).map(_._3)\n      }\n\n      activeQuestionVerbSRLConstituents.foreach { case (c, x) =>\n        val edges = getEdgesConnectedToQuestionCons(c)\n        val weights = edges.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", x +: edges, 1.0 +: weights, None, Some(0.0))\n      }\n\n      \/\/ constraint: predicate should be inactive, unless it has at least two incoming outgoing relations\n      \/\/ pred * 2 <= \\sum arguments\n      val verbSRLEdges = pVerbPredicates.flatMap { pred =>\n        val arguments = pVerbPredicateToArgumentMap(pred)\n        val predVar = activeParagraphVerbSRLConstituents(pred)\n        val argumentVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = argumentVars.map(_ => -1.0)\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 2.0 +: weights, None, Some(0.0))\n\n        \/\/ if predicate is inactive, nothing can be active\n        argumentVars.foreach { v =>\n          ilpSolver.addConsBasicLinear(s\"\", Seq(v, predVar), Seq(1.0, -1.0), None, Some(0.0))\n        }\n        \/\/ilpSolver.addConsBasicLinear(s\"\", predVar +: argumentVars, 10.0 +: weights, Some(0.0), None)\n\n        \/\/ get variables for SRL edges\n        arguments.map { arg =>\n          val argumentVar = activeParagraphVerbSRLConstituents(arg)\n          \/\/ if both edges are active, visualize an edge\n          val x = ilpSolver.createBinaryVar(\"\", 0.01)\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, predVar), Seq(1.0, -1.0), None, Some(0.0))\n          ilpSolver.addConsBasicLinear(s\"\", Seq(x, argumentVar), Seq(1.0, -1.0), None, Some(0.0))\n          (pred, arg, x)\n        }\n      }\n\n      questionParagraphAlignments ++= pCorefConsQVerbAlignments.toBuffer ++ pVerbQVerbAlignments.toBuffer\n      interParagraphAlignments ++= pCorefConsPVerbAlignments.toBuffer ++ pCorefArgumentAlignments.toBuffer ++ verbSRLEdges.toBuffer\n\n      \/\/ constraint: the predicate can be active only if at least one of the its connected arguments are active\n      pVerbPredicates.foreach { predicate =>\n        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        val arguments = pVerbPredicateToArgumentMap(predicate)\n        val argumentsVars = arguments.map(activeParagraphVerbSRLConstituents)\n        val weights = arguments.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", argumentsVars :+ predicateVar, weights :+ -1.0, Some(0.0), None)\n      }\n\n      \/\/ PA alignments: alignment between verb-srl argument in paragraph and answer option\n      val ansPVerbAlignments = for {\n        verbC <- pVerbArguments\n        (ansIdx, ansVar) <- activeAnswerOptions\n        score = alignmentFunction.scoreCellCell(verbC.getSurfaceForm, q.answers(ansIdx).answerText)\n        if score >= 0.65 \/\/ TODO: tune this\n      } yield {\n        val x = ilpSolver.createBinaryVar(\"\", score)\n\n        \/\/ constraint: if pairwise variable is active, the two end should be active too.\n        val srlVerbVar = activeParagraphVerbSRLConstituents(verbC)\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, srlVerbVar), Seq(1.0, -1.0), None, Some(0.0))\n        ilpSolver.addConsBasicLinear(s\"activeFrameConstraint\", Seq(x, ansVar), Seq(1.0, -1.0), None, Some(0.0))\n\n        \/\/ constraint: if the argument is active, the predicate in the same frame should be active too.\n        \/\/        val predicate = verbC.getIncomingRelations.get(0).getSource\n        \/\/        val predicateVar = activeParagraphVerbSRLConstituents(predicate)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", Seq(srlVerbVar, predicateVar), Seq(1.0, -1.0), None, Some(0.0))\n\n        \/\/ constraint: if the argument is active, one other argument in the same frame should be active too.\n        \/\/        val constituents = pVerbPredicateToArgumentMap(predicate).filter(_ != verbC)\n        \/\/        val constituentVars = constituents.map(activeParagraphVerbSRLConstituents)\n        \/\/        val weights = constituentVars.map(_ => -1.0)\n        \/\/        ilpSolver.addConsBasicLinear(s\"\", srlVerbVar +: constituentVars, 1.0 +: weights, None, Some(0.0))\n        (verbC, ansIdx, 0, x)\n      }\n\n      \/\/ constraint: not more than one argument of a frame, should be aligned to answer option:\n      ansPVerbAlignments.groupBy(_._1.getIncomingRelations.get(0).getSource).foreach { case (_, list) =>\n        val variables = list.map(_._4)\n        val weights = variables.map(_ => 1.0)\n        ilpSolver.addConsBasicLinear(s\"\", variables, weights, None, Some(1.0))\n      }\n\n      paragraphAnswerAlignments ++= ansPVerbAlignments.toBuffer\n\n      def getConstituentsConectedToParagraphSRLArg(c: Constituent): Seq[V] = {\n        pCorefConsPVerbAlignments.filter(_._1 == c).map {\n          _._3\n        } ++ ansPVerbAlignments.filter(_._1 == c).map {\n          _._4\n        }\n      }\n\n      \/\/ constraint: no dangling arguments: i.e. any verb-srl argument in the paragram, should be connected to at least\n      \/\/ one other thing, in addition to its predicate\n      pVerbArguments.zipWithIndex.foreach { case (arg, idx) =>\n        val argVar = activeParagraphVerbSRLConstituents(arg)\n        val connected = getConstituentsConectedToParagraphSRLArg(arg)\n        if (connected.nonEmpty) {\n          val weights = connected.map(_ => -1.0)\n          ilpSolver.addConsBasicLinear(s\"\", argVar +: connected, 1.0 +: weights, None, Some(0.0))\n        }\n        else {\n          \/\/ if nothing is connected to it, then it should be inactive\n          ilpSolver.addConsBasicLinear(s\"\", Seq(argVar), Seq(1.0), None, Some(0.0))\n        }\n      }\n\n      def getConnectedEdgesToParagraphVerbPredicate(pred: Constituent): Seq[V] = {\n        val pVerbQVerbAlignments1 = pVerbQVerbAlignments.filter(_._2 == pred)\n        \/\/val verbSRLEdges1 = verbSRLEdges.filter(_._1 == pred)\n        \/\/println(\"pVErbAlignments1: \" + pVerbQVerbAlignments1)\n        \/\/println(\"verbSRLEdges1: \" + verbSRLEdges1)\n        \/*verbSRLEdges1.map(_._3) ++*\/ pVerbQVerbAlignments1.map(_._3)\n      }\n\n      pVerbPredicates.foreach { p =>\n        \/\/ constraint:\n        \/\/ for each predicate in the paragraph, it should not be active, unless it has at least one verb connected to it from question\n        \/\/ 2 * pVar  <= \\sum edges\n        val edges = getConnectedEdgesToParagraphVerbPredicate(p)\n        val pVar = activeParagraphVerbSRLConstituents(p)\n        val weights = edges.map(_ => -1.0)\n        ilpSolver.addConsBasicLinear(s\"\", pVar +: edges, 1.0 +: weights, None, Some(0.0))\n      }\n\n      \/\/ no dangling coref cons\n      def getConnectedEdgesToPCorefCons(corefC: Constituent): Seq[V] = {\n        pCorefConsPVerbAlignments.filter(_._2 == corefC).map(_._3)\n      }\n\n      pCorefConstituents.foreach { c =>\n        val connected = getConnectedEdgesToPCorefCons(c)\n        val weights = connected.map(_ => -1.0)\n        \/\/ it is active, only if something connected to it is also active\n        val cVar = activeParagraphCorefConstituents(c)\n        ilpSolver.addConsBasicLinear(s\"\", cVar +: connected, 1.0 +: weights, None, Some(0.0))\n      }\n    }\n\n    \/\/ constraint: answer option must be active if anything connected to it is active\n    activeAnswerOptions.foreach {\n      case (ansIdx, x) =>\n        val connectedVariables = getVariablesConnectedToOption(ansIdx)\n        val allVars = connectedVariables :+ x\n        val coeffs = Seq.fill(connectedVariables.length)(-1.0) :+ 1.0\n        ilpSolver.addConsBasicLinear(\"activeOptionVarImplesOneActiveConnectedEdge\", allVars, coeffs, None, Some(0.0))\n        connectedVariables.foreach { connectedVar =>\n          val vars = Seq(connectedVar, x)\n          val coeffs = Seq(1.0, -1.0)\n          ilpSolver.addConsBasicLinear(\"activeConnectedEdgeImpliesOneAnswerOption\", vars, coeffs, None, Some(0.0))\n        }\n    }\n\n    \/\/ constraint: alignment to only one option, i.e. there must be only one single active option\n    if (activeAnswerOptions.nonEmpty \/*&& activeConstaints*\/ ) {\n      val activeAnsVars = activeAnswerOptions.map { case (ans, x) => x }\n      val activeAnsVarsCoeffs = Seq.fill(activeAnsVars.length)(1.0)\n      ilpSolver.addConsBasicLinear(\"onlyOneActiveOption\", activeAnsVars, activeAnsVarsCoeffs, Some(1.0), Some(1.0))\n    }\n\n    \/\/ active answer option token\n    \/*\n    val activeAnsweOptionToken = if(!isTrueFalseQuestion) {\n      for {\n        ansIdx <- aTokens.indices\n        ansTokIdx <- aTokens(ansIdx).indices\n        x = ilpSolver.createBinaryVar(s\"activeAns${ansIdx}Tok${ansTokIdx}OptId\", 0.0)\n      } yield (ansIdx, ansTokIdx, x)\n    }\n    else {\n      List.empty\n    }\n    *\/\n    (questionParagraphAlignments, paragraphAnswerAlignments, interParagraphAlignments, activeAnswerOptions, isTrueFalseQuestion, aTokens)\n  }\n\n  def solveTopAnswer[V <: IlpVar](\n                                   q: Question,\n                                   p: Paragraph,\n                                   ilpSolver: IlpSolver[V, _],\n                                   alignmentFunction: AlignmentFunction,\n                                   reasoningTypes: Set[ReasoningType],\n                                   useSummary: Boolean,\n                                   srlViewName: String\n                                 ): (Seq[Int], EntityRelationResult) = {\n\n    val modelCreationStart = System.currentTimeMillis()\n\n    val (questionParagraphAlignments, paragraphAnswerAlignments, interParagraphAlignments, activeAnswerOptions, isTrueFalseQuestion, aTokens) = createILPModel[V](q, p, ilpSolver, alignmentFunction, reasoningTypes, useSummary, srlViewName)\n\n    if (verbose) println(\"created the ilp model. Now solving it  . . . \")\n\n    val modelSolveStart = System.currentTimeMillis()\n\n    val numberOfBinaryVars = ilpSolver.getNOrigBinVars\n    val numberOfContinuousVars = ilpSolver.getNOrigContVars\n    val numberOfIntegerVars = ilpSolver.getNOrigIntVars\n    val numberOfConstraints = ilpSolver.getNOrigConss\n\n    \/\/ solving and extracting the answer\n    ilpSolver.solve()\n\n    val modelSolveEnd = System.currentTimeMillis()\n\n    val statistics = Stats(numberOfBinaryVars, numberOfContinuousVars, numberOfIntegerVars, numberOfConstraints,\n      ilpIterations = ilpSolver.getNLPIterations, modelCreationInSec = (modelSolveEnd - modelSolveStart) \/ 1000.0,\n      solveTimeInSec = (modelSolveStart - modelCreationStart) \/ 1000.0, objectiveValue = ilpSolver.getPrimalbound)\n    if (verbose) {\n      println(\"Statistics: \" + statistics)\n      println(\"ilpSolver.getPrimalbound: \" + ilpSolver.getPrimalbound)\n    }\n\n    if (verbose) println(\"Done solving the model  . . . \")\n\n    if (verbose) println(\"paragraphAnswerAlignments: \" + paragraphAnswerAlignments.length)\n\n    def getVariablesConnectedToOptionToken(ansIdx: Int, tokenIdx: Int): Seq[V] = {\n      paragraphAnswerAlignments.filter { case (_, ansIdxTmp, tokenIdxTmp, _) =>\n        ansIdxTmp == ansIdx && tokenIdxTmp == tokenIdx\n      }.map(_._4)\n    }\n\n    def getVariablesConnectedToOption(ansIdx: Int): Seq[V] = {\n      paragraphAnswerAlignments.filter { case (_, ansTmp, _, _) => ansTmp == ansIdx }.map(_._4)\n    }\n\n    def stringifyVariableSequence(seq: Seq[(Int, V)]): String = {\n      seq.map { case (id, x) => \"id: \" + id + \" : \" + ilpSolver.getSolVal(x) }.mkString(\" \/ \")\n    }\n\n    def stringifyVariableSequence3(seq: Seq[(Constituent, V)])(implicit d: DummyImplicit): String = {\n      seq.map { case (id, x) => \"id: \" + id.getSurfaceForm + \" : \" + ilpSolver.getSolVal(x) }.mkString(\" \/ \")\n    }\n\n    def stringifyVariableSequence2(seq: Seq[(Constituent, Constituent, V)])(implicit d: DummyImplicit, d2: DummyImplicit): String = {\n      seq.map { case (c1, c2, x) => \"c1: \" + c1.getSurfaceForm + \", c2: \" + c2.getSurfaceForm + \" -> \" + ilpSolver.getSolVal(x) }.mkString(\" \/ \")\n    }\n\n    def stringifyVariableSequence4(seq: Seq[(Constituent, Int, Int, V)]): String = {\n      seq.map { case (c, i, j, x) => \"c: \" + c.getSurfaceForm + \", ansIdx: \" + i + \", ansConsIdx: \" + j + \" -> \" + ilpSolver.getSolVal(x) }.mkString(\" \/ \")\n    }\n\n    if (ilpSolver.getStatus == IlpStatusOptimal) {\n      if (verbose) println(\"Primal score: \" + ilpSolver.getPrimalbound)\n      val trueIdx = q.trueIndex\n      val falseIdx = q.falseIndex\n      val selectedIndex = getSelectedIndices(ilpSolver, activeAnswerOptions, isTrueFalseQuestion, trueIdx, falseIdx)\n      val questionBeginning = \"Question: \"\n      val paragraphBeginning = \"|Paragraph: \"\n      val questionString = questionBeginning + q.questionText\n      val choiceString = \"|Options: \" + q.answers.zipWithIndex.map { case (ans, key) => s\" (${key + 1}) \" + ans.answerText }.mkString(\" \")\n      val paragraphString = paragraphBeginning + p.context\n\n      val entities = ArrayBuffer[Entity]()\n      val relations = ArrayBuffer[Relation]()\n      var eIter = 0\n      var rIter = 0\n\n      val entityMap = scala.collection.mutable.Map[(Int, Int), String]()\n      val relationSet = scala.collection.mutable.Set[(String, String)]()\n\n      questionParagraphAlignments.foreach {\n        case (c1, c2, x) =>\n          if (ilpSolver.getSolVal(x) > 1.0 - TextILPSolver.epsilon) {\n            val qBeginIndex = questionBeginning.length + c1.getStartCharOffset\n            val qEndIndex = qBeginIndex + c1.getSurfaceForm.length\n            val span1 = (qBeginIndex, qEndIndex)\n            val t1 = if (!entityMap.contains(span1)) {\n              val t1 = \"T\" + eIter\n              eIter = eIter + 1\n              entities += Entity(t1, c1.getSurfaceForm, Seq(span1))\n              entityMap.put(span1, t1)\n              t1\n            }\n            else {\n              entityMap(span1)\n            }\n            val pBeginIndex = c2.getStartCharOffset + questionString.length + paragraphBeginning.length\n            val pEndIndex = pBeginIndex + c2.getSurfaceForm.length\n            val span2 = (pBeginIndex, pEndIndex)\n            val t2 = if (!entityMap.contains(span2)) {\n              val t2 = \"T\" + eIter\n              eIter = eIter + 1\n              entities += Entity(t2, c2.getSurfaceForm, Seq(span2))\n              entityMap.put(span2, t2)\n              t2\n            }\n            else {\n              entityMap(span2)\n            }\n\n            if (!relationSet.contains((t1, t2))) {\n              relations += Relation(\"R\" + rIter, t1, t2, ilpSolver.getVarObjCoeff(x))\n              rIter = rIter + 1\n              relationSet.add((t1, t2))\n            }\n          }\n      }\n\n      paragraphAnswerAlignments.foreach {\n        case (c1, ansIdx, ansConsIdx, x) =>\n          if (ilpSolver.getSolVal(x) > 1.0 - TextILPSolver.epsilon) {\n            val pBeginIndex = c1.getStartCharOffset + questionString.length + paragraphBeginning.length\n            val pEndIndex = pBeginIndex + c1.getSurfaceForm.length\n            val span1 = (pBeginIndex, pEndIndex)\n            val t1 = if (!entityMap.contains(span1)) {\n              val t1 = \"T\" + eIter\n              entities += Entity(t1, c1.getSurfaceForm, Seq(span1))\n              entityMap.put(span1, t1)\n              eIter = eIter + 1\n              t1\n            } else {\n              entityMap(span1)\n            }\n\n            val ansString = aTokens(ansIdx)(ansConsIdx)\n            val ansswerBeginIdx = choiceString.indexOf(q.answers(ansIdx).answerText)\n            val oBeginIndex = choiceString.indexOf(ansString, ansswerBeginIdx) + questionString.length + paragraphString.length\n            val oEndIndex = oBeginIndex + ansString.length\n            val span2 = (oBeginIndex, oEndIndex)\n            val t2 = if (!entityMap.contains(span2)) {\n              val t2 = \"T\" + eIter\n              entities += Entity(t2, ansString, Seq(span2))\n              eIter = eIter + 1\n              entityMap.put(span2, t2)\n              t2\n            }\n            else {\n              entityMap(span2)\n            }\n            if (!relationSet.contains((t1, t2))) {\n              relations += Relation(\"R\" + rIter, t1, t2, ilpSolver.getVarObjCoeff(x))\n              rIter = rIter + 1\n              relationSet.add((t1, t2))\n            }\n          }\n      }\n\n      \/\/ inter-paragraph alignments\n      interParagraphAlignments.foreach { case (c1, c2, x) =>\n        if (ilpSolver.getSolVal(x) > 1.0 - TextILPSolver.epsilon) {\n          val pBeginIndex1 = c1.getStartCharOffset + questionString.length + paragraphBeginning.length\n          val pEndIndex1 = pBeginIndex1 + c1.getSurfaceForm.length\n          val span1 = (pBeginIndex1, pEndIndex1)\n          val t1 = if (!entityMap.contains(span1)) {\n            val t1 = \"T\" + eIter\n            entities += Entity(t1, c1.getSurfaceForm, Seq(span1))\n            entityMap.put(span1, t1)\n            eIter = eIter + 1\n            t1\n          } else {\n            entityMap(span1)\n          }\n          val pBeginIndex2 = c2.getStartCharOffset + questionString.length + paragraphBeginning.length\n          val pEndIndex2 = pBeginIndex2 + c2.getSurfaceForm.length\n          val span2 = (pBeginIndex2, pEndIndex2)\n          val t2 = if (!entityMap.contains(span2)) {\n            val t2 = \"T\" + eIter\n            entities += Entity(t2, c2.getSurfaceForm, Seq(span2))\n            entityMap.put(span2, t2)\n            eIter = eIter + 1\n            t2\n          } else {\n            entityMap(span2)\n          }\n          if (!relationSet.contains((t1, t2))) {\n            relations += Relation(\"R\" + rIter, t1, t2, ilpSolver.getVarObjCoeff(x))\n            rIter = rIter + 1\n            relationSet.add((t1, t2))\n          }\n        }\n\n        if (isTrueFalseQuestion) {\n          \/\/ add the answer option span manually\n          selectedIndex.foreach { idx =>\n            val ansText = q.answers(idx).answerText\n            val oBeginIndex = choiceString.indexOf(ansText) + questionString.length + paragraphString.length\n            val oEndIndex = oBeginIndex + ansText.length\n            val span2 = (oBeginIndex, oEndIndex)\n            val t2 = if (!entityMap.contains(span2)) {\n              val t2 = \"T\" + eIter\n              entities += Entity(t2, ansText, Seq(span2))\n              eIter = eIter + 1\n              entityMap.put(span2, t2)\n              t2\n            }\n            else {\n              entityMap(span2)\n            }\n          }\n        }\n      }\n\n      if (verbose) println(\"returning the answer  . . . \")\n\n      val solvedAnswerLog = \"activeAnswerOptions: \" + stringifyVariableSequence(activeAnswerOptions) +\n        \/\/\"  activeQuestionConstituents: \" + stringifyVariableSequence3(activeQuestionConstituents) +\n        \"  questionParagraphAlignments: \" + stringifyVariableSequence2(questionParagraphAlignments) +\n        \"  paragraphAnswerAlignments: \" + stringifyVariableSequence4(paragraphAnswerAlignments) +\n        \"  aTokens: \" + aTokens.toString\n\n      val erView = EntityRelationResult(questionString + paragraphString + choiceString, entities, relations,\n        confidence = ilpSolver.getPrimalbound, log = solvedAnswerLog, statistics = statistics)\n      selectedIndex -> erView\n    }\n    else {\n      if (verbose) println(\"Not optimal . . . \")\n      if (verbose) println(\"Status is not optimal. Status: \" + ilpSolver.getStatus)\n      \/\/ if the program is not solver, say IDK\n      Seq.empty -> EntityRelationResult(\"INFEASIBLE: \" + reasoningTypes, List.empty, List.empty, statistics = statistics)\n    }\n  }\n\n\n  private def getSelectedIndices[V <: IlpVar](ilpSolver: IlpSolver[V, _], activeAnswerOptions: Seq[(Int, V)], isTrueFalseQuestion: Boolean, trueIdx: Int, falseIdx: Int) = {\n    if (isTrueFalseQuestion) {\n      if (ilpSolver.getPrimalbound > TextILPSolver.trueFalseThreshold) Seq(trueIdx) else Seq(falseIdx)\n    }\n    else {\n      if (verbose) println(\">>>>>>> not true\/false . .. \")\n      activeAnswerOptions.zipWithIndex.collect { case ((ans, x), idx) if ilpSolver.getSolVal(x) > 1.0 - TextILPSolver.epsilon => idx }\n    }\n  }\n\n  def solveAllAnswerOptions(question: String, options: Seq[String], snippet: String, reasoningType: ReasoningType, srlVu: String): Seq[(Seq[Int], EntityRelationResult)] = {\n    val annotationStart = System.currentTimeMillis()\n    val (q: Question, p: Paragraph) = preprocessQuestionData(question, options, snippet)\n    val annotationEnd = System.currentTimeMillis()\n\n    reasoningType match {\n      case SRLV1Rule => Seq(SRLSolverV1(q, p, srlVu))\n      case SRLV2Rule => Seq(SRLSolverV2(q, p, srlVu))\n      case SRLV3Rule => Seq(SRLSolverV3(q, p, aligner, srlVu))\n      case WhatDoesItDoRule => Seq(WhatDoesItDoSolver(q, p))\n      case CauseRule => Seq(CauseResultRules(q, p))\n      case x =>\n        val ilpSolver = new ScipSolver(\"textILP\", ScipParams.Default)\n\n        val modelCreationStart = System.currentTimeMillis()\n\n        val (questionParagraphAlignments, paragraphAnswerAlignments,\n        interParagraphAlignments, activeAnswerOptions,\n        isTrueFalseQuestion, aTokens) = createILPModel(q, p, ilpSolver, aligner, Set(reasoningType), useSummary = true, srlVu)\n        val modelCreationEnd = System.currentTimeMillis()\n\n        if (verbose) println(\"created the ilp model. Now solving it  . . . \")\n\n        val activeAnswerOptionsMap = activeAnswerOptions.toMap\n\n        def solveExcludingAnswerOptions(toExclude: Set[Int],\n                                        solutionsSoFar: Seq[(Seq[Int], EntityRelationResult)]): Seq[(Seq[Int], EntityRelationResult)] = {\n          println(s\"Disabling choice: $toExclude\")\n          toExclude.foreach { idx =>\n            ilpSolver.chgVarUb(activeAnswerOptionsMap(idx), 0d)\n          }\n\n          val modelSolveStart = System.currentTimeMillis()\n\n          val numberOfBinaryVars = ilpSolver.getNOrigBinVars\n          val numberOfContinuousVars = ilpSolver.getNOrigContVars\n          val numberOfIntegerVars = ilpSolver.getNOrigIntVars\n          val numberOfConstraints = ilpSolver.getNOrigConss\n\n          \/\/ solving and extracting the answer\n          ilpSolver.solve()\n\n          val modelSolveEnd = System.currentTimeMillis()\n\n          val statistics = Stats(numberOfBinaryVars, numberOfContinuousVars, numberOfIntegerVars, numberOfConstraints,\n            ilpIterations = ilpSolver.getNLPIterations, modelCreationInSec = (modelSolveEnd - modelCreationEnd) \/ 1000.0,\n            solveTimeInSec = (modelSolveStart - modelSolveEnd) \/ 1000.0, objectiveValue = ilpSolver.getPrimalbound)\n          if (verbose) {\n            println(\"Statistics: \" + statistics)\n            println(\"ilpSolver.getPrimalbound: \" + ilpSolver.getPrimalbound)\n          }\n\n          val newSolution = if (ilpSolver.getStatus == IlpStatusOptimal) {\n            println(\"Primal score: \" + ilpSolver.getPrimalbound)\n            val trueIdx = q.trueIndex\n            val falseIdx = q.falseIndex\n            val selectedIndex = getSelectedIndices(ilpSolver, activeAnswerOptions, isTrueFalseQuestion, trueIdx, falseIdx)\n            println(\"selectedIndex: \" + selectedIndex)\n            selectedIndex -> EntityRelationResult(snippet, List.empty, List.empty,\n              statistics = statistics.copy(selected = if (toExclude.isEmpty) true else false))\n          } else {\n            println(\"Not optimal . . . \")\n            if (verbose) println(\"Status is not optimal. Status: \" + ilpSolver.getStatus)\n            \/\/ if the program is not solver, say IDK\n            Seq.empty -> EntityRelationResult(\"INFEASIBLE\", List.empty, List.empty, statistics = statistics)\n          }\n\n          val newToExclude = toExclude ++ newSolution._1\n\n          if (newToExclude.size < activeAnswerOptions.size && newSolution._1.nonEmpty) {\n            \/\/ Reset solution for any future calls to solve\n            ilpSolver.resetSolve()\n            \/\/ continue solving : call the method again with the best choice disabled\n            solveExcludingAnswerOptions(newToExclude, solutionsSoFar :+ newSolution)\n          } else {\n            solutionsSoFar :+ newSolution\n          }\n        }\n\n        val result = solveExcludingAnswerOptions(Set.empty, Seq.empty)\n        ilpSolver.free()\n        result\n    }\n  }\n\n  def getSolverPredictionsAsWekaInstance(question: String, options: Seq[String], snippet: String): Instances = {\n    val fvs = extractFeatureVectorForQuestion(question, options, snippet)\n    \/\/ convert out feature vector to Weka feature vector\n    val dataUnlabeled = new Instances(TextILPSolver.headerEmptyInstances)\n    val confidenceValuesPerAnsOption = fvs.foreach { featureVector =>\n      val ins = new SparseInstance(featureVector.length)\n      featureVector.zipWithIndex.foreach { case (value, i) => ins.setValue(i, value) }\n      dataUnlabeled.add(ins)\n    }\n    dataUnlabeled\n  }\n\n  def predictMaxScoreWekaClassifier(question: String, options: Seq[String], snippet: String): Int = {\n    val (confidenceValuesPerAnsOption, _) = predictAllCandidatesWithWekaClassifier(question, options, snippet)\n    confidenceValuesPerAnsOption.zipWithIndex.maxBy(_._1)._2\n  }\n\n  def predictAllCandidatesWithWekaClassifier(question: String, options: Seq[String], snippet: String): (Seq[Double], Instances) = {\n    \/\/ note there is inefficienss here. The instance gets pre-processed for each reasoning combination inside \"distributionForInstance\"\n    val fvs = extractFeatureVectorForQuestion(question, options, snippet)\n    val dataUnlabeled = new Instances(TextILPSolver.headerEmptyInstances)\n    dataUnlabeled.setClassIndex(dataUnlabeled.numAttributes() - 1)\n    val confidenceValuesPerAnsOption = fvs.zipWithIndex.map { case (featureVector, i) =>\n      val ins = new DenseInstance(featureVector.length)\n      ins.replaceMissingValues(featureVector.toArray)\n      dataUnlabeled.add(ins)\n      TextILPSolver.wekaClassifier.distributionForInstance(dataUnlabeled.instance(i))(0)\n    }\n    (confidenceValuesPerAnsOption, dataUnlabeled)\n  }\n\n  def extractFeatureVectorForQuestionWithCorrectLabel(question: String, options: Seq[String], snippet: String, correctIdx: Int): Seq[Seq[Double]] = {\n    val vectors = extractFeatureVectorForQuestion(question, options, snippet)\n    vectors.zipWithIndex.map { case (featureVector, idx) =>\n      featureVector :+ (if (idx == correctIdx) 1.0 else 0.0)\n    }\n  }\n\n  private def extractFeatureVectorForQuestion(question: String, options: Seq[String], snippet: String) = {\n    val types = Constants.textILPModel match {\n      case TextILPModel.EnsembleFull | TextILPModel.EnsembleMinimal =>\n        Seq(SimpleMatching, WhatDoesItDoRule, CauseRule, SRLV1Rule, VerbSRLandPrepSRL, SRLV1ILP, VerbSRLandCoref, SRLV2Rule, SRLV3Rule, VerbSRLandCommaSRL)\n      case TextILPModel.EnsembleNoCoref =>\n        Seq(SimpleMatching, WhatDoesItDoRule, CauseRule, SRLV1Rule, VerbSRLandPrepSRL, SRLV1ILP, SRLV2Rule, SRLV3Rule, VerbSRLandCommaSRL)\n      case TextILPModel.EnsembleNoPrepSRL =>\n        Seq(SimpleMatching, WhatDoesItDoRule, CauseRule, SRLV1Rule, SRLV1ILP, VerbSRLandCoref, SRLV2Rule, SRLV3Rule, VerbSRLandCommaSRL)\n      case TextILPModel.EnsembleNoCommaSRL =>\n        Seq(SimpleMatching, WhatDoesItDoRule, CauseRule, SRLV1Rule, VerbSRLandPrepSRL, SRLV1ILP, VerbSRLandCoref, SRLV2Rule, SRLV3Rule)\n      case TextILPModel.EnsembleNoSimpleMatching =>\n        Seq(WhatDoesItDoRule, CauseRule, SRLV1Rule, VerbSRLandPrepSRL, SRLV1ILP, VerbSRLandCoref, SRLV2Rule, SRLV3Rule, VerbSRLandCommaSRL)\n      case TextILPModel.EnsembleNoVerbSRL =>\n        Seq(SimpleMatching, WhatDoesItDoRule, CauseRule, VerbSRLandPrepSRL, VerbSRLandCoref, VerbSRLandCommaSRL)\n      case default =>\n        throw new Exception(s\"Feature extraction is not defined for your selection ${Constants.textILPModel}\")\n    }\n    val srlViewsAll = if (Constants.textILPModel == TextILPModel.EnsembleMinimal) {\n      Seq(ViewNames.SRL_VERB, TextILPSolver.pathLSTMViewName)\n    }\n    else {\n      Seq(ViewNames.SRL_VERB, TextILPSolver.curatorSRLViewName, TextILPSolver.pathLSTMViewName)\n    }\n\n    val results = types.flatMap { t =>\n      val srlViewTypes = if (t == CauseRule || t == WhatDoesItDoRule || t == SimpleMatching) Seq(TextILPSolver.pathLSTMViewName) else srlViewsAll\n      srlViewTypes.flatMap { srlVu =>\n        val results = solveAllAnswerOptions(question, options, snippet, t, srlVu)\n        results.flatMap { case (a, b) =>\n          a.map { c => (t, srlVu, c) -> b.statistics }\n        }\n      }\n    }.toMap\n\n    options.indices.map { idx =>\n      types.flatMap { t =>\n        val srlViewTypes = if (t == CauseRule || t == WhatDoesItDoRule || t == SimpleMatching) Seq(TextILPSolver.pathLSTMViewName) else srlViewsAll\n        srlViewTypes.flatMap { srlVu =>\n          if (results.contains((t, srlVu, idx))) {\n            val result = results((t, srlVu, idx))\n            val selected = if (result.selected) 1.0 else 0.0\n            val binVarNum = result.numberOfBinaryVars\n            val constNum = result.numberOfConstraints\n            val objValue = result.objectiveValue\n            Seq(selected, objValue, binVarNum, constNum, if (binVarNum == 0.0) 0.0 else objValue \/ binVarNum, if (constNum == 0.0) 0.0 else objValue \/ constNum)\n          }\n          else {\n            Seq(0.0, 0.0, 0.0, 0.0, 0.0, 0.0)\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/IndependentClauseViewGenerator.scala","text":"package org.allenai.ari.solvers.textilp.utils\n\nimport edu.illinois.cs.cogcomp.annotation.Annotator\nimport edu.illinois.cs.cogcomp.core.datastructures.ViewNames\nimport edu.illinois.cs.cogcomp.core.datastructures.textannotation.{ Constituent, SpanLabelView, TextAnnotation }\nimport edu.illinois.cs.cogcomp.core.utilities.configuration.ResourceManager\n\nimport scala.collection.JavaConverters._\n\nclass IndependentClauseViewGenerator(val finalViewName: String) extends Annotator(finalViewName, Array(ViewNames.DEPENDENCY_STANFORD)) {\n  override def initialize(rm: ResourceManager): Unit = {}\n\n  override def addView(ta: TextAnnotation): Unit = {\n    val dependencyCons = ta.getView(ViewNames.DEPENDENCY_STANFORD).getConstituents\n    val newView = new SpanLabelView(finalViewName, \"IndependentClauseViewGenerator\", ta, 1.0)\n    val tokens = ta.getView(ViewNames.DEPENDENCY_STANFORD).getConstituents.asScala\n    val posView = ta.getView(ViewNames.POS)\n    val verbs = Set(\"VB\", \"VBZ\", \"VBP\")\n    val ands = tokens.filter { c => c.getSurfaceForm == \"and\" && verbs.contains(posView.getConstituentsCovering(c.getIncomingRelations.get(0).getSource).get(0).getLabel) }\n    val indices = 0 +: ands.map(_.getEndSpan) :+ ta.getTokens.length\n    indices.sliding(2).foreach { list => newView.addConstituent(new Constituent(\"\", \"\", ta, list.head, list(1))) }\n    ta.addView(finalViewName, newView)\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/TfIdf.scala","text":"package org.allenai.ari.solvers.textilp.utils\n\nclass TfIdf(documentList: Seq[String]) {\n\n  private val numDocsContainingWord = scala.collection.mutable.Map[String, Int]()\n\n  def score(word: String, document: String) = tf(word, document) * idf(word)\n\n  private[this] def tf(word: String, document: String) = {\n    val documentTokens = document.toLowerCase.split(\" +\")\n    val freq = (word: String, document: String) => {\n      val documentWordFrequency = documentTokens.groupBy(e => e).map(e => e._1 -> e._2.length)\n      documentWordFrequency.getOrElse(word.toLowerCase(), 0)\n    }\n    freq(word, document).toDouble \/ documentTokens.size\n  }\n\n  def getDocumentCount(word: String): Int = {\n    documentList.foldLeft(0) {\n      (acc, e) => if (e.toLowerCase.contains(word)) acc + 1 else acc\n    }\n  }\n\n  private[this] def idf(word: String) = {\n    val numDocsContaining = numDocsContainingWord.get(word) match {\n      case None =>\n        val count = getDocumentCount(word)\n        numDocsContainingWord.put(word, count)\n        count\n      case Some(x) => x\n    }\n\n    Math.log(documentList.length) \/ numDocsContaining\n  }\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ExperimentsApp.scala","text":"<filename>src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ExperimentsApp.scala\npackage org.allenai.ari.solvers.textilp\n\nimport java.io._\n\nimport org.allenai.ari.solvers.bioProccess.ProcessBankReader\nimport org.allenai.ari.solvers.bioProccess.ProcessBankReader._\nimport org.allenai.ari.solvers.textilp.solvers.TextILPSolver\nimport org.allenai.ari.solvers.textilp.utils._\nimport org.rogach.scallop._\n\nimport scala.io.Source\n\nobject ExperimentsApp {\n  lazy val annotationUtils = new AnnotationUtils()\n  lazy val textILPSolver = new TextILPSolver(annotationUtils, verbose = false, SolverUtils.params)\n\n  class ArgumentParser(args: Array[String]) extends ScallopConf(args) {\n    val experimentType: ScallopOption[Int] = opt[Int](\"type\", descr = \"Experiment type\", required = true)\n    verify()\n  }\n\n  def evaluateTextSolverOnRegents(dataset: Seq[(String, Seq[String], String)], textSolver: TextILPSolver, knowledgeLength: Int = 8) = {\n    val resultFile = new PrintWriter(new File(s\"output\/results-$textSolver-2length${dataset.length}-knowledgeLength${knowledgeLength}.txt\"))\n    import java.io._\n    \/\/ use false if you don't it to write things on disk\n    val predictionsFileOpt = if (false) {\n      Some(new PrintWriter(new File(s\"output-$textSolver-length${dataset.length}.tsv\")))\n    } else {\n      None\n    }\n    val start = System.currentTimeMillis()\n    SolverUtils.printMemoryDetails()\n    val max = dataset.length\n    val (perQuestionScore, perQuestionResults, otherTimes) = dataset.zipWithIndex.map {\n      case ((question, options, correct), idx) =>\n        println(s\"Processing $idx out of $max\")\n        val knowledgeStart = System.currentTimeMillis()\n        val knowledgeSnippet = if (textSolver.isInstanceOf[TextILPSolver]) {\n          val rawSentences = SolverUtils.extractPatagraphGivenQuestionAndFocusSet3(question, options, knowledgeLength).mkString(\". \")\n          annotationUtils.dropRedundantSentences(rawSentences)\n        } else {\n          \"\"\n        }\n\n        println(\"question: \" + question)\n        println(\"knowledge: \" + knowledgeSnippet)\n        val knowledgeEnd = System.currentTimeMillis()\n        var bestSelected: Seq[Int] = Seq.empty\n        val (selected, results) = if (knowledgeSnippet.trim != \"\") {\n          println(\"solving it . . . \")\n          textSolver.solve(question, options, knowledgeSnippet)\n        } else {\n          Seq.empty -> EntityRelationResult()\n        }\n        if (knowledgeSnippet.trim.isEmpty && textSolver.isInstanceOf[TextILPSolver]) {\n          println(\"Error: knowledge not found .  .  .\")\n        }\n\n        val solveEnd = System.currentTimeMillis()\n        val score = SolverUtils.assignCredit(selected, correct.head - 'A', options.length)\n        if (predictionsFileOpt.isDefined) predictionsFileOpt.get.write(question + \"\\t\" + score + \"\\t\" + selected + \"\\t\" +\n          results.statistics.numberOfBinaryVars + \"\\t\" + results.statistics.numberOfConstraints + \"\\t\" + results.statistics.objectiveValue + \"\\n\")\n        if (false && score < 1.0) {\n          println(\"Question: \" + question + \" \/ options: \" + options + \"   \/ selected: \" + selected + \" \/ score: \" + score)\n        }\n        println(\"Score \" + score + \"  selected: \" + selected)\n        (score, results.statistics,\n          ((knowledgeEnd - knowledgeStart) \/ 1000.0, (solveEnd - knowledgeEnd) \/ 1000.0, if (selected.nonEmpty) 1.0 else 0.0))\n    }.unzip3\n    val (avgKnowledgeTime, avgSolveTime, nonEmptyList) = otherTimes.unzip3\n    val avgCoverage = nonEmptyList.sum \/ nonEmptyList.length\n    val nonZeroScores = perQuestionScore.zip(nonEmptyList).filter(_._2 > 0.0).map(_._1)\n    println(\"Average score: \" + perQuestionScore.sum \/ perQuestionScore.size)\n    println(\"Avg precision: \" + nonZeroScores.sum \/ nonZeroScores.size)\n    println(\"avgCoverage: \" + avgCoverage)\n    println(\"Total number of questions: \" + perQuestionResults.length)\n    println(\"Total number of questions: \" + nonZeroScores.length)\n    println(\"Avg solve overall time: \" + avgSolveTime.sum \/ avgSolveTime.length)\n    println(\"Avg knowledge extraction time: \" + avgKnowledgeTime.sum \/ avgKnowledgeTime.length)\n    val end = System.currentTimeMillis()\n    println(\"Total time (mins): \" + (end - start) \/ 60000.0)\n    resultFile.write(s\"score: ${perQuestionScore.sum \/ perQuestionScore.size} \" +\n      s\"\\nPrecision: ${nonZeroScores.sum \/ nonZeroScores.size} \" +\n      s\"\\nCoverage: ${avgCoverage} \" +\n      s\"\\nAvgOverallTime: ${avgSolveTime.sum \/ avgSolveTime.length}\")\n    val avgResults = perQuestionResults.reduceRight[Stats] { case (a: Stats, b: Stats) => a.sumWith(b) }.divideBy(perQuestionResults.length)\n    println(avgResults.toString)\n    if (predictionsFileOpt.isDefined) predictionsFileOpt.get.close\n    resultFile.close()\n  }\n\n  def evaluateTextSolverOnProcessBank(list: List[Paragraph], textSolver: TextILPSolver) = {\n    import java.io._\n    \/\/ use false if you don't it to write things on disk\n    val outputFileOpt = if (true) {\n      Some(new PrintWriter(new File(\"output.tsv\")))\n    } else {\n      None\n    }\n    val qAndpPairs = list.flatMap { p => p.questions.map(q => (q, p)) }\n    val resultFile = new PrintWriter(new File(s\"output\/results-$textSolver-length${qAndpPairs.length}.txt\"))\n    val (resultLists, stats, nonEmptyList) = qAndpPairs.zipWithIndex.map {\n      case ((q, p), idx) =>\n        println(\"Processed \" + idx + \" out of \" + qAndpPairs.size)\n        val candidates = q.answers.map(_.answerText)\n        val correctIndex = q.correctIdxOpt.get\n        val (selected, explanation) = try {\n          textSolver.solve(q.questionText, candidates, p.context)\n        } catch {\n          case e: Exception =>\n            e.printStackTrace\n            Seq.empty -> EntityRelationResult()\n        }\n        val correctLabel = q.answers(correctIndex).answerText\n        val score = SolverUtils.assignCredit(selected, correctIndex, candidates.length)\n        if (outputFileOpt.isDefined) outputFileOpt.get.write(q.questionText + \"\\t\" + score + \"\\t\" + selected + \"\\n\")\n        (score, explanation.statistics, if (selected.nonEmpty) 1.0 else 0.0)\n    }.unzip3\n    val avgStats = stats.reduceRight[Stats] { case (a: Stats, b: Stats) => a.sumWith(b) }.divideBy(stats.length)\n    val avgCoverage = nonEmptyList.sum \/ nonEmptyList.length\n    val nonEmptyScores = resultLists.zip(nonEmptyList).filter(_._2 > 0).map(_._1)\n    val avgPrecision = nonEmptyScores.sum \/ nonEmptyScores.length\n    val avgAristoScore = resultLists.sum \/ resultLists.length\n    println(\"------------\")\n    println(\"avgAristoScore: \" + avgAristoScore)\n    println(\"avgPrecision: \" + avgPrecision)\n    println(\"avgCoverage: \" + avgCoverage)\n    println(\"total size: \" + resultLists.length)\n    println(\"total answered: \" + nonEmptyScores.length)\n    resultFile.write(\"avgAristoScore: \" + avgAristoScore + \"\\navgPrecision: \" +\n      avgPrecision + \"\\navgCoverage: \" + avgCoverage + \"\\nresultLists.length: \" + resultLists.length)\n    if (outputFileOpt.isDefined) outputFileOpt.get.close\n    resultFile.close()\n  }\n\n  def main(args: Array[String]): Unit = {\n    lazy val processReader = new ProcessBankReader(false, annotationUtils)\n    val parser = new ArgumentParser(args)\n    parser.experimentType() match {\n      case 1 =>\n        val startTime = System.currentTimeMillis()\n        val (selected, statistics) = textILPSolver.solve(\n          \"A decomposer is an organism that\",\n          Seq(\"hunts and eats animals\", \"migrates for the winter\",\n            \"breaks down dead plants and animals\", \"uses water and sunlight to make food\"),\n          \"organisms that obtain energy by eating dead plant or animal matter. \" +\n            \"DECOMPOSER An organism that breaks down cells of dead plants and animals into simpler substances.\" +\n            \"The plants use sunlight, carbon dioxide, water, and minerals to make food that sustains themselves and other organisms in the forest.\"\n        )\n        println(selected)\n        println(statistics)\n        val endTime = System.currentTimeMillis()\n        println(\"total time: \" + (endTime - startTime) \/ 1000.0)\n\n\n      case 2 =>\n        val question = \"Which force causes a marble to sink to the bottom of a glass of water?\"\n        val options = Seq(\"gravity\", \"friction\", \"magnetism\", \"electricity\")\n        val knowledgeLength = 8\n        val rawSentences = SolverUtils.extractPatagraphGivenQuestionAndFocusSet3(question, options, knowledgeLength).mkString(\". \")\n        println(annotationUtils.dropRedundantSentences(rawSentences))\n\n      case 3 =>\n        \/\/ get dataset statistics\n        val allParagraphs = processReader.testInstances ++ processReader.trainingInstances\n        println(\"paragraphs: \" + allParagraphs.length)\n        println(\"number of questions: \" + allParagraphs.flatMap(_.questions).length)\n        println(\"number of training questions: \" + processReader.trainingInstances.flatMap(_.questions).length)\n        println(\"number of testing questions: \" + processReader.testInstances.flatMap(_.questions).length)\n        println(\"training instances: \" + processReader.trainingInstances.length)\n        println(\"testing instances: \" + processReader.testInstances.length)\n        println(\"non-true-false instances: \" + allParagraphs.filterNotTrueFalse.flatMap(_.questions).length)\n        println(\"non-true-false training instances: \" + processReader.trainingInstances.filterNotTrueFalse.flatMap(_.questions).length)\n        println(\"non-true-false testing instances: \" + processReader.testInstances.filterNotTrueFalse.flatMap(_.questions).length)\n        println(\"training instances about order: \" + processReader.trainingInstances.filterTemporals.flatMap(_.questions).length)\n        println(\"testing instances about order: \" + processReader.testInstances.filterTemporals.flatMap(_.questions).length)\n        println(\"training \/ filterNotTemporals.filterNotTrueFalse: \" + processReader.trainingInstances.filterNotTemporals.filterNotTrueFalse.flatMap(_.questions).length)\n        println(\"testing \/ filterNotTemporals.filterNotTrueFalse: \" + processReader.testInstances.filterNotTemporals.filterNotTrueFalse.flatMap(_.questions).length)\n\n      case 4 =>\n        \/\/ evaluating science exams\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.eighthGradeTrain, textILPSolver)\n        \/\/ println(\"==== eighthGradeTrain  \")\n        \/\/evaluateTextSolverOnRegents(SolverUtils.eighthGradeTest, textILPSolver)\n        \/\/println(\"==== eighthGradeTest \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.eighthGradeTrainPublic, textILPSolver)\n        \/\/ println(\"==== eighthGradeTrainPublic  \")\n        \/\/evaluateTextSolverOnRegents(SolverUtils.eighthGradeTestPublic, textILPSolver)\n        \/\/println(\"==== eighthGradeTestPublic \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.regentsTrain, textILPSolver)\n        \/\/ println(\"==== regents train  \")\n        evaluateTextSolverOnRegents(SolverUtils.regentsTest, textILPSolver)\n        println(\"==== regents test  \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.regentsPerturbed, textILPSolver)\n        \/\/ println(\"==== regents perturbed  \")\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.publicTrain, textILPSolver)\n        \/\/ println(\"==== public train \")\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.publicDev, textILPSolver)\n        \/\/ println(\"==== public dev \")\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.publicTest.zipWithIndex.collect { case (a, i) if i != 130 => a }, textILPSolver)\n        \/\/ println(\"==== public test \")\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.omnibusTrain, textILPSolver)\n        \/\/ println(\"==== omnibus train \")\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.omnibusTest, textILPSolver)\n        \/\/ println(\"==== omnibus test \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.squid04test, textILPSolver)\n        \/\/ println(\"==== squid04test \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.squidAdditionalTest, textILPSolver)\n        \/\/ println(\"==== squidAdditionalTest \")\n\n        \/\/ evaluateTextSolverOnRegents(SolverUtils.squidChallengeTest, textILPSolver)\n        \/\/ println(\"==== squidChallengeTest \")\n\n      case 5 =>\n        \/\/ evaluate processBank\n        \/\/ evaluateTextSolverOnProcessBank(processReader.trainingInstances.filterTemporals, textILPSolver)\n        \/\/ println(\"filterTemporals: \")\n\n        \/\/ evaluateTextSolverOnProcessBank(processReader.trainingInstances.filterCauseQuestions, textILPSolver)\n        \/\/ println(\"filterCauseQuestions: \")\n\n        \/\/ evaluateTextSolverOnProcessBank(processReader.trainingInstances.filterCResultQuestions, textILPSolver)\n        \/\/ println(\"filterCResultQuestions: \")\n\n        \/\/ evaluateTextSolverOnProcessBank(processReader.trainingInstances.filterWhatDoesItDo, textILPSolver)\n        \/\/ println(\"filterWhatDoesItDo: \")\n\n        \/\/ evaluateTextSolverOnProcessBank(processReader.trainingInstances.filterNotTrueFalse.filterNotTemporals, textILPSolver)\n        evaluateTextSolverOnProcessBank(processReader.testInstances.filterNotTrueFalse.filterNotTemporals, textILPSolver)\n\n         case 6 =>\n        \/\/ process multirc questions\n        val ps = Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/dev_83-fixedIds.json\") ++\n          Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/test_1_83-fixedIds.json\") ++\n          Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/test_2_83-fixedIds.json\") ++\n          Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/test_3_83-fixedIds.json\") ++\n          Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/test_4_83-fixedIds.json\") ++\n          Paragraph2.readJson5(\"\/home\/danielk\/splitv2\/train_456-fixedIds.json\")\n\n        val reg = \"<b>Sent \\\\d{1,2}: <\/b>\".r\n\n        def cacheOnDiskAi2(list: Seq[Paragraph2]): Unit = {\n          val max = list.length\n          list.zipWithIndex.foreach {\n            case (p, idx) =>\n              println(s\"Processing $idx out of $max\")\n              if (idx > 8) {\n                try {\n                  val sentences = reg.split(p.text).drop(1)\n                  val knowledgeSnippet = sentences.map(_.trim().replace(\"<br>\", \" \")).mkString\n                  println(\"knowledge: \" + knowledgeSnippet)\n                  p.questions.zipWithIndex.foreach {\n                    case (q, qIdx) =>\n                      q.answers.zipWithIndex.foreach {\n                        case (a, aIdx) =>\n                          try {\n\/\/                             textILPSolver.preprocessQuestionData(q.text, Seq(a.text), knowledgeSnippet)\n                             val f = new FileWriter(s\"output\/textilp-multirc-june6.txt\", true)\n                             val out = textILPSolver.predictAllCandidatesWithWekaClassifier(q.text, Seq(a.text), knowledgeSnippet)\n                             val score = out._1\n                             f.write(p.id + \"\\t\" + qIdx + \"\\t\" + aIdx + \"\\t\" + score + \"\\n\")\n                             f.close()\n                          } catch {\n                            case e: Exception =>\n                              println(s\"solving question with id ${p.id} - ${qIdx} failed . . . \")\n                              e.printStackTrace()\n                          }\n                      }\n                  }\n                } catch {\n                  case e: Exception =>\n                    println(\"cache failed . . . \")\n                    e.printStackTrace()\n                }\n              }\n          }\n        }\n\n        cacheOnDiskAi2(ps)\n\n\n      case 7 =>\n        val ps = Paragraph2.readJson5(\"\/Users\/daniel\/ideaProjects\/hard-qa\/splitv2\/dev_83-fixedIds.json\")\n\n        val reg = \"<b>Sent \\\\d{1,2}: <\/b>\".r\n\n        def cacheOnDiskAi2(list: Seq[Paragraph2]): Unit = {\n          val max = list.length\n          list.zipWithIndex.foreach {\n            case (p, idx) =>\n              \/\/if(idx > 10) {\n              println(s\"Processing $idx out of $max\")\n              p.questions.zipWithIndex.foreach {\n                case (q, qIdx) =>\n                  println(\"----> q\")\n                  q.answers.zipWithIndex.foreach {\n                    case (a, aIdx) =>\n                      \/\/Thread.sleep(500)\n                      try {\n                        val results = SolverUtils.staticCacheLucene(q.text, a.text, 100)\n                        val maxScore = if (results.nonEmpty) results.maxBy(_._2)._2 else 0.0\n                        a.scores += (\"lucene-world\" -> maxScore)\n                      } catch {\n                        case e: Exception =>\n                          e.printStackTrace()\n                          Thread.sleep(2000)\n                      }\n                  }\n              }\n            \/\/}\n          }\n        }\n\n        cacheOnDiskAi2(ps)\n        Paragraph2.writeJson4(\"\/Users\/daniel\/ideaProjects\/hard-qa\/split\/dev_83-with-lucene-local.json\", ps)\n\n      \n      \n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/ResponseFeatureVector.scala","text":"<reponame>ashish33\/semanticilp\npackage org.allenai.ari.solvers.textilp.utils\n\nimport spray.json._\n\n\/** A ResponseFeatureVector represents a set of features associated with answers across all solvers.\n  * @param questionHash A short hash of original question text to identify groups of answers\n  * belonging together\n  * @param answerKey The key associated with an answer, such as \"(A)\"\n  * @param isSolution Indicates whether the answer is the correct one, only filled in by the\n  * evaluation framework\n  * @param numericFeatures The set of numeric features\n  *\/\ncase class ResponseFeatureVector(\n  questionHash: String,\n  answerKey: String,\n  isSolution: Option[Boolean] = None,\n  numericFeatures: Map[String, Double]\n) {\n\n  \/** Retrieves a given feature.\n    * @return 0 if feature is not available, or 1 for special \"intercept\" feature\n    *\/\n  def getNumericFeature(feature: String): Double =\n    if (feature.matches(\"[Ii]ntercept\")) 1.0 else numericFeatures.getOrElse(feature, 0d)\n\n  def updateNumericFeature(feature: String, value: Double): ResponseFeatureVector = {\n    this.copy(numericFeatures = this.numericFeatures.updated(feature, value))\n  }\n}\n\nobject ResponseFeatureVector {\n  \/** Used for indicating feature vectors in the answer analysis *\/\n  val FeatureVectorsProperty = \"featureVectors\"\n\n  \/** Generates CSV output including a header row *\/\n  def toCsv(featureVectors: Seq[ResponseFeatureVector]): String = {\n    val allNumericFeatures =\n      (featureVectors flatMap (fv => fv.numericFeatures.keys)).distinct.sorted\n    val header = (\n      Seq(\"questionHash\", \"answerKey\") ++\n      allNumericFeatures :+\n      \"isSolution\"\n    ).mkString(\",\")\n    val lines = for {\n      fv <- featureVectors\n      isSolution <- fv.isSolution\n    } yield {\n      (\n        Seq(fv.questionHash, fv.answerKey) ++\n        (allNumericFeatures map fv.getNumericFeature) :+\n        { if (isSolution) 1 else 0 }\n      ).mkString(\",\")\n    }\n    (header +: lines).mkString(\"\\n\")\n  }\n\n  \/** Construct feature vectors from CSV input, where first row is list of features followed by the\n    * data\n    *\/\n  def fromCsv(lines: Seq[String]): Seq[ResponseFeatureVector] = {\n    require(lines.nonEmpty)\n    val allFeatures = lines.head.split(\",\") map (_.trim)\n    val specialFeatures = Seq(\"questionHash\", \"answerKey\", \"isSolution\")\n    for {\n      line <- lines.tail\n      fMap = allFeatures.zip(line.split(\",\") map (_.trim)).toMap\n      if fMap.size > 1\n    } yield {\n      ResponseFeatureVector(\n        questionHash = fMap.getOrElse(\"questionHash\", \"\"),\n        answerKey = fMap.getOrElse(\"answerKey\", \"\"),\n        isSolution = fMap.getOrElse(\"isSolution\", \"\") match {\n          case \"1\" | \"1.\" | \"1.0\" => Some(true)\n          case \"0\" | \"0.\" | \"0.0\" => Some(false)\n          case _ => None\n        },\n        numericFeatures = fMap.filterKeys(k => !specialFeatures.contains(k)) map {\n          case (key, value) => key -> value.toDouble\n        }\n      )\n    }\n  }\n\n  import DefaultJsonProtocol._\n  implicit val ResponseFeatureVectorFormat = jsonFormat4(ResponseFeatureVector.apply)\n}\n\ncase class LinearConfidenceModel(featureWeights: Map[String, Double])\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/controller\/questionparser\/RotatingFITBGenerator.scala","text":"package org.allenai.ari.controller.questionparser\n\nimport org.allenai.nlpstack.parse.poly.core.{ ConstituencyParse, SubstitutionTree }\nimport org.allenai.nlpstack.parse.poly.polyparser.{ Parser, TransitionParser }\n\n\/** The RotatingFITBGenerator produces a constituency parse of an interrogative question,\n  * rotates the top-level nodes as appropriate (according to a set of deterministic rules),\n  * and then substitutes the question constituent with a BLANK_ symbol.\n  *\n  * For instance, the rule RotationRule(\"root\", \"aux\", \"nsubj\") says that for any node\n  * labeled \"root\", we should swap any children labeled \"aux\" and \"nsubj\" if the node labeled\n  * \"aux\" originally appears to the left of the node labeled \"nsubj\". This means that the\n  * question \"Which bike did he ride?\" would become (after rotation) \"Which bike he did ride?\"\n  * (since \"did\" is an AUX and \"he\" is a NSUBJ in the original interrogative question).\n  *\n  * @param questionParser the parser to use for parsing the interrogative questions\n  *\/\ncase class RotatingFITBGenerator(questionParser: TransitionParser) extends FillInTheBlankGenerator {\n\n  @transient private val rotator = new Rotator(Set(\n    RotationRule(\"root\", \"dobj\", \"nsubj\"),\n    RotationRule(\"root\", \"dobj\", \"aux\"),\n    RotationRule(\"root\", \"aux\", \"nsubj\"),\n    RotationRule(\"root\", \"aux\", \"nsubjpass\"),\n    RotationRule(\"root\", \"auxpass\", \"nsubjpass\"),\n    RotationRule(\"root\", \"dobj\", \"head\")\n  ))\n\n  override def generateFITB(question: QuestionParse): Option[FillInTheBlankQuestion] = {\n    question match {\n      case stdQuestion: StandardQuestion =>\n        val questionParse = Parser.parseUntokenizedSentence(questionParser, stdQuestion.text)\n        val text: Option[String] = questionParse flatMap { parse =>\n          val rotatedParse = rotator.rotate(parse.asConstituencyParse)\n          StandardQuestionProcessor.findQuestionNode(rotatedParse) map { questionNode =>\n            val substituted = rotatedParse.substitute(\n              questionNode,\n              new SubstitutionTree(FillInTheBlankQuestion.blankSymbol.name)\n            )\n            ConstituencyParse.getWords(substituted).mkString(\" \")\n          }\n        }\n        \/\/ post-hoc modifications: final question mark becomes a period and\n        \/\/ the first letter is capitalized\n        val finalLetterPeriod: Option[String] = text map { x: String =>\n          if (x.lastOption == Some('?')) {\n            x.dropRight(1) + \".\"\n          } else {\n            x\n          }\n        }\n        finalLetterPeriod map { x =>\n          Util.uppercaseFirstCharacter(x)\n        } map { x =>\n          FillInTheBlankQuestion(x)\n        }\n      case fitbQuestion: FillInTheBlankQuestion => Some(fitbQuestion)\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/IllinoisInference.scala","text":"package org.allenai.ari.solvers.textilp.ilpsolver\n\nimport edu.illinois.cs.cogcomp.infer.ilp.ILPSolver\n\n\/** Class to capture SCIP's implementation of variable type *\/\ncase class IllVar(ptr: Int) extends IlpVar\n\n\/** Class to capture SCIP's implementation of constraint type *\/\ncase class IllCons(ptr: Int) extends IlpCons\n\nclass IllinoisInference(ilpSolver: ILPSolver) extends IlpSolver[IllVar, IllCons] {\n\n  \/** set objective function as minimization *\/\n  override def setAsMinimization(): Unit = ilpSolver.setMaximize(false)\n\n  \/** set objective function as maximization *\/\n  override def setAsMaximization(): Unit = ilpSolver.setMaximize(true)\n\n  \/** create a binary variable *\/\n  override def createBinaryVar(name: String, obj: Double): IllVar = IllVar(ilpSolver.addBooleanVariable(obj))\n\n  \/** create a relaxed binary variable, that is, a continuous various with domain [0,1] *\/\n  override def createRelaxedBinaryVar(name: String, obj: Double): IllVar = ???\n\n  \/** create an integer variable *\/\n  override def createIntegerVar(name: String, lb: Double, ub: Double, objCoeff: Double): IllVar =\n    IllVar(ilpSolver.addIntegerVariable(objCoeff))\n\n  \/** create a continuous variable *\/\n  override def createContinuousVar(name: String, lb: Double, ub: Double, objCoeff: Double): IllVar = ???\n\n  \/** add variable to the environment *\/\n  override def addVar(x: IllVar): Unit = ???\n\n  \/** add constraint to the environment *\/\n  override def addCons(c: IllCons): Unit = ???\n\n  \/** get the name of a variable *\/\n  override def varGetName(l: IllVar): String = ???\n\n  \/** gets all the variables *\/\n  override def getAllVars: Array[IllVar] = ???\n\n  \/** gets all the variables that are active in the final solution *\/\n  override def getAllActiveVars: Array[IllVar] = ???\n\n  \/** get number of variables in the original ILP *\/\n  override def getNOrigVars: Int = ???\n\n  \/** get number of binary variables in the original ILP *\/\n  override def getNOrigBinVars: Int = ???\n\n  \/** get number of integer variables in the original ILP *\/\n  override def getNOrigIntVars: Int = ???\n\n  \/** get number of continuous variables in the original ILP *\/\n  override def getNOrigContVars: Int = ???\n\n  \/** get number of constraints in the original ILP *\/\n  override def getNOrigConss: Int = ???\n\n  \/** get number of currently active variables when this method is called *\/\n  override def getNVars: Int = ???\n\n  \/** get number of currently active binary variables when this method is called *\/\n  override def getNBinVars: Int = ???\n\n  \/** get number of currently active integer variables when this method is called *\/\n  override def getNIntVars: Int = ???\n\n  \/** get number of currently active continuous variables when this method is called *\/\n  override def getNContVars: Int = ???\n\n  \/** get number of currently active constraints when this method is called *\/\n  override def getNConss: Int = ???\n\n  \/** get number of variables in the ILP after presolve; defaults to -1 *\/\n  override def getNPresolvedVars: Int = ???\n\n  \/** get number of binary variables in the ILP after presolve; defaults to -1 *\/\n  override def getNPresolvedBinVars: Int = ???\n\n  \/** get number of integer variables in the ILP after presolve; defaults to -1 *\/\n  override def getNPresolvedIntVars: Int = ???\n\n  \/** get number of continuous variables in the ILP after presolve; defaults to -1 *\/\n  override def getNPresolvedContVars: Int = ???\n\n  \/** get number of constraints in the ILP after presolve; defaults to -1 *\/\n  override def getNPresolvedConss: Int = ???\n\n  \/** get solution status *\/\n  override def getStatus: IlpStatus = ???\n\n  \/** check whether a solution has been found *\/\n  override def hasSolution: Boolean = ???\n\n  \/** check whether an optimal solution has been found *\/\n  override def hasOptimalSolution: Boolean = ???\n\n  \/** get objective value (primal bound) *\/\n  override def getPrimalbound: Double = ???\n\n  \/** get objective value (dual bound) *\/\n  override def getDualbound: Double = ???\n\n  \/** get optimality gap *\/\n  override def getGap: Double = ???\n\n  \/** get time spent in presolve routine *\/\n  override def getPresolvingTime: Double = ???\n\n  \/** get time spent in main solve routine *\/\n  override def getSolvingTime: Double = ???\n\n  \/** get total time spent by the ILP solver *\/\n  override def getTotalTime: Double = ???\n\n  \/** Adds a basic linear constraints with an optional LHS and an optional RHS *\/\n  override def addConsBasicLinear(name: String, vars: Seq[IllVar], coeffs: Seq[Double], lhsOpt: Option[Double], rhsOpt: Option[Double]): Unit = {\n    if (lhsOpt.isDefined) {\n      ilpSolver.addGreaterThanConstraint(vars.map(_.ptr).toArray, coeffs.toArray, lhsOpt.get)\n    }\n    if (rhsOpt.isDefined) {\n      ilpSolver.addLessThanConstraint(vars.map(_.ptr).toArray, coeffs.toArray, rhsOpt.get)\n    }\n  }\n\n  \/** Export the generated ILP model to a file, either original or reduced\/transformed *\/\n  override def exportModel(ilpFile: String, useOriginal: Boolean): Unit = ???\n\n  \/** Solve the ILP model and report the result *\/\n  override def solve(): Unit = ilpSolver.solve()\n\n  \/** Reset after calling solve() so that more constraint may be added *\/\n  override def resetSolve(): Unit = ???\n\n  \/** Free up ILP solver's data structures *\/\n  override def free(): Unit = ???\n\n  \/** Gets the coefficient for the variable in the objective function *\/\n  override def getVarObjCoeff(l: IllVar): Double = ???\n\n  \/** get solution values *\/\n  override def getSolVals(vars: Iterable[IllVar]): Iterable[Double] = ???\n\n  \/** get one solution value *\/\n  override def getSolVal(variable: IllVar): Double = ilpSolver.getRealValue(variable.ptr)\n\n  \/** Sets the lower bound for a variable *\/\n  override def chgVarLb(x: IllVar, bound: Double): Unit = ???\n\n  \/** If triggered, imposes a lower bound for a variable; trigger is binary variable *\/\n  override def chgVarLb(x: IllVar, bound: Double, trigger: IllVar): Unit = ???\n\n  \/** Sets the upper bound for a variable *\/\n  override def chgVarUb(x: IllVar, bound: Double): Unit = ???\n\n  \/** If triggered, imposes a upper bound for a variable; trigger is binary variable *\/\n  override def chgVarUb(x: IllVar, bound: Double, trigger: IllVar): Unit = ???\n\n  \/** If triggered, imposes a basic linear constraint on the solver; trigger is binary variable *\/\n  override def addConsBasicLinear(name: String, vars: Seq[IllVar], coeffs: Seq[Double], lhsOpt: Option[Double], rhsOpt: Option[Double], trigger: IllVar): Unit = ???\n\n  \/** Adds coefficient to a linear constraint (if it is not zero) *\/\n  override def addCoefLinear(cons: IllCons, x: IllVar, coeff: Double): Unit = ???\n\n  \/** Gets the seq of coefficient values in the linear constraint *\/\n  override def getValsLinear(cons: IllCons): Seq[Double] = ???\n\n  \/** Adds the constraint sum_i x_i = 1 *\/\n  override def addConsExactlyOne(name: String, X: Seq[IllVar]): Unit = ???\n\n  \/** If triggered, imposes a set partitioning constraint, sum_i x_i = 1; trigger is binary var *\/\n  override def addConsExactlyOne(name: String, vars: Seq[IllVar], trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum_i x_i <= 1 *\/\n  override def addConsAtMostOne(name: String, X: Seq[IllVar]): Unit = ???\n\n  \/** If triggered, imposes a set packing constraint, sum_i x_i <= 1; trigger is binary variable *\/\n  override def addConsAtMostOne(name: String, vars: Seq[IllVar], trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum_i x_i >= 1 *\/\n  override def addConsAtLeastOne(name: String, X: Seq[IllVar]): Unit = ???\n\n  \/** If triggered, imposes a set covering constraint, sum_i x_i >= 1; trigger is binary variable *\/\n  override def addConsAtLeastOne(name: String, vars: Seq[IllVar], trigger: IllVar): Unit = ???\n\n  \/** Adds coefficient in set partitioning \/ packing \/ covering constraint *\/\n  override def addCoefSetppc(cons: IllCons, x: IllVar): Unit = ???\n\n  \/** Adds the constraint x <= y + c *\/\n  override def addConsXLeqYPlusC(name: String, x: IllVar, y: IllVar, c: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint x <= y + c; trigger is binary variable *\/\n  override def addConsXLeqYPlusC(name: String, x: IllVar, y: IllVar, c: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint x <= y *\/\n  override def addConsXLeqY(name: String, x: IllVar, y: IllVar): Unit = ???\n\n  \/** If triggered, imposes the constraint x <= y; trigger is binary variable *\/\n  override def addConsXLeqY(name: String, x: IllVar, y: IllVar, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint x = y + c *\/\n  override def addConsXEqYPlusC(name: String, x: IllVar, y: IllVar, c: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint x = y + c; trigger is binary variable *\/\n  override def addConsXEqYPlusC(name: String, x: IllVar, y: IllVar, c: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint x = y *\/\n  override def addConsXEqY(name: String, x: IllVar, y: IllVar): Unit = ???\n\n  \/** If triggered, imposes the constraint x = y; trigger is binary variable *\/\n  override def addConsXEqY(name: String, x: IllVar, y: IllVar, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) >= k *\/\n  override def addConsAtLeastK(name: String, X: Seq[IllVar], k: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) >= k; trigger is binary variable *\/\n  override def addConsAtLeastK(name: String, X: Seq[IllVar], k: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) <= k *\/\n  override def addConsAtMostK(name: String, X: Seq[IllVar], k: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) <= k; trigger is binary variable *\/\n  override def addConsAtMostK(name: String, X: Seq[IllVar], k: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y <= |X| - 1\n    *\/\n  override def addConsHorn(name: String, body: Seq[IllVar], head: IllVar): Unit = ???\n\n  \/** If triggered, adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y + trigger <= |X|\n    *\/\n  override def addConsHorn(name: String, body: Seq[IllVar], head: IllVar, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) >= k * y *\/\n  override def addConsYImpliesAtLeastK(name: String, y: IllVar, X: Seq[IllVar], k: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) >= k * y; trigger is binary variable *\/\n  override def addConsYImpliesAtLeastK(name: String, y: IllVar, X: Seq[IllVar], k: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) >= y *\/\n  override def addConsYImpliesAtLeastOne(name: String, y: IllVar, X: Seq[IllVar]): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) >= y; trigger is binary variable *\/\n  override def addConsYImpliesAtLeastOne(name: String, y: IllVar, X: Seq[IllVar], trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) <= k * y *\/\n  override def addConsYImpliesAtMostK(name: String, y: IllVar, X: Seq[IllVar], k: Double): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) <= k * y; trigger is binary variable *\/\n  override def addConsYImpliesAtMostK(name: String, y: IllVar, X: Seq[IllVar], k: Double, trigger: IllVar): Unit = ???\n\n  \/** Adds the constraint sum(X) <= y *\/\n  override def addConsYImpliesAtMostOne(name: String, y: IllVar, X: Seq[IllVar]): Unit = ???\n\n  \/** If triggered, imposes the constraint sum(X) <= y; trigger is binary variable *\/\n  override def addConsYImpliesAtMostOne(name: String, y: IllVar, X: Seq[IllVar], trigger: IllVar): Unit = ???\n\n  \/** Print result of the call to solve(), along with solution values of vars *\/\n  override def printResult(vars: Seq[IllVar]): Unit = ???\n\n  \/** get the number of search nodes explored during branch and bound *\/\n  override def getNNodes: Long = ???\n\n  \/** get the number of simplex iterations used when solving LP relaxations *\/\n  override def getNLPIterations: Long = ???\n\n  \/** get the maximal depth of nodes explored during branch and bound *\/\n  override def getMaxDepth: Int = ???\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/utils\/FillInBlankAnnotator.scala","text":"package org.allenai.ari.solvers.textilp.utils\n\nimport edu.illinois.cs.cogcomp.annotation.Annotator\nimport edu.illinois.cs.cogcomp.core.datastructures.textannotation.{ Constituent, SpanLabelView, TextAnnotation }\nimport edu.illinois.cs.cogcomp.core.utilities.SerializationHelper\nimport edu.illinois.cs.cogcomp.core.utilities.configuration.ResourceManager\nimport org.allenai.ari.controller.questionparser.{ FillInTheBlankGenerator, QuestionParse }\nimport org.apache.commons.codec.digest.DigestUtils\nimport org.mapdb.{ DBMaker, HTreeMap, Serializer }\n\nclass FillInBlankAnnotator extends Annotator(\"FillInBlankGenerator\", Array.empty) {\n  private var db = DBMaker.fileDB(\"fillInBlankGenerator.cache\").closeOnJvmShutdown().transactionEnable().make()\n  lazy val fitbGenerator = FillInTheBlankGenerator.mostRecent\n  override def initialize(rm: ResourceManager): Unit = {\n    \/\/ do nothing\n  }\n\n  override def addView(ta: TextAnnotation): Unit = {\n    val concurrentMap: HTreeMap[String, Array[Byte]] = db.hashMap(viewName, Serializer.STRING, Serializer.BYTE_ARRAY).createOrOpen()\n    val key = DigestUtils.sha1Hex(ta.text)\n    if (concurrentMap.containsKey(key)) {\n      val taByte: Array[Byte] = concurrentMap.get(key)\n      val cachedTa = SerializationHelper.deserializeTextAnnotationFromBytes(taByte)\n      ta.addView(viewName, cachedTa.getView(viewName))\n    } else {\n      val qparse = QuestionParse.constructFromString(ta.text)\n      val fitbQuestionStrOpt = fitbGenerator.generateFITB(qparse).map(_.text)\n      val cons = new Constituent(fitbQuestionStrOpt.getOrElse(\"\"), viewName, ta, 0, ta.getTokens.length)\n      val vu = new SpanLabelView(viewName, ta)\n      vu.addConstituent(cons)\n      ta.addView(viewName, vu)\n      if (concurrentMap != null) {\n        concurrentMap.put(key, SerializationHelper.serializeTextAnnotationToBytes(ta));\n        this.db.commit();\n      }\n    }\n  }\n\n  def close = db.close()\n\n  def useCaching(str: String) = {\n    db.close()\n    db = DBMaker.fileDB(str).closeOnJvmShutdown().transactionEnable().make()\n  }\n\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipSolver.scala","text":"package org.allenai.ari.solvers.textilp.ilpsolver\n\nimport org.allenai.common.Logging\n\nimport de.zib.jscip.nativ.jni._\n\n\/** Class to capture SCIP's implementation of variable type *\/\ncase class ScipVar(ptr: Long) extends IlpVar\n\n\/** Class to capture SCIP's implementation of constraint type *\/\ncase class ScipCons(ptr: Long) extends IlpCons\n\n\/** This is a generic interface to the SCIP ILP solver providing a number of common initialization\n  * steps and access to the SCIP environment. This class is NOT guaranteed to be thread-safe!\n  *\/\nclass ScipSolver(\n  probName: String,\n  scipParams: ScipParams\n) extends IlpSolver[ScipVar, ScipCons] with Logging {\n  \/\/ Min and max values to use when defining the model\n  \/\/ TODO(ashish33) check how to access SCIP's built-in SCIP_REAL_MAX, etc.\n  private val ScipMin = -1e+20\n  private val ScipMax = 1e+20\n\n  \/\/ initialization: load JNI library\n  \/\/logger.debug(\"Java library path = \" + System.getProperty(\"java.library.path\"))\n  JniScipLibraryLoader.loadLibrary()\n\n  \/\/ initialization: create various handlers in the SCIP environment\n  \/\/ create the SCIP environment\n  private val env: JniScip = new JniScip\n\n  \/\/ create the SCIP variable environment\n  private val envVar: JniScipVar = new JniScipVar\n\n  \/\/ create SCIP set packing constraint environment\n  private val envConsSetppc = new JniScipConsSetppc\n\n  \/\/ create the SCIP linear constraint environment\n  private val envConsLinear = new JniScipConsLinear\n\n  \/\/ initialization: create a SCIP instance\n  private val scip: Long = env.create\n\n  \/\/ mutable problem stats to be captured after presolve() is called\n  \/\/ TODO: would be cleaner to change solve() to return (ProblemStats, SearchStats, TimingStats)\n  \/\/ rather than using these mutable vars and computing stats later when building IlpSolution\n  private var nPresolvedVarsOpt: Option[Int] = None\n  private var nPresolvedBinVarsOpt: Option[Int] = None\n  private var nPresolvedIntVarsOpt: Option[Int] = None\n  private var nPresolvedContVarsOpt: Option[Int] = None\n  private var nPresolvedConssOpt: Option[Int] = None\n\n  \/\/ initialization: set various parameters\n  env.setMessagehdlrQuiet(scip, scipParams.messagehdlrQuiet)\n  if (scipParams.logFile.nonEmpty) { env.setMessagehdlrLogfile(scip, scipParams.logFile) }\n  env.includeDefaultPlugins(scip) \/\/ include default plugins of SCIP\n  env.setRealParam(scip, \"limits\/time\", scipParams.timeLimit) \/\/ set SCIP's overall time limit\n  env.setIntParam(scip, \"lp\/threads\", scipParams.threads) \/\/ number of threads used for LP\n\n  \/\/ initialization: create empty problem tied to the given problem name\n  env.createProbBasic(scip, probName)\n\n  \/** set objective function as minimization *\/\n  def setAsMinimization(): Unit = env.setObjsense(scip, JniScipObjsense.SCIP_OBJSENSE_MINIMIZE)\n\n  \/** set objective function as maximization *\/\n  def setAsMaximization(): Unit = env.setObjsense(scip, JniScipObjsense.SCIP_OBJSENSE_MAXIMIZE)\n\n  \/** create a binary variable *\/\n  def createBinaryVar(name: String, obj: Double): ScipVar = {\n    val v = ScipVar(env.createVarBasic(scip, name, 0, 1, obj, JniScipVartype.SCIP_VARTYPE_BINARY))\n    this.addVar(v)\n    v\n  }\n\n  \/** create a relaxed binary variable, that is, a continuous various with domain [0,1] *\/\n  def createRelaxedBinaryVar(name: String, obj: Double): ScipVar = {\n    val v = ScipVar(env.createVarBasic(scip, name, 0, 1, obj, JniScipVartype.SCIP_VARTYPE_CONTINUOUS))\n    this.addVar(v)\n    v\n  }\n\n  \/** create an integer variable *\/\n  def createIntegerVar(name: String, lb: Double, ub: Double, objCoeff: Double): ScipVar = {\n    val v = ScipVar(env.createVarBasic(scip, name, lb, ub, objCoeff, JniScipVartype.SCIP_VARTYPE_INTEGER))\n    this.addVar(v)\n    v\n  }\n\n  \/** create a continuous variable *\/\n  def createContinuousVar(name: String, lb: Double, ub: Double, objCoeff: Double): ScipVar = {\n    val v = ScipVar(env.createVarBasic(scip, name, lb, ub, objCoeff, JniScipVartype.\n      SCIP_VARTYPE_CONTINUOUS))\n    this.addVar(v)\n    v\n  }\n\n  \/** add variable to the environment *\/\n  def addVar(x: ScipVar): Unit = env.addVar(scip, x.ptr)\n\n  \/** add constraint to the environment *\/\n  def addCons(c: ScipCons): Unit = env.addCons(scip, c.ptr)\n\n  \/** get the name of a variable *\/\n  def varGetName(x: ScipVar): String = envVar.varGetName(x.ptr)\n\n  \/** gets all the variables *\/\n  def getAllVars: Array[ScipVar] = env.getOrigVars(scip).map(ScipVar)\n\n  \/** gets all the variables *\/\n  def getAllActiveVars: Array[ScipVar] = env.getVars(scip).map(ScipVar)\n\n  \/** get number of variables in the original ILP *\/\n  def getNOrigVars: Int = env.getNOrigVars(scip)\n\n  \/** get number of binary variables in the original ILP *\/\n  def getNOrigBinVars: Int = env.getNOrigBinVars(scip)\n\n  \/** get number of integer variables in the original ILP *\/\n  def getNOrigIntVars: Int = env.getNOrigIntVars(scip)\n\n  \/** get number of continuous variables in the original ILP *\/\n  def getNOrigContVars: Int = env.getNOrigContVars(scip)\n\n  \/** get number of constraints in the original ILP *\/\n  def getNOrigConss: Int = env.getNOrigConss(scip)\n\n  \/** get number of currently active variables when this method is called *\/\n  def getNVars: Int = env.getNVars(scip)\n\n  \/** get number of currently active binary variables when this method is called *\/\n  def getNBinVars: Int = env.getNBinVars(scip)\n\n  \/** get number of currently active integer variables when this method is called *\/\n  def getNIntVars: Int = env.getNIntVars(scip)\n\n  \/** get number of currently active continuous variables when this method is called *\/\n  def getNContVars: Int = env.getNContVars(scip)\n\n  \/** get number of currently active constraints when this method is called *\/\n  def getNConss: Int = env.getNConss(scip)\n\n  \/** get number of variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedVars: Int = nPresolvedVarsOpt.getOrElse(-1)\n\n  \/** get number of binary variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedBinVars: Int = nPresolvedBinVarsOpt.getOrElse(-1)\n\n  \/** get number of integer variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedIntVars: Int = nPresolvedIntVarsOpt.getOrElse(-1)\n\n  \/** get number of continuous variables in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedContVars: Int = nPresolvedContVarsOpt.getOrElse(-1)\n\n  \/** get number of constraints in the ILP after presolve; defaults to -1 *\/\n  def getNPresolvedConss: Int = nPresolvedConssOpt.getOrElse(-1)\n\n  \/** get solution status *\/\n  def getStatus: IlpStatus = {\n    env.getStatus(scip) match {\n      case JniScipStatus.SCIP_STATUS_OPTIMAL => IlpStatusOptimal\n      case JniScipStatus.SCIP_STATUS_INFEASIBLE => IlpStatusInfeasible\n      case _ if getBestSol != 0 => IlpStatusFeasible \/\/ best solution isn't null\n      case _ => IlpStatusUnknown\n    }\n  }\n\n  \/** Gets the coefficient for the variable in the objective function *\/\n  def getVarObjCoeff(l: ScipVar): Double = envVar.varGetObj(l.ptr)\n\n  \/** check whether a solution has been found *\/\n  private val IlpStatusFeasibleOrOptimal = Seq(IlpStatusOptimal, IlpStatusFeasible)\n  def hasSolution: Boolean = IlpStatusFeasibleOrOptimal.contains(getStatus)\n\n  \/** check whether an optimal solution has been found *\/\n  def hasOptimalSolution: Boolean = (getStatus == IlpStatusOptimal)\n\n  \/** get objective value (primal bound) *\/\n  def getPrimalbound: Double = env.getPrimalbound(scip)\n\n  \/** get objective value (dual bound) *\/\n  def getDualbound: Double = env.getDualbound(scip)\n\n  \/** get optimality gap *\/\n  def getGap: Double = env.getGap(scip)\n\n  \/** get solution values *\/\n  def getSolVals(vars: Iterable[ScipVar]): Iterable[Double] = {\n    env.getSolVals(scip, getBestSol, vars.size, vars.map(_.ptr).toArray)\n  }\n\n  \/** get one solution value *\/\n  def getSolVal(variable: ScipVar): Double = env.getSolVal(scip, getBestSol, variable.ptr)\n\n  \/** get time spent in presolve routine *\/\n  def getPresolvingTime: Double = env.getPresolvingTime(scip)\n\n  \/** get time spent in main solve routine *\/\n  def getSolvingTime: Double = env.getSolvingTime(scip)\n\n  \/** get total time spent by SCIP *\/\n  def getTotalTime: Double = env.getTotalTime(scip)\n\n  \/** get the number of search nodes explored during branch and bound *\/\n  def getNNodes: Long = env.getNNodes(scip)\n\n  \/** get the number of simplex iterations used when solving LP relaxations *\/\n  def getNLPIterations: Long = env.getNLPIterations(scip)\n\n  \/** get the maximal depth of nodes explored during branch and bound *\/\n  def getMaxDepth: Int = env.getMaxDepth(scip)\n\n  \/** Sets the lower bound for a variable *\/\n  def chgVarLb(x: ScipVar, bound: Double): Unit = env.chgVarLb(scip, x.ptr, bound)\n\n  \/** If triggered, imposes a lower bound for a variable; trigger is binary variable *\/\n  def chgVarLb(x: ScipVar, bound: Double, trigger: ScipVar): Unit = {\n    \/\/ TODO Find a way to require that 'trigger' is a binary variable\n    addConsBasicLinear(\"VarLb\", Seq(x), Seq(1d), Some(bound), None, trigger)\n  }\n\n  \/** Sets the upper bound for a variable *\/\n  def chgVarUb(x: ScipVar, bound: Double): Unit = env.chgVarUb(scip, x.ptr, bound)\n\n  \/** If triggered, imposes a upper bound for a variable; trigger is binary variable *\/\n  def chgVarUb(x: ScipVar, bound: Double, trigger: ScipVar): Unit = {\n    addConsBasicLinear(\"VarUb\", Seq(x), Seq(1d), None, Some(bound), trigger)\n  }\n\n  \/** Adds a basic linear constraints with an optional LHS and an optional RHS *\/\n  def addConsBasicLinear(name: String, vars: Seq[ScipVar], coeffs: Seq[Double],\n    lhsOpt: Option[Double], rhsOpt: Option[Double]): Unit = {\n    addReleaseCons(createConsBasicLinear(name, vars, coeffs, lhsOpt, rhsOpt))\n  }\n\n  \/** If triggered, imposes a basic linear constraint on the solver; trigger is binary variable *\/\n  def addConsBasicLinear(name: String, vars: Seq[ScipVar], coeffs: Seq[Double],\n    lhsOpt: Option[Double], rhsOpt: Option[Double], trigger: ScipVar): Unit = {\n    \/\/ a very large value, compared to sum_i var[i] * coeffs[i]\n    \/\/ NOTE: for some reason, 1000000d does NOT work! appears to cause internal overflow in SCIP,\n    \/\/ resulting in incorrect answers.\n    val largeDbl = 10000d\n    if (lhsOpt.isDefined) {\n      \/\/ model as:  vars * coeffs  -  trigger * largeDbl  >=  lhs - largeDbl\n      val newVars = vars :+ trigger\n      val newCoeffs = coeffs :+ -largeDbl\n      val newLhs = lhsOpt.get - largeDbl\n      addReleaseCons(createConsBasicLinear(name, newVars, newCoeffs, Some(newLhs), None))\n    }\n    if (rhsOpt.isDefined) {\n      \/\/ model as:  vars * coeffs  +  trigger * largeDbl  <=  rhs + largeDbl\n      val newVars = vars :+ trigger\n      val newCoeffs = coeffs :+ largeDbl\n      val newRhs = rhsOpt.get + largeDbl\n      addReleaseCons(createConsBasicLinear(name, newVars, newCoeffs, None, Some(newRhs)))\n    }\n  }\n\n  \/** Adds coefficient to a linear constraint (if it is not zero)\n    *\n    * @param cons                  constraint data\n    * @param x                     variable of constraint entry\n    * @param coeff                 coefficient of constraint entry\n    *\/\n  def addCoefLinear(cons: ScipCons, x: ScipVar, coeff: Double): Unit = {\n    envConsLinear.addCoefLinear(scip, cons.ptr, x.ptr, coeff)\n  }\n\n  \/** Gets the seq of coefficient values in the linear constraint; the user must not modify\n    * this seq!\n    *\n    * @param cons                  constraint data\n    *\/\n  def getValsLinear(cons: ScipCons): Seq[Double] = envConsLinear.getValsLinear(scip, cons.ptr)\n\n  \/** Adds the constraint sum_i x_i = 1 *\/\n  def addConsExactlyOne(name: String, X: Seq[ScipVar]): Unit = {\n    \/\/ use special implementation if all variables are binary\n    if (X.forall(x => envVar.varGetType(x.ptr) == JniScipVartype.SCIP_VARTYPE_BINARY)) {\n      addReleaseCons(createConsBasicSetpart(name, X))\n    } else {\n      val coeffs = Seq.fill(X.size)(1d)\n      addConsBasicLinear(name, X, coeffs, Some(1d), Some(1d))\n    }\n\n  }\n\n  \/** If triggered, imposes a set partitioning constraint, sum_i x_i = 1; trigger is binary var *\/\n  def addConsExactlyOne(name: String, vars: Seq[ScipVar], trigger: ScipVar): Unit = {\n    addConsBasicLinear(name, vars, Seq.fill(vars.size)(1d), Some(1d), Some(1d), trigger)\n  }\n\n  \/** Adds the constraint sum_i x_i <= 1 *\/\n  def addConsAtMostOne(name: String, X: Seq[ScipVar]): Unit = {\n    \/\/ use special implementation if all variables are binary\n    if (X.forall(x => envVar.varGetType(x.ptr) == JniScipVartype.SCIP_VARTYPE_BINARY)) {\n      addReleaseCons(createConsBasicSetpack(name, X))\n    } else {\n      val coeffs = Seq.fill(X.size)(1d)\n      addConsBasicLinear(name, X, coeffs, None, Some(1d))\n    }\n  }\n\n  \/** If triggered, imposes a set packing constraint, sum_i x_i <= 1; trigger is binary variable *\/\n  def addConsAtMostOne(name: String, vars: Seq[ScipVar], trigger: ScipVar): Unit = {\n    addConsBasicLinear(name, vars, Seq.fill(vars.size)(1d), None, Some(1d), trigger)\n  }\n\n  \/** Adds the constraint sum_i x_i >= 1 *\/\n  def addConsAtLeastOne(name: String, X: Seq[ScipVar]): Unit = {\n    \/\/ use special implementation if all variables are binary\n    if (X.forall(x => envVar.varGetType(x.ptr) == JniScipVartype.SCIP_VARTYPE_BINARY)) {\n      addReleaseCons(createConsBasicSetcover(name, X))\n    } else {\n      val coeffs = Seq.fill(X.size)(1d)\n      addConsBasicLinear(name, X, coeffs, Some(1d), None)\n    }\n  }\n\n  \/** If triggered, imposes a set covering constraint, sum_i x_i >= 1; trigger is binary variable *\/\n  def addConsAtLeastOne(name: String, vars: Seq[ScipVar], trigger: ScipVar): Unit = {\n    addConsBasicLinear(name, vars, Seq.fill(vars.size)(1d), Some(1d), None, trigger)\n  }\n\n  \/** Adds coefficient in set partitioning \/ packing \/ covering constraint\n    *\n    * @param cons                  constraint data\n    * @param x                     variable to add to the constraint\n    *\/\n  def addCoefSetppc(cons: ScipCons, x: ScipVar): Unit = {\n    envConsSetppc.addCoefSetppc(scip, cons.ptr, x.ptr)\n  }\n\n  \/** Adds the constraint x <= y + c *\/\n  def addConsXLeqYPlusC(name: String, x: ScipVar, y: ScipVar, c: Double): Unit = {\n    addConsBasicLinear(name, Seq(x, y), Seq(1d, -1d), None, Some(c))\n  }\n\n  \/** If triggered, imposes the constraint x <= y + c; trigger is binary variable *\/\n  def addConsXLeqYPlusC(name: String, x: ScipVar, y: ScipVar, c: Double, trigger: ScipVar): Unit = {\n    addConsBasicLinear(name, Seq(x, y), Seq(1d, -1d), None, Some(c), trigger)\n  }\n\n  \/** Adds the constraint x <= y *\/\n  def addConsXLeqY(name: String, x: ScipVar, y: ScipVar): Unit = addConsXLeqYPlusC(name, x, y, 0d)\n\n  \/** If triggered, imposes the constraint x <= y; trigger is binary variable *\/\n  def addConsXLeqY(name: String, x: ScipVar, y: ScipVar, trigger: ScipVar): Unit = {\n    addConsXLeqYPlusC(name, x, y, 0d, trigger)\n  }\n\n  \/** Adds the constraint x = y + c *\/\n  def addConsXEqYPlusC(name: String, x: ScipVar, y: ScipVar, c: Double): Unit = {\n    addConsBasicLinear(name, Seq(x, y), Seq(1d, -1d), Some(c), Some(c))\n  }\n\n  \/** If triggered, imposes the constraint x = y + c; trigger is binary variable *\/\n  def addConsXEqYPlusC(name: String, x: ScipVar, y: ScipVar, c: Double, trigger: ScipVar): Unit = {\n    addConsBasicLinear(name, Seq(x, y), Seq(1d, -1d), Some(c), Some(c), trigger)\n  }\n\n  \/** Adds the constraint x = y *\/\n  def addConsXEqY(name: String, x: ScipVar, y: ScipVar): Unit = addConsXEqYPlusC(name, x, y, 0d)\n\n  \/** If triggered, imposes the constraint x = y; trigger is binary variable *\/\n  def addConsXEqY(name: String, x: ScipVar, y: ScipVar, trigger: ScipVar): Unit = {\n    addConsXEqYPlusC(name, x, y, 0d, trigger)\n  }\n\n  \/** Adds the constraint sum(X) >= k *\/\n  def addConsAtLeastK(name: String, X: Seq[ScipVar], k: Double): Unit = {\n    if (k == 1) {\n      addConsAtLeastOne(name, X)\n    } else {\n      val coeffs = Seq.fill(X.size)(1d)\n      addConsBasicLinear(name, X, coeffs, Some(k), None)\n    }\n  }\n\n  \/** If triggered, imposes the constraint sum(X) >= k; trigger is binary variable *\/\n  def addConsAtLeastK(name: String, X: Seq[ScipVar], k: Double, trigger: ScipVar): Unit = {\n    val coeffs = Seq.fill(X.size)(1d)\n    addConsBasicLinear(name, X, coeffs, Some(k), None, trigger)\n  }\n\n  \/** Adds the constraint sum(X) <= k *\/\n  def addConsAtMostK(name: String, X: Seq[ScipVar], k: Double): Unit = {\n    if (k == 1) {\n      addConsAtMostOne(name, X)\n    } else {\n      val coeffs = Seq.fill(X.size)(1d)\n      addConsBasicLinear(name, X, coeffs, None, Some(k))\n    }\n  }\n\n  \/** If triggered, imposes the constraint sum(X) <= k; trigger is binary variable *\/\n  def addConsAtMostK(name: String, X: Seq[ScipVar], k: Double, trigger: ScipVar): Unit = {\n    val coeffs = Seq.fill(X.size)(1d)\n    addConsBasicLinear(name, X, coeffs, None, Some(k), trigger)\n  }\n\n  \/** Adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y <= |X| - 1\n    *\/\n  def addConsHorn(name: String, body: Seq[ScipVar], head: ScipVar): Unit = {\n    val vars = body :+ head\n    val coeffs = Seq.fill(body.size)(1d) :+ (-1d)\n    addConsBasicLinear(name, vars, coeffs, None, Some(body.size - 1d))\n  }\n\n  \/** If triggered, adds the Horn constraint x1 AND x2 AND ... AND xk => y;\n    * modeled as: sum(X) - y + trigger <= |X|\n    *\/\n  def addConsHorn(name: String, body: Seq[ScipVar], head: ScipVar, trigger: ScipVar): Unit = {\n    val vars = body ++ Seq(head, trigger)\n    val coeffs = Seq.fill(body.size)(1d) ++ Seq(-1d, 1d)\n    addConsBasicLinear(name, vars, coeffs, None, Some(body.size.toDouble))\n  }\n\n  \/** Adds the constraint sum(X) >= k * y *\/\n  def addConsYImpliesAtLeastK(name: String, y: ScipVar, X: Seq[ScipVar], k: Double): Unit = {\n    val vars = X :+ y\n    val coeffs = Seq.fill(X.size)(1d) :+ (-k)\n    addConsBasicLinear(name, vars, coeffs, Some(0d), None)\n  }\n\n  \/** If triggered, imposes the constraint sum(X) >= k * y; trigger is binary variable *\/\n  def addConsYImpliesAtLeastK(name: String, y: ScipVar, X: Seq[ScipVar], k: Double,\n    trigger: ScipVar): Unit = {\n    val vars = X :+ y\n    val coeffs = Seq.fill(X.size)(1d) :+ (-k)\n    addConsBasicLinear(name, vars, coeffs, Some(0d), None, trigger)\n  }\n\n  \/** Adds the constraint sum(X) >= y *\/\n  def addConsYImpliesAtLeastOne(name: String, y: ScipVar, X: Seq[ScipVar]): Unit = {\n    addConsYImpliesAtLeastK(name, y, X, 1d)\n  }\n\n  \/** If triggered, imposes the constraint sum(X) >= y; trigger is binary variable *\/\n  def addConsYImpliesAtLeastOne(name: String, y: ScipVar, X: Seq[ScipVar],\n    trigger: ScipVar): Unit = {\n    addConsYImpliesAtLeastK(name, y, X, 1d, trigger)\n  }\n\n  \/** Adds the constraint sum(X) <= k * y *\/\n  def addConsYImpliesAtMostK(name: String, y: ScipVar, X: Seq[ScipVar], k: Double): Unit = {\n    val vars = X :+ y\n    val coeffs = Seq.fill(X.size)(1d) :+ (-k)\n    addConsBasicLinear(name, vars, coeffs, None, Some(0d))\n  }\n\n  \/** If triggered, imposes the constraint sum(X) <= k * y; trigger is binary variable *\/\n  def addConsYImpliesAtMostK(name: String, y: ScipVar, X: Seq[ScipVar], k: Double,\n    trigger: ScipVar): Unit = {\n    val vars = X :+ y\n    val coeffs = Seq.fill(X.size)(1d) :+ (-k)\n    addConsBasicLinear(name, vars, coeffs, None, Some(0d), trigger)\n  }\n\n  \/** Adds the constraint sum(X) <= y *\/\n  def addConsYImpliesAtMostOne(name: String, y: ScipVar, X: Seq[ScipVar]): Unit = {\n    addConsYImpliesAtMostK(name, y, X, 1d)\n  }\n\n  \/** If triggered, imposes the constraint sum(X) <= y; trigger is binary variable *\/\n  def addConsYImpliesAtMostOne(name: String, y: ScipVar, X: Seq[ScipVar],\n    trigger: ScipVar): Unit = {\n    addConsYImpliesAtMostK(name, y, X, 1d, trigger)\n  }\n\n  \/** Export the generated ILP model to a file, either original or reduced\/transformed *\/\n  def exportModel(ilpFile: String, useOriginal: Boolean): Unit = {\n    if (useOriginal) {\n      logger.debug(s\"Writing original ILP model to $ilpFile\")\n      env.writeOrigProblem(scip, ilpFile, null, false)\n    } else {\n      logger.debug(s\"Writing reduced ILP model to $ilpFile\")\n      env.writeTransProblem(scip, ilpFile, null, false)\n    }\n  }\n\n  \/** Solve the ILP model and report the result *\/\n  def solve(): Unit = {\n    \/\/ although solve() could have been directly called here, first call presolve() so that\n    \/\/ simplified problem stats can be stored for future reference\n    env.presolve(scip)\n    nPresolvedVarsOpt = Some(getNVars)\n    nPresolvedBinVarsOpt = Some(getNBinVars)\n    nPresolvedIntVarsOpt = Some(getNIntVars)\n    nPresolvedContVarsOpt = Some(getNContVars)\n    nPresolvedConssOpt = Some(getNConss)\n\n    \/\/ now do branch-and-bound search using solve()\n    env.solve(scip)\n\n    \/\/    logger.info(s\"Solution status: $getStatus\")\n    \/\/    logger.info(s\"Objective value: $getPrimalbound\")\n  }\n\n  \/** Reset after calling solve() so that more constraint may be added *\/\n  def resetSolve(): Unit = {\n    \/\/ clear presolved problem stats\n    nPresolvedVarsOpt = None\n    nPresolvedBinVarsOpt = None\n    nPresolvedIntVarsOpt = None\n    nPresolvedContVarsOpt = None\n    nPresolvedConssOpt = None\n\n    \/\/ reset SCIP to pre-presolve stage\n    val origScipStage = env.getStage(scip)\n    env.freeTransform(scip)\n    val newScipStage = env.getStage(scip)\n    logger.debug(s\"SCIP solver stage changed from $origScipStage to $newScipStage\")\n  }\n\n  \/** Print result of the call to solve(), along with solution values of vars *\/\n  def printResult(vars: Seq[ScipVar]): Unit = {\n    \/\/ retrieve best solution found so far\n    if (getStatus == IlpStatusOptimal || getStatus == IlpStatusFeasible) {\n      val values = getSolVals(vars)\n      val solution = vars.zip(values) map { case (x, v) => varGetName(x) + \" : \" + v }\n      logger.info(\"Solution found:\\n\\t\" + solution.mkString(\"\\n\\t\"))\n    }\n  }\n\n  \/** Explicitly free up SCIP data structures *\/\n  def free(): Unit = env.free(scip)\n\n  \/** get pointer to the best solution found *\/\n  private def getBestSol: Long = env.getBestSol(scip)\n\n  \/** release constraint from the environment *\/\n  private def releaseCons(c: ScipCons): Unit = env.releaseCons(scip, c.ptr)\n\n  \/** Adds a constraint to SCIP and \"release\" it *\/\n  private def addReleaseCons(cons: ScipCons): Unit = {\n    env.addCons(scip, cons.ptr)\n    env.releaseCons(scip, cons.ptr)\n  }\n\n  \/** Creates and captures a linear constraint in its most basic version; all constraint flags are\n    * set to their basic value as explained for the method SCIPcreateConsLinear(); all flags can\n    * be set via SCIPsetConsFLAGNAME methods in scip.h\n    *\n    * @see SCIPcreateConsLinear() for information about the basic constraint flag configuration\n    * @param name                  name of constraint\n    * @param vars                  seq with variables of constraint entries\n    * @param coeffs                seq with coefficients of constraint entries\n    * @param lhsOpt                left hand side of constraint, optional\n    * @param rhsOpt                right hand side of constraint, optional\n    *\/\n  private def createConsBasicLinear(name: String, vars: Seq[ScipVar], coeffs: Seq[Double],\n    lhsOpt: Option[Double], rhsOpt: Option[Double]): ScipCons = {\n    ScipCons(envConsLinear.createConsBasicLinear(scip, name, vars.length, vars.map(_.ptr).toArray,\n      coeffs.toArray, lhsOpt.getOrElse(ScipMin), rhsOpt.getOrElse(ScipMax)))\n  }\n\n  \/** Creates and captures a basic Set Partitioning constraint, sum_i x_i = 1, emulating C++ API's\n    * createConsBasicSetpack constraint which is not provided in the Java API.\n    *\n    * @param name                  name of constraint\n    * @param vars                  seq with variables of constraint entries\n    *\/\n  private def createConsBasicSetpart(name: String, vars: Seq[ScipVar]): ScipCons = {\n    ScipCons(envConsSetppc.createConsSetpart(scip, name, vars.length, vars.map(_.ptr).toArray,\n      true, true, true, true, true, false, false, false, false, false))\n  }\n\n  \/** Creates and captures a basic Set Packing constraint, sum_i x_i <= 1, emulating C++ API's\n    * createConsBasicSetpack constraint which is not provided in the Java API.\n    *\n    * @param name                  name of constraint\n    * @param vars                  seq with variables of constraint entries\n    *\/\n  private def createConsBasicSetpack(name: String, vars: Seq[ScipVar]): ScipCons = {\n    ScipCons(envConsSetppc.createConsSetpack(scip, name, vars.length, vars.map(_.ptr).toArray,\n      true, true, true, true, true, false, false, false, false, false))\n  }\n\n  \/** Creates and captures a basic Set covering constraint, sum_i x_i >= 1, emulating C++ API's\n    * createConsBasicSetpack constraint which is not provided in the Java API.\n    *\n    * @param name                  name of constraint\n    * @param vars                  seq with variables of constraint entries\n    *\/\n  private def createConsBasicSetcover(name: String, vars: Seq[ScipVar]): ScipCons = {\n    ScipCons(envConsSetppc.createConsSetcover(scip, name, vars.length, vars.map(_.ptr).toArray,\n      true, true, true, true, true, false, false, false, false, false))\n  }\n}\n"}
{"repo_name":"ashish33\/semanticilp","path":"src\/main\/scala\/org\/allenai\/ari\/solvers\/textilp\/ilpsolver\/ScipParams.scala","text":"<reponame>ashish33\/semanticilp\npackage org.allenai.ari.solvers.textilp.ilpsolver\n\nimport com.google.inject.Inject\nimport com.google.inject.name.Named\n\n\/** Various parameters for the SCIP ILP solver\n  *\n  * @param timeLimit overall time limit for SCIP in seconds once it starts solving the model\n  * @param threads number of threads SCIP may use when solving the LPs (0: automatic)\n  * @param logFile log file where SCIP output is stored for debugging purposes\n  * @param messagehdlrQuiet whether to have SCIP's message handler be quiet or write to stdout\n  * @param printVersion integer, indicating whether to print SCIP's version to log\n  *\/\nclass ScipParams @Inject() (\n  @Named(\"scip.timeLimit\") val timeLimit: Double,\n  @Named(\"scip.threads\") val threads: Int,\n  @Named(\"scip.logFile\") val logFile: String,\n  @Named(\"scip.messagehdlrQuiet\") val messagehdlrQuiet: Boolean,\n  @Named(\"scip.printVersion\") val printVersion: Int\n) {}\n\n\/** An object to capture the default SCIP parameters *\/\nobject ScipParams {\n  val Default = new ScipParams(\n    timeLimit = 180d,\n    threads = 1,\n    logFile = \"scip.log\",\n    messagehdlrQuiet = true,\n    printVersion = 0\n  )\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/test\/scala\/com\/sandeepgodara\/ds\/linear\/HeapTest.scala","text":"package com.sandeepgodara.ds.linear\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass HeapTest extends FlatSpec with Matchers {\n\n  \"+\" should \"add elements in max Heap\" in {\n    val heap = new Heap[Int](11)\n    heap + 3\n    heap + 5\n    heap + 12\n    heap + 18\n    Console println heap\n    heap.size shouldEqual 4\n  }\n\n  \"poll\" should \"return the root of heap and remove from heap\" in {\n    val heap = new Heap[Int](11)\n    heap + 18\n    heap + 3\n    heap + 5\n    heap + 12\n    heap.poll() shouldEqual 18\n    Console println heap\n    heap.poll()\n    heap.poll()\n    heap.poll() shouldEqual 3\n  }\n\n  \"sort\" should \"sort the list in asc order\" in {\n    val heap = new Heap[Int](11)\n    heap + 10\n    heap + 2\n    heap + 6\n    heap + 4\n    heap + 3\n    Console println heap\n    heap.sort()\n    heap.toString shouldEqual \"[2,3,4,6,10]\"\n  }\n\n  \"buildHeap\" should \"make heap property\" in {\n    val heap = new Heap[Int](11)\n    heap + 10\n    heap + 2\n    heap + 6\n    heap + 4\n    heap + 3\n    Console println heap\n    heap.sort()\n    heap.toString shouldEqual \"[2,3,4,6,10]\"\n    Console println heap\n    heap.buildHeap()\n    Array(10, 6, 4, 3, 2).forall(_ == heap.poll()) shouldEqual true\n  }\n\n\n  \"-\" should \"Remove element from heap\" in {\n    val heap = new Heap[Int](11)\n    heap + 15\n    heap + 25\n    heap + 12\n    heap + 11\n    heap + 46\n    heap - 12\n    heap - 46\n    heap.size shouldEqual 3\n    Array(25, 15, 11).forall(_ == heap.poll()) shouldEqual true\n  }\n\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/main\/scala\/com\/sandeepgodara\/ds\/linear\/Heap.scala","text":"package com.sandeepgodara.ds.linear\n\nimport scala.annotation.tailrec\nimport scala.reflect.ClassTag\n\nclass Heap[A](capacity: Int)(implicit m: ClassTag[A], ordering: Ordering[A]) {\n  val heap = new Array[A](capacity)\n  var size = 0\n\n  def +(e: A): Unit = {\n    if (size == capacity) {\n      throw new IllegalStateException(\"Heap is full! can't add more elements\")\n    }\n    heap(size) = e\n    shiftUp(size)\n    size += 1\n  }\n\n  def poll(): A = {\n    val root = heap(0)\n    heap(0) = heap(size - 1)\n    heap(size - 1) = _\n    size -= 1\n    heapify(0, size)\n    root\n  }\n\n  def -(element: A): Unit = {\n    val index = heap.indexOf(element)\n    if (index == -1) {\n      throw new NoSuchElementException(s\"Element: $element doesn't exists in the collection.\")\n    }\n    heap(index) = heap(size - 1)\n    size -= 1\n    if (ordering.gt(heap(index), heap(findParentIndex(index)))) {\n      shiftUp(index)\n    }\n    else {\n      heapify(index, size)\n    }\n  }\n\n  def contains(element: A): Boolean = {\n    if (size == 0) {\n      false\n    } else if (ordering.gt(element, heap(0))) {\n      false\n    } else {\n      heap.contains(element)\n    }\n  }\n\n  @tailrec\n  private def shiftUp(index: Int): Unit = {\n    val parentIndex = findParentIndex(index)\n\n    if (ordering.gt(heap(index), heap(parentIndex))) {\n      swap(index, parentIndex)\n      shiftUp(parentIndex)\n    }\n  }\n\n  @tailrec\n  private def heapify(index: Int, size: Int): Unit = {\n    if (index < size - 1) {\n      val leftIndex = left(index)\n      val rightIndex = right(index)\n      val swapIdx = swapIndex(index, leftIndex, rightIndex, size)\n      if (swapIdx != index) {\n        swap(swapIdx, index)\n        heapify(swapIdx, size)\n      }\n    }\n  }\n\n  def sort(): Unit = {\n    @tailrec\n    def doSort(pointer: Int): Unit = {\n      if (pointer > 0) {\n        swap(0, pointer)\n        heapify(0, pointer)\n        doSort(pointer - 1)\n      }\n    }\n\n    doSort(size - 1)\n  }\n\n\n  private def swapIndex(parentIndex: Int, leftIndex: Int, rightIndex: Int, size: Int): Int = {\n    val index = if (leftIndex <= size - 1) {\n      if (ordering.gt(heap(leftIndex), heap(parentIndex))) {\n        leftIndex\n      }\n      else parentIndex\n    }\n    else {\n      parentIndex\n    }\n\n    if (rightIndex <= size - 1) {\n      if (ordering.gt(heap(rightIndex), heap(index)))\n        rightIndex\n      else\n        index\n    }\n    else index\n  }\n\n  \/\/@TODO Test pending, need to take array in constructor.\n  def buildHeap(): Unit = {\n    val lastTreeIndex = leafStartIndex - 1\n\n    @tailrec\n    def balance(i: Int): Unit = {\n      if (i >= 0) {\n        heapify(i, size)\n        balance(i - 1)\n      }\n    }\n\n    balance(lastTreeIndex)\n  }\n\n  private def left(index: Int) = (2 * index) + 1\n\n  private def right(index: Int) = (2 * index) + 2\n\n  private def swap(index1: Int, index2: Int): Unit = {\n    val tmp = heap(index1)\n    heap(index1) = heap(index2)\n    heap(index2) = tmp\n  }\n\n  private def leafStartIndex = {\n    Math.floor(size \/ 2).toInt\n  }\n\n  private def findParentIndex(index: Int) = {\n    Math.max((index \/ 2) + (index % 2) - 1, 0)\n  }\n\n  override def toString: String = {\n    s\"[${Range(0, size).map(heap(_)).mkString(\",\")}]\"\n  }\n\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/main\/scala\/com\/sandeepgodara\/ds\/AVLTree.scala","text":"<filename>src\/main\/scala\/com\/sandeepgodara\/ds\/AVLTree.scala\npackage com.sandeepgodara.ds\n\nclass AVLTree[A](implicit ordering: Ordering[A]) {\n\n  private var root: Node = _\n\n  class Node(var data: A) {\n    var left: Node = _\n    var right: Node = _\n    var height: Int = 1\n\n    override def toString: String = s\"{data: $data, height: $height}\"\n  }\n\n  def +(element: A): Unit = {\n    root = insert(element, root)\n  }\n\n  private def insert(element: A, node: Node): Node = {\n    if (node == null) new Node(element)\n    else {\n      if (ordering.gt(element, node.data)) {\n        node.right = insert(element, node.right)\n      }\n      else {\n        node.left = insert(element, node.left)\n      }\n      balance(node)\n    }\n  }\n\n  \/**\n    * This function compute the balance factor\n    * (difference between height of left subtree and height of right subtree)\n    * If the absolute difference is greater then 1 balance the skewed (left or right) subtree\n    * @param node tree node\n    * @return\n    *\/\n  private def balance(node: Node): Node = {\n    node.height = calcHeight(node)\n    val factor = height(node.left) - height(node.right)\n    if (factor > 1) {\n      balanceLeft(node)\n    }\n    else if (factor < -1) {\n      balanceRight(node)\n    }\n    else {\n      node.height = calcHeight(node)\n      node\n    }\n  }\n\n  \/**\n    * Compute height of node as 1 + Max(leftSubTreeHeight, rightSubTreeHeight)\n    * @param node tree node\n    * @return\n    *\/\n  private def calcHeight(node: Node) = 1 + Math.max(height(node.left), height(node.right))\n\n  private def height(node: Node) = if (node == null) 0 else node.height\n\n  \/**\n    * Tree is skewed towards right\n    * @param node tree node\n    * @return\n    *\/\n  private def balanceRight(node: Node): Node = {\n    if (node.right.right == null) {\n      >><<(node)\n    }\n    else {\n      <<(node)\n    }\n  }\n\n  \/**\n    * Tree is skewed towards left\n    * @param node tree node\n    * @return\n    *\/\n  private def balanceLeft(node: Node): Node = {\n    if (node.left.left == null) {\n      <<>>(node)\n    }\n    else {\n      >>(node)\n    }\n  }\n\n  def height: Int = root.height\n\n  \/**\n    * Rotate left\n    * @param node tree node\n    * @return\n    *\/\n  private def <<(node: Node): Node = {\n    val root = node.right\n    node.right = root.left\n    root.left = node\n    root.left.height -= 2\n    root\n  }\n\n  \/**\n    * Rotate right\n    * @param node tree node\n    * @return\n    *\/\n  private def >>(node: Node): Node = {\n    val root = node.left\n    node.left = root.right\n    root.right = node\n    root.right.height -= 2\n    root\n  }\n\n  \/**\n    * Rotate left right\n    * @param node tree node\n    * @return\n    *\/\n  private def <<>>(node: Node): Node = {\n    val mid = node.left.right\n    node.left.right = mid.left\n    mid.left = node.left\n    node.left = mid\n    node.left.height += 1\n    node.left.left.height -= 1\n    >>(node)\n  }\n\n  \/**\n    * Rotate right left\n    * @param node tree node\n    * @return\n    *\/\n  private def >><<(node: Node): Node = {\n    val mid = node.right.left\n    node.right.left = mid.right\n    mid.right = node.right\n    node.right = mid\n    node.right.height += 1\n    node.right.right.height -= 1\n    <<(node)\n  }\n\n  \/**\n    * Function to print all nodes level by level\n    *\/\n  def printLevelOrder(): Unit = {\n    printLevel(List(root))\n  }\n\n  private def printLevel(nodes: List[Node]): Unit = nodes match {\n    case Nil =>\n    case _ =>\n      val next = nodes.filter(_ != null).flatMap(node => {\n        Console print s\"$node, \"\n        List(node.left, node.right)\n      })\n      Console println \"\"\n      printLevel(next)\n  }\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/test\/scala\/com\/sandeepgodara\/ds\/linear\/LinkedListTest.scala","text":"<gh_stars>0\npackage com.sandeepgodara.ds.linear\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass LinkedListTest extends FlatSpec with Matchers {\n\n\n\n  \"+\" should \"add element to list\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list.size shouldEqual 1\n  }\n\n  \"-\" should \"remove element from list\" in{\n    val list = new LinkedList[Int]()\n    list + 2\n    list.size shouldEqual 1\n    list - 2\n    list.size shouldEqual 0\n  }\n\n  \"contains\" should \"tell whether element exists in list\"in{\n    val list = new LinkedList[Int]()\n    list + 5\n    list.contains(7) shouldEqual false\n    list.contains(5) shouldEqual true\n    list + 8\n    list + 9\n    list.contains(8) shouldEqual true\n    list.contains(10) shouldEqual false\n  }\n\n  \"+(e,pos)\" should \"Add element at specified position\"in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list + (2, 0)\n    list.indexOf(2) shouldEqual 0\n    list + 3\n    list + 4\n    list + 5\n    list + (6, 4)\n    list.indexOf(6) shouldEqual 4\n    list.indexOf(5) shouldEqual 5\n  }\n\n  \"tail\" should \"return a the list with all elements minus head\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list + 2\n    list + 3\n    list + 4\n    list + 5\n    list.tail.size shouldEqual 4\n  }\n\n  \"hasLoop\" should \"tell if there's a loop in the list\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list.head.next = list.head\n    list.hasLoop shouldEqual true\n  }\n\n  \"hasLoop\" should \"tell if another case loop\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list + 5\n    list.head.next.next = list.head\n    list.hasLoop shouldEqual true\n  }\n\n  \"hasLoop\" should \"tell if another case 3 loop\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list + 5\n    list + 9\n    list + 7\n\n    list.head.next.next.next = list.head.next\n    list.hasLoop shouldEqual true\n  }\n\n  \"hasLoop\" should \"tell if another case 4 loop\" in{\n    val list = new LinkedList[Int]()\n    list + 1\n    list + 5\n    list + 9\n    list + 7\n    list + 7\n    list + 7\n    list + 77\n    list + 45\n    list.head.next.next.next.next.next.next.next = list.head.next.next\n    list.hasLoop shouldEqual true\n  }\n\n  \"mid\" should \"tell the middle element in the list\" in{\n    val list = new LinkedList[Int]()\n    list + 2\n    list + 3\n    list + 5\n    list + 9\n    list + 10\n    list.mid shouldEqual 5\n  }\n\n\n\n\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/main\/scala\/com\/sandeepgodara\/ds\/linear\/LinkedList.scala","text":"package com.sandeepgodara.ds.linear\n\nclass LinkedList[A] {\n\n  class Node(var data: A) {\n    var next: Node = _\n  }\n\n  var head: Node = _ \/\/Initialize default value [null] with scala default value indicator =_\n\n  def +(element: A): Unit = {\n    val node = new Node(element)\n    if (head == null) {\n      head = node\n    }\n    else {\n      findTailNode(this.head).next = node\n    }\n  }\n\n  def +(element: A, position: Int): Unit = {\n    def previousPos = position - 1\n\n    def find(pos: Int = 0, node: Node): Node = {\n      if (node == null) {\n        throw new IndexOutOfBoundsException(s\"Index out of bounds: $position\")\n      }\n      if (pos == previousPos) {\n        node\n      }\n      else {\n        find(pos + 1, node.next)\n      }\n    }\n\n    if (position == 0) {\n      val node = new Node(element)\n      node.next = head\n      head = node\n    }\n    else {\n      val previousNode = find(node = head)\n      val node = new Node(element)\n      node.next = previousNode.next\n      previousNode.next = node\n    }\n  }\n\n  def -(element: A): A = {\n\n    def remove(previous: Node, next: Node): Unit = {\n      if (next == null) {\n        throw new NoSuchElementException(s\"Element not found $element\")\n      }\n      if (next.data == element) {\n        previous.next = next.next\n      }\n      else {\n        remove(next, next.next)\n      }\n    }\n\n    if (head == null) {\n      throw new NoSuchElementException(s\"Element not found $element\")\n    }\n    else if (head.data == element) {\n      head = head.next\n    }\n    else {\n      remove(head, head.next)\n    }\n    element\n  }\n\n  def indexOf(element: A): Int = {\n    def findIndex(node: Node, i: Int = 0): Int = {\n      if (node == null) {\n        throw new NoSuchElementException(s\"Element doesn't exist : $element\")\n      }\n      if (node.data == element) {\n        i\n      }\n      else\n        findIndex(node.next, i + 1)\n    }\n\n    findIndex(head)\n  }\n\n  def contains(element: A): Boolean = { \/\/ Check if list contains the element\n    def has(node: Node): Boolean = {\n      if (node == null) false\n      else if (node.data == element) true\n      else has(node.next)\n    }\n\n    has(head)\n  }\n\n  def tail: LinkedList[A] = {\n    \/\/Return list with head removed\n    if (head == null) {\n      throw new IllegalStateException(\"Empty List\")\n    }\n    else if (head.next == null) {\n      head = null\n      this\n    }\n    else {\n      val newHead = head.next\n      head.next = null\n      head = newHead\n      this\n    }\n  }\n\n  def size: Int = {\n    def calcSize(node: Node, s: Int = 0): Int = {\n      if (node == null) s\n      else calcSize(node.next, s + 1)\n    }\n\n    calcSize(head)\n  }\n\n  private def findTailNode(node: Node): Node = {\n    if (node.next == null) node\n    else findTailNode(node.next)\n  }\n\n  override def toString: String = {\n\n    def buildString(node: Node, strings: List[String] = Nil): String = {\n      if (node != null) {\n        buildString(node.next, s\"${node.data}\" :: strings)\n      }\n      else strings.reverse.mkString(\",\")\n    }\n\n    buildString(head)\n  }\n\n  def hasLoop: Boolean = {\n    if (head == null || head.next == null) {\n      false\n    }\n    else {\n      def checkLoop(slow: Node, fast: Node): Boolean = {\n        if (slow == fast.next) {\n          true\n        }\n        else {\n          if (fast.next == null) {\n            false\n          }\n          else {\n            val onStepAhead = fast.next\n            val twoStepAhead = if (onStepAhead.next == null) onStepAhead else onStepAhead.next\n            checkLoop(slow.next, twoStepAhead)\n          }\n        }\n      }\n      checkLoop(head, head)\n    }\n  }\n\n  def mid: A = {\n    def move(slow: Node, fast:Node): A = {\n      if(fast.next == null || fast.next.next == null){\n        slow.data\n      }\n      else{\n        move(slow.next, fast.next.next)\n      }\n    }\n    if(head == null){\n      throw new IllegalStateException(\"Empty List\")\n    }\n    move(head, head)\n  }\n\n  def fac(n: Int): Int={\n    if(n == 1) n\n    else\n    n * fac(n-1)\n  }\n\n\n}\n"}
{"repo_name":"godara-sandeep\/data-structure","path":"src\/test\/scala\/com\/sandeepgodara\/ds\/AVLTreeSpec.scala","text":"<filename>src\/test\/scala\/com\/sandeepgodara\/ds\/AVLTreeSpec.scala\npackage com.sandeepgodara.ds\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass AVLTreeSpec extends FlatSpec with Matchers{\n\n  \"+1\" should \"add elements in AVL tree self balancing tree\"in{\n    val tree = new AVLTree[Int]()\n    tree + 15\n    tree + 20\n    tree + 10\n    tree + 17\n    tree + 18\n    tree.height shouldEqual 3\n    tree.printLevelOrder()\n  }\n  \"+2\" should \"add elements in AVL tree self balancing tree\"in{\n    val tree = new AVLTree[Int]()\n    tree + 15\n    tree + 20\n    tree + 12\n    tree + 14\n    tree + 13\n    tree.height shouldEqual 3\n    tree.printLevelOrder()\n  }\n  \"+3\" should \"add elements in AVL tree self balancing tree\"in{\n    val tree = new AVLTree[Int]()\n    tree + 25\n    tree + 20\n    tree + 30\n    tree + 32\n    tree + 35\n    tree.height shouldEqual 3\n    tree.printLevelOrder()\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/rdd\/SplitterFunctions.scala","text":"package net.librec.spark.rdd\n\nimport java.util.Random\n\nimport net.librec.math.algorithm.Randoms\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.util.random.BernoulliCellSampler\nimport net.librec.spark.Logging\nimport net.librec.spark.data.Rating\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Spliter Functions\n  *\n  * @param rdd\n  *\/\nclass SplitterFunctions(rdd: RDD[Rating]) extends Logging {\n\n  private val sc = rdd.sparkContext\n\n  \/**\n    * Split the data by ratio.\n    *\n    * @param weights\n    * @param splitterType\n    * @param seed\n    * @return\n    *\/\n  def splitByRatio(weights: Array[Double], splitterType: String, seed: Long = new Random().nextLong()): Array[RDD[Rating]] = {\n    require(weights.forall(_ >= 0),\n      s\"Weights must be nonnegative, but got ${weights.mkString(\"[\", \",\", \"]\")}\")\n    require(weights.sum > 0,\n      s\"Sum of weights must be positive, but got ${weights.mkString(\"[\", \",\", \"]\")}\")\n    require(weights.length != 2 || weights.length != 3,\n      s\"Length of weights must be 2 or 3, but got ${weights.length}\")\n    val sum = weights.sum\n    val normalizedCumWeights = weights.map(_ \/ sum).scanLeft(0.0d)(_ + _)\n    splitterType match {\n      case \"rating\" =>\n        normalizedCumWeights.sliding(2).map { x =>\n          rdd.mapPartitionsWithIndex({ (index, partition) =>\n            val sampler = new BernoulliCellSampler[Rating](x(0), x(1))\n            sampler.setSeed(seed + index)\n            sampler.sample(partition)\n          }, preservesPartitioning = true)\n        }.toArray\n      case \"user\" =>\n        val userRDD = rdd.groupBy(rat => rat.user)\n        normalizedCumWeights.sliding(2).map { x =>\n          userRDD.mapPartitionsWithIndex({ (index, p) =>\n            val sampler = new BernoulliCellSampler[Rating](x(0), x(1))\n            sampler.setSeed(seed + index)\n            p.flatMap(ratings => sampler.sample(ratings._2.iterator))\n          }, preservesPartitioning = true)\n        }.toArray\n      case \"userfixed\" =>\n        val userRDD = rdd.groupBy(rat => rat.user)\n        normalizedCumWeights.sliding(2).map { x =>\n          userRDD.mapPartitionsWithIndex({ (index, p) =>\n            val sampler = new UserFixedSampler[Rating](x(0), x(1))\n            sampler.setSeed(seed + index)\n            p.flatMap(ratings => sampler.sample(ratings._2.iterator))\n          }, preservesPartitioning = true)\n        }.toArray\n    }\n  }\n\n  \/**\n    * Split the data by LOO.\n    *\n    * @param splitterType\n    * @param seed\n    * @return\n    *\/\n  def splitByLOO(splitterType: String, seed: Long = new Random().nextLong()): Array[RDD[Rating]] = {\n    (splitterType match {\n      case \"user\" =>\n        rdd.groupBy(rat => rat.user)\n      case \"item\" =>\n        rdd.groupBy(rat => rat.item)\n    }).map { case (_, rats) =>\n      Randoms.seed(seed)\n      val ratings = rats.toList\n      val randId = (ratings.length * Randoms.uniform).toInt\n      val looRating = ratings(randId)\n      (ratings.dropWhile { x => x.equals(looRating) }, looRating)\n    }.aggregate((ArrayBuffer[Rating](), ArrayBuffer[Rating]()))(\n      seqOp = (merge: (ArrayBuffer[Rating], ArrayBuffer[Rating]), value: (Iterable[Rating], Rating)) => (merge._1.++(value._1), merge._2.+:(value._2)),\n      combOp = (comb1: (ArrayBuffer[Rating], ArrayBuffer[Rating]), comb2: (ArrayBuffer[Rating], ArrayBuffer[Rating])) => (comb1._1.++(comb2._1), comb1._2.++(comb2._2))\n    ).productIterator.map(iter => sc.parallelize(iter.asInstanceOf[Iterable[Rating]].toSeq)).toArray\n  }\n\n  \/**\n    * Split the data by GivenN.\n    *\n    * @param numGiven\n    * @param splitterType\n    * @param seed\n    * @return\n    *\/\n  def splitByGivenN(numGiven: Int, splitterType: String, seed: Long = new Random().nextLong()): Array[RDD[Rating]] = {\n    (splitterType match {\n      case \"user\" =>\n        rdd.groupBy(rat => rat.user)\n      case \"item\" =>\n        rdd.groupBy(rat => rat.item)\n    }).map { case (_, rats) =>\n      Randoms.seed(seed)\n      val ratings = rats.toList\n      val givenIdxs = Randoms.nextIntArray(numGiven, ratings.length)\n      val givenNIter = givenIdxs.map(idx => ratings(idx))\n      (ratings.diff(givenNIter), givenNIter.toIterable)\n    }.aggregate((ArrayBuffer[Rating](), ArrayBuffer[Rating]()))(\n      seqOp = (merge: (ArrayBuffer[Rating], ArrayBuffer[Rating]), value: (Iterable[Rating], Iterable[Rating])) => (merge._1.++(value._1), merge._2.++(value._2)),\n      combOp = (comb1: (ArrayBuffer[Rating], ArrayBuffer[Rating]), comb2: (ArrayBuffer[Rating], ArrayBuffer[Rating])) => (comb1._1.++(comb2._1), comb1._2.++(comb2._2))\n    ).productIterator.map(iter => sc.parallelize(iter.asInstanceOf[Iterable[Rating]].toSeq)).toArray\n  }\n}\n\nclass UserFixedSampler[T](lb: Double, ub: Double) extends BernoulliCellSampler[T](lb, ub) {\n  private val rng: Random = new Random()\n  \/**\n    * Number of certain ratio\n    *\/\n  private var count = 0\n\n  \/**\n    * Sample items\n    *\n    * @param items item list\n    * @return filtered item list\n    *\/\n  override def sample(items: Iterator[T]): Iterator[T] = {\n    val itemList = items.toList\n    val k: Int = Math.floor(itemList.length * (ub - lb)).toInt\n    itemList.filter(_ => sample() > 0 && count <= k).iterator\n  }\n\n  \/**\n    * Sample by random\n    *\n    * @return sample state\n    *\/\n  override def sample(): Int = {\n    if (ub - lb > 0.0) {\n      val x = rng.nextDouble()\n      if ((x >= lb) && (x < ub)) {\n        count += 1\n        1\n      } else 0\n    } else 0\n  }\n}\n\nobject SplitterFunctions {\n  implicit def addSplitterFunctions(rdd: RDD[Rating]): SplitterFunctions = new SplitterFunctions(rdd)\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/recommender\/cf\/UserKNN.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender<filename>refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/recommender\/cf\/UserKNN.scala\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\n\npackage net.librec.spark.recommender.cf\n\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.data.Rating\nimport net.librec.spark.math.structure.IndexedVector\nimport net.librec.spark.rdd.StatisticalFunctions\nimport net.librec.spark.rdd.StatisticalFunctions._\nimport net.librec.spark.recommender.Recommender\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * UserKNNRecommender\n  *\n  * @param knn\n  * @param isRanking\n  * @param trainData\n  * @param similarityData RDD[(user, (simiUser, score))]\n  *\n  * @author WangYuFeng and <NAME>\n  *\/\nclass UserKNN(val knn: Int,\n              val isRanking: Boolean,\n              val trainData: RDD[Rating],\n              val similarityData: RDD[(Int, (Int, Double))]\n             ) extends Recommender[Array[(Int, Int)]] {\n\n  \/**\n    * Global mean of ratings\n    *\/\n  var globalMean = 0.0\n  \/**\n    * Mean of ratings each user\n    *\/\n  var userMeans = mutable.Map.empty[Int, Double]\n  \/**\n    * All training sample denoted by Vectors\n    *\/\n  var trainVectors: RDD[IndexedVector] = _\n\n  \/**\n    * @see net.librec.spark.recommender.Recommender#train()\n    *\/\n  override def train(): Unit = {\n    trainVectors = StatisticalFunctions.toIndexedSparseVectors(trainData)\n    globalMean = trainVectors.mean()\n    userMeans = trainVectors.indexedMeans()\n  }\n\n  \/**\n    * @see net.librec.spark.recommender.Recommender#predict(T)\n    *\/\n  override def predict(userItems: Array[(Int, Int)]): RDD[Rating] = {\n    val sc = similarityData.sparkContext\n    val predUsersBC = sc.broadcast(userItems.map(_._1).toSet)\n    val predItemsBC = sc.broadcast(userItems.map(_._2).toSet)\n\n    \/\/ get all <predUser, simiUser> pairs of predUsers\n    val predUserSimiUserPairs = similarityData.filter { similarity =>\n      val predUsers = predUsersBC.value\n      if (predUsers.contains(similarity._1)) true else false\n    }.map { case (predUser, (simiUser, score)) => (simiUser, (predUser, score)) }\n\n    \/\/ get all <predItem, ratingUser> pairs of predItems\n    val predItemRatingUserPairs = trainData.filter { rating =>\n      val predItems = predItemsBC.value\n      if (predItems.contains(rating.item)) true else false\n    }.map(rat => (rat.user, (rat.item, rat.rate)))\n\n    if (isRanking) {\n      predUserSimiUserPairs.join(predItemRatingUserPairs)\n        .map { case (simiRatingUser, ((predUser, score), (predItem, rate))) =>\n          (predUser + \"_\" + predItem, score)\n        }.aggregateByKey(ArrayBuffer[Double]())(_ += _, _ ++ _)\n        .map { case (predUserItem, scores) =>\n          val predUserItemArr = predUserItem.split(\"_\", 2)\n          Rating(predUserItemArr(0).toInt, predUserItemArr(1).toInt, scores.sortWith(_ < _).take(knn).sum)\n        }\n    } else {\n      val userMeansBC = sc.broadcast(userMeans.toMap)\n      predUserSimiUserPairs.join(predItemRatingUserPairs)\n        .mapPartitions { iter =>\n          val userMeans = userMeansBC.value\n          iter.map { case (simiRatingUser, ((predUser, score), (predItem, rate))) =>\n            val mean = userMeans.getOrElse(simiRatingUser, 0.0)\n            (predUser + \"_\" + predItem, (rate, score, mean))\n          }\n        }.aggregateByKey(ArrayBuffer[(Double, Double, Double)]())(_ += _, _ ++ _)\n        .mapPartitions { iter =>\n          val userMeans = userMeansBC.value\n          iter.map { case (predUserItem, rateScores) =>\n            val predUserItemArr = predUserItem.split(\"_\", 2)\n            val (predUser, predItem) = (predUserItemArr(0).toInt, predUserItemArr(1).toInt)\n            var sum, ws = 0.0\n            rateScores.sortWith((rateScore1, rateScore2) => rateScore1._2.compareTo(rateScore2._2) > 0).take(knn).foreach { case (rate, score, mean) =>\n              sum += score * (rate - mean)\n              ws += Math.abs(score)\n            }\n            val predRate = if (ws > 0) userMeans.getOrElse(predUser, 0.0) + sum \/ ws else globalMean\n            Rating(predUser, predItem, predRate)\n          }\n        }\n    }\n  }\n\n  \/**\n    * Predict specific ratings for some users on related items.\n    *\n    * @param userItems some users and related items\n    * @return predictive ratings\n    *\/\n  def predict(userItems: RDD[Rating]): RDD[Rating] = {\n    val userItemArr = userItems.map(rating => (rating.user, rating.item)).collect()\n    predict(userItemArr)\n  }\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/SparkTest.scala","text":"<gh_stars>1-10\npackage net.librec.spark\n\nimport net.librec.recommender.item.RecommendedList\nimport net.librec.spark.data.DataConverter\nimport net.librec.spark.rdd.SimilarityFunctions._\nimport net.librec.spark.rdd.SplitterFunctions._\nimport net.librec.spark.rdd.StatisticalFunctions\nimport net.librec.spark.recommender.cf.UserKNN\n\n\/**\n  * Librec Context Test Case\n  *\n  * @author WangYuFeng\n  *\/\nobject SparkTest {\n\n  def main(args: Array[String]): Unit = {\n    val inPath = args(0)\n    val dep = args(1)\n    val conf = new LibrecConf().setAppName(\"librec application\")\n    conf.setInt(\"rec.similarity.shrinkage\", 10)\n    val lc = new LibrecContext(conf)\n    val data = new DataConverter(lc).convertText(inPath)\n    val algoData = data.splitByRatio(Array(0.8, 0.2), \"rating\", seed = 1)\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(data).computeSimilarity(Correlation.BCOS, conf)\n    val userKNN = new UserKNN(knn = 200, isRanking = false, trainData = algoData(0), similarityData = similarity)\n    userKNN.train()\n    val predictArr = algoData(1).map(rats => (rats.user, rats.item)).collect()\n    val predictResult = userKNN.predict(predictArr).collect()\n    val groundTruthList = new RecommendedList(predictResult.length, false)\n    algoData(1).collect().foreach(rat => groundTruthList.addIndependently(rat.user, rat.item, rat.rate))\n    val recommendedList = new RecommendedList(predictResult.length)\n    predictResult.foreach(rat => recommendedList.addIndependently(rat.user, rat.item, rat.rate))\n    println(\"---Evaluator MSE: \" + Evaluator.eval(Measure.MSE, groundTruthList, recommendedList, conf))\n    println(\"---Evaluator MAE: \" + Evaluator.eval(Measure.MAE, groundTruthList, recommendedList, conf))\n    lc.stop()\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/data\/Rating.scala","text":"package net.librec.spark.data\n\n\/**\n  * Rating: basic information unit for ''user rate a item''\n  *\n  * @param user\n  * @param item\n  * @param rate\n  *\n  * @author WangYuFeng\n  *\/\ncase class Rating(user: Int, item: Int, rate: Double) extends scala.AnyRef with scala.Product with Serializable {\n  var time: String = _\n\n  def this(user: Int, item: Int, rating: Double, time: String) {\n    this(user, item, rating)\n    this.time = time\n  }\n\n  override def hashCode(): Int = super.hashCode()\n\n  override def equals(obj: scala.Any): Boolean = super.equals(obj)\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/distributed\/RowMatrix.scala","text":"package net.librec.spark.math.structure.distributed\n\nimport net.librec.math.structure.{AbstractMatrix, DenseMatrix}\nimport net.librec.spark.math.structure.Vector\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.Logging\n\n\/**\n  * Represents a row-oriented distributed Matrix with no meaningful row indices.\n  *\n  * @param rows rows stored as an RDD[Vector]\n  * @param nRows number of rows. A non-positive value means unknown, and then the number of rows will\n  *              be determined by the number of records in the RDD `rows`.\n  * @param nCols number of columns. A non-positive value means unknown, and then the number of\n  *              columns will be determined by the size of the first row.\n  *\/\nclass RowMatrix(val rows: RDD[Vector],\n                private var nRows: Long,\n                private var nCols: Int) extends DistributedMatrix with Logging {\n  \/** Gets or computes the number of rows. *\/\n  override def numRows(): Long = {\n    if (nRows <= 0L) {\n      nRows = rows.count()\n      if (nRows == 0L) {\n        sys.error(\"Cannot determine the number of rows because it is not specified in the \" +\n          \"constructor and the rows RDD is empty.\")\n      }\n    }\n    nRows\n  }\n\n  \/** Gets or computes the number of columns. *\/\n  override def numCols(): Long = {\n    if (nCols <= 0) {\n      try {\n        \/\/ Calling `first` will throw an exception if `rows` is empty.\n        nCols = rows.first().size\n      } catch {\n        case err: UnsupportedOperationException =>\n          sys.error(\"Cannot determine the number of cols because it is not specified in the \" +\n            \"constructor and the rows RDD is empty.\")\n      }\n    }\n    nCols\n  }\n\n  \/** Collect the distributed matrix on the driver as a `Matrix`. *\/\n  override def toLocalMatrix: AbstractMatrix = {\n    val m = numRows().toInt\n    val n = numCols().toInt\n    val mat = new DenseMatrix(m, n)\n    var i = 0\n    rows.collect().foreach { vector =>\n      vector.foreachActive { case (j, v) =>\n        mat.set(i, j, v)\n      }\n      i += 1\n    }\n    mat\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/LibrecContext.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{SparkConf, SparkContext}\nimport net.librec.spark.data.{DataConverter, Rating}\nimport org.apache.commons.lang.StringUtils\n\n\/**\n  * Create new LibrecContext based on provided Librec configuration\n  *\n  * @param conf Librec configuration\n  * @author WangYuFeng\n  *\/\nclass LibrecContext(val conf: LibrecConf) {\n  val sparkContext = SparkContext.getOrCreate(LibrecContext.updatedConf(conf))\n\n  \/**\n    * Read data file(s) to RDD[Rating]\n    *\n    * @param path local or hdfs path of data file(s)\n    * @return\n    *\/\n  def convertData(path: String): RDD[Rating] = {\n    val converter = new DataConverter(this)\n    converter.convertText(path)\n  }\n\n  \/**\n    * Adds a JAR dependency for all tasks to be executed on this `SparkContext` in the future.\n    *\n    * If a jar is added during execution, it will not be available until the next TaskSet starts.\n    *\n    * @param path can be either a local file, a file in HDFS (or other Hadoop-supported filesystems),\n    *             an HTTP, HTTPS or FTP URI, or local:\/path for a file on every worker node.\n    *\/\n  def addJars(path: String): Unit = {\n    if (StringUtils.isNotBlank(path)) {\n      val jarPaths = path.split(\",\")\n      jarPaths.foreach(p => sparkContext.addJar(p.trim))\n    }\n  }\n\n  \/**\n    * Return a copy of this LibrecContext's configuration. The configuration ''cannot'' be\n    * changed at runtime.\n    *\/\n  def getConf: LibrecConf = conf\n\n  \/**\n    * Shut down the SparkContext.\n    *\/\n  def stop(): Unit = sparkContext.stop()\n}\n\nobject LibrecContext {\n  def updatedConf(conf: LibrecConf): SparkConf = conf.toSparkConf\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/data\/DataConvertorTestCase.scala","text":"package net.librec.spark.data\n\nimport net.librec.spark.BaseTestSuite\n\nclass DataConvertorTestCase extends BaseTestSuite{\n  override val appName: String = \"DataConverterTestCase\"\n  var dataConverter:DataConvertor = _\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    dataConverter = new DataConvertor(lc)\n  }\n  \n  test(\"convertText\"){\n    val rdd = dataConverter.convertText(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\")\n    println(rdd.partitions.length)\n    rdd.mapPartitionsWithIndex((index, ratings) =>{\n      var result = List[String]()\n      while (ratings.hasNext){\n        val x = ratings.next()\n        println(index + \"-\" + x.user + \"-\" + x.item + \"-\" + x.rate)\n        result.::(index + \"-\" + x.user + \"-\" + x.item + \"-\" + x.rate)\n      }\n      result.iterator\n    }).collect()\n    val rdd1 = lc.sparkContext.parallelize(1 to 20)\n    rdd1.map(v=> v+100).mapPartitionsWithIndex((index, ratings) =>{\n      var result = List[String]()\n      while (ratings.hasNext){\n        val x = ratings.next()\n        println(index + \"-\" + x)\n        result.::(index + \"-\" + x)\n      }\n      result.iterator\n    }).collect()\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/SimilarityTestCase.scala","text":"package net.librec.spark\n\nimport net.librec.spark.data.DataConverter\nimport net.librec.spark.rdd.SimilarityFunctions._\nimport net.librec.spark.rdd.StatisticalFunctions\n\n\/**\n  * Librec Context Test Case\n  *\n  * @author WangYuFeng\n  *\/\nclass SimilarityTestCase extends BaseTestSuite{\n  override val appName: String = \"SimilarityTestCase\"\n  var dataConverter:DataConverter = _\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    dataConverter = new DataConverter(lc)\n  }\n\n  test(\"SimilarityTestCase\") {\n\/\/    IndexedRow\n\/\/\n\/\/    val a = lc.sparkContext.parallelize(List((1,5),(2,6),(3,7)))\n\/\/    a.join(a).collect().foreach(print)\n    val rdd = dataConverter.convertText(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\")\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(rdd).computeSimilarity(Correlation.BCOS, conf).foreach(println)\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/recommender\/UserKNNTestCase.scala","text":"\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.recommender\n\nimport net.librec.recommender.item.RecommendedList\nimport net.librec.spark.data.DataConverter\nimport net.librec.spark.rdd.SimilarityFunctions._\nimport net.librec.spark.rdd.SplitterFunctions._\nimport net.librec.spark.rdd.StatisticalFunctions\nimport net.librec.spark.recommender.cf.UserKNN\nimport net.librec.spark.{BaseTestSuite, _}\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * UserKNNJavaTestCase.\n  *\n  * @author WangYuFeng\n  *\/\nclass UserKNNTestCase extends BaseTestSuite {\n\n  test(\"UserKNNRankingTestCase\") {\n    val conf = new LibrecConf().setMaster(master).setAppName(appName)\n    conf.setInt(\"rec.similarity.shrinkage\", 10)\n    val lc = new LibrecContext(conf)\n    val data = new DataConverter(lc).convertText(\"E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/ratings.txt\")\n    val algoData = data.splitByRatio(Array(0.8, 0.2), \"rating\", seed = 1)\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(data).computeSimilarity(Correlation.BCOS, conf)\n    val userKNN = new UserKNN(knn = 200, isRanking = true, trainData = algoData(0), similarityData = similarity)\n    userKNN.train()\n    val predictArr = algoData(1).map(rats => (rats.user, rats.item)).collect()\n    val predictResult = userKNN.predict(predictArr).collect()\n    val groundTruthList = new RecommendedList(predictResult.length, true)\n    algoData(1).collect().foreach(rat => groundTruthList.addIndependently(rat.user, rat.item, rat.rate))\n    val recommendedList = new RecommendedList(predictResult.length)\n    predictResult.foreach(rat => recommendedList.addIndependently(rat.user, rat.item, rat.rate))\n    conf.setInt(\"rec.recommender.ranking.topn\", 5)\n    println(\"---Evaluator AP: \" + Evaluator.eval(Measure.AP, groundTruthList, recommendedList, conf))\n    conf.setInt(\"rec.recommender.ranking.topn\", 100)\n    println(\"---Evaluator IDCG: \" + Evaluator.eval(Measure.IDCG, groundTruthList, recommendedList, conf))\n    lc.stop()\n  }\n\n\n  test(\"UserKNNRatingTestCase\") {\n    val conf = new LibrecConf().setMaster(master).setAppName(appName)\n    conf.setInt(\"rec.similarity.shrinkage\", 10)\n    val lc = new LibrecContext(conf)\n    val data = new DataConverter(lc).convertText(\"E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/ratings.txt\")\n    val algoData = data.splitByRatio(Array(0.8, 0.2), \"rating\", seed = 1)\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(data).computeSimilarity(Correlation.BCOS, conf)\n    val userKNN = new UserKNN(knn = 200, isRanking = false, trainData = algoData(0), similarityData = similarity)\n    userKNN.train()\n    val predictArr = algoData(1).map(rats => (rats.user, rats.item)).collect()\n    val predictResult = userKNN.predict(predictArr).collect()\n    val groundTruthList = new RecommendedList(predictResult.length, false)\n    algoData(1).collect().foreach(rat => groundTruthList.addIndependently(rat.user, rat.item, rat.rate))\n    val recommendedList = new RecommendedList(predictResult.length)\n    predictResult.foreach(rat => recommendedList.addIndependently(rat.user, rat.item, rat.rate))\n    println(\"---Evaluator MSE: \" + Evaluator.eval(Measure.MSE, groundTruthList, recommendedList, conf))\n    println(\"---Evaluator MAE: \" + Evaluator.eval(Measure.MAE, groundTruthList, recommendedList, conf))\n    lc.stop()\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/Vectors.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.math.structure\n\nimport net.librec.math.structure\nimport net.librec.math.structure.{VectorBasedSequentialSparseVector, Vector => CoreVector}\n\n\n\/**\n  * Represents a numeric vector, whose index type is Int and value type is Double.\n  *\n  * @author WangYuFeng\n  *\/\ntrait Vector extends Serializable {\n\n  \/**\n    * Size of the vector.\n    *\/\n  def size: Int\n\n  def values: Array[Double]\n\n  \/**\n    * Converts the instance to a double array.\n    *\/\n  def toArray: Array[Double]\n\n  \/**\n    * Convert this vector to the new mllib-local representation.\n    *\/\n  def asLocalVector: CoreVector\n\n  \/**\n    * Transform each element by function ''f''.\n    *\n    * @param f\n    *\/\n  def foreachActive(f: (Int, Double) => Unit): Unit\n\n}\n\nclass DenseVector(val values: Array[Double]) extends Vector {\n  override def size: Int = values.length\n\n  override def toArray: Array[Double] = values\n\n  \/**\n    * Convert this vector to the new librec-local representation.\n    *\/\n  override def asLocalVector: structure.DenseVector = new net.librec.math.structure.VectorBasedDenseVector(values)\n\n  \/**\n    * @see net.librec.spark.math.structure#foreachActive((Int, Double) => Unit)\n    *\/\n  override def foreachActive(f: (Int, Double) => Unit): Unit = {\n    var i = 0\n    val localValuesSize = values.length\n    val localValues = values\n\n    while (i < localValuesSize) {\n      f(i, localValues(i))\n      i += 1\n    }\n  }\n\n}\n\nclass SparseVector(override val size: Int,val indices: Array[Int],val values: Array[Double]) extends Vector {\n\n  override def toArray: Array[Double] = {\n    println(\"size--\",size,\"--indices--\",indices.mkString(\",\"),\"--value--\",values.mkString(\",\"))\n    val data = new Array[Double](size)\n    var i = 0\n    val nnz = indices.length\n    while (i < nnz) {\n      data(indices(i)) = values(i)\n      i += 1\n    }\n    data\n  }\n\n  \/**\n    * Convert this vector to the new librec-local representation.\n    *\/\n  override def asLocalVector: VectorBasedSequentialSparseVector = new VectorBasedSequentialSparseVector(size, indices, values)\n\n  \/**\n    * @see net.librec.spark.math.structure#foreachActive((Int, Double) => Unit)\n    *\/\n  override def foreachActive(f: (Int, Double) => Unit): Unit = {\n    var i = 0\n    val localValuesSize = values.length\n    val localIndices = indices\n    val localValues = values\n\n    while (i < localValuesSize) {\n      f(localIndices(i), localValues(i))\n      i += 1\n    }\n  }\n}\n\nobject Vectors {\n\n  \/**\n    * Creates a dense vector from its values.\n    *\/\n  def dense(firstValue: Double, otherValues: Double*): Vector = new DenseVector((firstValue +: otherValues).toArray)\n\n  \/\/ A dummy implicit is used to avoid signature collision with the one generated by @varargs.\n  \/**\n    * Creates a dense vector from a double array.\n    *\/\n  def dense(values: Array[Double]): Vector = new DenseVector(values)\n\n  \/**\n    * Creates a sparse vector providing its index array and value array.\n    *\n    * @param size    vector size.\n    * @param indices index array, must be strictly increasing.\n    * @param values  value array, must have the same length as indices.\n    *\/\n  def sparse(size: Int, indices: Array[Int], values: Array[Double]): Vector = new SparseVector(size, indices, values)\n\n  \/**\n    * Creates a sparse vector providing its all (index, value) two-tuples.\n    *\n    * @param size vector size.\n    * @param elements all (index, value) two-tuples.\n    * @return\n    *\/\n  def sparse(size: Int, elements: Seq[(Int, Double)]): Vector = {\n    require(size > 0, \"The size of the requested sparse vector must be greater than 0.\")\n\n    val (indices, values) = elements.sortBy(_._1).unzip\n    var prev = -1\n    indices.foreach { i =>\n      require(prev < i, s\"Found duplicate indices: $i.\")\n      prev = i\n    }\n    require(prev < size, s\"You may not write an element to index $prev because the declared \" +\n      s\"size of your vector is $size\")\n    new SparseVector(size, indices.toArray, values.toArray)\n  }\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/distributed\/DistributedMatrixLike.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender\npackage net.librec.spark.math.structure.distributed\n\n\/**\n  * Created by Administrator on 2017-8-26.\n  *\/\nclass DistributedMatrixLike {\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/BaseTestSuite.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender<gh_stars>1-10\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark\n\nimport org.scalatest.{BeforeAndAfterAll, FunSuite}\n\n\/**\n  * Base Test Suite\n  * @author WangYuFeng\n  *\/\nclass BaseTestSuite extends FunSuite with BeforeAndAfterAll {\n  \/\/netstat -ano|findstr 4040\n  \/\/taskkill -pid 6916 -f\n  val appName = \"Librec Test\"\n  val master = \"local[2]\"\n  var conf:LibrecConf = _\n  var lc:LibrecContext = _\n\n  override protected def beforeAll(): Unit = {\n    conf = new LibrecConf().setMaster(master).setAppName(appName)\n    lc = new LibrecContext(conf)\n    super.beforeAll()\n  }\n\n  override protected def afterAll(): Unit = {\n    super.afterAll()\n  }\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/data\/DataConverter.scala","text":"\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.data\n\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.LibrecContext\n\n\/**\n  * A <tt>DataConverter<\/tt> is a class to convert\n  * data file(s) from one source format to a target format.\n  *\n  * @author WangYuFeng\n  *\/\nclass DataConverter(context: LibrecContext) {\n\n  val conf = context.conf\n\n  \/**\n    * Read data file(s) to RDD[Rating]\n    *\n    * @param path local or hdfs path of data file(s)\n    * @param sep separator for each line of data file(s)\n    * @return\n    *\/\n  def convertText(path: String, sep: String = \" \"): RDD[Rating] = {\n    val data = context.sparkContext.textFile(path)\n    data.map(line => {\n      val values = line.split(sep)\n      Rating(values(0).toInt, values(1).toInt, values(2).toDouble)\n    })\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/LibrecConf.scala","text":"package net.librec.spark\n\nimport net.librec.conf.Configuration\nimport org.apache.spark.SparkConf\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * Configuration holder which is representing\n  * properties passed from user to Librec.\n  *\n  * @author WangYuFeng\n  *\/\nclass LibrecConf extends Configuration with Serializable {\n\n  \/**\n    * Set a spark environment configuration variable.\n    * @param key key of configuration\n    * @param value value of configuration\n    * @return LibrecConf\n    *\/\n  def setSparkEnv(key: String, value: String): LibrecConf = {\n    if (key == null) {\n      throw new NullPointerException(\"null key\")\n    }\n    if (value == null) {\n      throw new NullPointerException(\"null value for \" + key)\n    }\n    getProps.setProperty(key, value)\n    this\n  }\n\n  \/**\n    * The master URL to connect to, such as \"local\" to run locally with one thread, \"local[4]\" to\n    * run locally with 4 cores, or \"spark:\/\/master:7077\" to run on a Spark standalone cluster.\n    *\/\n  def setMaster(master: String):LibrecConf = {\n    set(\"spark.master\", master)\n    this\n  }\n\n  \/** Set a name for your application. Shown in the Spark web UI. *\/\n  def setAppName(name: String):LibrecConf = {\n    set(\"spark.app.name\", name)\n    this\n  }\n\n  \/** Copy this object to spark configuration *\/\n  def toSparkConf: SparkConf = {\n    val cloned = new SparkConf()\n    iterator().asScala.foreach {\n      e =>\n        cloned.set(e.getKey, e.getValue)\n    }\n    cloned\n  }\n\n}\n\nobject LibrecConf {\n\n  implicit class librecConfTypeConversion(val sparkconf: SparkConf) {\n    def librecToSparkConf: LibrecConf = sparkconf.asInstanceOf[LibrecConf]\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/rdd\/StatisticalFunctionsTestCase.scala","text":"package net.librec.spark.rdd\n\nimport net.librec.spark.BaseTestSuite\nimport net.librec.spark.data.DataConverter\nimport net.librec.spark.math.structure.IndexedVector\nimport net.librec.spark.rdd.StatisticalFunctions._\nimport org.apache.spark.rdd.RDD\n\n\nclass StatisticalFunctionsTestCase extends BaseTestSuite{\n  override val appName: String = \"StatisticalFunctionsTestCase\"\n\n  test(\"StatisticalFunctionsTestCase-radio\") {\n    val data = new DataConverter(lc).convertText(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\")\n    val x:RDD[IndexedVector] = StatisticalFunctions.toIndexedSparseVectors(data)\n    x.mean()\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/distributed\/IndexedMatrix.scala","text":"package net.librec.spark.math.structure.distributed\n\nimport net.librec.math.structure.AbstractMatrix\nimport org.apache.spark.mllib.linalg.distributed.IndexedRow\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.math.structure.IndexedVector\n\n\/**\n  * IndexedMatrix\n  *\n  * @author WangYuFeng\n  *\/\nclass IndexedMatrix(val vectors: RDD[IndexedVector],\n                    private var nRows: Long,\n                    private var nCols: Int) extends DistributedMatrix {\n\n  \/** Alternative constructor leaving matrix dimensions to be determined automatically. *\/\n  def this(vectors: RDD[IndexedVector]) = this(vectors, 0L, 0)\n\n  \/**\n    * @see net.librec.spark.math.structure.distributed#numCols()\n    *\/\n  override def numCols(): Long = {\n    if (nCols <= 0) {\n      \/\/ Calling `first` will throw an exception if `rows` is empty.\n      nCols = vectors.first().size\n    }\n    nCols\n  }\n\n  \/**\n    * @see net.librec.spark.math.structure.distributed#numRows()\n    *\/\n  override def numRows(): Long = {\n    if (nRows <= 0L) {\n      \/\/ Reduce will throw an exception if `vectors` is empty.\n      nRows = vectors.map(_.getIndex).reduce(math.max) + 1L\n    }\n    nRows\n  }\n\n  \/**\n    * @see net.librec.spark.math.structure.distributed#toLocalMatrix\n    *\/\n  override def toLocalMatrix: AbstractMatrix = ???\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/IndexedVectors.scala","text":"<gh_stars>1-10\npackage net.librec.spark.math.structure\n\nimport net.librec.math.structure\nimport net.librec.spark.data.Rating\n\n\/**\n  * IndexedVector\n  *\n  * @param index\n  * @param vector\n  *\n  * @author WangYuFeng\n  *\/\nabstract case class IndexedVector(index: Int, vector: Vector) extends Vector with Serializable {\n\n  \/**\n    * get index\n    * @return\n    *\/\n  def getIndex: Int = index\n\n  \/**\n    * get values\n    * @return\n    *\/\n  def values: Array[Double] = vector.values\n\n  override def toString: String = {\n    \"Index: \" + getIndex + \" \" + super.toString\n  }\n}\n\n\/**\n  * IndexedDenseVector\n  *\n  * @param index\n  * @param vector\n  *\/\nclass IndexedDenseVector(index: Int, vector: DenseVector) extends IndexedVector(index, vector) {\n  \/**\n    * get ID\n    *\n    * @return userID or itemID\n    *\/\n  override def getIndex: Int = index\n\n  \/**\n    * Size of the vector.\n    *\/\n  override def size: Int = vector.size\n\n  \/**\n    * Converts the instance to a double array.\n    *\/\n  override def toArray: Array[Double] = vector.toArray\n\n  \/**\n    * Convert this vector to the new mllib-local representation.\n    *\/\n  override def asLocalVector: structure.Vector = vector.asLocalVector\n\n  \/**\n    * @see net.librec.spark.math.structure#foreachActive((Int, Double) => Unit)\n    *\/\n  override def foreachActive(f: (Int, Double) => Unit): Unit = vector.foreachActive(f: (Int, Double) => Unit)\n}\n\n\/**\n  * IndexedSparseVector\n  *\n  * @param index\n  * @param vector\n  *\/\nclass IndexedSparseVector(index: Int, vector: SparseVector) extends IndexedVector(index, vector) {\n\n  def this(userOrItem: String, ratingsToConvert: Iterable[Rating], size: Int) = {\n    this(IndexedSparseVector.getIndexFromRatings(userOrItem, ratingsToConvert), IndexedSparseVector.parseToSparseVector(ratingsToConvert, size))\n  }\n\n  \/**\n    * get ID\n    *\n    * @return userID or itemID\n    *\/\n  override def getIndex: Int = index\n\n  \/**\n    * Size of the vector.\n    *\/\n  override def size: Int = vector.size\n\n  \/**\n    * Converts the instance to a double array.\n    *\/\n  override def toArray: Array[Double] = vector.toArray\n\n  \/**\n    * Convert this vector to the new mllib-local representation.\n    *\/\n  override def asLocalVector: structure.Vector = vector.asLocalVector\n\n  \/**\n    * @see net.librec.spark.math.structure#foreachActive((Int, Double) => Unit)\n    *\/\n  override def foreachActive(f: (Int, Double) => Unit): Unit = vector.foreachActive(f: (Int, Double) => Unit)\n}\n\n\nobject IndexedSparseVector {\n  \/**\n    * Parse ratings to SparseVector.\n    *\n    * @param ratings\n    * @param size\n    * @return\n    *\/\n  def parseToSparseVector(ratings: Iterable[Rating], size: Int): SparseVector = {\n    val sorted = ratings.map(rat => (rat.item, rat.rate)).toList.sortBy(_._1)\n    val products = sorted.map(rat => rat._1).toArray\n    val rats = sorted.map(rat => rat._2).toArray\n    new SparseVector(size, products, rats)\n  }\n\n  \/**\n    * Get user's or item's ID from ratings. Check if all ratings are from the same user.\n    *\n    * @param userOrItem       user or item\n    * @param ratingsToConvert convert to ratings\n    * @return id\n    *\/\n  protected def getIndexFromRatings(userOrItem: String, ratingsToConvert: Iterable[Rating]): Int = {\n    if (ratingsToConvert.nonEmpty) {\n      if (userOrItem.equals(\"user\")) ratingsToConvert.head.user else if (userOrItem.equals(\"item\")) ratingsToConvert.head.user else 0\n    }\n    else 0\n  }\n\n  def apply(index: Int, size: Int, indices: Array[Int], ratings: Array[Double]): IndexedSparseVector = new IndexedSparseVector(index, new SparseVector(size, indices, ratings))\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/Matrices.scala","text":"\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.math.structure\n\n\n\/**\n  * Trait for a local matrix.\n  *\n  * @author WangYuFeng\n  *\/\nsealed trait Matrix extends Serializable {\n\n  \/** Number of rows. *\/\n  def numRows: Int\n\n  \/** Number of columns. *\/\n  def numCols: Int\n\n  \/** Flag that keeps track whether the matrix is transposed or not. False by default. *\/\n  val isTransposed: Boolean = false\n\n  \/**\n    * Transpose the Matrix. Returns a new `Matrix` instance sharing the same underlying data.\n    *\/\n  def transpose: Matrix\n\n  \/**\n    * Returns an iterator of column vectors.\n    * This operation could be expensive, depending on the underlying storage.\n    *\/\n  def colIter: Iterator[Vector]\n\n  \/**\n    * Returns an iterator of row vectors.\n    * This operation could be expensive, depending on the underlying storage.\n    *\/\n  def rowIter: Iterator[Vector] = this.transpose.colIter\n\n}\n\n\/**\n  * DenseMatrix\n  *\n  * @param numRows\n  * @param numCols\n  * @param values\n  * @param isTransposed\n  *\/\nclass DenseMatrix(val numRows: Int,\n                  val numCols: Int,\n                  val values: Array[Double],\n                  override val isTransposed: Boolean) extends Matrix {\n  \/**\n    * Transpose the Matrix. Returns a new `Matrix` instance sharing the same underlying data.\n    *\/\n  override def transpose: DenseMatrix = new DenseMatrix(numCols, numRows, values, !isTransposed)\n\n  \/**\n    * Returns an iterator of column vectors.\n    * This operation could be expensive, depending on the underlying storage.\n    *\/\n  override def colIter: Iterator[Vector] = {\n    if (isTransposed) {\n      Iterator.tabulate(numCols) { j =>\n        val col = new Array[Double](numRows)\n        \/\/        blas.dcopy(numRows, values, j, numCols, col, 0, 1)\n        new DenseVector(col)\n      }\n    } else {\n      Iterator.tabulate(numCols) { j =>\n        new DenseVector(values.slice(j * numRows, (j + 1) * numRows))\n      }\n    }\n  }\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/EvaluatorTestCase.scala","text":"<filename>refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/EvaluatorTestCase.scala\npackage net.librec.spark\n\nimport net.librec.recommender.item.RecommendedList\nimport net.librec.spark.{Evaluator, Measure}\n\n\/**\n  * Librec Context Test Case\n  *\n  * @author WangYuFeng\n  *\/\nclass EvaluatorTestCase extends BaseTestSuite{\n  override val appName: String = \"EvaluatorTestCase\"\n\n  test(\"EvaluatorTestCase\") {\n    val groundTruthList: RecommendedList = new RecommendedList(2)\n    groundTruthList.addIndependently(1,2,0.0)\n    groundTruthList.addIndependently(2,1,4.0)\n    val recommendedList: RecommendedList = new RecommendedList(2)\n    recommendedList.addIndependently(1,2,0.1)\n    recommendedList.addIndependently(2,1,5.2)\n    println(Evaluator.eval(Measure.AUC,groundTruthList,recommendedList))\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/recommender\/Recommender.scala","text":"package net.librec.spark.recommender\n\nimport net.librec.spark.data.Rating\nimport org.apache.spark.rdd.RDD\n\n\/**\n  * Recommender\n  *\n  * @author WangYuFeng\n  *\/\ntrait Recommender[T] extends Serializable {\n  \/**\n    * Train recommender model\n    *\/\n  def train(): Unit\n\n  \/**\n    * Predict specific ratings for some users on related items.\n    *\n    * @param userItems some users and related items\n    * @return predictive ratings\n    *\/\n  def predict(userItems: T): RDD[Rating]\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/rdd\/SpliterFunctionsTestCase.scala","text":"<filename>refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/rdd\/SpliterFunctionsTestCase.scala<gh_stars>1-10\npackage net.librec.spark.rdd\n\nimport java.util.Random\n\nimport net.librec.spark.BaseTestSuite\nimport org.apache.spark.ml.tuning.{CrossValidator, CrossValidatorModel, TrainValidationSplit}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.util.random.{BernoulliCellSampler, XORShiftRandom}\nimport net.librec.spark.rdd.SplitterFunctions._\nimport net.librec.spark.data.{DataConverter, Rating}\n\n\nclass SpliterFunctionsTestCase extends BaseTestSuite{\n  override val appName: String = \"EvaluatorTestCase\"\n\n  test(\"SpliterFunctionsTestCase\") {\n    val dataConverter = new DataConverter(lc)\n    val rdd = dataConverter.convertText(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\")\n    \/*\n    val datas = rdd.randomSplit(Array(0.1,0.2,0.3))\n    var i = 0\n    for(x <- datas){\n      x.foreach(v=>println(i+\"--\"+v.user))\n      i += 1\n    }*\/\n    val weights = Array(0.7,0.1,0.2)\n    val seed = new Random().nextLong()\n    val sum = weights.sum\n    val normalizedCumWeights = weights.map(_ \/ sum).scanLeft(0.0d)(_ + _)\n    val rdd1 = rdd.groupBy(rat => rat.user)\n    val res = normalizedCumWeights.sliding(weights.length-1).map { x =>\n      rdd1.asInstanceOf[RDD[(Int, Iterable[Rating])]].mapPartitionsWithIndex({ (index,p)=>\n        val sampler = new BernoulliCellSampler[Rating](x(0),x(1))\n\/\/        println(x(0)+\"-------\"+x(1))\n        sampler.setSeed(seed + index)\n        val itr = p.flatMap(ratings=> sampler.sample(ratings._2.iterator))\n\/\/        itr.foreach(println)\n        \/\/      p.flatMap(case (user,ratings)=> sampler.sample(ratings))\n        itr\n      }, preservesPartitioning = true)\n    }.toArray.asInstanceOf[Array[RDD[Rating]]]\n    var i = 0\n    for(x <- res){\n      x.foreach(v=>println(i+\"--\"+v.user))\n      i += 1\n    }\n\/\/    Array(0.1,0.2,0.3,0.4).map(_\/1).scanLeft(0.0d)(_ + _).sliding(2).foreach(x =>println(x.mkString(\",\")))\n\/\/    rdd.groupBy(rat=> rat.user)\n\/\/    val ratings:Iterator[Rating] = Array(Rating(1,1,1),Rating(2,2,2),Rating(3,3,3)).iterator\n\/\/    Array(0.3,0.7).map(_\/1).scanLeft(0.0d)(_ + _).sliding(2).map{x =>\n\/\/\/\/      println(x(0),x(1))\n\/\/      val sampler = new BernoulliCellSampler[Rating](x(0), x(1))\n\/\/      sampler.setSeed(Random.nextLong())\n\/\/      sampler.sample(ratings)\n\/\/    }.foreach(x =>println(x.length))\n\/\/    val p = Iterator((1,Iterable((1,1),(1,2),(1,3))),(2,Iterable((2,1),(2,2),(2,3))))\n\/\/    p.zipWithIndex.map{case (value,index) => println(value._2)}\n  }\n\n\n  test(\"SpliterFunctionsTestCase-radio\") {\n    val data = new DataConverter(lc).convertText(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\")\n\/\/    data.splitByRatio(Array(0.8,0.2),\"userfixed\").map(x => x.foreach(println))\n\/\/    val x = data.splitByLOO(\"item\")\n\/\/    for ((elem, count) <- x.zipWithIndex){\n\/\/      elem.foreach(println(count,_))\n\/\/    }\n    val x = data.splitByGivenN(1,\"item\")\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/recommender\/cf\/ItemKNN.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender<gh_stars>1-10\npackage net.librec.spark.recommender.cf\n\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.data.Rating\nimport net.librec.spark.math.structure.IndexedVector\nimport net.librec.spark.rdd.StatisticalFunctions\nimport net.librec.spark.rdd.StatisticalFunctions._\nimport net.librec.spark.recommender.Recommender\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * ItemKNNRecommender\n  *\n  * @param knn\n  * @param isRanking\n  * @param trainData\n  * @param similarityData RDD[(item, (simiItem, score))]\n  *\n  * @author WangYuFeng and <NAME>\n  *\/\nclass ItemKNN(val knn: Int,\n              val isRanking: Boolean,\n              val trainData: RDD[Rating],\n              val similarityData: RDD[(Int, (Int, Double))]\n             ) extends Recommender[Array[(Int, Int)]] {\n  \/**\n    * Global mean of ratings\n    *\/\n  var globalMean = 0.0\n  \/**\n    * Mean of ratings each item\n    *\/\n  var itemMeans = mutable.Map.empty[Int, Double]\n  \/**\n    * All training sample denoted by Vectors\n    *\/\n  var trainVectors: RDD[IndexedVector] = _\n\n  \/**\n    * @see net.librec.spark.recommender.Recommender#train()\n    *\/\n  override def train(): Unit = {\n    trainVectors = StatisticalFunctions.toIndexedSparseVectors(trainData, \"item\")\n    globalMean = trainVectors.mean()\n    itemMeans = trainVectors.indexedMeans()\n  }\n\n  \/**\n    * @see net.librec.spark.recommender.Recommender#predict(T)\n    *\/\n  override def predict(userItems: Array[(Int, Int)]): RDD[Rating] = {\n    val sc = similarityData.sparkContext\n    val predUsersBC = sc.broadcast(userItems.map(_._1).toSet)\n    val predItemsBC = sc.broadcast(userItems.map(_._2).toSet)\n\n    \/\/ get all <predItem, simiItem> pairs of predItems\n    val predItemSimiItemPairs = similarityData.filter { similarity =>\n      val predItems = predItemsBC.value\n      if (predItems.contains(similarity._1)) {\n        if (similarity._2._2 > 0) true else false\n      } else false\n    }.map { case (predItem, (simiItem, score)) => (simiItem, (predItem, score)) }\n\n    \/\/ get all <predUser, ratedItem> pairs of predUsers\n    val predUserRatedItemPairs = trainData.filter { rating =>\n      val predUsers = predUsersBC.value\n      if (predUsers.contains(rating.user)) true else false\n    }.map(rat => (rat.item, (rat.user, rat.rate)))\n\n    if (isRanking) {\n      predItemSimiItemPairs.join(predUserRatedItemPairs)\n        .map { case (simiItem, ((predItem, score), (predUser, rate))) =>\n          (predUser + \"_\" + predItem, score)\n        }.aggregateByKey(ArrayBuffer[Double]())(_ += _, _ ++ _)\n        .map { case (predUserItem, scores) =>\n          val predUserItemArr = predUserItem.split(\"_\", 2)\n          Rating(predUserItemArr(0).toInt, predUserItemArr(1).toInt, scores.sortWith(_ < _).take(knn).sum)\n        }\n    } else {\n      val itemMeansBC = sc.broadcast(itemMeans.toMap)\n      predItemSimiItemPairs.join(predUserRatedItemPairs)\n        .mapPartitions { iter =>\n          val itemMeans = itemMeansBC.value\n          iter.map { case (simiItem, ((predItem, score), (predUser, rate))) =>\n            val mean = itemMeans.getOrElse(simiItem, 0.0)\n            (predUser + \"_\" + predItem, (rate, score, mean))\n          }\n        }.aggregateByKey(ArrayBuffer[(Double, Double, Double)]())(_ += _, _ ++ _)\n        .mapPartitions { iter =>\n          val itemMeans = itemMeansBC.value\n          iter.map { case (predUserItem, rateScores) =>\n            val predUserItemArr = predUserItem.split(\"_\", 2)\n            val (predUser, predItem) = (predUserItemArr(0).toInt, predUserItemArr(1).toInt)\n            var sum, ws = 0.0\n            rateScores.sortWith((rateScore1, rateScore2) => rateScore1._2.compareTo(rateScore2._2) > 0).take(knn).foreach { case (rate, score, mean) =>\n              sum += score * (rate - mean)\n              ws += Math.abs(score)\n            }\n            val predRate = if (ws > 0) itemMeans.getOrElse(predItem, 0.0) + sum \/ ws else globalMean\n            Rating(predUser, predItem, predRate)\n          }\n        }\n    }\n\n  }\n\n  \/**\n    * Predict specific ratings for some users on related items.\n    *\n    * @param userItems some users and related items\n    * @return predictive ratings\n    *\/\n  def predict(userItems: RDD[Rating]): RDD[Rating] = {\n    val userItemArr = userItems.map(rating => (rating.user, rating.item)).collect()\n    predict(userItemArr)\n  }\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/rdd\/StatisticalFunctions.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender\npackage net.librec.spark.rdd\n\nimport net.librec.spark.Logging\nimport net.librec.spark.data.Rating\nimport net.librec.spark.math.structure\nimport net.librec.spark.math.structure.{IndexedSparseVector, IndexedVector, SparseVector}\nimport org.apache.spark.rdd.RDD\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Some statistical functions of RDD[IndexedVector]\n  *\n  * @param rdd\n  *\/\nclass StatisticalFunctions(rdd: RDD[IndexedVector]) extends Logging {\n\n  def this(ratings: RDD[Rating])(implicit d: DummyImplicit) = this(StatisticalFunctions.toIndexedSparseVectors(ratings))\n\n  \/**\n    * Sample mean vector.\n    *\/\n  def sum(): Double = rdd.aggregate(0.0)(\n    seqOp = (merge: Double, value: structure.Vector) => merge + (value match {\n      case vector: IndexedSparseVector => vector.values.sum\n      case _ => value.toArray.sum\n    }),\n    combOp = (comb1: Double, comb2: Double) => comb1 + comb2\n  )\n\n  \/**\n    * Sample mean vector.\n    *\/\n  def mean(): Double = {\n    val (sum, count) = rdd.aggregate((0.0, 0))(\n      seqOp = (merge: (Double, Int), value: structure.Vector) => {\n        value match {\n          case vector: IndexedSparseVector =>\n            val values = vector.values\n            (merge._1 + values.sum, merge._2 + values.length)\n          case _ =>\n            val values = value.toArray\n            (merge._1 + values.sum, merge._2 + values.length)\n        }\n      },\n      combOp = (comb1: (Double, Int), comb2: (Double, Int)) => (comb1._1 + comb2._1, comb1._2 + comb2._2)\n    )\n    sum \/ count\n  }\n\n  \/**\n    * Sample mean vector.\n    *\/\n  def indexedMeans(): mutable.Map[Int, Double] = rdd.aggregate(mutable.Map.empty[Int, Double])(\n    seqOp = (merge: mutable.Map[Int, Double], value: IndexedVector) => merge += (value.getIndex ->\n      (value match {\n        case vector: IndexedSparseVector =>\n          val values = vector.values\n          if (values.length > 0) values.sum \/ values.length else 0.0\n        case _ =>\n          val values = value.toArray\n          if (values.length > 0) values.sum \/ values.length else 0.0\n      })),\n    combOp = (comb1: mutable.Map[Int, Double], comb2: mutable.Map[Int, Double]) => comb1 ++ comb2\n  )\n\n}\n\nobject StatisticalFunctions {\n  implicit def addStatisticalFunctions(rdd: RDD[IndexedVector]): StatisticalFunctions = new StatisticalFunctions(rdd)\n\n  \/**\n    * Convert RDD[Rating] to RDD[IndexedVector] according to ratingType.\n    *\n    * @param ratings\n    * @param ratingType\n    * @return\n    *\/\n  def toIndexedSparseVectors(ratings: RDD[Rating], ratingType: String = \"user\"): RDD[IndexedVector] = {\n    val vectorSize = if (ratingType == \"user\") {\n      ratings.max()(Ordering.by(_.item)).item + 1\n    } else {\n      ratings.max()(Ordering.by(_.user)).user + 1\n    }\n    val ratingMap = if (ratingType == \"user\") {\n      ratings.map(rat => (rat.user, (rat.item, rat.rate)))\n    } else {\n      ratings.map(rat => (rat.item, (rat.user, rat.rate)))\n    }\n    ratingMap.groupByKey().mapPartitions( { iter =>\n      val indexedVectors = ArrayBuffer[IndexedSparseVector]()\n      while (iter.hasNext) {\n        val keyRatings = iter.next()\n        val vectors = keyRatings._2.filter(_._2 > 0.0).toList.sortBy(_._1).unzip\n        indexedVectors.+=(IndexedSparseVector(keyRatings._1, vectorSize, vectors._1.toArray, vectors._2.toArray))\n      }\n      indexedVectors.iterator\n    }, true)\n  }\n\n  \/**\n    * Convert RDD[Rating] to RDD[(Int, SparseVector)] according to rating type.\n    *\n    * @param ratings\n    * @param ratingType\n    * @return\n    *\/\n  def toSparseVectors(ratings: RDD[Rating], ratingType: String = \"user\"): RDD[(Int, SparseVector)] = {\n    val vectorSize = if (ratingType == \"user\") {\n      ratings.max()(Ordering.by(_.user)).user + 1\n    } else {\n      ratings.max()(Ordering.by(_.item)).item + 1\n    }\n    val ratingMap = if (ratingType == \"user\") {\n      ratings.map(rat => (rat.user, (rat.item, rat.rate)))\n    } else {\n      ratings.map(rat => (rat.item, (rat.user, rat.rate)))\n    }\n    ratingMap.groupByKey().mapPartitions( { iter =>\n      val sparseVectors = ArrayBuffer[(Int, SparseVector)]()\n      while (iter.hasNext) {\n        val keyRatings = iter.next()\n        val vectors = keyRatings._2.filter(_._2 > 0.0).toList.sortBy(_._1).unzip\n        sparseVectors.+=((keyRatings._1, new SparseVector(vectorSize, vectors._1.toArray, vectors._2.toArray)))\n      }\n      sparseVectors.iterator\n    }, true)\n  }\n\n}"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/data\/DataSplitter.scala","text":"package net.librec.spark.data\n\nimport org.apache.spark.rdd.RDD\nimport net.librec.spark.LibrecConf\nimport net.librec.spark.math.structure.IndexedVector\n\n\/**\n  * A <tt>DataSplitter<\/tt> is an interface to split\n  * input data.\n  *\n  * @author WangYuFeng\n  *\/\nclass DataSplitter(conf: LibrecConf, data: RDD[IndexedVector]) {\n  \/**\n    * Split dataset into train set, test set by ratio.\n    *\n    * @return train set and test set\n    *\/\n  def splitByRatio(): Array[RDD[IndexedVector]] = {\n    val trainRatio = conf.getDouble(\"data.splitter.trainset.ratio\", 0.8)\n    data.randomSplit(Array(trainRatio, 1 - trainRatio))\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/recommender\/ItemKNNTestCase.scala","text":"package net.librec.spark.recommender\n\nimport net.librec.recommender.item.RecommendedList\nimport net.librec.spark.{BaseTestSuite, _}\nimport net.librec.spark.data.DataConverter\nimport net.librec.spark.rdd.SimilarityFunctions._\nimport net.librec.spark.rdd.SplitterFunctions._\nimport net.librec.spark.rdd.StatisticalFunctions\nimport net.librec.spark.recommender.cf.ItemKNN\n\n\/**\n  * ItemKNNTestCase.\n  *\n  * @author <NAME>\n  *\/\nclass ItemKNNTestCase extends BaseTestSuite {\n\n  test(\"ItemKNNRankingTestCase\") {\n    val conf = new LibrecConf().setMaster(master).setAppName(appName)\n    val lc = new LibrecContext(conf)\n    val data = new DataConverter(lc).convertText(\"\/Users\/clzhang\/Documents\/IntelliJIDEA_program\/librec\/librec_3.0.0_matrix\/data\/spark\/ratings.txt\")\n    val algoData = data.splitByRatio(Array(0.8, 0.2), \"rating\", 1000)\n    val (trainData, testData) = (algoData(0), algoData(1))\n\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(data, \"item\").computeSimilarity(Correlation.BCOS, conf)\n    val itemKNN = new ItemKNN(knn = 10, isRanking = true, trainData = trainData, similarityData = similarity)\n    itemKNN.train()\n    val predictArr = testData.map(rats => (rats.user, rats.item)).collect()\n    val predictResult = itemKNN.predict(predictArr).collect()\n    println(\"---predictResult: \" + predictResult.foreach(println))\n\n    val groundTruthList = new RecommendedList(predictResult.length, true)\n    testData.collect().foreach(rat => groundTruthList.addIndependently(rat.user, rat.item, rat.rate))\n    val recommendedList = new RecommendedList(predictResult.length)\n    predictResult.foreach(rat => recommendedList.addIndependently(rat.user, rat.item, rat.rate))\n    conf.setInt(\"rec.recommender.ranking.topn\", 5)\n    println(\"---Evaluator AP: \" + Evaluator.eval(Measure.AP, groundTruthList, recommendedList, conf))\n    conf.setInt(\"rec.recommender.ranking.topn\", 100)\n    println(\"---Evaluator IDCG: \" + Evaluator.eval(Measure.IDCG, groundTruthList, recommendedList, conf))\n\n    lc.stop()\n  }\n\n  test(\"ItemKNNRatingTestCase\") {\n    val conf = new LibrecConf().setMaster(master).setAppName(appName)\n    val lc = new LibrecContext(conf)\n    val trainData = new DataConverter(lc).convertText(\"\/Users\/clzhang\/Documents\/IntelliJIDEA_program\/librec\/librec_2.0.0\/data\/spark\/rating\/ratings.txt\")\n\n    val itemNum = 10 \/\/ TODO: not indexed\n    val testData = trainData.map(rats => (rats.user, rats.item.toString))\n        .reduceByKey(_ + \",\" + _)\n        .flatMap { case (user, itemsStr) =>\n          var items = itemsStr.split(\",\").map(_.toInt).toSet\n          val predItems = (0 until itemNum).toSet -- items\n          predItems.map((user, _))\n        }\n\n    val similarity = StatisticalFunctions.toIndexedSparseVectors(trainData, \"item\").computeSimilarity(Correlation.BCOS, conf)\n    val itemKNN = new ItemKNN(knn = 10, isRanking = false, trainData = trainData, similarityData = similarity)\n    itemKNN.train()\n    val predictArr = testData.collect()\n    val predictResult = itemKNN.predict(predictArr).collect()\n    println(\"---predictResult: \" + predictResult.foreach(println))\n\n\/\/    val groundTruthList = new RecommendedList(predictResult.length, true)\n\/\/    testData.collect().foreach(rat => groundTruthList.addIndependently(rat.user, rat.item, rat.rate))\n\/\/    val recommendedList = new RecommendedList(predictResult.length)\n\/\/    predictResult.foreach(rat => recommendedList.addIndependently(rat.user, rat.item, rat.rate))\n\/\/    conf.setInt(\"rec.recommender.ranking.topn\", 5)\n\/\/    println(\"---Evaluator AP: \" + Evaluator.eval(Measure.AP, groundTruthList, recommendedList, conf))\n\/\/    conf.setInt(\"rec.recommender.ranking.topn\", 100)\n\/\/    println(\"---Evaluator IDCG: \" + Evaluator.eval(Measure.IDCG, groundTruthList, recommendedList, conf))\n\n    lc.stop()\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/Evaluator.scala","text":"package net.librec.spark\n\nimport net.librec.common.LibrecException\nimport net.librec.eval.AbstractRecommenderEvaluator\nimport net.librec.eval.ranking._\nimport net.librec.eval.rating._\nimport net.librec.recommender.item.RecommendedList\n\n\/**\n  * Recommender Evaluator\n  *\n  * @author WangYuFeng\n  *\/\nobject Measure extends Enumeration{\n  type Measure = Value\n  val AUC,AP,HR,IDCG,NDCG,PRECISION,RECALL,RR,Novelty,Entropy,RMSE,MSE,MAE,MPE = Value\n}\n\nimport net.librec.spark.Measure._\nobject Evaluator {\n  type PairRecommendedList = (RecommendedList, RecommendedList)\n\n  \/**\n    * The map between Measure and Recommender Evaluator\n    *\/\n  private var cache = Map[Measure, AbstractRecommenderEvaluator]()\n\n  \/**\n    * Evaluate the recommended result\n    *\n    * @param measure\n    * @param groundTruthList\n    * @param recommendedList\n    * @param conf\n    * @return evaluate result\n    *\/\n  def eval(measure: Measure, groundTruthList: RecommendedList, recommendedList: RecommendedList, conf: LibrecConf = new LibrecConf()): Double = {\n    if (!cache.contains(measure)) {\n      measure match {\n        case AUC => cache += (AUC ->new AUCEvaluator())\n        case AP => cache += (AP ->new AveragePrecisionEvaluator())\n        case HR => cache += (HR ->new HitRateEvaluator())\n        case IDCG => cache += (IDCG ->new IdealDCGEvaluator())\n        case NDCG => cache += (NDCG ->new NormalizedDCGEvaluator())\n        case PRECISION => cache += (PRECISION ->new PrecisionEvaluator())\n        case RECALL => cache += (RECALL ->new RecallEvaluator())\n        case RR => cache += (RR ->new ReciprocalRankEvaluator())\n        case Novelty => cache += (Novelty ->new NoveltyEvaluator())\n        case Entropy => cache += (Entropy ->new EntropyEvaluator())\n        case RMSE => cache += (RMSE ->new RMSEEvaluator())\n        case MSE => cache += (MSE ->new MSEEvaluator())\n        case MAE => cache += (MAE ->new MAEEvaluator())\n        case MPE => cache += (MPE ->new MPEEvaluator())\n        case _ => throw new LibrecException(\"No matching Measure, please refer to net.librec.spark.Measure!\")\n      }\n    }\n    cache(measure).evaluateIndependently(conf, groundTruthList, recommendedList)\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/LibrecContextTestCase.scala","text":"<filename>refs\/librec\/spark\/src\/test\/scala\/net\/librec\/spark\/LibrecContextTestCase.scala\npackage net.librec.spark\n\n\/**\n  * Librec Context Test Case\n  * @author WangYuFeng\n  *\/\nclass LibrecContextTestCase extends BaseTestSuite{\n  override val appName: String = \"LibrecContextTestCase\"\n  test(\"LibrecContext\") {\n    lc.convertData(\"file:\/\/\/E:\/workspace\/my_workspace\/librec\/librec\/data\/spark\/rating\/ratings.txt\").foreach(println)\n  }\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/Similarity.scala","text":"package net.librec.spark\n\nimport net.librec.common.LibrecException\nimport net.librec.math.structure.SequentialSparseVector\nimport net.librec.similarity._\n\n\/**\n  * Recommender Similarity\n  *\n  * @author WangYuFeng\n  *\/\nobject Correlation extends Enumeration {\n  type Correlation = Value\n  val BCOS, COS, CPC, MSESIM, MSD, PCC, KRCC, DICE, JACCARD, EXJACCARD = Value\n}\n\nimport net.librec.spark.Correlation._\n\nobject Similarity {\n  type PairSparseVector = (SequentialSparseVector, SequentialSparseVector)\n\n  \/**\n    * The map between Measure and Recommender Similarity\n    *\/\n  private var cache = Map[Correlation, AbstractRecommenderSimilarity]()\n\n  \/**\n    * Find the common rated items by this user and that user, or the common\n    * users have rated this item or that item. And then return the similarity.\n    *\n    * @param correlation the method of calculate similarity between thisVector and thatVector.\n    * @param thisVector the rated items by this user, or users that have rated this item.\n    * @param thatVector the rated items by that user, or users that have rated that item.\n    * @param conf\n    * @return similarity\n    *\/\n  def getCorrelation(correlation: Correlation, thisVector: SequentialSparseVector, thatVector: SequentialSparseVector, conf: LibrecConf = new LibrecConf()): Double = {\n    if (!cache.contains(correlation)) {\n      correlation match {\n        case COS => cache += (COS -> new CosineSimilarity())\n        case BCOS => cache += (BCOS -> new BinaryCosineSimilarity())\n        case CPC => cache += (CPC -> new CPCSimilarity())\n        case MSESIM => cache += (MSESIM -> new MSESimilarity())\n        case MSD => cache += (MSD -> new MSDSimilarity())\n        case PCC => cache += (PCC -> new PCCSimilarity())\n        case KRCC => cache += (KRCC -> new KRCCSimilarity())\n        case DICE => cache += (DICE -> new DiceCoefficientSimilarity())\n        case JACCARD => cache += (JACCARD -> new JaccardSimilarity())\n        case EXJACCARD => cache += (EXJACCARD -> new ExJaccardSimilarity())\n        case _ => throw new LibrecException(\"No matching Correlation, please refer to net.librec.spark.Correlation!\")\n      }\n    }\n    cache(correlation).getCorrelationIndependently(conf, thisVector, thatVector)\n  }\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/Logging.scala","text":"<reponame>AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender<gh_stars>1-10\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark\n\nimport org.apache.log4j.{Level, Logger}\n\n\/**\n  * Utility trait for classes that want to log data. Creates a SLF4J logger for the class and allows\n  * logging messages at different levels using methods that only evaluate parameters lazily if the\n  * log level is enabled.\n  *\/\ntrait Logging {\n\n  \/** Compute `expr` if debug is on, only *\/\n  def debugDo[T](expr: => T)(implicit log: Logger): Option[T] = {\n    if (log.isDebugEnabled) Some(expr)\n    else None\n  }\n\n  \/** Compute `expr` if trace is on, only *\/\n  def traceDo[T](expr: => T)(implicit log: Logger): Option[T] = {\n    if (log.isTraceEnabled) Some(expr) else None\n  }\n\n  \/** Shorter, and lazy, versions of logging methods. Just declare log implicit. *\/\n  def debug(msg: => AnyRef)(implicit log: Logger) { if (log.isDebugEnabled) log.debug(msg) }\n\n  def debug(msg: => AnyRef, t: Throwable)(implicit log: Logger) { if (log.isDebugEnabled()) log.debug(msg, t) }\n\n  \/** Shorter, and lazy, versions of logging methods. Just declare log implicit. *\/\n  def trace(msg: => AnyRef)(implicit log: Logger) { if (log.isTraceEnabled) log.trace(msg) }\n\n  def trace(msg: => AnyRef, t: Throwable)(implicit log: Logger) { if (log.isTraceEnabled()) log.trace(msg, t) }\n\n  def info(msg: => AnyRef)(implicit log: Logger) { if (log.isInfoEnabled) log.info(msg)}\n\n  def info(msg: => AnyRef, t:Throwable)(implicit log: Logger) { if (log.isInfoEnabled) log.info(msg,t)}\n\n  def warn(msg: => AnyRef)(implicit log: Logger) { if (log.isEnabledFor(Level.WARN)) log.warn(msg) }\n\n  def warn(msg: => AnyRef, t: Throwable)(implicit log: Logger) { if (log.isEnabledFor(Level.WARN)) error(msg, t) }\n\n  def error(msg: => AnyRef)(implicit log: Logger) { if (log.isEnabledFor(Level.ERROR)) log.warn(msg) }\n\n  def error(msg: => AnyRef, t: Throwable)(implicit log: Logger) { if (log.isEnabledFor(Level.ERROR)) error(msg, t) }\n\n  def fatal(msg: => AnyRef)(implicit log: Logger) { if (log.isEnabledFor(Level.FATAL)) log.fatal(msg) }\n\n  def fatal(msg: => AnyRef, t: Throwable)(implicit log: Logger) { if (log.isEnabledFor(Level.FATAL)) log.fatal(msg, t) }\n\n  def getLog(name: String): Logger = Logger.getLogger(name)\n\n  def getLog(clazz: Class[_]): Logger = Logger.getLogger(clazz)\n\n  def librecLog :Logger = getLog(\"net.librec.spark\")\n\n  def setLogLevel(l:Level)(implicit log:Logger) = {\n    log.setLevel(l)\n  }\n\n  def setAdditivity(a:Boolean)(implicit log:Logger) = log.setAdditivity(a)\n\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/distributed\/DistributedMatrix.scala","text":"<filename>refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/math\/structure\/distributed\/DistributedMatrix.scala\n\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.math.structure.distributed\n\nimport net.librec.math.structure.AbstractMatrix\n\n\n\/**\n  * Represents a distributively stored matrix backed by one or more RDDs.\n  *\n  * @author WangYuFeng\n  *\/\ntrait DistributedMatrix {\n\n  \/** Gets or computes the number of rows. *\/\n  def numRows(): Long\n\n  \/** Gets or computes the number of columns. *\/\n  def numCols(): Long\n\n  \/** Collect the distributed matrix on the driver as a `Matrix`. *\/\n  def toLocalMatrix : AbstractMatrix\n}\n"}
{"repo_name":"AIPHES\/ecml-pkdd-2019-J3R-explainable-recommender","path":"refs\/librec\/spark\/src\/main\/scala\/net\/librec\/spark\/rdd\/SimilarityFunctions.scala","text":"\/**\n  * Copyright (C) 2016 LibRec\n  * <p>\n  * This file is part of LibRec.\n  * LibRec is free software: you can redistribute it and\/or modify\n  * it under the terms of the GNU General Public License as published by\n  * the Free Software Foundation, either version 3 of the License, or\n  * (at your option) any later version.\n  * <p>\n  * LibRec is distributed in the hope that it will be useful,\n  * but WITHOUT ANY WARRANTY; without even the implied warranty of\n  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n  * GNU General Public License for more details.\n  * <p>\n  * You should have received a copy of the GNU General Public License\n  * along with LibRec. If not, see <http:\/\/www.gnu.org\/licenses\/>.\n  *\/\npackage net.librec.spark.rdd\n\nimport net.librec.math.structure.SequentialSparseVector\nimport net.librec.spark.Correlation.Correlation\nimport net.librec.spark.math.structure.IndexedVector\nimport net.librec.spark.{LibrecConf, Similarity}\nimport org.apache.spark.rdd.RDD\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass SimilarityFunctions(rdd: RDD[IndexedVector]) {\n\n  \/**\n    * Calculate Recommender Similarity, such as cosine, Pearson, Jaccard\n    * similarity, etc.\n    *\n    * @param correlation the method of calculate similarity between thisVector and thatVector.\n    * @param conf\n    * @return all recommender similarity\n    *\/\n  def computeSimilarity(correlation: Correlation, conf: LibrecConf): RDD[(Int, (Int, Double))] = {\n    val vectorRDD = rdd.mapPartitions({iter =>\n      val localVectors = ArrayBuffer[(Int, SequentialSparseVector)]()\n      while (iter.hasNext) {\n        val indexedVector = iter.next()\n        localVectors.+=((indexedVector.getIndex, indexedVector.asLocalVector.asInstanceOf[SequentialSparseVector]))\n      }\n      localVectors.iterator\n    }, true)\n    val ratingVectors = rdd.sparkContext.broadcast(vectorRDD.collect())\n    vectorRDD.mapPartitions({ iter =>\n      val vectors = ratingVectors.value\n      val similarities = ArrayBuffer[(Int, (Int, Double))]()\n      while (iter.hasNext) {\n        val thisVector = iter.next()\n        vectors.map { thatVector =>\n          if (thisVector._1 < thatVector._1) {\n            val sim = Similarity.getCorrelation(correlation, thisVector._2, thatVector._2, conf)\n            if (sim == sim && sim != 0.0D) { \/\/ Return the specified number is Not-a-Number (NaN) value and unequals 0.0D\n              similarities.+=((thisVector._1, (thatVector._1, sim)))\n            }\n          }\n        }\n      }\n      similarities.iterator\n    }, true)\n  }\n\n}\n\nobject SimilarityFunctions {\n  implicit def addSimilarityFunctions(rdd: RDD[IndexedVector]) = new SimilarityFunctions(rdd)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/aws\/AwsClientBuilderUtils.scala","text":"<gh_stars>1000+\npackage com.gu.mediaservice.lib.aws\n\nimport com.amazonaws.auth.profile.ProfileCredentialsProvider\nimport com.amazonaws.auth.{AWSCredentialsProvider, AWSCredentialsProviderChain, InstanceProfileCredentialsProvider}\nimport com.amazonaws.client.builder.AwsClientBuilder\nimport com.amazonaws.client.builder.AwsClientBuilder.EndpointConfiguration\nimport com.gu.mediaservice.lib.logging.GridLogging\ntrait AwsClientBuilderUtils extends GridLogging {\n  def awsLocalEndpoint: Option[String]\n  def isDev: Boolean\n\n  def awsRegion: String = \"eu-west-1\"\n\n  def awsCredentials: AWSCredentialsProvider = new AWSCredentialsProviderChain(\n    new ProfileCredentialsProvider(\"media-service\"),\n    InstanceProfileCredentialsProvider.getInstance()\n  )\n\n  final def awsEndpointConfiguration: Option[EndpointConfiguration] = awsLocalEndpoint match {\n    case Some(endpoint) if isDev => Some(new EndpointConfiguration(endpoint, awsRegion))\n    case _ => None\n  }\n\n  final def withAWSCredentials[T, S <: AwsClientBuilder[S, T]](builder: AwsClientBuilder[S, T], localstackAware: Boolean = true): S = {\n    awsEndpointConfiguration match {\n      case Some(endpointConfiguration) if localstackAware => {\n        logger.info(s\"creating aws client with local endpoint $endpointConfiguration\")\n        builder.withCredentials(awsCredentials).withEndpointConfiguration(endpointConfiguration)\n      }\n      case _ => builder.withCredentials(awsCredentials).withRegion(awsRegion)\n    }\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/lib\/elasticsearch\/SyndicationRightsOps.scala","text":"<reponame>tonytw1\/grid<gh_stars>0\npackage lib.elasticsearch\n\nimport com.gu.mediaservice.lib.logging._\nimport com.gu.mediaservice.model.{Image, Photoshoot, SyndicationRights}\nimport play.api.libs.json.Json\nimport org.joda.time.DateTime\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SyndicationRightsOps(es: ElasticSearch)(implicit ex: ExecutionContext) extends GridLogging {\n  \/**\n    * Upserting syndication rights and updating photoshoots accordingly.\n    * @param image - image that has been updated. Should include any new rights.\n    * @param currentPhotoshootOpt - new photoshoot if that's the case\n    * @param previousPhotoshootOpt - old photoshoot; defined when image had been moved to (or removed from) a photoshoot\n    * @return\n    *\/\n  def upsertOrRefreshRights(image: Image,\n                            currentPhotoshootOpt: Option[Photoshoot] = None,\n                            previousPhotoshootOpt: Option[Photoshoot] = None,\n                            lastModified: DateTime)(\n                             implicit logMarker: LogMarker\n                           ): Future[Unit] = for {\n    _ <- refreshPreviousPhotoshoot(image, previousPhotoshootOpt, lastModified)\n    _ <- newRightsUpsert(image, currentPhotoshootOpt, lastModified)\n  } yield ()\n\n  private def newRightsUpsert(image: Image,\n                              currentPhotoshootOpt: Option[Photoshoot],\n                              lastModified: DateTime\n                             )\n                             (\n                               implicit logMarker: LogMarker\n                             ): Future[Unit] =\n    image.syndicationRights match {\n      case Some(_) => for {\n        _ <- Future.sequence(es.updateImageSyndicationRights(image.id, image.syndicationRights, lastModified))\n        _ <- refreshCurrentPhotoshoot(image, currentPhotoshootOpt, lastModified)\n      } yield ()\n      case None =>\n        refreshCurrentPhotoshoot(image, currentPhotoshootOpt, lastModified)\n    }\n\n  private def refreshPreviousPhotoshoot(image: Image,\n                                        previousPhotoshootOpt: Option[Photoshoot],\n                                        lastModified: DateTime\n                                       )(\n                                         implicit logMarker: LogMarker\n                                       ): Future[Unit] =\n    previousPhotoshootOpt match {\n      case Some(photoshoot) => refreshPhotoshoot(image, photoshoot, Some(image.id), lastModified)\n      case None => Future.successful(())\n    }\n\n  private def refreshCurrentPhotoshoot(image: Image,\n                                       currentPhotoshootOpt: Option[Photoshoot],\n                                       lastModified: DateTime)(\n                                        implicit logMarker: LogMarker\n                                      ): Future[Unit] =\n    currentPhotoshootOpt match {\n      case Some(photoshoot) => refreshPhotoshoot(image, photoshoot, None, lastModified)\n      case None =>\n        if (image.hasInferredSyndicationRightsOrNoRights)\n          Future.sequence(es.deleteSyndicationRights(image.id, lastModified)).map(_ => ())\n        else\n          Future.successful(())\n    }\n\n  private def refreshPhotoshoot(image: Image,\n                                photoshoot: Photoshoot,\n                                excludedImageId: Option[String] = None,\n                                lastModified: DateTime\n                               )(\n                                 implicit logMarker: LogMarker\n                               ): Future[Unit] =\n    for {\n      latestRights <- getLatestSyndicationRights(image, photoshoot, excludedImageId)\n      inferredImages <- getInferredSyndicationRightsImages(image, photoshoot, excludedImageId)\n    } yield updateRights(image, photoshoot, latestRights, inferredImages, lastModified)\n\n  private def updateRights(image: Image,\n                           photoshoot: Photoshoot,\n                           latestRights: Option[SyndicationRights],\n                           inferredImages: List[Image],\n                           lastModified: DateTime\n                          )(\n                            implicit logMarker: LogMarker\n                          ): Unit =\n    latestRights match {\n      case updatedRights@Some(rights) if updateRequired(image, inferredImages) =>\n        logger.info(s\"Using rights ${Json.toJson(rights)} to infer syndication rights for ${inferredImages.length} image id(s) in photoshoot $photoshoot: ${inferredImages.map(_.id)}\")\n        inferredImages.foreach(img => es.updateImageSyndicationRights(img.id, updatedRights.map(_.copy(isInferred = true)), lastModified))\n      case None if image.hasNonInferredRights =>\n        logger.info(s\"Removing rights from images (photoshoot $photoshoot): ${inferredImages.map(_.id)} (total = ${inferredImages.length}).\")\n        inferredImages.foreach(img => es.updateImageSyndicationRights(img.id, None, lastModified))\n      case _ =>\n        logger.info(s\"No rights to refresh in photoshoot $photoshoot\")\n    }\n\n  \/* Only replace rights if at least one of the following is true:\n   * - the image that triggered the action has syndication rights that are not inferred\n   * - the list of images with inferred rights has at least one image with syndication rights (inferred or not inferred)\n   * Both these condition indicate something has changed in the state of the photoshoot and we need to update the rights.\n   *\/\n  private def updateRequired(image: Image, inferredImages: List[Image]): Boolean = image.hasNonInferredRights || inferredImages.exists(_.syndicationRights.isDefined)\n\n  \/* The following methods are needed because ES is eventually consistent.\n   * When we move an image into a photoshoot we have to refresh the photoshoot by querying for the latest syndication\n   * rights and for all the images that have inferred rights.\n   * Without these helpers the image that has just been moved into the photoshoot will not be taken into account and we\n   * risk missing important rights information.\n   * Therefore, we have to make sure we are taking it into consideration.\n   *\/\n  private def getLatestSyndicationRights(image: Image,\n                                         photoshoot: Photoshoot,\n                                         excludedImageId: Option[String] = None\n                                        )(\n                                          implicit logMarker: LogMarker\n                                        ): Future[Option[SyndicationRights]] =\n    excludedImageId match {\n      case Some(_) => es.getLatestSyndicationRights(photoshoot, excludedImageId).map(_.flatMap(_.syndicationRights))\n      case None =>\n        val hasInferredRights: Boolean = image.hasInferredSyndicationRightsOrNoRights\n        es.getLatestSyndicationRights(photoshoot, None).map {\n          case Some(dbImage) =>\n            if (!hasInferredRights) mostRecentSyndicationRights(dbImage, image) else dbImage.syndicationRights\n          case None =>\n            if (!hasInferredRights) image.syndicationRights else None\n        }\n    }\n\n  def mostRecentSyndicationRights(image1: Image, image2: Image): Option[SyndicationRights] = (image1.rcsPublishDate, image2.rcsPublishDate) match {\n    case (Some(date1), Some(date2)) => if(date1.isAfter(date2)) image1.syndicationRights else image2.syndicationRights\n    case (Some(_), None) => image1.syndicationRights\n    case (None, Some(_)) => image2.syndicationRights\n    case (None, None) => None\n  }\n\n  private def getInferredSyndicationRightsImages(image: Image,\n                                                 photoshoot: Photoshoot,\n                                                 excludedImageId: Option[String] = None\n                                                )(\n                                                  implicit logMarker: LogMarker\n                                                ): Future[List[Image]] =\n    excludedImageId match {\n      case Some(_) => es.getInferredSyndicationRightsImages(photoshoot, excludedImageId)\n      case None =>\n        val imageId = if (!image.hasInferredSyndicationRightsOrNoRights) Some(image.id) else None\n        es.getInferredSyndicationRightsImages(photoshoot, imageId).map { images =>\n          if (image.hasInferredSyndicationRightsOrNoRights)\n            images :+ image\n          else\n            images\n        }\n    }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"media-api\/app\/lib\/MediaApiConfig.scala","text":"<reponame>tonytw1\/grid\npackage lib\n\nimport com.gu.mediaservice.lib.config.{CommonConfig, GridConfigResources}\nimport org.joda.time.DateTime\n\nimport scala.util.Try\n\ncase class StoreConfig(\n  storeBucket: String,\n  storeKey: String\n)\n\nclass MediaApiConfig(resources: GridConfigResources) extends CommonConfig(resources.configuration) {\n  val configBucket: String = string(\"s3.config.bucket\")\n  val usageMailBucket: String = string(\"s3.usagemail.bucket\")\n\n  val quotaStoreKey: String = string(\"quota.store.key\")\n  val quotaStoreConfig: StoreConfig = StoreConfig(configBucket, quotaStoreKey)\n\n  \/\/ quota updates can only be turned off in DEV\n  val quotaUpdateEnabled: Boolean = if (isDev) boolean(\"quota.update.enabled\") else true\n\n  val recordDownloadAsUsage: Boolean = boolean(\"image.record.download\")\n\n  val imagesAlias: String = string(\"es.index.aliases.read\")\n\n  val elasticsearch6Url: String =  string(\"es6.url\")\n  val elasticsearch6Cluster: String = string(\"es6.cluster\")\n  val elasticsearch6Shards: Int = string(\"es6.shards\").toInt\n  val elasticsearch6Replicas: Int = string(\"es6.replicas\").toInt\n\n  val imageBucket: String = string(\"s3.image.bucket\")\n  val thumbBucket: String = string(\"s3.thumb.bucket\")\n\n  val cloudFrontPrivateKeyLocations: Seq[String] = Seq(\n    \"\/etc\/grid\/ssl\/private\/cloudfront.pem\",\n    \"\/etc\/gu\/ssl\/private\/cloudfront.pem\" \/\/ TODO - remove once migrated away from\n  )\n\n  val cloudFrontDomainImageBucket: Option[String] = stringOpt(\"cloudfront.domain.imagebucket\")\n  val cloudFrontDomainThumbBucket: Option[String] = stringOpt(\"cloudfront.domain.thumbbucket\")\n  val cloudFrontKeyPairId: Option[String]         = stringOpt(\"cloudfront.keypair.id\")\n\n  val rootUri: String = services.apiBaseUri\n  val kahunaUri: String = services.kahunaBaseUri\n  val cropperUri: String = services.cropperBaseUri\n  val loaderUri: String = services.loaderBaseUri\n  val metadataUri: String = services.metadataBaseUri\n  val imgopsUri: String = services.imgopsBaseUri\n  val usageUri: String = services.usageBaseUri\n  val leasesUri: String = services.leasesBaseUri\n  val authUri: String = services.authBaseUri\n  val loginUriTemplate: String = services.loginUriTemplate\n  val collectionsUri: String = services.collectionsBaseUri\n  val adminToolsUri: String = services.adminToolsBaseUri\n\n  val requiredMetadata = List(\"credit\", \"description\", \"usageRights\")\n\n  val persistenceIdentifier = string(\"persistence.identifier\")\n  val queriableIdentifiers = Seq(persistenceIdentifier)\n\n  val persistedRootCollections: List[String] = stringOpt(\"persistence.collections\") match {\n    case Some(collections) => collections.split(',').toList\n    case None => List(\"GNM Archive\")\n  }\n\n  def convertToInt(s: String): Option[Int] = Try { s.toInt }.toOption\n\n  val syndicationStartDate: Option[DateTime] = Try {\n    stringOpt(\"syndication.start\").map(d => DateTime.parse(d).withTimeAtStartOfDay())\n  }.toOption.flatten\n}\n"}
{"repo_name":"tonytw1\/grid","path":"metadata-editor\/app\/lib\/EditsConfig.scala","text":"<reponame>tonytw1\/grid<filename>metadata-editor\/app\/lib\/EditsConfig.scala\npackage lib\n\nimport com.amazonaws.regions.{Region, RegionUtils}\nimport com.gu.mediaservice.lib.config.{CommonConfig, GridConfigResources}\n\n\nclass EditsConfig(resources: GridConfigResources) extends CommonConfig(resources.configuration) {\n  val dynamoRegion: Region = RegionUtils.getRegion(string(\"aws.region\"))\n\n  val collectionsBucket: String = string(\"s3.collections.bucket\")\n\n  val editsTable = string(\"dynamo.table.edits\")\n\n  val queueUrl = string(\"indexed.images.sqs.queue.url\")\n\n  val rootUri: String = services.metadataBaseUri\n  val kahunaUri: String = services.kahunaBaseUri\n  val loginUriTemplate: String = services.loginUriTemplate\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/config\/StageIdentifier.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/config\/StageIdentifier.scala\npackage com.gu.mediaservice.lib.config\n\nimport java.io.File\n\nimport scala.io.Source.fromFile\n\nclass StageIdentifier {\n  final val stage: String =\n    loadStageFile(\"\/etc\/grid\/stage\") orElse loadStageFile(\"\/etc\/gu\/stage\") getOrElse \"DEV\"\n\n  val isProd: Boolean = stage == \"PROD\"\n  val isDev: Boolean = stage == \"DEV\"\n\n  private def loadStageFile(fileName: String): Option[String] = {\n    val file = new File(fileName)\n    if (file.exists) {\n      val source = fromFile(file)\n      val stage = try {\n        source.mkString.trim\n      } finally {\n        source.close()\n      }\n      Some(stage.trim)\n    } else None\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/json\/package.scala","text":"<reponame>tonytw1\/grid<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/json\/package.scala\npackage com.gu.mediaservice.lib\n\nimport com.gu.mediaservice.lib.logging.GridLogging\n\n\npackage object json extends PlayJsonHelpers with GridLogging\n"}
{"repo_name":"tonytw1\/grid","path":"usage\/app\/lib\/EventProcessor.scala","text":"<gh_stars>1000+\npackage lib\n\nimport java.nio.ByteBuffer\nimport java.util.{List => JList}\n\nimport com.amazonaws.services.kinesis.clientlibrary.interfaces.{IRecordProcessor, IRecordProcessorCheckpointer}\nimport com.amazonaws.services.kinesis.clientlibrary.lib.worker.ShutdownReason\nimport com.amazonaws.services.kinesis.model.Record\nimport com.fasterxml.jackson.databind.util.ByteBufferBackedInputStream\nimport com.gu.contentapi.client.GuardianContentClient\nimport com.gu.contentapi.client.model.ItemQuery\nimport com.gu.contentapi.client.model.v1.Content\nimport com.gu.crier.model.event.v1.{Event, EventPayload, EventType}\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.thrift.serializer.ThriftDeserializer\nimport org.apache.thrift.protocol.TCompactProtocol\nimport org.apache.thrift.transport.TIOStreamTransport\nimport org.joda.time.DateTime\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.util.Try\n\nabstract class EventProcessor(config: UsageConfig) extends IRecordProcessor with GridLogging {\n\n  implicit val codec = Event\n\n  val contentStream: ContentStream\n\n  override def initialize(shardId: String): Unit = {\n    logger.debug(s\"Initialized an event processor for shard $shardId\")\n  }\n\n  override def processRecords(records: JList[Record], checkpointer: IRecordProcessorCheckpointer): Unit\n\n\n  override def shutdown(checkpointer: IRecordProcessorCheckpointer, reason: ShutdownReason): Unit = {\n    if (reason == ShutdownReason.TERMINATE) {\n      checkpointer.checkpoint()\n    }\n  }\n\n  def getContentItem(content: Content, time: DateTime): ContentContainer\n\n\n  def processEvent(event: Event): Unit = {\n\n    val dateTime: DateTime = new DateTime(event.dateTime)\n\n    event.eventType match {\n      case EventType.Update =>\n\n        event.payload match {\n          case Some(content: EventPayload.Content) =>\n            val container = getContentItem(content.content, dateTime)\n            contentStream.observable.onNext(container)\n          case _ => logger.debug(s\"Received crier update for ${event.payloadId} without payload\")\n        }\n      case EventType.Delete =>\n        \/\/TODO: how do we deal with a piece of content that has been deleted?\n      case EventType.RetrievableUpdate =>\n\n        event.payload match {\n          case Some(retrievableContent: EventPayload.RetrievableContent) =>\n            val capiUrl = retrievableContent.retrievableContent.capiUrl\n\n            val capi: GuardianContentClient = new LiveContentApi(config)\n\n            val query = ItemQuery(capiUrl, Map())\n\n            capi.getResponse(query).map(response => {\n\n              response.content match {\n                case Some(content) =>\n\n                  val container = new LiveContentItem(content, dateTime)\n                  LiveCrierContentStream.observable.onNext(container)\n                case _ => logger.debug(s\"Received retrievable update for ${retrievableContent.retrievableContent.id} without content\")\n              }\n            })\n          case _ => logger.debug(s\"Received crier update for ${event.payloadId} without payload\")\n        }\n\n      case _ => logger.debug(s\"Unsupported event type $EventType\")\n    }\n  }\n}\n\nprivate class CrierLiveEventProcessor(config: UsageConfig) extends EventProcessor(config) {\n\n  val contentStream = LiveCrierContentStream\n\n  def getContentItem(content: Content, date: DateTime): ContentContainer = LiveContentItem(content, date)\n\n  override def processRecords(records: JList[Record], checkpointer: IRecordProcessorCheckpointer): Unit = {\n\n    records.asScala.map { record =>\n\n      val buffer: Array[Byte] = record.getData.array()\n      ThriftDeserializer.deserialize(buffer).map(processEvent)\n\n    }\n\n    checkpointer.checkpoint(records.asScala.last)\n  }\n}\n\nprivate class CrierPreviewEventProcessor(config: UsageConfig) extends EventProcessor(config) {\n\n  val contentStream = PreviewCrierContentStream\n\n  def getContentItem(content: Content, date: DateTime): ContentContainer = PreviewContentItem(content, date)\n\n  override def processRecords(records: JList[Record], checkpointer: IRecordProcessorCheckpointer): Unit = {\n\n    records.asScala.map { record =>\n\n      val buffer: Array[Byte] = record.getData.array()\n      ThriftDeserializer.deserialize(buffer).map(processEvent)\n\n    }\n\n    checkpointer.checkpoint(records.asScala.last)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/auth\/provider\/AuthenticationProviders.scala","text":"<reponame>tonytw1\/grid<gh_stars>0\npackage com.gu.mediaservice.lib.auth.provider\n\ncase class AuthenticationProviders(userProvider: UserAuthenticationProvider, apiProvider: MachineAuthenticationProvider)\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/app\/lib\/FailureResponse.scala","text":"package lib\n\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.mediaservice.model.{MimeType, UnsupportedMimeTypeException}\nimport lib.imaging.UserImageLoaderException\nimport play.api.mvc.Result\n\nobject FailureResponse extends ArgoHelpers {\n  val invalidUri: Result = {\n    logger.warn(\"importImage request failed; invalid uri\")\n    respondError(BadRequest, \"invalid-uri\", s\"The provided 'uri' is not valid\")\n  }\n\n  def badUserInput(e: UserImageLoaderException): Result = {\n    logger.warn(\"importImage request failed; bad user input\", e)\n    BadRequest(e.getMessage)\n  }\n\n  val failedUriDownload: Result = {\n    logger.warn(\"importImage request failed\")\n    respondError(BadRequest, \"failed-uri-download\", s\"The provided 'uri' could not be downloaded\")\n  }\n\n  def unsupportedMimeType(unsupported: UnsupportedMimeTypeException, supportedMimeTypes: List[MimeType]): Result = {\n    logger.info(s\"Rejected request to load file: mime-type is not supported\", unsupported)\n    respondError(\n      UnsupportedMediaType,\n      \"unsupported-type\",\n      s\"Unsupported mime-type: ${unsupported.mimeType}. Supported: ${supportedMimeTypes.mkString(\", \")}\"\n    )\n  }\n  def notAnImage(exception: Exception, supportedMimeTypes: List[MimeType]): Result = {\n    logger.info(s\"Rejected request to load file: file type is not supported\", exception)\n\n    respondError(\n      UnsupportedMediaType,\n      \"unsupported-file-type\",\n      s\"Unsupported file type: not a valid image type. Supported: ${supportedMimeTypes.mkString(\", \")}\"\n    )\n  }\n\n  def badImage(exception: Exception): Result = {\n    logger.info(s\"Rejected request to load file: image file is not good\", exception)\n\n    respondError(\n      UnsupportedMediaType,\n      \"bad-file\",\n      s\"Bad file: not a valid image file.\"\n    )\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/controllers\/HealthCheck.scala","text":"<filename>thrall\/app\/controllers\/HealthCheck.scala\npackage controllers\n\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.mediaservice.lib.management.ElasticSearchHealthCheck\nimport lib._\nimport lib.elasticsearch._\nimport play.api.mvc._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass HealthCheck(elasticsearch: ElasticSearch, streamRunning: => Boolean, config: ThrallConfig, override val controllerComponents: ControllerComponents)(implicit override val ec: ExecutionContext)\n  extends ElasticSearchHealthCheck(controllerComponents, elasticsearch) with ArgoHelpers {\n\n  override def healthCheck = Action.async {\n    elasticHealth.map { esHealth =>\n      val problems = Seq(esHealth, streamRunningHealth).flatten\n      if (problems.nonEmpty) {\n        val problemsMessage = problems.mkString(\",\")\n        logger.warn(\"Healthcheck failed with problems: \" + problemsMessage)\n        ServiceUnavailable(problemsMessage)\n      } else {\n        Ok(\"Ok\")\n      }\n    }\n  }\n\n  private def streamRunningHealth: Option[String] = {\n    \/\/ A completed actor system whenTerminated Future is a sign that the actor system has terminated and is no longer running\n    if (streamRunning)\n      Some(\"Thrall stream appears to have stopped\")\n    else\n      None\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/guardian\/auth\/PandaAuthenticationProvider.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/guardian\/auth\/PandaAuthenticationProvider.scala\npackage com.gu.mediaservice.lib.guardian.auth\n\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.argo.model.Link\nimport com.gu.mediaservice.lib.auth.Authentication.{UserPrincipal, Principal}\nimport com.gu.mediaservice.lib.auth.provider.AuthenticationProvider.RedirectUri\nimport com.gu.mediaservice.lib.auth.provider._\nimport com.gu.mediaservice.lib.aws.S3Ops\nimport com.gu.pandomainauth.PanDomainAuthSettingsRefresher\nimport com.gu.pandomainauth.action.AuthActions\nimport com.gu.pandomainauth.model.{AuthenticatedUser, User, Authenticated => PandaAuthenticated, Expired => PandaExpired, GracePeriod => PandaGracePeriod, InvalidCookie => PandaInvalidCookie, NotAuthenticated => PandaNotAuthenticated, NotAuthorized => PandaNotAuthorised}\nimport com.gu.pandomainauth.service.{Google2FAGroupChecker, OAuthException}\nimport com.typesafe.scalalogging.StrictLogging\nimport play.api.Configuration\nimport play.api.http.HeaderNames\nimport play.api.libs.typedmap.{TypedEntry, TypedKey, TypedMap}\nimport play.api.libs.ws.{DefaultWSCookie, WSClient, WSRequest}\nimport play.api.mvc.{ControllerComponents, Cookie, RequestHeader, Result}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Try\n\nclass PandaAuthenticationProvider(resources: AuthenticationProviderResources, providerConfiguration: Configuration)\n  extends UserAuthenticationProvider with AuthActions with StrictLogging with ArgoHelpers with HeaderNames {\n\n  implicit val ec: ExecutionContext = controllerComponents.executionContext\n\n  final override def authCallbackUrl: String = s\"${resources.commonConfig.services.authBaseUri}\/oauthCallback\"\n  override lazy val panDomainSettings: PanDomainAuthSettingsRefresher = buildPandaSettings()\n  override def wsClient: WSClient = resources.wsClient\n  override def controllerComponents: ControllerComponents = resources.controllerComponents\n\n  val loginLinks = List(\n    Link(\"login\", resources.commonConfig.services.loginUriTemplate)\n  )\n\n  \/**\n    * Establish the authentication status of the given request header. This can return an authenticated user or a number\n    * of reasons why a user is not authenticated.\n    *\n    * @param request The request header containing cookies and other request headers that can be used to establish the\n    *                authentication status of a request.\n    * @return An authentication status expressing whether the\n    *\/\n  override def authenticateRequest(request: RequestHeader): AuthenticationStatus = {\n    val pandaStatus = extractAuth(request)\n    val providerStatus = pandaStatus match {\n      case PandaNotAuthenticated => NotAuthenticated\n      case PandaInvalidCookie(e) => Invalid(\"error checking user's auth, clear cookie and re-auth\", Some(e))\n      case PandaExpired(authedUser) => Expired(gridUserFrom(authedUser.user, request))\n      case PandaGracePeriod(authedUser) => Authenticated(gridUserFrom(authedUser.user, request))\n      case PandaNotAuthorised(authedUser) => NotAuthorised(s\"${authedUser.user.email} not authorised to use application\")\n      case PandaAuthenticated(authedUser) => Authenticated(gridUserFrom(authedUser.user, request))\n    }\n    logger.info(s\"Authenticating request ${request.uri}. Panda $pandaStatus Provider $providerStatus\")\n    providerStatus\n  }\n\n  \/**\n    * If this provider supports sending a user that is not authorised to a federated auth provider then it should\n    * provide a function here to redirect the user.\n    *\/\n  override def sendForAuthentication: Option[RequestHeader => Future[Result]] = Some({ requestHeader: RequestHeader =>\n    val maybePrincipal = authenticateRequest(requestHeader) match {\n      case Expired(principal) => Some(principal)\n      case Authenticated(principal: UserPrincipal) => Some(principal)\n      case _ => None\n    }\n    val email = maybePrincipal.map(_.email)\n    sendForAuth(requestHeader, email)\n  })\n\n  \/**\n    * If this provider supports sending a user that is not authorised to a federated auth provider then it should\n    * provide an Play action here that deals with the return of a user from a federated provider. This should be\n    * used to set a cookie or similar to ensure that a subsequent call to authenticateRequest will succeed. If\n    * authentication failed then this should return an appropriate 4xx result.\n    *\/\n  override def sendForAuthenticationCallback: Option[(RequestHeader, Option[RedirectUri]) => Future[Result]] =\n    Some({ (requestHeader: RequestHeader, maybeUri: Option[RedirectUri]) =>\n      \/\/ We use the `Try` here as the `GoogleAuthException` are thrown before we\n      \/\/ get to the asynchronicity of the `Future` it returns.\n      \/\/ We then have to flatten the Future[Future[T]]. Fiddly...\n      Future.fromTry(Try(processOAuthCallback()(requestHeader))).flatten.recover {\n        \/\/ This is when session session args are missing\n        case e: OAuthException => respondError(BadRequest, \"google-auth-exception\", e.getMessage, loginLinks)\n\n        \/\/ Class `missing anti forgery token` as a 4XX\n        \/\/ see https:\/\/github.com\/guardian\/pan-domain-authentication\/blob\/master\/pan-domain-auth-play_2-6\/src\/main\/scala\/com\/gu\/pandomainauth\/service\/GoogleAuth.scala#L63\n        case e: IllegalArgumentException if e.getMessage == \"The anti forgery token did not match\" => {\n          logger.error(\"Anti-forgery exception encountered\", e)\n          respondError(BadRequest, \"google-auth-exception\", e.getMessage, loginLinks)\n        }\n      }.map {\n        \/\/ not very elegant, but this will override the redirect from panda with any alternative destination\n        case overrideRedirect if overrideRedirect.header.headers.contains(LOCATION) && maybeUri.nonEmpty =>\n          val uri = maybeUri.get\n          Redirect(uri).copy(newCookies = overrideRedirect.newCookies, newSession = overrideRedirect.newSession)\n        case other => other\n      }\n    })\n\n  \/**\n    * If this provider is able to clear user tokens (i.e. by clearing cookies) then it should provide a function to\n    * do that here which will be used to log users out and also if the token is invalid.\n    *\n    * @return\n    *\/\n  override def flushToken: Option[(RequestHeader, Result) => Result] = Some((rh, _) => processLogout(rh))\n\n  val PandaCookieKey: TypedKey[Cookie] = TypedKey[Cookie](\"PandaCookie\")\n\n  \/**\n    * A function that allows downstream API calls to be made using the credentials of the inflight request\n    *\n    * @param request The request header of the inflight call\n    * @return A function that adds appropriate data to a WSRequest\n    *\/\n  override def onBehalfOf(request: Principal): Either[String, WSRequest => WSRequest] = {\n    val cookieName = panDomainSettings.settings.cookieSettings.cookieName\n    request.attributes.get(PandaCookieKey) match {\n      case Some(cookie) => Right { wsRequest: WSRequest =>\n        wsRequest.addCookies(DefaultWSCookie(cookieName, cookie.value))\n      }\n      case None => Left(s\"Pan domain cookie $cookieName is missing in principal.\")\n    }\n  }\n\n  private def gridUserFrom(pandaUser: User, request: RequestHeader): UserPrincipal = {\n    val maybePandaCookie: Option[TypedEntry[Cookie]] = request.cookies.get(panDomainSettings.settings.cookieSettings.cookieName).map(TypedEntry[Cookie](PandaCookieKey, _))\n    val attributes = TypedMap.empty + (maybePandaCookie.toSeq:_*)\n    UserPrincipal(\n      firstName = pandaUser.firstName,\n      lastName = pandaUser.lastName,\n      email = pandaUser.email,\n      attributes = attributes\n    )\n  }\n\n  private def buildPandaSettings() = {\n    new PanDomainAuthSettingsRefresher(\n      domain = resources.commonConfig.services.domainRoot,\n      system = providerConfiguration.getOptional[String](\"panda.system\").getOrElse(\"media-service\"),\n      bucketName = providerConfiguration.getOptional[String](\"panda.bucketName\").getOrElse(\"pan-domain-auth-settings\"),\n      settingsFileKey = providerConfiguration.getOptional[String](\"panda.settingsFileKey\").getOrElse(s\"${resources.commonConfig.services.domainRoot}.settings\"),\n      s3Client = S3Ops.buildS3Client(resources.commonConfig, localstackAware=resources.commonConfig.useLocalAuth)\n    )\n  }\n\n  private val userValidationEmailDomain = resources.commonConfig.stringOpt(\"panda.userDomain\").getOrElse(\"guardian.co.uk\")\n\n  final override def validateUser(authedUser: AuthenticatedUser): Boolean = {\n    PandaAuthenticationProvider.validateUser(authedUser, userValidationEmailDomain, multifactorChecker)\n  }\n}\n\nobject PandaAuthenticationProvider {\n  def validateUser(authedUser: AuthenticatedUser, userValidationEmailDomain: String, multifactorChecker: Option[Google2FAGroupChecker]): Boolean = {\n    val isValidDomain = authedUser.user.email.endsWith(\"@\" + userValidationEmailDomain)\n    val passesMultifactor = if(multifactorChecker.nonEmpty) { authedUser.multiFactor } else { true }\n\n    isValidDomain && passesMultifactor\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/ImageProcessor.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/ImageProcessor.scala\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.Image\n\n\/**\n  * An image processor has a single apply method that takes an `Image` and returns an `Image`. This can be used\n  * to modify the image in any number of ways and is primarily used to identify and allocate images from different\n  * suppliers and also to clean and conform metadata.\n  *\/\ntrait ImageProcessor {\n  def apply(image: Image): Image\n  def description: String = getClass.getCanonicalName\n}\n\ntrait ComposedImageProcessor extends ImageProcessor {\n  def processors: Seq[ImageProcessor]\n}\n\nobject ImageProcessor {\n  val identity: ImageProcessor = new ImageProcessor {\n    override def apply(image: Image): Image = image\n    override def description: String = \"identity\"\n  }\n  \/** A convenience method that creates a new ComposedImageProcessor from the provided image processors\n    * @param name The string name used to identify this composition\n    * @param imageProcessors the underlying image processors that are to be composed\n    * @return a new image processor that composes the provided image processors in order\n    * *\/\n  def compose(name: String, imageProcessors: ImageProcessor*): ComposedImageProcessor = new ComposedImageProcessor {\n    def apply(image: Image): Image =\n      imageProcessors\n        .foldLeft(image) { case (i, processor) => processor(i) }\n\n    override def description: String = imageProcessors\n      .map(_.description)\n      .mkString(s\"$name(\", \"; \", \")\")\n\n    override def processors: Seq[ImageProcessor] = imageProcessors\n  }\n}\n\n\/**\n  * An image processor that simply composes a number of other image processors together.\n  * @param imageProcessors the underlying image processors that are to be applied when this imageProcessor is used\n  *\/\nclass ComposeImageProcessors(val imageProcessors: ImageProcessor*) extends ComposedImageProcessor {\n  val underlying: ComposedImageProcessor = ImageProcessor.compose(getClass.getCanonicalName, imageProcessors:_*)\n  override def apply(image: Image): Image = underlying.apply(image)\n  override def description: String = underlying.description\n  override def processors: Seq[ImageProcessor] = underlying.processors\n}\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/app\/ImageLoaderComponents.scala","text":"<filename>image-loader\/app\/ImageLoaderComponents.scala\nimport com.gu.mediaservice.lib.imaging.ImageOperations\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.mediaservice.lib.play.GridComponents\nimport controllers.ImageLoaderController\nimport lib._\nimport lib.storage.{ImageLoaderStore, QuarantineStore}\nimport model.{Projector, Uploader, QuarantineUploader}\nimport play.api.ApplicationLoader.Context\nimport router.Routes\n\nclass ImageLoaderComponents(context: Context) extends GridComponents(context, new ImageLoaderConfig(_)) with GridLogging {\n  final override val buildInfo = utils.buildinfo.BuildInfo\n\n  logger.info(s\"Loaded ${config.imageProcessor.processors.size} image processors:\")\n  config.imageProcessor.processors.zipWithIndex.foreach { case (processor, index) =>\n    logger.info(s\" $index -> ${processor.description}\")\n  }\n\n  val store = new ImageLoaderStore(config)\n  val imageOperations = new ImageOperations(context.environment.rootPath.getAbsolutePath)\n  val notifications = new Notifications(config)\n  val downloader = new Downloader()\n  val uploader = new Uploader(store, config, imageOperations, notifications)\n  val projector = Projector(config, imageOperations)\n  val quarantineUploader: Option[QuarantineUploader] = (config.uploadToQuarantineEnabled, config.quarantineBucket) match {\n    case (true, Some(bucketName)) =>{\n      val quarantineStore = new QuarantineStore(config)\n      Some(new QuarantineUploader(quarantineStore, config))\n    }\n    case (true, None) => throw new IllegalArgumentException(s\"Quarantining is enabled. upload.quarantine.enabled = ${config.uploadToQuarantineEnabled} but no bucket is configured. s3.quarantine.bucket isn't configured.\")\n    case (false, _) => None\n  }\n  val controller = new ImageLoaderController(\n    auth, downloader, store, notifications, config, uploader, quarantineUploader, projector, controllerComponents, wsClient)\n\n  override lazy val router = new Routes(httpErrorHandler, controller, management)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"admin-tools\/lib\/src\/main\/scala\/com\/gu\/mediaservice\/GridClient.scala","text":"package com.gu.mediaservice\n\nimport java.io.IOException\nimport java.net.URL\nimport com.gu.mediaservice.lib.auth.provider.ApiKeyAuthenticationProvider\nimport com.typesafe.scalalogging.LazyLogging\nimport okhttp3._\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.util.{Failure, Success, Try}\nimport scala.concurrent.{ExecutionContext, Future, Promise}\n\nobject ClientResponse {\n  case class Message(errorMessage: String, downstreamErrorMessage: String)\n\n  object Message {\n    implicit val reads = Json.reads[Message]\n  }\n\n  case class DownstreamMessage(errorKey: String, errorMessage: String)\n\n  object DownstreamMessage {\n    implicit val reads = Json.reads[DownstreamMessage]\n  }\n\n  case class Root(message: Message)\n\n  object Root {\n    implicit val reads = Json.reads[Root]\n  }\n}\n\ncase class ClientErrorMessages(errorMessage: String, downstreamErrorMessage: String)\n\ncase class ResponseWrapper(body: JsValue, statusCode: Int, bodyAsString: String)\n\nobject GridClient {\n  def apply(maxIdleConnections: Int, debugHttpResponse: Boolean = true): GridClient = new GridClient(maxIdleConnections, debugHttpResponse)\n}\n\nclass GridClient(maxIdleConnections: Int, debugHttpResponse: Boolean) extends LazyLogging {\n\n  import java.util.concurrent.TimeUnit\n\n  private val pool = new ConnectionPool(maxIdleConnections, 5, TimeUnit.MINUTES)\n\n  private val httpClient: OkHttpClient = new OkHttpClient.Builder()\n    .connectTimeout(0, TimeUnit.MINUTES)\n    .readTimeout(0, TimeUnit.MINUTES)\n    .connectionPool(pool)\n    .build()\n\n  def makeGetRequestSync(url: URL, apiKey: String): ResponseWrapper = {\n    val request = new Request.Builder().url(url).header(ApiKeyAuthenticationProvider.apiKeyHeaderName, apiKey).build\n    val response = httpClient.newCall(request).execute\n    processResponse(response, url)\n  }\n\n  def makeGetRequestAsync(url: URL, apiKey: String)(implicit ec: ExecutionContext): Future[ResponseWrapper] = {\n    makeRequestAsync(url, apiKey).map { response =>\n      processResponse(response, url)\n    }\n  }\n\n  private def processResponse(response: Response, url: URL) = {\n    val body = response.body()\n    val code = response.code()\n    try {\n      val bodyAsString = body.string\n      val message = response.message()\n      val resInfo = Map(\n        \"statusCode\" -> code.toString,\n        \"message\" -> message\n      )\n\n      if (debugHttpResponse) logger.info(s\"GET $url response: $resInfo\")\n      if (code != 200 && code != 404) {\n        \/\/ Parse error messages from the response body JSON, if there are any\n        val errorMessages = getErrorMessagesFromResponse(bodyAsString)\n\n        val errorJson = Json.obj(\n          \"errorStatusCode\" -> code,\n          \"responseMessage\" -> message,\n          \"responseBody\" -> bodyAsString,\n          \"message\" -> errorMessages.errorMessage,\n          \"downstreamErrorMessage\" -> errorMessages.downstreamErrorMessage,\n          \"url\" -> url.toString,\n        )\n        logger.error(errorJson.toString())\n      }\n      val json = if (code == 200) Json.parse(bodyAsString) else Json.obj()\n      ResponseWrapper(json, code, bodyAsString)\n    } catch {\n      case e: Exception =>\n        val errorJson = Json.obj(\n          \"message\" -> e.getMessage\n        )\n        logger.error(errorJson.toString())\n        \/\/ propagating exception\n        throw e\n    } finally {\n      body.close()\n    }\n  }\n\n  private def getErrorMessagesFromResponse(responseStr: String): ClientErrorMessages = {\n    Try(Json.parse(responseStr)) match {\n      case Success(json) => {\n        val response = json.asOpt[ClientResponse.Root]\n        val errorMessage = response.map(_.message.errorMessage).getOrElse(\"No error message found\")\n        val maybeDownstrErr = response.map(_.message.downstreamErrorMessage)\n        val downstreamErrorMessage = maybeDownstrErr.flatMap(getErrorMessageFromDownstreamResponse).getOrElse(\"No downstream error message found\")\n        ClientErrorMessages(errorMessage, downstreamErrorMessage)\n      }\n      case Failure(_) =>\n        val jsonError = \"Could not parse JSON body\"\n        ClientErrorMessages(jsonError, jsonError)\n    }\n  }\n\n  private def getErrorMessageFromDownstreamResponse(downstreamResponseStr: String): Option[String] = {\n    Try(Json.parse(downstreamResponseStr)) match {\n      case Success(downstreamBodyAsJson) =>\n        downstreamBodyAsJson.asOpt[ClientResponse.DownstreamMessage].map(_.errorMessage)\n      case Failure(_) => None\n    }\n  }\n\n  private def makeRequestAsync(url: URL, apiKey: String): Future[Response] = {\n    val request = new Request.Builder().url(url).header(ApiKeyAuthenticationProvider.apiKeyHeaderName, apiKey).build\n    val promise = Promise[Response]()\n    httpClient.newCall(request).enqueue(new Callback {\n      override def onFailure(call: Call, e: IOException): Unit = promise.failure(e)\n\n      override def onResponse(call: Call, response: Response): Unit = promise.success(response)\n    })\n    promise.future\n  }\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/test\/scala\/model\/ProjectorTest.scala","text":"package model\n\nimport java.io.File\nimport java.net.URI\nimport java.util.UUID\n\nimport com.amazonaws.services.s3.AmazonS3\nimport com.gu.mediaservice.lib.cleanup.ImageProcessor\nimport com.gu.mediaservice.lib.imaging.ImageOperations\nimport com.gu.mediaservice.lib.logging.RequestLoggingContext\nimport com.gu.mediaservice.model._\nimport com.gu.mediaservice.model.leases.LeasesByMedia\nimport lib.DigestedFile\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.mockito.MockitoSugar\nimport org.scalatest.time.{Millis, Span}\nimport org.scalatest.{FunSuite, Matchers}\nimport play.api.libs.json.{JsArray, JsString}\nimport test.lib.ResourceHelpers\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass ProjectorTest extends FunSuite with Matchers with ScalaFutures with MockitoSugar {\n\n  import ResourceHelpers.fileAt\n\n  implicit override val patienceConfig: PatienceConfig = PatienceConfig(timeout = Span(1000, Millis), interval = Span(25, Millis))\n\n  private val ctxPath = new File(\"image-loader\/\").getAbsolutePath\n\n  private val imageOperations = new ImageOperations(ctxPath)\n\n  private val config = ImageUploadOpsCfg(new File(\"\/tmp\"), 256, 85d, Nil, \"img-bucket\", \"thumb-bucket\")\n\n  private val s3 = mock[AmazonS3]\n  private val projector = new Projector(config, s3, imageOperations, ImageProcessor.identity)\n\n  \/\/ FIXME temporary ignored as test is not executable in CI\/CD machine\n  \/\/ because graphic lib files like srgb.icc, cmyk.icc are in root directory instead of resources\n  \/\/ this test is passing when running on local machine\n  ignore(\"projectImage\") {\n\n    val testFile = fileAt(\"resources\/getty.jpg\")\n    val fileDigest = DigestedFile(testFile, \"id123\")\n    val uploadedBy = \"test\"\n    val uploadTime = new DateTime(\"2020-01-24T17:36:08.456Z\").withZone(DateTimeZone.UTC)\n    val uploadFileName = Some(\"getty.jpg\")\n\n    \/\/ expected\n    val iptc = Map(\n      \"By-line Title\" -> \"Stringer\",\n      \"Country\/Primary Location Code\" -> \"AUT\",\n      \"Country\/Primary Location Name\" -> \"AUSTRIA\",\n      \"Category\" -> \"S\",\n      \"Copyright Notice\" -> \"CHRISTOF STACHE\",\n      \"Supplemental Category(s)\" -> \"SKI\",\n      \"Coded Character Set\" -> \"UTF-8\",\n      \"Application Record Version\" -> \"4\",\n      \"Caption\/Abstract\" -> \"Austria's Matthias Mayer attends the men's downhill training of the FIS Alpine Skiing World Cup in Kitzbuehel, Austria, on January 22, 2015.       AFP PHOTO \/ CHRISTOF STACHECHRISTOF STACHE\/AFP\/Getty Images\",\n      \"Enveloped Record Version\" -> \"4\",\n      \"Credit\" -> \"AFP\/Getty Images\",\n      \"Source\" -> \"AFP\",\n      \"City\" -> \"KITZBUEHEL\",\n      \"By-line\" -> \"CHRISTOF STACHE\",\n      \"Urgency\" -> \"51\",\n      \"Headline\" -> \"Austria's Matthias Mayer attends the men\",\n      \"Edit Status\" -> \"AFP\",\n      \"Province\/State\" -> \"-\",\n      \"Object Name\" -> \"536991815\",\n      \"Caption Writer\/Editor\" -> \"CS\/IW\",\n      \"Original Transmission Reference\" -> \"DV1945213\",\n      \"Date Created\" -> \"2015-01-22\"\n    )\n    val exif = Map(\n      \"Image Description\" -> \"Austria's Matthias Mayer attends the men's downhill training of the FIS Alpine Skiing World Cup in Kitzbuehel, Austria, on January 22, 2015.       AFP PHOTO \/ CHRISTOF STACHECHRISTOF STACHE\/AFP\/Getty Images\"\n    )\n    val getty = Map(\n      \"Call For Image\" -> \"False\",\n      \"Image Rank\" -> \"3\",\n      \"Original Filename\" -> \"43885812_SEA.jpg\",\n      \"Exclusive Coverage\" -> \"False\",\n      \"Original Create Date Time\" -> \"0001-01-01T00:00:00.000Z\"\n    )\n    val xmp = Map(\n      \"GettyImagesGIFT:ImageRank\" -> JsString(\"3\"),\n      \"GettyImagesGIFT:OriginalFilename\" -> JsString(\"43885812_SEA.jpg\"),\n      \"dc:title\" -> JsArray(Seq(\n        JsString(\"536991815\"),\n        JsArray(Seq(JsString(\"{'xml:lang':'x-default'}\"))),\n      )),\n      \"dc:creator\" -> JsArray(Seq(JsString(\"CHRISTOF STACHE\"))),\n      \"photoshop:SupplementalCategories\" -> JsArray(Seq(JsString(\"SKI\"))),\n      \"photoshop:Headline\" -> JsString(\"Austria's Matthias Mayer attends the men\"),\n      \"photoshop:TransmissionReference\" -> JsString(\"-\"),\n      \"photoshop:AuthorsPosition\" -> JsString(\"Stringer\"),\n      \"photoshop:CaptionWriter\" -> JsString(\"CS\/IW\"),\n      \"plus:ImageSupplierImageId\" -> JsString(\"DV1945213\"),\n      \"dc:description\" -> JsArray(Seq(\n        JsString(\"Austria's Matthias Mayer attends the men's downhill training of the FIS Alpine Skiing World Cup in Kitzbuehel, Austria, on January 22, 2015.       AFP PHOTO \/ CHRISTOF STACHECHRISTOF STACHE\/AFP\/Getty Images\"),\n        JsArray(Seq(JsString(\"{'xml:lang':'x-default'}\"))),\n      )),\n      \"photoshop:City\" -> JsString(\"KITZBUEHEL\"),\n      \"GettyImagesGIFT:ExclusiveCoverage\" -> JsString(\"False\"),\n      \"photoshop:DateCreated\" -> JsString(\"2015-01-22T00:00:00.000Z\"),\n      \"photoshop:Credit\" -> JsString(\"AFP\/Getty Images\"),\n      \"dc:Rights\" -> JsString(\"CHRISTOF STACHE\"),\n      \"GettyImagesGIFT:OriginalCreateDateTime\" -> JsString(\"0001-01-01T00:00:00.000Z\"),\n      \"Iptc4xmpCore:CountryCode\" -> JsString(\"AUT\"),\n      \"GettyImagesGIFT:CallForImage\" -> JsString(\"False\"),\n      \"photoshop:Country\" -> JsString(\"AUSTRIA\"),\n      \"photoshop:Source\" -> JsString(\"AFP\"),\n      \"photoshop:Category\" -> JsString(\"S\")\n    )\n\n    val gettyFileMetadataExpected = FileMetadata(iptc = iptc, exif = exif, xmp = xmp, getty = getty, colourModel = Some(\"RGB\"))\n\n    val expected = Image(\n      id = \"id123\",\n      uploadTime = new DateTime(\"2020-01-24T17:36:08.456Z\").withZone(DateTimeZone.UTC),\n      uploadedBy = \"test\",\n      lastModified = Some(new DateTime(\"2020-01-24T17:36:08.456Z\").withZone(DateTimeZone.UTC)),\n      identifiers = Map(),\n      uploadInfo = UploadInfo(Some(\"getty.jpg\")),\n      source = Asset(new URI(\"http:\/\/img-bucket.s3.amazonaws.com\/i\/d\/1\/2\/3\/id123\"),\n        Some(12666),\n        Some(Jpeg),\n        Some(Dimensions(100, 60)), None),\n      thumbnail = Some(Asset(new URI(\"http:\/\/thumb-bucket.s3.amazonaws.com\/i\/d\/1\/2\/3\/id123\"),\n        Some(6404),\n        Some(Jpeg),\n        Some(Dimensions(256, 154)), None)),\n      optimisedPng = None,\n      fileMetadata = gettyFileMetadataExpected,\n      userMetadata = None,\n      metadata = ImageMetadata(\n        Some(new DateTime(\"2015-01-22T00:00:00.000Z\").withZone(DateTimeZone.UTC)),\n        Some(\"Austria's <NAME> attends the men's downhill training of the FIS Alpine Skiing World Cup in Kitzbuehel, Austria, on January 22, 2015.       AFP PHOTO \/ CHRISTOF STACHECHRISTOF STACHE\/AFP\/Getty Images\"),\n        Some(\"AFP\/Getty Images\"),\n        None, Some(\"<NAME>\"), Some(\"Stringer\"), None, Some(\"CHRISTOF STACHE\"),\n        Some(\"-\"), Some(\"AFP\"), None, Nil, None, Some(\"Kitzbuehel\"), None, Some(\"Austria\"), List(\"sport\")),\n      originalMetadata = ImageMetadata(\n        Some(new DateTime(\"2015-01-22T00:00:00.000Z\").withZone(DateTimeZone.UTC)),\n        Some(\"Austria's <NAME> attends the men's downhill training of the FIS Alpine Skiing World Cup in Kitzbuehel, Austria, on January 22, 2015.       AFP PHOTO \/ CHRISTOF STACHECHRISTOF STACHE\/AFP\/Getty Images\"),\n        Some(\"AFP\/Getty Images\"), None, Some(\"<NAME>\"), Some(\"Stringer\"),\n        None, Some(\"CHRISTOF STACHE\"), Some(\"-\"),\n        Some(\"AFP\"), None, Nil, None, Some(\"Kitzbuehel\"), None, Some(\"Austria\"), List(\"sport\")),\n      usageRights = Agency(\"Getty Images\", Some(\"AFP\"), None),\n      originalUsageRights = Agency(\"Getty Images\", Some(\"AFP\"), None),\n      exports = Nil,\n      usages = Nil,\n      leases = LeasesByMedia.empty,\n      collections = Nil,\n      syndicationRights = None,\n      userMetadataLastModified = None\n    )\n\n    val extractedS3Meta = S3FileExtractedMetadata(\n      uploadedBy = uploadedBy,\n      uploadTime = uploadTime,\n      uploadFileName = uploadFileName,\n      picdarUrn = None,\n    )\n\n    implicit val requestLoggingContext = RequestLoggingContext()\n\n    val actualFuture = projector.projectImage(fileDigest, extractedS3Meta, UUID.randomUUID())\n\n    whenReady(actualFuture) { actual =>\n      actual shouldEqual expected\n    }\n  }\n\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/components\/BBCUsageRightsStore.scala","text":"package com.gu.mediaservice.lib.bbc.components\n\nimport com.gu.mediaservice.lib.BaseStore\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport org.joda.time.DateTime\nimport play.api.Logger\nimport play.api.libs.json.Json\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success, Try}\n\nclass BBCUsageRightsStore(bucket: String, config: CommonConfig)(implicit ec: ExecutionContext)\n  extends BaseStore[String, BBCUsageRightsConfig](bucket, config)(ec) {\n\n  val usageRightsMapKey = \"usageRights\"\n  val usageRightsStoreKey = \"usage_rights.json\"\n\n  def apply() = fetchAll match {\n    case Some(_) => Logger.info(\"Usage Rights config read in from config bucket\")\n    case None => throw FailedToLoadUsageRightsConfigJson\n  }\n\n  def update() {\n    lastUpdated.send(_ => DateTime.now())\n    fetchAll match {\n      case Some(config) => store.send(_ => config)\n      case None => Logger.warn(\"Could not parse usage rights config JSON into UsageRightsConfig class\")\n    }\n  }\n\n  def fetchAll: Option[Map[String, BBCUsageRightsConfig]] = {\n    getS3Object(usageRightsStoreKey) match {\n      case Some(fileContents) => {\n        Try(Json.parse(fileContents).as[BBCUsageRightsConfig]) match {\n          case Success(usageRightsConfigClass) => Some(Map(usageRightsMapKey -> usageRightsConfigClass))\n          case Failure(e) => None\n        }\n      }\n      case None => None\n    }\n  }\n\n  def get: BBCUsageRightsConfig = store.get()(usageRightsMapKey)\n\n}\n\nobject UsageRightsStore {\n  def apply(bucket: String, config: CommonConfig)(implicit ec: ExecutionContext): BBCUsageRightsStore = {\n    val store = new BBCUsageRightsStore(bucket, config)(ec)\n    store.fetchAll match {\n      case Some(_) => Logger.info(\"Usage rights config read in from config bucket\")\n      case None => throw FailedToLoadMetadataConfigJson\n    }\n    store\n  }\n}\n\ncase object FailedToLoadUsageRightsConfigJson extends Exception(\"Failed to load UsageRightsConfig from S3 config bucket on start up\")\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/test\/lib\/kinesis\/ThrallEventConsumerTest.scala","text":"<reponame>tonytw1\/grid<filename>thrall\/test\/lib\/kinesis\/ThrallEventConsumerTest.scala\npackage lib.kinesis\n\nimport com.gu.mediaservice.lib.aws.UpdateMessage\nimport lib.elasticsearch.ElasticSearchTestBase\nimport org.scalatest.mockito.MockitoSugar\nimport play.api.libs.json.Json\n\nclass ThrallEventConsumerTest extends ElasticSearchTestBase with MockitoSugar {\n  \"parse message\" - {\n    \"parse minimal message\" in {\n      val j =\n        \"\"\"\n          |{\n          | \"subject\":\"test\"\n          |}\n          |\"\"\".stripMargin.getBytes()\n      val m2 = ThrallEventConsumer.parseRecord(j, java.time.Instant.EPOCH)\n      m2.isDefined shouldEqual (true)\n      m2.get.subject shouldBe \"test\"\n    }\n    \"parse near minimal message\" in {\n      val j =\n        \"\"\"\n          |{\n          | \"subject\":\"test\",\n          | \"lastModified\":\"2021-01-25T10:21:18.006Z\"\n          |}\n          |\"\"\".stripMargin.getBytes()\n      val m2 = ThrallEventConsumer.parseRecord(j, java.time.Instant.EPOCH)\n      m2.isDefined shouldEqual (true)\n      m2.get.subject shouldBe \"test\"\n    }\n  }\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"auth\/app\/auth\/AuthController.scala","text":"package auth\n\nimport java.net.URI\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.argo.model.Link\nimport com.gu.mediaservice.lib.auth.Authentication.{MachinePrincipal, UserPrincipal}\nimport com.gu.mediaservice.lib.auth.provider.AuthenticationProviders\nimport com.gu.mediaservice.lib.auth.{Authentication, Permissions, PermissionsHandler}\nimport play.api.libs.json.Json\nimport play.api.mvc.{BaseController, ControllerComponents, Result}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Try\n\nclass AuthController(auth: Authentication, providers: AuthenticationProviders, val config: AuthConfig,\n                     override val controllerComponents: ControllerComponents)(implicit ec: ExecutionContext)\n  extends BaseController\n  with ArgoHelpers\n  with PermissionsHandler {\n\n  val indexResponse = {\n    val indexData = Map(\"description\" -> \"This is the Auth API\")\n    val indexLinks = List(\n      Link(\"root\",          config.mediaApiUri),\n      Link(\"login\",         config.services.loginUriTemplate),\n      Link(\"ui:logout\",     s\"${config.rootUri}\/logout\"),\n      Link(\"session\",       s\"${config.rootUri}\/session\")\n    )\n    respond(indexData, indexLinks)\n  }\n\n  def index = auth { indexResponse }\n\n  def session = auth { request =>\n    val showPaid = hasPermission(request.user, Permissions.ShowPaid)\n    request.user match {\n      case UserPrincipal(firstName, lastName, email, _) =>\n\n        respond(\n          Json.obj(\"user\" ->\n            Json.obj(\n              \"name\" -> s\"$firstName $lastName\",\n              \"firstName\" -> firstName,\n              \"lastName\" -> lastName,\n              \"email\" -> email,\n              \"permissions\" ->\n                Json.obj(\n                  \"showPaid\" -> showPaid\n                )\n            )\n          )\n        )\n      case MachinePrincipal(accessor, _) => respond(\n        Json.obj(\"api-key\" ->\n          Json.obj(\n            \"name\" -> accessor.identity,\n            \"tier\" -> accessor.tier.toString,\n            \"permissions\" ->\n              Json.obj(\n                \"showPaid\" -> showPaid\n              )\n          )\n        )\n      )\n    }\n  }\n\n\n  def isOwnDomainAndSecure(uri: URI): Boolean = {\n    uri.getHost.endsWith(config.domainRoot) && uri.getScheme == \"https\"\n  }\n  def isValidDomain(inputUri: String): Boolean = {\n    val success = Try(URI.create(inputUri)).filter(isOwnDomainAndSecure).isSuccess\n    if (!success) logger.warn(s\"Provided login redirect URI is invalid: $inputUri\")\n    success\n  }\n\n  \/\/ Play session key used to store the URI to redirect to during login\n  val REDIRECT_SESSION_KEY = \"gridRedirectUri\"\n\n  \/\/ Trigger the auth cycle\n  \/\/ If a redirectUri is provided, redirect the browser there once auth'd,\n  \/\/ else return a dummy page (e.g. for automatically re-auth'ing in the background)\n  def doLogin(redirectUri: Option[String] = None) = Action.async { implicit req =>\n    val checkedRedirectUri = redirectUri collect {\n      case uri if isValidDomain(uri) => uri\n    }\n    providers.userProvider.sendForAuthentication match {\n      case Some(authCallback) =>\n        authCallback(req).map(_.addingToSession(checkedRedirectUri.map(REDIRECT_SESSION_KEY -> _).toSeq:_*))\n      case None =>\n        Future.successful(InternalServerError(\"Login not supported by configured authentication provider\"))\n    }\n  }\n\n  def oauthCallback = Action.async { implicit request =>\n    providers.userProvider.sendForAuthenticationCallback match {\n      case Some(callback) =>\n        val maybeRedirectUri = request.session.get(REDIRECT_SESSION_KEY)\n        callback(request, maybeRedirectUri).map(_.removingFromSession(REDIRECT_SESSION_KEY))\n      case None =>\n        Future.successful(InternalServerError(\"No callback for configured authentication provider\"))\n    }\n  }\n\n  def logout = Action { implicit request =>\n    val result: Result = providers.userProvider.flushToken match {\n      case Some(callback) => callback(request, Ok(\"Logged out\"))\n      case None => InternalServerError(\"Logout not supported by configured authentication provider\")\n    }\n    result.withNewSession\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"kahuna\/app\/AppLoader.scala","text":"<filename>kahuna\/app\/AppLoader.scala\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"kahuna\", new KahunaComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/play\/GridAppLoader.scala","text":"<reponame>tonytw1\/grid<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/play\/GridAppLoader.scala\npackage com.gu.mediaservice.lib.play\n\nimport com.gu.mediaservice.lib.config.{CommonConfig, GridConfigLoader}\nimport com.gu.mediaservice.lib.logging.LogConfig\nimport play.api.ApplicationLoader.Context\nimport play.api.{Application, ApplicationLoader}\n\nabstract class GridAppLoader[Config <: CommonConfig](appName: String, loadFn: Context => GridComponents[Config]) extends ApplicationLoader {\n  final override def load(context: Context): Application = {\n    LogConfig.initPlayLogging(context)\n\n    val fileConfig = GridConfigLoader.read(appName, context.environment.mode)\n    val gridApp = loadFn(context.copy(initialConfiguration = context.initialConfiguration ++ fileConfig))\n\n    gridApp.application\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"usage\/app\/lib\/UsageNotifier.scala","text":"<reponame>tonytw1\/grid<gh_stars>0\npackage lib\n\nimport com.gu.mediaservice.lib.aws.{ThrallMessageSender, UpdateMessage}\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.mediaservice.lib.usage.UsageBuilder\nimport com.gu.mediaservice.model.usage.{MediaUsage, UsageNotice}\nimport model.UsageTable\nimport org.joda.time.DateTime\nimport play.api.libs.json._\nimport rx.lang.scala.Observable\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass UsageNotifier(config: UsageConfig, usageTable: UsageTable)\n  extends ThrallMessageSender(config.thrallKinesisLowPriorityStreamConfig) with GridLogging {\n\n  def build(mediaId: String) = Observable.from(\n    usageTable.queryByImageId(mediaId).map((usages: Set[MediaUsage]) => {\n      val usageJson = Json.toJson(usages.map(UsageBuilder.build)).as[JsArray]\n      UsageNotice(mediaId, usageJson)\n    }))\n\n  def send(usageNotice: UsageNotice) = {\n    logger.info(s\"Sending usage notice for ${usageNotice.mediaId}\")\n    val updateMessage = UpdateMessage(subject = \"update-image-usages\", id = Some(usageNotice.mediaId), usageNotice = Some(usageNotice))\n    publish(updateMessage)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/AppLoader.scala","text":"<reponame>tonytw1\/grid\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"thrall\", new ThrallComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/elasticsearch\/IndexSettings.scala","text":"package com.gu.mediaservice.lib.elasticsearch\n\nimport com.sksamuel.elastic4s.requests.analysis.{Analysis, CustomAnalyzer, PathHierarchyTokenizer, StandardTokenizer, StemmerTokenFilter, StopTokenFilter, TokenFilter}\nimport com.sksamuel.elastic4s.requests.analyzers.{AsciiFoldingTokenFilter, LowercaseTokenFilter}\nimport org.elasticsearch.index.analysis.ASCIIFoldingTokenFilterFactory\n\nobject IndexSettings {\n\n  private val s_stemmer = \"s_stemmer\"\n  private val english_possessive_stemmer = \"english_possessive_stemmer\"\n  private val gu_stopwords = \"gu_stopwords\"\n  private val standard = \"standard\"\n  private val path_hierarchy = \"path_hierarchy\"\n  \/\/ TODO rename `english_s_stemmer` as its an analyzer not a stemmer - would require a reindex.\n  val englishSStemmerAnalyzerName = \"english_\" + s_stemmer\n  val hierarchyAnalyserName = \"hierarchyAnalyzer\"\n\n  def analysis: Analysis = {\n    val tokenizers = List(\n      StandardTokenizer(standard),\n      PathHierarchyTokenizer(path_hierarchy)\n    )\n\n    val filters: List[TokenFilter] = List(\n      \/\/ I (Justin) don't think we need to specify these, but can just refer to them by name (below)\n      \/\/ LowercaseTokenFilter,\n      \/\/ AsciiFoldingTokenFilter,\n      StemmerTokenFilter(name = english_possessive_stemmer, lang = \"possessive_english\"),\n      StopTokenFilter(name = gu_stopwords, stopwords = Seq(\"_english_\")),\n      StemmerTokenFilter(name = s_stemmer, lang = \"minimal_english\")\n    )\n\n    val englishSStemmerAnalyzer = CustomAnalyzer(\n      englishSStemmerAnalyzerName,\n      standard,\n      List(),\n      List(\n        LowercaseTokenFilter.name,\n        AsciiFoldingTokenFilter.name,\n        english_possessive_stemmer,\n        gu_stopwords,\n        s_stemmer\n      )\n    )\n\n    val hierarchyAnalyzer = CustomAnalyzer(\n      hierarchyAnalyserName,\n      path_hierarchy,\n      List(),\n      List(LowercaseTokenFilter.name)\n    )\n\n    val analyzers = List(englishSStemmerAnalyzer, hierarchyAnalyzer)\n\n    Analysis(\n      analyzers,\n      tokenizers,\n      filters,\n    )\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/json\/JsonOrderingTest.scala","text":"package com.gu.mediaservice.lib.json\n\nimport com.gu.mediaservice.model.{Asset, FileMetadata, Handout, Image, ImageMetadata, UploadInfo}\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.scalatest.Inside.inside\nimport org.scalatest.{FreeSpec, Matchers}\nimport play.api.libs.json.{JsObject, JsString, Json}\n\nimport java.net.URI\n\nclass JsonOrderingTest extends FreeSpec with Matchers {\n  \/**\n    * The order of JSON documents is not strictly in accordance with the RFC but the Play library did maintain it\n    * until 2.6.11 and does again from 2.8.0. See https:\/\/github.com\/playframework\/play-json\/pull\/253\n    * This is helpful for debugging and for the super-power-users that look at the API as it means that related fields\n    * are grouped together throughout our API.\n    * This test (which fails with play-json 2.6.14 is here to prevent a further regression. It does mean that we'll\n    * need to jump to Play 2.8 for our next upgrade (which is likely to be what we do anyway...)\n    *\/\n  \"Play Json writes maintain ordering\" in {\n    val dt = new DateTime(2021,1,20,12,0,0, DateTimeZone.forID(\"America\/New_York\"))\n    val image = Image(id = \"id\",\n      uploadTime = dt,\n      identifiers = Map.empty,\n      uploadedBy = \"Biden\",\n      lastModified = None,\n      uploadInfo = UploadInfo(None),\n      source = Asset(new URI(\"fileUri\"), None, None, None),\n      optimisedPng = None,\n      originalUsageRights = Handout(None),\n      originalMetadata = ImageMetadata(),\n      fileMetadata = FileMetadata(),\n      userMetadata = None,\n      thumbnail = None,\n      metadata = ImageMetadata(),\n      usageRights = Handout(None),\n    )\n    val json = Json.toJson(image)\n    inside(json) {\n      case jso: JsObject =>\n        \/* this only seems to break when an extra field is added to the JsObject\n         * presumably this is done somewhere inside Play which was causing the mis-ordering *\/\n        val newJso = jso + (\"extraField\" -> JsString(\"value\"))\n        newJso.fields.map(_._1) shouldBe Seq(\n        \"id\",\n        \"uploadTime\",\n        \"uploadedBy\",\n        \"identifiers\",\n        \"uploadInfo\",\n        \"source\",\n        \"fileMetadata\",\n        \"metadata\",\n        \"originalMetadata\",\n        \"usageRights\",\n        \"originalUsageRights\",\n        \"exports\",\n        \"usages\",\n        \"leases\",\n        \"collections\",\n        \"extraField\"\n      )\n    }\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/ExtractGuardianCreditFromByline.scala","text":"package com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/**\n  * Super Guardian-specific - really only important for old pictures.\n  *\/\nobject ExtractGuardianCreditFromByline extends MetadataCleaner {\n\n  val BylineForTheGuardian = \"\"\"(?i)(.+) for the (Guardian|Observer)[.]?\"\"\".r\n  val BylineForTheTrunc = \"\"\"(?i)(.+) for the (.+)[.]?\"\"\".r\n\n  override def clean(metadata: ImageMetadata): ImageMetadata = metadata.byline match {\n    case Some(BylineForTheGuardian(byline, org)) =>\n      val orgName = org.toLowerCase.capitalize\n      metadata.copy(byline = Some(byline), credit = Some(s\"The $orgName\"))\n    \/\/ Catch truncated bylines (IPTC allows 32 chars only)\n    case Some(field @ BylineForTheTrunc(byline, org)) if isThe(\"Guardian\", org) && field.length == 31 =>\n      metadata.copy(byline = Some(byline), credit = Some(s\"The Guardian\"))\n    case Some(field @ BylineForTheTrunc(byline, org)) if isThe(\"Observer\", org) && field.length == 31 =>\n      metadata.copy(byline = Some(byline), credit = Some(s\"The Observer\"))\n    case _ => metadata\n  }\n\n  private def isThe(s: String, full: String) = s.toLowerCase.startsWith(full.toLowerCase)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/StripCopyrightPrefix.scala","text":"<gh_stars>1000+\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/**\n  * Remove any explicit copyright character or string.\n  * TODO: Remove processing from copyright field (see PR#2778)\n  *\/\nobject StripCopyrightPrefix extends MetadataCleaner {\n\n  \/\/ Prefix-match any combination of copyright (separated by whitespace)\n  val WithoutCopyrightPrefix = \"\"\"(?i)(?:\u00a9|Copyright(?: of)?|\\(c\\)|\\s|:)*(.*)\"\"\".r\n\n  override def clean(metadata: ImageMetadata): ImageMetadata =\n    metadata.copy(\n      byline = metadata.byline.map(stripCopyrightPrefix),\n      credit = metadata.credit.map(stripCopyrightPrefix),\n    )\n\n  def stripCopyrightPrefix(s: String): String = s match {\n    case WithoutCopyrightPrefix(rest) => rest\n    case _ => s\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/config\/GridConfigResources.scala","text":"package com.gu.mediaservice.lib.config\n\nimport akka.actor.ActorSystem\nimport play.api.Configuration\n\ncase class GridConfigResources(configuration: Configuration, actorSystem: ActorSystem)\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/app\/lib\/QuarantineStore.scala","text":"<reponame>tonytw1\/grid\npackage lib.storage\n\nimport lib.ImageLoaderConfig\nimport com.gu.mediaservice.lib\n\nclass QuarantineStore(config: ImageLoaderConfig) extends lib.ImageQuarantineOperations(config.quarantineBucket.get, config)"}
{"repo_name":"tonytw1\/grid","path":"collections\/app\/AppLoader.scala","text":"import com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"collections\", new CollectionsComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"usage\/app\/lib\/CrierStreamReader.scala","text":"package lib\n\nimport java.net.InetAddress\nimport java.util.UUID\n\nimport com.amazonaws.auth._\nimport com.amazonaws.auth.InstanceProfileCredentialsProvider\nimport com.amazonaws.auth.profile.ProfileCredentialsProvider\nimport com.amazonaws.services.kinesis.clientlibrary.interfaces.{IRecordProcessor, IRecordProcessorFactory}\nimport com.amazonaws.services.kinesis.clientlibrary.lib.worker.{InitialPositionInStream, KinesisClientLibConfiguration, Worker}\nimport com.gu.mediaservice.lib.logging.GridLogging\n\nclass CrierStreamReader(config: UsageConfig) extends GridLogging {\n\n  lazy val workerId: String = InetAddress.getLocalHost.getCanonicalHostName + \":\" + UUID.randomUUID()\n\n  val credentialsProvider = new AWSCredentialsProviderChain(\n    new ProfileCredentialsProvider(\"media-service\"),\n    InstanceProfileCredentialsProvider.getInstance()\n  )\n\n  private lazy val dynamoCredentialsProvider = credentialsProvider\n\n  lazy val sessionId: String = \"session\" + Math.random()\n  val initialPosition = InitialPositionInStream.TRIM_HORIZON\n\n  private def kinesisCredentialsProvider(arn: String)  = new AWSCredentialsProviderChain(\n    new ProfileCredentialsProvider(\"capi\"),\n    new STSAssumeRoleSessionCredentialsProvider.Builder(arn, sessionId).build()\n  )\n\n  private def kinesisClientLibConfig(kinesisReaderConfig: KinesisReaderConfig) =\n    new KinesisClientLibConfiguration(\n      kinesisReaderConfig.appName,\n      kinesisReaderConfig.streamName,\n      kinesisCredentialsProvider(kinesisReaderConfig.arn),\n      dynamoCredentialsProvider,\n      credentialsProvider,\n      workerId\n    ).withInitialPositionInStream(initialPosition)\n     .withRegionName(config.awsRegionName)\n\n  private lazy val liveConfig =\n    config.liveKinesisReaderConfig.map(kinesisClientLibConfig)\n\n  private lazy val previewConfig =\n    config.previewKinesisReaderConfig.map(kinesisClientLibConfig)\n\n  protected val LiveEventProcessorFactory = new IRecordProcessorFactory {\n    override def createProcessor(): IRecordProcessor =\n      new CrierLiveEventProcessor(config)\n  }\n\n  protected val PreviewEventProcessorFactory = new IRecordProcessorFactory {\n    override def createProcessor(): IRecordProcessor =\n      new CrierPreviewEventProcessor(config)\n  }\n\n  lazy val liveWorker = liveConfig.map(new Worker.Builder().recordProcessorFactory(LiveEventProcessorFactory).config(_).build())\n  lazy val previewWorker = previewConfig.map(new Worker.Builder().recordProcessorFactory(PreviewEventProcessorFactory).config(_).build())\n\n  private def makeThread(worker: Runnable) =\n    new Thread(worker, s\"${getClass.getSimpleName}-$workerId\")\n\n  private lazy val liveWorkerThread = liveWorker.map(makeThread)\n  private lazy val previewWorkerThread = previewWorker.map(makeThread)\n\n  def start() = {\n    logger.info(\"Trying to start Crier Stream Readers\")\n\n    liveWorkerThread\n      .map(_.start)\n      .foreach(_ => logger.info(\"Starting Crier Live Stream reader\"))\n    previewWorkerThread\n      .map(_.start)\n      .foreach(_ => logger.info(\"Starting Crier Preview Stream reader\"))\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/ThrallComponents.scala","text":"import akka.Done\nimport akka.stream.scaladsl.Source\nimport com.amazonaws.services.kinesis.clientlibrary.lib.worker.KinesisClientLibConfiguration\nimport com.contxt.kinesis.{KinesisRecord, KinesisSource}\nimport com.gu.mediaservice.lib.elasticsearch.ElasticSearchConfig\nimport com.gu.mediaservice.lib.play.GridComponents\nimport controllers.{HealthCheck, ThrallController}\nimport lib._\nimport lib.elasticsearch._\nimport lib.kinesis.{KinesisConfig, ThrallEventConsumer}\nimport play.api.ApplicationLoader.Context\nimport router.Routes\n\nimport scala.concurrent.Future\n\nclass ThrallComponents(context: Context) extends GridComponents(context, new ThrallConfig(_)) {\n  final override val buildInfo = utils.buildinfo.BuildInfo\n\n  val store = new ThrallStore(config)\n  val metadataEditorNotifications = new MetadataEditorNotifications(config)\n  val thrallMetrics = new ThrallMetrics(config)\n\n  val esConfig = ElasticSearchConfig(\n    alias = config.writeAlias,\n    url = config.elasticsearch6Url,\n    cluster = config.elasticsearch6Cluster,\n    shards = config.elasticsearch6Shards,\n    replicas = config.elasticsearch6Replicas\n  )\n\n  val es = new ElasticSearch(esConfig, Some(thrallMetrics))\n  es.ensureAliasAssigned()\n\n  val highPriorityKinesisConfig: KinesisClientLibConfiguration = KinesisConfig.kinesisConfig(config.kinesisConfig)\n  val lowPriorityKinesisConfig: KinesisClientLibConfiguration = KinesisConfig.kinesisConfig(config.kinesisLowPriorityConfig)\n\n  val highPrioritySource: Source[KinesisRecord, Future[Done]] = KinesisSource(highPriorityKinesisConfig)\n  val lowPrioritySource: Source[KinesisRecord, Future[Done]] = KinesisSource(lowPriorityKinesisConfig)\n\n  val thrallEventConsumer = new ThrallEventConsumer(es, thrallMetrics, store, metadataEditorNotifications, new SyndicationRightsOps(es), actorSystem)\n  val thrallStreamProcessor = new ThrallStreamProcessor(highPrioritySource, lowPrioritySource, thrallEventConsumer, actorSystem, materializer)\n\n  val streamRunning: Future[Done] = thrallStreamProcessor.run()\n\n  val thrallController = new ThrallController(controllerComponents)\n  val healthCheckController = new HealthCheck(es, streamRunning.isCompleted, config, controllerComponents)\n\n  override lazy val router = new Routes(httpErrorHandler, thrallController, healthCheckController, management)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/logging\/LogConfig.scala","text":"package com.gu.mediaservice.lib.logging\n\nimport java.net.InetSocketAddress\n\nimport ch.qos.logback.classic.spi.ILoggingEvent\nimport ch.qos.logback.classic.{LoggerContext, Logger => LogbackLogger}\nimport net.logstash.logback.appender.LogstashTcpSocketAppender\nimport com.amazonaws.util.EC2MetadataUtils\nimport com.gu.logback.appender.kinesis.KinesisAppender\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport net.logstash.logback.encoder.LogstashEncoder\nimport net.logstash.logback.layout.LogstashLayout\nimport org.slf4j.{LoggerFactory, Logger => SLFLogger}\nimport play.api.ApplicationLoader.Context\nimport play.api.LoggerConfigurator\nimport play.api.libs.json._\nimport scalaz.syntax.id._\n\nimport scala.util.Try\n\n\nobject LogConfig {\n\n  val rootLogger: LogbackLogger = LoggerFactory.getLogger(SLFLogger.ROOT_LOGGER_NAME).asInstanceOf[LogbackLogger]\n\n  private val BUFFER_SIZE = 1000\n\n  case class KinesisAppenderConfig(stream: String, region: String, roleArn: String, bufferSize: Int)\n\n  private def makeCustomFields(config: CommonConfig): String = {\n    val instanceId = Option(EC2MetadataUtils.getInstanceId).getOrElse(\"unknown\")\n\n    Json.toJson(Map(\n      \"stack\" -> config.stackName,\n      \"stage\" -> config.stage.toUpperCase,\n      \"app\"   -> config.appName,\n      \"sessionId\" -> config.sessionId,\n      \"instanceId\" -> instanceId\n    )).toString()\n  }\n\n  private def makeLayout(customFields: String) = new LogstashLayout() <| (_.setCustomFields(customFields))\n\n  private def makeKinesisAppender(layout: LogstashLayout, context: LoggerContext, appenderConfig: KinesisAppenderConfig) =\n    new KinesisAppender[ILoggingEvent]() <| { a =>\n      a.setStreamName(appenderConfig.stream)\n      a.setRegion(appenderConfig.region)\n      a.setRoleToAssumeArn(appenderConfig.roleArn)\n      a.setBufferSize(appenderConfig.bufferSize)\n\n      a.setContext(context)\n      a.setLayout(layout)\n\n      layout.start()\n      a.start()\n  }\n\n  private def makeLogstashAppender(config: CommonConfig, context: LoggerContext): LogstashTcpSocketAppender = {\n    val customFields = makeCustomFields(config)\n\n    new LogstashTcpSocketAppender() <| { appender =>\n      appender.setContext(context)\n      appender.addDestinations(new InetSocketAddress(\"localhost\", 5000))\n      appender.setWriteBufferSize(BUFFER_SIZE)\n\n      appender.setEncoder(new LogstashEncoder() <| { encoder =>\n        encoder.setCustomFields(customFields)\n        encoder.start()\n      })\n\n      appender.start()\n    }\n  }\n\n  def initLocalLogShipping(config: CommonConfig): Unit = {\n    if(config.isDev && config.localLogShipping) {\n      Try {\n        rootLogger.info(\"Configuring local logstash log shipping\")\n        val appender = makeLogstashAppender(config, rootLogger.getLoggerContext)\n        rootLogger.addAppender(appender)\n        rootLogger.info(\"Local logstash log shipping configured\")\n      } recover {\n        case e => rootLogger.error(\"LogConfig Failed!\", e)\n      }\n    }\n  }\n\n  def initKinesisLogging(config: CommonConfig): Unit = {\n    if (config.isDev) {\n      rootLogger.info(\"Kinesis logging disabled in DEV\")\n    } else {\n      Try {\n        rootLogger.info(\"LogConfig initializing\")\n        rootLogger.info(\"Configuring Logback\")\n\n        val customFields = makeCustomFields(config)\n        val context      = rootLogger.getLoggerContext\n        val layout       = makeLayout(customFields)\n\n        val appender     = makeKinesisAppender(layout, context,\n          KinesisAppenderConfig(\n            config.string(\"logger.kinesis.stream\"),\n            config.string(\"logger.kinesis.region\"),\n            config.string(\"logger.kinesis.roleArn\"),\n            BUFFER_SIZE\n          )\n        )\n\n        rootLogger.addAppender(appender)\n        rootLogger.info(\"Configured Logback\")\n      } recover {\n        case e => rootLogger.error(\"LogConfig Failed!\", e)\n      }\n    }\n  }\n\n  def initPlayLogging(context: Context): Unit = {\n    LoggerConfigurator(context.environment.classLoader).foreach {\n      _.configure(context.environment, context.initialConfiguration, Map.empty)\n    }\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/auth\/provider\/AuthenticationStatus.scala","text":"package com.gu.mediaservice.lib.auth.provider\n\nimport com.gu.mediaservice.lib.auth.Authentication.{UserPrincipal, Principal}\n\n\/\/ statuses that directly extend this are for users only\n\/** Status of a client's authentication *\/\nsealed trait AuthenticationStatus\n\n\/** User authentication is valid but expired *\/\ncase class Expired(authedUser: UserPrincipal) extends AuthenticationStatus\n\n\/\/ statuses that extend this can be used by both users and machines\n\/** Status of an API client's authentication *\/\nsealed trait ApiAuthenticationStatus extends AuthenticationStatus\n\n\/** User authentication is valid *\/\ncase class Authenticated(authedUser: Principal) extends ApiAuthenticationStatus\n\/** User authentication is OK but the user is not authorised to use this system - might be a group or 2FA check failure *\/\ncase class NotAuthorised(message: String) extends ApiAuthenticationStatus\n\/** User authentication token or key (cookie, header, query param) exists but isn't valid -\n  * the message and exception will be logged but not leaked to user *\/\ncase class Invalid(message: String, throwable: Option[Throwable] = None) extends ApiAuthenticationStatus\n\/** User authentication token doesn't exist *\/\ncase object NotAuthenticated extends ApiAuthenticationStatus\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/ImageIngestOperations.scala","text":"<gh_stars>0\npackage com.gu.mediaservice.lib\n\nimport java.io.File\n\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.lib.aws.S3Object\nimport com.gu.mediaservice.lib.logging.LogMarker\nimport com.gu.mediaservice.model.{MimeType, Png}\n\nimport scala.concurrent.Future\n\nobject ImageIngestOperations {\n  def fileKeyFromId(id: String): String = id.take(6).mkString(\"\/\") + \"\/\" + id\n\n  def optimisedPngKeyFromId(id: String): String = \"optimised\/\" + fileKeyFromId(id: String)\n}\n\nclass ImageIngestOperations(imageBucket: String, thumbnailBucket: String, config: CommonConfig, isVersionedS3: Boolean = false)\n  extends S3ImageStorage(config) {\n\n  import ImageIngestOperations.{fileKeyFromId, optimisedPngKeyFromId}\n\n  def store(storableImage: StorableImage)\n           (implicit logMarker: LogMarker): Future[S3Object] = storableImage match {\n    case s:StorableOriginalImage => storeOriginalImage(s)\n    case s:StorableThumbImage => storeThumbnailImage(s)\n    case s:StorableOptimisedImage => storeOptimisedImage(s)\n  }\n\n  private def storeOriginalImage(storableImage: StorableOriginalImage)\n                        (implicit logMarker: LogMarker): Future[S3Object] =\n    storeImage(imageBucket, fileKeyFromId(storableImage.id), storableImage.file, Some(storableImage.mimeType), storableImage.meta)\n\n  private def storeThumbnailImage(storableImage: StorableThumbImage)\n                         (implicit logMarker: LogMarker): Future[S3Object] =\n    storeImage(thumbnailBucket, fileKeyFromId(storableImage.id), storableImage.file, Some(storableImage.mimeType))\n\n  private def storeOptimisedImage(storableImage: StorableOptimisedImage)\n                       (implicit logMarker: LogMarker): Future[S3Object] =\n    storeImage(imageBucket, optimisedPngKeyFromId(storableImage.id), storableImage.file, Some(storableImage.mimeType))\n\n  def deleteOriginal(id: String): Future[Unit] = if(isVersionedS3) deleteVersionedImage(imageBucket, fileKeyFromId(id)) else deleteImage(imageBucket, fileKeyFromId(id))\n  def deleteThumbnail(id: String): Future[Unit] = deleteImage(thumbnailBucket, fileKeyFromId(id))\n  def deletePng(id: String): Future[Unit] = deleteImage(imageBucket, optimisedPngKeyFromId(id))\n}\n\nsealed trait ImageWrapper {\n  val id: String\n  val file: File\n  val mimeType: MimeType\n  val meta: Map[String, String]\n}\nsealed trait StorableImage extends ImageWrapper\n\ncase class StorableThumbImage(id: String, file: File, mimeType: MimeType, meta: Map[String, String] = Map.empty) extends StorableImage\ncase class StorableOriginalImage(id: String, file: File, mimeType: MimeType, meta: Map[String, String] = Map.empty) extends StorableImage\ncase class StorableOptimisedImage(id: String, file: File, mimeType: MimeType, meta: Map[String, String] = Map.empty) extends StorableImage\ncase class BrowserViewableImage(id: String, file: File, mimeType: MimeType, meta: Map[String, String] = Map.empty, mustUpload: Boolean = false) extends ImageWrapper {\n  def asStorableOptimisedImage = StorableOptimisedImage(id, file, mimeType, meta)\n  def asStorableThumbImage = StorableThumbImage(id, file, mimeType, meta)\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/components\/BBCImageProcessorsDependencies.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.bbc.components\n\nimport akka.actor.ActorSystem\nimport com.gu.mediaservice.lib.bbc.BBCImageProcessorConfig\nimport com.gu.mediaservice.lib.cleanup.ImageProcessorResources\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport play.api.Configuration\n\nimport scala.collection.mutable\nimport scala.concurrent.ExecutionContext\n\ntrait BBCDependenciesConfig {\n  def commonConfiguration: CommonConfig\n  def actorSystem: ActorSystem\n}\n\nobject BBCDependenciesConfig {\n  def apply(resources: ImageProcessorResources): BBCDependenciesConfig = new BBCDependenciesConfig {\n    override def commonConfiguration: CommonConfig = resources.commonConfiguration\n    override def actorSystem: ActorSystem = resources.actorSystem\n  }\n}\n\nobject BBCImageProcessorsDependencies {\n  implicit val ec = ExecutionContext.global\n\n  private def memoizeOnce[A, B](f: A => B): A => B = new ((A) => B) {\n    var save: Option[B] = None\n    override def apply(a: A): B = {\n      save match {\n        case Some(b) => b\n        case None => {\n          val process = f(a)\n          save = Some(process)\n          process\n        }\n      }\n    }\n  }\n\n  \/*\n  * The laziness here guarantees that only the used dependencies are loaded\n  * *\/\n  lazy val metadataStore: BBCDependenciesConfig => BBCMetadataStore = memoizeOnce { resources =>\n    val bbcImageProcessorConfig = new BBCImageProcessorConfig(resources.commonConfiguration.configuration)\n    val bucket = bbcImageProcessorConfig.configBucket\n    val metadataStore = new BBCMetadataStore(bucket, resources.commonConfiguration)\n    metadataStore.scheduleUpdates(resources.actorSystem.scheduler)\n    metadataStore\n  }\n\n  lazy val usageRightsStore: BBCDependenciesConfig => BBCUsageRightsStore = memoizeOnce { resources =>\n    val bbcImageProcessorConfig = new BBCImageProcessorConfig(resources.commonConfiguration.configuration)\n    val bucket = bbcImageProcessorConfig.configBucket\n    val usageRightsStore = new BBCUsageRightsStore(bucket, resources.commonConfiguration)\n    usageRightsStore.scheduleUpdates(resources.actorSystem.scheduler)\n    usageRightsStore\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/BBCMetadataProcessor.scala","text":"package com.gu.mediaservice.lib.bbc\n\nimport com.gu.mediaservice.lib.bbc.components.{BBCDependenciesConfig, BBCImageProcessorsDependencies}\nimport com.gu.mediaservice.lib.cleanup.{ImageProcessor, ImageProcessorResources, MetadataCleaners}\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.model.Image\n\n\/*\nBBC Metadata processor.\nIn order to use it, you will have to update application.conf\nimage.processors = [\n  ...\n  \"com.gu.mediaservice.lib.bbc.BBCMetadataProcessor\",\n  ...\n]\n*\/\nclass BBCMetadataProcessor(resources: ImageProcessorResources) extends ImageProcessor {\n\n  val config = BBCDependenciesConfig(resources)\n  val metadataStore = BBCImageProcessorsDependencies.metadataStore(config)\n\n  override def apply(image: Image): Image = {\n      val metadataConfig = metadataStore.get\n      val allPhotographers = metadataConfig.allPhotographers\n      val metaDataCleaner = new MetadataCleaners(allPhotographers)\n      metaDataCleaner.apply(image)\n  }\n\n  override def description: String = \"BBC Metadata Processor\"\n}\n"}
{"repo_name":"tonytw1\/grid","path":"scripts\/src\/main\/scala\/com\/gu\/mediaservice\/scripts\/ConvertConfig.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.scripts\n\nimport java.io.File\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.{Files, Path, Paths}\n\nimport com.gu.typesafe.config.{ConfigFactory, ConfigRenderOptions}\n\nimport scala.util.Try\n\nimport scala.collection.JavaConverters._\n\nobject ConvertConfig {\n  case class Conversion(input: File, output: File)\n\n  def apply(args: List[String]): Unit = {\n    args match {\n      case \"-f\" :: as => convertConfigs(as, overwrite = true)\n      case as => convertConfigs(as, overwrite = false)\n    }\n  }\n\n  private def convertConfigs(args: List[String], overwrite: Boolean): Unit = {\n    val conversions = args.flatMap { arg =>\n      val input = new File(arg)\n      assert(input.exists, s\"File provided for conversion doesn't exist: $input\")\n      val files: List[File] = if (input.isDirectory) {\n        val paths: List[Path] = Files.walk(input.toPath).iterator.asScala.toIterable.toList\n        val regularFiles = paths.filter(file => Files.isRegularFile(file))\n        val propertiesFiles = regularFiles.filter(_.toString.endsWith(\".properties\"))\n        val files = propertiesFiles.map(_.toFile)\n        assert(files.nonEmpty, s\"No properties files found to convert in $input\")\n        files\n      } else {\n        assert(input.toString.endsWith(\".properties\"), s\"File provided for conversion isn't a java properties input: $input\")\n        List(input)\n      }\n      files.map { f =>\n        val output = new File(s\"${f.toString.stripSuffix(\".properties\")}.conf\")\n        if (!overwrite) {\n          assert(!output.exists, s\"Output file for $input already exists: $output\")\n        }\n        Conversion(f, output)\n      }\n    }\n\n    conversions.foreach(conversion => convert(conversion))\n  }\n\n  private def convert(conversion: Conversion): Either[Throwable, Unit] = {\n    for {\n      config <- Try(ConfigFactory.parseFile(conversion.input)).toEither\n      options = ConfigRenderOptions.defaults().setOriginComments(false).setJson(false).setCompactKeys(true)\n      hoconStr = config.root().render(options)\n      _ <- writeToFile(conversion.output, hoconStr)\n    } yield ()\n  }\n\n  private def writeToFile(file: File, str: String): Either[Throwable, Path] = {\n    Try{\n      System.err.println(s\"Writing config to $file\")\n      Files.write(file.toPath, str.getBytes(StandardCharsets.UTF_8))\n    }.toEither\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/guardian\/auth\/PandaAuthenticationProviderTest.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.guardian.auth\n\nimport com.gu.pandomainauth.model.{AuthenticatedUser, User}\nimport org.scalatest.{FunSuite, MustMatchers}\n\nimport java.time.Instant\n\nclass PandaAuthenticationProviderTest extends FunSuite with MustMatchers {\n  import com.gu.mediaservice.lib.guardian.auth.PandaAuthenticationProvider.validateUser\n\n  val user: AuthenticatedUser = AuthenticatedUser(User(\"Barry\", \"Chuckle\", \"<EMAIL>\", None),\n    \"media-service\", Set(\"media-service\"), Instant.now().plusSeconds(100).toEpochMilli, multiFactor = true)\n\n  test(\"user fails email domain validation\") {\n    validateUser(user, \"chucklevision.biz\", None) must be(false)\n  }\n\n  test(\"user passes email domain validation\") {\n    validateUser(user, \"guardian.co.uk\", None) must be(true)\n  }\n\n  test(\"user passes mfa check if no mfa checker configured\") {\n    validateUser(user.copy(multiFactor = false), \"guardian.co.uk\", None) must be(true)\n  }\n\n  test(\"user fails mfa check if missing mfa\") {\n    validateUser(user.copy(multiFactor = false), \"guardian.co.uk\", Some(null)) must be(false)\n  }\n\n  test(\"user passes mfa check\") {\n    validateUser(user, \"guardian.co.uk\", Some(null)) must be(true)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"leases\/app\/AppLoader.scala","text":"<gh_stars>1000+\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"leases\", new LeasesComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/AttributeCreditFromByline.scala","text":"<reponame>tonytw1\/grid<gh_stars>0\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/**\n  * A generally useful cleaner that assigns credits based on bylines.\n  * TODO: Make this more usefully configurable from config or similar?\n  * @param bylines\n  * @param credit\n  *\/\ncase class AttributeCreditFromByline(bylines: List[String], credit: String) extends MetadataCleaner {\n\n  val lowercaseBylines = bylines.map(_.toLowerCase)\n\n  override def clean(metadata: ImageMetadata): ImageMetadata = metadata.byline match {\n    case Some(byline) if lowercaseBylines.contains(byline.toLowerCase) => metadata.copy(credit = Some(credit))\n    case _ => metadata\n  }\n\n  override def description: String = s\"AttributeCreditFromByline($credit)\"\n}\n\nobject AttributeCreditFromByline {\n  def fromCreditBylineMap(creditBylineMap: Map[String, List[String]]): ImageProcessor = {\n    ImageProcessor.compose(\"AttributeCreditFromBylines\", creditBylineMap.map { case (credit, bylines) =>\n      AttributeCreditFromByline(bylines, credit)\n    }.toSeq:_*)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"auth\/app\/AppLoader.scala","text":"<filename>auth\/app\/AppLoader.scala\nimport auth.AuthComponents\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"auth\", new AuthComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"usage\/app\/AppLoader.scala","text":"import com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"usage\", new UsageComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/discovery\/EC2.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.discovery\n\nimport com.amazonaws.services.ec2.AmazonEC2\nimport com.amazonaws.services.ec2.model.{DescribeInstancesRequest, Filter, InstanceStateName}\nimport com.gu.mediaservice.lib.logging.GridLogging\n\nimport scala.collection.JavaConverters._\nimport scala.util.Random\n\nobject EC2 extends GridLogging {\n\n  @annotation.tailrec\n  def findElasticsearchHostByTags(client: AmazonEC2, tags: Map[String, Seq[String]]): String = {\n    val instances = client.describeInstances(new DescribeInstancesRequest().withFilters(\n      new Filter(\"instance-state-name\", List(InstanceStateName.Running.toString).asJava) +:\n      tagFilters(tags): _*\n    ))\n\n    val hosts = instances.getReservations.asScala\n      .flatMap(_.getInstances.asScala)\n      .map(_.getPublicDnsName)\n    logger.info(s\"Available Elasticsearch hosts in EC2: [${hosts.mkString(\", \")}]\")\n\n    Random.shuffle(hosts).headOption match {\n      case None =>\n        logger.warn(\"Could not find an Elasticsearch host. Trying again...\")\n        Thread.sleep(1000)\n        findElasticsearchHostByTags(client, tags)\n      case Some(host) =>\n        logger.info(s\"Using Elasticsearch host $host\")\n        host\n    }\n  }\n\n  def tagFilters(tags: Map[String, Seq[String]]): List[Filter] =\n    for ((key, values) <- tags.toList) yield new Filter(s\"tag:$key\", values.asJava)\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/DropRedundantTitle.scala","text":"package com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/**\n  * Generic data cleaner that drops the title from an image if the text matches the start of the description.\n  *\/\nobject DropRedundantTitle extends MetadataCleaner {\n  override def clean(metadata: ImageMetadata): ImageMetadata = (metadata.title, metadata.description) match {\n    case (Some(title), Some(description)) => metadata.copy(title = cleanTitle(title, description))\n    case _                                => metadata\n  }\n\n  def cleanTitle(title: String, description: String): Option[String] =\n    if (description.startsWith(title)) {\n      None\n    } else {\n      Some(title)\n    }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"media-api\/app\/lib\/elasticsearch\/ElasticSearchModel.scala","text":"package lib.elasticsearch\n\nimport com.gu.mediaservice.lib.auth.{Authentication, Tier}\nimport com.gu.mediaservice.lib.formatting.{parseDateFromQuery, printDateTime}\nimport com.gu.mediaservice.model.usage.UsageStatus\nimport com.gu.mediaservice.model.{Image, SyndicationStatus}\nimport lib.querysyntax.{Condition, Parser}\nimport org.joda.time.DateTime\nimport play.api.libs.json.Json\nimport play.api.mvc.{AnyContent, Request}\nimport scalaz.syntax.applicative._\nimport scalaz.syntax.std.list._\nimport scalaz.syntax.validation._\nimport scalaz.{Validation, ValidationNel}\n\nimport scala.util.Try\n\ncase class SearchResults(hits: Seq[(String, Image)], total: Long)\n\ncase class AggregateSearchResults(results: Seq[BucketResult], total: Long)\n\ncase class CompletionSuggestionResult(key: String, score: Float)\n\nobject CompletionSuggestionResult {\n  implicit val jsonWrites = Json.writes[CompletionSuggestionResult]\n}\n\ncase class CompletionSuggestionResults(results: List[CompletionSuggestionResult])\n\nobject CompletionSuggestionResults {\n  implicit val jsonWrites = Json.writes[CompletionSuggestionResults]\n}\n\ncase class BucketResult(key: String, count: Long)\n\nobject BucketResult {\n  implicit val jsonWrites = Json.writes[BucketResult]\n}\n\ncase class AggregateSearchParams(field: String,\n                                 q: Option[String],\n                                 structuredQuery: List[Condition])\n\nobject AggregateSearchParams {\n  def parseIntFromQuery(s: String): Option[Int] = Try(s.toInt).toOption\n\n  def apply(field: String, request: Request[AnyContent]): AggregateSearchParams = {\n    val query = request.getQueryString(\"q\")\n    val structuredQuery = query.map(Parser.run) getOrElse List[Condition]()\n    new AggregateSearchParams(\n      field,\n      query,\n      structuredQuery\n    )\n  }\n}\n\ncase class SearchParams(\n                         query: Option[String] = None,\n                         structuredQuery: List[Condition] = List.empty,\n                         ids: Option[List[String]] = None,\n                         offset: Int = 0,\n                         length: Int = 10,\n                         orderBy: Option[String] = None,\n                         since: Option[DateTime] = None,\n                         until: Option[DateTime] = None,\n                         modifiedSince: Option[DateTime] = None,\n                         modifiedUntil: Option[DateTime] = None,\n                         takenSince: Option[DateTime] = None,\n                         takenUntil: Option[DateTime] = None,\n                         archived: Option[Boolean] = None,\n                         hasExports: Option[Boolean] = None,\n                         hasIdentifier: Option[String] = None,\n                         missingIdentifier: Option[String] = None,\n                         valid: Option[Boolean] = None,\n                         free: Option[Boolean] = None,\n                         payType: Option[PayType.Value] = None,\n                         hasRightsCategory: Option[Boolean] = None,\n                         uploadedBy: Option[String] = None,\n                         labels: List[String] = List.empty,\n                         hasMetadata: List[String] = List.empty,\n                         persisted: Option[Boolean] = None,\n                         usageStatus: List[UsageStatus] = List.empty,\n                         usagePlatform: List[String] = List.empty,\n                         tier: Tier,\n                         syndicationStatus: Option[SyndicationStatus] = None\n                       )\n\ncase class InvalidUriParams(message: String) extends Throwable\nobject InvalidUriParams {\n  val errorKey = \"invalid-uri-parameters\"\n}\n\nobject PayType extends Enumeration {\n  type PayType = Value\n  val Free = Value(\"free\")\n  val MaybeFree = Value(\"maybe-free\")\n  val All = Value(\"all\")\n  val Pay = Value(\"pay\")\n\n  def create(s: String) = s match {\n    case \"free\" => Some(Free)\n    case \"maybe-free\" => Some(MaybeFree)\n    case \"all\" => Some(All)\n    case \"pay\" => Some(Pay)\n    case _ => None\n  }\n}\n\nobject SearchParams {\n  def commasToList(s: String): List[String] = s.trim.split(',').toList\n  def listToCommas(list: List[String]): Option[String] = list.toNel.map(_.list.mkString(\",\"))\n\n  \/\/ TODO: return descriptive 400 error if invalid\n  def parseIntFromQuery(s: String): Option[Int] = Try(s.toInt).toOption\n  def parsePayTypeFromQuery(s: String): Option[PayType.Value] = PayType.create(s)\n  def parseBooleanFromQuery(s: String): Option[Boolean] = Try(s.toBoolean).toOption\n  def parseSyndicationStatus(s: String): Option[SyndicationStatus] = Some(SyndicationStatus(s))\n\n  def apply(request: Authentication.Request[Any]): SearchParams = {\n\n    def commaSep(key: String): List[String] = request.getQueryString(key).toList.flatMap(commasToList)\n\n    val query = request.getQueryString(\"q\")\n    val structuredQuery = query.map(Parser.run) getOrElse List()\n\n    SearchParams(\n      query,\n      structuredQuery,\n      request.getQueryString(\"ids\").map(_.split(\",\").toList),\n      request.getQueryString(\"offset\") flatMap parseIntFromQuery getOrElse 0,\n      request.getQueryString(\"length\") flatMap parseIntFromQuery getOrElse 10,\n      request.getQueryString(\"orderBy\"),\n      request.getQueryString(\"since\") flatMap parseDateFromQuery,\n      request.getQueryString(\"until\") flatMap parseDateFromQuery,\n      request.getQueryString(\"modifiedSince\") flatMap parseDateFromQuery,\n      request.getQueryString(\"modifiedUntil\") flatMap parseDateFromQuery,\n      request.getQueryString(\"takenSince\") flatMap parseDateFromQuery,\n      request.getQueryString(\"takenUntil\") flatMap parseDateFromQuery,\n      request.getQueryString(\"archived\") flatMap parseBooleanFromQuery,\n      request.getQueryString(\"hasExports\") flatMap parseBooleanFromQuery,\n      request.getQueryString(\"hasIdentifier\"),\n      request.getQueryString(\"missingIdentifier\"),\n      request.getQueryString(\"valid\") flatMap parseBooleanFromQuery,\n      request.getQueryString(\"free\") flatMap parseBooleanFromQuery,\n      request.getQueryString(\"payType\") flatMap parsePayTypeFromQuery,\n      request.getQueryString(\"hasRightsCategory\") flatMap parseBooleanFromQuery,\n      request.getQueryString(\"uploadedBy\"),\n      commaSep(\"labels\"),\n      commaSep(\"hasMetadata\"),\n      request.getQueryString(\"persisted\") flatMap parseBooleanFromQuery,\n      commaSep(\"usageStatus\").map(UsageStatus(_)),\n      commaSep(\"usagePlatform\"),\n      request.user.accessor.tier,\n      request.getQueryString(\"syndicationStatus\") flatMap parseSyndicationStatus\n    )\n  }\n\n\n  def toStringMap(searchParams: SearchParams): Map[String, String] =\n    Map(\n      \"q\"                 -> searchParams.query,\n      \"ids\"               -> searchParams.ids.map(_.mkString(\",\")),\n      \"offset\"            -> Some(searchParams.offset.toString),\n      \"length\"            -> Some(searchParams.length.toString),\n      \"since\"             -> searchParams.since.map(printDateTime),\n      \"until\"             -> searchParams.until.map(printDateTime),\n      \"modifiedSince\"     -> searchParams.modifiedSince.map(printDateTime),\n      \"modifiedUntil\"     -> searchParams.modifiedUntil.map(printDateTime),\n      \"takenSince\"        -> searchParams.takenSince.map(printDateTime),\n      \"takenUntil\"        -> searchParams.takenUntil.map(printDateTime),\n      \"archived\"          -> searchParams.archived.map(_.toString),\n      \"hasExports\"        -> searchParams.hasExports.map(_.toString),\n      \"hasIdentifier\"     -> searchParams.hasIdentifier,\n      \"missingIdentifier\" -> searchParams.missingIdentifier,\n      \"valid\"             -> searchParams.valid.map(_.toString),\n      \"free\"              -> searchParams.free.map(_.toString),\n      \"payType\"           -> searchParams.payType.map(_.toString),\n      \"uploadedBy\"        -> searchParams.uploadedBy,\n      \"labels\"            -> listToCommas(searchParams.labels),\n      \"hasMetadata\"       -> listToCommas(searchParams.hasMetadata),\n      \"persisted\"         -> searchParams.persisted.map(_.toString),\n      \"usageStatus\"       -> listToCommas(searchParams.usageStatus.map(_.toString)),\n      \"usagePlatform\"     -> listToCommas(searchParams.usagePlatform)\n    ).foldLeft(Map[String, String]()) {\n      case (acc, (key, Some(value))) => acc + (key -> value)\n      case (acc, (_,   None))        => acc\n    }\n\n  type SearchParamValidation = Validation[InvalidUriParams, SearchParams]\n  type SearchParamValidations = ValidationNel[InvalidUriParams, SearchParams]\n\n  \/\/ Also adjust in gu-lazy-table.js\n  val maxSize = 200\n\n  def validate(searchParams: SearchParams): SearchParamValidations = {\n    \/\/ we just need to return the first `searchParams` as we don't need to manipulate them\n    \/\/ TODO: try reduce these\n    (validateLength(searchParams).toValidationNel |@| validateOffset(searchParams).toValidationNel)((s1, s2) => s1)\n  }\n\n  def validateOffset(searchParams: SearchParams): SearchParamValidation = {\n    if (searchParams.offset < 0) InvalidUriParams(\"offset cannot be less than 0\").failure else searchParams.success\n  }\n\n  def validateLength(searchParams: SearchParams): SearchParamValidation = {\n    if (searchParams.length > maxSize) InvalidUriParams(s\"length cannot exceed $maxSize\").failure else searchParams.success\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"collections\/app\/CollectionsComponents.scala","text":"import com.gu.mediaservice.lib.play.GridComponents\nimport controllers.{CollectionsController, ImageCollectionsController}\nimport lib.{CollectionsConfig, CollectionsMetrics, Notifications}\nimport play.api.ApplicationLoader.Context\nimport router.Routes\nimport store.CollectionsStore\n\nclass CollectionsComponents(context: Context) extends GridComponents(context, new CollectionsConfig(_)) {\n  final override val buildInfo = utils.buildinfo.BuildInfo\n\n  val store = new CollectionsStore(config)\n  val metrics = new CollectionsMetrics(config)\n  val notifications = new Notifications(config)\n\n  val collections = new CollectionsController(auth, config, store, controllerComponents)\n  val imageCollections = new ImageCollectionsController(auth, config, notifications, controllerComponents)\n\n  override val router = new Routes(httpErrorHandler, collections, imageCollections, management)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/CleanRubbishLocation.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/CleanRubbishLocation.scala\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/*\n  Cleans a small number of values that denote 'no value' - these are dropped to None\n  TODO: This could be applied to all fields in metadata (according to Akash\/Mateusz)\n *\/\nobject CleanRubbishLocation extends MetadataCleaner {\n\n  val Rubbish = \"\"\"(\\s*[.-]*\\s*)\"\"\".r\n\n  override def clean(metadata: ImageMetadata): ImageMetadata =\n    metadata.copy(\n      subLocation = metadata.subLocation.flatMap(cleanRubbish),\n      city        = metadata.city.flatMap(cleanRubbish),\n      state       = metadata.state.flatMap(cleanRubbish),\n      country     = metadata.country.flatMap(cleanRubbish)\n    )\n\n  def cleanRubbish(s: String): Option[String] = s match {\n    case Rubbish(_) => None\n    case _ => Some(s)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"metadata-editor\/app\/controllers\/EditsController.scala","text":"package controllers\n\n\nimport java.net.URI\nimport java.net.URLDecoder.decode\n\nimport com.amazonaws.AmazonServiceException\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.argo.model._\nimport com.gu.mediaservice.lib.auth.Authentication\nimport com.gu.mediaservice.lib.aws.{NoItemFound, UpdateMessage}\nimport com.gu.mediaservice.lib.formatting._\nimport com.gu.mediaservice.model._\nimport lib._\nimport org.joda.time.DateTime\nimport play.api.data.Forms._\nimport play.api.data._\nimport play.api.libs.json._\nimport play.api.mvc.{BaseController, ControllerComponents}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\n\/\/ FIXME: the argoHelpers are all returning `Ok`s (200)\n\/\/ Some of these responses should be `Accepted` (202)\n\/\/ TODO: Look at adding actions e.g. to collections \/ sets where we could `PUT`\n\/\/ a singular collection item e.g.\n\/\/ {\n\/\/   \"labels\": {\n\/\/     \"uri\": \"...\",\n\/\/     \"data\": [],\n\/\/     \"actions\": [\n\/\/       {\n\/\/         \"method\": \"PUT\",\n\/\/         \"rel\": \"create\",\n\/\/         \"href\": \"..\/metadata\/{id}\/labels\/{label}\"\n\/\/       }\n\/\/     ]\n\/\/   }\n\/\/ }\n\nclass EditsController(auth: Authentication, store: EditsStore, notifications: Notifications, config: EditsConfig,\n                      override val controllerComponents: ControllerComponents)(implicit val ec: ExecutionContext)\n  extends BaseController with ArgoHelpers with EditsResponse {\n\n  import UsageRightsMetadataMapper.usageRightsToMetadata\n\n  val metadataBaseUri = config.services.metadataBaseUri\n\n  def decodeUriParam(param: String): String = decode(param, \"UTF-8\")\n\n  \/\/ TODO: Think about calling this `overrides` or something that isn't metadata\n  def getAllMetadata(id: String) = auth.async {\n    val emptyResponse = respond(Edits.getEmpty)(editsEntity(id))\n    store.get(id) map { dynamoEntry =>\n      dynamoEntry.asOpt[Edits]\n        .map(respond(_)(editsEntity(id)))\n        .getOrElse(emptyResponse)\n    } recover { case NoItemFound => emptyResponse }\n  }\n\n  def getEdits(id: String) = auth.async {\n    store.get(id) map { dynamoEntry =>\n      val edits = dynamoEntry.asOpt[Edits]\n      respond(data = edits)\n    } recover { case NoItemFound => NotFound }\n  }\n\n  def getArchived(id: String) = auth.async {\n    store.booleanGet(id, \"archived\") map { archived =>\n      respond(archived.getOrElse(false))\n    } recover {\n      case NoItemFound => respond(false)\n    }\n  }\n\n  def setArchived(id: String) = auth.async(parse.json) { implicit req =>\n    (req.body \\ \"data\").validate[Boolean].fold(\n      errors =>\n        Future.successful(BadRequest(errors.toString())),\n      archived =>\n        store.booleanSetOrRemove(id, \"archived\", archived)\n          .map(publish(id))\n          .map(edits => respond(edits.archived))\n    )\n  }\n\n  def unsetArchived(id: String) = auth.async {\n    store.removeKey(id, \"archived\")\n      .map(publish(id))\n      .map(_ => respond(false))\n  }\n\n\n  def getLabels(id: String) = auth.async {\n    store.setGet(id, \"labels\")\n      .map(labelsCollection(id, _))\n      .map {case (uri, labels) => respondCollection(labels)} recover {\n      case NoItemFound => respond(Array[String]())\n    }\n  }\n\n  def getPhotoshoot(id: String) = auth.async {\n    store.jsonGet(id, \"photoshoot\").map(dynamoEntry => {\n      (dynamoEntry \\ \"photoshoot\").toOption match {\n        case Some(photoshoot) => respond(photoshoot.as[Photoshoot])\n        case None => respondNotFound(\"No photoshoot found\")\n      }\n    }) recover {\n      case NoItemFound => respondNotFound(\"No photoshoot found\")\n    }\n  }\n\n  def setPhotoshoot(id: String) = auth.async(parse.json) { req => {\n    (req.body \\ \"data\").asOpt[Photoshoot].map(photoshoot => {\n      store.jsonAdd(id, \"photoshoot\", caseClassToMap(photoshoot))\n        .map(publish(id, \"update-image-photoshoot\"))\n        .map(_ => respond(photoshoot))\n    }).getOrElse(\n      Future.successful(respondError(BadRequest, \"invalid-form-data\", \"Invalid form data\"))\n    )\n  }}\n\n  def deletePhotoshoot(id: String) = auth.async {\n    store.removeKey(id, \"photoshoot\")\n      .map(publish(id, \"update-image-photoshoot\"))\n      .map(_ => Accepted)\n  }\n\n  def addLabels(id: String) = auth.async(parse.json) { req =>\n    (req.body \\ \"data\").validate[List[String]].fold(\n      errors =>\n        Future.successful(BadRequest(errors.toString())),\n      labels =>\n        store\n          .setAdd(id, \"labels\", labels)\n          .map(publish(id))\n          .map(edits => labelsCollection(id, edits.labels.toSet))\n          .map { case (uri, l) => respondCollection(l) } recover {\n            case _: AmazonServiceException => BadRequest\n          }\n    )\n  }\n\n  def removeLabel(id: String, label: String) = auth.async {\n    store.setDelete(id, \"labels\", decodeUriParam(label))\n      .map(publish(id))\n      .map(edits => labelsCollection(id, edits.labels.toSet))\n      .map {case (uri, labels) => respondCollection(labels, uri=Some(uri))}\n  }\n\n\n  def getMetadata(id: String) = auth.async {\n    store.jsonGet(id, \"metadata\").map { dynamoEntry =>\n      val metadata = (dynamoEntry \\ \"metadata\").as[ImageMetadata]\n      respond(metadata)\n    } recover {\n      case NoItemFound => respond(Json.toJson(JsObject(Nil)))\n    }\n  }\n\n  def setMetadata(id: String) = auth.async(parse.json) { req =>\n    (req.body \\ \"data\").validate[ImageMetadata].fold(\n      errors => Future.successful(BadRequest(errors.toString())),\n      metadata =>\n        store.jsonAdd(id, \"metadata\", metadataAsMap(metadata))\n          .map(publish(id))\n          .map(edits => respond(edits.metadata))\n    )\n  }\n\n  def setMetadataFromUsageRights(id: String) = auth.async { req =>\n    store.get(id) flatMap { dynamoEntry =>\n      val edits = dynamoEntry.as[Edits]\n      val originalMetadata = edits.metadata\n      val metadataOpt = edits.usageRights.flatMap(usageRightsToMetadata)\n\n      metadataOpt map { metadata =>\n        val mergedMetadata = originalMetadata.copy(\n          byline = metadata.byline orElse originalMetadata.byline,\n          credit = metadata.credit orElse originalMetadata.credit\n        )\n\n        store.jsonAdd(id, \"metadata\", metadataAsMap(mergedMetadata))\n          .map(publish(id))\n          .map(edits => respond(edits.metadata, uri = Some(metadataUri(id))))\n      } getOrElse {\n        \/\/ just return the unmodified\n        Future.successful(respond(edits.metadata, uri = Some(metadataUri(id))))\n      }\n    } recover {\n      case NoItemFound => respondError(NotFound, \"item-not-found\", \"Could not find image\")\n    }\n  }\n\n  def getUsageRights(id: String) = auth.async {\n    store.jsonGet(id, \"usageRights\").map { dynamoEntry =>\n      val usageRights = (dynamoEntry \\ \"usageRights\").as[UsageRights]\n      respond(usageRights)\n    } recover {\n      case NoItemFound => respondNotFound(\"No usage rights overrides found\")\n    }\n  }\n\n  def setUsageRights(id: String) = auth.async(parse.json) { req =>\n    (req.body \\ \"data\").asOpt[UsageRights].map(usageRight => {\n      store.jsonAdd(id, \"usageRights\", caseClassToMap(usageRight))\n        .map(publish(id))\n        .map(edits => respond(usageRight))\n    }).getOrElse(Future.successful(respondError(BadRequest, \"invalid-form-data\", \"Invalid form data\")))\n  }\n\n  def deleteUsageRights(id: String) = auth.async { req =>\n    store.removeKey(id, \"usageRights\").map(publish(id)).map(edits => Accepted)\n  }\n\n  \/\/ TODO: Move this to the dynamo lib\n  def caseClassToMap[T](caseClass: T)(implicit tjs: Writes[T]): Map[String, JsValue] =\n    Json.toJson[T](caseClass).as[JsObject].as[Map[String, JsValue]]\n\n  def labelsCollection(id: String, labels: Set[String]): (URI, Seq[EmbeddedEntity[String]]) =\n    (labelsUri(id), labels.map(setUnitEntity(id, \"labels\", _)).toSeq)\n\n  def publish(id: String, subject: String = \"update-image-user-metadata\")(metadata: JsObject): Edits = {\n    val edits = metadata.as[Edits]\n    val updateMessage = UpdateMessage(subject = subject, id = Some(id), edits = Some(edits))\n    notifications.publish(updateMessage)\n    edits\n  }\n\n  def metadataAsMap(metadata: ImageMetadata) = {\n    (Json.toJson(metadata).as[JsObject]).as[Map[String, JsValue]]\n  }\n\n\n}\n\ncase class EditsValidationError(key: String, message: String) extends Throwable\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/config\/AuthenticationProviderLoader.scala","text":"package com.gu.mediaservice.lib.config\n\nimport com.gu.mediaservice.lib.auth.provider.{MachineAuthenticationProvider, AuthenticationProviderResources, UserAuthenticationProvider}\n\nobject ApiAuthenticationProviderLoader extends ProviderLoader[MachineAuthenticationProvider, AuthenticationProviderResources](\"api authentication provider\")\nobject UserAuthenticationProviderLoader extends ProviderLoader[UserAuthenticationProvider, AuthenticationProviderResources](\"user authentication provider\")\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/logging\/GridLogging.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/logging\/GridLogging.scala\npackage com.gu.mediaservice.lib.logging\nimport com.gu.mediaservice.lib.auth.ApiAccessor\nimport com.typesafe.scalalogging.{Logger, StrictLogging}\nimport net.logstash.logback.marker.Markers\n\nimport scala.collection.JavaConverters._\n\ntrait GridLogging extends StrictLogging {\n  case class ImageId(id: String)\n\n  implicit class LoggerWithHelpers(logger: Logger) {\n    def info(markers: Map[String, Any], message: String): Unit = logger.info(Markers.appendEntries(markers.asJava), message)\n    def info(markers: LogMarker, message: String): Unit = logger.info(markers.toLogMarker, message)\n\n    def warn(markers: Map[String, Any], message: String): Unit = logger.warn(Markers.appendEntries(markers.asJava), message)\n    def warn(markers: LogMarker, message: String): Unit = logger.warn(markers.toLogMarker, message)\n    def warn(markers: LogMarker, message: String, cause: Throwable): Unit = logger.warn(markers.toLogMarker, message, cause)\n\n    def error(markers: Map[String, Any], message: String): Unit = logger.error(Markers.appendEntries(markers.asJava), message)\n    def error(markers: LogMarker, message: String): Unit = logger.error(markers.toLogMarker, message)\n    def error(markers: LogMarker, message: String, cause: Throwable): Unit = logger.error(markers.toLogMarker, message, cause)\n\n    def info(apiKey: ApiAccessor, message: String): Unit = info(apiKeyMarkers(apiKey), message)\n\n    def info(apiKey: ApiAccessor, imageId: ImageId, message: String): Unit = info(apiKeyMarkers(apiKey) ++ imageIdMarker(imageId), message)\n\n    def info(message: String, imageId: ImageId): Unit = info(imageIdMarker(imageId), message)\n\n    def apiKeyMarkers(apiKey: ApiAccessor) = Map(\n      \"key-tier\" -> apiKey.tier.toString,\n      \"key-name\" -> apiKey.identity\n    )\n\n    def imageIdMarker(imageId: ImageId) = Map(\"image-id\" -> imageId.id)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/UseCanonicalGuardianCredit.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/UseCanonicalGuardianCredit.scala<gh_stars>1000+\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/*\n * Guardian specific logic for internal consistency (possibly originally for importing old images)\n * TODO: Merge into styleguide rule?\n *\/\nobject UseCanonicalGuardianCredit extends MetadataCleaner {\n\n  \/\/ Map \"Guardian\" credit (old style) to canonical \"The Guardian\"\n  override def clean(metadata: ImageMetadata): ImageMetadata = metadata.credit match {\n    case Some(\"Guardian\") => metadata.copy(credit = Some(\"The Guardian\"))\n    case _                => metadata\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/config\/ImageProcessorLoader.scala","text":"package com.gu.mediaservice.lib.config\n\nimport com.gu.mediaservice.lib.cleanup.{ImageProcessor, ImageProcessorResources}\n\nobject ImageProcessorLoader extends ProviderLoader[ImageProcessor, ImageProcessorResources](\"image processor\")\n"}
{"repo_name":"tonytw1\/grid","path":"leases\/app\/LeasesComponents.scala","text":"import com.gu.mediaservice.lib.play.GridComponents\nimport controllers.MediaLeaseController\nimport lib.{LeaseNotifier, LeaseStore, LeasesConfig}\nimport play.api.ApplicationLoader.Context\nimport router.Routes\n\nclass LeasesComponents(context: Context) extends GridComponents(context, new LeasesConfig(_)) {\n  final override val buildInfo = utils.buildinfo.BuildInfo\n\n  val store = new LeaseStore(config)\n  val notifications = new LeaseNotifier(config, store)\n\n  val controller = new MediaLeaseController(auth, store, config, notifications, controllerComponents)\n  override lazy val router = new Routes(httpErrorHandler, controller, management)\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/aws\/S3.scala","text":"package com.gu.mediaservice.lib.aws\n\nimport java.io.File\nimport java.net.{URI, URLEncoder}\nimport java.nio.charset.{Charset, StandardCharsets}\n\nimport com.amazonaws.{AmazonServiceException, ClientConfiguration}\nimport com.amazonaws.services.s3.model._\nimport com.amazonaws.services.s3.{AmazonS3, AmazonS3ClientBuilder, model}\nimport com.amazonaws.util.IOUtils\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.lib.logging.{GridLogging, LogMarker, Stopwatch}\nimport com.gu.mediaservice.model._\nimport org.joda.time.{DateTime, Duration}\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class S3Object(uri: URI, size: Long, metadata: S3Metadata)\n\ncase class S3Metadata(userMetadata: Map[String, String], objectMetadata: S3ObjectMetadata)\n\ncase class S3ObjectMetadata(contentType: Option[MimeType], cacheControl: Option[String], lastModified: Option[DateTime] = None)\n\nclass S3(config: CommonConfig) extends GridLogging {\n  type Bucket = String\n  type Key = String\n  type UserMetadata = Map[String, String]\n\n  import S3Ops.objectUrl\n\n  lazy val client: AmazonS3 = S3Ops.buildS3Client(config)\n  \/\/ also create a legacy client that uses v2 signatures for URL signing\n  private lazy val legacySigningClient: AmazonS3 = S3Ops.buildS3Client(config, forceV2Sigs = true)\n  private val log = LoggerFactory.getLogger(getClass)\n\n  private def removeExtension(filename: String): String = {\n    val regex = \"\"\"\\.[a-zA-Z]{3,4}$\"\"\".r\n    regex.replaceAllIn(filename, \"\")\n  }\n\n  private def getContentDispositionFilename(image: Image, imageType: ImageType, charset: Charset): String = {\n\n    val asset = imageType match {\n      case Source => image.source\n      case Thumbnail => image.thumbnail.getOrElse(image.source)\n      case OptimisedPng => image.optimisedPng.getOrElse(image.source)\n    }\n\n    val extension: String = asset.mimeType match {\n      case Some(mimeType) => mimeType.fileExtension\n      case _ =>\n        logger.warn(image.toLogMarker, \"Unrecognised mime type\")\n        \"\"\n    }\n\n    val baseFilename: String = image.uploadInfo.filename match {\n      case Some(f) => s\"${removeExtension(f)} (${image.id})$extension\"\n      case _ => s\"${image.id}$extension\"\n    }\n\n    charset.displayName() match {\n      case \"UTF-8\" =>\n        \/\/ URLEncoder converts ` ` to `+`, replace it with `%20`\n        \/\/ See http:\/\/docs.oracle.com\/javase\/6\/docs\/api\/java\/net\/URLEncoder.html\n        URLEncoder.encode(baseFilename, \"UTF-8\").replace(\"+\", \"%20\")\n      case characterSet => baseFilename.getBytes(characterSet).toString\n    }\n  }\n\n  def getContentDisposition(image: Image, imageType: ImageType): String = {\n    \/\/ use both `filename` and `filename*` parameters for compatibility with user agents not implementing RFC 5987\n    \/\/ they'll fallback to `filename`, which will be a UTF-8 string decoded as Latin-1 - this is a rubbish string, but only rubbish browsers don't support RFC 5987 (IE8 back)\n    \/\/ See http:\/\/tools.ietf.org\/html\/rfc6266#section-5\n    s\"\"\"attachment; filename=\"${getContentDispositionFilename(image, imageType, StandardCharsets.ISO_8859_1)}\"; filename*=UTF-8''${getContentDispositionFilename(image, imageType, StandardCharsets.UTF_8)}\"\"\"\n  }\n\n  private def roundDateTime(t: DateTime, d: Duration): DateTime = t minus (t.getMillis - (t.getMillis.toDouble \/ d.getMillis).round * d.getMillis)\n\n  \/\/ Round expiration time to try and hit the cache as much as possible\n  \/\/ TODO: do we really need these expiration tokens? they kill our ability to cache...\n  private def defaultExpiration: DateTime = roundDateTime(DateTime.now, Duration.standardMinutes(10)).plusMinutes(20)\n\n  def signUrl(bucket: Bucket, url: URI, image: Image, expiration: DateTime = defaultExpiration, imageType: ImageType = Source): String = {\n    \/\/ get path and remove leading `\/`\n    val key: Key = url.getPath.drop(1)\n\n    val contentDisposition = getContentDisposition(image, imageType)\n\n    val headers = new ResponseHeaderOverrides().withContentDisposition(contentDisposition)\n\n    val request = new GeneratePresignedUrlRequest(bucket, key).withExpiration(expiration.toDate).withResponseHeaders(headers)\n    legacySigningClient.generatePresignedUrl(request).toExternalForm\n  }\n\n  def getObject(bucket: Bucket, url: URI): model.S3Object = {\n    \/\/ get path and remove leading `\/`\n    val key: Key = url.getPath.drop(1)\n    client.getObject(new GetObjectRequest(bucket, key))\n  }\n\n  def getObjectAsString(bucket: Bucket, key: String): Option[String] = {\n    val content = client.getObject(new GetObjectRequest(bucket, key))\n    val stream = content.getObjectContent\n    try {\n      Some(IOUtils.toString(stream).trim)\n    } catch {\n      case e: AmazonServiceException if e.getErrorCode == \"NoSuchKey\" =>\n        log.warn(s\"Cannot find key: $key in bucket: $bucket\")\n        None\n    }\n    finally {\n      stream.close()\n    }\n  }\n\n  def store(bucket: Bucket, id: Key, file: File, mimeType: Option[MimeType], meta: UserMetadata = Map.empty, cacheControl: Option[String] = None)\n           (implicit ex: ExecutionContext, logMarker: LogMarker): Future[Unit] =\n    Future {\n      val metadata = new ObjectMetadata\n      mimeType.foreach(m => metadata.setContentType(m.name))\n      cacheControl.foreach(metadata.setCacheControl)\n      metadata.setUserMetadata(meta.asJava)\n\n      val fileMarkers = Map(\n        \"bucket\" -> bucket,\n        \"fileName\" -> id,\n        \"mimeType\" -> mimeType.getOrElse(\"none\"),\n      )\n      val markers = logMarker ++ fileMarkers\n\n      val req = new PutObjectRequest(bucket, id, file).withMetadata(metadata)\n      Stopwatch(s\"S3 client.putObject ($req)\"){\n        client.putObject(req)\n      }(markers)\n    }\n\n  def list(bucket: Bucket, prefixDir: String)\n          (implicit ex: ExecutionContext): Future[List[S3Object]] =\n    Future {\n      val req = new ListObjectsRequest().withBucketName(bucket).withPrefix(s\"$prefixDir\/\")\n      val listing = client.listObjects(req)\n      val summaries = listing.getObjectSummaries.asScala\n      summaries.map(summary => (summary.getKey, summary)).foldLeft(List[S3Object]()) {\n        case (memo: List[S3Object], (key: String, summary: S3ObjectSummary)) =>\n          S3Object(objectUrl(bucket, key), summary.getSize, getMetadata(bucket, key)) :: memo\n      }\n    }\n\n  def getMetadata(bucket: Bucket, key: Key): S3Metadata = {\n    val meta = client.getObjectMetadata(bucket, key)\n\n    S3Metadata(\n      meta.getUserMetadata.asScala.toMap,\n      S3ObjectMetadata(\n        contentType = Option(MimeType(meta.getContentType)),\n        cacheControl = Option(meta.getCacheControl),\n        lastModified = Option(meta.getLastModified).map(new DateTime(_))\n      )\n    )\n  }\n\n  def getUserMetadata(bucket: Bucket, key: Key): Map[Bucket, Bucket] =\n    client.getObjectMetadata(bucket, key).getUserMetadata.asScala.toMap\n\n  def syncFindKey(bucket: Bucket, prefixName: String): Option[Key] = {\n    val req = new ListObjectsRequest().withBucketName(bucket).withPrefix(s\"$prefixName-\")\n    val listing = client.listObjects(req)\n    val summaries = listing.getObjectSummaries.asScala\n    summaries.headOption.map(_.getKey)\n  }\n\n}\n\nobject S3Ops {\n  \/\/ TODO make this localstack friendly\n  \/\/ TODO: Make this region aware - i.e. RegionUtils.getRegion(region).getServiceEndpoint(AmazonS3.ENDPOINT_PREFIX)\n  private val s3Endpoint = \"s3.amazonaws.com\"\n\n  def buildS3Client(config: CommonConfig, forceV2Sigs: Boolean = false, localstackAware: Boolean = true): AmazonS3 = {\n\n    val clientConfig = new ClientConfiguration()\n    \/\/ Option to disable v4 signatures (https:\/\/github.com\/aws\/aws-sdk-java\/issues\/372) which is required by imgops\n    \/\/ which proxies direct to S3, passing the AWS security signature as query parameters. This does not work with\n    \/\/ AWS v4 signatures, presumably because the signature includes the host\n    if (forceV2Sigs) clientConfig.setSignerOverride(\"S3SignerType\")\n\n    val builder = config.awsLocalEndpoint match {\n      case Some(_) if config.isDev => {\n        \/\/ TODO revise closer to the time of deprecation https:\/\/aws.amazon.com\/blogs\/aws\/amazon-s3-path-deprecation-plan-the-rest-of-the-story\/\n        \/\/  `withPathStyleAccessEnabled` for localstack\n        \/\/  see https:\/\/github.com\/localstack\/localstack\/issues\/1512\n        AmazonS3ClientBuilder.standard().withPathStyleAccessEnabled(true)\n      }\n      case _ => AmazonS3ClientBuilder.standard().withClientConfiguration(clientConfig)\n    }\n\n    config.withAWSCredentials(builder, localstackAware).build()\n  }\n\n  def objectUrl(bucket: String, key: String): URI = {\n    val bucketUrl = s\"$bucket.$s3Endpoint\"\n    new URI(\"http\", bucketUrl, s\"\/$key\", null)\n  }\n\n  def projectFileAsS3Object(url: URI, file: File, mimeType: Option[MimeType], meta: Map[String, String], cacheControl: Option[String]): S3Object = {\n    S3Object(\n      url,\n      file.length,\n      S3Metadata(\n        meta,\n        S3ObjectMetadata(\n          mimeType,\n          cacheControl\n        )\n      )\n    )\n  }\n\n  def projectFileAsS3Object(bucket: String, key: String, file: File, mimeType: Option[MimeType], meta: Map[String, String] = Map.empty, cacheControl: Option[String] = None): S3Object = {\n    projectFileAsS3Object(objectUrl(bucket, key), file, mimeType, meta, cacheControl)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/GuardianStyleByline.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.ImageMetadata\n\n\/**\n  * TODO: Split this into two cleaners?\n  *\/\nobject GuardianStyleByline extends MetadataCleaner {\n  override def clean(metadata: ImageMetadata): ImageMetadata = {\n    metadata.copy(\n      byline = metadata.byline.map(applyCleaners)\n    )\n  }\n\n  private def applyCleaners(byline: String): String =  {\n    val curly = replaceStraightQuoteWithCurly(byline)\n    cleanInitials(curly)\n  }\n\n  private def replaceStraightQuoteWithCurly(byline: String): String = {\n    byline.replace(\"'\", \"\u2019\")\n  }\n\n  \/\/ Guardian style guide says there shoulnd't be full stops after intials\n  private def cleanInitials(byline: String): String = {\n    byline.replaceAll(\"\\\\b(\\\\w)\\\\.(?:\\\\s|\\\\b|$)\", \"$1 \").trim\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"media-api\/app\/lib\/UsageQuota.scala","text":"<gh_stars>1000+\npackage lib\n\nimport akka.actor.Scheduler\nimport com.gu.mediaservice.lib.FeatureToggle\nimport com.gu.mediaservice.model.UsageRights\n\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\nimport scala.util.Try\n\ncase class ImageNotFound() extends Exception(\"Image not found\")\ncase class NoUsageQuota() extends Exception(\"No usage found for this image\")\n\nclass UsageQuota(config: MediaApiConfig, scheduler: Scheduler) {\n  val quotaStore = new QuotaStore(\n    config.quotaStoreConfig.storeKey,\n    config.quotaStoreConfig.storeBucket,\n    config\n  )\n\n  val usageStore = new UsageStore(\n    config.usageMailBucket,\n    config,\n    quotaStore\n  )\n\n  def scheduleUpdates(): Unit = {\n    quotaStore.scheduleUpdates(scheduler)\n    usageStore.scheduleUpdates(scheduler)\n  }\n\n  def stopUpdates(): Unit = {\n    quotaStore.stopUpdates()\n    usageStore.stopUpdates()\n  }\n\n  def isOverQuota(rights: UsageRights, waitMillis: Int = 100): Boolean = Try {\n    Await.result(\n      usageStore.getUsageStatusForUsageRights(rights),\n      waitMillis.millis)\n  }.toOption.exists(_.exceeded) && FeatureToggle.get(\"usage-quota-ui\")\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/app\/AppLoader.scala","text":"<reponame>tonytw1\/grid\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"image-loader\", new ImageLoaderComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/components\/BBCMetadataConfig.scala","text":"package com.gu.mediaservice.lib.bbc.components\n\nimport com.gu.mediaservice.lib.config.KnownPhotographer\nimport play.api.libs.json._\n\ncase class BBCMetadataConfig(\n                           staffIllustrators: List[String],\n                           creativeCommonsLicense: List[String],\n                           externalStaffPhotographers: List[Company],\n                           internalStaffPhotographers: List[Company],\n                           contractedPhotographers: List[Company],\n                           contractIllustrators: List[Company]) {\n\n  val staffPhotographers: Map[String, List[String]] = BBCMetadataConfig.flattenCompanyListMap(\n    internalStaffPhotographers ++ externalStaffPhotographers)\n\n  val allPhotographers:  Map[String, List[String]] = BBCMetadataConfig.flattenCompanyListMap(\n    internalStaffPhotographers ++ externalStaffPhotographers ++ contractedPhotographers)\n\n  val contractedPhotographersMap: Map[String, List[String]] = BBCMetadataConfig.flattenCompanyListMap(contractedPhotographers)\n\n}\n\ncase class Company(name: String, photographers: List[String])\n\nobject Company {\n  implicit val companyClassFormats = Json.format[Company]\n}\n\nobject BBCMetadataConfig {\n  implicit val metadataConfigClassFormats = Json.format[BBCMetadataConfig]\n  def companyPhotographersMap(companyPhotographers: Map[String, List[String]]): List[KnownPhotographer] = {\n    companyPhotographers.flatMap { companyPhotographersItem =>\n      val company = companyPhotographersItem._1\n      val photographers = companyPhotographersItem._2\n\n      photographers.map { photographer =>\n        KnownPhotographer(photographer, company)\n      }\n    }.toList\n  }\n\n  def flattenCompanyList(companies: List[Company]): List[Company] = companies\n    .groupBy(_.name)\n    .map { case (group, companies) => Company(group, companies.flatMap(company => company.photographers)) }\n    .toList\n\n  def flattenCompanyListMap(companies: List[Company]) : Map[String, List[String]] = flattenCompanyList(companies)\n    .map {company => company.name -> company.photographers}\n    .toMap\n}\n"}
{"repo_name":"tonytw1\/grid","path":"kahuna\/app\/KahunaComponents.scala","text":"import com.gu.mediaservice.lib.net.URI\nimport com.gu.mediaservice.lib.play.GridComponents\nimport controllers.{AssetsComponents, KahunaController}\nimport lib.KahunaConfig\nimport play.api.ApplicationLoader.Context\nimport play.api.Configuration\nimport play.filters.headers.SecurityHeadersConfig\nimport router.Routes\n\nclass KahunaComponents(context: Context) extends GridComponents(context, new KahunaConfig(_)) with AssetsComponents {\n  final override lazy val securityHeadersConfig: SecurityHeadersConfig = KahunaSecurityConfig(config, context.initialConfiguration)\n\n  final override val buildInfo = utils.buildinfo.BuildInfo\n\n  val controller = new KahunaController(auth, config, controllerComponents)\n  final override val router = new Routes(httpErrorHandler, controller, assets, management)\n\n}\n\nobject KahunaSecurityConfig {\n  def apply(config: KahunaConfig, playConfig: Configuration): SecurityHeadersConfig = {\n    val base = SecurityHeadersConfig.fromConfiguration(playConfig)\n\n    val services = List(\n      config.services.apiBaseUri,\n      config.services.loaderBaseUri,\n      config.services.cropperBaseUri,\n      config.services.metadataBaseUri,\n      config.services.imgopsBaseUri,\n      config.services.usageBaseUri,\n      config.services.collectionsBaseUri,\n      config.services.leasesBaseUri,\n      config.services.authBaseUri,\n      config.services.guardianWitnessBaseUri\n    )\n\n    val frameSources = s\"frame-src ${config.services.authBaseUri} ${config.services.kahunaBaseUri} https:\/\/accounts.google.com\"\n    val frameAncestors = s\"frame-ancestors ${config.frameAncestors.mkString(\" \")}\"\n    val connectSources = s\"connect-src ${(services :+ config.imageOrigin).mkString(\" \")} 'self' www.google-analytics.com\"\n\n    val imageSources: List[String] = List(\n      \"data:\",\n      \"blob:\",\n      URI.ensureSecure(config.services.imgopsBaseUri).toString,\n      URI.ensureSecure(config.fullOrigin).toString,\n      URI.ensureSecure(config.thumbOrigin).toString,\n      URI.ensureSecure(config.cropOrigin).toString,\n      URI.ensureSecure(\"www.google-analytics.com\").toString,\n      URI.ensureSecure(\"app.getsentry.com\").toString,\n      \"'self'\"\n    )\n\n    val fontSources = s\"font-src data: 'self'\"\n\n    base.copy(\n      \/\/ covered by frame-ancestors in contentSecurityPolicy\n      frameOptions = None,\n      \/\/ We use inline styles and script tags <sad face>\n      contentSecurityPolicy = Some(s\"$frameSources; $frameAncestors; $connectSources; $fontSources; img-src ${imageSources.mkString(\" \")}; default-src 'unsafe-inline' 'self'; script-src 'self' 'unsafe-inline' www.google-analytics.com;\")\n    )\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"image-loader\/app\/model\/upload\/OptimiseOps.scala","text":"package model.upload\n\nimport java.io.File\n\nimport com.gu.mediaservice.lib.{ImageWrapper, StorableImage}\nimport com.gu.mediaservice.lib.logging.{LogMarker, Stopwatch}\nimport com.gu.mediaservice.model.{FileMetadata, MimeType, Png, Tiff}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.sys.process._\n\ntrait OptimiseOps {\n  def toOptimisedFile(file: File, imageWrapper: ImageWrapper, tempDir: File)\n                     (implicit ec: ExecutionContext, logMarker: LogMarker): Future[(File, MimeType)]\n  def isTransformedFilePath(filePath: String): Boolean\n  def shouldOptimise(mimeType: Option[MimeType], fileMetadata: FileMetadata): Boolean\n  def optimiseMimeType: MimeType\n}\n\nobject OptimiseWithPngQuant extends OptimiseOps {\n\n  override def optimiseMimeType: MimeType = Png\n\n  def toOptimisedFile(file: File, imageWrapper: ImageWrapper, tempDir: File)\n                     (implicit ec: ExecutionContext, logMarker: LogMarker): Future[(File, MimeType)] = Future {\n\n    val optimisedFilePath = tempDir.getAbsolutePath + \"\/optimisedpng - \" + imageWrapper.id + optimiseMimeType.fileExtension\n    Stopwatch(\"pngquant\") {\n      val result = Seq(\"pngquant\", \"--quality\", \"1-85\", file.getAbsolutePath, \"--output\", optimisedFilePath).!\n      if (result>0)\n        throw new Exception(s\"pngquant failed to convert to optimised png file (rc = $result)\")\n    }\n\n    val optimisedFile = new File(optimisedFilePath)\n    if (optimisedFile.exists()) {\n      (optimisedFile, Png)\n    } else {\n      throw new Exception(s\"Attempted to optimise PNG file ${optimisedFile.getPath}\")\n    }\n  }\n\n  def isTransformedFilePath(filePath: String): Boolean = filePath.contains(\"transformed-\")\n\n  def shouldOptimise(mimeType: Option[MimeType], fileMetadata: FileMetadata): Boolean =\n    mimeType match {\n      case Some(Png) =>\n        fileMetadata.colourModelInformation.get(\"colorType\") match {\n          case Some(\"True Color\") => true\n          case Some(\"True Color with Alpha\") => true\n          case _ => false\n        }\n      case Some(Tiff) => true\n      case _ => false\n    }\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"admin-tools\/dev\/app\/lib\/AdminToolsConfig.scala","text":"package lib\n\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport play.api.Configuration\n\nclass AdminToolsConfig(playAppConfiguration: Configuration) extends CommonConfig(playAppConfiguration) {\n  \/\/ hardcoded for dev\n  val apiKey: String = \"dev-\"\n\n  val rootUri: String = s\"admin-tools.media.$domainRoot\"\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/ImageProcessorResources.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.cleanup\n\nimport akka.actor.ActorSystem\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport play.api.Configuration\n\n\/**\n  * Resources that can be injected into a dynamically loaded ImageProcessor\n  *\/\ncase class ImageProcessorResources(commonConfiguration: CommonConfig, actorSystem: ActorSystem)\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/lib\/ThrallStreamProcessor.scala","text":"package lib\n\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.{GraphDSL, MergePreferred, Source}\nimport akka.stream.{Materializer, SourceShape}\nimport akka.{Done, NotUsed}\nimport com.contxt.kinesis.KinesisRecord\nimport com.gu.mediaservice.lib.DateTimeUtils\nimport com.gu.mediaservice.lib.aws.UpdateMessage\nimport com.gu.mediaservice.lib.logging._\nimport lib.kinesis.ThrallEventConsumer\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\nsealed trait Priority\ncase object LowPriority extends Priority {\n  override def toString = \"low\"\n}\ncase object HighPriority extends Priority {\n  override def toString = \"high\"\n}\ncase class TaggedRecord(record: KinesisRecord, priority: Priority) extends LogMarker {\n  override def markerContents = Map(\n    \"recordPriority\" -> priority.toString,\n    \"recordArrivalTime\" -> DateTimeUtils.toString(record.approximateArrivalTimestamp)\n  )\n}\n\nclass ThrallStreamProcessor(\n  highPrioritySource: Source[KinesisRecord, Future[Done]],\n  lowPrioritySource: Source[KinesisRecord, Future[Done]],\n  consumer: ThrallEventConsumer,\n  actorSystem: ActorSystem,\n  materializer: Materializer) extends GridLogging {\n\n  implicit val mat = materializer\n  implicit val dispatcher = actorSystem.getDispatcher\n\n  val mergedKinesisSource: Source[TaggedRecord, NotUsed] = Source.fromGraph(GraphDSL.create() { implicit g =>\n    import GraphDSL.Implicits._\n    val highPriorityKinesisSource = highPrioritySource.map(TaggedRecord(_, HighPriority))\n    val lowPriorityKinesisSource = lowPrioritySource.map(TaggedRecord(_, LowPriority))\n\n    val mergePreferred = g.add(MergePreferred[TaggedRecord](1))\n\n    highPriorityKinesisSource ~> mergePreferred.preferred\n    lowPriorityKinesisSource  ~> mergePreferred.in(0)\n\n    SourceShape(mergePreferred.out)\n  })\n\n  def createStream(): Source[(TaggedRecord, Stopwatch, Option[UpdateMessage]), NotUsed] = {\n    mergedKinesisSource.map{ taggedRecord =>\n      taggedRecord -> ThrallEventConsumer.parseRecord(taggedRecord.record.data.toArray, taggedRecord.record.approximateArrivalTimestamp)\n    }.mapAsync(1) { result =>\n      val stopwatch = Stopwatch.start\n      result match {\n        case (record, Some(updateMessage)) =>\n          consumer.processUpdateMessage(updateMessage)\n            .recover { case _ => () }\n            .map(_ => (record, stopwatch, Some(updateMessage)))\n        case (record, _) => Future.successful((record, stopwatch, None))\n      }\n    }\n  }\n\n  def run(): Future[Done] = {\n    val stream = this.createStream().runForeach {\n      case (taggedRecord, stopwatch, maybeUpdateMessage) =>\n        val basicMakers = combineMarkers(taggedRecord, stopwatch.elapsed)\n        val markers = maybeUpdateMessage.map(combineMarkers(basicMakers, _)).getOrElse(basicMakers)\n\n        logger.info(markers, \"Record processed\")\n        taggedRecord.record.markProcessed()\n    }\n\n    stream.onComplete {\n      case Failure(exception) => logger.error(\"stream completed with failure\", exception)\n      case Success(_) => logger.info(\"Stream completed with done, probably shutting down\")\n    }\n\n    stream\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/auth\/Authentication.scala","text":"package com.gu.mediaservice.lib.auth\n\nimport com.gu.mediaservice.lib.argo.ArgoHelpers\nimport com.gu.mediaservice.lib.argo.model.Link\nimport com.gu.mediaservice.lib.auth.Authentication.{MachinePrincipal, UserPrincipal, OnBehalfOfPrincipal, Principal}\nimport com.gu.mediaservice.lib.auth.provider._\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport play.api.libs.typedmap.TypedMap\nimport play.api.libs.ws.WSRequest\nimport play.api.mvc.Security.AuthenticatedRequest\nimport play.api.mvc._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass Authentication(config: CommonConfig,\n                     providers: AuthenticationProviders,\n                     override val parser: BodyParser[AnyContent],\n                     override val executionContext: ExecutionContext)\n  extends ActionBuilder[Authentication.Request, AnyContent] with ArgoHelpers {\n\n  \/\/ make the execution context implicit so it will be picked up appropriately\n  implicit val ec: ExecutionContext = executionContext\n\n  val loginLinks: List[Link] = providers.userProvider.loginLink match {\n    case DisableLoginLink => Nil\n    case BuiltInAuthService => List(Link(\"login\", config.services.loginUriTemplate))\n    case ExternalLoginLink(link) => List(Link(\"login\", link))\n  }\n\n  def unauthorised(errorMessage: String, throwable: Option[Throwable] = None): Future[Result] = {\n    logger.info(s\"Authentication failure $errorMessage\", throwable.orNull)\n    Future.successful(respondError(Unauthorized, \"authentication-failure\", \"Authentication failure\", loginLinks))\n  }\n\n  def forbidden(errorMessage: String): Future[Result] = {\n    logger.info(s\"User not authorised: $errorMessage\")\n    Future.successful(respondError(Forbidden, \"principal-not-authorised\", \"Principal not authorised\", loginLinks))\n  }\n\n  def expired(user: UserPrincipal): Future[Result] = {\n    logger.info(s\"User token expired for ${user.email}, return 419\")\n    Future.successful(respondError(new Status(419), errorKey = \"authentication-expired\", errorMessage = \"User authentication token has expired\", loginLinks))\n  }\n\n  def authenticationStatus(requestHeader: RequestHeader) = {\n    def flushToken(resultWhenAbsent: Result): Result = {\n      providers.userProvider.flushToken.fold(resultWhenAbsent)(_(requestHeader, resultWhenAbsent))\n    }\n\n    \/\/ Authenticate request. Try with API authenticator first and then with user authenticator\n    providers.apiProvider.authenticateRequest(requestHeader) match {\n      case Authenticated(authedUser) => Right(authedUser)\n      case Invalid(message, throwable) => Left(unauthorised(message, throwable))\n      case NotAuthorised(message) => Left(forbidden(s\"Principal not authorised: $message\"))\n      case NotAuthenticated =>\n        providers.userProvider.authenticateRequest(requestHeader) match {\n          case NotAuthenticated => Left(unauthorised(\"Not authenticated\"))\n          case Expired(principal) => Left(expired(principal))\n          case Authenticated(authedUser) => Right(authedUser)\n          case Invalid(message, throwable) => Left(unauthorised(message, throwable).map(flushToken))\n          case NotAuthorised(message) => Left(forbidden(s\"Principal not authorised: $message\"))\n        }\n    }\n  }\n\n  override def invokeBlock[A](request: Request[A], block: Authentication.Request[A] => Future[Result]): Future[Result] = {\n    authenticationStatus(request) match {\n      \/\/ we have a principal, so process the block\n      case Right(principal) => block(new AuthenticatedRequest(principal, request))\n      \/\/ no principal so return a result which will either be an error or a form of redirect\n      case Left(result) => result\n    }\n  }\n\n  def getOnBehalfOfPrincipal(principal: Principal): OnBehalfOfPrincipal = {\n    val provider: AuthenticationProvider = principal match {\n      case _:MachinePrincipal => providers.apiProvider\n      case _:UserPrincipal      => providers.userProvider\n    }\n    val maybeEnrichFn: Either[String, WSRequest => WSRequest] = provider.onBehalfOf(principal)\n    maybeEnrichFn.fold(error => throw new IllegalStateException(error), identity)\n  }\n}\n\nobject Authentication {\n  sealed trait Principal {\n    def accessor: ApiAccessor\n    def attributes: TypedMap\n  }\n  \/** A human user with a name *\/\n  case class UserPrincipal(firstName: String, lastName: String, email: String, attributes: TypedMap = TypedMap.empty) extends Principal {\n    def accessor: ApiAccessor = ApiAccessor(identity = email, tier = Internal)\n  }\n  \/** A machine user doing work automatically for its human programmers *\/\n  case class MachinePrincipal(accessor: ApiAccessor, attributes: TypedMap = TypedMap.empty) extends Principal\n\n  type Request[A] = AuthenticatedRequest[A, Principal]\n\n  type OnBehalfOfPrincipal = WSRequest => WSRequest\n\n  val originalServiceHeaderName = \"X-Gu-Original-Service\"\n\n  def getIdentity(principal: Principal): String = principal.accessor.identity\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/model\/ImageMetadata.scala","text":"package com.gu.mediaservice.model\n\nimport com.gu.mediaservice.lib.formatting._\nimport org.joda.time.DateTime\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json._\n\n\/* following are standard metadata fields that exist in multiple schemas,\nmost canonical being https:\/\/www.iptc.org\/std\/photometadata\/specification\/IPTC-PhotoMetadata *\/\ncase class ImageMetadata(\n  dateTaken:           Option[DateTime] = None,\n  description:         Option[String]   = None,\n  credit:              Option[String]   = None,\n  creditUri:           Option[String]   = None,\n  byline:              Option[String]   = None,\n  bylineTitle:         Option[String]   = None,\n  title:               Option[String]   = None,\n  copyright:           Option[String]   = None,\n  suppliersReference:  Option[String]   = None,\n  source:              Option[String]   = None,\n  specialInstructions: Option[String]   = None,\n  keywords:            List[String]     = Nil,\n  subLocation:         Option[String]   = None,\n  city:                Option[String]   = None,\n  state:               Option[String]   = None,\n  country:             Option[String]   = None,\n  subjects:            List[String]     = Nil,\n  peopleInImage:       Set[String]      = Set(),\n)\n\nobject ImageMetadata {\n  val empty = ImageMetadata()\n\n  implicit val ImageMetadataReads: Reads[ImageMetadata] = (\n    (__ \\ \"dateTaken\").readNullable[String].map(_.flatMap(parseDateTime)) ~\n      (__ \\ \"description\").readNullable[String] ~\n      (__ \\ \"credit\").readNullable[String] ~\n      (__ \\ \"creditUri\").readNullable[String] ~\n      (__ \\ \"byline\").readNullable[String] ~\n      (__ \\ \"bylineTitle\").readNullable[String] ~\n      (__ \\ \"title\").readNullable[String] ~\n      (__ \\ \"copyright\").readNullable[String] ~\n      (__ \\ \"suppliersReference\").readNullable[String] ~\n      (__ \\ \"source\").readNullable[String] ~\n      (__ \\ \"specialInstructions\").readNullable[String] ~\n      (__ \\ \"keywords\").readNullable[List[String]].map(_ getOrElse Nil) ~\n      (__ \\ \"subLocation\").readNullable[String] ~\n      (__ \\ \"city\").readNullable[String] ~\n      (__ \\ \"state\").readNullable[String] ~\n      (__ \\ \"country\").readNullable[String] ~\n      (__ \\ \"subjects\").readNullable[List[String]].map(_ getOrElse Nil) ~\n      (__ \\ \"peopleInImage\").readNullable[Set[String]].map(_ getOrElse Set())\n    )(ImageMetadata.apply _)\n\n  implicit val IptcMetadataWrites: Writes[ImageMetadata] = (\n    (__ \\ \"dateTaken\").writeNullable[String].contramap(printOptDateTime) ~\n      (__ \\ \"description\").writeNullable[String] ~\n      (__ \\ \"credit\").writeNullable[String] ~\n      (__ \\ \"creditUri\").writeNullable[String] ~\n      (__ \\ \"byline\").writeNullable[String] ~\n      (__ \\ \"bylineTitle\").writeNullable[String] ~\n      (__ \\ \"title\").writeNullable[String] ~\n      (__ \\ \"copyright\").writeNullable[String] ~\n      (__ \\ \"suppliersReference\").writeNullable[String] ~\n      (__ \\ \"source\").writeNullable[String] ~\n      (__ \\ \"specialInstructions\").writeNullable[String] ~\n      (__ \\ \"keywords\").writeNullable[List[String]].contramap((l: List[String]) => if (l.isEmpty) None else Some(l)) ~\n      (__ \\ \"subLocation\").writeNullable[String] ~\n      (__ \\ \"city\").writeNullable[String] ~\n      (__ \\ \"state\").writeNullable[String] ~\n      (__ \\ \"country\").writeNullable[String] ~\n      (__ \\ \"subjects\").writeNullable[List[String]].contramap((l: List[String]) => if (l.isEmpty) None else Some(l)) ~\n      (__ \\ \"peopleInImage\").writeNullable[Set[String]].contramap((l: Set[String]) => if (l.isEmpty) None else Some(l))\n    )(unlift(ImageMetadata.unapply))\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/CountryCode.scala","text":"package com.gu.mediaservice.lib.cleanup\n\nimport java.util.Locale\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport com.gu.mediaservice.model.{FileMetadata, Image, ImageMetadata}\nimport play.api.libs.json.{JsArray, JsString}\n\n\/**\n  * Cleaner that maps 2\/3 letter country codes onto country names\n  *\/\nobject CountryCode extends ImageProcessor with GridLogging {\n\n\n  private val codes = {\n    case class CountryWithCodes(twoCode: String, threeCode: String, displayName: String)\n    val localeCodesAndNames = Locale.getISOCountries.map(twoCode => {\n      val locale = new Locale(\"\", twoCode)\n      CountryWithCodes(twoCode, locale.getISO3Country, locale.getDisplayName)\n    }).toList\n\n    localeCodesAndNames.map(c => c.twoCode -> c.displayName).toMap ++\n      localeCodesAndNames.map(c => c.threeCode -> c.displayName).toMap ++\n      Map(\n        \"UK\" -> \"United Kingdom\",\n        \"GB\" -> \"United Kingdom\",\n        \"GDR\" -> \"German Democratic Republic\",\n        \"GRG\" -> \"Georgia\",\n        \"KOS\" -> \"Kosovo\",\n        \"POR\" -> \"Portugal\",\n        \"ROM\" -> \"Romania\",\n        \"SAR\" -> \"Saudi Arabia\",\n        \"SER\" -> \"Serbia\",\n        \"UAE\" -> \"United Arab Emirates\",\n        \"XKO\" -> \"Kosovo\",\n      )\n  }\n\n  def findCode(code: String): Option[String] = {\n    codes.get(code) match {\n      case None => {\n        logger.warn(s\"Failed to map code to country name: $code\")\n        None\n      }\n      case Some(string) => Some(string)\n    }\n\n  }\n\n  def getCountryName(countryOrCode: String): Option[String] = countryOrCode match {\n    case code if code.length <= 3 => findCode(countryOrCode)\n    \/\/ longer than 3 letters, just pass through\n    \/\/ nb, say if we made this 4 to allow USSR then we'd warn on Chad\n    \/\/ 5 is left as an exercise for the reader\n    case _ => None\n  }\n\n  def clean(metadata: ImageMetadata, fileMetadata: FileMetadata): ImageMetadata = {\n    \/\/ These are the locations we check (in order) for the country code.\n    val maybeCountries = (List(\n      fileMetadata.readXmpHeadStringProp(\"photoshop:Country\"),\n      fileMetadata.iptc.get(\"Country\/Primary Location Name\"),\n      fileMetadata.readXmpHeadStringProp(\"Iptc4xmpCore:CountryCode\"),\n      fileMetadata.iptc.get(\"Country\/Primary Location Code\")\n    )).flatten.flatMap(getCountryName)\n    val country = maybeCountries.headOption orElse metadata.country\n\n\n    metadata.copy(country = country)\n  }\n\n\n  override def apply(image: Image): Image = image.copy(metadata = clean(image.metadata, image.fileMetadata))\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/management\/Management.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.management\n\nimport com.gu.mediaservice.lib.argo._\nimport com.gu.mediaservice.lib.auth.PermissionsHandler\nimport com.gu.mediaservice.lib.elasticsearch.{ElasticSearchClient, ElasticSearchImageCounts}\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport play.api.libs.json.{Format, Json}\nimport play.api.mvc.{Action, AnyContent, BaseController, ControllerComponents}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait BuildInfo {\n  def toJson: String\n}\n\ntrait HealthCheck extends BaseController {\n  def healthCheck: Action[AnyContent] = Action {\n    Ok(\"OK\")\n  }\n}\n\ntrait ManagementController extends HealthCheck with BaseController with ArgoHelpers {\n  def buildInfo: BuildInfo\n\n  def disallowRobots = Action {\n    Ok(\"User-agent: *\\nDisallow: \/\\n\")\n  }\n\n  def manifest = Action {\n    Ok(Json.parse(buildInfo.toJson))\n  }\n}\n\nclass Management(override val controllerComponents: ControllerComponents, override val buildInfo: BuildInfo) extends ManagementController\n\nclass ManagementWithPermissions(override val controllerComponents: ControllerComponents, permissionedController: PermissionsHandler, override val buildInfo: BuildInfo) extends ManagementController {\n  override def healthCheck = Action {\n    if(permissionedController.storeIsEmpty) {\n      ServiceUnavailable(\"Permissions store is empty\")\n    } else {\n      Ok(\"ok\")\n    }\n  }\n}\n\nclass ElasticSearchHealthCheck(override val controllerComponents: ControllerComponents, elasticsearch: ElasticSearchClient)(implicit val ec: ExecutionContext)\n  extends HealthCheck with GridLogging {\n\n  override def healthCheck: Action[AnyContent] = Action.async {\n    elasticHealth.map {\n      case None => Ok(\"Ok\")\n      case Some(err) => {\n        logger.warn(s\"Healthcheck failed with problems: $err\")\n        ServiceUnavailable(err)\n      }\n    }\n  }\n\n  protected def elasticHealth: Future[Option[String]] = {\n    elasticsearch.healthCheck().map { result =>\n      if (!result) {\n        Some(\"Elastic search call failed\")\n      } else {\n        None\n      }\n    }\n  }\n\n  def imageCounts: Action[AnyContent] = Action.async {\n    implicit val imageCountsFormat: Format[ElasticSearchImageCounts] =\n      Json.format[ElasticSearchImageCounts]\n\n    elasticsearch.countImages().map {\n      case counts: ElasticSearchImageCounts =>\n        Ok(Json.toJson(counts))\n      case _ =>\n        logger.warn(s\"Can't get stats\")\n        ServiceUnavailable(\"Can't get stats\")\n    }\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"metadata-editor\/app\/AppLoader.scala","text":"<reponame>tonytw1\/grid\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"metadata-editor\", new MetadataEditorComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/BaseStore.scala","text":"<filename>common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/BaseStore.scala\npackage com.gu.mediaservice.lib\n\nimport java.io.InputStream\nimport akka.actor.{Cancellable, Scheduler}\nimport com.gu.Box\nimport com.gu.mediaservice.lib.aws.S3\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport org.joda.time.DateTime\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration._\n\n\nabstract class BaseStore[TStoreKey, TStoreVal](bucket: String, config: CommonConfig)(implicit ec: ExecutionContext)\n  extends GridLogging {\n\n  val s3 = new S3(config)\n\n  protected val store: Box[Map[TStoreKey, TStoreVal]] = Box(Map.empty)\n  protected val lastUpdated: Box[DateTime] = Box(DateTime.now())\n\n  protected def getS3Object(key: String): Option[String] = s3.getObjectAsString(bucket, key)\n\n  protected def getLatestS3Stream: Option[InputStream] = {\n    val objects = s3.client\n      .listObjects(bucket).getObjectSummaries.asScala\n      .filterNot(_.getKey == \"AMAZON_SES_SETUP_NOTIFICATION\")\n\n    if (objects.nonEmpty) {\n      val obj = objects.maxBy(_.getLastModified)\n      logger.info(s\"Latest key ${obj.getKey} in bucket $bucket\")\n\n      val stream = s3.client.getObject(bucket, obj.getKey).getObjectContent\n      Some(stream)\n    } else {\n      logger.error(s\"Bucket $bucket is empty\")\n      None\n    }\n  }\n\n  private var cancellable: Option[Cancellable] = None\n\n  def scheduleUpdates(scheduler: Scheduler) {\n    cancellable = Some(scheduler.schedule(0.seconds, 10.minutes)(update()))\n  }\n\n  def stopUpdates(): Unit = {\n    cancellable.foreach(_.cancel())\n  }\n\n  def update(): Unit\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"admin-tools\/dev\/app\/AppLoader.scala","text":"import com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"admin-tools\", new AdminToolsComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/components\/BBCMetadataStore.scala","text":"package com.gu.mediaservice.lib.bbc.components\n\nimport com.gu.mediaservice.lib.BaseStore\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport org.joda.time.DateTime\nimport play.api.Logger\nimport play.api.libs.json.Json\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success, Try}\n\nclass BBCMetadataStore(bucket: String, config: CommonConfig)(implicit ec: ExecutionContext)\n  extends BaseStore[String, BBCMetadataConfig](bucket, config)(ec) {\n\n  val metadataMapKey = \"metadataConfig\"\n  val metadataStoreKey = \"photographers.json\"\n\n  def apply() = fetchAll match {\n    case Some(_) => Logger.info(\"Metadata config read in from config bucket\")\n    case None => throw FailedToLoadMetadataConfigJson\n  }\n\n  def update() {\n    lastUpdated.send(_ => DateTime.now())\n    fetchAll match {\n      case Some(config) => store.send(_ => config)\n      case None => Logger.warn(\"Could not parse metadata config JSON into MetadataConfig class\")\n    }\n  }\n\n  private def fetchAll: Option[Map[String, BBCMetadataConfig]] = {\n    getS3Object(metadataStoreKey) match {\n      case Some(fileContents) => Try(Json.parse(fileContents).as[BBCMetadataConfig]) match {\n        case Success(metadataConfigClass) => Some(Map(metadataMapKey -> metadataConfigClass))\n        case Failure(_) => None\n      }\n      case None => None\n    }\n  }\n\n  def get: BBCMetadataConfig = store.get()(metadataMapKey)\n}\n\nobject BBCMetadataStore {\n  def apply(bucket: String, config: CommonConfig)(implicit ec: ExecutionContext): BBCMetadataStore = {\n    val store = new BBCMetadataStore(bucket, config)(ec)\n    store.fetchAll match {\n      case Some(_) => Logger.info(\"Metadata config read in from config bucket\")\n      case None => throw FailedToLoadMetadataConfigJson\n    }\n    store\n  }\n}\n\ncase object FailedToLoadMetadataConfigJson extends Exception(\"Failed to load metadataConfig from S3 config bucket on start up\")\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/BBCSupplierProcessors.scala","text":"package com.gu.mediaservice.lib.bbc\n\nimport com.gu.mediaservice.lib.bbc.components.{BBCDependenciesConfig, BBCImageProcessorsDependencies}\nimport com.gu.mediaservice.lib.cleanup.{AapParser, ActionImagesParser, AlamyParser, AllStarParser, ApParser, ComposeImageProcessors, CorbisParser, EpaParser, GettyCreditParser, GettyXmpParser, ImageProcessor, ImageProcessorResources, PaParser, PhotographerParser, ReutersParser, RexParser, RonaldGrantParser}\nimport com.gu.mediaservice.lib.config.{CommonConfig, KnownPhotographer}\nimport com.gu.mediaservice.lib.config.PhotographersList.caseInsensitiveLookup\nimport com.gu.mediaservice.model.{ContractPhotographer, Image, Photographer, StaffPhotographer}\nimport play.api.Configuration\n\n\/*\nBBC Supplier processor.\nIn order to use it, you will have to update application.conf\nimage.processors = [\n  ...\n  \"com.gu.mediaservice.lib.bbc.BBCSupplierProcessors$\",\n  \"com.gu.mediaservice.lib.bbc.BBCPhotographerParser\"\n  ...\n]\n*\/\n\nobject BBCSupplierProcessors extends ComposeImageProcessors(\n  GettyXmpParser,\n  GettyCreditParser,\n  AapParser,\n  ActionImagesParser,\n  AlamyParser,\n  AllStarParser,\n  ApParser,\n  CorbisParser,\n  EpaParser,\n  PaParser,\n  ReutersParser,\n  RexParser,\n  RonaldGrantParser\n)\n\nclass BBCPhotographerParser(resources: ImageProcessorResources) extends ImageProcessor {\n\n  import com.gu.mediaservice.lib.bbc.components.BBCMetadataConfig.companyPhotographersMap\n  val config = BBCDependenciesConfig(resources)\n  val metadataStore = BBCImageProcessorsDependencies.metadataStore(config)\n  lazy val staffPhotographersBBC = metadataStore.get.staffPhotographers\n  lazy val contractedPhotographersBBC = metadataStore.get.contractedPhotographersMap\n\n\n  def getPhotographer(photographer: String): Option[Photographer] = {\n    caseInsensitiveLookup(companyPhotographersMap(staffPhotographersBBC), photographer).map {\n      case KnownPhotographer(name, publication) => StaffPhotographer(name, publication)\n    }.orElse(caseInsensitiveLookup(companyPhotographersMap(contractedPhotographersBBC), photographer).map {\n      case KnownPhotographer(name, publication) => ContractPhotographer(name, Some(publication))\n    })\n  }\n\n  override def apply(image: Image): Image = {\n    image.metadata.byline.flatMap { byline =>\n      getPhotographer(byline).map{\n        case p: StaffPhotographer => image.copy(\n          usageRights = p,\n          metadata    = image.metadata.copy(credit = Some(p.publication), byline = Some(p.photographer))\n        )\n        case p: ContractPhotographer => image.copy(\n          usageRights = p,\n          metadata    = image.metadata.copy(credit = p.publication, byline = Some(p.photographer))\n        )\n        case _ => image\n      }\n    }\n  }.getOrElse(image)\n\n  override def description: String = \"BBC Supplier Processor\"\n}\n\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/CountryCodeTest.scala","text":"<filename>common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/CountryCodeTest.scala\npackage com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model.FileMetadata\nimport org.scalatest.{FunSpec, Matchers}\nimport play.api.libs.json.{JsArray, JsString}\n\n\nclass CountryCodeTest extends FunSpec with Matchers with MetadataHelper {\n\n  it(\"should not change a correct country name\") {\n    \/\/ no matter where you put Switzerland, it should come out as Switzerland\n    all(clean(\"Switzerland\", \"Switzerland\")) should be(Some(\"Switzerland\"))\n  }\n\n  it(\"should not change an uppercase country name\") {\n    all(clean(\"SWITZERLAND\", \"SWITZERLAND\")) should be(Some(\"SWITZERLAND\"))\n  }\n\n  it(\"should map a 2-letter country code to its name\") {\n    all(clean(\"CH\", \"Confoederatio Helvetica\")) should be(Some(\"Switzerland\"))\n  }\n\n  it(\"should not change an invalid 2-letter country code\") {\n    all(clean(\"XX\", \"XX\")) should be(Some(\"XX\"))\n  }\n\n  it(\"should map a 3-letter country code to its name\") {\n    all(clean(\"CHN\", \"\")) should be(Some(\"China\"))\n  }\n\n  it(\"should not change an invalid 3-letter country code\") {\n    all(clean(\"XXX\", \"XXX\")) should be(Some(\"XXX\"))\n  }\n\n  \/\/ Exception: United Kingdom\n\n  it(\"should map the UK country code to United Kingdom\") {\n    all(clean(\"UK\", \"Plague Island\")) should be(Some(\"United Kingdom\"))\n  }\n\n  it(\"should map the GB country code to United Kingdom\") {\n    all(clean(\"GB\", \"Brittany\")) should be(Some(\"United Kingdom\"))\n  }\n\n  \/\/ Exception: United States\n\n  it(\"should map the US country code to United States\") {\n    all(clean(\"US\", \"America\")) should be(Some(\"United States\"))\n  }\n\n  it(\"should map the USA country code to United States\") {\n    all(clean(\"USA\", \"America\")) should be(Some(\"United States\"))\n  }\n\n\n  def clean(code: String, name: String): List[Option[String]] = {\n    List(\n      CountryCode.clean(\n        createImageMetadata(\"country\" -> name),\n        fileMetadata(maybeIptcCountryCode = Some(code), maybeIptcCountryName = Some(name))).country,\n      CountryCode.clean(\n        createImageMetadata(\"country\" -> name),\n        fileMetadata(maybeIptcXmpCountryCode = Some(code), maybeIptcCountryName = Some(name))).country,\n      CountryCode.clean(\n        createImageMetadata(\"country\" -> name),\n        fileMetadata(maybeIptcCountryCode = Some(code), maybePhotoshopCountry = Some(name))).country,\n      CountryCode.clean(\n        createImageMetadata(\"country\" -> name),\n        fileMetadata(maybePhotoshopCountry = Some(code), maybeIptcCountryName = Some(name))).country\n    )\n  }\n\n  def fileMetadata(maybeIptcCountryName: Option[String] = None,\n                   maybeIptcCountryCode: Option[String] = None,\n                   maybeIptcXmpCountryCode: Option[String] = None,\n                   maybePhotoshopCountry: Option[String] = None\n                  ): FileMetadata = {\n    FileMetadata(\n      iptc = List(\n        maybeIptcCountryName.map(\"Country\/Primary Location Name\" -> _),\n        maybeIptcCountryCode.map(\"Country\/Primary Location Code\" -> _)\n      ).flatten.toMap,\n      exif = Map(),\n      exifSub = Map(),\n      xmp = List(\n        maybePhotoshopCountry.map(c => \"photoshop:Country\" -> JsString(c)),\n        maybeIptcXmpCountryCode.map(c => \"Iptc4xmpCore:CountryCode\" -> JsString(c))\n      ).flatten.toMap\n    )\n  }\n}\n\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/aws\/SNS.scala","text":"package com.gu.mediaservice.lib.aws\n\nimport com.amazonaws.services.sns.model.PublishRequest\nimport com.amazonaws.services.sns.{AmazonSNS, AmazonSNSClientBuilder}\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport play.api.libs.json.{JsValue, Json}\n\nclass SNS(config: CommonConfig, topicArn: String) extends GridLogging {\n  lazy val client: AmazonSNS = config.withAWSCredentials(AmazonSNSClientBuilder.standard()).build()\n\n  def publish(message: JsValue, subject: String) {\n    val result = client.publish(new PublishRequest(topicArn, Json.stringify(message), subject))\n    logger.info(s\"Published message: $result\")\n  }\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"auth\/app\/auth\/AuthConfig.scala","text":"<reponame>tonytw1\/grid<gh_stars>0\npackage auth\n\nimport com.gu.mediaservice.lib.config.{CommonConfig, GridConfigResources}\n\nclass AuthConfig(resources: GridConfigResources) extends CommonConfig(resources.configuration) {\n  val rootUri: String = services.authBaseUri\n  val mediaApiUri: String = services.apiBaseUri\n  val kahunaUri = services.kahunaBaseUri\n}\n"}
{"repo_name":"tonytw1\/grid","path":"cropper\/app\/AppLoader.scala","text":"import com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"cropper\", new CropperComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/cleanup\/SupplierProcessorsTest.scala","text":"package com.gu.mediaservice.lib.cleanup\n\nimport com.gu.mediaservice.model._\nimport org.scalatest.{Matchers, FunSpec}\n\nclass SupplierProcessorsTest extends FunSpec with Matchers with MetadataHelper {\n\n  it(\"should leave supplier, suppliersCollection and credit empty by default\") {\n    val image = createImageFromMetadata()\n    val processedImage = applyProcessors(image)\n\n    processedImage.usageRights should be(NoRights)\n    processedImage.metadata.credit should be (None)\n  }\n\n  it(\"should leave supplier and suppliersCollection empty if credit doesn't match\") {\n    val image = createImageFromMetadata(\"credit\" -> \"Unknown Party\")\n    val processedImage = applyProcessors(image)\n    processedImage.usageRights should be (NoRights)\n    processedImage.metadata.credit should be (Some(\"Unknown Party\"))\n  }\n\n  describe(\"Photographer\") {\n    it(\"should match StaffPhotographer byline\") {\n      val image = createImageFromMetadata(\"byline\" -> \"<NAME>\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(StaffPhotographer(\"<NAME>\", \"The Guardian\"))\n      processedImage.metadata.credit should be(Some(\"The Guardian\"))\n    }\n\n    it(\"should match ContractPhotographer byline\") {\n      val image = createImageFromMetadata(\"byline\" -> \"<NAME>\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(ContractPhotographer(\"<NAME>\", Option(\"The Guardian\")))\n      processedImage.metadata.credit should be(Some(\"The Guardian\"))\n    }\n\n    it (\"should correct casing of photographer\") {\n      val image = createImageFromMetadata(\"byline\" -> \"<NAME>\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(ContractPhotographer(\"<NAME>\", Option(\"The Guardian\")))\n      processedImage.metadata.byline should be(Some(\"<NAME>\"))\n    }\n  }\n\n  describe(\"AAP\") {\n    it(\"should match AAPIMAGE credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"AAPIMAGE\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AAP\", None))\n      processedImage.metadata.credit should be(Some(\"AAP\"))\n    }\n  }\n\n\n  describe(\"Action Images\") {\n    it(\"should match Action Images credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Action Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Action Images\"))\n      processedImage.metadata.credit should be(Some(\"Action Images\"))\n    }\n  }\n\n  describe(\"Action Images\/Reuters\") {\n    it(\"should match 'Action Images\/Reuters' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Action Images\/Reuters\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Action Images\"))\n      processedImage.metadata.credit should be(Some(\"Action Images\/Reuters\"))\n    }\n  }\n\n  describe(\"Alamy\") {\n    it(\"should match 'Alamy' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Alamy\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Alamy\"))\n      processedImage.metadata.credit should be(Some(\"Alamy\"))\n    }\n\n    it(\"should match 'Alamy Stock Photo' credit, and replace 'Alamy Stock Photo' with 'Alamy'\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Alamy Stock Photo\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Alamy\"))\n      processedImage.metadata.credit should be(Some(\"Alamy\"))\n    }\n\n    it(\"should match credit with Alamy as a suffix with '\/'\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Prod.DB\/Alamy Stock Photo\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Alamy\"))\n      processedImage.metadata.credit should be(Some(\"Prod.DB\/Alamy\"))\n    }\n\n    it(\"should not match credit with Alamy when the credit contains 'Alamy Live News', because we only have rights after 48 hours, and there's no provision to add a 'deny' lease for that period yet\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Alamy Live News\/Alamy Live News\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (NoRights)\n      processedImage.metadata.credit should be(Some(\"Alamy Live News\/Alamy Live News\"))\n    }\n  }\n\n  describe(\"Allstar\") {\n    it(\"should find 'Allstar Picture Library' in the credit and replace with canonical name 'Allstar'\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Allstar Picture Library\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\"))\n      processedImage.metadata.credit should be(Some(\"Allstar\"))\n    }\n\n    it(\"should match 'Sportsphoto Ltd.\/Allstar' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Sportsphoto Ltd.\/Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\", Some(\"Sportsphoto\")))\n      processedImage.metadata.credit should be(Some(\"Sportsphoto\/Allstar\"))\n    }\n\n    it(\"should remove a prefix of 'Allstar' from a credit and append it to the end of the credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Allstar\/UNIVERSAL\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\", Some(\"Universal\")))\n      processedImage.metadata.credit should be(Some(\"Universal\/Allstar\"))\n    }\n\n    it(\"should remove a suffix of 'Allstar' from a credit and append it to the end of the credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"UNIVERSAL\/Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\", Some(\"Universal\")))\n      processedImage.metadata.credit should be(Some(\"Universal\/Allstar\"))\n    }\n\n    it(\"should remove a infix of 'Allstar' from a credit and append it to the end of the credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"UNIVERSAL\/Allstar\/Magic Pictures\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\", Some(\"Universal\/Magic Pictures\")))\n      processedImage.metadata.credit should be(Some(\"Universal\/Magic Pictures\/Allstar\"))\n    }\n\n    it(\"should strip redundant byline but use it as canonical casing for credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Allstar\/UNIVERSAL PICTURES\", \"byline\" -> \"Universal Pictures\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be (Agency(\"Allstar Picture Library\", Some(\"Universal Pictures\")))\n      processedImage.metadata.credit should be(Some(\"Universal Pictures\/Allstar\"))\n      processedImage.metadata.byline should be(None)\n    }\n\n    it(\"should strip '___\/Allstar' suffix from byline\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Sportsphoto Ltd.\/Allstar\", \"byline\" -> \"<NAME>\/Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.byline should be(Some(\"<NAME>\"))\n    }\n\n    \/\/ we do not append 'Allstar Picture Library' to the credit because the credit already contains 'Allstar'\n    it(\"should strip '___\/Allstar Picture Library' suffix from byline\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Sportsphoto Ltd.\/Allstar\", \"byline\" -> \"<NAME>\/Allstar Picture Library\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.byline should be(Some(\"<NAME>\"))\n      processedImage.metadata.credit should be (Some(\"Sportsphoto\/Allstar\"))\n    }\n\n    it(\"should strip '___\/Allstar' suffix from byline and append it to credit if 'Allstar' not present already\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Sportsphoto Ltd.\", \"byline\" -> \"<NAME>\/Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.byline should be(Some(\"<NAME>\"))\n      processedImage.metadata.credit should be(Some(\"Sportsphoto\/Allstar\"))\n    }\n\n    it(\"should strip '___\/Allstar Picture Library' suffix from byline and append it to credit if 'Allstar' not present already\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Sportsphoto Ltd.\", \"byline\" -> \"<NAME>\/Allstar Picture Library\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.byline should be(Some(\"<NAME>\"))\n      processedImage.metadata.credit should be(Some(\"Sportsphoto\/Allstar\"))\n    }\n\n    it (\"should strip out 'Allstar' from byline and append it to the credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"THE RANK ORGANISATION\/Sportsphoto Ltd.\", \"byline\" -> \"Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.credit should be (Some(\"The Rank Organisation\/Sportsphoto\/Allstar\"))\n      processedImage.metadata.byline should be (None)\n    }\n\n    it (\"should strip out 'Allstar' from byline and not append it to the credit if credit contains 'Allstar'\") {\n      val image = createImageFromMetadata(\"credit\" -> \"THE RANK ORGANISATION\/Allstar\/Sportsphoto Ltd.\", \"byline\" -> \"Allstar\")\n      val processedImage = applyProcessors(image)\n      processedImage.metadata.credit should be (Some(\"The Rank Organisation\/Sportsphoto\/Allstar\"))\n      processedImage.metadata.byline should be (None)\n    }\n\n\n  }\n\n  describe(\"AP\") {\n    it(\"should match AP credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"AP\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\"))\n      processedImage.metadata.credit should be(Some(\"AP\"))\n    }\n\n    it(\"should match Associated Press credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Associated Press\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\"))\n      processedImage.metadata.credit should be(Some(\"AP\"))\n    }\n\n    it(\"should match ASSOCIATED PRESS credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"ASSOCIATED PRESS\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\"))\n      processedImage.metadata.credit should be(Some(\"AP\"))\n    }\n\n    it(\"should match Invision credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Invision\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\", Some(\"Invision\")))\n      processedImage.metadata.credit should be(Some(\"Invision\"))\n    }\n\n    it(\"should match Invision for ___ credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Invision for Quaker\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\", Some(\"Invision\")))\n      processedImage.metadata.credit should be(Some(\"Invision for Quaker\"))\n    }\n\n    it(\"should match __\/Invision\/AP credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"<NAME> \/Invision\/AP\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"AP\", Some(\"Invision\")))\n      processedImage.metadata.credit should be(Some(\"<NAME> \/Invision\/AP\"))\n    }\n  }\n\n\n  describe(\"Corbis\") {\n    it(\"should match Corbis source\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Demotix\/Corbis\", \"source\" -> \"Corbis\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Corbis\"))\n      processedImage.metadata.credit should be(Some(\"Demotix\/Corbis\"))\n      processedImage.metadata.source should be(Some(\"Corbis\"))\n    }\n  }\n\n\n  describe(\"EPA\") {\n    it(\"should match EPA credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"EPA\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"EPA\"))\n    }\n  }\n\n\n  describe(\"Getty Images\") {\n    it(\"should detect getty file metadata and use source as suppliersCollection\") {\n      val image = createImageFromMetadata(\"credit\" -> \"AFP\/Getty\", \"source\" -> \"AFP\")\n      val gettyImage = image.copy(fileMetadata = FileMetadata(getty = Map(\"Original Filename\" -> \"lol.jpg\")))\n      val processedImage = applyProcessors(gettyImage)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"AFP\")))\n      processedImage.metadata.credit should be(Some(\"AFP\/Getty\"))\n      processedImage.metadata.source should be(Some(\"AFP\"))\n    }\n\n    it(\"should exclude images that have Getty metadata that aren't from Getty\") {\n      val image = createImageFromMetadata(\"credit\" -> \"NEWSPIX INTERNATIONAL\")\n      val notGettyImage = image.copy(fileMetadata = FileMetadata(getty = Map(\"Composition\" -> \"Headshot\")))\n      val processedImage = applyProcessors(notGettyImage)\n      processedImage.usageRights should be(NoRights)\n    }\n\n    it(\"should exclude images that have Getty metadata that also have 'Pinnacle Photo Agency Ltd' as source\") {\n      val image = createImageFromMetadata(\"source\" -> \"Pinnacle Photo Agency Ltd\")\n      val notGettyImage = image.copy(fileMetadata = FileMetadata(getty = Map(\"dummy\" -> \"metadata\")))\n      val processedImage = applyProcessors(notGettyImage)\n      processedImage.usageRights should be(NoRights)\n    }\n\n    it(\"should use 'Getty Images' as credit if missing from the file metadata\") {\n      val image = createImageFromMetadata()\n      val gettyImage = image.copy(fileMetadata = FileMetadata(getty = Map(\"Original Filename\" -> \"lol.jpg\")))\n      val processedImage = applyProcessors(gettyImage)\n      processedImage.metadata.credit should be(Some(\"Getty Images\"))\n    }\n\n    it(\"should match 'Getty Images' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Getty Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\"))\n      processedImage.metadata.credit should be(Some(\"Getty Images\"))\n    }\n\n    it(\"should match 'AFP\/Getty Images' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"AFP\/Getty Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\"))\n      processedImage.metadata.credit should be(Some(\"AFP\/Getty Images\"))\n    }\n\n    \/\/ Truncation FTW!\n    it(\"should match 'The LIFE Images Collection\/Getty' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"The LIFE Images Collection\/Getty\", \"source\" -> \"The LIFE Images Collection\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"The LIFE Images Collection\")))\n      processedImage.metadata.credit should be(Some(\"The LIFE Images Collection\/Getty\"))\n    }\n\n    it(\"should match 'Getty Images\/Ikon Images' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Getty Images\/Ikon Images\", \"source\" -> \"Ikon Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"Ikon Images\")))\n      processedImage.metadata.credit should be(Some(\"Getty Images\/Ikon Images\"))\n    }\n\n    it(\"should match 'Bloomberg\/Getty Images' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Bloomberg\/Getty Images\", \"source\" -> \"Bloomberg\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"Bloomberg\")))\n      processedImage.metadata.credit should be(Some(\"Bloomberg\/Getty Images\"))\n    }\n\n    it(\"should match 'Some Long Provider\/Getty Im' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Some Long Provider\/Getty Im\", \"source\" -> \"Some Long Provider\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"Some Long Provider\")))\n      processedImage.metadata.credit should be(Some(\"Some Long Provider\/Getty Im\"))\n    }\n\n    it(\"should match 'Getty Images for Apple' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Getty Images for Apple\", \"source\" -> \"Getty Images Europe\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"Getty Images Europe\")))\n      processedImage.metadata.credit should be(Some(\"Getty Images for Apple\"))\n    }\n\n    it(\"should match 'AFP' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"AFP\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"AFP\")))\n      processedImage.metadata.credit should be(Some(\"AFP\"))\n    }\n    it(\"should match 'afp' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"afp\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"AFP\")))\n      processedImage.metadata.credit should be(Some(\"afp\"))\n    }\n    it(\"should match 'FilmMagic' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"FilmMagic\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"FilmMagic\")))\n      processedImage.metadata.credit should be(Some(\"FilmMagic\"))\n    }\n    it(\"should match 'WireImage' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"WireImage\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"WireImage\")))\n      processedImage.metadata.credit should be(Some(\"WireImage\"))\n    }\n    it(\"should match 'Hulton' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Hulton\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Getty Images\", Some(\"Hulton\")))\n      processedImage.metadata.credit should be(Some(\"Hulton\"))\n    }\n  }\n\n\n  describe(\"PA\") {\n    it(\"should match PA credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"PA\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"PA\"))\n    }\n\n    it(\"should match PA source if credit doesn't match\") {\n      val image = createImageFromMetadata(\"credit\" -> \"BBC\/PA\", \"source\" -> \"PA\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"PA\"))\n    }\n\n    it(\"should match 'PA WIRE' images\") {\n      val image = createImageFromMetadata(\"credit\" -> \"PA WIRE\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"PA\"))\n    }\n\n    it(\"should match 'Press Association Images' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"Press Association Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"PA\"))\n    }\n\n    it(\"should match archive images credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"PA Archive\/PA Images\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"PA\"))\n    }\n  }\n\n\n  describe(\"Reuters\") {\n    it(\"should match REUTERS credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"REUTERS\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Reuters\"))\n      processedImage.metadata.credit should be(Some(\"Reuters\"))\n    }\n\n    it(\"should match RETUERS credit (typo)\") {\n      val image = createImageFromMetadata(\"credit\" -> \"RETUERS\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Reuters\"))\n      processedImage.metadata.credit should be(Some(\"Reuters\"))\n    }\n\n    it(\"should match USA Today Sports credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"USA Today Sports\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Reuters\"))\n      processedImage.metadata.credit should be(Some(\"USA Today Sports\"))\n    }\n\n    it(\"should match USA TODAY Sports credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"USA TODAY Sports\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Reuters\"))\n      processedImage.metadata.credit should be(Some(\"USA Today Sports\"))\n    }\n\n    it(\"should match TT NEWS AGENCY credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"TT NEWS AGENCY\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Reuters\"))\n      processedImage.metadata.credit should be(Some(\"TT NEWS AGENCY\"))\n    }\n  }\n\n\n  describe(\"Rex Features\") {\n    it(\"should match Rex Features source\") {\n      val image = createImageFromMetadata(\"credit\" -> \"<NAME>\/REX Shutterstock\", \"source\" -> \"Rex Features\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights match {\n        case u: Agency => {\n          u.supplier should be (\"Rex Features\")\n          u.suppliersCollection should be(None)\n        }\n\n        case _ =>\n      }\n      processedImage.metadata.credit should be(Some(\"<NAME>\/REX Shutterstock\"))\n      processedImage.metadata.source should be(Some(\"Rex Features\"))\n    }\n\n    it(\"should match '*\/ Rex Features' credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"<NAME> \/ Rex Features\")\n      val processedImage = applyProcessors(image)\n\n      processedImage.usageRights should be (Agency(\"Rex Features\"))\n    }\n  }\n\n\n  describe(\"<NAME>\") {\n    it(\"should match www.ronaldgrantarchive.com credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"www.ronaldgrantarchive.com\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Ronald Grant Archive\"))\n      processedImage.metadata.credit should be(Some(\"<NAME>\"))\n    }\n\n    it(\"should match Ronald Grant Archive credit\") {\n      val image = createImageFromMetadata(\"credit\" -> \"<NAME>\")\n      val processedImage = applyProcessors(image)\n      processedImage.usageRights should be(Agency(\"Ronald Grant Archive\"))\n      processedImage.metadata.credit should be(Some(\"<NAME>\"))\n    }\n  }\n\n\n  def applyProcessors(image: Image): Image =\n    SupplierProcessors.apply(image)\n\n\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/model\/FileMetadata.scala","text":"package com.gu.mediaservice.model\n\nimport com.gu.mediaservice.lib.logging.{LogMarker, MarkerMap}\nimport net.logstash.logback.marker.Markers\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\n\nimport scala.collection.JavaConverters._\n\ncase class FileMetadata(\n  iptc: Map[String, String]                     = Map(),\n  exif: Map[String, String]                     = Map(),\n  exifSub: Map[String, String]                  = Map(),\n  xmp: Map[String, JsValue]                      = Map(),\n  icc: Map[String, String]                      = Map(),\n  getty: Map[String, String]                    = Map(),\n  colourModel: Option[String]                   = None,\n  colourModelInformation: Map[String, String]   = Map()\n) {\n  def toLogMarker: LogMarker = {\n    val fieldCountMarkers = Map (\n      \"iptcFieldCount\" -> iptc.size,\n      \"exifFieldCount\" -> exif.size,\n      \"exifSubFieldCount\" -> exifSub.size,\n      \"xmpFieldCount\" -> xmp.size,\n      \"iccFieldCount\" -> icc.size,\n      \"gettyFieldCount\" -> getty.size,\n      \"colourModelInformationFieldCount\" -> colourModelInformation.size\n    )\n\n    val totalFieldCount = fieldCountMarkers.foldLeft(0)(_ + _._2)\n    val markers = fieldCountMarkers + (\"totalFieldCount\" -> totalFieldCount)\n\n    MarkerMap(markers)\n  }\n\n  def readXmpHeadStringProp: (String) => Option[String] = (name: String) => {\n    val res = xmp.get(name) match {\n      case Some(JsString(value)) => Some(value.toString)\n      case Some(JsArray(value)) =>\n        value.find(_.isInstanceOf[JsString]).map(_.as[String])\n      case _ => None\n    }\n    res\n  }\n}\n\nobject FileMetadata {\n  \/\/ TODO: reindex all images to make the getty map always present\n  \/\/ for data consistency, so we can fallback to use the default Reads\n  implicit val ImageMetadataReads: Reads[FileMetadata] = (\n    (__ \\ \"iptc\").read[Map[String,String]] ~\n    (__ \\ \"exif\").read[Map[String,String]] ~\n    (__ \\ \"exifSub\").read[Map[String,String]] ~\n    (__ \\ \"xmp\").read[Map[String,JsValue]] ~\n    (__ \\ \"icc\").readNullable[Map[String,String]].map(_ getOrElse Map()).map(removeLongValues) ~\n    (__ \\ \"getty\").readNullable[Map[String,String]].map(_ getOrElse Map()) ~\n    (__ \\ \"colourModel\").readNullable[String] ~\n    (__ \\ \"colourModelInformation\").readNullable[Map[String,String]].map(_ getOrElse Map())\n\n  )(FileMetadata.apply _)\n\n  private val maximumValueLengthBytes = 5000\n  private def removeLongValues = { m:Map[String, String] => {\n    val (short, long) =  m.partition(_._2.length <= maximumValueLengthBytes)\n    if (long.size>0) {\n      short + (\"removedFields\" -> long.map(_._1).mkString(\", \"))\n    } else {\n      m\n    }\n  } }\n\n  implicit val FileMetadataWrites: Writes[FileMetadata] = (\n    (JsPath \\ \"iptc\").write[Map[String,String]] and\n      (JsPath \\ \"exif\").write[Map[String,String]] and\n      (JsPath \\ \"exifSub\").write[Map[String,String]] and\n      (JsPath \\ \"xmp\").write[Map[String,JsValue]] and\n      (JsPath \\ \"icc\").write[Map[String,String]].contramap[Map[String, String]](removeLongValues) and\n      (JsPath \\ \"getty\").write[Map[String,String]] and\n      (JsPath \\ \"colourModel\").writeNullable[String] and\n      (JsPath \\ \"colourModelInformation\").write[Map[String,String]]\n  )(unlift(FileMetadata.unapply))\n}\n"}
{"repo_name":"tonytw1\/grid","path":"cropper\/test\/lib\/CropsTest.scala","text":"package lib\n\nimport com.gu.mediaservice.lib.imaging.ImageOperations\nimport com.gu.mediaservice.model._\nimport org.scalatest.mockito.MockitoSugar\nimport org.scalatest.{FunSpec, Matchers}\n\nclass CropsTest extends FunSpec with Matchers with MockitoSugar {\n  it(\"should return JPEG when the input type is a JPEG\") {\n    Crops.cropType(Jpeg, \"True Color\", hasAlpha = false) shouldBe Jpeg\n    Crops.cropType(Jpeg, \"Monkey\", hasAlpha = false) shouldBe Jpeg\n  }\n\n  it(\"should return PNG when the input type is PNG and it has alpha\") {\n    Crops.cropType(Png, \"Monkey\", hasAlpha = true) shouldBe Png\n  }\n\n  it(\"should return PNG when the input type is PNG and it has alpha even if it is True Color\") {\n    Crops.cropType(Png, \"True Color\", hasAlpha = true) shouldBe Png\n  }\n\n  it(\"should return PNG when the input type is PNG and it is NOT true color (a graphic)\") {\n    Crops.cropType(Png, \"Monkey\", hasAlpha = false) shouldBe Png\n  }\n\n  it(\"should return JPEG when the input type is PNG and it is true color\") {\n    Crops.cropType(Png, \"True Color\", hasAlpha = false) shouldBe Jpeg\n  }\n\n  it(\"should return PNG when the input type is TIFF and it has alpha\") {\n    Crops.cropType(Tiff, \"Monkey\", hasAlpha = true) shouldBe Png\n  }\n\n  it(\"should return PNG when the input type is TIFF and it doesn't have alpha or is true color\") {\n    Crops.cropType(Tiff, \"Monkey\", hasAlpha = false) shouldBe Png\n  }\n\n  it(\"should return JPEG when the input type is TIFF and it doesn't have alpha and it is true color\") {\n    Crops.cropType(Tiff, \"TrueColor\", hasAlpha = false) shouldBe Jpeg\n  }\n\n  private val config = mock[CropperConfig]\n  private val store = mock[CropStore]\n  private val imageOperations: ImageOperations = mock[ImageOperations]\n  private val source: SourceImage = SourceImage(\"test\", mock[Asset], valid = true, mock[ImageMetadata], mock[FileMetadata])\n  private val bounds: Bounds = Bounds(10, 20, 30, 40)\n  private val outputWidth = 1234\n\n  it(\"should should construct a correct address for a master jpg\") {\n    val outputFilename = new Crops(config, store, imageOperations)\n      .outputFilename(source, bounds, outputWidth, Jpeg, isMaster = true)\n    outputFilename shouldBe \"test\/10_20_30_40\/master\/1234.jpg\"\n  }\n  it(\"should should construct a correct address for a non-master jpg\") {\n    val outputFilename = new Crops(config, store, imageOperations)\n      .outputFilename(source, bounds, outputWidth, Jpeg)\n    outputFilename shouldBe \"test\/10_20_30_40\/1234.jpg\"\n  }\n  it(\"should should construct a correct address for a non-master tiff\") {\n    val outputFilename = new Crops(config, store, imageOperations)\n      .outputFilename(source, bounds, outputWidth, Tiff)\n    outputFilename shouldBe \"test\/10_20_30_40\/1234.tiff\"\n  }\n  it(\"should should construct a correct address for a non-master png\") {\n    val outputFilename = new Crops(config, store, imageOperations)\n      .outputFilename(source, bounds, outputWidth, Png)\n    outputFilename shouldBe \"test\/10_20_30_40\/1234.png\"\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"media-api\/app\/AppLoader.scala","text":"<filename>media-api\/app\/AppLoader.scala\nimport com.gu.mediaservice.lib.play.GridAppLoader\n\nclass AppLoader extends GridAppLoader(\"media-api\", new MediaApiComponents(_))\n"}
{"repo_name":"tonytw1\/grid","path":"media-api\/app\/lib\/S3Client.scala","text":"<reponame>tonytw1\/grid\npackage lib\n\nimport java.io.File\nimport java.util.Date\n\nimport com.amazonaws.services.cloudfront.CloudFrontUrlSigner\nimport com.amazonaws.services.cloudfront.util.SignerUtils.Protocol\nimport com.gu.mediaservice.lib.aws.S3\nimport org.joda.time.DateTime\n\nimport scala.util.Try\n\ntrait CloudFrontDistributable {\n  val privateKeyLocations: Seq[String]\n  val keyPairId: Option[String]\n\n  val protocol: Protocol = Protocol.https\n  val validForMinutes: Int = 30\n\n  private def expiresAt: Date = DateTime.now.plusMinutes(validForMinutes).toDate\n  private lazy val privateKeyFile: File =\n    privateKeyLocations.map { location =>\n      new File(location)\n    }.find(_.exists).get\n\n  def signedCloudFrontUrl(cloudFrontDomain: String, s3ObjectPath: String): Option[String] = Try {\n    CloudFrontUrlSigner.getSignedURLWithCannedPolicy(\n      protocol, cloudFrontDomain, privateKeyFile, s3ObjectPath, keyPairId.get, expiresAt)\n  }.toOption\n}\n\nclass S3Client(config: MediaApiConfig) extends S3(config) with CloudFrontDistributable {\n  lazy val privateKeyLocations: Seq[String] = config.cloudFrontPrivateKeyLocations\n  lazy val keyPairId: Option[String] = config.cloudFrontKeyPairId\n}\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/model\/MimeType.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.model\n\nimport com.gu.mediaservice.lib.logging.GridLogging\nimport play.api.libs.json._\n\nclass UnsupportedMimeTypeException(val mimeType: String) extends Exception\n\nsealed trait MimeType {\n  def name: String = this match {\n    case Jpeg => \"image\/jpeg\"\n    case Png => \"image\/png\"\n    case Tiff => \"image\/tiff\"\n  }\n\n  def fileExtension: String = s\".${name.split('\/').reverse.head}\"\n\n  override def toString: String = this.name\n}\n\nobject MimeType extends GridLogging {\n  def apply(value: String): MimeType = value.toLowerCase match {\n    case \"image\/jpeg\" => Jpeg\n    case \"image\/png\" => Png\n    case \"image\/tiff\" => Tiff\n\n    \/\/ Support crops created in the early years of Grid (~2016) which state mime type w\/out an 'image\/' prefix\n    \/\/ TODO correct these values in a reindex\n    case \"jpg\" => {\n      logger.info(\"Encountered legacy mime type representation (jpg)\")\n      Jpeg\n    }\n    case \"png\" => {\n      logger.info(\"Encountered legacy mime type representation (png)\")\n      Png\n    }\n\n    case _ => {\n      logger.warn(s\"Unsupported mime type $value\")\n      throw new UnsupportedMimeTypeException(value)\n    }\n  }\n\n  implicit val reads: Reads[MimeType] = JsPath.read[String].map(MimeType(_))\n\n  implicit val writer: Writes[MimeType] = (mimeType: MimeType) => JsString(mimeType.toString)\n}\n\nobject Jpeg extends MimeType {\n  override def fileExtension: String = \".jpg\"\n}\n\nobject Png extends MimeType\nobject Tiff extends MimeType\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/model\/PropertyTest.scala","text":"package com.gu.mediaservice.model\n\nimport org.scalatest.{FunSpec, Matchers}\nimport play.api.libs.json.Json\n\nclass PropertyTest extends FunSpec with Matchers {\n  it(\"should omit None values from written json\") {\n    val property = Property(\"foo\", None, None)\n    val actual = Json.stringify(Json.toJson(property))\n    val expected = \"\"\"{\"propertyCode\":\"foo\"}\"\"\"\n    actual should be (expected)\n  }\n\n  it(\"should write optional fields that have a value\") {\n    val property = Property(\"foo\", None, Some(\"bar\"))\n    val actual = Json.stringify(Json.toJson(property))\n    val expected = \"\"\"{\"propertyCode\":\"foo\",\"value\":\"bar\"}\"\"\"\n    actual should be (expected)\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/ImageQuarantineOperations.scala","text":"package com.gu.mediaservice.lib\n\nimport java.io.File\n\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport com.gu.mediaservice.lib.aws.S3Object\nimport com.gu.mediaservice.lib.logging.LogMarker\nimport com.gu.mediaservice.model.MimeType\n\nimport scala.concurrent.Future\n\nclass ImageQuarantineOperations(quarantineBucket: String, config: CommonConfig, isVersionedS3: Boolean = false)\n  extends S3ImageStorage(config) {\n\n  def storeQuarantineImage(id: String, file: File, mimeType: Option[MimeType], meta: Map[String, String] = Map.empty)\n                       (implicit logMarker: LogMarker): Future[S3Object] =\n    storeImage(quarantineBucket, ImageIngestOperations.fileKeyFromId(id), file, mimeType, meta)\n}\n\n\n\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/play\/ConnectionBrokenFilter.scala","text":"<gh_stars>1000+\npackage com.gu.mediaservice.lib.play\n\nimport akka.http.scaladsl.model.EntityStreamException\nimport akka.stream.Materializer\nimport com.typesafe.scalalogging.StrictLogging\nimport play.api.mvc.{Filter, RequestHeader, Result, Results}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * When the GRID is reloaded during an upload, or the network is throttled \/ flaky\n  * an attempt to POST a large file will result in an EntityStreamException being thrown\n  * on attempt to read the input stream.\n  * This is, by default, logged as a server error (5XX) but cannot be usefully addressed\n  * and effectively pollutes the logs.\n  *\n  * This file expressly converts this to a 422 Unprocessable Entity response.\n  *\n  * The client is almost certainly ignoring the response anyway.\n  *\/\nclass ConnectionBrokenFilter(override val mat: Materializer)(implicit ec: ExecutionContext)\n  extends Filter with Results with StrictLogging {\n  override def apply(next: (RequestHeader) => Future[Result])(rh: RequestHeader): Future[Result] = {\n    next(rh) recover {\n      case _:EntityStreamException =>\n        logger.info(s\"Upload failed with EntityStreamException. Request = $rh\")\n        UnprocessableEntity(\"The upload did not complete\")\n    }\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/main\/scala\/com\/gu\/mediaservice\/lib\/bbc\/BBCImageProcessorConfig.scala","text":"package com.gu.mediaservice.lib.bbc\n\nimport play.api.Configuration\n\nclass BBCImageProcessorConfig(config: Configuration) {\n  val configBucket: String = config.get[String](\"s3.config.bucket\")\n}\n"}
{"repo_name":"tonytw1\/grid","path":"thrall\/app\/lib\/elasticsearch\/ElasticSearch.scala","text":"<filename>thrall\/app\/lib\/elasticsearch\/ElasticSearch.scala\npackage lib.elasticsearch\n\nimport com.gu.mediaservice.lib.ImageFields\nimport com.gu.mediaservice.lib.elasticsearch.{ElasticSearchClient, ElasticSearchConfig, ElasticSearchExecutions}\nimport com.gu.mediaservice.lib.formatting.printDateTime\nimport com.gu.mediaservice.lib.logging.LogMarker\nimport com.gu.mediaservice.model._\nimport com.gu.mediaservice.model.leases.MediaLease\nimport com.gu.mediaservice.model.usage.Usage\nimport com.gu.mediaservice.syntax._\nimport com.sksamuel.elastic4s.ElasticDsl._\nimport com.sksamuel.elastic4s.requests.indexes.IndexRequest\nimport com.sksamuel.elastic4s.requests.script.Script\nimport com.sksamuel.elastic4s.requests.searches.queries.BoolQuery\nimport com.sksamuel.elastic4s.requests.searches.sort.SortOrder\nimport com.sksamuel.elastic4s.requests.update.UpdateRequest\nimport lib.ThrallMetrics\nimport org.joda.time.DateTime\nimport play.api.libs.json._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject ImageNotDeletable extends Throwable(\"Image cannot be deleted\")\n\nclass ElasticSearch(config: ElasticSearchConfig, metrics: Option[ThrallMetrics]) extends ElasticSearchClient\n  with ImageFields with ElasticSearchExecutions {\n\n  lazy val imagesAlias: String = config.alias\n  lazy val url: String = config.url\n  lazy val cluster: String = config.cluster\n  lazy val shards: Int = config.shards\n  lazy val replicas: Int = config.replicas\n\n  def bulkInsert(images: Seq[Image])(implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchBulkUpdateResponse]] = {\n    val (requests, totalSize) =\n      images.foldLeft[(Seq[IndexRequest], Int)](List(), 0)\n      { (collector: (Seq[IndexRequest], Int), img) =>\n      val (requestsSoFar, sizeSoFar) = collector\n      val document = Json.stringify(Json.toJson(img))\n      (\n        requestsSoFar :+\n        indexInto(imagesAlias)\n          .id(img.id)\n          .source(document),\n        sizeSoFar + document.length()\n      )\n    }\n\n    val request = bulk { requests }\n\n    val response = executeAndLog(request, s\"Bulk inserting ${images.length} images, total size $totalSize\")\n\n    List(response.map(_ => ElasticSearchBulkUpdateResponse()))\n  }\n\n  def indexImage(id: String, image: Image, lastModified: DateTime)\n                (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    \/\/ On insert, we know we will not have a lastModified to consider, so we always take the one we get\n    val insertImage = image.copy(lastModified = Some(lastModified))\n    val insertImageAsJson = Json.toJson(insertImage)\n\n    \/\/ On update, we do not want to take the one we have been given unless it is newer - see updateLastModifiedScript script\n    val updateImage = image.copy(lastModified = None)\n    val upsertImageAsJson = Json.toJson(updateImage)\n\n    val painlessSource =\n      \/\/ If there are old identifiers, then merge any new identifiers into old and use the merged results as the new identifiers\n      \"\"\"\n        | if (ctx._source.identifiers != null) {\n        |   ctx._source.identifiers.putAll(params.update_doc.identifiers);\n        |   params.update_doc.identifiers = ctx._source.identifiers\n        | }\n        |\n        | ctx._source.putAll(params.update_doc);\n        |\n        | if (ctx._source.metadata != null && ctx._source.metadata.credit != null) {\n        |   ctx._source.suggestMetadataCredit = [ \"input\": [ ctx._source.metadata.credit ] ]\n        | }\n      \"\"\"\n\n    val scriptSource = loadUpdatingModificationPainless(s\"\"\"\n                                       |$painlessSource\n                                       |$refreshEditsScript\n                                       | \"\"\")\n\n    val script: Script = prepareScript(scriptSource, lastModified,\n      (\"update_doc\", asNestedMap(asImageUpdate(upsertImageAsJson)))\n    )\n\n    val indexRequest = updateById(imagesAlias, id).\n      upsert(Json.stringify(insertImageAsJson)).\n      script(script)\n\n    val indexResponse = executeAndLog(indexRequest, s\"ES6 indexing image $id\")\n\n    List(indexResponse.map { _ =>\n      ElasticSearchUpdateResponse()\n    })\n  }\n\n  def getImage(id: String)(implicit ex: ExecutionContext, logMarker: LogMarker): Future[Option[Image]] = {\n    executeAndLog(get(imagesAlias, id), s\"ES6 get image by $id\").map { r =>\n      if (r.result.found) {\n        Some(Json.parse(r.result.sourceAsString).as[Image])\n      } else {\n        None\n      }\n    }\n  }\n\n  def updateImageUsages(id: String, usages: Seq[Usage], lastModified: DateTime)\n                       (implicit ex: ExecutionContext,logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val replaceUsagesScript = loadUpdatingModificationPainless(s\"\"\"\n      | def lastUpdatedDate = ctx._source.usagesLastModified != null ? Date.from(Instant.from(DateTimeFormatter.ISO_DATE_TIME.parse(ctx._source.usagesLastModified))) : null;\n      | if (lastUpdatedDate == null || modificationDate.after(lastUpdatedDate)) {\n      |   ctx._source.usages = params.usages;\n      |   ctx._source.usagesLastModified = params.lastModified;\n      | }\n    \"\"\")\n\n    val usagesParameter = usages.map(i => asNestedMap(Json.toJson(i)))\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, replaceUsagesScript, lastModified, (\"usages\", usagesParameter)\n    )\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 updating usages on image $id\")\n      .incrementOnFailure(metrics.map(_.failedUsagesUpdates)){case _ => true}\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def updateImageSyndicationRights(id: String, rights: Option[SyndicationRights], lastModified: DateTime)\n                                  (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n\n    val replaceSyndicationRightsScript = \"\"\"\n        | ctx._source.syndicationRights = params.syndicationRights;\n      \"\"\".stripMargin\n\n\n    val rightsParameter = rights.map(sr => asNestedMap(sr)).orNull\n\n    val scriptSource = loadUpdatingModificationPainless(replaceSyndicationRightsScript)\n\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"syndicationRights\", rightsParameter))\n\n    List(executeAndLog(updateRequest, s\"ES6 updating syndicationRights on image $id with rights $rightsParameter\").map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def applyImageMetadataOverride(id: String, metadata: Edits, lastModified: DateTime)\n                                (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n\n    val photoshootSuggestionScript = \"\"\"\n      | if (ctx._source.userMetadata.photoshoot != null) {\n      |   ctx._source.userMetadata.photoshoot.suggest = [ \"input\": [ ctx._source.userMetadata.photoshoot.title ] ];\n      | }\n    \"\"\".stripMargin\n\n    val metadataParameter = JsDefined(Json.toJson(metadata)).toOption.map(asNestedMap).orNull\n\n    val replaceUserMetadata =\n      \"\"\"\n        | def lastUpdatedDate = ctx._source.userMetadataLastModified != null ? Date.from(Instant.from(DateTimeFormatter.ISO_DATE_TIME.parse(ctx._source.userMetadataLastModified))) : null;\n        | if (lastUpdatedDate == null || modificationDate.after(lastUpdatedDate)) {\n        |   ctx._source.userMetadata = params.userMetadata;\n        |   ctx._source.userMetadataLastModified = params.lastModified;\n        | }\n        | \"\"\"\n\n    val scriptSource = loadUpdatingModificationPainless(\n      s\"\"\"\n          | $replaceUserMetadata\n          | $refreshEditsScript\n          | $photoshootSuggestionScript\n       \"\"\"\n    )\n\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"userMetadata\", metadataParameter))\n\n    List(executeAndLog(updateRequest, s\"ES6 updating user metadata on image $id with lastModified $lastModified\").map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def getInferredSyndicationRightsImages(photoshoot: Photoshoot, excludedImageId: Option[String])\n                                        (implicit ex: ExecutionContext, logMarker: LogMarker): Future[List[Image]] = { \/\/ TODO could be a Seq\n    val inferredSyndicationRights = not(termQuery(\"syndicationRights.isInferred\", false)) \/\/ Using 'not' to include nulls\n\n    val filter = excludedImageId match {\n      case Some(imageId) => boolQuery must(\n        inferredSyndicationRights,\n        not(idsQuery(imageId))\n      )\n      case _ => inferredSyndicationRights\n    }\n\n    val filteredMatches: BoolQuery = boolQuery must(\n      matchQuery(photoshootField(\"title\"), photoshoot.title),\n      filter\n    )\n\n    val request = search(imagesAlias) bool filteredMatches limit 200 \/\/ TODO no order?\n\n    executeAndLog(request, s\"ES6 get images in photoshoot ${photoshoot.title} with inferred syndication rights (excluding $excludedImageId)\").map { r =>\n      r.result.hits.hits.toList.map { h =>\n        Json.parse(h.sourceAsString).as[Image]\n      }\n    }\n  }\n\n  def getLatestSyndicationRights(photoshoot: Photoshoot, excludedImageId: Option[String])\n                                (implicit ex: ExecutionContext, logMarker: LogMarker): Future[Option[Image]] = {\n    val nonInferredSyndicationRights = termQuery(\"syndicationRights.isInferred\", false)\n\n    val filter = excludedImageId match {\n      case Some(imageId) => boolQuery must(\n        nonInferredSyndicationRights,\n        not(idsQuery(imageId))\n      )\n      case _ => nonInferredSyndicationRights\n    }\n\n    val filteredMatches = boolQuery must(\n      matchQuery(photoshootField(\"title\"), photoshoot.title),\n      filter\n    )\n\n    val syndicationRightsPublishedDescending = fieldSort(\"syndicationRights.published\").order(SortOrder.DESC)\n\n    val request = search(imagesAlias) bool filteredMatches sortBy syndicationRightsPublishedDescending\n\n    executeAndLog(request, s\"ES6 get image in photoshoot ${photoshoot.title} with latest rcs syndication rights (excluding $excludedImageId)\").map { r =>\n      r.result.hits.hits.toList.headOption.map { h =>\n        Json.parse(h.sourceAsString).as[Image]\n      }\n    }\n  }\n\n  def deleteImage(id: String)\n                 (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchDeleteResponse]] = {\n    \/\/ search for the image first, and then only delete and succeed\n    \/\/ this is because the delete query does not respond with anything useful\n    \/\/ TODO: is there a more efficient way to do this?\n\n    val deletableImage = boolQuery.withMust(\n      idsQuery(id)).withNot(\n      existsQuery(\"exports\"),\n      nestedQuery(\"usages\").query(existsQuery(\"usages\"))\n    )\n\n    val eventualDeleteResponse = executeAndLog(count(imagesAlias).query(deletableImage), s\"ES6 searching for image to delete: $id\").flatMap { r =>\n      val deleteFuture = r.result.count match {\n        case 1 => executeAndLog(deleteById(imagesAlias, id), s\"ES6 deleting image $id\")\n        case _ => Future.failed(ImageNotDeletable)\n      }\n      deleteFuture\n        .incrementOnSuccess(metrics.map(_.deletedImages))\n        .incrementOnFailure(metrics.map(_.failedDeletedImages)) { case ImageNotDeletable => true }\n    }\n\n    List(eventualDeleteResponse.map { _ =>\n      ElasticSearchDeleteResponse()\n    })\n  }\n\n  def deleteAllImageUsages(id: String,\n                           lastModified: DateTime\n                          )\n                          (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val deleteUsagesScript = loadUpdatingModificationPainless(\"ctx._source.remove('usages');\")\n\n    val updateRequest = prepareUpdateRequest(id, deleteUsagesScript, lastModified)\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 removing all usages on image $id\", true)\n      .incrementOnFailure(metrics.map(_.failedUsagesUpdates)){case _ => true}\n\n    List(eventualUpdateResponse.map(response => {\n      if(response.status == 404){\n        logger.warn(\"Attempted to delete usages for non-existant image.\")\n      }\n      ElasticSearchUpdateResponse()\n    }))\n  }\n\n  def deleteSyndicationRights(id: String, lastModified: DateTime)\n                             (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val deleteSyndicationRightsScript = s\"\"\"\n        | $modificationDateFormatting\n        | ctx._source.remove('syndicationRights');\n        | $updateLastModifiedScript\n      \"\"\".stripMargin\n\n    val updateRequest= prepareUpdateRequest(id, deleteSyndicationRightsScript, lastModified)\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 removing syndication rights on image $id\", true)\n      .incrementOnFailure(metrics.map(_.failedSyndicationRightsUpdates)){case _ => true}\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  private def getUpdateRequest(id: String, script: String) =\n    updateById(imagesAlias, id)\n      .script(Script(script = script).lang(\"painless\"))\n\n  def replaceImageLeases(id: String, leases: Seq[MediaLease], lastModified: DateTime)\n                        (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val replaceLeasesScript =\n      \"\"\"\n        | ctx._source.leases = [\"leases\": params.leases, \"lastModified\": params.lastModified];\n        | \"\"\".stripMargin\n\n    val scriptSource = loadUpdatingModificationPainless(replaceLeasesScript)\n\n    val leasesParameter = leases.map(l => asNestedMap(Json.toJson(l)))\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"leases\", leasesParameter))\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 updating all leases on image $id with: ${leases.toString}\")\n      .incrementOnFailure(metrics.map(_.failedSyndicationRightsUpdates)){case _ => true}\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  private def prepareScript(scriptSource: String, lastModified: DateTime, params: (String, Object)*) =\n    Script(script = scriptSource).lang(\"painless\").param(\"lastModified\", printDateTime(lastModified)).params(params)\n\n  private def prepareUpdateRequest(id: String, scriptSource: String, lastModified: DateTime, params: (String, Object)*) =\n    updateById(imagesAlias, id).script(prepareScript(scriptSource, lastModified, params:_*))\n\n  private def prepareUpdateRequest(id: String, scriptSource: String, lastModified: DateTime) =\n    updateById(imagesAlias, id).script(prepareScript(scriptSource, lastModified))\n\n  def addImageLease(id: String, lease: MediaLease, lastModified: DateTime)\n                   (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n\n    val addLeaseScript =\n      \"\"\"| if (ctx._source.leases == null || ctx._source.leases.leases == null) {\n         |   ctx._source.leases = [\"leases\": [params.lease], \"lastModified\": params.lastModified];\n         | } else {\n         |   ctx._source.leases.leases.add(params.lease);\n         |   ctx._source.leases.lastModified = params.lastModified;\n         | }\n    \"\"\".stripMargin\n\n    val scriptSource = loadUpdatingModificationPainless(addLeaseScript)\n\n    val leaseParameter = JsDefined(Json.toJson(lease)).toOption.map(_.as[MediaLease]).map(i => asNestedMap(Json.toJson(i))).orNull\n\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"lease\", leaseParameter))\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 adding lease on image $id with: $leaseParameter\")\n      .incrementOnFailure(metrics.map(_.failedUsagesUpdates)){case _ => true}\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def removeImageLease(id: String, leaseId: Option[String], lastModified: DateTime)\n                      (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val removeLeaseScript =\n      \"\"\"|\n         | for(int i = 0; i < ctx._source.leases.leases.size(); i++) {\n         |    if (ctx._source.leases.leases[i].id == params.leaseId) {\n         |      ctx._source.leases.leases.remove(i);\n         |      ctx._source.leases.lastModified = params.lastModified;\n         |    }\n         | }\n      \"\"\"\n\n    val scriptSource = loadUpdatingModificationPainless(removeLeaseScript)\n\n    val leaseIdParameter = JsDefined(Json.toJson(leaseId)).toOption.map(_.as[String]).orNull\n\n    val updateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"leaseId\", leaseIdParameter))\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 removing lease with id $leaseIdParameter from image $id\", true)\n      .incrementOnFailure(metrics.map(_.failedUsagesUpdates)) { case _ => true }\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def updateImageExports(id: String, exports: Seq[Crop], lastModified: DateTime)\n                        (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n\n\n    val addExportsScript =\n    \"\"\"| if (ctx._source.exports == null) {\n       |   ctx._source.exports = params.exports;\n       | } else {\n       |   ctx._source.exports.addAll(params.exports);\n       | }\n    \"\"\"\n\n    val scriptSource = loadUpdatingModificationPainless(addExportsScript)\n\n    val exportsParameter = JsDefined(Json.toJson(exports)).toOption.map { cs: JsValue =>  \/\/ TODO deduplicate with set collections\n      cs.as[JsArray].value.map { c =>\n        asNestedMap(c)\n      }\n    }.orNull\n\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, scriptSource, lastModified, (\"exports\", exportsParameter))\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 updating exports on image $id\")\n      .incrementOnFailure(metrics.map(_.failedExportsUpdates)) { case _ => true }\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def deleteImageExports(id: String, lastModified: DateTime)\n                        (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val deleteExportsScript = \"ctx._source.remove('exports');\"\n\n    val scriptSource = loadUpdatingModificationPainless(deleteExportsScript)\n\n    val updateRequest = prepareUpdateRequest(id, scriptSource, lastModified)\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 removing exports from image $id\", true)\n      .incrementOnFailure(metrics.map(_.failedExportsUpdates)) { case _ => true }\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  def setImageCollections(id: String, collections: Seq[Collection], lastModified: DateTime)\n                         (implicit ex: ExecutionContext, logMarker: LogMarker): List[Future[ElasticSearchUpdateResponse]] = {\n    val setImagesCollectionScript = \"ctx._source.collections = params.collections;\"\n    val setImageCollectionsScript = loadUpdatingModificationPainless(setImagesCollectionScript)\n\n    val collectionsParameter = JsDefined(Json.toJson(collections)).toOption.map { cs: JsValue =>\n      cs.as[JsArray].value.map { c =>\n        asNestedMap(c)\n      }\n    }.orNull\n\n    val updateRequest: UpdateRequest = prepareUpdateRequest(id, setImageCollectionsScript, lastModified, (\"collections\", collectionsParameter))\n\n    val eventualUpdateResponse = executeAndLog(updateRequest, s\"ES6 setting collections on image $id\")\n      .incrementOnFailure(metrics.map(_.failedCollectionsUpdates)) { case _ => true }\n\n    List(eventualUpdateResponse.map(_ => ElasticSearchUpdateResponse()))\n  }\n\n  private val refreshMetadataScript = \"\"\"\n    | ctx._source.metadata = new HashMap();\n    | if (ctx._source.originalMetadata != null) {\n    |   ctx._source.metadata.putAll(ctx._source.originalMetadata);\n    | }\n    | if (ctx._source.userMetadata != null && ctx._source.userMetadata.metadata != null) {\n    |   ctx._source.metadata.putAll(ctx._source.userMetadata.metadata);\n    | }\n    | ctx._source.metadata = ctx._source.metadata.entrySet().stream().filter(x -> x.value != \"\").collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue));\n    \"\"\".stripMargin\n\n  private val refreshUsageRightsScript = \"\"\"\n    | if (ctx._source.userMetadata != null && ctx._source.userMetadata.usageRights != null) {\n    |   ctx._source.usageRights = new HashMap();\n    |   ctx._source.usageRights.putAll(ctx._source.userMetadata.usageRights);\n    | } else if (ctx._source.originalUsageRights == null){\n    |   ctx._source.usageRights = null;\n    | } else {\n    |   ctx._source.usageRights = new HashMap();\n    |   ctx._source.usageRights.putAll(ctx._source.originalUsageRights);\n    | }\n    \"\"\".stripMargin\n\n  private val refreshEditsScript = refreshMetadataScript + refreshUsageRightsScript\n\n  private def loadPainless(str: String) = str.stripMargin.split('\\n').map(_.trim.filter(_ >= ' ')).mkString \/\/ remove ctrl chars and leading, trailing whitespace\n  private def loadUpdatingModificationPainless(str: String) = loadPainless(modificationDateFormatting + \"\\n\" + str + \"\\n\" + updateLastModifiedScript)\n\n  private val modificationDateFormatting =\n    \"\"\"\n      | def modificationDate = Date.from(Instant.from(DateTimeFormatter.ISO_DATE_TIME.parse(params.lastModified)));\n      \"\"\"\n\n  \/\/ Script that updates the \"lastModified\" property using the \"lastModified\" parameter\n  private val updateLastModifiedScript =\n    \"\"\"\n      | def lastModifiedDate = ctx._source.lastModified != null ? Date.from(Instant.from(DateTimeFormatter.ISO_DATE_TIME.parse(ctx._source.lastModified))) : null;\n      | if (lastModifiedDate == null || modificationDate.after(lastModifiedDate)) {\n      |   ctx._source.lastModified = params.lastModified;\n      | }\n    \"\"\".stripMargin\n\n  private def asNestedMap(sr: SyndicationRights) = { \/\/ TODO not great; there must be a better way to flatten a case class into a Map\n    import com.fasterxml.jackson.databind.ObjectMapper\n    import com.fasterxml.jackson.module.scala.DefaultScalaModule\n    import com.fasterxml.jackson.module.scala.experimental.ScalaObjectMapper\n    val mapper = new ObjectMapper() with ScalaObjectMapper\n    mapper.registerModule(DefaultScalaModule)\n    mapper.readValue[Map[String, Object]](Json.stringify(Json.toJson(sr)))\n  }\n\n  private def asNestedMap(i: JsValue) = { \/\/ TODO not great; there must be a better way to flatten a case class into a Map\n    import com.fasterxml.jackson.databind.ObjectMapper\n    import com.fasterxml.jackson.module.scala.DefaultScalaModule\n    import com.fasterxml.jackson.module.scala.experimental.ScalaObjectMapper\n    val mapper = new ObjectMapper() with ScalaObjectMapper\n    mapper.registerModule(DefaultScalaModule)\n    mapper.readValue[Map[String, Object]](Json.stringify(i))\n  }\n\n  private def asImageUpdate(image: JsValue): JsValue = {\n    def removeUploadInformation(): Reads[JsObject] =\n      (__ \\ \"uploadTime\").json.prune andThen\n        (__ \\ \"userMetadata\").json.prune andThen\n        (__ \\ \"exports\").json.prune andThen\n        (__ \\ \"uploadedBy\").json.prune andThen\n        (__ \\ \"collections\").json.prune andThen\n        (__ \\ \"leases\").json.prune andThen\n        (__ \\ \"usages\").json.prune\n\n    image.transform(removeUploadInformation()).get\n  }\n}\n"}
{"repo_name":"tonytw1\/grid","path":"common-lib\/src\/test\/scala\/com\/gu\/mediaservice\/lib\/auth\/ApiKeyAuthenticationProviderTest.scala","text":"<reponame>tonytw1\/grid\npackage com.gu.mediaservice.lib.auth\n\nimport akka.actor.ActorSystem\nimport com.gu.mediaservice.lib.auth.Authentication.MachinePrincipal\nimport com.gu.mediaservice.lib.auth.provider.{ApiKeyAuthenticationProvider, Authenticated, AuthenticationProviderResources, Invalid, NotAuthenticated, NotAuthorised}\nimport com.gu.mediaservice.lib.config.CommonConfig\nimport org.scalatest.Inside.inside\nimport org.scalatest.{AsyncFreeSpec, BeforeAndAfterAll, EitherValues, Matchers}\nimport play.api.mvc.DefaultControllerComponents\nimport play.api.test.{FakeRequest, WsTestClient}\nimport play.api.{Configuration, Environment}\n\nimport scala.concurrent.ExecutionContext.global\nimport scala.concurrent.Future\n\n\/\/noinspection NotImplementedCode,SpellCheckingInspection\nclass ApiKeyAuthenticationProviderTest extends AsyncFreeSpec with Matchers with EitherValues with BeforeAndAfterAll {\n\n  private val actorSystem: ActorSystem = ActorSystem()\n  private val wsClient = new WsTestClient.InternalWSClient(\"https\", 443)\n  private val config = new CommonConfig(Configuration.load(Environment.simple())) {}\n  private val providerConfig = Configuration.empty\n  private val controllerComponents: DefaultControllerComponents = DefaultControllerComponents(null, null, null, null, null, global)\n  private val resources = AuthenticationProviderResources(config, actorSystem, wsClient, controllerComponents)\n  private val provider = new ApiKeyAuthenticationProvider(providerConfig, resources) {\n    override def initialise(): Unit = { \/* do nothing *\/ }\n\n    override def shutdown(): Future[Unit] = { \/* do nothing *\/\n      Future.successful(())\n    }\n\n    override def keyStore: KeyStore = new KeyStore(\"not-used\", resources.commonConfig) {\n      override def lookupIdentity(key: String): Option[ApiAccessor] = {\n        key match {\n          case \"key-chuckle\" => Some(ApiAccessor(\"brothers\", Internal))\n          case \"key-limited\" => Some(ApiAccessor(\"locked-down\", ReadOnly))\n          case _ => None\n        }\n      }\n    }\n  }\n\n  \"requestAuthentication\" - {\n    \"should return Authenticated if the key is valid\" in {\n      val testHeader = ApiKeyAuthenticationProvider.apiKeyHeaderName -> \"key-chuckle\"\n      val status = provider.authenticateRequest(FakeRequest().withHeaders(testHeader))\n      inside(status) {\n        case Authenticated(MachinePrincipal(apiAccessor, attributes)) =>\n          apiAccessor shouldBe ApiAccessor(\"brothers\", Internal)\n          attributes.contains(ApiKeyAuthenticationProvider.ApiKeyHeader) shouldBe true\n          attributes.get(ApiKeyAuthenticationProvider.ApiKeyHeader) shouldBe Some(testHeader)\n      }\n    }\n    \"should return NotAuthenticated if the header is missing\" in {\n      val status = provider.authenticateRequest(FakeRequest())\n      status shouldBe NotAuthenticated\n    }\n    \"should return Invalid if the key is invalid\" in {\n      val testHeader = ApiKeyAuthenticationProvider.apiKeyHeaderName -> \"key-banana\"\n      val status = provider.authenticateRequest(FakeRequest().withHeaders(testHeader))\n      inside(status) {\n        case Invalid(message, _) =>\n          message shouldBe \"API key not valid\"\n      }\n    }\n    \"should return NotAuthorised if the key doesn't have enough permissions\" in {\n      val testHeader = ApiKeyAuthenticationProvider.apiKeyHeaderName -> \"key-limited\"\n      val status = provider.authenticateRequest(FakeRequest().withHeaders(testHeader).withMethod(\"POST\"))\n      inside(status) {\n        case NotAuthorised(message) =>\n          message shouldBe \"API key locked-down valid but not authorised for this request\"\n      }\n    }\n  }\n}\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/build.sbt","text":"name := \"$name;format=\"Camel\"$\"\n\nversion := \"1.0\"\n\nscalaVersion := \"$scalaVersion$\"\n\nval antlrVer = \"4.9.3\"\nenablePlugins(Antlr4Plugin)\nantlr4Version in Antlr4 := antlrVer\nantlr4PackageName in Antlr4 := Some(\"$package$.antlr\")\nantlr4GenListener in Antlr4 := false\nantlr4GenVisitor in Antlr4 := true\n\nlibraryDependencies ++=\n  Seq(\n\n    \"org.antlr\" % \"antlr4-runtime\" % antlrVer,\n    \"org.antlr\" % \"stringtemplate\" % \"4.0.2\",\n\n    \"org.rogach\" %% \"scallop\" % \"4.1.0\",\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.2.11\",\n    \"com.typesafe\" % \"config\" % \"1.4.2\",\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.9.4\",\n\n    \"org.scalatest\" %% \"scalatest\" % \"3.2.11\" % \"test\"\n\n  )\n\nmainClass in assembly := Some(\"$package$.Main\")\nassemblyJarName in assembly := \"$name;format=\"Camel\"$.jar\"\n\nassemblyMergeStrategy in assembly := {\n  case PathList(\"reference.conf\") => MergeStrategy.concat\n  case x if x.endsWith(\"io.netty.versions.properties\") => MergeStrategy.first\n  case PathList(\"META-INF\", _ @ _*) => MergeStrategy.discard\n  case _ => MergeStrategy.first\n}\n\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/main\/scala\/$package$\/Main.scala","text":"<gh_stars>0\npackage $package$\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.rogach.scallop._\n\nobject Main extends LazyLogging {\n\n  class Conf(arguments: Seq[String]) extends ScallopConf(arguments) {\n    \/\/val apples = opt[Int](required = true)\n    \/\/val bananas = opt[Int]()\n    val expression: ScallopOption[String] = trailArg[String]()\n    verify()\n  }\n\n  def main(args: Array[String]): Unit = {\n\n    val conf = new Conf(args)\n    conf.expression.toOption match {\n      case Some(input) => println(Parse(input))\n      case _           => conf.printHelp()\n    }\n\n  }\n\n}\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/main\/scala\/$package$\/antlr4\/Expr.scala","text":"<reponame>navicore\/antlr4.g8\npackage $package$.antlr4\n\nsealed trait Expr\ncase class Operation(name:String) extends Expr\ncase class ExprResult(res:Option[Double]) extends Expr\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/main\/scala\/$package$\/Parse.scala","text":"package $package$\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.antlr.v4.runtime.{CharStreams, CommonTokenStream}\nimport $package$.antlr.{$grammar$Lexer, $grammar$Parser}\nimport $package$.antlr4.{$grammar$VisitorImpl, Expr}\n\nobject Parse extends LazyLogging {\n\n  val arithmeticVisitor = new $grammar$VisitorImpl()\n\n  def apply(input: String): Expr = {\n\n    logger.debug(\"Evaluating expression: \" + input)\n\n    val charStream = CharStreams.fromString(input)\n    val lexer = new $grammar$Lexer(charStream)\n    val tokens = new CommonTokenStream(lexer)\n    val parser = new $grammar$Parser(tokens)\n    arithmeticVisitor.visit(parser.expr())\n  }\n\n}\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/test\/scala\/$package$\/$grammar$VisitorSpec.scala","text":"package $package$\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport $package$.antlr4._\n\nclass $grammar$VisitorSpec extends AnyFlatSpec with Matchers {\n\n  \"addition should\" should \"add\" in {\n    Parse(\"1 + 2\") should be(ExprResult(Some(3)))\n  }\n\n  \"multiplication\" should \"multiply\" in {\n    Parse(\"2 * 3\") should be(ExprResult(Some(6)))\n  }\n\n  \"1 ^ 2\" should \"fail\" in {\n    Parse(\"1 ^ 2\") should be(ExprResult(None))\n  }\n\n}\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/main\/scala\/$package$\/antlr4\/$grammar$VisitorImpl.scala","text":"package $package$.antlr4\n\nimport $package$.antlr._\nimport scala.collection.JavaConverters._\nimport scala.util.Try\n\nclass $grammar$VisitorImpl extends $grammar$ParserBaseVisitor[Expr] {\n\n  def parseDouble(s: String): Option[Double] = Try(s.toDouble).toOption\n\n  def calculate(op1:Double, op2:Double, operation:String):Option[Double] = {\n    operation match {\n      case \"+\" => Some(op1 + op2)\n      case \"-\" => Some(op1 - op2)\n      case \"*\" => Some(op1 * op2)\n      case \"\/\" => Try(op1 \/ op2).toOption\n      case _ =>\n        println(s\"Unsupported operation\")\n        None\n    }\n  }\n\n  override def visitExpr(ctx: $grammar$Parser.ExprContext): ExprResult = {\n    val exprText = ctx.getText\n\n    val operands: Seq[String] = ctx.NUMBER().asScala.map(_.getText)\n    val operand1: Double = parseDouble(operands.headOption.getOrElse(\"0.0\")).getOrElse(0.0)\n    val operand2: Double = parseDouble(operands.lift(1).getOrElse(\"0.0\")).getOrElse(0.0)\n\n    val operation = visitOperation(ctx.operation())\n\n    ExprResult(calculate(operand1, operand2, operation.name))\n\n  }\n\n  override def visitOperation(ctx: $grammar$Parser.OperationContext): Operation = {\n    val op = ctx.getText\n    Operation(op)\n  }\n\n}\n"}
{"repo_name":"navicore\/antlr4.g8","path":"src\/main\/g8\/src\/test\/scala\/$package$\/ExampleSpec.scala","text":"package $package$\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass ExampleSpec extends AnyFlatSpec with Matchers {\n\n  \"A Stack\" should \"pop values in last-in-first-out order\" in {\n    val stack = List[Int]()\n    (stack :+ 1) should be(List[Int](1))\n  }\n\n  it should \"throw NoSuchElementException if an empty stack is popped\" in {\n    val emptyStack = List[Int]()\n    a[IndexOutOfBoundsException] should be thrownBy {\n      emptyStack(1)\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"project\/build.sbt","text":"ThisBuild \/ scalaVersion := \"2.12.10\"\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"build.sbt","text":"ThisBuild \/ organization := \"com.slamdata\"\n\ndescription := \"Common build configuration for SBT projects\"\n\nThisBuild \/ sbtVersion := \"1.3.8\"\nThisBuild \/ scalaVersion := \"2.12.10\"\n\nlazy val root = project\n  .in(file(\".\"))\n  .aggregate(core, artifact, plugin)\n  .settings(noPublishSettings)\n\nlazy val core = project.in(file(\"core\"))\n  .settings(\n    name := \"sbt-slamdata-core\",\n    scalacStrictMode := false)\n\nlazy val artifact = project.in(file(\"artifact\"))\n  .dependsOn(core)\n  .settings(name := \"sbt-slamdata\")\n\nlazy val plugin = project.in(file(\"plugin\"))\n  .dependsOn(core)\n  .settings(name := \"sbt-slamdata-plugin\")\n\nThisBuild \/ organizationName := \"SlamData Inc.\"\nThisBuild \/ organizationHomepage := Some(url(\"https:\/\/slamdata.com\"))\nThisBuild \/ homepage := Some(url(\"https:\/\/github.com\/slamdata\/sbt-slamdata\"))\nThisBuild \/ scmInfo := Some(ScmInfo(homepage.value.get, \"scm:git@github.com:slamdata\/sbt-slamdata.git\"))\n\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"plugin\/src\/main\/scala\/slamdata\/SbtSlamDataPlugin.scala","text":"\/*\n * Copyright 2014\u20132020 SlamData Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage slamdata\n\nimport sbt._, Keys._\n\nimport bintray.{BintrayKeys, BintrayPlugin}, BintrayKeys._\n\nimport sbtghactions.GitHubActionsPlugin, GitHubActionsPlugin.autoImport._\n\nimport scala.{sys, Some}\nimport scala.collection.immutable.Seq\n\nobject SbtSlamDataPlugin extends SbtSlamDataBase {\n\n  override def requires = super.requires && BintrayPlugin\n\n  object autoImport extends autoImport {\n\n    lazy val noPublishSettings = Seq(\n      publish := {},\n      publishLocal := {},\n      bintrayRelease := {},\n      publishArtifact := false,\n      skip in publish := true,\n      bintrayEnsureBintrayPackageExists := {})\n  }\n\n  import autoImport._\n\n  override def projectSettings =\n    super.projectSettings ++\n    addCommandAlias(\"releaseSnapshot\", \"; project \/; reload; checkLocalEvictions; bintrayEnsureBintrayPackageExists; publish; bintrayRelease\") ++\n    Seq(\n      sbtPlugin := true,\n\n      bintrayOrganization := Some(\"slamdata-inc\"),\n      bintrayRepository := \"sbt-plugins\",\n      bintrayReleaseOnPublish := false,\n\n      publishMavenStyle := false,\n\n      \/\/ it's annoying that sbt-bintray doesn't do this for us\n      credentials ++= {\n        if (githubIsWorkflowBuild.value) {\n          val creds = for {\n            user <- sys.env.get(\"BINTRAY_USER\")\n            pass <- sys.env.get(\"BINTRAY_PASS\")\n          } yield Credentials(\"Bintray API Realm\", \"api.bintray.com\", user, pass)\n\n          creds.toSeq\n        } else {\n          Seq()\n        }\n      })\n\n  override def buildSettings =\n    super.buildSettings ++\n    Seq(\n      secrets += file(\"credentials.yml.enc\"),\n\n      transferPublishAndTagResources := {\n        transferToBaseDir(\"plugin\", (ThisBuild \/ baseDirectory).value, \"credentials.yml.enc\")\n        transferPublishAndTagResources.value\n      })\n\n  protected val autoImporter = autoImport\n}\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"artifact\/build.sbt","text":"addSbtPlugin(\"com.codecommit\" % \"sbt-github-packages\" % \"0.4.2\")\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"version.sbt","text":"<filename>version.sbt\nversion in ThisBuild := \"6.2.7\""}
{"repo_name":"scala-steward\/sbt-slamdata","path":"core\/build.sbt","text":"libraryDependencies += \"org.yaml\" % \"snakeyaml\" % \"1.26\"\n\naddSbtPlugin(\"io.crashbox\"       % \"sbt-gpg\"            % \"0.2.1\")\naddSbtPlugin(\"com.codecommit\"    % \"sbt-github-actions\" % \"0.1-58d9629\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\"         % \"5.4.0\")\naddSbtPlugin(\"com.dcsobral\"      % \"sbt-trickle\"        % \"0.2.3\")\n\nlibraryDependencies ++= Seq(\n  \"org.typelevel\" %% \"cats-effect\" % \"2.1.2\",\n  \"com.47deg\" %% \"github4s\" % \"0.22.0\")\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"core\/src\/main\/scala\/slamdata\/SbtSlamDataKeys.scala","text":"<reponame>scala-steward\/sbt-slamdata<filename>core\/src\/main\/scala\/slamdata\/SbtSlamDataKeys.scala\n\/*\n * Copyright 2014\u20132020 SlamData Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage slamdata\n\nimport sbt._\nimport sbt.librarymanagement.ModuleFilter\n\nimport scala.{Boolean, Unit}\n\ntrait SbtSlamDataKeys {\n\n  lazy val managedVersions = settingKey[ManagedVersions](\n    \"The trickle-managed versions repository\")\n\n  lazy val exportSecretsForActions = taskKey[Unit](\n    \"Uses the GitHub Actions echo syntax and the openssl command to decrypt and export all configured secrets\")\n\n  lazy val decryptSecret = inputKey[Unit](\n    \"Delegates to openssl to decrypt a given file that was encrypted using $ENCRYPTION_PASSWORD. The name should correspond to the *decrypted* file, while the encrypted file is suffixed with `.enc`. Paths are relative to the base of the project\")\n\n  lazy val encryptSecret = inputKey[Unit](\n    \"Delegates to openssl to encrypt a given file using $ENCRYPTION_PASSWORD. The name should correspond to the *decrypted* file, while the encrypted file is suffixed with `.enc`. Paths are relative to the base of the project\")\n\n  lazy val secrets = settingKey[Seq[File]](\n    \"The set of all encrypted yaml files whos values are to be decrypted and exported\")\n\n  lazy val checkLocalEvictions = taskKey[Unit](\n    \"Checks for the existence of local evictions in the build and fails if they are found\")\n\n  lazy val transferPublishAndTagResources = taskKey[Unit](\n    \"Transfers publishAndTag script and associated resources\")\n\n  lazy val transferCommonResources = taskKey[Unit](\n    \"Transfers common resources not used in publication\")\n\n  lazy val scalacStrictMode = settingKey[Boolean](\n    \"Include stricter warnings and WartRemover settings\")\n\n  lazy val checkHeaders = taskKey[Unit](\"Fail the build if createHeaders is not up-to-date\")\n\n  lazy val publishAsOSSProject = settingKey[Boolean](\n    \"Determines if project should be released publicly both to bintray and maven or only to a private bintray repository\")\n\n  lazy val synchronizeWithSonatypeStaging = taskKey[Unit](\"Synchronize artifacts published on bintray sonatype staging repository\")\n  lazy val releaseToMavenCentral = taskKey[Unit](\"Close the sonatype staging repository\")\n  lazy val performMavenCentralSync = settingKey[Boolean](\"If true, then project will be sync'd from maven-public to Maven Central\")\n\n  \/* Unsafe eviction check *\/\n  lazy val unsafeEvictionsConf = settingKey[Seq[(ModuleFilter, VersionNumberCompatibility)]](\"List of evictions deemed unsafe\")\n  lazy val unsafeEvictionsFatal = settingKey[Boolean](\"Unsafe evictions are fatal if true\")\n  lazy val unsafeEvictionsCheck = taskKey[UpdateReport](\"Resolves and optionally retrieves dependencies, producing a report whilst checking for unsafe evictions.\")\n\n}\n\nobject SbtSlamDataKeys extends SbtSlamDataKeys\n"}
{"repo_name":"scala-steward\/sbt-slamdata","path":"core\/src\/main\/scala\/slamdata\/SbtSlamDataBase.scala","text":"\/*\n * Copyright 2014\u20132020 SlamData Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage slamdata\n\nimport sbt._, Keys._\nimport sbt.Def.Initialize\nimport sbt.complete.DefaultParsers.fileParser\n\nimport de.heikoseeberger.sbtheader.AutomateHeaderPlugin\nimport de.heikoseeberger.sbtheader.HeaderPlugin.autoImport._\n\nimport _root_.io.crashbox.gpg.SbtGpg\n\nimport sbtghactions.GitHubActionsPlugin, GitHubActionsPlugin.autoImport._\n\nimport org.yaml.snakeyaml.Yaml\n\nimport sbttrickle.TricklePlugin, TricklePlugin.autoImport._\nimport sbttrickle.metadata.{ModuleUpdateData, OutdatedRepository}\n\nimport scala.{sys, Boolean, None, Some, StringContext}\nimport scala.collection.immutable.{Set, Seq}\nimport scala.collection.JavaConverters._\nimport scala.sys.process._\n\nimport java.io.File\nimport java.lang.{String, System}\nimport java.nio.file.attribute.PosixFilePermission, PosixFilePermission.OWNER_EXECUTE\nimport java.nio.file.Files\n\nabstract class SbtSlamDataBase extends AutoPlugin {\n  private[this] val AutobumpPrTitle = \"Applied dependency updates\"\n\n  private var foundLocalEvictions: Set[(String, String)] = Set()\n\n  override def requires =\n    plugins.JvmPlugin &&\n    GitHubActionsPlugin &&\n    SbtGpg &&\n    TricklePlugin\n\n  override def trigger = allRequirements\n\n  class autoImport extends SbtSlamDataKeys {\n    val VersionsPath = \".versions.json\"\n    val BothScopes = \"test->test;compile->compile\"\n\n    \/\/ Exclusive execution settings\n    lazy val ExclusiveTests = config(\"exclusive\") extend Test\n\n    val ExclusiveTest = Tags.Tag(\"exclusive-test\")\n\n    def exclusiveTasks(tasks: Scoped*) =\n      tasks.flatMap(inTask(_)(tags := Seq((ExclusiveTest, 1))))\n\n    def scalacOptions_2_10(strict: Boolean) = {\n      val global = Seq(\n        \"-encoding\", \"UTF-8\",\n        \"-deprecation\",\n        \"-language:existentials\",\n        \"-language:higherKinds\",\n        \"-language:implicitConversions\",\n        \"-feature\",\n        \"-Xlint\")\n\n      if (strict) {\n        global ++ Seq(\n          \"-unchecked\",\n          \"-Xfuture\",\n          \"-Yno-adapted-args\",\n          \"-Yno-imports\",\n          \"-Ywarn-dead-code\",\n          \"-Ywarn-numeric-widen\",\n          \"-Ywarn-value-discard\")\n      } else {\n        global\n      }\n    }\n\n    def scalacOptions_2_11(strict: Boolean) = {\n      val global = Seq(\n        \"-Ypartial-unification\",\n        \"-Ywarn-unused-import\")\n\n      if (strict)\n        global :+ \"-Ydelambdafy:method\"\n      else\n        global\n    }\n\n    def scalacOptions_2_12(strict: Boolean) = Seq(\"-target:jvm-1.8\")\n\n    def scalacOptions_2_13(strict: Boolean) = {\n      val numCPUs = java.lang.Runtime.getRuntime.availableProcessors()\n      Seq(\n        s\"-Ybackend-parallelism\", numCPUs.toString,\n        \"-Wunused:imports\",\n        \"-Wdead-code\",\n        \"-Wnumeric-widen\",\n        \"-Wvalue-discard\")\n    }\n\n    val scalacOptionsRemoved_2_13 =\n      Seq(\n        \"-Yno-adapted-args\",\n        \"-Ywarn-unused-import\",\n        \"-Ywarn-value-discard\",\n        \"-Ywarn-numeric-widen\",\n        \"-Ywarn-dead-code\",\n        \"-Xfuture\")\n\n    val headerLicenseSettings = Seq(\n      headerLicense := Some(HeaderLicense.ALv2(\"2014\u20132020\", \"SlamData Inc.\")),\n      licenses += ((\"Apache 2\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))),\n      checkHeaders := {\n        if ((headerCreate in Compile).value.nonEmpty) sys.error(\"headers not all present\")\n      })\n\n    lazy val commonBuildSettings = Seq(\n      outputStrategy := Some(StdoutOutput),\n      autoCompilerPlugins := true,\n      autoAPIMappings := true,\n\n      addCompilerPlugin(\"org.typelevel\" %% \"kind-projector\"     % \"0.11.0\" cross CrossVersion.full),\n      addCompilerPlugin(\"com.olegpy\"    %% \"better-monadic-for\" % \"0.3.1\"),\n\n      \/\/ default to true\n      scalacStrictMode := true,\n\n      scalacOptions ++= {\n        val strict = scalacStrictMode.value\n\n        CrossVersion.partialVersion(scalaVersion.value) match {\n          case Some((2, 13)) =>\n            val mainline = scalacOptions_2_10(strict) ++\n              scalacOptions_2_11(strict) ++\n              scalacOptions_2_12(strict) ++\n              scalacOptions_2_13(strict)\n\n            mainline.filterNot(scalacOptionsRemoved_2_13.contains)\n\n          case Some((2, 12)) => scalacOptions_2_10(strict) ++ scalacOptions_2_11(strict) ++ scalacOptions_2_12(strict)\n\n          case Some((2, 11)) => scalacOptions_2_10(strict) ++ scalacOptions_2_11(strict)\n\n          case _ => scalacOptions_2_10(strict)\n        }\n      },\n\n      scalacOptions --= {\n        CrossVersion.partialVersion(scalaVersion.value) match {\n          case Some((2, n)) if n >= 13 => Some(\"-Ypartial-unification\")\n          case _ => None\n        }\n      },\n\n      scalacOptions ++= {\n        if (githubIsWorkflowBuild.value && scalacStrictMode.value)\n          Seq(\"-Xfatal-warnings\")\n        else\n          Seq()\n      },\n\n      scalacOptions in (Test, console) --= Seq(\n        \"-Yno-imports\",\n        \"-Ywarn-unused-import\"),\n\n      scalacOptions in (Compile, doc) -= \"-Xfatal-warnings\",\n\n      unsafeEvictionsCheck := unsafeEvictionsCheckTask.value,\n    ) ++ headerLicenseSettings\n\n    lazy val commonPublishSettings = Seq(\n      licenses := Seq((\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))),\n\n      publishAsOSSProject := true,\n      performMavenCentralSync := false,\n\n      synchronizeWithSonatypeStaging := {},\n      releaseToMavenCentral := {},\n      autoAPIMappings := true,\n\n      developers := List(\n        Developer(\n          id = \"slamdata\",\n          name = \"<NAME>.\",\n          email = \"<EMAIL>\",\n          url = new URL(\"http:\/\/slamdata.com\")\n        )))\n\n    implicit final class ProjectSyntax(val self: Project) {\n      def evictToLocal(envar: String, subproject: String, test: Boolean = false): Project = {\n        val eviction = sys.env.get(envar).map(file).filter(_.exists()) map { f =>\n          foundLocalEvictions += ((envar, subproject))\n\n          val ref = ProjectRef(f, subproject)\n          self.dependsOn(if (test) ref % \"test->test;compile->compile\" else ref)\n        }\n\n        eviction.getOrElse(self)\n      }\n    }\n  }\n\n  protected val autoImporter: autoImport\n  import autoImporter._\n\n  override def globalSettings = Seq(\n    concurrentRestrictions in Global := {\n      val oldValue = (concurrentRestrictions in Global).value\n      val maxTasks = 2\n      if (githubIsWorkflowBuild.value)\n      \/\/ Recreate the default rules with the task limit hard-coded:\n        Seq(Tags.limitAll(maxTasks), Tags.limit(Tags.ForkedTestGroup, 1))\n      else\n        oldValue\n    },\n\n    \/\/ Tasks tagged with `ExclusiveTest` should be run exclusively.\n    concurrentRestrictions in Global += Tags.exclusive(ExclusiveTest),\n\n    \/\/ UnsafeEvictions default settings\n    unsafeEvictionsFatal := false,\n    unsafeEvictionsConf := Seq.empty,\n    evictionWarningOptions in unsafeEvictionsCheck := EvictionWarningOptions.full\n      .withWarnEvictionSummary(true)\n      .withInfoAllEvictions(false),\n  )\n\n  override def buildSettings =\n    addCommandAlias(\"ci\", \"; checkHeaders; test\") ++\n    {\n      val vf = file(VersionsPath)\n      if (vf.exists())\n        Seq(managedVersions := ManagedVersions(vf.toPath))\n      else\n        Seq()\n    } ++\n    Seq(\n      organization := \"com.slamdata\",\n\n      organizationName := \"SlamData Inc.\",\n      organizationHomepage := Some(url(\"http:\/\/slamdata.com\")),\n\n      resolvers := Seq(\n        Resolver.sonatypeRepo(\"releases\"),\n        Resolver.bintrayRepo(\"slamdata-inc\", \"maven-public\")),\n\n      checkLocalEvictions := {\n        if (!foundLocalEvictions.isEmpty) {\n          sys.error(s\"found active local evictions: ${foundLocalEvictions.mkString(\"[\", \", \", \"]\")}; publication is disabled\")\n        }\n      },\n\n      trickleDbURI := \"https:\/\/github.com\/slamdata\/build-metadata.git\",\n      trickleRepositoryName := Project.normalizeModuleID(uri(trickleRepositoryURI.value).getPath.substring(1)),\n      trickleRepositoryURI := scmInfo.value.map(_.browseUrl).orElse(homepage.value).getOrElse {\n        sys.error(\"Set 'ThisBuild \/ trickleRepositoryURI' to the github page of this project\")\n      }.toString,\n      trickleGitConfig := {\n        import sbttrickle.git.GitConfig\n        (sys.env.get(\"GITHUB_ACTOR\"), sys.env.get(\"GITHUB_TOKEN\")) match {\n          case (Some(user), Some(password)) => GitConfig(trickleDbURI.value, user, password)\n          case _                            => GitConfig(trickleDbURI.value)\n        }\n      },\n\n      transferPublishAndTagResources \/ aggregate := false,\n      transferPublishAndTagResources := {\n        val baseDir = (ThisBuild \/ baseDirectory).value\n\n        transferScripts(\n          \"core\",\n          baseDir,\n          \"publishAndTag\",\n          \"readVersion\",\n          \"isRevision\")\n\n        transferToBaseDir(\n          \"core\",\n          baseDir,\n          \"signing-secret.pgp.enc\")\n      },\n\n      transferCommonResources \/ aggregate := false,\n      transferCommonResources := {\n        val baseDir = (ThisBuild \/ baseDirectory).value\n\n        transferScripts(\n          \"core\",\n          baseDir,\n          \"checkAndAutoMerge\",\n          \"commonSetup\",\n          \"discordTravisPost\",\n          \"listLabels\",\n          \"closePR\")\n\n        transferToBaseDir(\"core\", baseDir, \"common-secrets.yml.enc\")\n      },\n\n      secrets := Seq(file(\"common-secrets.yml.enc\")),\n\n      exportSecretsForActions := {\n        val log = streams.value.log\n        val plogger = ProcessLogger(log.info(_), log.error(_))\n\n        if (!sys.env.get(\"ENCRYPTION_PASSWORD\").isDefined) {\n          sys.error(\"$ENCRYPTION_PASSWORD not set\")\n        }\n\n        val yaml = new Yaml\n\n        secrets.value foreach { file =>\n          if (file.exists()) {\n            val decrypted = s\"\"\"openssl aes-256-cbc -pass env:ENCRYPTION_PASSWORD -md sha1 -in ${file} -d\"\"\" !! plogger\n            val parsed = yaml.load[Any](decrypted)\n              .asInstanceOf[java.util.Map[String, String]]\n              .asScala\n              .toMap   \/\/ yolo\n\n            parsed foreach {\n              case (key, value) =>\n                println(s\"::add-mask::$value\")\n                println(s\"::set-env name=$key::$value\")\n            }\n          }\n        }\n      },\n\n      decryptSecret \/ aggregate := false,\n      decryptSecret := {\n        if (!sys.env.get(\"ENCRYPTION_PASSWORD\").isDefined) {\n          sys.error(\"$ENCRYPTION_PASSWORD not set\")\n        }\n\n        val file = fileParser(baseDirectory.value).parsed\n        val log = streams.value.log\n        val ecode =\n          runWithLogger(s\"\"\"openssl aes-256-cbc -pass env:ENCRYPTION_PASSWORD -md sha1 -in ${file} -out ${file.getPath().replaceAll(\"\\\\.enc$\", \"\")} -d\"\"\", log)\n\n        if (ecode != 0) {\n          sys.error(s\"openssl exited with status $ecode\")\n        } else {\n          file.delete()\n        }\n      },\n\n      encryptSecret \/ aggregate := false,\n      encryptSecret := {\n        if (!sys.env.get(\"ENCRYPTION_PASSWORD\").isDefined) {\n          sys.error(\"$ENCRYPTION_PASSWORD not set\")\n        }\n\n        val file = fileParser(baseDirectory.value).parsed\n        val log = streams.value.log\n        val ecode =\n          runWithLogger(s\"\"\"openssl aes-256-cbc -pass env:ENCRYPTION_PASSWORD -md sha1 -in ${file} -out ${file}.enc\"\"\", log)\n\n        if (ecode != 0) {\n          sys.error(s\"openssl exited with status $ecode\")\n        } else {\n          file.delete()\n        }\n      },\n\n      \/\/ TODO make this suck less\n      trickleGithubIsAutobumpPullRequest := { pr =>\n        pr.title == AutobumpPrTitle &&\n          pr.base.exists(_.ref == \"master\") &&\n          pr.head.exists(_.ref.startsWith(\"trickle\/\"))\n      })\n\n  private def runWithLogger(command: String, log: Logger, merge: Boolean = false, workingDir: Option[File] = None): Int = {\n    val plogger = ProcessLogger(log.info(_), if (merge) log.info(_) else log.error(_))\n    Process(command, workingDir) ! plogger\n  }\n\n  private def runWithLoggerSeq(command: Seq[String], log: Logger, merge: Boolean, workingDir: Option[File], env: (String, String)*): Int = {\n    val plogger = ProcessLogger(log.info(_), if (merge) log.info(_) else log.error(_))\n    Process(command, workingDir, env: _*) ! plogger\n  }\n\n  def unsafeEvictionsCheckTask: Initialize[Task[UpdateReport]] = Def.task {\n    val currentProject = thisProjectRef.value.project\n    val module = ivyModule.value\n    val isFatal = unsafeEvictionsFatal.value\n    val conf = unsafeEvictionsConf.value\n    val ewo = (evictionWarningOptions in unsafeEvictionsCheck).value\n    val report = (updateFull tag(Tags.Update, Tags.Network)).value\n    val log = streams.value.log\n    slamdata.UnsafeEvictions.check(currentProject, module, isFatal, conf, ewo, report, log)\n  }\n\n  private def isWindows(): Boolean = System.getProperty(\"os.name\").startsWith(\"Windows\")\n\n  private def transfer(src: String, dst: File, permissions: Set[PosixFilePermission] = Set()) = {\n    val src2 = getClass.getClassLoader.getResourceAsStream(src)\n    IO.transfer(src2, dst)\n\n    if (!isWindows()) {\n      Files.setPosixFilePermissions(\n        dst.toPath,\n        (Files.getPosixFilePermissions(dst.toPath).asScala ++ permissions).asJava)\n    }\n  }\n\n  protected def transferToBaseDir(prefix: String, baseDir: File, srcs: String*) =\n    srcs.foreach(src => transfer(prefix + \"\/\" + src, baseDir \/ src))\n\n  protected def transferScripts(prefix: String, baseDir: File, srcs: String*) =\n    srcs.foreach(src => transfer(prefix + \"\/\" + src, baseDir \/ \"scripts\" \/ src, Set(OWNER_EXECUTE)))\n\n  override def projectSettings =\n    AutomateHeaderPlugin.projectSettings ++\n    commonBuildSettings ++\n    commonPublishSettings ++\n    Seq(\n      version := {\n        import scala.sys.process._\n\n        val currentVersion = version.value\n        if (!githubIsWorkflowBuild.value)\n          currentVersion + \"-\" + \"git rev-parse HEAD\".!!.substring(0, 7)\n        else\n          currentVersion\n      },\n\n      unsafeEvictionsFatal := githubIsWorkflowBuild.value,\n      unsafeEvictionsConf += (UnsafeEvictions.IsOrg(\"com.slamdata\") -> VersionNumber.SecondSegment),\n      update := {\n        unsafeEvictionsCheck.value\n        update.value\n      },\n\n      resolvers ++= {\n        if (!publishAsOSSProject.value)\n          Seq(Resolver.bintrayRepo(\"slamdata-inc\", \"maven-private\"))\n        else\n          Seq.empty\n      },\n\n      trickleCreatePullRequest := {\n        val prior = trickleCreatePullRequest.value\n        val log = sLog.value\n\n        { (repo: OutdatedRepository) =>\n          import cats.effect.{ContextShift, IO}\n\n          import github4s.Github\n          import github4s.GithubResponses.GHResult\n          import github4s.domain.NewPullRequestData\n\n          import scala.concurrent.ExecutionContext.Implicits.global\n\n          implicit val cs: ContextShift[IO] = IO.contextShift(global)\n\n          prior(repo)\n\n          val authenticated = {\n            val uri = new URI(repo.url)\n            s\"${uri.getScheme}:\/\/${sys.env(\"GITHUB_ACTOR\")}:${sys.env(\"GITHUB_TOKEN\")}@${uri.getHost}${uri.getPath}\"\n          }\n\n          val dir = Files.createTempDirectory(\"sbt-slamdata\")\n          val dirFile = dir.toFile\n\n          if (runWithLogger(s\"git clone --depth 1 $authenticated ${dirFile.getPath}\", log, merge = true) != 0) {\n            sys.error(\"git-clone exited with error\")\n          }\n\n          val branchName = s\"trickle\/version-bump-${System.currentTimeMillis()}\"\n          if (runWithLogger(s\"git checkout -b $branchName\", log, merge = true, workingDir = Some(dirFile)) != 0) {\n            sys.error(\"git-checkout exited with error\")\n          }\n\n          val managed = ManagedVersions(dir.resolve(VersionsPath))\n          var isRevision = true\n          var isBreaking = false\n          repo.updates foreach {\n            case ModuleUpdateData(_, _, newRevision, dependencyRepo, _) =>\n              managed.get(dependencyRepo) foreach { oldVStr =>\n                val vOld = VersionNumber(oldVStr)\n                val vNew = VersionNumber(newRevision)\n                isRevision &&= VersionNumber.SecondSegment.isCompatible(vOld, vNew)\n                isBreaking ||= !VersionNumber.SemVer.isCompatible(vOld, vNew)\n              }\n\n              managed(dependencyRepo) = newRevision\n          }\n\n          val change =\n            if (isRevision) \"revision\"\n            else if (isBreaking) \"breaking\"\n            else \"feature\"\n\n          val dependencyCheck = repo.updates\n            .map(u => s\"${u.dependency.organization}:${u.dependency.name}:${u.newRevision}\")\n            .mkString(\"trickleCheckVersion \", \" \", \"\")\n\n          if (runWithLoggerSeq(Seq(\"sbt\", dependencyCheck), log, merge=true, Some(dirFile)) != 0) {\n            sys.error(s\"repository ${repo.repository} did not apply versions file correctly\")\n          }\n\n          if (runWithLoggerSeq(Seq(\"sbt\", \"update\"), log, merge=true, Some(dirFile)) != 0) {\n            log.warn(\"was unable to run `sbt update` following the trickle application\")\n            log.warn(\"this may mean that the some artifacts are not yet propagated; skipping\")\n          } else {\n            if (runWithLogger(s\"git add $VersionsPath\", log, merge = true, workingDir = Some(dirFile)) != 0) {\n              sys.error(\"git-add exited with error\")\n            }\n\n            val commitECode = runWithLoggerSeq(\n              Seq(\"git\", \"commit\", \"-m\", AutobumpPrTitle),\n              log,\n              true,\n              Some(dirFile),\n              \"GIT_AUTHOR_NAME\" -> \"<NAME>\",\n              \"GIT_AUTHOR_EMAIL\" -> \"<EMAIL>\",\n              \"GIT_COMMITTER_NAME\" -> \"<NAME>\",\n              \"GIT_COMMITTER_EMAIL\" -> \"<EMAIL>\")\n\n            if (commitECode != 0) {\n              log.warn(\"git-commit exited with error\")\n              log.warn(\"this usually means the target repository was *already* at the latest version but hasn't published yet\")\n              log.warn(\"you should check for a stuck trickle PR on that repository\")\n            } else {\n              if (runWithLogger(s\"git push origin $branchName\", log, merge = true, workingDir = Some(dirFile)) != 0) {\n                sys.error(\"git-push exited with error\")\n              }\n\n              val (owner, repoSlug) = repo.ownerAndRepository.getOrElse(sys.error(s\"invalid url ${repo.url}\"))\n\n              val createPrF = Github[IO](sys.env.get(\"GITHUB_TOKEN\"))\n                .pullRequests\n                .createPullRequest(\n                  owner,\n                  repoSlug,\n                  NewPullRequestData(AutobumpPrTitle, \"This PR brought to you by sbt-trickle. Please do come again!\"),   \/\/ TODO\n                  branchName,\n                  \"master\",\n                  Some(true))\n\n              def assignLabelList(pr: Int) = Github[IO](sys.env.get(\"GITHUB_TOKEN\"))\n                .issues\n                .addLabels(owner, repoSlug, pr, List(s\"version: $change\"))\n\n              val createAndLabelPr = for {\n                response <- createPrF\n                result <- IO.fromEither(response)\n                GHResult(pullRequest, _, _) = result\n                _ <- assignLabelList(pullRequest.number)\n              } yield pullRequest\n\n              createAndLabelPr.attempt.unsafeRunSync.fold(\n                throw _,\n                r => log.info(s\"Opened $owner\/$repoSlug#${r.number}\"))\n            }\n          }\n        }\n      })\n}\n\n"}
{"repo_name":"GeorgeCGV\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/admin\/ReassignPartitionsCommandTest.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.admin\n\nimport java.util.Properties\n\nimport kafka.admin.ReassignPartitionsCommand.Throttle\nimport kafka.log.LogConfig\nimport kafka.log.LogConfig._\nimport kafka.server.{ConfigType, DynamicConfig}\nimport kafka.utils.CoreUtils._\nimport kafka.utils.TestUtils._\nimport kafka.utils.{CoreUtils, Logging, TestUtils}\nimport kafka.zk.{AdminZkClient, KafkaZkClient, ZooKeeperTestHarness}\nimport org.easymock.EasyMock._\nimport org.easymock.{Capture, CaptureType, EasyMock}\nimport org.junit.{Before, Test}\nimport org.junit.Assert.{assertEquals, assertNull}\n\nimport scala.collection.{Seq, mutable}\nimport scala.collection.JavaConverters._\nimport org.apache.kafka.common.TopicPartition\n\nclass ReassignPartitionsCommandTest  extends ZooKeeperTestHarness  with Logging {\n  var calls = 0\n\n  @Test\n  def shouldFindMovingReplicas() {\n    val control = new TopicPartition(\"topic1\", 1) -> Seq(100, 102)\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given partition 0 moves from broker 100 -> 102. Partition 1 does not move.\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101), control)\n    val proposed = Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102), control)\n\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        assertEquals(Set(\"0:102\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp))) \/\/Should only be follower-throttle the moving replica\n        assertEquals(Set(\"0:100\",\"0:101\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp))) \/\/Should leader-throttle all existing (pre move) replicas\n        calls += 1\n      }\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(1, calls)\n  }\n\n  @Test\n  def shouldFindMovingReplicasWhenProposedIsSubsetOfExisting() {\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given we have more existing partitions than we are proposing\n    val existingSuperset = Map(\n      new TopicPartition(\"topic1\", 0) -> Seq(100, 101),\n      new TopicPartition(\"topic1\", 1) -> Seq(100, 102),\n      new TopicPartition(\"topic1\", 2) -> Seq(100, 101),\n      new TopicPartition(\"topic2\", 0) -> Seq(100, 101, 102),\n      new TopicPartition(\"topic3\", 0) -> Seq(100, 101, 102)\n    )\n    val proposedSubset = Map(\n      new TopicPartition(\"topic1\", 0) -> Seq(101, 102),\n      new TopicPartition(\"topic1\", 1) -> Seq(102),\n      new TopicPartition(\"topic1\", 2) -> Seq(100, 101, 102)\n    )\n\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        assertEquals(Set(\"0:102\",\"2:102\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp)))\n        assertEquals(Set(\"0:100\",\"0:101\",\"2:100\",\"2:101\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp)))\n        assertEquals(\"topic1\", topic)\n        calls += 1\n      }\n\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n    \/\/Then replicas should assign correctly (based on the proposed map)\n    assigner.assignThrottledReplicas(existingSuperset, proposedSubset, admin)\n    assertEquals(1, calls)\n  }\n\n  @Test\n  def shouldFindMovingReplicasMultiplePartitions() {\n    val control = new TopicPartition(\"topic1\", 2) -> Seq(100, 102)\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given partitions 0 & 1 moves from broker 100 -> 102. Partition 2 does not move.\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101), new TopicPartition(\"topic1\", 1) -> Seq(100, 101), control)\n    val proposed = Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102), new TopicPartition(\"topic1\", 1) -> Seq(101, 102), control)\n\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        assertEquals(Set(\"0:102\",\"1:102\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp))) \/\/Should only be follower-throttle the moving replica\n        assertEquals(Set(\"0:100\",\"0:101\",\"1:100\",\"1:101\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp))) \/\/Should leader-throttle all existing (pre move) replicas\n        calls += 1\n      }\n\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n    \/\/When\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(1, calls)\n  }\n\n  @Test\n  def shouldFindMovingReplicasMultipleTopics() {\n    val control = new TopicPartition(\"topic1\", 1) -> Seq(100, 102)\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given topics 1 -> move from broker 100 -> 102, topics 2 -> move from broker 101 -> 100\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101), new TopicPartition(\"topic2\", 0) -> Seq(101, 102), control)\n    val proposed = Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102), new TopicPartition(\"topic2\", 0) -> Seq(100, 102), control)\n\n    \/\/Then\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        topic match {\n          case \"topic1\" =>\n            assertEquals(Set(\"0:100\",\"0:101\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp)))\n            assertEquals(Set(\"0:102\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp)))\n          case \"topic2\" =>\n            assertEquals(Set(\"0:101\",\"0:102\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp)))\n            assertEquals(Set(\"0:100\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp)))\n          case _ => fail(s\"Unexpected topic $topic\")\n        }\n        calls += 1\n      }\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n    \/\/When\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(2, calls)\n  }\n\n  @Test\n  def shouldFindMovingReplicasMultipleTopicsAndPartitions() {\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given\n    val existing = Map(\n      new TopicPartition(\"topic1\", 0) -> Seq(100, 101),\n      new TopicPartition(\"topic1\", 1) -> Seq(100, 101),\n      new TopicPartition(\"topic2\", 0) -> Seq(101, 102),\n      new TopicPartition(\"topic2\", 1) -> Seq(101, 102)\n    )\n    val proposed = Map(\n      new TopicPartition(\"topic1\", 0) -> Seq(101, 102), \/\/moves to 102\n      new TopicPartition(\"topic1\", 1) -> Seq(101, 102), \/\/moves to 102\n      new TopicPartition(\"topic2\", 0) -> Seq(100, 102), \/\/moves to 100\n      new TopicPartition(\"topic2\", 1) -> Seq(101, 100)  \/\/moves to 100\n    )\n\n    \/\/Then\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        topic match {\n          case \"topic1\" =>\n            assertEquals(Set(\"0:102\",\"1:102\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp)))\n            assertEquals(Set(\"0:100\",\"0:101\",\"1:100\",\"1:101\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp)))\n          case \"topic2\" =>\n            assertEquals(Set(\"0:100\",\"1:100\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp)))\n            assertEquals(Set(\"0:101\",\"0:102\",\"1:101\",\"1:102\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp)))\n          case _ => fail(s\"Unexpected topic $topic\")\n        }\n        calls += 1\n      }\n\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n\n    \/\/When\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(2, calls)\n  }\n\n  @Test\n  def shouldFindTwoMovingReplicasInSamePartition() {\n    val control = new TopicPartition(\"topic1\", 1) -> Seq(100, 102)\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n\n    \/\/Given partition 0 has 2 moves from broker 102 -> 104 & 103 -> 105\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101, 102, 103), control)\n    val proposed = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101, 104, 105), control)\n\n    \/\/ Then\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties) = {\n        assertEquals(Set(\"0:104\",\"0:105\"), toReplicaSet(configChange.get(FollowerReplicationThrottledReplicasProp))) \/\/Should only be follower-throttle the moving replicas\n        assertEquals(Set(\"0:100\",\"0:101\",\"0:102\",\"0:103\"), toReplicaSet(configChange.get(LeaderReplicationThrottledReplicasProp))) \/\/Should leader-throttle all existing (pre move) replicas\n        calls += 1\n      }\n\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {new Properties}\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n    \/\/When\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(1, calls)\n  }\n\n  @Test\n  def shouldNotOverwriteEntityConfigsWhenUpdatingThrottledReplicas(): Unit = {\n    val control = new TopicPartition(\"topic1\", 1) -> Seq(100, 102)\n    val assigner = new ReassignPartitionsCommand(null, null, null, null, null)\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101), control)\n    val proposed = Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102), control)\n\n    \/\/Given partition there are existing properties\n    val existingProperties = propsWith(\"some-key\", \"some-value\")\n\n    \/\/Then the dummy property should still be there\n    class TestAdminZkClient(val zkClient: KafkaZkClient) extends AdminZkClient(zkClient) {\n      override def changeTopicConfig(topic: String, configChange: Properties): Unit = {\n        assertEquals(\"some-value\", configChange.getProperty(\"some-key\"))\n        calls += 1\n      }\n\n      override def fetchEntityConfig(entityType: String, entityName: String): Properties = {\n        existingProperties\n      }\n    }\n\n    val admin = new TestAdminZkClient(zkClient)\n\n    \/\/When\n    assigner.assignThrottledReplicas(existing, proposed, admin)\n    assertEquals(1, calls)\n  }\n\n  @Test\n  def shouldSetQuotaLimit(): Unit = {\n    \/\/Given\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101))\n    val proposed = mutable.Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102))\n\n    \/\/Setup\n    val zk = stubZKClient(existing)\n    val admin = createMock(classOf[AdminZkClient])\n    val propsCapture: Capture[Properties] = newCapture(CaptureType.ALL)\n    val assigner = new ReassignPartitionsCommand(zk, None, proposed, Map.empty, admin)\n    expect(admin.fetchEntityConfig(anyString(), anyString())).andStubReturn(new Properties)\n    expect(admin.changeBrokerConfig(anyObject().asInstanceOf[List[Int]], capture(propsCapture))).anyTimes()\n    replay(admin)\n\n    \/\/When\n    assigner.maybeLimit(Throttle(1000))\n\n    \/\/Then\n    for (actual <- propsCapture.getValues.asScala) {\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.LeaderReplicationThrottledRateProp))\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.FollowerReplicationThrottledRateProp))\n    }\n    assertEquals(3, propsCapture.getValues.size) \/\/3 brokers\n  }\n\n  @Test\n  def shouldUpdateQuotaLimit(): Unit = {\n    \/\/Given\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101))\n    val proposed = mutable.Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102))\n\n    \/\/Setup\n    val zk = stubZKClient(existing)\n    val admin = createMock(classOf[AdminZkClient])\n    val propsCapture: Capture[Properties] = newCapture(CaptureType.ALL)\n    val assigner = new ReassignPartitionsCommand(zk, None, proposed, Map.empty, admin)\n    expect(admin.changeBrokerConfig(anyObject().asInstanceOf[List[Int]], capture(propsCapture))).anyTimes()\n\n    \/\/Expect the existing broker config to be changed from 10\/100 to 1000\n    val existingConfigs = CoreUtils.propsWith(\n      (DynamicConfig.Broker.FollowerReplicationThrottledRateProp, \"10\"),\n      (DynamicConfig.Broker.LeaderReplicationThrottledRateProp, \"100\")\n    )\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"100\"))).andReturn(copyOf(existingConfigs))\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"101\"))).andReturn(copyOf(existingConfigs))\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"102\"))).andReturn(copyOf(existingConfigs))\n    replay(admin)\n\n    \/\/When\n    assigner.maybeLimit(Throttle(1000))\n\n    \/\/Then\n    for (actual <- propsCapture.getValues.asScala) {\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.LeaderReplicationThrottledRateProp))\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.FollowerReplicationThrottledRateProp))\n    }\n    assertEquals(3, propsCapture.getValues.size) \/\/three brokers\n  }\n\n  @Test\n  def shouldNotOverwriteExistingPropertiesWhenLimitIsAdded(): Unit = {\n    \/\/Given\n    val existing = Map(new TopicPartition(\"topic1\", 0) -> Seq(100, 101))\n    val proposed = mutable.Map(new TopicPartition(\"topic1\", 0) -> Seq(101, 102))\n\n    \/\/Setup\n    val zk = stubZKClient(existing)\n    val admin = createMock(classOf[AdminZkClient])\n    val propsCapture: Capture[Properties] = newCapture(CaptureType.ALL)\n    val assigner = new ReassignPartitionsCommand(zk, None, proposed, Map.empty, admin)\n    expect(admin.changeBrokerConfig(anyObject().asInstanceOf[List[Int]], capture(propsCapture))).anyTimes()\n\n    \/\/Given there is some existing config\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), anyString())).andReturn(\n      propsWith(\"useful.key\", \"useful.value\")).atLeastOnce()\n\n    replay(admin)\n\n    \/\/When\n    assigner.maybeLimit(Throttle(1000))\n\n    \/\/Then other property remains\n    for (actual <- propsCapture.getValues.asScala) {\n      assertEquals(\"useful.value\", actual.getProperty(\"useful.key\"))\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.LeaderReplicationThrottledRateProp))\n      assertEquals(\"1000\", actual.getProperty(DynamicConfig.Broker.FollowerReplicationThrottledRateProp))\n    }\n    assertEquals(3, propsCapture.getValues.size) \/\/3 brokers\n  }\n\n  @Test\n  def shouldRemoveThrottleLimitFromAllBrokers(): Unit = {\n    \/\/Given 3 brokers, but with assignment only covering 2 of them\n    val brokers = Seq(100, 101, 102)\n    val status = mutable.Map(new TopicPartition(\"topic1\", 0) -> ReassignmentCompleted)\n    val existingBrokerConfigs = propsWith(\n      (DynamicConfig.Broker.FollowerReplicationThrottledRateProp, \"10\"),\n      (DynamicConfig.Broker.LeaderReplicationThrottledRateProp, \"100\"),\n      (\"useful.key\", \"value\")\n    )\n\n    \/\/Setup\n    val zk = stubZKClient(brokers = brokers)\n    val admin = createMock(classOf[AdminZkClient])\n    val propsCapture: Capture[Properties] = newCapture(CaptureType.ALL)\n    expect(admin.fetchEntityConfig(is(ConfigType.Topic), anyString())).andStubReturn(new Properties)\n    expect(admin.changeBrokerConfig(anyObject().asInstanceOf[Seq[Int]], capture(propsCapture))).anyTimes()\n    \/\/Stub each invocation as EasyMock caches the return value which can be mutated\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"100\"))).andReturn(copyOf(existingBrokerConfigs))\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"101\"))).andReturn(copyOf(existingBrokerConfigs))\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), is(\"102\"))).andReturn(copyOf(existingBrokerConfigs))\n    replay(admin)\n\n    \/\/When\n    ReassignPartitionsCommand.removeThrottle(zk, status, Map.empty, admin)\n\n    \/\/Then props should have gone (dummy remains)\n    for (capture <- propsCapture.getValues.asScala) {\n      assertEquals(\"value\", capture.get(\"useful.key\"))\n      assertNull(capture.get(DynamicConfig.Broker.FollowerReplicationThrottledRateProp))\n      assertNull(capture.get(DynamicConfig.Broker.LeaderReplicationThrottledRateProp))\n    }\n    assertEquals(3, propsCapture.getValues.size) \/\/3 brokers\n  }\n\n  @Test\n  def shouldRemoveThrottleReplicaListBasedOnProposedAssignment(): Unit = {\n    \/\/Given two topics with existing config\n    val status = mutable.Map(new TopicPartition(\"topic1\", 0) -> ReassignmentCompleted,\n                             new TopicPartition(\"topic2\", 0) -> ReassignmentCompleted)\n    val existingConfigs = CoreUtils.propsWith(\n      (LogConfig.LeaderReplicationThrottledReplicasProp, \"1:100:2:100\"),\n      (LogConfig.FollowerReplicationThrottledReplicasProp, \"1:101,2:101\"),\n      (\"useful.key\", \"value\")\n    )\n\n    \/\/Setup\n    val zk = stubZKClient(brokers = Seq(100, 101))\n    val admin = createMock(classOf[AdminZkClient])\n    val propsCapture: Capture[Properties] = newCapture(CaptureType.ALL)\n    expect(admin.fetchEntityConfig(is(ConfigType.Broker), anyString())).andStubReturn(new Properties)\n    expect(admin.fetchEntityConfig(is(ConfigType.Topic), is(\"topic1\"))).andStubReturn(copyOf(existingConfigs))\n    expect(admin.fetchEntityConfig(is(ConfigType.Topic), is(\"topic2\"))).andStubReturn(copyOf(existingConfigs))\n\n    \/\/Should change both topics\n    expect(admin.changeTopicConfig(is(\"topic1\"), capture(propsCapture)))\n    expect(admin.changeTopicConfig(is(\"topic2\"), capture(propsCapture)))\n\n    replay(admin)\n\n    \/\/When\n    ReassignPartitionsCommand.removeThrottle(zk, status, Map.empty, admin)\n\n    \/\/Then props should have gone (dummy remains)\n    for (actual <- propsCapture.getValues.asScala) {\n      assertEquals(\"value\", actual.getProperty(\"useful.key\"))\n      assertNull(actual.getProperty(LogConfig.LeaderReplicationThrottledReplicasProp))\n      assertNull(actual.getProperty(LogConfig.FollowerReplicationThrottledReplicasProp))\n    }\n    assertEquals(2, propsCapture.getValues.size) \/\/2 topics\n  }\n\n  \/\/Override eq as is for brevity\n  def is[T](v: T): T = EasyMock.eq(v)\n\n  @Before\n  def setup(): Unit = {\n    calls = 0\n  }\n\n  def stubZKClient(existingAssignment: Map[TopicPartition, Seq[Int]] = Map[TopicPartition, Seq[Int]](),\n                   brokers: Seq[Int] = Seq[Int]()): KafkaZkClient = {\n    val zkClient = createMock(classOf[KafkaZkClient])\n    expect(zkClient.getReplicaAssignmentForTopics(anyObject().asInstanceOf[Set[String]])).andStubReturn(existingAssignment)\n    expect(zkClient.getAllBrokersInCluster).andStubReturn(brokers.map(TestUtils.createBroker(_, \"\", 1)))\n    replay(zkClient)\n    zkClient\n  }\n\n  def toReplicaSet(throttledReplicasString: Any): Set[String] = {\n    throttledReplicasString.toString.split(\",\").toSet\n  }\n}\n"}
{"repo_name":"GeorgeCGV\/kafka","path":"core\/src\/main\/scala\/kafka\/utils\/Logging.scala","text":"\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.utils\n\nimport com.typesafe.scalalogging.{LazyLogging, Logger}\nimport org.slf4j.{Marker, MarkerFactory}\n\n\nobject Log4jControllerRegistration {\n  private val logger = Logger(this.getClass.getName)\n\n  try {\n    val log4jController = Class.forName(\"kafka.utils.Log4jController\").asInstanceOf[Class[Object]]\n    val instance = log4jController.getDeclaredConstructor().newInstance()\n    CoreUtils.registerMBean(instance, \"kafka:type=kafka.Log4jController\")\n    logger.info(\"Registered kafka:type=kafka.Log4jController MBean\")\n  } catch {\n    case _: Exception => logger.info(\"Couldn't register kafka:type=kafka.Log4jController MBean\")\n  }\n}\n\nprivate object Logging {\n  private val FatalMarker: Marker = MarkerFactory.getMarker(\"FATAL\")\n}\n\ntrait Logging extends LazyLogging {\n  def loggerName: String = logger.underlying.getName\n\n  protected var logIdent: String = _\n\n  Log4jControllerRegistration\n\n  protected def msgWithLogIdent(msg: String): String =\n    if (logIdent == null) msg else logIdent + msg\n\n  def trace(msg: => String): Unit = logger.trace(msgWithLogIdent(msg))\n\n  def trace(msg: => String, e: => Throwable): Unit = logger.trace(msgWithLogIdent(msg),e)\n\n  def isDebugEnabled: Boolean = logger.underlying.isDebugEnabled\n\n  def isTraceEnabled: Boolean = logger.underlying.isTraceEnabled\n\n  def debug(msg: => String): Unit = logger.debug(msgWithLogIdent(msg))\n\n  def debug(msg: => String, e: => Throwable): Unit = logger.debug(msgWithLogIdent(msg),e)\n\n  def info(msg: => String): Unit = logger.info(msgWithLogIdent(msg))\n\n  def info(msg: => String,e: => Throwable): Unit = logger.info(msgWithLogIdent(msg),e)\n\n  def warn(msg: => String): Unit = logger.warn(msgWithLogIdent(msg))\n\n  def warn(msg: => String, e: => Throwable): Unit = logger.warn(msgWithLogIdent(msg),e)\n\n  def error(msg: => String): Unit = logger.error(msgWithLogIdent(msg))\n\n  def error(msg: => String, e: => Throwable): Unit = logger.error(msgWithLogIdent(msg),e)\n\n  def fatal(msg: => String): Unit =\n    logger.error(Logging.FatalMarker, msgWithLogIdent(msg))\n\n  def fatal(msg: => String, e: => Throwable): Unit =\n    logger.error(Logging.FatalMarker, msgWithLogIdent(msg), e)\n}\n"}
{"repo_name":"GeorgeCGV\/kafka","path":"core\/src\/test\/scala\/integration\/kafka\/server\/MultipleListenersWithSameSecurityProtocolBaseTest.scala","text":"<reponame>GeorgeCGV\/kafka\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one\n  * or more contributor license agreements.  See the NOTICE file\n  * distributed with this work for additional information\n  * regarding copyright ownership.  The ASF licenses this file\n  * to you under the Apache License, Version 2.0 (the\n  * \"License\"); you may not use this file except in compliance\n  * with the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\n\npackage kafka.server\n\nimport java.io.File\nimport java.util.{Collections, Properties}\nimport java.util.concurrent.TimeUnit\n\nimport kafka.api.SaslSetup\nimport kafka.coordinator.group.OffsetConfig\nimport kafka.utils.JaasTestUtils.JaasSection\nimport kafka.utils.TestUtils\nimport kafka.utils.Implicits._\nimport kafka.zk.ZooKeeperTestHarness\nimport org.apache.kafka.clients.consumer.{ConsumerRecord, KafkaConsumer}\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerRecord}\nimport org.apache.kafka.common.config.SslConfigs\nimport org.apache.kafka.common.internals.Topic\nimport org.apache.kafka.common.network.{ListenerName, Mode}\nimport org.junit.Assert.assertEquals\nimport org.junit.{After, Before, Test}\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.JavaConverters._\n\nobject MultipleListenersWithSameSecurityProtocolBaseTest {\n  val SecureInternal = \"SECURE_INTERNAL\"\n  val SecureExternal = \"SECURE_EXTERNAL\"\n  val Internal = \"INTERNAL\"\n  val External = \"EXTERNAL\"\n  val GssApi = \"GSSAPI\"\n  val Plain = \"PLAIN\"\n}\n\nabstract class MultipleListenersWithSameSecurityProtocolBaseTest extends ZooKeeperTestHarness with SaslSetup {\n\n  import MultipleListenersWithSameSecurityProtocolBaseTest._\n\n  private val trustStoreFile = File.createTempFile(\"truststore\", \".jks\")\n  private val servers = new ArrayBuffer[KafkaServer]\n  private val producers = mutable.Map[ListenerName, KafkaProducer[Array[Byte], Array[Byte]]]()\n  private val consumers = mutable.Map[ListenerName, KafkaConsumer[Array[Byte], Array[Byte]]]()\n\n  protected val kafkaClientSaslMechanism = Plain\n  protected val kafkaServerSaslMechanisms = List(GssApi, Plain)\n\n  protected def saslProperties(listenerName: ListenerName): Properties\n  protected def jaasSections: Seq[JaasSection]\n\n  @Before\n  override def setUp(): Unit = {\n    startSasl(jaasSections)\n    super.setUp()\n    \/\/ 2 brokers so that we can test that the data propagates correctly via UpdateMetadadaRequest\n    val numServers = 2\n\n    (0 until numServers).foreach { brokerId =>\n\n      val props = TestUtils.createBrokerConfig(brokerId, zkConnect, trustStoreFile = Some(trustStoreFile))\n      \/\/ Ensure that we can support multiple listeners per security protocol and multiple security protocols\n      props.put(KafkaConfig.ListenersProp, s\"$SecureInternal:\/\/localhost:0, $Internal:\/\/localhost:0, \" +\n        s\"$SecureExternal:\/\/localhost:0, $External:\/\/localhost:0\")\n      props.put(KafkaConfig.ListenerSecurityProtocolMapProp, s\"$Internal:PLAINTEXT, $SecureInternal:SASL_SSL,\" +\n        s\"$External:PLAINTEXT, $SecureExternal:SASL_SSL\")\n      props.put(KafkaConfig.InterBrokerListenerNameProp, Internal)\n      props.put(KafkaConfig.ZkEnableSecureAclsProp, \"true\")\n      props.put(KafkaConfig.SaslMechanismInterBrokerProtocolProp, kafkaClientSaslMechanism)\n      props.put(KafkaConfig.SaslEnabledMechanismsProp, kafkaServerSaslMechanisms.mkString(\",\"))\n      props.put(KafkaConfig.SaslKerberosServiceNameProp, \"kafka\")\n\n      props ++= TestUtils.sslConfigs(Mode.SERVER, false, Some(trustStoreFile), s\"server$brokerId\")\n\n      \/\/ set listener-specific configs and set an invalid path for the global config to verify that the overrides work\n      Seq(SecureInternal, SecureExternal).foreach { listenerName =>\n        props.put(new ListenerName(listenerName).configPrefix + SslConfigs.SSL_KEYSTORE_LOCATION_CONFIG,\n          props.get(SslConfigs.SSL_KEYSTORE_LOCATION_CONFIG))\n      }\n      props.put(SslConfigs.SSL_KEYSTORE_LOCATION_CONFIG, \"invalid\/file\/path\")\n\n      servers += TestUtils.createServer(KafkaConfig.fromProps(props))\n    }\n\n    servers.map(_.config).foreach { config =>\n      assertEquals(s\"Unexpected listener count for broker ${config.brokerId}\", 4, config.listeners.size)\n      \/\/ KAFKA-5184 seems to show that this value can sometimes be PLAINTEXT, so verify it here\n      assertEquals(s\"Unexpected ${KafkaConfig.InterBrokerListenerNameProp} for broker ${config.brokerId}\",\n        Internal, config.interBrokerListenerName.value)\n    }\n\n    TestUtils.createTopic(zkClient, Topic.GROUP_METADATA_TOPIC_NAME, OffsetConfig.DefaultOffsetsTopicNumPartitions,\n      replicationFactor = 2, servers, servers.head.groupCoordinator.offsetsTopicConfigs)\n\n    servers.head.config.listeners.foreach { endPoint =>\n      val listenerName = endPoint.listenerName\n\n      TestUtils.createTopic(zkClient, listenerName.value, 2, 2, servers)\n\n      val trustStoreFile =\n        if (TestUtils.usesSslTransportLayer(endPoint.securityProtocol)) Some(this.trustStoreFile)\n        else None\n\n      val saslProps =\n        if (TestUtils.usesSaslAuthentication(endPoint.securityProtocol)) Some(saslProperties(listenerName))\n        else None\n\n      val bootstrapServers = TestUtils.bootstrapServers(servers, listenerName)\n\n      producers(listenerName) = TestUtils.createNewProducer(bootstrapServers, acks = -1,\n        securityProtocol = endPoint.securityProtocol, trustStoreFile = trustStoreFile, saslProperties = saslProps)\n\n      consumers(listenerName) = TestUtils.createNewConsumer(bootstrapServers, groupId = listenerName.value,\n        securityProtocol = endPoint.securityProtocol, trustStoreFile = trustStoreFile, saslProperties = saslProps)\n    }\n  }\n\n  @After\n  override def tearDown() {\n    producers.values.foreach(_.close())\n    consumers.values.foreach(_.close())\n    TestUtils.shutdownServers(servers)\n    super.tearDown()\n    closeSasl()\n  }\n\n  \/**\n    * Tests that we can produce and consume to\/from all broker-defined listeners and security protocols. We produce\n    * with acks=-1 to ensure that replication is also working.\n    *\/\n  @Test\n  def testProduceConsume(): Unit = {\n    producers.foreach { case (listenerName, producer) =>\n      val producerRecords = (1 to 10).map(i => new ProducerRecord(listenerName.value, s\"key$i\".getBytes,\n        s\"value$i\".getBytes))\n      producerRecords.map(producer.send).map(_.get(10, TimeUnit.SECONDS))\n\n      val consumer = consumers(listenerName)\n      consumer.subscribe(Collections.singleton(listenerName.value))\n      val records = new ArrayBuffer[ConsumerRecord[Array[Byte], Array[Byte]]]\n      TestUtils.waitUntilTrue(() => {\n        records ++= consumer.poll(50).asScala\n        records.size == producerRecords.size\n      }, s\"Consumed ${records.size} records until timeout instead of the expected ${producerRecords.size} records\")\n    }\n  }\n}\n"}
{"repo_name":"rahul619anand\/sangria-akka-http-example","path":"src\/main\/scala\/Data.scala","text":"<reponame>rahul619anand\/sangria-akka-http-example\nimport enumeratum.values.{IntCirceEnum, IntEnum, IntEnumEntry}\nimport sangria.macros.derive.{EnumTypeDescription, EnumTypeName, deriveEnumType}\nimport sangria.schema.EnumType\n\nobject Episode extends Enumeration {\n  val NEWHOPE, EMPIRE, JEDI = Value\n}\n\ntrait Character {\n  def id: String\n  def name: Option[String]\n  def friends: List[String]\n  def appearsIn: List[Episode.Value]\n}\n\ncase class Human(\n    id: String,\n    name: Option[String],\n    friends: List[String],\n    appearsIn: List[Episode.Value],\n    homePlanet: Option[String]\n) extends Character\n\ncase class People(\n    id: String,\n    category: Category\n)\n\nobject People {\n  import io.circe._, io.circe.generic.semiauto._\n  implicit val HumanDecoder: Decoder[People] = deriveDecoder\n  implicit val HumanEncoder: Encoder[People] = deriveEncoder\n}\n\ncase class Droid(\n    id: String,\n    name: Option[String],\n    friends: List[String],\n    appearsIn: List[Episode.Value],\n    primaryFunction: Option[String]\n) extends Character\n\nclass CharacterRepo {\n  import CharacterRepo._\n\n  def getHero(episode: Option[Episode.Value]) =\n    episode flatMap (_ \u21d2 getHuman(\"1000\")) getOrElse droids.last\n\n  def getHuman(id: String): Option[Human] = humans.find(c \u21d2 c.id == id)\n\n  def getDroid(id: String): Option[Droid] = droids.find(c \u21d2 c.id == id)\n\n  def getHumans(limit: Int, offset: Int): List[Human] =\n    humans.drop(offset).take(limit)\n\n  def setPeople(human: People): Boolean = true\n\n  def getPeople(id: String): Option[People] = people.find(c \u21d2 c.id == id)\n\n  def getDroids(limit: Int, offset: Int): List[Droid] =\n    droids.drop(offset).take(limit)\n}\n\nobject CharacterRepo {\n  val humans = List(\n    Human(\n      id = \"1000\",\n      name = Some(\"Luke Skywalker\"),\n      friends = List(\"1002\", \"1003\", \"2000\", \"2001\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      homePlanet = Some(\"Tatooine\")\n    ),\n    Human(\n      id = \"1001\",\n      name = Some(\"<NAME>\"),\n      friends = List(\"1004\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      homePlanet = Some(\"Tatooine\")\n    ),\n    Human(\n      id = \"1002\",\n      name = Some(\"<NAME>\"),\n      friends = List(\"1000\", \"1003\", \"2001\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      homePlanet = None\n    ),\n    Human(\n      id = \"1003\",\n      name = Some(\"<NAME>\"),\n      friends = List(\"1000\", \"1002\", \"2000\", \"2001\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      homePlanet = Some(\"Alderaan\")\n    ),\n    Human(\n      id = \"1004\",\n      name = Some(\"<NAME>\"),\n      friends = List(\"1001\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      homePlanet = None\n    )\n  )\n\n  val people = List(\n    People(\n      \"1000\",\n      Category.Experiment\n    ),\n    People(\n      \"2000\",\n      Category.Control\n    ),\n    People(\n      \"3000\",\n      Category.Experiment\n    )\n  )\n\n  val droids = List(\n    Droid(\n      id = \"2000\",\n      name = Some(\"C-3PO\"),\n      friends = List(\"1000\", \"1002\", \"1003\", \"2001\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      primaryFunction = Some(\"Protocol\")\n    ),\n    Droid(\n      id = \"2001\",\n      name = Some(\"R2-D2\"),\n      friends = List(\"1000\", \"1002\", \"1003\"),\n      appearsIn = List(Episode.NEWHOPE, Episode.EMPIRE, Episode.JEDI),\n      primaryFunction = Some(\"Astromech\")\n    )\n  )\n}\n\nsealed abstract class Category(override val value: Int) extends IntEnumEntry\n\nobject Category extends IntEnum[Category] with IntCirceEnum[Category] {\n  val values = findValues\n\n  case object Experiment extends Category(1)\n  case object Control extends Category(2)\n  case object BugFix extends Category(3)\n  case object KillSwitch extends Category(4)\n  case object TechnicalTask extends Category(5)\n\n  def apply(categoryId: Int): Category = Category.withValue(categoryId)\n\n  implicit val CategoryEnumType = deriveEnumType[Category](\n    EnumTypeName(\"CategoryEnumType\"),\n    EnumTypeDescription(\"experiment category\")\n  )\n}\n"}
{"repo_name":"rahul619anand\/sangria-akka-http-example","path":"src\/main\/scala\/SchemaDefinition.scala","text":"<gh_stars>0\nimport sangria.execution.deferred.{Fetcher, HasId}\nimport scala.concurrent.Future\n\nimport sangria.marshalling.circe._\nimport sangria.schema._\nimport io.circe.generic.auto._\nimport sangria.macros.derive._\n\n\/**\n  * Defines a GraphQL schema for the current project\n  *\/\nobject SchemaDefinition {\n\n  \/**\n    * Resolves the lists of characters. These resolutions are batched and\n    * cached for the duration of a query.\n    *\/\n  val characters = Fetcher.caching(\n    (ctx: CharacterRepo, ids: Seq[String]) \u21d2\n      Future\n        .successful(ids.flatMap(id \u21d2 ctx.getHuman(id) orElse ctx.getDroid(id)))\n  )(HasId(_.id))\n\n  val EpisodeEnum = EnumType(\n    \"Episode\",\n    Some(\"One of the films in the Star Wars Trilogy\"),\n    List(\n      EnumValue(\n        \"NEWHOPE\",\n        value = Episode.NEWHOPE,\n        description = Some(\"Released in 1977.\")\n      ),\n      EnumValue(\n        \"EMPIRE\",\n        value = Episode.EMPIRE,\n        description = Some(\"Released in 1980.\")\n      ),\n      EnumValue(\n        \"JEDI\",\n        value = Episode.JEDI,\n        description = Some(\"Released in 1983.\")\n      )\n    )\n  )\n\n  val Character: InterfaceType[CharacterRepo, Character] =\n    InterfaceType(\n      \"Character\",\n      \"A character in the Star Wars Trilogy\",\n      () \u21d2\n        fields[CharacterRepo, Character](\n          Field(\n            \"id\",\n            StringType,\n            Some(\"The id of the character.\"),\n            resolve = _.value.id\n          ),\n          Field(\n            \"name\",\n            OptionType(StringType),\n            Some(\"The name of the character.\"),\n            resolve = _.value.name\n          ),\n          Field(\n            \"friends\",\n            ListType(Character),\n            Some(\n              \"The friends of the character, or an empty list if they have none.\"\n            ),\n            resolve = ctx \u21d2 characters.deferSeqOpt(ctx.value.friends)\n          ),\n          Field(\n            \"appearsIn\",\n            OptionType(ListType(OptionType(EpisodeEnum))),\n            Some(\"Which movies they appear in.\"),\n            resolve = _.value.appearsIn map (e \u21d2 Some(e))\n          )\n        )\n    )\n\n  val Human =\n    ObjectType(\n      \"Human\",\n      \"A humanoid creature in the Star Wars universe.\",\n      interfaces[CharacterRepo, Human](Character),\n      fields[CharacterRepo, Human](\n        Field(\n          \"id\",\n          StringType,\n          Some(\"The id of the human.\"),\n          resolve = _.value.id\n        ),\n        Field(\n          \"name\",\n          OptionType(StringType),\n          Some(\"The name of the human.\"),\n          resolve = _.value.name\n        ),\n        Field(\n          \"friends\",\n          ListType(Character),\n          Some(\"The friends of the human, or an empty list if they have none.\"),\n          resolve = ctx \u21d2 characters.deferSeqOpt(ctx.value.friends)\n        ),\n        Field(\n          \"appearsIn\",\n          OptionType(ListType(OptionType(EpisodeEnum))),\n          Some(\"Which movies they appear in.\"),\n          resolve = _.value.appearsIn map (e \u21d2 Some(e))\n        ),\n        Field(\n          \"homePlanet\",\n          OptionType(StringType),\n          Some(\"The home planet of the human, or null if unknown.\"),\n          resolve = _.value.homePlanet\n        )\n      )\n    )\n\n  val Droid = ObjectType(\n    \"Droid\",\n    \"A mechanical creature in the Star Wars universe.\",\n    interfaces[CharacterRepo, Droid](Character),\n    fields[CharacterRepo, Droid](\n      Field(\n        \"id\",\n        StringType,\n        Some(\"The id of the droid.\"),\n        resolve = _.value.id\n      ),\n      Field(\n        \"name\",\n        OptionType(StringType),\n        Some(\"The name of the droid.\"),\n        resolve = ctx \u21d2 Future.successful(ctx.value.name)\n      ),\n      Field(\n        \"friends\",\n        ListType(Character),\n        Some(\"The friends of the droid, or an empty list if they have none.\"),\n        resolve = ctx \u21d2 characters.deferSeqOpt(ctx.value.friends)\n      ),\n      Field(\n        \"appearsIn\",\n        OptionType(ListType(OptionType(EpisodeEnum))),\n        Some(\"Which movies they appear in.\"),\n        resolve = _.value.appearsIn map (e \u21d2 Some(e))\n      ),\n      Field(\n        \"primaryFunction\",\n        OptionType(StringType),\n        Some(\"The primary function of the droid.\"),\n        resolve = _.value.primaryFunction\n      )\n    )\n  )\n\n  val ID = Argument(\"id\", StringType, description = \"id of the character\")\n\n  val EpisodeArg = Argument(\n    \"episode\",\n    OptionInputType(EpisodeEnum),\n    description =\n      \"If omitted, returns the hero of the whole saga. If provided, returns the hero of that particular episode.\"\n  )\n\n  val LimitArg = Argument(\"limit\", OptionInputType(IntType), defaultValue = 20)\n  val OffsetArg = Argument(\"offset\", OptionInputType(IntType), defaultValue = 0)\n\n  val Query = ObjectType(\n    \"Query\",\n    fields[CharacterRepo, Unit](\n      Field(\n        \"hero\",\n        Character,\n        arguments = EpisodeArg :: Nil,\n        deprecationReason = Some(\"Use `human` or `droid` fields instead\"),\n        resolve = (ctx) \u21d2 ctx.ctx.getHero(ctx.arg(EpisodeArg))\n      ),\n      Field(\n        \"human\",\n        OptionType(Human),\n        arguments = ID :: Nil,\n        resolve = ctx \u21d2 ctx.ctx.getHuman(ctx arg ID)\n      ),\n      Field(\n        \"droid\",\n        Droid,\n        arguments = ID :: Nil,\n        resolve = ctx \u21d2 ctx.ctx.getDroid(ctx arg ID).get\n      ),\n      Field(\n        \"humans\",\n        ListType(Human),\n        arguments = LimitArg :: OffsetArg :: Nil,\n        resolve = ctx \u21d2 ctx.ctx.getHumans(ctx arg LimitArg, ctx arg OffsetArg)\n      ),\n      Field(\n        \"droids\",\n        ListType(Droid),\n        arguments = LimitArg :: OffsetArg :: Nil,\n        resolve = ctx \u21d2 ctx.ctx.getDroids(ctx arg LimitArg, ctx arg OffsetArg)\n      )\n    )\n  )\n\n  implicit val PeopleInputType: InputObjectType[People] =\n    deriveInputObjectType(\n\/\/      ReplaceInputField(\"category\", InputField(\"category\", CategoryEnum))\n    )\n\n\/\/  implicit val PeopleType: ObjectType[Unit, People] = deriveObjectType()\n\n  val peopleArg = Argument(\"people\", PeopleInputType, \"people metadata\")\n\n\/\/  val CategoryEnum = EnumType(\n\/\/    \"category\",\n\/\/    Some(\"Category of an experiment\"),\n\/\/    List(\n\/\/      EnumValue(\"Exp\", value = Category.Experiment),\n\/\/      EnumValue(\"BugFix\", value = Category.BugFix),\n\/\/      EnumValue(\"TechnicalTask\", value = Category.TechnicalTask),\n\/\/      EnumValue(\"KillSwitch\", value = Category.KillSwitch),\n\/\/      EnumValue(\"Control\", value = Category.Control)\n\/\/    )\n\/\/  )\n\n\/\/  implicit val CategoryEnum = ScalarAlias[Category, Int](\n\/\/    IntType,\n\/\/    _.value,\n\/\/    id \u21d2 Right(Category.withValue(id))\n\/\/  )\n\n  private val peopleMutation: Seq[Field[CharacterRepo, Unit]] = Seq(\n    Field(\n      name = \"createPeople\",\n      fieldType = BooleanType,\n      description = Some(\"Create people\"),\n      arguments = peopleArg :: Nil,\n      resolve = c => c.ctx.setPeople(c.arg(peopleArg))\n    )\n  )\n\n  val MutationType = ObjectType[CharacterRepo, Unit](\n    \"Mutation\",\n    fields[CharacterRepo, Unit](\n      peopleMutation: _*\n    )\n  )\n\n  val StarWarsSchema = Schema(Query, Some(MutationType))\n}\n"}
{"repo_name":"rahul619anand\/sangria-akka-http-example","path":"build.sbt","text":"<reponame>rahul619anand\/sangria-akka-http-example<filename>build.sbt\nname := \"sangria-akka-http-example\"\nversion := \"0.1.0-SNAPSHOT\"\n\ndescription := \"An example GraphQL server written with akka-http, circe and sangria.\"\n\nscalaVersion := \"2.12.6\"\nscalacOptions ++= Seq(\"-deprecation\", \"-feature\")\n\nlibraryDependencies ++= Seq(\n  \"org.sangria-graphql\" %% \"sangria\" % \"1.4.1\",\n  \"org.sangria-graphql\" %% \"sangria-circe\" % \"1.2.1\",\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.3\",\n  \"de.heikoseeberger\" %% \"akka-http-circe\" % \"1.21.0\",\n  \"io.circe\" %% \"circe-core\" % \"0.9.3\",\n  \"io.circe\" %% \"circe-parser\" % \"0.9.3\",\n  \"io.circe\" %% \"circe-optics\" % \"0.9.3\",\n  \"io.circe\" %% \"circe-generic-extras\" % \"0.9.3\",\n  \"io.circe\" %% \"circe-generic\" % \"0.9.3\",\n  \"com.beachape\" %% \"enumeratum\" % \"1.5.12\",\n  \"com.beachape\" %% \"enumeratum-circe\" % \"1.5.14\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test\n)\n\nRevolver.settings\nenablePlugins(JavaAppPackaging)\n"}
{"repo_name":"lbhm\/rheem","path":"rheem-api\/src\/main\/scala\/org\/qcri\/rheem\/api\/DataQuantaBuilder.scala","text":"<filename>rheem-api\/src\/main\/scala\/org\/qcri\/rheem\/api\/DataQuantaBuilder.scala\npackage org.qcri.rheem.api\n\n\nimport java.util.function.{Consumer, IntUnaryOperator, Function => JavaFunction}\nimport java.util.{Collection => JavaCollection}\n\nimport de.hpi.isg.profiledb.store.model.Experiment\nimport org.qcri.rheem.api.graph.{Edge, EdgeDataQuantaBuilder, EdgeDataQuantaBuilderDecorator}\nimport org.qcri.rheem.api.util.{DataQuantaBuilderCache, TypeTrap}\nimport org.qcri.rheem.basic.data.{Record, Tuple2 => RT2}\nimport org.qcri.rheem.basic.operators.{GlobalReduceOperator, LocalCallbackSink, MapOperator, SampleOperator}\nimport org.qcri.rheem.core.function.FunctionDescriptor.{SerializableBiFunction, SerializableBinaryOperator, SerializableFunction, SerializablePredicate}\nimport org.qcri.rheem.core.optimizer.ProbabilisticDoubleInterval\nimport org.qcri.rheem.core.optimizer.cardinality.CardinalityEstimator\nimport org.qcri.rheem.core.optimizer.costs.{LoadEstimator, LoadProfile, LoadProfileEstimator}\nimport org.qcri.rheem.core.plan.rheemplan.{Operator, OutputSlot, RheemPlan, UnarySource}\nimport org.qcri.rheem.core.platform.Platform\nimport org.qcri.rheem.core.types.DataSetType\nimport org.qcri.rheem.core.util.{Logging, ReflectionUtils, RheemCollections, Tuple => RheemTuple}\n\nimport scala.collection.mutable.ListBuffer\nimport scala.reflect.ClassTag\n\n\/**\n  * Trait\/interface for builders of [[DataQuanta]]. The purpose of the builders is to provide a convenient\n  * Java API for Rheem that compensates for lacking default and named arguments.\n  *\/\ntrait DataQuantaBuilder[+This <: DataQuantaBuilder[_, Out], Out] extends Logging {\n\n  \/**\n    * The type of the [[DataQuanta]] to be built.\n    *\/\n  protected[api] def outputTypeTrap: TypeTrap\n\n  \/**\n    * Provide a [[JavaPlanBuilder]] to which this instance is associated.\n    *\/\n  protected[api] implicit def javaPlanBuilder: JavaPlanBuilder\n\n  \/**\n    * Set a name for the [[DataQuanta]] and its associated [[org.qcri.rheem.core.plan.rheemplan.Operator]]s.\n    *\n    * @param name the name\n    * @return this instance\n    *\/\n  def withName(name: String): This\n\n  \/**\n    * Set an [[Experiment]] for the currently built [[org.qcri.rheem.core.api.Job]].\n    *\n    * @param experiment the [[Experiment]]\n    * @return this instance\n    *\/\n  def withExperiment(experiment: Experiment): This\n\n  \/**\n    * Explicitly set an output [[DataSetType]] for the currently built [[DataQuanta]]. Note that it is not\n    * always necessary to set it and that it can be inferred in some situations.\n    *\n    * @param outputType the output [[DataSetType]]\n    * @return this instance\n    *\/\n  def withOutputType(outputType: DataSetType[Out]): This\n\n  \/**\n    * Explicitly set an output [[Class]] for the currently built [[DataQuanta]]. Note that it is not\n    * always necessary to set it and that it can be inferred in some situations.\n    *\n    * @param cls the output [[Class]]\n    * @return this instance\n    *\/\n  def withOutputClass(cls: Class[Out]): This\n\n  \/**\n    * Register a broadcast with the [[DataQuanta]] to be built\n    *\n    * @param sender        a [[DataQuantaBuilder]] constructing the broadcasted [[DataQuanta]]\n    * @param broadcastName the name of the broadcast\n    * @return this instance\n    *\/\n  def withBroadcast[Sender <: DataQuantaBuilder[_, _]](sender: Sender, broadcastName: String): This\n\n  \/**\n    * Set a [[CardinalityEstimator]] for the currently built [[DataQuanta]].\n    *\n    * @param cardinalityEstimator the [[CardinalityEstimator]]\n    * @return this instance\n    *\/\n  def withCardinalityEstimator(cardinalityEstimator: CardinalityEstimator): This\n\n  \/**\n    * Add a target [[Platform]] on which the currently built [[DataQuanta]] should be calculated. Can be invoked\n    * multiple times to set multiple possilbe target [[Platform]]s or not at all to impose no restrictions.\n    *\n    * @param platform the [[CardinalityEstimator]]\n    * @return this instance\n    *\/\n  def withTargetPlatform(platform: Platform): This\n\n  \/**\n    * Register the JAR file containing the given [[Class]] with the currently built [[org.qcri.rheem.core.api.Job]].\n    *\n    * @param cls the [[Class]]\n    * @return this instance\n    *\/\n  def withUdfJarOf(cls: Class[_]): This\n\n  \/**\n    * Register a JAR file with the currently built [[org.qcri.rheem.core.api.Job]].\n    *\n    * @param path the path of the JAR file\n    * @return this instance\n    *\/\n  def withUdfJar(path: String): This\n\n  \/**\n    * Provide a [[ClassTag]] for the constructed [[DataQuanta]].\n    *\n    * @return the [[ClassTag]]\n    *\/\n  protected[api] implicit def classTag: ClassTag[Out] = ClassTag(outputTypeTrap.typeClass)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[MapOperator]].\n    *\n    * @param udf the UDF for the [[MapOperator]]\n    * @return a [[MapDataQuantaBuilder]]\n    *\/\n  def map[NewOut](udf: SerializableFunction[Out, NewOut]) = new MapDataQuantaBuilder(this, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[MapOperator]] with a [[org.qcri.rheem.basic.function.ProjectionDescriptor]].\n    *\n    * @param fieldNames field names for the [[org.qcri.rheem.basic.function.ProjectionDescriptor]]\n    * @return a [[MapDataQuantaBuilder]]\n    *\/\n  def project[NewOut](fieldNames: Array[String]) = new ProjectionDataQuantaBuilder(this, fieldNames)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.FilterOperator]].\n    *\n    * @param udf filter UDF\n    * @return a [[FilterDataQuantaBuilder]]\n    *\/\n  def filter(udf: SerializablePredicate[Out]) = new FilterDataQuantaBuilder(this, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.FlatMapOperator]].\n    *\n    * @param udf the UDF for the [[org.qcri.rheem.basic.operators.FlatMapOperator]]\n    * @return a [[FlatMapDataQuantaBuilder]]\n    *\/\n  def flatMap[NewOut](udf: SerializableFunction[Out, java.lang.Iterable[NewOut]]) = new FlatMapDataQuantaBuilder(this, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.MapPartitionsOperator]].\n    *\n    * @param udf the UDF for the [[org.qcri.rheem.basic.operators.MapPartitionsOperator]]\n    * @return a [[MapPartitionsDataQuantaBuilder]]\n    *\/\n  def mapPartitions[NewOut](udf: SerializableFunction[java.lang.Iterable[Out], java.lang.Iterable[NewOut]]) =\n    new MapPartitionsDataQuantaBuilder(this, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.SampleOperator]].\n    *\n    * @param sampleSize the absolute size of the sample\n    * @return a [[SampleDataQuantaBuilder]]\n    *\/\n  def sample(sampleSize: Int): SampleDataQuantaBuilder[Out] = this.sample(new IntUnaryOperator {\n    override def applyAsInt(operand: Int): Int = sampleSize\n  })\n\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.SampleOperator]].\n    *\n    * @param sampleSizeFunction the absolute size of the sample as a function of the current iteration number\n    * @return a [[SampleDataQuantaBuilder]]\n    *\/\n  def sample(sampleSizeFunction: IntUnaryOperator) = new SampleDataQuantaBuilder[Out](this, sampleSizeFunction)\n\n  \/**\n    * Annotates a key to this instance.\n    * @param keyExtractor extracts the key from the data quanta\n    * @return a [[KeyedDataQuantaBuilder]]\n    *\/\n  def keyBy[Key](keyExtractor: SerializableFunction[Out, Key]) = new KeyedDataQuantaBuilder[Out, Key](this, keyExtractor)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[GlobalReduceOperator]].\n    *\n    * @param udf the UDF for the [[GlobalReduceOperator]]\n    * @return a [[GlobalReduceDataQuantaBuilder]]\n    *\/\n  def reduce(udf: SerializableBinaryOperator[Out]) = new GlobalReduceDataQuantaBuilder(this, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.ReduceByOperator]].\n    *\n    * @param keyUdf the key UDF for the [[org.qcri.rheem.basic.operators.ReduceByOperator]]\n    * @param udf    the UDF for the [[org.qcri.rheem.basic.operators.ReduceByOperator]]\n    * @return a [[ReduceByDataQuantaBuilder]]\n    *\/\n  def reduceByKey[Key](keyUdf: SerializableFunction[Out, Key], udf: SerializableBinaryOperator[Out]) =\n    new ReduceByDataQuantaBuilder(this, keyUdf, udf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.MaterializedGroupByOperator]].\n    *\n    * @param keyUdf the key UDF for the [[org.qcri.rheem.basic.operators.MaterializedGroupByOperator]]\n    * @return a [[GroupByDataQuantaBuilder]]\n    *\/\n  def groupByKey[Key](keyUdf: SerializableFunction[Out, Key]) =\n    new GroupByDataQuantaBuilder(this, keyUdf)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.GlobalMaterializedGroupOperator]].\n    *\n    * @return a [[GlobalGroupDataQuantaBuilder]]\n    *\/\n  def group() = new GlobalGroupDataQuantaBuilder(this)\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.UnionAllOperator]].\n    *\n    * @param that the other [[DataQuantaBuilder]] to union with\n    * @return a [[UnionDataQuantaBuilder]]\n    *\/\n  def union(that: DataQuantaBuilder[_, Out]) = new UnionDataQuantaBuilder(this, that)\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.IntersectOperator]].\n    *\n    * @param that the other [[DataQuantaBuilder]] to intersect with\n    * @return an [[IntersectDataQuantaBuilder]]\n    *\/\n  def intersect(that: DataQuantaBuilder[_, Out]) = new IntersectDataQuantaBuilder(this, that)\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.JoinOperator]].\n    *\n    * @param thisKeyUdf the key extraction UDF for this instance\n    * @param that       the other [[DataQuantaBuilder]] to join with\n    * @param thatKeyUdf the key extraction UDF for `that` instance\n    * @return a [[JoinDataQuantaBuilder]]\n    *\/\n  def join[ThatOut, Key](thisKeyUdf: SerializableFunction[Out, Key],\n                         that: DataQuantaBuilder[_, ThatOut],\n                         thatKeyUdf: SerializableFunction[ThatOut, Key]) =\n    new JoinDataQuantaBuilder(this, that, thisKeyUdf, thatKeyUdf)\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.CoGroupOperator]].\n    *\n    * @param thisKeyUdf the key extraction UDF for this instance\n    * @param that       the other [[DataQuantaBuilder]] to join with\n    * @param thatKeyUdf the key extraction UDF for `that` instance\n    * @return a [[CoGroupDataQuantaBuilder]]\n    *\/\n  def coGroup[ThatOut, Key](thisKeyUdf: SerializableFunction[Out, Key],\n                         that: DataQuantaBuilder[_, ThatOut],\n                         thatKeyUdf: SerializableFunction[ThatOut, Key]) =\n    new CoGroupDataQuantaBuilder(this, that, thisKeyUdf, thatKeyUdf)\n\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.SortOperator]].\n    *\n    * @param keyUdf the key extraction UDF for this instance\n    * @return a [[SortDataQuantaBuilder]]\n    *\/\n  def sort[Key](keyUdf: SerializableFunction[Out, Key]) =\n    new SortDataQuantaBuilder(this, keyUdf)\n\n  \/**\n    * Feed the built [[DataQuanta]] of this and the given instance into a\n    * [[org.qcri.rheem.basic.operators.CartesianOperator]].\n    *\n    * @return a [[CartesianDataQuantaBuilder]]\n    *\/\n  def cartesian[ThatOut](that: DataQuantaBuilder[_, ThatOut]) = new CartesianDataQuantaBuilder(this, that)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.ZipWithIdOperator]].\n    *\n    * @return a [[ZipWithIdDataQuantaBuilder]] representing the [[org.qcri.rheem.basic.operators.ZipWithIdOperator]]'s output\n    *\/\n  def zipWithId = new ZipWithIdDataQuantaBuilder(this)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.DistinctOperator]].\n    *\n    * @return a [[DistinctDataQuantaBuilder]] representing the [[org.qcri.rheem.basic.operators.DistinctOperator]]'s output\n    *\/\n  def distinct = new DistinctDataQuantaBuilder(this)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.CountOperator]].\n    *\n    * @return a [[CountDataQuantaBuilder]] representing the [[org.qcri.rheem.basic.operators.CountOperator]]'s output\n    *\/\n  def count = new CountDataQuantaBuilder(this)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.DoWhileOperator]].\n    *\n    * @return a [[DoWhileDataQuantaBuilder]]\n    *\/\n  def doWhile[Conv](conditionUdf: SerializablePredicate[JavaCollection[Conv]],\n                    bodyBuilder: JavaFunction[DataQuantaBuilder[_, Out], RheemTuple[DataQuantaBuilder[_, Out], DataQuantaBuilder[_, Conv]]]) =\n    new DoWhileDataQuantaBuilder(this, conditionUdf.asInstanceOf[SerializablePredicate[JavaCollection[Conv]]], bodyBuilder)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.RepeatOperator]].\n    *\n    * @return a [[DoWhileDataQuantaBuilder]]\n    *\/\n  def repeat(numRepetitions: Int, bodyBuilder: JavaFunction[DataQuantaBuilder[_, Out], DataQuantaBuilder[_, Out]]) =\n    new RepeatDataQuantaBuilder(this, numRepetitions, bodyBuilder)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a custom [[Operator]] with a single [[org.qcri.rheem.core.plan.rheemplan.InputSlot]]\n    * and a single [[OutputSlot]].\n    *\n    * @param operator the custom [[Operator]]\n    * @tparam T the type of the output [[DataQuanta]]\n    * @return a [[CustomOperatorDataQuantaBuilder]]\n    *\/\n  def customOperator[T](operator: Operator) = {\n    assert(operator.getNumInputs == 1, \"customOperator(...) only allows for operators with a single input.\")\n    assert(operator.getNumOutputs == 1, \"customOperator(...) only allows for operators with a single output.\")\n    new CustomOperatorDataQuantaBuilder[T](operator, 0, new DataQuantaBuilderCache, this)\n  }\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[LocalCallbackSink]] that collects all data quanta locally. This triggers\n    * execution of the constructed [[RheemPlan]].\n    *\n    * @return the collected data quanta\n    *\/\n  def collect(): JavaCollection[Out] = {\n    import scala.collection.JavaConversions._\n    this.dataQuanta().collect()\n  }\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[JavaFunction]] that runs locally. This triggers\n    * execution of the constructed [[RheemPlan]].\n    *\n    * @param f the [[JavaFunction]]\n    * @return the collected data quanta\n    *\/\n  def forEach(f: Consumer[Out]): Unit = this.dataQuanta().foreachJava(f)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.TextFileSink]]. This triggers\n    * execution of the constructed [[RheemPlan]].\n    *\n    * @param url     the URL of the file to be written\n    * @param jobName optional name for the [[RheemPlan]]\n    * @return the collected data quanta\n    *\/\n  def writeTextFile(url: String, formatterUdf: SerializableFunction[Out, String], jobName: String): Unit =\n    this.writeTextFile(url, formatterUdf, jobName, null)\n\n  \/**\n    * Feed the built [[DataQuanta]] into a [[org.qcri.rheem.basic.operators.TextFileSink]]. This triggers\n    * execution of the constructed [[RheemPlan]].\n    *\n    * @param url the URL of the file to be written\n    * @return the collected data quanta\n    *\/\n  def writeTextFile(url: String,\n                    formatterUdf: SerializableFunction[Out, String],\n                    jobName: String,\n                    udfLoadProfileEstimator: LoadProfileEstimator): Unit = {\n    this.javaPlanBuilder.withJobName(jobName)\n    this.dataQuanta().writeTextFileJava(url, formatterUdf, udfLoadProfileEstimator)\n  }\n\n  \/**\n    * Enriches the set of operations to [[Record]]-based ones. This instances must deal with data quanta of\n    * type [[Record]], though. Because of Java's type erasure, we need to leave it up to you whether this\n    * operation is applicable.\n    *\n    * @return a [[RecordDataQuantaBuilder]]\n    *\/\n  def asRecords[T <: RecordDataQuantaBuilder[T]]: RecordDataQuantaBuilder[T] = {\n    this match {\n      case records: RecordDataQuantaBuilder[_] => records.asInstanceOf[RecordDataQuantaBuilder[T]]\n      case _ => new RecordDataQuantaBuilderDecorator(this.asInstanceOf[DataQuantaBuilder[_, Record]])\n    }\n  }\n\n  \/**\n    * Enriches the set of operations to [[Edge]]-based ones. This instances must deal with data quanta of\n    * type [[Edge]], though. Because of Java's type erasure, we need to leave it up to you whether this\n    * operation is applicable.\n    *\n    * @return a [[EdgeDataQuantaBuilder]]\n    *\/\n  def asEdges[T <: EdgeDataQuantaBuilder[T]]: EdgeDataQuantaBuilder[T] = {\n    this match {\n      case edges: RecordDataQuantaBuilder[_] => edges.asInstanceOf[EdgeDataQuantaBuilder[T]]\n      case _ => new EdgeDataQuantaBuilderDecorator(this.asInstanceOf[DataQuantaBuilder[_, Edge]])\n    }\n  }\n\n  \/**\n    * Get or create the [[DataQuanta]] built by this instance.\n    *\n    * @return the [[DataQuanta]]\n    *\/\n  protected[api] def dataQuanta(): DataQuanta[Out]\n\n}\n\n\/**\n  * Abstract base class for builders of [[DataQuanta]]. The purpose of the builders is to provide a convenient\n  * Java API for Rheem that compensates for lacking default and named arguments.\n  *\/\nabstract class BasicDataQuantaBuilder[This <: DataQuantaBuilder[_, Out], Out](implicit _javaPlanBuilder: JavaPlanBuilder)\n  extends Logging with DataQuantaBuilder[This, Out] {\n\n  \/**\n    * Lazy-initialized. The [[DataQuanta]] product of this builder.\n    *\/\n  private var result: DataQuanta[Out] = _\n\n  \/**\n    * A name for the [[DataQuanta]] to be built.\n    *\/\n  private var name: String = _\n\n  \/**\n    * An [[Experiment]] for the [[DataQuanta]] to be built.\n    *\/\n  private var experiment: Experiment = _\n\n  \/**\n    * Broadcasts for the [[DataQuanta]] to be built.\n    *\/\n  private val broadcasts: ListBuffer[(String, DataQuantaBuilder[_, _])] = ListBuffer()\n\n  \/**\n    * [[CardinalityEstimator]] for the [[DataQuanta]] to be built.\n    *\/\n  private var cardinalityEstimator: CardinalityEstimator = _\n\n  \/**\n    * Target [[Platform]]s for the [[DataQuanta]] to be built.\n    *\/\n  private val targetPlatforms: ListBuffer[Platform] = ListBuffer()\n\n  \/**\n    * Paths of UDF JAR files for the [[DataQuanta]] to be built.\n    *\/\n  private val udfJars: ListBuffer[String] = ListBuffer()\n\n  \/**\n    * The type of the [[DataQuanta]] to be built.\n    *\/\n  protected[api] val outputTypeTrap = getOutputTypeTrap\n\n  \/**\n    * Retrieve an intialization value for [[outputTypeTrap]].\n    *\n    * @return the [[TypeTrap]]\n    *\/\n  protected def getOutputTypeTrap = new TypeTrap\n\n  override protected[api] implicit def javaPlanBuilder = _javaPlanBuilder\n\n  override def withName(name: String): This = {\n    this.name = name\n    this.asInstanceOf[This]\n  }\n\n  override def withExperiment(experiment: Experiment): This = {\n    this.experiment = experiment\n    this.asInstanceOf[This]\n  }\n\n  override def withOutputType(outputType: DataSetType[Out]): This = {\n    this.outputTypeTrap.dataSetType = outputType\n    this.asInstanceOf[This]\n  }\n\n  override def withOutputClass(cls: Class[Out]): This = this.withOutputType(DataSetType.createDefault(cls))\n\n  override def withBroadcast[Sender <: DataQuantaBuilder[_, _]](sender: Sender, broadcastName: String): This = {\n    this.broadcasts += Tuple2(broadcastName, sender)\n    this.asInstanceOf[This]\n  }\n\n  override def withCardinalityEstimator(cardinalityEstimator: CardinalityEstimator): This = {\n    this.cardinalityEstimator = cardinalityEstimator\n    this.asInstanceOf[This]\n  }\n\n  override def withTargetPlatform(platform: Platform): This = {\n    this.targetPlatforms += platform\n    this.asInstanceOf[This]\n  }\n\n  def withUdfJarOf(cls: Class[_]): This = this.withUdfJar(ReflectionUtils.getDeclaringJar(cls))\n\n  override def withUdfJar(path: String): This = {\n    this.udfJars += path\n    this.asInstanceOf[This]\n  }\n\n  override protected[api] implicit def classTag: ClassTag[Out] = ClassTag(outputTypeTrap.typeClass)\n\n  override protected[api] def dataQuanta(): DataQuanta[Out] = {\n    if (this.result == null) {\n      this.result = this.build\n      if (this.name != null) this.result.withName(this.name)\n      if (this.cardinalityEstimator != null) this.result.withCardinalityEstimator(this.cardinalityEstimator)\n      if (this.experiment != null) this.result.withExperiment(experiment)\n      this.result.withUdfJars(this.udfJars: _*)\n      this.result.withTargetPlatforms(this.targetPlatforms: _*)\n      this.broadcasts.foreach {\n        case (broadcastName, senderBuilder) => this.result.withBroadcast(senderBuilder.dataQuanta(), broadcastName)\n      }\n    }\n    this.result\n  }\n\n  \/**\n    * Create the [[DataQuanta]] built by this instance. Note the configuration being done in [[dataQuanta()]].\n    *\n    * @return the created and partially configured [[DataQuanta]]\n    *\/\n  protected def build: DataQuanta[Out]\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.core.plan.rheemplan.UnarySource]]s.\n  *\n  * @param source          the [[UnarySource]]\n  * @param javaPlanBuilder the [[JavaPlanBuilder]]\n  *\/\nclass UnarySourceDataQuantaBuilder[This <: DataQuantaBuilder[_, Out], Out](source: UnarySource[Out])\n                                                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[This, Out] {\n\n  override protected def build: DataQuanta[Out] = javaPlanBuilder.planBuilder.load(source)(this.classTag)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.CollectionSource]]s.\n  *\n  * @param collection      the [[JavaCollection]] to be loaded\n  * @param javaPlanBuilder the [[JavaPlanBuilder]]\n  *\/\nclass LoadCollectionDataQuantaBuilder[Out](collection: JavaCollection[Out])(implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[LoadCollectionDataQuantaBuilder[Out], Out] {\n\n  \/\/ Try to infer the type class from the collection.\n  locally {\n    if (!collection.isEmpty) {\n      val any = RheemCollections.getAny(collection)\n      if (any != null) {\n        this.outputTypeTrap.dataSetType = DataSetType.createDefault(any.getClass)\n      }\n    }\n  }\n\n  override protected def build: DataQuanta[Out] = javaPlanBuilder.planBuilder.loadCollection(collection)(this.classTag)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.MapOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[MapOperator]]\n  *\/\nclass MapDataQuantaBuilder[In, Out](inputDataQuanta: DataQuantaBuilder[_, In],\n                                    udf: SerializableFunction[In, Out])\n                                   (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[MapDataQuantaBuilder[In, Out], Out] {\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/\/ Try to infer the type classes from the udf.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In] => inputDataQuanta.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n    parameters.get(\"Output\") match {\n      case cls: Class[Out] => this.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n  }\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().mapJava(udf, this.udfLoadProfileEstimator)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.MapOperator]]s with\n  * [[org.qcri.rheem.basic.function.ProjectionDescriptor]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param fieldNames      field names for the [[org.qcri.rheem.basic.function.ProjectionDescriptor]]\n  *\/\nclass ProjectionDataQuantaBuilder[In, Out](inputDataQuanta: DataQuantaBuilder[_, In], fieldNames: Array[String])\n                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[ProjectionDataQuantaBuilder[In, Out], Out] {\n\n  override protected def build = inputDataQuanta.dataQuanta().project(fieldNames.toSeq)\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.MapOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[MapOperator]]\n  *\/\nclass FilterDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T], udf: SerializablePredicate[T])\n                                (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[FilterDataQuantaBuilder[T], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/** Selectivity of the filter predicate. *\/\n  private var selectivity: ProbabilisticDoubleInterval = _\n\n  \/** SQL UDF implementing the filter predicate. *\/\n  private var sqlUdf: String = _\n\n  \/\/ Try to infer the type classes from the udf.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[T] => this.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n  }\n\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  \/**\n    * Add a SQL implementation of the UDF.\n    *\n    * @param sqlUdf a SQL condition that can be plugged into a `WHERE` clause\n    * @return this instance\n    *\/\n  def withSqlUdf(sqlUdf: String) = {\n    this.sqlUdf = sqlUdf\n    this\n  }\n\n  \/**\n    * Specify the selectivity of the UDF.\n    *\n    * @param lowerEstimate the lower bound of the expected selectivity\n    * @param upperEstimate the upper bound of the expected selectivity\n    * @param confidence    the probability of the actual selectivity being within these bounds\n    * @return this instance\n    *\/\n  def withSelectivity(lowerEstimate: Double, upperEstimate: Double, confidence: Double) = {\n    this.selectivity = new ProbabilisticDoubleInterval(lowerEstimate, upperEstimate, confidence)\n    this\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().filterJava(\n    udf, this.sqlUdf, this.selectivity, this.udfLoadProfileEstimator\n  )\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.SortOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param keyUdf             UDF for the [[org.qcri.rheem.basic.operators.SortOperator]]\n  *\/\nclass SortDataQuantaBuilder[T, Key](inputDataQuanta: DataQuantaBuilder[_, T],\n                                    keyUdf: SerializableFunction[T, Key])\n                                   (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[SortDataQuantaBuilder[T, Key], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/** [[ClassTag]] or surrogate of [[Key]] *\/\n  implicit var keyTag: ClassTag[Key] = _\n\n  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf]]. *\/\n  private var keyUdfCpuEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf]]. *\/\n  private var keyUdfRamEstimator: LoadEstimator = _\n\n\n  \/\/ Try to infer the type classes from the UDFs.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[T] => inputDataQuanta.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n\n\n  \/**\n    * Set a [[LoadEstimator]] for the CPU load of the first key extraction UDF. Currently effectless.\n    *\n    * @param udfCpuEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfCpuEstimator(udfCpuEstimator: LoadEstimator) = {\n    this.keyUdfCpuEstimator = udfCpuEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the RAM load of first the key extraction UDF. Currently effectless.\n    *\n    * @param udfRamEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfRamEstimator(udfRamEstimator: LoadEstimator) = {\n    this.keyUdfRamEstimator = udfRamEstimator\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().sortJava(keyUdf)(this.keyTag)\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.FlatMapOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[org.qcri.rheem.basic.operators.FlatMapOperator]]\n  *\/\nclass FlatMapDataQuantaBuilder[In, Out](inputDataQuanta: DataQuantaBuilder[_, In],\n                                        udf: SerializableFunction[In, java.lang.Iterable[Out]])\n                                       (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[FlatMapDataQuantaBuilder[In, Out], Out] {\n\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/** Selectivity of the filter predicate. *\/\n  private var selectivity: ProbabilisticDoubleInterval = _\n\n  \/\/ Try to infer the type classes from the udf.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In] => inputDataQuanta.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n    val originalClass = ReflectionUtils.getWrapperClass(parameters.get(\"Output\"), 0)\n    originalClass match {\n      case cls: Class[Out] => {\n        this.outputTypeTrap.dataSetType= DataSetType.createDefault(cls)\n      }\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n  }\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  \/**\n    * Specify the selectivity of the UDF.\n    *\n    * @param lowerEstimate the lower bound of the expected selectivity\n    * @param upperEstimate the upper bound of the expected selectivity\n    * @param confidence    the probability of the actual selectivity being within these bounds\n    * @return this instance\n    *\/\n  def withSelectivity(lowerEstimate: Double, upperEstimate: Double, confidence: Double) = {\n    this.selectivity = new ProbabilisticDoubleInterval(lowerEstimate, upperEstimate, confidence)\n    this\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().flatMapJava(\n    udf, this.selectivity, this.udfLoadProfileEstimator\n  )\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.MapPartitionsOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[org.qcri.rheem.basic.operators.MapPartitionsOperator]]\n  *\/\nclass MapPartitionsDataQuantaBuilder[In, Out](inputDataQuanta: DataQuantaBuilder[_, In],\n                                              udf: SerializableFunction[java.lang.Iterable[In], java.lang.Iterable[Out]])\n                                             (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[MapPartitionsDataQuantaBuilder[In, Out], Out] {\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/** Selectivity of the filter predicate. *\/\n  private var selectivity: ProbabilisticDoubleInterval = _\n\n  \/\/ Try to infer the type classes from the udf.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In] => {\n        inputDataQuanta.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      }\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n    val originalClass = ReflectionUtils.getWrapperClass(parameters.get(\"Output\"), 0)\n    originalClass match {\n      case cls: Class[Out] => {\n        this.outputTypeTrap.dataSetType= DataSetType.createDefault(cls)\n      }\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n  }\n\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  \/**\n    * Specify the selectivity of the UDF.\n    *\n    * @param lowerEstimate the lower bound of the expected selectivity\n    * @param upperEstimate the upper bound of the expected selectivity\n    * @param confidence    the probability of the actual selectivity being within these bounds\n    * @return this instance\n    *\/\n  def withSelectivity(lowerEstimate: Double, upperEstimate: Double, confidence: Double) = {\n    this.selectivity = new ProbabilisticDoubleInterval(lowerEstimate, upperEstimate, confidence)\n    this\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().mapPartitionsJava(\n    udf, this.selectivity, this.udfLoadProfileEstimator\n  )\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.SampleOperator]]s.\n  *\n  * @param inputDataQuanta    [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param sampleSizeFunction the absolute size of the sample as a function of the current iteration number\n  *\/\nclass SampleDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T], sampleSizeFunction: IntUnaryOperator)\n                                (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[SampleDataQuantaBuilder[T], T] {\n\n  \/**\n    * Size of the dataset to be sampled.\n    *\/\n  private var datasetSize = SampleOperator.UNKNOWN_DATASET_SIZE\n\n  \/**\n    * Sampling method to use.\n    *\/\n  private var sampleMethod = SampleOperator.Methods.ANY\n\n  \/**\n    * Seed to use.\n    *\/\n  private var seed: Option[Long] = None\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/**\n    * Set the size of the dataset that should be sampled.\n    *\n    * @param datasetSize the size of the dataset\n    * @return this instance\n    *\/\n  def withDatasetSize(datasetSize: Long) = {\n    this.datasetSize = datasetSize\n    this\n  }\n\n  \/**\n    * Set the sample method to be used.\n    *\n    * @param sampleMethod the sample method\n    * @return this instance\n    *\/\n  def withSampleMethod(sampleMethod: SampleOperator.Methods) = {\n    this.sampleMethod = sampleMethod\n    this\n  }\n\n  \/**\n    * Set the sample method to be used.\n    *\n    * @param seed\n    * @return this instance\n    *\/\n  def withSeed(seed: Long) = {\n    this.seed = Some(seed)\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().sampleDynamicJava(sampleSizeFunction, this.datasetSize, this.seed, this.sampleMethod)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.ReduceByOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[org.qcri.rheem.basic.operators.ReduceByOperator]]\n  * @param keyUdf          key extraction UDF for the [[org.qcri.rheem.basic.operators.ReduceByOperator]]\n  *\/\nclass ReduceByDataQuantaBuilder[Key, T](inputDataQuanta: DataQuantaBuilder[_, T],\n                                        keyUdf: SerializableFunction[T, Key],\n                                        udf: SerializableBinaryOperator[T])\n                                       (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[ReduceByDataQuantaBuilder[Key, T], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  implicit var keyTag: ClassTag[Key] = _\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/\/ TODO: Add these estimators.\n  \/\/  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf]]. *\/\n  \/\/  private var keyUdfCpuEstimator: LoadEstimator = _\n  \/\/\n  \/\/  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf]]. *\/\n  \/\/  private var keyUdfRamEstimator: LoadEstimator = _\n\n  \/\/ Try to infer the type classes from the UDFs.\n  locally {\n    var parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableBinaryOperator[_]])\n    parameters.get(\"Type\") match {\n      case cls: Class[T] => this.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n\n    parameters = ReflectionUtils.getTypeParameters(keyUdf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[T] => this.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf)\n    }\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().reduceByKeyJava(keyUdf, udf, this.udfLoadProfileEstimator)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.MaterializedGroupByOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param keyUdf          key extraction UDF for the [[org.qcri.rheem.basic.operators.MaterializedGroupByOperator]]\n  *\/\nclass GroupByDataQuantaBuilder[Key, T](inputDataQuanta: DataQuantaBuilder[_, T], keyUdf: SerializableFunction[T, Key])\n                                      (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[GroupByDataQuantaBuilder[Key, T], java.lang.Iterable[T]] {\n\n  implicit var keyTag: ClassTag[Key] = _\n\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[keyUdf]]. *\/\n  private var keyUdfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/\/ Try to infer the type classes from the UDFs.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[T] => this.outputTypeTrap.dataSetType = DataSetType.createGrouped(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withKeyUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.keyUdfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().groupByKeyJava(keyUdf, this.keyUdfLoadProfileEstimator)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.GlobalMaterializedGroupOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  *\/\nclass GlobalGroupDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T])(implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[GlobalGroupDataQuantaBuilder[T], java.lang.Iterable[T]] {\n\n  override protected def build = inputDataQuanta.dataQuanta().group()\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.GlobalReduceOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param udf             UDF for the [[org.qcri.rheem.basic.operators.GlobalReduceOperator]]\n  *\/\nclass GlobalReduceDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T],\n                                       udf: SerializableBinaryOperator[T])\n                                      (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[GlobalReduceDataQuantaBuilder[T], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the [[udf]]. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/\/ Try to infer the type classes from the udf.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(udf.getClass, classOf[SerializableBinaryOperator[_]])\n    parameters.get(\"Type\") match {\n      case cls: Class[T] => this.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", udf)\n    }\n  }\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().reduceJava(udf, this.udfLoadProfileEstimator)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.UnionAllOperator]]s.\n  *\n  * @param inputDataQuanta0 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param inputDataQuanta1 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  *\/\nclass UnionDataQuantaBuilder[T](inputDataQuanta0: DataQuantaBuilder[_, T],\n                                inputDataQuanta1: DataQuantaBuilder[_, T])\n                               (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[UnionDataQuantaBuilder[T], T] {\n\n  override def getOutputTypeTrap = inputDataQuanta0.outputTypeTrap\n\n  override protected def build = inputDataQuanta0.dataQuanta().union(inputDataQuanta1.dataQuanta())\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.IntersectOperator]]s.\n  *\n  * @param inputDataQuanta0 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param inputDataQuanta1 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  *\/\nclass IntersectDataQuantaBuilder[T](inputDataQuanta0: DataQuantaBuilder[_, T],\n                                    inputDataQuanta1: DataQuantaBuilder[_, T])\n                                   (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[IntersectDataQuantaBuilder[T], T] {\n\n  override def getOutputTypeTrap = inputDataQuanta0.outputTypeTrap\n\n  override protected def build = inputDataQuanta0.dataQuanta().intersect(inputDataQuanta1.dataQuanta())\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.JoinOperator]]s.\n  *\n  * @param inputDataQuanta0 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param inputDataQuanta1 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param keyUdf0          first key extraction UDF for the [[org.qcri.rheem.basic.operators.JoinOperator]]\n  * @param keyUdf1          first key extraction UDF for the [[org.qcri.rheem.basic.operators.JoinOperator]]\n  *\/\nclass JoinDataQuantaBuilder[In0, In1, Key](inputDataQuanta0: DataQuantaBuilder[_, In0],\n                                           inputDataQuanta1: DataQuantaBuilder[_, In1],\n                                           keyUdf0: SerializableFunction[In0, Key],\n                                           keyUdf1: SerializableFunction[In1, Key])\n                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[JoinDataQuantaBuilder[In0, In1, Key], RT2[In0, In1]] {\n\n  \/** [[ClassTag]] or surrogate of [[Key]] *\/\n  implicit var keyTag: ClassTag[Key] = _\n\n  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf0]]. *\/\n  private var keyUdf0CpuEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf0]]. *\/\n  private var keyUdf0RamEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf1]]. *\/\n  private var keyUdf1CpuEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf1]]. *\/\n  private var keyUdf1RamEstimator: LoadEstimator = _\n\n  \/\/ Try to infer the type classes from the UDFs.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf0.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In0] => inputDataQuanta0.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf0)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf0)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf1.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In1] => inputDataQuanta1.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf0)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf0)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n  \/\/ Since we are currently not looking at type parameters, we can statically determine the output type.\n  locally {\n    this.outputTypeTrap.dataSetType = dataSetType[RT2[_, _]]\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the CPU load of the first key extraction UDF. Currently effectless.\n    *\n    * @param udfCpuEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfCpuEstimator(udfCpuEstimator: LoadEstimator) = {\n    this.keyUdf0CpuEstimator = udfCpuEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the RAM load of first the key extraction UDF. Currently effectless.\n    *\n    * @param udfRamEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfRamEstimator(udfRamEstimator: LoadEstimator) = {\n    this.keyUdf0RamEstimator = udfRamEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the CPU load of the second key extraction UDF. Currently effectless.\n    *\n    * @param udfCpuEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThatKeyUdfCpuEstimator(udfCpuEstimator: LoadEstimator) = {\n    this.keyUdf1CpuEstimator = udfCpuEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the RAM load of the second key extraction UDF. Currently effectless.\n    *\n    * @param udfRamEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThatKeyUdfRamEstimator(udfRamEstimator: LoadEstimator) = {\n    this.keyUdf1RamEstimator = udfRamEstimator\n    this\n  }\n\n  \/**\n    * Assemble the joined elements to new elements.\n    *\n    * @param udf produces a joined element from two joinable elements\n    * @return a new [[DataQuantaBuilder]] representing the assembled join product\n    *\/\n  def assemble[NewOut](udf: SerializableBiFunction[In0, In1, NewOut]) =\n    this.map(new SerializableFunction[RT2[In0, In1], NewOut] {\n      override def apply(joinTuple: RT2[In0, In1]): NewOut = udf.apply(joinTuple.field0, joinTuple.field1)\n    })\n\n  override protected def build =\n    inputDataQuanta0.dataQuanta().joinJava(keyUdf0, inputDataQuanta1.dataQuanta(), keyUdf1)(inputDataQuanta1.classTag, this.keyTag)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.CoGroupOperator]]s.\n  *\n  * @param inputDataQuanta0 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param inputDataQuanta1 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param keyUdf0          first key extraction UDF for the [[org.qcri.rheem.basic.operators.CoGroupOperator]]\n  * @param keyUdf1          first key extraction UDF for the [[org.qcri.rheem.basic.operators.CoGroupOperator]]\n  *\/\nclass CoGroupDataQuantaBuilder[In0, In1, Key](inputDataQuanta0: DataQuantaBuilder[_, In0],\n                                           inputDataQuanta1: DataQuantaBuilder[_, In1],\n                                           keyUdf0: SerializableFunction[In0, Key],\n                                           keyUdf1: SerializableFunction[In1, Key])\n                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[CoGroupDataQuantaBuilder[In0, In1, Key], RT2[java.lang.Iterable[In0], java.lang.Iterable[In1]]] {\n\n  \/** [[ClassTag]] or surrogate of [[Key]] *\/\n  implicit var keyTag: ClassTag[Key] = _\n\n  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf0]]. *\/\n  private var keyUdf0CpuEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf0]]. *\/\n  private var keyUdf0RamEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the CPU load of the [[keyUdf1]]. *\/\n  private var keyUdf1CpuEstimator: LoadEstimator = _\n\n  \/** [[LoadEstimator]] to estimate the RAM load of the [[keyUdf1]]. *\/\n  private var keyUdf1RamEstimator: LoadEstimator = _\n\n  \/\/ Try to infer the type classes from the UDFs.\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf0.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In0] => inputDataQuanta0.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf0)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf0)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n  locally {\n    val parameters = ReflectionUtils.getTypeParameters(keyUdf1.getClass, classOf[SerializableFunction[_, _]])\n    parameters.get(\"Input\") match {\n      case cls: Class[In1] => inputDataQuanta1.outputTypeTrap.dataSetType = DataSetType.createDefault(cls)\n      case _ => logger.warn(\"Could not infer types from {}.\", keyUdf0)\n    }\n\n    this.keyTag = parameters.get(\"Output\") match {\n      case cls: Class[Key] => ClassTag(cls)\n      case _ =>\n        logger.warn(\"Could not infer types from {}.\", keyUdf0)\n        ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n    }\n  }\n  \/\/ Since we are currently not looking at type parameters, we can statically determine the output type.\n  locally {\n    this.outputTypeTrap.dataSetType = dataSetType[RT2[_, _]]\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the CPU load of the first key extraction UDF. Currently effectless.\n    *\n    * @param udfCpuEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfCpuEstimator(udfCpuEstimator: LoadEstimator) = {\n    this.keyUdf0CpuEstimator = udfCpuEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the RAM load of first the key extraction UDF. Currently effectless.\n    *\n    * @param udfRamEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThisKeyUdfRamEstimator(udfRamEstimator: LoadEstimator) = {\n    this.keyUdf0RamEstimator = udfRamEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the CPU load of the second key extraction UDF. Currently effectless.\n    *\n    * @param udfCpuEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThatKeyUdfCpuEstimator(udfCpuEstimator: LoadEstimator) = {\n    this.keyUdf1CpuEstimator = udfCpuEstimator\n    this\n  }\n\n  \/**\n    * Set a [[LoadEstimator]] for the RAM load of the second key extraction UDF. Currently effectless.\n    *\n    * @param udfRamEstimator the [[LoadEstimator]]\n    * @return this instance\n    *\/\n  def withThatKeyUdfRamEstimator(udfRamEstimator: LoadEstimator) = {\n    this.keyUdf1RamEstimator = udfRamEstimator\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta0.dataQuanta().coGroupJava(keyUdf0, inputDataQuanta1.dataQuanta(), keyUdf1)(inputDataQuanta1.classTag, this.keyTag)\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.CartesianOperator]]s.\n  *\n  * @param inputDataQuanta0 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  * @param inputDataQuanta1 [[DataQuantaBuilder]] for the first input [[DataQuanta]]\n  *\/\nclass CartesianDataQuantaBuilder[In0, In1](inputDataQuanta0: DataQuantaBuilder[_, In0],\n                                           inputDataQuanta1: DataQuantaBuilder[_, In1])\n                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[CartesianDataQuantaBuilder[In0, In1], RT2[In0, In1]] {\n\n  \/\/ Since we are currently not looking at type parameters, we can statically determine the output type.\n  locally {\n    this.outputTypeTrap.dataSetType = dataSetType[RT2[_, _]]\n  }\n\n  override protected def build =\n    inputDataQuanta0.dataQuanta().cartesian(inputDataQuanta1.dataQuanta())(inputDataQuanta1.classTag)\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.ZipWithIdOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  *\/\nclass ZipWithIdDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T])\n                                   (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[ZipWithIdDataQuantaBuilder[T], RT2[java.lang.Long, T]] {\n\n  \/\/ Since we are currently not looking at type parameters, we can statically determine the output type.\n  locally {\n    this.outputTypeTrap.dataSetType = dataSetType[RT2[_, _]]\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().zipWithId\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.DistinctOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  *\/\nclass DistinctDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T])\n                                  (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[DistinctDataQuantaBuilder[T], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  override protected def build = inputDataQuanta.dataQuanta().distinct\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.CountOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  *\/\nclass CountDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T])\n                               (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[CountDataQuantaBuilder[T], java.lang.Long] {\n\n  \/\/ We can statically determine the output type.\n  locally {\n    this.outputTypeTrap.dataSetType = dataSetType[java.lang.Long]\n  }\n\n  override protected def build = inputDataQuanta.dataQuanta().count\n\n}\n\n\n\/**\n  * [[DataQuantaBuilder]] implementation for any [[org.qcri.rheem.core.plan.rheemplan.Operator]]s. Does not offer\n  * any convenience methods, though.\n  *\n  * @param operator        the custom [[org.qcri.rheem.core.plan.rheemplan.Operator]]\n  * @param outputIndex     index of the [[OutputSlot]] addressed by the new instance\n  * @param buildCache      a [[DataQuantaBuilderCache]] that must be shared across instances addressing the same [[Operator]]\n  * @param inputDataQuanta [[DataQuantaBuilder]]s for the input [[DataQuanta]]\n  * @param javaPlanBuilder the [[JavaPlanBuilder]] used to construct the current [[RheemPlan]]\n  *\/\nclass CustomOperatorDataQuantaBuilder[T](operator: Operator,\n                                         outputIndex: Int,\n                                         buildCache: DataQuantaBuilderCache,\n                                         inputDataQuanta: DataQuantaBuilder[_, _]*)\n                                        (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[DataQuantaBuilder[_, T], T] {\n\n  override protected def build = {\n    \/\/ If the [[operator]] has multiple [[OutputSlot]]s, make sure that we only execute the build once.\n    if (!buildCache.hasCached) {\n      val dataQuanta = javaPlanBuilder.planBuilder.customOperator(operator, inputDataQuanta.map(_.dataQuanta()): _*)\n      buildCache.cache(dataQuanta)\n    }\n    buildCache(outputIndex)\n  }\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.DoWhileOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param conditionUdf    UDF for the looping condition\n  * @param bodyBuilder     builds the loop body\n  *\/\nclass DoWhileDataQuantaBuilder[T, ConvOut](inputDataQuanta: DataQuantaBuilder[_, T],\n                                           conditionUdf: SerializablePredicate[JavaCollection[ConvOut]],\n                                           bodyBuilder: JavaFunction[DataQuantaBuilder[_, T], RheemTuple[DataQuantaBuilder[_, T], DataQuantaBuilder[_, ConvOut]]])\n                                          (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[DoWhileDataQuantaBuilder[T, ConvOut], T] {\n\n  \/\/ TODO: Get the ClassTag right.\n  implicit private var convOutClassTag: ClassTag[ConvOut] = ClassTag(DataSetType.none.getDataUnitType.getTypeClass)\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/\/ TODO: We could improve by combining the TypeTraps in the body loop.\n\n  \/** [[LoadProfileEstimator]] to estimate the [[LoadProfile]] of the UDF. *\/\n  private var udfLoadProfileEstimator: LoadProfileEstimator = _\n\n  \/** Number of expected iterations. *\/\n  private var numExpectedIterations = 20\n\n  \/**\n    * Set a [[LoadProfileEstimator]] for the load of the UDF.\n    *\n    * @param udfLoadProfileEstimator the [[LoadProfileEstimator]]\n    * @return this instance\n    *\/\n  def withUdfLoad(udfLoadProfileEstimator: LoadProfileEstimator) = {\n    this.udfLoadProfileEstimator = udfLoadProfileEstimator\n    this\n  }\n\n  \/**\n    * Explicitly set the [[DataSetType]] for the condition [[DataQuanta]]. Note that it is not\n    * always necessary to set it and that it can be inferred in some situations.\n    *\n    * @param outputType the output [[DataSetType]]\n    * @return this instance\n    *\/\n  def withConditionType(outputType: DataSetType[ConvOut]) = {\n    this.convOutClassTag = ClassTag(outputType.getDataUnitType.getTypeClass)\n    this\n  }\n\n  \/**\n    * Explicitly set the [[Class]] for the condition [[DataQuanta]]. Note that it is not\n    * always necessary to set it and that it can be inferred in some situations.\n    *\n    * @param cls the output [[Class]]\n    * @return this instance\n    *\/\n  def withConditionClass(cls: Class[ConvOut]) = {\n    this.convOutClassTag = ClassTag(cls)\n    this\n  }\n\n  \/**\n    * Set the number of expected iterations for the built [[org.qcri.rheem.basic.operators.DoWhileOperator]].\n    *\n    * @param numExpectedIterations the expected number of iterations\n    * @return this instance\n    *\/\n  def withExpectedNumberOfIterations(numExpectedIterations: Int) = {\n    this.numExpectedIterations = numExpectedIterations\n    this\n  }\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().doWhileJava[ConvOut](\n      conditionUdf, dataQuantaBodyBuilder, this.numExpectedIterations, this.udfLoadProfileEstimator\n    )(this.convOutClassTag)\n\n\n  \/**\n    * Create a loop body builder that is based on [[DataQuanta]].\n    *\n    * @return the loop body builder\n    *\/\n  private def dataQuantaBodyBuilder =\n    new JavaFunction[DataQuanta[T], RheemTuple[DataQuanta[T], DataQuanta[ConvOut]]] {\n      override def apply(loopStart: DataQuanta[T]) = {\n        val loopStartBuilder = new FakeDataQuantaBuilder(loopStart)\n        val loopEndBuilders = bodyBuilder(loopStartBuilder)\n        new RheemTuple(loopEndBuilders.field0.dataQuanta(), loopEndBuilders.field1.dataQuanta())\n      }\n    }\n\n}\n\n\/**\n  * [[DataQuantaBuilder]] implementation for [[org.qcri.rheem.basic.operators.DoWhileOperator]]s.\n  *\n  * @param inputDataQuanta [[DataQuantaBuilder]] for the input [[DataQuanta]]\n  * @param numRepetitions  number of repetitions of the loop\n  * @param bodyBuilder     builds the loop body\n  *\/\nclass RepeatDataQuantaBuilder[T](inputDataQuanta: DataQuantaBuilder[_, T],\n                                 numRepetitions: Int,\n                                 bodyBuilder: JavaFunction[DataQuantaBuilder[_, T], DataQuantaBuilder[_, T]])\n                                (implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[RepeatDataQuantaBuilder[T], T] {\n\n  \/\/ Reuse the input TypeTrap to enforce type equality between input and output.\n  override def getOutputTypeTrap: TypeTrap = inputDataQuanta.outputTypeTrap\n\n  \/\/ TODO: We could improve by combining the TypeTraps in the body loop.\n\n  override protected def build =\n    inputDataQuanta.dataQuanta().repeat(numRepetitions, startDataQuanta => {\n      val loopStartbuilder = new FakeDataQuantaBuilder(startDataQuanta)\n      bodyBuilder(loopStartbuilder).dataQuanta()\n    })\n\n}\n\n\/**\n  * Wraps [[DataQuanta]] and exposes them as [[DataQuantaBuilder]], i.e., this is an adapter.\n  *\n  * @param _dataQuanta the wrapped [[DataQuanta]]\n  *\/\nclass FakeDataQuantaBuilder[T](_dataQuanta: DataQuanta[T])(implicit javaPlanBuilder: JavaPlanBuilder)\n  extends BasicDataQuantaBuilder[FakeDataQuantaBuilder[T], T] {\n\n  override implicit def classTag = ClassTag(_dataQuanta.output.getType.getDataUnitType.getTypeClass)\n\n  override def dataQuanta() = _dataQuanta\n\n  \/**\n    * Create the [[DataQuanta]] built by this instance. Note the configuration being done in [[dataQuanta()]].\n    *\n    * @return the created and partially configured [[DataQuanta]]\n    *\/\n  override protected def build: DataQuanta[T] = _dataQuanta\n}\n\n\/**\n  * This is not an actual [[DataQuantaBuilder]] but rather decorates such a [[DataQuantaBuilder]] with a key.\n  *\/\nclass KeyedDataQuantaBuilder[Out, Key](private val dataQuantaBuilder: DataQuantaBuilder[_, Out],\n                                       private val keyExtractor: SerializableFunction[Out, Key])\n                                      (implicit javaPlanBuilder: JavaPlanBuilder) {\n\n  \/**\n    * Joins this instance with the given one via their keys.\n    *\n    * @param that the instance to join with\n    * @return a [[DataQuantaBuilder]] representing the join product\n    *\/\n  def join[ThatOut](that: KeyedDataQuantaBuilder[ThatOut, Key]) =\n    dataQuantaBuilder.join(this.keyExtractor, that.dataQuantaBuilder, that.keyExtractor)\n\n  \/**\n    * Co-groups this instance with the given one via their keys.\n    *\n    * @param that the instance to join with\n    * @return a [[DataQuantaBuilder]] representing the co-group product\n    *\/\n  def coGroup[ThatOut](that: KeyedDataQuantaBuilder[ThatOut, Key]) =\n    dataQuantaBuilder.coGroup(this.keyExtractor, that.dataQuantaBuilder, that.keyExtractor)\n\n}"}
{"repo_name":"luciuschina\/flink-master","path":"flink-libraries\/flink-table\/src\/main\/scala\/org\/apache\/flink\/table\/runtime\/match\/MatchUtil.scala","text":"<filename>flink-libraries\/flink-table\/src\/main\/scala\/org\/apache\/flink\/table\/runtime\/match\/MatchUtil.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.flink.table.runtime.`match`\n\nimport java.util\n\nimport org.apache.calcite.rel.RelFieldCollation\nimport org.apache.calcite.rex.RexNode\nimport org.apache.flink.api.common.typeinfo.TypeInformation\nimport org.apache.flink.cep.pattern.conditions.RichIterativeCondition\nimport org.apache.flink.cep.{PatternFlatSelectFunction, RichPatternSelectFunction}\nimport org.apache.flink.table.api.TableConfig\nimport org.apache.flink.table.codegen.MatchCodeGenerator\nimport org.apache.flink.table.plan.schema.RowSchema\nimport org.apache.flink.table.runtime.types.CRow\nimport org.apache.flink.types.Row\n\n\/**\n  * An util class to generate match functions.\n  *\/\nobject MatchUtil {\n\n  private[flink] def generateIterativeCondition(\n      config: TableConfig,\n      patternDefinition: RexNode,\n      inputTypeInfo: TypeInformation[_],\n      patternName: String,\n      names: Seq[String])\n    : IterativeConditionRunner = {\n    val generator = new MatchCodeGenerator(config, inputTypeInfo, names, Some(patternName))\n    val condition = generator.generateExpression(patternDefinition)\n    val body =\n      s\"\"\"\n         |${condition.code}\n         |return ${condition.resultTerm};\n         |\"\"\".stripMargin\n\n    val genCondition = generator\n      .generateMatchFunction(\"MatchRecognizeCondition\",\n        classOf[RichIterativeCondition[Row]],\n        body,\n        condition.resultType)\n    new IterativeConditionRunner(genCondition.name, genCondition.code)\n  }\n\n  private[flink] def generateOneRowPerMatchExpression(\n      config: TableConfig,\n      returnType: RowSchema,\n      partitionKeys: util.List[RexNode],\n      orderKeys: util.List[RelFieldCollation],\n      measures: util.Map[String, RexNode],\n      inputTypeInfo: TypeInformation[_],\n      patternNames: Seq[String])\n    : PatternFlatSelectFunction[Row, CRow] = {\n    val generator = new MatchCodeGenerator(config, inputTypeInfo, patternNames)\n\n    val resultExpression = generator.generateOneRowPerMatchExpression(\n      partitionKeys,\n      measures,\n      returnType)\n    val body =\n      s\"\"\"\n         |${resultExpression.code}\n         |return ${resultExpression.resultTerm};\n         |\"\"\".stripMargin\n\n    val genFunction = generator.generateMatchFunction(\n      \"MatchRecognizePatternSelectFunction\",\n      classOf[RichPatternSelectFunction[Row, Row]],\n      body,\n      resultExpression.resultType)\n    new PatternSelectFunctionRunner(genFunction.name, genFunction.code)\n  }\n}\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/transports\/CustomLogger.scala","text":"<reponame>scalajs-io\/winston\npackage io.scalajs.npm.winston\npackage transports\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSGlobal\n\n\/**\n  * Custom Logger Transport\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSGlobal(\"winston.transports.CustomLogger\")\nabstract class CustomLogger extends Transport"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/transports\/Console.scala","text":"package io.scalajs.npm.winston\npackage transports\n\nimport io.scalajs.RawOptions\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n\/**\n  * Console Transport\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", \"transports.Console\")\nclass Console(options: ConsoleTransportOptions | RawOptions = js.native) extends Transport\n\n\/**\n  * Console Transport Singleton\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", \"transports.Console\")\nobject Console extends Transport\n\n\/**\n  * Console Transport Options\n  * @author <EMAIL>\n  *\/\n\nclass ConsoleTransportOptions(val level: js.UndefOr[String] = js.undefined,\n                              val formatter: js.UndefOr[js.Function1[ConsoleTransportOptions | RawOptions, String]] = js.undefined,\n                              val timestamp: js.UndefOr[js.Function1[Unit, Double]] = js.undefined)\n  extends js.Object"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/Winston.scala","text":"package io.scalajs.npm.winston\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n\/**\n  * winston - A multi-transport async logging library for Node.js\n  * @see https:\/\/www.npmjs.com\/package\/winston#using-the-default-logger\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", JSImport.Namespace)\nobject Winston extends Logger"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/package.scala","text":"<reponame>scalajs-io\/winston\npackage io.scalajs.npm\n\nimport io.scalajs.nodejs.stream.Readable\n\n\/**\n  * winston package object\n  * @author <EMAIL>\n  *\/\npackage object winston {\n\n  type StreamingOptions = QueryOptions\n\n  \/**\n    * Logger Streaming Enrichment\n    * @param readable the given [[Readable]]\n    *\/\n  implicit class LoggerStreamingEnrichment(val readable: Readable) extends AnyVal {\n\n    @inline\n    def onLog(handler: LogMessage => Any): readable.type = readable.on(\"log\", handler)\n\n  }\n\n}\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/WinstonDailyRotateFile.scala","text":"<filename>src\/main\/scala\/io\/scalajs\/npm\/winston\/WinstonDailyRotateFile.scala\npackage io.scalajs.npm.winston\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\n\n\/**\n  * winston-daily-rotate-file - A transport for winston which logs to a rotating file each day.\n  * @see https:\/\/www.npmjs.com\/package\/winston-daily-rotate-file\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston-daily-rotate-file\", JSImport.Namespace)\nobject WinstonDailyRotateFile extends js.Object\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/transports\/File.scala","text":"package io.scalajs.npm.winston\npackage transports\n\nimport io.scalajs.RawOptions\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n\/**\n  * File Transport\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", \"transports.File\")\nclass File(options: FileTransportOptions | RawOptions = js.native) extends Transport\n\n\/**\n  * File Transport Singleton\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", \"transports.File\")\nobject File extends Transport\n\n\/**\n  * Winston Transport Options\n  * @param filename the name of the file to log to\n  *\/\n\nclass FileTransportOptions(val name: js.UndefOr[String] = js.undefined,\n                           val filename: js.UndefOr[String] = js.undefined,\n                           val level: js.UndefOr[String] = js.undefined,\n                           val formatter: js.UndefOr[js.Function1[FileTransportOptions | RawOptions, String]] = js.undefined,\n                           val timestamp: js.UndefOr[js.Function1[Unit, Double]] = js.undefined) extends js.Object"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/WinstonError.scala","text":"<gh_stars>1-10\npackage io.scalajs.npm.winston\n\nimport scala.scalajs.js\n\n\/**\n  * Winston Error\n  * @author <EMAIL>\n  *\/\n@js.native\ntrait WinstonError extends js.Object {\n\n  def code: String = js.native\n\n}\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/Logger.scala","text":"package io.scalajs.npm.winston\n\nimport io.scalajs.RawOptions\nimport io.scalajs.nodejs.stream.Readable\nimport io.scalajs.npm.winston.transports.{FileTransportOptions, Transports}\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSImport\nimport scala.scalajs.js.|\n\n\/**\n  * Winston Logger\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSImport(\"winston\", \"Logger\")\nclass Logger(options: ConfigurationOptions | RawOptions) extends js.Object {\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Constructor\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  protected def this() = this(js.native)\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Properties\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  var exitOnError: Boolean = js.native\n\n  val filters: js.Array[js.Function] = js.native\n\n  var level: String = js.native\n\n  val rewriters: js.Array[js.Function] = js.native\n\n  var transports: Transports = js.native\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Methods\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  def add(transport: Transport, options: FileTransportOptions | RawOptions = js.native): Unit = js.native\n\n  def cli(): Unit = js.native\n\n  def configure(options: ConfigurationOptions | RawOptions): Unit = js.native\n\n  def debug(message: String): Unit = js.native\n\n  def debug(level: String, message: String, metadata: js.Any*): Unit = js.native\n\n  def error(message: String): Unit = js.native\n\n  def error(level: String, message: String, args: js.Any*): Unit = js.native\n\n  def info(message: String): Unit = js.native\n\n  def info(level: String, message: String, args: js.Any*): Unit = js.native\n\n  def log(message: String): Unit = js.native\n\n  def log(level: String, message: String, args: js.Any*): Unit = js.native\n\n  def profile(name: String): Unit = js.native\n\n  def query(options: QueryOptions | RawOptions, callback: js.Function2[WinstonError, js.Any, Any]): Unit = js.native\n\n  def remove(name: String): Unit = js.native\n\n  def remove(transport: Transport): Unit = js.native\n\n  def silly(message: String): Unit = js.native\n\n  def silly(level: String, message: String, args: js.Any*): Unit = js.native\n\n  def stream(options: StreamingOptions | RawOptions): Readable = js.native\n\n  def warn(message: String): Unit = js.native\n\n  def warn(level: String, message: String, args: js.Any*): Unit = js.native\n\n  def verbose(message: String): Unit = js.native\n\n  def verbose(level: String, message: String, args: js.Any*): Unit = js.native\n\n}\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/test\/scala\/io\/scalajs\/npm\/winston\/WinstonTest.scala","text":"<filename>src\/test\/scala\/io\/scalajs\/npm\/winston\/WinstonTest.scala\npackage io.scalajs.npm\npackage winston\n\nimport io.scalajs.nodejs.{console, setTimeout}\nimport io.scalajs.npm.winston.WinstonTest.MetaData\nimport io.scalajs.npm.winston.transports.{ConsoleTransportOptions, FileTransportOptions}\nimport org.scalatest.FunSpec\n\nimport scala.concurrent.duration._\nimport scala.language.existentials\nimport scala.scalajs.js\n\n\n\/**\n  * Winston Tests\n  * @author <EMAIL>\n  *\/\nclass WinstonTest extends FunSpec {\n\n  describe(\"Winston\") {\n\n    it(\"has a default logger\") {\n      Winston.log(\"info\", \"Hello distributed log files!\")\n      Winston.info(\"Hello again distributed logs\")\n\n      Winston.level = \"debug\"\n      Winston.log(\"debug\", \"Now my debug messages are written to console!\")\n    }\n\n    it(\"supports adding\/removing transports\") {\n      Winston.add(winston.transports.File, new FileTransportOptions(filename = \"somefile.log\"))\n      Winston.remove(winston.transports.Console)\n    }\n\n    it(\"can also configure transports via configure()\") {\n      Winston.configure(new ConfigurationOptions(\n        transports = js.Array(new winston.transports.File(new FileTransportOptions(filename = \"somefile.log\")))\n      ))\n    }\n\n    it(\"supports instantiating logger instances\") {\n      val logger = new winston.Logger(new ConfigurationOptions(\n        transports = js.Array(\n          new winston.transports.Console(),\n          new winston.transports.File(new FileTransportOptions(filename = \"somefile.log\"))\n        )))\n    }\n\n    it(\"supports multiple transports of the same type\") {\n      val logger = new winston.Logger(new ConfigurationOptions(\n        transports = js.Array(\n          new winston.transports.File(new FileTransportOptions(\n            name = \"info-file\",\n            filename = \"filelog-info.log\",\n            level = \"info\"\n          )),\n          new winston.transports.File(new FileTransportOptions(\n            name = \"error-file\",\n            filename = \"filelog-error.log\",\n            level = \"error\"\n          ))\n        )\n      ))\n    }\n\n    it(\"supports profiling\") {\n      Winston.profile(\"test\")\n\n      setTimeout(() => {\n        \/\/\n        \/\/ Stop profile of 'test'. Logging will now take place:\n        \/\/   \"17 Jan 21:00:00 - info: test duration=1000ms\"\n        \/\/\n        Winston.profile(\"test\")\n      }, 1000)\n    }\n\n    it(\"supports string interpolation\") {\n      val logger = new winston.Logger(new ConfigurationOptions(\n        transports = js.Array(new winston.transports.Console())\n      ))\n\n      logger.log(\"info\", \"test message %s\", \"my string\")\n      \/\/ info: test message my string\n\n      logger.log(\"info\", \"test message %d\", 123)\n      \/\/ info: test message 123\n\n      logger.log(\"info\", \"test message %j\", new MetaData(number = 123), new MetaData())\n      \/\/ info: test message {\"number\":123}\n      \/\/ meta = {}\n\n      logger.log(\"info\", \"test message %s, %s\", \"first\", \"second\", new MetaData(number = 123))\n      \/\/ info: test message first, second\n      \/\/ meta = {number: 123}\n\n      logger.log(\"info\", \"test message\", \"first\", \"second\", new MetaData(number = 123))\n      \/\/ info: test message first second\n      \/\/ meta = {number: 123}\n\n      logger.log(\"info\", \"test message %s, %s\", \"first\", \"second\", new MetaData(number = 123), (() => {}): js.Function)\n      \/\/ info: test message first, second\n      \/\/ meta = {number: 123}\n      \/\/ callback = function(){}\n\n      logger.log(\"info\", \"test message\", \"first\", \"second\", new MetaData(number = 123), (() => {}): js.Function)\n      \/\/ info: test message first second\n      \/\/ meta = {number: 123}\n      \/\/ callback = function(){}\n    }\n\n    it(\"supports querying of logs with Loggly-like options\") {\n      val options = new QueryOptions(\n        from = js.Date.now - 24.hours.toMillis,\n        until = new js.Date,\n        limit = 10,\n        start = 0,\n        order = \"desc\",\n        fields = js.Array(\"message\")\n      )\n\n      \/\/\n      \/\/ Find items logged between today and yesterday.\n      \/\/\n      Winston.query(options, (err, results) => {\n        if (err != null) {\n          throw new IllegalStateException(err.code)\n        }\n\n        console.log(\"query results:\", results)\n      })\n    }\n\n    it(\"supports streaming logs back from a chosen transport\") {\n      \/\/ TODO Fix timeout issue\n      \/*\n      Winston.stream(new StreamingOptions(start = -1)).onLog { log =>\n        console.log(\"log:\", log)\n      }*\/\n    }\n\n    it(\"supports exit-on-error\") {\n      val logger = new winston.Logger(new ConfigurationOptions(exitOnError = false))\n\n      \/\/\n      \/\/ or, like this:\n      \/\/\n      logger.exitOnError = false\n    }\n\n    it(\"supports dynamically changing the log level of a transport\") {\n      val logger = new winston.Logger(new ConfigurationOptions(\n        transports = js.Array(\n          new winston.transports.Console(new ConsoleTransportOptions(level = \"warn\")),\n          new winston.transports.File(new FileTransportOptions(\n            filename = \"somefile.log\",\n            level = \"info\"\n          ))\n        )\n      ))\n\n      logger.debug(\"Will not be logged in either transport!\")\n      logger.transports.console.level = \"debug\"\n      logger.transports.file.level = \"verbose\"\n      logger.verbose(\"Will be logged in both transports!\")\n    }\n\n  }\n\n}\n\n\/**\n  * Winston Test Singleton\n  * @author <EMAIL>\n  *\/\nobject WinstonTest {\n\n\n  class MetaData(val number: Integer = null) extends js.Object\n\n}"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/Transport.scala","text":"<gh_stars>1-10\npackage io.scalajs.npm.winston\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSGlobal\n\n\/**\n  * Winston Transport\n  * @author <EMAIL>\n  *\/\n@js.native\n@JSGlobal(\"winston.Transport\")\nabstract class Transport extends js.Object {\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Properties\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  var name: String = js.native\n\n  var level: String = js.native\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Methods\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  def handleExceptions(): Unit = js.native\n\n  def log(level: String, message: String, meta: js.Any, callback: js.Function2[WinstonError, Boolean, Any]): Unit = js.native\n\n}\n\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/ConfigurationOptions.scala","text":"package io.scalajs.npm.winston\n\nimport scala.scalajs.js\n\nimport scala.scalajs.js.|\n\n\/**\n  * Configuration Options\n  *\/\n\nclass ConfigurationOptions(val transports: js.UndefOr[js.Array[_ <: Transport]] = js.undefined,\n                           val exitOnError: js.UndefOr[Boolean | js.Function1[WinstonError, Boolean]] = js.undefined,\n                           val rewriters: js.UndefOr[js.Array[js.Function]] = js.undefined,\n                           val filters: js.UndefOr[js.Array[js.Function]] = js.undefined)\n  extends js.Object"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/QueryOptions.scala","text":"<reponame>scalajs-io\/winston\npackage io.scalajs.npm.winston\n\nimport scala.scalajs.js\nimport scala.scalajs.js.|\n\n\/**\n  * Winston Query Options\n  * @param from\n  * @param until\n  * @param limit\n  * @param start\n  * @param order\n  * @param fields\n  *\/\nclass QueryOptions(val from: js.UndefOr[Double | js.Date] = js.undefined,\n                   val until: js.UndefOr[Double | js.Date] = js.undefined,\n                   val limit: js.UndefOr[Int] = js.undefined,\n                   val start: js.UndefOr[Int] = js.undefined,\n                   val order: js.UndefOr[String] = js.undefined,\n                   val fields: js.UndefOr[js.Array[String]] = js.undefined)\n  extends js.Object\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/LogMessage.scala","text":"package io.scalajs.npm.winston\n\nimport scala.scalajs.js\n\n\/**\n  * Winston Log Message\n  * @author <EMAIL>\n  *\/\n@js.native\ntrait LogMessage extends js.Object {\n\n  var durationMs: Int = js.native\n\n  var level: String = js.native\n\n  var message: String = js.native\n\n  var timestamp: js.Date = js.native\n\n  var transport: js.Array[String] = js.native\n\n}\n"}
{"repo_name":"scalajs-io\/winston","path":"src\/main\/scala\/io\/scalajs\/npm\/winston\/transports\/Transports.scala","text":"package io.scalajs.npm.winston\npackage transports\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation.JSBracketAccess\n\n\/**\n  * Winston Transports collection\n  * @author <EMAIL>\n  *\/\n@js.native\ntrait Transports extends js.Object {\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Properties\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  def console: Transport = js.native\n\n  def file: Transport = js.native\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/        Methods\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  @JSBracketAccess\n  def apply(index: Int): Transport = js.native\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/forms\/CreateUserForm.scala","text":"<filename>app\/forms\/CreateUserForm.scala<gh_stars>1-10\npackage forms\n\n\n\/**\n  * Form containing data to create a user.\n  *\n  * @param name     username\n  * @param distance to the company\n  * @param password from the user\n  *\/\ncase class CreateUserForm(name: String, password: String, distance: BigDecimal, admin: Boolean, activ: Boolean)\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/OrderPrice.scala","text":"package models\n\n\/**\n  * TotalPrice entity.\n  *\n  * @param totalPrice\n  *\/\ncase class OrderPrice(var totalPrice: (BigDecimal))\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Company.scala","text":"<gh_stars>1-10\npackage models\n\n\/**\n  * The Pizza Service company.\n  *\n  * @author ob, scs\n  *\/\nobject Company {\n\n  val name = \"Mafiatorten Express Service\"\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/services\/UserService.scala","text":"package services\n\nimport dbaccess.{UserDao, UserDaoT}\nimport models.User\n\n\/**\n  * Service class for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait UserServiceT {\n\n  val userDao: UserDaoT = UserDao\n\n  \/**\n    * Adds a new user to the system.\n    *\n    * @param name\n    * @param password\n    * @param distance\n    * @param admin\n    * @return a new User\n    *\/\n  def addUser(name: String, password: String, distance: BigDecimal, admin: Boolean, active: Boolean): User = {\n    \/\/ create User\n    val newUser = User(-1, name, password, distance, admin, active)\n    \/\/ persist and return User\n    userDao.addUser(newUser)\n  }\n\n  \/**\n    * Change Data from existing User\n    *\n    * @return changed User\n    *\/\n  def changeUser(changeUser: User): User = {\n    \/\/ change Userdata\n    val newUser = changeUser\n    \/\/ persist and return User\n    userDao.changeUser(newUser)\n  }\n\n  \/**\n    * Disable existing User\n    *\n    * @return disabled User\n    *\/\n  def disableUser(changeUser: User): User = {\n    \/\/ change Userdata\n    val disableUser = changeUser\n    \/\/ persist and return User\n    userDao.disableUser(disableUser)\n  }\n\n  \/**\n    * Removes a user by id from the system.\n    *\n    * @param id users id\n    * @return a boolean success flag.\n    *\/\n  def rmUser(id: Long): Boolean = userDao.rmUser(id)\n\n  \/**\n    * Gets a list of all registered users.\n    *\n    * @return list of users.\n    *\/\n  def registeredUsers: List[User] = {\n    userDao.registeredUsers\n  }\n}\n\nobject UserService extends UserServiceT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/CategoryController.scala","text":"<filename>app\/controllers\/CategoryController.scala\npackage controllers\n\nimport play.api.mvc.Controller\n\n\n\/**\n  * Controller for user specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject CategoryController extends Controller {\n\n}"}
{"repo_name":"ioaccept\/pizza","path":"app\/services\/ExtrasService.scala","text":"package services\n\nimport dbaccess.{ExtrasDao, ExtrasDaoT}\nimport models.Extras\n\n\/**\n  * Service class for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait ExtrasServiceT {\n\n  val extrasDao: ExtrasDaoT = ExtrasDao\n\n  \/**\n    * Gets a list of all extras.\n    *\n    * @return list of extras.\n    *\/\n  def showExtras: List[Extras] = {\n    extrasDao.showExtra\n  }\n}\n\nobject ExtrasService extends ExtrasServiceT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/dbaccess\/OrderDao.scala","text":"package dbaccess\n\nimport java.util.Date\n\nimport anorm.SQL\nimport play.api.Play.current\nimport play.api.db.DB\nimport models.Order\n\n\/**\n  * Data access object for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait OrderDaoT {\n\n  \/**\n    * Create a new Order\n    *\n    * @param order\n    * @return new Order\n    *\/\n  def addOrder(order: Order): Order = {\n    DB.withConnection { implicit c =>\n      val orderid: Option[Long] =\n        SQL(\"insert into Orders(userId, distance, item, extras, quantity, size, price, ordertime, time) \" +\n          \"values (({userId}), ({distance}), ({item}), ({extras}), ({quantity}), ({size}), ({price}), ({ordertime}), CURRENT_TIMESTAMP)\").on(\n          'userId -> order.userId, 'distance -> order.orderDistance, 'item -> order.orderItem, 'extras -> order.orderExtras, 'quantity -> order.orderQuantity,\n          'size -> order.orderSize, 'price -> order.orderPrice, 'ordertime -> order.delivery).executeInsert()\n      order.id = orderid.get\n    }\n    order\n  }\n\n  \/**\n    * Show all Orders from User\n    *\n    * @param userId\n    * @return all Orders from User\n    *\/\n  def showOrders(userId: Long): List[Order] = {\n    DB.withConnection { implicit c =>\n      val selectOrder = SQL(\"Select * from Orders, Users where Users.id = userId AND userId = ({userId}) \").on('userId -> userId)\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val orders = selectOrder().map(row => Order(row[Long](\"id\"), row[BigDecimal](\"userId\"), row[String](\"name\"), row[BigDecimal](\"distance\"),\n        row[String](\"item\"), row[String](\"extras\"), row[BigDecimal](\"price\"), row[BigDecimal](\"quantity\"), row[BigDecimal](\"size\"), row[BigDecimal](\"price\"),\n        row[BigDecimal](\"ordertime\"), row[Date](\"time\"))).toList\n      orders\n    }\n  }\n\n  \/**\n    * Show all Orders\n    *\n    * @return all Orders\n    *\/\n  def showAllOrders: List[Order] = {\n    DB.withConnection { implicit c =>\n      val selectOrder = SQL(\"Select * from Orders, Users where Users.id = userId\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val orders = selectOrder().map(row => Order(row[Long](\"id\"), row[BigDecimal](\"userId\"), row[String](\"name\"), row[BigDecimal](\"distance\"),\n        row[String](\"item\"), row[String](\"extras\"), row[BigDecimal](\"price\"), row[BigDecimal](\"quantity\"), row[BigDecimal](\"size\"), row[BigDecimal](\"price\"),\n        row[BigDecimal](\"ordertime\"), row[Date](\"time\"))).toList\n      orders\n    }\n  }\n\n  \/**\n    * Show the total turnover from user\n    *\n    * @param userId\n    * @return total turnover\n    *\/\n  def showTotalPrice(userId: Long): Option[BigDecimal] = {\n    DB.withConnection { implicit c =>\n      val selectPrice = SQL(\"Select COALESCE(SUM(price), 0) as price from Orders where userId = ({userId})\").on('userId -> userId).apply.headOption\n      selectPrice match {\n        case Some(row) => Some(row[BigDecimal](\"price\"))\n        case None => None\n      }\n    }\n  }\n\n  \/**\n    * Show the total turnover from all Users\n    *\n    * @return total turnover\n    *\/\n  def showTotalAllPrice: Option[BigDecimal] = {\n    DB.withConnection { implicit c =>\n      val selectPrice = SQL(\"Select COALESCE(SUM(price), 0) as price from Orders\").apply.headOption\n      selectPrice match {\n        case Some(row) => Some(row[BigDecimal](\"price\"))\n        case None => None\n      }\n    }\n  }\n\n  \/**\n    * Show the average turnover from user\n    *\n    * @param userId\n    * @return average turnover\n    *\/\n  def showAVGPrice(userId: Long): Option[BigDecimal] = {\n    DB.withConnection { implicit c =>\n      val selectPrice = SQL(\"Select COALESCE(AVG(price), 0) as price from Orders where userId = ({userId})\").on('userId -> userId).apply.headOption\n      selectPrice match {\n        case Some(row) => Some(row[BigDecimal](\"price\"))\n        case None => None\n      }\n    }\n  }\n\n  \/**\n    * Show average Price from all Users\n    *\n    * @return average Price\n    *\/\n  def showAVGAllPrice: Option[BigDecimal] = {\n    DB.withConnection { implicit c =>\n      val selectPrice = SQL(\"Select COALESCE(AVG(price), 0) as price from Orders\").apply.headOption\n      selectPrice match {\n        case Some(row) => Some(row[BigDecimal](\"price\"))\n        case None => None\n      }\n    }\n  }\n}\n\nobject OrderDao extends OrderDaoT\n"}
{"repo_name":"ioaccept\/pizza","path":"test\/StoveSpecification.scala","text":"<reponame>ioaccept\/pizza<gh_stars>1-10\nimport models.{Stove, Pizza}\nimport org.junit.runner.RunWith\nimport org.specs2.mutable.Specification\nimport org.specs2.runner.JUnitRunner\nimport org.specs2.ScalaCheck\n\n@RunWith(classOf[JUnitRunner])\nclass StoveSpecification extends Specification with ScalaCheck {\n\n  \"The stove\" should {\n\n    \"return three pizza at once if the capacity is 4\" in {\n      val stove = new Stove(4)\n      val listOfPizza = List(new Pizza, new Pizza, new Pizza)\n      stove += listOfPizza\n      stove.next().length must_== 3\n      stove.next() must beEmpty\n    }\n\n    \"return three pizza in two parts if the capacity is 2\" in {\n      val stove = new Stove(2)\n      val listOfPizza = List(new Pizza, new Pizza, new Pizza)\n      stove += listOfPizza\n      stove.next().length must_== 2\n      stove.next().length must_== 1\n      stove.next() must beEmpty\n    }\n\n    \"returns pizza in a correct way\" in {\n      prop { (capacity: Int, noOfP: Int) =>\n\n        var capa = Math.abs(capacity % 10)\n        if (capa == 0) capa = 1\n        var noOfPizza = Math.abs(noOfP % 50)\n        if (noOfPizza == 0) noOfPizza = 25\n\n        val stove = new Stove(capa)\n        stove += List.fill(noOfPizza)(new Pizza)\n\n        var returnedPizza = 0\n        var noOfNext = -1\n        var nextPizza: Int = 0\n        do {\n          nextPizza = stove.next().length\n          noOfNext += 1\n          returnedPizza += nextPizza\n        } while (nextPizza != 0)\n\n        returnedPizza must_== noOfPizza\n        noOfNext must_== (noOfPizza \/ capa + (if (noOfPizza % capa > 0) 1 else 0))\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"test\/MockedUserDaoSpec.scala","text":"import org.junit.runner.RunWith\nimport org.specs2.mock.Mockito\nimport org.specs2.mutable.Specification\nimport org.specs2.runner.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass MockedUserDaoSpec extends Specification with Mockito {\n\n  \"The UserService\" should {\n    \"return a list of three users\" in {\n      UserService.registeredUsers.length must be equalTo(3)\n    }\n  }\n\n  object UserService extends services.UserServiceT {\n    override val userDao = mock[dbaccess.UserDaoT]\n    import models.User\n    userDao.registeredUsers returns List(User(1,\"Helge\"), User(2,\"Helga\"), User(3,\"Tina\"))\n  }\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/services\/CategoryService.scala","text":"package services\n\nimport dbaccess.{CategoryDao, CategoryDaoT}\nimport models.Category\n\n\/**\n  * Service class for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait CategoryServiceT {\n\n  val categoryDao: CategoryDaoT = CategoryDao\n\n  \/**\n    * Gets a list of all categorys.\n    *\n    * @return list of categorys.\n    *\/\n  def showCategory: List[Category] = {\n    categoryDao.showCategory\n  }\n}\n\nobject CategoryService extends CategoryServiceT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/rest\/Users.scala","text":"package rest\n\nimport models.User\nimport play.api.libs.json.{JsValue, JsError, Json, Writes}\nimport play.api.mvc.{Action, AnyContent, BodyParsers, Controller, RequestHeader}\nimport services.UserService\n\n\/**\n * REST API for the User Class.\n *\/\nobject Users extends Controller {\n\n  private case class HateoasUser(user: User, url: String)\n\n  private def mkHateoasUser(user: User)(implicit request: RequestHeader): HateoasUser = {\n    val url = routes.Users.user(user.name).absoluteURL()\n    HateoasUser(user, url)\n  }\n\n  private implicit val hateoasUserWrites = new Writes[HateoasUser] {\n    def writes(huser: HateoasUser): JsValue = Json.obj(\n      \"user\" -> Json.obj(\n        \"id\" -> huser.user.id,\n        \"name\" -> huser.user.name\n      ),\n      \"links\" -> Json.arr(\n        Json.obj(\n          \"rel\" -> \"self\",\n          \"href\" -> huser.url,\n          \"method\" -> \"GET\"\n        ),\n        Json.obj(\n          \"rel\" -> \"remove\",\n          \"href\" -> huser.url,\n          \"method\" -> \"DELETE\"\n        )\n      )\n    )\n  }\n\n  \/**\n   * Get all users.\n   * {{{\n   * curl --include http:\/\/localhost:9000\/api\/users\n   * }}}\n   * @return all users in a JSON representation.\n   *\/\n  def users: Action[AnyContent] = Action { implicit request =>\n    val users = UserService.registeredUsers\n    Ok(Json.obj(\n      \"users\" -> Json.toJson(users.map { user => Json.toJson(mkHateoasUser(user)) }),\n      \"links\" -> Json.arr(\n        Json.obj(\n          \"rel\" -> \"self\",\n          \"href\" -> routes.Users.users.absoluteURL(),\n          \"method\" -> \"GET\"\n        ),\n        Json.obj(\n          \"rel\" -> \"create\",\n          \"href\" -> routes.Users.addUser.absoluteURL(),\n          \"method\" -> \"POST\"\n        )\n      )\n    )\n    )\n  }\n\n  \/**\n   * Gets a user by id.\n   * Use for example\n   * {{{\n   * curl --include http:\/\/localhost:9000\/api\/user\/1\n   * }}}\n   * @param name user name\n   * @return user info in a JSON representation.\n   *\/\n  def user(name: String): Action[AnyContent] = Action { implicit request =>\n    UserService.registeredUsers.find {\n      _.name == name\n    }.headOption.map { user =>\n      Ok(Json.toJson(mkHateoasUser(user)))\n    }.getOrElse(NotFound)\n  }\n\n  private case class Username(name: String)\n  private implicit val usernameReads = Json.reads[Username]\n\n  \/**\n   * Create a new user by a POST request including the user name as JSON content.\n   * Use for example\n   * {{{\n   * curl --include --request POST --header \"Content-type: application\/json\"\n   *      --data '{\"name\" : \"WieAuchImmer\"}' http:\/\/localhost:9000\/api\/user\n   * }}}\n   * @return info about the new user in a JSON representation\n   *\/\n def addUser: Action[JsValue] = Action(BodyParsers.parse.json) { implicit request =>\n    val username = request.body.validate[Username]\n    username.fold(\n      errors => {\n        BadRequest(Json.obj(\"status\" -> \"OK\", \"message\" -> JsError.toFlatJson(errors)))\n      },\n      username => {\n        Ok(Json.obj(\"status\" -> \"OK\",\n          \"user\" -> Json.toJson(mkHateoasUser(UserService.addUser(username.name, username.name, 5, false, true))))) \/\/ Noch \u00e4ndern wenn gebraucht\n      }\n    )\n  }\n\n  \/**\n   * Delete a user by id using a DELETE request.\n   * {{{\n   * curl --include --request DELETE http:\/\/localhost:9000\/api\/user\/1\n   * }}}\n   * @param id the user id.\n   * @return success info or NotFound\n   *\/\n  def rmUser(id: Long): Action[AnyContent] = Action { implicit request =>\n    val success = UserService.rmUser(id)\n    if (success)\n      Ok(Json.obj(\"status\" -> \"OK\"))\n    else\n      NotFound\n  }\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/ItemController.scala","text":"<filename>app\/controllers\/ItemController.scala<gh_stars>1-10\npackage controllers\n\nimport forms.CreateItemForm\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.mvc.{Action, AnyContent, Controller}\nimport services.{CategoryService, ExtrasService, ItemService, OrderService}\n\n\n\/**\n  * Controller for items specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject ItemController extends Controller {\n\n  \/**\n    * Form object for item data.\n    *\/\n  val itemForm = Form(\n    mapping(\n      \"Name\" -> nonEmptyText,\n      \"Category\" -> number,\n      \"Price\" -> bigDecimal,\n      \"Active\" -> boolean\n    )\n    (CreateItemForm.apply)(CreateItemForm.unapply))\n\n  \/**\n    * Add a new item to the system if this item does not exist.\n    *\n    * @return menu web page\n    *\/\n  def addItem: Action[AnyContent] = Action { implicit request =>\n    itemForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"AddItem\")\n      },\n      userData => {\n        val item = ItemService.showItem.exists(_.name == userData.name)\n\n        if (item) {\n          Redirect(routes.ItemController.showItem())\n        } else {\n          services.ItemService.addItem(userData.name, userData.cat, userData.price, userData.active)\n          Redirect(routes.ItemController.showItem()).\n            flashing(\"success\" -> \"Item saved!\")\n        }\n      })\n  }\n\n  \/**\n    * Change the data from existing Item.\n    *\n    * @return menu web page\n    *\/\n  def changeItem: Action[AnyContent] = Action { implicit request =>\n    itemForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"ChangeItem\")\n      },\n      userData => {\n        ItemService.changeItem(userData.name, userData.cat, userData.price, userData.active)\n        Redirect(routes.ItemController.showItem()).\n          flashing(\"success\" -> \"User saved!\")\n      })\n  }\n\n  \/**\n    * Delete a item from system.\n    *\n    * @return menu web page\n    *\/\n  def deleteItem: Action[AnyContent] = Action { implicit request =>\n    itemForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"DeleteItem\")\n      },\n      userData => {\n        val item = ItemService.showItem.exists(_.name == userData.name)\n        val orderedItem = OrderService.showAllOrders.exists(_.orderItem == userData.name)\n\n        if (item && !orderedItem) {\n          ItemService.rmItem(userData.name)\n          Redirect(routes.ItemController.showItem()).flashing(\"success\" -> \"Item deleted!\")\n        } else {\n          val disableItem = ItemService.allItem.find(\n            _.name == userData.name\n          ).head\n          ItemService.changeItem(disableItem.name, disableItem.cat, disableItem.price, false)\n          Redirect(routes.ItemController.showItem()).flashing(\"error\" -> \"Item not deleted!\")\n        }\n      }\n    )\n  }\n\n  \/**\n    * Show the existing Items.\n    *\n    * @return menu web page\n    *\/\n  def showItem: Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"staff\").isDefined\n    if (connected) {\n      Ok(views.html.menu(ItemService.showItem, ExtrasService.showExtras, CategoryService.showCategory))\n    } else {\n      Unauthorized(\"ShowItem\")\n    }\n  }\n}"}
{"repo_name":"ioaccept\/pizza","path":"build.sbt","text":"name := \"\"\"mafiatorten\"\"\" \/\/ please change me\n\nversion := \"Milestone2\" \/\/ please change me later\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.8\"\n\nresolvers += \"Scalaz Bintray Repo\" at \"https:\/\/dl.bintray.com\/scalaz\/releases\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  anorm,\n  cache,\n  ws,\n  \"org.specs2\" %% \"specs2-scalacheck\" % \"3.5\" % \"test\",\n  \"org.specs2\" %% \"specs2-junit\" % \"3.5\" % \"test\",\n  \"org.specs2\" %% \"specs2-mock\" % \"3.5\" % \"test\",\n  \"postgresql\" % \"postgresql\" % \"9.1-901-1.jdbc4\"\n)\n\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Category.scala","text":"package models\n\n\/**\n  * Category entity.\n  *\n  * @param id\n  * @param name\n  *\/\ncase class Category(var id: Long, var name: String)\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/OrderController.scala","text":"<reponame>ioaccept\/pizza\npackage controllers\n\nimport forms.CreateOrderForm\nimport models.Order\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.mvc.{Action, AnyContent, Controller}\nimport services.{ExtrasService, ItemService, OrderService, UserService}\n\n\/**\n  * Controller for user specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject OrderController extends Controller {\n\n  \/**\n    * Form object for order data.\n    *\/\n  val orderForm = Form(\n    mapping(\n      \"ItemName\" -> text,\n      \"ItemSize\" -> number,\n      \"ItemQuantity\" -> number,\n      \"Extras\" -> text\n    )(CreateOrderForm.apply)(CreateOrderForm.unapply))\n\n\n  \/**\n    * Adds a new order with the given data to the system.\n    *\n    * @return myOrder web page\n    *\/\n  def addOrder: Action[AnyContent] = Action { implicit request =>\n    orderForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"AddOrder\")\n      },\n      userData => {\n        val item = ItemService.showActiveItem.find {\n          _.name == userData.itemName\n        }.head\n\n        val extras = ExtrasService.showExtras.find {\n          _.name == userData.extras\n        }.head\n\n\n        val myOrder = new Order(-1, request.session.get(\"id\").get.toLong,\n          request.session.get(\"user\").get, request.session.get(\"distance\").get.toLong,\n          item.name, extras.name, extras.price, userData.itemQuantity, userData.itemSize,\n          item.price, null, null)\n\n        if (item.catName == \"Pizza\") {\n          myOrder.getOrderPriceWithPizza()\n          myOrder.deliveryTimeWithPizza\n          services.OrderService.addOrder(myOrder)\n        } else {\n          myOrder.getOrderPrice()\n          myOrder.deliveryTime\n          services.OrderService.addOrder(myOrder)\n        }\n        Redirect(routes.OrderController.myOrders())\n      })\n  }\n\n  \/**\n    * List all Orders from Customer.\n    *\n    * @return myOrder web page\n    *\/\n  def myOrders: Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"customer\").isDefined\n    if (connected) {\n      val userId = request.session.get(\"id\").get.toLong\n      val userName = request.session.get(\"user\").get.toString\n      Ok(views.html.myOrder(userName, OrderService.showOrders(userId), OrderService.showTotalPrice(userId), OrderService.showAVGPrice(userId)))\n    } else {\n      Unauthorized(\"myOrders\")\n    }\n  }\n\n  \/**\n    * List all Order from one Customer for Staff.\n    *\n    * @param username\n    * @return usersOrder web page\n    *\/\n  def userOrders(username: String): Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"staff\").isDefined\n    if (connected) {\n      val user = UserService.registeredUsers.find {\n        _.name == username\n      }.head\n      Ok(views.html.customerOrder(username, OrderService.showOrders(user.id), OrderService.showTotalPrice(user.id), OrderService.showAVGPrice(user.id)))\n    } else {\n      Unauthorized(\"UserOrders\")\n    }\n  }\n\n  \/**\n    * List all Order from Customer for Staff\n    *\n    * @return allOrder web page\n    *\/\n  def allOrders: Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"staff\").isDefined\n    if (connected) {\n      Ok(views.html.allOrder(UserService.registeredUsers, OrderService.showAllOrders, OrderService.showTotalAllPrice, OrderService.showAVGAllPrice))\n    } else {\n      Unauthorized(\"AllOrders\")\n    }\n  }\n}"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/AddItem.scala","text":"package models\n\n\/**\n  * AddItem entity.\n  *\n  * @param id\n  * @param name\n  * @param cat\n  * @param price\n  *\/\ncase class AddItem(var id: Long, var name: String, var cat: BigDecimal, var price: BigDecimal, var active: Boolean)\n\n"}
{"repo_name":"ioaccept\/pizza","path":"test\/ApiSpec.scala","text":"<gh_stars>1-10\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\n\nimport play.api.test._\nimport play.api.test.Helpers._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass ApiSpec extends Specification {\n\n  \"Api\" should {\n\n    \"respond with a json representation\" in new WithApplication{\n      val response = route(FakeRequest(GET, \"\/api\")).get\n      status(response) must equalTo(OK)\n      contentType(response) must beSome.which(_ == \"application\/json\")\n    }\n  }\n}\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Order.scala","text":"package models\n\nimport java.util.Date\n\n\/**\n  * Order\n  *\n  * @param id\n  * @param userId\n  * @param userName\n  * @param orderDistance\n  * @param orderItem\n  * @param extrasPrice\n  * @param orderExtras\n  * @param orderQuantity\n  * @param orderSize\n  * @param orderPrice\n  * @param delivery\n  *\/\ncase class Order(var id: Long, var userId: BigDecimal, var userName: String, var orderDistance: BigDecimal,\n                 var orderItem: String, var orderExtras: String, var extrasPrice: BigDecimal,\n                 var orderQuantity: BigDecimal, var orderSize: BigDecimal, var orderPrice: BigDecimal,\n                 var delivery: BigDecimal, var date: Date) {\n  \/**\n    * Calculate the price from Order without Pizza, no Extra can be booked by User\n    *\/\n  def getOrderPrice(): Unit = {\n    this.orderExtras = \"Keine\"\n    this.orderPrice = orderQuantity * orderSize * orderPrice\n  }\n\n  \/**\n    * Calculate the price from Order with Pizza\n    *\/\n  def getOrderPriceWithPizza(): Unit = {\n    this.orderPrice = orderQuantity * orderSize * orderPrice + extrasPrice\n  }\n\n  \/**\n    * Calculate the deliverytime from Order without Pizza\n    *\/\n  def deliveryTime: Unit = {\n    this.delivery = orderDistance * 2\n  }\n\n  \/**\n    * Calculate the deliverytime from Order with Pizza\n    *\/\n  def deliveryTimeWithPizza: Unit = {\n    this.delivery = orderDistance * 2 + 10 * orderQuantity\n  }\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"test\/ApplicationSpec.scala","text":"import org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\n\nimport play.api.test._\nimport play.api.test.Helpers._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass ApplicationSpec extends Specification {\n\n  \"Application\" should {\n\n    \"send 404 on a bad request\" in new WithApplication{\n      route(FakeRequest(GET, \"\/boum\")) must beNone\n    }\n\n    \"render the index page\" in new WithApplication{\n      val home = route(FakeRequest(GET, \"\/\")).get\n\n      status(home) must equalTo(OK)\n      contentType(home) must beSome.which(_ == \"text\/html\")\n      contentAsString(home) must contain (\"Willkommen\")\n    }\n\n    \"add a user\" in new WithApplication{\n      val username = \"TestUser\"\n      val result = route(FakeRequest(POST, \"\/addUser\").withFormUrlEncodedBody(\n          \"Name\" -> username\n        )).get\n\n      status(result) must_== SEE_OTHER\n\n      val nextUrl = redirectLocation(result) match {\n        case Some(s: String) => s\n        case _ => \"\"\n      }\n      nextUrl must contain(\"\/welcomeUser?username=\" + username)\n\n      val newResult = route(FakeRequest(GET, nextUrl)).get\n\n      status(newResult) must equalTo(OK)\n      contentType(newResult) must beSome.which(_ == \"text\/html\")\n      contentAsString(newResult) must contain(\"Willkommen \" + username)\n\n    }\n  }\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"test\/UserServiceSpec.scala","text":"<filename>test\/UserServiceSpec.scala\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\n\nimport play.api.test._\nimport play.api.test.Helpers._\nimport services.UserService\n\n@RunWith(classOf[JUnitRunner])\nclass UserServiceSpec extends Specification {\n\n  def memDB[T](code: => T) =\n    running(FakeApplication(additionalConfiguration = Map(\n      \"db.default.driver\" -> \"org.h2.Driver\",\n      \"db.default.url\" -> \"jdbc:h2:mem:test;MODE=PostgreSQL\"\n    )))(code)\n\n  \"The UserService\" should {\n\n    \"return a empty list of users first\" in memDB {\n      UserService.registeredUsers must beEmpty\n    }\n\n    \"add a user Helge\" in memDB {\n      UserService.addUser(\"Helge\").name must be equalTo(\"Helge\")\n    }\n\n    \"add a user Helga\" in memDB {\n      UserService.addUser(\"Helga\").name must be equalTo(\"Helga\")\n    }\n\n    \"return a list containing just Helge after adding user Helge\" in memDB {\n      UserService.addUser(\"Helge\")\n      val registeredUsers = UserService.registeredUsers\n      registeredUsers.length must be equalTo(1)\n      registeredUsers(0).name must be equalTo(\"Helge\")\n    }\n\n    \"return a list of two users after adding two users Helge\" in memDB {\n      UserService.addUser(\"Helge\")\n      UserService.addUser(\"Helge\")\n      UserService.registeredUsers.length must be equalTo(2)\n    }\n\n  }\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/services\/ItemService.scala","text":"<gh_stars>1-10\npackage services\n\nimport dbaccess.{ItemDao, ItemDaoT}\nimport models.{Item, AddItem}\n\n\/**\n  * Service class for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait ItemServiceT {\n\n  val itemDao: ItemDaoT = ItemDao\n\n  \/**\n    * Adds a new item to the system.\n    *\n    * @param name\n    * @param cat\n    * @param price\n    * @return a new Item\n    *\/\n  def addItem(name: String, cat: Int, price: BigDecimal, active: Boolean): AddItem = {\n    \/\/ create User\n    val newItem = AddItem(-1, name, cat, price, active)\n    \/\/ persist and return User\n    itemDao.addItem(newItem)\n  }\n\n  \/**\n    * Change Data from existing Item\n    *\n    * @param name\n    * @param cat\n    * @param price\n    * @return changed Item\n    *\/\n  def changeItem(name: String, cat: BigDecimal, price: BigDecimal, active: Boolean): AddItem = {\n    \/\/ change Userdata\n    val changeItem = AddItem(1, name, cat, price, active)\n    \/\/ persist and return User\n    itemDao.changeItem(changeItem)\n  }\n\n  \/**\n    * Delete a item from system\n    *\n    * @param name username\n    * @return a boolean success flag.\n    *\/\n  def rmItem(name: String): Boolean = itemDao.rmItem(name)\n\n  \/**\n    * Gets a list of all items with Category ID\n    *\n    * @return list of items.\n    *\/\n  def allItem: List[AddItem] = {\n    itemDao.allItem\n  }\n\n  \/**\n    * Gets a list of all items with CategoryName.\n    *\n    * @return list of items.\n    *\/\n  def showItem: List[Item] = {\n    itemDao.showItem\n  }\n\n  \/**\n    * Gets a list of items who active.\n    *\n    * @return list of items.\n    *\/\n  def showActiveItem: List[Item] = {\n    itemDao.showActiveItem\n  }\n}\n\nobject ItemService extends ItemServiceT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/forms\/LoginUserForm.scala","text":"package forms\n\n\/**\n  * * Form containing data to log in a user.\n  *\n  * @param name     from the user\n  * @param password from the\n  *\/\ncase class LoginUserForm(name: String, password: String)\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Item.scala","text":"package models\n\n\/**\n  * Item entity.\n  *\n  * @param id\n  * @param catName\n  * @param name\n  * @param price\n  *\/\ncase class Item(var id: Long, var catName: String, var name: String, var price: BigDecimal, var active: Boolean)\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/LoginController.scala","text":"package controllers\n\nimport forms.LoginUserForm\nimport models.User\nimport play.api.mvc.{Action, AnyContent, Controller}\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport services.{ExtrasService, ItemService, UserService}\n\n\n\/**\n  * Controller for user specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject LoginController extends Controller {\n\n  \/**\n    * Form object for user data.\n    *\/\n  val loginForm = Form(\n    mapping(\n      \"Name\" -> nonEmptyText,\n      \"Password\" -> nonEmptyText)\n    (LoginUserForm.apply)(LoginUserForm.unapply))\n\n\n  \/**\n    * Show the view for Customer\n    *\n    * @return login page for Customer\n    *\/\n  def loginUser: Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"customer\").isDefined\n    if (connected) {\n      val user = User(request.session.get(\"id\").get.toLong, request.session.get(\"user\").get.toString, null, request.session.get(\"distance\").get.toLong, false, true)\n      Ok(views.html.loginUser(user, ItemService.showActiveItem, ExtrasService.showExtras, controllers.OrderController.orderForm))\n    } else {\n      Unauthorized(\"LoginUser\")\n    }\n  }\n\n  \/**\n    * Show the view for registerd Stuff\n    *\n    * @return login page for Staff\n    *\/\n  def loginStaff: Action[AnyContent] = Action { request =>\n    val connected = request.session.get(\"staff\").isDefined\n    if (connected) {\n      val user = User(request.session.get(\"id\").get.toLong, request.session.get(\"user\").get.toString, null, null, true, true)\n      Ok(views.html.loginStaff(user))\n    } else {\n      Unauthorized(\"LoginStaff\")\n    }\n  }\n\n  \/**\n    * User logout\n    *\n    * @return the index page\n    *\/\n\n  def logout: Action[AnyContent] = Action {\n    Ok(views.html.index(loginForm)).withNewSession\n  }\n\n  \/**\n    * Search a User\n    *\n    * @return login page\n    *\/\n  def searchUser: Action[AnyContent] = Action {\n    implicit request =>\n      loginForm.bindFromRequest.fold(\n        formWithErrors => {\n          BadRequest(views.html.index(formWithErrors))\n        },\n        userData => {\n          val exists = UserService.registeredUsers.exists(_.name == userData.name)\n\n          if (exists) {\n            val user = UserService.registeredUsers.find {\n              _.name == userData.name\n            }.head\n\n            if (user.password == <PASSWORD> && user.active) {\n              if (!user.admin) {\n                Redirect(routes.LoginController.loginUser()) withSession(\"id\" -> user.id.toString, \"user\" -> user.name, \"distance\" -> user.distance.toString, \"customer\" -> \"yes\")\n              } else {\n                Redirect(routes.LoginController.loginStaff()) withSession(\"id\" -> user.id.toString, \"user\" -> user.name, \"staff\" -> \"yes\")\n              }\n            } else Redirect(routes.Application.index())\n\n          } else Redirect(routes.Application.index())\n\n        }\n      )\n  }\n\n\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport play.api.mvc.{Action, Controller, AnyContent}\n\n\/**\n  * Main controller of the Pizza Service application.\n  *\n  * @author ob, scs\n  *\/\nobject Application extends Controller {\n\n  \/**\n    * Shows the start page of the application.\n    *\n    * @return main web page\n    *\/\n  def index: Action[AnyContent] = Action { request =>\n    if (request.session.get(\"customer\").isDefined) {\n      Redirect(routes.LoginController.loginUser())\n    } else if (request.session.get(\"staff\").isDefined) {\n      Redirect(routes.LoginController.loginStaff())\n    } else {\n      Ok(views.html.index(controllers.LoginController.loginForm))\n    }\n  }\n}\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/UserController.scala","text":"<gh_stars>1-10\npackage controllers\n\nimport play.api.mvc.{Action, AnyContent, Controller}\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport forms.CreateUserForm\nimport models.User\nimport services.{OrderService, UserService}\n\n\n\/**\n  * Controller for user specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject UserController extends Controller {\n\n  \/**\n    * Form object for user data.\n    *\/\n  val userForm = Form(\n    mapping(\n      \"Name\" -> text,\n      \"Password\" -> nonEmptyText,\n      \"Distance\" -> bigDecimal,\n      \"Admin\" -> boolean,\n      \"Active\" -> boolean\n    )\n    (CreateUserForm.apply)(CreateUserForm.unapply))\n\n  \/**\n    * Adds a new user with the given data to the system.\n    *\n    * @return welcome page for new user\n    *\/\n  def addUser: Action[AnyContent] = Action { implicit request =>\n    userForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(views.html.register(formWithErrors))\n      },\n      userData => {\n        val user = UserService.registeredUsers.exists(_.name == userData.name)\n        if (user) {\n          Redirect(routes.Application.index())\n        } else {\n          if (request.session.get(\"staff\").isDefined) {\n            services.UserService.addUser(userData.name, userData.password, userData.distance, userData.admin, userData.activ)\n            Redirect(routes.UserController.showUsers()).flashing(\"success\" -> \"User saved!\")\n          } else {\n            val newUser = services.UserService.addUser(userData.name, userData.password, userData.distance, userData.admin, userData.activ)\n            Redirect(routes.UserController.welcomeUser(newUser.name)).flashing(\"success\" -> \"User saved!\")\n          }\n        }\n      })\n  }\n\n  \/**\n    * Change the data from existing User.\n    *\n    * @return showUsers web page\n    *\/\n  def changeUser: Action[AnyContent] = Action { implicit request =>\n    userForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"ChangeUser\")\n      },\n      userData => {\n        val user = UserService.registeredUsers.exists(_.name == userData.name)\n\n        if (user) {\n          val user = UserService.registeredUsers.find(\n            _.name == userData.name\n          ).head\n          val changeUser = new User(user.id, userData.name, userData.password, userData.distance, userData.admin, true)\n          services.UserService.changeUser(changeUser)\n          Redirect(routes.UserController.showUsers()).\n            flashing(\"success\" -> \"User data changed!\")\n        } else {\n          Redirect(routes.UserController.showUsers).flashing(\"error\" -> \"User data not changed!\")\n        }\n      })\n  }\n\n  \/**\n    * Delete a user from System.\n    *\n    * @return showUsers web page\n    *\/\n  def deleteUser: Action[AnyContent] = Action { implicit request =>\n    userForm.bindFromRequest.fold(\n      formWithErrors => {\n        BadRequest(\"DeleteUser\")\n      },\n      userData => {\n        val user = UserService.registeredUsers.exists(_.name == userData.name)\n        if (user) {\n          val user = UserService.registeredUsers.find(\n            _.name == userData.name\n          ).head\n          val orderByUser = OrderService.showAllOrders.exists(_.userId == user.id)\n          if (!orderByUser) {\n            UserService.rmUser(user.id)\n            Redirect(routes.UserController.showUsers).flashing(\"success\" -> \"User deleted!\")\n          } else {\n            val disableUser = UserService.registeredUsers.find(\n              _.name == userData.name\n            ).head\n            UserService.disableUser(disableUser)\n            Redirect(routes.UserController.showUsers).flashing(\"error\" -> \"User not deleted!\")\n          }\n        } else {\n          Redirect(routes.UserController.showUsers).flashing(\"error\" -> \"User not found!\")\n        }\n      }\n    )\n  }\n\n  \/**\n    * List all users currently available in the system.\n    *\/\n  def showUsers: Action[AnyContent] = Action { request =>\n    request.session.get(\"staff\").map { user =>\n      Ok(views.html.customer(UserService.registeredUsers, controllers.UserController.userForm))\n    }.getOrElse {\n      Unauthorized(\"ShowUsers\")\n    }\n  }\n\n  \/**\n    * Shows the welcome view for a newly registered user.\n    *\/\n  def welcomeUser(username: String): Action[AnyContent] = Action {\n    Ok(views.html.welcomeUser(username))\n  }\n\n  \/**\n    * Shows the reigster page for new Users\n    *\n    * @return Register page for new Users\n    *\/\n\n  def registerUser: Action[AnyContent] = Action {\n    Ok(views.html.register(controllers.UserController.userForm))\n  }\n}"}
{"repo_name":"ioaccept\/pizza","path":"app\/controllers\/ExtraController.scala","text":"package controllers\n\nimport forms.{CreateOrderForm}\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.mvc.{Action, AnyContent, Controller}\nimport services.OrderService\n\n\n\/**\n  * Controller for user specific operations.\n  *\n  * @author ob, scs\n  *\/\nobject ExtraController extends Controller {\n}"}
{"repo_name":"ioaccept\/pizza","path":"app\/dbaccess\/ItemDao.scala","text":"<filename>app\/dbaccess\/ItemDao.scala\npackage dbaccess\n\nimport anorm.SQL\nimport play.api.Play.current\nimport play.api.db.DB\nimport models.{AddItem, Item}\n\n\n\/**\n  * Data access object for items related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait ItemDaoT {\n  \/**\n    * Add a new item to system.\n    *\n    * @param item the item object to be stored.\n    * @return the persisted item object\n    *\/\n  def addItem(item: AddItem): AddItem = {\n    DB.withConnection { implicit c =>\n      val id: Option[Long] =\n        SQL(\"insert into Items(name, cat_id, price, active) values (({name}), ({cat_id}), ({price}), ({active}))\").on(\n          'name -> item.name, 'cat_id -> item.cat, 'price -> item.price, 'active -> item.active).executeInsert()\n      item.id = id.get\n    }\n    item\n  }\n\n  \/**\n    * Change a existing item.\n    *\n    * @param changeItem\n    * @return changed item object\n    *\/\n  def changeItem(changeItem: AddItem): AddItem = {\n    DB.withConnection { implicit c =>\n      val change =\n        SQL(\"update Items SET name = ({name}), cat_id = ({cat_id}), price = ({price}), active = ({active}) where name = ({name})\").on(\n          'name -> changeItem.name, 'cat_id -> changeItem.cat, 'price -> changeItem.price, 'active -> changeItem.active).executeUpdate()\n    }\n    changeItem\n  }\n\n  \/**\n    * Removes a item by name from the database.\n    *\n    * @param name the users name\n    * @return a boolean success flag\n    *\/\n  def rmItem(name: String): Boolean = {\n    DB.withConnection { implicit c =>\n      val rowsCount = SQL(\"delete from Items where name = ({name})\").on('name -> name).executeUpdate()\n      rowsCount > 0\n    }\n  }\n\n  \/**\n    * Returns a list of available items from the database with the Cat_Id.\n    *\n    * @return a list of items objects.\n    *\/\n  def allItem: List[AddItem] = {\n    DB.withConnection { implicit c =>\n      val selectItems = SQL(\"Select * From Items;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val items = selectItems().map(row => AddItem(row[Long](\"id\"), row[String](\"name\"), row[BigDecimal](\"cat_id\"), row[BigDecimal](\"Items.price\"), row[Boolean](\"Items.active\"))).toList\n      items\n    }\n  }\n\n  \/**\n    * Returns a list of available items from the database with CategoryName.\n    *\n    * @return a list of items objects.\n    *\/\n  def showItem: List[Item] = {\n    DB.withConnection { implicit c =>\n      val selectItems = SQL(\"Select Items.id, Items.name, Items.cat_id, Items.price, Items.active, Cat.id, Cat.name From Items, Cat where Items.cat_id = Cat.id Order by Cat.name DESC;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val items = selectItems().map(row => Item(row[Long](\"Items.id\"), row[String](\"Cat.name\"), row[String](\"Items.name\"), row[BigDecimal](\"Items.price\"), row[Boolean](\"Items.active\"))).toList\n      items\n    }\n  }\n\n  \/**\n    * Returns a list of active items from the database.\n    *\n    * @return a list of items objects.\n    *\/\n  def showActiveItem: List[Item] = {\n    DB.withConnection { implicit c =>\n      val selectItems = SQL(\"Select Items.id, Items.name, Items.cat_id, Items.price, Items.active, Cat.id, Cat.name From Items, Cat where Items.cat_id = Cat.id AND active = true Order by Cat.name DESC;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val items = selectItems().map(row => Item(row[Long](\"Items.id\"), row[String](\"Cat.name\"), row[String](\"Items.name\"), row[BigDecimal](\"Items.price\"), row[Boolean](\"Items.active\"))).toList\n      items\n    }\n  }\n}\n\nobject ItemDao extends ItemDaoT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Extras.scala","text":"<reponame>ioaccept\/pizza\npackage models\n\n\/**\n  * Extras entity.\n  *\n  * @param id\n  * @param name\n  * @param price\n  *\/\ncase class Extras(var id: Long, var name: String, var price: BigDecimal)\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/dbaccess\/CategoryDao.scala","text":"package dbaccess\n\nimport anorm.SQL\nimport play.api.Play.current\nimport play.api.db.DB\nimport models.Category\n\n\n\/**\n  * Data access object for category related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait CategoryDaoT {\n\n  \/**\n    * Returns a list of available categorys from the database.\n    *\n    * @return a list of items objects.\n    *\/\n  def showCategory: List[Category] = {\n    DB.withConnection { implicit c =>\n      val selectCategory = SQL(\"Select * From Cat;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val category = selectCategory().map(row => Category(row[Long](\"id\"), row[String](\"name\"))).toList\n      category\n    }\n  }\n}\n\nobject CategoryDao extends CategoryDaoT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Pizza.scala","text":"package models\n\n\/**\n  *\n  * @param id\n  * @param name\n  *\/\ncase class Pizza()\n\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/forms\/CreateOrderForm.scala","text":"<gh_stars>1-10\npackage forms\n\n\/**\n  * Form containing data to create a order.\n  *\n  * @param itemName\n  * @param itemSize\n  * @param itemQuantity\n  * @param extras\n  *\/\ncase class CreateOrderForm(itemName: String, itemSize: Int, itemQuantity: Int, extras: String)\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/forms\/CreateItemForm.scala","text":"package forms\n\n\/**\n  * Form containing data to create a user.\n  *\n  * @param name username\n  * @param cat\n  * @param price\n  *\/\ncase class CreateItemForm(name: String, cat: Int, price: BigDecimal, active: Boolean)\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/dbaccess\/ExtrasDao.scala","text":"package dbaccess\n\nimport anorm.SQL\nimport play.api.Play.current\nimport play.api.db.DB\nimport models.{Extras, Item}\n\n\n\/**\n  * Data access object for extras related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait ExtrasDaoT {\n\n  \/**\n    * Returns a list of available extras from the database.\n    *\n    * @return a list of items objects.\n    *\/\n  def showExtra: List[Extras] = {\n    DB.withConnection { implicit c =>\n      val selectExtras = SQL(\"Select * From Extras;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(String,String)]\n      val extras = selectExtras().map(row => Extras(row[Long](\"id\"), row[String](\"name\"), row[BigDecimal](\"price\"))).toList\n      extras\n    }\n  }\n}\n\nobject ExtrasDao extends ExtrasDaoT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/User.scala","text":"<filename>app\/models\/User.scala\npackage models\n\n\/**\n  * User entity.\n  *\n  * @param id       database id of the user.\n  * @param name     name of the user.\n  * @param password <PASSWORD>\n  * @param distance distance to company\n  * @param admin    admin flag of user\n  * @param active   active flag of user\n  *\/\ncase class User(var id: Long, var name: String, var password: String, var distance: BigDecimal, var admin: Boolean, var active: Boolean)\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/services\/OrderService.scala","text":"<gh_stars>1-10\npackage services\n\nimport dbaccess.{OrderDao, OrderDaoT}\nimport models.Order\n\n\/**\n  * Service class for order related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait OrderServiceT {\n\n  val orderDao: OrderDaoT = OrderDao\n\n  \/**\n    * Add a new Order\n    *\n    * @return a new Order\n    *\/\n  def addOrder(myOrder: Order): Order = {\n    \/\/ create User\n    val newOrder = myOrder\n    \/\/ persist and return User\n    orderDao.addOrder(newOrder)\n  }\n\n  \/**\n    * Shows all Orders\n    *\n    * @return all Orders\n    *\/\n  def showAllOrders: List[Order] = {\n    orderDao.showAllOrders\n  }\n\n  \/**\n    * Shows all Orders from User\n    *\n    * @param userId userId\n    * @return list of all Orders from User\n    *\/\n  def showOrders(userId: Long): List[Order] = {\n    orderDao.showOrders(userId)\n  }\n\n  \/**\n    * Shows the total turnover from user\n    *\n    * @param userId\n    * @return total turnover\n    *\/\n  def showTotalPrice(userId: Long): Option[BigDecimal] = {\n    orderDao.showTotalPrice(userId)\n  }\n\n  \/**\n    * Show total turnover from all user\n    *\n    * @return total turnover\n    *\/\n  def showTotalAllPrice: Option[BigDecimal] = {\n    orderDao.showTotalAllPrice\n  }\n\n  \/**\n    * Show the average turnover from User\n    *\n    * @param userId\n    * @return average turnover\n    *\/\n  def showAVGPrice(userId: Long): Option[BigDecimal] = {\n    orderDao.showAVGPrice(userId)\n  }\n\n  \/**\n    * Show the average turnover from all Users\n    *\n    * @return average turnover\n    *\/\n  def showAVGAllPrice: Option[BigDecimal] = {\n    orderDao.showAVGAllPrice\n  }\n}\n\nobject OrderService extends OrderServiceT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/dbaccess\/UserDao.scala","text":"package dbaccess\n\nimport anorm.SQL\nimport play.api.Play.current\nimport play.api.db.DB\nimport anorm.NamedParameter.symbol\nimport models.User\n\n\n\/**\n  * Data access object for user related operations.\n  *\n  * @author ob, scs\n  *\/\ntrait UserDaoT {\n\n  \/**\n    * Creates the given user in the database.\n    *\n    * @param user the user object to be stored.\n    * @return the persisted user object\n    *\/\n  def addUser(user: User): User = {\n    DB.withConnection { implicit c =>\n      val id: Option[Long] =\n        SQL(\"insert into Users(name, password, distance, admin, active) values (({name}), ({password}), ({distance}), ({admin}), ({active}))\").on(\n          'name -> user.name, 'password -> <PASSWORD>, 'distance -> user.distance, 'admin -> user.admin, 'active -> user.active).executeInsert()\n      user.id = id.get\n    }\n    user\n  }\n\n  \/**\n    * Creates the given changeUser in the database.\n    *\n    * @param changeUser the changeUser object to be changed\n    * @return the changed User\n    *\/\n  def changeUser(changeUser: User): User = {\n    DB.withConnection { implicit c =>\n      val change =\n        SQL(\"update Users SET password = ({password}), distance = ({distance}), admin = ({admin}), active =({active}) where id = ({id})\").on(\n          'id -> changeUser.id, 'password -> <PASSWORD>, 'distance -> changeUser.distance, 'admin -> changeUser.admin, 'active -> changeUser.active).executeUpdate()\n    }\n    changeUser\n  }\n\n  \/**\n    * Creates the given changeUser in the database.\n    *\n    * @param changeUser the changeUser object to be changed\n    * @return the changed User\n    *\/\n  def disableUser(changeUser: User): User = {\n    DB.withConnection { implicit c =>\n      val change =\n        SQL(\"update Users SET active = false where id = ({id})\").on(\n          'id -> changeUser.id).executeUpdate()\n    }\n    changeUser\n  }\n\n  \/**\n    * Removes a user by name from the database.\n    *\n    * @param id the users id\n    * @return a boolean success flag\n    *\/\n  def rmUser(id: Long): Boolean = {\n    DB.withConnection { implicit c =>\n      val rowsCount = SQL(\"delete from Users where id = ({id})\").on('id -> id).executeUpdate()\n      rowsCount > 0\n    }\n  }\n\n  \/**\n    * Returns a list of available user from the database.\n    *\n    * @return a list of user objects.\n    *\/\n  def registeredUsers: List[User] = {\n    DB.withConnection { implicit c =>\n      val selectUsers = SQL(\"Select * from Users;\")\n      \/\/ Transform the resulting Stream[Row] to a List[(Long, String, String, BigDecimal, String)]\n      val users = selectUsers().map(row => User(row[Long](\"id\"), row[String](\"name\"), row[String](\"password\"), row[BigDecimal](\"distance\"), row[Boolean](\"admin\"), row[Boolean](\"active\"))).toList\n      users\n    }\n  }\n}\n\nobject UserDao extends UserDaoT\n"}
{"repo_name":"ioaccept\/pizza","path":"app\/models\/Stove.scala","text":"<reponame>ioaccept\/pizza\npackage models\n\nimport scala.collection.immutable.Queue\n\nclass Stove(capacity: Int = 1) {\n\n  private var queue = Queue[List[Pizza]]()\n\n  def +=(pizza: Pizza): Stove = {\n    if (queue.isEmpty) {\n      queue = Queue(List(pizza))\n    } else {\n      val last: List[Pizza] = queue.last\n      queue = if (last.length < capacity) {\n        queue.init :+ (pizza :: last)\n      } else {\n        queue :+ List(pizza)\n      }\n    }\n    this\n  }\n\n  def +=(listOfPizza: List[Pizza]): Stove =\n    listOfPizza.foldLeft(this) { (stove, pizza) => stove += pizza }\n\n  def next(): List[Pizza] =\n    if (queue.isEmpty) {\n      List()\n    } else {\n      val first = queue.head\n      queue = queue.tail\n      first\n    }\n\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/model\/SystemEntity.scala","text":"package model\n\nimport play.api.libs.json._\n\nimport scala.concurrent.Future\n\n\/**\n  * Created by <NAME> on 11\/10\/2016.\n  *\/\n\ncase class System(name: String, count: Long)\n\nobject System {\n  implicit val system = Json.format[System]\n}\n\ncase class SystemEntity(name: String, systems: List[System])\n\nobject SystemEntity {\n  implicit val systemEntity = Json.format[SystemEntity]\n}\n\ncase class CoherenceEntityNew(name: String, systems: Map[String, Long])\n\nobject CoherenceEntityNew {\n  implicit val coherenceEntity = Json.format[CoherenceEntityNew]\n\n\/\/  def apply(coh: CoherenceEntity):CoherenceEntityNew = CoherenceEntityNew(coh.name, coh.systems.map { sys =>\n\/\/      (sys.name, sys.count)\n\/\/    } toMap)\n\n}\n\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/services\/EntityCountAPIService.scala","text":"package services\n\nimport java.io.{File, PrintWriter}\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport dao.{ATGDao, GCDao}\nimport model.{System, SystemEntity}\nimport play.api.cache.CacheApi\nimport play.api.libs.json.{JsValue, Json}\nimport serviceBroker.CoherenceServiceBroker\nimport wrapper.{SystemEntityJsonFormat}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.io.Source\n\n\/**\n  * Created by <NAME> on 11\/10\/2016.\n  *\/\n@ImplementedBy(classOf[ EntityCountAPIServiceImpl])\ntrait EntityCountAPIService {\n  def getDashboardCount()\n  def getDashboardCountFromCache(): JsValue\n}\n\nclass  EntityCountAPIServiceImpl @Inject()(coherenceServiceBroker: CoherenceServiceBroker,\n                                        aTGDao: ATGDao, gcDao : GCDao,\n                                        conf : play.api.Configuration, cache: CacheApi) extends  EntityCountAPIService {\n\n  lazy val entities = conf.getList(\"coherence.entities\").get.unwrapped().toArray.toList\n\n  private def queryCoherence(entity: String): Future[System] = coherenceServiceBroker.executeQuery(entity)\n  private def queryAtg(entity: Option[String]): System = aTGDao.executeQuery(entity)\n  private def queryGc(entity: Option[String]): System = gcDao.executeQuery(entity)\n\n  override def getDashboardCount() = {\n    val listOfSysEntitiy = Future.sequence(entities.map(e =>\n      queryCoherence(e.toString).map { s =>\n        SystemEntity(e.toString, List(System(s.name, s.count),\n          queryAtg(conf.getString(\"atg.\" + e.toString.toLowerCase)),\n          queryGc(conf.getString(\"gc.\" + e.toString.toLowerCase))))\n      }))\n\n    \/\/ load the result into a count json file for caching purpose\n    listOfSysEntitiy.map { count =>\n      val json = Json.toJson(count.map(coh => SystemEntityJsonFormat(coh.name, coh.systems.map { sys => (sys.name, sys.count) } toMap)))\n      val filedir = new File(conf.getString(\"json.filedir\").get)\n          filedir.mkdir()\n      val jsonWriter = new PrintWriter(conf.getString(\"json.filepath\").get)\n          jsonWriter.write(Json.prettyPrint(json))\n          jsonWriter.close()\n      cache.remove(\"entity.counts\")\n    }\n  }\n\n  override def getDashboardCountFromCache(): JsValue = {\n    val entityCounts = cache.getOrElse[JsValue](\"entity.counts\") {\n      Json.parse(Source.fromFile(conf.getString(\"json.filepath\").get).mkString)\n    }\n    entityCounts\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"test\/controller\/DashboardControllerSpec.scala","text":"<gh_stars>0\npackage controller\n\nimport controllers.DashboardController\nimport model.{System, SystemEntity}\nimport org.scalatest.mock.MockitoSugar\nimport org.mockito.Mockito._\n\nimport scala.concurrent.{Await, Future}\nimport org.scalatestplus.play._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\nimport play.api.mvc._\nimport play.api.test._\nimport services.{EntityCountAPIServiceImpl}\n\n\/**\n  * Created by isugum on 10\/19\/2016.\n  *\/\nclass DashboardControllerSpec { \/\/ extends PlaySpec with MockitoSugar with OneAppPerSuite {\n\/*\n  val mockService = mock[EntityCountAPIServiceImpl]\n  when(mockService.getDashboardCount) thenReturn Future(List(SystemEntity(\"Property\", List(System(\"Coherence\", 100)))))\n  var controller = new DashboardController(mockService)\n\n  \"DashboardController\" should {\n    \"use the mocked service to get count\" in {\n      val result: Future[Result] = controller.getSystemEntityCount().apply(FakeRequest(Helpers.POST, \"\/dashboard\/system\/entitycount\"))\n      val resp = Await.result(result, Duration(100, MILLISECONDS))\n      resp.header.status mustBe 200\n    }\n  }\n*\/\n}"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/wrapper\/SystemEntityDetailsJsonFormat.scala","text":"package wrapper\n\nimport model.{SystemProperties}\nimport play.api.libs.json.Json\n\n\/**\n  * Created by isugum on 11\/8\/2016.\n  *\/\ncase class SystemEntityDetailsJsonFormat(category: String, cohproperties: Map[String, Long], atgproperties: Map[String, Long], gcproperties: Map[String, Long])\n\nobject SystemEntityDetailsJsonFormat {\n  implicit val systemEntityDetailsJsonFormat = Json.format[SystemEntityDetailsJsonFormat]\n\n  def apply(sysPros: SystemProperties):SystemEntityDetailsJsonFormat = SystemEntityDetailsJsonFormat(sysPros.category,\n    sysPros.cohproperties.map { prop =>  (prop.name, prop.count) } toMap,\n    sysPros.atgproperties.map { prop =>  (prop.name, prop.count) } toMap,\n    sysPros.gcproperties.map { prop =>  (prop.name, prop.count) } toMap)\n\n}"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/controllers\/DashboardController.scala","text":"package controllers\n\nimport javax.inject.Inject\n\nimport play.api.mvc.{Action, Controller}\nimport services.EntityCountAPIService\n\n\/**\n  * Created by isugum on 11\/10\/2016.\n  *\/\nclass DashboardController @Inject()(entityCountAPIService: EntityCountAPIService) extends Controller {\n\n  def getEntityCount() = Action {\n    try {\n      val entityListJson = entityCountAPIService.getDashboardCountFromCache()\n      Ok(entityListJson)\n    } catch {\n      case e : Exception =>\n         e.printStackTrace()\n        entityCountAPIService.getDashboardCount()\n        Ok(entityCountAPIService.getDashboardCountFromCache())\n        \/\/Ok(\"No data found to load, Please call the refresh URL to generate the json file\")\n    }\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/serviceBroker\/CoherenceServiceBroker.scala","text":"<filename>app\/serviceBroker\/CoherenceServiceBroker.scala\npackage serviceBroker\n\nimport java.util\nimport java.util.concurrent.TimeUnit\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport model.{Property, System}\nimport org.apache.http.client.entity.UrlEncodedFormEntity\nimport org.apache.http.client.methods.HttpPost\nimport org.apache.http.client.protocol.HttpClientContext\nimport org.apache.http.impl.client._\nimport org.apache.http.message.BasicNameValuePair\nimport org.apache.http.protocol.BasicHttpContext\nimport org.apache.http.impl.client.DefaultHttpClient\nimport play.api.cache.CacheApi\nimport play.api.libs.json.JsArray\nimport play.api.libs.ws.{WSClient, WSResponse}\nimport scala.collection.immutable.List\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\nimport scala.util.Success\n\n\/**\n  * Created by <NAME> on 11\/10\/2016.\n  *\/\n@ImplementedBy(classOf[CoherenceServiceBrokerImpl])\ntrait CoherenceServiceBroker {\n  def executeQuery(query: String): Future[System]\n  def executeQueryForPropertyContractStatus(query: String) : List[Property]\n  def executeQueryForPropertyContractCurrency(query: String) : List[Property]\n  def executeQueryForPropertyContractModel(query: String) : List[Property]\n\n  def executeQueryForOfferCode(query: String) : List[Property]\n  def executeQueryForOfferStatus(query: String) : List[Property]\n  def executeQueryForOfferStayType(query: String) : List[Property]\n}\n\nobject CoherenceQueries {\n  def getCohCountQuery(collectionName: String) = collectionName match {\n    case \"RatePlan\" => getCohCountQryForRatePlan()\n    case \"RoomRate\" => getCohCountQryForRoomRate()\n    case _ => getCohCountQry(collectionName)\n  }\n\n  def getCohCountQryForRatePlan() = s\"select sum(value().ratePlans.value().size()) from PropertyContract\"\n\n  def getCohCountQryForRoomRate() = s\"select sum(value().roomRates.value().size()) from RateRule\"\n\n  def getCohCountQry(collectionName: String) = s\"select count() from $collectionName\"\n\n  def getCohCntByStatusQuery(collectionName: String, status: String) = s\"SELECT COUNT() FROM $collectionName WHERE value().contractStatus like '$status'\"\n\n  def getCohCntByCurrencyQuery(collectionName: String) = s\"SELECT value().currency, COUNT() FROM $collectionName WHERE  value().currency IS NOT NULL GROUP BY value().currency\"\n\n  def getCohCntByModelQuery(collectionName: String) = s\"SELECT value().contractModel, COUNT() FROM $collectionName  GROUP BY value().contractModel\"\n\n  \/\/ Offer Related Queries\n  def getCohCntByOfferCodeQuery(collectionName: String) = s\"SELECT type, COUNT() FROM $collectionName  GROUP BY type\"\n\n  def getCohCntByOfferStatusQuery(collectionName: String) = s\"SELECT active, COUNT() FROM $collectionName  GROUP BY active\"\n\n  def getCohCntByOfferStayTypeQuery(collectionName: String) = s\"SELECT stayType, COUNT() FROM $collectionName  GROUP BY stayType\"\n}\n\n\/\/noinspection ScalaDeprecation\nclass CoherenceServiceBrokerImpl @Inject()(ws: WSClient, conf: play.api.Configuration, cache: CacheApi) extends CoherenceServiceBroker {\n\n  import CoherenceQueries._\n\n  val connectionTimeout = 25 seconds\n\n  private def getSessionId(): String = {\n    var jsessionId: String = \"\"\n    val httpClient: DefaultHttpClient = new DefaultHttpClient()\n    httpClient.setRedirectStrategy(new LaxRedirectStrategy())\n\n    val httpPost = new HttpPost(conf.getString(\"coherence.ui.loginPath\").get)\n    httpPost.setHeader(\"Content-Type\", \"application\/x-www-form-urlencoded\")\n    val nvplist: util.ArrayList[BasicNameValuePair] = new util.ArrayList[BasicNameValuePair]\n    nvplist.add(new BasicNameValuePair(\"username\", conf.getString(\"coherence.ui.uname\").get))\n    nvplist.add(new BasicNameValuePair(\"password\", conf.getString(\"coherence.ui.pwd\").get))\n    nvplist.add(new BasicNameValuePair(\"submit\", \"Login\"))\n    httpPost.setEntity(new UrlEncodedFormEntity(nvplist))\n\n    val httpContext = new BasicHttpContext\n    val cookieStore = new BasicCookieStore\n    httpContext.setAttribute(HttpClientContext.COOKIE_STORE, cookieStore)\n\n    try {\n      httpClient.execute(httpPost, httpContext).getStatusLine.getStatusCode match {\n        case 200 => jsessionId = cookieStore.getCookies.get(0).getName + \"=\" + cookieStore.getCookies.get(0).getValue\n          jsessionId\n      }\n    } catch {\n      case e: Exception => httpClient.execute(httpPost, httpContext).getStatusLine.getStatusCode match {\n        case 200 => jsessionId = cookieStore.getCookies.get(0).getName + \"=\" + cookieStore.getCookies.get(0).getValue\n          jsessionId\n      }\n    }\n  }\n\n  override def executeQuery(entity: String): Future[System] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    \n    ws.url(conf.getString(\"coherence.ui.url\").get)\n      .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n      .withFollowRedirects(true)\n      .post(Map(\"cohql\" -> Seq(getCohCountQuery(entity))))\n      .map {\n        response => System(conf.getString(\"system.coherence\").get, (response.json \\ \"result\").as[Long])\n      }.recoverWith {\n      case e => Future {\n        System(conf.getString(\"system.coherence\").get, 0)\n      }\n    }\n  }\n\n  override def executeQueryForPropertyContractStatus(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    \n    val statusList = conf.getList(\"coherence.contStatus\").get.unwrapped().toArray.toList\n    val res : List[Future[Property]] = statusList.map { s =>\n        ws.url(conf.getString(\"coherence.ui.url\").get)\n          .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n          .withFollowRedirects(true)\n          .post(Map(\"cohql\" -> Seq(getCohCntByStatusQuery(entity, s.toString))))\n          .map {\n            response => { Property(s.toString, (response.json \\ \"result\").as[Long])\n            }\n          }.recoverWith {\n          case e => Future {\n            Property(s.toString, 0)\n          }\n        }\n    }\n      val futset: Future[List[Property]] = Future.sequence(res)\n      Await.result(futset.map(lp => lp), connectionTimeout)\n    }\n\n  override def executeQueryForPropertyContractCurrency(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    val res: Future[List[Property]] = {\n    ws.url(conf.getString(\"coherence.ui.url\").get)\n      .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n      .withFollowRedirects(true)\n      .post(Map(\"cohql\" -> Seq(getCohCntByCurrencyQuery(entity))))\n      .map {\n        response => {\n          processCountByCurrencyResp(response)\n         }\n      }.recoverWith {\n      case e => Future{ List(Property(\"currency\",0))}\n      }\n    }\n    Await.result(res.map(lp=>lp), connectionTimeout)\n  }\n\n\n  override def executeQueryForPropertyContractModel(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n        val res: Future[List[Property]] = {\n          ws.url(conf.getString(\"coherence.ui.url\").get)\n            .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n            .withFollowRedirects(true)\n            .post(Map(\"cohql\" -> Seq(getCohCntByModelQuery(entity))))\n            .map {\n              response => {\n            processResp(response)\n              }\n            }.recoverWith {\n            case e => Future{ List(Property(\"Model\",0))}\n          }\n        }\n        Await.result(res.map(lp=>lp), connectionTimeout)\n    }\n  override def executeQueryForOfferCode(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    val res: Future[List[Property]] = {\n      ws.url(conf.getString(\"coherence.ui.url\").get)\n        .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n        .withFollowRedirects(true)\n        .post(Map(\"cohql\" -> Seq(getCohCntByOfferCodeQuery(entity))))\n        .map {\n          response => {\n            processResp(response)\n          }\n        }.recoverWith {\n        case e => Future{ List(Property(\"type\",0))}\n      }\n    }\n      Await.result(res.map(lp=>lp), connectionTimeout)\n    }\n\n  override def executeQueryForOfferStatus(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    val res: Future[List[Property]] = {\n      ws.url(conf.getString(\"coherence.ui.url\").get)\n        .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n        .withFollowRedirects(true)\n        .post(Map(\"cohql\" -> Seq(getCohCntByOfferStatusQuery(entity))))\n        .map {\n          response => {\n            processResp(response)\n          }\n        }.recoverWith {\n        case e => Future{ List(Property(\"active\",0))}\n      }\n    }\n      Await.result(res.map(lp=>lp), connectionTimeout)\n  }\n\n  override def executeQueryForOfferStayType(entity: String): List[Property] = {\n    val sessionId = cache.getOrElse[String](\"jsessionId\", Duration.create(conf.getInt(\"jsessionId.timeout\").get, TimeUnit.MINUTES)) {\n      getSessionId()\n    }\n    val res: Future[List[Property]] = {\n      ws.url(conf.getString(\"coherence.ui.url\").get)\n        .withHeaders(\"Cookie\" -> sessionId, \"Accept\" -> \"application\/json\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n        .withFollowRedirects(true)\n        .post(Map(\"cohql\" -> Seq(getCohCntByOfferStayTypeQuery(entity))))\n        .map {\n          response => {\n            processResp(response)\n          }\n        }.recoverWith {\n        case e => Future{ List(Property(\"stayType\",0))}\n      }\n    }\n      Await.result(res.map(lp=>lp), connectionTimeout)\n  }\n\n\n  private def processCountByCurrencyResp(response: WSResponse): List[Property] = {\n      var buffer = new ListBuffer[Property]\n      val keys = response.json.as[JsArray]\n      val map = {\n        keys.value.map(f => (f \\ \"key\").as[String] -> (f \\ \"value\").as[Long]).toMap.toList sortBy (_._2)\n      }\n      val top5 = map.takeRight(5)\n      val itr = top5.iterator\n      while (itr.hasNext) {\n        val top5Val = itr.next()\n        buffer += Property(top5Val._1, top5Val._2)\n      }\n      var Others: Long = 0\n      for (i <- 1 to map.size - 5) {\n        Others = Others + map(i)._2\n      }\n      buffer += (Property(\"Others\", Others))\n      buffer.toList\n    }\n\n  private def processResp(response: WSResponse): List[Property] = {\n    var buffer = new ListBuffer[Property]\n    val keys = response.json.as[JsArray]\n    val map = {\n      keys.value.map(f => (f \\ \"key\").as[String] -> (f \\ \"value\").as[Long]).toMap.toList\n    }\n    val itr = map.iterator\n    while (itr.hasNext) {\n      val value = itr.next()\n      buffer += Property(value._1, value._2)\n    }\n    buffer.toList\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/controllers\/DashboardDetailsController.scala","text":"package controllers\n\nimport javax.inject.Inject\n\nimport play.api.mvc.{Action, Controller}\nimport services.{EntityCountOfferAPIService, EntityCountPropertyAPIService, EntityCountPropertyContactAPIService}\n\n\/**\n  * Created by isugum on 11\/10\/2016.\n  *\/\nclass DashboardDetailsController @Inject()(entityCountPropertyContactAPIService: EntityCountPropertyContactAPIService,\n                                           entityCountPropertyAPIService : EntityCountPropertyAPIService,\n                                           entityCountOfferAPIService: EntityCountOfferAPIService) extends Controller {\n\n  private def getPropertyContractDetails()  = { entityCountPropertyContactAPIService.getPropertyContractDetailsFromCache() }\n  private def getPropertyDetails()  = { entityCountPropertyAPIService.getPropertyDetailsFromCache() }\n  private def getOfferDetails()  = { entityCountOfferAPIService.getOfferDetailsFromCache() }\n\n  def getEntityDetails (entityName: String) = Action {\n    try {\n      entityName.toLowerCase() match {\n        case \"propertycontract\" => Ok(getPropertyContractDetails())\n        case \"property\" => Ok(getPropertyDetails())\n        case \"offer\" => Ok(getOfferDetails())\n      }\n    } catch {\n      case e : Exception => e.getStackTrace\n        entityCountPropertyAPIService.getPropertyDetails()\n        entityCountPropertyContactAPIService.getPropertyContractDetails()\n        entityCountOfferAPIService.getOfferDetails()\n        entityName.toLowerCase() match {\n          case \"propertycontract\" => Ok(getPropertyContractDetails())\n          case \"property\" => Ok(getPropertyDetails())\n          case \"offer\" => Ok(getOfferDetails())\n        }\n       \/\/ Ok(\"Updating\" + entityName + \" json file, pls wait..\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/dao\/ATGDao.scala","text":"package dao\n\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport model.{Property, System}\nimport play.api.db.Database\n\nimport scala.concurrent.Future\n\n\/**\n  * Created by isugum on 10\/13\/2016.\n  *\/\n@ImplementedBy(classOf[ATGDaoImpl])\ntrait ATGDao {\n  def executeQuery(query: Option[String]): System\n\n  def executeAtgQueryForPropertyContractStatus(query: Option[String]): List[Property]\n  def executeAtgQueryForPropertyContractCurrency(query: Option[String]): List[Property]\n  def executeAtgQueryForPropertyContractModel(query: Option[String]): List[Property]\n\n  def executeAtgQueryForPropertyType(query: Option[String]): List[Property]\n  def executeAtgQueryForPropertyCategory(query: Option[String]): List[Property]\n  def executeAtgQueryForPropertyProvision(query: Option[String]): List[Property]\n\n  def executeAtgQueryForOfferCode(query: Option[String]): List[Property]\n  def executeAtgQueryForOfferStatus(query: Option[String]): List[Property]\n  def executeAtgQueryForOfferStayType(query: Option[String]): List[Property]\n}\n\nobject ATGQueries {\n  def getAtgCountQuery(collectionName: String) = s\"select count(1) from $collectionName\"\n\n  \/\/Property Contract Entity Quries\n  def getAtgCntByStatusQuery(collectionName: String) = s\"SELECT status, COUNT(1) AS cnt FROM $collectionName WHERE status IS NOT NULL GROUP BY status\"\n  def getAtgCntByCurrencyQuery(collectionName: String) = s\"SELECT currency, cnt FROM (SELECT currency, COUNT(PROVIDER_ID) AS cnt FROM $collectionName \" +\n    s\"GROUP BY currency ORDER BY cnt DESC) WHERE ROWNUM <= 5 \" +\n    s\"UNION \" +\n    s\"SELECT 'Others', COUNT(currency) AS cnt FROM $collectionName WHERE currency \" +\n    s\"NOT IN (SELECT currency FROM (SELECT currency, COUNT(PROVIDER_ID) AS cnt FROM $collectionName \" +\n    s\"GROUP BY currency ORDER BY cnt DESC) WHERE ROWNUM <= 5)\"\n  def getAtgCntByModelQuery(collectionName: String) = s\"SELECT model, COUNT(1) AS cnt FROM $collectionName WHERE model IS NOT NULL GROUP BY model\"\n\n  \/\/Property Entity Queries\n  def getAtgCntByPropertyTypeQuery(collectionName: String) = s\"SELECT PROPERTY_TYPE AS type, COUNT(1) AS cnt FROM $collectionName \" +\n    s\"WHERE PROPERTY_TYPE IS NOT NULL GROUP BY PROPERTY_TYPE\"\n  def getAtgCntByPropertyCategoryQuery(collectionName: String, propCatTName:String) = s\"SELECT fpc.description AS category, COUNT(1) AS cnt FROM $collectionName fph, \" +\n    s\"$propCatTName fpc WHERE fph.prop_cat_id = fpc.prop_cat_id GROUP BY fpc.description\"\n  def getAtgCntByPropertyProvisionQuery(collectionName: String, provisionTName:String, propProvTName:String) = s\"SELECT fp.provision_type AS type, COUNT(1) AS cnt FROM $provisionTName fp, \" +\n    s\"$propProvTName fpp, $collectionName fph WHERE fp.provision_id = fpp.provision_id AND fpp.product_id = fph.product_id GROUP BY fp.provision_type\"\n\/\/Offer Entity Queries\n  def getAtgCntByOfferCodeQuery(collectionName: String) = s\"SELECT offer_code AS type, COUNT(1) AS cnt FROM $collectionName GROUP BY offer_code\"\n  def getAtgCntByOfferStatusQuery(collectionName: String) = s\"SELECT offer_active AS active, COUNT(1) AS cnt FROM $collectionName GROUP BY offer_active\"\n  def getAtgCntByOfferStayTypeQuery(collectionName: String) = s\"SELECT stay_type AS stayType, COUNT(1) AS cnt FROM $collectionName GROUP BY stay_type\"\n}\n\nclass ATGDaoImpl @Inject()(conf: play.api.Configuration, db: Database) extends ATGDao {\n\n  import ATGQueries._\n\n  lazy val propCatTName = conf.getString(\"atg.propertycategory\").get\n  lazy val provisionTName = conf.getString(\"atg.provision\").get\n  lazy val propProvTName = conf.getString(\"atg.propertyprovision\").get\n\n  override def executeQuery(entity: Option[String]): System = entity match {\n    case None => System(conf.getString(\"system.atg\").get, 0)\n    case _ => executeATGQuery(entity)\n  }\n\n  private def executeATGQuery(entity: Option[String]): System = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCountQuery(entity.get))\n      System(conf.getString(\"system.atg\").get, (if (rs.next()) rs.getLong(1) else 0))\n    })\n  }\n\n  override def executeAtgQueryForPropertyContractStatus(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByStatusQuery(entity.get))\n      val countByStatus = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"status\") match {\n          case \"608\" => \"PENDING\"\n          case \"610\" => \"CANCELLED\"\n          case \"607\" => \"LIVE\"\n          case \"609\" => \"SUSPENDED\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByStatus.toList\n    })\n  }\n  override def executeAtgQueryForPropertyContractCurrency(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByCurrencyQuery(entity.get))\n      val countByCurrency = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"currency\"), rs.getInt(\"cnt\"))\n      }.toStream\n      countByCurrency.toList\n    })\n  }\n\n  override def executeAtgQueryForPropertyContractModel(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByModelQuery(entity.get))\n      val countByModel = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"model\") match {\n          case \"612\" => \"MARGIN\"\n          case \"611\" => \"STATIC\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByModel.toList\n    })\n  }\n\n  override def executeAtgQueryForPropertyType(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByPropertyTypeQuery(entity.get))\n      val countByPropType = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"type\") match {\n          case \"H\" => \"HOTEL\"\n          case \"A\" => \"APARTMENT\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropType.toList\n    })\n  }\n\n  override def executeAtgQueryForPropertyCategory(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByPropertyCategoryQuery(entity.get, propCatTName))\n      val countByPropCate = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"category\") match {\n          case \"SD\" => \"SUPERIOR DELUXE\"\n          case \"D\" => \"DELUXE\"\n          case \"T\" => \"TOURIST CLASS\"\n          case \"SF\" => \"SUPERIOR FIRST\"\n          case \"F\" => \"FIRST CLASS\"\n          case \"ST\" => \"SUPERIOR TOURIST\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropCate.toList\n    })\n  }\n\n  override def executeAtgQueryForPropertyProvision(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByPropertyProvisionQuery(entity.get, provisionTName, propProvTName))\n      val countByPropProv = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getInt(\"type\") match {\n          case 1001 => \"PARKING\"\n          case 1002 => \"SHUTTLE\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropProv.toList\n    })\n  }\n\n  override def executeAtgQueryForOfferCode(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByOfferCodeQuery(entity.get))\n      val countByOfferCode = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"type\") match {\n          case \"260\" => \"EARLY_BIRD\"\n          case \"261\" => \"LAST_MINUTE\"\n          case \"262\" => \"FREE_NIGHT\"\n          case \"263\" => \"MIN_NIGHTS\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByOfferCode.toList\n    })\n  }\n\n  override def executeAtgQueryForOfferStatus(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByOfferStatusQuery(entity.get))\n      val countByOfferStatus = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"active\") match {\n          case \"1\" => \"ACTIVE\"\n          case \"0\" => \"INACTIVE\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByOfferStatus.toList\n    })\n  }\n\n  override def executeAtgQueryForOfferStayType(entity: Option[String]): List[Property] = {\n    db.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getAtgCntByOfferStayTypeQuery(entity.get))\n      val countByStayType = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"stayType\") match {\n          case \"270\" => \"INCLUSIVE\"\n          case \"271\" => \"ARRIVAL_DAY\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByStayType.toList\n    })\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\n\/\/ The Play plugin\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.5.9\")\n\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.8.1\")\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\n\n\nname := \"\"\"NovaMonitoring\"\"\"\n\nversion := \"1.2-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  cache,\n  ws,\n  jdbc,\n  filters,\n\/\/  \"com.typesafe.slick\"        %%     \"slick-hikaricp\"           %      \"3.1.1\",\n  \"com.typesafe.slick\"        %%    \"slick\"            \t      %      \"3.1.1\",\n  \"org.apache.httpcomponents\" % \"httpclient\"              % \"4.5.1\",\n  \"org.apache.httpcomponents\" % \"httpcore\" % \"4.4.2\",\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"1.5.1\" % Test,\n  \"org.mockito\" % \"mockito-all\" % \"1.10.19\" % Test\n)\n\nfork in run := true\n\nassemblyMergeStrategy in assembly := {\n\/\/    case PathList(\"com.zaxxer\", \"HikariCP\", xs@_*) => MergeStrategy.first\n  \/\/  case PathList(ps @ _*) if ps.last endsWith \".html\" => MergeStrategy.first\n  \/\/  case \"unwanted.txt\" => MergeStrategy.discard\n  case x if x.endsWith(\"io.netty.versions.properties\") => MergeStrategy.first\n  case x if x.endsWith(\"LogConfigurationException.class\") => MergeStrategy.first\n  case x if x.endsWith(\"Log.class\") => MergeStrategy.first\n  case x if x.endsWith(\"LogFactory.class\") => MergeStrategy.first\n  case x if x.endsWith(\"SimpleLog$1.class\") => MergeStrategy.first\n  case \"application.conf\" => MergeStrategy.concat\n  case x =>\n    val oldStrategy = (assemblyMergeStrategy in assembly).value\n    oldStrategy(x)\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/wrapper\/SystemEntityJsonFormat.scala","text":"<gh_stars>0\npackage wrapper\n\nimport model.SystemEntity\nimport play.api.libs.json.Json\n\n\/**\n  * Created by isugum on 10\/18\/2016.\n  *\/\ncase class SystemEntityJsonFormat(name: String, systems: Map[String, Long])\n\nobject SystemEntityJsonFormat {\n  implicit val systemEntityJsonFormat = Json.format[SystemEntityJsonFormat]\n\n    def apply(sysEnt: SystemEntity):SystemEntityJsonFormat = SystemEntityJsonFormat(sysEnt.name, sysEnt.systems.map { sys =>\n        (sys.name, sys.count)\n      } toMap)\n\n}\n\n\n\n\n\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/dao\/GCDao.scala","text":"package dao\n\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport model.{Property, System, SystemEntity}\nimport play.api.db.{Database, NamedDatabase}\n\n\/**\n  * Created by isugum on 10\/17\/2016.\n  *\/\n@ImplementedBy(classOf[GCDaoImpl])\ntrait GCDao {\n  def executeQuery(query: Option[String]): System\n\n  def executeGcQueryForPropertyContractStatus(query: Option[String]): List[Property]\n  def executeGcQueryForPropertyContractCurrency(query: Option[String]): List[Property]\n  def executeGcQueryForPropertyContractModel(query: Option[String]): List[Property]\n\n  def executeGcQueryForPropertyType(query: Option[String]): List[Property]\n  def executeGcQueryForPropertyCategory(query: Option[String]): List[Property]\n  def executeGcQueryForPropertyProvision(query: Option[String]): List[Property]\n\n  def executeGcQueryForOfferCode(query: Option[String]): List[Property]\n  def executeGcQueryForOfferStatus(query: Option[String]): List[Property]\n  def executeGcQueryForOfferStayType(query: Option[String]): List[Property]\n\n}\n\nobject GCQueries {\n  def getGcCountQuery(collectionName: String) = s\"SELECT COUNT(1) FROM $collectionName\"\n\n  \/\/Property Contract Query Details\n  def getGcCntByStatusQuery(collectionName: String) = s\"SELECT status, COUNT(1) AS cnt FROM $collectionName WHERE status IS NOT NULL GROUP BY status\"\n  def getGcCntByCurrencyQuery(collectionName: String) = s\"SELECT currency, cnt FROM (SELECT currency, COUNT(PROVIDER_ID) AS cnt FROM $collectionName \" +\n    s\"GROUP BY currency ORDER BY cnt DESC) WHERE ROWNUM <= 5 \" +\n    s\"UNION \" +\n    s\"SELECT 'Others', COUNT(currency) AS cnt FROM $collectionName WHERE currency \" +\n    s\"NOT IN (SELECT currency FROM (SELECT currency, COUNT(PROVIDER_ID) AS cnt FROM $collectionName \" +\n    s\"GROUP BY currency ORDER BY cnt DESC) WHERE ROWNUM <= 5)\"\n  def getGcCntByModelQuery(collectionName: String) = s\"SELECT model, COUNT(1) AS cnt FROM $collectionName WHERE model IS NOT NULL GROUP BY model\"\n\n  \/\/Property Query Details\n  def getGcCntByPropertyType(collectionName: String) = s\"SELECT type, COUNT(1) AS cnt FROM $collectionName WHERE TYPE IS NOT NULL GROUP BY type\"\n  def getGcCntByPropertyCategory(collectionName: String, propertyTName:String, propCatTName:String) = s\"SELECT pc.code AS category, COUNT(1) AS cnt FROM $propertyTName p, $propCatTName \" +\n    s\"pc WHERE p.category_id = pc.id GROUP BY pc.code\"\n  def getGcCntByPropertyProvisionQuery(collectionName: String, propProvTName:String) = s\"SELECT pp.provision_type AS type, COUNT(1) AS cnt FROM $collectionName p, $propProvTName pp \" +\n    s\"WHERE p.id = pp.property_id GROUP BY pp.provision_type\"\n  \/\/Offer Entity Queries\n  def getGcCntByOfferCodeQuery(collectionName: String) = s\"SELECT type, COUNT(1) AS cnt FROM $collectionName GROUP BY type\"\n  def getGcCntByOfferStatusQuery(collectionName: String) = s\"SELECT active, COUNT(1) AS cnt FROM $collectionName GROUP BY active\"\n  def getGcCntByOfferStayTypeQuery(collectionName: String) = s\"SELECT stay_type AS stayType, COUNT(1) AS cnt FROM $collectionName GROUP BY stay_type\"\n}\n\nclass GCDaoImpl @Inject()(@NamedDatabase(\"gc\") gcDb: Database, @NamedDatabase(\"rm\") rmDb: Database, conf: play.api.Configuration) extends GCDao {\n\n  import GCQueries._\n\n  lazy val propertyTNameGC = conf.getString(\"gc.property\").get\n  lazy val propertyCatTNameGC = conf.getString(\"gc.propertycategory\").get\n  lazy val propProvTName = conf.getString(\"gc.propertyprovision\").get\n\n  override def executeQuery(entity: Option[String]): System = entity.get match {\n    case mark if (mark.startsWith(\"mark\")) => executeRmQuery(entity)\n    case _ => executeGcQuery(entity)\n  }\n\n  private def executeGcQuery(entity: Option[String]): System = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCountQuery(entity.get))\n      System(conf.getString(\"system.gc\").get, (if (rs.next()) rs.getLong(1) else 0))\n    })\n  }\n\n  private def executeRmQuery(entity: Option[String]): System = {\n    rmDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCountQuery(entity.get))\n      System(conf.getString(\"system.gc\").get, (if (rs.next()) rs.getLong(1) else 0))\n    })\n  }\n\n  override def executeGcQueryForPropertyContractStatus(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByStatusQuery(entity.get))\n      val countByStatus = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"status\") match {\n          case \"P\" => \"PENDING\"\n          case \"X\" => \"CANCELLED\"\n          case \"L\" => \"LIVE\"\n          case \"S\" => \"SUSPENDED\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByStatus.toList\n\n    })\n  }\n\n  override def executeGcQueryForPropertyContractCurrency(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByCurrencyQuery(entity.get))\n      val countByCurrency = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"currency\"), rs.getInt(\"cnt\"))\n      }.toStream\n      countByCurrency.toList\n    })\n  }\n\n  override def executeGcQueryForPropertyContractModel(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByModelQuery(entity.get))\n      val countByCurrency = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"model\") match {\n          case \"M\" => \"MARGIN\"\n          case \"S\" => \"STATIC\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByCurrency.toList\n    })\n  }\n\n  override def executeGcQueryForPropertyType(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByPropertyType(entity.get))\n      val countByPropType = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"type\") match {\n          case \"H\" => \"HOTEL\"\n          case \"A\" => \"APARTMENT\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropType.toList\n    })\n  }\n\n  override def executeGcQueryForPropertyCategory(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByPropertyCategory(entity.get, propertyTNameGC, propertyCatTNameGC))\n      \n      val countByPropCate = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"category\") match {\n          case \"SD\" => \"SUPERIOR DELUXE\"\n          case \"D\" => \"DELUXE\"\n          case \"T\" => \"TOURIST CLASS\"\n          case \"SF\" => \"SUPERIOR FIRST\"\n          case \"F\" => \"FIRST CLASS\"\n          case \"ST\" => \"SUPERIOR TOURIST\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropCate.toList\n    })\n  }\n\n  override def executeGcQueryForPropertyProvision(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByPropertyProvisionQuery(entity.get, propProvTName))\n      val countByPropProv = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"type\") match {\n          case \"S\" => \"SHUTTLE\"\n          case \"P\" => \"PARKING\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByPropProv.toList\n    })\n  }\n\n  override def executeGcQueryForOfferCode(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByOfferCodeQuery(entity.get))\n\n      val countByOfferCode = new Iterator[Property] {\n        def hasNext = rs.next()\n        def next() = Property(rs.getString(\"type\") match {\n          case \"EB\" => \"EARLY_BIRD\"\n          case \"LM\" => \"LAST_MINUTE\"\n          case \"FN\" => \"FREE_NIGHT\"\n          case \"MN\" => \"MIN_NIGHTS\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByOfferCode.toList\n    })\n  }\n\n  override def executeGcQueryForOfferStatus(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByOfferStatusQuery(entity.get))\n      val countByOfferStatus = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"active\") match {\n          case \"1\" => \"ACTIVE\"\n          case \"0\" => \"INACTIVE\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByOfferStatus.toList\n    })\n  }\n\n  override def executeGcQueryForOfferStayType(entity: Option[String]): List[Property] = {\n    gcDb.withConnection(conn => {\n      val rs = (conn createStatement).executeQuery(getGcCntByOfferStayTypeQuery(entity.get))\n      val countByStayType = new Iterator[Property] {\n        def hasNext = rs.next()\n\n        def next() = Property(rs.getString(\"stayType\") match {\n          case \"I\" => \"INCLUSIVE\"\n          case \"A\" => \"ARRIVAL_DAY\"\n        }, rs.getInt(\"cnt\"))\n      }.toStream\n      countByStayType.toList\n    })\n  }\n\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/controllers\/SystemController.scala","text":"<filename>app\/controllers\/SystemController.scala\npackage controllers\n\nimport javax.inject.Inject\n\nimport play.api.mvc.{Action, Controller, Request}\nimport services.{EntityCountAPIService, EntityCountOfferAPIService, EntityCountPropertyAPIService, EntityCountPropertyContactAPIService}\n\n\/**\n  * Created by <NAME> on 11\/10\/2016.\n  *\/\nclass SystemController @Inject()(entityCountAPIService: EntityCountAPIService,\n                                 entityCountPropertyContactAPIService: EntityCountPropertyContactAPIService,\n                                 entityCountPropertyAPIService: EntityCountPropertyAPIService,\n                                 entityCountOfferAPIService: EntityCountOfferAPIService) extends Controller {\n\n  def refreshJsonCache() = Action {\n    try {\n      entityCountAPIService.getDashboardCount()\n      entityCountPropertyContactAPIService.getPropertyContractDetails()\n      entityCountPropertyAPIService.getPropertyDetails()\n      entityCountOfferAPIService.getOfferDetails()\n    }catch {\n      case e : Exception => Ok(\"Exception occurred while refreshing the cache, please retry..\" + e.getMessage)\n    }\n    Ok(\"Refresh Done Successfully!\")\n    }\n  }\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/services\/EntityCountOfferAPIServiceImpl.scala","text":"package services\n\n\nimport java.io.{File, PrintWriter}\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport dao.{ATGDao, GCDao}\nimport model.{Property, SystemProperties}\nimport play.api.cache.CacheApi\nimport play.api.libs.json.{JsValue, Json}\nimport serviceBroker.CoherenceServiceBroker\nimport wrapper.{SystemEntityDetailsJsonFormat}\n\nimport scala.io.Source\n\n\/**\n  * Created by isugum on 12\/01\/2016.\n  *\/\n@ImplementedBy(classOf[ EntityCountOfferAPIServiceImpl])\ntrait EntityCountOfferAPIService {\n  def getOfferDetails()\n  def getOfferDetailsFromCache(): JsValue\n}\n\nclass  EntityCountOfferAPIServiceImpl @Inject()(coherenceServiceBroker: CoherenceServiceBroker,\n                                                aTGDao: ATGDao, gcDao : GCDao,\n                                                conf : play.api.Configuration, cache: CacheApi) extends  EntityCountOfferAPIService {\n  lazy val OfferCNameCoherence = \"Offer\"\n  lazy val OfferTNameGC = conf.getString(\"gc.offer\")\n  lazy val OfferTNameATG = conf.getString(\"atg.offer\")\n  \/\/Count by Offer Code\n  private def queryCoherenceForOfferCode(entity: String) : List[Property] = coherenceServiceBroker.executeQueryForOfferCode(entity)\n  private def queryAtgForOfferCode(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForOfferCode(entity)\n  private def queryGcForOfferCode(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForOfferCode(entity)\n  \/\/Count By Offer Status\n  private def queryCoherenceForOfferStatus(entity: String) : List[Property] = coherenceServiceBroker.executeQueryForOfferStatus(entity)\n  private def queryAtgForOfferStatus(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForOfferStatus(entity)\n  private def queryGcForOfferStatus(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForOfferStatus(entity)\n  \/\/Count By Stay Type\n  private def queryCoherenceForOfferStayType(entity: String) : List[Property] = coherenceServiceBroker.executeQueryForOfferStayType(entity)\n  private def queryAtgForOfferStayType(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForOfferStayType(entity)\n  private def queryGcForOfferStayType(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForOfferStayType(entity)\n\n  override def getOfferDetails() = {\n    try {\n      val sysProperties: List[SystemProperties] = List(loadOfferCntByOfferCode(), loadOfferCntByOfferStatus(), loadOfferCntByOfferStayType())\n      println(\" \\n Offer Detaisl ::::::::::: \" + sysProperties)\n      val json = Json.toJson(sysProperties.map(sysProps =>(SystemEntityDetailsJsonFormat(sysProps.category,\n        sysProps.cohproperties.map { sys => (sys.name, sys.count) } toMap,\n        sysProps.atgproperties.map { sys => (sys.name, sys.count) } toMap,\n        sysProps.gcproperties.map { sys => (sys.name, sys.count) } toMap))))\n      val filedir = new File(conf.getString(\"json.filedir\").get)\n      filedir.mkdir()\n      val jsonWriter = new PrintWriter(conf.getString(\"json.offerpath\").get)\n      jsonWriter.write(Json.prettyPrint(json))\n      jsonWriter.close()\n      cache.remove(\"offer.details\")\n    } catch {\n      case e: Exception => e.printStackTrace()\n    }\n  }\n\n  private def loadOfferCntByOfferCode(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForOfferCode(OfferTNameGC)\n    val atgProperties: List[Property] = queryAtgForOfferCode(OfferTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForOfferCode(OfferCNameCoherence)\n    val sysProps = SystemProperties(\"countbyoffercode\", cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadOfferCntByOfferStatus(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForOfferStatus(OfferTNameGC)\n    val atgProperties: List[Property] = queryAtgForOfferStatus(OfferTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForOfferStatus(OfferCNameCoherence)\n    val sysProps = SystemProperties(\"countbyofferstatus\",  cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadOfferCntByOfferStayType(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForOfferStayType(OfferTNameGC)\n    val atgProperties: List[Property] = queryAtgForOfferStayType(OfferTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForOfferStayType(OfferCNameCoherence)\n    val sysProps = SystemProperties(\"countbystaytype\",  cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  override def getOfferDetailsFromCache(): JsValue = {\n    val offerDetails = cache.getOrElse[JsValue](\"offer.details\") {\n      Json.parse(Source.fromFile(conf.getString(\"json.offerpath\").get).mkString)\n    }\n    offerDetails\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/services\/EntityCountPropertyAPIService.scala","text":"package services\n\nimport java.io.{File, PrintWriter}\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport dao.{ATGDao, GCDao}\nimport model.{Property, SystemProperties}\nimport play.api.cache.CacheApi\nimport play.api.libs.json.{JsValue, Json}\nimport serviceBroker.CoherenceServiceBroker\nimport wrapper.{SystemEntityDetailsJsonFormat}\n\nimport scala.io.Source\n\n\/**\n  * Created by isugum on 11\/28\/2016.\n  *\/\n@ImplementedBy(classOf[ EntityCountPropertyAPIServiceImpl])\ntrait EntityCountPropertyAPIService {\n  def getPropertyDetails()\n  def getPropertyDetailsFromCache(): JsValue\n}\n\nclass  EntityCountPropertyAPIServiceImpl @Inject()(aTGDao: ATGDao, gcDao : GCDao,\n                                           conf : play.api.Configuration, cache: CacheApi) extends  EntityCountPropertyAPIService {\n  lazy val propertyTNameGC = conf.getString(\"gc.property\")\n  lazy val propertyTNameATG = conf.getString(\"atg.property\")\n\n  \/\/Count by Property Type\n  private def queryAtgForPropertyType(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForPropertyType(entity)\n  private def queryGcForPropertyType(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForPropertyType(entity)\n  \/\/Count By Property Category\n  private def queryAtgForPropertyCategory(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForPropertyCategory(entity)\n  private def queryGcForPropertyCategory(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForPropertyCategory(entity)\n  \/\/Count By Property Provisioned type\n  private def queryAtgForPropertyProvison(entity: Option[String]) : List[Property] = aTGDao.executeAtgQueryForPropertyProvision(entity)\n  private def queryGcForPropertyProvision(entity: Option[String]) : List[Property] = gcDao.executeGcQueryForPropertyProvision(entity)\n\n  override def getPropertyDetails() = {\n    try {\n      val sysProperties: List[SystemProperties] = List(loadPropertyCntByPropType(), loadPropertyCntByPropCategory(), loadPropertyContractCntByPropProv)\n      println(\"::::::::::: \" + sysProperties)\n      val json = Json.toJson(sysProperties.map(sysProps =>(SystemEntityDetailsJsonFormat(sysProps.category,\n          sysProps.cohproperties.map { sys => (sys.name, sys.count) } toMap,\n          sysProps.atgproperties.map { sys => (sys.name, sys.count) } toMap,\n          sysProps.gcproperties.map { sys => (sys.name, sys.count) } toMap))))\n      val filedir = new File(conf.getString(\"json.filedir\").get)\n          filedir.mkdir()\n      val jsonWriter = new PrintWriter(conf.getString(\"json.proppath\").get)\n          jsonWriter.write(Json.prettyPrint(json))\n          jsonWriter.close()\n      cache.remove(\"property.details\")\n      } catch {\n        case e: Exception => println(\"*********\" + e.printStackTrace())\n      }\n  }\n\n  private def loadPropertyCntByPropType(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyType(propertyTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyType(propertyTNameATG)\n    val sysProps = SystemProperties(\"countbyproptype\", List.empty, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadPropertyCntByPropCategory(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyCategory(propertyTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyCategory(propertyTNameATG)\n    val sysProps = SystemProperties(\"countbypropcategory\", List.empty, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadPropertyContractCntByPropProv(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyProvision(propertyTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyProvison(propertyTNameATG)\n    val sysProps = SystemProperties(\"countbypropprov\", List.empty, atgProperties, gcProperties)\n    sysProps\n  }\n\n  override def getPropertyDetailsFromCache(): JsValue = {\n    val propDetails = cache.getOrElse[JsValue](\"property.details\") {\n      Json.parse(Source.fromFile(conf.getString(\"json.proppath\").get).mkString)\n    }\n    propDetails\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/services\/EntityCountPropertyContactAPIService.scala","text":"package services\n\n\nimport java.io.{File, PrintWriter}\nimport javax.inject.Inject\n\nimport com.google.inject.ImplementedBy\nimport dao.{ATGDao, GCDao}\nimport model.{Property, SystemProperties}\nimport play.api.cache.CacheApi\nimport play.api.libs.json.{JsValue, Json}\nimport serviceBroker.CoherenceServiceBroker\nimport wrapper.{SystemEntityDetailsJsonFormat}\n\nimport scala.io.Source\n\n\/**\n  * Created by isugum on 11\/10\/2016.\n  *\/\n@ImplementedBy(classOf[EntityCountPropertyContactAPIServiceImpl])\ntrait EntityCountPropertyContactAPIService {\n  def getPropertyContractDetails()\n\n  def getPropertyContractDetailsFromCache(): JsValue\n}\n\nclass EntityCountPropertyContactAPIServiceImpl @Inject()(coherenceServiceBroker: CoherenceServiceBroker,\n                                                         aTGDao: ATGDao, gcDao: GCDao,\n                                                         conf: play.api.Configuration, cache: CacheApi) extends EntityCountPropertyContactAPIService {\n\n  lazy val entities = conf.getList(\"coherence.entities\").get.unwrapped().toArray.toList\n  lazy val propertyContractTNameGC = conf.getString(\"gc.propertycontract\")\n  lazy val propertyContractTNameATG = conf.getString(\"atg.propertycontract\")\n\n  \/\/Count by Status\n  private def queryCoherenceForPropertyContractStatus(entity: String): List[Property] = coherenceServiceBroker.executeQueryForPropertyContractStatus(entity)\n\n  private def queryAtgForPropertyContractStatus(entity: Option[String]): List[Property] = aTGDao.executeAtgQueryForPropertyContractStatus(entity)\n\n  private def queryGcForPropertyContractStatus(entity: Option[String]): List[Property] = gcDao.executeGcQueryForPropertyContractStatus(entity)\n\n  \/\/Count By Currency\n  private def queryCoherenceForPropertyContractCurrency(entity: String): List[Property] = coherenceServiceBroker.executeQueryForPropertyContractCurrency(entity)\n\n  private def queryAtgForPropertyContractCurrency(entity: Option[String]): List[Property] = aTGDao.executeAtgQueryForPropertyContractCurrency(entity)\n\n  private def queryGcForPropertyContractCurrency(entity: Option[String]): List[Property] = gcDao.executeGcQueryForPropertyContractCurrency(entity)\n\n  \/\/Count By Model\n  private def queryCoherenceForPropertyContractModel(entity: String): List[Property] = coherenceServiceBroker.executeQueryForPropertyContractModel(entity)\n\n  private def queryAtgForPropertyContractModel(entity: Option[String]): List[Property] = aTGDao.executeAtgQueryForPropertyContractModel(entity)\n\n  private def queryGcForPropertyContractModel(entity: Option[String]): List[Property] = gcDao.executeGcQueryForPropertyContractModel(entity)\n\n  override def getPropertyContractDetails() = {\n    try {\n      val sysProperties: List[SystemProperties] = List(loadPropertyContractCntByStatusDetails(), loadPropertyContractCntByCurrencyDetails(), loadPropertyContractCntByModelDetails())\n      println(\"::::::::::: \" + sysProperties)\n      val json = Json.toJson(sysProperties.map(sysProps => (SystemEntityDetailsJsonFormat(sysProps.category,\n        sysProps.cohproperties.map { sys => (sys.name, sys.count) } toMap,\n        sysProps.atgproperties.map { sys => (sys.name, sys.count) } toMap,\n        sysProps.gcproperties.map { sys => (sys.name, sys.count) } toMap))))\n      val filedir = new File(conf.getString(\"json.filedir\").get)\n      filedir.mkdir()\n      val jsonWriter = new PrintWriter(conf.getString(\"json.propcontpath\").get)\n      jsonWriter.write(Json.prettyPrint(json))\n      jsonWriter.close()\n      cache.remove(\"property.contract.details\")\n    } catch {\n      case e: Exception => println(\"*********\" + e.getMessage)\n    }\n  }\n\n  private def loadPropertyContractCntByStatusDetails(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyContractStatus(propertyContractTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyContractStatus(propertyContractTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForPropertyContractStatus(\"PropertyContract\")\n    val sysProps = SystemProperties(\"countbystatus\", cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadPropertyContractCntByCurrencyDetails(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyContractCurrency(propertyContractTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyContractCurrency(propertyContractTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForPropertyContractCurrency(\"PropertyContract\")\n    val sysProps = SystemProperties(\"countbycurrency\", cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  private def loadPropertyContractCntByModelDetails(): SystemProperties = {\n    val gcProperties: List[Property] = queryGcForPropertyContractModel(propertyContractTNameGC)\n    val atgProperties: List[Property] = queryAtgForPropertyContractModel(propertyContractTNameATG)\n    val cohProperties: List[Property] = queryCoherenceForPropertyContractModel(\"PropertyContract\")\n    val sysProps = SystemProperties(\"countbymodel\", cohProperties, atgProperties, gcProperties)\n    sysProps\n  }\n\n  override def getPropertyContractDetailsFromCache(): JsValue = {\n    val propContractDetails = cache.getOrElse[JsValue](\"property.contract.details\") {\n      Json.parse(Source.fromFile(conf.getString(\"json.propcontpath\").get).mkString)\n    }\n    propContractDetails\n  }\n}\n"}
{"repo_name":"JosephSe\/scala_play_2.5","path":"app\/model\/SystemProperties.scala","text":"<reponame>JosephSe\/scala_play_2.5\npackage model\n\nimport play.api.libs.json.Json\n\n\/**\n  * Created by isugum on 11\/9\/2016.\n  *\/\ncase class Property(name: String, count: Long)\n\nobject Property {\n  implicit val property = Json.format[Property]\n}\n\ncase class SystemProperties(category: String, cohproperties: List[Property], atgproperties: List[Property], gcproperties: List[Property])\n\nobject SystemProperties {\n  implicit val systemProperties = Json.format[SystemProperties]\n}"}
{"repo_name":"tkim324\/testaufgabe","path":"app\/controllers\/EvaluationController.scala","text":"<gh_stars>0\npackage controllers\n\nimport play.api.mvc._\nimport services.EvaluationService\n\nimport java.io.File\nimport javax.inject._\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n\n@Singleton\nclass EvaluationController @Inject()(cc: ControllerComponents, eService: EvaluationService) extends AbstractController(cc) {\n\n  def evaluation(mostSpeechesIn: Option[String], mostAbout: Option[String], words: Option[String]) = Action(parse.file(to = new File(\".\/tmp\"))) { request: Request[File] =>\n    Ok(eService.evaluate(mostSpeechesIn, mostAbout, words, request.body)).as(JSON)\n  }\n}\n\n"}
{"repo_name":"tkim324\/testaufgabe","path":"app\/services\/EvaluationService.scala","text":"<gh_stars>0\npackage services\n\nimport models.{EvaluationResult, SpeechInformation}\nimport org.joda.time.DateTime\nimport play.api.libs.json.{JsValue, Json}\n\nimport java.io.File\nimport javax.inject.Inject\nimport scala.collection.mutable.{ListBuffer, Map}\nimport scala.io.Source\n\nclass EvaluationService @Inject()() {\n  def evaluate(mostSpeechesIn: Option[String], mostAbout: Option[String], words: Option[String], csvPath: File): String = {\n\n    val bufferedSource = Source.fromFile(csvPath)\n    var speakerList = ListBuffer[SpeechInformation]()\n\n    \/\/ remove first line because, the first line is header.\n    bufferedSource.getLines().drop(1).foreach(line => {\n      val cols = line.split(\",\").map(_.trim)\n      var speaker: String = null\n      var theme: String = null\n      var dateTime: DateTime = null\n      var words: Int = 0\n\n      for (num <- 0 to cols.length){\n        num match {\n          case 0 => speaker = cols(num)\n          case 1 => theme = cols(num)\n          case 2 => dateTime = DateTime.parse(cols(num))\n          case 3 => words = cols(num).toInt\n          case _ => \/\/ Do nothing\n        }\n      }\n\n      speakerList += SpeechInformation(speaker, theme, dateTime, words)\n\n    })\n    bufferedSource.close\n\n    var mostSpeeches: String = null\n    if (mostSpeechesIn.nonEmpty) {\n      val tmpList = speakerList.filter(_.date.year() == DateTime.parse(mostSpeechesIn.get).year())\n      if (tmpList.length > 0) {\n        mostSpeeches = tmpList.last.speaker\n      }\n    }\n\n    var mostSecurity: String = null\n    if (mostAbout.nonEmpty) {\n      val tmpList = speakerList.filter(_.theme == mostAbout.get)\n      if (tmpList.length > 0) {\n        mostSecurity = tmpList.last.speaker\n      }\n    }\n\n    var leastWordy: String = null\n\n    if (words.nonEmpty) {\n      words.get match {\n        case \"least\" => {\n          var SpeakerWordsMap: Map[String, Int] = Map[String, Int]()\n\n          for (num <- 0 to speakerList.length - 1){\n            if (SpeakerWordsMap.contains(speakerList.apply(num).speaker)) {\n              val existingWords = SpeakerWordsMap.get(speakerList.apply(num).speaker)\n              SpeakerWordsMap.addOne(speakerList.apply(num).speaker, speakerList.apply(num).words + existingWords.getOrElse(0))\n            } else {\n              SpeakerWordsMap.addOne(speakerList.apply(num).speaker, speakerList.apply(num).words)\n            }\n          }\n\n          leastWordy = SpeakerWordsMap.minBy(_._2)._1\n        }\n        case _ => \/\/ do Nothing...\n      }\n    }\n    val jsValue: JsValue = Json.toJson(EvaluationResult(mostSpeeches, mostSecurity, leastWordy))\n    Json.prettyPrint(jsValue)\n  }\n}\n"}
{"repo_name":"tkim324\/testaufgabe","path":"app\/models\/EvaluationResult.scala","text":"<filename>app\/models\/EvaluationResult.scala\npackage models\n\nimport play.api.libs.json._\n\ncase class EvaluationResult(mostSpeeches: String, mostSecurity: String, leastWordy: String)\nobject EvaluationResult {\n  implicit val writes = Json.writes[EvaluationResult]\n}\n\n"}
{"repo_name":"tkim324\/testaufgabe","path":"app\/models\/SpeechInformation.scala","text":"<filename>app\/models\/SpeechInformation.scala\npackage models\n\nimport org.joda.time.DateTime\n\ncase class SpeechInformation(speaker: String, theme: String, date: DateTime, words: Int)\n\n"}
{"repo_name":"pkowalcze\/pitgull","path":"bootstrap\/src\/main\/scala\/org\/polyvariant\/Gitlab.scala","text":"<gh_stars>0\npackage org.polyvariant\n\nimport cats.implicits.*\n\nimport scala.util.chaining._\nimport io.pg.gitlab.graphql.*\nimport sttp.model.Uri\nimport sttp.client3.*\nimport caliban.client.SelectionBuilder\nimport caliban.client.CalibanClientError.DecodingError\nimport io.pg.gitlab.graphql.MergeRequest\nimport io.pg.gitlab.graphql.MergeRequestConnection\nimport io.pg.gitlab.graphql.MergeRequestState\nimport io.pg.gitlab.graphql.Pipeline\nimport io.pg.gitlab.graphql.PipelineStatusEnum\nimport io.pg.gitlab.graphql.Project\nimport io.pg.gitlab.graphql.ProjectConnection\nimport io.pg.gitlab.graphql.Query\nimport io.pg.gitlab.graphql.UserCore\nimport caliban.client.Operations.IsOperation\nimport sttp.model.Method\nimport cats.MonadThrow\n\ntrait Gitlab[F[_]] {\n  def mergeRequests(projectId: Long): F[List[Gitlab.MergeRequestInfo]]\n  def deleteMergeRequest(projectId: Long, mergeRequestId: Long): F[Unit]\n  def createWebhook(projectId: Long, pitgullUrl: Uri): F[Unit]\n}\n\nobject Gitlab {\n\n  def sttpInstance[F[_]: Logger: MonadThrow](\n    baseUri: Uri,\n    accessToken: String\n  )(\n    using backend: SttpBackend[Identity, Any] \/\/ FIXME: https:\/\/github.com\/polyvariant\/pitgull\/issues\/265\n  ): Gitlab[F] = {\n    def runRequest[O](request: Request[O, Any]): F[O] =\n      request.header(\"Private-Token\", accessToken).send(backend).pure[F].map(_.body) \/\/ FIXME - change in https:\/\/github.com\/polyvariant\/pitgull\/issues\/265\n\n    def runGraphQLQuery[A: IsOperation, B](a: SelectionBuilder[A, B]): F[B] =\n      runRequest(a.toRequest(baseUri.addPath(\"api\", \"graphql\"))).rethrow\n\n    new Gitlab[F] {\n      def mergeRequests(projectId: Long): F[List[MergeRequestInfo]] =\n        Logger[F].info(s\"Looking up merge requests for project: $projectId\") *>\n          mergeRequestsQuery(projectId)\n            .mapEither(_.toRight(DecodingError(\"Project not found\")))\n            .pipe(runGraphQLQuery(_))\n            .flatTap { result =>\n              Logger[F].info(s\"Found merge requests. Size: ${result.size}\")\n            }\n\n      def deleteMergeRequest(projectId: Long, mergeRequestId: Long): F[Unit] = for {\n        _ <- Logger[F].debug(s\"Request to remove $mergeRequestId\")\n        result <- runRequest(\n          basicRequest.delete(\n            baseUri\n              .addPath(\n                Seq(\n                  \"api\",\n                  \"v4\",\n                  \"projects\",\n                  projectId.toString,\n                  \"merge_requests\",\n                  mergeRequestId.toString\n                )\n              )\n          )\n        )\n      } yield ()\n      \n      def createWebhook(projectId: Long, pitgullUrl: Uri): F[Unit] = for {\n        _ <- Logger[F].debug(s\"Creating webhook to $pitgullUrl\")\n        result <- runRequest(\n          basicRequest.post(\n            baseUri\n              .addPath(\n                Seq(\n                  \"api\",\n                  \"v4\",\n                  \"projects\",\n                  projectId.toString,\n                  \"hooks\"\n                )\n              )\n          )\n          .body(s\"\"\"{\"merge_requests_events\": true, \"pipeline_events\": true, \"note_events\": true, \"url\": \"$pitgullUrl\"}\"\"\")\n          .contentType(\"application\/json\")\n        )\n      } yield ()\n    }\n\n  }\n\n  final case class MergeRequestInfo(\n    projectId: Long,\n    mergeRequestIid: Long,\n    authorUsername: String,\n    description: Option[String],\n    needsRebase: Boolean,\n    hasConflicts: Boolean\n  )\n\n  private def flattenTheEarth[A]: Option[List[Option[Option[Option[List[Option[A]]]]]]] => List[A] =\n    _.toList.flatten.flatten.flatten.flatten.flatten.flatten\n\n  private def mergeRequestInfoSelection(projectId: Long): SelectionBuilder[MergeRequest, MergeRequestInfo] = (\n    MergeRequest.iid.mapEither(_.toLongOption.toRight(DecodingError(\"MR IID wasn't a Long\"))) ~\n      MergeRequest\n        .author(UserCore.username)\n        .mapEither(_.toRight(DecodingError(\"MR has no author\"))) ~\n      MergeRequest.description ~\n      MergeRequest.shouldBeRebased ~\n      MergeRequest.conflicts\n  ).mapN((buildMergeRequest(projectId) _))\n\n  private def buildMergeRequest(\n    projectId: Long\n  )(\n    mergeRequestIid: Long,\n    authorUsername: String,\n    description: Option[String],\n    needsRebase: Boolean,\n    hasConflicts: Boolean\n  ): MergeRequestInfo = MergeRequestInfo(\n    projectId = projectId,\n    mergeRequestIid = mergeRequestIid,\n    authorUsername = authorUsername,\n    description = description,\n    needsRebase = needsRebase,\n    hasConflicts = hasConflicts\n  )\n\n  private def mergeRequestsQuery(projectId: Long) =\n    Query\n      .projects(ids = List(show\"gid:\/\/gitlab\/Project\/$projectId\").some)(\n        ProjectConnection\n          .nodes(\n            Project\n              .mergeRequests(\n                state = MergeRequestState.opened.some\n              )(\n                MergeRequestConnection\n                  .nodes(mergeRequestInfoSelection(projectId))\n              )\n          )\n          .map(flattenTheEarth)\n      )\n\n}\n"}
{"repo_name":"pkowalcze\/pitgull","path":"src\/main\/scala\/io\/pg\/config\/ProjectConfig.scala","text":"package io.pg.config\n\nimport cats.Applicative\nimport cats.MonadThrow\nimport cats.effect.ExitCode\nimport cats.syntax.all._\nimport cats.tagless.finalAlg\nimport io.github.vigoo.prox.ProxFS2\nimport io.pg.gitlab.webhook.Project\n\nimport java.nio.file.Paths\nimport scala.util.chaining._\n\n@finalAlg\ntrait ProjectConfigReader[F[_]] {\n  def readConfig(project: Project): F[ProjectConfig]\n}\n\nobject ProjectConfigReader {\n\n  def test[F[_]: Applicative]: ProjectConfigReader[F] =\n    new ProjectConfigReader[F] {\n\n      def semver(level: String) = Matcher.Description(TextMatcher.Matches(s\"(?s).*labels:.*semver-$level.*\".r))\n\n      \/\/todo: dhall needs to be updated\n      def steward(extra: Matcher) = Rule(\n        \"scala-steward\",\n        Matcher.Many(\n          List(\n            Matcher.Author(TextMatcher.Matches(\"(scala_steward)|(michal.pawlik)|(j.kozlowski)\".r)),\n            Matcher.PipelineStatus(\"SUCCESS\"),\n            extra\n          )\n        ),\n        Action.Merge\n      )\n\n      val anyLibraryPatch = steward(semver(\"patch\"))\n\n      val fromWMS = Matcher.Description(TextMatcher.Matches(\"\"\"(?s).*((com\\.ocado\\.ospnow\\.wms)|(com\\.ocado\\.gm\\.wms))(?s).*\"\"\".r))\n\n      val wmsLibraryMinor = steward(\n        semver(\"minor\").and(fromWMS)\n      )\n\n      val config: ProjectConfig = ProjectConfig(\n        List(\n          anyLibraryPatch,\n          wmsLibraryMinor\n        )\n      )\n\n      def readConfig(project: Project): F[ProjectConfig] = config.pure[F]\n    }\n\n  def dhallJsonStringConfig[F[_]: ProxFS2: MonadThrow]: F[ProjectConfigReader[F]] = {\n    val prox: ProxFS2[F] = implicitly\n    import prox._\n\n    val dhallCommand = \"dhall-to-json\"\n    \/\/todo: not reading a local file\n    val filePath = \".\/example.dhall\"\n\n    def checkExitCode[O, E]: F[ProcessResult[O, E]] => F[ProcessResult[O, E]] =\n      _.ensure(new Throwable(\"Invalid exit code\"))(\n        _.exitCode == ExitCode.Success\n      )\n\n    implicit val runner: ProcessRunner[JVMProcessInfo] = new JVMProcessRunner\n\n    val instance: ProjectConfigReader[F] = new ProjectConfigReader[F] {\n\n      def readConfig(project: Project): F[ProjectConfig] =\n        Process(dhallCommand)\n          .`with`(\"TOKEN\" -> \"demo-token\")\n          .fromFile(Paths.get(filePath))\n          .toFoldMonoid(fs2.text.utf8Decode[F])\n          .run()\n          .pipe(checkExitCode)\n          .map(_.output)\n          .flatMap(io.circe.parser.decode[ProjectConfig](_).liftTo[F])\n    }\n\n    val ensureCommandExists =\n      Process(\"bash\", \"-c\" :: s\"command -v $dhallCommand\" :: Nil)\n        .drainOutput(_.drain)\n        .run()\n        .pipe(checkExitCode)\n        .adaptError { case e =>\n          new Throwable(s\"Command $dhallCommand not found\", e)\n        }\n\n    ensureCommandExists.as(instance)\n  }\n\n}\n"}
{"repo_name":"pkowalcze\/pitgull","path":"bootstrap\/src\/main\/scala\/org\/polyvariant\/Main.scala","text":"<reponame>pkowalcze\/pitgull\npackage org.polyvariant\n\nimport cats.implicits.*\nimport cats.effect.*\n\nimport sttp.model.Uri\n\nimport sttp.client3.*\nimport org.polyvariant.Gitlab.MergeRequestInfo\nimport cats.Applicative\nimport sttp.monad.MonadError\nimport cats.MonadThrow\nimport org.polyvariant.Config.ArgumentsParsingException\nimport cats.effect.std.Console\n\nobject Main extends IOApp {\n\n  private def printMergeRequests[F[_]: Logger: Applicative](mergeRequests: List[MergeRequestInfo]): F[Unit] =\n    mergeRequests.traverse { mr =>\n      Logger[F].info(s\"ID: ${mr.mergeRequestIid} by: ${mr.authorUsername}\")\n    }.void\n\n  private def readConsent[F[_]: Console: Applicative]: F[Boolean] =\n    Console[F].readLine.map(_.toLowerCase == \"y\")\n\n  private def qualifyMergeRequestsForDeletion(botUserName: String, mergeRequests: List[MergeRequestInfo]): List[MergeRequestInfo] =\n    mergeRequests.filter(_.authorUsername == botUserName)\n\n  private def program[F[_]: Logger: Console: Async: MonadThrow](args: List[String]): F[Unit] = {\n    given SttpBackend[Identity, Any] = HttpURLConnectionBackend()\n    val parsedArgs = Args.parse(args)\n    for {\n      config <- Config.fromArgs(parsedArgs)\n      _      <- Logger[F].info(\"Starting pitgull bootstrap!\")\n      gitlab = Gitlab.sttpInstance[F](config.gitlabUri, config.token)\n      mrs    <- gitlab.mergeRequests(config.project)\n      _      <- Logger[F].info(s\"Merge requests found: ${mrs.length}\")\n      _      <- printMergeRequests(mrs)\n      botMrs = qualifyMergeRequestsForDeletion(config.botUser, mrs)\n      _      <- Logger[F].info(s\"Will delete merge requests: ${botMrs.map(_.mergeRequestIid).mkString(\", \")}\")\n      _      <- Logger[F].info(\"Do you want to proceed? y\/Y\")\n      _      <- MonadThrow[F]\n                  .ifM(readConsent)(\n                    ifTrue = MonadThrow[F].pure(()),\n                    ifFalse = MonadThrow[F].raiseError(new Exception(\"User rejected deletion\"))\n                  )\n      _      <- botMrs.traverse(mr => gitlab.deleteMergeRequest(config.project, mr.mergeRequestIid))\n      _      <- Logger[F].info(\"Done processing merge requests\")\n      _      <- Logger[F].info(\"Creating webhook\")\n      _      <- gitlab.createWebhook(config.project, config.pitgullWebhookUrl)\n      _      <- Logger[F].info(\"Webhook created\")\n      _      <- Logger[F].success(\"Bootstrap finished\")\n    } yield ()\n  }\n\n  override def run(args: List[String]): IO[ExitCode] = {\n    given Logger[IO] = Logger.wrappedPrint[IO]\n    program[IO](args).recoverWith {\n      case Config.ArgumentsParsingException =>\n        Logger[IO].info(Config.usage)\n      case e: Exception                     =>\n        Logger[IO].error(s\"Unexpected error ocurred: $e\")\n    } *>\n      IO.pure(ExitCode.Success)\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/Schakal.scala","text":"package de.pfann.deepspace.api\r\n\r\nimport de.pfann.deepspace.fightsystem.core.SimpleAttackAction\r\nimport de.pfann.deepspace.fightsystem.spaceships.CloseCombat\r\n\r\n\r\nclass Schakal(aLifePoints: Int, aShildPoints: Int, aAttackPoints: Int) extends CloseCombat(aLifePoints,aShildPoints)\r\n  with Airworthy {\r\n\r\n  override def toString: String = {\r\n    \"Schakal(\" + this.aLifePoints + \" - \" + this.aShildPoints + \")\"\r\n  }\r\n\r\n  override def getVelocity(): Int = {\r\n    2\r\n  }\r\n\r\n  override def getFuel(): Int = {\r\n    2\r\n  }\r\n\r\n  override def getAttackAction(): AttackAction = {\r\n    new SimpleAttackAction(aAttackPoints)\r\n  }\r\n\r\n  override def copyFightable(lifePoints: Int, shildPoints: Int): Fightable = {\r\n    new Schakal(lifePoints, shildPoints, aAttackPoints)\r\n  }\r\n\r\n}\r\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/spaceships\/RangedAttack.scala","text":"package de.pfann.deepspace.fightsystem.spaceships\n\nabstract class RangedAttack(aLifePoints: Int, aShildPoints: Int) extends AbstractFightable(aLifePoints, aShildPoints) {\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/core\/Planet.scala","text":"<gh_stars>0\npackage de.pfann.deepspace.core\n\nclass Planet {\n\n\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/AttackerEndState.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.chain\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\n\n\nclass AttackerEndState extends AttackerState{\n  override def startFight(): Unit = {\n    throw new NotImplementedError()\n  }\n\n  override def getFleets(): List[Fightable] = {\n    List[Fightable]()\n  }\n\n  override def attack(attackAction: AttackAction): Unit = {\n    println(this.getClass.getSimpleName + \" attack - 0 -> should not happen\")\n    \/\/ do nothing\n  }\n\n  override def isAlive(): Boolean = {\n    println(this.getClass.getSimpleName + \" isAlive - false\")\n    false\n  }\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/BattleFleets.scala","text":"<filename>src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/BattleFleets.scala\npackage de.pfann.deepspace.fightsystem.core\n\nimport de.pfann.deepspace.api.Fightable\n\nclass BattleFleets(val attacker: List[Fightable], val defender: List[Fightable]) {\n\n  def getAttackerFleet(): List[Fightable] = {\n    attacker\n  }\n\n  def getDefenderFleet(): List[Fightable] = {\n    defender\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/BuildSystem.scala","text":"<reponame>johannespfann\/deepspace<filename>src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/BuildSystem.scala\npackage de.pfann.deepspace.buildsystem\n\nclass BuildSystem {\n\n\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/DefenderState.scala","text":"package de.pfann.deepspace.fightsystem.chain\n\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\n\n\ntrait DefenderState {\n\n  def isAlive(): Boolean\n\n  def hasNextAttack(): Boolean\n\n  def attack(aAttacker: AttackerState, attackAction: AttackAction): Unit\n\n  def getFleets(): List[Fightable]\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/DefenderBattleFieldState.scala","text":"<reponame>johannespfann\/deepspace<gh_stars>0\npackage de.pfann.deepspace.fightsystem.chain\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\nimport de.pfann.deepspace.fightsystem.core.FleetCoordinator\nimport de.pfann.deepspace.log.Log\n\n\nclass DefenderBattleFieldState(defender: DefenderState, coordinator: FleetCoordinator) extends DefenderState {\n\n  override def attack(aAttacker: AttackerState, attackAction: AttackAction): Unit = {\n\n    if(coordinator.isAlive()){\n      Log.info(this, \" (Attacker attacks Defender) - coordinator.isAlive -> attackFleet() with \" + attackAction.getDemage())\n      coordinator.attackFleet(attackAction)\n\n\n      Log.debug(this, \" (attack) - attacker.isAlive - coordinator.isAlive\")\n      if(coordinator.hasNextAttack()) {\n        Log.debug(this, \" (attack) - attacker.isAlive - coordinator.hasNextAttack -> attack attacker\")\n        if(aAttacker.isAlive()) {\n          aAttacker.attack(coordinator.getNextAttack())\n        }\n      }\n    }\n    else {\n      Log.info(this, \" (Attacker attacks Defender) - coordinator.isNotAlive -> delegate attack\")\n      defender.attack(aAttacker, attackAction)\n    }\n  }\n\n  override def getFleets(): List[Fightable] = {\n    coordinator.getCurrentFleet()\n  }\n\n  override def isAlive(): Boolean = {\n    if(coordinator.isAlive()) {\n      Log.debug(this, \" (isAlive) - coordinator.isAlive\")\n      return true\n    }\n    Log.debug(this, \" (isAlive) - coordinator.isNotAlive - delegate to next defender\")\n    defender.isAlive()\n  }\n\n  override def hasNextAttack(): Boolean = {\n    if(coordinator.hasNextAttack()) {\n      Log.debug(this, \" (hasNextAttack) - coordinator.hasNextAttack\")\n      return true\n    }\n    Log.debug(this, \" (hasNextAttack) - coordinator.hasNotNextAttack - delegate to next defender\")\n    if(coordinator.isAlive()){\n      return false\n    }\n    defender.hasNextAttack()\n  }\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/AttackAction.scala","text":"package de.pfann.deepspace.api\n\ntrait AttackAction {\n\n  def getDemage(): Int\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/IronBuildingFactory.scala","text":"package de.pfann.deepspace.buildsystem\n\nclass IronBuildingFactory extends ResourceBuildingFactory {\n\n  override def create(): ResourceBuilding = {\n    new IronBuilding(100,1)\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/resourcesystem\/ResourceHandler.scala","text":"package de.pfann.deepspace.resourcesystem\n\ntrait ResourceHandler {\n\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/resourcesystem\/Iron.scala","text":"package de.pfann.deepspace.resourcesystem\nimport java.time.LocalDateTime\n\nclass Iron(private val resource: Int, private val lastModified: LocalDateTime) extends Resource {\n\n  override def getLastModified(): LocalDateTime = {\n    lastModified\n  }\n\n  override def getResource(): Int = {\n    resource\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/spaceships\/AbstractFightable.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.spaceships\n\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\n\nabstract class AbstractFightable(lifePoints: Int, shildPoints: Int) extends Fightable {\n\n\n  override def attacke(attackAction: AttackAction): Fightable = {\n    val demage = attackAction.getDemage();\n\n    val newShildValue = shildPoints - demage;\n\n    if(newShildValue >= 0) {\n      return copyFightable(lifePoints,newShildValue)\n    }\n\n    val newLifeValue = lifePoints + shildPoints;\n\n    val restLife = newLifeValue - demage\n\n    if(restLife > 0) {\n      return copyFightable(restLife,0)\n    }\n\n    println(this.getClass.getSimpleName + \" (attack) fleet is DEAD\")\n    copyFightable(0,0)\n  }\n\n\n  override def getLifePoints(): Int = lifePoints\n\n  override def getShildPoints(): Int = shildPoints\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/AttackerState.scala","text":"package de.pfann.deepspace.fightsystem.chain\n\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\n\ntrait AttackerState {\n\n  def startFight(): Unit\n\n  def getFleets(): List[Fightable]\n\n  def attack(attackAction: AttackAction): Unit\n\n  def isAlive(): Boolean\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/spaceships\/CloseCombat.scala","text":"<reponame>johannespfann\/deepspace<filename>src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/spaceships\/CloseCombat.scala\npackage de.pfann.deepspace.fightsystem.spaceships\n\nabstract class CloseCombat(aLifePoints: Int, aShildPoints: Int) extends AbstractFightable(aLifePoints, aShildPoints){\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/IronBuilding.scala","text":"<filename>src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/IronBuilding.scala<gh_stars>0\npackage de.pfann.deepspace.buildsystem\n\nclass IronBuilding(val initResourcePerHour: Int, val aLevel: Int) extends ResourceBuilding {\n\n\n  def getResourcePerHouer(): Int = {\n    initResourcePerHour * aLevel\n  }\n\n  def getLevel(): Int = {\n    aLevel\n  }\n\n  def updateLevel(): IronBuilding = {\n    new IronBuilding(initResourcePerHour, aLevel + 1)\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/BattleEngine.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.core\r\n\r\nimport de.pfann.deepspace.api.Fightable\r\n\r\n\r\nclass BattleEngine(teamA: List[Fightable], teamB: List[Fightable]) {\r\n\r\n  def start(): Unit = {\r\n    val newRound = new BattleRound()\r\n\r\n    var contitionA = true\r\n    var contitionB = true\r\n    var battleFleets = new BattleFleets(teamA, teamB)\r\n\r\n\r\n\r\n    while(contitionA && contitionB) {\r\n\r\n      println(\"##################[Start new Round with]#######################\")\r\n      println(\"\")\r\n      println(\"\")\r\n\r\n      battleFleets = newRound.startRound(battleFleets)\r\n      contitionA = battleFleets.getAttackerFleet().exists( fleet => fleet.getLifePoints() > 0 )\r\n      contitionB = battleFleets.getDefenderFleet().exists( fleet => fleet.getLifePoints() > 0 )\r\n\r\n    }\r\n\r\n\r\n\r\n    }\r\n\r\n\r\n}\r\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/SpaceStation.scala","text":"<gh_stars>0\npackage de.pfann.deepspace.api\r\n\r\nimport de.pfann.deepspace.fightsystem.core.SimpleAttackAction\r\nimport de.pfann.deepspace.fightsystem.spaceships.LongRangedAttack\r\n\r\n\r\nclass SpaceStation(aLifePoints: Int, aShildPoints: Int, aAttackPoints: Int) extends LongRangedAttack(aLifePoints,aShildPoints) {\r\n\r\n  override def getAttackAction(): AttackAction = {\r\n    new SimpleAttackAction(aAttackPoints)\r\n  }\r\n\r\n  override def copyFightable(lifePoints: Int, shildPoints: Int): Fightable = {\r\n    new SpaceStation(lifePoints,shildPoints,aAttackPoints)\r\n  }\r\n\r\n  override def toString: String = {\r\n    \"SpaceStation(\" + this.aLifePoints + \" - \" + this.aShildPoints + \")\"\r\n  }\r\n\r\n}\r\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/test\/scala\/de\/pfann\/deepspace\/fightsystem\/CoordinatorTest.scala","text":"package de.pfann.deepspace.fightsystem\n\nimport de.pfann.deepspace.api.{Cougar, Fightable, SpaceStation}\nimport de.pfann.deepspace.fightsystem.core.{FleetCoordinator, SimpleAttackAction}\nimport org.scalatest.FlatSpec\n\nclass CoordinatorTest extends FlatSpec{\n\n  \"FleetCoordinator\" should(\" have no attacks with no fleets\") in  {\n    \/\/ prepare\n    val attackerBackgroundCoordinator = new FleetCoordinator(List[Fightable]())\n    \/\/ validate and execute\n    assert(attackerBackgroundCoordinator.hasNextAttack() == false)\n\n  }\n\n  \"FleetCoordinator\" should(\" have one attacks with on fleet\") in  {\n\n    var teamB = List[Fightable]()\n    teamB ::= new Cougar(20,50,10)\n\n    val attackerBackgroundCoordinator = new FleetCoordinator(teamB)\n    assert(attackerBackgroundCoordinator.hasNextAttack() == true)\n  }\n\n\n  \"FleetCoordinator\" should(\" say two times hasNext with two ships\") in  {\n    \/\/ prepare\n    var teamB = List[Fightable]()\n    teamB ::= new Cougar(20,50,10)\n    teamB ::= new Cougar(20,50,10)\n    val attackerBackgroundCoordinator = new FleetCoordinator(teamB)\n\n    \/\/ execute\n    val firstTime = attackerBackgroundCoordinator.hasNextAttack()\n    attackerBackgroundCoordinator.getNextAttack()\n    val secondTime = attackerBackgroundCoordinator.hasNextAttack()\n    attackerBackgroundCoordinator.getNextAttack()\n    val thirdTime = attackerBackgroundCoordinator.hasNextAttack()\n\n    \/\/ validate\n    assert(firstTime == true)\n    assert(secondTime == true)\n    assert(thirdTime == false)\n  }\n\n  \"FleetCoordinator\" should(\"return one time hashNext\") in {\n    var teamB = List[Fightable]()\n    teamB ::= new Cougar(0,0,10)\n    teamB ::= new Cougar(20,50,10)\n    teamB ::= new Cougar(0,50,10)\n    teamB ::= new Cougar(0,0,10)\n    val attackerBackgroundCoordinator = new FleetCoordinator(teamB)\n\n    \/\/ execute\n    println(\" ### first try\")\n    val firstTry = attackerBackgroundCoordinator.hasNextAttack();\n    println(\" ### getNextAttack\")\n    attackerBackgroundCoordinator.getNextAttack()\n    println(\" ### second try\")\n    val secondTry = attackerBackgroundCoordinator.hasNextAttack();\n\n    \/\/ validate\n    assert(firstTry == true)\n    assert(secondTry == false)\n  }\n\n  \"FleetCoordinator\" should(\" attack one alive fleet\") in {\n    \/\/ prepare\n    var teamB = List[Fightable]()\n    teamB ::= new Cougar(0,0,10)\n    teamB ::= new Cougar(0,0,10)\n    teamB ::= new Cougar(20,10,10)\n    teamB ::= new Cougar(0,0,10)\n    val attackerBackgroundCoordinator = new FleetCoordinator(teamB)\n\n    val attackAction = new SimpleAttackAction(20)\n\n    \/\/ execute\n    attackerBackgroundCoordinator.attackFleet(attackAction)\n    val newFleets = attackerBackgroundCoordinator.getCurrentFleet()\n\n    \/\/ validate\n    val foundFleets = newFleets.find( fleet => fleet.getLifePoints() > 0)\n\n    assert(foundFleets.get.getLifePoints() == 10)\n    assert(foundFleets.get.getShildPoints() == 0)\n  }\n\n  \"FleetCoordinator\" should(\" attack one alive fleet2\") in {\n    \/\/ prepare\n    var teamB = List[Fightable]()\n    teamB ::= new SpaceStation(10,10,10)\n    val attackerBackgroundCoordinator = new FleetCoordinator(teamB)\n\n    val attackAction = new SimpleAttackAction(20)\n\n    \/\/ execute\n\n    val firstTry = attackerBackgroundCoordinator.hasNextAttack()\n\n    attackerBackgroundCoordinator.attackFleet(attackAction)\n\n    val secondTry = attackerBackgroundCoordinator.hasNextAttack()\n\n    \/\/ validate\n    assert(firstTry == true)\n    assert(secondTry == false)\n  }\n\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/DefenderEndState.scala","text":"<filename>src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/DefenderEndState.scala\npackage de.pfann.deepspace.fightsystem.chain\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\n\nclass DefenderEndState extends DefenderState {\n\n  override def attack(aAttacker: AttackerState, attackAction: AttackAction): Unit = {\n    println(this.getClass.getName + \" attack - 0 -> should not happen\")\n  }\n\n  override def getFleets(): List[Fightable] = {\n    List[Fightable]()\n  }\n\n  override def isAlive(): Boolean = {\n    println(this.getClass.getSimpleName + \" isAlive - false\")\n    false\n  }\n\n  override def hasNextAttack(): Boolean = {\n    println(this.getClass.getSimpleName + \" hashNextAttack - false\")\n    false\n  }\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/ResourceBuilding.scala","text":"<gh_stars>0\npackage de.pfann.deepspace.buildsystem\n\ntrait ResourceBuilding {\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/FieldCoordinator.scala","text":"<reponame>johannespfann\/deepspace<filename>src\/main\/scala\/de\/pfann\/deepspace\/api\/FieldCoordinator.scala\npackage de.pfann.deepspace.api\n\ntrait FieldCoordinator {\n\n  def attackFleet(attackAction: AttackAction): Unit\n\n  def isAlive(): Boolean\n\n  def getNextAttack(): AttackAction\n\n  def hasNextAttack(): Boolean\n\n  def getCurrentFleet(): List[Fightable]\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/log\/Log.scala","text":"package de.pfann.deepspace.log\n\nobject Log {\n\n  var debugOn = true\n\n  def isDebugOn(value: Boolean) : Unit = {\n    debugOn = value\n  }\n\n\n  def debug(aClass: Object, aMessage: String) = {\n    if(debugOn == true) {\n      println(\"[\" + aClass.getClass.getSimpleName + \"]\" + \" - \" + aMessage)\n    }\n\n  }\n\n  def info(aClass: Object, aMessage: String): Unit = {\n    println(\"[\" + aClass.getClass.getSimpleName + \"]\" + \" - \" + aMessage)\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/Airworthy.scala","text":"<gh_stars>0\npackage de.pfann.deepspace.api\n\ntrait Airworthy {\n\n  def getVelocity() : Int\n  def getFuel(): Int\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/SimpleAttackAction.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.core\n\nimport de.pfann.deepspace.api.AttackAction\n\nclass SimpleAttackAction(val aDamage: Int) extends AttackAction {\n\n  override def getDemage(): Int = {\n    aDamage\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/Main.scala","text":"package de.pfann.deepspace.fightsystem\n\nimport de.pfann.deepspace.api.{Cougar, Fightable, Schakal, SpaceStation}\nimport de.pfann.deepspace.fightsystem.core.BattleEngine\nimport de.pfann.deepspace.log.Log\n\nobject Main {\n\n  def main(args: Array[String]): Unit = {\n\n    \/**\n      * Team A\n      *\/\n\n    Log.isDebugOn(true)\n\n    var teamA = List[Fightable]()\n\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n    teamA ::=  new Cougar(20,50,40)\n\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n    teamA ::=  new Schakal(4,50,60)\n\n    \/**\n      * Team B\n      *\/\n\n    var teamB = List[Fightable]()\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n    teamB ::= new Cougar(20,50,30)\n\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n    teamB ::= new Schakal(5,50,20)\n\n    teamB ::=  new SpaceStation(30,50,20)\n    teamB ::=  new SpaceStation(30,50,20)\n\n    val battleEngine = new BattleEngine(teamA,teamB);\n    battleEngine.start()\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/Fightable.scala","text":"<reponame>johannespfann\/deepspace<gh_stars>0\npackage de.pfann.deepspace.api\n\ntrait Fightable {\n\n  def getAttackAction(): AttackAction;\n\n  def attacke(attackAction: AttackAction): Fightable;\n\n  def copyFightable(lifePoints: Int, shildPoints: Int): Fightable\n\n  def getLifePoints(): Int\n\n  def getShildPoints(): Int\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/BlindAttackAction.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.core\n\nimport de.pfann.deepspace.api.AttackAction\n\nclass BlindAttackAction extends AttackAction {\n  override def getDemage(): Int = 0\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/spaceships\/LongRangedAttack.scala","text":"package de.pfann.deepspace.fightsystem.spaceships\n\nabstract class LongRangedAttack(aLifePoints: Int, aShildPoints: Int) extends AbstractFightable(aLifePoints,aShildPoints) {\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/resourcesystem\/Resource.scala","text":"package de.pfann.deepspace.resourcesystem\n\nimport java.time.LocalDateTime\n\ntrait Resource {\n\n  def getLastModified(): LocalDateTime\n  def getResource(): Int\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/api\/Account.scala","text":"package de.pfann.deepspace.api\n\nclass Account(val aHash: String, val aName: String, val aEmail: String) {\n\n\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/FleetCoordinator.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.fightsystem.core\n\nimport de.pfann.deepspace.api.{AttackAction, FieldCoordinator, Fightable}\n\n\nclass FleetCoordinator(fleets: List[Fightable]) extends FieldCoordinator{\n\n\n  var attackIndex: Int = -1\n  val arrayFleets = fleets.toArray\n\n\n  override def attackFleet(attackAction: AttackAction): Unit = {\n    val indexesOfAliveFleets = getIndexesOfAliveFleets()\n\n    val randomIndex = getRandomIndex(indexesOfAliveFleets)\n\n    val fleet = arrayFleets.apply(randomIndex)\n    val newFleet = fleet.attacke(attackAction)\n\n    arrayFleets.update(randomIndex, newFleet)\n  }\n\n  override def getNextAttack(): AttackAction = {\n    attackIndex = attackIndex + 1\n\n    val fleet = arrayFleets.apply(attackIndex)\n\n    if(fleet.getLifePoints() > 0) {\n      return fleet.getAttackAction()\n    }\n\n    getNextAttack()\n  }\n\n  override def isAlive(): Boolean = {\n    arrayFleets.exists( x => x.getLifePoints() > 0)\n  }\n\n  override def hasNextAttack(): Boolean = {\n    var tempIndex = attackIndex\n\n    if(fleets.isEmpty){\n      return false\n    }\n\n    tempIndex = tempIndex + 1\n\n    while(tempIndex < fleets.length) {\n      if(arrayFleets.apply(tempIndex).getLifePoints() > 0) {\n        return true\n      }\n      tempIndex = tempIndex + 1\n    }\n\n    false\n  }\n\n  override def getCurrentFleet(): List[Fightable] = {\n    List.from(arrayFleets);\n  }\n\n  private def getRandomIndex(indexesOfAliveFleets: List[Int]): Int = {\n    indexesOfAliveFleets.apply(0)\n  }\n\n  private def getIndexesOfAliveFleets(): List[Int] = {\n    var indexesOfAliveFleets = List[Int]()\n\n    if(fleets.isEmpty) {\n      return indexesOfAliveFleets\n    }\n\n    var index = 0\n    while(index < arrayFleets.length) {\n      val fleet = arrayFleets.apply(index)\n\n      if(fleet.getLifePoints() > 0) {\n        indexesOfAliveFleets ::= index\n      }\n\n      index = index + 1\n    }\n\n    indexesOfAliveFleets\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/Main.scala","text":"<reponame>johannespfann\/deepspace\npackage de.pfann.deepspace.buildsystem\n\nobject Main {\n\n  def main(args: Array[String]): Unit = {\n\n    val ironBuildingFactory = new IronBuildingFactory()\n\n\n\n\n  }\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"build.sbt","text":"<filename>build.sbt\nname := \"deepspace\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.13.0\"\n\n\nlibraryDependencies += \"org.scalatest\" % \"scalatest_2.13\" % \"3.0.8\" % \"test\""}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/core\/BattleRound.scala","text":"package de.pfann.deepspace.fightsystem.core\r\n\r\nimport de.pfann.deepspace.api.Fightable\r\nimport de.pfann.deepspace.fightsystem.chain.{AttackerBattleFieldState, AttackerEndState, DefenderBattleFieldState, DefenderEndState}\r\nimport de.pfann.deepspace.fightsystem.spaceships.{CloseCombat, LongRangedAttack, RangedAttack}\r\n\r\nclass BattleRound() {\r\n\r\n  def startRound(party: BattleFleets): BattleFleets = {\r\n\r\n    println(\"#####[First Round]#############################################\")\r\n\r\n    val attackerBackgroundFleets = getRangedAttackFleets(party.getAttackerFleet())\r\n    val attackerFrontFleets = getCloseCompatFleets(party.getAttackerFleet())\r\n\r\n    val defenderFrontFleets = getCloseCompatFleets(party.getDefenderFleet())\r\n    val defenderBackgroundFleets = getRangedAttackFleets(party.getDefenderFleet())\r\n    val defenderStations = getDefenderRangedAttackFleets(party.getDefenderFleet())\r\n\r\n    val attackerBackgroundCoordinator1 = new FleetCoordinator(attackerBackgroundFleets)\r\n    val attackerFrontCoordinator1 = new FleetCoordinator(attackerFrontFleets)\r\n\r\n    val defenderFrontCoordinator1 = new FleetCoordinator(defenderFrontFleets)\r\n    val defenderBackgroundCoordinator1 = new FleetCoordinator(defenderBackgroundFleets)\r\n    val defenderStationsBackgroundCoordinator1 = new FleetCoordinator(defenderStations)\r\n\r\n    \/**\r\n      * first round\r\n      *\/\r\n\r\n    showFleets(attackerBackgroundCoordinator1, attackerFrontCoordinator1, defenderFrontCoordinator1, defenderBackgroundCoordinator1, defenderStationsBackgroundCoordinator1)\r\n\r\n    println(\"#####[First Round]#############################################\")\r\n    val attackerEndState = new AttackerEndState();\r\n\r\n    val defenderEndBattleState = new DefenderEndState()\r\n    val defenderStationState = new DefenderBattleFieldState(defenderEndBattleState, defenderStationsBackgroundCoordinator1)\r\n    val defenderBackgroundState = new DefenderBattleFieldState(defenderStationState, defenderBackgroundCoordinator1)\r\n    val attackerBackgroundBattleSate = new AttackerBattleFieldState(attackerEndState, defenderBackgroundState, attackerBackgroundCoordinator1)\r\n    attackerBackgroundBattleSate.startFight()\r\n\r\n    \/**\r\n      * second round\r\n      *\/\r\n\r\n    println(\"#####[Second Round]#############################################\")\r\n\r\n    val attackerBackgroundCoordinator2 = new FleetCoordinator(attackerBackgroundCoordinator1.getCurrentFleet())\r\n    val attackerFrontCoordinator2 = new FleetCoordinator(attackerFrontCoordinator1.getCurrentFleet())\r\n\r\n    val defenderFrontCoordinator2 = new FleetCoordinator((defenderFrontCoordinator1.getCurrentFleet()))\r\n    val defenderBackgroundCoordinator2 = new FleetCoordinator(defenderBackgroundCoordinator1.getCurrentFleet())\r\n    val defenderStationCoordinator2 = new FleetCoordinator(defenderStationsBackgroundCoordinator1.getCurrentFleet())\r\n\r\n    val defenderEndBattleState2 = new DefenderEndState()\r\n    val defenderStationState2 = new DefenderBattleFieldState(defenderEndBattleState2, defenderStationCoordinator2)\r\n    val defenderBackgroundState2 = new DefenderBattleFieldState(defenderStationState2, defenderBackgroundCoordinator2)\r\n    val defenderFrontState2 = new DefenderBattleFieldState(defenderBackgroundState2, defenderFrontCoordinator2)\r\n\r\n    val attackerEndState2 = new AttackerEndState()\r\n    val attackerBackgroundSate2 = new AttackerBattleFieldState(attackerEndState2, defenderFrontState2, attackerBackgroundCoordinator2 )\r\n    val attackerFrontState2 = new AttackerBattleFieldState(attackerBackgroundSate2, defenderFrontState2, attackerFrontCoordinator2)\r\n    attackerFrontState2.startFight()\r\n\r\n    println(\"#####[Result]####################################################\")\r\n\r\n    showFleets(attackerBackgroundCoordinator2, attackerFrontCoordinator2, defenderFrontCoordinator2, defenderBackgroundCoordinator2, defenderStationCoordinator2)\r\n\r\n    val collectedAttackerFleets = List.concat(attackerFrontCoordinator2.getCurrentFleet(), attackerBackgroundCoordinator2.getCurrentFleet())\r\n    val collectedDefenderFleets = List.concat(defenderStationCoordinator2.getCurrentFleet(), defenderBackgroundCoordinator2.getCurrentFleet(), defenderFrontCoordinator2.getCurrentFleet())\r\n    new BattleFleets(collectedAttackerFleets, collectedDefenderFleets)\r\n  }\r\n\r\n\r\n  private def showFleets(attackerBackgroundCoordinator: FleetCoordinator, attackerFrontCoordinator: FleetCoordinator, defenderFrontCoordinator: FleetCoordinator, defenderBackgroundCoordinator: FleetCoordinator, defenderStationsBackgroundCoordinator: FleetCoordinator) = {\r\n    println(\" [Attackers fleet] \")\r\n    println(attackerFrontCoordinator.getCurrentFleet())\r\n    println(attackerBackgroundCoordinator.getCurrentFleet())\r\n\r\n    println(\" [Defenders fleet] \")\r\n    println(defenderFrontCoordinator.getCurrentFleet())\r\n    println(defenderBackgroundCoordinator.getCurrentFleet())\r\n    println(defenderStationsBackgroundCoordinator.getCurrentFleet())\r\n  }\r\n\r\n  def getCloseCompatFleets(fleets: List[Fightable]): List[Fightable] = {\r\n    fleets.filter(fleet => fleet.isInstanceOf[CloseCombat])\r\n  }\r\n\r\n  def getRangedAttackFleets(fleets: List[Fightable]): List[Fightable] = {\r\n    fleets.filter(fleet => fleet.isInstanceOf[RangedAttack])\r\n  }\r\n\r\n  def getDefenderRangedAttackFleets(fleets: List[Fightable]): List[Fightable] = {\r\n    fleets.filter(fleet => fleet.isInstanceOf[LongRangedAttack])\r\n  }\r\n}\r\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/buildsystem\/ResourceBuildingFactory.scala","text":"<reponame>johannespfann\/deepspace<gh_stars>0\npackage de.pfann.deepspace.buildsystem\n\ntrait ResourceBuildingFactory {\n\n  def create(): ResourceBuilding\n\n}\n"}
{"repo_name":"johannespfann\/deepspace","path":"src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/AttackerBattleFieldState.scala","text":"<filename>src\/main\/scala\/de\/pfann\/deepspace\/fightsystem\/chain\/AttackerBattleFieldState.scala\npackage de.pfann.deepspace.fightsystem.chain\n\nimport de.pfann.deepspace.api.{AttackAction, Fightable}\nimport de.pfann.deepspace.fightsystem.core.{BlindAttackAction, FleetCoordinator}\nimport de.pfann.deepspace.log.Log\n\n\nclass AttackerBattleFieldState(attacker: AttackerState, defender: DefenderState, coordinator: FleetCoordinator) extends AttackerState {\n\n  def startFight(): Unit = {\n\n    Log.info(this, \"   [Attacker phase]\")\n\n    while(coordinator.hasNextAttack() && defender.isAlive()) {\n      Log.debug(this, \" (startFight) coordinator.hasNextAttack - defender.isAlive -> attack defender\")\n      defender.attack(this,coordinator.getNextAttack())\n\n    }\n\n    Log.info(this, \"   [Defender phase]\")\n\n    while(defender.hasNextAttack() && this.isAlive()) {\n      Log.debug(this, \" (startFight) defender.hasNextAttack - defender.isAlive -> attack defender with BlindAttackAction\")\n      defender.attack(this, new BlindAttackAction)\n    }\n  }\n\n  override def attack(attackAction: AttackAction): Unit = {\n    if(coordinator.isAlive()) {\n      Log.info(this, \" (Defender attacks Attacker) coordinator.isAlive -> attackFleet() with \" + attackAction.getDemage())\n      coordinator.attackFleet(attackAction)\n    }\n    else {\n      Log.info(this, \" (Defender attacks Attacker) coordinator.isNotAlive -> delegate attack\")\n      attacker.attack(attackAction)\n    }\n  }\n\n  override def isAlive(): Boolean = {\n    if(coordinator.isAlive()) {\n      Log.debug(this, \" (isAlive) - coordinator.isAlive\")\n      return true\n    }\n    attacker.isAlive()\n\n  }\n\n  override def getFleets(): List[Fightable] = {\n    coordinator.getCurrentFleet()\n  }\n\n\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-linter\/src\/main\/scala\/com\/twitter\/scrooge\/linter\/Linter.scala","text":"<reponame>jedesah\/scrooge<filename>scrooge-linter\/src\/main\/scala\/com\/twitter\/scrooge\/linter\/Linter.scala\n\/*\n * Copyright 2014 Twitter, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License. You may obtain\n * a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.twitter.scrooge.linter\n\nimport com.twitter.finagle.NoStacktrace\nimport com.twitter.logging.{ConsoleHandler, Formatter}\nimport com.twitter.scrooge.ast._\nimport com.twitter.scrooge.frontend.{FileParseException, Importer, ThriftParser}\n\nimport java.io.File\nimport java.util.logging.{Logger, LogRecord, LogManager, Level}\n\nimport scala.collection.mutable.ArrayBuffer\n\nobject LintLevel extends Enumeration {\n  type LintLevel = Value\n  val Warning, Error = Value\n}\n\nimport LintLevel._\n\ncase class LintMessage(msg: String, level: LintLevel = Warning)\n\ntrait LintRule extends (Document => Iterable[LintMessage])\n\nobject LintRule {\n  def all(rules: Seq[LintRule] = DefaultRules): LintRule =\n    new LintRule {\n      def apply(doc: Document): Seq[LintMessage] =\n        rules flatMap { r => r(doc) }\n    }\n\n  val DefaultRules = Seq(\n    Namespaces,\n    RelativeIncludes,\n    CamelCase,\n    RequiredFieldDefault,\n    Keywords\n  )\n\n  object Namespaces extends LintRule {\n    \/\/ All IDLs have a scala and a java namespace\n    def apply(doc: Document) = {\n      Seq(\"scala\", \"java\").collect {\n        case lang if doc.namespace(lang).isEmpty =>\n          LintMessage(\"Missing namespace: %s.\".format(lang), Error)\n      }\n    }\n  }\n\n  object RelativeIncludes extends LintRule {\n    \/\/ No relative includes\n    def apply(doc: Document) = {\n      doc.headers.collect {\n        case Include(f, d) if f.contains(\"..\") =>\n          LintMessage(\"Relative include path found: %s.\".format(f), Error)\n      }\n    }\n  }\n\n  object CamelCase extends LintRule {\n    \/\/ Struct names are UpperCamelCase.\n    \/\/ Field names are lowerCamelCase.\n    def apply(doc: Document) = {\n      val messages = new ArrayBuffer[LintMessage]\n      doc.defs.foreach {\n        case struct: StructLike =>\n          if (!isTitleCase(struct.originalName)) {\n            messages += LintMessage(\"Struct name %s is not UpperCamelCase. Should be: %s.\".format(\n              struct.originalName, Identifier.toTitleCase(struct.originalName)))\n          }\n\n          struct.fields.foreach { f =>\n            if (!isCamelCase(f.originalName)) {\n              messages += LintMessage(\"Field name %s.%s is not lowerCamelCase. Should be: %s.\".format(\n                struct.originalName, f.originalName, Identifier.toCamelCase(f.originalName)))\n            }\n          }\n        case _ =>\n      }\n      messages\n    }\n\n    private[this] def isCamelCase(name: String): Boolean = {\n      Identifier.toCamelCase(name) == name\n    }\n    private[this] def isTitleCase(name: String): Boolean = {\n      Identifier.toTitleCase(name) == name\n    }\n  }\n\n  object RequiredFieldDefault extends LintRule {\n    \/\/ No default values for required fields\n    def apply(doc: Document) = {\n      doc.defs.collect {\n        case struct: StructLike =>\n          struct.fields.collect {\n            case f if f.requiredness == Requiredness.Required && f.default.nonEmpty =>\n              LintMessage(\"Required field %s.%s has a default value. Make it optional or remove the default.\".format(\n                struct.originalName, f.originalName), Error)\n          }\n      }.flatten\n    }\n  }\n\n  object Keywords extends LintRule {\n    \/\/ Struct and field names should not be keywords in Scala, Java, Ruby, Python, PHP.\n    def apply(doc: Document) = {\n      val messages = new ArrayBuffer[LintMessage]\n      val identifiers = doc.defs.collect {\n        case struct: StructLike =>\n          languageKeywords.foreach { case (lang, keywords) =>\n            if (keywords.contains(struct.originalName)) {\n              messages += LintMessage(\n                \"Struct name %s is a %s keyword. Avoid using keywords as identifiers.\".format(\n                  struct.originalName, lang))\n              }\n          }\n          val fieldNames = struct.fields.map(_.originalName).toSet\n          for {\n            (lang, keywords) <- languageKeywords\n            intersection = keywords.intersect(fieldNames) if intersection.nonEmpty\n          } messages += LintMessage(\"Fields in struct %s: %s are %s keywords. Avoid using keywords as identifiers.\".format(\n              struct.originalName, intersection.mkString(\", \"), lang))\n      }\n      messages\n    }\n\n    private[this] val languageKeywords: Map[String, Set[String]] = Map(\n      \"scala\" -> Set(\"abstract\", \"case\", \"catch\", \"class\", \"def\", \"do\", \"else\",\n        \"extends\", \"false\", \"final\", \"finally\", \"for\", \"forSome\", \"if\",\n        \"implicit\", \"import\", \"lazy\", \"match\", \"new\", \"null\", \"object\",\n        \"override\", \"package\", \"private\", \"protected\", \"return\", \"sealed\",\n        \"super\", \"this\", \"throw\", \"trait\", \"try\", \"true\",\n        \"type\", \"val\", \"var\", \"while\", \"with\", \"yield\"),\n\n      \"java\" -> Set(\"abstract\",\n        \"assert\", \"boolean\", \"break\", \"byte\", \"case\", \"catch\", \"char\", \"class\",\n        \"const\", \"continue\", \"default\", \"do\", \"double\", \"else\", \"enum\", \"extends\",\n        \"final\", \"finally\", \"float\", \"for\", \"goto\", \"if\", \"implements\", \"import\",\n        \"instanceof\", \"int\", \"interface\", \"long\", \"native\", \"new\", \"package\",\n        \"private\", \"protected\", \"public\", \"return\", \"short\", \"static\", \"strictfp\",\n        \"super\", \"switch\", \"synchronized\", \"this\", \"throw\", \"throws\", \"transient\",\n        \"try\", \"void\", \"volatile\", \"while\"),\n\n      \"ruby\" -> Set(\"BEGIN\", \"END\", \"__ENCODING__\", \"__END__\", \"__FILE__\", \"__LINE__\",\n        \"alias\", \"and\", \"begin\", \"break\", \"case\", \"class\", \"def\", \"defined?\",\n        \"do\", \"else\", \"elsif\", \"end\", \"ensure\", \"false\", \"for\", \"if\",\n        \"in\", \"module\", \"next\", \"nil\", \"not\", \"or\", \"redo\", \"rescue\", \"retry\",\n        \"return\", \"self\", \"super\", \"then\", \"true\", \"undef\", \"unless\", \"until\",\n        \"when\", \"while\", \"yield\"),\n\n      \"php\" -> Set(\"__halt_compiler\", \"abstract\", \"and\", \"array\", \"as\", \"break\", \"callable\",\n        \"case\", \"catch\", \"class\", \"clone\", \"const\", \"continue\", \"declare\", \"default\",\n        \"die\", \"do\", \"echo\", \"else\", \"elseif\", \"empty\", \"enddeclare\", \"endfor\",\n        \"endforeach\", \"endif\", \"endswitch\", \"endwhile\", \"eval\", \"exit\", \"extends\",\n        \"final\", \"finally\", \"for\", \"foreach\", \"function\", \"global\", \"goto\", \"if\",\n        \"implements\", \"include\", \"include_once\", \"instanceof\", \"insteadof\", \"interface\",\n        \"isset\", \"list\", \"namespace\", \"new\", \"or\", \"print\", \"private\", \"protected\",\n        \"public\", \"require\", \"require_once\", \"return\", \"static\", \"switch\", \"throw\",\n        \"trait\", \"try\", \"unset\", \"use\", \"var\", \"while\", \"xor\", \"yield\"),\n\n      \"python\" -> Set(\"and\", \"as\", \"assert\", \"break\", \"class\", \"continue\", \"def\",\n        \"del\", \"elif\", \"else\", \"except\", \"exec\", \"finally\", \"for\", \"from\", \"global\",\n        \"if\", \"import\", \"in\", \"is\", \"lambda\", \"not\", \"or\", \"pass\",\n        \"print\", \"raise\", \"return\", \"try\", \"while\", \"with\", \"yield\")\n    )\n\n    \/\/ Returns a list of languages in which id is a keyword.\n    private[this] def checkKeyword(id: String): Iterable[String] = {\n      languageKeywords.collect { case (lang, keywords) if keywords.contains(id) =>\n        lang\n      }\n    }\n  }\n}\n\nobject ErrorLogLevel extends Level(\"LINT-ERROR\", 999)\nobject WarningLogLevel extends Level(\"LINT-WARN\", 998)\n\nclass Linter(cfg: Config, rules: Seq[LintRule] = LintRule.DefaultRules) {\n  LogManager.getLogManager.reset\n\n  private[this] val log = Logger.getLogger(\"linter\")\n  private[this] val formatter = new Formatter() {\n    override def format(record: LogRecord) =\n      \"%s: %s%s\".format(record.getLevel.getName, formatText(record), lineTerminator)\n  }\n\n  log.addHandler(new ConsoleHandler(formatter, None))\n\n  def error(msg: String) = log.log(ErrorLogLevel, msg)\n  def warning(msg: String) = log.log(WarningLogLevel, msg)\n\n  \/\/ Lint a document, returning the number of lint errors found.\n  def apply(\n    doc: Document\n  ) : Int = {\n\n    val messages = LintRule.all(rules)(doc)\n\n    messages.foreach {\n      case LintMessage(msg, Error) =>\n        error(msg)\n      case LintMessage(msg, Warning) =>\n        warning(msg)\n    }\n\n    val errorCount = messages.count(_.level == Error)\n    val warnCount = messages.count(_.level == Warning)\n\n    if (errorCount + warnCount > 0) {\n      warning(\"%d warnings and %d errors found\".format(messages.size - errorCount, errorCount))\n    }\n    errorCount\n  }\n\n  \/\/ Lint cfg.files and return the total number of lint errors found.\n  def lint(): Int = {\n    val importer = Importer(new File(\".\"))\n    val parser = new ThriftParser(importer, cfg.strict, defaultOptional = false, skipIncludes = true)\n\n    val errorCounts = cfg.files.map { inputFile =>\n      log.info(\"\\n+ Linting %s\".format(inputFile))\n\n      try {\n        val doc0 = parser.parseFile(inputFile)\n\n        apply(doc0)\n      } catch {\n        case e: FileParseException if (cfg.ignoreErrors) =>\n          e.printStackTrace()\n          1\n      }\n    }\n    errorCounts.sum\n  }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-linter\/src\/main\/scala\/com\/twitter\/scrooge\/linter\/Main.scala","text":"<reponame>jedesah\/scrooge\n\/*\n * Copyright 2011 Twitter, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License. You may obtain\n * a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.twitter.scrooge.linter\n\nimport java.io.File\nimport java.util.Properties\nimport scopt.immutable.OptionParser\n\ncase class Config(\n  val strict: Boolean = false,\n  val files: Seq[String] = Seq(),\n  val ignoreErrors: Boolean = false\n)\n\n\nobject Main {\n  def main(args: Array[String]) {\n    val numErrors = new Linter(parseOptions(args)).lint()\n    if (numErrors > 0)\n      System.exit(1)\n  }\n\n  def parseOptions(args: Seq[String]): Config = {\n    val buildProperties = new Properties\n    Option(getClass.getResource(\"build.properties\")) foreach { resource =>\n      buildProperties.load(resource.openStream)\n    }\n\n    val parser = new OptionParser[Config](\"scrooge-linter\") {\n      def options = Seq(\n        help(\"h\", \"help\", \"show this help screen\"),\n\n        flag(\"V\", \"version\", \"print version and quit\") { _ =>\n          println(\"scrooge linter \" + buildProperties.getProperty(\"version\", \"0.0\"))\n          println(\"    build \" + buildProperties.getProperty(\"build_name\", \"unknown\"))\n          println(\"    git revision \" + buildProperties.getProperty(\"build_revision\", \"unknown\"))\n          sys.exit()\n        },\n\n        flag(\"i\", \"ignore-errors\", \"continue if parse errors are found (for batch processing)\") { cfg => cfg.copy(ignoreErrors = true) },\n\n        opt(\"disable-strict\", \"issue warnings on non-severe parse errors instead of aborting\")\n          { (_, cfg) => cfg.copy(strict = false) },\n\n        arglist(\"<files...>\", \"thrift files to compile\") { (input, cfg) =>\n          cfg.copy(files = cfg.files :+ input)\n        }\n      )\n    }\n\n    parser.parse(args, Config()) match {\n      case Some(cfg) => cfg\n      case None =>\n        sys.exit()\n    }\n  }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/main\/scala\/com\/twitter\/scrooge\/backend\/ServiceTemplate.scala","text":"<reponame>jedesah\/scrooge<filename>scrooge-generator\/src\/main\/scala\/com\/twitter\/scrooge\/backend\/ServiceTemplate.scala\npackage com.twitter.scrooge.backend\n\n\/**\n * Copyright 2011 Twitter, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License. You may obtain\n * a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport com.twitter.scrooge.ast._\nimport com.twitter.scrooge.mustache.Dictionary\nimport com.twitter.scrooge.mustache.Dictionary._\n\ntrait ServiceTemplate {\n  self: Generator =>\n  def toDictionary(function: Function, generic: Option[String]): Dictionary = {\n    val hasThrows = generic.isEmpty && function.throws.size > 0\n    val throwsDictionaries =\n      if (hasThrows) {\n        function.throws map {\n          t =>\n            Dictionary(\"typeName\" -> genType(t.fieldType))\n        }\n      } else {\n        Nil\n      }\n    Dictionary(\n      \"generic\" -> v(generic.map(codify)),\n      \"docstring\" -> codify(function.docstring.getOrElse(\"\")),\n      \"hasThrows\" -> v(hasThrows),\n      \"throws\" -> v(throwsDictionaries),\n      \"funcName\" -> genID(function.funcName.toCamelCase),\n      \"typeName\" -> genType(function.funcType),\n      \"fieldParams\" -> genFieldParams(function.args)\n    )\n  }\n\n  def internalArgsStruct(f:Function): FunctionArgs = {\n    FunctionArgs(internalArgsStructName(f),\n      internalArgsStructNameForWire(f),\n      f.args)\n  }\n\n  def internalResultStruct(f:Function): FunctionResult = {\n    val throws = f.throws map {\n      _.copy(requiredness = Requiredness.Optional)\n    }\n    val success = f.funcType match {\n      case Void => Nil\n      case OnewayVoid => Nil\n      case fieldType: FieldType =>\n        Seq(Field(0, SimpleID(\"success\"), \"success\", fieldType, None, Requiredness.Optional))\n    }\n    FunctionResult(internalResultStructName(f),\n      internalResultStructNameForWire(f),\n      success ++ throws)\n  }\n\n  def internalArgsStructName(f: Function): SimpleID =\n    f.funcName.toCamelCase.append(\"$\").append(\"args\")\n\n  \/**\n   * The name used in RPC request, this needs to be same as Apache compiler\n   *\/\n  def internalArgsStructNameForWire(f: Function): String =\n    f.funcName.name + \"_args\"\n\n  def internalResultStructName(f: Function): SimpleID =\n    f.funcName.toCamelCase.append(\"$\").append(\"result\")\n\n  \/**\n   * The name used in RPC request, this needs to be same as Apache compiler\n   *\/\n  def internalResultStructNameForWire(f: Function): String =\n    f.funcName.name + \"_result\"\n\n  def finagleClient(\n    service: Service,\n    namespace: Identifier\n  ) =\n    Dictionary(\n      \"package\" -> genID(namespace),\n      \"ServiceName\" -> genID(service.sid.toTitleCase),\n      \"docstring\" -> codify(service.docstring.getOrElse(\"\")),\n      \"hasParent\" -> v(service.parent.isDefined),\n      \"finagleClientParent\" ->\n        service.parent.map(getParentFinagleClient).getOrElse(codify(\"\")),\n      \"functions\" -> v(service.functions.map {\n        f =>\n          Dictionary(\n            \"header\" -> v(templates(\"function\")),\n            \"headerInfo\" -> v(toDictionary(f, Some(\"Future\"))),\n            \"clientFuncNameForWire\" -> codify(f.originalName),\n            \"__stats_name\" -> genID(f.funcName.toCamelCase.prepend(\"__stats_\")),\n            \"type\" -> genType(f.funcType),\n            \"isVoid\" -> v(f.funcType == Void || f.funcType == OnewayVoid),\n            \"ArgsStruct\" -> genID(internalArgsStructName(f)),\n            \"ResultStruct\" -> genID(internalResultStructName(f)),\n            \"argNames\" -> {\n              val code = f.args.map { field => genID(field.sid).toData }.mkString(\", \")\n              codify(code)\n            },\n            \"hasThrows\" -> v(f.throws.size > 0),\n            \"throws\" -> v(f.throws.map {\n              thro => Dictionary(\"throwName\" -> genID(thro.sid))\n            })\n          )\n      }),\n      \"function\" -> v(templates(\"finagleClientFunction\"))\n    )\n\n  def finagleService(\n    service: Service,\n    namespace: Identifier\n  ) =\n    Dictionary(\n      \"package\" -> genID(namespace),\n      \"ServiceName\" -> genID(service.sid.toTitleCase),\n      \"docstring\" -> codify(service.docstring.getOrElse(\"\")),\n      \"hasParent\" -> v(service.parent.isDefined),\n      \"finagleServiceParent\" ->\n        service.parent.map(getParentFinagleService).getOrElse(genBaseFinagleService),\n      \"function\" -> v(templates(\"finagleServiceFunction\")),\n      \"functions\" -> v(service.functions map {\n        f =>\n          Dictionary(\n            \"serviceFuncNameForCompile\" -> genID(f.funcName.toCamelCase),\n            \"serviceFuncNameForWire\" -> codify(f.originalName),\n            \"ArgsStruct\" -> genID(internalArgsStructName(f)),\n            \"ResultStruct\" -> genID(internalResultStructName(f)),\n            \"argNames\" ->\n              codify(f.args map { field =>\n                \"args.\" + genID(field.sid).toData\n              } mkString (\", \")),\n            \"typeName\" -> genType(f.funcType),\n            \"isVoid\" -> v(f.funcType == Void || f.funcType == OnewayVoid),\n            \"resultNamedArg\" ->\n              codify(if (f.funcType != Void && f.funcType != OnewayVoid) \"success = Some(value)\" else \"\"),\n            \"exceptions\" -> v(f.throws map {\n              t =>\n                Dictionary(\n                  \"exceptionType\" -> genType(t.fieldType),\n                  \"fieldName\" -> genID(t.sid)\n                )\n            })\n          )\n      })\n    )\n\n  def serviceDict(\n    service: Service,\n    namespace: Identifier,\n    includes: Seq[Include],\n    options: Set[ServiceOption]\n  ) = {\n    val withFinagle = options.contains(WithFinagle)\n    val withJson = options.contains(WithJson)\n    Dictionary(\n      \"function\" -> v(templates(\"function\")),\n      \"package\" -> genID(namespace),\n      \"ServiceName\" -> genID(service.sid.toTitleCase),\n      \"docstring\" -> codify(service.docstring.getOrElse(\"\")),\n      \"syncParent\" -> v(service.parent.map { p =>\n        genID(getServiceParentID(p)).append(\".Iface\")\n      }),\n      \"futureIfaceParent\" -> v(service.parent.map { p =>\n        genID(getServiceParentID(p)).append(\".FutureIface\")\n      }),\n      \"genericParent\" -> service.parent.map { p =>\n        genID(getServiceParentID(p)).append(\"[MM]\")\n      }.getOrElse(codify(\"ThriftService\")),\n      \"syncFunctions\" -> v(service.functions.map {\n        f => toDictionary(f, None)\n      }),\n      \"asyncFunctions\" -> v(service.functions.map {\n        f => toDictionary(f, Some(\"Future\"))\n      }),\n      \"genericFunctions\" -> v(service.functions.map {\n        f => toDictionary(f, Some(\"MM\"))\n      }),\n      \"struct\" -> v(templates(\"struct\")),\n      \"internalStructs\" -> v(service.functions.map { f =>\n        Dictionary(\n          \"internalArgsStruct\" -> v(structDict(\n            internalArgsStruct(f),\n            None, includes, options)),\n          \"internalResultStruct\" -> v(structDict(\n            internalResultStruct(f),\n            None, includes, options)),\n          \"funcName\" -> codify(f.funcName.name),\n          \"func_name\" -> genID(f.funcName.toCamelCase)\n        )\n      }),\n      \"finagleClients\" -> v(\n        if (withFinagle) Seq(finagleClient(service, namespace)) else Seq()\n      ),\n      \"finagleServices\" -> v(\n        if (withFinagle) Seq(finagleService(service, namespace)) else Seq()\n      ),\n      \"withFinagle\" -> v(withFinagle),\n      \"withJson\" -> v(withJson)\n    )\n  }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/main\/scala\/com\/twitter\/scrooge\/package.scala","text":"<reponame>jedesah\/scrooge\npackage com.twitter.scrooge\n\npackage object util {\n\n  private val camelToSnakeRegex = \"(\\\\A|[^A-Z_])([A-Z])\".r\n  \/** Convert a string to snake case.\n    *\n    * To convert to snake case, this converter inserts an underscore before every\n    * capital letter, unless that letter is is at the start or is preceded by another\n    * capital letter, and then all capitals are converted to lower case.\n    *\n    * Examples:\n    *\n    * oneTwo -> one_two\n    * One    -> _one\n    * showUS -> show_us\n    * NBC    -> _nbc\n    *\n    * Note that CamelToSnake and SnakeToCamel are not always reversible. For example,\n    * showUS converts to show_us, which would back convert to showUs.\n    *\n    * @param in Input string (typically in camal case)\n    * @return Output string in snake case\n    *\/\n  def camelToSnake(in: String) =\n    camelToSnakeRegex.replaceAllIn(in, \"$1_$2\").toLowerCase\n}"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-core\/src\/main\/scala\/com\/twitter\/scrooge\/json.scala","text":"<reponame>jedesah\/scrooge\npackage com.twitter.scrooge\n\nimport com.persist.json.{WriteCodec, ReadCodec}\n\ncase class Info(in: TInfo[ThriftStruct], out: TInfo[ThriftStruct])\n\ncase class TInfo[T <: ThriftStruct](is: T => Boolean, companion: ThriftStructCodec[T], readCodec: ReadCodec[T], writeCodec: WriteCodec[T])"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-core\/src\/main\/scala\/com\/twitter\/scrooge\/TSerialization.scala","text":"<filename>scrooge-core\/src\/main\/scala\/com\/twitter\/scrooge\/TSerialization.scala\npackage com.twitter.scrooge\n\nimport org.apache.thrift.protocol.TProtocol\n\npackage object serialization {\n  trait ThriftCodec[T] {\n    def decode(protocol: TProtocol): T\n    def encode(obj: T, protocol: TProtocol)\n  }\n\n  def decode[T](protocol: TProtocol)(implicit codec: ThriftCodec[T]) = codec.decode(protocol)\n  def encode[T](obj: T, protocol: TProtocol)(implicit codec: ThriftCodec[T]) { codec.encode(obj, protocol) }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/main\/scala\/com\/twitter\/scrooge\/Main.scala","text":"\/*\n * Copyright 2011 Twitter, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License. You may obtain\n * a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.twitter.scrooge\n\nimport com.twitter.scrooge.backend.{Generator, WithFinagle, WithJson}\nimport java.io.File\nimport java.util.Properties\nimport scopt.OptionParser\n\nobject Main {\n  def main(args: Array[String]) {\n    val compiler = new Compiler()\n    if (!parseOptions(compiler, args)) {\n      System.exit(1)\n    }\n    compiler.run()\n  }\n\n  def parseOptions(compiler: Compiler, args: Seq[String]): Boolean = {\n    val buildProperties = new Properties\n    scala.Option(getClass.getResource(\"build.properties\")) foreach { resource =>\n      buildProperties.load(resource.openStream)\n    }\n\n    val parser = new OptionParser(\"scrooge\") {\n      help(None, \"help\", \"show this help screen\")\n\n      opt(\"V\", \"version\", \"print version and quit\", {\n        println(\"scrooge \" + buildProperties.getProperty(\"version\", \"0.0\"))\n        println(\"    build \" + buildProperties.getProperty(\"build_name\", \"unknown\"))\n        println(\"    git revision \" + buildProperties.getProperty(\"build_revision\", \"unknown\"))\n        System.exit(0)\n        ()\n      })\n\n      opt(\"v\", \"verbose\", \"log verbose messages about progress\", { compiler.verbose = true; () })\n\n      opt(\"d\", \"dest\", \"<path>\",\n        \"write generated code to a folder (default: %s)\".format(compiler.defaultDestFolder), { x: String =>\n          compiler.destFolder = x\n        })\n\n      opt(None, \"import-path\", \"<path>\", \"[DEPRECATED] path(s) to search for included thrift files (may be used multiple times)\",\n        { path: String => compiler.includePaths ++= path.split(File.pathSeparator); () })\n\n      opt(\"i\", \"include-path\", \"<path>\", \"path(s) to search for included thrift files (may be used multiple times)\",\n        { path: String => compiler.includePaths ++= path.split(File.pathSeparator); () })\n\n      opt(\"n\", \"namespace-map\", \"<oldname>=<newname>\", \"map old namespace to new (may be used multiple times)\",\n        { mapping: String =>\n          mapping.split(\"=\") match {\n            case Array(from, to) => compiler.namespaceMappings(from) = to\n          }\n          ()\n        })\n\n      opt(None, \"default-java-namespace\", \"<name>\",\n        \"Use <name> as default namespace if the thrift file doesn't define its own namespace. \" +\n          \"If this option is not specified either, then use \\\"thrift\\\" as default namespace\",\n        { name: String => compiler.defaultNamespace = name })\n\n      opt(\"disable-strict\", \"issue warnings on non-severe parse errors instead of aborting\",\n        { compiler.strict = false; () })\n\n      opt(None, \"gen-file-map\", \"<path>\", \"generate map.txt in the destination folder to specify the mapping from input thrift files to output Scala\/Java files\",\n        { path: String => compiler.fileMapPath = Some(path); () })\n\n      opt(\"dry-run\",\n        \"parses and validates source thrift files, reporting any errors, but\" +\n          \" does not emit any generated source code.  can be used with \" +\n          \"--gen-file-mapping to get the file mapping\",\n        { compiler.dryRun = true; () })\n\n      opt(\"s\", \"skip-unchanged\", \"Don't re-generate if the target is newer than the input\",\n        { compiler.skipUnchanged = true; () })\n\n      opt(\"l\", \"language\", \"name of language to generate code in ('experimental-java' and 'scala' are currently supported)\",\n        { languageString: String =>\n          if (Generator.languages.toList contains languageString.toLowerCase) {\n            compiler.language = languageString\n          } else {\n            println(\"language option %s not supported\".format(languageString))\n            System.exit(0)\n          }\n          ()\n        })\n\n      opt(None, \"experiment-flag\", \"<flag>\",\n        \"[EXPERIMENTAL] DO NOT USE FOR PRODUCTION. This is meant only for enabling\/disabling features for benchmarking\",\n        { flag: String => compiler.experimentFlags += flag; () })\n\n      opt(\"scala-warn-on-java-ns-fallback\", \"Print a warning when the scala generator falls back to the java namespace\",\n        { compiler.scalaWarnOnJavaNSFallback = true; () })\n\n      opt(\"finagle\", \"generate finagle classes\",\n        { compiler.flags += WithFinagle; () })\n\n      opt(\"json\", \"generate json codecs on generated structs\",\n      { compiler.flags += WithJson; () })\n\n      arglist(\"<files...>\", \"thrift files to compile\", { compiler.thriftFiles += _ })\n    }\n    parser.parse(args)\n  }\n\n  def isUnchanged(file: File, sourceLastModified: Long): Boolean = {\n    file.exists && file.lastModified >= sourceLastModified\n  }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/main\/resources\/scalagen\/finagleService.scala","text":"<filename>scrooge-generator\/src\/main\/resources\/scalagen\/finagleService.scala\npackage {{package}}\n\nimport com.twitter.finagle.{Service => FinagleService}\nimport com.twitter.scrooge.{ThriftStruct, TReusableMemoryTransport}\nimport com.twitter.util.Future\nimport java.nio.ByteBuffer\nimport java.util.Arrays\nimport org.apache.thrift.protocol._\nimport org.apache.thrift.TApplicationException\nimport org.apache.thrift.transport.TMemoryInputTransport\nimport scala.collection.mutable.{\n  ArrayBuffer => mutable$ArrayBuffer, HashMap => mutable$HashMap}\nimport scala.collection.{Map, Set}\n\nimport scala.language.higherKinds\n\n{{docstring}}\n@javax.annotation.Generated(value = Array(\"com.twitter.scrooge.Compiler\"))\nclass {{ServiceName}}$FinagleService(\n  iface: {{ServiceName}}[Future],\n  protocolFactory: TProtocolFactory\n) extends {{finagleServiceParent}}{{#hasParent}}(iface, protocolFactory){{\/hasParent}} {\n  import {{ServiceName}}._\n{{^hasParent}}\n\n  private[this] val tlReusableBuffer = new ThreadLocal[TReusableMemoryTransport] {\n    override def initialValue() = TReusableMemoryTransport(512)\n  }\n\n  private[this] def reusableBuffer: TReusableMemoryTransport = {\n    val buf = tlReusableBuffer.get()\n    buf.reset()\n    buf\n  }\n\n  private[this] def resetBuffer(trans: TReusableMemoryTransport, maxCapacity: Int = 4096) {\n    if (trans.currentCapacity > maxCapacity) {\n      tlReusableBuffer.remove()\n    }\n  }\n\n  protected val functionMap = new mutable$HashMap[String, (TProtocol, Int) => Future[Array[Byte]]]()\n\n  protected def addFunction(name: String, f: (TProtocol, Int) => Future[Array[Byte]]) {\n    functionMap(name) = f\n  }\n\n  protected def exception(name: String, seqid: Int, code: Int, message: String): Future[Array[Byte]] = {\n    try {\n      val x = new TApplicationException(code, message)\n      val memoryBuffer = reusableBuffer\n      try {\n        val oprot = protocolFactory.getProtocol(memoryBuffer)\n\n        oprot.writeMessageBegin(new TMessage(name, TMessageType.EXCEPTION, seqid))\n        x.write(oprot)\n        oprot.writeMessageEnd()\n        oprot.getTransport().flush()\n        Future.value(Arrays.copyOfRange(memoryBuffer.getArray(), 0, memoryBuffer.length()))\n      } finally {\n        resetBuffer(memoryBuffer)\n      }\n    } catch {\n      case e: Exception => Future.exception(e)\n    }\n  }\n\n  protected def reply(name: String, seqid: Int, result: ThriftStruct): Future[Array[Byte]] = {\n    try {\n      val memoryBuffer = reusableBuffer\n      try {\n        val oprot = protocolFactory.getProtocol(memoryBuffer)\n\n        oprot.writeMessageBegin(new TMessage(name, TMessageType.REPLY, seqid))\n        result.write(oprot)\n        oprot.writeMessageEnd()\n\n        Future.value(Arrays.copyOfRange(memoryBuffer.getArray(), 0, memoryBuffer.length()))\n      } finally {\n        resetBuffer(memoryBuffer)\n      }\n    } catch {\n      case e: Exception => Future.exception(e)\n    }\n  }\n\n  final def apply(request: Array[Byte]): Future[Array[Byte]] = {\n    val inputTransport = new TMemoryInputTransport(request)\n    val iprot = protocolFactory.getProtocol(inputTransport)\n\n    try {\n      val msg = iprot.readMessageBegin()\n      val func = functionMap.get(msg.name)\n      func match {\n        case Some(fn) => \n          fn(iprot, msg.seqid)\n        case _ =>\n          TProtocolUtil.skip(iprot, TType.STRUCT)\n          exception(msg.name, msg.seqid, TApplicationException.UNKNOWN_METHOD,\n            \"Invalid method name: '\" + msg.name + \"'\")\n      }      \n    } catch {\n      case e: Exception => Future.exception(e)\n    }\n  }\n\n  \/\/ ---- end boilerplate.\n\n{{\/hasParent}}\n{{#functions}}\n  {{>function}}\n{{\/function}}\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/test\/scala\/com\/twitter\/scrooge\/frontend\/ThriftParserSpec.scala","text":"<gh_stars>0\npackage com.twitter.scrooge.frontend\n\nimport com.twitter.scrooge._\nimport com.twitter.scrooge.ast._\nimport com.twitter.scrooge.testutil.Spec\n\nclass ThriftParserSpec extends Spec {\n  \"ThriftParser\" should {\n    val parser = new ThriftParser(NullImporter, true)\n\n    \"comments\" in {\n      parser.parse(\"  300  \", parser.rhs) must be( IntLiteral(300))\n      parser.parse(\"  \/\/ go away.\\n 300\", parser.rhs) must be( IntLiteral(300))\n      parser.parse(\"  \/*\\n   * go away.\\n   *\/\\n 300\", parser.rhs) must be(IntLiteral(300))\n      parser.parse(\"# hello\\n 300\", parser.rhs) must be(IntLiteral(300))\n    }\n\n    \"double-quoted strings\" in {\n      parser.parse(\"\"\" \"hello!\" \"\"\", parser.rhs) must be(StringLiteral(\"hello!\"))\n      parser.parse(\"\"\" \"hello\\nthere!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\nthere!\"\"\"))\n      parser.parse(\"\"\" \"hello\\\\nthere!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\\\nthere!\"\"\"))\n      parser.parse(\"\"\" \"hello\/\/there!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\/\/there!\"\"\"))\n      parser.parse(\"\"\" \"hello'there!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello'there!\"\"\"))\n      parser.parse(\"\"\" \"hello\\'there!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\'there!\"\"\"))\n      parser.parse(\"\"\" \"hello\\\"there!\" \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\\"there!\"\"\"))\n      parser.parse(\"\"\" \"\\\"\" \"\"\", parser.rhs) must be(StringLiteral(\"\\\\\\\"\"))\n    }\n\n    \"single-quoted strings\" in {\n      parser.parse(\"\"\" 'hello!' \"\"\", parser.rhs) must be(StringLiteral(\"hello!\"))\n      parser.parse(\"\"\" 'hello\\nthere!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\nthere!\"\"\"))\n      parser.parse(\"\"\" 'hello\\\\nthere!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\\\nthere!\"\"\"))\n      parser.parse(\"\"\" 'hello\/\/there!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\/\/there!\"\"\"))\n      parser.parse(\"\"\" 'hello\"there!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\"there!\"\"\"))\n      parser.parse(\"\"\" 'hello\\\"there!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\\"there!\"\"\"))\n      parser.parse(\"\"\" 'hello\\'there!' \"\"\", parser.rhs) must be(StringLiteral(\"\"\"hello\\'there!\"\"\"))\n      parser.parse(\"\"\" '\\'' \"\"\", parser.rhs) must be(StringLiteral(\"\\\\'\"))\n    }\n\n    \"constant\" in {\n      parser.parse(\"300.5\", parser.rhs) must be(DoubleLiteral(300.5))\n      parser.parse(\"cat\", parser.rhs) must be(IdRHS(SimpleID(\"cat\")))\n      val list = parser.parse(\"[ 4, 5, ]\", parser.rhs)\n      list.isInstanceOf[ListRHS] must be(true)\n      list.asInstanceOf[ListRHS].elems.toList must be(List(IntLiteral(4), IntLiteral(5)))\n      parser.parse(\"{ 'name': 'Commie', 'home': 'San Francisco', }\",\n        parser.rhs) must be(MapRHS(Seq(StringLiteral(\"name\") -> StringLiteral\n        (\"Commie\"), StringLiteral(\"home\") -> StringLiteral(\"San Francisco\"))))\n    }\n\n    \"base types\" in {\n      parser.parse(\"i16\", parser.fieldType) must be(TI16)\n      parser.parse(\"i32\", parser.fieldType) must be(TI32)\n      parser.parse(\"i64\", parser.fieldType) must be(TI64)\n      parser.parse(\"byte\", parser.fieldType) must be(TByte)\n      parser.parse(\"double\", parser.fieldType) must be(TDouble)\n      parser.parse(\"string\", parser.fieldType) must be(TString)\n      parser.parse(\"bool\", parser.fieldType) must be(TBool)\n      parser.parse(\"binary\", parser.fieldType) must be(TBinary)\n    }\n\n    \"compound types\" in {\n      parser.parse(\"list<i64>\", parser.fieldType) must be(ListType(TI64, None))\n      parser.parse(\"list<list<string>>\", parser.fieldType) must be(ListType(ListType(TString,\n        None), None))\n      parser.parse(\"map<string, list<bool>>\", parser.fieldType) must be(MapType(TString,\n        ListType(TBool, None), None))\n      parser.parse(\"set<Monster>\", parser.fieldType) must be(SetType(ReferenceType(Identifier(\"Monster\")),\n        None))\n      parser.parse(\"Monster\", parser.fieldType) must be(ReferenceType(Identifier(\"Monster\")))\n    }\n\n    \"functions\" in {\n      parser.parse(\"\/**doc!*\/ void go()\", parser.function) must be(\n        Function(SimpleID(\"go\"), \"go\", Void, Seq(), Seq(), Some(\"\/**doc!*\/\")))\n      parser.parse(\n        \"list<string> get_tables(optional i32 id, \/**DOC*\/3: required string name='cat') throws (1: Exception ex);\",\n        parser.function) must be(\n        Function(SimpleID(\"get_tables\"), \"get_tables\", ListType(TString, None), Seq(\n          Field(-1, SimpleID(\"id\"), \"id\", TI32, None, Requiredness.Optional),\n          Field(3, SimpleID(\"name\"), \"name\", TString, Some(StringLiteral(\"cat\")), Requiredness.Required)\n        ), Seq(Field(1, SimpleID(\"ex\"), \"ex\", ReferenceType(Identifier(\"Exception\")), None, Requiredness.Default)), None))\n    }\n\n    \"const\" in {\n      parser.parse(\"\/** COMMENT *\/ const string name = \\\"Columbo\\\"\", parser.definition) must be(ConstDefinition(SimpleID(\"name\"),\n        TString, StringLiteral(\"Columbo\"), Some(\"\/** COMMENT *\/\")))\n    }\n\n    \"more than one docstring\" in {\n      val code = \"\"\"\n\/** comment *\/\n\/** and another *\/\nconst string tyrion = \"lannister\"\n\"\"\"\n      parser.parse(code, parser.definition) must be(ConstDefinition(SimpleID(\"tyrion\"),\n        TString, StringLiteral(\"lannister\"), Some(\"\/** comment *\/\\n\/** and another *\/\")))\n    }\n\n    \"typedef\" in {\n      parser.parse(\n        \"\"\"typedef list<i32> (information=\"important\", more=\"better\") Ladder\"\"\",\n        parser.definition\n      ) must be(\n        Typedef(\n          SimpleID(\"Ladder\"),\n          ListType(TI32, None),\n          Map(\"information\" -> \"important\", \"more\" -> \"better\")\n        ))\n    }\n\n    \"enum\" in {\n      val code = \"\"\"\n        enum Direction {\n          NORTH, SOUTH, EAST=90, WEST, UP, DOWN=5\n        }\n        \"\"\"\n      parser.parse(code, parser.definition) must be(Enum(SimpleID(\"Direction\"), Seq(\n        EnumField(SimpleID(\"NORTH\"), 0, None),\n        EnumField(SimpleID(\"SOUTH\"), 1, None),\n        EnumField(SimpleID(\"EAST\"), 90, None),\n        EnumField(SimpleID(\"WEST\"), 91, None),\n        EnumField(SimpleID(\"UP\"), 92, None),\n        EnumField(SimpleID(\"DOWN\"), 5, None)\n      ), None))\n\n      val withComment = \"\"\"\n\/**\n * Docstring!\n *\/\nenum Foo\n{\n  \/** I am a doc. *\/\n  \/\/ I am a comment.\n  X = 1,\n  \/\/ I am a comment.\n  Y = 2\n}\"\"\"\n      parser.parse(withComment, parser.enum) must be(Enum(SimpleID(\"Foo\"),\n        Seq(\n          EnumField(SimpleID(\"X\"), 1, Some(\"\/** I am a doc. *\/\")),\n          EnumField(SimpleID(\"Y\"), 2, None)),\n        Some(\"\/**\\n * Docstring!\\n *\/\")\n      ))\n    }\n\n\n    \"senum\" in {\n      \/\/ wtf is senum?!\n      parser.parse(\"senum Cities { 'Milpitas', 'Mayfield' }\", parser.definition) must be(\n        Senum(SimpleID(\"Cities\"), Seq(\"Milpitas\", \"Mayfield\")))\n    }\n\n    \"struct\" in {\n      val code = \"\"\"\n        \/** docs up here *\/\n        struct Point {\n          1: double x\n          \/** comments*\/\n          2: double y\n          3: Color color = BLUE\n        } (\n          annotation=\"supported\",\n          multiline=\"also supported\",\n        )\n                 \"\"\"\n      parser.parse(code, parser.definition) must be(Struct(SimpleID(\"Point\"), \"Point\", Seq(\n        Field(1, SimpleID(\"x\"), \"x\", TDouble, None, Requiredness.Default),\n        Field(2, SimpleID(\"y\"), \"y\", TDouble, None, Requiredness.Default),\n        Field(3, SimpleID(\"color\"), \"color\", ReferenceType(Identifier(\"Color\")), Some(IdRHS(SimpleID(\"BLUE\"))), Requiredness.Default)\n      ), Some(\"\/** docs up here *\/\"), Map(\"annotation\" -> \"supported\", \"multiline\" -> \"also supported\")))\n    }\n\n    \"union\" should {\n      \"basic\" in {\n        val code = \"\"\"\n          \/** docs up here *\/\n          union Aircraft {\n            1: Airplane a\n            \/** comments*\/\n            2: Rotorcraft r\n            3: Glider g\n            4: LighterThanAir lta\n          } (maxTypes=\"4\")\n                   \"\"\"\n        parser.parse(code, parser.definition) must be(Union(SimpleID(\"Aircraft\"), \"Aircraft\", Seq(\n          Field(1, SimpleID(\"a\"), \"a\", ReferenceType(Identifier(\"Airplane\")), None, Requiredness.Default),\n          Field(2, SimpleID(\"r\"), \"r\", ReferenceType(Identifier(\"Rotorcraft\")), None, Requiredness.Default),\n          Field(3, SimpleID(\"g\"), \"g\", ReferenceType(Identifier(\"Glider\")), None, Requiredness.Default),\n          Field(4, SimpleID(\"lta\"), \"lta\", ReferenceType(Identifier(\"LighterThanAir\")), None, Requiredness.Default)\n        ), Some(\"\/** docs up here *\/\"), Map(\"maxTypes\" -> \"4\")))\n      }\n\n      \"requiredness\" in {\n        intercept[UnionFieldRequiredException] {\n          parser.parse(\"union Aircraft { 1: required Airplane a }\", parser.definition)\n        }\n        intercept[UnionFieldOptionalException] {\n          parser.parse(\"union Aircraft { 1: optional Airplane a }\", parser.definition)\n        }\n\n        val laxParser = new ThriftParser(NullImporter, false)\n        val code = \"\"\"\n          union Aircraft {\n            1: required Airplane a\n            2: optional Rotorcraft r\n            3: Glider g\n          }\n                   \"\"\"\n\n        laxParser.parse(code, laxParser.definition) must be(Union(SimpleID(\"Aircraft\"), \"Aircraft\", Seq(\n          Field(1, SimpleID(\"a\"), \"a\", ReferenceType(Identifier(\"Airplane\")), None, Requiredness.Default),\n          Field(2, SimpleID(\"r\"), \"r\", ReferenceType(Identifier(\"Rotorcraft\")), None, Requiredness.Default),\n          Field(3, SimpleID(\"g\"), \"g\", ReferenceType(Identifier(\"Glider\")), None, Requiredness.Default)\n        ), None, Map.empty))\n      }\n\n      \"invalid field name\" in {\n        intercept[UnionFieldInvalidNameException] {\n          parser.parse(\"\"\"\n            union Fruit {\n              1: Apple apple\n              2: Banana banana\n              3: UnknownFruit unknown_union_field\n            }\n          \"\"\", parser.definition)\n        }\n      }\n    }\n\n    \"exception\" in {\n      parser.parse(\"exception BadError { 1: string message }\", parser.definition) must be(\n        Exception_(SimpleID(\"BadError\"), \"BadError\",\n          Seq(Field(1, SimpleID(\"message\"), \"message\", TString, None, Requiredness.Default)), None))\n      parser.parse(\"exception E { string message, string reason }\", parser.definition) must be(\n        Exception_(SimpleID(\"E\"), \"E\", Seq(\n          Field(-1, SimpleID(\"message\"), \"message\", TString, None, Requiredness.Default),\n          Field(-2, SimpleID(\"reason\"), \"reason\", TString, None, Requiredness.Default)\n        ), None))\n      parser.parse(\"exception NoParams { }\", parser.definition) must be(\n        Exception_(SimpleID(\"NoParams\"), \"NoParams\", Seq(), None))\n      parser.parse(\"\/** doc rivers *\/ exception wellDocumentedException { }\", parser.definition) must be(\n        Exception_(SimpleID(\"wellDocumentedException\"), \"wellDocumentedException\", Seq(), Some(\"\/** doc rivers *\/\")))\n    }\n\n    \"service\" in {\n      val code = \"\"\"\n        \/** cold hard cache *\/\n        service Cache {\n          void put(1: string name, 2: binary value);\n          binary get(1: string name) throws (1: NotFoundException ex);\n        }\n                 \"\"\"\n      parser.parse(code, parser.definition) must be(Service(SimpleID(\"Cache\"), None, Seq(\n        Function(SimpleID(\"put\"), \"put\", Void, Seq(\n          Field(1, SimpleID(\"name\"), \"name\", TString, None, Requiredness.Default),\n          Field(2, SimpleID(\"value\"), \"value\", TBinary, None, Requiredness.Default)\n        ), Seq(), None),\n        Function(SimpleID(\"get\"), \"get\", TBinary, Seq(\n          Field(1, SimpleID(\"name\"), \"name\", TString, None, Requiredness.Default)\n        ), Seq(Field(1, SimpleID(\"ex\"), \"ex\", ReferenceType(Identifier(\"NotFoundException\")), None, Requiredness.Default)), None)\n      ), Some(\"\/** cold hard cache *\/\")))\n\n      parser.parse(\"service LeechCache extends Cache {}\", parser.definition) must be(\n        Service(\n          SimpleID(\"LeechCache\"),\n          Some(ServiceParent(SimpleID(\"Cache\"), None)),\n          Seq(),\n          None))\n    }\n\n    \"document\" in {\n      val code = \"\"\"\n        namespace java com.example\n        namespace * example\n\n        \/** what up doc *\/\n        service NullService {\n          \/** DoC *\/\n          void doNothing();\n        }\n                 \"\"\"\n      parser.parse(code, parser.document) must be(Document(\n        Seq(Namespace(\"java\", Identifier(\"com.example\")), Namespace(\"*\", Identifier(\"example\"))),\n        Seq(Service(SimpleID(\"NullService\"), None, Seq(\n          Function(SimpleID(\"doNothing\"), \"doNothing\", Void, Seq(), Seq(), Some(\"\/** DoC *\/\"))\n        ), Some(\"\/** what up doc *\/\")))\n      ))\n    }\n\n    \/\/ reject syntax\n\n    \"reject negative field ids\" in {\n      val code =\n        \"\"\"\n          struct Point {\n            1: double x\n            -2: double y\n            3: Color color = BLUE\n          }\n        \"\"\"\n      intercept[NegativeFieldIdException] {\n        parser.parse(code, parser.definition)\n      }\n    }\n\n    \"reject duplicate field ids\" in {\n      val code =\n        \"\"\"\n          struct Point {\n            1: double x\n            2: double y\n            2: Color color = BLUE\n          }\n        \"\"\"\n      intercept[DuplicateFieldIdException] {\n        parser.parse(code, parser.definition)\n      }\n    }\n\n    \"reject duplicate enum values\" in {\n      intercept[RepeatingEnumValueException] {\n        parser.parse(\"enum Bad { a=1, b, c=2 }\", parser.definition)\n      }\n\n      val code = \"\"\"\n        enum Direction {\n          NORTH, SOUTH, EAST=90, WEST=90, UP, DOWN=5\n        }\n      \"\"\"\n      intercept[RepeatingEnumValueException] {\n        parser.parse(code, parser.definition)\n      }\n    }\n\n    \"handle struct annotations\" in {\n      parser.parse(\n        \"\"\"typedef string (dbtype=\"fixedchar(4)\", nullable=\"false\") AirportCode\"\"\",\n        parser.definition\n      ) must be(\n        Typedef(\n          SimpleID(\"AirportCode\"),\n          TString,\n          Map(\"dbtype\" -> \"fixedchar(4)\", \"nullable\" -> \"false\")\n        ))\n\n      val idTypeAnnotations = Map(\"autoincrement\" -> \"true\")\n      val idFieldAnnotations = Map(\"initialValue\" -> \"0\")\n      val codeTypeAnnotations = Map(\"dbtype\" -> \"varchar(255)\")\n      val nameFieldAnnotations = Map(\"postid\" -> \"varchar(255)\")\n      val structAnnotations = Map(\n        \"primary_key\" -> \"(id)\",\n        \"index\" -> \"code_idx(code)\",\n        \"sql_name\" -> \"airports\"\n      )\n      val code =\n        \"\"\"\n          struct Airport {\n            1: optional i64 (autoincrement=\"true\") id = 0(initialValue=\"0\"),\n            2: optional string(dbtype=\"varchar(255)\") code,\n            3: optional string name(postid=\"varchar(255)\")\n          } (primary_key=\"(id)\",\n             index=\"code_idx(code)\",\n             sql_name=\"airports\",)\n        \"\"\"\n      parser.parse(code, parser.definition) must be(\n        Struct(\n          SimpleID(\"Airport\"),\n          \"Airport\",\n          Seq(\n            Field(1, SimpleID(\"id\"), \"id\", TI64, Some(IntLiteral(0)), Requiredness.Default, idTypeAnnotations, idFieldAnnotations),\n            Field(2, SimpleID(\"code\"), \"code\", TString, None, Requiredness.Optional, codeTypeAnnotations, Map.empty),\n            Field(3, SimpleID(\"name\"), \"name\", TString, None, Requiredness.Optional, Map.empty, nameFieldAnnotations)\n          ),\n          None,\n          structAnnotations\n        ))\n    }\n\n    \"handle illegal filenames\" in {\n      val illegalFilename = \"illegal-name.thrift\"\n\n      intercept[InvalidThriftFilenameException] {\n        getParserForFilenameTest(illegalFilename).parseFile(illegalFilename)\n      }\n    }\n\n    \"handle legal filenames\" in {\n      val illegalFilename = \"legal_name.thrift\"\n      getParserForFilenameTest(illegalFilename).parseFile(illegalFilename)\n    }\n\n    \"No thrift keywords as identifiers\" in {\n      val inputs = Seq(\n        \"struct MyStruct { 1: optional i64 struct }\",\n        \"struct struct { 1: optional i64 count }\",\n        \"enum list { alpha, beta }\",\n        \"enum Stuff { alpha, beta, include }\",\n        \"exception MyException { 1: string extends }\",\n        \"service service { i32 getNum() }\",\n        \"service MyService { i32 i32() }\",\n        \"service MyService { i32 myMethod(1: bool optional) }\",\n        \"typedef string binary\"\n      )\n\n      inputs.foreach { code =>\n        intercept[KeywordException] {\n          parser.parse(code, parser.definition)\n        }\n      }\n    }\n  }\n\n\n  private def getParserForFilenameTest(thriftFilename: String): ThriftParser = {\n    val importer = new Importer {\n      override def apply(v1: String): scala.Option[FileContents] =\n        scala.Some(FileContents(NullImporter, \"\", scala.Some(thriftFilename)))\n      override private[scrooge] def canonicalPaths: Seq[String] = Nil\n      override def lastModified(filename: String): scala.Option[Long] = None\n    }\n    new ThriftParser(importer, true)\n  }\n}\n"}
{"repo_name":"jedesah\/scrooge","path":"scrooge-generator\/src\/main\/resources\/scalagen\/enum.scala","text":"<filename>scrooge-generator\/src\/main\/resources\/scalagen\/enum.scala\npackage {{package}}\n\nimport com.twitter.scrooge.ThriftEnum\n\n{{#withJson}}\nimport com.persist.JsonOps._\nimport com.persist.json._\nimport com.persist.Exceptions.MappingException\n{{\/withJson}}\n\n{{docstring}}\n@javax.annotation.Generated(value = Array(\"com.twitter.scrooge.Compiler\"))\ncase object {{EnumName}} {\n{{#values}}\n  {{valuedocstring}}\n  case object {{name}} extends {{package}}.{{EnumName}} {\n    val value = {{value}}\n    val name = \"{{name}}\"\n    val originalName = \"{{originalName}}\"\n  }\n{{\/values}}\n\n  \/**\n   * Find the enum by its integer value, as defined in the Thrift IDL.\n   * @throws NoSuchElementException if the value is not found.\n   *\/\n  def apply(value: Int): {{package}}.{{EnumName}} = {\n    value match {\n{{#values}}\n      case {{value}} => {{package}}.{{EnumName}}.{{name}}\n{{\/values}}\n      case _ => throw new NoSuchElementException(value.toString)\n    }\n  }\n\n  \/**\n   * Find the enum by its integer value, as defined in the Thrift IDL.\n   * Returns None if the value is not found\n   *\/\n  def get(value: Int): Option[{{package}}.{{EnumName}}] = {\n    value match {\n{{#values}}\n      case {{value}} => scala.Some({{package}}.{{EnumName}}.{{name}})\n{{\/values}}\n      case _ => scala.None\n    }\n  }\n\n  def valueOf(name: String): Option[{{package}}.{{EnumName}}] = {\n    name.toLowerCase match {\n{{#values}}\n      case \"{{unquotedNameLowerCase}}\" => scala.Some({{package}}.{{EnumName}}.{{name}})\n{{\/values}}\n      case _ => scala.None\n    }\n  }\n\n  lazy val list: List[{{package}}.{{EnumName}}] = scala.List[{{package}}.{{EnumName}}](\n{{#values}}\n    {{package}}.{{EnumName}}.{{name}}\n{{\/values|,}}\n  )\n\n{{#withJson}}\nimport shapeless._\nimport syntax.typeable._\n\n  implicit object JsonReadCodec extends ReadCodec[{{EnumName}}] {\n    def read (json: Json) = {\n      val stringValue = json.cast[String].getOrElse(throw new MappingException(s\"Expected json to be a String to parse into an Enum but found $json\"))\n      valueOf(stringValue).getOrElse(throw new MappingException(s\"Could not parse enum {{EnumName}} from String $stringValue\"))\n    }\n  }\n  implicit object JsonWriteCodec extends WriteCodec[{{EnumName}}] {\n    def write(obj: {{EnumName}}) = obj.toString\n  }\n{{\/withJson}}\n}\n\n\n{{docstring}}\n@javax.annotation.Generated(value = Array(\"com.twitter.scrooge.Compiler\"))\nsealed trait {{EnumName}} extends ThriftEnum with Serializable\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/syntax\/ObservableSyntax.scala","text":"package io.laminext.syntax\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.core.ops.observable.ObservableOfOptionOps\nimport io.laminext.core.ops.observable.ObservableOps\n\ntrait ObservableSyntax {\n\n  implicit def syntaxObservable[A](\n    s: Observable[A]\n  ): ObservableOps[A] = new ObservableOps[A](s)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"project\/ScalaOptions.scala","text":"import sbt.Def\nimport sbt._\nimport sbt.Keys._\n\nobject ScalaOptions {\n  val fixOptions = Seq(\n    scalacOptions ~= (_.filterNot(\n      Set(\n        \"-Wdead-code\",\n        \"-Wunused:implicits\",\n        \"-Wunused:explicits\",\n        \"-Wunused:imports\",\n        \"-Wunused:params\"\n      )\n    )),\n    scalacOptions ++= (CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, _)) =>\n        Seq(\n          \"-Ymacro-annotations\"\n        )\n      case Some((3, _)) => Seq()\n      case _            => Seq()\n    }),\n    (Compile \/ doc \/ scalacOptions) ~= (_.filterNot(\n      Set(\n        \"-scalajs\",\n        \"-deprecation\",\n        \"-explain-types\",\n        \"-explain\",\n        \"-feature\",\n        \"-language:existentials,experimental.macros,higherKinds,implicitConversions\",\n        \"-unchecked\",\n        \"-Xfatal-warnings\",\n        \"-Ykind-projector\",\n        \"-from-tasty\",\n        \"-encoding\",\n        \"utf8\",\n      )\n    ))\n  )\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/com\/raquo\/airstream\/eventstream\/DelayForEventStream.scala","text":"<reponame>ngochai94\/laminext\npackage com.raquo.airstream.eventstream\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.airstream.core.Transaction\nimport com.raquo.airstream.common.InternalNextErrorObserver\nimport com.raquo.airstream.common.SingleParentObservable\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.scalajs.js\n\nclass DelayForEventStream[A](\n  override protected val parent: EventStream[A],\n  projectDelayMillis: A => FiniteDuration\n) extends EventStream[A]\n    with SingleParentObservable[A, A]\n    with InternalNextErrorObserver[A] {\n\n  \/**\n   * Async stream, so reset rank\n   *\/\n  override protected[airstream] val topoRank: Int = 1\n\n  override protected[airstream] def onNext(nextValue: A, transaction: Transaction): Unit = {\n    val _ = js.timers.setTimeout(projectDelayMillis(nextValue)) {\n      val _ = new Transaction(fireValue(nextValue, _))\n    }\n  }\n\n  override def onError(nextError: Throwable, transaction: Transaction): Unit = {\n    val _ = new Transaction(fireError(nextError, _))\n  }\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"project\/ScalaVersions.scala","text":"<reponame>ngochai94\/laminext\nobject ScalaVersions {\n  val v213  = \"2.13.5\"\n  val v3RC1 = \"3.0.0-RC1\"\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"project\/DependencyVersions.scala","text":"<reponame>ngochai94\/laminext<gh_stars>0\nimport sbt.Def\nimport sbt.Keys.scalaVersion\nimport sbt.librarymanagement.CrossVersion\n\nobject DependencyVersions {\n\n  val jsdom                       = \"16.4.0\"\n  val laminar                     = \"0.12.1\"\n  val `scala-test`                = \"3.2.3\"\n  val stringdiff                  = \"0.3.1\"\n  val domtestutils                = \"0.14.4\"\n  val cats                        = \"2.4.2\"\n  val `cats-laws`                 = \"2.4.2\"\n  val `discipline-munit`          = \"1.0.6\"\n  val `scalacheck-shapeless_1.14` = \"1.2.5\"\n\n  val circe: Def.Initialize[String] = Def.setting {\n    CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((3, _)) => \"0.13.0\"\n      case _            => \"0.13.0\"\n\/\/      case Some((3, _)) => \"0.14.0-M4\"\n    }\n  }\n\n  \/\/ -- website\n\n  val sourcecode             = \"0.2.4\"\n  val frontroute             = \"0.12.0\"\n  val `embedded-files`       = \"0.2.0\"\n  val `embedded-files-macro` = \"0.2.1\"\n  val factorio               = \"0.3.1\"\n  val pprint                 = \"0.6.0\"\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ops\/observable\/ObservableOps.scala","text":"<reponame>ngochai94\/laminext\npackage io.laminext.core\npackage ops.observable\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.nodes.ReactiveElement\n\nfinal class ObservableOps[A](underlying: Observable[A]) {\n\n  @inline def bind(onNext: A => Unit): Binder[ReactiveElement.Base] = underlying --> onNext\n\n  @inline def bindCollect(onNext: PartialFunction[A, Unit]): Binder[ReactiveElement.Base] =\n    underlying --> { a =>\n      if (onNext.isDefinedAt(a)) {\n        onNext(a)\n      }\n    }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/videojs\/src\/main\/scala\/io\/laminext\/videojs\/api\/VideoJSOptions.scala","text":"package io.laminext.videojs.api\n\nimport io.laminext.videojs.api\n\nimport scala.scalajs.js\nimport scala.scalajs.js.UndefOr\nimport scala.scalajs.js.|\nimport scala.scalajs.js.JSConverters._\n\nobject VideoJSOptions {\n  def apply(\n    sources: Seq[VideoSource],\n    controls: Boolean = true,\n    autoplay: Boolean = false,\n    loop: Boolean = false,\n    fluid: Boolean = false,\n    preload: String = \"auto\",\n    poster: UndefOr[String] = js.undefined,\n    width: UndefOr[Int] = js.undefined,\n    height: UndefOr[Int] = js.undefined,\n    techOrder: Seq[String] = Nil,\n    aspectRatio: UndefOr[String] = js.undefined,\n    bigPlayButton: UndefOr[Boolean] = js.undefined,\n    controlBar: UndefOr[ControlBarOptions] = js.undefined,\n    defaultVolume: UndefOr[Double] = js.undefined,\n    html5: UndefOr[js.Any] = js.undefined,\n    liveui: UndefOr[Boolean] = js.undefined,\n    muted: UndefOr[Boolean] = js.undefined,\n    nativeControlsForTouch: UndefOr[Boolean] = js.undefined,\n    notSupportedMessage: UndefOr[String] = js.undefined,\n    playbackRates: Seq[Double] = Nil,\n    additional: Seq[(String, js.Any)] = Nil\n  ): VideoJSOptions = {\n    val obj = js.Object().asInstanceOf[js.Dynamic]\n    obj.controls = controls\n    obj.autoplay = autoplay\n    obj.fluid = fluid\n    obj.loop = loop\n    obj.preload = preload\n    obj.html5 = js.Dynamic.literal(\n      vhs = js.Object()\n    )\n    if (poster.nonEmpty) obj.poster = poster\n    if (width.nonEmpty) obj.width = width\n    if (height.nonEmpty) obj.height = height\n    if (sources.nonEmpty) obj.sources = sources.toJSArray\n    if (techOrder.nonEmpty) obj.techOrder = techOrder.toJSArray\n    if (aspectRatio.nonEmpty) obj.aspectRatio = playbackRates\n    if (controlBar.nonEmpty) obj.controlBar = controlBar\n    if (defaultVolume.nonEmpty) obj.defaultVolume = defaultVolume\n    if (html5.nonEmpty) obj.html5 = html5\n    if (liveui.nonEmpty) obj.liveui = liveui\n    if (muted.nonEmpty) obj.html5 = muted\n    if (nativeControlsForTouch.nonEmpty) obj.html5 = nativeControlsForTouch\n    if (notSupportedMessage.nonEmpty) obj.html5 = notSupportedMessage\n    if (playbackRates.nonEmpty) obj.playbackRates = playbackRates.toJSArray\n    additional.foreach { case (key, value) => obj.updateDynamic(key)(value) }\n    obj.asInstanceOf[VideoJSOptions]\n  }\n}\n\n@js.native\ntrait VideoJSOptions extends ComponentOptions {\n\n  \/**\n   * The controls option sets whether or not the player has controls that the user can interact with. Without controls the only way to start the video playing is with the autoplay attribute or through the API.\n   *\/\n  val controls: Boolean\n\n  \/**\n   * If autoplay is true, the video will start playing as soon as page is loaded (without any interaction from the user). NOT SUPPORTED BY APPLE iOS DEVICES. Apple blocks the autoplay functionality in an effort to protect it's customers from unwillingly using a lot of their (often expensive) monthly data plans. A user touch\/click is required to start the video in this case.\n   *\/\n  val autoplay: Boolean\n\n  \/**\n   * The loop attribute causes the video to start over as soon as it ends. This could be used for a visual effect like clouds in the background.\n   *\/\n  val loop: Boolean\n\n  \/**\n   * The preload attribute informs the browser whether or not the video data should begin downloading as soon as the video tag is loaded. The options are auto, metadata, and none.\n   * 'auto': Start loading the video immediately (if the browser agrees). Some mobile devices like iPhones and iPads will not preload the video in order to protect their users' bandwidth. This is why the value is called 'auto' and not something more final like 'true'.\n   * 'metadata': Load only the meta data of the video, which includes information like the duration and dimensions of the video.\n   * 'none': Don't preload any of the video data. This will wait until the user clicks play to begin downloading.\n   *\/\n  val preload: String\n\n  \/**\n   * The poster attribute sets the image that displays before the video begins playing. This is often a frame of the video or a custom title screen. As soon as the user clicks play the image will go away.\n   *\/\n  val poster: UndefOr[String]\n\n  \/**\n   * The width attribute sets the display width of the video.\n   *\/\n  val width: UndefOr[Int]\n\n  \/**\n   * The height attribute sets the display height of the video.\n   *\/\n  val height: UndefOr[Int]\n\n  val fluid: Boolean\n\n  val techOrder: js.Array[String]\n\n  val sources: js.Array[VideoSource]\n\n  val aspectRatio: String\n\n  val bigPlayButton: UndefOr[Boolean]\n\n  val controlBar: UndefOr[api.ControlBarOptions | Boolean]\n\n  \/\/    val textTrackSettings: UndefOr[videojs.TextTrackSettingsOptions]\n  val defaultVolume: Double\n\n  val html5: js.Any\n\n  \/**\n   * Video.js indicates that the user is interacting with the player by way of the \"vjs-user-active\" and \"vjs-user-inactive\" classes and the \"useractive\" event.\n   *\n   * The inactivityTimeout determines how many milliseconds of inactivity is required before declaring the user inactive. A value of 0 indicates that there is no inactivityTimeout and the user will never be considered inactive.\n   *\/\n  val inactivityTimeout: Double\n\n  val language: String\n  \/\/    val languages?: { [code: string]: videojs.LanguageTranslations };\n\n  val liveui: Boolean\n\n  val muted: Boolean\n\n  val nativeControlsForTouch: Boolean\n\n  val notSupportedMessage: String\n\n  val playbackRates: js.Array[Double]\n  \/\/    val plugins?: Partial<VideoJsPlayerPluginOptions>;\n  \/\/    val sourceOrder: Boolean\n  \/\/    val src: String\n  \/\/    val tracks: js.Array[ videojs.TextTrackOptions]\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/FetchSyntax.scala","text":"package io.laminext.fetch\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.fetch.ops.EventStreamOfFetchResponseOfEitherOps\nimport io.laminext.fetch.ops.EventStreamOfFetchResponseOps\nimport io.laminext.fetch.ops.FetchEventStreamBuilderOps\n\ntrait FetchSyntax {\n\n  def uri(\n    origin: String,\n    path: String = \"\",\n    params: Map[String, Seq[String]] = Map.empty\n  ): RequestUrl = origin.split(\":\/\/\", 2) match {\n    case Array(protocol, hostname) =>\n      RequestUrl(protocol, hostname, path.split('\/').toSeq, params)\n    case _ =>\n      RequestUrl(\"https\", origin, path.split('\/').toSeq, params)\n  }\n\n  implicit def syntaxFetchEventStreamBuilder(\n    underlying: FetchEventStreamBuilder\n  ): FetchEventStreamBuilderOps = new FetchEventStreamBuilderOps(underlying)\n\n  implicit def syntaxEventStreamOfFetchResponseOfEither[L, R](\n    underlying: EventStream[FetchResponse[Either[L, R]]]\n  ): EventStreamOfFetchResponseOfEitherOps[L, R] = new EventStreamOfFetchResponseOfEitherOps[L, R](underlying)\n\n  implicit def syntaxEventStreamOfFetchResponse[A](\n    underlying: EventStream[FetchResponse[A]]\n  ): EventStreamOfFetchResponseOps[A] = new EventStreamOfFetchResponseOps[A](underlying)\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/syntax\/ObservableOfBooleanSyntax.scala","text":"package io.laminext.syntax\n\nimport com.raquo.airstream.core.Observable\nimport io.laminext.core.ops.observable.ObservableOfBooleanOps\n\ntrait ObservableOfBooleanSyntax {\n\n  implicit def syntaxObservableOfBooleanOps(\n    o: Observable[Boolean]\n  ): ObservableOfBooleanOps = new ObservableOfBooleanOps(o)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/FetchException.scala","text":"package io.laminext.fetch\n\nimport scala.concurrent.duration.FiniteDuration\n\nsealed abstract class FetchException extends Throwable\n\nfinal case class FetchTimeout(timeout: FiniteDuration) extends FetchException\n\nfinal case class FetchError(cause: Any) extends FetchException\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/validation-core\/src\/main\/scala\/io\/laminext\/validation\/ops\/element\/InputValidationOps.scala","text":"<reponame>ngochai94\/laminext\npackage io.laminext.validation\npackage ops.element\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.syntax.core._\nimport io.laminext.validation.ops.ValidationOps\nimport org.scalajs.dom.raw.File\nimport org.scalajs.dom.html\n\nfinal class InputValidationOps(el: Input) {\n\n  @inline def validated[Err](\n    validation: Validation[String, Err, String],\n  ): ValidatedElement[html.Input, String, Err, String] = {\n    val value = el.value\n    ValidatedElement(el, value, validation)\n  }\n\n  @inline def validatedCheckBox[Err](\n    validation: Validation[Boolean, Err, Boolean],\n  ): ValidatedElement[html.Input, Boolean, Err, Boolean] = {\n    val value = el.checked\n    ValidatedElement(el, value, validation)\n  }\n\n  private def firstFileValidation[Err](noFileError: Err): Validation[Seq[File], Err, File] =\n    files =>\n      if (files.isEmpty) {\n        Left(noFileError)\n      } else {\n        Right(files.head)\n      }\n\n  @inline def validatedFile[Err](\n    noFileError: Err,\n    validation: Validation[File, Err, File],\n  ): ValidatedElement[html.Input, Seq[File], Err, File] =\n    ValidatedElement(\n      el,\n      el.files,\n      new ValidationOps(firstFileValidation(noFileError)).flatMap(validation)\n    )\n\n  @inline def validatedFiles[Err, Out](\n    validation: Validation[Seq[File], Err, Out],\n  ): ValidatedElement[html.Input, Seq[File], Err, Out] = ValidatedElement(el, el.files, validation)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/com\/raquo\/airstream\/eventstream\/DropEventStream.scala","text":"<gh_stars>0\npackage com.raquo.airstream.eventstream\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.airstream.core.Transaction\nimport com.raquo.airstream.common.InternalNextErrorObserver\nimport com.raquo.airstream.common.SingleParentObservable\n\nclass DropEventStream[A](\n  override protected val parent: EventStream[A],\n  toDrop: Int\n) extends EventStream[A]\n    with SingleParentObservable[A, A]\n    with InternalNextErrorObserver[A] {\n\n  private var dropped: Int = 0\n\n  override protected[airstream] val topoRank: Int = parent.topoRank + 1\n\n  override protected[airstream] def onNext(nextValue: A, transaction: Transaction): Unit =\n    if (dropped < toDrop) {\n      dropped = dropped + 1\n    } else {\n      fireValue(nextValue, transaction)\n    }\n\n  override def onError(nextError: Throwable, transaction: Transaction): Unit =\n    fireError(nextError, transaction)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ResizeObserverBinders.scala","text":"<reponame>ngochai94\/laminext<filename>modules\/core\/src\/main\/scala\/io\/laminext\/core\/ResizeObserverBinders.scala<gh_stars>0\npackage io.laminext.core\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.nodes.ReactiveElement\nimport io.laminext.core.binders.BinderWithStartStop\nimport io.laminext.core.binders.ResizeObserverBinder\nimport io.laminext.domext.ResizeObserverEntry\n\nobject ResizeObserverBinders {\n\n  @inline def -->[El <: ReactiveElement[org.scalajs.dom.raw.HTMLElement]](observer: Observer[ResizeObserverEntry]): BinderWithStartStop[El] = {\n    new ResizeObserverBinder(t => observer.onNext(t))\n  }\n\n  @inline def -->[El <: ReactiveElement[org.scalajs.dom.raw.HTMLElement]](onNext: ResizeObserverEntry => Unit): BinderWithStartStop[El] = {\n    new ResizeObserverBinder(onNext)\n  }\n\n  @inline def -->[El <: ReactiveElement[org.scalajs.dom.raw.HTMLElement]](eventBus: EventBus[ResizeObserverEntry]): BinderWithStartStop[El] = {\n    new ResizeObserverBinder(t => eventBus.writer.onNext(t))\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/InputChangeEvents.scala","text":"<filename>modules\/core\/src\/main\/scala\/io\/laminext\/core\/InputChangeEvents.scala\npackage io.laminext.core\n\nimport com.raquo.laminar.api.L._\nimport org.scalajs.dom.raw.Event\n\nobject InputChangeEvents {\n\n  def apply(el: Element): EventStream[Event] =\n    EventStream\n      .merge(\n        el.events(onChange),\n        el.events(onBlur),\n        el.events(onInput),\n        el.events(onPaste),\n        el.events(onCut)\n      )\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/FetchEventStream.scala","text":"<filename>modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/FetchEventStream.scala\npackage io.laminext.fetch\n\nimport com.raquo.laminar.api.L._\nimport org.scalajs.dom.experimental.Fetch.fetch\nimport org.scalajs.dom.experimental.AbortController\nimport org.scalajs.dom.experimental.BodyInit\nimport org.scalajs.dom.experimental.HttpMethod\nimport org.scalajs.dom.experimental.ReferrerPolicy\nimport org.scalajs.dom.experimental.RequestCache\nimport org.scalajs.dom.experimental.RequestCredentials\nimport org.scalajs.dom.experimental.RequestInit\nimport org.scalajs.dom.experimental.RequestMode\nimport org.scalajs.dom.experimental.RequestRedirect\nimport org.scalajs.dom.experimental.Response\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.scalajs.js\nimport scala.scalajs.js.timers.clearTimeout\nimport scala.scalajs.js.timers.setTimeout\nimport scala.scalajs.js.timers.SetTimeoutHandle\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport com.raquo.airstream.custom.CustomSource\nimport com.raquo.airstream.custom.CustomStreamSource\n\nobject FetchEventStream {\n\n  def apply[A](\n    url: String,\n    method: HttpMethod,\n    headers: js.UndefOr[Map[String, String]],\n    body: js.UndefOr[BodyInit],\n    referrer: js.UndefOr[String],\n    referrerPolicy: js.UndefOr[ReferrerPolicy],\n    mode: js.UndefOr[RequestMode],\n    credentials: js.UndefOr[RequestCredentials],\n    cache: js.UndefOr[RequestCache],\n    redirect: js.UndefOr[RequestRedirect],\n    integrity: js.UndefOr[String],\n    keepalive: js.UndefOr[Boolean],\n    timeout: js.UndefOr[FiniteDuration],\n    extract: Response => Future[A],\n  ): EventStream[FetchResponse[A]] = {\n    CustomStreamSource[FetchResponse[A]]((fireValue, fireError, _, _) => {\n      val abortController                             = new AbortController()\n      var timeoutHandle: js.UndefOr[SetTimeoutHandle] = js.undefined\n\n      def handleError(error: Throwable): Unit = {\n        timeoutHandle.foreach(clearTimeout)\n        timeoutHandle = js.undefined\n        fireError(FetchError(error))\n      }\n\n      def sendRequest(): Future[Response] = {\n        val init = js.Object().asInstanceOf[RequestInit]\n        init.method = method\n        init.headers = headers.map { headers =>\n          val dict = js.Object().asInstanceOf[js.Dictionary[String]]\n          headers.foreach { case (name, value) =>\n            dict(name) = value\n          }\n          dict\n        }\n        init.body = body\n        init.referrer = referrer\n        init.referrerPolicy = referrerPolicy\n        init.mode = mode\n        init.credentials = credentials\n        init.cache = cache\n        init.redirect = redirect\n        init.integrity = integrity\n        init.keepalive = keepalive\n        init.signal = abortController.signal\n        fetch(url, init).toFuture\n      }\n\n      CustomSource.Config(\n        onStart = () => {\n          val response = sendRequest()\n\n          timeout.foreach { timeout =>\n            timeoutHandle = setTimeout(timeout) {\n              timeoutHandle = js.undefined\n              abortController.abort()\n              fireError(FetchTimeout(timeout))\n            }\n          }\n\n          response.onComplete { result =>\n            result.fold[Unit](\n              handleError,\n              response => {\n                timeoutHandle.foreach(clearTimeout)\n                timeoutHandle = js.undefined\n                extract(response).onComplete { extracted =>\n                  extracted.fold[Unit](\n                    handleError,\n                    extracted => {\n                      fireValue(\n                        FetchResponse[A](\n                          ok = response.ok,\n                          status = response.status,\n                          statusText = response.statusText,\n                          headers = response.headers,\n                          `type` = response.`type`,\n                          data = extracted,\n                          url = response.url\n                        )\n                      )\n                    }\n                  )\n                }\n              },\n            )\n          }\n        },\n        onStop = () => {\n          abortController.abort()\n        }\n      )\n    })\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/binders\/ResizeObserverBinder.scala","text":"package io.laminext.core\npackage binders\n\nimport com.raquo.airstream.ownership.DynamicSubscription\nimport com.raquo.laminar.nodes.ReactiveElement\nimport io.laminext.domext.ResizeObserver\nimport io.laminext.domext.ResizeObserverEntry\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.HTMLElement\nimport org.scalajs.dom.raw.SVGElement\n\nimport scala.scalajs.js.|\n\nclass ResizeObserverBinder[El <: ReactiveElement[dom.raw.HTMLElement]](\n  onNext: ResizeObserverEntry => Unit\n) extends BinderWithStartStop[El] {\n\n  private var element: El                                 = _\n  private var maybeResizeObserver: Option[ResizeObserver] = Option.empty\n\n  def doStop(): Unit = {\n    maybeResizeObserver.foreach { resizeObserver =>\n      resizeObserver.disconnect()\n    }\n  }\n\n  def doStart(): Unit = {\n    maybeResizeObserver.foreach { resizeObserver =>\n      resizeObserver.observe(element.ref)\n    }\n  }\n\n  override def bind(element: El): DynamicSubscription = {\n    if (maybeResizeObserver.isDefined) {\n      dom.console.error(\"resizeListener can not be re-used\")\n    }\n    this.element = element\n    maybeResizeObserver = Some(\n      new ResizeObserver(\n        callback = (entries, _) => {\n          if (entries.nonEmpty && entries.head.target == element.ref.asInstanceOf[HTMLElement | SVGElement]) {\n            onNext(entries.head)\n          }\n        }\n      )\n    )\n    super.bind(element)\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/com\/raquo\/airstream\/features\/CombinedSeqObservable.scala","text":"<gh_stars>0\npackage com.raquo.airstream.features\n\nimport com.raquo.airstream.core.AirstreamError.CombinedError\n\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nobject CombinedSeqObservable {\n\n  def guardedSeqCombinator[A, Out](trys: Seq[Try[A]], toOut: Seq[A] => Out): Try[Out] =\n    if (trys.forall(_.isSuccess)) {\n      Success(toOut(trys.map(_.get)))\n    } else {\n      Failure(CombinedError(trys.map(_.failed.toOption)))\n    }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ops\/observable\/ObservableOfOptionOps.scala","text":"<reponame>ngochai94\/laminext\npackage io.laminext.core\npackage ops.observable\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.modifiers.Binder\nimport com.raquo.laminar.nodes.ReactiveElement\nimport com.raquo.laminar.nodes.ReactiveHtmlElement\n\nfinal class ObservableOfOptionOps[A](val underlying: Observable[Option[A]]) {\n\n  @inline def childIfEmpty(child: => Child): Inserter[ReactiveElement.Base] =\n    ConditionalChildInserter(underlying.map(_.isEmpty), child)\n\n  @inline def childIfDefined(child: => Child): Inserter[ReactiveElement.Base] =\n    ConditionalChildInserter(underlying.map(_.isDefined), child)\n\n  @inline def doWhenDefined(\n    callback: => Unit\n  ): Binder[ReactiveHtmlElement.Base] =\n    underlying --> { value =>\n      if (value.isDefined) {\n        callback\n      }\n    }\n\n  @inline def doWhenEmpty(\n    callback: => Unit\n  ): Binder[ReactiveHtmlElement.Base] =\n    underlying --> { value =>\n      if (value.isEmpty) {\n        callback\n      }\n    }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/videojs\/src\/main\/scala\/io\/laminext\/videojs\/api\/VolumePanelOptions.scala","text":"package io.laminext.videojs.api\n\nimport scala.scalajs.js\nimport scala.scalajs.js.UndefOr\n\nobject VolumePanelOptions {\n\n  def apply(\n    inline: UndefOr[Boolean] = js.undefined,\n    volumeControl: UndefOr[VolumeControlOptions] = js.undefined\n  ): VolumePanelOptions = {\n    js.Dynamic.literal(inline = inline, volumeControl = volumeControl).asInstanceOf[VolumePanelOptions]\n  }\n\n}\n\n@js.native\ntrait VolumePanelOptions extends ComponentOptions {\n  val inline: UndefOr[Boolean]\n  val volumeControl: UndefOr[VolumeControlOptions]\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ops\/htmlelement\/InputElementOps.scala","text":"package io.laminext.core\npackage ops.htmlelement\n\nimport com.raquo.laminar.api.L._\nimport org.scalajs.dom.ext._\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.dom.raw.File\n\nfinal class InputElementOps(el: Input) {\n\n  @inline def changes: EventStream[Event] = InputChangeEvents(el)\n\n  @inline def value: Signal[String] =\n    changes.mapTo(el.ref.value).toSignal(el.ref.value)\n\n  @inline def checked: Signal[Boolean] =\n    changes.mapTo(el.ref.checked).toSignal(el.ref.checked)\n\n  @inline def files: Signal[Seq[File]] =\n    changes\n      .mapTo(\n        new EasySeq[File](el.ref.files.length, el.ref.files.apply).toSeq\n      ).toSignal(\n        new EasySeq[File](el.ref.files.length, el.ref.files.apply).toSeq\n      )\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch-circe\/src\/main\/scala\/io\/laminext\/fetch\/ResponseDecodeFailed.scala","text":"package io.laminext.fetch\n\nimport org.scalajs.dom.experimental.Response\nimport io.circe.Error\n\nclass ResponseDecodeFailed(val error: Error, val response: Response) extends Throwable\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/validation-core\/src\/main\/scala\/io\/laminext\/validation\/ops\/element\/ValidatedElement.scala","text":"package io.laminext.validation\npackage ops.element\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.syntax.core._\nimport com.raquo.laminar.nodes.ReactiveHtmlElement\nimport org.scalajs.dom\n\nclass ValidatedElement[+R <: dom.html.Element, A, Err, Out](\n  val el: ReactiveHtmlElement[R],\n  val value: Signal[A],\n  val validatedValue: Signal[ValidatedValue[Err, Out]],\n  val validationError: Signal[Option[Err]]\n)\n\nobject ValidatedElement {\n\n  @inline implicit def validatedElementToReactiveHtmlElement[R <: dom.html.Element, A, Err, Out](\n    validated: ValidatedElement[R, A, Err, Out]\n  ): ReactiveHtmlElement[R] = validated.el\n\n  def apply[R <: dom.html.Element, A, Err, Out](\n    el: ReactiveHtmlElement[R],\n    value: Signal[A],\n    validation: Validation[A, Err, Out]\n  ): ValidatedElement[R, A, Err, Out] = {\n    val validatedValue = value.map(validation)\n\n    val focusedAtLeastOnce = el.events(onBlur).foldLeft(false)((_, _) => true)\n\n    val blurredAtLeastOnce =\n      EventStream\n        .merge(\n          el.events(onBlur).mapToTrue,\n          el.events(onFocus)\n            .sample(\n              Signal.combine(validatedValue, focusedAtLeastOnce)\n            )\n            .map { case (validatedValue, focusedAtLeastOnce) =>\n              validatedValue.isLeft && focusedAtLeastOnce\n            }\n        )\n        .toSignal(false)\n\n    val error =\n      Signal\n        .combine(validatedValue, blurredAtLeastOnce)\n        .map {\n          case (Left(errors), true) => Some(errors)\n          case _                    => Option.empty\n        }\n\n    new ValidatedElement[R, A, Err, Out](el, value, validatedValue, error)\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"website\/src\/main\/scala\/io\/laminext\/site\/TemplateVars.scala","text":"<reponame>ngochai94\/laminext<gh_stars>0\npackage io.laminext.site\n\nobject TemplateVars {\n\n  val vars = Seq(\n    \"laminextVersion\" -> \"0.12.0\"\n  )\n\n  def apply(s: String): String =\n    vars.foldLeft(s) { case (acc, (varName, varValue)) =>\n      acc.replace(s\"{{${varName}}}\", varValue)\n    }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/com\/raquo\/airstream\/eventstream\/TransitionsEventStream.scala","text":"package com.raquo.airstream.eventstream\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.airstream.core.Transaction\nimport com.raquo.airstream.common.InternalNextErrorObserver\nimport com.raquo.airstream.common.SingleParentObservable\n\nclass TransitionsEventStream[A](\n  override protected val parent: EventStream[A]\n) extends EventStream[(Option[A], A)]\n    with SingleParentObservable[A, (Option[A], A)]\n    with InternalNextErrorObserver[A] {\n\n  private var previous: Option[A] = Option.empty\n\n  override protected[airstream] val topoRank: Int = parent.topoRank + 1\n\n  override protected[airstream] def onNext(nextValue: A, transaction: Transaction): Unit = {\n    fireValue((previous, nextValue), transaction)\n    previous = Some(nextValue)\n  }\n\n  override def onError(nextError: Throwable, transaction: Transaction): Unit =\n    fireError(nextError, transaction)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ops\/htmlelement\/TextAreaElementOps.scala","text":"package io.laminext.core\npackage ops.htmlelement\n\nimport com.raquo.laminar.api.L._\nimport org.scalajs.dom.raw.Event\n\nclass TextAreaElementOps(el: TextArea) {\n\n  @inline def changes: EventStream[Event] = InputChangeEvents(el)\n\n  @inline def value: Signal[String] =\n    changes.mapTo(el.ref.value).toSignal(el.ref.value)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/websocket\/src\/main\/scala\/io\/laminext\/websocket\/WebSocket.scala","text":"<gh_stars>0\npackage io.laminext.websocket\n\nimport internal._\nimport com.raquo.airstream.ownership.Subscription\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.nodes.ReactiveElement\nimport org.scalajs.dom\nimport org.scalajs.dom.raw\n\nimport scala.collection.mutable\nimport scala.concurrent.duration.FiniteDuration\nimport scala.scalajs.js\nimport scala.util.control.NonFatal\n\nobject WebSocket {\n\n  def url[Receive, Send](url: String): WebSocketReceiveBuilder =\n    new WebSocketReceiveBuilder(url)\n\n  def path[Receive, Send](path: String): WebSocketReceiveBuilder = {\n    val wsProtocol = if (dom.document.location.protocol == \"https:\") \"wss\" else \"ws\"\n    url(s\"$wsProtocol:\/\/${dom.document.location.host}$path\")\n  }\n\n}\n\nclass WebSocket[Receive, Send](\n  url: String,\n  initializer: WebSocketInitialize,\n  sender: WebSocketSend[Send],\n  receiver: WebSocketReceive[Receive],\n  managed: Boolean,\n  bufferWhenDisconnected: Boolean,\n  bufferSize: Int,\n  autoReconnect: Boolean,\n  reconnectDelay: FiniteDuration,\n  reconnectDelayOffline: FiniteDuration,\n  reconnectRetries: Int\n) {\n\n  private var reconnectRetriesLeft: Int = reconnectRetries\n\n  private var bindsCount                           = 0\n  private var maybeWS: js.UndefOr[raw.WebSocket]   = js.undefined\n  private val sendBuffer: mutable.ArrayDeque[Send] = mutable.ArrayDeque.empty\n  private val eventBus                             = new EventBus[WebSocketEvent[Receive]]()\n  private val connectedVar                         = Var(false)\n  private val connectingVar                        = Var(false)\n\n  private def initWebSocket(): Unit = {\n    if (js.isUndefined(maybeWS)) {\n      try {\n        connectingVar.writer.onNext(true)\n        val ws = new raw.WebSocket(url)\n        maybeWS = ws\n\n        initializer(ws)\n\n        ws.onopen = { _ =>\n          reconnectRetriesLeft = reconnectRetries\n          eventBus.writer.onNext(WebSocketEvent.Connected(ws))\n          connectedVar.writer.onNext(true)\n          connectingVar.writer.onNext(false)\n          trySend()\n        }\n        ws.onerror = { _ =>\n          eventBus.writer.onNext(WebSocketEvent.Error(WebSocketError))\n        }\n        ws.onmessage = { event =>\n          receiver(event) match {\n            case Right(message) =>\n              eventBus.writer.onNext(WebSocketEvent.Received(message))\n            case Left(error) =>\n              eventBus.writer.onNext(WebSocketEvent.Error(error))\n          }\n        }\n        ws.onclose = { event =>\n          maybeWS = js.undefined\n          val willReconnect = managed && event.code != 1000 && autoReconnect && reconnectRetriesLeft > 0 \/\/ 1000 \u2013 websocket closed normally\n          eventBus.writer.onNext(WebSocketEvent.Closed(ws, willReconnect))\n          connectedVar.writer.onNext(false)\n          connectingVar.writer.onNext(false)\n          if (willReconnect) {\n            reconnectRetriesLeft = reconnectRetriesLeft - 1\n            val delay = if (dom.window.navigator.onLine) {\n              reconnectDelay.toMillis.toDouble\n            } else {\n              reconnectDelayOffline.toMillis.toDouble\n            }\n            val _ = js.timers.setTimeout(delay) {\n              if (bindsCount > 0) {\n                initWebSocket()\n              }\n            }\n          }\n        }\n      } catch {\n        case NonFatal(error) =>\n          eventBus.writer.onNext(WebSocketEvent.Error(error))\n      }\n    }\n  }\n\n  private def stopWebSocket(): Unit = {\n    maybeWS.foreach(_.close())\n    maybeWS = js.undefined\n  }\n\n  private def binderStarted(): Unit = {\n    if (bindsCount == 0 && managed) {\n      reconnectRetriesLeft = reconnectRetries\n      initWebSocket()\n    }\n    bindsCount += 1\n  }\n\n  private def binderStopped(): Unit = {\n    bindsCount -= 1\n    if (bindsCount == 0 && managed) {\n      stopWebSocket()\n    }\n  }\n\n  private def trySend(): Unit = {\n    if (js.isUndefined(maybeWS)) {\n      if (!bufferWhenDisconnected) {\n        sendBuffer.clear()\n      } else if (sendBuffer.size > bufferSize) {\n        sendBuffer.drop(sendBuffer.size - bufferSize)\n      }\n    }\n    maybeWS.foreach { ws =>\n      sendBuffer.foreach { message =>\n        sender(ws, message)\n      }\n      sendBuffer.clear()\n    }\n  }\n\n  def connect[El <: ReactiveElement.Base]: Binder[El] =\n    (element: El) =>\n      ReactiveElement.bindSubscription(element) { ctx =>\n        binderStarted()\n        new Subscription(\n          ctx.owner,\n          cleanup = () => {\n            binderStopped()\n          }\n        )\n      }\n\n  def disconnectNow(): Unit =\n    disconnect.onNext(null)\n\n  val disconnect: Observer[Any] = Observer { _ =>\n    if (!managed) {\n      reconnectRetriesLeft = 0\n      stopWebSocket()\n    }\n  }\n\n  def reconnectNow(): Unit = reconnect.onNext(null)\n\n  val reconnect: Observer[Any] = Observer { _ =>\n    if (!managed) {\n      reconnectRetriesLeft = reconnectRetries\n      initWebSocket()\n    }\n  }\n\n  def sendOne(message: Send): Unit = {\n    send.onNext(message)\n  }\n\n  val send: Observer[Send] = Observer(message => {\n    sendBuffer.append(message)\n    trySend()\n  })\n\n  val received: EventStream[Receive] = eventBus.events.collect { case WebSocketEvent.Received(message) => message }\n\n  val connected: EventStream[raw.WebSocket] = eventBus.events.collect { case WebSocketEvent.Connected(ws) => ws }\n\n  val closed: EventStream[(raw.WebSocket, Boolean)] = eventBus.events.collect { case WebSocketEvent.Closed(ws, willReconnect) => (ws, willReconnect) }\n\n  val errors: EventStream[Throwable] = eventBus.events.collect { case WebSocketEvent.Error(error) => error }\n\n  val events: EventStream[WebSocketEvent[Receive]] = eventBus.events\n\n  val isConnected: Signal[Boolean] = connectedVar.signal\n\n  val isConnecting: Signal[Boolean] = connectingVar.signal\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/websocket-circe\/src\/main\/scala\/io\/laminext\/websocket\/circe\/package.scala","text":"<filename>modules\/websocket-circe\/src\/main\/scala\/io\/laminext\/websocket\/circe\/package.scala\npackage io.laminext.websocket\n\nimport io.laminext.websocket.WebSocketReceiveBuilder\nimport io.laminext.websocket.circe.WebSocketReceiveBuilderCirceOps\n\npackage object circe {\n\n  val WebSocket: io.laminext.websocket.WebSocket.type = io.laminext.websocket.WebSocket\n  type WebSocket[Receive, Send] = io.laminext.websocket.WebSocket[Receive, Send]\n  type WebSocketEvent[Receive]  = io.laminext.websocket.WebSocketEvent[Receive]\n  val WebSocketError: io.laminext.websocket.WebSocketError.type = io.laminext.websocket.WebSocketError\n\n  implicit def webSocketReceiveBuilderSyntax(b: WebSocketReceiveBuilder): WebSocketReceiveBuilderCirceOps =\n    new WebSocketReceiveBuilderCirceOps(b)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/syntax\/MiscSyntax.scala","text":"package io.laminext.syntax\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.nodes.ReactiveElement\nimport io.laminext.core.NodeSeqModifier\nimport io.laminext.core.ResizeObserverBinders\nimport io.laminext.core.SetTimeoutBinders\nimport io.laminext.core.StoredBoolean\nimport io.laminext.core.StoredString\nimport io.laminext.core.TeeObserver\nimport io.laminext.core.ThisEventsStreamBuilder\nimport org.scalajs.dom\n\nimport scala.concurrent.duration.FiniteDuration\n\ntrait MiscSyntax {\n\n  @inline def nodeSeq[El <: ReactiveElement[dom.Element]](\n    seq: Modifier[El]*\n  ): Modifier[El] = new NodeSeqModifier[El](seq: _*)\n\n  @inline def nodeSequence[A, El <: ReactiveElement[dom.Element]](\n    seq: Seq[Modifier[El]]\n  ): Modifier[El] = nodeSeq(seq: _*)\n\n  @inline def when[A, El <: Element](b: Boolean)(\n    mods: Modifier[El]*\n  ): Modifier[El] =\n    if (b) { mods }\n    else { emptyMod }\n\n  @inline def whenNot[A, El <: Element](b: Boolean)(\n    mods: Modifier[El]*\n  ): Modifier[El] =\n    if (!b) { mods }\n    else { emptyMod }\n\n  @inline def whenEmpty[El <: Element](o: Option[_])(mods: Modifier[El]*): Modifier[El] =\n    when(o.isEmpty)(mods: _*)\n\n  @inline def whenDefined[El <: Element](o: Option[_])(mods: Modifier[El]*): Modifier[El] =\n    when(o.isDefined)(mods: _*)\n\n  @inline def tee[T](observers: Observer[T]*): Observer[T] =\n    new TeeObserver[T](observers)\n\n  def buildStream[T](body: Observer[T] => Unit): EventStream[T] = {\n    val bus = new EventBus[T]\n    body(bus.writer)\n    bus.events\n  }\n\n  @inline def createTrigger(): (EventStream[Unit], () => Unit) = {\n    val (stream, callback) = EventStream.withCallback[Unit]\n    (stream, () => { callback((): Unit) })\n  }\n\n  @inline def storedBoolean(name: String, initial: Boolean = true): StoredBoolean =\n    new StoredBoolean(name, initial)\n\n  @inline def storedString(name: String, initial: String): StoredString =\n    new StoredString(name, initial)\n\n  @inline def after[T](\n    timeout: FiniteDuration,\n    value: T,\n  ): SetTimeoutBinders[T] = new SetTimeoutBinders(value, timeout)\n\n  @inline def after(\n    timeout: FiniteDuration,\n  ): SetTimeoutBinders[Unit] = new SetTimeoutBinders((): Unit, timeout)\n\n  @inline def resizeObserver: ResizeObserverBinders.type = ResizeObserverBinders\n\n  @inline def thisEvents[Ev <: dom.Event](t: EventProcessor[Ev, Ev]): ThisEventsStreamBuilder[Ev, Ev] =\n    new ThisEventsStreamBuilder[Ev, Ev](t, identity)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/videojs\/src\/main\/scala\/io\/laminext\/videojs\/api\/VolumeControlOptions.scala","text":"package io.laminext.videojs.api\n\nimport io.laminext.videojs.api.components.VolumeBar\n\nimport scala.scalajs.js\nimport scala.scalajs.js.UndefOr\n\nobject VolumeControlOptions {\n\n  def apply(\n    volumeBar: UndefOr[VolumeBar] = js.undefined,\n    vertical: UndefOr[Boolean] = js.undefined\n  ): VolumeControlOptions = {\n    js.Dynamic.literal(volumeBar = volumeBar, vertical = vertical).asInstanceOf[VolumeControlOptions]\n  }\n\n}\n\n@js.native\ntrait VolumeControlOptions extends ComponentOptions {\n  val volumeBar: UndefOr[VolumeBar]\n  val vertical: UndefOr[Boolean]\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"project\/Dependencies.scala","text":"import dotty.tools.sbtplugin.DottyPlugin.autoImport._\nimport org.portablescala.sbtplatformdeps.PlatformDepsPlugin.autoImport._\nimport sbt._\nimport sbt.Keys._\n\nobject Dependencies {\n\n  val laminar: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      (\"com.raquo\" %%% \"laminar\" % DependencyVersions.laminar).withDottyCompat(scalaVersion.value)\n    )\n  }\n  val stringdiff: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      (\"app.tulz\" %%% \"stringdiff\" % DependencyVersions.stringdiff % Test).withDottyCompat(scalaVersion.value)\n    )\n  }\n\n  val domtestutils: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      (\"com.raquo\" %%% \"domtestutils\" % DependencyVersions.domtestutils % Test).withDottyCompat(scalaVersion.value)\n    )\n  }\n\n  val cats: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      (\"org.typelevel\" %%% \"cats-core\" % DependencyVersions.cats).withDottyCompat(scalaVersion.value)\n    )\n  }\n\n  val circe: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      (\"io.circe\" %%% \"circe-core\"   % DependencyVersions.circe.value).withDottyCompat(scalaVersion.value),\n      (\"io.circe\" %%% \"circe-parser\" % DependencyVersions.circe.value).withDottyCompat(scalaVersion.value)\n    )\n  }\n\n  val frontroute: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      \"io.frontroute\" %%% \"frontroute\" % DependencyVersions.frontroute\n    )\n  }\n\n  val `embedded-files-macro`: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      \"com.yurique\" %%% \"embedded-files-macro\" % DependencyVersions.`embedded-files-macro`\n    )\n  }\n\n  val sourcecode: Def.Initialize[Seq[ModuleID]] = Def.setting {\n    Seq(\n      \"com.lihaoyi\" %%% \"sourcecode\" % DependencyVersions.sourcecode\n    )\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/syntax\/ObservableOfOptionSyntax.scala","text":"<gh_stars>0\npackage io.laminext.syntax\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.core.ops.observable.ObservableOfOptionOps\n\ntrait ObservableOfOptionSyntax {\n\n  implicit def syntaxObservableOfOption[A](\n    s: Observable[Option[A]]\n  ): ObservableOfOptionOps[A] = new ObservableOfOptionOps[A](s)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/validation-core\/src\/main\/scala\/io\/laminext\/validation\/ops\/element\/TextAreaValidationOps.scala","text":"package io.laminext.validation\npackage ops.element\n\nimport com.raquo.laminar.api.L._\nimport io.laminext.syntax.core._\nimport org.scalajs.dom.html\n\nfinal class TextAreaValidationOps(el: TextArea) {\n\n  @inline def validated[Err](\n    validation: Validation[String, Err, String],\n  ): ValidatedElement[html.TextArea, String, Err, String] = {\n    val value = el.value\n    ValidatedElement.apply(el, value, validation)\n  }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/videojs\/src\/main\/scala\/io\/laminext\/videojs\/api\/ControlBarOptions.scala","text":"<reponame>ngochai94\/laminext\npackage io.laminext.videojs.api\n\nimport scala.scalajs.js\nimport scala.scalajs.js.UndefOr\n\nobject ControlBarOptions {\n\n  def apply(\n    volumePanel: UndefOr[VolumePanelOptions] = js.undefined,\n    fullscreenToggle: UndefOr[Boolean] = js.undefined,\n    pictureInPictureToggle: UndefOr[Boolean] = js.undefined\n  ): ControlBarOptions = {\n    js.Dynamic\n      .literal(\n        volumePanel = volumePanel,\n        fullscreenToggle = fullscreenToggle,\n        pictureInPictureToggle = pictureInPictureToggle\n      ).asInstanceOf[ControlBarOptions]\n  }\n\n}\n\n@js.native\ntrait ControlBarOptions extends ComponentOptions {\n  val volumePanel: UndefOr[VolumePanelOptions]\n  val fullscreenToggle: UndefOr[Boolean]\n  val pictureInPictureToggle: UndefOr[Boolean]\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"website\/src\/main\/scala\/io\/laminext\/site\/examples\/fetch\/FetchCirceExample.scala","text":"package io.laminext.site.examples.fetch\n\nimport com.raquo.laminar.CollectionCommand\nimport com.yurique.embedded.FileAsString\nimport io.laminext.site.examples.CodeExample\n\nimport scala.util.Failure\nimport scala.util.Success\n\nobject FetchCirceExample\n    extends CodeExample(\n      id = \"example-fetch-circe\",\n      title = \"circe example\",\n      description = FileAsString(\"description.md\")\n    )(() => {\n      import com.raquo.laminar.api.L._\n      import io.laminext.syntax.core._\n      import io.laminext.fetch.circe._\n      import io.circe._\n      import org.scalajs.dom\n\n      case class Data(s: String)\n      implicit val codeData: Codec[Data] = Codec.from(\n        Decoder.decodeString.map(Data(_)),\n        Encoder.encodeString.contramap(_.s),\n      )\n\n      val inputElement = input(\n        tpe := \"text\",\n        cls := \"shadow-sm focus:ring-blue-500 focus:border-blue-500 block w-full sm:text-sm border-blue-300 rounded-md bg-blue-50 text-blue-700 placeholder-blue-400 font-mono\",\n        placeholder := \"send a message\"\n      )\n      val (responsesStream, responseReceived) = EventStream.withCallback[FetchResponse[Json]]\n      div(\n        EventStream.fromValue(1).debugLogStarts --> { _ => },\n        cls := \"space-y-4\",\n        div(inputElement),\n        div(\n          cls := \"flex space-x-4\",\n          button(\n            cls := \"inline-flex items-center px-3 py-2 border border-blue-500 shadow-sm tracking-wide font-medium rounded-md text-blue-100 bg-blue-600 hover:bg-blue-500 hover:text-blue-50 focus:outline-none focus:ring-2 focus:ring-offset-2 focus:ring-blue-500\",\n            \"send\",\n            thisEvents(onClick)\n              .sample(inputElement.value)\n              .flatMap { inputValue =>\n                \/* <focus> *\/\n                Fetch\n                  .post(\"https:\/\/httpbin.org\/anything\", body = jsonRequestBody(Data(s = inputValue))) \/\/ Data has an implicit Encoder[Data] auto-derived\n                  .decode[Json]                                                                       \/\/ Json has a corresponding implicit Decoder[Json]\n                \/* <\/focus> *\/\n              } --> responseReceived,\n          ),\n        ),\n        div(\n          div(\n            code(\"received:\")\n          ),\n          div(\n            cls := \"flex flex-col space-y-4 p-4 max-h-96 overflow-auto bg-gray-900\",\n            children.command <-- responsesStream.recoverToTry.map {\n              case Success(response) =>\n                CollectionCommand.Append(\n                  div(\n                    div(\n                      cls := \"flex space-x-2 items-center\",\n                      code(cls := \"text-green-500\", \"Status: \"),\n                      code(cls := \"text-green-300\", s\"${response.status} ${response.statusText}\")\n                    ),\n                    div(\n                      cls := \"text-green-400 text-xs\",\n                      pre(response.data.spaces2)\n                    )\n                  )\n                )\n              case Failure(exception) =>\n                dom.console.error(exception.getMessage)\n                CollectionCommand.Append(\n                  div(\n                    div(\n                      cls := \"flex space-x-2 items-center\",\n                      code(cls := \"text-red-500\", \"Error: \"),\n                      code(cls := \"text-red-300\", exception.getMessage)\n                    )\n                  )\n                )\n            }\n          )\n        )\n      )\n      div()\n    })\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/RequestUrl.scala","text":"<filename>modules\/fetch\/src\/main\/scala\/io\/laminext\/fetch\/RequestUrl.scala\npackage io.laminext.fetch\n\nimport scala.scalajs.js.URIUtils.encodeURIComponent\n\ncase class RequestUrl(\n  protocol: String = \"https\",\n  hostname: String,\n  path: Seq[String] = Seq.empty,\n  params: Map[String, Seq[String]] = Map.empty\n) extends ToRequestUrl {\n\n  private def formatParams: String =\n    if (params.isEmpty) {\n      \"\"\n    } else {\n      s\"?${params\n        .flatMap { case (name, values) =>\n          values.map { value =>\n            s\"${encodeURIComponent(name)}=${encodeURIComponent(value)}\"\n          }\n        }.mkString(\"&\")}\"\n    }\n\n  override def apply(): String = s\"$protocol:\/\/$hostname\/${path.map(encodeURIComponent).mkString(\"\/\")}$formatParams\"\n\n  @inline def withHostname(hostname: String): RequestUrl = this.copy(hostname = hostname)\n\n  @inline def withPath(path: String): RequestUrl = this.copy(\n    path = path.split('\/').toSeq\n  )\n\n  @inline def addPath(path: String*): RequestUrl = this.copy(\n    path = this.path ++ path\n  )\n\n  def withParams(params: (String, String)*): RequestUrl = this.copy(\n    params = params.groupMap(_._1)(_._2)\n  )\n\n  def addParams(params: (String, String)*): RequestUrl =\n    this.copy(params = params.groupMap(_._1)(_._2))\n\n  def maybeAddParams(params: (String, Option[String])*): RequestUrl =\n    this.addParams(params.collect { case (name, Some(value)) =>\n      (name, value)\n    }: _*)\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/fetch-circe\/src\/main\/scala\/io\/laminext\/fetch\/circe\/package.scala","text":"<filename>modules\/fetch-circe\/src\/main\/scala\/io\/laminext\/fetch\/circe\/package.scala\npackage io.laminext.fetch\n\npackage object circe extends FetchSyntax with FetchCirceSyntax {\n\n  val Fetch: io.laminext.fetch.Fetch.type = io.laminext.fetch.Fetch\n  type FetchEventStreamBuilder = io.laminext.fetch.FetchEventStreamBuilder\n  type FetchException          = io.laminext.fetch.FetchException\n  type FetchResponse[A]        = io.laminext.fetch.FetchResponse[A]\n  type FetchTimeout            = io.laminext.fetch.FetchTimeout\n  type FetchError              = io.laminext.fetch.FetchError\n  type RequestUrl              = io.laminext.fetch.RequestUrl\n  type ToRequestBody           = io.laminext.fetch.ToRequestBody\n  val ToRequestBody: io.laminext.fetch.ToRequestBody.type = io.laminext.fetch.ToRequestBody\n  type ToRequestUrl = io.laminext.fetch.ToRequestUrl\n  val ToRequestUrl: io.laminext.fetch.ToRequestUrl.type = io.laminext.fetch.ToRequestUrl\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/UnsafeInnerHtmlReceiver.scala","text":"package io.laminext.core\n\nimport com.raquo.laminar.api.L._\n\nobject UnsafeInnerHtmlReceiver {\n\n  def :=[El <: Element](innerHtml: String): Modifier[El] =\n    new Modifier[El] {\n      override def apply(element: El): Unit = element.ref.innerHTML = innerHtml\n    }\n\n  def <--($innerHtml: EventStream[String]): Modifier[HtmlElement] =\n    new Modifier[HtmlElement] {\n      override def apply(parentNode: HtmlElement): Unit = {\n        parentNode.amend(\n          $innerHtml --> { newInnerHtml =>\n            parentNode.ref.innerHTML = newInnerHtml\n          }\n        )\n      }\n    }\n\n}\n"}
{"repo_name":"ngochai94\/laminext","path":"modules\/core\/src\/main\/scala\/io\/laminext\/core\/ops\/svgelement\/ReactiveSvgElementOps.scala","text":"package io.laminext.core\npackage ops.svgelement\n\nimport com.raquo.laminar.api.L._\nimport com.raquo.laminar.keys.CompositeKey.CompositeValueMapper\nimport com.raquo.laminar.nodes.ReactiveSvgElement\nimport org.scalajs.dom\n\nfinal class ReactiveSvgElementOps[T <: dom.svg.Element](el: ReactiveSvgElement[T]) {\n\n  @inline def cls(klass: String): ReactiveSvgElement[T] =\n    el.amend(svg.cls := klass)\n\n  @inline def cls[V]($items: Observable[V])(implicit valueMapper: CompositeValueMapper[V]): ReactiveSvgElement[T] =\n    el.amend(svg.cls <-- $items)\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-examples\/src\/main\/scala\/com\/acxiom\/pipeline\/SimpleKinesisDriverSetup.scala","text":"package com.acxiom.pipeline\n\nimport com.acxiom.pipeline.drivers.DriverSetup\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\ncase class SimpleKinesisDriverSetup(parameters: Map[String, Any]) extends DriverSetup {\n\n  private val sparkConf = new SparkConf()\n\n  private val sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n  private val ctx = PipelineContext(Some(sparkConf), Some(sparkSession), Some(parameters),\n    PipelineSecurityManager(),\n    PipelineParameters(List(PipelineParameter(\"SIMPLE_KINESIS_PIPELINE\", Map[String, Any]()))),\n    Some(if (parameters.contains(\"stepPackages\")) {\n      parameters(\"stepPackages\").asInstanceOf[String]\n        .split(\",\").toList\n    } else {\n      List(\"com.acxiom.pipeline.steps\")\n    }),\n    PipelineStepMapper(),\n    Some(DefaultPipelineListener()),\n    Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n\n  private val COUNT_DF = PipelineStep(\n    Some(\"RECORDCOUNT\"),\n    Some(\"Record Count\"),\n    Some(\"Returns the number of records in the data frame.\"),\n    Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"!initialDataFrame\")))),\n    Some(EngineMeta(Some(\"GroupingSteps.recordCount\"))),\n    Some(\"WRITEFILESTEP\"))\n\n  private val WRITE_FILE = PipelineStep(Some(\"WRITEFILESTEP\"), Some(\"Write Data Frame to a json file\"),\n    Some(\"This step will write a DataFrame from the provided URL\"), Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"url\"), Some(true), None, Some(\"!output_url\")),\n      Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"!initialDataFrame\")),\n      Parameter(Some(\"text\"), Some(\"mode\"), Some(true), None, Some(\"append\")))),\n    Some(EngineMeta(Some(\"InputOutputSteps.writeJSONFile\"))))\n\n  override def pipelines: List[Pipeline] = List(Pipeline(Some(\"SIMPLE_KINESIS_PIPELINE\"), Some(\"Simple Kinesis Example\"),\n    Some(List(COUNT_DF, WRITE_FILE))))\n\n  override def initialPipelineId: String = \"\"\n\n  override def pipelineContext: PipelineContext = ctx\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/pipeline\/connectors\/BigQueryDataConnector.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.gcp.pipeline.connectors\n\nimport com.acxiom.gcp.pipeline.GCPCredential\nimport com.acxiom.gcp.utils.GCPUtilities\nimport com.acxiom.pipeline.connectors.{BatchDataConnector, DataConnectorUtilities}\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport com.acxiom.pipeline.{Credential, PipelineContext}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.streaming.StreamingQuery\n\nimport java.util.Base64\n\ncase class BigQueryDataConnector(tempWriteBucket: String,\n                                 override val name: String,\n                                 override val credentialName: Option[String],\n                                 override val credential: Option[Credential]) extends BatchDataConnector {\n  override def load(source: Option[String],\n                    pipelineContext: PipelineContext,\n                    readOptions: DataFrameReaderOptions = DataFrameReaderOptions()): DataFrame = {\n    val table = source.getOrElse(\"\")\n    val readerOptions = readOptions.copy(format = \"bigquery\")\n    \/\/ Setup authentication\n    val finalCredential = getCredential(pipelineContext).asInstanceOf[Option[GCPCredential]]\n    val finalOptions = if (finalCredential.isDefined) {\n      readerOptions.copy(options = setBigQueryAuthentication(finalCredential.get, readerOptions.options))\n    } else {\n      readerOptions\n    }\n    DataConnectorUtilities.buildDataFrameReader(pipelineContext.sparkSession.get, finalOptions).load(table)\n  }\n\n  override def write(dataFrame: DataFrame, destination: Option[String],\n                     pipelineContext: PipelineContext,\n                     writeOptions: DataFrameWriterOptions = DataFrameWriterOptions()): Option[StreamingQuery] = {\n    val table = destination.getOrElse(\"\")\n    \/\/ Setup format for BigQuery\n    val writerOptions = writeOptions.copy(format = \"bigquery\", options = Some(Map(\"temporaryGcsBucket\" -> tempWriteBucket)))\n    val finalCredential = getCredential(pipelineContext).asInstanceOf[Option[GCPCredential]]\n    val finalOptions = if (finalCredential.isDefined) {\n      writerOptions.copy(options = setBigQueryAuthentication(finalCredential.get, writerOptions.options))\n    } else {\n      writerOptions\n    }\n    if (dataFrame.isStreaming) {\n      Some(dataFrame.writeStream.foreachBatch { (batchDF: DataFrame, batchId: Long) =>\n        DataConnectorUtilities.buildDataFrameWriter(batchDF, finalOptions).save(table)\n      }.start())\n    } else {\n      DataConnectorUtilities.buildDataFrameWriter(dataFrame, finalOptions).save(table)\n      None\n    }\n  }\n\n  private def setBigQueryAuthentication(credentials: GCPCredential,\n                                        options: Option[Map[String, String]]): Option[Map[String, String]] = {\n    val creds = GCPUtilities.generateCredentialsByteArray(Some(credentials.authKey))\n    if (creds.isDefined) {\n      val encodedCredential = Base64.getEncoder.encodeToString(creds.get)\n      if (options.isDefined) {\n        Some(options.get + (\"credentials\" -> encodedCredential))\n      } else {\n        Some(Map(\"credentials\" -> encodedCredential))\n      }\n    } else {\n      options\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/FileConnector.scala","text":"package com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.fs.FileManager\n\n\/**\n  * File connectors provide easily representable configuration for the various file systems. The connector\n  * implementation provides a way to get the FileManager for that file system and can be used by steps.\n  *\/\ntrait FileConnector extends Connector {\n  \/**\n    * Creates and opens a FileManager.\n    * @param pipelineContext The current PipelineContext for this session.\n    * @return A FileManager for this specific connector type\n    *\/\n  def getFileManager(pipelineContext: PipelineContext): FileManager\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/DataConnector.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.streaming.StreamingQuery\n\ntrait DataConnector extends Connector {\n  def load(source: Option[String],\n           pipelineContext: PipelineContext,\n           readOptions: DataFrameReaderOptions = DataFrameReaderOptions()): DataFrame\n  def write(dataFrame: DataFrame,\n            destination: Option[String],\n            pipelineContext: PipelineContext,\n            writeOptions: DataFrameWriterOptions = DataFrameWriterOptions()): Option[StreamingQuery]\n}\n\ntrait BatchDataConnector extends DataConnector {}\n\ntrait StreamingDataConnector extends DataConnector {}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/flow\/StepGroupStepTests.scala","text":"package com.acxiom.pipeline.flow\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.native.Serialization\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nimport java.io.File\n\nclass StepGroupStepTests extends FunSpec with BeforeAndAfterAll with Suite {\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  override def afterAll(): Unit = {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"Verify validations\") {\n    it(\"Should fail validation with missing parameters\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"bad-id\"), Some(\"invalid-pipeline\"),\n        Some(List(PipelineStep(Some(\"step-id\"),\n          None, None, Some(\"step-group\"), Some(List())))))),\n        None, SparkTestHelper.generatePipelineContext())\n      assert(!executionResult.success)\n    }\n  }\n\n  describe(\"Should execute step groups\") {\n    val subPipelineStepOne = PipelineStep(Some(\"SUB_PIPELINE_STEP_ONE\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"),\n        value = Some(\"!globalOne || !realGlobalOne || ONE\")), Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))), nextStepId = Some(\"SUB_PIPELINE_STEP_TWO\"))\n    val subPipelineStepTwo = PipelineStep(Some(\"SUB_PIPELINE_STEP_TWO\"), Some(\"Sub Pipeline Step Two\"), None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"!globalTwo || TWO\")), Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepGlobalsUpdateFunction\"))), nextStepId = Some(\"SUB_PIPELINE_STEP_THREE\"))\n    val subPipelineStepThree = PipelineStep(Some(\"SUB_PIPELINE_STEP_THREE\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"!globalThree || THREE\")),\n        Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))))\n    val subPipeline = DefaultPipeline(Some(\"subPipelineId\"), Some(\"Sub Pipeline\"), Some(List(\n      subPipelineStepOne, subPipelineStepTwo, subPipelineStepThree)), category = Some(\"step-group\"))\n\n    implicit val formats: Formats = DefaultFormats\n    val json = Serialization.write(subPipeline)\n\n    val pipelineStepOne = PipelineStep(Some(\"PIPELINE_STEP_ONE\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"!globalOne || ONE\")), Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))), nextStepId = Some(\"PIPELINE_STEP_TWO\"))\n    val pipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n        className = Some(\"com.acxiom.pipeline.DefaultPipeline\"),\n        value = parse(json).extractOpt[Map[String, Any]]),\n        Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n    val pipelineStepThree = PipelineStep(Some(\"PIPELINE_STEP_THREE\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"!globalThree || THREE\")),\n        Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))))\n    val pipeline = DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n      pipelineStepOne, pipelineStepTwo, pipelineStepThree)))\n\n    it(\"Should execute step with no pipelineMappings\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val executionResult = PipelineExecutor.executePipelines(List(pipeline), None, SparkTestHelper.generatePipelineContext())\n      assert(executionResult.success)\n      validateResults(executionResult.pipelineContext)\n    }\n\n    it(\"Should execute step with pipelineMappings pulled from globals\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"!subPipeline\")),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalOne\" -> \"globalOne\", \"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .setGlobal(\"subPipeline\", subPipeline)\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      validateResults(executionResult.pipelineContext, \"globalOne\", \"gtwo\", \"3\")\n    }\n\n    it(\"Should execute step with pipelineMappings and globals\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"!subPipeline\")),\n          Parameter(Some(\"boolean\"), Some(\"useParentGlobals\"), value = Some(true)),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .setGlobal(\"subPipeline\", subPipeline)\n        .setGlobal(\"realGlobalOne\", \"globalOne\")\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      validateResults(executionResult.pipelineContext, \"globalOne\", \"gtwo\", \"3\")\n    }\n\n    it(\"Should execute step with pipelineMappings pulled from PipelineManager\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipelineId\"),\n          value = Some(\"subPipelineId\")),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalOne\" -> \"globalOne\", \"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .copy(pipelineManager = PipelineManager(List(subPipeline)))\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      validateResults(executionResult.pipelineContext, \"globalOne\", \"gtwo\", \"3\")\n    }\n\n    it(\"Should execute step with pipelineMappings pulled from PipelineManager using special character\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"&subPipelineId\")),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalOne\" -> \"globalOne\", \"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .copy(pipelineManager = PipelineManager(List(subPipeline)))\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      validateResults(executionResult.pipelineContext, \"globalOne\", \"gtwo\", \"3\")\n    }\n\n    it(\"Should execute step with result parameter\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"!subPipeline\")),\n          Parameter(Some(\"boolean\"), Some(\"useParentGlobals\"), value = Some(true)),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))),\n        Parameter(Some(\"result\"), Some(\"output\"), None, None, Some(\"@SUB_PIPELINE_STEP_TWO\")))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .setGlobal(\"subPipeline\", subPipeline)\n        .setGlobal(\"realGlobalOne\", \"globalOne\")\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      val ctx = executionResult.pipelineContext\n      val parameters = ctx.parameters.getParametersByPipelineId(\"pipelineId\").get\n      val response = parameters.parameters(\"PIPELINE_STEP_TWO\").asInstanceOf[PipelineStepResponse]\n      assert(response.primaryReturn.contains(\"gtwo\"))\n      assert(response.namedReturns.isDefined)\n    }\n\n    it(\"Should execute step with result parameter using inline script\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"!subPipeline\")),\n          Parameter(Some(\"boolean\"), Some(\"useParentGlobals\"), value = Some(true)),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))),\n          Parameter(Some(\"result\"), Some(\"output\"), None, None, Some(\" (value:!globalThree:String) value\")))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val context = SparkTestHelper.generatePipelineContext()\n        .setGlobal(\"subPipeline\", subPipeline)\n        .setGlobal(\"realGlobalOne\", \"globalOne\")\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"), Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      val ctx = executionResult.pipelineContext\n      val parameters = ctx.parameters.getParametersByPipelineId(\"pipelineId\").get\n      val response = parameters.parameters(\"PIPELINE_STEP_TWO\").asInstanceOf[PipelineStepResponse]\n      assert(response.primaryReturn.contains(\"3\"))\n      assert(response.namedReturns.isDefined)\n    }\n\n    it(\"Should execute step with stepGroupResult\") {\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val mappingPipelineStepTwo = PipelineStep(Some(\"PIPELINE_STEP_TWO\"), None, None, Some(\"step-group\"),\n        Some(List(Parameter(Some(\"text\"), Some(\"pipeline\"),\n          value = Some(\"!subPipeline\")),\n          Parameter(Some(\"object\"), Some(\"pipelineMappings\"),\n            value = Some(Map[String, Any](\"globalOne\" -> \"globalOne\", \"globalTwo\" -> \"gtwo\", \"globalThree\" -> \"3\"))))),\n        engineMeta = None, nextStepId = Some(\"PIPELINE_STEP_THREE\"))\n\n      val stepGroup = DefaultPipeline(Some(\"subPipelineId\"), Some(\"Sub Pipeline\"), Some(List(\n        subPipelineStepOne,\n        subPipelineStepTwo.copy(params = Some(List(\n          Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"!globalTwo || TWO\")),\n          Parameter(Some(\"boolean\"), Some(\"boolean\"), value = Some(false)),\n          Parameter(Some(\"text\"), Some(\"global\"), value = Some(\"This global has been updated\"))\n        ))),\n        subPipelineStepThree)), category = Some(\"step-group\"),\n        stepGroupResult = Some(\"@SUB_PIPELINE_STEP_TWO\"))\n      val context = SparkTestHelper.generatePipelineContext().setGlobal(\"subPipeline\", stepGroup)\n      val executionResult = PipelineExecutor.executePipelines(List(DefaultPipeline(Some(\"pipelineId\"),\n        Some(\"Pipeline\"), Some(List(\n        pipelineStepOne, mappingPipelineStepTwo, pipelineStepThree)))), None, context)\n      assert(executionResult.success)\n      val ctx = executionResult.pipelineContext\n      val parameters = ctx.parameters.getParametersByPipelineId(\"pipelineId\").get\n      val response = parameters.parameters(\"PIPELINE_STEP_TWO\").asInstanceOf[PipelineStepResponse]\n      assert(response.primaryReturn.contains(\"gtwo\"))\n      assert(response.namedReturns.isDefined)\n      assert(ctx.getGlobalString(\"updatedGlobal\").getOrElse(\"\") == \"\")\n      assert(ctx.getGlobalString(\"mockGlobal\").getOrElse(\"\") == \"This global has been updated\")\n    }\n\n    it (\"Should detect result script\") {\n      val context = SparkTestHelper.generatePipelineContext()\n        .setGlobal(\"globalResult\", \"globalResult\")\n      val mapper = PipelineStepMapper()\n      assert(mapper.mapParameter(Parameter(Some(\"result\"), value = Some(\" (value:!globalResult:String) value\")), context)\n        == \"globalResult\")\n      assert(mapper.mapParameter(Parameter(Some(\"result\"), value = Some(\"test\")), context) == \"test\")\n    }\n\n    def validateResults(ctx: PipelineContext,\n                        subStepOneValue: String = \"ONE\",\n                        subStepTwoValue: String = \"TWO\",\n                        subStepThreeValue: String = \"THREE\"): Unit = {\n      assert(ctx.parameters.getParametersByPipelineId(\"pipelineId\").isDefined)\n      val parameters = ctx.parameters.getParametersByPipelineId(\"pipelineId\").get\n      assert(parameters.parameters.size == 3)\n      assert(parameters.parameters.contains(\"PIPELINE_STEP_ONE\"))\n      assert(parameters.parameters(\"PIPELINE_STEP_ONE\").asInstanceOf[PipelineStepResponse].primaryReturn.contains(\"ONE\"))\n      assert(parameters.parameters.contains(\"PIPELINE_STEP_THREE\"))\n      assert(parameters.parameters(\"PIPELINE_STEP_THREE\").asInstanceOf[PipelineStepResponse].primaryReturn.contains(\"THREE\"))\n      assert(parameters.parameters.contains(\"PIPELINE_STEP_TWO\"))\n      assert(parameters.parameters(\"PIPELINE_STEP_TWO\").isInstanceOf[PipelineStepResponse])\n      val response = parameters.parameters(\"PIPELINE_STEP_TWO\").asInstanceOf[PipelineStepResponse]\n      assert(response.primaryReturn.isDefined)\n      assert(response.primaryReturn.get.isInstanceOf[Map[String, PipelineStepResponse]])\n      assert(response.namedReturns.isEmpty)\n      val subResponse = response.primaryReturn.get.asInstanceOf[Map[String, PipelineStepResponse]]\n      assert(subResponse.size == 3)\n      assert(subResponse.contains(\"SUB_PIPELINE_STEP_ONE\"))\n      assert(subResponse(\"SUB_PIPELINE_STEP_ONE\").primaryReturn.contains(subStepOneValue))\n      assert(subResponse.contains(\"SUB_PIPELINE_STEP_TWO\"))\n      assert(subResponse(\"SUB_PIPELINE_STEP_TWO\").primaryReturn.contains(subStepTwoValue))\n      assert(subResponse.contains(\"SUB_PIPELINE_STEP_THREE\"))\n      assert(subResponse(\"SUB_PIPELINE_STEP_THREE\").primaryReturn.contains(subStepThreeValue))\n\n      \/\/ Verify audits are handled properly\n      assert(ctx.rootAudit.children.isDefined)\n      assert(ctx.rootAudit.children.get.length == 1)\n      val pipelineAudit = ctx.rootAudit.children.get.head\n      assert(pipelineAudit.children.isDefined)\n      assert(pipelineAudit.children.get.length == 3)\n      val stepGroupAudit = pipelineAudit.children.get(1)\n      assert(stepGroupAudit.children.isDefined)\n      assert(stepGroupAudit.children.get.length == 1)\n      val subPipelineAudit = stepGroupAudit.children.get.head\n      assert(subPipelineAudit.id == \"subPipelineId\")\n      assert(subPipelineAudit.children.isDefined)\n      assert(subPipelineAudit.children.get.length == 3)\n      assert(subPipelineAudit.children.get.head.id == \"SUB_PIPELINE_STEP_ONE\")\n      assert(subPipelineAudit.children.get(1).id == \"SUB_PIPELINE_STEP_TWO\")\n      assert(subPipelineAudit.children.get(2).id == \"SUB_PIPELINE_STEP_THREE\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/Transformations.scala","text":"<reponame>carpaltunnel\/metalus<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/Transformations.scala\npackage com.acxiom.pipeline.steps\n\n\ncase class ColumnDetails(outputField: String,\n                         inputAliases: List[String] = List(),\n                         expression: Option[String] = None)\n\ncase class Transformations(columnDetails: List[ColumnDetails],\n                           filter: Option[String] = None,\n                           standardizeColumnNames: Option[Boolean] = Some(false))\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/utils\/KafkaUtilities.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.kafka.utils\n\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerRecord}\nimport org.apache.spark.sql.functions.{concat, lit}\nimport org.apache.spark.sql.{Column, DataFrame}\n\nimport java.util.Properties\n\nobject KafkaUtilities {\n  private val kafkaProducerProperties = new Properties()\n  kafkaProducerProperties.put(\"key.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n  kafkaProducerProperties.put(\"value.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n  kafkaProducerProperties.put(\"acks\", \"all\")\n  kafkaProducerProperties.put(\"retries\", \"0\")\n  kafkaProducerProperties.put(\"batch.size\", \"16384\")\n  kafkaProducerProperties.put(\"linger.ms\", \"1\")\n  kafkaProducerProperties.put(\"buffer.memory\", \"33554432\")\n\n  \/**\n    * Write a single message to a Kafka Topic Using static key\n    * @param message The message to post to the Kakfa topic\n    * @param topic The Kafka topic\n    * @param kafkaNodes The comma separated Kafka nodes\n    * @param key The key value\n    * @param clientId The optional Kafka clientId\n    *\/\n  def postMessage(message: String,\n                  topic: String,\n                  kafkaNodes: String,\n                  key: String,\n                  clientId: String = \"metalus_default_kafka_producer_client\"): Unit = {\n\n    kafkaProducerProperties.put(\"bootstrap.servers\", kafkaNodes)\n    kafkaProducerProperties.put(\"client.id\", clientId)\n\n    val record = new ProducerRecord[String, String](topic, key, message)\n    val producer = new KafkaProducer[String, String](kafkaProducerProperties)\n    producer.send(record)\n    producer.flush()\n    producer.close()\n  }\n\n  \/**\n    * Publish DataFrame data to a Kafka topic.\n    *\n    * @param dataFrame  The DataFrame being published\n    * @param topic      The Kafka topic\n    * @param kafkaNodes Comma separated list of kafka nodes\n    * @param key        The Kafka key used for partitioning\n    * @param separator  The field separator used to combine the columns.\n    * @param clientId   The kafka clientId.\n    *\/\n  def publishDataFrame(dataFrame: DataFrame,\n                               topic: String,\n                               kafkaNodes: String,\n                               key: Column,\n                               separator: String = \",\",\n                               clientId: String = \"metalus_default_kafka_producer_client\"): Unit = {\n    val columns = dataFrame.schema.fields.foldLeft(List[Column]())((cols, field) => {\n      cols :+ dataFrame.col(field.name) :+ lit(separator)\n    })\n    dataFrame.withColumn(\"topic\", lit(topic))\n      .withColumn(\"key\", key)\n      .withColumn(\"value\", concat(columns.dropRight(1): _*))\n      .write\n      .format(\"kafka\")\n      .option(\"kafka.bootstrap.servers\", kafkaNodes)\n      .option(\"kafka.client.id\", clientId)\n      .save()\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/pipeline\/GCPCredential.scala","text":"package com.acxiom.gcp.pipeline\n\nimport com.acxiom.pipeline.Credential\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{DefaultFormats, Formats}\n\nimport java.util.Base64\n\ntrait GCPCredential extends Credential {\n  override def name: String = \"GCPCredential\"\n  def authKey: Map[String, String]\n}\n\n\/**\n  * An implementation of GCPCredential where parameters represent the full authKey.\n  * @param parameters The actual JSON authKey\n  *\/\nclass BasicGCPCredential(override val parameters: Map[String, Any]) extends GCPCredential {\n  override def authKey: Map[String, String] = parameters.map(record => record._1 -> record._2.toString)\n}\n\n\/**\n  * GCPCredential implementation that looks for the gcpAuthKeyArray parameter to generate the authKey.\n  * @param parameters A map containing the gcpAuthKeyArray parameter\n  *\/\nclass DefaultGCPCredential(override val parameters: Map[String, Any]) extends GCPCredential {\n  implicit val formats: Formats = DefaultFormats\n  private val authKeyArray = parameters(\"gcpAuthKeyArray\").asInstanceOf[Array[Byte]]\n  private val authKeyMap = parse(new String(authKeyArray)).extract[Map[String, String]]\n  override def authKey: Map[String, String] = authKeyMap\n}\n\n\/**\n  * GCPCredential implementation that loads the authorization json key from a Base64 string. It is not\n  * recommended that this be used in production projects.\n  * @param parameters Startup parameters containing the gcpAuthKey parameter.\n  *\/\nclass Base64GCPCredential(override val parameters: Map[String, Any]) extends GCPCredential {\n  implicit val formats: Formats = DefaultFormats\n  private val authKeyArray = Base64.getDecoder.decode(parameters(\"gcpAuthKey\").asInstanceOf[String])\n  private val authKeyMap = parse(new String(authKeyArray)).extract[Map[String, String]]\n  override def authKey: Map[String, String] = authKeyMap\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/TransformationSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport org.apache.log4j.Logger\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{Column, DataFrame, Dataset}\n\n@StepObject\nobject TransformationSteps {\n  private val logger = Logger.getLogger(getClass)\n\n  \/**\n    * maps a DataFrame to a destination DataFrame\n    *\n    * @param inputDataFrame         the DataFrame that needs to be modified\n    * @param destinationDataFrame   the DataFrame that the new data needs to map to\n    * @param transforms             the object with transform, alias, and filter logic details\n    * @param addNewColumns          a flag to determine whether new attributes are to be added to the output\n    * @return   a new DataFrame that is compatible with the destination schema\n    *\/\n  @StepFunction(\n    \"219c787a-f502-4efc-b15d-5beeff661fc0\",\n    \"Map a DataFrame to an existing DataFrame\",\n    \"This step maps a new DataFrame to an existing DataFrame to make them compatible\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"inputDataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame that needs to be modified\")),\n    \"destinationDataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame that the new data needs to map to\")),\n    \"transforms\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The object with transform, alias, and filter logic details\")),\n    \"addNewColumns\" -> StepParameter(None, Some(false), Some(\"true\"),\n      description = Some(\"Flag to determine whether new attributes are to be added to the output\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def mapToDestinationDataFrame(inputDataFrame: Dataset[_], destinationDataFrame: Dataset[_], transforms: Transformations = Transformations(List()),\n                             addNewColumns: Option[Boolean] = None): DataFrame = {\n    mapDataFrameToSchema(inputDataFrame, Schema.fromStructType(destinationDataFrame.schema), transforms, addNewColumns)\n  }\n\n  \/**\n    * maps a DataFrame to a destination schema\n    * @param inputDataFrame     the DataFrame that needs to be modified\n    * @param destinationSchema  the schema that the new data should map to\n    * @param transforms         the object with transform, alias, and filter logic details\n    * @param addNewColumns      a flag to determine whether new attributes are to be added to the output\n    * @return   a new DataFrame that is compatible with the destination schema\n    *\/\n  @StepFunction(\n    \"8f9c08ea-4882-4265-bac7-2da3e942758f\",\n    \"Map a DataFrame to a pre-defined Schema\",\n    \"This step maps a new DataFrame to a pre-defined spark schema\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"inputDataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame that needs to be modified\")),\n    \"destinationSchema\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The schema that the new data should map to\")),\n    \"transforms\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The object with transform, alias, and filter logic details\")),\n    \"addNewColumns\" -> StepParameter(None, Some(false), Some(\"true\"),\n      description = Some(\"Flag to determine whether new attributes are to be added to the output\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def mapDataFrameToSchema(inputDataFrame: Dataset[_], destinationSchema: Schema, transforms: Transformations = Transformations(List()),\n                           addNewColumns: Option[Boolean] = None): DataFrame = {\n    \/\/ create a struct type with cleaned names to pass to methods that need structtype\n    val structType = destinationSchema.toStructType(transforms)\n\n    val aliasedDF = applyAliasesToInputDataFrame(inputDataFrame, transforms)\n    val transformedDF = applyTransforms(aliasedDF, transforms)\n    val fullDF = addMissingDestinationAttributes(transformedDF, structType)\n    val typedDF = convertDataTypesToDestination(fullDF, structType)\n    val filteredDF = if(transforms.filter.isEmpty) typedDF else DataSteps.applyFilter(typedDF, transforms.filter.get)\n    orderAttributesToDestinationSchema(filteredDF, structType, addNewColumns.getOrElse(true))\n  }\n\n  \/**\n    * merges two DataFrames conforming to the schema of the 2nd DataFrame.\n    * @param inputDataFrame         the first DataFrame.\n    * @param destinationDataFrame   the second DataFrame used as the driver.\n    * @param transforms             the object with transform, alias, and filter logic details.\n    * @param addNewColumns          a flag to determine whether new attributes are to be added to the output.\n    * @param distinct               a flag to determine whether a distinct union should be performed.\n    * @return   a new DataFrame containing data from both input DataFrames\n    *\/\n  @StepFunction(\n    \"3ee74590-9131-43e1-8ee8-ad320482a592\",\n    \"Merge a DataFrame to an existing DataFrame\",\n    \"This step merges two DataFrames to create a single DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"inputDataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The first DataFrame\")),\n    \"destinationDataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The second DataFrame used as the driver\")),\n    \"transforms\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The object with transform, alias, and filter logic details\")),\n    \"addNewColumns\" -> StepParameter(None, Some(false), Some(\"true\"),\n      description = Some(\"Flag to determine whether new attributes are to be added to the output\")),\n    \"distinct\" -> StepParameter(None, Some(false), Some(\"true\"), None, None, None, Some(\"Flag to determine whether a distinct union should be performed\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def mergeDataFrames(inputDataFrame: Dataset[_], destinationDataFrame: Dataset[_], transforms: Transformations = Transformations(List()),\n                      addNewColumns: Option[Boolean] = None, distinct: Option[Boolean] = None): DataFrame = {\n    \/\/ map to destination dataframe\n    val mappedFromDF = mapToDestinationDataFrame(inputDataFrame, destinationDataFrame, transforms, addNewColumns)\n    \/\/ treating destination as the driver...adding attributes from input that don't exist on destination\n    val finalToDF = addMissingDestinationAttributes(applyAliasesToInputDataFrame(destinationDataFrame, transforms), mappedFromDF.schema)\n    \/\/ union dataframes together\n    DataSteps.union(finalToDF, mappedFromDF, distinct)\n  }\n\n  \/**\n    * applies transform logic to override existing fields or append new fields to the end of an existing dataframe\n    * @param dataFrame    the input DataFrame\n    * @param transforms   the object with transform, alias, and filter logic details\n    * @return   an updated dataframe\n    *\/\n  @StepFunction(\n    \"ac3dafe4-e6ee-45c9-8fc6-fa7f918cf4f2\",\n    \"Modify or Create Columns using Transforms Provided\",\n    \"This step transforms existing columns and\/or adds new columns to an existing dataframe using expressions provided\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The input DataFrame\")),\n    \"transforms\" -> StepParameter(None, Some(true),\n      description = Some(\"The object with transform, alias, and filter logic details\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def applyTransforms(dataFrame: Dataset[_], transforms: Transformations): DataFrame = {\n    \/\/ pull out mappings that contain a transform\n    val mappingsWithTransforms = transforms.columnDetails.filter(_.expression.nonEmpty).map(x => {\n      if(transforms.standardizeColumnNames.getOrElse(false)) { x.copy(outputField = cleanColumnName(x.outputField)) } else x\n    })\n\n    \/\/ apply any alias logic to input column names\n    val aliasedDF = applyAliasesToInputDataFrame(dataFrame, transforms)\n\n    \/\/ create input dataframe with any transform overrides (preserving input order)\n    val inputExprs = aliasedDF.columns.map(a => {\n      val mapping = mappingsWithTransforms.find(_.outputField == a)\n      if(mapping.nonEmpty) {\n        logger.info(s\"adding transform for existing column '${mapping.get.outputField}', transform=${mapping.get.expression.get}\")\n        expr(mapping.get.expression.get).as(mapping.get.outputField)\n      } else { col(a) }\n    })\n\n    \/\/ append transforms creating new fields to the end\n    val finalExprs = mappingsWithTransforms.foldLeft(inputExprs)( (exprList, m) => {\n      if(aliasedDF.columns.contains(m.outputField)) {\n        exprList\n      } else {\n        logger.info(s\"adding transform for new column '${m.outputField},transform=${m.expression.get}\")\n        exprList :+ expr(m.expression.get).as(m.outputField)\n      }\n    })\n\n    \/\/ return dataframe with all transforms applied\n    aliasedDF.select(finalExprs: _*)\n  }\n\n  \/**\n   * @param dataFrame   the DataFrame to select from.\n   * @param expressions list of expressions to select.\n   * @return a DataFrame with the selected expressions.\n   *\/\n  @StepFunction(\"3e2da5a8-387d-49b1-be22-c03764fb0fde\",\n    \"Select Expressions\",\n    \"Select each provided expresion from a DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to select from\")),\n    \"expressions\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"List of expressions to select\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def selectExpressions(dataFrame: Dataset[_], expressions: List[String]): DataFrame = {\n    dataFrame.selectExpr(expressions: _*)\n  }\n\n  \/**\n   * Add a new column to a DataFrame\n   * @param dataFrame  the DataFrame to add to.\n   * @param columnName the name of the new column.\n   * @param expression the expression used for the column.\n   * @param standardizeColumnName optional flag to control whether the column names should be cleansed\n   * @return a DataFrame with the new column.\n   *\/\n  @StepFunction(\"1e0a234a-8ae5-4627-be6d-3052b33d9014\",\n    \"Add Column\",\n    \"Add a new column to a DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to add to\")),\n    \"columnName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the new column\")),\n    \"expression\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The expression used for the column\")),\n    \"standardizeColumnName\" -> StepParameter(None, Some(false), Some(\"true\"),\n      description = Some(\"Flag to control whether the column names should be cleansed\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def addColumn(dataFrame: Dataset[_], columnName: String, expression: String, standardizeColumnName: Option[Boolean] = None): DataFrame = {\n    addColumns(dataFrame, Map(columnName -> expression), standardizeColumnName)\n  }\n\n  \/**\n   * Add multiple columns to a dataFrame using a map of names\/expression pairs.\n   * @param dataFrame the DataFrame to add columns to.\n   * @param columns   a map of column names and expressions.\n   * @return a DataFrame with the new columns.\n   *\/\n  @StepFunction(\"08c9c5a9-a10d-477e-a702-19bd24889d1e\",\n    \"Add Columns\",\n    \"Add multiple new columns to a DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to add to\")),\n    \"columns\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"A map of column names and expressions\")),\n    \"standardizeColumnNames\" -> StepParameter(None, Some(false), Some(\"true\"),\n      description = Some(\"Flag to control whether the column names should be cleansed\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def addColumns(dataFrame: Dataset[_], columns: Map[String, String], standardizeColumnNames: Option[Boolean] = None): DataFrame = {\n    val (first, remaining) = columns.splitAt(1)\n    val getName: String => String = if (standardizeColumnNames.getOrElse(true)) cleanColumnName else identity\n    remaining.foldLeft(dataFrame.withColumn(getName(first.head._1), expr(first.head._2))) { case (frame, (name, expression)) =>\n      frame.withColumn(getName(name), expr(expression))\n    }\n  }\n\n  \/**\n   * Drop a list of columns from the given DataFrame.\n   * @param dataFrame the DataFrame to drop columns from.\n   * @param columnNames   columns to drop off the DataFrame.\n   * @return a DataFrame without the listed columns.\n   *\/\n  @StepFunction(\"d5ac88a2-caa2-473c-a9f7-ffb0269880b2\",\n    \"Drop Columns\",\n    \"Add multiple new columns to a DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to drop columns from\")),\n    \"columnNames\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Columns to drop off the DataFrame\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def dropColumns(dataFrame: Dataset[_], columnNames: List[String]): DataFrame = {\n    dataFrame.drop(columnNames: _*)\n  }\n\n  @StepFunction(\n    \"42c328ac-a6bd-49ca-b597-b706956d294c\",\n    \"Flatten a DataFrame\",\n    \"This step will flatten all nested fields contained in a DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to flatten\")),\n    \"separator\" -> StepParameter(None, Some(false), Some(\"_\"), None, None, None, Some(\"Separator to place between nested field names\")),\n    \"fieldList\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"List of fields to flatten. Will flatten all fields if left empty\")),\n    \"depth\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"How deep should we traverse when flattening.\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataSet\", secondaryTypes = None)\n  def flattenDataFrame(dataFrame: Dataset[_],\n                       separator: Option[String] = None,\n                       fieldList: Option[List[String]] = None,\n                       depth: Option[Int] = None): Dataset[_] = {\n    val traversalDepth = depth.getOrElse(-1)\n    if (dataFrame.schema.fields.exists(_.dataType.isInstanceOf[StructType]) && traversalDepth != 0) {\n      val shouldFlatten: (String, Int) => Boolean = if (traversalDepth <= 0) {\n        (name, d) => d > 0 || fieldList.isEmpty || fieldList.get.contains(name)\n      } else {\n        (name, d) => d < depth.get && (d > 0 || fieldList.isEmpty || fieldList.get.contains(name))\n      }\n\n      def traverse(structType: StructType, prefix: String = \"\", currentDepth: Int = 0): List[String] = {\n        structType.fields.foldLeft(List[String]()) {\n          case (f, field) if shouldFlatten(field.name, currentDepth) && field.dataType.isInstanceOf[StructType] =>\n            f ++ traverse(field.dataType.asInstanceOf[StructType], s\"$prefix${field.name}.\", currentDepth + 1)\n          case (f, field) => f :+ s\"$prefix${field.name}\"\n        }\n      }\n\n      val selectExpressions = traverse(dataFrame.schema)\n        .map(s => org.apache.spark.sql.functions.col(s).as(s.replaceAllLiterally(\".\", separator.getOrElse(\"_\"))))\n      dataFrame.select(selectExpressions: _*)\n    } else {\n      dataFrame\n    }\n  }\n\n  \/**\n    * standardizes column names on an existing DataFrame.\n    * @param dataFrame  the DataFrame with columns that need to be standardized.\n    * @return   a new DataFrame with standardized columns.\n    *\/\n  @StepFunction(\n    \"a981080d-714c-4d36-8b09-d95842ec5655\",\n    \"Standardize Column Names on a DataFrame\",\n    \"This step will standardize columns names on existing DataFrame\",\n    \"Pipeline\",\n    \"Transforms\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true),\n    description = Some(\"The DataFrame with columns that need to be standardized\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\", secondaryTypes = None)\n  def standardizeColumnNames(dataFrame: DataFrame): DataFrame = {\n    val getCol: ((String, String)) => (String, Column) = {case (old, newName) => old -> col(old).as(newName)}\n    val nameMap = dataFrame.columns.map(c => c -> cleanColumnName(c)).groupBy(_._2).flatMap{\n      case (_, l) if l.length == 1 => Some(getCol(l.head))\n        \/\/ count duplicate columns and append a _{index + 1} to the names\n      case (_, l) => getCol(l.head) +: l.drop(1).zipWithIndex.map{case (pair, i) => getCol(pair._1, s\"${pair._2}_${i + 2}\")}\n    }\n    \/\/ preserve ordering lost by group by.\n    dataFrame.select(dataFrame.columns.map(nameMap): _*)\n  }\n\n  \/**\n    * cleans up a column name to a common case and removes characters that are not column name friendly\n    * @param name  the column name that needs to be cleaned up\n    * @return   a cleaned up version of the column name\n    *\/\n  private[steps] def cleanColumnName(name: String): String = {\n    \/\/ return uppercase letters and digits only replacing everything else with an underscore\n    val rawName = name.map(c => {\n      if (c.isLetterOrDigit) c.toUpper else '_'\n    })\n      .replaceAll(\"_+\", \"_\")\n      .stripPrefix(\"_\")\n      .stripSuffix(\"_\") \/\/ cleanup any extra _\n\n    \/\/ if it starts with a digit, add the 'c_' prefix\n    if (rawName(0).isDigit) { \"C_\" + rawName } else { rawName }\n  }\n\n  \/**\n    * converts data types from one dataframe to match data types of destination schema\n    * @param dataFrame          the input dataframe\n    * @param destinationSchema  the schema with the data types to adhere to\n    * @return   a new dataframe where all datatypes match destination schema data types\n    *\/\n  private[steps] def convertDataTypesToDestination(dataFrame: DataFrame, destinationSchema: StructType): DataFrame = {\n    val columnExprs = dataFrame.schema.flatMap(a => {\n      val destination = destinationSchema.find(_.name == a.name)\n      if(destination.isEmpty || destination.get.dataType == a.dataType) {\n        \/\/ column doesn't exist in the destination\n        List(col(a.name))\n      } else {\n        \/\/ generate expression to select, cast, and rename\n        if(a.dataType != destination.get.dataType) {\n          logger.info(s\"column '${a.name}' is being recast from ${a.dataType} to ${destination.get.dataType}\")\n        }\n\n        List(col(a.name).cast(destination.get.dataType))\n      }\n    })\n\n    \/\/ return dataframe with attributes mapped to destination names and data types\n    dataFrame.select(columnExprs: _*)\n  }\n\n  \/*\n   * Begin backwards compatibility functions\n   *\/\n  def join(left: Dataset[_], right: Dataset[_],\n           expression: Option[String] = None,\n           leftAlias: Option[String] = None,\n           rightAlias: Option[String] = None,\n           joinType: Option[String] = None,\n           pipelineContext: PipelineContext): DataFrame = {\n    DataSteps.join(left, right, expression, leftAlias, rightAlias, joinType, pipelineContext)\n  }\n\n  def groupBy(dataFrame: Dataset[_], groupings: List[String], aggregations: List[String]): DataFrame = {\n    DataSteps.groupBy(dataFrame, groupings, aggregations)\n  }\n\n  def union[T](dataFrame: Dataset[T], append: Dataset[T], distinct: Option[Boolean] = None): Dataset[T] = {\n    DataSteps.union(dataFrame, append, distinct)\n  }\n\n  def addStaticColumnToDataFrame(dataFrame: Dataset[_], columnName: String, columnValue: Any,\n                                 standardizeColumnName: Option[Boolean] = None): DataFrame = {\n    DataSteps.addStaticColumnToDataFrame(dataFrame, columnName, columnValue, standardizeColumnName)\n  }\n\n  def addUniqueIdToDataFrame(idColumnName: String, dataFrame: Dataset[_]): DataFrame = {\n    DataSteps.addUniqueIdToDataFrame(idColumnName, dataFrame)\n  }\n\n  def applyFilter[T](dataFrame: Dataset[T], expression: String): Dataset[T] = {\n    DataSteps.applyFilter(dataFrame, expression)\n  }\n\n  \/*\n   * End backwards compatibility functions\n   *\/\n\n  \/**\n    * adds placeholders for destination columns missing in dataframe\n    * @param dataFrame          the input dataframe\n    * @param destinationSchema  the destination schema with the desired columns\n    * @return   a new dataframe with placeholders\n    *\/\n  private[steps] def addMissingDestinationAttributes(dataFrame: DataFrame, destinationSchema: StructType): DataFrame = {\n    \/\/ fold over destination schema starting with input dataframe columns\n    val finalExprs = destinationSchema.foldLeft(dataFrame.columns.map(x => col(x)))( (exprList, f) => {\n      if (dataFrame.columns.contains(f.name)) {\n        \/\/ already exists, no need to do anything to the expression list\n        exprList\n      } else {\n        \/\/ add null placeholder when destination field does not exist\n        logger.info(s\"adding empty placeholder for column '${f.name}'\")\n        exprList :+ lit(\"\").cast(f.dataType).as(f.name)\n      }\n    })\n\n    \/\/ select expressions from dataframe and return\n    dataFrame.select(finalExprs: _*)\n  }\n\n  \/**\n    * reorder columns in a dataframe to match order of a destination schema optionally adding new columns to the end\n    * @param dataFrame          the input dataframe to be reordered\n    * @param destinationSchema  the destination schema driving the column order\n    * @param addNewColumns      a flag determining whether missing attributes should be added\n    * @return   a new dataframe with column in order specified by destination schema\n    *\/\n  private[steps] def orderAttributesToDestinationSchema(dataFrame: DataFrame, destinationSchema: StructType, addNewColumns: Boolean = true): DataFrame = {\n    \/\/ generate expressions that pull all destination attributes in order\n    val destExprs = destinationSchema.map(a => col(a.name))\n\n    val finalExprs = if(addNewColumns) {\n      \/\/ add expressions for any columns in the dataframe that are not in the destination schema\n      destExprs ++ dataFrame.columns.flatMap(x => {\n        if(!destinationSchema.exists(_.name == x)) {\n          logger.info(s\"appending column '$x' to the end of destination schema\")\n          List(col(x))\n        } else { List() }\n      })\n    } else { destExprs }\n\n    \/\/ select expressions from dataframe and return\n    dataFrame.select(finalExprs: _*)\n  }\n\n  \/**\n    * renames columns based on inputAliases provided in the mappings object\n    * @param dataFrame  the input dataframe\n    * @param transforms the transformations object containing the inputAliases\n    * @return  a dataframe with updated column names\n    *\/\n  private[steps] def applyAliasesToInputDataFrame(dataFrame: Dataset[_], transforms: Transformations): DataFrame = {\n    \/\/ create a map of all aliases to the output name\n    val inputAliasMap = transforms.columnDetails.flatMap(m => {\n      m.inputAliases.map(a => {\n        if (transforms.standardizeColumnNames.getOrElse(false)) cleanColumnName(a) -> cleanColumnName(m.outputField) else a -> m.outputField\n      })\n    }).toMap\n\n    \/\/ TODO: add a check to ensure that there aren't multiple fields trying to map to the same output column due to aliasing\n    \/\/ create expression with aliases applied\n    val finalExprs = dataFrame.columns.map(c => {\n      val colName = if(transforms.standardizeColumnNames.getOrElse(false)) cleanColumnName(c) else c\n      if(inputAliasMap.getOrElse(colName, c) != c) {\n        logger.info(s\"mapping input column '$c' to destination column '${inputAliasMap.getOrElse(colName, colName)}'\")\n      }\n      col(c).as(inputAliasMap.getOrElse(colName, colName))\n    })\n\n    \/\/ select expression from dataFrame and return\n    dataFrame.select(finalExprs: _*)\n  }\n}\n\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/CatalogSteps.scala","text":"<reponame>carpaltunnel\/metalus<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/CatalogSteps.scala\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Dataset}\n\n@StepObject\nobject CatalogSteps {\n\n  @StepFunction(\"3806f23b-478c-4054-b6c1-37f11db58d38\",\n    \"Read a DataFrame from Table\",\n    \"This step will read a dataFrame in a given format from the meta store\",\n    \"Pipeline\",\n    \"InputOutput\")\n  @StepParameters(Map(\"table\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the table to read\")),\n    \"options\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The DataFrameReaderOptions to use\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def readDataFrame(table: String, options: Option[DataFrameReaderOptions] = None, pipelineContext: PipelineContext): DataFrame ={\n    DataFrameSteps.getDataFrameReader(options.getOrElse(DataFrameReaderOptions()), pipelineContext).table(table)\n  }\n\n  @StepFunction(\"e2b4c011-e71b-46f9-a8be-cf937abc2ec4\",\n    \"Write DataFrame to Table\",\n    \"This step will write a dataFrame in a given format to the meta store\",\n    \"Pipeline\",\n    \"InputOutput\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to write\")),\n    \"table\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the table to write to\")),\n    \"options\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The DataFrameWriterOptions to use\"))))\n  def writeDataFrame(dataFrame: Dataset[_], table: String, options: Option[DataFrameWriterOptions] = None): Unit = {\n    DataFrameSteps.getDataFrameWriter(dataFrame, options.getOrElse(DataFrameWriterOptions())).saveAsTable(table)\n  }\n\n  @StepFunction(\"5874ab64-13c7-404c-8a4f-67ff3b0bc7cf\",\n    \"Drop Catalog Object\",\n    \"This step will drop an object from the meta store\",\n    \"Pipeline\",\n    \"InputOutput\")\n  @StepParameters(Map(\"name\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Name of the object to drop\")),\n    \"objectType\" -> StepParameter(None, Some(false), Some(\"TABLE\"), None, None, None, Some(\"Type of object to drop\")),\n    \"ifExists\" -> StepParameter(None, Some(false), Some(\"false\"), None, None, None, Some(\"Flag to control whether existence is checked\")),\n    \"cascade\" -> StepParameter(None, Some(false), Some(\"false\"), None, None, None, Some(\"Flag to control whether this deletion should cascade\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def drop(name: String,\n           objectType: Option[String] = None,\n           ifExists: Option[Boolean] = None,\n           cascade: Option[Boolean] = None,\n           pipelineContext: PipelineContext): DataFrame = {\n    val cascadable = List(\"SCHEMA\", \"DATABASE\")\n    val objectName = objectType.getOrElse(\"TABLE\")\n    val ifString = ifExists.collect { case true => \"IF EXISTS\" }.getOrElse(\"\")\n    val cascadeString = cascade.collect { case true if cascadable.contains(objectName.toUpperCase) => \"CASCADE\" }.getOrElse(\"\")\n    val sql = s\"DROP $objectName $ifString $name $cascadeString\"\n    pipelineContext.sparkSession.get.sql(sql)\n  }\n\n  @StepFunction(\"17be71f9-1492-4404-a355-1cc973694cad\",\n    \"Database Exists\",\n    \"Check spark catalog for a database with the given name.\",\n    \"branch\",\n    \"Decision\")\n  @StepParameters(Map(\"name\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Name of the database\"))))\n  @BranchResults(List(\"true\", \"false\"))\n  def databaseExists(name: String, pipelineContext: PipelineContext): Boolean = {\n    pipelineContext.sparkSession.get.catalog.databaseExists(name)\n  }\n\n  @StepFunction(\"95181811-d83e-4136-bedb-2cba1de90301\",\n    \"Table Exists\",\n    \"Check spark catalog for a table with the given name.\",\n    \"branch\",\n    \"Decision\")\n  @StepParameters(Map(\n    \"name\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Name of the table\")),\n    \"database\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Name of the database\"))))\n  @BranchResults(List(\"true\", \"false\"))\n  def tableExists(name: String, database: Option[String] = None, pipelineContext: PipelineContext): Boolean = {\n    if (database.isDefined) {\n      pipelineContext.sparkSession.get.catalog.tableExists(database.get, name)\n    } else {\n      pipelineContext.sparkSession.get.catalog.tableExists(name)\n    }\n  }\n\n  @StepFunction(\"f4adfe70-2ae3-4b8d-85d1-f53e91c8dfad\",\n    \"Set Current Database\",\n    \"Set the current default database for the spark session.\",\n    \"Pipeline\",\n    \"InputOutput\")\n  @StepParameters(Map(\"name\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Name of the database\"))))\n  def setCurrentDatabase(name: String, pipelineContext: PipelineContext): Unit = {\n    pipelineContext.sparkSession.get.catalog.setCurrentDatabase(name)\n  }\n\n  @StepFunction(\"663f8c93-0a42-4c43-8263-33f89c498760\",\n    \"Create Table\",\n    \"Create a table in the meta store.\",\n    \"Pipeline\",\n    \"InputOutput\")\n  @StepParameters(Map(\n    \"name\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Name of the table\")),\n    \"externalPath\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Path of the external table\")),\n    \"options\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Options containing the format, schema, and settings\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def createTable(name: String, externalPath: Option[String] = None,\n                  options: Option[DataFrameReaderOptions] = None,\n                  pipelineContext: PipelineContext): DataFrame = {\n    val dfOptions = options.getOrElse(DataFrameReaderOptions(\"hive\"))\n    val finalOptions = dfOptions.options.getOrElse(Map[String, String]()) ++ externalPath.map(p => \"path\" -> p)\n    val schema = dfOptions.schema.map(_.toStructType()).getOrElse(new StructType)\n    pipelineContext.sparkSession.get.catalog.createTable(name, dfOptions.format, schema, finalOptions)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-mongo\/src\/main\/scala\/com\/acxiom\/metalus\/steps\/mongo\/MongoSteps.scala","text":"package com.acxiom.metalus.steps.mongo\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport com.mongodb.spark.MongoSpark\nimport com.mongodb.spark.config.{ReadConfig, WriteConfig}\nimport org.apache.spark.sql.DataFrame\n\n@StepObject\nobject MongoSteps {\n  @StepFunction(\"bb6fe036-a981-41ad-afeb-b9c79e44e11d\",\n    \"Writes a DataFrame to a Mongo database\",\n    \"This step will write the contents of a DataFrame to the Mongo database and collection specified\",\n    \"Pipeline\",\n    \"Mongo\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to write\")),\n    \"uri\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Mongo connect string\")),\n    \"collectionName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Mongo collection name\"))))\n  def writeDataFrameToMongo(dataFrame: DataFrame, uri: String, collectionName: String): Unit =\n    MongoSpark.save(dataFrame, WriteConfig(Map(\"collection\" -> collectionName, \"uri\" -> uri)))\n\n  @StepFunction(\"c4baa4a2-1c37-47e7-bea7-85aeb4477a03\",\n    \"Creates a DataFrame from a Mongo database\",\n    \"This step will read the contents of a Mongo database and collection into a DataFrame\",\n    \"Pipeline\",\n    \"Mongo\")\n  @StepParameters(Map(\"uri\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Mongo connect string\")),\n    \"collectionName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Mongo collection name\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def loadDataFrameFromMongo(uri: String, collectionName: String, pipelineContext: PipelineContext): Option[DataFrame] =\n    Some(MongoSpark.loadAndInferSchema(pipelineContext.sparkSession.get,\n      ReadConfig(Map(\"collection\" -> collectionName, \"uri\" -> uri))))\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineStepMapper.scala","text":"<filename>metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineStepMapper.scala<gh_stars>1-10\npackage com.acxiom.pipeline\n\nimport com.acxiom.pipeline.utils.{DriverUtils, ReflectionUtils, ScalaScriptEngine}\nimport org.apache.log4j.Logger\nimport org.json4s.Formats\nimport org.json4s.native.Serialization\n\nimport scala.annotation.tailrec\nimport scala.math.ScalaNumericAnyConversions\n\nobject PipelineStepMapper {\n  def apply(): PipelineStepMapper = new DefaultPipelineStepMapper\n}\n\nclass DefaultPipelineStepMapper extends PipelineStepMapper\n\ntrait PipelineStepMapper {\n  val logger: Logger = Logger.getLogger(getClass)\n\n  \/**\n    * This function is called prior to executing a PipelineStep generating a map of values to be passed to the step\n    * function.\n    *\n    * @param step            The step to parse.\n    * @param pipelineContext The pipelineContext\n    * @return A map of values for the step.\n    *\/\n  def createStepParameterMap(step: PipelineStep, pipelineContext: PipelineContext): Map[String, Any] = {\n    if (step.params.isDefined) {\n      step.params.get.filter(_.`type`.getOrElse(\"text\").toLowerCase != \"result\").map(p => {\n        logger.debug(s\"Mapping parameter ${p.name}\")\n        val value = mapParameter(p, pipelineContext)\n        value match {\n          case v: Option[_] if v.isDefined => p.name.get -> value\n          case v: Option[_] if v.isEmpty => p.name.get -> p.defaultValue\n          case _ => p.name.get -> value\n        }\n      }).toMap\n    } else {\n      Map[String, Any]()\n    }\n  }\n\n  \/**\n    * This function will determine if the provided value contains an embedded Option\n    *\n    * @param value The value to inspect\n    * @return true if the value in the Option is another Option\n    *\/\n  @tailrec\n  final def isValidOption(value: Option[Any]): Boolean = {\n    if (value.isDefined) {\n      value.get match {\n        case option: Option[_] => isValidOption(option)\n        case _ => true\n      }\n    } else {\n      false\n    }\n  }\n\n  \/**\n    * This function will determine if the parameter value or defaultValue should be returned. If neither is set, then\n    * None is returned.\n    *\n    * @param parameter The step parameter to parse\n    * @return The value to use or None.\n    *\/\n  def getParamValue(parameter: Parameter): Option[Any] = {\n    if (parameter.value.isDefined) {\n      parameter.value\n    } else if (parameter.defaultValue.isDefined) {\n      logger.debug(s\"Parameter ${parameter.name.get} has a defaultValue of ${parameter.defaultValue.get}\")\n      parameter.defaultValue\n    } else {\n      None\n    }\n  }\n\n  \/**\n   * This function will map a parameter based on its type. String values will also be run through the castToType\n   * method. This function can be overridden to provide more control over how \"None\" values are mappped to step params.\n   *\n   * @param value     The value to convert\n   * @param parameter The step parameter\n   * @return\n   *\/\n  def mapByType(value: Option[String], parameter: Parameter, pipelineContext: PipelineContext): Any = {\n    if (value.isDefined) {\n      val convertedVal = castToType(value.get, parameter)\n      convertedVal match {\n        case s: String => mapByValue(Some(s), parameter, pipelineContext)\n        case _ => convertedVal\n      }\n    } else {\n      mapByValue(value, parameter, pipelineContext)\n    }\n  }\n\n  \/**\n   * This function will convert the return value of the mapParameter and mapByType methods based on the \"type\" value of\n   * the step parameter. This implementation supports string, numeric, and boolean type conversions. This function\n   * can be overridden to provide better support for complex types.\n   *\n   * @param value           The value to be cast\n   * @param parameter       The pipeline parameter getting mapped to.\n   * @return\n   *\/\n  def castToType(value: Any, parameter: Parameter): Any = {\n    (value, parameter.`type`.getOrElse(\"\").toLowerCase) match {\n      case (_, \"text\") => value\n      case (v, \"string\") => v.toString\n      case (bi: BigInt, \"bigint\") => bi\n      case (bd: BigDecimal, \"bigdecimal\") => bd\n      case (r: ScalaNumericAnyConversions, t) => castNumeric(r, t)\n      case (n: Number, t) => castNumeric(n, t)\n      case (c: Char, t) => castNumeric(new scala.runtime.RichChar(c), t)\n      case (s: String, t) => castString(s, t)\n      case _ => value\n    }\n  }\n\n  private def castNumeric(number: Number, targetType: String): Any = targetType match {\n    case \"integer\" | \"int\" => number.intValue()\n    case \"long\" => number.longValue()\n    case \"float\" => number.floatValue()\n    case \"double\" => number.doubleValue()\n    case \"byte\" => number.byteValue()\n    case \"short\" => number.shortValue()\n    case \"character\" | \"char\" => number.byteValue().toChar\n    case \"boolean\" => number.longValue() != 0L\n    case \"bigint\" => BigInt(number.longValue())\n    case \"bigdecimal\" => BigDecimal(number.doubleValue())\n    case \"string\" => number.toString\n    case _ => number\n  }\n\n  private def castNumeric(number: ScalaNumericAnyConversions, targetType: String): Any = targetType match {\n    case \"integer\" | \"int\" => number.toInt\n    case \"long\" => number.toLong\n    case \"float\" => number.toFloat\n    case \"double\" => number.toDouble\n    case \"byte\" => number.toByte\n    case \"short\" => number.toShort\n    case \"character\" | \"char\" => number.toChar\n    case \"boolean\" => number.toLong != 0L\n    case \"bigint\" => BigInt(number.toLong)\n    case \"bigdecimal\" => BigDecimal(number.toDouble)\n    case \"string\" => number.toString\n    case _ => number\n  }\n\n  private def castString(stringVal: String, targetType: String): Any = targetType match {\n    case \"integer\" | \"int\" => stringVal.toInt\n    case \"long\" => stringVal.toLong\n    case \"float\" => stringVal.toFloat\n    case \"double\" => stringVal.toDouble\n    case \"byte\" => stringVal.toByte\n    case \"short\" => stringVal.toShort\n    case \"bigint\" => BigInt(stringVal)\n    case \"bigdecimal\" => BigDecimal(stringVal)\n    case \"boolean\" => stringVal.toBoolean\n    case _ => stringVal\n  }\n\n  private def runScalaScript(scalaScript: String, parameter: Parameter, pipelineContext: PipelineContext): Option[Any] = {\n    val trimmedScript = scalaScript.trim\n    val (pMap, script) = if (trimmedScript.startsWith(\"(\")) {\n      val index = trimmedScript.indexOf(\")\") + 1\n      if(index <= 0) {\n        throw PipelineException(message = Some(s\"Unable to execute script: Malformed bindings. Expected enclosing character: [)].\"),\n          context = Some(pipelineContext),\n          pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n      }\n      val (params, s) = trimmedScript.splitAt(index)\n      val paramString = params.drop(1).dropRight(1).trim\n      val parameterMap = if (paramString.nonEmpty) {\n        paramString.split(\"[,]+(?![^\\\\[]*])\").map { p =>\n          val ret = p.split(\"\"\"(?<!((?<!\\\\)\\\\)):\"\"\").map(_.replaceAllLiterally(\"\"\"\\:\"\"\", \":\").replaceAllLiterally(\"\"\"\\\\\"\"\", \"\\\\\"))\n          if(ret.length < 2){\n            throw PipelineException(message = Some(s\"Unable to execute script: Illegal binding format: [$p]. Expected format: <name>:<value>:<type>\"),\n              context = Some(pipelineContext),\n              pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n          }\n          ret(0).trim -> (ret(1).trim, if (ret.length == 3) Some(ret(2)) else None)\n        }.toMap.mapValues { case (v, t) => (getBestValue(v.split(\"\\\\|\\\\|\"), Parameter(), pipelineContext), t) }\n      } else {\n        Map()\n      }\n      (parameterMap, s.trim)\n    } else {\n      (Map(), trimmedScript)\n    }\n    if (script.trim.isEmpty) {\n      throw PipelineException(message = Some(s\"Unable to execute script: script is empty. Ensure bindings are properly enclosed.\"),\n        context = Some(pipelineContext),\n        pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n    }\n    val engine = new ScalaScriptEngine\n    val initialBinding = engine.createBindings(\"logger\", logger, Some(\"org.apache.log4j.Logger\"))\n    val bindings = pMap.foldLeft(initialBinding){\n      case (binding, (name, (value: Some[_], typeName: Some[String]))) if !typeName.get.startsWith(\"Option[\") =>\n        logger.debug(s\"Adding binding for ad-hoc script: name: [$name], value: [${value.get}], type: [$typeName].\")\n        binding.setBinding(name, value.get, typeName)\n      case (binding, (name, (value, typeName))) =>\n        logger.debug(s\"Adding binding for ad-hoc script: name: [$name], value: [$value], type: [$typeName].\")\n        binding.setBinding(name, value, typeName)\n    }\n    logger.info(s\"Preparing to execute script for parameter: [${parameter.name}]\" +\n      s\"${pipelineContext.getPipelineExecutionInfo.stepId.map(s => s\"of step: [$s]\").getOrElse(\"\")} \" +\n      s\"${pipelineContext.getPipelineExecutionInfo.pipelineId.map(p => s\"in pipeline: [$p]\").getOrElse(\"\")}\")\n    engine.executeScriptWithBindings(script, bindings, pipelineContext) match {\n      case o: Option[_] => o\n      case v => Some(v)\n    }\n  }\n\n  def mapParameter(parameter: Parameter, pipelineContext: PipelineContext): Any = {\n    \/\/ Get the value\/defaultValue for this parameter\n    val value = getParamValue(parameter)\n    val returnValue = value.map(removeOptions).flatMap {\n        case s: String =>\n          parameter.`type`.getOrElse(\"none\").toLowerCase match {\n            case \"script\" =>\n              \/\/ If the parameter type is 'script', return the value as is\n              Some(s)\n            case \"scalascript\" =>\n              \/\/ compile and execute the script, then map the result into the parameter\n              runScalaScript(s, parameter, pipelineContext)\n            case \"result\" if parameter.value.getOrElse(\"NONE\").toString.trim.startsWith(\"(\") =>\n              \/\/ compile and execute the script, then map the result into the parameter\n              runScalaScript(s, parameter, pipelineContext)\n            case _ =>\n              \/\/ convert parameter value into a list of values (for the 'or' use case)\n              \/\/ get the valid return values for the parameters\n              getBestValue(s.split(\"\\\\|\\\\|\"), parameter, pipelineContext)\n          }\n        case b: Boolean => Some(b)\n        case i: Int => Some(i)\n        case i: BigInt => Some(i.toInt)\n        case d: Double => Some(d)\n        case l: List[_] => handleListParameter(l, parameter, pipelineContext)\n        case m: Map[_, _] => handleMapParameter(m, parameter, pipelineContext)\n        case t => \/\/ Handle other types - This function may need to be reworked to support this so that it can be overridden\n          throw new RuntimeException(s\"Unsupported value type ${t.getClass} for ${parameter.name.getOrElse(\"unknown\")}!\")\n    }\n\n    \/\/ use the first valid (non-empty) value found\n    if (returnValue.isDefined) {\n      castToType(returnValue.get, parameter)\n    } else {\n      \/\/ use mapByType when no valid values are returned\n      mapByType(None, parameter, pipelineContext)\n    }\n  }\n\n  \/**\n    * Provides variable mapping when a map is discovered. Case classes will be initialized if the className attribute\n    * has been provided.\n *\n    * @param map The map of values to parse and expand.\n    * @param parameter The step parameter.\n    * @param pipelineContext The pipeline context containing the globals and runtime parameters.\n    * @return A expanded map or initialized case class.\n    *\/\n  private def handleMapParameter(map: Map[_, _],\n                                 parameter: Parameter,\n                                 pipelineContext: PipelineContext): Option[Any] = {\n    val workingMap = map.asInstanceOf[Map[String, Any]]\n    Some(if (parameter.className.isDefined && parameter.className.get.nonEmpty) {\n      implicit val formats: Formats = pipelineContext.getJson4sFormats\n      \/\/ Skip the embedded variable mapping if this is a step-group pipeline parameter\n      if (workingMap.getOrElse(\"category\", \"pipeline\").asInstanceOf[String] == \"step-group\") {\n        DriverUtils.parseJson(Serialization.write(workingMap), parameter.className.get)\n      } else {\n        DriverUtils.parseJson(Serialization.write(mapEmbeddedVariables(workingMap, pipelineContext)), parameter.className.get)\n      }\n    } else {\n      mapEmbeddedVariables(workingMap, pipelineContext)\n    })\n  }\n\n  \/**\n    * Provides variable mapping and case class initialization for list containing maps. Case class initialization is supported\n    * if the className attribute is present.\n    *\n    * @param list      The list to expand.\n    * @param parameter The step parameter.\n    * @param pipelineContext The pipeline context containing the globals and runtime parameters.\n    * @return An expanded list\n    *\/\n  private def handleListParameter(list: List[_], parameter: Parameter, pipelineContext: PipelineContext): Option[Any] = {\n    val dropNone = pipelineContext.getGlobalAs[Boolean](\"dropNoneFromLists\").getOrElse(true)\n    Some(if (parameter.className.isDefined && parameter.className.get.nonEmpty) {\n      implicit val formats: Formats = pipelineContext.getJson4sFormats\n      list.map(value =>\n        DriverUtils.parseJson(Serialization.write(mapEmbeddedVariables(value.asInstanceOf[Map[String, Any]], pipelineContext)), parameter.className.get))\n    } else if (list.nonEmpty && list.head.isInstanceOf[Map[_, _]]) {\n      list.map(value => {\n        val map = value.asInstanceOf[Map[String, Any]]\n        if (map.contains(\"className\") && map.contains(\"object\")) {\n          handleMapParameter(map(\"object\").asInstanceOf[Map[String, Any]], Parameter(\n            className = Some(map(\"className\").asInstanceOf[String])), pipelineContext).get\n        } else {\n          mapEmbeddedVariables(map, pipelineContext)\n        }\n      })\n    } else if(list.nonEmpty) {\n      list.flatMap {\n        case s: String if containsSpecialCharacters(s) =>\n          (dropNone, getBestValue(s.split(\"\\\\|\\\\|\"), Parameter(), pipelineContext)) match {\n            case (false, None) => Some(None.orNull)\n            case (_, v) => v\n          }\n        case a: Any => Some(a)\n      }\n    } else {\n      list\n    })\n  }\n\n  \/**\n    * Iterates a map prior to converting to a case class and substitutes values marked with special characters: @,#,$,!,&,?\n    * @param classMap The object map\n    * @param pipelineContext The pipelineContext\n    * @return A map with substituted values\n    *\/\n  private[pipeline] def mapEmbeddedVariables(classMap: Map[String, Any], pipelineContext: PipelineContext): Map[String, Any] = {\n    implicit val formats: Formats = pipelineContext.getJson4sFormats\n    classMap.foldLeft(classMap)((map, entry) => {\n      entry._2 match {\n        case s: String if containsSpecialCharacters(s) =>\n          map + (entry._1 -> getBestValue(s.split(\"\\\\|\\\\|\"), Parameter(), pipelineContext))\n        case m: Map[String, Any] if m.contains(\"className\")=>\n          map + (entry._1 -> DriverUtils.parseJson(\n            Serialization.write(\n              mapEmbeddedVariables(m(\"object\").asInstanceOf[Map[String, Any]], pipelineContext)),\n            m(\"className\").asInstanceOf[String]))\n        case m: Map[_, _] =>\n          map + (entry._1 -> mapEmbeddedVariables(m.asInstanceOf[Map[String, Any]], pipelineContext))\n        case l: List[_] => map ++ handleListParameter(l, Parameter(), pipelineContext).map(a => entry._1 -> a)\n        case _ => map\n      }\n    })\n  }\n\n  private def containsSpecialCharacters(value: String): Boolean = {\n    \"([!@$%#&?])\".r.findAllIn(value).nonEmpty\n  }\n\n  @tailrec\n  private def getBestValue(values: Array[String],\n                           parameter: Parameter,\n                           pipelineContext: PipelineContext): Option[Any] = {\n    if (values.length > 0) {\n      val bestValue = returnBestValue(values.head.trim, parameter, pipelineContext)\n      if (isValidOption(bestValue) && bestValue.get != None.orNull) {\n        bestValue\n      } else {\n        getBestValue(values.slice(1, values.length), parameter, pipelineContext)\n      }\n    } else {\n      None\n    }\n  }\n\n  \/\/ returns a value or None if the value doesn't exist\n  private def returnBestValue(value: String,\n                              parameter: Parameter,\n                              pipelineContext: PipelineContext): Option[Any] = {\n    val embeddedVariables = \"([\\\\\\\\]{0,1}[!@$%#&?]\\\\{.*?})\".r.findAllIn(value).toList.sortBy(s => if (s.startsWith(\"\\\\\")) 1 else -1)\n\n    if (embeddedVariables.nonEmpty) {\n      embeddedVariables.foldLeft(Option[Any](value))((finalValue, embeddedValue) => {\n        removeOptions(finalValue) match {\n          case v: String if embeddedValue.startsWith(\"\\\\\") => Some(v.replace(embeddedValue, embeddedValue.substring(1)))\n          case valueString: String =>\n            val pipelinePath = getPathValues(\n              embeddedValue.replaceAll(\"\\\\{\", \"\").replaceAll(\"}\", \"\"), pipelineContext)\n            val retVal = processValue(parameter, pipelineContext, pipelinePath)\n            if (retVal.isEmpty && finalValue.get.isInstanceOf[String]) {\n              Some(valueString.replace(embeddedValue, \"None\"))\n            } else {\n              val optionlessVal = removeOptions(retVal)\n              if (optionlessVal.isInstanceOf[java.lang.Number] ||\n                optionlessVal.isInstanceOf[String] ||\n                optionlessVal.isInstanceOf[java.lang.Boolean]) {\n                val idx = findUnescapedStringIndex(valueString, embeddedValue)\n                if (idx > -1) {\n                  Some(s\"${valueString.substring(0, idx)}${optionlessVal.toString}${valueString.substring(idx + embeddedValue.length)}\")\n                } else {\n                  Some(valueString.replace(embeddedValue, optionlessVal.toString))\n                }\n              } else {\n                retVal\n              }\n            }\n          case _ =>\n            logger.warn(s\"Value for $embeddedValue is an object. String concatenation will be ignored.\")\n            finalValue\n        }\n      })\n    } else {\n      processValue(parameter, pipelineContext, getPathValues(value, pipelineContext))\n    }\n  }\n\n  @tailrec\n  private def findUnescapedStringIndex(value: String, pattern: String, startIndex: Int = -Constants.THREE): Int = {\n    val idx = value.indexOf(pattern, startIndex + Constants.TWO)\n    if (idx < Constants.ONE) {\n      idx\n    } else if (value(idx - Constants.ONE) == '\\\\') {\n      findUnescapedStringIndex(value, pattern, idx)\n    } else if (idx == startIndex) {\n      -Constants.ONE\n    } else {\n      idx\n    }\n  }\n\n  @tailrec\n  private def removeOptions(value: Any): Any = {\n    value match {\n      case Some(v) if v.isInstanceOf[Option[_]] => removeOptions(v)\n      case Some(v) => v\n      case None => value\n      case v => v\n    }\n  }\n\n  private def processValue(parameter: Parameter, pipelineContext: PipelineContext, pipelinePath: PipelinePath) = {\n    pipelinePath.mainValue match {\n      case p if List('@', '#').contains(p.headOption.getOrElse(\"\")) => getPipelineParameterValue(pipelinePath, pipelineContext)\n      case r if List('$', '?').contains(r.headOption.getOrElse(\"\")) =>\n        mapRuntimeParameter(pipelinePath, parameter, recursive = r.startsWith(\"?\"), pipelineContext)\n      case g if g.startsWith(\"!\") => getGlobalParameterValue(g, pipelinePath.extraPath.getOrElse(\"\"), pipelineContext)\n      case g if g.startsWith(\"&\") =>\n        logger.debug(s\"Fetching pipeline value for ${pipelinePath.mainValue.substring(1)}\")\n        pipelineContext.pipelineManager.getPipeline(pipelinePath.mainValue.substring(1))\n      case g if g.startsWith(\"%\") => getCredential(pipelineContext, pipelinePath)\n      case o if o.nonEmpty => Some(mapByType(removeLeadingEscapeCharacter(Some(o)), parameter, pipelineContext))\n      case _ => None\n    }\n  }\n\n  private def removeLeadingEscapeCharacter(value: Option[String]): Option[String] = {\n    value.map {\n      case v if \"^\\\\\\\\[!@$%#&?].*\".r.findAllIn(v).nonEmpty => v.substring(1)\n      case e => e\n    }\n  }\n\n  private def getCredential(pipelineContext: PipelineContext, pipelinePath: PipelinePath) = {\n    val credentialName = pipelinePath.mainValue.substring(1)\n    logger.debug(s\"Fetching credential: $credentialName\")\n    if (pipelineContext.credentialProvider.isDefined) {\n      val credential = pipelineContext.credentialProvider.get.getNamedCredential(credentialName)\n      if (credential.isDefined) {\n        getSpecificValue(credential.get, pipelinePath, Some(true))\n      } else {\n        None\n      }\n    } else {\n      None\n    }\n  }\n\n  private def mapRuntimeParameter(pipelinePath: PipelinePath, parameter: Parameter, recursive: Boolean, pipelineContext: PipelineContext): Option[Any] = {\n    val value = getPipelineParameterValue(pipelinePath, pipelineContext)\n\n    if (value.isDefined) {\n      value.get match {\n        case s: String if recursive => Some(mapParameter(parameter.copy(value = Some(s)), pipelineContext))\n        case s: String => Some(s)\n        case _ => value\n      }\n    } else {\n      value\n    }\n  }\n\n  private def getPipelineParameterValue(pipelinePath: PipelinePath, pipelineContext: PipelineContext): Option[Any] = {\n    val paramName = pipelinePath.mainValue.toLowerCase match {\n      case \"@laststepid\" | \"#laststepid\" => pipelineContext.getGlobalString(\"lastStepId\").getOrElse(\"\")\n      case _ => pipelinePath.mainValue.substring(1)\n    }\n    \/\/ See if the paramName is a pipelineId\n    val pipelineId = if (pipelinePath.pipelineId.isDefined) {\n      pipelinePath.pipelineId.get\n    } else {\n      pipelineContext.getGlobalString(\"pipelineId\").getOrElse(\"\")\n    }\n    val parameters = pipelineContext.parameters.getParametersByPipelineId(pipelineId)\n    logger.debug(s\"pulling parameter from Pipeline Parameters,paramName=$paramName,pipelineId=$pipelineId,parameters=$parameters\")\n    \/\/ the value is marked as a step parameter, get it from pipelineContext.parameters (Will be a PipelineStepResponse)\n    if (parameters.get.parameters.contains(paramName)) {\n      val applyMethod = pipelineContext.getGlobalAs[Boolean](\"extractMethodsEnabled\")\n      pipelinePath.mainValue.head match {\n        case '@' =>\n          getSpecificValue(parameters.get.parameters(paramName).asInstanceOf[PipelineStepResponse].primaryReturn,\n            pipelinePath, applyMethod)\n        case '#' =>\n          getSpecificValue(parameters.get.parameters(paramName).asInstanceOf[PipelineStepResponse].namedReturns,\n            pipelinePath, applyMethod)\n        case '$' => getSpecificValue(parameters.get.parameters(paramName), pipelinePath, applyMethod)\n        case '?' => getSpecificValue(parameters.get.parameters(paramName), pipelinePath, applyMethod)\n      }\n    } else {\n      None\n    }\n  }\n\n  private def getSpecificValue(parentObject: Any, pipelinePath: PipelinePath, applyMethod: Option[Boolean]): Option[Any] = {\n    parentObject match {\n      case g: Option[_] if g.isDefined =>\n        Some(ReflectionUtils.extractField(g.get, pipelinePath.extraPath.getOrElse(\"\"), applyMethod = applyMethod))\n      case _: Option[_] => None\n      case resp => Some(ReflectionUtils.extractField(resp, pipelinePath.extraPath.getOrElse(\"\"), applyMethod = applyMethod))\n    }\n  }\n\n  private def getPathValues(value: String, pipelineContext: PipelineContext): PipelinePath = {\n    val special = getSpecialCharacter(value)\n    if (value.contains('.') && special.nonEmpty) {\n      \/\/ Check for the special character\n      val pipelineId = value.substring(0, value.indexOf('.')).substring(1)\n      val paths = value.split('.')\n      if (pipelineContext.parameters.hasPipelineParameters(pipelineId)) {\n        val extraPath = getExtraPath(paths)\n        PipelinePath(Some(pipelineId), s\"$special${paths(1)}\", extraPath)\n      } else {\n        PipelinePath(None, paths.head, if (paths.lengthCompare(1) == 0) {\n         None\n        } else {\n          Some(paths.slice(1, paths.length).mkString(\".\"))\n        })\n      }\n    } else {\n      PipelinePath(None, value, None)\n    }\n  }\n\n  private def getSpecialCharacter(value: String): String = {\n    if (value.startsWith(\"@\") || value.startsWith(\"$\") ||\n      value.startsWith(\"!\") || value.startsWith(\"#\") ||\n      value.startsWith(\"&\") || value.startsWith(\"?\") ||\n      value.startsWith(\"%\")) {\n      value.substring(0, 1)\n    } else {\n      \"\"\n    }\n  }\n\n  private def getExtraPath(paths: Array[String]): Option[String] = {\n    if (paths.length > 2) {\n      Some(paths.toList.slice(2, paths.length).mkString(\".\"))\n    } else {\n      None\n    }\n  }\n\n  private def getGlobalParameterValue(value: String, extractPath: String, pipelineContext: PipelineContext): Option[Any] = {\n    \/\/ the value is marked as a global parameter, get it from pipelineContext.globals\n    logger.debug(s\"Fetching global value for $value.$extractPath\")\n    val globals = pipelineContext.globals.getOrElse(Map[String, Any]())\n    val initGlobal = pipelineContext.getGlobal(value.substring(1))\n    val globalLink = pipelineContext.isGlobalLink(value.substring(1))\n    val applyMethod = pipelineContext.getGlobal(\"extractMethodsEnabled\").asInstanceOf[Option[Boolean]]\n\n    if(initGlobal.isDefined) {\n      val global = initGlobal.get match {\n        case s: String if globalLink => returnBestValue(s, Parameter(), pipelineContext.copy(globals = Some(globals - \"GlobalLinks\")))\n        case s: String => Some(s)\n        case default => Some(default)\n      }\n\n      val ret = global match {\n        case g: Option[_] if g.isDefined => ReflectionUtils.extractField(g.get, extractPath, applyMethod = applyMethod)\n        case _: Option[_] => None\n        case _ => ReflectionUtils.extractField(global, extractPath, applyMethod = applyMethod)\n      }\n\n      ret match {\n        case ret: Option[_] => ret\n        case _ => Some(ret)\n      }\n    } else {\n      logger.debug(s\"globals does not contain the requested value: $value.$extractPath\")\n      None\n    }\n  }\n\n  private def mapByValue(value: Option[String], parameter: Parameter, pipelineContext: PipelineContext): Any = {\n    implicit val formats: Formats = pipelineContext.getJson4sFormats\n    if (value.isDefined) {\n      value.get\n    } else if (parameter.defaultValue.isDefined) {\n      logger.debug(s\"Parameter ${parameter.name.get} has a defaultValue of ${parameter.defaultValue.getOrElse(\"\")}\")\n      parameter.defaultValue.getOrElse(\"\")\n    } else {\n      None\n    }\n  }\n\n  private case class PipelinePath(pipelineId: Option[String], mainValue: String, extraPath: Option[String])\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/FileManagerSteps.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport com.acxiom.pipeline.connectors.FileConnector\nimport com.acxiom.pipeline.fs.FileManager\nimport org.apache.log4j.Logger\n\nimport java.util.Date\n\n@StepObject\nobject FileManagerSteps {\n  private val logger = Logger.getLogger(getClass)\n\n  \/**\n    * Copy the contents of the source path to the destination path. This function will call connect on both FileManagers.\n    *\n    * @param srcFS    FileManager for the source file system\n    * @param srcPath  Source path\n    * @param destFS   FileManager for the destination file system\n    * @param destPath Destination path\n    * @return object with copy results.\n    *\/\n  @StepFunction(\"0342654c-2722-56fe-ba22-e342169545af\",\n    \"Copy (auto buffering)\",\n    \"Copy the contents of the source path to the destination path. This function will call connect on both FileManagers.\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"srcFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The source FileManager\")),\n    \"srcPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy from\")),\n    \"destFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The destination FileManager\")),\n    \"destPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy to\"))))\n  @StepResults(primaryType = \"com.acxiom.pipeline.steps.CopyResults\",\n    secondaryTypes = None)\n  def copy(srcFS: FileManager, srcPath: String, destFS: FileManager, destPath: String): CopyResults = {\n    copy(srcFS, srcPath, destFS, destPath, FileManager.DEFAULT_BUFFER_SIZE, FileManager.DEFAULT_BUFFER_SIZE)\n  }\n\n  \/**\n    * Copy the contents of the source path to the destination path. This function will call connect on both FileManagers.\n    *\n    * @param srcFS    FileManager for the source file system\n    * @param srcPath  Source path\n    * @param destFS   FileManager for the destination file system\n    * @param destPath Destination path\n    * @param inputBufferSize The size of the buffer for the input stream\n    * @param outputBufferSize The size of the buffer for the output stream\n    * @return object with copy results.\n    *\/\n  @StepFunction(\"c40169a3-1e77-51ab-9e0a-3f24fb98beef\",\n    \"Copy (basic buffering)\",\n    \"Copy the contents of the source path to the destination path using buffer sizes. This function will call connect on both FileManagers.\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"srcFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The source FileManager\")),\n    \"srcPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy from\")),\n    \"destFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The destination FileManager\")),\n    \"destPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy to\")),\n    \"inputBufferSize\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The size of the buffer to use for reading data during copy\")),\n    \"outputBufferSize\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The size of the buffer to use for writing data during copy\"))))\n  @StepResults(primaryType = \"com.acxiom.pipeline.steps.CopyResults\",\n    secondaryTypes = None)\n  def copy(srcFS: FileManager, srcPath: String, destFS: FileManager, destPath: String, inputBufferSize: Int, outputBufferSize: Int): CopyResults = {\n    copy(srcFS, srcPath, destFS, destPath, inputBufferSize, outputBufferSize, FileManager.DEFAULT_COPY_BUFFER_SIZE)\n  }\n\n  \/**\n    * Copy the contents of the source path to the destination path. This function will call connect on both FileManagers.\n    *\n    * @param srcFS    FileManager for the source file system\n    * @param srcPath  Source path\n    * @param destFS   FileManager for the destination file system\n    * @param destPath Destination path\n    * @param inputBufferSize The size of the buffer for the input stream\n    * @param outputBufferSize The size of the buffer for the output stream\n    * @param copyBufferSize The size of the buffer used to transfer from input to output\n    * @return object with copy results.\n    *\/\n  @StepFunction(\"f5a24db0-e91b-5c88-8e67-ab5cff09c883\",\n    \"Copy (advanced buffering)\",\n    \"Copy the contents of the source path to the destination path using full buffer sizes. This function will call connect on both FileManagers.\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"srcFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The source FileManager\")),\n    \"srcPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy from\")),\n    \"destFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The destination FileManager\")),\n    \"destPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to copy to\")),\n    \"inputBufferSize\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The size of the buffer to use for reading data during copy\")),\n    \"outputBufferSize\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The size of the buffer to use for writing data during copy\")),\n    \"copyBufferSize\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The intermediate buffer size to use during copy\"))))\n  @StepResults(primaryType = \"com.acxiom.pipeline.steps.CopyResults\",\n    secondaryTypes = None)\n  def copy(srcFS: FileManager, srcPath: String, destFS: FileManager, destPath: String,\n           inputBufferSize: Int, outputBufferSize: Int, copyBufferSize: Int): CopyResults = {\n    \/\/ connect to source and destination file systems\n    srcFS.connect()\n    destFS.connect()\n\n    \/\/ create input and output streams\n    val inputStream = srcFS.getInputStream(srcPath, inputBufferSize)\n    val outputStream = destFS.getOutputStream(destPath, bufferSize = outputBufferSize)\n    logger.info(s\"starting copy,source=$srcPath,destination=$destPath\")\n\n    \/\/ track size and start time\n    val size = srcFS.getSize(srcPath)\n    val startTime = new Date()\n\n    \/\/ start the copy\n    val copied = destFS.copy(inputStream, outputStream, copyBufferSize)\n    val endTime = new Date()\n    val duration = endTime.getTime - startTime.getTime\n    logger.info(s\"copy complete,success=$copied,size=$size,durationMS=$duration\")\n\n    \/\/ close input and output streams\n    inputStream.close()\n    outputStream.close()\n\n    \/\/ return metrics\n    CopyResults(copied, size, duration, startTime, endTime)\n  }\n\n  \/**\n    * Verify that a source path and destination path are the same size.\n    *\n    * @param srcFS    FileManager for the source file system\n    * @param srcPath  Source path\n    * @param destFS   FileManager for the destination file system\n    * @param destPath Destination path\n    * @return true if the source and destination files are the same size\n    *\/\n  @StepFunction(\"1af68ab5-a3fe-4afb-b5fa-34e52f7c77f5\",\n    \"Compare File Sizes\",\n    \"Compare the file sizes of the source and destination paths\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"srcFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The source FileManager\")),\n    \"srcPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to the source\")),\n    \"destFS\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The destination FileManager\")),\n    \"destPath\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to th destination\"))))\n  def compareFileSizes(srcFS: FileManager, srcPath: String, destFS: FileManager, destPath: String): Int =\n    srcFS.getSize(srcPath).compareTo(destFS.getSize(destPath))\n\n  \/**\n    * Delete the file using the provided FileManager and Path\n    *\n    * @param fileManager The FileManager to use when deleting the file\n    * @param path        The full path to the file\n    * @return true if the file can be deleted\n    *\/\n  @StepFunction(\"bf2c4df8-a215-480b-87d8-586984e04189\",\n    \"Delete (file)\",\n    \"Delete a file\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"fileManager\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The FileManager\")),\n    \"path\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The path to the file being deleted\"))))\n  @StepResults(primaryType = \"Boolean\", secondaryTypes = None)\n  def deleteFile(fileManager: FileManager, path: String): Boolean =\n    fileManager.deleteFile(path)\n\n  \/**\n    * Disconnects a FileManager from the underlying file system\n    *\n    * @param fileManager The FileManager implementation to disconnect\n    *\/\n  @StepFunction(\"3d1e8519-690c-55f0-bd05-1e7b97fb6633\",\n    \"Disconnect a FileManager\",\n    \"Disconnects a FileManager from the underlying file system\",\n    \"Pipeline\",\n    \"FileManager\")\n  @StepParameters(Map(\"fileManager\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The file manager to disconnect\"))))\n  def disconnectFileManager(fileManager: FileManager): Unit = {\n    fileManager.disconnect()\n  }\n\n  \/**\n    * Creates a FileManager from provided connector\n    *\n    * @return fileManager The FileManager implementation\n    *\/\n  @StepFunction(\"259a880a-3e12-4843-9f02-2cfc2a05f576\",\n    \"Create a FileManager\",\n    \"Creates a FileManager using the provided FileConnector\",\n    \"Pipeline\",\n    \"Connectors\")\n  @StepParameters(Map(\"fileConnector\" -> StepParameter(None, Some(true), None, None,\n    None, None, Some(\"The FileConnector to use to create the FileManager implementation\"))))\n  def getFileManager(fileConnector: FileConnector, pipelineContext: PipelineContext): FileManager =\n    fileConnector.getFileManager(pipelineContext)\n}\n\ncase class CopyResults(success: Boolean, fileSize: Long, durationMS: Long, startTime: Date, endTime: Date)\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/pipeline\/connectors\/KafkaDataConnector.scala","text":"package com.acxiom.kafka.pipeline.connectors\n\nimport com.acxiom.kafka.utils.KafkaUtilities\nimport com.acxiom.pipeline.connectors.StreamingDataConnector\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport com.acxiom.pipeline.{Credential, PipelineContext}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions.lit\nimport org.apache.spark.sql.streaming.StreamingQuery\n\ncase class KafkaDataConnector(topics: String,\n                              kafkaNodes: String,\n                              key: Option[String],\n                              keyField: Option[String],\n                              override val name: String,\n                              override val credentialName: Option[String],\n                              override val credential: Option[Credential],\n                              clientId: String = \"metalus_default_kafka_producer_client\",\n                              separator: String = \",\") extends StreamingDataConnector {\n  override def load(source: Option[String],\n                    pipelineContext: PipelineContext,\n                    readOptions: DataFrameReaderOptions = DataFrameReaderOptions()): DataFrame = {\n    pipelineContext.sparkSession.get\n      .readStream\n      .format(\"kafka\")\n      .option(\"kafka.bootstrap.servers\", kafkaNodes)\n      .option(\"subscribe\", topics)\n      .options(readOptions.options.getOrElse(Map[String, String]()))\n      .load()\n  }\n\n  override def write(dataFrame: DataFrame,\n                     destination: Option[String],\n                     pipelineContext: PipelineContext,\n                     writeOptions: DataFrameWriterOptions = DataFrameWriterOptions()): Option[StreamingQuery] = {\n    if (dataFrame.isStreaming) {\n      Some(dataFrame\n        .writeStream\n        .format(\"kafka\")\n        .option(\"kafka.bootstrap.servers\", kafkaNodes)\n        .option(\"subscribe\", topics)\n        .options(writeOptions.options.getOrElse(Map[String, String]()))\n        .start())\n    } else {\n      val col = if (keyField.isDefined && dataFrame.schema.fields.exists(_.name == keyField.get)) {\n        dataFrame.col(keyField.get)\n      } else if (key.isDefined) {\n        lit(key.get)\n      } else if (keyField.isDefined) {\n        lit(keyField.get)\n      } else {\n        lit(\"message_key\")\n      }\n      KafkaUtilities.publishDataFrame(dataFrame, topics, kafkaNodes, col, separator, clientId)\n      None\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/utils\/S3Utilities.scala","text":"package com.acxiom.aws.utils\n\nimport com.acxiom.pipeline.PipelineContext\nimport org.apache.log4j.Logger\nimport java.net.URI\n\nimport com.amazonaws.auth.DefaultAWSCredentialsProviderChain\nimport com.amazonaws.services.securitytoken.AWSSecurityTokenServiceClientBuilder\nimport com.amazonaws.services.securitytoken.model.{AssumeRoleRequest, AssumeRoleResult}\n\nobject S3Utilities {\n  private val logger = Logger.getLogger(getClass)\n  val MULTIPART_UPLOAD_SIZE = 52428800\n  val MULTIPART_COPY_SIZE = 5368709120L\n\n  \/**\n    * Given a path, this function will attempt to derive the protocol. If the protocol cannot be determined, then it\n    * will default to s3a.\n    * @param path A valid path\n    * @return The protocol to use for authentication.\n    *\/\n  def deriveProtocol(path: String): String = {\n    if (path.startsWith(\"s3\")) {\n      path.substring(0, path.indexOf(\":\"))\n    } else {\n      \"s3a\"\n    }\n  }\n\n  \/**\n    * This function will attempt to set the authorization used when reading or writing a DataFrame.\n    *\n    * @param path A valid path\n    * @param accessKeyId The access key\n    * @param secretAccessKey The secret\n    * @param pipelineContext The PipelineContext\n    *\/\n  def setS3Authorization(path: String,\n                         accessKeyId: Option[String],\n                         secretAccessKey: Option[String],\n                         accountId: Option[String] = None,\n                         role: Option[String] = None,\n                         partition: Option[String] = None,\n                         pipelineContext: PipelineContext): Unit = {\n    val keyAndSecret = accessKeyId.isDefined && secretAccessKey.isDefined\n    val roleBased = role.isDefined && accountId.isDefined\n    if (keyAndSecret || roleBased) {\n      logger.debug(s\"Setting up S3 authorization for $path\")\n      val protocol = S3Utilities.deriveProtocol(path)\n      val sc = pipelineContext.sparkSession.get.sparkContext\n      if (accessKeyId.isDefined && secretAccessKey.isDefined) {\n        sc.hadoopConfiguration.unset(\"spark.hadoop.fs.s3a.aws.credentials.provider\")\n        sc.hadoopConfiguration.unset(\"fs.s3a.aws.credentials.provider\")\n        sc.hadoopConfiguration.set(s\"fs.$protocol.awsAccessKeyId\", accessKeyId.get)\n        sc.hadoopConfiguration.set(s\"fs.$protocol.awsSecretAccessKey\", secretAccessKey.get)\n        sc.hadoopConfiguration.set(s\"fs.$protocol.access.key\", accessKeyId.get)\n        sc.hadoopConfiguration.set(s\"fs.$protocol.secret.key\", secretAccessKey.get)\n      }\n      if(roleBased && protocol == \"s3a\") {\n        sc.hadoopConfiguration.set(\"fs.s3a.assumed.role.arn\", buildARN(accountId.get, role.get, partition))\n        sc.hadoopConfiguration.setStrings(\"spark.hadoop.fs.s3a.aws.credentials.provider\",\n          s\"org.apache.hadoop.fs.s3a.AssumedRoleCredentialProvider\",\n          \"org.apache.hadoop.fs.s3a.auth.AssumedRoleCredentialProvider\")\n      }\n      sc.hadoopConfiguration.set(s\"fs.$protocol.acl.default\", \"BucketOwnerFullControl\")\n      sc.hadoopConfiguration.set(s\"fs.$protocol.canned.acl\", \"BucketOwnerFullControl\")\n    }\n  }\n\n  \/**\n    * This function will attempt to add or replace the protocol in the given path.\n    * @param path A calid path\n    * @param protocol The protocol to use\n    * @return The path with the proper protocol.\n    *\/\n  def replaceProtocol(path: String, protocol: String): String = {\n    val newPath = if (path.startsWith(\"s3\")) {\n      path.substring(path.indexOf(\":\") + 3)\n    } else {\n      path\n    }\n    s\"$protocol:\/\/${prepareS3FilePath(newPath)}\"\n  }\n\n  \/**\n    * This function will take the given path and strip any protocol information.\n    * @param path A valid path\n    * @return A raw path with no protocol information\n    *\/\n  def prepareS3FilePath(path: String, bucket: Option[String] = None): String = {\n    val newPath = if (path.startsWith(\"\/\")) {\n      path.substring(1)\n    } else if (path.startsWith(s\"s3\") && bucket.isDefined) {\n      path.substring(path.indexOf(s\"${bucket.get}\/\") + bucket.get.length + 1)\n    } else if (path.startsWith(s\"s3\")) {\n      new URI(path).normalize().toString\n    } else {\n      path\n    }\n    newPath\n  }\n\n  \/**\n    * Prepares Spark for reading\/writing of DataFrames\n    * @param pipelineContext The PipelineContext containing the SparkSession\n    *\/\n  def registerS3FileSystems(pipelineContext: PipelineContext): Unit = {\n    pipelineContext.sparkSession.get.sparkContext.hadoopConfiguration.set(\"fs.s3a.impl\", \"org.apache.hadoop.fs.s3a.S3AFileSystem\")\n    pipelineContext.sparkSession.get.sparkContext.hadoopConfiguration.set(\"fs.s3.impl\", \"org.apache.hadoop.fs.s3native.NativeS3FileSystem\")\n  }\n\n  def buildARN(accountId: String, role: String, partition: Option[String]): String = {\n    s\"arn:${partition.getOrElse(\"aws\")}:iam::$accountId:role\/$role\"\n  }\n\n  def assumeRole(accountId: String,\n                 role: String,\n                 partition: Option[String] = None,\n                 session: Option[String] = None,\n                 externalId: Option[String] = None,\n                 duration: Option[Integer] = None): AssumeRoleResult = {\n    val arn = buildARN(accountId, role, partition)\n    val sessionName = session.getOrElse(s\"${accountId}_$role\")\n    val s3Client = AWSSecurityTokenServiceClientBuilder.standard()\n      .withCredentials(new DefaultAWSCredentialsProviderChain())\n      .build()\n    val roleRequest = new AssumeRoleRequest()\n      .withRoleArn(arn)\n      .withRoleSessionName(sessionName)\n    val withExternalId = externalId.filter(_.trim.nonEmpty).map(roleRequest.withExternalId).getOrElse(roleRequest)\n    val withDuration = duration.map(withExternalId.withDurationSeconds).getOrElse(withExternalId)\n    s3Client.assumeRole(withDuration)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-examples\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/SplitSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject}\nimport org.apache.spark.sql.DataFrame\n\n@StepObject\nobject SplitSteps {\n  @StepFunction(\"772912d6-ee6a-5228-ae7a-0127eb2dce37\",\n    \"Selects a subset of fields from a DataFrame\",\n    \"Creates a new DataFrame which is a subset of the provided DataFrame\",\n    \"Pipeline\",\n    \"Example\")\n  def selectFields(dataFrame: DataFrame, fieldNames: List[String]): DataFrame =\n    dataFrame.select(fieldNames.map(dataFrame(_)) : _*)\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/ApplicationStatsTests.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline\n\nimport com.acxiom.pipeline.utils.ReflectionUtils\nimport org.apache.spark.scheduler._\nimport org.joda.time.DateTime\nimport org.scalatest.FunSpec\n\nimport scala.collection.mutable\n\n\nclass ApplicationStatsTests extends FunSpec {\n  describe(\"ApplicationStats - Basic Tests\") {\n    it(\"Should create and manage ApplicationStats object\") {\n      val stats = ApplicationStats(mutable.Map())\n      assert(stats.jobs.isEmpty)\n      assert(!stats.isActive)\n\n      \/\/ shared execInfo\n      val currTime = new DateTime()\n      val execInfo = PipelineExecutionInfo(Some(\"step-1\"), Some(\"pipeline-1\"), None, Some(\"group-1\"))\n\n      \/\/ create stages for job 0\n      val initStagesJob0 = (0 to 4).map(x => {\n        createStageInfo(x, 1, \"init-details\")\n      })\n      val jobStart = SparkListenerJobStart(0, currTime.getMillis, initStagesJob0)\n\n      stats.startJob(jobStart, execInfo)\n      \/\/ make sure job is added\n      assert(stats.jobs.size == 1)\n      assert(stats.isActive)\n      assert(stats.jobs(0).stages.size == 5)\n      stats.jobs(0).stages.foreach(s => {\n        assert(s._2.details == \"init-details\")\n      })\n\n      \/\/ create stages for job 1\n      val initStagesJob1 = (5 to 7).map(x => {\n        createStageInfo(x, 2, \"init-details\")\n      })\n\n      stats.startJob(jobStart.copy(jobId = 1, stageInfos = initStagesJob1), execInfo.copy(stepId=Some(\"step-2\")))\n      \/\/ make sure job is added\n      assert(stats.jobs.size == 2)\n      assert(stats.jobs(1).stages.size == 3)\n\n      \/\/ create stages for job 2 (for step-1)\n      val initStagesJob2 = (8 to 9).map(x => {\n        createStageInfo(x, 2, \"init-details\")\n      })\n\n      stats.startJob(jobStart.copy(jobId = 2, stageInfos = initStagesJob2), execInfo.copy(stepId=Some(\"step-2\")))\n      \/\/ make sure job is added\n      assert(stats.jobs.size == 3)\n      assert(stats.jobs(2).stages.size == 2)\n\n      \/\/ update the stages\n      (0 to 6).foreach(x => {\n        val updatedStageInfo = createStageInfo(x, 1, \"updated-details\")\n        stats.endStage(SparkListenerStageCompleted(updatedStageInfo))\n      })\n\n      val endTime = currTime.getMillis + 1000L\n      \/\/ end the job\n      stats.endJob(SparkListenerJobEnd(0, endTime, org.apache.spark.scheduler.JobSucceeded))\n      stats.endJob(SparkListenerJobEnd(1, endTime + 1000L, org.apache.spark.scheduler.JobSucceeded))\n      stats.endJob(SparkListenerJobEnd(2, endTime + 2000L, org.apache.spark.scheduler.JobSucceeded))\n\n      val job0 = stats.jobs(0)\n      assert(job0.start == currTime.getMillis)\n      assert(job0.pipelineId == execInfo.pipelineId)\n      assert(job0.stepId == execInfo.stepId)\n      assert(job0.groupId == execInfo.groupId)\n      assert(job0.stages.size == 5)\n      assert(job0.end.contains(endTime))\n      assert(job0.status.nonEmpty)\n      (0 to 4).foreach(x => {\n        assert(job0.stages.contains(x))\n        assert(job0.stages(x).details == \"updated-details\")\n      })\n\n      \/\/ verify the summary for step 1\n      val step1 = stats.getSummary(Some(\"pipeline-1\"), Some(\"step-1\"), Some(\"group-1\"))\n      assert(step1.exists(s => {\n        s.getOrElse(\"jobId\", -1).asInstanceOf[Int] == 0\n        s.getOrElse(\"stepId\", \"\").asInstanceOf[String] == \"step-1\"\n        s.getOrElse(\"groupId\", \"\").asInstanceOf[String] == \"group-1\"\n        s.getOrElse(\"durationMs\", 0L).asInstanceOf[Long] == 1000L\n        s.getOrElse(\"stages\", List()).asInstanceOf[List[Any]].length == 5\n      }))\n\n      val job1 = stats.jobs(1)\n      assert(job1.start == currTime.getMillis)\n      assert(job1.pipelineId == execInfo.pipelineId)\n      assert(job1.stepId.contains(\"step-2\"))\n      assert(job1.groupId == execInfo.groupId)\n      assert(job1.end.contains(endTime + 1000L))\n      assert(job1.stages.size == 3)\n      assert(job1.status.nonEmpty)\n\n      (5 to 7).foreach(x => {\n        assert(job1.stages.contains(x))\n        if (x == 7) {\n          assert(job1.stages(x).details == \"init-details\")\n        } else {\n          assert(job1.stages(x).details == \"updated-details\")\n        }\n      })\n\n      val job2 = stats.jobs(2)\n      assert(job2.start == currTime.getMillis)\n      assert(job2.pipelineId == execInfo.pipelineId)\n      assert(job2.stepId.contains(\"step-2\"))\n      assert(job2.groupId == execInfo.groupId)\n      assert(job2.end.contains(endTime + 2000L))\n      assert(job2.stages.size == 2)\n      assert(job2.status.nonEmpty)\n\n      (8 to 9).foreach(x => {\n        assert(job2.stages.contains(x))\n      })\n\n      \/\/ verify summary for step-2\n      val step2 = stats.getSummary(Some(\"pipeline-1\"), Some(\"step-2\"), Some(\"group-1\"))\n      assert(step2.exists(s => {\n        s.getOrElse(\"jobId\", -1).asInstanceOf[Int] == 1\n        s.getOrElse(\"stepId\", \"\").asInstanceOf[String] == \"step-2\"\n        s.getOrElse(\"groupId\", \"\").asInstanceOf[String] == \"group-1\"\n        s.getOrElse(\"durationMs\", 0L).asInstanceOf[Long] == 1000L\n        s.getOrElse(\"stages\", List()).asInstanceOf[List[Any]].length == 3\n      }))\n\n      assert(step2.exists(s => {\n        s.getOrElse(\"jobId\", -1).asInstanceOf[Int] == 2\n        s.getOrElse(\"stepId\", \"\").asInstanceOf[String] == \"step-2\"\n        s.getOrElse(\"groupId\", \"\").asInstanceOf[String] == \"group-1\"\n        s.getOrElse(\"durationMs\", 0L).asInstanceOf[Long] == 2000L\n        s.getOrElse(\"stages\", List()).asInstanceOf[List[Any]].length == 2\n      }))\n\n      stats.reset()\n      assert(!stats.isActive)\n    }\n  }\n\n  def createStageInfo(stageId: Int, attemptId: Int, details: String): StageInfo = {\n    ReflectionUtils.loadClass(\"org.apache.spark.scheduler.StageInfo\", Some(Map[String, Any](\n      \"stageId\" -> stageId,\n      \"attemptId\" -> attemptId,\n      \"name\" -> s\"test-stage-$stageId\",\n      \"numTasks\" -> 1,\n      \"rddInfos\" -> Seq.empty,\n      \"parentIds\" -> Seq.empty,\n      \"details\" -> details,\n      \"resourceProfileId\" -> 0\n    ))).asInstanceOf[StageInfo]\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineExecutorValidations.scala","text":"package com.acxiom.pipeline\n\nobject PipelineExecutorValidations {\n  \/**\n    * Creates a Map of the steps within the provided pipeline keyed by the step id. Each step will also be validated.\n    * @param pipeline The pipeline containing the steps.\n    * @return A map of the pipeline steps using the step id as the key.\n    *\/\n  def validateAndCreateStepLookup(pipeline: Pipeline): Map[String, PipelineStep] = {\n    pipeline.steps.get.map(step => {\n      validateStep(step, pipeline)\n      step.id.get -> step\n    }).toMap\n  }\n\n  @throws(classOf[PipelineException])\n  private def validateStep(step: PipelineStep, pipeline: Pipeline): Unit = {\n    validatePipelineStep(step, pipeline)\n    step.`type`.getOrElse(\"\").toLowerCase match {\n      case s if s == PipelineStepType.PIPELINE || s == PipelineStepType.BRANCH =>\n        if(step.engineMeta.isEmpty || step.engineMeta.get.spark.getOrElse(\"\") == \"\") {\n          throw PipelineException(\n            message = Some(s\"EngineMeta is required for [${step.`type`.get}] step [${step.id.get}] in pipeline [${pipeline.id.get}]\"),\n            pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n        }\n      case PipelineStepType.FORK => validateForkStep(step, pipeline)\n      case PipelineStepType.JOIN =>\n      case PipelineStepType.SPLIT =>\n      case PipelineStepType.MERGE =>\n      case PipelineStepType.STEPGROUP =>\n        if(step.params.isEmpty ||\n          !step.params.get.exists(p => p.name.getOrElse(\"\") == \"pipeline\" || p.name.getOrElse(\"\") == \"pipelineId\")) {\n          throw PipelineException(\n            message = Some(s\"Parameter [pipeline] or [pipelineId] is required for step group [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n            pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n        }\n      case \"\" =>\n        throw PipelineException(\n          message = Some(s\"[type] is required for step [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n          pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n      case unknown =>\n        throw PipelineException(message =\n          Some(s\"Unknown pipeline type: [$unknown] for step [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n          pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n  }\n\n  @throws(classOf[PipelineException])\n  private def validatePipelineStep(step: PipelineStep, pipeline: Pipeline): Unit = {\n    if(step.id.getOrElse(\"\") == \"\"){\n      throw PipelineException(\n        message = Some(s\"Step is missing id in pipeline [${pipeline.id.get}].\"),\n        pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n    if(step.id.get.toLowerCase == \"laststepid\") {\n      throw PipelineException(\n        message = Some(s\"Step id [${step.id.get}] is a reserved id in pipeline [${pipeline.id.get}].\"),\n        pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n  }\n\n  @throws(classOf[PipelineException])\n  private def validateForkStep(step: PipelineStep, pipeline: Pipeline): Unit ={\n    if(step.params.isEmpty) {\n      throw PipelineException(\n        message = Some(s\"Parameters [forkByValues] and [forkMethod] is required for fork step [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n        pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n    val forkMethod = step.params.get.find(p => p.name.getOrElse(\"\") == \"forkMethod\")\n\n    if (forkMethod.flatMap(_.value).isEmpty) {\n      throw PipelineException(\n        message = Some(s\"Parameter [forkMethod] is required for fork step [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n        pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n    val forkByValues = step.params.get.find(p => p.name.getOrElse(\"\") == \"forkByValues\")\n    if(forkByValues.flatMap(_.value).isEmpty){\n      throw PipelineException(\n        message = Some(s\"Parameter [forkByValues] is required for fork step [${step.id.get}] in pipeline [${pipeline.id.get}].\"),\n        pipelineProgress = Some(PipelineExecutionInfo(step.id, pipeline.id)))\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/ListenerValidations.scala","text":"package com.acxiom.pipeline\n\nimport scala.collection.mutable.ListBuffer\n\nclass ListenerValidations {\n  private val results = ListBuffer[(String, Boolean)]()\n\n  def addValidation(message: String, valid: Boolean): Unit = {\n    val result = (message, valid)\n    results += result\n  }\n\n  def validate(): Unit = results.foreach(result => assert(result._2, result._1))\n\n  def count: Int = results.length\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/SFTPFileConnector.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.fs.{FileManager, SFTPFileManager}\nimport com.acxiom.pipeline.{Credential, PipelineContext, UserNameCredential}\n\n\/**\n  * Provides an implementation of FileConnector that works with SFTP.\n  *\n  * @param hostName       The host name of the SFTP resource\n  * @param name           The name of this connector\n  * @param credentialName The optional name of the credential to provide the CredentialProvider\n  * @param credential     The optional credential to use. credentialName takes precedence if provided.\n  * @param port           The optional SFTP port\n  * @param knownHosts     The optional file path to the known_hosts file\n  * @param bulkRequests   The optional number of requests that may be sent at one time\n  * @param config         Optional config options\n  * @param timeout        Optional connection timeout\n  *\/\ncase class SFTPFileConnector(hostName: String,\n                             override val name: String,\n                             override val credentialName: Option[String],\n                             override val credential: Option[Credential],\n                             port: Option[Int] = None,\n                             knownHosts: Option[String] = None,\n                             bulkRequests: Option[Int] = None,\n                             config: Option[Map[String, String]] = None,\n                             timeout: Option[Int] = None) extends FileConnector {\n  \/**\n    * Creates and opens a FileManager.\n    *\n    * @param pipelineContext The current PipelineContext for this session.\n    * @return A FileManager for this specific connector type\n    *\/\n  override def getFileManager(pipelineContext: PipelineContext): FileManager = {\n    val finalCredential = getCredential(pipelineContext).asInstanceOf[Option[UserNameCredential]]\n    val creds = if (finalCredential.isDefined) {\n      (Some(finalCredential.get.name), Some(finalCredential.get.password))\n    } else {\n      (None, None)\n    }\n    val fm = SFTPFileManager(hostName, port, creds._1, creds._2, knownHosts, bulkRequests, config, timeout)\n    fm.connect()\n    fm\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/main\/scala\/com\/acxiom\/metalus\/resolvers\/MavenDependencyResolver.scala","text":"<gh_stars>10-100\npackage com.acxiom.metalus.resolvers\n\nimport com.acxiom.pipeline.api.HttpRestClient\nimport com.acxiom.pipeline.fs.{FileManager, LocalFileManager}\nimport org.apache.log4j.Logger\n\nimport java.io.{File, InputStream}\nimport java.net.URI\nimport java.nio.file.Files\nimport java.util.Date\n\nclass MavenDependencyResolver extends DependencyResolver {\n  private val logger = Logger.getLogger(getClass)\n  private val localFileManager = new LocalFileManager\n\n  override def copyResources(outputPath: File, dependencies: Map[String, Any], parameters: Map[String, Any]): List[Dependency] = {\n    val allowSelfSignedCerts = parameters.getOrElse(\"allowSelfSignedCerts\", false).toString.toLowerCase == \"true\"\n    val providedRepos = getRepos(parameters, allowSelfSignedCerts)\n    val dependencyRepos = getRepos(dependencies, allowSelfSignedCerts)\n    val defaultMavenRepo = ApiRepo(HttpRestClient(\"https:\/\/repo1.maven.org\/maven2\/\"), \"https:\/\/repo1.maven.org\/maven2\/\", parameters)\n    val repoList = ((providedRepos ::: dependencyRepos) :+ defaultMavenRepo).distinct\n    val tempDownloadDirectory = Files.createTempDirectory(\"metalusJarDownloads\").toFile\n    tempDownloadDirectory.deleteOnExit()\n    val checkDate = parameters.getOrElse(\"checkDate\", \"false\") == \"true\"\n    val libraries = dependencies.getOrElse(\"libraries\", List[Map[String, Any]]()).asInstanceOf[List[Map[String, Any]]]\n    libraries.foldLeft(List[Dependency]())((dependencies, library) => {\n      val dependencyFileName = s\"${library(\"artifactId\")}-${library(\"version\")}.jar\"\n      val tempFile = new File(tempDownloadDirectory, dependencyFileName)\n      val dependencyFile = new File(outputPath, dependencyFileName)\n      val artifactId = library(\"artifactId\").asInstanceOf[String]\n      val version = library(\"version\").asInstanceOf[String]\n      val artifactName = s\"$artifactId-$version.jar\"\n      val path = s\"${library(\"groupId\").asInstanceOf[String].replaceAll(\"\\\\.\", \"\/\")}\/$artifactId\/$version\/$artifactName\"\n      val repoResult = getInputStream(repoList, path)\n      if (repoResult.input.isDefined) {\n        val updatedFiles = if (shouldCopyFile(dependencyFile, repoResult.lastModifiedDate.get, checkDate)) {\n          val input = repoResult.input.get\n          val deps = if (DependencyResolver.copyJarWithRetry(localFileManager, input, path, tempFile.getAbsolutePath, repoResult.hash)) {\n            DependencyResolver.copyFileToLocal(tempFile, dependencyFile, checkDate)\n            dependencies :+ Dependency(artifactId, version, dependencyFile)\n          } else {\n            logger.warn(s\"Failed to copy file: $dependencyFileName\")\n            dependencies\n          }\n          deps\n        } else {\n          logger.info(s\"File exists: $dependencyFileName\")\n          dependencies :+ Dependency(artifactId, version, dependencyFile)\n        }\n        updatedFiles\n      } else {\n        logger.warn(s\"Failed to find file $dependencyFileName in any of the provided repos\")\n        dependencies\n      }\n    })\n  }\n\n  private def shouldCopyFile(dependencyFile: File, lastModifiedDate: Date, checkDate: Boolean = false): Boolean = {\n    if (!dependencyFile.exists()) {\n      logger.info(s\"Copying file because it does not exist: ${dependencyFile.getName}\")\n      true\n    } else if (dependencyFile.length() == 0) {\n      logger.info(s\"Copying file because it has a length of 0: ${dependencyFile.getName}\")\n      true\n    } else if (checkDate && lastModifiedDate.getTime > dependencyFile.lastModified()) {\n      logger.info(s\"Copying file because source has been modified: ${dependencyFile.getName}\")\n      true\n    } else {\n      false\n    }\n  }\n\n  private def getRepos(parameters: Map[String, Any], allowSelfSignedCerts: Boolean): List[Repo] = {\n    val repos = parameters.getOrElse(\"repo\", \"https:\/\/repo1.maven.org\/maven2\/\").asInstanceOf[String]\n    repos.split(\",\").foldLeft(List[Repo]())((repoList, repo) => {\n      if (repoList.exists(_.rootPath == repo)) {\n        repoList\n      } else {\n        repoList :+ (if (repo.trim.startsWith(\"http\")) {\n          ApiRepo(HttpRestClient(repo, allowSelfSignedCerts), repo, parameters)\n        } else {\n          LocalRepo(localFileManager, repo, parameters)\n        })\n      }\n    })\n  }\n\n  private def getInputStream(repos: List[Repo], path: String): RepoResult = {\n    val initial: RepoResult = RepoResult(None, None, None)\n    repos.foldLeft(initial)((result, repo) => {\n      if (result.input.isDefined) {\n        result\n      } else {\n        try {\n          logger.info(s\"Resolving maven dependency path: $path against $repo\")\n          \/\/ Make this call to see if we are able to get an input stream\n          val input = repo.getInputStream(path)\n          input.close()\n          RepoResult(Some(() => repo.getInputStream(path)), Some(repo.getLastModifiedDate(path)), repo.getHash(path))\n        } catch {\n          case _: Throwable => initial\n        }\n      }\n    })\n  }\n}\n\ntrait Repo {\n  def rootPath: String\n  def parameters: Map[String, Any]\n  def getInputStream(path: String): InputStream\n  def getLastModifiedDate(path: String): Date\n  def getHash(path: String): Option[DependencyHash]\n\n  override def hashCode(): Int = rootPath.hashCode\n\n  override def equals(obj: Any): Boolean = {\n    obj match {\n      case repo: Repo =>\n        rootPath.equals(repo.rootPath)\n      case _ =>\n        false\n    }\n  }\n}\n\ncase class ApiRepo(http: HttpRestClient, rootPath: String, parameters: Map[String, Any]) extends Repo {\n  override def getInputStream(path: String): InputStream = http.getInputStream(path)\n  override def getLastModifiedDate(path: String): Date = http.getLastModifiedDate(path)\n  override def getHash(path: String): Option[DependencyHash] = DependencyResolver.getRemoteHash(s\"$rootPath\/$path\", parameters)\n}\n\ncase class LocalRepo(fileManager: FileManager, rootPath: String, parameters: Map[String, Any]) extends Repo {\n  override def getInputStream(path: String): InputStream = {\n    if (fileManager.exists(new URI(s\"$rootPath\/repository\/$path\").normalize().getPath)) {\n      fileManager.getInputStream(new URI(s\"$rootPath\/repository\/$path\").normalize().getPath)\n    } else {\n      fileManager.getInputStream(new URI(s\"$rootPath\/${normalizePath(path)}\").normalize().getPath)\n    }\n  }\n  override def getLastModifiedDate(path: String): Date = {\n    if (fileManager.exists(new URI(s\"$rootPath\/repository\/$path\").normalize().getPath)) {\n      new Date(new File(new URI(s\"$rootPath\/repository\/$path\").normalize().getPath).lastModified())\n    } else {\n      new Date(new File(new URI(s\"$rootPath\/${normalizePath(path)}\").normalize().getPath).lastModified())\n    }\n  }\n  private def normalizePath(path: String) = path.substring(path.lastIndexOf(\"\/\") + 1)\n\n  override def getHash(path: String): Option[DependencyHash] = {\n    val normalizedPath = if (fileManager.exists(new URI(s\"$rootPath\/repository\/$path\").normalize().getPath)) {\n      s\"$rootPath\/repository\/$path\"\n    } else {\n      s\"$rootPath\/${normalizePath(path)}\"\n    }\n    Some(DependencyHash(DependencyResolver.generateHash(fileManager.getInputStream(normalizedPath), HashType.MD5),\n      HashType.MD5))\n  }\n}\n\ncase class RepoResult(input: Option[() => InputStream], lastModifiedDate: Option[Date], hash: Option[DependencyHash])\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/test\/scala\/com\/acxiom\/kafka\/KafkaSuiteTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.kafka\n\nimport com.acxiom.kafka.drivers.KafkaPipelineDriver\nimport com.acxiom.kafka.pipeline.KafkaPipelineListener\nimport com.acxiom.kafka.steps.KafkaSteps\nimport com.acxiom.pipeline._\nimport com.acxiom.pipeline.drivers.{DriverSetup, StreamingDataParser}\nimport kafka.server.{KafkaConfig, KafkaServerStartable}\nimport org.apache.commons.io.FileUtils\nimport org.apache.curator.test.TestingServer\nimport org.apache.kafka.clients.consumer.{ConsumerConfig, ConsumerRecord, KafkaConsumer}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.json4s.native.JsonMethods\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nimport java.nio.file.{Files, Path}\nimport java.time.Duration\nimport java.util.Properties\nimport scala.annotation.tailrec\nimport scala.collection.JavaConverters._\n\nclass KafkaSuiteTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n  implicit val formats: Formats = DefaultFormats\n  val expectedEvents = List((\"executionStarted\", 1), (\"executionFinished\", 1), (\"pipelineStarted\", 1),\n    (\"pipelineFinished\", 1), (\"pipelineStepStarted\", 1), (\"pipelineStepFinished\", 1),\n    (\"registerStepException\", 1), (\"executionStopped\", 1))\n  val kafkaLogs: Path = Files.createTempDirectory(\"kafkaLogs\")\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  val testingServer = new TestingServer\n  val kafkaProperties = new Properties()\n  kafkaProperties.put(\"broker.id\", \"0\")\n  kafkaProperties.put(\"port\", \"9092\")\n  kafkaProperties.put(\"zookeeper.connect\", testingServer.getConnectString)\n  kafkaProperties.put(\"host.name\", \"127.0.0.1\")\n  kafkaProperties.put(\"auto.create.topics.enable\", \"true\")\n  kafkaProperties.put(\"offsets.topic.replication.factor\", \"1\")\n  kafkaProperties.put(KafkaConfig.LogDirsProp, kafkaLogs.toFile.getAbsolutePath)\n  val server = new KafkaServerStartable(new KafkaConfig(kafkaProperties))\n  val dataRows = List(List(\"1\", \"2\", \"3\", \"4\", \"5\"),\n    List(\"6\", \"7\", \"8\", \"9\", \"10\"),\n    List(\"11\", \"12\", \"13\", \"14\", \"15\"),\n    List(\"16\", \"17\", \"18\", \"19\", \"20\"),\n    List(\"21\", \"22\", \"23\", \"24\", \"25\"))\n  val kafkaProducerProperties = new Properties()\n  private val KAFKA_NODES = \"localhost:9092\"\n  kafkaProducerProperties.put(\"bootstrap.servers\", KAFKA_NODES)\n  kafkaProducerProperties.put(\"acks\", \"all\")\n  kafkaProducerProperties.put(\"retries\", \"0\")\n  kafkaProducerProperties.put(\"batch.size\", \"16384\")\n  kafkaProducerProperties.put(\"linger.ms\", \"1\")\n  kafkaProducerProperties.put(\"buffer.memory\", \"33554432\")\n  kafkaProducerProperties.put(\"key.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n  kafkaProducerProperties.put(\"value.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n\n  private val kafkaConsumerProperties = new Properties()\n  kafkaConsumerProperties.put(ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG, KAFKA_NODES)\n  kafkaConsumerProperties.put(ConsumerConfig.GROUP_ID_CONFIG, \"test-client-id\")\n  kafkaConsumerProperties.put(ConsumerConfig.KEY_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringDeserializer\")\n  kafkaConsumerProperties.put(ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringDeserializer\")\n  kafkaConsumerProperties.put(ConsumerConfig.AUTO_OFFSET_RESET_CONFIG, \"earliest\")\n\n  override def beforeAll(): Unit = {\n    testingServer.start()\n    server.startup()\n\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    Logger.getLogger(\"com.acxiom.kafka\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n        .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n  }\n\n  override def afterAll(): Unit = {\n    server.shutdown()\n    server.awaitShutdown()\n    testingServer.stop()\n\n    if (!SparkTestHelper.sparkSession.sparkContext.isStopped) {\n      SparkTestHelper.sparkSession.sparkContext.cancelAllJobs()\n      SparkTestHelper.sparkSession.sparkContext.stop()\n    }\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n    \/\/ cleanup the kafka directories\n    FileUtils.deleteDirectory(kafkaLogs.toFile)\n  }\n\n  describe(\"Kafka Pipeline Driver\") {\n    it(\"Should process simple records from Kafka\") {\n      When(\"5 kafka messages are posted\")\n      val topic = sendKafkaMessages(\"|\", Some(\"col1\"))\n      var executionComplete = false\n      val testListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"PROCESS_KAFKA_DATA\"))\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse]\n            .primaryReturn.getOrElse(false).asInstanceOf[Boolean])\n          executionComplete = true\n          None\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n          }\n        }\n      }\n      val kafkaListener = new KafkaPipelineListener(\"test-pipeline-messages\", \"\", None.orNull,\n        \"status\", KAFKA_NODES, \"test-client-id\")\n      SparkTestHelper.pipelineListener = CombinedPipelineListener(List[PipelineListener](testListener, kafkaListener))\n\n      And(\"the kafka spark listener is running\")\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"basic\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"3000\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\",\n        \"--duration\", \"1\", \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"5\")\n      KafkaPipelineDriver.main(args.toArray)\n      Then(\"5 records should be processed\")\n      assert(executionComplete)\n      \/\/ Verify that Kafka received the messages\n      val consumer = new KafkaConsumer[String, String](kafkaConsumerProperties)\n      \/\/ Subscribe to the topic.\n      consumer.subscribe(List(\"status\").asJavaCollection)\n      pollConsumer(consumer, Constants.SIX)\n      consumer.close(Duration.ofMillis(500))\n    }\n\n    it(\"Should process records using alternate data parsers\") {\n      When(\"5 kafka messages are posted with comma delimiter\")\n      val topic = sendKafkaMessages(\",\", None, usePostMessage = true)\n      var executionComplete = false\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"PROCESS_KAFKA_DATA\"))\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse]\n            .primaryReturn.getOrElse(false).asInstanceOf[Boolean])\n          executionComplete = true\n          None\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n          }\n        }\n      }\n\n      And(\"the kafka spark listener is running expecting either comma or pipe delimiter\")\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"parser\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"3000\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\", \"--duration\", \"1\",\n        \"--streaming-parsers\", \"com.acxiom.kafka.TestKafkaStreamingDataParserPipe,com.acxiom.kafka.TestKafkaStreamingDataParserComma\",\n        \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"5\")\n      KafkaPipelineDriver.main(args.toArray)\n      Then(\"5 records should be processed\")\n      assert(executionComplete)\n    }\n\n    it(\"Should process records using default data parser\") {\n      When(\"5 kafka messages are posted with other delimiter\")\n      val topic = sendKafkaMessages(\":\", Some(\"col1\"))\n      var executionComplete = false\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"PROCESS_KAFKA_DATA\"))\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse]\n            .primaryReturn.getOrElse(false).asInstanceOf[Boolean])\n          executionComplete = true\n          None\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n          }\n        }\n      }\n\n      And(\"the kafka spark listener is running expecting either comma or pipe delimiter\")\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"parser\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"3000\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\", \"--duration\", \"1\",\n        \"--streaming-parsers\", \"com.acxiom.kafka.TestKafkaStreamingDataParserPipe,com.acxiom.kafka.TestKafkaStreamingDataParserComma\",\n        \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"3\")\n      KafkaPipelineDriver.main(args.toArray)\n      Then(\"5 records should be processed with 3 attributes\")\n      assert(executionComplete)\n    }\n\n    it(\"Should process simple records using custom data parser\") {\n      When(\"5 kafka messages are posted\")\n      val topic = sendKafkaMessages(\"|\")\n      var executionComplete = false\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"PROCESS_KAFKA_DATA\"))\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse]\n            .primaryReturn.getOrElse(false).asInstanceOf[Boolean])\n          executionComplete = true\n          None\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n          }\n        }\n      }\n\n      And(\"the kafka spark listener is running\")\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"parser\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"3000\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\", \"--duration\", \"1\", \"--streaming-parsers\",\n        \"com.acxiom.kafka.TestKafkaStreamingDataParserPipe,com.acxiom.kafka.TestKafkaStreamingDataParserPipe\",\n        \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"5\")\n      KafkaPipelineDriver.main(args.toArray)\n      Then(\"5 records should be processed\")\n      assert(executionComplete)\n    }\n\n    it(\"Should not commit offsets when the pipeline fails\") {\n      When(\"5 kafka messages are posted\")\n      val topic = sendKafkaMessages(\"|\", Some(\"col1\"))\n      var executionComplete = false\n      var testIteration = 0\n      val testListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"PROCESS_KAFKA_DATA\"))\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n          assert(params.get.parameters(\"PROCESS_KAFKA_DATA\").asInstanceOf[PipelineStepResponse]\n            .primaryReturn.getOrElse(false).asInstanceOf[Boolean])\n          executionComplete = true\n          Some(pipelineContext)\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable if testIteration > 1 => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n            case _ =>\n          }\n        }\n\n        override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          \/\/ Second execution should set a global that allows the pipeline to complete\n          testIteration += 1\n          if (testIteration == 2) {\n            Some(pipelineContext.setGlobal(\"passTest\", true))\n          } else {\n            None\n          }\n        }\n      }\n\n      val kafkaListener = new KafkaPipelineListener(\"test-pipeline-messages\", \"\", None.orNull,\n        \"statusFails\", KAFKA_NODES, \"test-client-id\")\n      SparkTestHelper.pipelineListener = CombinedPipelineListener(List[PipelineListener](testListener, kafkaListener))\n\n      And(\"the kafka spark listener is running\")\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"errorTest\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"3000\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\",\n        \"--duration\", \"1\", \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"5\", \"--maxRetryAttempts\", \"2\")\n      KafkaPipelineDriver.main(args.toArray)\n      Then(\"5 records should be processed\")\n      assert(executionComplete)\n      \/\/ Verify that Kafka received the messages\n      val consumer = new KafkaConsumer[String, String](kafkaConsumerProperties)\n      \/\/ Subscribe to the topic.\n      consumer.subscribe(List(\"statusFails\").asJavaCollection)\n      pollConsumer(consumer, Constants.FIFTEEN)\n      consumer.close(Duration.ofMillis(500))\n    }\n\n    it (\"Should fail and not retry\") {\n      val topic = sendKafkaMessages(\"|\", Some(\"col1\"))\n      SparkTestHelper.pipelineListener = new PipelineListener {}\n      val args = List(\"--driverSetupClass\", \"com.acxiom.kafka.SparkTestDriverSetup\", \"--pipeline\", \"errorTest\",\n        \"--globalInput\", \"global-input-value\", \"--topics\", topic, \"--kafkaNodes\", KAFKA_NODES,\n        \"--terminationPeriod\", \"500\", \"--fieldDelimiter\", \"|\", \"--duration-type\", \"seconds\",\n        \"--duration\", \"1\", \"--expectedCount\", \"5\", \"--expectedAttrCount\", \"5\", \"--terminateAfterFailures\", \"true\")\n      val thrown = intercept[RuntimeException] {\n        KafkaPipelineDriver.main(args.toArray)\n      }\n      assert(thrown.getMessage.startsWith(\"Failed to process execution plan after 1 attempts\"))\n    }\n  }\n\n  private def sendKafkaMessages(delimiter: String, keyField: Option[String] = None, usePostMessage: Boolean = false) = {\n    val topic = \"TEST\"\n    if (usePostMessage) {\n      dataRows.foreach(row => KafkaSteps.postMessage(row.mkString(delimiter), topic, KAFKA_NODES, \"InboundRecord\"))\n    } else {\n      val df = SparkTestHelper.sparkSession.createDataFrame(dataRows.map(r => Row(r: _*)).asJava,\n        StructType(Seq(\n          StructField(\"col1\", StringType),\n          StructField(\"col2\", StringType),\n          StructField(\"col3\", StringType),\n          StructField(\"col4\", StringType),\n          StructField(\"col5\", StringType))))\n      if (keyField.isDefined) {\n        KafkaSteps.writeToStreamByKeyField(df, topic, KAFKA_NODES, keyField.get, delimiter)\n      } else {\n        KafkaSteps.writeToStreamByKey(df, topic, KAFKA_NODES, \"InboundRecord\", delimiter)\n      }\n    }\n    topic\n  }\n\n  @tailrec\n  private def pollConsumer(consumer: KafkaConsumer[String, String], expectedCount: Int): Unit = {\n    val records = consumer.poll(Duration.ofMillis(2000))\n    if (records.asScala.toList.nonEmpty) {\n      val eventList = records.asScala.toList.foldLeft(List[String]())((events, record) => {\n        val map = JsonMethods.parse(record.value()).extract[Map[String, Any]]\n        events :+ map(\"event\").asInstanceOf[String]\n      })\n      assert(eventList.map(expectedEvents.toMap.getOrElse(_, 0)).sum == expectedCount)\n    } else {\n      pollConsumer(consumer, expectedCount)\n    }\n  }\n}\n\n\/\/ TODO These objects should be moved out of this suite at some point to be reused by other suites\nobject SparkTestHelper {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"file-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineListener: PipelineListener = _\n\n  val MESSAGE_PROCESSING_STEP: PipelineStep = PipelineStep(Some(\"PROCESS_KAFKA_DATA\"), Some(\"Parses Kafka data\"), None, Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"!initialDataFrame\")))),\n    Some(EngineMeta(Some(\"MockTestSteps.processIncomingData\"))), None)\n  val COMPLEX_MESSAGE_PROCESSING_STEP: PipelineStep = PipelineStep(Some(\"PROCESS_KAFKA_DATA\"), Some(\"Parses Kafka data\"), None, Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"!initialDataFrame\")))),\n    Some(EngineMeta(Some(\"MockTestSteps.processIncomingMessage\"))), None)\n  val ERROR_STEP: PipelineStep = PipelineStep(Some(\"THROW_ERROR\"), Some(\"Throws an error\"), None, Some(\"Pipeline\"),\n    Some(List()), Some(EngineMeta(Some(\"MockTestSteps.throwError\"))), None)\n  val BRANCH_STEP: PipelineStep = PipelineStep(Some(\"BRANCH_LOGIC\"), Some(\"Determines Pipeline Step\"), None, Some(\"branch\"),\n    Some(List(Parameter(`type` = Some(\"text\"), name = Some(\"value\"), value = Some(\"!passTest || false\")),\n      Parameter(`type` = Some(\"result\"), name = Some(\"true\"), value = Some(\"PROCESS_KAFKA_DATA\")),\n      Parameter(`type` = Some(\"result\"), name = Some(\"false\"), value = Some(\"THROW_ERROR\")))),\n    Some(EngineMeta(Some(\"MockTestSteps.parrotStep\"))), None)\n  val BASIC_PIPELINE = List(Pipeline(Some(\"1\"), Some(\"Basic Pipeline\"), Some(List(MESSAGE_PROCESSING_STEP))))\n  val PARSER_PIPELINE = List(Pipeline(Some(\"1\"), Some(\"Parser Pipeline\"), Some(List(COMPLEX_MESSAGE_PROCESSING_STEP))))\n  val ERROR_PIPELINE = List(Pipeline(Some(\"1\"), Some(\"Error Pipeline\"), Some(List(BRANCH_STEP,ERROR_STEP,MESSAGE_PROCESSING_STEP))))\n}\n\nclass TestKafkaStreamingDataParserPipe extends StreamingDataParser[ConsumerRecord[String, String]] {\n  override def canParse(rdd: RDD[ConsumerRecord[String, String]]): Boolean = {\n    !rdd.map(r => r.value.contains(\"|\")).collect.contains(false)\n  }\n\n  override def parseRDD(rdd: RDD[ConsumerRecord[String, String]], sparkSession: SparkSession): DataFrame = {\n    sparkSession.createDataFrame(rdd.map(r => Row(r.value().split('|'): _*)),\n      StructType(List(StructField(\"col1\", StringType),\n        StructField(\"col2\", StringType),\n        StructField(\"col3\", StringType),\n        StructField(\"col4\", StringType),\n        StructField(\"col5\", StringType)))).toDF()\n  }\n}\n\nclass TestKafkaStreamingDataParserComma extends StreamingDataParser[ConsumerRecord[String, String]] {\n  override def canParse(rdd: RDD[ConsumerRecord[String, String]]): Boolean = {\n    !rdd.map(r => r.value.contains(\",\")).collect.contains(false)\n  }\n\n  override def parseRDD(rdd: RDD[ConsumerRecord[String, String]], sparkSession: SparkSession): DataFrame = {\n    sparkSession.createDataFrame(rdd.map(r => Row(r.value().split(','): _*)),\n      StructType(List(StructField(\"col1\", StringType),\n        StructField(\"col2\", StringType),\n        StructField(\"col3\", StringType),\n        StructField(\"col4\", StringType),\n        StructField(\"col5\", StringType)))).toDF()\n  }\n}\n\ncase class SparkTestDriverSetup(parameters: Map[String, Any]) extends DriverSetup {\n\n  val ctx: PipelineContext = PipelineContext(Some(SparkTestHelper.sparkConf), Some(SparkTestHelper.sparkSession), Some(parameters),\n    PipelineSecurityManager(),\n    PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n    Some(if (parameters.contains(\"stepPackages\")) {\n      parameters(\"stepPackages\").asInstanceOf[String]\n        .split(\",\").toList\n    } else {\n      List(\"com.acxiom.pipeline.steps\", \"com.acxiom.kafka\")\n    }),\n    PipelineStepMapper(),\n    Some(SparkTestHelper.pipelineListener),\n    Some(SparkTestHelper.sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n\n  override def pipelines: List[Pipeline] = {\n    parameters.getOrElse(\"pipeline\", \"basic\") match {\n      case \"basic\" => SparkTestHelper.BASIC_PIPELINE\n      case \"parser\" => SparkTestHelper.PARSER_PIPELINE\n      case \"errorTest\" => SparkTestHelper.ERROR_PIPELINE\n    }\n  }\n\n  override def initialPipelineId: String = \"\"\n\n  override def pipelineContext: PipelineContext = ctx\n}\n\nobject MockTestSteps {\n  val ZERO = 0\n  val ONE = 1\n  val FIVE = 5\n\n  def parrotStep(value: Any): String = value.toString\n\n  def throwError(pipelineContext: PipelineContext): Any = {\n    throw PipelineException(message = Some(\"This step should not be called\"),\n      context = Some(pipelineContext),\n      pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n  }\n\n  def processIncomingData(dataFrame: DataFrame, pipelineContext: PipelineContext): PipelineStepResponse = {\n    val stepId = pipelineContext.getGlobalString(\"stepId\").getOrElse(\"\")\n    val pipelineId = pipelineContext.getGlobalString(\"pipelineId\").getOrElse(\"\")\n    val expectedCount = pipelineContext.getGlobalString(\"expectedCount\").getOrElse(\"0\").toLong\n    val count = dataFrame.count()\n    if (count != expectedCount) {\n      pipelineContext.addStepMessage(PipelineStepMessage(s\"Row count was wrong $count, expected=$expectedCount\", stepId, pipelineId,\n        PipelineStepMessageType.error))\n    }\n\n    val fieldDelimiter = pipelineContext.getGlobalString(\"fieldDelimiter\").getOrElse(\",\")\n    val stepMessages = pipelineContext.stepMessages.get\n    val expectedAttrCount = pipelineContext.getGlobalString(\"expectedAttrCount\").getOrElse(\"0\").toInt\n    dataFrame.foreach(row => {\n      val columns = row.getString(ONE).split(fieldDelimiter.toCharArray()(0))\n      if (columns.lengthCompare(expectedAttrCount) != ZERO) {\n        stepMessages.add(PipelineStepMessage(s\"Column count was wrong,expected=$expectedAttrCount,actual=${columns.length}\",\n          stepId, pipelineId, PipelineStepMessageType.error))\n      }\n    })\n\n    assert(dataFrame.select(\"topic\").distinct().collect()(0).getString(ZERO) == pipelineContext.globals.get(\"topics\"))\n\n    PipelineStepResponse(Some(true), None)\n  }\n\n  def processIncomingMessage(dataFrame: DataFrame, pipelineContext: PipelineContext): PipelineStepResponse = {\n    val stepId = pipelineContext.getGlobalString(\"stepId\").getOrElse(\"\")\n    val pipelineId = pipelineContext.getGlobalString(\"pipelineId\").getOrElse(\"\")\n    val count = dataFrame.count()\n\n    val expectedCount = pipelineContext.getGlobalString(\"expectedCount\").getOrElse(\"0\").toLong\n    if (count != expectedCount) {\n      pipelineContext.addStepMessage(PipelineStepMessage(s\"Row count was wrong $count, expected=$expectedCount\", stepId, pipelineId,\n        PipelineStepMessageType.error))\n    }\n\n    val expectedAttrCount = pipelineContext.getGlobalString(\"expectedAttrCount\").getOrElse(\"0\").toInt\n    val stepMessages = pipelineContext.stepMessages.get\n    dataFrame.foreach(row => {\n      val columnLength = row.length\n      if (columnLength != expectedAttrCount) {\n        stepMessages.add(PipelineStepMessage(s\"Column count was wrong,expected=$expectedAttrCount,actual=$columnLength\",\n          stepId, pipelineId, PipelineStepMessageType.error))\n      }\n    })\n\n    PipelineStepResponse(Some(true), None)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/SparkSuiteTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline\n\nimport com.acxiom.pipeline.audits.{AuditType, ExecutionAudit}\nimport com.acxiom.pipeline.drivers.{DefaultPipelineDriver, DriverSetup}\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.io.LongWritable\nimport org.apache.http.client.entity.UrlEncodedFormEntity\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen, Suite}\n\nimport java.io.File\n\nclass SparkSuiteTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen with Suite {\n  override def beforeAll() {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = DriverUtils.createSparkConf(Array(classOf[LongWritable], classOf[UrlEncodedFormEntity]))\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  override def afterAll() {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"DefaultPipelineDriver\") {\n    it(\"Should fail when there is no execution plan\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"noPipelines\",\n        \"--globalInput\", \"global-input-value\")\n      SparkTestHelper.pipelineListener =  DefaultPipelineListener()\n      \/\/ Execution should complete without exception\n      val thrown = intercept[IllegalStateException] {\n        DefaultPipelineDriver.main(args.toArray)\n      }\n      assert(thrown.getMessage == \"Unable to obtain valid execution plan. Please check the DriverSetup class: com.acxiom.pipeline.SparkTestDriverSetup\")\n    }\n\n    it(\"Should run a basic pipeline\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"basic\",\n        \"--globalInput\", \"global-input-value\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"GLOBALVALUESTEP\" =>\n              results.addValidation(\"GLOBALVALUESTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(\"1\").get.parameters(\"GLOBALVALUESTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"global-input-value\")\n            case _ =>\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case pe: PauseException =>\n              results.addValidation(\"Pipeline Id is incorrect\", pe.pipelineProgress.get.pipelineId.getOrElse(\"\") == \"1\")\n              results.addValidation(\"Step Id is incorrect\", pe.pipelineProgress.get.stepId.getOrElse(\"\") == \"PAUSESTEP\")\n          }\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should run two pipelines\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"two\",\n        \"--globalInput\", \"global-input-value\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"GLOBALVALUESTEP\" =>\n              results.addValidation(\"GLOBALVALUESTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(pipeline.id.getOrElse(\"-1\")).get.parameters(\"GLOBALVALUESTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"global-input-value\")\n            case _ => results.addValidation(\"Unexpected pipeline finished\", valid = false)\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case _ => results.addValidation(\"Unexpected exception registered\", valid = false)\n          }\n        }\n\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(2) == 0)\n          None\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should run one pipeline and pause\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"three\",\n        \"--globalInput\", \"global-input-value\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"GLOBALVALUESTEP\" =>\n              results.addValidation(\"GLOBALVALUESTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(pipeline.id.getOrElse(\"-1\")).get.parameters(\"GLOBALVALUESTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"global-input-value\")\n            case _ =>\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case pe: PauseException =>\n              results.addValidation(\"Pipeline Id is incorrect\", pe.pipelineProgress.get.pipelineId.getOrElse(\"\") == \"0\")\n              results.addValidation(\"Step Id is incorrect\", pe.pipelineProgress.get.stepId.getOrElse(\"\") == \"PAUSESTEP\")\n          }\n        }\n\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(\"Pipeline completed count is incorrect\", pipelines.lengthCompare(1) == 0)\n          None\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should run second step because first returns nothing\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"four\",\n        \"--globalInput\", \"global-input-value\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"DYNAMICBRANCHSTEP\" =>\n              results.addValidation(\"DYNAMICBRANCHSTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(pipeline.id.getOrElse(\"-1\")).get.parameters(\"DYNAMICBRANCHSTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"global-input-value\")\n            case \"DYNAMICBRANCH2STEP\" =>\n              results.addValidation(\"DYNAMICBRANCH2STEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(pipeline.id.getOrElse(\"-1\")).get.parameters(\"DYNAMICBRANCH2STEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"global-input-value\")\n            case _ =>\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          results.addValidation(\"Unexpected exception registered\", valid = false)\n        }\n\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(\"Pipeline completed count is incorrect\", pipelines.lengthCompare(1) == 0)\n          None\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should accept changes to pipelineContext at the before processing a step\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"nopause\",\n        \"--globalInput\", \"global-input-value\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(\"expect no global parameter named 'execution_started' before execution starts\",\n            pipelineContext.getGlobal(\"execution_started\").isEmpty)\n          Some(pipelineContext.setGlobal(\"execution_started\", \"true\"))\n        }\n\n        override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(s\"expect global parameter 'execution_started' to exist when pipeline starts: ${pipeline.name.getOrElse(\"\")}\",\n            pipelineContext.getGlobal(\"execution_started\").getOrElse(\"\") == \"true\")\n          results.addValidation(s\"expect no parameter named 'pipeline_${pipeline.id.get}_started' before pipeline starts\",\n            pipelineContext.getGlobal(s\"pipeline_${pipeline.id.get}_started\").isEmpty)\n          And(s\"add parameter named 'pipeline_${pipeline.id.get}_started' when pipeline starts\")\n          Some(pipelineContext.setGlobal(s\"pipeline_${pipeline.id.get}_started\", \"true\"))\n        }\n\n        override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(s\"expect parameter named 'pipeline_${pipeline.id.get}_started' before each step starts\",\n            pipelineContext.getGlobalString(s\"pipeline_${pipeline.id.get}_started\").getOrElse(\"\") == \"true\")\n          results.addValidation(s\"expect no parameter named 'step_${step.id.get}_started' before step starts\",\n            pipelineContext.getGlobalString(s\"step_${step.id.get}_started\").isEmpty)\n          And(s\"add parameter named 'step_${step.id.get}_started' when step starts\")\n          Some(pipelineContext.setGlobal(s\"step_${step.id.get}_started\", \"true\"))\n        }\n\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          results.addValidation(s\"expect parameter named 'step_${step.id.get}_started' to exist before step finishes\",\n            pipelineContext.getGlobalString(s\"step_${step.id.get}_started\").getOrElse(\"\") == \"true\")\n          results.addValidation(s\"expect no parameter named 'step_${step.id.get}_finished' before step finishes\",\n            pipelineContext.getGlobalString(s\"step_${step.id.get}_finished\").isEmpty)\n          And(s\"add parameter named 'step_${step.id.get}_finished' when finished\")\n          Some(pipelineContext.setGlobal(s\"step_${step.id.get}_finished\", \"true\"))\n        }\n\n        override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          pipeline.steps.getOrElse(List()).foreach(s => {\n            results.addValidation(s\"expect parameter named 'step_${s.id.get}_finished' to exist before pipeline finishes\",\n              pipelineContext.getGlobalString(s\"step_${s.id.get}_finished\").getOrElse(\"\") == \"true\")\n          })\n\n          results.addValidation(s\"expect no parameter named 'pipeline_${pipeline.id.get}_finished' before pipeline finishes\",\n            pipelineContext.getGlobalString(s\"pipeline_${pipeline.id.get}_finished\").isEmpty)\n          And(s\"add pipeline parameter named 'pipeline_${pipeline.id.get}_finished' when finished\")\n          Some(pipelineContext.setGlobal(s\"pipeline_${pipeline.id.get}_finished\", \"true\"))\n        }\n\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          pipelines.foreach(p => {\n            results.addValidation(s\"expect parameter named 'pipeline_${p.id.get}_finished' to exist before execution finishes\",\n              pipelineContext.getGlobalString(s\"pipeline_${p.id.get}_finished\").getOrElse(\"\") == \"true\")\n          })\n          And(s\"add gparameter named 'execution_finished' when finished\")\n          Some(pipelineContext.setGlobal(\"execution_finished\", \"true\"))\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should retry when the pipeline fails\") {\n      var executionComplete = false\n      var testIteration = 0\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n          assert(pipelines.lengthCompare(1) == 0)\n          val params = pipelineContext.parameters.getParametersByPipelineId(\"1\")\n          assert(params.isDefined)\n          assert(params.get.parameters.contains(\"RETURNNONESTEP\"))\n          executionComplete = true\n          Some(pipelineContext)\n        }\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case t: Throwable if testIteration > 1 => fail(s\"Pipeline Failed to run: ${t.getMessage}\")\n            case _ =>\n          }\n        }\n\n        override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          \/\/ Second execution should set a global that allows the pipeline to complete\n          testIteration += 1\n          if (testIteration == 2) {\n            Some(pipelineContext.setGlobal(\"passTest\", true))\n          } else {\n            None\n          }\n        }\n      }\n\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"errorTest\",\n        \"--globalInput\", \"global-input-value\", \"--maxRetryAttempts\", \"2\")\n      DefaultPipelineDriver.main(args.toArray)\n      assert(executionComplete)\n    }\n\n    it (\"Should fail and not retry\") {\n      SparkTestHelper.pipelineListener = new PipelineListener {}\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"errorTest\",\n        \"--globalInput\", \"global-input-value\", \"--terminateAfterFailures\", \"true\")\n      val thrown = intercept[RuntimeException] {\n        DefaultPipelineDriver.main(args.toArray)\n      }\n      assert(thrown.getMessage.startsWith(\"Failed to process execution plan after 1 attempts\"))\n    }\n\n    it(\"Should retry a step\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"retry\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"RETRYSTEP\" =>\n              results.addValidation(\"RETRYSTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(\"1\").get.parameters(\"RETRYSTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"Retried step 3 of 3\")\n            case _ =>\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case e: Throwable =>\n              results.addValidation(\"Retry step failed\", valid = true)\n          }\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n\n    it(\"Should retry and fail a step\") {\n      val args = List(\"--driverSetupClass\", \"com.acxiom.pipeline.SparkTestDriverSetup\", \"--pipeline\", \"retryFailure\")\n      val results = new ListenerValidations\n      SparkTestHelper.pipelineListener = new PipelineListener {\n        override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n          step.id.getOrElse(\"\") match {\n            case \"PARROTSTEP\" =>\n              results.addValidation(\"PARROTSTEP return value is incorrect\",\n                pipelineContext.parameters.getParametersByPipelineId(\"1\").get.parameters(\"PARROTSTEP\")\n                  .asInstanceOf[PipelineStepResponse].primaryReturn.get.asInstanceOf[String] == \"error step called!\")\n            case \"RETURNNONESTEP\" =>\n              results.addValidation(\"RETURNNONESTEP should not have been called\", valid = true)\n            case _ =>\n          }\n          None\n        }\n\n        override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n          exception match {\n            case e: Throwable =>\n              results.addValidation(\"Retry step failed\", valid = true)\n          }\n        }\n      }\n      \/\/ Execution should complete without exception\n      DefaultPipelineDriver.main(args.toArray)\n      results.validate()\n    }\n  }\n\n  describe(\"PipelineContext\") {\n    it(\"Should set global values\") {\n      val ctx = SparkTestHelper.generatePipelineContext().copy(stepMessages = None)\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.isEmpty)\n      val map = Map[String, Any](\"one\" -> 1, \"two\" -> \"two\")\n      val updatedCtx = ctx.setGlobal(\"three\", 3).setGlobals(map)\n      assert(updatedCtx.globals.isDefined)\n      assert(updatedCtx.globals.get.size == 3)\n      assert(updatedCtx.getGlobalString(\"two\").isDefined)\n      assert(updatedCtx.getGlobalString(\"two\").get == \"two\")\n      assert(updatedCtx.getGlobal(\"one\").isDefined)\n      assert(updatedCtx.getGlobalAs[Int](\"one\").get == 1)\n      assert(updatedCtx.getGlobal(\"three\").isDefined)\n      assert(updatedCtx.getGlobalAs[Int](\"three\").get == 3)\n      assert(updatedCtx.getGlobalString(\"one\").isEmpty)\n      assert(updatedCtx.getStepMessages.isEmpty)\n    }\n\n    it(\"Should set audit metrics\") {\n      val ctx = SparkTestHelper.generatePipelineContext()\n      val updatedCtx = ctx.setPipelineAudit(ExecutionAudit(\"pipelineId\", AuditType.PIPELINE, Map[String, Any](),\n        System.currentTimeMillis()))\n        .setStepAudit(\"pipelineId\", ExecutionAudit(\"stepId\", AuditType.STEP, Map[String, Any](),\n          System.currentTimeMillis()))\n          .setStepMetric(\"pipelineId\", \"stepId\", None, \"bubba\", \"gump\")\n      assert(updatedCtx.getPipelineAudit(\"pipelineId\").isDefined)\n      assert(updatedCtx.getPipelineAudit(\"pipelineId\").get.metrics.isEmpty)\n      val metricsCtx = updatedCtx.setPipelineAuditMetric(\"pipelineId\", \"fred\", \"redonthehead\")\n      assert(metricsCtx.getPipelineAudit(\"pipelineId\").get.metrics.size == 1)\n      assert(metricsCtx.getPipelineAudit(\"pipelineId\").get.metrics.contains(\"fred\"))\n      assert(metricsCtx.getPipelineAudit(\"pipelineId\").get.metrics(\"fred\") == \"redonthehead\")\n      assert(metricsCtx.getStepAudit(\"pipelineId\", \"stepId\", None).get.metrics(\"bubba\") == \"gump\")\n    }\n  }\n}\n\nobject SparkTestHelper {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"file-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineListener: PipelineListener = _\n\n  def generatePipelineContext(): PipelineContext = {\n    val parameters = Map[String, Any]()\n    PipelineContext(Some(SparkTestHelper.sparkConf), Some(SparkTestHelper.sparkSession), Some(parameters),\n      PipelineSecurityManager(),\n      PipelineParameters(),\n      Some(if (parameters.contains(\"stepPackages\")) {\n        parameters(\"stepPackages\").asInstanceOf[String]\n          .split(\",\").toList\n      }\n      else {\n        List(\"com.acxiom.pipeline\", \"com.acxiom.pipeline.steps\")\n      }),\n      PipelineStepMapper(),\n      Some(SparkTestHelper.pipelineListener),\n      Some(SparkTestHelper.sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n}\n\ncase class SparkTestDriverSetup(parameters: Map[String, Any]) extends DriverSetup {\n\n  override def pipelines: List[Pipeline] = parameters(\"pipeline\") match {\n    case \"basic\" => PipelineDefs.BASIC_PIPELINE\n    case \"two\" => PipelineDefs.TWO_PIPELINE\n    case \"three\" => PipelineDefs.THREE_PIPELINE\n    case \"four\" => PipelineDefs.FOUR_PIPELINE\n    case \"nopause\" => PipelineDefs.BASIC_NOPAUSE\n    case \"errorTest\" => PipelineDefs.ERROR_PIPELINE\n    case \"retry\" => PipelineDefs.RETRY_PIPELINE\n    case \"retryFailure\" => PipelineDefs.RETRY_FAILURE_PIPELINE\n    case \"noPipelines\" => List()\n  }\n\n  override def initialPipelineId: String = \"\"\n\n  override def pipelineContext: PipelineContext = {\n    PipelineContext(Some(SparkTestHelper.sparkConf), Some(SparkTestHelper.sparkSession), Some(parameters),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(if (parameters.contains(\"stepPackages\")) {\n        parameters(\"stepPackages\").asInstanceOf[String]\n          .split(\",\").toList\n      } else {\n        List(\"com.acxiom.pipeline.steps\", \"com.acxiom.pipeline\")\n      }),\n      PipelineStepMapper(),\n      Some(SparkTestHelper.pipelineListener),\n      Some(SparkTestHelper.sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n}\n\nobject MockPipelineSteps {\n  def globalVariableStep(string: String, pipelineContext: PipelineContext): String = {\n    val stepId = pipelineContext.getGlobalString(\"stepId\").getOrElse(\"\")\n    val pipelineId = pipelineContext.getGlobalString(\"pipelineId\").getOrElse(\"\")\n    pipelineContext.addStepMessage(PipelineStepMessage(string, stepId, pipelineId, PipelineStepMessageType.warn))\n    string\n  }\n\n  def pauseStep(string: String, pipelineContext: PipelineContext): String = {\n    val stepId = pipelineContext.getGlobalString(\"stepId\").getOrElse(\"\")\n    val pipelineId = pipelineContext.getGlobalString(\"pipelineId\").getOrElse(\"\")\n    pipelineContext.addStepMessage(PipelineStepMessage(string, stepId, pipelineId, PipelineStepMessageType.pause))\n    string\n  }\n\n  def returnNothingStep(string: String): Unit = {}\n\n  def parrotStep(value: Any): String = value.toString\n\n  def throwError(pipelineContext: PipelineContext): Any = {\n    throw PipelineException(message = Some(\"This step should not be called\"),\n      pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n  }\n\n  def retryStep(retryCount: Int, pipelineContext: PipelineContext): String = {\n    if (pipelineContext.getGlobalAs[Int](\"stepRetryCount\").getOrElse(-1) == retryCount) {\n      s\"Retried step ${pipelineContext.getGlobalAs[Int](\"stepRetryCount\").getOrElse(-1)} of $retryCount\"\n    } else {\n      throw PipelineException(message = Some(\"Force a retry\"),\n        pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/LoggingSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.log4j.Logger\n\n@StepObject\nobject LoggingSteps {\n  private val logger: Logger = Logger.getLogger(getClass)\n\n  @StepFunction(\"931ad4e5-4501-4716-853a-30fbf8fb6090\",\n    \"Log Message\",\n    \"Log a simple message\",\n    \"Pipeline\", \"Logging\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to log\")),\n    \"level\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Log level at which to log. Should be a valid log4j level\"))))\n  def logMessage(message: String, level: String): Unit = {\n    logger.log(DriverUtils.getLogLevel(level), message)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/HiveStepsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport java.nio.file.{Files, Path}\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.{DataFrame, SparkSession}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nimport scala.util.Random\n\nclass HiveStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n\n  val MASTER = \"local[2]\"\n  val APPNAME = \"hive-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  val sparkWarehouseDir: Path = Files.createTempDirectory(\"sparkWarehouse\")\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    System.setProperty(\"derby.system.home\", sparkLocalDir.toFile.getAbsolutePath + \"\/.derby\")\n    System.setProperty(\"javax.jdo.option.ConnectionURL\", s\"jdbc:derby:memory;databaseName=${sparkLocalDir.toFile.getAbsolutePath}\/metastore_db;create=true\")\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n      .set(\"spark.sql.warehouse.dir\", sparkWarehouseDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n    val spark = this.sparkSession\n    import spark.implicits._\n    Seq(\n      (1, \"silkie\"),\n      (2, \"buttercup\"),\n      (3, \"leghorn\")\n    ).toDF(\"id\", \"breed\").write.saveAsTable(\"breeds\")\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n    FileUtils.deleteDirectory(sparkWarehouseDir.toFile)\n  }\n\n  describe(\"HiveSteps - Basic IO\") {\n    val chickens = Seq(\n      (\"1\", \"silkie\"),\n      (\"2\", \"polish\"),\n      (\"3\", \"sultan\")\n    )\n\n    it(\"should write a dataFrame to hive\"){\n      val spark = this.sparkSession\n      import spark.implicits._\n      val dataFrame = chickens.toDF(\"id\", \"chicken\")\n      HiveSteps.writeDataFrame(dataFrame, \"chickens\", None)\n\n      val result = spark.sql(\"select * from chickens\")\n      assert(result.count() == 3)\n    }\n\n    it(\"should read a dataFrame from hive\"){\n      val frame = HiveSteps.readDataFrame(\"breeds\", None, pipelineContext)\n      assert(frame.count() == 3)\n      assert(frame.where(\"breed = 'leghorn'\").count() == 1)\n    }\n\n    it(\"should drop various objects\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      val spark = this.sparkSession\n      import spark.implicits._\n      val dataFrame = chickens.toDF(\"id\", \"chicken\")\n      sparkSession.sql(s\"create database $name\")\n      HiveSteps.writeDataFrame(dataFrame, s\"$name.t\", None)\n      sparkSession.sql(s\"create view $name.v AS select chicken from $name.t\")\n      HiveSteps.drop(s\"$name.v\", Some(\"view\"), pipelineContext = pipelineContext)\n      HiveSteps.drop(s\"$name.t\", pipelineContext = pipelineContext)\n      HiveSteps.drop(s\"$name.t\", None, Some(true), pipelineContext = pipelineContext)\n      HiveSteps.drop(s\"$name\", Some(\"schema\"), pipelineContext = pipelineContext)\n      assert(!sparkSession.sql(s\"show databases\").collect().map(_.getString(0)).contains(name))\n    }\n\n    it(\"should perform cascade deletions\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      val spark = this.sparkSession\n      import spark.implicits._\n      val dataFrame = chickens.toDF(\"id\", \"chicken\")\n      sparkSession.sql(s\"create database $name\")\n      HiveSteps.writeDataFrame(dataFrame, s\"$name.t\", None)\n      HiveSteps.drop(s\"$name\", Some(\"schema\"), None, Some(true), pipelineContext = pipelineContext)\n      assert(!sparkSession.sql(s\"show databases\").collect().map(_.getString(0)).contains(name))\n    }\n\n    it(\"should create a managed table\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      val dbname = \"a_\" + Random.alphanumeric.take(length).mkString\n      sparkSession.sql(s\"create database $dbname\")\n      val df = createParquetTable(s\"$dbname.$name\")\n      assert(df.columns.length == 1 && df.columns.contains(\"name\"))\n      assert(HiveSteps.tableExists(name, Some(dbname), pipelineContext))\n      HiveSteps.drop(dbname, Some(\"schema\"), None, Some(true), pipelineContext = pipelineContext)\n    }\n\n    it(\"should check for database existence\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      assert(!HiveSteps.databaseExists(name, pipelineContext))\n      sparkSession.sql(s\"create database $name\")\n      assert(HiveSteps.databaseExists(name, pipelineContext))\n      HiveSteps.drop(name, Some(\"schema\"), None, Some(true), pipelineContext = pipelineContext)\n    }\n\n    it(\"should check for table existence\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      assert(!HiveSteps.tableExists(name, pipelineContext = pipelineContext))\n      createParquetTable(name)\n      assert(HiveSteps.tableExists(name, None, pipelineContext))\n      HiveSteps.drop(name, Some(\"table\"), None, Some(false), pipelineContext = pipelineContext)\n    }\n\n    it(\"should check for table existence in a specific database\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      val dbname = \"a_\" + Random.alphanumeric.take(length).mkString\n      sparkSession.sql(s\"create database $dbname\")\n      assert(!HiveSteps.tableExists(name, Some(dbname),pipelineContext))\n      createParquetTable(s\"$dbname.$name\")\n      assert(HiveSteps.tableExists(name, Some(dbname), pipelineContext))\n      HiveSteps.drop(dbname, Some(\"schema\"), None, Some(true), pipelineContext = pipelineContext)\n    }\n\n    it(\"should set the default database\") {\n      val length = 10\n      val name = \"a_\" + Random.alphanumeric.take(length).mkString\n      val dbname = \"a_\" + Random.alphanumeric.take(length).mkString\n      val orig = sparkSession.catalog.currentDatabase\n      sparkSession.sql(s\"create database $dbname\")\n      HiveSteps.setCurrentDatabase(dbname, pipelineContext)\n      createParquetTable(name)\n      assert(HiveSteps.tableExists(name, Some(dbname), pipelineContext))\n      HiveSteps.setCurrentDatabase(orig, pipelineContext)\n      HiveSteps.drop(dbname, Some(\"schema\"), None, Some(true), pipelineContext = pipelineContext)\n    }\n  }\n\n  private def createParquetTable(name: String): DataFrame = {\n    val options = DataFrameReaderOptions(schema = Some(Schema(List(Attribute(\"name\", \"String\")))))\n    HiveSteps.createTable(name, None, Some(options), pipelineContext = pipelineContext)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/test\/scala\/com\/acxiom\/metalus\/DependencyManagerTests.scala","text":"<gh_stars>10-100\npackage com.acxiom.metalus\n\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, get, urlEqualTo}\nimport org.apache.commons.io.FileUtils\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nimport java.io.{ByteArrayOutputStream, File}\nimport java.net.URI\nimport java.nio.file.{Files, Paths}\nimport scala.io.Source\n\nclass DependencyManagerTests extends FunSpec with BeforeAndAfterAll with Suite {\n  private val HTTP_PORT = 10295\n  private val HTTPS_PORT = 8445\n\n  private val wireMockServer = new WireMockServer(HTTP_PORT, HTTPS_PORT)\n  private lazy val mainJarBytes = {\n    val is = getClass.getResourceAsStream(\"\/main-1.0.0.jar\")\n    val bytes = Stream.continually(is.read).takeWhile(_ != -1).map(_.toByte).toArray\n    is.close()\n    bytes\n  }\n  private val dependencyJarBytes = {\n    val is = getClass.getResourceAsStream(\"\/dependency-1.0.0.jar\")\n    val bytes = Stream.continually(is.read).takeWhile(_ != -1).map(_.toByte).toArray\n    is.close()\n    bytes\n  }\n  private lazy val mainJarSha1 = {\n    val is = getClass.getResourceAsStream(\"\/main-1.0.0.jar.sha1\")\n    val src = Source.fromInputStream(is)\n    val md5 = src.getLines().next()\n    src.close()\n    is.close()\n    md5\n  }\n  private lazy val dependencyJarMd5 = {\n    val is = getClass.getResourceAsStream(\"\/dependency-1.0.0.jar.md5\")\n    val src = Source.fromInputStream(is)\n    val md5 = src.getLines().next()\n    src.close()\n    is.close()\n    md5\n  }\n\n  override def beforeAll(): Unit = {\n    wireMockServer.start()\n  }\n\n  override def afterAll(): Unit = {\n    wireMockServer.stop()\n  }\n\n  describe(\"Dependency Manager - File Repo\") {\n    it(\"Should resolve local dependencies\") {\n      \/\/ Create temp directories\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_local_test\")\n      tempDirectory.toFile.deleteOnExit()\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_local_test\")\n      stagingDirectory.toFile.deleteOnExit()\n      \/\/ Copy the test jars\n      val tempUri = tempDirectory.toUri.toString\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/main-1.0.0.jar\"))\n      val dependencyJar = Paths.get(URI.create(s\"$tempUri\/dependency-1.0.0.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/main-1.0.0.jar\"), mainJar)\n      Files.copy(getClass.getResourceAsStream(\"\/dependency-1.0.0.jar\"), dependencyJar)\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--output-path\", s\"${stagingDirectory.toFile.getAbsolutePath}\/staging\",\n        \"--repo\", tempDirectory.toFile.getAbsolutePath)\n      DependencyManager.main(params)\n      val stagedFiles = new File(stagingDirectory.toFile, \"staging\").list()\n      assert(stagedFiles.length == 2)\n      assert(stagedFiles.contains(\"main-1.0.0.jar\"))\n      assert(stagedFiles.contains(\"dependency-1.0.0.jar\"))\n      FileUtils.deleteDirectory(tempDirectory.toFile)\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n    }\n\n    it(\"Should resolve local maven repo dependencies\") {\n      \/\/ Create temp directories\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_mvn_test\")\n      tempDirectory.toFile.deleteOnExit()\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_mvn_test\")\n      stagingDirectory.toFile.deleteOnExit()\n      \/\/ Copy the test jars\n      val tempUri = tempDirectory.toUri.toString\n      Files.createDirectories(Paths.get(URI.create(s\"$tempUri\/repository\/com\/acxiom\/dependency\/1.0.0\/\")))\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/main-1.0.0.jar\"))\n      val dependencyJar = Paths.get(URI.create(s\"$tempUri\/repository\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/main-1.0.0.jar\"), mainJar)\n      Files.copy(getClass.getResourceAsStream(\"\/dependency-1.0.0.jar\"), dependencyJar)\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--output-path\", stagingDirectory.toFile.getAbsolutePath,\n        \"--repo\", tempDirectory.toFile.getAbsolutePath,\n        \"--path-prefix\", \"s3a:\/\/jar_dir\/\")\n      val outputStream = new ByteArrayOutputStream()\n      Console.withOut(outputStream) {\n        DependencyManager.main(params)\n      }\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.length == 2)\n      assert(stagedFiles.contains(\"main-1.0.0.jar\"))\n      assert(stagedFiles.contains(\"dependency-1.0.0.jar\"))\n      \/\/ Validate the output path\n      val outputJars = outputStream.toString.split(\",\")\n      assert(outputJars.length == 2)\n      assert(outputJars.contains(\"s3a:\/\/jar_dir\/main-1.0.0.jar\"))\n      assert(outputJars.contains(\"s3a:\/\/jar_dir\/dependency-1.0.0.jar\"))\n      FileUtils.deleteDirectory(tempDirectory.toFile)\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n    }\n\n    it(\"Should overwrite a 0 byte jar when copying from temp to staging\") {\n      \/\/ Create temp directories\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_local_test\")\n      tempDirectory.toFile.deleteOnExit()\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_local_test\")\n      stagingDirectory.toFile.deleteOnExit()\n      \/\/ Copy the test jars\n      val tempUri = tempDirectory.toUri.toString\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/main-1.0.0.jar\"))\n      val dependencyJar = Paths.get(URI.create(s\"$tempUri\/dependency-1.0.0.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/main-1.0.0.jar\"), mainJar)\n      Files.copy(getClass.getResourceAsStream(\"\/dependency-1.0.0.jar\"), dependencyJar)\n      val emptyJar = new File(stagingDirectory.toFile, \"dependency-1.0.0.jar\")\n      emptyJar.createNewFile()\n      assert(emptyJar.exists())\n      assert(emptyJar.length() == 0)\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--output-path\", stagingDirectory.toFile.getAbsolutePath,\n        \"--repo\", tempDirectory.toFile.getAbsolutePath)\n      DependencyManager.main(params)\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.length == 2)\n      assert(stagedFiles.contains(\"main-1.0.0.jar\"))\n      assert(stagedFiles.contains(\"dependency-1.0.0.jar\"))\n      assert(emptyJar.length() > 0)\n      FileUtils.deleteDirectory(tempDirectory.toFile)\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n    }\n  }\n\n  describe(\"Dependency Manager - Remote Repo\") {\n    it(\"Should download jars from remote maven repo\") {\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_remote_test\")\n      stagingDirectory.toFile.deleteOnExit()\n\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(mainJarBytes)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarBytes)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar.sha1\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(mainJarSha1)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar.md5\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarMd5)\n        ).build())\n\n      val params = Array(\"--jar-files\", s\"http:\/\/localhost:${wireMockServer.port()}\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\",\n        \"--output-path\", stagingDirectory.toFile.getAbsolutePath,\n        \"--repo\", s\"http:\/\/localhost:${wireMockServer.port()}\")\n      val outputStream = new ByteArrayOutputStream()\n      Console.withOut(outputStream) {\n        DependencyManager.main(params)\n      }\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.length == 2)\n      assert(stagedFiles.contains(\"main-1.0.0.jar\"))\n      assert(stagedFiles.contains(\"dependency-1.0.0.jar\"))\n      assert(new File(stagingDirectory.toFile, \"main-1.0.0.jar\").length() > 0)\n      assert(new File(stagingDirectory.toFile, \"dependency-1.0.0.jar\").length() > 0)\n      \/\/ Validate the output path\n      val outputJars = outputStream.toString.split(\",\")\n      assert(outputJars.length == 2)\n      assert(outputJars.contains(\"\/main-1.0.0.jar\"))\n      assert(outputJars.contains(\"\/dependency-1.0.0.jar\"))\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n      wireMockServer.resetMappings()\n    }\n\n    it(\"Should download dependent jars from remote maven repo local jar\") {\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_local_test\")\n      tempDirectory.toFile.deleteOnExit()\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_local_remote_test\")\n      stagingDirectory.toFile.deleteOnExit()\n\n      val tempUri = tempDirectory.toUri.toString\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/needs-main-1.0.1.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/needs-main-1.0.1.jar\"), mainJar)\n\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(mainJarBytes)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarBytes)\n        ).build())\n\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--output-path\", stagingDirectory.toFile.getAbsolutePath,\n        \"--repo\", s\"http:\/\/localhost:${wireMockServer.port()}\",\n        \"--path-prefix\", \"hdfs:\/\/jar_dir\")\n      val outputStream = new ByteArrayOutputStream()\n      Console.withOut(outputStream) {\n        DependencyManager.main(params)\n      }\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.length == 3)\n      assert(stagedFiles.contains(\"needs-main-1.0.1.jar\"))\n      assert(stagedFiles.contains(\"main-1.0.0.jar\"))\n      assert(stagedFiles.contains(\"dependency-1.0.0.jar\"))\n      assert(new File(stagingDirectory.toFile, \"needs-main-1.0.1.jar\").length() > 0)\n      assert(new File(stagingDirectory.toFile, \"main-1.0.0.jar\").length() > 0)\n      assert(new File(stagingDirectory.toFile, \"dependency-1.0.0.jar\").length() > 0)\n      \/\/ Validate the output path\n      val outputJars = outputStream.toString.split(\",\")\n      assert(outputJars.length == 3)\n      assert(outputJars.contains(\"hdfs:\/\/jar_dir\/needs-main-1.0.1.jar\"))\n      assert(outputJars.contains(\"hdfs:\/\/jar_dir\/main-1.0.0.jar\"))\n      assert(outputJars.contains(\"hdfs:\/\/jar_dir\/dependency-1.0.0.jar\"))\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n      wireMockServer.resetMappings()\n    }\n\n    it(\"Should fail to download jar with bad md5\") {\n      val stagingDirectory = Files.createTempDirectory(\"metalus_staging_remote_test\")\n      stagingDirectory.toFile.deleteOnExit()\n\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(mainJarBytes)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarBytes)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar.md5\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarMd5)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/com\/acxiom\/dependency\/1.0.0\/dependency-1.0.0.jar.md5\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(dependencyJarMd5)\n        ).build())\n\n      val params = Array(\"--jar-files\", s\"http:\/\/localhost:${wireMockServer.port()}\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\",\n        \"--output-path\", stagingDirectory.toFile.getAbsolutePath,\n        \"--repo\", s\"http:\/\/localhost:${wireMockServer.port()}\")\n      val thrown = intercept[IllegalStateException] {\n        DependencyManager.main(params)\n      }\n      assert(thrown.getMessage == s\"Unable to copy jar http:\/\/localhost:${wireMockServer.port()}\/com\/acxiom\/main\/1.0.0\/main-1.0.0.jar\")\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.isEmpty)\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n      wireMockServer.resetMappings()\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/connectors\/S3FileConnector.scala","text":"package com.acxiom.aws.pipeline.connectors\n\nimport com.acxiom.aws.fs.S3FileManager\nimport com.acxiom.pipeline.connectors.FileConnector\nimport com.acxiom.pipeline.fs.FileManager\nimport com.acxiom.pipeline.{Credential, PipelineContext}\n\n\/**\n  * Provides an implementation of theFileConnector that works with S3.\n  *\n  * @param region         The AWS region\n  * @param bucket         The S3 bucket\n  * @param name           The name of this connector\n  * @param credentialName The optional name of the credential to provide the CredentialProvider\n  * @param credential     The optional credential to use. credentialName takes precedence if provided.\n  *\/\ncase class S3FileConnector(region: String,\n                           bucket: String,\n                           override val name: String,\n                           override val credentialName: Option[String],\n                           override val credential: Option[Credential]) extends FileConnector with AWSConnector {\n  \/**\n    * Creates and opens an S3FileManager.\n    *\n    * @param pipelineContext The current PipelineContext for this session.\n    * @return A FileManager for this specific connector type\n    *\/\n  override def getFileManager(pipelineContext: PipelineContext): FileManager = {\n    val finalCredential = getCredential(pipelineContext)\n    val s3 = new S3FileManager(region, bucket, finalCredential.get.awsAccessKey, finalCredential.get.awsAccessSecret,\n      finalCredential.get.awsAccountId, finalCredential.get.awsRole, finalCredential.get.awsPartition)\n    s3.connect()\n    s3\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/DataConnectorSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\nimport com.acxiom.pipeline.connectors.DataConnector\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.streaming.StreamingQuery\n\n@StepObject\nobject DataConnectorSteps {\n\n  @StepFunction(\"836aab38-1140-4606-ab73-5b6744f0e7e7\",\n    \"Load\",\n    \"This step will create a DataFrame using the given DataConnector\",\n    \"Pipeline\",\n    \"Connectors\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to write\")),\n    \"connector\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The data connector to use when writing\")),\n    \"source\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The source path to load data\")),\n    \"readOptions\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional options to use while reading the data\"))))\n  def loadDataFrame(connector: DataConnector,\n                    source: Option[String],\n                    readOptions: DataFrameReaderOptions = DataFrameReaderOptions(),\n                    pipelineContext: PipelineContext): DataFrame =\n    connector.load(source, pipelineContext, readOptions)\n\n  @StepFunction(\"5608eba7-e9ff-48e6-af77-b5e810b99d89\",\n    \"Write\",\n    \"This step will write a DataFrame using the given DataConnector\",\n    \"Pipeline\",\n    \"Connectors\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to write\")),\n    \"connector\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The data connector to use when writing\")),\n    \"destination\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The destination path to write data\")),\n    \"writeOptions\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional DataFrame options to use while writing\"))))\n  def writeDataFrame(dataFrame: DataFrame,\n                     connector: DataConnector,\n                     destination: Option[String],\n                     writeOptions: DataFrameWriterOptions = DataFrameWriterOptions(),\n                     pipelineContext: PipelineContext): Option[StreamingQuery] =\n    connector.write(dataFrame, destination, pipelineContext, writeOptions)\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/drivers\/KafkaPipelineDriver.scala","text":"<filename>metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/drivers\/KafkaPipelineDriver.scala\npackage com.acxiom.kafka.drivers\n\nimport com.acxiom.pipeline.drivers.DriverSetup\nimport com.acxiom.pipeline.utils.{DriverUtils, ReflectionUtils, StreamingUtils}\nimport org.apache.kafka.clients.consumer.{ConsumerConfig, ConsumerRecord}\nimport org.apache.kafka.common.serialization.StringDeserializer\nimport org.apache.log4j.Logger\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming.kafka010._\n\n\/**\n  * Provides a driver that listens to a kafka cluster and one or more topics.\n  *\n  * Required parameters:\n  *\n  * \"driverSetupClass\" - This class will handle all of the initial setup such as building out pipelines, creating the PipelineContext.\n  * \"topics\" - a comma separated list of topics to monitor\n  * \"kafkaNodes\" - a comma separated list of Kafka brokers to consume data\n  *\n  * Optional Parameters:\n  *\n  * \"duration-type\" - should be seconds or minutes\n  * \"duration\" - should be a number\n  * \"groupId\" - should be a string\n  * \"terminationPeriod\" - This is a number (ms) that informs the system to run for the specified amount of time and then shut down.\n  *\/\nobject KafkaPipelineDriver {\n  private val logger = Logger.getLogger(getClass)\n\n  def main(args: Array[String]): Unit = {\n    val parameters = DriverUtils.extractParameters(args, Some(List(\"driverSetupClass\", \"topics\", \"kafkaNodes\")))\n    val commonParameters = DriverUtils.parseCommonParameters(parameters)\n    val streamingParameters = StreamingUtils.parseCommonStreamingParameters(parameters)\n    val driverSetup = ReflectionUtils.loadClass(commonParameters.initializationClass,\n      Some(Map(\"parameters\" -> parameters))).asInstanceOf[DriverSetup]\n    val topics = parameters(\"topics\").asInstanceOf[String].split(\",\")\n    logger.info(s\"Listening for Kafka messages using topics: ${topics.mkString(\",\")}\")\n    if (driverSetup.executionPlan.isEmpty) {\n      throw new IllegalStateException(\n        s\"Unable to obtain valid execution plan. Please check the DriverSetup class: ${commonParameters.initializationClass}\")\n    }\n    val executionPlan = driverSetup.executionPlan.get\n    val sparkSession = executionPlan.head.pipelineContext.sparkSession.get\n    val streamingContext = StreamingUtils.createStreamingContext(sparkSession.sparkContext,\n      Some(parameters.getOrElse(\"duration-type\", \"seconds\").asInstanceOf[String]),\n      Some(parameters.getOrElse(\"duration\", \"10\").asInstanceOf[String]))\n    val kafkaParams = Map[String, Object](\n      ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG -> parameters(\"kafkaNodes\").asInstanceOf[String],\n      ConsumerConfig.KEY_DESERIALIZER_CLASS_CONFIG -> classOf[StringDeserializer],\n      ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG -> classOf[StringDeserializer],\n      ConsumerConfig.GROUP_ID_CONFIG -> parameters.getOrElse(\"groupId\", \"default_stream_listener\").asInstanceOf[String],\n      ConsumerConfig.AUTO_OFFSET_RESET_CONFIG -> \"earliest\",\n      ConsumerConfig.ENABLE_AUTO_COMMIT_CONFIG -> (false: java.lang.Boolean))\n    val stream = KafkaUtils.createDirectStream[String, String](streamingContext,\n      LocationStrategies.PreferConsistent,\n      ConsumerStrategies.Subscribe[String, String](topics, kafkaParams))\n\n    val defaultParser = new KafkaStreamingDataParser\n    val streamingParsers = StreamingUtils.generateStreamingDataParsers(parameters, Some(List(defaultParser)))\n    stream.foreachRDD { rdd: RDD[ConsumerRecord[String, String]] =>\n      if (streamingParameters.processEmptyRDD || !rdd.isEmpty()) {\n        logger.debug(\"RDD received\")\n        \/\/ Need to commit the offsets in Kafka that we have consumed\n        val offsetRanges = rdd.asInstanceOf[HasOffsetRanges].offsetRanges\n        \/\/ Convert the RDD into a dataFrame\n        val parser = StreamingUtils.getStreamingParser[ConsumerRecord[String, String]](rdd, streamingParsers)\n        val dataFrame = parser.getOrElse(defaultParser).parseRDD(rdd, sparkSession)\n        \/\/ Refresh the execution plan prior to processing new data\n        logger.debug(s\"Processing offsets ${offsetRanges.mkString}\")\n        DriverUtils.processExecutionPlan(driverSetup, executionPlan, Some(dataFrame), () => {\n          \/\/ commit offsets after pipeline(s) completes\n          stream.asInstanceOf[CanCommitOffsets].commitAsync(offsetRanges)\n          logger.debug(s\"Committing Kafka offsets ${offsetRanges.mkString(\",\")}\")\n        }, commonParameters.terminateAfterFailures, 1, commonParameters.maxRetryAttempts)\n      }\n    }\n    streamingContext.start()\n    StreamingUtils.setTerminationState(streamingContext, parameters)\n    logger.info(\"Shutting down Kafka Pipeline Driver\")\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/CSVSteps.scala","text":"<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/CSVSteps.scala\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport org.apache.spark.sql.{DataFrame, Dataset}\n\n@StepObject\nobject CSVSteps {\n\n  @StepFunction(\"a2f3e151-cb81-4c69-8475-c1a287bbb4cb\",\n    \"Convert CSV String Dataset to DataFrame\",\n    \"This step will convert the provided CSV string Dataset into a DataFrame that can be passed to other steps\",\n    \"Pipeline\",\n    \"CSV\")\n  @StepParameters(Map(\n    \"dataset\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The dataset containing CSV strings\")),\n    \"dataFrameReaderOptions\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The CSV parsing options\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def csvDatasetToDataFrame(dataset: Dataset[String],\n                             dataFrameReaderOptions: Option[DataFrameReaderOptions] = None,\n                             pipelineContext: PipelineContext): DataFrame = {\n    DataFrameSteps.getDataFrameReader(dataFrameReaderOptions.getOrElse(DataFrameReaderOptions(\"csv\")), pipelineContext)\n      .csv(dataset)\n  }\n\n  @StepFunction(\"d25209c1-53f6-49ad-a402-257ae756ac2a\",\n    \"Convert CSV String to DataFrame\",\n    \"This step will convert the provided CSV string into a DataFrame that can be passed to other steps\",\n    \"Pipeline\",\n    \"CSV\")\n  @StepParameters(Map(\n    \"csvString\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The csv string to convert to a DataFrame\")),\n    \"delimiter\" -> StepParameter(None, Some(false), Some(\",\"), None, None, None, Some(\"The field delimiter\")),\n    \"recordDelimiter\" -> StepParameter(None, Some(false), Some(\"\\n\"), None, None, None, Some(\"The record delimiter\")),\n    \"header\" -> StepParameter(None, Some(false), Some(\"false\"), None, None, None, Some(\"Build header from the first row\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def csvStringToDataFrame(csvString: String,\n                           delimiter: Option[String] = None,\n                           recordDelimiter: Option[String] = None,\n                           header: Option[Boolean] = None,\n                           pipelineContext: PipelineContext): DataFrame = {\n    val spark = pipelineContext.sparkSession.get\n    import spark.implicits._\n    val options = Some(Map(\"delimiter\" -> delimiter.getOrElse(\",\"), \"header\" -> header.getOrElse(\"false\").toString))\n    val ds = csvString.split(recordDelimiter.getOrElse(\"\\n\")).toList.toDS()\n    csvDatasetToDataFrame(ds, Some(DataFrameReaderOptions(\"csv\", options)), pipelineContext)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-examples\/src\/main\/scala\/com\/acxiom\/pipeline\/ExecutionPlanDataDriverSetup.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline\n\nimport java.io.File\n\nimport com.acxiom.pipeline.drivers.DriverSetup\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\nimport scala.io.Source\n\ncase class ExecutionPlanDataDriverSetup(parameters: Map[String, Any]) extends DriverSetup {\n  private val sparkConf = new SparkConf().set(\"spark.hadoop.io.compression.codecs\",\n    \"org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n      \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n      \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n  private val sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n  private val ctx = PipelineContext(Some(sparkConf), Some(sparkSession), Some(parameters),\n    PipelineSecurityManager(),\n    PipelineParameters(List()),\n    Some(if (parameters.contains(\"stepPackages\")) {\n      parameters(\"stepPackages\").asInstanceOf[String]\n        .split(\",\").toList\n    } else {\n      List(\"com.acxiom.pipeline.steps\")\n    }),\n    PipelineStepMapper(),\n    Some(DefaultPipelineListener()),\n    Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n\n  private val pipelineList = DriverUtils.parsePipelineJson(Source.fromFile(new File(parameters.getOrElse(\"pipelinesJson\", \"\").asInstanceOf[String])).mkString)\n  private val executionPlanList = List(\n    PipelineExecution(\"ROOT\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"LOAD_DATA_PIPELINE\"), None, ctx, None),\n    PipelineExecution(\"PROD\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"EXTRACT_PRODUCT_DATA_PIPELINE\"), None, ctx, Some(List(\"ROOT\"))),\n    PipelineExecution(\"CUST\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"EXTRACT_CUSTOMER_DATA_PIPELINE\"), None, ctx, Some(List(\"ROOT\"))),\n    PipelineExecution(\"CC\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"EXTRACT_CREDIT_CARD_DATA_PIPELINE\"), None, ctx, Some(List(\"ROOT\"))),\n    PipelineExecution(\"ORD\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"EXTRACT_ORDER_DATA_PIPELINE\"), None, ctx, Some(List(\"ROOT\"))),\n    PipelineExecution(\"SAVE\", pipelineList.get.filter(_.id.getOrElse(\"\") == \"WRITE_DATA_PIPELINE\"), None, ctx, Some(List(\"PROD\", \"CUST\", \"CC\", \"ORD\")))\n  )\n\n  override def pipelines: List[Pipeline] = List()\n\n  override def initialPipelineId: String = \"\"\n\n  override def pipelineContext: PipelineContext = ctx\n\n  override def executionPlan: Option[List[PipelineExecution]] = Some(executionPlanList)\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/org\/apache\/spark\/deploy\/MetalusSparkHadoopUtil.scala","text":"package org.apache.spark.deploy\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.spark.SparkConf\n\nobject MetalusSparkHadoopUtil {\n  def newConfiguration(conf: SparkConf): Configuration = SparkHadoopUtil.get.newConfiguration(conf)\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/JSONSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport com.acxiom.pipeline.applications.{ApplicationUtils, ClassInfo, Json4sSerializers}\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.spark.sql.{DataFrame, Dataset}\nimport org.json4s.Formats\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.native.Serialization\n\n@StepObject\nobject JSONSteps {\n  @StepFunction(\"3464dc85-5111-40fc-9bfb-1fd6fc8a2c17\",\n    \"Convert JSON String to Map\",\n    \"This step will convert the provided JSON string into a Map that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"jsonString\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The JSON string to convert to a map\")),\n    \"formats\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Json4s Formats object that will override the pipeline context formats\"))))\n  def jsonStringToMap(jsonString: String, formats: Option[Formats] = None, pipelineContext: PipelineContext): Option[Map[String, Any]] = {\n    implicit val f: Formats = formats.getOrElse(pipelineContext.getJson4sFormats)\n    parse(jsonString).extractOpt[Map[String, Any]]\n  }\n\n  @StepFunction(\"f4d19691-779b-4962-a52b-ee5d9a99068e\",\n    \"Convert JSON Map to JSON String\",\n    \"This step will convert the provided JSON map into a JSON string that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"jsonMap\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The JSON map to convert to a JSON string\")),\n    \"formats\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Json4s Formats object that will override the pipeline context formats\"))))\n  @StepResults(primaryType = \"String\",\n    secondaryTypes = None)\n  def jsonMapToString(jsonMap: Map[String, Any], formats: Option[Formats] = None, pipelineContext: PipelineContext): String = {\n    implicit val f: Formats = formats.getOrElse(pipelineContext.getJson4sFormats)\n    Serialization.write(jsonMap)\n  }\n\n  @StepFunction(\"1f23eb37-98ee-43c2-ac78-17b04db3cc8d\",\n    \"Convert object to JSON String\",\n    \"This step will convert the provided object into a JSON string that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"obj\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The object to convert to a JSON string\")),\n    \"formats\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Json4s Formats object that will override the pipeline context formats\"))))\n  @StepResults(primaryType = \"String\",\n    secondaryTypes = None)\n  def objectToJsonString(obj: AnyRef, formats: Option[Formats] = None, pipelineContext: PipelineContext): String = {\n    implicit val f: Formats = formats.getOrElse(pipelineContext.getJson4sFormats)\n    Serialization.write(obj)\n  }\n\n  @StepFunction(\"880c5151-f7cd-40bb-99f2-06dbb20a6523\",\n    \"Convert JSON String to object\",\n    \"This step will convert the provided JSON string into an object that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"jsonString\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The JSON string to convert to an object\")),\n    \"objectName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The fully qualified class name of the object\")),\n    \"formats\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Json4s Formats object that will override the pipeline context formats\"))))\n  def jsonStringToObject(jsonString: String,\n                         objectName: String,\n                         formats: Option[Formats] = None,\n                         pipelineContext: PipelineContext): Any = {\n    implicit val f: Formats = formats.getOrElse(pipelineContext.getJson4sFormats)\n    DriverUtils.parseJson(jsonString, objectName)\n  }\n\n  @StepFunction(\"68958a29-aab5-4f7e-9ffd-af99c33c512b\",\n    \"Convert JSON String to Schema\",\n    \"This step will convert the provided JSON string into a Schema that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"schema\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The JSON string to convert to a Schema\")),\n    \"formats\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"Json4s Formats object that will override the pipeline context formats\"))))\n  def jsonStringToSchema(schema: String, formats: Option[Formats] = None, pipelineContext: PipelineContext): Schema = {\n    implicit val f: Formats = formats.getOrElse(pipelineContext.getJson4sFormats)\n    parse(schema).extract[Schema]\n  }\n\n  @StepFunction(\"cf4e9e6c-98d6-4a14-ae74-52322782c504\",\n    \"Convert JSON String to DataFrame\",\n    \"This step will convert the provided JSON string into a DataFrame that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"jsonString\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The JSON string to convert to a DataFrame\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def jsonStringToDataFrame(jsonString: String, pipelineContext: PipelineContext): DataFrame = {\n    val spark = pipelineContext.sparkSession.get\n    import spark.implicits._\n    val multiline = jsonString.replaceAll(\"\\\\s+\",\"\").startsWith(\"[\")\n    val data = if (multiline) {\n      Seq(jsonString)\n    } else {\n      jsonString.split(\"\\n\").toSeq\n    }\n    pipelineContext.sparkSession.get.read.option(\"multiline\", multiline).json(data.toDS())\n  }\n\n  @StepFunction(\"d5cd835e-5e8f-49c0-9706-746d5a4d7b3a\",\n    \"Convert JSON String Dataset to DataFrame\",\n    \"This step will convert the provided JSON string Dataset into a DataFrame that can be passed to other steps\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"dataset\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The dataset containing JSON strings\")),\n    \"dataFrameReaderOptions\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The JSON parsing options\"))))\n  @StepResults(primaryType = \"org.apache.spark.sql.DataFrame\",\n    secondaryTypes = None)\n  def jsonDatasetToDataFrame(dataset: Dataset[String],\n                             dataFrameReaderOptions: Option[DataFrameReaderOptions] = None,\n                             pipelineContext: PipelineContext): DataFrame = {\n    DataFrameSteps.getDataFrameReader(dataFrameReaderOptions.getOrElse(DataFrameReaderOptions(\"json\")), pipelineContext)\n      .json(dataset)\n  }\n\n  @StepFunction(\"f3891201-5138-4cab-aebc-bcc319228543\",\n    \"Build JSON4S Formats\",\n    \"This step will build a json4s Formats object that can be used to override the default\",\n    \"Pipeline\",\n    \"JSON\")\n  @StepParameters(Map(\n    \"customSerializers\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"List of custom serializer classes\")),\n    \"enumIdSerializers\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"List of Enumeration classes to serialize by id\")),\n    \"enumNameSerializers\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"List of Enumeration classes to serialize by name\"))))\n  def buildJsonFormats(customSerializers: Option[List[ClassInfo]] = None,\n                       enumIdSerializers: Option[List[ClassInfo]] = None,\n                       enumNameSerializers: Option[List[ClassInfo]] = None): Formats = {\n    val json4sSerializers = Json4sSerializers(customSerializers, enumIdSerializers, enumNameSerializers)\n    ApplicationUtils.getJson4sFormats(Some(json4sSerializers))\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/main\/scala\/com\/acxiom\/metalus\/applications\/ApplicationsMetadataExtractor.scala","text":"<gh_stars>10-100\npackage com.acxiom.metalus.applications\n\nimport com.acxiom.metalus.{Extractor, MapMetadata, Metadata, Output}\nimport org.json4s.native.Serialization\n\nclass ApplicationsMetadataExtractor extends Extractor {\n  \/**\n  * This function should return a simple type that indicates what type of metadata this extractor produces.\n    *\n  * @return A simple string name.\n  *\/\n  override def getMetaDataType: String = \"applications\"\n\n  \/**\n    * Provides a basic function for handling output.\n    *\n    * @param metadata The metadata string to be written.\n    * @param output   Information about how to output the metadata.\n    *\/\n  override def writeOutput(metadata: Metadata, output: Output): Unit = {\n    if (output.api.isDefined) {\n      val http = output.api.get\n      val definition = metadata.asInstanceOf[MapMetadata]\n      definition.mapList.foreach(map => {\n        val jarList = map.getOrElse(\"tags\", List(\"No Jar Defined\")).asInstanceOf[List[String]].filter(_.endsWith(\".jar\")).mkString\n        val headers =\n          Some(Map[String, String](\"User-Agent\" -> s\"Metalus \/ ${System.getProperty(\"user.name\")} \/ $jarList\"))\n        if (http.exists(s\"$getMetaDataType\/${map.getOrElse(\"id\", \"none\")}\")) {\n          http.putJsonContent(s\"$getMetaDataType\/${map.getOrElse(\"id\", \"none\")}\", Serialization.write(map), headers)\n        } else {\n          http.postJsonContent(getMetaDataType, Serialization.write(map), headers)\n        }\n      })\n    } else {\n      super.writeOutput(metadata, output)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/connectors\/KinesisDataConnector.scala","text":"<reponame>carpaltunnel\/metalus<gh_stars>10-100\npackage com.acxiom.aws.pipeline.connectors\n\nimport com.acxiom.aws.utils.{AWSCredential, KinesisUtilities}\nimport com.acxiom.pipeline.connectors.StreamingDataConnector\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport com.acxiom.pipeline.{Credential, PipelineContext}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.streaming.StreamingQuery\n\n\/**\n  * Data Connector implementation that works with Kinesis. Each row produced will be formatted to a string using\n  * the separator character provided.\n  *\n  * @param streamName        The name of the Kinesis stream.\n  * @param region            The region containing the Kinesis stream\n  * @param partitionKey      The optional static partition key to use\n  * @param partitionKeyIndex The optional field index in the DataFrame row containing the value to use as the partition key\n  * @param separator         The field separator to use when formatting the row data\n  * @param name              The name of the connector\n  * @param credentialName    The optional name of the credential to use when authorizing to the Kinesis stream\n  * @param credential        The optional credential to use when authorizing to the Kinesis stream\n  *\/\ncase class KinesisDataConnector(streamName: String,\n                                region: String = \"us-east-1\",\n                                partitionKey: Option[String],\n                                partitionKeyIndex: Option[Int],\n                                separator: String = \",\",\n                                override val name: String,\n                                override val credentialName: Option[String],\n                                override val credential: Option[Credential])\n  extends StreamingDataConnector with AWSConnector {\n  override def load(source: Option[String],\n                    pipelineContext: PipelineContext,\n                    readOptions: DataFrameReaderOptions = DataFrameReaderOptions()): DataFrame = {\n    val initialReader = pipelineContext.sparkSession.get.readStream\n      .format(\"kinesis\")\n      .option(\"streamName\", streamName)\n      .option(\"region\", region)\n      .option(\"initialPosition\", \"TRIM_HORIZON\")\n      .options(readOptions.options.getOrElse(Map[String, String]()))\n\n    val reader = if (readOptions.schema.isDefined) {\n      initialReader.schema(readOptions.schema.get.toStructType())\n    } else {\n      initialReader\n    }\n\n    val finalCredential: Option[AWSCredential] = getCredential(pipelineContext)\n\n    val finalReader = if (finalCredential.isDefined) {\n      if (finalCredential.get.awsRole.isDefined && finalCredential.get.awsAccountId.isDefined) {\n        val r1 = if (finalCredential.get.externalId.isDefined) {\n          reader.option(\"roleExternalId\", finalCredential.get.externalId.get)\n        } else {\n          reader\n        }\n        (if (finalCredential.get.sessionName.isDefined) {\n          r1.option(\"roleSessionName\", finalCredential.get.sessionName.get)\n        } else {\n          r1\n        }).option(\"roleArn\", finalCredential.get.awsRoleARN.get)\n      } else {\n        reader\n          .option(\"awsAccessKey\", finalCredential.get.awsAccessKey.getOrElse(\"\"))\n          .option(\"awsSecretKey\", finalCredential.get.awsAccessSecret.getOrElse(\"\"))\n      }\n      reader\n    } else {\n      reader\n    }\n    finalReader.load()\n  }\n\n  override def write(dataFrame: DataFrame,\n                     destination: Option[String],\n                     pipelineContext: PipelineContext,\n                     writeOptions: DataFrameWriterOptions = DataFrameWriterOptions()): Option[StreamingQuery] = {\n    val finalCredential: Option[AWSCredential] = getCredential(pipelineContext)\n    if (dataFrame.isStreaming) {\n      Some(dataFrame\n        .writeStream\n        .format(writeOptions.format)\n        .options(writeOptions.options.getOrElse(Map[String, String]()))\n        .foreach(new StructuredStreamingKinesisSink(streamName, region, partitionKey, partitionKeyIndex, separator, finalCredential))\n        .start())\n    } else {\n      KinesisUtilities.writeDataFrame(dataFrame, region, streamName, partitionKey, partitionKeyIndex, separator, finalCredential)\n      None\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/pipeline\/connectors\/GCSConnector.scala","text":"package com.acxiom.gcp.pipeline.connectors\n\nimport com.acxiom.gcp.pipeline.GCPCredential\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.connectors.Connector\n\ntrait GCSConnector extends Connector {\n  override protected def getCredential(pipelineContext: PipelineContext): Option[GCPCredential] = {\n    super.getCredential(pipelineContext).asInstanceOf[Option[GCPCredential]]\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/FileManagerStepsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline._\nimport com.acxiom.pipeline.connectors.{HDFSFileConnector, SFTPFileConnector}\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.hadoop.hdfs.{HdfsConfiguration, MiniDFSCluster}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\nimport software.sham.sftp.MockSftpServer\n\nimport java.io.File\nimport java.nio.file.{Files, Path, StandardCopyOption}\n\nclass FileManagerStepsTests extends FunSpec with BeforeAndAfterAll {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"file-manager-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"fileManagerSparkLocal\")\n  var config: HdfsConfiguration = _\n  var fs: FileSystem = _\n  var miniCluster: MiniDFSCluster = _\n  val file = new File(sparkLocalDir.toFile.getAbsolutePath, \"fileManagerCluster\")\n  val SFTP_PORT = 12345\n  var sftpServer: MockSftpServer = _\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    config = new HdfsConfiguration()\n    config.set(MiniDFSCluster.HDFS_MINIDFS_BASEDIR, file.getAbsolutePath)\n    miniCluster = new MiniDFSCluster.Builder(config).build()\n    miniCluster.waitActive()\n    fs = miniCluster.getFileSystem\n    sftpServer = new MockSftpServer(SFTP_PORT)\n    Files.copy(getClass.getResourceAsStream(\"\/MOCK_DATA.csv\"),\n      new File(s\"${sftpServer.getBaseDirectory.toFile.getAbsolutePath}\/MOCK_DATA.csv\").toPath,\n      StandardCopyOption.REPLACE_EXISTING)\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n      \/\/ Force Spark to use the HDFS cluster\n      .set(\"spark.hadoop.fs.defaultFS\", miniCluster.getFileSystem().getUri.toString)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any](\"StrictHostKeyChecking\" -> \"no\")),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n    miniCluster.shutdown()\n    sftpServer.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"FileManagerSteps - Copy\") {\n    it(\"Should fail when strict host checking is enabled against localhost\") {\n      val sftpConnector = SFTPFileConnector(\"localhost\", \"sftp-connector\", None,\n        Some(UserNameCredential(Map(\"username\" -> \"tester\", \"password\" -> \"<PASSWORD>\"))),\n        Some(SFTP_PORT), None, None, Some(Map[String, String](\"StrictHostKeyChecking\" -> \"yes\")))\n      val exception = intercept[com.jcraft.jsch.JSchException] {\n        sftpConnector.getFileManager(pipelineContext)\n      }\n      assert(Option(exception).nonEmpty)\n      assert(exception.getMessage == \"reject HostKey: localhost\")\n    }\n\n    it(\"Should copy from\/to SFTP to HDFS\") {\n      val hdfsConnector = HDFSFileConnector(\"my-connector\", None, None)\n      val hdfs = hdfsConnector.getFileManager(pipelineContext)\n      val sftp = SFTPSteps.createFileManager(\"localhost\", Some(\"tester\"), Some(\"testing\"), Some(SFTP_PORT), Some(false), pipelineContext)\n      assert(sftp.isDefined)\n      \/\/ Verify that the HDFS file system has nothing\n      assert(hdfs.getFileListing(\"\/\").isEmpty)\n      \/\/ Connect to the SFTP file system\n      sftp.get.connect()\n\n      \/\/ Verify that the file is there\n      val initialListings = sftp.get.getFileListing(\"\/\")\n      assert(initialListings.lengthCompare(2) == 0)\n      val originalSftpFile = initialListings.find(_.fileName == \"MOCK_DATA.csv\")\n      assert(originalSftpFile.isDefined)\n\n      \/\/ Copy from SFTP to HDFS\n      FileManagerSteps.copy(sftp.get, \"\/MOCK_DATA.csv\", hdfs, \"\/COPIED_DATA.csv\")\n      val copiedHdfsFile = hdfs.getFileListing(\"\/\").find(_.fileName == \"COPIED_DATA.csv\")\n      assert(copiedHdfsFile.isDefined)\n      assert(originalSftpFile.get.size == copiedHdfsFile.get.size)\n\n      \/\/ Copy from HDFS to SFTP\n      FileManagerSteps.copy(hdfs, \"\/COPIED_DATA.csv\", sftp.get, \"\/HDFS_COPIED_DATA.csv\")\n      val sftpCopiedHdfsFile = sftp.get.getFileListing(\"\/\").find(_.fileName == \"HDFS_COPIED_DATA.csv\")\n      assert(sftpCopiedHdfsFile.isDefined)\n      assert(originalSftpFile.get.size == sftpCopiedHdfsFile.get.size)\n      assert(copiedHdfsFile.get.size == sftpCopiedHdfsFile.get.size)\n\n      FileManagerSteps.disconnectFileManager(sftp.get)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/JSONStepsTests.scala","text":"<filename>metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/JSONStepsTests.scala\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline._\nimport com.acxiom.pipeline.applications.ClassInfo\nimport com.acxiom.pipeline.steps.Color.Color\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types.StringType\nimport org.json4s.JsonAST.JString\nimport org.json4s.ext.EnumNameSerializer\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{CustomSerializer, DefaultFormats, Formats, JObject}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nimport java.nio.file.{Files, Path}\n\nclass JSONStepsTests extends FunSpec with BeforeAndAfterAll {\n  private val MASTER = \"local[2]\"\n  private val APPNAME = \"json-steps-spark\"\n  private var sparkConf: SparkConf = _\n  private var sparkSession: SparkSession = _\n  private val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  private var pipelineContext: PipelineContext = _\n\n  private val jsonString =\n    \"\"\"{\n      | \"property1\": \"abc\",\n      | \"property2\": {\n      |   \"subproperty1\": \"def\",\n      |   \"subproperty2\": 1\n      | }\n      |}\"\"\".stripMargin\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"JSONSteps - Conversion Steps\") {\n    it(\"Should convert a JSON string to a map\") {\n      val map = JSONSteps.jsonStringToMap(jsonString, None, pipelineContext)\n      assert(map.isDefined)\n      assert(map.get.keySet.size == 2)\n      assert(map.get.contains(\"property1\"))\n      assert(map.get(\"property1\") == \"abc\")\n      assert(map.get.contains(\"property2\"))\n      val subMap = map.get(\"property2\").asInstanceOf[Map[String, Any]]\n      assert(subMap.keySet.size == 2)\n      assert(subMap.contains(\"subproperty1\"))\n      assert(subMap(\"subproperty1\") == \"def\")\n      assert(subMap.contains(\"subproperty2\"))\n      assert(subMap(\"subproperty2\") == 1)\n    }\n\n    it(\"Should convert a map to a JSON string\") {\n      val map = Map[String, Any](\"property1\" -> \"abc\",\n      \"property2\" -> Map[String, Any](\"subproperty1\" -> \"def\", \"subproperty2\" -> 1))\n      val string = JSONSteps.jsonMapToString(map, None, pipelineContext)\n      assert(Option(string).isDefined)\n      assert(string.nonEmpty)\n      assert(string.compareTo(jsonString.replaceAll(\"\\\\s+\",\"\")) == 0)\n    }\n\n    it(\"Should convert an object to a JSON string\") {\n      val obj = TestObject(\"abc\", SubTestObject(\"def\", 1))\n      val string = JSONSteps.objectToJsonString(obj, None, pipelineContext)\n      assert(Option(string).isDefined)\n      assert(string.nonEmpty)\n      assert(string.compareTo(jsonString.replaceAll(\"\\\\s+\",\"\")) == 0)\n    }\n\n    it(\"Should convert a JSON string to an object\") {\n      val json =\n        \"\"\"\n          |{\n          |   \"property1\": \"moo\",\n          |   \"property2\": {\n          |      \"subproperty1\": \"moo2\",\n          |      \"subproperty2\": 1\n          |   }\n          |}\n          |\"\"\".stripMargin\n      val res = JSONSteps.jsonStringToObject(json, \"com.acxiom.pipeline.steps.TestObject\", None,\n        pipelineContext)\n      assert(res.isInstanceOf[TestObject])\n      val test = res.asInstanceOf[TestObject]\n      assert(test.property1 == \"moo\")\n      assert(test.property2.subproperty1 == \"moo2\")\n      assert(test.property2.subproperty2 == 1)\n    }\n  }\n\n  describe(\"JSONSteps - Schema\") {\n    it(\"Should convert a JSON string to a Schema\") {\n      val string =\n        \"\"\"{\n          | \"attributes\": [\n          |   {\n          |     \"name\": \"col1\",\n          |     \"dataType\": {\n          |       \"baseType\": \"string\"\n          |     },\n          |     \"nullable\": false\n          |   },\n          |   {\n          |     \"name\": \"col2\",\n          |     \"dataType\": {\n          |       \"baseType\": \"integer\"\n          |     },\n          |     \"metadata\": {\"key\": \"value\"},\n          |     \"nullable\": true\n          |   },\n          |   {\n          |     \"name\": \"col3\",\n          |     \"dataType\": {\n          |       \"baseType\": \"decimal\"\n          |     }\n          |   }\n          | ]\n          |}\"\"\".stripMargin\n      val schema = JSONSteps.jsonStringToSchema(string, None, pipelineContext)\n      assert(Option(schema).isDefined)\n      assert(schema.attributes.length == 3)\n      assert(schema.attributes.head.name == \"col1\")\n      assert(schema.attributes.head.dataType.baseType == \"string\")\n      assert(!schema.attributes.head.nullable.getOrElse(true))\n      assert(schema.attributes(1).name == \"col2\")\n      assert(schema.attributes(1).dataType.baseType == \"integer\")\n      assert(schema.attributes(1).nullable.getOrElse(true))\n      assert(schema.attributes(1).metadata.getOrElse(Map()) == Map(\"key\" -> \"value\"))\n      assert(schema.attributes(2).name == \"col3\")\n      assert(schema.attributes(2).dataType.baseType == \"decimal\")\n    }\n  }\n\n  describe(\"JSONSteps - DataFrame\") {\n    it(\"Should convert single line JSON data to a DataFrame\") {\n        validateDataFrame(\"\"\"{\"col1\": \"row1_col1\", \"col2\": \"row1_col2\", \"col3\": \"row1_col3\"}\n           {\"col1\": \"row2_col1\", \"col2\": \"row2_col2\", \"col3\": \"row2_col3\"}\n           {\"col1\": \"row3_col1\", \"col2\": \"row3_col2\", \"col3\": \"row3_col3\"}\"\"\")\n    }\n\n    it(\"Should convert Multiline JSON data to a DataFrame\") {\n        validateDataFrame(\"\"\"[{ \"col1\": \"row1_col1\", \"col2\": \"row1_col2\", \"col3\": \"row1_col3\" },\n          |{ \"col1\": \"row2_col1\", \"col2\": \"row2_col2\", \"col3\": \"row2_col3\" },\n          |{ \"col1\": \"row3_col1\", \"col2\": \"row3_col2\", \"col3\": \"row3_col3\" }]\"\"\".stripMargin)\n    }\n\n    it(\"Should convert a Dataset[String] of JSON strings to a DataFrame\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val json = Seq(\n        \"\"\"{\"id\":1, \"name\": \"silkie\", \"stats\": {\"toes\": 5, \"skin_color\": \"black\", \"comb\": \"walnut\"}}\"\"\",\n        \"\"\"{\"id\":2, \"name\":\"leghorn\", \"stats\": {\"toes\": 4, \"skin_color\": \"yellow\", \"comb\": \"single\"}}\"\"\",\n        \"\"\"{\"id\":3, \"name\": \"polish\", \"stats\": {\"toes\": 4, \"skin_color\": \"white\", \"comb\": \"v-comb\"}}\"\"\"\n      ).toDS\n      val df = JSONSteps.jsonDatasetToDataFrame(json, None, pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 3)\n      assert(df.where(\"stats.toes = 5\").selectExpr(\"name\").first.getString(0) == \"silkie\")\n    }\n\n    it(\"Should convert a Dataset[String] of JSON strings to a DataFrame and respect options\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val json = Seq(\n        \"\"\"{\"id\":1, \"name\": \"silkie\", \"stats\": {\"toes\": 5, \"skin_color\": \"black\", \"comb\": \"walnut\"}}\"\"\",\n        \"\"\"{\"id\":2, \"name\":\"leghorn\", \"stats\": {\"toes\": 4, \"skin_color\": \"yellow\", \"comb\": \"single\"}}\"\"\",\n        \"\"\"{\"id\":3, \"name\": \"polish\", \"stats\": {\"toes\": 4, \"skin_color\": \"white\", \"comb\": \"v-comb\"}}\"\"\"\n      ).toDS\n      val dataFrameReaderOptions = DataFrameReaderOptions(\"json\", Some(Map(\"primitivesAsString\" -> \"true\")))\n      val df = JSONSteps.jsonDatasetToDataFrame(json, Some(dataFrameReaderOptions), pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 3)\n      assert(df.schema.fields.exists(f => f.name == \"id\" && f.dataType == StringType))\n      assert(df.where(\"stats.toes = '5'\").selectExpr(\"name\").first.getString(0) == \"silkie\")\n    }\n  }\n\n  describe(\"JSONSteps - Formats\") {\n    it(\"Should build json4s Formats\") {\n      val formats = JSONSteps.buildJsonFormats(\n        Some(List(ClassInfo(Some(\"com.acxiom.pipeline.steps.ChickenSerializer\")))),\n        None,\n        Some(List(ClassInfo(Some(\"com.acxiom.pipeline.steps.Color\"))))\n      )\n      val json =\n        \"\"\"{\n          |   \"name\": \"chicken-coop\",\n          |   \"color\": \"WHITE\",\n          |   \"chickens\": [\n          |      {\n          |         \"breed\": \"silkie\",\n          |         \"color\": \"BUFF\"\n          |      },\n          |      {\n          |         \"breed\": \"polish\",\n          |         \"color\": \"BLACK\"\n          |      }\n          |   ]\n          |}\"\"\".stripMargin\n      val obj = JSONSteps.jsonStringToObject(json, \"com.acxiom.pipeline.steps.Coop\", Some(formats), pipelineContext)\n      assert(obj.isInstanceOf[Coop])\n      val coop = obj.asInstanceOf[Coop]\n      assert(coop.name == \"chicken-coop\")\n      assert(coop.color == Color.WHITE)\n      assert(coop.chickens.exists(c => c.breed == \"silkie\" && c.color == Color.BUFF))\n      assert(coop.chickens.exists(c => c.breed == \"polish\" && c.color == Color.BLACK))\n    }\n\n    it(\"should build a formats object with only default formats if no custom serializers are provided\") {\n      val formats = JSONSteps.buildJsonFormats()\n      assert(formats.customSerializers.isEmpty)\n      val res = JSONSteps.jsonStringToMap(\"\"\"{\"k1\":\"v1\",\"k2\":\"v2\"}\"\"\", Some(formats), pipelineContext)\n      assert(res.isDefined)\n      val k1 = res.get.get(\"k1\")\n      val k2 = res.get.get(\"k2\")\n      assert(k1.isDefined && k1.get.asInstanceOf[String] == \"v1\")\n      assert(k2.isDefined && k2.get.asInstanceOf[String] == \"v2\")\n    }\n  }\n\n  private def validateDataFrame(jsonString: String) = {\n    val df = JSONSteps.jsonStringToDataFrame(jsonString, PipelineContext(sparkConf = Some(sparkConf),\n      sparkSession = Some(sparkSession), globals = None, parameters = PipelineParameters(), stepMessages = None))\n    assert(df.count() == 3)\n    assert(df.schema.fields.length == 3)\n    assert(df.schema.fields.head.name == \"col1\")\n    assert(df.schema.fields(1).name == \"col2\")\n    assert(df.schema.fields(2).name == \"col3\")\n    val list = df.collect()\n    assert(list.head.getString(0) == \"row1_col1\")\n    assert(list.head.getString(1) == \"row1_col2\")\n    assert(list.head.getString(2) == \"row1_col3\")\n    assert(list(1).getString(0) == \"row2_col1\")\n    assert(list(1).getString(1) == \"row2_col2\")\n    assert(list(1).getString(2) == \"row2_col3\")\n    assert(list(2).getString(0) == \"row3_col1\")\n    assert(list(2).getString(1) == \"row3_col2\")\n    assert(list(2).getString(2) == \"row3_col3\")\n  }\n}\n\ncase class TestObject(property1: String, property2: SubTestObject)\ncase class SubTestObject(subproperty1: String, subproperty2: Int)\n\nobject Color extends Enumeration {\n  type Color = Value\n  val BLACK, GOLD, BUFF, WHITE = Value\n}\n\ntrait Chicken {\n  val breed: String\n  val color: Color\n}\n\ncase class Silkie(color: Color) extends Chicken {\n  override val breed: String = \"silkie\"\n}\n\ncase class Polish(color: Color) extends Chicken {\n  override val breed: String = \"polish\"\n}\n\ncase class Coop(name: String, chickens: List[Chicken], color: Color)\n\nclass ChickenSerializer extends CustomSerializer[Chicken](f => ( {\n  case json: JObject =>\n    implicit val formats: Formats = DefaultFormats + new EnumNameSerializer(Color) + new ChickenSerializer\n    if((json \\ \"breed\") == JString(\"silkie\")) {\n      json.extract[Silkie]\n    } else {\n      json.extract[Polish]\n    }\n}, {\n  case chicken: Chicken =>\n    parse(s\"\"\"{\"breed\":\"${chicken.breed},\"color\":\"${chicken.color.toString}\"}\"\"\")\n}))\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/pipeline\/KafkaPipelineListener.scala","text":"<filename>metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/pipeline\/KafkaPipelineListener.scala\npackage com.acxiom.kafka.pipeline\n\nimport com.acxiom.kafka.utils.KafkaUtilities\nimport com.acxiom.pipeline._\n\nclass KafkaPipelineListener(val key: String,\n                            val credentialName: String,\n                            val credentialProvider: CredentialProvider,\n                            topic: String,\n                            kafkaNodes: String,\n                            clientId: String = \"metalus_kafka_pipeline_listener\") extends EventBasedPipelineListener {\n  override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KafkaUtilities.postMessage(\n      generateExecutionMessage(\"executionStarted\", pipelines), topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    \/\/ TODO Review sending audit information as a separate message? pipelineContext.rootAudit\n    KafkaUtilities.postMessage(\n      generateExecutionMessage(\"executionFinished\", pipelines), topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    KafkaUtilities.postMessage(\n      generateExecutionMessage(\"executionStopped\", pipelines), topic, kafkaNodes, key, clientId)\n  }\n\n  override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KafkaUtilities.postMessage(\n      generatePipelineMessage(\"pipelineStarted\", pipeline), topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KafkaUtilities.postMessage(\n      generatePipelineMessage(\"pipelineFinished\", pipeline), topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KafkaUtilities.postMessage(\n      generatePipelineStepMessage(\"pipelineStepStarted\", pipeline, step, pipelineContext),\n      topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KafkaUtilities.postMessage(\n      generatePipelineStepMessage(\"pipelineStepFinished\", pipeline, step, pipelineContext),\n      topic, kafkaNodes, key, clientId)\n    Some(pipelineContext)\n  }\n\n  override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n    KafkaUtilities.postMessage(\n      generateExceptionMessage(\"registerStepException\", exception, pipelineContext),\n      topic, kafkaNodes, key, clientId)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/utils\/DriverUtilsTests.scala","text":"package com.acxiom.pipeline.utils\n\nimport com.acxiom.pipeline._\nimport com.acxiom.pipeline.drivers.{DriverSetup, ResultSummary, StreamingDataParser}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.apache.spark.streaming.{Milliseconds, Minutes, Seconds}\nimport org.json4s.native.Serialization\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nimport scala.collection.JavaConverters._\n\nclass DriverUtilsTests extends FunSpec with BeforeAndAfterAll {\n\n  describe(\"DriverUtils - extractParameters\") {\n    it(\"Should properly parse input parameters\") {\n      val params = Array(\"--one\", \"1\", \"--two\", \"2\", \"--three\", \"true\")\n      val map = DriverUtils.extractParameters(params)\n      assert(map(\"one\") == \"1\")\n      assert(map(\"two\") == \"2\")\n      assert(map(\"three\").asInstanceOf[Boolean])\n    }\n\n    it(\"Should properly parse input parameters and fail on missing parameter\") {\n      val params = Array(\"--one\", \"1\", \"--two\", \"2\", \"--three\", \"true\")\n      val thrown = intercept[RuntimeException] {\n        DriverUtils.extractParameters(params, Some(List(\"three\", \"four\", \"five\")))\n      }\n      assert(thrown.getMessage.contains(\"Missing required parameters: four,five\"))\n    }\n\n    it (\"Should parse common parameters\") {\n      val params = DriverUtils.parseCommonParameters(Map(\"driverSetupClass\" -> \"test\",\n      \"maxRetryAttempts\" -> 5,\n      \"terminateAfterFailures\" -> true))\n      assert(params.initializationClass == \"test\")\n      assert(params.maxRetryAttempts == Constants.FIVE)\n      assert(params.terminateAfterFailures)\n    }\n  }\n\n  describe(\"DriverUtils - parsePipelineJson\") {\n    implicit val formats: Formats = DefaultFormats\n\n    it(\"Should parse a basic pipeline json returning a list of Pipeline objects\") {\n      val json = Serialization.write(PipelineDefs.TWO_PIPELINE)\n      val pipelineList = DriverUtils.parsePipelineJson(json)\n      assert(pipelineList.isDefined)\n      assert(pipelineList.get.lengthCompare(2) == 0)\n      verifyParsedPipelines(pipelineList.get.head, PipelineDefs.TWO_PIPELINE.head)\n      verifyParsedPipelines(pipelineList.get(1), PipelineDefs.TWO_PIPELINE(1))\n    }\n\n    def verifyParsedPipelines(pipeline1: Pipeline, pipeline2: Pipeline): Unit = {\n      assert(pipeline1.name.getOrElse(\"\") == pipeline2.name.getOrElse(\"NONE\"))\n      assert(pipeline1.steps.isDefined)\n      val steps = pipeline1.steps.get\n      val steps1 = pipeline2.steps.get\n      assert(steps.lengthCompare(steps.length) == 0)\n      steps.foreach(step => {\n        val step1 = steps1.find(s => s.id.getOrElse(\"\") == step.id.getOrElse(\"NONE\"))\n        assert(step1.isDefined)\n        assert(step.displayName.getOrElse(\"\") == step1.get.displayName.getOrElse(\"NONE\"))\n        assert(step.`type`.getOrElse(\"\") == step1.get.`type`.getOrElse(\"NONE\"))\n        assert(step.params.isDefined)\n        assert(step.params.get.lengthCompare(step1.get.params.get.length) == 0)\n      })\n    }\n  }\n\n  describe(\"DriverUtils - JSON conversion\") {\n    implicit val formats: Formats = DefaultFormats\n    it(\"Should convert JSON to case class\") {\n      val json =\n        \"\"\"\n          |{\n          | \"string\": \"Frederico\"\n          |}\n        \"\"\".stripMargin\n      val mc = DriverUtils.parseJson(json, \"com.acxiom.pipeline.MockClass\")\n      assert(Option(mc).isDefined)\n      assert(mc.asInstanceOf[MockClass].string == \"Frederico\")\n    }\n  }\n\n  describe(\"DriverUtils - Helper Functions\") {\n    val sparkSession = SparkSession.builder.config(new SparkConf().setMaster(\"local[1]\")).getOrCreate()\n    val df = sparkSession.createDataFrame(List(List(\"1\", \"2\", \"3\", \"4\", \"5\"),\n      List(\"6\", \"7\", \"8\", \"9\", \"10\"),\n      List(\"11\", \"12\", \"13\", \"14\", \"15\"),\n      List(\"16\", \"17\", \"18\", \"19\", \"20\"),\n      List(\"21\", \"22\", \"23\", \"24\", \"25\")).map(r => Row(r: _*)).asJava,\n      StructType(Seq(\n        StructField(\"col1\", StringType),\n        StructField(\"col2\", StringType),\n        StructField(\"col3\", StringType),\n        StructField(\"col4\", StringType),\n        StructField(\"col5\", StringType))))\n    it(\"Should Post Initial DataFrame to Execution Plan\") {\n      val pipelineContext1 = PipelineContext(globals = Some(Map[String, Any]()),\n        parameters = PipelineParameters(), stepMessages = None)\n      val pipelineContext2 = PipelineContext(globals = Some(Map[String, Any]()),\n        parameters = PipelineParameters(), stepMessages = None)\n      val executionPlan = List(PipelineExecution(\"ONE\", List(), None, pipelineContext1, None),\n        PipelineExecution(\"TWO\", List(), None, pipelineContext2, Some(List(\"ONE\"))))\n      var passed = false\n      DriverUtils.processExecutionPlan(TestDriverSetup(Map(), df), executionPlan, Some(df), () => {\n        passed = true\n      },\n        throwExceptionOnFailure = true, 1, 0)\n      assert(passed, \"DataFrame was not injected into PipelineContext Globals!\")\n      assert(DriverUtils.resultMap(\"results\").isDefined)\n      val resultMap = DriverUtils.resultMap(\"results\").get\n      assert(resultMap.size == 2)\n      assert(resultMap(\"ONE\").execution.id == \"ONE\")\n      assert(resultMap(\"ONE\").result.get.success)\n      assert(resultMap(\"TWO\").execution.id == \"TWO\")\n      assert(resultMap(\"TWO\").result.get.success)\n    }\n\n    it(\"Should load StreamingDataParsers\") {\n      val parameters = Map[String, Any](\"streaming-parsers\" -> \"com.acxiom.pipeline.utils.TestStreamingDataParser\")\n      val parsers = StreamingUtils.generateStreamingDataParsers(parameters, Some(List[StreamingDataParser[List[String]]]()))\n      assert(parsers.nonEmpty)\n      assert(parsers.length == 1)\n      assert(parsers.head.isInstanceOf[TestStreamingDataParser])\n      val parser = StreamingUtils.getStreamingParser(sparkSession.sparkContext.emptyRDD, parsers)\n      assert(parser.isDefined)\n      assert(parser.get.isInstanceOf[TestStreamingDataParser])\n      assert(StreamingUtils.generateStreamingDataParsers(Map[String, Any]()).isEmpty)\n    }\n\n    it(\"Should get duration\") {\n      assert(StreamingUtils.getDuration(Some(\"minutes\"), Some(\"5\")) == Minutes(Constants.FIVE))\n      assert(StreamingUtils.getDuration(Some(\"milliseconds\"), Some(\"15\")) == Milliseconds(Constants.FIFTEEN))\n      assert(StreamingUtils.getDuration(None, None) == Seconds(Constants.TEN))\n      assert(StreamingUtils.getDuration(Some(\"monkey\"), None) == Seconds(Constants.TEN))\n    }\n\n    it(\"Should parse common streaming parameters\") {\n      assert(!StreamingUtils.parseCommonStreamingParameters(Map()).processEmptyRDD)\n      assert(!StreamingUtils.parseCommonStreamingParameters(Map(\"processEmptyRDD\" -> false)).processEmptyRDD)\n      assert(StreamingUtils.parseCommonStreamingParameters(Map(\"processEmptyRDD\" -> true)).processEmptyRDD)\n    }\n  }\n\n  describe(\"DriverUtils - Parse execution results\") {\n    val context = PipelineContext(globals = Some(Map(\"pipelineId\" -> \"p1\", \"executionId\" -> \"e1\")), parameters = PipelineParameters(), stepMessages = None)\n    it (\"Should report true when results are empty\") {\n      assert(DriverUtils.handleExecutionResult(None).success)\n    }\n\n    it (\"Should parse a result map\") {\n      assert(DriverUtils.handleExecutionResult(Some(Map[String, DependencyResult](\n        \"one\" -> DependencyResult(PipelineExecution(\"one\", List(), None, None.orNull, None),\n        None, None)))).success)\n    }\n\n    it(\"Should throw an exception\") {\n      val message = \"Should have been thrown\"\n      val thrown = intercept[RuntimeException] {\n        DriverUtils.handleExecutionResult(Some(Map[String, DependencyResult](\n          \"one\" -> DependencyResult(PipelineExecution(\"one\", List(), None, None.orNull, None),\n            None, Some(new IllegalArgumentException(message)))))).success\n      }\n      assert(thrown.getMessage == message)\n    }\n\n    it (\"Should report unsuccessful execution\") {\n      val result = DriverUtils.handleExecutionResult(Some(Map[String, DependencyResult](\n        \"one\" -> DependencyResult(PipelineExecution(\"one\", List(), None, None.orNull, None),\n          Some(PipelineExecutionResult(context, success = false, paused = false, None)), None))))\n      assert(!result.success)\n      assert(result.failedExecution.getOrElse(\"\") == \"e1\")\n      assert(result.failedPipeline.getOrElse(\"\") == \"p1\")\n    }\n\n    it (\"Should report successful execution when pipeline is paused\") {\n      val result = DriverUtils.handleExecutionResult(Some(Map[String, DependencyResult](\n        \"one\" -> DependencyResult(PipelineExecution(\"one\", List(), None, None.orNull, None),\n          Some(PipelineExecutionResult(context, success = false, paused = true, None)), None))))\n      assert(result.success)\n    }\n  }\n}\n\nclass TestStreamingDataParser extends StreamingDataParser[List[String]] {\n  override def canParse(rdd: RDD[List[String]]): Boolean = true\n\n  override def parseRDD(rdd: RDD[List[String]], sparkSession: SparkSession): DataFrame = {\n    None.orNull\n  }\n}\n\ncase class TestDriverSetup(parameters: Map[String, Any], dataFrame: DataFrame) extends DriverSetup {\n  override def pipelineContext: PipelineContext = None.orNull\n\n  override def handleExecutionResult(results: Option[Map[String, DependencyResult]]): ResultSummary = {\n    ResultSummary(success = results.isDefined &&\n      results.get.head._2.execution.pipelineContext.getGlobal(\"initialDataFrame\").isDefined &&\n      results.get.head._2.execution.pipelineContext.getGlobal(\"initialDataFrame\").get == dataFrame, None, None)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/connectors\/AWSConnector.scala","text":"package com.acxiom.aws.pipeline.connectors\n\nimport com.acxiom.aws.utils.AWSCredential\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.connectors.Connector\n\ntrait AWSConnector extends Connector{\n  override protected def getCredential(pipelineContext: PipelineContext): Option[AWSCredential] = {\n    super.getCredential(pipelineContext).asInstanceOf[Option[AWSCredential]]\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineDependencyExecutor.scala","text":"package com.acxiom.pipeline\n\nimport org.apache.log4j.Logger\n\nimport java.util.UUID\nimport scala.annotation.tailrec\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\n\nobject PipelineDependencyExecutor {\n  val logger: Logger = Logger.getLogger(getClass)\n  \/**\n    *\n    * @param executions A list of executions to process\n    *\/\n  def executePlan(executions: List[PipelineExecution], initialExecutions: List[String] = List()): Option[Map[String, DependencyResult]] = {\n    \/\/ Find the initial executions\n    val tempExecutions = if (initialExecutions.nonEmpty) {\n      executions.filter(e => initialExecutions.contains(e.id))\n    } else {\n      List()\n    }\n    \/\/ Define the root executions\n    val rootExecutions = if(tempExecutions.nonEmpty) {\n      tempExecutions\n    } else {\n      executions.filter(e => e.parents.isEmpty || e.parents.get.isEmpty)\n    }\n    \/\/ Only execute if there is at least one execution\n    if (rootExecutions.nonEmpty) {\n      \/\/ Create an execution lookup\n      val executionGraph = executions.foldLeft(executions.map(e => e.id -> Map[String, PipelineExecution]()).toMap)((lookup, execution) => {\n        if (execution.parents.nonEmpty && execution.parents.get.nonEmpty) {\n          execution.parents.get.foldLeft(lookup)((l, id) => {\n            if (!l(id).contains(execution.id)) {\n              l + (id -> (l(id) + (execution.id -> execution)))\n            } else {\n              l\n            }\n          })\n        } else {\n          lookup\n        }\n      })\n      logger.debug(s\"Starting the execution of ${rootExecutions.map(_.id).mkString(\",\")}\")\n      val futureMap = processFutures(rootExecutions.map(startExecution), Map[String, DependencyResult](), executionGraph)\n      Some(futureMap.resultMap)\n    } else {\n      None\n    }\n  }\n\n  \/**\n    * Waits for a future to complete and then processes the results. New futures may be spawned as a result.\n    *\n    * @param futures A list of futures to monitor\n    * @param results The execution results of previous futures\n    * @param executionGraph The execution graph of dependencies\n    *\/\n  @tailrec\n  private def processFutures(futures: List[Future[DependencyResult]],\n                             results: Map[String, DependencyResult],\n                             executionGraph: Map[String, Map[String, PipelineExecution]]): FutureMap = {\n    \/\/ Get a future that will return the first completed future in the list\n    val future = Future.firstCompletedOf(futures)\n    \/\/ Wait for the future to complete, but ignore the result\n    Await.ready(future, Duration.Inf)\n    \/\/ Iterate the list of futures and process all completed\n    val futureMap = futures.foldLeft(FutureMap(List[Future[DependencyResult]](), results))((futureResultMap, f) => {\n      val updatedResults: FutureMap = if (f.isCompleted) {\n        \/\/ Exceptions are handled in the future and wrapped\n        if (f.value.get.isSuccess) {\n          val result = f.value.get.get\n          \/\/ Don't do anything if the result has already been recorded\n          if (!futureResultMap.resultMap.contains(result.execution.id)) {\n            logExecutionSuccess(result)\n            \/\/ Update the results with the result of this future\n            val updateResultMap = futureResultMap.resultMap + (result.execution.id -> result)\n            val updatedResults = futureResultMap.copy(resultMap = updateResultMap)\n            \/\/ Get the children of this execution\n            val children = executionGraph.getOrElse(result.execution.id, Map[String, PipelineExecution]()).filter(c => executionReady(c._2, updateResultMap))\n            \/\/ Iterate the children and kick off the jobs\n            val childFutures = children.map(c => startExecution(c._2, updateResultMap))\n            \/\/ Add the new child futures\n            updatedResults.copy(futures = updatedResults.futures ++ childFutures)\n          } else {\n            \/\/ This future was already processed, so do nothing\n            futureResultMap\n          }\n        } else {\n          logger.warn(\"Execution did not complete successfully!\")\n          \/\/ If the future is not a success, then do nothing. This should be a rare occurrence\n          futureResultMap\n        }\n      } else {\n        \/\/ Add this future into the futures list in the futureResultMap\n        futureResultMap.copy(futures = futureResultMap.futures :+ f)\n      }\n      updatedResults\n    })\n    \/\/ See if there is more work to do\n    if (futureMap.futures.nonEmpty) {\n      processFutures(futureMap.futures, futureMap.resultMap, executionGraph)\n    } else {\n      futureMap\n    }\n  }\n\n  \/**\n    * Helper function to log the result of an execution.\n    * @param result The FutureResult containing the result of the execution.\n    *\/\n  private def logExecutionSuccess(result: DependencyResult): Unit = {\n    val success = if (result.result.isDefined) {\n      result.result.get.success\n    } else {\n      false\n    }\n    logger.debug(s\"Saving result of execution ${result.execution.id} as $success\")\n    if (!success && result.error.isDefined) {\n      logger.error(s\"Exception thrown from execution ${result.execution.id}\", result.error.get)\n    }\n  }\n\n  \/**\n    * Determines if this execution may be started based on the results of any parents.\n    *\n    * @param execution The execution information to use when starting the job\n    * @param results The results map from previous executions\n    * @return True if this execution can be started.\n    *\/\n  private def executionReady(execution: PipelineExecution, results: Map[String, DependencyResult]): Boolean = {\n    if (execution.parents.isEmpty || execution.parents.get.isEmpty) {\n      true\n    } else {\n      val parents = execution.parents.get.filter(id => {\n        results.contains(id) &&\n          results(id).result.isDefined &&\n          results(id).result.get.success &&\n          (results(id).result.get.pipelineContext.stepMessages.isEmpty ||\n            results(id).result.get.pipelineContext.stepMessages.get.value.isEmpty ||\n            !results(id).result.get.pipelineContext.stepMessages.get.value.asScala.exists(p => {\n              p.messageType == PipelineStepMessageType.error || p.messageType == PipelineStepMessageType.pause\n            }))\n      })\n      parents.length == execution.parents.get.length\n    }\n  }\n\n  \/**\n    * Executes the pipeline within a Future. This function will take the globals and pipelineParameters from the parent\n    * executions and add them to the globals of the pipeline context being used. PipelineParameters will be converted to\n    * a map for easier reference.\n    *\n    * @param execution The execution information to use when starting the job\n    * @param results The results map from previous executions\n    * @return A Future containing th job execution\n    *\/\n  private def startExecution(execution: PipelineExecution, results: Map[String, DependencyResult]): Future[DependencyResult] = {\n    if (execution.parents.isEmpty || execution.parents.get.isEmpty) {\n      startExecution(execution)\n    } else {\n      val ctx = execution.parents.get.foldLeft(execution.pipelineContext)((context, parentId) => {\n        val parentContext = results(parentId).result.get.pipelineContext\n        \/\/ Explode the pipeline parameters into a Map\n        val params = parentContext.parameters.parameters.foldLeft(Map[String, Any]())((m, param) => {\n          m + (param.pipelineId -> param.parameters)\n        })\n        \/\/ merge current broadcast globals with parent broadcast globals (keeping current over parent if conflicts)\n        val bGlobalsFinal = parentContext.globals.get.getOrElse(\"GlobalLinks\", Map()).asInstanceOf[Map[String, Any]] ++\n          execution.pipelineContext.globals.get.getOrElse(\"GlobalLinks\", Map()).asInstanceOf[Map[String, Any]]\n        context.setGlobal(\"GlobalLinks\", bGlobalsFinal)\n          .setGlobal(parentId, Map[String, Any](\"pipelineParameters\" -> params, \"globals\" -> parentContext.globals.get))\n      })\n      startExecution(PipelineExecution(execution.id, execution.pipelines, execution.initialPipelineId, ctx, execution.parents))\n    }\n  }\n\n  \/**\n    * Executes the pipeline within a Future\n    *\n    * @param execution The execution information to use when starting the job\n    * @return A Future containing th job execution\n    *\/\n  private def startExecution(execution: PipelineExecution): Future[DependencyResult] = {\n    Future {\n      try {\n        DependencyResult(execution,\n          Some(PipelineExecutor.executePipelines(execution.pipelines, execution.initialPipelineId,\n            execution.pipelineContext.setGlobal(\"executionId\", execution.id))), None)\n      } catch {\n        case t: Throwable => DependencyResult(execution, None, Some(t))\n      }\n    }\n  }\n}\n\n\/**\n  * This trait represents a pipeline execution.\n  *\/\ntrait PipelineExecution {\n  val pipelines: List[Pipeline]\n  val parents: Option[List[String]]\n  val id: String\n  val initialPipelineId: Option[String]\n\n  def pipelineContext: PipelineContext\n\n  def refreshContext(pipelineContext: PipelineContext): PipelineContext = {\n    pipelineContext\n  }\n}\n\n\/**\n  * This object provides an easy way to create a new PipelineExecution.\n  *\/\nobject PipelineExecution {\n  def apply(id: String = UUID.randomUUID().toString,\n            pipelines: List[Pipeline],\n            initialPipelineId: Option[String] = None,\n            pipelineContext: PipelineContext,\n            parents: Option[List[String]] = None): PipelineExecution =\n    DefaultPipelineExecution(id, pipelines, initialPipelineId, pipelineContext, parents)\n}\n\n\/**\n  * This case class represents a default PipelineExecution\n  *\n  * @param id                An id that is unique among the list of executions\n  * @param pipelines         The list of pipelines that should be executed as part of this execution\n  * @param initialPipelineId An optional pipeline id to start the processing\n  * @param pipelineContext   The PipelineContext to use during this execution\n  * @param parents           A list of parent execution that must be satisfied before this execution may start.\n  *\/\ncase class DefaultPipelineExecution(id: String = UUID.randomUUID().toString,\n                                    pipelines: List[Pipeline],\n                                    initialPipelineId: Option[String] = None,\n                                    pipelineContext: PipelineContext,\n                                    parents: Option[List[String]] = None) extends PipelineExecution\n\ncase class FutureMap(futures: List[Future[DependencyResult]],\n                     resultMap:  Map[String, DependencyResult])\n\ncase class DependencyResult(execution: PipelineExecution, result: Option[PipelineExecutionResult], error: Option[Throwable])\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/org\/apache\/spark\/PackagePrivateSparkTestHelper.scala","text":"package org.apache.spark\n\nimport org.apache.spark.scheduler.{SparkListener, SparkListenerInterface}\nimport org.apache.spark.sql.SparkSession\nimport scala.collection.JavaConverters._\n\nobject PackagePrivateSparkTestHelper {\n\n  def getSparkListeners(spark: SparkSession): List[SparkListenerInterface] ={\n    spark.sparkContext.listenerBus.listeners.asScala.toList\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/DataConnectorUtilities.scala","text":"<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/DataConnectorUtilities.scala\npackage com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.Constants\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport org.apache.spark.sql.streaming.DataStreamWriter\nimport org.apache.spark.sql.{DataFrameReader, DataFrameWriter, Dataset, SparkSession}\n\nimport java.util.Date\n\nobject DataConnectorUtilities {\n  \/**\n    *\n    * @param sparkSession The current spark session to use.\n    * @param options      A DataFrameReaderOptions object for configuring the reader.\n    * @return A DataFrameReader based on the provided options.\n    *\/\n  def buildDataFrameReader(sparkSession: SparkSession, options: DataFrameReaderOptions): DataFrameReader = {\n    val reader = sparkSession.read\n      .format(options.format)\n      .options(options.options.getOrElse(Map[String, String]()))\n\n    if (options.schema.isDefined) {\n      reader.schema(options.schema.get.toStructType())\n    } else {\n      reader\n    }\n  }\n\n  \/**\n    *\n    * @param dataFrame A DataFrame to write.\n    * @param options   A DataFrameWriterOptions object for configuring the writer.\n    * @return A DataFrameWriter[Row] based on the provided options.\n    *\/\n  def buildDataFrameWriter[T](dataFrame: Dataset[T], options: DataFrameWriterOptions): DataFrameWriter[T] = {\n    val writer = dataFrame.write.format(options.format)\n      .mode(options.saveMode)\n      .options(options.options.getOrElse(Map[String, String]()))\n\n    val w1 = if (options.bucketingOptions.isDefined && options.bucketingOptions.get.columns.nonEmpty) {\n      val bucketingOptions = options.bucketingOptions.get\n      writer.bucketBy(bucketingOptions.numBuckets, bucketingOptions.columns.head, bucketingOptions.columns.drop(1): _*)\n    } else {\n      writer\n    }\n    val w2 = if (options.partitionBy.isDefined && options.partitionBy.get.nonEmpty) {\n      w1.partitionBy(options.partitionBy.get: _*)\n    } else {\n      w1\n    }\n    if (options.sortBy.isDefined && options.sortBy.get.nonEmpty) {\n      val sortBy = options.sortBy.get\n      w2.sortBy(sortBy.head, sortBy.drop(1): _*)\n    } else {\n      w2\n    }\n  }\n\n  \/**\n    * Build a DataStreamWriter that automattically adds the checkpointLocation if not provided and applies partition\n    * information.\n    *\n    * @param dataFrame    A DataFrame to write.\n    * @param writeOptions A DataFrameWriterOptions object for configuring the writer.\n    * @param path         The path to write the data.\n    * @return A DataStreamWriter[Row] based on the provided options.\n    *\/\n  def buildDataStreamWriter[T](dataFrame: Dataset[T], writeOptions: DataFrameWriterOptions, path: String): DataStreamWriter[T] = {\n    val options = writeOptions.options.getOrElse(Map[String, String]())\n    val finalOptions = if (!options.contains(\"checkpointLocation\")) {\n      options + (\"checkpointLocation\" ->\n        s\"${path.substring(0, path.lastIndexOf(\"\/\"))}\/streaming_checkpoints_${Constants.FILE_APPEND_DATE_FORMAT.format(new Date())}\")\n    } else {\n      options\n    }\n    val writer = dataFrame.writeStream.format(writeOptions.format).option(\"path\", path).options(finalOptions)\n    addPartitionInformation(writer, writeOptions)\n  }\n\n  \/**\n    * The DataStreamWriter to add partition information.\n    *\n    * @param writer The DataStreamWriter[Row] to configure.\n    * @param writeOptions A DataFrameWriterOptions object for configuring the writer.\n    * @return A DataStreamWriter[Row] configured with partitioning if applicable.\n    *\/\n  def addPartitionInformation[T](writer: DataStreamWriter[T], writeOptions: DataFrameWriterOptions): DataStreamWriter[T] = {\n    if (writeOptions.partitionBy.isDefined && writeOptions.partitionBy.get.nonEmpty) {\n      writer.partitionBy(writeOptions.partitionBy.get: _*)\n    } else {\n      writer\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/Connector.scala","text":"package com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.{Credential, PipelineContext}\n\ntrait Connector {\n  def name: String\n  def credentialName: Option[String]\n  def credential: Option[Credential]\n\n  \/**\n    * Using the provided PipelineContext and the optional credentialName and credential, this function will\n    * attempt to provide a Credential for use by the connector.\n    * @param pipelineContext The current PipelineContext for this session.\n    * @return A credential or None.\n    *\/\n  protected def getCredential(pipelineContext: PipelineContext): Option[Credential] = {\n    if (credentialName.isDefined) {\n      pipelineContext.credentialProvider.get.getNamedCredential(credentialName.get)\n    } else {\n      credential\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/SparkConfigurationSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\n\nimport scala.annotation.tailrec\n\n@StepObject\nobject SparkConfigurationSteps {\n\n  @StepFunction(\"5c4d2d01-da85-4e2e-a551-f5a65f83653a\",\n    \"Set Spark Local Property\",\n    \"Set a property on the spark context.\",\n    \"Pipeline\", \"Spark\")\n  @StepParameters(Map(\"key\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the property to set\")),\n    \"value\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The value to set\"))))\n  def setLocalProperty(key: String, value: Any, pipelineContext: PipelineContext): Unit = {\n    setLocalProperties(Map(key -> value), None, pipelineContext)\n  }\n\n  @StepFunction(\"0b86b314-2657-4392-927c-e555af56b415\",\n    \"Set Spark Local Properties\",\n    \"Set each property on the spark context.\",\n    \"Pipeline\", \"Spark\")\n  @StepParameters(Map(\"properties\" -> StepParameter(None, Some(true), None, None, None, None,\n    Some(\"Map representing local properties to set\")),\n    \"keySeparator\" -> StepParameter(None, Some(false), Some(\"__\"), None, None, None,\n      Some(\"String that will be replaced with a period character\"))))\n  def setLocalProperties(properties: Map[String, Any], keySeparator: Option[String] = None, pipelineContext: PipelineContext): Unit = {\n    val sc = pipelineContext.sparkSession.get.sparkContext\n    cleanseMap(properties, keySeparator).foreach {\n      case (key, Some(value)) => sc.setLocalProperty(key, value.toString)\n      case (key, None) => sc.setLocalProperty(key, None.orNull)\n      case (key, value) => sc.setLocalProperty(key, value.toString)\n    }\n  }\n\n  @StepFunction(\"c8c82365-e078-4a2a-99b8-0c0e20d8102d\",\n    \"Set Hadoop Configuration Properties\",\n    \"Set each property on the hadoop configuration.\",\n    \"Pipeline\", \"Spark\")\n  @StepParameters(Map(\"properties\" -> StepParameter(None, Some(true), None, None, None, None,\n    Some(\"Map representing local properties to set\")),\n    \"keySeparator\" -> StepParameter(None, Some(false), Some(\"__\"), None, None, None,\n      Some(\"String that will be replaced with a period character\"))))\n  def setHadoopConfigurationProperties(properties: Map[String, Any], keySeparator: Option[String] = None,\n                                       pipelineContext: PipelineContext): Unit = {\n    val hc = pipelineContext.sparkSession.get.sparkContext.hadoopConfiguration\n    cleanseMap(properties, keySeparator).foreach {\n      case (key, Some(value)) => hc.set(key, value.toString)\n      case (key, None) => hc.unset(key)\n      case (key, value) => hc.set(key, value.toString)\n    }\n  }\n\n  @StepFunction(\"ea7ea3e0-d1c2-40a2-b2b7-3488489509ca\",\n    \"Set Hadoop Configuration Property\",\n    \"Set a property on the hadoop configuration.\",\n    \"Pipeline\", \"Spark\")\n  @StepParameters(Map(\"key\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the property to set\")),\n    \"value\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The value to set\"))))\n  def setHadoopConfigurationProperty(key: String, value: Any,\n                                       pipelineContext: PipelineContext): Unit = {\n    setHadoopConfigurationProperties(Map(key -> value), None, pipelineContext)\n  }\n\n  @StepFunction(\"b7373f02-4d1e-44cf-a9c9-315a5c1ccecc\",\n    \"Set Job Group\",\n    \"Set the current thread's group id and description that will be associated with any jobs.\",\n    \"Pipeline\", \"Spark\")\n  @StepParameters(Map(\"groupId\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the group\")),\n    \"description\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"Description of the job group\")),\n    \"interruptOnCancel\" -> StepParameter(None, Some(false), Some(\"false\"), None, None, None,\n      Some(\"When true, will trigger Thread.interrupt getting called on executor threads\"))))\n  def setJobGroup(groupId: String, description: String, interruptOnCancel: Option[Boolean] = None,\n                  pipelineContext: PipelineContext): Unit = {\n    pipelineContext.sparkSession.get.sparkContext.setJobGroup(groupId, description, interruptOnCancel.getOrElse(false))\n  }\n\n  @StepFunction(\"7394ff4d-f74d-4c9f-a55c-e0fd398fa264\",\n    \"Clear Job Group\",\n    \"Clear the current thread's job group\",\n    \"Pipeline\", \"Spark\")\n  def clearJobGroup(pipelineContext: PipelineContext): Unit = {\n    pipelineContext.sparkSession.get.sparkContext.clearJobGroup()\n  }\n\n\n  @tailrec\n  private def unwrapOptions(value: Any): Any = {\n    value match {\n      case Some(v: Option[_]) => unwrapOptions(v)\n      case v => v\n    }\n  }\n\n  private def cleanseMap(map: Map[String, Any], keySeparator: Option[String] = None): Map[String, Any] = {\n    val sep = keySeparator.getOrElse(\"__\")\n    map.map{ case (key, value) =>\n      key.replaceAllLiterally(sep, \".\") -> unwrapOptions(value)\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/utils\/StreamingUtils.scala","text":"package com.acxiom.pipeline.utils\n\nimport com.acxiom.pipeline.drivers.StreamingDataParser\nimport org.apache.log4j.Logger\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming._\n\nobject StreamingUtils {\n  private val logger = Logger.getLogger(getClass)\n  private val DEFAULT_DURATION_TYPE = \"seconds\"\n  private val DEFAULT_DURATION = \"10\"\n\n  \/**\n    * This function will take the provided SparkContext and optional duration parameters and return a StreamingContext.\n    *\n    * @param sparkContext The SparkContext to use when creating the streaming context.\n    * @param durationType The type of duration, minutes or seconds.\n    * @param duration The length of the duration.\n    * @return A StreamingContext\n    *\/\n  def createStreamingContext(sparkContext: SparkContext,\n                             durationType: Option[String] = Some(DEFAULT_DURATION_TYPE),\n                             duration: Option[String] = Some(DEFAULT_DURATION)): StreamingContext = {\n    new StreamingContext(sparkContext, getDuration(durationType, duration))\n  }\n\n  \/**\n    * This function will take the provided SparkContext and optional duration parameters and return a StreamingContext.\n    *\n    * @param sparkContext The SparkContext to use when creating the streaming context.\n    * @param duration The length of the duration.\n    * @return A StreamingContext\n    *\/\n  def createStreamingContext(sparkContext: SparkContext,\n                             duration: Option[Duration]): StreamingContext = {\n    new StreamingContext(sparkContext, duration.getOrElse(getDuration()))\n  }\n\n  def getDuration(durationType: Option[String] = None,\n                          duration: Option[String] = None): Duration = {\n    val finalDuration = duration.getOrElse(DEFAULT_DURATION).toInt\n    durationType.getOrElse(DEFAULT_DURATION_TYPE).toLowerCase match {\n      case \"milliseconds\" => Milliseconds(finalDuration)\n      case \"seconds\" => Seconds(finalDuration)\n      case \"minutes\" => Minutes(finalDuration)\n      case _ => Seconds(finalDuration)\n    }\n  }\n\n  def setTerminationState(streamingContext: StreamingContext, parameters: Map[String, Any]): Unit = {\n    val commonParameters = DriverUtils.parseCommonParameters(parameters)\n    try {\n      if (parameters.contains(\"terminationPeriod\")) { \/\/ This is really just used for testing\n        logger.info(s\"Streaming Pipeline Driver will terminate after ${parameters(\"terminationPeriod\").asInstanceOf[String]} ms\")\n        val terminated = streamingContext.awaitTerminationOrTimeout(parameters(\"terminationPeriod\").asInstanceOf[String].toLong)\n        if (!terminated) {\n          streamingContext.stop(stopSparkContext = false, stopGracefully = true)\n        }\n      } else {\n        logger.info(\"Streaming Pipeline Driver will wait until process is killed\")\n        streamingContext.awaitTermination()\n      }\n    } catch {\n      case t: Throwable if commonParameters.terminateAfterFailures =>\n        streamingContext.stop(stopSparkContext = true, stopGracefully = true)\n        throw t\n      case t: Throwable => throw t\n    }\n  }\n\n  \/**\n    * Helper function to parse and initialize the StreamingParsers from the command line.\n    * @param parameters The input parameters\n    * @param parsers An initial list of parsers. The new parsers will be prepended to this list.\n    * @return A list of streaming parsers\n    *\/\n  def generateStreamingDataParsers[T](parameters: Map[String, Any],\n                                      parsers: Option[List[StreamingDataParser[T]]] = None): List[StreamingDataParser[T]] = {\n    val parsersList = if (parsers.isDefined) {\n      parsers.get\n    } else {\n      List[StreamingDataParser[T]]()\n    }\n    \/\/ Add any parsers to the head of the list\n    if (parameters.contains(\"streaming-parsers\")) {\n      parameters(\"streaming-parsers\").asInstanceOf[String].split(',').foldLeft(parsersList)((list, p) => {\n        ReflectionUtils.loadClass(p, Some(parameters)).asInstanceOf[StreamingDataParser[T]] :: list\n      })\n    } else {\n      parsersList\n    }\n  }\n\n  \/**\n    * Helper function that will attempt to find the appropriate parse for the provided RDD.\n    * @param rdd The RDD to parse.\n    * @param parsers A list of parsers tp consider.\n    * @return The first parser that indicates it can parse the RDD.\n    *\/\n  def getStreamingParser[T](rdd: RDD[T], parsers: List[StreamingDataParser[T]]): Option[StreamingDataParser[T]] =\n    parsers.find(p => p.canParse(rdd))\n\n  \/**\n   * Helper function that build a CommonStreamingParameters object using the parameters map.\n   * @param parameters passed to metalus from the spark submit.\n   * @return a CommonStreamingParameters object\n   *\/\n  def parseCommonStreamingParameters(parameters: Map[String, Any]): CommonStreamingParameters = {\n    CommonStreamingParameters(parameters.getOrElse(\"processEmptyRDD\", false).asInstanceOf[Boolean])\n  }\n}\n\ncase class CommonStreamingParameters(processEmptyRDD: Boolean)\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/SparkConfigurationStepsTests.scala","text":"package com.acxiom.pipeline.steps\n\nimport java.nio.file.{Files, Path}\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nclass SparkConfigurationStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n  private val MASTER = \"local[2]\"\n  private val APPNAME = \"spark-config-steps-spark\"\n  private var sparkConf: SparkConf = _\n  private var sparkSession: SparkSession = _\n  private val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  private var pipelineContext: PipelineContext = _\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"SparkConfigurationSteps - Basic\") {\n    it(\"should set a local property\") {\n      try {\n        SparkConfigurationSteps.setLocalProperty(\"moo\", \"moo2\", pipelineContext)\n        assert(sparkSession.sparkContext.getLocalProperty(\"moo\") == \"moo2\")\n      } finally {\n        sparkSession.sparkContext.setLocalProperty(\"moo\", None.orNull)\n      }\n    }\n\n    it(\"should unset a local property\") {\n      sparkSession.sparkContext.setLocalProperty(\"unset\", \"moo\")\n      SparkConfigurationSteps.setLocalProperty(\"unset\", None, pipelineContext)\n      assert(Option(sparkSession.sparkContext.getLocalProperty(\"unset\")).isEmpty)\n    }\n\n    it (\"should set a local properties\") {\n      try {\n        SparkConfigurationSteps.setLocalProperties(Map(\"moo_m1\" -> \"m1\", \"moo_m2\" -> \"m2\"), Some(\"_\"), pipelineContext)\n        assert(sparkSession.sparkContext.getLocalProperty(\"moo.m1\") == \"m1\")\n        assert(sparkSession.sparkContext.getLocalProperty(\"moo.m2\") == \"m2\")\n      } finally {\n        sparkSession.sparkContext.setLocalProperty(\"moo.m1\", None.orNull)\n        sparkSession.sparkContext.setLocalProperty(\"moo.m2\", None.orNull)\n      }\n    }\n\n    it (\"should unset a local properties\") {\n      try {\n        sparkSession.sparkContext.setLocalProperty(\"moo.m1\", \"m1\")\n        sparkSession.sparkContext.setLocalProperty(\"moo.m2\", \"m2\")\n        SparkConfigurationSteps.setLocalProperties(Map(\"moo_m1\" -> None, \"moo_m2\" -> None), Some(\"_\"), pipelineContext)\n        assert(Option(sparkSession.sparkContext.getLocalProperty(\"moo.m1\")).isEmpty)\n        assert(Option(sparkSession.sparkContext.getLocalProperty(\"moo.m2\")).isEmpty)\n      } finally {\n        sparkSession.sparkContext.setLocalProperty(\"moo.m1\", None.orNull)\n        sparkSession.sparkContext.setLocalProperty(\"moo.m2\", None.orNull)\n      }\n    }\n  }\n\n  describe(\"SparkConfigurationSteps - Job Group\") {\n    it(\"should set a job group\") {\n      SparkConfigurationSteps.setJobGroup(\"group1\", \"test1\", None, pipelineContext)\n      val df = sparkSession.range(2)\n      df.count()\n      df.head()\n      val group1Ids = sparkSession.sparkContext.statusTracker.getJobIdsForGroup(\"group1\")\n      assert(group1Ids.length == 2)\n      SparkConfigurationSteps.setJobGroup(\"group2\", \"test2\", None, pipelineContext)\n      df.count()\n      val group2Ids = sparkSession.sparkContext.statusTracker.getJobIdsForGroup(\"group2\")\n      assert(group2Ids.length == 1)\n    }\n\n    it(\"should clear a job group\") {\n      SparkConfigurationSteps.setJobGroup(\"clear1\", \"test1\", None, pipelineContext)\n      val df = sparkSession.range(2)\n      df.count()\n      df.head()\n      val group1Ids = sparkSession.sparkContext.statusTracker.getJobIdsForGroup(\"clear1\")\n      assert(group1Ids.length == 2)\n      SparkConfigurationSteps.clearJobGroup(pipelineContext)\n      df.count()\n      assert(sparkSession.sparkContext.statusTracker.getJobIdsForGroup(\"clear1\").length == 2)\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/utils\/JavaScriptEngine.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline.utils\n\nimport com.acxiom.pipeline.PipelineContext\nimport javax.script.{Compilable, ScriptEngineManager, SimpleBindings}\n\nclass JavaScriptEngine extends ScriptEngine {\n\n  val engineName: String = \"Nashorn\"\n  private val engine = new ScriptEngineManager().getEngineByName(engineName).asInstanceOf[Compilable]\n\n  \/**\n    * This function will execute a simple self-contained javascript and return the result.\n    *\n    * @param script The script to execute.\n    * @return The result of the execution.\n    *\/\n  override def executeSimpleScript(script: String): Any = {\n    engine.compile(script).eval()\n  }\n\n  \/**\n    * This function will execute a javascript with access to the \"pipelineContext\" object.\n    *\n    * @param script          The script to execute.\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  override def executeScript(script: String, pipelineContext: PipelineContext): Any = {\n    executeScript(script, new SimpleBindings(), pipelineContext)\n  }\n\n  \/**\n    * This function will execute a javascript with access to the \"pipelineContext\" object.\n    *\n    * @param script          The script to execute.\n    * @param bindings        Bindings to use when executing the script\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  def executeScript(script: String, bindings: javax.script.Bindings, pipelineContext: PipelineContext): Any = {\n    \/\/ Add it to the script context\n    setDefaultBindings(bindings, pipelineContext)\n    engine.compile(script).eval(bindings)\n  }\n\n  \/**\n    * This function will execute a javascript with access to the \"pipelineContext\" object and the provided \"obj\".\n    *\n    * @param script          The script to execute.\n    * @param userValue       The object to make accessible to the script.\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  override def executeScriptWithObject(script: String, userValue: Any, pipelineContext: PipelineContext): Any = {\n    executeScriptWithObject(script, userValue, new SimpleBindings(), pipelineContext)\n  }\n\n  \/**\n    * This function will execute a javascript with access to the \"pipelineContext\" object and the provided \"obj\".\n    *\n    * @param script          The script to execute.\n    * @param userValue       The object to make accessible to the script.\n    * @param bindings        Bindings to use when executing the script\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  def executeScriptWithObject(script: String, userValue: Any, bindings: javax.script.Bindings, pipelineContext: PipelineContext): Any = {\n    \/\/ Add it to the script context\n    setDefaultBindings(bindings, pipelineContext)\n    bindings.put(\"userValue\", userValue)\n    engine.compile(script).eval(bindings)\n  }\n\n  private def setDefaultBindings(bindings: javax.script.Bindings, pipelineContext: PipelineContext): Unit = {\n    bindings.put(\"pipelineContext\", pipelineContext)\n    bindings.put(\"ReflectionUtils\", ReflectionUtils)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/MockStepObject.scala","text":"<reponame>carpaltunnel\/metalus<gh_stars>10-100\npackage com.acxiom.pipeline.steps\n\nobject MockStepObject {\n\n  def mockStepFunctionAnyResponse(string: String): String = {\n    string\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/streaming\/StreamingQueryMonitor.scala","text":"package com.acxiom.pipeline.streaming\n\nimport com.acxiom.pipeline.utils.StreamingUtils\nimport com.acxiom.pipeline.{Constants, PipelineContext, PipelineException}\nimport org.apache.log4j.Logger\nimport org.apache.spark.sql.streaming.StreamingQuery\n\nimport java.text.SimpleDateFormat\nimport java.util.Date\n\ntrait StreamingQueryMonitor extends Thread {\n  protected val logger: Logger = Logger.getLogger(getClass)\n\n  def query: StreamingQuery\n  def pipelineContext: PipelineContext\n  def getGlobalUpdates: Map[String, Any] = Map()\n  def continue: Boolean = false\n}\n\nclass BaseStreamingQueryMonitor(override val query: StreamingQuery, override val pipelineContext: PipelineContext)\n  extends StreamingQueryMonitor\n\nabstract class BatchWriteStreamingQueryMonitor(override val query: StreamingQuery, override val pipelineContext: PipelineContext)\n  extends BaseStreamingQueryMonitor(query, pipelineContext) {\n  protected val monitorType: String = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_MONITOR_TYPE\").getOrElse(\"duration\").toLowerCase\n  protected val duration: Int = pipelineContext.getGlobalAs[Int](\"STREAMING_BATCH_MONITOR_DURATION\").getOrElse(Constants.ONE_THOUSAND * Constants.SIXTY)\n  protected val approximateRows: Int = pipelineContext.getGlobalAs[Int](\"STREAMING_BATCH_MONITOR_COUNT\").getOrElse(Constants.ZERO)\n  protected val sleepDuration: Long =\n    if (monitorType == \"duration\") {\n      \/\/ Set the sleep for the duration specified\n      val durationType = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_MONITOR_DURATION_TYPE\").getOrElse(\"milliseconds\")\n      StreamingUtils.getDuration(Some(durationType), Some(duration.toString)).milliseconds\n    } else {\n      0L\n    }\n\n  protected var startTime: Long = System.currentTimeMillis()\n  protected var rowCount: Long = 0L\n  protected var currentDuration: Long = 0L\n  protected var lastStatusId: String = _\n  protected var globals: Map[String, Any] = Map()\n  protected var continueProcessing = false\n\n  override def getGlobalUpdates: Map[String, Any] = globals\n  override def continue: Boolean = continueProcessing\n\n  protected var processing = true\n  def keepProcessing: Boolean = processing\n  def checkCurrentStatus(): Unit = {\n    \/\/ See if we have reached the specified duration\n    processing = if ((monitorType == \"duration\" && currentDuration >= sleepDuration) ||\n      (rowCount >= approximateRows)) {\n      logger.info(\"Streaming threshold met\")\n\/\/      startTime = System.currentTimeMillis()\n\/\/      currentDuration = 0L\n\/\/      rowCount = 0\n      false\n    } else {\n      true\n    }\n  }\n\n  def manageQueryShutdown(): Unit\n\n  override def run(): Unit = {\n    logger.info(\"Starting streaming batch monitor\")\n    while (keepProcessing) {\n      \/\/ Do the sleep at the beginning assuming that we want to process some data before we check the status\n      Thread.sleep(Constants.ONE_HUNDRED)\n      \/\/ Capture the current run length\n      currentDuration = System.currentTimeMillis() - startTime\n      \/\/ Update the stats - The array should be oldest to most recent\n      val recentProgress = query.recentProgress.toList\n      val index = recentProgress.indexWhere(p => s\"${p.id}::${p.runId}::${p.batchId}::${p.timestamp}\" == lastStatusId)\n      val progressList = if (index != -1) {\n        recentProgress.slice(index + 1, query.recentProgress.toList.size)\n      } else {\n        recentProgress\n      }\n      progressList.foreach(p => {\n        rowCount += p.numInputRows\n        lastStatusId = s\"${p.id}::${p.runId}::${p.batchId}::${p.timestamp}\"\n      })\n      \/\/ Call the functions to determine if we need to stop or keep going\n      checkCurrentStatus()\n    }\n    \/\/ Invoke the function that allows us to create the globals and set the continue flag\n    manageQueryShutdown()\n    \/\/ Stop the query once we are no longer processing\n    logger.info(\"Streaming query being stopped\")\n    query.stop()\n  }\n}\n\nclass BatchPartitionedStreamingQueryMonitor(override val query: StreamingQuery, override val pipelineContext: PipelineContext)\n  extends BatchWriteStreamingQueryMonitor(query, pipelineContext) {\n  logger.info(\"Created BatchPartitionedStreamingQueryMonitor\")\n  private val dateFormat =new SimpleDateFormat(\"yyyy-dd-MM HH:mm:ssZ\")\n\n  override def manageQueryShutdown(): Unit = {\n    val counter = pipelineContext.getGlobalAs[Int](\"STREAMING_BATCH_PARTITION_COUNTER\").getOrElse(0) + 1\n    val globalKey = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_PARTITION_GLOBAL\").getOrElse(\"PARTITION_VALUE\")\n    val template = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_PARTITION_TEMPLATE\").getOrElse(\"counter\").toLowerCase\n    val temp = if (template == \"date\") {\n      dateFormat.format(new Date())\n    } else {\n      counter.toString\n    }\n    logger.info(s\"Setting $globalKey to $temp\")\n    logger.info(s\"Setting STREAMING_BATCH_OUTPUT_COUNTER to $counter\")\n    globals = Map[String, Any](\"STREAMING_BATCH_OUTPUT_COUNTER\" -> counter, globalKey -> temp)\n    continueProcessing = true\n  }\n}\n\nclass BatchFileStreamingQueryMonitor(override val query: StreamingQuery, override val pipelineContext: PipelineContext)\n  extends BatchWriteStreamingQueryMonitor(query, pipelineContext) {\n  logger.info(\"Created BatchFileStreamingQueryMonitor\")\n\n  override def manageQueryShutdown(): Unit = {\n    validate()\n    val globalDestinationKey = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_OUTPUT_GLOBAL\").get\n    val destinationKey = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_OUTPUT_PATH_KEY\").get\n    val template = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_OUTPUT_TEMPLATE\").getOrElse(\"DATE\").toLowerCase\n    val counter = pipelineContext.getGlobalAs[Int](\"STREAMING_BATCH_OUTPUT_COUNTER\").getOrElse(0) + 1\n    val temp = if (template == \"date\") {\n      Constants.FILE_APPEND_DATE_FORMAT.format(new Date())\n    } else {\n      counter.toString\n    }\n\n    \/\/ Grab the path to be modified\n    val globalDestination = pipelineContext.getGlobalAs[String](globalDestinationKey).get\n    \/\/ See if we have already stored the original path\n    val originalPath = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_OUTPUT_GLOBAL_ORIGINAL_PATH\")\n    if (originalPath.isEmpty) {\n      \/\/ Set the original path for use later and use the existing destination\n      globals = Map[String, Any](\"STREAMING_BATCH_OUTPUT_COUNTER\" -> counter,\n      \"STREAMING_BATCH_OUTPUT_GLOBAL_ORIGINAL_PATH\" -> globalDestination,\n        globalDestinationKey -> updatePath(globalDestination, destinationKey, temp, globalDestinationKey))\n    } else {\n      \/\/ Use the stored original path so we don't stack the increment values\n      globals = Map[String, Any](\"STREAMING_BATCH_OUTPUT_COUNTER\" -> counter,\n        globalDestinationKey -> updatePath(originalPath.get, destinationKey, temp, globalDestinationKey))\n    }\n    logger.info(s\"Setting STREAMING_BATCH_OUTPUT_COUNTER to $counter\")\n    continueProcessing = true\n  }\n\n  private def updatePath(path: String, destinationKey: String, incrementVal: String, globalDestinationKey: String): String = {\n    \/\/ Update the original path with the type parameter\n    val newPath = path.replaceAll(destinationKey, s\"${destinationKey}_$incrementVal\")\n    logger.info(s\"Setting $globalDestinationKey to $newPath\")\n    newPath\n  }\n\n  private def validate(): Unit = {\n    val globals = pipelineContext.globals.get\n    if (!globals.contains(\"STREAMING_BATCH_OUTPUT_GLOBAL\")) {\n      logger.error(\"The STREAMING_BATCH_OUTPUT_GLOBAL value must be set!\")\n      throw PipelineException(message = Some(\"The STREAMING_BATCH_OUTPUT_GLOBAL value must be set!\"),\n        pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n    }\n    if (!globals.contains(\"STREAMING_BATCH_OUTPUT_PATH_KEY\")) {\n      logger.error(\"The STREAMING_BATCH_OUTPUT_PATH_KEY value must be set!\")\n      throw PipelineException(message = Some(\"The STREAMING_BATCH_OUTPUT_PATH_KEY value must be set!\"),\n        pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n    }\n    val destinationKey = pipelineContext.getGlobalAs[String](\"STREAMING_BATCH_OUTPUT_PATH_KEY\")\n    if (destinationKey.isEmpty) {\n      logger.error(s\"The $destinationKey is required!\")\n      throw PipelineException(message = Some(s\"The $destinationKey is required!\"),\n        pipelineProgress = Some(pipelineContext.getPipelineExecutionInfo))\n    }\n  }\n}\n\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/fs\/S3OutputStream.scala","text":"<gh_stars>10-100\npackage com.acxiom.aws.fs\n\nimport com.acxiom.aws.utils.S3Utilities\nimport com.amazonaws.services.s3.AmazonS3\nimport com.amazonaws.services.s3.model.{CompleteMultipartUploadRequest, InitiateMultipartUploadRequest, PartETag, UploadPartRequest}\nimport java.io.{ByteArrayInputStream, OutputStream}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\nclass S3OutputStream(s3Client: AmazonS3, bucket: String, key: String, bufferLength: Option[Int] = None) extends OutputStream {\n  private val bufferSize = bufferLength.getOrElse(S3Utilities.MULTIPART_UPLOAD_SIZE)\n  private val request = s3Client.initiateMultipartUpload(new InitiateMultipartUploadRequest(bucket, key))\n\n  \/\/ Reevaluate if there is a way to do this without mutable variables\n  \/\/ These values are mutable because some state needed to be maintained to honor the interface\n  private val etags = mutable.ListBuffer[PartETag]()\n  private var buffer = new Array[Byte](bufferSize)\n  private var partNumber = 1\n  private var position = 0\n\n  override def write(b: Int): Unit = {\n    buffer(position) = b.toByte\n    position += 1\n    if (position >= buffer.length) {\n      writeBuffer()\n    }\n  }\n\n  override def write(b: Array[Byte]): Unit = {\n    write(b, 0, b.length)\n  }\n\n  override def write(b: Array[Byte], off: Int, len: Int): Unit = {\n    b.slice(off, len).foreach(i => write(i.toInt))\n  }\n\n  private def writeBuffer(): Unit = {\n    val uploadRequest = new UploadPartRequest()\n      .withBucketName(bucket)\n      .withKey(key)\n      .withUploadId(request.getUploadId)\n      .withPartNumber(partNumber)\n      .withFileOffset(0)\n      .withPartSize(position)\n      .withInputStream(new ByteArrayInputStream(buffer, 0, position))\n    val etag = s3Client.uploadPart(uploadRequest).getPartETag\n    etags += etag\n    partNumber += 1\n    position = 0\n    buffer = new Array[Byte](bufferSize)\n  }\n\n  override def close(): Unit = {\n    if (partNumber == 1 || position > 0) {\n      writeBuffer()\n    }\n    s3Client.completeMultipartUpload(new CompleteMultipartUploadRequest(bucket, key, request.getUploadId, etags.toList.asJava))\n    super.close()\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/steps\/PubSubSteps.scala","text":"<filename>metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/steps\/PubSubSteps.scala\npackage com.acxiom.gcp.steps\n\nimport com.acxiom.gcp.utils.GCPUtilities\nimport com.acxiom.gcp.utils.GCPUtilities.getPublisherBuilder\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.protobuf.ByteString\nimport com.google.pubsub.v1.PubsubMessage\nimport org.apache.spark.sql.DataFrame\n\nimport java.util.concurrent.TimeUnit\n\n@StepObject\nobject PubSubSteps {\n  @StepFunction(\"451d4dc8-9bce-4cb4-a91d-1a09e0efd9b8\",\n    \"Write DataFrame to a PubSub Topic\",\n    \"This step will write a DataFrame to a PubSub Topic\",\n    \"Pipeline\",\n    \"GCP\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Pub\/Sub topic\")),\n    \"topicName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The topic within the Pub\/Sub\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\")),\n    \"credentials\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional credentials to use for Pub\/Sub access\"))))\n  def writeToStreamWithCredentials(dataFrame: DataFrame,\n                                   topicName: String,\n                                   separator: String = \",\",\n                                   credentials: Option[Map[String, String]] = None): Unit = {\n    val creds = GCPUtilities.generateCredentials(credentials)\n    publishDataFrame(dataFrame, separator, topicName, creds)\n  }\n\n  @StepFunction(\"aaa880e1-4190-4ffe-9fda-4150680f17c9\",\n    \"Write DataFrame to a PubSub Topic Using Global Credentials\",\n    \"This step will write a DataFrame to a PubSub Topic using the CredentialProvider to get Credentials\",\n    \"Pipeline\",\n    \"GCP\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Pub\/Sub topic\")),\n    \"topicName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The topic within the Pub\/Sub\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\"))))\n  def writeToStream(dataFrame: DataFrame,\n                    topicName: String,\n                    separator: String = \",\",\n                    pipelineContext: PipelineContext): Unit = {\n    val creds = GCPUtilities.getCredentialsFromPipelineContext(pipelineContext)\n    publishDataFrame(dataFrame, separator, topicName, creds)\n  }\n\n  @StepFunction(\"2c937e74-8735-46d6-abfe-0c040ae8f435\",\n    \"Write a single message to a PubSub Topic Using Provided Credentials\",\n    \"This step will write a DataFrame to a PubSub Topic using the providedt Credentials\",\n    \"Pipeline\",\n    \"GCP\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to post to the Pub\/Sub topic\")),\n    \"topicName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The topic within the Pub\/Sub\")),\n    \"credentials\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional credentials to use when posting\"))))\n  def postMessage(message: String, topicName: String, credentials: Option[Map[String, String]] = None): Unit = {\n    val creds: Option[GoogleCredentials] = GCPUtilities.generateCredentials(credentials)\n    GCPUtilities.postMessage(topicName, creds, message)\n  }\n\n  @StepFunction(\"b359130d-8e11-44e4-b552-9cef6150bc2b\",\n    \"Write a single message to a PubSub Topic Using Global Credentials\",\n    \"This step will write a message to a PubSub Topic using the CredentialProvider to get Credentials\",\n    \"Pipeline\",\n    \"GCP\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to post to the Pub\/Sub topic\")),\n    \"topicName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The topic within the Pub\/Sub\"))))\n  def postMessage(message: String, topicName: String, pipelineContext: PipelineContext): Unit = {\n    GCPUtilities.postMessage(topicName, GCPUtilities.getCredentialsFromPipelineContext(pipelineContext), message)\n  }\n\n  \/**\n    * Publish the DataFrame to the given Pub\/Sub topic using the optional credentials\n    *\n    * @param dataFrame The DataFrame to publish\n    * @param topicName The Pub\/Sub topic name\n    * @param separator The separator to use when combining the column data\n    * @param creds     The optional GoogleCredentials\n    *\/\n  private def publishDataFrame(dataFrame: DataFrame, topicName: String, separator: String, creds: Option[GoogleCredentials]): Unit = {\n    dataFrame.rdd.foreachPartition(iter => {\n      val publisher = getPublisherBuilder(topicName, creds)\n        .setRetrySettings(GCPUtilities.retrySettings).setBatchingSettings(GCPUtilities.batchingSettings).build()\n      iter.foreach(row => {\n        val data = row.mkString(separator)\n        val pubsubMessage = PubsubMessage.newBuilder.setData(ByteString.copyFromUtf8(data)).build\n        publisher.publish(pubsubMessage)\n      })\n      publisher.shutdown()\n      publisher.awaitTermination(2, TimeUnit.MINUTES)\n    })\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/streaming\/StreamingTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.streaming\n\nimport com.acxiom.pipeline._\nimport com.acxiom.pipeline.connectors.{DataConnectorUtilities, HDFSDataConnector}\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions, FlowUtilsSteps, Schema}\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.hadoop.hdfs.{HdfsConfiguration, MiniDFSCluster}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.functions.lit\nimport org.apache.spark.sql.{DataFrame, SparkSession}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nimport java.io.{File, OutputStreamWriter}\nimport java.net.{ServerSocket, Socket}\nimport java.nio.file.{Files, Path}\nimport java.util.Date\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, ExecutionContext, Future}\nimport scala.util.Random\n\nclass StreamingTests  extends FunSpec with BeforeAndAfterAll {\n  implicit val executionContext: ExecutionContext = ExecutionContext.Implicits.global\n  private val MASTER = \"local[2]\"\n  private val APPNAME = \"spark-streaming-steps-spark\"\n  private var sparkConf: SparkConf = _\n  private var sparkSession: SparkSession = _\n  private val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  private var pipelineContext: PipelineContext = _\n  var config: HdfsConfiguration = _\n  var fs: FileSystem = _\n  var miniCluster: MiniDFSCluster = _\n  val file = new File(sparkLocalDir.toFile.getAbsolutePath, \"cluster\")\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    \/\/ set up mini hadoop cluster\n    config = new HdfsConfiguration()\n    config.set(MiniDFSCluster.HDFS_MINIDFS_BASEDIR, file.getAbsolutePath)\n    miniCluster = new MiniDFSCluster.Builder(config).build()\n    miniCluster.waitActive()\n    \/\/ Only pull the fs object from the mini cluster\n    fs = miniCluster.getFileSystem\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n      \/\/ Force Spark to use the HDFS cluster\n      .set(\"spark.hadoop.fs.defaultFS\", miniCluster.getFileSystem().getUri.toString)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n    miniCluster.shutdown()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"Streaming Monitor\") {\n    it(\"Should run a continuous stream\") {\n      \/\/ Output path\n      val path = miniCluster.getURI + \"\/metalus\/data\/socket_continuous.parquet\"\n      \/\/ 3 second timeout\n      val ctx = pipelineContext.setGlobal(\"STREAMING_QUERY_TIMEOUT_MS\", \"5000\")\n      val port = Random.nextInt(Constants.ONE_HUNDRED) + Constants.NINE_THOUSAND\n      \/\/ Input\n      val load = getReadStream(port, None)\n      \/\/ Output\n      val writeOptions = DataFrameWriterOptions(saveMode = \"append\")\n      \/\/ Setup the server\n      val server = new ServerSocket(port)\n      \/\/ Start the query\n      val query = Some(DataConnectorUtilities.buildDataStreamWriter(load, writeOptions, path).start())\n      \/\/ Write Data\n      val socket = sendRecords(server, Constants.FIVE * Constants.TEN)\n      \/\/ Thread the step\n      val future = Future {\n        FlowUtilsSteps.monitorStreamingQuery(query, None, ctx)\n      }\n      val f = Await.ready(future, Duration.Inf)\n      assert(f.isCompleted)\n      socket.close()\n      \/\/ Verify that anything within the path is a file unless it is the _spark_metadata directory\n      fs.listStatus(new org.apache.hadoop.fs.Path(path)).foreach(status => {\n        assert(!status.isDirectory || status.getPath.toString == s\"$path\/_spark_metadata\")\n      })\n      val hdfs = HDFSDataConnector(\"TestConnector\", None, None)\n      val df = hdfs.load(Some(path), ctx)\n      assert(df.count() == 50)\n    }\n\n    it(\"Should run a batch partitioned stream\") {\n      \/\/ Output path\n      val path = miniCluster.getURI + \"\/metalus\/data\/socket_partitioned.parquet\"\n      val checkpointLocation = s\"${miniCluster.getURI}\/metalus\/data\/streaming_partitioned_checkpoint\"\n      val ctx = pipelineContext.setGlobal(\"STREAMING_BATCH_MONITOR_TYPE\", \"count\")\n        .setGlobal(\"STREAMING_BATCH_MONITOR_COUNT\", Constants.TEN)\n        .setGlobal(\"STREAMING_BATCH_PARTITION_TEMPLATE\", \"date\")\n        .setGlobal(\"STREAMING_BATCH_PARTITION_GLOBAL\", \"PARTITION_VALUE\")\n        .setGlobal(\"PARTITION_VALUE\", Constants.FILE_APPEND_DATE_FORMAT.format(new Date()))\n      val port = Random.nextInt(Constants.ONE_HUNDRED) + Constants.NINE_THOUSAND\n      \/\/ Output\n      val writeOptions = DataFrameWriterOptions(saveMode = \"append\", partitionBy = Some(List(\"partition_column\")),\n        options = Some(Map(\"checkpointLocation\" -> checkpointLocation)))\n      \/\/ Setup the server\n      val server = new ServerSocket(port)\n      val dataFrame = getReadStream(port, Some(\"partition_column\"), Some(Constants.FILE_APPEND_DATE_FORMAT.format(new Date())))\n      \/\/ Start the query\n      val query = Some(DataConnectorUtilities.buildDataStreamWriter(dataFrame, writeOptions, path).start())\n      \/\/ Write Data\n      val socket = sendRecords(server, Constants.TEN)\n      val monitor = Some(\"com.acxiom.pipeline.streaming.BatchPartitionedStreamingQueryMonitor\")\n      \/\/ Thread the step\n      val future = Future {\n        val response = FlowUtilsSteps.monitorStreamingQuery(query, monitor, ctx)\n        socket.close()\n        assert(fs.exists(new org.apache.hadoop.fs.Path(checkpointLocation)))\n        \/\/ Verify that everything within the path is a directory\n        fs.listStatus(new org.apache.hadoop.fs.Path(path)).foreach(status => {\n          assert(status.isDirectory)\n        })\n        if (response.primaryReturn.getOrElse(\"continue\") == \"continue\") {\n          \/\/ Delete the data because socket source doesn't have offsets\n          fs.delete(new org.apache.hadoop.fs.Path(path), true)\n          fs.delete(new org.apache.hadoop.fs.Path(checkpointLocation), true)\n          val q1 = Some(DataConnectorUtilities.buildDataStreamWriter(\n            getReadStream(port, Some(\"partition_column\"),\n              Some(Constants.FILE_APPEND_DATE_FORMAT.format(new Date()))), writeOptions, path).start())\n          val s1 = sendRecords(server, Constants.TWENTY)\n          val r = FlowUtilsSteps.monitorStreamingQuery(q1, monitor, ctx)\n          s1.close()\n          r\n        } else {\n          response\n        }\n      }\n      val f = Await.ready(future, Duration.Inf)\n      assert(f.isCompleted)\n      server.close()\n      \/\/ Verify that everything within the path is a directory\n      fs.listStatus(new org.apache.hadoop.fs.Path(path)).foreach(status => {\n        assert(status.isDirectory)\n      })\n      assert(fs.exists(new org.apache.hadoop.fs.Path(checkpointLocation)))\n      val hdfs = HDFSDataConnector(\"TestConnector\", None, None)\n      val readOptions = DataFrameReaderOptions(schema = Some(Schema.fromStructType(dataFrame.schema)))\n      val df = hdfs.load(Some(path), ctx, readOptions)\n      assert(df.count() == Constants.TWENTY)\n    }\n\n    it(\"Should run a batch file stream\") {\n      \/\/ Output path\n      val path = miniCluster.getURI + \"\/metalus\/data\/socket_file.parquet\"\n      val checkpointLocation = s\"${miniCluster.getURI}\/metalus\/data\/streaming_file_checkpoint\"\n      val ctx = pipelineContext.setGlobal(\"STREAMING_BATCH_MONITOR_TYPE\", \"count\")\n        .setGlobal(\"STREAMING_BATCH_MONITOR_COUNT\", Constants.TEN)\n        .setGlobal(\"STREAMING_BATCH_OUTPUT_TEMPLATE\", \"date\")\n        .setGlobal(\"STREAMING_BATCH_OUTPUT_GLOBAL\", \"destinationPath\")\n        .setGlobal(\"STREAMING_BATCH_OUTPUT_PATH_KEY\", \"socket_file\")\n        .setGlobal(\"destinationPath\", path)\n      val port = Random.nextInt(Constants.ONE_HUNDRED) + Constants.NINE_THOUSAND\n      \/\/ Output\n      val writeOptions = DataFrameWriterOptions(saveMode = \"append\",\n        options = Some(Map(\"checkpointLocation\" -> checkpointLocation)))\n      \/\/ Setup the server\n      val server = new ServerSocket(port)\n      val dataFrame = getReadStream(port, None, None)\n      \/\/ Start the query\n      val query = Some(DataConnectorUtilities.buildDataStreamWriter(dataFrame, writeOptions, path).start())\n      \/\/ Write Data\n      val socket = sendRecords(server, Constants.TEN)\n      val monitor = Some(\"com.acxiom.pipeline.streaming.BatchFileStreamingQueryMonitor\")\n      \/\/ Thread the step\n      val future = Future {\n        FlowUtilsSteps.monitorStreamingQuery(query, monitor, ctx)\n      }\n      val f = Await.ready(future, Duration.Inf)\n      assert(f.isCompleted)\n      socket.close()\n      server.close()\n      \/\/ Verify that anything within the path is a file unless it is the _spark_metadata directory\n      fs.listStatus(new org.apache.hadoop.fs.Path(path)).foreach(status => {\n        assert(!status.isDirectory || status.getPath.toString == s\"$path\/_spark_metadata\")\n      })\n      val response = f.value.get.get\n      assert(response.primaryReturn.getOrElse(\"continue\") == \"continue\")\n      assert(response.namedReturns.isDefined)\n      assert(response.namedReturns.get.contains(\"$globals.destinationPath\"))\n      val updatedPath = response.namedReturns.get(\"$globals.destinationPath\").asInstanceOf[String]\n      assert(updatedPath.substring(updatedPath.lastIndexOf(\"\/\") + 1).length == 43)\n      assert(updatedPath.substring(updatedPath.lastIndexOf(\"\/\") + 1).startsWith(\"socket_file_\"))\n      assert(updatedPath.substring(updatedPath.lastIndexOf(\"\/\") + 1).endsWith(\".parquet\"))\n      assert(fs.exists(new org.apache.hadoop.fs.Path(checkpointLocation)))\n      val hdfs = HDFSDataConnector(\"TestConnector\", None, None)\n      val readOptions = DataFrameReaderOptions(schema = Some(Schema.fromStructType(dataFrame.schema)))\n      val df = hdfs.load(Some(path), ctx, readOptions)\n      assert(df.count() == Constants.TEN)\n    }\n  }\n\n  private def getReadStream(port: Int, partitionColumn: Option[String], paritionValue: Option[String] = None): DataFrame = {\n    val df = sparkSession.readStream.format(\"socket\")\n      .option(\"host\", \"127.0.0.1\").option(\"port\", port).load()\n    if (partitionColumn.isDefined) {\n      df.withColumn(partitionColumn.get, lit(paritionValue.getOrElse(\"zero\")))\n    } else {\n      df\n    }\n  }\n\n  private def sendRecords(server: ServerSocket, count: Int): Socket = {\n    val socket = server.accept()\n    val socketStream = socket.getOutputStream\n    val output = new OutputStreamWriter(socketStream)\n    (1 to count).toList.foreach(count => {\n      output.write(s\"record$count\\n\")\n    })\n    output.flush()\n    output.close()\n    socket\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-delta\/src\/test\/scala\/com\/acxiom\/delta\/steps\/DeltaLakeStepsTests.scala","text":"package com.acxiom.delta.steps\n\nimport java.io.File\nimport java.nio.file.{Files, Path}\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.hadoop.hdfs.{HdfsConfiguration, MiniDFSCluster}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nimport scala.util.Random\n\nclass DeltaLakeStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n\n  val MASTER = \"local[2]\"\n  val APPNAME = \"delta-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  var config: HdfsConfiguration = _\n  var fs: FileSystem = _\n  var miniCluster: MiniDFSCluster = _\n  val file = new File(sparkLocalDir.toFile.getAbsolutePath, \"cluster\")\n\n  val data = Seq(\n    (1, \"cogburn\", \"gamecock\"),\n    (2, \"honey\", \"buttercup\"),\n    (3, \"pepper\", \"sex-link\"),\n    (4, \"sesame\", \"cochin\")\n  )\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    \/\/ set up mini hadoop cluster\n    config = new HdfsConfiguration()\n    config.set(MiniDFSCluster.HDFS_MINIDFS_BASEDIR, file.getAbsolutePath)\n    miniCluster = new MiniDFSCluster.Builder(config).build()\n    miniCluster.waitActive()\n    \/\/ Only pull the fs object from the mini cluster\n    fs = miniCluster.getFileSystem\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n      \/\/ Force Spark to use the HDFS cluster\n      .set(\"spark.hadoop.fs.defaultFS\", miniCluster.getFileSystem().getUri.toString)\n      .set(\"spark.sql.extensions\", \"io.delta.sql.DeltaSparkSessionExtension\")\n      .set(\"spark.sql.catalog.spark_catalog\", \"org.apache.spark.sql.delta.catalog.DeltaCatalog\")\n    \/\/ Create the session\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n    miniCluster.shutdown()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"Deltalake - Update\") {\n    it(\"should update a delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      When(\"an update is performed\")\n      DeltaLakeSteps.updateSingle(path, \"breed\", \"'orpington'\", Some(\"breed = 'buttercup'\"), pipelineContext)\n      Then(\"The update should be applied correctly\")\n      val result = sparkSession.read.format(\"delta\").load(path).where(\"breed = 'orpington'\")\n      assert(result.count == 1)\n      assert(result.select(\"name\").head().getString(0) == \"honey\")\n    }\n\n    it(\"should update multiple columns in a delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      When(\"an update is performed\")\n      DeltaLakeSteps.update(path, Map(\"name\" -> \"'orange'\", \"breed\" -> \"'orpington'\"), Some(\"breed = 'buttercup'\"), pipelineContext)\n      Then(\"The update should be applied correctly\")\n      val result = sparkSession.read.format(\"delta\").load(path).where(\"breed = 'orpington'\")\n      assert(result.count == 1)\n      assert(result.select(\"name\").head().getString(0) == \"orange\")\n    }\n  }\n\n  describe(\"Deltalake - Delete\") {\n    it(\"Should delete records from a delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      When(\" a delete is performed\")\n      DeltaLakeSteps.delete(path, \"id = 3\", pipelineContext)\n      Then(\"the correct record should be deleted\")\n      val result = sparkSession.read.format(\"delta\").load(path)\n      assert(result.count == 3)\n      assert(result.where(\"id = 3\").isEmpty)\n    }\n  }\n\n  describe(\"Deltalake - Merge\") {\n    it(\"Should upsert delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      val table = sparkSession.read.format(\"delta\").load(path)\n      And(\"a dataframe with updated records\")\n      val update = table.selectExpr(\"id\", \"concat(name, '-chicken') as name\", \"breed\")\n          .union(sparkSession.sql(\"select 5 as id, 'orange-chicken' as name, 'orpington' as breed\"))\n      When(\"a merge is performed\")\n      DeltaLakeSteps.upsert(path, update, \"source.id = target.id\",\n        pipelineContext = pipelineContext)\n      val result = sparkSession.read.format(\"delta\").load(path)\n      Then(\"the table should contain new records\")\n      assert(result.count() == 5)\n      And(\"the matched records should be updated\")\n      val cogburn = result.where(\"id = 1\")\n      assert(cogburn.count() == 1)\n      assert(cogburn.head().getAs[String](\"name\") == \"cogburn-chicken\")\n      val orange = result.where(\"id = 5\")\n      assert(orange.count() == 1)\n      assert(orange.head().getAs[String](\"name\") == \"orange-chicken\")\n    }\n\n    it(\"Should upsert a delta table with conditions\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      val table = sparkSession.read.format(\"delta\").load(path)\n      And(\"a dataframe with updated records\")\n      val update = table.selectExpr(\"id\", \"concat(name, '-chicken') as name\", \"breed\")\n        .union(sparkSession.sql(\"select 5 as id, 'orange-chicken' as name, 'orpington' as breed\"))\n        .union(sparkSession.sql(\"select 6 as id, 'szechuan-chicken' as name, 'cochin' as breed\"))\n      DeltaLakeSteps.upsert(path, update, \"s.id = t.id\",\n        Some(\"s\"), Some(\"t\"),\n        Some(\"s.id != 3\"), Some(\"s.id != 5\"),\n        pipelineContext = pipelineContext)\n      val result = sparkSession.read.format(\"delta\").load(path)\n      assert(result.count() == 5)\n      val pepper = result.where(\"id = 3\")\n      assert(pepper.count() == 1)\n      assert(pepper.head().getAs[String](\"name\") == \"pepper\")\n      assert(result.where(\"id = 5\").isEmpty)\n      val szechuan = result.where(\"id = 6\")\n      assert(szechuan.head().getAs[String](\"name\") == \"szechuan-chicken\")\n    }\n\n    it(\"Should merge a dataFrame with a delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      val table = sparkSession.read.format(\"delta\").load(path)\n      And(\"a dataframe with updated records\")\n      val update = table.selectExpr(\"id\", \"concat(name, '-chicken') as name\", \"concat(breed, '-chicken') as breed\")\n        .union(sparkSession.sql(\"select 5 as id, 'orange-chicken' as name, 'orpington' as breed\"))\n        .union(sparkSession.sql(\"select 6 as id, 'szechuan-chicken' as name, 'cochin' as breed\"))\n      When(\"a merge is performed\")\n      DeltaLakeSteps.merge(path, update, \"s.id = t.id\",\n        Some(\"s\"), Some(\"t\"),\n        Some(MatchCondition(Some(\"t.name != 'pepper' AND t.id != 4\"), Some(Map(\"name\" -> \"s.name\")))),\n        Some(MatchCondition(Some(\"t.id = 4\"), None)),\n        Some(MatchCondition(Some(\"s.id not in (4,5)\"), None)),\n        pipelineContext)\n      Then(\"the table should be updated\")\n      val result = sparkSession.read.format(\"delta\").load(path)\n      assert(result.count() == 4)\n      And(\"The correct columns should be updated\")\n      val up = result.where(\"name LIKE '%-chicken' AND id < 5\")\n      assert(up.count() == 2)\n      val expected = List(\"cogburn-chicken\", \"honey-chicken\")\n      assert(up.select(\"name\").collect().map(_.getString(0)).forall(expected.contains))\n      And(\"the correct fields were not updated\")\n      val bad = result.where(\"name = 'pepper-chicken' OR breed LIKE '%-chicken'\")\n      assert(bad.isEmpty)\n      And(\"the correct fields were deleted\")\n      assert(result.where(\"id = 4\").isEmpty)\n      And(\"the correct fields where inserted\")\n      val newRows = result.where(\"id > 4\")\n      assert(newRows.count() == 1)\n      assert(newRows.head.getAs[String](\"name\") == \"szechuan-chicken\")\n    }\n  }\n\n  describe(\"Deltalake - Meta\") {\n    it(\"Should return a history dataFrame for a delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      When(\" a delete is performed\")\n      DeltaLakeSteps.delete(path, \"id = 3\", pipelineContext)\n      And(\"the history is requested\")\n      val history = DeltaLakeSteps.history(path, None, pipelineContext)\n      Then(\"there should be 2 operations performed\")\n      assert(history.count() == 2)\n      And(\"one of the operations should be a delete\")\n      assert(!history.where(\"operation = 'DELETE'\").isEmpty)\n    }\n\n    it(\"Should return a history dataFrame for the last command run on a  delta table\") {\n      Given(\"a delta table\")\n      val path = initTable()\n      When(\" a delete is performed\")\n      DeltaLakeSteps.delete(path, \"id = 3\", pipelineContext)\n      And(\"the history is requested\")\n      val history = DeltaLakeSteps.history(path, Some(1), pipelineContext)\n      Then(\"there should be one result\")\n      assert(history.count() == 1)\n      And(\"the operation should be a delete\")\n      assert(!history.where(\"operation = 'DELETE'\").isEmpty)\n    }\n  }\n\n  private def initTable(): String = {\n    val characters = 9\n    val rand = Random.alphanumeric.take(characters).mkString\n    val path = s\"${miniCluster.getURI}\/data\/$rand\/chickens.delta\"\n    val spark = sparkSession\n    import spark.implicits._\n    data.toDF(\"id\", \"name\", \"breed\").write\n      .mode(\"overwrite\")\n      .format(\"delta\")\n      .save(path)\n    path\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineManager.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline\n\nimport com.acxiom.pipeline.utils.DriverUtils\n\nimport scala.io.Source\n\nobject PipelineManager {\n  def apply(pipelines: List[Pipeline]): PipelineManager = new CachedPipelineManager(pipelines)\n}\n\ntrait PipelineManager {\n  def getPipeline(id: String): Option[Pipeline] = {\n    val input = getClass.getClassLoader.getResourceAsStream(s\"metadata\/pipelines\/$id.json\")\n    if (Option(input).isDefined) {\n      val pipelineList = DriverUtils.parsePipelineJson(Source.fromInputStream(input).mkString)\n      if (pipelineList.isDefined && pipelineList.get.nonEmpty) {\n        Some(pipelineList.get.head)\n      } else {\n        None\n      }\n    } else {\n      None\n    }\n  }\n}\n\nclass CachedPipelineManager(pipelines: List[Pipeline]) extends PipelineManager {\n  private val cachedPipelines: Map[String, Pipeline] = pipelines.foldLeft(Map[String, Pipeline]())((m, p) => m + (p.id.getOrElse(\"\") -> p))\n\n  override def getPipeline(id: String): Option[Pipeline] = {\n    if (cachedPipelines.contains(id)) {\n      Some(cachedPipelines(id))\n    } else {\n      super.getPipeline(id)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/PipelineManagerTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline\n\nimport org.scalatest.{FunSpec, Suite}\n\nclass PipelineManagerTests extends FunSpec with Suite {\n  describe(\"PipelineManager - Get Tests\") {\n    it(\"Should fetch cached pipeline\") {\n      val pm = PipelineManager(List(Pipeline(Some(\"pipeline\"), Some(\"Test pipeline\"))))\n      assert(pm.getPipeline(\"pipeline\").isDefined)\n      assert(pm.getPipeline(\"pipeline\").get.name.getOrElse(\"\") == \"Test pipeline\")\n    }\n\n    it(\"Should fail to return a pipeline\") {\n      val pm = PipelineManager(List(Pipeline(Some(\"pipeline\"), Some(\"Test pipeline\"))))\n      assert(pm.getPipeline(\"fred\").isEmpty)\n      assert(pm.getPipeline(\"bad\").isEmpty)\n    }\n\n    it(\"Should pull a pipeline from the classpath\") {\n      val pm = PipelineManager(List(Pipeline(Some(\"pipeline\"), Some(\"Test pipeline\"))))\n      val pipeline = pm.getPipeline(\"9ecbaee7-ba8d-4520-815b-e5e5a24b1872\")\n      assert(pipeline.isDefined)\n      assert(pipeline.get.name.getOrElse(\"\") == \"Pipeline 1\")\n      assert(pipeline.get.steps.isDefined)\n      assert(pipeline.get.steps.get.length == 1)\n      assert(pipeline.get.steps.get.head.id.getOrElse(\"\") == \"Pipeline1Step1\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/steps\/KinesisSteps.scala","text":"package com.acxiom.aws.steps\n\nimport com.acxiom.aws.utils.{AWSBasicCredential, AWSUtilities, KinesisUtilities}\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\nimport org.apache.spark.sql.DataFrame\n\n@StepObject\nobject KinesisSteps {\n  @StepFunction(\"207aa871-4f83-4e24-bab3-4e47bb3b667a\",\n    \"Write DataFrame to a Kinesis Stream\",\n    \"This step will write a DataFrame to a Kinesis Stream\",\n    \"Pipeline\",\n    \"AWS\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Kinesis stream\")),\n    \"region\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The region of the Kinesis stream\")),\n    \"streamName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the Kinesis stream\")),\n    \"partitionKey\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key to use when partitioning the message\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\")),\n    \"accessKeyId\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional API key to use for the Kinesis stream\")),\n    \"secretAccessKey\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional API secret to use for the Kinesis stream\"))))\n  def writeToStream(dataFrame: DataFrame,\n                    region: String,\n                    streamName: String,\n                    partitionKey: String,\n                    separator: String = \",\",\n                    accessKeyId: Option[String] = None,\n                    secretAccessKey: Option[String] = None): Unit = {\n    val index = KinesisUtilities.determinePartitionKey(dataFrame, partitionKey)\n    val creds  = Some(new AWSBasicCredential(Map(\"accessKeyId\" -> accessKeyId, \"secretAccessKey\" -> secretAccessKey)))\n    KinesisUtilities.writeDataFrame(dataFrame, region, streamName, None, Some(index), separator, creds)\n  }\n\n  @StepFunction(\"5c9c7056-5c7a-4463-93c8-7e99bad66d4f\",\n    \"Write DataFrame to a Kinesis Stream Using Global Credentials\",\n    \"This step will write a DataFrame to a Kinesis Stream using the CredentialProvider to get Credentials\",\n    \"Pipeline\",\n    \"AWS\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Kinesis stream\")),\n    \"region\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The region of the Kinesis stream\")),\n    \"streamName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the Kinesis stream\")),\n    \"partitionKey\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key to use when partitioning the message\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\"))))\n  def writeStream(dataFrame: DataFrame,\n                  region: String,\n                  streamName: String,\n                  partitionKey: String,\n                  separator: String = \",\",\n                  pipelineContext: PipelineContext): Unit = {\n    val index = KinesisUtilities.determinePartitionKey(dataFrame, partitionKey)\n    val creds = AWSUtilities.getAWSCredential(pipelineContext.credentialProvider)\n    KinesisUtilities.writeDataFrame(dataFrame, region, streamName, None, Some(index), separator, creds)\n  }\n\n  @StepFunction(\"52f161a5-3025-4e40-a10b-f201940b5cbf\",\n    \"Write a single message to a Kinesis Stream Using Global Credentials\",\n    \"This step will write a single message to a Kinesis Stream using the CredentialProvider to get Credentials\",\n    \"Pipeline\",\n    \"AWS\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to post to the Kinesis stream\")),\n    \"region\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The region of the Kinesis stream\")),\n    \"streamName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the Kinesis stream\")),\n    \"partitionKey\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key to use when partitioning the message\"))))\n  def postMessage(message: String,\n                  region: String,\n                  streamName: String,\n                  partitionKey: String,\n                  pipelineContext: PipelineContext): Unit = {\n    val creds = AWSUtilities.getAWSCredential(pipelineContext.credentialProvider)\n    KinesisUtilities.postMessageWithCredentials(message, region, streamName, partitionKey, creds)\n  }\n\n  @StepFunction(\"3079d815-9105-4194-a8f1-6546531b3373\",\n    \"Write a single message to a Kinesis Stream\",\n    \"This step will write a single message to a Kinesis Stream\",\n    \"Pipeline\",\n    \"AWS\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to post to the Kinesis stream\")),\n    \"region\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The region of the Kinesis stream\")),\n    \"streamName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The name of the Kinesis stream\")),\n    \"partitionKey\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key to use when partitioning the message\")),\n    \"accessKeyId\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional API key to use for the Kinesis stream\")),\n    \"secretAccessKey\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional API secret to use for the Kinesis stream\"))))\n  def postMessage(message: String,\n                  region: String,\n                  streamName: String,\n                  partitionKey: String,\n                  accessKeyId: Option[String] = None,\n                  secretAccessKey: Option[String] = None): Unit = {\n    KinesisUtilities.postMessage(message, region, streamName, partitionKey, accessKeyId, secretAccessKey)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/audits\/ExecutionAudit.scala","text":"package com.acxiom.pipeline.audits\n\nimport com.acxiom.pipeline.audits.AuditType.AuditType\n\n\/**\n  * Creates a new Audit with the appropriate information,\n  *\n  * @param id The id of the execution\n  * @param auditType The type of audit\n  * @param metrics An optional map of metrics to be collected\n  * @param start A long indicating the start time\n  * @param end An optional long indicating the end time\n  * @param groupId The optional id of the group which this audit is a member\n  * @param children A list of child audits\n  *\/\ncase class ExecutionAudit(id: String,\n                          auditType: AuditType,\n                          metrics: Map[String, Any] = Map[String, Any](),\n                          start: Long,\n                          end: Option[Long] = None,\n                          durationMs: Option[Long] = None,\n                          groupId: Option[String] = None,\n                          children: Option[List[ExecutionAudit]] = None) {\n  \/**\n    * Merges the provided audit with this audit. The end, metrics and children attributes wil be merged. Attributes from\n    * the provided audit will override the properties of this audit.\n    *\n    * @param audit The audit to merge\n    * @return The newly merged audit.\n    *\/\n  def merge(audit: ExecutionAudit): ExecutionAudit = {\n    \/\/ Merge the common children\n    val childList = this.children.getOrElse(List[ExecutionAudit]()).map(child => {\n      val childAudit = audit.getChildAudit(child.id, child.groupId)\n      if (childAudit.isDefined) {\n        child.merge(childAudit.get)\n      } else {\n        child\n      }\n    })\n    this.copy(end = if(audit.end.isDefined) { audit.end } else { end },\n      metrics = this.metrics ++ audit.metrics,\n      children = Some(audit.children.getOrElse(List[ExecutionAudit]()).foldLeft(childList)((finalChildren, child) => {\n        if (finalChildren.exists(c => checkMatch(c, child.id, child.groupId))) {\n          finalChildren\n        } else {\n          finalChildren :+ child\n        }\n      })))\n  }\n\n  \/**\n    * This function will set the end time and return a new Audit.\n    *\n    * @param endTime A long representing the time.\n    * @return A new Audit with the end time set.\n    *\/\n  def setEnd(endTime: Long): ExecutionAudit = this.copy(end = Some(endTime), durationMs = Some(endTime - this.start))\n\n  \/**\n    * Retrieves a named metric\n    *\n    * @param name The name of the metric to retrieve\n    * @return An option containing the metric or None\n    *\/\n  def getMetric(name: String): Option[Any] = metrics.get(name)\n\n  \/**\n    * Sets the value of the named metric\n    *\n    * @param name The name of the metric to set\n    * @param metric The metric to set\n    * @return A new Audit with the metric\n    *\/\n  def setMetric(name: String, metric: Any): ExecutionAudit = this.copy(metrics = this.metrics + (name -> metric))\n\n  \/**\n    * Sets the multiple metrics\n    *\n    * @param metrics The metrics to set\n    * @return A new Audit with the metric\n    *\/\n  def setMetrics(metrics: Map[String, Any]): ExecutionAudit =\n    this.copy(metrics = metrics.foldLeft(this.metrics)((newMetrics, metric) => {\n      newMetrics + (metric._1 -> metric._2)\n    }))\n\n  \/**\n    * Sets the chile audit. If the audit exists, then it replaces the existing child audit otherwise it will be appended.\n    * @param audit The child audit to set\n    * @return A new Audit with the child in place.\n    *\/\n  def setChildAudit(audit: ExecutionAudit): ExecutionAudit = {\n    val childList = this.children.getOrElse(List[ExecutionAudit](audit))\n    val childAudits = if (childList.exists(child => checkMatch(child, audit.id, child.groupId))) {\n      childList.map(child => if(child.id == audit.id) { audit } else { child })\n    } else {\n      childList :+ audit\n    }\n\n    this.copy(children = Some(childAudits))\n  }\n\n  \/**\n    * Locates the child audit or returns None\n    * @param id The id of the child audit\n    * @param groupId The optional groupId of the audit\n    * @return An option containing the audit or None\n    *\/\n  def getChildAudit(id: String, groupId: Option[String] = None): Option[ExecutionAudit] = {\n    this.children.getOrElse(List[ExecutionAudit]()).find(audit => checkMatch(audit, id, groupId))\n  }\n\n  private def checkMatch(child: ExecutionAudit, id: String, groupId: Option[String]): Boolean = {\n    child.id == id && child.groupId.getOrElse(\"NONE\") == groupId.getOrElse(\"NONE\")\n  }\n}\n\nobject AuditType extends Enumeration {\n  type AuditType = Value\n  val EXECUTION, PIPELINE, STEP = Value\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/fs\/FileManager.scala","text":"package com.acxiom.pipeline.fs\n\nimport java.io._\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.Logger\n\nobject FileManager {\n  val DEFAULT_BUFFER_SIZE: Int = 65536\n  val DEFAULT_COPY_BUFFER_SIZE: Int = 32768\n  def apply(): FileManager = new LocalFileManager\n}\n\n\/**\n  * The FileManager trait is an abstraction useful for working with files on different file systems such\n  * as HDFS or local.\n  *\/\ntrait FileManager {\n  private val logger = Logger.getLogger(getClass)\n  \/**\n    * Connect to the file system\n    *\/\n  def connect(): Unit\n  \/**\n    * Checks the path to determine whether it exists or not.\n    *\n    * @param path The path to verify\n    * @return True if the path exists, otherwise false.\n    *\/\n  def exists(path: String): Boolean\n\n  \/**\n    * Creates a buffered input stream for the provided path.\n    *\n    * @param path The path to read data from\n    * @param bufferSize The buffer size to apply to the stream\n    * @return A buffered input stream\n    *\/\n  def getInputStream(path: String, bufferSize: Int = FileManager.DEFAULT_BUFFER_SIZE): InputStream\n\n  \/**\n    * Creates a buffered output stream for the provided path.\n    *\n    * @param path   The path where data will be written.\n    * @param append Boolean flag indicating whether data should be appended. Default is true\n    * @param bufferSize The buffer size to apply to the stream\n    * @return\n    *\/\n  def getOutputStream(path: String, append: Boolean = true, bufferSize: Int = FileManager.DEFAULT_BUFFER_SIZE): OutputStream\n\n  \/**\n    * Will attempt to rename the provided path to the destination path.\n    *\n    * @param path     The path to rename.\n    * @param destPath The destination path.\n    * @return True if the path could be renamed.\n    *\/\n  def rename(path: String, destPath: String): Boolean\n\n  \/**\n    * Attempts to delete the provided path.\n    *\n    * @param path The path to delete.\n    * @return True if the path could be deleted.\n    *\/\n  def deleteFile(path: String): Boolean\n\n  \/**\n    * Get the size of the file at the given path. If the path is not a file, an exception will be thrown.\n    * @param path The path to the file.\n    * @return size of the given file.\n    *\/\n  def getSize(path: String): Long\n\n  \/**\n    * Returns a list of file names at the given path.\n    * @param path The path to list.\n    * @param recursive Flag indicating whether to run a recursive or simple listing.\n    * @return A list of files at the given path.\n    *\/\n  def getFileListing(path: String, recursive: Boolean = false): List[FileInfo]\n\n  \/**\n   * Returns a list of directory names at the given path.\n   * @param path The path to list.\n   * @return A list of directories at the given path.\n   *\/\n  def getDirectoryListing(path: String): List[FileInfo] =\n    getFileListing(path).filter(_.directory)\n\n  \/**\n    * Disconnect from the file system\n    *\/\n  def disconnect(): Unit\n\n  \/**\n    * Copies all of the contents of the input stream to the output stream.\n    * @param input The input contents to copy\n    * @param output The output to copy to\n    * @return True if the copy was successful\n    *\/\n  def copy(input: InputStream, output: OutputStream): Boolean = {\n    copy(input, output, FileManager.DEFAULT_COPY_BUFFER_SIZE)\n  }\n\n  \/**\n    * Copies all of the contents of the input stream to the output stream.\n    * @param input The input contents to copy.\n    * @param output The output to copy to.\n    * @param copyBufferSize The size in bytes of the copy buffer.\n    * @return True if the copy was successful.\n    *\/\n  def copy(input: InputStream, output: OutputStream, copyBufferSize: Int, closeStreams: Boolean = false): Boolean = {\n    try {\n      val buffer = new Array[Byte](copyBufferSize)\n      Stream.continually(input.read(buffer)).takeWhile(_ != -1).foreach(count => {\n        output.write(buffer, 0, count)\n      })\n      output.flush()\n      if (closeStreams) {\n        try {\n          input.close()\n        }\n        try {\n          output.close()\n        }\n      }\n      true\n    } catch {\n      case t: Throwable =>\n        logger.error(\"Unable to perform copy operation\", t)\n        false\n    }\n  }\n}\n\ncase class FileInfo(fileName: String, size: Long, directory: Boolean, path: Option[String] = None)\n\n\/**\n  * Default implementation of the FileManager that works with local files.\n  *\/\nclass LocalFileManager extends FileManager {\n  override def exists(path: String): Boolean = new File(path).exists()\n\n  override def getInputStream(path: String, bufferSize: Int = FileManager.DEFAULT_BUFFER_SIZE): InputStream =\n    new BufferedInputStream(new FileInputStream(new File(path)))\n\n  override def getOutputStream(path: String, append: Boolean = true, bufferSize: Int = FileManager.DEFAULT_BUFFER_SIZE): OutputStream = {\n    new BufferedOutputStream(new FileOutputStream(new File(path), append), bufferSize)\n  }\n\n  override def rename(path: String, destPath: String): Boolean = new File(path).renameTo(new File(destPath))\n\n  override def deleteFile(path: String): Boolean = {\n    val file = new File(path)\n    if (file.isDirectory) {\n      FileUtils.deleteDirectory(file)\n      true\n    } else {\n      file.delete()\n    }\n  }\n\n  \/**\n    * Connect to the file system\n    *\/\n  override def connect(): Unit = {\n    \/\/ Not used\n  }\n\n  \/**\n    * Get the size of the file at the given path. If the path is not a file, an exception will be thrown.\n    *\n    * @param path The path to the file\n    * @return size of the given file\n    *\/\n  override def getSize(path: String): Long = new File(path).length()\n\n  \/**\n    * Returns a list of file names at the given path.\n    *\n    * @param path The path to list.\n    * @param recursive Flag indicating whether to run a recursive or simple listing.\n    * @return A list of files at the given path\n    *\/\n  override def getFileListing(path: String, recursive: Boolean = false): List[FileInfo] = {\n    if (recursive) {\n      new File(path).listFiles().foldLeft(List[FileInfo]()) {\n        case (listing, file) if file.isDirectory && (file.getName == \".\" || file.getName == \"..\") => listing\n        case (listing, file) if file.isDirectory => listing ++ getFileListing(file.getAbsolutePath, recursive)\n        case (listing, file) => listing :+ FileInfo(file.getName, file.length(), file.isDirectory, Option(file.getParent))\n      }\n    } else {\n      new File(path)\n        .listFiles()\n        .foldLeft(List[FileInfo]()){ (list, file) =>\n          FileInfo(file.getName, file.length(), file.isDirectory, Option(file.getParent)) :: list\n        }\n    }\n  }\n\n  \/**\n    * Disconnect from the file system\n    *\/\n  override def disconnect(): Unit = {\n    \/\/ Not used\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/pipeline\/GCPSecretsManagerCredentialProvider.scala","text":"package com.acxiom.gcp.pipeline\n\nimport com.acxiom.pipeline._\nimport com.google.cloud.secretmanager.v1.{SecretManagerServiceClient, SecretName, SecretVersion, SecretVersionName}\nimport org.apache.log4j.Logger\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{DefaultFormats, Formats}\n\nimport java.util.Base64\nimport scala.collection.JavaConverters._\n\n\/**\n  * An extension of DefaultCredentialProvider which will use the GCP secrets manager to attempt to\n  * find Credentials.\n  * @param parameters A map containing parameters. projectId is required.\n  *\/\nclass GCPSecretsManagerCredentialProvider(override val parameters: Map[String, Any])\n  extends DefaultCredentialProvider(parameters) {\n  private val logger = Logger.getLogger(getClass)\n  private implicit val formats: Formats = DefaultFormats\n  override protected val defaultParsers = List(new DefaultCredentialParser(), new GCPCredentialParser)\n  private val projectId = parameters.getOrElse(\"projectId\", \"\").asInstanceOf[String]\n  private val secretsManagerClient = SecretManagerServiceClient.create()\n\n  override def getNamedCredential(name: String): Option[Credential] = {\n    val baseCredential = this.credentials.get(name)\n\n    if (baseCredential.isDefined) {\n      baseCredential\n    } else {\n      try {\n        val versions = secretsManagerClient.listSecretVersions(SecretName.of(projectId, name))\n        val itr = versions.iterateAll().asScala.toList\n        val recent = itr.foldLeft(0)((largest, version) => {\n          val num = version.getName.split(\"\/\").last\n          if (version.getState == SecretVersion.State.ENABLED && num.toInt > largest) {\n            num.toInt\n          } else {\n            largest\n          }\n        })\n        val secret = Option(secretsManagerClient.accessSecretVersion(SecretVersionName.of(projectId, name, recent.toString)))\n        if (secret.isDefined &&\n          Option(secret.get.getPayload.getData.toStringUtf8).isDefined) {\n          val secretString = secret.get.getPayload.getData.toStringUtf8\n          val credsMap = if (\"(\\\\{.*?})\".r.findAllIn(secretString).hasNext) {\n            parse(secretString).extract[Map[String, String]]\n          } else {\n            Map(\"credentialName\" -> name, \"credentialValue\" -> secretString)\n          }\n          val creds = parseCredentials(credsMap)\n          Some(creds.head._2)\n        } else {\n          None\n        }\n      }\n      catch {\n        case e: Throwable =>\n          logger.warn(s\"Failed to retrieve secret $name due to: ${e.getMessage}\", e)\n          None\n      }\n    }\n  }\n}\n\n\/**\n  * An implementation of CredentialParser which returns either a GCPCredential or DefaultCredential\n  *\/\nclass GCPCredentialParser() extends CredentialParser {\n  override def parseCredentials(parameters: Map[String, Any]): List[Credential] = {\n    val credentialList = if (parameters.contains(\"gcpAuthKey\")) {\n      List(new Base64GCPCredential(parameters))\n    } else {\n      List()\n    }\n    if (parameters.contains(\"credentialName\")) {\n      val value = parameters(\"credentialValue\").asInstanceOf[String]\n      val rawValue = try {\n        new String(Base64.getDecoder.decode(value))\n      } catch {\n        case _: Throwable => value\n      }\n      \/\/ See if this is a Service Account\n      if (rawValue.contains(\"project_id\") && rawValue.contains(\"auth_uri\")) {\n        credentialList :+ new DefaultGCPCredential(Map[String, Any](\"gcpAuthKeyArray\" -> rawValue.getBytes))\n      } else {\n        credentialList :+ DefaultCredential(parameters)\n      }\n    } else if (parameters.contains(\"project_id\") && parameters.contains(\"auth_uri\")) {\n      credentialList :+ new BasicGCPCredential(parameters)\n    } else {\n      credentialList\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/CredentialSteps.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.annotations._\nimport com.acxiom.pipeline.{Credential, PipelineContext}\n\n@StepObject\nobject CredentialSteps {\n  @StepFunction(\"86c84fa3-ad45-4a49-ac05-92385b8e9572\",\n    \"Get Credential\",\n    \"This step provides access to credentials through the CredentialProvider\",\n    \"Pipeline\",\n    \"Credentials\")\n  @StepParameters(Map(\n    \"credentialName\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The dataset containing CSV strings\"))))\n  @StepResults(primaryType = \"com.acxiom.pipeline.Credential\",\n    secondaryTypes = None)\n  def getCredential(credentialName: String, pipelineContext: PipelineContext): Option[Credential] = {\n    if (pipelineContext.credentialProvider.isDefined) {\n      pipelineContext.credentialProvider.get.getNamedCredential(credentialName)\n    } else {\n      None\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/main\/scala\/com\/acxiom\/metalus\/resolvers\/DependencyResolver.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.metalus.resolvers\n\nimport com.acxiom.metalus.resolvers.HashType.HashType\nimport com.acxiom.pipeline.api.HttpRestClient\nimport com.acxiom.pipeline.fs.FileManager\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.log4j.Logger\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{DefaultFormats, Formats}\n\nimport java.io.{File, FileInputStream, InputStream}\nimport java.nio.file.{Files, StandardCopyOption}\nimport java.security.MessageDigest\nimport java.util.jar.JarFile\nimport scala.annotation.tailrec\nimport scala.io.Source\n\nobject DependencyResolver {\n  private val logger = Logger.getLogger(getClass)\n\n  def getHttpClientForPath(path: String, parameters: Map[String, Any]): HttpRestClient = {\n    val allowSelfSignedCerts = parameters.getOrElse(\"allowSelfSignedCerts\", false).toString.toLowerCase == \"true\"\n    val credentialProvider = DriverUtils.getCredentialProvider(parameters)\n    val noAuthDownload = parameters.getOrElse(\"no-auth-download\", \"false\") == \"true\"\n    DriverUtils.getHttpRestClient(path, credentialProvider, Some(noAuthDownload), allowSelfSignedCerts)\n  }\n\n  def generateHash(input: InputStream, hashType: HashType): String = {\n    val MD5 = MessageDigest.getInstance(HashType.getAlgorithm(hashType))\n    Stream.continually(input.read).takeWhile(_ != -1).foreach(b => MD5.update(b.toByte))\n    input.close()\n    MD5.digest().map(0xFF & _).map { \"%02x\".format(_) }.foldLeft(\"\"){_ + _}\n  }\n\n  def getRemoteHash(path: String, parameters: Map[String, Any]): Option[DependencyHash] = {\n    val http = DependencyResolver.getHttpClientForPath(s\"$path.md5\", parameters)\n    val httpSha1 = DependencyResolver.getHttpClientForPath(s\"$path.sha1\", parameters)\n    if (http.exists(\"\")) {\n      Some(DependencyHash(loadRemoteHash(http), HashType.MD5))\n    } else if (httpSha1.exists(\"\")) {\n      Some(DependencyHash(loadRemoteHash(httpSha1), HashType.SHA1))\n    } else {\n        None\n    }\n  }\n\n  private def loadRemoteHash(http: HttpRestClient): String = {\n    val input = http.getInputStream(\"\")\n    val src = Source.fromInputStream(input)\n    val hash = src.getLines().next()\n    input.close()\n    src.close()\n    hash\n  }\n\n  def copyFileToLocal(inputFile: File, outputFile: File, overwrite: Boolean = false): Unit = {\n    if (overwrite || !outputFile.exists() || outputFile.length() == 0) {\n      Files.copy(inputFile.toPath, outputFile.toPath, StandardCopyOption.REPLACE_EXISTING)\n    }\n  }\n\n  def getDependencyJson(file: String, parameters: Map[String, Any]): Option[Map[String, Any]] = {\n    logger.info(s\"Resolving dependencies for: $file\")\n    val jar = new JarFile(new File(file))\n    val jarEntry = jar.getJarEntry(\"dependencies.json\")\n    if (Option(jarEntry).isEmpty) {\n      None\n    } else {\n      implicit val formats: Formats = DefaultFormats\n      val json = Source.fromInputStream(jar.getInputStream(jarEntry)).mkString\n      val map = parse(json).extract[Map[String, Any]]\n      \/\/ Apply any overrides\n      val updatedMap = map.map(entry => {\n        val overrides = parameters.filter(e => e._1.startsWith(entry._1))\n        if (overrides.nonEmpty) {\n          val entryMap = overrides.foldLeft(entry._2.asInstanceOf[Map[String, Any]])((newMap, overrideEntry) => {\n            newMap + (overrideEntry._1.split(\"\\\\.\")(1) -> overrideEntry._2)\n          })\n          entry._1 -> entryMap\n        } else {\n          entry\n        }\n      })\n      Some(updatedMap)\n    }\n  }\n\n  \/**\n    * Function to perform a copy a jar from the source to the local file. This function will retry 5 times before\n    * it fails.\n    *\n    * @param fileManager The file manager to use for the copy operation\n    * @param input       The input stream to read the data\n    * @param fileName    The name of the file being copied\n    * @param outputPath  The local path where data is to be copied\n    * @param hash     An optional md5 hash to compare with the copied file to ensure the copy was succesful\n    * @param attempt     The attempt number\n    * @return true if the Jar file could be copied\n    *\/\n  @tailrec\n  def copyJarWithRetry(fileManager: FileManager,\n                       input: () => InputStream,\n                       fileName: String,\n                       outputPath: String,\n                       hash: Option[DependencyHash],\n                       attempt: Int = 1): Boolean = {\n    val output = fileManager.getOutputStream(outputPath, append = false)\n    val outputFile = new File(outputPath)\n    fileManager.copy(input(), output, FileManager.DEFAULT_COPY_BUFFER_SIZE, closeStreams = true)\n    val result = try {\n      if (hash.isDefined) {\n        val hashString = generateHash(new FileInputStream(new File(outputPath)), hash.get.hashType)\n        if (hashString != hash.get.hash) {\n          logger.warn(s\"File ($outputPath) ${HashType.getAlgorithm(hash.get.hashType)} Hash mismatch local ($hashString) versus provided (${hash.get.hash})\")\n          throw new IllegalStateException(s\"File ($outputPath) ${HashType.getAlgorithm(hash.get.hashType)} hash did not match\")\n        }\n      }\n      new JarFile(outputFile)\n      true\n    } catch {\n      case t: Throwable if attempt > 5 =>\n        logger.error(s\"Failed to copy jar file $fileName after 5 attempts\", t)\n        \/\/ Delete the output file in case any bytes were written\n        outputFile.delete()\n        false\n      case _: Throwable =>\n        logger.warn(s\"Failed to copy jar file $fileName. Retrying.\")\n        \/\/ Delete the output file in case any bytes were written\n        outputFile.delete()\n        false\n    }\n    if (!result && attempt <= 5) {\n      copyJarWithRetry(fileManager, input, fileName, outputPath, hash, attempt + 1)\n    } else {\n      result\n    }\n  }\n}\n\ntrait DependencyResolver {\n  def copyResources(outputPath: File, dependencies: Map[String, Any], parameters: Map[String, Any]): List[Dependency]\n}\n\ncase class Dependency(name: String, version: String, localFile: File)\n\nobject HashType extends Enumeration {\n  type HashType = Value\n  val MD5, SHA1 = Value\n\n  def getExtension(hashType: HashType): String = {\n    hashType match {\n      case HashType.SHA1 => \".sha1\"\n      case _ => \".md5\"\n    }\n  }\n\n  def getAlgorithm(hashType: HashType): String = {\n    hashType match {\n      case HashType.SHA1 => \"SHA-1\"\n      case _ => \"MD5\"\n    }\n  }\n}\n\ncase class DependencyHash(hash: String, hashType: HashType)\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/api\/Authorization.scala","text":"<reponame>carpaltunnel\/metalus<filename>metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/api\/Authorization.scala\npackage com.acxiom.pipeline.api\n\nimport java.net.{HttpURLConnection, URL, URLConnection}\nimport java.util.Base64\n\n\/**\n  * Provides a basic mechanism for authorizing a single URLConnection.\n  *\/\ntrait Authorization {\n  \/**\n    * Performs authorization against the provided URLConnection.\n    * @param urlConnection The URLConnection to authorize.\n    *\/\n  def authorize(urlConnection: URLConnection): Unit\n}\n\ncase class BasicAuthorization(username: String, password: String) extends Authorization {\n  private val userPass = Base64.getEncoder.encodeToString(s\"$username:$password\".getBytes)\n  \/**\n    * Performs basic authorization against the provided URLConnection.\n    * @param urlConnection The URLConnection to authorize.\n    *\/\n  override def authorize(urlConnection: URLConnection): Unit = {\n    urlConnection.setRequestProperty(\"Authorization\", s\"Basic $userPass\")\n  }\n}\n\ncase class SessionAuthorization(username: String, password: String, authUrl: String) extends Authorization {\n  private lazy val authHeader = {\n    val body =\n      s\"\"\"{\n         |\"username\": \"$username\",\n         |\"password\": <PASSWORD>\"\n         |}\"\"\".stripMargin\n    val connection = new URL(authUrl).openConnection().asInstanceOf[HttpURLConnection]\n    connection.setRequestProperty(\"Content-Type\", \"application\/json\")\n    connection.setRequestMethod(\"POST\")\n    connection.setDoOutput(true)\n    val output = connection.getOutputStream\n    output.write(body.getBytes, 0, body.length)\n    output.flush()\n    output.close()\n    val connId = connection.getHeaderField(\"Set-Cookie\")\n    connection.disconnect()\n    connId\n  }\n\n  \/**\n    * Performs authorization against the provided URLConnection.\n    *\n    * @param urlConnection The URLConnection to authorize.\n    *\/\n  override def authorize(urlConnection: URLConnection): Unit = {\n    urlConnection.setRequestProperty(\"Cookie\", authHeader)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/CSVStepsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport java.nio.file.{Files, Path}\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nclass CSVStepsTests extends FunSpec with BeforeAndAfterAll {\n\n  private val MASTER = \"local[2]\"\n  private val APPNAME = \"csv-steps-spark\"\n  private var sparkConf: SparkConf = _\n  private var sparkSession: SparkSession = _\n  private val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  private var pipelineContext: PipelineContext = _\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"CSVSteps - DataFrame\") {\n    val header = \"id,moo\"\n    val csv = \"1,m1\\n2,m2\\n3,m3\"\n    val csvWithHeader = s\"$header\\n$csv\"\n\n    it(\"Should build a dataFrame from a csv Dataset[String]\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val ds = csv.split(\"\\n\").toList.toDS()\n      val df = CSVSteps.csvDatasetToDataFrame(ds, None, pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 2)\n      assert(df.where(s\"${df.columns(0)} = 2\").collect().head.getString(1) == \"m2\")\n    }\n\n    it(\"Should build a dataFrame from a csv Dataset[String] with dataFrameReaderOptions\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val ds = csvWithHeader.split(\"\\n\").toList.toDS()\n      val options = Map(\"header\" -> \"true\")\n      val df = CSVSteps.csvDatasetToDataFrame(ds, Some(DataFrameReaderOptions(\"csv\", Some(options))), pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 2)\n      assert(df.where(s\"id = 3\").collect().head.getAs[String](\"moo\") == \"m3\")\n    }\n\n    it(\"Should build a dataFrame from a csv string\") {\n      val df = CSVSteps.csvStringToDataFrame(csv, pipelineContext = pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 2)\n      assert(df.where(s\"${df.columns(0)} = 2\").collect().head.getString(1) == \"m2\")\n    }\n\n    it(\"Should build a data frame from a csv string and respect the header\") {\n      val newCsv = csvWithHeader.replaceAllLiterally(\",\", \"\\t\").replaceAllLiterally(\"\\n\", \"\\r\")\n      val df = CSVSteps.csvStringToDataFrame(newCsv, Some(\"\\t\"), Some(\"\\r\"), Some(true), pipelineContext)\n      assert(df.count == 3)\n      assert(df.columns.length == 2)\n      assert(df.where(s\"id = 3\").collect().head.getAs[String](\"moo\") == \"m3\")\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/GlobalStepUpdateTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline\n\nimport java.io.File\n\nimport com.acxiom.pipeline.utils.DriverUtils\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nclass GlobalStepUpdateTests extends FunSpec with BeforeAndAfterAll with Suite {\n  override def beforeAll() {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n\n    SparkTestHelper.pipelineListener = PipelineListener()\n  }\n\n  override def afterAll() {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"Global Value Manipulation from simple Steps\") {\n    val pipelineJson =\n    \"\"\"\n      |[\n      | {\n      |   \"id\": \"Pipeline1\",\n      |   \"name\": \"Pipeline 1\",\n      |   \"steps\": [\n      |     {\n      |       \"id\": \"Pipeline1Step1\",\n      |       \"displayName\": \"Pipeline1Step1\",\n      |       \"type\": \"pipeline\",\n      |       \"nextStepId\": \"Pipeline1Step2\",\n      |       \"params\": [\n      |         {\n      |           \"type\": \"text\",\n      |           \"name\": \"string\",\n      |           \"required\": true,\n      |           \"value\": \"fred\"\n      |         },\n      |         {\n      |           \"type\": \"text\",\n      |           \"name\": \"globalName\",\n      |           \"required\": true,\n      |           \"value\": \"redonthehead\"\n      |         }\n      |       ],\n      |       \"engineMeta\": {\n      |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n      |       }\n      |     },\n      |     {\n      |       \"id\": \"Pipeline1Step2\",\n      |       \"displayName\": \"Pipeline1Step1\",\n      |       \"type\": \"pipeline\",\n      |       \"nextStepId\": \"Pipeline1Step3\",\n      |       \"params\": [\n      |         {\n      |           \"type\": \"text\",\n      |           \"name\": \"string\",\n      |           \"required\": true,\n      |           \"value\": \"fred1\"\n      |         },\n      |         {\n      |           \"type\": \"text\",\n      |           \"name\": \"globalName\",\n      |           \"required\": true,\n      |           \"value\": \"redonthehead1\"\n      |         }\n      |       ],\n      |       \"engineMeta\": {\n      |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n      |       }\n      |     },\n      |     {\n      |       \"id\": \"Pipeline1Step3\",\n      |       \"displayName\": \"Pipeline1Step1\",\n      |       \"type\": \"pipeline\",\n      |       \"params\": [\n      |         {\n      |           \"type\": \"text\",\n      |           \"name\": \"string\",\n      |           \"required\": true,\n      |           \"value\": \"fred1\"\n      |         }\n      |       ],\n      |       \"engineMeta\": {\n      |         \"spark\": \"MockStepObject.mockStepFunctionAnyResponse\"\n      |       }\n      |     }\n      |   ]\n      | }\n      |]\n    \"\"\".stripMargin\n    it(\"Should allow steps to add a global\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson)\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.size == 5)\n      assert(ctx.globals.get.contains(\"redonthehead\"))\n      assert(ctx.globals.get(\"redonthehead\") == \"fred\")\n      assert(ctx.globals.get.contains(\"redonthehead1\"))\n      assert(ctx.globals.get(\"redonthehead1\") == \"fred1\")\n    }\n\n    it(\"Should allow steps to overwrite a global\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson.replaceAll(\"redonthehead1\", \"redonthehead\"))\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.size == 4)\n      assert(ctx.globals.get.contains(\"redonthehead\"))\n      assert(ctx.globals.get(\"redonthehead\") == \"fred1\")\n    }\n\n    it(\"Should set the last step id as a global\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson)\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.size == 5)\n      assert(ctx.globals.get.contains(\"lastStepId\"))\n      assert(ctx.globals.get(\"lastStepId\") == \"Pipeline1Step3\")\n    }\n  }\n\n  describe(\"Global Value Manipulation from step groups\") {\n    val pipelineJson =\n      \"\"\"\n        |[\n        | {\n        |   \"id\": \"Pipeline1\",\n        |   \"name\": \"Pipeline 1\",\n        |   \"steps\": [\n        |     {\n        |       \"id\": \"Pipeline1Step1\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"step-group\",\n        |       \"nextStepId\": \"Pipeline1Step2\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"object\",\n        |           \"className\": \"com.acxiom.pipeline.DefaultPipeline\",\n        |           \"name\": \"pipeline\",\n        |           \"required\": true,\n        |           \"value\": {\n        |             \"id\": \"Pipeline1\",\n        |   \"name\": \"Sub Pipeline 1\",\n        |   \"category\": \"step-group\",\n        |   \"steps\": [\n        |     {\n        |       \"id\": \"SubPipeline1Step1\",\n        |       \"displayName\": \"SubPipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"SubPipeline1Step2\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"globalName\",\n        |           \"required\": true,\n        |           \"value\": \"redonthehead\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"SubPipeline1Step2\",\n        |       \"displayName\": \"SubPipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"SubPipeline1Step3\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred1\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"globalName\",\n        |           \"required\": true,\n        |           \"value\": \"redonthehead1\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"SubPipeline1Step3\",\n        |       \"displayName\": \"SubPipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred1\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepFunctionAnyResponse\"\n        |       }\n        |     }\n        |   ]\n        |           }\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"Pipeline1Step2\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"Pipeline1Step3\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred2\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"globalName\",\n        |           \"required\": true,\n        |           \"value\": \"redonthehead2\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"Pipeline1Step3\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred1\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepFunctionAnyResponse\"\n        |       }\n        |     }\n        |   ]\n        | }\n        |]\n    \"\"\".stripMargin\n    it(\"Should allow steps to add a global\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson)\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.size == 6)\n      assert(ctx.globals.get.contains(\"redonthehead\"))\n      assert(ctx.globals.get(\"redonthehead\") == \"fred\")\n      assert(ctx.globals.get.contains(\"redonthehead1\"))\n      assert(ctx.globals.get(\"redonthehead1\") == \"fred1\")\n      assert(ctx.globals.get.contains(\"redonthehead2\"))\n      assert(ctx.globals.get(\"redonthehead2\") == \"fred2\")\n    }\n\n    it(\"Should allow steps to overwrite a global\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson.replaceAll(\"redonthehead1\", \"redonthehead\"))\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.globals.isDefined)\n      assert(ctx.globals.get.size == 5)\n      assert(ctx.globals.get.contains(\"redonthehead\"))\n      assert(ctx.globals.get(\"redonthehead\") == \"fred1\")\n      assert(ctx.globals.get.contains(\"redonthehead2\"))\n      assert(ctx.globals.get(\"redonthehead2\") == \"fred2\")\n    }\n  }\n\n  describe(\"Metric Value Manipulation\") {\n    val pipelineJson =\n      \"\"\"\n        |[\n        | {\n        |   \"id\": \"Pipeline1\",\n        |   \"name\": \"Pipeline 1\",\n        |   \"steps\": [\n        |     {\n        |       \"id\": \"Pipeline1Step1\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"Pipeline1Step2\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"globalName\",\n        |           \"required\": true,\n        |           \"value\": \"redonthehead\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"Pipeline1Step2\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"Pipeline1Step3\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred1\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"globalName\",\n        |           \"required\": true,\n        |           \"value\": \"redonthehead1\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetGlobal\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"Pipeline1Step3\",\n        |       \"displayName\": \"Pipeline1Step1\",\n        |       \"type\": \"pipeline\",\n        |       \"nextStepId\": \"Pipeline1Step4\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"fred1\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepFunctionAnyResponse\"\n        |       }\n        |     },\n        |     {\n        |       \"id\": \"Pipeline1Step4\",\n        |       \"displayName\": \"Pipeline1Step4\",\n        |       \"type\": \"pipeline\",\n        |       \"params\": [\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"string\",\n        |           \"required\": true,\n        |           \"value\": \"2\"\n        |         },\n        |         {\n        |           \"type\": \"text\",\n        |           \"name\": \"metricName\",\n        |           \"required\": true,\n        |           \"value\": \"chickenCount\"\n        |         }\n        |       ],\n        |       \"engineMeta\": {\n        |         \"spark\": \"MockStepObject.mockStepSetMetric\"\n        |       }\n        |     }\n        |   ]\n        | }\n        |]\n    \"\"\".stripMargin\n    it(\"Should allow steps to add metrics\") {\n      val context = SparkTestHelper.generatePipelineContext()\n      val pipelines = DriverUtils.parsePipelineJson(pipelineJson)\n      val result = PipelineExecutor.executePipelines(pipelines.get, None, context)\n      assert(result.success)\n      val ctx = result.pipelineContext\n      assert(ctx.rootAudit.children.isDefined && ctx.rootAudit.children.get.length == 1)\n      val pAudit = ctx.rootAudit.children.get.head\n      val stepAudit = pAudit.getChildAudit(\"Pipeline1Step4\")\n      assert(stepAudit.isDefined)\n      val metric = stepAudit.get.getMetric(\"chickenCount\")\n      assert(metric.isDefined)\n      assert(metric.get.isInstanceOf[String] && metric.get.asInstanceOf[String] == \"2\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/ApplicationStats.scala","text":"<filename>metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/ApplicationStats.scala\npackage com.acxiom.pipeline\n\nimport org.apache.spark.scheduler._\nimport org.apache.log4j.Logger\n\nimport scala.collection.mutable\n\ncase class ApplicationStats(jobs: mutable.Map[Int, JobDetails]) {\n  private val logger = Logger.getLogger(getClass)\n\n  def startJob(jobStart: SparkListenerJobStart, executionInfo: PipelineExecutionInfo): Unit = {\n    val stageInfoMap = mutable.Map[Int, StageInfo]()\n    jobStart.stageInfos.foreach(i => stageInfoMap(i.stageId) = i)\n    this.jobs(jobStart.jobId) = JobDetails(\n      jobStart.jobId, jobStart.time, None, None, executionInfo.pipelineId, executionInfo.stepId, executionInfo.groupId, stageInfoMap\n    )\n  }\n\n  def endJob(jobEnd: SparkListenerJobEnd): Unit = {\n    val currentJob = this.jobs.get(jobEnd.jobId)\n    if(currentJob.isDefined) {\n      this.jobs(jobEnd.jobId) = currentJob.get.copy(end = Some(jobEnd.time), status = Some(jobEnd.jobResult.toString))\n    } else {\n      logger.warn(s\"jobEnd signal received with no tracked jobs\")\n    }\n  }\n\n  def endStage(stageEnd: SparkListenerStageCompleted): Unit = {\n    this.jobs.foreach(j => {\n      j._2.stages.foreach(s => {\n        if(s._1 == stageEnd.stageInfo.stageId) {\n          j._2.stages(stageEnd.stageInfo.stageId) = stageEnd.stageInfo\n        }\n      })\n    })\n  }\n\n  def reset(): Unit = {\n    jobs.clear()\n  }\n\n  def isActive: Boolean = jobs.nonEmpty\n\n  def getSummary(pipelineId: Option[String] = None, stepId: Option[String] = None, groupId: Option[String] = None): List[Map[String, Any]] = {\n    val results = this.jobs.filter(x => {\n      x._2.pipelineId.isDefined && x._2.stepId.isDefined && pipelineId.isDefined && stepId.isDefined &&\n        x._2.pipelineId.get == pipelineId.get && x._2.stepId.get == stepId.get && x._2.groupId.getOrElse(\"\") == groupId.getOrElse(\"\")\n    })\n      .map(j => {\n        val stageStats = j._2.stages.map(s => {\n          this.stageStatsToMap(s._2)\n        })\n\n        val duration = if(j._2.end.isDefined) {\n          j._2.end.get - j._2.start\n        } else {\n          -1\n        }\n\n        Map(\n          \"jobId\" -> j._1, \"pipelineId\" -> j._2.pipelineId.getOrElse(\"\"), \"stepId\" -> j._2.stepId.getOrElse(\"\"),\n          \"groupId\" -> j._2.groupId.getOrElse(\"\"), \"status\" -> j._2.status.getOrElse(\"\"), \"start\" -> j._2.start,\n          \"end\" -> j._2.end.getOrElse(\"\"), \"durationMs\" -> duration, \"stages\" -> stageStats.toList\n        )\n      }).toList\n    results\n  }\n\n  private def stageStatsToMap(stage: StageInfo): Map[String, Any] = {\n    val duration = if (stage.completionTime.isDefined && stage.submissionTime.isDefined) {\n      stage.completionTime.get - stage.submissionTime.get\n    }\n\n    val basicStats = Map(\n      \"stageId\" -> stage.stageId, \"stageName\" -> stage.name, \"attemptNumber\" -> stage.attemptNumber,\n      \"startTime\" -> stage.submissionTime, \"endTime\" -> stage.completionTime, \"failureReason\" -> stage.failureReason,\n      \"tasks\" -> stage.numTasks, \"parentIds\" -> stage.parentIds, \"start\" -> stage.submissionTime,\n      \"end\" -> stage.completionTime, \"durationMs\" -> duration\n    )\n\n    \/\/ add task stats if available\n    if (stage.taskMetrics == null) {\n      basicStats\n    } else {\n      val task = stage.taskMetrics\n\n      val inMetrics = if (task.inputMetrics != null) {\n        Map(\"bytesRead\" -> task.inputMetrics.bytesRead, \"recordsRead\" -> task.inputMetrics.recordsRead)\n      } else {\n        Map()\n      }\n\n      val outMetrics = if (task.outputMetrics != null) {\n        val out = task.outputMetrics\n        Map(\n          \"bytesWritten\" -> out.bytesWritten, \"recordsWritten\" -> out.recordsWritten\n        )\n      } else {\n        Map()\n      }\n\n      Map(\n        \"cpuTime\" -> task.executorCpuTime, \"gcTime\" -> task.jvmGCTime,\n        \"executorRunTime\" -> task.executorRunTime, \"executorCpuTime\" -> task.executorCpuTime,\n        \"peakExecutorMemory\" -> task.peakExecutionMemory\n      ) ++ inMetrics ++ outMetrics ++ basicStats\n    }\n  }\n}\n\ncase class JobDetails(jobId: Int, start: Long, end: Option[Long], status: Option[String], pipelineId: Option[String],\n                      stepId: Option[String], groupId: Option[String], stages: mutable.Map[Int, StageInfo])\n\n\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/utils\/ScriptEngine.scala","text":"package com.acxiom.pipeline.utils\n\nimport com.acxiom.pipeline.PipelineContext\n\ntrait ScriptEngine {\n\n  val engineName: String\n\n  \/**\n    * This function will execute a simple self-contained script and return the result.\n    *\n    * @param script The script to execute.\n    * @return The result of the execution.\n    *\/\n  def executeSimpleScript(script: String): Any\n\n  \/**\n    * This function will execute a script with access to the \"pipelineContext\" object.\n    *\n    * @param script          The script to execute.\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  def executeScript(script: String, pipelineContext: PipelineContext): Any\n\n  \/**\n    * This function will execute a script with access to the \"pipelineContext\" object and the provided \"obj\".\n    *\n    * @param script          The script to execute.\n    * @param userValue       The object to make accessible to the script.\n    * @param pipelineContext The pipelineContext containing the globals.\n    * @return The result of the execution.\n    *\/\n  def executeScriptWithObject(script: String, userValue: Any, pipelineContext: PipelineContext): Any\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/utils\/JavaScriptEngineTests.scala","text":"package com.acxiom.pipeline.utils\n\nimport com.acxiom.pipeline.{PipelineContext, PipelineParameters, PipelineSecurityManager, PipelineStepMapper}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nclass JavaScriptEngineTests extends FunSpec with BeforeAndAfterAll {\n\n  var scriptEngine: ScriptEngine = _\n\n  override def beforeAll(): Unit = {\n    scriptEngine = new JavaScriptEngine\n  }\n\n  describe(\"ScriptEngine - Simple Scripts\") {\n    it(\"Should run a simple Javascript\") {\n      val result = scriptEngine.executeSimpleScript(\"var a = 'a'; a + '_value'\")\n      assert(result == \"a_value\")\n    }\n\n    it(\"Should run a more complicated Javascript\") {\n      val js =\n        \"\"\"\n          |var a = 'a';\n          |var value = '_value';\n          |var array = ['1', '2', '3'];\n          |a + value + '-' + array.join('_');\n        \"\"\".stripMargin\n      val result = scriptEngine.executeSimpleScript(js)\n      assert(result == \"a_value-1_2_3\")\n    }\n\n    it(\"Should execute a script against pipelineContext\") {\n      val pipelineContext = PipelineContext(None, None, Some(Map[String, Any](\"pipelineId\" -> \"testPipelineId\")),\n        PipelineSecurityManager(), PipelineParameters(),\n        Some(List(\"com.acxiom.pipeline.steps\", \"com.acxiom.pipeline\")), PipelineStepMapper(), None, None)\n      val js =\n        \"\"\"\n          | pipelineContext.getGlobalString('pipelineId').get();\n        \"\"\".stripMargin\n      val result = scriptEngine.executeScript(js, pipelineContext)\n      assert(result == \"testPipelineId\")\n\n      val result1 = scriptEngine.executeScript(js, pipelineContext.setGlobal(\"pipelineId\", \"nextPipelineId\"))\n      assert(result1 == \"nextPipelineId\")\n    }\n\n    it(\"Should execute a script with a supplied object\") {\n      val pipelineContext = PipelineContext(None, None, Some(Map[String, Any](\"pipelineId\" -> \"testPipelineId\")),\n        PipelineSecurityManager(), PipelineParameters(),\n        Some(List(\"com.acxiom.pipeline.steps\", \"com.acxiom.pipeline\")), PipelineStepMapper(), None, None)\n      val js =\n        \"\"\"\n          | 'RedOnTheHead' + userValue;\n        \"\"\".stripMargin\n      val result = scriptEngine.executeScriptWithObject(js, \"Fred\", pipelineContext)\n      assert(result == \"RedOnTheHeadFred\")\n    }\n  }\n\n  describe(\"ScriptEngine - Complex Scripts\") {\n    it(\"Should read from pipelineContext\") {\n      val pipelineContext = PipelineContext(None, None, Some(Map[String, Any](\"pipelineId\" -> \"testPipelineId\")),\n        PipelineSecurityManager(), PipelineParameters(),\n        Some(List(\"com.acxiom.pipeline.steps\", \"com.acxiom.pipeline\")), PipelineStepMapper(), None, None)\n      val js =\n        \"\"\"\n          | var stringOption = pipelineContext.getGlobalString('pipelineId');\n          | if (stringOption.isDefined()) {\n          |   stringOption.get();\n          | } else {\n          |   '';\n          | }\n        \"\"\".stripMargin\n      val result = scriptEngine.executeScript(js, pipelineContext)\n      assert(result.asInstanceOf[String] == \"testPipelineId\")\n    }\n\n    it(\"Should modify pipelineContext\") {\n      val pipelineContext = PipelineContext(None, None, Some(Map[String, Any](\"pipelineId\" -> \"testPipelineId\")),\n        PipelineSecurityManager(), PipelineParameters(),\n        Some(List(\"com.acxiom.pipeline.steps\", \"com.acxiom.pipeline\")), PipelineStepMapper(), None, None)\n      val js =\n        \"\"\"\n          | pipelineContext.setGlobal('jsString', 'Should create a new global');\n        \"\"\".stripMargin\n      val result = scriptEngine.executeScript(js, pipelineContext)\n      val ctx = result.asInstanceOf[PipelineContext]\n      assert(ctx.getGlobalString(\"jsString\").getOrElse(\"none\") == \"Should create a new global\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/StringStepsTests.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline.steps\n\nimport org.scalatest.{FunSpec, GivenWhenThen}\n\nclass StringStepsTests extends FunSpec with GivenWhenThen {\n\n  describe(\"String Steps - Basic\") {\n    it(\"Should call toString\") {\n      Given(\"An object\")\n      val i: Int = 77345\n      When(\"ToString is called\")\n      val res = StringSteps.toString(i)\n      Then(\"The correct string response should be called\")\n      assert(res == \"77345\")\n    }\n\n    it(\"Should unwrap options in toString\") {\n      Given(\"An option\")\n      val s = Some(\"chicken\")\n      When(\"ToString is called\")\n      val res = StringSteps.toString(s, Some(true))\n      Then(\"The option should be unwrapped\")\n      assert(res == \"chicken\")\n      val res2 = StringSteps.toString(None, Some(true))\n      assert(res2 == \"None\")\n    }\n\n    it(\"Should call makeString\") {\n      Given(\"A list\")\n      val list = List(\"c\", \"hi\", \"cken\")\n      When(\"Make string is called\")\n      val res = StringSteps.listToString(list)\n      Then(\"the resulting string is correct\")\n      assert(res == \"chicken\")\n    }\n\n    it(\"Should call makeString with a separator\") {\n      Given(\"A list\")\n      val list = List(\"c\", \"hi\", \"cken\")\n      When(\"Make string is called\")\n      val res = StringSteps.listToString(list, Some(\",\"))\n      Then(\"The resulting string is separated correctly\")\n      assert(res == \"c,hi,cken\")\n    }\n\n    it(\"should call makeString with unwrapOptions set\") {\n      Given(\"A list with options\")\n      val list = List(\"c\", Some(\"hi\"), \"cken\", None)\n      When(\"Make string is called\")\n      val res = StringSteps.listToString(list, None, Some(true))\n      Then(\"the resulting string is correct\")\n      assert(res == \"chickenNone\")\n    }\n\n    it(\"Should uppercase and lowercase string\") {\n      Given(\"A mixed case string\")\n      val s = \"cHicKeN\"\n      When(\"Lowercase is called\")\n      Then(\"The string is converted to lowercase\")\n      assert(StringSteps.toLowerCase(s) == \"chicken\")\n      And(\"When uppercase is called\")\n      Then(\"The string is converted to uppercase\")\n      assert(StringSteps.toUpperCase(s) == \"CHICKEN\")\n    }\n\n    it(\"Should split a string\") {\n      Given(\"A String\")\n      val s = \"chicken,silkie\"\n      When(\"SplitString is called\")\n      val res = StringSteps.stringSplit(s, \",\")\n      Then(\"The string is split in two\")\n      assert(res.size == 2)\n      assert(res.head == \"chicken\")\n      assert(res.last == \"silkie\")\n    }\n\n    it(\"should split a string while respecting the limit\") {\n      Given(\"A String\")\n      val s = \"chicken,silki,e\"\n      When(\"SplitString is called\")\n      val res = StringSteps.stringSplit(s, \",\", Some(2))\n      Then(\"The string is split in two\")\n      assert(res.size == 2)\n      assert(res.head == \"chicken\")\n      assert(res.last == \"silki,e\")\n    }\n\n    it(\"should give a substring\") {\n      Given(\"A String\")\n      val s = \"@chicken\"\n      When(\"Substring is called\")\n      val res = StringSteps.substring(s, 1)\n      Then(\"The correct substring should be returned\")\n      assert(res == \"chicken\")\n    }\n\n    it(\"should give a substring with an end index\") {\n      Given(\"A String\")\n      val s = \"'chicken'\"\n      When(\"Substring is called\")\n      val res = StringSteps.substring(s, 1, Some(s.length - 1))\n      Then(\"The correct substring should be returned\")\n      assert(res == \"chicken\")\n    }\n\n    it(\"should compare Strings\") {\n      Given(\"a String\")\n      val s1 = \"chicken\"\n      And(\"Another String\")\n      val s2 = \"Chicken\"\n      When(\"StringEquals is called\")\n      val res = StringSteps.stringEquals(s1, s2)\n      Then(\"The strings are compared\")\n      assert(!res)\n      And(\"When a case insensitive compare is requested\")\n      val res2 = StringSteps.stringEquals(s1, s2, Some(true))\n      Then(\"A case insensitive compare is performed\")\n      assert(res2)\n    }\n\n    it(\"should match a string using a regex\") {\n      Given(\"A string\")\n      val s = \"chicken\"\n      And(\"A regex\")\n      val r = \"[a-z]+\"\n      When(\"StringMatches is called\")\n      val res = StringSteps.stringMatches(s, r)\n      Then(\"The correct regex is applied\")\n      assert(res)\n    }\n\n    it(\"Should replace strings\") {\n      val m = \"chickens suck!\"\n      assert(StringSteps.stringReplaceAll(m, \"suck\", \"rule\", Some(true)) == \"chickens rule!\")\n      assert(StringSteps.stringReplaceAll(m, \"suck.\", \"rule!!!\") == \"chickens rule!!!\")\n      val m2 = \"chickens chickens rule!\"\n      assert(StringSteps.stringReplaceFirst(m2, \"chickens\", \"\", Some(true)) == \" chickens rule!\")\n      assert(StringSteps.stringReplaceFirst(m2, \"chickens\\\\s+\", \"\") == \"chickens rule!\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/utils\/KinesisUtilities.scala","text":"package com.acxiom.aws.utils\n\nimport com.acxiom.aws.pipeline.connectors.BatchKinesisWriter\nimport com.amazonaws.auth.{AWSCredentials, AWSStaticCredentialsProvider, BasicAWSCredentials}\nimport com.amazonaws.client.builder.AwsClientBuilder.EndpointConfiguration\nimport com.amazonaws.services.kinesis.model.PutRecordRequest\nimport com.amazonaws.services.kinesis.{AmazonKinesis, AmazonKinesisClient}\nimport org.apache.spark.sql.DataFrame\n\nimport java.nio.ByteBuffer\n\nobject KinesisUtilities {\n  \/**\n    * Build a Kinesis client\n    * @param region The region\n    * @param credential Optional AWSCredential\n    * @return A Kinesis Client\n    *\/\n  def buildKinesisClient(region: String,\n                         credential: Option[AWSCredential] = None): AmazonKinesis = {\n    buildKinesisClientWithCredentials(region, credential.map(_.buildAWSCredentialProvider))\n  }\n\n  \/**\n    * Build a Kinesis client\n    *\n    * @param region      The region\n    * @param accessKeyId Optional api key\n    * @param secretAccessKey Optional api secret\n    * @return A Kinesis Client\n    *\/\n  def buildKinesisClientByKeys(region: String,\n                         accessKeyId: Option[String] = None,\n                         secretAccessKey: Option[String] = None): AmazonKinesis = {\n    buildKinesisClientWithCredentials(region, accessKeyId.map(id => new BasicAWSCredentials(id, secretAccessKey.getOrElse(\"\"))))\n  }\n\n  private def buildKinesisClientWithCredentials(region: String, credentials: Option[AWSCredentials]): AmazonKinesis = {\n    val builder = AmazonKinesisClient.builder()\n    val kinesisClient = credentials.map(c => builder.withCredentials(new AWSStaticCredentialsProvider(c)))\n      .getOrElse(builder)\n    kinesisClient.withEndpointConfiguration(\n      new EndpointConfiguration(s\"https:\/\/kinesis.$region.amazonaws.com\", region))\n    kinesisClient.build()\n  }\n\n  \/**\n    * Determines the column id to use to extract the partition key value when writing rows\n    * @param dataFrame The DataFrame containing the schema\n    * @param partitionKey The field name of the column to use for the key value.\n    * @return The column index or zero id the column name is not found.\n    *\/\n  def determinePartitionKey(dataFrame: DataFrame, partitionKey: String): Int = {\n    if (dataFrame.schema.isEmpty) {\n      0\n    } else {\n      val field = dataFrame.schema.fieldIndex(partitionKey)\n      if (field < 0) {\n        0\n      } else {\n        field\n      }\n    }\n  }\n\n  \/**\n    * Write a single message to a Kinesis Stream\n    * @param message The message to post to the Kinesis stream\n    * @param region The region of the Kinesis stream\n    * @param streamName The name of the Kinesis stream\n    * @param partitionKey The key to use when partitioning the message\n    * @param accessKeyId The optional API key to use for the Kinesis stream\n    * @param secretAccessKey The optional API secret to use for the Kinesis stream\n    *\/\n  def postMessage(message: String,\n                  region: String,\n                  streamName: String,\n                  partitionKey: String,\n                  accessKeyId: Option[String] = None,\n                  secretAccessKey: Option[String] = None): Unit = {\n    val putRecordRequest = new PutRecordRequest()\n    putRecordRequest.setStreamName(streamName)\n    putRecordRequest.setPartitionKey(partitionKey)\n    putRecordRequest.setData(ByteBuffer.wrap(message.getBytes()))\n    val kinesisClient = KinesisUtilities.buildKinesisClientByKeys(region, accessKeyId, secretAccessKey)\n    kinesisClient.putRecord(putRecordRequest)\n    kinesisClient.shutdown()\n  }\n\n  \/**\n   * Write a single message to a Kinesis Stream\n   * @param message The message to post to the Kinesis stream\n   * @param region The region of the Kinesis stream\n   * @param streamName The name of the Kinesis stream\n   * @param partitionKey The key to use when partitioning the message\n   * @param credential The optional AWSCredential object use to auth to the Kinesis stream\n   *\/\n  def postMessageWithCredentials(message: String,\n                                 region: String,\n                                 streamName: String,\n                                 partitionKey: String,\n                                 credential: Option[AWSCredential] = None): Unit = {\n    val putRecordRequest = new PutRecordRequest()\n    putRecordRequest.setStreamName(streamName)\n    putRecordRequest.setPartitionKey(partitionKey)\n    putRecordRequest.setData(ByteBuffer.wrap(message.getBytes()))\n    val kinesisClient = KinesisUtilities.buildKinesisClient(region, credential)\n    kinesisClient.putRecord(putRecordRequest)\n    kinesisClient.shutdown()\n  }\n\n  \/**\n    * Write a batch DataFrame to Kinesis using record batching.\n    * @param dataFrame The DataFrame to write\n    * @param region The region of the Kinesis stream\n    * @param streamName The Kinesis stream name\n    * @param partitionKey The static partition key to use\n    * @param partitionKeyIndex The field index in the DataFrame row containing the value to use as the partition key\n    * @param separator The field separator to use when formatting the row data\n    * @param credential An optional credential to use to authenticate to Kinesis\n    *\/\n  def writeDataFrame(dataFrame: DataFrame,\n                     region: String,\n                     streamName: String,\n                     partitionKey: Option[String],\n                     partitionKeyIndex: Option[Int],\n                     separator: String = \",\",\n                     credential: Option[AWSCredential] = None): Unit = {\n    dataFrame.rdd.foreachPartition(rows => {\n      val writer = new BatchKinesisWriter(streamName, region, partitionKey, partitionKeyIndex, separator, credential)\n      writer.open()\n      rows.foreach(writer.process)\n      writer.close()\n    })\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-examples\/src\/main\/scala\/com\/acxiom\/pipeline\/SimpleDataDriverSetup.scala","text":"<filename>metalus-examples\/src\/main\/scala\/com\/acxiom\/pipeline\/SimpleDataDriverSetup.scala\npackage com.acxiom.pipeline\n\nimport com.acxiom.pipeline.drivers.DriverSetup\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\n\ncase class SimpleDataDriverSetup(parameters: Map[String, Any]) extends DriverSetup {\n\n  private val sparkConf = new SparkConf().set(\"spark.hadoop.io.compression.codecs\",\n    \"org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n      \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n      \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n  private val sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n  private val ctx = PipelineContext(Some(sparkConf), Some(sparkSession), Some(parameters),\n    PipelineSecurityManager(),\n    PipelineParameters(List(PipelineParameter(\"SIMPLE_DATA_PIPELINE\", Map[String, Any]()))),\n    Some(if (parameters.contains(\"stepPackages\")) {\n      parameters(\"stepPackages\").asInstanceOf[String]\n        .split(\",\").toList\n    } else {\n      List(\"com.acxiom.pipeline.steps\")\n    }),\n    PipelineStepMapper(),\n    Some(DefaultPipelineListener()),\n    Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n\n  private val LOAD_FILE = PipelineStep(Some(\"LOADFILESTEP\"),\n    Some(\"Load File as Data Frame\"),\n    Some(\"This step will load a file from the provided URL\"), Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"url\"), Some(true), None, Some(\"!input_url\")),\n      Parameter(Some(\"text\"), Some(\"format\"), Some(true), None, Some(\"!input_format\")),\n      Parameter(Some(\"text\"), Some(\"separator\"), Some(false), None, Some(\"!input_separator\")))),\n    Some(EngineMeta(Some(\"InputOutputSteps.loadFile\"))),\n    Some(\"PROCESSDFSTEP\"))\n\n  private val PROCESS_DF = PipelineStep(Some(\"PROCESSDFSTEP\"), Some(\"Counts By Field\"),\n    Some(\"Returns counts by the provided field name. The result is a data frame.\"), Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"fieldName\"), Some(true), None, Some(\"!grouping_field\")),\n      Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"@LOADFILESTEP\")))),\n    Some(EngineMeta(Some(\"GroupingSteps.countsByField\"))),\n    Some(\"WRITEFILESTEP\"))\n\n  private val WRITE_FILE = PipelineStep(Some(\"WRITEFILESTEP\"), Some(\"Write Data Frame to a json file\"),\n    Some(\"This step will write a DataFrame from the provided URL\"), Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"url\"), Some(true), None, Some(\"!output_url\")),\n      Parameter(Some(\"text\"), Some(\"dataFrame\"), Some(true), None, Some(\"@PROCESSDFSTEP\")))),\n    Some(EngineMeta(Some(\"InputOutputSteps.writeJSONFile\"))))\n\n  override def pipelines: List[Pipeline] = List()\n\n  override def initialPipelineId: String = \"\"\n\n  override def pipelineContext: PipelineContext = ctx\n\n  \/**\n    * This function will return the execution plan to be used for the driver.\n    *\n    * @since 1.1.0\n    * @return An execution plan or None if not implemented\n    *\/\n  override def executionPlan: Option[List[PipelineExecution]] = Some(List(PipelineExecution(\"0\",\n    List(Pipeline(Some(\"SIMPLE_DATA_PIPELINE\"), Some(\"Simple Data Example\"),\n      Some(List(LOAD_FILE, PROCESS_DF, WRITE_FILE)))), None, ctx, None)))\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/test\/scala\/com\/amazonaws\/client\/builder\/S3ClientBuilder.scala","text":"<gh_stars>10-100\npackage com.amazonaws.client.builder\n\nimport com.amazonaws.auth.{AWSStaticCredentialsProvider, AnonymousAWSCredentials}\nimport com.amazonaws.services.s3.{AmazonS3, AmazonS3ClientBuilder}\n\n\/**\n  * This object exists to allow building a the client that allows the end point to be set. This is needed to continue\n  * to support Spark 2.3.\n  *\/\nobject S3ClientBuilder {\n  def getS3TestClient(region: String): AmazonS3 = {\n    val builder = AmazonS3ClientBuilder.standard\n      .withRegion(region)\n      .withPathStyleAccessEnabled(true)\n      .withCredentials(new AWSStaticCredentialsProvider(new AnonymousAWSCredentials()))\n      .asInstanceOf[AwsSyncClientBuilder[AmazonS3ClientBuilder, AmazonS3]]\n\n      builder.build(builder.getSyncClientParams)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/drivers\/PubSubStreamingDataParser.scala","text":"package com.acxiom.gcp.drivers\n\nimport java.nio.charset.StandardCharsets\n\nimport com.acxiom.pipeline.drivers.StreamingDataParser\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.apache.spark.streaming.pubsub.SparkPubsubMessage\n\nclass PubSubStreamingDataParser(subscription: String) extends StreamingDataParser[SparkPubsubMessage] {\n  \/**\n    * Responsible for parsing the RDD into a DataFrame. This function will take the value and create\n    * a DataFrame with a given structure.\n    *\n    * @param rdd The RDD to parse\n    * @return A DataFrame containing the data in a proper structure.\n    *\/\n  override def parseRDD(rdd: RDD[SparkPubsubMessage], sparkSession: SparkSession): DataFrame = {\n    sparkSession.createDataFrame(rdd.map(message =>\n      Row(message.getMessageId(), new String(message.getData(), StandardCharsets.UTF_8), subscription)),\n      StructType(List(StructField(\"key\", StringType),\n        StructField(\"value\", StringType),\n        StructField(\"topic\", StringType)))).toDF()\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/StepErrorTests.scala","text":"package com.acxiom.pipeline\n\nimport java.io.File\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nclass StepErrorTests extends FunSpec with BeforeAndAfterAll with Suite {\n\n  override def beforeAll() {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  override def afterAll() {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"StepErrorHandling - Basic\") {\n    val stepToThrowError = PipelineStep(Some(\"PROCESS_RAW_VALUE\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"string\"), value = Some(\"RAW_DATA\")))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockExceptionStepFunction\"))), nextStepOnError = Some(\"HANDLE_ERROR\"))\n    val errorHandlingStep = PipelineStep(Some(\"HANDLE_ERROR\"), None, None, Some(\"Pipeline\"),\n      Some(List(Parameter(Some(\"text\"), Some(\"ex\"), value = Some(\"@LastStepId\")))),\n      engineMeta = Some(EngineMeta(Some(\"MockStepObject.errorHandlingStep\"))))\n\n    it(\"Should move execute nextStepOnError\") {\n      val pipeline = Pipeline(Some(\"Simple_error_test\"), Some(\"Simple_error_test\"), Some(List(stepToThrowError, errorHandlingStep)))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val context = SparkTestHelper.generatePipelineContext().copy(globals = Some(Map[String, Any](\"validateStepParameterTypes\" -> true)))\n      val executionResult = PipelineExecutor.executePipelines(List(pipeline), Some(\"STEP_ERROR_HANDLING_TEST\"), context)\n      assert(executionResult.success)\n      val res = executionResult.pipelineContext.parameters.parameters.head.parameters.get(\"HANDLE_ERROR\")\n      assert(res.isDefined)\n      assert(res.get.asInstanceOf[PipelineStepResponse].primaryReturn.get == \"An unknown exception has occurred\")\n    }\n\n    it(\"Should fail if an exception is thrown and nextStepOnError is not set\") {\n      val pipeline = Pipeline(Some(\"Simple_error_test\"), Some(\"Simple_error_test\"),\n        Some(List(stepToThrowError.copy(nextStepOnError = None), errorHandlingStep)))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val context = SparkTestHelper.generatePipelineContext().copy(globals = Some(Map[String, Any](\"validateStepParameterTypes\" -> true)))\n      val executionResult = PipelineExecutor.executePipelines(List(pipeline), Some(\"STEP_ERROR_HANDLING_TEST\"), context)\n      assert(!executionResult.success)\n    }\n\n    it(\"Should fail if an exception is thrown and nextStepOnError is set to a non-existent step\") {\n      val pipeline = Pipeline(Some(\"Simple_error_test\"), Some(\"Simple_error_test\"),\n        Some(List(stepToThrowError.copy(nextStepOnError = Some(\"not_here\")), errorHandlingStep)))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val context = SparkTestHelper.generatePipelineContext().copy(globals = Some(Map[String, Any](\"validateStepParameterTypes\" -> true)))\n      val executionResult = PipelineExecutor.executePipelines(List(pipeline), Some(\"STEP_ERROR_HANDLING_TEST\"), context)\n      assert(!executionResult.success)\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineSecurityManager.scala","text":"package com.acxiom.pipeline\n\nobject PipelineSecurityManager {\n  def apply(): PipelineSecurityManager = new DefaultPipelineSecurityManager\n}\n\ntrait PipelineSecurityManager {\n  def secureParameter(param: Any): Any = {\n    param\n  }\n}\n\nclass DefaultPipelineSecurityManager extends PipelineSecurityManager\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/api\/AuthorizationTests.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline.api\n\nimport java.net.URL\n\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, post, urlPathEqualTo}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nclass AuthorizationTests extends FunSpec with BeforeAndAfterAll {\n  private val HTTP_PORT = 10295\n\n  private val wireMockServer = new WireMockServer(HTTP_PORT)\n\n  override def beforeAll(): Unit = {\n    wireMockServer.start()\n  }\n\n  override def afterAll(): Unit = {\n    wireMockServer.stop()\n  }\n\n  describe(\"Should test SessionAuthorization\") {\n    it(\"Should verify the SessionAuthorization\") {\n      wireMockServer.addStubMapping(post(urlPathEqualTo(\"\/api\/v1\/users\/login\"))\n        .willReturn(aResponse()\n          .withHeader(\"Set-Cookie\", \"somevalue=session_id\")).build())\n\n      val sessionAuth = SessionAuthorization(\"test\", \"test\", s\"${wireMockServer.baseUrl()}\/api\/v1\/users\/login\")\n      val connection = new URL(wireMockServer.baseUrl()).openConnection()\n      sessionAuth.authorize(connection)\n      assert(connection.getRequestProperty(\"Cookie\") == \"somevalue=session_id\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/DataFrameStepsTests.scala","text":"<filename>metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/DataFrameStepsTests.scala\npackage com.acxiom.pipeline.steps\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nimport java.nio.file.{Files, Path}\n\nclass DataFrameStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n\n  val MASTER = \"local[2]\"\n  val APPNAME = \"data-frame-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n  val data = Seq((1, \"v4\"), (2, \"v3\"), (3, \"v1\"), (4, \"v2\"), (5, \"v4\"))\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"Validate Case Classes\") {\n    it (\"Should validate DataFrameWriterOptions set functions\") {\n      val options = DataFrameWriterOptions()\n      assert(options.format == \"parquet\")\n      assert(options.saveMode == \"Overwrite\")\n      val cols = List(\"col1\", \"col2\", \"col3\")\n      val options1 = options.setPartitions(cols)\n      assert(options1.bucketingOptions.isEmpty)\n      assert(options1.sortBy.isEmpty)\n      assert(options1.partitionBy.isDefined)\n      assert(options1.partitionBy.get.length == 3)\n      assert(options1.partitionBy.get == cols)\n      val options2 = options.setBucketingOptions(BucketingOptions(1, cols))\n      assert(options2.partitionBy.isEmpty)\n      assert(options2.sortBy.isEmpty)\n      assert(options2.bucketingOptions.isDefined)\n      assert(options2.bucketingOptions.get.columns == cols)\n      assert(options2.bucketingOptions.get.numBuckets == 1)\n      val options3 = options.setSortBy(cols)\n      assert(options3.bucketingOptions.isEmpty)\n      assert(options3.partitionBy.isEmpty)\n      assert(options3.sortBy.isDefined)\n      assert(options3.sortBy.get == cols)\n    }\n\n    it (\"Should validate DataFrameReaderOptions set functions\") {\n      val schema = Schema(List(Attribute(\"col1\", AttributeType(\"string\"), nullable = Some(false), Some(Map(\"key\" -> \"value\"))),\n        Attribute(\"col2\", \"integer\"), Attribute(\"col3\", \"double\")))\n      val options = DataFrameReaderOptions()\n      assert(options.schema.isEmpty)\n      val options1 = options.setSchema(schema)\n      assert(options1.schema.isDefined)\n      assert(options1.schema.get.attributes.length == 3)\n      val col1 = options1.schema.get.attributes.head\n      assert(col1.name == \"col1\")\n      assert(!col1.nullable.getOrElse(true))\n      val sf = col1.toStructField()\n      assert(sf.metadata.contains(\"key\") && sf.metadata.getString(\"key\") == \"value\")\n      assert(options1.schema.get.attributes(1).name == \"col2\")\n      assert(options1.schema.get.attributes(2).name == \"col3\")\n    }\n  }\n\n  describe(\"Validate Repartition Step\") {\n    it (\"Should repartition based on expressions\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val df = data.toDF(\"id\", \"val\")\n      val result = DataFrameSteps.repartitionDataFrame(df, 2, None, Some(true), Some(List(\"id % 2\")))\n      val plan = result.queryExecution.logical\n\/\/      assert(plan.simpleString == \"'RepartitionByExpression [('id % 2)], 2\")\n      assert(plan.toString().startsWith(\"'RepartitionByExpression [('id % 2)], 2\"))\n    }\n\n    it (\"Should repartition and respect shuffle value\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val df = data.toDF(\"id\", \"val\")\n      val shuffled = DataFrameSteps.repartitionDataFrame(df, 2)\n      val plan = shuffled.queryExecution.logical\n      assert(plan.toString().startsWith(\"Repartition 2, true\"))\n      val notShuffled = DataFrameSteps.repartitionDataFrame(df, 2, None, Some(false))\n      val nPlan = notShuffled.queryExecution.logical\n      assert(nPlan.toString().startsWith(\"Repartition 2, false\"))\n    }\n\n    it (\"Should repartition by range\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val df = data.toDF(\"id\", \"val\")\n      val result = DataFrameSteps.repartitionDataFrame(df, 2, Some(true), Some(true), Some(List(\"id % 2\")))\n      val plan = result.queryExecution.logical\n      assert(plan.toString().startsWith(\"'RepartitionByExpression [('id % 2) ASC NULLS FIRST], 2\"))\n    }\n  }\n\n  describe(\"Validate Sort Step\") {\n    it (\"Should sort a dataFrame\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val df = data.toDF(\"id\", \"val\")\n      val sorted = DataFrameSteps.sortDataFrame(df, List(\"val\")).collect().map(_.getAs[String](\"val\"))\n      assert(sorted.head == \"v1\")\n      assert(sorted.last == \"v4\")\n    }\n\n    it(\"Should sort a dataFrame in descending order\") {\n      val spark = sparkSession\n      import spark.implicits._\n      val df = data.toDF(\"id\", \"val\")\n      val sorted = DataFrameSteps.sortDataFrame(df, List(\"val\", \"id\"), Some(true))\n        .collect()\n        .map(r => (r.getAs[Int](\"id\"), r.getAs[String](\"val\")))\n      assert(sorted.head._1 == 5 && sorted.head._2 == \"v4\")\n      assert(sorted(1)._1 == 1 && sorted.head._2 == \"v4\")\n      assert(sorted.last._1 == 3 && sorted.last._2 == \"v1\")\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/annotations\/StepObject.scala","text":"package com.acxiom.pipeline.annotations\n\nimport scala.annotation.StaticAnnotation\n\ncase class StepObject() extends StaticAnnotation\n\ncase class StepFunction(id: String,\n                        displayName: String,\n                        description: String,\n                        `type`: String,\n                        category: String) extends StaticAnnotation\n\ncase class StepParameter(typeOverride: Option[String] = None,\n                         required: Option[Boolean] = Some(false),\n                         defaultValue: Option[String] = None,\n                         language: Option[String] = None,\n                         className: Option[String] = None,\n                         parameterType: Option[String] = None,\n                         description: Option[String] = None) extends StaticAnnotation\n\ncase class StepParameters(parameters: Map[String, StepParameter]) extends StaticAnnotation\n\ncase class PrivateObject() extends StaticAnnotation\n\ncase class BranchResults(names: List[String]) extends StaticAnnotation\n\ncase class StepResults(primaryType: String, secondaryTypes: Option[Map[String, String]]) extends StaticAnnotation\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/CredentialStepsTests.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline._\nimport org.scalatest.FunSpec\n\nclass CredentialStepsTests extends FunSpec {\n  describe(\"CredentialSteps\") {\n    it(\"Should retrieve a credential\") {\n      val credentialProvider = new DefaultCredentialProvider(Map[String, Any](\n        \"credential-classes\" -> \"com.acxiom.pipeline.DefaultCredential\",\n        \"credentialName\" -> \"bob\",\n        \"credentialValue\" -> \"bob's credential\"))\n      val pipelineContext = PipelineContext(None, None, Some(Map[String, Any]()),\n        PipelineSecurityManager(),\n        PipelineParameters(List()),\n        Some(List(\"com.acxiom.pipeline.steps\")),\n        PipelineStepMapper(),\n        Some(DefaultPipelineListener()),\n        None,\n        credentialProvider = Some(credentialProvider))\n      val credential = CredentialSteps.getCredential(\"bob\", pipelineContext)\n      assert(credential.isDefined)\n      assert(credential.get.name == \"bob\")\n      assert(credential.get.isInstanceOf[DefaultCredential])\n      assert(credential.get.asInstanceOf[DefaultCredential].value == \"bob's credential\")\n      val badCredential = CredentialSteps.getCredential(\"no credential\", pipelineContext.copy(credentialProvider = None))\n      assert(badCredential.isEmpty)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/main\/scala\/com\/acxiom\/pipeline\/PipelineListener.scala","text":"package com.acxiom.pipeline\n\nimport com.acxiom.pipeline.audits.{AuditType, ExecutionAudit}\nimport com.acxiom.pipeline.flow.SplitStepException\nimport org.apache.log4j.Logger\nimport org.json4s.ext.EnumNameSerializer\nimport org.json4s.native.{JsonParser, Serialization}\nimport org.json4s.{DefaultFormats, Formats}\nimport java.util.Date\n\nimport org.apache.spark.scheduler._\n\nimport scala.collection.mutable\n\nobject PipelineListener {\n  def apply(): PipelineListener = DefaultPipelineListener()\n}\n\ncase class DefaultPipelineListener() extends SparkPipelineListener\n\ntrait SparkPipelineListener extends SparkListener with PipelineListener {\n  private var currentExecutionInfo: Option[PipelineExecutionInfo] = None\n  private val applicationStats: ApplicationStats = ApplicationStats(mutable.Map())\n  private val sparkSettingToReport: List[String] = List(\n    \"spark.kryoserializer.buffer.max\", \"spark.driver.memory\", \"spark.executor.memory\", \"spark.sql.shuffle.partitions\",\n    \"spark.driver.cores\", \"spark.executor.cores\", \"spark.default.parallelism\", \"spark.driver.memoryOverhead\",\n    \"spark.executor.memoryOverhead\"\n  )\n\n\n  override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    val defaultContext = pipelineContext.setRootAuditMetric(Constants.SPARK_SETTINGS, this.getSparkSettingsForAudit(pipelineContext))\n    val finalContext = if (pipelineContext.getGlobalAs[Boolean](\"includeAllSparkSettingsInAudit\").contains(true)) {\n      defaultContext.setRootAuditMetric(\"test-sparkContext\", pipelineContext.sparkSession.get.sparkContext.getConf.getAll)\n    } else { defaultContext }\n\n    applicationStats.reset()\n    Some(finalContext)\n  }\n\n  override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    super.executionFinished(pipelines, pipelineContext)\n  }\n\n  override def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    super.executionStopped(pipelines, pipelineContext)\n  }\n\n  override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    this.currentExecutionInfo = Some(pipelineContext.getPipelineExecutionInfo)\n    None\n  }\n\n  override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    super.pipelineFinished(pipeline, pipelineContext)\n    None\n  }\n\n  override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    this.currentExecutionInfo = Some(pipelineContext.getPipelineExecutionInfo)\n    super.pipelineStepStarted(pipeline, step, pipelineContext)\n    None\n  }\n\n  override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    val newContext = if (pipeline.id.isDefined && step.id.isDefined) {\n      val groupId = pipelineContext.getPipelineExecutionInfo.groupId\n      pipelineContext.setStepMetric(\n        pipeline.id.get, step.id.get, groupId, Constants.SPARK_METRICS, this.applicationStats.getSummary(pipeline.id, step.id, groupId)\n      )\n    } else {\n      pipelineContext\n    }\n    super.pipelineStepFinished(pipeline, step, newContext)\n    Some(newContext)\n  }\n\n  override def onJobStart(jobStart: SparkListenerJobStart): scala.Unit = {\n    if (this.currentExecutionInfo.isDefined) {\n      this.applicationStats.startJob(jobStart, this.currentExecutionInfo.get)\n    }\n  }\n\n  override def onJobEnd(jobEnd: SparkListenerJobEnd): scala.Unit = {\n    this.applicationStats.endJob(jobEnd)\n  }\n\n  override def onStageCompleted(stageCompleted: SparkListenerStageCompleted): Unit = {\n    this.applicationStats.endStage(stageCompleted)\n  }\n\n  def getSparkSettingsForAudit(pipelineContext: PipelineContext): Map[String, Any] = {\n    if (pipelineContext.sparkSession.isEmpty) {\n      Map()\n    } else {\n      this.sparkSettingToReport.map(s => {\n        val setting = pipelineContext.sparkSession.get.sparkContext.getConf.getOption(s)\n        s -> setting.getOrElse(\"\")\n      }).toMap\n    }\n  }\n}\n\ntrait PipelineListener {\n  implicit val formats: Formats = DefaultFormats +\n    new EnumNameSerializer(AuditType)\n  private val logger = Logger.getLogger(getClass)\n\n  def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    logger.info(s\"Starting execution of pipelines ${pipelines.map(p => p.name.getOrElse(p.id.getOrElse(\"\")))}\")\n    None\n  }\n\n  def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    logger.info(s\"Finished execution of pipelines ${pipelines.map(p => p.name.getOrElse(p.id.getOrElse(\"\")))}\")\n    logger.info(s\"Execution Audit ${Serialization.write(pipelineContext.rootAudit)}\")\n    None\n  }\n\n  def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    logger.info(s\"Stopping execution of pipelines. Completed: ${pipelines.map(p => p.name.getOrElse(p.id.getOrElse(\"\"))).mkString(\",\")}\")\n    logger.info(s\"Execution Audit ${Serialization.write(pipelineContext.rootAudit)}\")\n  }\n\n  def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    logger.info(s\"Starting pipeline ${pipeline.name.getOrElse(pipeline.id.getOrElse(\"\"))}\")\n    None\n  }\n\n  def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    logger.info(s\"Finished pipeline ${pipeline.name.getOrElse(pipeline.id.getOrElse(\"\"))}\")\n    None\n  }\n\n  def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    logger.info(s\"Starting step ${step.displayName.getOrElse(step.id.getOrElse(\"\"))} of pipeline ${pipeline.name.getOrElse(pipeline.id.getOrElse(\"\"))}\")\n    None\n  }\n\n  def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    logger.info(s\"Finished step ${step.displayName.getOrElse(step.id.getOrElse(\"\"))} of pipeline ${pipeline.name.getOrElse(pipeline.id.getOrElse(\"\"))}\")\n    None\n  }\n\n  def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n    \/\/ Base implementation does nothing\n  }\n}\n\n\ntrait EventBasedPipelineListener extends SparkPipelineListener {\n  def key: String\n  def credentialName: String\n  def credentialProvider: CredentialProvider\n\n  def generateExecutionMessage(event: String, pipelines: List[Pipeline]): String = {\n    Serialization.write(Map[String, Any](\n      \"key\" -> key,\n      \"event\" -> event,\n      \"eventTime\" -> new Date().getTime,\n      \"pipelines\" -> pipelines.map(pipeline => EventPipelineRecord(pipeline.id.getOrElse(\"\"), pipeline.name.getOrElse(\"\")))\n    ))\n  }\n\n  def generateAuditMessage(event: String, audit: ExecutionAudit): String = {\n    \/\/ Must cast to Long or it won't compile\n    val duration = audit.end.getOrElse(Constants.ZERO).asInstanceOf[Long] - audit.start\n    val auditString = Serialization.write(audit)\n    val auditMap = JsonParser.parse(auditString).extract[Map[String, Any]]\n    Serialization.write(Map[String, Any](\n      \"key\" -> key,\n      \"event\" -> event,\n      \"eventTime\" -> new Date().getTime,\n      \"duration\" -> duration,\n      \"audit\" -> auditMap))\n  }\n\n  def generatePipelineMessage(event: String, pipeline: Pipeline): String = {\n    Serialization.write(Map[String, Any](\n      \"key\" -> key,\n      \"event\" -> event,\n      \"eventTime\" -> new Date().getTime,\n      \"pipeline\" -> EventPipelineRecord(pipeline.id.getOrElse(\"\"), pipeline.name.getOrElse(\"\"))\n    ))\n  }\n\n  def generatePipelineStepMessage(event: String, pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): String = {\n    pipelineContext.getPipelineExecutionInfo.groupId\n    Serialization.write(Map[String, Any](\n      \"key\" -> key,\n      \"event\" -> event,\n      \"eventTime\" -> new Date().getTime,\n      \"pipeline\" -> EventPipelineRecord(pipeline.id.getOrElse(\"\"), pipeline.name.getOrElse(\"\")),\n      \"step\" -> EventPipelineStepRecord(step.id.getOrElse(\"\"), step.stepId.getOrElse(\"\"),\n        pipelineContext.getPipelineExecutionInfo.groupId.getOrElse(\"\"))\n    ))\n  }\n\n  def generateExceptionMessage(event: String, exception: PipelineStepException, pipelineContext: PipelineContext): String = {\n    val executionInfo = pipelineContext.getPipelineExecutionInfo\n    val messageList: MessageLists = exception match {\n      case fe: ForkedPipelineStepException => fe.exceptions\n        .foldLeft(MessageLists(List[String](), List[Array[StackTraceElement]]()))((t, e) =>\n          MessageLists(t.messages :+ e._2.getMessage, t.stacks :+ e._2.getStackTrace))\n      case se: SplitStepException => se.exceptions\n        .foldLeft(MessageLists(List[String](), List[Array[StackTraceElement]]()))((t, e) =>\n          MessageLists(t.messages :+ e._2.getMessage, t.stacks :+ e._2.getStackTrace))\n      case p: PauseException => MessageLists(List(s\"Paused: ${p.getMessage}\"), List())\n      case _ => MessageLists(List(exception.getMessage), List(exception.getStackTrace))\n    }\n    Serialization.write(Map[String, Any](\n      \"key\" -> key,\n      \"event\" -> event,\n      \"eventTime\" -> new Date().getTime,\n      \"executionId\" -> executionInfo.executionId.getOrElse(\"\"),\n      \"pipelineId\" -> executionInfo.pipelineId.getOrElse(\"\"),\n      \"stepId\" -> executionInfo.stepId.getOrElse(\"\"),\n      \"groupId\" -> executionInfo.groupId.getOrElse(\"\"),\n      \"messages\" -> messageList.messages,\n      \"stacks\" -> messageList.stacks\n    ))\n  }\n}\n\n\ncase class SessionVariables(executionComplete: Boolean = false, currentPipeline: Option[Pipeline] = None, currentStep: Option[PipelineStep] = None)\ncase class EventPipelineRecord(id: String, name: String)\ncase class EventPipelineStepRecord(id: String, stepId: String, group: String)\ncase class MessageLists(messages: List[String], stacks: List[Array[StackTraceElement]])\ncase class CombinedPipelineListener(listeners: List[PipelineListener]) extends PipelineListener {\n  override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.executionStarted(pipelines, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.executionFinished(pipelines, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    listeners.foreach(_.executionStopped(pipelines, pipelineContext))\n  }\n\n  override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.pipelineStarted(pipeline, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext):  Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.pipelineFinished(pipeline, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.pipelineStepStarted(pipeline, step, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    Some(listeners.foldLeft(pipelineContext)((ctx, listener) => {\n      val updatedCtx = listener.pipelineStepFinished(pipeline, step, ctx)\n      handleContext(updatedCtx, pipelineContext)\n    }))\n  }\n\n  override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n    listeners.foreach(_.registerStepException(exception, pipelineContext))\n  }\n\n  private def handleContext(updatedCtx: Option[PipelineContext], pipelineContext: PipelineContext): PipelineContext = {\n    if (updatedCtx.isDefined) {\n      updatedCtx.get\n    } else {\n      pipelineContext\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/QueryStepsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport java.nio.file.{Files, Path}\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nclass QueryStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"query-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"Test Query Steps\") {\n    it(\"should allow queries to be run on existing dataframes\") {\n      Given(\"a dataframe\")\n      val inputDF = sparkSession.createDataFrame(Seq(\n        (1, \"buster\", \"dawg\", 29483, 23.44, 4),\n        (2, \"rascal\", \"dawg\", 29483, -10.41, 4),\n        (3, \"fluffy\", \"cat\", 72034, -10.41, 4)\n      )).toDF(\"id\", \"first_name\", \"last_name\", \"zip\", \"amount\", \"age\")\n\n      val inputDFCount = inputDF.count\n\n      Then(\"store a dataframe as a TempView with a provided name\")\n      val viewName1 = QuerySteps.dataFrameToTempView(inputDF, Some(\"test_view_1\"), this.pipelineContext)\n      And(\"expect a tempview to exist with the name provided with the same count as the original\")\n      assert(viewName1 == \"test_view_1\")\n      assert(sparkSession.sql(\"select * from test_view_1\").count == inputDFCount)\n\n      Then(\"store a dataframe as a TempView without providing a name\")\n      val viewName2 = QuerySteps.dataFrameToTempView(inputDF, None, this.pipelineContext)\n      And(\"expect a TempView to exist with the random name provided\")\n      assert(sparkSession.sql(s\"select * from $viewName2\").count == inputDFCount)\n\n      Then(\"run a query and store the results in a named TempView\")\n      val viewName3 = QuerySteps.queryToTempView(s\"select id, first_name, last_name from $viewName1\",\n        None, Some(\"test_view_3\"), this.pipelineContext)\n      And(\"expect a TempView to exist with the name provided\")\n      assert(viewName3 == \"test_view_3\")\n\n      Then(\"run a query and store the results in a randomly named TempView\")\n      val viewName4 = QuerySteps.queryToTempView(s\"select id, amount, zip from $viewName1\",\n        None, None, this.pipelineContext)\n      Then(\"save the results of a query to a new DataFrame\")\n      val dataFrame4 = QuerySteps.queryToDataFrame(s\"select * from $viewName4\", None, this.pipelineContext)\n      assert(dataFrame4.count == inputDFCount)\n    }\n\n    it(\"should modify a query with replacement variables\") {\n      val tests = List(\n        TestingClass(\n          \"no variable replacement test (only remove semi-colons\",\n          \"select * from ${viewName} where fieldName = '${testValue}';\",\n          None,\n          \"select * from ${viewName} where fieldName = '${testValue}'\"\n        ),\n        TestingClass(\n          \"basic variable replacement test\",\n          \"select * from ${viewName} where fieldName = '${testValue}';\",\n          Some(Map(\"viewName\" -> \"test_view_1\", \"testValue\" -> \"myValue\")),\n          \"select * from test_view_1 where fieldName = 'myValue'\"\n        ),\n        TestingClass(\n          \"only replaces variables when the proper identifier are used\",\n          \"select * from $viewName where fieldName = '${testValue';\",\n          Some(Map(\"viewName\" -> \"test_view_1\", \"testValue\" -> \"myValue\")),\n          \"select * from $viewName where fieldName = '${testValue'\"\n        )\n      )\n\n      tests.foreach(test => {\n        Then(s\"expect test '${test.desc}' to return the expected results\")\n        assert(QuerySteps.replaceQueryVariables(test.query, test.variableMap) == test.expected)\n      })\n    }\n\n    it(\"should query dataframes in a single step\") {\n      Given(\"a dataframe\")\n      val inputDF = sparkSession.createDataFrame(Seq(\n        (1, \"buster\", \"dawg\", 29483, 23.44, 4),\n        (2, \"rascal\", \"dawg\", 29483, -10.41, 4),\n        (3, \"fluffy\", \"cat\", 72034, -10.41, 4)\n      )).toDF(\"id\", \"first_name\", \"last_name\", \"zip\", \"amount\", \"age\")\n\n      Then(\"create a dataframe from a query on the new dataframe (using basic variable replacement)\")\n      val newDF1 = QuerySteps.dataFrameQueryToDataFrame(inputDF, \"select * from myTable where last_name='${lastName}'\",\n        Some(Map(\"lastName\" -> \"dawg\")), \"myTable\", this.pipelineContext)\n      And(\"expect the dataframe to contain the rows expected\")\n      assert(newDF1.count == newDF1.where(\"last_name = 'dawg'\").count)\n\n      Then(\"create a TempView from a query on a dataframe using a system generated name\")\n      val newViewName = QuerySteps.dataFrameQueryToTempView(inputDF, \"select * from myTable2 where last_name='${lastName}'\",\n        Some(Map(\"lastName\" -> \"cat\")), \"myTable2\", None, this.pipelineContext)\n      Then(\"pull the new TempView to a dataframe\")\n      val newDF2 = QuerySteps.tempViewToDataFrame(newViewName, this.pipelineContext)\n      And(\"expect the dataframe to contain the rows expected\")\n      assert(newDF2.count == newDF2.where(\"last_name = 'cat'\").count)\n\n      Then(\"create a TempView from a query on a dataframe using a user provided name\")\n      QuerySteps.dataFrameQueryToTempView(inputDF, \"select * from myTable3 where ${amountFilter}\",\n        Some(Map(\"amountFilter\" -> \"amount < 0\")), \"myTable3\", Some(\"userTableName\"), this.pipelineContext)\n      Then(\"pull the new TempView to a dataframe\")\n      val newDF3 = QuerySteps.tempViewToDataFrame(\"userTableName\", this.pipelineContext)\n      And(\"expect the dataframe to contain the rows expected\")\n      assert(newDF3.count == newDF3.where(\"amount < 0\").count)\n    }\n  }\n}\n\ncase class TestingClass(desc: String, query: String, variableMap: Option[Map[String, String]], expected: String)\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/KinesisPipelineListener.scala","text":"package com.acxiom.aws.pipeline\n\nimport com.acxiom.aws.utils.{AWSUtilities, KinesisUtilities}\nimport com.acxiom.pipeline._\n\nclass KinesisPipelineListener(val key: String,\n                              val credentialName: String,\n                              val credentialProvider: CredentialProvider,\n                              region: String,\n                              streamName: String,\n                              partitionKey: String) extends EventBasedPipelineListener {\n  private lazy val awsCredential = AWSUtilities.getAWSCredential(Some(credentialProvider), credentialName)\n  override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generateExecutionMessage(\"executionStarted\", pipelines),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generateExecutionMessage(\"executionFinished\", pipelines),\n      region, streamName, partitionKey, awsCredential)\n    KinesisUtilities.postMessageWithCredentials(generateAuditMessage(\"executionFinishedAudit\", pipelineContext.rootAudit),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    KinesisUtilities.postMessageWithCredentials(generateExecutionMessage(\"executionStopped\", pipelines),\n      region, streamName, partitionKey, awsCredential)\n  }\n\n  override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generatePipelineMessage(\"pipelineStarted\", pipeline),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generatePipelineMessage(\"pipelineFinished\", pipeline),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generatePipelineStepMessage(\"pipelineStepStarted\", pipeline, step, pipelineContext),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    KinesisUtilities.postMessageWithCredentials(generatePipelineStepMessage(\"pipelineStepFinished\", pipeline, step, pipelineContext),\n      region, streamName, partitionKey, awsCredential)\n    Some(pipelineContext)\n  }\n\n  override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n    KinesisUtilities.postMessageWithCredentials(generateExceptionMessage(\"pipelineStepFinished\", exception, pipelineContext),\n      region, streamName, partitionKey, awsCredential)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/FlowUtilsStepsTests.scala","text":"package com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nimport java.nio.file.{Files, Path}\n\nclass FlowUtilsStepsTests extends FunSpec with BeforeAndAfterAll {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"flow-utils-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n\n  val STRING_STEP: PipelineStep = PipelineStep(Some(\"STRINGSTEP\"), Some(\"String Step\"), None, Some(\"Pipeline\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"value\"), Some(true), None, Some(\"lowercase\")))),\n    Some(EngineMeta(Some(\"StringSteps.toUpperCase\"))), Some(\"RETRY\"))\n\n  val RETRY_STEP: PipelineStep = PipelineStep(Some(\"RETRY\"), Some(\"Retry Step\"), None, Some(\"branch\"),\n    Some(List(Parameter(Some(\"text\"), Some(\"counterName\"), Some(true), None, Some(\"TEST_RETRY_COUNTER\")),\n      Parameter(Some(\"int\"), Some(\"maxRetries\"), Some(true), None, Some(Constants.FIVE)),\n      Parameter(Some(\"result\"), Some(\"retry\"), Some(true), None, Some(\"STRINGSTEP\")))),\n    Some(EngineMeta(Some(\"FlowUtilsSteps.simpleRetry\"))), None)\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"FlowUtilsSteps - Retry\") {\n    it(\"Should retry and trigger stop\") {\n      val pipeline = Pipeline(Some(\"testPipeline\"), Some(\"retryPipeline\"), Some(List(STRING_STEP, RETRY_STEP)))\n      val initialPipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n        PipelineSecurityManager(),\n        PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n        Some(List(\"com.acxiom.pipeline.steps\")),\n        PipelineStepMapper(),\n        Some(DefaultPipelineListener()),\n        Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n      val result = PipelineExecutor.executePipelines(List(pipeline), None, initialPipelineContext)\n      val counter = result.pipelineContext.getGlobalAs[Int](\"TEST_RETRY_COUNTER\")\n      assert(counter.isDefined)\n      assert(counter.get == Constants.FIVE)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/connectors\/KinesisWriter.scala","text":"<filename>metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/pipeline\/connectors\/KinesisWriter.scala\npackage com.acxiom.aws.pipeline.connectors\n\nimport com.acxiom.aws.utils.{AWSCredential, KinesisUtilities}\nimport com.amazonaws.services.kinesis.AmazonKinesis\nimport com.amazonaws.services.kinesis.model.{PutRecordsRequest, PutRecordsRequestEntry}\nimport org.apache.spark.sql.{ForeachWriter, Row}\n\nimport java.nio.ByteBuffer\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Write a batch DataFrame to Kinesis using record batching. The following parameters are expected:\n  * streamName The Kinesis stream name\n  * region The region of the Kinesis stream\n  * dataFrame The DataFrame to write\n  * partitionKey The static partition key to use\n  * partitionKeyIndex The field index in the DataFrame row containing the value to use as the partition key\n  * separator The field separator to use when formatting the row data\n  * credential An optional credential to use to authenticate to Kinesis\n  *\/\ntrait KinesisWriter {\n  \/\/ Kinesis Client Limits\n  val maxBufferSize: Int = 500 * 1024\n  val maxRecords = 500\n  \/\/ Buffers\n  protected val buffer = new ArrayBuffer[PutRecordsRequestEntry]()\n  protected var bufferSize: Long = 0L\n  \/\/ Client library\n  protected var kinesisClient: AmazonKinesis = _\n\n  def streamName: String\n  def region: String\n  def credential: Option[AWSCredential]\n  def partitionKey: Option[String]\n  def partitionKeyIndex: Option[Int]\n  def separator: String\n\n  def open(): Unit = {\n    kinesisClient = KinesisUtilities.buildKinesisClient(region, credential)\n  }\n\n  def close(): Unit = {\n    if (buffer.nonEmpty) {\n      flush()\n    }\n    kinesisClient.shutdown()\n  }\n\n  def process(value: Row): Unit = {\n    val data = value.mkString(separator).getBytes\n    if ((data.length + bufferSize > maxBufferSize && buffer.nonEmpty) || buffer.length == maxRecords) {\n      flush()\n    }\n    val putRecordRequest = new PutRecordsRequestEntry()\n    buffer += (if (partitionKey.isDefined) {\n      putRecordRequest.withPartitionKey(partitionKey.get)\n    } else if (partitionKeyIndex.isDefined) {\n      putRecordRequest.withPartitionKey(value.getAs[Any](partitionKeyIndex.get).toString)\n    } else {\n      putRecordRequest\n    }).withData(ByteBuffer.wrap(data))\n    bufferSize += data.length\n  }\n\n  private def flush(): Unit = {\n    val recordRequest = new PutRecordsRequest()\n      .withStreamName(streamName)\n      .withRecords(buffer: _*)\n\n    kinesisClient.putRecords(recordRequest)\n    buffer.clear()\n    bufferSize = 0\n  }\n}\n\nclass BatchKinesisWriter(override val streamName: String,\n                         override val region: String,\n                         override val partitionKey: Option[String],\n                         override val partitionKeyIndex: Option[Int],\n                         override val separator: String,\n                         override val credential: Option[AWSCredential]) extends KinesisWriter\n\nclass StructuredStreamingKinesisSink(override val streamName: String,\n                                     override val region: String,\n                                     override val partitionKey: Option[String],\n                                     override val partitionKeyIndex: Option[Int],\n                                     override val separator: String,\n                                     override val credential: Option[AWSCredential]) extends ForeachWriter[Row] with KinesisWriter {\n  override def open(partitionId: Long, epochId: Long): Boolean = {\n    this.open()\n    true\n  }\n\n  override def process(value: Row): Unit = super.process(_: Row)\n\n  override def close(errorOrNull: Throwable): Unit = this.close()\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-aws\/src\/main\/scala\/com\/acxiom\/aws\/utils\/AWSCredential.scala","text":"package com.acxiom.aws.utils\n\nimport com.acxiom.pipeline.Credential\nimport com.amazonaws.auth.{AWSCredentials, BasicAWSCredentials, BasicSessionCredentials}\nimport org.apache.spark.streaming.kinesis.SparkAWSCredentials\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{DefaultFormats, Formats}\n\ntrait AWSCredential extends Credential {\n  override def name: String = \"AWSCredential\"\n  def awsAccessKey: Option[String]\n  def awsAccessSecret: Option[String]\n  def awsRole: Option[String] = None\n  def awsAccountId: Option[String] = None\n  def sessionName: Option[String] = None\n  def awsPartition: Option[String] = None\n  def externalId: Option[String] = None\n\n  def awsRoleARN: Option[String] = {\n    val role = awsRole\n    val accountId = awsAccountId\n    if (role.isDefined && role.get.trim.nonEmpty && accountId.isDefined && accountId.get.trim.nonEmpty) {\n      Some(S3Utilities.buildARN(accountId.get, role.get, awsPartition))\n    } else {\n      None\n    }\n  }\n  \/\/ noinspection ScalaStyle\n  def buildSparkAWSCredentials = {\n    val builder = SparkAWSCredentials.builder\n    awsRoleARN.map{ arn =>\n      val session = sessionName.getOrElse(s\"${awsAccountId.get}_${awsRole.get}\")\n      externalId.filter(_.trim.nonEmpty).map(id => builder.stsCredentials(arn, session, id)).getOrElse(builder.stsCredentials(arn, session))\n    }.getOrElse(builder.basicCredentials(awsAccessKey.get, awsAccessSecret.get)).build()\n  }\n\n  def buildAWSCredentialProvider: AWSCredentials = {\n    val role = awsRole\n    val accountId = awsAccountId\n    if (role.isDefined && role.get.trim.nonEmpty && accountId.isDefined && accountId.get.trim.nonEmpty) {\n      val sessionCredentials = S3Utilities.assumeRole(accountId.get, role.get, awsPartition, sessionName, externalId).getCredentials\n      new BasicSessionCredentials(sessionCredentials.getAccessKeyId,\n        sessionCredentials.getSecretAccessKey,\n        sessionCredentials.getSessionToken)\n    } else {\n      new BasicAWSCredentials(awsAccessKey.get, awsAccessSecret.get)\n    }\n  }\n}\n\nclass DefaultAWSCredential(override val parameters: Map[String, Any]) extends AWSCredential {\n  private implicit val formats: Formats = DefaultFormats\n  override def name: String = parameters(\"credentialName\").asInstanceOf[String]\n  private val keyMap = parse(parameters.getOrElse(\"credentialValue\", \"{}\").asInstanceOf[String]).extract[Map[String, String]]\n  override def awsRole: Option[String] = if (keyMap.contains(\"role\")) {\n    keyMap.get(\"role\")\n  } else if (parameters.contains(\"role\")) {\n    parameters.get(\"role\").asInstanceOf[Option[String]]\n  } else { None }\n  override def awsAccountId: Option[String] = if (keyMap.contains(\"accountId\")) {\n    keyMap.get(\"accountId\")\n  } else if (parameters.contains(\"accountId\")) {\n    parameters.get(\"accountId\").asInstanceOf[Option[String]]\n  } else { None }\n  \/\/ See if the key is stored by name, then see if this is a role key and then use the default\n  override def awsAccessKey: Option[String] = if (keyMap.contains(\"accessKeyId\")) {\n    keyMap.get(\"accessKeyId\")\n  } else if ( parameters.contains(\"accessKeyId\")) {\n    parameters.get(\"accessKeyId\").asInstanceOf[Option[String]]\n  } else if (awsRole.isDefined) {\n    None\n  } else { Some(keyMap.head._1) }\n  override def awsAccessSecret: Option[String] = if (keyMap.contains(\"secretAccessKey\")) {\n    keyMap.get(\"secretAccessKey\")\n  } else if (parameters.contains(\"secretAccessKey\")) {\n    parameters.get(\"secretAccessKey\").asInstanceOf[Option[String]]\n  } else if (awsRole.isDefined) {\n    None\n  } else { Some(keyMap.head._2) }\n  override def sessionName: Option[String] = if (keyMap.contains(\"session\")) {\n    keyMap.get(\"session\")\n  } else if (parameters.contains(\"session\")) {\n    parameters.get(\"session\").asInstanceOf[Option[String]]\n  } else { None }\n  override def awsPartition: Option[String] = if (keyMap.contains(\"partition\")) {\n    keyMap.get(\"partition\")\n  } else if (parameters.contains(\"partition\")) {\n    parameters.get(\"partition\").asInstanceOf[Option[String]]\n  } else { None }\n  override def externalId: Option[String] = if (keyMap.contains(\"externalId\")) {\n    keyMap.get(\"externalId\")\n  } else if (parameters.contains(\"externalId\")) {\n    parameters.get(\"externalId\").asInstanceOf[Option[String]]\n  } else { None }\n}\n\nclass AWSBasicCredential(override val parameters: Map[String, Any]) extends AWSCredential {\n  override def awsAccessKey: Option[String] = parameters.get(\"accessKeyId\").asInstanceOf[Option[String]]\n  override def awsAccessSecret: Option[String] = parameters.get(\"secretAccessKey\").asInstanceOf[Option[String]]\n  override def awsRole: Option[String] = parameters.get(\"role\").asInstanceOf[Option[String]]\n  override def awsAccountId: Option[String] = parameters.get(\"accountId\").asInstanceOf[Option[String]]\n  override def sessionName: Option[String] = parameters.get(\"session\").asInstanceOf[Option[String]]\n  override def awsPartition: Option[String] = parameters.get(\"partition\").asInstanceOf[Option[String]]\n  override def externalId: Option[String] = parameters.get(\"externalId\").asInstanceOf[Option[String]]\n}\n\nclass AWSCloudWatchCredential(override val parameters: Map[String, Any]) extends AWSCredential {\n  override def name: String = \"AWSCloudWatchCredential\"\n  override def awsAccessKey: Option[String] = parameters.get(\"cloudWatchAccessKeyId\").asInstanceOf[Option[String]]\n  override def awsAccessSecret: Option[String] = parameters.get(\"cloudWatchSecretAccessKey\").asInstanceOf[Option[String]]\n  override def awsRole: Option[String] = parameters.get(\"cloudWatchRole\").asInstanceOf[Option[String]]\n  override def awsAccountId: Option[String] = parameters.get(\"cloudWatchAccountId\").asInstanceOf[Option[String]]\n  override def sessionName: Option[String] = parameters.get(\"cloudWatchSession\").asInstanceOf[Option[String]]\n  override def awsPartition: Option[String] = parameters.get(\"cloudWatchPartition\").asInstanceOf[Option[String]]\n  override def externalId: Option[String] = parameters.get(\"cloudWatchExternalId\").asInstanceOf[Option[String]]\n}\n\nclass AWSDynamoDBCredential(override val parameters: Map[String, Any]) extends AWSCredential {\n  override def name: String = \"AWSDynamoDBCredential\"\n  override def awsAccessKey: Option[String] = parameters.get(\"dynamoDBAccessKeyId\").asInstanceOf[Option[String]]\n  override def awsAccessSecret: Option[String] = parameters.get(\"dynamoDBSecretAccessKey\").asInstanceOf[Option[String]]\n  override def awsRole: Option[String] = parameters.get(\"dynamoDBRole\").asInstanceOf[Option[String]]\n  override def awsAccountId: Option[String] = parameters.get(\"dynamoDBAccountId\").asInstanceOf[Option[String]]\n  override def sessionName: Option[String] = parameters.get(\"dynamoDBSession\").asInstanceOf[Option[String]]\n  override def awsPartition: Option[String] = parameters.get(\"dynamoDBPartition\").asInstanceOf[Option[String]]\n  override def externalId: Option[String] = parameters.get(\"dynamoDBExternalId\").asInstanceOf[Option[String]]\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/test\/scala\/com\/acxiom\/metalus\/MetadataExtractorTests.scala","text":"package com.acxiom.metalus\n\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport org.apache.commons.io.FileUtils\nimport org.json4s.native.JsonMethods.parse\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nimport java.io.File\nimport java.net.URI\nimport java.nio.file.{Files, Paths}\nimport scala.io.Source\n\nclass MetadataExtractorTests extends FunSpec with BeforeAndAfterAll with Suite {\n  implicit val formats: Formats = DefaultFormats\n\n  private val HTTP_PORT = 10296\n  private val HTTPS_PORT = 8446\n  private val wireMockServer = new WireMockServer(HTTP_PORT, HTTPS_PORT)\n\n  override def beforeAll(): Unit = {\n    wireMockServer.start()\n  }\n\n  override def afterAll(): Unit = {\n    wireMockServer.stop()\n  }\n\n  describe(\"Metadata Extractor - Local Output\") {\n    it(\"Should extract executions\") {\n      \/\/ Create temp directories\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_local_test\")\n      tempDirectory.toFile.deleteOnExit()\n      val stagingDirectory = Files.createTempDirectory(\"metalus_extractor_local_test\")\n      stagingDirectory.toFile.deleteOnExit()\n      \/\/ Copy the test jars\n      val tempUri = tempDirectory.toUri.toString\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/main-1.0.0.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/main-1.0.0.jar\"), mainJar)\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--excludeSteps\", \"true\", \"--excludePipelines\", \"true\",\n        \"--output-path\", s\"${stagingDirectory.toFile.getAbsolutePath}\",\n        \"--extractors\", \"com.acxiom.metalus.executions.ExecutionsMetadataExtractor\")\n      MetadataExtractor.main(params)\n      val stagedFiles = stagingDirectory.toFile.list()\n      assert(stagedFiles.length == 1)\n      assert(stagedFiles.contains(\"executions.json\"))\n      \/\/ Load the file and verify that the two executions are present\n      val source = Source.fromFile(new File(stagingDirectory.toFile, \"executions.json\"))\n      val executionList = parse(source.mkString).extract[List[Map[String, Any]]]\n      source.close()\n      assert(executionList.size == 2)\n      executionList.foreach(map => {\n        assert(map.getOrElse(\"id\", \"none\") == \"Blank\" || map.getOrElse(\"id\", \"none\") == \"Real\")\n      })\n      FileUtils.deleteDirectory(tempDirectory.toFile)\n      FileUtils.deleteDirectory(stagingDirectory.toFile)\n    }\n  }\n\n  describe(\"Metadata Extractor - API Output\") {\n    it(\"Should extract executions to remote API\") {\n      \/\/ Create temp directories\n      val tempDirectory = Files.createTempDirectory(\"metalus_dep_mgr_local_test\")\n      tempDirectory.toFile.deleteOnExit()\n      \/\/ Copy the test jars\n      val tempUri = tempDirectory.toUri.toString\n      val mainJar = Paths.get(URI.create(s\"$tempUri\/main-1.0.0.jar\"))\n      Files.copy(getClass.getResourceAsStream(\"\/main-1.0.0.jar\"), mainJar)\n      val params = Array(\"--jar-files\", mainJar.toFile.getAbsolutePath,\n        \"--excludeSteps\", \"true\", \"--excludePipelines\", \"true\",\n        \"--api-url\", s\"http:\/\/localhost:${wireMockServer.port()}\",\n        \"--extractors\", \"com.acxiom.metalus.executions.ExecutionsMetadataExtractor\")\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/api\/v1\/executions\/Blank\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/json\")\n          .withStatus(200)\n        ).build())\n      wireMockServer.addStubMapping(put(urlEqualTo(\"\/api\/v1\/executions\/Blank\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/json\")\n          .withStatus(200)\n        ).build())\n      wireMockServer.addStubMapping(get(urlEqualTo(\"\/api\/v1\/executions\/Real\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/json\")\n          .withStatus(404)\n        ).build())\n      wireMockServer.addStubMapping(post(urlEqualTo(\"\/api\/v1\/executions\"))\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/json\")\n          .withStatus(201)\n        ).build())\n\n      MetadataExtractor.main(params)\n      FileUtils.deleteDirectory(tempDirectory.toFile)\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-gcp\/src\/main\/scala\/com\/acxiom\/gcp\/pipeline\/PubSubPipelineListener.scala","text":"package com.acxiom.gcp.pipeline\n\nimport com.acxiom.gcp.utils.GCPUtilities\nimport com.acxiom.pipeline._\nimport com.google.auth.oauth2.GoogleCredentials\n\nclass PubSubPipelineListener(val key: String,\n                             val credentialName: String,\n                             val credentialProvider: CredentialProvider,\n                             topicName: String) extends EventBasedPipelineListener {\n  private lazy val credential: Option[GoogleCredentials] = GCPUtilities.getCredentialsFromCredentialProvider(credentialProvider, credentialName)\n\n  override def executionStarted(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generateExecutionMessage(\"executionStarted\", pipelines))\n    Some(pipelineContext)\n  }\n\n  override def executionFinished(pipelines: List[Pipeline], pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generateExecutionMessage(\"executionFinished\", pipelines))\n    GCPUtilities.postMessage(topicName, credential, generateAuditMessage(\"executionFinishedAudit\", pipelineContext.rootAudit))\n    Some(pipelineContext)\n  }\n\n  override def executionStopped(pipelines: List[Pipeline], pipelineContext: PipelineContext): Unit = {\n    GCPUtilities.postMessage(topicName, credential, generateExecutionMessage(\"executionStopped\", pipelines))\n  }\n\n  override def pipelineStarted(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generatePipelineMessage(\"pipelineStarted\", pipeline))\n    Some(pipelineContext)\n  }\n\n  override def pipelineFinished(pipeline: Pipeline, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generatePipelineMessage(\"pipelineFinished\", pipeline))\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepStarted(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generatePipelineStepMessage(\"pipelineStepStarted\", pipeline, step, pipelineContext))\n    Some(pipelineContext)\n  }\n\n  override def pipelineStepFinished(pipeline: Pipeline, step: PipelineStep, pipelineContext: PipelineContext): Option[PipelineContext] = {\n    GCPUtilities.postMessage(topicName, credential, generatePipelineStepMessage(\"pipelineStepFinished\", pipeline, step, pipelineContext))\n    Some(pipelineContext)\n  }\n\n  override def registerStepException(exception: PipelineStepException, pipelineContext: PipelineContext): Unit = {\n    GCPUtilities.postMessage(topicName, credential,\n      generateExceptionMessage(\"registerStepException\", exception, pipelineContext))\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-kafka\/src\/main\/scala\/com\/acxiom\/kafka\/steps\/KafkaSteps.scala","text":"package com.acxiom.kafka.steps\n\nimport com.acxiom.kafka.utils.KafkaUtilities\nimport com.acxiom.pipeline.annotations.{StepFunction, StepObject, StepParameter, StepParameters}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions._\n\n@StepObject\nobject KafkaSteps {\n  @StepFunction(\"abd6cf0f-f328-41a2-a84b-044e76928017\",\n    \"Write DataFrame to a Kafka Topic Using Key Field\",\n    \"This step will write a DataFrame to a Kafka Topic using the value in the keyField for each row as the key\",\n    \"Pipeline\",\n    \"Kafka\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Kakfa topic\")),\n    \"topic\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Kafka topic\")),\n    \"kafkaNodes\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The comma separated Kafka nodes\")),\n    \"keyField\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The column name to use to get the key value\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\")),\n    \"clientId\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional Kafka clientId\"))))\n  def writeToStreamByKeyField(dataFrame: DataFrame,\n                              topic: String,\n                              kafkaNodes: String,\n                              keyField: String,\n                              separator: String = \",\",\n                              clientId: String = \"metalus_default_kafka_producer_client\"): Unit = {\n    val col = if (dataFrame.schema.fields.exists(_.name == keyField)) {\n      dataFrame.col(keyField)\n    } else {\n      lit(keyField)\n    }\n    KafkaUtilities.publishDataFrame(dataFrame, topic, kafkaNodes, col, separator, clientId)\n  }\n\n  @StepFunction(\"eaf68ea6-1c37-4427-85be-<KEY>\",\n    \"Write DataFrame to a Kafka Topic Using static key\",\n    \"This step will write a DataFrame to a Kafka Topic using the provided key\",\n    \"Pipeline\",\n    \"Kafka\")\n  @StepParameters(Map(\"dataFrame\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The DataFrame to post to the Kakfa topic\")),\n    \"topic\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Kafka topic\")),\n    \"kafkaNodes\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The comma separated Kafka nodes\")),\n    \"key\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key value\")),\n    \"separator\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The separator character to use when combining the column data\")),\n    \"clientId\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional Kafka clientId\"))))\n  def writeToStreamByKey(dataFrame: DataFrame,\n                         topic: String,\n                         kafkaNodes: String,\n                         key: String,\n                         separator: String = \",\",\n                         clientId: String = \"metalus_default_kafka_producer_client\"): Unit = {\n    KafkaUtilities.publishDataFrame(dataFrame, topic, kafkaNodes, lit(key), separator, clientId)\n  }\n\n  @StepFunction(\"74efe1e1-edd1-4c38-8e2b-bb693e3e3f4c\",\n    \"Write a single message to a Kafka Topic Using static key\",\n    \"This step will write a simgle message to a Kafka Topic using the provided key\",\n    \"Pipeline\",\n    \"Kafka\")\n  @StepParameters(Map(\"message\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The message to post to the Kakfa topic\")),\n    \"topic\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The Kafka topic\")),\n    \"kafkaNodes\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The comma separated Kafka nodes\")),\n    \"key\" -> StepParameter(None, Some(true), None, None, None, None, Some(\"The key value\")),\n    \"clientId\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional Kafka clientId\"))))\n  def postMessage(message: String,\n                  topic: String,\n                  kafkaNodes: String,\n                  key: String,\n                  clientId: String = \"metalus_default_kafka_producer_client\"): Unit = KafkaUtilities.postMessage(message, topic, kafkaNodes, key, clientId)\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/api\/HttpRestClientTests.scala","text":"package com.acxiom.pipeline.api\n\nimport java.net.HttpURLConnection\nimport java.text.SimpleDateFormat\n\nimport com.acxiom.pipeline.Constants\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nimport scala.io.Source\n\nclass HttpRestClientTests extends FunSpec with BeforeAndAfterAll with Suite {\n\n  private val HTTP_PORT = 10293\n  private val HTTPS_PORT = 8443\n\n  private val wireMockServer = new WireMockServer(HTTP_PORT, HTTPS_PORT)\n\n  override def beforeAll(): Unit = {\n    wireMockServer.start()\n  }\n\n  override def afterAll(): Unit = {\n    wireMockServer.stop()\n  }\n\n  describe(\"HttpRestClients\") {\n    it(\"Should fail for protocols other than http and https\") {\n      val thrown = intercept[IllegalArgumentException] {\n        HttpRestClient(\"file:\/\/this.should.fail\")\n      }\n      assert(thrown.getMessage == \"Only http and https protocols are supported!\")\n    }\n\n    it(\"Should validate different functions\") {\n      val authorization = BasicAuthorization(\"myuser\", \"<PASSWORD>\")\n      val http = HttpRestClient(s\"https:\/\/localhost:$HTTPS_PORT\", authorization, allowSelfSignedCertificates = true)\n      val dateFormat = new SimpleDateFormat(\"E, dd MMM yyyy HH:mm:ss zzz\")\n      val dateString = \"Mon, 23 Mar 2020 07:26:45 GMT\"\n      val date = dateFormat.parse(dateString)\n      \/\/ Call connect and disconnect to ensure they do not change any behaviors\n      wireMockServer.addStubMapping(get(urlPathEqualTo(\"\/redirect\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .willReturn(aResponse()\n          .withHeader(\"Location\", \"\/redirect1\/files\")\n          .withStatus(HttpURLConnection.HTTP_MOVED_PERM)\n        ).build())\n      wireMockServer.addStubMapping(get(urlPathEqualTo(\"\/redirect1\/files\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .willReturn(aResponse()\n          .withStatus(HttpURLConnection.HTTP_OK)\n          .withHeader(\"content-type\", \"application\/json\")\n          .withHeader(\"content-length\", \"500\")\n          .withHeader(\"last-modified\", dateString)\n        ).build())\n      assert(http.exists(\"\/redirect\"))\n      assert(http.getContentLength(\"\/redirect\") == 500)\n      assert(http.getLastModifiedDate(\"\/redirect\").getTime == date.getTime)\n      assert(http.getHeaders(\"\/redirect\")(\"Content-Type\").head == \"application\/json\")\n\n      wireMockServer.addStubMapping(get(urlPathEqualTo(\"\/files\/testFile\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .willReturn(aResponse()\n          .withHeader(\"content-type\", \"application\/octet-stream\")\n          .withBody(\"this is some content\")).build())\n      val inputStream = http.getInputStream(\"\/files\/testFile\")\n      val content = Source.fromInputStream(inputStream).mkString\n      inputStream.close()\n      assert(content == \"this is some content\")\n      assert(http.getStringContent(\"\/files\/testFile\") == \"this is some content\")\n\n      wireMockServer.addStubMapping(post(urlPathEqualTo(\"\/files\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withRequestBody(equalTo(\"{body: {} }\"))\n        .willReturn(aResponse()\n          .withBody(\"this is some returned content\")).build())\n      assert(http.postJsonContent(\"\/files\", \"{body: {} }\") == \"this is some returned content\")\n\n      wireMockServer.addStubMapping(put(urlPathEqualTo(\"\/files\/update\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withRequestBody(equalTo(\"{body: {} }\"))\n        .willReturn(aResponse()\n          .withBody(\"this is some returned content\")).build())\n      assert(http.putJsonContent(\"\/files\/update\", \"{body: {} }\") == \"this is some returned content\")\n\n      wireMockServer.addStubMapping(delete(urlPathEqualTo(\"\/files\/deleteFile\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .willReturn(aResponse().withStatus(HttpURLConnection.HTTP_NO_CONTENT)).build())\n      assert(http.delete(\"\/files\/deleteFile\"))\n\n      wireMockServer.addStubMapping(delete(urlPathEqualTo(\"\/files\/deleteFileFail\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withHeader(\"content-type\", equalTo(\"application\/x-www-form-urlencoded\"))\n        .willReturn(aResponse().withStatus(HttpURLConnection.HTTP_NOT_FOUND)).build())\n      assert(!http.delete(\"\/files\/deleteFileFail\"))\n\n      val http1 = HttpRestClient(\"http\", \"localhost\", wireMockServer.port())\n      wireMockServer.addStubMapping(post(urlPathEqualTo(\"\/files\/testFileUpload\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withMultipartRequestBody(aMultipart()\n          .withBody(containing(\"uploaded content\")))\n        .willReturn(aResponse()\n          .withStatus(HttpURLConnection.HTTP_OK)).build())\n      val outputStream = http1.getOutputStream(\"\/files\/testFileUpload\")\n      outputStream.write(\"uploaded content\".getBytes)\n      outputStream.flush()\n      outputStream.close()\n\n      val http2 = HttpRestClient(s\"http:\/\/localhost:$HTTP_PORT\", authorization)\n      wireMockServer.addStubMapping(post(urlPathEqualTo(\"\/files\/unsecured\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withRequestBody(equalTo(\"{body: {} }\"))\n        .willReturn(aResponse()\n          .withBody(\"this is some unsecured content\")).build())\n      assert(http2.postStringContent(\"\/files\/unsecured\", \"{body: {} }\", Constants.JSON_CONTENT_TYPE)\n        == \"this is some unsecured content\")\n\n      val http3 = HttpRestClient(\"http\", \"localhost\", HTTP_PORT, authorization)\n      wireMockServer.addStubMapping(put(urlPathEqualTo(\"\/files\/unsecured\/update\"))\n        .withBasicAuth(\"myuser\", \"<PASSWORD>\")\n        .withRequestBody(equalTo(\"{body: {} }\"))\n        .willReturn(aResponse()\n          .withBody(\"this is some updated unsecured content\")).build())\n      assert(http3.putStringContent(\"\/files\/unsecured\/update\", \"{body: {} }\", Constants.JSON_CONTENT_TYPE)\n        == \"this is some updated unsecured content\")\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/HiveSteps.scala","text":"<reponame>carpaltunnel\/metalus<gh_stars>10-100\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport org.apache.spark.sql.{DataFrame, Dataset}\n\n@deprecated(\"Use CatalogSteps\")\nobject HiveSteps {\n\n  @deprecated(\"Use CatalogSteps.readDataFrame\")\n  def readDataFrame(table: String, options: Option[DataFrameReaderOptions] = None, pipelineContext: PipelineContext): DataFrame ={\n    CatalogSteps.readDataFrame(table, options, pipelineContext)\n  }\n\n  @deprecated(\"Use CatalogSteps.writeDataFrame\")\n  def writeDataFrame(dataFrame: Dataset[_], table: String, options: Option[DataFrameWriterOptions] = None): Unit = {\n    CatalogSteps.writeDataFrame(dataFrame, table, options)\n  }\n\n  @deprecated(\"Use CatalogSteps.drop\")\n  def drop(name: String,\n           objectType: Option[String] = None,\n           ifExists: Option[Boolean] = None,\n           cascade: Option[Boolean] = None,\n           pipelineContext: PipelineContext): DataFrame = {\n    CatalogSteps.drop(name, objectType, ifExists, cascade, pipelineContext)\n  }\n\n  @deprecated(\"Use CatalogSteps.databaseExists\")\n  def databaseExists(name: String, pipelineContext: PipelineContext): Boolean = {\n    CatalogSteps.databaseExists(name, pipelineContext)\n  }\n\n  @deprecated(\"Use CatalogSteps.tableExists\")\n  def tableExists(name: String, database: Option[String] = None, pipelineContext: PipelineContext): Boolean = {\n    CatalogSteps.tableExists(name, database, pipelineContext)\n  }\n\n  @deprecated(\"Use CatalogSteps.setCurrentDatabase\")\n  def setCurrentDatabase(name: String, pipelineContext: PipelineContext): Unit = {\n    CatalogSteps.setCurrentDatabase(name, pipelineContext)\n  }\n\n  @deprecated(\"Use CatalogSteps.createTable\")\n  def createTable(name: String, externalPath: Option[String] = None,\n                  options: Option[DataFrameReaderOptions] = None,\n                  pipelineContext: PipelineContext): DataFrame = {\n    CatalogSteps.createTable(name, externalPath, options, pipelineContext)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/steps\/SFTPSteps.scala","text":"<gh_stars>10-100\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline.PipelineContext\nimport com.acxiom.pipeline.annotations._\nimport com.acxiom.pipeline.fs.SFTPFileManager\n\n@StepObject\nobject SFTPSteps {\n  \/**\n    * Simple function to generate the HDFSFileManager for the local HDFS file system.\n    *\n    * @param hostName           The name of the host to connect\n    * @param username           The username used for connection\n    * @param password           The password used for connection\n    * @param port               The optional port if other than 22\n    * @param strictHostChecking Option to automatically add keys to the known_hosts file. Default is false.\n    * @param pipelineContext    The current pipeline context containing the Spark session\n    * @return A FileManager if the spark session is set, otherwise None.\n    *\/\n  @StepFunction(\"9d467cb0-8b3d-40a0-9ccd-9cf8c5b6cb38\",\n    \"Create SFTP FileManager\",\n    \"Simple function to generate the SFTPFileManager for the remote SFTP file system\",\n    \"Pipeline\",\n    \"InputOutput\"\n  )\n  @StepParameters(Map(\"hostName\" -> StepParameter(None, Some(true), None, None, None, None,\n    Some(\"The name of the host to connect\")),\n    \"username\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The username used for connection\")),\n    \"password\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The password used for connection\")),\n    \"port\" -> StepParameter(None, Some(false), None, None, None, None, Some(\"The optional port if other than 22\")),\n    \"strictHostChecking\" -> StepParameter(None, Some(false), None, None, None, None,\n      Some(\"Option to automatically add keys to the known_hosts file. Default is false.\"))))\n  @StepResults(primaryType = \"com.acxiom.pipeline.fs.FileManager\",\n    secondaryTypes = None)\n  def createFileManager(hostName: String,\n                        username: Option[String] = None,\n                        password: Option[String] = None,\n                        port: Option[Int] = None,\n                        strictHostChecking: Option[Boolean] = None,\n                        pipelineContext: PipelineContext): Option[SFTPFileManager] = {\n    val hostChecking = if (strictHostChecking.getOrElse(true)) {\n      \"yes\"\n    } else {\n      \"no\"\n    }\n    Some(SFTPFileManager(hostName, port, username, password = password,\n      config = Some(Map[String, String](\"StrictHostKeyChecking\" -> hostChecking))))\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/HDFSFileConnector.scala","text":"<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/HDFSFileConnector.scala\npackage com.acxiom.pipeline.connectors\nimport com.acxiom.pipeline.fs.{FileManager, HDFSFileManager}\nimport com.acxiom.pipeline.{Credential, PipelineContext}\n\n\/**\n  * Provides a FileConnector for the HDFS file system\n  *\/\ncase class HDFSFileConnector(override val name: String,\n                             override val credentialName: Option[String],\n                             override val credential: Option[Credential]) extends FileConnector {\n  \/**\n    * Creates and opens a FileManager.\n    *\n    * @param pipelineContext The current PipelineContext for this session.\n    * @return A FileManager for this specific connector type\n    *\/\n  override def getFileManager(pipelineContext: PipelineContext): FileManager = {\n    HDFSFileManager(pipelineContext.sparkSession.get.sparkContext.getConf)\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/JDBCDataConnector.scala","text":"<filename>metalus-common\/src\/main\/scala\/com\/acxiom\/pipeline\/connectors\/JDBCDataConnector.scala<gh_stars>10-100\npackage com.acxiom.pipeline.connectors\n\nimport com.acxiom.pipeline.steps.{DataFrameReaderOptions, DataFrameWriterOptions}\nimport com.acxiom.pipeline.{Credential, PipelineContext}\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.streaming.StreamingQuery\n\nimport java.util.Properties\nimport scala.collection.JavaConversions._\n\ncase class JDBCDataConnector(url: String,\n                             predicates: Option[List[String]],\n                             override val name: String,\n                             override val credentialName: Option[String],\n                             override val credential: Option[Credential]) extends BatchDataConnector {\n  override def load(source: Option[String], pipelineContext: PipelineContext, readOptions: DataFrameReaderOptions): DataFrame = {\n    val properties = new Properties()\n    properties.putAll(readOptions.options.getOrElse(Map[String, String]()))\n    val reader = DataConnectorUtilities.buildDataFrameReader(pipelineContext.sparkSession.get, readOptions.copy(\"jdbc\"))\n      if (predicates.isDefined && predicates.get.nonEmpty) {\n        reader.jdbc(url, source.getOrElse(\"\"), predicates.get.toArray, properties)\n      } else {\n        reader.jdbc(url, source.getOrElse(\"\"), properties)\n      }\n  }\n\n  override def write(dataFrame: DataFrame, destination: Option[String],\n                     pipelineContext: PipelineContext,\n                     writeOptions: DataFrameWriterOptions): Option[StreamingQuery] = {\n    val properties = new Properties()\n    properties.putAll(writeOptions.options.getOrElse(Map[String, String]()))\n    if (dataFrame.isStreaming) {\n      Some(dataFrame.writeStream.foreachBatch { (batchDF: DataFrame, batchId: Long) =>\n        DataConnectorUtilities.buildDataFrameWriter(batchDF, writeOptions).jdbc(url, destination.getOrElse(\"\"), properties)\n      }.start())\n    } else {\n      DataConnectorUtilities.buildDataFrameWriter(dataFrame, writeOptions).jdbc(url, destination.getOrElse(\"\"), properties)\n      None\n    }\n  }\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/utils\/ReflectionUtilsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.utils\n\nimport java.io.File\nimport java.util\n\nimport com.acxiom.pipeline.{PipelineStepResponse, _}\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec}\n\nclass ReflectionUtilsTests extends FunSpec with BeforeAndAfterAll {\n  private val FIVE = 5\n\n  override def beforeAll() {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  override def afterAll() {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"ReflectionUtil - processStep\") {\n    val pipeline = Pipeline(Some(\"TestPipeline\"))\n    val globals = Map[String, Any](\"validateStepParameterTypes\" -> true)\n    val pipelineContext = PipelineContext(None, None, Some(globals), PipelineSecurityManager(), PipelineParameters(),\n      Some(List(\"com.acxiom.pipeline\", \"com.acxiom.pipeline.steps\")), PipelineStepMapper(), None, None)\n    it(\"Should process step function\") {\n      val step = PipelineStep(None, None, None, None, None, Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"string\" -> \"string\", \"boolean\" -> true), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.getOrElse(\"\") == \"string\")\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.get(\"boolean\").asInstanceOf[Boolean])\n    }\n\n    it(\"Should process step function with non-PipelineStepResponse\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\"), Some(\"com.acxiom.pipeline.steps\"))))\n      val response = ReflectionUtils.processStep(step, pipeline, Map[String, Any](\"string\" -> \"string\"), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.getOrElse(\"\") == \"string\")\n    }\n\n    it(\"Should process step with Option\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunction\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"string\" -> \"string\", \"boolean\" -> Some(true), \"opt\" -> \"Option\"), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.getOrElse(\"\") == \"string\")\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.get(\"boolean\").asInstanceOf[Boolean])\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].namedReturns.get(\"option\").asInstanceOf[Option[String]].getOrElse(\"\") == \"Option\")\n    }\n\n    it(\"Should process step with default value\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithDefaultValue\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"string\" -> \"string\"), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == \"chicken\")\n    }\n\n    it(\"Should process step with default value no option\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithDefaultValueNoOption\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"string\" -> \"string\", \"default\" -> None), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == \"default chicken\")\n    }\n\n    it(\"Should wrap values in a List, Seq, or Array if passing a single element to a collection\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithListParams\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"list\" -> \"l1\", \"seq\" -> 1, \"arrayList\" -> new util.ArrayList()), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == \"Some(l1),Some(1),None\")\n    }\n\n    it(\"Should handle scala.List prefix\") {\n      val ret = ReflectionUtils.loadClass(\"com.acxiom.pipeline.utils.ClassWithOptionList\", Some(Map[String, Any](\n        \"list\" -> \"moo\",\n        \"optionList\" -> Some(List[String]()),\n        \"optionList2\" -> List[String](\"moo2\")\n      )))\n      assert(ret.isInstanceOf[ClassWithOptionList])\n      val opList = ret.asInstanceOf[ClassWithOptionList]\n      assert(opList.optionList.isDefined)\n      assert(opList.list.headOption.contains(\"moo\"))\n      assert(opList.optionList2.getOrElse(List()).headOption.contains(\"moo2\"))\n    }\n\n    it(\"Should unwrap an option passed to a non option param\"){\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepWithListOfOptions\"))))\n      val response = ReflectionUtils.processStep(step, pipeline,\n        Map[String, Any](\"s\" -> Some(List(Some(\"s1\"), Some(\"s2\")))), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == \"s1,s2\")\n    }\n\n    it(\"Should return an informative error if a step function is not found\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.typo\"))))\n      val thrown = intercept[IllegalArgumentException] {\n        ReflectionUtils.processStep(step, pipeline, Map[String, Any](), pipelineContext)\n      }\n      assert(thrown.getMessage == \"typo is not a valid function!\")\n    }\n\n    it(\"Should respect the validateStepParameterTypes global\") {\n      val step = PipelineStep(Some(\"chicken\"), None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithOptionalGenericParams\"))))\n      val thrown = intercept[ClassCastException] {\n        ReflectionUtils.processStep(step, pipeline, Map[String, Any](\"string\" -> 1), pipelineContext.setGlobal(\"validateStepParameterTypes\", false))\n      }\n      val message = \"java.lang.Integer cannot be cast to java.lang.String\"\n      assert(thrown.getMessage == message)\n    }\n\n    it(\"Should return an informative error if the parameter types do not match function params\") {\n      val step = PipelineStep(Some(\"chicken\"), None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithOptionalGenericParams\"))))\n      val thrown = intercept[PipelineException] {\n        ReflectionUtils.processStep(step, pipeline, Map[String, Any](\"string\" -> 1), pipelineContext)\n      }\n      val message = \"Failed to map value [Some(1)] of type [Some(Integer)] to paramName [string] of\" +\n        \" type [Option[String]] for method [mockStepFunctionWithOptionalGenericParams] in step [chicken] in pipeline [TestPipeline]\"\n      assert(thrown.getMessage == message)\n    }\n\n    it(\"should handle primitive types\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithPrimitives\"))))\n      val map = Map[String, Any](\"i\" -> 1,\n        \"l\" -> 1L,\n        \"s\" -> 1.toShort.asInstanceOf[java.lang.Short],\n        \"d\" -> 1.0D,\n        \"f\" -> 1.0F,\n        \"c\" -> '1',\n        \"by\" -> 1.toByte.asInstanceOf[java.lang.Byte],\n        \"a\" -> \"anyValue\"\n      )\n      val response = ReflectionUtils.processStep(step, pipeline, map, pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == 1)\n    }\n\n    it(\"should handle Boxed types\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithBoxClasses\"))))\n      val map = Map[String, Any](\"i\" -> \"1\".toInt,\n        \"l\" -> 1L,\n        \"s\" -> 1.toShort.asInstanceOf[java.lang.Short],\n        \"d\" -> 1.0D,\n        \"f\" -> 1.0F,\n        \"c\" -> '1',\n        \"by\" -> 1.toByte.asInstanceOf[java.lang.Byte],\n        \"a\" -> \"anyValue\"\n      )\n      val response = ReflectionUtils.processStep(step, pipeline, map, pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.get == 1)\n    }\n\n    it(\"Should respect the pkg setting on EngineMeta\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\"), Some(\"com.acxiom.pipeline.steps\"))))\n      val response = ReflectionUtils.processStep(step, pipeline, Map[String, Any](\"string\" -> \"string\"), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.getOrElse(\"\") == \"string\")\n    }\n\n    it(\"Should inject None for missing parameters\") {\n      val step = PipelineStep(None, None, None, None, None,\n        Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionWithOptionalGenericParams\"))))\n      val response = ReflectionUtils.processStep(step, pipeline, Map[String, Any](), pipelineContext)\n      assert(response.isInstanceOf[PipelineStepResponse])\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.isDefined)\n      assert(response.asInstanceOf[PipelineStepResponse].primaryReturn.getOrElse(\"\") == \"chicken\")\n    }\n  }\n\n  describe(\"ReflectionUtils - loadClass\") {\n    it(\"Should instantiate a class\") {\n      val className = \"com.acxiom.pipeline.MockClass\"\n      val mc = ReflectionUtils.loadClass(className, Some(Map[String, Any](\"string\" -> \"my_string\")))\n      assert(mc.isInstanceOf[MockClass])\n      assert(mc.asInstanceOf[MockClass].string == \"my_string\")\n    }\n\n    it(\"Should instantiate a complex class\") {\n      val className = \"com.acxiom.pipeline.MockDriverSetup\"\n      val params = Map[String, Any](\"parameters\" -> Map[String, Any](\"initialPipelineId\" -> \"pipelineId1\"))\n      val mockDriverSetup = ReflectionUtils.loadClass(className, Some(params))\n      assert(mockDriverSetup.isInstanceOf[MockDriverSetup])\n      assert(mockDriverSetup.asInstanceOf[MockDriverSetup].initialPipelineId == \"pipelineId1\")\n    }\n\n    it(\"Should instantiate no param constructor\") {\n      val className = \"com.acxiom.pipeline.MockNoParams\"\n      val mc = ReflectionUtils.loadClass(className, Some(Map[String, Any](\"test\" -> true)))\n      assert(mc.isInstanceOf[MockNoParams])\n      assert(mc.asInstanceOf[MockNoParams].string == \"no-constructor-string\")\n\n      val mc1 = ReflectionUtils.loadClass(className, None)\n      assert(mc1.isInstanceOf[MockNoParams])\n      assert(mc1.asInstanceOf[MockNoParams].string == \"no-constructor-string\")\n    }\n\n    it(\"Should instantiate default param constructor\") {\n      val className = \"com.acxiom.pipeline.MockDefaultParam\"\n      val mc = ReflectionUtils.loadClass(className, Some(Map[String, Any](\"test\" -> true)))\n      assert(mc.isInstanceOf[MockDefaultParam])\n      assert(!mc.asInstanceOf[MockDefaultParam].getFlag)\n      assert(mc.asInstanceOf[MockDefaultParam].getSecondParam == \"none\")\n\n      val mc1  = ReflectionUtils.loadClass(className, Some(Map[String, Any](\"flag\" -> true)))\n      assert(mc1.isInstanceOf[MockDefaultParam])\n      assert(mc1.asInstanceOf[MockDefaultParam].getFlag)\n      assert(mc1.asInstanceOf[MockDefaultParam].getSecondParam == \"none\")\n\n      val mc2  = ReflectionUtils.loadClass(className, None)\n      assert(mc2.isInstanceOf[MockDefaultParam])\n      assert(!mc2.asInstanceOf[MockDefaultParam].getFlag)\n      assert(mc2.asInstanceOf[MockDefaultParam].getSecondParam == \"none\")\n\n      val mc3  = ReflectionUtils.loadClass(className, Some(Map[String, Any](\"secondParam\" -> \"some\")))\n      assert(mc3.isInstanceOf[MockDefaultParam])\n      assert(!mc3.asInstanceOf[MockDefaultParam].getFlag)\n      assert(mc3.asInstanceOf[MockDefaultParam].getSecondParam == \"some\")\n    }\n  }\n\n  describe(\"ReflectionUtils - extractField\") {\n    it(\"Should return None when field name is invalid\") {\n      assert(ReflectionUtils.extractField(MockObject(\"string\", FIVE), \"bob\").asInstanceOf[Option[_]].isEmpty)\n    }\n\n    it(\"Should execute methods without parameters\") {\n      val spark = SparkTestHelper.sparkSession\n      import spark.implicits._\n      val df = Seq((1, \"silkie\"), (2, \"polish\"), (3, \"buttercup\")).toDF(\"id\", \"chicken\")\n      assert(ReflectionUtils.extractField(df, \"count\", applyMethod = Some(true)) == 3)\n    }\n\n    it(\"Should fail on methods if method extraction is disabled\") {\n      val thrown = intercept[IllegalArgumentException] {\n        ReflectionUtils.extractField(List(), \"isEmpty\")\n      }\n      val expected = \"Unable to extract: [Nil.isEmpty]. isEmpty is a method.\" +\n        \" To enable method extraction, set the global [extractMethodsEnabled] to true.\"\n      assert(thrown.getMessage == expected)\n    }\n\n    it(\"Should return None when entity is None\") {\n      assert(ReflectionUtils.extractField(None, \"something\").asInstanceOf[Option[_]].isEmpty)\n    }\n\n    it(\"Should return the option and not the value\") {\n      assert(ReflectionUtils.extractField(\n       Some(MockParent(MockObject(\"string\", FIVE, Some(\"string\")))),\n        \"mock.opt\", extractFromOption = false).asInstanceOf[Option[String]].getOrElse(\"bad\") == \"string\")\n    }\n\n    it(\"Should access array elements\") {\n      val list = List(1,2,3)\n      val array = List(MockObject(\"moo\", 1), MockObject(\"moo2\", 2)).toArray\n      val obj = Map(\"list\" -> list, \"array\" -> array, \"string\" -> \"moo\")\n      val listRes = ReflectionUtils.extractField(obj, \"list[1]\")\n      assert(listRes == 2)\n      val arrayRes = ReflectionUtils.extractField(obj, \"array[0].string\")\n      assert(arrayRes == \"moo\")\n      val stringRes = ReflectionUtils.extractField(obj, \"string[1]\")\n      assert(stringRes == 'o')\n      val badRes = ReflectionUtils.extractField(obj, \"array[3].string\")\n      assert(badRes == None)\n    }\n  }\n}\n\ncase class MockParent(mock: MockObject)\ncase class MockObject(string: String, num: Int, opt: Option[String] = None)\nclass ClassWithOptionList(val list: List[String], val optionList: Option[scala.List[Any]], val optionList2: Option[scala.List[Any]]) {\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/steps\/ScalaStepsTests.scala","text":"<reponame>carpaltunnel\/metalus\npackage com.acxiom.pipeline.steps\n\nimport com.acxiom.pipeline._\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.{DataFrame, Row, SparkSession}\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, GivenWhenThen}\n\nimport java.io.File\nimport java.nio.file.{FileSystems, Files, Path, StandardCopyOption}\n\nclass ScalaStepsTests extends FunSpec with BeforeAndAfterAll with GivenWhenThen {\n  val MASTER = \"local[2]\"\n  val APPNAME = \"scala-steps-spark\"\n  var sparkConf: SparkConf = _\n  var sparkSession: SparkSession = _\n  var pipelineContext: PipelineContext = _\n  val sparkLocalDir: Path = Files.createTempDirectory(\"sparkLocal\")\n\n  override def beforeAll(): Unit = {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n\n    sparkConf = new SparkConf()\n      .setMaster(MASTER)\n      .setAppName(APPNAME)\n      .set(\"spark.local.dir\", sparkLocalDir.toFile.getAbsolutePath)\n    sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n\n    pipelineContext = PipelineContext(Some(sparkConf), Some(sparkSession), Some(Map[String, Any]()),\n      PipelineSecurityManager(),\n      PipelineParameters(List(PipelineParameter(\"0\", Map[String, Any]()), PipelineParameter(\"1\", Map[String, Any]()))),\n      Some(List(\"com.acxiom.pipeline.steps\")),\n      PipelineStepMapper(),\n      Some(DefaultPipelineListener()),\n      Some(sparkSession.sparkContext.collectionAccumulator[PipelineStepMessage](\"stepMessages\")))\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.sparkContext.cancelAllJobs()\n    sparkSession.sparkContext.stop()\n    sparkSession.stop()\n\n    Logger.getRootLogger.setLevel(Level.INFO)\n    \/\/ cleanup spark directories\n    FileUtils.deleteDirectory(sparkLocalDir.toFile)\n  }\n\n  describe(\"ScalaSteps - Basic scripting\") {\n    \/\/ Copy file\n    val tempFile = File.createTempFile(\"testFile\", \".csv\")\n    tempFile.deleteOnExit()\n    Files.copy(getClass.getResourceAsStream(\"\/MOCK_DATA.csv\"),\n      FileSystems.getDefault.getPath(tempFile.getAbsolutePath),\n      StandardCopyOption.REPLACE_EXISTING)\n\n    val script =\n      \"\"\"\n        |import org.apache.spark.sql.types.Metadata\n        |import org.apache.spark.sql.types.StructType\n        |import org.apache.spark.sql.types.StructField\n        |import org.apache.spark.sql.types.DataTypes\n        |import org.apache.spark.sql._\n        |val schema = StructType(List[StructField](\n        |  StructField(\"id\", DataTypes.LongType, true, Metadata.empty),\n        |  StructField(\"first_name\", DataTypes.StringType, true, Metadata.empty),\n        |  StructField(\"last_name\", DataTypes.StringType, true, Metadata.empty),\n        |  StructField(\"email\", DataTypes.StringType, true, Metadata.empty),\n        |  StructField(\"gender\", DataTypes.StringType, true, Metadata.empty),\n        |  StructField(\"ein\", DataTypes.StringType, true, Metadata.empty),\n        |  StructField(\"postal_code\", DataTypes.StringType, true, Metadata.empty)\n        |))\n        |val sparkSession = pipelineContext.sparkSession.get\n        |var dfReader = sparkSession.read\n        |dfReader = dfReader.schema(schema).option(\"sep\", \",\").option(\"inferSchema\", false)\n        |dfReader.option(\"header\", true).format(\"csv\").load($path)\n      \"\"\".stripMargin\n\n    it(\"Should load a file using Scala\") {\n      val updatedScript = script.replaceAll(\"\\\\$path\", \"\\\"\" + tempFile.getAbsolutePath + \"\\\"\")\n      val result = ScalaSteps.processScript(updatedScript, pipelineContext)\n      assert(result.primaryReturn.isDefined)\n      val df = result.primaryReturn.get.asInstanceOf[DataFrame]\n      val count = df.count()\n      assert(count == 1000)\n      assert(df.schema.fields.length == 7)\n    }\n\n    it (\"Should load a file using Scala and a provide user value\") {\n      val updatedScript = script.replaceAll(\"\\\\$path\", \"userValue.asInstanceOf[String]\")\n      val result = ScalaSteps.processScriptWithValue(script = updatedScript,\n        value = tempFile.getAbsolutePath,\n        pipelineContext= pipelineContext)\n      assert(result.primaryReturn.isDefined)\n      val df = result.primaryReturn.get.asInstanceOf[DataFrame]\n      val count = df.count()\n      assert(count == 1000)\n      assert(df.schema.fields.length == 7)\n    }\n\n    it(\"Should handle typed bindings\"){\n      val updatedScript = script.replaceAll(\"\\\\$path\", \"userValue\")\n      val result = ScalaSteps.processScriptWithValue(updatedScript,\n        tempFile.getAbsolutePath,\n        Some(\"String\"),\n        pipelineContext)\n      assert(result.primaryReturn.isDefined)\n      val df = result.primaryReturn.get.asInstanceOf[DataFrame]\n      val count = df.count()\n      assert(count == 1000)\n      assert(df.schema.fields.length == 7)\n    }\n\n    it(\"Should handle multiple values and derive types\"){\n      val scriptWithDerivedTypes =\n        \"\"\"\n          |val tmp = if (v2) v1 + v4.last.asInstanceOf[Int] else -1\n          |(v3.toUpperCase, tmp, v5.collect().toList, v6.toString)\n          |\"\"\".stripMargin\n      val df = pipelineContext.sparkSession.get.sql(\"select 1 as id\")\n      val mappings: Map[String, Any] = Map(\n        \"v1\" -> 1,\n        \"v2\" -> true,\n        \"v3\" -> \"chicken\",\n        \"v4\" -> List(1,2,3),\n        \"v5\" -> df,\n        \"v6\" -> ChickenColors.BUFF\n      )\n      val result = ScalaSteps.processScriptWithValues(scriptWithDerivedTypes, mappings, None, None, pipelineContext)\n      assert(result.primaryReturn.isDefined)\n      val tuple = result.primaryReturn.get.asInstanceOf[(String, Int, List[Row], String)]\n      assert(tuple._1 == \"CHICKEN\")\n      assert(tuple._2 == 4)\n      assert(tuple._3.size == 1)\n      assert(tuple._3.head.getInt(0) == 1)\n      assert(tuple._4 == \"BUFF\")\n    }\n\n    it(\"Should respect the unwrapOptions flag\"){\n      val scriptWithDerivedTypes =\n        \"\"\"\n          |value.toString\n          |\"\"\".stripMargin\n      val mappings: Map[String, Any] = Map(\n        \"value\" -> Some(\"chicken\")\n      )\n      val result = ScalaSteps.processScriptWithValues(scriptWithDerivedTypes, mappings, None, Some(false), pipelineContext)\n      assert(result.primaryReturn.isDefined)\n      val optionString = result.primaryReturn.get.asInstanceOf[String]\n      assert(optionString == \"Some(chicken)\")\n      val unwrapResult = ScalaSteps.processScriptWithValues(scriptWithDerivedTypes, mappings, None, None, pipelineContext)\n      assert(unwrapResult.primaryReturn.isDefined)\n      val unrwappedString = unwrapResult.primaryReturn.get.asInstanceOf[String]\n      assert(unrwappedString == \"chicken\")\n    }\n  }\n}\n\nobject ChickenColors extends Enumeration {\n  type ChickenColors = Value\n  val GOLD, WHITE, BLACK, BUFF, GRAY = Value\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-core\/src\/test\/scala\/com\/acxiom\/pipeline\/PipelineValidationTests.scala","text":"<reponame>carpaltunnel\/metalus<gh_stars>10-100\npackage com.acxiom.pipeline\n\nimport java.io.File\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{BeforeAndAfterAll, FunSpec, Suite}\n\nclass PipelineValidationTests extends FunSpec with BeforeAndAfterAll with Suite {\n\n  override def beforeAll() {\n    Logger.getLogger(\"org.apache.spark\").setLevel(Level.WARN)\n    Logger.getLogger(\"org.apache.hadoop\").setLevel(Level.WARN)\n    Logger.getLogger(\"com.acxiom.pipeline\").setLevel(Level.DEBUG)\n    SparkTestHelper.sparkConf = new SparkConf()\n      .setMaster(SparkTestHelper.MASTER)\n      .setAppName(SparkTestHelper.APPNAME)\n    SparkTestHelper.sparkConf.set(\"spark.hadoop.io.compression.codecs\",\n      \",org.apache.hadoop.io.compress.BZip2Codec,org.apache.hadoop.io.compress.DeflateCodec,\" +\n        \"org.apache.hadoop.io.compress.GzipCodec,org.apache.\" +\n        \"hadoop.io.compress.Lz4Codec,org.apache.hadoop.io.compress.SnappyCodec\")\n\n    SparkTestHelper.sparkSession = SparkSession.builder().config(SparkTestHelper.sparkConf).getOrCreate()\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  override def afterAll() {\n    SparkTestHelper.sparkSession.stop()\n    Logger.getRootLogger.setLevel(Level.INFO)\n\n    \/\/ cleanup spark-warehouse and user-warehouse directories\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n    FileUtils.deleteDirectory(new File(\"user-warehouse\"))\n  }\n\n  describe(\"Pipeline Step Validations\") {\n\n    it(\"Should catch steps without step ids\") {\n      val pipelineSteps = List(PipelineStep(id = None,\n        displayName = None,\n        description = None,\n        `type` = Some(\"pipeline\"),\n        params = None,\n        engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\")))))\n      val pipeline = Pipeline(Some(\"TEST_P\"), Some(\"Test_P\"), Some(pipelineSteps))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val result = PipelineExecutor.executePipelines(List(pipeline), None, SparkTestHelper.generatePipelineContext())\n      assert(!result.success)\n    }\n\n    it(\"Should catch steps without engine meta\") {\n      val pipelineSteps = List(PipelineStep(id = Some(\"ChickenStepId\"),\n        displayName = None,\n        description = None,\n        `type` = Some(\"pipeline\"),\n        params = None,\n        engineMeta = None))\n      val pipeline = Pipeline(Some(\"TEST_P\"), Some(\"Test_P\"), Some(pipelineSteps))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val result = PipelineExecutor.executePipelines(List(pipeline), None, SparkTestHelper.generatePipelineContext())\n      assert(!result.success)\n    }\n\n    it(\"Should catch steps without types\") {\n      val pipelineSteps = List(PipelineStep(id = Some(\"ChickenStepId\"),\n        displayName = None,\n        description = None,\n        `type` = None,\n        params = None,\n        engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\")))))\n      val pipeline = Pipeline(Some(\"TEST_P\"), Some(\"Test_P\"), Some(pipelineSteps))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val result = PipelineExecutor.executePipelines(List(pipeline), None, SparkTestHelper.generatePipelineContext())\n      assert(!result.success)\n      val pipelineStepsBadType = List(PipelineStep(id = Some(\"ChickenStepBadTypeId\"),\n        displayName = None,\n        description = None,\n        `type` = Some(\"moo\"),\n        params = None,\n        engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\")))))\n      val pipelineBadType = Pipeline(Some(\"TEST_P\"), Some(\"Test_P\"), Some(pipelineStepsBadType))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val resultBadType = PipelineExecutor.executePipelines(List(pipelineBadType), None, SparkTestHelper.generatePipelineContext())\n      assert(!resultBadType.success)\n    }\n\n    it(\"Should prevent the use of lastStepId\") {\n      val pipelineSteps = List(PipelineStep(id = Some(\"lastStepId\"),\n        displayName = None,\n        description = None,\n        `type` = Some(\"pipeline\"),\n        params = None,\n        engineMeta = Some(EngineMeta(Some(\"MockStepObject.mockStepFunctionAnyResponse\")))))\n      val pipeline = Pipeline(Some(\"TEST_P\"), Some(\"Test_P\"), Some(pipelineSteps))\n      SparkTestHelper.pipelineListener = PipelineListener()\n      val result = PipelineExecutor.executePipelines(List(pipeline), None, SparkTestHelper.generatePipelineContext())\n      assert(!result.success)\n    }\n  }\n\n}\n"}
{"repo_name":"carpaltunnel\/metalus","path":"metalus-utils\/src\/main\/scala\/com\/acxiom\/metalus\/pipelines\/PipelineMetadataExtractor.scala","text":"package com.acxiom.metalus.pipelines\n\nimport com.acxiom.metalus.{Extractor, Metadata, Output}\nimport com.acxiom.pipeline.utils.DriverUtils\nimport com.acxiom.pipeline.{DefaultPipeline, Pipeline}\nimport org.json4s.native.Serialization\n\nimport java.util.jar.JarFile\nimport scala.collection.JavaConversions._\nimport scala.io.Source\n\nclass PipelineMetadataExtractor extends Extractor {\n\n  \/**\n    * Called by the MetadataExtractor to extract metadata from the provided jar files and write the data using the provided output.\n    *\n    * @param jarFiles A list of JarFile objects that should be scanned.\n    *\/\n  override def extractMetadata(jarFiles: List[JarFile]): Metadata = {\n    val pipelineMetadata = jarFiles.foldLeft(List[Pipeline]())((pipelines, file) => {\n      val tags = List(file.getName.substring(file.getName.lastIndexOf(\"\/\") + 1))\n      val updatedPipelines = file.entries().toList\n        .filter(f => f.getName.startsWith(\"metadata\/pipelines\") && f.getName.endsWith(\".json\"))\n        .foldLeft(pipelines)((pipelineList, json) => {\n          val extractedPipelines = DriverUtils.parsePipelineJson(Source.fromInputStream(file.getInputStream(file.getEntry(json.getName))).mkString)\n          if (extractedPipelines.isDefined) {\n            \/\/ This loop should be looking for duplicate pipelines and merging the tags\n            pipelineList.foldLeft(extractedPipelines.get.map(mergePipelineTags(_, tags))\n              .filter(filterPipe => !pipelineList.exists(_.id == filterPipe.id)))((pipes, pipeline) => {\n              val newPipeline = extractedPipelines.get.find(_.id == pipeline.id)\n              val mergedPipeline = mergePipelineTags(if (newPipeline.isDefined) {\n                newPipeline.get\n              } else {\n                pipeline\n              }, tags)\n              pipes :+ mergedPipeline\n            })\n          } else {\n            pipelineList\n          }\n        })\n      pipelines ::: updatedPipelines\n    })\n    PipelineMetadata(Serialization.write(pipelineMetadata), pipelineMetadata)\n  }\n\n  \/**\n    * This function should return a simple type that indicates what type of metadata this extractor produces.\n    *\n    * @return A simple string name.\n    *\/\n  override def getMetaDataType: String = \"pipelines\"\n\n  \/**\n    * Provides a basic function for handling output.\n    *\n    * @param metadata The metadata string to be written.\n    * @param output   Information about how to output the metadata.\n    *\/\n  override def writeOutput(metadata: Metadata, output: Output): Unit = {\n    if (output.api.isDefined) {\n      val http = output.api.get\n      val definition = metadata.asInstanceOf[PipelineMetadata]\n      definition.pipelines.foreach(pipeline => {\n        val jarList = pipeline.tags.getOrElse(List(\"No Jar Defined\")).filter(_.endsWith(\".jar\")).mkString\n        val headers =\n          Some(Map[String, String](\"User-Agent\" -> s\"Metalus \/ ${System.getProperty(\"user.name\")} \/ $jarList\"))\n        if (http.exists(s\"pipelines\/${pipeline.id.getOrElse(\"none\")}\")) {\n          http.putJsonContent(s\"pipelines\/${pipeline.id.getOrElse(\"none\")}\", Serialization.write(pipeline), headers)\n        } else {\n          http.postJsonContent(\"pipelines\", Serialization.write(pipeline), headers)\n        }\n      })\n    } else {\n      super.writeOutput(metadata, output)\n    }\n  }\n\n  protected def mergePipelineTags(source: Pipeline, tags: List[String]): Pipeline = {\n    source.asInstanceOf[DefaultPipeline].copy(tags =\n      Some((source.tags.getOrElse(List()).toSet ++ tags.toSet).toList))\n  }\n}\n\ncase class PipelineMetadata(value: String, pipelines: List[Pipeline]) extends Metadata\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncTx\/AsyncTxFixed.scala","text":"package IPRepository.AsyncTx\n\nimport chisel3._\nimport chisel3.util._\nimport Support.MyMath._\n\nclass AsyncTxFixed(val parityBit: Int, val stopBits: Int, val dataBits: Int, val levelPeriod: Int) extends Module {\n\n  assert(parityBit >= 0)\n  assert(parityBit <= 2)\n  assert(stopBits >= 0)\n  assert(stopBits <= 2)\n  assert(dataBits >= 5)\n  assert(dataBits <= 8)\n\n  private val LEVEL_COUNTER_WIDTH = clog2(levelPeriod - 1)\n\n  val io = IO(new Bundle {\n    val s_wr = Flipped(Decoupled(UInt(dataBits.W)))\n    val tx = Output(Bool())\n  })\n\n  val idle :: head :: send :: parity :: stop1 :: stop2 :: stop3 :: Nil = Enum(7)\n  val levelCounter = RegInit(0.U(LEVEL_COUNTER_WIDTH.W))\n  val dataCounter = RegInit(0.U(3.W))\n  val dataBuffer = RegInit(0.U(dataBits.W))\n  val txBuffer = RegInit(1.U(1.W))\n  val parityBuffer: UInt = if (parityBit == 1) {\n    RegInit(1.U(1.W))\n  } else if (parityBit == 2) {\n    RegInit(0.U(1.W))\n  } else {\n    RegInit(0.U(1.W))\n  }\n  val stateMain = RegInit(idle)\n\n  switch(stateMain) {\n    is(idle) {\n      when(io.s_wr.valid) {\n        stateMain := head\n      }\n    }\n    is(head) {\n      when(levelCounter === (levelPeriod - 1).U) {\n        stateMain := send\n      }\n    }\n    is(send) {\n      when(levelCounter === (levelPeriod - 1).U & dataCounter === (dataBits - 1).U) {\n        if (parityBit > 0) {\n          stateMain := parity\n        } else {\n          stateMain := stop1\n        }\n      }\n    }\n    is(parity) {\n      when(levelCounter === (levelPeriod - 1).U) {\n        stateMain := stop1\n      }\n    }\n    is(stop1) {\n      when(levelCounter === (levelPeriod - 1).U) {\n        if (stopBits > 0) {\n          stateMain := stop2\n        } else {\n          stateMain := idle\n        }\n      }\n    }\n    is(stop2) {\n      when(levelCounter === ((levelPeriod - 1) \/ 2).U) {\n        if (stopBits > 1) {\n          stateMain := stop3\n        } else {\n          stateMain := idle\n        }\n      }\n    }\n    is(stop3) {\n      when(levelCounter === (levelPeriod - 1).U) {\n        stateMain := idle\n      }\n    }\n  }\n\n  when (stateMain =\/= idle) {\n    when (levelCounter === (levelPeriod - 1).U) {\n      levelCounter := 0.U\n    } .otherwise {\n      levelCounter := levelCounter + 1.U\n    }\n  }\n\n  when (stateMain === idle) {\n    dataCounter := 0.U\n  } .elsewhen(stateMain === send) {\n    when (levelCounter === (levelPeriod - 1).U) {\n      dataCounter := dataCounter + 1.U\n    }\n  }\n\n  if (parityBit == 1) {\n    when (stateMain === idle) {\n      parityBuffer := 1.U\n    } .elsewhen (stateMain === send) {\n      when (levelCounter === (levelPeriod - 1).U) {\n        parityBuffer := parityBuffer ^ dataBuffer(dataBits - 1)\n      }\n    }\n  } else if (parityBit == 2) {\n    when (stateMain === idle) {\n      parityBuffer := 0.U\n    } .elsewhen (stateMain === send) {\n      when (levelCounter === (levelPeriod - 1).U) {\n        parityBuffer := parityBuffer ^ dataBuffer(dataBits - 1)\n      }\n    }\n  }\n\n  when (stateMain === idle) {\n    when (io.s_wr.valid) {\n      dataBuffer := io.s_wr.bits\n    }\n  } .elsewhen(stateMain === send) {\n    when (levelCounter === (levelPeriod - 1).U) {\n      dataBuffer := Cat(dataBuffer(dataBits - 1, 0), 0.U)\n    }\n  }\n\n  if (parityBit == 0) {\n    when (stateMain === send) {\n      txBuffer := dataBuffer(dataBits - 1)\n    } .elsewhen(stateMain === head) {\n      txBuffer := 0.U\n    } otherwise {\n      txBuffer := 1.U\n    }\n  } else {\n    when (stateMain === send) {\n      txBuffer := dataBuffer(dataBits - 1)\n    } .elsewhen(stateMain === head) {\n      txBuffer := 0.U\n    } .elsewhen(stateMain === parity) {\n      txBuffer := parityBuffer\n    } .otherwise {\n      txBuffer := 1.U\n    }\n  }\n  io.tx := txBuffer\n\n  if (stopBits == 0) {\n    io.s_wr.ready := stateMain === stop1 & levelCounter === (levelPeriod - 1).U\n  } else if (stopBits == 1) {\n    io.s_wr.ready := stateMain === stop2 & levelCounter === ((levelPeriod - 1) \/ 2).U\n  } else {\n    io.s_wr.ready := stateMain === stop3 & levelCounter === (levelPeriod - 1).U\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncFIFO\/AsyncFIFO1.scala","text":"package IPRepository.AsyncFIFO\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\n\nclass AsyncFIFO1(val depth: Int, val width: Int) extends Module {\n\n  private val PTR_WIDTH = chisel3.util.log2Ceil(depth) + 1\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val valid = Input(Bool())\n      val bits = Input(UInt(width.W))\n      val full = Output(Bool())\n      val enable = Input(Bool())\n    }\n    val rd = new Bundle {\n      val valid = Input(Bool())\n      val bits = Output(UInt(width.W))\n      val empty = Output(Bool())\n      val enable = Input(Bool())\n    }\n    val rd_reset = Input(Bool())\n    val wr_reset = Input(Bool())\n    val wr_clock = Input(Clock())\n    val rd_clock = Input(Clock())\n  })\n\n  val ram = Mem(depth, UInt(width.W))\n  val wrGrayWire: UInt = Wire(UInt(PTR_WIDTH.W))\n  val rdGrayWire: UInt = Wire(UInt(PTR_WIDTH.W))\n\n  withClockAndReset(io.wr_clock, io.wr_reset) {\n    val wrPtr = RegInit(0.U(PTR_WIDTH.W))\n    val wrPtrNext = Wire(UInt(PTR_WIDTH.W))\n    val wrGray = RegInit(0.U(PTR_WIDTH.W))\n    val wrGrayNext = Wire(UInt(PTR_WIDTH.W))\n    val rdGrayToWr = RegNext(rdGrayWire)\n    val rdGrayInWr = RegNext(rdGrayToWr)\n    val wrFull = RegInit(true.B)\n\n    when(io.wr.valid & !io.wr.full) {\n      wrPtrNext := wrPtr + 1.U\n    } .otherwise {\n      wrPtrNext := wrPtr\n    }\n    wrGrayNext := wrPtrNext ^ wrPtrNext(PTR_WIDTH - 1, 1)\n\n    wrPtr := wrPtrNext\n    wrGray := wrGrayNext\n    wrFull := (\n                (wrGrayNext(PTR_WIDTH - 1, PTR_WIDTH - 2) === (~rdGrayInWr(PTR_WIDTH - 1, PTR_WIDTH - 2)).asUInt()) &\n                (wrGrayNext(PTR_WIDTH - 3, 0) === rdGrayInWr(PTR_WIDTH - 3, 0))\n              ) |\n              io.wr.enable\n\n    when (io.wr.valid & !io.wr.full) {\n      ram.write(wrPtr(PTR_WIDTH - 2, 0), io.wr.bits)\n    }\n\n    wrGrayWire := wrGray\n    io.wr.full := wrFull\n  }\n\n  withClockAndReset(io.rd_clock, io.rd_reset) {\n    val rdPtr = RegInit(0.U(PTR_WIDTH.W))\n    val rdPtrNext = Wire(UInt(PTR_WIDTH.W))\n    val rdGray = RegInit(0.U(PTR_WIDTH.W))\n    val rdGrayNext = Wire(UInt(PTR_WIDTH.W))\n    val wrGrayToRd = RegNext(wrGrayWire)\n    val wrGrayInRd = RegNext(wrGrayToRd)\n    val rdEmpty = RegInit(true.B)\n    val rdData = RegInit(0.U(width.W))\n\n    when (io.rd.valid & !io.rd.empty) {\n      rdPtrNext := rdPtr + 1.U\n    } .otherwise {\n      rdPtrNext := rdPtr\n    }\n    rdGrayNext := rdPtrNext ^ rdPtrNext(PTR_WIDTH - 1, 1)\n\n    rdPtr := rdPtrNext\n    rdGray := rdGrayNext\n    rdEmpty := rdGrayNext === wrGrayInRd | io.rd.enable\n    when (io.rd.valid) {\n      rdData := ram.read(rdPtr(PTR_WIDTH - 2, 0))\n    }\n\n    rdGrayWire := rdGray\n    io.rd.bits := rdData\n    io.rd.empty := rdEmpty\n  }\n}\n\nobject AsyncFIFO1 extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(AsyncFIFO1.getClass)),\n    () => new AsyncFIFO1(1024, 32)\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXILiteBridge\/SAXILiteBridge.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.SAXILiteBridge\n\nimport Interfaces.{AxiLite, AxiLiteSimplified}\nimport chisel3._\n\nclass SAXILiteBridge(val addrWidth: Int, val dataSize: Int, val otherOptions: Map[String, Boolean] = Map())\n  extends Module {\n\n  val io = IO(new Bundle {\n    val s_axi = Flipped(new AxiLite(addrWidth, dataSize))\n    val s_axi_simplified = new AxiLiteSimplified(addrWidth, dataSize)\n  })\n\n  private val FLOW_CTRL = otherOptions.getOrElse(\"FLOW_CTRL\", true).toString.toBoolean\n\n  val bridgeInst: Module = if (FLOW_CTRL) {\n    Module(new SAXILiteBridge0(addrWidth, dataSize))\n  } else {\n    Module(new SAXILiteBridge1(addrWidth, dataSize))\n  }\n\n  io <> bridgeInst.io\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncFIFO\/AsyncFIFO2.scala","text":"<reponame>zequyou\/HardwareRepository<gh_stars>0\npackage IPRepository.AsyncFIFO\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\n\n@chiselName\nclass AsyncFIFO2(val depth: Int, val width: Int) extends Module {\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val valid = Input(Bool())\n      val bits = Input(UInt(width.W))\n      val not_full = Output(Bool())\n      val enable = Input(Bool())\n    }\n    val rd = new Bundle {\n      val valid = Input(Bool())\n      val bits = Output(UInt(width.W))\n      val not_empty = Output(Bool())\n      val enable = Input(Bool())\n    }\n    val rd_reset = Input(Bool())\n    val wr_reset = Input(Bool())\n    val wr_clock = Input(Clock())\n    val rd_clock = Input(Clock())\n  })\n  val ram = Mem(depth, UInt(width.W))\n  val wrGrayWire: UInt = Wire(UInt(width.W))\n  val rdGrayWire: UInt = Wire(UInt(width.W))\n  private val PTR_WIDTH = chisel3.util.log2Ceil(depth) + 1\n\n  withClockAndReset(io.wr_clock, io.wr_reset) {\n    val wrPtr = RegInit(0.U(PTR_WIDTH.W))\n    val wrPtrNext = Wire(UInt(PTR_WIDTH.W))\n    val wrGray = RegInit(0.U(PTR_WIDTH.W))\n    val wrGrayNext = Wire(UInt(PTR_WIDTH.W))\n    val rdGrayToWr = RegNext(rdGrayWire)\n    val rdGrayInWr = RegNext(rdGrayToWr)\n    val wrNotFull = RegInit(false.B)\n\n    when(io.wr.valid & io.wr.not_full) {\n      wrPtrNext := wrPtr + 1.U\n    }.otherwise {\n      wrPtrNext := wrPtr\n    }\n    wrGrayNext := wrPtrNext ^ wrPtrNext(PTR_WIDTH - 1, 1)\n\n    wrPtr := wrPtrNext\n    wrGray := wrGrayNext\n    wrNotFull := !(\n        (wrGrayNext(PTR_WIDTH - 1, PTR_WIDTH - 2) === (~rdGrayInWr(PTR_WIDTH - 1, PTR_WIDTH - 2)).asUInt()) &&\n        (wrGrayNext(PTR_WIDTH - 3, 0) === rdGrayInWr(PTR_WIDTH - 3, 0))\n      ) & io.wr.enable\n\n    when(io.wr.valid & io.wr.not_full) {\n      ram.write(wrPtr(PTR_WIDTH - 2, 0), io.wr.bits)\n    }\n\n    wrGrayWire := wrGray\n    io.wr.not_full := wrNotFull\n  }\n\n  withClockAndReset(io.rd_clock, io.rd_reset) {\n    val rdPtr = RegInit(0.U(PTR_WIDTH.W))\n    val rdPtrNext = Wire(UInt(PTR_WIDTH.W))\n    val rdGray = RegInit(0.U(PTR_WIDTH.W))\n    val rdGrayNext = Wire(UInt(PTR_WIDTH.W))\n    val wrGrayToRd = RegNext(wrGrayWire)\n    val wrGrayInRd = RegNext(wrGrayToRd)\n    val rdNotEmpty = RegInit(false.B)\n    val rdData = RegInit(0.U(width.W))\n\n    when(io.rd.valid & io.rd.not_empty) {\n      rdPtrNext := rdPtr + 1.U\n    }.otherwise {\n      rdPtrNext := rdPtr\n    }\n    rdGrayNext := rdPtrNext ^ rdPtrNext(PTR_WIDTH - 1, 1)\n\n    rdPtr := rdPtrNext\n    rdGray := rdGrayNext\n    rdNotEmpty := rdGrayNext =\/= wrGrayInRd & io.rd.enable\n    when(io.rd.valid) {\n      rdData := ram.read(rdPtr(PTR_WIDTH - 2, 0))\n    }\n\n    rdGrayWire := rdGray\n    io.rd.bits := rdData\n    io.rd.not_empty := rdNotEmpty\n  }\n}\n\nobject AsyncFIFO2 extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(AsyncFIFO2.getClass)),\n    () => new AsyncFIFO2(1024, 32)\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/MUart\/MUart.scala","text":"package IPRepository.MUart\n\nimport Interfaces.Uart\nimport chisel3._\nimport chisel3.util.Decoupled\n\nclass MUart(val dataWidth: Int) extends Module {\n\n  assert(dataWidth >= 5 && dataWidth <= 8)\n\n  val io = IO(new Bundle {\n    val send = Flipped(Decoupled(UInt(dataWidth.W)))\n    val recv = Decoupled(UInt(dataWidth.W))\n    val uart = new Uart()\n  })\n\n\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/CrossClockIrrevocable\/CrossClockIrrevocable.scala","text":"package IPRepository.CrossClockIrrevocable\n\nimport IPRepository.CrossClockBuffer.CrossClockBuffer\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\nimport chisel3.util._\n\n@chiselName\nclass CrossClockIrrevocable[T <: chisel3.Data](gen: T) extends Module {\n\n  val io = IO(new Bundle {\n    val src = Flipped(Irrevocable(gen))\n    val dst = Irrevocable(gen)\n    val src_clock = Input(Clock())\n    val src_reset = Input(Bool())\n    val dst_clock = Input(Clock())\n    val dst_reset = Input(Bool())\n  })\n\n  val ackWire: Bool = Wire(Bool())\n  val reqWire: Bool = Wire(Bool())\n  val ackInSrc: Bool = Wire(Bool())\n  val reqInDst: Bool = Wire(Bool())\n\n  \/\/ sync ack from dst to src\n  val ackCrossClockBuffer = Module(new CrossClockBuffer(Bool()))\n  ackCrossClockBuffer.io.src := ackWire\n  ackCrossClockBuffer.io.dst_clock := io.src_clock\n  ackCrossClockBuffer.io.dst_reset := io.src_reset\n  ackInSrc := ackCrossClockBuffer.io.dst\n\n  \/\/ sync req from src to dst\n  val reqCrossClockBuffer = Module(new CrossClockBuffer(Bool()))\n  reqCrossClockBuffer.io.src := reqWire\n  reqCrossClockBuffer.io.dst_clock := io.dst_clock\n  reqCrossClockBuffer.io.dst_reset := io.dst_reset\n  reqInDst := reqCrossClockBuffer.io.dst\n\n  withClockAndReset(io.src_clock, io.src_reset) {\n    val running = RegInit(false.B)\n    val req = RegInit(false.B)\n    val ackInSrcDelay1 = RegNext(ackInSrc)\n    val srcReady = RegInit(false.B)\n\n    when (io.src.valid & !running) {\n      running := true.B\n    } .elsewhen(io.src.valid & io.src.ready) {\n      running := false.B\n    }\n\n    when (!ackInSrc & ackInSrcDelay1) {\n      \/\/ assert when ack is falling\n      srcReady := true.B\n    } .otherwise {\n      srcReady := false.B\n    }\n\n    when (io.src.valid & !running) {\n      req := true.B\n    } .elsewhen(ackInSrc) {\n      req := false.B\n    }\n\n    reqWire := req\n    io.src.ready := srcReady\n  }\n\n  withClockAndReset(io.dst_clock, io.dst_reset) {\n    val ack = RegInit(false.B)\n    val reqInDstDelay1 = RegNext(reqInDst)\n    val dstValid = RegInit(false.B)\n\n    when (io.dst.valid & io.dst.ready) {\n      ack := true.B\n    } .elsewhen(!reqInDst & reqInDstDelay1) {\n      \/\/ deassert when req is falling\n      ack := false.B\n    }\n\n    when (reqInDst & !reqInDstDelay1) {\n      \/\/ assert when req is rising\n      dstValid := true.B\n    } .elsewhen(io.dst.valid & io.dst.ready) {\n      dstValid := false.B\n    }\n\n    ackWire := ack\n    io.dst.valid := dstValid\n    io.dst.bits := io.src.bits\n  }\n}\n\nobject CrossClockIrrevocable extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getVerilogDir(CrossClockIrrevocable.getClass)),\n    () => new CrossClockIrrevocable(UInt(8.W))\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/Immediate.scala","text":"package Interfaces\n\nobject Immediate {\n  def apply[T <: chisel3.Data](gen: T): ImmediateIO[T] = new ImmediateIO(gen)\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SEIDirectSyncRam\/SyncRam.scala","text":"\npackage IPRepository.SEIDirectSyncRam\n\nimport Interfaces.Immediate\nimport chisel3._\n\nclass SyncRam(wrAddrWidth: Int, rdAddrWidth: Int, wrDataSize: Int) extends Module {\n\n  private val rdDataSize = (Math.pow(2, wrAddrWidth - rdAddrWidth) * wrDataSize).toInt\n\n  private val WR_ADDR_WIDTH = wrAddrWidth\n  private val WR_DATA_WIDTH = wrDataSize * 8\n  private val RD_ADDR_WIDTH = rdAddrWidth\n  private val RD_DATA_WIDTH = rdDataSize * 8\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val addr = Flipped(Immediate(UInt(WR_ADDR_WIDTH.W)))\n      val data = Input(UInt(WR_DATA_WIDTH.W))\n    }\n    val rd = new Bundle {\n      val addr = Flipped(Immediate(UInt(RD_ADDR_WIDTH.W)))\n      val data = Input(UInt(RD_DATA_WIDTH.W))\n    }\n  })\n\n  if (rdDataSize > wrDataSize) {\n    val generatedRam = Module(new SEIDirectSyncRamRdFirst(wrAddrWidth, rdAddrWidth, wrDataSize, rdDataSize))\n    generatedRam.io.rd <> io.rd\n    generatedRam.io.wr <> io.wr\n  } else if (rdDataSize < wrDataSize) {\n    val generatedRam = Module(new SEIDirectSyncRamWrFirst(wrAddrWidth, rdAddrWidth, wrDataSize, rdDataSize))\n    generatedRam.io.rd <> io.rd\n    generatedRam.io.wr <> io.wr\n  } else {\n    val generatedRam = Module(new SEIDirectSyncRamCommon(wrAddrWidth, rdAddrWidth, wrDataSize))\n    generatedRam.io.rd <> io.rd\n    generatedRam.io.wr <> io.wr\n  }\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/ClockDivider\/ClockDivider.scala","text":"<reponame>zequyou\/HardwareRepository<gh_stars>0\npackage IPRepository.ClockDivider\n\nimport chisel3._\n\nclass ClockDivider(val ratio: Int) extends Module {\n\n  assert(ratio > 1)\n  assert(ratio % 2 == 0)\n\n  private val COUNTER_MAX = ratio - 1\n  private val COUNTER_WIDTH = Math.ceil(Math.log(COUNTER_MAX) \/ Math.log(2)).toInt\n\n  val io = IO(new Bundle{\n    val clock_out = Output(Bool())\n  })\n\n  val counter = RegInit(0.U(COUNTER_WIDTH.W))\n\n  when (counter === COUNTER_MAX.U) {\n    counter := 0.U\n  } .otherwise {\n    counter := counter + 1.U\n  }\n\n  io.clock_out := counter >= (ratio \/ 2).U\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AxiLiteSimplified.scala","text":"package Interfaces\n\nimport chisel3._\nimport chisel3.util.Decoupled\n\nclass AxiLiteSimplified(val addrWidth: Int, val dataSize: Int) extends Bundle {\n\n  private val ADDR_WIDTH = addrWidth\n  private val DATA_WIDTH = dataSize * 8\n  private val DATA_SIZE = dataSize\n\n  val wr = Decoupled(new Bundle {\n    val addr = UInt(ADDR_WIDTH.W)\n    val data = UInt(DATA_WIDTH.W)\n    val strb = UInt(DATA_SIZE.W)\n  })\n\n  val rd = new Bundle {\n    val addr = Decoupled(UInt(ADDR_WIDTH.W))\n    val data = Input(UInt(DATA_WIDTH.W))\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncTx\/AsyncTxReconfigurable.scala","text":"package IPRepository.AsyncTx\n\nimport Interfaces.Immediate\nimport chisel3._\nimport chisel3.util._\n\n\/\/ 15 - 00 counter\n\/\/ 17 - 16 bits\n\/\/ 19 - 18 parity\n\/\/ 21 - 20 stop\n\nclass AsyncTxReconfigurable extends Module {\n\n  val io = IO(new Bundle {\n    val s_wr_setting = Flipped(Immediate(UInt(32.W)))\n    val s_wr_data = Flipped(Decoupled(UInt(8.W)))\n    val tx = Output(Bool())\n  })\n\n  val idle :: head :: send :: parity :: stop1 :: stop2 :: stop3 :: Nil = Enum(7)\n  val levelCounter = RegInit(0.U(16.W))\n  val dataCounter = RegInit(0.U(3.W))\n  val setting = RegInit(0.U(32.W))\n  val dataBuffer = RegInit(0.U(8.W))\n  val parityBuffer = RegInit(0.U(1.W))\n  val txBuffer = RegInit(0.U(1.W))\n  val dataComplete = RegInit(false.B)\n  val stateMain = RegInit(idle)\n  val stateMainDelay1 = RegNext(stateMain)\n\n  when (io.s_wr_setting.valid) {\n    setting := io.s_wr_setting.bits\n  }\n\n  switch(stateMain) {\n    is(idle) {\n      when (io.s_wr_data.valid) {\n        stateMain := head\n      }\n    }\n    is(head) {\n      when (levelCounter === setting(15, 0)) {\n        stateMain := send\n      }\n    }\n    is(send) {\n      when ((dataCounter === 5.U + setting(17, 16)) & (levelCounter === setting(15, 0))) {\n        when (setting(18)) {\n          stateMain := parity\n        } .otherwise {\n          stateMain := stop1\n        }\n      }\n    }\n    is(parity) {\n      when (levelCounter === setting(15, 0)) {\n        stateMain := stop1\n      }\n    }\n    is(stop1) {\n      when (levelCounter === setting(15, 0)) {\n        when (setting(20)) {\n          stateMain := stop2\n        } .otherwise {\n          stateMain := idle\n        }\n      }\n    }\n    is(stop2) {\n      when (levelCounter(14, 0) === setting(14, 0)) {\n        when (setting(21)) {\n          stateMain := stop3\n        } .otherwise {\n          stateMain := idle\n        }\n      }\n    }\n    is(stop3) {\n      when (levelCounter === setting(15, 0)) {\n        stateMain := idle\n      }\n    }\n  }\n\n  when (stateMain =\/= idle) {\n    when (levelCounter === setting(15, 0)) {\n      levelCounter := 0.U\n    } .otherwise {\n      levelCounter := levelCounter + 1.U\n    }\n  }\n\n  when (stateMain === idle) {\n    dataCounter := 0.U\n  } .elsewhen(stateMain === send) {\n    when (levelCounter === setting(15, 0)) {\n      dataCounter := dataCounter + 1.U\n    }\n  }\n\n  when (stateMain === idle) {\n    parityBuffer := setting(19)\n  } .elsewhen (stateMain === send) {\n    when (levelCounter === setting(15, 0)) {\n      parityBuffer := parityBuffer ^ dataBuffer(7)\n    }\n  }\n\n  when (stateMain === head) {\n    txBuffer := 0.U\n  } .elsewhen(stateMain === send) {\n    txBuffer := dataBuffer(7)\n  } .elsewhen(stateMain === parity) {\n    txBuffer := parityBuffer\n  } .otherwise {\n    txBuffer := 1.U\n  }\n  txBuffer := io.tx\n\n  when (stateMain === idle & stateMainDelay1 =\/= idle) {\n    dataComplete := true.B\n  } .otherwise {\n    dataComplete := false.B\n  }\n\n  io.s_wr_data.ready := dataComplete\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncRx\/AsyncRxFixed.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.AsyncRx\n\nimport Support.MyMath.clog2\nimport chisel3._\nimport chisel3.util._\n\nclass AsyncRxFixed(val parityBit: Int, val dataBits: Int, val levelPeriod: Int) extends Module {\n\n  assert(parityBit >= 0)\n  assert(parityBit <= 2)\n  assert(dataBits >= 5)\n  assert(dataBits <= 8)\n\n  private val LEVEL_COUNTER_WIDTH = clog2(levelPeriod - 1)\n  private val LEVEL_COUNTER_MAX = levelPeriod - 1\n  private val LEVEL_COUNTER_MIDDLE = (levelPeriod - 1) \/ 2\n  private val RECV_COUNTER_MAX = dataBits - 1\n\n  val io = IO(new Bundle {\n    val m_wr = Decoupled(UInt(dataBits.W))\n    val rx = Input(Bool())\n  })\n\n  val idle :: head :: recv :: parity :: stop :: Nil = Enum(5)\n\n  val rx1 = RegNext(io.rx)\n  val rxBuffer1 = RegNext(rx1)\n  val rxBuffer2 = RegNext(rxBuffer1)\n  val recvBuffer = RegInit(0.U(dataBits.W))\n  val dataBuffer = RegInit(0.U(dataBits.W))\n  val dataEnable = RegInit(0.U(1.W))\n  val levelCounter = RegInit(0.U(LEVEL_COUNTER_WIDTH.W))\n  val recvCounter = RegInit(0.U(3.W))\n  val parityBuffer: UInt = if (parityBit == 1) {\n    RegInit(1.U(1.W))\n  } else if (parityBit == 2) {\n    RegInit(0.U(1.W))\n  } else {\n    RegInit(0.U(1.W))\n  }\n  val stateMain = RegInit(idle)\n  val stateMainBuffer = RegNext(stateMain)\n\n  switch(stateMain) {\n    is(idle) {\n      when(!rxBuffer1 & rxBuffer2) {\n        stateMain := head\n      }\n    }\n    is(head) {\n      when(levelCounter === LEVEL_COUNTER_MAX.U) {\n        stateMain := recv\n      }\n    }\n    is(recv) {\n      when(recvCounter === RECV_COUNTER_MAX.U & levelCounter === LEVEL_COUNTER_MIDDLE.U) {\n        if (parityBit == 0) {\n          stateMain := stop\n        } else {\n          stateMain := parity\n        }\n      }\n    }\n    is(parity) {\n      when(levelCounter === LEVEL_COUNTER_MIDDLE.U) {\n        stateMain := stop\n      }\n    }\n    is(stop) {\n      when(rxBuffer1) {\n        stateMain := idle\n      }\n    }\n  }\n\n  when(stateMain === recv) {\n    when(levelCounter === LEVEL_COUNTER_MIDDLE.U) {\n      recvBuffer := Cat(recvBuffer(dataBits - 2, 0), rxBuffer1)\n    }\n  }\n\n  when(stateMain === recv) {\n    when(levelCounter === LEVEL_COUNTER_MAX.U) {\n      recvCounter := recvCounter + 1.U\n    }\n  }.elsewhen(stateMain === idle) {\n    recvCounter := 0.U\n  }\n\n  when(stateMain =\/= idle & stateMain =\/= stop) {\n    when(levelCounter === LEVEL_COUNTER_MAX.U) {\n      levelCounter := 0.U\n    }.otherwise {\n      levelCounter := levelCounter + 1.U\n    }\n  }.otherwise {\n    levelCounter := 0.U\n  }\n\n  if (parityBit != 0) {\n    when(stateMain === idle) {\n      if (parityBit == 2) {\n        parityBuffer := 0.U\n      } else {\n        parityBuffer := 1.U\n      }\n    }.elsewhen(stateMain === recv | stateMain === parity) {\n      when(levelCounter === LEVEL_COUNTER_MIDDLE.U) {\n        parityBuffer := parityBuffer ^ rxBuffer1\n      }\n    }\n  }\n\n  when(stateMain === stop) {\n    if (parityBit == 0) {\n      dataBuffer := recvBuffer\n    } else {\n      when(parityBuffer === 0.U) {\n        dataBuffer := recvBuffer\n      }\n    }\n  }\n\n  when(stateMain === stop & stateMainBuffer =\/= stop) {\n    if (parityBit == 0) {\n      dataEnable := 1.U\n    } else {\n      when(parityBuffer === 0.U) {\n        dataEnable := 1.U\n      }\n    }\n  }.otherwise {\n    when(io.m_wr.valid & io.m_wr.ready) {\n      dataEnable := 0.U\n    }\n  }\n\n  io.m_wr.valid := dataEnable\n  io.m_wr.bits := dataBuffer\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/CrossClockIrrevocable\/Example\/CrossClockIrrevocableExample.scala","text":"<filename>src\/main\/scala\/IPRepository\/CrossClockIrrevocable\/Example\/CrossClockIrrevocableExample.scala\npackage IPRepository.CrossClockIrrevocable.Example\n\nimport IPRepository.CrossClockIrrevocable.CrossClockIrrevocable\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.util._\nimport chisel3.internal.naming.chiselName\n\n@chiselName\nclass CrossClockIrrevocableExample extends Module {\n\n  val io = IO(new Bundle {\n    val src_clock = Input(Clock())\n    val src_reset = Input(Bool())\n    val dst_clock = Input(Clock())\n    val dst_reset = Input(Bool())\n    val src_count = Output(UInt(8.W))\n    val src_valid = Output(Bool())\n    val src_ready = Output(Bool())\n    val dst_count = Output(UInt(8.W))\n    val dst_valid = Output(Bool())\n    val dst_ready = Output(Bool())\n  })\n\n  val crossClockModule = Module(new CrossClockIrrevocable(UInt(8.W)))\n  crossClockModule.io.dst_clock := io.dst_clock\n  crossClockModule.io.dst_reset := io.dst_reset\n  crossClockModule.io.src_clock := io.src_clock\n  crossClockModule.io.src_reset := io.src_reset\n\n  withClockAndReset(io.src_clock, io.src_reset) {\n    val idle :: running :: delay :: Nil = Enum(3)\n    val srcCounter = RegInit(0.U(8.W))\n    val srcValid = RegInit(false.B)\n    val delayCounter = RegInit(0.U(4.W))\n    val state = RegInit(idle)\n    val stateDelay1 = RegNext(state)\n\n    switch(state) {\n      is(idle) {\n        state := running\n      }\n      is(running) {\n        when (crossClockModule.io.src.valid & crossClockModule.io.src.ready) {\n          state := delay\n        }\n      }\n      is(delay) {\n        when (delayCounter === 15.U) {\n          state := running\n        }\n      }\n    }\n\n    when (crossClockModule.io.src.valid & crossClockModule.io.src.ready) {\n      srcValid := false.B\n    } .elsewhen(state === running) {\n      srcValid := true.B\n    }\n\n    when (state === delay) {\n      delayCounter := delayCounter + 1.U\n    } .otherwise {\n      delayCounter := 0.U\n    }\n\n    when (state === delay & stateDelay1 =\/= delay) {\n      srcCounter := srcCounter + 1.U\n    }\n\n    crossClockModule.io.src.valid := srcValid\n    crossClockModule.io.src.bits := srcCounter\n    io.src_count := srcCounter\n    io.src_valid := srcValid\n    io.src_ready := crossClockModule.io.src.ready\n  }\n\n  withClockAndReset(io.dst_clock, io.dst_reset) {\n    val dstReady = RegInit(false.B)\n\n    when (crossClockModule.io.dst.valid & crossClockModule.io.dst.ready) {\n      dstReady := false.B\n    } .elsewhen(crossClockModule.io.dst.valid) {\n      dstReady := true.B\n    }\n\n    crossClockModule.io.dst.ready := dstReady\n    io.dst_count := crossClockModule.io.dst.bits\n    io.dst_valid := crossClockModule.io.dst.valid\n    io.dst_ready := dstReady\n  }\n}\n\nobject CrossClockIrrevocableExample {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(CrossClockIrrevocableExample.getClass)),\n    () => new CrossClockIrrevocableExample\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AXIFullIO.scala","text":"<filename>src\/main\/scala\/Interfaces\/AXIFullIO.scala\npackage Interfaces\n\nimport chisel3._\n\nclass AXIFullIO(val addrWidth: Int, val dataSize: Int, val IDWidth: Int = 0, val userWidth: Int = 0) extends Bundle {\n\n  require(dataSize > 0)\n  require(addrWidth > 0)\n\n  private val DATA_WIDTH = dataSize * 8\n\n  val awvalid = Output(Bool())\n  val awready = Input(Bool())\n  val awaddr = Output(UInt(addrWidth.W))\n  val awburst = Output(UInt(2.W))\n  val awsize = Output(UInt(3.W))\n  val awlen = Output(UInt(8.W))\n  val awcache = Output(UInt(4.W))\n  val awlock = Output(UInt(1.W))\n  val awprot = Output(UInt(3.W))\n  val awqos = Output(UInt(4.W))\n  val awregion = Output(UInt(4.W))\n  val awid = if (IDWidth > 0) Some(Output(UInt(IDWidth.W))) else None\n  val awuser = if (userWidth > 0) Some(Output(UInt(userWidth.W))) else None\n\n  val wvalid = Output(Bool())\n  val wready = Input(Bool())\n  val wdata = Output(UInt(DATA_WIDTH.W))\n  val wstrb = Output(UInt(dataSize.W))\n  val wlast = Output(Bool())\n  val wid = Output(UInt(IDWidth.W))\n  val wuser = Output(UInt(userWidth.W))\n\n  val bvalid = Input(Bool())\n  val bready = Output(Bool())\n  val bresp = Input(UInt(2.W))\n  val bid = if (IDWidth > 0) Some(Input(UInt(IDWidth.W))) else None\n  val buser = if (userWidth > 0) Some(Input(UInt(userWidth.W))) else None\n\n  val arvalid = Output(Bool())\n  val arready = Input(Bool())\n  val araddr = Output(UInt(addrWidth.W))\n  val arburst = Output(UInt(2.W))\n  val arsize = Output(UInt(3.W))\n  val arlen = Output(UInt(8.W))\n  val arcache = Output(UInt(4.W))\n  val arlock = Output(UInt(1.W))\n  val arprot = Output(UInt(3.W))\n  val arqos = Output(UInt(4.W))\n  val arregion = Output(UInt(4.W))\n  val arid = if (IDWidth > 0) Some(Output(UInt(IDWidth.W))) else None\n  val aruser = if (userWidth > 0) Some(Output(UInt(userWidth.W))) else None\n\n  val rvalid = Input(Bool())\n  val rready = Output(Bool())\n  val rdata = Input(UInt(DATA_WIDTH.W))\n  val rresp = Input(UInt(2.W))\n  val rlast = Input(Bool())\n  val rid = if (IDWidth > 0) Some(Input(UInt(IDWidth.W))) else None\n  val ruser = if (userWidth > 0) Some(Input(UInt(userWidth.W))) else None\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncFIFO\/AsyncFIFODecoupled.scala","text":"<gh_stars>0\npackage IPRepository.AsyncFIFO\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\nimport chisel3.util.Decoupled\n\n@chiselName\nclass AsyncFIFODecoupled(val depth: Int, val width: Int) extends Module {\n\n  private val PTR_WIDTH = chisel3.util.log2Ceil(depth) + 1\n\n  val io = IO(new Bundle {\n    val wr = Flipped(Decoupled(UInt(width.W)))\n    val wr_enable = Input(Bool())\n    val rd = Decoupled(UInt(width.W))\n    val rd_enable = Input(Bool())\n    val rd_reset = Input(Bool())\n    val wr_reset = Input(Bool())\n    val wr_clock = Input(Clock())\n    val rd_clock = Input(Clock())\n  })\n  val asyncFIFO = Module(new AsyncFIFO2(depth, width))\n\n  \/\/ clock and reset\n  asyncFIFO.io.wr_clock := io.wr_clock\n  asyncFIFO.io.wr_reset := io.wr_reset\n  asyncFIFO.io.rd_clock := io.rd_clock\n  asyncFIFO.io.rd_reset := io.rd_reset\n\n  \/\/ write part\n  asyncFIFO.io.wr.bits := io.wr.bits\n  asyncFIFO.io.wr.valid := io.wr.valid\n  asyncFIFO.io.wr.enable := io.wr_enable\n  io.wr.ready := asyncFIFO.io.wr.not_full\n\n  withClockAndReset(io.rd_clock, io.rd_reset) {\n    val readFirstData = Wire(UInt(width.W))\n    val readFirstValid = RegInit(false.B)\n    val readSecondData = RegInit(0.U(width.W))\n    val readSecondValid = RegInit(false.B)\n    val readThirdData = RegInit(0.U(width.W))\n    val readThirdValid = RegInit(false.B)\n    val readValid = RegInit(false.B)\n    val readEnableDelay1 = RegNext(io.rd_enable)\n\n    val willUpdateThird = Wire(Bool())\n    val willUpdateSecond = Wire(Bool())\n    val readFIFOEnable = Wire(Bool())\n\n    readFirstData := asyncFIFO.io.rd.bits\n    willUpdateThird := (readSecondValid | readFirstValid) & (!readThirdValid | (io.rd.ready & io.rd.valid))\n    willUpdateSecond := readFirstValid & (readSecondValid === willUpdateThird)\n    readFIFOEnable := !(readFirstValid & readSecondValid) & asyncFIFO.io.rd.not_empty\n\n    when (! io.rd_enable) {\n      readValid := false.B\n    } .otherwise {\n      when (willUpdateThird | (readThirdValid & !readEnableDelay1)) {\n        readValid := true.B\n      } .elsewhen(io.rd.ready & io.rd.valid) {\n        readValid := false.B\n      }\n    }\n\n    when(willUpdateThird) {\n      readThirdValid := true.B\n    }.elsewhen(io.rd.ready & io.rd.valid) {\n      readThirdValid := false.B\n    }\n\n    when(willUpdateSecond) {\n      readSecondValid := true.B\n    }.elsewhen(willUpdateThird) {\n      readSecondValid := false.B\n    }\n\n    when(readFIFOEnable) {\n      readFirstValid := true.B\n    }.elsewhen(willUpdateSecond | willUpdateThird) {\n      readFirstValid := false.B\n    }\n\n    when(willUpdateThird) {\n      when(readSecondValid) {\n        readThirdData := readSecondData\n      }.otherwise {\n        readThirdData := readFirstData\n      }\n    }\n\n    when(willUpdateSecond) {\n      readSecondData := readFirstData\n    }\n\n    asyncFIFO.io.rd.valid := readFIFOEnable\n    asyncFIFO.io.rd.enable := 1.U\n    io.rd.valid := readValid\n    io.rd.bits := readThirdData\n  }\n}\n\nobject AsyncFIFODecoupled extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(AsyncFIFODecoupled.getClass)),\n    () => new AsyncFIFODecoupled(1024, 32)\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/WriteAddrReady.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass WriteAddrReady extends Module {\n  val io = IO(new Bundle {\n    val awvalid = Input(Bool())\n    val awready = Output(Bool())\n    val bvalid = Input(Bool())\n    val bready = Input(Bool())\n  })\n\n  val addrWriteReady = RegInit(true.B)\n\n  when (io.awready & io.awvalid) {\n    addrWriteReady := false.B\n  } .elsewhen(io.bvalid & io.bready) {\n    addrWriteReady := true.B\n  }\n\n  io.awready := addrWriteReady\n}\n\nobject WriteAddrReady {\n  \/**\n    * generate awready reg value\n    * @param awvalid wire\n    * @param bvalid  wire\n    * @param bready  wire\n    * @return awready reg value\n    *\/\n  def apply(awvalid: Bool,\n            bvalid: Bool,\n            bready: Bool):\n  Bool = {\n    val module = Module(new WriteAddrReady)\n    module.io.awvalid := awvalid\n    module.io.bvalid := bvalid\n    module.io.bready := bready\n    module.io.awready\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/CrossClockBuffer\/CrossClockBufferExample.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.CrossClockBuffer\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\n\n@chiselName\nclass CrossClockBufferExample extends Module {\n\n  val io = IO(new Bundle {\n    val src_clock = Input(Clock())\n    val src_reset = Input(Bool())\n    val dst_clock = Input(Clock())\n    val dst_reset = Input(Bool())\n    val src_count = Output(UInt(8.W))\n    val dst_count = Output(UInt(8.W))\n  })\n\n  val clockCrossBuffer = Module(new CrossClockBuffer(UInt(8.W), 2))\n  clockCrossBuffer.io.dst_clock := io.dst_clock\n  clockCrossBuffer.io.dst_reset := io.dst_reset\n\n  withClockAndReset(io.src_clock, io.src_reset) {\n    val counter = RegInit(0.U(8.W))\n\n    counter := counter + 1.U\n    clockCrossBuffer.io.src := counter\n    io.src_count := counter\n  }\n\n  io.dst_count := clockCrossBuffer.io.dst\n}\n\nobject CrossClockBufferExample extends App {\n\n  println(\"Generate CrossClockBuffer example\")\n  chisel3.Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(CrossClockBufferExample.getClass)),\n    () => new CrossClockBufferExample()\n  )\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadLast.scala","text":"<reponame>zequyou\/HardwareRepository<filename>src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadLast.scala\npackage IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass ReadLast extends Module {\n  val io = IO(new Bundle {\n    val arvalid = Input(Bool())\n    val arready = Input(Bool())\n    val arlen = Input(UInt(8.W))\n    val rvalid = Input(Bool())\n    val rready = Input(Bool())\n    val readExp = Input(UInt(8.W))\n    val readAct = Input(UInt(8.W))\n    val readLast = Output(Bool())\n  })\n\n  val readLast = RegInit(false.B)\n\n  when (io.arvalid & io.arready & io.arlen === 0.U) {\n    readLast := true.B\n  } .elsewhen (io.rvalid & io.rready & io.readExp === io.readAct + 1.U) {\n    readLast := true.B\n  } .elsewhen (io.readExp === io.readAct) {\n    readLast := true.B\n  } .otherwise {\n    readLast := false.B\n  }\n\n  io.readLast := readLast\n}\n\nobject ReadLast {\n  \/**\n    * generate rlast value\n    *\/\n  def apply(arvalid: Bool,\n            arready: Bool,\n            arlen: UInt,\n            rvalid: Bool,\n            rready: Bool,\n            rExp: UInt,\n            rAct: UInt):\n  Bool = {\n    val module = Module(new ReadLast())\n    module.io.arvalid := arvalid\n    module.io.arready := arready\n    module.io.arlen := arlen\n    module.io.rvalid := rvalid\n    module.io.rready := rready\n    module.io.readExp := rExp\n    module.io.readAct := rAct\n    module.io.readLast\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AXI\/AXIAsyncTxSimplifiedWithFIFO.scala","text":"package IPRepository.AXI\n\nimport Interfaces.AxiLite\nimport chisel3._\n\nclass AXIAsyncTxSimplifiedWithFIFO(val levelPeriod: Int, val FIFODepth: Int) extends Module {\n\n  val io = IO(new Bundle{\n    val s_axi = Flipped(new AxiLite(3, 32))\n    val tx = Output(Bool())\n  })\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SyncFIFO\/SyncFIFO.scala","text":"<gh_stars>0\npackage IPRepository.SyncFIFO\n\nimport chisel3._\nimport Support.MyMath\n\nclass SyncFIFO(val depth: Int, val width: Int) extends Module {\n\n  private val COUNTER_WIDTH = MyMath.clog2(depth)\n\n  val io = IO(new Bundle{\n    val wr = new Bundle {\n      val data = Input(UInt(width.W))\n\n      val valid = Input(Bool())\n      val full = Output(Bool())\n    }\n    val rd = new Bundle {\n      val data = Output(UInt(width.W))\n      val valid = Input(Bool())\n      val empty = Output(Bool())\n    }\n  })\n\n  \/\/ pointer and enable\n  val wrPointer = RegInit(0.U(COUNTER_WIDTH.W))\n  val rdPointer = RegInit(0.U(COUNTER_WIDTH.W))\n  val wrEnable: Bool = Wire(Bool())\n  val rdEnable: Bool = Wire(Bool())\n\n  wrEnable := io.wr.valid & !io.wr.full\n  rdEnable := io.rd.valid & !io.rd.empty\n\n  when (wrEnable) {\n    wrPointer := wrPointer + 1.U\n  }\n  when (rdEnable) {\n    rdPointer := rdPointer + 1.U\n  }\n\n  \/\/ data counter and full empty flag\n  val counter = RegInit(0.U(COUNTER_WIDTH.W))\n  val wrFull = RegInit(false.B)\n  val rdEmpty = RegInit(true.B)\n  val counterWillDecrease: Bool = Wire(Bool())\n  val counterWillIncrease: Bool = Wire(Bool())\n  val counterWillBeSame: Bool = Wire(Bool())\n\n  counterWillDecrease := !wrEnable & rdEnable\n  counterWillIncrease := wrEnable & !rdEnable\n  counterWillBeSame := wrEnable === rdEnable\n\n  when (counterWillIncrease) {\n    counter := counter + 1.U\n  } .elsewhen(counterWillDecrease) {\n    counter := counter - 1.U\n  }\n\n  when ((counter === depth.U & counterWillBeSame) | (counter === (depth - 1).U & counterWillIncrease)) {\n    wrFull := true.B\n  } .otherwise {\n    wrFull := false.B\n  }\n\n  when ((counter === 0.U & counterWillBeSame) | (counter === 1.U & counterWillDecrease)) {\n    rdEmpty := true.B\n  } .otherwise {\n    rdEmpty := false.B\n  }\n\n  io.rd.empty := rdEmpty\n  io.wr.full := wrFull\n\n  \/\/ write and read data\n  val memory = Mem(depth, UInt(width.W))\n  val rdData = RegInit(0.U(width.W))\n\n  when (wrEnable) {\n    memory.write(wrPointer, io.wr.data)\n  }\n\n  when (rdEnable) {\n    rdData := memory.read(rdPointer)\n  }\n\n  io.rd.data := rdData\n}\n\nobject SyncFIFO extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getVerilogDir(SyncFIFO.getClass)),\n    () => new SyncFIFO(1024, 32)\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/MAXIFullBridge\/MAXIFullBridgeGenerator.scala","text":"<gh_stars>0\npackage IPRepository.MAXIFullBridge\n\nobject MAXIFullBridgeGenerator extends App {\n\n  println(\"Generating the MAXIFullBridge hardware\")\n  chisel3.Driver.execute(Array(\"--target-dir\", \"generated\"), () => new MAXIFullBridge(4))\n\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AxiLite.scala","text":"package Interfaces\n\nobject AXILite {\n  def apply(addrWidth: Int, dataSize: Int): AXILiteIO = {\n    new AXILiteIO(addrWidth, dataSize)\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/WriteDataReady.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass WriteDataReady extends Module {\n  val io = IO(new Bundle {\n    val awvalid = Input(Bool())\n    val awready = Input(Bool())\n    val wvalid = Input(Bool())\n    val wready = Output(Bool())\n    val wlast = Input(Bool())\n  })\n\n  val wready = RegInit(false.B)\n\n  when (io.awvalid & io.awready) {\n    wready := true.B\n  } .elsewhen(io.wvalid & io.wready & io.wlast) {\n    wready := false.B\n  }\n\n  io.wready := wready\n}\n\nobject WriteDataReady {\n\n  \/**\n    * generate wready reg value\n    * @param awvalid wire\n    * @param awready reg\n    * @param wvalid  wire\n    * @param wlast   wire\n    * @return\n    *\/\n  def apply(awvalid: Bool,\n            awready: Bool,\n            wvalid: Bool,\n            wlast: Bool):\n  Bool = {\n    val module = Module(new WriteDataReady)\n    module.io.awvalid := awvalid\n    module.io.awready := awready\n    module.io.wvalid := wvalid\n    module.io.wlast := wlast\n    module.io.wready\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadAddrReady.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass ReadAddrReady extends Module {\n  val io = IO(new Bundle {\n    val arvalid = Input(Bool())\n    val arready = Output(Bool())\n    val rvalid = Input(Bool())\n    val rready = Input(Bool())\n    val rlast = Input(Bool())\n  })\n\n  val addrReadReady = RegInit(true.B)\n\n  when (io.arvalid & io.arready) {\n    addrReadReady := false.B\n  } .elsewhen(io.rvalid & io.rready & io.rlast) {\n    addrReadReady := true.B\n  }\n\n  io.arready := addrReadReady\n}\n\nobject ReadAddrReady {\n  \/**\n    * generate arready reg value\n    *\n    * @param arvalid Wire\n    * @param rvalid  wire\n    * @param rready  Wire\n    * @param rlast   wire\n    * @return\n    *\/\n  def apply(arvalid: Bool,\n            rvalid: Bool,\n            rready: Bool,\n            rlast: Bool = true.B):\n  Bool = {\n    val inst = Module(new ReadAddrReady())\n    inst.io.arvalid := arvalid\n    inst.io.rvalid := rvalid\n    inst.io.rready := rready\n    inst.io.rlast := rlast\n    inst.io.arready\n  }\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/WriteRespValid.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass WriteRespValid extends Module {\n  val io = IO(new Bundle {\n    val wvalid = Input(Bool())\n    val wready = Input(Bool())\n    val wlast = Input(Bool())\n    val bvalid = Output(Bool())\n    val bready = Input(Bool())\n  })\n\n  val bvalid = RegInit(false.B)\n\n  when (io.wvalid & io.wready & io.wlast) {\n    bvalid := true.B\n  } .elsewhen(io.bready & io.bvalid) {\n    bvalid := false.B\n  }\n\n  io.bvalid := bvalid\n}\n\nobject WriteRespValid {\n\n  \/**\n    * generate bvalid reg value\n    * @param wvalid wire\n    * @param wready reg\n    * @param wlast  wire\n    * @param bready wire\n    * @return bvalid reg value\n    *\/\n  def apply(wvalid: Bool,\n            wready: Bool,\n            wlast: Bool,\n            bready: Bool):\n  Bool = {\n    val module = Module(new WriteRespValid)\n    module.io.wvalid := wvalid\n    module.io.wready := wready\n    module.io.wlast := wlast\n    module.io.bready := bready\n    module.io.bvalid\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/CrossClockBuffer\/CrossClockBuffer.scala","text":"package IPRepository.CrossClockBuffer\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\n\n@chiselName\nclass CrossClockBuffer[T <: chisel3.Data](val gen: T, val stage: Int = 2) extends Module {\n\n  assert(stage >= 2)\n\n  val io = IO(new Bundle {\n    val src = Input(gen)\n    val dst = Output(gen)\n    val dst_clock = Input(Clock())\n    val dst_reset = Input(Bool())\n  })\n\n  withClockAndReset(io.dst_clock, io.dst_reset) {\n    val innerBuffer = Reg(Vec(stage, gen))\n\n    innerBuffer(0) := io.src\n    io.dst := innerBuffer(stage - 1)\n\n    for (i <- 1 until stage) {\n      innerBuffer(i) := innerBuffer(i - 1)\n    }\n  }\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadCounterExp.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass ReadCounterExp extends Module {\n  val io = IO(new Bundle {\n    val arvalid = Input(Bool())\n    val arready = Input(Bool())\n    val arlen = Input(UInt(8.W))\n    val readExp = Output(UInt(8.W))\n  })\n\n  val readExp = RegInit(0.U(8.W))\n\n  when (io.arvalid & io.arready) {\n    readExp := io.arlen\n  }\n\n  io.readExp := readExp\n}\n\nobject ReadCounterExp {\n\n  \/**\n    * generate read expect reg value\n    *\n    * @param arvalid wire\n    * @param arready reg\n    * @param arlen   wire\n    * @return\n    *\/\n  def apply(arvalid: Bool,\n            arready: Bool,\n            arlen: UInt):\n  UInt = {\n    val module = Module(new ReadCounterExp())\n    module.io.arvalid := arvalid\n    module.io.arready := arready\n    module.io.arlen := arlen\n    module.io.readExp\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/WriteCounterAct.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass WriteCounterAct extends Module {\n  val io = IO(new Bundle {\n    val wvalid = Input(Bool())\n    val wready = Input(Bool())\n    val bvalid = Input(Bool())\n    val bready = Input(Bool())\n    val counter = Output(UInt(8.W))\n  })\n\n  val counter = RegInit(0.U(8.W))\n\n  when(io.wvalid & io.wready) {\n    counter := counter + 1.U\n  }.elsewhen(io.bvalid & io.bready) {\n    counter := 0.U\n  }\n\n  io.counter := counter\n}\n\nobject WriteCounterAct {\n\n  \/**\n    * generate write actual reg value\n    * @param wvalid wire\n    * @param wready reg\n    * @param bvalid reg\n    * @param bready wire\n    * @return\n    *\/\n  def apply(wvalid: Bool,\n            wready: Bool,\n            bvalid: Bool,\n            bready: Bool):\n  UInt = {\n    val module = Module(new WriteCounterAct)\n    module.io.wvalid := wvalid\n    module.io.wready := wready\n    module.io.bvalid := bvalid\n    module.io.bready := bready\n    module.io.counter\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Support\/MyMath.scala","text":"package Support\n\nobject MyMath {\n\n  def clog2(source: Int): Int = {\n    Math.ceil(Math.log(source) \/ Math.log(2)).toInt\n  }\n\n  def toGrey(source: Int): Int = {\n    source + (source << 1)\n  }\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AxiFullSimplified.scala","text":"package Interfaces\n\nimport chisel3._\nimport chisel3.util.Decoupled\n\nclass AxiFullSimplified(val addrWidth: Int, val dataSize: Int) extends Bundle {\n\n  private val ADDR_WIDTH = addrWidth\n  private val DATA_WIDTH = dataSize * 8\n\n  val rcmd = Decoupled(new Bundle {\n    val addr = Output(UInt(ADDR_WIDTH.W))\n    val burst = Output(UInt(2.W))\n    val len = Output(UInt(8.W))\n  })\n\n  val rdata = Flipped(Decoupled(UInt(DATA_WIDTH.W)))\n\n  val wcmd = Decoupled(new Bundle {\n    val addr = Output(UInt(ADDR_WIDTH.W))\n    val burst = Output(UInt(2.W))\n    val len = Output(UInt(8.W))\n  })\n\n  val wdata = Decoupled(new Bundle {\n    val data = Output(UInt(DATA_WIDTH.W))\n    val strb = Output(UInt(dataSize.W))\n  })\n\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AsyncFIFO\/AsyncFIFODecoupledExample.scala","text":"<gh_stars>0\npackage IPRepository.AsyncFIFO\n\nimport chisel3._\nimport chisel3.core.withClockAndReset\nimport chisel3.internal.naming.chiselName\nimport chisel3.util._\n\n@chiselName\nclass AsyncFIFODecoupledExample extends Module {\n\n  val io = IO(new Bundle {\n    val wr_clock = Input(Clock())\n    val wr_reset = Input(Bool())\n    val wr_valid = Output(Bool())\n    val wr_ready = Output(Bool())\n    val wr_bits = Output(UInt(10.W))\n    val rd_clock = Input(Clock())\n    val rd_reset = Input(Bool())\n    val rd_valid = Output(Bool())\n    val rd_ready = Output(Bool())\n    val rd_bits = Output(UInt(10.W))\n  })\n\n  val fifo = Module(new AsyncFIFODecoupled(128, 10))\n  fifo.io.wr_enable := 1.U\n  fifo.io.wr_clock := io.wr_clock\n  fifo.io.wr_reset := io.wr_reset\n  fifo.io.rd_enable := 1.U\n  fifo.io.rd_clock := io.rd_clock\n  fifo.io.rd_reset := io.rd_reset\n\n\n  withClockAndReset(io.wr_clock, io.wr_reset) {\n    val idle :: running :: wait :: Nil = Enum(3)\n    val counter = RegInit(0.U(10.W))\n    val delay = RegInit(0.U(8.W))\n    val state = RegInit(idle)\n    val writeValid = RegInit(false.B)\n\n    switch(state) {\n      is(idle) {\n        state := running\n      }\n      is(running) {\n        when(!fifo.io.wr.ready) {\n          state := wait\n        }\n      }\n      is(wait) {\n        when(delay === 255.U) {\n          state := running\n        }\n      }\n    }\n\n    when(state === wait) {\n      delay := delay + 1.U\n    }.otherwise {\n      delay := 0.U\n    }\n\n    when(fifo.io.wr.valid & fifo.io.wr.ready) {\n      counter := counter + 1.U\n    }\n\n    when(state === running) {\n      writeValid := true.B\n    }.otherwise {\n      writeValid := false.B\n    }\n\n    fifo.io.wr.valid := writeValid\n    fifo.io.wr.bits := counter\n\n    io.wr_bits := fifo.io.wr.bits\n    io.wr_valid := writeValid\n    io.wr_ready := fifo.io.wr.ready\n  }\n\n\n  withClockAndReset(io.rd_clock, io.rd_reset) {\n    val idle :: running :: wait :: Nil = Enum(3)\n    val delay = RegInit(0.U(8.W))\n    val state = RegInit(idle)\n    val readReady = RegInit(false.B)\n\n    switch(state) {\n      is(idle) {\n        state := running\n      }\n      is(running) {\n        when (! fifo.io.rd.valid) {\n          state := wait\n        }\n      }\n      is(wait) {\n        when (delay === 255.U) {\n          state := running\n        }\n      }\n    }\n\n    when(state === wait) {\n      delay := delay + 1.U\n    } .otherwise {\n      delay := 0.U\n    }\n\n    when (state === running) {\n      readReady := true.B\n    } .otherwise {\n      readReady := false.B\n    }\n\n    fifo.io.rd.ready := readReady\n\n    io.rd_bits := fifo.io.rd.bits\n    io.rd_valid := fifo.io.rd.valid\n    io.rd_ready := fifo.io.rd.ready\n  }\n}\n\nobject AsyncFIFODecoupledExample extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getSourceDir(AsyncFIFODecoupledExample.getClass)),\n    () => new AsyncFIFODecoupledExample\n  )\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/MAXILiteBridge\/MAXILiteBridgeGenerator.scala","text":"package IPRepository.MAXILiteBridge\n\nobject MAXILiteBridgeGenerator extends App {\n\n  println(\"Generating the MAXILiteBridge hardware\")\n  chisel3.Driver.execute(Array(\"--target-dir\", \"generated\"), () => new MAXILiteBridge(4))\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIFullMMRegs\/SAXIFullMMRegs.scala","text":"package IPRepository.SAXIFullMMRegs\n\nimport Interfaces.{AXIFull, Immediate}\nimport chisel3._\nimport chisel3.util.log2Ceil\n\nclass SAXIFullMMRegs(regCount: Int, regSize: Int) extends Module {\n\n  assert(regCount >= 1)\n  assert(List(1, 2, 4, 8, 16, 32, 64, 128).contains(regSize))\n\n  private val ADDR_WIDTH = log2Ceil(regCount) + log2Ceil(regSize)\n  private val INNER_ADDR_WIDTH = log2Ceil(regCount)\n  private val ADDR_MBITS = ADDR_WIDTH - 1\n  private val ADDR_LBITS = log2Ceil(regSize)\n  private val DATA_WIDTH = regSize * 8\n\n  val io = IO(new Bundle {\n    val s_axi = AXIFull(ADDR_WIDTH, regSize)\n    val w = Immediate(new Bundle {\n      val addr = UInt(INNER_ADDR_WIDTH.W)\n      val data = UInt(DATA_WIDTH.W)\n      val strb = UInt(regSize.W)\n    })\n    val r = new Bundle {\n      val valid = Output(Bool())\n      val bits = new Bundle {\n        val addr = Output(UInt(INNER_ADDR_WIDTH.W))\n        val data = Input(UInt(DATA_WIDTH.W))\n      }\n    }\n  })\n\n  \/\/ axi write addr\n  val writeAddrReady = RegInit(true.B)\n  val writeAddr = RegInit(0.U(INNER_ADDR_WIDTH.W))\n\n  when (io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddrReady := false.B\n  } .elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeAddrReady := true.B\n  }\n\n  when (io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddr := io.s_axi.awaddr(ADDR_MBITS, ADDR_LBITS)\n  } .elsewhen(io.s_axi.wvalid & io.s_axi.wready) {\n    writeAddr := writeAddr + 1.U\n  }\n\n  io.s_axi.awready := writeAddrReady\n\n\n  \/\/ axi write data\n  val writeDataReady = RegInit(false.B)\n  val writeLast = RegInit(false.B)\n  val writeDataExp = RegInit(0.U(8.W))\n  val writeDataAct = RegInit(0.U(8.W))\n\n  when (writeDataExp === writeDataAct & io.s_axi.wvalid & io.s_axi.wready) {\n    writeDataReady := false.B\n  } .elsewhen(io.s_axi.awvalid & io.s_axi.awready) {\n    writeDataReady := true.B\n  }\n\n  when (writeDataAct + 1.U === writeDataExp & io.s_axi.wvalid & io.s_axi.wready) {\n    writeLast := true.B\n  } .elsewhen(io.s_axi.awvalid & io.s_axi.awready & io.s_axi.awlen === 0.U) {\n    writeLast := false.B\n  }\n\n  when (io.s_axi.awvalid & io.s_axi.awready) {\n    writeDataExp := io.s_axi.awlen\n  }\n\n  when (io.s_axi.wvalid & io.s_axi.wready) {\n    writeDataAct := writeDataAct + 1.U\n  } .elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeDataAct := 0.U\n  }\n\n  io.s_axi.wready := writeDataReady\n  io.s_axi.wlast := writeLast\n\n\n  \/\/ write response\n  val writeResponse = RegInit(false.B)\n\n  when (writeDataExp === writeDataAct & io.s_axi.wvalid & io.s_axi.wready) {\n    writeResponse := true.B\n  } .elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeResponse := false.B\n  }\n\n  io.s_axi.bvalid := writeResponse\n  io.s_axi.bresp := 0.U\n\n\n  \/\/ write inner\n  io.w.bits.addr := writeAddr\n  io.w.bits.data := io.s_axi.wdata\n  io.w.bits.strb := io.s_axi.wstrb\n  io.w.valid := io.s_axi.wvalid & io.s_axi.wready\n\n\n  \/\/ read addr\n  val readAddr = RegInit(0.U(INNER_ADDR_WIDTH.W))\n  val readAddrReady = RegInit(true.B)\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrReady := false.B\n  } .elsewhen(io.s_axi.rvalid & io.s_axi.rready & io.s_axi.rlast) {\n    readAddrReady := true.B\n  }\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readAddr := io.s_axi.araddr(ADDR_MBITS, ADDR_LBITS)\n  } .elsewhen(io.r.valid) {\n    readAddr := readAddr + 1.U\n  }\n\n  io.s_axi.arready := readAddrReady\n\n\n  \/\/ read data\n  val readData = RegInit(0.U(DATA_WIDTH.W))\n  val readDataValid = RegInit(false.B)\n  val readFirst = RegInit(false.B)\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readFirst := true.B\n  } .otherwise {\n    readFirst := false.B\n  }\n\n  when (io.r.valid) {\n    readDataValid := true.B\n  } .elsewhen(io.s_axi.rvalid & io.s_axi.rready) {\n    readDataValid := false.B\n  }\n\n  when (io.r.valid) {\n    readData := io.r.bits.data\n  }\n\n  io.s_axi.rdata := readData\n  io.s_axi.rvalid := readDataValid\n\n\n  \/\/ inner read\n  io.r.bits.addr := readAddr\n  io.r.valid := readFirst | (io.s_axi.rvalid & io.s_axi.rready & !io.s_axi.rlast)\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SEIDirectSyncRam\/SEIDirectSyncRamCommon.scala","text":"<gh_stars>0\n\npackage IPRepository.SEIDirectSyncRam\n\nimport Interfaces.Immediate\nimport chisel3._\n\nclass SEIDirectSyncRamCommon(wrAddrWidth: Int, rdAddrWidth: Int, dataSize: Int) extends Module {\n\n  private val WR_ADDR_WIDTH = wrAddrWidth\n  private val WR_DATA_WIDTH = dataSize * 8\n  private val RD_ADDR_WIDTH = rdAddrWidth\n  private val RD_DATA_WIDTH = dataSize * 8\n  private val RAM_WIDTH = dataSize * 8\n  private val RAM_DEPTH = Math.pow(2, wrAddrWidth).toInt\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val addr = Flipped(Immediate(UInt(WR_ADDR_WIDTH.W)))\n      val data = Input(UInt(WR_DATA_WIDTH.W))\n    }\n    val rd = new Bundle {\n      val addr = Flipped(Immediate(UInt(RD_ADDR_WIDTH.W)))\n      val data = Input(UInt(RD_DATA_WIDTH.W))\n    }\n  })\n\n  val ram = SyncReadMem(RAM_DEPTH, UInt(RAM_WIDTH.W))\n  val readData = RegInit(0.U(RAM_WIDTH.W))\n\n  when (io.wr.addr.valid) {\n    ram.write(io.wr.addr.bits, io.wr.data)\n  }\n\n  when (io.rd.addr.valid) {\n    readData := ram.read(io.rd.addr.bits)\n  }\n\n  io.rd.data := readData\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SEIDirectSyncRam\/SEIDirectSyncRamWrFirst.scala","text":"\npackage IPRepository.SEIDirectSyncRam\n\nimport Interfaces.Immediate\nimport chisel3._\n\nclass SEIDirectSyncRamWrFirst(wrAddrWidth: Int, rdAddrWidth: Int, wrDataSize: Int, rdDataSize: Int) extends Module {\n\n  private val RAM_DATA_WIDTH = wrDataSize * 8\n  private val RD_ADDR_WIDTH = rdAddrWidth\n  private val RD_DATA_WIDTH = rdDataSize * 8\n  private val WR_ADDR_WIDTH = wrAddrWidth\n  private val WR_DATA_WIDTH = wrDataSize * 8\n  private val RAM_READ_GROUP_COUNT = Math.pow(2, rdAddrWidth - wrAddrWidth).toInt\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val addr = Flipped(Immediate(UInt(WR_ADDR_WIDTH.W)))\n      val data = Input(UInt(WR_DATA_WIDTH.W))\n    }\n    val rd = new Bundle {\n      val addr = Flipped(Immediate(UInt(RD_ADDR_WIDTH.W)))\n      val data = Input(UInt(RD_DATA_WIDTH.W))\n    }\n  })\n\n  val mem = SyncReadMem(Math.pow(2, wrAddrWidth).toInt, Vec(1, UInt(WR_DATA_WIDTH.W)))\n  val writeData: Vec[UInt] = Wire(Vec(1, UInt(RAM_DATA_WIDTH.W)))\n  val writeMask: Vec[Bool] = Wire(Vec(1, Bool()))\n  val readData:  Vec[UInt] = Wire(Vec(1, UInt(RAM_DATA_WIDTH.W)))\n  val readDataGroup: Vec[UInt] = Wire(Vec(RAM_READ_GROUP_COUNT, UInt(RD_DATA_WIDTH.W)))\n  val readAddrHi: UInt = io.rd.addr.bits(rdAddrWidth - 1, rdAddrWidth - wrAddrWidth)\n  val readAddrLo: UInt = io.rd.addr.bits(rdAddrWidth - wrAddrWidth - 1, 0)\n  val readAddrLoBuffer = RegInit(0.U((rdAddrWidth - wrAddrWidth).W))\n\n  writeData(0) := io.wr.data\n  writeMask(0) := io.wr.addr.valid\n\n  mem.write(io.wr.addr.bits, writeData, writeMask)\n\n  readData := mem.read(readAddrHi, io.rd.addr.valid)\n\n  for(i <- 0 until RAM_READ_GROUP_COUNT) {\n    readDataGroup(i) := readData(0)((i + 1) * RD_DATA_WIDTH - 1, i * RD_DATA_WIDTH)\n  }\n\n  when(io.rd.addr.valid) {\n    readAddrLoBuffer := readAddrLo\n  }\n\n  io.rd.data := readDataGroup(readAddrLoBuffer)\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/MAXILiteBridge\/MAXILiteBridge.scala","text":"<gh_stars>0\npackage IPRepository.MAXILiteBridge\n\nimport Interfaces.{AxiLite, AxiLiteSimplified}\nimport chisel3._\n\nclass MAXILiteBridge(val dataSize: Int = 4) extends Module {\n\n  private val AXI_DATA_WIDTH = dataSize * 8\n  private val AXI_ADDR_WIDTH = 32\n\n  val io = IO(new Bundle{\n    val m_axi = new AxiLite(AXI_ADDR_WIDTH, AXI_DATA_WIDTH)\n    val m_axi_simplified = Flipped(new AxiLiteSimplified(AXI_ADDR_WIDTH, dataSize))\n  })\n\n  \/\/ write addr\n  val writeAddrAcceptable = RegInit(true.B)\n  val awaddr: UInt = Wire(UInt(AXI_ADDR_WIDTH.W))\n\n  awaddr := io.m_axi_simplified.wr.bits.addr\n\n  when (io.m_axi.awvalid & io.m_axi.awready) {\n    writeAddrAcceptable := false.B\n  } .elsewhen (io.m_axi.bready & io.m_axi.bvalid) {\n    writeAddrAcceptable := true.B\n  }\n\n  io.m_axi.awvalid := writeAddrAcceptable & io.m_axi_simplified.wr.valid\n  io.m_axi.awaddr := awaddr\n\n  \/\/ write data\n  val writeDataAcceptable = RegInit(true.B)\n  val wdata: UInt = Wire(UInt(AXI_ADDR_WIDTH.W))\n  val wstrb: UInt = Wire(UInt(dataSize.W))\n\n  wdata := io.m_axi_simplified.wr.bits.data\n  wstrb := io.m_axi_simplified.wr.bits.strb\n\n  when (io.m_axi.wvalid & io.m_axi.wready) {\n    writeDataAcceptable := false.B\n  } .elsewhen(io.m_axi.bready & io.m_axi.bvalid) {\n    writeDataAcceptable := true.B\n  }\n\n  io.m_axi.wvalid := writeDataAcceptable & io.m_axi_simplified.wr.valid\n  io.m_axi.wdata := wdata\n  io.m_axi.wstrb := wstrb\n\n  \/\/ write response\n  io.m_axi.bready := 1.U\n  io.m_axi_simplified.wr.ready := io.m_axi.bvalid & io.m_axi.bready\n\n\n  \/\/ read address\n  val readAddrAcceptable = RegInit(true.B)\n\n  when (io.m_axi.arvalid & io.m_axi.arready) {\n    readAddrAcceptable := false.B\n  } .elsewhen(io.m_axi.rvalid & io.m_axi.rready) {\n    readAddrAcceptable := true.B\n  }\n\n  io.m_axi.arvalid := readAddrAcceptable & io.m_axi_simplified.rd.addr.valid\n  io.m_axi.araddr := io.m_axi_simplified.rd.addr.bits\n  io.m_axi.rready := io.m_axi_simplified.rd.addr.valid\n\n  io.m_axi_simplified.rd.data := io.m_axi.rdata\n  io.m_axi_simplified.rd.addr.ready := io.m_axi.rvalid\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/Uart.scala","text":"package Interfaces\n\nimport chisel3._\n\nclass Uart extends Bundle {\n  val tx = Output(Bool())\n  val rx = Input(Bool())\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/MAXIFullBridge\/MAXIFullBridge.scala","text":"<filename>src\/main\/scala\/IPRepository\/MAXIFullBridge\/MAXIFullBridge.scala\npackage IPRepository.MAXIFullBridge\n\nimport Interfaces.{AxiFull, AxiFullSimplified}\nimport Support.MyMath._\nimport chisel3._\n\nclass MAXIFullBridge(val dataSize: Int) extends Module {\n\n  private val AXI_ADDR_WIDTH = 32\n  private val AXI_DATA_WIDTH = dataSize * 8\n\n  val io = IO(new Bundle {\n    val m_axi = new AxiFull(AXI_ADDR_WIDTH, AXI_DATA_WIDTH, 0, 0)\n    val m_axi_simplified = Flipped(new AxiFullSimplified(AXI_ADDR_WIDTH, dataSize))\n  })\n\n  val writing = RegInit(false.B)\n\n  \/\/ write address\n  val writeAddrComplete = RegInit(false.B)\n  val awaddr: UInt = Wire(UInt(AXI_ADDR_WIDTH.W))\n  val awburst: UInt = Wire(UInt(2.W))\n  val awlen: UInt = Wire(UInt(8.W))\n\n  awaddr := io.m_axi_simplified.wcmd.bits.addr\n  awburst := io.m_axi_simplified.wcmd.bits.burst\n  awlen := io.m_axi_simplified.wcmd.bits.len\n\n  when (io.m_axi.awvalid & io.m_axi.awready) {\n    writeAddrComplete := true.B\n  } .elsewhen (!writing) {\n    writeAddrComplete := false.B\n  }\n\n  io.m_axi.awvalid := Mux(writing, !writeAddrComplete, io.m_axi_simplified.wcmd.valid)\n  io.m_axi_simplified.wcmd.ready := io.m_axi.bvalid\n  io.m_axi.awaddr := awaddr\n  io.m_axi.awburst := awburst\n  io.m_axi.awsize := clog2(dataSize).U\n  io.m_axi.awlen := awlen\n  io.m_axi.awcache := 3.U\n  io.m_axi.awlock := 0.U\n  io.m_axi.awprot := 0.U\n  io.m_axi.awqos := 0.U\n  io.m_axi.awregion := 0.U\n\n  \/\/ write data\n  val wvalid: UInt = Wire(Bool())\n  val wready: UInt = Wire(Bool())\n  val wdata: UInt = Wire(UInt(AXI_DATA_WIDTH.W))\n  val wstrb: UInt = Wire(UInt(dataSize.W))\n  val wcounter = RegInit(0.U(8.W))\n  val wdesired = RegInit(0.U(8.W))\n\n  wvalid := io.m_axi_simplified.wdata.valid\n  wready := io.m_axi.wready\n  wdata := io.m_axi_simplified.wdata.bits.data\n  wstrb := io.m_axi_simplified.wdata.bits.strb\n\n  when(io.m_axi_simplified.wcmd.valid) {\n    wdesired := io.m_axi_simplified.wcmd.bits.len\n  }\n\n  when (io.m_axi.wvalid & io.m_axi.wready) {\n    wcounter := wcounter + 1.U\n  } .elsewhen(!writing) {\n    wcounter := 0.U\n  }\n\n  io.m_axi.wvalid := wvalid\n  io.m_axi_simplified.wdata.ready := wready\n  io.m_axi.wdata := wdata\n  io.m_axi.wstrb := wstrb\n  io.m_axi.wlast := Mux(writing, wcounter === wdesired, io.m_axi.awlen === 0.U)\n  io.m_axi.wid := 0.U\n  io.m_axi.wuser := 0.U\n\n  \/\/ write response\n  io.m_axi.bready := 1.U\n\n  \/\/ writing\n  when(io.m_axi.bvalid) {\n    writing := false.B\n  }.elsewhen(io.m_axi_simplified.wcmd.valid) {\n    writing := true.B\n  }\n\n  \/\/ read address\n  val readAddrNotComplete = RegInit(true.B)\n  val araddr: UInt = Wire(UInt(AXI_ADDR_WIDTH.W))\n  val arburst: UInt = Wire(UInt(2.W))\n  val arlen: UInt = Wire(UInt(8.W))\n\n  araddr := io.m_axi_simplified.rcmd.bits.addr\n  arburst := io.m_axi_simplified.rcmd.bits.burst\n  arlen := io.m_axi_simplified.rcmd.bits.len\n\n  when (io.m_axi.arvalid & io.m_axi.arready) {\n    readAddrNotComplete := false.B\n  } .elsewhen(io.m_axi.rlast & io.m_axi.rvalid & io.m_axi.rready) {\n    readAddrNotComplete := true.B\n  }\n\n  io.m_axi.arvalid := readAddrNotComplete & io.m_axi_simplified.rcmd.valid\n  io.m_axi_simplified.rcmd.ready := io.m_axi.rlast & io.m_axi.rvalid & io.m_axi.rready\n  io.m_axi.araddr := araddr\n  io.m_axi.arburst := arburst\n  io.m_axi.arsize := clog2(dataSize).U\n  io.m_axi.arlen := arlen\n  io.m_axi.arcache := 3.U\n  io.m_axi.arlock := 0.U\n  io.m_axi.arprot := 0.U\n  io.m_axi.arqos := 0.U\n  io.m_axi.arregion := 0.U\n\n  \/\/ read data\n  val rvalid: Bool = Wire(Bool())\n  val rready: Bool = Wire(Bool())\n  val rdata: UInt = Wire(UInt(AXI_DATA_WIDTH.W))\n\n  rvalid := io.m_axi.rvalid\n  rready := io.m_axi_simplified.rdata.ready\n  rdata := io.m_axi.rdata\n\n  io.m_axi_simplified.rdata.valid := rvalid\n  io.m_axi.rready := rready\n  io.m_axi_simplified.rdata.bits := rdata\n\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SEIDirectSyncRam\/SEIDirectSyncRamRdFirst.scala","text":"<filename>src\/main\/scala\/IPRepository\/SEIDirectSyncRam\/SEIDirectSyncRamRdFirst.scala\n\npackage IPRepository.SEIDirectSyncRam\n\nimport Interfaces.Immediate\nimport chisel3._\nimport chisel3.util._\n\nclass SEIDirectSyncRamRdFirst(wrAddrWidth: Int, rdAddrWidth: Int, wrDataSize: Int, rdDataSize: Int) extends Module {\n\n  private val RAM_WIDTH = wrDataSize * 8\n  private val RAM_DEPTH = Math.pow(2, rdAddrWidth).toInt\n  private val RD_ADDR_WIDTH = rdAddrWidth\n  private val RD_DATA_WIDTH = rdDataSize * 8\n  private val WR_ADDR_WIDTH = wrAddrWidth\n  private val WR_DATA_WIDTH = wrDataSize * 8\n  private val WR_GROUP_COUNT = Math.pow(2, wrAddrWidth - rdAddrWidth).toInt\n\n  val io = IO(new Bundle {\n    val wr = new Bundle {\n      val addr = Flipped(Immediate(UInt(WR_ADDR_WIDTH.W)))\n      val data = Input(UInt(WR_DATA_WIDTH.W))\n    }\n    val rd = new Bundle {\n      val addr = Flipped(Immediate(UInt(RD_ADDR_WIDTH.W)))\n      val data = Input(UInt(RD_DATA_WIDTH.W))\n    }\n  })\n\n  val mem = SyncReadMem(RAM_DEPTH, Vec(WR_GROUP_COUNT, UInt(WR_DATA_WIDTH.W)))\n  val wrMask: Vec[Bool] = Wire(Vec(WR_GROUP_COUNT, Bool()))\n  val wrData: Vec[UInt] = Wire(Vec(WR_GROUP_COUNT, UInt(WR_DATA_WIDTH.W)))\n  val rdData: Vec[UInt] = Wire(Vec(WR_GROUP_COUNT, UInt(WR_DATA_WIDTH.W)))\n  val wrAddrHi: UInt = io.wr.addr.bits(wrAddrWidth - 1, wrAddrWidth - rdAddrWidth)\n  val wrAddrLo: UInt = io.wr.addr.bits(wrAddrWidth - rdAddrWidth - 1, 0)\n\n  for(i <- 0 until WR_GROUP_COUNT) {\n    wrData(i) := io.wr.data\n    wrMask(i) := 0.U\n  }\n\n  wrMask(wrAddrLo) := io.wr.addr.valid\n\n  mem.write(wrAddrHi, wrData, wrMask)\n\n  rdData := mem.read(io.rd.addr.bits, io.rd.addr.valid)\n  io.rd.data := Cat(rdData.reverse)\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXILiteBridge\/SAXILiteBridge0.scala","text":"\npackage IPRepository.SAXILiteBridge\n\nimport Interfaces.{AxiLite, AxiLiteSimplified}\nimport chisel3._\n\n\nclass SAXILiteBridge0(addrWidth: Int, dataSize: Int) extends Module {\n\n  val ADDR_WIDTH: Int = addrWidth - (Math.log(dataSize) \/ Math.log(2)).toInt\n  val DATA_WIDTH: Int = dataSize * 8\n\n  val io = IO(new Bundle {\n    val s_axi = Flipped(new AxiLite(addrWidth, dataSize))\n    val s_axi_simplified = new AxiLiteSimplified(ADDR_WIDTH, dataSize)\n  })\n\n  io.s_axi_simplified.wr.bits.strb := io.s_axi.wstrb\n\n  \/\/ write start here\n  val writeAddrComplete = RegInit(false.B)\n  val writeAddrAcceptable = RegInit(false.B)\n  val writeDataComplete = RegInit(false.B)\n  val writeDataAcceptable = RegInit(false.B)\n  val writeAddrBuffer = RegInit(0.U(ADDR_WIDTH.W))\n  val writeDataBuffer = RegInit(0.U(DATA_WIDTH.W))\n\n  when(io.s_axi.bvalid & io.s_axi.bready) {\n    writeAddrComplete := false.B\n    writeAddrAcceptable := true.B\n  }.elsewhen(io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddrComplete := true.B\n    writeAddrAcceptable := false.B\n  }\n\n  when(io.s_axi.bvalid & io.s_axi.bready) {\n    writeDataComplete := false.B\n    writeDataAcceptable := true.B\n  }.elsewhen(io.s_axi.wvalid & io.s_axi.wready) {\n    writeDataComplete := true.B\n    writeDataAcceptable := false.B\n  }\n\n  when (io.s_axi.wvalid & io.s_axi.wready) {\n    writeDataBuffer := io.s_axi.wdata\n  }\n\n  when(io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddrBuffer := io.s_axi.awaddr(addrWidth - 1, addrWidth - ADDR_WIDTH)\n  }\n\n  io.s_axi.awready := writeAddrAcceptable\n  io.s_axi.wready := writeDataAcceptable\n  io.s_axi.bvalid := io.s_axi_simplified.wr.valid & io.s_axi_simplified.wr.ready\n  io.s_axi.bresp := 0.U(2.W)\n\n  io.s_axi_simplified.wr.bits.addr := writeAddrBuffer\n  io.s_axi_simplified.wr.bits.data := writeDataBuffer\n  io.s_axi_simplified.wr.valid := writeAddrComplete & writeDataComplete\n\n\n  \/\/ read start here\n  val readAddrAcceptable = RegInit(true.B)\n  val readDataComplete = RegInit(false.B)\n  val readAddrBuffer = RegInit(0.U(ADDR_WIDTH.W))\n  val readDataBuffer = RegInit(0.U((dataSize * 8).W))\n  val readRequest = RegInit(false.B)\n\n  when(io.s_axi.rvalid & io.s_axi.rready) {\n    readAddrAcceptable := true.B\n  }.elsewhen(io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrAcceptable := false.B\n  }\n\n  when(io.s_axi.rvalid & io.s_axi.rready) {\n    readDataComplete := false.B\n  }.elsewhen(io.s_axi_simplified.rd.addr.valid & io.s_axi_simplified.rd.addr.ready) {\n    readDataComplete := true.B\n  }\n\n  when(io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrBuffer := io.s_axi.araddr(addrWidth - 1, addrWidth - ADDR_WIDTH)\n  }\n\n  when (io.s_axi_simplified.rd.addr.valid & io.s_axi_simplified.rd.addr.ready) {\n    readDataBuffer := io.s_axi_simplified.rd.data\n  }\n\n  when (io.s_axi_simplified.rd.addr.valid & io.s_axi_simplified.rd.addr.ready) {\n    readRequest := false.B\n  } .elsewhen(io.s_axi.arvalid) {\n    readRequest := true.B\n  }\n\n  io.s_axi.arready := readAddrAcceptable\n  io.s_axi.rdata := Mux(readDataComplete, readDataBuffer, io.s_axi_simplified.rd.data)\n  io.s_axi.rvalid := Mux(readDataComplete, true.B, io.s_axi_simplified.rd.addr.valid)\n  io.s_axi.rresp := 0.U\n\n  io.s_axi_simplified.rd.addr.bits := Mux(readRequest, readAddrBuffer, io.s_axi.araddr(addrWidth - 1, addrWidth - ADDR_WIDTH))\n  io.s_axi_simplified.rd.addr.valid := Mux(readRequest, true.B, io.s_axi.arvalid & io.s_axi.arready)\n\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXILiteMMRegs\/SAXILiteMMRegs.scala","text":"package IPRepository.SAXILiteMMRegs\n\nimport Interfaces.{AXILite, Immediate}\nimport Support.MyPath\nimport chisel3._\nimport chisel3.util.log2Ceil\n\nclass SAXILiteMMRegs(regCount: Int, regSize: Int) extends Module {\n\n  assert(regCount >= 1)\n  assert(regSize == 4 || regSize == 8)\n\n  private val ADDR_WIDTH = log2Ceil(regCount) + log2Ceil(regSize)\n  private val INNER_ADDR_WIDTH = log2Ceil(regCount)\n  private val ADDR_MBITS = ADDR_WIDTH - 1\n  private val ADDR_LBITS = log2Ceil(regSize)\n  private val DATA_WIDTH = regSize * 8\n\n  val io = IO(new Bundle {\n    val s_axi = AXILite(ADDR_WIDTH, regSize)\n    val w = Immediate(new Bundle {\n      val addr = UInt(INNER_ADDR_WIDTH.W)\n      val data = UInt(DATA_WIDTH.W)\n      val strb = UInt(regSize.W)\n    })\n    val r = new Bundle {\n      val valid = Output(Bool())\n      val bits = new Bundle {\n        val addr = Output(UInt(INNER_ADDR_WIDTH.W))\n        val data = Input(UInt(DATA_WIDTH.W))\n      }\n    }\n  })\n\n  \/\/ axi write addr and data\n  val writeAddr = RegInit(0.U(ADDR_WIDTH.W))\n  val writeData = RegInit(0.U(DATA_WIDTH.W))\n  val writeAddrReady = RegInit(true.B)\n  val writeDataReady = RegInit(true.B)\n\n  when(io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddr := io.s_axi.awaddr\n  }\n\n  when(io.s_axi.awvalid & io.s_axi.awready) {\n    writeAddrReady := false.B\n  }.elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeAddrReady := true.B\n  }\n\n  when(io.s_axi.wvalid & io.s_axi.wready) {\n    writeData := io.s_axi.wdata\n  }\n\n  when(io.s_axi.wvalid & io.s_axi.wready) {\n    writeDataReady := false.B\n  }.elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeDataReady := true.B\n  }\n\n  io.s_axi.awready := writeAddrReady\n  io.s_axi.wready := writeDataReady\n  io.w.bits.strb := io.s_axi.wstrb\n\n  \/\/ axi write response\n  val writeAddrComplete: Bool = Wire(Bool())\n  val writeDataComplete: Bool = Wire(Bool())\n  val writeComplete: Bool = Wire(Bool())\n  val writeRespValid = RegInit(false.B)\n\n  writeAddrComplete := (io.s_axi.awvalid & io.s_axi.awready) | !writeAddrReady\n  writeDataComplete := (io.s_axi.wvalid & io.s_axi.wready) | !writeDataReady\n  writeComplete := writeAddrComplete & writeDataComplete\n\n  when(writeComplete) {\n    writeRespValid := true.B\n  }.elsewhen(io.s_axi.bvalid & io.s_axi.bready) {\n    writeRespValid := false.B\n  }\n\n  io.s_axi.bresp := 0.U\n  io.s_axi.bvalid := writeRespValid\n\n  \/\/ write out\n  val writeValid = RegInit(false.B)\n\n  when (io.s_axi.bvalid & io.s_axi.bready) {\n    writeValid := true.B\n  } .otherwise {\n    writeValid := false.B\n  }\n\n  io.w.bits.addr := writeAddr(ADDR_MBITS, ADDR_LBITS)\n  io.w.bits.data := writeData\n  io.w.valid := writeValid\n\n\n  \/\/ axi read addr\n  val readAddrReady = RegInit(true.B)\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrReady := false.B\n  } .elsewhen(io.s_axi.rvalid & io.s_axi.rready) {\n    readAddrReady := true.B\n  }\n\n  io.s_axi.arready := readAddrReady\n\n  \/\/ axi read data\n  val readDataValid = RegInit(true.B)\n  val readData = RegInit(UInt(DATA_WIDTH.W))\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readDataValid := true.B\n  } .elsewhen(io.s_axi.rvalid & io.s_axi.rready) {\n    readDataValid := false.B\n  }\n\n  when (io.r.valid) {\n    readData := io.s_axi.rdata\n  }\n\n  io.r.valid := io.s_axi.arvalid & io.s_axi.arready\n  io.r.bits.addr := io.s_axi.araddr(ADDR_MBITS, ADDR_LBITS)\n\n  io.s_axi.rvalid := readDataValid\n  io.s_axi.rdata := readData\n}\n\nobject SAXILiteMMRegs extends App {\n  chisel3.Driver.execute(Array(\"-td\", MyPath.getVerilogDir(SAXILiteMMRegs.getClass)),\n    () => new SAXILiteMMRegs(32, 32))\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Project\/UartAXIMaster\/UartAXIMaster.scala","text":"package Project.UartAXIMaster\n\nimport IPRepository.AsyncRx.AsyncRxFixed\nimport IPRepository.AsyncTx.AsyncTxFixed\nimport Interfaces.{AxiFull, Uart}\nimport chisel3._\n\nclass UartAXIMaster extends Module {\n\n  val io = IO(new Bundle {\n    val m_axi = new AxiFull(32, 4, 0, 0)\n    val uart = Flipped(new Uart())\n  })\n\n  val asyncRxFixedModule = Module(new AsyncRxFixed(0, 8, 868))\n  val asyncTxFixedModule = Module(new AsyncTxFixed(0, 0, 8, 868))\n\n  asyncRxFixedModule.io.rx := io.uart.tx\n  asyncTxFixedModule.io.tx := io.uart.rx\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Support\/MyPath.scala","text":"<gh_stars>0\npackage Support\n\nobject MyPath {\n\n  def getSourceDir(myClass: Class[_]): String = {\n    println(getCompliedDir(myClass))\n    getCompliedDir(myClass).replaceFirst(\"\/target\/scala-\\\\d*.\\\\d*\/classes\", \"\/src\/main\/scala\")\n  }\n\n  def getCompliedDir(myClass: Class[_]): String = {\n    myClass.getResource(\"\").getPath\n  }\n\n  def getVerilogDir(myClass: Class[_]): String = {\n    getSourceDir(myClass).replaceFirst(\"\/src\/main\/scala\", \"\/src\/main\/verilog\")\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(getSourceDir(MyPath.getClass))\n  }\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/VGADriver\/VGADriver.scala","text":"<filename>src\/main\/scala\/IPRepository\/VGADriver\/VGADriver.scala\npackage IPRepository.VGADriver\n\n\nimport Interfaces.Immediate\nimport chisel3._\nimport chisel3.util.Irrevocable\n\nclass VGADriver(colorWidth: Int, resolution: Int) extends Module {\n\n  assert(resolution == 720 | resolution == 1080)\n\n  private val resolutionMap = Map(\n    720 -> Map(\n      \"H_ACTIVE\" -> 1280,\n      \"H_FP\" -> 110,\n      \"H_SYNC\" -> 40,\n      \"H_BP\" -> 220,\n      \"H_TOTAL\" -> 1650,\n      \"V_ACTIVE\" -> 720,\n      \"V_FP\" -> 5,\n      \"V_SYNC\" -> 5,\n      \"V_BP\" -> 20,\n      \"V_TOTAL\" -> 750\n    ),\n    1080 -> Map(\n      \"H_ACTIVE\" -> 1920,\n      \"H_FP\" -> 88,\n      \"H_SYNC\" -> 44,\n      \"H_BP\" -> 148,\n      \"H_TOTAL\" -> 2200,\n      \"V_ACTIVE\" -> 1080,\n      \"V_FP\" -> 4,\n      \"V_SYNC\" -> 5,\n      \"V_BP\" -> 36,\n      \"V_TOTAL\" -> 1125\n    )\n  )\n\n  private val H_ACTIVE = resolutionMap(resolution)(\"H_ACTIVE\")\n  private val H_FP = resolutionMap(resolution)(\"H_FP\")\n  private val H_SYNC = resolutionMap(resolution)(\"H_FP\")\n  private val H_BP = resolutionMap(resolution)(\"H_FP\")\n  private val H_TOTAL = resolutionMap(resolution)(\"H_TOTAL\")\n  private val V_ACTIVE = resolutionMap(resolution)(\"V_ACTIVE\")\n  private val V_FP = resolutionMap(resolution)(\"V_FP\")\n  private val V_SYNC = resolutionMap(resolution)(\"V_SYNC\")\n  private val V_BP = resolutionMap(resolution)(\"V_BP\")\n  private val V_TOTAL = resolutionMap(resolution)(\"V_TOTAL\")\n\n  private val H_COUNTER_WIDTH = util.log2Ceil(H_TOTAL)\n  private val V_COUNTER_WIDTH = util.log2Ceil(V_TOTAL)\n\n\n  val io = IO(new Bundle {\n    val src_color = Flipped(Irrevocable(UInt(colorWidth.W)))\n    val dst_color = Immediate(UInt(colorWidth.W))\n    val error = Output(Bool())\n    val hsync = Output(Bool())\n    val vsync = Output(Bool())\n  })\n\n\n  \/\/ vertical and horizontal counter logic\n  val hCounter = RegInit(0.U(H_COUNTER_WIDTH.W))\n  val vCounter = RegInit(0.U(V_COUNTER_WIDTH.W))\n\n  when (hCounter === (H_TOTAL - 1).U) {\n    hCounter := 0.U\n  } .otherwise {\n    hCounter := hCounter + 1.U\n  }\n\n  when (hCounter === (H_TOTAL - 1).U) {\n    when (vCounter === (V_TOTAL - 1).U) {\n      vCounter := 0.U\n    } .otherwise {\n      vCounter := vCounter + 1.U\n    }\n  }\n\n  \/\/ sync logic\n  val vSync = RegInit(false.B)\n  val hSync = RegInit(false.B)\n  val hSyncWillBegin = RegInit(false.B)\n  val vSyncWillBegin = RegInit(false.B)\n  val hSyncWillEnd = RegInit(false.B)\n  val vSyncWillEnd = RegInit(false.B)\n\n  when (hCounter === (H_TOTAL - 2).U) {\n    hSyncWillBegin := true.B\n  } .otherwise {\n    hSyncWillBegin := false.B\n  }\n\n  when (vCounter === (V_TOTAL - 1).U) {\n    vSyncWillBegin := true.B\n  } .otherwise {\n    vSyncWillBegin := false.B\n  }\n\n  when (hCounter === (H_SYNC - 2).U) {\n    hSyncWillEnd := true.B\n  } .otherwise {\n    hSyncWillEnd := false.B\n  }\n\n  when (vCounter === (V_SYNC - 1).U) {\n    vSyncWillEnd := true.B\n  } .otherwise {\n    vSyncWillEnd := false.B\n  }\n\n  when (hSyncWillEnd) {\n    hSync := true.B\n  } .elsewhen(hSyncWillBegin) {\n    hSync := false.B\n  }\n\n  when (hSyncWillBegin) {\n    when (hSyncWillEnd) {\n      vSync := true.B\n    } .elsewhen(hSyncWillBegin) {\n      vSync := false.B\n    }\n  }\n\n  io.hsync := hSync\n  io.vsync := vSync\n\n  \/\/ active logic\n  val hWillBeActive = RegInit(false.B)\n  val vWillBeActive = RegInit(false.B)\n  val hWillBeInactive = RegInit(false.B)\n  val vWillBeInactive = RegInit(false.B)\n  val videoActive = RegInit(false.B)\n\n  when (hCounter === (H_SYNC + H_BP - 2).U) {\n    hWillBeActive := true.B\n  } .otherwise {\n    hWillBeActive := false.B\n  }\n\n  when (vCounter === (V_SYNC + V_BP - 1).U) {\n    vWillBeActive := true.B\n  } .otherwise {\n    vWillBeActive := false.B\n  }\n\n  when (hCounter === (H_BP + H_SYNC + H_ACTIVE).U) {\n    hWillBeInactive := true.B\n  } .otherwise {\n    hWillBeInactive := false.B\n  }\n\n  when (vCounter === (V_SYNC + V_BP + V_ACTIVE - 1).U) {\n    vWillBeInactive := true.B\n  } .otherwise {\n    vWillBeInactive := false.B\n  }\n\n  when (hWillBeActive & vWillBeActive) {\n    videoActive := true.B\n  } .elsewhen(hWillBeInactive & vWillBeInactive) {\n    videoActive := false.B\n  }\n\n  io.dst_color.bits := io.src_color.bits\n  io.dst_color.valid := videoActive\n  io.src_color.ready := videoActive\n\n  \/\/ pixel error\n  val error = RegInit(false.B)\n\n  when (io.src_color.ready & !io.src_color.valid) {\n    error := true.B\n  }\n\n  io.error := error\n}\n\nobject VGADriver extends App {\n  Driver.execute(\n    Array(\"-td\", Support.MyPath.getVerilogDir(VGADriver.getClass)),\n    () => new VGADriver(24, 720)\n  )\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXILiteBridge\/SAXILiteBridgeGenerator.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.SAXILiteBridge\n\nobject SAXILiteBridgeGenerator extends App {\n\n  println(\"Generating the SAXILiteBridge hardware\")\n  chisel3.Driver.execute(Array(\"--target-dir\", \"generated\"),\n    () => new SAXILiteBridge(4, 4, Map(\"FLOW_CTRL\" -> false)))\n\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/SAXIFullExample.scala","text":"<filename>src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/SAXIFullExample.scala\npackage IPRepository.SAXIBridgeComponent\n\nimport Interfaces.AxiFull\nimport chisel3._\n\nclass SAXIFullExample extends Module {\n\n  val io = IO(new Bundle {\n    val s_axi = Flipped(new AxiFull(6, 4, 0, 0))\n  })\n\n  \/\/ memory\n  val memory = Mem(16, UInt(32.W))\n\n  \/\/ write part\n  io.s_axi.awready := WriteAddrReady(\n    awvalid = io.s_axi.awvalid,\n    bvalid = io.s_axi.bvalid,\n    bready = io.s_axi.bready\n  )\n  io.s_axi.wready := WriteDataReady(\n    awvalid = io.s_axi.awvalid,\n    awready = io.s_axi.awready,\n    wvalid = io.s_axi.wvalid,\n    wlast = io.s_axi.wlast\n  )\n  io.s_axi.bresp := 0.U\n  io.s_axi.bvalid := WriteRespValid(\n    wvalid = io.s_axi.wvalid,\n    wready = io.s_axi.wready,\n    wlast = io.s_axi.wlast,\n    bready = io.s_axi.bready\n  )\n\n  val writeAddrBuffer = RegInit(0.U(4.W))\n\n  when(io.s_axi.awready & io.s_axi.awready) {\n    writeAddrBuffer := io.s_axi.awaddr(5, 2)\n  }.elsewhen(io.s_axi.wvalid & io.s_axi.wready) {\n    writeAddrBuffer := writeAddrBuffer + 1.U\n  }\n\n  when(io.s_axi.wvalid & io.s_axi.wready) {\n    memory.write(writeAddrBuffer, io.s_axi.wdata)\n  }\n\n  \/\/ read part\n  val readCounterExp = ReadCounterExp(\n    arvalid = io.s_axi.arvalid,\n    arready = io.s_axi.arready,\n    arlen = io.s_axi.arlen\n  )\n\n  val readCounterAct = ReadCounterAct(\n    rvalid = io.s_axi.rvalid,\n    rready = io.s_axi.rready,\n    rlast = io.s_axi.rlast\n  )\n\n  io.s_axi.arready := ReadAddrReady(\n    arvalid = io.s_axi.arvalid,\n    rvalid = io.s_axi.rvalid,\n    rready = io.s_axi.rready,\n    rlast = io.s_axi.rlast\n  )\n  io.s_axi.rlast := ReadLast(\n    arvalid = io.s_axi.arvalid,\n    arready = io.s_axi.arready,\n    arlen = io.s_axi.arlen,\n    rvalid = io.s_axi.rvalid,\n    rready = io.s_axi.rready,\n    rExp = readCounterExp,\n    rAct = readCounterAct\n  )\n\n  val readAddrBuffer = RegInit(0.U(4.W))\n  val readAddrBufferValid = RegInit(false.B)\n  val readDataBuffer = RegInit(0.U(32.W))\n  val readDataBufferValid = RegInit(false.B)\n  val readEnable: Bool = Wire(Bool())\n\n  readEnable := (!io.s_axi.rvalid | io.s_axi.rready) & !io.s_axi.arready\n\n  when(io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrBuffer := io.s_axi.araddr(5, 2)\n  }.elsewhen(readEnable) {\n    readAddrBuffer := readAddrBuffer + 1.U\n  }\n\n  when (io.s_axi.arvalid & io.s_axi.arready) {\n    readAddrBufferValid := true.B\n  } .elsewhen(io.s_axi.rvalid & io.s_axi.rready & io.s_axi.rlast) {\n    readAddrBufferValid := false.B\n  }\n\n  when (readEnable) {\n    readDataBuffer := memory.read(readAddrBuffer)\n  }\n\n  when (readAddrBufferValid & !(io.s_axi.rvalid & io.s_axi.rready & io.s_axi.rlast)) {\n    readDataBufferValid := true.B\n  } .otherwise {\n    readDataBufferValid := false.B\n  }\n\n  io.s_axi.rvalid := readDataBufferValid\n  io.s_axi.rdata := readDataBuffer\n  io.s_axi.rresp := 0.U\n}\n\n\nobject SAXIFullExample extends App {\n\n  println(\"Generating the SAXIFullExample hardware\")\n  chisel3.Driver.execute(Array(\"--target-dir\", \"generated\"), () => new SAXIFullExample())\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadAddrValidFlag.scala","text":"<reponame>zequyou\/HardwareRepository\npackage IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass ReadAddrValidFlag extends Module {\n\n  val io = IO(new Bundle {\n    val arvalid = Input(Bool())\n    val arready = Input(Bool())\n    val rvalid = Input(Bool())\n    val rready = Input(Bool())\n    val rlast = Input(Bool())\n    val flag = Output(Bool())\n  })\n\n  val flag = RegInit(false.B)\n\n  when (io.arvalid & io.arready) {\n    flag := true.B\n  } .elsewhen(io.rvalid & io.rready & io.rlast) {\n    flag := false.B\n  }\n\n  io.flag := flag\n}\n\nobject ReadAddrValidFlag {\n\n  def apply(arvalid: Bool,\n            arready: Bool,\n            rvalid: Bool,\n            rready: Bool,\n            rlast: Bool):\n  Bool = {\n    val module = Module(new ReadAddrValidFlag)\n    module.io.arvalid := arvalid\n    module.io.arready := arready\n    module.io.rvalid := rvalid\n    module.io.rready := rready\n    module.io.rlast := rlast\n    module.io.flag\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AxiFull.scala","text":"<reponame>zequyou\/HardwareRepository\npackage Interfaces\n\n\nobject AXIFull {\n  def apply(addrWidth: Int, dataSize: Int): AXIFullIO = {\n    new AXIFullIO(addrWidth, dataSize)\n  }\n\n  def apply(addrWidth: Int, dataSize: Int, IDWidth: Int, userWidth: Int): AXIFullIO = {\n    new AXIFullIO(addrWidth, dataSize, IDWidth, userWidth)\n  }\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/ImmediateIO.scala","text":"<reponame>zequyou\/HardwareRepository\npackage Interfaces\n\nimport chisel3._\n\nclass ImmediateIO[T <: chisel3.Data](gen: T) extends Bundle {\n  val valid = Output(Bool())\n  val bits = Output(gen)\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Project\/Example\/SEIAXIFullBridgeExample.scala","text":"package Project.Example\n\nimport IPRepository.MAXIFullBridge.MAXIFullBridge\nimport IPRepository.SAXILiteBridge.SAXILiteBridge1\nimport Interfaces.{AxiFull, AxiLite}\nimport Support.MyPath\nimport chisel3._\nimport chisel3.util._\n\nclass SEIAXIFullBridgeExample extends Module {\n\n  val io = IO(new Bundle {\n    val m_axi = new AxiFull(32, 32, 0, 0)\n    val s_axi = Flipped(new AxiLite(5, 32))\n  })\n\n  val masterBridge = Module(new MAXIFullBridge(4))\n  val slaveBridge = Module(new SAXILiteBridge1(5, 4))\n\n  masterBridge.io.m_axi <> io.m_axi\n  slaveBridge.io.s_axi <> io.s_axi\n\n  val rd_idle :: rd_running :: rd_complete :: Nil = Enum(3)\n  val wr_idle :: wr_running :: wr_complete :: Nil = Enum(3)\n\n  val rdLength = RegInit(0.U(8.W))\n  val rdAddress = RegInit(0.U(32.W))\n  val rdTrigger = RegInit(false.B)\n  val rdState = RegInit(rd_idle)\n  val wrLength = RegInit(0.U(8.W))\n  val wrAddress = RegInit(0.U(32.W))\n  val wrTrigger = RegInit(false.B)\n  val wrState = RegInit(wr_idle)\n  val wrCounter = RegInit(0.U(9.W))\n  val regRdBuffer = RegInit(0.U(32.W))\n\n  \/\/ register read and write\n  when (slaveBridge.io.s_axi_simplified.wr.valid) {\n    when (slaveBridge.io.s_axi_simplified.wr.bits.addr === 0.U) {\n      rdLength := slaveBridge.io.s_axi_simplified.wr.bits.data\n    } .elsewhen(slaveBridge.io.s_axi_simplified.wr.bits.addr === 1.U) {\n      rdAddress := slaveBridge.io.s_axi_simplified.wr.bits.data\n    } .elsewhen(slaveBridge.io.s_axi_simplified.wr.bits.addr === 2.U) {\n      wrLength := slaveBridge.io.s_axi_simplified.wr.bits.data\n    } .elsewhen(slaveBridge.io.s_axi_simplified.wr.bits.addr === 3.U) {\n      wrAddress := slaveBridge.io.s_axi_simplified.wr.bits.data\n    }\n  }\n\n  slaveBridge.io.s_axi_simplified.rd.data := regRdBuffer\n\n  when (slaveBridge.io.s_axi_simplified.rd.addr.valid) {\n    when (slaveBridge.io.s_axi_simplified.rd.addr.bits === 0.U) {\n      regRdBuffer := rdLength\n    } .elsewhen(slaveBridge.io.s_axi_simplified.rd.addr.bits === 1.U) {\n      regRdBuffer := rdAddress\n    } .elsewhen(slaveBridge.io.s_axi_simplified.rd.addr.bits === 2.U) {\n      regRdBuffer := wrLength\n    } .elsewhen(slaveBridge.io.s_axi_simplified.rd.addr.bits === 3.U) {\n      regRdBuffer := wrAddress\n    } .elsewhen(slaveBridge.io.s_axi_simplified.rd.addr.bits === 4.U) {\n      regRdBuffer := Cat(wrTrigger, rdTrigger)\n    }\n  }\n\n  \/\/ axi read signals\n  switch(rdState) {\n    is(rd_idle) {\n      when (rdTrigger) {\n        rdState := rd_running\n      }\n    }\n    is(rd_running) {\n      when (masterBridge.io.m_axi_simplified.rcmd.ready) {\n        rdState := rd_complete\n      }\n    }\n    is(rd_complete) {\n      rdState := rd_idle\n    }\n  }\n\n  when (slaveBridge.io.s_axi_simplified.wr.valid) {\n    when (slaveBridge.io.s_axi_simplified.wr.bits.addr === 4.U) {\n      rdTrigger := slaveBridge.io.s_axi_simplified.wr.bits.data(0)\n    }\n  } .elsewhen(rdState === rd_complete) {\n    rdTrigger := 0.U\n  }\n\n  masterBridge.io.m_axi_simplified.rcmd.bits.addr := rdAddress\n  masterBridge.io.m_axi_simplified.rcmd.bits.len := rdLength\n  masterBridge.io.m_axi_simplified.rcmd.bits.burst := 1.U\n  masterBridge.io.m_axi_simplified.rcmd.valid := rdState === rd_running\n  masterBridge.io.m_axi_simplified.rdata.ready := rdState === rd_running\n\n\n  \/\/ axi write signals\n  switch(wrState) {\n    is (wr_idle) {\n      when (wrTrigger) {\n        wrState := wr_running\n      }\n    }\n    is (wr_running) {\n      when (masterBridge.io.m_axi_simplified.wcmd.ready) {\n        wrState := wr_complete\n      }\n    }\n    is (wr_complete) {\n      wrState := wr_idle\n    }\n  }\n\n  when (slaveBridge.io.s_axi_simplified.wr.valid) {\n    when (slaveBridge.io.s_axi_simplified.wr.bits.addr === 4.U) {\n      wrTrigger := slaveBridge.io.s_axi_simplified.wr.bits.data(1)\n    }\n  } .elsewhen(wrState === wr_complete) {\n    wrTrigger := 0.U\n  }\n\n  when (wrState === wr_idle) {\n    wrCounter := 0.U\n  } .elsewhen(wrState === wr_running &\n    masterBridge.io.m_axi_simplified.wdata.ready &\n    masterBridge.io.m_axi_simplified.wdata.valid\n  ) {\n    wrCounter := wrCounter + 1.U\n  }\n\n  masterBridge.io.m_axi_simplified.wcmd.bits.addr := wrAddress\n  masterBridge.io.m_axi_simplified.wcmd.bits.burst := 1.U\n  masterBridge.io.m_axi_simplified.wcmd.bits.len := wrLength\n  masterBridge.io.m_axi_simplified.wcmd.valid := wrState === rd_running\n\n  masterBridge.io.m_axi_simplified.wdata.bits.data := wrCounter\n  masterBridge.io.m_axi_simplified.wdata.bits.strb := 15.U\n  masterBridge.io.m_axi_simplified.wdata.valid := wrCounter <= wrLength & wrState === wr_running\n}\n\nobject Generator extends App {\n\n  println(\"Generating the SEIAXIFullBridgeExample hardware\")\n  chisel3.Driver.execute(Array(\"--target-dir\", MyPath.getSourceDir(Generator.getClass)), () => new SEIAXIFullBridgeExample())\n\n}"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/ReadCounterAct.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass ReadCounterAct extends Module {\n  val io = IO(new Bundle {\n    val rvalid = Input(Bool())\n    val rready = Input(Bool())\n    val rlast = Input(Bool())\n    val counter = Output(UInt(8.W))\n  })\n\n  val counter = RegInit(0.U(8.W))\n\n  when (io.rvalid & io.rready & io.rlast) {\n    counter := 0.U\n  } .elsewhen(io.rvalid & io.rready) {\n    counter := counter + 1.U\n  }\n\n  io.counter := counter\n}\n\nobject ReadCounterAct {\n\n  \/**\n    * generate read actual reg value\n    * @param rvalid wire\n    * @param rready reg\n    * @param rlast  reg\n    * @return\n    *\/\n  def apply(rvalid: Bool,\n              rready: Bool,\n              rlast: Bool):\n  UInt = {\n    val module = Module(new ReadCounterAct)\n    module.io.rvalid := rvalid\n    module.io.rready := rready\n    module.io.rlast := rlast\n    module.io.counter\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/Interfaces\/AXILiteIO.scala","text":"\npackage Interfaces\n\nimport chisel3._\n\nclass AXILiteIO(addrWidth: Int, dataSize: Int) extends Bundle {\n\n  val awvalid = Output(Bool())\n  val awready = Input(Bool())\n  val awaddr = Output(UInt(addrWidth.W))\n\n  val wvalid = Output(Bool())\n  val wready = Input(Bool())\n  val wdata = Output(UInt((dataSize * 8).W))\n  val wstrb = Output(UInt(dataSize.W))\n\n  val bready = Output(Bool())\n  val bvalid = Input(Bool())\n  val bresp = Input(UInt(2.W))\n\n  val arvalid = Output(Bool())\n  val arready = Input(Bool())\n  val araddr = Output(UInt(addrWidth.W))\n\n  val rvalid = Input(Bool())\n  val rready = Output(Bool())\n  val rdata = Input(UInt((dataSize * 8).W))\n  val rresp = Input(UInt(2.W))\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AXI\/AXIPWMIn.scala","text":"<filename>src\/main\/scala\/IPRepository\/AXI\/AXIPWMIn.scala<gh_stars>0\npackage IPRepository.AXI\n\nimport IPRepository.SAXILiteBridge.SAXILiteBridge1\nimport Interfaces.AxiLite\nimport chisel3._\n\nclass AXIPWMIn(val channelCount: Int, val period: Int) extends Module {\n\n  assert(channelCount > 0)\n  assert(channelCount < 33)\n\n  private val AXI_WIDTH = Math.ceil(Math.log(channelCount) \/ Math.log(2)).toInt + 2\n\n  val io = IO(new Bundle {\n    val s_axi = Flipped(new AxiLite(AXI_WIDTH, 32))\n    val pwm = Input(Vec(channelCount, Bool()))\n  })\n\n  val bridge = Module(new SAXILiteBridge1(AXI_WIDTH, 4))\n  bridge.io.s_axi <> io.s_axi\n\n  val power = RegInit(0.U(channelCount.W))\n  val counter_period = RegInit(VecInit(Seq.fill(channelCount)(1.U(32.W))))\n  val counter_high = RegInit(VecInit(Seq.fill(channelCount)(0.U(32.W))))\n  val result_high = RegInit(VecInit(Seq.fill(channelCount)(0.U(32.W))))\n  val pwmDelay1 = RegInit(VecInit(Seq.fill(channelCount)(0.U(1.W))))\n  val pwmCache1 = RegInit(VecInit(Seq.fill(channelCount)(0.U(1.W))))\n  val pwmCache2 = RegInit(VecInit(Seq.fill(channelCount)(0.U(1.W))))\n\n  \/\/ counter period will begin to count when power on\n  for (i <- 0 until channelCount) {\n    when (power(i).toBool()) {\n      when (counter_period(i) === period.U) {\n        counter_period(i) := 1.U\n      } otherwise {\n        counter_period(i) := counter_period(i) + 1.U\n      }\n    } .otherwise {\n      counter_period(i) := 1.U\n    }\n  }\n\n  \/\/ counter high\n  for (i <- 0 until channelCount) {\n    when (power(i).toBool()) {\n      when (counter_period(i) === period.U) {\n        counter_high(i) := 0.U\n      } .elsewhen(pwmCache2(i) === 1.U) {\n        counter_high(i) := counter_high(i) + 1.U\n      }\n    } .otherwise {\n      counter_high(i) := 0.U\n    }\n  }\n\n  \/\/ result\n  for (i <- 0 until channelCount) {\n    when(power(i).toBool() & counter_period(i) === period.U) {\n      result_high := counter_high\n    }\n  }\n\n  \/\/ pwm cache and delay\n  for (i <- 0 until channelCount) {\n    pwmDelay1(i) := io.pwm(i)\n    pwmCache1(i) := pwmDelay1(i)\n    pwmCache2(i) := pwmCache1(i)\n  }\n\n  \/\/ sei read\n  val readBuffer = RegInit(0.U(32.W))\n  when(bridge.io.s_axi_simplified.rd.addr.valid) {\n    for (i <- 0 until channelCount) {\n      when(bridge.io.s_axi_simplified.rd.addr.bits === i.U) {\n        readBuffer := result_high(i)\n      }\n    }\n  }\n  bridge.io.s_axi_simplified.rd.data := readBuffer\n\n  \/\/ sei write\n  when(bridge.io.s_axi_simplified.wr.valid & bridge.io.s_axi_simplified.wr.bits.addr === 0.U) {\n    power := bridge.io.s_axi_simplified.wr.bits.data\n  }\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/PWMOut\/PWMOut.scala","text":"<filename>src\/main\/scala\/IPRepository\/PWMOut\/PWMOut.scala\npackage IPRepository.PWMOut\n\nimport IPRepository.SAXILiteBridge.SAXILiteBridge1\nimport Interfaces.AxiLite\nimport chisel3._\n\nclass PWMOut(val channelCount: Int) extends Module {\n\n  assert(channelCount > 0)\n  assert(channelCount < 33)\n\n  private val AXI_WIDTH = Math.ceil(Math.log(channelCount * 2 + 1) \/ Math.log(2)).toInt + 2\n\n  val io = IO(new Bundle {\n    val s_axi = Flipped(new AxiLite(AXI_WIDTH, 32))\n    val pwm = Output(Vec(channelCount, Bool()))\n  })\n\n  val bridge = Module(new SAXILiteBridge1(AXI_WIDTH, 4))\n  bridge.io.s_axi <> io.s_axi\n\n  val total = RegInit(VecInit(Seq.fill(channelCount)(1.U(32.W))))\n  val high = RegInit(VecInit(Seq.fill(channelCount)(0.U(32.W))))\n  val total_loaded = RegInit(VecInit(Seq.fill(channelCount)(1.U(32.W))))\n  val high_loaded = RegInit(VecInit(Seq.fill(channelCount)(0.U(32.W))))\n  val power = RegInit(0.U(channelCount.W))\n  val counter = RegInit(VecInit(Seq.fill(channelCount)(0.U(32.W))))\n\n  \/\/ counter and pwm out\n  for (i <- 0 until channelCount) {\n    when(counter(i) === total_loaded(i) - 1.U) {\n      counter(i) := 0.U\n    }.otherwise {\n      counter(i) := counter(i) + 1.U\n    }\n\n    io.pwm(i) := high_loaded(i) > counter(i)\n  }\n\n  \/\/ load value\n  for (i <- 0 until channelCount) {\n    when(counter(i) === total_loaded(i) - 1.U) {\n      when(!power(i).toBool()) {\n        total_loaded(i) := 1.U\n        high_loaded(i) := 0.U\n      }.otherwise {\n        total_loaded(i) := total(i)\n        high_loaded(i) := high(i)\n      }\n    }\n  }\n\n  \/\/ sei read\n  val readBuffer = RegInit(0.U(32.W))\n  when(bridge.io.s_axi_simplified.rd.addr.valid) {\n    when(bridge.io.s_axi_simplified.rd.addr.bits === 0.U) {\n      readBuffer := power\n    }\n    for (i <- 0 until channelCount) {\n      when(bridge.io.s_axi_simplified.rd.addr.bits === (i * 2 + 1).U) {\n        readBuffer := total_loaded(i)\n      }.elsewhen(bridge.io.s_axi_simplified.rd.addr.bits === (i * 2 + 2).U) {\n        readBuffer := high_loaded(i)\n      }\n    }\n  }\n  bridge.io.s_axi_simplified.rd.data := readBuffer\n\n  \/\/ sei write\n  when(bridge.io.s_axi_simplified.wr.valid) {\n    when(bridge.io.s_axi_simplified.wr.bits.addr === 0.U) {\n      power := bridge.io.s_axi_simplified.wr.bits.data\n    }\n    for (i <- 0 until channelCount) {\n      when(bridge.io.s_axi_simplified.wr.bits.addr === (i * 2 + 1).U) {\n        total(i) := bridge.io.s_axi_simplified.wr.bits.data\n      }.elsewhen(bridge.io.s_axi_simplified.wr.bits.addr === (i * 2 + 2).U) {\n        high(i) := bridge.io.s_axi_simplified.wr.bits.data\n      }\n    }\n  }\n}\n\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/SAXIBridgeComponent\/WriteCounterExp.scala","text":"package IPRepository.SAXIBridgeComponent\n\nimport chisel3._\n\nclass WriteCounterExp extends Module {\n  val io = IO(new Bundle {\n    val awvalid = Input(Bool())\n    val awready = Input(Bool())\n    val awlen = Input(UInt(8.W))\n    val counter = Output(UInt(8.W))\n  })\n\n  val counter = RegInit(0.U(8.W))\n\n  when (io.awvalid & io.awready) {\n    counter := io.awlen\n  }\n\n  io.counter := counter\n}\n\nobject WriteCounterExp {\n\n  def apply(awvalid: Bool,\n            awready: Bool,\n            awlen: UInt):\n  UInt = {\n    val module = Module(new WriteCounterExp)\n    module.io.awvalid := awvalid\n    module.io.awready := awready\n    module.io.awlen := awlen\n    module.io.counter\n  }\n}\n"}
{"repo_name":"zequyou\/HardwareRepository","path":"src\/main\/scala\/IPRepository\/AXI\/AXIAsyncTxSimplified.scala","text":"package IPRepository.AXI\n\nimport IPRepository.AsyncTx.AsyncTxFixed\nimport IPRepository.SAXILiteBridge.SAXILiteBridge1\nimport Interfaces.AxiLite\nimport chisel3._\nimport chisel3.util._\n\nclass AXIAsyncTxSimplified(val levelPeriod: Int) extends Module {\n  val io = IO(new Bundle{\n    val s_axi = Flipped(new AxiLite(2, 32))\n    val tx = Output(Bool())\n  })\n\n  val bridge = Module(new SAXILiteBridge1(2, 4))\n  val asyncTx = Module(new AsyncTxFixed(0, 0, 8, levelPeriod))\n  val dataBuffer = RegInit(0.U(8.W))\n  bridge.io.s_axi <> io.s_axi\n\n  val idle :: send :: Nil = Enum(2)\n  val stateMain = RegInit(idle)\n\n  switch(stateMain) {\n    is(idle) {\n      when (bridge.io.s_axi_simplified.wr.valid) {\n        stateMain := send\n      }\n    }\n    is(send) {\n      when (asyncTx.io.s_wr.ready) {\n        stateMain := idle\n      }\n    }\n  }\n\n  when (bridge.io.s_axi_simplified.wr.valid) {\n    dataBuffer := bridge.io.s_axi_simplified.wr.bits.data\n  }\n\n  bridge.io.s_axi_simplified.rd.data := stateMain\n  asyncTx.io.s_wr.bits := dataBuffer\n  asyncTx.io.s_wr.valid := stateMain === send\n  io.tx := asyncTx.io.tx\n}\n"}
{"repo_name":"ablatov\/aws-deequ-glue","path":"main\/scala\/deequ\/deequ-suggestion-runner.scala","text":"\/\/ Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.\n\/\/ SPDX-License-Identifier: MIT-0\nimport com.amazonaws.services.glue.ChoiceOption\nimport com.amazonaws.services.glue.GlueContext\nimport com.amazonaws.services.glue.MappingSpec\nimport com.amazonaws.services.glue.ResolveSpec\nimport com.amazonaws.services.glue.errors.CallSite\nimport com.amazonaws.services.glue.util.GlueArgParser\nimport com.amazonaws.services.glue.util.Job\nimport com.amazonaws.services.glue.util.JsonOptions\nimport org.apache.spark.SparkContext\n\nimport scala.collection.JavaConverters._\nimport org.apache.spark.sql.{Row, SQLContext}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.rdd.RDD\n\nimport scala.util.matching.Regex\nimport java.util.HashMap\n\nimport GlueApp.getTimestamp\nimport org.slf4j.LoggerFactory\nimport com.amazonaws.services.dynamodbv2.model.AttributeValue\nimport org.apache.hadoop.io.Text\nimport org.apache.hadoop.dynamodb.DynamoDBItemWritable\n\n\/* Importing DynamoDBInputFormat and DynamoDBOutputFormat *\/\nimport org.apache.hadoop.dynamodb.read.DynamoDBInputFormat\nimport org.apache.hadoop.dynamodb.write.DynamoDBOutputFormat\nimport org.apache.hadoop.mapred.JobConf\nimport org.apache.hadoop.io.LongWritable\n\n\/\/Deequ Import\nimport com.amazon.deequ.suggestions.{ConstraintSuggestionRunner, Rules}\nimport com.amazon.deequ.analyzers._\nimport java.time.LocalDate\nimport java.time.LocalDateTime\nimport java.time.format.DateTimeFormatter\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.Properties\nimport java.util.UUID.randomUUID\n\n\/** *\n *\n *\/\nobject GlueApp {\n\n  val sparkContext: SparkContext = new SparkContext()\n  val glueContext: GlueContext = new GlueContext(sparkContext)\n  val sqlContext = new SQLContext(sparkContext)\n  val spark = glueContext.getSparkSession\n\n  val getYear = LocalDate.now().format(DateTimeFormatter.ofPattern(\"yyyy\"))\n  val getMonth = LocalDate.now().format(DateTimeFormatter.ofPattern(\"MM\"))\n  val getDay = LocalDate.now().format(DateTimeFormatter.ofPattern(\"dd\"))\n  val getTimestamp = new SimpleDateFormat(\"HH-mm-ss\").format(new Date)\n  val col_extractValue = udf(extractValue)\n  import spark.implicits._\n\n  def main(sysArgs: Array[String]) {\n\n    \/\/***********************************************************************\/\/\n    \/\/ Step1: Create Glue Context and extract Args\n    \/\/***********************************************************************\/\/\n    val args = GlueArgParser.getResolvedOptions(sysArgs, Seq(\"JOB_NAME\",\n      \"inputDynamoTable\",\n      \"outputDynamoTable\",\n      \"targetBucketName\",\n      \"targetBucketPrefix\").toArray)\n    Job.init(args(\"JOB_NAME\"), glueContext, args.asJava)\n    val logger = LoggerFactory.getLogger(args(\"JOB_NAME\"))\n\n    logger.info(\"Start Job\")\n\n    \/\/***********************************************************************\/\/\n    \/\/ Step2: Get the list of Glue Tables from DynamoDB table\n    \/\/***********************************************************************\/\/\n    val glueTableListDF = readGlueTablesFromDynamoDB(args(\"inputDynamoTable\"))\n\n    \/\/***********************************************************************\/\/\n    \/\/ Step3: Read each Glue table from dynamo DB, run suggestions and write to Dynamo and S3\n    \/\/***********************************************************************\/\/\n    glueTableListDF.collect().foreach {\n      row =>\n        var glueDB = row.mkString(\",\").split(\",\")(0)\n        var glueTable = row.mkString(\",\").split(\",\")(1)\n        val glueTableDF = loadGlueTable(glueDB, glueTable)\n        val finalSuggestionsDF = processSuggestions(glueTableDF, glueDB, glueTable)\n        writeSuggestionsToDynamo(finalSuggestionsDF, args(\"outputDynamoTable\"))\n        writeDStoS3(finalSuggestionsDF, glueDB, glueTable, args(\"targetBucketName\"), args(\"targetBucketPrefix\"))\n    }\n\n    Job.commit()\n\n  }\n\n  \/***\n   * Reading GLUE tables from DynamoDB table\n   * @param dynoTable\n   * @return\n   *\/\n  def readGlueTablesFromDynamoDB(dynoTable: String): DataFrame = {\n\n    var jobConf_add = new JobConf(spark.sparkContext.hadoopConfiguration)\n    jobConf_add.set(\"dynamodb.input.tableName\", dynoTable)\n    jobConf_add.set(\"mapred.output.format.class\", \"org.apache.hadoop.dynamodb.write.DynamoDBOutputFormat\")\n    jobConf_add.set(\"mapred.input.format.class\", \"org.apache.hadoop.dynamodb.read.DynamoDBInputFormat\")\n\n    var hadoopRDD = sparkContext.hadoopRDD(jobConf_add, classOf[DynamoDBInputFormat], classOf[Text], classOf[DynamoDBItemWritable])\n\n    val glueRDD: RDD[(String, String, String)] = hadoopRDD.map {\n      case (text, dbwritable) => (dbwritable.getItem().get(\"database\").toString(),\n        dbwritable.getItem().get(\"tablename\").toString(),\n        dbwritable.getItem().get(\"enable\").toString())\n    }\n\n    glueRDD.toDF\n      .withColumn(\"database\", col_extractValue($\"_1\"))\n      .withColumn(\"tablename\", col_extractValue($\"_2\"))\n      .withColumn(\"enable\", col_extractValue($\"_3\"))\n      .select(\"database\", \"tablename\", \"enable\")\n      .where($\"enable\" === \"Y\")\n\n  }\n\n  \/***\n   * Create DF from Glue Table\n   * @param glueDB\n   * @param glueTable\n   * @return\n   *\/\n  def loadGlueTable(glueDB: String, glueTable: String): DataFrame = {\n\n    glueContext.getCatalogSource(database = glueDB,\n      tableName = glueTable,\n      redshiftTmpDir = \"\",\n      transformationContext = \"dataset\").getDynamicFrame().toDF()\n\n  }\n\n  \/***\n   * Process constraint suggestions for each Glue table\n   * @param glueDF\n   * @param glueDB\n   * @param glueTable\n   * @return\n   *\/\n  def processSuggestions(glueDF: DataFrame, glueDB: String, glueTable: String): DataFrame = {\n\n    val suggestionResult = {\n      ConstraintSuggestionRunner()\n        .onData(glueDF)\n        .addConstraintRules(Rules.DEFAULT)\n        .run()\n    }\n\n    val suggestionDataFrame = suggestionResult.constraintSuggestions.flatMap {\n      case (column, suggestions) =>\n        suggestions.map { constraint =>\n          (column, constraint.description, constraint.codeForConstraint)\n        }\n    }.toSeq.toDS()\n\n    val uuid = udf(() => java.util.UUID.randomUUID().toString)\n    val now = LocalDateTime.now().toString()+\"Z\"\n    suggestionDataFrame\n      .withColumn(\"id\", uuid())      \n      .withColumn(\"database\", lit(glueDB))\n      .withColumn(\"tablename\", lit(glueTable))\n      .withColumnRenamed(\"_1\", \"column\")\n      .withColumnRenamed(\"_2\", \"constraint\")\n      .withColumnRenamed(\"_3\", \"constraintCode\")\n      .withColumn(\"enable\", lit(\"N\"))\n      .withColumn(\"__typename\", lit(\"DataQualitySuggestion\"))\n      .withColumn(\"createdAt\", lit(now))\n      .withColumn(\"updatedAt\", lit(now))\n  }\n\n  \/***\n   * Write suggestions dataframe to DynamoDB table\n   * @param finalSuggestionsDF\n   * @param outputDynamoTable\n   * @return\n   *\/\n  def writeSuggestionsToDynamo(finalSuggestionsDF: DataFrame, outputDynamoTable: String) = {\n\n    val dynoWriteConf = new JobConf(spark.sparkContext.hadoopConfiguration)\n    dynoWriteConf.set(\"dynamodb.output.tableName\", outputDynamoTable)\n    dynoWriteConf.set(\"dynamodb.throughput.write.percent\", \"1.5\")\n    dynoWriteConf.set(\"mapred.input.format.class\", \"org.apache.hadoop.dynamodb.read.DynamoDBInputFormat\")\n    dynoWriteConf.set(\"mapred.output.format.class\", \"org.apache.hadoop.dynamodb.write.DynamoDBOutputFormat\")\n    dynoWriteConf.set(\"mapred.output.committer.class\", \"org.apache.hadoop.mapred.FileOutputCommitter\")\n\n    val schema_ddb = finalSuggestionsDF.dtypes\n\n    var dynoInsertFormattedRDD = finalSuggestionsDF.rdd.map(a => {\n      val ddbMap = new HashMap[String, AttributeValue]()\n      for (i <- 0 to schema_ddb.length - 1) {\n        val value = a.get(i)\n        if (value != null) {\n          val att = new AttributeValue()\n          att.setS(value.toString)\n          ddbMap.put(schema_ddb(i)._1, att)\n        }\n      }\n      val item = new DynamoDBItemWritable()\n      item.setItem(ddbMap)\n      (new Text(\"\"), item)\n    }\n    )\n    dynoInsertFormattedRDD.saveAsHadoopDataset(dynoWriteConf)\n\n  }\n\n  \/***\n   * Write results data set to S3\n   * @param resultDF\n   * @param dbName\n   * @param tableName\n   * @param s3Bucket\n   * @param s3Prefix\n   * @return\n   *\/\n  def writeDStoS3(resultDF: DataFrame, dbName: String, tableName: String, s3Bucket: String, s3Prefix: String) = {\n\n    resultDF.write.mode(\"append\").parquet(s3Bucket + \"\/\"\n      + \"deequ\" + \"\/\"\n      + s3Prefix + \"\/\"\n      + \"glue_db=\" + dbName + \"\/\"\n      + \"glue_table=\" + tableName + \"\/\"\n      + \"year=\" + getYear + \"\/\"\n      + \"month=\" + getMonth + \"\/\"\n      + \"day=\" + getDay + \"\/\"\n      + \"hour=\" + getTimestamp.split(\"-\")(0) + \"\/\"\n      + \"minute=\" + getTimestamp.split(\"-\")(1) + \"\/\"\n    )\n\n  }\n\n  \/***\n   * extract value UDF\n   * @return\n   *\/\n  def extractValue: (String => String) = (aws: String) => {\n    val pat_value = \"\\\\s(.*),\".r\n\n    val matcher = pat_value.findFirstMatchIn(aws)\n    matcher match {\n      case Some(number) => number.group(1).toString\n      case None => \"\"\n    }\n  }\n\n}"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/base\/SpecBase.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend<filename>test\/base\/SpecBase.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage base\n\nimport config.{AddressLookupConfig, FrontendAppConfig}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice._\nimport play.api.Application\nimport play.api.i18n.{Messages, MessagesApi}\nimport play.api.inject.Injector\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.mvc.MessagesControllerComponents\nimport play.api.test.FakeRequest\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.auth.core.retrieve.ItmpAddress\nimport uk.gov.hmrc.http.HeaderCarrier\nimport utils.SequenceUtil\n\nimport scala.concurrent.ExecutionContext\n\ntrait SpecBase extends PlaySpec with GuiceOneAppPerSuite with MockitoSugar {\n\n  override lazy val app: Application = {\n\n    new GuiceApplicationBuilder().build()\n  }\n\n  def injector: Injector = app.injector\n\n  def frontendAppConfig: FrontendAppConfig = injector.instanceOf[FrontendAppConfig]\n\n  val ec: ExecutionContext = mock[ExecutionContext]\n  def addressLookupConfig: AddressLookupConfig = injector.instanceOf[AddressLookupConfig]\n  def messagesControllerComponents: MessagesControllerComponents = injector.instanceOf[MessagesControllerComponents]\n  def authConnector: AuthConnector = injector.instanceOf[AuthConnector]\n\n  def messagesApi: MessagesApi = messagesControllerComponents.messagesApi\n\n  def fakeRequest = FakeRequest(method = \"\", path = \"\")\n\n  def messages: Messages = messagesApi.preferred(fakeRequest)\n\n  def sequenceUtil[A]: SequenceUtil[A] = injector.instanceOf[SequenceUtil[A]]\n\n  val itmpAddress = ItmpAddress(\n    Some(\"Line1\"),\n    Some(\"Line2\"),\n    Some(\"Line3\"),\n    Some(\"Line4\"),\n    Some(\"Line5\"),\n    Some(\"AB1 2CD\"),\n    Some(\"United Kingdom\"),\n    Some(\"UK\")\n  )\n\n  val testResponseAddress: JsValue = {\n    Json.parse(input = \"{\\n\\\"auditRef\\\":\\\"e9e2fb3f-268f-4c4c-b928-3dc0b17259f2\\\",\\n\\\"address\\\":{\\n\\\"lines\\\":[\\n\\\"Line1\\\",\\n\\\"Line2\\\",\\n\\\"Line3\\\",\\n\\\"Line4\\\"\\n],\\n \\\"postcode\\\":\\\"NE1 1LX\\\",\\n\\\"country\\\":{\\n\\\"code\\\":\\\"GB\\\",\\n\\\"name\\\":\\\"United Kingdom\\\"\\n}\\n}\\n}\")\n  }\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/AnyOtherBenefitsControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport forms.BooleanForm\nimport models.{CheckMode, Mode, NormalMode, SelectTaxYear}\nimport models.SelectTaxYear.CustomTaxYear\nimport org.mockito.Mockito.when\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.mvc.Call\nimport play.api.test.Helpers._\nimport utils._\nimport viewmodels.AnswerSection\nimport views.html.anyOtherBenefits\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass AnyOtherBenefitsControllerSpec  extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute: Call = routes.IndexController.onPageLoad()\n\n  val formProvider = new BooleanForm()\n  val form: Form[Boolean] = formProvider()\n  val anyOtherBenefits: anyOtherBenefits = fakeApplication.injector.instanceOf[anyOtherBenefits]\n  private val taxYear: SelectTaxYear = CustomTaxYear(2017)\n  private val mockUserAnswers: UserAnswers = MockUserAnswers.claimDetailsUserAnswers()\n\n  private val cya: CheckYourAnswersHelper = new CheckYourAnswersHelper(mockUserAnswers)(messages)\n  private val otherBenefitsSection: AnswerSection = new CheckYourAnswersSections(cya, mockUserAnswers).otherBenefitsSection\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new AnyOtherBenefitsController(frontendAppConfig, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), formProvider, anyOtherBenefits, messagesControllerComponents)\n\n  def viewAsString(form: Form[_] = form, mode: Mode = NormalMode): String =\n    anyOtherBenefits(frontendAppConfig, form, mode, taxYear, otherBenefitsSection)(fakeRequest, messages).toString\n\n  \"AnyOtherBenefits Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString()\n    }\n\n    \"return OK and the correct view for a GET while in CheckMode\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(CheckMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString(mode = CheckMode)\n    }\n\n\n    \"redirect to the next page when valid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"redirect to the next page when valid data is submitted while in CheckMode\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(CheckMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected on submit\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n\n\n\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/models\/SelectTaxYear.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport play.api.i18n.Messages\nimport uk.gov.hmrc.time.TaxYear\nimport utils._\n\ntrait SelectTaxYear {\n  def year: Int\n  def asString(implicit messages: Messages): String\n}\n\nobject SelectTaxYear extends Enumerable[SelectTaxYear] {\n\n  val dateFormat = \"YYYY\"\n\n  case object CYMinus1 extends WithName(\"current-year-minus-1\") with SelectTaxYear {\n    override def year: Int = TaxYear.current.back(1).currentYear\n    override def asString(implicit messages: Messages): String =\n      messages(\n        s\"global.${CYMinus1.toString}\",\n        TaxYear.current.back(1).startYear.toString.format(dateFormat),\n        TaxYear.current.back(1).finishYear.toString.format(dateFormat)\n      )\n  }\n  case object CYMinus2 extends WithName(\"current-year-minus-2\") with SelectTaxYear {\n    override def year: Int = TaxYear.current.back(2).currentYear\n    override def asString(implicit messages: Messages): String =\n      messages(\n        s\"global.${CYMinus2.toString}\",\n        TaxYear.current.back(2).startYear.toString.format(dateFormat),\n        TaxYear.current.back(2).finishYear.toString.format(dateFormat)\n      )\n  }\n  case object CYMinus3 extends WithName(\"current-year-minus-3\") with SelectTaxYear {\n    override def year: Int = TaxYear.current.back(3).currentYear\n    override def asString(implicit messages: Messages): String =\n      messages(\n        s\"global.${CYMinus3.toString}\",\n        TaxYear.current.back(3).startYear.toString.format(dateFormat),\n        TaxYear.current.back(3).finishYear.toString.format(dateFormat)\n      )\n  }\n  case object CYMinus4 extends WithName(\"current-year-minus-4\") with SelectTaxYear {\n    override def year: Int = TaxYear.current.back(4).currentYear\n    override def asString(implicit messages: Messages): String =\n      messages(\n        s\"global.${CYMinus4.toString}\",\n        TaxYear.current.back(4).startYear.toString.format(dateFormat),\n        TaxYear.current.back(4).finishYear.toString.format(dateFormat)\n      )\n  }\n\n  case class CustomTaxYear(year: Int) extends SelectTaxYear {\n    override def asString(implicit messages: Messages): String = s\"6 April $year to 5 April ${year + 1}\"\n  }\n\n  private val regex = \"CustomTaxYear\\\\(([0-9]+)\\\\)\".r\n  def harnessReads: PartialFunction[String, SelectTaxYear] = {\n    case regex(y) => CustomTaxYear(y.toInt)\n  }\n\n  def options: Seq[RadioOption] = Seq(\n    taxYearRadioOption(TaxYear.current.back(1), CYMinus1, \"value\"),\n    taxYearRadioOption(TaxYear.current.back(2), CYMinus2, \"value-2\"),\n    taxYearRadioOption(TaxYear.current.back(3), CYMinus3, \"value-3\"),\n    taxYearRadioOption(TaxYear.current.back(4), CYMinus4, \"value-4\")\n  )\n\n  private def taxYearRadioOption(taxYear: TaxYear, option: SelectTaxYear, id: String) =\n    RadioOption(\n      id = id,\n      value = option.toString,\n      message = Message(s\"global.$option\", Seq(taxYear.startYear.toString.format(dateFormat), taxYear.finishYear.toString.format(dateFormat)): _*)\n    )\n\n  def values: Set[SelectTaxYear] = Set(\n    CYMinus1, CYMinus2, CYMinus3, CYMinus4\n  )\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/PaymentInternationalAddressControllerSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport forms.PaymentInternationalAddressForm\nimport models.SelectTaxYear.CustomTaxYear\nimport models.{InternationalAddress, NormalMode}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.test.Helpers._\nimport utils.{FakeNavigator, MockUserAnswers}\nimport views.html.paymentInternationalAddress\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass PaymentInternationalAddressControllerSpec extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute = routes.IndexController.onPageLoad()\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new PaymentInternationalAddressController(messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), paymentInternationalAddress, messagesControllerComponents, new PaymentInternationalAddressForm(frontendAppConfig))\n\n  val form = new PaymentInternationalAddressForm(frontendAppConfig)()\n  val paymentInternationalAddress: paymentInternationalAddress = fakeApplication.injector.instanceOf[paymentInternationalAddress]\n  private val taxYear = CustomTaxYear(2017)\n  private val mockUserAnswers = MockUserAnswers.minimalValidUserAnswers()\n\n  def viewAsString(form: Form[InternationalAddress] = form) =\n    paymentInternationalAddress(form, NormalMode, taxYear)(fakeRequest, messages).toString\n\n  \"PaymentInternationalAddress Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result = controller(fakeDataRetrievalAction()).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString()\n    }\n\n    \"populate the view correctly on a GET when the question has previously been answered\" in {\n      when(mockUserAnswers.paymentInternationalAddress).thenReturn(Some(InternationalAddress(\"line 1\", \"line 2\", None, None, None, \"country\")))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(InternationalAddress(\"line 1\", \"line 2\", None, None, None, \"country\")))\n    }\n\n    \"redirect to the next page when valid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody(\n        (\"addressLine1\", \"Value1\"),\n        (\"addressLine2\", \"Value2\"),\n        (\"addressLine3\", \"Value3\"),\n        (\"country\", \"SomeCountry\")\n      )\n\n      val result = controller(fakeDataRetrievalAction()).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction()).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"field1\", \"value 1\"), (\"field2\", \"value 2\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/AnyTaxableRentalIncomeControllerSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport play.api.data.Form\nimport play.api.libs.json.{JsBoolean, JsString, Json}\nimport utils.{FakeNavigator, MockUserAnswers}\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport play.api.test.Helpers._\nimport forms.AnyTaxPaidForm\nimport identifiers.{AnyTaxPaidId, TaxPaidAmountId}\nimport models.SelectTaxYear.CustomTaxYear\nimport models.{AnyTaxPaid, NormalMode}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport views.html.anyTaxableRentalIncome\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass AnyTaxableRentalIncomeControllerSpec extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute = routes.IndexController.onPageLoad()\n\n  private val notSelectedKey = \"anyTaxableRentalIncome.notSelected\"\n  private val blankKey = \"anyTaxableRentalIncome.blank\"\n  private val invalidKey = \"anyTaxableRentalIncome.invalid\"\n\n  val testAnswer = \"9,999.00\"\n  val validYesData = Map(AnyTaxPaidId.toString -> Json.obj(AnyTaxPaidId.toString -> JsBoolean(true), TaxPaidAmountId.toString -> JsString(testAnswer)))\n  val validNoData = Map(AnyTaxPaidId.toString -> Json.obj(AnyTaxPaidId.toString -> JsBoolean(false)))\n  val anyTaxableRentalIncome: anyTaxableRentalIncome = fakeApplication.injector.instanceOf[anyTaxableRentalIncome]\n  private val mockUserAnswers = MockUserAnswers.claimDetailsUserAnswers()\n  private val taxYear = CustomTaxYear(2017)\n\n  val formProvider = new AnyTaxPaidForm\n  private val form = formProvider(notSelectedKey, blankKey, invalidKey)\n\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new AnyTaxableRentalIncomeController(frontendAppConfig, messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), anyTaxableRentalIncome, messagesControllerComponents, formProvider)\n\n  def viewAsString(form: Form[_] = form) = anyTaxableRentalIncome(form, NormalMode, taxYear)(fakeRequest, messages).toString\n\n  \"AnyTaxableRentalIncome Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result = controller(fakeDataRetrievalAction()).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString()\n    }\n\n    \"populate the view correctly on a GET when YES has previously been answered\" in {\n      when(mockUserAnswers.anyTaxableRentalIncome).thenReturn(Some(AnyTaxPaid.Yes(testAnswer)))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(AnyTaxPaid.Yes(testAnswer)))\n    }\n\n    \"populate the view correctly on a GET when NO has previously been answered\" in {\n      when(mockUserAnswers.anyTaxableRentalIncome).thenReturn(Some(AnyTaxPaid.No))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(AnyTaxPaid.No))\n    }\n\n    \"redirect to the next page when valid YES data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyTaxPaid\", \"true\"),(\"taxPaidAmount\", testAnswer))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"redirect to the next page when valid NO data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyTaxPaid\", \"false\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected on submit\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/DeleteOtherControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport forms.BooleanForm\nimport models.SelectTaxYear.CustomTaxYear\nimport models._\nimport org.mockito.Mockito._\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.mvc.Call\nimport play.api.test.Helpers._\nimport utils.{FakeNavigator, MockUserAnswers}\nimport views.html.deleteOther\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass DeleteOtherControllerSpec  extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute: Call = routes.IndexController.onPageLoad()\n\n  val formProvider = new BooleanForm()\n  val form: Form[Boolean] = formProvider()\n  val deleteOther: deleteOther = fakeApplication.injector.instanceOf[deleteOther]\n  private val mockUserAnswers = MockUserAnswers\n  private val taxYear = CustomTaxYear(2017)\n\n  val itemName = \"qwerty\"\n\n  val index: Index = Index(0)\n  val invalidIndex: Index = Index(6)\n\n  val benefitCollectionId = \"otherBenefits\"\n  val companyBenefitCollectionId = \"otherCompanyBenefits\"\n  val taxableIncomeCollectionId = \"otherTaxableIncome\"\n  val invalidCollectionId = \"qwerty\"\n\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new DeleteOtherController(messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), deleteOther, messagesControllerComponents, formProvider)\n\n  def viewAsString(form: Form[_] = form, index: Index, itemName: String, collectionId: String): String =\n    deleteOther(form, NormalMode, index, itemName, collectionId, taxYear)(fakeRequest, messages).toString\n\n  \"DeleteOther Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.minimalValidUserAnswers()))\n        .onPageLoad(NormalMode, index, itemName, benefitCollectionId)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString(form, index, itemName, benefitCollectionId)\n    }\n\n    \"redirect to AnyOtherBenefit when value is true and valid benefit submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.benefitsUserAnswers()))\n        .onSubmit(CheckMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.AnyOtherBenefitsController.onPageLoad(CheckMode).url)\n    }\n\n    \"redirect to RemoveOtherSelectedOption when value is true and no other benefits are available\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val answers = mockUserAnswers.benefitsUserAnswers()\n\n      when(answers.otherBenefit) thenReturn Some(Seq.empty)\n\n      val result = controller(fakeDataRetrievalAction(answers))\n        .onSubmit(NormalMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.RemoveOtherSelectedOptionController.onPageLoad(NormalMode, OtherBenefit.collectionId).url)\n    }\n\n\n    \"redirect to AnyOtherCompanyBenefits when value is true and valid companyBenefit submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.companyBenefitsUserAnswers))\n        .onSubmit(NormalMode, index, itemName, companyBenefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.AnyOtherCompanyBenefitsController.onPageLoad(NormalMode).url)\n    }\n\n    \"redirect to RemoveOtherSelectedOption when value is true and no other companyBenefits are available\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val answers = mockUserAnswers.companyBenefitsUserAnswers\n\n      when(answers.otherCompanyBenefit) thenReturn Some(Seq.empty)\n\n      val result = controller(fakeDataRetrievalAction(answers))\n        .onSubmit(NormalMode, index, itemName, companyBenefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.RemoveOtherSelectedOptionController.onPageLoad(NormalMode, OtherCompanyBenefit.collectionId).url)\n    }\n\n\n    \"redirect to CheckYourAnswers when value is true and valid otherTaxableIncome submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.taxableIncomeUserAnswers))\n        .onSubmit(NormalMode, index, itemName, taxableIncomeCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"redirect to RemoveOtherSelectedOption when value is true and no other otherTaxableIncome are available\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val answers = mockUserAnswers.taxableIncomeUserAnswers\n\n      when(answers.otherTaxableIncome) thenReturn Some(Seq.empty)\n\n      val result = controller(fakeDataRetrievalAction(answers))\n        .onSubmit(NormalMode, index, itemName, taxableIncomeCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.RemoveOtherSelectedOptionController.onPageLoad(NormalMode, OtherTaxableIncome.collectionId).url)\n    }\n\n\n    \"redirect to SessionExpired when value is true and no otherBenefit userAnswer is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to SessionExpired when value is true and no otherCompanyBenefit userAnswer is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, companyBenefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n\n    \"redirect to SessionExpired when value is true and no otherTaxableIncome userAnswer is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, taxableIncomeCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to SessionExpired when id is not valid\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, invalidCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to AnyOtherBenefit when valid data is submitted and value is false\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"false\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.AnyOtherBenefitsController.onPageLoad(NormalMode).url)\n    }\n\n    \"redirect to AnyOtherCompanyBenefits when valid data is submitted and value is false\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"false\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, companyBenefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.AnyOtherCompanyBenefitsController.onPageLoad(NormalMode).url)\n    }\n\n    \"redirect to AnyOtherTaxableIncome when valid data is submitted and value is false\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"false\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, taxableIncomeCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.AnyOtherTaxableIncomeController.onPageLoad(NormalMode).url)\n    }\n\n    \"redirect to SessionExpired when invalid id provided and value is true\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.taxableIncomeUserAnswers))\n        .onSubmit(NormalMode, index, itemName, invalidCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to SessionExpired when invalid id provided and value is false\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"false\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers.taxableIncomeUserAnswers))\n        .onSubmit(NormalMode, index, itemName, invalidCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction())\n        .onSubmit(NormalMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm, index, itemName, benefitCollectionId)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData)\n        .onPageLoad(NormalMode, index, itemName, benefitCollectionId)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a GET if no taxYear is available\" in {\n      val minimalValidUserAnswers = mockUserAnswers.minimalValidUserAnswers()\n\n      when(minimalValidUserAnswers.selectTaxYear) thenReturn None\n\n      val result = controller(fakeDataRetrievalAction(minimalValidUserAnswers))\n        .onPageLoad(NormalMode, index, itemName, benefitCollectionId)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData)\n        .onSubmit(NormalMode, index, itemName, benefitCollectionId)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n\n\n\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/forms\/WhereToSendPaymentForm.scala","text":"<filename>app\/forms\/WhereToSendPaymentForm.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport models.WhereToSendPayment\nimport play.api.data.{Form, FormError}\nimport play.api.data.Forms._\nimport play.api.data.format.Formatter\nimport utils.{Message, RadioOption}\n\nobject WhereToSendPaymentForm extends FormErrorHelper {\n\n  private val errorKeyBlank = \"whereToSendPayment.blank\"\n\n  def apply(): Form[WhereToSendPayment] =\n    Form(single(\"value\" -> of(whereToSendPaymentFormatter)))\n\n  def options: Set[RadioOption] = WhereToSendPayment.values.zip(Seq(\"value\", \"value-2\")).map {\n    case (value, govukId) =>\n      RadioOption(\n        id = govukId,\n        value = value.toString,\n        message = Message(s\"whereToSendPayment.$value\")\n      )\n  }\n\n  private def whereToSendPaymentFormatter: Formatter[WhereToSendPayment] = new Formatter[WhereToSendPayment] {\n\n    def bind(key: String, data: Map[String, String]): Either[Seq[FormError], WhereToSendPayment] = data.get(key) match {\n      case Some(s) => WhereToSendPayment.withName(s)\n        .map(Right.apply)\n        .getOrElse(produceError(key, \"error.unknown\"))\n      case None => produceError(key, errorKeyBlank)\n    }\n\n    def unbind(key: String, value: WhereToSendPayment): Map[String, String] = Map(key -> value.toString)\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/SelectTaxYearViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport forms.SelectTaxYearForm\nimport models.{NormalMode, SelectTaxYear}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport utils.RadioOption\nimport views.behaviours.NewViewBehaviours\nimport views.html.selectTaxYear\n\nclass SelectTaxYearViewSpec extends NewViewBehaviours with GuiceOneAppPerSuite {\n\n  private val messageKeyPrefix = \"selectTaxYear\"\n  private val selectTaxYear: selectTaxYear = fakeApplication.injector.instanceOf[selectTaxYear]\n\n  def createView = () => selectTaxYear(frontendAppConfig, SelectTaxYearForm(), NormalMode)(fakeRequest, messages)\n\n  def createViewUsingForm = (form: Form[_]) => selectTaxYear(frontendAppConfig, form, NormalMode)(fakeRequest, messages)\n\n  def radioButtonOptions: Seq[RadioOption] = SelectTaxYear.options\n\n\n  \"SelectTaxYear view\" must {\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"index.title\"))\n  }\n\n  \"SelectTaxYear view\" when {\n    \"rendered\" must {\n      \"contain radio buttons for the value\" in {\n        val doc = asDocument(createViewUsingForm(SelectTaxYearForm()))\n        for (option <- radioButtonOptions) {\n          assertContainsRadioButton(doc, option.id, \"value\", option.value, false)\n        }\n      }\n    }\n\n    for (option <- radioButtonOptions) {\n      s\"rendered with a value of '${option.value}'\" must {\n        s\"have the '${option.value}' radio button selected\" in {\n          val doc = asDocument(createViewUsingForm(SelectTaxYearForm().bind(Map(\"value\" -> s\"${option.value}\"))))\n          assertContainsRadioButton(doc, option.id, \"value\", option.value, true)\n\n          for (unselectedOption <- radioButtonOptions.filterNot(o => o == option)) {\n            assertContainsRadioButton(doc, unselectedOption.id, \"value\", unselectedOption.value, false)\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/TelephoneNumberFormSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport forms.mappings.TelephoneOptionMapping\nimport models.TelephoneOption\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\nimport play.api.data.{Form, FormError}\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass TelephoneNumberFormSpec extends FormSpec with TelephoneOptionMapping with ScalaCheckPropertyChecks {\n\n  \"TelephoneNumber form\" must {\n    val form: Form[TelephoneOption] = new TelephoneNumberForm()()\n    val anyTelephoneNumber = \"anyTelephoneNumber\"\n    val telephoneNumber = \"telephoneNumber\"\n    val testTelephoneNumber = \"0191 1111 111\"\n\n    \"bind successfully when yes and telephone is valid\" in {\n      val result = form.bind(Map(anyTelephoneNumber -> \"true\", telephoneNumber -> testTelephoneNumber))\n      result.errors.size shouldBe 0\n      result.get shouldBe TelephoneOption.Yes(testTelephoneNumber)\n    }\n\n    \"bind successfully when no\" in {\n      val result = form.bind(Map(anyTelephoneNumber -> \"false\"))\n      result.errors.size shouldBe 0\n      result.get shouldBe TelephoneOption.No\n    }\n\n    \"fail to bind\" when {\n      \"yes is selected but telephone number is not provided\" in {\n        val result = form.bind(Map(anyTelephoneNumber -> \"true\"))\n        result.errors shouldBe Seq(FormError(telephoneNumber, \"telephoneNumber.blank\"))\n      }\n      \"Telephone is invalid\" in {\n        val result = form.bind(Map(anyTelephoneNumber -> \"true\", telephoneNumber -> \"test\"))\n        result.errors shouldBe Seq(FormError(telephoneNumber, \"telephoneNumber.invalid\"))\n      }\n    }\n\n    \"Successfully unbind 'telephone.anyTelephoneNumber.Yes'\" in {\n      val result = form.fill(TelephoneOption.Yes(testTelephoneNumber)).data\n      result should contain(anyTelephoneNumber -> \"true\")\n      result should contain(telephoneNumber -> testTelephoneNumber)\n    }\n    \"Successfully unbind 'telephone.anyTelephoneNumber.No'\" in {\n      val result = form.fill(TelephoneOption.No).data\n      result should contain(anyTelephoneNumber -> \"false\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/IsPaymentAddressInTheUKViewSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport controllers.routes\nimport forms.BooleanForm\nimport models.NormalMode\nimport models.SelectTaxYear.CustomTaxYear\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport views.behaviours.NewYesNoViewBehaviours\nimport views.html.isPaymentAddressInTheUK\n\nclass IsPaymentAddressInTheUKViewSpec extends NewYesNoViewBehaviours with GuiceOneAppPerSuite {\n\n  val messageKeyPrefix = \"isPaymentAddressInTheUK\"\n  private val taxYear = CustomTaxYear(2017)\n\n  override val form = new BooleanForm()()\n  val isPaymentAddressInTheUK: isPaymentAddressInTheUK = fakeApplication.injector.instanceOf[isPaymentAddressInTheUK]\n\n  def createView = () => isPaymentAddressInTheUK(frontendAppConfig, form, NormalMode, taxYear)(fakeRequest, messages)\n\n  def createViewUsingForm = (form: Form[_]) => isPaymentAddressInTheUK(frontendAppConfig, form, NormalMode, taxYear)(fakeRequest, messages)\n\n  \"IsPaymentAddressInTheUK view\" must {\n\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"site.service_name.with_tax_year\", taxYear.asString(messages)))\n\n    behave like yesNoPage(\n      createView = createViewUsingForm,\n      messageKeyPrefix = messageKeyPrefix,\n      expectedFormAction = routes.IsPaymentAddressInTheUKController.onSubmit(NormalMode).url,\n      expectedHintTextKey = None\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/AnyBenefitsViewSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport controllers.routes\nimport forms.BooleanForm\nimport models.NormalMode\nimport models.SelectTaxYear.CustomTaxYear\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.twirl.api.HtmlFormat\nimport views.behaviours.{NewYesNoViewBehaviours, YesNoViewBehaviours}\nimport views.html.anyBenefits\n\nclass AnyBenefitsViewSpec extends NewYesNoViewBehaviours with GuiceOneAppPerSuite {\n\n  private val messageKeyPrefix = \"anyBenefits\"\n  private val listMessageKeyPrefix = \"selectBenefits\"\n  private val taxYear = CustomTaxYear(2017)\n  private val anyBenefits: anyBenefits = fakeApplication.injector.instanceOf[anyBenefits]\n\n  override val form = new BooleanForm()()\n\n  def createView: () => HtmlFormat.Appendable = () =>\n    anyBenefits(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  def createViewUsingForm: Form[_] =>\n\t\tHtmlFormat.Appendable = (form: Form[_]) =>\n\t\t\tanyBenefits(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  \"AnyBenefits view\" must {\n\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"site.service_name.with_tax_year\", taxYear.asString(messages)))\n\n    behave like yesNoPage(\n      createView = createViewUsingForm,\n      messageKeyPrefix = messageKeyPrefix,\n      expectedFormAction = routes.AnyBenefitsController.onSubmit(NormalMode).url,\n      expectedHintTextKey = None\n    )\n\n    behave like pageWithList(createView, messageKeyPrefix,\n      Seq(\n        \"bereavement-allowance\",\n        \"carers-allowance\",\n        \"jobseekers-allowance\",\n        \"incapacity-benefit\",\n        \"employment-and-support-allowance\",\n        \"state-pension\"\n      ), listMessageKeyPrefix)\n\n    \"contain a listHeader\" in {\n      val doc = asDocument(createViewUsingForm(form))\n      val employerName = doc.getElementById(\"listHeading\").text\n      employerName mustBe messages(\"anyBenefits.listHeading\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/OtherTaxableIncomeFormSpec.scala","text":"<filename>test\/forms\/OtherTaxableIncomeFormSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport config.FrontendAppConfig\nimport forms.behaviours.FormBehaviours\nimport models.{Index, OtherTaxableIncome}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.mockito.Mockito._\nimport play.api.data.{Form, FormError}\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass OtherTaxableIncomeFormSpec extends FormBehaviours with MockitoSugar {\n\n  private val currencyRegex = \"\"\"(?=.)^\\$?(([1-9][0-9]{0,2}(,[0-9]{3})*)|[0-9]+)?(\\.[0-9]{1,2})?$\"\"\"\n  val nameKeyBlank = \"otherTaxableIncome.name.blank\"\n  val amountKeyBlank = \"otherTaxableIncome.amount.blank\"\n  val amountKeyInvalid = \"otherTaxableIncome.amount.invalid\"\n  val duplicateBenefitKey = \"otherTaxableIncome.duplicate\"\n\n  def appConfig: FrontendAppConfig = {\n    val instance = mock[FrontendAppConfig]\n    when(instance.currencyRegex) thenReturn currencyRegex\n    instance\n  }\n\n  val validData: Map[String, String] = Map(\"name\" -> \"qwerty\", \"amount\" -> \"123\")\n\n  override val form: Form[OtherTaxableIncome] = new OtherTaxableIncomeForm(appConfig)(Seq.empty, 0)\n\n  def otherTaxableIncomeForm(otherTaxableIncome: Seq[OtherTaxableIncome], index: Index): Form[OtherTaxableIncome] =\n\t\tnew OtherTaxableIncomeForm(appConfig)(otherTaxableIncome, index)\n\n  \"OtherTaxableIncome Form\" must {\n\n    \"bind successfully with valid name and amount\" in {\n      val result: Form[OtherTaxableIncome] = otherTaxableIncomeForm(Seq.empty, 0).bind(validData)\n      result.errors.size shouldBe 0\n      result.get shouldBe OtherTaxableIncome(\"qwerty\", \"123\", None)\n    }\n\n    \"bind successfully with valid name and amount with filter\" in {\n      val result: Form[OtherTaxableIncome] =\n        otherTaxableIncomeForm(Seq(OtherTaxableIncome(\"qwerty\", \"123\", None)), 0).bind(validData)\n      result.errors.size shouldBe 0\n      result.get shouldBe OtherTaxableIncome(\"qwerty\", \"123\", None)\n    }\n\n    \"fail to bind with missing name\" in {\n      val result: Form[OtherTaxableIncome] = form.bind(Map(\"amount\" -> \"123\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", nameKeyBlank))\n    }\n\n    \"fail to bind if name is duplicate\" in {\n      val result: Form[OtherTaxableIncome] =\n        otherTaxableIncomeForm(Seq(OtherTaxableIncome(\"qwerty\", \"123\", None)), 1).bind(validData)\n\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", duplicateBenefitKey, Seq(\"qwerty\")))\n    }\n\n    \"fail to bind with missing amount\" in {\n      val result: Form[OtherTaxableIncome] = form.bind(Map(\"name\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyBlank))\n    }\n\n    \"fail to bind with invalid amount\" in {\n      val result: Form[OtherTaxableIncome] = form.bind(Map(\"name\" -> \"qwerty\", \"amount\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyInvalid))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/AnyOtherCompanyBenefitsControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport play.api.data.Form\nimport utils.{CheckYourAnswersHelper, CheckYourAnswersSections, FakeNavigator, MockUserAnswers}\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport play.api.test.Helpers._\nimport forms.BooleanForm\nimport models.{CheckMode, Mode, NormalMode}\nimport models.SelectTaxYear.CustomTaxYear\nimport org.mockito.Mockito.when\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.mvc.Call\nimport viewmodels.AnswerSection\nimport views.html.anyOtherCompanyBenefits\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass AnyOtherCompanyBenefitsControllerSpec extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute: Call = routes.IndexController.onPageLoad()\n\n  val formProvider = new BooleanForm()\n  val form: Form[Boolean] = formProvider()\n  val anyOtherCompanyBenefits: anyOtherCompanyBenefits = fakeApplication.injector.instanceOf[anyOtherCompanyBenefits]\n  private val taxYear = CustomTaxYear(2017)\n  private val mockUserAnswers = MockUserAnswers.claimDetailsUserAnswers()\n  private val cya: CheckYourAnswersHelper = new CheckYourAnswersHelper(mockUserAnswers)(messages)\n  private val otherCompanyBenefits: AnswerSection = new CheckYourAnswersSections(cya, mockUserAnswers).otherBenefitsAddToListNormalMode\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new AnyOtherCompanyBenefitsController(frontendAppConfig, messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), anyOtherCompanyBenefits, messagesControllerComponents, formProvider)\n\n  def viewAsString(form: Form[_] = form, mode: Mode = NormalMode): String =\n    anyOtherCompanyBenefits(frontendAppConfig, form, mode, taxYear, otherCompanyBenefits)(fakeRequest, messages).toString\n\n  \"AnyOtherCompanyBenefits Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString()\n    }\n\n    \"return OK and the correct view for a GET while in CheckMode\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(CheckMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString(mode = CheckMode)\n    }\n\n    \"not populate the view on a GET when the question has previously been answered as the user always needs to answer this question\" in {\n      when(mockUserAnswers.anyOtherCompanyBenefits).thenReturn(Some(true))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form)\n    }\n\n    \"redirect to the next page when valid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"redirect to the next page when valid data is submitted while in CheckMode\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(CheckMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected on submit\" in {\n      when(mockUserAnswers.selectTaxYear).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n\n\n\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/connectors\/AddressLookupConnectorSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport base.SpecBase\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport config.FrontendAppConfig\nimport models.requests.DataRequest\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.bind\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Format\nimport play.api.i18n.Lang\nimport play.api.mvc.Request\nimport uk.gov.hmrc.http.cache.client.CacheMap\nimport utils.{UserAnswers, WireMockHelper}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, ExecutionContext, Future}\n\nclass AddressLookupConnectorSpec extends SpecBase with MockitoSugar with WireMockHelper with GuiceOneAppPerSuite with ScalaFutures {\n  lazy val dataCacheConnector: DataCacheConnector = new DataCacheConnector {\n    override def save[A](cacheId: String, key: String, value: A)(implicit fmt: Format[A]): Future[CacheMap] =\n      Future.successful(CacheMap(cacheId, Map(key -> fmt.writes(value))))\n\n    override def remove(cacheId: String, key: String): Future[Boolean] = ???\n\n    override def removeAll(cacheId: String): Future[Boolean] = ???\n\n    override def fetch(cacheId: String): Future[Option[CacheMap]] = ???\n\n    override def getEntry[A](cacheId: String, key: String)(implicit fmt: Format[A]): Future[Option[A]] = ???\n\n    override def addToCollection[A](cacheId: String, collectionKey: String, value: A)(implicit fmt: Format[A]): Future[CacheMap] = ???\n\n    override def removeFromCollection[A](cacheId: String, collectionKey: String, item: A)(implicit fmt: Format[A]): Future[CacheMap] = ???\n\n    override def replaceInCollection[A](cacheId: String, collectionKey: String, index: Int, item: A)(implicit fmt: Format[A]): Future[CacheMap] = ???\n  }\n\n  override implicit lazy val app: Application =\n    new GuiceApplicationBuilder()\n      .configure(\n        conf = \"microservice.services.address-lookup-frontend.port\" -> server.port\n      )\n      .overrides(bind(classOf[DataCacheConnector]).toInstance(dataCacheConnector))\n      .build()\n\n  implicit val dataRequest: DataRequest[_] = mock[DataRequest[_]]\n  implicit val ex: ExecutionContext = mock[ExecutionContext]\n  implicit val request: Request[_] = mock[Request[_]]\n  implicit val appConfig: FrontendAppConfig = mock[FrontendAppConfig]\n\n  private lazy val connector: AddressLookupConnector = app.injector.instanceOf[AddressLookupConnector]\n\n  private implicit val language = Lang(\"en\")\n\n\n  \"AddressLookupConnector\" must {\n\n    \"return a location when addressLookup.initialise\" in {\n      server.stubFor(\n        post(urlEqualTo(\"\/api\/v2\/init\"))\n          .willReturn(\n            aResponse()\n              .withStatus(202)\n              .withHeader(\"Location\", \"\/api\/v2\/location\")\n          )\n      )\n\n      val result: Option[String] = Await.result(connector.initialise(continueUrl = \"\", accessibilityFooterUrl = \"\"), 500.millisecond)\n      result mustBe Some(\"\/api\/v2\/location\")\n\n    }\n\n    \"return error when there is no Location\" in {\n      server.stubFor(\n        post(urlEqualTo(\"\/api\/v2\/init\"))\n          .willReturn(\n            aResponse()\n              .withStatus(202)\n              .withBody(\"\")\n              .withHeader(\"notLocation\", \"\")\n          )\n      )\n\n      val result: Option[String] = Await.result(connector.initialise(\"\", \"\"), 500.millisecond)\n      result mustBe Some(s\"[AddressLookupConnector][initialise] - Failed to obtain location from http:\/\/localhost:${server.port}\/api\/v2\/init\")\n    }\n\n    \"return error when status is other than 202\" in {\n      server.stubFor(\n        post(urlEqualTo(\"\/api\/v2\/init\"))\n          .willReturn(\n            aResponse()\n              .withStatus(204)\n          )\n      )\n\n      val result: Option[String] = Await.result(connector.initialise(\"\", \"\"), 500.millisecond)\n      result mustBe None\n    }\n\n    \"get None when there is an error\" in {\n      server.stubFor(\n        post(urlEqualTo(\"\/api\/v2\/init\"))\n          .willReturn(\n            aResponse()\n          )\n      )\n\n      val result: Future[Option[String]] = connector.initialise(\"\", \"\")\n      whenReady(result) {\n        res =>\n          res mustBe None\n      }\n\n    }\n\n    \"return None when HTTP call fails\" in {\n      server.stubFor(\n        post(urlEqualTo(\"\/api\/v2\/init\"))\n          .willReturn(\n            aResponse()\n              .withStatus(400)\n          )\n      )\n\n      val result: Future[Option[String]] = connector.initialise(\"\", \"\")\n      whenReady(result) {\n        res =>\n          res mustBe None\n      }\n    }\n\n    \"return cacheMap when called with ID\" in {\n      server.stubFor(\n        get(urlEqualTo(\"\/api\/confirmed?id=123456789\"))\n          .willReturn(\n            aResponse()\n              .withStatus(200)\n              .withBody(testResponseAddress.toString)\n          )\n      )\n\n      val result: UserAnswers = Await.result(connector.getAddress(cacheId = \"12345\", saveKey = \"saveKey\", id = \"123456789\"), 5.second)\n      result.cacheMap mustBe CacheMap(\"12345\", Map(\"saveKey\" -> testResponseAddress))\n    }\n  }\n}\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/controllers\/SessionManagementController.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport config.FrontendAppConfig\nimport connectors.DataCacheConnector\nimport controllers.actions.{AuthAction, DataRequiredAction, DataRetrievalAction}\nimport javax.inject.Inject\nimport play.api.i18n.I18nSupport\nimport play.api.mvc.{Action, AnyContent, MessagesControllerComponents}\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\nimport uk.gov.hmrc.play.partials.FormPartialRetriever\nimport views.html.sessionTimedout\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SessionManagementController @Inject()(val appConfig: FrontendAppConfig,\n                                            sessionTimedout: sessionTimedout,\n                                            cc: MessagesControllerComponents,\n                                            authenticate: AuthAction,\n                                            dataCacheConnector: DataCacheConnector,\n                                            getData: DataRetrievalAction,\n                                            requireData: DataRequiredAction,\n                                            implicit val executionContext: ExecutionContext) extends FrontendController(cc) with I18nSupport{\n\n  def extendSession: Action[AnyContent] = Action.async {\n    Future.successful(Ok(\"OK\"))\n  }\n\n  def signedOut: Action[AnyContent] = Action {\n    implicit request =>\n    Ok(sessionTimedout(appConfig)).withNewSession\n  }\n\n  def clearSessionData: Action[AnyContent] = authenticate.async {\n    implicit request =>\n      dataCacheConnector.removeAll(request.externalId).map { cacheMap =>\n        Redirect(routes.SessionManagementController.signedOut)\n      }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/controllers\/DeleteOtherController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport config.FrontendAppConfig\nimport connectors.DataCacheConnector\nimport controllers.actions._\nimport forms.BooleanForm\nimport identifiers._\nimport javax.inject.Inject\nimport models._\nimport models.requests.DataRequest\nimport play.api.data.Form\nimport play.api.i18n.{I18nSupport, MessagesApi}\nimport play.api.mvc.{Action, AnyContent, Result}\nimport uk.gov.hmrc.http.cache.client.CacheMap\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\nimport play.api.mvc.MessagesControllerComponents\nimport uk.gov.hmrc.play.partials.FormPartialRetriever\nimport utils.{Navigator, UserAnswers}\nimport views.html.deleteOther\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass DeleteOtherController @Inject()(override val messagesApi: MessagesApi,\n                                      dataCacheConnector: DataCacheConnector,\n                                      navigator: Navigator,\n                                      authenticate: AuthAction,\n                                      getData: DataRetrievalAction,\n                                      requireData: DataRequiredAction,\n                                      deleteOther: deleteOther,\n                                      cc: MessagesControllerComponents,\n                                      formProvider: BooleanForm,\n                                     )(implicit ec: ExecutionContext) extends FrontendController(cc) with I18nSupport {\n\n  private val errorKey = \"deleteOther.blank\"\n\n  def onPageLoad(mode: Mode, index: Index, itemName: String, collectionId: String): Action[AnyContent] = (authenticate andThen getData andThen requireData) {\n    implicit request =>\n      val form: Form[Boolean] = formProvider(cc.messagesApi.preferred(request).messages(errorKey, itemName))\n      request.userAnswers.selectTaxYear.map {\n        taxYear =>\n          Ok(deleteOther(form, mode, index, itemName, collectionId, taxYear))\n      }.getOrElse {\n        Redirect(routes.SessionExpiredController.onPageLoad())\n      }\n  }\n\n  def onSubmit(mode: Mode, index: Index, itemName: String, collectionId: String): Action[AnyContent] =\n    (authenticate andThen getData andThen requireData).async {\n      implicit request =>\n        val form: Form[Boolean] = formProvider(cc.messagesApi.preferred(request).messages(errorKey, itemName))\n        request.userAnswers.selectTaxYear.map {\n          taxYear =>\n            form.bindFromRequest().fold(\n              (formWithErrors: Form[_]) =>\n                Future.successful(BadRequest(deleteOther(formWithErrors, mode, index, itemName, collectionId, taxYear))),\n              success = (value: Boolean) =>\n                if (value) {\n                  collectionId match {\n                    case OtherBenefit.collectionId =>\n                      deleteOtherBenefit(request, mode, index, collectionId)\n                    case OtherCompanyBenefit.collectionId =>\n                      deleteOtherCompanyBenefit(request, mode, index, collectionId)\n                    case OtherTaxableIncome.collectionId =>\n                      deleteOtherTaxableIncome(request, mode, index, collectionId)\n                    case _ =>\n                      Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n                  }\n                } else {\n                  collectionId match {\n                    case OtherBenefit.collectionId =>\n                      Future.successful(Redirect(routes.AnyOtherBenefitsController.onPageLoad(mode)))\n                    case OtherCompanyBenefit.collectionId =>\n                      Future.successful(Redirect(routes.AnyOtherCompanyBenefitsController.onPageLoad(mode)))\n                    case OtherTaxableIncome.collectionId =>\n                      Future.successful(Redirect(routes.AnyOtherTaxableIncomeController.onPageLoad(mode)))\n                    case _ =>\n                      Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n                  }\n                }\n            )\n        }.getOrElse {\n          Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n        }\n    }\n\n  def deleteOtherBenefit(request: DataRequest[AnyContent], mode: Mode, index: Index, collectionId: String): Future[Result] = {\n    val result: Option[Future[Result]] = for {\n      otherBenefit: Seq[OtherBenefit] <- request.userAnswers.otherBenefit\n    } yield {\n      val updatedOtherBenefit: Seq[OtherBenefit] = otherBenefit.patch(index, Seq.empty, 1)\n      dataCacheConnector.save[Seq[OtherBenefit]](request.externalId, OtherBenefitId.toString, updatedOtherBenefit).map(\n        _ =>\n          if (updatedOtherBenefit.isEmpty) {\n            Redirect(routes.RemoveOtherSelectedOptionController.onPageLoad(mode, collectionId))\n          } else {\n            Redirect(routes.AnyOtherBenefitsController.onPageLoad(mode))\n          }\n      )\n    }\n\n    result.getOrElse {\n      Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n    }\n  }\n\n  def deleteOtherCompanyBenefit(request: DataRequest[AnyContent], mode: Mode, index: Index, collectionId: String): Future[Result] = {\n    val result: Option[Future[Result]] = for {\n      otherCompanyBenefit: Seq[OtherCompanyBenefit] <- request.userAnswers.otherCompanyBenefit\n    } yield {\n      val updatedOtherCompanyBenefit: Seq[OtherCompanyBenefit] = otherCompanyBenefit.patch(index, Seq.empty, 1)\n      dataCacheConnector.save[Seq[OtherCompanyBenefit]](request.externalId, OtherCompanyBenefitId.toString, updatedOtherCompanyBenefit).map(\n        _ =>\n          if (updatedOtherCompanyBenefit.isEmpty) {\n            Redirect(routes.RemoveOtherSelectedOptionController.onPageLoad(mode, collectionId))\n          } else {\n            Redirect(routes.AnyOtherCompanyBenefitsController.onPageLoad(mode))\n          }\n      )\n    }\n\n    result.getOrElse {\n      Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n    }\n  }\n\n  def deleteOtherTaxableIncome(request: DataRequest[AnyContent], mode: Mode, index: Index, collectionId: String): Future[Result] = {\n    val result: Option[Future[Result]] = for {\n      otherTaxableIncome: Seq[OtherTaxableIncome] <- request.userAnswers.otherTaxableIncome\n    } yield {\n      val updatedOtherTaxableIncome: Seq[OtherTaxableIncome] = otherTaxableIncome.patch(index, Seq.empty, 1)\n      for {\n        _ <- dataCacheConnector.save[Seq[OtherTaxableIncome]](request.externalId, OtherTaxableIncomeId.toString, updatedOtherTaxableIncome)\n        updatedCacheMap: CacheMap <- dataCacheConnector.save[Seq[OtherTaxableIncome]](request.externalId, AnyTaxableOtherIncomeId.toString, updatedOtherTaxableIncome)\n      } yield {\n        if (updatedOtherTaxableIncome.isEmpty) {\n          Redirect(routes.RemoveOtherSelectedOptionController.onPageLoad(mode, collectionId))\n        } else {\n          Redirect(navigator.nextPage(DeleteOtherTaxableIncomeId, mode)(new UserAnswers(updatedCacheMap)))\n        }\n      }\n    }\n\n    result.getOrElse {\n      Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/PaymentUKAddressViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport controllers.routes\nimport forms.PaymentUKAddressForm\nimport models.SelectTaxYear.CYMinus1\nimport models.{NormalMode, UkAddress}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport views.behaviours.{NewQuestionViewBehaviours, QuestionViewBehaviours}\nimport views.html.paymentUKAddress\n\nclass PaymentUKAddressViewSpec extends NewQuestionViewBehaviours[UkAddress] with MockitoSugar with GuiceOneAppPerSuite {\n\n  private val messageKeyPrefix = \"paymentUKAddress\"\n  private val taxYear = CYMinus1\n\n  override val form: Form[UkAddress] = new PaymentUKAddressForm(frontendAppConfig)()\n  val paymentUKAddress: paymentUKAddress = fakeApplication.injector.instanceOf[paymentUKAddress]\n\n  def createView = () =>\n    paymentUKAddress(frontendAppConfig, form, NormalMode, taxYear)(fakeRequest, messages)\n\n  def createViewUsingForm = (form: Form[UkAddress]) =>\n    paymentUKAddress(frontendAppConfig, form, NormalMode, taxYear)(fakeRequest, messages)\n\n  \"PaymentUKAddress view\" must {\n\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"site.service_name.with_tax_year\", taxYear.asString(messages)))\n\n    behave like pageWithTextFields(createViewUsingForm, messageKeyPrefix, routes.PaymentUKAddressController.onSubmit(NormalMode)\n      .url, \"addressLine1\", \"addressLine2\", \"addressLine3\", \"addressLine4\", \"addressLine5\", \"postcode\")\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"build.sbt","text":"import play.core.PlayVersion\nimport play.sbt.PlayImport._\nimport play.sbt.routes.RoutesKeys\nimport sbt.Tests.{Group, SubProcess}\nimport scoverage.ScoverageKeys\nimport uk.gov.hmrc.DefaultBuildSettings.{defaultSettings, scalaSettings}\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin.publishingSettings\n\n\nval appName = \"claim-tax-refund-frontend\"\n\nlazy val appDependencies: Seq[ModuleID] = compile ++ test()\nlazy val plugins: Seq[Plugins] = Seq.empty\nlazy val playSettings: Seq[Setting[_]] = Seq.empty\n\nval compile = Seq(\n  ws,\n  \"uk.gov.hmrc\"           %% \"bootstrap-frontend-play-28\"     % \"5.3.0\",\n  \"uk.gov.hmrc\"           %% \"play-frontend-hmrc\"             % \"0.82.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"simple-reactivemongo\"           % \"8.0.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"govuk-template\"                 % \"5.68.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"http-caching-client\"            % \"9.5.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"play-conditional-form-mapping\"  % \"1.9.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"play-partials\"                  % \"8.1.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"play-language\"                  % \"5.1.0-play-28\",\n  \"uk.gov.hmrc\"           %% \"tax-year\"                       % \"1.3.0\",\n  \"org.scalatra.scalate\"  %% \"play-scalate\"                   % \"0.6.0\",\n  \"org.scalatra.scalate\"  %% \"scalate-core\"                   % \"1.9.6\",\n  \"uk.gov.hmrc\"           %% \"domain\"                         % \"5.11.0-play-27\",\n  \"com.googlecode.libphonenumber\" % \"libphonenumber\"          % \"8.12.35\"\n)\n\ndef test(scope: String = \"test\"): Seq[ModuleID] = Seq(\n  \"com.github.tomakehurst\"  %   \"wiremock\"                  % \"2.26.3\" % scope,\n  \"com.github.tomakehurst\"  %   \"wiremock-jre8\"             % \"2.26.3\" % scope,\n  \"com.vladsch.flexmark\"    %   \"flexmark-all\"              % \"0.35.10\",\n  \"org.scalatestplus\"       %%  \"scalatestplus-mockito\"     % \"1.0.0-M2\",\n  \"org.scalatestplus.play\"  %%  \"scalatestplus-play\"        % \"5.1.0\",\n  \"org.scalatestplus\"       %%  \"scalatestplus-scalacheck\"  % \"3.1.0.0-RC2\",\n  \"org.pegdown\"             %   \"pegdown\"                   % \"1.6.0\" % scope,\n  \"org.jsoup\"               %   \"jsoup\"                     % \"1.14.1\" % scope,\n  \"com.typesafe.play\"       %%  \"play-test\"                 % PlayVersion.current % scope,\n  \"org.mockito\"             %   \"mockito-all\"               % \"1.10.19\" % scope\n)\n\ndef oneForkedJvmPerTest(tests: Seq[TestDefinition]): Seq[Group] =\n  tests.map { test =>\n    Group(test.name, Seq(test), SubProcess(ForkOptions().withRunJVMOptions(Vector(s\"-Dtest.name=${test.name}\"))))\n  }\n\nlazy val microservice = Project(appName, file(\".\"))\n  .enablePlugins(Seq(play.sbt.PlayScala, PlayNettyServer, SbtDistributablesPlugin) ++ plugins: _*)\n  .disablePlugins(JUnitXmlReportPlugin) \/\/ Required to prevent https:\/\/github.com\/scalatest\/scalatest\/issues\/1427\n  .settings(playSettings: _*)\n  .settings(RoutesKeys.routesImport ++= Seq(\"models._\"))\n  .settings(\n    ScoverageKeys.coverageExcludedFiles := \"<empty>;Reverse.*;.*filters.*;.*handlers.*;.*components.*;.*repositories.*;\" +\n      \".*BuildInfo.*;.*javascript.*;.*FrontendAuditConnector.*;.*Routes.*;.*GuiceInjector;.*DataCacheConnector;\" +\n      \".*ControllerConfiguration;.*LanguageSwitchController\",\n    ScoverageKeys.coverageMinimumStmtTotal := 80,\n    ScoverageKeys.coverageFailOnMinimum := true,\n    ScoverageKeys.coverageHighlighting := true,\n    parallelExecution in Test := false\n  )\n  .settings(scalaSettings: _*)\n  .settings(publishingSettings: _*)\n  .settings(isPublicArtefact := true)\n  .settings(defaultSettings(): _*)\n  .settings(\n    scalacOptions ++= Seq(\"-feature\"),\n    libraryDependencies ++= appDependencies,\n    retrieveManaged := true,\n    evictionWarningOptions in update := EvictionWarningOptions.default.withWarnScalaVersionEviction(false),\n    PlayKeys.devSettings += \"play.server.http.port\" -> \"9969\"\n  )\n  .settings(\n    Keys.fork in Test := true,\n    javaOptions in Test += \"-Dconfig.file=conf\/test.application.conf\")\n  .settings(resolvers ++= Seq(\n    Resolver.jcenterRepo,\n  ))\n  .settings(\n    \/\/ concatenate js\n    Concat.groups := Seq(\n      \"javascripts\/claimtaxrefundfrontend-app.js\" -> group(Seq(\"javascripts\/show-hide-content.js\", \"javascripts\/claimtaxrefundfrontend.js\"))\n    ),\n    \/\/ prevent removal of unused code which generates warning errors due to use of third-party libs\n    uglifyCompressOptions := Seq(\"unused=false\", \"dead_code=false\"),\n    pipelineStages := Seq(digest),\n    \/\/ below line required to force asset pipeline to operate in dev rather than only prod\n    pipelineStages in Assets := Seq(concat, uglify),\n    \/\/ only compress files generated by concat\n    includeFilter in uglify := GlobFilter(\"claimtaxrefundfrontend-*.js\")\n  )\n  .settings(majorVersion := 0)\n  .settings(scalaVersion := \"2.12.12\")\n  .settings(\n    TwirlKeys.templateImports ++= Seq(\n      \"uk.gov.hmrc.govukfrontend.views.html.components._\",\n      \"uk.gov.hmrc.govukfrontend.views.html.helpers._\",\n      \"uk.gov.hmrc.hmrcfrontend.views.html.components._\",\n      \"uk.gov.hmrc.hmrcfrontend.views.html.helpers._\",\n      \"uk.gov.hmrc.govukfrontend.views.html.components.implicits._\"\n    )\n  )\n\/\/ ***************\n\/\/ Use the silencer plugin to suppress warnings from unused imports in compiled twirl templates\nscalacOptions += \"-P:silencer:pathFilters=routes\"\nscalacOptions += \"-P:silencer:lineContentFilters=^\\\\w\"\nlibraryDependencies ++= Seq(\n  compilerPlugin(\"com.github.ghik\" % \"silencer-plugin\" % \"1.7.1\" cross CrossVersion.full),\n  \"com.github.ghik\" % \"silencer-lib\" % \"1.7.1\" % Provided cross CrossVersion.full\n)\n\/\/ ***************\n\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/OtherCompanyBenefitFormSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport config.FrontendAppConfig\nimport forms.behaviours.FormBehaviours\nimport models.{Index, OtherCompanyBenefit}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.data.{Form, FormError}\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass OtherCompanyBenefitFormSpec extends FormBehaviours with MockitoSugar {\n\n  private val currencyRegex = \"\"\"(?=.)^\\$?(([1-9][0-9]{0,2}(,[0-9]{3})*)|[0-9]+)?(\\.[0-9]{1,2})?$\"\"\"\n  val nameKeyBlank = \"otherCompanyBenefit.name.blank\"\n  val amountKeyBlank = \"otherCompanyBenefit.amount.blank\"\n  val amountKeyInvalid = \"otherCompanyBenefit.amount.invalid\"\n  val duplicateBenefitKey = \"otherCompanyBenefit.duplicate\"\n\n  def appConfig: FrontendAppConfig = {\n    val instance = mock[FrontendAppConfig]\n    when(instance.currencyRegex) thenReturn currencyRegex\n    instance\n  }\n\n  val validData: Map[String, String] = Map(\n    \"name\" -> \"qwerty\",\n    \"amount\" -> \"123\"\n  )\n\n  override val form: Form[OtherCompanyBenefit] = new OtherCompanyBenefitForm(messagesApi, appConfig)(Seq.empty, 0)\n\n  def otherCompanyBenefitForm(otherBenefits: Seq[OtherCompanyBenefit], index: Index): Form[OtherCompanyBenefit] =\n    new OtherCompanyBenefitForm(messagesApi, appConfig)(otherBenefits, index)\n\n  \"OtherCompanyBenefitsName Form\" must {\n\n    \"bind successfully with valid name and amount\" in {\n      val result: Form[OtherCompanyBenefit] = otherCompanyBenefitForm(Seq(OtherCompanyBenefit(\"qwerty\", \"123\")), 0).bind(validData)\n      result.errors.size shouldBe 0\n      result.get shouldBe OtherCompanyBenefit(\"qwerty\", \"123\")\n    }\n\n    \"fail to bind with missing name\" in {\n      val result: Form[OtherCompanyBenefit] = form.bind(Map(\"amount\" -> \"123\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", nameKeyBlank))\n    }\n\n    \"fail to bind if name is duplicate\" in {\n      val result: Form[OtherCompanyBenefit] =\n        otherCompanyBenefitForm(Seq(OtherCompanyBenefit(\"qwerty\", \"123\")), 1).bind(validData)\n\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", duplicateBenefitKey, Seq(\"qwerty\")))\n    }\n\n    \"fail to bind with missing amount\" in {\n      val result: Form[OtherCompanyBenefit] = form.bind(Map(\"name\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyBlank))\n    }\n\n    \"fail to bind with invalid amount\" in {\n      val result: Form[OtherCompanyBenefit] = form.bind(Map(\"name\" -> \"qwerty\", \"amount\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyInvalid))\n    }\n  }\n}"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/controllers\/actions\/AuthAction.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.actions\n\nimport com.google.inject.{ImplementedBy, Inject}\nimport config.FrontendAppConfig\nimport connectors.DataCacheConnector\nimport controllers.routes\nimport models.requests.AuthenticatedRequest\nimport play.api.mvc.Results._\nimport play.api.mvc.{ActionBuilder, ActionFunction, AnyContent, BodyParser, MessagesControllerComponents, Request, Result}\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.retrieve.v2.Retrievals\nimport uk.gov.hmrc.http.{HeaderCarrier, UnauthorizedException}\nimport uk.gov.hmrc.play.http.HeaderCarrierConverter\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass AuthActionImpl @Inject()(override val authConnector: AuthConnector,\n                               val config: FrontendAppConfig,\n                               cc: MessagesControllerComponents)(dataCacheConnector: DataCacheConnector)\n                              (implicit val executionContext: ExecutionContext) extends AuthAction with AuthorisedFunctions {\n\n  def parser: BodyParser[AnyContent] = cc.parsers.defaultBodyParser\n}\n\n@ImplementedBy(classOf[AuthActionImpl])\ntrait AuthAction extends ActionBuilder[AuthenticatedRequest, AnyContent] with ActionFunction[Request, AuthenticatedRequest] with AuthorisedFunctions {\n\n  val config: FrontendAppConfig\n  implicit val executionContext: ExecutionContext\n\n  override def invokeBlock[A](request: Request[A], block: AuthenticatedRequest[A] => Future[Result]): Future[Result] = {\n\n    implicit val hc: HeaderCarrier = HeaderCarrierConverter.fromRequestAndSession(request, request.session)\n\n    authorised(ConfidenceLevel.L200 and AffinityGroup.Individual)\n      .retrieve(Retrievals.externalId and Retrievals.nino and Retrievals.itmpName and Retrievals.itmpAddress) {\n        x =>\n          val externalId = x.a.a.a.getOrElse(throw new UnauthorizedException(\"unable to retrieve external Id\"))\n          val nino = x.a.a.b.getOrElse(throw new UnauthorizedException(\"unable to retrieve NINO\"))\n          val name = x.a.b\n          val address = x.b\n\n          if (!uk.gov.hmrc.domain.Nino.isValid(nino)) throw new UnauthorizedException(s\"$nino is not a valid nino.\")\n\n          block(AuthenticatedRequest(request, externalId, nino, name, address))\n\n      } recover {\n      case _: NoActiveSession =>\n        Redirect(config.loginUrl, Map(\"continue\" -> Seq(config.loginContinueUrl)))\n      case _: InsufficientEnrolments =>\n        Redirect(routes.UnauthorisedController.onPageLoad())\n      case _: InsufficientConfidenceLevel =>\n        Redirect(s\"${config.ivUpliftUrl}?origin=CTR&\" +\n          s\"confidenceLevel=200&\" +\n          s\"completionURL=${config.authorisedCallback}&\" +\n          s\"failureURL=${config.unauthorisedCallback}\"\n        )\n      case _: UnsupportedAuthProvider =>\n        Redirect(routes.UnauthorisedController.onPageLoad())\n      case _: UnsupportedAffinityGroup =>\n        Redirect(routes.UnauthorisedController.onPageLoad())\n      case _: UnsupportedCredentialRole =>\n        Redirect(routes.UnauthorisedController.onPageLoad())\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/utils\/PaymentDetailsCascadeUpsertSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport base.SpecBase\nimport identifiers._\nimport models.{AnyAgentRef, InternationalAddress, UkAddress, WhereToSendPayment}\nimport play.api.libs.json._\nimport uk.gov.hmrc.http.cache.client.CacheMap\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\nclass PaymentDetailsCascadeUpsertSpec extends SpecBase with ScalaCheckPropertyChecks {\n\n  \"Payment details section\" must {\n    \"when answering where to send payment\" must {\n      \"(UK) remove nominee name and agent reference answers when selecting 'Self'\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment),\n          NomineeFullNameId.toString -> Json.toJson(\"<NAME>\"),\n          AgentRefId.toString -> Json.toJson(AnyAgentRef.Yes(\"12345\"): AnyAgentRef),\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(true),\n          PaymentUKAddressId.toString -> Json.toJson(UkAddress(\"Road\", \"Town\", None, None, None, \"NE1 1LX\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(WhereToSendPaymentId.toString, Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment), originalCacheMap)\n        result.data mustBe Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment)\n        )\n      }\n\n      \"(International) remove nominee name and agent reference answers when selecting 'Self'\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment),\n          NomineeFullNameId.toString -> Json.toJson(\"<NAME>\"),\n          AgentRefId.toString -> Json.toJson(AnyAgentRef.Yes(\"12345\"): AnyAgentRef),\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(false),\n          PaymentInternationalAddressId.toString ->\n            Json.toJson(InternationalAddress(\"Line 1\", \"Line 2\", Some(\"Line 3\"), Some(\"Line 4\"), Some(\"Line 5\"), \"Line 6\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(WhereToSendPaymentId.toString, Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment), originalCacheMap)\n        result.data mustBe Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment)\n        )\n      }\n\n      \"(Address Correct) remove is payment address correct when selecting 'Nominee'\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment),\n          PaymentAddressCorrectId.toString -> Json.toJson(true)\n\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(WhereToSendPaymentId.toString, Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment), originalCacheMap)\n        result.data mustBe Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment)\n        )\n      }\n\n      \"(UK) remove is payment address correct when selecting 'Nominee'\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment),\n          PaymentAddressCorrectId.toString -> Json.toJson(false),\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(true),\n          PaymentUKAddressId.toString -> Json.toJson(UkAddress(\"Road\", \"Town\", None, None, None, \"NE1 1LX\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(WhereToSendPaymentId.toString, Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment), originalCacheMap)\n        result.data mustBe Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment)\n        )\n      }\n\n      \"(International) remove is payment address correct when selecting 'Nominee'\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Myself: WhereToSendPayment),\n          PaymentAddressCorrectId.toString -> Json.toJson(false),\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(false),\n          PaymentInternationalAddressId.toString ->\n            Json.toJson(InternationalAddress(\"Line 1\", \"Line 2\", Some(\"Line 3\"), Some(\"Line 4\"), Some(\"Line 5\"), \"Line 6\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(WhereToSendPaymentId.toString, Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment), originalCacheMap)\n        result.data mustBe Map(\n          WhereToSendPaymentId.toString -> Json.toJson(WhereToSendPayment.Nominee: WhereToSendPayment)\n        )\n      }\n    }\n\n    \"(UK) remove details when 'yes' is selected on is Correct Address\" in {\n      val originalCacheMap = new CacheMap(id = \"test\", Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(false),\n        IsPaymentAddressInTheUKId.toString -> Json.toJson(true),\n        PaymentUKAddressId.toString -> Json.toJson(UkAddress(\"Road\", \"Town\", None, None, None, \"NE1 1LX\"))\n      ))\n      val cascadeUpsert = new CascadeUpsert\n      val result = cascadeUpsert(PaymentAddressCorrectId.toString, JsBoolean(true), originalCacheMap)\n      result.data mustBe Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(true)\n      )\n    }\n\n    \"(International) remove details when 'yes' is selected on is Correct Address\" in {\n      val originalCacheMap = new CacheMap(id = \"test\", Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(false),\n        IsPaymentAddressInTheUKId.toString -> Json.toJson(false),\n        PaymentInternationalAddressId.toString ->\n          Json.toJson(InternationalAddress(\"Line 1\", \"Line 2\", Some(\"Line 3\"), Some(\"Line 4\"), Some(\"Line 5\"), \"Line 6\"))\n      ))\n      val cascadeUpsert = new CascadeUpsert\n      val result = cascadeUpsert(PaymentAddressCorrectId.toString, JsBoolean(true), originalCacheMap)\n      result.data mustBe Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(true)\n      )\n    }\n\n    \"remove is address in the UK when 'yes' is selected on is Correct Address\" in {\n      val originalCacheMap = new CacheMap(id = \"test\", Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(false),\n        IsPaymentAddressInTheUKId.toString -> Json.toJson(true)\n      ))\n      val cascadeUpsert = new CascadeUpsert\n      val result = cascadeUpsert(PaymentAddressCorrectId.toString, JsBoolean(true), originalCacheMap)\n      result.data mustBe Map(\n        PaymentAddressCorrectId.toString -> Json.toJson(true)\n      )\n    }\n\n    \"for address in the UK\" must {\n      \"remove UK address details when 'No' is selected\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(true),\n          PaymentUKAddressId.toString -> Json.toJson(UkAddress(\"Road\", \"Town\", None, None, None, \"NE1 1LX\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(IsPaymentAddressInTheUKId.toString, JsBoolean(false), originalCacheMap)\n        result.data mustBe Map(\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(false)\n        )\n      }\n\n      \"remove international address details when 'Yes' is selected\" in {\n        val originalCacheMap = new CacheMap(id = \"test\", Map(\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(false),\n          PaymentInternationalAddressId.toString ->\n            Json.toJson(InternationalAddress(\"Line 1\", \"Line 2\", Some(\"Line 3\"), Some(\"Line 4\"), Some(\"Line 5\"), \"Line 6\"))\n        ))\n        val cascadeUpsert = new CascadeUpsert\n        val result = cascadeUpsert(IsPaymentAddressInTheUKId.toString, JsBoolean(true), originalCacheMap)\n        result.data mustBe Map(\n          IsPaymentAddressInTheUKId.toString -> Json.toJson(true)\n        )\n      }\n    }\n  }\n}"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/connectors\/TaiConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport base.SpecBase\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, get, urlEqualTo}\nimport models.Employment\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport uk.gov.hmrc.http.HeaderCarrier\nimport utils.WireMockHelper\n\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nclass TaiConnectorSpec extends SpecBase with MockitoSugar with ScalaFutures with WireMockHelper with GuiceOneAppPerSuite {\n\n  override implicit lazy val app: Application =\n    new GuiceApplicationBuilder()\n      .configure(\n        conf = \"microservice.services.tai.port\" -> server.port\n      )\n      .build()\n\n  \"TaiConnector\" must {\n\n    \"return a sequence of employments\" in {\n\n      implicit val hc: HeaderCarrier = HeaderCarrier()\n      lazy val taiConnector = app.injector.instanceOf[TaiConnectorImpl]\n\n      server.stubFor(\n        get(urlEqualTo(\"\/tai\/AB123123A\/employments\/years\/2016\"))\n          .willReturn(\n            aResponse()\n              .withStatus(200)\n              .withBody(\"\"\"{\"data\":{\"employments\":[{\"name\": \"<NAME>\",\"taxDistrictNumber\": \"754\",\"payeNumber\": \"AZ00070\"}]}}\"\"\".stripMargin)\n          )\n      )\n\n      val result: Seq[Employment] = Await.result(taiConnector.taiEmployments(\"AB123123A\", 2016), 5.second)\n      val expectedEmploymentFromTai = Employment(\"<NAME>\", \"754\", \"AZ00070\")\n      assert(expectedEmploymentFromTai == result.head)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/controllers\/OtherBenefitController.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport config.FrontendAppConfig\nimport connectors.DataCacheConnector\nimport controllers.actions._\nimport forms.OtherBenefitForm\nimport identifiers.OtherBenefitId\nimport javax.inject.Inject\nimport models.{Index, Mode, OtherBenefit}\nimport play.api.data.Form\nimport play.api.i18n.{I18nSupport, MessagesApi}\nimport play.api.mvc.{Action, AnyContent}\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\nimport play.api.mvc.MessagesControllerComponents\nimport utils.{Navigator, SequenceUtil, UserAnswers}\nimport views.html.otherBenefit\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass OtherBenefitController @Inject()(appConfig: FrontendAppConfig,\n                                       override val messagesApi: MessagesApi,\n                                       dataCacheConnector: DataCacheConnector,\n                                       navigator: Navigator,\n                                       authenticate: AuthAction,\n                                       getData: DataRetrievalAction,\n                                       requireData: DataRequiredAction,\n                                       otherBenefit: otherBenefit,\n                                       cc: MessagesControllerComponents,\n                                       sequenceUtil: SequenceUtil[OtherBenefit],\n                                       formBuilder: OtherBenefitForm\n                                      )(implicit ec: ExecutionContext) extends FrontendController(cc) with I18nSupport {\n\n  def onPageLoad(mode: Mode, index: Index): Action[AnyContent] = (authenticate andThen getData andThen requireData) {\n    implicit request =>\n      val form = formBuilder(request.userAnswers.otherBenefit.getOrElse(Seq.empty), index)\n\n      val preparedForm = request.userAnswers.otherBenefit match {\n        case Some(value) =>\n          if (index >= value.length) form else form.fill(value(index))\n        case None => form\n      }\n\n      request.userAnswers.selectTaxYear.map {\n        selectedTaxYear =>\n          Ok(otherBenefit(appConfig, preparedForm, mode, index, selectedTaxYear))\n      }.getOrElse {\n        Redirect(routes.SessionExpiredController.onPageLoad())\n      }\n  }\n\n  def onSubmit(mode: Mode, index: Index): Action[AnyContent] = (authenticate andThen getData andThen requireData).async {\n    implicit request =>\n      val form = formBuilder(request.userAnswers.otherBenefit.getOrElse(Seq.empty), index)\n      request.userAnswers.selectTaxYear.map {\n        selectedTaxYear =>\n          val taxYear = selectedTaxYear\n          form.bindFromRequest().fold(\n            (formWithErrors: Form[OtherBenefit]) =>\n              Future.successful(BadRequest(otherBenefit(appConfig, formWithErrors, mode, index, taxYear))),\n            value => {\n              val otherBenefits: Seq[OtherBenefit] = request.userAnswers.otherBenefit.getOrElse(Seq(value))\n              dataCacheConnector.save[Seq[OtherBenefit]](\n                request.externalId,\n                OtherBenefitId.toString,\n                sequenceUtil.updateSeq(otherBenefits, index, value)\n              ).map(cacheMap =>\n                Redirect(navigator.nextPage(OtherBenefitId, mode)(new UserAnswers(cacheMap))))\n            }\n\n          )\n      }.getOrElse {\n        Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n      }\n  }\n\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/IndexControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport forms.SelectTaxYearForm\nimport models.NormalMode\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.test.Helpers._\nimport views.html.selectTaxYear\n\nclass IndexControllerSpec extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  val selectTaxYear = fakeApplication.injector.instanceOf[selectTaxYear]\n\n  def viewAsString(form: Form[_] = SelectTaxYearForm()) = selectTaxYear(frontendAppConfig, form, NormalMode)(fakeRequest, messages).toString\n\n  \"Index Controller\" must {\n    \"return redirect for a GET and redirect to select tax year\" in {\n      val result = new IndexController(frontendAppConfig, messagesControllerComponents).onPageLoad()(fakeRequest)\n      status(result) mustBe TEMPORARY_REDIRECT\n      redirectLocation(result) mustBe Some(routes.SelectTaxYearController.onPageLoad(NormalMode).url)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/behaviours\/NewCheckboxViewBehaviours.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views.behaviours\n\nimport play.api.data.{Form, FormError}\nimport play.twirl.api.Html\nimport views.{NewViewSpecBase, ViewSpecBase}\n\ntrait NewCheckboxViewBehaviours[A] extends NewViewSpecBase {\n\n  def form: Form[Seq[A]]\n  def createView(form: Form[Seq[A]]): Html\n  def createView(): Html = createView(form)\n  def values: Seq[(String, String)]\n\n  def fieldKey: String\n  def errorMessage: String\n  def messageKeyPrefix: String\n  lazy val error = FormError(fieldKey, errorMessage)\n\n  def fieldId(index: Int): String = {\n    index + 1 match {\n      case 1 => \"value\"\n      case i => form(fieldKey)(s\"[$i]\").id.replace(\"_\", \"-\")\n    }\n  }\n\n  def checkboxPage(legend: Option[String] = None): Unit = {\n\n    \"rendered\" must {\n\n      \"contain a legend for the question\" in {\n        val doc = asDocument(createView())\n        val legends = doc.getElementsByTag(\"legend\")\n        legends.size mustBe 1\n        legends.first.text mustBe legend.getOrElse(messages(s\"$messageKeyPrefix.heading\"))\n      }\n\n      \"contain an input for the value\" in {\n        val doc = asDocument(createView())\n        for { (value, i) <- values.zipWithIndex } yield {\n          assertRenderedById(doc, fieldId(i))\n        }\n      }\n\n      \"contain a label for each input\" in {\n        val doc = asDocument(createView())\n        for { ((label, value), i) <- values.zipWithIndex } yield {\n         val id = fieldId(i)\n          if (label.contains(\"selectCompanyBenefits\")) {\n            doc.select(s\"label[for=$id]\").text mustEqual messages(label)\n          } else {\n            doc.select(s\"label[for=$id]\").text mustEqual messages(label).capitalize\n          }\n        }\n      }\n\n      \"have no values checked when rendered with no form\" in {\n        val doc = asDocument(createView())\n        for { (value, i) <- values.zipWithIndex } yield {\n          assert(!doc.getElementById(fieldId(i)).hasAttr(\"checked\"))\n        }\n      }\n\n      values.zipWithIndex.foreach {\n        case (v, i) =>\n          s\"has correct value checked when value `$v` is given\" in {\n            val data: Map[String, String] = Map(\n              s\"$fieldKey[$i]\" -> v._2\n            )\n\n            val doc = asDocument(createView(form.bind(data)))\n\n            assert(doc.getElementById(fieldId(i)).hasAttr(\"checked\"), s\"${fieldId(i)} is not checked\")\n\n            values.zipWithIndex.foreach {\n              case (value, j) =>\n                if (value != v) {\n                  assert(!doc.getElementById(fieldId(j)).hasAttr(\"checked\"), s\"${fieldId(j)} is checked\")\n                }\n            }\n          }\n      }\n\n      \"not render an error summary\" in {\n        val doc = asDocument(createView())\n        assertNotRenderedById(doc, \"error-summary-heading\")\n      }\n\n\n\t\t\t\"show error in the title\" in {\n\t\t\t\tval doc = asDocument(createView(form.withError(error)))\n\t\t\t\tdoc.title.contains(\"Error: \") mustBe true\n\t\t\t}\n    }\n\n    \"rendered with an error\" must {\n      \"show an error summary\" in {\n        val doc = asDocument(createView(form.withError(error)))\n        assertRenderedById(doc, \"error-summary-title\")\n      }\n\n      \"show an error in the value field's label\" in {\n        val doc = asDocument(createView(form.withError(error)))\n        val errorSpan = doc.getElementsByClass(\"govuk-error-message\").first\n        errorSpan.text mustBe \"Error: \" + messages(errorMessage)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/AnyAgentReferenceFormSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport forms.mappings.AgentRefMapping\nimport generators.Generators\nimport models.AnyAgentRef\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\nimport play.api.data.FormError\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass AnyAgentReferenceFormSpec extends FormSpec with AgentRefMapping with ScalaCheckPropertyChecks with Generators {\n\n  \"AnyAgentRef form\" must {\n    val form = new AnyAgentReferenceForm()(\"\",\"anyAgentRef.blankAgentRef\")\n    val anyAgentRef = \"anyAgentRef\"\n    val agentRef = \"agentRef\"\n    val testAgentRef = \"AB1234\"\n\n    \"bind successfully when yes and agentRef is valid\" in {\n      val result = form.bind(Map(anyAgentRef -> \"true\", agentRef -> testAgentRef))\n      result.errors.size shouldBe 0\n      result.get shouldBe AnyAgentRef.Yes(testAgentRef)\n    }\n\n    \"bind successfully when no\" in {\n      val result = form.bind(Map(anyAgentRef -> \"false\"))\n      result.errors.size shouldBe 0\n      result.get shouldBe AnyAgentRef.No\n    }\n\n    \"fail to bind\" when {\n      \"yes is selected but agentRef is not provided\" in {\n        val result = form.bind(Map(anyAgentRef -> \"true\"))\n        result.errors shouldBe Seq(FormError(agentRef, \"anyAgentRef.blankAgentRef\"))\n      }\n      \"reason is more than max length\" in {\n        val maxLength = 160\n        forAll(stringsLongerThan(maxLength) -> \"longString\") {\n          string =>\n            val result = form.bind(Map(anyAgentRef -> \"true\", agentRef -> string))\n            result.errors shouldBe Seq(FormError(agentRef, \"anyAgentRef.maxLength\", Seq(maxLength)))\n        }\n      }\n    }\n\n    \"Successfully unbind 'AgentRef.Yes'\" in {\n      val result = form.fill(AnyAgentRef.Yes(testAgentRef)).data\n      result should contain(anyAgentRef -> \"true\")\n      result should contain(agentRef -> testAgentRef)\n    }\n    \"Successfully unbind 'AgentRef.No'\" in {\n      val result = form.fill(AnyAgentRef.No).data\n      result should contain(anyAgentRef -> \"false\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/controllers\/OtherTaxableIncomeController.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.DataCacheConnector\nimport controllers.actions._\nimport forms.OtherTaxableIncomeForm\nimport identifiers.OtherTaxableIncomeId\nimport javax.inject.Inject\nimport models.{Index, Mode, OtherTaxableIncome}\nimport play.api.data.Form\nimport play.api.i18n.{I18nSupport, MessagesApi}\nimport play.api.mvc.{Action, AnyContent}\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\nimport play.api.mvc.MessagesControllerComponents\nimport utils.{Navigator, SequenceUtil, UserAnswers}\nimport views.html.otherTaxableIncome\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass OtherTaxableIncomeController @Inject()(\n                                              override val messagesApi: MessagesApi,\n                                              dataCacheConnector: DataCacheConnector,\n                                              navigator: Navigator,\n                                              authenticate: AuthAction,\n                                              getData: DataRetrievalAction,\n                                              requireData: DataRequiredAction,\n                                              otherTaxableIncome: otherTaxableIncome,\n                                              cc: MessagesControllerComponents,\n                                              sequenceUtil: SequenceUtil[OtherTaxableIncome],\n                                              formBuilder: OtherTaxableIncomeForm\n                                            )(implicit ec: ExecutionContext) extends FrontendController(cc) with I18nSupport {\n\n  def onPageLoad(mode: Mode, index: Index): Action[AnyContent] = (authenticate andThen getData andThen requireData) {\n    implicit request =>\n      val form: Form[OtherTaxableIncome] = formBuilder(request.userAnswers.otherTaxableIncome.getOrElse(Seq.empty), index)\n\n      val preparedForm = request.userAnswers.otherTaxableIncome match {\n        case Some(value) =>\n          if (index >= value.length) form else form.fill(value(index))\n        case None => form\n      }\n\n      request.userAnswers.selectTaxYear.map {\n        selectedTaxYear =>\n          val taxYear = selectedTaxYear\n          Ok(otherTaxableIncome(preparedForm, mode, index, taxYear))\n      }.getOrElse {\n        Redirect(routes.SessionExpiredController.onPageLoad())\n      }\n  }\n\n  def onSubmit(mode: Mode, index: Index): Action[AnyContent] = (authenticate andThen getData andThen requireData).async {\n    implicit request =>\n      val form: Form[OtherTaxableIncome] = formBuilder(request.userAnswers.otherTaxableIncome.getOrElse(Seq.empty), index)\n\n      request.userAnswers.selectTaxYear.map {\n        selectedTaxYear =>\n          val taxYear = selectedTaxYear\n          form.bindFromRequest().fold(\n            (formWithErrors: Form[OtherTaxableIncome]) =>\n              Future.successful(BadRequest(otherTaxableIncome(formWithErrors, mode, index, taxYear))),\n            value => {\n              val otherTaxableIncome: OtherTaxableIncome = request.userAnswers.otherTaxableIncome match {\n                case Some(otherTaxableIncomes) =>\n                  if (index >= otherTaxableIncomes.length) {\n                    OtherTaxableIncome(value.name, value.amount, None)\n                  } else {\n                    val anyTaxPaid = request.userAnswers.otherTaxableIncome.flatMap(value => value(index).anyTaxPaid)\n                    OtherTaxableIncome(value.name, value.amount, anyTaxPaid)\n                  }\n                case None =>\n                  OtherTaxableIncome(value.name, value.amount, None)\n              }\n\n              val otherTaxableIncomeList: Seq[OtherTaxableIncome] = request.userAnswers.otherTaxableIncome.getOrElse(Seq(otherTaxableIncome))\n\n              dataCacheConnector.save[Seq[OtherTaxableIncome]](request.externalId, OtherTaxableIncomeId.toString,\n                sequenceUtil.updateSeq(otherTaxableIncomeList, index, otherTaxableIncome)\n              ).map(cacheMap =>\n                Redirect(navigator.nextPageWithIndex(OtherTaxableIncomeId(index), mode)(new UserAnswers(cacheMap))))\n            }\n          )\n      }.getOrElse {\n        Future.successful(Redirect(routes.SessionExpiredController.onPageLoad()))\n      }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/AnyAgentRefControllerSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.FakeDataCacheConnector\nimport controllers.actions._\nimport forms.AnyAgentReferenceForm\nimport identifiers.{AgentRefId, AnyAgentRefId}\nimport models.SelectTaxYear.CustomTaxYear\nimport models.{AnyAgentRef, NormalMode}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.libs.json._\nimport play.api.test.Helpers._\nimport utils.{FakeNavigator, MockUserAnswers}\nimport views.html.anyAgentRef\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass AnyAgentRefControllerSpec extends ControllerSpecBase with GuiceOneAppPerSuite {\n\n  def onwardRoute = routes.IndexController.onPageLoad()\n\n  val requiredKey = \"anyAgentRef.blank\"\n  val requiredAgentRefKey = \"anyAgentRef.blankAgentRef\"\n  val nomineeName = \"Test Nominee\"\n  val formProvider = new AnyAgentReferenceForm()\n  val form: Form[AnyAgentRef] = formProvider(messages(requiredKey, nomineeName), messages(requiredAgentRefKey, nomineeName))\n  val validYesData = Map(AnyAgentRefId.toString -> Json.obj(AnyAgentRefId.toString -> JsBoolean(true), AgentRefId.toString -> JsString(\"AB1234\")))\n  val validNoData = Map(AnyAgentRefId.toString -> Json.obj(AnyAgentRefId.toString -> JsBoolean(false)))\n  val anyAgentRef: anyAgentRef = fakeApplication.injector.instanceOf[anyAgentRef]\n  private val taxYear = CustomTaxYear(2017)\n  private val mockUserAnswers = MockUserAnswers.claimDetailsUserAnswers()\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new AnyAgentRefController(messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), anyAgentRef, messagesControllerComponents, formProvider)\n\n  def viewAsString(form: Form[_] = form) = anyAgentRef(form, NormalMode, nomineeName, taxYear)(fakeRequest, messages).toString\n\n  \"AnyAgentRef Controller\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      when(mockUserAnswers.nomineeFullName).thenReturn(Some(nomineeName))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe OK\n      contentAsString(result) mustBe viewAsString()\n    }\n\n    \"populate the view correctly on a GET when YES has previously been answered\" in {\n      when(mockUserAnswers.nomineeFullName).thenReturn(Some(nomineeName))\n      when(mockUserAnswers.anyAgentRef).thenReturn(Some(AnyAgentRef.Yes(\"AB1234\")))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(AnyAgentRef.Yes(\"AB1234\")))\n    }\n\n    \"populate the view correctly on a GET when NO has previously been answered\" in {\n      when(mockUserAnswers.nomineeFullName).thenReturn(Some(nomineeName))\n      when(mockUserAnswers.anyAgentRef).thenReturn(Some(AnyAgentRef.No))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(AnyAgentRef.No))\n    }\n\n    \"redirect to the next page when valid YES data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyAgentRef\", \"true\"),(\"agentRef\", \"AB1234\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"redirect to the next page when valid NO data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyAgentRef\", \"false\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected\" in {\n      when(mockUserAnswers.nomineeFullName).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired if no taxYears have been selected on submit\" in {\n      when(mockUserAnswers.nomineeFullName).thenReturn(None)\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/OtherBenefitFormSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport config.FrontendAppConfig\nimport forms.behaviours.FormBehaviours\nimport models.{Index, OtherBenefit}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.data.{Form, FormError}\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass OtherBenefitFormSpec extends FormBehaviours with MockitoSugar {\n\n  private val currencyRegex = \"\"\"(?=.)^\\$?(([1-9][0-9]{0,2}(,[0-9]{3})*)|[0-9]+)?(\\.[0-9]{1,2})?$\"\"\"\n  val nameKeyBlank = \"otherBenefit.name.blank\"\n  val amountKeyBlank = \"otherBenefit.amount.blank\"\n  val amountKeyInvalid = \"otherBenefit.amount.invalid\"\n  val duplicateBenefitKey = \"otherBenefit.duplicate\"\n\n  def appConfig: FrontendAppConfig = {\n    val instance = mock[FrontendAppConfig]\n    when(instance.currencyRegex) thenReturn currencyRegex\n    instance\n  }\n\n  val validData: Map[String, String] = Map(\n  \"name\" -> \"qwerty\",\n  \"amount\" -> \"123\"\n  )\n\n  override val form: Form[OtherBenefit] = new OtherBenefitForm(appConfig)(Seq.empty, 0)\n\n  def otherBenefitsForm(otherBenefits: Seq[OtherBenefit], index: Index): Form[OtherBenefit] = new OtherBenefitForm(appConfig)(otherBenefits, index)\n\n  \"OtherBenefitsForm\" must {\n\n    \"bind successfully with valid name and amount\" in {\n      val result: Form[OtherBenefit] = otherBenefitsForm(Seq(OtherBenefit(\"qwerty\", \"123\")), 0).bind(validData)\n      result.errors.size shouldBe 0\n      result.get shouldBe OtherBenefit(\"qwerty\", \"123\")\n    }\n\n    \"fail to bind with missing name\" in {\n      val result: Form[OtherBenefit] = form.bind(Map(\"amount\" -> \"123\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", nameKeyBlank))\n    }\n\n    \"fail to bind if name is duplicate\" in {\n      val result: Form[OtherBenefit] = otherBenefitsForm(Seq(OtherBenefit(\"qwerty\", \"123\")), 1).bind(validData)\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"name\", duplicateBenefitKey, Seq(\"qwerty\")))\n    }\n\n    \"fail to bind with missing amount\" in {\n      val result: Form[OtherBenefit] = form.bind(Map(\"name\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyBlank))\n    }\n\n    \"fail to bind with invalid amount\" in {\n      val result: Form[OtherBenefit] = form.bind(Map(\"name\" -> \"qwerty\", \"amount\" -> \"qwerty\"))\n      result.errors.size shouldBe 1\n      result.errors shouldBe Seq(FormError(\"amount\", amountKeyInvalid))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/PaymentInternationalAddressViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport controllers.routes\nimport forms.PaymentInternationalAddressForm\nimport models.SelectTaxYear.CYMinus1\nimport models.{InternationalAddress, NormalMode}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport views.behaviours.NewQuestionViewBehaviours\nimport views.html.paymentInternationalAddress\n\nclass PaymentInternationalAddressViewSpec extends NewQuestionViewBehaviours[InternationalAddress] with MockitoSugar with GuiceOneAppPerSuite {\n\n  private val messageKeyPrefix = \"paymentInternationalAddress\"\n  private val taxYear = CYMinus1\n\n  override val form: Form[InternationalAddress] = new PaymentInternationalAddressForm(frontendAppConfig)()\n  val paymentInternationalAddress: paymentInternationalAddress = fakeApplication.injector.instanceOf[paymentInternationalAddress]\n\n  def createView = () =>\n    paymentInternationalAddress(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  def createViewUsingForm = (form: Form[InternationalAddress]) =>\n    paymentInternationalAddress(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  \"PaymentInternationalAddress view\" must {\n\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"site.service_name.with_tax_year\", taxYear.asString(messages)))\n\n    behave like pageWithTextFields(\n      createViewUsingForm,\n      messageKeyPrefix,\n      routes.PaymentInternationalAddressController.onSubmit(NormalMode).url,\n      \"addressLine1\",\n      \"addressLine2\",\n      \"addressLine3\",\n      \"addressLine4\", \"addressLine5\",\n      \"country\"\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/forms\/HowMuchTaxPaidSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport forms.mappings.AnyTaxPaidMapping\nimport models.AnyTaxPaid\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\nimport play.api.data.FormError\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nclass HowMuchTaxPaidSpec extends FormSpec with AnyTaxPaidMapping with ScalaCheckPropertyChecks {\n\n  val notSelectedKey = \"Value not selected\"\n  val blankKey = \"Value not entered\"\n  val invalidKey = \"Invalid value\"\n\n  \"AnyTaxPaid form\" must {\n\n    val form = new AnyTaxPaidForm()(notSelectedKey, blankKey, invalidKey)\n    val anyTaxPaid = \"anyTaxPaid\"\n    val taxPaidAmount = \"taxPaidAmount\"\n    val testTaxAmount = \"9,999.99\"\n\n    \"bind successfully when yes and taxPaidAmount is valid\" in {\n      val result = form.bind(Map(anyTaxPaid -> \"true\", taxPaidAmount -> testTaxAmount))\n      result.errors.size shouldBe 0\n      result.get shouldBe AnyTaxPaid.Yes(testTaxAmount)\n    }\n\n    \"bind successfully when no\" in {\n      val result = form.bind(Map(anyTaxPaid -> \"false\"))\n      result.errors.size shouldBe 0\n      result.get shouldBe AnyTaxPaid.No\n    }\n\n    \"fail to bind\" when {\n      \"yes is selected but taxPaidAmount is not provided\" in {\n        val result = form.bind(Map(anyTaxPaid -> \"true\"))\n        result.errors shouldBe Seq(FormError(taxPaidAmount, blankKey))\n      }\n      \"taxPaidAmount is invalid\" in {\n        val result = form.bind(Map(anyTaxPaid -> \"true\", taxPaidAmount -> \"test\"))\n        result.errors shouldBe Seq(FormError(taxPaidAmount, invalidKey))\n      }\n    }\n\n    \"Successfully unbind 'anyTaxPaid.Yes'\" in {\n      val result = form.fill(AnyTaxPaid.Yes(testTaxAmount)).data\n      result should contain(anyTaxPaid -> \"true\")\n      result should contain(taxPaidAmount -> testTaxAmount)\n    }\n    \"Successfully unbind 'anyTaxPaid.No'\" in {\n      val result = form.fill(AnyTaxPaid.No).data\n      result should contain(anyTaxPaid -> \"false\")\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/CheckYourAnswersControllerSpec.scala","text":"<filename>test\/controllers\/CheckYourAnswersControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.{CasConnector, DataCacheConnector, FakeDataCacheConnector}\nimport controllers.actions.{DataRequiredActionImpl, DataRetrievalAction, FakeAuthAction}\nimport models.templates.RobotXML\nimport models.{SubmissionArchiveResponse, SubmissionFailed, SubmissionSuccessful}\nimport org.mockito.Matchers._\nimport org.mockito.Mockito._\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.mvc.Result\nimport play.api.test.Helpers._\nimport services.SubmissionService\nimport utils.ReferenceGenerator\nimport views.html.check_your_answers\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass CheckYourAnswersControllerSpec extends ControllerSpecBase with ScalaFutures with IntegrationPatience with GuiceOneAppPerSuite {\n  implicit val dataCacheConnector: DataCacheConnector = mock[DataCacheConnector]\n  implicit val casConnector: CasConnector = mock[CasConnector]\n  implicit val referenceGenerator: ReferenceGenerator = mock[ReferenceGenerator]\n  implicit val robotXML: RobotXML = mock[RobotXML]\n  private val mockSubmissionService: SubmissionService = mock[SubmissionService]\n  private val checkYourAnswers = fakeApplication.injector.instanceOf[check_your_answers]\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap, submissionService: SubmissionService = mockSubmissionService) =\n    new CheckYourAnswersController(\n      frontendAppConfig,\n      messagesApi,\n      FakeDataCacheConnector,\n      casConnector,\n      FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction,\n      new DataRequiredActionImpl(messagesControllerComponents),\n      checkYourAnswers,\n      messagesControllerComponents,\n      submissionService,\n      referenceGenerator,\n      robotXML\n    )\n\n  \"Check Your Answers Controller\" must {\n\n    \"return 200 and the correct view for a GET\" in {\n      val result = controller(someData()).onPageLoad()(fakeRequest)\n      status(result) mustBe OK\n    }\n\n    \"redirect to Session Expired for a GET if not existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad()(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"return RuntimeException\" in {\n      when(dataCacheConnector.save(any(), any(), any())(any())) thenReturn Future.failed(new RuntimeException)\n      val result = controller(someData()).onSubmit()(fakeRequest)\n\n      whenReady(result.failed) {\n        result =>\n          result mustBe a[RuntimeException]\n      }\n    }\n\n    \"Redirect to Confirmation page on a POST when submission is successful\" in {\n      when(casConnector.archiveSubmission(any(), any())(any(), any())) thenReturn Future.successful(SubmissionArchiveResponse(\"123\"))\n      when(robotXML.generateXml(any(), any(), any(), any(), any(), any())(any())) thenReturn <ctr>data<\/ctr>\n      when(mockSubmissionService.ctrSubmission(any())(any())) thenReturn Future.successful(SubmissionSuccessful)\n      val result: Future[Result] = controller().onSubmit()(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.ConfirmationController.onPageLoad().url)\n    }\n\n    \"throw an exception when a submission fails\" in {\n      when(mockSubmissionService.ctrSubmission(any())(any())) thenReturn Future.successful(SubmissionFailed)\n      val result = controller(someData()).onSubmit()(fakeRequest)\n\n      whenReady(result.failed) {\n        result =>\n          result mustBe a[Exception]\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/controllers\/TelephoneNumberControllerSpec.scala","text":"<reponame>hmrc\/claim-tax-refund-frontend<filename>test\/controllers\/TelephoneNumberControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors._\nimport controllers.actions._\nimport forms.TelephoneNumberForm\nimport models.SelectTaxYear.CustomTaxYear\nimport models._\nimport org.mockito.Mockito.when\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.Form\nimport play.api.mvc._\nimport play.api.test.Helpers.{status, _}\nimport utils._\nimport views.html.telephoneNumber\n\nimport scala.concurrent._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass TelephoneNumberControllerSpec extends ControllerSpecBase with MockitoSugar with ScalaFutures with GuiceOneAppPerSuite {\n\n  def onwardRoute: Call = routes.IndexController.onPageLoad()\n\n  private val testAnswer = \"0191 111 1111\"\n  private val badTestAnswer = \"1\"\n  private val formProvider = new TelephoneNumberForm()\n  private val form = formProvider()\n  private val taxYear = CustomTaxYear(2017)\n  private val mockUserAnswers = MockUserAnswers.minimalValidUserAnswers()\n  private val telephoneNumber: telephoneNumber = fakeApplication.injector.instanceOf[telephoneNumber]\n\n  def controller(dataRetrievalAction: DataRetrievalAction = getEmptyCacheMap) =\n    new TelephoneNumberController(messagesApi, FakeDataCacheConnector, new FakeNavigator(desiredRoute = onwardRoute), FakeAuthAction(authConnector, frontendAppConfig),\n      dataRetrievalAction, new DataRequiredActionImpl(messagesControllerComponents), telephoneNumber, messagesControllerComponents, formProvider)\n\n  def viewAsString(form: Form[_] = form): String =\n    telephoneNumber(form, NormalMode, taxYear)(fakeRequest, messages).toString\n\n  \"TelephoneNumberController\" must {\n\n    \"return OK and the correct view for a GET\" in {\n      val result: Future[Result] = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n      status(result) mustBe OK\n    }\n\n    \"populate the view correctly on a GET when YES has previously been answered\" in {\n      when(mockUserAnswers.anyTelephoneNumber).thenReturn(Some(TelephoneOption.Yes(testAnswer)))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(TelephoneOption.Yes(testAnswer)))\n    }\n\n    \"populate the view correctly on a GET when NO has previously been answered\" in {\n      when(mockUserAnswers.anyTelephoneNumber).thenReturn(Some(TelephoneOption.No))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(NormalMode)(fakeRequest)\n\n      contentAsString(result) mustBe viewAsString(form.fill(TelephoneOption.No))\n    }\n\n    \"redirect to the next page when valid YES data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyTelephoneNumber\", \"true\"),(\"telephoneNumber\", testAnswer))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid YES data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyTelephoneNumber\", \"true\"),(\"telephoneNumber\", badTestAnswer))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n    }\n\n    \"redirect to the next page when valid NO data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"anyTelephoneNumber\", \"false\"))\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(onwardRoute.url)\n    }\n\n    \"return a Bad Request and errors when invalid data is submitted\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"invalid value\"))\n      val boundForm = form.bind(Map(\"value\" -> \"invalid value\"))\n\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe BAD_REQUEST\n      contentAsString(result) mustBe viewAsString(boundForm)\n    }\n\n    \"redirect to Session Expired for a GET if no existing data is found\" in {\n      val result = controller(dontGetAnyData).onPageLoad(NormalMode)(fakeRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"redirect to Session Expired for a POST if no existing data is found\" in {\n      val postRequest = fakeRequest.withFormUrlEncodedBody((\"value\", \"true\"))\n      val result = controller(dontGetAnyData).onSubmit(NormalMode)(postRequest)\n\n      status(result) mustBe SEE_OTHER\n      redirectLocation(result) mustBe Some(routes.SessionExpiredController.onPageLoad().url)\n    }\n\n    \"stay on this page in CheckMode when no ID in URL\" in {\n      val result = controller(fakeDataRetrievalAction(mockUserAnswers)).onPageLoad(CheckMode)(fakeRequest)\n\n      status(result) mustBe OK\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/models\/Benefits.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport identifiers._\nimport play.api.libs.json.{Format, Reads, Writes}\nimport utils.EnumUtils\n\nobject Benefits extends Enumeration {\n\n  val BEREAVEMENT_ALLOWANCE = Value(\"bereavement-allowance\")\n  val CARERS_ALLOWANCE = Value(\"carers-allowance\")\n  val JOBSEEKERS_ALLOWANCE = Value(\"jobseekers-allowance\")\n  val EMPLOYMENT_AND_SUPPORT_ALLOWANCE = Value(\"employment-and-support-allowance\")\n  val INCAPACITY_BENEFIT = Value(\"incapacity-benefit\")\n  val STATE_PENSION = Value(\"state-pension\")\n  val OTHER_TAXABLE_BENEFIT = Value(\"other-taxable-benefit\")\n\n\n  val reads: Reads[Value] = EnumUtils.enumReads(Benefits)\n  val writes: Writes[Value] = EnumUtils.enumWrites\n\n  implicit def enumFormats: Format[Value] = EnumUtils.enumFormat(Benefits)\n\n  def getId(benefitValue: String): Identifier = {\n    benefitValue match {\n      case \"bereavement-allowance\" => HowMuchBereavementAllowanceId\n      case \"carers-allowance\" => HowMuchCarersAllowanceId\n\t\t\tcase \"jobseekers-allowance\" => HowMuchJobseekersAllowanceId\n\t\t\tcase \"employment-and-support-allowance\" => HowMuchEmploymentAndSupportAllowanceId\n\t\t\tcase \"incapacity-benefit\" => HowMuchIncapacityBenefitId\n      case \"state-pension\" => HowMuchStatePensionId\n      case \"other-taxable-benefit\" => OtherBenefitId\n    }\n  }\n\n  val sortedBenefits =\n    Seq(\n      BEREAVEMENT_ALLOWANCE,\n      CARERS_ALLOWANCE,\n\t\t\tJOBSEEKERS_ALLOWANCE,\n\t\t\tEMPLOYMENT_AND_SUPPORT_ALLOWANCE,\n\t\t\tINCAPACITY_BENEFIT,\n      STATE_PENSION,\n      OTHER_TAXABLE_BENEFIT\n  )\n}\n\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/utils\/CheckYourAnswersHelperSpec.scala","text":"<filename>test\/utils\/CheckYourAnswersHelperSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport base.SpecBase\nimport controllers.routes\nimport models.SelectTaxYear._\nimport models.WhereToSendPayment._\nimport models._\nimport org.mockito.Mockito.when\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.i18n.Messages\nimport uk.gov.hmrc.auth.core.retrieve.ItmpAddress\n\nclass CheckYourAnswersHelperSpec extends SpecBase with MockitoSugar with BeforeAndAfterEach {\n\n  private val answers = MockUserAnswers.nothingAnswered\n  private val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n  private val yes = \"site.yes\"\n  private val no = \"site.no\"\n  private val amount = \"1234\"\n\n  \/\/Claim details\n  \/\/------------------------------------------------------------------------------\n\n  \"Select current year minus 1\" must {\n    s\"have correct label and answer\" in {\n      when(answers.selectTaxYear) thenReturn Some(CYMinus1)\n      helper.selectTaxYear.get.label.key mustBe s\"selectTaxYear.heading\"\n      helper.selectTaxYear.get.answer.key mustBe CYMinus1.asString(messages)\n    }\n  }\n\n  \"Select current year minus 2\" must {\n    s\"have correct label and answer\" in {\n      when(answers.selectTaxYear) thenReturn Some(CYMinus2)\n      helper.selectTaxYear.get.label.key mustBe s\"selectTaxYear.heading\"\n      helper.selectTaxYear.get.answer.key mustBe CYMinus2.asString(messages)\n    }\n  }\n\n  \"Select current year minus 3\" must {\n    s\"have correct label and answer\" in {\n      when(answers.selectTaxYear) thenReturn Some(CYMinus3)\n      helper.selectTaxYear.get.label.key mustBe s\"selectTaxYear.heading\"\n      helper.selectTaxYear.get.answer.key mustBe CYMinus3.asString(messages)\n    }\n  }\n\n  \"Select current year minus 4\" must {\n    s\"have correct label and answer\" in {\n      when(answers.selectTaxYear) thenReturn Some(CYMinus4)\n      helper.selectTaxYear.get.label.key mustBe s\"selectTaxYear.heading\"\n      helper.selectTaxYear.get.answer.key mustBe CYMinus4.asString(messages)\n    }\n  }\n\n  \"Employment details (yes)\" must {\n    s\"have correct label and answer\" in {\n      when(answers.employmentDetails) thenReturn Some(true)\n      helper.employmentDetails.get.label.key mustBe s\"employmentDetails.correctDetails\"\n      helper.employmentDetails.get.answer.key mustBe yes\n    }\n  }\n\n  \"Employment details (no)\" must {\n    s\"have correct label and answer\" in {\n      when(answers.employmentDetails) thenReturn Some(false)\n      helper.employmentDetails.get.label.key mustBe s\"employmentDetails.correctDetails\"\n      helper.employmentDetails.get.answer.key mustBe no\n    }\n  }\n\n  \"Enter PAYE Ref\" must {\n    s\"have correct label and answer\" in {\n      val testRef = \"AB12345\"\n      when(answers.enterPayeReference) thenReturn Some(testRef)\n      helper.enterPayeReference.get.label.key mustBe s\"enterPayeReference.heading\"\n      helper.enterPayeReference.get.answer.key mustBe testRef\n    }\n  }\n\n  \"Details of employment or pension\" must {\n    s\"have correct label and answer\" in {\n      val details = \"Details of employment or pension\"\n      when(answers.detailsOfEmploymentOrPension) thenReturn Some(details)\n      helper.detailsOfEmploymentOrPension.get.label.key mustBe s\"detailsOfEmploymentOrPension.heading\"\n      helper.detailsOfEmploymentOrPension.get.answer.key mustBe details\n    }\n  }\n\n  \/\/Benefits details\n  \/\/------------------------------------------------------------------------------\n\n  \"Any benefits (true)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyBenefits) thenReturn Some(true)\n      helper.anyBenefits.get.label.key mustBe s\"anyBenefits.heading\"\n      helper.anyBenefits.get.answer.key mustBe yes\n    }\n  }\n\n  \"Any benefits (false)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyBenefits) thenReturn Some(false)\n      helper.anyBenefits.get.label.key mustBe s\"anyBenefits.heading\"\n      helper.anyBenefits.get.answer.key mustBe no\n    }\n  }\n\n  \"selectBenefits\" must {\n    s\"have correct label and answer\" in {\n      val benefits = Seq(\n        Benefits.BEREAVEMENT_ALLOWANCE,\n        Benefits.CARERS_ALLOWANCE,\n        Benefits.JOBSEEKERS_ALLOWANCE,\n        Benefits.INCAPACITY_BENEFIT,\n        Benefits.EMPLOYMENT_AND_SUPPORT_ALLOWANCE,\n        Benefits.STATE_PENSION,\n        Benefits.OTHER_TAXABLE_BENEFIT\n      )\n      when(answers.selectBenefits) thenReturn Some(benefits)\n      helper.selectBenefits.get.label.key mustBe s\"selectBenefits.heading\"\n      helper.selectBenefits.get.answer.key mustBe benefits.map(\n        benefit => messages(\"selectBenefits.\" + benefit).capitalize + \"<br>\"\n      ).mkString\n    }\n  }\n\n  \"howMuchBereavementAllowance\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchBereavementAllowance) thenReturn Some(amount)\n      helper.howMuchBereavementAllowance.get.label.key mustBe s\"howMuchBereavementAllowance.heading\"\n      helper.howMuchBereavementAllowance.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchCarersAllowance\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchCarersAllowance) thenReturn Some(amount)\n      helper.howMuchCarersAllowance.get.label.key mustBe s\"howMuchCarersAllowance.heading\"\n      helper.howMuchCarersAllowance.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchJobseekersAllowance\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchJobseekersAllowance) thenReturn Some(amount)\n      helper.howMuchJobseekersAllowance.get.label.key mustBe s\"howMuchJobseekersAllowance.heading\"\n      helper.howMuchJobseekersAllowance.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchIncapacityBenefit\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchIncapacityBenefit) thenReturn Some(amount)\n      helper.howMuchIncapacityBenefit.get.label.key mustBe s\"howMuchIncapacityBenefit.heading\"\n      helper.howMuchIncapacityBenefit.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchEmploymentAndSupportAllowance\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchEmploymentAndSupportAllowance) thenReturn Some(amount)\n      helper.howMuchEmploymentAndSupportAllowance.get.label.key mustBe s\"howMuchEmploymentAndSupportAllowance.heading\"\n      helper.howMuchEmploymentAndSupportAllowance.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchStatePension\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchStatePension) thenReturn Some(amount)\n      helper.howMuchStatePension.get.label.key mustBe s\"howMuchStatePension.heading\"\n      helper.howMuchStatePension.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"otherBenefit\" must {\n    s\"have the correct answer\" in {\n      val otherBenefit = Seq(OtherBenefit(\"qwerty\", \"1234\"))\n      when(answers.otherBenefit) thenReturn Some(otherBenefit)\n\n      helper.otherBenefitsCheckMode.head.get.label.key mustBe \"qwerty\"\n      helper.otherBenefitsCheckMode.head.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n   }\n\n  \"otherBenefit\" must {\n    s\"return a empty Seq when empty\" in {\n      when(answers.otherBenefit) thenReturn None\n\n      helper.otherBenefitsCheckMode mustBe Seq()\n    }\n  }\n\n  \/\/Company benefits details\n  \/\/------------------------------------------------------------------------------\n\n  \"Any company benefit (true)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyCompanyBenefits) thenReturn Some(true)\n      helper.anyCompanyBenefits.get.label.key mustBe s\"anyCompanyBenefits.heading\"\n      helper.anyCompanyBenefits.get.answer.key mustBe yes\n    }\n  }\n\n  \"Any company benefit (false)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyCompanyBenefits) thenReturn Some(false)\n      helper.anyCompanyBenefits.get.label.key mustBe s\"anyCompanyBenefits.heading\"\n      helper.anyCompanyBenefits.get.answer.key mustBe no\n    }\n  }\n\n  \"selectCompanyBenefits\" must {\n    s\"have correct label and answer\" in {\n      val companyBenefits = Seq(\n        CompanyBenefits.COMPANY_CAR_BENEFIT,\n        CompanyBenefits.FUEL_BENEFIT,\n        CompanyBenefits.MEDICAL_BENEFIT,\n        CompanyBenefits.OTHER_COMPANY_BENEFIT\n      )\n      when(answers.selectCompanyBenefits) thenReturn Some(companyBenefits)\n      helper.selectCompanyBenefits.get.label.key mustBe s\"selectCompanyBenefits.heading\"\n      helper.selectCompanyBenefits.get.answer.key mustBe companyBenefits.map(\n        companyBenefit => messages(\"selectCompanyBenefits.\" + companyBenefit).capitalize + \"<br>\"\n      ).mkString\n    }\n  }\n\n  \"howMuchCarBenefits\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchCarBenefits) thenReturn Some(amount)\n      helper.howMuchCarBenefits.get.label.key mustBe s\"howMuchCarBenefits.heading\"\n      helper.howMuchCarBenefits.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchFuelBenefit\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchFuelBenefit) thenReturn Some(amount)\n      helper.howMuchFuelBenefit.get.label.key mustBe s\"howMuchFuelBenefit.heading\"\n      helper.howMuchFuelBenefit.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"howMuchMedicalBenefits\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.howMuchMedicalBenefits) thenReturn Some(amount)\n      helper.howMuchMedicalBenefits.get.label.key mustBe s\"howMuchMedicalBenefits.heading\"\n      helper.howMuchMedicalBenefits.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"otherCompanyBenefit\" must {\n    s\"have the correct answer\" in {\n      val otherCompanyBenefit = Seq(OtherCompanyBenefit(\"qwerty\", \"1234\"))\n      when(answers.otherCompanyBenefit) thenReturn Some(otherCompanyBenefit)\n\n      helper.otherCompanyBenefitsNormalMode.head.get.label.key mustBe \"qwerty\"\n      helper.otherCompanyBenefitsNormalMode.head.get.answer.key mustBe s\"\u00a3$amount\"\n      helper.otherCompanyBenefitsCheckMode.head.get.label.key mustBe \"qwerty\"\n      helper.otherCompanyBenefitsCheckMode.head.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"otherCompanyBenefit\" must {\n    s\"return a empty Seq when empty\" in {\n      when(answers.otherCompanyBenefit) thenReturn None\n\n      helper.otherCompanyBenefitsNormalMode mustBe Seq()\n\t\t\thelper.otherCompanyBenefitsCheckMode mustBe Seq()\n    }\n  }\n\n  \/\/Taxable income details\n  \/\/------------------------------------------------------------------------------\n\n  \"Any taxable income (true)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyTaxableIncome) thenReturn Some(true)\n      helper.anyTaxableIncome.get.label.key mustBe s\"anyTaxableIncome.heading\"\n      helper.anyTaxableIncome.get.answer.key mustBe yes\n    }\n  }\n\n  \"Any taxable income (false)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyTaxableIncome) thenReturn Some(false)\n      helper.anyTaxableIncome.get.label.key mustBe s\"anyTaxableIncome.heading\"\n      helper.anyTaxableIncome.get.answer.key mustBe no\n    }\n  }\n\n  \"selectTaxableIncome\" must {\n    s\"have correct label and answer\" in {\n      val taxableIncomes = Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n        TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n        TaxableIncome.FOREIGN_INCOME,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      )\n      when(answers.selectTaxableIncome) thenReturn Some(taxableIncomes)\n      helper.selectTaxableIncome.get.label.key mustBe s\"selectTaxableIncome.heading\"\n      helper.selectTaxableIncome.get.answer.key mustBe taxableIncomes.map(\n        income => messages(\"selectTaxableIncome.\" + income).capitalize + \"<br>\"\n      ).mkString\n    }\n  }\n\n  \"howMuchRentalIncome\" must {\n    s\"have correct label and answer\" in {\n      when(answers.howMuchRentalIncome) thenReturn Some(amount)\n      helper.howMuchRentalIncome.get.label.key mustBe s\"howMuchRentalIncome.heading\"\n      helper.howMuchRentalIncome.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"anyTaxableRentalIncome\" must {\n    val route = routes.AnyTaxableRentalIncomeController.onPageLoad(CheckMode).url\n\n    s\"have correct label and answer (yes)\" in {\n      when(answers.anyTaxableRentalIncome) thenReturn Some(AnyTaxPaid.Yes(amount))\n      val answer = answers.anyTaxableRentalIncome\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe yes\n      helper.taxPaid(\"\", answer, Some(route)).get.answer.key mustBe s\"\u00a3$amount\"\n    }\n\n    s\"have correct label and answer (no)\" in {\n      when(answers.anyTaxableRentalIncome) thenReturn Some(AnyTaxPaid.No)\n      val answer = answers.anyTaxableRentalIncome\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe no\n    }\n  }\n\n  \"howMuchBankInterest\" must {\n    s\"have correct label and answer\" in {\n      when(answers.howMuchBankInterest) thenReturn Some(amount)\n      helper.howMuchBankInterest.get.label.key mustBe \"howMuchBankInterest.heading\"\n      helper.howMuchBankInterest.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"anyTaxableBankInterest\" must {\n    val route = routes.AnyTaxableBankInterestController.onPageLoad(CheckMode).url\n\n    s\"have correct label and answer (yes)\" in {\n      when(answers.anyTaxableBankInterest) thenReturn Some(AnyTaxPaid.Yes(amount))\n      val answer = answers.anyTaxableBankInterest\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe yes\n      helper.taxPaid(\"\", answer, Some(route)).get.answer.key mustBe s\"\u00a3$amount\"\n    }\n\n    s\"have correct label and answer (no)\" in {\n      when(answers.anyTaxableBankInterest) thenReturn Some(AnyTaxPaid.No)\n      val answer = answers.anyTaxableBankInterest\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe no\n    }\n  }\n\n  \"howMuchInvestmentOrDividend\" must {\n    s\"have correct label and answer\" in {\n      when(answers.howMuchInvestmentOrDividend) thenReturn Some(amount)\n      helper.howMuchInvestmentOrDividend.get.label.key mustBe \"howMuchInvestmentOrDividend.heading\"\n      helper.howMuchInvestmentOrDividend.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"anyTaxableInvestments\" must {\n    val route = routes.AnyTaxableInvestmentsController.onPageLoad(CheckMode).url\n\n    s\"have correct label and answer (yes)\" in {\n      when(answers.anyTaxableInvestments) thenReturn Some(AnyTaxPaid.Yes(amount))\n      val answer = answers.anyTaxableInvestments\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe yes\n      helper.taxPaid(\"\", answer, Some(route)).get.answer.key mustBe s\"\u00a3$amount\"\n    }\n\n    s\"have correct label and answer (no)\" in {\n      when(answers.anyTaxableBankInterest) thenReturn Some(AnyTaxPaid.No)\n      val answer = answers.anyTaxableBankInterest\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe no\n    }\n  }\n\n  \"howMuchForeignIncome\" must {\n    s\"have correct label and answer\" in {\n      when(answers.howMuchForeignIncome) thenReturn Some(amount)\n      helper.howMuchForeignIncome.get.label.key mustBe \"howMuchForeignIncome.heading\"\n      helper.howMuchForeignIncome.get.answer.key mustBe s\"\u00a3$amount\"\n    }\n  }\n\n  \"anyTaxableForeignIncome\" must {\n    val route = routes.AnyTaxableForeignIncomeController.onPageLoad(CheckMode).url\n\n    s\"have correct label and answer (yes)\" in {\n      when(answers.anyTaxableForeignIncome) thenReturn Some(AnyTaxPaid.Yes(amount))\n      val answer = answers.anyTaxableForeignIncome\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe yes\n      helper.taxPaid(\"\", answer, Some(route)).get.answer.key mustBe s\"\u00a3$amount\"\n    }\n\n    s\"have correct label and answer (no)\" in {\n      when(answers.anyTaxableForeignIncome) thenReturn Some(AnyTaxPaid.No)\n      val answer = answers.anyTaxableForeignIncome\n\n      helper.anyTaxPaid(\"\", answer, Some(route)).get.answer.key mustBe no\n    }\n  }\n\n  \"otherTaxableIncome\" must {\n    s\"have correct label and answer\" in {\n      when(answers.otherTaxableIncome) thenReturn Some(Seq(OtherTaxableIncome(\"qwerty\", \"1234\", Some(AnyTaxPaid.Yes(\"123\")))))\n\n      helper.otherTaxableIncomeCheckYourAnswers.head.get.label.key mustBe \"qwerty\"\n      helper.otherTaxableIncomeCheckYourAnswers(1).get.label.key mustBe messages(\"checkYourAnswers.otherTaxableIncome.label\", \"qwerty\")\n      helper.otherTaxableIncomeCheckYourAnswers(1).get.answer.key mustBe s\"\u00a3$amount\"\n      helper.otherTaxableIncomeCheckYourAnswers(2).get.label.key mustBe messages(\"anyTaxableOtherIncomeOption.checkYourAnswersLabel\", \"qwerty\")\n      helper.otherTaxableIncomeCheckYourAnswers(2).get.answer.key mustBe \"site.yes\"\n      helper.otherTaxableIncomeCheckYourAnswers(3).get.label.key mustBe messages(\"anyTaxableOtherIncome.checkYourAnswersLabel\", \"qwerty\")\n      helper.otherTaxableIncomeCheckYourAnswers(3).get.answer.key mustBe \"\u00a3123\"\n    }\n  }\n\n  \"anyTaxableOtherIncome\" must {\n    val route = routes.AnyOtherTaxableIncomeController.onPageLoad(CheckMode).url\n\n    s\"have correct label and answer (yes)\" in {\n      when(answers.otherTaxableIncome) thenReturn Some(Seq(OtherTaxableIncome(\"qwerty\", \"123\", Some(AnyTaxPaid.Yes(amount)))))\n      val answer: Option[Seq[OtherTaxableIncome]] = answers.otherTaxableIncome\n\n      helper.anyTaxPaid(\"\", Some(answer.get.head.anyTaxPaid.get), Some(route)).get.answer.key mustBe yes\n      helper.taxPaid(\"\", Some(answer.get.head.anyTaxPaid.get), Some(route)).get.answer.key mustBe s\"\u00a3$amount\"\n    }\n\n    s\"have correct label and answer (no)\" in {\n      when(answers.otherTaxableIncome) thenReturn Some(Seq(OtherTaxableIncome(\"qwerty\", \"123\", Some(AnyTaxPaid.No))))\n      val answer: Option[Seq[OtherTaxableIncome]] = answers.otherTaxableIncome\n\n      helper.anyTaxPaid(\"\", Some(answer.get.head.anyTaxPaid.get), Some(route)).get.answer.key mustBe no\n    }\n  }\n\n  \"anyOtherTaxableIncome (yes)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyOtherTaxableIncome) thenReturn Some(true)\n      helper.anyOtherTaxableIncome.get.label.key mustBe \"anyOtherTaxableIncome.heading\"\n      helper.anyOtherTaxableIncome.get.answer.key mustBe yes\n    }\n  }\n\n  \"anyOtherTaxableIncome (no)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyOtherTaxableIncome) thenReturn Some(false)\n      helper.anyOtherTaxableIncome.get.label.key mustBe s\"anyOtherTaxableIncome.heading\"\n      helper.anyOtherTaxableIncome.get.answer.key mustBe no\n    }\n  }\n\n\n  \/\/Payment details\n  \/\/------------------------------------------------------------------------------\n\n  \"Is WhereToSendPayment yourself\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.whereToSendPayment) thenReturn Some(Myself)\n      helper.whereToSendPayment.get.label.key mustBe \"whereToSendPayment.heading\"\n      helper.whereToSendPayment.get.answer.key mustBe \"whereToSendPayment.myself\"\n    }\n  }\n\n  \"Is WhereToSendPayment nominee else\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.whereToSendPayment) thenReturn Some(Nominee)\n      helper.whereToSendPayment.get.label.key mustBe \"whereToSendPayment.heading\"\n      helper.whereToSendPayment.get.answer.key mustBe \"whereToSendPayment.nominee\"\n    }\n  }\n\n  \"Payment address correct (yes)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.itmpAddress) thenReturn Some(ItmpAddress(Some(\"line1\"), Some(\"line2\"), None, None, None, Some(\"AB1 2CD\"), None, None))\n      when(answers.paymentAddressCorrect) thenReturn Some(true)\n      helper.paymentAddressCorrect.get.label.key mustBe \"<p>\" + messages(\"paymentAddressCorrect.heading\") + \"<\/p>line1<br>line2<br>AB1 2CD\"\n      helper.paymentAddressCorrect.get.answer.key mustBe yes\n    }\n  }\n\n  \"Payment address correct (no)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.itmpAddress) thenReturn Some(ItmpAddress(Some(\"line1\"), Some(\"line2\"), None, None, None, Some(\"AB1 2CD\"), None, None))\n      when(answers.paymentAddressCorrect) thenReturn Some(false)\n      helper.paymentAddressCorrect.get.label.key mustBe \"<p>\" + messages(\"paymentAddressCorrect.heading\") + \"<\/p>line1<br>line2<br>AB1 2CD\"\n      helper.paymentAddressCorrect.get.answer.key mustBe no\n    }\n  }\n\n  \"Nominee name\" must {\n    s\"have the correct label and answer\" in {\n      val nomineeName = \"<NAME>\"\n      when(answers.nomineeFullName) thenReturn Some(nomineeName)\n      helper.nomineeFullName.get.label.key mustBe \"nomineeFullName.heading\"\n      helper.nomineeFullName.get.answer.key mustBe nomineeName\n    }\n  }\n\n  \"Is anyAgentRef (true)\" must {\n    s\"have the correct label and answer\" in {\n      val agentRef = \"AB12345\"\n      when(answers.anyAgentRef) thenReturn Some(AnyAgentRef.Yes(agentRef))\n\n      helper.anyAgentRef.get.label.key mustBe messages(\"anyAgentRef.heading\", \"Test name\")\n      helper.anyAgentRef.get.url mustBe Some(routes.AnyAgentRefController.onPageLoad(CheckMode).url + \"\/#anyAgentRef\")\n      helper.anyAgentRef.get.answer.key mustBe yes\n      helper.agentReferenceNumber.get.label.key mustBe \"anyAgentRef.agentRefField\"\n      helper.agentReferenceNumber.get.url mustBe Some(routes.AnyAgentRefController.onPageLoad(CheckMode).url + \"\/#agentRef\")\n      helper.agentReferenceNumber.get.answer.key mustBe agentRef\n    }\n  }\n\n  \"Is anyAgentRef (false)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyAgentRef) thenReturn Some(AnyAgentRef.No)\n      helper.anyAgentRef.get.label.key mustBe messages(\"anyAgentRef.heading\", \"Test name\")\n      helper.anyAgentRef.get.answer.key mustBe no\n    }\n  }\n\n  \"Is isPaymentAddressInTheUK (true)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.isPaymentAddressInTheUK) thenReturn Some(true)\n      helper.isPaymentAddressInTheUK.get.label.key mustBe \"isPaymentAddressInTheUK.heading\"\n      helper.isPaymentAddressInTheUK.get.answer.key mustBe yes\n    }\n  }\n\n  \"Is isPaymentAddressInTheUK (false)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.isPaymentAddressInTheUK) thenReturn Some(false)\n      helper.isPaymentAddressInTheUK.get.label.key mustBe \"isPaymentAddressInTheUK.heading\"\n      helper.isPaymentAddressInTheUK.get.answer.key mustBe no\n    }\n  }\n\n  \"Payment UK Address\" must {\n    s\"have correct label and answer\" in {\n      val address = UkAddress(\"line 1\", \"line 2\", None, None, None, \"AA11 1AA\")\n      when(answers.paymentUKAddress) thenReturn Some(address)\n      helper.paymentUKAddress.get.label.key mustBe \"paymentUKAddress.heading\"\n      helper.paymentUKAddress.get.answer.key mustBe UkAddress.asString(address)\n    }\n  }\n\n  \"Payment International Address\" must {\n    s\"have correct label and answer\" in {\n      val intAddress = InternationalAddress(\"line 1\", \"line 2\", None, None, None, \"country\")\n      when(answers.paymentInternationalAddress) thenReturn Some(intAddress)\n      helper.paymentInternationalAddress.get.label.key mustBe \"paymentInternationalAddress.heading\"\n      helper.paymentInternationalAddress.get.answer.key mustBe InternationalAddress.asString(intAddress)\n    }\n  }\n\n  \/\/Contact details\n  \/\/------------------------------------------------------------------------------\n\n  \"Telephone number (yes)\" must {\n    s\"have the correct label and answer\" in {\n      val telNo = \"0191123123\"\n      when(answers.anyTelephoneNumber) thenReturn Some(TelephoneOption.Yes(telNo))\n      helper.anyTelephoneNumber.get.label.key mustBe \"telephoneNumber.heading\"\n      helper.anyTelephoneNumber.get.url mustBe Some(routes.TelephoneNumberController.onPageLoad(CheckMode).url + \"\/#anyTelephoneNumber\")\n      helper.telephoneNumber.get.label.key mustBe \"telephoneNumber.telephoneNumberField\"\n      helper.telephoneNumber.get.url mustBe Some(routes.TelephoneNumberController.onPageLoad(CheckMode).url + \"\/#telephoneNumber\")\n      helper.anyTelephoneNumber.get.answer.key mustBe yes\n      helper.telephoneNumber.get.answer.key mustBe telNo\n    }\n  }\n\n  \"Telephone number (no)\" must {\n    s\"have the correct label and answer\" in {\n      when(answers.anyTelephoneNumber) thenReturn Some(TelephoneOption.No)\n      helper.anyTelephoneNumber.get.label.key mustBe \"telephoneNumber.heading\"\n      helper.anyTelephoneNumber.get.answer.key mustBe no\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/utils\/CheckYourAnswersSectionsSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport base.SpecBase\nimport controllers.routes\nimport models.CheckMode\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.i18n.Messages\nimport viewmodels.AnswerRow\n\nclass CheckYourAnswersSectionsSpec extends SpecBase with MockitoSugar with BeforeAndAfterEach {\n\n\n\n  \"sections have correct label\" must {\n    val answers = MockUserAnswers.minimalValidUserAnswers()\n    val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n    val sections = new CheckYourAnswersSections(helper, answers)\n\n    \"have the right section title for claim details\" in {\n      sections.claimSection.headingKey mustBe Some(\"checkYourAnswers.claimSection\")\n    }\n\n    \"have the right section title for benefits details\" in {\n      sections.benefitSection.headingKey mustBe Some(\"checkYourAnswers.benefitSection\")\n    }\n\n    \"have the right section title for company benefits details\" in {\n      sections.companyBenefitSection.headingKey mustBe Some(\"checkYourAnswers.companyBenefitSection\")\n    }\n\n    \"have the right section title for taxable income details\" in {\n      sections.taxableIncomeSection.headingKey mustBe Some(\"checkYourAnswers.taxableIncomeSection\")\n    }\n\n    \"have the right section title for payment details\" in {\n      sections.paymentSection.headingKey mustBe Some(\"checkYourAnswers.paymentSection\")\n    }\n\n    \"have the right section title for contact details\" in {\n      sections.contactSection.headingKey mustBe Some(\"checkYourAnswers.contactSection\")\n    }\n  }\n\n  \"all questions are answered and have the correct rows in the right order\" must {\n    \"Claim details section\" in {\n      val answers = MockUserAnswers.claimDetailsUserAnswers()\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows = sections.claimSection.rows\n\n      rows.size mustBe 4\n      rows.head.label.key mustBe \"selectTaxYear.heading\"\n      rows(1).label.key mustBe \"employmentDetails.correctDetails\"\n      rows(2).label.key mustBe \"enterPayeReference.heading\"\n      rows(3).label.key mustBe \"detailsOfEmploymentOrPension.heading\"\n    }\n\n    \"Benefits section\" in {\n      val answers = MockUserAnswers.benefitsUserAnswers()\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows: Seq[AnswerRow] = sections.benefitSection.rows\n      val otherBenefitSection = sections.otherBenefitsSection\n\n      rows.size mustBe 8\n      rows.head.label.key mustBe \"anyBenefits.heading\"\n      rows(1).label.key mustBe \"selectBenefits.heading\"\n      rows(2).label.key mustBe \"howMuchBereavementAllowance.heading\"\n      rows(3).label.key mustBe \"howMuchCarersAllowance.heading\"\n      rows(4).label.key mustBe \"howMuchJobseekersAllowance.heading\"\n      rows(5).label.key mustBe \"howMuchEmploymentAndSupportAllowance.heading\"\n      rows(6).label.key mustBe \"howMuchIncapacityBenefit.heading\"\n      rows(7).label.key mustBe \"howMuchStatePension.heading\"\n\n      otherBenefitSection.rows.size mustBe 3\n      otherBenefitSection.headingKey.get mustBe \"otherBenefit.checkYourAnswersLabel\"\n      otherBenefitSection.addLinkText.get mustBe \"otherBenefit.change\"\n      otherBenefitSection.addLinkUrl.get mustBe routes.AnyOtherBenefitsController.onPageLoad(CheckMode).url\n    }\n\n    \"Company benefits section\" in {\n      val answers = MockUserAnswers.companyBenefitsUserAnswers\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows: Seq[AnswerRow] = sections.companyBenefitSection.rows\n      val otherCompanyBenefitSection = sections.otherCompanyBenefitSection\n\n      rows.size mustBe 5\n      rows.head.label.key mustBe \"anyCompanyBenefits.heading\"\n      rows(1).label.key mustBe \"selectCompanyBenefits.heading\"\n      rows(2).label.key mustBe \"howMuchCarBenefits.heading\"\n      rows(3).label.key mustBe \"howMuchFuelBenefit.heading\"\n      rows(4).label.key mustBe \"howMuchMedicalBenefits.heading\"\n\n      otherCompanyBenefitSection.rows.size mustBe 3\n      otherCompanyBenefitSection.headingKey.get mustBe \"otherCompanyBenefit.checkYourAnswersLabel\"\n      otherCompanyBenefitSection.addLinkText.get mustBe \"otherCompanyBenefit.change\"\n      otherCompanyBenefitSection.addLinkUrl.get mustBe routes.AnyOtherCompanyBenefitsController.onPageLoad(CheckMode).url\n    }\n\n    \"Taxable income section\" in {\n      val answers = MockUserAnswers.taxableIncomeUserAnswers\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows = sections.taxableIncomeSection.rows\n      val otherTaxableIncomeSection = sections.otherTaxableIncomeSection\n\n      rows.size mustBe 14\n      rows.head.label.key mustBe \"anyTaxableIncome.heading\"\n      rows(1).label.key mustBe \"selectTaxableIncome.heading\"\n\n      rows(2).label.key mustBe \"howMuchBankInterest.heading\"\n      rows(3).label.key mustBe \"anyTaxableBankInterestOption.checkYourAnswersLabel\"\n      rows(3).url mustBe Some(routes.AnyTaxableBankInterestController.onPageLoad(CheckMode).url + \"\/#anyTaxPaid\")\n      rows(4).label.key mustBe \"anyTaxableBankInterest.checkYourAnswersLabel\"\n      rows(4).url mustBe Some(routes.AnyTaxableBankInterestController.onPageLoad(CheckMode).url + \"\/#taxPaidAmount\")\n\n      rows(5).label.key mustBe \"howMuchForeignIncome.heading\"\n      rows(6).label.key mustBe \"anyTaxableForeignIncomeOption.checkYourAnswersLabel\"\n      rows(6).url mustBe Some(routes.AnyTaxableForeignIncomeController.onPageLoad(CheckMode).url + \"\/#anyTaxPaid\")\n      rows(7).label.key mustBe \"anyTaxableForeignIncome.checkYourAnswersLabel\"\n      rows(7).url mustBe Some(routes.AnyTaxableForeignIncomeController.onPageLoad(CheckMode).url + \"\/#taxPaidAmount\")\n\n      rows(8).label.key mustBe \"howMuchInvestmentOrDividend.heading\"\n      rows(9).label.key mustBe \"anyTaxableInvestmentsOption.checkYourAnswersLabel\"\n      rows(9).url mustBe Some(routes.AnyTaxableInvestmentsController.onPageLoad(CheckMode).url + \"\/#anyTaxPaid\")\n      rows(10).label.key mustBe \"anyTaxableInvestments.checkYourAnswersLabel\"\n      rows(10).url mustBe Some(routes.AnyTaxableInvestmentsController.onPageLoad(CheckMode).url + \"\/#taxPaidAmount\")\n\n      rows(11).label.key mustBe \"howMuchRentalIncome.heading\"\n      rows(12).label.key mustBe \"anyTaxableRentalIncomeOption.checkYourAnswersLabel\"\n      rows(12).url mustBe Some(routes.AnyTaxableRentalIncomeController.onPageLoad(CheckMode).url + \"\/#anyTaxPaid\")\n      rows(13).label.key mustBe \"anyTaxableRentalIncome.checkYourAnswersLabel\"\n      rows(13).url mustBe Some(routes.AnyTaxableRentalIncomeController.onPageLoad(CheckMode).url + \"\/#taxPaidAmount\")\n\n      otherTaxableIncomeSection.rows.size mustBe 7\n      otherTaxableIncomeSection.headingKey.get mustBe \"otherTaxableIncome.checkYourAnswersLabel\"\n\n      \/\/Header for first otherTaxableIncome\n      otherTaxableIncomeSection.rows.head.label.key mustBe \"qwerty\"\n      otherTaxableIncomeSection.rows(1).label.key mustBe messages(\"checkYourAnswers.otherTaxableIncome.label\", \"qwerty\")\n      otherTaxableIncomeSection.rows(1).answer.key mustBe \"\u00a312\"\n      otherTaxableIncomeSection.rows(2).label.key mustBe messages(\"anyTaxableOtherIncomeOption.checkYourAnswersLabel\", \"qwerty\")\n      otherTaxableIncomeSection.rows(2).answer.key mustBe \"site.yes\"\n      otherTaxableIncomeSection.rows(3).label.key mustBe messages(\"anyTaxableOtherIncome.checkYourAnswersLabel\", \"qwerty\")\n      otherTaxableIncomeSection.rows(3).answer.key mustBe \"\u00a31234\"\n\n      \/\/Header for second otherTaxableIncome\n      otherTaxableIncomeSection.rows(4).label.key mustBe \"qwerty1\"\n      otherTaxableIncomeSection.rows(5).label.key mustBe messages(\"checkYourAnswers.otherTaxableIncome.label\", \"qwerty1\")\n      otherTaxableIncomeSection.rows(5).answer.key mustBe \"\u00a334\"\n      otherTaxableIncomeSection.rows(6).label.key mustBe messages(\"anyTaxableOtherIncomeOption.checkYourAnswersLabel\", \"qwerty1\")\n      otherTaxableIncomeSection.rows(6).answer.key mustBe \"site.no\"\n\n      otherTaxableIncomeSection.addLinkText.get mustBe \"otherTaxableIncome.change\"\n      otherTaxableIncomeSection.addLinkUrl.get mustBe routes.AnyOtherTaxableIncomeController.onPageLoad(CheckMode).url\n    }\n\n    \"Payment details section (Self)\" in {\n      val answers = MockUserAnswers.selfPaymentDetailsUserAnswers\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows = sections.paymentSection.rows\n\n      rows.size mustBe 3\n      rows.head.label.key mustBe \"whereToSendPayment.heading\"\n      rows(1).label.key mustBe \"isPaymentAddressInTheUK.heading\"\n      rows(2).label.key mustBe \"paymentUKAddress.heading\"\n    }\n\n    \"Payment details section (Nominee)\" in {\n      val answers = MockUserAnswers.nomineePaymentDetailsUserAnswers\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows = sections.paymentSection.rows\n\n      rows.size mustBe 6\n      rows.head.label.key mustBe \"whereToSendPayment.heading\"\n      rows(1).label.key mustBe \"nomineeFullName.heading\"\n      rows(2).label.key mustBe messages(\"anyAgentRef.heading\", \"Nominee\")\n      rows(3).label.key mustBe \"anyAgentRef.agentRefField\"\n      rows(4).label.key mustBe \"isPaymentAddressInTheUK.heading\"\n      rows(5).label.key mustBe \"paymentInternationalAddress.heading\"\n    }\n\n    \"Contact Details section\" in {\n      val answers = MockUserAnswers.contactDetailsUserAnswers\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val rows = sections.contactSection.rows\n\n      rows.size mustBe 2\n      rows.head.label.key mustBe \"telephoneNumber.heading\"\n      rows(1).label.key mustBe \"telephoneNumber.telephoneNumberField\"\n    }\n\n    \"Other Benefits section normal mode\" in {\n      val answers = MockUserAnswers.fullValidUserAnswers()\n      val helper = new CheckYourAnswersHelper(answers)(messages: Messages)\n      val sections = new CheckYourAnswersSections(helper, answers)\n      val normalModeRows = sections.otherBenefitsAddToListNormalMode.rows\n      val checkModeRows = sections.otherBenefitsAddToListCheckMode.rows\n\n      normalModeRows.size mustBe 3\n      checkModeRows.size mustBe 3\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/models\/TelephoneOptionSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport base.SpecBase\nimport identifiers.{AnyTelephoneId, TelephoneNumberId}\nimport play.api.libs.json._\n\nclass TelephoneOptionSpec extends SpecBase {\n\n  \"write\" must {\n\n    \"contain true and telephone number\" in {\n      Json.toJson(TelephoneOption.Yes(\"0191 1111 111\"): TelephoneOption) mustBe\n        Json.obj(AnyTelephoneId.toString -> JsBoolean(true), TelephoneNumberId.toString -> JsString(\"0191 1111 111\"))\n    }\n\n    \"contain false and no telephone number\" in {\n      Json.toJson(TelephoneOption.No: TelephoneOption) mustBe Json.obj(AnyTelephoneId.toString -> JsBoolean(false))\n    }\n  }\n\n  \"reads\" must {\n\n    \"successfully read true\" in {\n      val json = Json.obj(\"anyTelephone\" -> true, \"telephoneNumber\" -> \"1234567\")\n\n      Json.fromJson[TelephoneOption](json).asOpt.value mustEqual TelephoneOption.Yes(\"1234567\")\n    }\n\n    \"successfully read false\" in {\n      val json = Json.obj(\"anyTelephone\" -> false)\n\n      Json.fromJson[TelephoneOption](json).asOpt.value mustEqual TelephoneOption.No\n    }\n\n    \"return failure for true without telephone number\" in {\n      val json = Json.obj(\"anyTelephone\" -> true)\n\n      Json.fromJson[TelephoneOption](json) mustEqual JsError(\"TelephoneOption value expected\")\n    }\n\n    \"return failure for when no input given\" in {\n      val json = Json.obj(\"anyTelephone\" -> \"notABoolean\")\n      Json.fromJson[TelephoneOption](json) mustEqual JsError(Seq((JsPath \\ \"anyTelephone\", Seq(JsonValidationError(Seq(\"error.expected.jsboolean\"))))))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"app\/config\/FrontendAppConfig.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage config\n\nimport java.net.URLEncoder\n\nimport com.google.inject.{Inject, Singleton}\nimport play.api.Configuration\nimport controllers.routes\nimport play.api.i18n.Lang\nimport play.api.mvc.{Call, Request}\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nimport scala.util.Try\n\n@Singleton\nclass FrontendAppConfig @Inject()(val servicesConfig: ServicesConfig, val configuration: Configuration) {\n\n  private def loadConfig(key: String): String = Try(servicesConfig.getString(key)).getOrElse(throw new Exception(s\"Missing configuration key: $key\"))\n  private def loadConfigInt(key: String): Int = Try(servicesConfig.getInt(key)).getOrElse(throw new Exception(s\"Missing configuration key: $key\"))\n\n  private lazy val contactHost = configuration.getOptional[String](\"contact-frontend.host\").getOrElse(\"\")\n  lazy val contactFormServiceIdentifier = loadConfig(\"contact-frontend.serviceId\")\n\n  lazy val assetsPrefix: String = loadConfig(s\"assets.url\") + loadConfig(s\"assets.version\") + '\/'\n  lazy val frontendTemplatePath: String = loadConfig(\"microservice.services.frontend-template-provider.path\")\n\n  lazy val reportAProblemPartialUrl = s\"$contactHost\/contact\/problem_reports_ajax?service=$contactFormServiceIdentifier\"\n  lazy val reportAProblemNonJSUrl = s\"$contactHost\/contact\/problem_reports_nonjs?service=$contactFormServiceIdentifier\"\n  lazy val betaFeedbackUrl = s\"$contactHost\/contact\/beta-feedback\"\n  lazy val betaFeedbackUnauthenticatedUrl = s\"$contactHost\/contact\/beta-feedback-unauthenticated\"\n  lazy val feedbackSurveyUrl: String = loadConfig(\"urls.feedback-survey\")\n\n  lazy val authUrl: String = servicesConfig.baseUrl(\"auth\")\n  lazy val loginUrl: String = loadConfig(\"urls.login\")\n  lazy val loginContinueUrl: String = loadConfig(\"urls.loginContinue\")\n  lazy val ctrUrl: String = servicesConfig.baseUrl(\"claim-tax-refund\")\n  lazy val addressLookupUrl: String = servicesConfig.baseUrl(serviceName = \"address-lookup-frontend\")\n  lazy val addressLookupContinueUrlNormalMode: String = loadConfig(key = \"microservice.services.address-lookup-frontend.continueUrlNormalMode\")\n  lazy val addressLookupContinueUrlCheckMode: String = loadConfig(key = \"microservice.services.address-lookup-frontend.continueUrlCheckMode\")\n\n  lazy val ivUpliftUrl: String = loadConfig(\"identity-verification-uplift.host\")\n  lazy val authorisedCallback: String = loadConfig(\"identity-verification-uplift.authorised-callback.url\")\n  lazy val unauthorisedCallback: String = loadConfig(\"identity-verification-uplift.unauthorised-callback.url\")\n\n  lazy val taiUrl: String = servicesConfig.baseUrl(\"tai\")\n\n  lazy val ptaBaseUrl = servicesConfig.baseUrl(\"pertax-frontend\")\n  lazy val ptaHomeUrl = s\"$ptaBaseUrl${servicesConfig.getConfString(\"pertax-frontend.urls.home\",\"\/personal-account\")}\"\n  lazy val messagesUrl = s\"$ptaBaseUrl${servicesConfig.getConfString(\"pertax-frontend.urls.messages\",\"\/messages\")}\"\n  lazy val paperlessSettingsUrl = s\"$ptaBaseUrl${servicesConfig.getConfString(\"pertax-frontend.urls.paperlessSettings\",\"\/preferences\")}\"\n  lazy val personalDetailsUrl = s\"$ptaBaseUrl${servicesConfig.getConfString(\"pertax-frontend.urls.personalDetails\",\"\/personal-details\")}\"\n  lazy val signOutUrl = s\"$ptaBaseUrl${servicesConfig.getConfString(\"pertax-frontend.urls.signOut\",\"\/signout?continueUrl=%2Ffeedback%2FCTR\")}\"\n\n  lazy val trackingBaseUrl = servicesConfig.baseUrl(\"tracking-frontend\")\n  lazy val trackingHomeUrl = s\"$trackingBaseUrl${servicesConfig.getConfString(\"tracking-frontend.urls.home\",\"\/track\")}\"\n\n  lazy val languageTranslationEnabled: Boolean = Try(servicesConfig.getBoolean(\"microservice.services.features.welsh-translation\")).getOrElse(true)\n\n  lazy val fullNameLength: Int = loadConfigInt(\"microservice.services.validation.full-name-length\")\n  lazy val ninoRegex: String = loadConfig(\"microservice.services.validation.nino-regex\")\n  lazy val addressLineMaxLength: Int = loadConfigInt(\"microservice.services.validation.address-line-length\")\n  lazy val postcodeRegex: String = loadConfig(\"microservice.services.validation.postcode-regex\")\n  lazy val countryMaxLength: Int = loadConfigInt(\"microservice.services.validation.country-length\")\n  lazy val agentReferenceMaxLength: Int = loadConfigInt(\"microservice.services.validation.agent-reference-length\")\n  lazy val nomineeFullNameMaxLength: Int = loadConfigInt(\"microservice.services.validation.payee-full-name-length\")\n  lazy val detailsOfEmploymentOrPensionMaxLength: Int = loadConfigInt(\"microservice.services.validation.details-of-employment-or-pension-max-length\")\n\n  lazy val telephoneRegex: String = loadConfig(\"microservice.services.validation.telephone-regex\")\n  lazy val utrRegex: String = loadConfig(\"microservice.services.validation.utr-regex\")\n  lazy val payeRegex: String = loadConfig(\"microservice.services.validation.paye-regex\")\n  lazy val currencyRegex: String = loadConfig(\"microservice.services.validation.currency-regex\")\n\n  lazy val accessibilityStatementPath: String = loadConfig(\"accessibility-statement.service-path\")\n\n  lazy val accessibilityStatementFrontendBaseUrl: String = configuration.getOptional[String](\"accessibility-statement.host\").getOrElse(\"\")\n  def accessibilityFooterUrl(referrerUrl: Option[String] = None): String = {\n    val referrerString = referrerUrl.map (url => s\"\"\"?referrerUrl=${URLEncoder.encode(url, \"UTF-8\")}\"\"\").getOrElse(\"\")\n    s\"$accessibilityStatementFrontendBaseUrl\/accessibility-statement$accessibilityStatementPath$referrerString\"\n  }\n\n  def languageMap: Map[String, Lang] = Map(\"english\" -> Lang(\"en\"), \"cymraeg\" -> Lang(\"cy\"))\n\n  def routeToSwitchLanguage: String => Call = (lang: String) => routes.LanguageSwitchController.switchToLanguage(lang)\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/views\/TelephoneNumberViewSpec.scala","text":"<filename>test\/views\/TelephoneNumberViewSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport controllers.routes\nimport forms.TelephoneNumberForm\nimport models.SelectTaxYear.CYMinus1\nimport models.{NormalMode, TelephoneOption}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.data.{Form, FormError}\nimport play.twirl.api.HtmlFormat\nimport views.behaviours.{NewQuestionViewBehaviours, QuestionViewBehaviours}\nimport views.html.telephoneNumber\n\nclass TelephoneNumberViewSpec extends NewQuestionViewBehaviours[TelephoneOption] with GuiceOneAppPerSuite {\n\n  private val messageKeyPrefix = \"telephoneNumber\"\n  private val testPhoneNumber = \"0191 1111 111\"\n  private val taxYear = CYMinus1\n\n  val formProvider = new TelephoneNumberForm()\n  val form = formProvider()\n  val telephoneNumber: telephoneNumber = fakeApplication.injector.instanceOf[telephoneNumber]\n\n  def createView = () =>\n    telephoneNumber(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  def createViewUsingForm = (form: Form[_]) =>\n    telephoneNumber(form, NormalMode, taxYear)(fakeRequest, messages)\n\n  \"TelephoneNumber view\" must {\n    behave like normalPage(createView, messageKeyPrefix, None)\n\n    behave like pageWithBackLink(createView)\n\n    behave like pageWithSecondaryHeader(createView, messages(\"site.service_name.with_tax_year\", taxYear.asString(messages)))\n\n    yesNoPage(\n      createView = createViewUsingForm,\n      messageKeyPrefix = messageKeyPrefix,\n      expectedFormAction = routes.TelephoneNumberController.onSubmit(NormalMode).url,\n      expectedHintTextKey = None\n    )\n\n    def yesNoPage(createView: (Form[TelephoneOption]) => HtmlFormat.Appendable,\n                  messageKeyPrefix: String,\n                  expectedFormAction: String,\n                  expectedHintTextKey: Option[String],\n                  args: Any*) = {\n\n      \"behave like a page with a Yes\/No question and revealing content\" when {\n        \"rendered\" must {\n          \"contain a legend for the question\" in {\n            val doc = asDocument(createView(form))\n            val legends = doc.getElementsByTag(\"legend\")\n            legends.size mustBe 1\n          }\n\n          \"contain a heading\" in {\n            val doc = asDocument(createView(form))\n            assertContainsText(doc, messages(s\"$messageKeyPrefix.heading\", args: _*))\n          }\n\n          if(expectedHintTextKey.isDefined){\n            \"render a hint\" in {\n              val doc = asDocument(createView(form))\n              assertYesNoHint(doc, expectedHintTextKey)\n            }\n          } else {\n            \"not render a hint\" in {\n              val doc = asDocument(createView(form))\n              assertNotRenderedByCssSelector(doc, \".form-hint\")\n            }\n          }\n\n          \"display hint para 1\" in {\n            val doc = asDocument(createView(form))\n            assertContainsText(doc, messages(s\"$messageKeyPrefix.hintPara1\"))\n          }\n\n          \"contain 2 radioButtons\" in {\n            val doc = asDocument(createView(form))\n            assert(doc.select(\"input[type=\\\"radio\\\"]\").size == 2)\n            assertRenderedById(doc, \"anyTelephoneNumber-2\")\n            assertRenderedById(doc, \"anyTelephoneNumber\")\n          }\n\n          \"contain a conditionally-revealing text input\" which {\n            val doc = asDocument(createView(form))\n            val telInput = doc.getElementById(\"telephoneNumber\")\n\n            \"should have an input type of 'tel\" in {\n              assert(telInput.attr(\"type\") == \"tel\")\n            }\n\n            \"should have the autocomplete attribute\" in {\n              assert(telInput.hasAttr(\"autocomplete\"))\n              assert(telInput.attr(\"autocomplete\") == \"tel\")\n            }\n          }\n\n          \"have no values checked when rendered with no form\" in {\n            val doc = asDocument(createView(form))\n            assert(!doc.getElementById(\"anyTelephoneNumber-2\").hasAttr(\"checked\"))\n            assert(!doc.getElementById(\"anyTelephoneNumber\").hasAttr(\"checked\"))\n          }\n\n\n          \"include the form's value in the value input\" in {\n            val doc = asDocument(createView(form.fill(TelephoneOption.Yes(testPhoneNumber))))\n            doc.getElementById(\"telephoneNumber\").attr(\"value\") mustBe testPhoneNumber\n          }\n\n          \"not render an error summary\" in {\n            val doc = asDocument(createView(form))\n            assertNotRenderedById(doc, \"error-summary-title\")\n          }\n        }\n\n        \"rendered with a value of true\" must {\n          behave like answeredYesNoPage(createView, true)\n        }\n\n        \"rendered with a value of false\" must {\n          behave like answeredYesNoPage(createView, false)\n        }\n\n        \"rendered with an error\" must {\n          \"show an error summary\" in {\n            val doc = asDocument(createView(form.withError(error)))\n            assertRenderedById(doc, \"error-summary-title\")\n          }\n\n          \"show an error in the value field's label\" in {\n            val doc = asDocument(createView(form.withError(FormError(\"anyTelephoneNumber\", \"Please enter a valid number\"))))\n            val errorSpan = doc.getElementsByClass(\"govuk-error-message\").first\n            errorSpan.text mustBe s\"Error: ${messages(errorMessage)}\"\n          }\n        }\n      }\n    }\n\n\n    def answeredYesNoPage(createView: (Form[TelephoneOption]) => HtmlFormat.Appendable, answer: Boolean) = {\n\n      \"have only the correct value checked when yes selected\" in {\n        val doc = asDocument(createView(form.fill(TelephoneOption.Yes(testPhoneNumber))))\n        assert(doc.getElementById(\"anyTelephoneNumber\").hasAttr(\"checked\"))\n        assert(!doc.getElementById(\"anyTelephoneNumber-2\").hasAttr(\"checked\"))\n      }\n\n      \"have only the correct value checked when no selected\" in {\n        val doc = asDocument(createView(form.fill(TelephoneOption.No)))\n        assert(!doc.getElementById(\"anyTelephoneNumber\").hasAttr(\"checked\"))\n        assert(doc.getElementById(\"anyTelephoneNumber-2\").hasAttr(\"checked\"))\n      }\n\n      \"not render an error summary\" in {\n        val doc = asDocument(createView(form.fill(TelephoneOption.Yes(testPhoneNumber))))\n        assertNotRenderedById(doc, \"error-summary-title\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/claim-tax-refund-frontend","path":"test\/utils\/TaxableBenefitsCascadeUpsertSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport base.SpecBase\nimport identifiers._\nimport models.{AnyTaxPaid, TaxableIncome}\nimport org.scalacheck.{Gen, Shrink}\nimport play.api.libs.json._\nimport uk.gov.hmrc.http.cache.client.CacheMap\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\nclass TaxableBenefitsCascadeUpsertSpec extends SpecBase with ScalaCheckPropertyChecks {\n\n  implicit def dontShrink[A]: Shrink[A] = Shrink.shrinkAny\n\n  private val allTaxableBenefits = new CacheMap(id =\"test\", Map(\n    AnyTaxableIncomeId.toString -> Json.toJson(true),\n    SelectTaxableIncomeId.toString -> Json.toJson(TaxableIncome.sortedTaxableIncome),\n    HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n    AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n    HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n    AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n    HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n    AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n    HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n    AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n    OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n    AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n    AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n  ))\n  private val cascadeUpsert = new CascadeUpsert\n\n  private val arbitraryTaxableIncome: Gen[Seq[TaxableIncome.Value]] =\n    Gen.containerOf[Seq, TaxableIncome.Value](Gen.oneOf(\n      TaxableIncome.RENTAL_INCOME,\n      TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n      TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n      TaxableIncome.FOREIGN_INCOME,\n      TaxableIncome.OTHER_TAXABLE_INCOME\n    ))\n\n  \"answering 'no' to taxable income\" must {\n    \"remove all associated data\" in {\n      forAll(arbitraryTaxableIncome) {\n        taxableIncome =>\n          val originalCacheMap = new CacheMap(id =\"test\", Map(\n            AnyTaxableIncomeId.toString -> Json.toJson(true),\n            SelectTaxableIncomeId.toString -> Json.toJson(taxableIncome),\n            HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n            AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n            HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n            AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n            HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n            AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n            HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n            AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n            OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n            AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n            AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n          ))\n          val result = cascadeUpsert(AnyTaxableIncomeId.toString, JsBoolean(false), originalCacheMap)\n          result.data mustBe Map(\n            AnyTaxableIncomeId.toString -> Json.toJson(false)\n          )\n      }\n    }\n  }\n\n  \"removing values from taxable income checkbox\" when {\n    \"un-selecting RENTAL_INCOME to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n        TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n        TaxableIncome.FOREIGN_INCOME,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n          TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n          TaxableIncome.FOREIGN_INCOME,\n          TaxableIncome.OTHER_TAXABLE_INCOME\n        )),\n        HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n        AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n        AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n        AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n      )\n    }\n\n    \"un-selecting BANK_OR_BUILDING_SOCIETY_INTEREST to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n        TaxableIncome.FOREIGN_INCOME,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n          TaxableIncome.FOREIGN_INCOME,\n          TaxableIncome.OTHER_TAXABLE_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n        AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n        AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n      )\n    }\n\n    \"un-selecting INVESTMENT_OR_DIVIDENDS to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n        TaxableIncome.FOREIGN_INCOME,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n          TaxableIncome.FOREIGN_INCOME,\n          TaxableIncome.OTHER_TAXABLE_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n        AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n        AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n      )\n    }\n\n    \"un-selecting FOREIGN_INCOME to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n        TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n          TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n          TaxableIncome.OTHER_TAXABLE_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n        AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n        AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n        AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n      )\n    }\n\n    \"un-selecting OTHER_TAXABLE_INCOME to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n        TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n        TaxableIncome.FOREIGN_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.BANK_OR_BUILDING_SOCIETY_INTEREST,\n          TaxableIncome.INVESTMENT_OR_DIVIDENDS,\n          TaxableIncome.FOREIGN_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchBankInterestId.toString ->  JsString(\"1234\"),\n        AnyTaxableBankInterestId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchInvestmentsId.toString ->  JsString(\"1234\"),\n        AnyTaxableInvestmentsId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid)\n      )\n    }\n\n    \"un-selecting BANK_OR_BUILDING_SOCIETY_INTEREST and INVESTMENT_OR_DIVIDENDS to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.FOREIGN_INCOME,\n        TaxableIncome.OTHER_TAXABLE_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.FOREIGN_INCOME,\n          TaxableIncome.OTHER_TAXABLE_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        OtherTaxableIncomeId.toString ->  JsString(\"qwerty\"),\n        AnyTaxableOtherIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        AnyOtherTaxableIncomeId.toString -> JsBoolean(false)\n      )\n    }\n\n    \"un-selecting BANK_OR_BUILDING_SOCIETY_INTEREST, INVESTMENT_OR_DIVIDENDS and OTHER_TAXABLE_INCOME to remove all associated data\" in {\n      val result = cascadeUpsert(SelectTaxableIncomeId.toString, Seq(\n        TaxableIncome.RENTAL_INCOME,\n        TaxableIncome.FOREIGN_INCOME\n      ), allTaxableBenefits)\n      result.data mustBe Map(\n        AnyTaxableIncomeId.toString -> Json.toJson(true),\n        SelectTaxableIncomeId.toString -> Json.toJson(Seq(\n          TaxableIncome.RENTAL_INCOME,\n          TaxableIncome.FOREIGN_INCOME\n        )),\n        HowMuchRentalIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableRentalIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid),\n        HowMuchForeignIncomeId.toString ->  JsString(\"1234\"),\n        AnyTaxableForeignIncomeId.toString -> Json.toJson(AnyTaxPaid.Yes(\"123\"): AnyTaxPaid)\n      )\n    }\n  }\n}\n"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/main\/scala\/com\/stderr\/jmetagraphx\/ASMMethodVisitor.scala","text":"package com.stderr.jmetagraphx\n\nimport org.objectweb.asm.MethodVisitor\nimport org.objectweb.asm.Opcodes.ASM4\n\n\/*\n * Visit method body.\n *\/\ncase class ASMMethodVisitor(var caller: String, jarId:Integer = 0) extends MethodVisitor(ASM4) {\n\n  val callerVertex = ClassVertex.getOrElseUpdate(caller, jarId)._2\n\n  \/*\n   * Visit a method call.\n   *\/\n  override def visitMethodInsn(opcode: Int, owner: String, name: String,\n      desc: String, itf: Boolean) {\n    val ownerVertex = ClassVertex.getOrElseUpdate(owner, jarId)._2\n    MethodCall.addMethodCall(callerVertex, ownerVertex, MethodCall(name, desc))\n  }\n    \n}"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/test\/scala\/com\/stderr\/jmetagraphx\/ASMClassVisitorSuite.scala","text":"<gh_stars>0\npackage com.stderr.jmetagraphx\n\nimport org.scalatest.FunSuite\n\nclass ASMClassVisitorSuite extends FunSuite {\n\n  test(\"a test\") {\n    val in = classOf[String].getResourceAsStream(\"\/java\/lang\/String.class\")\n    ASMClassVisitor.visit(in)\n    val methodCalls = MethodCall.toSeq\n    assert(methodCalls.nonEmpty)\n  }\n\n}"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/main\/scala\/com\/stderr\/jmetagraphx\/Main.scala","text":"package com.stderr.jmetagraphx\n\nimport java.io.File\n\nimport org.apache.log4j.{Level, Logger, BasicConfigurator}\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkConf\nimport org.apache.spark.graphx._\nimport org.apache.spark.sql.SQLContext\n\nimport org.apache.commons.io.FileUtils\n\nobject Main {\n\n  val logger = Logger.getLogger(Main.getClass)\n\n  val homeDirectory = System.getProperty(\"user.home\")\n  val vertexFilePath: String = s\"$homeDirectory\/vertex.dat\"\n  val edgeFilePath: String = s\"$homeDirectory\/edge.dat\"\n\n  def main(args: Array[String]) {\n    \/\/ Quiet the defaults from spark. Use INFO for development\n    BasicConfigurator.configure()\n    Logger.getRootLogger.setLevel(Level.ERROR)\n\n    cleanupFiles\n\n    \/\/ Extract the method call information from jar files\n    scanJars(args)\n\n    \/\/ Create Spark\n    val conf = new SparkConf().setAppName(\"JMetaGraphX\").setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    \/\/ Create RDDs from the scanned classes\n    val vertexRDD = sc.parallelize(ClassVertex.toSeq)\n    val edgeRDD = sc.parallelize(MethodCall.toSeq)\n\n    \/\/ Save the RDDs for use int the spark shell\n    vertexRDD.saveAsObjectFile(vertexFilePath)\n    edgeRDD.saveAsObjectFile(edgeFilePath)\n\n    \/\/ Analysis\n    run(sc)\n  }\n\n  def scanJars(args: Array[String]) = {\n    val mvnRepo = s\"$homeDirectory\/.m2\/repository\"\n    val directoryToScan = if (args.isEmpty) new File(mvnRepo) else new File(args(0))\n    val allJars = recursiveListFiles(directoryToScan).filter(_.getName.endsWith(\".jar\"))\n    info(s\"scanning ${allJars.length} jars\")\n    ASMClassVisitor.visit(allJars)\n  }\n\n  def run(sc:SparkContext) = {\n    val vertexRDD = sc.objectFile[(VertexId, ClassVertex)](vertexFilePath)\n    val edgeRDD = sc.objectFile[Edge[MethodCall]](edgeFilePath)\n    val graph = Graph(vertexRDD, edgeRDD)\n\n    \/\/ Create an inverted and swapped RDD of the indegree of the map\n    \/\/ to create called stats\n    val inDegreeVertexId = graph.inDegrees.map(t => (t._2 * -1, t._1))\n    val topN = 10\n    val topCalled = inDegreeVertexId.takeOrdered(topN).map(_._2)\n    println(s\"\\n\\n\\nTop $topN called classes\")\n    vertexRDD.filter(x => topCalled.contains(x._1)).map(_._2.name).foreach(println)\n    println(\"\\n\\n\")\n    val pr = pageRank(graph, 0.0001)\n    val importantClasses = pr.vertices.join(graph.vertices).sortBy(_._2._1, ascending=false).map(_._2._2)\n    println(\"\\n\\nImportant pageranked classes\\n\")\n    importantClasses.take(500).foreach(v => println(v.name))\n    val mostCalled = graph.inDegrees.join(graph.vertices).sortBy(_._2._1, ascending=false).take(20)\n    println(s\"\\n\\nMost called\\n\")\n    mostCalled.foreach(println)\n    val callsMost = graph.outDegrees.join(graph.vertices).sortBy(_._2._1, ascending=false).take(20)\n    println(s\"\\n\\nCalls most\\n\")\n    callsMost.foreach(println)\n    println(\"\\n\\nReferences com\/google\/protobuf\\n\")\n    graph.subgraph(isPackageCall(\"com\/google\/protobuf\")).triplets.sortBy(_.srcAttr.name).map(_.srcAttr.name).distinct.take(30).foreach(println)\n  }\n\n  def isPackageCall(packageName: String)(e:EdgeTriplet[ClassVertex,MethodCall]):Boolean = {\n    e.dstAttr.name.contains(packageName) && !e.srcAttr.name.contains(packageName)\n  }\n\n  def pageRank(graph: Graph[ClassVertex, MethodCall], tol: Double, resetProb: Double = 0.15): Graph[Double, Double] = {\n    import org.apache.spark.graphx.lib.PageRank\n    PageRank.runUntilConvergence(graph, tol, resetProb)\n  }\n\n  def info(msg: String): Unit = {\n    logger.info(s\"###\\n$msg\\n###\")\n  }\n\n  def format(t:EdgeTriplet[ClassVertex, MethodCall]): Unit = {\n    println(t.srcAttr.name + \" calls \" + t.dstAttr.name\n      + \".\" + t.attr.name + \"(\" + t.attr.desc + \")\")\n  }\n\n  def recursiveListFiles(f:File): Array[File] = {\n    val these = f.listFiles\n    these ++ these.filter(_.isDirectory).flatMap(recursiveListFiles)\n  }\n\n  def cleanupFiles = {\n    val paths = List(vertexFilePath, edgeFilePath)\n    for (fileName <- paths;\n         file <- Some(new File(fileName)) if (file.exists());\n         deleted <- Some(FileUtils.deleteDirectory(file))) yield deleted\n  }\n}\n\n"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/main\/scala\/com\/stderr\/jmetagraphx\/ClassVertex.scala","text":"<gh_stars>0\npackage com.stderr.jmetagraphx\n\nimport org.apache.spark.graphx._\n\nimport scala.collection.mutable\n\ncase class ClassVertex(id: VertexId, name: String) {\n  def toPair = (id, this)\n}\n\nobject ClassVertex {\n  private val classVertexMap: mutable.Map[String, (VertexId, ClassVertex)] = mutable.HashMap()\n\n  def getOrElseUpdate(name: String, jarId:Integer = 0) = {\n    val id: VertexId = (jarId << 48) + classVertexMap.size + 1\n    classVertexMap.getOrElseUpdate(name.intern(), new ClassVertex(id, name).toPair)\n  }\n\n  def toSeq:Seq[Pair[VertexId, ClassVertex]] = classVertexMap.values.toSeq\n}\n"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/main\/scala\/com\/stderr\/jmetagraphx\/MethodCall.scala","text":"package com.stderr.jmetagraphx\n\nimport org.apache.spark.graphx.Edge\n\nimport scala.collection.mutable.ListBuffer\n\ncase class MethodCall(name: String, desc: String)\n\nobject MethodCall {\n  private val calls = ListBuffer[Edge[MethodCall]]()\n\n  def toSeq:Seq[Edge[MethodCall]] = calls.toSeq\n\n  def addMethodCall(caller: ClassVertex, owner: ClassVertex, method: MethodCall) = {\n    val edge = Edge(caller.id, owner.id, method)\n    calls += edge\n  }\n}\n"}
{"repo_name":"SNoe925\/JMetaGraphX","path":"src\/main\/scala\/com\/stderr\/jmetagraphx\/ASMClassVisitor.scala","text":"<filename>src\/main\/scala\/com\/stderr\/jmetagraphx\/ASMClassVisitor.scala\npackage com.stderr.jmetagraphx\n\nimport java.io.{FileInputStream, File, InputStream}\nimport java.util.zip.{ZipEntry, ZipInputStream}\n\nimport org.apache.log4j.Logger\nimport org.objectweb.asm.AnnotationVisitor\nimport org.objectweb.asm.ClassReader\nimport org.objectweb.asm.ClassVisitor\nimport org.objectweb.asm.Opcodes\n\nobject ASMClassVisitor {\n  val logger = Logger.getLogger(ASMClassVisitor.getClass)\n  val isDebug = logger.isDebugEnabled\n\n  def visit(allJars: Array[File]):Unit = allJars.zip(Stream from 0).foreach(p => visit(p._1, p._2))\n\n  def visit(jarFile:File, jarId: Int): Unit = {\n    logger.info(s\"visit jar ${jarFile.getPath} as id=$jarId\")\n    val zip:ZipInputStream = new ZipInputStream(new FileInputStream(jarFile))\n    try {\n      var zipEntry: ZipEntry = zip.getNextEntry\n      while (zipEntry != null) {\n        if (zipEntry.getName.endsWith(\".class\")) {\n          if (isDebug)\n            logger.debug(s\"visit class ${zipEntry.getName}\")\n          visit(zip)\n        }\n        zipEntry = zip.getNextEntry\n      }\n    } finally {\n      zip.close()\n    }\n  }\n\n  def visit(in: InputStream): Unit = {\n    val classReader = new ClassReader(in)\n    val classVisitor = new ASMClassVisitor\n    classReader.accept(classVisitor, 0)\n  }\n}\n\nclass ASMClassVisitor(implicit val jarId:Integer = 0) extends ClassVisitor(Opcodes.ASM4)\n{\n  var className: String = \"\"\n\n  override def visit(version: Int, access: Int, name: String,\n    signature: String, superName: String, interfaces: Array[String]) {\n    className = name\n    super.visit(version, access, name, signature, superName, interfaces)\n  }\n\n  override def visitEnd() = { super.visitEnd() }\n\n  override def visitAnnotation(desc: String, visible: Boolean): AnnotationVisitor = {\n    super.visitAnnotation(desc, visible)\n  }\n  \n  override def visitMethod(access: Int, name: String,\n    desc: String, signature: String, exceptions: Array[String]): ASMMethodVisitor = {\n    new ASMMethodVisitor(className, jarId)\n  }\n}"}
{"repo_name":"nasbsil14\/files-split","path":"src\/main\/scala\/Main.scala","text":"<reponame>nasbsil14\/files-split<gh_stars>0\nimport scalax.file.PathMatcher._\nimport scalax.file.{Path, PathSet}\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    println(\"START MAIN\")\n    \n    if (args.length >= 1) {\n      Path.fromString(args(0)) match {\n        case IsDirectory(dirPath) => sortingFiles(dirPath)\n        case _ => println(\"\u6709\u52b9\u306a\u30d5\u30a9\u30eb\u30c0\u306e\u30d1\u30b9\u3092\u6307\u5b9a\u3057\u3066\u304f\u3060\u3055\u3044\")\n      }\n    } else {\n      println(\"\u5bfe\u8c61\u30d5\u30a9\u30eb\u30c0\u306e\u30d1\u30b9\u3092\u6307\u5b9a\u3057\u3066\u304f\u3060\u3055\u3044\")\n    }\n\n    println(\"END MAIN\")\n  }\n\n  def sortingFiles(dirPath: Path):Unit = {\n    \/\/\u30b5\u30d6\u30d5\u30a9\u30eb\u30c0\u5185\u306f\u898b\u306a\u3044\n    val ch: PathSet[Path] = dirPath.*(\"*.*\")\n    \/\/val ch: PathSet[Path] = dirPath * \"*.*\"\n    \n    \/\/\u30d1\u30b9 \u2192 \u30d5\u30a1\u30a4\u30eb \u2192 \u6700\u7d42\u66f4\u65b0\u65e5\u3068\u540c\u4e00\u306e\u30d5\u30a9\u30eb\u30c0\u304c\u7121\u3051\u308c\u3070\u4f5c\u6210\u3057\u3066\u8a72\u5f53\u30d5\u30a9\u30eb\u30c0\u306b\u30d5\u30a1\u30a4\u30eb\u79fb\u52d5\n    ch.toList.collect{\n      case IsFile(fp) => (Path.fromString(dirPath.path + \"\\\\\" + fmtDate(fp.lastModified)), fp)\n    }.foreach{p =>\n      System.out.println(p._1)\n      System.out.println(p._2)\n      p._1.createDirectory(failIfExists=false)\n      p._2.moveTo(Path.fromString(p._1.path + \"\\\\\" + p._2.name))\n    }\n  }\n\n  def fmtDate(lngDate: Long): String = {\n    val sdf:java.text.SimpleDateFormat = new java.text.SimpleDateFormat(\"yyyyMMdd\")\n    sdf.format(new java.util.Date(lngDate))\n  }\n}\n"}
{"repo_name":"noriogre\/Rifuri","path":"build.sbt","text":"name := \"\"\"Rifuri\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava, PlayEbean)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs,\n  \"com.adrianhurt\" %% \"play-bootstrap\" % \"1.2-P25-B4\",\n  \"org.projectlombok\" % \"lombok\" % \"1.16.10\"\n)\n\nresolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\/\"\n\nEclipseKeys.preTasks := Seq(compile in Compile)\nEclipseKeys.projectFlavor := EclipseProjectFlavor.Java\nEclipseKeys.createSrc := EclipseCreateSrc.ValueSet(EclipseCreateSrc.ManagedClasses, EclipseCreateSrc.ManagedResources)\n"}
{"repo_name":"shokohara\/tmprepo4masatoshi","path":"app\/controllers\/Utils4Controller.scala","text":"package controllers\n\nimport java.time.format.DateTimeFormatter\nimport java.time.{LocalDate, ZoneId}\n\nimport java.nio.file.{Paths, Files}\nimport java.nio.charset.StandardCharsets\n\nimport com.typesafe.scalalogging.LazyLogging\nimport io.circe.generic.auto._\nimport io.circe.parser._\n\nimport scala.sys.process._\n\nobject Utils4Controller extends LazyLogging {\n\n  def getCandles: List[Zaif.B] = {\n    val f: DateTimeFormatter = DateTimeFormatter.ofPattern(\"yyyy-MM-dd HH:mm\")\n    val localDate: LocalDate = LocalDate.from(f.parse(\"2018-01-20 16:00\"))\n    val zoneId: ZoneId = ZoneId.systemDefault\n    require(zoneId.toString == \"Asia\/Tokyo\")\n    val from: Long = localDate.atStartOfDay(zoneId).toEpochSecond\n    val to: Long = LocalDate.now(zoneId).atStartOfDay(zoneId).toEpochSecond\n    val x: String = (s\"curl https:\/\/zaif.jp\/zaif_chart_api\/v1\/history?symbol=XEM_JPY&resolution=30&from=$from&to=$to\" !!).replace(\"\"\"\\\"\"\", \"\").trim.drop(1).dropRight(1)\n    parse(x).fold(throw _, identity).as[Zaif.A].fold(throw _, identity).ohlc_data\n  }\n\n  Files.write(Paths.get(\"output.csv\"), Zaif.A(getCandles).toCsv.getBytes(StandardCharsets.UTF_8))\n}\n\nobject Zaif {\n\n  \/\/ case class B(volume: Double, average: Double, high: Double, low: Double, time: Long, close: Double, open: Double)\n  case class B(time: Long, open: Double, high: Double, low: Double, close: Double) {\n    def toCsvRow: String = (time :: open :: high :: low :: close :: Nil).map(_.toString).reduce(_ + \",\" + _)\n  }\n\n  case class A(ohlc_data: List[B]) {\n    def toCsv: String = \"date,open,high,low,close\\n\" + ohlc_data.sortBy(_.time).map(_.toCsvRow).reduce(_ + \"\\n\" + _)\n  }\n}"}
{"repo_name":"shokohara\/tmprepo4masatoshi","path":"build.sbt","text":"<filename>build.sbt\nname := \"\"\"play-scala-slick-example\"\"\"\n\nversion := \"2.6.x\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.12.3\"\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\nresolvers += Resolver.mavenLocal\nlibraryDependencies += guice\nlibraryDependencies += \"com.typesafe.play\" %% \"play-slick\" %  \"3.0.2\"\nlibraryDependencies += \"com.typesafe.play\" %% \"play-slick-evolutions\" % \"3.0.2\"\n\nlibraryDependencies += \"com.h2database\" % \"h2\" % \"1.4.194\"\nlazy val http4sVersion = \"0.18.0-SNAPSHOT\"\nlibraryDependencies ++= Seq(\n  \"org.http4s\" %% \"http4s-circe\" % http4sVersion,\n  \"org.http4s\" %% \"http4s-core\" % http4sVersion,\n  \"org.http4s\" %% \"http4s-dsl\" % http4sVersion,\n  \"org.http4s\" %% \"http4s-blaze-client\" % http4sVersion,\n  \"io.circe\" %% \"circe-parser\" % \"0.9.0-M3\",\n  \"io.circe\" %% \"circe-generic\" % \"0.9.0-M3\",\n  \"io.circe\" %% \"circe-generic-extras\" % \"0.9.0-M3\",\n  \"io.circe\" %% \"circe-literal\" % \"0.9.0-M3\",\n  \"org.scalaj\" %% \"scalaj-http\" % \"2.3.0\",\n  \"com.github.pathikrit\" %% \"better-files\" % \"3.4.0\",\n  \"com.github.andyglow\" %% \"websocket-scala-client\" % \"0.2.4\" % Compile,\n  \"com.pubnub\" % \"pubnub-gson\" % \"4.16.0\",\n  \"org.typelevel\" %% \"squants\" % \"1.3.0\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.7.2\",\n  \"com.lihaoyi\" %% \"sourcecode\" % \"0.1.4\",\n  \"com.typesafe\" % \"config\" % \"1.3.1\",\n  \"com.chuusai\" %% \"shapeless\" % \"2.3.3\",\n  \"com.beachape\" %% \"enumeratum\" % \"1.5.12\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.4\" % Test\n)\n\n\nlibraryDependencies += specs2 % Test\n  \n\n"}
{"repo_name":"shokohara\/tmprepo4masatoshi","path":"app\/controllers\/IdController.scala","text":"<reponame>shokohara\/tmprepo4masatoshi<gh_stars>0\npackage controllers\n\nimport javax.inject._\n\nimport models._\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.data.Forms.text\nimport play.api.data.format.Formats._\nimport play.api.data.validation.Constraints._\nimport play.api.i18n._\nimport play.api.libs.json.Json\nimport play.api.mvc._\n\nimport scala.collection.immutable\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass IdController @Inject()(repo: PersonRepository,\n                             cc: MessagesControllerComponents\n                            )(implicit ec: ExecutionContext)\n  extends MessagesAbstractController(cc) {\n  val bodyForm: Form[UserData] = Form {\n    mapping(\n      \"name\" -> text,\n      \"body\" -> text\n    )(UserData.apply)(UserData.unapply)\n  }\n\n  val index = Action { implicit request =>\n    Ok(views.html.bodyIndex(bodyForm))\n  }\n\n  val dashboard = Action { implicit request =>\n    val candles: List[Zaif.B] = Utils4Controller.getCandles\n    val deterMineResults = for {i <- 0 to candles.length - 3} yield doit(candles(i).close, candles(i + 1).close, candles(i + 2).close)\n    val betterDeterMineResults = deterMineResults.flatMap(_.toList)\n    val calculateResults = for {i <- 0 until betterDeterMineResults.length} yield function(\n      betterDeterMineResults(i)._1, betterDeterMineResults(i)._2)\n    val temp = calculateResults.sum\n    \/\/var\u306e\u5834\u5408\n    \/\/var temp:Double = 0\n    \/\/for (i <- (0 until calculateResults.length)) temp = calculateResults(i) + temp\n    println(temp)\n    Ok(views.html.dashboard(calculateResults.toString))\n    \/\/.mkString(\"\", \"\\n\", \"\")\n    \/\/Ok(views.html.dashboard(deterMineResults))\n    \/\/Ok(views.html.dashboard(candles.toString))\n  }\n\n\n  val virtualCurrency = Action {implicit request =>\n    val candles: List[Zaif.B] = Utils4Controller.getCandles\n    val averageLine26 = {averageCal(Utils4Controller.getCandles.map(_.close), 26)}\n    val averageLine6 = {averageCal(Utils4Controller.getCandles.map(_.close), 6)}\n    \/\/List - List\u306e\u8a08\u7b97\n    val averageDiff: List[Double] = (0 until averageLine26.length).map(i => averageLine26(i) - averageLine6(i)).toList\n    val myAssetsResult = myAssetsCal(Utils4Controller.getCandles.map(_.close),\n      Utils4Controller.getCandles.map(_.time),averageDiff)\n    \/\/\u3053\u3053\u304b\u3089\u6700\u5c0f\u4e8c\u4e57\u6cd5\n    \/\/26\u5206\u8db3=y, 6\u5206\u8db3=x\n    val deviation26 = {deviationCal(Utils4Controller.getCandles.map(_.close),averageLine26)}\n    val deviation6 = {deviationCal(Utils4Controller.getCandles.map(_.close),averageLine6)}\n    \/\/\u5206\u6563\u306e\u305f\u3081\u30016\u5206\u8db3(x)\u4e8c\u4e57\u5f8c\u306b\u5e73\u5747\u5316\n    val deviationSquaring =(0 until averageLine6.length).map(i=> deviation6(i) * deviation6(i)).toList\n    val dispersion = {despersionCal(deviationSquaring, 6)}\n    \/\/\u5171\u5206\u6563\u306e\u305f\u3081\u300126\u5206\u8db3\u30686\u5206\u8db3\u3092\u4e57\u7b97\u5f8c\u3001\u5e73\u5747\u5316\n    val covarianceSquaring = (0 until averageLine26.length).map(i=> deviation26(i) * deviation6(i)).toList\n    val covariance: List[Double] = {covarianceCal(covarianceSquaring, 26)}\n    val slope = (0 until covariance.length).map(i => covariance(i) \/ dispersion(i)).toList\n    val segment = (0 until deviation26.length).map(i => deviation26(i) - (slope(i) * dispersion(i))).toList\n    \/\/\u3088\u3063\u3066\u6700\u5c0f\u4e8c\u4e57\u6cd5\u306b\u57fa\u3065\u304f\u56de\u5e30\u76f4\u7dda\u306f\u3000{y = (slope * x) + segment}\u3000\u306b\u3088\u3063\u3066\u6c42\u3081\u3089\u308c\u308b\n    println(segment)\n    Ok(views.html.virtualCurrency(myAssetsResult.toString))\n  }\n\n  \/\/ false = sell\n  \/\/ true = buy\n  def doit(A1: Double, A2: Double, A3: Double): Option[(Boolean, Double)] = {\n    if (A2 - A1 <= 0 && A3 - A2 > 0) {\n      Some(true, A3)\n    } else if (A2 - A1 <= 0 && A3 - A2 <= 0) {\n      Some(false, A3)\n    } else None\n  }\n\n  def function(List:(Boolean, Double)): Double= {\n    if (List._1 == false) {\n        List._2\n    } else {\n      List._2 * -1.001\n    }\n  }\n\n  def averageCal(values: List[Double], period: Int): List[Double] = {\n    (for (i <- 1 to values.length)\n      yield\n        if (i < period) 0.00\n        else {values.slice(i - period, i).reduceLeft(_ + _) \/ period\n        }).toList\n  }\n\n  \/\/ def myAssetsCal(xemClosePriceDateAvg: List[(Double,Long,Double)]):Double = {\n  def myAssetsCal(xemClosePrices: List[Double], xemClosePriceDates:List[Long], averageDiff :List[Double]):Double= {\n    \/\/ xemClosePrices,dates,averageDiff\u306e\u5148\u982d\u304c\u591a\u5206\u53e4\u304f\u3042\u308b\u3079\u304d\n    \/\/ averageDiff\u3068closePrices\u306e\u9577\u3055\u304c\u3082\u3057\u9055\u3046\u306e\u3067\u3042\u308c\u3070\uff08\u5b9f\u88c5\u793e\u4f9d\u5b58\uff09\u4e0b\u8a18\u306e\u901a\u308a\u306bzip\u3059\u308b\u3079\u304d\n    \/\/ [1,2,3,4,5] [x,y,z] => [3,4,5] [x,y,z]\n    \/\/ my bad i+1\u306f\u843d\u3061\u308b\u6c17\u304c\u3059\u308bIndexArrayOutBoundsOfException\u3067\n    require(xemClosePrices.length == xemClosePriceDates.length)\n    require(averageDiff.length <= xemClosePrices.length)\n    var myAsset0:Double = 1000000\n    var myAsset1:Double = 100\n    \/\/ \u76f4\u8fd1\u306exem\u306e\u7d42\u5024 -> \u53e4\u3044\u9806\u3067\u30bd\u30fc\u30c8\u3057\u305fxem\u306e\u7d42\u5024\u306e\u4e00\u756a\u6700\u521d\u306e\u5024\n    \/\/ \u65e5\u672c\u5186\u63db\u7b97\n    val firstFund = myAsset0 + xemClosePrices.head * myAsset1\n    val ratio = 0.99\n    var count = 0\n    var buy: List[(Double,Long)] = List.empty[(Double,Long)]\n    var sell: List[(Double,Long)] = List.empty[(Double,Long)]\n    for (i <- 0 until xemClosePrices.length - 1){\n      if(averageDiff(i) < 0 && averageDiff(i+1) > 0 && myAsset0 != 0){\n        myAsset1 = myAsset1 + ((myAsset0\/xemClosePrices(i+1))*ratio)\n        myAsset0 = 0\n        count = count + 1\n        buy = buy ++ List((xemClosePrices(i+1), xemClosePriceDates(i+1)))\n      }else if (averageDiff(i) > 0 && averageDiff(i+1) < 0 && myAsset1 != 0) {\n        myAsset0 = myAsset0 + ((myAsset1*xemClosePrices(i+1)) * ratio)\n        myAsset1 = 0\n        count = count + 1\n        sell = sell ++ List((xemClosePrices(i+1), xemClosePriceDates(i+1)))\n      }else None\n    }\n    val endFund = myAsset0 + xemClosePrices.last * myAsset1\n    \/\/ \u5272\u5408\u304c\u307b\u3057\u3044\u306e\u3067\u3088\u3057\u306a\u306b\u5272\u308a\u7b97\u3057\u3066\u8fd4\u3059\n    endFund\n  }\n\n  def deviationCal(xemClosePrices: List[Double], xemAverageLine26: List[Double]): List[Double] = {\n    \/\/require(xemClosePrices(0 to 5) == xemAverageLine26.length)\n    xemClosePrices.zipAll(xemAverageLine26, 0.0, 0.0)\n      .map { case (a, b) => if (a == 0.0 || b == 0.0) None else Some((a, b)) }\n      \/\/map{case}\u306fList\u5185\u306e\u8a08\u7b97\n      .map(_.map { case (a, b) => a - b })\n      .map(_.getOrElse(0.0))\n  }\n\n  def despersionCal(xemDeviationSquaring: List[Double],period: Int):List[Double] = {\n    (for (i <- 1 to xemDeviationSquaring.length)\n      yield\n        if (i < period) 0.00\n        else {xemDeviationSquaring.slice(i - period, i).reduceLeft(_+_) \/ period\n        }).toList\n  }\n\n  def covarianceCal(xemCovarianceSquaring: List[Double],period: Int):List[Double] = {\n    (for (i <- 1 to xemCovarianceSquaring.length)\n      yield\n        if (i < period) 0.00\n        else {\n          xemCovarianceSquaring.slice(i - period, i).reduceLeft(_ + _) \/ period\n        }).toList\n  }\n\n\n\n  def input = Action { implicit request =>\n    Ok(views.html.bodyIndex(bodyForm))\n  }\n\n  def result = Action { implicit request =>\n    bodyForm.bindFromRequest().fold(\n      errorForm => {\n        \/\/error\n        Ok(views.html.bodyIndex(errorForm))\n      },\n      requestForm => {\n        println(bodyForm)\n        Ok(views.html.bodyIndex(bodyForm.fill(requestForm)))\n      }\n    )\n  }\n}\n\ncase class UserData(name: String, body: String)"}
{"repo_name":"Gfeuillen\/spark-fast-tests","path":"src\/test\/scala\/com\/github\/mrpowers\/spark\/fast\/tests\/DataFrameComparerTest.scala","text":"package com.github.mrpowers.spark.fast.tests\n\nimport org.apache.spark.sql.types.{IntegerType, StringType}\nimport com.github.mrpowers.spark.daria.sql.SparkSessionExt._\nimport utest._\n\nobject DataFrameComparerTest extends TestSuite with DataFrameComparer with SparkSessionTestWrapper {\n\n  val tests = Tests {\n\n    \"prints a descriptive error message if it bugs out\" - {\n\n      val sourceDF = spark.createDF(\n        List(\n          (\"bob\", 1, \"uk\"),\n          (\"camila\", 5, \"peru\")\n        ),\n        List(\n          (\"name\", StringType, true),\n          (\"age\", IntegerType, true),\n          (\"country\", StringType, true)\n        )\n      )\n\n      val expectedDF = spark.createDF(\n        List(\n          (\"bob\", 1, \"france\"),\n          (\"camila\", 5, \"peru\")\n        ),\n        List(\n          (\"name\", StringType, true),\n          (\"age\", IntegerType, true),\n          (\"country\", StringType, true)\n        )\n      )\n\n      val e = intercept[DatasetContentMismatch] {\n        assertSmallDataFrameEquality(\n          sourceDF,\n          expectedDF\n        )\n      }\n\n    }\n\n    'checkingDataFrameEquality - {\n\n      \"does nothing if the DataFrames have the same schemas and content\" - {\n        val sourceDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n\n        val expectedDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n\n        assertSmallDataFrameEquality(\n          sourceDF,\n          expectedDF\n        )\n        assertLargeDataFrameEquality(\n          sourceDF,\n          expectedDF\n        )\n      }\n\n      \"throws an error if the DataFrames have different schemas\" - {\n        val sourceDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n\n        val expectedDF = spark.createDF(\n          List(\n            (1, \"word\"),\n            (5, \"word\")\n          ),\n          List(\n            (\"number\", IntegerType, true),\n            (\"word\", StringType, true)\n          )\n        )\n\n        val e = intercept[DatasetSchemaMismatch] {\n          assertLargeDataFrameEquality(\n            sourceDF,\n            expectedDF\n          )\n        }\n        val e2 = intercept[DatasetSchemaMismatch] {\n          assertSmallDataFrameEquality(\n            sourceDF,\n            expectedDF\n          )\n        }\n      }\n\n      \"throws an error if the DataFrames content is different\" - {\n        val sourceDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n\n        val expectedDF = spark.createDF(\n          List(\n            (10),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n\n        val e = intercept[DatasetContentMismatch] {\n          assertLargeDataFrameEquality(\n            sourceDF,\n            expectedDF\n          )\n        }\n        val e2 = intercept[DatasetContentMismatch] {\n          assertSmallDataFrameEquality(\n            sourceDF,\n            expectedDF\n          )\n        }\n      }\n\n    }\n\n    'assertSmallDataFrameEquality - {\n\n      \"can performed unordered DataFrame comparisons\" - {\n        val sourceDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n        val expectedDF = spark.createDF(\n          List(\n            (5),\n            (1)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n        assertSmallDataFrameEquality(\n          sourceDF,\n          expectedDF,\n          orderedComparison = false\n        )\n      }\n\n      \"throws an error for unordered DataFrame comparisons that don't match\" - {\n        val sourceDF = spark.createDF(\n          List(\n            (1),\n            (5)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n        val expectedDF = spark.createDF(\n          List(\n            (5),\n            (1),\n            (10)\n          ),\n          List(\n            (\"number\", IntegerType, true)\n          )\n        )\n        val e = intercept[DatasetContentMismatch] {\n          assertSmallDataFrameEquality(\n            sourceDF,\n            expectedDF,\n            orderedComparison = false\n          )\n        }\n      }\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"BryantDavidDavis\/first-project","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject._\nimport play.api._\nimport play.api.mvc._\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject() extends Controller {\n\n  \/**\n   * Create an Action to render an HTML page with a welcome message.\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index = Action {\n    val aNumber = returnSomeNumber()\n    Ok(views.html.index(\"the number returned is: \" +  aNumber))\n  }\n\n  def returnSomeNumber() : Int = {\n    3 + 3\n  }\n\n  def upper(word: String) = Action {\n    Ok(\"Got request for word [\" + word + \"], and made it uppercase [\" + word.toUpperCase() + \"]\")\n  }\n\n  def mapWord(word: String) = Action {\n    Ok(\"mapped the word to this: [\" + mapMe(word) + \"]\")\n  }\n\n  def mapMe(word: String) : String = {\n    word.map(_.toUpper)\n  }\n\n}\n"}
{"repo_name":"daddykotex\/multi-hello-world.g8","path":"src\/main\/g8\/build.sbt","text":"<filename>src\/main\/g8\/build.sbt\nlazy val root = (project in file(\".\")).\n  settings(\n    inThisBuild(List(\n      organization := \"ch.epfl.scala\",\n      scalaVersion := \"2.13.1\"\n    )),\n    name := \"hello-world\"\n  )\n\n\nlazy val module1 = (project in file(\"module1\")).\n  settings(\n    name := \"hello-world-module1\",\n    libraryDependencies += \"org.typelevel\" %% \"cats-core\" % \"2.0.0\"\n  )\n\nlazy val module2 = (project in file(\"module2\")).\n  settings(\n    name := \"hello-world-module2\"\n  ).dependsOn(module1)\n"}
{"repo_name":"daddykotex\/multi-hello-world.g8","path":"src\/main\/g8\/module1\/src\/main\/scala\/Hello.scala","text":"object Hello {\n  val Name = \"World\"\n}"}
{"repo_name":"daddykotex\/multi-hello-world.g8","path":"src\/main\/g8\/module2\/src\/main\/scala\/Main.scala","text":"\/\/ run via sbt:\n\/\/ > sbt module2\/run\nobject Main extends App {\n  val name = Hello.Name\n  println(s\"Hello \\$name\")\n}\n"}
{"repo_name":"angeligareta\/cheaper-travelling","path":"src\/main\/scala\/SearchEngine\/SearchEngine.scala","text":"<reponame>angeligareta\/cheaper-travelling\npackage SearchEngine\n\nimport java.util.Properties\n\nimport kafka.serializer.StringDecoder\nimport org.apache.kafka.clients.consumer.ConsumerConfig\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerConfig, ProducerRecord}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming.kafka.KafkaUtils\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\n\nimport scala.collection.immutable.Set\nimport scala.io.StdIn._\nimport scala.util.Random\n\nobject SearchEngine {\n  def main(args: Array[String]): Unit = {\n    if (args.length != 1) {\n      throw new Exception(\"Required arguments must be received to start the program: <topic_name>\")\n    }\n    val topicName = args(0)\n\n    \/\/ Hide Logs\n    Logger.getLogger(\"org\").setLevel(Level.OFF)\n    Logger.getLogger(\"akka\").setLevel(Level.OFF)\n\n    \/\/ Initialize kafka Producer\n    val kafkaProducerParams = new Properties()\n    kafkaProducerParams.put(ProducerConfig.BOOTSTRAP_SERVERS_CONFIG, \"localhost:9092\")\n    kafkaProducerParams.put(ProducerConfig.CLIENT_ID_CONFIG, \"Generator\")\n    kafkaProducerParams.put(ProducerConfig.KEY_SERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringSerializer\")\n    kafkaProducerParams.put(ProducerConfig.VALUE_SERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringSerializer\")\n\n    \/\/ Initialize Kafka Consumer\n    val kafkaConsumerParams = Map[String, String](\n      ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG -> \"localhost:9092\"\n    )\n\n    \/\/ Initialize StreamingContext object => Main entry point for Spark Streaming functionality.\n    val sparkConf = new SparkConf().setMaster(\"local[*]\").setAppName(\"CheaperTravelling_SearchEngine\")\n    val ssc = new StreamingContext(sparkConf, Seconds(2))\n\n    val producer = new KafkaProducer[String, String](kafkaProducerParams)\n    val consumer = KafkaUtils.createDirectStream[String, String, StringDecoder, StringDecoder](ssc, kafkaConsumerParams, Set(topicName))\n\n    \/**\n     * Collect data\n     *\/\n    val userId = Random.nextInt(Integer.MAX_VALUE)\n    println(s\"Welcome to CheapTravelling Search Engine! You are the user ${userId}\")\n    println(\"\\tEnter source coordinates in the ISO-6709 format: \u00b1DD.DDDD,\u00b1DDD.DDDD. Example: +59.3493243,+18.0707407\")\n    val src = readLine()\n    println(\"\\tEnter destination coordinates in the ISO-6709 format: \u00b1DD.DDDD,\u00b1DDD.DDDD. Example: +55.6761,+12.5683\")\n    val dst = readLine()\n    println(\"\\tEnter desired departure date in the format: yyyy-mm-dd. Example: 2020-10-29\")\n    val departureDate = readLine()\n    println(\"\\tEnter price range in the format: min,max. Example: 20,150\")\n    val priceRange = readLine()\n    println(\"\\tEnter time duration range in hours in the format: min,max. Example: 0,24\")\n    val timeTravelRange = readLine()\n\n    val tripRaw = s\"\"\"{\"src\": \"${src}\",\"departureDate\":\"${departureDate}\",\"dst\":\"${dst}\", \"priceRange\": ${priceRange.split(\",\").mkString(\"[\", \",\", \"]\")},\"timeTravelRange\": ${timeTravelRange.split(\",\").mkString(\"[\", \",\", \"]\")}}\"\"\"\n    \/\/    val tripRaw = \"\"\"{\"src\":\"+59.3493243,+18.0707407\",\"departureDate\":\"2020-10-29\",\"dst\":\"+55.6761,+12.5683\", \"priceRange\":[100,200],\"timeTravelRange\":[2,5]}\"\"\".stripMargin\n\n    \/\/ Send data to Kafka\n    val data = new ProducerRecord[String, String](topicName, s\"input-${userId}\", tripRaw)\n    producer.send(data)\n    print(s\"Sending to Kafka: ${data}\\n\")\n\n    \/\/ Wait until error occurs or user stops the program and close Cassandra session\n    producer.close()\n\n    \/\/ Listen to incoming events of input travel topic\n    consumer.foreachRDD(record => {\n      record.collect().foreach(inputRow => {\n        if (inputRow._1 == s\"output-${userId}\") {\n          println(s\"Kafka result for user ${userId} query\")\n          println(inputRow._2)\n        }\n      })\n    })\n\n    \/\/ Start streaming job\n    ssc.start()\n\n    \/\/ Wait until error occurs or user stops the program and close Cassandra session\n    ssc.awaitTerminationOrTimeout(60000)\n  }\n}\n"}
{"repo_name":"angeligareta\/cheaper-travelling","path":"src\/main\/scala\/SearchEngine\/TripGenerator.scala","text":"package SearchEngine\n\nimport java.util.Properties\n\nimport TripGenerator.TransportType.TransportType\nimport kafka.serializer.StringDecoder\nimport org.apache.kafka.clients.consumer.ConsumerConfig\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerConfig, ProducerRecord}\nimport org.apache.log4j.{Level, Logger}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming.kafka.KafkaUtils\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport scalaj.http._\n\nimport scala.collection.immutable.{List, Set}\nimport scala.collection.mutable\nimport scala.sys.process.{Process, ProcessLogger}\nimport scala.util.parsing.json.JSON\n\nobject TripGenerator {\n  val geoDbRadius = 200\n  val geoDbLimit = 5\n  val geoDbMinPopulation = 100000\n  val geoDbSort = \"-population\"\n  val skyScannerCurrency = \"EUR\"\n  val skyScannerLocale = \"en-GB\"\n\n  val thresholdDistance = 50\n  val maxTransitsFlight = 3\n  val maxTransitsMixed = 5\n\n  val skyScannerKeys: Array[String] = Array() \/\/ SKYSCANNER_API_KEYS env\n  var keyIndex = 0\n\n  def main(args: Array[String]): Unit = {\n    if (args.length != 1) {\n      throw new Exception(\"Required arguments must be received to start the program: <topic_name>\")\n    }\n    val topicName = args(0)\n\n    \/\/ Hide Logs\n    Logger.getLogger(\"org\").setLevel(Level.OFF)\n    Logger.getLogger(\"akka\").setLevel(Level.OFF)\n\n    \/** SPARK STREAMING INITIALIZATION *\/\n    \/\/ Initialize StreamingContext object => Main entry point for Spark Streaming functionality.\n    val sparkConf = new SparkConf().setMaster(\"local[*]\").setAppName(\"CheaperTravelling_TripGenerator\")\n    val ssc = new StreamingContext(sparkConf, Seconds(2))\n    \/\/    ssc.checkpoint(\"tmp-trip-generator\")\n\n    \/\/ Initialize [Kafka Consumer Configuration](http:\/\/kafka.apache.org\/documentation.html#consumerconfigs)\n    val kafkaConsumerParams = Map[String, String](\n      ConsumerConfig.BOOTSTRAP_SERVERS_CONFIG -> \"localhost:9092\"\n    )\n\n    val kafkaProducerParams = new Properties()\n    kafkaProducerParams.put(ProducerConfig.BOOTSTRAP_SERVERS_CONFIG, \"localhost:9092\")\n    kafkaProducerParams.put(ProducerConfig.CLIENT_ID_CONFIG, \"Generator\")\n    kafkaProducerParams.put(ProducerConfig.KEY_SERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringSerializer\")\n    kafkaProducerParams.put(ProducerConfig.VALUE_SERIALIZER_CLASS_CONFIG, \"org.apache.kafka.common.serialization.StringSerializer\")\n\n    \/** SPARK STREAMING EXECUTION *\/\n    \/\/ Subscribe to topic using second approach => [Direct Stream](https:\/\/medium.com\/@rinu.gour123\/apache-kafka-spark-streaming-integration-af7bd87887fb\n    val consumer = KafkaUtils.createDirectStream[String, String, StringDecoder, StringDecoder](ssc, kafkaConsumerParams, Set(topicName))\n    val producer = new KafkaProducer[String, String](kafkaProducerParams)\n\n    \/\/ Listen to incoming events of input travel topic\n    consumer.foreachRDD(record => {\n      record.collect().foreach(inputRow => {\n        if (inputRow._1.startsWith(\"input\")) {\n          val userId = inputRow._1.split(\"-\")(1)\n          val graphRaw = processTrip(inputRow)\n          val data = new ProducerRecord[String, String](topicName, s\"output-${userId}\", if (graphRaw.isDefined) {\n            graphRaw.get.getTopNRoutesString(5)\n          } else {\n            \"Ups! There was some error in the query...\"\n          })\n          producer.send(data)\n        }\n      })\n    })\n\n    \/\/ Start streaming job\n    ssc.start()\n\n    \/\/ Wait until error occurs or user stops the program and close Cassandra session\n    ssc.awaitTermination()\n\n    \/\/ Wait until error occurs or user stops the program and close Cassandra session\n    producer.close()\n  }\n\n  def processTrip(inputRow: (String, String)): Option[TripGraph] = {\n    println(s\"Raw ${inputRow._2}\")\n    val travelQueryInputJson = JSON.parseFull(inputRow._2)\n\n    travelQueryInputJson match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      case Some(travelQueryInput: Map[String, Any]) =>\n        \/\/ Get variables from travel query\n        val src = travelQueryInput(\"src\").asInstanceOf[String]\n        val dst = travelQueryInput(\"dst\").asInstanceOf[String]\n        val departureDate = travelQueryInput(\"departureDate\").asInstanceOf[String]\n        val priceRange = travelQueryInput(\"priceRange\").asInstanceOf[List[Double]]\n        val timeTravelRange = travelQueryInput(\"timeTravelRange\").asInstanceOf[List[Double]]\n\n        \/\/ Get nearby cities from src and destination [So they can be used as transit stops to make the trip cheaper]\n        val srcCities: Set[City] = getCities(src)\n        val dstCities: Set[City] = getCities(dst)\n\n        \/**\n         * Divide found places into three categories:\n         * 1. Origin City: City closer to the origin coordinates.\n         * 2. Destination Places: City closer to the destination coordinates.\n         * 3. Transit Places: The ones that were found near origin or destination but do not meet previous criteria\n         *\/\n        val originCity: City = srcCities.find(!_.isTransit).orNull\n        val destinationCity: City = dstCities.find(!_.isTransit).orNull\n        val transitCities: Set[City] = srcCities.filter(_.isTransit) ++ dstCities.filter(_.isTransit)\n\n        \/\/        println(s\"Origin city: ${originCity}\")\n        \/\/        println(s\"Dst city: ${destinationCity}\")\n        \/\/        println(s\"Transity cities: ${transitCities}\")\n\n        if (originCity != null && destinationCity != null) {\n          \/\/ Create graph. In its constructor it will use transport APIs to create the edges between the city nodes.\n          val route = new TripGraph(originCity, destinationCity, transitCities, departureDate, priceRange, timeTravelRange)\n          route.createGraph()\n          println(\"Graph\")\n          println(route)\n          println(\"Graph generated!\")\n          Some(route)\n        }\n        else {\n          println(\"No possible route\")\n          None\n        }\n      case None =>\n        println(\"Parsing failed\")\n        None\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        None\n    }\n  }\n\n  def getCities(coordinates: String): Set[City] = {\n    println(s\"Fetching cities of ${coordinates}\")\n    val location = coordinates.split(\",\").mkString(\"\")\n    val nearbyCityRequest = Http(s\"https:\/\/rapidapi.p.rapidapi.com\/v1\/geo\/locations\/${location}\/nearbyCities\")\n      .param(\"radius\", geoDbRadius.toString)\n      .param(\"limit\", geoDbLimit.toString)\n      .param(\"minPopulation\", geoDbMinPopulation.toString)\n      .param(\"sort\", geoDbSort)\n      .param(\"distanceUnit\", \"KM\")\n      .param(\"types\", \"CITY\")\n      .header(\"x-rapidapi-host\", \"wft-geo-db.p.rapidapi.com\")\n      .header(\"x-rapidapi-key\", \"\") \/\/ GEO_API_KEY env\n      .header(\"useQueryString\", \"true\")\n      .asString\n\n    println(s\"Processing cities of ${coordinates}\")\n    val response = JSON.parseFull(nearbyCityRequest.body)\n    response match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      case Some(nearbyCitiesQueryRaw: Map[String, List[Map[String, Any]]]) =>\n        val nearbyCitiesRaw = nearbyCitiesQueryRaw.getOrElse(\"data\", List())\n\n        \/\/ Get information from cities from GeoDB and fill with places retrieved from transport APIs [Sorted by distance]\n        val nearbyCities = nearbyCitiesRaw.zipWithIndex.map { case (city, index) =>\n          val cityName = city(\"city\").asInstanceOf[String]\n          val cityCountryCode = city(\"countryCode\").asInstanceOf[String]\n          \/\/ val cityDistance = city.getOrElse(\"distance\", Double.MaxValue).asInstanceOf[Double]\n\n          val newCity = City(cityName, cityCountryCode, index != 0, Set()) \/\/ isTransit = cityDistance > smallestDistance + thresholdDistance\n\n          \/\/ Fill with places from transport APIs\n          \/\/ TODO: Do async\n          newCity.places = newCity.places ++ getPlaces(newCity)\n          newCity\n        }\n\n        nearbyCities.toSet\n      case None =>\n        println(\"Parsing failed\")\n        Set()\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        Set()\n    }\n  }\n\n  def getPlaces(city: City): Set[Place] = {\n    println(s\"Fetching places of ${city.name}\")\n    \/\/ First query airport stations returned by skyscanner\n    val skyScannerPlaces = getSkyScannerPlaces(city)\n\n    \/\/ Second query airport stations returned by flixbus api\n    val flixBusPlaces = getFlixBusPlaces(city)\n\n    skyScannerPlaces ++ flixBusPlaces \/\/ ++ flixBusPlaces\n  }\n\n  def getSkyScannerPlaces(city: City): Set[Place] = {\n    \/**\n     * Note: Had to execute curl process because of error:\n     * \"An error in one of the rendering components of OpenRasta prevents the error message from being sent back.\"\n     *\/\n    keyIndex += 1\n    val url = s\"https:\/\/rapidapi.p.rapidapi.com\/apiservices\/autosuggest\/v1.0\/${city.countryCode}\/EUR\/en-GB\/?query=${city.name.replace(\" \", \"%20\")}\"\n    val request = Process(\"curl\", Seq(\"--request\", \"GET\", \"--url\", url, \"--header\", \"x-rapidapi-host:skyscanner-skyscanner-flight-search-v1.p.rapidapi.com\", \"--header\", s\"x-rapidapi-key:${skyScannerKeys(keyIndex % skyScannerKeys.length)}\"))\n    val rawResponse = request.!!(ProcessLogger(_ => null))\n    val response = JSON.parseFull(rawResponse)\n\n    response match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      case Some(nearbyPlacesQueryRaw: Map[String, List[Map[String, Any]]]) =>\n        val nearbyPlacesRaw = nearbyPlacesQueryRaw.getOrElse(\"Places\", List())\n\n        val nearbyPlaces = nearbyPlacesRaw.map(place => {\n          val placeId = place(\"PlaceId\").asInstanceOf[String]\n          val placeName = place(\"PlaceName\").asInstanceOf[String]\n          Place(placeId, placeName, TransportType.SkyScanner, city.name)\n        })\n\n        \/\/ Remove generic groups [As there would be duplicates] These are the ones with format: XXXX-sky\n        nearbyPlaces.filter(nearbyPlace => nearbyPlace.id.split(\"-\")(0).length != 4).toSet\n      case None =>\n        println(s\"Parsing failed - Request ${request} - Response: ${rawResponse}\")\n        Set()\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        Set()\n    }\n  }\n\n  def getFlixBusPlaces(city: City): Set[Place] = {\n    \/\/ TODO: Change to normal request\n    val url = s\"https:\/\/1.flixbus.transport.rest\/regions\/?query=${city.name.replace(\" \", \"%20\")}\"\n    val request = Process(\"curl\", Seq(\"--request\", \"GET\", \"--url\", url))\n    val rawResponse = request.!!(ProcessLogger(_ => null))\n    val response = JSON.parseFull(rawResponse)\n\n    response match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      \/\/ Format: List(Map(weight -> 1.0, name -> Stockholm, score -> 4.000819896, id -> 3798, relevance -> 4.000819896, type -> region))\n      case Some(nearbyPlacesQueryRaw: List[Map[String, Any]]) =>\n        val nearbyPlaces = nearbyPlacesQueryRaw.map(place => {\n          val placeId = place(\"id\").asInstanceOf[String]\n          val placeName = place(\"name\").asInstanceOf[String]\n          Place(placeId, placeName, TransportType.FlixBus, city.name)\n        })\n        nearbyPlaces.toSet\n      case None =>\n        println(s\"Parsing failed - Request ${request} - Response: ${rawResponse}\")\n        Set()\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        Set()\n    }\n  }\n\n  def getTrips(srcCity: City, dstCity: City, departureDate: String): List[TripGraphEdge] = {\n    var totalRoutes: List[TripGraphEdge] = List()\n\n    \/\/ For each pair of places\n    srcCity.places.flatMap(srcPlace => {\n      dstCity.places.map(dstPlace => {\n        \/\/ If places are of the same type\n        if (srcPlace.transportType == dstPlace.transportType) {\n          if (srcPlace.transportType == TransportType.SkyScanner) {\n            totalRoutes = totalRoutes ++\n              getSkyScannerTrips(srcPlace, dstPlace, departureDate, srcCity, dstCity)\n          }\n          else if (srcPlace.transportType == TransportType.FlixBus) {\n            totalRoutes = totalRoutes ++\n              getFlixBusTrips(srcPlace, dstPlace, departureDate, srcCity, dstCity)\n          }\n        }\n      })\n    })\n\n    totalRoutes\n  }\n\n  def getSkyScannerTrips(srcPlace: Place, dstPlace: Place, departureDate: String, srcCity: City, dstCity: City): List[TripGraphEdge] = {\n    keyIndex += 1\n    val url = s\"https:\/\/rapidapi.p.rapidapi.com\/apiservices\/browseroutes\/v1.0\/${srcCity.countryCode}\/EUR\/en-US\/${srcPlace.id}\/${dstPlace.id}\/${departureDate}\"\n    val request = Process(\"curl\", Seq(\"--request\", \"GET\", \"--url\", url, \"--header\", \"x-rapidapi-host:skyscanner-skyscanner-flight-search-v1.p.rapidapi.com\", \"--header\", s\"x-rapidapi-key:${skyScannerKeys(keyIndex % skyScannerKeys.length)}\"))\n    val rawResponse = request.!!(ProcessLogger(_ => null))\n    val response = JSON.parseFull(rawResponse)\n\n    response match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      case Some(routeQueryResponseRaw: Map[String, List[Map[String, Any]]]) =>\n        \/\/ Free plan\n        if (routeQueryResponseRaw.contains(\"message\")) {\n          println(\"Omitting due to rate limit...\")\n          List()\n        }\n        else {\n          val routePlaces = routeQueryResponseRaw(\"Places\").asInstanceOf[List[Map[String, Any]]]\n          val routeQuotes = routeQueryResponseRaw(\"Quotes\").asInstanceOf[List[Map[String, Any]]]\n\n          \/\/ Filter quotes with correct dates (Skyscanner returns alternative days)\n          \/\/ Format: Quotes -> List(Map(OutboundLeg -> Map(CarrierIds -> List(1090.0), OriginId -> 89268.0, DestinationId -> 56332.0, DepartureDate -> 2020-12-04T00:00:00), QuoteId -> 1.0, Direct -> false, MinPrice -> 118.0, QuoteDateTime -> 2020-10-21T10:15:00))\n          val filteredRouteQuotes = routeQuotes.filter(routeQuote => {\n            val outboundLeg = routeQuote(\"OutboundLeg\").asInstanceOf[Map[String, Any]]\n            val departureDateRoute = outboundLeg(\"DepartureDate\").asInstanceOf[String]\n            \/\/ Save if departure date of the route is the same date as target\n            departureDateRoute.startsWith(departureDate)\n          })\n\n          \/\/ Map the route quotes to RouteGraphEdge\n          filteredRouteQuotes.map(routeQuote => {\n            \/\/            println(s\"Skyscanner route: ${routeQuote}\")\n            val outboundLegMap = routeQuote(\"OutboundLeg\").asInstanceOf[Map[String, Any]]\n            val originId = outboundLegMap(\"OriginId\").asInstanceOf[Double].toString\n            val destinationId = outboundLegMap(\"DestinationId\").asInstanceOf[Double].toString\n\n            val isDirect = routeQuote(\"Direct\").asInstanceOf[Boolean]\n            val minPrice = routeQuote(\"MinPrice\").asInstanceOf[Double]\n\n            \/\/ Create new place from origin and destination for indetifiend unique skyscanner airports\n            val newSrcPlace = Place(originId, getSkyScannerPlaceName(originId, routePlaces), TransportType.SkyScanner, srcCity.name)\n            val newDstPlace = Place(destinationId, getSkyScannerPlaceName(destinationId, routePlaces), TransportType.SkyScanner, dstCity.name)\n\n            TripGraphEdge(newSrcPlace, newDstPlace, isDirect, TransportType.SkyScanner, minPrice, 0, departureDate, departureDate)\n          })\n        }\n      case None =>\n        println(s\"Parsing failed - Request ${request} - Response: ${rawResponse}\")\n        List()\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        List()\n    }\n  }\n\n  \/**\n   * Returns place name that has the id origin Id in route places skyscanner journey response\n   * Format: List(Map(Name -> Stockholm Bromma, CityName -> Stockholm, CountryName -> Sweden, CityId -> STOC, PlaceId -> 42881.0, SkyscannerCode -> BMA, IataCode -> BMA, Type -> Station)\n   *\n   * @param placeId\n   * @param routePlaces\n   * @return\n   *\/\n  def getSkyScannerPlaceName(placeId: String, routePlaces: List[Map[String, Any]]): String = {\n    val routePlace = routePlaces.find(routePlace => {\n      val id = routePlace(\"PlaceId\").asInstanceOf[Double].toString\n      id == placeId\n    })\n\n    routePlace.get(\"Name\").asInstanceOf[String]\n  }\n\n  def getFlixBusTrips(srcPlace: Place, dstPlace: Place, departureDate: String, srcCity: City, dstCity: City): List[TripGraphEdge] = {\n    \/\/ TODO: Change to normal request\n    val url = s\"https:\/\/1.flixbus.transport.rest\/journeys\/?origin=${srcPlace.id}&destination=${dstPlace.id}&date=${departureDate}\"\n    val request = Process(\"curl\", Seq(\"--request\", \"GET\", \"--url\", url))\n    val rawResponse = request.!!(ProcessLogger(_ => null))\n    val response = JSON.parseFull(rawResponse)\n\n    \/\/    println(srcPlace)\n    \/\/    println(dstPlace)\n\n    response match {\n      \/\/ Matches if jsonStr is valid JSON and represents a Map of Strings to Any\n      case Some(routeQueryResponseRaw: List[Map[String, Any]]) =>\n        \/\/        println(routeQueryResponseRaw)\n        val routePlaces: List[TripGraphEdge] = routeQueryResponseRaw.map(routeQuote => {\n          \/\/          println(s\"Flixbus route: ${routeQuote}\")\n          \/\/ Get variables\n          val origin = routeQuote(\"origin\").asInstanceOf[Map[String, Any]] \/\/ Format: Map(type -> station, id -> 13628, name -> Arlanda Airport T5, importance -> 100.0) \/\/ destination -> Map(type -> station, id -> 13828, name -> Uppsala, importance -> null)\n          val destination = routeQuote(\"destination\").asInstanceOf[Map[String, Any]] \/\/  Format: Map(type -> station, id -> 28998, name -> Uppsala Business Park, importance -> null)\n          val departureDateTime = routeQuote(\"departure\").asInstanceOf[String] \/\/ Departure time format: 2020-12-08T12:45:00.000Z\n          val arrivalDateTime = routeQuote(\"arrival\").asInstanceOf[String]\n          val isDirect = routeQuote(\"direct\").asInstanceOf[Boolean]\n          val priceMap = routeQuote(\"price\").asInstanceOf[Map[String, Any]]\n          val price = priceMap(\"amount\").asInstanceOf[Double]\n\n          val totalTime = journeyDuration(departureDateTime, arrivalDateTime)\n\n          \/\/ Create new place from origin and destination to represent unique flixbus stations\n          val newSrcPlace = Place(origin(\"id\").asInstanceOf[String], origin(\"name\").asInstanceOf[String], TransportType.FlixBus, srcCity.name)\n          val newDstPlace = Place(destination(\"id\").asInstanceOf[String], destination(\"name\").asInstanceOf[String], TransportType.FlixBus, dstCity.name)\n\n          \/\/ TODO: Check if there are available slots ? available -> Map(seats -> 999.0, slots -> 999.0)\n          \/\/ TODO: Add note in graph edge like \"2 places left\"\n          TripGraphEdge(newSrcPlace, newDstPlace, isDirect, TransportType.FlixBus, price, totalTime, departureDateTime, arrivalDateTime)\n        })\n        routePlaces\n      case None =>\n        println(s\"Parsing failed - Request ${request} - Response: ${rawResponse}\")\n        List()\n      case other =>\n        println(\"Unknown data structure: \" + other)\n        List()\n    }\n  }\n\n  \/**\n   * Calculates the journey duration in hours\n   * Assumption: one transit trip is less than 24 hours, otherwise the code needs to be adjusted\n   *\/\n  def journeyDuration(departureDateTime: String, arrivalDateTime: String): Int = {\n    val parsedDepartureDate = parseDateTime(departureDateTime) \/\/the incoming string is split into day, time and some offset\n    val parsedArrivalDate = parseDateTime(arrivalDateTime)\n    val parsedDepartureTime = parsedDepartureDate(1).split(':') \/\/splits the time in hours, minutes and seconds\n    val parsedArrivalTime = parsedArrivalDate(1).split(':')\n\n    val hours = if (parsedDepartureTime(0).toInt > parsedArrivalTime(0).toInt) parsedArrivalTime(0).toInt + 24 - parsedDepartureTime(0).toInt else parsedArrivalTime(0).toInt - parsedDepartureTime(0).toInt\n    (hours * 60 + parsedArrivalTime(1).toInt - parsedDepartureTime(1).toInt) \/ 60\n  }\n\n  \/**\n   * Splits the date string in day, time, and offset\n   *\/\n  def parseDateTime(dateTime: String): Array[String] = {\n    dateTime.split(Array('T', '.'))\n  }\n\n  \/**\n   * City obtained from GeoDB close to some coordinates.\n   *\n   * @param name        Name of the city.\n   * @param countryCode Universal country code where the city belongs.\n   * @param isTransit   The distance of the city from the coordinates is lower than the first found + threshold.\n   *\/\n  case class City(name: String, countryCode: String, isTransit: Boolean, var places: Set[Place]) {\n    override def equals(that: Any): Boolean = that match {\n      case that: City => this.name == that.name\n      case _ => false\n    }\n\n    override def hashCode(): Int = name.hashCode\n  }\n\n  \/**\n   * Places compatible with an API within a city\n   *\n   * @param id            Unique id provided by the transport API (SkyScanner or Flixbus)\n   * @param name          Name of the city provided by the transport API.\n   * @param transportType API used to obtained the place\n   *\/\n  case class Place(id: String, name: String, transportType: TransportType, cityName: String) {\n    override def equals(that: Any): Boolean = that match {\n      case that: Place => this.id == that.id\n      case _ => false\n    }\n\n    override def hashCode(): Int = id.hashCode\n  }\n\n  \/**\n   * Graph to go from origin to source\n   *\n   * @param origin      Origin place\n   * @param destination Destination Place\n   * @param stops       Possible stops\n   *\/\n  class TripGraph(origin: City, destination: City, stops: Set[City], departureDate: String, priceRange: List[Double], timeTravelRange: List[Double]) {\n    var edges: Array[TripGraphEdge] = Array()\n    var nodes: Set[City] = Set()\n    var totalPlaces: Set[Place] = Set()\n    var routes: Array[Route] = Array()\n\n    def createGraph(): Unit = {\n      println(\"Creating graph\")\n      initializeEdges()\n      initializeNodes()\n      filterGraph()\n\n      initializeRoutes()\n    }\n\n    \/**\n     * Only keep the ones that can go from the origin to the destination\n     *\/\n    def filterGraph(): Unit = {\n      val placesQueue: mutable.Queue[Place] = mutable.Queue()\n      var visitedPlaces: Set[Place] = Set()\n      var visitedEdges: Array[TripGraphEdge] = Array()\n\n      \/\/ Mark as visited places the ones grouped by destination node\n      totalPlaces.filter(_.cityName == destination.name).foreach(visitedPlace => {\n        placesQueue.enqueue(visitedPlace)\n        visitedPlaces = visitedPlaces + visitedPlace\n      })\n\n      while (placesQueue.nonEmpty) {\n        \/\/ Take first element from the queue and mark as visited\n        val currentPlace = placesQueue.dequeue()\n\n        \/\/ For each incoming edge to that node mark as visited and add to the queue\n        val incomingEdges = edges.filter(_.destination.id == currentPlace.id)\n        incomingEdges.foreach(incomingEdge => {\n          \/\/ [Note, they can have been visited before]\n          placesQueue.enqueue(incomingEdge.origin)\n\n          \/\/ Mark as visited\n          visitedEdges = visitedEdges :+ incomingEdge\n          visitedPlaces = visitedPlaces + incomingEdge.origin\n        })\n      }\n\n      \/\/ Save only places and edges that have been visited\n      totalPlaces = visitedPlaces\n      edges = visitedEdges\n\n      \/\/ Filter the nodes. Only keep the ones that contains at least one place\n      nodes = nodes\n        .filter(node => visitedPlaces.exists(place => place.cityName == node.name))\n        .map(node => {\n          node.places = node.places.intersect(visitedPlaces)\n          node\n        })\n    }\n\n    def initializeRoutes(): Unit = {\n      println(\"Initializing graph routes...\")\n      \/\/ Start with places from origin node\n      val srcPlaces = nodes.find(_.name == origin.name).get.places\n      val dstPlaces = nodes.find(_.name == destination.name).get.places\n\n      srcPlaces.foreach(originPlace => {\n        routes = routes ++ calculateRoute(originPlace, Route(Set(), 0, 0), dstPlaces)\n      })\n\n      routes = routes.sortBy(route => (route.totalPrice, -route.totalTime))\n    }\n\n    def calculateRoute(currentNode: Place, currentRoute: Route, dstPlaces: Set[Place]): Array[Route] = {\n      val outgoingNodeEdges = edges.filter(_.origin == currentNode)\n\n      \/\/ Calculate possible routes from that node (there can be multiple)\n      var possibleRoutes = outgoingNodeEdges.flatMap(edge => {\n        val route = Route(currentRoute.itinerary + edge, currentRoute.totalTime + edge.time, currentRoute.totalPrice + edge.price)\n        \/\/ If the destination of the edge is the end, finish the route\n        if (dstPlaces.contains(edge.destination)) {\n          Array(route)\n        }\n        \/\/ Otherwise, keep exploring from that node\n        else {\n          calculateRoute(edge.destination, route, dstPlaces)\n        }\n      })\n\n      \/\/ Filter routes by total price\n      if (priceRange.length == 2) {\n        val minPrice = priceRange.head\n        val maxPrice = priceRange(1)\n        possibleRoutes = possibleRoutes.filter(route => route.totalPrice >= minPrice && route.totalPrice <= maxPrice)\n      }\n\n      \/\/ Filter routes by total time\n      if (timeTravelRange.length == 2) {\n        val minTime = timeTravelRange.head\n        val maxTime = timeTravelRange(1)\n        possibleRoutes = possibleRoutes.filter(route => route.totalTime >= minTime && route.totalTime <= maxTime)\n      }\n\n      possibleRoutes\n    }\n\n    \/\/ Overriding toString method\n    override def toString: String = {\n      var output = \"\"\n\n      output += \"**Nodes**\\n\"\n      nodes.foreach(node => {\n        output += s\"\\t${node}\\n\"\n      })\n      output += \"\\n\"\n\n      output += \"**Edges**\\n\"\n      nodes.filter(_.name != destination.name).foreach(node => {\n        output += s\"\\t*Outcoming routes from node ${node.name}*\\n\"\n        edges.filter(edge => edge.origin.cityName == node.name).foreach(edge => {\n          output += s\"\\t\\t(${edge.origin.id}:${edge.origin.name}:${edge.origin.transportType}:${edge.origin.cityName}) ==(${edge.price}\u20ac:${edge.time}h)=> (${edge.destination.id}:${edge.destination.name}:${edge.destination.transportType}:${edge.destination.cityName})\\n\"\n        })\n      })\n      output += \"\\n\"\n\n      output\n    }\n\n    def getTopNRoutesString(n: Int): String = {\n      var output = \"\"\n      if (routes.length > 0) {\n        output += s\"Routes found to travel from ${origin.name} to ${destination.name}:\\n\"\n        routes.slice(0, n).zipWithIndex.foreach { case (route, index) => {\n          val stopsString = route.itinerary.zipWithIndex.map { case (stop, index) => {\n            if (index == 0) {\n              s\"${stop.origin.name} => ${stop.destination.name}\"\n            }\n            else {\n              s\"${stop.destination.name}\"\n            }\n          }\n          }\n\n          output += s\"\\tRoute ${index + 1} | Stops: ${stopsString.mkString(\" => \")} | Total Price: ${route.totalPrice} EUR | Total Time: ${route.totalTime} hours\\n\"\n        }\n        }\n      }\n      else {\n        output += \"Sorry, no routes were found for the received dates and configuration...\"\n      }\n      output\n    }\n\n    \/**\n     * Fill edges graph array\n     *\n     * @return\n     *\/\n    private def initializeEdges(): Unit = {\n      println(\"Initializing graph edges...\")\n      \/\/ Get possible edges between origin and destination\n      val directEdges = getTrips(origin, destination, departureDate)\n\n      \/\/ For each stop, get possible edges adding that stop between origin and destination\n      val indirectEdgesFromOrigin = stops.flatMap(stop => getTrips(origin, stop, departureDate))\n      val indirectEdgesToDestination = stops.flatMap(stop => getTrips(stop, destination, departureDate))\n\n      edges = edges ++ directEdges ++ indirectEdgesFromOrigin ++ indirectEdgesToDestination\n    }\n\n    \/**\n     * Create new nodes from the edges\n     *\/\n    private def initializeNodes(): Unit = {\n      println(\"Initializing graph nodes...\")\n      \/\/ Create city groups\n      edges.foreach(edge => {\n        nodes += City(edge.origin.cityName, \"\", edge.origin.cityName == origin.name, Set())\n        nodes += City(edge.destination.cityName, \"\", edge.destination.cityName == destination.name, Set())\n      })\n\n      \/\/ Fill nodes places\n      edges.foreach(edge => {\n        nodes = nodes.map(node => {\n          val newNode = node\n          \/\/ Add origin\n          if (node.name == edge.origin.cityName) {\n            newNode.places = newNode.places + edge.origin\n          }\n          \/\/ Add destination\n          if (node.name == edge.destination.cityName) {\n            newNode.places = newNode.places + edge.destination\n          }\n\n          totalPlaces = totalPlaces + edge.origin\n          totalPlaces = totalPlaces + edge.destination\n          newNode\n        })\n      })\n    }\n  }\n\n  \/**\n   * Edge of a graph\n   *\n   * @param origin\n   * @param destination\n   * @param isDirect\n   * @param transportType\n   * @param price\n   * @param time Indicated in hours\n   *\/\n  case class TripGraphEdge(origin: Place,\n                           destination: Place,\n                           \/\/stops: Array[Place],\n                           isDirect: Boolean,\n                           transportType: TransportType,\n                           price: Double,\n                           time: Double,\n                           departureDateTime: String,\n                           arrivalDateTime: String)\n\n  \/**\n   *\n   * @param itinerary\n   * @param totalTime  Indicated in hours\n   * @param totalPrice Indicated in euros\n   *\/\n  case class Route(var itinerary: Set[TripGraphEdge], totalTime: Double, totalPrice: Double)\n\n  \/**\n   * Enumeration indicating the transport APIs used.\n   *\/\n  object TransportType extends Enumeration {\n    type TransportType = Value\n    val SkyScanner, FlixBus = Value\n  }\n\n}\n"}
{"repo_name":"elipatov\/playground","path":"src\/main\/scala\/lab\/02\/Producer.scala","text":"<gh_stars>0\npackage lab\n\nimport java.net.URL\nimport java.time.Duration\nimport java.util\nimport java.util.{Date, Map, Properties}\nimport java.util.Map.Entry\n\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerRecord}\n\nimport scala.util.Random\nimport com.typesafe.config._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.util.Properties\nimport scala.util.{Failure, Success, Try}\nimport org.apache.kafka.clients.producer.ProducerRecord\n\nimport org.apache.kafka.streams.scala.Serdes._\nimport org.apache.kafka.streams.scala.ImplicitConversions._\n\nobject Producer extends App {\n\n\n\n  val global_events = Array(\"maintenance_begin\", \"maintenance_end\", \"plan_removed\", \"plan_added\", \"sale_begin\", \"sale_end\")\n  val eventsCount = 100000\n  val rnd = new Random()\n\n  val config: Config = ConfigFactory.load()\n  val kafkaConfig = KafkaConfig(config)\n\n  val producer = new KafkaProducer[String, String](kafkaConfig.value)\n  val t = System.currentTimeMillis()\n  for (i <- Range(0, eventsCount)) {\n    val runtime = new Date().getTime()\n    val ip = \"192.168.2.\" + rnd.nextInt(255)\n    val msg = runtime + \",\" + i + \",www.example.com,\" + ip\n    val data = new ProducerRecord[String, String](\"user-events\", \"user_id_\" + i, msg)\n    producer.send(data)\n\n\n    if (i % 100 == 0) {\n      val eventIndex = (Math.random * global_events.length).asInstanceOf[Int]\n      val event = global_events(eventIndex) + \"_\" + System.nanoTime\n      val data = new ProducerRecord[String, String](\"global-events\", event)\n      producer.send(data)\n    }\n\n    producer.flush\n  }\n\n  System.out.println(\"sent per second: \" + eventsCount * 1000 \/ (System.currentTimeMillis() - t))\n  producer.close()\n\n}"}
{"repo_name":"elipatov\/playground","path":"src\/main\/scala\/lab\/02\/KafkaConfig.scala","text":"package lab\n\nimport com.typesafe.config.{Config, ConfigFactory, ConfigObject, ConfigValue}\n\nimport scala.collection.JavaConverters._\nimport java.util\nimport java.util.Map.Entry\n\ncase class KafkaConfig(config: Config)  {\n  lazy val value : util.Map[String, Object] = {\n    val list : Iterable[ConfigObject] = config.getObjectList(\"kafka\").asScala\n      (for {\n        item : ConfigObject <- list\n        entry : Entry[String, ConfigValue] <- item.entrySet().asScala\n        key = entry.getKey\n        value = (entry.getValue.unwrapped().toString)\n      } yield (key, value: Object)).toMap.asJava\n  }\n}\n"}
{"repo_name":"elipatov\/playground","path":"build.sbt","text":"<gh_stars>0\nimport Dependencies._\n\nThisBuild \/ scalaVersion     := \"2.12.8\"\nThisBuild \/ version          := \"0.1.0-SNAPSHOT\"\nThisBuild \/ organization     := \"com.example\"\nThisBuild \/ organizationName := \"example\"\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    name := \"kafka\",\n    libraryDependencies ++= Seq(\n      \"com.thesamet.scalapb\" %% \"scalapb-runtime\" % scalapb.compiler.Version.scalapbVersion % \"protobuf\",\n      scalaTest % Test,\n      \"org.apache.kafka\" %% \"kafka-streams-scala\" % \"2.3.0\",\n      \"com.typesafe\" % \"config\" % \"1.3.4\"\n    ),\n    PB.targets in Compile := Seq(scalapb.gen(flatPackage = true) -> (sourceManaged in Compile).value)\n  )\n   \n\n\/\/ See https:\/\/www.scala-sbt.org\/1.x\/docs\/Using-Sonatype.html for instructions on how to publish to Sonatype.\n\/\/ https:\/\/mvnrepository.com\/artifact\/org.apache.kafka\/kafka-streams-scala\n\n"}
{"repo_name":"elipatov\/playground","path":"src\/main\/scala\/example\/WordCountConsumerApplication.scala","text":"<filename>src\/main\/scala\/example\/WordCountConsumerApplication.scala\npackage example\n\nimport java.time.Duration\nimport java.util.Properties\n\nimport org.apache.kafka.streams.scala.StreamsBuilder\nimport org.apache.kafka.streams.scala.kstream._\nimport org.apache.kafka.streams.{KafkaStreams, StreamsConfig}\n\n\nobject WordCountConsumerScalaExample extends App {\n\n  import org.apache.kafka.streams.scala.Serdes._\n  import org.apache.kafka.streams.scala.ImplicitConversions._\n\n  val config: Properties = {\n    val p = new Properties()\n    p.put(StreamsConfig.APPLICATION_ID_CONFIG, \"wordcount-scala-consumer-application\")\n    val bootstrapServers = if (args.length > 0) args(0) else \"localhost:9092\"\n    p.put(StreamsConfig.BOOTSTRAP_SERVERS_CONFIG, bootstrapServers)\n    p\n  }\n\n  val builder = new StreamsBuilder()\n  val words: KStream[String, Long] = builder.stream[String, Long](\"streams-wordcount-output\")\n  words.foreach((k, v) => println(s\"$k: $v\"))\n\n  val streams: KafkaStreams = new KafkaStreams(builder.build(), config)\n\n  \/\/ Always (and unconditionally) clean local state prior to starting the processing topology.\n  \/\/ We opt for this unconditional call here because this will make it easier for you to play around with the example\n  \/\/ when resetting the application for doing a re-run (via the Application Reset Tool,\n  \/\/ http:\/\/docs.confluent.io\/current\/streams\/developer-guide.html#application-reset-tool).\n  \/\/\n  \/\/ The drawback of cleaning up local state prior is that your app must rebuilt its local state from scratch, which\n  \/\/ will take time and will require reading all the state-relevant data from the Kafka cluster over the network.\n  \/\/ Thus in a production scenario you typically do not want to clean up always as we do here but rather only when it\n  \/\/ is truly needed, i.e., only under certain conditions (e.g., the presence of a command line flag for your app).\n  \/\/ See `ApplicationResetExample.java` for a production-like example.\n  \/\/streams.cleanUp()\n\n  streams.start()\n\n  \/\/ Add shutdown hook to respond to SIGTERM and gracefully close Kafka Streams\n  sys.ShutdownHookThread {\n    streams.close(Duration.ofSeconds(10))\n  }\n\n}"}
{"repo_name":"sgmap\/aplus","path":"test\/browser\/HomeSpec.scala","text":"<reponame>sgmap\/aplus<filename>test\/browser\/HomeSpec.scala\npackage browser\n\nimport org.junit.runner._\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport play.api.test.Helpers._\nimport play.api.test._\n\n@RunWith(classOf[JUnitRunner])\nclass HomeSpec extends Specification with BaseSpec {\n\n  \"Home\" should {\n    \"Stay on \/ when disconnected\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val homeUrl = controllers.routes.HomeController.index.absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(homeUrl)\n\n      browser.url must endWith(controllers.routes.HomeController.index.url.substring(1))\n    }\n\n    \"Status up\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val loginURL =\n        controllers.routes.HomeController.status.absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(loginURL)\n\n      browser.pageSource must contain(\"OK\")\n    }\n  }\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/browser\/BaseSpec.scala","text":"<filename>test\/browser\/BaseSpec.scala\npackage browser\n\nimport org.openqa.selenium.WebDriver\nimport org.openqa.selenium.firefox.{FirefoxDriver, FirefoxOptions}\nimport play.api.inject.guice.GuiceApplicationBuilder\n\ntrait BaseSpec {\n\n  def applicationWithBrowser =\n    new GuiceApplicationBuilder()\n      .configure(\"app.filesPath\" -> \"files\", \"app.host\" -> \"localhost\", \"play.mailer.mock\" -> true)\n      .build()\n\n  def webDriver: WebDriver = {\n    val options = new FirefoxOptions()\n      .setHeadless(true)\n    new FirefoxDriver(options)\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/franceServices.scala","text":"<reponame>sgmap\/aplus\npackage views\n\nimport cats.syntax.all._\nimport helpers.forms.CSRFInput\nimport helper.TwirlImports.toHtml\nimport models.{Authorization, User}\nimport org.webjars.play.WebJarsUtil\nimport play.api.mvc.{Flash, RequestHeader}\nimport play.twirl.api.Html\nimport scalatags.Text.all._\n\nobject franceServices {\n\n  def page(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n  )(implicit\n      flash: Flash,\n      request: RequestHeader,\n      webJarsUtil: WebJarsUtil,\n      mainInfos: MainInfos\n  ): Html =\n    views.html.main(currentUser, currentUserRights, maxWidth = false)(\n      s\"France Services\"\n    )(Nil)(\n      frag(\n        h5(cls := \"title--addline\", \"France Services\"),\n        CSRFInput,\n        div(cls := \"mdl-cell mdl-cell--12-col\", id := \"tabulator-france-services-table\"),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"france-services-download-btn-csv\",\n            href := \"#\",\n            i(cls := \"fas fa-download\"),\n            \" T\u00e9l\u00e9chargement au format CSV\"\n          )\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"france-services-download-btn-xlsx\",\n            href := \"#\",\n            i(cls := \"fas fa-download\"),\n            \" T\u00e9l\u00e9chargement au format XLSX\"\n          )\n        ),\n        div(id := \"france-services-alerts\", cls := \"mdl-cell mdl-cell--12-col\"),\n        h5(cls := \"title--addline\", \"Ajout\"),\n        div(cls := \"mdl-cell mdl-cell--12-col\", id := \"tabulator-france-services-add-table\"),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"add-france-services-new-line\",\n            href := \"#\",\n            i(cls := \"fas fa-plus\"),\n            \" Ajouter une ligne vide\"\n          )\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"add-france-services-csv\",\n            href := \"#\",\n            i(cls := \"fas fa-file\"),\n            \" Ajouter un CSV\"\n          )\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"add-france-services-download-csv\",\n            href := \"#\",\n            i(cls := \"fas fa-download\"),\n            \" T\u00e9l\u00e9charger en CSV\"\n          )\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"add-france-services-dedup\",\n            href := \"#\",\n            \"D\u00e9duplication\"\n          )\n        ),\n        div(id := \"france-services-add-alerts\", cls := \"mdl-cell mdl-cell--12-col\"),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          button(\n            id := \"add-france-services-upload\",\n            cls := \"mdl-button mdl-button--raised\",\n            i(cls := \"fas fa-upload\"),\n            \" Envoyer les ajouts\"\n          )\n        )\n      )\n    )(\n      views.helpers.head.publicScript(\"generated-js\/xlsx.full.min.js\")\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/browser\/LoginSpec.scala","text":"<gh_stars>1-10\npackage browser\n\nimport cats.syntax.all._\nimport helper.{Hash, Time, UUIDHelper}\nimport java.time.ZonedDateTime\nimport models.{Area, LoginToken, User}\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\nimport play.api.test._\nimport play.api.test.Helpers._\nimport services.{TokenService, UserService}\nimport org.specs2.specification.BeforeAfterAll\n\n@RunWith(classOf[JUnitRunner])\nclass LoginSpec extends Specification with Tables with BaseSpec with BeforeAfterAll {\n\n  val existingUser = User(\n    UUIDHelper.namedFrom(\"julien.test\"),\n    Hash.sha256(s\"julien.test\"),\n    \"FirstName\".some,\n    \"LastName\".some,\n    \"<NAME>\",\n    \"Admin A+\",\n    \"<EMAIL>\",\n    helper = true,\n    instructor = false,\n    admin = true,\n    Area.all.map(_.id),\n    ZonedDateTime.parse(\"2017-11-01T00:00+01:00\"),\n    \"75056\",\n    groupAdmin = true,\n    disabled = false,\n    internalSupportComment = None\n  )\n\n  def beforeAll(): Unit = {\n    val userService = applicationWithBrowser.injector.instanceOf[UserService]\n    val _ = userService.add(List(existingUser))\n    val _ = userService.validateCGU(existingUser.id)\n  }\n\n  def afterAll(): Unit = {\n    val userService = applicationWithBrowser.injector.instanceOf[UserService]\n    val _ = userService.deleteById(existingUser.id)\n  }\n\n  \"Login\" should {\n\n    \"Login with valid or invalid emails\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      \"email\" | \"result\" |\n        \"<EMAIL>\" + \"@beta.gouv.fr\" ! \"Consultez vos e-mails\" |\n        \"<EMAIL>\" ! \"Aucun compte actif n\u2019est associ\u00e9 \u00e0 cette adresse e-mail.\" |\n        \"<EMAIL>\" + \"@beta.g<EMAIL>\" ! \"Aucun compte actif n\u2019est associ\u00e9 \u00e0 cette adresse e-mail.\" |> {\n          (email, expected) =>\n            val loginURL =\n              controllers.routes.LoginController.login.absoluteURL(false, s\"localhost:$port\")\n            browser.goTo(loginURL)\n            browser.el(\"input[name='email']\").fill().withText(email)\n            browser.el(\"form\").submit()\n\n            eventually {\n              browser.pageSource must contain(expected)\n            }\n        }\n    }\n\n    \"Use token with success\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val tokenService = app.injector.instanceOf[TokenService]\n      val loginToken = LoginToken.forUserId(existingUser.id, 5, \"127.0.0.1\")\n\n      tokenService.create(loginToken)\n\n      val loginURL = controllers.routes.LoginController.magicLinkAntiConsumptionPage\n        .absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(s\"$loginURL?token=${loginToken.token}&path=\/\")\n\n      eventually {\n        browser.url must endWith(\n          controllers.routes.ApplicationController.myApplications.url.substring(1)\n        )\n      }\n    }\n\n    \"Use expired token without success\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val tokenService = app.injector.instanceOf[TokenService]\n      val loginToken = LoginToken\n        .forUserId(existingUser.id, 5, \"127.0.0.1\")\n        .copy(expirationDate = Time.nowParis().minusMinutes(5))\n      tokenService.create(loginToken)\n\n      val loginURL = controllers.routes.LoginController.magicLinkAntiConsumptionPage\n        .absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(s\"$loginURL?token=${loginToken.token}&path=\/\")\n\n      eventually {\n        browser.url must endWith(controllers.routes.HomeController.index.url.substring(1))\n        browser.pageSource must contain(\"Votre lien de connexion a expir\u00e9, il est valable\")\n      }\n    }\n\n    \"Use token without success\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val loginURL = controllers.routes.LoginController.magicLinkAntiConsumptionPage\n        .absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(s\"$loginURL?token=<PASSWORD>&path=\/\")\n\n      eventually {\n        browser.url must endWith(controllers.routes.LoginController.login.url.substring(1))\n        browser.pageSource must contain(\n          \"Le lien que vous avez utilis\u00e9 n'est plus valide, il a d\u00e9j\u00e0 \u00e9t\u00e9 utilis\u00e9.\"\n        )\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/serializers\/Keys.scala","text":"<reponame>sgmap\/aplus<filename>app\/serializers\/Keys.scala\npackage serializers\n\n\/** Contains string values shared everywhere, but which need to be the same across the code. eg: a\n  * name value in the view and the corresponding key in the Mapping\n  *\/\nobject Keys {\n\n  \/\/\n  \/\/ By Model\n  \/\/\n\n  object Application {\n    val areaId: String = \"areaId\"\n  }\n\n  object User {\n    val sharedAccount: String = \"sharedAccount\"\n    val sharedAccountName: String = \"name\"\n  }\n\n  object Signup {\n    val organisationId: String = \"organisationId\"\n    val areaId: String = \"areaId\"\n    val groupId: String = \"groupId\"\n  }\n\n  \/\/\n  \/\/ By Usage\n  \/\/\n\n  object Session {\n    val userId: String = \"userId\"\n    val signupId: String = \"signupId\"\n  }\n\n  \/\/ Important note: do not forget to check the `SentryFilter` whitelist\n  \/\/ .queryString .getQueryString\n  object QueryParam {\n\n    \/\/ Login\n\n    val token: String = \"token\"\n    val key: String = \"key\"\n    val path: String = \"path\"\n    val email: String = \"email\"\n\n    \/\/ Application\n\n    val areaId: String = \"areaId\"\n    val action: String = \"action\"\n    val uniquementFs: String = \"uniquement-fs\"\n\n    \/\/ Users\n\n    val vue: String = \"vue\"\n    val rows: String = \"rows\"\n    val limit: String = \"limit\"\n    val fromUserId: String = \"fromUserId\"\n    val date: String = \"date\"\n    val searchQuery: String = \"q\"\n    val searchAreaId: String = \"areaId\"\n    val searchGroupsOnly: String = \"groupsOnly\"\n\n    \/\/ Groups\n\n    val redirect: String = \"redirect\"\n    val groupId: String = \"groupId\"\n\n    \/\/ Admin\n\n    val numOfMonthsDisplayed: String = \"nombreDeMoisAffiche\"\n\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/MainInfos.scala","text":"<reponame>sgmap\/aplus\npackage views\n\nimport modules.AppConfig\n\n\/** Contains infos that we want to pass to all views. *\/\ncase class MainInfos(isDemo: Boolean, config: AppConfig)\n"}
{"repo_name":"sgmap\/aplus","path":"app\/models\/FileMetadata.scala","text":"package models\n\nimport cats.kernel.Eq\nimport cats.syntax.all._\nimport java.time.Instant\nimport java.util.UUID\n\ncase class FileMetadata(\n    id: UUID,\n    uploadDate: Instant,\n    filename: String,\n    filesize: Int,\n    status: FileMetadata.Status,\n    attached: FileMetadata.Attached,\n)\n\nobject FileMetadata {\n\n  sealed trait Status\n\n  object Status {\n\n    @SuppressWarnings(Array(\"scalafix:DisableSyntax.==\"))\n    implicit val eq: Eq[Status] = (x: Status, y: Status) => x == y\n\n    case object Scanning extends Status\n    case object Quarantined extends Status\n    case object Available extends Status\n    case object Expired extends Status\n    case object Error extends Status\n  }\n\n  sealed trait Attached {\n    def isApplication: Boolean\n    def isAnswer: Boolean\n    def answerIdOpt: Option[UUID]\n  }\n\n  object Attached {\n\n    case class Application(id: UUID) extends Attached {\n      val isApplication = true\n      val isAnswer = false\n      val answerIdOpt = none\n    }\n\n    case class Answer(applicationId: UUID, answerId: UUID) extends Attached {\n      val isApplication = false\n      val isAnswer = true\n      val answerIdOpt = answerId.some\n    }\n\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/models\/Application.scala","text":"<gh_stars>1-10\npackage models\n\nimport cats.syntax.all._\nimport cats.{Eq, Show}\nimport models.Answer.AnswerType.ApplicationProcessed\nimport models.Application.SeenByUser\nimport models.Application.Status.{Archived, New, Processed, Processing, Sent, ToArchive}\n\nimport java.time.temporal.ChronoUnit.MINUTES\nimport java.time.{Instant, ZonedDateTime}\nimport java.util.UUID\n\ncase class Application(\n    id: UUID,\n    creationDate: ZonedDateTime,\n    creatorUserName: String,\n    creatorUserId: UUID,\n    subject: String,\n    description: String,\n    \/\/ TODO: rename `userInfos` => `usagerInfos`\n    userInfos: Map[String, String],\n    invitedUsers: Map[UUID, String],\n    area: UUID,\n    irrelevant: Boolean,\n    answers: List[Answer] = List.empty[Answer],\n    internalId: Int = -1,\n    closed: Boolean = false,\n    seenByUsers: List[SeenByUser] = List.empty[SeenByUser],\n    usefulness: Option[String] = Option.empty[String],\n    closedDate: Option[ZonedDateTime] = Option.empty[ZonedDateTime],\n    expertInvited: Boolean = false,\n    hasSelectedSubject: Boolean = false,\n    category: Option[String] = Option.empty[String],\n    mandatType: Option[Application.MandatType],\n    mandatDate: Option[String],\n    invitedGroupIdsAtCreation: List[UUID],\n    personalDataWiped: Boolean = false,\n) extends AgeModel {\n\n  \/\/ Legacy case, can be removed once data has been cleaned up.\n  val isWithoutInvitedGroupIdsLegacyCase: Boolean =\n    invitedGroupIdsAtCreation.isEmpty\n\n  val invitedGroups: Set[UUID] =\n    (invitedGroupIdsAtCreation ::: answers.flatMap(_.invitedGroupIds)).toSet\n\n  val seenByUserIds = seenByUsers.map(_.userId)\n  val seenByUsersMap = seenByUsers.map { case SeenByUser(userId, date) => (userId, date) }.toMap\n\n  def newAnswersFor(userId: UUID) = {\n    val maybeSeenLastDate = seenByUsers.find(_.userId === userId).map(_.lastSeenDate)\n    maybeSeenLastDate\n      .map(seenLastDate => answers.filter(_.creationDate.toInstant.isAfter(seenLastDate)))\n      .getOrElse(answers)\n  }\n\n  lazy val searchData = {\n    val stripChars = \"\\\"<>'\"\n    val areaName: String = Area.fromId(area).map(_.name).orEmpty\n    val creatorName: String = creatorUserName.filterNot(stripChars contains _)\n    val userInfosStripped: String =\n      userInfos.values.map(_.filterNot(stripChars contains _)).mkString(\" \")\n    val subjectStripped: String = subject.filterNot(stripChars contains _)\n    val descriptionStripped: String = description.filterNot(stripChars contains _)\n    val invitedUserNames: String =\n      invitedUsers.values.map(_.filterNot(stripChars contains _)).mkString(\" \")\n    val answersStripped: String =\n      answers.map(_.message.filterNot(stripChars contains _)).mkString(\" \")\n\n    areaName + \" \" +\n      creatorName + \" \" +\n      userInfosStripped + \" \" +\n      subjectStripped + \" \" +\n      descriptionStripped + \" \" +\n      invitedUserNames + \" \" +\n      answersStripped\n  }\n\n  private def isProcessed = answers.lastOption.exists(_.answerType === ApplicationProcessed)\n  private def isCreator(userId: UUID) = userId === creatorUserId\n\n  def hasBeenDisplayedFor(userId: UUID) =\n    isCreator(userId) || seenByUserIds.contains[UUID](userId)\n\n  def longStatus(user: User): Application.Status = {\n    def answeredByOtherThan = answers.exists(_.creatorUserID =!= user.id)\n    lazy val seenByInvitedUser = seenByUserIds.intersect(invitedUsers.keys.toList).nonEmpty\n\n    closed match {\n      case true                                             => Archived\n      case false if isProcessed && isCreator(user.id)       => ToArchive\n      case false if isProcessed                             => Processed\n      case false if answeredByOtherThan | seenByInvitedUser => Processing\n      case false if isCreator(user.id)                      => Sent\n      case false                                            => New\n    }\n  }\n\n  def status: Application.Status = {\n    lazy val answeredByCreator = answers.exists(_.creatorUserID === creatorUserId)\n    lazy val viewedByAtLeastOneInvitedUser =\n      seenByUserIds.intersect(invitedUsers.keys.toList).nonEmpty\n\n    closed match {\n      case true                                                       => Archived\n      case false if isProcessed                                       => Processed\n      case false if answeredByCreator | viewedByAtLeastOneInvitedUser => Processing\n      case _                                                          => New\n    }\n  }\n\n  def invitedUsers(users: List[User]): List[User] =\n    invitedUsers.keys.flatMap(userId => users.find(_.id === userId)).toList\n\n  def creatorUserQualite(users: List[User]): Option[String] =\n    users.find(_.id === creatorUserId).map(_.qualite)\n\n  def allUserInfos = userInfos ++ answers.flatMap(_.userInfos.getOrElse(Map()))\n\n  lazy val anonymousApplication = {\n    val newUsersInfo = userInfos.map { case (key, value) => key -> s\"**$key (${value.length})**\" }\n    val newAnswers = answers.map { answer =>\n      answer.copy(\n        userInfos = answer.userInfos.map(_.map { case (key, value) =>\n          key -> s\"**$key (${value.length})**\"\n        }),\n        message = s\"** Message de ${answer.message.length} caract\u00e8res **\"\n      )\n    }\n    val result = copy(\n      userInfos = newUsersInfo,\n      description = s\"** Description de ${description.length} caract\u00e8res **\",\n      answers = newAnswers\n    )\n    if (hasSelectedSubject) {\n      result\n    } else {\n      result.copy(subject = s\"** Sujet de ${subject.length} caract\u00e8res **\")\n    }\n  }\n\n  \/\/ Security (TODO: put in Authorization)\n\n  def canHaveExpertsInvitedBy(user: User) = false\n\n  \/\/ TODO : be more open to expert invitation if it's reintroduced\n  \/\/ (user.instructor && invitedUsers.keys.toList.contains(user.id)) ||\n  \/\/  creatorUserId === user.id\n\n  def canHaveAgentsInvitedBy(user: User) =\n    (user.instructor && invitedUsers.keys.toList.contains(user.id)) ||\n      (user.expert && invitedUsers.keys.toList.contains(user.id) && !closed)\n\n  def canBeClosedBy(user: User) =\n    (user.expert && invitedUsers.keys.toList.contains(user.id)) ||\n      creatorUserId === user.id || user.admin\n\n  def canBeOpenedBy(user: User) =\n    (user.expert && invitedUsers.keys.toList.contains(user.id)) ||\n      creatorUserId === user.id || user.admin\n\n\/\/ TODO: remove\n  def haveUserInvitedOn(user: User) = invitedUsers.keys.toList.contains(user.id)\n\n  \/\/ Stats\n  lazy val estimatedClosedDate = (closedDate, closed) match {\n    case (Some(date), _) => Some(date)\n    case (_, true)       => Some(answers.lastOption.map(_.creationDate).getOrElse(creationDate))\n    case _               => None\n  }\n\n  lazy val resolutionTimeInMinutes: Option[Int] = if (closed) {\n    val lastDate = answers.lastOption.map(_.creationDate).orElse(closedDate).getOrElse(creationDate)\n    Some(MINUTES.between(creationDate, lastDate).toInt)\n  } else {\n    None\n  }\n\n  lazy val firstAgentAnswerDate = answers.find(_.id =!= creatorUserId).map(_.creationDate)\n\n  lazy val firstAnswerTimeInMinutes: Option[Int] = firstAgentAnswerDate.map { firstAnswerDate =>\n    MINUTES.between(creationDate, firstAnswerDate).toInt\n  }\n\n}\n\nobject Application {\n\n  sealed trait Status\n\n  object Status {\n\n    @SuppressWarnings(Array(\"scalafix:DisableSyntax.==\"))\n    implicit val Eq: Eq[Status] = (x: Status, y: Status) => x == y\n\n    implicit val Show = new Show[Status] {\n\n      override def show(status: Status) = status match {\n        case Archived   => \"Archiv\u00e9e\"\n        case ToArchive  => \"\u00c0 archiver\"\n        case Processed  => \"Trait\u00e9e\"\n        case Processing => \"En cours\"\n        case Sent       => \"Envoy\u00e9e\"\n        case New        => \"Nouvelle\"\n      }\n\n    }\n\n    case object Archived extends Status\n    case object ToArchive extends Status\n    case object Processed extends Status\n    case object Processing extends Status\n    case object Sent extends Status\n    case object New extends Status\n  }\n\n  final case class SeenByUser(userId: UUID, lastSeenDate: Instant)\n\n  object SeenByUser {\n    def now(userId: UUID) = SeenByUser(userId, Instant.now())\n  }\n\n  def filesAvailabilityLeftInDays(filesExpirationInDays: Int)(\n      application: Application\n  ): Option[Int] =\n    application.ageInDays.some.map(filesExpirationInDays - _).filter(_ >= 0)\n\n  sealed trait MandatType\n\n  object MandatType {\n    case object Sms extends MandatType\n    case object Phone extends MandatType\n    case object Paper extends MandatType\n\n    @SuppressWarnings(Array(\"scalafix:DisableSyntax.==\"))\n    implicit val Eq: Eq[MandatType] = (x: MandatType, y: MandatType) => x == y\n\n  }\n\n  val UserFirstNameKey = \"Pr\u00e9nom\"\n  val UserLastNameKey = \"Nom de famille\"\n  val UserBirthdayKey = \"Date de naissance\"\n  val UserSocialSecurityNumberKey = \"Num\u00e9ro de s\u00e9curit\u00e9 sociale\"\n  val UserCafNumberKey = \"Identifiant CAF\"\n  val UserAddressKey = \"Adresse postale\"\n  val UserPhoneNumberKey = \"Num\u00e9ro de t\u00e9l\u00e9phone\"\n  val UserApplicationNumberKey = \"Num\u00e9ro de dossier\"\n  val UserBirthnameKey = \"Nom de naissance\"\n\n  val optionalUserInfosKeys: List[String] = List(\n    UserSocialSecurityNumberKey,\n    UserCafNumberKey,\n    UserAddressKey,\n    UserPhoneNumberKey,\n    UserApplicationNumberKey,\n    UserBirthnameKey,\n  )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/serializers\/JsonFormats.scala","text":"package serializers\n\nimport constants.Constants\nimport helper.{StringHelper, UUIDHelper}\nimport java.util.UUID\nimport models.Error\nimport models.mandat.{Mandat, SmsMandatInitiation}\nimport play.api.libs.json.Json.JsValueWrapper\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\nimport play.api.mvc.Results.InternalServerError\n\nobject JsonFormats {\n  implicit val jsonConfiguration = JsonConfiguration(naming = JsonNaming.SnakeCase)\n\n  implicit val mapUUIDReads = new Reads[Map[UUID, String]] {\n\n    def reads(jv: JsValue): JsResult[Map[UUID, String]] =\n      JsSuccess(jv.as[Map[String, String]].map { case (k, v) =>\n        UUIDHelper.fromString(k).get -> v.asInstanceOf[String]\n      })\n\n  }\n\n  implicit val mapUUIDWrites = new Writes[Map[UUID, String]] {\n\n    def writes(map: Map[UUID, String]): JsValue =\n      Json.obj(map.map { case (s, o) =>\n        val ret: (String, JsValueWrapper) = s.toString -> JsString(o)\n        ret\n      }.toSeq: _*)\n\n  }\n\n  implicit val mapUUIDFormat = Format(mapUUIDReads, mapUUIDWrites)\n\n  \/\/\n  \/\/ Mandat\n  \/\/\n  import models.dataModels.SmsFormats._\n\n  implicit val mandatIdReads: Reads[Mandat.Id] =\n    implicitly[Reads[UUID]].map(Mandat.Id.apply)\n\n  implicit val mandatIdWrites: Writes[Mandat.Id] =\n    implicitly[Writes[UUID]].contramap((id: Mandat.Id) => id.underlying)\n\n  implicit val mandatWrites: Writes[Mandat] = Json.writes[Mandat]\n\n  private val nameValidationRegex = \"\"\"\\p{L}[\\p{L}\\p{Z}\\p{P}]{0,200}\"\"\".r\n\n  private val looseDateValidationRegex = \"\"\"[\\p{L}\\p{Z}\\p{P}\\p{N}]{1,100}\"\"\".r\n\n  private val localPhoneRegex = \"\"\"\\d{10}\"\"\".r\n\n  private val nameValidator: Reads[String] = implicitly[Reads[String]]\n    .map(StringHelper.commonStringInputNormalization)\n    .filter(JsonValidationError(\"Nom invalide\"))(nameValidationRegex.matches)\n\n  private val birthDateValidator: Reads[String] = implicitly[Reads[String]]\n    .map(StringHelper.commonStringInputNormalization)\n    .filter(JsonValidationError(\"Date de naissance invalide\"))(looseDateValidationRegex.matches)\n\n  private val phoneValidator: Reads[String] = implicitly[Reads[String]]\n    .map(StringHelper.stripSpaces)\n    .filter(JsonValidationError(\"T\u00e9l\u00e9phone invalide\"))(localPhoneRegex.matches)\n\n  \/** Normalize and validate all fields for security. *\/\n  implicit val smsMandatInitiationFormat: Format[SmsMandatInitiation] =\n    (JsPath \\ \"prenom\")\n      .format[String](nameValidator)\n      .and((JsPath \\ \"nom\").format[String](nameValidator))\n      .and((JsPath \\ \"birthDate\").format[String](birthDateValidator))\n      .and((JsPath \\ \"phoneNumber\").format[String](phoneValidator))(\n        SmsMandatInitiation.apply,\n        unlift(SmsMandatInitiation.unapply)\n      )\n\n  def mandatJsonInternalServerError(error: Error) =\n    error match {\n      case _: Error.UnexpectedServerResponse | _: Error.Timeout =>\n        InternalServerError(\n          Json.obj(\n            \"message\" -> JsString(\n              \"Un incident s\u2019est produit chez notre fournisseur de SMS. \" +\n                \"Celui-ci est temporaire mais peut durer 30 minutes, \" +\n                \"nous vous invitons \u00e0 r\u00e9essayer plus tard ou \u00e0 utiliser le mandat papier. \" +\n                s\"Si le probl\u00e8me persiste, vous pouvez contacter l\u2019\u00e9quipe A+\u00a0: ${Constants.supportEmail}.\"\n            )\n          )\n        )\n      case _: Error.EntityNotFound | _: Error.Authorization | _: Error.Authentication |\n          _: Error.RequirementFailed =>\n        InternalServerError(\n          Json.obj(\n            \"message\" -> JsString(\n              \"Une erreur est survenue sur le serveur. \" +\n                s\"Si le probl\u00e8me persiste, vous pouvez contacter l\u2019\u00e9quipe A+\u00a0: ${Constants.supportEmail}.\"\n            )\n          )\n        )\n      case _: Error.Database | _: Error.SqlException =>\n        InternalServerError(\n          Json.obj(\n            \"message\" -> JsString(\n              s\"Une erreur s\u2019est produite sur le serveur. \" +\n                \"Celle-ci semble \u00eatre temporaire. Nous vous invitons \u00e0 r\u00e9essayer plus tard ou \u00e0 utiliser le mandat papier. \" +\n                s\"Si cette erreur persiste, \" +\n                s\"vous pouvez contacter l\u2019\u00e9quipe A+\u00a0: ${Constants.supportEmail}\"\n            )\n          )\n        )\n      case _: Error.MiscException =>\n        InternalServerError(\n          Json.obj(\n            \"message\" -> JsString(\n              s\"Une erreur s\u2019est produite sur le serveur. \" +\n                \"Celle-ci semble \u00eatre temporaire. Nous vous invitons \u00e0 r\u00e9essayer plus tard ou \u00e0 utiliser le mandat papier. \" +\n                s\"Si cette erreur persiste, \" +\n                s\"vous pouvez contacter l\u2019\u00e9quipe A+\u00a0: ${Constants.supportEmail}\"\n            )\n          )\n        )\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/models\/FranceService.scala","text":"<reponame>sgmap\/aplus<gh_stars>1-10\npackage models\n\nimport java.util.UUID\n\ncase class FranceService(\n    groupId: UUID,\n    matricule: Int\n)\n"}
{"repo_name":"sgmap\/aplus","path":"app\/models\/EmailPriority.scala","text":"<reponame>sgmap\/aplus<filename>app\/models\/EmailPriority.scala\npackage models\n\nsealed trait EmailPriority\n\nobject EmailPriority {\n  case object Urgent extends EmailPriority\n  case object Normal extends EmailPriority\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/CSVImportController.scala","text":"package controllers\n\nimport java.time.ZonedDateTime\nimport java.util.UUID\n\nimport actions.LoginAction\nimport cats.syntax.all._\nimport controllers.Operators.{GroupOperators, UserOperators}\nimport helper.StringHelper._\nimport helper.Time\nimport javax.inject.Inject\nimport models.EventType.{\n  CSVImportFormError,\n  CsvImportInputEmpty,\n  ImportGroupUnauthorized,\n  ImportUserError,\n  ImportUserFormError,\n  ImportUserUnauthorized,\n  ImportUsersUnauthorized,\n  UserCreated,\n  UserGroupCreated,\n  UsersImported\n}\nimport models.formModels.{\n  inOption,\n  normalizedOptionalText,\n  normalizedText,\n  CSVRawLinesFormData,\n  CSVReviewUserFormData,\n  CSVUserFormData,\n  CSVUserGroupFormData\n}\nimport models.{Area, Organisation, User, UserGroup}\nimport modules.AppConfig\nimport org.webjars.play.WebJarsUtil\nimport play.api.data.Forms._\nimport play.api.data.validation.Constraints.{maxLength, nonEmpty}\nimport play.api.data.{Form, Mapping}\nimport play.api.mvc.{Action, AnyContent, InjectedController}\nimport serializers.{Keys, UserAndGroupCsvSerializer}\nimport serializers.UserAndGroupCsvSerializer.UserGroupBlock\nimport services.{EventService, NotificationService, UserGroupService, UserService}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class CSVImportController @Inject() (\n    config: AppConfig,\n    loginAction: LoginAction,\n    userService: UserService,\n    groupService: UserGroupService,\n    notificationsService: NotificationService,\n    eventService: EventService\n)(implicit ec: ExecutionContext, webJarsUtil: WebJarsUtil)\n    extends InjectedController\n    with play.api.i18n.I18nSupport\n    with Operators.Common\n    with UserOperators\n    with GroupOperators {\n\n  private val csvImportContentForm: Form[CSVRawLinesFormData] = Form(\n    mapping(\n      \"csv-lines\" -> nonEmptyText,\n      \"area-default-ids\" -> list(uuid),\n      \"separator\" -> char\n        .verifying(\"S\u00e9parateur incorrect\", value => value === ';' || value === ',')\n    )(CSVRawLinesFormData.apply)(CSVRawLinesFormData.unapply)\n  )\n\n  def importUsersFromCSV: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asAdmin(ImportUserUnauthorized, \"Acc\u00e8s non autoris\u00e9 pour importer les utilisateurs\") { () =>\n        Future(\n          Ok(views.html.importUsersCSV(request.currentUser, request.rights)(csvImportContentForm))\n        )\n      }\n    }\n\n  \/** Checks with the DB if Users or UserGroups already exist. *\/\n  private def augmentUserGroupInformation(\n      userGroupFormData: CSVUserGroupFormData,\n      multiGroupUserEmails: Set[String]\n  ): CSVUserGroupFormData = {\n    val userEmails = userGroupFormData.users.map(_.user.email)\n    val alreadyExistingUsers = userService.byEmails(userEmails)\n    val newUsersFormDataList = userGroupFormData.users.map { userDataForm =>\n      alreadyExistingUsers\n        .find(_.email.stripSpecialChars === userDataForm.user.email.stripSpecialChars)\n        .fold {\n          userDataForm.copy(\n            isInMoreThanOneGroup = Some(multiGroupUserEmails.contains(userDataForm.user.email))\n          )\n        } { alreadyExistingUser =>\n          userDataForm.copy(\n            user = userDataForm.user.copy(id = alreadyExistingUser.id),\n            alreadyExistingUser = Some(alreadyExistingUser),\n            alreadyExists = true\n          )\n        }\n    }\n    val withGroup = groupService\n      .groupByName(userGroupFormData.group.name)\n      .fold {\n        userGroupFormData\n      } { alreadyExistingGroup =>\n        userGroupFormData.copy(\n          group = userGroupFormData.group.copy(id = alreadyExistingGroup.id),\n          alreadyExistingGroup = Some(alreadyExistingGroup)\n        )\n      }\n    withGroup.copy(\n      users = newUsersFormDataList,\n      alreadyExistsOrAllUsersAlreadyExist = withGroup.alreadyExistingGroup.nonEmpty ||\n        newUsersFormDataList.forall(_.alreadyExists)\n    )\n  }\n\n  private def augmentUserGroupsInformation(\n      groups: List[CSVUserGroupFormData]\n  ): List[CSVUserGroupFormData] = {\n    val multiGroupUserEmails = groups\n      .filterNot(_.doNotInsert)\n      .flatMap(group => group.users.map(user => (group.group.id, user.user.email)))\n      .groupBy { case (_, userEmail) => userEmail }\n      .collect { case (userEmail, groups) if groups.size > 1 => userEmail }\n      .toSet\n    groups.map(group => augmentUserGroupInformation(group, multiGroupUserEmails))\n  }\n\n  \/\/ This function was written to wrap legacy code. Signature should be more or less OK.\n  private def csvImportDataToReviewFormData(\n      groups: List[UserGroupBlock]\n  ): List[CSVUserGroupFormData] = {\n    val tmpGroups = groups.map(group =>\n      CSVUserGroupFormData(\n        group = UserGroup(\n          id = UUID.randomUUID(),\n          name = group.group.name,\n          description = group.group.description,\n          inseeCode = Nil,\n          creationDate = Time.nowParis(),\n          areaIds = group.group.areaIds,\n          organisation = group.group.organisation,\n          email = group.group.email,\n          publicNote = None,\n          internalSupportComment = None\n        ),\n        users = group.users.map(user =>\n          CSVUserFormData(\n            user = CSVReviewUserFormData(\n              id = UUID.randomUUID(),\n              firstName = user.userData.firstName,\n              lastName = user.userData.lastName,\n              name = user.userData.name,\n              email = user.userData.email,\n              instructor = user.userData.instructor,\n              groupAdmin = user.userData.groupAdmin,\n              phoneNumber = user.userData.phoneNumber\n            ),\n            line = user.line,\n            alreadyExists = false,\n            alreadyExistingUser = None,\n            isInMoreThanOneGroup = None\n          )\n        ),\n        alreadyExistsOrAllUsersAlreadyExist = false,\n        doNotInsert = false,\n        alreadyExistingGroup = None\n      )\n    )\n    augmentUserGroupsInformation(tmpGroups)\n  }\n\n  private val userImportMapping: Mapping[CSVReviewUserFormData] =\n    mapping(\n      \"id\" -> uuid,\n      \"firstName\" -> normalizedOptionalText.verifying(inOption(maxLength(100))),\n      \"lastName\" -> normalizedOptionalText.verifying(inOption(maxLength(100))),\n      \"name\" -> normalizedText.verifying(maxLength(500)),\n      \"email\" -> email.verifying(maxLength(200), nonEmpty),\n      \"instructor\" -> boolean,\n      \"groupAdmin\" -> boolean,\n      \"phoneNumber\" -> normalizedOptionalText\n    )(CSVReviewUserFormData.apply)(CSVReviewUserFormData.unapply)\n\n  private def groupImportMapping(date: ZonedDateTime): Mapping[UserGroup] =\n    mapping(\n      \"id\" -> optional(uuid).transform[UUID](\n        {\n          case None     => UUID.randomUUID()\n          case Some(id) => id\n        },\n        Option.apply\n      ),\n      \"name\" -> normalizedText.verifying(maxLength(UserGroup.nameMaxLength)),\n      \"description\" -> normalizedOptionalText,\n      \"insee-code\" -> list(text),\n      \"creationDate\" -> ignored(date),\n      \"area-ids\" -> list(uuid)\n        .verifying(\"Vous devez s\u00e9lectionner au moins 1 territoire\", _.nonEmpty),\n      \"organisation\" -> optional(of[Organisation.Id]).verifying(\n        \"Vous devez s\u00e9lectionner une organisation dans la liste\",\n        _.exists(Organisation.isValidId)\n      ),\n      \"email\" -> optional(email),\n      \"publicNote\" -> ignored(Option.empty[String]),\n      \"internalSupportComment\" -> ignored(Option.empty[String])\n    )(UserGroup.apply)(UserGroup.unapply)\n\n  private def importUsersAfterReviewForm(date: ZonedDateTime): Form[List[CSVUserGroupFormData]] =\n    Form(\n      single(\n        \"groups\" -> list(\n          mapping(\n            \"group\" -> groupImportMapping(date),\n            \"users\" -> list(\n              mapping(\n                \"user\" -> userImportMapping,\n                \"line\" -> number,\n                \"alreadyExists\" -> boolean,\n                \"alreadyExistingUser\" -> ignored(Option.empty[User]),\n                \"isInMoreThanOneGroup\" -> optional(boolean)\n              )(CSVUserFormData.apply)(CSVUserFormData.unapply)\n            ),\n            \"alreadyExistsOrAllUsersAlreadyExist\" -> boolean,\n            \"doNotInsert\" -> boolean,\n            \"alreadyExistingGroup\" -> ignored(Option.empty[UserGroup])\n          )(CSVUserGroupFormData.apply)(CSVUserGroupFormData.unapply)\n        )\n      )\n    )\n\n  \/** Action that reads the CSV file (CSV file was copy-paste in a web form) and display possible\n    * errors.\n    *\/\n  def importUsersReview: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asAdmin(\n        ImportGroupUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 pour importer les utilisateurs\"\n      ) { () =>\n        csvImportContentForm\n          .bindFromRequest()\n          .fold(\n            { csvImportContentFormWithError =>\n              eventService.log(\n                CsvImportInputEmpty,\n                \"Le champ d'import de CSV est vide ou le s\u00e9parateur n'est pas d\u00e9fini\"\n              )\n              Future(\n                BadRequest(\n                  views.html.importUsersCSV(request.currentUser, request.rights)(\n                    csvImportContentFormWithError\n                  )\n                )\n              )\n            },\n            { csvImportData =>\n              val defaultAreas = csvImportData.areaIds.flatMap(Area.fromId)\n              UserAndGroupCsvSerializer\n                .csvLinesToUserGroupData(csvImportData.separator, defaultAreas)(\n                  csvImportData.csvLines\n                )\n                .fold(\n                  { error: String =>\n                    val csvImportContentFormWithError =\n                      csvImportContentForm.fill(csvImportData).withGlobalError(error)\n                    eventService\n                      .log(CSVImportFormError, \"Erreur de formulaire Importation\")\n                    Future(\n                      BadRequest(\n                        views.html.importUsersCSV(request.currentUser, request.rights)(\n                          csvImportContentFormWithError\n                        )\n                      )\n                    )\n                  },\n                  {\n                    case (\n                          userNotImported: List[String],\n                          userGroupDataForm: List[UserGroupBlock]\n                        ) =>\n                      val augmentedUserGroupInformation: List[CSVUserGroupFormData] =\n                        csvImportDataToReviewFormData(userGroupDataForm)\n\n                      val currentDate = Time.nowParis()\n                      val formWithData = importUsersAfterReviewForm(currentDate)\n                        .fillAndValidate(augmentedUserGroupInformation)\n\n                      val formWithError = if (userNotImported.nonEmpty) {\n                        formWithData.withGlobalError(\n                          \"Certaines lignes du CSV n'ont pas pu \u00eatre import\u00e9\",\n                          userNotImported: _*\n                        )\n                      } else {\n                        formWithData\n                      }\n                      Future(\n                        Ok(\n                          views.html\n                            .reviewUsersImport(request.currentUser, request.rights)(formWithError)\n                        )\n                      )\n                  }\n                )\n            }\n          )\n      }\n    }\n\n  private def toInsertableUser(\n      userData: CSVUserFormData,\n      groupData: CSVUserGroupFormData\n  ): Option[User] =\n    if (groupData.doNotInsert || userData.alreadyExistingUser.nonEmpty) {\n      None\n    } else {\n      val groupId = groupData.group.id\n      val areaIds = groupData.group.areaIds\n\n      Some(\n        User(\n          id = UUID.randomUUID(),\n          key = \"\",\n          firstName = userData.user.firstName,\n          lastName = userData.user.lastName,\n          name = userData.user.name,\n          qualite = \"\",\n          email = userData.user.email,\n          helper = true,\n          instructor = userData.user.instructor,\n          admin = false,\n          areas = areaIds,\n          creationDate = Time.nowParis(),\n          communeCode = \"0\",\n          groupAdmin = userData.user.groupAdmin,\n          disabled = false,\n          expert = false,\n          groupIds = groupId :: Nil,\n          cguAcceptationDate = None,\n          newsletterAcceptationDate = None,\n          phoneNumber = userData.user.phoneNumber,\n          observableOrganisationIds = Nil,\n          sharedAccount = userData.user.name.nonEmpty,\n          internalSupportComment = None\n        )\n      )\n    }\n\n  \/** Import the reviewed CSV. *\/\n  def importUsersAfterReview: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asAdmin(\n        ImportUsersUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 pour importer les utilisateurs\"\n      ) { () =>\n        val currentDate = Time.nowParis()\n        importUsersAfterReviewForm(currentDate)\n          .bindFromRequest()\n          .fold(\n            { importUsersAfterReviewFormWithError =>\n              eventService.log(ImportUserFormError, \"Erreur de formulaire de review\")\n              Future(\n                BadRequest(\n                  views.html.reviewUsersImport(request.currentUser, request.rights)(\n                    importUsersAfterReviewFormWithError\n                  )\n                )\n              )\n            },\n            { userGroupDataForm: List[CSVUserGroupFormData] =>\n              val augmentedUserGroupInformation: List[CSVUserGroupFormData] =\n                augmentUserGroupsInformation(userGroupDataForm)\n\n              val groupsToInsert = augmentedUserGroupInformation\n                .filterNot(_.doNotInsert)\n                .filterNot(_.alreadyExistsOrAllUsersAlreadyExist)\n                .filter(_.alreadyExistingGroup.isEmpty)\n                .map(_.group)\n              groupService\n                .add(groupsToInsert)\n                .fold(\n                  { error: String =>\n                    eventService.log(\n                      ImportUserError,\n                      \"Impossible d'importer les groupes\",\n                      s\"Erreur '$error'\".some\n                    )\n                    val message = s\"Impossible d'importer les groupes : $error\"\n                    val formWithError = importUsersAfterReviewForm(currentDate)\n                      .fill(augmentedUserGroupInformation)\n                      .withGlobalError(message)\n                    Future(\n                      InternalServerError(\n                        views.html\n                          .reviewUsersImport(request.currentUser, request.rights)(formWithError)\n                      )\n                    )\n                  },\n                  { _ =>\n                    groupsToInsert.foreach { userGroup =>\n                      eventService.log(\n                        UserGroupCreated,\n                        \"Groupe ajout\u00e9\",\n                        s\"Groupe ${userGroup.toLogString}\".some\n                      )\n                    }\n                    val usersToInsert: List[User] = augmentedUserGroupInformation\n                      .flatMap(group => group.users.flatMap(user => toInsertableUser(user, group)))\n                      .groupBy(_.email)\n                      .map { case (_, entitiesWithSameEmail) =>\n                        \/\/ Note: users appear in the same order as given in the import\n                        \/\/ Safe due to groupBy\n                        val repr: User = entitiesWithSameEmail.head\n                        val groupIds: List[UUID] = entitiesWithSameEmail.flatMap(_.groupIds)\n                        val areas: List[UUID] = entitiesWithSameEmail.flatMap(_.areas).distinct\n                        repr.copy(\n                          areas = areas,\n                          groupIds = groupIds\n                        )\n                      }\n                      .toList\n\n                    userService\n                      .add(usersToInsert)\n                      .fold(\n                        { error: String =>\n                          eventService.log(\n                            ImportUserError,\n                            \"Impossible d'importer les utilisateurs\",\n                            s\"Erreur '$error'\".some\n                          )\n                          val message = s\"Impossible d'importer les utilisateurs : $error\"\n                          val formWithError = importUsersAfterReviewForm(currentDate)\n                            .fill(augmentedUserGroupInformation)\n                            .withGlobalError(message)\n                          Future(\n                            InternalServerError(\n                              views.html\n                                .reviewUsersImport(request.currentUser, request.rights)(\n                                  formWithError\n                                )\n                            )\n                          )\n                        },\n                        { _ =>\n                          usersToInsert.foreach { user =>\n                            notificationsService.newUser(user)\n                            eventService.log(\n                              UserCreated,\n                              \"Utilisateur ajout\u00e9\",\n                              s\"Utilisateur ${user.toLogString}\".some,\n                              involvesUser = Some(user.id)\n                            )\n                          }\n                          eventService\n                            .log(UsersImported, \"Utilisateurs ajout\u00e9s par l'importation\")\n                          Future(\n                            Redirect(routes.UserController.all(Area.allArea.id))\n                              .flashing(\"success\" -> \"Utilisateurs import\u00e9s.\")\n                          )\n                        }\n                      )\n                  }\n                )\n            }\n          )\n      }\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/services\/FileService.scala","text":"<reponame>sgmap\/aplus\npackage services\n\nimport akka.Done\nimport akka.stream.scaladsl._\nimport anorm._\nimport aplus.macros.Macros\nimport cats.syntax.all._\nimport cats.data.EitherT\nimport helper.StringHelper.normalizeNFKC\nimport java.nio.file.{Files, Path, Paths}\nimport java.time.{Instant, ZonedDateTime}\nimport java.util.UUID\nimport javax.inject.{Inject, Singleton}\nimport models.{Error, EventType, FileMetadata, User}\nimport models.dataModels.FileMetadataRow\nimport modules.AppConfig\nimport net.scalytica.clammyscan.streams.{ClamError, ClamIO, FileOk, VirusFound}\nimport play.api.mvc.Request\nimport play.api.libs.concurrent.{ActorSystemProvider, MaterializerProvider}\nimport play.api.db.Database\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Success, Try}\n\n@Singleton\nclass FileService @Inject() (\n    config: AppConfig,\n    db: Database,\n    eventService: EventService,\n    materializer: MaterializerProvider,\n    notificationsService: NotificationService,\n    system: ActorSystemProvider\n)(implicit ec: ExecutionContext) {\n  implicit val actorSystem = system.get\n\n  val clamIo = ClamIO(\n    config.clamAvHost,\n    config.clamAvPort,\n    config.clamAvTimeout,\n    \/\/ maxBytes = 10M\n    10000000\n  )\n\n  \/\/ Play is supposed to give us temporary files here\n  def saveFiles(\n      pathsWithFilenames: List[(Path, String)],\n      document: FileMetadata.Attached,\n      uploader: User\n  )(implicit\n      request: Request[_]\n  ): Future[Either[Error, List[FileMetadata]]] = {\n    val result: EitherT[Future, Error, List[(Path, FileMetadata)]] = pathsWithFilenames.traverse {\n      case (path, filename) =>\n        val metadata = FileMetadata(\n          id = UUID.randomUUID(),\n          uploadDate = Instant.now(),\n          filename = normalizeNFKC(filename),\n          filesize = path.toFile.length().toInt,\n          status = FileMetadata.Status.Scanning,\n          attached = document,\n        )\n        EitherT(insertMetadata(metadata)).map(_ => (path, metadata))\n    }\n\n    \/\/ Scan in background, only on success, and sequentially\n    result.value.foreach {\n      case Right(metadataList) =>\n        scanFilesBackground(metadataList, uploader)\n      case _ =>\n    }\n\n    result.map(_.map { case (_, metadata) => metadata }).value\n  }\n\n  def fileMetadata(fileId: UUID): Future[Either[Error, Option[(Path, FileMetadata)]]] =\n    byId(fileId).map(\n      _.map(_.map(metadata => (Paths.get(s\"${config.filesPath}\/$fileId\"), metadata)))\n    )\n\n  private def scanFilesBackground(metadataList: List[(Path, FileMetadata)], uploader: User)(implicit\n      request: Request[_]\n  ): Future[Done] =\n    \/\/ sequential => parallelism = 1\n    Source\n      .fromIterator(() => metadataList.iterator)\n      .mapAsync(1) { case (path, metadata) =>\n        val sink = clamIo.scan(metadata.id.toString)\n        val scanResult: Future[Either[Error, Unit]] =\n          if (config.clamAvIsEnabled)\n            FileIO\n              .fromPath(path)\n              .toMat(sink)(Keep.right)\n              .run()\n              .flatMap { clamResult =>\n                val status = clamResult match {\n                  case FileOk =>\n                    eventService.logSystem(\n                      EventType.FileAvailable,\n                      s\"Aucun virus d\u00e9tect\u00e9 par ClamAV dans le fichier ${metadata.id}\"\n                    )\n                    val fileDestination = Paths.get(s\"${config.filesPath}\/${metadata.id}\")\n                    Files.copy(path, fileDestination)\n                    Files.deleteIfExists(path)\n                    FileMetadata.Status.Available\n                  case VirusFound(message) =>\n                    eventService.logSystem(\n                      EventType.FileQuarantined,\n                      s\"Signature de virus d\u00e9tect\u00e9e par ClamAV dans le fichier ${metadata.id}: \" +\n                        message\n                    )\n                    Files.deleteIfExists(path)\n                    FileMetadata.Status.Quarantined\n                  case error: ClamError =>\n                    eventService.logSystem(\n                      EventType.FileScanError,\n                      s\"Erreur de ClamAV pour le fichier ${metadata.id}: ${error.message}\"\n                    )\n                    Files.deleteIfExists(path)\n                    FileMetadata.Status.Error\n                }\n                notificationsService.fileUploadStatus(metadata.attached, status, uploader)\n                updateStatus(metadata.id, status)\n              }\n          else {\n            eventService.logSystem(\n              EventType.FileAvailable,\n              s\"Le fichier ${metadata.id} est disponible. ClamAV est d\u00e9sactiv\u00e9. \" +\n                \"Aucun scan n'a \u00e9t\u00e9 effectu\u00e9\"\n            )\n            val fileDestination = Paths.get(s\"${config.filesPath}\/${metadata.id}\")\n            Files.copy(path, fileDestination)\n            Files.deleteIfExists(path)\n            updateStatus(metadata.id, FileMetadata.Status.Available)\n          }\n\n        scanResult\n          .map {\n            case Right(_) => ()\n            case Left(error) =>\n              eventService.logErrorNoUser(error)\n              Files.deleteIfExists(path)\n              val status = FileMetadata.Status.Error\n              updateStatus(metadata.id, status)\n                .foreach(_.left.foreach(e => eventService.logErrorNoUser(e)))\n          }\n          .recover { case error =>\n            eventService.logSystem(\n              EventType.FileScanError,\n              s\"Erreur lors de la recherche de virus dans le fichier ${metadata.id}\",\n              underlyingException = Some(error)\n            )\n            Files.deleteIfExists(path)\n            val status = FileMetadata.Status.Error\n            updateStatus(metadata.id, status)\n              .foreach(_.left.foreach(e => eventService.logErrorNoUser(e)))\n            notificationsService.fileUploadStatus(metadata.attached, status, uploader)\n          }\n      }\n      .run()\n      .recover { case error =>\n        eventService.logSystem(\n          EventType.FileScanError,\n          s\"Erreur impr\u00e9vue (bug) durant la recherche de virus dans les fichiers \" +\n            metadataList.map { case (_, metadata) => metadata.id },\n          underlyingException = Some(error)\n        )\n        Done\n      }\n\n  private val (fileMetadataRowParser, tableFields) = Macros.parserWithFields[FileMetadataRow](\n    \"id\",\n    \"upload_date\",\n    \"filename\",\n    \"filesize\",\n    \"status\",\n    \"application_id\",\n    \"answer_id\"\n  )\n\n  private val fieldsInSelect: String = tableFields.mkString(\", \")\n\n  private def byId(fileId: UUID): Future[Either[Error, Option[FileMetadata]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          SQL(s\"\"\"SELECT $fieldsInSelect FROM file_metadata WHERE id = {fileId}::uuid\"\"\")\n            .on(\"fileId\" -> fileId)\n            .as(fileMetadataRowParser.singleOpt)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de chercher la metadata de fichier $fileId\",\n            e,\n            none\n          )\n        )\n        .flatMap {\n          case None => none.asRight\n          case Some(row) =>\n            row.toFileMetadata match {\n              case None =>\n                Error\n                  .Database(\n                    EventType.FileMetadataError,\n                    s\"Ligne invalide en BDD pour la metadata de fichier ${row.id} [\" +\n                      s\"upload_date ${row.uploadDate}\" +\n                      s\"filesize ${row.filesize}\" +\n                      s\"status ${row.status}\" +\n                      s\"application_id ${row.applicationId}\" +\n                      s\"answer_id ${row.answerId}\" +\n                      \"]\",\n                    none\n                  )\n                  .asLeft\n              case Some(metadata) => metadata.some.asRight\n            }\n        }\n    )\n\n  def byApplicationId(applicationId: UUID): Future[Either[Error, List[FileMetadata]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          SQL(\n            s\"\"\"SELECT $fieldsInSelect FROM file_metadata WHERE application_id = {applicationId}::uuid\"\"\"\n          )\n            .on(\"applicationId\" -> applicationId)\n            .as(fileMetadataRowParser.*)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de chercher les fichiers de la demande $applicationId\",\n            e,\n            none\n          )\n        )\n        .map(_.flatMap(_.toFileMetadata))\n    )\n\n  def byAnswerId(answerId: UUID): Future[Either[Error, List[FileMetadata]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          SQL(s\"\"\"SELECT $fieldsInSelect FROM file_metadata WHERE answer_id = {answerId}::uuid\"\"\")\n            .on(\"answerId\" -> answerId)\n            .as(fileMetadataRowParser.*)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de chercher les fichiers de la r\u00e9ponse $answerId\",\n            e,\n            none\n          )\n        )\n        .map(_.flatMap(_.toFileMetadata))\n    )\n\n  def deleteBefore(beforeDate: Instant): Future[Unit] = {\n    def logException(exception: Throwable) =\n      eventService.logNoRequest(\n        EventType.FileDeletionError,\n        s\"Erreur lors de la suppression d'un fichier\",\n        underlyingException = exception.some\n      )\n\n    before(beforeDate)\n      .map(\n        _.fold(\n          e => eventService.logErrorNoRequest(e),\n          files => {\n            Source\n              .fromIterator(() => files.iterator)\n              .mapAsync(1) { metadata =>\n                val path = Paths.get(s\"${config.filesPath}\/${metadata.id}\")\n                Files.deleteIfExists(path)\n                updateStatus(metadata.id, FileMetadata.Status.Expired)\n                  .map(_.fold(e => eventService.logErrorNoRequest(e), identity))\n              }\n              .recover(logException _)\n              .runWith(Sink.ignore)\n              .foreach(_ =>\n                eventService.logNoRequest(\n                  EventType.FilesDeletion,\n                  s\"Fin de la suppression des fichiers avant $beforeDate\"\n                )\n              )\n          },\n        )\n      )\n      .recover { case error =>\n        logException(error)\n      }\n  }\n\n  def wipeFilenames(retentionInMonths: Long): Future[Either[Error, Int]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val before = ZonedDateTime.now().minusMonths(retentionInMonths)\n          SQL(s\"\"\"UPDATE file_metadata\n                  SET filename = 'fichier-non-existant'\n                  WHERE upload_date < {before}\n                  AND filename != 'fichier-non-existant'\"\"\")\n            .on(\"before\" -> before)\n            .executeUpdate()\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de supprimer les noms de fichiers\",\n            e,\n            none\n          )\n        )\n    )\n\n  private def before(beforeDate: Instant): Future[Either[Error, List[FileMetadata]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          SQL(s\"\"\"SELECT $fieldsInSelect FROM file_metadata WHERE upload_date < {beforeDate}\"\"\")\n            .on(\"beforeDate\" -> beforeDate)\n            .as(fileMetadataRowParser.*)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de chercher les fichiers de avant $beforeDate\",\n            e,\n            none\n          )\n        )\n        .map(_.flatMap(_.toFileMetadata))\n    )\n\n  private def insertMetadata(metadata: FileMetadata): Future[Either[Error, Unit]] =\n    Future(\n      Try {\n        val row = FileMetadataRow.fromFileMetadata(metadata)\n        db.withConnection { implicit connection =>\n          SQL\"\"\"\n            INSERT INTO file_metadata (\n              id,\n              upload_date,\n              filename,\n              filesize,\n              status,\n              application_id,\n              answer_id\n            ) VALUES (\n              ${row.id}::uuid,\n              ${row.uploadDate},\n              ${row.filename},\n              ${row.filesize},\n              ${row.status},\n              ${row.applicationId}::uuid,\n              ${row.answerId}::uuid\n            )\"\"\".executeUpdate()\n        }\n      }.toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible d'enregistrer la metadata de fichier ${metadata.id} \" +\n              s\"[document ${metadata.attached} ; \" +\n              s\"taille ${metadata.filesize} ; status ${metadata.status}]\",\n            e,\n            none\n          )\n        )\n        .flatMap { numOfRows =>\n          if (numOfRows === 1) ().asRight\n          else\n            Error\n              .Database(\n                EventType.FileMetadataError,\n                s\"Nombre incorrect de lignes ($numOfRows) lors de l'ajout \" +\n                  s\"de la pr\u00e9inscription de la metadata de fichier ${metadata.id} \" +\n                  s\"[document ${metadata.attached} ; \" +\n                  s\"taille ${metadata.filesize} ; status ${metadata.status}]\",\n                none\n              )\n              .asLeft\n        }\n    )\n\n  private def updateStatus(id: UUID, status: FileMetadata.Status): Future[Either[Error, Unit]] =\n    Future(\n      Try {\n        val rawStatus = FileMetadataRow.statusFromFileMetadata(status)\n        db.withConnection { implicit connection =>\n          SQL\"\"\"\n            UPDATE file_metadata\n            SET status = $rawStatus\n            WHERE id = $id::uuid\n            \"\"\".executeUpdate()\n        }\n      }.toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FileMetadataError,\n            s\"Impossible de mettre le status $status sur la metadata de fichier $id\",\n            e,\n            none\n          )\n        )\n        .flatMap { numOfRows =>\n          if (numOfRows === 1) ().asRight\n          else\n            Error\n              .Database(\n                EventType.FileMetadataError,\n                s\"Nombre incorrect de lignes modifi\u00e9es ($numOfRows) \" +\n                  s\"lors de la mise \u00e0 jour du status $status de la metadata $id\",\n                none\n              )\n              .asLeft\n        }\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/helper\/MiscHelpersSpec.scala","text":"package helper\n\nimport cats.data.NonEmptyList\nimport cats.syntax.all._\nimport helper.MiscHelpers.chooseByFrequency\nimport org.junit.runner.RunWith\nimport org.specs2.mutable.Specification\nimport org.specs2.runner.JUnitRunner\nimport scala.math.abs\n\n@RunWith(classOf[JUnitRunner])\nclass MiscHelpersSpec extends Specification {\n\n  \"chooseByFrequency should\" >> {\n    \"pick elements with probability equal to their weight \/ sum(weights)\" >> {\n      val elements = NonEmptyList.of(\n        (1.0, \"el1\"),\n        (3.0, \"el2\")\n      )\n      val el1Probability = 0.25\n      val el2Probability = 0.75\n      val sampleSize = 1000000\n\n      val pickabunch =\n        Iterator.continually(chooseByFrequency(elements)).take(sampleSize).toVector\n      val el1Frequency = pickabunch.count(_ === \"el1\").toDouble \/ sampleSize.toDouble\n      val el2Frequency = pickabunch.count(_ === \"el2\").toDouble \/ sampleSize.toDouble\n\n      val el1FreqAlmostProb = abs(el1Probability - el1Frequency) < 0.01\n      val el2FreqAlmostProb = abs(el2Probability - el2Frequency) < 0.01\n\n      el1FreqAlmostProb must beTrue\n      el2FreqAlmostProb must beTrue\n    }\n\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/models\/AuthorizationSpec.scala","text":"<filename>test\/models\/AuthorizationSpec.scala\npackage models\n\nimport models.Answer.AnswerType\nimport models.Application.{MandatType, SeenByUser}\nimport models.Authorization.UserRight.{Helper, InstructorOfGroups}\nimport models.Authorization.UserRights\nimport org.junit.runner.RunWith\nimport org.specs2.mutable.Specification\nimport org.specs2.runner.JUnitRunner\n\nimport java.time.ZonedDateTime\nimport java.time.ZonedDateTime.now\nimport java.util.UUID\nimport java.util.UUID.randomUUID\n\n@RunWith(classOf[JUnitRunner])\nclass AuthorizationSpec extends Specification {\n\n  private def createAnswer(applicationId: UUID, date: ZonedDateTime) = Answer(\n    UUID.randomUUID(),\n    applicationId,\n    date,\n    AnswerType.Custom,\n    \"\",\n    UUID.randomUUID(),\n    \"\",\n    Map.empty[UUID, String],\n    visibleByHelpers = true,\n    declareApplicationHasIrrelevant = true,\n    Option.empty[Map[String, String]],\n    invitedGroupIds = List.empty[UUID]\n  )\n\n  \"Authorization FileCanBeShowed should returns\" >> {\n    \"for an helper\" >> {\n      \"for an application file\" >> {\n\n        \"true for a not expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(Helper))\n          val fileExpirationDate = 10\n          val overrun: Long = -3\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now().minusDays(fileExpirationDate + overrun),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = userId,\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beTrue\n        }\n\n        \"false for an expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(Helper))\n          val fileExpirationDate = 10\n          val overrun: Long = 10\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now().minusDays(fileExpirationDate + overrun),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = userId,\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n\n        \"false if i'm not the creator\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(Helper))\n          val fileExpirationDate = 10\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n      }\n\n      \"for an answer file\" >> {\n\n        \"true for a not expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(Helper))\n          val fileExpirationDate = 10\n          val overrun: Long = -3\n\n          val answer = createAnswer(applicationId, now().minusDays(fileExpirationDate + overrun))\n\n          val application = Application(\n            id = applicationId,\n            answers = List(answer),\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = userId,\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Answer(application.id, answer.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beTrue\n        }\n\n        \"false for an expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(Helper))\n          val fileExpirationDate = 10\n          val overrun: Long = 2\n\n          val answer = createAnswer(applicationId, now().minusDays(fileExpirationDate + overrun))\n\n          val application = Application(\n            id = applicationId,\n            answers = List(answer),\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = userId,\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Answer(application.id, answer.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n\n      }\n\n    }\n\n    \"for an instructor\" >> {\n      \"for an application file\" >> {\n\n        \"true for a not expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(InstructorOfGroups(Set.empty[UUID])))\n          val fileExpirationDate = 10\n          val overrun: Long = -3\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now().minusDays(fileExpirationDate + overrun),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map(userId -> \"\"),\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beTrue\n        }\n\n        \"false for an expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(InstructorOfGroups(Set.empty[UUID])))\n          val fileExpirationDate = 10\n          val overrun: Long = 10\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now().minusDays(fileExpirationDate + overrun),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map(userId -> \"\"),\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n\n        \"false if i'm not invited on the application\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(InstructorOfGroups(Set.empty[UUID])))\n          val fileExpirationDate = 10\n\n          val answers = List.empty[Answer]\n\n          val application = Application(\n            id = applicationId,\n            answers = answers,\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map.empty[UUID, String],\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Application(application.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n      }\n\n      \"for an answer file\" >> {\n\n        \"true for a not expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(InstructorOfGroups(Set.empty[UUID])))\n          val fileExpirationDate = 10\n          val overrun: Long = -3\n\n          val answer = createAnswer(applicationId, now().minusDays(fileExpirationDate + overrun))\n\n          val application = Application(\n            id = applicationId,\n            answers = List(answer),\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map(userId -> \"\"),\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Answer(application.id, answer.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beTrue\n        }\n\n        \"false for an expired date\" >> {\n          val applicationId = randomUUID()\n          val userId = randomUUID()\n          val rights = UserRights(Set(InstructorOfGroups(Set.empty[UUID])))\n          val fileExpirationDate = 10\n          val overrun: Long = 2\n\n          val answer = createAnswer(applicationId, now().minusDays(fileExpirationDate + overrun))\n\n          val application = Application(\n            id = applicationId,\n            answers = List(answer),\n            seenByUsers = List.empty[SeenByUser],\n            creationDate = now(),\n            creatorUserName = \"Mathieu\",\n            creatorUserId = UUID.randomUUID(),\n            subject = \"Sujet\",\n            description = \"Description\",\n            userInfos = Map.empty[String, String],\n            invitedUsers = Map(userId -> \"\"),\n            area = randomUUID(),\n            irrelevant = false,\n            mandatType = Option.empty[MandatType],\n            mandatDate = Option.empty[String],\n            invitedGroupIdsAtCreation = List.empty[UUID]\n          )\n\n          val metadata = FileMetadata.Attached.Answer(application.id, answer.id)\n          Authorization.fileCanBeShowed(fileExpirationDate)(metadata, application)(\n            userId,\n            rights\n          ) should beFalse\n        }\n\n      }\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/AreaController.scala","text":"package controllers\n\nimport actions.LoginAction\nimport cats.syntax.all._\nimport constants.Constants\nimport controllers.Operators.UserOperators\nimport javax.inject.{Inject, Singleton}\nimport models.EventType.{\n  AllAreaUnauthorized,\n  AreaChanged,\n  ChangeAreaUnauthorized,\n  DeploymentDashboardUnauthorized\n}\nimport models._\nimport modules.AppConfig\nimport org.webjars.play.WebJarsUtil\nimport play.api.mvc.InjectedController\nimport scala.concurrent.{ExecutionContext, Future}\nimport serializers.Keys\nimport services.{EventService, UserGroupService, UserService}\n\n@Singleton\ncase class AreaController @Inject() (\n    config: AppConfig,\n    loginAction: LoginAction,\n    eventService: EventService,\n    userService: UserService,\n    userGroupService: UserGroupService,\n)(implicit ec: ExecutionContext, val webJarsUtil: WebJarsUtil)\n    extends InjectedController\n    with Operators.Common\n    with UserOperators {\n\n  def all =\n    loginAction.async { implicit request =>\n      if (!request.currentUser.admin && !request.currentUser.groupAdmin) {\n        eventService.log(\n          AllAreaUnauthorized,\n          \"Acc\u00e8s non autoris\u00e9 pour voir la page des territoires\"\n        )\n        Future(Unauthorized(\"Vous n'avez pas le droit de faire \u00e7a\"))\n      } else {\n        val userGroupsFuture: Future[List[UserGroup]] = if (request.currentUser.admin) {\n          userGroupService.byAreas(request.currentUser.areas)\n        } else {\n          Future(userGroupService.byIds(request.currentUser.groupIds))\n        }\n        userGroupsFuture.map { userGroups =>\n          Ok(views.html.allArea(request.currentUser, request.rights)(Area.all, userGroups))\n        }\n      }\n    }\n\n  def deploymentDashboard =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        DeploymentDashboardUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 au dashboard de d\u00e9ploiement\"\n      ) { () =>\n        Future.successful(Ok(views.html.deploymentDashboard(request.currentUser, request.rights)))\n      }\n    }\n\n  def franceServiceDeploymentDashboard =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        DeploymentDashboardUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 au dashboard de d\u00e9ploiement\"\n      ) { () =>\n        Future.successful(\n          Ok(views.html.franceServiceDeploymentDashboard(request.currentUser, request.rights))\n        )\n      }\n    }\n\n  def franceServices =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        DeploymentDashboardUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 aux France Services\"\n      ) { () =>\n        Future.successful(\n          Ok(views.franceServices.page(request.currentUser, request.rights))\n        )\n      }\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/application.scala","text":"<reponame>sgmap\/aplus\npackage views\n\nimport cats.syntax.all._\nimport controllers.routes.{ApplicationController, Assets}\nimport helpers.forms.CSRFInput\nimport java.util.UUID\nimport models.{Answer, Application, Area, Authorization, FileMetadata, User, UserGroup}\nimport modules.AppConfig\nimport org.webjars.play.WebJarsUtil\nimport play.api.mvc.RequestHeader\nimport scalatags.Text.all._\nimport serializers.Keys\n\nobject application {\n\n  def applicationFilesLinks(\n      files: List[FileMetadata],\n      application: Application,\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      config: AppConfig,\n  ): Frag = {\n    val daysRemaining =\n      Application.filesAvailabilityLeftInDays(config.filesExpirationInDays)(application)\n    frag(\n      files\n        .filter(_.attached.isApplication)\n        .map(file =>\n          fileLink(\n            Authorization.fileCanBeShowed(config.filesExpirationInDays)(file.attached, application)(\n              currentUser.id,\n              currentUserRights\n            ),\n            file,\n            daysRemaining,\n            application.creatorUserName,\n            \"\",\n            file.status,\n            config\n          )\n        )\n    )\n  }\n\n  def answerFilesLinks(\n      files: List[FileMetadata],\n      answer: Answer,\n      application: Application,\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      config: AppConfig,\n  ): Frag = {\n    val daysRemaining = Answer.filesAvailabilityLeftInDays(config.filesExpirationInDays)(answer)\n    frag(\n      files\n        .filter(_.attached.answerIdOpt === answer.id.some)\n        .map(file =>\n          fileLink(\n            Authorization.fileCanBeShowed(config.filesExpirationInDays)(file.attached, application)(\n              currentUser.id,\n              currentUserRights\n            ),\n            file,\n            daysRemaining,\n            answer.creatorUserName,\n            \"mdl-cell mdl-cell--12-col typography--text-align-center\",\n            file.status,\n            config\n          )\n        )\n    )\n  }\n\n  def fileLink(\n      isAuthorized: Boolean,\n      metadata: FileMetadata,\n      daysRemaining: Option[Int],\n      uploaderName: String,\n      additionalClasses: String,\n      status: FileMetadata.Status,\n      config: AppConfig,\n  ): Tag = {\n    import FileMetadata.Status._\n    val link: Frag =\n      if (isAuthorized) {\n        if (status === Available)\n          frag(\n            \"le fichier \",\n            a(href := ApplicationController.file(metadata.id).url, metadata.filename)\n          )\n        else\n          s\"le fichier ${metadata.filename}\"\n      } else\n        \"un fichier\"\n\n    val statusMessage: Frag = status match {\n      case Available =>\n        daysRemaining match {\n          case None                   => \"Fichier expir\u00e9 et supprim\u00e9\"\n          case Some(expirationInDays) => s\"Suppression du fichier dans $expirationInDays jours\"\n        }\n      case Scanning    => \"Scan par un antivirus en cours\"\n      case Quarantined => \"Fichier supprim\u00e9 par l\u2019antivirus\"\n      case Expired     => \"Fichier expir\u00e9 et supprim\u00e9\"\n      case Error =>\n        \"Une erreur est survenue lors de l\u2019envoi du fichier, celui-ci n\u2019est pas disponible\"\n    }\n    div(\n      cls := \"vertical-align--middle mdl-color-text--black single--font-size-14px single--font-weight-600 single--margin-top-8px\" + additionalClasses,\n      i(cls := \"icon material-icons icon--light\", \"attach_file\"),\n      s\" $uploaderName a ajout\u00e9 \",\n      link,\n      \" ( \",\n      statusMessage,\n      \" ) \"\n    )\n  }\n\n  def closeApplicationModal(\n      applicationId: UUID\n  )(implicit request: RequestHeader): Tag =\n    tag(\"dialog\")(\n      cls := \"mdl-dialog\",\n      id := \"dialog-terminate\",\n      h4(\n        cls := \"mdl-dialog__title\",\n        \"Est-ce que la r\u00e9ponse vous semble utile pour l'usager\u00a0?\"\n      ),\n      form(\n        action := ApplicationController.terminate(applicationId).path,\n        method := ApplicationController.terminate(applicationId).method,\n        CSRFInput,\n        div(\n          cls := \"mdl-dialog__content\",\n          div(\n            cls := \"inputs--row\",\n            input(\n              id := \"yes\",\n              cls := \"input--sweet\",\n              `type` := \"radio\",\n              name := \"usefulness\",\n              value := \"Oui\"\n            ),\n            label(\n              `for` := \"yes\",\n              img(\n                cls := \"input__icon\",\n                src := Assets.versioned(\"images\/twemoji\/1f600.svg\").url,\n                \"Oui\"\n              )\n            ),\n            input(\n              id := \"neutral\",\n              cls := \"input--sweet\",\n              `type` := \"radio\",\n              name := \"usefulness\",\n              value := \"Je ne sais pas\"\n            ),\n            label(\n              `for` := \"neutral\",\n              img(\n                cls := \"input__icon\",\n                src := Assets.versioned(\"images\/twemoji\/1f610.svg\").url\n              ),\n              span(style := \"width: 100%\", \"Je ne sais pas\")\n            ),\n            input(\n              id := \"no\",\n              cls := \"input--sweet\",\n              `type` := \"radio\",\n              name := \"usefulness\",\n              value := \"Non\"\n            ),\n            label(\n              `for` := \"no\",\n              img(\n                cls := \"input__icon\",\n                src := Assets.versioned(\"images\/twemoji\/1f61e.svg\").url,\n                \"Non\"\n              ),\n            )\n          ),\n          br,\n          b(\"Vous devez s\u00e9lectionner une r\u00e9ponse pour archiver la demande.\")\n        ),\n        div(\n          cls := \"mdl-dialog__actions\",\n          button(\n            id := \"close-dialog-quit\",\n            `type` := \"button\",\n            cls := \"mdl-button mdl-button--raised\",\n            \"Quitter\"\n          ),\n          button(\n            id := \"close-dialog-terminate\",\n            `type` := \"submit\",\n            disabled := \"disabled\",\n            cls := \"mdl-button mdl-button--raised mdl-button--colored\",\n            \"Archiver\"\n          )\n        )\n      )\n    )\n\n  def reopenButton(applicationId: UUID)(implicit request: RequestHeader): Tag =\n    div(\n      cls := \"mdl-cell mdl-cell--3-col mdl-cell--9-offset-desktop mdl-cell--12-col-phone\",\n      form(\n        action := ApplicationController.reopen(applicationId).path,\n        method := ApplicationController.reopen(applicationId).method,\n        CSRFInput,\n        button(\n          cls := \"mdl-button mdl-button--raised mdl-button--primary mdl-js-button do-not-print single--width-100pc\",\n          \"R\u00e9ouvrir l\u2019\u00e9change\"\n        )\n      )\n    )\n\n  def inviteForm(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      groupsWithUsersThatCanBeInvited: List[(UserGroup, List[User])],\n      groupsThatCanBeInvited: List[UserGroup],\n      application: Application,\n      selectedArea: Area\n  )(implicit request: RequestHeader): Tag =\n    form(\n      action := ApplicationController.invite(application.id).path,\n      method := ApplicationController.invite(application.id).method,\n      cls := \"mdl-cell mdl-cell--12-col mdl-grid aplus-protected-form\",\n      input(\n        `type` := \"hidden\",\n        name := Keys.Application.areaId,\n        readonly := true,\n        value := selectedArea.id.toString\n      ),\n      div(\n        \"Territoire concern\u00e9\u00a0: \",\n        views.helpers\n          .changeAreaSelect(selectedArea, Area.all, ApplicationController.show(application.id))\n      ),\n      views.helpers.forms.CSRFInput,\n      groupsWithUsersThatCanBeInvited.nonEmpty.some\n        .filter(identity)\n        .map(_ =>\n          fieldset(\n            cls := \"mdl-cell mdl-cell--12-col mdl-grid\",\n            legend(\n              cls := \"single--padding-top-16px single--padding-bottom-16px mdl-typography--title\",\n              \"Inviter une autre personne sur la discussion\"\n            ),\n            table(\n              cls := \"mdl-data-table mdl-js-data-table mdl-cell mdl-cell--12-col\",\n              style := \"border: none;\",\n              thead(\n                tr(\n                  th(cls := \"mdl-data-table__cell--non-numeric\"),\n                  th(cls := \"mdl-data-table__cell--non-numeric\", \"Structure\"),\n                  th(cls := \"mdl-data-table__cell--non-numeric\", \"Nom\"),\n                  th(cls := \"mdl-data-table__cell--non-numeric\", \"Qualit\u00e9\")\n                )\n              ),\n              tbody(\n                groupsWithUsersThatCanBeInvited.sortBy { case (group, _) => group.name }.flatMap {\n                  case (group, users) =>\n                    users\n                      .sortBy(_.name)\n                      .map(user =>\n                        tr(\n                          td(\n                            label(\n                              cls := \"mdl-checkbox mdl-js-checkbox mdl-js-ripple-effect mdl-js-ripple-effect--ignore-events\",\n                              input(\n                                `type` := \"checkbox\",\n                                cls := \"mdl-checkbox__input\",\n                                name := \"users[]\",\n                                value := user.id.toString\n                              ),\n                            )\n                          ),\n                          td(\n                            cls := \"mdl-data-table__cell--non-numeric\",\n                            group.name\n                          ),\n                          td(\n                            cls := \"mdl-data-table__cell--non-numeric\",\n                            user.name\n                          ),\n                          td(\n                            cls := \"mdl-data-table__cell--non-numeric\",\n                            user.qualite\n                          )\n                        )\n                      )\n                }\n              )\n            )\n          )\n        ),\n      groupsThatCanBeInvited.nonEmpty.some\n        .filter(identity)\n        .map(_ => views.helpers.applications.inviteTargetGroups(groupsThatCanBeInvited)),\n      div(\n        cls := \"mdl-textfield mdl-js-textfield mdl-textfield--floating-label mdl-cell mdl-cell--12-col\",\n        textarea(\n          cls := \"mdl-textfield__input\",\n          `type` := \"text\",\n          rows := \"5\",\n          id := \"agents-invitation-message\",\n          style := \"width: 100%;\",\n          name := \"message\"\n        ),\n        label(\n          cls := \"mdl-textfield__label\",\n          `for` := \"agents-invitation-message\",\n          i(cls := \"material-icons\", style := \"vertical-align: middle;\", \"message\"),\n          \" Laisser ici un message pour l\u2019invitation...\"\n        )\n      ),\n      (currentUser.instructor || currentUser.expert).some\n        .filter(identity)\n        .map(_ =>\n          frag(\n            div(\n              id := \"private-invitation\",\n              label(\n                cls := \"mdl-checkbox mdl-js-checkbox mdl-js-ripple-effect mdl-js-ripple-effect--ignore-events vertical-align--middle\",\n                input(\n                  `type` := \"checkbox\",\n                  cls := \"mdl-checkbox__input\",\n                  name := \"privateToHelpers\",\n                  value := \"true\"\n                ),\n                span(cls := \"mdl-checkbox__label\"),\n                \"Restreindre le message d\u2019invitation aux Agents Administration+ \",\n                i(cls := \"icon material-icons icon--light\", \"info\")\n              )\n            ),\n            div(\n              cls := \"mdl-tooltip\",\n              `for` := \"private-invitation\",\n              \"Le message d\u2019invitation ne sera pas visible par l\u2019aidant.\"\n            )\n          )\n        ),\n      br,\n      button(\n        id := \"application-complete\",\n        cls := \"mdl-button mdl-js-button mdl-button--raised mdl-button--colored mdl-cell mdl-cell--12-col\",\n        \"Inviter\"\n      )\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/GroupController.scala","text":"package controllers\n\nimport java.time.{ZoneId, ZonedDateTime}\nimport java.util.UUID\n\nimport actions.{LoginAction, RequestWithUserData}\nimport cats.syntax.all._\nimport constants.Constants\nimport Operators._\nimport helper.PlayFormHelper.formErrorsLog\nimport javax.inject.{Inject, Singleton}\nimport models.{Area, Authorization, Error, EventType, Organisation, User, UserGroup}\nimport models.formModels.{normalizedOptionalText, normalizedText, AddUserToGroupFormData}\nimport org.webjars.play.WebJarsUtil\nimport play.api.data.Form\nimport play.api.data.Forms.{email, ignored, list, mapping, of, optional, text, uuid}\nimport play.api.data.validation.Constraints.maxLength\nimport play.api.i18n.I18nSupport\nimport play.api.mvc.{Action, AnyContent, Call, InjectedController, RequestHeader, Result}\nimport play.libs.ws.WSClient\nimport services._\nimport helper.BooleanHelper.not\nimport helper.Time\nimport helper.StringHelper.commonStringInputNormalization\nimport models.EventType.{\n  AddGroupUnauthorized,\n  AddUserGroupError,\n  AddUserToGroupUnauthorized,\n  EditGroupShowed,\n  EditGroupUnauthorized,\n  EditUserGroupError,\n  GroupDeletionUnauthorized,\n  UserGroupCreated,\n  UserGroupDeleted,\n  UserGroupDeletionUnauthorized,\n  UserGroupEdited\n}\nimport modules.AppConfig\nimport scala.concurrent.{ExecutionContext, Future}\nimport serializers.Keys\n\n@Singleton\ncase class GroupController @Inject() (\n    config: AppConfig,\n    applicationService: ApplicationService,\n    loginAction: LoginAction,\n    groupService: UserGroupService,\n    eventService: EventService,\n    ws: WSClient,\n    userService: UserService\n)(implicit ec: ExecutionContext, webJarsUtil: WebJarsUtil)\n    extends InjectedController\n    with I18nSupport\n    with Operators.Common\n    with GroupOperators\n    with UserOperators {\n\n  private val groupPageRedirectValue: String = \"groupPage\"\n\n  private def groupModificationOriginPage(implicit request: RequestHeader): (Boolean, Call) =\n    (\n      request.getQueryString(Keys.QueryParam.redirect),\n      request.getQueryString(Keys.QueryParam.groupId)\n    ) match {\n      case (Some(`groupPageRedirectValue`), Some(groupId)) =>\n        (true, routes.GroupController.editGroup(UUID.fromString(groupId)))\n      case _ =>\n        (false, routes.GroupController.showEditMyGroups)\n    }\n\n  def addToGroup(groupId: UUID) =\n    addOrRemoveUserAction(groupId) { implicit request =>\n      val (originIsGroupPage, redirectPage) = groupModificationOriginPage\n      AddUserToGroupFormData.form\n        .bindFromRequest()\n        .fold(\n          err => {\n            val message = \"L\u2019adresse email n'est pas correcte\"\n            eventService.log(EventType.AddUserToGroupBadUserInput, message)\n            if (originIsGroupPage) withGroup(groupId)(group => editGroupPage(group, err))\n            else editMyGroupsPage(request.currentUser, request.rights, err)\n          },\n          data =>\n            userService\n              .byEmailFuture(data.email, includeDisabled = true)\n              .zip(userService.byGroupIdsFuture(List(groupId), includeDisabled = true))\n              .flatMap {\n                case (None, _) =>\n                  eventService.log(\n                    EventType.AddUserToGroupBadUserInput,\n                    s\"Tentative d'ajout d'un utilisateur inexistant au groupe $groupId\",\n                    s\"Email '${data.email}'\".some\n                  )\n                  Future.successful(\n                    Redirect(redirectPage)\n                      .flashing(\n                        \"error\" -> (\"Le compte n\u2019existe pas dans Administration+. \" +\n                          \"Celui-ci peut \u00eatre cr\u00e9\u00e9 par un responsable identifiable dans la liste ci-dessous.\")\n                      )\n                  )\n                case (Some(userToAdd), usersInGroup)\n                    if usersInGroup.map(_.id).contains[UUID](userToAdd.id) =>\n                  eventService.log(\n                    EventType.AddUserToGroupBadUserInput,\n                    s\"Tentative d'ajout de l'utilisateur ${userToAdd.id} d\u00e9j\u00e0 pr\u00e9sent au groupe $groupId\",\n                    involvesUser = userToAdd.id.some\n                  )\n                  Future.successful(\n                    Redirect(redirectPage)\n                      .flashing(\"error\" -> \"L\u2019utilisateur est d\u00e9j\u00e0 pr\u00e9sent dans le groupe\")\n                  )\n                case (Some(userToAdd), _) =>\n                  userService\n                    .addToGroup(userToAdd.id, groupId)\n                    .map { _ =>\n                      eventService.log(\n                        EventType.UserGroupEdited,\n                        s\"Utilisateur ${userToAdd.id} ajout\u00e9 au groupe $groupId\",\n                        involvesUser = userToAdd.id.some\n                      )\n                      Redirect(redirectPage)\n                        .flashing(\"success\" -> \"L\u2019utilisateur a \u00e9t\u00e9 ajout\u00e9 au groupe\")\n                    }\n              }\n        )\n    }\n\n  def enableUser(userId: UUID) =\n    loginAction.async { implicit request =>\n      val (_, redirectPage) = groupModificationOriginPage\n      withUser(\n        userId,\n        includeDisabled = true,\n        errorMessage = s\"L'utilisateur $userId n'existe pas et ne peut pas \u00eatre r\u00e9activ\u00e9\".some,\n        errorResult = Redirect(redirectPage)\n          .flashing(\n            \"error\" -> (\"L\u2019utilisateur n\u2019existe pas dans Administration+. \" +\n              \"S\u2019il s\u2019agit d\u2019une erreur, vous pouvez contacter le support.\")\n          )\n          .some\n      ) { otherUser =>\n        asUserWithAuthorization(Authorization.canEnableOtherUser(otherUser))(\n          EventType.EditUserUnauthorized,\n          s\"L'utilisateur n'est pas autoris\u00e9 \u00e0 r\u00e9activer l'utilisateur $userId\"\n        ) { () =>\n          userService\n            .enable(userId)\n            .map(\n              _.fold(\n                error => {\n                  eventService.logError(error)\n                  Redirect(redirectPage).flashing(\"error\" -> Constants.error500FlashMessage)\n                },\n                _ => {\n                  eventService.log(\n                    EventType.UserEdited,\n                    s\"Utilisateur $userId r\u00e9activ\u00e9\",\n                    involvesUser = userId.some\n                  )\n                  Redirect(redirectPage)\n                    .flashing(\"success\" -> \"L\u2019utilisateur a bien \u00e9t\u00e9 r\u00e9activ\u00e9.\")\n                }\n              )\n            )\n        }\n      }\n    }\n\n  def removeFromGroup(userId: UUID, groupId: UUID) =\n    addOrRemoveUserAction(groupId) { implicit request =>\n      val (_, redirectPage) = groupModificationOriginPage\n      withUser(\n        userId,\n        includeDisabled = true,\n        errorMessage = s\"L'utilisateur $userId n'existe pas et ne peut pas \u00eatre d\u00e9sactiv\u00e9\".some,\n        errorResult = Redirect(redirectPage)\n          .flashing(\n            \"error\" -> (\"L\u2019utilisateur n\u2019existe pas dans Administration+. \" +\n              \"S\u2019il s\u2019agit d\u2019une erreur, vous pouvez contacter le support.\")\n          )\n          .some\n      ) { otherUser =>\n        val result: Future[Either[Error, Result]] =\n          if (otherUser.groupIds.toSet.size <= 1) {\n            userService\n              .disable(userId)\n              .map(_.map { _ =>\n                eventService.log(\n                  EventType.UserEdited,\n                  s\"Utilisateur $userId d\u00e9sactiv\u00e9\",\n                  involvesUser = userId.some\n                )\n                Redirect(redirectPage).flashing(\"success\" -> \"L\u2019utilisateur a bien \u00e9t\u00e9 d\u00e9sactiv\u00e9.\")\n              })\n          } else {\n            userService\n              .removeFromGroup(userId, groupId)\n              .map(_.map { _ =>\n                eventService.log(\n                  EventType.UserGroupEdited,\n                  s\"Utilisateur $userId retir\u00e9 du groupe $groupId\",\n                  involvesUser = userId.some\n                )\n                Redirect(redirectPage)\n                  .flashing(\"success\" -> \"L\u2019utilisateur a bien \u00e9t\u00e9 retir\u00e9 du groupe.\")\n              })\n          }\n        result.map(\n          _.fold(\n            error => {\n              eventService.logError(error)\n              Redirect(redirectPage).flashing(\"error\" -> Constants.error500FlashMessage)\n            },\n            identity\n          )\n        )\n      }\n    }\n\n  def showEditMyGroups: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      editMyGroupsPage(request.currentUser, request.rights, AddUserToGroupFormData.form)\n    }\n\n  def showEditMyGroupsAs(otherUserId: UUID): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      withUser(otherUserId) { otherUser: User =>\n        asUserWithAuthorization(Authorization.canSeeOtherUserNonPrivateViews(otherUser))(\n          EventType.MasqueradeUnauthorized,\n          s\"Acc\u00e8s non autoris\u00e9 pour voir la page mes groupes de $otherUserId\",\n          errorInvolvesUser = Some(otherUser.id)\n        ) { () =>\n          LoginAction.readUserRights(otherUser).flatMap { userRights =>\n            editMyGroupsPage(otherUser, userRights, AddUserToGroupFormData.form)\n          }\n        }\n      }\n    }\n\n  def deleteUnusedGroupById(groupId: UUID): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      withGroup(groupId) { group: UserGroup =>\n        asAdminOfGroupZone(group)(\n          GroupDeletionUnauthorized,\n          s\"Droits insuffisants pour la suppression du groupe $groupId\"\n        ) { () =>\n          val empty = groupService.isGroupEmpty(group.id)\n          if (not(empty)) {\n            eventService.log(\n              UserGroupDeletionUnauthorized,\n              s\"Tentative de suppression d'un groupe utilis\u00e9 ($groupId)\"\n            )\n            Future(Unauthorized(\"Le groupe est utilis\u00e9.\"))\n          } else {\n            groupService.deleteById(groupId)\n            eventService.log(\n              UserGroupDeleted,\n              \"Groupe supprim\u00e9\",\n              s\"Groupe ${group.toLogString}\".some\n            )\n            Future(\n              Redirect(\n                routes.UserController.all(group.areaIds.headOption.getOrElse(Area.allArea.id)),\n                303\n              )\n            )\n          }\n        }\n      }\n    }\n\n  def editGroup(id: UUID): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      withGroup(id) { group: UserGroup =>\n        asUserWithAuthorization(Authorization.canEditGroup(group))(\n          EditGroupUnauthorized,\n          s\"Tentative d'acc\u00e8s non autoris\u00e9 \u00e0 l'edition du groupe ${group.id}\",\n          Unauthorized(\"Vous ne pouvez pas \u00e9diter ce groupe : \u00eates-vous dans la bonne zone ?\").some\n        ) { () =>\n          editGroupPage(group, AddUserToGroupFormData.form)\n        }\n      }\n    }\n\n  def addGroup: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asAdmin(AddGroupUnauthorized, s\"Acc\u00e8s non autoris\u00e9 pour ajouter un groupe\") { () =>\n        addGroupForm(Time.timeZoneParis)\n          .bindFromRequest()\n          .fold(\n            formWithErrors => {\n              eventService\n                .log(\n                  AddUserGroupError,\n                  s\"Essai d'ajout d'un groupe avec des erreurs de validation (${formErrorsLog(formWithErrors)})\"\n                )\n              Future(\n                Redirect(routes.UserController.home).flashing(\n                  \"error\" -> s\"Impossible d'ajouter le groupe : ${formWithErrors.errors.map(_.format).mkString(\", \")}\"\n                )\n              )\n            },\n            group =>\n              groupService\n                .add(group)\n                .fold(\n                  { error: String =>\n                    eventService\n                      .log(\n                        AddUserGroupError,\n                        \"Impossible d'ajouter le groupe dans la BDD\",\n                        s\"Groupe ${group.toLogString} Erreur '$error'\".some\n                      )\n                    Future(\n                      Redirect(routes.UserController.home)\n                        .flashing(\"error\" -> s\"Impossible d'ajouter le groupe : $error\")\n                    )\n                  },\n                  { _ =>\n                    eventService.log(\n                      UserGroupCreated,\n                      s\"Groupe ${group.id} ajout\u00e9 par l'utilisateur d'id ${request.currentUser.id}\",\n                      s\"Groupe ${group.toLogString}\".some\n                    )\n                    Future(\n                      Redirect(routes.GroupController.editGroup(group.id))\n                        .flashing(\"success\" -> \"Groupe ajout\u00e9\")\n                    )\n                  }\n                )\n          )\n      }\n    }\n\n  def editGroupPost(groupId: UUID): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      withGroup(groupId) { currentGroup: UserGroup =>\n        asUserWithAuthorization(Authorization.canEditGroup(currentGroup))(\n          EditGroupUnauthorized,\n          s\"Tentative d'\u00e9dition non autoris\u00e9e du groupe ${currentGroup.id}\",\n          Unauthorized(\"Vous ne pouvez pas \u00e9diter ce groupe : \u00eates-vous dans la bonne zone ?\").some\n        ) { () =>\n          addGroupForm(Time.timeZoneParis)\n            .bindFromRequest()\n            .fold(\n              formWithErrors => {\n                eventService.log(\n                  EditUserGroupError,\n                  s\"Tentative d'edition du groupe ${currentGroup.id} avec des erreurs de validation (${formErrorsLog(formWithErrors)})\"\n                )\n                Future(\n                  Redirect(routes.GroupController.editGroup(groupId)).flashing(\n                    \"error\" -> s\"Impossible de modifier le groupe (erreur de formulaire) : ${formWithErrors.errors.map(_.format).mkString(\", \")}\"\n                  )\n                )\n              },\n              group => {\n                val newGroup = group.copy(id = groupId)\n                if (groupService.edit(newGroup)) {\n                  eventService.log(\n                    UserGroupEdited,\n                    s\"Groupe $groupId \u00e9dit\u00e9\",\n                    s\"Groupe ${currentGroup.toDiffLogString(newGroup)}\".some\n                  )\n                  Future(\n                    Redirect(routes.GroupController.editGroup(groupId))\n                      .flashing(\"success\" -> \"Groupe modifi\u00e9\")\n                  )\n                } else {\n                  eventService\n                    .log(\n                      EditUserGroupError,\n                      s\"Impossible de modifier le groupe $groupId dans la BDD\",\n                      s\"Groupe ${currentGroup.toDiffLogString(newGroup)}\".some\n                    )\n                  Future(\n                    Redirect(routes.GroupController.editGroup(groupId))\n                      .flashing(\n                        \"error\" -> \"Impossible de modifier le groupe: erreur en base de donn\u00e9e\"\n                      )\n                  )\n                }\n              }\n            )\n        }\n      }\n    }\n\n  private def addOrRemoveUserAction(\n      groupId: UUID\n  )(inner: RequestWithUserData[_] => Future[Result]): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.canAddOrRemoveOtherUser(groupId))(\n        EventType.EditGroupUnauthorized,\n        s\"L'utilisateur n'est pas autoris\u00e9 \u00e0 \u00e9diter le groupe $groupId\",\n        Redirect(routes.GroupController.showEditMyGroups)\n          .flashing(\"error\" -> \"Vous n\u2019avez pas le droit de modifier ce groupe\")\n          .some\n      )(() => inner(request))\n    }\n\n  private def adminLastActivity(ids: List[UUID], rights: Authorization.UserRights) =\n    if (Authorization.isAdmin(rights))\n      eventService.lastActivity(ids)\n    else\n      Future.successful(Nil.asRight)\n\n  private def editMyGroupsPage(\n      user: User,\n      rights: Authorization.UserRights,\n      addUserForm: Form[AddUserToGroupFormData]\n  )(implicit request: RequestWithUserData[_]): Future[Result] =\n    for {\n      groups <- groupService.byIdsFuture(user.groupIds)\n      users <- userService.byGroupIdsFuture(groups.map(_.id), includeDisabled = true)\n      applications <- applicationService.allForUserIds(users.map(_.id), none)\n      lastActivityResult <- adminLastActivity(users.map(_.id), rights)\n    } yield {\n      lastActivityResult.fold(\n        error => {\n          eventService.logError(error)\n          InternalServerError(Constants.genericError500Message)\n        },\n        lastActivity => {\n          eventService.log(EventType.EditMyGroupShowed, \"Visualise la modification de ses groupes\")\n          Ok(\n            views.editMyGroups\n              .page(\n                user,\n                rights,\n                addUserForm,\n                groups,\n                users,\n                applications,\n                lastActivity.toMap,\n                identity\n              )\n          )\n        }\n      )\n    }\n\n  private def editGroupPage(group: UserGroup, addUserForm: Form[AddUserToGroupFormData])(implicit\n      request: RequestWithUserData[_]\n  ): Future[Result] = {\n    val groupUsers = userService.byGroupIds(List(group.id), includeDisabled = true)\n    eventService.log(EditGroupShowed, s\"Visualise la vue de modification du groupe\")\n    val isEmpty = groupService.isGroupEmpty(group.id)\n    val lastActivityFuture = adminLastActivity(groupUsers.map(_.id), request.rights)\n    applicationService\n      .allForUserIds(groupUsers.map(_.id), none)\n      .zip(lastActivityFuture)\n      .map { case (applications, lastActivityResult) =>\n        lastActivityResult.fold(\n          error => {\n            eventService.logError(error)\n            InternalServerError(Constants.genericError500Message)\n          },\n          lastActivity =>\n            Ok(\n              views.html.editGroup(request.currentUser, request.rights)(\n                group,\n                groupUsers,\n                isEmpty,\n                applications,\n                lastActivity.toMap,\n                addUserForm,\n                url =>\n                  (url + \"?\" +\n                    Keys.QueryParam.redirect + \"=\" + groupPageRedirectValue + \"&\" +\n                    Keys.QueryParam.groupId + \"=\" + group.id.toString)\n              )\n            )\n        )\n      }\n  }\n\n  private def addGroupForm[A](timeZone: ZoneId)(implicit request: RequestWithUserData[A]) =\n    Form(\n      mapping(\n        \"id\" -> ignored(UUID.randomUUID()),\n        \"name\" -> normalizedText.verifying(maxLength(UserGroup.nameMaxLength)),\n        \"description\" -> normalizedOptionalText,\n        \"insee-code\" -> list(text),\n        \"creationDate\" -> ignored(ZonedDateTime.now(timeZone)),\n        \"area-ids\" -> list(uuid)\n          .verifying(\n            \"Vous devez s\u00e9lectionner les territoires sur lequel vous \u00eates admin\",\n            areaIds => areaIds.forall(request.currentUser.areas.contains[UUID])\n          )\n          .verifying(\"Vous devez s\u00e9lectionner au moins 1 territoire\", _.nonEmpty),\n        \"organisation\" -> optional(of[Organisation.Id]),\n        \"email\" -> optional(email),\n        \"publicNote\" -> normalizedOptionalText,\n        \"internalSupportComment\" -> normalizedOptionalText\n      )(UserGroup.apply)(UserGroup.unapply)\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/services\/NotificationService.scala","text":"<filename>app\/services\/NotificationService.scala\npackage services\n\nimport akka.stream.scaladsl.{Sink, Source}\nimport akka.stream.{ActorAttributes, Materializer, Supervision}\nimport cats.syntax.all._\nimport constants.Constants\nimport controllers.routes\nimport helper.EmailHelper.quoteEmailPhrase\nimport java.time.ZoneId\nimport java.util.UUID\nimport javax.inject.{Inject, Singleton}\nimport models._\nimport models.mandat.Mandat\nimport play.api.libs.concurrent.MaterializerProvider\nimport play.api.libs.mailer.Email\nimport play.api.mvc.Request\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.Try\nimport views.emails.{common, WeeklyEmailInfos}\n\n@Singleton\nclass NotificationService @Inject() (\n    applicationService: ApplicationService,\n    configuration: play.api.Configuration,\n    emailsService: EmailsService,\n    eventService: EventService,\n    groupService: UserGroupService,\n    materializerProvider: MaterializerProvider,\n    userService: UserService\n)(implicit executionContext: ExecutionContext) {\n\n  implicit val materializer: Materializer = materializerProvider.get\n\n  private lazy val tokenExpirationInMinutes =\n    configuration.get[Int](\"app.tokenExpirationInMinutes\")\n\n  private val daySinceLastAgentAnswerForApplicationsThatShouldBeClosed = 10\n\n  private val maxNumberOfWeeklyEmails: Long =\n    configuration.get[Long](\"app.weeklyEmailsMaxNumber\")\n\n  private val host: String = {\n    def readHerokuAppNameOrThrow: String =\n      configuration.get[Option[String]](\"app.herokuAppName\") match {\n        case None =>\n          throw new Exception(\n            \"Impossible de lire l'une des variables APP_HOST ou HEROKU_APP_NAME\"\n          )\n        case Some(herokuAppName) => s\"$herokuAppName.herokuapp.com\"\n      }\n    configuration.get[Option[String]](\"app.host\") match {\n      case None => readHerokuAppNameOrThrow\n      \/\/ Temporary check, remove when APP_HOST is not mandatory on Heroku\n      case Some(appHost) if appHost.contains(\"invalid\") => readHerokuAppNameOrThrow\n      case Some(appHost)                                => appHost\n    }\n  }\n\n  private val https = configuration.underlying.getString(\"app.https\") === \"true\"\n\n  private val from: String = configuration\n    .getOptional[String](\"app.emailsFrom\")\n    .getOrElse(s\"Administration+ <${Constants.supportEmail}>\")\n\n  private val replyTo = List(s\"Administration+ <${Constants.supportEmail}>\")\n\n  def newApplication(application: Application): Unit = {\n    val userIds = (application.invitedUsers).keys\n    val users = userService.byIds(userIds.toList)\n    val groups = groupService\n      .byIds(application.invitedGroupIdsAtCreation)\n      .filter(_.email.nonEmpty)\n\n    users\n      .map(generateInvitationEmail(application))\n      .foreach(email => emailsService.sendBlocking(email, EmailPriority.Normal))\n\n    groups\n      .map(generateNotificationBALEmail(application, None, users))\n      .foreach(email => emailsService.sendBlocking(email, EmailPriority.Normal))\n  }\n\n  \/\/ Note: application does not contain answer at this point\n  def newAnswer(application: Application, answer: Answer) = {\n    \/\/ Retrieve data\n    val userIds = (application.invitedUsers ++ answer.invitedUsers).keys\n    val users = userService.byIds(userIds.toList)\n    val (allGroups, alreadyPresentGroupIds): (List[UserGroup], Set[UUID]) =\n      \/\/ This legacy case can be removed once data has been fixed\n      if (application.isWithoutInvitedGroupIdsLegacyCase) {\n        (\n          groupService\n            .byIds(users.flatMap(_.groupIds))\n            .filter(_.email.nonEmpty)\n            .filter(_.areaIds.contains(application.area)),\n          users.filter(user => application.invitedUsers.contains(user.id)).flatMap(_.groupIds).toSet\n        )\n      } else {\n        val allGroupIds = application.invitedGroups.union(answer.invitedGroupIds.toSet)\n        (\n          groupService\n            .byIds(allGroupIds.toList)\n            .filter(_.email.nonEmpty),\n          application.invitedGroups\n        )\n      }\n\n    \/\/ Send emails to users\n    users\n      .flatMap { user =>\n        if (user.id === answer.creatorUserID) {\n          None\n        } else if (answer.invitedUsers.contains(user.id)) {\n          Some(generateInvitationEmail(application, Some(answer))(user))\n        } else {\n          Some(generateAnswerEmail(application, answer)(user))\n        }\n      }\n      .foreach(email => emailsService.sendBlocking(email, EmailPriority.Normal))\n\n    \/\/ Send emails to groups\n    allGroups\n      .collect {\n        case group if alreadyPresentGroupIds.contains(group.id) =>\n          generateNotificationBALEmail(application, answer.some, users)(group)\n        case group if !alreadyPresentGroupIds.contains(group.id) =>\n          generateNotificationBALEmail(application, Option.empty[Answer], users)(group)\n      }\n      .foreach(email => emailsService.sendBlocking(email, EmailPriority.Normal))\n\n    if (answer.visibleByHelpers && answer.creatorUserID =!= application.creatorUserId) {\n      userService\n        .byId(application.creatorUserId)\n        .map(generateAnswerEmail(application, answer))\n        .foreach(email => emailsService.sendBlocking(email, EmailPriority.Normal))\n    }\n  }\n\n  def newUser(newUser: User): Option[String] =\n    emailsService.sendBlocking(\n      generateWelcomeEmail(newUser.name.some, newUser.email),\n      EmailPriority.Normal\n    )\n\n  def newSignup(signup: SignupRequest)(implicit request: Request[_]): Option[String] =\n    Try(emailsService.sendBlocking(generateWelcomeEmail(none, signup.email), EmailPriority.Normal))\n      .fold(\n        { error =>\n          eventService.logErrorNoUser(\n            Error.MiscException(\n              EventType.SignupEmailError,\n              s\"Impossible d'envoyer l'email de bienvenue pour la pr\u00e9inscription ${signup.id}\",\n              error,\n              s\"Email ${signup.email}\".some\n            )\n          )\n          none\n        },\n        identity\n      )\n\n  def newMagicLinkEmail(\n      userName: Option[String],\n      userEmail: String,\n      userTimeZone: ZoneId,\n      loginToken: LoginToken,\n      pathToRedirectTo: String\n  ) = {\n    val absoluteUrl: String =\n      routes.LoginController.magicLinkAntiConsumptionPage.absoluteURL(https, host)\n    val bodyInner = common.magicLinkBody(\n      userName,\n      userTimeZone,\n      loginToken,\n      absoluteUrl,\n      pathToRedirectTo,\n      tokenExpirationInMinutes\n    )\n    val email = Email(\n      subject = common.magicLinkSubject,\n      from = from,\n      replyTo = replyTo,\n      to = List(\n        userName\n          .filter(_.nonEmpty)\n          .map(name => s\"${quoteEmailPhrase(name)} <$userEmail>\")\n          .getOrElse(userEmail)\n      ),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n    emailsService.sendBlocking(email, EmailPriority.Urgent)\n  }\n\n  def mandatSmsSent(mandatId: Mandat.Id, user: User): Option[String] = {\n    val absoluteUrl: String =\n      routes.MandatController.mandat(mandatId.underlying).absoluteURL(https, host)\n    val bodyInner = common.mandatSmsSentBody(absoluteUrl)\n    val email = Email(\n      subject = common.mandatSmsSentSubject,\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(user.name)} <${user.email}>\"),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n    emailsService.sendBlocking(email, EmailPriority.Normal)\n  }\n\n  def mandatSmsClosed(mandatId: Mandat.Id, user: User): Option[String] = {\n    val absoluteUrl: String =\n      routes.MandatController.mandat(mandatId.underlying).absoluteURL(https, host)\n    val bodyInner = common.mandatSmsSentBody(absoluteUrl)\n    val email = Email(\n      subject = common.mandatSmsClosedSubject,\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(user.name)} <${user.email}>\"),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n    emailsService.sendBlocking(email, EmailPriority.Normal)\n  }\n\n  def fileUploadStatus(\n      document: FileMetadata.Attached,\n      status: FileMetadata.Status,\n      user: User\n  ): Unit = {\n    val applicationId = document match {\n      case FileMetadata.Attached.Application(id) => id\n      case FileMetadata.Attached.Answer(id, _)   => id\n    }\n    val absoluteUrl =\n      routes.ApplicationController.show(applicationId).absoluteURL(https, host)\n    status match {\n      case FileMetadata.Status.Quarantined =>\n        val email = Email(\n          subject = common.fileQuarantinedSubject,\n          from = from,\n          replyTo = replyTo,\n          to = List(s\"${quoteEmailPhrase(user.name)} <${user.email}>\"),\n          bodyHtml = Some(common.renderEmail(common.fileQuarantinedBody(absoluteUrl)))\n        )\n        val _ = emailsService.sendBlocking(email, EmailPriority.Normal)\n      case FileMetadata.Status.Error =>\n        val email = Email(\n          subject = common.fileErrorSubject,\n          from = from,\n          replyTo = replyTo,\n          to = List(s\"${quoteEmailPhrase(user.name)} <${user.email}>\"),\n          bodyHtml = Some(common.renderEmail(common.fileErrorBody(absoluteUrl)))\n        )\n        val _ = emailsService.sendBlocking(email, EmailPriority.Normal)\n      case _ =>\n    }\n  }\n\n  private def generateNotificationBALEmail(\n      application: Application,\n      answerOption: Option[Answer],\n      users: List[User]\n  )(group: UserGroup): Email = {\n    val (subject, url) = answerOption match {\n      case Some(answer) =>\n        (\n          s\"[A+] Nouvelle r\u00e9ponse : ${application.subject}\",\n          s\"${routes.ApplicationController.show(application.id).absoluteURL(https, host)}#answer-${answer.id}\"\n        )\n      case None =>\n        (\n          s\"[A+] Nouvelle demande : ${application.subject}\",\n          s\"${routes.ApplicationController.show(application.id).absoluteURL(https, host)}\"\n        )\n    }\n    val bodyHtml =\n      views.html.emails.notificationBAL(application, answerOption, group, users, url).toString()\n    Email(\n      subject = subject,\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(group.name)} <${group.email.get}>\"),\n      bodyHtml = Some(bodyHtml)\n    )\n  }\n\n  private def generateWelcomeEmail(userName: Option[String], userEmail: String): Email = {\n    val bodyHtml = views.html.emails.welcome(userEmail, tokenExpirationInMinutes).toString\n    Email(\n      subject = \"[A+] Bienvenue sur Administration+\",\n      from = from,\n      replyTo = replyTo,\n      to = List(\n        userName\n          .filter(_.nonEmpty)\n          .map(name => s\"${quoteEmailPhrase(name)} <$userEmail>\")\n          .getOrElse(userEmail)\n      ),\n      bodyHtml = Some(bodyHtml)\n    )\n  }\n\n  private def generateInvitationEmail(application: Application, answer: Option[Answer] = None)(\n      invitedUser: User\n  ): Email = {\n    val absoluteUrl =\n      routes.ApplicationController.show(application.id).absoluteURL(https, host)\n    val bodyInner = common.invitationBody(application, answer, invitedUser, absoluteUrl)\n    Email(\n      subject = s\"[A+] Nouvelle demande d'aide : ${application.subject}\",\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(invitedUser.name)} <${invitedUser.email}>\"),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n  }\n\n  private def generateAnswerEmail(application: Application, answer: Answer)(user: User): Email = {\n    val absoluteUrl =\n      routes.ApplicationController.show(application.id).absoluteURL(https, host)\n    val bodyInner = common.answerBody(application, answer, user, absoluteUrl)\n    Email(\n      subject = s\"[A+] Nouvelle r\u00e9ponse pour : ${application.subject}\",\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(user.name)} <${user.email}>\"),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n  }\n\n  def weeklyEmails(): Future[Unit] =\n    Source\n      .future(userService.allNotDisabled)\n      \/\/ Stream[List[User]] => Stream[User]\n      .mapConcat(identity)\n      \/\/ Sequential\n      .mapAsync(parallelism = 1)(fetchWeeklyEmailInfos)\n      .filter(infos => infos.applicationsThatShouldBeClosed.nonEmpty)\n      .take(maxNumberOfWeeklyEmails)\n      .mapAsync(parallelism = 1)(sendWeeklyEmail)\n      \/\/ On `Failure` continue with next element\n      .withAttributes(ActorAttributes.supervisionStrategy(Supervision.resumingDecider))\n      \/\/ Count\n      .runWith(Sink.fold(0)((acc, _) => acc + 1))\n      .map { count: Int =>\n        eventService.info(\n          User.systemUser,\n          \"0.0.0.0\",\n          EventType.WeeklyEmailsSent.code,\n          s\"Les emails hebdomadaires ont \u00e9t\u00e9 envoy\u00e9s ($count)\",\n          None,\n          None,\n          None,\n          None\n        )\n      }\n\n  private def sendWeeklyEmail(infos: WeeklyEmailInfos): Future[Option[String]] = {\n    val bodyInner = common.weeklyEmailBody(\n      infos,\n      application => routes.ApplicationController.show(application.id).absoluteURL(https, host),\n      daySinceLastAgentAnswerForApplicationsThatShouldBeClosed\n    )\n    val email = Email(\n      subject = common.weeklyEmailSubject,\n      from = from,\n      replyTo = replyTo,\n      to = List(s\"${quoteEmailPhrase(infos.user.name)} <${infos.user.email}>\"),\n      bodyHtml = Some(common.renderEmail(bodyInner))\n    )\n    emailsService.sendNonBlocking(email, EmailPriority.Normal)\n  }\n\n  private def fetchWeeklyEmailInfos(user: User): Future[WeeklyEmailInfos] =\n    \/\/ All Application created by this User that are still open\n    applicationService.allOpenAndCreatedByUserIdAnonymous(user.id).map { opened =>\n      val applicationsThatShouldBeClosed = opened.filter(application =>\n        application.answers.lastOption match {\n          case None => false\n          case Some(lastAnswer) =>\n            if (lastAnswer.creatorUserID === user.id) {\n              false\n            } else {\n              lastAnswer.ageInDays > daySinceLastAgentAnswerForApplicationsThatShouldBeClosed\n            }\n        }\n      )\n      WeeklyEmailInfos(\n        user = user,\n        applicationsThatShouldBeClosed = applicationsThatShouldBeClosed\n      )\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/modules\/AppConfig.scala","text":"<gh_stars>1-10\npackage modules\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport helper.UUIDHelper\nimport java.nio.file.{Files, Path, Paths}\nimport java.util.UUID\nimport javax.inject.{Inject, Singleton}\nimport play.api.Configuration\nimport scala.concurrent.duration._\n\n\/\/ Wraps `configuration: play.api.Configuration`.\n\/\/ We want `configuration` to be private.\n@Singleton\nclass AppConfig @Inject() (configuration: Configuration) {\n\n  val tokenExpirationInMinutes: Int =\n    configuration.get[Int](\"app.tokenExpirationInMinutes\")\n\n  val featureMandatSms: Boolean = configuration.get[Boolean](\"app.features.smsMandat\")\n\n  val useLiveSmsApi: Boolean = configuration\n    .getOptional[Boolean](\"app.smsUseLiveApi\")\n    .getOrElse(false)\n\n  val featureCanSendApplicationsAnywhere: Boolean =\n    configuration.get[Boolean](\"app.features.canSendApplicationsAnywhere\")\n\n  val filesPath: String = configuration.get[String](\"app.filesPath\")\n\n  val filesDirectory: Path = {\n    val dir = Paths.get(filesPath)\n    if (!Files.isDirectory(dir)) {\n      Files.createDirectories(dir)\n    }\n    dir\n  }\n\n  \/\/ This is a feature that is temporary and should be activated\n  \/\/ for short period of time during migrations for smooth handling of files.\n  \/\/ Just remove the env variable FILES_SECOND_INSTANCE_HOST to deactivate.\n  val filesSecondInstanceHost: Option[String] =\n    configuration.getOptional[String](\"app.filesSecondInstanceHost\")\n\n  val filesExpirationInDays: Int = configuration.get[Int](\"app.filesExpirationInDays\")\n\n  val topHeaderWarningMessage: Option[String] =\n    configuration.getOptional[String](\"app.topHeaderWarningMessage\")\n\n  val areasWithLoginByKey: List[UUID] = configuration\n    .get[String](\"app.areasWithLoginByKey\")\n    .split(\",\")\n    .flatMap(UUIDHelper.fromString)\n    .toList\n\n  val clamAvIsEnabled: Boolean = configuration.get[Boolean](\"app.clamav.enabled\")\n\n  val clamAvHost: String = configuration.get[String](\"app.clamav.host\")\n  val clamAvPort: Int = configuration.get[Int](\"app.clamav.port\")\n  val clamAvTimeout: FiniteDuration = configuration.get[Int](\"app.clamav.timeoutInSeconds\").seconds\n\n  \/\/ This blacklist if mainly for experts who do not need emails\n  \/\/ Note: be careful with the empty string\n  val notificationEmailBlacklist: Set[String] =\n    configuration\n      .get[String](\"app.notificationEmailBlacklist\")\n      .split(\",\")\n      .map(_.trim)\n      .filterNot(_.isEmpty)\n      .toSet\n\n  val defaultMailerConfig: Config = configuration.underlying.getObject(\"play.mailer\").toConfig\n\n  val emailPickersConfig: Option[Config] =\n    configuration\n      .getOptional[String](\"app.mailer.pickersConfig\")\n      .map { raw =>\n        ConfigFactory.parseString(raw)\n      }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/SignupController.scala","text":"<reponame>sgmap\/aplus<filename>app\/controllers\/SignupController.scala<gh_stars>1-10\npackage controllers\n\nimport actions.{LoginAction, RequestWithUserData}\nimport cats.data.EitherT\nimport cats.syntax.all._\nimport constants.Constants\nimport controllers.Operators.UserOperators\nimport helper.{Time, UUIDHelper}\nimport helper.PlayFormHelper.formErrorsLog\nimport helper.ScalatagsHelpers.writeableOf_Modifier\nimport java.time.{Instant, ZonedDateTime}\nimport java.util.UUID\nimport javax.inject.{Inject, Singleton}\nimport models.{Authorization, Error, EventType, SignupRequest, User}\nimport models.formModels.{AddSignupsFormData, SignupFormData}\nimport modules.AppConfig\nimport org.webjars.play.WebJarsUtil\nimport play.api.data.Form\nimport play.api.i18n.I18nSupport\nimport play.api.mvc.{Action, AnyContent, InjectedController, Request, Result}\nimport scala.concurrent.{ExecutionContext, Future}\nimport serializers.Keys\nimport services.{EventService, NotificationService, SignupService, UserGroupService, UserService}\n\n@Singleton\ncase class SignupController @Inject() (\n    config: AppConfig,\n    eventService: EventService,\n    groupService: UserGroupService,\n    loginAction: LoginAction,\n    notificationsService: NotificationService,\n    signupService: SignupService,\n    userService: UserService,\n)(implicit ec: ExecutionContext, webJarsUtil: WebJarsUtil)\n    extends InjectedController\n    with I18nSupport\n    with Operators.Common\n    with UserOperators {\n\n  def signupForm: Action[AnyContent] =\n    withSignupInSession { implicit request => signupRequest =>\n      eventService.logSystem(\n        EventType.SignupFormShowed,\n        s\"Visualisation de la page d'inscription ${signupRequest.id}\"\n      )\n      groupService.all.map(groups =>\n        Ok(views.signup.page(signupRequest, SignupFormData.form, groups))\n      )\n    }\n\n  def createSignup: Action[AnyContent] =\n    withSignupInSession { implicit request => signupRequest =>\n      SignupFormData.form\n        .bindFromRequest()\n        .fold(\n          formWithError => {\n            eventService.logSystem(\n              EventType.SignupFormValidationError,\n              s\"Erreurs dans le formulaire d'inscription ${signupRequest.id} : ${formErrorsLog(formWithError)}\"\n            )\n            groupService.all\n              .map(groups => BadRequest(views.signup.page(signupRequest, formWithError, groups)))\n          },\n          form => {\n            \/\/ `SignupFormData` is supposed to validate that boolean,\n            \/\/ we put a require here \"just in case\"...\n            require(form.cguChecked, \"Le formulaire SignupFormData doit avoir cguChecked === true\")\n            \/\/ Note: see also `User.validateWith`\n            val name: String =\n              if (form.sharedAccount) form.sharedAccountName.orEmpty\n              else s\"${form.lastName.orEmpty.toUpperCase} ${form.firstName.orEmpty}\"\n            val user = User(\n              id = UUID.randomUUID(),\n              key = \"\", \/\/ generated by UserService\n              firstName = form.firstName,\n              lastName = form.lastName,\n              name = name,\n              qualite = form.qualite.orEmpty,\n              email = signupRequest.email,\n              helper = true,\n              instructor = false,\n              admin = false,\n              areas = form.areaId :: Nil,\n              creationDate = Time.nowParis(),\n              communeCode = \"0\",\n              groupAdmin = false,\n              disabled = false,\n              expert = false,\n              groupIds = form.groupId :: Nil,\n              cguAcceptationDate = Time.nowParis().some,\n              newsletterAcceptationDate = None,\n              phoneNumber = form.phoneNumber,\n              observableOrganisationIds = Nil,\n              sharedAccount = form.sharedAccount,\n              internalSupportComment = None\n            )\n            userService\n              .addFuture(user :: Nil)\n              .flatMap(\n                _.fold(\n                  errorMessage => {\n                    \/\/ Here, a few errors are possible. Barring transient errors,\n                    \/\/ this is most likely a case of the email being already used for a user.\n                    eventService.logSystem(\n                      EventType.SignupFormError,\n                      s\"Erreur lors de l'ajout d'un utilisateur par pr\u00e9inscription ${signupRequest.id}\",\n                      s\"Message : '$errorMessage' \/ Utilisateur ayant \u00e9chou\u00e9 : ${user.toLogString}\".some\n                    )\n                    val userMessage =\n                      \"Une erreur impr\u00e9vue est survenue. Ce n\u2019est pas de votre faute. \" +\n                        \"Nous vous invitons \u00e0 r\u00e9essayer plus tard, \" +\n                        s\"ou contacter le support ${Constants.supportEmail} si celle-ci persiste.\"\n                    val formWithError = SignupFormData.form.fill(form).withGlobalError(userMessage)\n                    groupService.all\n                      .map(groups =>\n                        InternalServerError(views.signup.page(signupRequest, formWithError, groups))\n                      )\n                  },\n                  _ =>\n                    LoginAction.readUserRights(user).map { userRights =>\n                      eventService.log(\n                        EventType.SignupFormSuccessful,\n                        s\"Utilisateur cr\u00e9\u00e9 via le formulaire d'inscription ${signupRequest.id} \" +\n                          s\"(cr\u00e9ateur de la pr\u00e9inscription : ${signupRequest.invitingUserId})\",\n                        s\"Utilisateur ${user.toLogString}\".some,\n                        involvesUser = signupRequest.invitingUserId.some\n                      )(new RequestWithUserData(user, userRights, request))\n                      Redirect(routes.HomeController.welcome)\n                        .withSession(\n                          request.session - Keys.Session.signupId + (Keys.Session.userId -> user.id.toString)\n                        )\n                        .flashing(\n                          \"success\" -> \"Votre compte est maintenant cr\u00e9\u00e9. Merci d\u2019utiliser Administration+.\"\n                        )\n                    }\n                )\n              )\n          }\n        )\n    }\n\n  def signupRequests: Action[AnyContent] =\n    loginAction.async { implicit request: RequestWithUserData[AnyContent] =>\n      asUserWithAuthorization(Authorization.canSeeSignupsPage)(\n        EventType.SignupsUnauthorized,\n        s\"Acc\u00e8s non autoris\u00e9 \u00e0 la page des pr\u00e9inscriptions\"\n      ) { () =>\n        showAllSignupsPage(AddSignupsFormData.form)\n      }\n    }\n\n  def addSignupRequests: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.canSeeSignupsPage)(\n        EventType.SignupsUnauthorized,\n        s\"Tentative non autoris\u00e9e d'ajout de pr\u00e9inscriptions\"\n      ) { () =>\n        AddSignupsFormData.form\n          .bindFromRequest()\n          .fold(\n            formWithError => {\n              eventService.log(\n                EventType.SignupsValidationError,\n                s\"Erreurs dans le formulaire d'ajout de pr\u00e9inscriptions : ${formErrorsLog(formWithError)}\"\n              )\n              showAllSignupsPage(formWithError)\n            },\n            form => {\n              val emails: List[String] =\n                form.emails.split('\\n').toList.map(_.trim).filter(_.nonEmpty)\n              \/\/ Note: We also want the disabled Users here\n              EitherT(userService.byEmailsFuture(emails))\n                .product(EitherT(signupService.byEmails(emails)))\n                .flatMap { case (existingUsers, existingSignups) =>\n                  val nonExistingEmails = emails.filterNot(email =>\n                    existingUsers.exists(_.email.toLowerCase === email.toLowerCase) ||\n                      existingSignups.exists(_.email.toLowerCase === email.toLowerCase)\n                  )\n                  val now = Instant.now()\n                  val newSignups: List[SignupRequest] =\n                    nonExistingEmails.map(email =>\n                      SignupRequest(\n                        id = UUID.randomUUID(),\n                        requestDate = now,\n                        email = email,\n                        invitingUserId = request.currentUser.id\n                      )\n                    )\n\n                  val insertRequests: Future[List[(Either[Error, Unit], SignupRequest)]] =\n                    if (form.dryRun)\n                      Future.successful(newSignups.map(signup => (().asRight, signup)))\n                    else\n                      Future\n                        .traverse(newSignups)(signup =>\n                          signupService.addSignupRequest(signup).map(result => (result, signup))\n                        )\n\n                  EitherT(\n                    insertRequests\n                      .flatMap { results =>\n                        val errors: List[(SignupRequest, Error)] = results\n                          .flatMap { case (result, signup) =>\n                            result.left.toOption.map(error => (signup, error))\n                          }\n                        if (!form.dryRun) {\n                          errors.foreach { case (_, error) => eventService.logError(error) }\n                        }\n                        val successes: List[SignupRequest] = results\n                          .flatMap { case (result, signup) =>\n                            result.toOption.map(_ => signup)\n                          }\n                        if (!form.dryRun) {\n                          successes.foreach { signup =>\n                            val host = notificationsService.newSignup(signup)\n                            eventService.log(\n                              EventType.SignupCreated,\n                              s\"Pr\u00e9inscription ${signup.id} cr\u00e9\u00e9e [email envoy\u00e9 via '$host']\",\n                              s\"${signup.toLogString}\".some\n                            )\n                          }\n                        }\n\n                        \/\/ Important note: we deliberately\n                        \/\/ **do not show errors as validation errors**\n                        \/\/ this is intended to be quicker to use as the batch of working emails\n                        \/\/ is added directly and non working ones\n                        \/\/ can be copy\/pasted somewhere to be processed later\n                        showAllSignupsPage(\n                          AddSignupsFormData.form,\n                          successSignups = successes,\n                          existingSignups = existingSignups,\n                          existingUsers = existingUsers,\n                          miscErrors = errors\n                        ).map(_.asRight[Error])\n                      }\n                  )\n                }\n                .valueOrF { error =>\n                  eventService.logError(error)\n                  showAllSignupsPage(AddSignupsFormData.form.fill(form))\n                }\n            }\n          )\n      }\n    }\n\n  private def showAllSignupsPage(\n      form: Form[AddSignupsFormData],\n      successSignups: List[SignupRequest] = Nil,\n      existingSignups: List[SignupRequest] = Nil,\n      existingUsers: List[User] = Nil,\n      miscErrors: List[(SignupRequest, Error)] = Nil\n  )(implicit request: RequestWithUserData[AnyContent]): Future[Result] =\n    signupService\n      .allAfter(ZonedDateTime.now().minusYears(1).toInstant)\n      .map(\n        _.fold(\n          { error =>\n            eventService.logError(error)\n            InternalServerError(\n              views.signupAdmin.page(request.currentUser, request.rights, Nil, form)\n            )\n              .flashing(\n                \"error\" -> (s\"Une erreur serveur est survenue ! \" +\n                  \"Nous ne pouvons pas afficher les pr\u00e9inscriptions.\")\n              )\n          },\n          signups =>\n            Ok(\n              views.signupAdmin.page(\n                request.currentUser,\n                request.rights,\n                signups,\n                form,\n                successSignups = successSignups,\n                existingSignups = existingSignups,\n                existingUsers = existingUsers,\n                miscErrors = miscErrors\n              )\n            )\n        )\n      )\n\n  \/** Note: parameter is curried to easily mark `Request` as implicit. *\/\n  private def withSignupInSession(\n      action: Request[_] => SignupRequest => Future[Result]\n  ): Action[AnyContent] =\n    Action.async { implicit request =>\n      val signupOpt = request.session.get(Keys.Session.signupId).flatMap(UUIDHelper.fromString)\n      signupOpt match {\n        case None =>\n          val message = \"Merci de vous connecter pour acc\u00e9der \u00e0 cette page.\"\n          Future.successful(\n            Redirect(routes.LoginController.login)\n              .flashing(\"error\" -> message)\n              .withSession(request.session - Keys.Session.signupId)\n          )\n        case Some(signupId) =>\n          signupService\n            .byId(signupId)\n            .flatMap(\n              _.fold(\n                e => {\n                  eventService.logErrorNoUser(e)\n                  Future.successful(\n                    Redirect(routes.LoginController.login)\n                      .flashing(\"error\" -> Constants.error500FlashMessage)\n                      .withSession(request.session - Keys.Session.signupId)\n                  )\n                },\n                {\n                  case None =>\n                    eventService.logSystem(\n                      EventType.MissingSignup,\n                      s\"Tentative d'inscription avec l'id $signupId en session, mais n'existant pas en BDD\"\n                    )\n                    val message = \"Une erreur interne est survenue. \" +\n                      \"Si celle-ci persiste, vous pouvez contacter le support Administration+.\"\n                    Future.successful(\n                      Redirect(routes.LoginController.login)\n                        .flashing(\"error\" -> message)\n                        .withSession(request.session - Keys.Session.signupId)\n                    )\n                  case Some(signupRequest) =>\n                    userService.byEmailFuture(signupRequest.email).flatMap {\n                      case None               => action(request)(signupRequest)\n                      case Some(existingUser) =>\n                        \/\/ The user exists already, we exchange its signup session by a user session\n                        \/\/ (this case happen if the signup session has not been purged after user creation)\n                        Future.successful(\n                          Redirect(routes.HomeController.welcome)\n                            .withSession(\n                              request.session - Keys.Session.userId - Keys.Session.signupId +\n                                (Keys.Session.userId -> existingUser.id.toString)\n                            )\n                        )\n                    }\n                }\n              )\n            )\n      }\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/applicationsAdmin.scala","text":"package views\n\nimport cats.syntax.all._\nimport helper.TwirlImports.toHtml\nimport java.util.UUID\nimport models.{Area, Authorization, User}\nimport org.webjars.play.WebJarsUtil\nimport play.api.mvc.{Flash, RequestHeader}\nimport play.twirl.api.Html\nimport scalatags.Text.all._\n\nobject applicationsAdmin {\n\n  def page(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      selectedArea: Option[Area],\n      numOfMonthsDisplayed: Int,\n  )(implicit\n      flash: Flash,\n      request: RequestHeader,\n      webJarsUtil: WebJarsUtil,\n      mainInfos: MainInfos\n  ): Html =\n    views.html.main(currentUser, currentUserRights, maxWidth = false)(\n      s\"Metadonn\u00e9es des demandes\"\n    )(Nil)(\n      frag(\n        areaSelect(\"applications-area-id\", currentUser, selectedArea.getOrElse(Area.allArea).id),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          label(\n            `for` := \"num-of-months-displayed-box\",\n            \"Nombre de mois : \"\n          ),\n          input(\n            `type` := \"number\",\n            id := \"num-of-months-displayed-box\",\n            cls := \"single--width-48px\",\n            name := \"num-of-months-displayed-box\",\n            value := numOfMonthsDisplayed.toString\n          ),\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"applications-download-btn-csv\",\n            href := \"#\",\n            i(cls := \"fas fa-download\"),\n            \" T\u00e9l\u00e9chargement au format CSV\"\n          )\n        ),\n        div(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          a(\n            id := \"applications-download-btn-xlsx\",\n            href := \"#\",\n            i(cls := \"fas fa-download\"),\n            \" T\u00e9l\u00e9chargement au format XLSX\"\n          )\n        ),\n        div(cls := \"mdl-cell mdl-cell--12-col\", id := \"tabulator-applications-table\"),\n      )\n    )(\n      views.helpers.head.publicScript(\"generated-js\/xlsx.full.min.js\")\n    )\n\n  def areaSelect(selectId: String, currentUser: User, selectedAreaId: UUID): Frag =\n    (currentUser.areas.length > 1).some\n      .filter(identity)\n      .map(_ =>\n        p(\n          cls := \"mdl-cell mdl-cell--3-col\",\n          \"Territoire : \",\n          select(\n            id := selectId,\n            name := \"area-selector\",\n            frag(\n              (Area.allArea :: currentUser.areas.flatMap(Area.fromId)).map(area =>\n                option(\n                  value := area.id.toString,\n                  (area.id === selectedAreaId).some.filter(identity).map(_ => selected),\n                  if (area.id === Area.allArea.id)\n                    \"Tous les territoires\"\n                  else\n                    area.toString\n                )\n              )\n            )\n          )\n        )\n      )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/browser\/ApplicationSpec.scala","text":"package browser\n\nimport cats.syntax.all._\nimport helper.{Time, UUIDHelper}\nimport models.{Area, LoginToken, User, UserGroup}\nimport org.junit.runner._\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport play.api.test.Helpers._\nimport play.api.test._\nimport services.{ApplicationService, TokenService, UserGroupService, UserService}\n\n@RunWith(classOf[JUnitRunner])\nclass ApplicationSpec extends Specification with BaseSpec {\n\n  \"Application\" should {\n    \"Create Application with success\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      val tokenService = app.injector.instanceOf[TokenService]\n      val userService = app.injector.instanceOf[UserService]\n      val groupService = app.injector.instanceOf[UserGroupService]\n      val applicationService = app.injector.instanceOf[ApplicationService]\n\n      val number = scala.util.Random.nextInt()\n      val area = Area.all.head.id\n      val instructorGroup = UserGroup(\n        id = UUIDHelper.randomUUID,\n        name = s\"Group $number\",\n        description = None,\n        inseeCode = List(\"0\"),\n        creationDate = Time.nowParis(),\n        areaIds = area :: Nil,\n        publicNote = None,\n        internalSupportComment = None\n      )\n      groupService.add(instructorGroup)\n      val instructorUser = User(\n        UUIDHelper.randomUUID,\n        \"key\",\n        \"FirstName\".some,\n        \"LastName\".some,\n        s\"J'instruit TEST $number\",\n        s\"Instructeur Testeur $number\",\n        s\"<EMAIL>\",\n        helper = true,\n        instructor = true,\n        admin = false,\n        List(area),\n        Time.nowParis(),\n        \"0\",\n        groupAdmin = false,\n        disabled = false,\n        cguAcceptationDate = Some(Time.nowParis()),\n        groupIds = List(instructorGroup.id),\n        internalSupportComment = None\n      )\n      val helperUser = User(\n        UUIDHelper.randomUUID,\n        \"key\",\n        \"FirstName\".some,\n        \"LastName\".some,\n        s\"J'aide TEST $number\",\n        \"Aidant Testeur\",\n        s\"helper-test$number<EMAIL>\",\n        helper = true,\n        instructor = false,\n        admin = false,\n        List(area),\n        Time.nowParis(),\n        \"0\",\n        groupAdmin = false,\n        disabled = false,\n        cguAcceptationDate = Some(Time.nowParis()),\n        internalSupportComment = None\n      )\n      userService.add(List(instructorUser, helperUser))\n      userService.validateCGU(helperUser.id)\n\n      \/\/ Helper login\n      val loginToken = LoginToken.forUserId(helperUser.id, 5, \"127.0.0.1\")\n      tokenService.create(loginToken)\n\n      val loginURL = controllers.routes.LoginController.magicLinkAntiConsumptionPage\n        .absoluteURL(false, s\"localhost:$port\")\n\n      browser.goTo(s\"$loginURL?token=${loginToken.token}&path=\/\")\n\n      \/\/ Wait for login\n      eventually {\n        browser.url must endWith(\n          controllers.routes.ApplicationController.myApplications.url.substring(1)\n        )\n      }\n\n      \/\/ Submit an application\n      val createApplicationURL =\n        controllers.routes.ApplicationController.create.absoluteURL(false, s\"localhost:$port\")\n      browser.goTo(createApplicationURL)\n\n      val subject = s\"Sujet de la demande $number\"\n      val firstName = \"John\"\n      val lastName = \"Doe\"\n      val description = s\"John a un probl\u00e8me $number\"\n      val birthDate = \"1988\"\n\n      \/\/ Note: mdl reduce checkboxes to size 0\n      \/\/ The driver will not be able to scroll to the element selected by,\n      \/\/ for example, input[value='validate'] and will fail with\n      \/\/ org.openqa.selenium.ElementNotInteractableException: Element <input id=\"checkbox-mandat\" class=\"mdl-checkbox__input\" name=\"validate\" type=\"checkbox\"> could not be scrolled into view\n      browser.waitUntil(browser.el(s\"label[for*='${instructorGroup.id}']\").clickable())\n\n      browser.el(s\"label[for*='${instructorGroup.id}']\").click()\n      browser.el(s\"input[value='${instructorGroup.id}']\").selected() mustEqual true\n\n      browser.el(\"input[name='subject']\").fill().withText(subject)\n      browser.el(\"input[name='usagerPrenom']\").fill().withText(firstName)\n      browser.el(\"input[name='usagerNom']\").fill().withText(lastName)\n      browser.el(\"input[name='usagerBirthDate']\").fill().withText(birthDate)\n      browser.el(\"textarea[name='description']\").fill().withText(description)\n      \/\/ Checkbox\n      browser.el(\"label[for='checkbox-mandat']\").click()\n\n      browser.waitUntil(browser.el(\"input[name='validate']\").selected)\n\n      \/\/ Radio\n      browser.el(\"label[for='mandatType_paper']\").click()\n      browser.el(\"input[name='mandatDate']\").fill().withText(java.time.ZonedDateTime.now().toString)\n\n      browser.el(\"form\").submit()\n\n      \/\/ Wait for form submit\n      eventually {\n        browser.url must endWith(\n          controllers.routes.ApplicationController.myApplications.url.substring(1)\n        )\n      }\n\n      \/\/ Check if the application exist in database\n      val applicationOption = applicationService\n        .allByArea(area, anonymous = false)\n        .find(_.subject === subject)\n\n      applicationOption mustNotEqual None\n      val application = applicationOption.get\n      application.subject mustEqual subject\n      application.userInfos(\"Pr\u00e9nom\") mustEqual firstName\n      application.userInfos(\"Nom de famille\") mustEqual lastName\n      application.userInfos(\"Date de naissance\") mustEqual birthDate\n      application.description mustEqual description\n      application.creatorUserId mustEqual helperUser.id\n      application.creatorUserName mustEqual helperUser.nameWithQualite\n      application.invitedUsers mustEqual Map(\n        instructorUser.id -> instructorUser.nameWithQualite\n      )\n    }\n  }\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/models\/Answer.scala","text":"package models\n\nimport java.time.ZonedDateTime\nimport java.util.UUID\n\nimport cats.kernel.Eq\nimport cats.syntax.all._\nimport models.Answer.AnswerType\n\n\/** To cast `creationDate` to a valid PG type, use `regexp_replace(creation_date, '\\[.*\\]',\n  * '')::timestamptz::timestamp`\n  *\/\ncase class Answer(\n    id: UUID,\n    applicationId: UUID,\n    creationDate: ZonedDateTime,\n    answerType: AnswerType,\n    message: String,\n    creatorUserID: UUID,\n    creatorUserName: String,\n    invitedUsers: Map[UUID, String],\n    visibleByHelpers: Boolean,\n    declareApplicationHasIrrelevant: Boolean,\n    userInfos: Option[Map[String, String]],\n    invitedGroupIds: List[UUID]\n) extends AgeModel\n\nobject Answer {\n\n  sealed trait AnswerType {\n    val name: String\n  }\n\n  object AnswerType {\n\n    @SuppressWarnings(Array(\"scalafix:DisableSyntax.==\"))\n    implicit val AnswerTypeEq: Eq[AnswerType] = (x: AnswerType, y: AnswerType) => x == y\n\n    final case object Custom extends AnswerType {\n      override val name = \"custom\"\n    }\n\n    final case object WorkInProgress extends AnswerType {\n      override val name = \"workInProgress\"\n    }\n\n    final case object ApplicationProcessed extends AnswerType {\n      override val name = \"applicationProcessed\"\n    }\n\n    final case object WrongInstructor extends AnswerType {\n      override val name = \"wrongInstructor\"\n    }\n\n    def fromString(value: String): AnswerType = value match {\n      case WorkInProgress.name       => WorkInProgress\n      case ApplicationProcessed.name => ApplicationProcessed\n      case WrongInstructor.name      => WrongInstructor\n      case _                         => Custom\n    }\n\n  }\n\n  def filesAvailabilityLeftInDays(filesExpirationInDays: Int)(answer: Answer): Option[Int] =\n    answer.ageInDays.some.map(filesExpirationInDays - _).filter(_ >= 0)\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/home\/LoginPanel.scala","text":"package views.home\n\nimport java.time.ZoneId\n\nsealed trait LoginPanel\n\nobject LoginPanel {\n  case object ConnectionForm extends LoginPanel\n\n  case class SendbackEmailForm(email: String, errorMessage: Option[String]) extends LoginPanel\n\n  case class EmailSentFeedback(\n      email: String,\n      timeZone: ZoneId,\n      successMessage: Option[String]\n  ) extends LoginPanel\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/serializers\/ApiModel.scala","text":"package serializers\n\nimport cats.syntax.all._\nimport helper.Time\nimport java.time.Instant\nimport java.util.UUID\nimport models.{Application, Area, Authorization, Organisation, User, UserGroup}\nimport play.api.libs.json._\n\nobject ApiModel {\n\n  object implicits {\n    implicit val areaFormat = Json.format[Area]\n\n    implicit val organisationIdReads =\n      implicitly[Reads[String]].map(Organisation.Id.apply)\n\n    implicit val organisationIdWrites =\n      implicitly[Writes[String]].contramap[Organisation.Id](_.id)\n\n    implicit val organisationFormat = Json.format[Organisation]\n  }\n\n  case class ApiError(message: String)\n\n  object ApiError {\n    implicit val apiErrorWrites = Json.writes[ApiError]\n  }\n\n  \/\/ API model for the admin deploiement\n  case class FranceServiceInstanceLine(\n      nomFranceService: String,\n      commune: String,\n      departementName: String,\n      departementCode: String,\n      matchedGroup: Option[String],\n      groupSize: Int,\n      departementIsDone: Boolean,\n      contactMail: Option[String],\n      phone: Option[String]\n  )\n\n  implicit val franceServiceInstanceLineFormat = Json.format[FranceServiceInstanceLine]\n\n  case class FranceServices(franceServices: List[FranceServices.Line])\n\n  object FranceServices {\n\n    case class Line(\n        matricule: Option[Int],\n        groupId: UUID,\n        name: Option[String],\n        description: Option[String],\n        areas: String,\n        organisation: Option[String],\n        email: Option[String],\n        publicNote: Option[String],\n    )\n\n    case class NewMatricule(\n        matricule: Option[Int],\n        groupId: Option[UUID],\n        name: Option[String],\n        description: Option[String],\n        areaCode: Option[String],\n        email: Option[String],\n        internalSupportComment: Option[String],\n    )\n\n    case class NewMatricules(\n        matricules: List[NewMatricule],\n    )\n\n    case class MatriculeUpdate(matricule: Int, groupId: UUID)\n    case class GroupUpdate(matricule: Int, groupId: UUID)\n\n    case class Update(\n        matriculeUpdate: Option[MatriculeUpdate],\n        groupUpdate: Option[GroupUpdate],\n    )\n\n    case class InsertResult(\n        hasInsertedGroup: Boolean,\n        matricule: Option[Int],\n        groupId: Option[UUID],\n        groupName: Option[String],\n        error: Option[String]\n    )\n\n    case class InsertsResult(inserts: List[InsertResult])\n\n    object NewMatricules {\n      implicit val franceServicesNewMatriculeReads = Json.reads[NewMatricule]\n      implicit val franceServicesNewMatriculesReads = Json.reads[NewMatricules]\n    }\n\n    object Update {\n      implicit val franceServicesMatriculeUpdateReads = Json.reads[MatriculeUpdate]\n      implicit val franceServicesGroupUpdateReads = Json.reads[GroupUpdate]\n      implicit val franceServicesUpdateReads = Json.reads[Update]\n    }\n\n    implicit val franceServicesLineWrites = Json.writes[FranceServices.Line]\n    implicit val franceServicesWrites = Json.writes[FranceServices]\n    implicit val franceServicesInsertResult = Json.writes[InsertResult]\n    implicit val franceServicesInsertsResult = Json.writes[InsertsResult]\n  }\n\n  object DeploymentData {\n    import implicits.organisationFormat\n\n    case class OrganisationSet(\n        id: String,\n        organisations: Set[Organisation]\n    )\n\n    case class AreaData(\n        areaId: String,\n        areaName: String,\n        numOfInstructorByOrganisationSet: Map[String, Int],\n        numOfOrganisationSetWithOneInstructor: Int\n    )\n\n    implicit val organisationSetFormat = Json.format[OrganisationSet]\n    implicit val areaDataFormat = Json.format[AreaData]\n    implicit val deploymentDataFormat = Json.format[DeploymentData]\n\n  }\n\n  case class DeploymentData(\n      organisationSets: List[DeploymentData.OrganisationSet],\n      areasData: List[DeploymentData.AreaData],\n      numOfAreasWithOneInstructorByOrganisationSet: Map[String, Int]\n  )\n\n  \/\/ Used for selecting group on the signup page\n  case class SelectableGroup(id: UUID, name: String, organisationId: String, areaId: UUID)\n\n  object SelectableGroup {\n    implicit val format = Json.format[SelectableGroup]\n  }\n\n  object UserInfos {\n    case class Group(id: UUID, name: String)\n\n    implicit val userInfosGroupFormat = Json.format[UserInfos.Group]\n    implicit val userInfosFormat = Json.format[UserInfos]\n\n    def fromUser(user: User, idToGroup: Map[UUID, UserGroup]): UserInfos = {\n      val completeName = {\n        val firstName = user.firstName.getOrElse(\"\")\n        val lastName = user.lastName.getOrElse(\"\")\n        if (firstName.nonEmpty || lastName.nonEmpty) s\"${user.name} ($lastName $firstName)\"\n        else user.name\n      }\n      UserInfos(\n        id = user.id,\n        firstName = user.firstName,\n        lastName = user.lastName,\n        name = user.name,\n        completeName = completeName,\n        qualite = user.qualite,\n        email = user.email,\n        phoneNumber = user.phoneNumber,\n        helper = user.helperRoleName.nonEmpty,\n        instructor = user.instructorRoleName.nonEmpty,\n        areas = user.areas.flatMap(Area.fromId).map(_.toString),\n        groupNames = user.groupIds.flatMap(idToGroup.get).map(_.name),\n        groups = user.groupIds\n          .flatMap(idToGroup.get)\n          .map(group => UserInfos.Group(group.id, group.name)),\n        groupEmails = user.groupIds.flatMap(idToGroup.get).flatMap(_.email),\n        groupAdmin = user.groupAdminRoleName.nonEmpty,\n        admin = user.adminRoleName.nonEmpty,\n        expert = user.expert,\n        disabled = user.disabledRoleName.nonEmpty,\n        sharedAccount = user.sharedAccount,\n        cgu = user.cguAcceptationDate.nonEmpty,\n      )\n    }\n\n  }\n\n  case class UserInfos(\n      id: UUID,\n      firstName: Option[String],\n      lastName: Option[String],\n      name: String,\n      completeName: String,\n      qualite: String,\n      email: String,\n      phoneNumber: Option[String],\n      helper: Boolean,\n      instructor: Boolean,\n      areas: List[String],\n      groupNames: List[String],\n      groups: List[UserInfos.Group],\n      groupEmails: List[String],\n      groupAdmin: Boolean,\n      admin: Boolean,\n      expert: Boolean,\n      disabled: Boolean,\n      sharedAccount: Boolean,\n      cgu: Boolean\n  )\n\n  object UserGroupInfos {\n    import implicits._\n\n    implicit val userGroupInfosFormat = Json.format[UserGroupInfos]\n\n    def fromUserGroup(group: UserGroup): UserGroupInfos =\n      UserGroupInfos(\n        id = group.id,\n        name = group.name,\n        description = group.description,\n        creationDate = group.creationDate.toInstant,\n        areas = group.areaIds.flatMap(Area.fromId).map(_.toString),\n        organisation = group.organisation.flatMap(Organisation.byId).map(_.shortName),\n        email = group.email,\n        publicNote = group.publicNote\n      )\n\n  }\n\n  case class UserGroupInfos(\n      id: UUID,\n      name: String,\n      description: Option[String],\n      creationDate: Instant,\n      areas: List[String],\n      organisation: Option[String],\n      email: Option[String],\n      publicNote: Option[String],\n  )\n\n  case class SearchResult(users: List[UserInfos], groups: List[UserGroupInfos])\n\n  object SearchResult {\n    implicit val searchResultFormat = Json.format[SearchResult]\n  }\n\n  \/\/ Embedded classes are here to avoid the 22 fields limit in Play Json\n  case class ApplicationMetadata(\n      id: UUID,\n      creationDateFormatted: String,\n      creationDay: String,\n      creatorUserName: String,\n      creatorUserId: UUID,\n      areaName: String,\n      pertinence: String,\n      internalId: Int,\n      closed: Boolean,\n      usefulness: String,\n      closedDateFormatted: Option[String],\n      closedDay: Option[String],\n      status: String,\n      currentUserCanSeeAnonymousApplication: Boolean,\n      creatorGroupNames: String,\n      invitedGroupNames: String,\n      stats: ApplicationMetadata.Stats,\n  )\n\n  object ApplicationMetadata {\n\n    case class Stats(\n        numberOfInvitedUsers: Int,\n        numberOfMessages: Int,\n        numberOfAnswers: Int,\n        firstAnswerTimeInMinutes: String,\n        resolutionTimeInMinutes: String,\n        firstAnswerTimeInDays: String,\n        resolutionTimeInDays: String,\n    )\n\n    implicit val applicationMetadataStatsWrites = Json.writes[ApplicationMetadata.Stats]\n    implicit val applicationMetadataWrites = Json.writes[ApplicationMetadata]\n\n    def fromApplication(\n        application: Application,\n        rights: Authorization.UserRights,\n        idToUser: Map[UUID, User],\n        idToGroup: Map[UUID, UserGroup]\n    ) = {\n      val areaName = Area.fromId(application.area).map(_.name).getOrElse(\"Sans territoire\")\n      val pertinence = if (!application.irrelevant) \"Oui\" else \"Non\"\n      val creatorUser = idToUser.get(application.creatorUserId)\n      val creatorUserGroupNames = creatorUser.toList\n        .flatMap(_.groupIds)\n        .distinct\n        .flatMap(idToGroup.get)\n        .map(_.name)\n        .mkString(\",\")\n      val invitedGroupNames = application.answers\n        .flatMap(_.invitedGroupIds)\n        .distinct\n        .flatMap(idToGroup.get)\n        .map(_.name)\n        .mkString(\",\")\n      ApplicationMetadata(\n        id = application.id,\n        creationDateFormatted = Time.formatForAdmins(application.creationDate.toInstant),\n        creationDay = Time.formatPatternFr(application.creationDate, \"YYY-MM-dd\"),\n        creatorUserName = application.creatorUserName,\n        creatorUserId = application.creatorUserId,\n        areaName = areaName,\n        pertinence = pertinence,\n        internalId = application.internalId,\n        closed = application.closed,\n        usefulness = application.usefulness.getOrElse(\"\"),\n        closedDateFormatted =\n          application.closedDate.map(date => Time.formatForAdmins(date.toInstant)),\n        closedDay = application.closedDate.map(date =>\n          Time.formatPatternFr(application.creationDate, \"YYY-MM-dd\")\n        ),\n        status = application.status.show,\n        currentUserCanSeeAnonymousApplication =\n          Authorization.canSeeApplication(application)(rights),\n        creatorGroupNames = creatorUserGroupNames,\n        invitedGroupNames = invitedGroupNames,\n        stats = ApplicationMetadata.Stats(\n          numberOfInvitedUsers = application.invitedUsers.size,\n          numberOfMessages = application.answers.length + 1,\n          numberOfAnswers =\n            application.answers.count(_.creatorUserID =!= application.creatorUserId),\n          firstAnswerTimeInMinutes =\n            application.firstAnswerTimeInMinutes.map(_.toString).getOrElse(\"\"),\n          resolutionTimeInMinutes =\n            application.resolutionTimeInMinutes.map(_.toString).getOrElse(\"\"),\n          firstAnswerTimeInDays = application.firstAnswerTimeInMinutes\n            .map(_.toDouble \/ (60.0 * 24.0))\n            .map(days => f\"$days%.2f\".reverse.dropWhile(_ === '0').reverse.stripSuffix(\".\"))\n            .getOrElse(\"\"),\n          resolutionTimeInDays = application.resolutionTimeInMinutes\n            .map(_.toDouble \/ (60.0 * 24.0))\n            .map(days => f\"$days%.2f\".reverse.dropWhile(_ === '0').reverse.stripSuffix(\".\"))\n            .getOrElse(\"\")\n        )\n      )\n    }\n\n  }\n\n  case class ApplicationMetadataResult(applications: List[ApplicationMetadata])\n\n  object ApplicationMetadataResult {\n    implicit val applicationMetadataResultWrites = Json.writes[ApplicationMetadataResult]\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"test\/browser\/AnswerSpec.scala","text":"package browser\n\nimport cats.syntax.all._\nimport helper.{Time, UUIDHelper}\nimport java.util.UUID\nimport models.{Application, Area, LoginToken, User, UserGroup}\nimport org.junit.runner._\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport play.api.test.Helpers._\nimport play.api.test._\nimport services.{ApplicationService, TokenService, UserGroupService, UserService}\n\n@RunWith(classOf[JUnitRunner])\nclass AnswerSpec extends Specification with Tables with BaseSpec {\n\n  def generateGroup(testSeed: Int, groupSeed: String, groupService: UserGroupService): UserGroup = {\n    val area = Area.all.head.id\n    val group = UserGroup(\n      id = UUIDHelper.randomUUID,\n      name = s\"Group $groupSeed$testSeed\",\n      description = None,\n      inseeCode = List(\"0\"),\n      creationDate = Time.nowParis(),\n      areaIds = area :: Nil,\n      publicNote = None,\n      internalSupportComment = None\n    )\n    groupService.add(group)\n    group\n  }\n\n  def userId(testSeed: Int, userSeed: String): UUID =\n    UUIDHelper.namedFrom(s\"$userSeed$testSeed\")\n\n  def generateUser(\n      testSeed: Int,\n      userSeed: String,\n      firstName: String,\n      lastName: String,\n      userName: String,\n      userQualite: String,\n      isHelper: Boolean,\n      isInstructor: Boolean,\n      isExpert: Boolean,\n      groups: List[UserGroup],\n      userService: UserService\n  ): User = {\n    val email = userSeed + testSeed.toString + \"@example.com\"\n    val user = User(\n      id = userId(testSeed, userSeed),\n      key = \"key\",\n      firstName = firstName.some,\n      lastName = lastName.some,\n      name = userName,\n      qualite = userQualite,\n      email = email,\n      helper = isHelper,\n      instructor = isInstructor,\n      admin = false,\n      areas = groups.flatMap(_.areaIds),\n      creationDate = Time.nowParis(),\n      communeCode = \"0\",\n      groupAdmin = false,\n      disabled = false,\n      expert = isExpert,\n      cguAcceptationDate = Some(Time.nowParis()),\n      groupIds = groups.map(_.id),\n      internalSupportComment = None\n    )\n    val result = userService.add(List(user))\n    result.isRight must beTrue\n    user\n  }\n\n  def generateApplication(\n      user: User,\n      group: UserGroup,\n      invitedUsers: List[User],\n      applicationService: ApplicationService\n  ): Application = {\n    \/\/ Create Application\n    val application = Application(\n      UUIDHelper.randomUUID,\n      creationDate = Time.nowParis(),\n      creatorUserName = user.nameWithQualite,\n      creatorUserId = user.id,\n      subject = s\"Sujet de la demande (aidant ${user.name})\",\n      description = s\"John a un probl\u00e8me (aidant ${user.name})\",\n      userInfos = Map(\"Pr\u00e9nom\" -> \"John\", \"Nom de famille\" -> \"Doe\", \"Date de naissance\" -> \"1988\"),\n      invitedUsers = invitedUsers.map(user => (user.id, user.nameWithQualite)).toMap,\n      area = group.areaIds.head,\n      irrelevant = false,\n      expertInvited = true,\n      mandatType = Some(Application.MandatType.Paper),\n      mandatDate = Some(java.time.ZonedDateTime.now().toString),\n      invitedGroupIdsAtCreation = List(group.id)\n    )\n    val result = applicationService.createApplication(application)\n    result must beTrue\n    application\n  }\n\n  \"Application\" should {\n    \"Allow answer from certain type of users\" in new WithBrowser(\n      webDriver = webDriver,\n      app = applicationWithBrowser\n    ) {\n      \"userCodeName\" |\n        \"instructor-test\" |\n        \"invited-expert-test\" |\n        \"invited-user-test\" |\n        \"helper-test\" |> { (userSeed: String) =>\n          val tokenService = app.injector.instanceOf[TokenService]\n          val userService = app.injector.instanceOf[UserService]\n          val groupService = app.injector.instanceOf[UserGroupService]\n          val applicationService = app.injector.instanceOf[ApplicationService]\n\n          \/\/ Generate data and save in DB\n          val testSeed = scala.util.Random.nextInt()\n          val helperGroup = generateGroup(testSeed, \"helper\", groupService)\n          val answerGroup = generateGroup(testSeed, \"answer\", groupService)\n          val expertGroup = generateGroup(testSeed, \"expert\", groupService)\n          val instructorUser = generateUser(\n            testSeed,\n            userSeed = \"instructor-test\",\n            firstName = \"FirstName\",\n            lastName = \"LastName\",\n            userName = s\"J'instruit $testSeed\",\n            userQualite = s\"Instructeur Testeur $testSeed\",\n            isHelper = true,\n            isInstructor = true,\n            isExpert = false,\n            groups = List(answerGroup),\n            userService = userService\n          )\n          val invitedExpertUser = generateUser(\n            testSeed,\n            userSeed = \"invited-expert-test\",\n            firstName = \"FirstName\",\n            lastName = \"LastName\",\n            userName = s\"Je suis un expert TEST $testSeed\",\n            userQualite = s\"Expert $testSeed\",\n            isHelper = true,\n            isInstructor = false,\n            isExpert = true,\n            groups = List(expertGroup),\n            userService = userService\n          )\n          val invitedUser = generateUser(\n            testSeed,\n            userSeed = \"invited-user-test\",\n            firstName = \"FirstName\",\n            lastName = \"LastName\",\n            userName = s\"Je suis un agent TEST $testSeed\",\n            userQualite = s\"Agent $testSeed\",\n            isHelper = true,\n            isInstructor = false,\n            isExpert = false,\n            groups = List(answerGroup),\n            userService = userService\n          )\n          val helperUser = generateUser(\n            testSeed,\n            userSeed = \"helper-test\",\n            firstName = \"FirstName\",\n            lastName = \"LastName\",\n            userName = s\"J'aide TEST $testSeed\",\n            userQualite = s\"Aidant Testeur $testSeed\",\n            isHelper = true,\n            isInstructor = false,\n            isExpert = false,\n            groups = List(helperGroup),\n            userService = userService\n          )\n          val users = List(\n            instructorUser,\n            invitedExpertUser,\n            invitedUser,\n            helperUser\n          )\n          users.map(user => userService.validateCGU(user.id))\n          val expertInvited = userSeed === \"invited-expert-test\"\n          val userInvited = userSeed === \"invited-user-test\"\n          val invitedUsers =\n            List(\n              instructorUser.some,\n              invitedExpertUser.some.filter(_ => expertInvited),\n              invitedUser.some.filter(_ => userInvited)\n            ).flatten\n          val application =\n            generateApplication(\n              helperUser,\n              helperGroup,\n              invitedUsers,\n              applicationService\n            )\n\n          \/\/ Helper login\n          val answerUserId = userId(testSeed, userSeed)\n          val loginToken =\n            LoginToken.forUserId(answerUserId, 5, \"127.0.0.1\")\n          tokenService.create(loginToken)\n\n          val loginURL = controllers.routes.LoginController.magicLinkAntiConsumptionPage\n            .absoluteURL(false, s\"localhost:$port\")\n\n          browser.goTo(s\"$loginURL?token=${loginToken.token}&path=\/\")\n\n          \/\/ Wait for login\n          eventually {\n            browser.url must endWith(\n              controllers.routes.ApplicationController.myApplications.url.substring(1)\n            )\n          }\n\n          \/\/ Submit answer\n          val applicationURL =\n            controllers.routes.ApplicationController\n              .show(application.id)\n              .absoluteURL(false, s\"localhost:$port\")\n          browser.goTo(applicationURL)\n\n          val answerMessage = \"Il y a juste \u00e0 faire \u00e7a!\"\n\n          browser.waitUntil(browser.el(s\"textarea[name='message']\").clickable())\n          browser.el(\"textarea[name='message']\").fill().withText(answerMessage)\n          browser.el(\"button[id='review-validation']\").click()\n\n          \/\/ Wait for form submit\n          eventually {\n            browser.pageSource must contain(helperUser.name)\n          }\n\n          val changedApplicationOption = applicationService\n            .allByArea(helperGroup.areaIds.head, anonymous = false)\n            .find(app => app.id === application.id)\n\n          changedApplicationOption mustNotEqual None\n          val changedApplication = changedApplicationOption.get\n\n          val answer = changedApplication.answers.head\n          answer.message mustEqual answerMessage\n          answer.creatorUserID mustEqual answerUserId\n        }\n    }\n  }\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/services\/UserGroupService.scala","text":"package services\n\nimport java.sql.ResultSet\nimport java.util.UUID\n\nimport anorm._\nimport aplus.macros.Macros\nimport cats.syntax.all._\nimport helper.{StringHelper, Time, UUIDHelper}\nimport javax.inject.Inject\nimport models.{Error, EventType, FranceService, Organisation, UserGroup}\nimport org.postgresql.util.PSQLException\nimport play.api.db.Database\nimport scala.concurrent.Future\nimport scala.util.Try\n\n@javax.inject.Singleton\nclass UserGroupService @Inject() (\n    val db: Database,\n    val dependencies: ServicesDependencies\n) {\n\n  import dependencies.databaseExecutionContext\n\n  private val (parser, tableFields) = Macros.parserWithFields[UserGroup](\n    \"id\",\n    \"name\",\n    \"description\",\n    \"insee_code\",\n    \"creation_date\",\n    \"area_ids\",\n    \"organisation\",\n    \"email\",\n    \"public_note\",\n    \"internal_support_comment\"\n  )\n\n  private val simpleUserGroup =\n    parser.map(a => a.copy(creationDate = a.creationDate.withZoneSameInstant(Time.timeZoneParis)))\n\n  private val fieldsInSelect: String = tableFields.mkString(\", \")\n\n  def add(groups: List[UserGroup]): Either[String, Unit] =\n    try {\n      val result = db.withTransaction { implicit connection =>\n        groups.foldRight(true) { (group, success) =>\n          success &&\n          SQL\"\"\"\n      INSERT INTO user_group(id, name, description, insee_code, creation_date, create_by_user_id, area_ids, organisation, email) VALUES (\n         ${group.id}::uuid,\n         ${group.name},\n         ${group.description},\n         array[${group.inseeCode}]::character varying(5)[],\n         ${group.creationDate},\n         ${UUIDHelper.namedFrom(\"deprecated\")}::uuid,\n         array[${group.areaIds}]::uuid[],\n         ${group.organisation.map(_.id)},\n         ${group.email})\n      \"\"\".executeUpdate() === 1\n        }\n      }\n      if (result)\n        Right(())\n      else\n        Left(\"Aucun groupe n'a \u00e9t\u00e9 ajout\u00e9\")\n    } catch {\n      case ex: PSQLException =>\n        val EmailErrorPattern =\n          \"\"\"[^()@]+@[^()@.]+\\.[^()@]+\"\"\".r \/\/ This didn't work in that case : \"\"\" Detail: Key \\(email\\)=\\(([^()]*)\\) already exists.\"\"\"\".r  (don't know why, the regex is correct)\n        val errorMessage = EmailErrorPattern.findFirstIn(ex.getServerErrorMessage.toString) match {\n          case Some(email) => s\"Un groupe avec l'adresse $email existe d\u00e9j\u00e0.\"\n          case _           => s\"SQL Erreur : ${ex.getServerErrorMessage.toString}\"\n        }\n        Left(errorMessage)\n    }\n\n  def add(group: UserGroup): Either[String, Unit] = add(List(group))\n\n  def addGroup(group: UserGroup): Future[Either[Error, Unit]] =\n    Future(\n      Try(\n        db.withTransaction { implicit connection =>\n          SQL\"\"\"INSERT INTO user_group(\n                  id,\n                  name,\n                  description,\n                  insee_code,\n                  creation_date,\n                  create_by_user_id,\n                  area_ids,\n                  organisation,\n                  email\n                ) VALUES (\n                  ${group.id}::uuid,\n                  ${group.name},\n                  ${group.description},\n                  array[${group.inseeCode}]::character varying(5)[],\n                  ${group.creationDate},\n                  ${UUIDHelper.namedFrom(\"deprecated\")}::uuid,\n                  array[${group.areaIds}]::uuid[],\n                  ${group.organisation.map(_.id)},\n                  ${group.email})\n             \"\"\".executeUpdate()\n          ().asRight\n        }\n      ).toEither.left.map {\n        case sqlerror: PSQLException\n            if sqlerror.getServerErrorMessage.toString.contains(\n              \"duplicate key value violates unique constraint \\\"name_user_group_unique_idx\\\"\"\n            ) =>\n          Error.SqlException(\n            EventType.EditUserGroupBadRequest,\n            \"Un groupe avec le m\u00eame nom existe d\u00e9j\u00e0\",\n            sqlerror,\n            s\"Nom '${group.name}'\".some\n          )\n        case e =>\n          Error.SqlException(\n            EventType.EditUserGroupError,\n            \"Impossible d'ajouter un groupe : erreur de base de donn\u00e9es\",\n            e,\n            none\n          )\n      }.flatten\n    )\n\n  def edit(group: UserGroup): Boolean =\n    db.withConnection { implicit connection =>\n      SQL\"\"\"\n          UPDATE user_group SET\n          name = ${group.name},\n          description = ${group.description},\n          organisation = ${group.organisation.map(_.id)},\n          area_ids = array[${group.areaIds}]::uuid[],\n          email = ${group.email},\n          public_note = ${group.publicNote},\n          internal_support_comment = ${group.internalSupportComment}\n          WHERE id = ${group.id}::uuid\n       \"\"\".executeUpdate() === 1\n    \/\/ TODO: insee_code = array[${group.inseeCode}]::character varying(5)[], have been remove temporary\n    }\n\n  def allGroups: List[UserGroup] =\n    db.withConnection { implicit connection =>\n      SQL(s\"SELECT $fieldsInSelect FROM user_group\").as(simpleUserGroup.*)\n    }\n\n  def all: Future[List[UserGroup]] =\n    Future {\n      db.withConnection { implicit connection =>\n        SQL(s\"SELECT $fieldsInSelect FROM user_group\").as(simpleUserGroup.*)\n      }\n    }\n\n  def byIds(groupIds: List[UUID]): List[UserGroup] =\n    db.withConnection { implicit connection =>\n      val ids = groupIds.distinct\n      SQL(s\"\"\"SELECT $fieldsInSelect\n              FROM user_group\n              WHERE ARRAY[{ids}]::uuid[] @> ARRAY[id]::uuid[]\"\"\")\n        .on(\"ids\" -> ids)\n        .as(simpleUserGroup.*)\n    }\n\n  def byIdsFuture(groupIds: List[UUID]): Future[List[UserGroup]] =\n    Future {\n      db.withConnection { implicit connection =>\n        val ids = groupIds.distinct\n        SQL(s\"\"\"SELECT $fieldsInSelect\n                FROM user_group\n                WHERE ARRAY[{ids}]::uuid[] @> ARRAY[id]::uuid[]\"\"\")\n          .on(\"ids\" -> ids)\n          .as(simpleUserGroup.*)\n      }\n    }\n\n  def groupById(groupId: UUID): Option[UserGroup] =\n    db.withConnection { implicit connection =>\n      SQL(s\"SELECT $fieldsInSelect FROM user_group WHERE id = {groupId}::uuid\")\n        .on(\"groupId\" -> groupId)\n        .as(simpleUserGroup.singleOpt)\n    }\n\n  def groupByName(groupName: String): Option[UserGroup] =\n    db.withConnection { implicit connection =>\n      SQL(s\"SELECT $fieldsInSelect FROM user_group WHERE name = {groupName}\")\n        .on(\"groupName\" -> groupName)\n        .as(simpleUserGroup.singleOpt)\n    }\n\n  def deleteById(groupId: UUID): Boolean =\n    db.withConnection { implicit connection =>\n      SQL\"\"\"DELETE FROM \"user_group\" WHERE id = $groupId::uuid\"\"\".execute()\n    }\n\n  def isGroupEmpty(groupId: UUID): Boolean =\n    db.withConnection { implicit connection =>\n      val cardinality: Int =\n        SQL\"\"\"SELECT COUNT(id) as cardinality FROM \"user\" WHERE group_ids @> ARRAY[$groupId]::uuid[]\"\"\"\n          .executeQuery()\n          .resultSet\n          .apply[Int]({ rs: ResultSet =>\n            rs.next()\n            rs.getInt(\"cardinality\")\n          })\n      cardinality === 0\n    }\n\n  def byArea(areaId: UUID): Future[List[UserGroup]] =\n    Future {\n      db.withConnection { implicit connection =>\n        SQL(s\"\"\"SELECT $fieldsInSelect\n                FROM \"user_group\"\n                WHERE area_ids @> ARRAY[{areaId}]::uuid[]\"\"\")\n          .on(\"areaId\" -> areaId)\n          .as(simpleUserGroup.*)\n      }\n    }\n\n  def byAreas(areaIds: List[UUID]): Future[List[UserGroup]] =\n    Future {\n      db.withConnection { implicit connection =>\n        SQL(s\"\"\"SELECT $fieldsInSelect\n                FROM \"user_group\"\n                WHERE ARRAY[{areaIds}]::uuid[] && area_ids\"\"\")\n          .on(\"areaIds\" -> areaIds)\n          .as(simpleUserGroup.*)\n      }\n    }\n\n  def byOrganisationIds(organisationIds: List[Organisation.Id]): Future[List[UserGroup]] =\n    Future {\n      db.withConnection { implicit connection =>\n        val organisationIdStrings = organisationIds.map(_.id)\n        SQL(s\"\"\"SELECT $fieldsInSelect\n                FROM \"user_group\"\n                WHERE ARRAY[{organisationIds}]::varchar[] @> ARRAY[organisation]\"\"\")\n          .on(\"organisationIds\" -> organisationIdStrings)\n          .as(simpleUserGroup.*)\n      }\n    }\n\n  def search(searchQuery: String, limit: Int): Future[Either[Error, List[UserGroup]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val query =\n            StringHelper\n              .commonStringInputNormalization(searchQuery)\n              .replace(' ', '+')\n              .replace('@', '+')\n              .replace('.', '+') + \":*\"\n          SQL(s\"\"\"SELECT $fieldsInSelect\n                  FROM \"user_group\"\n                  WHERE (\n                    to_tsvector('french_unaccent', name) ||\n                    to_tsvector('french_unaccent', coalesce(description, '')) ||\n                    to_tsvector('french_unaccent', coalesce(array_to_string(insee_code, ' ', ' '), '')) ||\n                    to_tsvector('french_unaccent', coalesce(organisation, '')) ||\n                    to_tsvector('french_unaccent', translate(coalesce(email, ''), '@.', '  '))\n                  ) @@ to_tsquery('french_unaccent', {query})\n                  LIMIT {limit}\"\"\")\n            .on(\"query\" -> query, \"limit\" -> limit)\n            .as(simpleUserGroup.*)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.SearchUsersError,\n            s\"Impossible de faire une recherche\",\n            e,\n            s\"Recherche '$searchQuery'\".some\n          )\n        )\n    )\n\n  private val (fsParser, fsTableFields) = Macros.parserWithFields[FranceService](\n    \"group_id\",\n    \"matricule\",\n  )\n\n  private val fsFieldsInSelect: String = fsTableFields.mkString(\", \")\n\n  def franceServices: Future[Either[Error, List[(Option[FranceService], Option[UserGroup])]]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val fields = fsFieldsInSelect + \",\" + fieldsInSelect\n          SQL(s\"\"\"SELECT $fields\n                FROM france_service\n                LEFT JOIN user_group\n                  ON user_group.id = france_service.group_id\n                UNION\n                SELECT\n                  null as matricule,\n                  null as group_id,\n                  $fieldsInSelect\n                FROM user_group\n                WHERE user_group.id NOT IN (\n                  SELECT group_id FROM france_service\n                )\n                AND organisation = 'MFS'\n             \"\"\").as((fsParser.? ~ simpleUserGroup.?).map(SqlParser.flatten).*)\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FSMatriculeError,\n            \"Impossible de lister les matricules des France Services\",\n            e,\n            none\n          )\n        )\n    )\n\n  def addFSMatricule(groupId: UUID, matricule: Int): Future[Either[Error, Unit]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val existing =\n            SQL(s\"\"\"SELECT $fsFieldsInSelect\n                    FROM france_service\n                    WHERE matricule = {matricule}\n                 \"\"\")\n              .on(\"matricule\" -> matricule)\n              .as(fsParser.*)\n          existing match {\n            case Nil =>\n              val numRows =\n                SQL\"\"\"INSERT INTO france_service (group_id, matricule)\n                      VALUES ($groupId::uuid, $matricule)\n                   \"\"\".executeUpdate()\n              assert(numRows === 1)\n              ().asRight\n            case matricules =>\n              Error\n                .RequirementFailed(\n                  EventType.FSMatriculeInvalidData,\n                  s\"Impossible d'assigner le matricule $matricule au groupe $groupId : \" +\n                    s\"matricule d\u00e9j\u00e0 assign\u00e9 au groupe \" + matricules.map(_.groupId).mkString(\", \"),\n                  none\n                )\n                .asLeft\n          }\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FSMatriculeError,\n            s\"Impossible d'ajouter le matricule '$matricule' au groupe $groupId\" +\n              \" : erreur de base de donn\u00e9e\",\n            e,\n            none\n          )\n        )\n        .flatten\n    )\n\n  \/** Updates the matricule of a group *\/\n  def updateFSMatricule(groupId: UUID, newMatricule: Int): Future[Either[Error, Unit]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val existing =\n            SQL(s\"\"\"SELECT $fsFieldsInSelect\n                    FROM france_service\n                    WHERE matricule = {matricule}\n                 \"\"\")\n              .on(\"matricule\" -> newMatricule)\n              .as(fsParser.*)\n          existing match {\n            case Nil =>\n              val existingMatricule =\n                SQL(s\"\"\"SELECT $fsFieldsInSelect\n                        FROM france_service\n                        WHERE group_id = {groupId}::uuid\n                     \"\"\")\n                  .on(\"groupId\" -> groupId)\n                  .as(fsParser.*)\n              existingMatricule match {\n                case Nil =>\n                  val numRows =\n                    SQL\"\"\"INSERT INTO france_service (group_id, matricule)\n                          VALUES ($groupId::uuid, $newMatricule)\n                       \"\"\".executeUpdate()\n                  assert(numRows === 1)\n                case _ =>\n                  val numRows =\n                    SQL\"\"\"UPDATE france_service\n                          SET matricule = $newMatricule\n                          WHERE group_id = $groupId::uuid\n                       \"\"\".executeUpdate()\n                  assert(\n                    numRows <= 1,\n                    s\"$numRows mises \u00e0 jour pour le nouveau matricule '$newMatricule' groupe $groupId\"\n                  )\n              }\n              ().asRight\n            case matricules =>\n              Error\n                .RequirementFailed(\n                  EventType.FSMatriculeInvalidData,\n                  s\"Impossible d'assigner le nouveau matricule '$newMatricule' au groupe $groupId : \" +\n                    \"le matricule est d\u00e9j\u00e0 assign\u00e9 au groupe \" +\n                    matricules.map(_.groupId).mkString(\", \"),\n                  none\n                )\n                .asLeft\n          }\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FSMatriculeError,\n            s\"Impossible de mettre \u00e0 jour le matricule du groupe $groupId \" +\n              s\"(nouveau matricule '$newMatricule') : erreur de base de donn\u00e9e\",\n            e,\n            none\n          )\n        )\n        .flatten\n    )\n\n  \/** Updates the group with a certain matricule *\/\n  def updateFSGroup(matricule: Int, newGroupId: UUID): Future[Either[Error, Unit]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val existing =\n            SQL(s\"\"\"SELECT $fsFieldsInSelect\n                    FROM france_service\n                    WHERE matricule = {matricule}\n                 \"\"\")\n              .on(\"matricule\" -> matricule)\n              .as(fsParser.*)\n          existing match {\n            case Nil =>\n              val numRows =\n                SQL\"\"\"INSERT INTO france_service (group_id, matricule)\n                      VALUES ($newGroupId::uuid, $matricule)\n                   \"\"\".executeUpdate()\n              assert(numRows === 1)\n              ().asRight\n            case _ =>\n              val numRows =\n                SQL\"\"\"UPDATE france_service\n                      SET group_id = $newGroupId::uuid\n                      WHERE matricule = $matricule\n                   \"\"\".executeUpdate()\n              assert(\n                numRows <= 1,\n                s\"$numRows mises \u00e0 jour pour le matricule '$matricule' nouveau groupe $newGroupId\"\n              )\n              ().asRight\n          }\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FSMatriculeError,\n            s\"Impossible de mettre \u00e0 jour le groupe du matricule $matricule \" +\n              s\"(nouveau groupe '$newGroupId') : erreur de base de donn\u00e9e\",\n            e,\n            none\n          )\n        )\n        .flatten\n    )\n\n  def deleteFSMatricule(matricule: Int): Future[Either[Error, Unit]] =\n    Future(\n      Try(\n        db.withConnection { implicit connection =>\n          val existing =\n            SQL(s\"\"\"SELECT $fsFieldsInSelect\n                    FROM france_service\n                    WHERE matricule = {matricule}\n                 \"\"\")\n              .on(\"matricule\" -> matricule)\n              .as(fsParser.*)\n          existing match {\n            case Nil =>\n              Error\n                .RequirementFailed(\n                  EventType.FSMatriculeInvalidData,\n                  s\"Matricule '$matricule' n'existe pas\",\n                  none\n                )\n                .asLeft\n            case _ =>\n              SQL\"\"\"DELETE FROM france_service WHERE matricule = $matricule\"\"\".executeUpdate()\n              ().asRight\n          }\n        }\n      ).toEither.left\n        .map(e =>\n          Error.SqlException(\n            EventType.FSMatriculeError,\n            s\"Impossible de supprimer le matricule '$matricule'\" +\n              \" : erreur de base de donn\u00e9e\",\n            e,\n            none\n          )\n        )\n        .flatten\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/PathValidator.scala","text":"package controllers\n\nimport java.util.UUID\nimport models.EventType\nimport play.api.mvc.Call\nimport scala.util.Try\nimport scala.util.matching.Regex\n\nobject PathValidator {\n\n  \/\/ We put in the whitelist paths used in emails and\n  \/\/ paths that might be used as bookmarks.\n  \/\/\n  \/\/ Note that we cannot use Play's router to validate an url, hence the regexes.\n  private val pathWhitelist: List[Regex] = {\n    val placeholder = \"00000000-0000-0000-0000-000000000000\"\n    val placeholderUUID = UUID.fromString(placeholder)\n    val calls: List[Call] = List(\n      routes.HomeController.index,\n      routes.HomeController.help,\n      routes.HomeController.welcome,\n      routes.ApplicationController.create,\n      routes.ApplicationController.myApplications,\n      routes.ApplicationController.show(placeholderUUID),\n      routes.MandatController.mandat(placeholderUUID),\n      routes.ApplicationController.stats,\n      routes.UserController.showEditProfile,\n      routes.UserController.home,\n      routes.UserController.editUser(placeholderUUID),\n      routes.GroupController.showEditMyGroups,\n      routes.GroupController.editGroup(placeholderUUID),\n      routes.UserController.add(placeholderUUID),\n      routes.UserController.showValidateAccount,\n      routes.AreaController.all,\n      routes.AreaController.deploymentDashboard,\n      routes.AreaController.franceServiceDeploymentDashboard,\n      routes.ApplicationController.applicationsAdmin,\n      routes.UserController.all(placeholderUUID),\n    )\n    val uuidRegex = \"([a-fA-F0-9]{8}-[a-fA-F0-9]{4}-[a-fA-F0-9]{4}-[a-fA-F0-9]{4}-[a-fA-F0-9]{12})\"\n    calls.map(call =>\n      \/\/ this compiles the regex\n      new Regex(\"^\" + call.path().replace(placeholder, uuidRegex) + \"$\")\n    )\n  }\n\n  def isValidPath(path: String): Boolean =\n    pathWhitelist.exists { pathRegex =>\n      path match {\n        case pathRegex(uuids @ _*) =>\n          uuids.forall(uuid => Try(UUID.fromString(uuid)).isSuccess)\n        case _ => false\n      }\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/services\/EmailsService.scala","text":"package services\n\nimport akka.stream.scaladsl.{RestartSource, Sink, Source}\nimport akka.stream.{Materializer, RestartSettings}\nimport cats.data.NonEmptyList\nimport cats.syntax.all._\nimport helper.MiscHelpers\nimport javax.inject.{Inject, Singleton}\nimport models.EmailPriority\nimport modules.AppConfig\nimport play.api.Logger\nimport play.api.libs.concurrent.MaterializerProvider\nimport play.api.libs.mailer.{Email, SMTPConfiguration, SMTPMailer}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.jdk.javaapi.CollectionConverters.asScala\nimport scala.util.Try\n\nobject EmailsService {\n\n  case class WeightedSMTP(\n      weight: Double,\n      config: SMTPConfiguration,\n      extraHeaders: Map[String, String]\n  ) {\n    val mailer = new SMTPMailer(config)\n  }\n\n  case class SMTPPickers(urgent: SMTPPicker, normal: SMTPPicker)\n\n  case class SMTPPicker(smtpList: NonEmptyList[WeightedSMTP]) {\n\n    def choose(): WeightedSMTP =\n      MiscHelpers\n        .chooseByFrequency[WeightedSMTP](smtpList.map(smtp => (smtp.weight, smtp)))\n\n  }\n\n}\n\n\/** Play-Mailer Documentation: https:\/\/github.com\/playframework\/play-mailer\n  *\n  * List of SMTP services with weights.\n  *\n  * Randomly chooses a service with probability proportional to their weights.\n  *\n  * Config `play.mailer` is used as \"base\" config (default parameters are taken from it)\n  *\n  * Example config (HOCON): { urgent:[ {weight:1,smtpConfig:{port:1111,mock:true}},\n  * {weight:5,smtpConfig:{port:1111,mock:true}} ], normal:[ {weight:1,\n  * smtpConfig:{port:1111,mock:true}, extraHeaders:{ \"X-MJ-MonitoringCategory\":\"aplus\",\n  * \"X-Mailjet-TrackClick\":\"0\", \"X-MAILJET-TRACKOPEN\":\"0\" } }, {weight:3,\n  * smtpConfig:{port:1111,mock:true}, extraHeaders:{ \"TEST-HEADER\":\"toto\" } } ] }\n  *\/\n@Singleton\nclass EmailsService @Inject() (\n    config: AppConfig,\n    dependencies: ServicesDependencies,\n    materializerProvider: MaterializerProvider,\n) {\n  import EmailsService._\n\n  implicit val materializer: Materializer = materializerProvider.get\n\n  private val log = Logger(classOf[EmailsService])\n\n  private def emailIsBlacklisted(email: Email): Boolean =\n    config.notificationEmailBlacklist.exists(black => email.to.exists(_.contains(black)))\n\n  private val defaultSMTPConfig = SMTPConfiguration(config.defaultMailerConfig)\n  private val defaultSMTP = new SMTPMailer(defaultSMTPConfig)\n\n  private val defaultHeaders = List[(String, String)](\n    \"X-MJ-MonitoringCategory\" -> \"aplus\",\n    \"X-Mailjet-TrackClick\" -> \"0\",\n    \"X-MAILJET-TRACKOPEN\" -> \"0\"\n  )\n\n  private val pickers: Option[SMTPPickers] =\n    config.emailPickersConfig\n      .map { rootConfig =>\n        def readWeightedConfig(key: String) =\n          SMTPPicker(\n            NonEmptyList.fromListUnsafe(asScala(rootConfig.getObjectList(key)).toList).map { obj =>\n              val topConfig = obj.toConfig\n              val weight = topConfig.getDouble(\"weight\")\n              val smtpConfig = SMTPConfiguration(\n                topConfig.getObject(\"smtpConfig\").toConfig.withFallback(config.defaultMailerConfig)\n              )\n              val extraHeaders = Try(topConfig.getObject(\"extraHeaders\")).toOption\n                .map { obj =>\n                  val conf = obj.toConfig\n                  val keys = asScala(obj.keySet).toList\n                  keys.map(key => (key, conf.getString(key))).toMap\n                }\n                .getOrElse(Map.empty)\n              WeightedSMTP(weight, smtpConfig, extraHeaders)\n            }\n          )\n        SMTPPickers(readWeightedConfig(\"urgent\"), readWeightedConfig(\"normal\"))\n      }\n\n  \/\/ https:\/\/github.com\/playframework\/play-mailer\/blob\/7.0.x\/play-mailer\/src\/main\/scala\/play\/api\/libs\/mailer\/MailerClient.scala#L15\n  \/\/ Sends back the `host` of the SMTP used\n  def sendBlocking(email: Email, priority: EmailPriority): Option[String] =\n    if (emailIsBlacklisted(email) && (email.subject =!= views.emails.common.magicLinkSubject)) {\n      log.info(s\"Did not send email to ${email.to.mkString(\", \")} because it is in the blacklist\")\n      none\n    } else {\n      val emailWithText = email.copy(bodyText = email.bodyHtml.map(_.replaceAll(\"<[^>]*>\", \"\")))\n      val host = pickers match {\n        case None =>\n          val finalEmail = emailWithText.copy(headers = email.headers ++ defaultHeaders)\n          defaultSMTP.send(finalEmail)\n          defaultSMTPConfig.host\n        case Some(pickers) =>\n          val picker = priority match {\n            case EmailPriority.Normal => pickers.normal\n            case EmailPriority.Urgent => pickers.urgent\n          }\n          val smtp = picker.choose()\n          val finalEmail = emailWithText.copy(headers = email.headers ++ smtp.extraHeaders)\n          smtp.mailer.send(finalEmail)\n          smtp.config.host\n      }\n      log.info(s\"Email sent to ${email.to.mkString(\", \")} via $host\")\n      host.some\n    }\n\n  \/\/ Non blocking, will apply a backoff if the `Future` is `Failed`\n  \/\/ (ie if `mailerClient.send` throws)\n  \/\/\n  \/\/ Doc for the exponential backoff\n  \/\/ https:\/\/doc.akka.io\/docs\/akka\/current\/stream\/stream-error.html#delayed-restarts-with-a-backoff-operator\n  \/\/\n  \/\/ Note: we might want to use a queue as the inner source, and enqueue emails in it.\n  def sendNonBlocking(email: Email, priority: EmailPriority): Future[Option[String]] =\n    RestartSource\n      .onFailuresWithBackoff(\n        RestartSettings(\n          minBackoff = 10.seconds,\n          maxBackoff = 40.seconds,\n          randomFactor = 0.2\n        )\n          .withMaxRestarts(count = 3, within = 10.seconds)\n      ) { () =>\n        Source.future {\n          \/\/ `sendBlocking` is executed on the `dependencies.mailerExecutionContext` thread pool\n          Future(sendBlocking(email, priority))(dependencies.mailerExecutionContext)\n        }\n      }\n      .runWith(Sink.last)\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/filters\/SentryFilter.scala","text":"package filters\n\nimport akka.stream.Materializer\nimport cats.syntax.all._\nimport io.sentry.{ITransaction, Sentry, SpanStatus}\nimport javax.inject.Inject\nimport play.api.mvc.{Filter, RequestHeader, Result}\nimport scala.concurrent.{ExecutionContext, Future}\nimport serializers.Keys\n\nclass SentryFilter @Inject() (implicit val mat: Materializer, ec: ExecutionContext) extends Filter {\n\n  val urisBlacklist = List(\n    \"\/favicon.ico\",\n    \"\/assets\/\",\n    \"\/webjars\/\",\n    \"\/jsRoutes\"\n  )\n\n  val queryParamsWhitelist = List(\n    Keys.QueryParam.vue,\n    Keys.QueryParam.uniquementFs,\n    Keys.QueryParam.numOfMonthsDisplayed\n  )\n\n  def apply(\n      nextFilter: RequestHeader => Future[Result]\n  )(requestHeader: RequestHeader): Future[Result] = {\n    val filteredQuery = requestHeader.target.queryMap\n      .filter { case (key, _) => queryParamsWhitelist.exists(_ === key) }\n      .map { case (key, values) => values.map(value => key + \"=\" + value).mkString(\"&\") }\n      .mkString(\"&\")\n    \/\/ Note that target.withQueryString does not work for our use case (see Play source)\n    val uri =\n      if (filteredQuery.isEmpty) requestHeader.target.path\n      else requestHeader.target.path + \"?\" + filteredQuery\n    val transactionOpt: Option[ITransaction] =\n      if (urisBlacklist.exists(prefix => uri.startsWith(prefix))) {\n        None\n      } else {\n        val transactionName = s\"${requestHeader.method} $uri\"\n        val transaction = Sentry.startTransaction(transactionName, \"task\")\n        Some(transaction)\n      }\n\n    nextFilter(requestHeader).map { result =>\n      transactionOpt.foreach { transaction =>\n        result.session(requestHeader).get(Keys.Session.userId).foreach { userId =>\n          transaction.setTag(\"user_id\", userId)\n        }\n        transaction.setStatus(SpanStatus.fromHttpStatusCode(result.header.status))\n        transaction.finish()\n      }\n      result\n    }\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/myApplications.scala","text":"package views\n\nimport cats.syntax.all._\nimport controllers.routes.ApplicationController\nimport helper.Time\nimport models.Application.Status.{Archived, New, Processed, Processing, Sent, ToArchive}\nimport models.{Application, Authorization, User}\nimport scalatags.Text.all._\n\nobject myApplications {\n\n  private def statusTag(application: Application, user: User): Tag = {\n    val status = application.longStatus(user)\n    val classes: String = status match {\n      case Processing =>\n        \"tag mdl-color--light-blue-300 mdl-color-text--black\"\n      case Processed | ToArchive =>\n        \"tag mdl-color--grey-500 mdl-color-text--white\"\n      case Archived =>\n        \"tag mdl-color--grey-200 mdl-color-text--black\"\n      case New =>\n        \"tag mdl-color--pink-400 mdl-color-text--white\"\n      case Sent =>\n        \"tag mdl-color--deep-purple-100 mdl-color-text--black\"\n    }\n    span(\n      cls := classes + \" single--pointer-events-all\",\n      status.show\n    )\n  }\n\n  private def applicationLine(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      application: Application\n  ): Tag = {\n    val borderClass =\n      if (application.longStatus(currentUser) === New) \"td--important-border\"\n      else \"td--clear-border\"\n    val backgroundClass =\n      if (application.hasBeenDisplayedFor(currentUser.id)) \"\" else \"td--blue-background\"\n    val classes = s\"searchable-row $borderClass $backgroundClass\"\n    tr(\n      data(\"location\") := ApplicationController.show(application.id).url,\n      data(\"search\") := application.searchData,\n      cls := classes,\n      statusCol(currentUser, currentUserRights, application),\n      infosCol(application),\n      creationCol(application),\n      activityCol(currentUser, application),\n      searchResultCol,\n      externalLinkCol(application)\n    )\n  }\n\n  private def backgroundLink(application: Application): Tag =\n    a(\n      href := ApplicationController.show(application.id).url,\n      cls := \"overlay-background\"\n    )\n\n  private def statusCol(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      application: Application\n  ): Tag =\n    td(\n      cls := \"mdl-data-table__cell--non-numeric mdl-data-table__cell--content-size\",\n      div(\n        cls := \"typography--text-align-center typography--text-line-height-2 overlay-foreground single--pointer-events-none \",\n        statusTag(application, currentUser),\n        Authorization\n          .isAdmin(currentUserRights)\n          .some\n          .filter(identity)\n          .map(_ =>\n            frag(\n              br,\n              span(\n                cls := \"mdl-typography--font-bold mdl-color-text--red-A700 single--pointer-events-all\",\n                application.internalId,\n              )\n            )\n          )\n      ),\n      backgroundLink(application)\n    )\n\n  \/\/ Note: we use pointer-events to let the background link go through the foreground box\n  \/\/       this gives the effect that the text can be selected and background is a link\n  private def infosCol(application: Application): Tag =\n    td(\n      cls := \"mdl-data-table__cell--non-numeric\",\n      div(\n        cls := \"overlay-foreground single--pointer-events-none\",\n        span(\n          cls := \"application__name single--pointer-events-all\",\n          application.userInfos.get(Application.UserLastNameKey),\n          \" \",\n          application.userInfos.get(Application.UserFirstNameKey)\n        ),\n        i(\n          cls := \"single--pointer-events-all\",\n          application.userInfos\n            .get(Application.UserCafNumberKey)\n            .map(caf => s\" (Num. CAF: $caf)\"),\n          application.userInfos\n            .get(Application.UserSocialSecurityNumberKey)\n            .map(nir => s\" (NIR: $nir)\")\n        ),\n        br,\n        span(cls := \"application__subject single--pointer-events-all\", application.subject)\n      ),\n      backgroundLink(application)\n    )\n\n  private def creationCol(application: Application): Tag =\n    td(\n      cls := \"mdl-data-table__cell--non-numeric mdl-data-table__cell--content-size\",\n      div(\n        id := s\"date-${application.id}\",\n        cls := \"vertical-align--middle overlay-foreground\",\n        span(\n          cls := \"application__age\",\n          \"Cr\u00e9\u00e9 il y a \",\n          b(application.ageString)\n        ),\n        \" \",\n        i(cls := \"icon material-icons icon--light\", \"info\")\n      ),\n      div(\n        cls := \"mdl-tooltip\",\n        data(\"mdl-for\") := s\"date-${application.id}\",\n        Time.formatPatternFr(application.creationDate, \"dd MMM YYYY - HH:mm\")\n      ),\n      backgroundLink(application)\n    )\n\n  private def activityCol(currentUser: User, application: Application): Tag = {\n    val newAnswers: Frag =\n      if (application.newAnswersFor(currentUser.id).length > 0 && !application.closed)\n        frag(\n          \" \",\n          span(cls := \"mdl-color--pink-500 badge\", application.newAnswersFor(currentUser.id).length)\n        )\n      else frag()\n    td(\n      cls := \"mdl-data-table__cell--non-numeric mdl-data-table__cell--content-size hidden--small-screen\",\n      div(\n        id := s\"answers-${application.id}\",\n        cls := \"vertical-align--middle overlay-foreground\",\n        i(cls := \"material-icons icon--light\", \"chat_bubble\"),\n        \" \",\n        span(\n          cls := \"application__anwsers badge-holder\",\n          s\"${application.answers.length} messages\",\n          newAnswers\n        )\n      ),\n      div(\n        cls := \"mdl-tooltip\",\n        `for` := s\"answers-${application.id}\",\n        frag(\n          application.answers.map(answer =>\n            frag(\n              Time.formatPatternFr(answer.creationDate, \"dd MMM YYYY\"),\n              \" : \",\n              answer.creatorUserName.split(\"\\\\(\").head,\n              br\n            )\n          )\n        )\n      ),\n      backgroundLink(application)\n    )\n  }\n\n  private def searchResultCol: Tag =\n    td(\n      cls := \"mdl-data-table__cell--non-numeric search-cell mdl-data-table__cell--content-size hidden--small-screen\"\n    )\n\n  private def externalLinkCol(application: Application): Tag =\n    td(\n      cls := \"mdl-data-table__cell--non-numeric mdl-data-table__cell--content-size hidden--small-screen\",\n      style := \"width: 20px\",\n      a(\n        href := ApplicationController.show(application.id).url,\n        cls := \"mdl-button mdl-js-button mdl-js-ripple-effect mdl-button--icon overlay-foreground\",\n        i(cls := \"material-icons\", \"info_outline\")\n      ),\n      backgroundLink(application)\n    )\n\n  def applicationsList(\n      currentUser: User,\n      currentUserRights: Authorization.UserRights,\n      applications: List[Application]\n  ): Tag =\n    div(\n      cls := \"mdl-cell mdl-cell--12-col pem-container\",\n      s\"Toutes (${applications.size}) :  \" +\n        applications\n          .groupBy(_.longStatus(currentUser))\n          .view\n          .mapValues(_.size)\n          .map { case (status, number) => status.show + s\" ( $number )\" }\n          .mkString(\" \/ \"),\n      table(\n        cls := \"mdl-data-table mdl-js-data-table pem-table mdl-shadow--2dp\",\n        style := \"white-space: normal;\",\n        tfoot(\n          cls := \"invisible\",\n          tr(\n            td(\n              cls := \"mdl-data-table__cell--non-numeric\",\n              colspan := \"5\",\n              style := \"text-align: center\",\n              button(\n                id := \"clear-search\",\n                cls := \"mdl-button mdl-js-button mdl-button--raised mdl-button--colored\",\n                \"Supprimer le filtre et afficher toutes les demandes\"\n              )\n            )\n          )\n        ),\n        tbody(\n          frag(\n            applications\n              .sortBy(_.closed)\n              .map(application => applicationLine(currentUser, currentUserRights, application))\n          )\n        )\n      )\n    )\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/ApiController.scala","text":"<reponame>sgmap\/aplus<gh_stars>1-10\npackage controllers\n\nimport actions.{LoginAction, RequestWithUserData}\nimport cats.syntax.all._\nimport controllers.Operators.UserOperators\nimport helper.StringHelper\nimport java.time.ZonedDateTime\nimport java.util.UUID\nimport javax.inject.{Inject, Singleton}\nimport models.{Area, Authorization, Error, EventType, Organisation, User, UserGroup}\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.mvc._\nimport scala.concurrent.{ExecutionContext, Future}\nimport serializers.Keys\nimport serializers.ApiModel._\nimport services.{EventService, OrganisationService, UserGroupService, UserService}\n\n@Singleton\ncase class ApiController @Inject() (\n    loginAction: LoginAction,\n    eventService: EventService,\n    organisationService: OrganisationService,\n    userService: UserService,\n    userGroupService: UserGroupService\n)(implicit val ec: ExecutionContext)\n    extends InjectedController\n    with UserOperators {\n  import OrganisationService.FranceServiceInstance\n\n  def franceServices: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.FSApiAccessUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 \u00e0 l'API de liste des France Services\"\n      ) { () =>\n        userGroupService.franceServices.map(\n          _.fold(\n            toFSApiError,\n            franceServices => {\n              val lines = franceServices.flatMap { case (fsOpt, groupOpt) =>\n                fsOpt\n                  .map(_.groupId)\n                  .orElse(groupOpt.map(_.id))\n                  .map(groupId =>\n                    FranceServices.Line(\n                      matricule = fsOpt.map(_.matricule),\n                      groupId = groupId,\n                      name = groupOpt.map(_.name),\n                      description = groupOpt.flatMap(_.description),\n                      areas = groupOpt\n                        .map(_.areaIds.flatMap(Area.fromId).map(_.toString).mkString(\", \"))\n                        .getOrElse(\"\"),\n                      organisation = groupOpt\n                        .flatMap(_.organisation.flatMap(Organisation.byId).map(_.shortName)),\n                      email = groupOpt.flatMap(_.email),\n                      publicNote = groupOpt.flatMap(_.publicNote),\n                    )\n                  )\n              }\n              Ok(Json.toJson(FranceServices(lines)))\n            }\n          )\n        )\n      }\n    }\n\n  def addFranceServices: Action[JsValue] =\n    loginAction[JsValue](parse.json).async { implicit request: RequestWithUserData[JsValue] =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.FSApiAccessUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 \u00e0 l'API d'ajout de France Services\"\n      ) { () =>\n        request.body\n          .validate[FranceServices.NewMatricules]\n          .fold(\n            errors => {\n              val errorMessage = helper.PlayFormHelper.prettifyJsonFormInvalidErrors(errors)\n              eventService.log(EventType.FSMatriculeInvalidData, s\"$errorMessage\")\n              Future.successful(BadRequest(Json.toJson(ApiError(errorMessage))))\n            },\n            newMatricules => {\n              val inserts = newMatricules.matricules.traverse { newLine =>\n                (newLine.matricule, newLine.groupId) match {\n                  case (Some(matricule), Some(groupId)) =>\n                    userGroupService\n                      .addFSMatricule(groupId, matricule)\n                      .map(\n                        _.fold(\n                          e => {\n                            eventService.logError(e)\n                            FranceServices\n                              .InsertResult(\n                                false,\n                                matricule.some,\n                                groupId.some,\n                                none,\n                                errorToMessage(e).some\n                              )\n                          },\n                          _ => {\n                            eventService.log(\n                              EventType.FSMatriculeChanged,\n                              s\"Ajout du matricule '$matricule' au groupe $groupId\"\n                            )\n                            FranceServices\n                              .InsertResult(false, matricule.some, groupId.some, newLine.name, none)\n                          }\n                        )\n                      )\n                  case (Some(matricule), None) if !newLine.name.isEmpty =>\n                    val groupId = UUID.randomUUID()\n                    val group = UserGroup(\n                      id = groupId,\n                      name =\n                        newLine.name.map(StringHelper.commonStringInputNormalization).getOrElse(\"\"),\n                      description =\n                        newLine.description.map(StringHelper.commonStringInputNormalization),\n                      inseeCode = Nil,\n                      creationDate = ZonedDateTime.now(),\n                      areaIds = newLine.areaCode\n                        .flatMap { code =>\n                          val rawCode = code.trim\n                          Area.fromInseeCode(if (rawCode.size === 1) \"0\" + rawCode else rawCode)\n                        }\n                        .map(_.id)\n                        .toList,\n                      organisation = Organisation.franceServicesId.some,\n                      email = newLine.email.map(StringHelper.commonStringInputNormalization),\n                      publicNote = none,\n                      internalSupportComment = newLine.internalSupportComment\n                        .map(StringHelper.commonStringInputNormalization),\n                    )\n\n                    userGroupService\n                      .addGroup(group)\n                      .flatMap(\n                        _.fold(\n                          e => {\n                            eventService.logError(e)\n                            Future.successful(\n                              FranceServices\n                                .InsertResult(\n                                  false,\n                                  matricule.some,\n                                  none,\n                                  none,\n                                  errorToMessage(e).some\n                                )\n                            )\n                          },\n                          _ => {\n                            eventService.log(\n                              EventType.UserGroupCreated,\n                              s\"Groupe ${group.id} ajout\u00e9 par l'utilisateur d'id ${request.currentUser.id}\",\n                              s\"Groupe ${group.toLogString}\".some\n                            )\n                            userGroupService\n                              .addFSMatricule(groupId, matricule)\n                              .map(\n                                _.fold(\n                                  e => {\n                                    eventService.logError(e)\n                                    FranceServices\n                                      .InsertResult(\n                                        true,\n                                        matricule.some,\n                                        groupId.some,\n                                        newLine.name,\n                                        errorToMessage(e).some\n                                      )\n                                  },\n                                  _ => {\n                                    eventService.log(\n                                      EventType.FSMatriculeChanged,\n                                      s\"Ajout du matricule '$matricule' au groupe $groupId\"\n                                    )\n                                    FranceServices\n                                      .InsertResult(\n                                        true,\n                                        matricule.some,\n                                        groupId.some,\n                                        newLine.name,\n                                        none\n                                      )\n                                  }\n                                )\n                              )\n                          }\n                        )\n                      )\n                  case _ =>\n                    Future.successful(\n                      FranceServices.InsertResult(\n                        false,\n                        newLine.matricule,\n                        newLine.groupId,\n                        none,\n                        \"Impossible de traiter la ligne: matricule vide ou informations manquantes\".some\n                      )\n                    )\n                }\n              }\n              inserts.map { resultList =>\n                val result = FranceServices.InsertsResult(resultList)\n                Ok(Json.toJson(result))\n              }\n            }\n          )\n      }\n    }\n\n  def updateFranceService: Action[JsValue] =\n    loginAction[JsValue](parse.json).async { implicit request: RequestWithUserData[JsValue] =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.FSApiAccessUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 \u00e0 l'API de mise \u00e0 jour des France Services\"\n      ) { () =>\n        request.body\n          .validate[FranceServices.Update]\n          .fold(\n            errors => {\n              val errorMessage = helper.PlayFormHelper.prettifyJsonFormInvalidErrors(errors)\n              eventService.log(EventType.FSMatriculeInvalidData, s\"$errorMessage\")\n              Future.successful(BadRequest(Json.toJson(ApiError(errorMessage))))\n            },\n            {\n              case FranceServices.Update(Some(matriculeUpdate), _) =>\n                userGroupService\n                  .updateFSMatricule(matriculeUpdate.groupId, matriculeUpdate.matricule)\n                  .map(\n                    _.fold(\n                      toFSApiError,\n                      _ => {\n                        eventService.log(\n                          EventType.FSMatriculeChanged,\n                          s\"Mise \u00e0 jour du matricule du groupe ${matriculeUpdate.groupId} : '${matriculeUpdate.matricule}'\"\n                        )\n                        Ok(Json.toJson(Json.obj()))\n                      }\n                    )\n                  )\n              case FranceServices.Update(_, Some(groupUpdate)) =>\n                userGroupService\n                  .updateFSGroup(groupUpdate.matricule, groupUpdate.groupId)\n                  .map(\n                    _.fold(\n                      toFSApiError,\n                      _ => {\n                        eventService.log(\n                          EventType.FSMatriculeChanged,\n                          s\"Mise \u00e0 jour du groupe associ\u00e9 au matricule ${groupUpdate.matricule} : '${groupUpdate.groupId}'\"\n                        )\n                        Ok(Json.toJson(Json.obj()))\n                      }\n                    )\n                  )\n              case FranceServices.Update(None, None) =>\n                Future.successful(Ok(Json.toJson(Json.obj())))\n            }\n          )\n      }\n    }\n\n  def deleteFranceService(matricule: Int): Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.FSApiAccessUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 \u00e0 l'API de suppression des France Services\"\n      ) { () =>\n        userGroupService\n          .deleteFSMatricule(matricule)\n          .map(\n            _.fold(\n              toFSApiError,\n              _ => {\n                eventService\n                  .log(EventType.FSMatriculeChanged, s\"Suppression du matricule $matricule\")\n                Ok(Json.obj())\n              }\n            )\n          )\n      }\n    }\n\n  private def errorToMessage(error: Error): String =\n    error.description + error.unsafeData.map(data => \" [\" + data + \"]\").getOrElse(\"\")\n\n  private def toFSApiError(error: Error)(implicit request: RequestWithUserData[_]): Result = {\n    eventService.logError(error)\n    if (error.eventType === EventType.FSMatriculeInvalidData)\n      BadRequest(Json.toJson(ApiError(errorToMessage(error))))\n    else if (error.eventType === EventType.FSMatriculeError)\n      InternalServerError(Json.toJson(ApiError(errorToMessage(error))))\n    else\n      InternalServerError(Json.toJson(ApiError(errorToMessage(error))))\n  }\n\n  private def matchFranceServiceInstance(\n      franceServiceInstance: FranceServiceInstance,\n      groups: List[UserGroup],\n      doNotMatchTheseEmails: Set[String]\n  ): Option[UserGroup] = {\n    def byEmail: Option[UserGroup] =\n      franceServiceInstance.contactMail.flatMap(email =>\n        if (doNotMatchTheseEmails.contains(email)) {\n          None\n        } else {\n          groups.find(group => group.email === Some(email))\n        }\n      )\n    def byName: Option[UserGroup] =\n      groups.find(group =>\n        StringHelper\n          .stripEverythingButLettersAndNumbers(group.name)\n          .contains(\n            StringHelper.stripEverythingButLettersAndNumbers(franceServiceInstance.nomFranceService)\n          )\n      )\n    def byCommune: Option[UserGroup] =\n      groups.find(group =>\n        StringHelper\n          .stripEverythingButLettersAndNumbers(group.name)\n          .contains(StringHelper.stripEverythingButLettersAndNumbers(franceServiceInstance.commune))\n      )\n    byEmail.orElse(byName).orElse(byCommune).filter { userGroup =>\n      val areas: List[Area] = userGroup.areaIds.flatMap(Area.fromId)\n      areas.exists(_.inseeCode === franceServiceInstance.departementCode.code)\n    }\n  }\n\n  def franceServiceDeployment: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.DeploymentDashboardUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 au dashboard de d\u00e9ploiement\"\n      ) { () =>\n        val userGroups = userGroupService.allGroups.filter(\n          _.organisationSetOrDeducted.exists(_.id === Organisation.franceServicesId)\n        )\n        val franceServiceInstances = organisationService.franceServiceInfos.instances\n        val doNotMatchTheseEmails =\n          franceServiceInstances\n            .flatMap(_.contactMail)\n            .groupBy(identity)\n            .filter(_._2.length > 1)\n            .keys\n            .toSet\n        val matches: List[(FranceServiceInstance, Option[UserGroup], Area)] =\n          franceServiceInstances\n            .map(instance =>\n              (\n                instance,\n                matchFranceServiceInstance(instance, userGroups, doNotMatchTheseEmails),\n                Area.fromInseeCode(instance.departementCode.code).getOrElse(Area.notApplicable)\n              )\n            )\n        val allGroupIds: List[UUID] = matches.flatMap(_._2).map(_.id)\n        val allUsers = userService.byGroupIds(allGroupIds)\n        val groupSizes: Map[UUID, Int] = allUsers\n          .flatMap(user => user.groupIds.map(groupId => (groupId, user)))\n          .groupBy(_._1) \/\/ Group by groupId\n          .map { case (groupId, users) => (groupId, users.size) }\n          .toMap\n        val data: List[FranceServiceInstanceLine] = matches\n          .map { case (franceServiceInstance, groupOpt, area) =>\n            FranceServiceInstanceLine(\n              nomFranceService = franceServiceInstance.nomFranceService,\n              commune = franceServiceInstance.commune,\n              departementName = area.name,\n              departementCode = area.inseeCode,\n              matchedGroup = groupOpt.map(_.name),\n              groupSize = groupOpt.flatMap(group => groupSizes.get(group.id)).getOrElse(0),\n              departementIsDone = false,\n              contactMail = franceServiceInstance.contactMail,\n              phone = franceServiceInstance.phone\n            )\n          }\n          .groupBy(_.departementCode)\n          .flatMap { case (_, sameDepartementLines) =>\n            val departementIsDone = sameDepartementLines.forall(_.groupSize >= 2)\n            sameDepartementLines.map(_.copy(departementIsDone = departementIsDone))\n          }\n          .toList\n          .sortBy(line => (line.departementCode, line.nomFranceService))\n        Future(Ok(Json.toJson(data)))\n      }\n    }\n\n  private val organisationSetAll: List[Set[Organisation]] = {\n    val groups: List[Set[Organisation]] = List(\n      Set(\"DDFIP\", \"DRFIP\"),\n      Set(\"CPAM\", \"CRAM\", \"CNAM\"),\n      Set(\"CARSAT\", \"CNAV\")\n    ).map(_.flatMap(id => Organisation.byId(Organisation.Id(id))))\n    val groupedSet: Set[Organisation.Id] = groups.flatMap(_.map(_.id)).toSet\n    val nonGrouped: List[Organisation] =\n      Organisation.organismesOperateurs.filterNot(org => groupedSet.contains(org.id))\n    groups ::: nonGrouped.map(Set(_))\n  }\n\n  private val organisationSetFranceService: List[Set[Organisation]] = (\n    List(\n      Set(\"DDFIP\", \"DRFIP\"),\n      Set(\"CPAM\", \"CRAM\", \"CNAM\"),\n      Set(\"CARSAT\", \"CNAV\"),\n      Set(\"ANTS\", \"Pr\u00e9f\")\n    ) :::\n      List(\n        \"CAF\",\n        \"CDAD\",\n        \"La Poste\",\n        \"MSA\",\n        \"P\u00f4le emploi\"\n      ).map(Set(_))\n  ).map(_.flatMap(id => Organisation.byId(Organisation.Id(id))))\n\n  private def organisationSetId(organisations: Set[Organisation]): String =\n    organisations.map(_.id.toString).mkString\n\n  def deploymentData: Action[AnyContent] =\n    loginAction.async { implicit request =>\n      asUserWithAuthorization(Authorization.isAdminOrObserver)(\n        EventType.DeploymentDashboardUnauthorized,\n        \"Acc\u00e8s non autoris\u00e9 au dashboard de d\u00e9ploiement\"\n      ) { () =>\n        val userGroups = userGroupService.allGroups\n        userService.allNoNameNoEmail.map { users =>\n          def usersIn(area: Area, organisationSet: Set[Organisation]): List[User] =\n            for {\n              group <- userGroups.filter(group =>\n                group.areaIds.contains[UUID](area.id)\n                  && organisationSet.exists(group.organisationSetOrDeducted.contains[Organisation])\n              )\n              user <- users if user.groupIds.contains[UUID](group.id)\n            } yield user\n\n          val organisationSets: List[Set[Organisation]] =\n            if (request.getQueryString(Keys.QueryParam.uniquementFs).getOrElse(\"oui\") === \"oui\") {\n              organisationSetFranceService\n            } else {\n              organisationSetAll\n            }\n\n          val areasData = for {\n            area <- request.currentUser.areas.flatMap(Area.fromId).filterNot(_.name === \"Demo\")\n          } yield {\n            val numOfInstructors: Map[Set[Organisation], Int] = (\n              for {\n                organisations <- organisationSets\n                users = usersIn(area, organisations)\n                userSum = users.count(_.instructor)\n              } yield (organisations, userSum)\n            ).toMap\n\n            DeploymentData.AreaData(\n              areaId = area.id.toString,\n              areaName = area.toString,\n              numOfInstructorByOrganisationSet = numOfInstructors.map {\n                case (organisations, count) => (organisationSetId(organisations), count)\n              },\n              numOfOrganisationSetWithOneInstructor = numOfInstructors\n                .count { case (_, numOfInstructors) => numOfInstructors > 0 }\n            )\n          }\n\n          val numOfAreasWithOneInstructorByOrganisationSet =\n            organisationSets.map { organisations =>\n              val id = organisationSetId(organisations)\n              val count =\n                areasData.count(data => data.numOfInstructorByOrganisationSet.getOrElse(id, 0) > 0)\n              (id, count)\n            }.toMap\n\n          val data = DeploymentData(\n            organisationSets = organisationSets.map(organisations =>\n              DeploymentData.OrganisationSet(\n                id = organisationSetId(organisations),\n                organisations = organisations\n              )\n            ),\n            areasData = areasData,\n            numOfAreasWithOneInstructorByOrganisationSet =\n              numOfAreasWithOneInstructorByOrganisationSet\n          )\n          Ok(Json.toJson(data))\n        }\n      }\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/helper\/MiscHelpers.scala","text":"package helper\n\nimport cats.data.NonEmptyList\nimport scala.util.Random\n\nobject MiscHelpers {\n\n  \/\/ https:\/\/github.com\/typelevel\/cats\/blob\/master\/core\/src\/main\/scala\/cats\/Foldable.scala#L775\n  def intersperseList[A](xs: List[A], x: A): List[A] = {\n    val bld = List.newBuilder[A]\n    val it = xs.iterator\n    if (it.hasNext) {\n      bld += it.next()\n      while (it.hasNext) {\n        bld += x\n        bld += it.next()\n      }\n    }\n    bld.result()\n  }\n\n  \/** `elements` is a list of (weight, element) This method chooses elements in the list randomly\n    * such that the probability of choosing an element is its frequency (weight \/ sum(weights)).\n    * (see tests for examples)\n    *\/\n  def chooseByFrequency[A](elements: NonEmptyList[(Double, A)]): A = {\n    val weightSum = elements.map { case (weight, _) => weight }.toList.sum\n    val random: Double = Random.between(0.0, 1.0)\n    val (randomElement, _) = elements\n      .foldLeft[(Option[A], Double)]((None, 0.0)) {\n        case ((lastChosen, lastBound), (weight, element)) =>\n          val bound = lastBound + weight \/ weightSum\n          val chosen = lastChosen.orElse(if (random <= bound) Some(element) else None)\n          (chosen, bound)\n      }\n    \/\/ .getOrElse here is for rare case of float arithmetics that would not sum to 1.0\n    randomElement.getOrElse(elements.last._2)\n  }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/views\/helpers\/applications.scala","text":"package views.helpers\n\nimport cats.syntax.all._\nimport helper.MiscHelpers.intersperseList\nimport models.Application.Status.{Archived, New, Processed, Processing, Sent, ToArchive}\nimport models.{Application, Organisation, User, UserGroup}\nimport play.api.data.FormError\nimport play.api.i18n.Messages\nimport scalatags.Text.all._\n\nobject applications {\n\n  \/** This is for the Application creation form Some fields here are from `Form`\n    * https:\/\/www.playframework.com\/documentation\/2.8.x\/api\/scala\/play\/api\/data\/Form.html\n    *\/\n  def applicationTargetGroups(\n      groups: List[UserGroup],\n      formData: Map[String, String],\n      formHasErrors: Boolean,\n      formErrors: Seq[FormError]\n  )(implicit messagesProvider: Messages): Tag =\n    div(\n      cls := \"mdl-grid single--background-color-white\",\n      if (formHasErrors)\n        p(\n          cls := \"global-errors\",\n          formErrors.map(_.format).mkString(\", \")\n        )\n      else\n        (),\n      fieldset(\n        cls := \"single--margin-left-8px single--margin-right-24px single--margin-top-8px mdl-cell mdl-cell--12-col\",\n        groupCheckboxes(groups, formData)\n      )\n    )\n\n  \/** On the application view *\/\n  def inviteTargetGroups(groups: List[UserGroup]): Tag =\n    fieldset(\n      cls := \"single--margin-top-16px mdl-cell mdl-cell--12-col\",\n      legend(\n        cls := \"single--padding-top-16px single--padding-bottom-16px mdl-typography--title\",\n        \"Inviter un organisme sur la discussion\"\n      ),\n      groupCheckboxes(groups, Map.empty)\n    )\n\n  \/** On the Group Form *\/\n  def groupFormExample(group: UserGroup): Tag =\n    div(\n      cls := \"single--margin-left-8px\",\n      div(\n        cls := \"single--margin-bottom-8px single--font-size-16px\",\n        \"La \",\n        b(\"description succincte\"),\n        \" et la \",\n        b(\"description d\u00e9taill\u00e9e\"),\n        \" permettent d\u2019orienter l\u2019utilisateur souhaitant cr\u00e9er une demande. Ils lui sont affich\u00e9s de la fa\u00e7on suivante\u00a0:\"\n      ),\n      div(\n        cls := \"mdl-grid single--background-color-white form-example\",\n        fieldset(\n          cls := \"single--margin-left-8px single--margin-right-24px single--margin-top-8px mdl-cell mdl-cell--12-col\",\n          groupCheckboxes(group :: Nil, Map(\"groups[]\" -> group.id.toString))\n        )\n      )\n    )\n\n  \/** Restriction: to work with the JS part, it must be unique per page *\/\n  def groupCheckboxes(groups: List[UserGroup], formData: Map[String, String]): List[Tag] =\n    groups.sortBy(_.name).map { group =>\n      val organisation: Option[Organisation] = group.organisationSetOrDeducted\n      val groupIsChecked =\n        formData.exists { case (k, v) => k.startsWith(\"groups[\") && v === group.id.toString }\n\n      def publicNoteBox(inner: Frag) =\n        tr(\n          td(\n            cls := \"info-box-container\",\n            div(\n              cls := \"info-box info-box--no-spacing\",\n              inner\n            )\n          )\n        )\n      val publicNote: Frag =\n        group.publicNote match {\n          case Some(publicNote) =>\n            publicNoteBox(\n              frag(intersperseList(publicNote.split(\"\\n\").toList.map(s => frag(s)), br))\n            )\n          case None =>\n            if (organisation.map(_.id).filter(_ === Organisation.cafId).nonEmpty) {\n              publicNoteBox(\n                frag(\n                  \"La CAF aura besoin du \",\n                  b(\"num\u00e9ro identifiant CAF\"),\n                  \" et \u00e0 d\u00e9faut de la date de naissance. \",\n                  \"Vous pouvez le renseigner dans \",\n                  b(\"Informations concernant l\u2019usager\"),\n                  \" ci-dessous.\"\n                )\n              )\n            } else if (organisation.map(_.id).filter(_ === Organisation.cpamId).nonEmpty) {\n              publicNoteBox(\n                frag(\n                  \"La CPAM aura besoin du \",\n                  b(\"num\u00e9ro de s\u00e9curit\u00e9 sociale\"),\n                  \" et \u00e0 d\u00e9faut de la date de naissance. \",\n                  \"Vous pouvez le renseigner dans \",\n                  b(\"Informations concernant l\u2019usager\"),\n                  \" ci-dessous.\"\n                )\n              )\n            } else if (\n              organisation\n                .find(entity =>\n                  Set(Organisation.prefId, Organisation.sousPrefId).contains(entity.id)\n                )\n                .nonEmpty\n            ) {\n              publicNoteBox(\n                frag(\n                  \"La pr\u00e9fecture (ou sous-pr\u00e9fecture) ne r\u00e9pondra pas forc\u00e9ment aux questions relative aux renouvellements de titre de s\u00e9jour ou des certificats d\u2019immatriculation. Pour les titres de s\u00e9jour concernant les \u00e9tudiants, vous pouvez utiliser la plateforme du minist\u00e8re de l\u2019int\u00e9rieur \",\n                  a(\n                    href := \"https:\/\/administration-etrangers-en-france.interieur.gouv.fr\/particuliers\/#\/\",\n                    target := \"_blank\",\n                    rel := \"noopener\",\n                    \"\u00e0 cette adresse\"\n                  ),\n                  \". Pour les certificats d\u2019immatriculation, vous pouvez contacter l\u2019ANTS \",\n                  a(\n                    href := \"https:\/\/ants.gouv.fr\/Contacter-l-ANTS\/Contactez-nous\",\n                    target := \"_blank\",\n                    rel := \"noopener\",\n                    \"\u00e0 cette adresse\"\n                  ),\n                  \".\"\n                )\n              )\n            } else ()\n        }\n\n      div(\n        cls := \"single--padding-top-8px single--padding-bottom-16px single--padding-left-16px\",\n        label(\n          `for` := s\"invite-${group.id}\",\n          cls := \"mdl-checkbox mdl-js-checkbox mdl-js-ripple-effect single--height-auto\",\n          input(\n            id := s\"invite-${group.id}\",\n            cls := \"mdl-checkbox__input application-form-invited-groups-checkbox\",\n            `type` := \"checkbox\",\n            name := \"groups[]\",\n            value := s\"${group.id}\",\n            attr(\"data-group-name\") := s\"${group.name}\",\n            if (groupIsChecked) checked := \"checked\"\n            else ()\n          ),\n          span(\n            cls := \"mdl-checkbox__label\",\n            b(group.name),\n            organisation.map(org => em(s\" (${org.name})\"))\n          ),\n          br,\n          span(group.description)\n        ),\n        div(\n          id := s\"invite-${group.id}-additional-infos\",\n          cls := (if (groupIsChecked) \"organisation-row\" else \"organisation-row invisible\"),\n          publicNote\n        )\n      )\n    }\n\n}\n"}
{"repo_name":"sgmap\/aplus","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject.{Inject, Singleton}\nimport actions.LoginAction\nimport org.webjars.play.WebJarsUtil\nimport modules.AppConfig\nimport play.api.Logger\nimport play.api.mvc._\nimport play.api.db.Database\nimport serializers.Keys\nimport views.home.LoginPanel\n\n\/** This controller creates an `Action` to handle HTTP requests to the application's home page.\n  *\/\n@Singleton\nclass HomeController @Inject() (\n    val config: AppConfig,\n    loginAction: LoginAction,\n    db: Database\n)(implicit webJarsUtil: WebJarsUtil)\n    extends InjectedController\n    with play.api.i18n.I18nSupport\n    with Operators.Common {\n\n  private val log = Logger(classOf[HomeController])\n\n  def index: Action[AnyContent] =\n    Action { implicit request =>\n      val needsRedirect = request.session\n        .get(Keys.Session.userId)\n        .orElse(request.queryString.get(Keys.QueryParam.token))\n        .orElse(request.queryString.get(Keys.QueryParam.key))\n        .isDefined\n      if (needsRedirect)\n        TemporaryRedirect(\n          s\"${routes.ApplicationController.myApplications}?${request.rawQueryString}\"\n        )\n      else\n        request.flash.get(\"email\") match {\n          case None =>\n            Ok(views.html.home.page(LoginPanel.ConnectionForm))\n          case Some(email) =>\n            Ok(\n              views.html.home.page(LoginPanel.SendbackEmailForm(email, request.flash.get(\"error\")))\n            )\n        }\n    }\n\n  def status: Action[AnyContent] =\n    Action {\n      val connectionValid =\n        try {\n          db.withConnection {\n            _.isValid(1)\n          }\n        } catch {\n          case throwable: Throwable =>\n            log.error(\"Database check error\", throwable)\n            false\n        }\n      if (connectionValid) {\n        Ok(\"OK\")\n      } else {\n        ServiceUnavailable(\"Indisponible\")\n      }\n    }\n\n  def help: Action[AnyContent] =\n    loginAction { implicit request =>\n      Ok(views.html.help(request.currentUser, request.rights))\n    }\n\n  def welcome: Action[AnyContent] =\n    loginAction { implicit request =>\n      Ok(views.html.welcome(request.currentUser, request.rights))\n    }\n\n}\n"}
{"repo_name":"piegamesde\/scopt","path":"project\/Dependencies.scala","text":"<reponame>piegamesde\/scopt\nobject Dependencies {\n  lazy val scala210 = \"2.10.7\"\n  lazy val scala211 = \"2.11.12\"\n  lazy val scala212 = \"2.12.15\"\n  lazy val scala213 = \"2.13.8\"\n  lazy val scala3 = \"3.1.1\"\n  val verifyVersion = \"1.0.0\"\n}\n"}
{"repo_name":"piegamesde\/scopt","path":"js\/src\/main\/scala\/PlatformReadInstances.scala","text":"package scopt\n\nimport scala.scalajs.js\nimport scala.scalajs.js.annotation._\nimport collection.{ Seq => CSeq }\n\n\/\/ js version\n\n@js.native\n@JSImport(\"os\", JSImport.Namespace)\nobject OS extends js.Object {\n  val EOL: String = js.native\n}\n\nclass ParseException(s: String, errorOffset: Int) extends Exception(s)\n\nprivate[scopt] object platform {\n  val _NL = OS.EOL\n\n  type ParseException = scopt.ParseException\n  def mkParseEx(s: String, p: Int) = new ParseException(s, p)\n\n  trait PlatformReadInstances {}\n\n  def applyArgumentExHandler[C](\n      desc: String,\n      arg: String\n  ): PartialFunction[Throwable, Either[CSeq[String], C]] = {\n    case e: NumberFormatException =>\n      Left(List(desc + \" expects a number but was given '\" + arg + \"'\"))\n    case e: ParseException =>\n      Left(List(desc + \" expects a Scala duration but was given '\" + arg + \"'\"))\n    case e: Throwable => Left(List(desc + \" failed when given '\" + arg + \"'. \" + e.getMessage))\n  }\n\n  def exit(status: Int): Unit = ()\n}\n"}
{"repo_name":"senselab\/CodeSensor","path":"HomeworkCodes\/outdated\/2015_hw1_sort_text\/sample_code\/java no jit\/build.sbt","text":"<reponame>senselab\/CodeSensor<filename>HomeworkCodes\/outdated\/2015_hw1_sort_text\/sample_code\/java no jit\/build.sbt<gh_stars>1-10\nimport AssemblyKeys._\n\nassemblySettings\n\n\/\/ Project name (artifact name in Maven)\nname := \"homework\"\n\n\/\/ orgnization name (e.g., the package name of the project)\norganization := \"com.hank\"\n\nversion := \"1.0-SNAPSHOT\"\n\n\/\/ project description\ndescription := \"Codesensor Homework Project\"\n\n\/\/ Enables publishing to maven repo\npublishMavenStyle := false\n\n\/\/ Do not append Scala versions to the generated artifacts\ncrossPaths := false\n\n\/\/ This forbids including Scala related libraries into the dependency\nautoScalaLibrary := false\n\n\/\/ library dependencies. (orginization name) % (project name) % (version)\nlibraryDependencies ++= Seq(\n   \"org.msgpack\" % \"msgpack-core\" % \"0.7.0-p4\"\n)\n"}
{"repo_name":"wix-incubator\/greyhound","path":"java-interop\/src\/main\/java\/com\/wixpress\/dst\/greyhound\/scala\/RetryConfigBuilder.scala","text":"<reponame>wix-incubator\/greyhound\npackage com.wixpress.dst.greyhound.java\n\nimport java.time.Duration\nimport java.util\nimport java.util.List\n\nimport com.wixpress.dst.greyhound.core.consumer.retry.ZRetryConfig\nimport java.util.Collections\nimport scala.collection.JavaConverters._\n\nobject RetryConfigBuilder {\n  def nonBlockingRetry(nonBlockingBackoffs: List[Duration]): RetryConfig = {\n    new RetryConfig(Collections.emptyList[Duration], nonBlockingBackoffs)\n  }\n\n  def finiteBlockingRetry(blockingBackoffs: List[Duration]): RetryConfig = {\n    new RetryConfig(blockingBackoffs, Collections.emptyList[Duration])\n  }\n\n  def blockingFollowedByNonBlockingRetry(blockingBackoffs: List[Duration], nonBlockingBackoffs: List[Duration]): RetryConfig = {\n    new RetryConfig(blockingBackoffs, nonBlockingBackoffs)\n  }\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: Duration,\n    maximalInterval: Duration,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig = {\n    fromCoreRetryConfig(\n      ZRetryConfig.exponentialBackoffBlockingRetry(initialInterval, maximalInterval, backOffMultiplier, infiniteRetryMaxInterval)\n    )\n  }\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: Duration,\n    maxMultiplications: Int,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig = {\n    fromCoreRetryConfig(\n      ZRetryConfig.exponentialBackoffBlockingRetry(initialInterval, maxMultiplications, backOffMultiplier, infiniteRetryMaxInterval)\n    )\n  }\n\n  private def fromCoreRetryConfig(coreRetryConfig: com.wixpress.dst.greyhound.core.consumer.retry.RetryConfig): RetryConfig = {\n    val blocking: util.List[Duration]    = seqAsJavaList(coreRetryConfig.blockingBackoffs(\"\").apply)\n    val nonBlocking: util.List[Duration] = seqAsJavaList(coreRetryConfig.nonBlockingBackoffs(\"\").intervals)\n    new RetryConfig(blocking, nonBlocking)\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/RetryRecordHandlerMetric.scala","text":"package com.wixpress.dst.greyhound.core.consumer.retry\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport com.wixpress.dst.greyhound.core.{Offset, Partition, Topic, TopicPartition}\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetric\nimport zio.duration.Duration\n\nsealed trait RetryRecordHandlerMetric extends GreyhoundMetric\nsealed trait InterruptibleRetryMetric extends GreyhoundMetric {\n  val interrupted: Boolean\n}\n\nobject RetryRecordHandlerMetric {\n\n  case class BlockingFor(partition: TopicPartition, offset: Long)                                         extends RetryRecordHandlerMetric\n  case class BlockingIgnoredForAllFor(partition: TopicPartition, offset: Long)                            extends RetryRecordHandlerMetric\n  case class BlockingIgnoredOnceFor(partition: TopicPartition, offset: Long)                              extends RetryRecordHandlerMetric\n  case class BlockingRetryHandlerInvocationFailed(partition: TopicPartition, offset: Long, cause: String) extends RetryRecordHandlerMetric\n  case class NoRetryOnNonRetryableFailure(partition: TopicPartition, offset: Long, cause: Exception)      extends RetryRecordHandlerMetric\n  case object Silent                                                                                      extends RetryRecordHandlerMetric\n\n  case class WaitingBeforeRetry(retryTopic: Topic, retryAttempt: RetryAttempt) extends RetryRecordHandlerMetric\n\n  case class DoneWaitingBeforeRetry(\n    retryTopic: Topic,\n    partition: Partition,\n    offset: Offset,\n    retryAttempt: RetryAttempt,\n    waitedFor: Duration,\n    interrupted: Boolean = false\n  ) extends RetryRecordHandlerMetric\n      with InterruptibleRetryMetric\n\n  case class RetryProduceFailedWillRetry(\n    retryTopic: Topic,\n    retryAttempt: Option[RetryAttempt],\n    willRetryAfterMs: Long,\n    record: ConsumerRecord[_, _],\n    error: Throwable\n  ) extends RetryRecordHandlerMetric\n\n  case class DoneBlockingBeforeRetry(topic: Topic, partition: Partition, offset: Offset, waitedFor: Duration, interrupted: Boolean = false)\n      extends RetryRecordHandlerMetric\n      with InterruptibleRetryMetric\n\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/TestCtx.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/TestCtx.scala\npackage com.wixpress.dst.greyhound.core.testkit\n\nimport org.specs2.execute.AsResult\nimport zio.test.TestResult\nimport zio.{NeedsEnv, RIO, ZIO}\n\nobject TestCtx {\n  def apply[R, CTX](make: => RIO[R, CTX]) = new Wrapper[R, CTX](make)\n\n  def forSpecs2[R, CTX](make: => RIO[R, CTX]) = new SpecsWrapper[R, CTX](make)\n\n  class Wrapper[-R, +CTX](body: => RIO[R, CTX]) {\n    def make = body\n  }\n\n  object Wrapper {\n    implicit class HasEnvOps[R, CTX](w: Wrapper[R, CTX]) {\n      def apply[R1, E](f: CTX => ZIO[R with R1, E, TestResult])(implicit ev: NeedsEnv[R]) = w.make.flatMap(f)\n    }\n    implicit class NoEnvOps[CTX](w: Wrapper[Any, CTX])   {\n      def apply[R1, E](f: CTX => ZIO[R1, E, TestResult]) = w.make.flatMap(f)\n    }\n  }\n\n  class SpecsWrapper[R, CTX](make: => RIO[R, CTX]) {\n    def apply[R1, E, A: AsResult](f: CTX => ZIO[R with R1, E, A]) = make.flatMap(f)\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"java-interop\/src\/main\/java\/com\/wixpress\/dst\/greyhound\/scala\/GreyhoundConsumer.scala","text":"<reponame>wix-incubator\/greyhound<gh_stars>1-10\npackage com.wixpress.dst.greyhound.java\n\nimport java.util.concurrent.{CompletableFuture, Executor}\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.{ConsumerRecord => CoreConsumerRecord, RecordHandler => CoreRecordHandler, SerializationError}\nimport com.wixpress.dst.greyhound.core.{Deserializer => CoreDeserializer}\nimport com.wixpress.dst.greyhound.future.GreyhoundRuntime\nimport com.wixpress.dst.greyhound.java.Convert.toScala\nimport org.apache.kafka.clients.consumer.ConsumerRecord\nimport org.apache.kafka.common.serialization.Deserializer\nimport zio.{Semaphore, ZIO}\n\nimport scala.concurrent.Promise\n\nobject GreyhoundConsumer {\n  def `with`[K >: AnyRef, V](\n    initialTopic: String,\n    group: String,\n    handler: RecordHandler[K, V],\n    keyDeserializer: Deserializer[K],\n    valueDeserializer: Deserializer[V]\n  ) = {\n    new GreyhoundConsumer(\n      initialTopic,\n      group,\n      handler,\n      keyDeserializer,\n      valueDeserializer,\n      offsetReset = OffsetReset.Latest,\n      errorHandler = ErrorHandler.NoOp,\n      parallelism = 1,\n      retryConfig = None\n    )\n  }\n}\n\ncase class GreyhoundConsumer[K >: AnyRef, V] private (\n  initialTopic: String,\n  group: String,\n  handler: RecordHandler[K, V],\n  keyDeserializer: Deserializer[K],\n  valueDeserializer: Deserializer[V],\n  offsetReset: OffsetReset,\n  errorHandler: ErrorHandler[K, V],\n  parallelism: Int,\n  retryConfig: Option[RetryConfig]\n) {\n  def withMaxParallelism(parallelism: Int) =\n    copy(parallelism = parallelism)\n\n  def withErrorHandler(errorHandler: ErrorHandler[K, V]) =\n    copy(errorHandler = errorHandler)\n\n  def withOffsetReset(offsetReset: OffsetReset) =\n    copy(offsetReset = offsetReset)\n\n  def withRetryConfig(retryConfig: RetryConfig) =\n    copy(retryConfig = Option(retryConfig))\n\n  private[greyhound] def recordHandler(executor: Executor, runtime: zio.Runtime[GreyhoundRuntime.Env]) = {\n    val baseHandler = runtime.unsafeRun(Semaphore.make(parallelism).map { semaphore =>\n      CoreRecordHandler { record: CoreConsumerRecord[K, V] =>\n        semaphore.withPermit {\n          ZIO.effectAsync[Any, Throwable, Unit] { cb =>\n            val kafkaRecord =\n              new ConsumerRecord(record.topic, record.partition, record.offset, record.key.orNull, record.value) \/\/ TODO headers\n\n            handler\n              .handle(kafkaRecord, executor)\n              .handle[Unit] { (_, error) =>\n                if (error != null) cb(ZIO.fail(error))\n                else cb(ZIO.unit)\n              }\n          }\n        }\n      }\n    })\n\n    baseHandler\n      .withErrorHandler {\n        case (t, record) =>\n          ZIO.fromFuture(_ => toScala(errorHandler.onUserException(t, record))).catchAll(_ => ZIO.unit) *> ZIO.fail(t)\n      }\n      .withDeserializers(CoreDeserializer(keyDeserializer), CoreDeserializer(valueDeserializer))\n      .withErrorHandler {\n        case (error, record) =>\n          error match {\n            case Left(serializationError) =>\n              ZIO\n                .fromFuture(_ => toScala(errorHandler.onSerializationError(serializationError, record.bimap(_.toArray, _.toArray))))\n                .catchAll(_ => ZIO.unit) *> ZIO.fail(serializationError)\n            case _                        => ZIO.fail(error)\n          }\n      }\n  }\n}\n\nobject Convert {\n  def toScala[A](completableFuture: CompletableFuture[A]): scala.concurrent.Future[A] = {\n    val promise = Promise[A]()\n\n    completableFuture.whenComplete((value, exception) => {\n      Option(exception) match {\n        case Some(ex) => promise.tryFailure(ex)\n        case None     => promise.trySuccess(value)\n      }\n    })\n\n    promise.future\n  }\n}\n\ntrait ErrorHandler[K, V] {\n  self =>\n  def onUserException(e: Throwable, record: CoreConsumerRecord[K, V]): CompletableFuture[Unit]\n\n  def onSerializationError(e: SerializationError, record: CoreConsumerRecord[Array[Byte], Array[Byte]]): CompletableFuture[Unit]\n}\n\nobject ErrorHandler {\n  def NoOp[K, V]: ErrorHandler[K, V] = new ErrorHandler[K, V] {\n    override def onUserException(e: Throwable, record: CoreConsumerRecord[K, V]): CompletableFuture[Unit] =\n      CompletableFuture.completedFuture(())\n\n    override def onSerializationError(\n      e: SerializationError,\n      record: CoreConsumerRecord[Array[Byte], Array[Byte]]\n    ): CompletableFuture[Unit] =\n      CompletableFuture.completedFuture(())\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/NonBlockingRetryHelperTest.scala","text":"<reponame>wix-incubator\/greyhound\npackage com.wixpress.dst.greyhound.core.consumer.retry\n\nimport java.nio.charset.StandardCharsets\nimport java.time.Instant\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.topics\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryDecision.RetryWith\nimport com.wixpress.dst.greyhound.core.testkit.BaseTest\nimport com.wixpress.dst.greyhound.core.testkit.Maker.abytesRecord\nimport zio.duration._\nimport zio.test.environment.TestEnvironment\nimport zio._\n\nclass NonBlockingRetryHelperTest extends BaseTest[TestEnvironment] {\n\n  \"NonBlockingRetryHelper\" should {\n    \"retryTopicsFor should not contain original topic\" in {\n      val topic = \"some-topic\"\n      NonBlockingRetryHelper(\"group\", None).retryTopicsFor(topic) must not(contain(topic))\n    }\n\n    \"retryDecision should produce add a 'current RetryAttempt' header to ProducerRecord\" in {\n      for {\n        record        <- abytesRecord\n        retryAttempt   = 0\n        decision      <- NonBlockingRetryHelper(\"group\", Some(ZRetryConfig.nonBlockingRetry(1.millisecond, 2.millis))).retryDecision(\n                           Some(RetryAttempt(\"some-topic\", retryAttempt, Instant.ofEpochMilli(0), 1.second)),\n                           record,\n                           (),\n                           topics(record.topic)\n                         )\n        producerRecord = decision match {\n                           case r: RetryWith => Some(r.record)\n                           case _            => None\n                         }\n        maybeHeader   <- ZIO.fromOption(producerRecord.flatMap(_.headers.headers.get(\"GH_RetryAttempt\")))\n        attempt       <- makeString(maybeHeader)\n      } yield attempt === (retryAttempt + 1).toString\n    }\n\n    \"retryDecision should produce add a 'RetryAttempt' 0 header to ProducerRecord for empty RetryAttempt param\" in {\n      for {\n        record        <- abytesRecord\n        decision      <- NonBlockingRetryHelper(\"group\", Some(ZRetryConfig.nonBlockingRetry(1.millisecond, 2.millis)))\n                           .retryDecision(None, record, (), topics(record.topic))\n        producerRecord = decision match {\n                           case r: RetryWith => Some(r.record)\n                           case _            => None\n                         }\n        maybeHeader   <- ZIO.fromOption(producerRecord.flatMap(_.headers.headers.get(\"GH_RetryAttempt\")))\n        attempt       <- makeString(maybeHeader)\n      } yield attempt === \"0\"\n    }\n  }\n\n  override def env: UManaged[TestEnvironment] = test.environment.testEnvironment.build\n\n  def makeString(value: Chunk[Byte]) =\n    IO(new String(value.toArray, StandardCharsets.US_ASCII))\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/NonBlockingRetryRecordHandler.scala","text":"<reponame>wix-incubator\/greyhound\npackage com.wixpress.dst.greyhound.core.consumer.retry\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.{TopicPattern, Topics}\nimport com.wixpress.dst.greyhound.core.consumer.domain.{ConsumerRecord, ConsumerSubscription, RecordHandler}\nimport com.wixpress.dst.greyhound.core.consumer.retry.NonBlockingRetryHelper._\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryDecision.{NoMoreRetries, RetryWith}\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryRecordHandlerMetric.{DoneWaitingBeforeRetry, RetryProduceFailedWillRetry, WaitingBeforeRetry}\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics._\nimport com.wixpress.dst.greyhound.core.producer.{ProducerR, ProducerRecord}\nimport com.wixpress.dst.greyhound.core.zioutils.AwaitShutdown\nimport com.wixpress.dst.greyhound.core.{Group, TopicPartition}\nimport zio.blocking.Blocking\nimport zio.clock.{sleep, Clock}\nimport zio.duration.Duration.fromScala\nimport zio.{Chunk, UIO, ZIO}\n\ntrait NonBlockingRetryRecordHandler[V, K, R] {\n  def handle(record: ConsumerRecord[K, V]): ZIO[Clock with Blocking with GreyhoundMetrics with R, Nothing, Any]\n\n  def isHandlingRetryTopicMessage(group: Group, record: ConsumerRecord[K, V]): Boolean\n\n  def handleAfterBlockingFailed(record: ConsumerRecord[K, V]): ZIO[Clock with Blocking with GreyhoundMetrics with R, Nothing, Any]\n}\n\nprivate[retry] object NonBlockingRetryRecordHandler {\n  def apply[V, K, E, R](\n    handler: RecordHandler[R, E, K, V],\n    producer: ProducerR[R],\n    retryConfig: RetryConfig,\n    subscription: ConsumerSubscription,\n    nonBlockingRetryHelper: NonBlockingRetryHelper,\n    awaitShutdown: TopicPartition => UIO[AwaitShutdown]\n  )(implicit evK: K <:< Chunk[Byte], evV: V <:< Chunk[Byte]): NonBlockingRetryRecordHandler[V, K, R] =\n    new NonBlockingRetryRecordHandler[V, K, R] {\n      override def handle(record: ConsumerRecord[K, V]): ZIO[Clock with Blocking with GreyhoundMetrics with R, Nothing, Any] = {\n        nonBlockingRetryHelper.retryAttempt(record.topic, record.headers, subscription).flatMap { retryAttempt =>\n          maybeDelayRetry(record, retryAttempt) *>\n            handler.handle(record).catchAll {\n              case Right(_: NonRetriableException) => ZIO.unit\n              case error                           => maybeRetry(retryAttempt, error, record)\n            }\n        }\n      }\n\n      private def maybeDelayRetry(record: ConsumerRecord[K, V], retryAttempt: Option[RetryAttempt]) = {\n        ZIO.foreach_(retryAttempt)(delayRetry(record, awaitShutdown))\n      }\n\n      private def delayRetry(record: ConsumerRecord[_, _], awaitShutdown: TopicPartition => UIO[AwaitShutdown])(\n        retryAttempt: RetryAttempt\n      ) = {\n        report(\n          WaitingBeforeRetry(record.topic, retryAttempt)\n        ) *>\n          awaitShutdown(record.topicPartition)\n            .flatMap(_.interruptOnShutdown(retryAttempt.sleep))\n            .reporting(r => DoneWaitingBeforeRetry(record.topic, record.partition, record.offset, retryAttempt, r.duration, r.failed))\n      }\n\n      override def isHandlingRetryTopicMessage(group: Group, record: ConsumerRecord[K, V]): Boolean = {\n        subscription match {\n          case _: TopicPattern =>\n            record.topic.startsWith(patternRetryTopicPrefix(group))\n          case _: Topics       =>\n            record.topic.startsWith(fixedRetryTopicPrefix(originalTopic(record.topic, group), group))\n        }\n      }\n\n      override def handleAfterBlockingFailed(\n        record: ConsumerRecord[K, V]\n      ): ZIO[Clock with Blocking with GreyhoundMetrics with R, Nothing, Any] = {\n        nonBlockingRetryHelper.retryAttempt(record.topic, record.headers, subscription).flatMap { retryAttempt =>\n          maybeRetry(retryAttempt, BlockingHandlerFailed, record)\n        }\n      }\n\n      private def maybeRetry[E1](\n        retryAttempt: Option[RetryAttempt],\n        error: E1,\n        record: ConsumerRecord[K, V]\n      ): ZIO[Clock with Blocking with GreyhoundMetrics with R, Nothing, Any] = {\n        nonBlockingRetryHelper.retryDecision(retryAttempt, record.bimap(evK, evV), error, subscription) flatMap {\n          case RetryWith(retryRecord) => producerToRetryTopic(retryAttempt, retryRecord, record)\n          case NoMoreRetries          => ZIO.unit \/\/ todo: report uncaught errors and producer failures\n        }\n      }\n\n      private def producerToRetryTopic[E1](\n        retryAttempt: Option[RetryAttempt],\n        retryRecord: ProducerRecord[Chunk[Byte], Chunk[Byte]],\n        record: ConsumerRecord[_, _]\n      ) = {\n        awaitShutdown(record.topicPartition).flatMap(\n          _.interruptOnShutdown(\n            retryConfig.produceEncryptor(record)\n              .flatMap(_.encrypt(retryRecord))\n              .flatMap(producer.produce)\n              .tapError(e =>\n                report(RetryProduceFailedWillRetry(retryRecord.topic, retryAttempt, retryConfig.produceRetryBackoff.toMillis, record, e)) *>\n                  sleep(fromScala(retryConfig.produceRetryBackoff))\n              )\n              .eventually\n              .ignore\n          )\n        )\n      }\n    }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/it\/scala\/com\/wixpress\/dst\/greyhound\/core\/ProducerIT.scala","text":"<filename>core\/src\/it\/scala\/com\/wixpress\/dst\/greyhound\/core\/ProducerIT.scala\npackage com.wixpress.dst.greyhound.core\n\nimport com.wixpress.dst.greyhound.core.Serdes.{IntSerde, StringSerde}\nimport com.wixpress.dst.greyhound.core.producer.{Producer, ProducerConfig, ProducerRecord, ProducerRetryPolicy, RecordMetadata}\nimport com.wixpress.dst.greyhound.core.testkit.BaseTestWithSharedEnv\nimport com.wixpress.dst.greyhound.testenv.ITEnv\nimport com.wixpress.dst.greyhound.testenv.ITEnv._\nimport zio._\nimport zio.duration._\n\nclass ProducerIT extends BaseTestWithSharedEnv[Env, TestResources] {\n  sequential\n\n  override def env: UManaged[ITEnv.Env] = ITEnv.ManagedEnv\n\n  override def sharedEnv = ITEnv.testResources()\n\n  val resources = testResources()\n\n  \"produce async\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      topic                          <- kafka.createRandomTopic(2)\n      kafkaIO                        <- producer.produceAsync(record(topic), StringSerde, IntSerde)\n      result                         <- kafkaIO\n    } yield result === RecordMetadata(topic, partition = 1, offset = 0L)\n  }\n\n  \"produce\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      topic                          <- kafka.createRandomTopic(2)\n      result                         <- producer.produce(record(topic), StringSerde, IntSerde)\n    } yield result === RecordMetadata(topic, partition = 1, offset = 0L)\n  }\n\n  \"produce null value (tombstone)\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      topic                          <- kafka.createRandomTopic(2)\n      result                         <- producer.produce(ProducerRecord[String, String](topic, null, partition = Some(1)), StringSerde, StringSerde)\n    } yield result === RecordMetadata(topic, partition = 1, offset = 0L)\n  }\n\n  \"map to failure\" in {\n    for {\n      _ <- Producer.makeR[Any](failFastInvalidBrokersConfig).use { producer =>\n             for {\n               failure <- producer.produce(record(\"no_such_topic\"), StringSerde, IntSerde).flip\n             } yield failure.getClass.getSimpleName === \"TimeoutError\"\n           }\n    } yield ok\n  }\n\n  private def failFastInvalidBrokersConfig =\n    ProducerConfig(\"localhost:27461\", ProducerRetryPolicy(0, 0.millis), Map(\"max.block.ms\" -> \"0\"))\n\n  private def record(topic: Topic) =\n    ProducerRecord[String, Partition](topic, 100, partition = Some(1))\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/producer\/Encryptor.scala","text":"package com.wixpress.dst.greyhound.core.producer\n\nimport zio.{Chunk, Task, UIO}\n\ntrait Encryptor {\n  def encrypt[K](record: ProducerRecord[K, Chunk[Byte]]): Task[ProducerRecord[K, Chunk[Byte]]]\n}\n\ncase object NoOpEncryptor extends Encryptor {\n  override def encrypt[K](record: ProducerRecord[K, Chunk[Byte]]): Task[ProducerRecord[K, Chunk[Byte]]] = UIO(record)\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/zioutils\/KafkaFutures.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.zioutils\n\nimport org.apache.kafka.common.KafkaFuture\nimport zio.blocking.Blocking\nimport zio.{blocking, RIO, ZIO}\n\nobject KafkaFutures {\n  implicit class KafkaFutureOps[A](val future: KafkaFuture[A]) {\n    def asZio: RIO[Blocking, A] = {\n      RIO.effectAsyncInterrupt[Blocking, A] { cb =>\n        future.whenComplete { (a, e) => cb(if (e == null) ZIO.succeed(a) else ZIO.fail(e)) }\n        Left(blocking.effectBlocking(future.cancel(true)).ignore)\n      }\n    }\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"java-interop\/src\/main\/java\/com\/wixpress\/dst\/greyhound\/scala\/GreyhoundBatchConsumer.scala","text":"package com.wixpress.dst.greyhound.java\n\nimport java.time.Duration\nimport java.util.concurrent.Executor\n\nimport com.wixpress.dst.greyhound.core.consumer.batched.{BatchConsumer, BatchRetryConfig}\nimport com.wixpress.dst.greyhound.core.consumer.domain.{BatchRecordHandler => CoreBatchRecordHandler, ConsumerRecordBatch => CoreConsumerRecordBatch, HandleError}\nimport com.wixpress.dst.greyhound.core.consumer.{InitialOffsetsSeek, RebalanceListener, RecordConsumerConfig}\nimport com.wixpress.dst.greyhound.core.{Deserializer => CoreDeserializer}\nimport com.wixpress.dst.greyhound.future.GreyhoundRuntime\nimport org.apache.kafka.common.serialization.Deserializer\nimport zio.{Chunk, ZIO}\n\nobject GreyhoundBatchConsumer {\n  def `with`[K >: AnyRef, V](\n    initialTopic: String,\n    group: String,\n    handler: BatchRecordHandler[K, V],\n    keyDeserializer: Deserializer[K],\n    valueDeserializer: Deserializer[V]\n  ) =\n    new GreyhoundBatchConsumer(\n      initialTopic,\n      group,\n      handler,\n      clientId = RecordConsumerConfig.makeClientId,\n      offsetReset = OffsetReset.Latest,\n      userProvidedListener = RebalanceListener.Empty,  \/\/ hide from api\n      resubscribeTimeout = Duration.ofSeconds(30),     \/\/ hide from api\n      initialOffsetsSeek = InitialOffsetsSeek.default, \/\/ hide from api\n      retryConfig = None,\n      keyDeserializer = keyDeserializer,\n      valueDeserializer = valueDeserializer\n    )\n}\n\ncase class GreyhoundBatchConsumer[K >: AnyRef, V](\n  initialTopic: String,\n  group: String,\n  handler: BatchRecordHandler[K, V],\n  clientId: String,\n  offsetReset: OffsetReset,\n  keyDeserializer: Deserializer[K],\n  valueDeserializer: Deserializer[V],\n  userProvidedListener: RebalanceListener[Any],\n  resubscribeTimeout: Duration,\n  initialOffsetsSeek: InitialOffsetsSeek,\n  retryConfig: Option[BatchRetryConfig]\n) {\n  private[greyhound] def batchRecordHandler(\n    executor: Executor,\n    runtime: zio.Runtime[GreyhoundRuntime.Env]\n  ): CoreBatchRecordHandler[Any with BatchConsumer.Env, Any, Chunk[Byte], Chunk[Byte]] = {\n    val baseHandler: CoreBatchRecordHandler[Any, Throwable, K, V] = CoreBatchRecordHandler { records: CoreConsumerRecordBatch[K, V] =>\n      ZIO.effectAsync[Any, HandleError[Throwable], Unit] { cb =>\n        handler\n          .handle(records, executor)\n          .handle[Unit] { (_, error) =>\n            if (error != null) cb(ZIO.fail(error).mapError(HandleError(_)))\n            else cb(ZIO.unit)\n          }\n      }\n    }\n    baseHandler\n      .withDeserializers(CoreDeserializer(keyDeserializer), CoreDeserializer(valueDeserializer))\n  }\n\n  def withResubscribeTimeout(seconds: Int) =\n    copy(resubscribeTimeout = Duration.ofSeconds(seconds))\n\n  def withOffsetReset(offsetReset: OffsetReset) =\n    copy(offsetReset = offsetReset)\n\n  def withRetryConfig(batchRetryConfig: BatchRetryConfig) =\n    copy(retryConfig = Option(batchRetryConfig))\n\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/zioutils\/AcquiredManagedResource.scala","text":"<filename>core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/zioutils\/AcquiredManagedResource.scala\npackage com.wixpress.dst.greyhound.core.zioutils\n\nimport zio._\nimport zio.clock.Clock\nimport zio.duration.{durationInt, Duration}\n\nimport scala.concurrent.TimeoutException\n\ncase class AcquiredManagedResource[T](resource: T, onRelease: UIO[Unit], runtime: zio.Runtime[Any]) {\n  def release(): Unit = runtime.unsafeRunTask(onRelease)\n}\n\nobject AcquiredManagedResource {\n  def acquire[R <: Has[_]: zio.Tag, T](\n    resources: ZManaged[R, Throwable, T],\n    releaseTimeout: Duration = 10.seconds\n  ): ZIO[Clock with R, Throwable, AcquiredManagedResource[T]] = for {\n    runtime  <- ZIO.runtime[Any]\n    clock    <- ZIO.environment[Clock with R]\n    r        <- resources.reserve\n    acquired <- r.acquire\n  } yield {\n    val releaseWithTimeout = r\n      .release(Exit.unit)\n      .disconnect\n      .timeoutFail(new TimeoutException(\"release timed out\"))(releaseTimeout)\n      .provide(clock)\n      .orDie\n      .unit\n    AcquiredManagedResource(acquired, releaseWithTimeout, runtime)\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"future-interop\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/future\/GreyhoundConfig.scala","text":"package com.wixpress.dst.greyhound.future\n\ncase class GreyhoundConfig(bootstrapServers: String, runtime: GreyhoundRuntime = GreyhoundRuntime.Live)\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/producer\/ReportingProducer.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.producer\n\nimport java.util.concurrent.TimeUnit\nimport java.util.concurrent.TimeUnit.MILLISECONDS\nimport _root_.zio.blocking.Blocking\nimport com.wixpress.dst.greyhound.core.PartitionInfo\nimport com.wixpress.dst.greyhound.core.metrics.{GreyhoundMetric, GreyhoundMetrics}\nimport com.wixpress.dst.greyhound.core.producer.ProducerMetric._\nimport zio.clock.{currentTime, Clock}\nimport zio.{Chunk, IO, RIO, ULayer, ZIO}\nimport GreyhoundMetrics._\n\nimport scala.concurrent.duration.FiniteDuration\n\ncase class ReportingProducer[-R](internal: ProducerR[R], extraAttributes: Map[String, String])\n    extends ProducerR[GreyhoundMetrics with Clock with R] {\n\n  override def produceAsync(\n    record: ProducerRecord[Chunk[Byte], Chunk[Byte]]\n  ): ZIO[Blocking with Clock with GreyhoundMetrics with R, ProducerError, IO[ProducerError, RecordMetadata]] =\n    ReportingProducer.reporting[R](internal.produceAsync)(record, attributes)\n\n  override def attributes: Map[String, String] = internal.attributes ++ extraAttributes\n\n  override def partitionsFor(topic: String): RIO[R with Blocking with Clock with GreyhoundMetrics, Seq[PartitionInfo]] =\n    internal\n      .partitionsFor(topic)\n      .reporting(ProducerGotPartitionsInfo(topic, attributes, _))\n}\n\nobject ReportingProducer {\n  type Dependencies = ULayer[GreyhoundMetrics with zio.ZEnv]\n\n  def apply[R](internal: ProducerR[R], attributes: (String, String)*): ReportingProducer[R] =\n    new ReportingProducer(internal, attributes.toMap)\n\n  def reporting[R](\n    produceAsync: ProducerRecord[Chunk[Byte], Chunk[Byte]] => ZIO[\n      Blocking with Clock with R,\n      ProducerError,\n      IO[ProducerError, RecordMetadata]\n    ]\n  )(\n    record: ProducerRecord[Chunk[Byte], Chunk[Byte]],\n    attributes: Map[String, String] = Map.empty\n  ): ZIO[Blocking with Clock with GreyhoundMetrics with R, ProducerError, IO[ProducerError, RecordMetadata]] = {\n    for {\n      started   <- currentTime(TimeUnit.MILLISECONDS)\n      env       <- ZIO.environment[Clock with GreyhoundMetrics with Blocking]\n      _         <- GreyhoundMetrics.report(ProducingRecord(record, attributes))\n      onError   <- ZIO.memoize((error: ProducerError) => GreyhoundMetrics.report(ProduceFailed(error, record.topic, attributes)).provide(env))\n      onSuccess <-\n        ZIO.memoize((metadata: RecordMetadata) =>\n          currentTime(TimeUnit.MILLISECONDS)\n            .flatMap(ended =>\n              GreyhoundMetrics.report(RecordProduced(record, metadata, attributes, FiniteDuration(ended - started, MILLISECONDS)))\n            )\n            .provide(env)\n        )\n      promise   <- produceAsync(record).map(_.tapBoth(onError, onSuccess))\n    } yield promise\n  }\n}\n\nsealed trait ProducerMetric extends GreyhoundMetric\n\nobject ProducerMetric {\n\n  case class ProducingRecord(record: ProducerRecord[Chunk[Byte], Chunk[Byte]], attributes: Map[String, String]) extends ProducerMetric\n\n  case class RecordProduced(\n    record: ProducerRecord[Chunk[Byte], Chunk[Byte]],\n    metadata: RecordMetadata,\n    attributes: Map[String, String],\n    duration: FiniteDuration\n  ) extends ProducerMetric\n\n  case class ProduceFailed(error: ProducerError, topic: String, attributes: Map[String, String]) extends ProducerMetric\n\n  case class ProducerGotPartitionsInfo(topic: String, attributes: Map[String, String], result: MetricResult[Throwable, Seq[PartitionInfo]])\n      extends ProducerMetric\n\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/RetryConsumerRecordHandlerTest.scala","text":"package com.wixpress.dst.greyhound.core.consumer.retry\n\nimport java.time.Instant\nimport com.wixpress.dst.greyhound.core.Serdes._\nimport com.wixpress.dst.greyhound.core._\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.Topics\nimport com.wixpress.dst.greyhound.core.consumer.domain.{ConsumerRecord, ConsumerSubscription, RecordHandler}\nimport com.wixpress.dst.greyhound.core.consumer.retry.BlockingState.{Blocked, Blocking => InternalBlocking, IgnoringAll, IgnoringOnce}\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryConsumerRecordHandlerTest.{offset, partition, _}\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryRecordHandlerMetric.{BlockingIgnoredForAllFor, BlockingIgnoredOnceFor, BlockingRetryHandlerInvocationFailed, NoRetryOnNonRetryableFailure}\nimport com.wixpress.dst.greyhound.core.producer.{ProducerError, ProducerRecord}\nimport com.wixpress.dst.greyhound.core.testkit.FakeRetryHelper._\nimport com.wixpress.dst.greyhound.core.testkit._\nimport com.wixpress.dst.greyhound.core.zioutils.AwaitShutdown\nimport org.specs2.specification.core.Fragment\nimport zio._\nimport zio.blocking.Blocking\nimport zio.clock.Clock\nimport zio.duration._\nimport zio.random.{nextBytes, nextIntBounded, Random}\nimport zio.test.environment.{TestClock, TestRandom}\n\nclass RetryConsumerRecordHandlerTest extends BaseTest[Random with Clock with Blocking with TestRandom with TestClock with TestMetrics] {\n\n  override def env =\n    for {\n      env         <- test.environment.testEnvironment.build\n      testMetrics <- TestMetrics.make\n    } yield env ++ testMetrics\n\n  \"withRetries\" should {\n    \"produce a message to the retry topic after failure\" in {\n      for {\n        producer      <- FakeProducer.make\n        topic         <- randomTopicName\n        retryTopic     = s\"$topic-retry\"\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler   = RetryRecordHandler.withRetries(\n                           group,\n                           failingHandler,\n                           ZRetryConfig.nonBlockingRetry(1.second),\n                           producer,\n                           Topics(Set(topic)),\n                           blockingState,\n                           FakeRetryHelper(topic)\n                         )\n        key           <- bytes\n        value         <- bytes\n        _             <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n        record        <- producer.records.take\n        now           <- currentTime\n        retryAttempt  <- IntSerde.serialize(retryTopic, 0)\n        submittedAt   <- InstantSerde.serialize(retryTopic, now)\n        backoff       <- DurationSerde.serialize(retryTopic, 1.second)\n      } yield {\n        record ===\n          ProducerRecord(\n            retryTopic,\n            value,\n            Some(key),\n            partition = None,\n            headers = Headers(\"retry-attempt\" -> retryAttempt, \"retry-submitted-at\" -> submittedAt, \"retry-backoff\" -> backoff)\n          )\n      }\n    }\n\n    \"delay execution of user handler by configured backoff\" in {\n      for {\n        producer      <- FakeProducer.make\n        topic         <- randomTopicName\n        retryTopic     = s\"$topic-retry\"\n        executionTime <- Promise.make[Nothing, Instant]\n        handler        = RecordHandler[Clock, HandlerError, Chunk[Byte], Chunk[Byte]] { _ => currentTime.flatMap(executionTime.succeed) }\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler   = RetryRecordHandler.withRetries(\n                           group,\n                           handler,\n                           ZRetryConfig.nonBlockingRetry(1.second),\n                           producer,\n                           Topics(Set(topic)),\n                           blockingState,\n                           FakeRetryHelper(topic)\n                         )\n        value         <- bytes\n        begin         <- currentTime\n        retryAttempt  <- IntSerde.serialize(retryTopic, 0)\n        submittedAt   <- InstantSerde.serialize(retryTopic, begin)\n        backoff       <- DurationSerde.serialize(retryTopic, 1.second)\n        headers        = Headers(\"retry-attempt\" -> retryAttempt, \"retry-submitted-at\" -> submittedAt, \"retry-backoff\" -> backoff)\n        _             <- retryHandler.handle(ConsumerRecord(retryTopic, partition, offset, headers, None, value, 0L, 0L, 0L)).fork\n        _             <- TestClock.adjust(1.second)\n        end           <- executionTime.await.disconnect.timeoutFail(TimeoutWaitingForAssertion)(5.seconds)\n      } yield end must equalTo(begin.plusSeconds(1))\n    }\n\n    \"retry according to provided intervals\" in {\n      for {\n        producer       <- FakeProducer.make\n        topic          <- randomTopicName\n        tpartition      = TopicPartition(topic, partition)\n        handleCountRef <- Ref.make(0)\n        blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler    = RetryRecordHandler.withRetries(\n                            group,\n                            failingHandlerWith(handleCountRef),\n                            ZRetryConfig.finiteBlockingRetry(10.millis, 500.millis),\n                            producer,\n                            Topics(Set(topic)),\n                            blockingState,\n                            FakeRetryHelper(topic)\n                          )\n        key            <- bytes\n        value          <- bytes\n        record          = ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)\n        _              <- retryHandler.handle(record).fork\n        _              <- adjustTestClockFor(100.millis)\n        _              <- eventuallyZ(blockingState.get)(_.get(TopicPartitionTarget(tpartition)).contains(Blocked(record)))\n        _              <- adjustTestClockFor(4.seconds)\n        _              <- eventuallyZ(TestClock.adjust(100.millis) *> TestMetrics.reported)(\n                            _.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset, \"RetriableError\"))\n                          )\n        _              <- adjustTestClockFor(1.second)\n        _              <- eventuallyZ(handleCountRef.get)(_ == 3)\n        _              <- eventuallyZ(blockingState.get)(_.get(TopicPartitionTarget(tpartition)).contains(InternalBlocking))\n      } yield ok\n    }\n\n    \"no retry if fails with NonRetriableError\" in {\n      for {\n        producer       <- FakeProducer.make\n        topic          <- randomTopicName\n        tpartition      = TopicPartition(topic, partition)\n        handleCountRef <- Ref.make(0)\n        blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler    = RetryRecordHandler.withRetries(\n                            group,\n                            nonRetryableHandlerWith(handleCountRef),\n                            ZRetryConfig.finiteBlockingRetry(10.millis, 500.millis),\n                            producer,\n                            Topics(Set(topic)),\n                            blockingState,\n                            FakeRetryHelper(topic)\n                          )\n        key            <- bytes\n        value          <- bytes\n        _              <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n        _              <- adjustTestClockFor(4.seconds)\n        _              <- eventuallyZ(TestClock.adjust(100.millis) *> TestMetrics.reported)(\n                            _.contains(NoRetryOnNonRetryableFailure(tpartition, offset, cause))\n                          )\n        _              <- adjustTestClockFor(1.second)\n        handleCount    <- handleCountRef.get.delay(100.milliseconds).provideSomeLayer(Clock.live)\n      } yield handleCount === 1\n    }\n\n    \"allow infinite retries\" in {\n      for {\n        producer       <- FakeProducer.make\n        topic          <- randomTopicName\n        handleCountRef <- Ref.make(0)\n        blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler    = RetryRecordHandler.withRetries(\n                            group,\n                            failingHandlerWith(handleCountRef),\n                            ZRetryConfig.infiniteBlockingRetry(100.millis),\n                            producer,\n                            Topics(Set(topic)),\n                            blockingState,\n                            FakeRetryHelper(topic)\n                          )\n        key            <- bytes\n        value          <- bytes\n        _              <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n        _              <- adjustTestClockFor(1.second, 1.2)\n        metrics        <- TestMetrics.reported\n        _              <- eventuallyZ(handleCountRef.get)(_ >= 10)\n      } yield {\n        metrics must contain(BlockingRetryHandlerInvocationFailed(TopicPartition(topic, partition), offset, \"RetriableError\"))\n      }\n    }\n\n    Fragment.foreach(Seq(Seq(50.millis, 1.second), Seq(100.millis, 1.second), Seq(1.second, 1.second))) { retryDurations =>\n      s\"release blocking retry once for retry with duration ${retryDurations.map(_.toMillis)} millis\" in {\n        for {\n          producer      <- FakeProducer.make\n          topic         <- randomTopicName\n          tpartition     = TopicPartition(topic, partition)\n          blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n          retryHandler   = RetryRecordHandler.withRetries(\n                             group,\n                             failingHandler,\n                             ZRetryConfig.finiteBlockingRetry(retryDurations.head, retryDurations.drop(1): _*),\n                             producer,\n                             Topics(Set(topic)),\n                             blockingState,\n                             FakeRetryHelper(topic)\n                           )\n          key           <- bytes\n          value         <- bytes\n          record         = ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)\n          fiber         <- retryHandler.handle(record).fork\n          _             <- adjustTestClockFor(retryDurations.head, 0.5)\n          _             <- eventuallyZ(TestMetrics.reported)(metrics =>\n                             !metrics.contains(BlockingIgnoredOnceFor(tpartition, offset)) &&\n                               metrics.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset, \"RetriableError\"))\n                           )\n          _             <- eventuallyZ(blockingState.get)(_.get(TopicPartitionTarget(tpartition)).contains(Blocked(record)))\n          _             <- blockingState.set(Map(TopicPartitionTarget(tpartition) -> IgnoringOnce))\n          _             <- adjustTestClockFor(retryDurations.head)\n          _             <- fiber.join\n          _             <- eventuallyZ(TestMetrics.reported)(_.contains(BlockingIgnoredOnceFor(tpartition, offset)))\n          _             <- retryHandler.handle(ConsumerRecord(topic, partition, offset + 1, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n          _             <- adjustTestClockFor(retryDurations.head, 1.5)\n          _             <- eventuallyZ(TestMetrics.reported)(metrics =>\n                             !metrics.contains(BlockingIgnoredOnceFor(tpartition, offset + 1)) &&\n                               metrics.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset + 1, \"RetriableError\"))\n                           )\n        } yield ok\n      }\n    }\n\n    s\"release blocking retry once AHEAD OF TIME\" in {\n      for {\n        producer      <- FakeProducer.make\n        topic         <- randomTopicName\n        tpartition     = TopicPartition(topic, partition)\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler   = RetryRecordHandler.withRetries(\n                           group,\n                           failingHandler,\n                           ZRetryConfig.finiteBlockingRetry(50.millis, 1.second),\n                           producer,\n                           Topics(Set(topic)),\n                           blockingState,\n                           FakeRetryHelper(topic)\n                         )\n        key           <- bytes\n        value         <- bytes\n        _             <- blockingState.set(Map(TopicPartitionTarget(tpartition) -> IgnoringOnce))\n        fiber         <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n        _             <- adjustTestClockFor(50.millis)\n        _             <- eventuallyZ(TestMetrics.reported)(_.contains(BlockingIgnoredOnceFor(tpartition, offset)))\n        _             <- fiber.join\n        _             <- retryHandler.handle(ConsumerRecord(topic, partition, offset + 1, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n        _             <- adjustTestClockFor(50.millis, 1.5)\n        _             <- eventuallyZ(TestMetrics.reported)(metrics =>\n                           !metrics.contains(BlockingIgnoredOnceFor(tpartition, offset + 1)) &&\n                             metrics.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset + 1, \"RetriableError\"))\n                         )\n      } yield ok\n    }\n\n    Fragment.foreach(\n      Seq(\n        (Seq(50.millis, 1.second), (tpartition: TopicPartition) => TopicTarget(tpartition.topic)),\n        (Seq(100.millis, 6.seconds), (tpartition: TopicPartition) => TopicTarget(tpartition.topic)),\n        (Seq(1.second, 1.second), (tpartition: TopicPartition) => TopicTarget(tpartition.topic)),\n        (Seq(50.millis, 1.second), (tpartition: TopicPartition) => TopicPartitionTarget(tpartition)),\n        (Seq(100.millis, 3.seconds), (tpartition: TopicPartition) => TopicPartitionTarget(tpartition)),\n        (Seq(1.second, 1.second), (tpartition: TopicPartition) => TopicPartitionTarget(tpartition))\n      )\n    ) { pair: (Seq[Duration], TopicPartition => BlockingTarget) =>\n      val (retryDurations, target) = pair\n      s\"release blocking retry for all for ${target(TopicPartition(\"\", 0))} for retry with duration ${retryDurations.map(_.toMillis)} millis\" in {\n        for {\n          producer       <- FakeProducer.make\n          topic          <- randomTopicName\n          tpartition      = TopicPartition(topic, partition)\n          handleCountRef <- Ref.make(0)\n          blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n          retryHandler    = RetryRecordHandler.withRetries(\n                              group,\n                              failingHandlerWith(handleCountRef),\n                              ZRetryConfig.finiteBlockingRetry(retryDurations.head, retryDurations.drop(1): _*),\n                              producer,\n                              Topics(Set(topic)),\n                              blockingState,\n                              FakeRetryHelper(topic)\n                            )\n          key            <- bytes\n          value          <- bytes\n          fiber          <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n          _              <- adjustTestClockFor(retryDurations.head, 0.5)\n          _              <- eventuallyZ(TestMetrics.reported)(list =>\n                              !list.contains(BlockingIgnoredForAllFor(tpartition, offset)) &&\n                                list.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset, \"RetriableError\"))\n                            )\n          _              <- blockingState.set(Map(target(tpartition) -> IgnoringAll))\n          _              <- adjustTestClockFor(retryDurations.head)\n          _              <- fiber.join\n          _              <- eventuallyZ(TestMetrics.reported)(_.contains(BlockingIgnoredForAllFor(tpartition, offset)))\n          _              <- retryHandler.handle(ConsumerRecord(topic, partition, offset + 1, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n          _              <- eventuallyZ(TestMetrics.reported)(_.contains(BlockingIgnoredForAllFor(tpartition, offset + 1)))\n\n          _ <- blockingState.set(Map(target(tpartition) -> InternalBlocking))\n          _ <- handleCountRef.set(0)\n          _ <- retryHandler.handle(ConsumerRecord(topic, partition, offset + 2, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n          _ <- adjustTestClockFor(retryDurations.head * 1.2)\n          _ <- eventuallyZ(TestMetrics.reported)(_.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset + 2, \"RetriableError\")))\n          _ <- adjustTestClockFor(retryDurations(1) * 1.2)\n          _ <- eventuallyZ(handleCountRef.get)(_ == 3)\n        } yield ok\n      }\n    }\n\n    \"blocking then non blocking retries\" in {\n      for {\n        producer       <- FakeProducer.make\n        topic          <- randomTopicName\n        retryTopic      = s\"$topic-retry\"\n        tpartition      = TopicPartition(topic, partition)\n        handleCountRef <- Ref.make(0)\n        blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler    = RetryRecordHandler.withRetries(\n                            group,\n                            failingHandlerWith(handleCountRef),\n                            ZRetryConfig\n                              .blockingFollowedByNonBlockingRetry(List(10.millis, 500.millis), NonBlockingBackoffPolicy(List(1.second))),\n                            producer,\n                            Topics(Set(topic)),\n                            blockingState,\n                            FakeRetryHelper(topic)\n                          )\n        key            <- bytes\n        value          <- bytes\n        _              <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).fork\n        _              <- adjustTestClockFor(4.seconds)\n        _              <- eventuallyZ(TestClock.adjust(100.millis) *> TestMetrics.reported)(\n                            _.contains(BlockingRetryHandlerInvocationFailed(tpartition, offset, \"RetriableError\"))\n                          )\n        _              <- adjustTestClockFor(1.second)\n        record         <- producer.records.take\n        _              <- eventuallyZ(handleCountRef.get)(_ == 3)\n      } yield record.topic === retryTopic\n    }\n\n    \"override policy for topic\" in {\n      for {\n        producer        <- FakeProducer.make\n        topic           <- randomTopicName\n        otherTopic      <- randomTopicName\n        blockingState   <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        policy           = ZRetryConfig.perTopicRetries {\n                             case `otherTopic` => RetryConfigForTopic(() => Nil, NonBlockingBackoffPolicy(1.second :: Nil))\n                           }\n        retryHandler     = RetryRecordHandler.withRetries(\n                             group,\n                             failingHandler,\n                             policy,\n                             producer,\n                             Topics(Set(topic, otherTopic)),\n                             blockingState,\n                             FakeRetryHelper(topic)\n                           )\n        key             <- bytes\n        value           <- bytes\n        value2          <- bytes\n        _               <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))       \/\/ no retry\n        _               <- retryHandler.handle(ConsumerRecord(otherTopic, partition, offset, Headers.Empty, Some(key), value2, 0L, 0L, 0L)) \/\/ with retry\n        producedRecords <- producer.records.takeAll\n      } yield {\n        producedRecords.map(_.value.get) === value2 :: Nil\n      }\n    }\n\n    \"on blocking retry, if failing to produce, retry until successful\" in {\n      val produceRetryBackoff = 100.millis\n      for {\n        producerFails   <- Ref.make(true)\n        producer        <-\n          FakeProducer.make(beforeComplete = r => ZIO.whenM(producerFails.get)(ZIO.fail(ProducerError.from(new RuntimeException))).as(r))\n        topic           <- randomTopicName\n        blockingState   <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHandler     = RetryRecordHandler.withRetries(\n                             group,\n                             failingHandler,\n                             ZRetryConfig.nonBlockingRetry(1.second).withProduceRetryBackoff(produceRetryBackoff.asScala),\n                             producer,\n                             Topics(Set(topic)),\n                             blockingState,\n                             FakeRetryHelper(topic)\n                           )\n        key             <- bytes\n        value           <- bytes\n        handling        <- retryHandler.handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)).forkDaemon\n        _               <- producer.records.takeN(3)\n        _               <- producerFails.set(false)\n        _               <- handling.join.withTimeout(10.seconds)\n        produceAttempts <- producer.producedCount\n      } yield {\n        produceAttempts === 4\n      }\n    }.updateService[Clock.Service](_ => Clock.Service.live)\n\n    \"on consumer or worker shutdown, interrupt wait for non-blocking retry\" in {\n      for {\n        producer      <- FakeProducer.make\n        topic         <- randomTopicName\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        retryHelper    = alwaysBackOffRetryHelper(3.seconds)\n        handling      <- AwaitShutdown.makeManaged.use { awaitShutdown =>\n                           val retryHandler = RetryRecordHandler.withRetries(\n                             group,\n                             failingHandler,\n                             ZRetryConfig.nonBlockingRetry(1.second),\n                             producer,\n                             Topics(Set(topic)),\n                             blockingState,\n                             retryHelper,\n                             awaitShutdown = _ => UIO(awaitShutdown)\n                           )\n                           for {\n                             key      <- bytes\n                             value    <- bytes\n                             handling <- retryHandler\n                                           .handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n                                           .forkDaemon\n                           } yield handling\n                         }\n        \/\/ we expect for the backoff sleep to be interrupted\n        result        <- handling.join.resurrect.either.withTimeout(10.seconds)\n      } yield {\n        result must beLeft(beAnInstanceOf[InterruptedException])\n      }\n    }\n  }\n\n  \"on shutdown, interrupt wait on blocking backoff\" in {\n    for {\n      producer       <- FakeProducer.make\n      topic          <- randomTopicName\n      handleCountRef <- Ref.make(0)\n      blockingState  <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n      handling       <- AwaitShutdown.makeManaged.use { awaitShutdown =>\n                          val retryHandler = RetryRecordHandler.withRetries(\n                            group,\n                            failingHandlerWith(handleCountRef),\n                            ZRetryConfig.finiteBlockingRetry(10.seconds),\n                            producer,\n                            Topics(Set(topic)),\n                            blockingState,\n                            FakeRetryHelper(topic),\n                            _ => UIO(awaitShutdown.tapShutdown(_ => UIO(println(\"interrupting await shutdown\"))))\n                          )\n                          for {\n                            key      <- bytes\n                            value    <- bytes\n                            handling <- retryHandler\n                                          .handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n                                          .forkDaemon\n                          } yield handling\n                        }\n      \/\/ we expect for the backoff sleep to be interrupted\n      result         <- handling.join.resurrect.either.withTimeout(5.seconds)\n      handlerCalled  <- handleCountRef.get\n    } yield {\n      result must beLeft(beAnInstanceOf[InterruptedException])\n      handlerCalled === 1\n    }\n  }.updateService[Clock.Service](_ => Clock.Service.live)\n\n  \"on shutdown, not retry forever on failing producer\" in {\n    for {\n      producer      <- FakeProducer.make.map(_.failing)\n      topic         <- randomTopicName\n      blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n      handling      <- AwaitShutdown.makeManaged.use { awaitShutdown =>\n                         val retryHandler = RetryRecordHandler.withRetries(\n                           group,\n                           failingHandler,\n                           ZRetryConfig.nonBlockingRetry(1.second),\n                           producer,\n                           Topics(Set(topic)),\n                           blockingState,\n                           FakeRetryHelper(topic),\n                           _ => UIO(awaitShutdown)\n                         )\n                         for {\n                           key      <- bytes\n                           value    <- bytes\n                           handling <- retryHandler\n                                         .handle(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n                                         .forkDaemon\n                         } yield handling\n                       }\n      \/\/ we expect produce retries to be interrupted\n      result        <- handling.join.resurrect.either.withTimeout(10.seconds)\n    } yield {\n      result must beLeft(beAnInstanceOf[InterruptedException])\n    }\n  }.updateService[Clock.Service](_ => Clock.Service.live)\n\n  private def adjustTestClockFor(duration: Duration, durationMultiplier: Double = 1) = {\n    val steps: Int = (10 * durationMultiplier).toInt\n    ZIO.foreach_(1 to steps)(_ => TestClock.adjust(duration.*(0.1)))\n  }\n}\n\nobject RetryConsumerRecordHandlerTest {\n  val group     = \"some-group\"\n  val partition = 0\n  val offset    = 0L\n  val bytes     = nextIntBounded(9).flatMap(size => nextBytes(size + 1))\n\n  val failingHandler = RecordHandler[Any, HandlerError, Chunk[Byte], Chunk[Byte]](_ => ZIO.fail(RetriableError))\n\n  def failingHandlerWith(counter: Ref[Int]) =\n    RecordHandler[Any, HandlerError, Chunk[Byte], Chunk[Byte]](_ => counter.update(_ + 1) *> ZIO.fail(RetriableError))\n\n  def nonRetryableHandlerWith(counter: Ref[Int]) =\n    RecordHandler[Any, Throwable, Chunk[Byte], Chunk[Byte]](_ => counter.update(_ + 1) *> ZIO.fail(NonRetriableException(cause)))\n\n  def randomAlphaChar = {\n    val low  = 'A'.toInt\n    val high = 'z'.toInt + 1\n    random.nextIntBetween(low, high).map(_.toChar)\n  }\n\n  def randomStr = ZIO.collectAll(List.fill(6)(randomAlphaChar)).map(_.mkString)\n\n  def randomTopicName = randomStr.map(suffix => s\"some-topic-$suffix\")\n\n  val cause = new RuntimeException(\"cause\")\n\n  def alwaysBackOffRetryHelper(backoff: Duration) = {\n    new FakeNonBlockingRetryHelper {\n      override val topic: Topic                                                                                                = \"\"\n      override def retryAttempt(topic: Topic, headers: Headers, subscription: ConsumerSubscription): UIO[Option[RetryAttempt]] = UIO(\n        Some(RetryAttempt(topic, 1, Instant.now, backoff))\n      )\n    }\n  }\n}\n\nobject TimeoutWaitingForAssertion extends RuntimeException\n"}
{"repo_name":"wix-incubator\/greyhound","path":"java-interop\/src\/main\/java\/com\/wixpress\/dst\/greyhound\/scala\/GreyhoundConsumersBuilder.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.java\n\nimport java.util.concurrent.Executor\n\nimport com.wixpress.dst.greyhound.core\nimport com.wixpress.dst.greyhound.core.consumer.batched.{BatchConsumer, BatchConsumerConfig, BatchEventLoopConfig}\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.Topics\nimport com.wixpress.dst.greyhound.core.consumer.domain.{RecordHandler => CoreRecordHandler}\nimport com.wixpress.dst.greyhound.core.consumer.retry.{NonBlockingBackoffPolicy, RetryConfig => CoreRetryConfig, RetryConfigForTopic}\nimport com.wixpress.dst.greyhound.core.consumer.{RecordConsumer, RecordConsumerConfig}\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics\nimport com.wixpress.dst.greyhound.core.{consumer, Group, NonEmptySet, Topic}\nimport com.wixpress.dst.greyhound.future.GreyhoundRuntime\nimport com.wixpress.dst.greyhound.future.GreyhoundRuntime.Env\nimport zio._\nimport zio.blocking.Blocking.Service.live.blockingExecutor\n\nimport scala.collection.immutable\nimport scala.collection.mutable.ListBuffer\n\nclass GreyhoundConsumersBuilder(val config: GreyhoundConfig) {\n\n  private val consumers = ListBuffer.empty[GreyhoundConsumer[_, _]]\n\n  private val batchConsumers = ListBuffer.empty[GreyhoundBatchConsumer[_, _]]\n\n  def withConsumer(consumer: GreyhoundConsumer[_, _]): GreyhoundConsumersBuilder = synchronized {\n    consumers += consumer\n    this\n  }\n\n  def withBatchConsumer(consumer: GreyhoundBatchConsumer[_, _]): GreyhoundConsumersBuilder = {\n    batchConsumers += consumer\n    this\n  }\n\n  def build(): GreyhoundConsumers = config.runtime.unsafeRun {\n    for {\n      runtime                                                                                                                <- ZIO.runtime[Env]\n      executor                                                                                                                = createExecutor\n      makeConsumer: ZManaged[Any with Env with GreyhoundMetrics, Throwable, immutable.Iterable[RecordConsumer[Any with Env]]] =\n        ZManaged.foreach(handlers(executor, runtime)) {\n          case (group: Group, javaConsumerConfig: JavaConsumerConfig) =>\n            import javaConsumerConfig._\n            RecordConsumer.make(\n              RecordConsumerConfig(\n                config.bootstrapServers,\n                group,\n                Topics(initialTopics),\n                offsetReset = offsetReset,\n                retryConfig = retryConfig,\n                extraProperties = config.extraProperties\n              ),\n              handler\n            )\n        }\n      makeBatchConsumer                                                                                                       = ZManaged.foreach(batchConsumers.toSeq) { batchConsumer =>\n                                                                                                                                  val batchConsumerConfig = BatchConsumerConfig(\n                                                                                                                                    bootstrapServers = config.bootstrapServers,\n                                                                                                                                    groupId = batchConsumer.group,\n                                                                                                                                    initialSubscription = Topics(Set(batchConsumer.initialTopic)),\n                                                                                                                                    retryConfig = batchConsumer.retryConfig,\n                                                                                                                                    clientId = batchConsumer.clientId,\n                                                                                                                                    eventLoopConfig = BatchEventLoopConfig.Default,\n                                                                                                                                    offsetReset = convert(batchConsumer.offsetReset),\n                                                                                                                                    extraProperties = config.extraProperties,\n                                                                                                                                    userProvidedListener = batchConsumer.userProvidedListener,\n                                                                                                                                    resubscribeTimeout = batchConsumer.resubscribeTimeout,\n                                                                                                                                    initialOffsetsSeek = batchConsumer.initialOffsetsSeek\n                                                                                                                                  )\n                                                                                                                                  BatchConsumer.make(batchConsumerConfig, batchConsumer.batchRecordHandler(executor, runtime))\n                                                                                                                                }\n\n      reservation <- makeConsumer.reserve\n      consumers   <- reservation.acquire\n\n      batchReservation <- makeBatchConsumer.reserve\n      batchConsumer    <- batchReservation.acquire\n\n    } yield new GreyhoundConsumers {\n      override def pause(): Unit = runtime.unsafeRun {\n        ZIO.foreach(consumers)(_.pause) *> ZIO.foreach(consumers)(_.pause)\n      }\n\n      override def resume(): Unit = runtime.unsafeRun {\n        ZIO.foreach(consumers)(_.resume) *> ZIO.foreach(consumers)(_.resume)\n      }\n\n      override def isAlive(): Boolean = runtime.unsafeRun {\n        ZIO.foreach(consumers)(_.isAlive).map(_.forall(_ == true)) *> ZIO.foreach(batchConsumer)(_.isAlive).map(_.forall(_ == true))\n      }\n\n      override def close(): Unit = runtime.unsafeRun {\n        reservation.release(Exit.Success(())) *> batchReservation.release(Exit.Success(())).unit\n      }\n    }\n  }\n\n  private def createExecutor =\n    new Executor {\n      override def execute(command: Runnable): Unit =\n        blockingExecutor.submit(command)\n    }\n\n  private def handlers(executor: Executor, runtime: zio.Runtime[GreyhoundRuntime.Env]): Map[Group, JavaConsumerConfig] =\n    consumers.foldLeft(Map.empty[Group, JavaConsumerConfig]) { (acc, consumer) =>\n      val (offsetReset, group) = (convert(consumer.offsetReset), consumer.group)\n      acc +\n        (group ->\n          JavaConsumerConfig(\n            offsetReset = offsetReset,\n            initialTopics = Set(consumer.initialTopic),\n            handler = consumer.recordHandler(executor, runtime),\n            retryConfig = convertRetryConfig(consumer.retryConfig)\n          ))\n    }\n\n  private def convert(offsetReset: OffsetReset): core.consumer.OffsetReset =\n    offsetReset match {\n      case OffsetReset.Earliest => core.consumer.OffsetReset.Earliest\n      case OffsetReset.Latest   => core.consumer.OffsetReset.Latest\n    }\n\n  private def convertRetryConfig(retryConfig: Option[RetryConfig]): Option[CoreRetryConfig] = {\n    import scala.collection.JavaConverters._\n\n    retryConfig.map(config => {\n      val forTopic =\n        RetryConfigForTopic(() => config.blockingBackoffs().asScala, NonBlockingBackoffPolicy(config.nonBlockingBackoffs.asScala))\n\n      CoreRetryConfig({ case _ => forTopic }, None)\n    })\n  }\n}\n\ncase class JavaConsumerConfig(\n  offsetReset: consumer.OffsetReset,\n  initialTopics: NonEmptySet[Topic],\n  handler: CoreRecordHandler[Any, Any, Chunk[Byte], Chunk[Byte]],\n  retryConfig: Option[CoreRetryConfig]\n)\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/batched\/TestSupport.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/batched\/TestSupport.scala\npackage com.wixpress.dst.greyhound.core.consumer.batched\n\nimport com.wixpress.dst.greyhound.core.{Headers, TopicPartition}\nimport com.wixpress.dst.greyhound.core.consumer.Consumer\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport zio.Chunk\nimport zio.test.Assertion\nimport zio.test.Assertion.{contains, equalTo, hasSize}\n\nimport scala.util.Random\n\nobject TestSupport {\n  def aRecord(topicPartition: TopicPartition, payload: String = randomStr, hint: String = \"\"): Consumer.Record = ConsumerRecord(\n    topicPartition.topic,\n    topicPartition.partition,\n    randomPositiveInt,\n    Headers.from(Option(hint).filter(_.nonEmpty).map(\"hint\" -> _).toMap),\n    Option.empty[Chunk[Byte]],\n    Chunk.fromArray(payload.getBytes),\n    0L,\n    payload.getBytes.length,\n    0L\n  )\n\n  def records(topicCount: Int = 4, partitions: Int = 4, perPartition: Int = 3, hint: String = \"\") = {\n    val topics          = Seq.fill(topicCount)(randomStr)\n    val topicPartitions = for {\n      topic     <- topics\n      partition <- 0 until partitions\n    } yield TopicPartition(topic, partition)\n    topicPartitions.flatMap(tp => Seq.fill(perPartition)(aRecord(tp, hint)))\n  }\n\n  def containsRecordsByPartition(records: Seq[Consumer.Record]) =\n    records.groupBy(_.topicPartition).foldLeft[Assertion[Vector[Seq[Consumer.Record]]]](Assertion.anything) {\n      case (res, (_, records)) => res && contains(records)\n    } && hasSize(equalTo(records.map(_.topicPartition).distinct.size))\n\n  def randomStr: String =\n    Random.alphanumeric.take(20).mkString(\"\")\n\n  def randomPositiveInt: Int =\n    Random.nextInt(Int.MaxValue)\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/RetryConfig.scala","text":"package com.wixpress.dst.greyhound.core.consumer.retry\n\nimport com.wixpress.dst.greyhound.core._\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport com.wixpress.dst.greyhound.core.consumer.retry.ExponentialBackoffCalculator.exponentialBackoffs\nimport com.wixpress.dst.greyhound.core.producer.{Encryptor, NoOpEncryptor, ProducerRecord}\nimport zio.{Chunk, UIO, ZIO}\nimport zio.duration.{Duration => ZDuration}\n\nimport scala.concurrent.duration._\n\ncase class RetryConfig(\n  perTopic: PartialFunction[Topic, RetryConfigForTopic],\n  forPatternSubscription: Option[RetryConfigForTopic],\n  produceRetryBackoff: Duration = 5.seconds,\n  produceEncryptor: ConsumerRecord[_, _] => UIO[Encryptor] = _ => ZIO.succeed(NoOpEncryptor)\n) {\n  def blockingBackoffs(topic: Topic) =\n    get(topic)(_.blockingBackoffs)(ifEmpty = () => Nil)\n\n  def retryType(originalTopic: Topic): RetryType =\n    get(originalTopic)(_.retryType)(ifEmpty = NoRetries)\n\n  def nonBlockingBackoffs(topic: Topic): NonBlockingBackoffPolicy =\n    get(topic)(_.nonBlockingBackoffs)(ifEmpty = NonBlockingBackoffPolicy.empty)\n\n  def withCustomRetriesFor(overrideConfigs: PartialFunction[Topic, RetryConfigForTopic]): RetryConfig = {\n    val newConfigs: PartialFunction[Topic, RetryConfigForTopic] = {\n      case t => if (overrideConfigs.isDefinedAt(t)) overrideConfigs(t) else perTopic(t)\n    }\n\n    copy(perTopic = newConfigs)\n  }\n\n  def withProduceRetryBackoff(duration: Duration) = copy(produceRetryBackoff = duration)\n\n  private def get[T](forTopic: Topic)(f: RetryConfigForTopic => T)(ifEmpty: => T): T =\n    forPatternSubscription\n      .map(f)\n      .getOrElse(\n        if (perTopic.isDefinedAt(forTopic))\n          f(perTopic(forTopic))\n        else\n          ifEmpty\n      )\n\n}\n\ncase class NonBlockingBackoffPolicy(\n  intervals: Seq[ZDuration],\n  recordMutate: ProducerRecord[Chunk[Byte], Chunk[Byte]] => ProducerRecord[Chunk[Byte], Chunk[Byte]] = identity\n) {\n  def nonEmpty = intervals.nonEmpty\n\n  def length = intervals.length\n}\n\nobject NonBlockingBackoffPolicy {\n  val empty = NonBlockingBackoffPolicy(Nil)\n}\n\ncase class RetryConfigForTopic(blockingBackoffs: () => Seq[ZDuration], nonBlockingBackoffs: NonBlockingBackoffPolicy) {\n  def nonEmpty: Boolean = blockingBackoffs().nonEmpty || nonBlockingBackoffs.nonEmpty\n\n  def retryType: RetryType =\n    if (blockingBackoffs.apply().nonEmpty) {\n      if (nonBlockingBackoffs.nonEmpty)\n        BlockingFollowedByNonBlocking\n      else\n        Blocking\n    } else {\n      NonBlocking\n    }\n}\n\nobject RetryConfigForTopic {\n  val empty = RetryConfigForTopic(() => Nil, NonBlockingBackoffPolicy.empty)\n}\n\nobject ZRetryConfig {\n  def nonBlockingRetry(firstRetry: ZDuration, otherRetries: ZDuration*): RetryConfig =\n    forAllTopics(\n      RetryConfigForTopic(\n        nonBlockingBackoffs = NonBlockingBackoffPolicy(firstRetry :: otherRetries.toList),\n        blockingBackoffs = () => List.empty\n      )\n    )\n\n  def finiteBlockingRetry(firstRetry: ZDuration, otherRetries: ZDuration*): RetryConfig =\n    forAllTopics(\n      RetryConfigForTopic(blockingBackoffs = () => firstRetry :: otherRetries.toList, nonBlockingBackoffs = NonBlockingBackoffPolicy.empty)\n    )\n\n  def infiniteBlockingRetry(interval: ZDuration): RetryConfig =\n    forAllTopics(\n      RetryConfigForTopic(blockingBackoffs = () => Stream.continually(interval), nonBlockingBackoffs = NonBlockingBackoffPolicy.empty)\n    )\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: ZDuration,\n    maximalInterval: ZDuration,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig =\n    forAllTopics(\n      RetryConfigForTopic(\n        blockingBackoffs = () => exponentialBackoffs(initialInterval, maximalInterval, backOffMultiplier, infiniteRetryMaxInterval),\n        nonBlockingBackoffs = NonBlockingBackoffPolicy.empty\n      )\n    )\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: ZDuration,\n    maxMultiplications: Int,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig =\n    forAllTopics(\n      RetryConfigForTopic(\n        blockingBackoffs = () => exponentialBackoffs(initialInterval, maxMultiplications, backOffMultiplier, infiniteRetryMaxInterval),\n        nonBlockingBackoffs = NonBlockingBackoffPolicy.empty\n      )\n    )\n\n  def blockingFollowedByNonBlockingRetry(\n    blockingBackoffs: NonEmptyList[ZDuration],\n    nonBlockingBackoffs: NonBlockingBackoffPolicy\n  ): RetryConfig =\n    forAllTopics(RetryConfigForTopic(blockingBackoffs = () => blockingBackoffs, nonBlockingBackoffs = nonBlockingBackoffs))\n\n  def perTopicRetries(configs: PartialFunction[Topic, RetryConfigForTopic]) =\n    RetryConfig(configs, None)\n\n  def retryForPattern(config: RetryConfigForTopic) =\n    RetryConfig(Map.empty, Some(config))\n\n  private def forAllTopics(config: RetryConfigForTopic): RetryConfig =\n    RetryConfig({ case _ => config }, None)\n}\n\nobject RetryConfig {\n  val empty = RetryConfig(Map.empty, None)\n\n  def nonBlockingRetry(firstRetry: Duration, otherRetries: Duration*): RetryConfig =\n    ZRetryConfig.nonBlockingRetry(ZDuration.fromScala(firstRetry), otherRetries.toList.map(ZDuration.fromScala): _*)\n\n  def finiteBlockingRetry(firstRetry: Duration, otherRetries: Duration*): RetryConfig =\n    ZRetryConfig.finiteBlockingRetry(ZDuration.fromScala(firstRetry), otherRetries.toList.map(ZDuration.fromScala): _*)\n\n  def infiniteBlockingRetry(interval: Duration): RetryConfig =\n    ZRetryConfig.infiniteBlockingRetry(ZDuration.fromScala(interval))\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: Duration,\n    maximalInterval: Duration,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig =\n    ZRetryConfig.exponentialBackoffBlockingRetry(\n      ZDuration.fromScala(initialInterval),\n      ZDuration.fromScala(maximalInterval),\n      backOffMultiplier,\n      infiniteRetryMaxInterval\n    )\n\n  def exponentialBackoffBlockingRetry(\n    initialInterval: Duration,\n    maxMultiplications: Int,\n    backOffMultiplier: Float,\n    infiniteRetryMaxInterval: Boolean\n  ): RetryConfig =\n    ZRetryConfig.exponentialBackoffBlockingRetry(\n      ZDuration.fromScala(initialInterval),\n      maxMultiplications,\n      backOffMultiplier,\n      infiniteRetryMaxInterval\n    )\n\n  def blockingFollowedByNonBlockingRetry(blockingBackoffs: NonEmptyList[Duration], nonBlockingBackoffs: List[Duration]): RetryConfig =\n    ZRetryConfig.blockingFollowedByNonBlockingRetry(\n      blockingBackoffs = blockingBackoffs.map(ZDuration.fromScala),\n      nonBlockingBackoffs = NonBlockingBackoffPolicy(nonBlockingBackoffs.map(ZDuration.fromScala))\n    )\n}\n\ntrait RetryType\n\ncase object Blocking extends RetryType\n\ncase object NonBlocking extends RetryType\n\ncase object BlockingFollowedByNonBlocking extends RetryType\n\ncase object NoRetries extends RetryType\n\ncase class NonRetriableException(cause: Exception) extends Exception(cause)\n\ncase object BlockingHandlerFailed extends RuntimeException\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/RecordConsumerConfigTest.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/RecordConsumerConfigTest.scala<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.consumer\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.Topics\nimport org.specs2.mutable.SpecificationWithJUnit\n\nclass RecordConsumerConfigTest extends SpecificationWithJUnit {\n\n  \"RecordConsumerConfig\" should {\n    \"kafkaAuthProperties\" in {\n      val config = RecordConsumerConfig.apply(\n        \"localhost:6667\",\n        \"group\",\n        Topics(Set(\"topic\")),\n        extraProperties = Map(\n          \"security.protocol\"       -> \"SASL_SSL\",\n          \"sasl.mechanism\"          -> \"PLAIN\",\n          \"auto.offset.reset\"       -> \"earliest\",\n          \"ssl.truststore.location\" -> \"trust.location\",\n          \"ssl.truststore.password\" -> \"<PASSWORD>\",\n          \"ssl.keystore.location\"   -> \"keyStore.location\",\n          \"ssl.keystore.password\"   -> \"<PASSWORD>\",\n          \"ssl.key.password\"        -> \"<PASSWORD>\"\n        )\n      )\n      config.kafkaAuthProperties mustEqual\n        (\n          Map(\n            \"security.protocol\"       -> \"SASL_SSL\",\n            \"sasl.mechanism\"          -> \"PLAIN\",\n            \"ssl.truststore.location\" -> \"trust.location\",\n            \"ssl.truststore.password\" -> \"<PASSWORD>\",\n            \"ssl.keystore.location\"   -> \"keyStore.location\",\n            \"ssl.keystore.password\"   -> \"<PASSWORD>\",\n            \"ssl.key.password\"        -> \"<PASSWORD>\"\n          )\n        )\n    }\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/ReportingConsumer.scala","text":"package com.wixpress.dst.greyhound.core.consumer\n\nimport java.util.regex.Pattern\nimport com.wixpress.dst.greyhound.core\nimport com.wixpress.dst.greyhound.core.{TopicPartition, _}\nimport com.wixpress.dst.greyhound.core.consumer.Consumer.Records\nimport com.wixpress.dst.greyhound.core.consumer.ConsumerMetric._\nimport com.wixpress.dst.greyhound.core.consumer.ReportingConsumer.OrderedOffsets\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics.MetricResult\nimport com.wixpress.dst.greyhound.core.metrics.{GreyhoundMetric, GreyhoundMetrics}\nimport zio.blocking.Blocking\nimport zio.clock.Clock\nimport zio.duration.Duration\nimport zio.{RIO, Task, UIO, ZIO}\n\ncase class ReportingConsumer(clientId: ClientId, group: Group, internal: Consumer) extends Consumer {\n\n  override def subscribePattern[R1](\n    pattern: Pattern,\n    rebalanceListener: RebalanceListener[R1]\n  ): RIO[Blocking with GreyhoundMetrics with R1, Unit] =\n    for {\n      r <- ZIO.environment[R1 with GreyhoundMetrics with Blocking]\n      _ <- GreyhoundMetrics.report(SubscribingToTopicWithPattern(clientId, group, pattern.toString, config.consumerAttributes))\n      _ <- internal\n             .subscribePattern(pattern, rebalanceListener = listener(r, rebalanceListener))\n             .tapError(error => GreyhoundMetrics.report(SubscribeFailed(clientId, group, error, config.consumerAttributes)))\n    } yield ()\n\n  override def subscribe[R1](\n    topics: Set[Topic],\n    rebalanceListener: RebalanceListener[R1]\n  ): RIO[Blocking with GreyhoundMetrics with R1, Unit] =\n    for {\n      r <- ZIO.environment[Blocking with R1 with GreyhoundMetrics]\n      _ <- GreyhoundMetrics.report(SubscribingToTopics(clientId, group, topics, config.consumerAttributes))\n      _ <- internal\n             .subscribe(topics = topics, rebalanceListener = listener(r, rebalanceListener))\n             .tapError(error => GreyhoundMetrics.report(SubscribeFailed(clientId, group, error, config.consumerAttributes)))\n    } yield ()\n\n  private def listener[R1](r: R1 with GreyhoundMetrics with Blocking, rebalanceListener: RebalanceListener[R1]) = {\n    new RebalanceListener[Any] {\n      override def onPartitionsRevoked(consumer: Consumer, partitions: Set[TopicPartition]): UIO[DelayedRebalanceEffect] =\n        (GreyhoundMetrics.report(PartitionsRevoked(clientId, group, partitions, config.consumerAttributes)) *>\n          rebalanceListener.onPartitionsRevoked(consumer, partitions)).provide(r)\n\n      override def onPartitionsAssigned(consumer: Consumer, partitions: Set[TopicPartition]): UIO[Any] =\n        (GreyhoundMetrics.report(PartitionsAssigned(clientId, group, partitions, config.consumerAttributes)) *>\n          rebalanceListener.onPartitionsAssigned(consumer, partitions)).provide(r)\n    }\n  }\n\n  override def poll(timeout: Duration): RIO[Blocking with GreyhoundMetrics, Records] =\n    for {\n      records <- internal.poll(timeout).tapError { error =>\n                   GreyhoundMetrics.report(PollingFailed(clientId, group, error, config.consumerAttributes))\n                 }\n      _       <- GreyhoundMetrics.report(PolledRecords(clientId, group, orderedPolledRecords(records), config.consumerAttributes)).as(records)\n    } yield records\n\n  private def orderedPolledRecords(records: Records): OrderedOffsets = {\n    records\n      .groupBy(_.topic)\n      .map {\n        case (topic, records) =>\n          topic -> records.groupBy(_.partition).mapValues(r => r.map(_.offset).toSeq).toSeq.sortBy(_._1)\n      }\n      .toSeq\n      .sortBy(_._1)\n  }\n\n  override def commitOnRebalance(offsets: Map[TopicPartition, Offset]): RIO[Blocking with GreyhoundMetrics, DelayedRebalanceEffect] =\n    ZIO.runtime[Blocking with GreyhoundMetrics].flatMap { runtime =>\n      if (offsets.nonEmpty) {\n        GreyhoundMetrics\n          .report(CommittingOffsets(clientId, group, offsets, calledOnRebalance = true, attributes = config.consumerAttributes)) *>\n          internal\n            .commitOnRebalance(offsets)\n            .tapError { error =>\n              GreyhoundMetrics\n                .report(CommitFailed(clientId, group, error, offsets, calledOnRebalance = true, attributes = config.consumerAttributes))\n            }\n            .map(\n              _.tapError { error => \/\/ handle commit errors in ThreadLockedEffect\n                runtime.unsafeRunTask(\n                  GreyhoundMetrics\n                    .report(CommitFailed(clientId, group, error, offsets, calledOnRebalance = true, attributes = config.consumerAttributes))\n                )\n              } *>\n                DelayedRebalanceEffect(\n                  runtime.unsafeRunTask(\n                    GreyhoundMetrics\n                      .report(CommittedOffsets(clientId, group, offsets, calledOnRebalance = true, attributes = config.consumerAttributes))\n                  )\n                )\n            )\n      } else DelayedRebalanceEffect.zioUnit\n    }\n\n  override def commit(offsets: Map[TopicPartition, Offset]): RIO[Blocking with GreyhoundMetrics, Unit] = {\n    ZIO.when(offsets.nonEmpty) {\n      GreyhoundMetrics.report(\n        CommittingOffsets(clientId, group, offsets, calledOnRebalance = false, attributes = config.consumerAttributes)\n      ) *> internal.commit(offsets).tapError { error => GreyhoundMetrics.report(CommitFailed(clientId, group, error, offsets)) } *>\n        GreyhoundMetrics.report(\n          CommittedOffsets(clientId, group, offsets, calledOnRebalance = false, attributes = config.consumerAttributes)\n        )\n    }\n  }\n\n  override def pause(partitions: Set[TopicPartition]): ZIO[Blocking with GreyhoundMetrics, IllegalStateException, Unit] =\n    ZIO.when(partitions.nonEmpty) {\n      GreyhoundMetrics.report(PausingPartitions(clientId, group, partitions, config.consumerAttributes)) *>\n        internal.pause(partitions).tapError { error =>\n          GreyhoundMetrics.report(PausePartitionsFailed(clientId, group, error, partitions, config.consumerAttributes))\n        }\n    }\n\n  override def resume(partitions: Set[TopicPartition]): ZIO[Blocking with GreyhoundMetrics, IllegalStateException, Unit] =\n    ZIO.when(partitions.nonEmpty) {\n      GreyhoundMetrics.report(ResumingPartitions(clientId, group, partitions, config.consumerAttributes)) *>\n        internal.resume(partitions).tapError { error =>\n          GreyhoundMetrics.report(ResumePartitionsFailed(clientId, group, error, partitions, config.consumerAttributes))\n        }\n    }\n\n  override def seek(partition: TopicPartition, offset: Offset): ZIO[Blocking with GreyhoundMetrics, IllegalStateException, Unit] =\n    GreyhoundMetrics.report(SeekingToOffset(clientId, group, partition, offset, config.consumerAttributes)) *>\n      internal.seek(partition, offset).tapError { error =>\n        GreyhoundMetrics.report(SeekToOffsetFailed(clientId, group, error, partition, offset, config.consumerAttributes))\n      }\n\n  override def assignment: Task[Set[TopicPartition]] = internal.assignment\n\n  override def endOffsets(partitions: Set[TopicPartition]): RIO[Blocking, Map[TopicPartition, Offset]] =\n    internal.endOffsets(partitions)\n\n  override def beginningOffsets(partitions: Set[TopicPartition]): RIO[Blocking, Map[TopicPartition, Offset]] =\n    internal.beginningOffsets(partitions)\n\n  override def committedOffsets(partitions: Set[TopicPartition]): RIO[Blocking, Map[TopicPartition, Offset]] =\n    internal.committedOffsets(partitions)\n\n  override def position(topicPartition: TopicPartition): Task[Offset] =\n    internal.position(topicPartition)\n\n  override def config: ConsumerConfig = internal.config\n\n  override def offsetsForTimes(\n    topicPartitionsOnTimestamp: Map[TopicPartition, Long]\n  ): RIO[Clock with Blocking, Map[TopicPartition, Offset]] =\n    internal.offsetsForTimes(topicPartitionsOnTimestamp)\n\n  override def listTopics: RIO[Blocking, Map[Topic, List[core.PartitionInfo]]] = internal.listTopics\n}\n\nobject ReportingConsumer {\n  type OrderedOffsets = Seq[(Topic, Seq[(Partition, Seq[Offset])])]\n}\n\nsealed trait ConsumerMetric extends GreyhoundMetric {\n  def clientId: ClientId\n\n  def group: Group\n}\n\nobject ConsumerMetric {\n\n  case class CreatingConsumer(clientId: ClientId, group: Group, connectUrl: String, attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class SubscribingToTopics(clientId: ClientId, group: Group, topics: Set[Topic], attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class SubscribingToTopicWithPattern(clientId: ClientId, group: Group, pattern: String, attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class CommittingOffsets(\n    clientId: ClientId,\n    group: Group,\n    offsets: Map[TopicPartition, Offset],\n    calledOnRebalance: Boolean,\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class CommittedOffsets(\n    clientId: ClientId,\n    group: Group,\n    offsets: Map[TopicPartition, Offset],\n    calledOnRebalance: Boolean,\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class PausingPartitions(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class ResumingPartitions(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class SeekingToOffset(\n    clientId: ClientId,\n    group: Group,\n    partition: TopicPartition,\n    offset: Offset,\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class PartitionsAssigned(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class PartitionsRevoked(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class SubscribeFailed(clientId: ClientId, group: Group, error: Throwable, attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class PollingFailed(clientId: ClientId, group: Group, error: Throwable, attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class CommitFailed(\n    clientId: ClientId,\n    group: Group,\n    error: Throwable,\n    offsets: Map[TopicPartition, Offset],\n    calledOnRebalance: Boolean = false,\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class PausePartitionsFailed(\n    clientId: ClientId,\n    group: Group,\n    error: IllegalStateException,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class ResumePartitionsFailed(\n    clientId: ClientId,\n    group: Group,\n    error: IllegalStateException,\n    partitions: Set[TopicPartition],\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class SeekToOffsetFailed(\n    clientId: ClientId,\n    group: Group,\n    error: IllegalStateException,\n    partition: TopicPartition,\n    offset: Offset,\n    attributes: Map[String, String] = Map.empty\n  ) extends ConsumerMetric\n\n  case class PolledRecords(clientId: ClientId, group: Group, records: OrderedOffsets, attributes: Map[String, String] = Map.empty)\n      extends ConsumerMetric\n\n  case class CommittedMissingOffsets(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    offsets: Map[TopicPartition, Offset],\n    elapsed: Duration,\n    seekTo: Map[TopicPartition, Offset]\n  ) extends ConsumerMetric\n\n  case class CommittedMissingOffsetsFailed(\n    clientId: ClientId,\n    group: Group,\n    partitions: Set[TopicPartition],\n    offsets: Map[TopicPartition, Offset],\n    elapsed: Duration,\n    error: Throwable\n  ) extends ConsumerMetric\n\n  case class RewindOffsetsOnPollError(\n    clientId: ClientId,\n    group: Group,\n    positions: Map[TopicPartition, Offset],\n    result: MetricResult[Throwable, Unit]\n  ) extends ConsumerMetric\n\n  case class ClosedConsumer(group: Group, clientId: ClientId, result: MetricResult[Throwable, Unit]) extends ConsumerMetric\n\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"future-interop\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/future\/ContextEncoder.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.future\n\nimport com.wixpress.dst.greyhound.core.Headers.Header\nimport com.wixpress.dst.greyhound.core.Serializer\nimport com.wixpress.dst.greyhound.core.producer.ProducerRecord\nimport zio.Task\n\ntrait ContextEncoder[-C] {\n  def encode[K, V](record: ProducerRecord[K, V], context: C): Task[ProducerRecord[K, V]]\n}\n\nobject ContextEncoder {\n  def aHeaderContextEncoder[C](header: Header, serializer: Serializer[C]): ContextEncoder[C] =\n    new ContextEncoder[C] {\n      override def encode[K, V](record: ProducerRecord[K, V], context: C): Task[ProducerRecord[K, V]] =\n        serializer.serialize(record.topic, context).map { serialized => record.copy(headers = record.headers + (header -> serialized)) }\n    }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/BlockingState.scala","text":"package com.wixpress.dst.greyhound.core.consumer.retry\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryRecordHandlerMetric.{BlockingFor, BlockingIgnoredForAllFor, BlockingIgnoredOnceFor}\nimport com.wixpress.dst.greyhound.core.TopicPartition\n\nsealed trait BlockingState {\n  def metric[K, V](record: ConsumerRecord[K, V]): RetryRecordHandlerMetric\n}\n\nobject BlockingState {\n  case class Blocked[K, V](record: ConsumerRecord[K, V]) extends BlockingState {\n    override def metric[K, V](record: ConsumerRecord[K, V]): BlockingFor =\n      BlockingFor(TopicPartition(record.topic, record.partition), record.offset)\n  }\n\n  case object Blocking extends BlockingState {\n    override def metric[K, V](record: ConsumerRecord[K, V]): BlockingFor =\n      BlockingFor(TopicPartition(record.topic, record.partition), record.offset)\n  }\n\n  case object IgnoringAll extends BlockingState {\n    override def metric[K, V](record: ConsumerRecord[K, V]): RetryRecordHandlerMetric =\n      BlockingIgnoredForAllFor(TopicPartition(record.topic, record.partition), record.offset)\n  }\n\n  case object IgnoringOnce extends BlockingState {\n    override def metric[K, V](record: ConsumerRecord[K, V]): RetryRecordHandlerMetric =\n      BlockingIgnoredOnceFor(TopicPartition(record.topic, record.partition), record.offset)\n  }\n\n  def shouldBlockFrom(blockingState: BlockingState): Boolean =\n    blockingState match {\n      case Blocking         => true\n      case _: Blocked[_, _] => true\n      case IgnoringAll      => false\n      case IgnoringOnce     => false\n    }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/Maker.scala","text":"package com.wixpress.dst.greyhound.core.testkit\n\nimport com.wixpress.dst.greyhound.core.Headers\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport zio.random.{nextBytes, nextIntBounded}\nimport zio.{random, ZIO}\n\nobject Maker {\n  val bytes = nextIntBounded(9).flatMap(size => nextBytes(size + 1))\n\n  def randomAlphaChar = {\n    val low  = 'A'.toInt\n    val high = 'z'.toInt + 1\n    random.nextIntBetween(low, high).map(_.toChar)\n  }\n\n  def randomStr = ZIO.collectAll(List.fill(6)(randomAlphaChar)).map(_.mkString)\n\n  def randomTopicName = randomStr.map(suffix => s\"some-topic-$suffix\")\n\n  val partition = 0\n  val offset    = 0\n  val key       = s\"some-key-$randomStr\"\n  val value     = randomStr\n\n  val abytesRecord = for {\n    topic <- randomTopicName\n    key   <- bytes\n    value <- bytes\n  } yield new ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/producer\/buffered\/ProduceFlusher.scala","text":"package com.wixpress.dst.greyhound.core.producer.buffered\n\nimport com.wixpress.dst.greyhound.core.Topic\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics.report\nimport com.wixpress.dst.greyhound.core.producer.buffered.Common.{nonRetriable, timeoutPassed}\nimport com.wixpress.dst.greyhound.core.producer.buffered.LocalBufferProducerMetric.{LocalBufferProduceAttemptFailed, LocalBufferProduceTimeoutExceeded, LocalBufferProducerInternalFiberDied, LocalBufferProducerProduceHardError}\nimport com.wixpress.dst.greyhound.core.producer.buffered.buffers.ProduceStrategy\nimport com.wixpress.dst.greyhound.core.producer.{ProducerError, ProducerR, ProducerRecord, RecordMetadata}\nimport org.apache.kafka.common.errors._\nimport zio._\nimport zio.blocking.Blocking\nimport zio.duration.Duration\n\nimport java.lang.System.currentTimeMillis\nimport scala.util.Random\n\ntrait ProduceFlusher[R] extends ProducerR[R] {\n  def recordedConcurrency: UIO[Int]\n\n  def fiberCount: UIO[Int]\n}\n\nobject ProduceFlusher {\n  def make[R](\n    producer: ProducerR[R],\n    giveUpAfter: Duration,\n    retryInterval: Duration,\n    strategy: ProduceStrategy\n  ): URIO[ZEnv with GreyhoundMetrics with R, ProduceFlusher[R]] =\n    strategy match {\n      case ProduceStrategy.Sync(concurrency)                 => ProduceFiberSyncRouter.make(producer, concurrency, giveUpAfter, retryInterval)\n      case ProduceStrategy.Async(batchSize, concurrency)     =>\n        ProduceFiberAsyncRouter.make(producer, concurrency, giveUpAfter, retryInterval, batchSize)\n      case ProduceStrategy.Unordered(batchSize, concurrency) =>\n        ProduceFiberAsyncRouter.make(producer, concurrency, giveUpAfter, retryInterval, batchSize)\n    }\n}\n\nobject ProduceFiberAsyncRouter {\n  def make[R](\n    producer: ProducerR[R],\n    maxConcurrency: Int,\n    giveUpAfter: Duration,\n    retryInterval: Duration,\n    batchSize: Int\n  ): URIO[ZEnv with GreyhoundMetrics with R, ProduceFlusher[R]] =\n    for {\n      usedFibers    <- Ref.make(Set.empty[Int])\n      runningFibers <- Ref.make(0)\n      queues        <- ZIO.foreach((0 until maxConcurrency).toList)(i => Queue.unbounded[ProduceRequest].map(i -> _)).map(_.toMap)\n      _             <- ZIO.foreach_(queues.values)(q =>\n                         fetchAndProduce(producer)(retryInterval, batchSize)(q).forever\n                           .tapCause(t => report(LocalBufferProducerInternalFiberDied(t.squashTrace)) *> runningFibers.update(_ - 1))\n                           .forkDaemon\n                           .tap(_ => runningFibers.update(_ + 1))\n                       )\n    } yield new ProduceFlusher[R] {\n      override def recordedConcurrency: UIO[Int] = usedFibers.get.map(_.size)\n\n      override def produceAsync(\n        record: ProducerRecord[Chunk[Byte], Chunk[Byte]]\n      ): ZIO[R with Blocking, ProducerError, IO[ProducerError, RecordMetadata]] = {\n        val queueNum = Math.abs(record.key.getOrElse(Random.nextString(10)).hashCode % maxConcurrency)\n\n        Promise\n          .make[ProducerError, RecordMetadata]\n          .tap(promise =>\n            queues(queueNum).offer(ProduceRequest(record, promise, currentTimeMillis + giveUpAfter.toMillis)) *>\n              usedFibers.update(_ + queueNum)\n          )\n          .map(_.await)\n      }\n\n      override def fiberCount: UIO[Int] = runningFibers.get\n\n      override def partitionsFor(topic: Topic) =\n        producer.partitionsFor(topic)\n    }\n\n  private def fetchAndProduce[R](producer: ProducerR[R])(retryInterval: Duration, batchSize: Int) =\n    (q: Queue[ProduceRequest]) =>\n      q.takeBetween(1, batchSize)\n        .flatMap(reqs => produceWithRetries(producer)(retryInterval)(reqs))\n\n  private def produceWithRetries[R](\n    producer: ProducerR[R]\n  )(retryInterval: Duration)(requests: Seq[ProduceRequest]): ZIO[GreyhoundMetrics with zio.ZEnv with R with Blocking, Nothing, Unit] =\n    produceUntilResolution(producer)(level = 0)(retryInterval)(requests)\n      .catchAllCause(c =>\n        report(LocalBufferProducerProduceHardError(c.squashTrace)) *>\n          produceWithRetries(producer)(retryInterval)(requests)\n            .delay(retryInterval)\n      )\n\n  private def produceUntilResolution[R](producer: ProducerR[R])(\n    level: Int\n  )(retryInterval: Duration)(reqs: Seq[ProduceRequest]): ZIO[GreyhoundMetrics with zio.ZEnv with R with Blocking, ProducerError, Unit] =\n    ZIO.when(reqs.nonEmpty)(\n      discardOldRequests(reqs) *>\n        ZIO\n          .foreach(reqs.filterNot(timeoutPassed)) { req => producer.produceAsync(req.record).map(res => (req, res)) }\n          .flatMap(awaitOnPromises)\n          .flatMap(removeFinalFailures)\n          .flatMap(succeedOrRetry(producer, level, retryInterval))\n    )\n\n  private def discardOldRequests(reqs: Seq[ProduceRequest]) =\n    ZIO.foreach(reqs.filter(timeoutPassed))(reportError)\n\n  private def succeedOrRetry[R](producer: ProducerR[R], level: Int, retryInterval: Duration)(\n    results: Seq[Option[(ProduceRequest, Either[ProducerError, RecordMetadata])]]\n  ) = {\n    val failures  = results.collect { case Some((req, _ @Left(_))) => req }\n    val successes = results.collect { case Some((req, _ @Right(value))) => (req, value) }\n\n    ZIO.foreach_(successes) { case (req, res) => req.succeed(res) } *>\n      ZIO.when(failures.nonEmpty)(produceUntilResolution(producer)(level + 1)(retryInterval)(failures).delay(retryInterval))\n  }\n\n  private def removeFinalFailures(results: Seq[(ProduceRequest, Either[ProducerError, RecordMetadata])]) =\n    ZIO.foreach(results) {\n      case (req, res) =>\n        res match {\n          case Left(e) if timeoutPassed(req) || nonRetriable(e.getCause) =>\n            req.fail(e).as(None)\n          case l @ Left(_)                                               =>\n            UIO(Some(req, l))\n          case r @ Right(_)                                              => UIO(Some(req, r))\n        }\n    }\n\n  private def awaitOnPromises(\n    promises: Seq[(ProduceRequest, IO[ProducerError, RecordMetadata])]\n  ): URIO[GreyhoundMetrics with ZEnv, Seq[(ProduceRequest, Either[ProducerError, RecordMetadata])]] =\n    ZIO.foreach(promises) {\n      case (req: ProduceRequest, res: IO[ProducerError, RecordMetadata]) =>\n        res.tapError(error => report(LocalBufferProduceAttemptFailed(error, nonRetriable(error.getCause)))).either.map(e => (req, e))\n    }\n\n  private def reportError(req: ProduceRequest) =\n    ProducerError(new TimeoutException).flip.flatMap(timeout =>\n      report(LocalBufferProduceTimeoutExceeded(req.giveUpTimestamp, System.currentTimeMillis)) *> req.fail(timeout)\n    )\n}\n\nobject ProduceFiberSyncRouter {\n  def make[R](\n    producer: ProducerR[R],\n    maxConcurrency: Int,\n    giveUpAfter: Duration,\n    retryInterval: Duration\n  ): URIO[ZEnv with GreyhoundMetrics with R, ProduceFlusher[R]] =\n    for {\n      usedFibers    <- Ref.make(Set.empty[Int])\n      runningFibers <- Ref.make(0)\n      queues        <- ZIO.foreach((0 until maxConcurrency).toList)(i => Queue.unbounded[ProduceRequest].map(i -> _)).map(_.toMap)\n      _             <- ZIO.foreach_(queues.values)(\n                         _.take\n                           .flatMap((req: ProduceRequest) =>\n                             ZIO\n                               .whenCase(timeoutPassed(req)) {\n                                 case true  =>\n                                   ProducerError(new TimeoutException).flip.flatMap(timeout =>\n                                     report(LocalBufferProduceTimeoutExceeded(req.giveUpTimestamp, System.currentTimeMillis)) *> req.fail(timeout)\n                                   )\n                                 case false =>\n                                   producer\n                                     .produce(req.record)\n                                     .tapError(error => report(LocalBufferProduceAttemptFailed(error, nonRetriable(error.getCause))))\n                                     .retry(Schedule.spaced(retryInterval) && Schedule.recurUntil(e => timeoutPassed(req) || nonRetriable(e.getCause)))\n                                     .tapBoth(req.fail, req.succeed)\n                               }\n                               .ignore\n                           )\n                           .forever\n                           .tapCause(t => report(LocalBufferProducerInternalFiberDied(t.squashTrace)) *> runningFibers.update(_ - 1))\n                           .forkDaemon\n                           .tap(_ => runningFibers.update(_ + 1))\n                       )\n\n    } yield new ProduceFlusher[R] {\n\n      override def fiberCount: UIO[Int] = runningFibers.get\n\n      override def recordedConcurrency: UIO[Int] = usedFibers.get.map(_.size)\n\n      override def produceAsync(\n        record: ProducerRecord[Chunk[Byte], Chunk[Byte]]\n      ): ZIO[Blocking, ProducerError, IO[ProducerError, RecordMetadata]] = {\n        val queueNum = Math.abs(record.key.getOrElse(Random.nextString(10)).hashCode % maxConcurrency)\n\n        Promise\n          .make[ProducerError, RecordMetadata]\n          .tap(promise =>\n            queues(queueNum).offer(ProduceRequest(record, promise, currentTimeMillis + giveUpAfter.toMillis)) *>\n              usedFibers.update(_ + queueNum)\n          )\n          .map(_.await)\n      }\n\n      override def partitionsFor(topic: Topic) = producer.partitionsFor(topic)\n    }\n}\n\nobject Common {\n  private[producer] def nonRetriable(e: Throwable): Boolean = e match {\n    case _: InvalidTopicException        => true\n    case _: RecordBatchTooLargeException => true\n    case _: UnknownServerException       => true\n    case _: OffsetMetadataTooLarge       => true\n    case _: RecordTooLargeException      => true\n    case _: IllegalArgumentException     => true\n    case _                               => false\n  }\n\n  private[producer] def timeoutPassed(req: ProduceRequest): Boolean =\n    currentTimeMillis > req.giveUpTimestamp\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/BaseTest.scala","text":"<reponame>wix-incubator\/greyhound<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/BaseTest.scala\npackage com.wixpress.dst.greyhound.core.testkit\n\nimport com.wixpress.dst.greyhound.core.zioutils.FiberTrackingMode.Tracking\nimport org.specs2.execute.{AsResult, Error, Result}\nimport org.specs2.mutable.SpecificationWithJUnit\nimport org.specs2.specification.BeforeAfterAll\nimport org.specs2.specification.core.{Fragment, Fragments}\nimport zio.{BootstrapRuntime, UManaged}\nimport zio._\nimport zio.console.{putStrLn, Console}\nimport zio.internal.Platform\nimport com.wixpress.dst.greyhound.core.zioutils._\nimport zio.clock.Clock\nimport zio.duration._\n\nimport java.util.concurrent.atomic.AtomicReference\nimport scala.concurrent.TimeoutException\n\ntrait BaseTest[R] extends SpecificationWithJUnit with TimeoutSupport {\n\n  type ENV = R\n\n  val runtime = new BootstrapRuntime {}.withFiberTracking(Tracking())\n\n  def env: UManaged[R]\n\n  def run[R1 >: R, E, A](zio: ZIO[R1, E, A]): A =\n    runtime.unsafeRun(env.use(zio.provide))\n\n  def allPar[R1 >: R, E](fragments: ZIO[R1, E, Fragment]*): ZIO[R1, E, Fragments] =\n    ZIO.collectAllPar(fragments).map(fragments => Fragments(fragments: _*))\n\n  def all[R1 >: R, E](fragments: ZIO[R1, E, Fragment]*): ZIO[R1, E, Fragments] =\n    ZIO.collectAll(fragments).map(fragments => Fragments(fragments: _*))\n\n  implicit def zioAsResult[R1 >: R, E, A](implicit ev: AsResult[A]): AsResult[ZIO[R1, E, A]] =\n    new AsResult[ZIO[R1, E, A]] {\n      override def asResult(t: => ZIO[R1, E, A]): Result =\n        runtime\n          .unsafeRunSync(env.use(t.provide))\n          .fold(\n            e =>\n              Error(e.squashTraceWith {\n                case ex: Throwable => ex\n                case _             => FiberFailure(e): Throwable\n              }),\n            a => ev.asResult(a)\n          )\n    }\n}\n\ntrait BaseTestWithSharedEnv[R <: Has[_], SHARED] extends SpecificationWithJUnit with BeforeAfterAll with TimeoutSupport {\n\n  protected def reportInterruptedFibers: Boolean = false\n\n  val runtime = new BootstrapRuntime {\n    override val platform: Platform = Platform.default.withReportFailure { cause =>\n      if (cause.interrupted) {\n        if (reportInterruptedFibers)\n          println(s\"Fiber interrupted:\\n${cause.prettyPrint}\")\n      } else {\n        scala.Console.err.println(s\"Unhandled failure:\\n${cause.prettyPrint}\")\n      }\n    }\n  }.withFiberTracking(Tracking())\n\n  private val sharedRef = new AtomicReference[Option[(SHARED, Task[Unit])]](None)\n\n  def sharedEnv: ZManaged[R, Throwable, SHARED]\n\n  def env: UManaged[R]\n\n  override def beforeAll(): Unit = {\n    sharedRef.set(Some(initShared()))\n  }\n\n  private def initShared(): (SHARED, UIO[Unit]) = {\n    runtime.unsafeRunTask(\n      env.use(e =>\n        putStrLn(s\"***** Shared environment initializing ****\") *>\n          (for {\n            reservation <- sharedEnv.reserve\n            acquired    <- reservation.acquire\n                             .provide(e)\n                             .timed\n                             .tapBoth(\n                               (error: Throwable) =>\n                                 UIO(\n                                   new Throwable(\n                                     s\"***** shared environment initialization failed - ${error.getClass.getName}: ${error.getMessage}\",\n                                     error\n                                   )\n                                     .printStackTrace()\n                                 ),\n                               { case (elapsed, _) => putStrLn(s\"***** Shared environment initialized in ${elapsed.toMillis} ms *****\") }\n                             )\n            (_, res)     = acquired\n          } yield res -> reservation.release(Exit.unit).unit.provide(e))\n      )\n    )\n  }\n\n  override def afterAll(): Unit = {\n    sharedRef.get.foreach {\n      case (_, release) =>\n        runtime.unsafeRunTask(release)\n    }\n  }\n\n  def getShared: Task[SHARED] = {\n    ZIO\n      .fromOption(sharedRef.get.map(_._1))\n      .orElseFail(new RuntimeException(\"shared environment not initialized\"))\n  }\n\n  implicit def zioAsResult[R1 >: R, E, A](implicit ev: AsResult[A]): AsResult[ZIO[R1, E, A]] =\n    new AsResult[ZIO[R1, E, A]] {\n      override def asResult(t: => ZIO[R1, E, A]): Result =\n        runtime\n          .unsafeRunSync(env.use(t.provide))\n          .fold(\n            e =>\n              Error(e.squashTraceWith {\n                case ex: Throwable => ex\n                case _             => FiberFailure(e): Throwable\n              }),\n            a => ev.asResult(a)\n          )\n    }\n}\n\ntrait TimeoutSupport {\n  private val zenv: Clock with Console = Has(Clock.Service.live) ++ Has(Console.Service.live)\n  implicit class ZioOps[R <: Has[_]: Tag, E, A](zio: ZIO[R, E, A]) {\n    def withTimeout(duration: Duration, message: Option[String] = None): ZIO[R, Any, A] = {\n      val msg = message.getOrElse(s\"Timed out after ${duration.render}\")\n      zio.disconnect\n        .timeoutFail(new TimeoutException(msg))(duration)\n        .tapError(_ => FiberTracking.fromRuntime.flatMap(fs => Fiber.putDumpStr(s\"$msg, dumping fibers:\\n\", fs: _*)))\n        .provideSome[R](_.union[Clock with Console](zenv))\n    }\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/TestMetrics.scala","text":"<reponame>wix-incubator\/greyhound<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/testkit\/TestMetrics.scala\npackage com.wixpress.dst.greyhound.core.testkit\n\nimport com.wixpress.dst.greyhound.core.metrics.{GreyhoundMetric, GreyhoundMetrics}\nimport org.slf4j.LoggerFactory\nimport zio._\nimport zio.blocking.Blocking\n\nimport scala.reflect.ClassTag\n\nobject TestMetrics {\n  trait Service extends GreyhoundMetrics.Service {\n    def queue: Queue[GreyhoundMetric]\n    def reported: UIO[List[GreyhoundMetric]] = queue.takeAll\n  }\n\n  def make: UManaged[TestMetrics] = make()\n\n  def make(andAlso: GreyhoundMetrics.Service = GreyhoundMetrics.Service.noop): UManaged[TestMetrics] = {\n    val logger = LoggerFactory.getLogger(\"metrics\")\n\n    def reportLive(metric: GreyhoundMetric): URIO[Blocking, Unit] = {\n      UIO(logger.info(metric.toString))\n    }\n\n    Queue.unbounded[GreyhoundMetric].toManaged_.map { q =>\n      val service = new Service {\n        override def report(metric: GreyhoundMetric): URIO[Blocking, Unit] =\n          reportLive(metric) *> q.offer(metric).unit *> andAlso.report(metric)\n        override def queue: Queue[GreyhoundMetric]                         = q\n      }\n      Has(service) ++ Has(service: GreyhoundMetrics.Service)\n    }\n  }\n\n  def makeLayer: ULayer[TestMetrics]                                                                                          = makeLayer[Any]()\n  def makeLayer[R](andAlso: R => GreyhoundMetrics.Service = (_: R) => GreyhoundMetrics.Service.noop): URLayer[R, TestMetrics] =\n    ZLayer.fromFunctionManyManaged[R, Nothing, TestMetrics](a => make(andAlso(a)))\n\n  def queue: URIO[TestMetrics, Queue[GreyhoundMetric]] =\n    ZIO.access[TestMetrics](_.get[TestMetrics.Service].queue)\n\n  def reported: URIO[TestMetrics, List[GreyhoundMetric]] =\n    ZIO.accessM[TestMetrics](_.get[TestMetrics.Service].reported)\n\n  def reportedOf[T <: GreyhoundMetric: ClassTag](filter: T => Boolean = (_: T) => true): URIO[TestMetrics, List[T]] =\n    reported.map(ms =>\n      ms.collect {\n        case m if implicitly[ClassTag[T]].runtimeClass.isAssignableFrom(m.getClass) => m.asInstanceOf[T]\n      }.filter(filter)\n    )\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/OffsetsInitializer.scala","text":"package com.wixpress.dst.greyhound.core.consumer\n\nimport java.time.Clock\nimport com.wixpress.dst.greyhound.core.consumer.ConsumerMetric.{CommittedMissingOffsets, CommittedMissingOffsetsFailed}\nimport com.wixpress.dst.greyhound.core.{ClientId, Group, Offset, TopicPartition}\nimport com.wixpress.dst.greyhound.core.metrics.{GreyhoundMetric, GreyhoundMetrics}\nimport zio.blocking.Blocking\nimport zio.{URIO, ZIO}\nimport zio.duration._\n\n\/**\n * Called from `onPartitionsAssigned`. Commits missing offsets to current position on assign - otherwise messages may be lost, in case of\n * `OffsetReset.Latest`, if a partition with no committed offset is revoked during processing. Also supports seeking to some given initial\n * offsets based on provided [[InitialOffsetsSeek]]\n *\/\nclass OffsetsInitializer(\n  clientId: ClientId,\n  group: Group,\n  offsetOperations: UnsafeOffsetOperations,\n  timeout: zio.duration.Duration,\n  timeoutIfSeek: zio.duration.Duration,\n  reporter: GreyhoundMetric => Unit,\n  initialSeek: InitialOffsetsSeek,\n  clock: Clock = Clock.systemUTC\n) {\n  def initializeOffsets(partitions: Set[TopicPartition]): Unit = {\n    val hasSeek          = initialSeek != InitialOffsetsSeek.default\n    val effectiveTimeout = if (hasSeek) timeoutIfSeek else timeout\n\n    withReporting(partitions, rethrow = hasSeek) {\n      val committed    = offsetOperations.committed(partitions, effectiveTimeout)\n      val beginning    = offsetOperations.beginningOffsets(partitions, effectiveTimeout)\n      val endOffsets   = offsetOperations.endOffsets(partitions, effectiveTimeout)\n      val toOffsets    = calculateTargetOffsets(partitions, beginning, committed, endOffsets, effectiveTimeout)\n      val notCommitted = partitions -- committed.keySet -- toOffsets.keySet\n      val positions    =\n        notCommitted.map(tp => tp -> offsetOperations.position(tp, effectiveTimeout)).toMap ++ toOffsets\n      if (toOffsets.nonEmpty) {\n        offsetOperations.seek(toOffsets)\n      }\n      if (positions.nonEmpty) {\n        offsetOperations.commit(positions, effectiveTimeout)\n      }\n      positions\n    }\n  }\n\n  private def calculateTargetOffsets(\n    partitions: Set[TopicPartition],\n    beginning: Map[TopicPartition, Offset],\n    committed: Map[TopicPartition, Offset],\n    endOffsets: Map[TopicPartition, Offset],\n    timeout: Duration\n  ) = {\n    val seekTo: Map[TopicPartition, SeekTo] = initialSeek.seekOffsetsFor(\n      assignedPartitions = partitions,\n      beginningOffsets = partitions.map((_, None)).toMap ++ beginning.mapValues(Some.apply),\n      endOffsets = partitions.map((_, None)).toMap ++ endOffsets.mapValues(Some.apply),\n      currentCommittedOffsets = partitions.map((_, None)).toMap ++ committed.mapValues(Some.apply)\n    )\n    val seekToOffsets                       = seekTo.collect { case (k, v: SeekTo.SeekToOffset) => k -> v.offset }\n    val seekToEndPartitions                 = seekTo.collect { case (k, SeekTo.SeekToEnd) => k }.toSet\n    val seekToEndOffsets                    = fetchEndOffsets(seekToEndPartitions, timeout)\n    val toOffsets                           = seekToOffsets ++ seekToEndOffsets\n    toOffsets\n  }\n\n  private def fetchEndOffsets(seekToEndPartitions: Set[TopicPartition], timeout: Duration) = {\n    if (seekToEndPartitions.nonEmpty) {\n      offsetOperations.endOffsets(seekToEndPartitions, timeout)\n    } else {\n      Map.empty\n    }\n  }\n\n  private def withReporting(partitions: Set[TopicPartition], rethrow: Boolean)(operation: => Map[TopicPartition, Offset]): Unit = {\n    val start = clock.millis\n\n    try {\n      val positions = operation\n      reporter(CommittedMissingOffsets(clientId, group, partitions, positions, Duration.fromMillis(clock.millis - start), positions))\n    } catch {\n      case e: Throwable =>\n        reporter(CommittedMissingOffsetsFailed(clientId, group, partitions, Map.empty, Duration.fromMillis(clock.millis - start), e))\n        if (rethrow) throw e\n    }\n  }\n}\n\n\/**\n * Strategy for initial seek based on currently committed offsets. `currentCommittedOffsets` will contain a key for every assigned\n * partition. If no committed offset the value will be [[None]].\n *\/\ntrait InitialOffsetsSeek {\n  def seekOffsetsFor(\n    assignedPartitions: Set[TopicPartition],\n    beginningOffsets: Map[TopicPartition, Option[Offset]],\n    endOffsets: Map[TopicPartition, Option[Offset]],\n    currentCommittedOffsets: Map[TopicPartition, Option[Offset]]\n  ): Map[TopicPartition, SeekTo]\n}\n\nsealed trait SeekTo\n\nobject SeekTo {\n  case object SeekToEnd extends SeekTo\n\n  case class SeekToOffset(offset: Offset) extends SeekTo\n}\n\nobject InitialOffsetsSeek {\n  val default: InitialOffsetsSeek = (_, _, _, _) => Map.empty\n\n  def setOffset(offsets: Map[TopicPartition, SeekTo]): InitialOffsetsSeek = (_, _, _, _) => offsets\n}\n\nobject OffsetsInitializer {\n  def make(\n    clientId: ClientId,\n    group: Group,\n    offsetOperations: UnsafeOffsetOperations,\n    timeout: zio.duration.Duration,\n    timeoutIfSeek: zio.duration.Duration,\n    initialSeek: InitialOffsetsSeek,\n    clock: Clock = Clock.systemUTC\n  ): URIO[Blocking with GreyhoundMetrics, OffsetsInitializer] = for {\n    metrics <- ZIO.environment[GreyhoundMetrics].map(_.get)\n    runtime <- ZIO.runtime[Blocking]\n  } yield new OffsetsInitializer(\n    clientId,\n    group,\n    offsetOperations,\n    timeout,\n    timeoutIfSeek,\n    m => runtime.unsafeRunTask(metrics.report(m)),\n    initialSeek: InitialOffsetsSeek,\n    clock\n  )\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/domain\/ConsumerSubscription.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.consumer.domain\n\nimport java.util.regex.Pattern\n\nimport com.wixpress.dst.greyhound.core.{NonEmptySet, Topic}\n\nobject ConsumerSubscription {\n\n  case class TopicPattern(p: Pattern, discoveredTopics: Set[Topic] = Set.empty) extends ConsumerSubscription\n\n  case class Topics(topics: NonEmptySet[Topic]) extends ConsumerSubscription\n\n  def topics(topic: Topic*): Topics = Topics(topic.toSet)\n\n}\n\nsealed trait ConsumerSubscription\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/it\/scala\/com\/wixpress\/dst\/greyhound\/core\/rabalance\/RebalanceIT.scala","text":"<filename>core\/src\/it\/scala\/com\/wixpress\/dst\/greyhound\/core\/rabalance\/RebalanceIT.scala\npackage com.wixpress.dst.greyhound.core.rabalance\n\nimport com.wixpress.dst.greyhound.core.consumer.ConsumerMetric.{CommitFailed, CommittedOffsets, PartitionsRevoked, PolledRecords}\nimport com.wixpress.dst.greyhound.core.consumer._\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerSubscription.{topics, Topics}\nimport com.wixpress.dst.greyhound.core.consumer.domain.{ConsumerRecord, RecordHandler}\nimport com.wixpress.dst.greyhound.core.consumer.retry.{Blocking, InterruptibleRetryMetric, NonBlocking, RetryConfig}\nimport com.wixpress.dst.greyhound.core.producer.ProducerRecord\nimport com.wixpress.dst.greyhound.core.testkit.{BaseTestWithSharedEnv, TestMetrics}\nimport com.wixpress.dst.greyhound.core.zioutils.CountDownLatch\nimport com.wixpress.dst.greyhound.core.{Group, Topic}\nimport com.wixpress.dst.greyhound.testenv.ITEnv\nimport com.wixpress.dst.greyhound.testenv.ITEnv._\nimport com.wixpress.dst.greyhound.testkit.ManagedKafka\nimport org.specs2.specification.core.Fragments\nimport zio._\nimport zio.duration._\n\nclass RebalanceIT extends BaseTestWithSharedEnv[Env, TestResources] {\n  sequential\n\n  override def env: UManaged[Env] = ITEnv.ManagedEnv\n\n  override def sharedEnv: ZManaged[Env, Throwable, TestResources] = testResources()\n\n  \"don't reprocess messages after rebalance\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      topic                          <- kafka.createRandomTopic(prefix = \"rebalance-dont-reprocess\")\n      group                          <- randomGroup\n\n      allMessages  = 400\n      someMessages = 100\n      produce      = producer.produce(ProducerRecord(topic, Chunk.empty))\n\n      invocations <- Ref.make(0)\n      handledAll  <- CountDownLatch.make(allMessages)\n      handledSome <- CountDownLatch.make(someMessages)\n      handler      = RecordHandler { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] =>\n                       invocations.update(_ + 1) *> handledSome.countDown *> handledAll.countDown\n                     }\n      consumer     = RecordConsumer.make(configFor(topic, group, kafka).copy(offsetReset = OffsetReset.Earliest), handler)\n\n      startProducing1 <- Promise.make[Nothing, Unit]\n      consumer1       <- consumer.use_(startProducing1.succeed(()) *> handledAll.await).fork\n      _               <- startProducing1.await *> ZIO.foreachPar(0 until someMessages: Seq[Int])(_ => produce)\n\n      _               <- handledSome.await\n      startProducing2 <- Promise.make[Nothing, Unit]\n      consumer2       <- consumer.use_(startProducing2.succeed(()) *> handledAll.await).fork\n      _               <- startProducing2.await *> ZIO.foreachPar(someMessages until allMessages: Seq[Int])(_ => produce)\n\n      _              <- ZIO.foreach_(Seq(consumer1, consumer2))(_.join.timeoutFail(TimeoutJoiningConsumer())(30.seconds))\n      allInvocations <- invocations.get\n    } yield {\n      allInvocations must equalTo(allMessages)\n    }\n  }\n\n  Fragments.foreach(Seq(Blocking, NonBlocking)) { retryType =>\n    s\"interrrupt $retryType retries on revoked partitions\" in {\n      for {\n        TestResources(kafka, producer) <- getShared\n        topic                          <- kafka.createRandomTopic(prefix = \"rebalance-dont-reprocess\")\n        group                          <- randomGroup\n\n        metricsQueue     <- TestMetrics.queue\n        retryInterrupted <- Promise.make[Nothing, Unit]\n\n        _ <- metricsQueue.take\n               .flatMap {\n                 case m: PartitionsRevoked                         => UIO(println(s\">>>===>>> [${m.clientId}] $m\"))\n                 case d: InterruptibleRetryMetric if d.interrupted =>\n                   UIO(println(s\">>>===>>> [interrupted: ${d.interrupted}] $d\")) *> retryInterrupted.succeed()\n                 case _                                            => ZIO.unit\n               }\n               .repeat(Schedule.forever)\n               .fork\n\n        produce = producer.produce(ProducerRecord(topic, Chunk.empty))\n\n        keepConsumersAlive <- Promise.make[Nothing, Unit]\n        handler             = RecordHandler { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] =>\n                                UIO(println(s\">>>===>>> boom!\")) *> ZIO.fail(new RuntimeException(\"boom!\"))\n                              }\n        consumer            = RecordConsumer.make(\n                                configFor(topic, group, kafka).copy(\n                                  offsetReset = OffsetReset.Earliest,\n                                  retryConfig = retryType match {\n                                    case Blocking    => Some(RetryConfig.infiniteBlockingRetry(30.seconds.asScala))\n                                    case NonBlocking => Some(RetryConfig.nonBlockingRetry(30.seconds.asScala))\n                                  }\n                                ),\n                                handler\n                              )\n\n        startProducing <- Promise.make[Nothing, Unit]\n        _              <- consumer.use_(startProducing.succeed(()) *> keepConsumersAlive.await).fork\n        _              <- startProducing.await *> ZIO.foreachPar(0 until 100: Seq[Int])(_ => produce)\n\n        _ <- consumer.use_(keepConsumersAlive.await).fork\n\n        _ <- retryInterrupted.await.timeoutFail(TimeoutInterruptingRetryHandler)(30.seconds)\n      } yield {\n        ok\n      }\n    }\n  }\n\n  \"should successfully commit on revoke\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      topic                          <- kafka.createRandomTopic(partitions = 6, prefix = \"revoke\")\n      dummy                          <- kafka.createRandomTopic(prefix = \"dummy\")\n      produce                         = producer.produceAsync(ProducerRecord(topic, Chunk.empty))\n      group                          <- randomGroup\n\n      _ <- produce.repeat(Schedule.recurs(30)).repeat(Schedule.spaced(2.seconds).jittered).fork\n\n      _ <- ConsumerEx\n             .createAndRun(2, dummy, group, kafka) {\n               case Seq(c1, c2) =>\n                 c1.resubscribe(Some(topic)) *> clock.sleep(3000.millis) *>\n                   (for {\n                     _ <- c2.resubscribe(Some(topic))\n                     _ <- clock.sleep(2000.millis)\n                     _ <- c2.resubscribe(None)\n                   } yield ()).repeat(Schedule.forever)\n             }\n             .fork\n\n      committedInRebalance <- Promise.make[Nothing, Unit]\n      failedCommits        <- Ref.make(Vector.empty[CommitFailed])\n\n      metricsQueue <- TestMetrics.queue\n      _            <- metricsQueue.take\n                        .flatMap {\n                          case m: CommittedOffsets if m.calledOnRebalance =>\n                            UIO(\n                              println(s\">>>===>>>[${m.clientId}] CommittedOffsets{ calledOnRebalance: ${m.calledOnRebalance}, offsets: ${m.offsets} }\")\n                            ) *> committedInRebalance.complete(ZIO.unit)\n                          case m: CommitFailed                            => UIO(println(s\">>>===>>> [${m.clientId}] $m\")) *> failedCommits.update(_ :+ m)\n                          case m: PartitionsRevoked                       => UIO(println(s\">>>===>>> [${m.clientId}] $m\"))\n                          case _                                          => ZIO.unit\n                        }\n                        .repeat(Schedule.forever)\n                        .fork\n\n      _ <- committedInRebalance.await\n\n      commitFailures <- failedCommits.get\n\n    } yield {\n      commitFailures must beEmpty\n    }\n  }\n\n  object ConsumerEx {\n    def consumer(clientId: String, dummy: String, group: String, kafka: ManagedKafka, body: => RIO[Env, Unit]) =\n      RecordConsumer.make(\n        configFor(dummy, group, kafka).copy(offsetReset = OffsetReset.Earliest, clientId = clientId),\n        RecordHandler { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] => body }\n      )\n\n    def createAndRun(count: Int, dummy: String, group: String, kafka: ManagedKafka)(f: Seq[ConsumerEx] => RIO[Env, Any]) = for {\n      countersWithIndex <- ZIO.foreach(1 to count)(i => Ref.make(0).map(_ -> i))\n      _                 <- ZManaged\n                             .foreach(countersWithIndex) {\n                               case (counter, index) =>\n                                 consumer(s\"consumer-$index\", dummy, group, kafka, counter.update(_ + 1)).map { c =>\n                                   new ConsumerEx(s\"consumer-$index\", dummy, counter, c)\n                                 }\n                             }\n                             .use(f)\n    } yield ()\n  }\n\n  class ConsumerEx(val clientId: String, dummy: String, consumedCounter: Ref[Int], consumer: RecordConsumer[_]) {\n    def consumed                           = consumedCounter.get\n    def resubscribe(topic: Option[String]) = {\n      UIO(println(s\"+++ $clientId ${topic.fold(\"unsubscribing\")(_ => s\"subscribing\")}\")) *>\n        consumer.resubscribe(topics(topic.toSeq :+ dummy: _*)).flatMap { assigned =>\n          val partitions = topic.toSet.flatMap((t: String) =>\n            assigned.collect {\n              case tp if tp.topic == t => tp.partition\n            }\n          )\n          val msg        = topic.fold(\"unsubscribed\") { _ => s\"subscribed, assigned: ${partitions.mkString(\", \")}\" }\n          UIO(println(s\"+++ $clientId $msg\"))\n        }\n    }\n  }\n\n  \"drain queues and finish executing tasks on rebalance\" in {\n    for {\n      TestResources(kafka, producer) <- getShared\n      group                          <- randomGroup\n\n      partitions           = 2\n      messagesPerPartition = 2\n      topic               <- kafka.createRandomTopic(partitions = partitions, prefix = \"rebalance-drain-queues\")\n      _                   <- verifyGroupCommitted(topic, group, partitions)\n\n      latch     <- CountDownLatch.make(messagesPerPartition * partitions)\n      blocker   <- Promise.make[Nothing, Unit]\n      semaphore <- Semaphore.make(1)\n      handler1   = RecordHandler { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] => semaphore.withPermit(blocker.await *> latch.countDown) }\n\n      startProducing <- Promise.make[Nothing, Unit]\n      config1         = configFor(topic, group, kafka).copy(\n                          clientId = \"client-1\",\n                          offsetReset = OffsetReset.Earliest,\n                          eventLoopConfig = EventLoopConfig.Default.copy(\n                            rebalanceListener = RebalanceListener(onRevoked = partitions => ZIO.when(partitions.nonEmpty)(blocker.succeed(())))\n                          ),\n                          extraProperties = fastConsumerMetadataFetching\n                        )\n      consumer1      <- RecordConsumer\n                          .make(config1, handler1)\n                          .use_ {\n                            startProducing.succeed(()) *> latch.await\n                          }\n                          .fork\n\n      _ <- startProducing.await\n      _ <- ZIO.foreachPar_(0 until messagesPerPartition) { _ =>\n             producer.produce(ProducerRecord(topic, Chunk.empty, partition = Some(0))) zipPar\n               producer.produce(ProducerRecord(topic, Chunk.empty, partition = Some(1)))\n           }\n\n      handler2   = RecordHandler { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] => latch.countDown }\n      config2    = configFor(topic, group, kafka).copy(clientId = \"client-2\")\n      consumer2 <- RecordConsumer\n                     .make(config2, handler2)\n                     .use_ {\n                       latch.await\n                     }\n                     .fork\n\n      _ <- ZIO.foreach_(Seq(consumer1, consumer2))(_.join.timeoutFail(TimeoutJoiningConsumer())(30.seconds))\n\n      handled <- latch.count\n    } yield {\n      handled must equalTo(0)\n    }\n  }\n\n  private def recordCount(m: PolledRecords) = {\n    m.records.foldLeft(0) {\n      case (acc, (_, seq)) =>\n        acc +\n          seq.foldLeft(0) {\n            case (acc, (_, seq)) =>\n              acc + seq.size\n          }\n    }\n  }\n\n  private def verifyGroupCommitted(topic: Topic, group: Group, partitions: Int) = for {\n    TestResources(kafka, producer) <- getShared\n    latch                          <- CountDownLatch.make(partitions)\n    handler                         = RecordHandler((_: ConsumerRecord[Chunk[Byte], Chunk[Byte]]) => latch.countDown)\n    _                              <- RecordConsumer.make(configFor(topic, group, kafka), handler).use_ {\n                                        ZIO.foreachPar_(0 until partitions) { partition =>\n                                          producer.produce(ProducerRecord(topic, Chunk.empty, partition = Some(partition)))\n                                        } *> latch.await\n                                      }\n  } yield ()\n\n  private def configFor(topic: Topic, group: Group, kafka: ManagedKafka) =\n    RecordConsumerConfig(kafka.bootstrapServers, group, Topics(Set(topic)), extraProperties = fastConsumerMetadataFetching)\n\n  private def fastConsumerMetadataFetching = Map(\"metadata.max.age.ms\" -> \"0\")\n}\n\ncase class TimeoutJoiningConsumer()          extends RuntimeException\ncase class TimeoutInterruptingRetryHandler() extends RuntimeException\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/dispatcher\/DispatcherTest.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/dispatcher\/DispatcherTest.scala\npackage com.wixpress.dst.greyhound.core.consumer.dispatcher\n\nimport com.wixpress.dst.greyhound.core.{Headers, TopicPartition}\nimport com.wixpress.dst.greyhound.core.consumer.Dispatcher.Record\nimport com.wixpress.dst.greyhound.core.consumer.DispatcherMetric.RecordHandled\nimport com.wixpress.dst.greyhound.core.consumer.RecordConsumer.Env\nimport com.wixpress.dst.greyhound.core.consumer.{Dispatcher, SubmitResult}\nimport com.wixpress.dst.greyhound.core.consumer.SubmitResult.Rejected\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetric\nimport com.wixpress.dst.greyhound.core.testkit._\nimport com.wixpress.dst.greyhound.core.zioutils.AwaitShutdown.ShutdownPromise\nimport com.wixpress.dst.greyhound.core.zioutils.CountDownLatch\nimport org.specs2.specification.Scope\nimport zio.clock.Clock\nimport zio.duration._\nimport zio.test.environment.TestClock\nimport zio.{test, Ref, _}\n\nclass DispatcherTest extends BaseTest[Env with TestClock with TestMetrics] {\n  sequential\n\n  override def env: UManaged[Env with TestClock with TestMetrics] =\n    for {\n      env         <- test.environment.testEnvironment.build\n      testMetrics <- TestMetrics.make\n    } yield env ++ testMetrics\n\n  \"handle submitted records\" in\n    new ctx() {\n      run(for {\n        promise    <- Promise.make[Nothing, Record]\n        ref        <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        dispatcher <- Dispatcher.make(\"group\", \"clientId\", promise.succeed, lowWatermark, highWatermark, workersShutdownRef = ref)\n        _          <- submit(dispatcher, record)\n        handled    <- promise.await\n      } yield handled must equalTo(record))\n    }\n\n  \"parallelize handling based on partition\" in\n    new ctx() {\n      val partitions = 8\n\n      run(for {\n        latch      <- CountDownLatch.make(partitions)\n        slowHandler = { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] => clock.sleep(1.second) *> latch.countDown }\n        ref        <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        dispatcher <- Dispatcher.make(\"group\", \"clientId\", slowHandler, lowWatermark, highWatermark, workersShutdownRef = ref)\n        _          <- ZIO.foreach_(0 until partitions) { partition => submit(dispatcher, record.copy(partition = partition)) }\n        _          <- TestClock.adjust(1.second)\n        _          <- latch.await\n      } yield ok) \/\/ If execution is not parallel, the latch will not be released\n    }\n\n  \"reject records when high watermark is reached\" in\n    new ctx() {\n      run(for {\n        ref        <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        dispatcher <- Dispatcher.make[Clock](\"group\", \"clientId\", _ => ZIO.never, lowWatermark, highWatermark, workersShutdownRef = ref)\n        _          <- submit(dispatcher, record.copy(offset = 0L)) \/\/ Will be polled\n        _          <- submit(dispatcher, record.copy(offset = 1L))\n        _          <- submit(dispatcher, record.copy(offset = 2L))\n        _          <- submit(dispatcher, record.copy(offset = 3L))\n        _          <- submit(dispatcher, record.copy(offset = 4L))\n        result1    <- submit(dispatcher, record.copy(offset = 5L)) \/\/ maybe will be dropped\n        result2    <- submit(dispatcher, record.copy(offset = 6L)) \/\/ maybe will be dropped\n      } yield (result1 must equalTo(SubmitResult.Rejected)) or (result2 must equalTo(SubmitResult.Rejected)))\n    }\n\n  \"resume paused partitions\" in\n    new ctx(lowWatermark = 3, highWatermark = 7) {\n      run(\n        for {\n          queue      <- Queue.bounded[Record](1)\n          ref        <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n          dispatcher <- Dispatcher.make[Clock](\n                          \"group\",\n                          \"clientId\",\n                          record => queue.offer(record).flatMap(result => UIO(println(s\"queue.offer result: ${result}\"))),\n                          lowWatermark,\n                          highWatermark,\n                          workersShutdownRef = ref\n                        )\n          _          <- ZIO.foreach_(0 to (highWatermark + 1)) { offset =>\n                          submit(\n                            dispatcher,\n                            ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, offset, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n                          )\n                        }\n          _          <- submit(\n                          dispatcher,\n                          ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, 6L, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n                        ) \/\/ Will be dropped\n          _          <- eventuallyZ(dispatcher.resumeablePartitions(Set(topicPartition)))(_.isEmpty)\n          _          <- ZIO.foreach_(1 to 4)(_ => queue.take)\n          _          <- eventuallyZ(dispatcher.resumeablePartitions(Set(topicPartition)))(_ == Set(TopicPartition(topic, partition)))\n        } yield ok\n      )\n    }\n\n  \"block resume paused partitions\" in\n    new ctx(lowWatermark = 30, highWatermark = 34) {\n      run(\n        for {\n          queue                                   <- Queue.bounded[Record](1)\n          ref                                     <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n          dispatcher                              <- Dispatcher.make[TestClock](\n                                                       \"group\",\n                                                       \"clientId\",\n                                                       record =>\n                                                         queue\n                                                           .offer(record)\n                                                           .flatMap(result => UIO(println(s\"block resume paused partitions -queue.offer result: ${result}\"))),\n                                                       lowWatermark,\n                                                       highWatermark,\n                                                       delayResumeOfPausedPartition = 6500,\n                                                       workersShutdownRef = ref\n                                                     )\n          _                                       <- ZIO.foreach_(0 to (highWatermark + 1)) { offset =>\n                                                       submit(\n                                                         dispatcher,\n                                                         ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, offset, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n                                                       )\n                                                     }\n          overCapacitySubmitResult                <-\n            submit(\n              dispatcher,\n              ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, 6L, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n            ) \/\/ Will be dropped\n          resumeablePartitionsWhenInHighWatermark <- dispatcher.resumeablePartitions(Set(topicPartition))\n          _                                       <- ZIO.foreach_(1 to 4)(_ => queue.take)\n          _                                       <- TestClock.adjust(1.second)\n          resumablePartitionDuringBlockPeriod     <- dispatcher.resumeablePartitions(Set(topicPartition))\n          _                                       <- TestClock.adjust(6.second)\n          resumablePartitionAfterBlockPeriod      <- dispatcher.resumeablePartitions(Set(topicPartition))\n          _                                       <- ZIO.foreach_(0 to 3) { offset =>\n                                                       submit(\n                                                         dispatcher,\n                                                         ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, offset, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n                                                       )\n                                                     }\n          overCapacitySubmitResult2               <-\n            submit(\n              dispatcher,\n              ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, 16L, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n            ) \/\/ Will be dropped\n          _                                       <- ZIO.foreach_(1 to 4)(_ => queue.take)\n          _                                       <- TestClock.adjust(1.second)\n          \/\/ test clearPausedPartitionDuration\n          resumablePartitionDuringBlockPeriod2    <- dispatcher.resumeablePartitions(Set(topicPartition))\n        } yield (resumeablePartitionsWhenInHighWatermark aka \"resumeablePartitionsWhenInHighWatermark\" must beEmpty) and\n          (resumablePartitionDuringBlockPeriod aka \"resumablePartitionDuringBlockPeriod\" must beEmpty) and\n          (resumablePartitionAfterBlockPeriod aka \"resumablePartitionAfterBlockPeriod\" mustEqual Set(TopicPartition(topic, partition))) and\n          (overCapacitySubmitResult aka \"overCapacitySubmitResult\" mustEqual Rejected) and\n          (overCapacitySubmitResult2 aka \"overCapacitySubmitResult2\" mustEqual Rejected) and\n          (resumablePartitionDuringBlockPeriod2 aka \"resumablePartitionDuringBlockPeriod2\" must beEmpty)\n      )\n\n      private def submit(\n        dispatcher: Dispatcher[TestClock],\n        record: ConsumerRecord[Chunk[Byte], Chunk[Byte]]\n      ): URIO[TestClock with Env, SubmitResult] = {\n        dispatcher.submit(record).tap(_ => TestClock.adjust(10.millis))\n      }\n    }\n\n  \"pause handling\" in\n    new ctx() {\n      run(for {\n        ref                <- Ref.make(0)\n        workersShutdownRef <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        dispatcher         <-\n          Dispatcher\n            .make[Clock](\"group\", \"clientId\", _ => ref.update(_ + 1), lowWatermark, highWatermark, workersShutdownRef = workersShutdownRef)\n        _                  <- pause(dispatcher)\n        _                  <- submit(dispatcher, record) \/\/ Will be queued\n        invocations        <- ref.get\n      } yield invocations must equalTo(0))\n    }\n\n  \"complete executing task before pausing\" in\n    new ctx() {\n      run(for {\n        ref                <- Ref.make(0)\n        workersShutdownRef <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        promise            <- Promise.make[Nothing, Unit]\n        handler             = { _: Record => clock.sleep(1.second) *> ref.update(_ + 1) *> promise.succeed(()) }\n        dispatcher         <- Dispatcher\n                                .make[Clock](\"group\", \"clientId\", handler, lowWatermark, highWatermark, workersShutdownRef = workersShutdownRef)\n        _                  <- submit(dispatcher, record) \/\/ Will be handled\n        _                  <- TestMetrics.reported.flatMap(waitUntilRecordHandled(3.seconds))\n        _                  <- pause(dispatcher)\n        _                  <- submit(dispatcher, record) \/\/ Will be queued\n        _                  <- TestClock.adjust(1.second)\n        _                  <- promise.await\n        invocations        <- ref.get\n      } yield invocations must equalTo(1))\n    }\n\n  \"resume handling\" in\n    new ctx() {\n      run(for {\n        ref                <- Ref.make(0)\n        workersShutdownRef <- Ref.make[Map[TopicPartition, ShutdownPromise]](Map.empty)\n        promise            <- Promise.make[Nothing, Unit]\n        handler             = { _: ConsumerRecord[Chunk[Byte], Chunk[Byte]] => ref.update(_ + 1) *> promise.succeed(()) }\n        dispatcher         <- Dispatcher.make(\"group\", \"clientId\", handler, lowWatermark, highWatermark, workersShutdownRef = workersShutdownRef)\n        _                  <- pause(dispatcher)\n        _                  <- submit(dispatcher, record)\n        _                  <- resume(dispatcher)\n        _                  <- promise.await\n        invocations        <- ref.get\n      } yield invocations must equalTo(1))\n    }\n\n  private def submit(\n    dispatcher: Dispatcher[Clock],\n    record: ConsumerRecord[Chunk[Byte], Chunk[Byte]]\n  ): URIO[TestClock with Env, SubmitResult] = {\n    dispatcher.submit(record).tap(_ => TestClock.adjust(10.millis))\n  }\n\n  private def waitUntilRecordHandled(timeout: Duration)(metrics: Seq[GreyhoundMetric]) =\n    ZIO\n      .when(metrics.collect { case r: RecordHandled[_, _] => r }.nonEmpty)(ZIO.fail(TimeoutWaitingForHandledMetric))\n      .retry(Schedule.duration(timeout))\n\n  private def resume(dispatcher: Dispatcher[Nothing]) = {\n    dispatcher.resume *> TestClock.adjust(10.millis)\n  }\n\n  private def pause(dispatcher: Dispatcher[Nothing]) = {\n    dispatcher.pause *> TestClock.adjust(10.millis)\n  }\n\n  abstract class ctx(val lowWatermark: Int = 2, val highWatermark: Int = 4) extends Scope {\n    val topic          = \"topic\"\n    val partition      = 0\n    val topicPartition = TopicPartition(topic, partition)\n    val record         = ConsumerRecord[Chunk[Byte], Chunk[Byte]](topic, partition, 0L, Headers.Empty, None, Chunk.empty, 0L, 0L, 0L)\n  }\n\n}\n\ncase object TimeoutWaitingForHandledMetric extends GreyhoundMetric\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/batched\/BatchEventLoopStateTest.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/batched\/BatchEventLoopStateTest.scala\npackage com.wixpress.dst.greyhound.core.consumer.batched\n\nimport com.wixpress.dst.greyhound.core.consumer.batched.BatchEventLoop.Record\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.test.junit.JUnitRunnableSpec\n\nclass BatchEventLoopStateTest extends JUnitRunnableSpec {\n  def spec = suite(\"BatchEventLoopState\")(\n    testM(\"pause, resume, shutdown\") {\n      for {\n        state              <- BatchEventLoopState.make\n        initialIsRunning   <- state.isRunning\n        initialNotShutdown <- state.notShutdown\n        _                  <- state.pause()\n        runningAfterPause  <- state.isRunning\n        _                  <- state.resume()\n        runningAfterResume <- state.isRunning\n        _                  <- state.shutdown()\n        notShutDownAfter   <- state.notShutdown\n      } yield {\n        assert(initialIsRunning)(isTrue) && assert(runningAfterPause)(isFalse) && assert(runningAfterResume)(isTrue) &&\n        assert(initialNotShutdown)(isTrue) && assert(notShutDownAfter)(isFalse)\n      }\n    },\n    testM(\"pause and resume partitions\") {\n      val records1, records2 = TestSupport.records(topicCount = 1, partitions = 1)\n      val (tp1, tp2)         = (records1.head.topicPartition, records2.head.topicPartition)\n      for {\n        state        <- BatchEventLoopState.make\n        _            <- state.attemptFailed(tp1, records1)\n        pauseResume1 <- state.shouldPauseAndResume()\n        _            <- state.partitionsPausedResumed(pauseResume1)\n        exposed1     <- state.eventLoopState\n        _            <- state.clearPending(Set(tp1))\n        _            <- state.attemptFailed(tp2, records2)\n        pauseResume2 <- state.shouldPauseAndResume()\n        _            <- state.partitionsPausedResumed(pauseResume2)\n        exposed2     <- state.eventLoopState\n      } yield {\n        assert(pauseResume1.toPause)(equalTo(Set(tp1)).label(\"pauseResume1.toPause\")) && assert(pauseResume1.toResume)(isEmpty) &&\n        assert(exposed1.pausedPartitions)(equalTo(Set(tp1))) &&\n        \/\/ after tp1 was cleared but tp2 failed\n        assert(pauseResume2.toPause)(equalTo(Set(tp2)).label(\"pauseResume2.toPause\")) && assert(pauseResume2.toResume)(equalTo(Set(tp1))) &&\n        assert(exposed2.pausedPartitions)(equalTo(Set(tp2)).label(\"elState2.pausedPartitions\"))\n      }\n    },\n    testM(\"revoke partition\") {\n      val records1, records2, records3 = TestSupport.records(topicCount = 1, partitions = 1)\n      val (tp1, tp2, tp3)              = (records1.head.topicPartition, records2.head.topicPartition, records3.head.topicPartition)\n      for {\n        state   <- BatchEventLoopState.make\n        _       <- state.attemptFailed(tp1, records1) *> state.attemptFailed(tp2, records2) *> state.attemptFailed(tp3, records3)\n        _       <- state.partitionsPaused(Set(tp1, tp2, tp3))\n        _       <- state.partitionsRevoked(Set(tp1, tp2))\n        exposed <- state.eventLoopState\n      } yield {\n        assert(exposed.pausedPartitions)(equalTo(Set(tp3)).label(\"pausedPartitions\")) &&\n        assert(exposed.pendingRecords)(equalTo(Map(tp3 -> records3.size)).label(\"pendingRecords\"))\n      }\n    }\n  )\n\n  implicit class RecordsOps(val records: Seq[Record]) {\n    def only(partition: Int)   = records.filter(_.partition == partition)\n    def except(partition: Int) = records.filterNot(_.partition == partition)\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/zioutils\/package.scala","text":"package com.wixpress.dst.greyhound.core\n\nimport zio._\n\npackage object zioutils {\n  type FiberTracking = Has[FiberTracking.Service]\n\n  object FiberTracking {\n    trait Service {\n      def fibers: UIO[Chunk[Fiber.Runtime[Any, Any]]]\n    }\n\n    def fibers: URIO[FiberTracking, Chunk[Fiber.Runtime[Any, Any]]] =\n      ZIO.accessM(_.get.fibers)\n\n    def make(supervisor: Supervisor[Chunk[Fiber.Runtime[Any, Any]]]): FiberTracking =\n      Has(new Service {\n        override def fibers: UIO[Chunk[Fiber.Runtime[Any, Any]]] = supervisor.value\n      })\n\n    val NoTracking: FiberTracking = Has(\n      new Service {\n        override def fibers: UIO[Chunk[Fiber.Runtime[Any, Any]]] = UIO(Chunk.empty)\n      }\n    )\n\n    def fromRuntime = ZIO\n      .runtime[Any]\n      .flatMap(_.platform.supervisor.value.map {\n        case v: Chunk[Fiber.Runtime[Any, Any]] if v.isEmpty || v.head.isInstanceOf[Fiber.Runtime[Any, Any]] => v\n        case _                                                                                              => Chunk.empty\n      })\n  }\n\n  implicit class RuntimeEnvOps[R <: Has[_]](val runtime: zio.Runtime[R]) extends AnyVal {\n    def withFiberTracking(mode: FiberTrackingMode)(implicit tag: zio.Tag[R]): zio.Runtime[R with FiberTracking] = {\n      mode match {\n        case FiberTrackingMode.NoTracking     => runtime.map(_.union[FiberTracking](FiberTracking.NoTracking))\n        case FiberTrackingMode.Tracking(weak) =>\n          val supervisor = runtime.unsafeRunTask(Supervisor.track(weak))\n          runtime\n            .mapPlatform(_.withSupervisor(supervisor))\n            .map(_.union[FiberTracking](FiberTracking.make(supervisor)))\n      }\n    }\n  }\n\n  sealed trait FiberTrackingMode\n  object FiberTrackingMode {\n    case object NoTracking                     extends FiberTrackingMode\n    case class Tracking(weak: Boolean = false) extends FiberTrackingMode\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/CommonGreyhoundConfig.scala","text":"package com.wixpress.dst.greyhound.core\n\nimport java.util.Properties\n\ntrait CommonGreyhoundConfig {\n  def bootstrapServers: String\n  def kafkaProps: Map[String, String]\n  def properties: Properties                   = kafkaProps.foldLeft(new Properties) { case (p, (k, v)) => p.put(k, v); p }\n  def kafkaAuthProperties: Map[String, String] =\n    kafkaProps.filter { case (key, _) => key.startsWith(\"sasl.\") || key.startsWith(\"security.\") || key.startsWith(\"ssl.\") }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/retry\/BlockingStateResolverTest.scala","text":"package com.wixpress.dst.greyhound.core.consumer.retry\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.ConsumerRecord\nimport com.wixpress.dst.greyhound.core.consumer.retry.BlockingState.{Blocked, Blocking => InternalBlocking, IgnoringAll, IgnoringOnce}\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryConsumerRecordHandlerTest.{bytes, offset, partition, randomTopicName}\nimport com.wixpress.dst.greyhound.core.metrics.GreyhoundMetrics\nimport com.wixpress.dst.greyhound.core.testkit.{BaseTest, TestMetrics}\nimport com.wixpress.dst.greyhound.core.{Headers, TopicPartition}\nimport org.specs2.specification.core.Fragment\nimport zio.test.environment.TestEnvironment\nimport zio.{test, Ref, UIO}\n\nclass BlockingStateResolverTest extends BaseTest[TestEnvironment with GreyhoundMetrics] {\n\n  override def env =\n    for {\n      env         <- test.environment.testEnvironment.build\n      testMetrics <- TestMetrics.make\n    } yield env ++ testMetrics\n\n  \"BlockingStateResolver\" should {\n    Fragment.foreach(Seq((true, InternalBlocking), (true, BlockedMessageState), (false, IgnoringAll), (false, IgnoringOnce))) { pair =>\n      val (expectedShouldBlock, state) = pair\n      s\"return '${expectedShouldBlock}' if state is '${state}' for TopicPartition target\" in {\n        for {\n          topic         <- randomTopicName\n          blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n          key           <- bytes\n          value         <- bytes\n\n          resolver = BlockingStateResolver(blockingState)\n          _       <- blockingState.set(Map(TopicPartitionTarget(TopicPartition(topic, partition)) -> state))\n\n          shouldBlock <- resolver.resolve(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n        } yield shouldBlock === expectedShouldBlock\n      }\n    }\n\n    Fragment.foreach(Seq((true, InternalBlocking), (false, IgnoringAll), (false, IgnoringOnce))) { pair =>\n      val (expectedShouldBlock, state) = pair\n      s\"return '${expectedShouldBlock}' if state is '${state}' for Topic target\" in {\n        for {\n          topic         <- randomTopicName\n          blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n          key           <- <PASSWORD>\n          value         <- bytes\n\n          resolver = BlockingStateResolver(blockingState)\n          _       <- blockingState.set(Map(TopicTarget(topic) -> state))\n\n          shouldBlock <- resolver.resolve(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n        } yield shouldBlock === expectedShouldBlock\n      }\n    }\n\n    \"return true when state is missing - default is Blocking \" in {\n      for {\n        missingTopic  <- randomTopicName\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        key           <- bytes\n        value         <- bytes\n\n        resolver = BlockingStateResolver(blockingState)\n\n        shouldBlock <- resolver.resolve(ConsumerRecord(missingTopic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n      } yield shouldBlock === true\n    }\n\n    \"switch state to Blocked(message) when previous state was empty for TopicPartitionTarget\" in {\n      for {\n        topic         <- randomTopicName\n        tpartition     = TopicPartition(topic, partition)\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n        key            = \"some-key\"\n        value          = Foo(\"some-value\")\n        headers        = Headers.from(\"header-key\" -> \"header-value\")\n\n        resolver = BlockingStateResolver(blockingState)\n\n        record           = ConsumerRecord(topic, partition, offset, headers, Some(key), value, 0L, 0L, 0L)\n        shouldBlock     <- resolver.resolve(record)\n        updatedStateMap <- blockingState.get\n        updatedState     = updatedStateMap(TopicPartitionTarget(tpartition))\n      } yield shouldBlock === true and updatedState === Blocked(record)\n    }\n\n    \"switch state to Blocked(message) when previous state was Blocking for TopicPartitionTarget\" in {\n      for {\n        topic         <- randomTopicName\n        tpartition     = TopicPartition(topic, partition)\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map(TopicPartitionTarget(tpartition) -> InternalBlocking))\n        key            = \"some-key\"\n        value          = Foo(\"some-value\")\n        headers        = Headers.from(\"header-key\" -> \"header-value\")\n\n        resolver = BlockingStateResolver(blockingState)\n\n        record           = ConsumerRecord(topic, partition, offset, headers, Some(key), value, 0L, 0L, 0L)\n        shouldBlock     <- resolver.resolve(record)\n        updatedStateMap <- blockingState.get\n        updatedState     = updatedStateMap(TopicPartitionTarget(tpartition))\n      } yield shouldBlock === true and updatedState === Blocked(record)\n    }\n\n    \"Keep 'Blocking' state when previous state was Blocking for TopicTarget\" in {\n      for {\n        topic         <- randomTopicName\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map(TopicTarget(topic) -> InternalBlocking))\n        key           <- bytes\n        value         <- bytes\n\n        resolver = BlockingStateResolver(blockingState)\n\n        shouldBlock     <- resolver.resolve(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n        updatedStateMap <- blockingState.get\n        updatedState     = updatedStateMap(TopicTarget(topic))\n      } yield shouldBlock === true and updatedState === InternalBlocking\n    }\n\n    Fragment.foreach(\n      Seq(\n        (InternalBlocking, InternalBlocking, true),\n        (InternalBlocking, IgnoringAll, false),\n        (InternalBlocking, IgnoringOnce, false),\n        (IgnoringAll, InternalBlocking, true),\n        (IgnoringAll, IgnoringAll, false),\n        (IgnoringAll, IgnoringOnce, false),\n        (IgnoringOnce, InternalBlocking, true),\n        (IgnoringOnce, IgnoringAll, false),\n        (IgnoringOnce, IgnoringOnce, false),\n        (InternalBlocking, BlockedMessageState, true),\n        (IgnoringAll, BlockedMessageState, true),\n        (IgnoringOnce, BlockedMessageState, true)\n      )\n    ) { pair =>\n      val (topicTargetState, topicPartitionTargetState, expectedShouldBlock) = pair\n      s\"prefer the state of TopicPartitionTarget when it differs from TopicTarget \" +\n        s\"because whenever TopicTarget is set it also sets TopicPartitionTarget ($topicTargetState,$topicPartitionTargetState)\" in {\n          for {\n            topic         <- randomTopicName\n            blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](Map.empty)\n            key           <- bytes\n            value         <- bytes\n\n            resolver = BlockingStateResolver(blockingState)\n            _       <- blockingState.set(\n                         Map(\n                           TopicTarget(topic)                                     -> topicTargetState,\n                           TopicPartitionTarget(TopicPartition(topic, partition)) -> topicPartitionTargetState\n                         )\n                       )\n\n            shouldBlock <- resolver.resolve(ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L))\n          } yield shouldBlock === expectedShouldBlock\n        }\n    }\n\n    \"when setting blocking state for topicTarget, also set it to related topicPartitions targets transitively, but not to others\" in {\n      for {\n        topic            <- randomTopicName\n        tpartition        = TopicPartition(topic, partition)\n        anotherTopic     <- randomTopicName\n        anotherTPartition = TopicPartition(anotherTopic, partition)\n        blockingState    <- Ref.make[Map[BlockingTarget, BlockingState]](\n                              Map(TopicPartitionTarget(tpartition) -> IgnoringAll, TopicPartitionTarget(anotherTPartition) -> IgnoringOnce)\n                            )\n        key               = \"some-key\"\n        value             = Foo(\"some-value\")\n        headers           = Headers.from(\"header-key\" -> \"header-value\")\n\n        resolver = BlockingStateResolver(blockingState)\n\n        record              = ConsumerRecord(topic, partition, offset, headers, Some(key), value, 0L, 0L, 0L)\n        record2             = ConsumerRecord(anotherTopic, partition, offset, headers, Some(key), value, 0L, 0L, 0L)\n        shouldBlockBefore  <- resolver.resolve(record)\n        shouldBlockBefore2 <- resolver.resolve(record2)\n        _                  <- resolver.setBlockingState(BlockErrors(topic))\n        shouldBlockAfter   <- resolver.resolve(record)\n        shouldBlockAfter2  <- resolver.resolve(record2)\n\n        updatedStateMap <- blockingState.get\n        updatedState     = updatedStateMap(TopicPartitionTarget(tpartition))\n        updatedState2    = updatedStateMap(TopicPartitionTarget(anotherTPartition))\n      } yield (shouldBlockBefore aka \"shouldBlockBefore\" mustEqual false) and\n        (shouldBlockAfter aka \"shouldBlockAfter\" mustEqual true) and\n        (shouldBlockBefore2 aka \"shouldBlockBefore2\" mustEqual false) and\n        (shouldBlockAfter2 aka \"shouldBlockAfter2\" mustEqual false) and\n        (updatedState === Blocked(record)) and\n        (updatedState2 === IgnoringOnce)\n    }\n\n    \"fail ignoring once when the previous state was not blocked\" in {\n      for {\n        topic            <- randomTopicName\n        tpartition        = TopicPartition(topic, partition)\n        anotherTopic     <- randomTopicName\n        anotherTPartition = TopicPartition(anotherTopic, partition)\n        blockingState    <- Ref.make[Map[BlockingTarget, BlockingState]](Map(TopicPartitionTarget(tpartition) -> InternalBlocking))\n\n        resolver = BlockingStateResolver(blockingState)\n        failed1 <- resolver.setBlockingState(IgnoreOnceFor(tpartition)).as(false).catchAll(_ => UIO(true))\n        failed2 <- resolver.setBlockingState(IgnoreOnceFor(anotherTPartition)).as(false).catchAll(_ => UIO(true))\n\n        updatedStateMap <- blockingState.get\n        updatedState1    = updatedStateMap(TopicPartitionTarget(tpartition))\n        updatedState2    = updatedStateMap.getOrElse(TopicPartitionTarget(anotherTPartition), InternalBlocking)\n      } yield failed1 === false and updatedState1 === IgnoringOnce and failed2 === true and updatedState2 === InternalBlocking\n    }\n\n    \"Update state to Blocked when Blocking is set for TopicPartitionTarget while IgnoreAll is set for TopicTarget\" in {\n      for {\n        topic         <- randomTopicName\n        tpartition     = TopicPartition(topic, partition)\n        blockingState <- Ref.make[Map[BlockingTarget, BlockingState]](\n                           Map(TopicTarget(topic) -> IgnoringAll, TopicPartitionTarget(tpartition) -> InternalBlocking)\n                         )\n        key           <- bytes\n        value         <- bytes\n\n        resolver = BlockingStateResolver(blockingState)\n\n        record                     = ConsumerRecord(topic, partition, offset, Headers.Empty, Some(key), value, 0L, 0L, 0L)\n        shouldBlock               <- resolver.resolve(record)\n        updatedStateMap           <- blockingState.get\n        updatedStateTopic          = updatedStateMap(TopicTarget(topic))\n        updatedStateTopicPartition = updatedStateMap(TopicPartitionTarget(tpartition))\n      } yield shouldBlock === true and updatedStateTopic === IgnoringAll and updatedStateTopicPartition === Blocked(record)\n    }\n  }\n\n  final val BlockedMessageState = Blocked(ConsumerRecord(\"\", 0, 0, Headers.Empty, None, \"\", 0L, 0L, 0L))\n}\n\ncase class Foo(message: String)\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/Deserializer.scala","text":"package com.wixpress.dst.greyhound.core\n\nimport org.apache.kafka.common.serialization.{Deserializer => KafkaDeserializer}\nimport zio.{Chunk, Task, UIO}\n\ntrait Deserializer[+A] {\n  def deserialize(topic: Topic, headers: Headers, data: Chunk[Byte]): Task[A]\n\n  \/**\n   * Return a deserializer which transforms the output type with pure function `f`.\n   *\/\n  def map[B](f: A => B): Deserializer[B] =\n    (topic: Topic, headers: Headers, data: Chunk[Byte]) => deserialize(topic, headers, data).map(f)\n\n  \/**\n   * Return a deserializer which transforms the output type with effectful function `f`.\n   *\/\n  def mapM[B](f: A => Task[B]): Deserializer[B] =\n    (topic: Topic, headers: Headers, data: Chunk[Byte]) => deserialize(topic, headers, data).flatMap(f)\n\n  \/**\n   * Return a deserializer which falls back to another deserializer in case of errors.\n   *\/\n  def orElse[A1 >: A](other: => Deserializer[A1]): Deserializer[A1] =\n    (topic: Topic, headers: Headers, data: Chunk[Byte]) => deserialize(topic, headers, data) orElse other.deserialize(topic, headers, data)\n}\n\nobject Deserializer {\n  def apply[A](deserializer: KafkaDeserializer[A]): Deserializer[A] =\n    (topic: Topic, _: Headers, data: Chunk[Byte]) => Task(deserializer.deserialize(topic, data.toArray))\n\n  def apply[A](f: (Topic, Headers, Chunk[Byte]) => Task[A]): Deserializer[A] =\n    (topic: Topic, headers: Headers, data: Chunk[Byte]) => f(topic, headers, data)\n\n  val noOp = new Deserializer[Chunk[Byte]] {\n    override def deserialize(topic: Topic, headers: Headers, data: Chunk[Byte]): Task[Chunk[Byte]] = UIO(data)\n  }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/producer\/RecordMetadata.scala","text":"<reponame>wix-incubator\/greyhound<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.producer\n\nimport com.wixpress.dst.greyhound.core.{Offset, Partition, Topic}\nimport org.apache.kafka.clients.producer.{RecordMetadata => KafkaRecordMetadata}\n\ncase class RecordMetadata(topic: Topic, partition: Partition, offset: Offset)\n\nobject RecordMetadata {\n  def apply(metadata: KafkaRecordMetadata): RecordMetadata =\n    RecordMetadata(metadata.topic, metadata.partition, metadata.offset)\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"future-interop\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/future\/GreyhoundConsumer.scala","text":"package com.wixpress.dst.greyhound.future\n\nimport com.wixpress.dst.greyhound.core.consumer.domain.{ConsumerRecord, RecordHandler => CoreRecordHandler, SerializationError}\nimport com.wixpress.dst.greyhound.core.consumer.retry.RetryConfig\nimport com.wixpress.dst.greyhound.core.consumer.{OffsetReset, RecordConsumerConfig}\nimport com.wixpress.dst.greyhound.core.{ClientId, Deserializer, Group, NonEmptySet}\nimport com.wixpress.dst.greyhound.future.GreyhoundConsumer.{Handle, Handler}\nimport com.wixpress.dst.greyhound.future.GreyhoundRuntime.Env\nimport zio.{Chunk, Task, ZIO}\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class GreyhoundConsumer[K, V](\n  initialTopics: NonEmptySet[String],\n  group: Group,\n  clientId: ClientId,\n  handle: Handle[K, V],\n  keyDeserializer: Deserializer[K],\n  valueDeserializer: Deserializer[V],\n  offsetReset: OffsetReset = OffsetReset.Latest,\n  errorHandler: ErrorHandler[K, V] = ErrorHandler.NoOp[K, V],\n  mutateConsumerConfig: RecordConsumerConfig => RecordConsumerConfig = identity\n) {\n\n  def recordHandler: Handler =\n    CoreRecordHandler(handle)\n      .withErrorHandler {\n        case (error, record) =>\n          ZIO.fromFuture(_ => errorHandler.onUserException(error, record)) *> ZIO.fail(error)\n      }\n      .withDeserializers(keyDeserializer, valueDeserializer)\n      .withErrorHandler {\n        case (error, record) =>\n          error match {\n            case Left(serializationError) =>\n              ZIO.fromFuture(_ => errorHandler.onSerializationError(serializationError, record)).ignore\n            case Right(ex)                => ZIO.fail(ex)\n          }\n      }\n\n  def withConsumerMutate(mutateConsumerConfig: RecordConsumerConfig => RecordConsumerConfig) =\n    copy(mutateConsumerConfig = mutateConsumerConfig)\n\n  def withRetryConfig(retryConfig: RetryConfig) =\n    withConsumerMutate(_.copy(retryConfig = Some(retryConfig)))\n\n  def withNonBlockingRetry(firstRetry: Duration, otherRetries: Duration*) =\n    withRetryConfig(RetryConfig.nonBlockingRetry(firstRetry, otherRetries: _*))\n\n  def withBlockingRetry(firstRetry: Duration, otherRetries: Duration*) =\n    withRetryConfig(RetryConfig.finiteBlockingRetry(firstRetry, otherRetries: _*))\n}\n\nobject GreyhoundConsumer {\n  type Handler      = com.wixpress.dst.greyhound.core.consumer.domain.RecordHandler[Env, Throwable, Chunk[Byte], Chunk[Byte]]\n  type Handle[K, V] = ConsumerRecord[K, V] => Task[Any]\n\n  def aRecordHandler[K, V](handler: RecordHandler[K, V]): Handle[K, V] =\n    record => ZIO.fromFuture(ec => handler.handle(record)(ec))\n\n  def aContextAwareRecordHandler[K, V, C](decoder: ContextDecoder[C])(handler: ContextAwareRecordHandler[K, V, C]): Handle[K, V] =\n    record => decoder.decode(record).flatMap { context => ZIO.fromFuture(ec => handler.handle(record)(context, ec)) }\n}\n\ntrait RecordHandler[K, V] {\n  def handle(record: ConsumerRecord[K, V])(implicit ec: ExecutionContext): Future[Any]\n}\n\ntrait ContextAwareRecordHandler[K, V, C] {\n  def handle(record: ConsumerRecord[K, V])(implicit context: C, ec: ExecutionContext): Future[Any]\n}\n\ntrait ErrorHandler[K, V] {\n  self =>\n  def onUserException(e: Throwable, record: ConsumerRecord[K, V]): Future[Unit]\n\n  def onSerializationError(e: SerializationError, record: ConsumerRecord[Chunk[Byte], Chunk[Byte]]): Future[Unit]\n\n  def withSerializationErrorHandler(f: (SerializationError, ConsumerRecord[Chunk[Byte], Chunk[Byte]]) => Future[Unit]) =\n    new ErrorHandler[K, V] {\n      override def onUserException(e: Throwable, record: ConsumerRecord[K, V]) = self.onUserException(e, record)\n\n      override def onSerializationError(e: SerializationError, record: ConsumerRecord[Chunk[Byte], Chunk[Byte]]) =\n        f(e, record)\n    }\n}\n\nobject ErrorHandler {\n  def NoOp[K, V]: ErrorHandler[K, V] = anErrorHandler((_, _) => Future.successful(()))\n\n  \/**\n   * @return\n   *   a callback that will be called on handler errors.\n   *\/\n  def anErrorHandler[K, V](f: (Throwable, ConsumerRecord[K, V]) => Future[Unit]): ErrorHandler[K, V] =\n    new ErrorHandler[K, V] {\n      override def onUserException(e: Throwable, record: ConsumerRecord[K, V]): Future[Unit] =\n        f(e, record)\n\n      override def onSerializationError(e: SerializationError, record: ConsumerRecord[Chunk[Byte], Chunk[Byte]]): Future[Unit] =\n        Future.successful(())\n    }\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/Serializer.scala","text":"package com.wixpress.dst.greyhound.core\n\nimport org.apache.kafka.common.serialization.{Serializer => KafkaSerializer}\nimport zio.{Chunk, Task, ZIO}\n\ntrait Serializer[-A] {\n  def serialize(topic: String, value: A): Task[Chunk[Byte]]\n\n  def serializeOpt(topic: String, value: Option[A]): Task[Option[Chunk[Byte]]] =\n    ZIO.foreach(value)(serialize(topic, _))\n\n  \/**\n   * Return a serializer which adapts the input with function `f`.\n   *\/\n  def contramap[B](f: B => A): Serializer[B] =\n    (topic: String, value: B) => serialize(topic, f(value))\n}\n\nobject Serializer {\n  def apply[A](serializer: KafkaSerializer[A]): Serializer[A] =\n    (topic: String, value: A) => Task(serializer.serialize(topic, value)).map(v => Option(v).map(Chunk.fromArray).orNull)\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/serialization\/DeserializerTest.scala","text":"<filename>core\/src\/test\/scala\/com\/wixpress\/dst\/greyhound\/core\/serialization\/DeserializerTest.scala\npackage com.wixpress.dst.greyhound.core.serialization\n\nimport com.wixpress.dst.greyhound.core.testkit.BaseTest\nimport com.wixpress.dst.greyhound.core.{Deserializer, Headers, Serializer}\nimport org.apache.kafka.common.serialization.{IntegerDeserializer, IntegerSerializer}\nimport zio.{Managed, UManaged}\n\nclass DeserializerTest extends BaseTest[Any] {\n\n  override def env: UManaged[Any] = Managed.unit\n\n  val topic   = \"topic\"\n  val headers = Headers.Empty\n\n  \"map\" should {\n    \"transform the deserialized value\" in {\n      val intSerializer      = Serializer(new IntegerSerializer)\n      val intDeserializer    = Deserializer(new IntegerDeserializer)\n      val stringDeserializer = intDeserializer.map(_.toString)\n\n      for {\n        serialized   <- intSerializer.serialize(topic, 42)\n        deserialized <- stringDeserializer.deserialize(topic, headers, serialized)\n      } yield deserialized must equalTo(\"42\")\n    }\n  }\n\n}\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/producer\/ProducerError.scala","text":"<gh_stars>1-10\npackage com.wixpress.dst.greyhound.core.producer\n\nimport org.apache.kafka.common.KafkaException\nimport org.apache.kafka.common.errors._\nimport zio.IO\n\nsealed abstract class ProducerError(cause: Throwable) extends RuntimeException(s\"${cause.getClass.getName}: ${cause.getMessage}\", cause)\n\ncase class SerializationError(cause: Throwable)                extends ProducerError(cause)\ncase class AuthenticationError(cause: AuthenticationException) extends ProducerError(cause)\ncase class AuthorizationError(cause: AuthorizationException)   extends ProducerError(cause)\ncase class IllegalStateError(cause: IllegalStateException)     extends ProducerError(cause)\ncase class InterruptError(cause: InterruptException)           extends ProducerError(cause)\ncase class TimeoutError(cause: TimeoutException)               extends ProducerError(cause)\ncase class KafkaError(cause: KafkaException)                   extends ProducerError(cause)\ncase class GrpcProxyError(cause: GrpcError)                    extends ProducerError(cause)\ncase class ProducerClosedError()                               extends ProducerError(ProducerClosed())\ncase class IllegalArgumentError(e: IllegalArgumentException)   extends ProducerError(e)\ncase class UnknownError(cause: Throwable)                      extends ProducerError(cause)\n\nobject ProducerError {\n  def from(exception: Throwable): ProducerError               = {\n    exception match {\n      case e: ProducerError            => e\n      case e: AuthenticationException  => AuthenticationError(e)\n      case e: AuthorizationException   => AuthorizationError(e)\n      case e: IllegalStateException    => IllegalStateError(e)\n      case e: InterruptException       => InterruptError(e)\n      case e: SerializationException   => SerializationError(e)\n      case e: TimeoutException         => TimeoutError(e)\n      case e: KafkaException           => KafkaError(e)\n      case e: GrpcError                => GrpcProxyError(e)\n      case e: IllegalArgumentException => IllegalArgumentError(e)\n      case _: ProducerClosed           => ProducerClosedError()\n      case e                           => UnknownError(e)\n    }\n  }\n  def apply(exception: Throwable): IO[ProducerError, Nothing] = IO.fail(ProducerError.from(exception))\n}\n\ncase class ProducerClosed()            extends RuntimeException(\"Producer is closing, not accepting writes\")\ncase class GrpcError(cause: Throwable) extends RuntimeException(cause)\n"}
{"repo_name":"wix-incubator\/greyhound","path":"core\/src\/main\/scala\/com\/wixpress\/dst\/greyhound\/core\/consumer\/domain\/Decryptor.scala","text":"<reponame>wix-incubator\/greyhound\npackage com.wixpress.dst.greyhound.core.consumer.domain\n\nimport zio.{UIO, ZIO}\n\ntrait Decryptor[R, +E, K, V] { self =>\n  def decrypt(record: ConsumerRecord[K, V]): ZIO[R, E, ConsumerRecord[K, V]]\n  def provide(env: R)          = new Decryptor[Any, E, K, V] {\n    override def decrypt(record: ConsumerRecord[K, V]): ZIO[Any, E, ConsumerRecord[K, V]] = self.decrypt(record).provide(env)\n  }\n  def mapError[E1](f: E => E1) = new Decryptor[R, E1, K, V] {\n    override def decrypt(record: ConsumerRecord[K, V]): ZIO[R, E1, ConsumerRecord[K, V]] =\n      self.decrypt(record).mapError(f)\n  }\n}\n\nclass NoOpDecryptor[R, +E, K, V] extends Decryptor[R, E, K, V] {\n  def decrypt(record: ConsumerRecord[K, V]): ZIO[R, E, ConsumerRecord[K, V]] = UIO(record)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/contraband-scala\/sbt\/internal\/langserver\/codec\/InitializeResultFormats.scala","text":"\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.internal.langserver.codec\nimport _root_.sjsonnew.{ Unbuilder, Builder, JsonFormat, deserializationError }\ntrait InitializeResultFormats { self: sbt.internal.langserver.codec.ServerCapabilitiesFormats with sjsonnew.BasicJsonProtocol =>\nimplicit lazy val InitializeResultFormat: JsonFormat[sbt.internal.langserver.InitializeResult] = new JsonFormat[sbt.internal.langserver.InitializeResult] {\n  override def read[J](jsOpt: Option[J], unbuilder: Unbuilder[J]): sbt.internal.langserver.InitializeResult = {\n    jsOpt match {\n      case Some(js) =>\n      unbuilder.beginObject(js)\n      val capabilities = unbuilder.readField[sbt.internal.langserver.ServerCapabilities](\"capabilities\")\n      unbuilder.endObject()\n      sbt.internal.langserver.InitializeResult(capabilities)\n      case None =>\n      deserializationError(\"Expected JsObject but found None\")\n    }\n  }\n  override def write[J](obj: sbt.internal.langserver.InitializeResult, builder: Builder[J]): Unit = {\n    builder.beginObject()\n    builder.addField(\"capabilities\", obj.capabilities)\n    builder.endObject()\n  }\n}\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/GroupedAutoPlugins.scala","text":"<gh_stars>0\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport Def.Setting\nimport java.net.URI\n\nprivate[sbt] final class GroupedAutoPlugins(val all: Seq[AutoPlugin],\n                                            val byBuild: Map[URI, Seq[AutoPlugin]]) {\n  def globalSettings: Seq[Setting[_]] = all.flatMap(_.globalSettings)\n  def buildSettings(uri: URI): Seq[Setting[_]] =\n    byBuild.getOrElse(uri, Nil).flatMap(_.buildSettings)\n}\n\nprivate[sbt] object GroupedAutoPlugins {\n  private[sbt] def apply(units: Map[URI, LoadedBuildUnit]): GroupedAutoPlugins = {\n    val byBuild: Map[URI, Seq[AutoPlugin]] =\n      units.mapValues(unit => unit.defined.values.flatMap(_.autoPlugins).toSeq.distinct).toMap\n    val all: Seq[AutoPlugin] = byBuild.values.toSeq.flatten.distinct\n    new GroupedAutoPlugins(all, byBuild)\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-settings\/src\/main\/scala\/sbt\/ConfigKey.scala","text":"<reponame>fmlrt\/sbt<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nfinal case class ConfigKey(name: String)\nobject ConfigKey {\n  implicit def configurationToKey(c: sbt.librarymanagement.Configuration): ConfigKey =\n    ConfigKey(c.name)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"core-macros\/src\/main\/scala\/sbt\/internal\/util\/appmacro\/LinterDSL.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util.appmacro\n\nimport scala.reflect.macros.blackbox\n\ntrait LinterDSL {\n  def runLinter(ctx: blackbox.Context)(tree: ctx.Tree): Unit\n}\n\nobject LinterDSL {\n  object Empty extends LinterDSL {\n    override def runLinter(ctx: blackbox.Context)(tree: ctx.Tree): Unit = ()\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"sbt\/src\/sbt-test\/project\/flatten\/build.sbt","text":"lazy val root = (project in file(\".\")).\n  settings(\n    forConfig(Compile, \"src\"),\n    forConfig(Test, \"test-src\"),\n    baseSettings\n  )\n\ndef baseSettings = Seq(\n  scalaVersion := \"2.11.8\",\n  libraryDependencies += \"org.scalacheck\" %% \"scalacheck\" % \"1.11.4\" % Test,\n  includeFilter in unmanagedSources := \"*.java\" | \"*.scala\"\n)\n\ndef forConfig(conf: Configuration, name: String) = Project.inConfig(conf)( unpackageSettings(name) )\n\ndef unpackageSettings(name: String) = Seq(\n  unmanagedSourceDirectories := (baseDirectory.value \/ name) :: Nil,\n  excludeFilter in unmanagedResources := (includeFilter in unmanagedSources).value,\n  unmanagedResourceDirectories := unmanagedSourceDirectories.value,\n  unpackage := {\n    IO.unzip(artifactPath in packageSrc value, baseDirectory.value \/ name)\n    IO.delete(baseDirectory.value \/ name \/ \"META-INF\")\n  }\n)\n\nval unpackage = TaskKey[Unit](\"unpackage\")\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/contraband-scala\/sbt\/internal\/langserver\/Location.scala","text":"\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.internal.langserver\n\/** Represents a location inside a resource, such as a line inside a text file. *\/\nfinal class Location private (\n  val uri: String,\n  val range: sbt.internal.langserver.Range) extends Serializable {\n  \n  \n  \n  override def equals(o: Any): Boolean = o match {\n    case x: Location => (this.uri == x.uri) && (this.range == x.range)\n    case _ => false\n  }\n  override def hashCode: Int = {\n    37 * (37 * (37 * (17 + \"sbt.internal.langserver.Location\".##) + uri.##) + range.##)\n  }\n  override def toString: String = {\n    \"Location(\" + uri + \", \" + range + \")\"\n  }\n  protected[this] def copy(uri: String = uri, range: sbt.internal.langserver.Range = range): Location = {\n    new Location(uri, range)\n  }\n  def withUri(uri: String): Location = {\n    copy(uri = uri)\n  }\n  def withRange(range: sbt.internal.langserver.Range): Location = {\n    copy(range = range)\n  }\n}\nobject Location {\n  \n  def apply(uri: String, range: sbt.internal.langserver.Range): Location = new Location(uri, range)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/scala\/sbt\/internal\/langserver\/MessageType.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage langserver\n\nobject MessageType {\n\n  \/** An error message. *\/\n  val Error = 1L\n\n  \/** A warning message. *\/\n  val Warning = 2L\n\n  \/** An information message. *\/\n  val Info = 3L\n\n  \/** A log message. *\/\n  val Log = 4L\n\n  def fromLevelString(level: String): Long = {\n    level.toLowerCase match {\n      case \"info\"  => Info\n      case \"warn\"  => Warning\n      case \"error\" => Error\n      case _       => Log\n    }\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"tasks\/src\/main\/scala\/sbt\/Node.scala","text":"<reponame>fmlrt\/sbt<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport sbt.internal.util.AList\n\n\/**\n * Represents a task node in a format understood by the task evaluation engine Execute.\n *\n * @tparam A the task type constructor\n * @tparam T the type computed by this node\n *\/\ntrait Node[A[_], T] {\n  type K[L[x]]\n  val in: K[A]\n  val alist: AList[K]\n\n  \/** Computes the result of this task given the results from the inputs. *\/\n  def work(inputs: K[Result]): Either[A[T], T]\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"tasks\/src\/main\/scala\/sbt\/ConcurrentRestrictions.scala","text":"<gh_stars>0\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport sbt.internal.util.AttributeKey\n\n\/**\n * Describes restrictions on concurrent execution for a set of tasks.\n *\n * @tparam A the type of a task\n *\/\ntrait ConcurrentRestrictions[A] {\n\n  \/** Internal state type used to describe a set of tasks. *\/\n  type G\n\n  \/** Representation of zero tasks.*\/\n  def empty: G\n\n  \/** Updates the description `g` to include a new task `a`.*\/\n  def add(g: G, a: A): G\n\n  \/** Updates the description `g` to remove a previously added task `a`.*\/\n  def remove(g: G, a: A): G\n\n  \/**\n   * Returns true if the tasks described by `g` are allowed to execute concurrently.\n   * The methods in this class must obey the following laws:\n   *\n   * 1. forall g: G, a: A; valid(g) => valid(remove(g,a))\n   * 2. forall a: A; valid(add(empty, a))\n   * 3. forall g: G, a: A; valid(g) <=> valid(remove(add(g, a), a))\n   * 4. (implied by 1,2,3) valid(empty)\n   * 5. forall g: G, a: A, b: A; !valid(add(g,a)) => !valid(add(add(g,b), a))\n   *\/\n  def valid(g: G): Boolean\n}\n\nimport java.util.{ LinkedList, Queue }\nimport java.util.concurrent.{ Executor, Executors, ExecutorCompletionService }\nimport annotation.tailrec\n\nobject ConcurrentRestrictions {\n\n  \/**\n   * A ConcurrentRestrictions instance that places no restrictions on concurrently executing tasks.\n   * @param zero the constant placeholder used for t\n   *\/\n  def unrestricted[A]: ConcurrentRestrictions[A] =\n    new ConcurrentRestrictions[A] {\n      type G = Unit\n      def empty = ()\n      def add(g: G, a: A) = ()\n      def remove(g: G, a: A) = ()\n      def valid(g: G) = true\n    }\n\n  def limitTotal[A](i: Int): ConcurrentRestrictions[A] = {\n    assert(i >= 1, \"Maximum must be at least 1 (was \" + i + \")\")\n    new ConcurrentRestrictions[A] {\n      type G = Int\n      def empty = 0\n      def add(g: Int, a: A) = g + 1\n      def remove(g: Int, a: A) = g - 1\n      def valid(g: Int) = g <= i\n    }\n  }\n\n  \/** A key object used for associating information with a task.*\/\n  final case class Tag(name: String)\n\n  val tagsKey =\n    AttributeKey[TagMap](\"tags\", \"Attributes restricting concurrent execution of tasks.\")\n\n  \/** A standard tag describing the number of tasks that do not otherwise have any tags.*\/\n  val Untagged = Tag(\"untagged\")\n\n  \/** A standard tag describing the total number of tasks. *\/\n  val All = Tag(\"all\")\n\n  type TagMap = Map[Tag, Int]\n\n  \/**\n   * Implements concurrency restrictions on tasks based on Tags.\n   * @tparam A type of a task\n   * @param get extracts tags from a task\n   * @param validF defines whether a set of tasks are allowed to execute concurrently based on their merged tags\n   *\/\n  def tagged[A](get: A => TagMap, validF: TagMap => Boolean): ConcurrentRestrictions[A] =\n    new ConcurrentRestrictions[A] {\n      type G = TagMap\n      def empty = Map.empty\n      def add(g: TagMap, a: A) = merge(g, a, get)(_ + _)\n      def remove(g: TagMap, a: A) = merge(g, a, get)(_ - _)\n      def valid(g: TagMap) = validF(g)\n    }\n\n  private[this] def merge[A](m: TagMap, a: A, get: A => TagMap)(f: (Int, Int) => Int): TagMap = {\n    val aTags = get(a)\n    val base = merge(m, aTags)(f)\n    val un = if (aTags.isEmpty) update(base, Untagged, 1)(f) else base\n    update(un, All, 1)(f)\n  }\n\n  private[this] def update[A, B](m: Map[A, B], a: A, b: B)(f: (B, B) => B): Map[A, B] = {\n    val newb =\n      (m get a) match {\n        case Some(bv) => f(bv, b)\n        case None     => b\n      }\n    m.updated(a, newb)\n  }\n  private[this] def merge[A, B](m: Map[A, B], n: Map[A, B])(f: (B, B) => B): Map[A, B] =\n    (m \/: n) { case (acc, (a, b)) => update(acc, a, b)(f) }\n\n  \/**\n   * Constructs a CompletionService suitable for backing task execution based on the provided restrictions on concurrent task execution.\n   * @return a pair, with _1 being the CompletionService and _2 a function to shutdown the service.\n   * @tparam A the task type\n   * @tparam G describes a set of tasks\n   * @tparam R the type of data that will be computed by the CompletionService.\n   *\/\n  def completionService[A, R](tags: ConcurrentRestrictions[A],\n                              warn: String => Unit): (CompletionService[A, R], () => Unit) = {\n    val pool = Executors.newCachedThreadPool()\n    (completionService[A, R](pool, tags, warn), () => { pool.shutdownNow(); () })\n  }\n\n  \/**\n   * Constructs a CompletionService suitable for backing task execution based on the provided restrictions on concurrent task execution\n   * and using the provided Executor to manage execution on threads.\n   *\/\n  def completionService[A, R](backing: Executor,\n                              tags: ConcurrentRestrictions[A],\n                              warn: String => Unit): CompletionService[A, R] = {\n\n    \/** Represents submitted work for a task.*\/\n    final class Enqueue(val node: A, val work: () => R)\n\n    new CompletionService[A, R] {\n\n      \/** Backing service used to manage execution on threads once all constraints are satisfied. *\/\n      private[this] val jservice = new ExecutorCompletionService[R](backing)\n\n      \/** The description of the currently running tasks, used by `tags` to manage restrictions.*\/\n      private[this] var tagState = tags.empty\n\n      \/** The number of running tasks. *\/\n      private[this] var running = 0\n\n      \/** Tasks that cannot be run yet because they cannot execute concurrently with the currently running tasks.*\/\n      private[this] val pending = new LinkedList[Enqueue]\n\n      def submit(node: A, work: () => R): Unit = synchronized {\n        val newState = tags.add(tagState, node)\n        \/\/ if the new task is allowed to run concurrently with the currently running tasks,\n        \/\/   submit it to be run by the backing j.u.c.CompletionService\n        if (tags valid newState) {\n          tagState = newState\n          submitValid(node, work)\n        } else {\n          if (running == 0) errorAddingToIdle()\n          pending.add(new Enqueue(node, work))\n        }\n        ()\n      }\n      private[this] def submitValid(node: A, work: () => R) = {\n        running += 1\n        val wrappedWork = () =>\n          try work()\n          finally cleanup(node)\n        CompletionService.submit(wrappedWork, jservice)\n      }\n      private[this] def cleanup(node: A): Unit = synchronized {\n        running -= 1\n        tagState = tags.remove(tagState, node)\n        if (!tags.valid(tagState))\n          warn(\n            \"Invalid restriction: removing a completed node from a valid system must result in a valid system.\")\n        submitValid(new LinkedList)\n      }\n      private[this] def errorAddingToIdle() =\n        warn(\"Invalid restriction: adding a node to an idle system must be allowed.\")\n\n      \/** Submits pending tasks that are now allowed to executed. *\/\n      @tailrec private[this] def submitValid(tried: Queue[Enqueue]): Unit =\n        if (pending.isEmpty) {\n          if (!tried.isEmpty) {\n            if (running == 0) errorAddingToIdle()\n            pending.addAll(tried)\n            ()\n          }\n        } else {\n          val next = pending.remove()\n          val newState = tags.add(tagState, next.node)\n          if (tags.valid(newState)) {\n            tagState = newState\n            submitValid(next.node, next.work)\n          } else\n            tried.add(next)\n          submitValid(tried)\n        }\n\n      def take(): R = jservice.take().get()\n    }\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/scala\/sbt\/internal\/protocol\/codec\/JsonRpcResponseMessageFormats.scala","text":"<reponame>fmlrt\/sbt\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.protocol.codec\n\nimport sjsonnew.{ Builder, DeserializationException, JsonFormat, Unbuilder, deserializationError }\nimport sjsonnew.shaded.scalajson.ast.unsafe.JValue\n\ntrait JsonRpcResponseMessageFormats {\n  self: sbt.internal.util.codec.JValueFormats\n    with sbt.internal.protocol.codec.JsonRpcResponseErrorFormats\n    with sjsonnew.BasicJsonProtocol =>\n  implicit lazy val JsonRpcResponseMessageFormat\n    : JsonFormat[sbt.internal.protocol.JsonRpcResponseMessage] =\n    new JsonFormat[sbt.internal.protocol.JsonRpcResponseMessage] {\n      override def read[J](\n          jsOpt: Option[J],\n          unbuilder: Unbuilder[J]): sbt.internal.protocol.JsonRpcResponseMessage = {\n        jsOpt match {\n          case Some(js) =>\n            unbuilder.beginObject(js)\n            val jsonrpc = unbuilder.readField[String](\"jsonrpc\")\n            val id = try {\n              unbuilder.readField[Option[String]](\"id\")\n            } catch {\n              case _: DeserializationException =>\n                unbuilder.readField[Option[Long]](\"id\") map { _.toString }\n            }\n\n            val result = unbuilder.lookupField(\"result\") map {\n              case x: JValue => x\n            }\n\n            val error =\n              unbuilder.readField[Option[sbt.internal.protocol.JsonRpcResponseError]](\"error\")\n\n            unbuilder.endObject()\n            sbt.internal.protocol.JsonRpcResponseMessage(jsonrpc, id, result, error)\n          case None =>\n            deserializationError(\"Expected JsObject but found None\")\n        }\n      }\n      override def write[J](obj: sbt.internal.protocol.JsonRpcResponseMessage,\n                            builder: Builder[J]): Unit = {\n        builder.beginObject()\n        builder.addField(\"jsonrpc\", obj.jsonrpc)\n        builder.addField(\"id\", obj.id)\n        builder.addField(\"result\", obj.result)\n        builder.addField(\"error\", obj.error)\n        builder.endObject()\n      }\n    }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-settings\/src\/main\/scala\/sbt\/unchecked.scala","text":"<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport scala.annotation.Annotation\n\n\/** An annotation to designate that the annotated entity\n *  should not be considered for additional sbt compiler checks.\n *  These checks ensure that the DSL is predictable and prevents\n *  users from doing dangerous things at the cost of a stricter\n *  code structure.\n *\n *  @since 1.0.0\n *\/\nclass sbtUnchecked extends Annotation\n"}
{"repo_name":"fmlrt\/sbt","path":"build.sbt","text":"import Util._\nimport Dependencies._\nimport Sxr.sxr\nimport com.typesafe.tools.mima.core._, ProblemFilters._\n\n\/\/ ThisBuild settings take lower precedence,\n\/\/ but can be shared across the multi projects.\ndef buildLevelSettings: Seq[Setting[_]] =\n  inThisBuild(\n    Seq(\n      organization := \"org.scala-sbt\",\n      version := \"1.2.0-SNAPSHOT\",\n      description := \"sbt is an interactive build tool\",\n      bintrayOrganization := Some(\"sbt\"),\n      bintrayRepository := {\n        if (publishStatus.value == \"releases\") \"maven-releases\"\n        else \"maven-snapshots\"\n      },\n      bintrayPackage := \"sbt\",\n      bintrayReleaseOnPublish := false,\n      licenses := List(\"BSD New\" -> url(\"https:\/\/github.com\/sbt\/sbt\/blob\/0.13\/LICENSE\")),\n      developers := List(\n        Developer(\"harrah\", \"<NAME>\", \"@harrah\", url(\"https:\/\/github.com\/harrah\")),\n        Developer(\"eed3si9n\", \"<NAME>\", \"@eed3si9n\", url(\"https:\/\/github.com\/eed3si9n\")),\n        Developer(\"jsuereth\", \"<NAME>\", \"@jsuereth\", url(\"https:\/\/github.com\/jsuereth\")),\n        Developer(\"dwijnand\", \"<NAME>\", \"@dwijnand\", url(\"https:\/\/github.com\/dwijnand\")),\n        Developer(\"gkossakowski\",\n                  \"<NAME>\",\n                  \"@gkossakowski\",\n                  url(\"https:\/\/github.com\/gkossakowski\")),\n        Developer(\"Duhemm\", \"<NAME>\", \"@Duhemm\", url(\"https:\/\/github.com\/Duhemm\"))\n      ),\n      homepage := Some(url(\"https:\/\/github.com\/sbt\/sbt\")),\n      scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/sbt\/sbt\"), \"<EMAIL>:sbt\/sbt.git\")),\n      resolvers += Resolver.mavenLocal,\n      scalafmtOnCompile := true,\n      scalafmtOnCompile in Sbt := false,\n      scalafmtVersion := \"1.3.0\",\n    ))\n\ndef commonSettings: Seq[Setting[_]] =\n  Seq[SettingsDefinition](\n    headerLicense := Some(HeaderLicense.Custom(\n      \"\"\"|sbt\n         |Copyright 2011 - 2017, Lightbend, Inc.\n         |Copyright 2008 - 2010, <NAME>\n         |Licensed under BSD-3-Clause license (see LICENSE)\n         |\"\"\".stripMargin\n    )),\n    scalaVersion := baseScalaVersion,\n    componentID := None,\n    resolvers += Resolver.typesafeIvyRepo(\"releases\"),\n    resolvers += Resolver.sonatypeRepo(\"snapshots\"),\n    resolvers += \"bintray-sbt-maven-releases\" at \"https:\/\/dl.bintray.com\/sbt\/maven-releases\/\",\n    addCompilerPlugin(\"org.spire-math\" % \"kind-projector\" % \"0.9.4\" cross CrossVersion.binary),\n    concurrentRestrictions in Global += Util.testExclusiveRestriction,\n    testOptions in Test += Tests.Argument(TestFrameworks.ScalaCheck, \"-w\", \"1\"),\n    testOptions in Test += Tests.Argument(TestFrameworks.ScalaCheck, \"-verbosity\", \"2\"),\n    javacOptions in compile ++= Seq(\"-Xlint\", \"-Xlint:-serial\"),\n    crossScalaVersions := Seq(baseScalaVersion),\n    bintrayPackage := (bintrayPackage in ThisBuild).value,\n    bintrayRepository := (bintrayRepository in ThisBuild).value,\n    publishArtifact in Test := false,\n    fork in compile := true,\n    fork in run := true\n  ) flatMap (_.settings)\n\ndef minimalSettings: Seq[Setting[_]] =\n  commonSettings ++ customCommands ++\n    publishPomSettings ++ Release.javaVersionCheckSettings\n\ndef baseSettings: Seq[Setting[_]] =\n  minimalSettings ++ Seq(projectComponent) ++ baseScalacOptions ++ Licensed.settings\n\ndef testedBaseSettings: Seq[Setting[_]] =\n  baseSettings ++ testDependencies\n\nval mimaSettings = Def settings (\n  mimaPreviousArtifacts := {\n    Seq(\n      \"1.0.0\", \"1.0.1\", \"1.0.2\", \"1.0.3\", \"1.0.4\",\n      \"1.1.0\", \"1.1.1\",\n    ).map { v =>\n      organization.value % moduleName.value % v cross (if (crossPaths.value) CrossVersion.binary else CrossVersion.disabled)\n    }.toSet\n  }\n)\n\nlazy val sbtRoot: Project = (project in file(\".\"))\n  .enablePlugins(ScriptedPlugin) \/\/ , SiteScaladocPlugin, GhpagesPlugin)\n  .configs(Sxr.SxrConf)\n  .aggregate(nonRoots: _*)\n  .settings(\n    buildLevelSettings,\n    minimalSettings,\n    Util.baseScalacOptions,\n    Docs.settings,\n    Sxr.settings,\n    scalacOptions += \"-Ymacro-expand:none\", \/\/ for both sxr and doc\n    sources in sxr := {\n      val allSources = (sources ?? Nil).all(docProjects).value\n      allSources.flatten.distinct\n    }, \/\/sxr\n    sources in (Compile, doc) := (sources in sxr).value, \/\/ doc\n    Sxr.sourceDirectories := {\n      val allSourceDirectories = (sourceDirectories ?? Nil).all(docProjects).value\n      allSourceDirectories.flatten\n    },\n    fullClasspath in sxr := (externalDependencyClasspath in Compile in sbtProj).value,\n    dependencyClasspath in (Compile, doc) := (fullClasspath in sxr).value,\n    Util.publishPomSettings,\n    otherRootSettings,\n    Transform.conscriptSettings(bundledLauncherProj),\n    publish := {},\n    publishLocal := {},\n    skip in publish := true,\n    commands in Global += Command.single(\"sbtOn\")((state, dir) =>\n      s\"sbtProj\/test:runMain sbt.RunFromSourceMain $dir\" :: state),\n  )\n\n\/\/ This is used to configure an sbt-launcher for this version of sbt.\nlazy val bundledLauncherProj =\n  (project in file(\"launch\"))\n    .settings(\n      minimalSettings,\n      inConfig(Compile)(Transform.configSettings),\n      Release.launcherSettings(sbtLaunchJar)\n    )\n    .enablePlugins(SbtLauncherPlugin)\n    .settings(\n      name := \"sbt-launch\",\n      moduleName := \"sbt-launch\",\n      description := \"sbt application launcher\",\n      autoScalaLibrary := false,\n      crossPaths := false,\n      \/\/ mimaSettings, \/\/ TODO: Configure MiMa, deal with Proguard\n      publish := Release.deployLauncher.value,\n      publishLauncher := Release.deployLauncher.value,\n      packageBin in Compile := sbtLaunchJar.value\n    )\n\n\/* ** subproject declarations ** *\/\n\nval collectionProj = (project in file(\"internal\") \/ \"util-collection\")\n  .settings(\n    testedBaseSettings,\n    Util.keywordsSettings,\n    name := \"Collections\",\n    libraryDependencies ++= Seq(sjsonNewScalaJson.value),\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      \/\/ Added private[sbt] method to capture State attributes.\n      exclude[ReversedMissingMethodProblem](\"sbt.internal.util.AttributeMap.setCond\"),\n\n      \/\/ Dropped in favour of kind-projector's inline type lambda syntax\n      exclude[MissingClassProblem](\"sbt.internal.util.TypeFunctions$P1of2\"),\n\n      \/\/ Dropped in favour of kind-projector's polymorphic lambda literals\n      exclude[MissingClassProblem](\"sbt.internal.util.Param\"),\n      exclude[MissingClassProblem](\"sbt.internal.util.Param$\"),\n\n      \/\/ Dropped in favour of plain scala.Function, and its compose method\n      exclude[MissingClassProblem](\"sbt.internal.util.Fn1\"),\n      exclude[DirectMissingMethodProblem](\"sbt.internal.util.TypeFunctions.toFn1\"),\n      exclude[DirectMissingMethodProblem](\"sbt.internal.util.Types.toFn1\"),\n\n      \/\/ Instead of defining foldr in KList & overriding in KCons,\n      \/\/ it's now abstract in KList and defined in both KCons & KNil.\n      exclude[FinalMethodProblem](\"sbt.internal.util.KNil.foldr\"),\n      exclude[DirectAbstractMethodProblem](\"sbt.internal.util.KList.foldr\"),\n    ),\n  )\n  .configure(addSbtUtilPosition)\n\n\/\/ Command line-related utilities.\nval completeProj = (project in file(\"internal\") \/ \"util-complete\")\n  .dependsOn(collectionProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Completion\",\n    libraryDependencies += jline,\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      \/\/ Changed signature or removed something in the internal pacakge\n      exclude[DirectMissingMethodProblem](\"sbt.internal.*\"),\n      exclude[IncompatibleResultTypeProblem](\"sbt.internal.*\"),\n    ),\n  )\n  .configure(addSbtIO, addSbtUtilControl)\n\n\/\/ A logic with restricted negation as failure for a unique, stable model\nval logicProj = (project in file(\"internal\") \/ \"util-logic\")\n  .dependsOn(collectionProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Logic\",\n    mimaSettings,\n  )\n  .configure(addSbtUtilRelation)\n\n\/* **** Intermediate-level Modules **** *\/\n\n\/\/ Runner for uniform test interface\nlazy val testingProj = (project in file(\"testing\"))\n  .enablePlugins(ContrabandPlugin, JsonCodecPlugin)\n  .dependsOn(testAgentProj)\n  .settings(\n    baseSettings,\n    name := \"Testing\",\n    libraryDependencies ++= Seq(testInterface, launcherInterface, sjsonNewScalaJson.value),\n    managedSourceDirectories in Compile +=\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    sourceManaged in (Compile, generateContrabands) := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    contrabandFormatsForType in generateContrabands in Compile := ContrabandConfig.getFormats,\n    mimaSettings,\n  )\n  .configure(addSbtIO, addSbtCompilerClasspath, addSbtUtilLogging)\n\n\/\/ Testing agent for running tests in a separate process.\nlazy val testAgentProj = (project in file(\"testing\") \/ \"agent\")\n  .settings(\n    minimalSettings,\n    crossScalaVersions := Seq(baseScalaVersion),\n    crossPaths := false,\n    autoScalaLibrary := false,\n    name := \"Test Agent\",\n    libraryDependencies += testInterface,\n    mimaSettings,\n  )\n\n\/\/ Basic task engine\nlazy val taskProj = (project in file(\"tasks\"))\n  .dependsOn(collectionProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Tasks\",\n    mimaSettings,\n  )\n  .configure(addSbtUtilControl)\n\n\/\/ Standard task system.  This provides map, flatMap, join, and more on top of the basic task model.\nlazy val stdTaskProj = (project in file(\"tasks-standard\"))\n  .dependsOn(collectionProj)\n  .dependsOn(taskProj % \"compile;test->test\")\n  .settings(\n    testedBaseSettings,\n    name := \"Task System\",\n    testExclusive,\n    mimaSettings,\n  )\n  .configure(addSbtIO, addSbtUtilLogging, addSbtUtilCache)\n\n\/\/ Embedded Scala code runner\nlazy val runProj = (project in file(\"run\"))\n  .enablePlugins(ContrabandPlugin)\n  .dependsOn(collectionProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Run\",\n    managedSourceDirectories in Compile +=\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    sourceManaged in (Compile, generateContrabands) := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    mimaSettings,\n  )\n  .configure(addSbtIO, addSbtUtilLogging, addSbtCompilerClasspath)\n\nval sbtProjDepsCompileScopeFilter =\n  ScopeFilter(inDependencies(LocalProject(\"sbtProj\"), includeRoot = false), inConfigurations(Compile))\n\nlazy val scriptedSbtProj = (project in scriptedPath \/ \"sbt\")\n  .dependsOn(commandProj)\n  .settings(\n    baseSettings,\n    name := \"Scripted sbt\",\n    libraryDependencies ++= Seq(launcherInterface % \"provided\"),\n    resourceGenerators in Compile += Def task {\n      val mainClassDir = (classDirectory in Compile in LocalProject(\"sbtProj\")).value\n      val testClassDir = (classDirectory in Test in LocalProject(\"sbtProj\")).value\n      val classDirs = (classDirectory all sbtProjDepsCompileScopeFilter).value\n      val extDepsCp = (externalDependencyClasspath in Compile in LocalProject(\"sbtProj\")).value\n\n      val cpStrings = (mainClassDir +: testClassDir +: classDirs) ++ extDepsCp.files map (_.toString)\n\n      val file = (resourceManaged in Compile).value \/ \"RunFromSource.classpath\"\n      IO.writeLines(file, cpStrings)\n      List(file)\n    },\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      \/\/ sbt.test package is renamed to sbt.scriptedtest.\n      exclude[MissingClassProblem](\"sbt.test.*\"),\n    ),\n  )\n  .configure(addSbtIO, addSbtUtilLogging, addSbtCompilerInterface, addSbtUtilScripted, addSbtLmCore)\n\nlazy val scriptedPluginProj = (project in scriptedPath \/ \"plugin\")\n  .dependsOn(mainProj)\n  .settings(\n    baseSettings,\n    name := \"Scripted Plugin\",\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      \/\/ scripted plugin has moved into sbt mothership.\n      exclude[MissingClassProblem](\"sbt.ScriptedPlugin*\")\n    ),\n  )\n  .configure(addSbtCompilerClasspath)\n\n\/\/ Implementation and support code for defining actions.\nlazy val actionsProj = (project in file(\"main-actions\"))\n  .dependsOn(completeProj, runProj, stdTaskProj, taskProj, testingProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Actions\",\n    libraryDependencies += sjsonNewScalaJson.value,\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      \/\/ Removed unused private[sbt] nested class\n      exclude[MissingClassProblem](\"sbt.Doc$Scaladoc\"),\n      \/\/ Removed no longer used private[sbt] method\n      exclude[DirectMissingMethodProblem](\"sbt.Doc.generate\"),\n    ),\n  )\n  .configure(\n    addSbtIO,\n    addSbtUtilLogging,\n    addSbtUtilRelation,\n    addSbtUtilTracking,\n    addSbtCompilerInterface,\n    addSbtCompilerClasspath,\n    addSbtCompilerApiInfo,\n    addSbtLmCore,\n    addSbtCompilerIvyIntegration,\n    addSbtZinc\n  )\n\nlazy val protocolProj = (project in file(\"protocol\"))\n  .enablePlugins(ContrabandPlugin, JsonCodecPlugin)\n  .dependsOn(collectionProj)\n  .settings(\n    testedBaseSettings,\n    scalacOptions -= \"-Ywarn-unused\",\n    scalacOptions += \"-Xlint:-unused\",\n    name := \"Protocol\",\n    libraryDependencies ++= Seq(sjsonNewScalaJson.value, ipcSocket),\n    managedSourceDirectories in Compile +=\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    sourceManaged in (Compile, generateContrabands) := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    contrabandFormatsForType in generateContrabands in Compile := ContrabandConfig.getFormats,\n    mimaSettings,\n  )\n  .configure(addSbtUtilLogging)\n\n\/\/ General command support and core commands not specific to a build system\nlazy val commandProj = (project in file(\"main-command\"))\n  .enablePlugins(ContrabandPlugin, JsonCodecPlugin)\n  .dependsOn(protocolProj, completeProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Command\",\n    libraryDependencies ++= Seq(launcherInterface, sjsonNewScalaJson.value, templateResolverApi),\n    managedSourceDirectories in Compile +=\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    sourceManaged in (Compile, generateContrabands) := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    contrabandFormatsForType in generateContrabands in Compile := ContrabandConfig.getFormats,\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Vector(\n      exclude[DirectMissingMethodProblem](\"sbt.BasicCommands.rebootOptionParser\"),\n      \/\/ Changed the signature of Server method. nacho cheese.\n      exclude[DirectMissingMethodProblem](\"sbt.internal.server.Server.*\"),\n      \/\/ Added method to ServerInstance. This is also internal.\n      exclude[ReversedMissingMethodProblem](\"sbt.internal.server.ServerInstance.*\"),\n      \/\/ Added method to CommandChannel. internal.\n      exclude[ReversedMissingMethodProblem](\"sbt.internal.CommandChannel.*\"),\n      \/\/ Added an overload to reboot. The overload is private[sbt].\n      exclude[ReversedMissingMethodProblem](\"sbt.StateOps.reboot\"),\n      \/\/ Replace nailgun socket stuff\n      exclude[MissingClassProblem](\"sbt.internal.NG*\"),\n      exclude[MissingClassProblem](\"sbt.internal.ReferenceCountedFileDescriptor\"),\n    ),\n    unmanagedSources in (Compile, headerCreate) := {\n      val old = (unmanagedSources in (Compile, headerCreate)).value\n      old filterNot { x => (x.getName startsWith \"NG\") || (x.getName == \"ReferenceCountedFileDescriptor.java\") }\n    },\n  )\n  .configure(\n    addSbtIO,\n    addSbtUtilLogging,\n    addSbtCompilerInterface,\n    addSbtCompilerClasspath,\n    addSbtLmCore\n  )\n\n\/\/ The core macro project defines the main logic of the DSL, abstracted\n\/\/ away from several sbt implementators (tasks, settings, et cetera).\nlazy val coreMacrosProj = (project in file(\"core-macros\"))\n  .dependsOn(collectionProj)\n  .settings(\n    baseSettings,\n    name := \"Core Macros\",\n    libraryDependencies += \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value,\n    mimaSettings,\n  )\n\n\/\/ Fixes scope=Scope for Setting (core defined in collectionProj) to define the settings system used in build definitions\nlazy val mainSettingsProj = (project in file(\"main-settings\"))\n  .dependsOn(completeProj, commandProj, stdTaskProj, coreMacrosProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Main Settings\",\n    BuildInfoPlugin.buildInfoDefaultSettings,\n    addBuildInfoToConfig(Test),\n    buildInfoObject in Test := \"TestBuildInfo\",\n    buildInfoKeys in Test := Seq[BuildInfoKey](\n      classDirectory in Compile,\n      classDirectory in Test,\n      \/\/ WORKAROUND https:\/\/github.com\/sbt\/sbt-buildinfo\/issues\/117\n      BuildInfoKey.map((dependencyClasspath in Compile).taskValue) { case (ident, cp) => ident -> cp.files },\n    ),\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Seq(\n      exclude[DirectMissingMethodProblem](\"sbt.Scope.display012StyleMasked\"),\n    ),\n  )\n  .configure(\n    addSbtIO,\n    addSbtUtilLogging,\n    addSbtUtilCache,\n    addSbtUtilRelation,\n    addSbtCompilerInterface,\n    addSbtCompilerClasspath,\n    addSbtLmCore\n  )\n\n\/\/ The main integration project for sbt.  It brings all of the projects together, configures them, and provides for overriding conventions.\nlazy val mainProj = (project in file(\"main\"))\n  .enablePlugins(ContrabandPlugin)\n  .dependsOn(logicProj, actionsProj, mainSettingsProj, runProj, commandProj, collectionProj, scriptedSbtProj)\n  .settings(\n    testedBaseSettings,\n    name := \"Main\",\n    libraryDependencies ++= scalaXml.value ++ Seq(launcherInterface) ++ log4jDependencies ++ Seq(scalaCacheCaffeine),\n    managedSourceDirectories in Compile +=\n      baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    sourceManaged in (Compile, generateContrabands) := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"contraband-scala\",\n    mimaSettings,\n    mimaBinaryIssueFilters ++= Vector(\n      \/\/ Changed signature or removed something in the internal pacakge\n      exclude[DirectMissingMethodProblem](\"sbt.internal.*\"),\n\n      \/\/ New and changed methods on KeyIndex. internal.\n      exclude[ReversedMissingMethodProblem](\"sbt.internal.KeyIndex.*\"),\n\n      \/\/ Changed signature or removed private[sbt] methods\n      exclude[DirectMissingMethodProblem](\"sbt.Classpaths.unmanagedLibs0\"),\n      exclude[DirectMissingMethodProblem](\"sbt.Defaults.allTestGroupsTask\"),\n      exclude[DirectMissingMethodProblem](\"sbt.Plugins.topologicalSort\"),\n      exclude[IncompatibleMethTypeProblem](\"sbt.Defaults.allTestGroupsTask\"),\n    )\n  )\n  .configure(\n    addSbtIO,\n    addSbtUtilLogging,\n    addSbtLmCore,\n    addSbtLmIvy,\n    addSbtCompilerInterface,\n    addSbtZincCompile\n  )\n\n\/\/ Strictly for bringing implicits and aliases from subsystems into the top-level sbt namespace through a single package object\n\/\/  technically, we need a dependency on all of mainProj's dependencies, but we don't do that since this is strictly an integration project\n\/\/  with the sole purpose of providing certain identifiers without qualification (with a package object)\nlazy val sbtProj = (project in file(\"sbt\"))\n  .dependsOn(mainProj, scriptedSbtProj % \"test->test\")\n  .settings(\n    testedBaseSettings,\n    name := \"sbt\",\n    normalizedName := \"sbt\",\n    crossScalaVersions := Seq(baseScalaVersion),\n    crossPaths := false,\n    javaOptions ++= Seq(\"-Xdebug\", \"-Xrunjdwp:transport=dt_socket,server=y,suspend=n,address=5005\"),\n    mimaSettings,\n    mimaBinaryIssueFilters ++= sbtIgnoredProblems,\n    BuildInfoPlugin.buildInfoDefaultSettings,\n    addBuildInfoToConfig(Test),\n    BuildInfoPlugin.buildInfoDefaultSettings,\n    buildInfoObject in Test := \"TestBuildInfo\",\n    buildInfoKeys in Test := Seq[BuildInfoKey](\n      \/\/ WORKAROUND https:\/\/github.com\/sbt\/sbt-buildinfo\/issues\/117\n      BuildInfoKey.map((fullClasspath in Compile).taskValue) { case (ident, cp) => ident -> cp.files },\n    ),\n    connectInput in run in Test := true,\n    outputStrategy in run in Test := Some(StdoutOutput),\n    fork in Test := true,\n  )\n  .configure(addSbtCompilerBridge)\n\nlazy val sbtIgnoredProblems = {\n  Vector(\n    exclude[MissingClassProblem](\"buildinfo.BuildInfo\"),\n    exclude[MissingClassProblem](\"buildinfo.BuildInfo$\"),\n\n    \/\/ Added more items to Import trait.\n    exclude[ReversedMissingMethodProblem](\"sbt.Import.sbt$Import$_setter_$WatchSource_=\"),\n    exclude[ReversedMissingMethodProblem](\"sbt.Import.WatchSource\"),\n\n    \/\/ Dropped in favour of kind-projector's polymorphic lambda literals\n    exclude[DirectMissingMethodProblem](\"sbt.Import.Param\"),\n    exclude[DirectMissingMethodProblem](\"sbt.package.Param\"),\n\n    \/\/ Dropped in favour of plain scala.Function, and its compose method\n    exclude[DirectMissingMethodProblem](\"sbt.package.toFn1\"),\n  )\n}\n\ndef runNpm(command: String, base: File, log: sbt.internal.util.ManagedLogger) = {\n  import scala.sys.process._\n  try {\n    val exitCode = Process(s\"npm $command\", Option(base)) ! log\n    if (exitCode != 0) throw new Exception(\"Process returned exit code: \" + exitCode)\n  } catch {\n    case e: java.io.IOException => log.warn(\"failed to run npm \" + e.getMessage)\n  }\n}\n\nlazy val vscodePlugin = (project in file(\"vscode-sbt-scala\"))\n  .settings(\n    crossPaths := false,\n    crossScalaVersions := Seq(baseScalaVersion),\n    skip in publish := true,\n    compile in Compile := {\n      val u = update.value\n      runNpm(\"run compile\", baseDirectory.value, streams.value.log)\n      sbt.internal.inc.Analysis.empty\n    },\n    update := {\n      val old = update.value\n      val t = target.value \/ \"updated\"\n      val base = baseDirectory.value\n      val log = streams.value.log\n      if (t.exists) ()\n      else {\n        runNpm(\"install\", base, log)\n        IO.touch(t)\n      }\n      old\n    },\n    cleanFiles ++= {\n      val base = baseDirectory.value\n      Vector(\n        target.value \/ \"updated\",\n        base \/ \"node_modules\", base \/ \"client\" \/ \"node_modules\",\n        base \/ \"client\" \/ \"server\",\n        base \/ \"client\" \/ \"out\",\n        base \/ \"server\" \/ \"node_modules\") filter { _.exists }\n    }\n  )\n\ndef scriptedTask: Def.Initialize[InputTask[Unit]] = Def.inputTask {\n  val result = scriptedSource(dir => (s: State) => Scripted.scriptedParser(dir)).parsed\n  \/\/ publishLocalBinAll.value \/\/ TODO: Restore scripted needing only binary jars.\n  publishAll.value\n  (sbtProj \/ Test \/ compile).value \/\/ make sure sbt.RunFromSourceMain is compiled\n  Scripted.doScripted(\n    (sbtLaunchJar in bundledLauncherProj).value,\n    (fullClasspath in scriptedSbtProj in Test).value,\n    (scalaInstance in scriptedSbtProj).value,\n    scriptedSource.value,\n    scriptedBufferLog.value,\n    result,\n    scriptedPrescripted.value,\n    scriptedLaunchOpts.value\n  )\n}\n\ndef scriptedUnpublishedTask: Def.Initialize[InputTask[Unit]] = Def.inputTask {\n  val result = scriptedSource(dir => (s: State) => Scripted.scriptedParser(dir)).parsed\n  Scripted.doScripted(\n    (sbtLaunchJar in bundledLauncherProj).value,\n    (fullClasspath in scriptedSbtProj in Test).value,\n    (scalaInstance in scriptedSbtProj).value,\n    scriptedSource.value,\n    scriptedBufferLog.value,\n    result,\n    scriptedPrescripted.value,\n    scriptedLaunchOpts.value\n  )\n}\n\nlazy val publishLauncher = TaskKey[Unit](\"publish-launcher\")\n\ndef allProjects =\n  Seq(\n    collectionProj,\n    logicProj,\n    completeProj,\n    testingProj,\n    testAgentProj,\n    taskProj,\n    stdTaskProj,\n    runProj,\n    scriptedSbtProj,\n    scriptedPluginProj,\n    protocolProj,\n    actionsProj,\n    commandProj,\n    mainSettingsProj,\n    mainProj,\n    sbtProj,\n    bundledLauncherProj,\n    coreMacrosProj\n  )\n\nlazy val nonRoots = allProjects.map(p => LocalProject(p.id))\n\ndef otherRootSettings =\n  Seq(\n    scripted := scriptedTask.evaluated,\n    scriptedUnpublished := scriptedUnpublishedTask.evaluated,\n    scriptedSource := (sourceDirectory in sbtProj).value \/ \"sbt-test\",\n    scriptedLaunchOpts := List(\"-Xmx1500M\", \"-Xms512M\", \"-server\"),\n    publishAll := { val _ = (publishLocal).all(ScopeFilter(inAnyProject)).value },\n    publishLocalBinAll := { val _ = (publishLocalBin).all(ScopeFilter(inAnyProject)).value },\n    aggregate in bintrayRelease := false\n  ) ++ inConfig(Scripted.RepoOverrideTest)(\n    Seq(\n      scriptedPrescripted := (_ => ()),\n      scriptedLaunchOpts := List(\n        \"-Xmx1500M\",\n        \"-Xms512M\",\n        \"-server\",\n        \"-Dsbt.override.build.repos=true\",\n        s\"\"\"-Dsbt.repository.config=${scriptedSource.value \/ \"repo.config\"}\"\"\"\n      ),\n      scripted := scriptedTask.evaluated,\n      scriptedUnpublished := scriptedUnpublishedTask.evaluated,\n      scriptedSource := (sourceDirectory in sbtProj).value \/ \"repo-override-test\"\n    ))\n\nlazy val docProjects: ScopeFilter = ScopeFilter(\n  inAnyProject -- inProjects(sbtRoot, sbtProj, scriptedSbtProj, scriptedPluginProj),\n  inConfigurations(Compile)\n)\nlazy val safeUnitTests = taskKey[Unit](\"Known working tests (for both 2.10 and 2.11)\")\nlazy val safeProjects: ScopeFilter = ScopeFilter(\n  inProjects(mainSettingsProj, mainProj, actionsProj, runProj, stdTaskProj),\n  inConfigurations(Test)\n)\nlazy val otherUnitTests = taskKey[Unit](\"Unit test other projects\")\nlazy val otherProjects: ScopeFilter = ScopeFilter(\n  inProjects(\n    testingProj,\n    testAgentProj,\n    taskProj,\n    scriptedSbtProj,\n    scriptedPluginProj,\n    commandProj,\n    mainSettingsProj,\n    mainProj,\n    sbtProj\n  ),\n  inConfigurations(Test)\n)\n\ndef customCommands: Seq[Setting[_]] = Seq(\n  commands += Command.command(\"setupBuildScala212\") { state =>\n    s\"\"\"set scalaVersion in ThisBuild := \"$scala212\" \"\"\" ::\n      state\n  },\n  safeUnitTests := {\n    test.all(safeProjects).value\n  },\n  otherUnitTests := {\n    test.all(otherProjects).value\n  },\n  commands += Command.command(\"release-sbt-local\") { state =>\n    \"clean\" ::\n      \"so compile\" ::\n      \"so publishLocal\" ::\n      \"reload\" ::\n      state\n  },\n  commands += Command.command(\"publishLocalAllModule\") { state =>\n    val extracted = Project.extract(state)\n    import extracted._\n    val sv      = get(scalaVersion)\n    val projs   = structure.allProjectRefs\n    val ioOpt   = projs find { case ProjectRef(_, id) => id == \"ioRoot\"; case _ => false }\n    val utilOpt = projs find { case ProjectRef(_, id) => id == \"utilRoot\"; case _ => false }\n    val lmOpt   = projs find { case ProjectRef(_, id) => id == \"lmRoot\"; case _ => false }\n    val zincOpt = projs find { case ProjectRef(_, id) => id == \"zincRoot\"; case _ => false }\n    (ioOpt   map { case ProjectRef(build, _) => \"{\" + build.toString + \"}\/publishLocal\" }).toList :::\n    (utilOpt map { case ProjectRef(build, _) => \"{\" + build.toString + \"}\/publishLocal\" }).toList :::\n    (lmOpt   map { case ProjectRef(build, _) => \"{\" + build.toString + \"}\/publishLocal\" }).toList :::\n    (zincOpt map { case ProjectRef(build, _) =>\n      val zincSv = get(scalaVersion in ProjectRef(build, \"zinc\"))\n      val csv = get(crossScalaVersions in ProjectRef(build, \"compilerBridge\")).toList\n      (csv flatMap { bridgeSv =>\n        s\"++$bridgeSv\" :: (\"{\" + build.toString + \"}compilerBridge\/publishLocal\") :: Nil\n      }) :::\n      List(s\"++$zincSv\", \"{\" + build.toString + \"}\/publishLocal\")\n    }).getOrElse(Nil) :::\n    List(s\"++$sv\", \"publishLocal\") :::\n    state\n  },\n  \/** There are several complications with sbt's build.\n   * First is the fact that interface project is a Java-only project\n   * that uses source generator from datatype subproject in Scala 2.10.6.\n   *\n   * Second is the fact that all subprojects are released with crossPaths\n   * turned off for the sbt's Scala version 2.10.6, but some of them are also\n   * cross published against 2.11.1 with crossPaths turned on.\n   *\n   * `so compile` handles 2.10.x\/2.11.x cross building.\n   *\/\n  commands += Command.command(\"release-sbt\") { state =>\n    \/\/ TODO - Any sort of validation\n    \"clean\" ::\n      \"conscriptConfigs\" ::\n      \"compile\" ::\n      \"publishSigned\" ::\n      \"bundledLauncherProj\/publishLauncher\" ::\n      state\n  },\n  \/\/ stamp-version doesn't work with ++ or \"so\".\n  commands += Command.command(\"release-nightly\") { state =>\n    \"stamp-version\" ::\n      \"clean\" ::\n      \"compile\" ::\n      \"publish\" ::\n      \"bintrayRelease\" ::\n      state\n  }\n)\n\ninThisBuild(Seq(\n  whitesourceProduct                   := \"Lightbend Reactive Platform\",\n  whitesourceAggregateProjectName      := \"sbt-master\",\n  whitesourceAggregateProjectToken     := \"<KEY>\",\n  whitesourceIgnoredScopes            ++= Seq(\"plugin\", \"scalafmt\", \"sxr\"),\n  whitesourceFailOnError               := sys.env.contains(\"WHITESOURCE_PASSWORD\"), \/\/ fail if pwd is present\n  whitesourceForceCheckAllDependencies := true,\n))\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/ProjectSpec.scala","text":"<reponame>fmlrt\/sbt\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport org.specs2.Specification\n\nclass ProjectSpec extends Specification {\n  def is = s2\"\"\"\n\n  This is a specification to check utility methods on the Project object\n\n  Project should\n    normalize projectIDs if they are empty  ${normalizeEmptyFileName}\n\n  \"\"\"\n\n  def emptyFilename = \"\"\n\n  def normalizeEmptyFileName =\n    Project.normalizeProjectID(emptyFilename) must equalTo(Right(\"root\"))\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-settings\/src\/test\/scala\/sbt\/std\/TestUtil.scala","text":"<gh_stars>0\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.std\n\nimport scala.tools.reflect.ToolBox\n\nobject TestUtil {\n  def eval(code: String, compileOptions: String = \"\"): Any = {\n    val tb = mkToolbox(compileOptions)\n    tb.eval(tb.parse(code))\n  }\n\n  def mkToolbox(compileOptions: String = \"\"): ToolBox[_ <: scala.reflect.api.Universe] = {\n    val m = scala.reflect.runtime.currentMirror\n    import scala.tools.reflect.ToolBox\n    m.mkToolBox(options = compileOptions)\n  }\n\n  lazy val toolboxClasspath: String = {\n    val mainClassesDir = buildinfo.TestBuildInfo.classDirectory\n    val testClassesDir = buildinfo.TestBuildInfo.test_classDirectory\n    val depsClasspath = buildinfo.TestBuildInfo.dependencyClasspath\n    mainClassesDir +: testClassesDir +: depsClasspath mkString \":\"\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/EvaluateConfigurations.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport sbt.internal.util.{\n  AttributeEntry,\n  AttributeKey,\n  LineRange,\n  MessageOnlyException,\n  RangePosition,\n  Settings\n}\n\nimport java.io.File\nimport compiler.{ Eval, EvalImports }\nimport sbt.internal.util.complete.DefaultParsers.validID\nimport Def.{ ScopedKey, Setting }\nimport Scope.GlobalScope\nimport sbt.internal.parser.SbtParser\n\nimport sbt.io.IO\n\n\/**\n *  This file is responsible for compiling the .sbt files used to configure sbt builds.\n *\n *  Compilation is done in three phases:\n *\n *  1. Parsing high-level constructs (definitions, settings, imports)\n *  2. Compiling scala code into local .class files\n *  3. Evaluating the expressions and obtaining in-memory objects of the results (Setting[_] instances, or val references).\n *\/\nprivate[sbt] object EvaluateConfigurations {\n\n  type LazyClassLoaded[T] = ClassLoader => T\n\n  private[sbt] case class TrackedEvalResult[T](generated: Seq[File], result: LazyClassLoaded[T])\n\n  \/**\n   * This represents the parsed expressions in a build sbt, as well as where they were defined.\n   *\/\n  private[this] final class ParsedFile(val imports: Seq[(String, Int)],\n                                       val definitions: Seq[(String, LineRange)],\n                                       val settings: Seq[(String, LineRange)])\n\n  \/** The keywords we look for when classifying a string as a definition. *\/\n  private[this] val DefinitionKeywords = Seq(\"lazy val \", \"def \", \"val \")\n\n  \/**\n   * Using an evaluating instance of the scala compiler, a sequence of files and\n   *  the default imports to use, this method will take a ClassLoader of sbt-classes and\n   *  return a parsed, compiled + evaluated [[LoadedSbtFile]].   The result has\n   *  raw sbt-types that can be accessed and used.\n   *\/\n  def apply(eval: Eval, srcs: Seq[File], imports: Seq[String]): LazyClassLoaded[LoadedSbtFile] = {\n    val loadFiles = srcs.sortBy(_.getName) map { src =>\n      evaluateSbtFile(eval, src, IO.readLines(src), imports, 0)\n    }\n    loader =>\n      (LoadedSbtFile.empty \/: loadFiles) { (loaded, load) =>\n        loaded merge load(loader)\n      }\n  }\n\n  \/**\n   * Reads a given .sbt file and evaluates it into a sequence of setting values.\n   *\n   * Note: This ignores any non-Setting[_] values in the file.\n   *\/\n  def evaluateConfiguration(eval: Eval,\n                            src: File,\n                            imports: Seq[String]): LazyClassLoaded[Seq[Setting[_]]] =\n    evaluateConfiguration(eval, src, IO.readLines(src), imports, 0)\n\n  \/**\n   * Parses a sequence of build.sbt lines into a [[ParsedFile]].  The result contains\n   * a fragmentation of all imports, settings and definitions.\n   *\n   * @param builtinImports  The set of import statements to add to those parsed in the .sbt file.\n   *\/\n  private[this] def parseConfiguration(file: File,\n                                       lines: Seq[String],\n                                       builtinImports: Seq[String],\n                                       offset: Int): ParsedFile = {\n    val (importStatements, settingsAndDefinitions) = splitExpressions(file, lines)\n    val allImports = builtinImports.map(s => (s, -1)) ++ addOffset(offset, importStatements)\n    val (definitions, settings) = splitSettingsDefinitions(\n      addOffsetToRange(offset, settingsAndDefinitions))\n    new ParsedFile(allImports, definitions, settings)\n  }\n\n  \/**\n   * Evaluates a  parsed sbt configuration file.\n   *\n   * @param eval    The evaluating scala compiler instance we use to handle evaluating scala configuration.\n   * @param file    The file we've parsed\n   * @param imports The default imports to use in this .sbt configuration\n   * @param lines   The lines of the configuration we'd like to evaluate.\n   *\n   * @return Just the Setting[_] instances defined in the .sbt file.\n   *\/\n  def evaluateConfiguration(eval: Eval,\n                            file: File,\n                            lines: Seq[String],\n                            imports: Seq[String],\n                            offset: Int): LazyClassLoaded[Seq[Setting[_]]] = {\n    val l = evaluateSbtFile(eval, file, lines, imports, offset)\n    loader =>\n      l(loader).settings\n  }\n\n  \/**\n   * Evaluates a parsed sbt configuration file.\n   *\n   * @param eval    The evaluating scala compiler instance we use to handle evaluating scala configuration.\n   * @param file    The file we've parsed\n   * @param imports The default imports to use in this .sbt configuration.\n   *\n   * @return A function which can take an sbt classloader and return the raw types\/configuration\n   *         which was compiled\/parsed for the given file.\n   *\/\n  private[sbt] def evaluateSbtFile(eval: Eval,\n                                   file: File,\n                                   lines: Seq[String],\n                                   imports: Seq[String],\n                                   offset: Int): LazyClassLoaded[LoadedSbtFile] = {\n    \/\/ TODO - Store the file on the LoadedSbtFile (or the parent dir) so we can accurately do\n    \/\/        detection for which project project manipulations should be applied.\n    val name = file.getPath\n    val parsed = parseConfiguration(file, lines, imports, offset)\n    val (importDefs, definitions) =\n      if (parsed.definitions.isEmpty) (Nil, DefinedSbtValues.empty)\n      else {\n        val definitions =\n          evaluateDefinitions(eval, name, parsed.imports, parsed.definitions, Some(file))\n        val imp = BuildUtil.importAllRoot(definitions.enclosingModule :: Nil)\n        (imp, DefinedSbtValues(definitions))\n      }\n    val allImports = importDefs.map(s => (s, -1)) ++ parsed.imports\n    val dslEntries = parsed.settings map {\n      case (dslExpression, range) =>\n        evaluateDslEntry(eval, name, allImports, dslExpression, range)\n    }\n    eval.unlinkDeferred()\n    \/\/ Tracks all the files we generated from evaluating the sbt file.\n    val allGeneratedFiles = (definitions.generated ++ dslEntries.flatMap(_.generated))\n    loader =>\n      {\n        val projects =\n          definitions.values(loader).collect {\n            case p: Project => resolveBase(file.getParentFile, p)\n          }\n        val (settingsRaw, manipulationsRaw) =\n          dslEntries map (_.result apply loader) partition {\n            case DslEntry.ProjectSettings(_) => true\n            case _                           => false\n          }\n        val settings = settingsRaw flatMap {\n          case DslEntry.ProjectSettings(settings) => settings\n          case _                                  => Nil\n        }\n        val manipulations = manipulationsRaw map {\n          case DslEntry.ProjectManipulation(f) => f\n        }\n        \/\/ TODO -get project manipulations.\n        new LoadedSbtFile(settings,\n                          projects,\n                          importDefs,\n                          manipulations,\n                          definitions,\n                          allGeneratedFiles)\n      }\n  }\n\n  \/** move a project to be relative to this file after we've evaluated it. *\/\n  private[this] def resolveBase(f: File, p: Project) = p.copy(base = IO.resolve(f, p.base))\n\n  def addOffset(offset: Int, lines: Seq[(String, Int)]): Seq[(String, Int)] =\n    lines.map { case (s, i) => (s, i + offset) }\n\n  def addOffsetToRange(offset: Int, ranges: Seq[(String, LineRange)]): Seq[(String, LineRange)] =\n    ranges.map { case (s, r) => (s, r shift offset) }\n\n  \/**\n   * The name of the class we cast DSL \"setting\" (vs. definition) lines to.\n   *\/\n  val SettingsDefinitionName = {\n    val _ = classOf[DslEntry] \/\/ this line exists to try to provide a compile-time error when the following line needs to be changed\n    \"sbt.internal.DslEntry\"\n  }\n\n  \/**\n   * This actually compiles a scala expression which represents a sbt.internals.DslEntry.\n   *\n   * @param eval The mechanism to compile and evaluate Scala expressions.\n   * @param name The name for the thing we're compiling\n   * @param imports The scala imports to have in place when we compile the expression\n   * @param expression The scala expression we're compiling\n   * @param range The original position in source of the expression, for error messages.\n   *\n   * @return A method that given an sbt classloader, can return the actual [[sbt.internal.DslEntry]] defined by\n   *         the expression, and the sequence of .class files generated.\n   *\/\n  private[sbt] def evaluateDslEntry(eval: Eval,\n                                    name: String,\n                                    imports: Seq[(String, Int)],\n                                    expression: String,\n                                    range: LineRange): TrackedEvalResult[DslEntry] = {\n    \/\/ TODO - Should we try to namespace these between.sbt files?  IF they hash to the same value, they may actually be\n    \/\/ exactly the same setting, so perhaps we don't care?\n    val result = try {\n      eval.eval(expression,\n                imports = new EvalImports(imports, name),\n                srcName = name,\n                tpeName = Some(SettingsDefinitionName),\n                line = range.start)\n    } catch {\n      case e: sbt.compiler.EvalException => throw new MessageOnlyException(e.getMessage)\n    }\n    \/\/ TODO - keep track of configuration classes defined.\n    TrackedEvalResult(\n      result.generated,\n      loader => {\n        val pos = RangePosition(name, range shift 1)\n        result.getValue(loader).asInstanceOf[DslEntry].withPos(pos)\n      }\n    )\n  }\n\n  \/**\n   * This actually compiles a scala expression which represents a Seq[Setting[_]], although the\n   * expression may be just a single setting.\n   *\n   * @param eval The mechanism to compile and evaluate Scala expressions.\n   * @param name The name for the thing we're compiling\n   * @param imports The scala imports to have in place when we compile the expression\n   * @param expression The scala expression we're compiling\n   * @param range The original position in source of the expression, for error messages.\n   *\n   * @return A method that given an sbt classloader, can return the actual Seq[Setting[_]] defined by\n   *         the expression.\n   *\/\n  \/\/ Build DSL now includes non-Setting[_] type settings.\n  \/\/ Note: This method is used by the SET command, so we may want to evaluate that sucker a bit.\n  def evaluateSetting(eval: Eval,\n                      name: String,\n                      imports: Seq[(String, Int)],\n                      expression: String,\n                      range: LineRange): LazyClassLoaded[Seq[Setting[_]]] =\n    evaluateDslEntry(eval, name, imports, expression, range).result andThen {\n      case DslEntry.ProjectSettings(values) => values\n      case _                                => Nil\n    }\n\n  \/**\n   * Splits a set of lines into (imports, expressions).  That is,\n   * anything on the right of the tuple is a scala expression (definition or setting).\n   *\/\n  private[sbt] def splitExpressions(\n      file: File,\n      lines: Seq[String]): (Seq[(String, Int)], Seq[(String, LineRange)]) = {\n    val split = SbtParser(file, lines)\n    \/\/ TODO - Look at pulling the parsed expression trees from the SbtParser and stitch them back into a different\n    \/\/ scala compiler rather than re-parsing.\n    (split.imports, split.settings)\n  }\n\n  private[this] def splitSettingsDefinitions(\n      lines: Seq[(String, LineRange)]): (Seq[(String, LineRange)], Seq[(String, LineRange)]) =\n    lines partition { case (line, _) => isDefinition(line) }\n\n  private[this] def isDefinition(line: String): Boolean = {\n    val trimmed = line.trim\n    DefinitionKeywords.exists(trimmed startsWith _)\n  }\n\n  private[this] def extractedValTypes: Seq[String] =\n    Seq(classOf[Project], classOf[InputKey[_]], classOf[TaskKey[_]], classOf[SettingKey[_]])\n      .map(_.getName)\n\n  private[this] def evaluateDefinitions(eval: Eval,\n                                        name: String,\n                                        imports: Seq[(String, Int)],\n                                        definitions: Seq[(String, LineRange)],\n                                        file: Option[File]): compiler.EvalDefinitions = {\n    val convertedRanges = definitions.map { case (s, r) => (s, r.start to r.end) }\n    eval.evalDefinitions(convertedRanges,\n                         new EvalImports(imports, name),\n                         name,\n                         file,\n                         extractedValTypes)\n  }\n}\n\nobject Index {\n  def taskToKeyMap(data: Settings[Scope]): Map[Task[_], ScopedKey[Task[_]]] = {\n\n    val pairs = data.scopes flatMap (scope =>\n      data.data(scope).entries collect {\n        case AttributeEntry(key, value: Task[_]) =>\n          (value, ScopedKey(scope, key.asInstanceOf[AttributeKey[Task[_]]]))\n      })\n\n    pairs.toMap[Task[_], ScopedKey[Task[_]]]\n  }\n\n  def allKeys(settings: Seq[Setting[_]]): Set[ScopedKey[_]] =\n    settings\n      .flatMap(s => if (s.key.key.isLocal) Nil else s.key +: s.dependencies)\n      .filter(!_.key.isLocal)\n      .toSet\n\n  def attributeKeys(settings: Settings[Scope]): Set[AttributeKey[_]] =\n    settings.data.values.flatMap(_.keys).toSet[AttributeKey[_]]\n\n  def stringToKeyMap(settings: Set[AttributeKey[_]]): Map[String, AttributeKey[_]] =\n    stringToKeyMap0(settings)(_.label)\n\n  private[this] def stringToKeyMap0(settings: Set[AttributeKey[_]])(\n      label: AttributeKey[_] => String): Map[String, AttributeKey[_]] = {\n    val multiMap = settings.groupBy(label)\n    val duplicates = multiMap collect { case (k, xs) if xs.size > 1 => (k, xs.map(_.manifest)) } collect {\n      case (k, xs) if xs.size > 1                                   => (k, xs)\n    }\n    if (duplicates.isEmpty)\n      multiMap.collect { case (k, v) if validID(k) => (k, v.head) } toMap\n    else\n      sys.error(\n        duplicates map { case (k, tps) => \"'\" + k + \"' (\" + tps.mkString(\", \") + \")\" } mkString (\"Some keys were defined with the same name but different types: \", \", \", \"\"))\n  }\n\n  private[this] type TriggerMap = collection.mutable.HashMap[Task[_], Seq[Task[_]]]\n\n  def triggers(ss: Settings[Scope]): Triggers[Task] = {\n    val runBefore = new TriggerMap\n    val triggeredBy = new TriggerMap\n    ss.data.values foreach (\n      _.entries foreach {\n        case AttributeEntry(_, value: Task[_]) =>\n          val as = value.info.attributes\n          update(runBefore, value, as get Keys.runBefore)\n          update(triggeredBy, value, as get Keys.triggeredBy)\n        case _ => ()\n      }\n    )\n    val onComplete = Keys.onComplete in GlobalScope get ss getOrElse (() => ())\n    new Triggers[Task](runBefore, triggeredBy, map => { onComplete(); map })\n  }\n\n  private[this] def update(map: TriggerMap, base: Task[_], tasksOpt: Option[Seq[Task[_]]]): Unit =\n    for (tasks <- tasksOpt; task <- tasks)\n      map(task) = base +: map.getOrElse(task, Nil)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-complete\/src\/main\/scala\/sbt\/internal\/util\/complete\/ExampleSource.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\npackage complete\n\nimport java.io.File\nimport sbt.io.IO\n\n\/**\n * These sources of examples are used in parsers for user input completion. An example of such a source is the\n * [[sbt.complete.FileExamples]] class, which provides a list of suggested files to the user as they press the\n * TAB key in the console.\n *\/\ntrait ExampleSource {\n\n  \/**\n   * @return a (possibly lazy) list of completion example strings. These strings are continuations of user's input. The\n   *         user's input is incremented with calls to [[withAddedPrefix]].\n   *\/\n  def apply(): Iterable[String]\n\n  \/**\n   * @param addedPrefix a string that just typed in by the user.\n   * @return a new source of only those examples that start with the string typed by the user so far (with addition of\n   *         the just added prefix).\n   *\/\n  def withAddedPrefix(addedPrefix: String): ExampleSource\n\n}\n\n\/**\n * A convenience example source that wraps any collection of strings into a source of examples.\n * @param examples the examples that will be displayed to the user when they press the TAB key.\n *\/\nsealed case class FixedSetExamples(examples: Iterable[String]) extends ExampleSource {\n  override def withAddedPrefix(addedPrefix: String): ExampleSource =\n    FixedSetExamples(examplesWithRemovedPrefix(addedPrefix))\n\n  override def apply(): Iterable[String] = examples\n\n  private def examplesWithRemovedPrefix(prefix: String) = examples.collect {\n    case example if example startsWith prefix => example substring prefix.length\n  }\n}\n\n\/**\n * Provides path completion examples based on files in the base directory.\n * @param base the directory within which this class will search for completion examples.\n * @param prefix the part of the path already written by the user.\n *\/\nclass FileExamples(base: File, prefix: String = \"\") extends ExampleSource {\n  override def apply(): Stream[String] = files(base).map(_ substring prefix.length)\n\n  override def withAddedPrefix(addedPrefix: String): FileExamples =\n    new FileExamples(base, prefix + addedPrefix)\n\n  protected def files(directory: File): Stream[String] = {\n    val childPaths = IO.listFiles(directory).toStream\n    val prefixedDirectChildPaths = childPaths map { IO.relativize(base, _).get } filter {\n      _ startsWith prefix\n    }\n    val dirsToRecurseInto = childPaths filter { _.isDirectory } map { IO.relativize(base, _).get } filter {\n      dirStartsWithPrefix\n    }\n    prefixedDirectChildPaths append dirsToRecurseInto.flatMap(dir => files(new File(base, dir)))\n  }\n\n  private def dirStartsWithPrefix(relativizedPath: String): Boolean =\n    (relativizedPath startsWith prefix) || (prefix startsWith relativizedPath)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/PluginsTest.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport org.specs2._\nimport mutable.Specification\nimport sbt.util.Logger\n\nobject PluginsTest extends Specification {\n  import AI._\n\n  \"Auto plugin\" should {\n    \"enable plugins with trigger=allRequirements AND requirements met\" in {\n      deducePlugin(A && B, log) must contain(Q)\n    }\n    \"enable transitive plugins with trigger=allRequirements AND requirements met\" in {\n      deducePlugin(A && B, log) must contain(R)\n    }\n    \"order enable plugins after required plugins\" in {\n      val ns = deducePlugin(A && B, log)\n      ((ns indexOf Q) must beGreaterThan(ns indexOf A)) and\n        ((ns indexOf Q) must beGreaterThan(ns indexOf B)) and\n        ((ns indexOf R) must beGreaterThan(ns indexOf A)) and\n        ((ns indexOf R) must beGreaterThan(ns indexOf B)) and\n        ((ns indexOf R) must beGreaterThan(ns indexOf Q))\n    }\n    \"not enable plugins with trigger=allRequirements but conflicting requirements\" in {\n      deducePlugin(A && B, log) must not contain (S)\n    }\n    \"enable plugins that are required by the requested plugins\" in {\n      val ns = deducePlugin(Q, log)\n      (ns must contain(A)) and\n        (ns must contain(B))\n    }\n    \"throw an AutoPluginException on conflicting requirements\" in {\n      deducePlugin(S, log) must throwAn[AutoPluginException](\n        message = s\"\"\"Contradiction in enabled plugins:\n  - requested: sbt.AI\\\\$$S\n  - enabled: sbt.AI\\\\$$S, sbt.AI\\\\$$Q, sbt.AI\\\\$$R, sbt.AI\\\\$$B, sbt.AI\\\\$$A\n  - conflict: sbt.AI\\\\$$R is enabled by sbt.AI\\\\$$Q; excluded by sbt.AI\\\\$$S\"\"\")\n    }\n    \"generates a detailed report on conflicting requirements\" in {\n      deducePlugin(T && U, log) must throwAn[AutoPluginException](\n        message = s\"\"\"Contradiction in enabled plugins:\n  - requested: sbt.AI\\\\$$T && sbt.AI\\\\$$U\n  - enabled: sbt.AI\\\\$$U, sbt.AI\\\\$$T, sbt.AI\\\\$$A, sbt.AI\\\\$$Q, sbt.AI\\\\$$R, sbt.AI\\\\$$B\n  - conflict: sbt.AI\\\\$$Q is enabled by sbt.AI\\\\$$A && sbt.AI\\\\$$B; required by sbt.AI\\\\$$T, sbt.AI\\\\$$R; excluded by sbt.AI\\\\$$U\n  - conflict: sbt.AI\\\\$$R is enabled by sbt.AI\\\\$$Q; excluded by sbt.AI\\\\$$T\"\"\")\n    }\n  }\n}\n\nobject AI {\n  lazy val allPlugins: List[AutoPlugin] = List(A, B, Q, R, S, T, U)\n  lazy val deducePlugin = Plugins.deducer(allPlugins)\n  lazy val log = Logger.Null\n\n  object A extends AutoPlugin { override def requires = empty }\n  object B extends AutoPlugin { override def requires = empty }\n\n  object Q extends AutoPlugin {\n    override def requires: Plugins = A && B\n    override def trigger = allRequirements\n  }\n\n  object R extends AutoPlugin {\n    override def requires = Q\n    override def trigger = allRequirements\n  }\n\n  object S extends AutoPlugin {\n    override def requires = Q && !R\n    override def trigger = allRequirements\n  }\n\n  \/\/ This is an opt-in plugin with a requirement\n  \/\/ Unless explicitly loaded by the build user, this will not be activated.\n  object T extends AutoPlugin {\n    override def requires = Q && !R\n  }\n\n  \/\/ This is an opt-in plugin with a requirement\n  \/\/ Unless explicitly loaded by the build user, this will not be activated.\n  object U extends AutoPlugin {\n    override def requires = A && !Q\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/scala\/sbt\/internal\/protocol\/codec\/JsonRpcRequestMessageFormats.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.protocol.codec\n\nimport sjsonnew.shaded.scalajson.ast.unsafe.JValue\nimport sjsonnew.{ Builder, DeserializationException, JsonFormat, Unbuilder, deserializationError }\n\ntrait JsonRpcRequestMessageFormats {\n  self: sbt.internal.util.codec.JValueFormats with sjsonnew.BasicJsonProtocol =>\n  implicit lazy val JsonRpcRequestMessageFormat\n    : JsonFormat[sbt.internal.protocol.JsonRpcRequestMessage] =\n    new JsonFormat[sbt.internal.protocol.JsonRpcRequestMessage] {\n      override def read[J](jsOpt: Option[J],\n                           unbuilder: Unbuilder[J]): sbt.internal.protocol.JsonRpcRequestMessage = {\n        jsOpt match {\n          case Some(js) =>\n            unbuilder.beginObject(js)\n            val jsonrpc = unbuilder.readField[String](\"jsonrpc\")\n            val id = try {\n              unbuilder.readField[String](\"id\")\n            } catch {\n              case _: DeserializationException => unbuilder.readField[Long](\"id\").toString\n            }\n            val method = unbuilder.readField[String](\"method\")\n            val params = unbuilder.lookupField(\"params\") map {\n              case x: JValue => x\n            }\n            unbuilder.endObject()\n            sbt.internal.protocol.JsonRpcRequestMessage(jsonrpc, id, method, params)\n          case None =>\n            deserializationError(\"Expected JsObject but found None\")\n        }\n      }\n      override def write[J](obj: sbt.internal.protocol.JsonRpcRequestMessage,\n                            builder: Builder[J]): Unit = {\n        builder.beginObject()\n        builder.addField(\"jsonrpc\", obj.jsonrpc)\n        builder.addField(\"id\", obj.id)\n        builder.addField(\"method\", obj.method)\n        builder.addField(\"params\", obj.params)\n        builder.endObject()\n      }\n    }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"tasks\/src\/main\/scala\/sbt\/ExecuteProgress.scala","text":"<filename>tasks\/src\/main\/scala\/sbt\/ExecuteProgress.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport sbt.internal.util.RMap\n\n\/**\n * Processes progress events during task execution.\n * All methods are called from the same thread except `started` and `finished`,\n * which is called from the executing task's thread.\n * All methods should return quickly to avoid task execution overhead.\n *\n * This class is experimental and subject to binary and source incompatible changes at any time.\n *\/\nprivate[sbt] trait ExecuteProgress[A[_]] {\n  type S\n  def initial: S\n\n  \/**\n   * Notifies that a `task` has been registered in the system for execution.\n   * The dependencies of `task` are `allDeps` and the subset of those dependencies that\n   * have not completed are `pendingDeps`.\n   *\/\n  def registered(state: S, task: A[_], allDeps: Iterable[A[_]], pendingDeps: Iterable[A[_]]): S\n\n  \/**\n   * Notifies that all of the dependencies of `task` have completed and `task` is therefore\n   * ready to run.  The task has not been scheduled on a thread yet.\n   *\/\n  def ready(state: S, task: A[_]): S\n\n  \/**\n   * Notifies that the work for `task` is starting after this call returns.\n   * This is called from the thread the task executes on, unlike most other methods in this callback.\n   * It is called immediately before the task's work starts with minimal intervening executor overhead.\n   *\/\n  def workStarting(task: A[_]): Unit\n\n  \/**\n   * Notifies that the work for `task` work has finished.  The task may have computed the next task to\n   * run, in which case `result` contains that next task wrapped in Left.  If the task produced a value\n   * or terminated abnormally, `result` provides that outcome wrapped in Right.  The ultimate result of\n   * a task is provided to the `completed` method.\n   * This is called from the thread the task executes on, unlike most other methods in this callback.\n   * It is immediately called after the task's work is complete with minimal intervening executor overhead.\n   *\/\n  def workFinished[T](task: A[T], result: Either[A[T], Result[T]]): Unit\n\n  \/**\n   * Notifies that `task` has completed.\n   * The task's work is done with a final `result`.\n   * Any tasks called by `task` have completed.\n   *\/\n  def completed[T](state: S, task: A[T], result: Result[T]): S\n\n  \/** All tasks have completed with the final `results` provided. *\/\n  def allCompleted(state: S, results: RMap[A, Result]): S\n}\n\n\/** This module is experimental and subject to binary and source incompatible changes at any time. *\/\nprivate[sbt] object ExecuteProgress {\n  def empty[A[_]]: ExecuteProgress[A] = new ExecuteProgress[A] {\n    type S = Unit\n    def initial = ()\n    def registered(state: Unit, task: A[_], allDeps: Iterable[A[_]], pendingDeps: Iterable[A[_]]) =\n      ()\n    def ready(state: Unit, task: A[_]) = ()\n    def workStarting(task: A[_]) = ()\n    def workFinished[T](task: A[T], result: Either[A[T], Result[T]]) = ()\n    def completed[T](state: Unit, task: A[T], result: Result[T]) = ()\n    def allCompleted(state: Unit, results: RMap[A, Result]) = ()\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/contraband-scala\/sbt\/protocol\/codec\/JsonProtocol.scala","text":"<reponame>fmlrt\/sbt<filename>protocol\/src\/main\/contraband-scala\/sbt\/protocol\/codec\/JsonProtocol.scala\n\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.protocol.codec\ntrait JsonProtocol extends sjsonnew.BasicJsonProtocol\n  with sbt.protocol.codec.InitCommandFormats\n  with sbt.protocol.codec.ExecCommandFormats\n  with sbt.protocol.codec.SettingQueryFormats\n  with sbt.protocol.codec.CommandMessageFormats\n  with sbt.protocol.codec.ChannelAcceptedEventFormats\n  with sbt.protocol.codec.LogEventFormats\n  with sbt.protocol.codec.ExecStatusEventFormats\n  with sbt.internal.util.codec.JValueFormats\n  with sbt.protocol.codec.SettingQuerySuccessFormats\n  with sbt.protocol.codec.SettingQueryFailureFormats\n  with sbt.protocol.codec.EventMessageFormats\n  with sbt.protocol.codec.SettingQueryResponseFormats\n  with sbt.protocol.codec.ExecutionEventFormats\nobject JsonProtocol extends JsonProtocol"}
{"repo_name":"fmlrt\/sbt","path":"main-settings\/src\/test\/scala\/sbt\/SlashSyntaxSpec.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.test\n\nimport org.scalacheck.{ Test => _, _ }, Arbitrary.arbitrary, Gen._, Prop._\n\nimport java.io.File\nimport sbt.io.IO\nimport sbt.SlashSyntax\nimport sbt.{ Scope, ScopeAxis, Scoped, Select, This, Zero }, Scope.{ Global, ThisScope }\nimport sbt.{ BuildRef, LocalProject, LocalRootProject, ProjectRef, Reference, RootProject, ThisBuild, ThisProject }\nimport sbt.ConfigKey\nimport sbt.librarymanagement.syntax._\nimport sbt.{ InputKey, SettingKey, TaskKey }\nimport sbt.internal.util.{ AttributeKey, AttributeMap }\n\nobject BuildDSLInstances {\n  val genFile: Gen[File] = Gen.oneOf(new File(\".\"), new File(\"\/tmp\")) \/\/ for now..\n\n  implicit val arbBuildRef: Arbitrary[BuildRef] = Arbitrary(genFile map (f => BuildRef(IO toURI f)))\n\n  implicit val arbProjectRef: Arbitrary[ProjectRef] =\n    Arbitrary(for (f <- genFile; id <- Gen.identifier) yield ProjectRef(f, id))\n\n  implicit val arbLocalProject: Arbitrary[LocalProject] =\n    Arbitrary(arbitrary[String] map LocalProject)\n\n  implicit val arbRootProject: Arbitrary[RootProject] = Arbitrary(genFile map (RootProject(_)))\n\n  implicit val arbReference: Arbitrary[Reference] = Arbitrary {\n    Gen.frequency(\n      1 -> arbitrary[BuildRef],     \/\/ 96\n      100 -> ThisBuild,             \/\/ 10,271\n      3 -> LocalRootProject,        \/\/ 325\n      23 -> arbitrary[ProjectRef],  \/\/ 2,283\n      3 -> ThisProject,             \/\/ 299\n      4 -> arbitrary[LocalProject], \/\/ 436\n      11 -> arbitrary[RootProject], \/\/ 1,133\n    )\n  }\n\n  implicit def arbConfigKey: Arbitrary[ConfigKey] = Arbitrary {\n    Gen.frequency(\n      2 -> const[ConfigKey](Compile),\n      2 -> const[ConfigKey](Test),\n      1 -> const[ConfigKey](Runtime),\n      1 -> const[ConfigKey](IntegrationTest),\n      1 -> const[ConfigKey](Provided),\n    )\n  }\n\n  implicit def arbAttrKey[A: Manifest]: Arbitrary[AttributeKey[_]] =\n    Arbitrary(Gen.identifier map (AttributeKey[A](_)))\n\n  def withScope[K <: Scoped.ScopingSetting[K]](keyGen: Gen[K]): Arbitrary[K] =\n    Arbitrary(Gen.frequency(\n      5 -> keyGen,\n      1 -> (for (key <- keyGen; scope <- arbitrary[Scope]) yield key in scope)\n    ))\n\n  def genInputKey[A: Manifest]: Gen[InputKey[A]] = Gen.identifier map (InputKey[A](_))\n  def genSettingKey[A: Manifest]: Gen[SettingKey[A]] = Gen.identifier map (SettingKey[A](_))\n  def genTaskKey[A: Manifest]: Gen[TaskKey[A]] = Gen.identifier map (TaskKey[A](_))\n\n  implicit def arbInputKey[A: Manifest]: Arbitrary[InputKey[A]] = withScope(genInputKey[A])\n  implicit def arbSettingKey[A: Manifest]: Arbitrary[SettingKey[A]] = withScope(genSettingKey[A])\n  implicit def arbTaskKey[A: Manifest]: Arbitrary[TaskKey[A]] = withScope(genTaskKey[A])\n\n  implicit def arbScoped[A: Manifest](implicit\n      arbInputKey: Arbitrary[InputKey[A]],\n      arbSettingKey: Arbitrary[SettingKey[A]],\n      arbTaskKey: Arbitrary[TaskKey[A]],\n  ): Arbitrary[Scoped] = {\n    Arbitrary(Gen.frequency(\n      15 -> arbitrary[InputKey[A]],   \/\/ 15,431\n      20 -> arbitrary[SettingKey[A]], \/\/ 19,645\n      23 -> arbitrary[TaskKey[A]],    \/\/ 22,867\n    ))\n  }\n\n  object WithoutScope {\n    implicit def arbInputKey[A: Manifest]: Arbitrary[InputKey[A]] = Arbitrary(genInputKey[A])\n    implicit def arbSettingKey[A: Manifest]: Arbitrary[SettingKey[A]] = Arbitrary(genSettingKey[A])\n    implicit def arbTaskKey[A: Manifest]: Arbitrary[TaskKey[A]] = Arbitrary(genTaskKey[A])\n  }\n\n  implicit def arbScopeAxis[A: Arbitrary]: Arbitrary[ScopeAxis[A]] =\n    Arbitrary(Gen.oneOf[ScopeAxis[A]](This, Zero, arbitrary[A] map (Select(_))))\n\n  implicit val arbAttributeMap: Arbitrary[AttributeMap] = Arbitrary {\n    Gen.frequency(\n      20 -> AttributeMap.empty,\n      1 -> (for (name <- Gen.identifier; isModule <- arbitrary[Boolean])\n        yield AttributeMap.empty\n            .put(AttributeKey[String](\"name\"), name)\n            .put(AttributeKey[Boolean](\"isModule\"), isModule)\n      )\n    )\n  }\n\n  implicit def arbScope: Arbitrary[Scope] = Arbitrary(\n    for {\n      r <- arbitrary[ScopeAxis[Reference]]\n      c <- arbitrary[ScopeAxis[ConfigKey]]\n      t <- arbitrary[ScopeAxis[AttributeKey[_]]]\n      e <- arbitrary[ScopeAxis[AttributeMap]]\n    } yield Scope(r, c, t, e)\n  )\n}\nimport BuildDSLInstances._\n\nobject CustomEquality {\n  trait Eq[A] {\n    def equal(x: A, y: A): Boolean\n  }\n\n  \/\/ Avoid reimplementing equality for other standard classes.\n  trait EqualLowPriority {\n    implicit def universal[A] = (x: A, y: A) => x == y\n  }\n\n  object Eq extends EqualLowPriority {\n    def apply[A: Eq]: Eq[A] = implicitly\n\n    implicit def eqScoped[A <: Scoped]: Eq[A] = (x, y) => x.scope == y.scope && x.key == y.key\n  }\n\n  implicit class AnyWith_===[A](private val x: A) extends AnyVal {\n    def ===(y: A)(implicit z: Eq[A]): Boolean = z.equal(x, y)\n    def =?(y: A)(implicit z: Eq[A]): Prop = {\n      if (x === y) proved else falsified :| s\"Expected $x but got $y\"\n    }\n  }\n\n  def expectValue[A: Eq](expected: A)(x: A) =  expected =? x\n}\nimport CustomEquality._\n\nobject SlashSyntaxSpec extends Properties(\"SlashSyntax\") with SlashSyntax {\n  type Key[K] = Scoped.ScopingSetting[K] with Scoped\n\n  property(\"Global \/ key == key in Global\") = {\n    def check[K <: Key[K]: Arbitrary] = forAll((k: K) => expectValue(k in Global)(Global \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference \/ key == key in Reference\") = {\n    def check[K <: Key[K]: Arbitrary] = forAll((r: Reference, k: K) => expectValue(k in r)(r \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference \/ Config \/ key == key in Reference in Config\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((r: Reference, c: ConfigKey, k: K) => expectValue(k in r in c)(r \/ c \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference \/ task.key \/ key == key in Reference in task\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((r: Reference, t: Scoped, k: K) => expectValue(k in (r, t))(r \/ t.key \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference \/ task \/ key ~= key in Reference in task\") = {\n    import WithoutScope._\n    def check[T <: Key[T]: Arbitrary, K <: Key[K]: Arbitrary] =\n      forAll((r: Reference, t: T, k: K) => expectValue(k in (r, t))(r \/ t \/ k))\n    (true\n        && check[InputKey[String], InputKey[String]]\n        && check[InputKey[String], SettingKey[String]]\n        && check[InputKey[String], TaskKey[String]]\n        && check[SettingKey[String], InputKey[String]]\n        && check[SettingKey[String], SettingKey[String]]\n        && check[SettingKey[String], TaskKey[String]]\n        && check[TaskKey[String], InputKey[String]]\n        && check[TaskKey[String], SettingKey[String]]\n        && check[TaskKey[String], TaskKey[String]]\n    )\n  }\n\n  property(\"Reference \/ Config \/ task.key \/ key == key in Reference in Config in task\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((r: Reference, c: ConfigKey, t: Scoped, k: K) =>\n        expectValue(k in (r, c, t))(r \/ c \/ t.key \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference \/ Config \/ task \/ key ~= key in Reference in Config in task\") = {\n    import WithoutScope._\n    def check[T <: Key[T]: Arbitrary, K <: Key[K]: Arbitrary] =\n      forAll((r: Reference, c: ConfigKey, t: T, k: K) => expectValue(k in (r, c, t))(r \/ c \/ t \/ k))\n    (true\n        && check[InputKey[String], InputKey[String]]\n        && check[InputKey[String], SettingKey[String]]\n        && check[InputKey[String], TaskKey[String]]\n        && check[SettingKey[String], InputKey[String]]\n        && check[SettingKey[String], SettingKey[String]]\n        && check[SettingKey[String], TaskKey[String]]\n        && check[TaskKey[String], InputKey[String]]\n        && check[TaskKey[String], SettingKey[String]]\n        && check[TaskKey[String], TaskKey[String]]\n    )\n  }\n\n  property(\"Config \/ key == key in Config\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((c: ConfigKey, k: K) => expectValue(k in c)(c \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Config \/ task.key \/ key == key in Config in task\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((c: ConfigKey, t: Scoped, k: K) => expectValue(k in c in t)(c \/ t.key \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Config \/ task \/ key ~= key in Config in task\") = {\n    import WithoutScope._\n    def check[T <: Key[T]: Arbitrary, K <: Key[K]: Arbitrary] =\n      forAll((c: ConfigKey, t: T, k: K) => expectValue(k in c in t)(c \/ t \/ k))\n    (true\n        && check[InputKey[String], InputKey[String]]\n        && check[InputKey[String], SettingKey[String]]\n        && check[InputKey[String], TaskKey[String]]\n        && check[SettingKey[String], InputKey[String]]\n        && check[SettingKey[String], SettingKey[String]]\n        && check[SettingKey[String], TaskKey[String]]\n        && check[TaskKey[String], InputKey[String]]\n        && check[TaskKey[String], SettingKey[String]]\n        && check[TaskKey[String], TaskKey[String]]\n    )\n  }\n\n  property(\"task.key \/ key == key in task\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((t: Scoped, k: K) => expectValue(k in t)(t.key \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"task \/ key ~= key in task\") = {\n    import WithoutScope._\n    def check[T <: Key[T]: Arbitrary, K <: Key[K]: Arbitrary] =\n      forAll((t: T, k: K) => expectValue(k in t)(t \/ k))\n    (true\n        && check[InputKey[String], InputKey[String]]\n        && check[InputKey[String], SettingKey[String]]\n        && check[InputKey[String], TaskKey[String]]\n        && check[SettingKey[String], InputKey[String]]\n        && check[SettingKey[String], SettingKey[String]]\n        && check[SettingKey[String], TaskKey[String]]\n        && check[TaskKey[String], InputKey[String]]\n        && check[TaskKey[String], SettingKey[String]]\n        && check[TaskKey[String], TaskKey[String]]\n    )\n  }\n\n  property(\"Scope \/ key == key in Scope\") = {\n    def check[K <: Key[K]: Arbitrary] = forAll((s: Scope, k: K) => expectValue(k in s)(s \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference? \/ key == key in ThisScope.copy(..)\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((r: ScopeAxis[Reference], k: K) =>\n        expectValue(k in ThisScope.copy(project = r))(r \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n  property(\"Reference? \/ ConfigKey? \/ key == key in ThisScope.copy(..)\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll((r: ScopeAxis[Reference], c: ScopeAxis[ConfigKey], k: K) =>\n        expectValue(k in ThisScope.copy(project = r, config = c))(r \/ c \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n\n\/\/  property(\"Reference? \/ AttributeKey? \/ key == key in ThisScope.copy(..)\") = {\n\/\/    def check[K <: Key[K]: Arbitrary] =\n\/\/      forAll(\n\/\/        (r: ScopeAxis[Reference], t: ScopeAxis[AttributeKey[_]], k: K) =>\n\/\/          expectValue(k in ThisScope.copy(project = r, task = t))(r \/ t \/ k))\n\/\/    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n\/\/  }\n\n  property(\"Reference? \/ ConfigKey? \/ AttributeKey? \/ key == key in ThisScope.copy(..)\") = {\n    def check[K <: Key[K]: Arbitrary] =\n      forAll(\n        (r: ScopeAxis[Reference], c: ScopeAxis[ConfigKey], t: ScopeAxis[AttributeKey[_]], k: K) =>\n          expectValue(k in ThisScope.copy(project = r, config = c, task = t))(r \/ c \/ t \/ k))\n    check[InputKey[String]] && check[SettingKey[String]] && check[TaskKey[String]]\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"testing\/src\/main\/scala\/sbt\/internal\/testing\/TestLogger.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal.testing\n\nimport testing.{ Logger => TLogger }\nimport sbt.internal.util.{ BufferedAppender, ConsoleAppender, ManagedLogger }\nimport sbt.util.{ Level, LogExchange, ShowLines }\nimport sbt.protocol.testing._\nimport java.util.concurrent.atomic.AtomicInteger\nimport scala.collection.JavaConverters._\n\nobject TestLogger {\n  import sbt.protocol.testing.codec.JsonProtocol._\n\n  implicit val testStringEventShowLines: ShowLines[TestStringEvent] =\n    ShowLines[TestStringEvent]({\n      case a: TestStringEvent => List(a.value)\n    })\n\n  private def generateName: String = \"test-\" + generateId.incrementAndGet\n  private val generateId: AtomicInteger = new AtomicInteger\n\n  private def generateBufferName: String = \"testbuffer-\" + generateBufferId.incrementAndGet\n  private val generateBufferId: AtomicInteger = new AtomicInteger\n\n  final class PerTest private[sbt] (\n      val log: ManagedLogger,\n      val flush: () => Unit,\n      val buffered: Boolean\n  )\n\n  def make(global: ManagedLogger, perTest: TestDefinition => PerTest): TestLogger = {\n    def makePerTest(tdef: TestDefinition): ContentLogger = {\n      val per = perTest(tdef)\n      val l0 = per.log\n      val config = LogExchange.loggerConfig(l0.name)\n      val as = config.getAppenders.asScala\n      val buffs: List[BufferedAppender] = (as map {\n        case (_, v) => BufferedAppender(generateBufferName, v)\n      }).toList\n      val newLog = LogExchange.logger(generateName, l0.channelName, l0.execId)\n      LogExchange.unbindLoggerAppenders(newLog.name)\n      LogExchange.bindLoggerAppenders(newLog.name, buffs map { x =>\n        (x, Level.Debug)\n      })\n      if (per.buffered) {\n        buffs foreach { _.record() }\n      }\n      new ContentLogger(\n        wrap(newLog),\n        () => {\n          buffs foreach { _.stopQuietly() }\n          per.flush()\n          \/\/ do not unbind here. since there's a delay in the async appender,\n          \/\/ it will result in missing log output.\n        }\n      )\n    }\n\n    global.registerStringCodec[TestStringEvent]\n\n    def showNoLines[A] = ShowLines[A](_ => Nil)\n    implicit val showNoLinesTestInitEvent = showNoLines[TestInitEvent]\n    implicit val showNoLinesStartTestGroupEvent = showNoLines[StartTestGroupEvent]\n    implicit val showNoLinesTestItemEvent = showNoLines[TestItemEvent]\n    implicit val showNoLinesEndTestGroupEvent = showNoLines[EndTestGroupEvent]\n    implicit val showNoLinesTestCompleteEvent = showNoLines[TestCompleteEvent]\n    global.registerStringCodec[TestInitEvent]\n    global.registerStringCodec[StartTestGroupEvent]\n    global.registerStringCodec[TestItemEvent]\n    global.registerStringCodec[EndTestGroupEvent]\n    global.registerStringCodec[TestCompleteEvent]\n\n    val config = new TestLogging(wrap(global), global, makePerTest)\n    new TestLogger(config)\n  }\n\n  def wrap(logger: ManagedLogger): TLogger =\n    new TLogger {\n      def error(s: String) = log(Level.Error, TestStringEvent(s))\n      def warn(s: String) = log(Level.Warn, TestStringEvent(s))\n      def info(s: String) = log(Level.Info, TestStringEvent(s))\n      def debug(s: String) = log(Level.Debug, TestStringEvent(s))\n      def trace(t: Throwable) = logger.trace(t)\n      private def log(level: Level.Value, event: TestStringEvent) = logger.logEvent(level, event)\n      def ansiCodesSupported() = ConsoleAppender.formatEnabledInEnv\n    }\n\n  private[sbt] def toTestItemEvent(event: TestEvent): TestItemEvent =\n    TestItemEvent(event.result, event.detail.toVector map { d =>\n      TestItemDetail(\n        d.fullyQualifiedName,\n        d.status,\n        d.duration match {\n          case -1 => None\n          case x  => Some(x)\n        }\n      )\n    })\n}\nfinal class TestLogging(\n    val global: TLogger,\n    val managed: ManagedLogger,\n    val logTest: TestDefinition => ContentLogger\n)\n\nclass TestLogger(val logging: TestLogging) extends TestsListener {\n  import TestLogger._\n  import logging.{ global => log, logTest, managed }\n  import sbt.protocol.testing.codec.JsonProtocol._\n\n  def doInit: Unit = managed.logEvent(Level.Info, TestInitEvent())\n\n  def startGroup(name: String): Unit = managed.logEvent(Level.Info, StartTestGroupEvent(name))\n\n  def testEvent(event: TestEvent): Unit = managed.logEvent(Level.Info, toTestItemEvent(event))\n\n  def endGroup(name: String, result: TestResult): Unit =\n    managed.logEvent(Level.Info, EndTestGroupEvent(name, result))\n\n  def endGroup(name: String, t: Throwable): Unit = {\n    log.trace(t)\n    log.error(s\"Could not run test $name: $t\")\n    managed.logEvent(\n      Level.Info,\n      EndTestGroupErrorEvent(name, (t.getMessage +: t.getStackTrace).mkString(\"\\n\"))\n    )\n  }\n\n  def doComplete(finalResult: TestResult): Unit =\n    managed.logEvent(Level.Info, TestCompleteEvent(finalResult))\n\n  override def contentLogger(test: TestDefinition): Option[ContentLogger] = Some(logTest(test))\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/contraband-scala\/sbt\/internal\/protocol\/JsonRpcNotificationMessage.scala","text":"\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.internal.protocol\nfinal class JsonRpcNotificationMessage private (\n  jsonrpc: String,\n  \/** The method to be invoked. *\/\n  val method: String,\n  \/** The method's params. *\/\n  val params: Option[sjsonnew.shaded.scalajson.ast.unsafe.JValue]) extends sbt.internal.protocol.JsonRpcMessage(jsonrpc) with Serializable {\n  \n  \n  \n  override def equals(o: Any): Boolean = o match {\n    case x: JsonRpcNotificationMessage => (this.jsonrpc == x.jsonrpc) && (this.method == x.method) && (this.params == x.params)\n    case _ => false\n  }\n  override def hashCode: Int = {\n    37 * (37 * (37 * (37 * (17 + \"sbt.internal.protocol.JsonRpcNotificationMessage\".##) + jsonrpc.##) + method.##) + params.##)\n  }\n  override def toString: String = {\n    s\"\"\"JsonRpcNotificationMessage($jsonrpc, $method, ${sbt.protocol.Serialization.compactPrintJsonOpt(params)})\"\"\"\n  }\n  protected[this] def copy(jsonrpc: String = jsonrpc, method: String = method, params: Option[sjsonnew.shaded.scalajson.ast.unsafe.JValue] = params): JsonRpcNotificationMessage = {\n    new JsonRpcNotificationMessage(jsonrpc, method, params)\n  }\n  def withJsonrpc(jsonrpc: String): JsonRpcNotificationMessage = {\n    copy(jsonrpc = jsonrpc)\n  }\n  def withMethod(method: String): JsonRpcNotificationMessage = {\n    copy(method = method)\n  }\n  def withParams(params: Option[sjsonnew.shaded.scalajson.ast.unsafe.JValue]): JsonRpcNotificationMessage = {\n    copy(params = params)\n  }\n  def withParams(params: sjsonnew.shaded.scalajson.ast.unsafe.JValue): JsonRpcNotificationMessage = {\n    copy(params = Option(params))\n  }\n}\nobject JsonRpcNotificationMessage {\n  \n  def apply(jsonrpc: String, method: String, params: Option[sjsonnew.shaded.scalajson.ast.unsafe.JValue]): JsonRpcNotificationMessage = new JsonRpcNotificationMessage(jsonrpc, method, params)\n  def apply(jsonrpc: String, method: String, params: sjsonnew.shaded.scalajson.ast.unsafe.JValue): JsonRpcNotificationMessage = new JsonRpcNotificationMessage(jsonrpc, method, Option(params))\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/Script.scala","text":"<reponame>fmlrt\/sbt\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport sbt.librarymanagement.Configurations\n\nimport sbt.util.Level\n\nimport java.io.File\nimport Keys._\nimport EvaluateConfigurations.{ evaluateConfiguration => evaluate }\nimport Configurations.Compile\nimport Scope.Global\n\nimport sbt.io.{ Hash, IO }\n\nobject Script {\n  final val Name = \"script\"\n  lazy val command =\n    Command.command(Name) { state =>\n      val scriptArg = state.remainingCommands.headOption map { _.commandLine } getOrElse sys.error(\n        \"No script file specified\")\n      val scriptFile = new File(scriptArg).getAbsoluteFile\n      val hash = Hash.halve(Hash.toHex(Hash(scriptFile.getAbsolutePath)))\n      val base = new File(CommandUtil.bootDirectory(state), hash)\n      IO.createDirectory(base)\n      val src = new File(base, \"src_managed\")\n      IO.createDirectory(src)\n      \/\/ handle any script extension or none\n      val scalaFile = {\n        val dotIndex = scriptArg.lastIndexOf(\".\")\n        if (dotIndex == -1) scriptArg + \".scala\"\n        else scriptArg.substring(0, dotIndex) + \".scala\"\n      }\n      val script = new File(src, scalaFile)\n      IO.copyFile(scriptFile, script)\n\n      val (eval, structure) = Load.defaultLoad(state, base, state.log)\n      val session = Load.initialSession(structure, eval)\n      val extracted = Project.extract(session, structure)\n      import extracted._\n\n      val embeddedSettings = blocks(script).flatMap { block =>\n        evaluate(eval(), script, block.lines, currentUnit.imports, block.offset + 1)(currentLoader)\n      }\n      val scriptAsSource = sources in Compile := script :: Nil\n      val asScript = scalacOptions ++= Seq(\"-Xscript\", script.getName.stripSuffix(\".scala\"))\n      val scriptSettings = Seq(asScript,\n                               scriptAsSource,\n                               logLevel in Global := Level.Warn,\n                               showSuccess in Global := false)\n      val append = Load.transformSettings(Load.projectScope(currentRef),\n                                          currentRef.build,\n                                          rootProject,\n                                          scriptSettings ++ embeddedSettings)\n\n      val newStructure = Load.reapply(session.original ++ append, structure)\n      val arguments = state.remainingCommands.drop(1).map(e => s\"\"\"\"${e.commandLine}\"\"\"\")\n      val newState = arguments.mkString(\"run \", \" \", \"\") :: state.copy(remainingCommands = Nil)\n      Project.setProject(session, newStructure, newState)\n    }\n\n  final case class Block(offset: Int, lines: Seq[String])\n  def blocks(file: File): Seq[Block] = {\n    val lines = IO.readLines(file).toIndexedSeq\n    def blocks(b: Block, acc: List[Block]): List[Block] =\n      if (b.lines.isEmpty)\n        acc.reverse\n      else {\n        val (dropped, blockToEnd) = b.lines.span { line =>\n          !line.startsWith(BlockStart)\n        }\n        val (block, remaining) = blockToEnd.span { line =>\n          !line.startsWith(BlockEnd)\n        }\n        val offset = b.offset + dropped.length\n        blocks(Block(offset + block.length, remaining), Block(offset, block.drop(1)) :: acc)\n      }\n    blocks(Block(0, lines), Nil)\n  }\n  val BlockStart = \"\/***\"\n  val BlockEnd = \"*\/\"\n  def fail(s: State, msg: String): State = {\n    System.err.println(msg)\n    s.fail\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/contraband-scala\/sbt\/ConnectionType.scala","text":"<reponame>fmlrt\/sbt\n\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt\nsealed abstract class ConnectionType extends Serializable\nobject ConnectionType {\n  \n  \/** This uses Unix domain socket on POSIX, and named pipe on Windows. *\/\n  case object Local extends ConnectionType\n  case object Tcp extends ConnectionType\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"run\/src\/test\/scala\/sbt\/TestLogger.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport sbt.internal.util._\nimport sbt.util._\n\nobject TestLogger {\n  def apply[T](f: Logger => T): T = {\n    val log = new BufferedLogger(ConsoleLogger())\n    log.setLevel(Level.Debug)\n    log.bufferQuietly(f(log))\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"sbt\/src\/sbt-test\/project\/no-publish\/build.sbt","text":"\/\/ this is supposed to do nothing, and more importantly: not fail\n\/\/ https:\/\/github.com\/sbt\/sbt\/pull\/3760\npublishArtifact := false\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-complete\/src\/main\/scala\/sbt\/internal\/util\/complete\/Parser.scala","text":"<reponame>fmlrt\/sbt<gh_stars>0\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\npackage complete\n\nimport Parser._\nimport sbt.internal.util.Types.{ left, right, some }\nimport sbt.internal.util.Util.{ makeList, separate }\n\n\/**\n * A String parser that provides semi-automatic tab completion.\n * A successful parse results in a value of type `T`.\n * The methods in this trait are what must be implemented to define a new Parser implementation, but are not typically useful for common usage.\n * Instead, most useful methods for combining smaller parsers into larger parsers are implicitly added by the [[RichParser]] type.\n *\/\nsealed trait Parser[+T] {\n  def derive(i: Char): Parser[T]\n  def resultEmpty: Result[T]\n  def result: Option[T]\n  def completions(level: Int): Completions\n  def failure: Option[Failure]\n  def isTokenStart = false\n  def ifValid[S](p: => Parser[S]): Parser[S]\n  def valid: Boolean\n}\n\nsealed trait RichParser[A] {\n\n  \/** Apply the original Parser and then apply `next` (in order).  The result of both is provides as a pair. *\/\n  def ~[B](next: Parser[B]): Parser[(A, B)]\n\n  \/** Apply the original Parser one or more times and provide the non-empty sequence of results.*\/\n  def + : Parser[Seq[A]]\n\n  \/** Apply the original Parser zero or more times and provide the (potentially empty) sequence of results.*\/\n  def * : Parser[Seq[A]]\n\n  \/** Apply the original Parser zero or one times, returning None if it was applied zero times or the result wrapped in Some if it was applied once.*\/\n  def ? : Parser[Option[A]]\n\n  \/** Apply either the original Parser or `b`.*\/\n  def |[B >: A](b: Parser[B]): Parser[B]\n\n  \/** Apply either the original Parser or `b`.*\/\n  def ||[B](b: Parser[B]): Parser[Either[A, B]]\n\n  \/** Apply the original Parser to the input and then apply `f` to the result.*\/\n  def map[B](f: A => B): Parser[B]\n\n  \/**\n   * Returns the original parser.  This is useful for converting literals to Parsers.\n   * For example, `'c'.id` or `\"asdf\".id`\n   *\/\n  def id: Parser[A]\n\n  \/** Apply the original Parser, but provide `value` as the result if it succeeds. *\/\n  def ^^^[B](value: B): Parser[B]\n\n  \/** Apply the original Parser, but provide `alt` as the result if it fails.*\/\n  def ??[B >: A](alt: B): Parser[B]\n\n  \/**\n   * Produces a Parser that applies the original Parser and then applies `next` (in order), discarding the result of `next`.\n   * (The arrow point in the direction of the retained result.)\n   *\/\n  def <~[B](b: Parser[B]): Parser[A]\n\n  \/**\n   * Produces a Parser that applies the original Parser and then applies `next` (in order), discarding the result of the original parser.\n   * (The arrow point in the direction of the retained result.)\n   *\/\n  def ~>[B](b: Parser[B]): Parser[B]\n\n  \/** Uses the specified message if the original Parser fails.*\/\n  def !!!(msg: String): Parser[A]\n\n  \/**\n   * If an exception is thrown by the original Parser,\n   * capture it and fail locally instead of allowing the exception to propagate up and terminate parsing.\n   *\/\n  def failOnException: Parser[A]\n\n  \/**\n   * Apply the original parser, but only succeed if `o` also succeeds.\n   * Note that `o` does not need to consume the same amount of input to satisfy this condition.\n   *\/\n  def &(o: Parser[_]): Parser[A]\n\n  \/** Explicitly defines the completions for the original Parser.*\/\n  def examples(s: String*): Parser[A]\n\n  \/** Explicitly defines the completions for the original Parser.*\/\n  def examples(s: Set[String], check: Boolean = false): Parser[A]\n\n  \/**\n   * @param exampleSource the source of examples when displaying completions to the user.\n   * @param maxNumberOfExamples limits the number of examples that the source of examples should return. This can\n   *                            prevent lengthy pauses and avoids bad interactive user experience.\n   * @param removeInvalidExamples indicates whether completion examples should be checked for validity (against the\n   *                              given parser). Invalid examples will be filtered out and only valid suggestions will\n   *                              be displayed.\n   * @return a new parser with a new source of completions.\n   *\/\n  def examples(\n      exampleSource: ExampleSource,\n      maxNumberOfExamples: Int,\n      removeInvalidExamples: Boolean\n  ): Parser[A]\n\n  \/**\n   * @param exampleSource the source of examples when displaying completions to the user.\n   * @return a new parser with a new source of completions. It displays at most 25 completion examples and does not\n   *         remove invalid examples.\n   *\/\n  def examples(exampleSource: ExampleSource): Parser[A] =\n    examples(exampleSource, maxNumberOfExamples = 25, removeInvalidExamples = false)\n\n  \/** Converts a Parser returning a Char sequence to a Parser returning a String.*\/\n  def string(implicit ev: A <:< Seq[Char]): Parser[String]\n\n  \/**\n   * Produces a Parser that filters the original parser.\n   * If 'f' is not true when applied to the output of the original parser, the Parser returned by this method fails.\n   * The failure message is constructed by applying `msg` to the String that was successfully parsed by the original parser.\n   *\/\n  def filter(f: A => Boolean, msg: String => String): Parser[A]\n\n  \/** Applies the original parser, applies `f` to the result to get the next parser, and applies that parser and uses its result for the overall result. *\/\n  def flatMap[B](f: A => Parser[B]): Parser[B]\n}\n\n\/** Contains Parser implementation helper methods not typically needed for using parsers. *\/\nobject Parser extends ParserMain {\n  sealed abstract class Result[+T] {\n    def isFailure: Boolean\n    def isValid: Boolean\n    def errors: Seq[String]\n    def or[B >: T](b: => Result[B]): Result[B]\n    def either[B](b: => Result[B]): Result[Either[T, B]]\n    def map[B](f: T => B): Result[B]\n    def flatMap[B](f: T => Result[B]): Result[B]\n    def &&(b: => Result[_]): Result[T]\n    def filter(f: T => Boolean, msg: => String): Result[T]\n    def seq[B](b: => Result[B]): Result[(T, B)] = app(b)((m, n) => (m, n))\n    def app[B, C](b: => Result[B])(f: (T, B) => C): Result[C]\n    def toEither: Either[() => Seq[String], T]\n  }\n\n  final case class Value[+T](value: T) extends Result[T] {\n    def isFailure = false\n    def isValid: Boolean = true\n    def errors = Nil\n\n    def app[B, C](b: => Result[B])(f: (T, B) => C): Result[C] = b match {\n      case fail: Failure => fail\n      case Value(bv)     => Value(f(value, bv))\n    }\n\n    def &&(b: => Result[_]): Result[T] = b match { case f: Failure => f; case _ => this }\n    def or[B >: T](b: => Result[B]): Result[B] = this\n    def either[B](b: => Result[B]): Result[Either[T, B]] = Value(Left(value))\n    def map[B](f: T => B): Result[B] = Value(f(value))\n    def flatMap[B](f: T => Result[B]): Result[B] = f(value)\n    def filter(f: T => Boolean, msg: => String): Result[T] = if (f(value)) this else mkFailure(msg)\n    def toEither = Right(value)\n  }\n\n  final class Failure private[sbt] (mkErrors: => Seq[String], val definitive: Boolean)\n      extends Result[Nothing] {\n    lazy val errors: Seq[String] = mkErrors\n    def isFailure = true\n    def isValid = false\n    def map[B](f: Nothing => B) = this\n    def flatMap[B](f: Nothing => Result[B]) = this\n\n    def or[B](b: => Result[B]): Result[B] = b match {\n      case v: Value[B] => v\n      case f: Failure  => if (definitive) this else this ++ f\n    }\n\n    def either[B](b: => Result[B]): Result[Either[Nothing, B]] = b match {\n      case Value(v)   => Value(Right(v))\n      case f: Failure => if (definitive) this else this ++ f\n    }\n\n    def filter(f: Nothing => Boolean, msg: => String) = this\n    def app[B, C](b: => Result[B])(f: (Nothing, B) => C): Result[C] = this\n    def &&(b: => Result[_]) = this\n    def toEither = Left(() => errors)\n\n    private[sbt] def ++(f: Failure) = mkFailures(errors ++ f.errors)\n  }\n\n  def mkFailures(errors: => Seq[String], definitive: Boolean = false): Failure =\n    new Failure(errors.distinct, definitive)\n\n  def mkFailure(error: => String, definitive: Boolean = false): Failure =\n    new Failure(error :: Nil, definitive)\n\n  def tuple[A, B](a: Option[A], b: Option[B]): Option[(A, B)] =\n    (a, b) match { case (Some(av), Some(bv)) => Some((av, bv)); case _ => None }\n\n  def mapParser[A, B](a: Parser[A], f: A => B): Parser[B] =\n    a.ifValid {\n      a.result match {\n        case Some(av) => success(f(av))\n        case None     => new MapParser(a, f)\n      }\n    }\n\n  def bindParser[A, B](a: Parser[A], f: A => Parser[B]): Parser[B] =\n    a.ifValid {\n      a.result match {\n        case Some(av) => f(av)\n        case None     => new BindParser(a, f)\n      }\n    }\n\n  def filterParser[T](\n      a: Parser[T],\n      f: T => Boolean,\n      seen: String,\n      msg: String => String\n  ): Parser[T] =\n    a.ifValid {\n      a.result match {\n        case Some(av) if f(av) => success(av)\n        case _                 => new Filter(a, f, seen, msg)\n      }\n    }\n\n  def seqParser[A, B](a: Parser[A], b: Parser[B]): Parser[(A, B)] =\n    a.ifValid {\n      b.ifValid {\n        (a.result, b.result) match {\n          case (Some(av), Some(bv)) => success((av, bv))\n          case (Some(av), None)     => b map (bv => (av, bv))\n          case (None, Some(bv))     => a map (av => (av, bv))\n          case (None, None)         => new SeqParser(a, b)\n        }\n      }\n    }\n\n  def choiceParser[A, B](a: Parser[A], b: Parser[B]): Parser[Either[A, B]] =\n    if (a.valid)\n      if (b.valid) new HetParser(a, b) else a.map(left.fn)\n    else\n      b.map(right.fn)\n\n  def opt[T](a: Parser[T]): Parser[Option[T]] =\n    if (a.valid) new Optional(a) else success(None)\n\n  def onFailure[T](delegate: Parser[T], msg: String): Parser[T] =\n    if (delegate.valid) new OnFailure(delegate, msg) else failure(msg)\n\n  def trapAndFail[T](delegate: Parser[T]): Parser[T] =\n    delegate.ifValid(new TrapAndFail(delegate))\n\n  def zeroOrMore[T](p: Parser[T]): Parser[Seq[T]] = repeat(p, 0, Infinite)\n  def oneOrMore[T](p: Parser[T]): Parser[Seq[T]] = repeat(p, 1, Infinite)\n\n  def repeat[T](p: Parser[T], min: Int = 0, max: UpperBound = Infinite): Parser[Seq[T]] =\n    repeat(None, p, min, max, Nil)\n\n  private[complete] def repeat[T](\n      partial: Option[Parser[T]],\n      repeated: Parser[T],\n      min: Int,\n      max: UpperBound,\n      revAcc: List[T]\n  ): Parser[Seq[T]] = {\n    assume(min >= 0, \"Minimum must be greater than or equal to zero (was \" + min + \")\")\n    assume(max >= min,\n           \"Minimum must be less than or equal to maximum (min: \" + min + \", max: \" + max + \")\")\n\n    def checkRepeated(invalidButOptional: => Parser[Seq[T]]): Parser[Seq[T]] =\n      repeated match {\n        case _: Invalid if min == 0 => invalidButOptional\n        case i: Invalid             => i\n        case _ =>\n          repeated.result match {\n            case Some(value) =>\n              success(revAcc reverse_::: value :: Nil) \/\/ revAcc should be Nil here\n            case None =>\n              if (max.isZero) success(revAcc.reverse)\n              else new Repeat(partial, repeated, min, max, revAcc)\n          }\n      }\n\n    partial match {\n      case Some(part) =>\n        part.ifValid {\n          part.result match {\n            case Some(value) => repeat(None, repeated, min, max, value :: revAcc)\n            case None        => checkRepeated(part.map(lv => (lv :: revAcc).reverse))\n          }\n        }\n      case None => checkRepeated(success(Nil))\n    }\n  }\n\n  def and[T](a: Parser[T], b: Parser[_]): Parser[T] = a.ifValid(b.ifValid(new And(a, b)))\n}\n\ntrait ParserMain {\n\n  \/** Provides combinators for Parsers.*\/\n  implicit def richParser[A](a: Parser[A]): RichParser[A] = new RichParser[A] {\n    def ~[B](b: Parser[B]) = seqParser(a, b)\n    def ||[B](b: Parser[B]) = choiceParser(a, b)\n    def |[B >: A](b: Parser[B]) = homParser(a, b)\n    def ? = opt(a)\n    def * = zeroOrMore(a)\n    def + = oneOrMore(a)\n    def map[B](f: A => B) = mapParser(a, f)\n    def id = a\n\n    def ^^^[B](value: B): Parser[B] = a map (_ => value)\n    def ??[B >: A](alt: B): Parser[B] = a.? map { _ getOrElse alt }\n    def <~[B](b: Parser[B]): Parser[A] = (a ~ b) map { case av ~ _ => av }\n    def ~>[B](b: Parser[B]): Parser[B] = (a ~ b) map { case _ ~ bv => bv }\n    def !!!(msg: String): Parser[A] = onFailure(a, msg)\n    def failOnException: Parser[A] = trapAndFail(a)\n\n    def &(o: Parser[_]) = and(a, o)\n    def examples(s: String*): Parser[A] = examples(s.toSet)\n\n    def examples(s: Set[String], check: Boolean = false): Parser[A] =\n      examples(new FixedSetExamples(s), s.size, check)\n\n    def examples(\n        s: ExampleSource,\n        maxNumberOfExamples: Int,\n        removeInvalidExamples: Boolean\n    ): Parser[A] =\n      Parser.examples(a, s, maxNumberOfExamples, removeInvalidExamples)\n\n    def filter(f: A => Boolean, msg: String => String): Parser[A] = filterParser(a, f, \"\", msg)\n    def string(implicit ev: A <:< Seq[Char]): Parser[String] = map(_.mkString)\n    def flatMap[B](f: A => Parser[B]) = bindParser(a, f)\n  }\n\n  implicit def literalRichCharParser(c: Char): RichParser[Char] = richParser(c)\n  implicit def literalRichStringParser(s: String): RichParser[String] = richParser(s)\n\n  \/**\n   * Construct a parser that is valid, but has no valid result.  This is used as a way\n   * to provide a definitive Failure when a parser doesn't match empty input.  For example,\n   * in `softFailure(...) | p`, if `p` doesn't match the empty sequence, the failure will come\n   * from the Parser constructed by the `softFailure` method.\n   *\/\n  private[sbt] def softFailure(msg: => String, definitive: Boolean = false): Parser[Nothing] =\n    SoftInvalid(mkFailures(msg :: Nil, definitive))\n\n  \/**\n   * Defines a parser that always fails on any input with messages `msgs`.\n   * If `definitive` is `true`, any failures by later alternatives are discarded.\n   *\/\n  def invalid(msgs: => Seq[String], definitive: Boolean = false): Parser[Nothing] =\n    Invalid(mkFailures(msgs, definitive))\n\n  \/**\n   * Defines a parser that always fails on any input with message `msg`.\n   * If `definitive` is `true`, any failures by later alternatives are discarded.\n   *\/\n  def failure(msg: => String, definitive: Boolean = false): Parser[Nothing] =\n    invalid(msg :: Nil, definitive)\n\n  \/** Defines a parser that always succeeds on empty input with the result `value`.*\/\n  def success[T](value: T): Parser[T] = new ValidParser[T] {\n    override def result = Some(value)\n    def resultEmpty = Value(value)\n    def derive(c: Char) = Parser.failure(\"Expected end of input.\")\n    def completions(level: Int) = Completions.empty\n    override def toString = \"success(\" + value + \")\"\n  }\n\n  \/** Presents a Char range as a Parser.  A single Char is parsed only if it is in the given range.*\/\n  implicit def range(r: collection.immutable.NumericRange[Char]): Parser[Char] =\n    charClass(r contains _).examples(r.map(_.toString): _*)\n\n  \/** Defines a Parser that parses a single character only if it is contained in `legal`.*\/\n  def chars(legal: String): Parser[Char] = {\n    val set = legal.toSet\n    charClass(set, \"character in '\" + legal + \"'\") examples (set.map(_.toString))\n  }\n\n  \/**\n   * Defines a Parser that parses a single character only if the predicate `f` returns true for that character.\n   * If this parser fails, `label` is used as the failure message.\n   *\/\n  def charClass(f: Char => Boolean, label: String = \"<unspecified>\"): Parser[Char] =\n    new CharacterClass(f, label)\n\n  \/** Presents a single Char `ch` as a Parser that only parses that exact character. *\/\n  implicit def literal(ch: Char): Parser[Char] = new ValidParser[Char] {\n    def result = None\n    def resultEmpty = mkFailure(\"Expected '\" + ch + \"'\")\n    def derive(c: Char) = if (c == ch) success(ch) else new Invalid(resultEmpty)\n    def completions(level: Int) = Completions.single(Completion.suggestion(ch.toString))\n    override def toString = \"'\" + ch + \"'\"\n  }\n\n  \/** Presents a literal String `s` as a Parser that only parses that exact text and provides it as the result.*\/\n  implicit def literal(s: String): Parser[String] = stringLiteral(s, 0)\n\n  \/** See [[unapply]]. *\/\n  object ~ {\n\n    \/** Convenience for destructuring a tuple that mirrors the `~` combinator.*\/\n    def unapply[A, B](t: (A, B)): Some[(A, B)] = Some(t)\n\n  }\n\n  \/** Parses input `str` using `parser`.  If successful, the result is provided wrapped in `Right`.  If unsuccessful, an error message is provided in `Left`.*\/\n  def parse[T](str: String, parser: Parser[T]): Either[String, T] =\n    Parser.result(parser, str).left.map { failures =>\n      val (msgs, pos) = failures()\n      ProcessError(str, msgs, pos)\n    }\n\n  \/**\n   * Convenience method to use when developing a parser.\n   * `parser` is applied to the input `str`.\n   * If `completions` is true, the available completions for the input are displayed.\n   * Otherwise, the result of parsing is printed using the result's `toString` method.\n   * If parsing fails, the error message is displayed.\n   *\n   * See also [[sampleParse]] and [[sampleCompletions]].\n   *\/\n  def sample(str: String, parser: Parser[_], completions: Boolean = false): Unit =\n    if (completions) sampleCompletions(str, parser) else sampleParse(str, parser)\n\n  \/**\n   * Convenience method to use when developing a parser.\n   * `parser` is applied to the input `str` and the result of parsing is printed using the result's `toString` method.\n   * If parsing fails, the error message is displayed.\n   *\/\n  def sampleParse(str: String, parser: Parser[_]): Unit =\n    parse(str, parser) match {\n      case Left(msg) => println(msg)\n      case Right(v)  => println(v)\n    }\n\n  \/**\n   * Convenience method to use when developing a parser.\n   * `parser` is applied to the input `str` and the available completions are displayed on separate lines.\n   * If parsing fails, the error message is displayed.\n   *\/\n  def sampleCompletions(str: String, parser: Parser[_], level: Int = 1): Unit =\n    Parser.completions(parser, str, level).get foreach println\n\n  \/\/ intended to be temporary pending proper error feedback\n  def result[T](p: Parser[T], s: String): Either[() => (Seq[String], Int), T] = {\n    def loop(i: Int, a: Parser[T]): Either[() => (Seq[String], Int), T] =\n      a match {\n        case Invalid(f) => Left(() => (f.errors, i))\n        case _ =>\n          val ci = i + 1\n          if (ci >= s.length)\n            a.resultEmpty.toEither.left.map { msgs0 => () =>\n              val msgs = msgs0()\n              val nonEmpty = if (msgs.isEmpty) \"Unexpected end of input\" :: Nil else msgs\n              (nonEmpty, ci)\n            } else\n            loop(ci, a derive s(ci))\n      }\n    loop(-1, p)\n  }\n\n  \/** Applies parser `p` to input `s`. *\/\n  def apply[T](p: Parser[T])(s: String): Parser[T] =\n    (p \/: s)(derive1)\n\n  \/** Applies parser `p` to a single character of input. *\/\n  def derive1[T](p: Parser[T], c: Char): Parser[T] =\n    if (p.valid) p.derive(c) else p\n\n  \/**\n   * Applies parser `p` to input `s` and returns the completions at verbosity `level`.\n   * The interpretation of `level` is up to parser definitions, but 0 is the default by convention,\n   * with increasing positive numbers corresponding to increasing verbosity.  Typically no more than\n   * a few levels are defined.\n   *\/\n  def completions(p: Parser[_], s: String, level: Int): Completions =\n    \/\/ The x Completions.empty removes any trailing token completions where append.isEmpty\n    apply(p)(s).completions(level) x Completions.empty\n\n  def examples[A](a: Parser[A], completions: Set[String], check: Boolean = false): Parser[A] =\n    examples(a, new FixedSetExamples(completions), completions.size, check)\n\n  \/**\n   * @param a the parser to decorate with a source of examples. All validation and parsing is delegated to this parser,\n   *          only [[Parser.completions]] is modified.\n   * @param completions the source of examples when displaying completions to the user.\n   * @param maxNumberOfExamples limits the number of examples that the source of examples should return. This can\n   *                            prevent lengthy pauses and avoids bad interactive user experience.\n   * @param removeInvalidExamples indicates whether completion examples should be checked for validity (against the given parser). An\n   *                              exception is thrown if the example source contains no valid completion suggestions.\n   * @tparam A the type of values that are returned by the parser.\n   * @return\n   *\/\n  def examples[A](\n      a: Parser[A],\n      completions: ExampleSource,\n      maxNumberOfExamples: Int,\n      removeInvalidExamples: Boolean\n  ): Parser[A] =\n    if (a.valid) {\n      a.result match {\n        case Some(av) => success(av)\n        case None =>\n          new ParserWithExamples(a, completions, maxNumberOfExamples, removeInvalidExamples)\n      }\n    } else a\n\n  def matched(\n      t: Parser[_],\n      seen: Vector[Char] = Vector.empty,\n      partial: Boolean = false\n  ): Parser[String] =\n    t match {\n      case i: Invalid => if (partial && seen.nonEmpty) success(seen.mkString) else i\n      case _ =>\n        if (t.result.isEmpty)\n          new MatchedString(t, seen, partial)\n        else\n          success(seen.mkString)\n    }\n\n  \/**\n   * Establishes delegate parser `t` as a single token of tab completion.\n   * When tab completion of part of this token is requested, the completions provided by the delegate `t` or a later derivative are appended to\n   * the prefix String already seen by this parser.\n   *\/\n  def token[T](t: Parser[T]): Parser[T] = token(t, TokenCompletions.default)\n\n  \/**\n   * Establishes delegate parser `t` as a single token of tab completion.\n   * When tab completion of part of this token is requested, no completions are returned if `hide` returns true for the current tab completion level.\n   * Otherwise, the completions provided by the delegate `t` or a later derivative are appended to the prefix String already seen by this parser.\n   *\/\n  def token[T](t: Parser[T], hide: Int => Boolean): Parser[T] =\n    token(t, TokenCompletions.default.hideWhen(hide))\n\n  \/**\n   * Establishes delegate parser `t` as a single token of tab completion.\n   * When tab completion of part of this token is requested, `description` is displayed for suggestions and no completions are ever performed.\n   *\/\n  def token[T](t: Parser[T], description: String): Parser[T] =\n    token(t, TokenCompletions.displayOnly(description))\n\n  \/**\n   * Establishes delegate parser `t` as a single token of tab completion.\n   * When tab completion of part of this token is requested, `display` is used as the printed suggestion, but the completions from the delegate\n   * parser `t` are used to complete if unambiguous.\n   *\/\n  def tokenDisplay[T](t: Parser[T], display: String): Parser[T] =\n    token(t, TokenCompletions.overrideDisplay(display))\n\n  def token[T](t: Parser[T], complete: TokenCompletions): Parser[T] =\n    mkToken(t, \"\", complete)\n\n  private[sbt] def mkToken[T](t: Parser[T], seen: String, complete: TokenCompletions): Parser[T] =\n    if (t.valid && !t.isTokenStart)\n      if (t.result.isEmpty) new TokenStart(t, seen, complete) else t\n    else\n      t\n\n  def homParser[A](a: Parser[A], b: Parser[A]): Parser[A] = (a, b) match {\n    case (Invalid(af), Invalid(bf)) => Invalid(af ++ bf)\n    case (Invalid(_), bv)           => bv\n    case (av, Invalid(_))           => av\n    case (_, _)                     => new HomParser(a, b)\n  }\n\n  def not(p: Parser[_], failMessage: String): Parser[Unit] = p.result match {\n    case None    => new Not(p, failMessage)\n    case Some(_) => failure(failMessage)\n  }\n\n  def oneOf[T](p: Seq[Parser[T]]): Parser[T] = p.reduceLeft(_ | _)\n  def seq[T](p: Seq[Parser[T]]): Parser[Seq[T]] = seq0(p, Nil)\n\n  def seq0[T](p: Seq[Parser[T]], errors: => Seq[String]): Parser[Seq[T]] = {\n    val (newErrors, valid) = separate(p) {\n      case Invalid(f) => Left(f.errors _); case ok => Right(ok)\n    }\n    def combinedErrors = errors ++ newErrors.flatMap(_())\n    if (valid.isEmpty) invalid(combinedErrors) else new ParserSeq(valid, combinedErrors)\n  }\n\n  def stringLiteral(s: String, start: Int): Parser[String] = {\n    val len = s.length\n    if (len == 0) sys.error(\"String literal cannot be empty\")\n    else if (start >= len) success(s)\n    else new StringLiteral(s, start)\n  }\n}\n\nsealed trait ValidParser[T] extends Parser[T] {\n  final def valid = true\n  final def failure = None\n  final def ifValid[S](p: => Parser[S]): Parser[S] = p\n}\n\nprivate final case class Invalid(fail: Failure) extends Parser[Nothing] {\n  def failure = Some(fail)\n  def result = None\n  def resultEmpty = fail\n  def derive(c: Char) = sys.error(\"Invalid.\")\n  def completions(level: Int) = Completions.nil\n  override def toString = fail.errors.mkString(\"; \")\n  def valid = false\n  def ifValid[S](p: => Parser[S]): Parser[S] = this\n}\n\nprivate final case class SoftInvalid(fail: Failure) extends ValidParser[Nothing] {\n  def result = None\n  def resultEmpty = fail\n  def derive(c: Char) = Invalid(fail)\n  def completions(level: Int) = Completions.nil\n  override def toString = fail.errors.mkString(\"; \")\n}\n\nprivate final class TrapAndFail[A](a: Parser[A]) extends ValidParser[A] {\n  def result = try { a.result } catch { case _: Exception           => None }\n  def resultEmpty = try { a.resultEmpty } catch { case e: Exception => fail(e) }\n\n  def derive(c: Char) = try { trapAndFail(a derive c) } catch {\n    case e: Exception => Invalid(fail(e))\n  }\n\n  def completions(level: Int) = try { a.completions(level) } catch {\n    case _: Exception => Completions.nil\n  }\n\n  override def toString = \"trap(\" + a + \")\"\n  override def isTokenStart = a.isTokenStart\n  private[this] def fail(e: Exception): Failure = mkFailure(e.toString)\n}\n\nprivate final class OnFailure[A](a: Parser[A], message: String) extends ValidParser[A] {\n  def result = a.result\n\n  def resultEmpty = a.resultEmpty match {\n    case _: Failure => mkFailure(message); case v: Value[A] => v\n  }\n\n  def derive(c: Char) = onFailure(a derive c, message)\n  def completions(level: Int) = a.completions(level)\n  override def toString = \"(\" + a + \" !!! \\\"\" + message + \"\\\" )\"\n  override def isTokenStart = a.isTokenStart\n}\n\nprivate final class SeqParser[A, B](a: Parser[A], b: Parser[B]) extends ValidParser[(A, B)] {\n  lazy val result = tuple(a.result, b.result)\n  lazy val resultEmpty = a.resultEmpty seq b.resultEmpty\n\n  def derive(c: Char) = {\n    val common = a.derive(c) ~ b\n    a.resultEmpty match {\n      case Value(av)  => common | b.derive(c).map(br => (av, br))\n      case _: Failure => common\n    }\n  }\n\n  def completions(level: Int) = a.completions(level) x b.completions(level)\n  override def toString = \"(\" + a + \" ~ \" + b + \")\"\n}\n\nprivate final class HomParser[A](a: Parser[A], b: Parser[A]) extends ValidParser[A] {\n  lazy val result = tuple(a.result, b.result) map (_._1)\n  def derive(c: Char) = (a derive c) | (b derive c)\n  lazy val resultEmpty = a.resultEmpty or b.resultEmpty\n  def completions(level: Int) = a.completions(level) ++ b.completions(level)\n  override def toString = \"(\" + a + \" | \" + b + \")\"\n}\n\nprivate final class HetParser[A, B](a: Parser[A], b: Parser[B]) extends ValidParser[Either[A, B]] {\n  lazy val result = tuple(a.result, b.result) map { case (a, _) => Left(a) }\n  def derive(c: Char) = (a derive c) || (b derive c)\n  lazy val resultEmpty = a.resultEmpty either b.resultEmpty\n  def completions(level: Int) = a.completions(level) ++ b.completions(level)\n  override def toString = \"(\" + a + \" || \" + b + \")\"\n}\n\nprivate final class ParserSeq[T](a: Seq[Parser[T]], errors: => Seq[String])\n    extends ValidParser[Seq[T]] {\n  assert(a.nonEmpty)\n\n  lazy val resultEmpty: Result[Seq[T]] = {\n    val res = a.map(_.resultEmpty)\n    val (failures, values) = separate(res)(_.toEither)\n    \/\/    if(failures.isEmpty) Value(values) else mkFailures(failures.flatMap(_()) ++ errors)\n    if (values.nonEmpty) Value(values) else mkFailures(failures.flatMap(_()) ++ errors)\n  }\n\n  def result = {\n    val success = a.flatMap(_.result)\n    if (success.length == a.length) Some(success) else None\n  }\n\n  def completions(level: Int) = a.map(_.completions(level)).reduceLeft(_ ++ _)\n  def derive(c: Char) = seq0(a.map(_ derive c), errors)\n\n  override def toString = \"seq(\" + a + \")\"\n}\n\nprivate final class BindParser[A, B](a: Parser[A], f: A => Parser[B]) extends ValidParser[B] {\n  lazy val result = a.result flatMap (av => f(av).result)\n  lazy val resultEmpty = a.resultEmpty flatMap (av => f(av).resultEmpty)\n\n  def completions(level: Int) =\n    a.completions(level) flatMap { c =>\n      apply(a)(c.append).resultEmpty match {\n        case _: Failure => Completions.strict(Set.empty + c)\n        case Value(av)  => c x f(av).completions(level)\n      }\n    }\n\n  def derive(c: Char) = {\n    val common = a derive c flatMap f\n    a.resultEmpty match {\n      case Value(av)  => common | derive1(f(av), c)\n      case _: Failure => common\n    }\n  }\n\n  override def isTokenStart = a.isTokenStart\n\n  override def toString = \"bind(\" + a + \")\"\n}\n\nprivate final class MapParser[A, B](a: Parser[A], f: A => B) extends ValidParser[B] {\n  lazy val result = a.result map f\n  lazy val resultEmpty = a.resultEmpty map f\n  def derive(c: Char) = (a derive c) map f\n  def completions(level: Int) = a.completions(level)\n  override def isTokenStart = a.isTokenStart\n  override def toString = \"map(\" + a + \")\"\n}\n\nprivate final class Filter[T](p: Parser[T], f: T => Boolean, seen: String, msg: String => String)\n    extends ValidParser[T] {\n  def filterResult(r: Result[T]) = r.filter(f, msg(seen))\n  lazy val result = p.result filter f\n  lazy val resultEmpty = filterResult(p.resultEmpty)\n  def derive(c: Char) = filterParser(p derive c, f, seen + c, msg)\n\n  def completions(level: Int) = p.completions(level) filterS { s =>\n    filterResult(apply(p)(s).resultEmpty).isValid\n  }\n\n  override def toString = \"filter(\" + p + \")\"\n  override def isTokenStart = p.isTokenStart\n}\n\nprivate final class MatchedString(delegate: Parser[_], seenV: Vector[Char], partial: Boolean)\n    extends ValidParser[String] {\n  lazy val seen = seenV.mkString\n  def derive(c: Char) = matched(delegate derive c, seenV :+ c, partial)\n  def completions(level: Int) = delegate.completions(level)\n  def result = if (delegate.result.isDefined) Some(seen) else None\n\n  def resultEmpty = delegate.resultEmpty match {\n    case f: Failure if !partial => f; case _ => Value(seen)\n  }\n\n  override def isTokenStart = delegate.isTokenStart\n  override def toString = \"matched(\" + partial + \", \" + seen + \", \" + delegate + \")\"\n}\n\nprivate final class TokenStart[T](delegate: Parser[T], seen: String, complete: TokenCompletions)\n    extends ValidParser[T] {\n  def derive(c: Char) = mkToken(delegate derive c, seen + c, complete)\n\n  def completions(level: Int) = complete match {\n    case dc: TokenCompletions.Delegating =>\n      dc.completions(seen, level, delegate.completions(level))\n    case fc: TokenCompletions.Fixed => fc.completions(seen, level)\n  }\n\n  def result = delegate.result\n  def resultEmpty = delegate.resultEmpty\n  override def isTokenStart = true\n  override def toString = \"token('\" + complete + \", \" + delegate + \")\"\n}\n\nprivate final class And[T](a: Parser[T], b: Parser[_]) extends ValidParser[T] {\n  lazy val result = tuple(a.result, b.result) map { _._1 }\n  def derive(c: Char) = (a derive c) & (b derive c)\n  def completions(level: Int) = a.completions(level).filterS(s => apply(b)(s).resultEmpty.isValid)\n  lazy val resultEmpty = a.resultEmpty && b.resultEmpty\n  override def toString = \"(%s) && (%s)\".format(a, b)\n}\n\nprivate final class Not(delegate: Parser[_], failMessage: String) extends ValidParser[Unit] {\n  def derive(c: Char) = if (delegate.valid) not(delegate derive c, failMessage) else this\n  def completions(level: Int) = Completions.empty\n  def result = None\n\n  lazy val resultEmpty = delegate.resultEmpty match {\n    case _: Failure  => Value(())\n    case _: Value[_] => mkFailure(failMessage)\n  }\n\n  override def toString = \" -(%s)\".format(delegate)\n}\n\n\/**\n * This class wraps an existing parser (the delegate), and replaces the delegate's completions with examples from\n * the given example source.\n *\n * This class asks the example source for a limited amount of examples (to prevent lengthy and expensive\n * computations and large amounts of allocated data). It then passes these examples on to the UI.\n *\n * @param delegate the parser to decorate with completion examples (i.e., completion of user input).\n * @param exampleSource the source from which this class will take examples (potentially filter them with the delegate\n *                      parser), and pass them to the UI.\n * @param maxNumberOfExamples the maximum number of completions to read from the example source and pass to the UI. This\n *                            limit prevents lengthy example generation and allocation of large amounts of memory.\n * @param removeInvalidExamples indicates whether to remove examples that are deemed invalid by the delegate parser.\n * @tparam T the type of value produced by the parser.\n *\/\nprivate final class ParserWithExamples[T](\n    delegate: Parser[T],\n    exampleSource: ExampleSource,\n    maxNumberOfExamples: Int,\n    removeInvalidExamples: Boolean\n) extends ValidParser[T] {\n\n  def derive(c: Char) =\n    examples(delegate derive c,\n             exampleSource.withAddedPrefix(c.toString),\n             maxNumberOfExamples,\n             removeInvalidExamples)\n\n  def result = delegate.result\n\n  lazy val resultEmpty = delegate.resultEmpty\n\n  def completions(level: Int) = {\n    if (exampleSource().isEmpty)\n      if (resultEmpty.isValid) Completions.nil else Completions.empty\n    else {\n      val examplesBasedOnTheResult = filteredExamples.take(maxNumberOfExamples).toSet\n      Completions(examplesBasedOnTheResult.map(ex => Completion.suggestion(ex)))\n    }\n  }\n\n  override def toString = \"examples(\" + delegate + \", \" + exampleSource().take(2).toList + \")\"\n\n  private def filteredExamples: Iterable[String] = {\n    if (removeInvalidExamples)\n      exampleSource().filter(isExampleValid)\n    else\n      exampleSource()\n  }\n\n  private def isExampleValid(example: String): Boolean = {\n    apply(delegate)(example).resultEmpty.isValid\n  }\n}\n\nprivate final class StringLiteral(str: String, start: Int) extends ValidParser[String] {\n  assert(0 <= start && start < str.length)\n\n  def failMsg = \"Expected '\" + str + \"'\"\n  def resultEmpty = mkFailure(failMsg)\n  def result = None\n\n  def derive(c: Char) =\n    if (str.charAt(start) == c) stringLiteral(str, start + 1) else new Invalid(resultEmpty)\n\n  def completions(level: Int) = Completions.single(Completion.suggestion(str.substring(start)))\n  override def toString = '\"' + str + '\"'\n}\n\nprivate final class CharacterClass(f: Char => Boolean, label: String) extends ValidParser[Char] {\n  def result = None\n  def resultEmpty = mkFailure(\"Expected \" + label)\n  def derive(c: Char) = if (f(c)) success(c) else Invalid(resultEmpty)\n  def completions(level: Int) = Completions.empty\n  override def toString = \"class(\" + label + \")\"\n}\n\nprivate final class Optional[T](delegate: Parser[T]) extends ValidParser[Option[T]] {\n  def result = delegate.result map some.fn\n  def resultEmpty = Value(None)\n  def derive(c: Char) = (delegate derive c).map(some.fn)\n  def completions(level: Int) = Completion.empty +: delegate.completions(level)\n  override def toString = delegate.toString + \"?\"\n}\n\nprivate final class Repeat[T](\n    partial: Option[Parser[T]],\n    repeated: Parser[T],\n    min: Int,\n    max: UpperBound,\n    accumulatedReverse: List[T]\n) extends ValidParser[Seq[T]] {\n  assume(0 <= min, \"Minimum occurences must be non-negative\")\n  assume(max >= min, \"Minimum occurences must be less than the maximum occurences\")\n\n  def derive(c: Char) =\n    partial match {\n      case Some(part) =>\n        val partD = repeat(Some(part derive c), repeated, min, max, accumulatedReverse)\n        part.resultEmpty match {\n          case Value(pv)  => partD | repeatDerive(c, pv :: accumulatedReverse)\n          case _: Failure => partD\n        }\n      case None => repeatDerive(c, accumulatedReverse)\n    }\n\n  def repeatDerive(c: Char, accRev: List[T]): Parser[Seq[T]] =\n    repeat(Some(repeated derive c), repeated, scala.math.max(0, min - 1), max.decrement, accRev)\n\n  def completions(level: Int) = {\n    def pow(comp: Completions, exp: Completions, n: Int): Completions =\n      if (n == 1) comp else pow(comp x exp, exp, n - 1)\n\n    val repC = repeated.completions(level)\n    val fin = if (min == 0) Completion.empty +: repC else pow(repC, repC, min)\n    partial match {\n      case Some(p) => p.completions(level) x fin\n      case None    => fin\n    }\n  }\n\n  def result = None\n\n  lazy val resultEmpty: Result[Seq[T]] = {\n    val partialAccumulatedOption =\n      partial match {\n        case None                 => Value(accumulatedReverse)\n        case Some(partialPattern) => partialPattern.resultEmpty.map(_ :: accumulatedReverse)\n      }\n    (partialAccumulatedOption app repeatedParseEmpty)(_ reverse_::: _)\n  }\n\n  private def repeatedParseEmpty: Result[List[T]] = {\n    if (min == 0)\n      Value(Nil)\n    else\n      \/\/ forced determinism\n      for (value <- repeated.resultEmpty) yield makeList(min, value)\n  }\n\n  override def toString = \"repeat(\" + min + \",\" + max + \",\" + partial + \",\" + repeated + \")\"\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"core-macros\/src\/main\/scala\/sbt\/internal\/util\/appmacro\/Convert.scala","text":"<filename>core-macros\/src\/main\/scala\/sbt\/internal\/util\/appmacro\/Convert.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\npackage appmacro\n\nimport scala.reflect._\nimport macros._\nimport Types.idFun\n\nabstract class Convert {\n  def apply[T: c.WeakTypeTag](c: blackbox.Context)(nme: String, in: c.Tree): Converted[c.type]\n  def asPredicate(c: blackbox.Context): (String, c.Type, c.Tree) => Boolean =\n    (n, tpe, tree) => {\n      val tag = c.WeakTypeTag(tpe)\n      apply(c)(n, tree)(tag).isSuccess\n    }\n}\nsealed trait Converted[C <: blackbox.Context with Singleton] {\n  def isSuccess: Boolean\n  def transform(f: C#Tree => C#Tree): Converted[C]\n}\nobject Converted {\n  def NotApplicable[C <: blackbox.Context with Singleton] = new NotApplicable[C]\n  final case class Failure[C <: blackbox.Context with Singleton](position: C#Position,\n                                                                 message: String)\n      extends Converted[C] {\n    def isSuccess = false\n    def transform(f: C#Tree => C#Tree): Converted[C] = new Failure(position, message)\n  }\n  final class NotApplicable[C <: blackbox.Context with Singleton] extends Converted[C] {\n    def isSuccess = false\n    def transform(f: C#Tree => C#Tree): Converted[C] = this\n  }\n  final case class Success[C <: blackbox.Context with Singleton](tree: C#Tree,\n                                                                 finalTransform: C#Tree => C#Tree)\n      extends Converted[C] {\n    def isSuccess = true\n    def transform(f: C#Tree => C#Tree): Converted[C] = Success(f(tree), finalTransform)\n  }\n  object Success {\n    def apply[C <: blackbox.Context with Singleton](tree: C#Tree): Success[C] =\n      Success(tree, idFun)\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"testing\/src\/main\/scala\/sbt\/TestReportListener.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport testing.{ Logger => TLogger, Event => TEvent, Status => TStatus }\nimport sbt.protocol.testing._\n\ntrait TestReportListener {\n\n  \/** called for each class or equivalent grouping *\/\n  def startGroup(name: String): Unit\n\n  \/** called for each test method or equivalent *\/\n  def testEvent(event: TestEvent): Unit\n\n  \/** called if there was an error during test *\/\n  def endGroup(name: String, t: Throwable): Unit\n\n  \/** called if test completed *\/\n  def endGroup(name: String, result: TestResult): Unit\n\n  \/** Used by the test framework for logging test results *\/\n  def contentLogger(@deprecated(\"unused\", \"\") test: TestDefinition): Option[ContentLogger] = None\n\n}\n\nfinal class ContentLogger(val log: TLogger, val flush: () => Unit)\n\ntrait TestsListener extends TestReportListener {\n\n  \/** called once, at beginning. *\/\n  def doInit(): Unit\n\n  \/** called once, at end of the test group. *\/\n  def doComplete(finalResult: TestResult): Unit\n\n}\n\n\/** Provides the overall `result` of a group of tests (a suite) and test counts for each result type. *\/\nfinal class SuiteResult(\n    val result: TestResult,\n    val passedCount: Int,\n    val failureCount: Int,\n    val errorCount: Int,\n    val skippedCount: Int,\n    val ignoredCount: Int,\n    val canceledCount: Int,\n    val pendingCount: Int\n) {\n  def +(other: SuiteResult): SuiteResult = {\n    val combinedTestResult =\n      (result, other.result) match {\n        case (TestResult.Passed, TestResult.Passed) => TestResult.Passed\n        case (_, TestResult.Error)                  => TestResult.Error\n        case (TestResult.Error, _)                  => TestResult.Error\n        case _                                      => TestResult.Failed\n      }\n    new SuiteResult(\n      combinedTestResult,\n      passedCount + other.passedCount,\n      failureCount + other.failureCount,\n      errorCount + other.errorCount,\n      skippedCount + other.skippedCount,\n      ignoredCount + other.ignoredCount,\n      canceledCount + other.canceledCount,\n      pendingCount + other.pendingCount\n    )\n  }\n}\n\nobject SuiteResult {\n\n  \/** Computes the overall result and counts for a suite with individual test results in `events`. *\/\n  def apply(events: Seq[TEvent]): SuiteResult = {\n    def count(status: TStatus) = events.count(_.status == status)\n    new SuiteResult(\n      TestEvent.overallResult(events),\n      count(TStatus.Success),\n      count(TStatus.Failure),\n      count(TStatus.Error),\n      count(TStatus.Skipped),\n      count(TStatus.Ignored),\n      count(TStatus.Canceled),\n      count(TStatus.Pending)\n    )\n  }\n\n  val Error: SuiteResult = new SuiteResult(TestResult.Error, 0, 0, 0, 0, 0, 0, 0)\n  val Empty: SuiteResult = new SuiteResult(TestResult.Passed, 0, 0, 0, 0, 0, 0, 0)\n\n}\n\nabstract class TestEvent {\n  def result: Option[TestResult]\n  def detail: Seq[TEvent] = Nil\n}\nobject TestEvent {\n  def apply(events: Seq[TEvent]): TestEvent =\n    new TestEvent {\n      val result = Some(overallResult(events))\n      override val detail = events\n    }\n\n  private[sbt] def overallResult(events: Seq[TEvent]): TestResult =\n    ((TestResult.Passed: TestResult) \/: events) { (sum, event) =>\n      (sum, event.status) match {\n        case (TestResult.Error, _)  => TestResult.Error\n        case (_, TStatus.Error)     => TestResult.Error\n        case (TestResult.Failed, _) => TestResult.Failed\n        case (_, TStatus.Failure)   => TestResult.Failed\n        case _                      => TestResult.Passed\n      }\n    }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/sbt\/internal\/parser\/SplitExpressionsTest.scala","text":"<reponame>fmlrt\/sbt<filename>main\/src\/test\/scala\/sbt\/internal\/parser\/SplitExpressionsTest.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage parser\n\nimport org.specs2.mutable.Specification\n\nclass SplitExpressionsTest extends Specification with SplitExpressionsBehavior {\n\n  \"EvaluateConfigurations\" should newExpressionsSplitter(EvaluateConfigurations.splitExpressions)\n\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/sbt\/internal\/parser\/SplitExpressions.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage parser\n\nimport java.io.File\n\nimport sbt.internal.util.LineRange\n\nobject SplitExpressions {\n  type SplitExpression = (File, Seq[String]) => (Seq[(String, Int)], Seq[(String, LineRange)])\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-settings\/src\/test\/scala\/sbt\/std\/TaskPosSpec.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.std\n\nclass TaskPosSpec {\n  \/\/ Dynamic tasks can have task invocations inside if branches\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val bar = taskKey[String](\"\")\n    val condition = true\n    Def.taskDyn[String] {\n      if (condition) foo\n      else bar\n    }\n  }\n\n  \/\/ Dynamic settings can have setting invocations inside if branches\n  locally {\n    import sbt._, Def._\n    val foo = settingKey[String](\"\")\n    val bar = settingKey[String](\"\")\n    val condition = true\n    Def.settingDyn[String] {\n      if (condition) foo\n      else bar\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val condition = true\n    Def.task[String] {\n      val fooAnon = () => foo.value: @sbtUnchecked\n      if (condition) fooAnon()\n      else fooAnon()\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val condition = true\n    Def.task[String] {\n      val fooAnon = () => (foo.value: @sbtUnchecked) + \"\"\n      if (condition) fooAnon()\n      else fooAnon()\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val bar = taskKey[String](\"\")\n    val condition = true\n    Def.task[String] {\n      if (condition) foo.value: @sbtUnchecked\n      else bar.value: @sbtUnchecked\n    }\n  }\n\n  locally {\n    \/\/ This is fix 1 for appearance of tasks inside anons\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val condition = true\n    Def.task[String] {\n      val fooResult = foo.value\n      val anon = () => fooResult + \" \"\n      if (condition) anon()\n      else \"\"\n    }\n  }\n\n  locally {\n    \/\/ This is fix 2 for appearance of tasks inside anons\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val condition = true\n    Def.taskDyn[String] {\n      val anon1 = (value: String) => value + \" \"\n      if (condition) {\n        Def.task(anon1(foo.value))\n      } else Def.task(\"\")\n    }\n  }\n\n  locally {\n    \/\/ missing .value error should not happen inside task dyn\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    Def.taskDyn[String] {\n      foo\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    val avoidDCE = \"\"\n    Def.task[String] {\n      val _ = foo: @sbtUnchecked\n      avoidDCE\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    Def.task[String] {\n      def inner(s: KeyedInitialize[_]) = println(s)\n      inner(foo)\n      \"\"\n    }\n  }\n\n  locally {\n    \/\/ In theory, this should be reported, but missing .value analysis is dumb at the cost of speed\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    def avoidDCE = { println(\"\"); \"\" }\n    Def.task[String] {\n      val (_, _) = \"\" match {\n        case _ => (foo, 1 + 2)\n      }\n      avoidDCE\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = taskKey[String](\"\")\n    def avoidDCE(x: TaskKey[String]) = x.toString\n    Def.task[String] {\n      val hehe = foo\n      \/\/ We do not detect `hehe` because guessing that the user did the wrong thing would require\n      \/\/ us to run the unused name traverser defined in Typer (and hence proxy it from context util)\n      avoidDCE(hehe)\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    def withKey(foo: => SettingKey[String]) = {\n      Def.task { if (true) foo.value }\n    }\n    val foo = settingKey[String](\"\")\n    withKey(foo)\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = settingKey[String](\"\")\n    val condition = true\n    Def.task[String] {\n      \/\/ settings can be evaluated in a condition\n      if (condition) foo.value\n      else \"...\"\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    val foo = settingKey[String](\"\")\n    Def.task[Seq[String]] {\n      (1 to 10).map(_ => foo.value)\n    }\n  }\n\n  locally {\n    import sbt._, Def._\n    def withKey(bar: => SettingKey[Int]) = {\n      Def.task {\n        List(42).map { _ =>\n          if (true) bar.value\n        }\n      }\n    }\n    val bar = settingKey[Int](\"bar\")\n    withKey(bar)\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/contraband-scala\/sbt\/ServerAuthentication.scala","text":"\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt\nsealed abstract class ServerAuthentication extends Serializable\nobject ServerAuthentication {\n  \n  \n  case object Token extends ServerAuthentication\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-complete\/src\/main\/scala\/sbt\/internal\/util\/complete\/Completions.scala","text":"<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\npackage complete\n\n\/**\n * Represents a set of completions.\n * It exists instead of implicitly defined operations on top of Set[Completion]\n *  for laziness.\n *\/\nsealed trait Completions {\n  def get: Set[Completion]\n\n  final def x(o: Completions): Completions = flatMap(_ x o)\n  final def ++(o: Completions): Completions = Completions(get ++ o.get)\n  final def +:(o: Completion): Completions = Completions(get + o)\n  final def filter(f: Completion => Boolean): Completions = Completions(get filter f)\n  final def filterS(f: String => Boolean): Completions = filter(c => f(c.append))\n\n  override def toString = get.mkString(\"Completions(\", \",\", \")\")\n\n  final def flatMap(f: Completion => Completions): Completions =\n    Completions(get.flatMap(c => f(c).get))\n\n  final def map(f: Completion => Completion): Completions = Completions(get map f)\n\n  override final def hashCode = get.hashCode\n  override final def equals(o: Any) = o match {\n    case c: Completions => get == c.get; case _ => false\n  }\n}\n\nobject Completions {\n\n  \/** Returns a lazy Completions instance using the provided Completion Set. *\/\n  def apply(cs: => Set[Completion]): Completions = new Completions {\n    lazy val get = cs\n  }\n\n  \/** Returns a strict Completions instance using the provided Completion Set. *\/\n  def strict(cs: Set[Completion]): Completions = apply(cs)\n\n  \/**\n   * No suggested completions, not even the empty Completion.\n   * This typically represents invalid input.\n   *\/\n  val nil: Completions = strict(Set.empty)\n\n  \/**\n   * Only includes an empty Suggestion.\n   * This typically represents valid input that either has no completions or accepts no further input.\n   *\/\n  val empty: Completions = strict(Set.empty + Completion.empty)\n\n  \/** Returns a strict Completions instance containing only the provided Completion.*\/\n  def single(c: Completion): Completions = strict(Set.empty + c)\n\n}\n\n\/**\n * Represents a completion.\n * The abstract members `display` and `append` are best explained with an example.\n *\n * Assuming space-delimited tokens, processing this:\n *   am is are w<TAB>\n * could produce these Completions:\n *   Completion { display = \"was\"; append = \"as\" }\n *   Completion { display = \"were\"; append = \"ere\" }\n * to suggest the tokens \"was\" and \"were\".\n *\n * In this way, two pieces of information are preserved:\n *  1) what needs to be appended to the current input if a completion is selected\n *  2) the full token being completed, which is useful for presenting a user with choices to select\n *\/\nsealed trait Completion {\n\n  \/** The proposed suffix to append to the existing input to complete the last token in the input.*\/\n  def append: String\n\n  \/** The string to present to the user to represent the full token being suggested.*\/\n  def display: String\n\n  \/** True if this Completion is suggesting the empty string.*\/\n  def isEmpty: Boolean\n\n  \/** Appends the completions in `o` with the completions in this Completion.*\/\n  def ++(o: Completion): Completion = Completion.concat(this, o)\n\n  final def x(o: Completions): Completions =\n    if (Completion evaluatesRight this) o.map(this ++ _) else Completions.strict(Set.empty + this)\n\n  override final lazy val hashCode = Completion.hashCode(this)\n  override final def equals(o: Any) = o match {\n    case c: Completion => Completion.equal(this, c); case _ => false\n  }\n}\n\nfinal class DisplayOnly(val display: String) extends Completion {\n  def isEmpty = display.isEmpty\n  def append = \"\"\n  override def toString = \"{\" + display + \"}\"\n}\n\nfinal class Token(val display: String, val append: String) extends Completion {\n  def isEmpty = display.isEmpty && append.isEmpty\n  override final def toString = \"[\" + display + \"]++\" + append\n}\n\nfinal class Suggestion(val append: String) extends Completion {\n  def isEmpty = append.isEmpty\n  def display = append\n  override def toString = append\n}\n\nobject Completion {\n  def concat(a: Completion, b: Completion): Completion =\n    (a, b) match {\n      case (as: Suggestion, bs: Suggestion)    => suggestion(as.append + bs.append)\n      case (at: Token, _) if at.append.isEmpty => b\n      case _ if a.isEmpty                      => b\n      case _                                   => a\n    }\n\n  def evaluatesRight(a: Completion): Boolean =\n    a match {\n      case _: Suggestion                  => true\n      case at: Token if at.append.isEmpty => true\n      case _                              => a.isEmpty\n    }\n\n  def equal(a: Completion, b: Completion): Boolean =\n    (a, b) match {\n      case (as: Suggestion, bs: Suggestion)   => as.append == bs.append\n      case (ad: DisplayOnly, bd: DisplayOnly) => ad.display == bd.display\n      case (at: Token, bt: Token)             => at.display == bt.display && at.append == bt.append\n      case _                                  => false\n    }\n\n  def hashCode(a: Completion): Int =\n    a match {\n      case as: Suggestion  => (0, as.append).hashCode\n      case ad: DisplayOnly => (1, ad.display).hashCode\n      case at: Token       => (2, at.display, at.append).hashCode\n    }\n\n  val empty: Completion = suggestion(\"\")\n  def single(c: Char): Completion = suggestion(c.toString)\n\n  def displayOnly(value: String): Completion = new DisplayOnly(value)\n\n  def token(prepend: String, append: String): Completion =\n    new Token(prepend + append, append)\n\n  \/** @since 0.12.1 *\/\n  def tokenDisplay(append: String, display: String): Completion = new Token(display, append)\n\n  def suggestion(value: String): Completion = new Suggestion(value)\n\n  @deprecated(\"No longer used. for binary compatibility\", \"1.1.0\")\n  private[complete] def displayOnly(value: => String): Completion = new DisplayOnly(value)\n\n  @deprecated(\"No longer used. for binary compatibility\", \"1.1.0\")\n  private[complete] def token(prepend: => String, append: => String): Completion =\n    new Token(prepend + append, append)\n\n  @deprecated(\"No longer used. for binary compatibility\", \"1.1.0\")\n  private[complete] def suggestion(value: => String): Completion = new Suggestion(value)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/scala\/sbt\/internal\/client\/NetworkClient.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage client\n\nimport java.io.IOException\nimport java.net.{ URI, Socket, InetAddress }\nimport java.util.UUID\nimport java.util.concurrent.atomic.{ AtomicBoolean, AtomicReference }\nimport scala.collection.mutable.ListBuffer\nimport scala.util.control.NonFatal\nimport sbt.protocol._\nimport sbt.internal.util.{ JLine, StringEvent, ConsoleAppender }\nimport sbt.util.Level\n\nclass NetworkClient(arguments: List[String]) { self =>\n  private val channelName = new AtomicReference(\"_\")\n  private val status = new AtomicReference(\"Ready\")\n  private val lock: AnyRef = new AnyRef {}\n  private val running = new AtomicBoolean(true)\n  private val pendingExecIds = ListBuffer.empty[String]\n\n  private val console = ConsoleAppender(\"thin1\")\n\n  def usageError = sys.error(\"Expecting: sbt client 127.0.0.1:port\")\n  val connection = init()\n  start()\n\n  def init(): ServerConnection = {\n    val u = arguments match {\n      case List(x) =>\n        if (x contains \":\/\/\") new URI(x)\n        else new URI(\"tcp:\/\/\" + x)\n      case _ => usageError\n    }\n    val host = Option(u.getHost) match {\n      case None    => usageError\n      case Some(x) => x\n    }\n    val port = Option(u.getPort) match {\n      case None               => usageError\n      case Some(x) if x == -1 => usageError\n      case Some(x)            => x\n    }\n    println(s\"client on port $port\")\n    val socket = new Socket(InetAddress.getByName(host), port)\n    new ServerConnection(socket) {\n      override def onEvent(event: EventMessage): Unit = self.onEvent(event)\n      override def onLogEntry(event: StringEvent): Unit = self.onLogEntry(event)\n      override def onShutdown(): Unit = {\n        running.set(false)\n      }\n    }\n  }\n\n  def onLogEntry(event: StringEvent): Unit = {\n    val level = event.level match {\n      case \"debug\" => Level.Debug\n      case \"info\"  => Level.Info\n      case \"warn\"  => Level.Warn\n      case \"error\" => Level.Error\n    }\n    console.appendLog(level, event.message)\n  }\n\n  def onEvent(event: EventMessage): Unit =\n    event match {\n      case e: ChannelAcceptedEvent =>\n        channelName.set(e.channelName)\n        println(event)\n      case e: ExecStatusEvent =>\n        status.set(e.status)\n        \/\/ println(event)\n        e.execId foreach { execId =>\n          if (e.status == \"Done\" && (pendingExecIds contains execId)) {\n            lock.synchronized {\n              pendingExecIds -= execId\n            }\n          }\n        }\n      case e => println(e.toString)\n    }\n\n  def start(): Unit = {\n    val reader = JLine.simple(None, JLine.HandleCONT, injectThreadSleep = true)\n    while (running.get) {\n      reader.readLine(\"> \", None) match {\n        case Some(\"exit\") =>\n          running.set(false)\n        case Some(s) =>\n          val execId = UUID.randomUUID.toString\n          publishCommand(ExecCommand(s, execId))\n          lock.synchronized {\n            pendingExecIds += execId\n          }\n          while (pendingExecIds contains execId) {\n            Thread.sleep(100)\n          }\n        case _ => \/\/\n      }\n    }\n  }\n\n  def publishCommand(command: CommandMessage): Unit = {\n    val bytes = Serialization.serializeCommand(command)\n    try {\n      connection.publish(bytes)\n    } catch {\n      case _: IOException =>\n      \/\/ log.debug(e.getMessage)\n      \/\/ toDel += client\n    }\n    lock.synchronized {\n      status.set(\"Processing\")\n    }\n  }\n}\n\nobject NetworkClient {\n  def run(arguments: List[String]): Unit =\n    try {\n      new NetworkClient(arguments)\n      ()\n    } catch {\n      case NonFatal(e) => println(e.getMessage)\n    }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/scala\/sbt\/internal\/CommandChannel.scala","text":"<reponame>fmlrt\/sbt<filename>main-command\/src\/main\/scala\/sbt\/internal\/CommandChannel.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport java.util.concurrent.ConcurrentLinkedQueue\nimport sbt.protocol.EventMessage\nimport sjsonnew.JsonFormat\n\n\/**\n * A command channel represents an IO device such as network socket or human\n * that can issue command or listen for some outputs.\n * We can think of a command channel to be an abstraction of the terminal window.\n *\/\nabstract class CommandChannel {\n  private val commandQueue: ConcurrentLinkedQueue[Exec] = new ConcurrentLinkedQueue()\n  def append(exec: Exec): Boolean = commandQueue.add(exec)\n  def poll: Option[Exec] = Option(commandQueue.poll)\n\n  def publishEvent[A: JsonFormat](event: A, execId: Option[String]): Unit\n  def publishEvent[A: JsonFormat](event: A): Unit\n  def publishEventMessage(event: EventMessage): Unit\n  def publishBytes(bytes: Array[Byte]): Unit\n  def shutdown(): Unit\n  def name: String\n}\n\n\/\/ case class Exec(commandLine: String, source: Option[CommandSource])\n\n\/\/ case class CommandSource(channelName: String)\n\n\/*\n * This is a data passed specifically for local prompting console.\n *\/\ncase class ConsolePromptEvent(state: State) extends EventMessage\n\n\/*\n * This is a data passed specifically for unprompting local console.\n *\/\ncase class ConsoleUnpromptEvent(lastSource: Option[CommandSource]) extends EventMessage\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/librarymanagement\/FakeRawRepository.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage librarymanagement\n\nimport sbt.io.IO\nimport sbt.librarymanagement.RawRepository\n\nobject FakeRawRepository {\n  def create(name: String): RawRepository =\n    new RawRepository(new FakeResolver(name, IO.createTemporaryDirectory, Map.empty), name)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-complete\/src\/test\/scala\/UnitSpec.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\n\nimport org.scalatest._\n\nabstract class UnitSpec extends FlatSpec with Matchers\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-complete\/src\/test\/scala\/sbt\/complete\/ParserWithExamplesTest.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\npackage complete\n\nimport Completion._\n\nclass ParserWithExamplesTest extends UnitSpec {\n\n  \"listing a limited number of completions\" should\n    \"grab only the needed number of elements from the iterable source of examples\" in {\n    val _ = new ParserWithLazyExamples {\n      parserWithExamples.completions(0)\n      examples.size shouldEqual maxNumberOfExamples\n    }\n  }\n\n  \"listing only valid completions\" should\n    \"use the delegate parser to remove invalid examples\" in {\n    val _ = new ParserWithValidExamples {\n      val validCompletions = Completions(\n        Set(\n          suggestion(\"blue\"),\n          suggestion(\"red\")\n        ))\n      parserWithExamples.completions(0) shouldEqual validCompletions\n    }\n  }\n\n  \"listing valid completions in a derived parser\" should\n    \"produce only valid examples that start with the character of the derivation\" in {\n    val _ = new ParserWithValidExamples {\n      val derivedCompletions = Completions(\n        Set(\n          suggestion(\"lue\")\n        ))\n      parserWithExamples.derive('b').completions(0) shouldEqual derivedCompletions\n    }\n  }\n\n  \"listing valid and invalid completions\" should\n    \"produce the entire source of examples\" in {\n    val _ = new parserWithAllExamples {\n      val completions = Completions(examples.map(suggestion(_)).toSet)\n      parserWithExamples.completions(0) shouldEqual completions\n    }\n  }\n\n  \"listing valid and invalid completions in a derived parser\" should\n    \"produce only examples that start with the character of the derivation\" in {\n    val _ = new parserWithAllExamples {\n      val derivedCompletions = Completions(\n        Set(\n          suggestion(\"lue\"),\n          suggestion(\"lock\")\n        ))\n      parserWithExamples.derive('b').completions(0) shouldEqual derivedCompletions\n    }\n  }\n\n  class ParserWithLazyExamples\n      extends ParserExample(\n        GrowableSourceOfExamples(),\n        maxNumberOfExamples = 5,\n        removeInvalidExamples = false\n      )\n\n  class ParserWithValidExamples extends ParserExample(removeInvalidExamples = true)\n\n  class parserWithAllExamples extends ParserExample(removeInvalidExamples = false)\n\n  case class ParserExample(\n      examples: Iterable[String] = Set(\"blue\", \"yellow\", \"greeen\", \"block\", \"red\"),\n      maxNumberOfExamples: Int = 25,\n      removeInvalidExamples: Boolean\n  ) {\n\n    import DefaultParsers._\n\n    val colorParser = \"blue\" | \"green\" | \"black\" | \"red\"\n    val parserWithExamples: Parser[String] = new ParserWithExamples[String](\n      colorParser,\n      FixedSetExamples(examples),\n      maxNumberOfExamples,\n      removeInvalidExamples\n    )\n  }\n\n  case class GrowableSourceOfExamples() extends Iterable[String] {\n    private var numberOfIteratedElements: Int = 0\n\n    override def iterator: Iterator[String] = {\n      new Iterator[String] {\n        var currentElement = 0\n\n        override def next(): String = {\n          currentElement += 1\n          numberOfIteratedElements = Math.max(currentElement, numberOfIteratedElements)\n          numberOfIteratedElements.toString\n        }\n\n        override def hasNext: Boolean = true\n      }\n    }\n\n    override def size: Int = numberOfIteratedElements\n  }\n\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"tasks-standard\/src\/test\/scala\/TaskGen.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport org.scalacheck._\nimport Gen.choose\n\nobject TaskGen extends std.TaskExtra {\n  \/\/ upper bounds to make the tests finish in reasonable time\n  val MaxTasks = 100\n  val MaxWorkers = 29\n  val MaxJoin = 20\n\n  val MaxTasksGen = choose(0, MaxTasks)\n  val MaxWorkersGen = choose(1, MaxWorkers)\n  val MaxJoinGen = choose(0, MaxJoin)\n  val TaskListGen = MaxTasksGen.flatMap(size => Gen.listOfN(size, Arbitrary.arbInt.arbitrary))\n\n  def run[T](root: Task[T], checkCycles: Boolean, maxWorkers: Int): Result[T] = {\n    val (service, shutdown) = CompletionService[Task[_], Completed](maxWorkers)\n    val dummies = std.Transform.DummyTaskMap(Nil)\n    val x = new Execute[Task](Execute.config(checkCycles),\n                              Execute.noTriggers,\n                              ExecuteProgress.empty[Task])(std.Transform(dummies))\n    try { x.run(root)(service) } finally { shutdown() }\n  }\n  def tryRun[T](root: Task[T], checkCycles: Boolean, maxWorkers: Int): T =\n    run(root, checkCycles, maxWorkers) match {\n      case Value(v) => v\n      case Inc(i)   => throw i\n    }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/scala\/xsbt\/IPC.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage xsbt\n\nimport java.io.{ BufferedReader, BufferedWriter, InputStreamReader, OutputStreamWriter }\nimport java.net.{ InetAddress, ServerSocket, Socket }\n\nimport scala.util.control.NonFatal\n\nobject IPC {\n  private val portMin = 1025\n  private val portMax = 65536\n  private val loopback = InetAddress.getByName(null) \/\/ loopback\n\n  def client[T](port: Int)(f: IPC => T): T =\n    ipc(new Socket(loopback, port))(f)\n\n  def pullServer[T](f: Server => T): T = {\n    val server = makeServer\n    try { f(new Server(server)) } finally { server.close() }\n  }\n  def unmanagedServer: Server = new Server(makeServer)\n  def makeServer: ServerSocket = {\n    val random = new java.util.Random\n    def nextPort = random.nextInt(portMax - portMin + 1) + portMin\n    def createServer(attempts: Int): ServerSocket =\n      if (attempts > 0)\n        try { new ServerSocket(nextPort, 1, loopback) } catch {\n          case NonFatal(_) => createServer(attempts - 1)\n        } else\n        sys.error(\"Could not connect to socket: maximum attempts exceeded\")\n    createServer(10)\n  }\n  def server[T](f: IPC => Option[T]): T = serverImpl(makeServer, f)\n  def server[T](port: Int)(f: IPC => Option[T]): T =\n    serverImpl(new ServerSocket(port, 1, loopback), f)\n  private def serverImpl[T](server: ServerSocket, f: IPC => Option[T]): T = {\n    def listen(): T = {\n      ipc(server.accept())(f) match {\n        case Some(done) => done\n        case None       => listen()\n      }\n    }\n\n    try { listen() } finally { server.close() }\n  }\n  private def ipc[T](s: Socket)(f: IPC => T): T =\n    try { f(new IPC(s)) } finally { s.close() }\n\n  final class Server private[IPC] (s: ServerSocket) {\n    def port = s.getLocalPort\n    def close() = s.close()\n    def isClosed: Boolean = s.isClosed\n    def connection[T](f: IPC => T): T = IPC.ipc(s.accept())(f)\n  }\n}\nfinal class IPC private (s: Socket) {\n  def port = s.getLocalPort\n  private val in = new BufferedReader(new InputStreamReader(s.getInputStream))\n  private val out = new BufferedWriter(new OutputStreamWriter(s.getOutputStream))\n\n  def send(s: String) = { out.write(s); out.newLine(); out.flush() }\n  def receive: String = in.readLine()\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/sbt\/internal\/parser\/AbstractSpec.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.parser\n\nimport org.specs2.mutable._\n\ntrait AbstractSpec extends Specification with SplitExpression\n"}
{"repo_name":"fmlrt\/sbt","path":"project\/Docs.scala","text":"import sbt._, Keys._\n\/*\nimport StatusPlugin.autoImport._\nimport com.typesafe.sbt.site.SitePlugin.autoImport._\nimport com.typesafe.sbt.site.SiteScaladocPlugin.autoImport._\nimport com.typesafe.sbt.sbtghpages.GhpagesPlugin.autoImport._\nimport com.typesafe.sbt.SbtGit, SbtGit.{ git, GitKeys }\nimport Sxr.{ sxr, SxrConf }\n *\/\n\nobject Docs {\n  def settings: Seq[Setting[_]] = Nil\n\n  \/*\n  val siteExcludes = Set(\".buildinfo\", \"objects.inv\")\n  def siteInclude(f: File) = !siteExcludes.contains(f.getName)\n\n  def settings: Seq[Setting[_]] = Def settings (\n    siteSubdirName in SiteScaladoc := \"api\",\n    siteIncludeSxr(\"sxr\"),\n    ghPagesSettings\n  )\n\n  def ghPagesSettings = Def settings (\n    git.remoteRepo := \"<EMAIL>:sbt\/sbt.github.com.git\",\n    localRepoDirectory,\n    ghpagesSynchLocal := synchLocalImpl.value,\n    ghpagesBranch := \"master\"\n  )\n\n  def localRepoDirectory = ghpagesRepository := {\n    \/\/ distinguish between building to update the site or not so that CI jobs\n    \/\/  that don't commit+publish don't leave uncommitted changes in the working directory\n    val status = if (isSnapshot.value) \"snapshot\" else \"public\"\n    Path.userHome \/ \".sbt\" \/ \"ghpages\" \/ status \/ organization.value \/ name.value\n  }\n\n  def siteIncludeSxr(prefix: String) = Def settings (\n    mappings in sxr := Path.allSubpaths(sxr.value).toSeq,\n    siteSubdirName in SxrConf := prefix,\n    addMappingsToSiteDir(mappings in sxr, siteSubdirName in SxrConf)\n  )\n\n  def synchLocalImpl = Def task {\n    val repo = ghpagesUpdatedRepository.value\n    val versioned = repo \/ version.value\n    IO.delete(versioned \/ \"sxr\")\n    IO.delete(versioned \/ \"api\")\n    val mappings = ghpagesPrivateMappings.value\n    val toCopy = for ((file, target) <- mappings if siteInclude(file))\n      yield (file, versioned \/ target)\n    IO.copy(toCopy)\n    repo\n  }\n *\/\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/test\/scala\/sbt\/internal\/parser\/SessionSettingsSpec.scala","text":"<filename>main\/src\/test\/scala\/sbt\/internal\/parser\/SessionSettingsSpec.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage parser\n\nimport java.io.{ File, FilenameFilter }\n\nimport org.specs2.matcher.MatchResult\n\nimport scala.collection.GenTraversableOnce\nimport scala.io.Source\nimport SessionSettings.SessionSetting\n\nabstract class AbstractSessionSettingsSpec(folder: String) extends AbstractSpec {\n  protected val rootPath = getClass.getClassLoader.getResource(\"\").getPath + folder\n  println(s\"Reading files from: $rootPath\")\n  protected val rootDir = new File(rootPath)\n\n  \"SessionSettings \" should {\n    \"Be identical for empty map \" in {\n      def unit(f: File) = Seq((Source.fromFile(f).getLines().toList, Seq()))\n      runTestOnFiles(unit)\n    }\n\n    \"Replace statements \" in {\n      runTestOnFiles(replace)\n    }\n  }\n\n  private def runTestOnFiles(expectedResultAndMap: File => Seq[(List[String], Seq[SessionSetting])])\n    : MatchResult[GenTraversableOnce[File]] = {\n\n    val allFiles = rootDir\n      .listFiles(new FilenameFilter() {\n        def accept(dir: File, name: String) = name.endsWith(\".sbt.txt\")\n      })\n      .toList\n    foreach(allFiles) { file =>\n      val originalLines = Source.fromFile(file).getLines().toList\n      foreach(expectedResultAndMap(file)) {\n        case (expectedResultList, commands) =>\n          val resultList = SbtRefactorings.applySessionSettings((file, originalLines), commands)\n          val expected = SbtParser(file, expectedResultList)\n          val result = SbtParser(file, resultList._2)\n          result.settings must_== expected.settings\n\n      }\n    }\n  }\n\n  protected def replace(f: File) = {\n    val dirs = rootDir\n      .listFiles(new FilenameFilter() {\n        def accept(dir: File, name: String) = {\n          val startsWith = f.getName + \"_\"\n          name.startsWith(startsWith)\n        }\n      })\n      .toSeq\n    dirs.flatMap { dir =>\n      val files = dir.listFiles(new FilenameFilter {\n        override def accept(dir: File, name: String) = name.endsWith(\".set\")\n      })\n      files.map { file =>\n        val seq = Source.fromFile(file).getLines().toSeq\n        val result = Source.fromFile(file.getAbsolutePath + \".result\").getLines().toList\n        val sessionSettings = seq.map(line => (null, Seq(line)))\n        (result, sessionSettings)\n      }\n    }\n  }\n\n}\n\nclass SessionSettingsSpec extends AbstractSessionSettingsSpec(\"session-settings\")\n\nclass SessionSettingsQuickSpec extends AbstractSessionSettingsSpec(\"session-settings-quick\")\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/contraband-scala\/sbt\/internal\/langserver\/SbtExecParams.scala","text":"<filename>protocol\/src\/main\/contraband-scala\/sbt\/internal\/langserver\/SbtExecParams.scala\n\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.internal.langserver\n\/** Command to execute sbt command. *\/\nfinal class SbtExecParams private (\n  val commandLine: String) extends Serializable {\n  \n  \n  \n  override def equals(o: Any): Boolean = o match {\n    case x: SbtExecParams => (this.commandLine == x.commandLine)\n    case _ => false\n  }\n  override def hashCode: Int = {\n    37 * (37 * (17 + \"sbt.internal.langserver.SbtExecParams\".##) + commandLine.##)\n  }\n  override def toString: String = {\n    \"SbtExecParams(\" + commandLine + \")\"\n  }\n  protected[this] def copy(commandLine: String = commandLine): SbtExecParams = {\n    new SbtExecParams(commandLine)\n  }\n  def withCommandLine(commandLine: String): SbtExecParams = {\n    copy(commandLine = commandLine)\n  }\n}\nobject SbtExecParams {\n  \n  def apply(commandLine: String): SbtExecParams = new SbtExecParams(commandLine)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/scala\/sbt\/internal\/protocol\/codec\/JsonRPCProtocol.scala","text":"<filename>protocol\/src\/main\/scala\/sbt\/internal\/protocol\/codec\/JsonRPCProtocol.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.protocol.codec\ntrait JsonRPCProtocol\n    extends sbt.internal.util.codec.JValueFormats\n    with sjsonnew.BasicJsonProtocol\n    with sbt.internal.protocol.codec.JsonRpcRequestMessageFormats\n    with sbt.internal.protocol.codec.JsonRpcResponseErrorFormats\n    with sbt.internal.protocol.codec.JsonRpcResponseMessageFormats\n    with sbt.internal.protocol.codec.JsonRpcNotificationMessageFormats\n\nobject JsonRPCProtocol extends JsonRPCProtocol\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/CommandExchange.scala","text":"<filename>main\/src\/main\/scala\/sbt\/internal\/CommandExchange.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport java.io.IOException\nimport java.util.concurrent.ConcurrentLinkedQueue\nimport java.util.concurrent.atomic._\nimport scala.collection.mutable.ListBuffer\nimport scala.annotation.tailrec\nimport BasicKeys.{\n  autoStartServer,\n  serverHost,\n  serverPort,\n  serverAuthentication,\n  serverConnectionType,\n  serverLogLevel,\n  logLevel\n}\nimport java.net.Socket\nimport sjsonnew.JsonFormat\nimport sjsonnew.shaded.scalajson.ast.unsafe._\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport scala.util.{ Success, Failure, Try }\nimport sbt.io.syntax._\nimport sbt.io.{ Hash, IO }\nimport sbt.internal.server._\nimport sbt.internal.langserver.{ LogMessageParams, MessageType }\nimport sbt.internal.util.{ StringEvent, ObjectEvent, MainAppender }\nimport sbt.internal.util.codec.JValueFormats\nimport sbt.protocol.{ EventMessage, ExecStatusEvent }\nimport sbt.util.{ Level, Logger, LogExchange }\n\n\/**\n * The command exchange merges multiple command channels (e.g. network and console),\n * and acts as the central multiplexing point.\n * Instead of blocking on JLine.readLine, the server command will block on\n * this exchange, which could serve command request from either of the channel.\n *\/\nprivate[sbt] final class CommandExchange {\n  private val autoStartServerSysProp =\n    sys.props get \"sbt.server.autostart\" forall (_.toLowerCase == \"true\")\n  private var server: Option[ServerInstance] = None\n  private val firstInstance: AtomicBoolean = new AtomicBoolean(true)\n  private var consoleChannel: Option[ConsoleChannel] = None\n  private val commandQueue: ConcurrentLinkedQueue[Exec] = new ConcurrentLinkedQueue()\n  private val channelBuffer: ListBuffer[CommandChannel] = new ListBuffer()\n  private val channelBufferLock = new AnyRef {}\n  private val nextChannelId: AtomicInteger = new AtomicInteger(0)\n  private lazy val jsonFormat = new sjsonnew.BasicJsonProtocol with JValueFormats {}\n\n  def channels: List[CommandChannel] = channelBuffer.toList\n  def subscribe(c: CommandChannel): Unit = channelBufferLock.synchronized(channelBuffer.append(c))\n\n  \/\/ periodically move all messages from all the channels\n  @tailrec def blockUntilNextExec: Exec = {\n    @tailrec def slurpMessages(): Unit =\n      channels.foldLeft(Option.empty[Exec]) { _ orElse _.poll } match {\n        case None => ()\n        case Some(x) =>\n          commandQueue.add(x)\n          slurpMessages\n      }\n    slurpMessages()\n    Option(commandQueue.poll) match {\n      case Some(x) => x\n      case None =>\n        Thread.sleep(50)\n        blockUntilNextExec\n    }\n  }\n\n  def run(s: State): State = {\n    if (consoleChannel.isEmpty) {\n      val console0 = new ConsoleChannel(\"console0\")\n      consoleChannel = Some(console0)\n      subscribe(console0)\n    }\n    val autoStartServerAttr = (s get autoStartServer) match {\n      case Some(bool) => bool\n      case None       => true\n    }\n    if (autoStartServerSysProp && autoStartServerAttr) runServer(s)\n    else s\n  }\n\n  private def newNetworkName: String = s\"network-${nextChannelId.incrementAndGet()}\"\n\n  \/**\n   * Check if a server instance is running already, and start one if it isn't.\n   *\/\n  private[sbt] def runServer(s: State): State = {\n    lazy val port = s.get(serverPort).getOrElse(5001)\n    lazy val host = s.get(serverHost).getOrElse(\"127.0.0.1\")\n    lazy val auth: Set[ServerAuthentication] =\n      s.get(serverAuthentication).getOrElse(Set(ServerAuthentication.Token))\n    lazy val connectionType = s.get(serverConnectionType).getOrElse(ConnectionType.Tcp)\n    lazy val level = s.get(serverLogLevel).orElse(s.get(logLevel)).getOrElse(Level.Warn)\n\n    def onIncomingSocket(socket: Socket, instance: ServerInstance): Unit = {\n      val name = newNetworkName\n      s.log.info(s\"new client connected: $name\")\n      val logger: Logger = {\n        val log = LogExchange.logger(name, None, None)\n        LogExchange.unbindLoggerAppenders(name)\n        val appender = MainAppender.defaultScreen(s.globalLogging.console)\n        LogExchange.bindLoggerAppenders(name, List(appender -> level))\n        log\n      }\n      val channel =\n        new NetworkChannel(name, socket, Project structure s, auth, instance, logger)\n      subscribe(channel)\n    }\n    if (server.isEmpty && firstInstance.get) {\n      val portfile = s.baseDir \/ \"project\" \/ \"target\" \/ \"active.json\"\n      val h = Hash.halfHashString(IO.toURI(portfile).toString)\n      val serverDir =\n        sys.env get \"SBT_GLOBAL_SERVER_DIR\" map file getOrElse BuildPaths.getGlobalBase(s) \/ \"server\"\n      val tokenfile = serverDir \/ h \/ \"token.json\"\n      val socketfile = serverDir \/ h \/ \"sock\"\n      val pipeName = \"sbt-server-\" + h\n      val connection = ServerConnection(\n        connectionType,\n        host,\n        port,\n        auth,\n        portfile,\n        tokenfile,\n        socketfile,\n        pipeName,\n      )\n      val serverInstance = Server.start(connection, onIncomingSocket, s.log)\n      \/\/ don't throw exception when it times out\n      val d = \"10s\"\n      Try(Await.ready(serverInstance.ready, Duration(d)))\n      serverInstance.ready.value match {\n        case Some(Success(())) =>\n          \/\/ remember to shutdown only when the server comes up\n          server = Some(serverInstance)\n        case Some(Failure(_: AlreadyRunningException)) =>\n          s.log.warn(\n            \"sbt server could not start because there's another instance of sbt running on this build.\")\n          s.log.warn(\"Running multiple instances is unsupported\")\n          server = None\n          firstInstance.set(false)\n        case Some(Failure(e)) =>\n          s.log.error(e.toString)\n          server = None\n        case None =>\n          s.log.warn(s\"sbt server could not start in $d\")\n          server = None\n          firstInstance.set(false)\n      }\n    }\n    s\n  }\n\n  def shutdown(): Unit = {\n    channels foreach (_.shutdown())\n    \/\/ interrupt and kill the thread\n    server.foreach(_.shutdown())\n    server = None\n  }\n\n  \/\/ This is an interface to directly notify events.\n  private[sbt] def notifyEvent[A: JsonFormat](method: String, params: A): Unit = {\n    val toDel: ListBuffer[CommandChannel] = ListBuffer.empty\n    channels.foreach {\n      case _: ConsoleChannel =>\n      \/\/ c.publishEvent(event)\n      case c: NetworkChannel =>\n        try {\n          c.notifyEvent(method, params)\n        } catch {\n          case _: IOException =>\n            toDel += c\n        }\n    }\n    toDel.toList match {\n      case Nil => \/\/ do nothing\n      case xs =>\n        channelBufferLock.synchronized {\n          channelBuffer --= xs\n          ()\n        }\n    }\n  }\n\n  def publishEvent[A: JsonFormat](event: A): Unit = {\n    val broadcastStringMessage = true\n    val toDel: ListBuffer[CommandChannel] = ListBuffer.empty\n\n    event match {\n      case entry: StringEvent =>\n        val params = toLogMessageParams(entry)\n        channels collect {\n          case c: ConsoleChannel =>\n            if (broadcastStringMessage || (entry.channelName forall (_ == c.name)))\n              c.publishEvent(event)\n          case c: NetworkChannel =>\n            try {\n              \/\/ Note that language server's LogMessageParams does not hold the execid,\n              \/\/ so this is weaker than the StringMessage. We might want to double-send\n              \/\/ in case we have a better client that can utilize the knowledge.\n              import sbt.internal.langserver.codec.JsonProtocol._\n              if (broadcastStringMessage || (entry.channelName contains c.name))\n                c.langNotify(\"window\/logMessage\", params)\n            } catch { case _: IOException => toDel += c }\n        }\n      case _ =>\n        channels foreach {\n          case c: ConsoleChannel => c.publishEvent(event)\n          case c: NetworkChannel =>\n            try c.publishEvent(event)\n            catch { case _: IOException => toDel += c }\n        }\n    }\n    toDel.toList match {\n      case Nil => \/\/ do nothing\n      case xs =>\n        channelBufferLock.synchronized {\n          channelBuffer --= xs\n          ()\n        }\n    }\n  }\n\n  private[sbt] def toLogMessageParams(event: StringEvent): LogMessageParams = {\n    LogMessageParams(MessageType.fromLevelString(event.level), event.message)\n  }\n\n  \/**\n   * This publishes object events. The type information has been\n   * erased because it went through logging.\n   *\/\n  private[sbt] def publishObjectEvent(event: ObjectEvent[_]): Unit = {\n    import jsonFormat._\n    val toDel: ListBuffer[CommandChannel] = ListBuffer.empty\n    def json: JValue = JObject(\n      JField(\"type\", JString(event.contentType)),\n      (Vector(JField(\"message\", event.json), JField(\"level\", JString(event.level.toString))) ++\n        (event.channelName.toVector map { channelName =>\n          JField(\"channelName\", JString(channelName))\n        }) ++\n        (event.execId.toVector map { execId =>\n          JField(\"execId\", JString(execId))\n        })): _*\n    )\n    channels collect {\n      case c: ConsoleChannel =>\n        c.publishEvent(json)\n      case c: NetworkChannel =>\n        try {\n          c.publishObjectEvent(event)\n        } catch {\n          case _: IOException =>\n            toDel += c\n        }\n    }\n    toDel.toList match {\n      case Nil => \/\/ do nothing\n      case xs =>\n        channelBufferLock.synchronized {\n          channelBuffer --= xs\n          ()\n        }\n    }\n  }\n\n  \/\/ fanout publishEvent\n  def publishEventMessage(event: EventMessage): Unit = {\n    val toDel: ListBuffer[CommandChannel] = ListBuffer.empty\n\n    def tryTo(x: => Unit, c: CommandChannel): Unit =\n      try x\n      catch { case _: IOException => toDel += c }\n\n    event match {\n      \/\/ Special treatment for ConsolePromptEvent since it's hand coded without codec.\n      case entry: ConsolePromptEvent =>\n        channels collect {\n          case c: ConsoleChannel => c.publishEventMessage(entry)\n        }\n      case entry: ConsoleUnpromptEvent =>\n        channels collect {\n          case c: ConsoleChannel => c.publishEventMessage(entry)\n        }\n      case entry: ExecStatusEvent =>\n        channels collect {\n          case c: ConsoleChannel =>\n            if (entry.channelName forall (_ == c.name)) c.publishEventMessage(event)\n          case c: NetworkChannel =>\n            if (entry.channelName contains c.name) tryTo(c.publishEventMessage(event), c)\n        }\n      case _ =>\n        channels collect {\n          case c: ConsoleChannel => c.publishEventMessage(event)\n          case c: NetworkChannel => tryTo(c.publishEventMessage(event), c)\n        }\n    }\n\n    toDel.toList match {\n      case Nil => \/\/ do nothing\n      case xs =>\n        channelBufferLock.synchronized {\n          channelBuffer --= xs\n          ()\n        }\n    }\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/internal\/BuildDef.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\n\nimport java.io.File\nimport Keys.{ organization, thisProject, autoGeneratedProject }\nimport Def.Setting\nimport sbt.io.Hash\nimport sbt.internal.util.Attributed\nimport sbt.internal.inc.ReflectUtilities\n\ntrait BuildDef {\n  def projectDefinitions(@deprecated(\"unused\", \"\") baseDirectory: File): Seq[Project] = projects\n  def projects: Seq[Project] = ReflectUtilities.allVals[Project](this).values.toSeq\n  \/\/ TODO: Should we grab the build core settings here or in a plugin?\n  def settings: Seq[Setting[_]] = Defaults.buildCore\n  def buildLoaders: Seq[BuildLoader.Components] = Nil\n\n  \/**\n   * Explicitly defines the root project.\n   * If None, the root project is the first project in the build's root directory or just the first project if none are in the root directory.\n   *\/\n  def rootProject: Option[Project] = None\n}\n\nprivate[sbt] object BuildDef {\n  val defaultEmpty: BuildDef = new BuildDef { override def projects = Nil }\n\n  val default: BuildDef = new BuildDef {\n    override def projectDefinitions(base: File) = defaultProject(defaultID(base), base) :: Nil\n  }\n\n  def defaultAggregated(id: String, aggregate: Seq[ProjectRef]): BuildDef = new BuildDef {\n    override def projectDefinitions(base: File) =\n      defaultAggregatedProject(id, base, aggregate) :: Nil\n  }\n\n  def defaultID(base: File, prefix: String = \"default\"): String =\n    prefix + \"-\" + Hash.trimHashString(base.getAbsolutePath, 6)\n\n  def defaultProject(id: String, base: File): Project =\n    Project(id, base).settings(defaultProjectSettings)\n\n  def defaultAggregatedProject(id: String, base: File, agg: Seq[ProjectRef]): Project =\n    defaultProject(id, base).aggregate(agg: _*)\n\n  private[sbt] def generatedRootWithoutIvyPlugin(\n      id: String,\n      base: File,\n      agg: Seq[ProjectRef]\n  ): Project =\n    Project.mkGeneratedRoot(id, base, agg).settings(defaultProjectSettings)\n\n  private[sbt] def defaultProjectSettings: Seq[Setting[_]] = Seq(\n    \/\/ TODO - Can we move this somewhere else?  ordering of settings is causing this to get borked.\n    \/\/ if the user has overridden the name, use the normal organization that is derived from the name.\n    organization := {\n      def isDefault(o: String) = thisProject.value.id == o\n      organization.?.value match {\n        case Some(o) if !isDefault(o) => o\n        case _                        => \"default\"\n      }\n    },\n    autoGeneratedProject := true\n  )\n\n  def analyzed(in: Seq[Attributed[_]]): Seq[xsbti.compile.CompileAnalysis] =\n    in.flatMap { _.metadata.get(Keys.analysis) }\n\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"sbt\/src\/server-test\/handshake\/build.sbt","text":"<reponame>fmlrt\/sbt<filename>sbt\/src\/server-test\/handshake\/build.sbt\nlazy val root = (project in file(\".\"))\n  .settings(\n    Global \/ serverLog \/ logLevel := Level.Debug,\n    name := \"handshake\",\n    scalaVersion := \"2.12.3\",\n  )\n"}
{"repo_name":"fmlrt\/sbt","path":"main-command\/src\/main\/scala\/sbt\/ExceptionCategory.scala","text":"<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport java.lang.reflect.InvocationTargetException\nimport scala.annotation.tailrec\n\nimport sbt.internal.util.{ AlreadyHandledException, MessageOnlyException, UnprintableException }\n\nprivate[sbt] sealed abstract class ExceptionCategory {\n  def isFull: Boolean = false\n}\nprivate[sbt] object ExceptionCategory {\n\n  @tailrec def apply(t: Throwable): ExceptionCategory = t match {\n    case _: AlreadyHandledException | _: UnprintableException => AlreadyHandled\n    case ite: InvocationTargetException =>\n      val cause = ite.getCause\n      if (cause == null || cause == ite) new Full(ite) else apply(cause)\n    case _: MessageOnlyException => new MessageOnly(t.toString)\n    case _                       => new Full(t)\n  }\n\n  object AlreadyHandled extends ExceptionCategory\n  final class MessageOnly(val message: String) extends ExceptionCategory\n  final class Full(val exception: Throwable) extends ExceptionCategory {\n    override def isFull = true\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"protocol\/src\/main\/scala\/sbt\/internal\/langserver\/ErrorCodes.scala","text":"<gh_stars>0\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage internal\npackage langserver\n\nobject ErrorCodes {\n  \/\/ Defined by JSON RPC\n  val ParseError = -32700L\n  val InvalidRequest = -32600L\n  val MethodNotFound = -32601L\n  val InvalidParams = -32602L\n  val InternalError = -32603L\n  val serverErrorStart = -32099L\n  val serverErrorEnd = -32000L\n  val ServerNotInitialized = -32002L\n  val UnknownErrorCode = -32001L\n\n  \/\/ Defined by the protocol.\n  val RequestCancelled = -32800L\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"main\/src\/main\/scala\/sbt\/plugins\/SbtPlugin.scala","text":"<gh_stars>1-10\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\npackage plugins\n\nimport Keys._\n\nobject SbtPlugin extends AutoPlugin {\n  override def requires = ScriptedPlugin\n\n  override lazy val projectSettings = Seq(\n    sbtPlugin := true\n  )\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"sbt\/src\/sbt-test\/tests\/nested-tests\/build.sbt","text":"<reponame>fmlrt\/sbt\nlibraryDependencies += \"org.scalacheck\" %% \"scalacheck\" % \"1.13.5\" % \"test\"\n\nversion := \"0.0.1\"\nname := \"broken\"\norganization := \"org.catastrophe\"\n\/\/scalaVersion := \"2.10.6\"\nscalaVersion := \"2.12.3\"\n\n"}
{"repo_name":"fmlrt\/sbt","path":"tasks-standard\/src\/test\/scala\/Execute.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\nimport org.scalacheck._\nimport Prop._\nimport TaskGen._\n\nobject ExecuteSpec extends Properties(\"Execute\") {\n  val iGen = Arbitrary.arbInt.arbitrary\n  property(\"evaluates simple task\") = forAll(iGen, MaxWorkersGen) { (i: Int, workers: Int) =>\n    (\"Workers: \" + workers) |:\n      checkResult(tryRun(task(i), false, workers), i)\n  }\n  \/\/ no direct dependencies currently\n  \/*property(\"evaluates simple static graph\") = forAll(iGen, MaxWorkersGen) { (i: Int, workers: Int) =>\n\t\t(\"Workers: \" + workers) |:\n\t\t{\n\t\t\tdef result = tryRun(Task(i) dependsOn(task(false),task(\"a\")), false, workers)\n\t\t\tcheckResult(result, i)\n\t\t}\n\t}*\/\n\n  property(\"evaluates simple mapped task\") = forAll(iGen, MaxTasksGen, MaxWorkersGen) {\n    (i: Int, times: Int, workers: Int) =>\n      (\"Workers: \" + workers) |: (\"Value: \" + i) |: (\"Times: \" + times) |: {\n        def result = tryRun(task(i).map(_ * times), false, workers)\n        checkResult(result, i * times)\n      }\n  }\n  property(\"evaluates chained mapped task\") = forAllNoShrink(iGen, MaxTasksGen, MaxWorkersGen) {\n    (i: Int, times: Int, workers: Int) =>\n      (\"Workers: \" + workers) |: (\"Value: \" + i) |: (\"Times: \" + times) |: {\n        val initial = task(0) map (identity[Int])\n        def t = (initial \/: (0 until times))((t, ignore) => t.map(_ + i))\n        checkResult(tryRun(t, false, workers), i * times)\n      }\n  }\n\n  property(\"evaluates simple bind\") = forAll(iGen, MaxTasksGen, MaxWorkersGen) {\n    (i: Int, times: Int, workers: Int) =>\n      (\"Workers: \" + workers) |: (\"Value: \" + i) |: (\"Times: \" + times) |: {\n        def result = tryRun(task(i).flatMap(x => task(x * times)), false, workers)\n        checkResult(result, i * times)\n      }\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"scripted\/plugin\/src\/main\/scala\/sbt\/test\/ScriptedTests.scala","text":"<filename>scripted\/plugin\/src\/main\/scala\/sbt\/test\/ScriptedTests.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.test\n\nimport java.io.File\n\n\/**\n * This is a bincompat place holder sbt.test package that we are now trying to hide\n * because of the name conflict with Keys.test.\n *\/\n@deprecated(\"Use sbt.scriptedtest.ScriptedRunner.\", \"1.2.0\")\nprivate[sbt] class ScriptedRunner extends sbt.scriptedtest.ScriptedRunner\n\n\/**\n * This is a bincompat place holder for sbt.test package that we are now trying to hide\n * because of the name conflict with Keys.test.\n *\/\n@deprecated(\"Use sbt.scriptedtest.ScriptedTests.\", \"1.2.0\")\nprivate[sbt] object ScriptedTests extends ScriptedRunner {\n\n  \/** Represents the function that runs the scripted tests, both in single or batch mode. *\/\n  type TestRunner = () => Seq[Option[String]]\n\n  val emptyCallback: File => Unit = _ => ()\n  def main(args: Array[String]): Unit =\n    sbt.scriptedtest.ScriptedTests.main(args)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-collection\/src\/main\/scala\/sbt\/util\/OptJsonWriter.scala","text":"<filename>internal\/util-collection\/src\/main\/scala\/sbt\/util\/OptJsonWriter.scala\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.util\n\nimport sjsonnew.JsonWriter\n\nsealed trait OptJsonWriter[A]\nfinal case class NoJsonWriter[A]() extends OptJsonWriter[A]\nfinal case class SomeJsonWriter[A](value: JsonWriter[A]) extends OptJsonWriter[A]\n\ntrait OptJsonWriter0 {\n  implicit def fallback[A]: NoJsonWriter[A] = NoJsonWriter()\n}\nobject OptJsonWriter extends OptJsonWriter0 {\n  implicit def lift[A](implicit z: JsonWriter[A]): SomeJsonWriter[A] = SomeJsonWriter(z)\n\n  trait StrictMode0 {\n    implicit def conflictingFallback1[A]: NoJsonWriter[A] = NoJsonWriter()\n    implicit def conflictingFallback2[A]: NoJsonWriter[A] = NoJsonWriter()\n  }\n  object StrictMode extends StrictMode0 {\n    implicit def lift[A](implicit z: JsonWriter[A]): SomeJsonWriter[A] = SomeJsonWriter(z)\n  }\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"testing\/src\/main\/contraband-scala\/sbt\/protocol\/testing\/TestItemDetail.scala","text":"\/**\n * This code is generated using [[http:\/\/www.scala-sbt.org\/contraband\/ sbt-contraband]].\n *\/\n\n\/\/ DO NOT EDIT MANUALLY\npackage sbt.protocol.testing\n\/** Mini version of sbt.testing.Event *\/\nfinal class TestItemDetail private (\n  \/**\n   * The fully qualified name of a class that can rerun the suite or test\n   * about which an event was fired.\n   *\/\n  val fullyQualifiedName: String,\n  \/** Indicates whether the event represents a test success, failure, error, skipped, ignored, canceled, pending. *\/\n  val status: sbt.testing.Status,\n  \/**\n   * An amount of time, in milliseconds, that was required to complete the action reported by this event.\n   * None, if no duration was available.\n   *\/\n  val duration: Option[Long]) extends Serializable {\n  \n  \n  \n  override def equals(o: Any): Boolean = o match {\n    case x: TestItemDetail => (this.fullyQualifiedName == x.fullyQualifiedName) && (this.status == x.status) && (this.duration == x.duration)\n    case _ => false\n  }\n  override def hashCode: Int = {\n    37 * (37 * (37 * (37 * (17 + \"sbt.protocol.testing.TestItemDetail\".##) + fullyQualifiedName.##) + status.##) + duration.##)\n  }\n  override def toString: String = {\n    \"TestItemDetail(\" + fullyQualifiedName + \", \" + status + \", \" + duration + \")\"\n  }\n  protected[this] def copy(fullyQualifiedName: String = fullyQualifiedName, status: sbt.testing.Status = status, duration: Option[Long] = duration): TestItemDetail = {\n    new TestItemDetail(fullyQualifiedName, status, duration)\n  }\n  def withFullyQualifiedName(fullyQualifiedName: String): TestItemDetail = {\n    copy(fullyQualifiedName = fullyQualifiedName)\n  }\n  def withStatus(status: sbt.testing.Status): TestItemDetail = {\n    copy(status = status)\n  }\n  def withDuration(duration: Option[Long]): TestItemDetail = {\n    copy(duration = duration)\n  }\n  def withDuration(duration: Long): TestItemDetail = {\n    copy(duration = Option(duration))\n  }\n}\nobject TestItemDetail {\n  \n  def apply(fullyQualifiedName: String, status: sbt.testing.Status, duration: Option[Long]): TestItemDetail = new TestItemDetail(fullyQualifiedName, status, duration)\n  def apply(fullyQualifiedName: String, status: sbt.testing.Status, duration: Long): TestItemDetail = new TestItemDetail(fullyQualifiedName, status, Option(duration))\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"sbt\/src\/main\/scala\/AllSyntax.scala","text":"<reponame>fmlrt\/sbt\n\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt\n\n\/\/ Todo share this this io.syntax\nprivate[sbt] trait IOSyntax0 extends IOSyntax1 {\n  implicit def alternative[A, B](f: A => Option[B]): Alternative[A, B] =\n    new Alternative[A, B] {\n      def |(g: A => Option[B]) =\n        (a: A) => f(a) orElse g(a)\n    }\n}\nprivate[sbt] trait Alternative[A, B] {\n  def |(g: A => Option[B]): A => Option[B]\n}\n\nprivate[sbt] trait IOSyntax1 {\n  implicit def singleFileFinder(file: File): sbt.io.PathFinder = sbt.io.PathFinder(file)\n}\n"}
{"repo_name":"fmlrt\/sbt","path":"internal\/util-collection\/src\/main\/scala\/sbt\/internal\/util\/Attributes.scala","text":"\/*\n * sbt\n * Copyright 2011 - 2017, Lightbend, Inc.\n * Copyright 2008 - 2010, <NAME>\n * Licensed under BSD-3-Clause license (see LICENSE)\n *\/\n\npackage sbt.internal.util\n\nimport Types._\nimport scala.reflect.Manifest\nimport sbt.util.OptJsonWriter\n\n\/\/ T must be invariant to work properly.\n\/\/  Because it is sealed and the only instances go through AttributeKey.apply,\n\/\/  a single AttributeKey instance cannot conform to AttributeKey[T] for different Ts\n\n\/**\n * A key in an [[AttributeMap]] that constrains its associated value to be of type `T`.\n * The key is uniquely defined by its [[label]] and type `T`, represented at runtime by [[manifest]].\n *\/\nsealed trait AttributeKey[T] {\n\n  \/** The runtime evidence for `T` *\/\n  def manifest: Manifest[T]\n\n  \/** The label is the identifier for the key and is camelCase by convention. *\/\n  def label: String\n\n  \/** An optional, brief description of the key. *\/\n  def description: Option[String]\n\n  \/**\n   * In environments that support delegation, looking up this key when it has no associated value will delegate to the values associated with these keys.\n   * The delegation proceeds in order the keys are returned here.\n   *\/\n  def extend: Seq[AttributeKey[_]]\n\n  \/**\n   * Specifies whether this key is a local, anonymous key (`true`) or not (`false`).\n   * This is typically only used for programmatic, intermediate keys that should not be referenced outside of a specific scope.\n   *\/\n  def isLocal: Boolean\n\n  \/** Identifies the relative importance of a key among other keys.*\/\n  def rank: Int\n\n  def optJsonWriter: OptJsonWriter[T]\n\n}\n\nprivate[sbt] abstract class SharedAttributeKey[T] extends AttributeKey[T] {\n  override final def toString = label\n  override final def hashCode = label.hashCode\n  override final def equals(o: Any) =\n    (this eq o.asInstanceOf[AnyRef]) || (o match {\n      case a: SharedAttributeKey[t] => a.label == this.label && a.manifest == this.manifest\n      case _                        => false\n    })\n  final def isLocal: Boolean = false\n}\n\nobject AttributeKey {\n  def apply[T: Manifest: OptJsonWriter](name: String): AttributeKey[T] =\n    make(name, None, Nil, Int.MaxValue)\n\n  def apply[T: Manifest: OptJsonWriter](name: String, rank: Int): AttributeKey[T] =\n    make(name, None, Nil, rank)\n\n  def apply[T: Manifest: OptJsonWriter](name: String, description: String): AttributeKey[T] =\n    apply(name, description, Nil)\n\n  def apply[T: Manifest: OptJsonWriter](name: String,\n                                        description: String,\n                                        rank: Int): AttributeKey[T] =\n    apply(name, description, Nil, rank)\n\n  def apply[T: Manifest: OptJsonWriter](name: String,\n                                        description: String,\n                                        extend: Seq[AttributeKey[_]]): AttributeKey[T] =\n    apply(name, description, extend, Int.MaxValue)\n\n  def apply[T: Manifest: OptJsonWriter](name: String,\n                                        description: String,\n                                        extend: Seq[AttributeKey[_]],\n                                        rank: Int): AttributeKey[T] =\n    make(name, Some(description), extend, rank)\n\n  private[sbt] def copyWithRank[T](a: AttributeKey[T], rank: Int): AttributeKey[T] =\n    make(a.label, a.description, a.extend, rank)(a.manifest, a.optJsonWriter)\n\n  private[this] def make[T](\n      name: String,\n      description0: Option[String],\n      extend0: Seq[AttributeKey[_]],\n      rank0: Int\n  )(implicit mf: Manifest[T], ojw: OptJsonWriter[T]): AttributeKey[T] =\n    new SharedAttributeKey[T] {\n      require(name.headOption match {\n        case Some(c) => c.isLower\n        case None    => false\n      }, s\"A named attribute key must start with a lowercase letter: $name\")\n\n      def manifest = mf\n      val label = Util.hyphenToCamel(name)\n      def description = description0\n      def extend = extend0\n      def rank = rank0\n      def optJsonWriter = ojw\n    }\n\n  private[sbt] def local[T](implicit mf: Manifest[T], ojw: OptJsonWriter[T]): AttributeKey[T] =\n    new AttributeKey[T] {\n      def manifest = mf\n      def label = LocalLabel\n      def description = None\n      def extend = Nil\n      override def toString = label\n      def isLocal: Boolean = true\n      def rank = Int.MaxValue\n      val optJsonWriter = ojw\n    }\n\n  private[sbt] final val LocalLabel = \"$\" + \"local\"\n\n}\n\n\/**\n * An immutable map where a key is the tuple `(String,T)` for a fixed type `T` and can only be associated with values of type `T`.\n * It is therefore possible for this map to contain mappings for keys with the same label but different types.\n * Excluding this possibility is the responsibility of the client if desired.\n *\/\ntrait AttributeMap {\n\n  \/**\n   * Gets the value of type `T` associated with the key `k`.\n   * If a key with the same label but different type is defined, this method will fail.\n   *\/\n  def apply[T](k: AttributeKey[T]): T\n\n  \/**\n   * Gets the value of type `T` associated with the key `k` or `None` if no value is associated.\n   * If a key with the same label but a different type is defined, this method will return `None`.\n   *\/\n  def get[T](k: AttributeKey[T]): Option[T]\n\n  \/**\n   * Returns this map without the mapping for `k`.\n   * This method will not remove a mapping for a key with the same label but a different type.\n   *\/\n  def remove[T](k: AttributeKey[T]): AttributeMap\n\n  \/**\n   * Returns true if this map contains a mapping for `k`.\n   * If a key with the same label but a different type is defined in this map, this method will return `false`.\n   *\/\n  def contains[T](k: AttributeKey[T]): Boolean\n\n  \/**\n   * Adds the mapping `k -> value` to this map, replacing any existing mapping for `k`.\n   * Any mappings for keys with the same label but different types are unaffected.\n   *\/\n  def put[T](k: AttributeKey[T], value: T): AttributeMap\n\n  \/** All keys with defined mappings.  There may be multiple keys with the same `label`, but different types. *\/\n  def keys: Iterable[AttributeKey[_]]\n\n  \/** Adds the mappings in `o` to this map, with mappings in `o` taking precedence over existing mappings.*\/\n  def ++(o: Iterable[AttributeEntry[_]]): AttributeMap\n\n  \/** Combines the mappings in `o` with the mappings in this map, with mappings in `o` taking precedence over existing mappings.*\/\n  def ++(o: AttributeMap): AttributeMap\n\n  \/** All mappings in this map.  The [[AttributeEntry]] type preserves the typesafety of mappings, although the specific types are unknown.*\/\n  def entries: Iterable[AttributeEntry[_]]\n\n  \/** `true` if there are no mappings in this map, `false` if there are. *\/\n  def isEmpty: Boolean\n\n  \/**\n   * Adds the mapping `k -> opt.get` if opt is Some.\n   * Otherwise, it returns this map without the mapping for `k`.\n   *\/\n  private[sbt] def setCond[T](k: AttributeKey[T], opt: Option[T]): AttributeMap\n}\n\nobject AttributeMap {\n\n  \/** An [[AttributeMap]] without any mappings. *\/\n  val empty: AttributeMap = new BasicAttributeMap(Map.empty)\n\n  \/** Constructs an [[AttributeMap]] containing the given `entries`. *\/\n  def apply(entries: Iterable[AttributeEntry[_]]): AttributeMap = empty ++ entries\n\n  \/** Constructs an [[AttributeMap]] containing the given `entries`.*\/\n  def apply(entries: AttributeEntry[_]*): AttributeMap = empty ++ entries\n\n  \/** Presents an `AttributeMap` as a natural transformation. *\/\n  implicit def toNatTrans(map: AttributeMap): AttributeKey ~> Id = \u03bb[AttributeKey ~> Id](map(_))\n}\n\nprivate class BasicAttributeMap(private val backing: Map[AttributeKey[_], Any])\n    extends AttributeMap {\n\n  def isEmpty: Boolean = backing.isEmpty\n  def apply[T](k: AttributeKey[T]) = backing(k).asInstanceOf[T]\n  def get[T](k: AttributeKey[T]) = backing.get(k).asInstanceOf[Option[T]]\n  def remove[T](k: AttributeKey[T]): AttributeMap = new BasicAttributeMap(backing - k)\n  def contains[T](k: AttributeKey[T]) = backing.contains(k)\n\n  def put[T](k: AttributeKey[T], value: T): AttributeMap =\n    new BasicAttributeMap(backing.updated(k, value))\n\n  def keys: Iterable[AttributeKey[_]] = backing.keys\n\n  def ++(o: Iterable[AttributeEntry[_]]): AttributeMap = {\n    val newBacking = (backing \/: o) {\n      case (b, AttributeEntry(key, value)) => b.updated(key, value)\n    }\n    new BasicAttributeMap(newBacking)\n  }\n\n  def ++(o: AttributeMap): AttributeMap =\n    o match {\n      case bam: BasicAttributeMap => new BasicAttributeMap(backing ++ bam.backing)\n      case _                      => o ++ this\n    }\n\n  def entries: Iterable[AttributeEntry[_]] =\n    backing.collect {\n      case (k: AttributeKey[kt], v) => AttributeEntry(k, v.asInstanceOf[kt])\n    }\n\n  private[sbt] def setCond[T](k: AttributeKey[T], opt: Option[T]): AttributeMap =\n    opt match {\n      case Some(v) => put(k, v)\n      case None    => remove(k)\n    }\n\n  override def toString = entries.mkString(\"(\", \", \", \")\")\n}\n\n\/\/ type inference required less generality\n\/** A map entry where `key` is constrained to only be associated with a fixed value of type `T`. *\/\nfinal case class AttributeEntry[T](key: AttributeKey[T], value: T) {\n  override def toString = key.label + \": \" + value\n}\n\n\/** Associates a `metadata` map with `data`. *\/\nfinal case class Attributed[D](data: D)(val metadata: AttributeMap) {\n\n  \/** Retrieves the associated value of `key` from the metadata. *\/\n  def get[T](key: AttributeKey[T]): Option[T] = metadata.get(key)\n\n  \/** Defines a mapping `key -> value` in the metadata. *\/\n  def put[T](key: AttributeKey[T], value: T): Attributed[D] =\n    Attributed(data)(metadata.put(key, value))\n\n  \/** Transforms the data by applying `f`. *\/\n  def map[T](f: D => T): Attributed[T] = Attributed(f(data))(metadata)\n\n}\n\nobject Attributed {\n\n  \/** Extracts the underlying data from the sequence `in`. *\/\n  def data[T](in: Seq[Attributed[T]]): Seq[T] = in.map(_.data)\n\n  \/** Associates empty metadata maps with each entry of `in`.*\/\n  def blankSeq[T](in: Seq[T]): Seq[Attributed[T]] = in map blank\n\n  \/** Associates an empty metadata map with `data`. *\/\n  def blank[T](data: T): Attributed[T] = Attributed(data)(AttributeMap.empty)\n\n}\n"}
{"repo_name":"seoethereal\/caliban","path":"core\/src\/main\/scala\/caliban\/execution\/Field.scala","text":"<filename>core\/src\/main\/scala\/caliban\/execution\/Field.scala\npackage caliban.execution\n\nimport scala.collection.mutable.ArrayBuffer\nimport caliban.Value.BooleanValue\nimport caliban.introspection.adt.{ __DeprecatedArgs, __Type }\nimport caliban.parsing.SourceMapper\nimport caliban.parsing.adt.Definition.ExecutableDefinition.FragmentDefinition\nimport caliban.parsing.adt.Selection.{ Field => F, FragmentSpread, InlineFragment }\nimport caliban.parsing.adt.{ Directive, LocationInfo, Selection, VariableDefinition }\nimport caliban.schema.{ RootType, Types }\nimport caliban.{ InputValue, Value }\n\ncase class Field(\n  name: String,\n  fieldType: __Type,\n  parentType: Option[__Type],\n  alias: Option[String] = None,\n  fields: List[Field] = Nil,\n  condition: Option[Set[String]] = None,\n  arguments: Map[String, InputValue] = Map(),\n  _locationInfo: () => LocationInfo = () => LocationInfo.origin,\n  directives: List[Directive] = List.empty\n) {\n  lazy val locationInfo: LocationInfo = _locationInfo()\n}\n\nobject Field {\n  def apply(\n    selectionSet: List[Selection],\n    fragments: Map[String, FragmentDefinition],\n    variableValues: Map[String, InputValue],\n    variableDefinitions: List[VariableDefinition],\n    fieldType: __Type,\n    sourceMapper: SourceMapper,\n    directives: List[Directive],\n    rootType: RootType\n  ): Field = {\n    def loop(selectionSet: List[Selection], fieldType: __Type): Field = {\n      val fieldList  = ArrayBuffer.empty[Field]\n      val map        = collection.mutable.Map.empty[(String, String), Int]\n      var fieldIndex = 0\n\n      def addField(f: Field, condition: Option[String]): Unit = {\n        val name = f.alias.getOrElse(f.name)\n        val key  = (name, condition.getOrElse(\"\"))\n        map.get(key) match {\n          case None        =>\n            \/\/ first time we see this field, add it to the array\n            fieldList += f\n            map.update(key, fieldIndex)\n            fieldIndex = fieldIndex + 1\n          case Some(index) =>\n            \/\/ field already existed, merge it\n            val existing = fieldList(index)\n            fieldList(index) = existing.copy(\n              fields = existing.fields ::: f.fields,\n              condition = (existing.condition, f.condition) match {\n                case (Some(v1), Some(v2)) => if (v1 == v2) existing.condition else Some(v1 ++ v2)\n                case (Some(_), None)      => existing.condition\n                case (None, Some(_))      => f.condition\n                case (None, None)         => None\n              }\n            )\n        }\n      }\n\n      val innerType = Types.innerType(fieldType)\n      selectionSet.foreach {\n        case F(alias, name, arguments, directives, selectionSet, index)\n            if checkDirectives(directives, variableValues) =>\n          val selected = innerType\n            .fields(__DeprecatedArgs(Some(true)))\n            .flatMap(_.find(_.name == name))\n\n          val schemaDirectives = selected.flatMap(_.directives).getOrElse(Nil)\n\n          val t = selected.fold(Types.string)(_.`type`()) \/\/ default only case where it's not found is __typename\n\n          val field = loop(selectionSet, t)\n\n          addField(\n            Field(\n              name,\n              t,\n              Some(innerType),\n              alias,\n              field.fields,\n              None,\n              resolveVariables(arguments, variableDefinitions, variableValues),\n              () => sourceMapper.getLocation(index),\n              directives ++ schemaDirectives\n            ),\n            None\n          )\n        case FragmentSpread(name, directives) if checkDirectives(directives, variableValues)                        =>\n          fragments\n            .get(name)\n            .foreach { f =>\n              val t =\n                innerType.possibleTypes.flatMap(_.find(_.name.contains(f.typeCondition.name))).getOrElse(fieldType)\n              loop(f.selectionSet, t).fields\n                .map(field =>\n                  if (field.condition.isDefined) field\n                  else field.copy(condition = subtypeNames(f.typeCondition.name, rootType))\n                )\n                .foreach(addField(_, Some(f.typeCondition.name)))\n            }\n        case InlineFragment(typeCondition, directives, selectionSet) if checkDirectives(directives, variableValues) =>\n          val t     = innerType.possibleTypes\n            .flatMap(_.find(_.name.exists(typeCondition.map(_.name).contains)))\n            .getOrElse(fieldType)\n          val field = loop(selectionSet, t)\n          typeCondition match {\n            case None           => if (field.fields.nonEmpty) fieldList ++= field.fields\n            case Some(typeName) =>\n              field.fields\n                .map(field =>\n                  if (field.condition.isDefined) field\n                  else field.copy(condition = subtypeNames(typeName.name, rootType))\n                )\n                .foreach(addField(_, Some(typeName.name)))\n          }\n        case _                                                                                                      =>\n      }\n      Field(\"\", fieldType, None, fields = fieldList.toList)\n    }\n\n    loop(selectionSet, fieldType).copy(directives = directives)\n  }\n\n  private def resolveVariables(\n    arguments: Map[String, InputValue],\n    variableDefinitions: List[VariableDefinition],\n    variableValues: Map[String, InputValue]\n  ): Map[String, InputValue] = {\n    def resolveVariable(value: InputValue): Option[InputValue] =\n      value match {\n        case InputValue.ListValue(values)   =>\n          Some(InputValue.ListValue(values.flatMap(resolveVariable)))\n        case InputValue.ObjectValue(fields) =>\n          Some(InputValue.ObjectValue(fields.flatMap { case (k, v) => resolveVariable(v).map(k -> _) }))\n        case InputValue.VariableValue(name) =>\n          for {\n            definition <- variableDefinitions.find(_.name == name)\n            value      <- variableValues.get(name).orElse(definition.defaultValue)\n          } yield value\n        case value: Value                   =>\n          Some(value)\n      }\n    arguments.flatMap { case (k, v) => resolveVariable(v).map(k -> _) }\n  }\n\n  private def subtypeNames(typeName: String, rootType: RootType): Option[Set[String]] =\n    rootType.types\n      .get(typeName)\n      .map(t =>\n        t.possibleTypes\n          .fold(Set.empty[String])(\n            _.map(_.name.map(subtypeNames(_, rootType).getOrElse(Set.empty))).toSet.flatten.flatten\n          ) + typeName\n      )\n\n  private def checkDirectives(directives: List[Directive], variableValues: Map[String, InputValue]): Boolean =\n    !checkDirective(\"skip\", default = false, directives, variableValues) &&\n      checkDirective(\"include\", default = true, directives, variableValues)\n\n  private def checkDirective(\n    name: String,\n    default: Boolean,\n    directives: List[Directive],\n    variableValues: Map[String, InputValue]\n  ): Boolean =\n    directives\n      .find(_.name == name)\n      .flatMap(_.arguments.get(\"if\")) match {\n      case Some(BooleanValue(value))            => value\n      case Some(InputValue.VariableValue(name)) =>\n        variableValues\n          .get(name) match {\n          case Some(BooleanValue(value)) => value\n          case _                         => default\n        }\n      case _                                    => default\n    }\n}\n"}
{"repo_name":"seoethereal\/caliban","path":"core\/src\/test\/scala\/caliban\/execution\/ExecutionSpec.scala","text":"package caliban.execution\n\nimport java.util.UUID\n\nimport caliban.CalibanError.ExecutionError\nimport caliban.GraphQL._\nimport caliban.Macros.gqldoc\nimport caliban.TestUtils._\nimport caliban.Value.{ BooleanValue, IntValue, NullValue, StringValue }\nimport caliban.introspection.adt.__Type\nimport caliban.parsing.adt.LocationInfo\nimport caliban.schema.Annotations.{ GQLInterface, GQLName, GQLValueType }\nimport caliban.schema._\nimport caliban._\nimport zio.{ FiberRef, Has, IO, Task, UIO, ZIO, ZLayer }\nimport zio.stream.ZStream\nimport zio.test.Assertion._\nimport zio.test._\nimport zio.test.environment.TestEnvironment\n\nobject ExecutionSpec extends DefaultRunnableSpec {\n\n  @GQLInterface\n  sealed trait Base {\n    def id: String\n    def name: String\n  }\n  object Base {\n    @GQLName(\"BaseOne\")\n    case class One(\n      id: String,\n      name: String,\n      inner: List[One.Inner]\n    ) extends Base\n    object One {\n      @GQLName(\"BaseOneInner\")\n      case class Inner(a: String)\n    }\n\n    @GQLName(\"BaseTwoOne\")\n    case class Two(\n      id: String,\n      name: String,\n      inner: List[Two.Inner]\n    ) extends Base\n    object Two {\n      @GQLName(\"BaseTwoInner\")\n      case class Inner(b: Int)\n    }\n  }\n\n  override def spec: ZSpec[TestEnvironment, Any] =\n    suite(\"ExecutionSpec\")(\n      testM(\"skip directive\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n            query test {\n              amos: character(name: \"<NAME>\") {\n                name\n                nicknames @skip(if: true)\n              }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"amos\":{\"name\":\"<NAME>\"}}\"\"\")\n        )\n      },\n      testM(\"simple query with fields\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n            {\n              characters {\n                name\n              }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"characters\":[{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"}]}\"\"\"\n          )\n        )\n      },\n      testM(\"arguments\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n            {\n              characters(origin: MARS) {\n                name\n                nicknames\n              }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"characters\":[{\"name\":\"<NAME>\",\"nicknames\":[]},{\"name\":\"<NAME>\",\"nicknames\":[\"Bobbie\",\"Gunny\"]}]}\"\"\"\n          )\n        )\n      },\n      testM(\"arguments with list coercion\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n            {\n              charactersIn(names: \"<NAME>\") {\n                name\n              }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"charactersIn\":[{\"name\":\"<NAME>\"}]}\"\"\")\n        )\n      },\n      testM(\"aliases\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               amos: character(name: \"<NAME>\") {\n                 name\n                 nicknames\n               },\n               naomi: character(name: \"<NAME>\") {\n                 name\n                 nicknames\n               },\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"amos\":{\"name\":\"<NAME>\",\"nicknames\":[]},\"naomi\":{\"name\":\"<NAME>\",\"nicknames\":[]}}\"\"\")\n        )\n      },\n      testM(\"effectful query\") {\n        val interpreter = graphQL(resolverIO).interpreter\n        val query       = gqldoc(\"\"\"\n               {\n                 characters {\n                   name\n                 }\n               }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"characters\":[{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"},{\"name\":\"<NAME>\"}]}\"\"\"\n          )\n        )\n      },\n      testM(\"mutation\") {\n        val interpreter = graphQL(resolverWithMutation).interpreter\n        val query       = gqldoc(\"\"\"\n               mutation {\n                 deleteCharacter(name: \"<NAME>\")\n               }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"deleteCharacter\":{}}\"\"\"))\n      },\n      testM(\"variable\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             query test($name: String!){\n               amos: character(name: $name) {\n                 name\n               }\n             }\"\"\")\n\n        assertM(\n          interpreter.flatMap(_.execute(query, None, Map(\"name\" -> StringValue(\"<NAME>\")))).map(_.data.toString)\n        )(equalTo(\"\"\"{\"amos\":{\"name\":\"<NAME>\"}}\"\"\"))\n      },\n      testM(\"tolerate missing variables\") {\n        import io.circe.syntax._\n\n        case class Args(term: String, id: Option[String])\n        case class Test(getId: Args => Option[String])\n        val api   = graphQL(RootResolver(Test(_.id)))\n        val query = \"\"\"query test($term: String!, $id: String) { getId(term: $term, id: $id) }\"\"\"\n\n        assertM(\n          api.interpreter.flatMap(_.execute(query, None, Map(\"term\" -> StringValue(\"search\")))).map(_.asJson.noSpaces)\n        )(equalTo(\"\"\"{\"data\":{\"getId\":null}}\"\"\"))\n      },\n      testM(\"respects variables that are not provided\") {\n        sealed trait ThreeState\n        object ThreeState {\n          case object Undefined extends ThreeState\n          case object Null      extends ThreeState\n          case object Value     extends ThreeState\n\n          def fromOption[T](o: Option[T]) = o.fold[ThreeState](Null)(_ => Value)\n\n          implicit val schema: Schema[Any, ThreeState]    = Schema.optionSchema(Schema.booleanSchema).contramap {\n            case Undefined => None\n            case Null      => Some(false)\n            case Value     => Some(true)\n          }\n          implicit val argBuilder: ArgBuilder[ThreeState] = new ArgBuilder[ThreeState] {\n            private val base = ArgBuilder.option(ArgBuilder.boolean)\n\n            override def build(input: InputValue)              = base.build(input).map(fromOption(_))\n            override def buildMissing(default: Option[String]) = default match {\n              case None    => Right(Undefined)\n              case Some(v) => base.buildMissing(Some(v)).map(fromOption(_))\n            }\n          }\n        }\n\n        case class Args(term: String, state: ThreeState)\n        case class Test(getState: Args => ThreeState)\n        val api          = graphQL(RootResolver(Test(_.state)))\n        val query        = \"\"\"query test($term: String!, $state: Boolean) { getState(term: $term, state: $state) }\"\"\"\n        val queryDefault =\n          \"\"\"query test($term: String!, $state: Boolean = null) { getState(term: $term, state: $state) }\"\"\"\n\n        def execute(query: String, state: ThreeState) = {\n          val vars = Map(\n            \"term\"  -> Some(StringValue(\"search\")),\n            \"state\" -> (state match {\n              case ThreeState.Undefined => None\n              case ThreeState.Null      => Some(NullValue)\n              case ThreeState.Value     => Some(BooleanValue(false))\n            })\n          ).collect { case (k, Some(v)) => k -> v }\n          api.interpreter.flatMap(_.execute(query, None, vars))\n        }\n\n        for {\n          undefined    <- execute(query, ThreeState.Undefined)\n          nul          <- execute(query, ThreeState.Null)\n          value        <- execute(query, ThreeState.Value)\n          default      <- execute(queryDefault, ThreeState.Undefined)\n          defaultValue <- execute(queryDefault, ThreeState.Value)\n        } yield assertTrue(undefined.data.toString == \"\"\"{\"getState\":null}\"\"\") &&\n          assertTrue(nul.data.toString == \"\"\"{\"getState\":false}\"\"\") &&\n          assertTrue(value.data.toString == \"\"\"{\"getState\":true}\"\"\") &&\n          assertTrue(default.data.toString == \"\"\"{\"getState\":false}\"\"\") &&\n          assertTrue(defaultValue.data.toString == \"\"\"{\"getState\":true}\"\"\")\n      },\n      testM(\"field function\") {\n        import io.circe.syntax._\n\n        case class Character(name: String = \"Bob\")\n        case class Test(character: Field => Character)\n        val api   = graphQL(RootResolver(Test(field => Character())))\n        val query = \"\"\"query test { character { name } }\"\"\"\n\n        assertM(\n          api.interpreter.flatMap(_.execute(query, None, Map())).map(_.asJson.noSpaces)\n        )(equalTo(\"\"\"{\"data\":{\"character\":{\"name\":\"Bob\"}}}\"\"\"))\n      },\n      testM(\"field function with input\") {\n        import io.circe.syntax._\n\n        case class NameInput(name: String)\n        case class Character(name: String)\n        case class Test(character: Field => NameInput => Character)\n        val api   = graphQL(RootResolver(Test(field => input => Character(input.name))))\n        val query = \"\"\"query test { character(name: \"Bob\") { name }}\"\"\"\n\n        assertM(\n          api.interpreter.flatMap(_.execute(query, None, Map())).map(_.asJson.noSpaces)\n        )(equalTo(\"\"\"{\"data\":{\"character\":{\"name\":\"Bob\"}}}\"\"\"))\n      },\n      testM(\"\"\"input can contain field named \"value\"\"\"\") {\n        import io.circe.syntax._\n        case class NonNegInt(value: Int)\n        object NonNegInt {\n          implicit val nonNegIntArgBuilder: ArgBuilder[NonNegInt] = ArgBuilder.int.flatMap {\n            case i if i > 0 => Right(NonNegInt(i))\n            case neg        => Left(CalibanError.ExecutionError(s\"$neg is negative\"))\n          }\n          implicit val nonNegIntSchema: Schema[Any, NonNegInt]    = Schema.intSchema.contramap(_.value)\n        }\n        case class Args(int: NonNegInt, value: String)\n        case class Test(q: Args => Unit)\n\n        val api   = graphQL(RootResolver(Test(_ => ())))\n        val query = \"\"\"query {q(int: -1, value: \"value\")}\"\"\"\n        assertM(\n          api.interpreter\n            .flatMap(_.execute(query, None, Map(\"int\" -> IntValue(-1), \"value\" -> StringValue(\"str value\"))))\n            .map(_.asJson.noSpaces)\n        )(\n          equalTo(\n            \"\"\"{\"data\":null,\"errors\":[{\"message\":\"-1 is negative\",\"locations\":[{\"line\":1,\"column\":8}],\"path\":[\"q\"]}]}\"\"\"\n          )\n        )\n      },\n      testM(\"variable in list\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             query test($name: String) {\n               amos: charactersIn(names: [$name]){\n                 name\n               }\n              }\"\"\")\n\n        assertM(\n          interpreter.flatMap(_.execute(query, None, Map(\"name\" -> StringValue(\"<NAME>\")))).map(_.data.toString)\n        )(equalTo(\"\"\"{\"amos\":[{\"name\":\"<NAME>\"}]}\"\"\"))\n      },\n      testM(\"variable in object\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             query test($name: String!) {\n               exists(character: { name: $name, nicknames: [], origin: EARTH })\n              }\"\"\")\n\n        assertM(\n          interpreter.flatMap(_.execute(query, None, Map(\"name\" -> StringValue(\"<NAME>\")))).map(_.data.toString)\n        )(equalTo(\"\"\"{\"exists\":true}\"\"\"))\n      },\n      testM(\"skip directive\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             query test{\n               amos: character(name: \"<NAME>\") {\n                 name\n                 nicknames @skip(if: true)\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"amos\":{\"name\":\"<NAME>\"}}\"\"\")\n        )\n      },\n      testM(\"include directive\") {\n        val interpreter = graphQL(resolver).interpreter\n        val query       = gqldoc(\"\"\"\n             query test($included: Boolean!){\n               amos: character(name: \"<NAME>\") {\n                 name\n                 nicknames @include(if: $included)\n               }\n             }\"\"\")\n\n        assertM(\n          interpreter.flatMap(_.execute(query, None, Map(\"included\" -> BooleanValue(false)))).map(_.data.toString)\n        )(equalTo(\"\"\"{\"amos\":{\"name\":\"<NAME>\"}}\"\"\"))\n      },\n      testM(\"test Map\") {\n        case class Test(map: Map[Int, String])\n        val interpreter = graphQL(RootResolver(Test(Map(3 -> \"ok\")))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               map {\n                 key\n                 value\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"map\":[{\"key\":3,\"value\":\"ok\"}]}\"\"\")\n        )\n      },\n      testM(\"test Either\") {\n        case class Test(either: Either[Int, String])\n        val interpreter = graphQL(RootResolver(Test(Right(\"ok\")))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               either {\n                 left\n                 right\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"either\":{\"left\":null,\"right\":\"ok\"}}\"\"\")\n        )\n      },\n      testM(\"test UUID\") {\n        case class IdArgs(id: UUID)\n        case class Queries(test: IdArgs => UUID)\n        val interpreter = graphQL(RootResolver(Queries(_.id))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test(id: \"be722453-d97d-48c2-b535-9badd1b5d4c9\")\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":\"be722453-d97d-48c2-b535-9badd1b5d4c9\"}\"\"\")\n        )\n      },\n      testM(\"mapError\") {\n        import io.circe.syntax._\n        case class Test(either: Either[Int, String])\n        val api   = graphQL(RootResolver(Test(Right(\"ok\"))))\n        val query = \"\"\"query{}\"\"\"\n\n        for {\n          interpreter <- api.interpreter\n          result      <- interpreter.mapError(_ => \"my custom error\").execute(query)\n        } yield assertTrue(result.errors == List(\"my custom error\")) &&\n          assertTrue(result.asJson.noSpaces == \"\"\"{\"data\":null,\"errors\":[{\"message\":\"my custom error\"}]}\"\"\")\n      },\n      testM(\"customErrorEffectSchema\") {\n        import io.circe.syntax._\n        case class Test(test: IO[Int, String])\n\n        implicit def customEffectSchema[A](implicit s: Schema[Any, A]): Schema[Any, IO[Int, A]] =\n          Schema.customErrorEffectSchema((i: Int) => ExecutionError(s\"my custom error $i\"))\n\n        val api   = graphQL(RootResolver(Test(IO.fail(1))))\n        val query = \"\"\"query { test }\"\"\"\n\n        for {\n          interpreter <- api.interpreter\n          result      <- interpreter.execute(query)\n        } yield assert(result.asJson.noSpaces)(\n          equalTo(\n            \"\"\"{\"data\":{\"test\":null},\"errors\":[{\"message\":\"my custom error 1\",\"locations\":[{\"line\":1,\"column\":9}],\"path\":[\"test\"]}]}\"\"\"\n          )\n        )\n      },\n      testM(\"merge 2 APIs\") {\n        case class Test(name: String)\n        case class Test2(id: Int)\n        val api1        = graphQL(RootResolver(Test(\"name\")))\n        val api2        = graphQL(RootResolver(Test2(2)))\n        val interpreter = (api1 |+| api2).interpreter\n        val query       =\n          \"\"\"query{\n            |  name\n            |  id\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"name\":\"name\",\"id\":2}\"\"\"))\n      },\n      testM(\"error path\") {\n        case class A(b: B)\n        case class B(c: IO[Throwable, Int])\n        case class Test(a: A)\n        val e           = new Exception(\"boom\")\n        val interpreter = graphQL(RootResolver(Test(A(B(IO.fail(e)))))).interpreter\n        val query       = gqldoc(\"\"\"\n              {\n                a {\n                  b {\n                    c\n                  }\n                }\n              }\"\"\")\n        assertM(interpreter.flatMap(_.execute(query)).map(_.errors))(\n          equalTo(\n            List(\n              ExecutionError(\n                \"Effect failure\",\n                List(Left(\"a\"), Left(\"b\"), Left(\"c\")),\n                Some(LocationInfo(21, 5)),\n                Some(e)\n              )\n            )\n          )\n        )\n      },\n      testM(\"ZStream used in a query\") {\n        case class Queries(test: ZStream[Any, Throwable, Int])\n        val interpreter = graphQL(RootResolver(Queries(ZStream(1, 2, 3)))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":[1,2,3]}\"\"\"))\n      },\n      testM(\"ZStream used in a subscription\") {\n        case class Queries(test: Int)\n        case class Subscriptions(test: ZStream[Any, Throwable, Int])\n        val interpreter =\n          graphQL(RootResolver(Queries(1), Option.empty[Unit], Subscriptions(ZStream(1, 2, 3)))).interpreter\n        val query       = gqldoc(\"\"\"\n             subscription {\n               test\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":<stream>}\"\"\"))\n      },\n      testM(\"ARGS => ZStream used in a subscription\") {\n        case class Queries(test: Int)\n        case class Subscriptions(test: Int => ZStream[Any, Throwable, Int])\n        val interpreter =\n          graphQL(RootResolver(Queries(1), Option.empty[Unit], Subscriptions(x => ZStream(1, 2, 3)))).interpreter\n        val query       = gqldoc(\"\"\"\n             subscription {\n               test(value: 1)\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":<stream>}\"\"\"))\n      },\n      testM(\"ARGS => ZStream used in a subscription with context\") {\n        \/\/ setup up an authentication FiberRev Environment\n        case class Req(id: Int)\n        case class AuthToken(value: String)\n        type Auth = Has[FiberRef[Option[AuthToken]]]\n\n        val authLayer: ZLayer[Any, Nothing, Has[FiberRef[Option[AuthToken]]]] =\n          FiberRef.make(Option.empty[AuthToken]).toLayer\n\n        \/\/ set up the graphql resolvers\n        case class Queries(test: Int)\n        case class Subscriptions(test: Req => ZStream[Auth, Throwable, String])\n\n        \/\/ create a custom schema for the Auth Env\n        object schema extends GenericSchema[Auth]\n        import schema._\n\n        \/\/ effectfully produce a stream using the environment\n        def getStream(req: Req) = ZStream.fromEffect(for {\n          tokenRef <- ZIO.service[FiberRef[Option[AuthToken]]]\n          tokenOpt <- tokenRef.get\n        } yield tokenOpt.map(_.value).getOrElse(\"NONE\"))\n\n        \/\/ set up a wrapped interpreter, setting the authentication token in the auth context\n        val interpreter        =\n          graphQL[Auth, Queries, Unit, Subscriptions](\n            RootResolver(\n              queryResolver = Some(Queries(1)),\n              mutationResolver = Option.empty[Unit],\n              subscriptionResolver = Some(Subscriptions(getStream))\n            )\n          ).interpreter\n        val wrappedInterpreter = for {\n          auth <- ZIO.service[FiberRef[Option[AuthToken]]]\n          _    <- auth.set(Some(AuthToken(\"TOKEN\")))\n          i    <- interpreter\n        } yield i\n\n        \/\/ run the query and materialize the result to ensure it has what we expect\n        val query = gqldoc(\"\"\"\n             subscription {\n               test(id: 1)\n             }\"\"\")\n\n        def exec = wrappedInterpreter\n          .flatMap(_.execute(query))\n          .map(_.data)\n          .flatMap {\n            case ResponseValue.ObjectValue(fields) =>\n              fields.head match {\n                case (\"test\", ResponseValue.StreamValue(stream)) =>\n                  stream.runHead.someOrFailException.map {\n                    case Value.StringValue(s) => s\n                    case x                    => ZIO.succeed(s\"Non-string stream value $x\")\n                  }\n                case x                                           => ZIO.succeed(s\"No test stream value found in $x\")\n              }\n            case x                                 => ZIO.succeed(s\"No stream found in ${x.getClass}\")\n          }\n          .provideSomeLayer(authLayer)\n\n        assertM(exec)(equalTo(\"TOKEN\"))\n      },\n      testM(\"Circe Json scalar\") {\n        import caliban.interop.circe.json._\n        import io.circe.Json\n        case class Queries(test: Json)\n\n        val interpreter = graphQL(RootResolver(Queries(Json.obj((\"a\", Json.fromInt(333)))))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":{\"a\":333}}\"\"\"))\n      },\n      testM(\"test Interface\") {\n        case class Test(i: Interface)\n        val interpreter = graphQL(RootResolver(Test(Interface.B(\"ok\")))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               i {\n                 id\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"i\":{\"id\":\"ok\"}}\"\"\"))\n      },\n      testM(\"rename on a union child\") {\n        sealed trait Union\n        object Union {\n          case class Child(field: String) extends Union\n        }\n        case class Obj(union: Union)\n        case class Query(test: Obj)\n\n        object Schemas {\n          implicit val schemaUnionChild: Schema[Any, Union.Child] = Schema.gen[Any, Union.Child].rename(\"UnionChild\")\n          implicit val schemaTestUnion: Schema[Any, Union]        = Schema.gen\n          implicit val schemaQuery: Schema[Any, Query]            = Schema.gen\n        }\n        import Schemas._\n\n        val interpreter = graphQL(RootResolver(Query(Obj(Union.Child(\"f\"))))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test {\n                 union {\n                   __typename\n                   ... on UnionChild {\n                     field\n                   }\n                 }\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":{\"union\":{\"__typename\":\"UnionChild\",\"field\":\"f\"}}}\"\"\".stripMargin)\n        )\n      },\n      testM(\"rename on a union child and parent\") {\n        sealed trait Union\n        object Union {\n          case class Child(field: String) extends Union\n        }\n        case class Obj(union: Union)\n        case class Query(test: Obj)\n\n        object Schemas {\n          implicit val schemaUnionChild: Schema[Any, Union.Child] = Schema.gen[Any, Union.Child].rename(\"UnionChild\")\n          implicit val schemaTestUnion: Schema[Any, Union]        = Schema.gen[Any, Union].rename(\"UnionRenamed\")\n          implicit val schemaQuery: Schema[Any, Query]            = Schema.gen\n        }\n        import Schemas._\n\n        val interpreter = graphQL(RootResolver(Query(Obj(Union.Child(\"f\"))))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test {\n                 union {\n                   __typename\n                   ... on UnionChild {\n                     field\n                   }\n                 }\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":{\"union\":{\"__typename\":\"UnionChild\",\"field\":\"f\"}}}\"\"\".stripMargin)\n        )\n      },\n      testM(\"rename on a union child and parent\") {\n        sealed trait Union\n        object Union {\n          case class Child(field: String) extends Union\n          case object ChildO              extends Union\n        }\n        case class Obj(union: Union)\n        case class Query(test: Obj)\n\n        object Schemas {\n          implicit val schemaUnionChild: Schema[Any, Union.Child]        = Schema.gen[Any, Union.Child].rename(\"UnionChild\")\n          implicit val schemaUnionChildO: Schema[Any, Union.ChildO.type] =\n            Schema.gen[Any, Union.ChildO.type].rename(\"UnionChildO\")\n          implicit val schemaTestUnion: Schema[Any, Union]               = Schema.gen[Any, Union].rename(\"UnionRenamed\")\n          implicit val schemaQuery: Schema[Any, Query]                   = Schema.gen\n        }\n        import Schemas._\n\n        val interpreter = graphQL(RootResolver(Query(Obj(Union.ChildO)))).interpreter\n        val query       = gqldoc(\"\"\"\n             {\n               test {\n                 union {\n                   __typename\n                 }\n               }\n             }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":{\"union\":{\"__typename\":\"UnionChildO\"}}}\"\"\".stripMargin)\n        )\n      },\n      testM(\"argument not wrapped in a case class\") {\n        case class Query(test: Int => Int)\n        val api         = graphQL(RootResolver(Query(identity)))\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"query{\n            |  test(value: 1)\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":1}\"\"\"))\n      },\n      testM(\"field name customization\") {\n        case class Query(@GQLName(\"test2\") test: Int)\n        val api         = graphQL(RootResolver(Query(1)))\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"query{\n            |  test2\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test2\":1}\"\"\"))\n      },\n      testM(\"die bubbles to the parent\") {\n        case class UserArgs(id: Int)\n        case class User(name: String, friends: ZIO[Any, Nothing, List[String]])\n        case class Queries(user: UserArgs => ZIO[Any, Throwable, User])\n        val api         = graphQL(\n          RootResolver(\n            Queries(args =>\n              ZIO.succeed(\n                User(\n                  \"user\",\n                  if (args.id == 2) ZIO.die(new Exception(\"Boom\"))\n                  else ZIO.succeed(List(\"friend\"))\n                )\n              )\n            )\n          )\n        )\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"query{\n            |  user1: user(id: 1) {\n            |    name\n            |    friends\n            |  }\n            |  user2: user(id: 2) {\n            |    name\n            |    friends\n            |  }\n            |}\"\"\".stripMargin\n        interpreter\n          .flatMap(_.execute(query))\n          .map(result =>\n            assertTrue(result.data.toString == \"\"\"{\"user1\":{\"name\":\"user\",\"friends\":[\"friend\"]},\"user2\":null}\"\"\") &&\n              assertTrue(\n                result.errors.collectFirst { case e: ExecutionError => e }.map(_.path).get ==\n                  List(Left(\"user2\"), Left(\"friends\"))\n              )\n          )\n      },\n      testM(\"failure in ArgBuilder, optional field\") {\n        case class UserArgs(id: Int)\n        case class User(test: UserArgs => String)\n        case class Mutations(user: Task[User])\n        case class Queries(a: Int)\n        implicit val intArgBuilder: ArgBuilder[Int] = (_: InputValue) => Left(ExecutionError(\"nope\"))\n\n        val api = graphQL(RootResolver(Queries(1), Mutations(ZIO.succeed(User(_.toString)))))\n\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"mutation {\n            |  user {\n            |    test(id: 1)\n            |  }\n            |}\"\"\".stripMargin\n        interpreter\n          .flatMap(_.execute(query))\n          .map(result => assertTrue(result.data.toString == \"\"\"{\"user\":null}\"\"\"))\n      },\n      testM(\"failure in ArgBuilder, non optional field\") {\n        case class UserArgs(id: Int)\n        case class User(test: UserArgs => String)\n        case class Mutations(user: UIO[User])\n        case class Queries(a: Int)\n        val api = graphQL(RootResolver(Queries(1), Mutations(ZIO.succeed(User(_.toString)))))\n\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"mutation {\n            |  user {\n            |    test(id: \"wrong\")\n            |  }\n            |}\"\"\".stripMargin\n        interpreter\n          .flatMap(_.execute(query))\n          .map(result => assertTrue(result.data.toString == \"\"\"null\"\"\"))\n      },\n      testM(\"die inside a nullable list\") {\n        case class Queries(test: List[Task[String]])\n        val api         = graphQL(RootResolver(Queries(List(ZIO.succeed(\"a\"), ZIO.die(new Exception(\"Boom\"))))))\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"query{\n            |  test\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":[\"a\",null]}\"\"\")\n        )\n      },\n      testM(\"die inside a non-nullable list\") {\n        case class Queries(test: Task[List[UIO[String]]])\n        val api         = graphQL(RootResolver(Queries(Task(List(ZIO.succeed(\"a\"), ZIO.die(new Exception(\"Boom\")))))))\n        val interpreter = api.interpreter\n        val query       =\n          \"\"\"query{\n            |  test\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\"\"\"{\"test\":null}\"\"\")\n        )\n      },\n      testM(\"fake field\") {\n        sealed trait A\n        object A {\n          case class B(b: Int) extends A\n          case object C        extends A\n        }\n        case class Query(test: A)\n        implicit val schemaB: Schema[Any, A.B] = Schema.gen\n        implicit val schemaC: Schema[Any, A.C.type]          = Schema.gen\n        implicit val schemaCharacter: Schema[Any, Character] = Schema.gen\n        val interpreter                                      = graphQL(RootResolver(Query(A.C))).interpreter\n        val query                                            = gqldoc(\"\"\"\n            {\n              test {\n                ... on C {\n                  _\n                }\n                ... on B {\n                  b\n                }\n              }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(\"\"\"{\"test\":null}\"\"\"))\n      },\n      testM(\"complex interface case\") {\n        @GQLInterface\n        sealed trait Character {\n          def id: String\n          def name: String\n        }\n        object Character {\n          case class Human(\n            id: String,\n            name: String,\n            height: Int\n          ) extends Character\n\n          case class Droid(\n            id: String,\n            name: String,\n            primaryFunction: String\n          ) extends Character\n        }\n\n        case class Starship(\n          id: String,\n          name: String,\n          length: Float\n        )\n\n        \/\/ union SearchResult = Human | Droid | Starship\n        type SearchResult = Either[Character, Starship]\n\n        def eitherUnionSchema[RL, RR, L, R](name: String)(implicit\n          evL: Schema[RL, L],\n          evR: Schema[RR, R]\n        ): Schema[RL with RR, Either[L, R]] = new Schema[RL with RR, Either[L, R]] {\n\n          override def toType(isInput: Boolean, isSubscription: Boolean): __Type = {\n            val typeL = evL.toType_(isInput = isInput, isSubscription = isSubscription)\n            val typeR = evR.toType_(isInput = isInput, isSubscription = isSubscription)\n\n            Types.makeUnion(\n              name = Some(name),\n              description = None,\n              subTypes = typeR :: typeL.possibleTypes.getOrElse(Nil)\n            )\n          }\n\n          override def resolve(value: Either[L, R]): Step[RL with RR] =\n            value match {\n              case Left(value)  => evL.resolve(value)\n              case Right(value) => evR.resolve(value)\n            }\n        }\n\n        case class SearchArgs(text: String)\n        case class Query(search: SearchArgs => List[SearchResult])\n\n        object CustomSchema {\n          implicit val schemaHuman: Schema[Any, Character.Human]     = Schema.gen\n          implicit val schemaDroid: Schema[Any, Character.Droid]     = Schema.gen\n          implicit val schemaSearchResult: Schema[Any, SearchResult] = eitherUnionSchema(\"SearchResult\")\n          implicit val schemaQuery: Schema[Any, Query]               = Schema.gen\n        }\n\n        import CustomSchema._\n\n        val api: GraphQL[Any] =\n          graphQL(\n            RootResolver(\n              Query(_ =>\n                List(\n                  Left(Character.Human(\"id\", \"name\", 1)),\n                  Left(Character.Droid(\"id\", \"name\", \"function\")),\n                  Right(Starship(\"id\", \"name\", 3.5f))\n                )\n              )\n            )\n          )\n        val interpreter       = api.interpreter\n        val query             =\n          \"\"\"{\n            |  search(text: \"a\") {\n            |    __typename\n            |    ... on Character {\n            |      name\n            |    }\n            |    ... on Human {\n            |      height\n            |    }\n            |    ... on Human {\n            |      height\n            |    }\n            |    ... on Droid {\n            |      primaryFunction\n            |    }\n            |    ... on Starship {\n            |      name\n            |      length\n            |    }\n            |  }\n            |}\"\"\".stripMargin\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"search\":[{\"__typename\":\"Human\",\"name\":\"name\",\"height\":1},{\"__typename\":\"Droid\",\"name\":\"name\",\"primaryFunction\":\"function\"},{\"__typename\":\"Starship\",\"name\":\"name\",\"length\":3.5}]}\"\"\"\n          )\n        )\n      },\n      testM(\"hand-rolled recursive schema\") {\n        import Schema._\n        case class Group(\n          id: String,\n          parent: UIO[Option[Group]],\n          organization: UIO[Organization]\n        )\n        case class Organization(id: String, groups: UIO[List[Group]])\n\n        case class Query(\n          organization: String => UIO[Organization]\n        )\n\n        implicit lazy val groupSchema: Schema[Any, Group]      = obj(\"Group\", Some(\"A group of users\"))(implicit ft =>\n          List(\n            field(\"id\")(_.id),\n            field(\"parent\")(_.parent),\n            field(\"organization\")(_.organization)\n          )\n        )\n        implicit lazy val orgSchema: Schema[Any, Organization] =\n          obj(\"Organization\", Some(\"An organization of groups\"))(implicit ft =>\n            List(\n              field(\"id\")(_.id),\n              field(\"groups\")(_.groups)\n            )\n          )\n\n        implicit val querySchema: Schema[Any, Query] =\n          obj(\"Query\")(implicit ft =>\n            List(\n              fieldWithArgs[Query, String](\"organization\")(_.organization)\n            )\n          )\n\n        val organizations: Map[String, List[String]]      = Map(\"abc\" -> List(\"group1\", \"group2\"))\n        val groups: Map[String, (Option[String], String)] = Map(\n          \"group1\" -> (None           -> \"abc\"),\n          \"group2\" -> (Some(\"group1\") -> \"abc\")\n        )\n\n        def getGroup(id: String): UIO[Group] = UIO(groups(id)).map { case (parent, org) =>\n          Group(\n            id,\n            ZIO.fromOption(parent).flatMap(getGroup(_).asSomeError).optional,\n            organization = getOrg(org)\n          )\n        }\n\n        def getOrg(id: String) =\n          UIO(organizations(id)).map(groups => Organization(id, ZIO.foreach(groups)(getGroup)))\n\n        val interpreter = graphQL(RootResolver(Query(getOrg))).interpreter\n        val query       = gqldoc(\"\"\"{\n             organization(value: \"abc\") {\n               groups {\n                 id\n                 organization { id }\n                 parent { id }\n               }\n             }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"organization\":{\"groups\":[{\"id\":\"group1\",\"organization\":{\"id\":\"abc\"},\"parent\":null},{\"id\":\"group2\",\"organization\":{\"id\":\"abc\"},\"parent\":{\"id\":\"group1\"}}]}}\"\"\"\n          )\n        )\n      },\n      testM(\"hand-rolled recursive lazy schema\") {\n        import Schema._\n        case class Foo(id: Int) {\n          def bar(): Bar = Bar(234)\n        }\n\n        case class Bar(id: Int) {\n          def foo(): Foo = Foo(123)\n        }\n\n        implicit lazy val fooSchema: Schema[Any, Foo] = obj(\"Foo\", None)(implicit ft =>\n          List(\n            field(\"id\")(_.id),\n            fieldLazy(\"bar\")(_.bar())\n          )\n        )\n\n        implicit lazy val barSchema: Schema[Any, Bar] = obj(\"Bar\", None)(implicit ft =>\n          List(\n            field(\"id\")(_.id),\n            fieldLazy(\"foo\")(_.foo())\n          )\n        )\n\n        case class Queries(foos: Seq[Foo])\n\n        val queries: Queries = Queries(Seq(Foo(123)))\n\n        val calibanApi: GraphQL[Any] = GraphQL.graphQL(RootResolver(queries))\n\n        val interpreter = calibanApi.interpreter\n        val query       = gqldoc(\"\"\"{\n            foos {\n              id\n              bar {\n                id\n              }\n            }\n          }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"foos\":[{\"id\":123,\"bar\":{\"id\":234}}]}\"\"\"\n          )\n        )\n      },\n      testM(\"directives on hand-rolled schema\") {\n        import Schema._\n        import caliban.parsing.adt.Directive\n\n        case class Foo(fieldA: String => String = _ => \"foo\", fieldB: String = \"foo\")\n\n        implicit lazy val fooSchema: Schema[Any, Foo] = obj(\"Foo\", None)(implicit ft =>\n          List(\n            fieldWithArgs(\n              \"fieldA\",\n              Some(\"Description\"),\n              List(\n                Directive(\n                  \"deprecated\",\n                  Map(\n                    \"reason\" -> Value.StringValue(\"due to reasons\")\n                  )\n                )\n              )\n            )(_.fieldA),\n            field(\n              \"fieldB\",\n              Some(\"Description\"),\n              List(\n                Directive(\n                  \"deprecated\",\n                  Map(\n                    \"reason\" -> Value.StringValue(\"due to reasons\")\n                  )\n                )\n              )\n            )(_.fieldB)\n          )\n        )\n\n        case class Queries(foo: Foo)\n\n        val queries: Queries = Queries(Foo())\n\n        val api: GraphQL[Any] = GraphQL.graphQL(RootResolver(queries))\n        val interpreter       = api.interpreter\n\n        val query = gqldoc(\"\"\"{\n            __type(name: \"Foo\") {\n              name\n              fields(includeDeprecated: true) {\n                name\n                isDeprecated\n                deprecationReason\n              }\n            }\n          }\"\"\")\n\n        val expected =\n          \"\"\"{\"__type\":{\"name\":\"Foo\",\"fields\":[{\"name\":\"fieldA\",\"isDeprecated\":true,\"deprecationReason\":\"due to reasons\"},{\"name\":\"fieldB\",\"isDeprecated\":true,\"deprecationReason\":\"due to reasons\"}]}}\"\"\"\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(equalTo(expected))\n      },\n      testM(\"union redirect\") {\n        sealed trait Foo\n\n        case class Bar(int: Int, common: Boolean) extends Foo\n\n        case class Baz(value: String, common: Boolean)\n\n        @GQLValueType\n        case class Redirect(baz: Baz) extends Foo\n\n        case class Queries(foos: List[Foo])\n\n        val queries = Queries(\n          List(\n            Bar(42, common = true),\n            Redirect(Baz(\"hello\", common = false))\n          )\n        )\n\n        val api: GraphQL[Any] = GraphQL.graphQL(RootResolver(queries))\n        val interpreter       = api.interpreter\n        val query             = gqldoc(\"\"\"{\n            foos {\n              ... on Bar { common int }\n              ... on Baz { common value }\n            }\n            }\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"foos\":[{\"common\":true,\"int\":42},{\"common\":false,\"value\":\"hello\"}]}\"\"\"\n          )\n        )\n      },\n      testM(\"value type not scalar\") {\n        @GQLValueType\n        case class Wrapper(value: Int)\n        case class Queries(test: Wrapper)\n\n        val queries = Queries(Wrapper(2))\n\n        val api: GraphQL[Any] = GraphQL.graphQL(RootResolver(queries))\n        val interpreter       = api.interpreter\n        val query             = gqldoc(\"\"\"{test}\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"test\":2}\"\"\"\n          )\n        )\n      },\n      testM(\"value type scalar\") {\n        @GQLValueType(isScalar = true)\n        case class Wrapper(value: Int)\n        case class Queries(test: Wrapper)\n\n        val queries = Queries(Wrapper(2))\n\n        val api: GraphQL[Any] = GraphQL.graphQL(RootResolver(queries))\n        val interpreter       = api.interpreter\n        val query             = gqldoc(\"\"\"{test}\"\"\")\n\n        assertM(interpreter.flatMap(_.execute(query)).map(_.data.toString))(\n          equalTo(\n            \"\"\"{\"test\":2}\"\"\"\n          )\n        )\n      },\n      testM(\"conflicting fragments selection merging\") {\n\n        val base1 = Base.One(\n          id = \"1\",\n          name = \"base 1\",\n          inner = List(Base.One.Inner(a = \"a\"))\n        )\n        val base2 = Base.Two(\n          id = \"2\",\n          name = \"base 2\",\n          inner = List(Base.Two.Inner(b = 2))\n        )\n        case class Test(bases: List[Base])\n\n        implicit val baseSchema: Schema[Any, Base] = Schema.gen\n\n        val api   = graphQL(RootResolver(Test(List(base1, base2))))\n        val query = \"\"\"\n        query {\n          bases {\n            id\n            ... on BaseOne {\n              id\n              name\n              inner { a }\n            }\n            ... on BaseTwoOne {\n              id\n              name\n              inner { b }\n            }\n          }\n        }\n      \"\"\"\n\n        api.interpreter.flatMap(_.execute(query)).map { response =>\n          assertTrue(\n            response.data.toString == \"\"\"{\"bases\":[{\"id\":\"1\",\"name\":\"base 1\",\"inner\":[{\"a\":\"a\"}]},{\"id\":\"2\",\"name\":\"base 2\",\"inner\":[{\"b\":2}]}]}\"\"\"\n          )\n        }\n      }\n    )\n}\n"}
{"repo_name":"seoethereal\/caliban","path":"examples\/src\/main\/scala\/example\/akkahttp\/AuthExampleApp.scala","text":"package example.akkahttp\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.server.Directives.{ getFromResource, path, _ }\nimport caliban.GraphQL._\nimport caliban.interop.tapir.RequestInterceptor\nimport caliban.schema.GenericSchema\nimport caliban.{ AkkaHttpAdapter, RootResolver }\nimport sttp.model.StatusCode\nimport sttp.tapir.json.circe._\nimport sttp.tapir.model.ServerRequest\nimport zio.blocking.Blocking\nimport zio.internal.Platform\nimport zio.random.Random\nimport zio.{ FiberRef, Has, RIO, Runtime, ZIO }\n\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.io.StdIn\n\nobject AuthExampleApp extends App {\n\n  case class AuthToken(value: String)\n\n  type Auth = Has[FiberRef[Option[AuthToken]]]\n\n  object AuthInterceptor extends RequestInterceptor[Auth] {\n    override def apply[R <: Auth, A](request: ServerRequest)(effect: ZIO[R, StatusCode, A]): ZIO[R, StatusCode, A] =\n      request.headers.collectFirst {\n        case header if header.is(\"token\") => header.value\n      } match {\n        case Some(token) => ZIO.accessM[Auth](_.get.set(Some(AuthToken(token)))) *> effect\n        case _           => ZIO.fail(StatusCode.Forbidden)\n      }\n  }\n\n  val schema: GenericSchema[Auth] = new GenericSchema[Auth] {}\n  import schema._\n  case class Query(token: RIO[Auth, Option[String]])\n  private val resolver            = RootResolver(Query(ZIO.accessM[Auth](_.get.get).map(_.map(_.value))))\n  private val api                 = graphQL(resolver)\n\n  implicit val system: ActorSystem                        = ActorSystem()\n  implicit val executionContext: ExecutionContextExecutor = system.dispatcher\n\n  \/\/ Note that we must initialize the runtime with any FiberRefs we intend to\n  \/\/ pass on so that they are present in the environment for our ContextWrapper(s)\n  \/\/ For the auth we wrap in an option, but you could just as well use something\n  \/\/ like AuthToken(\"__INVALID\") or a sealed trait hierarchy with an invalid member\n  val initLayer                                                 = FiberRef.make(Option.empty[AuthToken]).toLayer ++ Blocking.live ++ Random.live\n  implicit val runtime: Runtime[Auth with Blocking with Random] = Runtime.unsafeFromLayer(initLayer, Platform.default)\n\n  val interpreter = runtime.unsafeRun(api.interpreter)\n\n  val route =\n    path(\"api\" \/ \"graphql\") {\n      AkkaHttpAdapter.makeHttpService(interpreter, requestInterceptor = AuthInterceptor)\n    } ~ path(\"graphiql\") {\n      getFromResource(\"graphiql.html\")\n    }\n\n  val bindingFuture = Http().newServerAt(\"localhost\", 8088).bind(route)\n  println(s\"Server online at http:\/\/localhost:8088\/\\nPress RETURN to stop...\")\n  StdIn.readLine()\n  bindingFuture\n    .flatMap(_.unbind())\n    .onComplete(_ => system.terminate())\n}\n"}
{"repo_name":"tkameyama\/incubator-mxnet","path":"scala-package\/core\/src\/test\/scala\/org\/apache\/mxnet\/CancelTestUtil.scala","text":"<reponame>tkameyama\/incubator-mxnet<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.mxnet\n\nimport java.text.DecimalFormatSymbols\nimport java.util.Locale\n\nimport org.scalatest.Assertions\n\nobject CancelTestUtil {\n  \/**\n   * Cancel the test if the system's locale uses a decimal separator other than '.'. Please see\n   * #18097 for more information.\n   *\/\n  def assumeStandardDecimalSeparator(): Unit = {\n    val lcNumeric = System.getenv(\"LC_NUMERIC\");\n\n    val decimalFormatSymbols = if (lcNumeric != null) {\n      val localeName = lcNumeric.stripSuffix(\".UTF-8\".stripSuffix(\".utf-8\"))\n      val locale = Locale.forLanguageTag(localeName)\n      DecimalFormatSymbols.getInstance(locale)\n    } else {\n      DecimalFormatSymbols.getInstance()\n    }\n\n    val isStandardDecimalPoint = (decimalFormatSymbols.getDecimalSeparator == '.') &&\n      (lcNumeric != null && lcNumeric.toLowerCase != \"en_dk.utf-8\") \/\/ Java doesn't seem to respect\n                                                                    \/\/ the decimal separator\n                                                                    \/\/ set in en_DK.UTF8, which is\n                                                                    \/\/ used in CentOS CI jobs.\n    if (!isStandardDecimalPoint) {\n      Assertions.cancel(\"Some operators \" +\n        \"break when the decimal separator is set to anything other than \\\".\\\". These operators \" +\n        \"should be rewritten to utilize the new FFI. Please see #18097 for more information.\")\n    }\n  }\n}\n"}
{"repo_name":"tkameyama\/incubator-mxnet","path":"scala-package\/core\/src\/main\/scala\/org\/apache\/mxnet\/util\/NativeLibraryLoader.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.mxnet.util\n\nimport java.io._\n\nimport org.slf4j.{Logger, LoggerFactory}\n\nprivate[mxnet] class NativeLibraryLoader\n\nprivate[mxnet] object NativeLibraryLoader {\n  private val logger: Logger = LoggerFactory.getLogger(classOf[NativeLibraryLoader])\n  private val libPathInJar = \"\/lib\/native\/\"\n  private val _tempDir: File =\n    try {\n      val tempDir = File.createTempFile(\"mxnet\", \"\")\n      if (!tempDir.delete || !tempDir.mkdir) {\n        throw new IOException(s\"Couldn't create directory ${tempDir.getAbsolutePath}\")\n      }\n\n      \/*\n       * Different cleanup strategies for Windows and Linux.\n       * TODO: shutdown hook won't work on Windows\n       *\/\n      if (getUnifiedOSName != \"Windows\") {\n        Runtime.getRuntime.addShutdownHook(new Thread() {\n          override def run(): Unit = {\n            for (f <- tempDir.listFiles()) {\n              logger.info(\"Deleting \" + f.getAbsolutePath)\n              if (!f.delete()) {\n                logger.warn(s\"Couldn't delete temporary file ${f.getAbsolutePath}\")\n              }\n            }\n            logger.info(s\"Deleting ${tempDir.getAbsolutePath}\")\n            if (!tempDir.delete()) {\n              logger.warn(s\"Couldn't delete temporary directory ${tempDir.getAbsolutePath}\")\n            }\n          }\n        })\n        tempDir\n      } else {\n        throw new RuntimeException(\"Windows not supported yet.\")\n      }\n    } catch {\n      case ex: IOException =>\n        logger.error(\"Couldn't create temporary directory: {}\", ex.getMessage)\n        null\n    }\n\n  \/**\n   * Find the library as a resource in jar, copy it to a tempfile\n   * and load it using System.load(). The name of the library has to be the\n   * base name, it is mapped to the corresponding system name using\n   * System.mapLibraryName(). e.g., the library \"foo\" is called \"libfoo.so\"\n   * under Linux and \"foo.dll\" under Windows, but you just have to pass \"foo\" to\n   * the loadLibrary().\n   *\n   * @param libname basename of the library\n   * @throws UnsatisfiedLinkError if library cannot be founds\n   *\/\n  @throws(classOf[UnsatisfiedLinkError])\n  def loadLibrary(libname: String) {\n    val mappedLibname = System.mapLibraryName(libname)\n    val loadLibname: String =\n      if (mappedLibname.endsWith(\"dylib\")) {\n        logger.info(\"Replaced .dylib with .jnilib\")\n        mappedLibname.replace(\".dylib\", \".jnilib\")\n      } else {\n        mappedLibname\n      }\n    logger.debug(s\"Attempting to load $loadLibname\")\n    val libFileInJar = libPathInJar + loadLibname\n    saveLibraryToTemp(\"libmxnet.so\", \"\/lib\/native\/libmxnet.so\", true)\n    saveLibraryToTemp(\"libtvm_runtime.so\", \"\/lib\/native\/libtvm_runtime.so\", false)\n    saveLibraryToTemp(\"libgfortran.so.4\", \"\/lib\/native\/libgfortran.so.4\", false)\n    saveLibraryToTemp(\"libquadmath.so.0\", \"\/lib\/native\/libquadmath.so.0\", false)\n    val tempfile: File = saveLibraryToTemp(libname, libFileInJar, true)\n\n    loadLibraryFromFile(libname, tempfile)\n  }\n\n  \/**\n   * Translate all those Windows to \"Windows\". (\"Windows XP\", \"Windows Vista\", \"Windows 7\", etc.)\n   *\/\n  private def unifyOSName(osname: String): String = {\n    if (osname.startsWith(\"Windows\")) {\n      \"Windows\"\n    }\n    osname\n  }\n\n  private def getUnifiedOSName: String = {\n    unifyOSName(System.getProperty(\"os.name\"))\n  }\n\n  @throws(classOf[IOException])\n  private def createTempFile(name: String): File = {\n    new File(_tempDir, name)\n  }\n\n  \/**\n   * Load a system library from a stream. Copies the library to a temp file\n   * and loads from there.\n   *\n   * @param libname name of the library (just used in constructing the library name)\n   * @param tempfile File pointing to the library\n   *\/\n  private def loadLibraryFromFile(libname: String, tempfile: File) {\n    try {\n      logger.debug(\"Loading library from {}\", tempfile.getPath)\n      System.load(tempfile.getPath)\n    } catch {\n      case ule: UnsatisfiedLinkError =>\n        logger.error(\"Couldn't load copied link file: {}\", ule.toString)\n        throw ule\n    }\n  }\n\n  \/**\n    * Load a system library from a stream. Copies the library to a temp file\n    * and loads from there.\n    *\n    * @param libname name of the library (just used in constructing the library name)\n    * @param resource String resource path in the jar file\n    * @param required true if library is required\n    *\/\n  private def saveLibraryToTemp(libname: String, resource: String, required: Boolean): File = {\n    try {\n      val is: InputStream = getClass.getResourceAsStream(resource)\n      if (is == null) {\n        if (required) {\n          throw new UnsatisfiedLinkError(s\"Couldn't find the resource $resource\")\n        } else {\n          null\n        }\n      } else {\n        val tempfile: File = new File(_tempDir, libname)\n        val os: OutputStream = new FileOutputStream(tempfile)\n        logger.debug(\"tempfile.getPath() = {}\", tempfile.getPath)\n        val savedTime: Long = System.currentTimeMillis\n        val buf: Array[Byte] = new Array[Byte](8192)\n        var len: Int = is.read(buf)\n        while (len > 0) {\n          os.write(buf, 0, len)\n          len = is.read(buf)\n        }\n        os.close()\n        is.close()\n        val seconds: Double = (System.currentTimeMillis - savedTime).toDouble \/ 1e3\n        logger.debug(s\"Copying $libname took $seconds seconds.\")\n        tempfile\n      }\n    } catch {\n      case io: IOException =>\n        throw new UnsatisfiedLinkError(s\"Could not create temp file for $libname\")\n    }\n  }\n}\n"}
{"repo_name":"sentenza\/elastic4s-client-aws","path":"version.sbt","text":"<gh_stars>0\nThisBuild \/ version := \"7.16.4-SNAPSHOT\"\n"}
{"repo_name":"sentenza\/elastic4s-client-aws","path":"build.sbt","text":"import sbt.Keys._\n\nval awsSdkVersion = \"2.17.124\"\nval elastic4sVersion = \"7.17.0\"\n\nlazy val buildSettings = Seq(\n  organization := \"io.kontainers\",\n  scalaVersion := \"2.13.8\",\n  crossScalaVersions := Seq(\"2.12.15\", scalaVersion.value)\n)\n\nlazy val publishSettings = Seq(\n  publishMavenStyle := true,\n  Test\/ publishArtifact := false,\n  versionScheme := Some(\"early-semver\"),\n  homepage := Some(new URL(\"https:\/\/github.com\/kontainers\/elastic4s-client-aws\")),\n  licenses := Seq((\"Apache License 2.0\", new URL(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\"))),\n  startYear := Some(2021),\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  publishTo := Some(\n    if (isSnapshot.value)\n      Opts.resolver.sonatypeSnapshots\n    else\n      Opts.resolver.sonatypeStaging),\n  pomIncludeRepository := { x => false },\n  pomExtra := (\n      <issueManagement>\n        <system>github<\/system>\n        <url>https:\/\/github.com\/kontainers\/elastic4s-client-aws\/issues<\/url>\n      <\/issueManagement>\n      <developers>\n        <developer>\n          <id>sksamuel<\/id>\n          <name><NAME><\/name>\n          <url>https:\/\/github.com\/sksamuel<\/url>\n        <\/developer>\n        <developer>\n          <id>sentenza<\/id>\n          <name><NAME><\/name>\n          <url>https:\/\/github.com\/sentenza<\/url>\n        <\/developer>\n      <\/developers>\n    )\n)\n\nlazy val elastic4sClientAWS = project.in(file(\".\")).\n  settings(buildSettings).\n  settings(publishSettings).\n  settings(\n    name := \"elastic4s-client-aws\",\n    scalacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-deprecation\", \"-unchecked\"),\n    libraryDependencies ++= Seq(\n      \"org.scala-lang.modules\" %% \"scala-collection-compat\" % \"2.6.0\",\n      \"com.sksamuel.elastic4s\" %% \"elastic4s-core\" % elastic4sVersion,\n      \"com.sksamuel.elastic4s\" %% \"elastic4s-client-esjava\" % elastic4sVersion,\n      \"com.sksamuel.exts\" %% \"exts\" % \"1.61.1\",\n      \"org.slf4j\" % \"slf4j-api\" % \"1.7.35\",\n      \"software.amazon.awssdk\" % \"auth\" % awsSdkVersion,\n      \"software.amazon.awssdk\" % \"core\" % awsSdkVersion,\n      \"software.amazon.awssdk\" % \"regions\" % awsSdkVersion,\n      \"org.scalatest\" %% \"scalatest\" % \"3.2.11\" % Test\n    )\n  )\n\nThisBuild \/ scalaVersion := \"2.13.8\"\nThisBuild \/ crossScalaVersions := Seq(\"2.12.15\", \"2.13.8\")\nThisBuild \/ githubWorkflowJavaVersions := Seq(JavaSpec.temurin(\"11.0.13\"))\nThisBuild \/ githubWorkflowTargetTags ++= Seq(\"v*\")\nThisBuild \/ githubWorkflowPublishTargetBranches:= Seq()\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/CatLib.scala","text":"<filename>src\/main\/scala\/sandbox\/CatLib.scala\npackage sandbox\n\nimport cats._\nimport cats.implicits._\nimport sandbox.CatLib.Cat\n\nobject CatLib {\n\n  final case class Cat(name: String, age: Int, color: String)\n\n  implicit val catShow: Show[Cat] =\n    Show.show(cat =>\n      s\"${cat.name.show} is a ${cat.age.show} year-old ${cat.color.show} cat.\")\n\n  implicit val catEq: Eq[Cat] =\n    Eq.apply { (cat1, cat2) =>\n      cat1.name === cat2.name && cat1.age == cat2.age && cat1.color == cat2.color\n    }\n}\n\nobject CatTest extends App {\n  val cat1 = Cat(\"Garfield\", 38, \"orange and black\")\n  val cat2 = Cat(\"Heathcliff\", 33, \"orange and black\")\n\n  val optionCat1 = Option(cat1)\n  val optionCat2 = Option.empty[Cat]\n\n  println(cat1 === cat2)\n  println(optionCat1 === Some(cat1))\n  println(optionCat1 =!= optionCat2)\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/TreeFunctor.scala","text":"<gh_stars>0\npackage sandbox\n\nimport cats._\nimport cats.implicits._\nimport sandbox.TreeFunctor.Tree.{branch, leaf}\n\nobject TreeFunctor {\n\n  sealed trait Tree[+A]\n\n  final case class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n\n  final case class Leaf[A](value: A) extends Tree[A]\n\n  object Tree {\n    def leaf[A](value: A): Tree[A] = Leaf(value)\n\n    def branch[A](left: Tree[A], right: Tree[A]): Tree[A] = Branch(left, right)\n  }\n\n  implicit val treeFunctor: Functor[Tree] = new Functor[Tree] {\n    override def map[A, B](fa: Tree[A])(f: A => B): Tree[B] =\n      fa match {\n        case Leaf(value)         => Leaf(f(value))\n        case Branch(left, right) => Branch(map(left)(f), map(right)(f))\n      }\n  }\n}\n\nobject TreeFunctorTest extends App {\n\n  import TreeFunctor._\n\n  val tree: Tree[String] = branch(\n    branch(leaf(\"string\"), leaf(\"tree\")),\n    leaf(\"hello\")\n  )\n\n  println(tree.map(s => s.toUpperCase))\n\n  println(branch(leaf(\"string\"), leaf(\"tree\")).map(_.length))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/PostOrderCalculator.scala","text":"package sandbox\n\nimport cats.data.State\nimport sandbox.PostOrderCalculator._\n\nobject PostOrderCalculator {\n  type CalcState[A] = State[List[Int], A]\n\n  def evalOne(sym: String): CalcState[Int] =\n    sym match {\n      case \"+\" => op(_ + _)\n      case \"-\" => op(_ - _)\n      case \"*\" => op(_ * _)\n      case \"\/\" => op(_ \/ _)\n      case n   => State(s => (n.toInt :: s, n.toInt))\n    }\n\n  def op(fn: (Int, Int) => Int): CalcState[Int] =\n    State { s =>\n      val a :: b :: newState = s\n      val value = fn(a, b)\n      (value :: newState, fn(a, b))\n    }\n\n  def evalAll(input: List[String]): CalcState[Int] =\n    input.foldLeft(State.pure[List[Int], Int](0)) { (state, sym) =>\n      state.flatMap(_ => evalOne(sym))\n    }\n\n  def evalInput(s: String): Int =\n    evalAll(s.split(\" \").toList).runA(Nil).value\n\n}\n\nobject PostOrderCalculatorRunner extends App {\n  val program1 = evalAll(List(\"1\", \"2\", \"+\", \"3\", \"*\"))\n  println(program1.run(Nil).value)\n\n  val program2 = for {\n    _ <- evalAll(List(\"1\", \"2\", \"+\"))\n    _ <- evalAll(List(\"3\", \"4\", \"+\"))\n    ans <- evalOne(\"*\")\n  } yield ans\n\n  println(program2.run(Nil).value)\n\n  println(evalInput(\"1 2 + 3 4 + *\"))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/LoginSystem.scala","text":"<reponame>adsinc\/cats-sandbox<filename>src\/main\/scala\/sandbox\/LoginSystem.scala\npackage sandbox\n\nimport cats.data.Reader\nimport cats._\nimport cats.implicits._\nimport sandbox.LoginSystem.{Db, checkLogin}\n\nobject LoginSystem {\n\n  case class Db(userNames: Map[Int, String], passwords: Map[String, String])\n\n  type DbReader[A] = Reader[Db, A]\n\n  def findUserName(userId: Int): DbReader[Option[String]] =\n    Reader(_.userNames.get(userId))\n\n  def checkPassword(userName: String, password: String): DbReader[Boolean] =\n    Reader(_.passwords.get(userName).contains(password))\n\n  def checkLogin(userId: Int, password: String): DbReader[Boolean] = {\n    findUserName(userId).flatMap {\n      case Some(userName) => checkPassword(userName, password)\n      case None           => Reader(_ => false)\n    }\n  }\n\n  def checkLoginFor(userId: Int, password: String): DbReader[Boolean] = {\n    for {\n      user <- findUserName(userId)\n      result <- user\n        .map(userName => checkPassword(userName, password))\n        .getOrElse(false.pure[DbReader])\n    } yield result\n  }\n}\n\nobject LoginSystemTest extends App {\n  val users = Map(\n    1 -> \"dade\",\n    2 -> \"kate\",\n    3 -> \"margo\"\n  )\n\n  val passwords = Map(\n    \"<PASSWORD>\" -> \"<PASSWORD>\",\n    \"kate\" -> \"<PASSWORD>\",\n    \"margo\" -> \"<PASSWORD>\"\n  )\n\n  val db = Db(users, passwords)\n\n  println(checkLogin(1, \"zerocool\").run(db))\n  println(checkLogin(2, \"ololo\").run(db))\n  println(checkLogin(4, \"davinchi\").run(db))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/IdentityMonad.scala","text":"<gh_stars>0\npackage sandbox\n\nimport cats._\n\nobject Identity {\n\n  def pure[T](value: T): Id[T] = value\n\n  def map[T, V](t: Id[T])(f: T => V): Id[V] = f(t)\n\n  def flatMap[T, V](t: Id[T])(f: T => Id[V]): Id[V] = f(t)\n}\n\nobject TestIdentity extends App {\n  import Identity._\n\n  val id1 = pure(1)\n  val id2 = pure(2)\n  println(map(id1)(_ + 10))\n  println(flatMap(id1)(a => map(id2)(b => a + b)))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/ContramapPrintable.scala","text":"package sandbox\n\nobject ContramapPrintable extends App {\n\n  trait Printable[A] {\n    def format(value: A): String\n\n    def contramap[B](func: B => A): Printable[B] =\n      (value: B) => format(func(value))\n  }\n\n  def format[A](value: A)(implicit p: Printable[A]): String =\n    p.format(value)\n\n  implicit val stringPrintable: Printable[String] =\n    value => s\"\"\"\"$value\"\"\"\"\n\n  implicit val booleanPrintable: Printable[Boolean] =\n    value => if (value) \"yes\" else \"no\"\n\n  println(format(\"hello\"))\n  println(format(true))\n\n  final case class Box[A](value: A)\n\n  implicit def boxPrintable[A](implicit p: Printable[A]): Printable[Box[A]] =\n    p.contramap(_.value)\n\n  println(format(Box(\"hello\")))\n  println(format(Box(true)))\n\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/MapReduce.scala","text":"<gh_stars>0\npackage sandbox\n\nimport cats._\nimport cats.implicits._\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject MapReduce {\n\n  def foldMap_[A, B: Monoid](seq: Vector[A])(f: A => B): B =\n    seq.foldLeft(Monoid.empty[B])(_ |+| f(_))\n\n  def parFoldMap_[A, B: Monoid](values: Vector[A])(f: A => B): Future[B] = {\n    val processors = Runtime.getRuntime.availableProcessors()\n    foldMap_(values.grouped(values.length \/ processors).toVector) { group =>\n      Future(foldMap_(group)(f))\n    }\n  }\n\n  def parFoldMap[A, B: Monoid](values: Vector[A])(f: A => B): Future[B] = {\n    val processors = Runtime.getRuntime.availableProcessors()\n    values\n      .grouped(values.length \/ processors)\n      .toVector\n      .foldMap(g => Future(g.foldMap(f)))\n  }\n\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/DataCheck.scala","text":"<filename>src\/main\/scala\/sandbox\/DataCheck.scala\npackage sandbox\n\nimport cats._\nimport cats.data.{Kleisli, NonEmptyList, Validated}\nimport cats.data.Validated._\nimport cats.implicits._\nimport sandbox.DataCheck.Predicate._\n\nobject DataCheck {\n\n  sealed trait Predicate[E, A] {\n    import Predicate._\n\n    def and(that: Predicate[E, A]): Predicate[E, A] = And(this, that)\n\n    def or(that: Predicate[E, A]): Predicate[E, A] = Or(this, that)\n\n    def apply(a: A)(implicit s: Semigroup[E]): Validated[E, A] =\n      this match {\n        case Pure(func) =>\n          func(a)\n\n        case And(left, right) =>\n          (left(a), right(a)).mapN((_, _) => a)\n\n        case Or(left, right) =>\n          left(a) match {\n            case Valid(_) => Valid(a)\n            case Invalid(e1) =>\n              right(a) match {\n                case Valid(_)    => Valid(a)\n                case Invalid(e2) => Invalid(e1 |+| e2)\n              }\n          }\n      }\n\n    def run(implicit s: Semigroup[E]): A => Either[E, A] =\n      a => this(a).toEither\n  }\n\n  object Predicate {\n    final case class And[E, A](left: Predicate[E, A], right: Predicate[E, A])\n        extends Predicate[E, A]\n\n    final case class Or[E, A](left: Predicate[E, A], right: Predicate[E, A])\n        extends Predicate[E, A]\n\n    final case class Pure[E, A](func: A => Validated[E, A])\n        extends Predicate[E, A]\n\n    def apply[E, A](f: A => Validated[E, A]): Predicate[E, A] =\n      Pure(f)\n\n    def lift[E, A](err: E, fn: A => Boolean): Predicate[E, A] =\n      Pure(a => if (fn(a)) a.valid else err.invalid)\n\n    type Errors = NonEmptyList[String]\n\n    def error(s: String): Errors =\n      NonEmptyList(s, Nil)\n\n    def longerThan(n: Int): Predicate[Errors, String] =\n      Predicate.lift(error(s\"Must be longer than $n characters\"), _.length > n)\n\n    val alphanumeric: Predicate[Errors, String] =\n      Predicate.lift(\n        error(s\"Must be all alphanumeric characters\"),\n        _.forall(_.isLetterOrDigit)\n      )\n\n    def contains(char: Char): Predicate[Errors, String] =\n      Predicate.lift(error(s\"Must contain character $char\"), _.contains(char))\n\n    def containsOnce(char: Char): Predicate[Errors, String] =\n      Predicate.lift(\n        error(s\"Must contain character $char only once\"),\n        _.count(_ == char) == 1\n      )\n\n    val validateUserName: Predicate[Errors, String] =\n      longerThan(3) and alphanumeric\n  }\n\n  type Result[A] = Either[Errors, A]\n\n  type Check[A, B] = Kleisli[Result, A, B]\n\n  def check[A, B](func: A => Result[B]): Check[A, B] =\n    Kleisli(func)\n\n  def checkPred[A](pred: Predicate[Errors, A]): Check[A, A] =\n    Kleisli(pred.run)\n\n  val checkUserName: Check[String, String] =\n    checkPred(validateUserName)\n\n  val checkEmail: Check[String, String] = {\n    checkPred(containsOnce('@'))\n      .map(_.split(\"@\"))\n      .andThen {\n        check[Array[String], String] { arr =>\n          (longerThan(0)(arr(0)), (longerThan(2) and contains('.'))(arr(1)))\n            .mapN(_ |+| \"@\" |+| _)\n            .toEither\n        }\n      }\n  }\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/Writers.scala","text":"package sandbox\n\nimport sandbox.Writers.factorial\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.DurationDouble\nimport scala.util.Random\nimport cats._\nimport cats.data.Writer\nimport cats.implicits._\n\nobject Writers {\n  def slowly[A](body: => A): A =\n    try body\n    finally Thread.sleep(Random.nextInt(50) + 50)\n\n  type Logged[T] = Writer[Vector[String], T]\n\n  def factorial(n: Int): Logged[Int] = {\n    for {\n      ans <- if (n == 0) 1.pure[Logged]\n      else slowly(factorial(n - 1).map(_ * n))\n      _ <- Vector(s\"fact $n $ans\").tell\n    } yield ans\n  }\n}\n\nobject WriterTest extends App {\n  val r = Await.result(Future.sequence(\n                         Vector(\n                           Future(factorial(5)),\n                           Future(factorial(5))\n                         )),\n                       5.seconds)\n\n  println(r)\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/TestingAsyncCode.scala","text":"package sandbox\n\nimport cats._\nimport cats.implicits._\n\nimport scala.concurrent.Future\n\nobject TestingAsyncCode {\n\n  trait UptimeClient[F[_]] {\n    def getUptime(hostname: String): F[Int]\n  }\n\n  trait RealUptimeClient extends UptimeClient[Future] {\n    override def getUptime(hostname: String): Future[Int]\n  }\n\n  class TestUptimeClient(hosts: Map[String, Int]) extends UptimeClient[Id] {\n    override def getUptime(hostname: String): Int =\n      hosts.getOrElse(hostname, 0)\n  }\n\n  class UptimeService[F[_]: Applicative](client: UptimeClient[F]) {\n    def getTotalUptime(hostNames: List[String]): F[Int] =\n      hostNames.traverse(client.getUptime).map(_.sum)\n  }\n\n  def testTotalUptime() = {\n    val hosts = Map(\"host1\" -> 10, \"jost2\" -> 6)\n    val client = new TestUptimeClient(hosts)\n    val service = new UptimeService(client)\n    val actual = service.getTotalUptime(hosts.keys.toList)\n    val expected = hosts.values.sum\n    assert(actual == expected)\n  }\n\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/PrintableLib.scala","text":"<reponame>adsinc\/cats-sandbox\npackage sandbox\n\nobject PrintableLib {\n\n  trait Printable[A] {\n    def format(a: A): String\n  }\n\n  object Printable {\n    def format[A](a: A)(implicit printable: Printable[A]): String =\n      printable.format(a)\n    def print[A](a: A)(implicit printable: Printable[A]): Unit =\n      println(format(a))\n  }\n\n  object PrintableInstances {\n    implicit val intPrintableInstance: Printable[Int] = a => a.toString\n    implicit val stringPrintableInstance: Printable[String] = a => a.toString\n    implicit val catPrintableInstance: Printable[Cat] = a => {\n      val name = Printable.format(a.name)\n      val age = Printable.format(a.age)\n      val color = Printable.format(a.color)\n      s\"$name is a $age year-old $color cat.\"\n    }\n  }\n\n  final case class Cat(name: String, age: Int, color: String)\n\n  object PrintableSyntax {\n\n    implicit class PrintableOps[A](value: A) {\n      def format(implicit printable: Printable[A]): String =\n        printable.format(value)\n\n      def print(implicit printable: Printable[A]): Unit =\n        println(format)\n    }\n\n  }\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/FormValidation.scala","text":"<filename>src\/main\/scala\/sandbox\/FormValidation.scala\npackage sandbox\n\nimport cats.data._\nimport cats.implicits._\n\nobject FormValidation {\n\n  case class User(name: String, age: Int)\n\n  type FormData = Map[String, String]\n  type FailFast[A] = Either[List[String], A]\n  type FailSlow[A] = Validated[List[String], A]\n\n  def getValue(data: FormData)(valueName: String): FailFast[String] =\n    data\n      .get(valueName)\n      .toRight(List(s\"No value $valueName\"))\n\n  def parseInt(name: String)(value: String): FailFast[Int] =\n    Either\n      .catchOnly[NumberFormatException](value.toInt)\n      .leftMap(_ => List(s\"$name must be integer\"))\n\n  def nonBlank(name: String)(value: String): FailFast[String] =\n    Either\n      .right(value)\n      .ensure(List(s\"$name is empty\"))(_.nonEmpty)\n\n  def nonNegative(name: String)(value: Int): FailFast[Int] =\n    Either\n      .right(value)\n      .ensure(List(s\"$name can't be negative\"))(_ >= 0)\n\n  def readName(data: FormData): FailFast[String] =\n    getValue(data)(\"name\")\n      .flatMap(nonBlank(\"name\"))\n\n  def readAge(data: FormData): FailFast[Int] =\n    getValue(data)(\"age\")\n      .flatMap(nonBlank(\"age\"))\n      .flatMap(parseInt(\"age\"))\n      .flatMap(nonNegative(\"age\"))\n\n  def createUser(data: FormData): FailSlow[User] =\n    (readName(data).toValidated, readAge(data).toValidated).mapN(User.apply)\n\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/Transformers.scala","text":"package sandbox\n\nimport cats.data.EitherT\nimport cats.implicits._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future}\n\nobject Transformers extends App {\n\n  type Response[A] = EitherT[Future, String, A]\n\n  val powerLevels = Map(\n    \"Jazz\" -> 6,\n    \"Bumblebee\" -> 8,\n    \"Hot Rod\" -> 10\n  )\n\n  def getPowerLevel(ally: String): Response[Int] =\n    powerLevels.get(ally) match {\n      case Some(value) => EitherT[Future, String, Int](Future(Right(value)))\n      case None =>\n        EitherT[Future, String, Int](Future(Left(s\"$ally out of range\")))\n    }\n\n  def canSpecialMove(ally1: String, ally2: String): Response[Boolean] =\n    for {\n      p1 <- getPowerLevel(ally1)\n      p2 <- getPowerLevel(ally2)\n    } yield p1 + p2 > 10\n\n  def tacticalReport(ally1: String, ally2: String): String =\n    Await.result(\n      canSpecialMove(ally1, ally2).value.collect {\n        case Left(msg)    => s\"Comms error: $msg\"\n        case Right(true)  => s\"$ally1 and $ally2 are ready to roll out!\"\n        case Right(false) => s\"$ally1 and $ally2 need to recharge.\"\n      },\n      1.second\n    )\n\n  println(tacticalReport(\"Jazz\", \"Bumblebee\"))\n  println(tacticalReport(\"Hot Rod\", \"Bumblebee\"))\n  println(tacticalReport(\"Jazz\", \"Ironhide\"))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/Evals.scala","text":"package sandbox\n\nimport cats.Eval\n\nobject Evals {\n  def foldRight[A, B](as: List[A], acc: B)(fn: (A, B) => B): Eval[B] =\n    as match {\n      case head :: tail =>\n        Eval.defer(foldRight(tail, acc)(fn).map(fn(head, _)))\n      case Nil =>\n        Eval.now(acc)\n    }\n}\n\nobject EvalTest extends App {\n\n  val to = 100000\n\n  println(Evals.foldRight((1 to to).toList, 0)(_ + _).value)\n\n  println((1 to to).toList.sum)\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/ProductImplement.scala","text":"package sandbox\n\nimport cats._\nimport cats.implicits._\n\nobject ProductImplement {\n  def product[M[_]: Monad, A, B](x: M[A], y: M[B]): M[(A, B)] =\n    for {\n      a <- x\n      b <- y\n    } yield (a, b)\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/CRDT.scala","text":"<filename>src\/main\/scala\/sandbox\/CRDT.scala\npackage sandbox\n\nimport cats._\nimport cats.implicits._\n\nobject CRDT {\n\n  trait GCounter[F[_, _], K, V] {\n    def increment(f: F[K, V])(k: K, v: V)(implicit m: Monoid[V]): F[K, V]\n\n    def merge(f1: F[K, V], f2: F[K, V])(implicit b: BoundedSemiLattice[V]): F[K, V]\n\n    def total(f1: F[K, V])(implicit m: Monoid[V]): V\n  }\n\n  object GCounter {\n    def apply[F[_, _], K, V](implicit counter: GCounter[F, K, V]): GCounter[F, K, V] = counter\n  }\n\n  implicit def mapGCounter[K, V]: GCounter[Map, K, V] =\n    new GCounter[Map, K, V] {\n      def increment(map: Map[K, V])(k: K, v: V)(implicit m: Monoid[V]): Map[K, V] = {\n        val newV = v |+| map.getOrElse(k, m.empty)\n        map + (k -> newV)\n      }\n\n      def merge(f1: Map[K, V], f2: Map[K, V])(implicit b: BoundedSemiLattice[V]): Map[K, V] =\n        f1 |+| f2\n\n      def total(f1: Map[K, V])(implicit m: Monoid[V]): V =\n        f1.values.toList.combineAll\n    }\n\n  trait BoundedSemiLattice[A] extends Monoid[A] {\n    def combine(x: A, y: A): A\n\n    def empty: A\n  }\n\n  implicit val intBoundedSemiLattice: BoundedSemiLattice[Int] =\n    new BoundedSemiLattice[Int] {\n      def combine(x: Int, y: Int): Int =\n        x max y\n\n      def empty: Int =\n        0\n    }\n\n  implicit def setBoundedSemiLattice[T](): BoundedSemiLattice[Set[T]] =\n    new BoundedSemiLattice[Set[T]] {\n      def combine(x: Set[T], y: Set[T]): Set[T] =\n        x union y\n\n      def empty: Set[T] =\n        Set.empty[T]\n    }\n\n  trait KeyValueStore[F[_, _]] {\n    def put[K, V](f: F[K, V])(k: K, v: V): F[K, V]\n\n    def get[K, V](f: F[K, V])(k: K): Option[V]\n\n    def getOrElse[K, V](f: F[K, V])(k: K, default: V): V =\n      get(f)(k).getOrElse(default)\n\n    def values[K, V](f: F[K, V]): List[V]\n  }\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/SuperAdder.scala","text":"package sandbox\n\nimport cats._\nimport cats.implicits._\n\nobject SuperAdder {\n\n  def add[T: Monoid](items: List[T]): T =\n    items.foldLeft(Monoid[T].empty)(_ |+| _)\n\n  case class Order(totalCost: Double, quantity: Double)\n\n  implicit val orderMonoid: Monoid[Order] = new Monoid[Order] {\n    override def empty: Order = Order(0, 0)\n\n    override def combine(x: Order, y: Order): Order = Order(\n      x.totalCost |+| y.totalCost,\n      x.quantity |+| y.quantity\n    )\n  }\n\n}\n\nobject SuperAdderTest extends App {\n\n  import SuperAdder._\n\n  println(add(List(1, 2, 3)).show)\n  println(add(List(Some(1), None, Some(3))).show)\n\n  println(\n    add(\n      List(\n        Order(10.1, 4),\n        Order(8.22, 2.3)\n      )))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/Codecs.scala","text":"<gh_stars>0\npackage sandbox\n\nobject Codecs {\n\n  trait Codec[A] {\n    self =>\n\n    def encode(value: A): String\n\n    def decode(value: String): A\n\n    def imap[B](dec: A => B, enc: B => A): Codec[B] =\n      new Codec[B] {\n        override def encode(value: B): String = self.encode(enc(value))\n\n        override def decode(value: String): B = dec(self.decode(value))\n      }\n  }\n\n  def encode[A](value: A)(implicit c: Codec[A]): String =\n    c.encode(value)\n\n  def decode[A](value: String)(implicit c: Codec[A]): A =\n    c.decode(value)\n\n  implicit val stringCodec: Codec[String] =\n    new Codec[String] {\n      override def encode(value: String): String = value\n\n      override def decode(value: String): String = value\n    }\n\n  implicit val doubleCodec: Codec[Double] =\n    stringCodec.imap(_.toDouble, _.toString)\n\n  final case class Box[A](value: A)\n\n  implicit def boxCodec[A](implicit c: Codec[A]): Codec[Box[A]] =\n    c.imap(Box(_), _.value)\n}\n\nobject CodecsTest extends App {\n\n  import Codecs._\n\n  println(encode(1.2))\n  println(decode[Double](\"1.2\"))\n\n  println(encode(Box(1.2)))\n  println(decode[Box[Double]](\"1.2\"))\n}\n"}
{"repo_name":"adsinc\/cats-sandbox","path":"src\/main\/scala\/sandbox\/TreeMonad.scala","text":"<gh_stars>0\npackage sandbox\n\nimport cats._\nimport cats.implicits._\n\nobject TreeMonad {\n\n  sealed trait Tree[+A]\n\n  final case class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n\n  final case class Leaf[A](value: A) extends Tree[A]\n\n  def branch[A](left: Tree[A], right: Tree[A]): Tree[A] = Branch(left, right)\n\n  def leaf[A](value: A): Tree[A] = Leaf(value)\n\n  implicit val treeMonad: Monad[Tree] = new Monad[Tree] {\n    override def pure[A](x: A): Tree[A] = leaf(x)\n\n    override def flatMap[A, B](fa: Tree[A])(f: A => Tree[B]): Tree[B] =\n      fa match {\n        case Branch(l, r) => branch(flatMap(l)(f), flatMap(r)(f))\n        case Leaf(a)      => f(a)\n      }\n\n    override def tailRecM[A, B](a: A)(f: A => Tree[Either[A, B]]): Tree[B] =\n      f(a) match {\n        case Branch(leftTree, rightTree) =>\n          branch(\n            flatMap(leftTree) {\n              case Left(v)  => tailRecM(v)(f)\n              case Right(v) => pure(v)\n            },\n            flatMap(rightTree) {\n              case Left(v)  => tailRecM(v)(f)\n              case Right(v) => pure(v)\n            }\n          )\n        case Leaf(Left(value)) =>\n          tailRecM(value)(f)\n        case Leaf(Right(value)) =>\n          leaf(value)\n      }\n  }\n}\n\nobject TreeMonadTest extends App {\n\n  import TreeMonad._\n\n  val tree = branch(leaf(1), leaf(2))\n\n  val r = for {\n    t <- tree\n  } yield t * 2\n\n  println(r)\n}\n"}
{"repo_name":"YotpoLtd\/spark-lineage","path":"src\/test\/scala\/org\/chojin\/spark\/lineage\/reporter\/KafkaReporterSpec.scala","text":"<gh_stars>1-10\npackage org.chojin.spark.lineage.reporter\n\nimport net.manub.embeddedkafka.{EmbeddedKafka, EmbeddedKafkaConfig}\nimport org.chojin.spark.lineage.inputs.{Field, HiveInput, How}\nimport org.chojin.spark.lineage.outputs.FsOutput\nimport org.chojin.spark.lineage.report.{Metadata, Report}\nimport org.json4s.jackson.JsonMethods._\nimport org.mockito.{ArgumentMatchersSugar, MockitoSugar}\nimport org.scalatest.{WordSpec, Matchers => ScalaTestMatchers}\n\nclass KafkaReporterSpec extends WordSpec with MockitoSugar with ScalaTestMatchers with ArgumentMatchersSugar with EmbeddedKafka {\n  val report = Report(\n    Metadata(\"my-app\"),\n    FsOutput(\n      path = \"s3:\/\/\/bucket\/path\/to\/data\",\n      format = \"parquet\"),\n    Map(\n      \"one\" -> List(\n        HiveInput(\n          name = \"db.table1\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN),\n            Field(name = \"one\", how = How.PROJECTION))),\n        HiveInput(\n          name = \"db.table2\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN)))),\n      \"two\" -> List(\n        HiveInput(\n          name = \"db.table1\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN))),\n        HiveInput(\n          name = \"db.table2\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN),\n            Field(name = \"two\", how = How.PROJECTION))))\n    )\n  )\n\n  \"report\" should {\n    \"put a kafka record\" in {\n      implicit val config = EmbeddedKafkaConfig(kafkaPort = 9092, zooKeeperPort = 12345)\n\n      EmbeddedKafka.start()\n\n      val reporter = KafkaReporter(\n        bootstrapServerUrl = \"localhost:9092\",\n        topic = \"my_topic\",\n        compression = None\n      )\n\n      reporter.report(report)\n\n      val result = consumeFirstStringMessageFrom(\"my_topic\")\n      val resultMap = parse(result).values.asInstanceOf[Map[String, Any]]\n\n      val output = resultMap(\"output\").asInstanceOf[Map[String, String]]\n      val metadata = resultMap(\"metadata\").asInstanceOf[Map[String, String]]\n      val fields = resultMap(\"fields\").asInstanceOf[Map[String, String]]\n\n      metadata.get(\"appName\").asInstanceOf[Some[String]].get shouldEqual \"my-app\"\n\n      resultMap(\"metadata\") shouldEqual Map(\"appName\" -> \"my-app\")\n\n      resultMap(\"output\") shouldEqual\n        Map(\n          \"typeName\" -> \"fs\",\n          \"format\" -> \"parquet\",\n          \"path\" -> \"s3:\/\/\/bucket\/path\/to\/data\"\n        )\n\n      resultMap(\"fields\") shouldEqual\n        Map(\n          \"one\" -> List(\n            Map(\n              \"name\" -> \"db.table1\",\n              \"fields\" -> List(\n                Map(\n                  \"name\" -> \"pk\",\n                  \"how\" -> \"JOIN\"\n                ),\n                Map(\n                  \"name\" -> \"one\",\n                  \"how\" -> \"PROJECTION\"\n                )\n              ),\n              \"typeName\" -> \"hive\"\n            ),\n            Map(\n              \"typeName\" -> \"hive\",\n              \"name\" -> \"db.table2\",\n              \"fields\" -> List(\n                Map(\n                  \"name\" -> \"pk\",\n                  \"how\" -> \"JOIN\"\n                )\n              )\n            )\n          ),\n          \"two\" -> List(\n            Map(\n              \"typeName\" -> \"hive\",\n              \"name\" -> \"db.table1\",\n              \"fields\" -> List(\n                Map(\n                  \"name\" -> \"pk\",\n                  \"how\" -> \"JOIN\"\n                )\n              )\n            ),\n            Map(\n              \"typeName\" -> \"hive\",\n              \"name\" -> \"db.table2\",\n              \"fields\" -> List(\n                Map(\n                  \"name\" -> \"pk\",\n                  \"how\" -> \"JOIN\"\n                ),\n                Map(\n                  \"name\" -> \"two\",\n                  \"how\" -> \"PROJECTION\"\n                )\n              )\n            )\n          )\n        )\n\n      EmbeddedKafka.stop()\n    }\n  }\n}\n"}
{"repo_name":"YotpoLtd\/spark-lineage","path":"src\/test\/scala\/org\/chojin\/spark\/lineage\/SparkSqlLineageListenerSpec.scala","text":"<gh_stars>1-10\npackage org.chojin.spark.lineage\n\nimport java.io.File\nimport java.nio.file.{Files, Path}\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types.StringType\nimport org.chojin.spark.lineage.inputs.{Field, HiveInput, How}\nimport org.chojin.spark.lineage.outputs.FsOutput\nimport org.chojin.spark.lineage.report.{Metadata, Report}\nimport org.chojin.spark.lineage.reporter.InMemoryReporter\nimport org.scalatest._\n\nclass SparkSqlLineageListenerSpec extends FunSuite with BeforeAndAfterAll with BeforeAndAfterEach with Matchers with Inside {\n  private var spark: SparkSession = _\n\n  private val tempDir: Path = Files.createTempDirectory(\"listener-test-\")\n  private val reporter: InMemoryReporter = InMemoryReporter(compression = None)\n  private val listener: SparkSqlLineageListener = SparkSqlLineageListener(List(reporter), async = false)\n  private val outputPath = tempDir.resolve(\"test.parquet\")\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n\n    spark = SparkSession\n      .builder()\n      .master(\"local\")\n      .appName(\"test\")\n      .config(\"spark.ui.enabled\", \"false\")\n      .enableHiveSupport()\n      .getOrCreate()\n\n    spark.sql(\"create database test\")\n\n    Seq(\"foo\", \"bar\", \"baz\").foreach { name =>\n      val path = tempDir.resolve(s\"test\/$name\/day=2019-10-01\/data.csv\")\n      path.getParent.toFile.mkdirs()\n\n      Files.write(path, \"1,a,10\\n2,b,20\\n3,c,30\\n\".getBytes())\n\n      spark.sql(\n        s\"\"\"\n           |CREATE EXTERNAL TABLE test.$name (\n           | pk BIGINT,\n           | name STRING,\n           | value BIGINT\n           |)\n           |PARTITIONED BY (day STRING)\n           |ROW FORMAT DELIMITED FIELDS TERMINATED BY ','\n           |STORED AS TEXTFILE\n           |LOCATION '${path.getParent.getParent.toString}'\n           |\"\"\".stripMargin)\n      spark.sql(\n        s\"\"\"\n           |ALTER TABLE test.$name\n           |ADD PARTITION (day='2019-10-01')\n           |LOCATION '${path.getParent.toString}'\n           |\"\"\".stripMargin)\n    }\n\n    spark.listenerManager.register(listener)\n  }\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n\n    reporter.clear()\n  }\n\n  override protected def afterEach(): Unit = {\n    FileUtils.deleteDirectory(outputPath.toFile)\n\n    super.afterEach()\n  }\n\n  override protected def afterAll(): Unit = {\n    spark.listenerManager.unregister(listener)\n    spark.sessionState.catalog.reset()\n    spark.stop()\n\n    SparkSession.clearActiveSession()\n    SparkSession.clearDefaultSession()\n\n    FileUtils.deleteDirectory(tempDir.toFile)\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n\n    super.afterAll()\n  }\n\n  test(\"hive projection\") {\n    val ss = spark\n    import ss.implicits._\n\n    spark.table(\"test.foo\")\n      .select('pk, concat('name, 'value.cast(StringType)) as 'new_value)\n      .write\n      .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"pk\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"pk\", How.PROJECTION)))),\n        \"new_value\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"name\", How.PROJECTION), Field(\"value\", How.PROJECTION))))))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n\n  test(\"hive filter\") {\n    val ss = spark\n    import ss.implicits._\n\n    spark.table(\"test.foo\")\n      .filter('name =!= \"c\")\n      .select('pk, concat('pk, 'value.cast(StringType)) as 'new_value)\n      .write\n      .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"pk\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(\n              Field(\"pk\", How.PROJECTION),\n              Field(\"name\", How.FILTER)))),\n        \"new_value\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(\n              Field(\"pk\", How.PROJECTION),\n              Field(\"value\", How.PROJECTION),\n              Field(\"name\", How.FILTER))))))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n\n  test(\"hive aggregate\") {\n    val ss = spark\n    import ss.implicits._\n\n    spark.table(\"test.foo\")\n      .groupBy('name)\n      .count\n      .write\n      .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"count\" -> List(HiveInput(\"test.foo\", Set(Field(\"name\", How.GROUPBY)))),\n        \"name\" -> List(HiveInput(\"test.foo\", Set(Field(\"name\", How.GROUPBY))))))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n\n  test(\"hive aggregate sum\") {\n    val ss = spark\n    import ss.implicits._\n\n    spark.table(\"test.foo\")\n      .groupBy('name)\n      .agg(sum('value) as 'sum)\n      .write\n      .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"sum\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(\n              Field(\"name\", How.GROUPBY),\n              Field(\"value\", How.AGGREGATE)))),\n        \"name\" -> List(HiveInput(\"test.foo\", Set(Field(\"name\", How.GROUPBY))))))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n\n  test(\"hive join\") {\n    val ss = spark\n    import ss.implicits._\n\n    val foo = spark.table(\"test.foo\").select('pk, 'name, 'value)\n    val bar = spark.table(\"test.bar\")\n\n\n    foo.join(bar, Seq(\"pk\"))\n      .select(foo.col(\"*\"), bar.col(\"name\") as 'bar_name)\n      .write\n      .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"pk\" -> List(\n          HiveInput(\"test.foo\", Set(Field(\"pk\", How.JOIN), Field(\"pk\", How.PROJECTION))),\n          HiveInput(\"test.bar\", Set(Field(\"pk\", How.JOIN)))),\n        \"name\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"pk\", How.JOIN), Field(\"name\", How.PROJECTION))),\n          HiveInput(\n            \"test.bar\",\n            Set(Field(\"pk\", How.JOIN)))),\n        \"value\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"pk\", How.JOIN), Field(\"value\", How.PROJECTION))),\n          HiveInput(\n            \"test.bar\",\n            Set(Field(\"pk\", How.JOIN)))),\n        \"bar_name\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"pk\", How.JOIN))),\n          HiveInput(\n            \"test.bar\",\n            Set(Field(\"pk\", How.JOIN), Field(\"name\", How.PROJECTION))))))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n\n  test(\"hive union\") {\n    val ss = spark\n    import ss.implicits._\n\n    Seq(\"foo\", \"bar\")\n        .map(name => spark.table(s\"test.$name\").select('pk, concat('name, 'value.cast(StringType)) as 'new_value))\n        .reduce((a, b) => a.union(b))\n        .write\n        .parquet(outputPath.toString)\n\n    val expected = Report(\n      Metadata(\"test\"),\n      FsOutput(s\"file:$outputPath\", \"Parquet\"),\n      Map(\n        \"pk\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"pk\", How.PROJECTION))),\n          HiveInput(\n            \"test.bar\",\n            Set(Field(\"pk\", How.PROJECTION)))\n        ),\n        \"new_value\" -> List(\n          HiveInput(\n            \"test.foo\",\n            Set(Field(\"name\", How.PROJECTION), Field(\"value\", How.PROJECTION))),\n          HiveInput(\n            \"test.bar\",\n            Set(Field(\"name\", How.PROJECTION), Field(\"value\", How.PROJECTION)))\n        )))\n\n    reporter.getReports() should contain theSameElementsInOrderAs List(expected)\n  }\n}\n"}
{"repo_name":"YotpoLtd\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/KafkaReporter.scala","text":"<filename>src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/KafkaReporter.scala\npackage org.chojin.spark.lineage.reporter\n\nimport java.util.Properties\n\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerRecord}\nimport org.chojin.spark.lineage.report.Report\n\ncase class KafkaReporter(bootstrapServerUrl: String,\n                         topic: String,\n                         compression: Option[String]) extends Reporter {\n  def this(props: Map[String, String]) = this(\n    bootstrapServerUrl=props(\"bootstrapServerUrl\"),\n    topic=props(\"topic\"),\n    compression=props.get(\"compression\"))\n\n  private lazy val producer = {\n    val props = new Properties()\n    props.put(\"bootstrap.servers\", this.bootstrapServerUrl)\n    props.put(\"key.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n    props.put(\"value.serializer\", \"org.apache.kafka.common.serialization.StringSerializer\")\n    new KafkaProducer[Null, String](props)\n  }\n\n  override def report(report: Report): Unit = {\n    val payload = report.toJson()\n\n    val record = new ProducerRecord(this.topic,null, payload)\n    producer.send(record)\n  }\n}\n\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/Server.scala","text":"<reponame>Nitro\/singularity-broadcast\nimport cats.effect.IO\nimport com.typesafe.config.ConfigFactory\nimport com.typesafe.scalalogging.LazyLogging\nimport conf.Conf\nimport util.Cache\nimport io.circe.generic.auto._\nimport net.ceedubs.ficus.Ficus._\nimport net.ceedubs.ficus.readers.ArbitraryTypeReader._\nimport newrelic.NewRelicHandlerImpl\nimport util.DefaultHttpIO\nimport org.http4s.{util, _}\nimport org.http4s.circe._\nimport org.http4s.dsl.io.{Ok, _}\nimport singularity._\nimport slack.SlackHandlerImpl\n\nimport scala.concurrent.duration._\n\nobject DeployService extends Utils {\n  implicit val decoder = jsonOf[IO, SingularityDeployUpdate]\n\n  lazy val service = HttpService[IO] {\n\n    case GET -> Root \/ \"health\" => Ok(\"ok\")\n\n    case req @ POST -> Root \/ \"singularity\" \/ \"webhook\" \/ \"deploy\" =>\n      logger.info(\">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>\")\n      for {\n        deployUpdate <- req.as[SingularityDeployUpdate]\n        _ <- processDeployUpdate(deployUpdate)\n        resp <- Ok(\"ok\")\n      } yield {\n        logger.info(\"<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<\")\n        resp\n      }\n\n  }\n\n  def processDeployUpdate(deployUpdate: SingularityDeployUpdate): IO[Unit] =\n    if (!shouldSkip(deployUpdate)) {\n      for {\n        info <- singularity.fetchInfo(deployUpdate)\n        richEvent <- newRelic.fetchNewRelicAppId(info)\n        newRelicDeployId <- newRelic.send(richEvent)\n\n        slackMsg <- IO(slack.buildMessage(richEvent, newRelicDeployId))\n        _ <- slack.send(richEvent, slackMsg)\n\n      } yield {\n        ()\n      }\n    } else {\n      IO()\n    }\n\n}\n\ntrait Utils extends LazyLogging {\n\n  val config = ConfigFactory.defaultApplication().resolve()\n\n  val io = DefaultHttpIO\n\n  val conf = config.as[Conf](\"singularity_broadcast\")\n\n  val singularity = new SingularityHandlerImpl(conf.singularity, io)\n\n  val slack = new SlackHandlerImpl(conf, io)\n\n  val newRelic = NewRelicHandlerImpl(conf.newRelic, io)\n\n  def log(request: Request[IO]) = {\n    val body = request.bodyAsText.runFold[String](\"\")(_ + _).unsafeRunSync()\n    logger.info(s\"Request body: $body\")\n  }\n\n  \/\/    def log(json: Json): IO[Unit] = IO {\n  \/\/      val pretty = json.pretty(Printer.spaces2)\n  \/\/      logger.info(s\"Json: $pretty\")\n  \/\/    }\n\n  val TooOld = 10.minutes\n\n  val ToSkip = Seq(\"tweety\", \"singularity_broadcast\", \"cadvisor\")\n\n  def shouldSkip(event: SingularityDeployUpdate): Boolean = {\n    val deployId = event.deployMarker.deployId\n    val requestId = event.deployMarker.requestId\n    val now = System.currentTimeMillis()\n    logger.info(s\"Evaluating event: ${event.eventType}, requestId: $requestId, deployId: $deployId\")\n    if (Cache.isAlreadySeen(event)) {\n      logger.info(s\"Already processed deploy ${event.eventType } for deployId: '$deployId'. Ignoring $requestId\")\n      true\n    } else if (ToSkip.exists(contain => requestId.toLowerCase().contains(contain))) {\n      logger.info(s\"Ignoring $requestId (in toSkip list)\")\n      true\n    } else if (now - event.deployMarker.timestamp > TooOld.toMillis) {\n      logger.info(\n        s\"Dropping deployId:$deployId, requestId: $requestId for been too old. now: $now, deploy timestamp: ${event.deployMarker.timestamp}\")\n      true\n    } else {\n      Cache.remember(event)\n      false\n    }\n  }\n\n}\n\n\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"build.sbt","text":"<gh_stars>1-10\norganization := \"com.nitro\"\nname := \"singularity-broadcast\"\n\nscalaVersion := \"2.11.11\"\n\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\n\nlibraryDependencies ++= Dependencies.all\n\nenablePlugins(ScalafmtPlugin, JavaAppPackaging, DockerPlugin)\n\n\n\npackageName in Docker:= \"gonitro\/singularity-broadcast\"\ndockerExposedPorts := Seq(8080)\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/slack\/SlackHandler.scala","text":"<reponame>Nitro\/singularity-broadcast\npackage slack\n\nimport cats.effect.IO\nimport com.typesafe.scalalogging.LazyLogging\nimport conf.Conf\nimport io.circe.Json\nimport io.circe.parser._\nimport singularity._\nimport util.JsonUtil._\nimport util.{HttpIO, QuoteRandom}\n\n\/**\n  * https:\/\/api.slack.com\/docs\/message-formatting\n  *\/\nclass SlackHandlerImpl(conf: Conf, io: HttpIO) extends LazyLogging {\n\n  val BaseJson = parse(conf.slack.baseJson).right\n    .getOrElse(sys.error(\"Unable to parse Slack baseJson json\"))\n\n  def footer() = {\n    val (icon, sentence) = QuoteRandom.nextQuote()\n    s\"\"\"\n       |  \"footer\": \"$icon $sentence\",\n        \"\"\".stripMargin\n\n  }\n\n  def toChannelList(deployEvent: DeployEvent):Seq[String] = deployEvent match {\n    case DeployFinished(info) if info.isProd => Seq(conf.slack.channel.important,conf.slack.channel.info)\n    case DeployStarting(_) | DeployFinished(_) | IgnoredEvent =>\n      Seq(conf.slack.channel.info)\n  }\n\n\n  def send(deployEvent: DeployEvent, message: Json): IO[Unit] = {\n    val channels =  toChannelList(deployEvent)\n    val sendsIO =  channels.map(channel => send(deployEvent, message,channel ))\n    IO(sendsIO.foreach(_.unsafeRunSync())) \/\/ TODO rewrite it\n  }\n\n  def send(deployEvent: DeployEvent, message: Json, targetChannel: String): IO[Unit] = {\n    val msgWithChannel = message.deepMerge(json {\n      s\"\"\"{\n          \"channel\": \"$targetChannel\"\n          }\n        \"\"\"\n    })\n\n    io.postJsonIgnoreResult(conf.slack.url, msgWithChannel).map(_ => ())\n  }\n\n  def buildMessage(deploy: DeployEvent,\n                   newRelicDeployId: Option[Long]): Json = {\n    deploy match {\n      case DeployStarting(info) =>\n        json {\n          s\"\"\"{\n                 \"text\": \"Deploying ${info.prettyServiceName} to ${info.prettyEnvironment}\"\n          }\n           \"\"\"\n        }.deepMerge(BaseJson)\n          .deepMerge(attachments(info, newRelicDeployId))\n      case DeployFinished(info) if info.isProd =>\n          json {\n          s\"\"\"{\n                \"text\": \"${info.prettyStatus} deploying <${info.singularityRequestUrl}|${info.serviceName}:${info.newImageTag}> to ${info.prettyEnvironment}, info at <${conf.slack.channel.infoLink}|${conf.slack.channel.info}>\"\n          }\n          \"\"\"\n          }.deepMerge(BaseJson)\n      case DeployFinished(info) =>\n        json {\n          s\"\"\"{\n                \"text\": \"${info.prettyStatus} deploying <${info.singularityRequestUrl}|${info.serviceName}:${info.newImageTag}> to ${info.prettyEnvironment}\"\n          }\n           \"\"\"\n        }.deepMerge(BaseJson)\n      case IgnoredEvent => Json.Null\n    }\n  }\n\n  def attachments(info: DeployInfo, newRelicDeployId: Option[Long]): Json = {\n\n    val previousDeployIdField = info.previousDeployId.map { deployId =>\n      s\"\"\"\n         |{\n         |  \"title\": \"Previous DeployId\",\n         |  \"value\": \"<${info.singularityPreviousDeployId.get}|$deployId>\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin\n    }\n\n    val gitHubLink = if (info.isTagValidVersion) {\n      s\"<https:\/\/github.com\/Nitro\/${info.gitHubRepoName}\/releases\/tag\/v${info.newImageTag}|${info.newImageTag}>\"\n    } else {\n      s\"${info.newImageTag}\"\n    }\n\n    val dockerLink =\n      s\"<https:\/\/hub.docker.com\/r\/gonitro\/${info.imageName}\/tags|(Docker Repo)>\"\n\n    val versionField = Some(s\"\"\"\n         |{\n         |  \"title\": \"Version\",\n         |  \"value\": \"$gitHubLink $dockerLink\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin)\n\n    val deployField = Some(\n      s\"\"\"\n         |{\n         |  \"title\": \"DeployId\",\n         |  \"value\": \"<${info.singularityNewDeployUrl}|${info.newDeployId}>\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin\n    )\n\n    val lastDeployTime = info.previousLastDeployTime.map(time => s\"\"\"\n         |{\n         |  \"title\": \"Previous version was deployed\",\n         |  \"value\": \"$time\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin)\n\n    val prodDiff =  if (info.isTagValidVersion && !info.isProd) {\n      info.prodImageTag.map(prodVersion =>\n        s\"\"\"(<https:\/\/github.com\/Nitro\/${info.gitHubRepoName}\/compare\/v${prodVersion}...v${info.newImageTag}|diff>)\"\"\".stripMargin)\n        .getOrElse(\"\")\n    } else {\n      \"\"\n    }\n\n    val prodVersion = info.prodImageTag.map(prodVersion => s\"\"\"\n         |{\n         |  \"title\": \"Version in Prod\",\n         |  \"value\": \"<${info.singularityProdRequestUrl.get}|$prodVersion>\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin)\n\n    val prodLastDeployTime = info.prodLastDeployTime.map(time => s\"\"\"\n         |{\n         |  \"title\": \"Prod hasn\u2019t been updated since\",\n         |  \"value\": \"${if (info.warningProdLastDeploy) \"\u26a0\" else \"\u2705\"} $time $prodDiff\",\n         |  \"short\": true\n         |}\n       \"\"\".stripMargin)\n\n    val versionDiff = info.previousImageTag.flatMap { previousImageTag =>\n      if (!info.isTagValidVersion) {\n        None\n      } else {\n        Some(\n          s\"\"\"\n             |{\n             |  \"title\": \"Previous version (diff)\",\n             |  \"value\": \"<https:\/\/github.com\/Nitro\/${info.gitHubRepoName}\/compare\/v${previousImageTag}...v${info.newImageTag}|${previousImageTag}...${info.newImageTag}>\",\n             |  \"short\": true\n             |}\n           \"\"\".stripMargin\n        )\n      }\n    }\n\n    val newRelicTrack = for {\n      newRelicAppId <- info.newRelicAppId\n      deployId <- newRelicDeployId\n    } yield {\n      s\"\"\"\n         |{\n         |  \"title\": \"NewRelic deploy:\",\n         |  \"value\": \"<https:\/\/rpm.newrelic.com\/accounts\/${conf.newRelic.accountId}\/applications\/$newRelicAppId\/deployments\/$deployId|New Relic APM>\",\n         |  \"short\": true\n         |}\n           \"\"\".stripMargin\n    }\n\n    val fields = Seq(versionField,\n                     deployField,\n                     newRelicTrack,\n                     previousDeployIdField,\n                     versionDiff,\n                     lastDeployTime,\n                     prodVersion,\n                     prodLastDeployTime).flatten.mkString(\",\")\n\n    val versionInfo =\n      s\"\"\"\n         |{\n         |              \"fallback\": \"Deploying ${info.prettyServiceName} (to ${info.prettyEnvironment})\",\n         |              \"color\": \"good\",\n         |              ${footer()}\n         |              \"fields\": [ $fields ]\n         |}\n      \"\"\".stripMargin\n\n    val changes = info.diffEnvironmentConf.map(hideCredentials).map {\n      case DiffEnvironmentConf(Added, key, value, _) => s\" \u2795 $key: `$value` \"\n      case DiffEnvironmentConf(Removed, key, value, _) =>\n        s\" \u274c $key: ~'$value'~ \"\n      case DiffEnvironmentConf(Changed, key, value, Some(oldValue)) =>\n        s\"\"\"\u2757 $key: ~'$oldValue'~  \u279d `$value`\"\"\".stripMargin\n    }\n\n    val envInfo =\n      if (changes.isEmpty)\n        None\n      else {\n        val text =\n          changes.mkString(\"\\\\n\")\n        Some(\n          s\"\"\"\n             |{\n             |  \"title\": \"Environment changes since last deployment:\",\n             |  \"color\": \"warning\",\n             |  \"mrkdwn_in\": [\"text\"],\n             |  \"text\": \"$text\"\n             |}\n        \"\"\".stripMargin\n        )\n      }\n\n    val attachments =\n      Seq(Some(versionInfo), envInfo).flatten.mkString(\",\")\n\n    json {\n      s\"\"\"{\"attachments\": [$attachments]}\"\"\"\n    }\n  }\n\n  def isPass(key: String) = {\n    key.toUpperCase().contains(\"PASS\") || key.toUpperCase().contains(\"SECRET\") || key.contains(\"CREDENTIAL\")\n  }\n\n  \/\/ password -> <PASSWORD>\n  def maskPass(value: String) = {\n    value.take(value.size\/2) +  (\"x\" * (value.size\/2))\n  }\n\n  def hideCredentials(env: DiffEnvironmentConf): DiffEnvironmentConf = {\n    if ( isPass(env.key) && !env.value.startsWith(\"vault:\/\/\")) {\n      env.copy(value = maskPass(env.value))\n    } else {\n      env\n    }\n  }\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/singularity\/SingularityHandler.scala","text":"<reponame>Nitro\/singularity-broadcast\npackage singularity\n\nimport java.util.Date\n\nimport cats.effect.IO\nimport com.typesafe.scalalogging.LazyLogging\nimport conf.SingularityConf\nimport io.circe.generic.auto._\nimport org.ocpsoft.prettytime.PrettyTime\nimport util.HttpIO\nimport scala.util.matching.Regex\n\nimport scala.concurrent.duration._\n\ntrait SingularityHandler {\n  def fetchInfo(event: SingularityDeployUpdate): IO[DeployEvent]\n}\n\nclass SingularityHandlerImpl(val conf: SingularityConf, val httpIO: HttpIO)\n    extends SingularityIO {\n\n  def fetchInfo(event: SingularityDeployUpdate): IO[DeployEvent] =\n    event.eventType match {\n      case \"STARTING\" =>\n        fetch(event).map(DeployStarting)\n\n      case \"FINISHED\" =>\n        fetch(event).map(DeployFinished)\n      case other =>\n        IO {\n          logger.info(s\"ignoring: $other\")\n          IgnoredEvent\n        }\n    }\n\n  private def fetch(event: SingularityDeployUpdate): IO[DeployInfo] = {\n    val docker = event.deploy.containerInfo.docker\n    val requestId = event.deploy.requestId\n    val newDeployId = event.deployMarker.deployId\n\n    for {\n      requestInfoBeforeDeploy <- getRequestInfo(docker.environment, requestId)\n      previousDeploy = getActiveDeploy(requestInfoBeforeDeploy) \/\/ previous but still active (this assume the event is processed in real time)\n\n      previousDeployId = deployId(previousDeploy) \/\/ the previous deployId is still active one.\n      previousDeployHistory <- previousDeployId\n        .map(deployId => getDeployInfo(docker.environment, requestId, deployId))\n        .getOrElse(IO(None))\n      prodRequestInfo <- getProdRequest(requestId)\n    } yield {\n      toDeployInfo(event,\n                   prodRequestInfo,\n                   previousDeployHistory,\n                   docker,\n                   requestId,\n                   newDeployId,\n                   previousDeployId)\n\n    }\n  }\n\n  def toDeployInfo(event: SingularityDeployUpdate,\n                   prodRequestInfo: Option[SingularityRequestParent],\n                   previousDeployHistory: Option[SingularityDeployHistory],\n                   docker: SingularityDockerInfo,\n                   requestId: String,\n                   newDeployId: String,\n                   previousDeployId: Option[String]) = {\n    val prodActiveDeploy = getActiveDeploy(prodRequestInfo)\n    val prodVersion = getActiveVersion(prodRequestInfo)\n    val previousDeploy = previousDeployHistory.flatMap(_.deployMarker)\n    val previousLastDeployTime = lastDeployTime(previousDeploy)\n    val previousImageTag =\n      previousDeployHistory.map(_.deploy.containerInfo.docker.imageTag)\n    val prodLastDeployTime = lastDeployTime(prodActiveDeploy)\n    val singularity = singularityBase(docker.environment.getOrElse(\"<unknown>\"))\n\n    val previousDockerParameters = previousDeployHistory.toSeq\n      .flatMap(_.deploy.containerInfo.docker.dockerParameters)\n      .toList\n      .sortBy(_.key)\n\n    val newDockerParameters = docker.dockerParameters.toList.sortBy(_.key)\n\n    logger.info(s\"\"\"\n                   |requestId: $requestId\n                   |newDeployId: $newDeployId, previousDeploy: $previousDeployId\n                   |newDockerImageTAg: ${docker.imageTag}, previousImageTag: $previousImageTag\n                   |newDockerParameters:\n                   | ${newDockerParameters.map(_.value).mkString(\"\\n \")}\n                   |previousDockerParameters:\n                   | ${previousDockerParameters.map(_.value).mkString(\"\\n \")}\n         \"\"\".stripMargin)\n\n    val newEnv = extractEnv(newDockerParameters)\n    val previousEnv = extractEnv(previousDockerParameters)\n\n    val diffEnvironmentConf = diffEnvironment(newEnv, previousEnv)\n\n    val newRelicAppName =\n      newEnv.filterKeys(_.contains(\"NEW_RELIC_APP_NAME\")).values.headOption\n\n    DeployInfo(\n      serviceName = docker.serviceName,\n      imageName = docker.imageName,\n      newRelicAppName = newRelicAppName,\n      newImageTag = docker.imageTag,\n      newDeployId = newDeployId,\n      previousLastDeployTime = previousLastDeployTime,\n      prodLastDeployTime = prodLastDeployTime,\n      warningProdLastDeploy =\n        warningProdLastDeploy(previousDeploy, prodActiveDeploy),\n      previousDeployId = previousDeployId,\n      environment = docker.environment,\n      status = event.status,\n      diffEnvironmentConf = diffEnvironmentConf,\n      singularityRequestUrl =\n        s\"$singularity\/request\/${event.deployMarker.requestId}\",\n      singularityProdRequestUrl = prodActiveDeploy.map(d =>\n        s\"\"\"${conf.prodUrl}\/request\/${d.requestId}\"\"\"),\n      singularityNewDeployUrl =\n        s\"$singularity\/request\/${event.deployMarker.requestId}\/deploy\/${event.deployMarker.deployId}\",\n      singularityPreviousDeployId = previousDeployId.map(id =>\n        s\"$singularity\/request\/${event.deployMarker.requestId}\/deploy\/$id\"),\n      prodImageTag = prodVersion,\n      previousImageTag = previousImageTag\n    )\n  }\n\n  def deployId(deploy: Option[SingularityDeployMarker]): Option[String] =\n    deploy.map(_.deployId)\n\n  def lastDeployTime(\n      deployOp: Option[SingularityDeployMarker]): Option[String] =\n    deployOp.map { deploy =>\n      new PrettyTime().format(new Date(deploy.timestamp))\n\n    }\n\n  val WarningPeriodProd = 7.days\n\n  def warningProdLastDeploy(\n      devOp: Option[SingularityDeployMarker],\n      prodOp: Option[SingularityDeployMarker]): Boolean = {\n    for {\n      dev <- devOp\n      prod <- prodOp\n    } yield {\n      val duration = Duration(dev.timestamp - prod.timestamp, MILLISECONDS)\n      duration.toDays > WarningPeriodProd.toDays\n    }\n  }.getOrElse(false)\n\n  def getActiveDeploy(request: Option[SingularityRequestParent])\n    : Option[SingularityDeployMarker] = {\n    request.flatMap(_.requestDeployState).flatMap(_.activeDeploy)\n  }\n\n  def getActiveVersion(\n      request: Option[SingularityRequestParent]): Option[String] = {\n    request.flatMap(_.activeDeploy).map(_.containerInfo.docker.imageTag)\n  }\n\n  private def getProdRequest(\n      requestId: String): IO[Option[SingularityRequestParent]] = {\n    if (requestId.startsWith(\"dev_\")) {\n      val prodRequestId = requestId.replaceFirst(\"dev_\", \"prod_\")\n      getRequestInfo(Some(\"prod\"), prodRequestId)\n    } else {\n      IO(None)\n    }\n  }\n\n  def diffEnvironment(newEnv: Map[String, String],\n                      previousEnv: Map[String, String]) = {\n\n    val addedKeys = newEnv.keys.toList.diff(previousEnv.keys.toList)\n    val removedKeys = previousEnv.keys.toList.diff(newEnv.keys.toList)\n    val intersectKeys = newEnv.keys.toList.intersect(previousEnv.keys.toList)\n\n    val addedChanges = newEnv\n      .filterKeys(key => addedKeys.contains(key))\n      .map {\n        case (key, value) =>\n          DiffEnvironmentConf(Added, key, value)\n      }\n\n    val removedChanges = previousEnv\n      .filterKeys(key => removedKeys.contains(key))\n      .map {\n        case (key, value) =>\n          DiffEnvironmentConf(Removed, key, value)\n      }\n\n    val changes = {\n      val merged = {\n        val newIntersect =\n          newEnv.filterKeys(key => intersectKeys.contains(key)).toSeq\n        val oldIntersect =\n          previousEnv.filterKeys(key => intersectKeys.contains(key)).toSeq\n        newIntersect ++ oldIntersect\n      }\n\n      val groupedByKey = merged.groupBy(_._1).mapValues(_.map(_._2).toList)\n      groupedByKey.collect {\n        case (key, newValue :: previousValue :: Nil)\n            if newValue != previousValue =>\n          DiffEnvironmentConf(Changed, key, newValue, Some(previousValue))\n      }\n\n    }\n\n    (addedChanges ++ removedChanges ++ changes).toList\n  }\n\n\n  private val EnvVarRegex: Regex = \"^([^=]+)=(.+)?$\".r\n\n  \/** Extract Docker Env:\n    * input format: {key = \"env\", value = \"JAVA_OPTS=-Xmx128\"}\n    * output {key=\"JAVA_OPTS\", value=\"-Xmx128\"}\n    *\/\n  def extractEnv(\n      params: List[SingularityDockerParameter]): Map[String, String] = {\n    params\n      .filter(_.key == \"env\")\n      .map(_.value)\n      .flatMap {\n        case EnvVarRegex(k, null) => Seq(k -> \"<empty>\")\n        case EnvVarRegex(k, v) => Seq(k -> v)\n        case _ => Nil\n      }.toMap\n  }\n\n}\n\ntrait SingularityIO extends LazyLogging {\n  self: SingularityHandlerImpl =>\n\n  def singularityBase(env: String) = env match {\n    case \"dev\"  => conf.devUrl\n    case \"prod\" => conf.prodUrl\n    case other =>\n      logger.warn(\n        s\"Unknown environment $other, assuming dev. EnvironmentName required\")\n      conf.devUrl\n  }\n\n  \/\/ IO\n  def getRequestInfo(envOpt: Option[String],\n                     requestId: String): IO[Option[SingularityRequestParent]] =\n    envOpt.fold[IO[Option[SingularityRequestParent]]](IO(None)) { env =>\n      val url = s\"${singularityBase(env)}\/api\/requests\/request\/$requestId\"\n      for {\n        res <- httpIO.get[SingularityRequestParent](url)\n      } yield {\n\n        res.fold({ ex =>\n          logger.warn(s\"Unable to find $url ${ex.getMessage}\")\n          None\n        }, Some(_))\n      }\n    }\n\n  \/\/ IO to fetch Deploy info\n  def getDeployInfo(envOpt: Option[String],\n                    requestId: String,\n                    deployId: String): IO[Option[SingularityDeployHistory]] =\n    envOpt.fold[IO[Option[SingularityDeployHistory]]](IO(None)) { env =>\n      val url =\n        s\"${singularityBase(env)}\/api\/history\/request\/$requestId\/deploy\/$deployId\"\n      for {\n        res <- httpIO.get[SingularityDeployHistory](url)\n      } yield {\n\n        res.fold({ ex =>\n          logger.warn(s\"Unable to find $url ${ex.getMessage}\")\n          None\n        }, Some(_))\n      }\n    }\n\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/newrelic\/model.scala","text":"package newrelic\ncase class NewRelicApplicationList(applications: List[NewRelicId])\n\ncase class NewRelicId(id: Long)\n\ncase class NewRelicDeployResult(deployment: NewRelicId)"}
{"repo_name":"Nitro\/singularity-broadcast","path":"project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n\n  val FicusVersion = \"1.4.2\"\n  val catsVersion = \"1.0.0-MF\"\n  val Http4sVersion = \"0.18.0-SNAPSHOT\"\/\/\"0.18.0-M3\"\n  val CirceVersion = \"0.8.0\"\n  val LogBackVersion = \"1.2.3\"\n  val ScalaLoggingVersion = \"3.7.2\"\n  val PrettyTime = \"3.2.7.Final\"\n\n  val http4s = Seq(\n    \"org.http4s\" %% \"http4s-blaze-server\" % Http4sVersion,\n    \/\/\"com.softwaremill.sttp\" %% \"core\" % \"1.0.1\"\n    \"org.http4s\" %% \"http4s-blaze-client\" % Http4sVersion,\n    \"org.http4s\" %% \"http4s-circe\" % Http4sVersion,\n    \"org.http4s\" %% \"http4s-dsl\" % Http4sVersion,\n    \"io.circe\" %% \"circe-generic\" % CirceVersion,\n    \"io.circe\" %% \"circe-literal\" % CirceVersion,\n    \"io.circe\" %% \"circe-generic\" % CirceVersion,\n    \"io.circe\" %% \"circe-parser\"  % CirceVersion\n  )\n\n  val others = Seq(\n    \"org.typelevel\" %% \"cats-core\" % catsVersion,\n    \"com.iheart\" %% \"ficus\" % FicusVersion,\n    \"ch.qos.logback\" % \"logback-classic\" % LogBackVersion,\n    \"org.ocpsoft.prettytime\" % \"prettytime\" % PrettyTime,\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % ScalaLoggingVersion\n  )\n\n  val all = http4s ++ others\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/Main.scala","text":"<reponame>Nitro\/singularity-broadcast<filename>src\/main\/scala\/Main.scala\nimport cats.effect.IO\nimport org.http4s.server.blaze.BlazeBuilder\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject Main extends App {\n\n  val builder = BlazeBuilder[IO]\n    .bindHttp(8080, \"0.0.0.0\")\n    .mountService(DeployService.service, \"\/\")\n    .serve\n    .runLast\n    .unsafeRunSync()\n\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/newrelic\/NewRelicHandler.scala","text":"<reponame>Nitro\/singularity-broadcast<filename>src\/main\/scala\/newrelic\/NewRelicHandler.scala\npackage newrelic\n\nimport cats.effect.IO\nimport com.typesafe.scalalogging.LazyLogging\nimport conf.{NewRelicConf, SingularityConf}\nimport io.circe.Json\nimport org.http4s.Header\nimport singularity._\nimport util.JsonUtil._\nimport io.circe.generic.auto._\nimport util.HttpIO\n\n\n\/**\n  * https:\/\/docs.newrelic.com\/docs\/apm\/new-relic-apm\/maintenance\/recording-deployments\n  *\n  * @param conf\n  * @param httpIO\n  *\/\ncase class NewRelicHandlerImpl(val conf: NewRelicConf, val httpIO: HttpIO) extends LazyLogging {\n\n  val NewRelicApiApplications = \"https:\/\/api.newrelic.com\/v2\/applications.json\"\n  val XApiHeader = Header(\"X-Api-Key\", conf.apiKey)\n\n\n  def fetchNewRelicAppId(event: DeployEvent): IO[DeployEvent] = event match {\n    case DeployStarting(info) => fetchNewRelicAppId(info).map(DeployStarting)\n    case DeployFinished(info) => fetchNewRelicAppId(info).map(DeployFinished)\n    case IgnoredEvent => IO(event)\n  }\n\n\n  def fetchNewRelicAppId(deployInfo: DeployInfo): IO[DeployInfo] = {\n    val appId = deployInfo.newRelicAppName.map { appName =>\n      logger.info(s\"Fetching NewRelic App Id for $appName\")\n      for {\n        result <- httpIO.post[NewRelicApplicationList](NewRelicApiApplications, Map(\"filter[name]\" -> appName), XApiHeader)\n      } yield {\n        result match {\n          case Right(list) => list.applications.headOption.map(_.id)\n          case Left(ex) =>\n            logger.warn(s\"Unable to fetch NewRelicId for $appName\", ex)\n            None\n        }\n      }\n    }.getOrElse(IO(None))\n\n    appId.map { id => deployInfo.copy(newRelicAppId = id) }\n  }\n\n\n  def send(event: DeployEvent): IO[Option[Long]] = {\n    val message = event match {\n      case DeployStarting(info) =>\n        Some((info.newRelicAppId, json(\n          s\"\"\"\n             |{\n             |  \"deployment\": {\n             |    \"revision\": \"${info.newImageTag}\",\n             |    \"description\": \"Starting DeployId: ${info.newDeployId}\",\n             |    \"user\": \"Singularity\"\n             |  }\n             |}\n       \"\"\".stripMargin)))\n      case DeployFinished(info) =>\n        Some((info.newRelicAppId, json(\n          s\"\"\"\n             |{\n             |  \"deployment\": {\n             |    \"revision\": \"${info.newImageTag}\",\n             |    \"description\": \"Finished ${info.newDeployId}\",\n             |    \"user\": \"Singularity\"\n             |  }\n             |}\n       \"\"\".stripMargin)))\n      case IgnoredEvent => None\n\n    }\n    message.collect {\n      case (Some(newRelicAppId), deployJson) =>\n        for {\n          result <- httpIO.postJson[NewRelicDeployResult](s\"https:\/\/api.newrelic.com\/v2\/applications\/${newRelicAppId}\/deployments.json\", deployJson, XApiHeader)\n\n        } yield {\n          val id = result.map(_.deployment.id)\n          logger.info(s\"Deploy registered with id '$id' event sent to NewRelic for $newRelicAppId \")\n          id\n        }\n\n    }.getOrElse(IO(None))\n  }\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/singularity\/model.scala","text":"<reponame>Nitro\/singularity-broadcast<filename>src\/main\/scala\/singularity\/model.scala\npackage singularity\n\ncase class SingularityContainerInfo(docker: SingularityDockerInfo)\n\ncase class SingularityDeploy(\n    requestId: String,\n    id: String,\n    containerInfo: SingularityContainerInfo\n)\n\ncase class SingularityDockerInfo(\n    image: String,\n    dockerParameters: Seq[SingularityDockerParameter]\n) {\n\n  val ServiceNamePattern = \"ServiceName=\"\n  val EnvironmentPattern = \"EnvironmentName=\"\n\n  def imageName = image.split(\":\").head.split(\"\/\").last\n\n  def imageTag = image.split(\":\").last \/\/ docker version as in\n\n  \/\/ for instances label: ServiceName=play-nitro-scala\n  def serviceName =\n    dockerParameters\n      .filter(_.key == \"label\")\n      .find(_.value.startsWith(ServiceNamePattern))\n      .map(_.value.drop(ServiceNamePattern.size))\n      .getOrElse(\"<unknown>\")\n\n  def environment: Option[String] =\n    dockerParameters\n      .filter(_.key == \"label\")\n      .find(_.value.startsWith(EnvironmentPattern))\n      .map(_.value.drop(EnvironmentPattern.size))\n\n}\n\ncase class SingularityDockerParameter(\n    key: String,\n    value: String\n)\n\ncase class SingularityRequestDeployState(\n    activeDeploy: Option[SingularityDeployMarker],\n    pendingDeploy: Option[SingularityDeployMarker])\n\ncase class SingularityRequestParent(\n    requestDeployState: Option[SingularityRequestDeployState],\n    activeDeploy: Option[SingularityDeploy] = None\n) {\n  def version: Option[String] =\n    activeDeploy.map(_.containerInfo.docker.imageTag)\n}\n\ncase class SingularityDeployResult(deployState: String) {}\n\ncase class SingularityDeployMarker(requestId: String,\n                                   deployId: String,\n                                   timestamp: Long) {}\n\ncase class SingularityDeployUpdate(\n    deployMarker: SingularityDeployMarker,\n    deploy: SingularityDeploy,\n    deployResult: Option[SingularityDeployResult],\n    eventType: String) {\n  def status: String =\n    deployResult\n      .map(_.deployState.toLowerCase().capitalize)\n      .getOrElse(\"<unknown state>\")\n}\n\ntrait DeployEvent\n\ncase class DeployStarting(info: DeployInfo) extends DeployEvent\n\ncase class DeployFinished(info: DeployInfo) extends DeployEvent\n\ncase object IgnoredEvent extends DeployEvent\n\ncase class DeployInfo(serviceName: String,\n                      imageName: String,\n                      newRelicAppName: Option[String],\n                      newImageTag: String,\n                      newDeployId: String,\n                      previousDeployId: Option[String],\n                      previousLastDeployTime: Option[String],\n                      prodLastDeployTime: Option[String],\n                      warningProdLastDeploy: Boolean,\n                      environment: Option[String],\n                      diffEnvironmentConf: List[DiffEnvironmentConf],\n                      status: String,\n                      singularityRequestUrl: String,\n                      singularityNewDeployUrl: String,\n                      singularityPreviousDeployId: Option[String],\n                      \/\/singularityPreviousDeployUrl: Option[String] = None,\n                      singularityProdRequestUrl: Option[String] = None,\n                      previousImageTag: Option[String] = None,\n                      prodImageTag: Option[String] = None,\n                      newRelicAppId: Option[Long] = None) {\n\n  def prettyServiceName =\n    serviceName.replaceAll(\"_\", \" \").replaceAll(\"-\", \" \").toLowerCase.capitalize\n\n  def prettyEnvironment =\n    environment.getOrElse(\"<unknown>\").toLowerCase.capitalize\n\n  def prettyStatus = {\n    val statusText = status.toLowerCase.capitalize\n    val icon = if (statusText == \"Succeeded\") \"\u2705\" else \"\u26a0\"\n    s\"$icon $statusText\"\n  }\n\n  \/**\n    * used to guess the github repo.\n    * nitro-accounts-my-account => https:\/\/github.com\/Nitro\/nitro-accounts\n    * user-service-server => https:\/\/github.com\/Nitro\/user-service\n    *\n    *\/\n  val CustomRemoveToGithub =\n    Seq(\"-my-account\", \"-server\", \"-admin\", \"-consumer\")\n\n  \/**\n    * Guess github repo\n    *\/\n  def gitHubRepoName: String = {\n    CustomRemoveToGithub.foldLeft(imageName) {\n      case (name, toRemove) =>\n        name.replace(toRemove, \"\")\n    }\n  }\n\n  \/\/ :( Some docker tags doesn't match with a valid version (released on Github)\n  def isTagValidVersion = newImageTag.matches(\"(\\\\d+)\\\\.(\\\\d+)\\\\.(\\\\d+).*\")\n\n  def isProd = environment.exists(_.toLowerCase() == \"prod\")\n\n}\n\ncase class SingularityDeployHistory(\n    deploy: SingularityDeploy,\n    deployResult: Option[SingularityDeployResult] = None,\n    deployMarker: Option[SingularityDeployMarker] = None\n)\n\ntrait ChangeType\n\ncase object Added extends ChangeType\n\ncase object Removed extends ChangeType\n\ncase object Changed extends ChangeType\n\ncase class DiffEnvironmentConf(changeType: ChangeType,\n                               key: String,\n                               value: String,\n                               previousValue: Option[String] = None)\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"version.sbt","text":"<reponame>Nitro\/singularity-broadcast\nversion := \"0.0.9-SNAPSHOT\"\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/util\/QuoteRandom.scala","text":"<filename>src\/main\/scala\/util\/QuoteRandom.scala\npackage util\n\nimport scala.util.Random\n\nobject QuoteRandom {\n\n  def nextQuote() = {\n    val (icon, sentences) = AllSentences(Random.nextInt(AllSentences.size))\n    (icon, sentences(Random.nextInt(sentences.size)))\n  }\n\n  val Yoda = Seq(\n    \"Great execution. A bad idea it will not save. Think Jabba in lipstick.\",\n    \"A great goal perfection is. But demand it always and ship you never will\",\n    \"Solve business problems by solving user problems you should hmmmhm.\",\n    \"The behaviour you observe is the behaviour you create. Hmmmh.\",\n    \"Only good a solution, if real the problem is\"\n  ).map { text => s\"Yoda says: $text\" }\n\n  val TheNitroWay = Seq(\n    \"Performance and results always come first\",\n    \"We don\u2019t tolerate bullshit\",\n    \"We won\u2019t lose our Aussie roots\",\n    \"We take our work seriously, but not ourselves (Work Smart, Play Hard)\",\n    \"We won\u2019t work in silos. Every team is critical to success\",\n    \"We don\u2019t feel entitled. We appreciate everything we have\",\n    \"Nitronauts are mates! We trust each other and have each other\u2019s back\",\n    \"We treat people with respect. Always\",\n    \"We work extremely hard, but we do not allow burnout\",\n    \"We leave egos and baggage at the door\",\n    \"We take initiative and focus on the solution, not the problem. We communicate and collaborate effectively to get the right outcome\",\n    \"No Fuckwits!\",\n    \"We recruit and develop talent to the highest standards\",\n    \"Our Nitronauts want to be here\",\n    \"We will not do anything that damages our team or our company\"\n  ).map { text => s\"Remember the Nitro Way: $text\" }\n\n  val Funny = Seq(\n    \"The best thing about a boolean is even if you are wrong, you are only off by a bit\",\n    \"Without requirements or design, programming is the art of adding bugs to an empty text file\",\n    \"Before software can be reusable it first has to be usable\",\n    \"There are two ways to write error-free programs; only the third one works.\",\n    \"It\u2019s not a bug \u2013 it\u2019s an undocumented feature\",\n    \"A good programmer is someone who always looks both ways before crossing a one-way street\",\n    \"Always code as if the guy who ends up maintaining your code will be a violent psychopath who knows where you live\",\n    \"Truth can only be found in one place: the code\",\n    \"Don\u2019t comment bad code\u2014rewrite it.\",\n    \"If it is not written down, it does not exist\",\n    \"Life doesn't have a ctrl-z. Type wisely.\",\n    \"Life would be much easier if I had the source code.\",\n    \"Any fool can write code that a computer can understand. Good programmers write code that humans can understand\"\n  ).map { text => s\"Remember: $text\" }\n\n  val ChuckNorris = Seq(\n    \"When Chuck Norris throws exceptions, it's across the room\",\n    \"All arrays Chuck Norris declares are of infinite size, because Chuck Norris knows no bounds\",\n    \"Chuck Norris writes code that optimizes itself\",\n    \"Check Norris doesn't test for equality because he has no equal\",\n    \"Chuck Norris's first program was kill -9\",\n    \"All browsers support the hex definition #chuck and #norris for the colors black and blue\",\n    \"Chuck Norris can write infinite recursion function...and have them return\",\n    \"Chuck Norris can solve the Towers of Hanoi in one move\",\n    \"The only pattern Chuck Norris knows is the God Object\",\n    \"Project managers never ask Chuck Norris for estimations...ever\",\n    \"Chuck Norris doesn\u2019t use web standards as the web will conform to him\",\n    \"\\\"It works on my machine\\\" always holds true for Chuck Norris\",\n    \"Chuck Norris doesn\u2019t do Burn Down charts, he does Smack Down charts\",\n    \"Chuck Norris can delete the Recycling Bin\",\n    \"Chuck Norris can unit test entire applications with a single assert\",\n    \"Chuck Norris doesn\u2019t bug hunt as that signifies a probability of failure, he goes bug killing\",\n    \"Chuck Norris\u2019s keyboard doesn\u2019t have a Ctrl key because nothing controls Chuck Norris\",\n    \"Chuck Norris can divide by 0\",\n    \"Chuck Norris\u2019 keyboard has 2 keys: 0 and 1\",\n    \"Chuck Norris knows the last digit of PI\",\n    \"There is no Esc key on Chuck Norris\u2019 keyboard, because no one escapes Chuck Norris\",\n    \"There is only one person standing in a Chuck Norris scrum meeting\"\n  )\n\n  val UnixQuotes = Seq(\n    \"Make each program do one thing well\",\n    \"To do a new job, build afresh rather than complicate old programs by adding new features\",\n    \"Expect the output of every program to become the input to another, as yet unknown, program\",\n    \"Don't clutter output with extraneous information\",\n    \"Avoid stringently columnar or binary input formats\",\n    \"Don't insist on interactive input\",\n    \"Design and build software, even operating systems, to be tried early, ideally within weeks\",\n    \"Don't hesitate to throw away the clumsy parts and rebuild them\",\n    \"Write programs that do one thing and do it well\",\n    \"Write programs to work together\",\n    \"Write programs to handle text streams, because that is a universal interface\",\n    \"Keep it Simple, Stupid\",\n    \"Do One Thing and Do It Well\",\n    \"Small is beautiful\",\n    \"Build a prototype as soon as possible\",\n    \"Choose portability over efficiency\",\n    \"Store data in flat text files\",\n    \"Use software leverage to your advantage\",\n    \"Use shell scripts to increase leverage and portability\",\n    \"Avoid captive user interfaces\",\n    \"Make every program a filter\"\n  ).map{ text => s\"UNIX reminds: $text\" }\n\n  val AllSentences = Seq(\n    (\":yoda-with-eyes:\", Yoda),\n    (\":nitro:\", TheNitroWay),\n    (\":doge:\", Funny),\n    (\":chucknorris:\", ChuckNorris),\n    (\":unix:\", UnixQuotes)\n  )\n\n}\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/util\/HttpIO.scala","text":"<reponame>Nitro\/singularity-broadcast\npackage util\n\nimport com.typesafe.scalalogging.LazyLogging\nimport io.circe.parser.parse\nimport org.http4s.{Header, Uri, UrlForm}\nimport org.http4s.client.UnexpectedStatus\n\/\/ import org.http4s.client._\n\/\/\nimport cats.effect.IO\nimport io.circe.{Decoder, Json}\nimport org.http4s.Method.{POST, GET}\nimport org.http4s.circe.{jsonOf, _}\nimport org.http4s.client.blaze.defaultClient\nimport org.http4s.client.dsl.io._\n\n\/**\n  * Abstract interface for Side effects IO.\n  *\/\ntrait HttpIO {\n  def get[A: Decoder](url: String): IO[Either[Throwable, A]]\n\n  def postJson[A: Decoder](url: String, json: Json, headers: Header*): IO[Option[A]]\n  def postJsonIgnoreResult(url: String, json: Json, headers: Header*): IO[Unit]\n  def post[A: Decoder](url: String, params: Map[String,String], headers: Header*):  IO[Either[Throwable, A]]\n}\n\n\/**\n  * Http IO using http4s and Cats-effects\n  *\/\nobject DefaultHttpIO extends HttpIO with LazyLogging {\n\n  private val httpClient = defaultClient[IO]\n\n  def get[A: Decoder](url: String): IO[Either[Throwable, A]] = {\n    implicit val decoder = jsonOf[IO, A]\n    logger.info(s\"Fetching $url\")\n    httpClient.expect[A](url).attempt\n  }\n\n  def postJson[A: Decoder](url: String, json: Json, headers: Header*): IO[Option[A]] = {\n    val uri = Uri.unsafeFromString(url)\n    implicit val decoder = jsonOf[IO, A]\n    \/\/   implicit val decoder = jsonOf[IO, Json]\n    val req = POST(uri, json).map(_.putHeaders(headers: _*))\n    logger.info(s\"Posting json to $uri, json: $json\")\n    httpClient.expect[A](req).attempt.map {\n      case Right(msg) =>\n        logger.info(s\"Http response for $url: $msg\")\n        Some(msg)\n      case Left(ex: UnexpectedStatus) =>\n        logger.error(s\"** Unable to send to $uri ${ex.status}\")\n        None\n      case Left(ex) =>\n        logger.error(s\"** Unable to send to $uri $ex\")\n        None\n    }\n  }\n\n  def postJsonIgnoreResult(url: String, json: Json, headers: Header*): IO[Unit] = {\n    val uri = Uri.unsafeFromString(url)\n    val req = POST(uri, json).map(_.putHeaders(headers: _*))\n    logger.info(s\"Posting json to $uri, json: $json\")\n    httpClient.expect[String](req).attempt.map {\n      case Right(msg) =>\n        logger.info(s\"Http response for $url: $msg\")\n      case Left(ex: UnexpectedStatus) =>\n        logger.error(s\"** Unable to send to $uri ${ex.status}\")\n      case Left(ex) =>\n        logger.error(s\"** Unable to send to $uri $ex\")\n    }\n  }\n\n  def post[A: Decoder](url: String, params: Map[String,String], headers: Header*):  IO[Either[Throwable, A]] = {\n    implicit val decoder = jsonOf[IO, A]\n    val uri = Uri.unsafeFromString(url)\n    \/\/   implicit val decoder = jsonOf[IO, Json]\n    val urlForm = UrlForm(params.mapValues(Seq(_)))\n    val req = POST(uri, urlForm).map(_.putHeaders(headers: _*))\n    logger.info(s\"Posting json to $uri, params: $urlForm\")\n\n    httpClient.expect[A](req).attempt\n  }\n}\n\nobject JsonUtil extends LazyLogging {\n  def json(s: String): Json = {\n    val json = parse(s)\n    json.fold({\n      ex =>\n        logger.error(s\"Unable to parse - $ex: \\n $s\")\n        Json.Null\n    }, identity)\n  }\n}"}
{"repo_name":"Nitro\/singularity-broadcast","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.geirsson\" % \"sbt-scalafmt\" % \"1.3.0\")\n\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.2.2\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.6\")"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/conf\/model.scala","text":"<reponame>Nitro\/singularity-broadcast\npackage conf\n\ncase class Conf(singularity: SingularityConf,\n                slack: SlackConfig,\n                newRelic: NewRelicConf)\n\ncase class SingularityConf(prodUrl: String, devUrl: String)\n\ncase class SlackChannel(important: String, info: String, infoLink: String)\n\ncase class SlackConfig(url: String, baseJson: String, channel: SlackChannel)\n\ncase class NewRelicConf(apiKey: String, accountId: Long)\n"}
{"repo_name":"Nitro\/singularity-broadcast","path":"src\/main\/scala\/util\/Cache.scala","text":"package util\n\nimport singularity.SingularityDeployUpdate\n\nobject Cache {\n\n  var cache = List.empty[String]\n\n  val MaxSize = 50\n\n  private def toId(deploy: SingularityDeployUpdate) = s\"${deploy.eventType}-${deploy.deployMarker.requestId}-${deploy.deployMarker.deployId}\"\n\n  def isAlreadySeen(deploy: SingularityDeployUpdate) = cache.contains(toId(deploy))\n\n  def remember(deploy: SingularityDeployUpdate): Unit = {\n    cache = toId(deploy) :: cache.take(MaxSize)\n  }\n}"}
{"repo_name":"ferhtaydn\/sbt-header-seed","path":"project\/ProjectPlugin.scala","text":"import de.heikoseeberger.sbtheader.{AutomateHeaderPlugin, FileType, HeaderPlugin}\nimport de.heikoseeberger.sbtheader.AutomateHeaderPlugin.autoImport._\nimport de.heikoseeberger.sbtheader.HeaderPlugin.autoImport._\nimport sbt._\nimport sbt.Keys._\n\nobject ProjectPlugin extends AutoPlugin {\n\n  override def requires: Plugins =\n      HeaderPlugin && AutomateHeaderPlugin\n\n  override val projectSettings = Seq(\n    startYear := Some(2017),\n    organizationName := \"<NAME>\",\n    licenses :=  Seq(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    headerLicense := Some(\n      HeaderLicense.Custom(\n        \"\"\"|Copyright: 2017 https:\/\/github.com\/ferhtaydn\/sack\/graphs\n             |License: http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n             |\"\"\".stripMargin\n        )\n      ),\n      headerMappings :=\n        headerMappings.value ++\n          Map(\n            FileType(\"sbt\") -> HeaderCommentStyle.CppStyleLineComment,\n            HeaderFileType.java -> HeaderCommentStyle.CppStyleLineComment,\n            HeaderFileType.scala -> HeaderCommentStyle.CppStyleLineComment\n          )\n    ) ++ Defaults.itSettings ++\n      headerSettings(IntegrationTest) ++\n      automateHeaderSettings(IntegrationTest)\n}\n"}
{"repo_name":"ferhtaydn\/sbt-header-seed","path":"project\/plugins.sbt","text":"addSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"3.0.1\")\n"}
{"repo_name":"gatarelib\/playframework","path":"framework\/src\/play-server\/src\/main\/scala\/play\/core\/server\/ssl\/FakeKeyStore.scala","text":"\/*\n * Copyright (C) 2009-2018 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage play.core.server.ssl\n\nimport play.api.Logger\nimport java.security.{ KeyPair, KeyPairGenerator, KeyStore, SecureRandom }\n\nimport sun.security.x509._\nimport java.util.Date\nimport java.math.BigInteger\nimport java.security.cert.X509Certificate\nimport java.io.File\n\nimport javax.net.ssl.KeyManagerFactory\nimport play.utils.PlayIO\nimport java.security.interfaces.RSAPublicKey\n\nimport sun.security.util.ObjectIdentifier\n\n\/**\n * A fake key store\n *\/\nobject FakeKeyStore {\n  private val logger = Logger(FakeKeyStore.getClass)\n\n  val GeneratedKeyStore: String = fileInDevModeDir(\"generated.keystore\")\n  val ExportedCert: String = fileInDevModeDir(\"service.crt\")\n  val TrustedAlias = \"playgeneratedtrusted\"\n  val DistinguishedName = \"CN=localhost, OU=Unit Testing, O=Mavericks, L=Play Base 1, ST=Cyberspace, C=CY\"\n  val SignatureAlgorithmName = \"SHA256withRSA\"\n  val SignatureAlgorithmOID: ObjectIdentifier = AlgorithmId.sha256WithRSAEncryption_oid\n\n  object CertificateAuthority {\n    val ExportedCertificate = \"target\/dev-mode\/ca.crt\"\n    val TrustedAlias = \"playgeneratedCAtrusted\"\n    val DistinguishedName = \"CN=localhost-CA, OU=Unit Testing, O=Mavericks, L=Play Base 1, ST=Cyberspace, C=CY\"\n  }\n\n  private def fileInDevModeDir(filename: String): String = {\n    \"target\" + File.separatorChar + \"dev-mode\" + File.separatorChar + filename\n  }\n\n  \/**\n   * @param appPath a file descriptor to the root folder of the project (the root, not a particular module).\n   *\/\n  def getKeyStoreFilePath(appPath: File) = new File(appPath, GeneratedKeyStore)\n\n  private[play] def shouldGenerate(keyStoreFile: File): Boolean = {\n    import scala.collection.JavaConverters._\n\n    if (!keyStoreFile.exists()) {\n      return true\n    }\n\n    \/\/ Should regenerate if we find an unacceptably weak key in there.\n    val store = loadKeyStore(keyStoreFile)\n    store.aliases().asScala.exists { alias =>\n      Option(store.getCertificate(alias)).exists(c => certificateTooWeak(c))\n    }\n  }\n\n  private def loadKeyStore(file: File): KeyStore = {\n    val keyStore: KeyStore = KeyStore.getInstance(\"JKS\")\n    val in = java.nio.file.Files.newInputStream(file.toPath)\n    try {\n      keyStore.load(in, Array.emptyCharArray)\n    } finally {\n      PlayIO.closeQuietly(in)\n    }\n    keyStore\n  }\n\n  private[play] def certificateTooWeak(c: java.security.cert.Certificate): Boolean = {\n    val key: RSAPublicKey = c.getPublicKey.asInstanceOf[RSAPublicKey]\n    key.getModulus.bitLength < 2048 || c.asInstanceOf[X509CertImpl].getSigAlgName != SignatureAlgorithmName\n  }\n\n  def createKeyStore(appPath: File): KeyStore = {\n    val keyStoreFile = getKeyStoreFilePath(appPath)\n    val keyStoreDir = keyStoreFile.getParentFile\n\n    createKeystoreParentDirectory(keyStoreDir)\n\n    val keyStore: KeyStore = if (shouldGenerate(keyStoreFile)) {\n      logger.info(s\"Generating HTTPS key pair in ${keyStoreFile.getAbsolutePath} - this may take some time. If nothing happens, try moving the mouse\/typing on the keyboard to generate some entropy.\")\n\n      val freshKeyStore: KeyStore = generateKeyStore\n      val out = java.nio.file.Files.newOutputStream(keyStoreFile.toPath)\n      try {\n        freshKeyStore.store(out, Array.emptyCharArray)\n      } finally {\n        PlayIO.closeQuietly(out)\n      }\n      freshKeyStore\n    } else {\n      \/\/ Load a KeyStore from a file\n      val loadedKeyStore = loadKeyStore(keyStoreFile)\n      logger.info(s\"HTTPS key pair generated in ${keyStoreFile.getAbsolutePath}.\")\n      loadedKeyStore\n    }\n    keyStore\n  }\n\n  private def createKeystoreParentDirectory(keyStoreDir: File) = {\n    if (keyStoreDir.mkdirs()) {\n      logger.debug(s\"Parent directory for keystore successfully created at ${keyStoreDir.getAbsolutePath}\")\n    } else if (keyStoreDir.exists() && keyStoreDir.isDirectory) {\n      \/\/ File.mkdirs returns false when the directory already exists.\n      logger.debug(s\"No need to create $keyStoreDir since it already exists.\")\n    } else if (keyStoreDir.exists() && keyStoreDir.isFile) {\n      \/\/ File.mkdirs also returns false when there is a file for that path.\n      \/\/ Play will then fail to write the keystore file later, so we fail fast here.\n      throw new IllegalStateException(s\"$keyStoreDir exists, but it is NOT a directory. Play won't be able to generate a key store file.\")\n    } else {\n      \/\/ Not being able to create a directory inside target folder is weird, but if it happens\n      \/\/ Play will then fail to write the keystore file later, so we fail fast here.\n      throw new IllegalStateException(s\"Play was not able to create $keyStoreDir. Check if there is permission to create such folder.\")\n    }\n  }\n\n  private[play] def keyManagerFactory(appPath: File): KeyManagerFactory = {\n    val keyStore = createKeyStore(appPath)\n\n    \/\/ Load the key and certificate into a key manager factory\n    val kmf = KeyManagerFactory.getInstance(\"SunX509\")\n    kmf.init(keyStore, Array.emptyCharArray)\n    kmf\n  }\n\n  \/**\n   * Generate a fresh KeyStore object in memory. This KeyStore\n   * is not saved to disk. If you want that, then call `keyManagerFactory`.\n   *\n   * This method has has `private[play]` access so it can be used for\n   * testing.\n   *\/\n  private[play] def generateKeyStore: KeyStore = {\n    \/\/ Create a new KeyStore\n    val keyStore: KeyStore = KeyStore.getInstance(\"JKS\")\n\n    \/\/ Generate the key pair\n    val keyPairGenerator = KeyPairGenerator.getInstance(\"RSA\")\n    keyPairGenerator.initialize(2048) \/\/ 2048 is the NIST acceptable key length until 2030\n    val keyPair = keyPairGenerator.generateKeyPair()\n    val certificateAuthorityKeyPair = keyPairGenerator.generateKeyPair()\n\n    val cacert: X509Certificate = createCertificateAuthority(certificateAuthorityKeyPair)\n    \/\/ Generate a self signed certificate\n    val cert: X509Certificate = createSelfSignedCertificate(keyPair, certificateAuthorityKeyPair)\n\n    \/\/ Create the key store, first set the store pass\n    keyStore.load(null, Array.emptyCharArray)\n    keyStore.setKeyEntry(\"playgeneratedCA\", keyPair.getPrivate, Array.emptyCharArray, Array(cacert))\n    keyStore.setCertificateEntry(CertificateAuthority.TrustedAlias, cacert)\n    keyStore.setKeyEntry(\"playgenerated\", keyPair.getPrivate, Array.emptyCharArray, Array(cert))\n    keyStore.setCertificateEntry(TrustedAlias, cert)\n    keyStore\n  }\n\n  private def createSelfSignedCertificate(keyPair: KeyPair, certificateAuthorityKeyPair: KeyPair): X509Certificate = {\n    val certInfo = new X509CertInfo()\n\n    \/\/ Serial number and version\n    certInfo.set(X509CertInfo.SERIAL_NUMBER, new CertificateSerialNumber(new BigInteger(64, new SecureRandom())))\n    certInfo.set(X509CertInfo.VERSION, new CertificateVersion(CertificateVersion.V3))\n\n    \/\/ Validity\n    val validFrom = new Date()\n    val validTo = new Date(validFrom.getTime + 50l * 365l * 24l * 60l * 60l * 1000l)\n    val validity = new CertificateValidity(validFrom, validTo)\n    certInfo.set(X509CertInfo.VALIDITY, validity)\n\n    \/\/ Subject and issuer\n    val certificateAuthorityName = new X500Name(CertificateAuthority.DistinguishedName)\n    certInfo.set(X509CertInfo.ISSUER, certificateAuthorityName)\n    val owner = new X500Name(DistinguishedName)\n    certInfo.set(X509CertInfo.SUBJECT, owner)\n\n    \/\/ Key and algorithm\n    certInfo.set(X509CertInfo.KEY, new CertificateX509Key(keyPair.getPublic))\n    val algorithm = new AlgorithmId(SignatureAlgorithmOID)\n    certInfo.set(X509CertInfo.ALGORITHM_ID, new CertificateAlgorithmId(algorithm))\n\n    \/\/ Create a new certificate and sign it\n    val cert = new X509CertImpl(certInfo)\n    cert.sign(keyPair.getPrivate, SignatureAlgorithmName)\n\n    \/\/ Since the signature provider may have a different algorithm ID to what we think it should be,\n    \/\/ we need to reset the algorithm ID, and resign the certificate\n    val actualAlgorithm = cert.get(X509CertImpl.SIG_ALG).asInstanceOf[AlgorithmId]\n    certInfo.set(CertificateAlgorithmId.NAME + \".\" + CertificateAlgorithmId.ALGORITHM, actualAlgorithm)\n    val newCert = new X509CertImpl(certInfo)\n    newCert.sign(certificateAuthorityKeyPair.getPrivate, SignatureAlgorithmName)\n    newCert\n  }\n\n  private def createCertificateAuthority(keyPair: KeyPair): X509Certificate = {\n    val certInfo = new X509CertInfo()\n\n    \/\/ Serial number and version\n    certInfo.set(X509CertInfo.SERIAL_NUMBER, new CertificateSerialNumber(new BigInteger(64, new SecureRandom())))\n    certInfo.set(X509CertInfo.VERSION, new CertificateVersion(CertificateVersion.V3))\n\n    \/\/ Validity\n    val validFrom = new Date()\n    val validTo = new Date(validFrom.getTime + 50l * 365l * 24l * 60l * 60l * 1000l)\n    val validity = new CertificateValidity(validFrom, validTo)\n    certInfo.set(X509CertInfo.VALIDITY, validity)\n\n    \/\/ Subject and issuer\n    val owner = new X500Name(CertificateAuthority.DistinguishedName)\n    certInfo.set(X509CertInfo.SUBJECT, owner)\n    certInfo.set(X509CertInfo.ISSUER, owner)\n\n    \/\/ Key and algorithm\n    certInfo.set(X509CertInfo.KEY, new CertificateX509Key(keyPair.getPublic))\n    val algorithm = new AlgorithmId(SignatureAlgorithmOID)\n    certInfo.set(X509CertInfo.ALGORITHM_ID, new CertificateAlgorithmId(algorithm))\n\n    val caExtension =\n      new CertificateExtensions\n    caExtension.set(BasicConstraintsExtension.NAME, new BasicConstraintsExtension( \/* isCritical *\/ true, \/* isCA *\/ true, 0))\n    certInfo.set(X509CertInfo.EXTENSIONS, caExtension)\n\n    \/\/ Create a new certificate and sign it\n    val cert = new X509CertImpl(certInfo)\n    cert.sign(keyPair.getPrivate, SignatureAlgorithmName)\n\n    \/\/ Since the signature provider may have a different algorithm ID to what we think it should be,\n    \/\/ we need to reset the algorithm ID, and resign the certificate\n    val actualAlgorithm = cert.get(X509CertImpl.SIG_ALG).asInstanceOf[AlgorithmId]\n    certInfo.set(CertificateAlgorithmId.NAME + \".\" + CertificateAlgorithmId.ALGORITHM, actualAlgorithm)\n    val newCert = new X509CertImpl(certInfo)\n    newCert.sign(keyPair.getPrivate, SignatureAlgorithmName)\n    newCert\n  }\n}\n"}
{"repo_name":"gatarelib\/playframework","path":"framework\/src\/play-server\/src\/main\/scala\/play\/core\/server\/ssl\/DefaultSSLEngineProvider.scala","text":"\/*\n * Copyright (C) 2009-2018 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage play.core.server.ssl\n\nimport play.core.server.ServerConfig\nimport play.server.api.SSLEngineProvider\nimport play.core.ApplicationProvider\nimport javax.net.ssl.{ TrustManager, KeyManagerFactory, SSLEngine, SSLContext, X509TrustManager }\nimport java.security.KeyStore\nimport java.security.cert.X509Certificate\nimport java.io.File\nimport play.api.Logger\nimport scala.util.control.NonFatal\nimport play.utils.PlayIO\n\n\/**\n * This class calls sslContext.createSSLEngine() with no parameters and returns the result.\n *\/\nclass DefaultSSLEngineProvider(serverConfig: ServerConfig, appProvider: ApplicationProvider) extends SSLEngineProvider {\n\n  import DefaultSSLEngineProvider._\n\n  val sslContext: SSLContext = createSSLContext(appProvider)\n\n  override def createSSLEngine: SSLEngine = {\n    sslContext.createSSLEngine()\n  }\n\n  def createSSLContext(applicationProvider: ApplicationProvider): SSLContext = {\n    val httpsConfig = serverConfig.configuration.underlying.getConfig(\"play.server.https\")\n    val keyStoreConfig = httpsConfig.getConfig(\"keyStore\")\n    val keyManagerFactory: KeyManagerFactory = if (keyStoreConfig.hasPath(\"path\")) {\n      val path = keyStoreConfig.getString(\"path\")\n      \/\/ Load the configured key store\n      val keyStore = KeyStore.getInstance(keyStoreConfig.getString(\"type\"))\n      val password = keyStoreConfig.getString(\"password\").toCharArray\n      val algorithm = if (keyStoreConfig.hasPath(\"algorithm\")) keyStoreConfig.getString(\"algorithm\") else KeyManagerFactory.getDefaultAlgorithm\n      val file = new File(path)\n      if (file.isFile) {\n        val in = java.nio.file.Files.newInputStream(file.toPath)\n        try {\n          keyStore.load(in, password)\n          logger.debug(\"Using HTTPS keystore at \" + file.getAbsolutePath)\n          val kmf = KeyManagerFactory.getInstance(algorithm)\n          kmf.init(keyStore, password)\n          kmf\n        } catch {\n          case NonFatal(e) => {\n            throw new Exception(\"Error loading HTTPS keystore from \" + file.getAbsolutePath, e)\n          }\n        } finally {\n          PlayIO.closeQuietly(in)\n        }\n      } else {\n        throw new Exception(\"Unable to find HTTPS keystore at \\\"\" + file.getAbsolutePath + \"\\\"\")\n      }\n    } else {\n      \/\/ Load a generated key store\n      logger.warn(\"Using generated key with self signed certificate for HTTPS. This should NOT be used in production.\")\n      FakeKeyStore.keyManagerFactory(serverConfig.rootDir)\n    }\n\n    \/\/ Load the configured trust manager\n    val trustStoreConfig = httpsConfig.getConfig(\"trustStore\")\n    val tm = if (trustStoreConfig.getBoolean(\"noCaVerification\")) {\n      logger.warn(\"HTTPS configured with no client \" +\n        \"side CA verification. Requires http:\/\/webid.info\/ for client certificate verification.\")\n      Array[TrustManager](noCATrustManager)\n    } else {\n      logger.debug(\"Using default trust store for client side CA verification\")\n      null\n    }\n\n    \/\/ Configure the SSL context\n    val sslContext = SSLContext.getInstance(\"TLS\")\n    sslContext.init(keyManagerFactory.getKeyManagers, tm, null)\n    sslContext\n  }\n}\n\nobject DefaultSSLEngineProvider {\n  private val logger = Logger(classOf[DefaultSSLEngineProvider])\n}\n\nobject noCATrustManager extends X509TrustManager {\n  val nullArray = Array[X509Certificate]()\n  def checkClientTrusted(x509Certificates: Array[X509Certificate], s: String): Unit = {}\n  def checkServerTrusted(x509Certificates: Array[X509Certificate], s: String): Unit = {}\n  def getAcceptedIssuers() = nullArray\n}\n"}
{"repo_name":"SkiTko\/DfTest","path":"src\/main\/scala\/example\/Hello.scala","text":"<gh_stars>0\npackage example\n\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.pattern.ask\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{Sink, Source}\nimport akka.util.Timeout\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\n\nobject Hello {\n  def main(args: Array[String]): Unit = {\n\n    implicit val system = ActorSystem()\n    implicit val materializer = ActorMaterializer()\n\n    val dfRepo = new DfRepo\n    val dfInsertActor = system.actorOf(DfInsertActor.props(16, dfRepo), \"DfInsertActor\")\n\n    val src = scala.io.Source.fromFile(\"\u304a\u3063\u304d\u3044.txt\", \"UTF-8\")\n\n    \/\/ DF \u5024\u3092\u96c6\u8a08\u3059\u308b\u306e\u3067\u30011\u6587\u66f8\u306b\u540c\u3058\u5358\u8a9e\u304c\u8907\u6570\u73fe\u308c\u306a\u3044\u3088\u3046\u306b\u3059\u308b\u305f\u3081\u3001toSet \u3059\u308b\u3002\n    val lines = src.getLines().flatMap(_.split(\" \").toSet)\n    val source: Source[String, NotUsed] = Source(lines.toStream)\n\n    \/\/ ask \u306e\u30bf\u30a4\u30e0\u30a2\u30a6\u30c8\u3002\u5ff5\u306e\u305f\u3081\u9577\u3081\u306b\u3068\u3063\u3066\u304a\u304f\u3002\n    implicit val askTimeout = Timeout(24.hours)\n    val graph = source.mapAsync(16) { word =>\n      dfInsertActor ? word\n    }\n\n    val task = graph.runWith(Sink.ignore)\n\n    Await.result(task, Duration.Inf)\n    system.terminate()\n    src.close()\n  }\n}\n"}
{"repo_name":"SkiTko\/DfTest","path":"src\/main\/scala\/example\/DfInsertActor.scala","text":"<filename>src\/main\/scala\/example\/DfInsertActor.scala\npackage example\n\nimport akka.actor.{Actor, Props}\nimport akka.routing.RoundRobinPool\n\n\/**\n  * Created by takao on 17\/02\/26.\n  *\/\nclass DfInsertActor(dfRepo: DfRepo) extends Actor {\n\n  override def receive: Receive = {\n    case word: String =>\n      \/\/ MongoDB \u306b upsert \u3059\u308b\u3002\n      dfRepo.upsert(word)\n\n      \/\/ \u623b\u308a\u5024\u306f\u9069\u5f53\n      sender() ! word\n  }\n}\n\n\nobject DfInsertActor {\n  \/\/ Actor \u306e Props \u3092\u751f\u6210\u3059\u308b\n  def props(parallelism: Int, dfRepo: DfRepo): Props =\n    RoundRobinPool(parallelism).props(Props(classOf[DfInsertActor], dfRepo))\n}"}
{"repo_name":"SkiTko\/DfTest","path":"src\/main\/scala\/example\/DfRepo.scala","text":"<filename>src\/main\/scala\/example\/DfRepo.scala\npackage example\n\nimport com.mongodb.casbah.Imports._\n\n\n\/**\n  * Created by takao on 17\/02\/26.\n  *\/\nclass DfRepo {\n\n  private[this] val mongoClient = MongoClient(\"127.0.0.1\", 27017)\n  private[this] val mongoDB = mongoClient(\"df\")\n\n\n  def upsert(word: String): Unit = {\n    val coll = mongoDB(\"df\")\n    coll.update(\n      MongoDBObject(\"word\" -> word),\n      $inc(\"df\" -> 1),\n      upsert = true)\n  }\n}\n"}
{"repo_name":"SkiTko\/DfTest","path":"project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.5\"\n  lazy val akkaStream = \"com.typesafe.akka\" %% \"akka-stream\" % \"2.6.1\"\n  lazy val casbah = \"org.mongodb\" %% \"casbah\" % \"3.1.1\"  pomOnly()\n}\n"}
{"repo_name":"arka243\/Twitter-Engine-Simulation","path":"src\/test\/scala\/com\/softwaremill\/spray\/server\/Step4CompleteTest.scala","text":"<reponame>arka243\/Twitter-Engine-Simulation<filename>src\/test\/scala\/com\/softwaremill\/spray\/server\/Step4CompleteTest.scala\npackage com.softwaremill.spray.server\n\nimport org.scalatest.{FlatSpec, ShouldMatchers}\nimport spray.testkit.ScalatestRouteTest\nimport spray.routing.Directives\n\nclass Step4CompleteTest extends FlatSpec with ShouldMatchers\n  with ScalatestRouteTest with Directives {\n\n  it should \"work\" in {\n    Get(\"\/hello\") ~> Step4Complete.amberRoute ~> check {\n      responseAs[String] should include (\"Amber\")\n    }\n  }\n}\n"}
{"repo_name":"arka243\/Twitter-Engine-Simulation","path":"src\/main\/scala\/com\/softwaremill\/spray\/server\/ServerComplete.scala","text":"<filename>src\/main\/scala\/com\/softwaremill\/spray\/server\/ServerComplete.scala\npackage com.softwaremill.spray.server\n\nimport akka.actor.{Props, Actor, ActorSystem}\nimport spray.routing._\nimport com.softwaremill.spray._\nimport spray.http.MediaTypes\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport scala.concurrent.duration._\nimport scala.util.Random\nimport scala.collection.mutable._\n\nobject ServerComplete extends App with SimpleRoutingApp {\n\n  val usercount = 5\n  var tweetcount = 0\n  implicit val actorSystem = ActorSystem(\"Twitter\")\n  \n  val followerlist = new ArrayBuffer[ArrayBuffer[Int]] ()\n\n  for(i<-0 to (usercount-1))\n  {\n   \t  val tempFollow = new ArrayBuffer[Int]         \n   \t  followerlist+= tempFollow\n  }\n  \n  for(i<-0 to (usercount-1))\n  {\n\tvar fol= Random.nextInt(usercount-1)\n    while (fol==0)\n    \tfol=Random.nextInt(usercount-1)\n    for(j<- 0 to fol-1)\n    {\n      var follower_number=Random.nextInt(usercount-1)\n      if(!followerlist(i).isEmpty)\n\t\twhile (followerlist(i).contains(follower_number) || follower_number==i)\n\t\t\tfollower_number=Random.nextInt(usercount-1)\n\t  followerlist(i)+= follower_number \n    }\n  }\n  \/\/println(followerlist)\n  \n  var userTweets = new ListBuffer[Queue[String]] ()\n  for(i <- 0 to usercount-1)\n  {\n   \t  val Q = new Queue[String]\n   \t  userTweets+= Q\n  }\n  var hashtagTweets = new ListBuffer[Queue[String]] ()\n  for(i <- 0 to 9)\n  {\n   \t  val Qu = new Queue[String]\n   \t  hashtagTweets+= Qu\n  }\n  \n  var favourTweets = new ListBuffer[Queue[String]] ()\n  for(i <- 0 to 9)\n  {\n   \t  val Que = new Queue[String]\n   \t  favourTweets+= Que\n  }\n  \n  var allTweets = Tweet.tweets\n  \n  def getJson(route: Route) = get {\n    respondWithMediaType(MediaTypes.`application\/json`) { route }\n  }\n\n  startServer(interface = \"localhost\", port = 8080) {\n    get {\n      path(\"\") { ctx =>\n        ctx.complete(\"Welcome to Tweeter!\")\n      }\n    } ~\n    getJson {\n      path(\"list\" \/ \"all\") {\n        complete {\n          Tweet.toJson(allTweets)\n        }\n      }\n    } ~\n   \tpost {\n      path(\"tweet\" \/ \"new\") {\n        parameters(\"user\".as[Int], \"content\".as[String]) { (user, content) =>\n\t\t  tweetcount = tweetcount + 1\n          val newTweet = PostedTweet(user, content)\n          allTweets = newTweet :: allTweets\t\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ NEW TWEET \/\/\/\/\/\/\n\t\t  var randstr = content\n\t\t  if(randstr.contains(\"hashtag\"))\t\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ HASHTAG \/\/\/\/\/\/\n\t\t  {\n\t\t    var htag = randstr.split(\"hashtag\")\n\t\t\tvar htagnum = htag(1).toInt\n\t\t\tif(hashtagTweets(htagnum).length >= 5)\n\t\t\t\thashtagTweets(htagnum).dequeue\n\t\t\thashtagTweets(htagnum) += user+\":\"+content\n\t\t  }\n\t\t  if(userTweets(user).length >= 5)\t\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ FOLLOWER LIST \/\/\/\/\/\/\n\t\t\tuserTweets(user).dequeue\n\t\t  userTweets(user) += content\n\t\t  val k = followerlist(user).length\n\t\t  for(i<-0 to k-1)\n\t\t  {\n\t\t    if(userTweets(followerlist(user)(i)).length >= 5)\n\t\t\t\tuserTweets(followerlist(user)(i)).dequeue\n\t\t\tuserTweets(followerlist(user)(i)) += user+\":\"+content\n\t\t  }\n          complete {\n            \"OK\"\n          }\n        }\n      }\n    }\n  }\n  \n  val flag = 0\n  while(flag == 0)\n  {\n    println(\"Welcome! Please Enter your username\")\n\tval p = Console.readInt()\n\tprintln(\"Your 5 recent tweets:\")\t\t\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ RECENT TWEETS \/\/\/\/\/\/\n\tprintln(userTweets(p))\n\tprintln(\"Do you want to follow anyone?(Y\/N)\")\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ FOLLOW SOMEONE \/\/\/\/\/\/\n\tval yesno1 = Console.readLine()\n\tif(yesno1.toLowerCase() == \"y\")\n\t{\n\t\tprintln(\"Whom do you want to follow?\")\n\t\tval following = Console.readInt()\n\t\tif(following == p)\n\t\t\tprintln(\"You cannot follow yourself\")\n\t\telse if(!followerlist(following).contains(p))\n\t\t\tprintln(\"You already follow him\")\n\t\telse\n\t\t\tfollowerlist(following) += p\n\t}\n\tprintln(\"Do you want to unfollow anyone?(Y\/N)\")\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ UNFOLLOW SOMEONE \/\/\/\/\/\/\n\tval yesno2 = Console.readLine()\n\tif(yesno2.toLowerCase() == \"y\")\n\t{\n\t\tprintln(\"Whom do you want to unfollow?\")\n\t\tval unfol = Console.readInt()\n\t\tif(unfol == p)\n\t\t\tprintln(\"You cannot unfollow yourself\")\n\t\telse if(!followerlist(unfol).contains(p))\n\t\t\tprintln(\"You are not following him!\")\n\t\telse\n\t\t{\n\t\t\tfor(i<-0 to (followerlist(unfol).length - 1))\n\t\t\t{\n\t\t\t\tif(followerlist(unfol)(i) == p)\n\t\t\t\t{\n\t\t\t\t\tvar temp = followerlist(unfol)(i)\n\t\t\t\t\tfollowerlist(unfol)(i) = followerlist(unfol)(followerlist(unfol).length - 1)\n\t\t\t\t\tfollowerlist(unfol)(followerlist(unfol).length - 1) = temp\n\t\t\t\t\t\/\/followerlist(unfol).dequeue\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tprintln(\"Which tweet do you want to retweet?\")\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ RETWEET \/\/\/\/\/\/\n\tval x = Console.readInt()\n\tif(userTweets(p)(x).contains(\":\"))\n\t{\n\t\tif(userTweets(p).length >= 5)\n\t\t\tuserTweets(p).dequeue\n\t\tuserTweets(p) += userTweets(p)(x)\n\t\tval k = followerlist(p).length\n\t\tfor(i<-0 to k-1)\n\t\t{\n\t\t\tif(userTweets(followerlist(p)(i)).length >= 5)\n\t\t\tuserTweets(followerlist(p)(i)).dequeue\n\t\t\tuserTweets(followerlist(p)(i)) += p+\":\"+userTweets(p)(x)\n\t\t}\n\t}\n\telse\n\t{\n\t\tprintln(\"You cannot retweet your own tweet\")\n\t}\n\tprintln(\"Which tweet is your favourite?\")\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ FAVOURITE TWEETS \/\/\/\/\/\/\n\tvar d = Console.readInt()\n\tif(favourTweets(p).length >=5)\n\t\tfavourTweets(p).dequeue\n\tfavourTweets(p) += userTweets(p)(d)\n\tprintln(\"Your Favourite Tweets:\")\n\tprintln(favourTweets(p))\n\tprintln(\"Enter a hashtag:\")\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\/\/\/\/\/\/ HASHTAG \/\/\/\/\/\/\n\tvar m = Console.readInt()\n\tprintln(\"Recent tweets on this hashtag:\")\n\tprintln(hashtagTweets(m))\n\t\/\/println(\"Total number of tweets=\"+tweetcount)\n\tprintln(\"Press Enter to continue\")\n\tval a = Console.readLine()\n  }\n}\n"}
{"repo_name":"arka243\/Twitter-Engine-Simulation","path":"src\/main\/scala\/com\/softwaremill\/spray\/Tweet.scala","text":"package com.softwaremill.spray\n\nimport org.json4s.native.Serialization\nimport org.json4s.native.Serialization._\nimport org.json4s.ShortTypeHints\nimport scala.util.Random\n\ntrait Tweet\n\ncase class PostedTweet(user: Int, content: String) extends Tweet\n\nobject Tweet {\n\n  val tweets = List[Tweet]()\n\n  private implicit val formats = Serialization.formats(ShortTypeHints(List(classOf[PostedTweet])))\n  def toJson(tweets: List[Tweet]): String = writePretty(tweets)\n  def toJson(tweet: Tweet): String = writePretty(tweet)\n}"}
{"repo_name":"arka243\/Twitter-Engine-Simulation","path":"src\/main\/scala\/com\/softwaremill\/spray\/client\/ClientComplete.scala","text":"<reponame>arka243\/Twitter-Engine-Simulation<gh_stars>0\npackage com.softwaremill.spray.client\n\nimport spray.http._\nimport akka.actor._\nimport scala.collection.mutable.ArrayBuffer\nimport spray.client.pipelining._\nimport akka.actor.ActorSystem\nimport scala.util.Random\nimport scala.concurrent.duration._\n\ncase class tweet(i: Int)\ncase class START(system: ActorSystem)\ncase object STOP\n\nobject ClientComplete extends App {\n\n  implicit val system = ActorSystem(\"Tweeter\")\n  val master = system.actorOf(Props[Master], name=\"master\")\n  \n  master ! START(system)\n}  \n  \nclass Master extends Actor {\n  \n\tdef receive = {\n\t\n\t\tcase START(system) =>\n\t\t\tval usercount = 5\n\t\t\tval cores: Int = Runtime.getRuntime().availableProcessors()\n    \t\tval twitteruser = new ArrayBuffer[ActorRef]()\n\t\t\tfor(i<-0 to (cores-1))\n\t\t\t{\n\t\t\t\ttwitteruser += context.actorOf(Props[TwitterUser], name = \"twitteruser\"+i)\n\t\t\t}\n\t\t\timport system.dispatcher\n\t\t\tfor(i<-0 to (usercount-1))\n\t\t\t\tsystem.scheduler.schedule(0 milliseconds, 10 milliseconds, twitteruser(i%cores), tweet(i))\n\n\t}\n}\n\t\t\t\nclass TwitterUser extends Actor {\n\t\t\n\t\tdef receive = {\n\t\t\n\t\t\tcase tweet(i) =>\n\t\t\t\timport scala.concurrent.ExecutionContext.Implicits.global\n\t\t\t\tval pipeline = sendReceive\n\t\t\t\tvar str = Random.alphanumeric.take(10).mkString\n\t\t\t\tif(Random.nextInt(2) == 0)\n\t\t\t\t\tstr = str+\"hashtag\"+Random.nextInt(10)\n\t\t\t\tpipeline(Post(\"http:\/\/localhost:8080\/tweet\/new?user=\"+i+\"&content=\"+str))\n\t\t\t\t\n\t\t}\n}\n"}
{"repo_name":"arka243\/Twitter-Engine-Simulation","path":"build.sbt","text":"<reponame>arka243\/Twitter-Engine-Simulation\nname := \"spray-tutorial\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.2\"\n\nresolvers += \"spray repo\" at \"http:\/\/repo.spray.io\"\n\nval sprayVersion = \"1.3.1\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.6\",\n  \"com.typesafe.akka\" %% \"akka-http-experimental\" % \"0.7\",\n  \"io.spray\" %% \"spray-routing\" % sprayVersion,\n  \"io.spray\" %% \"spray-client\" % sprayVersion,\n  \"io.spray\" %% \"spray-testkit\" % sprayVersion % \"test\",\n  \"org.json4s\" %% \"json4s-native\" % \"3.2.10\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging-slf4j\" % \"2.1.2\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.2\",\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.2\" % \"test\",\n  \"org.mockito\" % \"mockito-all\" % \"1.9.5\" % \"test\"\n)"}
{"repo_name":"roland-ewald\/sessl-examples","path":"src\/main\/scala\/org\/sessl\/samples\/MLRulesExperiment.scala","text":"<gh_stars>0\npackage org.sessl.samples\r\n\r\n\/**\r\n * Sample experiment for ML-Rules.\r\n *\/\r\nobject MLRulesExperiment extends App {\r\n\r\n  import sessl._\r\n  import sessl.james._\r\n\r\n  val modelOutput = sessl.james.tools.CSVFileWriter(\".\/output_EndoExoCytosis.csv\")\r\n\r\n  execute {\r\n    new Experiment with Observation {\r\n      model = \"file-mlrj:\/.\" + dir + \"\/EndoExoCytosis.mlrj\"\r\n      simulator = MLRulesReference() \/\/Leave out if specific simulator implementation does not matter\r\n      stopTime = 0.1\r\n      observe(\"A\", \"B\") \/\/Species A and B are observed...\t        \r\n      observeAt(range(0.0, 0.001, 0.095)) \/\/... in interval [0,0.95], with step size 0.001 \r\n      withRunResult { results =>\r\n        modelOutput << results.trajectory(\"B\") \/\/Store results to file          \r\n      }\r\n    }\r\n  }\r\n}"}
{"repo_name":"roland-ewald\/sessl-examples","path":"src\/main\/scala\/org\/sessl\/samples\/SRExperiment.scala","text":"package org.sessl.samples\r\n\r\n\/**\r\n * Sample experiment for chemical reaction networks.\r\n *\/\r\nobject SRExperiment extends App {\r\n\r\n  import sessl._\r\n  import sessl.james._\r\n\r\n  val modelOutput = sessl.james.tools.CSVFileWriter(\".\/output_SampleModel.csv\")\r\n\r\n  execute {\r\n    new Experiment with Observation with ParallelExecution {\r\n      model = \"file-sr:\/.\" + dir + \"\/SampleModel.sr\"\r\n      scan(\"Translation\" <~ range(5.0, 1.0, 15.0)) \/\/ Scan parameter 'Translation' for values in [5.0, 10.0], step size 1.0\r\n      replications = 2 \/\/Simulate each parameter configuration two times\r\n      stopTime = 100\r\n      observe(\"P2\") \/\/Species P2 is observed...\r\n      observeAt(range(0, 1, 99)) \/\/... at times 0,1,2, ... 99\r\n      withRunResult { results =>\r\n        modelOutput << results.values(\"P2\") \/\/Only the *amounts* of P2 (without time stamps) are written\r\n      }\r\n      parallelThreads = -1 \/\/Leave one core idle\r\n    }\r\n  }\r\n\r\n}"}
{"repo_name":"roland-ewald\/sessl-examples","path":"src\/main\/scala\/org\/sessl\/samples\/package.scala","text":"<gh_stars>0\npackage org.sessl\r\n\r\n\/**\r\n * Contains SESSL sample experiments.\n *\/\r\npackage object samples {\r\n\r\n  \/**\r\n   * Points at the directory where the model files are.\r\n   * For example, this is necessary to properly configure the launch configuration used for \"mvn scala:run\".\r\n   *\/\r\n  val dir = sys.props.getOrElse(\"sample.resources\", \"\")\r\n\r\n}"}
{"repo_name":"roland-ewald\/sessl-examples","path":"src\/main\/scala\/org\/sessl\/samples\/OptimizationExperiment.scala","text":"<gh_stars>0\npackage org.sessl.samples\r\n\r\n\/**\r\n * Sample experiment for simulation-based optimization.\r\n *\/\r\nobject OptimizationExperiment extends App {\r\n\r\n  import sessl._\r\n  import sessl.optimization._\r\n\r\n  import sessl.james._\r\n  import sessl.opt4j._\r\n\r\n  val optOutput = sessl.james.tools.CSVFileWriter(\".\/output_optimization.csv\")\r\n\r\n  maximize { (params, objective) => \/\/ Maximize the following function\r\n    execute {\r\n      new Experiment with Observation with ParallelExecution {\r\n        model = \"java:\/\/examples.sr.LinearChainSystem\"\r\n        set(\"propensity\" <~ params(\"p\")) \/\/Set model parameters as defined by optimizer\r\n        set(\"numOfInitialParticles\" <~ params(\"n\"))\r\n        stopTime = 1.0\r\n        replications = 10\r\n        observe(\"S0\", \"S1\")\r\n        observeAt(0.8)\r\n        withReplicationsResult(results => {\r\n          objective <~ results.mean(\"S0\") \/\/Store value of objective function\r\n        })\r\n      }\r\n    }\r\n  } using (new Opt4JSetup {\r\n    param(\"p\", 1, 1, 15) \/\/ Optimization parameter bounds\r\n    param(\"n\", 10000, 100, 15000)\r\n    optimizer = sessl.opt4j.SimulatedAnnealing(iterations = 20) \/\/Configure optimizer\r\n    \/\/ showViewer = true \/\/Switches on Opt4J GUI\r\n    withIterationResults { results =>\r\n      optOutput << results\r\n    }\r\n    withOptimizationResults { results =>\r\n      println(\"Overall results: \" + results(0)) \/\/print results\r\n    }\r\n  })\r\n\r\n}"}
{"repo_name":"roland-ewald\/sessl-examples","path":"src\/test\/scala\/org\/sessl\/samples\/Stub.scala","text":"\/**\r\n * Necessary because 'mvn scala:run' will execute with the classpath for tests, \r\n * and JAMES II will throw an exception during start-up if a directory on the class-path is missing.\r\n *\/\r\npackage org.sessl.samples\r\n\r\nobject Stub"}
{"repo_name":"TemplatePolaris\/playFutureWS","path":"src\/main\/scala\/com\/example\/ChainedFutureSamples.scala","text":"<gh_stars>0\npackage com.example\n\nimport play.api.libs.json.Json\nimport play.api.libs.ws.WS\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nobject ChainedFutureSamples {\n\n  type UnappliedFuture[T] = () => Future[T]\n\n  abstract class Sample\n\n  case class SampleData(id: String, email: Option[String]) extends Sample {\n    println(toString)\n  }\n\n  case class Empty(url: String) extends Sample {\n    println(toString)\n  }\n\n  object SampleData {\n    implicit val sampleDataFormat = Json.format[SampleData]\n  }\n\n  def main(args: Array[String]): Unit = 1 to 100 map toUrl map toUnappliedFuture reduce toChainedUnappliedFuture apply\n\n  private def toUrl: Int => String = (i: Int) => s\"http:\/\/www.baidu.com\/${i}\"\n\n  private def toUnappliedFuture(url: String): UnappliedFuture[SampleData] = () => Future(SampleData(url, None))\n\n  private def toChainedUnappliedFuture: (UnappliedFuture[SampleData], UnappliedFuture[SampleData]) => UnappliedFuture[SampleData] = (a1, a2) => () => {\n    a1 apply() flatMap { _ => a2 apply } recoverWith { case _ => a2 apply }\n  }\n\n  private def packageFuture(url: String): () => Future[Sample] = () => WS.clientUrl(url)\n    .withQueryString((\"key\", \"\"))\n    .withRequestTimeout(1000)\n    .get().map(response => response.json.validate[SampleData].getOrElse(Empty(url)))\n\n\n  def toChainUppliedFutureWithFold : (UnappliedFuture[SampleData], UnappliedFuture[SampleData]) => UnappliedFuture[SampleData] = ???\n\n  def retry[T](maximizeRetries: Int, future: UnappliedFuture[T]): Future[T] = ???\n\n}\n"}
{"repo_name":"TemplatePolaris\/playFutureWS","path":"src\/main\/scala\/com\/example\/package.scala","text":"package com\n\nimport com.example.ChainedFutureSamples.SampleData\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\nimport play.api.libs.ws.DefaultWSClientConfig\nimport play.api.libs.ws.ning.NingAsyncHttpClientConfigBuilder\n\n\/**\n * Created by Barry on 5\/22\/15.\n *\/\npackage object example {\n  implicit val readFormJson = (\n    (__ \\ \"id\").read[String] ~\n      (__ \\ \"emailAddress\").readNullable[String]\n    )(SampleData.apply _)\n\n  implicit val writeToJson = (\n    (__ \\ \"id\").write[String] ~\n      (__ \\ \"emailAddress\").writeNullable[String]\n    )(\n      unlift(SampleData.unapply)\n    )\n\n  val clientConfig = new DefaultWSClientConfig()\n  val secureDefaults: com.ning.http.client.AsyncHttpClientConfig = new NingAsyncHttpClientConfigBuilder(clientConfig).build()\n  val builder = new com.ning.http.client.AsyncHttpClientConfig.Builder(secureDefaults)\n  builder.setCompressionEnabled(true)\n  val secureDefaultsWithSpecificOptions: com.ning.http.client.AsyncHttpClientConfig = builder.build()\n  implicit val implicitClient = new play.api.libs.ws.ning.NingWSClient(secureDefaultsWithSpecificOptions)\n\n}\n"}
{"repo_name":"hm-pendula\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/laziness\/LazyList.scala","text":"<reponame>hm-pendula\/fpinscala\npackage fpinscala.laziness\n\nimport fpinscala.laziness.LazyList.{Cons, cons, empty}\n\nenum LazyList[+A]:\n  case Empty\n  case Cons(h: () => A, t: () => LazyList[A])\n\n  def toList: List[A] = this match {\n    case Empty => Nil\n    case Cons(h, t) => h() :: t().toList\n  }\n\n  def foldRight[B](z: => B)(f: (A, => B) => B): B = \/\/ The arrow `=>` in front of the argument type `B` means that the function `f` takes its second argument by name and may choose not to evaluate it.\n    this match\n      case Cons(h, t) => f(h(), t().foldRight(z)(f)) \/\/ If `f` doesn't evaluate its second argument, the recursion never occurs.\n      case _ => z\n\n  def exists(p: A => Boolean): Boolean =\n    foldRight(false)((a, b) => p(a) || b) \/\/ Here `b` is the unevaluated recursive step that folds the tail of the lazy list. If `p(a)` returns `true`, `b` will never be evaluated and the computation terminates early.\n\n  @annotation.tailrec\n  final def find(f: A => Boolean): Option[A] = this match\n    case Empty => None\n    case Cons(h, t) => if (f(h())) Some(h()) else t().find(f)\n\n  def take(n: Int): LazyList[A] = this match\n    case Cons(h, t) if n > 1 => cons(h(), t().take(n - 1))\n    case Cons(h, _) if n == 1 => cons(h(), empty)\n    case _ => empty\n\n  def drop(n: Int): LazyList[A] = this match\n    case Cons(_, t) if n > 0 => t().drop(n - 1)\n    case _ => this\n\n  def takeWhile(p: A => Boolean): LazyList[A] = this match\n    case Cons(h, t) if (p(h())) => cons(h(), t().takeWhile(p))\n    case _ => empty\n\n  def forAll(p: A => Boolean): Boolean = foldRight(true)((a, b) => p(a) && b)\n\n  def headOption: Option[A] = foldRight(None: Option[A])((a, _) => Some(a))\n\n  \/\/ 5.7 map, filter, append, flatmap using foldRight. Part of the exercise is\n  \/\/ writing your own function signatures.\n\n  def startsWith[B](s: LazyList[B]): Boolean = ???\n\n  def map[B](f: A => B): LazyList[B] =\n    foldRight(empty[B])((a, acc) => cons(f(a), acc))\n\n  def filter(f: A => Boolean): LazyList[A] =\n    foldRight(empty[A])((a, acc) => if f(a) then cons(a, acc) else acc)\n\n\nobject LazyList:\n  def cons[A](hd: => A, tl: => LazyList[A]): LazyList[A] =\n    lazy val head = hd\n    lazy val tail = tl\n    Cons(() => head, () => tail)\n\n  def empty[A]: LazyList[A] = Empty\n\n  def apply[A](as: A*): LazyList[A] =\n    if as.isEmpty then empty\n    else cons(as.head, apply(as.tail *))\n\n  val ones: LazyList[Int] = LazyList.cons(1, ones)\n\n  def continually[A](a: A): LazyList[A] =\n    lazy val single: LazyList[A] = cons(a, single)\n    single\n\n  def from(n: Int): LazyList[Int] = ???\n\n  def unfold[A, S](state: S)(f: S => Option[(A, S)]): LazyList[A] =\n    f(state) match {\n      case Some((h, s)) => cons(h, unfold(s)(f))\n      case None => empty\n    }\n\n  val fibs =\n    def go(current: Int, next: Int): LazyList[Int] =\n      cons(current, go(next, current + next))\n    go(0, 1)\n\n"}
{"repo_name":"hm-pendula\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/testing\/TestLazyList.scala","text":"package fpinscala.testing\n\nobject test extends App {\n  val something = LazyList.cons[String]({\"abc\"}, { LazyList.empty})\n  val list: List[String] = something.toList\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"project\/Versions.scala","text":"object Versions {\n\n  \/\/ this project  \n  val version = \"3.6.1\"\n\n}\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/DeleteRedundantValue.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport com.nomagic.magicdraw.annotation.Annotation\nimport com.nomagic.magicdraw.openapi.uml.ModelElementsManager\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.MultiplicityElement\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\nimport org.omg.oti.uml.MetaPropertyReference\nimport org.omg.oti.uml.read.api.{UMLMultiplicityElement, UMLValueSpecification}\n\nimport scala.{Boolean,Option,Some,Unit}\n\n\/**\n* @see MOF 2.5, Section 12.4 EMOF Constraints\n* [32] The values of MultiplicityElement::lowerValue and upperValue must be\n* of kind LiteralInteger and\uf020 LiteralUnlimitedNatural respectively.\n*\n* @see XMI 2.5, Section 9.4.1 EMOF Package\n* Properties whose values are the default values are not serialized except\n* where the value is being used to specify the default itself:\n* specifically if it is the value of the property Property::defaultValue in a metamodel.\n*\/\ncase class DeleteRedundantValue\n(role: MetaPropertyReference[MagicDrawUML, UMLMultiplicityElement[MagicDrawUML], UMLValueSpecification[MagicDrawUML]])\n(implicit umlUtil: MagicDrawUMLUtil)\n  extends MagicDrawValidationDataResults.ValidationAnnotationAction(\n    \"Delete redundant default value (1)\",\n    \"Delete redundant default value (1)\") {\n\n  def canExecute(annotation: Annotation): Boolean =\n    annotation.getTarget match {\n      case mult: MultiplicityElement =>\n        if (umlUtil.MultiplicityElement_lowerValue == role)\n          null != mult.getLowerValue && !mult.getLowerValue.isInvalid\n        else\n          null != mult.getUpperValue && !mult.getUpperValue.isInvalid\n      case _ =>\n        false\n    }\n\n  def execute(annotation: Annotation): Unit =\n    annotation.getTarget match {\n      case mult: MultiplicityElement =>\n        val mem = ModelElementsManager.getInstance\n        if (umlUtil.MultiplicityElement_lowerValue == role)\n          Option.apply(mult.getLowerValue) match {\n            case Some(v) if !v.isInvalid =>\n              mem.removeElement(v)\n            case _ =>\n              ()\n          }\n        else\n          Option.apply(mult.getUpperValue) match {\n            case Some(v) if !v.isInvalid =>\n              mem.removeElement(v)\n            case _ =>\n              ()\n          }\n      case _ =>\n        ()\n    }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDGUILogHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.language.postfixOps\nimport scala.util.{Success, Try}\nimport scala.{Option,None,StringContext,Unit}\nimport scala.Predef.ArrowAssoc\n\n\/**\n * Select 1 package and N profiles in a diagram.\n * Invoke this dynamic script from the context menu of the package.\n * \n * @author Nicolas.<EMAIL>\n *\/\nobject checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val secondaryPackages = (selection.toSet - triggerView) selectByKindOf { case pv: PackageView =>\n      umlPackage(SymbolHelper.getPackageOfView(pv).get)\n    }\n    \n    checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection( umlUtil, triggerElement, secondaryPackages )\n    \n    Success( None )\n  }\n      \n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val secondaryPackages = (selection.toSet - triggerView) selectByKindOf { case pv: PackageView =>\n      umlPackage(SymbolHelper.getPackageOfView(pv).get)\n    }\n    \n    checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection( umlUtil, triggerElement, secondaryPackages )\n    \n    Success( None )\n  }\n      \n      \n  def checkPrimaryPackageSelectionCannotAccessSecondaryProfileSelection(\n      umlUtil: MagicDrawUMLUtil, \n      primaryPkg: UMLPackage[MagicDrawUML], \n      secondaryProfilesOrPackages: Iterable[UMLPackage[MagicDrawUML]] ): Unit = {\n    \n    import umlUtil._\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n\n    val primaryAccessible = primaryPkg.allIndirectlyAppliedProfilesIncludingNestingPackagesTransitively.flatMap(_.allVisibleMembersTransitively)\n    val secondaryContents = secondaryProfilesOrPackages.flatMap (_.allOwnedElements.selectByKindOf { case pe: UMLPackageableElement[Uml] => pe } toSet) toSet\n    val secondaryVisible = secondaryProfilesOrPackages.flatMap (_.allVisibleMembersTransitively) toSet\n    \n    val included = (secondaryContents & secondaryVisible) & primaryAccessible\n    guiLog.log(s\"OK?: ${included.isEmpty}\")\n    \n    included.foreach { e =>\n      val mdE = umlMagicDrawUMLElement(e).getMagicDrawElement\n      val link=s\"${mdE.getHumanType}: ${mdE.getHumanName}\"\n      guiLog.addGUILogHyperlink(s\" should not be accessible: <A>$link<\/A>\",\n        link->mdE )\n    }\n\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ElementInspectorWidget.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.uml.UUIDRegistry\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, NamedElement}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes.{AbstractTreeNodeInfo, HyperlinkTableCellValueEditorRenderer, LabelNodeInfo, ReferenceNodeInfo}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.tables.GroupTableNodeUI\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.uml._\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\n\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{None, Some}\nimport scala.Predef.{ArrowAssoc, String}\n\n\nobject ElementInspectorWidget {\n\n  import AppliedStereotypeWidgetHelper._\n  import ComputedDerivedWidgetHelper._\n\n  def otiInfo\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(project),\n    otiInfo(derived, ek, Seq(e)) _)\n\n  def otiInfo\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, es: Seq[Element])\n  (oa: MagicDrawOTIProfileAdapter)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n\n    val rows\n    : Seq[Map[String, AbstractTreeNodeInfo]]\n    = es.map { e =>\n      Map(\n        \"Element\" ->\n          (e match {\n            case ne: NamedElement =>\n              ReferenceNodeInfo(ne.getHumanName, ne)\n            case _ =>\n              ReferenceNodeInfo(e.getID, e)\n          }),\n        \"Metaclass\" ->\n          LabelNodeInfo(StereotypesHelper.getBaseClass(e).getName),\n        \"Tool-specific ID\" ->\n          LabelNodeInfo(e.getID),\n        \"Tool-specific UUID\" ->\n          LabelNodeInfo(UUIDRegistry.getUUID(e))\n      )\n    }\n\n    val ui = GroupTableNodeUI(\n      DynamicScriptsTypes.ComputedDerivedTree(\n        derived.name, derived.icon, derived.context, derived.access,\n        derived.className, derived.methodName, derived.refresh,\n        columnValueTypes = Some(Seq(\n          DynamicScriptsTypes.DerivedFeatureValueType(\n            key = DynamicScriptsTypes.SName(\"Element\"),\n            typeName = DynamicScriptsTypes.HName(\"Element\"),\n            typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n          DynamicScriptsTypes.DerivedFeatureValueType(\n            key = DynamicScriptsTypes.SName(\"Metaclass\"),\n            typeName = DynamicScriptsTypes.HName(\"Metaclass\"),\n            typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n          DynamicScriptsTypes.DerivedFeatureValueType(\n            key = DynamicScriptsTypes.SName(\"Tool-specific ID\"),\n            typeName = DynamicScriptsTypes.HName(\"Tool-specific ID\"),\n            typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n          DynamicScriptsTypes.DerivedFeatureValueType(\n            key = DynamicScriptsTypes.SName(\"Tool-specific UUID\"),\n            typeName = DynamicScriptsTypes.HName(\"Tool-specific UUID\"),\n            typeInfo = DynamicScriptsTypes.StringTypeDesignation())))),\n      rows,\n      Seq(\"Element\", \"Metaclass\", \"Tool-specific ID\", \"Tool-specific UUID\"))\n    \/\/ui._table.addMouseListener( DoubleClickMouseListener.createAbstractTreeNodeInfoDoubleClickMouseListener( ui._table ) )\n    HyperlinkTableCellValueEditorRenderer.addRenderer4AbstractTreeNodeInfo(ui._table)\n\n    val validationAnnotations = rows flatMap\n      (_.values) flatMap\n      AbstractTreeNodeInfo.collectAnnotationsRecursively\n\n    Success((ui.panel, validationAnnotations))\n  }\n\n  def appliedStereotypes\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    appliedStereotypes(derived, ek, e) _)\n\n  def appliedStereotypes\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    appliedStereotypeInstanceWidget[UMLElement[MagicDrawUML]](\n      derived, e,\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def appliedStereotypesWithoutMetaclassProperties\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    appliedStereotypesWithoutMetaclassProperties(derived, ek, e) _)\n\n  def appliedStereotypesWithoutMetaclassProperties\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n      derived, e,\n      _.getAppliedStereotypesWithoutMetaclassProperties.getOrElse(Set()),\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def allForwardReferencesFromStereotypeTagProperties\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    allForwardReferencesFromStereotypeTagProperties(derived, ek, e) _)\n\n  def allForwardReferencesFromStereotypeTagProperties\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n      derived, e,\n      _.allForwardReferencesFromStereotypeTagProperties.getOrElse(Set()),\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def allForwardReferencesToElements\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    allForwardReferencesToElements(derived, ek, e) _)\n\n  def allForwardReferencesToElements\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n      derived, e,\n      _.allForwardReferencesToElements.getOrElse(Set()),\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def allForwardReferencesToImportablePackageableElements\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    allForwardReferencesToImportablePackageableElements(derived, ek, e) _)\n\n  def allForwardReferencesToImportablePackageableElements\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n      derived, e,\n      _.allForwardReferencesToImportablePackageableElements.getOrElse(Set()),\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def getPackageOwnerWithURI\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    getPackageOwnerWithURI(derived, ek, e) _)\n\n  def getPackageOwnerWithURI\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n      derived, e,\n      (x: UMLElement[MagicDrawUML]) => {\n        val r = x.getPackageOwnerWithEffectiveURI()(idg.otiCharacteristicsProvider)\n        r.getOrElse(None).to[Iterable]\n      },\n      ordsa.otiAdapter.umlOps)\n  }\n  def packageOrProfileOwner\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    packageOrProfileOwner(derived, ek, e) _)\n\n  def packageOrProfileOwner\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget, ek: MagicDrawElementKindDesignation, e: Element)\n  (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n    elementOperationWidget[UMLElement[MagicDrawUML], UMLPackage[MagicDrawUML]](\n      derived, e,\n      getPackageOrProfileOwner(_).to[Iterable],\n      ordsa.otiAdapter.umlOps)\n  }\n\n  def annotatingComments\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLElement[MagicDrawUML], UMLComment[MagicDrawUML]](\n        derived, e,\n        _.annotatedElement_comment,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def ownedElements\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n        elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n          derived, e,\n          _.ownedElement,\n          ordsa.otiAdapter.umlOps)\n    })\n\n  def allOwnedElementsWithinPackageScope\n  (project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   ek: MagicDrawElementKindDesignation, e: Element)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n        elementOperationWidget[UMLElement[MagicDrawUML], UMLElement[MagicDrawUML]](\n          derived, e,\n          _.allOwnedElementsWithinPackageScope,\n          ordsa.otiAdapter.umlOps)\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/StereotypeInspectorWidget.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\n\nimport scala.collection.immutable._\nimport scala.util.Try\n\nobject StereotypeInspectorWidget {\n\n  import ComputedDerivedWidgetHelper._\n\n  def baseMetaProperties\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLProperty[MagicDrawUML]](\n        derived, e,\n        (s: UMLStereotype[MagicDrawUML]) => s.baseMetaProperties.toList.sortBy(_.qualifiedName.get),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def baseMetaPropertiesExceptRedefined\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLProperty[MagicDrawUML]](\n        derived, e,\n        (s: UMLStereotype[MagicDrawUML]) => s.baseMetaPropertiesExceptRedefined.toList.sortBy(_.qualifiedName.get),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def profile\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLProfile[MagicDrawUML]](\n        derived, e,\n        _.profile.toSet,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getSpecializedStereotypes\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getSpecializedStereotypes(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getSpecializedStereotypesOutsideProfile\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getSpecializedStereotypesOutsideProfile(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getSpecializedStereotypesWithinProfile\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getSpecializedStereotypesWithinProfile(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getAllSpecializedStereotypes\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getAllSpecializedStereotypes(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getAllSpecializedStereotypesWithinProfile\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getAllSpecializedStereotypesWithinProfile(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def getSpecializedStereotypesFromOtherProfiles\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLStereotype[MagicDrawUML], UMLStereotype[MagicDrawUML]](\n        derived, e,\n        org.omg.oti.uml.getSpecializedStereotypesFromOtherProfiles(_)(ordsa.otiAdapter.umlOps),\n        ordsa.otiAdapter.umlOps)\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/changePackageExtentIDs.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.io.File\nimport java.lang.System\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\nimport com.nomagic.magicdraw.uml.UUIDRegistry\nimport com.nomagic.task.{ProgressStatus, RunnableWithProgress}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDGUILogHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.eclipse.emf.common.util.URI\nimport org.omg.oti.changeMigration.Metamodel\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.Predef.{ArrowAssoc, require}\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\nimport scala.{Option,None,Some,StringContext,Unit}\n\n\/**\n * @author Nicolas.F.Rou<EMAIL>\n *\/\nobject changePackageExtentIDs {\n\n  def doit(\n    project: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.MainToolbarMenuAction ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( project )\n\n  def doit( project: Project ): Try[Option[MagicDrawValidationDataResults]] = {\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( project )\n\n    val mdInstallDir = MDUML.getApplicationInstallDir\n    require( mdInstallDir.exists && mdInstallDir.isDirectory )\n\n    val otiChangeMigrationDir = new File( mdInstallDir, \"dynamicScripts\/org.omg.oti.changeMigration\/resources\" )\n    require( otiChangeMigrationDir.exists && otiChangeMigrationDir.isDirectory )\n    val migrationMM = Metamodel( otiChangeMigrationDir )\n\n    val dir = project.getProjectDirectory\n    require( dir.isDefined && dir.get.exists && dir.get.isDirectory )\n    val migrationF = new File( dir.get, project.getName+\".migration.xmi\" )\n    require( migrationF.exists && migrationF.canRead )\n    val migrationURI = URI.createFileURI( migrationF.getAbsolutePath )\n\n    migrationMM.loadOld2NewIDMappingResource( migrationURI ) match {\n      case Failure( t ) => Failure( t )\n      case Success( old2newIDmigration ) =>\n        val entries = old2newIDmigration.getEntries filter { entry =>\n          val difference = for {\n            newID <- entry.getNewID\n            oldID <- entry.getOldID\n          } yield newID != oldID\n          difference.getOrElse(false)\n        }\n        guiLog.log( s\" Loaded ${entries.size} old2new ID migration entries\" )\n\n        val resetElements =\n          entries\n          .flatMap { entry =>\n            project.getElementByID( entry.getOldID.get ) match {\n              case e: Element =>\n                Some(e)\n              case _ =>\n                None\n            }}\n          .to[Set]\n        val resetMap = entries\n          .flatMap { entry =>\n            val oldId = entry.getOldID.get\n            val newId = entry.getNewID.get\n            Option.apply(project.getElementByID(oldId)) match {\n              case Some(e: Element) =>\n                val uuid = UUIDRegistry.getUUID(e)\n                if (oldId == newId)\n                  None\n                else\n                  Seq(oldId -> newId, uuid -> uuid)\n              case _ =>\n                None\n            }\n          }\n          .toMap\n\n        val runnable = new RunnableWithProgress() {\n          def run( progressStatus: ProgressStatus ): Unit = {\n            project.changeElementIDs(resetElements, resetMap, progressStatus )\n          }\n        }\n\n        MagicDrawProgressStatusRunner.runWithProgressStatus( runnable, s\"Change XMI:IDs\", true, 0 )\n\n        if ( entries.size > 2000 ) {\n          entries foreach { entry => System.out.println( s\" new=${entry.getNewID.get} => old=${entry.getOldID.get}\" ) }\n        } else {\n          entries foreach { entry =>\n            val id = entry.getNewID.get\n            project.getElementByID( id ) match {\n              case e: Element =>\n                guiLog.addGUILogHyperlink(\n                  s\" new=<A>$id<\/A> <= old=${entry.getOldID.get}\",\n                  (id, e))\n              case _ =>\n                ()\n            }\n          }\n        }\n\n        guiLog.log( s\"Done! (${entries.size} old2new ID migrations)\" )\n        Success( None )\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/SetVisibilityToPublic.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport com.nomagic.magicdraw.annotation.Annotation\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{ElementImport, NamedElement, PackageImport, VisibilityKindEnum}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read._\n\nimport scala.{Boolean,Unit}\n\/**\n* @see MOF 2.5, Section 12.4 EMOF Constraints\n* [4] Core::Basic and EMOF does not support visibilities.\n *      All property visibilities must be explicitly set to public where applicable,\n *      that is for all NamedElements, ElementImports and PackageImports.\n *      Furthermore, no alias is allowed for any ElementImport.\n*\n* @see XMI 2.5, Section 9.4.1 EMOF Package\n* [7] CMOF does not support visibilities.\n *      All property visibilities must be explicitly set to public where applicable,\n *      that is for all NamedElements, ElementImports, and PackageImports.\n *      Furthermore, no alias is allowed for any ElementImport.\n*\/\ncase class SetVisibilityToPublic()\n(implicit umlUtil: MagicDrawUMLUtil)\n  extends MagicDrawValidationDataResults.ValidationAnnotationAction(\n    \"Set visibility to public\",\n    \"Set visibility to public\") {\n\n  def canExecute(annotation: Annotation): Boolean =\n    annotation.getTarget match {\n      case ne: NamedElement =>\n        ne.getVisibility != VisibilityKindEnum.PUBLIC\n      case ei: ElementImport =>\n        ei.getVisibility != VisibilityKindEnum.PUBLIC\n      case pi: PackageImport =>\n        pi.getVisibility != VisibilityKindEnum.PUBLIC\n      case _ =>\n        false\n    }\n\n  def execute(annotation: Annotation): Unit =\n    annotation.getTarget match {\n      case ne: NamedElement =>\n        if (ne.getVisibility != VisibilityKindEnum.PUBLIC)\n          ne.setVisibility(VisibilityKindEnum.PUBLIC)\n      case ei: ElementImport =>\n        if (ei.getVisibility != VisibilityKindEnum.PUBLIC)\n          ei.setVisibility(VisibilityKindEnum.PUBLIC)\n      case pi: PackageImport =>\n        if (pi.getVisibility != VisibilityKindEnum.PUBLIC)\n          pi.setVisibility(VisibilityKindEnum.PUBLIC)\n      case _ =>\n        ()\n    }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt<gh_stars>0\nresolvers += Resolver.bintrayRepo(\"jpl-imce\", \"gov.nasa.jpl.imce\")\naddSbtPlugin(\"gov.nasa.jpl.imce\" % \"imce.sbt.plugin\" % \"4.20.0\")\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFAllValidation.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.internal.MDValidationAPIHelper._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{None, Option}\n\nobject MOFAllValidation {\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Profile, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[Uml]]\n      = selection\n        .toIterable\n        .selectByKindOf { case p: Package => umlPackage(p) }\n        .to[Set]\n\n      doit(p, oa, selectedPackages)\n    })\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    top: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[Uml]]\n      = selection\n        .toIterable\n        .selectByKindOf { case p: Package => umlPackage(p) }\n        .to[Set]\n\n      doit(p, oa, selectedPackages)\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[Uml]]\n      = selection\n        .toIterable\n        .selectByKindOf { case pv: PackageView => umlPackage( getPackageOfView(pv).get ) }\n        .to[Set]\n\n      doit(p, oa, selectedPackages)\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[Uml]]\n      = selection\n        .toIterable\n        .selectByKindOf { case pv: PackageView => umlPackage( getPackageOfView(pv).get ) }\n        .to[Set]\n\n      doit(p, oa, selectedPackages)\n    })\n\n  def doit\n  ( p: Project,\n    oa: MagicDrawOTIProfileAdapter,\n    pkgs: Set[UMLPackage[MagicDrawUML]] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n\n    for {\n      vo <- MOFDefaultValueValidation.doit(p, oa, pkgs)\n      v <- vo\n    } p.showMDValidationDataResults(v)\n\n    for {\n      vo <- MOFMultiplicityValidation.doit(p, oa, pkgs)\n      v <- vo\n    } p.showMDValidationDataResults(v)\n\n    for {\n      vo <- MOFNamedElementValidation.doit(p, oa, pkgs)\n      v <- vo\n    } p.showMDValidationDataResults(v)\n\n    for {\n      vo <- MOFTypedElementValidation.doit(p, oa, pkgs)\n      v <- vo\n    } p.showMDValidationDataResults(v)\n\n    for {\n      vo <- MOFVisibilityValidation.doit(p, oa, pkgs)\n      v <- vo\n    } p.showMDValidationDataResults(v)\n\n    Success(None)\n\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/RelationTripleWidgetHelper.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/RelationTripleWidgetHelper.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.lang.System\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.tables._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport org.omg.oti.uml._\nimport org.omg.oti.json.common.OTIPrimitiveTypes._\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read._\n\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\nimport scala.{None,Some,StringContext}\nimport scala.Predef.{ArrowAssoc,String}\n\n\nobject RelationTripleWidgetHelper {\n\n  def makeComputedDerivedTreeForRelationTriple\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget )\n  : DynamicScriptsTypes.ComputedDerivedTree =\n    DynamicScriptsTypes.ComputedDerivedTree(\n      derived.name, derived.icon, derived.context, derived.access,\n      derived.className, derived.methodName, derived.refresh,\n      columnValueTypes = Some( Seq(\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"sContext\" ),\n          typeName = DynamicScriptsTypes.HName( \"sContext\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"subject\" ),\n          typeName = DynamicScriptsTypes.HName( \"subject\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"sMetaclass\" ),\n          typeName = DynamicScriptsTypes.HName( \"sMetaclass\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"relation\" ),\n          typeName = DynamicScriptsTypes.HName( \"relation\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"object\" ),\n          typeName = DynamicScriptsTypes.HName( \"object\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"oMetaclass\" ),\n          typeName = DynamicScriptsTypes.HName( \"oMetaclass\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"oNamespace\" ),\n          typeName = DynamicScriptsTypes.HName( \"oNamespace\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"oPackage\" ),\n          typeName = DynamicScriptsTypes.HName( \"oPackage\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ) ) ) )\n\n  def createRowForRelationTriple\n  ( r: RelationTriple[MagicDrawUML] )\n  ( implicit umlUtil: MagicDrawUMLUtil )\n  : Map[String, AbstractTreeNodeInfo] = {\n    import umlUtil._\n    Map(\n      \"sContext\" -> ( r.sub.owner match {\n        case None => LabelNodeInfo( \"<none>\" )\n        case Some( o ) => o match {\n          case parent: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo( parent.qualifiedName.get, umlMagicDrawUMLElement(parent).getMagicDrawElement )\n          case parent =>\n            toToolSpecificIDReferenceNodeInfo(parent)\n        }\n      } ),\n      \"subject\" ->\n        ( r.sub match {\n          case ne: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo(\n              ( ne, ne.name ) match {\n                case ( l: UMLLiteralBoolean[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralInteger[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralReal[Uml], _ )             => l.value.toString\n                case ( l: UMLLiteralString[Uml], _ )           => l.value.toString\n                case ( l: UMLLiteralUnlimitedNatural[Uml], _ ) => l.value.toString\n                case ( v: UMLInstanceValue[Uml], _ ) => v.instance match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( v: MagicDrawUMLElementValue, _ ) => v.element match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( _, Some( name ) ) => name\n                case ( _, _ )            => TOOL_SPECIFIC_ID.unwrap(ne.toolSpecific_id)\n              },\n              umlMagicDrawUMLElement(r.sub).getMagicDrawElement )\n          case e: UMLElement[Uml] =>\n            toToolSpecificIDReferenceNodeInfo(e)\n        } ),\n      \"sMetaclass\" -> LabelNodeInfo( r.sub.xmiType.head ),\n      \"relation\" ->\n        ( r match {\n          case a: AssociationTriple[Uml, _, _]  =>\n            LabelNodeInfo( a.relf.propertyName )\n          case s: StereotypePropertyTriple[Uml] =>\n            ReferenceNodeInfo(\n              s\"${s.rels.name.get}::${s.relp.name.get}\", umlMagicDrawUMLElement(s.relp).getMagicDrawElement )\n        } ),\n      \"object\" ->\n        ( r.obj match {\n          case ne: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo(\n              ( ne, ne.name ) match {\n                case ( l: UMLLiteralBoolean[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralInteger[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralReal[Uml], _ )             => l.value.toString\n                case ( l: UMLLiteralString[Uml], _ )           => l.value.toString\n                case ( l: UMLLiteralUnlimitedNatural[Uml], _ ) => l.value.toString\n                case ( v: UMLInstanceValue[Uml], _ ) => v.instance match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( v: MagicDrawUMLElementValue, _ ) => v.element match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( _, Some( name ) ) => name\n                case ( _, _ )            => TOOL_SPECIFIC_ID.unwrap(ne.toolSpecific_id)\n              },\n              umlMagicDrawUMLElement(r.obj).getMagicDrawElement )\n          case e: UMLElement[Uml] =>\n            toToolSpecificIDReferenceNodeInfo(e)\n        } ),\n      \"oMetaclass\" -> LabelNodeInfo( r.obj.xmiType.head ),\n      \"oNamespace\" -> ( r.obj.owningNamespace match {\n        case None       =>\n          LabelNodeInfo( \"<none>\" )\n        case Some( ns ) =>\n          ReferenceNodeInfo( ns.qualifiedName.get, umlMagicDrawUMLElement(ns).getMagicDrawElement )\n      } ),\n      \"oPackage\" -> ( getPackageOrProfileOwner( r.obj ) match {\n        case None =>\n          LabelNodeInfo( \"<none>\" )\n        case Some( pkg ) =>\n          ReferenceNodeInfo( pkg.qualifiedName.get, umlMagicDrawUMLElement(pkg).getMagicDrawElement )\n      } ) )\n  }\n\n  def createGroupTableUIPanelForRelationTriples\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    pes: Iterable[RelationTriple[MagicDrawUML]] )\n  ( implicit util: MagicDrawUMLUtil )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] = {\n\n    val rows: Seq[Map[String, AbstractTreeNodeInfo]] =\n      pes.map(RelationTripleWidgetHelper.createRowForRelationTriple).to[Seq]\n\n    System.out.println(s\"createGroupTableUIPanelForRelationTriples => ${rows.size} rows\")\n    val ui = GroupTableNodeUI(\n      makeComputedDerivedTreeForRelationTriple( derived ),\n      rows,\n      Seq( \"sContext\", \"subject\", \"sMetaclass\", \"relation\", \"object\", \"oMetaclass\", \"oNamespace\", \"oPackage\" ) )\n    \/\/ui._table.addMouseListener( DoubleClickMouseListener.createAbstractTreeNodeInfoDoubleClickMouseListener( ui._table ) )\n    HyperlinkTableCellValueEditorRenderer.addRenderer4AbstractTreeNodeInfo( ui._table )\n\n    val validationAnnotations = rows flatMap\n      ( _.values ) flatMap\n      AbstractTreeNodeInfo.collectAnnotationsRecursively\n\n    Success( ( ui.panel, validationAnnotations ) )\n  }\n\n  def packageRelationTripleWidget\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    mdPkg: MagicDrawUML#Package,\n    f: UMLPackage[MagicDrawUML] => Try[Set[RelationTriple[MagicDrawUML]]],\n    util: MagicDrawUMLUtil )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] =\n    f( util.umlPackage( mdPkg ) ) match {\n      case Failure( t ) => Failure( t )\n      case Success( triples ) =>\n        createGroupTableUIPanelForRelationTriples( derived, triples )( util )\n    }\n\n  def namespaceRelationTripleWidget\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    mdNs: MagicDrawUML#Namespace,\n    f: UMLNamespace[MagicDrawUML] => Try[Set[RelationTriple[MagicDrawUML]]],\n    util: MagicDrawUMLUtil )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] =\n    f( util.umlNamespace( mdNs ) ) match {\n      case Failure( t ) => Failure( t )\n      case Success( triples ) =>\n        createGroupTableUIPanelForRelationTriples( derived, triples )( util )\n    }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFNamedElementValidation.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement,PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.uml.read.api.UMLPackage\nimport org.omg.oti.uml.validation._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success,Try}\nimport scala.{Option,None}\nimport scala.Predef.ArrowAssoc\n\/**\n* Validates all TypedElements in scope of the selected packages per MOF 2.5 well-formedness constraints\n*\n * @see MOF 2.5, Section 12.4 EMOF Constraints\n *      [3] Names are required for all NamedElements except for ValueSpecifications.\n * @see MOF 2.5, Section 14.4 CMOF Constraints\n *      [6] Names are required for all NamedElements except for ValueSpecifications.\n*\/\nobject MOFNamedElementValidation {\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Profile, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    top: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    oa: MagicDrawOTIProfileAdapter,\n    pkgs: Set[UMLPackage[MagicDrawUML]] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(p),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val otiV = OTIMagicDrawValidation(p)\n\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      implicit val otiCharacteristicsProvider = oa.otiCharacteristicsProvider\n\n      val elementMessages = scala.collection.mutable.HashMap[\n        Element,\n        scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]]()\n\n      for {\n        v <- NamedElementValidationHelper.analyzePackageContents(pkgs)\n        if NamedElementValidationStatus.ValidNamedElementNameStatus != v.status\n        mdNE = umlMagicDrawUMLNamedElement(v.namedElement).getMagicDrawNamedElement\n        vOptInfo <- v.status match {\n          case NamedElementValidationStatus.ValidNamedElementNameStatus =>\n            Success(None)\n          case NamedElementValidationStatus.InvalidUnnamedNamedElementStatus =>\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_InvalidUnnamedNamedElement,\n              v.explanation,\n              Nil)\n        }\n        vInfo <- vOptInfo\n        validationInfo = elementMessages.getOrElseUpdate(\n          mdNE, scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]())\n      } validationInfo += vInfo\n\n      val elementValidationMessages: Map[Element, Iterable[OTIMagicDrawValidation.MDValidationInfo]] =\n        (for {tuple <- elementMessages} yield tuple._1 -> tuple._2.to[Seq]).toMap\n\n      val validation =\n        otiV.makeMDIllegalArgumentExceptionValidation(\n          \"EMOF [3] & CMOF [6] NamedElement Validation\",\n          elementValidationMessages)\n      otiV.toTryOptionMagicDrawValidationDataResults(p, \"MOF NamedElement Validation\", validation)\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/exportPackageExtents2OTICanonicalXMI.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\n\/\/\/*\n\/\/ *\n\/\/ * License Terms\n\/\/ *\n\/\/ * Copyright (c) 2014-2016, California Institute of Technology (\"Caltech\").\n\/\/ * U.S. Government sponsorship acknowledged.\n\/\/ *\n\/\/ * All rights reserved.\n\/\/ *\n\/\/ * Redistribution and use in source and binary forms, with or without\n\/\/ * modification, are permitted provided that the following conditions are\n\/\/ * met:\n\/\/ *\n\/\/ * *   Redistributions of source code must retain the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer.\n\/\/ *\n\/\/ * *   Redistributions in binary form must reproduce the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer in the\n\/\/ *    documentation and\/or other materials provided with the\n\/\/ *    distribution.\n\/\/ *\n\/\/ * *   Neither the name of Caltech nor its operating division, the Jet\n\/\/ *    Propulsion Laboratory, nor the names of its contributors may be\n\/\/ *    used to endorse or promote products derived from this software\n\/\/ *    without specific prior written permission.\n\/\/ *\n\/\/ * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\n\/\/ * IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\n\/\/ * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\n\/\/ * PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER\n\/\/ * OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,\n\/\/ * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,\n\/\/ * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\n\/\/ * PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\n\/\/ * LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\n\/\/ * NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n\/\/ * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\/\/ *\/\n\/\/package gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\/\/\n\/\/import java.awt.event.ActionEvent\n\/\/import java.io.File\n\/\/\n\/\/import com.nomagic.actions.NMAction\n\/\/import com.nomagic.magicdraw.core.{Application, Project}\n\/\/import com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\n\/\/import com.nomagic.magicdraw.ui.browser.{Node, Tree}\n\/\/import com.nomagic.magicdraw.uml.symbols.shapes.PackageView\n\/\/import com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\n\/\/import com.nomagic.task.{ProgressStatus, RunnableWithProgress}\n\/\/import com.nomagic.uml2.ext.magicdraw.auxiliaryconstructs.mdmodels.Model\n\/\/import com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\n\/\/import com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\n\/\/import gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.validation.internal.MDValidationAPIHelper._\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.{MDAPI, OTIHelper}\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\n\/\/import org.omg.oti.magicdraw.uml.canonicalXMI._\n\/\/import org.omg.oti.magicdraw.uml.read._\n\/\/import org.omg.oti.uml.canonicalXMI.UnresolvedElementCrossReference\n\/\/import org.omg.oti.uml.read.api._\n\/\/import org.omg.oti.uml.xmi._\n\/\/\n\/\/import scala.Predef.{ArrowAssoc, require}\n\/\/import scala.collection.JavaConversions._\n\/\/import scala.collection.immutable._\n\/\/import scala.language.{implicitConversions, postfixOps}\n\/\/import scala.util.{Success, Try}\n\/\/import scala.{Boolean,Function1,Option,None,Some,StringContext,Tuple2,Unit}\n\/\/import scalaz.Scalaz._\n\/\/import scalaz._\n\/\/\n\/\/\/**\n\/\/ * Should be functionally equivalent to exportPackageExtents but simpler thanks to the methods in DocumentSet's companion object\n\/\/ *\n\/\/ * @author <EMAIL>\n\/\/ *\/\n\/\/object exportPackageExtents2OTICanonicalXMI {\n\/\/\n\/\/  def doit(\n\/\/    p: Project, ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.BrowserContextMenuAction,\n\/\/    tree: Tree, node: Node,\n\/\/    pkg: Profile, selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit( p, selection )\n\/\/\n\/\/  def doit(\n\/\/    p: Project, ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.BrowserContextMenuAction,\n\/\/    tree: Tree, node: Node,\n\/\/    top: Package, selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit( p, selection )\n\/\/\n\/\/  def doit(\n\/\/    p: Project, ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.BrowserContextMenuAction,\n\/\/    tree: Tree, node: Node,\n\/\/    top: Model, selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit( p, selection )\n\/\/\n\/\/  def doit(\n\/\/    p: Project, ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Profile,\n\/\/    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit( p, selection flatMap { case pv: PackageView => Some( pv.getPackage ) } )\n\/\/\n\/\/  def doit(\n\/\/    p: Project, ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Package,\n\/\/    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit( p, selection flatMap { case pv: PackageView => Some( pv.getPackage ) } )\n\/\/\n\/\/  def doit(\n\/\/    p: Project,\n\/\/    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    val a = Application.getInstance()\n\/\/    val guiLog = a.getGUILog\n\/\/    guiLog.clearLog()\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/    val selectedPackages: Set[UMLPackage[Uml]] =\n\/\/      selection\n\/\/      .toIterable\n\/\/      .selectByKindOf { case p: Package => umlPackage( p ) }\n\/\/      .to[Set]\n\/\/\n\/\/    OTIHelper.getOTIMDInfo().fold[Try[Option[MagicDrawValidationDataResults]]](\n\/\/      l = (nels) =>\n\/\/        otiV\n\/\/          .toTryOptionMDValidationDataResults(p, \"exportPackageExtents2OTICanonicalXMI\", nels.some),\n\/\/\n\/\/      r = (info) => {\n\/\/\n\/\/        var result: Option[Try[Option[MagicDrawValidationDataResults]]] = None\n\/\/        val runnable = new RunnableWithProgress() {\n\/\/\n\/\/          def run(progressStatus: ProgressStatus): Unit =\n\/\/            result = Some(\n\/\/              exportPackageExtents(\n\/\/                progressStatus,\n\/\/                p, selectedPackages,\n\/\/                info,\n\/\/                ignoreCrossReferencedElementFilter = MDAPI.ignoreCrossReferencedElementFilter,\n\/\/                unresolvedElementMapper = MDAPI.unresolvedElementMapper(umlUtil)))\n\/\/\n\/\/        }\n\/\/\n\/\/        MagicDrawProgressStatusRunner.runWithProgressStatus(\n\/\/          runnable,\n\/\/          s\"Export ${selectedPackages.size} packages to OTI Canonical XMI...\",\n\/\/          true, 0)\n\/\/\n\/\/        require(result.isDefined)\n\/\/        result.get\n\/\/      })\n\/\/  }\n\/\/\n\/\/  def exportPackageExtents\n\/\/  ( progressStatus: ProgressStatus,\n\/\/    p: Project,\n\/\/    specificationRootPackages: Set[UMLPackage[MagicDrawUML]],\n\/\/    info: OTIHelper.OTIMDInfo,\n\/\/    ignoreCrossReferencedElementFilter: Function1[UMLElement[MagicDrawUML], Boolean],\n\/\/    unresolvedElementMapper: Function1[UMLElement[MagicDrawUML], Option[UMLElement[MagicDrawUML]]] )\n\/\/  ( implicit umlUtil: MagicDrawUMLUtil )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/    import umlUtil._\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/    val a = Application.getInstance()\n\/\/    val guiLog = a.getGUILog\n\/\/\n\/\/    progressStatus.setCurrent( 0 )\n\/\/    progressStatus.setMax( 0 )\n\/\/    progressStatus.setMax( 1 )\n\/\/    progressStatus.setLocked( true )\n\/\/\n\/\/    \/\/ @todo populate...\n\/\/    implicit val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] =\n\/\/      None\n\/\/\n\/\/    implicit val mdIdGenerator = info._1\n\/\/    val mdDS: MagicDrawDocumentSet = info._3\n\/\/\n\/\/    val unresolved: Iterable[UnresolvedElementCrossReference[MagicDrawUML]] = info._4\n\/\/\n\/\/    if ( unresolved.isEmpty ) {\n\/\/\n\/\/      val resolved = info._2\n\/\/      guiLog.log(s\"Graph: ${resolved.g.nodes.size} nodes, ${resolved.g.edges.size} edges\")\n\/\/      resolved.g.nodes.foreach { n =>\n\/\/        n.value match {\n\/\/          case doc: MagicDrawBuiltInImmutableDocument =>\n\/\/            guiLog.log(s\"Tool BuiltIn R\/O: ${doc.scope.qualifiedName.get}\")\n\/\/          case doc: MagicDrawBuiltInMutableDocument =>\n\/\/            guiLog.log(s\"Tool BuiltIn R\/W: ${doc.scope.qualifiedName.get}\")\n\/\/          case doc: MagicDrawSerializableImmutableDocument =>\n\/\/            guiLog.log(s\"Serializable R\/O: ${doc.scope.qualifiedName.get}\")\n\/\/          case doc: MagicDrawSerializableMutableDocument =>\n\/\/            guiLog.log(s\"Serializable R\/W: ${doc.scope.qualifiedName.get}\")\n\/\/        }\n\/\/      }\n\/\/      resolved.serialize.fold[Try[Option[MagicDrawValidationDataResults]]](\n\/\/        l = (nels) =>\n\/\/          otiV.toTryOptionMDValidationDataResults(p, \"exportPackageExtents2OTICanonicalXMI\", nels.some),\n\/\/\n\/\/        r = (serialized: Set[(Document[MagicDrawUML], File)]) => {\n\/\/          guiLog.log(s\"Finished serializing ${serialized.size} documents\")\n\/\/          serialized.foreach { case (doc, file) =>\n\/\/            guiLog.log(s\"Document root: ${doc.scope.qualifiedName.get}\")\n\/\/            guiLog.log(s\"Document file: $file\")\n\/\/          }\n\/\/          Success(Option.empty[MagicDrawValidationDataResults])\n\/\/        }\n\/\/      )\n\/\/    } else {\n\/\/      guiLog.log(s\"*** ${\n\/\/        unresolved.size\n\/\/      } unresolved cross-references ***\")\n\/\/\n\/\/      val elementMessages =\n\/\/        unresolved.map {\n\/\/          u =>\n\/\/            val mdXRef = umlMagicDrawUMLElement(u.relationTriple.obj).getMagicDrawElement\n\/\/            val a = new NMAction(s\"Select${\n\/\/              u.hashCode\n\/\/            }\", s\"Select ${\n\/\/              mdXRef.getHumanType\n\/\/            }: ${\n\/\/              mdXRef.getHumanName\n\/\/            }\", 0) {\n\/\/              def actionPerformed(ev: ActionEvent): Unit = umlMagicDrawUMLElement(u.relationTriple.obj)\n\/\/                .selectInContainmentTreeRunnable.run\n\/\/            }\n\/\/            umlMagicDrawUMLElement(u.relationTriple.sub).getMagicDrawElement ->\n\/\/              Tuple2(s\"cross-reference to: ${\n\/\/                mdXRef.getHumanType\n\/\/              }: ${\n\/\/                mdXRef.getHumanName\n\/\/              } (ID=${\n\/\/                mdXRef.getID\n\/\/              })\",\n\/\/                List(a))\n\/\/        }.toMap\n\/\/\n\/\/      Success(Some(\n\/\/        p.makeMDIllegalArgumentExceptionValidation(\n\/\/          s\"*** ${\n\/\/            unresolved.size\n\/\/          } unresolved cross-references ***\",\n\/\/          elementMessages,\n\/\/          \"*::MagicDrawOTIValidation\",\n\/\/          \"*::UnresolvedCrossReference\").validationDataResults))\n\/\/    }\n\/\/  }\n\/\/}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/AppliedStereotypeWidgetHelper.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.lang.IllegalArgumentException\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.tables._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.json.common.OTIPrimitiveTypes._\nimport org.omg.oti.uml.read.UMLStereotypeTagValue\nimport org.omg.oti.uml.read.api._\n\nimport scala.Predef.ArrowAssoc\nimport scala.collection.immutable._\nimport scala.reflect.ClassTag\nimport scala.util.{Failure, Success, Try}\nimport scala.{None,Some,StringContext}\nimport scala.Predef.{???,require,String}\n\n\nobject AppliedStereotypeWidgetHelper {\n\n  def makeComputedDerivedTreeForAppliedStereotype(derived: DynamicScriptsTypes.ComputedDerivedWidget): DynamicScriptsTypes.ComputedDerivedTree =\n    DynamicScriptsTypes.ComputedDerivedTree(\n      derived.name, derived.icon, derived.context, derived.access,\n      derived.className, derived.methodName, derived.refresh,\n      columnValueTypes = Some(Seq(\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName(\"extended element\"),\n          typeName = DynamicScriptsTypes.HName(\"Element\"),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName(\"applied stereotype\"),\n          typeName = DynamicScriptsTypes.HName(\"Stereotype\"),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName(\"tag property\"),\n          typeName = DynamicScriptsTypes.HName(\"Property\"),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName(\"tag type\"),\n          typeName = DynamicScriptsTypes.HName(\"Type\"),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation()),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName(\"tag value\"),\n          typeName = DynamicScriptsTypes.HName(\"tag value\"),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation()))))\n\n  def createRowForTagValue\n  (tagValue: UMLStereotypeTagValue[MagicDrawUML])\n  (implicit umlUtil: MagicDrawUMLUtil)\n  : Map[String, AbstractTreeNodeInfo] = {\n    tagValue match {\n      case tv: MagicDrawUMLStereotypeTagExtendedMetaclassPropertyElementReference =>\n        Map(\n          \"extended element\" ->\n            (tv.extendedElement match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.qualifiedName.get, ne.getMagicDrawElement)\n              case _ =>\n                ReferenceNodeInfo(\n                  TOOL_SPECIFIC_ID.unwrap(tv.extendedElement.toolSpecific_id),\n                  tv.extendedElement.getMagicDrawElement)\n            }),\n          \"applied stereotype\" ->\n            ReferenceNodeInfo(tv.appliedStereotype.name.get, tv.appliedStereotype.getMagicDrawElement),\n          \"tag property\" ->\n            ReferenceNodeInfo(tv.stereotypeTagProperty.name.get, tv.stereotypeTagProperty.getMagicDrawElement),\n          \"tag type\" ->\n            ReferenceNodeInfo(tv.stereotypeTagPropertyType.name.get, tv.stereotypeTagPropertyType.getMagicDrawElement),\n          \"tag value\" ->\n            (tv.extendedElement match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.qualifiedName.get, ne.getMagicDrawElement)\n              case _ =>\n                ReferenceNodeInfo(\n                  TOOL_SPECIFIC_ID.unwrap(tv.extendedElement.toolSpecific_id),\n                  tv.extendedElement.getMagicDrawElement)\n            })\n        )\n      case tv: MagicDrawUMLStereotypeTagPropertyMetaclassElementReference =>\n        Map(\n          \"extended element\" ->\n            (tv.extendedElement match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.name.get, ne.getMagicDrawElement)\n              case _ =>\n                ReferenceNodeInfo(\n                  TOOL_SPECIFIC_ID.unwrap(tv.extendedElement.toolSpecific_id),\n                  tv.extendedElement.getMagicDrawElement)\n            }),\n          \"applied stereotype\" ->\n            ReferenceNodeInfo(tv.appliedStereotype.name.get, tv.appliedStereotype.getMagicDrawElement),\n          \"tag property\" ->\n            ReferenceNodeInfo(tv.stereotypeTagProperty.name.get, tv.stereotypeTagProperty.getMagicDrawElement),\n          \"tag type\" ->\n            ReferenceNodeInfo(tv.stereotypeTagPropertyType.name.get, tv.stereotypeTagPropertyType.getMagicDrawElement),\n          \"tag value\" ->\n            (tv.tagPropertyValueElementReferences.head match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.qualifiedName.get, ne.getMagicDrawElement)\n              case e =>\n                ReferenceNodeInfo(\n                  TOOL_SPECIFIC_ID.unwrap(e.toolSpecific_id),\n                  e.getMagicDrawElement)\n            })\n          \/\/            TreeNodeInfo(\n          \/\/              identifier = \"values\",\n          \/\/              nested = tv.tagPropertyValueElementReferences.toSeq map { e => e match {\n          \/\/                case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n          \/\/                  Tuple2(ReferenceNodeInfo(ne.qualifiedName.get, e.getMagicDrawElement), Map[String, AbstractTreeNodeInfo]())\n          \/\/                case _ =>\n          \/\/                  Tuple2(ReferenceNodeInfo(e.xmiID.head, e.getMagicDrawElement), Map[String, AbstractTreeNodeInfo]())\n          \/\/              }\n          \/\/              })\n        )\n      case tv: MagicDrawUMLStereotypeTagStereotypeInstanceValue =>\n        Map(\n          \"extended element\" ->\n            (tv.extendedElement match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.name.get, ne.getMagicDrawElement)\n              case _ =>\n                toToolSpecificIDReferenceNodeInfo(tv.extendedElement)\n            }),\n          \"applied stereotype\" ->\n            ReferenceNodeInfo(tv.appliedStereotype.name.get, tv.appliedStereotype.getMagicDrawElement),\n          \"tag property\" ->\n            ReferenceNodeInfo(tv.stereotypeTagProperty.name.get, tv.stereotypeTagProperty.getMagicDrawElement),\n          \"tag type\" ->\n            ReferenceNodeInfo(tv.stereotypeTagPropertyType.name.get, tv.stereotypeTagPropertyType.getMagicDrawElement),\n          \"tag value\" ->\n            (tv.tagPropertyValueElementReferences.head match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.qualifiedName.get, ne.getMagicDrawElement)\n              case e =>\n                toToolSpecificIDReferenceNodeInfo(e)\n            })\n          \/\/            TreeNodeInfo(\n          \/\/              identifier = \"values\",\n          \/\/              nested = tv.tagPropertyValueElementReferences.toSeq map { e => e match {\n          \/\/                case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n          \/\/                  Tuple2(ReferenceNodeInfo(ne.qualifiedName.get, e.getMagicDrawElement), Map[String, AbstractTreeNodeInfo]())\n          \/\/                case _ =>\n          \/\/                  Tuple2(ReferenceNodeInfo(e.xmiID.head, e.getMagicDrawElement), Map[String, AbstractTreeNodeInfo]())\n          \/\/              }\n          \/\/              })\n        )\n      case tv: MagicDrawUMLStereotypeTagPropertyClassifierValue =>\n        Map(\n          \"extended element\" ->\n            (tv.extendedElement match {\n              case ne: MagicDrawUMLNamedElement if ne.qualifiedName.isDefined =>\n                ReferenceNodeInfo(ne.name.get, ne.getMagicDrawElement)\n              case _ =>\n                toToolSpecificIDReferenceNodeInfo(tv.extendedElement)\n            }),\n          \"applied stereotype\" ->\n            ReferenceNodeInfo(tv.appliedStereotype.name.get, tv.appliedStereotype.getMagicDrawElement),\n          \"tag property\" ->\n            ReferenceNodeInfo(tv.stereotypeTagProperty.name.get, tv.stereotypeTagProperty.getMagicDrawElement),\n          \"tag type\" ->\n            ReferenceNodeInfo(tv.stereotypeTagPropertyType.name.get, tv.stereotypeTagPropertyType.getMagicDrawElement),\n          \"tag value\" ->\n            (tv.values.headOption match {\n              case None =>\n                LabelNodeInfo(\"<no value>\")\n              case Some(tagValue) =>\n                tagValue match {\n                  case _v: MagicDrawTagPropertyEnumerationLiteralValue =>\n                    ReferenceNodeInfo(_v.value.name.get, _v.value.getMagicDrawEnumerationLiteral)\n                  case _v: MagicDrawTagPropertyInstanceSpecificationValue =>\n                    ReferenceNodeInfo(_v.value.name.get, _v.value.getMagicDrawInstanceSpecification)\n                  case _v: MagicDrawTagPropertyBooleanValue =>\n                    LabelNodeInfo(_v.value.toString)\n                  case _v: MagicDrawTagPropertyIntegerValue =>\n                    LabelNodeInfo(_v.value.toString)\n                  case _v: MagicDrawTagPropertyUnlimitedNaturalValue =>\n                    LabelNodeInfo(_v.value.toString)\n                  case _v: MagicDrawTagPropertyRealValue =>\n                    LabelNodeInfo(_v.value.toString)\n                  case _v: MagicDrawTagPropertyStringValue =>\n                    LabelNodeInfo(_v.value.toString)\n                  case _ =>\n                    ???\n                }\n            })\n          \/\/            TreeNodeInfo(\n          \/\/              identifier = \"literals\",\n          \/\/              nested = tv.tagPropertyValueElementReferences.toSeq map { lit =>\n          \/\/                Tuple2(ReferenceNodeInfo(lit.qualifiedName.get, lit.getMagicDrawElement), Map[String, AbstractTreeNodeInfo]())\n          \/\/              })\n        )\n      case _ =>\n        Map()\n    }\n  }\n\n  def createGroupTableUIPanelForElements\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   tagValues: Seq[UMLStereotypeTagValue[MagicDrawUML]])\n  (implicit util: MagicDrawUMLUtil)\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])] = {\n\n    val rows: Seq[Map[String, AbstractTreeNodeInfo]] = tagValues.map( createRowForTagValue )\n\n    val ui = GroupTableNodeUI(\n      makeComputedDerivedTreeForAppliedStereotype(derived),\n      rows,\n      Seq(\"extended element\", \"applied stereotype\", \"tag property\", \"tag type\", \"tag value\"))\n    \/\/ui._table.addMouseListener( DoubleClickMouseListener.createAbstractTreeNodeInfoDoubleClickMouseListener( ui._table ) )\n    HyperlinkTableCellValueEditorRenderer.addRenderer4AbstractTreeNodeInfo(ui._table)\n\n    val validationAnnotations = rows flatMap\n      (_.values) flatMap\n      AbstractTreeNodeInfo.collectAnnotationsRecursively\n\n    Success((ui.panel, validationAnnotations))\n  }\n\n  def appliedStereotypeInstanceWidget[U <: UMLElement[MagicDrawUML]]\n  (derived: DynamicScriptsTypes.ComputedDerivedWidget,\n   mdE: MagicDrawUML#Element,\n   util: MagicDrawUMLUtil)\n  (implicit uTag: ClassTag[U])\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = {\n    val e = util.umlElement(mdE)\n    val uClass = uTag.runtimeClass\n    require(uClass != null)\n    if (uClass.isInstance(e))\n      createGroupTableUIPanelForElements(derived, e.tagValues.getOrElse(Seq()))(util)\n    else\n      Failure(new IllegalArgumentException(s\"${mdE.getHumanType}: ${mdE.getID} is not a kind of ${uClass.getName}\"))\n  }\n\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/utils\/OTIHelper.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/utils\/OTIHelper.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils\n\nimport scala.collection.immutable._\nimport scalaz._\nimport scala.util.{Failure,Try}\n\nobject OTIHelper {\n\n  def toTry[U,V]\n  (u: Set[java.lang.Throwable] \\&\/ U,\n   f: U => Try[V])\n  : Try[V]\n  = u.fold[Try[V]](\n    (errors: Set[java.lang.Throwable]) =>\n      Failure(errors.head),\n    (ru: U) =>\n      f(ru),\n    (errors: Set[java.lang.Throwable], ru: U) =>\n      if (errors.nonEmpty)\n        Failure(errors.head)\n      else\n        f(ru))\n\n  def toTry[U,V]\n  (u: Set[java.lang.Throwable] \\\/ U,\n   f: U => Try[V])\n  : Try[V]\n  = u.fold[Try[V]](\n    (errors: Set[java.lang.Throwable]) =>\n      Failure(errors.head),\n    (ru: U) =>\n      f(ru))\n\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/SetPropertyAggregationToNone.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/SetPropertyAggregationToNone.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport com.nomagic.magicdraw.annotation.Annotation\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{AggregationKindEnum, Property}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read._\n\nimport scala.{Boolean,Unit}\n\/**\n* @see MOF 2.5, Section 12.4 EMOF Constraints\n* [28] A Property typed by a kind of DataType must have aggregation = none.\n*\n* @see XMI 2.5, Section 9.4.1 EMOF Package\n* [28] A Property typed by a kind of DataType must have aggregation = none.\n*\/\ncase class SetPropertyAggregationToNone()\n(implicit umlUtil: MagicDrawUMLUtil)\n  extends MagicDrawValidationDataResults.ValidationAnnotationAction(\n    \"Set Property aggregation to none\",\n    \"Set Property aggregation to none\") {\n\n  def canExecute(annotation: Annotation): Boolean =\n    annotation.getTarget match {\n      case p: Property =>\n        p.getDatatype != null && p.getAggregation != AggregationKindEnum.NONE\n      case _ =>\n        false\n    }\n\n  def execute(annotation: Annotation): Unit =\n    annotation.getTarget match {\n      case p: Property =>\n        if (p.getDatatype != null && p.getAggregation != AggregationKindEnum.NONE)\n          p.setAggregation(AggregationKindEnum.NONE)\n      case _ =>\n        ()\n    }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/package.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes.ReferenceNodeInfo\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\n\nimport org.omg.oti.json.common.OTIPrimitiveTypes.TOOL_SPECIFIC_ID\nimport org.omg.oti.uml.read.api.UMLElement\n\npackage object ui {\n\n  def toToolSpecificIDReferenceNodeInfo\n  (e: UMLElement[MagicDrawUML])\n  (implicit umlUtil: MagicDrawUMLUtil)\n  : ReferenceNodeInfo\n  = ReferenceNodeInfo(\n    TOOL_SPECIFIC_ID.unwrap(e.toolSpecific_id),\n    umlUtil.umlMagicDrawUMLElement(e).getMagicDrawElement )\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/setOTIUUIDs.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.lang.System\n\nimport scala.collection.JavaConversions.asJavaCollection\nimport scala.collection.JavaConversions.collectionAsScalaIterable\nimport scala.util.Success\nimport scala.util.Try\n\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\nimport com.nomagic.magicdraw.ui.browser.Node\nimport com.nomagic.magicdraw.ui.browser.Tree\nimport com.nomagic.magicdraw.uml.UUIDRegistry\nimport com.nomagic.magicdraw.uml.symbols.DiagramPresentationElement\nimport com.nomagic.magicdraw.uml.symbols.PresentationElement\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.task.ProgressStatus\nimport com.nomagic.task.RunnableWithProgress\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\n\nimport org.omg.oti.uml.characteristics._\nimport org.omg.oti.uml.read.api._\n\nimport org.omg.oti.magicdraw.uml.characteristics._\nimport org.omg.oti.magicdraw.uml.read._\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,StringContext,Unit}\n\n\/**\n * @author Nicolas.<EMAIL>\n *\/\nobject setOTIUUIDs {\n\n  def doit(\n    project: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    pkg: Profile,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( project, ev, selection )\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    top: Package,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( p, ev, selection )\n\n  def doit(\n    p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( p, ev, selection flatMap { case pv: PackageView => getPackageOfView(pv) } )\n\n  def doit(\n    p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( p, ev, selection flatMap { case pv: PackageView => getPackageOfView(pv) } )\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    implicit val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    implicit val otiCharacterizations\n    : Option[Map[UMLPackage[Uml], UMLComment[Uml]]]\n    = None\n\n    implicit val otiCharacterizationProfileProvider\n    : OTICharacteristicsProvider[MagicDrawUML]\n    = MagicDrawOTICharacteristicsProfileProvider()\n\n    val runnable = new RunnableWithProgress() {\n\n      def run( progressStatus: ProgressStatus ): Unit = {\n\n        val flag = p.enableResettingIDs()\n\n        try {\n\n          val selectedPackages: Set[UMLPackage[Uml]] =\n            selection\n            .to[Set]\n            .selectByKindOf { case p: Package => umlPackage( p ) }\n\n          progressStatus.setCurrent( 0 )\n          progressStatus.setMax( 0 )\n          progressStatus.setMax( selectedPackages.size.toLong )\n          progressStatus.setLocked( true )\n\n          for {\n            pkg <- selectedPackages\n            uuidPrefix <- pkg.oti_uuidPrefix\n            _ = progressStatus.increase()\n            _ = progressStatus.setDescription( s\"Using $uuidPrefix to prefix OTI XMI:IDs for '${pkg.name.get}'...\" )\n            _ = guiLog.log( s\"Using $uuidPrefix to prefix OTI XMI:IDs for '${pkg.name.get}'...\" )\n            _ = System.out.println( s\"Using $uuidPrefix to prefix OTI XMI:IDs for '${pkg.name.get}'...\" )\n            _ = UUIDRegistry.setUUID( umlMagicDrawUMLElement(pkg).getMagicDrawElement, s\"$uuidPrefix.${pkg.toolSpecific_id}\" )\n            e <- pkg.allOwnedElements\n            _ = UUIDRegistry.setUUID( umlMagicDrawUMLElement(e).getMagicDrawElement, s\"$uuidPrefix.${e.toolSpecific_id}\" )\n          } ()\n\n          guiLog.log( s\"Done\" )\n        }\n        finally {\n          p.restoreResettingIDs( flag )\n        }\n      }\n    }\n\n    MagicDrawProgressStatusRunner.runWithProgressStatus(\n      runnable,\n      s\"Setting OTI XMI:UUIDs...\",\n      true, 0 )\n\n    Success( None )\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/AssociationInspectorWidget.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.immutable._\nimport scala.util.Try\nimport scala.{None, Some, Tuple2}\n\nobject AssociationInspectorWidget {\n\n  import ComputedDerivedWidgetHelper._\n\n  def memberEnds\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      propertyOperationWidget[UMLAssociation[MagicDrawUML], UMLProperty[MagicDrawUML]](\n        derived, e,\n        (a: UMLAssociation[MagicDrawUML]) => {\n          a.memberEnd\n        },\n        ordsa.otiAdapter.umlOps)\n    })\n  def orderedMemberEnds\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      propertyOperationWidget[UMLAssociation[MagicDrawUML], UMLProperty[MagicDrawUML]](\n        derived, e,\n        (a: UMLAssociation[MagicDrawUML]) => {\n          a.getDirectedAssociationEnd match {\n            case None =>\n              Seq.empty[UMLProperty[MagicDrawUML]]\n            case Some(Tuple2(source, target)) =>\n              Seq(source, target)\n          }\n        },\n        ordsa.otiAdapter.umlOps)\n    })\n}\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"project\/Versions_oti_uml_magicdraw_adapter.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\nobject Versions_oti_uml_magicdraw_adapter {\n\n  \/\/ https:\/\/github.com\/TIWG\/org.omg.oti.uml.magicdraw.adapter\n  val version=\"3.7.+\"\n\n}\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/nameTest.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.lang.System\n\nimport com.nomagic.magicdraw.actions.ActionsProvider\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.browser.Node\nimport com.nomagic.magicdraw.uml.ClassTypes\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Stereotype\n\nimport org.omg.oti.uml._\nimport org.omg.oti.uml.characteristics._\nimport org.omg.oti.uml.read.api._\n\nimport org.omg.oti.magicdraw.uml.characteristics._\nimport org.omg.oti.magicdraw.uml.read._\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.{ClassLoaderHelper, DynamicScriptsPlugin}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Boolean,Option,None,Some,StringContext}\nimport scala.Predef.genericArrayOps\n\n\/**\n * @author Nicolas.F.Rou<EMAIL>\n *\/\nobject nameTest {\n\n  def doit( p: Project, ev: ActionEvent, script: MainToolbarMenuAction )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val ap = ActionsProvider.getInstance\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    implicit val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    implicit val otiCharacterizations: Option[Map[UMLPackage[Uml], UMLComment[Uml]]] = None\n\n    implicit val otiCharacterizationProfileProvider: OTICharacteristicsProvider[MagicDrawUML] =\n      MagicDrawOTICharacteristicsProfileProvider()\n\n    val dsp = DynamicScriptsPlugin.getInstance()\n    val selectedElements = getMDBrowserSelectedElements map { e => umlElement( e ) }\n    selectedElements foreach { e =>\n      val mdE = umlMagicDrawUMLElement(e).getMagicDrawElement\n      \n      guiLog.log( s\"==> ID=${e.toolSpecific_id}\" )\n  \n      val mdIS = Option.apply( mdE.getAppliedStereotypeInstance ) \n      guiLog.log( s\" mdID=${mdE.getID}: mdIS=${mdIS.isDefined} =$mdIS\" )\n\n      mdIS match {\n        case None =>\n          guiLog.log( s\" no AppliedStereotypeInstance!\" )\n\n        case Some( is ) =>\n          guiLog.log( s\" AppliedStereotypeInstance: ${is.getSlot.size} slots\" )\n\n          for {\n            s <- is.getSlot\n            f = s.getDefiningFeature match { case fp: Uml#Property => umlProperty( fp ) }\n            v = umlValueSpecification( s.getValue ).toSeq\n          } {\n            guiLog.log( s\" => ${f.qualifiedName.get}: ${s.getValue}\" )\n            guiLog.log( s\" => ${f.qualifiedName.get}: $v\" )\n          }\n      }\n      \n      \n      val eMetaclass = mdE.getClassType\n      val appliedS = StereotypesHelper.getStereotypes( mdE ).toSet[Uml#Stereotype].toList.sortBy(_.qualifiedName.get)\n      System.out.println(s\"Applied stereotypes: ${appliedS.size}\")\n      appliedS.foreach{ s => \n        val metaProperties = StereotypesHelper.getExtensionMetaProperty( s, true ) filter { sp =>\n          val pMetaclass = StereotypesHelper.getClassOfMetaClass( sp.getType.asInstanceOf[Uml#Class] )\n          eMetaclass == pMetaclass || StereotypesHelper.isSubtypeOf( pMetaclass, eMetaclass )\n        }\n        val sGeneral = getAllGeneralStereotypes( s ).toList.sortBy(_.qualifiedName.get)   \n        System.out.println(\n          s\"Applied: ${s.qualifiedName.get} with \"+\n          s\"${metaProperties.size} meta-properties, ${sGeneral.size} general stereotypes\")\n        metaProperties.foreach{mp => System.out.println(s\"meta-property: ${mp.getQualifiedName}\")}\n             \n        sGeneral.foreach{ sg =>\n          val mdSG = umlMagicDrawUMLElement(sg).getMagicDrawElement.asInstanceOf[Stereotype]\n          val gmetaProperties = StereotypesHelper.getExtensionMetaProperty( mdSG, true ) filter { sp =>\n            val pMetaclass = StereotypesHelper.getClassOfMetaClass( sp.getType.asInstanceOf[Uml#Class] )\n            eMetaclass == pMetaclass || StereotypesHelper.isSubtypeOf( pMetaclass, eMetaclass )\n          }\n          System.out.println(s\"General: ${sg.qualifiedName.get} with ${gmetaProperties.size} meta-properties\")\n          gmetaProperties.foreach{mp => System.out.println(s\"general meta-property: ${mp.getQualifiedName}\")}\n        }\n          \n      }\n      \n      e match { \n        case s: UMLStereotype[Uml] =>\n          val mdS = umlMagicDrawUMLElement(s).getMagicDrawElement.asInstanceOf[Stereotype]\n          val baseClasses1 = StereotypesHelper.getBaseClasses( mdS, false )          \n          System.out.println(s\" baseClasses1: ${baseClasses1.size}\")\n          baseClasses1.toList.sortBy(_.getQualifiedName)\n            .foreach{sp => System.out.println(s\"baseClass1: ${sp.getQualifiedName}\")}\n          \n          val baseClasses2 = StereotypesHelper.getBaseClasses( mdS, true ) \n          System.out.println(s\" baseClasses2: ${baseClasses2.size}\")\n          baseClasses2.toList.sortBy(_.getQualifiedName)\n            .foreach{sp => System.out.println(s\"baseClass2: ${sp.getQualifiedName}\")}\n          \n          val metaProperties = StereotypesHelper.getExtensionMetaProperty( mdS, false ) \n          System.out.println(s\" metaProperties: ${metaProperties.size}\")\n          metaProperties.toList.sortBy(_.getQualifiedName)\n            .foreach{sp => System.out.println(s\"meta property: ${sp.getQualifiedName}\")}\n\n        case ep: UMLPackage[Uml] =>\n          System.out.println(s\"package: ${ep.qualifiedName}; effective URI=${ep.getEffectiveURI}, URI=${ep.URI}\")\n        case _ => ()\n      }\n\n      val mName = ClassTypes.getShortName( mdE.getClassType )\n\n      def dynamicScriptMenuFilter( das: DynamicActionScript ): Boolean =\n        das match {\n          case c: BrowserContextMenuAction =>\n            val available = ClassLoaderHelper.isDynamicActionScriptAvailable( c )\n            c.context match {\n              case cp: ProjectContext =>\n                if (cp.project.jname == \"gov.nasa.jpl.magicdraw.omf.exporter\") {\n                  System.out.println(c)\n                  System.out.println(s\"avail? $available\")\n                }\n              case _ =>\n                ()\n            }\n            available\n          case _ =>\n            false\n        }\n\n      System.out.println(s\"\\n\\n\")\n      val mActions = dsp.getRelevantMetaclassActions( mName, dynamicScriptMenuFilter )\n      System.out.println(s\"\\n\\nmActions: ${mActions.size}\")\n      for {\n        mAction <- mActions\n      } {\n        System.out.println(mAction)\n      }\n    }\n\n    Success( None )\n  }\n\n  def getMDBrowserSelectedElements\n  : Set[Element]\n  = {\n    val project = Application.getInstance().getProjectsManager.getActiveProject\n    if ( null == project )\n      return Set()\n\n    val tab = project.getProjectActiveBrowserTabTree\n    val elementFilter: ( Node => Option[Element] ) = { n =>\n      n.getUserObject match {\n        case u: Element =>\n          Some(u)\n        case _ =>\n          None\n      }\n    }\n    val elements =\n      tab.fold[Set[Element]](Set()){\n        btab =>\n          btab.getSelectedNodes\n            .map( elementFilter( _ ) )\n            .filter ( _.isDefined )\n            .map ( _.get )\n            .to[Set]\n      }\n    elements\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/addPackageImportsForNestedPackages.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable.Vector\nimport scala.util.{Success, Try}\nimport scala.{Option,None,StringContext,Unit}\n\n\/**\n * @author Nicolas.F.<EMAIL>\n *\/\nobject addPackageImportsForNestedPackages {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    addPackageImportsForNestedPackages(\n      p,\n      umlUtil,\n      selection.to[Vector] selectByKindOf { case pv: PackageView => umlPackage( SymbolHelper.getPackageOfView(pv).get) } )\n    Success( None )\n  }\n      \n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    addPackageImportsForNestedPackages( p, umlUtil, selection.to[Vector] selectByKindOf ( { case pv: PackageView => umlPackage( SymbolHelper.getPackageOfView(pv).get ) } ) )\n    Success( None )\n  }\n       \n  def doit(\n    p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Profile, selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n        \n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    addPackageImportsForNestedPackages( p, umlUtil, selection.to[Vector] selectByKindOf ( { case pkg: Package => umlPackage( pkg ) } ) )\n    Success( None )\n  }\n    \n  def doit(\n    p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Package, selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n        \n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    addPackageImportsForNestedPackages( p, umlUtil, selection.to[Vector] selectByKindOf ( { case pkg: Package => umlPackage( pkg ) } ) )\n    Success( None )\n  }\n    \n  def addPackageImportsForNestedPackages\n  ( p: Project,\n    umlUtil: MagicDrawUMLUtil,\n    pkgs: Vector[UMLPackage[MagicDrawUML]] )\n  : Unit\n  = {\n\n    import umlUtil._\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n    \n    val f = p.getElementsFactory\n    \n    val allPkgs = pkgs ++ pkgs.flatMap (_.allNestedPackages)\n    allPkgs foreach { pkg =>\n      val mdPkg = umlMagicDrawUMLPackage(pkg).getMagicDrawPackage\n      val importedPackages = pkg.packageImport.flatMap(_.importedPackage)\n      val nestedPackages2Import = pkg.nestedPackage -- importedPackages\n      nestedPackages2Import foreach { npkg =>\n          val i = f.createPackageImportInstance\n          i.setImportingNamespace(mdPkg)\n          i.setImportedPackage(umlMagicDrawUMLPackage(npkg).getMagicDrawPackage)\n        guiLog.log(s\"Add import: ${mdPkg.getQualifiedName} => ${npkg.qualifiedName.get}\")\n      }\n    }\n    guiLog.log(\"Done\")\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/tiwg\/InspectOTIPackageInfo.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.tiwg\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.auxiliaryconstructs.mdmodels.Model\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.MDAPI\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\nimport org.omg.oti.magicdraw.uml.canonicalXMI._\nimport org.omg.oti.magicdraw.uml.characteristics._\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.uml.UMLError\nimport org.omg.oti.uml.canonicalXMI._\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scalaz.Scalaz._\nimport scalaz._\nimport scala.Predef.String\nimport scala.{None, Option, StringContext, Unit}\n\nobject InspectOTIPackageInfo {\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.BrowserContextMenuAction,\n   tree: Tree, node: Node,\n   top: Package, selection: java.util.Collection[Element])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection)\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.BrowserContextMenuAction,\n   tree: Tree, node: Node,\n   top: Profile, selection: java.util.Collection[Element])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection)\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.BrowserContextMenuAction,\n   tree: Tree, node: Node,\n   top: Model, selection: java.util.Collection[Element])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection)\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Package,\n   selection: java.util.Collection[PresentationElement])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection flatMap { case pv: PackageView => getPackageOfView(pv) })\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Profile,\n   selection: java.util.Collection[PresentationElement])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection flatMap { case pv: PackageView => getPackageOfView(pv) })\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Model,\n   selection: java.util.Collection[PresentationElement])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    doit(p, selection flatMap { case pv: PackageView => getPackageOfView(pv) })\n\n  def doit\n  (p: Project,\n   selection: java.util.Collection[Element])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] =\n    MagicDrawCatalogManager\n      .createMagicDrawCatalogManager()\n      .fold[scala.util.Try[Option[MagicDrawValidationDataResults]]](\n      l = (nels: UMLError.ThrowableNel) =>\n        MDAPI.thrwoables2MagicDrawValidationDataResults(p, \"InspectOTIPackageInfo\")(nels),\n      r = (mdCatalogMgr: MagicDrawCatalogManager) =>\n        doit(p, selection, mdCatalogMgr))\n\n  def doit\n  (p: Project,\n   selection: java.util.Collection[Element],\n   mdCatalogMgr: MagicDrawCatalogManager)\n  : scala.util.Try[Option[MagicDrawValidationDataResults]]\n  = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] = None\n\n    MagicDrawOTIAdapters.initializeWithProfileCharacterizations(p, otiCharacterizations)()\n      .fold[scala.util.Try[Option[MagicDrawValidationDataResults]]](\n      (nels: Set[java.lang.Throwable]) =>\n        scala.util.Failure(nels.head),\n      (oa: MagicDrawOTIProfileAdapter) => {\n\n        implicit val umlOps = oa.umlOps\n\n        val result\n        : Set[java.lang.Throwable] \\&\/ Unit\n        = for {\n          odsa <- MagicDrawOTIAdapters.withInitialDocumentSetForProfileAdapter(oa)\n\n          selectedPackages = {\n            implicit val umlOps: MagicDrawUMLUtil = oa.umlOps\n            import umlOps._\n\n            selection\n              .to[Seq]\n              .selectByKindOf { case pkg: Package => umlPackage(pkg) }\n              .sortBy(_.xmiElementLabel)\n          }\n\n          _ = {\n            oa.otiCharacteristicsProvider match {\n              case otiProfileCharacteristicsProvider: MagicDrawOTICharacteristicsProfileProvider =>\n\n                implicit val otiChProvider = otiProfileCharacteristicsProvider\n                selectedPackages.foreach { pkg =>\n                  val anns = pkg.annotatedElement_comment\n                  guiLog.log(s\"${pkg.qualifiedName.get}: annotating comments: ${anns.size}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: URI: ${pkg.URI}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: effective URI: ${pkg.getEffectiveURI()}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: oti pkg URI: ${pkg.oti_packageURI()}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: oti pkg nsPrefix: ${pkg.oti_nsPrefix()}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: oti pkg uuidPrefix: ${pkg.oti_uuidPrefix()}\")\n                  guiLog.log(s\"${pkg.qualifiedName.get}: oti doc URL: ${pkg.oti_documentURL()}\")\n\n                  val ann: String =\n                    otiProfileCharacteristicsProvider.getSpecificationRootAnnotatingComment(pkg)\n                      .fold[String](\n                      l = (nels: Set[java.lang.Throwable]) => {\n                        nels.toList.map(_.getMessage)\n                          .mkString(s\"${nels.size} errors\\n\", \"\\n\", \"\\n\")\n                      },\n                      r = (c: Option[UMLComment[MagicDrawUML]]) => {\n                        c.fold[String](\n                          \"no annotation\"\n                        ) { cc: UMLComment[MagicDrawUML] =>\n                          s\"OTI annotation... $cc\"\n                        }\n                      })\n                  guiLog.log(s\"${pkg.qualifiedName.get}: $ann\")\n                }\n              case _ =>\n                ()\n            }\n            ()\n          }\n\n          documents <- odsa.documentOps.createDocumentsFromExistingRootPackages(\n            allRoots = selectedPackages.to[Set],\n            extentOfPkg = MagicDrawOTIHelper.defaultExtentOfPkg)\n\n          odsa2 <- odsa.documentOps.addDocuments(odsa.ds, documents).flatMap {\n            case mdSet: MagicDrawDocumentSet =>\n              \\&\/.That(odsa.copy(ds = mdSet))\n            case dSet =>\n              \\&\/.This(Set[java.lang.Throwable](\n                UMLError.umlAdaptationError(s\"The document set, $dSet, should be a MagicDrawDocumentSet\")\n              ))\n          }\n\n        } yield {\n\n          implicit val idg: MagicDrawIDGenerator = MagicDrawIDGenerator()(odsa2.ds)\n\n          implicit val otiChProvider = oa.otiCharacteristicsProvider\n\n          selectedPackages.foreach { pkg =>\n            guiLog.log(s\"# OTI info: ${pkg.qualifiedName.get}\")\n            guiLog.log(s\"-- is OTI Specification Root? ${DocumentSet.isPackageRootOfSpecificationDocument(pkg)}\")\n            guiLog.log(s\"-- ${pkg.qualifiedName.get}: xmiID: ${pkg.xmiID()}\")\n            guiLog.log(s\"-- ${pkg.qualifiedName.get}: xmiUUID: ${pkg.xmiUUID()}\")\n          }\n\n          ()\n        }\n\n        val otiV = OTIMagicDrawValidation(p)\n        otiV.errorSet2TryOptionMDValidationDataResults(p, \"*** OTI Package Inspector ***\", result.a)\n\n      })\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/utils\/MDAPI.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils\n\nimport java.awt.event.ActionEvent\nimport java.lang.Runnable\nimport javax.swing.SwingUtilities\n\nimport com.nomagic.actions.NMAction\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.ProjectWindow\nimport com.nomagic.magicdraw.uml.symbols.shapes.{CommentView, PackageView}\nimport com.nomagic.magicdraw.validation.ui.ValidationResultPanel\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport com.nomagic.uml2.ext.magicdraw.auxiliaryconstructs.mdmodels.Model\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Comment, Element}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.internal.MDValidationAPIHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.wildCardMatch\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.json.common.OTIPrimitiveTypes._\nimport org.omg.oti.uml.UMLError\nimport org.omg.oti.uml.canonicalXMI.UnresolvedElementCrossReference\nimport org.omg.oti.uml.read.api._\n\nimport scala.Predef.{ArrowAssoc, String}\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.Try\nimport scalaz.Scalaz._\nimport scalaz._\nimport scala.{Boolean, None, Option, Some, StringContext, Tuple2, Unit}\n\n@scala.deprecated(\"\", \"\")\ntrait MDAPI {}\n\nobject MDAPI {\n\n  def thrwoables2MagicDrawValidationDataResults\n  (p: Project, message: String)\n  (nels: Set[java.lang.Throwable])\n  : Try[Option[MagicDrawValidationDataResults]] =\n    scala.util.Success(\n      Some(\n        p.makeMDIllegalArgumentExceptionValidation(\n          s\"*** ${nels.size} catalog-related errors prevented the exporter to run ***\",\n          Map(p.getModel -> Tuple2( nels.map(_.getMessage).toList.mkString(\"\\n\"), Nil)),\n          \"*::MagicDrawOTIValidation\",\n          \"*::UnresolvedCrossReference\").validationDataResults))\n\n\n  \/**\n   * Ignore OMG production-related elements pertaining to OMG SysML 1.4 spec.\n   *\/\n  def ignoreCrossReferencedElementFilter( e: UMLElement[MagicDrawUML] ): Boolean = {\n    e match {\n      case ne: UMLNamedElement[MagicDrawUML] =>\n        ne.qualifiedName\n          .fold[Boolean](false) { neQName =>\n          wildCardMatch(neQName, \"UML Standard Profile::MagicDraw Profile::*\") ||\n            wildCardMatch(neQName, \"Specifications::SysML.profileAnnotations::*\")\n        }\n\n      case e =>\n        false\n    }\n  }\n\n  def unresolvedElementMapper\n  (umlUtil: MagicDrawUMLUtil)\n  ( e: UMLElement[MagicDrawUML] )\n  : Option[UMLElement[MagicDrawUML]]\n  = TOOL_SPECIFIC_ID.unwrap(e.toolSpecific_id) match {\n      \/\/ @todo ???\n      \/\/case \"_UML_\" => Some( umlUtil.MDBuiltInUML.scope )\n      \/\/case \"_StandardProfile_\" => Some( umlUtil.MDBuiltInStandardProfile.scope )\n      case _ => None\n    }\n\n  def getComment(cv: CommentView)\n  : Comment\n  = cv.getElement.asInstanceOf[Comment]\n\n  def getPackage(pv: PackageView) =\n   getPackageOfView(pv)\n\n  def getAllProfiles(p: Project)(implicit umlUtil: MagicDrawUMLUtil): Set[UMLProfile[MagicDrawUML]] = {\n    import umlUtil._\n    StereotypesHelper.getAllProfiles(p).to[Set]\n  }\n\n  def getProjectWindows\n  (p: Project)\n  : Set[ProjectWindow]\n  = p.getWindows.to[Set]\n\n  def getProjectValidationResults\n  (p: Project)\n  : Set[ProjectValidationResultPanelInfo]\n  = getProjectWindows(p).flatMap { pw =>\n    Option.apply(pw.getContent).flatMap { pwc =>\n      pwc.getWindowComponent match {\n        case vrp: ValidationResultPanel =>\n          Some(ProjectValidationResultPanelInfo(\n            validatedProject = vrp.getValidatedProject,\n            validationID = vrp.getValidationID,\n            validationRunData = vrp.getValidationRunData,\n            results = vrp.getResults.to[Set],\n            projectWindow = pw,\n            uiPanel = vrp))\n        case _ =>\n          None\n      }\n    }\n  }\n\n  type MDValidationElementResults = Map[Element, Tuple2[String, List[NMAction]]]\n\n  type NelThrowable = NonEmptyList[java.lang.Throwable]\n\n  def error2MDElementMessage\n  ( error: java.lang.Throwable )\n  ( implicit umlUtil: MagicDrawUMLUtil, rootModel: Model )\n  : Map[Element, List[String]] = error match {\n\n    case ue: UMLError.UElementException[_, _] =>\n      val umlElement = ue.element.head.asInstanceOf[UMLElement[umlUtil.Uml]]\n      Map(umlUtil.umlMagicDrawUMLElement(umlElement).getMagicDrawElement -> (ue.toString :: Nil))\n\n    case ue: UMLError.UException =>\n      Map(rootModel -> (ue.getClass.getName + \": \" + ue.toString :: Nil))\n  }\n\n  def showOTIUMLErrors\n  ( p: Project,\n    title: String,\n    maybeErrors: UMLError.OptionThrowableNel )\n  ( implicit umlUtil: MagicDrawUMLUtil )\n  : Unit = {\n\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    implicit val rootModel = p.getModel\n\n    maybeErrors.fold[Unit](\n      SwingUtilities.invokeLater(new Runnable {\n        def run(): Unit = {\n          guiLog.log(s\"*** $title: 0 errors ***\")\n        }\n      })\n    ){ nels: UMLError.ThrowableNel =>\n      val element2messageList: Map[Element, List[String]] =\n\n        ( Map[Element, List[String]]() \/: nels.toList ) { (acc, error) =>\n          acc |+| error2MDElementMessage(error)\n        }\n\n      val element2messages: Map[Element, (String, List[NMAction])] =\n        element2messageList.map { case (e, messages) =>\n          e -> Tuple2(messages.mkString(\"\\n\"), List.empty[NMAction])\n        }\n\n      SwingUtilities.invokeLater(new Runnable {\n        def run(): Unit = {\n          guiLog.log(s\"*** $title: ${element2messages.size} errors ***\")\n        }\n      })\n\n      val mdValidationDataResults =\n        p.makeMDIllegalArgumentExceptionValidation(\n          s\"*** $title: ${element2messages.size} errors ***\",\n          element2messages,\n          \"*::MagicDrawOTIValidation\",\n          \"*::UnresolvedCrossReference\"\n        )\n          .validationDataResults\n\n      p.showMDValidationDataResults(mdValidationDataResults)\n    }\n\n  }\n\n  def showUnresolvedCrossReferencesAsMagicDrawValidationResults\n  ( p: Project,\n    unresolved: Iterable[UnresolvedElementCrossReference[MagicDrawUML]],\n    ignoreCrossReferencedElementFilter: UMLElement[MagicDrawUML] => Boolean)\n  (implicit umlUtil: MagicDrawUMLUtil)\n  : Unit = {\n    import umlUtil._\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n\n    val elementResults: MDValidationElementResults =\n      unresolved.map {\n        u: UnresolvedElementCrossReference[Uml] =>\n          val uRef = u.relationTriple.obj\n          val mdXRef = umlMagicDrawUMLElement(uRef).getMagicDrawElement\n          val a = new NMAction(\n            s\"Select${u.hashCode}\",\n            s\"Select ${mdXRef.getHumanType}: ${mdXRef.getHumanName}\",\n            0) {\n            def actionPerformed(ev: ActionEvent): Unit =\n              umlMagicDrawUMLElement(uRef).selectInContainmentTreeRunnable.run\n          }\n          val message =\n            if (ignoreCrossReferencedElementFilter(uRef))\n              \"Filtered cross-reference to: \"\n            else\n              \"Unfiltered cross-reference to: \"\n\n          val fullMessage =\n            message + s\"${mdXRef.getHumanType}: ${mdXRef.getHumanName} (ID=${mdXRef.getID})\"\n\n          umlMagicDrawUMLElement(u.relationTriple.sub).getMagicDrawElement -> Tuple2(fullMessage, List(a))\n      }.toMap\n\n    if (elementResults.isEmpty) {\n\n      SwingUtilities.invokeAndWait(new Runnable {\n        def run(): Unit = {\n          guiLog.log(s\"*** OTI Document Graph analysis: 0 unresolved external document cross-reference errors ***\")\n        }\n      })\n\n    } else {\n\n      SwingUtilities.invokeAndWait(new Runnable {\n        def run(): Unit = {\n          guiLog.log(s\"*** OTI Document Graph analysis: ${unresolved.size} unresolved external document cross-references ***\")\n        }\n      })\n\n      val mdValidationDataResults =\n        p.makeMDIllegalArgumentExceptionValidation(\n          s\"*** OTI Document Graph analysis: ${unresolved.size} unresolved cross-references ***\",\n          elementResults,\n          \"*::MagicDrawOTIValidation\",\n          \"*::UnresolvedCrossReference\"\n        )\n          .validationDataResults\n\n      p.showMDValidationDataResults(mdValidationDataResults)\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/json\/magicDrawValidation\/DocumentValidationResults.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.json.magicDrawValidation\n\nimport play.api.libs.json._\n\nimport org.omg.oti.json.extent.DocumentLocation\nimport scala.collection.immutable.Iterable\n\ncase class DocumentValidationResults\n( documentLocation: DocumentLocation,\n  validationResults: Iterable[ValidationResults])\n\nobject DocumentValidationResults {\n\n  implicit def reads\n  : Reads[DocumentValidationResults]\n  = Json.reads[DocumentValidationResults]\n\n  implicit def writes\n  : Writes[DocumentValidationResults]\n  = Json.writes[DocumentValidationResults]\n\n  implicit def formats\n  : Format[DocumentValidationResults]\n  = Json.format[DocumentValidationResults]\n\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/AddMissingImportFromParentPackage.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport com.nomagic.magicdraw.annotation.Annotation\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\n\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.{Boolean,None,Some,StringContext,Unit}\n\n\/**\n * @author Nicolas.F.Rou<EMAIL>\n *\/\ncase class AddMissingImportFromParentPackage()( implicit umlUtil: MagicDrawUMLUtil )\n  extends MagicDrawValidationDataResults.ValidationAnnotationAction(\n    \"Add missing import from parent package\",\n    \"Add missing import from parent package\" ) {\n\n  def canExecute( annotation: Annotation ): Boolean =\n    annotation.getTarget match {\n      case mdPkg: Package =>\n        import umlUtil._\n        val pkg = umlPackage( mdPkg )\n        pkg.nestingPackage match {\n          case None         => false\n          case Some( ppkg ) => !ppkg.importedPackages.contains( pkg )\n        }\n      case _ => false\n    }\n\n  def execute( annotation: Annotation ): Unit =\n    annotation.getTarget match {\n      case mdPkg: Package =>\n        import umlUtil._\n        val pkg = umlPackage( mdPkg )\n        pkg.nestingPackage match {\n          case Some( ppkg ) if !ppkg.importedPackages.contains( pkg ) =>\n\n            val f = Project.getProject( mdPkg ).getElementsFactory\n            val i = f.createPackageImportInstance\n            i.setImportingNamespace( umlMagicDrawUMLPackage(ppkg).getMagicDrawPackage )\n            i.setImportedPackage( mdPkg )\n\n            val app = Application.getInstance()\n            val guiLog = app.getGUILog\n            guiLog.log( s\"Added import from '${ppkg.name.get}' => '${mdPkg.getName}'\" )\n          case _ =>\n            ()\n        }\n      case _ => ()\n    }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/tiwg\/AnalyzeAssociationVariety.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.tiwg\n\nimport java.awt.event.ActionEvent\nimport java.lang.{System}\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\n\nimport scala.Predef.String\nimport scala.{Option,None,Some,StringContext}\n\nobject AnalyzeAssociationVariety {\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    top: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = doit( p, selection )\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = doit( p, selection flatMap { case pv: PackageView => getPackageOfView(pv) } )\n\n  def doit\n  ( p: Project,\n    selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    implicit val umlUtil = MagicDrawUMLUtil(p)\n    import umlUtil._\n\n    val selectedPackages: Set[UMLPackage[Uml]] =\n      selection\n      .to[Set]\n      .selectByKindOf { case p: Package => umlPackage(p) }\n\n    val allPackages = selectedPackages.flatMap(_.allNestedPackages)\n\n    val selectedAssociations: Set[UMLAssociation[Uml]] =\n      allPackages.flatMap { pkg =>\n        pkg.ownedType selectByKindOf {\n          case a: UMLAssociation[Uml] => a\n        }\n      }\n\n    val assocs = selectedAssociations.toList.sortBy(_.qualifiedName.get)\n    assocs.foreach { a =>\n      System.out.print(s\"${a.qualifiedName.get},${a.isDerived},${a.general.size},\")\n      a.getDirectedAssociationEnd match {\n        case Some((end1, end2)) =>\n          val end1Subsets = end1.subsettedProperty.map(describeAssociationEnd)\n          val end1Redefs = end1.redefinedProperty.map(describeAssociationEnd)\n          val end2Subsets = end2.subsettedProperty.map(describeAssociationEnd)\n          val end2Redefs = end2.redefinedProperty.map(describeAssociationEnd)\n\n          System.out.println(s\"true,${describeAssociationEnd(end1)},${describeAssociationEnd(end2)}\")\n        case None =>\n          System.out.println(\"false\")\n      }\n    }\n\n    Success(None)\n  }\n\n  def describeAssociationEnd[Uml <: UML](p: UMLProperty[Uml]): String = {\n    s\"${p.isUnique},${p.isOrdered},${p.isDerived},${p.isDerivedUnion},${p.aggregation},${p.redefinedProperty.nonEmpty}\"\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/nameValueTypesWithinPackageExtent.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.lang.System\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.browser.Node\nimport com.nomagic.magicdraw.ui.browser.Tree\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport com.nomagic.magicdraw.uml.symbols.DiagramPresentationElement\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.PresentationElement\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,Some,StringContext,Unit}\nimport scala.Predef.augmentString\n\n\/**\n * @author Nicolas.F.Rouquet<EMAIL>\n *\/\nobject nameValueTypesWithinPackageExtent {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val selectedPackages =\n      selection\n      .toIterable\n      .selectByKindOf { case pv: PackageView => umlPackage( getPackageOfView(pv).get ) }\n      .to[List]\n\n    selectedPackages foreach ( nameValueTypes( umlUtil, _ ) )\n\n    Success( None )\n  }\n  \n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    top: Package,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedPackages =\n      selection\n      .toIterable\n      .selectByKindOf { case p: Package => umlPackage( p ) }\n      .to[List]\n\n    selectedPackages foreach ( nameValueTypes( umlUtil, _ ) )\n\n    Success( None )\n  }\n\n  val VT_NAME_PATTERN = \"^(.*)\\\\[(.*)\\\\]$\".r\n  \n  def nameValueTypes( umlUtil: MagicDrawUMLUtil, p: UMLPackage[MagicDrawUML] ): Unit = {\n    import umlUtil._\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n\n    System.out.println(s\"name value types in: ${p.qualifiedName.get}\")\n    \n    val dts = p.allOwnedElements.selectByKindOf{ case dt: UMLDataType[MagicDrawUML] => dt }\n    var renames = 0\n    var skipped = 0\n    dts.foreach { dt =>\n      dt.name match {\n        case Some( VT_NAME_PATTERN(q,u) ) =>\n          renames = renames+1\n          umlMagicDrawUMLElement(dt).getMagicDrawElement.asInstanceOf[MagicDrawUML#DataType].setName(q+\"(\"+u+\")\")\n          \n        case _ =>\n          skipped = skipped+1\n          ()\n      }\n    }\n    guiLog.log( s\"Done (renamed ${renames} value types, skipped ${skipped}) !\" )\n    System.out.println( s\"Done (renamed ${renames} value types, skipped ${skipped}) !\" )\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/utils\/ProjectValidationResultPanelInfo.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.ProjectWindow\nimport com.nomagic.magicdraw.validation.{RuleViolationResult, ValidationRunData}\nimport com.nomagic.ui.ExtendedPanel\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.json.magicDrawValidation.{ElementAnnotation, RuleViolationDataResults, ValidationResults}\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\n\nimport scala.collection.immutable.Iterable\nimport scala.{None, Option, Some}\nimport scala.Predef.String\n\ncase class ProjectValidationResultPanelInfo\n( validatedProject: Project,\n  validationID: String,\n  validationRunData: ValidationRunData,\n  results: Iterable[RuleViolationResult],\n  projectWindow: ProjectWindow,\n  uiPanel: ExtendedPanel ) {\n\n  def toValidationResultsForProfileAdapter\n  (implicit ojeh: MagicDrawOTIJsonElementHelperForProfileAdapter)\n  : ValidationResults\n  = ValidationResults(\n    name = projectWindow.getInfo.getName,\n    elementResults = toRuleViolationDataResultsProfileAdapter)\n\n  def toRuleViolationDataResultsProfileAdapter\n  (implicit ojeh: MagicDrawOTIJsonElementHelperForProfileAdapter)\n  : Iterable[RuleViolationDataResults]\n  = {\n    import ojeh._\n\n    results.groupBy(_.getElement).flatMap {\n\n      case (element: Element, violations: Iterable[RuleViolationResult]) =>\n        Some(RuleViolationDataResults(\n          element,\n          for {\n            v <- violations\n            ann = v.getAnnotation\n          } yield ElementAnnotation(\n            constraint = v.getRule,\n            severity = ann.getSeverity,\n            kind = Option.apply(ann.getKind),\n            text = Option.apply(ann.getText))))\n\n      case _ =>\n        None\n    }\n  }\n  def toValidationResultsForDataAdapter\n  (implicit ojeh: MagicDrawOTIJsonElementHelperForDataAdapter)\n  : ValidationResults\n  = ValidationResults(\n    name = projectWindow.getInfo.getName,\n    elementResults = toRuleViolationDataResultsForDataAdapter)\n\n  def toRuleViolationDataResultsForDataAdapter\n  (implicit ojeh: MagicDrawOTIJsonElementHelperForDataAdapter)\n  : Iterable[RuleViolationDataResults]\n  = {\n    import ojeh._\n\n    results.groupBy(_.getElement).flatMap {\n\n      case (element: Element, violations: Iterable[RuleViolationResult]) =>\n        Some(RuleViolationDataResults(\n          element,\n          for {\n            v <- violations\n            ann = v.getAnnotation\n          } yield ElementAnnotation(\n            constraint = v.getRule,\n            severity = ann.getSeverity,\n            kind = Option.apply(ann.getKind),\n            text = Option.apply(ann.getText))))\n\n      case _ =>\n        None\n    }\n  }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/modeling\/ApplySelectedStereotype.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.modeling\n\nimport java.awt.event.ActionEvent\nimport java.lang.IllegalArgumentException\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\nimport scala.{Option,None,Some}\n\/**\n* Diagram selection: the elements to apply the browser-selected stereotype(s) to\n* Browser selection: the stereotypes to be applied to the diagram-selected elements\n*\/\nobject ApplySelectedStereotype {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PresentationElement,\n    triggerElement: Element,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val stereotypes = p.getBrowserTreeSelection match {\n      case None =>\n        return Failure(new IllegalArgumentException(\"Select a stereotype in the browser tree\"))\n      case Some(bInfo) =>\n        bInfo.selection flatMap { bneInfo =>\n          umlElement( bneInfo.e ) match {\n              case s: UMLStereotype[Uml] =>\n                Some(s)\n              case _ =>\n                None\n          }\n        }\n    }\n\n    val mdStereotypes = stereotypes.map ( umlMagicDrawUMLStereotype(_).getMagicDrawStereotype )\n\n    if (mdStereotypes.isEmpty) {\n      guiLog.log(\"Select at least 1 stereotype to apply in the MD browser\")\n      return Success(None)\n    }\n\n    val selectedElements =\n      selection\n      .toIterable\n      .selectByKindOf { case pe: PresentationElement => umlElement( pe.getElement ) }\n      .to[List]\n\n    selectedElements foreach { e =>\n      val mdE = umlMagicDrawUMLElement(e).getMagicDrawElement\n      mdStereotypes foreach { mdS =>\n        StereotypesHelper.addStereotype(mdE, mdS)\n      }\n    }\n\n    guiLog.log(\"- Done\")\n    Success( None )\n  }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/modeling\/ChangeOwner.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\n\/\/\/*\n\/\/ *\n\/\/ * License Terms\n\/\/ *\n\/\/ * Copyright (c) 2014-2016, California Institute of Technology (\"Caltech\").\n\/\/ * U.S. Government sponsorship acknowledged.\n\/\/ *\n\/\/ * All rights reserved.\n\/\/ *\n\/\/ * Redistribution and use in source and binary forms, with or without\n\/\/ * modification, are permitted provided that the following conditions are\n\/\/ * met:\n\/\/ *\n\/\/ * *   Redistributions of source code must retain the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer.\n\/\/ *\n\/\/ * *   Redistributions in binary form must reproduce the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer in the\n\/\/ *    documentation and\/or other materials provided with the\n\/\/ *    distribution.\n\/\/ *\n\/\/ * *   Neither the name of Caltech nor its operating division, the Jet\n\/\/ *    Propulsion Laboratory, nor the names of its contributors may be\n\/\/ *    used to endorse or promote products derived from this software\n\/\/ *    without specific prior written permission.\n\/\/ *\n\/\/ * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\n\/\/ * IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\n\/\/ * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\n\/\/ * PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER\n\/\/ * OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,\n\/\/ * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,\n\/\/ * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\n\/\/ * PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\n\/\/ * LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\n\/\/ * NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n\/\/ * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\/\/ *\/\n\/\/package gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.modeling\n\/\/\n\/\/import java.awt.event.ActionEvent\n\/\/import java.lang.IllegalArgumentException\n\/\/\n\/\/import com.nomagic.magicdraw.core.{Application, Project}\n\/\/import com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\n\/\/import com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\n\/\/import gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.{MDAPI, ResultSetAggregator}\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\n\/\/import org.omg.oti.magicdraw.uml.canonicalXMI._\n\/\/import org.omg.oti.magicdraw.uml.characteristics._\n\/\/import org.omg.oti.magicdraw.uml.read._\n\/\/import org.omg.oti.magicdraw.uml.write.MagicDrawUMLUpdate\n\/\/import org.omg.oti.uml.UMLError\n\/\/import org.omg.oti.uml.canonicalXMI._\n\/\/import org.omg.oti.uml.characteristics._\n\/\/import org.omg.oti.uml.read.api._\n\/\/import org.omg.oti.uml.xmi._\n\/\/\n\/\/import scala.collection.JavaConversions._\n\/\/import scala.collection.immutable._\n\/\/import scala.language.{implicitConversions, postfixOps}\n\/\/import scala.util.{Failure, Try}\n\/\/import scalaz.Scalaz._\n\/\/import scalaz._\n\/\/\n\/\/import scala.{Option,None,Some,StringContext,Unit}\n\/\/\/**\n\/\/* Diagram selection: the elements whose ownership will be changed to the browser-selected element\n\/\/* Browser selection: the single element that will be the new owner of the diagram-selected elements\n\/\/*\/\n\/\/object ChangeOwner {\n\/\/\n\/\/  def doit\n\/\/  (p: Project,\n\/\/   ev: ActionEvent,\n\/\/   script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/   dpe: DiagramPresentationElement,\n\/\/   triggerView: PresentationElement,\n\/\/   triggerElement: Element,\n\/\/   selection: java.util.Collection[PresentationElement] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    val app = Application.getInstance()\n\/\/    val guiLog = app.getGUILog\n\/\/    guiLog.clearLog()\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    \/\/ @todo populate...\n\/\/    implicit val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] =\n\/\/      None\n\/\/\n\/\/    implicit val otiCharacterizationProfileProvider: OTICharacteristicsProvider[MagicDrawUML] =\n\/\/      MagicDrawOTICharacteristicsProfileProvider()\n\/\/\n\/\/    implicit val documentOps = new MagicDrawDocumentOps()\n\/\/    val upd = MagicDrawUMLUpdate(umlUtil)\n\/\/\n\/\/    val newOwner = p.getBrowserTreeSelection() match {\n\/\/      case None =>\n\/\/        return Failure(new IllegalArgumentException(\"Select a single element (new owner) in the browser tree\"))\n\/\/      case Some(bInfo) if 1 == bInfo.selection.size =>\n\/\/        umlElement( bInfo.selection.head.e )\n\/\/      case _ =>\n\/\/        return Failure(new IllegalArgumentException(\"Select a single element (new owner) in the browser tree\"))\n\/\/    }\n\/\/\n\/\/    val selectedElements =\n\/\/      selection\n\/\/      .toIterable\n\/\/      .selectByKindOf { case pe: PresentationElement => umlElement( pe.getElement ) }\n\/\/      .toList\n\/\/\n\/\/    val result: NonEmptyList[java.lang.Throwable] \\&\/ Unit =\n\/\/      MDAPI\n\/\/      .getMDCatalogs()\n\/\/      .toThese\n\/\/      .flatMap { case (documentURIMapper, builtInURIMapper) =>\n\/\/\n\/\/        val extraSpecificationRootPkgs\n\/\/        : ResultSetAggregator[UMLPackage[Uml]]#F =\n\/\/          (ResultSetAggregator.zero[UMLPackage[Uml]] \/: (selectedElements.to[Set] + newOwner)) { (acc, e) =>\n\/\/            acc append\n\/\/              e\n\/\/                .getPackageOwnerWithEffectiveURI\n\/\/                .map { opkg =>\n\/\/                  opkg.fold[Set[UMLPackage[Uml]]](\n\/\/                    Set[UMLPackage[Uml]]()\n\/\/                  ) { pkg =>\n\/\/                    Set(pkg)\n\/\/                  }\n\/\/                }\n\/\/                .toThese\n\/\/          }\n\/\/\n\/\/        val mdDS =\n\/\/          MagicDrawDocumentSet\n\/\/            .createMagicDrawProjectDocumentSet(\n\/\/              additionalSpecificationRootPackages = extraSpecificationRootPkgs.b,\n\/\/              documentURIMapper = documentURIMapper,\n\/\/              builtInURIMapper = builtInURIMapper,\n\/\/              ignoreCrossReferencedElementFilter = MDAPI.ignoreCrossReferencedElementFilter,\n\/\/              unresolvedElementMapper = MDAPI.unresolvedElementMapper(umlUtil))\n\/\/\n\/\/        val maybeErrors =\n\/\/          mdDS.flatMap {\n\/\/            case (rds: ResolvedDocumentSet[MagicDrawUML],\n\/\/                  ds: MagicDrawDocumentSet,\n\/\/                  xrefs: Iterable[UnresolvedElementCrossReference[MagicDrawUML]]) =>\n\/\/\n\/\/              implicit val idg: MagicDrawIDGenerator = MagicDrawIDGenerator(rds)\n\/\/\n\/\/              val result0: NonEmptyList[java.lang.Throwable] \\&\/ Unit = \\&\/.That(())\n\/\/              val results: NonEmptyList[java.lang.Throwable] \\&\/ Unit =\n\/\/                ( result0 \/: selectedElements ) { (acc, e) =>\n\/\/                  acc append changeOwner(newOwner, e).toThese\n\/\/                }\n\/\/\n\/\/              results\n\/\/          }\n\/\/\n\/\/        maybeErrors\n\/\/      }\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/    otiV.toTryOptionMDValidationDataResults(p, s\"*** OTI Change Owner Errors ***\", result.a)\n\/\/\n\/\/  }\n\/\/\n\/\/  def changeOwner[Uml <: UML]\n\/\/  (newParent: UMLElement[Uml],\n\/\/   relocatedChild: UMLElement[Uml])\n\/\/  (implicit idg: IDGenerator[Uml])\n\/\/  : NonEmptyList[java.lang.Throwable] \\\/ Unit =\n\/\/    relocatedChild.getContainingMetaPropertyEvaluator\n\/\/    .flatMap { ev: Option[relocatedChild.MetaPropertyEvaluator] =>\n\/\/        ev.fold[NonEmptyList[java.lang.Throwable] \\\/ Unit](\n\/\/          -\\\/(\n\/\/            NonEmptyList(\n\/\/            UMLError.illegalElementError[Uml, UMLElement[Uml]](\n\/\/              \"cannot change the ownership of the root element\",\n\/\/              Iterable(relocatedChild, newParent))))\n\/\/        ){ evaluator =>\n\/\/          if (!newParent.compositeMetaProperties.contains(evaluator))\n\/\/            -\\\/(\n\/\/              NonEmptyList(\n\/\/                UMLError.illegalElementError[Uml, UMLElement[Uml]](\n\/\/                  \"Different ownership properties!\",\n\/\/                  Iterable(relocatedChild, newParent))))\n\/\/          else {\n\/\/            \/\/ @todo invoke the OTI UML Update API...\n\/\/            \\\/-(Unit)\n\/\/          }\n\/\/        }\n\/\/      }\n\/\/}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkEachSelectedPackageReferencesOnlyAccessibleMembers.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\n\/\/import java.awt.event.ActionEvent\n\n\/\/import com.nomagic.magicdraw.core.{Application, Project}\n\/\/import com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\n\/\/import com.nomagic.magicdraw.uml.symbols.shapes.PackageView\n\/\/import com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\n\/\/import com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\n\/\/import gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\n\/\/import org.omg.oti.uml.read.api._\n\/\/import org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\n\/\/import org.omg.oti.uml.validation._\n\n\/\/import scala.collection.JavaConversions._\n\/\/import scala.language.{implicitConversions, postfixOps}\n\/\/import scala.util.{Success, Try}\n\n\/**\n * @author Nicolas.F.R<EMAIL>\n *\/\nobject checkEachSelectedPackageReferencesOnlyAccessibleMembers {\n\n\/\/  def doitExceptNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Profile,\n\/\/    selection: java.util.Collection[PresentationElement] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    checkEachSelectedPackageReferencesOnlyAccessibleMembersExceptNestingPackagesAndAppliedProfiles(\n\/\/      p,\n\/\/      selection.toSet selectByKindOf { case pv: PackageView => umlPackage( pv.getPackage ) } )\n\/\/  }\n  \n\/\/  def doitIncludingNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Profile,\n\/\/    selection: java.util.Collection[PresentationElement] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    checkEachSelectedPackageReferencesOnlyAccessibleMembersIncludingNestingPackagesAndAppliedProfiles(\n\/\/      p,\n\/\/      selection.toSet selectByKindOf { case pv: PackageView => umlPackage( pv.getPackage ) } )\n\/\/  }\n\n\/\/  def doitExceptNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Package,\n\/\/    selection: java.util.Collection[PresentationElement] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    checkEachSelectedPackageReferencesOnlyAccessibleMembersExceptNestingPackagesAndAppliedProfiles(\n\/\/      p,\n\/\/      selection.toSet selectByKindOf { case pv: PackageView => umlPackage( pv.getPackage ) } )\n\/\/  }\n\n\/\/  def doitIncludingNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    ev: ActionEvent,\n\/\/    script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/    dpe: DiagramPresentationElement,\n\/\/    triggerView: PackageView,\n\/\/    triggerElement: Package,\n\/\/    selection: java.util.Collection[PresentationElement] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    checkEachSelectedPackageReferencesOnlyAccessibleMembersIncludingNestingPackagesAndAppliedProfiles(\n\/\/      p,\n\/\/      selection.toSet selectByKindOf { case pv: PackageView => umlPackage( pv.getPackage ) } )\n\/\/  }\n\n\/\/  def checkEachSelectedPackageReferencesOnlyAccessibleMembersExceptNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    pkgs: Iterable[UMLPackage[MagicDrawUML]] )\n\/\/  ( implicit _umlUtil: MagicDrawUMLUtil )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    import _umlUtil._\n\/\/    val app = Application.getInstance\n\/\/    val guiLog = app.getGUILog\n\/\/    guiLog.clearLog()\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/\n\/\/    val rules = new UMLPackageableElementRules[Uml, MagicDrawUMLUtil] {\n\/\/      implicit val umlOps = _umlUtil\n\/\/    }\n\/\/\n\/\/    implicit val referencedButNotAccessibleValidationConstructor =\n\/\/      rules.defaultReferencedButNotAccessibleConstructor _\n\/\/\n\/\/    val elementMessages = for {\n\/\/      pkg <- pkgs\n\/\/      _ = guiLog.log( s\"Analyzing ${pkg.qualifiedName.get}\" )\n\/\/      mdPkg = umlMagicDrawUMLPackage(pkg).getMagicDrawPackage\n\/\/      as = List( actions.SelectInContainmentTreeAction( mdPkg ) )\n\/\/      violation <- rules.\n\/\/        findNonAccessibleButReferencedImportablePackabeableElementsExceptNestingPackagesAndAppliedProfiles( pkg )\n\/\/      vInfo = otiV.constructValidationInfo(\n\/\/        otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n\/\/        Some(s\"unaccessible cross-reference from ${pkg.qualifiedName.get}\"),\n\/\/        Nil).get\n\/\/    } yield\n\/\/      umlMagicDrawUMLPackageableElement(violation.referencedButNotAccessible).getMagicDrawElement -> List(vInfo)\n\/\/\n\/\/    otiV.makeMDIllegalArgumentExceptionValidation(\n\/\/      \"Validate each package references only accessible members (excluding nesting packages & applied profiles)\",\n\/\/      elementMessages.toMap)\n\/\/  }\n  \n\/\/  def checkEachSelectedPackageReferencesOnlyAccessibleMembersIncludingNestingPackagesAndAppliedProfiles\n\/\/  ( p: Project,\n\/\/    pkgs: Iterable[UMLPackage[MagicDrawUML]] )\n\/\/  ( implicit _umlUtil: MagicDrawUMLUtil )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    import _umlUtil._\n\/\/    val app = Application.getInstance\n\/\/    val guiLog = app.getGUILog\n\/\/    guiLog.clearLog()\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/\n\/\/    val rules = new UMLPackageableElementRules[Uml, MagicDrawUMLUtil] {\n\/\/      implicit val umlOps = _umlUtil\n\/\/    }\n\/\/\n\/\/    implicit val referencedButNotAccessibleValidationConstructor =\n\/\/      rules.defaultReferencedButNotAccessibleConstructor _\n\/\/\n\/\/    val elementMessages = for {\n\/\/      pkg <- pkgs\n\/\/      _ = guiLog.log( s\"Analyzing ${pkg.qualifiedName.get}\" )\n\/\/      as = List( actions.SelectInContainmentTreeAction( umlMagicDrawUMLPackage(pkg).getMagicDrawPackage ) )\n\/\/      violation <- rules.\n\/\/        findNonAccessibleButReferencedImportablePackabeableElementsIncludingNestingPackagesAndAppliedProfiles( pkg )\n\/\/      vInfo = otiV.constructValidationInfo(\n\/\/        otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n\/\/        Some(s\"unaccessible cross-reference from ${pkg.qualifiedName.get}\"),\n\/\/        Nil).get\n\/\/    } yield\n\/\/      umlMagicDrawUMLPackageableElement(violation.referencedButNotAccessible).getMagicDrawElement -> List(vInfo)\n\/\/\n\/\/    otiV.makeMDIllegalArgumentExceptionValidation(\n\/\/        \"Validate each package references only accessible members (including nesting packages & applied profiles)\",\n\/\/        elementMessages.toMap)\n\/\/  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/MigrationHelper.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.io.File\nimport java.lang.{IllegalArgumentException,System, Throwable}\nimport java.nio.file.Path\n\nimport javax.swing.JFileChooser\nimport javax.swing.filechooser.FileFilter\n\nimport scala.language.postfixOps\nimport scala.util.{Failure,Success,Try}\nimport scala.{Boolean,Int,Option,None,Some,StringContext,Unit}\nimport scala.Predef.{require,String}\n\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\nimport com.nomagic.magicdraw.uml.ConvertElementInfo\nimport com.nomagic.magicdraw.uml.Refactoring\nimport com.nomagic.task.ProgressStatus\nimport com.nomagic.task.RunnableWithProgress\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\n\nimport org.eclipse.emf.common.util.URI\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\nimport org.omg.oti.changeMigration.Metamodel\nimport org.omg.oti.changeMigration.Old2NewIDMapping\n\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDGUILogHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes.MainToolbarMenuAction\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\n\/**\n * @author Nicolas.F.R<EMAIL>\n *\/\nobject MigrationHelper {\n\n  def customMigrationConvertOnlyIncomingReferences(\n    project: Project, ev: ActionEvent,\n    script: MainToolbarMenuAction ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    chooseMigrationFile match {\n      case Some( migrationFile ) =>\n        require( migrationFile.exists && migrationFile.canRead )\n        val migrationURI = URI.createFileURI( migrationFile.getAbsolutePath )\n        migrate(project, migrationURI, convertOnlyIncomingReferences=true)\n      case None =>\n        Success( None )\n    }\n  }\n\n  def customMigrationConvertAllReferences(\n                                           project: Project, ev: ActionEvent,\n                                           script: MainToolbarMenuAction ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    chooseMigrationFile match {\n      case Some( migrationFile ) =>\n        require( migrationFile.exists && migrationFile.canRead )\n        val migrationURI = URI.createFileURI( migrationFile.getAbsolutePath )\n        migrate(project, migrationURI, convertOnlyIncomingReferences=false)\n      case None =>\n        Success( None )\n    }\n  }\n\n  def chooseMigrationFile: Option[File] = {\n    val dir: Path = null \/\/ @todo update...\n\n    val ff = new FileFilter() {\n\n      def getDescription: String = \"*.migration.xmi\"\n\n      def accept( f: File ): Boolean =\n        f.isDirectory ||\n          ( f.isFile && f.getName.endsWith( \".migration.xmi\" ) )\n\n    }\n\n    val fc = new JFileChooser( MDUML.getApplicationInstallDir ) {\n\n      override def getFileSelectionMode: Int = JFileChooser.FILES_ONLY\n\n      override def getDialogTitle = \"Select a *.migration.xmi file\"\n    }\n\n    fc.setFileFilter( ff )\n    fc.setFileHidingEnabled( true )\n    fc.setAcceptAllFileFilterUsed( false )\n\n    fc.showOpenDialog( Application.getInstance().getMainFrame ) match {\n      case JFileChooser.APPROVE_OPTION =>\n        val migrationFile = fc.getSelectedFile\n        Some( migrationFile )\n      case _ =>\n        None\n    }\n  }\n\n  def applyMigration\n  ( project: Project,\n    old2newIDmigration: Old2NewIDMapping,\n    convertOnlyIncomingReferences: Boolean )\n  : Try[Unit] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n\n    val entries = old2newIDmigration.getEntries\n    guiLog.log( s\" Applying ${entries.size} old2new ID migration entries\" )\n\n    var error: Throwable = null\n\n    val runnable = new RunnableWithProgress() {\n      def run( progressStatus: ProgressStatus ): Unit = {\n\n        val proxyManager = project.getProxyManager\n\n        val migrationPairs = entries flatMap { entry =>\n          project.getElementByID( entry.getOldID.get ) match {\n            case oe: Element if proxyManager.isElementProxy( oe ) =>\n              project.getElementByID( entry.getNewID.get ) match {\n                case ne: Element => Some( ( oe, ne ) )\n                case _           => None\n              }\n            case _ => None\n          }\n        } toList\n\n        if ( migrationPairs.size > 2000 ) {\n          migrationPairs foreach { case ( oe, ne ) => System.out.println( s\" new=${ne.getID} => old=${oe.getID}\" ) }\n        }\n        else {\n          migrationPairs foreach {\n            case ( oe, ne ) =>\n              guiLog.addGUILogHyperlink(\n                s\" new=<A>${ne.getID}<\/A> <= old=${oe.getID}\",\n                ( ne.getID, ne ))\n          }\n        }\n        if ( migrationPairs.isEmpty ) {\n          error = new IllegalArgumentException( s\"Migration metadata does not match anything. No proxy migration rules created.\" )\n          return\n        }\n\n        progressStatus.setCurrent( 0 )\n        progressStatus.setMax( migrationPairs.size.toLong )\n        migrationPairs.foreach {\n          case ( oe, ne ) =>\n            val info = new ConvertElementInfo( oe.getClassType )\n            info.setConvertOnlyIncomingReferences( convertOnlyIncomingReferences )\n            Refactoring.Replacing.replace( oe, ne, info )\n            progressStatus.increase()\n        }\n      }\n    }\n\n    MagicDrawProgressStatusRunner.runWithProgressStatus( runnable, s\"Migrate XMI:IDs\", true, 0 )\n\n    if ( error != null )\n      return Failure( error )\n\n    Success( () )\n  }\n\n  def migrate(\n    project: Project,\n    migrationURI: URI,\n    convertOnlyIncomingReferences: Boolean ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( project )\n\n    val mdInstallDir = MDUML.getApplicationInstallDir\n    require( mdInstallDir.exists && mdInstallDir.isDirectory )\n    val otiDir = new File( mdInstallDir, \"dynamicScripts\/org.omg.oti.changeMigration\/resources\" )\n    require( otiDir.exists && otiDir.isDirectory )\n    val migrationMM = Metamodel( otiDir )\n\n    migrationMM.loadOld2NewIDMappingResource( migrationURI ) match {\n      case Failure( t ) => Failure( t )\n      case Success( old2newIDmigration ) =>\n\n        if ( project.promptUseLocalModuleWithWizard )\n\n          applyMigration( project, old2newIDmigration, convertOnlyIncomingReferences ) match {\n            case Failure( t ) => Failure( t )\n            case Success( _ ) => Success( None )\n          }\n\n        else {\n          guiLog.log( \"Cancelled\" )\n          Success( None )\n        }\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/openLocalProjectSkipLocalModule.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.io.File\nimport java.lang.System\n\nimport com.nomagic.magicdraw.actions.ActionsID\nimport com.nomagic.magicdraw.actions.ActionsProvider\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML\n\nimport org.eclipse.emf.common.util.URI\nimport org.omg.oti.changeMigration.Metamodel\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes.MainToolbarMenuAction\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.magicdraw.enhanced.migration.LocalModuleMigrationInterceptor\n\nimport scala.util.{Failure, Success, Try}\nimport scala.{Option,None,Some,StringContext}\nimport scala.Predef.require\n\n\/**\n * @author Nicolas.<EMAIL>\n *\/\nobject openLocalProjectSkipLocalModule {\n\n  def doit( project: Project, ev: ActionEvent, script: MainToolbarMenuAction ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val ap = ActionsProvider.getInstance\n    val mainToolbarActionMgr = ap.getMainToolbarActions\n    val openProjectAction = mainToolbarActionMgr.getActionFor( ActionsID.OPEN_PROJECT )\n\n    val mdInstallDir = MDUML.getApplicationInstallDir\n    require( mdInstallDir.exists && mdInstallDir.isDirectory )\n    val otiDir = new File( mdInstallDir, \"dynamicScripts\/org.omg.oti\" )\n    require( otiDir.exists && otiDir.isDirectory )\n    val migrationMM = Metamodel( otiDir )\n\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    MigrationHelper.chooseMigrationFile match {\n      case Some( migrationFile ) =>\n        require( migrationFile.exists && migrationFile.canRead )\n        val migrationURI = URI.createFileURI( migrationFile.getAbsolutePath )\n\n        migrationMM.loadOld2NewIDMappingResource( migrationURI ) match {\n          case Failure( t ) => Failure( t )\n          case Success( old2newIDmigration ) =>\n            val entries = old2newIDmigration.getEntries\n            guiLog.log( s\" Loaded ${entries.size} old2new ID migration entries\" )\n\n            require( old2newIDmigration.getModelIdentifier.isDefined )\n            val oldModuleFile = new File( mdInstallDir, old2newIDmigration.getModelIdentifier.get )\n            require( oldModuleFile.exists && oldModuleFile.canRead )\n\n            LocalModuleMigrationInterceptor.clearForceSkipLocalModules\n            LocalModuleMigrationInterceptor.addForceSkipLocalModule( URI.createFileURI( oldModuleFile.getAbsolutePath ) )\n\n            try {\n              openProjectAction.actionPerformed( ev )\n            }\n            finally {\n              LocalModuleMigrationInterceptor.clearForceSkipLocalModules\n            }\n        }\n      case None =>\n        System.out.println( s\"openLocalProjectSkipLocalModule: cancelled\" )\n    }\n    Success( None )\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ToggleInstanceSpecificationSlotVisibility.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ToggleInstanceSpecificationSlotVisibility.scala\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.lang.System\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.{InstanceSlotsCompartmentView, InstanceSpecificationHeaderView, InstanceSpecificationView}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, InstanceSpecification, Slot}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport scala.collection.JavaConversions._\nimport scala.{None, Option, StringContext, Unit}\nimport scala.util.{Success, Try}\n\nobject ToggleInstanceSpecificationSlotVisibility {\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PresentationElement,\n   triggerElement: Element,\n   selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n    selection.foreach {\n      case iv: InstanceSpecificationView =>\n        Toggler.toggle(p, iv)\n\n      case _ =>\n        ()\n    }\n    Success(None)\n  }\n}\n\n@scala.deprecated(\"\", \"\")\ntrait Toggler\n\nobject Toggler {\n\n  def toggle\n  (p: Project,\n   iv: InstanceSpecificationView)\n  : Unit\n  = {\n    val i: InstanceSpecification = iv.getInstanceSpecification\n    val slotCompartment: InstanceSlotsCompartmentView = iv.getHeaderView match {\n      case ishv: InstanceSpecificationHeaderView =>\n        ishv.getInstanceSlotsCompartmentView\n    }\n    val views = slotCompartment.getViews\n\n    System.out.println(s\"\\nToggler (${views.size} views): '${i.getQualifiedName}')\")\n    views.foreach { view =>\n      view.getElement match {\n        case s: Slot =>\n          val f = s.getDefiningFeature\n          f.getName match {\n            case \"symbol\" =>\n              view.setVisible(false)\n              System.out.println(s\"hide: ${s.getDefiningFeature.getQualifiedName}\")\n            case _ =>\n              System.out.println(s\"keep: ${s.getDefiningFeature.getQualifiedName}\")\n          }\n      }\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/nameAssociationLinkInstancesWithinPackageExtent.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.lang.IllegalArgumentException\n\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.ui.browser.Node\nimport com.nomagic.magicdraw.ui.browser.Tree\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Association\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport com.nomagic.magicdraw.uml.symbols.DiagramPresentationElement\nimport com.nomagic.magicdraw.uml.symbols.paths.AssociationView\nimport com.nomagic.magicdraw.uml.symbols.PresentationElement\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,Some,StringContext,Unit}\n\n\/**\n * @author Nicolas.F.Rouquette<EMAIL>\n *\/\nobject nameAssociationLinkInstancesWithinPackageExtent {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: AssociationView,\n    triggerElement: Association,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val selectedAssociations = \n      selection\n      .toIterable\n      .selectByKindOf { case av: AssociationView => umlAssociation( getAssociationOfView(av).get ) }\n      .to[List]\n    \n    selectedAssociations foreach ( nameAssociationLinkInstances( umlUtil, _ ) )\n\n    Success( None )\n  }\n  \n  def doit\n  (p: Project,\n   ev: ActionEvent,\n   script: DynamicScriptsTypes.BrowserContextMenuAction, \n   tree: Tree,\n   node: Node,\n   top: Association,\n   selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedAssociations = \n      selection\n      .toIterable\n      .selectByKindOf { case a: Uml#Association => umlAssociation( a ) }\n\n    selectedAssociations foreach ( nameAssociationLinkInstances( umlUtil, _ ) )\n\n    Success( None )\n  }\n\n  def nameAssociationLinkInstances\n  ( umlUtil: MagicDrawUMLUtil, a: UMLAssociation[MagicDrawUML] )\n  : Unit = {\n    import umlUtil._\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n\n    a.getDirectedAssociationEnd match {\n      case None =>\n        guiLog.log( \"Not a directed association! \" )\n\n      case Some( ( sourceEnd, targetEnd ) ) =>\n        guiLog.log( s\" association: ${a.qualifiedName.get}\" )\n\n        val links = a.classifier_instanceSpecification.toList\n        guiLog.log( s\" Refactor ${links.size} instance specifications...\" )\n\n        var count = 0\n        val prefix = a.name.get + \"(\"\n        links foreach { link =>\n          val slots = link.slot\n          val sourceSlot = \n            slots\n            .find( _.definingFeature == Some( sourceEnd ) )\n            .getOrElse { \n              throw new IllegalArgumentException( \n                s\"Broken Link ${a.name.get} from '${sourceEnd.name}' to '${targetEnd.name}'\" ) \n            }\n          val sourceInstance = sourceSlot.value.head match {\n            case iv: UMLInstanceValue[Uml] => iv.instance.get\n          }\n          val targetSlot = \n            slots\n            .find( _.definingFeature == Some( targetEnd ) )\n            .getOrElse { \n              throw new IllegalArgumentException( \n                s\"Broken Link ${a.name.get} from '${sourceEnd.name}' to '${targetEnd.name}'\" ) \n            }\n          val targetInstance = targetSlot.value.head match {\n            case iv: UMLInstanceValue[Uml] => iv.instance.get\n          }\n          ( sourceInstance.name, targetInstance.name ) match {\n            case ( Some( sName ), Some( tName ) ) =>\n              val linkName = prefix + sName + \",\" + tName + \")\"\n              link.name match {\n                case Some( lName ) if ( lName == linkName ) => \n                  guiLog.log( s\" Link (id=${link.toolSpecific_id}) - already named!: '${linkName}'\")\n                  ()\n                case _ =>\n                  guiLog.log( s\" Link (id=${link.toolSpecific_id}) set name to: '${linkName}'\")\n                  umlMagicDrawUMLInstanceSpecification(link).getMagicDrawInstanceSpecification.setName( linkName )\n                  count = count + 1\n              }\n            case ( Some( sName ), None ) => \n                  guiLog.log( s\" Link (id=${link.toolSpecific_id}) - source named: '${sName}' but target is unnamed! (id=${targetInstance.toolSpecific_id})\")\n            case ( None, Some( tName ) ) => \n                  guiLog.log( s\" Link (id=${link.toolSpecific_id}) - target named: '${tName}' but source is unnamed! (id=${sourceInstance.toolSpecific_id})\")\n            case ( None, None ) =>\n                  guiLog.log( s\" Link (id=${link.toolSpecific_id}) - source is unnamed: (id=${sourceInstance.toolSpecific_id}) target is unnamed: (id=${sourceInstance.toolSpecific_id})\")\n          }\n        }\n\n        guiLog.log( s\"Done (renamed ${count} links) !\" )\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/generateIDsForPackageExtents.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\n\/\/\/*\n\/\/ *\n\/\/ * License Terms\n\/\/ *\n\/\/ * Copyright (c) 2014-2016, California Institute of Technology (\"Caltech\").\n\/\/ * U.S. Government sponsorship acknowledged.\n\/\/ *\n\/\/ * All rights reserved.\n\/\/ *\n\/\/ * Redistribution and use in source and binary forms, with or without\n\/\/ * modification, are permitted provided that the following conditions are\n\/\/ * met:\n\/\/ *\n\/\/ * *   Redistributions of source code must retain the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer.\n\/\/ *\n\/\/ * *   Redistributions in binary form must reproduce the above copyright\n\/\/ *    notice, this list of conditions and the following disclaimer in the\n\/\/ *    documentation and\/or other materials provided with the\n\/\/ *    distribution.\n\/\/ *\n\/\/ * *   Neither the name of Caltech nor its operating division, the Jet\n\/\/ *    Propulsion Laboratory, nor the names of its contributors may be\n\/\/ *    used to endorse or promote products derived from this software\n\/\/ *    without specific prior written permission.\n\/\/ *\n\/\/ * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\n\/\/ * IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\n\/\/ * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\n\/\/ * PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER\n\/\/ * OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,\n\/\/ * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,\n\/\/ * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\n\/\/ * PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\n\/\/ * LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\n\/\/ * NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n\/\/ * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\/\/ *\/\n\/\/package gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\/\/\n\/\/import java.awt.BorderLayout\n\/\/import java.awt.event.ActionEvent\n\/\/import java.io.{File, FileWriter, PrintWriter}\n\/\/import java.lang.{IllegalArgumentException,System}\n\/\/import javax.swing.{BoxLayout, JLabel, JOptionPane, JPanel, JTextField}\n\/\/\n\/\/import com.jidesoft.swing.JideBoxLayout\n\/\/import com.nomagic.actions.NMAction\n\/\/import com.nomagic.magicdraw.core.{Application, ApplicationEnvironment, Project, ProjectUtilities}\n\/\/import com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\n\/\/import com.nomagic.magicdraw.ui.browser.{Node => MDNode, Tree => MDTree}\n\/\/import com.nomagic.magicdraw.uml.symbols.shapes.PackageView\n\/\/import com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\n\/\/import com.nomagic.task.{ProgressStatus, RunnableWithProgress}\n\/\/import com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\n\/\/import com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\n\/\/import gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\n\/\/import gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.{MDAPI, OTIHelper}\n\/\/import gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\n\/\/import org.eclipse.emf.common.util.URI\n\/\/import org.eclipse.emf.ecore.xmi.XMLResource\n\/\/import org.omg.oti.changeMigration._\n\/\/import org.omg.oti.magicdraw.uml.canonicalXMI._\n\/\/import org.omg.oti.magicdraw.uml.read._\n\/\/import org.omg.oti.uml.OTIPrimitiveTypes._\n\/\/import org.omg.oti.uml._\n\/\/import org.omg.oti.uml.canonicalXMI._\n\/\/import org.omg.oti.uml.read.api._\n\/\/import org.omg.oti.uml.xmi._\n\/\/\n\/\/import scala.Predef.{augmentString, identity, require, ArrowAssoc, String}\n\/\/import scala.collection.JavaConversions._\n\/\/import scala.collection.immutable._\n\/\/import scala.language.{implicitConversions, postfixOps}\n\/\/import scala.reflect.runtime.universe._\n\/\/import scala.util.{Failure, Success, Try}\n\/\/import scala.{Boolean,Function1,Option,None,Some,StringContext,Unit}\n\/\/import scalaz.Scalaz._\n\/\/import scalaz._\n\/\/\n\/\/\/**\n\/\/ * @author Nicolas.F.R<EMAIL>\n\/\/ *\/\n\/\/object generateIDsForPackageExtents {\n\/\/\n\/\/  def doit\n\/\/  (p: Project, ev: ActionEvent,\n\/\/   script: DynamicScriptsTypes.BrowserContextMenuAction,\n\/\/   tree: MDTree, node: MDNode,\n\/\/   pkg: Package, selection: java.util.Collection[Element])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit(p, ev, selection)\n\/\/\n\/\/  def doit\n\/\/  (p: Project, ev: ActionEvent,\n\/\/   script: DynamicScriptsTypes.BrowserContextMenuAction,\n\/\/   tree: MDTree, node: MDNode,\n\/\/   pkg: Profile, selection: java.util.Collection[Element])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit(p, ev, selection)\n\/\/\n\/\/  def doit\n\/\/  (p: Project, ev: ActionEvent,\n\/\/   script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/   dpe: DiagramPresentationElement,\n\/\/   triggerView: PackageView,\n\/\/   triggerElement: Package,\n\/\/   selection: java.util.Collection[PresentationElement])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit(p, ev, selection flatMap { case pv: PackageView => Some(pv.getPackage) })\n\/\/\n\/\/  def doit\n\/\/  (p: Project, ev: ActionEvent,\n\/\/   script: DynamicScriptsTypes.DiagramContextMenuAction,\n\/\/   dpe: DiagramPresentationElement,\n\/\/   triggerView: PackageView,\n\/\/   triggerElement: Profile,\n\/\/   selection: java.util.Collection[PresentationElement])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] =\n\/\/    doit(p, ev, selection flatMap { case pv: PackageView => Some(pv.getPackage) })\n\/\/\n\/\/  def doit\n\/\/  (p: Project, ev: ActionEvent,\n\/\/   selection: java.util.Collection[Element])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\/\/\n\/\/    val otiV = OTIMagicDrawValidation(p)\n\/\/    val selectedPackages: Set[UMLPackage[Uml]] =\n\/\/      selection\n\/\/        .toIterable\n\/\/        .selectByKindOf { case p: Package => umlPackage( p ) }\n\/\/        .to[Set]\n\/\/\n\/\/    OTIHelper.getOTIMDInfo().fold[Try[Option[MagicDrawValidationDataResults]]](\n\/\/      l = (nels) =>\n\/\/        otiV\n\/\/          .toTryOptionMDValidationDataResults(p, \"generateIDsForPackageExtents\", nels.some),\n\/\/\n\/\/      r = (info) => {\n\/\/\n\/\/        var result: Option[Try[Option[MagicDrawValidationDataResults]]] = None\n\/\/        val runnable = new RunnableWithProgress() {\n\/\/\n\/\/          def run(progressStatus: ProgressStatus): Unit =\n\/\/            result = Some(\n\/\/              doit(\n\/\/                progressStatus,\n\/\/                p, selectedPackages,\n\/\/                info,\n\/\/                ignoreCrossReferencedElementFilter = MDAPI.ignoreCrossReferencedElementFilter,\n\/\/                unresolvedElementMapper = MDAPI.unresolvedElementMapper(umlUtil)))\n\/\/\n\/\/        }\n\/\/\n\/\/        MagicDrawProgressStatusRunner.runWithProgressStatus(\n\/\/          runnable,\n\/\/          s\"Export ${selectedPackages.size} packages to OTI Canonical XMI...\",\n\/\/          true, 0)\n\/\/\n\/\/        require(result.isDefined)\n\/\/        result.get\n\/\/      })\n\/\/  }\n\/\/\n\/\/  def doit\n\/\/  (progressStatus: ProgressStatus,\n\/\/   p: Project,\n\/\/   selectedPackages: Set[UMLPackage[MagicDrawUML]],\n\/\/   info: OTIHelper.OTIMDInfo,\n\/\/   ignoreCrossReferencedElementFilter: Function1[UMLElement[MagicDrawUML], Boolean],\n\/\/   unresolvedElementMapper: Function1[UMLElement[MagicDrawUML], Option[UMLElement[MagicDrawUML]]] )\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/\n\/\/    val a = Application.getInstance()\n\/\/    val guiLog = a.getGUILog()\n\/\/    guiLog.clearLog()\n\/\/\n\/\/    val mdInstallRoot = ApplicationEnvironment.getInstallRoot\n\/\/    val mdInstallDir = new File(mdInstallRoot)\n\/\/    require(mdInstallDir.exists && mdInstallDir.isDirectory)\n\/\/\n\/\/    val pp = p.getPrimaryProject\n\/\/    if (!ProjectUtilities.isStandardSystemProfile(pp))\n\/\/      return Failure(new IllegalArgumentException(s\"The project must be a standard\/system profile project\"))\n\/\/\n\/\/    val uri = pp.getLocationURI\n\/\/    require(uri.isFile)\n\/\/\n\/\/    val modulePath = uri.deresolve(URI.createFileURI(mdInstallRoot))\n\/\/    require(modulePath.isRelative)\n\/\/\n\/\/    val panel = new JPanel()\n\/\/    panel.setLayout(new JideBoxLayout(panel, BoxLayout.Y_AXIS))\n\/\/\n\/\/    panel.add(new JLabel(\"Enter MD root-relative path of the previous version of the Standard\/System Profile module: \"), BorderLayout.BEFORE_LINE_BEGINS)\n\/\/\n\/\/    val modulePathField = new JTextField\n\/\/    modulePathField.setText(modulePath.path)\n\/\/    modulePathField.setColumns(modulePath.path.length() + 10)\n\/\/    modulePathField.setEditable(true)\n\/\/    modulePathField.setFocusable(true)\n\/\/    panel.add(modulePathField)\n\/\/\n\/\/    panel.updateUI()\n\/\/\n\/\/    val status = JOptionPane.showConfirmDialog(\n\/\/      Application.getInstance.getMainFrame,\n\/\/      panel,\n\/\/      \"Specify the relative path of the previous module version\",\n\/\/      JOptionPane.OK_CANCEL_OPTION)\n\/\/\n\/\/    val projectFilename = augmentString(modulePathField.getText)\n\/\/    if (status != JOptionPane.OK_OPTION || projectFilename.isEmpty) {\n\/\/      guiLog.log(\"Cancelled\")\n\/\/      return Success(None)\n\/\/    }\n\/\/\n\/\/    implicit val umlUtil = MagicDrawUMLUtil(p)\n\/\/\n\/\/    implicit val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] =\n\/\/      None\n\/\/\n\/\/    var result: Option[Try[Option[MagicDrawValidationDataResults]]] = None\n\/\/    val runnable = new RunnableWithProgress() {\n\/\/\n\/\/      def run(progressStatus: ProgressStatus): Unit =\n\/\/        result = Some(\n\/\/          generateIDs(\n\/\/            progressStatus,\n\/\/            p, mdInstallDir, projectFilename.repr,\n\/\/            selectedPackages,\n\/\/            info,\n\/\/            ignoreCrossReferencedElementFilter,\n\/\/            unresolvedElementMapper) )\n\/\/\n\/\/    }\n\/\/\n\/\/    MagicDrawProgressStatusRunner.runWithProgressStatus(\n\/\/      runnable,\n\/\/      s\"Generating OTI Canonical XMI:IDs for ${selectedPackages.size} packages...\",\n\/\/      true, 0)\n\/\/\n\/\/    require(result.isDefined)\n\/\/    result.get\n\/\/  }\n\/\/\n\/\/  def generateIDs[U <: MagicDrawUML]\n\/\/  (progressStatus: ProgressStatus,\n\/\/   p: Project, mdInstallDir: File, projectFilename: String,\n\/\/   specificationRootPackages: Set[UMLPackage[MagicDrawUML]],\n\/\/   info: OTIHelper.OTIMDInfo,\n\/\/   ignoreCrossReferencedElementFilter: Function1[UMLElement[MagicDrawUML], Boolean],\n\/\/   unresolvedElementMapper: Function1[UMLElement[MagicDrawUML], Option[UMLElement[MagicDrawUML]]])\n\/\/  (implicit umlUtil: MagicDrawUMLUtil,\n\/\/    uTag: TypeTag[U],\n\/\/    mdTag: TypeTag[MagicDrawUML],\n\/\/    tag: TypeTag[UMLError.IllegalElementException[MagicDrawUML, UMLElement[MagicDrawUML]]])\n\/\/  : Try[Option[MagicDrawValidationDataResults]] = {\n\/\/    import umlUtil._\n\/\/\n\/\/    val a = Application.getInstance()\n\/\/    val guiLog = a.getGUILog\n\/\/\n\/\/    progressStatus.setCurrent(0)\n\/\/    progressStatus.setMax(0)\n\/\/    progressStatus.setMax(specificationRootPackages.size.toLong + 1)\n\/\/    progressStatus.setLocked(true)\n\/\/\n\/\/    \/\/ @todo populate...\n\/\/    implicit val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] =\n\/\/      None\n\/\/\n\/\/    \/\/ @todo review this...\n\/\/\/\/    val mdBuiltIns: Set[BuiltInDocument[Uml]] =\n\/\/\/\/      Set( MDBuiltInPrimitiveTypes, MDBuiltInUML, MDBuiltInStandardProfile )\n\/\/\/\/\n\/\/\/\/    val mdBuiltInEdges: Set[DocumentEdge[Document[Uml]]] =\n\/\/\/\/      Set( MDBuiltInUML2PrimitiveTypes, MDBuiltInStandardProfile2UML )\n\/\/\n\/\/    implicit val mdIdGenerator = info._1\n\/\/    implicit val otiCharacteristicsProvider = mdIdGenerator.otiCharacteristicsProvider\n\/\/\n\/\/    val mdDS: MagicDrawDocumentSet = info._3\n\/\/\n\/\/    MDAPI.showUnresolvedCrossReferencesAsMagicDrawValidationResults(\n\/\/      p, unresolved=info._4, ignoreCrossReferencedElementFilter)\n\/\/\n\/\/    val mdErrors = for {\n\/\/      pkg <- specificationRootPackages\n\/\/      _ = progressStatus.increase()\n\/\/      _ = progressStatus.setDescription(s\"Generating OTI Canonical XMI:IDs for '${pkg.name.get}'...\")\n\/\/      _ = System.out.println(s\"Generating OTI Canonical XMI:IDs for '${pkg.name.get}'...\")\n\/\/      e <- pkg.allOwnedElements\n\/\/      mdError <- mdIdGenerator\n\/\/        .getXMI_ID(e)\n\/\/        .fold[Option[UMLError.ThrowableNel]](\n\/\/        l = { nels =>\n\/\/          nels.some\n\/\/        },\n\/\/        r = (_: String @@ OTI_ID) =>\n\/\/          None\n\/\/        )\n\/\/    } yield mdError\n\/\/    val allErrors = if (mdErrors.isEmpty) None else (mdErrors.head \/: mdErrors.tail)(_ append _).some\n\/\/    MDAPI.showOTIUMLErrors(p, \"ID Generation\", allErrors)\n\/\/\n\/\/    val elementIDs = mdIdGenerator.getElement2IDMap\n\/\/    val errors = elementIDs.flatMap { case (e, error_or_id) =>\n\/\/      error_or_id.fold[Option[(UMLElement[MagicDrawUML], NonEmptyList[java.lang.Throwable])]](\n\/\/        l = (nels) =>\n\/\/          Some(e -> nels),\n\/\/        r = (_) =>\n\/\/          None\n\/\/      )\n\/\/    }\n\/\/    if (errors.nonEmpty) {\n\/\/      guiLog.log(s\"${errors.size} errors when computing OTI XMI IDs for the package extent(s) of:\")\n\/\/      for {pkg <- specificationRootPackages} {\n\/\/        guiLog.log(s\" => ${pkg.qualifiedName.get}\")\n\/\/      }\n\/\/      errors.keys.toList sortBy (u => OTI_ID.unwrap(u.toolSpecific_id.get)) foreach { e =>\n\/\/        val t = errors(e).head\n\/\/        val id = OTI_ID.unwrap(e.toolSpecific_id.get)\n\/\/        if (errors.size > 100) System.out.println(s\" $id => $t\")\n\/\/        else guiLog.addHyperlinkedText(\n\/\/          s\" <A>$id<\/A> => $t\",\n\/\/          Map(id -> umlMagicDrawUMLElement(e).selectInContainmentTreeRunnable))\n\/\/      }\n\/\/    }\n\/\/    else {\n\/\/      guiLog.log(s\"No errors when computing OTI XMI IDs for the package extent(s) of:\")\n\/\/      for {pkg <- specificationRootPackages} {\n\/\/        guiLog.log(s\" => ${pkg.qualifiedName.get}\")\n\/\/      }\n\/\/    }\n\/\/\n\/\/    progressStatus.increase()\n\/\/    progressStatus.setDescription(s\"Constructing old\/new migration map...\")\n\/\/\n\/\/    val id2element = elementIDs.flatMap { case (e, error_or_id) =>\n\/\/      error_or_id.fold[Option[(String, UMLElement[MagicDrawUML])]](\n\/\/        l = (_) => None,\n\/\/        r = (newID) => {\n\/\/\n\/\/          val isAncestor = specificationRootPackages.exists(p => p.isAncestorOf(e).fold[Boolean](\n\/\/            l=(_) => false,\n\/\/            r=identity\n\/\/          ))\n\/\/\n\/\/          if (isAncestor)\n\/\/            Some(OTI_ID.unwrap(newID) -> e)\n\/\/          else\n\/\/            None\n\/\/        }\n\/\/      )\n\/\/    }\n\/\/\n\/\/    val sortedIDs = id2element.keys.toList filter {\n\/\/      !_.contains(\"appliedStereotypeInstance\")\n\/\/    } sorted\n\/\/\n\/\/    val otiChangeMigrationDir = new File(mdInstallDir, \"dynamicScripts\/org.omg.oti.changeMigration\/resources\")\n\/\/    require(otiChangeMigrationDir.exists && otiChangeMigrationDir.isDirectory)\n\/\/    val migrationMM = Metamodel(otiChangeMigrationDir)\n\/\/\n\/\/    val old2newMapping = migrationMM.makeOld2NewIDMapping(projectFilename)\n\/\/    val old2newDeltaMapping = migrationMM.makeOld2NewIDMapping(projectFilename)\n\/\/\n\/\/    System.out.println(s\" elementIDs has ${elementIDs.size} entries\")\n\/\/    System.out.println(s\" element2id map has ${sortedIDs.size} entries\")\n\/\/    guiLog.log(s\" element2id map has ${sortedIDs.size} entries\")\n\/\/    val tooLong = sortedIDs.size > 500\n\/\/    for {\n\/\/      n <- sortedIDs.indices\n\/\/      id = sortedIDs(n)\n\/\/      e = id2element(id)\n\/\/    } {\n\/\/      val oldID = e.toolSpecific_id.get\n\/\/      val old2newEntry = migrationMM.makeOld2NewIDEntry\n\/\/      old2newEntry.setOldID(OTI_ID.unwrap(oldID))\n\/\/      old2newEntry.setNewID(id)\n\/\/      old2newMapping.addEntry(old2newEntry)\n\/\/\n\/\/      if (id != oldID) {\n\/\/        val old2newDelta = migrationMM.makeOld2NewIDEntry\n\/\/        old2newDelta.setOldID(OTI_ID.unwrap(oldID))\n\/\/        old2newDelta.setNewID(id)\n\/\/        old2newDeltaMapping.addEntry(old2newDelta)\n\/\/      }\n\/\/      if (!tooLong)\n\/\/        guiLog.addHyperlinkedText(\n\/\/          s\" $n: <A>$id<\/A> => $oldID\",\n\/\/          Map(id -> e.asInstanceOf[MagicDrawUMLElement].selectInContainmentTreeRunnable))\n\/\/    }\n\/\/\n\/\/    val dir = new File(project.getDirectory)\n\/\/    require(dir.exists() && dir.isDirectory)\n\/\/\n\/\/    val options = Map(XMLResource.OPTION_ENCODING -> \"UTF-8\")\n\/\/\n\/\/    val migrationF = new File(dir, project.getName + \".migration.xmi\")\n\/\/    val migrationURI = URI.createFileURI(migrationF.getAbsolutePath)\n\/\/    val r = migrationMM.rs.createResource(migrationURI)\n\/\/    r.getContents.add(old2newMapping.eObject)\n\/\/    r.save(options)\n\/\/\n\/\/    val migrationDeltaF = new File(dir, project.getName + \".migration.delta.xmi\")\n\/\/    val migrationDeltaURI = URI.createFileURI(migrationDeltaF.getAbsolutePath)\n\/\/    val rd = migrationMM.rs.createResource(migrationDeltaURI)\n\/\/    rd.getContents.add(old2newDeltaMapping.eObject)\n\/\/    rd.save(options)\n\/\/\n\/\/    guiLog.log(s\" Saved migration model at: $migrationF \")\n\/\/\n\/\/    val unique = mdIdGenerator.checkIDs()\n\/\/    guiLog.log(s\"Unique IDs? $unique\")\n\/\/\n\/\/    val cpanel = new JPanel()\n\/\/    cpanel.setLayout( new JideBoxLayout( cpanel, BoxLayout.Y_AXIS ) )\n\/\/\n\/\/    cpanel.add( new JLabel( s\"Enter the URI of ${project.getName} : \" ), BorderLayout.BEFORE_LINE_BEGINS )\n\/\/\n\/\/    val uriField = new JTextField\n\/\/    uriField.setText( \"http:\/\/....\" )\n\/\/    uriField.setColumns( 80 )\n\/\/    uriField.setEditable( true )\n\/\/    uriField.setFocusable( true )\n\/\/    cpanel.add( uriField )\n\/\/\n\/\/    cpanel.updateUI()\n\/\/\n\/\/    val cstatus = JOptionPane.showConfirmDialog(\n\/\/      Application.getInstance.getMainFrame,\n\/\/      cpanel,\n\/\/      \"Specify the URI to map the project's URIs to:\",\n\/\/      JOptionPane.OK_CANCEL_OPTION )\n\/\/\n\/\/    val curi = augmentString( uriField.getText )\n\/\/    if ( cstatus != JOptionPane.OK_OPTION || curi.isEmpty ) {\n\/\/      guiLog.log( s\"No catalog generated\" )\n\/\/      return Success( None )\n\/\/    }\n\/\/\n\/\/    val catalogF = new File( dir, project.getName + \".catalog.xml\" )\n\/\/    guiLog.log( s\"generate full catalog: $catalogF\" )\n\/\/    val deltaF = new File( dir, project.getName + \".delta.catalog.xml\" )\n\/\/    guiLog.log( s\"generate delta catalog: $deltaF\" )\n\/\/\n\/\/    val catalogDir = catalogF.getParentFile\n\/\/    catalogDir.mkdirs()\n\/\/\n\/\/    val pw = new PrintWriter( new FileWriter( catalogF ) )\n\/\/    pw.println( \"\"\"<?xml version='1.0' encoding='UTF-8'?>\"\"\" )\n\/\/    pw.println( \"\"\"<catalog xmlns=\"urn:oasis:names:tc:entity:xmlns:xml:catalog\" prefer=\"public\">\"\"\" )\n\/\/\n\/\/    val dw = new PrintWriter( new FileWriter( deltaF ) )\n\/\/    dw.println( \"\"\"<?xml version='1.0' encoding='UTF-8'?>\"\"\" )\n\/\/    dw.println( \"\"\"<catalog xmlns=\"urn:oasis:names:tc:entity:xmlns:xml:catalog\" prefer=\"public\">\"\"\" )\n\/\/\n\/\/    for {\n\/\/      n <- sortedIDs.indices\n\/\/      newID = sortedIDs( n )\n\/\/      e = id2element( newID )\n\/\/      oldID = OTI_ID.unwrap(e.toolSpecific_id.get)\n\/\/    } e.getPackageOwnerWithEffectiveURI.getOrElse(None) match {\n\/\/      case Some( pkg ) =>\n\/\/        val pkgEffectiveURI = pkg.getEffectiveURI.getOrElse(None).get\n\/\/        pw.println( s\"\"\"<uri uri=\"$curi#$newID\" name=\"$pkgEffectiveURI#$oldID\"\/>\"\"\")\n\/\/        if (newID != oldID) dw.println( s\"\"\"<uri uri=\"$curi#$newID\" name=\"$pkgEffectiveURI#$oldID\"\/>\"\"\")\n\/\/      case None =>\n\/\/        System.out.println(s\"*** no owner package with URI found for $oldID (metaclass=${e.xmiType.head})\")\n\/\/    }\n\/\/\n\/\/    pw.println( \"\"\"<\/catalog>\"\"\" )\n\/\/    pw.close()\n\/\/\n\/\/    dw.println( \"\"\"<\/catalog>\"\"\" )\n\/\/    dw.close()\n\/\/\n\/\/    guiLog.log( s\"Catalog generated at: $catalogF\" )\n\/\/    guiLog.log( s\"Delta Catalog generated at: $deltaF\" )\n\/\/\n\/\/    val elementMessages = errors map { case (u,nels) =>\n\/\/      val mdU = umlMagicDrawUMLElement (u).getMagicDrawElement\n\/\/      val a =\n\/\/        new NMAction (\n\/\/          s\"Select${u.hashCode}\",\n\/\/          s\"Select ${mdU.getHumanType}: ${mdU.getHumanName}\",\n\/\/          0) {\n\/\/          def actionPerformed (ev: ActionEvent): Unit =\n\/\/            umlMagicDrawUMLElement (u).selectInContainmentTreeRunnable.run\n\/\/        }\n\/\/      mdU -> Tuple2 (nels.head.getMessage, List (a) )\n\/\/    } toMap\n\/\/\n\/\/    if (elementMessages.nonEmpty)\n\/\/      Success (Some (\n\/\/        MagicDrawValidationDataResults.makeMDIllegalArgumentExceptionValidation (\n\/\/          p,\n\/\/          s\"*** ${errors.size} id generation errors ***\",\n\/\/          elementMessages,\n\/\/          \"*::MagicDrawOTIValidation\",\n\/\/          \"*::UnresolvedCrossReference\").validationDataResults) )\n\/\/    else\n\/\/      Success(None)\n\/\/  }\n\/\/\n\/\/}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/ReplaceUpperUnlimitedNaturalValue.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport java.lang.Integer\n\nimport com.nomagic.magicdraw.annotation.Annotation\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.openapi.uml.ModelElementsManager\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{LiteralUnlimitedNatural, MultiplicityElement}\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.{Boolean,StringContext,Unit}\nimport scala.Predef.{Integer2int,String}\n\n\/**\n* @see MOF 2.5, Section 12.4 EMOF Constraints\n* [32] The values of MultiplicityElement::lowerValue and upperValue must be\n* of kind LiteralInteger and\uf020 LiteralUnlimitedNatural respectively.\n*\/\ncase class ReplaceUpperUnlimitedNaturalValue(oldKind: String, newValue: Integer)\n                                            (implicit umlUtil: MagicDrawUMLUtil)\n  extends MagicDrawValidationDataResults.ValidationAnnotationAction(\n    s\"Replace old $oldKind upper value with a LiteralUnlimitedNatural value $newValue\",\n    s\"Replace old $oldKind upper value with a LiteralUnlimitedNatural value $newValue\") {\n\n  def canExecute(annotation: Annotation): Boolean =\n    annotation.getTarget match {\n      case mult: MultiplicityElement =>\n        mult.getUpperValue match {\n          case l: LiteralUnlimitedNatural =>\n            l.getValue != newValue.intValue()\n          case _ =>\n            true\n        }\n      case _ =>\n        false\n    }\n\n  def execute(annotation: Annotation): Unit =\n    annotation.getTarget match {\n      case mult: MultiplicityElement =>\n        val f = Project.getProject(mult).getElementsFactory\n        val mem = ModelElementsManager.getInstance\n        if (null != mult.getUpperValue)\n          mem.removeElement(mult.getUpperValue)\n        val upper = f.createLiteralUnlimitedNaturalInstance()\n        upper.setValue(newValue)\n        mult.setUpperValue(upper)\n      case _ =>\n        ()\n    }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ProfileInspectorWidget.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\nimport java.lang.IllegalArgumentException\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes._\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\nimport scala.{Any,StringContext}\n\nobject ProfileInspectorWidget {\n\n  \n  def allImportedProfiles(\n    project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedProperty,\n    ek: MagicDrawElementKindDesignation, e: Element ): Try[Seq[Any]] = {\n    \n    val umlUtil = MagicDrawUMLUtil( project )\n    import umlUtil._\n          \n    umlElement( e ) match { \n      case pf: UMLProfile[Uml] =>\n        val apf = pf.allImportedProfilesTransitively.toSeq.sortBy { pf => pf.qualifiedName.get }\n        Success(\n          apf.map { pf =>\n            ReferenceNodeInfo( pf.name.get, umlMagicDrawUMLElement(pf).getMagicDrawElement )\n          }.to[Seq] )\n        \n      case x =>\n        Failure( new IllegalArgumentException(s\"Not a package; instead got a ${x.xmiType}\"))\n    }\n  }\n  \n  \n  def allNestedProfiles(\n    project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedProperty,\n    ek: MagicDrawElementKindDesignation, e: Element ): Try[Seq[Any]] = {\n    \n    val umlUtil = MagicDrawUMLUtil( project )\n    import umlUtil._\n          \n    umlElement( e ) match { \n      case pf: UMLProfile[Uml] =>\n        val apf = pf.allNestedProfilesTransitively.toSeq.sortBy { pf => pf.qualifiedName.get }\n        Success(\n          apf.map { pf =>\n            ReferenceNodeInfo( pf.name.get, umlMagicDrawUMLElement(pf).getMagicDrawElement )\n          }.to[Seq] )\n        \n      case x =>\n        Failure( new IllegalArgumentException(s\"Not a package; instead got a ${x.xmiType}\"))\n    }\n  }\n  \n  def allVisibleProfiles(\n    project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedProperty,\n    ek: MagicDrawElementKindDesignation, e: Element ): Try[Seq[Any]] = {\n    \n    val umlUtil = MagicDrawUMLUtil( project )\n    import umlUtil._\n          \n    umlElement( e ) match { \n      case pf: UMLProfile[Uml] =>\n        val apf = pf.allVisibleProfilesTransitively.toSeq.sortBy { pf => pf.qualifiedName.get }\n        Success(\n          apf.map { pf =>\n            ReferenceNodeInfo( pf.name.get, umlMagicDrawUMLElement(pf).getMagicDrawElement )\n          }.to[Seq] )\n        \n      case x =>\n        Failure( new IllegalArgumentException(s\"Not a package; instead got a ${x.xmiType}\"))\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/StructuredClassifierInspectorWidget.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport com.nomagic.uml2.ext.magicdraw.compositestructures.mdinternalstructures.StructuredClassifier\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\n\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\n\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.StringContext\nimport scala.Predef.String\n\nobject StructuredClassifierInspectorWidget {\n\n  import ComputedDerivedWidgetHelper._\n  \n  def allRoles\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n        elementOperationWidget[UMLStructuredClassifier[MagicDrawUML], UMLConnectableElement[MagicDrawUML]](\n          derived, e,\n          _.allRoles,\n          ordsa.otiAdapter.umlOps)\n    })\n\n  def compositeStructureTree\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedTree,\n    ek: MagicDrawElementKindDesignation, e: StructuredClassifier )\n  : Try[Seq[( AbstractTreeNodeInfo, Map[String, AbstractTreeNodeInfo] )]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n\n      val treeInfo = TreeNodeInfo(\n        identifier = s\"${e.getQualifiedName}\",\n        nested = Seq())\n\n      Success(Seq((treeInfo, Map[String, AbstractTreeNodeInfo]())))\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/actions\/ExportValidationResultsAsJson.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions\n\nimport java.awt.event.ActionEvent\nimport java.io.File\nimport java.lang.System\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes.MainToolbarMenuAction\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.json.magicDrawValidation.{DocumentValidationResults}\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.{MDAPI, OTIHelper, ProjectValidationResultPanelInfo}\nimport org.omg.oti.json.common.OTIPrimitiveTypes\nimport org.omg.oti.json.extent.{DocumentLocation, ToolSpecificDocumentLocation}\nimport org.omg.oti.json.uml.serialization.OTIJsonElementHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport play.api.libs.json._\n\nimport scala.collection.immutable._\nimport scala.{None, Option, StringContext}\nimport scala.Predef.augmentString\nimport scala.util.{Success, Try}\n\nobject ExportValidationResultsAsJson {\n\n  \/**\n    * DynamicScript wrapper for [exportAllValidationWindowResultsForProfileAdapter]\n    *\n    * @param p An MD project (it must be open with zero or more MD validation result windows)\n    * @param ev Java AWT Action Event\n    * @param script The invoking Main Toolbar Menu DynamicScript\n    * @return\n    *\/\n  def exportForProfileAdapter\n  ( p: Project,\n    ev: ActionEvent,\n    script: MainToolbarMenuAction )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val a = Application.getInstance()\n      val guiLog = a.getGUILog\n      guiLog.clearLog()\n\n      val vpanels: Set[ProjectValidationResultPanelInfo] = MDAPI.getProjectValidationResults(p)\n      guiLog.log(s\"There are ${vpanels.size} validation result panels\")\n\n      saveFile(\n        \"Save MD Validation result panels to JSon archive\",\n        \"Directory where to save the MD Validation results\",\n        \".zip\").flatMap {\n        _\n          .fold[Try[Option[MagicDrawValidationDataResults]]] {\n          guiLog.log(\"Cancelled\")\n          Success(None)\n        } { file =>\n\n          exportAllValidationWindowResultsForProfileAdapter(p, oa, file)\n        }\n      }\n    })\n\n  \/**\n    * For a given MD project, exports the contents of all the MD validation window results for that project to a file.\n    *\n    * @param p An MD project (it must be open with zero or more MD validation result windows)\n    * @param oa A MagicDraw OTI Profile Adapter\n    * @param validationResultsFile The exported file, a zip archive of json files, one for the results of each\n    *                              currently open MD validation window for that project\n    * @return\n    *\/\n  def exportAllValidationWindowResultsForProfileAdapter\n  ( p: Project,\n    oa: MagicDrawOTIProfileAdapter,\n    validationResultsFile: File )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n    implicit val ojeh: MagicDrawOTIJsonElementHelperForProfileAdapter = OTIJsonElementHelper(oa, None)\n\n    val vpanels: Set[ProjectValidationResultPanelInfo] = MDAPI.getProjectValidationResults(p)\n\n    val vpanelsByProject\n    : Map[Project, Set[ProjectValidationResultPanelInfo]]\n    = vpanels.groupBy(_.validatedProject)\n\n    val vDocuments\n    : Iterable[DocumentValidationResults]\n    = vpanelsByProject.map { case (vProject, vps) =>\n      DocumentValidationResults(\n        documentLocation =\n          ToolSpecificDocumentLocation(\n            toolSpecificDocumentLocation =\n              OTIPrimitiveTypes.TOOL_SPECIFIC_URL(vProject.getProjectLocationURI.toString)),\n        validationResults =\n          vps.map(_.toValidationResultsForProfileAdapter)\n      )\n    }\n\n    val fos = new java.io.FileOutputStream(validationResultsFile)\n    val bos = new java.io.BufferedOutputStream(fos, 100000)\n    val cos = new java.util.zip.CheckedOutputStream(bos, new java.util.zip.Adler32())\n    val zos = new java.util.zip.ZipOutputStream(new java.io.BufferedOutputStream(cos))\n\n    zos.setMethod(java.util.zip.ZipOutputStream.DEFLATED)\n\n    vDocuments.foreach { vDocument =>\n      val entryName =\n        OTIPrimitiveTypes.TOOL_SPECIFIC_URL.unwrap(\n          DocumentLocation.toToolSpecificURL(vDocument.documentLocation))\n\n      val entry = new java.util.zip.ZipEntry(entryName)\n      zos.putNextEntry(entry)\n      val s = Json.prettyPrint(Json.toJson(vDocument))\n      zos.write(s.getBytes(java.nio.charset.Charset.forName(\"UTF-8\")))\n\n      zos.closeEntry()\n    }\n\n    zos.close()\n    System.out.println(s\"Saved ${vDocuments.size} validation results to $validationResultsFile\")\n    Success(None)\n  }\n\n  \/**\n    * DynamicScript wrapper for [exportAllValidationWindowResultsForDataAdapter]\n    *\n    * @param p An MD project (it must be open with zero or more MD validation result windows)\n    * @param ev Java AWT Action Event\n    * @param script The invoking Main Toolbar Menu DynamicScript\n    * @return\n    *\/\n  def exportForDataAdapter\n  ( p: Project,\n    ev: ActionEvent,\n    script: MainToolbarMenuAction )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForDataCharacteristics(p),\n    (oa: MagicDrawOTIDataAdapter) => {\n\n      val a = Application.getInstance()\n      val guiLog = a.getGUILog\n      guiLog.clearLog()\n\n      val vpanels: Set[ProjectValidationResultPanelInfo] = MDAPI.getProjectValidationResults(p)\n      guiLog.log(s\"There are ${vpanels.size} validation result panels\")\n\n      saveFile(\n        \"Save MD Validation result panels to JSon archive\",\n        \"Directory where to save the MD Validation results\",\n        \".zip\").flatMap {\n        _\n          .fold[Try[Option[MagicDrawValidationDataResults]]] {\n          guiLog.log(\"Cancelled\")\n          Success(None)\n        } { file =>\n\n          exportAllValidationWindowResultsForDataAdapter(p, oa, file)\n        }\n      }\n    })\n\n  \/**\n    * For a given MD project, exports the contents of all the MD validation window results for that project to a file.\n    *\n    * @param p An MD project (it must be open with zero or more MD validation result windows)\n    * @param oa A MagicDraw OTI Data Adapter\n    * @param validationResultsFile The exported file, a zip archive of json files, one for the results of each\n    *                              currently open MD validation window for that project\n    * @return\n    *\/\n  def exportAllValidationWindowResultsForDataAdapter\n  ( p: Project,\n    oa: MagicDrawOTIDataAdapter,\n    validationResultsFile: File )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n    implicit val ojeh: MagicDrawOTIJsonElementHelperForDataAdapter = OTIJsonElementHelper(oa, None)\n\n    val vpanels: Set[ProjectValidationResultPanelInfo] = MDAPI.getProjectValidationResults(p)\n\n    val vpanelsByProject\n    : Map[Project, Set[ProjectValidationResultPanelInfo]]\n    = vpanels.groupBy(_.validatedProject)\n\n    val vDocuments\n    : Iterable[DocumentValidationResults]\n    = vpanelsByProject.map { case (vProject, vps) =>\n      DocumentValidationResults(\n        documentLocation =\n          ToolSpecificDocumentLocation(\n            toolSpecificDocumentLocation =\n              OTIPrimitiveTypes.TOOL_SPECIFIC_URL(vProject.getProjectLocationURI.toString)),\n        validationResults =\n          vps.map(_.toValidationResultsForDataAdapter)\n      )\n    }\n\n    val fos = new java.io.FileOutputStream(validationResultsFile)\n    val bos = new java.io.BufferedOutputStream(fos, 100000)\n    val cos = new java.util.zip.CheckedOutputStream(bos, new java.util.zip.Adler32())\n    val zos = new java.util.zip.ZipOutputStream(new java.io.BufferedOutputStream(cos))\n\n    zos.setMethod(java.util.zip.ZipOutputStream.DEFLATED)\n\n    vDocuments.foreach { vDocument =>\n      val entryName =\n        OTIPrimitiveTypes.TOOL_SPECIFIC_URL.unwrap(\n          DocumentLocation.toToolSpecificURL(vDocument.documentLocation))\n\n      val entry = new java.util.zip.ZipEntry(entryName)\n      zos.putNextEntry(entry)\n      val s = Json.prettyPrint(Json.toJson(vDocument))\n\n      \/\/ convert the string in 10K chunks.\n      for ( segment <- s.grouped(10240) )\n        zos.write(segment.getBytes(java.nio.charset.Charset.forName(\"UTF-8\")))\n\n      zos.closeEntry()\n    }\n\n    zos.close()\n    System.out.println(s\"Saved ${vDocuments.size} validation results to $validationResultsFile\")\n    Success(None)\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/AddAsQUDVDiagramPrimaryElements.scala","text":"<gh_stars>0\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.InstanceSpecificationView\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Diagram, Element, InstanceSpecification}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Stereotype\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\n\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters._\nimport scala.collection.immutable.Set\nimport scala.{Any,None, Option, Some, StringContext}\nimport scala.util.{Failure, Success, Try}\n\nobject AddAsQUDVDiagramPrimaryElements {\n\n  val QUDVDIAGRAM_STEREOTYPE_ID = \"_17_0_5_1_ff3038a_1409678720985_699141_10522\"\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PresentationElement,\n   triggerElement: Element,\n   selection: java.util.Collection[PresentationElement])\n  : Try[Option[MagicDrawValidationDataResults]]\n  = Option.apply(p.getElementByID(QUDVDIAGRAM_STEREOTYPE_ID)).fold[Try[Option[MagicDrawValidationDataResults]]]{\n    Failure(new java.lang.IllegalArgumentException(\n      s\"No 'QUDVDiagram' stereotype found (ID=${QUDVDIAGRAM_STEREOTYPE_ID})\"))\n  } { case qudvDiagramS: Stereotype =>\n\n    QUDVHelper.addAsPrimaryQUDVElements(\n      p,\n      dpe.getDiagram,\n      qudvDiagramS,\n      selection\n        .flatMap {\n          case iv: InstanceSpecificationView =>\n            iv.getElement match {\n              case is: InstanceSpecification\n                if is.getClassifier.exists(cls => \"IMCE.QUDV\" == cls.getOwningPackage.getName) =>\n                Some(is)\n              case _ =>\n                None\n            }\n          case _ =>\n            None\n        }\n        .to[Set])\n  }\n}\n\n@scala.deprecated(\"\", \"\")\ntrait QUDVHelper\n\nobject QUDVHelper {\n\n  def addAsPrimaryQUDVElements\n  (p: Project,\n   d: Diagram,\n   qudvDiagramS: Stereotype,\n   qudvElements: Set[InstanceSpecification])\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n    val currentValue = StereotypesHelper.getStereotypePropertyValue(d, qudvDiagramS, \"primaryQUDVElements\", true)\n    val newValue: java.util.List[Any] = (currentValue.to[Set] ++ qudvElements).toList.asJava\n    StereotypesHelper.setStereotypePropertyValue(d, qudvDiagramS, \"primaryQUDVElements\", newValue)\n\n    Success(None)\n  }\n}\n\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFTypedElementValidation.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFTypedElementValidation.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Constraint, Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions.SetPropertyAggregationToNone\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.uml.validation._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.{None, Option, StringContext}\nimport scala.Predef.{ArrowAssoc, String, require}\nimport scalaz._\nimport Scalaz._\nimport scala.util.{Success, Try}\n\n\/**\n* Validates all TypedElements in scope of the selected packages per MOF 2.5 well-formedness constraints\n*\n * @see MOF 2.5, Section 12.4 EMOF Constraints\n *      [1] The type of Operation::raisedException is limited to be Class rather than Type.\n *      [22] A TypedElement cannot be typed by an Association.\n *      [23] A TypedElement other than a LiteralSpecification or an OpaqueExpression must have a Type.\n *      [28] A Property typed by a kind of DataType must have aggregation = none.\n *      [29] A Property owned by a DataType can only be typed by a DataType.\n *      [30] Each Association memberEnd Property must be typed by a Class.\n  * @see MOF 2.5, Section 14.4 CMOF Constraints\n *      [2] The type of Operation::raisedException is limited to be Class rather than Type.\n *      [22] A TypedElement cannot be typed by an Association.\n *      [23] A TypedElement other than a LiteralSpecification or an OpaqueExpression must have a Type.\n *      [28] A Property typed by a kind of DataType must have aggregation = none.\n *      [29] A Property owned by a DataType can only be typed by a DataType.\n *      [30] Each Association memberEnd Property must be typed by a Class.\n*\/\nobject MOFTypedElementValidation {\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Profile, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    top: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    oa: MagicDrawOTIProfileAdapter,\n    pkgs: Set[UMLPackage[MagicDrawUML]] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(p),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val otiV = OTIMagicDrawValidation(p)\n\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      implicit val otiCharacteristicsProvider = oa.otiCharacteristicsProvider\n\n      val elementMessages = scala.collection.mutable.HashMap[\n        Element,\n        scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]]()\n\n      for {\n        v <- TypedElementValidationHelper.analyzePackageContents(pkgs)\n        if TypedElementValidationStatus.ValidTypedElementStatus != v.status\n        mdTE = umlMagicDrawUMLTypedElement(v.typedElement).getMagicDrawTypedElement\n        vOptInfo <- {\n          val vStatus: TypedElementValidationStatus.TypedElementValidationStatus = v.status\n          val vResult\n          : Try[Option[(Constraint, String, List[MagicDrawValidationDataResults.ValidationAnnotationAction])]]\n          = vStatus match {\n            case TypedElementValidationStatus.ValidTypedElementStatus =>\n              Success(None)\n            case TypedElementValidationStatus.InvalidOperationRaisedExceptionNonClassTypeStatus =>\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidOperationRaisedExceptionNonClassType,\n                v.explanation,\n                Nil)\n            case TypedElementValidationStatus.InvalidTypedElementWithAssociationTypeStatus =>\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidTypedElementWithAssociationType,\n                v.explanation,\n                Nil)\n            case TypedElementValidationStatus.InvalidUntypedTypedElementStatus =>\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidUntypedTypedElement,\n                v.explanation,\n                Nil)\n            case TypedElementValidationStatus.InvalidDataTypePropertyAggregationStatus =>\n              require(v.isRepairable)\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidDataTypePropertyAggregation,\n                v.explanation,\n                SetPropertyAggregationToNone() :: Nil)\n            case TypedElementValidationStatus.InvalidDataTypePropertyWithNonDataTypeTypeStatus =>\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidDataTypePropertyWithNonDataTypeType,\n                v.explanation,\n                Nil)\n            case TypedElementValidationStatus.InvalidAssociationMemberEndPropertyNonClassTypeStatus =>\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidAssociationMemberEndPropertyNonClassType,\n                v.explanation,\n                Nil)\n          }\n          vResult\n        }\n        vInfo <- vOptInfo\n        validationInfo = elementMessages.getOrElseUpdate(\n          mdTE, scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]())\n      } validationInfo += vInfo\n\n      val elementValidationMessages: Map[Element, Iterable[OTIMagicDrawValidation.MDValidationInfo]] =\n        (for {tuple <- elementMessages} yield tuple._1 -> tuple._2.to[Seq]).toMap\n\n      val validation =\n        otiV.makeMDIllegalArgumentExceptionValidation(\n          \"EMOF [1,22,23,28,29,30] & CMOF [2,22,23,28,29,30] TypedElement Validation\",\n          elementValidationMessages)\n\n      otiV.toTryOptionMagicDrawValidationDataResults(p, s\"*** OTI MOF Typed Element Validation ***\", validation)\n\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ClassifierInspectorWidget.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ClassifierInspectorWidget.scala<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.immutable._\nimport scala.util.Try\n\nobject ClassifierInspectorWidget {\n\n  import ComputedDerivedWidgetHelper._\n  \n  def general\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n        elementOperationWidget[UMLClassifier[MagicDrawUML], UMLClassifier[MagicDrawUML]](\n          derived, e,\n          _.general,\n          ordsa.otiAdapter.umlOps)\n    })\n    \n  def generalClassifier\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLClassifier[MagicDrawUML], UMLClassifier[MagicDrawUML]](\n        derived, e,\n        _.general_classifier,\n        ordsa.otiAdapter.umlOps)\n    })\n    \n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/invokeDiagramContextMenuActionForSelection.scala","text":"<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\nimport java.lang.System\n\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.magicdraw.openapi.uml.SessionManager\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.InstanceSpecificationView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, InstanceSpecification}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes._\nimport gov.nasa.jpl.dynamicScripts._\nimport gov.nasa.jpl.dynamicScripts.magicdraw._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.actions._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\n\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,Some,StringContext}\nimport scala.Predef.{ArrowAssoc,String}\n\n\/**\n * @author Nicolas.F.Rouquette<EMAIL>.nasa.gov\n *\/\nobject invokeDiagramContextMenuActionForSelection {\n\n  def doit\n  (p: Project,\n   ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: InstanceSpecificationView,\n   triggerElement: InstanceSpecification,\n   selection: java.util.Collection[PresentationElement])\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    implicit val umlUtil = MagicDrawUMLUtil(p)\n    import umlUtil._\n\n    val otiV = OTIMagicDrawValidation(p)\n\n    val dsInstance = umlInstanceSpecification(triggerElement)\n    for {\n      comment <- dsInstance.ownedComment\n      commentBody <- comment.body\n      if commentBody == \"selection\"\n      classNames <- dsInstance.getValuesOfFeatureSlot(\"className\")\n      methodNames <- dsInstance.getValuesOfFeatureSlot(\"methodName\")\n    } (classNames.toList, methodNames.toList) match {\n      case (List(c: UMLLiteralString[Uml]), List(m: UMLLiteralString[Uml])) =>\n        (c.value, m.value) match {\n          case (Some(className), Some(methodName)) =>\n            val invokeTriggerElement = comment.annotatedElement.head\n            val invokeTriggerView =\n              dpe.findPresentationElement(umlMagicDrawUMLElement(invokeTriggerElement).getMagicDrawElement, null)\n            val peSelection = for {\n              e <- comment.annotatedElement\n              pe = dpe.findPresentationElement(umlMagicDrawUMLElement(e).getMagicDrawElement, null)\n              _ = if (null == pe) {\n                System.out.println(s\"Invoking $className \/ $methodName: there is no presentation element for ${e.toolSpecific_id}\")\n              }\n              if null != pe\n            } yield pe\n\n            return invoke(\n              p, ev, triggerElement,\n              className, methodName,\n              dpe, invokeTriggerView, umlMagicDrawUMLElement(invokeTriggerElement).getMagicDrawElement, peSelection)\n          case (_, _) =>\n            ()\n        }\n      case (_, _) =>\n        ()\n    }\n\n    for {\n      vInfo <-\n      otiV.constructValidationInfo(\n        otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n        Some(\"Check the instance specification details\"),\n        Nil)\n      validation =\n      otiV.makeMDIllegalArgumentExceptionValidation(\n        s\"*** Ill-formed DiagramContextMenuActionForSelection instance specification ***\",\n        Map(triggerElement -> List(vInfo)))\n      result <-\n      otiV.toTryOptionMagicDrawValidationDataResults(p, \"invokeDiagramContextMenuActionForSelection\", validation)\n    } yield result\n\n  }\n\n  def invoke\n  (p: Project,\n   ev: ActionEvent,\n   invocation: InstanceSpecification,\n   className: String, methodName: String,\n   dpe: DiagramPresentationElement,\n   invokeTriggerView: PresentationElement,\n   invokeTriggerElement: Element,\n   selection: Iterable[PresentationElement])\n  (implicit umlUtil: MagicDrawUMLUtil)\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    import umlUtil._\n\n    val otiV = OTIMagicDrawValidation(p)\n\n    val dsPlugin = DynamicScriptsPlugin.getInstance\n    val actions = dsPlugin.getRelevantMetaclassActions(\n    invokeTriggerElement.mofMetaclassName, {\n      case d: DiagramContextMenuAction =>\n        d.className.jname == className && d.methodName.sname == methodName\n      case _ =>\n        false\n    })\n\n    if (actions.size != 1) {\n      for {\n        vInfo <-\n        otiV.constructValidationInfo(\n          otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n          Some(\"Check the instance specification details\"),\n          Nil)\n        validation =\n        otiV.makeMDIllegalArgumentExceptionValidation(\n          s\"*** Ambiguous invocation; there are ${actions.size} relevant dynamic script actions matching the class\/method name criteria ***\",\n          Map(invocation -> List(vInfo)))\n        result <-\n        otiV.toTryOptionMagicDrawValidationDataResults(p, \"invokeDiagramContextMenuActionForSelection\", validation)\n      } yield result\n    }\n    else {\n      val scripts = actions.head._2\n      if (scripts.size != 1) {\n        for {\n          vInfo <-\n          otiV.constructValidationInfo(\n            otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n            Some(\"Check the instance specification details\"),\n            Nil)\n          validation =\n          otiV.makeMDIllegalArgumentExceptionValidation(\n            s\"*** Ambiguous invocation; there are ${actions.size} relevant dynamic script actions matching the class\/method name criteria ***\",\n            Map(invocation -> List(vInfo)))\n          result <-\n          otiV.toTryOptionMagicDrawValidationDataResults(p, \"invokeDiagramContextMenuActionForSelection\", validation)\n        } yield result\n      }\n      else scripts.head match {\n        case d: DiagramContextMenuAction =>\n          System.out.println(s\"invokeTriggerView: $invokeTriggerView\")\n          System.out.println(s\"invokeTriggerElement: $invokeTriggerElement\")\n          System.out.println(s\"selection: ${selection.size}\")\n          selection.foreach { s =>\n            System.out.println(s\"- selected: $s\")\n          }\n          val action = DynamicDiagramContextMenuActionForTriggerAndSelection(\n            p, dpe,\n            invokeTriggerView, invokeTriggerElement, selection,\n            d, null, null)\n          val sm = SessionManager.getInstance\n          if (sm.isSessionCreated(p))\n            sm.closeSession(p)\n\n          action.actionPerformed(ev)\n          Success(None)\n\n        case d: DynamicActionScript =>\n          for {\n            vInfo <-\n            otiV.constructValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n              Some(\"Check the instance specification details\"),\n              Nil)\n            validation = otiV.makeMDIllegalArgumentExceptionValidation(\n              s\"*** Invocation error: expected a DiagramContextMenuAction, got: ${d.prettyPrint(\"  \")}\",\n              Map(invocation -> List(vInfo)))\n            result <-\n            otiV.toTryOptionMagicDrawValidationDataResults(p, \"invokeDiagramContextMenuActionForSelection\", validation)\n          } yield result\n      }\n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/playEnumeration.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport scala.util.Success\nimport scala.util.Try\n\nimport com.nomagic.magicdraw.actions.ActionsProvider\nimport com.nomagic.magicdraw.core.Application\nimport com.nomagic.magicdraw.core.Project\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes.MainToolbarMenuAction\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\n\nimport scala.util.{Success, Try}\nimport scala.{Option,None,StringContext}\n\nobject playEnumeration {\n\n  def doit( p: Project, ev: ActionEvent, script: MainToolbarMenuAction ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val ap = ActionsProvider.getInstance\n    val guiLog = a.getGUILog()\n    guiLog.clearLog()\n\n    \n    guiLog.log( s\"Done project id=${p.getID}, primary id = ${p.getPrimaryProjectID}\" )\n    Success( None )\n  }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ComputedDerivedWidgetHelper.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/ComputedDerivedWidgetHelper.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.lang.{IllegalArgumentException,System}\nimport org.omg.oti.uml.xmi.IDGenerator\n\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.nodes._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.tables._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\n\nimport org.omg.oti.json.common.OTIPrimitiveTypes._\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read._\n\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\nimport scala.{Option,None,Some,StringContext}\nimport scala.Predef.{require,ArrowAssoc,String}\n\nimport scala.reflect.ClassTag\nimport scalaz._\n\nobject ComputedDerivedWidgetHelper {\n\n  def makeComputedDerivedTreeForPackageNameMetaclass\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget )\n  : DynamicScriptsTypes.ComputedDerivedTree =\n    DynamicScriptsTypes.ComputedDerivedTree(\n      derived.name, derived.icon, derived.context, derived.access,\n      derived.className, derived.methodName, derived.refresh,\n      columnValueTypes = Some( Seq(\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"context\" ),\n          typeName = DynamicScriptsTypes.HName( \"context\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"EMF eContainingFeature\" ),\n          typeName = DynamicScriptsTypes.HName( \"EMF eContainingFeature\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"OTI containing meta-property\" ),\n          typeName = DynamicScriptsTypes.HName( \"OTI containing meta-property\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"name\" ),\n          typeName = DynamicScriptsTypes.HName( \"name\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"metaclass\" ),\n          typeName = DynamicScriptsTypes.HName( \"metaclass\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ) ) ) )\n\n  def createRowForElement\n  ( e: UMLElement[MagicDrawUML] )\n  ( implicit umlUtil: MagicDrawUMLUtil, idg: IDGenerator[MagicDrawUML] )\n  : Map[String, AbstractTreeNodeInfo] = {\n    import umlUtil._\n    Map(\n      \"context\" -> ( e.owner match {\n        case None => LabelNodeInfo( \"<none>\" )\n        case Some( o ) => o match {\n          case parent: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo( parent.qualifiedName.get, umlMagicDrawUMLElement(parent).getMagicDrawElement )\n          case parent                       =>\n            toToolSpecificIDReferenceNodeInfo(parent)\n        }\n      } ),\n      \"EMF eContainingFeature\" -> {\n        Option.apply(umlUtil.umlMagicDrawUMLElement(e).getMagicDrawElement.eContainingFeature) match {\n          case None => LabelNodeInfo(\"<none>\")\n          case Some(f) => LabelNodeInfo(f.getName)\n        }\n      },\n      \"OTI containing meta-property\" -> {\n        val meval = e.getContainingMetaPropertyEvaluator.getOrElse(None)\n        meval match {\n          case None => LabelNodeInfo(\"<none>\")\n          case Some(mp) => LabelNodeInfo(mp.propertyName)\n        }\n      },\n      \"name\" ->\n        ( e match {\n          case ne: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo(\n              ( ne, ne.name ) match {\n                case ( l: UMLLiteralBoolean[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralInteger[Uml], _ )          => l.value.toString\n                case ( l: UMLLiteralReal[Uml], _ )             => l.value.toString\n                case ( l: UMLLiteralString[Uml], _ )           => l.value.toString\n                case ( l: UMLLiteralUnlimitedNatural[Uml], _ ) => l.value.toString\n                case ( v: UMLInstanceValue[Uml], _ ) => v.instance match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( v: MagicDrawUMLElementValue, _ ) => v.element match {\n                  case None      => \"<unbound element>\"\n                  case Some( e ) => s\"=> ${e.mofMetaclassName}: ${e.toolSpecific_id}\"\n                }\n                case ( _, Some( name ) ) => name\n                case ( _, _ )            => TOOL_SPECIFIC_ID.unwrap(ne.toolSpecific_id)\n              },\n              umlMagicDrawUMLElement(e).getMagicDrawElement )\n          case e: UMLElement[Uml] =>\n            toToolSpecificIDReferenceNodeInfo(e)\n        } ),\n      \"metaclass\" -> LabelNodeInfo( e.xmiType.head ) )\n  }\n\n  def createGroupTableUIPanelForElements[U <: UMLElement[MagicDrawUML]]\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    pes: Iterable[U] )\n  ( implicit util: MagicDrawUMLUtil, idg: IDGenerator[MagicDrawUML] )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] = {\n\n    val rows: Seq[Map[String, AbstractTreeNodeInfo]] = pes.map ( createRowForElement ).to[Seq]\n    System.out.println(s\"* ${rows.size} rows\")\n    System.out.println(rows.map(_.toString).mkString(\"\\n *\",\"\\n *\",\"\\n\"))\n\n    val ui = GroupTableNodeUI(\n      makeComputedDerivedTreeForPackageNameMetaclass( derived ),\n      rows,\n      Seq( \"context\", \"EMF eContainingFeature\", \"OTI containing meta-property\", \"name\", \"metaclass\" ) )\n    \/\/ui._table.addMouseListener( DoubleClickMouseListener.createAbstractTreeNodeInfoDoubleClickMouseListener( ui._table ) )\n    HyperlinkTableCellValueEditorRenderer.addRenderer4AbstractTreeNodeInfo( ui._table )\n\n    val validationAnnotations = rows flatMap\n      ( _.values ) flatMap\n      AbstractTreeNodeInfo.collectAnnotationsRecursively\n\n    Success( ( ui.panel, validationAnnotations ) )\n  }\n\n  def elementOperationWidget[U <: UMLElement[MagicDrawUML], V <: UMLElement[MagicDrawUML]]\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    mdE: MagicDrawUML#Element,\n    f: U => Iterable[V],\n    util: MagicDrawUMLUtil )\n  ( implicit uTag: ClassTag[U], idg: IDGenerator[MagicDrawUML] )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] = {\n      val e = util.umlElement( mdE )\n      val uClass = uTag.runtimeClass\n      require (uClass != null)\n      if ( uClass.isInstance( e ) )\n        createGroupTableUIPanelForElements[V]( derived, f( e.asInstanceOf[U] ) )( util, idg )\n      else\n        Failure( new IllegalArgumentException(s\"${mdE.getHumanType}: ${mdE.getID} is not a kind of ${uClass.getName}\"))\n  }\n\n  def makeComputedDerivedTreeForProperty\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget )\n  : DynamicScriptsTypes.ComputedDerivedTree =\n    DynamicScriptsTypes.ComputedDerivedTree(\n      derived.name, derived.icon, derived.context, derived.access,\n      derived.className, derived.methodName, derived.refresh,\n      columnValueTypes = Some( Seq(\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"context\" ),\n          typeName = DynamicScriptsTypes.HName( \"context\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"EMF eContainingFeature\" ),\n          typeName = DynamicScriptsTypes.HName( \"EMF eContainingFeature\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"OTI containing meta-property\" ),\n          typeName = DynamicScriptsTypes.HName( \"OTI containing meta-property\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"name\" ),\n          typeName = DynamicScriptsTypes.HName( \"name\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"metaclass\" ),\n          typeName = DynamicScriptsTypes.HName( \"metaclass\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"aggregation\" ),\n          typeName = DynamicScriptsTypes.HName( \"aggregation\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"type\" ),\n          typeName = DynamicScriptsTypes.HName( \"type\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"multiplicity\" ),\n          typeName = DynamicScriptsTypes.HName( \"multiplicity\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ),\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"isLogicallyNavigable\" ),\n          typeName = DynamicScriptsTypes.HName( \"isLogicallyNavigable\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() ) ,\n        DynamicScriptsTypes.DerivedFeatureValueType(\n          key = DynamicScriptsTypes.SName( \"isSemanticallyNavigable\" ),\n          typeName = DynamicScriptsTypes.HName( \"isSemanticallyNavigable\" ),\n          typeInfo = DynamicScriptsTypes.StringTypeDesignation() )  ) ) )\n\n  def createRowForProperty\n  ( e: UMLProperty[MagicDrawUML] )\n  ( implicit umlUtil: MagicDrawUMLUtil, idg: IDGenerator[MagicDrawUML] )\n  : Map[String, AbstractTreeNodeInfo] = {\n    import umlUtil._\n    Map(\n      \"context\" -> ( e.owner match {\n        case None => LabelNodeInfo( \"<none>\" )\n        case Some( o ) => o match {\n          case parent: UMLNamedElement[Uml] =>\n            ReferenceNodeInfo( parent.qualifiedName.get, umlMagicDrawUMLElement(parent).getMagicDrawElement )\n          case parent                       =>\n            toToolSpecificIDReferenceNodeInfo(parent)\n        }\n      } ),\n      \"EMF eContainingFeature\" -> {\n        Option.apply(umlUtil.umlMagicDrawUMLElement(e).getMagicDrawElement.eContainingFeature) match {\n          case None => LabelNodeInfo(\"<none>\")\n          case Some(f) => LabelNodeInfo(f.getName)\n        }\n      },\n      \"OTI containing meta-property\" -> {\n        val meval = e.getContainingMetaPropertyEvaluator.getOrElse(None)\n        meval match {\n          case None => LabelNodeInfo(\"<none>\")\n          case Some(mp) => LabelNodeInfo(mp.propertyName)\n        }\n      },\n      \"name\" ->\n        (e.name match {\n          case Some( name ) => LabelNodeInfo(name)\n          case None           => ReferenceNodeInfo(TOOL_SPECIFIC_ID.unwrap(e.toolSpecific_id), umlMagicDrawUMLElement(e).getMagicDrawElement)\n        }),\n      \"metaclass\" -> LabelNodeInfo( e.xmiType.head ),\n      \"aggregation\" -> ( e.aggregation match {\n        case None => LabelNodeInfo(\"<none>\")\n        case Some(a) => LabelNodeInfo(a.toString)\n      }),\n      \"type\" -> ( e._type match {\n        case None => LabelNodeInfo(\"<none>\")\n        case Some(et) => ReferenceNodeInfo(\n          et.name.head,\n          umlUtil.umlMagicDrawUMLElement(et).getMagicDrawElement )\n      }),\n      \"multiplicity\" -> {\n        val l = e.lower\n        val u = e.upper\n        if (u.intValue() == -1)\n          LabelNodeInfo(s\"[$l..*]\")\n        else\n          LabelNodeInfo(s\"[$l..$u]\")\n      },\n      \"isLogicallyNavigable\" -> LabelNodeInfo( e.isLogicallyNavigable.toString ),\n      \"isSemanticallyNavigable\" -> LabelNodeInfo( e.isSemanticallyNavigable.toString )\n    )\n  }\n\n  def createGroupTableUIPanelForProperties[U <: UMLProperty[MagicDrawUML]]\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    pes: Iterable[U] )\n  ( implicit util: MagicDrawUMLUtil, idg: IDGenerator[MagicDrawUML] )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] = {\n\n    val rows: Seq[Map[String, AbstractTreeNodeInfo]] = pes.map ( createRowForProperty ).to[Seq]\n    System.out.println(s\"* ${rows.size} rows\")\n    System.out.println(rows.map(_.toString).mkString(\"\\n *\",\"\\n *\",\"\\n\"))\n\n    val ui = GroupTableNodeUI(\n      makeComputedDerivedTreeForProperty( derived ),\n      rows,\n      Seq(\n        \"context\", \"EMF eContainingFeature\", \"OTI containing meta-property\", \"name\",\n        \"metaclass\", \"aggregation\", \"type\", \"multiplicity\", \"isLogicallyNavigable\", \"isSemanticallyNavigable\" ) )\n    \/\/ui._table.addMouseListener( DoubleClickMouseListener.createAbstractTreeNodeInfoDoubleClickMouseListener( ui._table ) )\n    HyperlinkTableCellValueEditorRenderer.addRenderer4AbstractTreeNodeInfo( ui._table )\n\n    val validationAnnotations = rows flatMap\n      ( _.values ) flatMap\n      AbstractTreeNodeInfo.collectAnnotationsRecursively\n\n    Success( ( ui.panel, validationAnnotations ) )\n  }\n\n  def propertyOperationWidget[U <: UMLElement[MagicDrawUML], V <: UMLProperty[MagicDrawUML]]\n  ( derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    mdE: MagicDrawUML#Element,\n    f: U => Iterable[V],\n    util: MagicDrawUMLUtil )\n  ( implicit uTag: ClassTag[U], idg: IDGenerator[MagicDrawUML] )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )] = {\n    val e = util.umlElement( mdE )\n    val uClass = uTag.runtimeClass\n    require (uClass != null)\n    if ( uClass.isInstance( e ) )\n      createGroupTableUIPanelForProperties[V]( derived, f( e.asInstanceOf[U] ) )( util, idg )\n    else\n      Failure( new IllegalArgumentException(s\"${mdE.getHumanType}: ${mdE.getID} is not a kind of ${uClass.getName}\"))\n  }\n\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPackageForImportsOfNestedPackages.scala","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPackageForImportsOfNestedPackages.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions.AddMissingImportFromParentPackage\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\nimport org.omg.oti.uml.read.api._\n\nimport scala.Predef.ArrowAssoc\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.Try\nimport scala.{Option,Some,StringContext}\n\n\/**\n * @author Nicolas.F.Rouquette<EMAIL>\n *\/\nobject checkPackageForImportsOfNestedPackages {\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    implicit val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedPackages = selection.toSet selectByKindOf { case pv: PackageView =>\n      umlPackage( SymbolHelper.getPackageOfView(pv).get ) }\n    checkPackageForImportsOfNestedPackages( p, selectedPackages )\n  }\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n    guiLog.clearLog()\n\n    implicit val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedPackages = selection.toSet selectByKindOf { case pv: PackageView =>\n      umlPackage(SymbolHelper.getPackageOfView(pv).get)\n    }\n    checkPackageForImportsOfNestedPackages( p, selectedPackages )\n  }\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    implicit val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedPackages = selection.toSet selectByKindOf { case pkg: Package => umlPackage( pkg ) }\n    checkPackageForImportsOfNestedPackages( p, selectedPackages )\n  }\n\n  def checkPackageForImportsOfNestedPackages\n  ( p: Project,\n    pkgs: Iterable[UMLPackage[MagicDrawUML]] )\n  ( implicit umlUtil: MagicDrawUMLUtil )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    import umlUtil._\n\n    val otiV = OTIMagicDrawValidation(p)\n\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    guiLog.log( s\"Checking ${pkgs.size} package(s)...\" )\n\n    val elementMessages = for {\n      pkg <- pkgs ++ pkgs.flatMap( _.allNestedPackages )\n      missingImport <- pkg.nonImportedNestedPackages\n      vInfo = otiV.constructValidationInfo(\n        otiV.MD_OTI_ValidationConstraint_UnresolvedCrossReference,\n        Some(s\"Add import from parent package, ${pkg.name.get}\"),\n        List( AddMissingImportFromParentPackage() )).get\n    } yield\n      umlMagicDrawUMLPackage(missingImport).getMagicDrawPackage -> List(vInfo)\n\n    otiV.toTryOptionMagicDrawValidationDataResults(\n      p,\n      \"checkPackageForImportsOfNestedPackages\" ,\n      otiV.makeMDIllegalArgumentExceptionValidation(\n        \"Validate for missing imports of nested packages\",\n        elementMessages.toMap))\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"build.sbt","text":"<reponame>TIWG\/imce.oti.uml.magicdraw.dynamicscripts\nimport java.io.File\nimport java.nio.file.Files\nimport sbt.Keys._\nimport sbt._\n\nimport scala.collection.JavaConversions._\n\nimport gov.nasa.jpl.imce.sbt._\nimport gov.nasa.jpl.imce.sbt.ProjectHelper._\n\nupdateOptions := updateOptions.value.withCachedResolution(true)\n\nshellPrompt in ThisBuild := { state => Project.extract(state).currentRef.project + \"> \" }\n\nlazy val mdInstallDirectory = SettingKey[File](\"md-install-directory\", \"MagicDraw Installation Directory\")\n\nmdInstallDirectory in Global :=\n  baseDirectory.value \/ \"target\" \/ \"md.package\"\n\nresolvers := {\n  val previous = resolvers.value\n  if (git.gitUncommittedChanges.value)\n    Seq[Resolver](Resolver.mavenLocal) ++ previous\n  else\n    previous\n}\n\n\/\/ @see https:\/\/github.com\/jrudolph\/sbt-dependency-graph\/issues\/113\ndef zipFileSelector\n( a: Artifact, f: File)\n: Boolean\n= a.`type` == \"zip\" || a.extension == \"zip\"\n\ndef pluginFileSelector\n( a: Artifact, f: File)\n: Boolean\n= (a.`type` == \"zip\" || a.`type` == \"resource\") &&\n  a.extension == \"zip\" &&\n  a.name.endsWith(\"plugin_2.11\")\n\ndef dsFileSelector\n( a: Artifact, f: File)\n: Boolean\n= (a.`type` == \"zip\" || a.`type` == \"resource\") &&\n  a.extension == \"zip\" &&\n  ! a.name.startsWith(\"imce.third_party.\") &&\n  ! a.name.endsWith(\"plugin_2.11\") &&\n  ! a.classifier.getOrElse(\"\").startsWith(\"part\")\n\n\/\/ @see https:\/\/github.com\/jrudolph\/sbt-dependency-graph\/issues\/113\ndef fromConfigurationReport\n(report: ConfigurationReport,\n rootInfo: sbt.ModuleID,\n selector: (Artifact, File) => Boolean)\n: net.virtualvoid.sbt.graph.ModuleGraph = {\n  implicit def id(sbtId: sbt.ModuleID): net.virtualvoid.sbt.graph.ModuleId\n  = net.virtualvoid.sbt.graph.ModuleId(sbtId.organization, sbtId.name, sbtId.revision)\n\n  def moduleEdges(orgArt: OrganizationArtifactReport)\n  : Seq[(net.virtualvoid.sbt.graph.Module, Seq[net.virtualvoid.sbt.graph.Edge])]\n  = {\n    val chosenVersion = orgArt.modules.find(!_.evicted).map(_.module.revision)\n    orgArt.modules.map(moduleEdge(chosenVersion))\n  }\n\n  def moduleEdge(chosenVersion: Option[String])(report: ModuleReport)\n  : (net.virtualvoid.sbt.graph.Module, Seq[net.virtualvoid.sbt.graph.Edge]) = {\n    val evictedByVersion = if (report.evicted) chosenVersion else None\n\n    val jarFile = report.artifacts.find(selector.tupled).map(_._2)\n    (net.virtualvoid.sbt.graph.Module(\n      id = report.module,\n      license = report.licenses.headOption.map(_._1),\n      evictedByVersion = evictedByVersion,\n      jarFile = jarFile,\n      error = report.problem),\n      report.callers.map(caller \u21d2 net.virtualvoid.sbt.graph.Edge(caller.caller, report.module)))\n  }\n\n  val (nodes, edges) = report.details.flatMap(moduleEdges).unzip\n  val root = net.virtualvoid.sbt.graph.Module(rootInfo)\n\n  net.virtualvoid.sbt.graph.ModuleGraph(root +: nodes, edges.flatten)\n}\n\nlazy val core = Project(\"imce-oti-uml-magicdraw-dynamicscripts\", file(\".\"))\n  .enablePlugins(IMCEGitPlugin)\n  .enablePlugins(IMCEReleasePlugin)\n  .settings(dynamicScriptsResourceSettings(\"imce.oti.uml.magicdraw.dynamicscripts\"))\n  .settings(IMCEPlugin.strictScalacFatalWarningsSettings)\n  .settings(IMCEReleasePlugin.packageReleaseProcessSettings)\n  .settings(\n    IMCEKeys.licenseYearOrRange := \"2015-2016\",\n    IMCEKeys.organizationInfo := IMCEPlugin.Organizations.oti,\n    IMCEKeys.targetJDK := IMCEKeys.jdk18.value,\n\n    organization := \"gov.nasa.jpl.imce.oti\",\n    organizationHomepage :=\n      Some(url(\"https:\/\/github.jpl.nasa.gov\/imce\/gov.nasa.jpl.imce.team\")),\n\n    buildInfoPackage := \"imce.oti.uml.magicdraw.dynamicscripts\",\n    buildInfoKeys ++= Seq[BuildInfoKey](BuildInfoKey.action(\"buildDateUTC\") { buildUTCDate.value }),\n\n    mappings in (Compile, packageSrc) ++= {\n      import Path.{flat, relativeTo}\n      val base = (sourceManaged in Compile).value\n      val srcs = (managedSources in Compile).value\n      srcs pair (relativeTo(base) | flat)\n    },\n\n    projectID := {\n      val previous = projectID.value\n      previous.extra(\n        \"build.date.utc\" -> buildUTCDate.value,\n        \"artifact.kind\" -> \"magicdaw.library\")\n    },\n\n    git.baseVersion := Versions.version,\n\n    resourceDirectory in Compile := baseDirectory.value \/ \"resources\",\n\n    unmanagedClasspath in Compile ++= (unmanagedJars in Compile).value,\n\n    resolvers += Resolver.bintrayRepo(\"jpl-imce\", \"gov.nasa.jpl.imce\"),\n    resolvers += Resolver.bintrayRepo(\"tiwg\", \"org.omg.tiwg\"),\n\n    resolvers += \"Artima Maven Repository\" at \"http:\/\/repo.artima.com\/releases\",\n    scalacOptions in (Compile, compile) += s\"-P:artima-supersafe:config-file:${baseDirectory.value}\/project\/supersafe.cfg\",\n    scalacOptions in (Test, compile) += s\"-P:artima-supersafe:config-file:${baseDirectory.value}\/project\/supersafe.cfg\",\n    scalacOptions in (Compile, doc) += \"-Xplugin-disable:artima-supersafe\",\n    scalacOptions in (Test, doc) += \"-Xplugin-disable:artima-supersafe\"\n  )\n  .dependsOnSourceProjectOrLibraryArtifacts(\n    \"oti-uml-magicdraw-adapter\",\n    \"org.omg.oti.uml.magicdraw.adapter\",\n    Seq(\n      \"org.omg.tiwg\" %% \"org.omg.oti.uml.magicdraw.adapter\"\n        % Versions_oti_uml_magicdraw_adapter.version % \"compile\"\n        withSources() withJavadoc() artifacts\n        Artifact(\"org.omg.oti.uml.magicdraw.adapter\", \"zip\", \"zip\", \"resource\")\n    )\n  )\n  .settings(\n\n    extractArchives := {\n      val base = baseDirectory.value\n      val s = streams.value\n      val up = update.value\n      val mdInstallDir = (mdInstallDirectory in ThisBuild).value\n      val showDownloadProgress = true\n      if (!mdInstallDir.exists) {\n\n        val crossV = CrossVersion(scalaVersion.value, scalaBinaryVersion.value)(projectID.value)\n        val compileDepGraph =\n          net.virtualvoid.sbt.graph.DependencyGraphKeys.ignoreMissingUpdate.value.configuration(\"compile\").get\n\n        MagicDrawDownloader.fetchMagicDraw(\n          s.log, showDownloadProgress,\n          up,\n          credentials.value,\n          mdInstallDir, base \/ \"target\" \/ \"no_install.zip\")\n\n        val pluginParts = (for {\n          cReport <- up.configurations\n          if cReport.configuration == \"compile\"\n          mReport <- cReport.modules\n          (artifact, archive) <- mReport.artifacts\n          if artifact.name.startsWith(\"imce.dynamic_scripts.magicdraw.plugin\")\n          if artifact.classifier.getOrElse(\"\").startsWith(\"part\")\n        } yield archive).sorted\n\n        {\n          s.log.warn(s\"Extracting Plugin from ${pluginParts.size} parts:\")\n          pluginParts.foreach { p => s.log.warn(p.getAbsolutePath) }\n\n          val merged = File.createTempFile(\"plugin_merged\", \".zip\")\n          println(s\"merged: ${merged.getAbsolutePath}\")\n\n          val zip = File.createTempFile(\"plugin_resource\", \".zip\")\n          println(s\"zip: ${zip.getAbsolutePath}\")\n\n          val script = File.createTempFile(\"unzip_plugin\", \".sh\")\n          println(s\"script: ${script.getAbsolutePath}\")\n\n          val out = new java.io.PrintWriter(new java.io.FileOutputStream(script))\n          out.println(\"#!\/bin\/bash\")\n          out.println(pluginParts.map(_.getAbsolutePath).mkString(\"cat \", \" \", s\" > ${merged.getAbsolutePath}\"))\n          out.println(s\"zip -FF ${merged.getAbsolutePath} --out ${zip.getAbsolutePath}\")\n          out.println(s\"unzip -q ${zip.getAbsolutePath} -d ${mdInstallDir.getAbsolutePath}\")\n          out.close()\n\n          val result = sbt.Process(command = \"\/bin\/bash\", arguments = Seq[String](script.getAbsolutePath)).!\n          require(0 <= result && result <= 2, s\"Failed to execute script (exit=$result): ${script.getAbsolutePath}\")\n          s.log.warn(s\"Extracted.\")\n\n        }\n\n        \/\/ @see https:\/\/github.com\/jrudolph\/sbt-dependency-graph\/issues\/113\n        val g3 = fromConfigurationReport(compileDepGraph, crossV, dsFileSelector)\n\n        for {\n          module <- g3.nodes\n          if module.id.organisation != \"gov.nasa.jpl.cae.magicdraw.packages\"\n          archive <- module.jarFile\n          extractFolder = mdInstallDir \/ \"dynamicScripts\"\n          _ = IO.createDirectory(extractFolder)\n          _ = s.log.warn(s\"*** Extracting DynamicScripts: $archive\")\n          _ = s.log.warn(s\"*** Extract to: $extractFolder\")\n          files = IO.unzip(archive, extractFolder)\n          _ = require(files.nonEmpty)\n          _ = s.log.warn(s\"*** Extracted ${files.size} files\")\n        } yield ()\n\n      } else\n        s.log.warn(\n          s\"=> use existing md.install.dir=$mdInstallDir\")\n    },\n\n    unmanagedJars in Compile := {\n      val prev = (unmanagedJars in Compile).value\n      val base = baseDirectory.value\n      val s = streams.value\n      val _ = extractArchives.value\n\n      val mdInstallDir = base \/ \"target\" \/ \"md.package\"\n\n      val allJars = (mdInstallDir ** \"*.jar\").get.map(Attributed.blank)\n      s.log.warn(s\"=> Adding ${allJars.size} unmanaged jars\")\n\n      allJars\n    }\n  )\n\ndef dynamicScriptsResourceSettings(projectName: String): Seq[Setting[_]] = {\n\n  import com.typesafe.sbt.packager.universal.UniversalPlugin.autoImport._\n\n  def addIfExists(f: File, name: String): Seq[(File, String)] =\n    if (!f.exists) Seq()\n    else Seq((f, name))\n\n  val QUALIFIED_NAME = \"^[a-zA-Z][\\\\w_]*(\\\\.[a-zA-Z][\\\\w_]*)*$\".r\n\n  Seq(\n    \/\/ the '*-resource.zip' archive will start from: 'dynamicScripts'\n    com.typesafe.sbt.packager.Keys.topLevelDirectory in Universal := None,\n\n    \/\/ name the '*-resource.zip' in the same way as other artifacts\n    com.typesafe.sbt.packager.Keys.packageName in Universal :=\n      normalizedName.value + \"_\" + scalaBinaryVersion.value + \"-\" + version.value + \"-resource\",\n\n    \/\/ contents of the '*-resource.zip' to be produced by 'universal:packageBin'\n     mappings in Universal in packageBin ++= {\n       val dir = baseDirectory.value\n       val bin = (packageBin in Compile).value\n       val src = (packageSrc in Compile).value\n       val doc = (packageDoc in Compile).value\n       val binT = (packageBin in Test).value\n       val srcT = (packageSrc in Test).value\n       val docT = (packageDoc in Test).value\n\n       (dir * \".classpath\").pair(rebase(dir, projectName)) ++\n       (dir * \"*.md\").pair(rebase(dir, projectName)) ++\n       (dir \/ \"resources\" ***).pair(rebase(dir, projectName)) ++\n       addIfExists(bin, projectName + \"\/lib\/\" + bin.name) ++\n       addIfExists(binT, projectName + \"\/lib\/\" + binT.name) ++\n       addIfExists(src, projectName + \"\/lib.sources\/\" + src.name) ++\n       addIfExists(srcT, projectName + \"\/lib.sources\/\" + srcT.name) ++\n       addIfExists(doc, projectName + \"\/lib.javadoc\/\" + doc.name) ++\n       addIfExists(docT, projectName + \"\/lib.javadoc\/\" + docT.name)\n     },\n\n    artifacts += {\n      val n = (name in Universal).value\n      Artifact(n, \"zip\", \"zip\", Some(\"resource\"), Seq(), None, Map())\n    },\n    packagedArtifacts += {\n      val p = (packageBin in Universal).value\n      val n = (name in Universal).value\n      Artifact(n, \"zip\", \"zip\", Some(\"resource\"), Seq(), None, Map()) -> p\n    }\n  )\n}\n"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/tiwg\/JsonExportAsOTIDocumentSetConfiguration.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.tiwg\n\nimport java.awt.event.ActionEvent\nimport java.lang.System\nimport java.util.concurrent.TimeUnit\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDUML._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\nimport play.api.libs.json._\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper.{MagicDrawOTIDocumentSetAdapterForProfileProvider, MagicDrawOTIHelper, MagicDrawOTIProfileAdapter}\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.json.common._\nimport org.omg.oti.json.extent.{OTIDocumentExtent, OTIDocumentLocation}\nimport org.omg.oti.json.uml.serialization.OTIJsonSerializationHelper\nimport org.omg.oti.uml._\nimport org.omg.oti.uml.read.api.{UMLElement, UMLPackage}\nimport org.omg.oti.uml.xmi.Document\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.{Int, Long, Option, StringContext, Unit}\nimport scala.Predef.{String, augmentString}\nimport scala.util.Try\nimport scalaz._\nimport Scalaz._\n\/**\n  * Created by rouquett on 4\/13\/16.\n  *\/\nobject JsonExportAsOTIDocumentSetConfiguration {\n\n  def doit\n  (p: Project,\n   ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Profile,\n   selection: java.util.Collection[PresentationElement])\n  : Try[Option[MagicDrawValidationDataResults]]\n  = doit(p, ev, script, dpe, triggerView, triggerElement, selection)\n\n  def doit\n  (p: Project,\n   ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Package,\n   selection: java.util.Collection[PresentationElement])\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedSpecificationRootPackages\n      : Set[UMLPackage[Uml]]\n      = selection\n        .toSet\n        .selectByKindOf {\n          case pv: PackageView =>\n            umlPackage(getPackageOfView(pv).get)\n        }\n\n      val otiV = OTIMagicDrawValidation(p)\n\n      doit2(p, otiV, oa, selectedSpecificationRootPackages)\n    })\n\n  def doit2\n  (p: Project,\n   otiV: OTIMagicDrawValidation,\n   oa: MagicDrawOTIProfileAdapter,\n   selectedSpecificationRootPackages: Set[UMLPackage[MagicDrawUML]])\n  : Try[Option[MagicDrawValidationDataResults]]\n  = {\n\n    implicit val umlOps = oa.umlOps\n\n\n    val emptyConfig\n    : Set[java.lang.Throwable] \\&\/ OTIDocumentSetConfiguration\n    = OTIDocumentSetConfiguration.empty.that\n\n    val t0: Long = java.lang.System.currentTimeMillis()\n\n    val result = for {\n      odsa <- MagicDrawOTIHelper.getOTIMagicDrawProfileDocumentSetAdapter(\n        oa,\n        selectedSpecificationRootPackages,\n        MagicDrawOTIHelper.defaultExtentOfPkg)\n\n      t1 = java.lang.System.currentTimeMillis()\n      _ = {\n        System.out.println(\n          s\"JsonExportAsOTIDocumentSetConfiguration.getOTIMagicDrawProfileDocumentSetAdapter \" +\n            s\"in ${prettyFiniteDuration(t1 - t0, TimeUnit.MILLISECONDS)}\")\n      }\n\n      config <- (emptyConfig \/: selectedSpecificationRootPackages) {\n        addSpecificationRootPackage(odsa)\n      }\n      t2 = java.lang.System.currentTimeMillis()\n      _ = {\n        System.out.println(\n          s\"JsonExportAsOTIDocumentSetConfiguration.addSpecificationRootPackages \" +\n            s\"in ${prettyFiniteDuration(t2 - t1, TimeUnit.MILLISECONDS)}\")\n      }\n    } yield\n      \/\/doit3(p, odsa, config, selectedSpecificationRootPackages, toSeqDocumentExtent(odsa))\n      doit3(p, odsa, config, selectedSpecificationRootPackages, toParDocumentExtent(odsa, 4))\n\n    otiV.errorSet2TryOptionMDValidationDataResults(p, \"*** Json Export as OTIDocumentSetConfiguration ***\", result.a)\n\n  }\n\n  def toSeqDocumentExtent\n  (odsa: MagicDrawOTIDocumentSetAdapterForProfileProvider)\n  : Document[MagicDrawUML] => OTIDocumentExtent\n  = {\n    val jHelper = OTIJsonSerializationHelper(odsa)\n    implicit val ops = odsa.otiAdapter.umlOps\n\n    (d: Document[MagicDrawUML]) =>\n      d\n        .extent\n        .aggregate(\n          OTIDocumentExtent(\n            documentLocation = OTIDocumentLocation(d.info, d.scope.toolSpecific_id, d.scope.toolSpecific_url))\n        ) (\n          jHelper.addToOTIDocumentExtent,\n          OTIDocumentExtent.merge)\n\n  }\n\n  def toParDocumentExtent\n  (odsa: MagicDrawOTIDocumentSetAdapterForProfileProvider,\n   poolSize: Int)\n  : Document[MagicDrawUML] => OTIDocumentExtent\n  = {\n    val jHelper = OTIJsonSerializationHelper(odsa)\n    implicit val ops = odsa.otiAdapter.umlOps\n\n    (d: Document[MagicDrawUML]) => {\n\n      val pExtent = d.extent match {\n        case ex: Set[UMLElement[MagicDrawUML]] =>\n          ex.par\n        case ex =>\n          ex.toSet.par\n      }\n\n      pExtent.tasksupport =\n        new scala.collection.parallel.ForkJoinTaskSupport(\n          new scala.concurrent.forkjoin.ForkJoinPool(poolSize))\n\n      pExtent.aggregate(\n        OTIDocumentExtent(\n          documentLocation = OTIDocumentLocation(d.info, d.scope.toolSpecific_id, d.scope.toolSpecific_url))\n      )(\n        jHelper.addToOTIDocumentExtent,\n        OTIDocumentExtent.merge)\n    }\n  }\n\n  def doit3\n  (p: Project,\n   odsa: MagicDrawOTIDocumentSetAdapterForProfileProvider,\n   config: OTIDocumentSetConfiguration,\n   selectedSpecificationRootPackages: Set[UMLPackage[MagicDrawUML]],\n   document2extent: Document[MagicDrawUML] => OTIDocumentExtent)\n  : Unit\n  = {\n    implicit val ops = odsa.otiAdapter.umlOps\n\n    val t0: Long = java.lang.System.currentTimeMillis()\n\n    val mdInstallDir = MDUML.getApplicationInstallDir.toPath\n    val jsonOTIDocumentConfigurationURI = mdInstallDir.resolve(s\"dynamicScripts\/MagicDraw-${p.getPrimaryProjectID}.documentSet.json\").toUri\n\n    val jconfig = Json.toJson(config)\n    System.out.println(Json.prettyPrint(jconfig))\n\n\n    val jsonExportZipURI = mdInstallDir.resolve(s\"dynamicScripts\/MagicDraw-${p.getPrimaryProjectID}.zip\").toUri\n\n    \/\/ @see http:\/\/www.oracle.com\/technetwork\/articles\/java\/compress-1565076.html\n    val fos = new java.io.FileOutputStream(new java.io.File(jsonExportZipURI))\n    val bos = new java.io.BufferedOutputStream(fos, 100000)\n    val cos = new java.util.zip.CheckedOutputStream(bos, new java.util.zip.Adler32())\n    val zos = new java.util.zip.ZipOutputStream(new java.io.BufferedOutputStream(cos))\n\n    zos.setMethod(java.util.zip.ZipOutputStream.DEFLATED)\n\n    var size: Int = 0\n    var nb: Int = 0\n    odsa.ds.allDocuments.foreach { d =>\n      val pkg = d.scope\n      if (selectedSpecificationRootPackages.contains(pkg)) {\n        nb = nb + 1\n        size = size + d.extent.size\n        val e0: Long = java.lang.System.currentTimeMillis()\n\n        val dN = document2extent(d)\n\n        val e1: Long = java.lang.System.currentTimeMillis()\n        System.out.println(\n          s\"JsonExportAsOTIDocumentSetConfiguration.extent(${pkg.qualifiedName.get} with ${d.extent.size} elements) \" +\n            s\"in ${prettyFiniteDuration(e1 - e0, TimeUnit.MILLISECONDS)}\")\n\n        val dj = Json.toJson(dN)\n\n        val e2: Long = java.lang.System.currentTimeMillis()\n        System.out.println(\n          s\"JsonExportAsOTIDocumentSetConfiguration.toJson(${pkg.qualifiedName.get} with ${d.extent.size} elements) \" +\n            s\"in ${prettyFiniteDuration(e2 - e1, TimeUnit.MILLISECONDS)}\")\n\n        val dRelativePath: String = Tag.unwrap(d.info.documentURL).stripPrefix(\"http:\/\/\")\n        val entry = new java.util.zip.ZipEntry(dRelativePath)\n        zos.putNextEntry(entry)\n\n        val s = Json.prettyPrint(dj)\n        zos.write(s.getBytes(java.nio.charset.Charset.forName(\"UTF-8\")))\n\n        zos.closeEntry()\n\n        val e3: Long = java.lang.System.currentTimeMillis()\n        System.out.println(\n          s\"JsonExportAsOTIDocumentSetConfiguration.pretty(${pkg.qualifiedName.get} with ${d.extent.size} elements) \" +\n            s\"in ${prettyFiniteDuration(e3 - e2, TimeUnit.MILLISECONDS)}\")\n\n      }\n    }\n\n    zos.close()\n    val tN = java.lang.System.currentTimeMillis()\n    System.out.println(\n      s\"JsonExportAsOTIDocumentSetConfiguration.overall ($nb OTI document packages totalling $size elements) \" +\n        s\"in ${prettyFiniteDuration(tN - t0, TimeUnit.MILLISECONDS)}\")\n\n    System.out.println(s\"zip: $jsonExportZipURI\")\n    ()\n  }\n\n  def addSpecificationRootPackage\n  (odsa: MagicDrawOTIDocumentSetAdapterForProfileProvider)\n  (ri: Set[java.lang.Throwable] \\&\/ OTIDocumentSetConfiguration,\n   p: UMLPackage[MagicDrawUML])\n  : Set[java.lang.Throwable] \\&\/ OTIDocumentSetConfiguration\n  = for {\n    current <- ri\n    pInfo <- odsa.getSpecificationRootCharacteristics(p).toThese\n\n  } yield pInfo.fold[OTIDocumentSetConfiguration](current) { info =>\n    current.copy(\n      documents =\n        current.documents :+ OTIDocumentConfiguration(info, p.toolSpecific_id, p.toolSpecific_url) )\n  }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/overrideIdentity.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/overrideIdentity.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport java.awt.BorderLayout\nimport java.awt.event.ActionEvent\nimport javax.swing.BoxLayout\nimport javax.swing.JLabel\nimport javax.swing.JOptionPane\nimport javax.swing.JPanel\nimport javax.swing.JTextField\n\nimport com.jidesoft.swing.JideBoxLayout\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.MagicDrawProgressStatusRunner\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.task.{ProgressStatus, RunnableWithProgress}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.collection.JavaConversions._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,Some,StringContext,Unit}\nimport scala.Predef.augmentString\n\n\/**\n * @author Nicolas.F.<EMAIL>\n *\/\nobject overrideIdentity {\n\n  def doit(\n    project: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    e: Element,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( project, ev, selection )\n\n  def doit(\n    p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PresentationElement,\n    triggerElement: Element,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] =\n    doit( p, ev, selection flatMap { case v: PresentationElement => Some( v.getElement ) } )\n\n  def doit(\n    p: Project, ev: ActionEvent,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n\/\/    import umlUtil._\n\n\/\/    if (OTI_IDENTITY_S.isEmpty || OTI_IDENTITY_xmiID.isEmpty || OTI_IDENTITY_xmiUUID.isEmpty)\n\/\/      return Success( Some(\n\/\/        MagicDrawValidationDataResults.makeMDIllegalArgumentExceptionValidation(\n\/\/          p, \"*** Missing OTI::Identity stereotype ***\",\n\/\/          Map(p.getModel -> Tuple2(\"*** Missing OTI::Identity stereotype ***\", Nil)),\n\/\/          \"*::MagicDrawOTIValidation\",\n\/\/          \"*::UnresolvedCrossReference\" ).validationDataResults ) )\n\/\/\n\/\/    val otiIdentityS = umlMagicDrawUMLStereotype(OTI_IDENTITY_S.get).getMagicDrawStereotype\n\/\/    val otiIdentityID = OTI_IDENTITY_xmiID.get.name.get\n\/\/    val otiIdentityUUID = OTI_IDENTITY_xmiUUID.get.name.get\n\n    val runnable = new RunnableWithProgress() {\n\n      def run( progressStatus: ProgressStatus ): Unit = {\n\n        progressStatus.setCurrent( 0 )\n        progressStatus.setMax( 0 )\n        progressStatus.setMax( selection.size.toLong )\n        progressStatus.setLocked( true )\n\n        for {\n          e <- selection\n        } {\n          val cpanel = new JPanel()\n          cpanel.setLayout(new JideBoxLayout(cpanel, BoxLayout.Y_AXIS))\n\n          cpanel.add(new JLabel(s\"Override xmi:ID for ${e.getHumanName} : \"), BorderLayout.BEFORE_LINE_BEGINS)\n\n          val idField = new JTextField\n          idField.setText(\"\")\n          idField.setColumns(120)\n          idField.setEditable(true)\n          idField.setFocusable(true)\n          cpanel.add(idField)\n\n          cpanel.add(new JLabel(s\"Override xmi:ID for ${e.getHumanName} : \"), BorderLayout.BEFORE_LINE_BEGINS)\n\n          val uuidField = new JTextField\n          uuidField.setText(\"\")\n          uuidField.setColumns(120)\n          uuidField.setEditable(true)\n          uuidField.setFocusable(true)\n          cpanel.add(uuidField)\n\n          cpanel.updateUI()\n\n          val cstatus = JOptionPane.showConfirmDialog(\n            Application.getInstance.getMainFrame,\n            cpanel,\n            s\"Specify the xmi:ID, xmi:UUID or both for ${e.getHumanName}\",\n            JOptionPane.OK_CANCEL_OPTION)\n\n          val xmiID = augmentString(idField.getText)\n          val xmiUUID = augmentString(uuidField.getText)\n          if (cstatus != JOptionPane.OK_OPTION || xmiID.isEmpty && xmiUUID.isEmpty) {\n            guiLog.log(s\"Skip ${e.getHumanName}\")\n          } else {\n            guiLog.log(s\"Override ${e.getHumanName} xmi:ID? ${xmiID.nonEmpty}, xmi:UUID? ${xmiUUID.nonEmpty}\")\n\/\/            StereotypesHelper.addStereotype(e, otiIdentityS)\n\/\/            if (xmiID.nonEmpty) {\n\/\/              StereotypesHelper.setStereotypePropertyValue(e, otiIdentityS, otiIdentityID, xmiID.repr)\n\/\/              guiLog.log(s\"Override ${e.getHumanName} xmi:ID=${xmiID.repr}\")\n\/\/            }\n\/\/            if (xmiUUID.nonEmpty) {\n\/\/              StereotypesHelper.setStereotypePropertyValue(e, otiIdentityS, otiIdentityUUID, xmiUUID.repr)\n\/\/              guiLog.log(s\"Override ${e.getHumanName} xmi:UUID=${xmiUUID.repr}\")\n\/\/            }\n          }\n\n          progressStatus.increase()\n        }\n\n      }\n    }\n\n    MagicDrawProgressStatusRunner.runWithProgressStatus(\n      runnable,\n      s\"Overriding OTI xmi:ID & xmi:UUID...\",\n      true, 0 )\n\n    Success( None )\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/tiwg\/CreateOTICharacterizationsForSelectedPackages.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/tiwg\/CreateOTICharacterizationsForSelectedPackages.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.tiwg\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport com.nomagic.uml2.ext.jmi.helpers.StereotypesHelper\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation.OTIMagicDrawValidation\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.characteristics.MagicDrawOTICharacteristicsProfileProvider\nimport org.omg.oti.magicdraw.uml.read._\nimport org.omg.oti.uml.UMLError\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scalaz._\nimport Scalaz._\nimport scala.Predef.String\nimport scala.{None, Option, StringContext, Unit}\n\nobject CreateOTICharacterizationsForSelectedPackages {\n\n  def doit\n  (p: Project, ev: ActionEvent,\n   script: DynamicScriptsTypes.DiagramContextMenuAction,\n   dpe: DiagramPresentationElement,\n   triggerView: PackageView,\n   triggerElement: Package,\n   selection: java.util.Collection[PresentationElement])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]]\n  = createOTICharacterizations(\n    p,\n    triggerElement,\n    selection\n      .flatMap { case pv: PackageView => getPackageOfView(pv).map { pkg => (pv, pkg) } }\n      .to[Seq])\n\n  def createOTICharacterizations\n  (p: Project,\n   trigger: Package,\n   selection: Seq[(PackageView, Package)])\n  : scala.util.Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog\n    guiLog.clearLog()\n\n    val otiCharacterizations: Option[Map[UMLPackage[MagicDrawUML], UMLComment[MagicDrawUML]]] = None\n\n    MagicDrawOTIAdapters.initializeWithProfileCharacterizations(p, otiCharacterizations)()\n      .fold[scala.util.Try[Option[MagicDrawValidationDataResults]]](\n      (nels: Set[java.lang.Throwable]) =>\n        scala.util.Failure(nels.head),\n      (oa: MagicDrawOTIProfileAdapter) => {\n\n        val a = Application.getInstance()\n        val guiLog = a.getGUILog\n        guiLog.clearLog()\n\n        implicit val umlOps = oa.umlOps\n        import umlOps._\n\n        val context: UMLPackage[MagicDrawUML] = trigger\n        val toBeCharacterized\n        : Seq[(PackageView, UMLPackage[MagicDrawUML])]\n        = selection\n          .map { case (pv, pkg) => (pv, umlPackage(pkg)) }\n          .sortBy(_._2.qualifiedName.get)\n\n        val message: String = s\"Context: ${context.qualifiedName.get}\"\n        guiLog.log(message)\n\n        val chProv = oa.otiCharacteristicsProvider match {\n          case pchProv: MagicDrawOTICharacteristicsProfileProvider =>\n            pchProv\n          case _ =>\n            return scala.util.Failure(UMLError.umlAdaptationError(\"Need an MD OTICharacteristics Profile Provider\"))\n        }\n\n        val r0\n        : Set[java.lang.Throwable] \\\/ Unit\n        = \\\/-(())\n\n        val rN\n        : Set[java.lang.Throwable] \\\/ Unit\n        = (r0 \/: toBeCharacterized) { case (ri, (pv, pkg)) =>\n\n          val inc\n          : Set[java.lang.Throwable] \\\/ Unit\n          = for {\n            chS <- chProv.OTI_SPECIFICATION_ROOT_CHARACTERIZATION_S\n\n            c <- oa.umlF.createUMLComment\n            _ <- oa.umlU.Element_owningElement_ownedComment_Comment.link(context, c)\n            _ <- oa.umlU.Comment_comment_annotatedElement_Element.link(c, pkg)\n\n            _ = StereotypesHelper.addStereotype(\n              umlMagicDrawUMLComment(c).getMagicDrawComment,\n              umlMagicDrawUMLStereotype(chS).getMagicDrawStereotype)\n\n          } yield ()\n\n          ri +++ inc\n\n        }\n\n        val otiV = OTIMagicDrawValidation(p)\n        otiV.errorSet2TryOptionMDValidationDataResults(p, s\"*** OTI Package Inspector ***\", rN.swap.toOption)\n\n      })\n\n\n  }\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/json\/magicDrawValidation\/ElementAnnotation.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.json.magicDrawValidation\n\nimport play.api.libs.json._\n\nimport org.omg.oti.json.uml.OTIMOFElement\n\nimport scala.Predef.String\nimport scala.Option\n\n\/**\n  * OTI UML Json data structure for a MagicDraw Annotation\n  *\n  * @see com.nomagic.magicdraw.annotation.Annotation\n  * @see com.nomagic.magicdraw.validation.RuleViolationResult\n  *\n  * @param constraint OTI UML Json conversion of the RuleViolationResult.getRule\n  * @param severity OTI UML Json conversion of Annotation.getSeverity\n  * @param kind Annotation.getKind, if any\n  * @param text Annotation.getText, if any\n  *\/\ncase class ElementAnnotation\n( constraint: OTIMOFElement.OTIUMLConstraint,\n  severity: OTIMOFElement.OTIUMLEnumerationLiteral,\n  kind: Option[String],\n  text: Option[String])\n\nobject ElementAnnotation {\n\n  implicit def reads\n  : Reads[ElementAnnotation]\n  = Json.reads[ElementAnnotation]\n\n  implicit def writes\n  : Writes[ElementAnnotation]\n  = Json.writes[ElementAnnotation]\n\n  implicit def formats\n  : Format[ElementAnnotation]\n  = Json.format[ElementAnnotation]\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection.scala<gh_stars>0\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils.MDGUILogHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\nimport org.omg.oti.uml.read.api._\n\nimport scala.Predef.ArrowAssoc\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.language.postfixOps\nimport scala.util.{Success, Try}\nimport scala.{Option,None,StringContext,Unit}\n\/**\n * Select N packages in a diagram\n * Invoke this dynamic script from the context menu of 1 of the packages.\n *\n * @author Nicolas.F.<EMAIL>\n *\/\nobject checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val secondaryPackages = (selection.toSet - triggerView) selectByKindOf { case pv: PackageView =>\n      umlPackage( getPackageOfView(pv).get )\n    }\n    \n    checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection( umlUtil, triggerElement, secondaryPackages )\n    \n    Success( None )\n  }\n      \n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val secondaryPackages = (selection.toSet - triggerView) selectByKindOf { case pv: PackageView =>\n      umlPackage( getPackageOfView(pv).get )\n    }\n\n    checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection( umlUtil, triggerElement, secondaryPackages )\n    \n    Success( None )\n  }\n      \n      \n  def checkPrimaryPackageSelectionDoesNotReferenceMembersOfSecondaryPackageSelection(\n      umlUtil: MagicDrawUMLUtil, \n      primaryPkg: UMLPackage[MagicDrawUML], \n      secondaryPkgs: Iterable[UMLPackage[MagicDrawUML]] ): Unit = {\n    \n    import umlUtil._\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog\n\n    val primaryAccessible = primaryPkg.allVisibleMembersTransitively\n    val primaryAndAppliedProfiles = Set(primaryPkg) ++ primaryPkg.allIndirectlyAppliedProfilesIncludingNestingPackagesTransitively\n    val primaryScope = primaryPkg.allDirectlyImportedPackagesIncludingNestingPackagesTransitively ++ primaryPkg.allImportedPackagesTransitively ++ primaryAndAppliedProfiles\n    \n    val secondaryExceptPrimaryOrImported = secondaryPkgs.toSet -- primaryScope\n    guiLog.log(s\"secondaryExceptPrimaryOrImported: ${secondaryExceptPrimaryOrImported.size}\")\n    secondaryExceptPrimaryOrImported.foreach { p => guiLog.log(s\" - ${p.qualifiedName.get}\") }\n    \n    val secondaryContents = secondaryExceptPrimaryOrImported.flatMap (_.allOwnedElements.selectByKindOf { case pe: UMLPackageableElement[Uml] => pe } toSet) toSet\n    val secondaryVisible = secondaryExceptPrimaryOrImported.flatMap (_.allVisibleMembersTransitively) toSet\n        \n    val shouldBeImported = (secondaryContents & secondaryVisible) & primaryAccessible\n    guiLog.log(s\"OK?: ${shouldBeImported.isEmpty}\")\n    \n    shouldBeImported.foreach { e =>\n      val mdE = umlMagicDrawUMLElement(e).getMagicDrawElement\n      val link=s\"${mdE.getHumanType}: ${mdE.getHumanName}\"\n      guiLog.addGUILogHyperlink(\n        s\" should be imported: <A>$link<\/A>\",\n        link -> mdE)\n    }\n\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/generateCatalogURIMappingForBuiltInDocument.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.uml2.ext.magicdraw.auxiliaryconstructs.mdmodels.Model\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUMLUtil\n\nimport scala.util.{Success, Try}\nimport scala.{Option,None}\n\/**\n * @author Nicolas.F.R<EMAIL>\n *\/\nobject generateCatalogURIMappingForBuiltInDocument {\n\n  def doit\n  ( project: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    pkg: Profile,\n    selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]] =\n    doit( project, ev, script, tree, node, pkg.asInstanceOf[Package], selection )\n\n  def doit\n  ( project: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    pkg: Model,\n    selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]] =\n    doit( project, ev, script, tree, node, pkg.asInstanceOf[Package], selection )\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    top: Package,\n    selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]] = {\n\n    val a = Application.getInstance()\n    val guiLog = a.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n\n    import umlUtil._\n\n    val pkg = umlPackage( top )\n\n\/\/    val (pkgURI, otiURI) = pkg.URI match {\n\/\/      case None =>\n\/\/        return Failure( new IllegalArgumentException( \"Package should have a URI!\" ) )\n\/\/      case Some( pURI ) =>\n\/\/        pURI match {\n\/\/          case \"http:\/\/www.omg.org\/spec\/PrimitiveTypes\/20100901\" =>\n\/\/            (pURI, MDBuiltInPrimitiveTypes.documentURL.toString)\n\/\/          case \"http:\/\/www.omg.org\/spec\/UML\/20131001\" =>\n\/\/            (pURI, MDBuiltInUML.documentURL.toString)\n\/\/          case \"http:\/\/www.omg.org\/spec\/UML\/20131001\/StandardProfile\" =>\n\/\/            (pURI, MDBuiltInStandardProfile.documentURL.toString)\n\/\/          case x =>\n\/\/              return Failure( new IllegalArgumentException( s\"Unrecognized package with built-in URI: $x\" ) )\n\/\/        }\n\/\/    }\n\/\/\n\/\/    val rewrites =\n\/\/      pkg.ownedType.flatMap {\n\/\/        case pt: UMLPrimitiveType[Uml] =>\n\/\/          Iterable( s\"\"\"<uri uri=\"$otiURI#${pt.name.get}\" name=\"$otiURI#${pt.toolSpecific_id}\"\/>\"\"\" )\n\/\/        case s: UMLStereotype[Uml] =>\n\/\/          Iterable( s\"\"\"<uri uri=\"$otiURI#${s.name.get}\" name=\"$otiURI#${s.toolSpecific_id}\"\/>\"\"\" ) ++\n\/\/          (for {\n\/\/            baseProperty <- s.baseMetaPropertiesExceptRedefined\n\/\/            baseID = s\"${s.name.get}_${baseProperty.name.get}\"\n\/\/          } yield s\"\"\"<uri uri=\"$otiURI#$baseID\" name=\"$otiURI#${baseProperty.toolSpecific_id}\"\/>\"\"\")\n\/\/\n\/\/        case ex: UMLExtension[Uml] =>\n\/\/          val ee = ex.ownedEnd.head\n\/\/          val end = ee._type.head.name.get\n\/\/          val base = ex.metaclass.head.name.get\n\/\/          val oti_extensionID = base+\"_\"+end\n\/\/          val oti_endID = oti_extensionID+\"-extension_\"+end\n\/\/          Iterable(\n\/\/              s\"\"\"<uri uri=\"$otiURI#$oti_extensionID\" name=\"$otiURI#${ex.toolSpecific_id}\"\/>\"\"\",\n\/\/              s\"\"\"<uri uri=\"$otiURI#$oti_endID\" name=\"$otiURI#${ee.toolSpecific_id}\"\/>\"\"\"\n\/\/              )\n\/\/\n\/\/        case c: UMLClass[Uml] =>\n\/\/          Iterable( s\"\"\"<uri uri=\"$otiURI#${c.name.get}\" name=\"$otiURI#${c.toolSpecific_id}\"\/>\"\"\" )\n\/\/\n\/\/        case _ =>\n\/\/          Iterable()\n\/\/      }\n\/\/\n\/\/    val builtInRewrites = Iterable( s\"\"\"<uri uri=\"$otiURI#_0\" name=\"$otiURI#${pkg.toolSpecific_id}\"\/>\"\"\" ) ++ rewrites\n\/\/\n\/\/    builtInRewrites.foreach { rewrite => System.out.println(rewrite) }\n\/\/\n    Success( None )\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/json\/magicDrawValidation\/RuleViolationDataResults.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/json\/magicDrawValidation\/RuleViolationDataResults.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.json.magicDrawValidation\n\nimport play.api.libs.json._\n\nimport org.omg.oti.json.uml.OTIMOFElement\nimport scala.collection.immutable.Iterable\n\n\/**\n  * OTI UML Json data structure for MagicDraw RuleViolationResults for the same MagicDraw Element\n  *\n  * @see com.nomagic.magicdraw.validation.RuleViolationResult\n  * @see com.nomagic.magicdraw.annotation.Annotation\n  *\n  * @param element OTI UML Json conversion of RuleViolationResult.getElement\n  * @param annotations OTI UML Json conversion of all Annotations that annotate the element\n  *\/\ncase class RuleViolationDataResults\n( element: OTIMOFElement,\n  annotations: Iterable[ElementAnnotation] )\n\nobject RuleViolationDataResults {\n\n  implicit def reads\n  : Reads[RuleViolationDataResults]\n  = Json.reads[RuleViolationDataResults]\n\n  implicit def writes\n  : Writes[RuleViolationDataResults]\n  = Json.writes[RuleViolationDataResults]\n\n  implicit def formats\n  : Format[RuleViolationDataResults]\n  = Json.format[RuleViolationDataResults]\n\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFMultiplicityValidation.scala","text":"<filename>src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/validation\/MOFMultiplicityValidation.scala\n\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.validation\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement,PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.shapes.PackageView\n\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Element, Package}\nimport com.nomagic.uml2.ext.magicdraw.mdprofiles.Profile\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.actions._\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\nimport org.omg.oti.uml.read.api.UMLPackage\nimport org.omg.oti.uml.validation._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success,Try}\nimport scala.{Option,None,Some,StringContext}\nimport scala.Predef.ArrowAssoc\n\n\/**\n* Validates all MultiplicityElements in scope of the selected packages per MOF 2.5 well-formedness constraints\n*\n* @see MOF 2.5, Section 12.4 EMOF Constraints\n* [32] The values of MultiplicityElement::lowerValue and upperValue must be\n* of kind LiteralInteger and LiteralUnlimitedNatural respectively.\n* @see MOF 2.5, Section 14.4 CMOF Constraints\n* [14] The values of MultiplicityElement::lowerValue and upperValue must\n* be of kind LiteralInteger and LiteralUnlimitedNatural respectively.\n*\/\nobject MOFMultiplicityValidation {\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    pkg: Profile, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project, ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree, node: Node,\n    top: Package, selection: java.util.Collection[Element] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case p: Package => umlPackage(p) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Profile,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: PackageView,\n    triggerElement: Package,\n    selection: java.util.Collection[PresentationElement] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawAdapterForProfileCharacteristics(p),\n    (oa: MagicDrawOTIProfileAdapter) => {\n\n      val app = Application.getInstance()\n      val guiLog = app.getGUILog\n      guiLog.clearLog()\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val selectedPackages\n      : Set[UMLPackage[MagicDrawUML]]\n      = selection.toSet selectByKindOf { case pv: PackageView => umlPackage(getPackageOfView(pv).get) }\n\n      doit(p, oa, selectedPackages)\n\n    })\n\n  def doit\n  ( p: Project,\n    oa: MagicDrawOTIProfileAdapter,\n    pkgs: Set[UMLPackage[MagicDrawUML]] )\n  : Try[Option[MagicDrawValidationDataResults]]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(p),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n\n      implicit val umlOps = oa.umlOps\n      import umlOps._\n\n      val otiV = OTIMagicDrawValidation(p)\n\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      implicit val otiCharacteristicsProvider = oa.otiCharacteristicsProvider\n\n      val elementMessages = scala.collection.mutable.HashMap[\n        Element,\n        scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]]()\n\n      for {\n        v <- ConnectableMultiplicityValidationHelper.analyzePackageContents(pkgs)\n        if MultiplicityValueValidationStatus.ValidValueStatus != v.status\n        mdPoP = umlMagicDrawUMLMultiplicityElement(v.parameter_or_property).getMagicDrawMultiplicityElement\n        vOptInfo <- (v.status, v.value, v.valueRepair) match {\n          case (MultiplicityValueValidationStatus.ValidValueStatus, _, _) =>\n            Success(None)\n          case (MultiplicityValueValidationStatus.RedundantValueStatus, Some(vDelete), _) =>\n            val mdVDelete = umlMagicDrawUMLElement(vDelete).getMagicDrawElement\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_RedundantValue,\n              Some(s\"Delete redundant ${v.role.propertyName} value for ${v.parameter_or_property.qualifiedName.get}\"),\n              DeleteRedundantValue(v.role) :: Nil)\n          case (_, Some(vDelete), Some(vRepair)) =>\n            val mdVDelete = umlMagicDrawUMLElement(vDelete).getMagicDrawElement\n            if (MultiplicityElement_lowerValue == v.role)\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidValueAsInteger,\n                Some(s\"Replace lower value for ${v.parameter_or_property.qualifiedName.get} with $vRepair\"),\n                ReplaceLowerIntegerValue(vDelete.xmiType.head, vRepair) :: Nil)\n            else\n              otiV.makeValidationInfo(\n                otiV.MD_OTI_ValidationConstraint_InvalidValueAsUnlimitedNatural,\n                Some(s\"Replace upper value for ${v.parameter_or_property.qualifiedName.get} with $vRepair\"),\n                ReplaceUpperUnlimitedNaturalValue(vDelete.xmiType.head, vRepair) :: Nil)\n          case (MultiplicityValueValidationStatus.InvalidValueAsIntegerStatus, _, _) =>\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_InvalidValueAsInteger,\n              v.explanation,\n              Nil)\n          case (MultiplicityValueValidationStatus.InvalidValueAsStringStatus, _, _) =>\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_InvalidValueAsString,\n              v.explanation,\n              Nil)\n          case (MultiplicityValueValidationStatus.InvalidValueAsUnlimitedNaturalStatus, _, _) =>\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_InvalidValueAsUnlimitedNatural,\n              v.explanation,\n              Nil)\n          case (MultiplicityValueValidationStatus.InvalidValueKindStatus, _, _) =>\n            otiV.makeValidationInfo(\n              otiV.MD_OTI_ValidationConstraint_InvalidValueKind,\n              v.explanation,\n              Nil)\n          case _ =>\n            Success(None)\n        }\n        vInfo <- vOptInfo\n        validationInfo = elementMessages.getOrElseUpdate(\n          mdPoP, scala.collection.mutable.ArrayBuffer[OTIMagicDrawValidation.MDValidationInfo]())\n      } validationInfo += vInfo\n\n      val elementValidationMessages: Map[Element, Iterable[OTIMagicDrawValidation.MDValidationInfo]] =\n        (for {tuple <- elementMessages} yield tuple._1 -> tuple._2.to[Seq]).toMap\n\n      val validation =\n        otiV.makeMDIllegalArgumentExceptionValidation(\n          \"EMOF [32] & CMOF [14] Multiplicity Validation\",\n          elementValidationMessages)\n      otiV.toTryOptionMagicDrawValidationDataResults(p, \"MOF MultiplicityElement Validation\", validation)\n\n    })\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/inspectAssociations.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts\n\nimport java.awt.event.ActionEvent\n\nimport com.nomagic.magicdraw.core.{Application, Project}\nimport com.nomagic.magicdraw.ui.browser.{Node, Tree}\nimport com.nomagic.magicdraw.uml.symbols.{DiagramPresentationElement, PresentationElement}\nimport com.nomagic.magicdraw.uml.symbols.paths.AssociationView\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.{Association, Element}\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.ui.symbols.internal.SymbolHelper._\nimport gov.nasa.jpl.dynamicScripts.magicdraw.validation.MagicDrawValidationDataResults\nimport org.omg.oti.magicdraw.uml.read.{MagicDrawUML, MagicDrawUMLUtil}\nimport org.omg.oti.uml.read.api._\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable._\nimport scala.util.{Success, Try}\nimport scala.{Option,None,Some,StringContext,Unit}\n\/**\n * @author <EMAIL>\n *\/\nobject inspectAssociations {\n\n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.DiagramContextMenuAction,\n    dpe: DiagramPresentationElement,\n    triggerView: AssociationView,\n    triggerElement: Association,\n    selection: java.util.Collection[PresentationElement] ): Try[Option[MagicDrawValidationDataResults]] = {\n    \n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n    \n    val selectedAssociations =\n      selection\n      .toIterable\n      .selectByKindOf { case av: AssociationView =>\n        umlAssociation( getAssociationOfView(av).get )\n      }\n      .to[List]\n    \n    selectedAssociations foreach { a =>      \n      a.memberEnd.toList match {\n        case end1 :: end2 :: Nil => inspectAssociation( umlUtil, a, end1, end2 )\n        case _                   => ()\n      }\n    }\n\n    guiLog.log(\"- Done\")\n    Success( None )\n  }\n      \n      \n  def doit(\n    p: Project,\n    ev: ActionEvent,\n    script: DynamicScriptsTypes.BrowserContextMenuAction,\n    tree: Tree,\n    node: Node,\n    top: Association,\n    selection: java.util.Collection[Element] ): Try[Option[MagicDrawValidationDataResults]] = {\n\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n    guiLog.clearLog()\n\n    val umlUtil = MagicDrawUMLUtil( p )\n    import umlUtil._\n\n    val selectedAssociations =\n      selection\n      .toIterable\n      .selectByKindOf { case a: Uml#Association => umlAssociation( a ) }\n      .to[List]\n\n    selectedAssociations foreach { a =>\n      a.ownedEnd.toList match {\n        case end1 :: end2 :: Nil => inspectAssociation( umlUtil, a, end1, end2 )\n        case _                   => ()\n      }\n    }\n\n    Success( None )\n  }\n\n  def inspectAssociation\n  ( umlUtil: MagicDrawUMLUtil,\n    a: UMLAssociation[MagicDrawUML],\n    end1: UMLProperty[MagicDrawUML],\n    end2: UMLProperty[MagicDrawUML] )\n  : Unit = {\n    val app = Application.getInstance()\n    val guiLog = app.getGUILog()\n\n    guiLog.log( s\" association: ${a.qualifiedName.get}\")\n\n    val mdA = umlUtil.umlMagicDrawUMLAssociation(a)\n\n    guiLog.log( s\" md association owner: ${mdA.getMagicDrawElement.eContainingFeature}\")\n    a.getDirectedAssociationEnd match {\n      case None =>\n        guiLog.log( \"Not a directed association! \" )\n        guiLog.log( s\" end1: ${end1.qualifiedName.get}\")\n        guiLog.log( s\" end2: ${end2.qualifiedName.get}\")\n\n      case Some( ( sourceEnd, targetEnd ) ) =>\n        guiLog.log( s\" sourceEnd: ${sourceEnd.qualifiedName} \")\n        guiLog.log( s\" source ID: ${sourceEnd.toolSpecific_id} \")\n        guiLog.log(s\"source type: ${sourceEnd._type.get.qualifiedName.get}\")\n        guiLog.log( s\" targetEnd: ${targetEnd.qualifiedName} \")\n        guiLog.log( s\" target ID: ${targetEnd.toolSpecific_id} \")\n        guiLog.log(s\"target type: ${targetEnd._type.get.qualifiedName.get}\")\n        \n    }\n  }\n}"}
{"repo_name":"TIWG\/imce.oti.uml.magicdraw.dynamicscripts","path":"src\/main\/scala\/gov\/nasa\/jpl\/imce\/oti\/magicdraw\/dynamicScripts\/ui\/PackageInspectorWidget.scala","text":"\/*\n * Copyright 2016 California Institute of Technology (\"Caltech\").\n * U.S. Government sponsorship acknowledged.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n * License Terms\n *\/\n\npackage gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.ui\n\nimport java.awt.event.ActionEvent\n\nimport gov.nasa.jpl.imce.oti.magicdraw.dynamicScripts.utils.OTIHelper\nimport org.omg.oti.uml.RelationTriple\nimport com.nomagic.magicdraw.core.Project\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Element\nimport com.nomagic.uml2.ext.magicdraw.classes.mdkernel.Package\nimport gov.nasa.jpl.dynamicScripts.DynamicScriptsTypes\nimport gov.nasa.jpl.dynamicScripts.magicdraw.designations.MagicDrawElementKindDesignation\nimport gov.nasa.jpl.dynamicScripts.magicdraw.utils._\nimport org.omg.oti.magicdraw.uml.canonicalXMI.MagicDrawIDGenerator\nimport org.omg.oti.magicdraw.uml.canonicalXMI.helper._\nimport org.omg.oti.uml.read.api._\nimport org.omg.oti.magicdraw.uml.read.MagicDrawUML\n\nimport scala.collection.immutable._\nimport scala.util.{Failure, Success, Try}\n\nobject PackageInspectorWidget {\n\n  import ComputedDerivedWidgetHelper._\n  import RelationTripleWidgetHelper._\n\n  def nonImportedNestedPackage\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.nonImportedNestedPackages,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allNestedPackages\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allNestedPackages,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allNestingPackagesTransitively\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allNestingPackagesTransitively,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allDirectlyImportedPackagesIncludingNestingPackagesTransitively\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allDirectlyImportedPackagesIncludingNestingPackagesTransitively,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allPackagesWithinScope\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackage[MagicDrawUML]](\n        derived, e,\n        _.allPackagesWithinScope,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allApplicableStereotypes\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allApplicableStereotypes,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def containingProfile\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.containingProfile.to[Iterable],\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allDirectlyAppliedProfilesExceptNestingPackages\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allDirectlyAppliedProfilesExceptNestingPackages,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allDirectlyAppliedProfilesIncludingNestingPackagesTransitively\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allDirectlyAppliedProfilesIncludingNestingPackagesTransitively,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allDirectlyVisibleMembersTransitivelyAccessibleExceptNestingPackagesAndAppliedProfiles\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allDirectlyVisibleMembersTransitivelyAccessibleExceptNestingPackagesAndAppliedProfiles,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allIndirectlyAppliedProfilesIncludingNestingPackagesTransitively\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allIndirectlyAppliedProfilesIncludingNestingPackagesTransitively,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allForwardReferencesToImportablePackageableElementsFromAllOwnedElementsTransitively\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allForwardReferencesToImportablePackageableElementsFromAllOwnedElementsTransitively.getOrElse(Set[UMLPackageableElement[MagicDrawUML]]()),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allIndirectlyVisibleMembersTransitivelyAccessibleFromNestingPackagesAndAppliedProfiles\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allIndirectlyVisibleMembersTransitivelyAccessibleFromNestingPackagesAndAppliedProfiles,\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def allStereotypedElements\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      implicit val util = ordsa.otiAdapter.umlOps\n      val otiE = util.umlElement(e)\n      otiE.allOwnedElements\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.allIndirectlyVisibleMembersTransitivelyAccessibleFromNestingPackagesAndAppliedProfiles,\n        ordsa.otiAdapter.umlOps)\n    })\n  def forwardReferencesToPackagesOrProfiles\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[(java.awt.Component, Seq[ValidationAnnotation])]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      elementOperationWidget[UMLPackage[MagicDrawUML], UMLPackageableElement[MagicDrawUML]](\n        derived, e,\n        _.forwardReferencesToPackagesOrProfiles.getOrElse(Set[UMLPackage[MagicDrawUML]]()),\n        ordsa.otiAdapter.umlOps)\n    })\n\n  def forwardReferencesBeyondPackageScope\n  ( project: Project, ev: ActionEvent, derived: DynamicScriptsTypes.ComputedDerivedWidget,\n    ek: MagicDrawElementKindDesignation, e: Element )\n  : Try[( java.awt.Component, Seq[ValidationAnnotation] )]\n  = OTIHelper.toTry(\n    MagicDrawOTIHelper.getOTIMagicDrawInfoForDataCharacteristics(project),\n    (ordsa: MagicDrawOTIResolvedDocumentSetAdapterForDataProvider) => {\n      implicit val idg = MagicDrawIDGenerator()(ordsa.rds.ds)\n      e match {\n        case p: Package =>\n          packageRelationTripleWidget(\n            derived, p,\n            (x: UMLPackage[MagicDrawUML]) => {\n              Success(x.forwardReferencesBeyondPackageScope.getOrElse(Set[RelationTriple[MagicDrawUML]]()))\n            },\n            ordsa.otiAdapter.umlOps)\n        case _ =>\n          Failure(new java.lang.IllegalArgumentException(\"Not a package!\"))\n      }\n    })\n\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/recommend\/CreationRecommendations.scala","text":"package org.ekstep.analytics.api.recommend\n\nimport scala.collection.JavaConverters.iterableAsScalaIterableConverter\n\nimport org.apache.commons.lang3.StringUtils\nimport org.ekstep.analytics.api.APIIds\nimport org.ekstep.analytics.api.Constants\nimport org.ekstep.analytics.api.CreationRequest\nimport org.ekstep.analytics.api.CreationRequestList\nimport org.ekstep.analytics.api.IRecommendations\nimport org.ekstep.analytics.api.RequestBody\nimport org.ekstep.analytics.api.ResponseCode\nimport org.ekstep.analytics.api.util.CommonUtil\nimport org.ekstep.analytics.api.util.DBUtil\nimport org.ekstep.analytics.api.util.JSONUtils\n\nimport com.typesafe.config.Config\nimport java.util.ArrayList\nimport com.datastax.driver.core.querybuilder.QueryBuilder\nimport com.datastax.driver.core.UDTValue\n\nobject CreationRecommendations extends IRecommendations {\n\n    def isValidRequest(requestBody: RequestBody): Validation = {\n        val context = requestBody.request.context.getOrElse(Map());\n        val authorid = context.getOrElse(\"uid\", \"\").asInstanceOf[String];\n        if (StringUtils.isEmpty(authorid))\n            Validation(false, Option(\"uid should be present\"));\n        else\n            Validation(true);\n    }\n\n    def fetch(requestBody: RequestBody)(implicit config: Config): String = {\n        val validation = isValidRequest(requestBody)\n        if (validation.value) {\n            val context = requestBody.request.context.getOrElse(Map());\n            val authorId = context.getOrElse(\"uid\", \"\").asInstanceOf[String];\n            val query = QueryBuilder.select().all().from(Constants.PLATFORML_DB, Constants.REQUEST_RECOS_TABLE).where(QueryBuilder.eq(\"uid\", QueryBuilder.bindMarker())).toString()\n\t\t\tval ps = DBUtil.session.prepare(query)\n\t\t\tval requestsFromCassandra = DBUtil.session.execute(ps.bind(authorId)).asScala\n\t\t\tval getrequests = requestsFromCassandra.map(row => row.getList(\"requests\", classOf[UDTValue]).asInstanceOf[ArrayList[UDTValue]]).map(f => f.asScala).flatMap(f => f).toList\n           \tval convertedData = getrequests.map(f => changeToMap(f))   \n            val result = applyLimit(convertedData, getrequests.size, getLimit(requestBody));\n            JSONUtils.serialize(CommonUtil.OK(APIIds.CREATION_RECOMMENDATIONS, Map[String, AnyRef](\"requests\" -> result)));\n        } else {\n            CommonUtil.errorResponseSerialized(APIIds.CREATION_RECOMMENDATIONS, \"context required data is missing.\", ResponseCode.CLIENT_ERROR.toString());\n        }\n    }\n\n    def applyLimit(contents: List[Map[String, Any]], total: Int, limit: Int)(implicit config: Config): List[Map[String, Any]] = {\n        contents.take(limit);\n    }\n    \n    private def changeToMap(row : UDTValue) : Map[String, AnyRef] = {\n        Map(\"type\" -> row.getString(\"type\"),\n            \"contentType\" -> row.getString(\"content_type\"),\n            \"gradeLevel\" -> row.getList(\"grade_level\", classOf[String]),\n            \"concepts\" -> row.getList(\"concepts\", classOf[String]),\n            \"language\" -> row.getMap(\"language\", classOf[String], classOf[String]))\n    }\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-framework\/analytics-core\/src\/main\/scala\/org\/ekstep\/analytics\/framework\/util\/RestUtil.scala","text":"package org.ekstep.analytics.framework.util\n\nimport scala.io.Source\nimport org.apache.http.client.methods.HttpGet\nimport org.apache.http.client.methods.HttpPost\nimport org.apache.http.entity.StringEntity\nimport org.apache.http.impl.client.HttpClients\nimport org.ekstep.analytics.framework.Response\nimport com.fasterxml.jackson.core.JsonParseException\nimport org.apache.http.client.methods.HttpPatch\nimport org.ekstep.analytics.framework.Level._\nimport org.apache.http.client.methods.HttpRequestBase\n\n\/**\n * @author Santhosh\n *\/\nobject RestUtil {\n\n    implicit val className = \"org.ekstep.analytics.framework.util.RestUtil\"\n\n    private def _call[T](request: HttpRequestBase)(implicit mf: Manifest[T]) = {\n\n        val httpClient = HttpClients.createDefault();\n        try {\n            val httpResponse = httpClient.execute(request);\n            val entity = httpResponse.getEntity()\n            val inputStream = entity.getContent()\n            val content = Source.fromInputStream(inputStream, \"UTF-8\").getLines.mkString;\n            inputStream.close\n            if (\"java.lang.String\".equals(mf.toString())) {\n                content.asInstanceOf[T];\n            } else {\n                JSONUtils.deserialize[T](content);\n            }\n        } finally {\n            httpClient.close()\n        }\n    }\n\n    def get[T](apiURL: String)(implicit mf: Manifest[T]) = {\n        val request = new HttpGet(apiURL);\n        request.addHeader(\"user-id\", \"analytics\");\n        try {\n            _call(request.asInstanceOf[HttpRequestBase]);\n        } catch {\n            case ex: Exception =>\n                JobLogger.log(ex.getMessage, Option(Map(\"url\" -> apiURL)), ERROR)\n                ex.printStackTrace();\n                null.asInstanceOf[T];\n        }\n    }\n\n    def post[T](apiURL: String, body: String, requestHeaders: Option[Map[String, String]] = None)(implicit mf: Manifest[T]) = {\n\n        val request = new HttpPost(apiURL)\n        request.addHeader(\"user-id\", \"analytics\")\n        request.addHeader(\"Content-Type\", \"application\/json\")\n        requestHeaders.getOrElse(Map()).foreach {\n            case (headerName, headerValue) => request.addHeader(headerName, headerValue)\n        }\n        request.setEntity(new StringEntity(body))\n        try {\n            _call(request.asInstanceOf[HttpRequestBase])\n        } catch {\n            case ex: Exception =>\n                JobLogger.log(ex.getMessage, Option(Map(\"url\" -> apiURL, \"body\" -> body)), ERROR)\n                ex.printStackTrace()\n                null.asInstanceOf[T]\n        }\n    }\n\n    def patch[T](apiURL: String, body: String, headers: Option[Map[String,String]] = None)(implicit mf: Manifest[T]) = {\n\n        val request = new HttpPatch(apiURL);\n        request.addHeader(\"user-id\", \"analytics\");\n        request.addHeader(\"Content-Type\", \"application\/json\");\n        headers.getOrElse(Map).asInstanceOf[Map[String,String]].map { header =>\n            request.addHeader(header._1, header._2)\n        }\n        request.setEntity(new StringEntity(body));\n        try {\n            _call(request.asInstanceOf[HttpRequestBase]);\n        } catch {\n            case ex: Exception =>\n                JobLogger.log(ex.getMessage, Option(Map(\"url\" -> apiURL, \"body\" -> body)), ERROR)\n                ex.printStackTrace();\n                null.asInstanceOf[T];\n        }\n    }\n\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-framework\/analytics-core\/src\/test\/scala\/org\/ekstep\/analytics\/framework\/TestDataFetcher.scala","text":"<gh_stars>0\npackage org.ekstep.analytics.framework\n\nimport org.ekstep.analytics.framework.exception.DataFetcherException\nimport org.ekstep.analytics.framework.util.JSONUtils\n\n\/**\n * @author Santhosh\n *\/\nclass TestDataFetcher extends SparkSpec {\n    \n    \"DataFetcher\" should \"fetch the batch events matching query\" in {\n        \n        val queries = Option(Array(\n            Query(Option(\"ekstep-dev-data-store\"), Option(\"testUpload\/\"), Option(\"2016-01-01\"), Option(\"2016-01-01\"))\n        ));\n        val rdd = DataFetcher.fetchBatchData[Event](Fetcher(\"S3\", None, queries));\n        rdd.count should be (1701)\n        \n        val queries1 = Option(Array(\n            Query(Option(\"ekstep-dev-data-store\"), Option(\"testUpload\/\"), Option(\"2016-01-01\"), Option(\"2016-01-01\"), None, None, None, None, None, None, Option(\"2016-01-01-20160312.json.gz\"))\n        ));\n        val rdd1 = DataFetcher.fetchBatchData[Event](Fetcher(\"S3\", None, queries1));\n        rdd1.count should be (0)\n    }\n    \n    it should \"fetch the streaming events matching query\" in {\n        \n        val rdd = DataFetcher.fetchStreamData(null, null);\n        rdd should be (null);\n        \n    }\n    \n    it should \"fetch the events from local file\" in {\n        \n        val search = Fetcher(\"local\", None, Option(Array(\n            Query(None, None, None, None, None, None, None, None, None, Option(\"src\/test\/resources\/sample_telemetry.log\"))\n        )));\n        val rdd = DataFetcher.fetchBatchData[Event](search);\n        rdd.count should be (7437)\n        \n        val search0 = Fetcher(\"local\", None, Option(Array(\n            Query(None, None, None, None, None, None, None, None, None, Option(\"src\/test\/resources\/sample_telemetry_2.log\"))\n        )));\n        val rddString = DataFetcher.fetchBatchData[String](search0);\n        rddString.count should be (19)\n        \n        val search1 = Fetcher(\"local\", None, Option(Array(\n            Query(None, None, None, None, None, None, None, None, None, Option(\"src\/test\/resources\/sample_telemetry.log\"))\n        )));\n        val rdd1 = DataFetcher.fetchBatchData[TestDataFetcher](search1);\n        rdd1.count should be (0)\n    }\n    \n    it should \"fetch no file from S3 and return an empty RDD\" in {\n        val queries = Option(Array(\n            Query(Option(\"ekstep-dev-data-store\"), Option(\"abc\/\"), Option(\"2012-01-01\"), Option(\"2012-02-01\"))\n        ));\n        val rdd = DataFetcher.fetchBatchData[Event](Fetcher(\"S3\", None, queries));\n        rdd.isEmpty() should be (true)\n    }\n    \n    it should \"throw DataFetcherException\" in {\n        \n        \/\/ Throw unknown fetcher type found\n        the[DataFetcherException] thrownBy {\n            DataFetcher.fetchBatchData[Event](Fetcher(\"s3\", None, None));    \n        }\n        \n        the[DataFetcherException] thrownBy {\n            val fileFetcher = Fetcher(\"file\", None, Option(Array(\n                Query(None, None, None, None, None, None, None, None, None, Option(\"src\/test\/resources\/sample_telemetry.log\"))\n            )));\n            DataFetcher.fetchBatchData[Event](fileFetcher);\n        } should have message \"Unknown fetcher type found\"\n    }\n\n    it should \"fetch the batch events from azure\" in {\n\n        val queries = Option(Array(\n            Query(Option(\"dev-data-store\"), Option(\"raw\/\"), Option(\"2017-08-31\"), Option(\"2017-08-31\"))\n        ));\n        val rdd = DataFetcher.fetchBatchData[Event](Fetcher(\"azure\", None, queries));\n        println(rdd.count)\n\/\/        rdd.count should be (227)\n\n        val queries1 = Option(Array(\n            Query(Option(\"dev-data-store\"), Option(\"raw\/\"), Option(\"2018-07-01\"), Option(\"2018-07-01\"))\n        ));\n        val rdd1 = DataFetcher.fetchBatchData[Event](Fetcher(\"azure\", None, queries1));\n        println(rdd1.count)\n\/\/        rdd1.count should be (0)\n    }\n  \n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DeviceRegisterService.scala","text":"<filename>platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DeviceRegisterService.scala\npackage org.ekstep.analytics.api.service\n\nimport org.ekstep.analytics.api.util.{CommonUtil, DBUtil, JSONUtils}\nimport org.ekstep.analytics.api._\nimport org.joda.time.DateTime\nimport org.joda.time.DateTimeZone\nimport akka.actor.Actor\nimport com.google.common.net.InetAddresses\nimport com.typesafe.config.Config\nimport org.ekstep.analytics.api.util.PostgresDBUtil\nimport com.typesafe.config.ConfigFactory\nimport com.datastax.driver.core.ResultSet\nimport com.google.common.primitives.UnsignedInts\nimport org.ekstep.analytics.api.util.DeviceLocation\nimport is.tagomor.woothee.Classifier\nimport org.ekstep.analytics.framework.util.JobLogger\n\ncase class RegisterDevice(did: String, ip: String, request: String, uaspec: Option[String])\n\nclass DeviceRegisterService extends Actor {\n    implicit val className: String =\"DeviceRegisterService\"\n    val config: Config = ConfigFactory.load()\n    val geoLocationCityTableName: String = config.getString(\"postgres.table.geo_location_city.name\")\n    val geoLocationCityIpv4TableName: String = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n    val defaultChannel: String = config.getString(\"default.channel\")\n\n    def receive = {\n        case RegisterDevice(did: String, ip: String, request: String, uaspec: Option[String]) => sender() ! registerDevice(did, ip, request, uaspec)\n    }\n\n    def registerDevice(did: String, ipAddress: String, request: String, uaspec: Option[String]): String = {\n        val body = JSONUtils.deserialize[RequestBody](request)\n        val validIp = if (ipAddress.startsWith(\"192\")) body.request.ip_addr.getOrElse(\"\") else ipAddress\n        println(s\"did: $did | device_spec: ${body.request.dspec} | uaspec: ${uaspec.getOrElse(\"\")}\")\n        if (validIp.nonEmpty) {\n            val location = resolveLocation(validIp)\n            println(s\"Resolved Location for device_id $did: $location\")\n            val channel = body.request.channel.getOrElse(defaultChannel)\n            val deviceSpec = body.request.dspec\n            val data = updateDeviceProfile(\n                did,\n                channel,\n                Option(location.countryCode).map(_.trim).filterNot(_.isEmpty),\n                Option(location.countryName).map(_.trim).filterNot(_.isEmpty),\n                Option(location.stateCode).map(_.trim).filterNot(_.isEmpty),\n                Option(location.state).map(_.trim).filterNot(_.isEmpty),\n                Option(location.city).map(_.trim).filterNot(_.isEmpty),\n                Option(location.stateCustom).map(_.trim).filterNot(_.isEmpty),\n                Option(location.stateCodeCustom).map(_.trim).filterNot(_.isEmpty),\n                Option(location.districtCustom).map(_.trim).filterNot(_.isEmpty),\n                deviceSpec,\n                uaspec.map(_.trim).filterNot(_.isEmpty)\n            )\n        }\n        JSONUtils.serialize(CommonUtil.OK(\"analytics.device-register\",\n            Map(\"message\" -> s\"Device registered successfully\")))\n\n    }\n\n    def resolveLocation(ipAddress: String): DeviceLocation = {\n        val ipAddressInt: Long = UnsignedInts.toLong(InetAddresses.coerceToInteger(InetAddresses.forString(ipAddress)))\n        val query =\n            s\"\"\"\n               |SELECT\n               |  glc.continent_name,\n               |  glc.country_iso_code country_code,\n               |  glc.country_name,\n               |  glc.subdivision_1_iso_code state_code,\n               |  glc.subdivision_1_name state,\n               |  glc.subdivision_2_name sub_div_2,\n               |  glc.city_name city,\n               |  glc.subdivision_1_custom_name state_custom,\n               |  glc.subdivision_1_custom_code state_code_custom,\n               |  glc.subdivision_2_custom_name district_custom\n               |FROM $geoLocationCityIpv4TableName gip,\n               |  $geoLocationCityTableName glc\n               |WHERE glc.country_iso_code = 'IN'\n               |  AND gip.geoname_id = glc.geoname_id\n               |  AND gip.network_start_integer <= $ipAddressInt\n               |  AND gip.network_last_integer >= $ipAddressInt\n               \"\"\".stripMargin\n        PostgresDBUtil.readLocation(query).headOption.getOrElse(new DeviceLocation())\n    }\n\n    def parseUserAgent(uaspec: Option[String]): Option[String] = {\n        uaspec.map {\n            userAgent =>\n                val uaspecMap = Classifier.parse(userAgent)\n                val parsedUserAgentMap = Map(\"agent\" -> uaspecMap.get(\"name\"), \"ver\" -> uaspecMap.get(\"version\"),\n                    \"system\" -> uaspecMap.get(\"os\"), \"raw\" -> userAgent)\n                val uaspecStr = JSONUtils.serialize(parsedUserAgentMap).replaceAll(\"\\\"\", \"'\")\n                uaspecStr\n        }\n    }\n\n    def updateDeviceProfile(did: String, channel: String, countryCode: Option[String], country: Option[String],\n                            stateCode: Option[String], state: Option[String], city: Option[String],\n                            stateCustom: Option[String], stateCodeCustom: Option[String], districtCustom: Option[String],\n                            deviceSpec: Option[Map[String, AnyRef]], uaspec: Option[String]): ResultSet = {\n\n        val uaspecStr = parseUserAgent(uaspec)\n        val queryMap: Map[String, Any] = Map(\"device_id\" -> s\"'$did'\", \"channel\" -> s\"'$channel'\",\n            \"country_code\" -> s\"'${countryCode.getOrElse(\"\")}'\", \"country\" -> s\"'${country.getOrElse(\"\")}'\",\n            \"state_code\" -> s\"'${stateCode.getOrElse(\"\")}'\", \"state\" -> s\"'${state.getOrElse(\"\")}'\", \"city\" -> s\"'${city.getOrElse(\"\")}'\",\n            \"state_custom\" -> s\"'${stateCustom.getOrElse(\"\")}'\",\"state_code_custom\" -> s\"'${stateCodeCustom.getOrElse(\"\")}'\",\n            \"district_custom\" -> s\"'${districtCustom.getOrElse(\"\")}'\",\n            \"device_spec\" -> deviceSpec.map(x => JSONUtils.serialize(x.mapValues(_.toString))\n              .replaceAll(\"\\\"\", \"'\")).getOrElse(Map()),\n            \"uaspec\" -> uaspecStr.getOrElse(\"\"), \"updated_date\" -> DateTime.now(DateTimeZone.UTC).getMillis)\n\n        val finalQueryValues = queryMap.filter {\n            m =>\n                m._2 match {\n                    case s: String => Option(s).exists(_.trim.nonEmpty)\n                    case x: Long => Option(x).isDefined\n                    case other => other.asInstanceOf[Map[String, String]].nonEmpty\n                }\n        }\n        val query =\n            s\"\"\"\n               |INSERT INTO ${Constants.DEVICE_DB}.${Constants.DEVICE_PROFILE_TABLE}\n               | (${finalQueryValues.keys.mkString(\",\")})\n               | VALUES(${finalQueryValues.values.mkString(\",\")})\n           \"\"\".stripMargin\n        println(query)\n        DBUtil.session.execute(query)\n    }\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-framework\/analytics-core\/src\/main\/scala\/org\/ekstep\/analytics\/framework\/Models.scala","text":"<reponame>sowmya-dixit\/sunbird-analytics\npackage org.ekstep.analytics.framework\n\nimport java.io.Serializable\nimport java.util.Date\n\nimport org.joda.time.DateTime\n\nclass Models extends Serializable {}\n\n@scala.beans.BeanInfo\nclass GData(val id: String, val ver: String) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass Eks(val dspec: Map[String, AnyRef], val loc: String, val pass: String, val qid: String, val score: Int, val res: Array[String], val length: AnyRef,\n          val atmpts: Int, val failedatmpts: Int, val category: String, val current: String, val max: String, val `type`: String, val extype: String,\n          val id: String, val gid: String, val itype: String, val stageid: String, val stageto: String, val resvalues: Array[Map[String, AnyRef]],\n          val params: Array[Map[String, AnyRef]], val uri: String, val state: String, val subtype: String, val pos: Array[Map[String, AnyRef]],\n          val values: Array[AnyRef], val tid: String, val direction: String, val datatype: String, val count: AnyRef, val contents: Array[Map[String, AnyRef]],\n          val comments: String, val rating: Double, val qtitle: String, val qdesc: String, val mmc: Array[String], val context: Map[String, AnyRef],\n          val method: String, val request: AnyRef) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass Ext(val stageId: String, val `type`: String) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass EData(val eks: Eks, val ext: Ext) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass EventMetadata(val sync_timestamp: String, val public: String) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass Event(val eid: String, val ts: String, val ets: Long, val `@timestamp`: String, val ver: String, val gdata: GData, val sid: String,\n            val uid: String, val did: String, val channel: Option[String], val pdata: Option[PData], val edata: EData, val etags: Option[ETags], val tags: AnyRef = null, val cdata: List[CData] = List(), val metadata: EventMetadata = null) extends AlgoInput with Input {}\n\n\/\/ Computed Event Model\n@scala.beans.BeanInfo\ncase class CData(id: String, `type`: Option[String]);\n@scala.beans.BeanInfo\ncase class DerivedEvent(eid: String, ets: Long, syncts: Long, ver: String, mid: String, uid: String, channel: String, content_id: Option[String] = None, cdata: Option[CData], context: Context, dimensions: Dimensions, edata: MEEdata, etags: Option[ETags] = Option(ETags(None, None, None)), tags: Option[List[AnyRef]] = None, `object`: Option[V3Object] = None) extends Input with AlgoInput;\n@scala.beans.BeanInfo\ncase class MeasuredEvent(eid: String, ets: Long, syncts: Long, ver: String, mid: String, uid: String, channel: String, content_id: Option[String] = None, cdata: Option[CData], context: Context, dimensions: Dimensions, edata: MEEdata, etags: Option[ETags] = None, tags: Option[List[AnyRef]] = None, `object`: Option[V3Object] = None) extends Output  with AlgoOutput;\n@scala.beans.BeanInfo\ncase class Dimensions(uid: Option[String], val did: Option[String], gdata: Option[GData], cdata: Option[CData], domain: Option[String], user: Option[UserProfile], pdata: Option[PData], loc: Option[String] = None, group_user: Option[Boolean] = None, anonymous_user: Option[Boolean] = None, tag: Option[String] = None, period: Option[Int] = None, content_id: Option[String] = None, ss_mid: Option[String] = None, item_id: Option[String] = None, sid: Option[String] = None, stage_id: Option[String] = None, funnel: Option[String] = None, dspec: Option[Map[String, AnyRef]] = None, onboarding: Option[Boolean] = None, genieVer: Option[String] = None, author_id: Option[String] = None, partner_id: Option[String] = None, concept_id: Option[String] = None, client: Option[Map[String, AnyRef]] = None, textbook_id: Option[String] = None, channel: Option[String] = None, `type`: Option[String] = None, mode: Option[String] = None, content_type: Option[String] = None, dial_code: Option[String] = None);\n@scala.beans.BeanInfo\ncase class PData(id: String, ver: String, model: Option[String] = None, pid: Option[String] = None);\n@scala.beans.BeanInfo\ncase class DtRange(from: Long, to: Long);\n@scala.beans.BeanInfo\ncase class Context(pdata: PData, dspec: Option[Map[String, String]] = None, granularity: String, date_range: DtRange, status: Option[String] = None, client_id: Option[String] = None, attempt: Option[Int] = None, rollup: Option[RollUp] = None, cdata: Option[List[V3CData]] = None);\n@scala.beans.BeanInfo\ncase class MEEdata(eks: AnyRef);\n@scala.beans.BeanInfo\ncase class ETags(app: Option[List[String]] = None, partner: Option[List[String]] = None, dims: Option[List[String]] = None)\n\n\/\/ User profile event models\n\n@scala.beans.BeanInfo\nclass ProfileEks(val ueksid: String, val utype: String, val loc: String, val err: String, val attrs: Array[AnyRef], val uid: String, val age: Int, val day: Int, val month: Int, val gender: String, val language: String, val standard: Int, val is_group_user: Boolean, val dspec: Map[String, AnyRef]) extends Serializable {}\n@scala.beans.BeanInfo\nclass ProfileData(val eks: ProfileEks, val ext: Ext) extends Serializable {}\n@scala.beans.BeanInfo\nclass ProfileEvent(val eid: String, val ts: String, val `@timestamp`: String, val ver: String, val gdata: GData, val sid: String, val uid: String, val did: String, val pdata: Option[PData] = None, val channel: Option[String] = None, val edata: ProfileData) extends Input with AlgoInput with Serializable {}\n\n\n\/\/ V3 User profile event models\n@scala.beans.BeanInfo\n\/\/class V3ProfileState(val ueksid: String, val utype: String, val loc: String, val err: String, val attrs: Array[AnyRef], val uid: String, val age: Option[Int], val day: Int, val month: Int, val gender: String, val language: String, val standard: Option[Int], val is_group_user: Option[Boolean], val dspec: Map[String, AnyRef]) extends Serializable {}\nclass V3AuditEata(val props: String, val state: AnyRef, val prevstate: String) extends Serializable {}\n@scala.beans.BeanInfo\nclass V3ProfileEvent(val eid: String, val ets: Long, val `@timestamp`: String, val ver: String, val mid: String, val actor: Actor, val context: V3Context, val `object`: Option[V3Object], val edata: V3AuditEata, val tags: List[AnyRef] = null) extends Input with AlgoInput with Serializable {}\n\/\/ Learner Profile\ncase class LearnerProfile(learner_id: String, app_id: String, channel: String, did: String, gender: Option[String], language: Option[String], loc: Option[String], standard: Int, age: Int, year_of_birth: Int, group_user: Boolean, anonymous_user: Boolean, created_date: Option[DateTime], updated_date: Option[DateTime]) extends Output with AlgoOutput;\n\n\/\/ User Model\ncase class User(name: String, encoded_id: String, ekstep_id: String, gender: String, dob: Date, language_id: Int);\ncase class UserProfile(uid: String, gender: String, age: Int);\n\n\/\/ Analytics Framework Job Models\ncase class Query(bucket: Option[String] = None, prefix: Option[String] = None, startDate: Option[String] = None, endDate: Option[String] = None, delta: Option[Int] = None, brokerList: Option[String] = None, topic: Option[String] = None, windowType: Option[String] = None, windowDuration: Option[Int] = None, file: Option[String] = None, excludePrefix: Option[String] = None, datePattern: Option[String] = None, folder: Option[String] = None, creationDate: Option[String] = None)\n@scala.beans.BeanInfo\ncase class Filter(name: String, operator: String, value: Option[AnyRef] = None);\n@scala.beans.BeanInfo\ncase class Sort(name: String, order: Option[String]);\n@scala.beans.BeanInfo\ncase class Dispatcher(to: String, params: Map[String, AnyRef]);\n@scala.beans.BeanInfo\ncase class Fetcher(`type`: String, query: Option[Query], queries: Option[Array[Query]]);\n@scala.beans.BeanInfo\ncase class JobConfig(search: Fetcher, filters: Option[Array[Filter]], sort: Option[Sort], model: String, modelParams: Option[Map[String, AnyRef]], output: Option[Array[Dispatcher]], parallelization: Option[Int], appName: Option[String], deviceMapping: Option[Boolean] = Option(false), exhaustConfig: Option[Map[String, DataSet]] = None);\n\n\/\/ LP API Response Model\ncase class Params(resmsgid: Option[String], msgid: Option[String], err: Option[String], status: Option[String], errmsg: Option[String])\ncase class Result(content: Option[Map[String, AnyRef]], contents: Option[Array[Map[String, AnyRef]]], questionnaire: Option[Map[String, AnyRef]],\n                  assessment_item: Option[Map[String, AnyRef]], assessment_items: Option[Array[Map[String, AnyRef]]], assessment_item_set: Option[Map[String, AnyRef]],\n                  games: Option[Array[Map[String, AnyRef]]], concepts: Option[Array[String]], maxScore: Double, items: Option[Array[Map[String, AnyRef]]]);\ncase class Response(id: String, ver: String, ts: String, params: Params, responseCode: String, result: Result);\n\n\/\/ Search Items\ncase class SearchFilter(property: String, operator: String, value: Option[AnyRef]);\ncase class Metadata(filters: Array[SearchFilter])\ncase class Request(metadata: Metadata, resultSize: Int)\ncase class Search(request: Request);\n\n\/\/ Item Models\ncase class MicroConcept(id: String, metadata: Map[String, AnyRef]);\ncase class Item(id: String, metadata: Map[String, AnyRef], tags: Option[Array[String]], mc: Option[Array[String]], mmc: Option[Array[String]]);\ncase class ItemSet(id: String, metadata: Map[String, AnyRef], items: Array[Item], tags: Option[Array[String]], count: Int);\ncase class Questionnaire(id: String, metadata: Map[String, AnyRef], itemSets: Array[ItemSet], items: Array[Item], tags: Option[Array[String]]);\ncase class ItemConcept(concepts: Array[String], maxScore: Int);\n\n\/\/ Content Models\ncase class Content(id: String, metadata: Map[String, AnyRef], tags: Option[Array[String]], concepts: Array[String]);\ncase class Game(identifier: String, code: String, subject: String, objectType: String);\n\n\/\/ Domain Models\ncase class Concept(id: String, metadata: Map[String, AnyRef], tags: Option[Array[String]]);\ncase class DomainRelation(startNodeId: String, endNodeId: String, startNodeType: String, endNodeType: String, relationType: String)\ncase class DomainMap(concepts: Array[Concept], relations: Array[DomainRelation])\ncase class DomainResult(concepts: Array[Map[String, AnyRef]], relations: Array[DomainRelation]);\ncase class DomainResponse(id: String, ver: String, ts: String, params: Params, responseCode: String, result: DomainResult);\n\n\/\/ Common models for all data products\ncase class LearnerProfileIndex(learner_id: String, app_id: String, channel: String)\ncase class ContentId(content_id: String)\ncase class ContentMetrics(id: String, top_k_timespent: Map[String, Double], top_k_sessions: Map[String, Long])\n\ncase class Empty() extends Input with AlgoInput with AlgoOutput with Output\ncase class UpdaterOutput(msg: String) extends Output\ncase class ContentKey(period: Int, app_id: String, channel: String, content_id: String, tag: String);\ncase class GenieKey(period: Int, app_id: String, channel: String, tag: String);\ncase class ItemKey(period: Int, app_id: String, channel: String, tag: String, content_id: String, item_id: String);\ncase class InCorrectRes(resp: String, mmc: List[String], count: Int) extends Input with AlgoInput;\ncase class Misconception(value: String, count: Int) extends Input with AlgoInput;\ncase class RegisteredTag(tag_id: String, last_updated: Long, active: Boolean);\ntrait CassandraTable extends AnyRef with Serializable;\n\n\/* Neo4j case classes *\/\ncase class DataNode(identifier: String, metadata: Option[Map[String, AnyRef]] = Option(Map()), labels: Option[List[String]] = Option(List())) extends Serializable;\ncase class Relation(startNode: DataNode, endNode: DataNode, relation: String, direction: String, metadata: Option[Map[String, AnyRef]] = Option(Map())) extends Serializable;\ncase class UpdateDataNode(identifier: String, propertyName: String, propertyValue: AnyRef, metadata: Option[Map[String, AnyRef]] = Option(Map()), labels: Option[List[String]] = Option(List())) extends Serializable;\ncase class Job_Config(category: String, config_key: String, config_value: Map[String, List[String]])\n\n\/* Data Exhaust*\/\ncase class DataSet(events: List[String], eventConfig: Map[String, EventId])\ncase class EventId(eventType: String, searchType: String, fetchConfig: FetchConfig, csvConfig: CsvConfig, filterMapping: Map[String, Filter])\ncase class FetchConfig(params: Map[String, String])\ncase class CsvColumnMapping(to: String, hidden: Boolean, mapFunc: String)\ncase class CsvConfig(auto_extract_column_names: Boolean, columnMappings: Map[String, CsvColumnMapping])\ncase class SaveConfig(params: Map[String, String])\n\n\/* hierarchy store keyspace *\/\ncase class ContentHierarchyTable(identifier: String, hierarchy: String)\n\nobject Period extends Enumeration {\n  type Period = Value\n  val DAY, WEEK, MONTH, CUMULATIVE, LAST7, LAST30, LAST90 = Value\n}\n\nobject Level extends Enumeration {\n  type Level = Value\n  val INFO, DEBUG, WARN, ERROR = Value\n}\n\nobject JobStatus extends Enumeration {\n  type Status = Value;\n  val SUBMITTED, PROCESSING, COMPLETED, RETRY, FAILED = Value\n}\n\ntrait Stage extends Enumeration {\n  type Stage = Value\n  val contentPlayed = Value\n}\n\ntrait DataExStage extends Enumeration {\n  type DataExStage = Value;\n  val FETCHING_ALL_REQUEST, FETCHING_DATA, FETCHING_THE_REQUEST, FILTERING_DATA, SAVE_DATA_TO_S3, SAVE_DATA_TO_LOCAL, DOWNLOAD_AND_ZIP_OUTPUT_FILE, UPLOAD_ZIP, UPDATE_RESPONSE_TO_DB = Value\n}\n\ntrait JobStageStatus extends Enumeration {\n  type JobStageStatus = Value;\n  val COMPLETED, FAILED = Value\n}\n\nobject OnboardStage extends Stage {\n  override type Stage = Value\n  val welcomeContent, addChild, firstLesson, gotoLibrary, searchLesson, loadOnboardPage = Value\n}\n\nobject OtherStage extends Stage {\n  override type Stage = Value\n  val listContent, selectContent, downloadInitiated, downloadComplete = Value\n}\n\n\/\/ telemetry v3 case classes\n@scala.beans.BeanInfo\ncase class Actor(id: String, `type`: String);\n@scala.beans.BeanInfo\ncase class V3PData(id: String, ver: Option[String] = None, pid: Option[String] = None, model: Option[String] = None);\n@scala.beans.BeanInfo\ncase class Question(id: String, maxscore: Int, exlength: Int, params: Array[Map[String, AnyRef]], uri: String, desc: String, title: String, mmc: Array[String], mc: Array[String])\n@scala.beans.BeanInfo\ncase class V3CData(id: String, `type`: String);\n@scala.beans.BeanInfo\ncase class RollUp(l1: String, l2: String, l3: String, l4: String)\n@scala.beans.BeanInfo\ncase class V3Context(channel: String, pdata: Option[V3PData], env: String, sid: Option[String], did: Option[String], cdata: Option[List[V3CData]], rollup: Option[RollUp])\n@scala.beans.BeanInfo\ncase class Visit(objid: String, objtype: String, objver: Option[String], section: Option[String], index: Option[Int])\n@scala.beans.BeanInfo\ncase class V3Object(id: String, `type`: String, ver: Option[String], rollup: Option[RollUp], subtype: Option[String] = None, parent: Option[CommonObject] = None)\n@scala.beans.BeanInfo\ncase class CommonObject(id: String, `type`: String, ver: Option[String] = None)\n@scala.beans.BeanInfo\ncase class ShareItems(id: String, `type`: String, ver: String, params: List[Map[String, AnyRef]], origin: CommonObject, to: CommonObject)\n\n@scala.beans.BeanInfo\nclass V3EData(val datatype: String, val `type`: String, val dspec: Map[String, AnyRef], val uaspec: Map[String, String], val loc: String, val mode: String, val duration: Long, val pageid: String,\n              val subtype: String, val uri: String, val visits: List[Visit], val id: String, val target: Map[String, AnyRef],\n              val plugin: Map[String, AnyRef], val extra: Map[String, AnyRef], val item: Question, val pass: String, val score: Int, val resvalues: Array[Map[String, AnyRef]], \n              val values: AnyRef, val rating: Double, val comments: String, val dir: String, val items: List[ShareItems], val props : List[String], \n              val state: String, val prevstate: String, val err: AnyRef, val errtype: String, val stacktrace: String, val `object`: Map[String, AnyRef],\n              val level: String, val message: String, val params: List[Map[String, AnyRef]], val summary: List[Map[String, AnyRef]], val index: Int, val `class`: String, val status: String, val query: String, val data: Option[AnyRef], val sort: Option[AnyRef], val correlationid: Option[String], val topn: List[AnyRef], val filters: Option[AnyRef] = None, val size: Int = 0) extends Serializable {}\n\n@scala.beans.BeanInfo\nclass V3Event(val eid: String, val ets: Long, val `@timestamp`: String, val ver: String, val mid: String, val actor: Actor, val context: V3Context, val `object`: Option[V3Object], val edata: V3EData, val tags: List[AnyRef] = null) extends AlgoInput with Input {}\n\n@scala.beans.BeanInfo\ncase class V3DerivedEvent(val eid: String, val ets: Long, val `@timestamp`: String, val ver: String, val mid: String, val actor: Actor, val context: V3Context, val `object`: Option[V3Object], val edata: AnyRef, val tags: List[AnyRef] = null)\n"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api\/app\/Global.scala","text":"import play.api._\nimport play.api.mvc._\nimport filter.RequestInterceptor\nimport com.typesafe.config.Config\nimport org.ekstep.analytics.api.util.CacheUtil\nimport org.ekstep.analytics.api.util.APILogger\n\nobject Global extends WithFilters(RequestInterceptor) {\n\n    override def beforeStart(app: Application) {\n        APILogger.init(\"org.ekstep.analytics-api\")\n        Logger.info(\"Caching content\")\n        val config: Config = play.Play.application.configuration.underlying()\n        CacheUtil.initCache()(config)\n        Logger.info(\"Application has started...\")\n    }\n\n    override def onStop(app: Application) {\n        Logger.info(\"Application shutdown...\")\n    }\n\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/CommonUtil.scala","text":"<reponame>sowmya-dixit\/sunbird-analytics\npackage org.ekstep.analytics.api.util\n\nimport java.util.UUID\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\nimport org.ekstep.analytics.api.Params\nimport org.ekstep.analytics.api.Range\nimport org.ekstep.analytics.api.Response\nimport org.ekstep.analytics.api.ResponseCode\nimport org.ekstep.analytics.framework.Period._\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.joda.time.DateTime\nimport org.joda.time.DateTimeZone\nimport org.joda.time.Days\nimport org.joda.time.Duration\nimport org.joda.time.LocalDate\nimport org.joda.time.Weeks\nimport org.joda.time.format.DateTimeFormat\nimport org.joda.time.format.DateTimeFormatter\nimport org.apache.commons.lang3.StringUtils\n\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigFactory\n\n\n\/**\n * @author Santhosh\n *\/\nobject CommonUtil {\n\n    @transient val dayPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyyMMdd\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val weekPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy'7'ww\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val monthPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyyMM\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val weekPeriodLabel: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-ww\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val df: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSSZZ\").withZoneUTC();\n    @transient val dateFormat: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd\");\n    \n    def getSparkContext(parallelization: Int, appName: String): SparkContext = {\n        val conf = new SparkConf().setAppName(appName);\n        val master = conf.getOption(\"spark.master\");\n        \/\/ $COVERAGE-OFF$ Disabling scoverage as the below code cannot be covered as they depend on environment variables\n        if (master.isEmpty) {\n            conf.setMaster(\"local[*]\");\n        }\n        if (!conf.contains(\"spark.cassandra.connection.host\")) {\n            conf.set(\"spark.cassandra.connection.host\", AppConf.getConfig(\"spark.cassandra.connection.host\"))\n        }\n        if(embeddedCassandraMode)\n          conf.set(\"spark.cassandra.connection.port\", AppConf.getConfig(\"cassandra.service.embedded.connection.port\"))\n   \n        \/\/ $COVERAGE-ON$\n        new SparkContext(conf);\n    }\n    \n    private def embeddedCassandraMode() : Boolean = {\n    \tval isEmbedded = AppConf.getConfig(\"cassandra.service.embedded.enable\");\n    \tStringUtils.isNotBlank(isEmbedded) && StringUtils.equalsIgnoreCase(\"true\", isEmbedded);\n    }\n\n    def closeSparkContext()(implicit sc: SparkContext) {\n        sc.stop();\n    }\n\n    def roundDouble(value: Double, precision: Int): Double = {\n        BigDecimal(value).setScale(precision, BigDecimal.RoundingMode.HALF_UP).toDouble;\n    }\n\n    def getWeeksBetween(fromDate: Long, toDate: Long): Int = {\n        val from = new LocalDate(fromDate, DateTimeZone.UTC)\n        val to = new LocalDate(toDate, DateTimeZone.UTC)\n        Weeks.weeksBetween(from, to).getWeeks;\n    }\n\n    def getDayRange(count: Int): Range = {\n        val endDate = DateTime.now(DateTimeZone.UTC);\n        val startDate = endDate.minusDays(count);\n        Range(dayPeriod.print(startDate).toInt, dayPeriod.print(endDate).toInt)\n    }\n\n    def getMonthRange(count: Int): Range = {\n        val endDate = DateTime.now(DateTimeZone.UTC);\n        val startDate = endDate.minusDays(count * 30);\n        Range(monthPeriod.print(startDate).toInt, monthPeriod.print(endDate).toInt)\n    }\n\n    def getWeekRange(count: Int): Range = {\n        val endDate = DateTime.now(DateTimeZone.UTC);\n        val startDate = endDate.minusDays(count * 7);\n        Range(getWeekNumber(startDate.getWeekyear, startDate.getWeekOfWeekyear), getWeekNumber(endDate.getWeekyear, endDate.getWeekOfWeekyear))\n    }\n\n    private def getWeekNumber(year: Int, weekOfWeekyear: Int): Int = {\n\n        if (weekOfWeekyear < 10) {\n            (year + \"70\" + weekOfWeekyear).toInt\n        } else {\n            (year + \"7\" + weekOfWeekyear).toInt\n        }\n    }\n\n    def errorResponse(apiId: String, err: String, responseCode: String): Response = {\n        Response(apiId, \"1.0\", df.print(System.currentTimeMillis()),\n            Params(UUID.randomUUID().toString, null, responseCode, \"failed\", err),\n            responseCode, None)\n    }\n\n    def errorResponseSerialized(apiId: String, err: String, responseCode: String): String = {\n        JSONUtils.serialize(errorResponse(apiId, err, responseCode))\n    }\n\n    def OK(apiId: String, result: Map[String, AnyRef]): Response = {\n        Response(apiId, \"1.0\", df.print(DateTime.now(DateTimeZone.UTC).getMillis), Params(UUID.randomUUID().toString(), null, null, \"successful\", null), ResponseCode.OK.toString(), Option(result));\n    }\n\n    def getRemainingHours(): Long = {\n        val now = DateTime.now(DateTimeZone.UTC);\n        new Duration(now, now.plusDays(1).withTimeAtStartOfDay()).getStandardHours;\n    }\n\n    def getPeriodLabel(period: Period, date: Int)(implicit config: Config): String = {\n        val formatter = DateTimeFormat.forPattern(\"YYYYMMdd\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n        period match {\n            case MONTH =>\n                val format = config.getString(\"metrics.period.format.month\");\n                formatter.parseDateTime(date + \"01\").toString(DateTimeFormat.forPattern(format))\n            case WEEK =>\n                val datestr = Integer.toString(date);\n                getWeekPeriodLabel(datestr);\n            case DAY =>\n                val format = config.getString(\"metrics.period.format.day\")\n                formatter.parseDateTime(date.toString()).toString(DateTimeFormat.forPattern(format))\n            case _ => date.toString();\n        }\n    }\n    \n    def getWeekPeriodLabel(date: String): String = {\n    \tval week = date.substring(0,4)+\"-\"+date.substring(5,date.length);\n    \tval firstDay = weekPeriodLabel.parseDateTime(week);\n        val lastDay = firstDay.plusDays(6);\n        val first = firstDay.toString(DateTimeFormat.forPattern(\"MMM dd\"));\n        val last = if (firstDay.getMonthOfYear == lastDay.getMonthOfYear) \n        \tlastDay.toString(DateTimeFormat.forPattern(\"dd\"))\n        else\n        \tlastDay.toString(DateTimeFormat.forPattern(\"MMM dd\"))\n        s\"$first - $last\";\n    }\n    \n    def getMillis(): Long = {\n    \tDateTime.now(DateTimeZone.UTC).getMillis\n    }\n    \n    def getToday(): String = {\n        dateFormat.print(new DateTime)\n    }\n    \n    def getPeriod(date: String): Int = {\n        try {\n            Integer.parseInt(date.replace(\"-\", \"\"))  \n        } catch {\n          case t: Throwable => 0; \/\/ TODO: handle error\n        }\n    }\n    \n    def getDaysBetween(start: String, end: String): Int = {\n        val to = dateFormat.parseLocalDate(end)\n        val from = dateFormat.parseLocalDate(start)\n        Days.daysBetween(from, to).getDays()\n    }\n    \n    def caseClassToMap(ccObj: AnyRef) =\n        (Map[String, AnyRef]() \/: ccObj.getClass.getDeclaredFields) {\n            (map, field) =>\n                field.setAccessible(true)\n                map + (field.getName -> field.get(ccObj))\n        }\n\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-modules\/batch-models\/src\/test\/scala\/org\/ekstep\/analytics\/updater\/TestUpdateDialCodeUsageDB.scala","text":"<reponame>sowmya-dixit\/sunbird-analytics\npackage org.ekstep.analytics.updater\n\nimport com.datastax.spark.connector._\nimport com.datastax.spark.connector.cql.CassandraConnector\nimport org.ekstep.analytics.framework.DerivedEvent\nimport org.ekstep.analytics.model.SparkSpec\nimport org.ekstep.analytics.util.Constants\n\nclass TestUpdateDialCodeUsageDB extends SparkSpec( file = null) {\n\n  override def beforeAll() {\n    super.beforeAll()\n    val connector = CassandraConnector(sc.getConf)\n    val session = connector.openSession()\n    session.execute(\"TRUNCATE \" + Constants.PLATFORM_KEY_SPACE_NAME + \".\" + Constants.DIALCODE_USAGE_METRICS_TABLE)\n  }\n  var result: GraphUpdateEvent = _\n\n  \"UpdateDialcodeUsageDB\" should \"store data in dialcode_usage_metrics\" in {\n    val rdd = loadFile[DerivedEvent](\"src\/test\/resources\/dialcode-usage-updater\/dialcode-usage-summary.log\")\n    result = UpdateDialcodeUsageDB.execute(rdd, None).first()\n\n    val dayRecord = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 20181107).first()\n    dayRecord.first_scan should be(1540469152000L)\n    dayRecord.last_scan should be(1541541952000L)\n    dayRecord.total_dial_scans_local should be(25)\n    dayRecord.average_scans_per_day should be(2)\n\n    val weekRecord = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 2018745).first()\n    weekRecord.first_scan should be(1540469152000L)\n    weekRecord.last_scan should be(1541541952000L)\n    weekRecord.total_dial_scans_local should be(50)\n    weekRecord.average_scans_per_day should be(4)\n\n    val monthRecord = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 201811).first()\n    monthRecord.first_scan should be(1540469152000L)\n    monthRecord.last_scan should be(1541541952000L)\n    monthRecord.total_dial_scans_local should be(60)\n    monthRecord.average_scans_per_day should be(5)\n\n    val cumulativeRecord = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 0).first()\n    cumulativeRecord.first_scan should be(1540469152000L)\n    cumulativeRecord.last_scan should be(1541541952000L)\n    cumulativeRecord.total_dial_scans_local should be(80)\n    cumulativeRecord.average_scans_per_day should be(6)\n  }\n\n  it should \"update the DB if first_scan is less than the current first_scan\" in {\n\n    val rdd = loadFile[DerivedEvent](\"src\/test\/resources\/dialcode-usage-updater\/dialcode-usage-summary1.log\")\n    UpdateDialcodeUsageDB.execute(rdd, None)\n\n    val newValue = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 20181107).first()\n    newValue.first_scan should be(1540469130000L)\n  }\n\n  it should \"update the DB if last_scan is greater than the current last_scan\" in {\n\n    val newValue = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 20181107).first()\n    newValue.last_scan should be(1541542052000L)\n  }\n\n  it should \"change the average_scans_per_day value according to the day difference between first_scan and last_scan \" in {\n\n    val withoutDifference = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 20181026).first()\n    withoutDifference.average_scans_per_day should be(withoutDifference.total_dial_scans_local)\n    val withDifference = sc.cassandraTable[DialCodeUsage](Constants.PLATFORM_KEY_SPACE_NAME, Constants.DIALCODE_USAGE_METRICS_TABLE).where(\"period=?\", 20181107).first()\n    withDifference.average_scans_per_day should not be(withDifference.total_dial_scans_local)\n  }\n\n  it should \"Return GraphUpdateEvent with proper values\" in {\n    result.nodeUniqueId should be(\"QR1234\")\n    result.transactionData(\"properties\")(\"total_dial_scans_local\")(\"nv\") should be(25)\n    result.transactionData(\"properties\")(\"total_dial_scans_global\")(\"nv\") should be(25)\n    result.transactionData(\"properties\")(\"first_scan\")(\"nv\") should be(1540469152000L)\n    result.transactionData(\"properties\")(\"last_scan\")(\"nv\") should be(1541456052000L)\n    result.transactionData(\"properties\")(\"average_scans_per_day\")(\"nv\") should be(2)\n    result.nodeType should be(\"DIALCODE_METRICS\")\n  }\n\n}\n"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api\/app\/controllers\/BaseController.scala","text":"package controllers\n\nimport scala.collection.JavaConverters.mapAsJavaMapConverter\nimport scala.concurrent.duration.DurationInt\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigFactory\nimport akka.util.Timeout\nimport akka.util.Timeout.durationToTimeout\nimport org.ekstep.analytics.api.util.{APILogger, CacheUtil}\nimport play.api.mvc._\n\n\/**\n * @author mahesh\n *\/\n\nabstract class BaseController extends Controller {\n\n  implicit val className = \"controllers.BaseController\"\n\n    implicit val timeout: Timeout = 20 seconds\n    implicit val config: Config = play.Play.application.configuration.underlying()\n        .withFallback(ConfigFactory.parseMap(Map(\"content2vec.scripts_path\" -> \"\",\n            \"python.home\" -> \"\",\n            \"content2vec.download_path\" -> \"\/tmp\",\n            \"content2vec.download_file_prefix\" -> \"temp_\",\n            \"content2vec.enrich_content\" -> \"true\",\n            \"content2vec.content_corpus\" -> \"true\",\n            \"content2vec.train_model\" -> \"false\",\n            \"content2vec.s3_bucket\" -> \"ekstep-dev-data-store\",\n            \"content2vec.model_path\" -> \"model\",\n            \"content2vec.s3_key_prefix\" -> \"model\",\n            \"content2vec.infer_all\" -> \"false\",\n            \"content2vec.corpus_path\" -> \"\").asJava))\n\n    def result(code: String, res: String): Result = {\n        val resultObj = code match {\n            case \"OK\" =>\n                Ok(res)\n            case \"CLIENT_ERROR\" =>\n                BadRequest(res)\n            case \"SERVER_ERROR\" =>\n                InternalServerError(res)\n            case \"REQUEST_TIMEOUT\" =>\n                RequestTimeout(res)\n            case \"RESOURCE_NOT_FOUND\" =>\n                NotFound(res)\n            case \"FORBIDDEN\" =>\n                Forbidden(res)\n        }\n        resultObj.withHeaders(CONTENT_TYPE -> \"application\/json\")\n    }\n\n    def authorizeDataExhaustRequest(consumerId: String, channelId: String): Boolean = {\n        APILogger.log(s\"Authorizing $consumerId and $channelId\")\n        val status = Option(CacheUtil.getConsumerChannlTable().get(consumerId, channelId))\n        if (status.getOrElse(0) == 1) true else false\n    }\n\n  def authorizeDataExhaustRequest(request: Request[AnyContent] ): Boolean = {\n    val authorizationCheck = config.getBoolean(\"dataexhaust.authorization_check\")\n    if(!authorizationCheck) return true\n\n    val consumerId = request.headers.get(\"X-Consumer-ID\").getOrElse(\"\")\n    val channelId = request.headers.get(\"X-Channel-ID\").getOrElse(\"\")\n    authorizeDataExhaustRequest(consumerId, channelId)\n  }\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-modules\/batch-models\/src\/test\/scala\/org\/ekstep\/analytics\/model\/TestDeviceSummaryModel.scala","text":"<gh_stars>0\npackage org.ekstep.analytics.model\n\nimport com.datastax.spark.connector.cql.CassandraConnector\nimport org.ekstep.analytics.framework.util.JSONUtils\nimport org.ekstep.analytics.util.Constants\n\nclass TestDeviceSummaryModel extends SparkSpec(null) {\n\n    \"DeviceSummaryModel\" should \"generate DeviceSummary events from a sample file and pass all positive test cases\" in {\n        \n        val rdd = loadFile[String](\"src\/test\/resources\/device-summary\/test_data1.log\");\n        val me = DeviceSummaryModel.execute(rdd, None);\n        me.count() should be(3)\n        \n        val event1 = me.filter(f => \"B6672B9EFDF620EDD8F43CFDF1101B14\".equals(f.mid)).first\n        \n        event1.eid should be(\"ME_DEVICE_SUMMARY\");\n        event1.context.pdata.model.get should be(\"DeviceSummary\");\n        event1.context.pdata.ver should be(\"1.0\");\n        event1.context.granularity should be(\"DAY\");\n        event1.context.date_range should not be null;\n        event1.dimensions.did.get should be(\"88edda82418a1e916e9906a2fd7942cb\");\n        event1.dimensions.channel.get should be(\"b00bc992ef25f1a9a8d63291e20efc8d\")\n\n        val summary1 = JSONUtils.deserialize[DeviceSummary](JSONUtils.serialize(event1.edata.eks));\n        summary1.content_downloads should be(1)\n        summary1.contents_played should be(2)\n        summary1.total_ts should be(50.0)\n        summary1.total_launches should be(1)\n        summary1.unique_contents_played should be(2)\n        summary1.dial_stats.total_count should be(0)\n        summary1.dial_stats.success_count should be(0)\n        summary1.dial_stats.failure_count should be(0)\n        \n        val event2 = me.filter(f => \"8B6DEB9BCDE92D8830C5BAB6DEB8F14F\".equals(f.mid)).first\n        \n        event2.eid should be(\"ME_DEVICE_SUMMARY\");\n        event2.context.pdata.model.get should be(\"DeviceSummary\");\n        event2.context.pdata.ver should be(\"1.0\");\n        event2.context.granularity should be(\"DAY\");\n        event2.context.date_range should not be null;\n        event2.dimensions.did.get should be(\"49edda82418a1e916e9906a2fd7942cb\");\n        event2.dimensions.channel.get should be(\"b00bc992ef25f1a9a8d63291e20efc8d\")\n\n        val summary2 = JSONUtils.deserialize[DeviceSummary](JSONUtils.serialize(event2.edata.eks));\n        summary2.content_downloads should be(0)\n        summary2.contents_played should be(0)\n        summary2.total_ts should be(8.0)\n        summary2.total_launches should be(1)\n        summary2.unique_contents_played should be(0)\n        summary2.dial_stats.total_count should be(3)\n        summary2.dial_stats.success_count should be(3)\n        summary2.dial_stats.failure_count should be(0)\n        \n        val event3 = me.filter(f => \"42B5E0E32ADD7F8DF58666165AFFB6AB\".equals(f.mid)).first\n       \n        event3.eid should be(\"ME_DEVICE_SUMMARY\");\n        event3.context.pdata.model.get should be(\"DeviceSummary\");\n        event3.context.pdata.ver should be(\"1.0\");\n        event3.context.granularity should be(\"DAY\");\n        event3.context.date_range should not be null;\n        event3.dimensions.did.get should be(\"48edda82418a1e916e9906a2fd7942cb\");\n        event3.dimensions.channel.get should be(\"b00bc992ef25f1a9a8d63291e20efc8d\")\n\n        val summary3 = JSONUtils.deserialize[DeviceSummary](JSONUtils.serialize(event3.edata.eks));\n        summary3.content_downloads should be(0)\n        summary3.contents_played should be(0)\n        summary3.total_ts should be(18.0)\n        summary3.total_launches should be(2)\n        summary3.unique_contents_played should be(0)\n        summary3.dial_stats.total_count should be(4)\n        summary3.dial_stats.success_count should be(2)\n        summary3.dial_stats.failure_count should be(2)\n    }\n    it should \"update the value of first_access according to the value from Cassandra else update with dt_range.from\" in {\n        CassandraConnector(sc.getConf).withSessionDo { session =>\n            session.execute(\"TRUNCATE \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE)\n            session.execute(\"INSERT INTO \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE +\"(device_id, channel, first_access)\" +\n              \"VALUES('<KEY>','b00bc992ef25f1a9a8d63291e20efc8d', 1536995435000)\")\n            session.execute(\"INSERT INTO \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE +\"(device_id, channel, first_access)\" +\n              \"VALUES('<KEY>','b00bc992ef25f1a9a8d63291e20efc8d', 1536909035000)\")\n        }\n        val rdd = loadFile[String](\"src\/test\/resources\/device-summary\/test_data1.log\")\n        val measuredEvent = DeviceSummaryModel.execute(rdd, None)\n        measuredEvent.collect().foreach{ x =>\n            val summary = JSONUtils.deserialize[DeviceSummary](JSONUtils.serialize(x.edata.eks))\n            if(x.dimensions.did.get.equals(\"49edda82418a1e916e9906a2fd7942cb\"))\n                summary.firstAccess should be(1536995435000L)\n            else if(x.dimensions.did.get.equals(\"88edda82418a1e916e9906a2fd7942cb\"))\n                summary.firstAccess should be(1536909035000L)\n            else\n                summary.firstAccess should be(1537550355883L)\n        }\n    }\n\n    it should \"update the value of first_access with dt_range.from if null is returned from Cassandra\" in {\n        CassandraConnector(sc.getConf).withSessionDo { session =>\n            session.execute(\"TRUNCATE \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE)\n            session.execute(\"INSERT INTO \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE +\"(device_id, channel)\" +\n              \"VALUES('49edda82418a1e916e9906a2fd7942cb','b00bc992ef25f1a9a8d63291e20efc8d')\")\n            session.execute(\"INSERT INTO \" + Constants.DEVICE_KEY_SPACE_NAME + \".\" + Constants.DEVICE_PROFILE_TABLE +\"(device_id, channel, first_access)\" +\n              \"VALUES('88edda82418a1e916e9906a2fd7942cb','b00bc992ef25f1a9a8d63291e20efc8d', 1536909035000)\")\n        }\n        val rdd = loadFile[String](\"src\/test\/resources\/device-summary\/test_data1.log\")\n        val measuredEvent = DeviceSummaryModel.execute(rdd, None)\n        measuredEvent.collect().foreach{ x =>\n            val summary = JSONUtils.deserialize[DeviceSummary](JSONUtils.serialize(x.edata.eks))\n            if(x.dimensions.did.get.equals(\"49edda82418a1e916e9906a2fd7942cb\"))\n                summary.firstAccess should be(1537550355883L)\n            else if(x.dimensions.did.get.equals(\"88edda82418a1e916e9906a2fd7942cb\"))\n                summary.firstAccess should be(1536909035000L)\n            else\n                summary.firstAccess should be(1537550355883L)\n        }\n    }\n\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-framework\/analytics-core\/src\/main\/scala\/org\/ekstep\/analytics\/framework\/filter\/RangeMatcher.scala","text":"package org.ekstep.analytics.framework.filter\n\n\/**\n * @author Santhosh\n *\/\nobject RangeMatcher extends IMatcher {\n\n    def matchValue(value1: AnyRef, value2: Option[AnyRef]): Boolean = {\n        if (value2.isEmpty || !(value2.get.isInstanceOf[Map[String, AnyRef]])) {\n            return false;\n        }\n        val range = value2.get.asInstanceOf[Map[String, AnyRef]];\n        val start = range.getOrElse(\"start\", null);\n        val end = range.getOrElse(\"end\", null);\n        if (start == null || end == null) {\n            return false;\n        }\n        if (value1.isInstanceOf[Long]) {\n            if (value1.asInstanceOf[Long] >= start.asInstanceOf[Long] && value1.asInstanceOf[Long] <= end.asInstanceOf[Long]) {\n                return true;\n            }\n        }\n\n        if (value1.isInstanceOf[Double]) {\n            if (value1.asInstanceOf[Double] >= start.asInstanceOf[Double] && value1.asInstanceOf[Double] <= end.asInstanceOf[Double]) {\n                return true;\n            }\n        }\n\n        if (value1.isInstanceOf[Int]) {\n            if (value1.asInstanceOf[Int] >= start.asInstanceOf[Int] && value1.asInstanceOf[Int] <= end.asInstanceOf[Int]) {\n                return true;\n            }\n        }\n\n        return false;\n    }\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-framework\/analytics-core\/src\/main\/scala\/org\/ekstep\/analytics\/framework\/dispatcher\/SlackDispatcher.scala","text":"package org.ekstep.analytics.framework.dispatcher\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.SparkContext\nimport org.ekstep.analytics.framework.util.RestUtil\nimport org.ekstep.analytics.framework.exception.DispatcherException\nimport org.ekstep.analytics.framework.util.JSONUtils\nimport org.ekstep.analytics.framework.conf.AppConf\n\n\ncase class SlackMessage(channel: String, username: String, text: String, icon_emoji:String = \":ghost:\")\n\/**\n * @author Santhosh\n *\/\nobject SlackDispatcher extends IDispatcher {\n\n    @throws(classOf[DispatcherException])\n    def dispatch(events: Array[String], config: Map[String, AnyRef]): Array[String] = {\n        \n        val channel = config.getOrElse(\"channel\", null).asInstanceOf[String];\n        val userName = config.getOrElse(\"userName\", null).asInstanceOf[String];\n        \n\n        if (null == channel || null == userName) {\n            throw new DispatcherException(\"'channel' & 'userName' parameters are required to send output to slack\")\n        }\n        \n        val text = events.mkString(\",\");\n        val webhookUrl = AppConf.getConfig(\"monitor.notification.webhook_url\")\n        val message = SlackMessage(channel, userName, text);\n        val resp = RestUtil.post[String](webhookUrl, JSONUtils.serialize(message));\n        events;\n    }\n    \n    def dispatch(config: Map[String, AnyRef], events: RDD[String])(implicit sc: SparkContext) = {\n        dispatch(events.collect(), config);\n    }\n    \n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api\/test\/ApplicationSpec.scala","text":"<filename>platform-api\/analytics-api\/test\/ApplicationSpec.scala\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\n\nimport play.api.libs.json._\nimport play.api.http._\nimport play.api.test._\nimport play.api.test.Helpers._\nimport org.ekstep.analytics.api.util.JSONUtils\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass ApplicationSpec extends BaseSpec {\n\n    \"Application\" should new WithApplication {\n\n        \"send 404 on a bad request\" in {\n            route(FakeRequest(GET, \"\/boum\")) must beSome.which (status(_) == NOT_FOUND)\n        }\n\n       \"return api health status report - successful response\" in {\n           val response = route(FakeRequest(GET, \"\/health\")).get\n            status(response) must equalTo(OK)\n       }\n       \n       \"return error response on invalid request(recommendations) - error response\" in {\n    \t\tval request = \"\"\" {\"id\":\"ekstep.analytics.recommendations\",\"ver\":\"1.0\",\"ts\":\"YYYY-MM-DDThh:mm:ssZ+\/-nn.nn\",\"request\":{\"context\":{}}} \"\"\"\n    \t\tpost(\"\/content\/recommend\", request)\n\t\t\tval response = post(\"\/content\/recommend\", request);\n\/\/    \t\thasClientError(response);\n    \t\tstatus(response) must equalTo(OK)\n       }\n       \n       \"return the recommendations - successful response\" in {\n\t\t\tval request = \"\"\" {\"id\":\"ekstep.analytics.recommendations\",\"ver\":\"1.0\",\"ts\":\"YYYY-MM-DDThh:mm:ssZ+\/-nn.nn\",\"request\":{\"context\":{\"did\":\"5edf49c4-313c-4f57-fd52-9bfe35e3b7d6\",\"dlang\":\"en\"}, \"filters\": {\"contentType\": \"Story\"}}} \"\"\"\n\t\t\tpost(\"\/content\/recommend\", request)\n\t\t\tval response = post(\"\/content\/recommend\", request);\n\t\t\tisOK(response);\n\t\t\tstatus(response) must equalTo(OK)\n       }\n       \n       \"register tag\" in {\n    \t   \tval request = \"\"\" {} \"\"\"\n\t\t\tval response = post(\"\/tag\/register\/4f04da601e244d31aa7b1daf91c46341\",request);\n\t\t\tisOK(response);\n\t\t\tstatus(response) must equalTo(OK)\n       }\n       \n       \"un-register tag\" in {\n    \t   \tval response = route(FakeRequest(DELETE, \"\/tag\/delete\/4f04da601e244d31aa7b1daf91c46341\")).get;\n\t\t\tisOK(response);\n\t\t\tstatus(response) must equalTo(OK)\n       }\n       \n       \"recommendations - should return empty response when recommendations disabled\" in {\n\t\t\tval request = \"\"\" {\"id\":\"ekstep.analytics.recommendations\",\"ver\":\"1.0\",\"ts\":\"YYYY-MM-DDThh:mm:ssZ+\/-nn.nn\",\"request\":{\"context\":{\"did\":\"5edf49c4-313c-4f57-fd52-9bfe35e3b7d6\",\"dlang\":\"en\"}, \"filters\": {\"contentType\": \"Story\"}}} \"\"\"\n\t\t\tpost(\"\/content\/recommend\", request)\n\t\t\tval response = post(\"\/content\/recommend\", request);\n\t\t\tisOK(response);\n\t\t\tcontentAsString(response) must contain(\"\"\"\"count\":0\"\"\")\n       }\n    }\n}\n"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/metrics\/WorkflowUsageMetricsModel.scala","text":"package org.ekstep.analytics.api.metrics\n\nimport com.datastax.driver.core.querybuilder.QueryBuilder\nimport com.typesafe.config.Config\nimport org.ekstep.analytics.api.metrics.UsageMetricsModel.{_getPeriods, periodMap}\nimport org.ekstep.analytics.api.util.{CommonUtil, DBUtil}\nimport org.ekstep.analytics.api.{Constants, ContentUsageMetrics, IMetricsModel, WorkflowUsageMetrics}\nimport com.weather.scalacass.syntax._\nimport org.ekstep.analytics.api.metrics.CotentUsageMetricsModel._getPeriods\nimport scala.collection.JavaConverters.iterableAsScalaIterableConverter\n\ncase class WorkflowUsageTable(d_period: Int, m_total_ts: Option[Double] = Option(0.0), m_total_sessions: Option[Long] = Option(0), m_avg_ts_session: Option[Double] = Option(0.0), m_total_interactions: Option[Long] = Option(0), m_avg_interactions_min: Option[Double] = Option(0.0), m_total_pageviews_count: Option[Long] = Option(0), m_avg_pageviews: Option[Double] = Option(0), m_total_users_count: Option[Long] = Option(0), m_total_content_count: Option[Long] = Option(0), m_total_devices_count: Option[Long] = Option(0))\n\nobject WorkflowUsageMetricsModel extends IMetricsModel[WorkflowUsageMetrics, WorkflowUsageMetrics] with Serializable {\n\n    override def metric: String = \"wfus\";\n\n    override def getMetrics(records: Array[WorkflowUsageMetrics], period: String, fields: Array[String] = Array())(implicit config: Config): Array[WorkflowUsageMetrics] = {\n\n        val periodEnum = periodMap.get(period).get._1;\n        val periods = _getPeriods(period);\n        val recordsArray = records.map { x => (x.d_period.get, x) };\n        val periodsArray = periods.map { period => (period, WorkflowUsageMetrics(Option(period), Option(CommonUtil.getPeriodLabel(periodEnum, period)))) };\n        periodsArray.map { tup1 =>\n          val tmp = recordsArray.filter(tup2 => tup1._1 == tup2._1)\n          if (tmp.isEmpty) (tup1._1, (tup1._2, None)) else (tup1._1, (tup1._2, tmp.apply(0)._2))\n        }.sortBy(-_._1).map { f => if (None != f._2._2 ) _merge(f._2._2.asInstanceOf[WorkflowUsageMetrics], f._2._1) else f._2._1 }\n    }\n\n    private def _merge(obj: WorkflowUsageMetrics, dummy: WorkflowUsageMetrics): WorkflowUsageMetrics = {\n        WorkflowUsageMetrics(dummy.d_period, dummy.label, obj.m_total_ts, obj.m_total_sessions, obj.m_avg_ts_session, obj.m_total_interactions,\n          obj.m_avg_interactions_min, obj.m_total_pageviews_count, obj.m_avg_pageviews, obj.m_total_users_count, obj.m_total_content_count, obj.m_total_devices_count)\n    }\n\n    override def reduce(fact1: WorkflowUsageMetrics, fact2: WorkflowUsageMetrics, fields: Array[String] = Array()): WorkflowUsageMetrics = {\n        val total_ts = CommonUtil.roundDouble(fact2.m_total_ts.get + fact1.m_total_ts.get, 2);\n        val total_sessions = fact2.m_total_sessions.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_sessions.getOrElse(0l).asInstanceOf[Number].longValue()\n        val avg_ts_session = if (total_sessions > 0) CommonUtil.roundDouble((total_ts \/ total_sessions), 2) else 0.0;\n        val total_interactions = fact2.m_total_interactions.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_interactions.getOrElse(0l).asInstanceOf[Number].longValue()\n        val avg_interactions_min = if (total_interactions == 0 || total_ts == 0) 0d else CommonUtil.roundDouble(BigDecimal(total_interactions \/ (total_ts \/ 60)).toDouble, 2);\n        val total_pageviews_count = fact2.m_total_pageviews_count.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_pageviews_count.getOrElse(0l).asInstanceOf[Number].longValue()\n        val avg_pageviews = if (total_sessions > 0) CommonUtil.roundDouble((total_pageviews_count \/ total_sessions), 2) else 0.0;\n        val total_users_count = fact2.m_total_users_count.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_users_count.getOrElse(0l).asInstanceOf[Number].longValue()\n        val total_content_count = fact2.m_total_content_count.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_content_count.getOrElse(0l).asInstanceOf[Number].longValue()\n        val total_devices_count = fact2.m_total_devices_count.getOrElse(0l).asInstanceOf[Number].longValue() + fact1.m_total_devices_count.getOrElse(0l).asInstanceOf[Number].longValue()\n        WorkflowUsageMetrics(fact1.d_period, None, Option(total_ts), Option(total_sessions), Option(avg_ts_session), Option(total_interactions), Option(avg_interactions_min), Option(total_pageviews_count), Option(avg_pageviews), Option(total_users_count), Option(total_content_count), Option(total_devices_count));\n    }\n\n    override def getSummary(summary: WorkflowUsageMetrics) : WorkflowUsageMetrics = {\n        WorkflowUsageMetrics(None, None, summary.m_total_ts, summary.m_total_sessions, summary.m_avg_ts_session, summary.m_total_interactions, summary.m_avg_interactions_min, summary.m_total_pageviews_count, summary.m_avg_pageviews, summary.m_total_users_count, summary.m_total_content_count, summary.m_total_devices_count);\n    }\n\n    override def getData(contentId: String, tags: Array[String], period: String, channel: String, userId: String = \"all\", deviceId: String = \"all\", metricsType: String = \"app\", mode: String = \"\")(implicit mf: Manifest[WorkflowUsageMetrics], config: Config): Array[WorkflowUsageMetrics] = {\n\n        val periods = _getPeriods(period);\n\n        val queries = tags.map { tag =>\n            periods.map { p =>\n                QueryBuilder.select().all().from(Constants.PLATFORML_DB, Constants.WORKFLOW_USAGE_SUMMARY_FACT).allowFiltering().where(QueryBuilder.eq(\"d_period\", p)).and(QueryBuilder.eq(\"d_tag\", tag)).and(QueryBuilder.eq(\"d_content_id\", contentId)).and(QueryBuilder.eq(\"d_user_id\", userId)).and(QueryBuilder.eq(\"d_device_id\", deviceId)).and(QueryBuilder.eq(\"d_type\", metricsType)).and(QueryBuilder.eq(\"d_mode\", mode)).and(QueryBuilder.eq(\"d_channel\", channel)).toString();\n            }\n        }.flatMap(x => x)\n\n        queries.map { q =>\n            val res = DBUtil.session.execute(q)\n            res.all().asScala.map(x => x.as[WorkflowUsageTable])\n        }.flatMap(x => x).map(f => getSummaryFromCass(f))\n    }\n\n    private def getSummaryFromCass(summary: WorkflowUsageTable): WorkflowUsageMetrics = {\n        WorkflowUsageMetrics(Option(summary.d_period), None, summary.m_total_ts, summary.m_total_sessions, summary.m_avg_ts_session, summary.m_total_interactions, summary.m_avg_interactions_min, summary.m_total_pageviews_count, summary.m_avg_pageviews, summary.m_total_users_count, summary.m_total_content_count, summary.m_total_devices_count);\n    }\n}\n"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-modules\/batch-models\/src\/main\/scala\/org\/ekstep\/analytics\/model\/ETBCoverageSummaryModel.scala","text":"package org.ekstep.analytics.model\n\nimport com.datastax.spark.connector._\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\nimport org.ekstep.analytics.adapter.{ContentAdapter, ContentFetcher}\nimport org.ekstep.analytics.framework._\nimport org.ekstep.analytics.framework.util.{CommonUtil, JSONUtils, JobLogger}\nimport org.ekstep.analytics.updater.GraphUpdateEvent\nimport org.ekstep.analytics.util.Constants\nimport org.joda.time.DateTime\n\nimport scala.util.{Failure, Try}\n\n\ncase class ContentFlatList(contentId: String, metric: List[Map[String, Any]])\n\ncase class ETBCoverageOutput(contentId: String, objectType: String, totalDialcodeAttached: Int, totalDialcode: Map[String, Int], totalDialcodeLinkedToContent: Int, level: Int) extends AlgoOutput\n\ncase class ContentHierarchyModel(mimeType: String, contentType: String, dialcodes: Option[List[String]], identifier: String, channel: String, status: String, name: String, content: Map[String, AnyRef], children: Option[List[ContentHierarchyModel]]) extends AlgoInput\n\nobject ETBCoverageSummaryModel extends IBatchModelTemplate[Empty, ContentHierarchyModel, ETBCoverageOutput, GraphUpdateEvent] with Serializable {\n\n    implicit val className = \"org.ekstep.analytics.model.ETBCoverageSummaryModel\"\n\n    override def name: String = \"ETBCoverageSummaryModel\"\n\n    def getPublishedTextbooks(config: Map[String, AnyRef], contentAdapter: ContentFetcher): List[String] = {\n        \/\/ format date to ISO format\n        val fromDate = config.getOrElse(\"fromDate\", new DateTime().toString(CommonUtil.dateFormat)).asInstanceOf[String]\n        val startDate = CommonUtil.ISTDateTimeFormatter.parseDateTime(fromDate).toDateTimeISO.toString\n\n        val toDate = config.getOrElse(\"toDate\", new DateTime().toString(CommonUtil.dateFormat)).asInstanceOf[String]\n        val endDate = CommonUtil.ISTDateTimeFormatter.parseDateTime(toDate).plusHours(23).plusMinutes(59).plusSeconds(59).toDateTimeISO.toString\n\n        JobLogger.log(\"Started executing Job ETBCoverageSummaryModel\")\n\n        \/\/ Get all last updated \"Live\" Textbooks within given period\n        val response = contentAdapter.getTextbookContents(startDate.toString, endDate.toString)\n        response.map(_.getOrElse(\"identifier\", \"\").asInstanceOf[String]).toList\n    }\n\n    def getContentsFromCassandra(contentIds: List[String])(implicit sc: SparkContext): RDD[ContentHierarchyModel] = {\n        val hierarchyData = sc.cassandraTable[ContentHierarchyTable](Constants.HIERARCHY_STORE_KEY_SPACE_NAME, Constants.CONTENT_HIERARCHY_TABLE).where(\"identifier IN ?\", contentIds)\n        val data = hierarchyData.map(data => data.hierarchy)\n\n        var model: RDD[ContentHierarchyModel] = sc.emptyRDD[ContentHierarchyModel]\n        Try {\n            model = data.map(jsonString => JSONUtils.deserialize[ContentHierarchyModel](jsonString))\n        }.recover {\n            case exception => JobLogger.log(\"unable to parse JSON hierarchy content\")\n                Failure(exception)\n        }\n\n        model.filter(content => content.contentType == \"TextBook\") \/\/ filter only Textbooks\n    }\n\n    override def preProcess(data: RDD[Empty], config: Map[String, AnyRef])(implicit sc: SparkContext): RDD[ContentHierarchyModel] = {\n        val textbookIds = getPublishedTextbooks(config, ContentAdapter)\n        getContentsFromCassandra(textbookIds)(sc)\n    }\n\n    def getDialcodesByLevel(content: ContentHierarchyModel): List[String] = {\n        val dialcodes = content.dialcodes.getOrElse(List())\n        dialcodes ::: content.children.getOrElse(List()).flatMap(x => x.dialcodes.getOrElse(List()))\n    }\n\n    def getContentCountLinkedToDialcode(content: ContentHierarchyModel): Int = {\n        val count = List(content.dialcodes.getOrElse(List()).size).count(_ > 0)\n        count + content.children.getOrElse(List()).map(x => x.dialcodes.getOrElse(List()).size).count(_ > 0)\n    }\n\n    def getContentMeta(content: ContentHierarchyModel, parentId: String, level: Int): List[Map[String, Any]] = {\n        List(\n            Map(\n                \"id\" -> content.identifier,\n                \"parent\" -> parentId,\n                \"childCount\" -> content.children.getOrElse(List()).length,\n                \"dialcodes\" -> content.dialcodes.getOrElse(List()),\n                \"childrenIds\" -> content.children.getOrElse(List()).map(x => x.identifier),\n                \"totalDialcode\" -> getDialcodesByLevel(content).groupBy(identity).map(t => (t._1, t._2.size)),\n                \"totalDialcodeAttached\" -> getDialcodesByLevel(content).distinct.size,\n                \"totalDialcodeLinkedToContent\" -> getContentCountLinkedToDialcode(content),\n                \"mimeType\" -> content.mimeType,\n                \"level\" -> level\n            )\n        )\n    }\n\n    def computeMetrics(data: RDD[ContentHierarchyModel]): RDD[Map[String, Any]] = {\n        var mapper: List[Map[String, Any]] = List()\n        val collectionMimetype = \"application\/vnd.ekstep.content-collection\"\n\n        def flattenHierarchy(parent: ContentHierarchyModel, level: Int = 2): Unit = {\n            parent.children.getOrElse(List()).foreach(content => {\n                if (content.mimeType.toLowerCase.equals(collectionMimetype)) {\n                    mapper :::= getContentMeta(content, parent.identifier, level)\n                }\n                if (content.children.getOrElse(List()).nonEmpty) flattenHierarchy(content, level + 1)\n            })\n        }\n\n        data.flatMap(content => {\n            mapper = List()\n            flattenHierarchy(content)\n            mapper ::: getContentMeta(content, content.identifier, 1)\n        })\n    }\n\n    override def algorithm(input: RDD[ContentHierarchyModel], config: Map[String, AnyRef])(implicit sc: SparkContext): RDD[ETBCoverageOutput] = {\n        computeMetrics(input)\n            .map(metric => ETBCoverageOutput(\n                metric.getOrElse(\"id\", \"\").asInstanceOf[String],\n                \"Content\",          \/\/ collection mimeType has objectType \"Content\"\n                metric.getOrElse(\"totalDialcodeAttached\", 0).asInstanceOf[Int],\n                metric.getOrElse(\"totalDialcode\", Map()).asInstanceOf[Map[String, Int]],\n                metric.getOrElse(\"totalDialcodeLinkedToContent\", 0).asInstanceOf[Int],\n                metric.getOrElse(\"level\", 0).asInstanceOf[Int]\n            ))\n    }\n\n    override def postProcess(data: RDD[ETBCoverageOutput], config: Map[String, AnyRef])(implicit sc: SparkContext): RDD[GraphUpdateEvent] = {\n        val output = data.map { metric =>\n            val measures = Map(\n                \"me_totalDialcode\" -> metric.totalDialcode,\n                \"me_totalDialcodeLinkedToContent\" -> metric.totalDialcodeLinkedToContent,\n                \"me_totalDialcodeAttached\" -> metric.totalDialcodeAttached,\n                \"me_hierarchyLevel\" -> metric.level\n            )\n            val finalContentMap = measures.filter(x=> x._1.nonEmpty)\n                .map{ x => x._1 -> Map(\"ov\" -> null, \"nv\" -> x._2) }\n            GraphUpdateEvent(DateTime.now().getMillis, metric.contentId,\n                Map(\"properties\" -> finalContentMap), metric.objectType)\n        }\n        output\n    }\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/APILogger.scala","text":"<filename>platform-api\/analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/APILogger.scala<gh_stars>0\npackage org.ekstep.analytics.api.util\n\nimport java.nio.charset.Charset\n\nimport com.typesafe.config.ConfigFactory\nimport org.apache.logging.log4j.{LogManager, Logger}\nimport org.apache.logging.log4j.core.LoggerContext\nimport org.apache.logging.log4j.core.appender.mom.kafka.KafkaAppender\nimport org.apache.logging.log4j.core.config.Property\nimport org.apache.logging.log4j.core.layout.PatternLayout\nimport org.ekstep.analytics.framework.util.JSONUtils\nimport org.ekstep.analytics.framework._\nimport org.joda.time.DateTime\n\nobject APILogger {\n\tdef init(jobName: String) = {\n\t\tval apiConf = ConfigFactory.load();\t\t\n\t\tval ctx = LogManager.getContext(false).asInstanceOf[LoggerContext];\n\t\tctx.reconfigure();\n\t\tif (apiConf.getBoolean(\"log4j.appender.kafka.enable\")) {\n\t\t\tval config = ctx.getConfiguration();\n\t\t\tval property = Property.createProperty(\"bootstrap.servers\", apiConf.getString(\"log4j.appender.kafka.broker_host\"));\n\t\t\tval layout = PatternLayout.createLayout(PatternLayout.DEFAULT_CONVERSION_PATTERN, null, config, null, Charset.defaultCharset(), false, false, null, null)\n\t\t\tval kafkaAppender = KafkaAppender.createAppender(layout, null, \"KafkaAppender\", false, apiConf.getString(\"log4j.appender.kafka.topic\"), Array(property));\n\t\t\tkafkaAppender.start();\n\t\t\tconfig.addAppender(kafkaAppender);\n\t\t\tval loggerConfig = config.getLoggers.get(\"org.ekstep.analytics.api\");\n\t\t\tloggerConfig.addAppender(kafkaAppender, null, null)\n\t\t\tctx.updateLoggers();\n\t\t}\n\t}\n\n\t\n\tprivate def logger(): Logger = {\n\t\tLogManager.getLogger(\"org.ekstep.analytics.api\");\n\t}\n\n\tdef log(msg: String, data: Option[AnyRef] = None, apiName:String=\"AnalyticsAPI\")(implicit className: String) {\n\t\tlogger.info(JSONUtils.serialize(getAccessMeasuredEvent(\"LOG\", \"INFO\", msg, data, None, apiName)));\n\t}\n\n\tprivate def getAccessMeasuredEvent(eid: String, level: String, msg: String, data: Option[AnyRef], status: Option[String] = None, apiName:String=\"AnalyticsAPI\")(implicit className: String): V3Event = {\n\t\tval apiConf = ConfigFactory.load();\n\t\tval edata = JSONUtils.deserialize[V3EData](JSONUtils.serialize(data))\n\t\tval ts = new DateTime().getMillis\n\t\tval mid = org.ekstep.analytics.framework.util.CommonUtil.getMessageId(eid, level, ts, None, None);\n\t\tval context = V3Context(\"analytics.api\", Option(V3PData(\"AnalyticsAPI\", Option(\"3.0\"), Option(apiName))), \"analytics\", None, None, None, None)\n   \tnew V3Event(eid, System.currentTimeMillis(), new DateTime().toString(org.ekstep.analytics.framework.util.CommonUtil.df3), \"3.0\", mid, Actor(\"\", \"System\"), context, None, edata)\n\t}\n}"}
{"repo_name":"sowmya-dixit\/sunbird-analytics","path":"platform-modules\/batch-models\/src\/test\/scala\/org\/ekstep\/analytics\/model\/TestETBCoverageSummaryModel.scala","text":"<gh_stars>0\npackage org.ekstep.analytics.model\n\nimport org.ekstep.analytics.adapter.ContentFetcher\nimport org.ekstep.analytics.framework.util.{CommonUtil, JSONUtils}\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest._\n\nclass TestETBCoverageSummaryModel extends FlatSpec with Matchers with MockFactory {\n\n    val sc = CommonUtil.getSparkContext(1, \"TestAnalyticsCore\")\n\n    \"getLastPublishedContents Method\" should \"fetch last published contents\" in {\n        val config = Map(\"fromDate\" -> \"2018-11-09\", \"toDate\" -> \"2018-11-09\")\n        val mockContentAdapter = mock[ContentFetcher]\n\n        (mockContentAdapter.getTextbookContents _).expects(config(\"fromDate\")+\"T00:00:00.000+05:30\", config(\"toDate\")+\"T23:59:59.000+05:30\")\n            .returns(Array(Map(\"identifier\" -> \"do_1126053858324398081174\",\n                    \"objectType\" -> \"Content\"),\n                Map(\"identifier\" -> \"do_1125253005997834241549\",\n                    \"objectType\" -> \"Content\")))\n\n        val contentIds = ETBCoverageSummaryModel.getPublishedTextbooks(config, mockContentAdapter)\n\n        contentIds.size should be(2)\n        contentIds.head should be(\"do_1126053858324398081174\")\n        contentIds.last should be(\"do_1125253005997834241549\")\n    }\n\n    it should \"return empty list when no results from API\" in {\n        val config = Map(\"fromDate\" -> \"2018-11-09\", \"toDate\" -> \"2018-11-09\")\n        val mockContentAdapter = mock[ContentFetcher]\n\n        (mockContentAdapter.getTextbookContents _).expects(config(\"fromDate\")+\"T00:00:00.000+05:30\", config(\"toDate\")+\"T23:59:59.000+05:30\")\n            .returns(Array())\n\n        val contentIds = ETBCoverageSummaryModel.getPublishedTextbooks(config, mockContentAdapter)\n\n        contentIds.size should be(0)\n    }\n\n    \"computeMetrics Method\" should \"flatten the hierarchy and generate metrics\" in {\n        val data = sc.textFile(\"src\/test\/resources\/etb-coverage-summary\/hierarchy_content_do_312522397435895808114830.log\")\n        val HierarchyModelRDD = data.map(JSONString => JSONUtils.deserialize[ContentHierarchyModel](JSONString))\n\n        val result = ETBCoverageSummaryModel.computeMetrics(HierarchyModelRDD)\n\n        val metrics = result.collect()\n        metrics.length should be(10)\n\n        val level1 = metrics.filter(_.getOrElse(\"level\", 0).asInstanceOf[Int] == 1)\n        level1.length should be(1)\n        level1.head.getOrElse(\"totalDialcodeAttached\", 0).asInstanceOf[Int] should be(2)\n        level1.head.getOrElse(\"totalDialcode\", Map[String, Int]()).asInstanceOf[Map[String, Int]] should be(Map(\"DHUYDW\" -> 1, \"DI4UFJ\" -> 1))\n        level1.head.getOrElse(\"totalDialcodeLinkedToContent\", 0).asInstanceOf[Int] should be(2)\n        level1.head.getOrElse(\"mimeType\", \"\").asInstanceOf[String] should be(\"application\/vnd.ekstep.content-collection\")\n\n        val level2 = metrics.filter(_.getOrElse(\"level\", 0).asInstanceOf[Int] == 2)\n        level2.length should be(3)\n        val content1 = level2.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304308736114833\")).getOrElse(Map())\n        content1.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map())\n        }\n        content1.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(0)\n        }\n        content1.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(0)\n        }\n        content1.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n        val content2 = level2.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304308736114835\")).getOrElse(Map())\n        content2.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map())\n        }\n        content2.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(0)\n        }\n        content2.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(0)\n        }\n        content2.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n        val content3 = level2.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304308736114834\")).getOrElse(Map())\n        content3.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DI4UFJ\" -> 1))\n        }\n        content3.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(1)\n        }\n        content3.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(1)\n        }\n        content3.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val level3 = metrics.filter(_.getOrElse(\"level\", 0).asInstanceOf[Int] == 3)\n        level3.length should be(2)\n\n        val content3_1 = level3.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304316928114836\")).getOrElse(Map())\n        content3_1.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DIDQH7\" -> 1, \"DIMLIU\" -> 1))\n        }\n        content3_1.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(2)\n        }\n        content3_1.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(2)\n        }\n        content3_1.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val content3_2 = level3.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304325120114842\")).getOrElse(Map())\n        content3_2.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DUI3W4\" -> 1,\"DU97UG\" -> 1))\n        }\n        content3_2.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(2)\n        }\n        content3_2.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(2)\n        }\n        content3_2.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val level4 = metrics.filter(_.getOrElse(\"level\", 0).asInstanceOf[Int] == 4)\n        level4.length should be(4)\n        val content4_1 = level4.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304349696114859\")).getOrElse(Map())\n        content4_1.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DUI3W4\" -> 1))\n        }\n        content4_1.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(1)\n        }\n        content4_1.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(1)\n        }\n        content4_1.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val content4_2 = level4.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304349696114858\")).getOrElse(Map())\n        content4_2.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DU97UG\" -> 1))\n        }\n        content4_2.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(1)\n        }\n        content4_2.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(1)\n        }\n        content4_2.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val content4_3 = level4.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304333312114847\")).getOrElse(Map())\n        content4_3.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DIMLIU\" -> 1))\n        }\n        content4_3.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(1)\n        }\n        content4_3.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(1)\n        }\n        content4_3.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n\n        val content4_4 = level4.find(_.getOrElse(\"id\", \"\").asInstanceOf[String].equals(\"do_312522403304333312114846\")).getOrElse(Map())\n        content4_4.get(\"totalDialcode\") match {\n            case Some(dialcodes) => dialcodes should be(Map(\"DIDQH7\" -> 1))\n        }\n        content4_4.get(\"totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked should be(1)\n        }\n        content4_4.get(\"totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached should be(1)\n        }\n        content4_4.get(\"mimeType\") match {\n            case Some(mimeType) => mimeType should be(\"application\/vnd.ekstep.content-collection\")\n        }\n    }\n\n    \"getContentCountLinkedToDialcode Method\" should \"get count of content linked with a dialcode (level wise)\" in {\n        val data = sc.textFile(\"src\/test\/resources\/etb-coverage-summary\/hierarchy_content_do_312522397435895808114830.log\")\n        val HierarchyModelRDD = data.map(JSONString => JSONUtils.deserialize[ContentHierarchyModel](JSONString)).collect()\n\n        val noOfLinkedContent = ETBCoverageSummaryModel.getContentCountLinkedToDialcode(HierarchyModelRDD.head)\n        noOfLinkedContent should be(2)\n    }\n\n    \"getDialcodesByLevel Method\" should \"get list of dialcodes attached to parent and its immediate children\" in {\n        val data = sc.textFile(\"src\/test\/resources\/etb-coverage-summary\/hierarchy_content_do_312522397435895808114830.log\")\n        val HierarchyModelRDD = data.map(JSONString => JSONUtils.deserialize[ContentHierarchyModel](JSONString)).collect()\n\n        val listOfDialcodes = ETBCoverageSummaryModel.getDialcodesByLevel(HierarchyModelRDD.head)\n        listOfDialcodes should contain theSameElementsAs List(\"DI4UFJ\", \"DHUYDW\")\n    }\n\n    \"postProcess Method\" should \"generate GraphEvent with metrics\" in {\n        val data = sc.textFile(\"src\/test\/resources\/etb-coverage-summary\/hierarchy_content_do_312522397435895808114830.log\")\n        val HierarchyModelRDD = data.map(JSONString => JSONUtils.deserialize[ContentHierarchyModel](JSONString))\n        val config = Map(\"fromDate\" -> \"2018-11-09\", \"toDate\" -> \"2018-11-09\")\n\n        val algoOutput = ETBCoverageSummaryModel.algorithm(HierarchyModelRDD, config)(sc)\n        val result = ETBCoverageSummaryModel.postProcess(algoOutput, config)(sc)\n\n        val metrics = result.collect()\n        metrics.length should be(10)\n\n        val level1 = metrics.filter(_.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_hierarchyLevel\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] ==1)\n\n        level1.length should be(1)\n        level1.head.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_totalDialcodeAttached\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] should be(2)\n        level1.head.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_totalDialcode\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Map[String, Int]] should be(Map(\"DHUYDW\" -> 1, \"DI4UFJ\" -> 1))\n        level1.head.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_totalDialcodeLinkedToContent\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] should be(2)\n        level1.head.objectType should be(\"Content\")\n        level1.head.nodeType should be(\"DATA_NODE\")\n        level1.head.graphId should be(\"domain\")\n        level1.head.ets should be < System.currentTimeMillis()\n        level1.head.nodeUniqueId should be(\"do_312522397435895808114830\")\n        level1.head.operationType should be(\"UPDATE\")\n\n        val level2 = metrics.filter(_.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_hierarchyLevel\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] == 2)\n        level2.length should be(3)\n        val content2_1graphEvent = level2.find(_.nodeUniqueId.equals(\"do_312522403304308736114833\")).get\n        val content2_1 = content2_1graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content2_1.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map())\n        }\n        content2_1.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(0)\n        }\n        content2_1.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(0)\n        }\n        content2_1graphEvent.objectType should be(\"Content\")\n        content2_1graphEvent.nodeType should be(\"DATA_NODE\")\n        content2_1graphEvent.graphId should be(\"domain\")\n        content2_1graphEvent.ets should be < System.currentTimeMillis()\n        content2_1graphEvent.operationType should be(\"UPDATE\")\n\n        val content2_2graphEvent = level2.find(_.nodeUniqueId.equals(\"do_312522403304308736114835\")).get\n        val content2_2 = content2_2graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content2_2.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map())\n        }\n        content2_2.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(0)\n        }\n        content2_2.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(0)\n        }\n        content2_2graphEvent.objectType should be(\"Content\")\n        content2_2graphEvent.nodeType should be(\"DATA_NODE\")\n        content2_2graphEvent.graphId should be(\"domain\")\n        content2_2graphEvent.ets should be < System.currentTimeMillis()\n        content2_2graphEvent.operationType should be(\"UPDATE\")\n\n        val content2_3graphEvent = level2.find(_.nodeUniqueId.equals(\"do_312522403304308736114834\")).get\n        val content2_3 = content2_3graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content2_3.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DI4UFJ\" -> 1))\n        }\n        content2_3.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(1)\n        }\n        content2_3.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(1)\n        }\n        content2_3graphEvent.objectType should be(\"Content\")\n        content2_3graphEvent.nodeType should be(\"DATA_NODE\")\n        content2_3graphEvent.graphId should be(\"domain\")\n        content2_3graphEvent.ets should be < System.currentTimeMillis()\n        content2_3graphEvent.operationType should be(\"UPDATE\")\n\n        val level3 = metrics.filter(_.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_hierarchyLevel\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] == 3)\n        level3.length should be(2)\n\n        val content3_1graphEvent = level3.find(_.nodeUniqueId.equals(\"do_312522403304316928114836\")).get\n        val content3_1 = content3_1graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content3_1.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DIDQH7\" -> 1, \"DIMLIU\" -> 1))\n        }\n        content3_1.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(2)\n        }\n        content3_1.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(2)\n        }\n        content3_1graphEvent.objectType should be(\"Content\")\n        content3_1graphEvent.nodeType should be(\"DATA_NODE\")\n        content3_1graphEvent.graphId should be(\"domain\")\n        content3_1graphEvent.ets should be < System.currentTimeMillis()\n        content3_1graphEvent.operationType should be(\"UPDATE\")\n\n        val content3_2graphEvent = level3.find(_.nodeUniqueId.equals(\"do_312522403304325120114842\")).get\n        val content3_2 = content3_2graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content3_2.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DUI3W4\" -> 1,\"DU97UG\" -> 1))\n        }\n        content3_2.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(2)\n        }\n        content3_2.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(2)\n        }\n        content3_2graphEvent.objectType should be(\"Content\")\n        content3_2graphEvent.nodeType should be(\"DATA_NODE\")\n        content3_2graphEvent.graphId should be(\"domain\")\n        content3_2graphEvent.ets should be < System.currentTimeMillis()\n        content3_2graphEvent.operationType should be(\"UPDATE\")\n\n        val level4 = metrics.filter(_.transactionData.getOrElse(\"properties\", Map()).getOrElse(\"me_hierarchyLevel\", Map()).getOrElse(\"nv\", 0).asInstanceOf[Int] == 4)\n        level4.length should be(4)\n\n        val content4_1graphEvent = level4.find(_.nodeUniqueId.equals(\"do_312522403304349696114859\")).get\n        val content4_1 = content4_1graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content4_1.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DUI3W4\" -> 1))\n        }\n        content4_1.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_1.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_1graphEvent.objectType should be(\"Content\")\n        content4_1graphEvent.nodeType should be(\"DATA_NODE\")\n        content4_1graphEvent.graphId should be(\"domain\")\n        content4_1graphEvent.ets should be < System.currentTimeMillis()\n        content4_1graphEvent.operationType should be(\"UPDATE\")\n\n        val content4_2graphEvent = level4.find(_.nodeUniqueId.equals(\"do_312522403304349696114858\")).get\n        val content4_2 = content4_2graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content4_2.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DU97UG\" -> 1))\n        }\n        content4_2.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_2.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_2graphEvent.objectType should be(\"Content\")\n        content4_2graphEvent.nodeType should be(\"DATA_NODE\")\n        content4_2graphEvent.graphId should be(\"domain\")\n        content4_2graphEvent.ets should be < System.currentTimeMillis()\n        content4_2graphEvent.operationType should be(\"UPDATE\")\n\n        val content4_3graphEvent = level4.find(_.nodeUniqueId.equals(\"do_312522403304333312114847\")).get\n        val content4_3 = content4_3graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content4_3.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DIMLIU\" -> 1))\n        }\n        content4_3.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_3.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_3graphEvent.objectType should be(\"Content\")\n        content4_3graphEvent.nodeType should be(\"DATA_NODE\")\n        content4_3graphEvent.graphId should be(\"domain\")\n        content4_3graphEvent.ets should be < System.currentTimeMillis()\n        content4_3graphEvent.operationType should be(\"UPDATE\")\n\n        val content4_4graphEvent = level4.find(_.nodeUniqueId.equals(\"do_312522403304333312114846\")).get\n        val content4_4 = content4_4graphEvent.transactionData.getOrElse(\"properties\", Map())\n        content4_4.get(\"me_totalDialcode\") match {\n            case Some(dialcodes) => dialcodes.getOrElse(\"nv\", Map()) should be(Map(\"DIDQH7\" -> 1))\n        }\n        content4_4.get(\"me_totalDialcodeLinkedToContent\") match {\n            case Some(dialcodeLinked) => dialcodeLinked.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_4.get(\"me_totalDialcodeAttached\") match {\n            case Some(dialcodeAttached) => dialcodeAttached.getOrElse(\"nv\", 0) should be(1)\n        }\n        content4_4graphEvent.objectType should be(\"Content\")\n        content4_4graphEvent.nodeType should be(\"DATA_NODE\")\n        content4_4graphEvent.graphId should be(\"domain\")\n        content4_4graphEvent.ets should be < System.currentTimeMillis()\n        content4_4graphEvent.operationType should be(\"UPDATE\")\n    }\n}\n"}
{"repo_name":"hzhgis\/playtest","path":"build.sbt","text":"<filename>build.sbt\nname := \"\"\"playtest\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs\n)\nresolvers += \"Aliyun Maven Repository\" at \"http:\/\/maven.aliyun.com\/nexus\/content\/groups\/public\/\"\nexternalResolvers := Resolver.withDefaultResolvers(resolvers.value, mavenCentral = false)\n"}
{"repo_name":"gill876\/java-play-angular-seed","path":"build.sbt","text":"<filename>build.sbt\nname := \"\"\"java-play-angular-seed\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava, PlayEbean).settings(\n  watchSources ++= (baseDirectory.value \/ \"ui\/src\" ** \"*\").get\n)\n\nscalaVersion := \"2.12.8\"\n\nlibraryDependencies += guice\n\n\/\/ To enable the database plug-in, add jdbc in your build dependencies :\nlibraryDependencies += jdbc\n\n\/\/ Test Database\nlibraryDependencies += \"com.h2database\" % \"h2\" % \"1.4.199\"\n\n\/\/ Testing libraries for dealing with CompletionStage...\nlibraryDependencies += \"org.assertj\" % \"assertj-core\" % \"3.12.2\" % Test\nlibraryDependencies += \"org.awaitility\" % \"awaitility\" % \"3.1.6\" % Test\n\n\/\/ Make verbose tests\ntestOptions in Test := Seq(Tests.Argument(TestFrameworks.JUnit, \"-a\", \"-v\"))\n\n\/\/MySQL support\nlibraryDependencies += \"mysql\" % \"mysql-connector-java\" % \"5.1.36\"\n\n\/\/ More stuff\nlibraryDependencies += \"org.avaje\" % \"ebean\" % \"2.7.3\"\nlibraryDependencies += \"javax.persistence\" % \"persistence-api\" % \"1.0.2\"\nlibraryDependencies += \"com.google.code.gson\" % \"gson\" % \"2.2.4\"\n"}
{"repo_name":"ChristopherDavenport\/epimetheus-http4s","path":"build.sbt","text":"<filename>build.sbt\nThisBuild \/ crossScalaVersions := Seq(\"2.12.14\", \"2.13.6\", \"3.0.1\")\n\nval catsV = \"2.6.1\"\nval catsEffectV = \"3.1.1\"\nval shapelessV = \"2.3.7\"\nval fs2V = \"3.0.4\"\nval http4sV = \"0.23.0\"\nlazy val epimetheusV = \"0.5.0-M2\"\nval specs2V = \"4.12.3\"\n\n\nlazy val `epimetheus-http4s` = project.in(file(\".\"))\n  .disablePlugins(MimaPlugin)\n  .enablePlugins(NoPublishPlugin)\n  .aggregate(core, push)\n\nlazy val core = project.in(file(\"core\"))\n  .settings(\n    name := \"epimetheus-http4s\",\n  ).settings(sharedDeps)\n\nlazy val push = project.in(file(\"pushgateway\"))\n.settings(\n  name := \"epimetheus-http4s-pushgateway\",\n  libraryDependencies ++= Seq(\n    \"org.http4s\" %% \"http4s-client\" % http4sV\n  )\n).settings(sharedDeps)\n\nlazy val site = project.in(file(\"site\"))\n  .dependsOn(core)\n  .disablePlugins(MimaPlugin)\n  .enablePlugins(NoPublishPlugin)\n  .enablePlugins(DavenverseMicrositePlugin)\n  .settings(\n    micrositeDescription := \"Epimetheus Http4s Metrics\",\n  )\n\nlazy val sharedDeps = Seq(\n  libraryDependencies ++= Seq(\n      \"org.typelevel\"               %% \"cats-core\"                  % catsV,\n      \"org.typelevel\"               %% \"cats-effect\"                % catsEffectV,\n\n      \"co.fs2\"                      %% \"fs2-core\"                   % fs2V,\n      \"co.fs2\"                      %% \"fs2-io\"                     % fs2V,\n\n      \"org.http4s\"                  %% \"http4s-core\"                % http4sV,\n      \"org.http4s\"                  %% \"http4s-dsl\"                 % http4sV,\n\n      \"io.chrisdavenport\"           %% \"epimetheus\"                 % epimetheusV,\n\n      \"org.typelevel\" %% \"munit-cats-effect-3\" % \"1.0.5\" % Test,\n    )\n)\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/test\/scala\/vkdumper\/UtilTest.scala","text":"package vkdumper\n\nimport com.typesafe.scalalogging.LazyLogging\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.language.implicitConversions\n\nclass UtilTest extends FlatSpec with Matchers with LazyLogging {\n\n  import vkdumper.Utils.{mergeRanges, Rng}\n\n  implicit def tl(n: (Int, Int)): (Long, Long) =\n    n match { case (x, y) => x.toLong -> y.toLong }\n\n  \"mergeRanges\" should \"merge fucking ranges\" in {\n\n    val l1 = List[Rng](42 -> 130, 140 -> 250)\n\n    \/\/ left\n    mergeRanges(42 -> 131, l1) shouldBe List(42 -> 131, 140 -> 250)\n    mergeRanges(250 -> 280, l1) shouldBe List(42 -> 130, 140 -> 280)\n    mergeRanges(251 -> 300, l1) shouldBe List(42 -> 130, 140 -> 300)\n    mergeRanges(230 -> 300, l1) shouldBe List(42 -> 130, 140 -> 300)\n    mergeRanges(270 -> 300, l1) shouldBe List(42 -> 130, 140 -> 250, 270 -> 300)\n\n    \/\/ right\n    mergeRanges(41 -> 130, l1) shouldBe List(41 -> 130, 140 -> 250)\n    mergeRanges(15 -> 42, l1) shouldBe List(15 -> 130, 140 -> 250)\n    mergeRanges(15 -> 41, l1) shouldBe List(15 -> 130, 140 -> 250)\n    mergeRanges(15 -> 55, l1) shouldBe List(15 -> 130, 140 -> 250)\n    mergeRanges(15 -> 30, l1) shouldBe List(15 -> 30, 42 -> 130, 140 -> 250)\n\n    \/\/ inside\n    mergeRanges(150 -> 160, l1) shouldBe l1\n    mergeRanges(42 -> 130, l1) shouldBe l1\n\n    \/\/ outside\n    mergeRanges(30 -> 135, l1) shouldBe List(30 -> 135, 140 -> 250)\n    mergeRanges(139 -> 600, l1) shouldBe List(42 -> 130, 139 -> 600)\n    mergeRanges(41 -> 131, l1) shouldBe List(41 -> 131, 140 -> 250)\n\n    \/\/ gap filling\n    val filled = List(42 -> 250)\n    mergeRanges(120 -> 150, l1) shouldBe filled\n    mergeRanges(129 -> 141, l1) shouldBe filled\n    mergeRanges(130 -> 140, l1) shouldBe filled\n    mergeRanges(131 -> 140, l1) shouldBe filled\n\n    \/\/ single ranges\n    mergeRanges(135 -> 135, l1) shouldBe List(42 -> 130, 135 -> 135, 140 -> 250)\n    mergeRanges(130 -> 130, l1) shouldBe l1\n    mergeRanges(140 -> 140, l1) shouldBe l1\n    mergeRanges(131 -> 131, l1) shouldBe List(42 -> 131, 140 -> 250)\n    mergeRanges(139 -> 139, l1) shouldBe List(42 -> 130, 139 -> 250)\n    mergeRanges(55 -> 55, List(40 -> 54, 56 -> 80)) shouldBe List(40 -> 80)\n\n    \/\/ empty input\n    mergeRanges(5 -> 10, Nil) shouldBe List(5 -> 10)\n\n  }\n\n  it should \"merge larger range lists\" in {\n\n    val l2 = List[Rng](30 -> 45, 50 -> 60, 80 -> 101)\n\n    \/\/ gap filling\n    mergeRanges(40 -> 55, l2) shouldBe List(30 -> 60, 80 -> 101)\n    mergeRanges(46 -> 49, l2) shouldBe List(30 -> 60, 80 -> 101)\n\n    \/\/ outside gap filling\n    mergeRanges(40 -> 85, l2) shouldBe List(30 -> 101)\n    mergeRanges(46 -> 79, l2) shouldBe List(30 -> 101)\n  }\n\n  it should \"throw on bad ranges\" in {\n\n    val goodList = List[Rng](1 -> 5, 10 -> 15)\n    val badList = List[Rng](8 -> 7)\n\n    val goodRng = 30 -> 40\n    val badRng = 40 -> 30\n\n    mergeRanges(goodRng, goodList) shouldBe (goodList :+ goodRng)\n\n    type Ex = ArithmeticException\n\n    assertThrows[Ex](mergeRanges(badRng, badList))\n    assertThrows[Ex](mergeRanges(badRng, goodList))\n    assertThrows[Ex](mergeRanges(goodRng, badList))\n  }\n\n  import Utils.{CachedMsgProgress, CMPUtils}\n\n  \"CachedMsgProgress\" should \"serialize and deserialize\" in {\n\n    def cm(m: Int, p: (Int, Int)*) = CachedMsgProgress(p.toList, m)\n\n    \/\/val ts = CMPUtils.fromString(\"foobar\")\n    \/\/println(\"ts: \" + ts)\n\n    val input = List(\n      cm(1, (10, 15),\n        (5, 8),\n        (15, 18)),\n      cm(2, (1, 5), (6, 7)),\n      cm(3),\n      cm(4, (1337, 3000))\n    )\n\n    input.foreach { cmp =>\n      val s = cmp.stringRepr\n      println(s\"$cmp: $s\")\n      cmp shouldBe CMPUtils.fromString(s)\n    }\n\n  }\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/main\/scala\/vkdumper\/DB.scala","text":"package vkdumper\n\nimport java.io.{ByteArrayOutputStream, File, FileOutputStream, PrintWriter}\n\nimport akka.actor.{Actor, ActorRefFactory, Props}\nimport com.typesafe.scalalogging.LazyLogging\nimport org.json4s._\nimport org.json4s.jackson.Serialization\nimport org.json4s.jackson.Serialization._\nimport org.mapdb.{DBMaker, Serializer}\nimport vkdumper.ApiData.{ApiConversation, ApiMessage, ApiUser}\nimport vkdumper.EC._\nimport vkdumper.Utils.{CMPUtils, CachedMsgProgress, unit}\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{Future, Promise}\n\nsealed trait DBPathOpt\ncase object DBDefault extends DBPathOpt\n\nsealed trait DBPath extends DBPathOpt\ncase class DBFile(path: String) extends DBPath\ncase object DBMem extends DBPath\n\nsealed trait DBCfg {\n  def bootstrap(): Unit\n  val dbPath: DBPath\n  val profileLog: Option[String]\n  val convLog: Option[String]\n  val msgLog: Option[String]\n}\n\ncase class FilePath(uid: Int,\n                    baseDir: String,\n                    private val overrideDb: DBPathOpt = DBDefault)\n    extends DBCfg {\n\n  private def root(p: String) = s\"$baseDir\/$uid\/$p\"\n\n  val baseDirFile = new File(baseDir)\n  val uidRootFile = new File(root(\"\"))\n\n  val dbPath: DBPath = overrideDb match {\n    case DBDefault => DBFile(root(s\"dumper.db\"))\n    case x: DBPath => x\n  }\n\n  val profileLog =\n    Some(root(s\"users_$uid.csv\"))\n\n  val convLog =\n    Some(root(s\"clist_$uid.csv\"))\n\n  val msgLog =\n    Some(root(s\"msg_$uid.csv\"))\n\n  val accLog =\n    s\"$baseDir\/dumped_users.log\"\n\n  def bootstrap(): Unit = {\n    baseDirFile.mkdir()\n    uidRootFile.mkdir()\n  }\n\n}\n\ncase object InMem extends DBCfg {\n  override def bootstrap(): Unit = {}\n\n  override val dbPath = DBMem\n  override val profileLog = None\n  override val convLog = None\n  override val msgLog = None\n}\n\nclass DB(val fp: DBCfg)(implicit fac: ActorRefFactory) extends LazyLogging {\n\n  implicit val formats: Formats = Serialization.formats(NoTypeHints)\n\n  fp.bootstrap()\n\n  val dbm = fp.dbPath match {\n    case DBFile(path) => DBMaker.fileDB(path).fileMmapEnableIfSupported()\n    case DBMem        => DBMaker.memoryDB()\n  }\n\n  val db = dbm\n    .transactionEnable()\n    .closeOnJvmShutdown()\n    .make()\n\n  val profileIds = db\n    .treeSet(\"profile\")\n    .serializer(Serializer.INTEGER)\n    .counterEnable()\n    .createOrOpen()\n\n  val progress = db\n    .treeMap(\"progress\")\n    .keySerializer(Serializer.INTEGER)\n    .valueSerializer(Serializer.STRING)\n    .createOrOpen()\n    .asScala\n\n  val msgFile = new FileWriterWrapper(fp.msgLog)\n  val userFile = new FileWriterWrapper(fp.profileLog)\n\n  def setProgress(peer: Int, c: CachedMsgProgress): Unit = {\n    progress.put(peer, c.stringRepr)\n    db.commit()\n  }\n\n  def getProgress(peer: Int): Option[CachedMsgProgress] =\n    progress.get(peer).map(CMPUtils.fromString)\n\n  def updateProgress(peer: Int)(\n      f: Option[CachedMsgProgress] => CachedMsgProgress): Unit = {\n    val c = getProgress(peer)\n    setProgress(peer, f(c))\n  }\n\n  def hasProfile(peer: Int): Boolean =\n    profileIds.contains(peer)\n\n  def addProfiles(in: Iterable[ApiUser]): Future[Unit] =\n    Future(in.filter(u => !hasProfile(u.id)).toList)\n      .flatMap { lst =>\n        val ft = lst.view\n        val json = ft.map(write(_))\n        val ids = ft.map(_.id)\n        userFile\n          .writeAll(json)\n          .map { _ =>\n            ids.foreach(profileIds.add(_))\n            db.commit()\n          }\n      }\n\n  def writeConversations(in: Iterable[ApiConversation]): Future[Unit] = {\n    val fw = new FileWriterWrapper(fp.convLog, append = false)\n    val json = in.view.map(write(_))\n    fw.writeAll(json)\n      .map(_ => fw.close())\n  }\n\n  def addMessages(msgs: Iterable[ApiMessage]): Future[Unit] = {\n    val json = msgs.view.map(write(_))\n    msgFile.writeAll(json)\n  }\n\n  def close(): Unit = {\n    db.close()\n    msgFile.close()\n    userFile.close()\n  }\n\n}\n\nclass FileWriterWrapper(path: Option[String], append: Boolean = true)(\n    implicit fac: ActorRefFactory) {\n\n  val props = Props(new FileWriter(path, append))\n  val ref = fac.actorOf(props)\n\n  def writeAll(es: Iterable[String]): Future[Unit] = {\n    val msg = WriteBatch(es)\n    ref ! msg\n    msg.future\n  }\n\n  def close(): Unit = {\n    ref ! CloseFile\n  }\n\n}\n\nsealed trait WriterMsg\n\ncase class WriteBatch(es: Iterable[String], p: Promise[Unit] = Promise())\n    extends WriterMsg {\n  def future = p.future\n}\n\ncase object CloseFile extends WriterMsg\n\nclass FileWriter(path: Option[String], append: Boolean) extends Actor {\n\n  val (out, isCleanOnStart) = path match {\n    case Some(p) =>\n      val file = new File(p)\n      (\n        new FileOutputStream(file, append),\n        file.length < 2\n      )\n    case None =>\n      (\n        new ByteArrayOutputStream(),\n        true\n      )\n  }\n\n  val pw = new PrintWriter(out)\n\n  var cleanFile = isCleanOnStart\n\n  def writeEntry(e: String): Unit = {\n    val sep =\n      if (!cleanFile) \",\"\n      else {\n        cleanFile = false\n        \"\"\n      }\n    pw.print(s\"$sep$e\")\n  }\n\n  def receive = {\n    case WriteBatch(es, p) =>\n      es.foreach(writeEntry)\n      pw.flush()\n      p.success(unit)\n\n    case CloseFile =>\n      pw.flush()\n      pw.close()\n  }\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/main\/scala\/vkdumper\/Utils.scala","text":"package vkdumper\n\nimport java.io.{FileOutputStream, PrintWriter}\n\nimport monix.execution.Scheduler\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods._\nimport org.json4s.jackson.Serialization\nimport org.json4s.{DefaultReaders, Formats, NoTypeHints}\nimport vkdumper.Utils._\n\nimport scala.annotation.tailrec\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Awaitable}\nimport scala.runtime.ScalaRunTime\n\nobject EC {\n  \/\/implicit val genericEC: ExecutionContext = ExecutionContext.global\n  \/\/  - Monix scheduler provides EC\n  implicit val genericSched: Scheduler = Scheduler.global\n}\n\nclass ProgressPrinter {\n  def conv(curr: Int, total: Int): Unit = {\n    val c = con.counter(total, curr + 1)\n    con(s\"[$c\/$total] updating conversations...\")\n  }\n\n  def convDone(total: Int): Unit =\n    con(s\"[$total\/$total] conversation update done\")\n\n  private def msgStartText(peer: Int, c: String) =\n    s\"[$c   0%] conversation $peer\"\n\n  def msgStart(peer: Int, pos: ConvPos): Unit =\n    con(msgStartText(peer, pos.cs))\n\n  def msgStart(peer: Int, n: Int, total: Int): Unit = {\n    val c = con.counter(total, n + 1)\n    con(msgStartText(peer, s\"$c\/$total\"))\n  }\n\n  def msg(peer: Int, offset: Int, pos: ConvPos): Unit = {\n    val t = pos.total\n    val p = con.counter(100, Math.round(100D \/ t * offset).toInt)\n    val m = con.counter(t, offset + 1)\n    con(s\"[${pos.cs} $p%] msg $m\/$t, peer $peer\")\n  }\n\n  def msgDone(peer: Int, pos: ConvPos): Unit = {\n    val t = pos.total\n    con(s\"[${pos.cs} 100%] msg $t\/$t, peer $peer\")\n  }\n}\n\nobject Utils {\n\n  val unit: Unit = ()\n\n  object prog extends ProgressPrinter\n\n  object con {\n    def apply(): Unit = println()\n    def apply(m: Any): Unit = println(m)\n    def p(m: Any): Unit = print(m)\n    def np(m: Any): Unit = print(s\"\\n$m\")\n    def rp(m: Any): Unit = print(s\"\\r$m\")\n\n    def counter(max: Int, c: Int): String = {\n      val ms = max.toString\n      val ml = ms.length\n\n      val cs = c.toString\n      val pc = {\n        val l = ml - cs.length\n        if (l < 0) 0 else l\n      }\n      val pref = \" \" * pc\n      s\"$pref$cs\"\n    }\n  }\n\n  @tailrec\n  def foldList[T](src: List[T], acc: T)(f: (T, T) => Option[T]): List[T] = {\n    if (src.isEmpty) return acc :: Nil\n    f(acc, src.head) match {\n      case Some(a) => foldList(src.tail, a)(f)\n      case None    => acc :: src\n    }\n  }\n\n  type Rng = (Int, Int)\n\n  def rngCheck(rng: Rng*): Unit = rng foreach {\n    case (a, b) if a > b => throw new ArithmeticException(\"Bad range\")\n    case _               => ()\n  }\n\n  @tailrec\n  def mergeRanges(cr: Rng, list: List[Rng], hl: List[Rng] = Nil): List[Rng] = {\n    if (list.isEmpty) return (cr :: hl).sortBy(_._1)\n\n    val (cf, ct) = cr\n    val (e @ (ef, et)) :: rem = list\n\n    val l = cf <= (et + 1) && cf >= ef\n    val r = (ct + 1) >= ef && ct <= et\n    val o = ef > cf && et < ct\n\n    rngCheck(e, cr)\n\n    if (o) mergeRanges(cr, rem, hl)\n    else\n      (l, r) match {\n        case (false, false) => mergeRanges(cr, rem, hl :+ e)\n        case (true, true)   => hl ::: list\n        case (true, _)      => mergeRanges(ef -> ct, rem, hl)\n        case (_, true)      => mergeRanges(cf -> et, rem, hl)\n      }\n  }\n\n  def await[T](a: Awaitable[T]): T = awaitT(60.seconds, a)\n  def awaitT[T](time: FiniteDuration, a: Awaitable[T]): T =\n    Await.result(a, time)\n  def awaitU(as: Awaitable[Any]*): Unit = as.foreach(await)\n  def awaitU(time: FiniteDuration, as: Awaitable[Any]*): Unit =\n    as.foreach(awaitT(time, _))\n\n  def esc(m: String, code: Int = 1): Nothing = {\n    println(m)\n    System.exit(code)\n    throw new Exception(\"trap\")\n  }\n\n  def esc(code: Int): Nothing =\n    esc(\"\", code)\n\n  def pwHelper(file: String, content: String, append: Boolean): Unit = {\n    val o = new FileOutputStream(file, append)\n    val pw = new PrintWriter(o)\n    pw.println(content)\n    pw.flush()\n    pw.close()\n  }\n\n  trait ProductToString { this: Product =>\n    override def toString = ScalaRunTime._toString(this)\n  }\n\n  object CMPUtils {\n    implicit val formats: Formats = Serialization.formats(NoTypeHints)\n    import DefaultReaders._\n\n    def fromString(str: String) = {\n      val j = parse(str)\n\n      CachedMsgProgress(\n        (j \\ \"r\").extract[List[List[Int]]].collect {\n          case f :: t :: Nil => f -> t\n        },\n        (j \\ \"last\").as[Int]\n      )\n    }\n  }\n\n  case class CachedMsgProgress(ranges: List[Rng], lastMsgId: Int) {\n    import CMPUtils._\n\n    def stringRepr: String = {\n      val j = (\n        \"r\" -> ranges.map { case (f, t) => List(f, t) }\n      ) ~ (\"last\" -> lastMsgId)\n\n      compact(render(j))\n    }\n\n    private def makeOffset(rng: List[Rng]): Int = rng match {\n      case Nil         => 0\n      case (_, o) :: _ => o\n    }\n\n    def lastOffset: Int = makeOffset(ranges.reverse)\n    def leastOffset: Int = makeOffset(ranges)\n\n  }\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/test\/scala\/vkdumper\/DBTest.scala","text":"package vkdumper\n\nimport java.io.File\n\nimport akka.actor.ActorSystem\nimport com.typesafe.scalalogging.LazyLogging\nimport org.scalatest._\nimport vkdumper.ApiData.{\n  ApiChatSettings,\n  ApiConvId,\n  ApiConversation,\n  ApiMessage,\n  ApiObject,\n  ApiUser\n}\nimport vkdumper.Utils._\nimport org.json4s.jackson.Serialization\nimport org.json4s.jackson.Serialization._\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{Await, Awaitable, Future}\nimport scala.concurrent.duration._\nimport scala.io.Source\nimport scala.util.Random\n\nclass DBTest\n    extends FlatSpec\n    with Matchers\n    with BeforeAndAfterAll\n    with LazyLogging {\n\n  implicit val sys: ActorSystem = ActorSystem()\n  implicit val formats: Formats = Serialization.formats(NoTypeHints)\n  val rnd = new Random()\n\n  def cmsg(m: Int, rng: (Int, Int)*) =\n    CachedMsgProgress(rng.toList, m)\n\n  def readFile(p: String): String =\n    Source.fromFile(p).getLines().mkString(\"\\n\")\n\n  def readFile(p: Option[String]): String =\n    p.map(s => readFile(s)).getOrElse(\"\")\n\n  def sr(in: List[ApiObject]) =\n    in.map(write(_)).mkString(\",\")\n\n  val dbBase = \"tests_temp\"\n  val dbUid = 1\n\n  val db = {\n    logger.info(\"clean up files [start]\")\n    cleanUp()\n    new DB(FilePath(dbUid, dbBase))\n  }\n\n  val cleanUpFilesAfter = false\n\n  def cleanUp(): Unit = {\n    val base = new File(dbBase)\n    val ud = new File(base, s\"$dbUid\")\n    if (base.exists && ud.exists) {\n      ud.listFiles.foreach(_.delete)\n      ud.delete()\n    }\n  }\n\n  override def afterAll(): Unit = {\n    logger.info(\"clean up [end]\")\n    super.afterAll()\n\n    db.close()\n    awaitU(sys.terminate())\n\n    if (cleanUpFilesAfter) cleanUp()\n  }\n\n  behavior of \"DB\"\n\n  it should \"create dirs on fpath bootstrap\" in {\n    val fp = db.fp.asInstanceOf[FilePath]\n    val wd = new File(System.getProperty(\"user.dir\"))\n\n    new File(wd, fp.baseDir).exists shouldBe true\n    new File(wd, s\"${fp.baseDir}\/${fp.uid}\").exists shouldBe true\n  }\n\n  it should \"update and return progress\" in {\n\n    type LT = (Int, CachedMsgProgress)\n\n    val input = List(\n      100 -> cmsg(1, 10 -> 20, 1337 -> 2000),\n      101 -> cmsg(2, 1336 -> 1337),\n      105 -> cmsg(3, 10 -> 15, 20 -> 30, 40 -> 50),\n      108 -> cmsg(4)\n    )\n\n    val input2 = List(\n      100 -> cmsg(5, 1 -> 2),\n      105 -> cmsg(6, 2 -> 3),\n      109 -> cmsg(7, 3 -> 4)\n    )\n\n    val ret2 =\n      (input.toMap ++ input2).toList\n\n    val addf: LT => Unit = {\n      case (p, c) => db.setProgress(p, c)\n    }\n\n    val getf: LT => TraversableOnce[LT] = {\n      case (p, _) => db.getProgress(p).map(c => p -> c)\n    }\n\n    input.foreach(addf)\n    input.flatMap(getf) shouldBe input\n\n    input2.foreach(addf)\n    ret2.flatMap(getf) shouldBe ret2\n\n  }\n\n  it should \"dump conversation list to file\" in {\n    val input1 = List(\n      ApiConversation(ApiConvId(\"user\", 101), None),\n      ApiConversation(ApiConvId(\"user\", 105), None),\n      ApiConversation(ApiConvId(\"chat\", 201),\n                      Some(ApiChatSettings(\"foo\", 5, \"bar\", None)))\n    )\n\n    val input2 = (1 to 8)\n      .map(n => ApiConversation(ApiConvId(\"user\", 300 + n), None))\n      .toList\n\n    def readf: String =\n      readFile(db.fp.convLog)\n\n    val f1 = db.writeConversations(input1)\n    awaitU(f1)\n    readf shouldBe sr(input1)\n\n    val f2 = db.writeConversations(input2)\n    awaitU(f2)\n    readf shouldBe sr(input2)\n  }\n\n  it should \"dump profiles to log and update id set\" in {\n\n    def user(id: Int, name: String) =\n      ApiUser(name, \"\", id, None)\n\n    val input1 = List(\n      user(101, \"a\"),\n      user(102, \"b\"),\n      user(103, \"c\"),\n      user(104, \"d\")\n    )\n\n    val input2 = List(\n      user(102, \"e\"),\n      user(105, \"f\")\n    )\n\n    val f1 = db.addProfiles(input1)\n    awaitU(f1)\n\n    val f2 = db.addProfiles(input2)\n    awaitU(f2)\n\n    val retIds = input1.map(_.id) :+ 105\n    val retUsers = input1 :+ user(105, \"f\")\n    val retLog = sr(retUsers)\n\n    db.profileIds.iterator.asScala.toList shouldBe retIds\n    readFile(db.fp.profileLog) shouldBe retLog\n  }\n\n  it should \"dump messages to log\" in {\n\n    def msg = ApiMessage(\n      rnd.nextLong(),\n      100 + rnd.nextInt(5),\n      rnd.nextInt(),\n      0,\n      200 + rnd.nextInt(5),\n      rnd.nextString(100),\n      None,\n      Nil,\n      Nil\n    )\n\n    val set = (1 to 10).map(_ => msg).toList\n    val in1 :: in2 :: Nil = set.grouped(5).toList\n\n    val f1 = db.addMessages(in1)\n    awaitU(f1)\n\n    val f2 = db.addMessages(in2)\n    awaitU(f2)\n\n    readFile(db.fp.msgLog) shouldBe sr(set)\n  }\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/main\/scala\/vkdumper\/DumperFlow.scala","text":"<reponame>AbsurdlySuspicious\/vk-dumper\npackage vkdumper\n\nimport java.net.{SocketException, UnknownHostException}\nimport java.util.concurrent.ConcurrentLinkedQueue\n\nimport akka.actor.ActorSystem\nimport akka.stream._\nimport akka.stream.scaladsl._\nimport com.typesafe.scalalogging.LazyLogging\nimport monix.eval.Task\nimport vkdumper.ApiData._\nimport vkdumper.ApiErrors._\nimport vkdumper.EC.genericSched\nimport vkdumper.Utils._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.immutable.Iterable\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\n\ncase class ConvPos(total: Int, convN: Int, convCount: Int) {\n  val counter = con.counter(convCount, convN + 1)\n  val cs = s\"$counter\/$convCount\"\n}\n\ncase class Chunk(peer: Int, offset: Int, count: Int, pos: ConvPos) \/\/extends WorkInput\n\ncase class Conv(peer: Int, startOffset: Int, totalCount: Int, lastMsgId: Int, convNC: (Int, Int)) {\n\n  val (convN, convCount) = convNC\n  val pos = ConvPos(totalCount, convN, convCount)\n\n  def stream: Stream[Chunk] = {\n    val step = Const.msgOffsetStep\n\n    val s = Stream\n      .iterate(startOffset)(_ + step)\n      .takeWhile(_ < totalCount)\n      .map(o => Chunk(peer, o, step, pos))\n\n    s \/\/++ List(TerminateFlow)\n  }\n\n}\n\nclass DumperFlow(db: DB, api: Api, cfg: Cfg)(implicit sys: ActorSystem)\n    extends LazyLogging {\n\n  val svDecider: Supervision.Decider = {\n    case _: ResErrWrp => Supervision.restart\n    case _            => Supervision.stop\n  }\n\n  implicit val mat: ActorMaterializer = ActorMaterializer(\n    ActorMaterializerSettings(sys).withSupervisionStrategy(svDecider)\n  )\n\n  val mRetry = 3\n  val mDelay = 5.seconds\n  val bpDelay = 120.seconds\n\n  val apiErrorsToRetry = List(tooManyRequests, tooManyActions, serverError)\n\n  def retryFun[B]: (Throwable, Int, Int => Task[B]) => Task[B] = {\n    (t, mr, retryTask) =>\n      def retry =\n        retryTask(mr - 1).delayExecution(mDelay)\n\n      def abandon =\n        Task.raiseError(t)\n\n      def raise = {\n        logger.error(s\"Retries exceeded ($mRetry), throwing error\")\n        Task.raiseError(t)\n      }\n\n      def conn(f: Exception) = {\n        logger.error(s\"Connection failure: $f\")\n        retry\n      }\n\n      if (mr <= 0) raise\n      else\n        t match {\n          case fail: SocketException      => conn(fail)\n          case fail: UnknownHostException => conn(fail)\n          case ResErrWrp(err) =>\n            err match {\n              case HttpError(code) =>\n                logger.error(s\"Http error: $code\")\n                retry\n              case ApiError(code, m) =>\n                logger.error(s\"Api error $code: $m\")\n                if (apiErrorsToRetry.contains(code)) {\n                  logger.info(s\"Retrying request in $mDelay\")\n                  retry\n                } else {\n                  logger.info(s\"Abandoning request\")\n                  abandon\n                }\n            }\n          case e: Exception =>\n            logger.error(s\"Unknown error: ${e.getMessage}\")\n            retry\n          case fail =>\n            logger.error(s\"Unknown error: $fail\")\n            retry\n        }\n\n  }\n\n  def apiFMap[T]: Result[T] => Task[T] = {\n    case e: ResErr => Task.raiseError(ResErrWrp(e))\n    case Res(x)    => Task.now(x)\n  }\n\n  type ConvFT = ConcurrentLinkedQueue[ApiMessageItem]\n\n  def convFlow(count: Int): Future[ConvFT] = {\n    val (step, thrCount, thrTime) = (\n      Const.convStep,\n      cfg.thrCount,\n      cfg.thrTime\n    )\n\n    val q = new ConvFT\n    val pr = Promise[ConvFT]()\n\n    val stream = Stream\n      .iterate(0)(_ + step)\n      .takeWhile(_ < count)\n\n    val sink = Sink.onComplete { _ =>\n      prog.convDone(count)\n      pr.success(q)\n    }\n\n    Source(stream)\n      .throttle(thrCount, thrTime)\n      .backpressureTimeout(bpDelay)\n      .mapAsync(1) { o =>\n        prog.conv(o, count)\n        api\n          .getConversations(o, step)\n          .flatMap(apiFMap)\n          .onErrorRestartLoop(mRetry)(retryFun)\n          .runToFuture\n      }\n      .map(a => q.addAll(a.items.asJavaCollection))\n      .runWith(sink)\n\n    pr.future\n  }\n\n  case class ConvPreMap(peer: Int, last: Int, convN: Int, convT: Int) {\n    def conv(startOffset: Int, totalCount: Int) =\n      Conv(peer, startOffset, totalCount, last, convN -> convT)\n\n    lazy val progress: Option[CachedMsgProgress] =\n      db.getProgress(peer)\n  }\n\n  case class ChunkResp(peer: Int, lastMsg: Int, pos: ConvPos)\n\n  private def history(peer: Int,\n                      offset: Int,\n                      count: Int,\n                      rev: Boolean = true): Task[ApiMessagesResponse] =\n    api\n      .getHistory(peer, offset, count, rev)\n      .flatMap(apiFMap)\n      .onErrorRestartLoop(mRetry)(retryFun)\n\n  \/\/ todo leastOffset\n\n  def msgFlow(list: List[ApiMessageItem]): Future[Unit] = {\n\n    val (thrCount, thrTime) = (\n      cfg.thrCount,\n      cfg.thrTime\n    )\n\n    val parOuter = 1\n    val parInner = 1\n\n    val inLn = list.length\n    val input: Iterable[ConvPreMap] =\n      list.view.zipWithIndex\n        .map {\n          case (ApiMessageItem(c, m), cn) =>\n            ConvPreMap(c.peer.id, m.id, cn, inLn)\n        }\n        .filter { pm =>\n          val pr = pm.progress\n          pr.isEmpty || pr.exists(p =>\n            p.ranges.length > 1 || p.lastMsgId != pm.last)\n        }\n        .to[Iterable]\n\n    Source(input)\n      .throttle(thrCount, thrTime)\n      .mapAsync(parOuter) { pm =>\n        history(pm.peer, 0, 0, rev = false).map { r =>\n          val o = pm.progress.map(_.lastOffset).getOrElse(0)\n          pm.conv(o, r.count)\n        }.runToFuture\n      }\n      .mapAsync(parOuter) { c =>\n        \/\/logger.info(\"inner\")\n        Source(c.stream)\n          .throttle(thrCount, thrTime)\n          .backpressureTimeout(bpDelay)\n          .mapAsync(parInner) {\n            case ch @ Chunk(peer, offset, count, pos) =>\n              prog.msg(peer, offset, pos)\n              history(peer, offset, count)\n                .map(r => (r, ch))\n                .runToFuture\n          }\n          .filter {\n            case (r, _) => r.items.nonEmpty\n          }\n          .mapAsync(parInner) {\n            case (r, Chunk(peer, offset, count, pos)) =>\n              val last = r.items.last.id\n              val realCount = r.items.length\n              db.addMessages(r.items)\n                .flatMap(_ => db.addProfiles(r.profiles))\n                .map { _ =>\n                  db.updateProgress(peer) { opt =>\n                    val old = opt.map(_.ranges).getOrElse(Nil)\n                    val nr = mergeRanges(offset -> (offset + realCount), old)\n                    CachedMsgProgress(nr, last)\n                  }\n\n                  ChunkResp(peer, last, pos)\n                }\n          }\n          .runWith(Sink.lastOption)\n          .map {\n            case Some(ChunkResp(peer, _, pos)) => prog.msgDone(peer, pos)\n            case _                             => logger.info(\"none on inner\"); ()\n          }\n      }\n      .runWith(Sink.lastOption)\n      .map(_ => unit)\n  }\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/test\/scala\/vkdumper\/Mocking.scala","text":"package vkdumper\n\nimport java.util.concurrent.ConcurrentLinkedQueue\n\nimport com.typesafe.scalalogging.LazyLogging\nimport vkdumper.ApiData._\n\nimport scala.collection.concurrent.TrieMap\nimport scala.util.Random\nimport MockingCommon._\nimport monix.eval.Task\n\nimport scala.collection.JavaConverters._\nimport Utils._\nimport akka.actor.ActorRefFactory\n\nobject MockingCommon {\n  type RespMapK = (Int, Long)\n  type RespMapV = List[Task[Result[ApiMessagesResponse]]]\n  type CLQ[T] = ConcurrentLinkedQueue[T]\n\n  def ns: Nothing = throw new UnsupportedOperationException(\"not mocked\")\n}\n\ncase class MockingOpts(\n    cfg: Cfg = Cfg(token = \"\")\n)\n\nclass ApiMock(opts: MockingOpts)\n    extends Api(opts.cfg)\n    with LazyLogging {\n\n  val rnd = new Random\n\n  case class MsgR(peer: Int, offset: Int, count: Int)\n  val msgReqs = new CLQ[MsgR]\n\n  case class ConvR(offset: Int, count: Int)\n  val convReqs = new CLQ[ConvR]\n\n  val msgResps = new TrieMap[Int, List[ApiMessage]]\n  val convResps = new CLQ[ApiMessageItem]\n  val userResps = new CLQ[ApiUser]\n\n  val historyErrors = new TrieMap[(Int, Int), CLQ[Any]]\n  val convErrors = new TrieMap[Int, CLQ[Any]]\n\n  def clearAll(): Unit = {\n    msgReqs.clear()\n    convReqs.clear()\n\n    msgResps.clear()\n    convResps.clear()\n    userResps.clear()\n\n    historyErrors.clear()\n    convErrors.clear()\n  }\n\n  private def pushC[T](c: CLQ[T], o: List[T]): Unit = {\n    c.clear()\n    c.addAll(o.asJava)\n  }\n\n  def pushCv(c: List[ApiMessageItem]): Unit =\n    pushC(convResps, c)\n\n  def pushUsers(u: List[ApiUser]): Unit =\n    pushC(userResps, u)\n\n  def pushMsg(peer: Int, m: List[ApiMessage]): Unit =\n    msgResps.put(peer, m)\n\n  def pushMsgErr(peer: Int, offset: Int, err: List[Any]): Unit =\n    historyErrors.put(peer -> offset, new CLQ(err.asJava))\n\n  def pushCvErr(offset: Int, err: List[Any]): Unit =\n    convErrors.put(offset, new CLQ(err.asJava))\n\n  override def get(method: String, args: (String, String)*) = ns\n  override def usersGet(uid: Int*) = ns\n  override def getMe = ns\n  override def getMsgByConvId(peer: Int, cids: Seq[Long]) = ns\n\n  override def getHistory(peer: Int, offset: Int, count: Int, rev: Boolean) = Task {\n    val pe = Option(historyErrors.getOrElse(peer -> offset, new CLQ).poll())\n    pe.getOrElse(unit) match {\n      case e: ResErr => e\n      case t: Throwable => throw t\n      case _ =>\n        val u = userResps.asScala.toList\n        val rq = MsgR(peer, offset, count)\n        msgReqs.add(rq)\n        val rs = msgResps.get(peer) match {\n          case None => ApiMessagesResponse(0, Nil, u)\n          case Some(m) =>\n            val storedCount = m.length\n            val nl = m.slice(offset, offset + count)\n            ApiMessagesResponse(storedCount, nl, u)\n        }\n        Res(rs)\n    }\n  }\n\n  override def getConversations(offset: Int, count: Int) = Task {\n    val pe = Option(convErrors.getOrElse(offset, new CLQ).poll())\n    pe.getOrElse(unit) match {\n      case e: ResErr => e\n      case t: Throwable => throw t\n      case _ =>\n        val rq = ConvR(offset, count)\n        convReqs.add(rq)\n        val resps = convResps.asScala.toList\n        val storedCount = resps.length\n        val rs = resps.slice(offset, offset + count)\n        Res(ApiConvList(storedCount, rs))\n    }\n  }\n\n}\n\nclass DBMock(opts: MockingOpts)(implicit fac: ActorRefFactory) extends DB(InMem) {\n\n  val usersM = new CLQ[ApiUser]\n  val msgM = new CLQ[ApiMessage]\n\n  override def addProfiles(in: Iterable[ApiUser]) = {\n    usersM.addAll(in.toList.asJava)\n    super.addProfiles(in)\n  }\n\n  override def addMessages(msgs: Iterable[ApiMessage]) = {\n    msgM.addAll(msgs.toList.asJava)\n    super.addMessages(msgs)\n  }\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"build.sbt","text":"<filename>build.sbt\nname := \"vk-dumper\"\nversion := \"1.0\"\nscalaVersion := \"2.12.8\"\n\nmainClass in assembly := Some(\"vkdumper.VkDumper\")\nassemblyJarName in assembly := \"vkdumper.jar\"\n\ntest in assembly := {}\n\nassemblyMergeStrategy in assembly := {\n  case nt if nt.endsWith(\"META-INF\/io.netty.versions.properties\") => MergeStrategy.first\n  case x => MergeStrategy.defaultMergeStrategy(x)\n}\n\nval akkaV = \"2.5.18\"\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-stream\",\n  \"com.typesafe.akka\" %% \"akka-actor\",\n  \"com.typesafe.akka\" %% \"akka-slf4j\"\n).map(_ % akkaV)\n\nval sttpV = \"1.5.0\"\nlibraryDependencies ++= Seq(\n  \"com.softwaremill.sttp\" %% \"core\",\n  \"com.softwaremill.sttp\" %% \"async-http-client-backend-monix\"\n).map(_ % sttpV)\n\nlibraryDependencies ++= Seq(\n  \"com.github.scopt\" %% \"scopt\" % \"4.0.0-RC2\",\n  \"org.json4s\" %% \"json4s-jackson\" % \"3.6.2\",\n  \"io.monix\" %% \"monix-eval\" % \"3.0.0-RC2\",\n  \"org.mapdb\" % \"mapdb\" % \"3.0.7\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.9.0\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test\n)\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/test\/scala\/vkdumper\/FlowTest.scala","text":"<reponame>AbsurdlySuspicious\/vk-dumper<filename>src\/test\/scala\/vkdumper\/FlowTest.scala\npackage vkdumper\n\nimport java.net.SocketException\n\nimport akka.actor.ActorSystem\nimport com.typesafe.scalalogging.LazyLogging\nimport org.scalatest._\nimport Utils._\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\nimport vkdumper.ApiData.{ApiConvId, ApiMessageItem, ApiConversation, ApiError, ApiMessage, ApiUser, HttpError}\nimport vkdumper.MockingCommon.CLQ\n\nimport scala.collection.JavaConverters._\nimport scala.util.Random\nimport scala.language.implicitConversions\n\nclass FlowTest\n    extends FlatSpec\n    with Matchers\n    with OptionValues\n    with BeforeAndAfterAll\n    with BeforeAndAfterEach\n    with LazyLogging {\n\n  implicit val sys: ActorSystem = ActorSystem()\n  val rnd = new Random()\n\n  def rndstr(ln: Int) =\n    (0 until ln)\n      .map(_ => (32 + rnd.nextInt(94)).toChar)\n      .mkString\n\n  val mo = MockingOpts()\n  val api = new ApiMock(mo)\n  var db: DBMock = _\n  var flow: DumperFlow = _\n\n  override def afterAll(): Unit = {\n    super.afterAll()\n    logger.info(\"clean up [end]\")\n    db.close()\n    awaitU(sys.terminate())\n  }\n\n  override def beforeEach(): Unit = {\n    api.clearAll()\n    respawnDB()\n  }\n\n  def respawnDB(): Unit = {\n    if (db != null) db.close()\n    db = new DBMock(mo)\n    flow = new DumperFlow(db, api, mo.cfg)\n  }\n\n  def pconv(peer: Int, start: Int, total: Int) =\n    Conv(peer, start, total, 0, 1 -> 1)\n\n  def pchunk(peer: Int, total: Int, o: Int, c: Int) =\n    Chunk(peer, o, c, ConvPos(total, 1, 1))\n\n  def pmsgId(id: Int) =\n    ApiMessage(0, 1, id, 0, 101, \"\", None, Nil, Nil)\n\n  def pmsg =\n    ApiMessage(0, 1, 301337, 0, 101, \"\", None, Nil, Nil)\n\n  def pmsg(peer: Int, text: String) =\n    ApiMessage(0, 1, rnd.nextInt, 0, peer, text, None, Nil, Nil)\n\n  def pmsg(peer: Int, id: Int, text: String) =\n    ApiMessage(0, 1, id, 0, peer, text, None, Nil, Nil)\n\n  val pmanyIdStart = 10000\n\n  def pmany(peer: Int, count: Int) =\n    (1 to count)\n      .map(\n        c =>\n          ApiMessage(0,\n                     1,\n                     pmanyIdStart + c,\n                     0,\n                     peer,\n                     s\"$peer-$c\",\n                     None,\n                     Nil,\n                     Nil))\n      .toList\n\n  def pusers(count: Int) =\n    (1 to count)\n      .map(c => ApiUser(rndstr(5), \"\", 100 + c, None))\n      .toList\n\n  def pconvItem(msg: ApiMessage)(peers: Int*) =\n    peers\n      .map(p =>\n        ApiMessageItem(ApiConversation(ApiConvId(\"chat\", p), None), msg))\n      .toList\n\n  def ppr(last: Int, rng: (Int, Int)*): CachedMsgProgress =\n    CachedMsgProgress(rng.toList, last)\n\n  \"InputData.Conv\" should \"produce work chunks\" in {\n\n    val input = List(\n      pconv(1, 0, 600),\n      pconv(2, 0, 435),\n      pconv(3, 0, 51),\n      pconv(4, 400, 800),\n      pconv(5, 12, 400),\n      pconv(6, 13, 59)\n    )\n\n    val output = List(\n      \/\/1\n      pchunk(1, 600, 0, 200),\n      pchunk(1, 600, 200, 200),\n      pchunk(1, 600, 400, 200),\n      \/\/2\n      pchunk(2, 435, 0, 200),\n      pchunk(2, 435, 200, 200),\n      pchunk(2, 435, 400, 200),\n      \/\/3\n      pchunk(3, 51, 0, 200),\n      \/\/4\n      pchunk(4, 800, 400, 200),\n      pchunk(4, 800, 600, 200),\n      \/\/5\n      pchunk(5, 400, 12, 200),\n      pchunk(5, 400, 212, 200),\n      \/\/6\n      pchunk(6, 59, 13, 200)\n    )\n\n    val res = input.flatMap(_.stream.toList)\n    res shouldBe output\n  }\n\n  behavior of \"DumperFlow.convFlow\"\n\n  it should \"return conversation queue\" in {\n    val input = pconvItem(pmsg)(1 to 480: _*)\n    api.pushCv(input)\n\n    val f1 = flow.convFlow(input.length)\n    val r1 = await(f1)\n\n    r1.asScala.toList shouldBe input\n  }\n\n  behavior of \"DumperFlow.msgFlow\"\n\n  val msgRaw1 = Array(\n    pmany(1, 15),\n    pmany(2, 471),\n    pmany(3, 200),\n    pmany(4, 199),\n    pmany(5, 201),\n    pmany(6, 213),\n    pmany(7, 214)\n  )\n\n  it should \"save messages to db\" in {\n\n    val msgs = msgRaw1.toList.flatten\n    msgs.groupBy(_.peer_id).foreach {\n      case (p, l) => api.pushMsg(p, l)\n    }\n\n    val input = pconvItem(pmsg)(1 to 7: _*)\n\n    val f1 = flow.msgFlow(input)\n    awaitU(f1)\n\n    db.msgM.asScala.toList shouldBe msgs\n  }\n\n  it should \"save profiles\" in {\n\n    val users = pusers(10)\n    val input = pconvItem(pmsg)(1)\n\n    api.pushMsg(1, pmany(1, 10))\n    api.pushUsers(users)\n\n    val f1 = flow.msgFlow(input)\n    awaitU(f1)\n\n    db.usersM.asScala.toList shouldBe users\n\n  }\n\n  it should \"save progress\" in {\n\n    api.pushMsg(1, pmany(1, 15))\n    api.pushMsg(2, pmany(2, 235))\n\n    val input1 = pconvItem(pmsg)(1, 2)\n    awaitU(flow.msgFlow(input1))\n\n    val r1 = db.getProgress(1)\n    val r2 = db.getProgress(2)\n\n    val s = pmanyIdStart\n    r1.get shouldBe CachedMsgProgress(0 -> 15 :: Nil, s + 15)\n    r2.get shouldBe CachedMsgProgress(0 -> 235 :: Nil, s + 235)\n\n  }\n\n  \/\/ should filter conversations with \"done\" progress   ---| single test\n  \/\/ should restore from single-range \"undone\" progress ---|\n  \/\/ \\\/ \\\/ \\\/\n\n  it should \"restore from progress\" in {\n\n    val s = pmanyIdStart\n\n    val msg = List(\n      pmany(1, 215),\n      pmany(2, 215),\n      pmany(3, 150),\n      pmany(4, 300)\n    )\n\n    val prg = List(\n      1 -> ppr(s + 215, 0 -> 215),\n      2 -> ppr(s + 215, 0 -> 115, 116 -> 215), \/\/ todo least offset restore impl\n      3 -> ppr(s + 140, 0 -> 150), \/\/ todo maybe update msgid on wrong offsets?\n      4 -> ppr(s + 200, 0 -> 200)\n    )\n\n    val input = pconvItem(pmsgId(s + 215))(1, 2) ::: pconvItem(pmsgId(s + 150))(\n      3) ::: pconvItem(pmsgId(s + 300))(4)\n\n    val outMsg = List(\n      pmany(4, 300).drop(200)\n    )\n\n    val outPrg = prg.toMap ++ List(\n      4 -> ppr(s + 300, 0 -> 300)\n    )\n\n    msg.foreach(m => api.pushMsg(m.head.peer_id, m))\n    prg.foreach { case (p, v) => db.setProgress(p, v) }\n\n    val f1 = flow.msgFlow(input)\n    awaitU(f1)\n\n    db.msgM.asScala.toList shouldBe outMsg.flatten\n    db.progress.toList shouldBe outPrg.toList.map { case (p, v) => p -> v.stringRepr }\n\n  }\n\n  it should \"handle errors\" in {\n\n    implicit def clq[T](lst: List[T]): CLQ[T] =\n      new CLQ(lst.asJava)\n\n    def t(tr: Int) = tr -> 0\n\n    val msgIn = List(\n      1 -> pmany(1, 1),\n      2 -> pmany(2, 1),\n      3 -> pmany(3, 1)\n    )\n\n    val msgOut = List(\n      pmany(1, 1),\n      pmany(2, 1)\n    )\n\n\n    msgIn.foreach { case (p, m) => api.pushMsg(p, m) }\n\n    api.historyErrors(t(1)) = HttpError(500) :: Nil\n    api.historyErrors(t(2)) = new SocketException(\"foo\") :: Nil\n    api.historyErrors(t(3)) = ApiError(1337, \"\") :: Nil\n\n    val f1 = flow.msgFlow(pconvItem(pmsg)(1, 2, 3))\n    awaitU(f1)\n\n    db.msgM.asScala.toList shouldBe msgOut.flatten\n\n  }\n\n\n  \/\/ (later) should restore from multiple-ranges progress\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/main\/scala\/vkdumper\/VkDumper.scala","text":"<reponame>AbsurdlySuspicious\/vk-dumper<filename>src\/main\/scala\/vkdumper\/VkDumper.scala\npackage vkdumper\n\nimport java.io.File\nimport java.time._\nimport java.time.format.DateTimeFormatter\n\nimport akka.actor.ActorSystem\nimport com.typesafe.scalalogging.LazyLogging\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\nimport org.json4s.jackson.Serialization\nimport org.json4s.jackson.Serialization._\nimport scopt.OParser\nimport vkdumper.ApiData.Res\nimport vkdumper.EC._\nimport vkdumper.Utils._\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration._\nimport scala.io.{Codec, Source}\nimport scala.language.postfixOps\n\nsealed trait Mode\n\/\/case object Noop extends Mode\ncase object Download extends Mode\ncase object GenCfg extends Mode\n\ncase class Options(\n    config: File = new File(\"vkdumper.cfg\"),\n    modes: List[Mode] = Nil\n)\n\nobject Const {\n  val msgStep = 100\n  val msgOffsetStep = 200\n  val convStep = 200\n  val convStartId = 2000000000\n}\n\ncase class Cfg(\n    fallbackAttempts: Int = 3,\n    connectionTimeout: Int = 10,\n    readTimeout: Int = 10,\n    commonPar: Int = 4,\n    throttleCount: Int = 3,\n    throttlePeriod: Double = 1,\n    baseDir: String = \"DumpedData\",\n    token: String\n) {\n\n  val thrCount = throttleCount\n  val thrTime = throttlePeriod.seconds\n\n}\n\nobject Conf {\n\n  implicit val fmt: Formats = DefaultFormats\n\n  def default: String = {\n    val fmtS: AnyRef with Formats = Serialization.formats(NoTypeHints)\n    val c = Cfg(token = \"\")\n    val s = write(c)(fmtS)\n    pretty(parse(s))\n  }\n}\n\nclass Conf(json: String) {\n  import Conf._\n\n  private val j = parse(json)\n  val cfg = j.extract[Cfg]\n}\n\nobject VkDumper extends App with LazyLogging {\n\n  implicit val codec: Codec = Codec.UTF8\n\n  val optB = OParser.builder[Options]\n  val optP = {\n    import optB._\n    OParser.sequence(\n      programName(\"vkdumper\"),\n      head(\"vkdumper 0.2\"),\n      \/\/\n      note(\"modes:\"),\n      opt[Unit]('D', \"download\")\n        .text(\"Download all conversations\")\n        .action((_, o) => o.copy(modes = Download :: o.modes)),\n      opt[Unit]('G', \"gencfg\")\n        .text(\"Generate default config to stdout\")\n        .action((_, o) => o.copy(modes = GenCfg :: o.modes)),\n      \/\/\n      checkConfig { o =>\n        val m = o.modes\n        if (m.isEmpty) failure(\"No mode selected\")\n        else if (m.length > 1) failure(\"Only one mode should be selected\")\n        else success\n      },\n      \/\/\n      note(\"options:\"),\n      opt[File]('c', \"cfg\")\n        .text(\"Config, defaults to vkdumper.cfg\")\n        .action((f, o) => o.copy(config = f)),\n      help(\"help\")\n        .text(\"Print usage text\"),\n      \/\/\n      note(\"\\n\")\n    )\n  }\n\n  val opts = OParser.parse(optP, args, Options()) match {\n    case Some(o) => o\n    case None    => esc(1)\n  }\n\n  def cm(m: Mode) =\n    opts.modes.contains(m)\n\n  def optfail(m: String): Unit =\n    esc(s\"Error: $m\\nTry --help for more information.\\n\")\n\n  if (cm(GenCfg))\n    esc(Conf.default, 0)\n\n  val cfgP = {\n    val f = opts.config\n    if (!f.exists) optfail(s\"No file ${f.getName} exists\")\n    if (!f.isFile) optfail(s\"${f.getName} is a directory\")\n\n    try {\n      val in = Source.fromFile(f)\n      val lines = in.getLines().mkString(\"\\n\")\n      in.close()\n\n      new Conf(lines)\n    } catch {\n      case e: Throwable =>\n        esc(\n          s\"Error: can't parse config ${opts.config}. Original exception:\\n\\n$e\")\n    }\n  }\n\n  if (cm(Download)) {\n    val rt = new DumperRoutine(cfgP)\n    val boot = rt.boot match {\n      case Some(b) => b\n      case None =>\n        rt.stop()\n        esc(1)\n    }\n\n    rt.flow(boot)\n    rt.stopAfterBoot(boot)\n  }\n\n  con(\"\\nDone\")\n}\n\nclass DumperRoutine(conf: Conf) {\n\n  case class Boot(uid: Int, db: DB, fp: FilePath)\n\n  implicit val sys: ActorSystem = ActorSystem()\n\n  val cfg = conf.cfg\n  val api = new Api(cfg)\n\n  def stop(): Unit = {\n    api.sttpBack.close()\n    awaitU(sys.terminate())\n  }\n\n  def stopAfterBoot(b: Boot): Unit = {\n    b.db.close()\n    stop()\n  }\n\n  val oneReqTimeout = 60.seconds\n  val longTimeout = 650.days\n\n  def boot: Option[Boot] =\n    awaitT(oneReqTimeout, api.getMe.runToFuture) match {\n      case Res(me :: Nil) =>\n        val date = LocalDateTime.now.format(\n          DateTimeFormatter.ofPattern(\"uuuu.MM.dd HH:mm\"))\n        val userStr = s\"[${me.id}] ${me.first_name} ${me.last_name}\"\n        con(s\"User: $userStr\")\n        val fp = FilePath(me.id, cfg.baseDir)\n        val db = new DB(fp)\n        pwHelper(fp.accLog, s\"$date: $userStr\", append = true)\n        Some(Boot(me.id, db, fp))\n      case e =>\n        con(e.toString)\n        None\n    }\n\n  def flow(boot: Boot): Unit =\n    try {\n      val flows = new DumperFlow(boot.db, api, cfg)\n\n      val convCount =\n        awaitT(oneReqTimeout, api.getConversations(0, 0).runToFuture) match {\n          case Res(c) => c.count\n          case e =>\n            con(s\"Failure (on convCount): $e\")\n            return\n        }\n\n      val convList =\n        awaitT(longTimeout, flows.convFlow(convCount)).asScala.toList\n\n      boot.fp.convLog.foreach { p =>\n        implicit val formats: Formats = Serialization.formats(NoTypeHints)\n        pwHelper(p, convList.map(write(_)).mkString(\",\"), append = false)\n      }\n\n      awaitU(longTimeout, flows.msgFlow(convList))\n    } catch {\n      case e: Throwable => con(s\"Failure: $e\")\n    }\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/main\/scala\/vkdumper\/Api.scala","text":"package vkdumper\n\nimport java.nio.ByteBuffer\n\nimport com.softwaremill.sttp._\nimport com.softwaremill.sttp.asynchttpclient.monix.AsyncHttpClientMonixBackend\nimport com.typesafe.scalalogging.LazyLogging\nimport monix.eval.Task\nimport monix.reactive.Observable\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\nimport scala.concurrent.duration._\nimport scala.language.postfixOps\n\nobject ApiErrors {\n  val tooManyRequests = 6\n  val serverError = 10\n  val tooManyActions = 9\n  val authorizationFailed = 5\n  val noPermissions = 7\n  val captchaNeeded = 14\n}\n\nobject ApiData extends LazyLogging {\n\n  implicit val jsonFormats: Formats = DefaultFormats\n  import DefaultReaders._\n\n  type EarlyResp = Response[String]\n\n  case class MalformedJson(srcJson: String)\n      extends Exception(s\"Malformed json: $srcJson\")\n\n  sealed trait ApiObject\n\n  sealed trait Result[+T] {\n    def map[R](f: T => R): Result[R]\n  }\n\n  trait ResErr extends Result[Nothing] {\n    override def map[R](f: Nothing => R): this.type = this\n  }\n\n  case class Res[T](data: T) extends Result[T] {\n    override def map[R](f: T => R) = Res(f(data))\n  }\n\n  case class ApiError(\n      error_code: Int,\n      error_msg: String\n  ) extends ResErr\n\n  case class HttpError(\n      code: Int\n  ) extends ResErr\n\n  case class ResErrWrp(f: ResErr) extends Exception\n\n  def apiDecode[T: Manifest]: EarlyResp => Result[T] =\n    in => apiDecodeStr(in.body, in.code)\n\n  def apiDecodeStr[T: Manifest](body: Either[String, String], htCode: Int): Result[T] = {\n    (body, htCode) match {\n      case (Left(_), code) => HttpError(code)\n      case (Right(raw), _) =>\n        val body = parse(raw)\n        val err = (body \\ \"error\").toOption.map { e =>\n          ApiError(\n            (e \\ \"error_code\").as[String].toInt,\n            (e \\ \"error_msg\").as[String]\n          )\n        }\n        val res = (body \\ \"response\").extractOpt[T]\n        (err, res) match {\n          case (Some(e), _) => e\n          case (_, Some(r)) => Res(r)\n          case _            => throw MalformedJson(raw)\n        }\n    }\n\n  }\n\n  val apiUserFields = \"photo_100\"\n  case class ApiUser(\n      first_name: String,\n      last_name: String,\n      id: Int,\n      photo_100: Option[String]\n  ) extends ApiObject\n\n  case class ApiChatAction(`type`: String, member_id: Int) extends ApiObject\n\n  case class ApiMessage(\n      date: Long,\n      from_id: Int,\n      id: Int,\n      out: Int,\n      peer_id: Int,\n      text: String,\n      action: Option[ApiChatAction],\n      attachments: List[JObject],\n      fwd_messages: List[JObject]\n  ) extends ApiObject {\n    def isOut: Boolean = out == 1\n  }\n\n  val apiConvMsgFields = \"first_name,last_name,photo_100\"\n  case class ApiMessagesResponse(\n      count: Int,\n      items: List[ApiMessage],\n      profiles: List[ApiUser]\n  ) extends ApiObject\n\n  case class ApiConvId(\n      `type`: String, \/\/ user, chat, group, email\n      id: Int\n  ) extends ApiObject\n\n  case class ApiChatSettings(\n      title: String,\n      members_count: Int,\n      state: String, \/\/ in, kicked, left\n      photo: Option[JObject]\n  ) extends ApiObject\n\n  case class ApiConversation(\n      peer: ApiConvId,\n      chat_settings: Option[ApiChatSettings]\n  ) extends ApiObject\n\n  case class ApiMessageItem(\n      conversation: ApiConversation,\n      last_message: ApiMessage\n  ) extends ApiObject\n\n  val apiConvListOffsetStep = 200\n  case class ApiConvList(\n      count: Int,\n      items: List[ApiMessageItem]\n  ) extends ApiObject\n\n}\n\nclass Api(cfg: Cfg) {\n\n  import ApiData._\n  import cfg._\n\n  implicit val sttpBack: SttpBackend[Task, Observable[ByteBuffer]] =\n    AsyncHttpClientMonixBackend(\n      options = SttpBackendOptions.connectionTimeout(connectionTimeout seconds)\n    )\n\n  val baseParams = Map(\n    \"v\" -> \"5.92\",\n    \"access_token\" -> token\n  )\n\n  val apiPrefix = \"https:\/\/api.vk.com\/method\"\n\n  def get(method: String,\n          args: (String, String)*): RequestT[Id, String, Nothing] =\n    sttp\n      .get(uri\"$apiPrefix\/$method?$baseParams&$args\")\n      .readTimeout(readTimeout seconds)\n\n  def usersGet(uid: Int*): Task[Result[List[ApiUser]]] =\n    get(\"users.get\", \"user_ids\" -> uid.mkString(\",\"), \"fields\" -> apiUserFields)\n      .send()\n      .map(apiDecode[List[ApiUser]])\n\n  def getMe: Task[Result[List[ApiUser]]] =\n    get(\"users.get\")\n      .send()\n      .map(apiDecode[List[ApiUser]])\n\n  def getMsgByConvId(peer: Int, cids: Seq[Long]): Task[Result[ApiMessagesResponse]] =\n    get(\n      \"messages.getByConversationMessageId\",\n      \"peer_id\" -> peer.toString,\n      \"conversation_message_ids\" -> cids.mkString(\",\"),\n      \"extended\" -> \"1\",\n      \"fields\" -> apiConvMsgFields\n    ).send()\n      .map(apiDecode[ApiMessagesResponse])\n\n  def getHistory(peer: Int,\n                 offset: Int,\n                 count: Int,\n                 rev: Boolean): Task[Result[ApiMessagesResponse]] =\n    get(\n      \"messages.getHistory\",\n      \"peer_id\" -> peer.toString,\n      \"offset\" -> offset.toString,\n      \"count\" -> count.toString,\n      \"rev\" -> (if (rev) \"1\" else \"0\"),\n      \"extended\" -> \"1\",\n      \"fields\" -> apiConvMsgFields\n    ).send()\n      .map(apiDecode[ApiMessagesResponse])\n\n  def getConversations(offset: Int, count: Int): Task[Result[ApiConvList]] =\n    get(\n      \"messages.getConversations\",\n      \"extended\" -> \"0\",\n      \"offset\" -> offset.toString,\n      \"count\" -> count.toString\n    ).send()\n      .map(apiDecode[ApiConvList])\n\n}\n"}
{"repo_name":"AbsurdlySuspicious\/vk-dumper","path":"src\/test\/scala\/vkdumper\/ApiTest.scala","text":"package vkdumper\n\nimport org.scalatest.{FlatSpec, Matchers}\nimport ApiData._\n\nclass ApiTest extends FlatSpec with Matchers {\n\n  type DecFun[T] = String => Result[T]\n  type Ref = (String, DecFun[Any], Result[Any])\n\n  def dec[T : Manifest]: DecFun[T] =\n    s => apiDecodeStr[T](Right(s), 200)\n\n  def rr[T : Manifest](src: String, rf: Result[T]): Ref =\n    (src, dec[T], rf)\n\n  def ro[T : Manifest](src: String, o: T): Ref =\n    rr(src, Res(o))\n\n  \"Api\" should \"parse incoming json\" in {\n\n    \/\/ todo test JValues\n\n    val refs: List[Ref] = List(\n      ro(\"\"\"\n        |{\"response\": {\n        | \"first_name\": \"a\",\n        | \"last_name\": \"b\",\n        | \"id\": 1337\n        |}}\n      \"\"\".stripMargin, ApiUser(\"a\", \"b\", 1337, None)),\n      ro(\"\"\"\n          |{\"response\": {\n          | \"first_name\": \"aa\",\n          | \"photo_100\": \"foobar\",\n          | \"foo\": \"bar\",\n          | \"last_name\": \"bb\",\n          | \"id\": 1337\n          |}}\n        \"\"\".stripMargin, ApiUser(\"aa\", \"bb\", 1337, Some(\"foobar\"))),\n      ro(\"\"\"\n          |{\"response\": [\n          | {\"first_name\": \"u1\", \"last_name\": \"\", \"id\": 1},\n          | {\"first_name\": \"u2\", \"last_name\": \"\", \"id\": 2},\n          | {\"first_name\": \"u3\", \"last_name\": \"\", \"id\": 3}\n          |]}\n        \"\"\".stripMargin, List(1, 2, 3).map(n => ApiUser(s\"u$n\", \"\", n, None))),\n      rr(\"\"\"\n          |{\"error\": {\n          | \"error_msg\": \"foo\", \"error_code\": 1337\n          |}}\n        \"\"\".stripMargin, ApiError(1337, \"foo\"))\n    )\n\n    refs.zipWithIndex.foreach {\n      case ((json, decf, ref), n) =>\n        println(s\"Ref $n\")\n        decf(json) shouldBe ref\n    }\n\n  }\n\n}\n"}
{"repo_name":"fosskers\/br-bundles","path":"src\/main\/scala\/com\/boldradius\/bundlepricing\/BundlePricing.scala","text":"\/**\n  * BundlePricing.scala\n  * \n  * Functions for optimizating the final price of a collection\n  * of `Sellable` items.\n  *\/\n\npackage com.boldradius.bundlepricing\n\nimport com.boldradius.bundlepricing.types.{Bundle, Item}\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/\/ --- \/\/\n\nobject BundlePricing {\n\n  def bestPrice(\n    bundles: Seq[Bundle],\n    order: Seq[Item]\n  )(implicit ec: ExecutionContext): Future[Float] = {\n\n    \/* All unique bundles to consider building.\n     * \n     * I've yet to test if `.toSet.toSeq` is faster overall\n     * than `.distinct`, but it would be by the Math:\n     *   toSet.toSeq: O(nlogn + n)\n     *   distinct: O(n^2)\n     *\/\n    val uniques: Set[Bundle] = order.distinct.map(i =>\n      bundles.filter(_.items.contains(i))\n    ).flatten.toSet\n\n    bundle(uniques, order)\n  }\n\n  def bundle(\n    bundles: Set[Bundle],\n    order: Seq[Item]\n  )(implicit ec: ExecutionContext): Future[Float] = {\n    Future.sequence(bundles.map({ b =>\n\n      \/* If we can form a bundle, we recurse. Otherwise we\n       * assume that the sum of the individual item prices is best.\n       * We recurse on the full `bundles` set, as we assume that\n       * more than one instance of the same bundle could appear in\n       * an order.\n       *\/\n      leftOver(b,order) match {\n        case None => Future.successful(order.map(_.price).sum)\n        case Some(rest) => bundle(bundles,rest).map(_ + b.price)\n      }\n\n    })).map(_.reduceLeft((acc,p) => if (p < acc) p else acc))\n  }\n\n  \/* If the bundle can be made with the given order, what `Item`s would\n   * be left over?\n   *\/\n  def leftOver(bundle: Bundle, order: Seq[Item]): Option[Seq[Item]] = {\n\n    \/* Some clever `Seq` tricks. If a `Bundle` would be made empty by\n     * removing the contents of the order from it, then the Bundle is\n     * possible with this order. \n     *\/\n    bundle.items.diff(order) match {\n      case Seq() => Some(order.diff(bundle.items))\n      case _ => None\n    }\n  }\n}\n\n"}
{"repo_name":"fosskers\/br-bundles","path":"src\/main\/scala\/com\/boldradius\/bundlepricing\/types\/Types.scala","text":"\/**\n  * Types.scala\n  *\n  * Given the simplicity of our types, we keep them all in one file\n  * for easy simultaneous viewing.\n  *\/\n\npackage com.boldradius.bundlepricing.types\n\ncase class Item(name: String, price: Float)\n\ncase class Bundle(items: Seq[Item], price: Float)\n"}
{"repo_name":"fosskers\/br-bundles","path":"src\/test\/scala\/BundleTests.scala","text":"import com.boldradius.bundlepricing.BundlePricing._\nimport com.boldradius.bundlepricing.types.{Bundle, Item}\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/\/ --- \/\/\n\nclass BundleTests extends FlatSpec with Matchers with ScalaFutures {\n\n  \/* The contents of my bookcase *\/\n  val dune = Item(\"Dune\", 10)\n  val storm = Item(\"Storm Front\", 5)\n  val fool = Item(\"Fool Moon\", 5)\n  val summer = Item(\"Summer Knight\", 5)\n  val grave = Item(\"Grave Peril\", 5)\n  val wind = Item(\"The Name of the Wind\", 19.50f)\n  val hobbit = Item(\"The Hobbit\", 8)\n  val rings = Item(\"The Lord of the Rings\", 15)\n  val daemon = Item(\"Daemon\", 9)\n  val robin = Item(\"<NAME>\", 20)\n  val alch = Item(\"The Alchemist\", 7)\n\n  \/* What deals! *\/\n  val lotr = Bundle(Seq(hobbit,rings), 12)\n  val jimButcher = Bundle(Seq(storm,fool,summer,grave), 10)\n  val mixed = Bundle(Seq(hobbit,grave,summer,alch), 1)\n\n  val bundles: Seq[Bundle] = Seq(lotr,jimButcher,mixed)\n\n  \"leftOver\" should \"fail on empty orders\" in {\n    leftOver(lotr, Seq()) should not be defined\n  }\n\n  it should \"fail for bundles that can't be made\" in {\n    leftOver(jimButcher, Seq(storm,fool,wind,daemon)) should not be defined\n  }\n\n  it should \"succeed for single bundles\" in {\n    val left = leftOver(lotr, Seq(hobbit,rings,daemon))\n\n    left shouldBe defined\n    left.get.length should be (1)\n  }\n\n  it should \"only take away one instance of bundle items at a time\" in {\n    val left = leftOver(lotr, Seq(hobbit,rings,hobbit,rings))\n\n    left shouldBe defined\n    left.get.length should be (2)\n  }\n\n  \"bestPrice\" should \"find the lowest price for a single-bundle order\" in {\n    val smallOrder: Seq[Item] = Seq(hobbit,rings,dune)\n\n    whenReady(bestPrice(bundles, smallOrder)) { price =>\n      price should be (lotr.price + dune.price)\n    }\n  }\n\n  it should \"find the lowest price for a multi-bundle order\" in {\n    val bigOrder: Seq[Item] = Seq(\n      storm,fool,summer,grave,hobbit,rings,\n      hobbit,hobbit,dune,robin,robin\n    )\n\n    whenReady(bestPrice(bundles, bigOrder)) { price =>\n      price should be (lotr.price + jimButcher.price + hobbit.price * 2 +\n        dune.price + robin.price * 2\n      )\n    }\n  }\n\n  it should \"find the lowest price for orders with repeated bundles\" in {\n    val order = Seq(hobbit,rings,hobbit,rings)\n\n    whenReady(bestPrice(bundles, order)) { price =>\n      price should be (lotr.price * 2)\n    }\n  }\n\n  it should \"find the lowest price for orders whose items are in multiple bundles\" in {\n    val order = Seq(hobbit,storm,fool,grave,summer,alch)\n\n    whenReady(bestPrice(bundles,order)) { price =>\n      price should be (mixed.price + storm.price + fool.price)\n    }\n  }\n\n  it should \"give the default price if bundles weren't possible\" in {\n    val order = Seq(grave,alch,robin)\n\n    whenReady(bestPrice(bundles, order)) { price =>\n      price should be (order.map(_.price).sum)\n    }\n  }\n}\n"}
{"repo_name":"NicolasLagaillardie\/Spark","path":"testPageRank.scala","text":"<reponame>NicolasLagaillardie\/Spark\nimport org.apache.spark.sql.SparkSession\n\n\/**\n * Computes the PageRank of URLs from an input file. Input file should\n * be in format of:\n * URL         neighbor URL\n * URL         neighbor URL\n * URL         neighbor URL\n * ...\n * where URL and their neighbors are separated by space(s).\n**\/\n\nobject SparkPageRank {\n\n  def main(args: Array[String]) {\n    if (args.length < 1) {\n      System.err.println(\"Usage: SparkPageRank <file> <file> <iter>\")\n      System.exit(1)\n    }\n\n    val spark = SparkSession\n      .builder\n      .appName(\"SparkPageRank\")\n      .getOrCreate()\n\t\n\t\/\/Iterations number\n    val iters = if (args.length > 1) args(2).toInt else 10\n\n\t\/\/Get the links between each element\n    val lines = spark.read.textFile(args(0)).rdd\n    val links = lines.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0), parts(1))\n    }.distinct().groupByKey().cache()\n\n\t\/\/Get the URLs\n    val linesIndex = spark.read.textFile(args(1)).rdd\n    val index = linesIndex.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0))\n    }.distinct().cache()\n    val URLs = index.collect()\n\n\t\/\/Assign 1.0 weight to each value\n    var ranks = links.mapValues(v => 1.0)\n\n\t\/\/Compute the new ranks\n    for (i <- 1 to iters) {\n      val contribs = links.join(ranks).values.flatMap{ case (urls, rank) =>\n        val size = urls.size\n        urls.map(url => (url, rank \/ size))\n      }\n      ranks = contribs.reduceByKey(_ + _).mapValues(0.15 + 0.85 * _)\n    }\n\n\t\/\/Display the results\n    val output = ranks.collect()\n\n    output.foreach{\n\t\ttup =>\n\t\tval element = URLs(tup._1.toInt)\n\t\tprintln(element + s\" has rank:  ${tup._2}.\")\n\t}\n\n    spark.stop()\n  }\n}\n\/\/SparkPageRank.main(Array(\"example_arcs\", \"example_index\",\"10\"))\n\n"}
{"repo_name":"NicolasLagaillardie\/Spark","path":"test.scala","text":"<filename>test.scala\nimport org.apache.spark.HashPartitioner\n\nobject HelloWorld {\n\tdef main(args: Array[String]) {\n\t\tval lines = sc.textFile(\"text.txt\")\n\t\tval Length = lines.map(s => s.length)\n\t\tval lengthCollected = Length.collect()\n\t\tprintln(lengthCollected.deep.mkString(\"\\n\"))\n\t\tval linesCollected = lines.collect()\n\t\tprintln(linesCollected.deep.mkString(\"\\n\"))\n\t\tval totalLength = Length.reduce((a, b) => a + b)\n\t\tval counts = lines.flatMap(line => line.split(\"\\\\s+\")).map(word => (word, 1)).reduceByKey(_ + _)\n\t\tval countsCollected = counts.collect()\n\t\tprintln(countsCollected.deep.mkString(\"\\n\"))\n\t\tval lg5 = lines.flatMap(line => line.split(\" \")).filter(_.length > 5)\n\t\tval lg5Collected = lg5.collect()\n\t\tprintln(lg5Collected.deep.mkString(\"\\n\"))\n\t}\n}\n\nHelloWorld.main(null)\n"}
{"repo_name":"zoepepper\/scalajs-react-bridge","path":"build.sbt","text":"<filename>build.sbt\nimport sbt.Keys.publishLocal\n\nenablePlugins(ScalaJSPlugin)\n\nval core = project in file(\"core\")\n\ncrossScalaVersions := Seq(\"2.12.2\", \"2.11.12\")\nscalaVersion := crossScalaVersions.value.head\n\nversion := \"0.7.1-SNAPSHOT\"\n\nval example = (project in file(\"example\")).dependsOn(core).settings(\n  publish := (),\n  publishLocal := (),\n  publishArtifact := false\n)\n\nval scalaJsReactBridge = (project in file(\".\")).aggregate(\n  core,\n  example\n).settings(\n  publish := (),\n  publishLocal := ()\n)\n"}
{"repo_name":"zoepepper\/scalajs-react-bridge","path":"example\/build.sbt","text":"enablePlugins(ScalaJSPlugin)\n\norganization := \"com.payalabs\"\nname := \"scalajs-react-bridge-example\"\nversion := \"0.7.1-SNAPSHOT\"\n\ncrossScalaVersions := Seq(\"2.12.8\", \"2.11.12\")\nscalaVersion := crossScalaVersions.value.head\n\nlibraryDependencies ++= {\n  val scalaJsDom = \"0.9.6\"\n  val scalaJsReact = \"1.4.0\"\n\n  Seq(\n    \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value,\n    \"org.scala-js\" %%% \"scalajs-dom\" % scalaJsDom,\n    \"com.github.japgolly.scalajs-react\" %%% \"core\" % scalaJsReact,\n    \"com.github.japgolly.scalajs-react\" %%% \"extra\" % scalaJsReact\n  )\n}\n\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\n"}
{"repo_name":"rkm2110\/Big-Data-_-Analyzing-Social-Networks-using-GraphX","path":"GraphX_Social_Network.scala","text":"import org.apache.spark.sql.SparkSession\nimport java.io.{BufferedWriter, File, FileWriter}\nimport org.graphframes.GraphFrame\nimport org.apache.spark.sql.functions.{desc, lit}\n\n\nobject GraphX_Social_Network {\n  def main(args: Array[String]): Unit = {\n\n    if (args.length != 2) {\n      println(\"Error.\")\n      println(\"Usage: InputPath OutputPath\")\n      return\n    }\n\n    val spark =\n      SparkSession.builder()\n        .appName(\"test\").getOrCreate()\n\n    \/\/Start Spark Context\n    val sc = spark.sparkContext\n    \/\/Read input file\n    val df = spark.read.option(\"delimiter\", \",\").option(\"header\", \"true\").csv(args(0))\n\n    \/\/Create Edges\n    val GraphEdges = df.withColumnRenamed(\"FromNodeId\", \"src\").withColumnRenamed(\"ToNodeId\", \"dst\")\n\n    \/\/Source Vertices\n    val src_vertex = df.select(\"FromNodeId\").toDF(\"id\")\n    \/\/Destination Vertices\n    val dst_vertex = df.select(\"ToNodeId\").toDF(\"id\")\n    \/\/Combine all vertices\n    val vertex_combo = src_vertex.join(dst_vertex, Seq(\"id\"), \"outer\")\n    \/\/Keep only distinct vertices\n    val vertex_combo_distinct = vertex_combo.distinct.toDF\n\n    \/\/Combine vertices and edges to form graph\n    val graph_frames = GraphFrame(vertex_combo_distinct, GraphEdges)\n    \/\/Put graph in memory\n    graph_frames.cache()\n\n    \/\/Get out degrees of nodes\n    val out_degree = graph_frames.outDegrees\n    \/\/Collect the top 5 nodes with highest out-degree and save it to output text file\n    out_degree.orderBy(desc(\"outDegree\")).toDF().limit(5).rdd.saveAsTextFile(args(1) + \"\/out_degree\")\n\n    \/\/\/Get in degrees of nodes\n    val in_degree = graph_frames.inDegrees\n    \/\/Collect the top 5 nodes with highest in-degree and save it to output text file\n    in_degree.orderBy(desc(\"inDegree\")).toDF().limit(5).rdd.saveAsTextFile(args(1) + \"\/in_degree\")\n\n    \/\/Get PageRank for the nodes\n    val page_ranks = graph_frames.pageRank.resetProbability(0.15).maxIter(10).run()\n    \/\/Collect the top 5 nodes with highest page rank and save it to output text file\n    page_ranks.vertices.orderBy(desc(\"pagerank\")).select(\"id\", \"pagerank\").toDF().limit(5).rdd.saveAsTextFile(args(1) + \"\/page_rank\")\n\n    spark.sparkContext.setCheckpointDir(\"\/tmp\/checkpoints\")\n    \/\/Get the connected components\n    val conn_comp = graph_frames.connectedComponents.run()\n    \/\/Collect the top 5 components with largest number of nodes and save it to output text file\n    conn_comp.groupBy(\"component\").count.orderBy(desc(\"count\")).select(\"component\",\"count\").toDF().limit(5).rdd.saveAsTextFile(args(1) + \"\/connected_components\")\n\n    \/\/Get the triangle counts for each vertex\n    val tri_count = graph_frames.triangleCount.run()\n    \/\/Collect the top 5 vertices with largest number of triangle counts and save it to output text file\n    tri_count.orderBy(desc(\"count\")).select(\"id\", \"count\").toDF().limit(5).rdd.saveAsTextFile(args(1) + \"\/triangle_count\")\n  }\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/Definitions.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.opcode\n\nimport org.kr.scala.z80.opcode.handler.{EmptyJumpCondition, FlagJumpCondition, JumpConditionBase}\nimport org.kr.scala.z80.system.Regs\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt}\n\n\/\/Arithmetic 8b\n\/\/ generator for ADD A,x\nclass Arithmetic8bDef(main:Int, supp:OptionInt, val destination:Location, val size:Int, val t:Int, val label:String)\n  extends OpCode(main,supp) with HandleArithmetic8Bit with OpCodeDestLocation with OpCodeSize with OpCodeTCycles with Label\n\n\/\/ADD\nobject ADD_A_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0x80)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"ADD A,${op._2.label}\") with Arith8bAdd)\n}\nobject ADD_A_n extends OpCode(0xC6) with HandleArithmetic8Bit with Arith8bAdd with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"ADD A,n\"}\n\/\/ADC\nobject ADC_A_reg {\n  val codes: List[Arithmetic8bDef] =\n    OpCode.generateOpCodesType1(OpCode(0x88)).map(op=>\n      new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"ADC A,${op._2.label}\") with Arith8bAddC)\n}\nobject ADC_A_n extends OpCode(0xCE) with HandleArithmetic8Bit with Arith8bAddC with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"ADC A,n\"}\n\/\/SUB\nobject SUB_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0x90)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"SUB ${op._2.label}\") with Arith8bSub)\n}\nobject SUB_n extends OpCode(0xD6) with HandleArithmetic8Bit with Arith8bSub with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"SUB n\"}\n\/\/SBC\nobject SBC_A_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0x98)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"SBC A,${op._2.label}\") with Arith8bSubC)\n}\nobject SBC_A_n extends OpCode(0xDE) with HandleArithmetic8Bit with Arith8bSubC with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"SBC A,n\"}\n\/\/AND\nobject AND_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0xA0)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"AND ${op._2.label}\") with Arith8bAnd)\n}\nobject AND_n extends OpCode(0xE6) with HandleArithmetic8Bit with Arith8bAnd with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"AND n\"}\n\/\/XOR\nobject XOR_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0xA8)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"XOR ${op._2.label}\") with Arith8bXor)\n}\nobject XOR_n extends OpCode(0xEE) with HandleArithmetic8Bit with Arith8bXor with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"XOR n\"}\n\/\/OR\nobject OR_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0xB0)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"OR ${op._2.label}\") with Arith8bOr)\n}\nobject OR_n extends OpCode(0xF6) with HandleArithmetic8Bit with Arith8bOr with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"OR n\"}\n\/\/CP\nobject CP_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0xB8)).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"CP ${op._2.label}\") with Arith8bCp)\n}\nobject CP_n extends OpCode(0xFE) with HandleArithmetic8Bit with Arith8bCp with DestinationN\n  with Size2 with T7 with Label {override val label:String=\"CP n\"}\n\/\/INC\nobject INC_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0x04),3).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"INC ${op._2.label}\") with SourceFromDestination with Arith8bInc)\n}\n\/\/DEC\nobject DEC_reg {\n  val codes: List[Arithmetic8bDef] = OpCode.generateOpCodesType1(OpCode(0x05),3).map(op=>\n    new Arithmetic8bDef(op._1.main,op._1.supp,op._2,op._3,op._4,f\"DEC ${op._2.label}\") with SourceFromDestination with Arith8bDec)\n}\nobject CPL extends OpCode(0x2F) with HandleArithmetic8Bit with Arith8bCpl with Size1 with T4 with Label {override val label:String=\"CPL\"}\nobject NEG extends OpCode(0xED,IntValue(0x44)) with HandleArithmetic8Bit with Arith8bNeg with Size2 with T8 with Label {override val label:String=\"NEG\"}\nobject SCF extends OpCode(0x37) with HandleArithmetic8Bit with Arith8bScf with Size1 with T4 with Label {override val label:String=\"SCF\"}\nobject CCF extends OpCode(0x3F) with HandleArithmetic8Bit with Arith8bCcf with Size1 with T4 with Label {override val label:String=\"CCF\"}\n\/\/ Z80 manual page 54 (NOTE: error in OpCode for RCL L and (HL))\nobject RLD extends OpCode(0xED,IntValue(0x6F)) with RotateDigitLeft with HandleRotateDigit with Size2 with T18 with Label {override val label:String=\"RLD\"}\nobject RRD extends OpCode(0xED,IntValue(0x67)) with RotateDigitRight with HandleRotateDigit with Size2 with T18 with Label {override val label:String=\"RRD\"}\n\n\/\/Arithmetic 16b\nobject ADD_HL_BC extends OpCode(0x09) with HandleArithmetic16Bit with Arith16bAdd with SourceBC with DestinationHL with Size1 with T11 with Label {override val label:String=\"ADD HL,BC\"}\nobject ADD_HL_DE extends OpCode(0x19) with HandleArithmetic16Bit with Arith16bAdd with SourceDE with DestinationHL with Size1 with T11 with Label {override val label:String=\"ADD HL,DE\"}\nobject ADD_HL_HL extends OpCode(0x29) with HandleArithmetic16Bit with Arith16bAdd with SourceHL with DestinationHL with Size1 with T11 with Label {override val label:String=\"ADD HL,HL\"}\nobject ADD_HL_SP extends OpCode(0x39) with HandleArithmetic16Bit with Arith16bAdd with SourceSP with DestinationHL with Size1 with T11 with Label {override val label:String=\"ADD HL,SP\"}\nobject ADD_IX_BC extends OpCode(0xDD,IntValue(0x09)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIX with SourceBC with Size2 with T15 with Label {override val label:String=\"ADD IX,BC\"}\nobject ADD_IX_DE extends OpCode(0xDD,IntValue(0x19)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIX with SourceDE with Size2 with T15 with Label {override val label:String=\"ADD IX,DE\"}\nobject ADD_IX_IX extends OpCode(0xDD,IntValue(0x29)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIX with SourceIX with Size2 with T15 with Label {override val label:String=\"ADD IX,IX\"}\nobject ADD_IX_SP extends OpCode(0xDD,IntValue(0x39)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIX with SourceSP with Size2 with T15 with Label {override val label:String=\"ADD IX,SP\"}\nobject ADD_IY_BC extends OpCode(0xFD,IntValue(0x09)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIY with SourceBC with Size2 with T15 with Label {override val label:String=\"ADD IY,BC\"}\nobject ADD_IY_DE extends OpCode(0xFD,IntValue(0x19)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIY with SourceDE with Size2 with T15 with Label {override val label:String=\"ADD IY,DE\"}\nobject ADD_IY_IY extends OpCode(0xFD,IntValue(0x29)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIY with SourceIY with Size2 with T15 with Label {override val label:String=\"ADD IY,IX\"}\nobject ADD_IY_SP extends OpCode(0xFD,IntValue(0x39)) with HandleArithmetic16Bit with Arith16bAdd with DestinationIY with SourceSP with Size2 with T15 with Label {override val label:String=\"ADD IY,SP\"}\nobject ADC_HL_BC extends OpCode(0xED,IntValue(0x4A)) with HandleArithmetic16Bit with Arith16bAddC with DestinationHL with SourceBC with Size2 with T15 with Label {override val label:String=\"ADC HL,BC\"}\nobject ADC_HL_DE extends OpCode(0xED,IntValue(0x5A)) with HandleArithmetic16Bit with Arith16bAddC with DestinationHL with SourceDE with Size2 with T15 with Label {override val label:String=\"ADC HL,DE\"}\nobject ADC_HL_HL extends OpCode(0xED,IntValue(0x6A)) with HandleArithmetic16Bit with Arith16bAddC with DestinationHL with SourceHL with Size2 with T15 with Label {override val label:String=\"ADC HL,HL\"}\nobject ADC_HL_SP extends OpCode(0xED,IntValue(0x7A)) with HandleArithmetic16Bit with Arith16bAddC with DestinationHL with SourceSP with Size2 with T15 with Label {override val label:String=\"ADC HL,SP\"}\nobject SBC_HL_BC extends OpCode(0xED,IntValue(0x42)) with HandleArithmetic16Bit with Arith16bSubC with DestinationHL with SourceBC with Size2 with T15 with Label {override val label:String=\"SBC HL,BC\"}\nobject SBC_HL_DE extends OpCode(0xED,IntValue(0x52)) with HandleArithmetic16Bit with Arith16bSubC with DestinationHL with SourceDE with Size2 with T15 with Label {override val label:String=\"SBC HL,DE\"}\nobject SBC_HL_HL extends OpCode(0xED,IntValue(0x62)) with HandleArithmetic16Bit with Arith16bSubC with DestinationHL with SourceHL with Size2 with T15 with Label {override val label:String=\"SBC HL,HL\"}\nobject SBC_HL_SP extends OpCode(0xED,IntValue(0x72)) with HandleArithmetic16Bit with Arith16bSubC with DestinationHL with SourceSP with Size2 with T15 with Label {override val label:String=\"SBC HL,SP\"}\nobject INC_BC extends OpCode(0x03) with HandleArithmetic16Bit with Arith16bInc with SourceDestBC with Size1 with T6 with Label {override val label:String=\"INC BC\"}\nobject INC_DE extends OpCode(0x13) with HandleArithmetic16Bit with Arith16bInc with SourceDestDE with Size1 with T6 with Label {override val label:String=\"INC DE\"}\nobject INC_HL_16 extends OpCode(0x23) with HandleArithmetic16Bit with Arith16bInc with SourceDestHL with Size1 with T6 with Label {override val label:String=\"INC HL\"}\nobject INC_SP extends OpCode(0x33) with HandleArithmetic16Bit with Arith16bInc with SourceDestSP with Size1 with T6 with Label {override val label:String=\"INC SP\"}\nobject INC_IX extends OpCode(0xDD,IntValue(0x23)) with HandleArithmetic16Bit with Arith16bInc with SourceDestIX with Size2 with T10 with Label {override val label:String=\"INC IX\"}\nobject INC_IY extends OpCode(0xFD,IntValue(0x23)) with HandleArithmetic16Bit with Arith16bInc with SourceDestIY with Size2 with T10 with Label {override val label:String=\"INC IY\"}\nobject DEC_BC extends OpCode(0x0B) with HandleArithmetic16Bit with Arith16bDec with SourceDestBC with Size1 with T6 with Label {override val label:String=\"DEC BC\"}\nobject DEC_DE extends OpCode(0x1B) with HandleArithmetic16Bit with Arith16bDec with SourceDestDE with Size1 with T6 with Label {override val label:String=\"DEC DE\"}\nobject DEC_HL_16 extends OpCode(0x2B) with HandleArithmetic16Bit with Arith16bDec with SourceDestHL with Size1 with T6 with Label {override val label:String=\"DEC HL\"}\nobject DEC_SP extends OpCode(0x3B) with HandleArithmetic16Bit with Arith16bDec with SourceDestSP with Size1 with T6 with Label {override val label:String=\"DEC SP\"}\nobject DEC_IX extends OpCode(0xDD,IntValue(0x2B)) with HandleArithmetic16Bit with Arith16bDec with SourceDestIX with Size2 with T10 with Label {override val label:String=\"DEC IX\"}\nobject DEC_IY extends OpCode(0xFD,IntValue(0x2B)) with HandleArithmetic16Bit with Arith16bDec with SourceDestIY with Size2 with T10 with Label {override val label:String=\"DEC IY\"}\n\n\/\/ Exchange\nobject EX_DE_HL extends OpCode(0xEB) with HandleExchange with ExchangeDEHL with Size1 with T4 with Label {override val label:String=\"EX DE,HL\"}\nobject EX_AF_AF1 extends OpCode(0x08) with HandleExchange with ExchangeAF1 with Size1 with T4 with Label {override val label:String=\"EX AF,AF'\"}\nobject EXX extends OpCode(0xD9) with HandleExchange with ExchangeAll1 with Size1 with T4 with Label {override val label:String=\"EXX\"}\nobject EX_SP_HL extends OpCode(0xE3) with HandleExchange with ExchangeSPHL with Size1 with T19 with Label {override val label:String=\"EX (SP),HL\"}\nobject EX_SP_IX extends OpCode(0xDD,IntValue(0xE3)) with HandleExchange with ExchangeSPIX with Size2 with T23 with Label {override val label:String=\"EX (SP),IX\"}\nobject EX_SP_IY extends OpCode(0xFD,IntValue(0xE3)) with HandleExchange with ExchangeSPIY with Size2 with T23 with Label {override val label:String=\"EX (SP),IY\"}\n\n\/\/Bit manipulation\n\/\/ generator for BIT, RES, SET\nclass BitManipulationDef(main:Int, supp:OptionInt, supp2:OptionInt, val source:Location, val bit:Int, val size:Int, val t:Int, val label:String)\n  extends OpCode(main,supp,supp2) with HandleBitManipulation with OpCodeSourceLocation with OpCodeSize with OpCodeTCycles with Label\n\/\/BIT\nobject BIT_b_reg {\n  val codes: List[BitManipulationDef] = OpCode.generateOpCodesType2(OpCode(0xCB,IntValue(0x40)),setOrRes = false).map(op=>\n    new BitManipulationDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,op._5,f\"BIT ${op._3},${op._2.label}\") with BitTest)\n}\n\/\/RESET\nobject RES_b_reg {\n  val codes: List[BitManipulationDef] = OpCode.generateOpCodesType2(OpCode(0xCB,IntValue(0x80)),setOrRes = true).map(op=>\n    new BitManipulationDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,op._5,f\"RES ${op._3},${op._2.label}\") with BitReset)\n}\n\/\/SET\nobject SET_b_reg {\n  val codes: List[BitManipulationDef] = OpCode.generateOpCodesType2(OpCode(0xCB,IntValue(0xC0)),setOrRes = true).map(op=>\n    new BitManipulationDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,op._5,f\"SET ${op._3},${op._2.label}\") with BitSet)\n}\n\n\/\/Load 8 bit\n\/\/ Z80 manual page 42\n\/\/ generator for LD (8 bit)\nclass Load8bitDef(main:Int, supp:OptionInt, val source:Location, val destination:Location, val size:Int, val t:Int, val label:String)\n  extends OpCode(main,supp) with HandleLoad8Bit with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles with Label\n\/\/LD A-L,A-L\/(HL)\/(IX+d)\/(IY+d)\nobject LD_reg_all {\n  val codes: List[Load8bitDef] = OpCode.generateOpCodesType3(OpCode(0x40)).map(op=>\n    new Load8bitDef(op._1.main,op._1.supp,op._2,op._3,op._4,op._5,f\"LD ${op._3},${op._2.label}\"))\n}\nobject LD_HL_reg {\n  val codes: List[Load8bitDef] = OpCode.generateOpCodesType4(OpCode(0x70),1).map(op=>\n    new Load8bitDef(op._1.main,op._1.supp,op._2,RegisterAddrLocation(Regs.HL),op._3,7,f\"LD (HL),${op._2.label}\"))\n}\nobject LD_IXd_reg {\n  val codes: List[Load8bitDef] = OpCode.generateOpCodesType4(OpCode(0xDD,IntValue(0x70)),3).map(op=>\n    new Load8bitDef(op._1.main,op._1.supp,op._2,RegisterAddrIndirOffsetLocation(Regs.IX,2),op._3,19,f\"LD (IX+d),${op._2.label}\"))\n}\nobject LD_IYd_reg {\n  val codes: List[Load8bitDef] = OpCode.generateOpCodesType4(OpCode(0xFD,IntValue(0x70)),3).map(op=>\n    new Load8bitDef(op._1.main,op._1.supp,op._2,RegisterAddrIndirOffsetLocation(Regs.IY,2),op._3,19,f\"LD (IY+d),${op._2.label}\"))\n}\nobject LD_all_n {\n  val codes: List[Load8bitDef] = OpCode.generateOpCodesType5(OpCode(0x06)).map(op=>\n    new Load8bitDef(op._1.main,op._1.supp,RegisterAddrDirOffsetLocation(Regs.PC,op._3-1),op._2,op._3,op._4,f\"LD ${op._2.label},n\"))\n}\nobject LD_A_I extends Load8bitDef(0xED,IntValue(0x57),RegisterLocation(Regs.I),RegisterLocation(Regs.A),2,9,\"LD A,I\")\nobject LD_A_R extends Load8bitDef(0xED,IntValue(0x5F),RegisterLocation(Regs.R),RegisterLocation(Regs.A),2,9,\"LD A,R\")\nobject LD_I_A extends Load8bitDef(0xED,IntValue(0x47),RegisterLocation(Regs.A),RegisterLocation(Regs.I),2,9,\"LD I,A\")\nobject LD_R_A extends Load8bitDef(0xED,IntValue(0x4F),RegisterLocation(Regs.A),RegisterLocation(Regs.R),2,9,\"LD R,A\")\nobject LD_A_BC extends Load8bitDef(0x0A,AnyInt,RegisterAddrLocation(Regs.BC),RegisterLocation(Regs.A),1,7,\"LD A,(BC)\")\nobject LD_A_DE extends Load8bitDef(0x1A,AnyInt,RegisterAddrLocation(Regs.DE),RegisterLocation(Regs.A),1,7,\"LD A,(DE)\")\nobject LD_BC_A extends Load8bitDef(0x02,AnyInt,RegisterLocation(Regs.A),RegisterAddrLocation(Regs.BC),1,7,\"LD (BC),A\")\nobject LD_DE_A extends Load8bitDef(0x12,AnyInt,RegisterLocation(Regs.A),RegisterAddrLocation(Regs.DE),1,7,\"LD (DE),A\")\nobject LD_A_nn extends Load8bitDef(0x3A,AnyInt,IndirectAddrLocation(1),RegisterLocation(Regs.A),3,13,\"LD A,(nn)\")\nobject LD_nn_A extends Load8bitDef(0x32,AnyInt,RegisterLocation(Regs.A),IndirectAddrLocation(1),3,13,\"LD (nn),A\")\n\n\/\/Load 16 bit\n\/\/ Z80 manual page 45 (NOTE: PUSH qq are X5, not X6!)\n\/\/ generator for LD (8 bit)\nclass Load16bitDef(main:Int, supp:OptionInt, val source:Location, val destination:Location, val size:Int, val t:Int, val label:String)\n  extends OpCode(main,supp) with HandleLoad16Bit with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles with Label\nobject PUSH_AF extends Load16bitDef(0xF5,AnyInt,RegisterLocation(Regs.AF),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),1,11,\"PUSH AF\") with PushStack\nobject PUSH_BC extends Load16bitDef(0xC5,AnyInt,RegisterLocation(Regs.BC),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),1,11,\"PUSH BC\") with PushStack\nobject PUSH_DE extends Load16bitDef(0xD5,AnyInt,RegisterLocation(Regs.DE),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),1,11,\"PUSH DE\") with PushStack\nobject PUSH_HL extends Load16bitDef(0xE5,AnyInt,RegisterLocation(Regs.HL),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),1,11,\"PUSH HL\") with PushStack\nobject PUSH_IX extends Load16bitDef(0xDD,IntValue(0xE5),RegisterLocation(Regs.IX),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),2,15,\"PUSH IX\") with PushStack\nobject PUSH_IY extends Load16bitDef(0xFD,IntValue(0xE5),RegisterLocation(Regs.IY),RegisterAddrDirOffsetLocation(Regs.SP, -2, isWord = true),2,15,\"PUSH IY\") with PushStack\nobject POP_AF extends Load16bitDef(0xF1,AnyInt,RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.AF),1,10,\"POP AF\") with PopStack\nobject POP_BC extends Load16bitDef(0xC1,AnyInt,RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.BC),1,10,\"POP BC\") with PopStack\nobject POP_DE extends Load16bitDef(0xD1,AnyInt,RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.DE),1,10,\"POP DE\") with PopStack\nobject POP_HL extends Load16bitDef(0xE1,AnyInt,RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.HL),1,10,\"POP HL\") with PopStack\nobject POP_IX extends Load16bitDef(0xDD,IntValue(0xE1),RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.IX),2,14,\"POP IX\") with PopStack\nobject POP_IY extends Load16bitDef(0xFD,IntValue(0xE1),RegisterAddrLocation(Regs.SP,isWord = true),RegisterLocation(Regs.IY),2,14,\"POP IY\") with PopStack\nobject LD_SP_HL extends Load16bitDef(0xF9,AnyInt,RegisterLocation(Regs.HL),RegisterLocation(Regs.SP),1,6,\"LD SP,HL\")\nobject LD_SP_IX extends Load16bitDef(0xDD,IntValue(0xF9),RegisterLocation(Regs.IX),RegisterLocation(Regs.SP),2,10,\"LD SP,IX\")\nobject LD_SP_IY extends Load16bitDef(0xFD,IntValue(0xF9),RegisterLocation(Regs.IY),RegisterLocation(Regs.SP),2,10,\"LD SP,IY\")\nobject LD_nn_BC extends Load16bitDef(0xED,IntValue(0x43),RegisterLocation(Regs.BC),IndirectAddrLocation(2,isWord = true),4,20,\"LD (nn),BC\")\nobject LD_nn_DE extends Load16bitDef(0xED,IntValue(0x53),RegisterLocation(Regs.DE),IndirectAddrLocation(2,isWord = true),4,20,\"LD (nn),DE\")\nobject LD_nn_HL extends Load16bitDef(0x22,AnyInt,RegisterLocation(Regs.HL),IndirectAddrLocation(1,isWord = true),3,16,\"LD (nn),HL\")\nobject LD_nn_SP extends Load16bitDef(0xED,IntValue(0x73),RegisterLocation(Regs.SP),IndirectAddrLocation(2,isWord = true),4,20,\"LD (nn),SP\")\nobject LD_nn_IX extends Load16bitDef(0xDD,IntValue(0x22),RegisterLocation(Regs.IX),IndirectAddrLocation(2,isWord = true),4,20,\"LD (nn),IX\")\nobject LD_nn_IY extends Load16bitDef(0xFD,IntValue(0x22),RegisterLocation(Regs.IY),IndirectAddrLocation(2,isWord = true),4,20,\"LD (nn),IY\")\nobject LD_BC_nn extends Load16bitDef(0xED,IntValue(0x4B),IndirectAddrLocation(2,isWord = true),RegisterLocation(Regs.BC),4,20,\"LD BC,(nn)\")\nobject LD_DE_nn extends Load16bitDef(0xED,IntValue(0x5B),IndirectAddrLocation(2,isWord = true),RegisterLocation(Regs.DE),4,20,\"LD DE,(nn)\")\nobject LD_HL_nn extends Load16bitDef(0x2A,AnyInt,IndirectAddrLocation(1,isWord = true),RegisterLocation(Regs.HL),3,16,\"LD HL,(nn)\")\nobject LD_SP_nn extends Load16bitDef(0xED,IntValue(0x7B),IndirectAddrLocation(2,isWord = true),RegisterLocation(Regs.SP),4,20,\"LD SP,(nn)\")\nobject LD_IX_nn extends Load16bitDef(0xDD,IntValue(0x2A),IndirectAddrLocation(2,isWord = true),RegisterLocation(Regs.IX),4,20,\"LD IX,(nn)\")\nobject LD_IY_nn extends Load16bitDef(0xFD,IntValue(0x2A),IndirectAddrLocation(2,isWord = true),RegisterLocation(Regs.IY),4,20,\"LD IY,(nn)\")\nobject LD_BC_i extends Load16bitDef(0x01,AnyInt,RegisterAddrDirOffsetLocation(Regs.PC, 1, isWord = true),RegisterLocation(Regs.BC),3,10,\"LD BC,nn\")\nobject LD_DE_i extends Load16bitDef(0x11,AnyInt,RegisterAddrDirOffsetLocation(Regs.PC, 1, isWord = true),RegisterLocation(Regs.DE),3,10,\"LD DE,nn\")\nobject LD_HL_i extends Load16bitDef(0x21,AnyInt,RegisterAddrDirOffsetLocation(Regs.PC, 1, isWord = true),RegisterLocation(Regs.HL),3,10,\"LD HL,nn\")\nobject LD_SP_i extends Load16bitDef(0x31,AnyInt,RegisterAddrDirOffsetLocation(Regs.PC, 1, isWord = true),RegisterLocation(Regs.SP),3,10,\"LD SP,nn\")\nobject LD_IX_i extends Load16bitDef(0xDD,IntValue(0x21),RegisterAddrDirOffsetLocation(Regs.PC, 2, isWord = true),RegisterLocation(Regs.IX),4,14,\"LD IX,nn\")\nobject LD_IY_i extends Load16bitDef(0xFD,IntValue(0x21),RegisterAddrDirOffsetLocation(Regs.PC, 2, isWord = true),RegisterLocation(Regs.IY),4,14,\"LD IY,nn\")\n\n\/\/Rotate and shift\n\/\/ Z80 manual page 54 (NOTE: error in OpCode for RCL L and (HL))\n\/\/ generator for rotate and shift\nclass RotateShiftDef(main:Int, supp:OptionInt, supp2:OptionInt, val source:Location, val size:Int, val t:Int, val label:String)\n  extends OpCode(main,supp,supp2) with OpCodeSourceLocation with HandleRotateShift with OpCodeSize with OpCodeTCycles with Label\nobject RLC_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x00)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"RLC ${op._2.label}\") with RotateShiftRlc)\n}\nobject RRC_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x08)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"RRC ${op._2.label}\") with RotateShiftRrc)\n}\nobject RL_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x10)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"RL ${op._2.label}\") with RotateShiftRl)\n}\nobject RR_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x18)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"RR ${op._2.label}\") with RotateShiftRr)\n}\nobject SLA_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x20)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"SLA ${op._2.label}\") with RotateShiftSla)\n}\nobject SRA_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x28)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"SRA ${op._2.label}\") with RotateShiftSra)\n}\nobject SRL_all {\n  val codes: List[RotateShiftDef] = OpCode.generateOpCodesType6(OpCode.c2(0xCB,0x38)).map(op=>\n    new RotateShiftDef(op._1.main,op._1.supp,op._1.supp2,op._2,op._3,op._4,f\"SRL ${op._2.label}\") with RotateShiftSrl)\n}\nobject RLCA extends OpCode(0x07) with RotateShiftRlca with SourceA with HandleRotateShift with Size1 with T4 with Label {override val label:String=\"RLCA\"}\nobject RRCA extends OpCode(0x0F) with RotateShiftRrca with SourceA with HandleRotateShift with Size1 with T4 with Label {override val label:String=\"RRCA\"}\nobject RLA extends OpCode(0x17) with RotateShiftRla with SourceA with HandleRotateShift with Size1 with T4 with Label {override val label:String=\"RLA\"}\nobject RRA extends OpCode(0x1F) with RotateShiftRra with SourceA with HandleRotateShift with Size1 with T4 with Label {override val label:String=\"RRA\"}\n\n\/\/Jump\n\/\/Z80 manual p.59\n\/\/ generator for jump group\nclass JumpDef(main:Int, val condition:JumpConditionBase, val size:Int, val label:String)\n  extends OpCode(main) with OpCodeJumpCondition with HandleJump with OpCodeSize with Label\nobject JP_cond {\n  val codes:List[JumpDef] = OpCode.generateOpCodesType7(OpCode(0xC2),3).map(op=>\n    new JumpDef(op._1.main,op._2,op._3,f\"JP ${if(op._2.asInstanceOf[FlagJumpCondition].value()==0) \"N\" else \"\"}${op._2.symbol},nn\") with T10 with JumpOper with SourceNw )\n}\nobject CALL_cond {\n  val codes:List[JumpDef] = OpCode.generateOpCodesType7(OpCode(0xC4),3).map(op=>\n    new JumpDef(op._1.main,op._2,op._3,f\"CALL ${if(op._2.asInstanceOf[FlagJumpCondition].value()==0) \"N\" else \"\"}${op._2.symbol},nn\") with T10T17 with CallOper with SourceNw)\n}\nobject RET_cond {\n  val codes:List[JumpDef] = OpCode.generateOpCodesType7(OpCode(0xC0),1).map(op=>\n    new JumpDef(op._1.main,op._2,op._3,f\"RET ${if(op._2.asInstanceOf[FlagJumpCondition].value()==0) \"N\" else \"\"}${op._2.symbol}\") with T5T11 with ReturnOper with SourceStack)\n}\nobject JP_nn extends OpCode(0xC3) with JumpUnconditional with JumpOper with SourceNw with HandleJump with Size3 with T10 with Label {override val label:String=\"JP nn\"}\nobject JR_n extends OpCode(0x18) with JumpUnconditional with JumpRelativeOper with SourceN with HandleJump with Size2 with T12 with Label {override val label:String=\"JR n\"}\nobject JR_NZ_n extends OpCode(0x20) with JumpNZ with JumpRelativeOper with SourceN with HandleJump with Size2 with T7T12 with Label {override val label:String=\"JR NZ,n\"}\nobject JR_Z_n extends OpCode(0x28) with JumpZ with JumpRelativeOper with SourceN with HandleJump with Size2 with T7T12 with Label {override val label:String=\"JR Z,n\"}\nobject JR_NC_n extends OpCode(0x30) with JumpNC with JumpRelativeOper with SourceN with HandleJump with Size2 with T7T12 with Label {override val label:String=\"JR NC,n\"}\nobject JR_C_n extends OpCode(0x38) with JumpC with JumpRelativeOper with SourceN with HandleJump with Size2 with T7T12 with Label {override val label:String=\"JR C,n\"}\nobject JP_HL extends OpCode(0xE9) with JumpUnconditional with JumpOper with SourceHL with HandleJump with Size1 with T4 with Label {override val label:String=\"JP (HL)\"}\nobject JP_IX extends OpCode(0xDD,IntValue(0xE9)) with JumpUnconditional with JumpOper with SourceIX with HandleJump with Size2 with T8 with Label {override val label:String=\"JP (IX)\"}\nobject JP_IY extends OpCode(0xFD,IntValue(0xE9)) with JumpUnconditional with JumpOper with SourceIY with HandleJump with Size2 with T8 with Label {override val label:String=\"JP (IY)\"}\nobject CALL_nn extends OpCode(0xCD) with JumpUnconditional with CallOper with SourceNw with HandleJump with Size3 with T17 with Label {override val label:String=\"CALL nn\"}\nobject DJNZ extends OpCode(0x10) with JumpB0 with DecrJumpRelativeOper with SourceN with HandleJump with Size2 with T13T8 with Label {override val label:String=\"DJNZ\"}\nobject RET extends OpCode(0xC9) with JumpUnconditional with ReturnOper with SourceStack with HandleJump with Size1 with T10 with Label {override val label:String=\"RET\"}\nobject RETI extends OpCode(0xED,IntValue(0x4D)) with JumpUnconditional with ReturnOper with HandleJump with SourceStack with Size2 with T14 with Label {override val label:String=\"RETI\"}\n\nobject RST_all {\n  val codes:List[JumpDef]={\n    for(\n      locCode<-List.range(0,8).map(_ << 3) \/\/ list of actual addresses to call\n    ) yield {\n      new JumpDef(0xC7+locCode,EmptyJumpCondition,1,f\"RST ${OpCode.num2hex(locCode)}\")\n        with T11 with HandleJump with CallOper with OpCodeSourceLocation {\n        override val source: Location = ImmediateLocation(locCode)}\n    }\n  }\n}\n\n\/\/IN\/OUT\nobject IN_A_n extends OpCode(0xDB) with DestinationN with SourceA with InOper with Size2 with T11 with HandleInOut with Label {override val label:String=\"IN A,(n)\"}\nobject IN_A_C extends OpCode(0xED,IntValue(0x78)) with DestinationC with SourceA with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN A\"}\nobject IN_B_C extends OpCode(0xED,IntValue(0x40)) with DestinationC with SourceB with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN B,(C)\"}\nobject IN_C_C extends OpCode(0xED,IntValue(0x48)) with DestinationC with SourceC with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN C,(C)\"}\nobject IN_D_C extends OpCode(0xED,IntValue(0x50)) with DestinationC with SourceD with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN D,(C)\"}\nobject IN_E_C extends OpCode(0xED,IntValue(0x58)) with DestinationC with SourceE with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN E,(C)\"}\nobject IN_H_C extends OpCode(0xED,IntValue(0x60)) with DestinationC with SourceH with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN H,(C)\"}\nobject IN_L_C extends OpCode(0xED,IntValue(0x68)) with DestinationC with SourceL with InOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"IN L,(C)\"}\nobject OUT_n_A extends OpCode(0xD3) with DestinationN with SourceA with OutOper with Size2 with T11 with HandleInOut with Label {override val label:String=\"OUT (n),A\"}\nobject OUT_C_A extends OpCode(0xED,IntValue(0x79)) with DestinationC with SourceA with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),A\"}\nobject OUT_C_B extends OpCode(0xED,IntValue(0x41)) with DestinationC with SourceB with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),B\"}\nobject OUT_C_C extends OpCode(0xED,IntValue(0x49)) with DestinationC with SourceC with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),C\"}\nobject OUT_C_D extends OpCode(0xED,IntValue(0x51)) with DestinationC with SourceD with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),D\"}\nobject OUT_C_E extends OpCode(0xED,IntValue(0x59)) with DestinationC with SourceE with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),E\"}\nobject OUT_C_H extends OpCode(0xED,IntValue(0x61)) with DestinationC with SourceH with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),H\"}\nobject OUT_C_L extends OpCode(0xED,IntValue(0x69)) with DestinationC with SourceL with OutOper with HandleInOut with Size2 with T12 with Label {override val label:String=\"OUT (C),L\"}\n\n\/\/NOP\nobject NOP extends  OpCode(0x00) with Size1 with T4 with HandleNop with Label {override val label:String=\"NOP\"}\n\n\/\/UNKNOWN\nclass UNKNOWN(opcode:OpCode) extends OpCode(opcode.main,opcode.supp,opcode.supp2) with HandleUnknown"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/BitManipulation.scala","text":"package org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{OpCode, OpCodeBitManipulation, OpCodeSize, OpCodeSourceLocation, OpCodeTCycles}\nimport org.kr.scala.z80.system.{Debugger, Flag, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.Z80Utils\n\nsealed abstract class BitOperation\n\nobject BitOpType {\n  case object Test extends BitOperation\n  case object Reset extends BitOperation\n  case object Set extends BitOperation\n  case object None extends BitOperation\n}\n\nobject BitManipulation extends OpCodeHandler {\n  \/\/Z80 manual p.55 - NOTE error in opCode: 0xCB, not 0xC8!\n  override def handle(code:OpCode)(implicit system:Z80System, debugger:Debugger):(List[SystemChange],Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeBitManipulation with OpCodeSourceLocation with OpCodeSize with OpCodeTCycles](code)\n    val loc=actualCode.source\n\n    val (value, flags) =\n      handleBitManipulation(\n        actualCode.operation,\n        actualCode.bit,\n        system.getValueFromLocation(loc),\n        system.getFlags())\n    val change=List(system.putValueToLocation(loc,value),new RegisterChange(Regs.F, flags))\n\n    (change,actualCode.size,actualCode.t)\n  }\n\n  private def handleBitManipulation(oper: BitOperation, bit: Int, prevValue: Int, prevFlags:Int):(Int,Int)={\n    oper match {\n      case BitOpType.Test =>\n        val newZ= !Z80Utils.getBit(prevValue,bit)\n        val newF=new Flag(prevFlags).set(Flag.Z,newZ).set(Flag.H).reset(Flag.N)()\n        (prevValue,newF)\n      case BitOpType.Reset => (Z80Utils.resetBit(prevValue,bit),prevFlags)\n      case BitOpType.Set => (Z80Utils.setBit(prevValue,bit),prevFlags)\n      case BitOpType.None => (prevValue,prevFlags)\n    }\n  }\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/InputOutput.scala","text":"package org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system.{Debugger, DummyChange, InputRefreshChange, OutputChange, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.IntValue\n\nobject InputOutput extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeInOut with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n    val port = system.getValueFromLocation(actualCode.destination)\n    val chgList = actualCode.operation.handle(system, port, actualCode.source)\n    (chgList, actualCode.size, actualCode.t)\n  }\n}\n\nsealed abstract class InOutOperation(val name:String) {\n  def handle(system:Z80System,port:Int,location:Location)(implicit debugger:Debugger):List[SystemChange]\n}\n\nobject InOutOpType {\n  case object In extends InOutOperation(\"IN\") {\n    override def handle(system:Z80System,port:Int,location:Location)(implicit debugger:Debugger):List[SystemChange]= {\n      List(system.putValueToLocation(location,system.readPort(port)),\n      new InputRefreshChange(port))\n    }\n  }\n  case object Out extends InOutOperation(\"OUT\") {\n    override def handle(system:Z80System,port:Int,location:Location)(implicit debugger:Debugger):List[SystemChange]=\n      List(new OutputChange(port,system.getValueFromLocation(location)))\n  }\n  case object None extends InOutOperation(\"NONE\") {\n    override def handle(system:Z80System,port:Int,location:Location)(implicit debugger:Debugger):List[SystemChange]=\n      List(new DummyChange())\n  }\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpInOutTest.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{StateWatcher, ConsoleDebugger, ConsoleDetailedDebugger, Debugger, DummyDebugger, InputPort, InputPortConstant, InputPortSequential, RegSymbol, Regs, Z80System}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpInOutTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=ConsoleDetailedDebugger\n\n  test(\"run OUT (n),A\") {\n    \/\/given\n    \/\/when\n    val systemC=TestUtils.prepareTest(List((Regs.A,0x41)),List((0x0000,0xD3),(0x0001,0x01)))\n    \/\/then\n    assert(systemC.get.register(Regs.PC)==2)\n    assert(systemC.get.output(1,0)==0x41)\n    assert(systemC.get.output(111,112)==0)\n    \/\/systemC.get.output.print(1)\n  }\n\n  test(\"run OUT (n),A - multiple\") {\n    \/\/given\n    \/\/when\n    val systemC=TestUtils.prepareTest(List(),\n      List(\n        (0x0000,0x3E),(0x0001,0x41), \/\/ LD A,'A'\n        (0x0002,0xD3),(0x0003,0xFF), \/\/ OUT (0xFF),A\n        (0x0004,0x3E),(0x0005,0x42), \/\/ LD A,'B'\n        (0x0006,0xD3),(0x0007,0xFF), \/\/ OUT (0xFF),A\n        (0x0008,0x3E),(0x0009,0x43), \/\/ LD A,'C'\n        (0x000A,0xD3),(0x000B,0xFF)  \/\/ OUT (0xFF),A\n      ),6)\n    \/\/then\n    assert(systemC.get.register(Regs.PC)==0x000C)\n    assert(systemC.get.output(0xFF,0)==0x41)\n    assert(systemC.get.output(0xFF,1)==0x42)\n    assert(systemC.get.output(0xFF,2)==0x43)\n    assert(systemC.get.output(111,112)==0)\n\n    \/\/systemC.get.output.print(0xFF)\n  }\n\n  test(\"run OUT (C),r - multiple\") {\n    \/\/given\n    \/\/when\n    val systemC=TestUtils.prepareTest(List(),\n      List(\n        (0x0000,0x0E),(0x0001,0x80), \/\/ LD C,0x80\n        (0x0002,0x3E),(0x0003,0x41), \/\/ LD A,'A'\n        (0x0004,0xED),(0x0005,0x79), \/\/ OUT (C),A\n        (0x0006,0x06),(0x0007,0x42), \/\/ LD B,'B'\n        (0x0008,0xED),(0x0009,0x41), \/\/ OUT (C),B\n        (0x000A,0x16),(0x000B,0x43), \/\/ LD D,'C'\n        (0x000C,0xED),(0x000D,0x51), \/\/ OUT (C),D\n        (0x000E,0x1E),(0x000F,0x44), \/\/ LD E,'D'\n        (0x0010,0xED),(0x0011,0x59), \/\/ OUT (C),E\n        (0x0012,0x26),(0x0013,0x45), \/\/ LD H,'E'\n        (0x0014,0xED),(0x0015,0x61), \/\/ OUT (C),H\n        (0x0016,0x2E),(0x0017,0x46), \/\/ LD L,'F'\n        (0x0018,0xED),(0x0019,0x69)  \/\/ OUT (C),L\n      ),13)\n    \/\/then\n    assert(systemC.get.register(Regs.PC)==0x001A)\n    assert(systemC.get.output(0x80,0)==0x41)\n    assert(systemC.get.output(0x80,1)==0x42)\n    assert(systemC.get.output(0x80,2)==0x43)\n    assert(systemC.get.output(0x80,3)==0x44)\n    assert(systemC.get.output(0x80,4)==0x45)\n    assert(systemC.get.output(0x80,5)==0x46)\n\n    \/\/systemC.get.output.print(0xFF)\n  }\n\n  def prepareTestWithInput(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], port:Int, inputPort:InputPort,\n                           steps:Int=1): StateWatcher[Z80System] = {\n    val blank=Z80System.blank.attachPort(port,inputPort)\n    TestUtils.prepareTestWith(StateWatcher(blank),regList,memList,steps)\n  }\n\n  test(\"run IN A,(n)\") {\n    \/\/given\n    \/\/when\n    val systemC=prepareTestWithInput(List(),\n      List(\n        (0x0000,0xDB),(0x0001,0x40), \/\/ IN A,(0x40)\n      ), 0x40,new InputPortConstant(0xAB))\n    \/\/then\n    assert(systemC.get.register(Regs.PC)==2)\n    assert(systemC.get.register(Regs.A)==0xAB)\n  }\n\n  test(\"run IN A,(C)\") {\n    \/\/given\n    \/\/when\n    val systemC=prepareTestWithInput(List((Regs.C,0x20)),\n      List(\n        (0x0000,0xED),(0x0001,0x50), \/\/ IN D,(C)\n        (0x0002,0xED),(0x0003,0x58), \/\/ IN E,(C)\n        (0x0004,0xED),(0x0005,0x60), \/\/ IN H,(C)\n        (0x0006,0xED),(0x0007,0x68), \/\/ IN L,(C)\n      ),0x20, new InputPortSequential(0xF0,2,0,0x0F),\n      4)\n    \/\/then\n    assert(systemC.get.register(Regs.PC)==8)\n    assert(systemC.get.register(Regs.D)==0xF0)\n    assert(systemC.get.register(Regs.E)==0x0F)\n    assert(systemC.get.register(Regs.H)==0xF0)\n    assert(systemC.get.register(Regs.L)==0x0F)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/HexLoaderTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, Memory, StateWatcher}\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.funsuite.AnyFunSuite\n\nimport java.io.File\nimport java.nio.file.{Files, Path}\nimport scala.jdk.CollectionConverters.ListHasAsScala\n\nclass HexLoaderTest extends AnyFunSuite with BeforeAndAfterAll {\n\n  implicit val debugger:Debugger=DummyDebugger\n  val tmpDir:String=\".\/tmp-files\"\n\n  override def beforeAll(): Unit = {\n    if(!Files.exists(Path.of(tmpDir))) Files.createDirectory(Path.of(tmpDir))\n  }\n\n  override def afterAll(): Unit = {}\n\n\n  test(\"load single line\") {\n    \/\/given\n    val mem=StateWatcher[Memory](Memory.blank(0x100))\n    \/\/when\n    val memLoaded=mem >>== Memory.loadHexLine(\":10004000282DDB81F53A4320FE3F2003F118202ABA\")\n    \/\/then\n    assert(memLoaded.get(0x0040)==0x28)\n    assert(memLoaded.get(0x0041)==0x2D)\n    assert(memLoaded.get(0x0042)==0xDB)\n    assert(memLoaded.get(0x004F)==0x2A)\n  }\n\n  test(\"load multiple lines\") {\n    \/\/given\n    val mem=StateWatcher[Memory](Memory.blank(0x100))\n    \/\/when\n    val memLoaded=mem >>== Memory.loadHexLines(\n      List(\n        \":10000000F3C3B80000000000C39F00000000000020\",\n        \":10001000C374000000000000C3AA0000000000003C\",\n        \":1000300000000000000000001800F5E5DB80E6018C\",\n        \":10004000282DDB81F53A4320FE3F2003F118202ABA\")\n    )\n    \/\/then\n    assert(memLoaded.get(0x0000)==0xF3)\n    assert(memLoaded.get(0x0001)==0xC3)\n    assert(memLoaded.get(0x0010)==0xC3)\n    assert(memLoaded.get(0x0011)==0x74)\n    assert(memLoaded.get(0x003E)==0xE6)\n    assert(memLoaded.get(0x003F)==0x01)\n    assert(memLoaded.get(0x0040)==0x28)\n    assert(memLoaded.get(0x0041)==0x2D)\n    assert(memLoaded.get(0x004F)==0x2A)\n  }\n\n  test(\"load ending line\") {\n    \/\/given\n    val mem=StateWatcher[Memory](Memory.blank(0x100))\n    \/\/when\n    val memLoaded=mem >>== Memory.loadHexLine(\":00000001FF\")\n    \/\/then\n    assert(memLoaded.get(0x0000)==0x00)\n    assert(memLoaded.get(0x0001)==0x00)\n    assert(memLoaded.get(0x0002)==0x00)\n  }\n\n  private def getTmpFilePath(workingDir:String,file:String):Path={\n    val tmpDir=new File(workingDir).getCanonicalPath.replace(\"\\\\\", \"\/\")\n    Path.of(tmpDir,file)\n  }\n\n  private def saveToFile(filePath:Path,lines:List[String]):Unit={\n    val bytes=lines.foldLeft(\"\")((str,line)=>str+(if(!str.isBlank) \"\\n\" else \"\")+line).getBytes\n    Files.write(filePath,bytes)\n  }\n\n  test(\"read hex file\") {\n    \/\/given\n    val lines=List(\n      \":10000000F3C3B80000000000C39F00000000000020\",\":10001000C374000000000000C3AA0000000000003C\",\n      \":1000300000000000000000001800F5E5DB80E6018C\",\":10004000282DDB81F53A4320FE3F2003F118202ABA\",\n      \":100050003F20237DFE3F2003210020223F20F17717\",\":100060003A43203C324320FE3038043ED6D380E170\",\n      \":00000001FF\"\n    )\n    val tmpFilePath=getTmpFilePath(\".\/tmp-files\",\"tmp1.hex\")\n    if(Files.exists(tmpFilePath)) Files.delete(tmpFilePath)\n\n    saveToFile(tmpFilePath,lines)\n    val mem=StateWatcher[Memory](Memory.blank(0x100))\n    \/\/when\n    val linesFromFile=Files.readAllLines(tmpFilePath).asScala.toList\n    val memLoaded=mem >>== Memory.loadHexLines(linesFromFile)\n    \/\/then\n    assert(memLoaded.get(0x0000)==0xF3)\n    assert(memLoaded.get(0x0001)==0xC3)\n    assert(memLoaded.get(0x0010)==0xC3)\n    assert(memLoaded.get(0x0011)==0x74)\n    assert(memLoaded.get(0x0050)==0x3F)\n    assert(memLoaded.get(0x005F)==0x77)\n    assert(memLoaded.get(0x0060)==0x3A)\n    assert(memLoaded.get(0x006F)==0xE1)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/RegisterTest.scala","text":"<filename>src\/test\/scala\/org\/kr\/scala\/z80\/test\/RegisterTest.scala<gh_stars>0\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, Flag, Register, Regs, StateWatcher}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass RegisterTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n\n  test(\"init blank register\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    \/\/then\n    assert(registerController.get(Regs.A).equals(0))\n    assert(registerController.get(Regs.PC).equals(0))\n    assert(registerController.get(Regs.F).equals(0xFF))\n  }\n\n  test(\"set register\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>== Register.set(Regs.IX,255) >>== Register.set(Regs.IY,56)\n    \/\/then\n    assert(afterState.get(Regs.IX).equals(255))\n    assert(afterState.get(Regs.IY).equals(56))\n    assert(afterState.get(Regs.PC).equals(0))\n  }\n\n  test(\"set register direct function declaration\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>= (reg=>StateWatcher[Register](reg.set(Regs.B,36)))\n    \/\/then\n    assert(afterState.get(Regs.B).equals(36))\n    assert(afterState.get(Regs.A).equals(0))\n  }\n\n  test(\"set register pairs\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>==\n      Register.set(Regs.AF,0x0102) >>== Register.set(Regs.BC,0x0304) >>==\n      Register.set(Regs.DE,0x0506) >>== Register.set(Regs.HL,0x0708) >>==\n      Register.set(Regs.AF1,0xF1F2) >>== Register.set(Regs.BC1,0xF3F4) >>==\n      Register.set(Regs.DE1,0xF5F6) >>== Register.set(Regs.HL1,0xF7F8)\n    \/\/then\n    assert(afterState.get(Regs.A).equals(1))\n    assert(afterState.get(Regs.F).equals(2))\n    assert(afterState.get(Regs.B).equals(3))\n    assert(afterState.get(Regs.C).equals(4))\n    assert(afterState.get(Regs.D).equals(5))\n    assert(afterState.get(Regs.E).equals(6))\n    assert(afterState.get(Regs.H).equals(7))\n    assert(afterState.get(Regs.L).equals(8))\n    assert(afterState.get(Regs.AF1).equals(0xF1F2))\n    assert(afterState.get(Regs.BC1).equals(0xF3F4))\n    assert(afterState.get(Regs.DE1).equals(0xF5F6))\n    assert(afterState.get(Regs.HL1).equals(0xF7F8))\n  }\n\n  test(\"get register pairs\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>==\n      Register.set(Regs.A,1) >>== Register.set(Regs.F,2) >>==\n      Register.set(Regs.B,3) >>== Register.set(Regs.C,4) >>==\n      Register.set(Regs.D,5) >>== Register.set(Regs.E,6) >>==\n      Register.set(Regs.H,7) >>== Register.set(Regs.L,8)\n    \/\/then\n    assert(afterState.get(Regs.AF).equals(0x0102))\n    assert(afterState.get(Regs.BC).equals(0x0304))\n    assert(afterState.get(Regs.DE).equals(0x0506))\n    assert(afterState.get(Regs.HL).equals(0x0708))\n  }\n\n  test(\"check flags 1\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>== Register.set(Regs.F,0xAA)\n    \/\/then\n    assert(afterState.get(Regs.F)==0xAA)\n    assert(afterState.get(Flag.S))\n    assert(!afterState.get(Flag.Z))\n    assert(!afterState.get(Flag.H))\n    assert(!afterState.get(Flag.P))\n    assert(afterState.get(Flag.N))\n    assert(!afterState.get(Flag.C))\n  }\n\n  test(\"check flags 2\") {\n    \/\/given\n    val registerController=StateWatcher[Register](Register.blank)\n    \/\/when\n    val afterState=registerController >>== Register.set(Regs.F,0x55)\n    \/\/then\n    assert(afterState.get(Regs.F)==0x55)\n    assert(!afterState.get(Flag.S))\n    assert(afterState.get(Flag.Z))\n    assert(afterState.get(Flag.H))\n    assert(afterState.get(Flag.P))\n    assert(!afterState.get(Flag.N))\n    assert(afterState.get(Flag.C))\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/StateWatcher.scala","text":"package org.kr.scala.z80.system\n\nclass StateWatcherBase[StateType](val state:StateType)(implicit val debugger: Debugger) {\n  \/\/ equivalent to map\n  def >>== (fChangeState: StateType=>StateType):StateWatcherBase[StateType]= StateWatcherBase(fChangeState(state))\n  \/\/ equivalent to flatMap\n  def >>= (fChangeState: StateType=>StateWatcherBase[StateType]):StateWatcherBase[StateType]=fChangeState(state)\n  def get:StateType = state\n}\n\nobject StateWatcherBase {\n  def apply[StateType](state: StateType)(implicit debugger: Debugger):StateWatcherBase[StateType] = new StateWatcherBase(state)\n}\n\nclass StateWatcher[StateType](override val state:StateType)(override implicit val debugger: Debugger) extends StateWatcherBase(state) {\n  \/\/ equivalent to map\n  override def >>== (fChangeState: StateType=>StateType):StateWatcher[StateType]={\n    val after=StateWatcher(fChangeState(state))\n    debugger.info(state,after.state)\n    after\n  }\n}\n\nobject StateWatcher {\n  def apply[StateType](state: StateType)(implicit debugger: Debugger):StateWatcher[StateType] = new StateWatcher(state)\n}\n\nclass StateWatcherSilent[StateType](override val state:StateType)(override implicit val debugger: Debugger) extends StateWatcherBase(state)\n\nobject StateWatcherSilent {\n  def apply[StateType](state: StateType)(implicit debugger: Debugger):StateWatcherSilent[StateType] = new StateWatcherSilent(state)\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/utils\/OptionInt.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.utils\n\n\/\/TODO: determine if this is needed\nsealed abstract class OptionInt {\n  def isAny:Boolean\n  def apply():Int\n}\n\ncase object AnyInt extends OptionInt {\n  override def isAny:Boolean=true\n  def apply():Int=throw new InvalidIntValueException(\"AnyInt does not have a value\")\n}\n\ncase class IntValue(value:Int) extends OptionInt {\n  override def isAny:Boolean=false\n  def apply():Int=value\n}\n\nclass InvalidIntValueException(message : String) extends Exception(message)"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/MemoryTest.scala","text":"<filename>src\/test\/scala\/org\/kr\/scala\/z80\/test\/MemoryTest.scala<gh_stars>0\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, Memory, StateWatcher}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass MemoryTest extends AnyFunSuite {\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"init blank memory\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(5))\n    \/\/when\n    \/\/then\n    assert(memoryController.get.mem.equals(Vector[Int](0,0,0,0,0)))\n  }\n\n  test(\"init preloaded memory\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.preloaded(Vector[Int](1,2,3),4))\n    \/\/when\n    \/\/then\n    assert(memoryController.get.mem.equals(Vector[Int](1,2,3,0)))\n  }\n\n  test(\"poke memory\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(5))\n    \/\/when\n    val afterState=memoryController >>== Memory.poke(1,34) >>== Memory.poke(4,56) >>== Memory.poke(0,12)\n    \/\/then\n    assert(afterState.get.mem.equals(Vector[Int](12,34,0,0,56)))\n  }\n\n  test(\"poke multiple values\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(5))\n    \/\/when\n    val afterState=memoryController >>== Memory.pokeMulti(1,Vector(34,56,78))\n    \/\/then\n    assert(afterState.get.mem.equals(Vector[Int](0,34,56,78,0)))\n  }\n\n  test(\"poke word\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(5))\n    \/\/when\n    val afterState=memoryController >>== Memory.pokeW(2,0x1234)\n    \/\/then\n    assert(afterState.get.mem.equals(Vector[Int](0,0,0x34,0x12,0)))\n  }\n\n  test(\"poke word with overflow (16bit)\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(0x10000))\n    \/\/when\n    val afterState=memoryController >>== Memory.pokeW(0xFFFF,0x1234)\n    \/\/then\n    assert(afterState.get.mem(0xFFFF)==0x34)\n    assert(afterState.get.mem(0x0000)==0x12)\n  }\n\n  test(\"poke multi wih lock and overflow (16bit)\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(10))\n    \/\/when\n    val afterState=memoryController >>== Memory.lockTo(4) >>== Memory.pokeMulti(8,Vector(1,2,3,4,5,6,7,8,9))\n    \/\/then\n    println(afterState.get.mem)\n    assert(afterState.get.mem.equals(Vector[Int](0,0,0,0,7,8,9,0,1,2)))\n  }\n\n  test(\"poke  multi with fully locked memeory\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(10))\n    \/\/when\n    val afterState=memoryController >>== Memory.lockTo(10) >>== Memory.pokeMulti(8,Vector(1,2,3,4,5,6,7,8,9))\n    \/\/then\n    println(afterState.get.mem)\n    assert(afterState.get.mem.equals(Vector[Int](0,0,0,0,0,0,0,0,0,0)))\n  }\n\n\n  test(\"poke memory direct function declaration\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(5))\n    \/\/when\n    val afterState=memoryController >>= (mem=>StateWatcher[Memory](mem.poke(2,67)))\n    \/\/then\n    assert(afterState.get.mem.equals(Vector[Int](0,0,67,0,0)))\n  }\n\n  test(\"lock lower memory\") {\n    \/\/given\n    val memoryController=StateWatcher[Memory](Memory.blank(10))\n    val memoryAfter1=memoryController >>== Memory.pokeMulti(0,Vector(100,101,102,103,104,105,106,107,108,109))\n    \/\/when\n    val memoryAfter2=\n      memoryAfter1 >>==\n      Memory.lockTo(5) >>==\n      Memory.poke(0,200) >>==\n      Memory.pokeMulti(1,Vector(201,202)) >>==\n      Memory.pokeMulti(3,Vector(203,204,205,206)) >>==\n      Memory.pokeMulti(7,Vector(207,208)) >>==\n      Memory.poke(9,209)\n    \/\/then\n    assert(memoryAfter2.get.mem.equals(Vector[Int](100,101,102,103,104,205,206,207,208,209)))\n  }\n\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/Z80System.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/system\/Z80System.scala\npackage org.kr.scala.z80.system\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt, Z80Utils}\n\nimport scala.annotation.tailrec\n\nclass Z80System(val memory: Memory, val register: Register,\n                val output: OutputFile, val input: InputFile,\n                val elapsedTCycles:Long)(implicit debugger:Debugger) {\n  lazy val currentOpCode:OpCode with OpCodeHandledBy=OpCodes.getOpCodeObject(getCurrentOpCode)\n\n  def step(implicit debugger:Debugger):Z80System=\n    handleCurrent\n\n  private def getCurrentOpCode:OpCode={\n    val pc=register(Regs.PC)\n    OpCode.c3(\n      memory(pc),\n      memory(pc,1),\n      memory(pc,3))\n  }\n\n  private def handleCurrent(implicit debugger:Debugger):Z80System={\n    implicit val system:Z80System=this\n    val (change,forwardPC,forwardCycles)=currentOpCode.handler.handle(currentOpCode)\n    returnAfterChange(change,forwardPC,forwardCycles)\n  }\n\n  def getRegValue(symbol:RegSymbol):Int=register(symbol)\n  def getFlags:Flag=new Flag(register(Regs.F))\n\n  private def getByteFromMemoryAtPC(offset:Int):Int = getByteFromMemoryAtReg(Regs.PC,offset)\n  private def getWordFromMemoryAtPC(offset:Int):Int = getWordFromMemoryAtReg(Regs.PC,offset)\n  private def getAddressFromReg(symbol:RegSymbol,offset:Int):Int= getRegValue(symbol)+offset\n  private def getFromMemoryAtReg(symbol:RegSymbol,offset:Int,isWord:Boolean):Int =\n    if(isWord) getWordFromMemoryAtReg(symbol,offset) else getByteFromMemoryAtReg(symbol,offset)\n  private def getByteFromMemoryAtReg(symbol:RegSymbol,offset:Int):Int = getByte(getAddressFromReg(symbol,offset))\n  private def getWordFromMemoryAtReg(symbol:RegSymbol,offset:Int):Int =\n    Z80Utils.makeWord(getByte(getAddressFromReg(symbol,offset)+1),getByte(getAddressFromReg(symbol,offset)))\n  private def getByteOrWord(address:Int,isWord:Boolean):Int =\n    if(isWord) getWord(address) else getByte(address)\n  private def getByte(address:Int):Int = memory(address)\n  private def getWord(address:Int):Int = Z80Utils.makeWord(memory(address+1),memory(address))\n\n  def readPort(port:Int):Int=input.read(port)\n\n  def getOptionalValueFromLocation(location:Location):OptionInt =\n    location match {\n      case EmptyLocation => AnyInt\n      case loc => IntValue(getValueFromLocation(loc))\n    }\n\n  def getValueFromLocation(location:Location):Int =\n    location match {\n      case loc:RegisterLocation => getRegValue(loc.register)\n      case loc:ImmediateLocation => loc.immediate\n      case loc:IndirectAddrLocation =>\n        getByteOrWord(getWordFromMemoryAtPC(loc.offsetPC),loc.isWord)\n      case loc:RegisterAddrLocation => getFromMemoryAtReg(loc.addressReg,0,loc.isWord)\n      case loc:RegisterAddrDirOffsetLocation => getFromMemoryAtReg(loc.addressReg,loc.directOffset,loc.isWord)\n      case loc:RegisterAddrIndirOffsetLocation =>\n        getByteFromMemoryAtReg(loc.addressReg,Z80Utils.rawByteTo2Compl(getByteFromMemoryAtPC(loc.indirectOffset2Compl)))\n      case loc => throw new IncorrectLocation(f\"incorrect location: ${loc.toString}\")\n    }\n\n  private def putValueToMemory(address:Int, value:Int, isWord:Boolean):SystemChange =\n    if(isWord) new MemoryChangeWord(address,value)\n    else new MemoryChangeByte(address,value)\n\n  def putValueToLocation(location:Location, value:Int, isWord:Boolean=false):SystemChange = {\n    location match {\n      case loc:RegisterLocation => new RegisterChange(loc.register, value)\n      case loc:IndirectAddrLocation => putValueToMemory(getWordFromMemoryAtPC(loc.offsetPC), value, isWord)\n      case loc:RegisterAddrLocation => putValueToMemory(getAddressFromReg(loc.addressReg, 0), value, isWord)\n      case loc:RegisterAddrDirOffsetLocation => putValueToMemory(getAddressFromReg(loc.addressReg, loc.directOffset), value, isWord)\n      case loc:RegisterAddrIndirOffsetLocation =>\n        putValueToMemory(getAddressFromReg(loc.addressReg, Z80Utils.rawByteTo2Compl(getByteFromMemoryAtPC(loc.indirectOffset2Compl))), value, isWord)\n      case loc => throw new IncorrectLocation(f\"incorrect location: ${loc.toString}\")\n    }\n  }\n  \/\/ functions changing state\n  private def returnAfterChange(chgList:List[SystemChange], forwardPC:Int=0, forwardTCycles:Int=0)(implicit debugger:Debugger):Z80System = {\n    val chgListAfterPC=addPCAndTCyclesChange(chgList,forwardPC,forwardTCycles)\n    changeList(chgListAfterPC)\n  }\n\n  private def addPCAndTCyclesChange(chgList:List[SystemChange], forwardPC:Int, forwardTCycles:Int):List[SystemChange] =\n    chgList ++ (if(forwardPC!=0 || forwardTCycles!=0) List(new PCChange(forwardPC,forwardTCycles)) else List())\n\n  def changeList(list:List[SystemChange]):Z80System =\n    list.foldLeft(this)((changedSystem,oneChange)=>oneChange.handle(changedSystem))\n\n  def changeRegister(regSymbol:RegSymbol, value:Int):Z80System = {\n    val newReg=(StateWatcherSilent(register) >>== Register.set(regSymbol,value)).get\n    replaceRegister(newReg)\n  }\n\n  def changeRegisterRelative(regSymbol:RegSymbol, value:Int):Z80System = {\n    val newReg=(StateWatcherSilent(register) >>== Register.setRelative(regSymbol,value)).get\n    replaceRegister(newReg)\n  }\n\n  def changePCAndCycles(pc:Int, cycles:Int):Z80System = {\n    val newReg=(StateWatcherSilent(register) >>== Register.setRelative(Regs.PC,pc)).get\n    replaceRegisterAndCycles(newReg,elapsedTCycles+cycles)\n  }\n\n  def changeMemoryByte(address:Int, value:Int):Z80System = {\n    val newMem=(StateWatcherSilent(memory) >>== Memory.poke(address,value)).get\n    replaceMemory(newMem)\n  }\n\n  def changeMemoryWord(address:Int, value:Int):Z80System = {\n    val newMem=(StateWatcherSilent(memory) >>== Memory.pokeW(address,value)).get\n    replaceMemory(newMem)\n  }\n\n  def outputByte(port:Int, value:Int):Z80System = {\n    val newOut=(StateWatcher(output) >>== OutputFile.out(debugger)(port,value)).get\n    replaceOutput(newOut)\n  }\n\n  def attachPort(port:Int, inPort:InputPort):Z80System = {\n    val newIn=(StateWatcherSilent(input) >>== InputFile.attachPort(port,inPort)).get\n    replaceInput(newIn)\n  }\n\n  def refreshInput(port:Int):Z80System = {\n    val newIn=(StateWatcherSilent(input) >>== InputFile.refreshPort(port)).get\n    replaceInput(newIn)\n  }\n\n  private def replaceRegister(newReg:Register):Z80System= new Z80System(memory,newReg,output,input,elapsedTCycles)\n  private def replaceRegisterAndCycles(newReg:Register, newTCycles:Long):Z80System= new Z80System(memory,newReg,output,input,newTCycles)\n  private def replaceMemory(newMem:Memory):Z80System= new Z80System(newMem,register,output,input,elapsedTCycles)\n  private def replaceOutput(newOut:OutputFile):Z80System= new Z80System(memory,register,newOut,input,elapsedTCycles)\n  private def replaceInput(newIn:InputFile):Z80System= new Z80System(memory,register,output,newIn,elapsedTCycles)\n}\n\nobject Z80System {\n  def blank(implicit debugger:Debugger):Z80System=new Z80System(Memory.blank(0x10000),Register.blank,\n    OutputFile.blank, InputFile.blank,0)\n\n  \/\/ run - main function changing state of the system\n  def run(implicit debug:Debugger):Long=>Z80System=>Z80System=\n    toGo=>system=>steps(StateWatcher(system),toGo).state\n\n  @tailrec\n  private def steps(start:StateWatcher[Z80System], toGo:Long)(implicit debugger: Debugger):StateWatcher[Z80System]={\n    toGo match {\n      case 0 => StateWatcher(start.state)\n      case _ => steps(start >>== Z80System.step(debugger)(),toGo-1)\n    }\n  }\n\n  private def step(implicit debugger:Debugger): () => Z80System => Z80System = () => system => system.step\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/TestUtils.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.opcode.OpCode\nimport org.kr.scala.z80.system.{Debugger, Flag, Memory, RegSymbol, Register, Regs, StateWatcher, Z80System}\nimport org.kr.scala.z80.utils.{IntValue, OptionInt, Z80Utils}\n\nobject TestUtils {\n  def testFlags(reg: Register, flagsAsString: String): Unit = {\n    assert(reg(Flag.S) == Z80Utils.getBitFromString(flagsAsString, Flag.S.bit))\n    assert(reg(Flag.Z) == Z80Utils.getBitFromString(flagsAsString, Flag.Z.bit))\n    assert(reg(Flag.H) == Z80Utils.getBitFromString(flagsAsString, Flag.H.bit))\n    assert(reg(Flag.P) == Z80Utils.getBitFromString(flagsAsString, Flag.P.bit))\n    assert(reg(Flag.N) == Z80Utils.getBitFromString(flagsAsString, Flag.N.bit))\n    assert(reg(Flag.C) == Z80Utils.getBitFromString(flagsAsString, Flag.C.bit))\n  }\n\n  def prepareTest(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], steps:Int=1)\n                 (implicit debugger:Debugger): StateWatcher[Z80System] = {\n    prepareTestWith(StateWatcher[Z80System](Z80System.blank),regList,memList,steps)\n  }\n\n  def prepareTestWith(sysBlank:StateWatcher[Z80System], regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], steps:Int)\n                     (implicit debugger:Debugger): StateWatcher[Z80System] = {\n    \/\/given\n    val reg = regList.foldLeft(StateWatcher(sysBlank.get.register))(\n      (regC, entry) => regC >>== Register.set(entry._1, entry._2)\n    )\n\n    val mem = memList.foldLeft(StateWatcher(sysBlank.get.memory))(\n      (memC, entry) => memC >>== Memory.poke(entry._1, entry._2)\n    )\n    \/\/when\n    val sysInit = StateWatcher[Z80System](new Z80System(mem.get, reg.get,sysBlank.get.output, sysBlank.get.input,0))\n    sysInit >>== Z80System.run(debugger)(steps.toLong)\n  }\n\n  def testRegOrAddrWithFlagsInt(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], resultReg: RegSymbol, resultAddr: Int,\n                             result: Int, flagsAsString: String, pcAfter: Int = 1)\n                            (implicit debugger: Debugger): Unit =\n    testRegOrAddrWithFlags(regList,memList,resultReg,IntValue(resultAddr),IntValue(result),flagsAsString,pcAfter)\n\n    def testRegOrAddrWithFlags(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], resultReg: RegSymbol, resultAddr: OptionInt,\n                               result: OptionInt, flagsAsString: String, pcAfter: Int = 1)\n                            (implicit debugger: Debugger): Unit = {\n    \/\/given when\n    val sysTest = TestUtils.prepareTest(regList, memList)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == pcAfter)\n    (resultReg,resultAddr) match {\n      case (reg,_) if reg!=Regs.NONE => assert(sysTest.get.register(resultReg) == result())\n      case (_,addr:IntValue) => assert(sysTest.get.memory(resultAddr()) == result())\n      case _ =>\n    }\n    TestUtils.testFlags(sysTest.get.register, flagsAsString)\n    \/\/println(sysTest.get.memoryController.get.mem.slice(0,300))\n    \/\/println(sysTest.get.register.reg)\n  }\n\n  def testRegAndAddrWordWithFlags(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)],\n                                  resultReg: RegSymbol, resultValReg: Int, resultAddr: Int, resultValMem: Int,\n                                  flagsAsString: String, pcAfter: Int = 1)\n                                 (implicit debugger: Debugger): Unit = {\n    \/\/given when\n    val sysTest = TestUtils.prepareTest(regList, memList)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == pcAfter)\n    assert(sysTest.get.register(resultReg) == resultValReg)\n    assert(sysTest.get.memory(resultAddr) == (resultValMem & 0x00FF))\n    assert(sysTest.get.memory(resultAddr+1) == ((resultValMem & 0xFF00) >> 8))\n    TestUtils.testFlags(sysTest.get.register, flagsAsString)\n    \/\/println(sysTest.get.memoryController.get.mem.slice(0,300))\n    \/\/println(sysTest.get.register.reg)\n  }\n\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Arithmetic8Bit.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{ArithmeticCalculatorByte, ArithmeticOpInput, ArithmeticOperation, EmptyLocation,\n  FlagCBorrow, FlagCCarry, FlagCInvert, FlagCReset, FlagCSet, FlagHBorrow, FlagHCarryByte, FlagHCopyC, FlagHReset,\n  FlagHSet, FlagNReset, FlagNSet, FlagPOverflowByte, FlagPParity, FlagSSignByte, FlagZZero, Location, OpCode,\n  OpCodeArithmetic8b, OpCodeDestLocation, OpCodeSize, OpCodeSourceLocation, OpCodeTCycles}\nimport org.kr.scala.z80.system.{Debugger, DummyChange, Flag, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.{IntValue, OptionInt, Z80Utils}\n\nobject Arithmetic8Bit extends OpCodeHandler {\n  \/\/ Z80 manual page 50 (NOTE: ADD A,(HL) is 0x86, not 0x88!\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeArithmetic8b with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n\n    val oper = actualCode.operation\n    val destLoc = actualCode.destination\n    val dest = system.getOptionalValueFromLocation(destLoc)\n    val prevFlags = system.getFlags\n    val sourceLocation = actualCode.source\n    val prevValue = system.getValueFromLocation(sourceLocation)\n    val destLocation = oper.getDestination(sourceLocation)\n\n    val (result, flags) = oper.calcAll(ArithmeticOpInput(prevValue, dest, prevFlags))\n    val chgList = destLocation match {\n      case EmptyLocation => List(new DummyChange())\n      case _ => List(system.putValueToLocation(destLocation, result.valueOut))\n    }\n    (chgList ++ List(new RegisterChange(Regs.F, flags())), actualCode.size, actualCode.t)\n  }\n}\n\nobject Add8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHCarryByte with FlagPOverflowByte with FlagNReset with FlagCCarry {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + input.operand())\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) + Z80Utils.rawByteTo2Compl(input.operand()))\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((input.value & 0x0F)+(input.operand() & 0x0F))\n}\n\nobject AddC8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHCarryByte with FlagPOverflowByte with FlagNReset with FlagCCarry {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + input.operand() + input.flags.flagValue(Flag.C))\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) + Z80Utils.rawByteTo2Compl(input.operand()) + input.flags.flagValue(Flag.C))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0F)+(input.operand() & 0x0F)+input.flags.flagValue(Flag.C))\n}\n\nobject Sub8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHBorrow with FlagPOverflowByte with FlagNSet with FlagCBorrow {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - input.operand())\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) - Z80Utils.rawByteTo2Compl(input.operand()))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0F)-(input.operand() & 0x0F))\n}\n\nobject SubC8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHBorrow with FlagPOverflowByte with FlagNSet with FlagCBorrow {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - input.operand() - input.flags.flagValue(Flag.C))\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) - Z80Utils.rawByteTo2Compl(input.operand()) - input.flags.flagValue(Flag.C))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0F) - (input.operand() & 0x0F) - input.flags.flagValue(Flag.C))\n}\n\nobject And8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHSet with FlagPParity with FlagNReset with FlagCReset {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value & input.operand())\n}\n\nobject Xor8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHReset with FlagPParity with FlagNReset with FlagCReset {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value ^ input.operand())\n}\n\nobject Or8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHReset with FlagPParity with FlagNReset with FlagCReset {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value | input.operand())\n}\n\nobject Comp8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHBorrow with FlagPOverflowByte with FlagNSet with FlagCBorrow {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - input.operand())\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) - Z80Utils.rawByteTo2Compl(input.operand()))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0F)-(input.operand() & 0x0F))\n\n  override def getDestination(source:Location):Location=EmptyLocation\n}\n\nobject Dec8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHBorrow with FlagPOverflowByte with FlagNSet {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - 1)\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) - 1)\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((input.value & 0x0F)-1)\n}\n\nobject Inc8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHCarryByte with FlagPOverflowByte with FlagNReset {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + 1)\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawByteTo2Compl(input.value) + 1)\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((input.value & 0x0F)+1)\n}\n\nobject Cpl8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagHSet with FlagNSet {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(~input.value)\n}\n\nobject Neg8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHBorrow with FlagPOverflowByte with FlagNSet with FlagCBorrow {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(0 - input.value)\n  override def calcSigned(input: ArithmeticOpInput): OptionInt = IntValue(0 - Z80Utils.rawByteTo2Compl(input.value))\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue(0 - (input.value & 0x0F))\n}\n\nobject Ccf8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagHCopyC with FlagNReset with FlagCInvert {\n\n  override def getDestination(source:Location):Location=EmptyLocation\n}\n\nobject Scf8b extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagHReset with FlagNReset with FlagCSet {\n\n  override def getDestination(source:Location):Location=EmptyLocation\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"build.sbt","text":"name := \"z80_sim\"\n\nversion := \"0.2\"\n\nscalaVersion := \"2.13.8\"\n\nval coreDependencies = Seq(\n)\n\nval testDependencies = Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.11\" % Test\n)\n\nlibraryDependencies ++= coreDependencies ++ testDependencies\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/OpCodes.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.opcode\n\nobject OpCodes {\n  \/\/ All defined opcodes\n  val list:List[OpCode with OpCodeHandledBy]=\n    ADD_A_reg.codes ++ ADC_A_reg.codes ++ SUB_reg.codes ++ SBC_A_reg.codes ++\n      AND_reg.codes ++ XOR_reg.codes ++ OR_reg.codes ++ CP_reg.codes ++\n      INC_reg.codes ++ DEC_reg.codes ++\n      BIT_b_reg.codes ++ RES_b_reg.codes ++ SET_b_reg.codes ++\n      LD_reg_all.codes ++ LD_HL_reg.codes ++ LD_IXd_reg.codes ++ LD_IYd_reg.codes ++ LD_all_n.codes ++\n      RLC_all.codes ++ RRC_all.codes ++ RL_all.codes ++ RR_all.codes ++ SLA_all.codes ++ SRA_all.codes ++ SRL_all.codes ++\n      JP_cond.codes ++ CALL_cond.codes ++ RET_cond.codes ++ RST_all.codes ++\n      List(\n        \/\/Arithmetic8b\n        ADD_A_n,ADC_A_n,SUB_n,SBC_A_n,AND_n,XOR_n,OR_n,CP_n,CPL,SCF,CCF,NEG,\n        \/\/Rotate digit\n        RLD,RRD,\n        \/\/Rotate shift\n        RLCA,RRCA,RLA,RRA,\n        \/\/Arithmetic16b\n        ADD_HL_BC,ADD_HL_DE,ADD_HL_HL,ADD_HL_SP,ADD_IX_BC,ADD_IX_DE,ADD_IX_IX,ADD_IX_SP,\n        ADD_IY_BC,ADD_IY_DE,ADD_IY_IY,ADD_IY_SP,ADC_HL_BC,ADC_HL_DE,ADC_HL_HL,ADC_HL_SP,\n        SBC_HL_BC,SBC_HL_DE,SBC_HL_HL,SBC_HL_SP,INC_BC,INC_DE,INC_HL_16,INC_SP,INC_IX,INC_IY,\n        DEC_BC,DEC_DE,DEC_HL_16,DEC_SP,DEC_IX,DEC_IY,\n        \/\/Exchange\n        EX_DE_HL, EX_AF_AF1, EXX, EX_SP_HL, EX_SP_IX, EX_SP_IY,\n        \/\/Load 8 bit\n        LD_A_I,LD_A_R,LD_I_A,LD_R_A,LD_A_BC,LD_A_DE,LD_BC_A,LD_DE_A,LD_A_nn,LD_nn_A,\n        \/\/Load 16 bit\n        PUSH_AF,PUSH_BC,PUSH_DE,PUSH_HL,PUSH_IX,PUSH_IY,POP_AF,POP_BC,POP_DE,POP_HL,POP_IX,POP_IY,\n        LD_SP_HL,LD_SP_IX,LD_SP_IY,LD_nn_BC,LD_nn_DE,LD_nn_HL,LD_nn_SP,LD_nn_IX,LD_nn_IY,\n        LD_BC_nn,LD_DE_nn,LD_HL_nn,LD_SP_nn,LD_IX_nn,LD_IY_nn,LD_BC_i,LD_DE_i,LD_HL_i,LD_SP_i,LD_IX_i,LD_IY_i,\n        \/\/Jump\n        JP_nn,JP_HL,JP_IX,JP_IY,JR_n,JR_NZ_n,JR_Z_n,JR_NC_n,JR_C_n,CALL_nn,DJNZ,RET,RETI,\n        \/\/IO\n        IN_A_n,IN_A_C,IN_B_C,IN_D_C,IN_E_C,IN_H_C,IN_L_C,\n        OUT_n_A,OUT_C_A,OUT_C_B,OUT_C_D,OUT_C_E,OUT_C_H,OUT_C_L,\n        \/\/NOP\n        NOP\n      )\n\n  \/\/Separate maps to find opcodes 1-, 2- and 3-bytes long\n  \/\/(separation due to performance considerations after profiling)\n  \/\/ 1-byte opcodes\n  lazy val mapMainOnly:Map[OpCode,OpCode with OpCodeHandledBy]=\n    list\n      .filter(op=>op.numberOfCodes==1)\n      .foldLeft(Map[OpCode,OpCode with OpCodeHandledBy]())((m,op)=>\n        m ++ Map(OpCode(op.main)->op)\n      )\n\n  \/\/ 2-byte opcodes\n  lazy val mapMainSupp:Map[OpCode,OpCode with OpCodeHandledBy]=\n    list\n      .filter(op=>op.numberOfCodes==2)\n      .foldLeft(Map[OpCode,OpCode with OpCodeHandledBy]())((m,op)=>\n        m ++ Map(OpCode(op.main,op.supp)->op)\n      )\n\n  \/\/ 3-byte opcodes\n  lazy val mapMainSupp2:Map[OpCode,OpCode with OpCodeHandledBy]=\n    list\n      .filter(op=>op.numberOfCodes==3)\n      .foldLeft(Map[OpCode,OpCode with OpCodeHandledBy]())((m,op)=>\n        m ++ Map(OpCode(op.main,op.supp,op.supp2)->op)\n      )\n\n  def getOpCodeObject(code:OpCode):OpCode with OpCodeHandledBy= {\n    \/\/ search in 3 smaller maps instead of one larger list - ~20% faster (many most often used opcodes are 1-byte)\n    mapMainOnly.getOrElse(code.mainOnly,\n      mapMainSupp.getOrElse(code.mainSupp,\n        mapMainSupp2.getOrElse(code,\n          new UNKNOWN(code))))\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OutputFileTest.scala","text":"<reponame>krzys9876\/z80_sim_scala<gh_stars>0\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, OutputFile}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OutputFileTest extends AnyFunSuite{\n  test(\"check empty output file\") {\n    \/\/given\n    val outFile=OutputFile.blank\n    \/\/when\n    \/\/then\n    assert(outFile(0,0)==0)\n    assert(outFile(1,0)==0)\n    assert(outFile(100,5)==0)\n    assert(outFile(300,20)==0)\n  }\n\n  test(\"add elements to output file\") {\n    \/\/given\n    val outFile=OutputFile.blank\n    implicit val debugger:Debugger=DummyDebugger\n    \/\/when\n    val outFileTest=outFile\n      .write(10,0x41)\n      .write(10,0x42)\n      .write(10,0x43)\n      .write(20,0x44)\n    \/\/then\n    assert(outFileTest(10,0)==0x41)\n    assert(outFileTest(10,1)==0x42)\n    assert(outFileTest(10,2)==0x43)\n    assert(outFileTest(10,3)==0)\n    assert(outFileTest(20,0)==0x44)\n    assert(outFileTest(20,1)==0)\n\n    \/\/outFileTest.print(10)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpBitManipulationTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.opcode.OpCode\nimport org.kr.scala.z80.system.{ConsoleDebugger, Debugger, DummyDebugger, Regs}\nimport org.kr.scala.z80.utils.{AnyInt, IntValue}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpBitManipulationTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test (\"run BIT b, r\/(HL)\/(IX\/IY+d)\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x55)), List((0x0000, 0xCB),(0x0001, 0x47)), Regs.NONE, AnyInt,AnyInt, \"00_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.A, 0x55)), List((0x0000, 0xCB),(0x0001, 0x47)), Regs.NONE, AnyInt,AnyInt, \"10_1_101\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0x55)), List((0x0000, 0xCB),(0x0001, 0x48)), Regs.NONE, AnyInt,AnyInt, \"01_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.C, 0x55)), List((0x0000, 0xCB),(0x0001, 0x51)), Regs.NONE, AnyInt,AnyInt, \"00_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.D, 0x55)), List((0x0000, 0xCB),(0x0001, 0x5A)), Regs.NONE, AnyInt,AnyInt, \"01_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.E, 0x55)), List((0x0000, 0xCB),(0x0001, 0x63)), Regs.NONE, AnyInt,AnyInt, \"00_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.H, 0x55)), List((0x0000, 0xCB),(0x0001, 0x6C)), Regs.NONE, AnyInt,AnyInt, \"01_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.L, 0xAA)), List((0x0000, 0xCB),(0x0001, 0x75)), Regs.NONE, AnyInt,AnyInt, \"01_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.HL, 0x1010)), List((0x0000, 0xCB),(0x0001, 0x7E),(0x1010, 0xAA)),\n      Regs.NONE, AnyInt, AnyInt, \"00_1_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.IX, 0x1010)), List((0x0000,0xDD),(0x0001,0xCB),(0x0002,0x01),(0x0003,0x7E),(0x1011,0xAA)),\n      Regs.NONE, AnyInt, AnyInt, \"00_1_000\",4)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.IY, 0x1012)), List((0x0000,0xFD),(0x0001,0xCB),(0x0002,0xFF),(0x0003,0x7E),(0x1011,0xAA)),\n      Regs.NONE, AnyInt, AnyInt, \"00_1_000\",4)\n  }\n\n  test (\"run RES b, r\/(HL)\/(IX\/IY+d)\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0xFF)), List((0x0000, 0xCB),(0x0001, 0x87)), Regs.A, AnyInt,IntValue(0xFE), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0xFD)), List((0x0000, 0xCB),(0x0001, 0x88)), Regs.B, AnyInt,IntValue(0xFD), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.C, 0x04)), List((0x0000, 0xCB),(0x0001, 0x91)), Regs.C, AnyInt,IntValue(0x00), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.D, 0x08)), List((0x0000, 0xCB),(0x0001, 0x9A)), Regs.D, AnyInt,IntValue(0x00), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.E, 0x1F)), List((0x0000, 0xCB),(0x0001, 0xA3)), Regs.E, AnyInt,IntValue(0x0F), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.H, 0xFF)), List((0x0000, 0xCB),(0x0001, 0xAC)), Regs.H, AnyInt,IntValue(0xDF), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.L, 0xFF)), List((0x0000, 0xCB),(0x0001, 0xB5)), Regs.L, AnyInt,IntValue(0xBF), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.HL, 0x1020)), List((0x0000, 0xCB),(0x0001, 0xBE),(0x1020, 0xFF)),\n      Regs.NONE,IntValue(0x1020),IntValue(0x7F), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.IX, 0x2010)), List((0x0000,0xDD),(0x0001,0xCB),(0x0002,0x01),(0x0003,0xB6),(0x2011,0xFF)),\n      Regs.NONE,IntValue(0x2011),IntValue(0xBF), \"00_0_000\",4)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.IY, 0x2012)), List((0x0000,0xFD),(0x0001,0xCB),(0x0002,0xFE),(0x0003,0xAE),(0x2010,0xFF)),\n      Regs.NONE,IntValue(0x2010),IntValue(0xDF), \"11_1_111\",4)\n  }\n\n  test (\"run SET b, r\/(HL)\/(IX\/IY+d)\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0xFE)), List((0x0000, 0xCB),(0x0001, 0xC7)), Regs.A, AnyInt,IntValue(0xFF),\"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0x10)), List((0x0000, 0xCB),(0x0001, 0xC8)), Regs.B, AnyInt,IntValue(0x12), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.C, 0x00)), List((0x0000, 0xCB),(0x0001, 0xD1)), Regs.C, AnyInt,IntValue(0x04), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.D, 0xF0)), List((0x0000, 0xCB),(0x0001, 0xDA)), Regs.D, AnyInt,IntValue(0xF8), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.E, 0x0F)), List((0x0000, 0xCB),(0x0001, 0xE3)), Regs.E, AnyInt,IntValue(0x1F), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xDF), (Regs.H, 0xFF)), List((0x0000, 0xCB),(0x0001, 0xEC)), Regs.H, AnyInt,IntValue(0xFF), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.L, 0xBF)), List((0x0000, 0xCB),(0x0001, 0xF5)), Regs.L, AnyInt,IntValue(0xFF), \"11_1_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.HL, 0x1020)), List((0x0000, 0xCB),(0x0001, 0xFE),(0x1020, 0x7F)),\n      Regs.NONE,IntValue(0x1020),IntValue(0xFF), \"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.IX, 0x2010)), List((0x0000,0xDD),(0x0001,0xCB),(0x0002,0x01),(0x0003,0xF6),(0x2011,0xBF)),\n      Regs.NONE,IntValue(0x2011),IntValue(0xFF), \"00_0_000\",4)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.IY, 0x2012)), List((0x0000,0xFD),(0x0001,0xCB),(0x0002,0xFE),(0x0003,0xEE),(0x2010,0xDF)),\n      Regs.NONE,IntValue(0x2010),IntValue(0xFF), \"11_1_111\",4)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/ArithmeticOperation.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode\n\nimport org.kr.scala.z80.system.Flag\nimport org.kr.scala.z80.utils.{AnyInt, OptionInt, Z80Utils}\n\nabstract class ArithmeticOperation extends ArithmeticCalculatorBase with FlagCalculatorBase {\n  def calcAll(input:ArithmeticOpInput):(ArithmeticOpResult,Flag)={\n    val calcResult=calc(input)\n    val calcFlags=flags(calcResult,input)\n    (calcResult,calcFlags)\n  }\n}\n\nobject None8b extends ArithmeticOperation with ArithmeticCalculatorByte\nobject None16b extends ArithmeticOperation with ArithmeticCalculatorWord\n\ncase class ArithmeticOpInput(value:Int, operand:OptionInt, flags:Flag)\n\nclass ArithmeticOpResult(val valueUnsigned:OptionInt, val valueSigned:OptionInt, val valueAux:OptionInt, val isWord:Boolean=false) {\n  lazy val valueOut:Int=valueUnsigned() & (if(isWord) 0xFFFF else 0xFF)\n}\n\nclass ArithmeticOpResultByte(override val valueUnsigned:OptionInt, override val valueSigned:OptionInt, override val valueAux:OptionInt)\n  extends ArithmeticOpResult(valueUnsigned,valueSigned,valueAux,false)\n\nclass ArithmeticOpResultWord(override val valueUnsigned:OptionInt, override val valueSigned:OptionInt, override val valueAux:OptionInt)\n  extends ArithmeticOpResult(valueUnsigned,valueSigned,valueAux,true)\n\ntrait ArithmeticCalculatorBase {\n  def calcUnsigned(input:ArithmeticOpInput):OptionInt=AnyInt\n  def calcSigned(input:ArithmeticOpInput):OptionInt=calcUnsigned(input)\n  def calcAux(input:ArithmeticOpInput):OptionInt=AnyInt\n\n  def calc(input:ArithmeticOpInput):ArithmeticOpResult\n\n  def getDestination(source:Location):Location=source\n}\n\ntrait ArithmeticCalculatorByte extends ArithmeticCalculatorBase {\n  override def calc(input:ArithmeticOpInput):ArithmeticOpResult=\n    new ArithmeticOpResultByte(calcUnsigned(input),calcSigned(input),calcAux(input))\n}\n\ntrait ArithmeticCalculatorWord extends ArithmeticCalculatorBase {\n  override def calc(input:ArithmeticOpInput):ArithmeticOpResult=\n    new ArithmeticOpResultWord(calcUnsigned(input),calcSigned(input),calcAux(input))\n}\n\n\/\/Building blocks for flag calculation\n\/\/http:\/\/www.z80.info\/z80sflag.htm\ntrait FlagCalculatorBase {\n  def calcS(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.S)\n  def calcZ(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.Z)\n  def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.H)\n  def calcP(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.P)\n  def calcN(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.N)\n  def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.C)\n\n  def flags(res:ArithmeticOpResult,input:ArithmeticOpInput):Flag={\n    Flag.of(\n      calcS(res,input),\n      calcZ(res,input),\n      calcH(res,input),\n      calcP(res,input),\n      calcN(res,input),\n      calcC(res,input))\n  }\n}\n\ntrait FlagSSignByte extends FlagCalculatorBase {\n  override def calcS(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=Z80Utils.isNegativeByte(res.valueUnsigned())\n}\ntrait FlagSSignWord extends FlagCalculatorBase {\n  override def calcS(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=Z80Utils.isNegativeWord(res.valueUnsigned())\n}\ntrait FlagZZero extends FlagCalculatorBase {\n  override def calcZ(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueOut==0\n}\ntrait FlagHCarryByte extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueAux() > 0x0F\n}\ntrait FlagHCarryWord extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueAux() > 0x0FFF\n}\ntrait FlagHBorrow extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueAux() < 0\n}\ntrait FlagHSet extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=true\n}\ntrait FlagHReset extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=false\n}\ntrait FlagHCopyC extends FlagCalculatorBase {\n  override def calcH(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=input.flags(Flag.C)\n}\ntrait FlagPOverflowByte extends FlagCalculatorBase {\n  override def calcP(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=Z80Utils.isOutOfRangeByte(res.valueSigned())\n}\ntrait FlagPOverflowWord extends FlagCalculatorBase {\n  override def calcP(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=Z80Utils.isOutOfRangeWord(res.valueSigned())\n}\ntrait FlagPParity extends FlagCalculatorBase {\n  override def calcP(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=Z80Utils.isEvenBits(res.valueUnsigned())\n}\ntrait FlagNSet extends FlagCalculatorBase {\n  override def calcN(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=true\n}\ntrait FlagNReset extends FlagCalculatorBase {\n  override def calcN(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=false\n}\ntrait FlagCCarry extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueUnsigned() > res.valueOut\n}\ntrait FlagCBorrow extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=res.valueUnsigned() < res.valueOut\n}\ntrait FlagCReset extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=false\n}\ntrait FlagCSet extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean=true\n}\ntrait FlagCInvert extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean= !input.flags(Flag.C)\n}\ntrait FlagCBit7 extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean= Z80Utils.getBit(input.value,7)\n}\ntrait FlagCBit0 extends FlagCalculatorBase {\n  override def calcC(res:ArithmeticOpResult,input:ArithmeticOpInput):Boolean= Z80Utils.getBit(input.value,0)\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/Debugger.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/system\/Debugger.scala\npackage org.kr.scala.z80.system\n\ntrait Debugger {\n  def info[Watched](before:Watched,after:Watched):Unit\n}\n\nobject DummyDebugger extends Debugger {\n  override def info[Watched](before:Watched,after:Watched):Unit={}\n}\n\nobject ConsoleDebugger extends Debugger {\n  override def info[Watched](before:Watched,after:Watched):Unit= {\n    after match {\n      case outFile:OutputFile=>print(outFile.lastValue.toChar)\n      case _ =>\n    }\n  }\n}\n\nobject ConsoleDetailedDebugger extends Debugger {\n  override def info[Watched](before:Watched,after:Watched):Unit= {\n    (before,after) match {\n      case (_:OutputFile,aft:OutputFile) =>print(f\" | OUT port: 0x${aft.lastPort}%02X value: 0x${aft.lastValue}%02X |\")\n      case (bef:Z80System,aft:Z80System) =>\n        println(f\"PC:0x${bef.register(Regs.PC)}%04X | ${bef.currentOpCode} | before: ${bef.register.toString}\")\n        println(f\" after: ${aft.register.toString}\")\n      case _ =>\n    }\n  }\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/InputFile.scala","text":"package org.kr.scala.z80.system\n\nabstract class InputPort {\n  def read():Int\n  def refresh():InputPort\n}\n\nclass InputPortConstant(val value:Int) extends InputPort {\n  def read():Int=value\n  def refresh():InputPort=this\n}\n\nobject InputPortConstant {\n  val blank:InputPortConstant=new InputPortConstant(0)\n}\n\nclass InputPortSequential(val value:Int, val every: Int, val position:Int=0, defaultValue:Int=0) extends InputPort {\n  def read():Int=if(position==0) value else defaultValue\n  def refresh():InputPort=new InputPortSequential(value,every,(position+1) % every,defaultValue)\n}\n\nclass InputPortSingle(val value:Int, val defaultValue:Int=0, val isAtStart:Boolean=true) extends InputPort {\n  def read():Int=if(isAtStart) value else defaultValue\n  def refresh():InputPort=new InputPortSingle(value,defaultValue,false)\n}\n\nclass InputPortMultiple(val valueList:List[Int], val defaultValue:Int=0) extends InputPort {\n  def read():Int=valueList match {\n    case head :: _ => head\n    case _ => defaultValue\n  }\n  def refresh():InputPort=new InputPortMultiple(\n    valueList match {\n      case _ :: tail => tail\n      case _ => List()\n    }, defaultValue)\n}\n\nclass InputFile(val ports:Map[Int,InputPort]=Map()) {\n  def read(port:Int)(implicit debugger:Debugger):Int={\n    ports.getOrElse(port,InputPortConstant.blank).read()\n  }\n  def attachPort(port:Int, inPort:InputPort):InputFile=new InputFile(this.ports ++ Map(port->inPort))\n}\n\nobject InputFile {\n  val CR:Int=0x0D\n  def blank:InputFile=new InputFile(Map())\n\n  def keys2Ints(line:String,cr:Int=CR):List[Int]=line.chars().toArray.toList ++ List(cr)\n  def linesList2Ints(lines:List[String],cr:Int=CR):List[Int]=\n    lines\n    .foldLeft(List[Int]())((list,line)=>list ++ keys2Ints(line.strip(),cr))\n  def lines2Ints(lines:String,cr:Int=CR):List[Int]=linesList2Ints(lines.strip().split(\"\\r\\n\").toList,cr)\n\n  \/\/ functions changing state (InputFile=>InputFile)\n  val attachPort: (Int, InputPort) => InputFile => InputFile = (port, inPort) => inputFile => inputFile.attachPort(port,inPort)\n  val refreshPort: Int => InputFile => InputFile = port => inputFile => {\n    val inputPort:InputPort=inputFile.ports.getOrElse(port,InputPortConstant.blank)\n    val inputPortRefreshed:InputPort=inputPort.refresh()\n    inputFile.attachPort(port,inputPortRefreshed)\n  }\n\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/Main.scala","text":"package org.kr.scala.z80\n\nimport org.kr.scala.z80.system.{StateWatcher, CharFormatter, ConsoleDebugger, Debugger, InputFile, InputPortMultiple, Memory, OutputFile, OutputFormatter, Outputter, PrintOutputter, Register, Z80System}\n\nimport scala.jdk.CollectionConverters.ListHasAsScala\nimport java.nio.file.{Files, Path}\nimport java.time.temporal.ChronoUnit\nimport java.time.LocalDateTime\n\nobject Main extends App {\n\n  if(args.length<2 || args.length>3) {\n    println(\"Incorrect input parameters: hex_file input_file [steps]\")\n    System.exit(1)\n  }\n  println(\"INIT\")\n\n  val CONTROL_PORT=0xB1\n  val DATA_PORT=0xB0\n  val MEMORY_TOP=\"65536\"\n  val MAX_STEPS=if(args.length==3) args(2).toLong else Long.MaxValue\n\n  \/\/debugger\n  implicit val debugger:Debugger=ConsoleDebugger\n  \/\/ memory\n  val memory=prepareMemory(args(0))\n  \/\/ input keys sequence\n  val input=prepareInput(args(1))\n  \/\/whole system\n  val initSystem=new Z80System(memory,Register.blank,OutputFile.blank,input,0)\n\n  println(\"START\")\n  val startTime=LocalDateTime.now()\n\n  val after=StateWatcher[Z80System](initSystem) >>== Z80System.run(debugger)(MAX_STEPS)\n\n  val endTime=LocalDateTime.now()\n  val seconds=ChronoUnit.MILLIS.between(startTime,endTime).toDouble\/1000\n  val cycles=after.get.elapsedTCycles\n  val refmhz=3686400\n  val refseconds=cycles.toDouble\/refmhz.toDouble\n  val speed=refseconds\/seconds \/\/ assuming CPU @ 3.6468MHZ\n  println(f\"elapsed seconds: $seconds%1.2f\")\n  println(f\"elapsed T cycles: $cycles\")\n  println(f\"reference clock ${refmhz.toDouble\/1000000}%1.4f MHz\")\n  println(f\"reference seconds: $refseconds%1.2f\")\n  println(f\"relative speed: ${speed*100}%2.2f %%\")\n  println(\"END\")\n\n  \/\/1. initial version: ~29 seconds\n  \/\/2. limit opcode lists in handlers only to those handled by handler: ~16-20 seconds\n  \/\/ pros: lists as shorter, maintains compile time type checking\n  \/\/ cons: still uses list lookup\n  \/\/3. runtime type conversion from OpCodes.list to type required by handler - same or little slower than limiting lists\n  \/\/ pros: simpifies code\n  \/\/ cons: uses runtime type casting which may result in runtime exception, not compile time exception\n  \/\/4. as 3. but simplify Z80System.handle (do not lookup twice) ~ 14 sec. - best option so far\n  \/\/5. reduce all list lookups to one per step ~4-5 seconds\n  \/\/6. replace register map with vals ~3-4 seconds\n  \/\/7. remove unncessary state watchers ~10-15%\n\n\n  private def readFile(fullFileWithPath:String):List[String]=\n    Files.readAllLines(Path.of(fullFileWithPath)).asScala.toList\n\n  private def prepareMemory(hexFile:String):Memory={\n    val hexLines=readFile(hexFile)\n    Memory.blank(0x10000)\n      .loadHexLines(hexLines)\n      .lockTo(0x2000)\n  }\n\n  private def prepareInput(inputFile:String):InputFile={\n    \/\/ add initial \"memory top\" answer to skip long-lasting memory test\n    val inputLines=List(MEMORY_TOP) ++ readFile(inputFile)\n    val inputList:List[Int]=InputFile.linesList2Ints(inputLines)\n    val inputPortKeys=new InputPortMultiple(inputList)\n    val inputPortControl=new InputPortMultiple(List.fill(inputList.length)(1))\n    InputFile.blank\n      .attachPort(CONTROL_PORT,inputPortControl)\n      .attachPort(DATA_PORT,inputPortKeys)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/SystemTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, MemoryChangeByte, MemoryChangeWord, RegisterChange, RegisterChangeRelative, Regs, StateWatcher, Z80System}\nimport org.kr.scala.z80.utils.IntValue\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass SystemTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"change memory (byte)\") {\n    \/\/given\n    val system=Z80System.blank\n    \/\/when\n    val afterState=system.changeList(List(new MemoryChangeByte(0x1234,0xFE)))\n    \/\/then\n    assert(afterState.memory(0x1234)==0xFE)\n  }\n\n  test(\"change memory (word)\") {\n    \/\/given\n    val system=Z80System.blank\n    \/\/when\n    val afterState=system.changeList(List(new MemoryChangeWord(0x1234,0xFEFD)))\n    \/\/then\n    assert(afterState.memory(0x1234)==0xFD)\n    assert(afterState.memory(0x1235)==0xFE)\n  }\n\n  test(\"change register\") {\n    \/\/given\n    val system=Z80System.blank\n    \/\/when\n    val afterState=system.changeList(List(new RegisterChange(Regs.AF,0xFEFD),new RegisterChange(Regs.SP,0xA1B2)))\n    \/\/then\n    assert(afterState.register(Regs.A)==0xFE)\n    assert(afterState.register(Regs.F)==0xFD)\n    assert(afterState.register(Regs.SP)==0xA1B2)\n  }\n\n  test(\"change register relative\") {\n    \/\/given\n    val initSystem=Z80System.blank\n    val system=initSystem.changeList(List(new RegisterChange(Regs.SP,0x1002)))\n    \/\/when\n    val afterState=system.changeList(List(new RegisterChangeRelative(Regs.SP,0xF0)))\n    \/\/then\n    assert(afterState.register(Regs.SP)==0x10F2)\n  }\n\n  test(\"change list\") {\n    \/\/given\n    val system=Z80System.blank\n    \/\/when\n    val chgList=List(\n      new MemoryChangeByte(0xABCD,0xA1),\n      new MemoryChangeWord(0x3210,0xB1C2),\n      new RegisterChange(Regs.HL,0xFEDC))\n    val afterState=system.changeList(chgList)\n    \/\/then\n    assert(afterState.register(Regs.HL)==0xFEDC)\n    assert(afterState.memory(0xABCD)==0xA1)\n    assert(afterState.memory(0x3210)==0xC2)\n    assert(afterState.memory(0x3211)==0xB1)\n  }\n\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/OutputFile.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.system\n\nclass OutputPort(val data:Vector[Int]) {\n  def put(value:Int)= new OutputPort(data :+ value)\n  val size:Int=data.size\n  def apply(pos:Int):Int=data(pos)\n}\n\nobject OutputPort {\n  val empty:OutputPort=new OutputPort(Vector())\n}\n\nclass OutputFile(val files:Map[Int,OutputPort], val lastPort:Int=0, val lastValue:Int=0) {\n  def apply(port:Int,pos:Int):Int={\n    val file=getFile(port)\n    if(file.size>pos) file(pos)\n    else 0\n  }\n  def write(port:Int, value:Int)(implicit debugger: Debugger):OutputFile={\n    val file=getFile(port).put(value)\n    new OutputFile(files ++ Map(port->file),port,value)\n  }\n\n  def show(port:Int, limit:Int=9999)(implicit formatter:OutputFormatter, outputter:Outputter):Unit =\n    getFile(port).data.slice(0,limit).foreach(value=>outputter.out(formatter.format(value)))\n\n  private def getFile(port:Int):OutputPort=files.getOrElse(port,OutputPort.empty)\n}\n\nobject OutputFile {\n  def blank:OutputFile= new OutputFile(Map())\n\n  \/\/ functions changing state (OutputFile=>OutputFile)\n  def out(implicit debugger:Debugger): (Int, Int) => OutputFile => OutputFile = (port, value) => outputFile =>\n    outputFile.write(port,value)\n\n}\n\ntrait OutputFormatter {\n  def format:Int=>String\n}\n\nobject DetailedFormatter extends OutputFormatter {\n  override def format:Int=>String = value=>f\"0x$value%02X $value ${value.toChar}\"\n}\n\nobject CharFormatter extends OutputFormatter {\n  override def format:Int=>String = value=>f\"${value.toChar}\"\n}\n\ntrait Outputter {\n  def out:String=>Unit\n}\n\nobject PrintOutputter extends Outputter {\n  override def out:String=>Unit=text=>print(text)\n}\n\nobject PrintlnOutputter extends Outputter {\n  override def out:String=>Unit=text=>print(text)\n}\n\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/BuildingBlocks.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.opcode\n\nimport org.kr.scala.z80.opcode.handler.{Add16b, Add8b, AddC16b, AddC8b, And8b, Arithmetic16Bit, Arithmetic8Bit, BitManipulation, BitOpType, BitOperation, Ccf8b, Comp8b, Cpl8b, Dec16b, Dec8b, EmptyJumpCondition, Exchange, ExchangeLocation, ExchangeLocationBase, ExchangeLocationIndirect, FlagJumpCondition, InOutOpType, InOutOperation, Inc16b, Inc8b, InputOutput, JumpCallReturn, JumpConditionBase, JumpOperation, JumpType, Load16Bit, Load8Bit, Neg8b, Nop, OpCodeHandler, Or8b, RegisterJumpCondition, RotShRl, RotShRla, RotShRlc, RotShRlca, RotShRr, RotShRra, RotShRrc, RotShRrca, RotShSla, RotShSra, RotShSrl, RotateDL, RotateDR, RotateDigit, RotateShift, Scf8b, Sub8b, SubC16b, SubC8b, Unknown, Xor8b}\nimport org.kr.scala.z80.system.{Flag, Regs}\nimport org.kr.scala.z80.utils.IntValue\n\ntrait Label {\n  val label:String\n  override def toString:String=label\n}\n\ntrait OpCodeHandledBy {\n  val handler:OpCodeHandler\n}\ntrait HandleNop extends OpCodeHandledBy {override val handler:OpCodeHandler=Nop}\ntrait HandleLoad8Bit extends OpCodeHandledBy {override val handler:OpCodeHandler=Load8Bit}\ntrait HandleLoad16Bit extends OpCodeHandledBy {override val handler:OpCodeHandler=Load16Bit}\ntrait HandleExchange extends OpCodeHandledBy {override val handler:OpCodeHandler=Exchange}\ntrait HandleArithmetic8Bit extends OpCodeHandledBy {override val handler:OpCodeHandler=Arithmetic8Bit}\ntrait HandleArithmetic16Bit extends OpCodeHandledBy {override val handler:OpCodeHandler=Arithmetic16Bit}\ntrait HandleRotateShift extends OpCodeHandledBy {override val handler:OpCodeHandler=RotateShift}\ntrait HandleRotateDigit extends OpCodeHandledBy {override val handler:OpCodeHandler=RotateDigit}\ntrait HandleBitManipulation extends OpCodeHandledBy {override val handler:OpCodeHandler=BitManipulation}\ntrait HandleJump extends OpCodeHandledBy {override val handler:OpCodeHandler=JumpCallReturn}\ntrait HandleInOut extends OpCodeHandledBy {override val handler:OpCodeHandler=InputOutput}\ntrait HandleUnknown extends OpCodeHandledBy {override val handler:OpCodeHandler=Unknown}\n\n\n\/\/Building blocks for OpCode definition\ntrait OpCodeSourceLocation {\n  val source:Location\n}\ntrait SourceA extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.A)}\ntrait SourceB extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.B)}\ntrait SourceC extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.C)}\ntrait SourceD extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.D)}\ntrait SourceE extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.E)}\ntrait SourceH extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.H)}\ntrait SourceL extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.L)}\ntrait SourceHLra extends OpCodeSourceLocation {override val source:Location=RegisterAddrLocation(Regs.HL)}\ntrait SourceBC extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.BC)}\ntrait SourceDE extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.DE)}\ntrait SourceHL extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.HL)}\ntrait SourceSP extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.SP)}\ntrait SourceIX extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.IX)}\ntrait SourceIY extends OpCodeSourceLocation {override val source:Location=RegisterLocation(Regs.IY)}\ntrait SourceIXd extends OpCodeSourceLocation {override val source:Location=RegisterAddrIndirOffsetLocation(Regs.IX, 2)}\ntrait SourceIYd extends OpCodeSourceLocation {override val source:Location=RegisterAddrIndirOffsetLocation(Regs.IY, 2)}\ntrait SourceN extends OpCodeSourceLocation {override val source:Location=RegisterAddrDirOffsetLocation(Regs.PC, 1)}\ntrait SourceNw extends OpCodeSourceLocation {override val source:Location=RegisterAddrDirOffsetLocation(Regs.PC, 1, isWord = true)}\ntrait SourceStack extends OpCodeSourceLocation {override val source:Location=RegisterAddrLocation(Regs.SP,isWord = true)}\ntrait Source00h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0000,isWord=true)}\ntrait Source08h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0008,isWord=true)}\ntrait Source10h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0010,isWord=true)}\ntrait Source18h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0018,isWord=true)}\ntrait Source20h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0020,isWord=true)}\ntrait Source28h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0028,isWord=true)}\ntrait Source30h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0030,isWord=true)}\ntrait Source38h extends OpCodeSourceLocation {override val source:Location=ImmediateLocation(0x0038,isWord=true)}\n\ntrait OpCodeDestLocation {\n  val destination:Location\n}\ntrait DestinationA extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.A)}\ntrait DestinationB extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.B)}\ntrait DestinationC extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.C)}\ntrait DestinationD extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.D)}\ntrait DestinationE extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.E)}\ntrait DestinationH extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.H)}\ntrait DestinationL extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.L)}\ntrait DestinationHLra extends OpCodeDestLocation {override val destination:Location=RegisterAddrLocation(Regs.HL)}\ntrait DestinationBC extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.BC)}\ntrait DestinationDE extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.DE)}\ntrait DestinationHL extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.HL)}\ntrait DestinationSP extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.SP)}\ntrait DestinationIX extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.IX)}\ntrait DestinationIY extends OpCodeDestLocation {override val destination:Location=RegisterLocation(Regs.IY)}\ntrait DestinationIXd extends OpCodeDestLocation {override val destination:Location=RegisterAddrIndirOffsetLocation(Regs.IX, 2)}\ntrait DestinationIYd extends OpCodeDestLocation {override val destination:Location=RegisterAddrIndirOffsetLocation(Regs.IY, 2)}\ntrait DestinationN extends OpCodeDestLocation {override val destination:Location=RegisterAddrDirOffsetLocation(Regs.PC, 1)}\ntrait DestinationEmpty extends OpCodeDestLocation {override val destination:Location=EmptyLocation}\n\ntrait SourceDestA extends SourceA with DestinationA\ntrait SourceDestB extends SourceB with DestinationB\ntrait SourceDestC extends SourceC with DestinationC\ntrait SourceDestD extends SourceD with DestinationD\ntrait SourceDestE extends SourceE with DestinationE\ntrait SourceDestH extends SourceH with DestinationH\ntrait SourceDestL extends SourceL with DestinationL\ntrait SourceDestHLra extends SourceHLra with DestinationHLra\ntrait SourceDestBC extends SourceBC with DestinationBC\ntrait SourceDestDE extends SourceDE with DestinationDE\ntrait SourceDestHL extends SourceHL with DestinationHL\ntrait SourceDestSP extends SourceSP with DestinationSP\ntrait SourceDestIX extends SourceIX with DestinationIX\ntrait SourceDestIY extends SourceIY with DestinationIY\ntrait SourceDestIXd extends SourceIXd with DestinationIXd\ntrait SourceDestIYd extends SourceIYd with DestinationIYd\n\n\/\/ copies destination to source - useful for INC and DEC\ntrait SourceFromDestination extends OpCodeSourceLocation with OpCodeDestLocation {\n  override val source:Location=destination\n}\n\ntrait OpCodeArithmetic8b {\n  val operation:ArithmeticOperation\n}\ntrait Arith8bAdd extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=Add8b}\ntrait Arith8bAddC extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=AddC8b}\ntrait Arith8bSub extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=Sub8b}\ntrait Arith8bSubC extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=SubC8b}\ntrait Arith8bAnd extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=And8b}\ntrait Arith8bXor extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=Xor8b}\ntrait Arith8bOr extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=Or8b}\ntrait Arith8bCp extends OpCodeArithmetic8b with SourceA {override val operation:ArithmeticOperation=Comp8b}\ntrait Arith8bInc extends OpCodeArithmetic8b {override val operation:ArithmeticOperation=Inc8b}\ntrait Arith8bDec extends OpCodeArithmetic8b {override val operation:ArithmeticOperation=Dec8b}\ntrait Arith8bCpl extends OpCodeArithmetic8b with SourceDestA {override val operation:ArithmeticOperation=Cpl8b}\ntrait Arith8bNeg extends OpCodeArithmetic8b with SourceDestA {override val operation:ArithmeticOperation=Neg8b}\ntrait Arith8bCcf extends OpCodeArithmetic8b with SourceA with DestinationEmpty {override val operation:ArithmeticOperation=Ccf8b}\ntrait Arith8bScf extends OpCodeArithmetic8b with SourceA with DestinationEmpty {override val operation:ArithmeticOperation=Scf8b}\n\ntrait OpCodeRotateDigit extends SourceA with DestinationHLra {\n  val operation:ArithmeticOperation\n}\ntrait RotateDigitLeft extends OpCodeRotateDigit {override val operation:ArithmeticOperation=RotateDL}\ntrait RotateDigitRight extends OpCodeRotateDigit {override val operation:ArithmeticOperation=RotateDR}\n\ntrait OpCodeSize {\n  val size:Int\n}\n\ntrait Size1 extends OpCodeSize {override val size:Int=1}\ntrait Size2 extends OpCodeSize {override val size:Int=2}\ntrait Size3 extends OpCodeSize {override val size:Int=3}\ntrait Size4 extends OpCodeSize {override val size:Int=4}\n\ntrait OpCodeTCycles {\n  val t:Int\n  val tConditional:Int=0\n}\n\ntrait T4 extends OpCodeTCycles {override val t:Int=4}\ntrait T5 extends OpCodeTCycles {override val t:Int=5}\ntrait T5T11 extends OpCodeTCycles {\n  override val t:Int=5\n  override val tConditional:Int=6\n}\ntrait T6 extends OpCodeTCycles {override val t:Int=6}\ntrait T7 extends OpCodeTCycles {override val t:Int=7}\ntrait T7T12 extends OpCodeTCycles {\n  override val t:Int=7\n  override val tConditional:Int=5\n}\ntrait T8 extends OpCodeTCycles {override val t:Int=8}\ntrait T10 extends OpCodeTCycles {override val t:Int=10}\ntrait T10T17 extends OpCodeTCycles {\n  override val t:Int=10\n  override val tConditional:Int=7\n}\ntrait T11 extends OpCodeTCycles {override val t:Int=11}\ntrait T12 extends OpCodeTCycles {override val t:Int=12}\ntrait T13T8 extends OpCodeTCycles {\n  override val t:Int=13\n  override val tConditional:Int= -5\n}\ntrait T14 extends OpCodeTCycles {override val t:Int=14}\ntrait T15 extends OpCodeTCycles {override val t:Int=15}\ntrait T17 extends OpCodeTCycles {override val t:Int=17}\ntrait T18 extends OpCodeTCycles {override val t:Int=18}\ntrait T19 extends OpCodeTCycles {override val t:Int=19}\ntrait T23 extends OpCodeTCycles {override val t:Int=23}\n\n\ntrait OpCodeArithmetic16b {\n  val operation:ArithmeticOperation\n}\ntrait Arith16bAdd extends OpCodeArithmetic16b {override val operation:ArithmeticOperation=Add16b}\ntrait Arith16bAddC extends OpCodeArithmetic16b {override val operation:ArithmeticOperation=AddC16b}\ntrait Arith16bSubC extends OpCodeArithmetic16b {override val operation:ArithmeticOperation=SubC16b}\ntrait Arith16bInc extends OpCodeArithmetic16b {override val operation:ArithmeticOperation=Inc16b}\ntrait Arith16bDec extends OpCodeArithmetic16b {override val operation:ArithmeticOperation=Dec16b}\n\ntrait OpCodeExchangeLocation {\n  val exchange:List[ExchangeLocationBase]\n}\ntrait ExchangeDEHL extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=List(new ExchangeLocation(Regs.DE,Regs.HL))}\ntrait ExchangeAF1 extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=List(new ExchangeLocation(Regs.AF,Regs.AF1))}\ntrait ExchangeAll1 extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=\n  List(new ExchangeLocation(Regs.BC,Regs.BC1),new ExchangeLocation(Regs.DE,Regs.DE1),new ExchangeLocation(Regs.HL,Regs.HL1))}\ntrait ExchangeSPHL extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=List(new ExchangeLocationIndirect(Regs.SP,Regs.HL))}\ntrait ExchangeSPIX extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=List(new ExchangeLocationIndirect(Regs.SP,Regs.IX))}\ntrait ExchangeSPIY extends OpCodeExchangeLocation {override val exchange:List[ExchangeLocationBase]=List(new ExchangeLocationIndirect(Regs.SP,Regs.IY))}\n\ntrait OpCodeBitManipulation {\n  val operation:BitOperation\n  val bit:Int\n}\ntrait BitTest extends OpCodeBitManipulation {override val operation:BitOperation=BitOpType.Test}\ntrait BitReset extends OpCodeBitManipulation {override val operation:BitOperation=BitOpType.Reset}\ntrait BitSet extends OpCodeBitManipulation {override val operation:BitOperation=BitOpType.Set}\n\ntrait OpStackChange  {\n  val stackChange:Int\n}\ntrait PushStack extends OpStackChange {override val stackChange:Int= -2}\ntrait PopStack extends OpStackChange {override val stackChange:Int= 2}\ntrait DoNotUseStack extends OpStackChange {override val stackChange:Int=0}\n\ntrait OpCodeRotateShift {\n  val operation:ArithmeticOperation\n}\ntrait RotateShiftRlc extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRlc}\ntrait RotateShiftRlca extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRlca}\ntrait RotateShiftRrc extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRrc}\ntrait RotateShiftRrca extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRrca}\ntrait RotateShiftRl extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRl}\ntrait RotateShiftRla extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRla}\ntrait RotateShiftRr extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRr}\ntrait RotateShiftRra extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShRra}\ntrait RotateShiftSla extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShSla}\ntrait RotateShiftSra extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShSra}\ntrait RotateShiftSrl extends OpCodeRotateShift {override val operation:ArithmeticOperation=RotShSrl}\n\ntrait OpCodeJump {\n  val operation:JumpOperation\n}\ntrait JumpOper extends OpCodeJump {override val operation:JumpOperation=JumpType.Jump}\ntrait JumpRelativeOper extends OpCodeJump {override val operation:JumpOperation=JumpType.JumpR}\ntrait JumpRelativeDecOper extends OpCodeJump {override val operation:JumpOperation=JumpType.DJumpR}\ntrait DecrJumpRelativeOper extends OpCodeJump {override val operation:JumpOperation=JumpType.DJumpR}\ntrait CallOper extends OpCodeJump {override val operation:JumpOperation=JumpType.Call}\ntrait ReturnOper extends OpCodeJump {override val operation:JumpOperation=JumpType.Return}\n\ntrait OpCodeJumpCondition {\n  val condition:JumpConditionBase\n}\ntrait JumpUnconditional extends OpCodeJumpCondition {override val condition:JumpConditionBase=EmptyJumpCondition}\ntrait JumpC extends OpCodeJumpCondition {override val condition:JumpConditionBase=FlagJumpCondition(Flag.C,boolValue=true)}\ntrait JumpNC extends OpCodeJumpCondition {override val condition:JumpConditionBase=FlagJumpCondition(Flag.C,boolValue=false)}\ntrait JumpZ extends OpCodeJumpCondition {override val condition:JumpConditionBase=FlagJumpCondition(Flag.Z,boolValue=true)}\ntrait JumpNZ extends OpCodeJumpCondition {override val condition:JumpConditionBase=FlagJumpCondition(Flag.Z,boolValue=false)}\ntrait JumpB0 extends OpCodeJumpCondition {override val condition:JumpConditionBase=RegisterJumpCondition(Regs.B,IntValue(0))}\n\ntrait OpCodeInOut {\n  val operation:InOutOperation\n}\ntrait InOper extends OpCodeInOut {override val operation:InOutOperation=InOutOpType.In}\ntrait OutOper extends OpCodeInOut {override val operation:InOutOperation=InOutOpType.Out}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Nop.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Nop.scala\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{OpCode, OpCodeSize, OpCodeTCycles}\nimport org.kr.scala.z80.system.{Debugger, SystemChange, Z80System}\n\nobject Nop extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeSize with OpCodeTCycles](code)\n    (List[SystemChange](), actualCode.size, actualCode.t)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpRotateShiftTypeTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{ConsoleDebugger, Debugger, DummyDebugger, Regs}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpRotateShiftTypeTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"run RLCA\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x07)), Regs.A, 0x0000, 0x02, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x01)), List((0x0000, 0x07)), Regs.A, 0x0000, 0x02, \"11_0_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x80)), List((0x0000, 0x07)), Regs.A, 0x0000, 0x01, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0x07)), Regs.A, 0x0000, 0x01, \"11_0_101\")\n  }\n\n  test(\"run RLC r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0xCB), (0x0001, 0x07)), Regs.A, 0x0000, 0x02, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x55)), List((0x0000, 0xCB), (0x0001, 0x00)), Regs.B, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.C, 0x55)), List((0x0000, 0xCB), (0x0001, 0x01)), Regs.C, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.D, 0xA0)), List((0x0000, 0xCB), (0x0001, 0x02)), Regs.D, 0x0000, 0x41, \"00_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.E, 0x00)), List((0x0000, 0xCB), (0x0001, 0x03)), Regs.E, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x55)), List((0x0000, 0xCB), (0x0001, 0x04)), Regs.H, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x55)), List((0x0000, 0xCB), (0x0001, 0x05)), Regs.L, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x06), (0x0101, 0x55)),\n      Regs.NONE, 0x0101, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x06), (0x0202, 0x55)),\n      Regs.NONE, 0x0202, 0xAA, \"10_0_100\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x06), (0x0200, 0x55)),\n      Regs.NONE, 0x0200, 0xAA, \"10_0_100\", 4)\n  }\n\n  test(\"run RRCA\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x80)), List((0x0000, 0x0F)), Regs.A, 0x0000, 0x40, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0x0F)), Regs.A, 0x0000, 0x40, \"11_0_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x0F)), Regs.A, 0x0000, 0x80, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x01)), List((0x0000, 0x0F)), Regs.A, 0x0000, 0x80, \"11_0_101\")\n  }\n\n  test(\"run RRC r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0xCB), (0x0001, 0x0F)), Regs.A, 0x0000, 0x40, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0xAA)), List((0x0000, 0xCB), (0x0001, 0x08)), Regs.B, 0x0000, 0x55, \"00_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.C, 0xAA)), List((0x0000, 0xCB), (0x0001, 0x09)), Regs.C, 0x0000, 0x55, \"00_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0x03)), List((0x0000, 0xCB), (0x0001, 0x0A)), Regs.D, 0x0000, 0x81, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.E, 0x03)), List((0x0000, 0xCB), (0x0001, 0x0B)), Regs.E, 0x0000, 0x81, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x00)), List((0x0000, 0xCB), (0x0001, 0x0C)), Regs.H, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x03)), List((0x0000, 0xCB), (0x0001, 0x0D)), Regs.L, 0x0000, 0x81, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x0E), (0x0101, 0x03)),\n      Regs.NONE, 0x0101, 0x81, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x0E), (0x0202, 0x03)),\n      Regs.NONE, 0x0202, 0x81, \"10_0_101\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x0E), (0x0200, 0x03)),\n      Regs.NONE, 0x0200, 0x81, \"10_0_101\", 4)\n  }\n\n  test(\"run RLA\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x17)), Regs.A, 0x0000, 0x02, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x01)), List((0x0000, 0x17)), Regs.A, 0x0000, 0x03, \"11_0_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x80)), List((0x0000, 0x17)), Regs.A, 0x0000, 0x00, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0x17)), Regs.A, 0x0000, 0x01, \"11_0_101\")\n  }\n\n  test(\"run RL r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0xCB), (0x0001, 0x17)), Regs.A, 0x0000, 0x02, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x55)), List((0x0000, 0xCB), (0x0001, 0x10)), Regs.B, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.C, 0x55)), List((0x0000, 0xCB), (0x0001, 0x11)), Regs.C, 0x0000, 0xAB, \"10_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0xA0)), List((0x0000, 0xCB), (0x0001, 0x12)), Regs.D, 0x0000, 0x40, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.E, 0x00)), List((0x0000, 0xCB), (0x0001, 0x13)), Regs.E, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.H, 0x55)), List((0x0000, 0xCB), (0x0001, 0x14)), Regs.H, 0x0000, 0xAB, \"10_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x85)), List((0x0000, 0xCB), (0x0001, 0x15)), Regs.L, 0x0000, 0x0A, \"00_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x16), (0x0101, 0x85)),\n      Regs.NONE, 0x0101, 0x0A, \"00_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x16), (0x0202, 0x85)),\n      Regs.NONE, 0x0202, 0x0A, \"00_0_101\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x16), (0x0200, 0x85)),\n      Regs.NONE, 0x0200, 0x0A, \"00_0_101\", 4)\n  }\n\n  test(\"run RRA\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x80)), List((0x0000, 0x1F)), Regs.A, 0x0000, 0x40, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0x1F)), Regs.A, 0x0000, 0xC0, \"11_0_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x1F)), Regs.A, 0x0000, 0x00, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x01)), List((0x0000, 0x1F)), Regs.A, 0x0000, 0x80, \"11_0_101\")\n  }\n\n  test(\"run RR r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.A, 0x80)), List((0x0000, 0xCB), (0x0001, 0x1F)), Regs.A, 0x0000, 0xC0, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x01)), List((0x0000, 0xCB), (0x0001, 0x18)), Regs.B, 0x0000, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.C, 0xAA)), List((0x0000, 0xCB), (0x0001, 0x19)), Regs.C, 0x0000, 0x55, \"00_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.D, 0xAA)), List((0x0000, 0xCB), (0x0001, 0x1A)), Regs.D, 0x0000, 0xD5, \"10_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.E, 0x03)), List((0x0000, 0xCB), (0x0001, 0x1B)), Regs.E, 0x0000, 0x01, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.H, 0x03)), List((0x0000, 0xCB), (0x0001, 0x1C)), Regs.H, 0x0000, 0x81, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.L, 0x02)), List((0x0000, 0xCB), (0x0001, 0x1D)), Regs.L, 0x0000, 0x81, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x1E), (0x0101, 0x03)),\n      Regs.NONE, 0x0101, 0x01, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x1E), (0x0202, 0x03)),\n      Regs.NONE, 0x0202, 0x01, \"00_0_001\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x1E), (0x0200, 0x03)),\n      Regs.NONE, 0x0200, 0x81, \"10_0_101\", 4)\n  }\n\n  test(\"run SLA r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0xCB), (0x0001, 0x27)), Regs.A, 0x0000, 0x02, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.B, 0x01)), List((0x0000, 0xCB), (0x0001, 0x20)), Regs.B, 0x0000, 0x02, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.C, 0x55)), List((0x0000, 0xCB), (0x0001, 0x21)), Regs.C, 0x0000, 0xAA, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0xAA)), List((0x0000, 0xCB), (0x0001, 0x22)), Regs.D, 0x0000, 0x54, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.E, 0x00)), List((0x0000, 0xCB), (0x0001, 0x23)), Regs.E, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x80)), List((0x0000, 0xCB), (0x0001, 0x24)), Regs.H, 0x0000, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.L, 0x80)), List((0x0000, 0xCB), (0x0001, 0x25)), Regs.L, 0x0000, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x26), (0x0101, 0x80)),\n      Regs.NONE, 0x0101, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x26), (0x0202, 0x80)),\n      Regs.NONE, 0x0202, 0x00, \"01_0_101\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x26), (0x0200, 0x80)),\n      Regs.NONE, 0x0200, 0x00, \"01_0_101\", 4)\n  }\n\n  test(\"run SRA r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x02)), List((0x0000, 0xCB), (0x0001, 0x2F)), Regs.A, 0x0000, 0x01, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x03)), List((0x0000, 0xCB), (0x0001, 0x28)), Regs.B, 0x0000, 0x01, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.C, 0x01)), List((0x0000, 0xCB), (0x0001, 0x29)), Regs.C, 0x0000, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0x80)), List((0x0000, 0xCB), (0x0001, 0x2A)), Regs.D, 0x0000, 0xC0, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.E, 0x80)), List((0x0000, 0xCB), (0x0001, 0x2B)), Regs.E, 0x0000, 0xC0, \"10_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x81)), List((0x0000, 0xCB), (0x0001, 0x2C)), Regs.H, 0x0000, 0xC0, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x81)), List((0x0000, 0xCB), (0x0001, 0x2D)), Regs.L, 0x0000, 0xC0, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x2E), (0x0101, 0x81)),\n      Regs.NONE, 0x0101, 0xC0, \"10_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x2E), (0x0202, 0x81)),\n      Regs.NONE, 0x0202, 0xC0, \"10_0_101\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x2E), (0x0200, 0x81)),\n      Regs.NONE, 0x0200, 0xC0, \"10_0_101\", 4)\n  }\n\n  test(\"run SRL r\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x02)), List((0x0000, 0xCB), (0x0001, 0x3F)), Regs.A, 0x0000, 0x01, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x03)), List((0x0000, 0xCB), (0x0001, 0x38)), Regs.B, 0x0000, 0x01, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.C, 0x01)), List((0x0000, 0xCB), (0x0001, 0x39)), Regs.C, 0x0000, 0x00, \"01_0_101\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0x80)), List((0x0000, 0xCB), (0x0001, 0x3A)), Regs.D, 0x0000, 0x40, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0xFF), (Regs.E, 0x80)), List((0x0000, 0xCB), (0x0001, 0x3B)), Regs.E, 0x0000, 0x40, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x81)), List((0x0000, 0xCB), (0x0001, 0x3C)), Regs.H, 0x0000, 0x40, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x81)), List((0x0000, 0xCB), (0x0001, 0x3D)), Regs.L, 0x0000, 0x40, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0101)), List((0x0000, 0xCB), (0x0001, 0x3E), (0x0101, 0x81)),\n      Regs.NONE, 0x0101, 0x40, \"00_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD), (0x0001, 0xCB), (0x0002, 0x01), (0x0003, 0x3E), (0x0202, 0x81)),\n      Regs.NONE, 0x0202, 0x40, \"00_0_001\", 4)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0201)), List((0x0000, 0xFD), (0x0001, 0xCB), (0x0002, 0xFF), (0x0003, 0x3E), (0x0200, 0x81)),\n      Regs.NONE, 0x0200, 0x40, \"00_0_001\", 4)\n  }\n\n  test(\"run RLD\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x12),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x34)),\n      Regs.A, 0x0000, 0x13, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x12),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x34)),\n      Regs.NONE, 0x1212, 0x42, \"00_0_000\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.A, 0x87),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x65)),\n      Regs.A, 0x0000, 0x86, \"10_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.A, 0x87),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x65)),\n      Regs.NONE, 0x1212, 0x57, \"10_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x02)),\n      Regs.A, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01),(Regs.HL,0x1212)), List((0x0000, 0xED), (0x0001, 0x6F),(0x1212, 0x02)),\n      Regs.NONE, 0x1212, 0x21, \"01_0_100\", 2)\n  }\n\n  test(\"run RRD\") {\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x12), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0x34)),\n      Regs.A, 0x0000, 0x14, \"00_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x12), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0x34)),\n      Regs.NONE, 0x1313, 0x23, \"00_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.A, 0xAB), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0xCD)),\n      Regs.A, 0x0000, 0xAD, \"10_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.A, 0xAB), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0xCD)),\n      Regs.NONE, 0x1313, 0xBC, \"10_0_001\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x02), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0x30)),\n      Regs.A, 0x0000, 0x00, \"01_0_100\", 2)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x02), (Regs.HL, 0x1313)), List((0x0000, 0xED), (0x0001, 0x67), (0x1313, 0x30)),\n      Regs.NONE, 0x1313, 0x23, \"01_0_100\", 2)\n  }\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Load16Bit.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Load16Bit.scala\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system.{Debugger, RegisterChangeRelative, Regs, SystemChange, Z80System}\n\nobject Load16Bit extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n    val sourceLoc = actualCode.source\n    val value = system.getValueFromLocation(sourceLoc)\n    val destLoc = actualCode.destination\n    val chgList = List(system.putValueToLocation(destLoc, value, isWord = true))\n    val stackChgList = code match {\n      case change: OpStackChange => List(new RegisterChangeRelative(Regs.SP, change.stackChange))\n      case _ => List()\n    }\n    (chgList ++ stackChgList, actualCode.size, actualCode.t)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/Location.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.opcode\n\nimport org.kr.scala.z80.system.RegSymbol\n\n\nabstract class Location(val isWord:Boolean=false) {\n  val label: String\n  val isWordString:String=if(isWord) \"w\" else \"b\"\n}\n\nclass IncorrectLocation(message : String) extends Exception(message)\n\ncase object EmptyLocation extends Location() {\n  override lazy val label:String=\"empty\"\n}\n\ncase class RegisterLocation(register:RegSymbol)\n  extends Location(false) {\n  override lazy val label:String=register.toString\n}\n\ncase class ImmediateLocation(immediate:Int,override val isWord:Boolean=false)\n  extends Location(isWord) {\n  override lazy val label:String=f\"$immediate$isWordString\"\n}\n\ncase class IndirectAddrLocation(offsetPC:Int, override val isWord:Boolean=false)\n  extends Location(isWord) {\n  override lazy val label:String=f\"(PC+0x$offsetPC%02X)$isWordString\"\n}\n\ncase class RegisterAddrLocation(addressReg:RegSymbol, override val isWord:Boolean=false)\n  extends Location(isWord) {\n  override lazy val label:String=f\"(${addressReg.toString})\"\n}\n\ncase class RegisterAddrDirOffsetLocation(addressReg:RegSymbol, directOffset:Int, override val isWord:Boolean=false)\n  extends Location(isWord) {\n  override lazy val label:String=f\"(${addressReg.toString}+0x$directOffset%02X)$isWordString\"\n}\n\ncase class RegisterAddrIndirOffsetLocation(addressReg:RegSymbol, indirectOffset2Compl:Int, override val isWord:Boolean=false)\n  extends Location(isWord) {\n  override lazy val label:String=f\"(${addressReg.toString}+d)\"\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpBasicTest.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{StateWatcher, Debugger, DummyDebugger, Regs, Z80System}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpBasicTest extends AnyFunSuite {\n  implicit val debugger:Debugger=DummyDebugger\n\n  \/\/ TEST NOP\n  test(\"run NOP and move PC\") {\n    \/\/given\n    val sys1=StateWatcher[Z80System](Z80System.blank)\n    \/\/when\n    val sys2=sys1 >>== Z80System.run(debugger)(1000L)\n    \/\/then\n    assert(sys2.get.register(Regs.PC)==1000)\n  }\n\n  test(\"run NOP with memory overflow\") {\n    \/\/given\n    val sys1=Z80System.blank.changeRegister(Regs.PC,65534)\n    \/\/when\n    val sys2=StateWatcher(sys1) >>== Z80System.run(debugger)(3L)\n    \/\/then\n    assert(sys2.get.register(Regs.PC)==1)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpJumpCallReturnTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.opcode.OpCode\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, Regs}\nimport org.kr.scala.z80.utils.{AnyInt, IntValue}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpJumpCallReturnTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"run JP nn\/cc,nn\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xC3),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0xFF)),List((0,0xC3),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"11_1_111\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xDA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xD2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x01)),List((0,0xDA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_001\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x01)),List((0,0xD2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_001\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xCA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xC2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x40)),List((0,0xCA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"01_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x40)),List((0,0xC2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"01_0_000\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xEA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xE2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x04)),List((0,0xEA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_100\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x04)),List((0,0xE2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_100\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xFA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",3)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0xF2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x80)),List((0,0xFA),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"10_0_000\",0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x80)),List((0,0xF2),(1,0x20),(2,0x10)),Regs.NONE,AnyInt,AnyInt,\"10_0_000\",3)\n  }\n\n  test(\"run JP (HL\/IX\/IY\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.HL,0x1234)),List((0,0xE9)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1234)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0xFF),(Regs.HL,0x1234)),List((0,0xE9)),Regs.NONE,AnyInt,AnyInt,\"11_1_111\",0x1234)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.IX,0x1234)),List((0,0xDD),(1,0xE9)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1234)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0xFF),(Regs.IX,0x1234)),List((0,0xDD),(1,0xE9)),Regs.NONE,AnyInt,AnyInt,\"11_1_111\",0x1234)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.IY,0x1234)),List((0,0xFD),(1,0xE9)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1234)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0xFF),(Regs.IY,0x1234)),List((0,0xFD),(1,0xE9)),Regs.NONE,AnyInt,AnyInt,\"11_1_111\",0x1234)\n  }\n\n  test(\"run JR f,e\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0x18),(1,0x03)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",5)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0xFF)),List((0,0x18),(1,0x03)),Regs.NONE,AnyInt,AnyInt,\"11_1_111\",5)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0x38),(1,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0x30),(1,0x80)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0xFF82)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0x30),(1,0x7F)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x0081)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00)),List((0,0x30),(1,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0xFFFF)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x01)),List((0,0x38),(1,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_001\",0xFFFF)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x01)),List((0,0x30),(1,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_001\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x28),(0x1001,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1002)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0xFD)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x0FFF)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0x80)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x0F82)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0x00)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1002)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0x01)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1003)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x00),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0x7F)),Regs.NONE,AnyInt,AnyInt,\"00_0_000\",0x1081)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x40),(Regs.PC,0x1000)),List((0x1000,0x28),(0x1001,0xFD)),Regs.NONE,AnyInt,AnyInt,\"01_0_000\",0x0FFF)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F,0x40),(Regs.PC,0x1000)),List((0x1000,0x20),(0x1001,0xFD)),Regs.NONE,AnyInt,AnyInt,\"01_0_000\",0x1002)\n  }\n\n  test(\"run CALL nn\/cc,nn\") {\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCD), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_000\", 0x1020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCD), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"11_1_111\", 0x1020)\n\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xDC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_000\", 0x0105)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xD4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP,0x0FFE, 0x0FFE, 0x0105, \"00_0_000\", 0x1020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x01), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xDC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_001\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x01), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xD4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_001\", 0x0105)\n\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_000\", 0x0105)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xC4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_000\", 0x1020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x40), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"01_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x40), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xC4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt, IntValue(0x1000), \"01_0_000\", 0x0105)\n\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xEC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_000\", 0x0105)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xE4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_000\", 0x1020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x04), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xEC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_100\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x04), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xE4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_100\", 0x0105)\n\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xFC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"00_0_000\", 0x0105)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xF4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"00_0_000\", 0x1020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x80), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xFC), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0105, \"10_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x80), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xF4), (0x0103, 0x20), (0x0104, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x1000), \"10_0_000\", 0x0105)\n  }\n\n  test(\"run RET cc\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xC9), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x0100)), List((0x0000, 0xC9), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"11_1_111\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xD8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xD0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x01), (Regs.SP, 0x0100)), List((0x0000, 0xD8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_001\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x01), (Regs.SP, 0x0100)), List((0x0000, 0xD0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xC8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xC0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x40), (Regs.SP, 0x0100)), List((0x0000, 0xC8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"01_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x40), (Regs.SP, 0x0100)), List((0x0000, 0xC0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"01_0_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xE8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xE0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x04), (Regs.SP, 0x0100)), List((0x0000, 0xE8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_100\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x04), (Regs.SP, 0x0100)), List((0x0000, 0xE0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_100\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xF8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xF0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x80), (Regs.SP, 0x0100)), List((0x0000, 0xF8), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"10_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x80), (Regs.SP, 0x0100)), List((0x0000, 0xF0), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0100), \"10_0_000\")\n\n  }\n\n  test(\"run RETI\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x0100)), List((0x0000, 0xED),(0x0001, 0x4D), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"00_0_000\", 0x1020)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x0100)), List((0x0000, 0xED),(0x0001, 0x4D), (0x0100, 0x20), (0x0101, 0x10)),\n      Regs.SP, AnyInt,IntValue(0x0102), \"11_1_111\", 0x1020)\n  }\n\n  test(\"run RST\") {\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xC7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0000)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xC7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0000)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0008)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xCF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0008)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xD7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0010)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xD7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0010)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xDF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0018)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xDF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0018)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xE7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xE7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0020)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xEF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0028)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xEF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0028)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xF7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0030)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xF7)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0030)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0x00), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xFF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"00_0_000\", 0x0038)\n    TestUtils.testRegAndAddrWordWithFlags(List((Regs.F, 0xFF), (Regs.SP, 0x1000), (Regs.PC, 0x0102)), List((0x0102, 0xFF)),\n      Regs.SP, 0x0FFE, 0x0FFE, 0x0103, \"11_1_111\", 0x0038)\n  }\n\n  test(\"run DJNZ\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0x01), (Regs.PC, 0x0100)), List((0x0100, 0x10), (0x0101, 0xFD)),\n      Regs.B, AnyInt,IntValue(0x00), \"00_0_000\", 0x0102)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0x02), (Regs.PC, 0x0100)), List((0x0100, 0x10), (0x0101, 0xFD)),\n      Regs.B, AnyInt,IntValue(0x01), \"00_0_000\", 0x00FF)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.B, 0x00), (Regs.PC, 0x0100)), List((0x0100, 0x10), (0x0101, 0xFD)),\n      Regs.B, AnyInt, IntValue(0xFF), \"00_0_000\", 0x00FF)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Load8Bit.scala","text":"package org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{OpCode, OpCodeDestLocation, OpCodeSize, OpCodeSourceLocation, _}\nimport org.kr.scala.z80.system.{Debugger, SystemChange, Z80System}\n\nobject Load8Bit extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n    val value = system.getValueFromLocation(actualCode.source)\n    (List(system.putValueToLocation(actualCode.destination, value)), actualCode.size, actualCode.t)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Arithmetic16Bit.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system.{Debugger, Flag, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.{IntValue, OptionInt, Z80Utils}\n\nobject Arithmetic16Bit extends OpCodeHandler {\n  \/\/ Z80 manual page 52\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeArithmetic16b with OpCodeSourceLocation with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n    val oper = actualCode.operation\n    val sourceLoc = actualCode.source\n    val destLoc = actualCode.destination\n\n    val calcInput = ArithmeticOpInput(\n      system.getValueFromLocation(destLoc),\n      IntValue(system.getValueFromLocation(sourceLoc)),\n      system.getFlags)\n\n    val (result, flags) = oper.calcAll(calcInput)\n    val chgList = List(system.putValueToLocation(destLoc, result.valueOut), new RegisterChange(Regs.F,flags()))\n\n    (chgList, actualCode.size, actualCode.t)\n  }\n}\n\n\nobject Add16b extends ArithmeticOperation with ArithmeticCalculatorWord\n  with FlagHCarryWord with FlagNReset with FlagCCarry {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + input.operand())\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawWordTo2Compl(input.value) + Z80Utils.rawWordTo2Compl(input.operand()))\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((input.value & 0x0FFF) + (input.operand() & 0x0FFF))\n}\n\nobject AddC16b extends ArithmeticOperation with ArithmeticCalculatorWord\n  with FlagSSignWord with FlagZZero with FlagHCarryWord with FlagPOverflowWord with FlagNReset with FlagCCarry {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + input.operand() + input.flags.flagValue(Flag.C))\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawWordTo2Compl(input.value) + Z80Utils.rawWordTo2Compl(input.operand()) + input.flags.flagValue(Flag.C))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0FFF) + (input.operand() & 0x0FFF) + input.flags.flagValue(Flag.C))\n}\n\nobject SubC16b extends ArithmeticOperation with ArithmeticCalculatorWord\n  with FlagSSignWord with FlagZZero with FlagHBorrow with FlagPOverflowWord with FlagNSet with FlagCBorrow {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - input.operand() - input.flags.flagValue(Flag.C))\n  override def calcSigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(Z80Utils.rawWordTo2Compl(input.value) - Z80Utils.rawWordTo2Compl(input.operand()) - input.flags.flagValue(Flag.C))\n  override def calcAux(input: ArithmeticOpInput): OptionInt =\n    IntValue((input.value & 0x0FFF) - (input.operand() & 0x0FFF) - input.flags.flagValue(Flag.C))\n}\n\nobject Inc16b extends ArithmeticOperation with ArithmeticCalculatorWord {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value + 1)\n  override def calcSigned(input: ArithmeticOpInput): OptionInt = IntValue(Z80Utils.rawWordTo2Compl(input.value) + 1)\n}\n\nobject Dec16b extends ArithmeticOperation with ArithmeticCalculatorWord {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(input.value - 1)\n  override def calcSigned(input: ArithmeticOpInput): OptionInt = IntValue(Z80Utils.rawWordTo2Compl(input.value) - 1)\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/Memory.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/system\/Memory.scala\npackage org.kr.scala.z80.system\n\nimport org.kr.scala.z80.utils.Z80Utils\n\nimport scala.annotation.tailrec\n\nclass Memory(val mem: Vector[Int], val size:Int, val lock:Int=0) {\n  def apply(address:Int):Int=mem(address)\n  def apply(address:Int,offset:Int):Int=mem(Z80Utils.add16bit(address,offset))\n  def poke(address:Int, value:Int):Memory=\n    if(address>=lock) replaceSingle(address,value)\n    else this\n  def pokeW(address:Int, value:Int):Memory= pokeMulti(address,Vector(Z80Utils.getL(value),Z80Utils.getH(value)))\n\n  def pokeMulti(address:Int, values:Vector[Int]):Memory= {\n    if(values.isEmpty || address+values.size<lock) this\n    else {\n      val startAddress = unlockedAddress(address)\n      val (endAddressExcl, overflow:Boolean) = addressInRangeOrOverflow(address+values.size)\n      val startElement = startAddress - address\n      val endElementExcl = startElement + endAddressExcl - startAddress\n      val valuesToReplace = sliceInRange(values,startElement,endElementExcl)\n\n      val newMem=replaceMulti(startAddress, valuesToReplace)\n      if(overflow) newMem.pokeMulti(0,values.slice(endElementExcl,values.size))\n      else newMem\n    }\n  }\n\n  private def unlockedAddress(address:Int):Int=if (address < lock) lock else address\n  private def addressInRangeOrOverflow(address:Int):(Int,Boolean)=\n    if (address > size) (size, true) else (address, false)\n  private def sliceInRange(values:Vector[Int], start:Int, endExcl:Int):Vector[Int]=\n    if(start==0 && endExcl==values.size) values\n    else values.slice(start, endExcl)\n\n\n  def loadHexLine(loader:HexLineLoader):Memory=pokeMulti(loader.address,loader.values)\n  def loadHexLine(line:String):Memory= loadHexLine(new HexLineLoader(line))\n  def loadHexLines(lines:List[String]):Memory= lines.foldLeft(this)((mem,line)=>mem.loadHexLine(line))\n  def lockTo(upperAddressExcl: Int): Memory = new Memory(mem,size,upperAddressExcl)\n\n  private def replaceSingle(address:Int,value:Int):Memory=\n    new Memory((mem.slice(0,address) :+ value) ++ mem.slice(address+1,size),size,lock)\n  private def replaceMulti(address:Int,values:Vector[Int]):Memory=\n    new Memory(mem.slice(0,address) ++ values ++ mem.slice(address+values.size,size),size,lock)\n\n}\n\nobject Memory {\n  def blank(size:Int):Memory=new Memory(fillZero(Vector(),size),size)\n  def preloaded(initial:Vector[Int],size:Int):Memory= {\n    new Memory(initial++fillZero(Vector(),size-initial.size),size)\n  }\n\n  @tailrec\n  def fillZero(memory: Vector[Int], noLeft: Int): Vector[Int] =\n    noLeft match {\n      case 0 => memory\n      case _ => fillZero(memory :+ 0.toShort,noLeft-1)\n    }\n\n  \/\/ functions changing state (Memory=>Memory)\n  def poke: (Int, Int) => Memory => Memory = (address, value) => memory => memory.poke(address, value)\n  def pokeW: (Int, Int) => Memory => Memory = (address, value) => memory => memory.pokeW(address, value)\n  def pokeMulti: (Int, Vector[Int]) => Memory => Memory = (address, values) => memory => memory.pokeMulti(address, values)\n  def loadHexLine:String => Memory => Memory = line => memory => memory.loadHexLine(line)\n  def loadHexLines:List[String] => Memory => Memory = lines => memory => memory.loadHexLines(lines)\n  def lockTo: Int => Memory => Memory = upperAddressExcl => memory => memory.lockTo(upperAddressExcl)\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpLoad8BitTypeTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{ConsoleDebugger, Debugger, DummyDebugger, Regs}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpLoad8BitTypeTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"run LD B,0xFE\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List(),List((0,0x06),(1,0xFE))) \/\/LD H,0xFE\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==2)\n    assert(sysTest.get.register(Regs.B)==0xFE)\n  }\n\n  test(\"run LD H,0xFF | LD A,H\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List(),\n      List((0,0x26),(1,0xFF), \/\/LD H,0xFE\n        (2,0x7C)),2) \/\/ LD A, H\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==3)\n    assert(sysTest.get.register(Regs.A)==0xFF)\n    assert(sysTest.get.register(Regs.H)==0xFF)\n  }\n\n  test(\"run LD C,(HL)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.H,0x01),(Regs.L,0x02)),\n      List((0,0x4E), \/\/LD C,(HL)\n        (0x0102,0xFE)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==1)\n    assert(sysTest.get.register(Regs.C)==0xFE)\n  }\n\n  test(\"run LD (HL),E\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.H,0x01),(Regs.L,0x02),(Regs.E,0xFF)),\n      List((0,0x73) \/\/LD (HL),E\n        ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==1)\n    assert(sysTest.get.memory(0x0102)==0xFF)\n  }\n\n  test(\"run LD r,(IX+d) | LD r,(IY+d)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IX,0x0101),(Regs.IY,0x0109)),\n      List((0,0xDD),(1,0x56),(2,0x05), \/\/LD D,(IX+5)\n        (3,0xFD),(4,0x5E),(5,0xFE), \/\/LD E,(IY-2)\n        (0x0106,0xFF),(0x0107,0xFE)),2)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==6)\n    assert(sysTest.get.register(Regs.D)==0xFF)\n    assert(sysTest.get.register(Regs.E)==0xFE)\n  }\n\n  test(\"run LD (IX+d),r | LD (IY+d),r\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IX,0x0100),(Regs.IY,0x0109),(Regs.A,0x01),(Regs.B,0x02)),\n      List((0,0xDD),(1,0x77),(2,0x03), \/\/LD (IX+3),A\n        (3,0xFD),(4,0x70),(5,0xFC) \/\/LD (IY-4),B\n      ),2)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==6)\n    assert(sysTest.get.memory(0x0103)==0x01)\n    assert(sysTest.get.memory(0x0105)==0x02)\n  }\n\n  test(\"run LD (HL),n\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.H,0x01),(Regs.L,0x02)),\n      List((0,0x36),(1,0xFF),\/\/LD (HL),0xFF\n        ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==2)\n    assert(sysTest.get.register(Regs.H)==1)\n    assert(sysTest.get.register(Regs.L)==2)\n    assert(sysTest.get.memory(0x0102)==0xFF)\n  }\n\n  test(\"run LD (IX+d),n | LD (IY+d),n\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IX,0x0104),(Regs.IY,0x0101)),\n      List((0,0xDD),(1,0x36),(2,0xFE),(3,0xFF), \/\/LD (IX-2),0xFF\n        (4,0xFD),(5,0x36),(6,0x03),(7,0xFE), \/\/LD (IY+3),0xFE\n        ),2)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC)==8)\n    assert(sysTest.get.memory(0x0102)==0xFF)\n    assert(sysTest.get.memory(0x0104)==0xFE)\n  }\n\n  test(\"run LD A,(BC)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.B, 0x01),(Regs.C, 0x02)),\n      List((0, 0x0A),\/\/LD A,(BC)\n        (0x0102,0xFE)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.A) == 0xFE)\n  }\n\n  test(\"run LD A,(DE)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.D, 0x01),(Regs.E, 0x03)),\n      List((0, 0x1A), \/\/LD A,(DE)\n        (0x0103,0xFD)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.A) == 0xFD)\n  }\n\n  test(\"run LD (BC),A\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.B, 0x01),(Regs.C, 0x02),(Regs.A, 0xFF)),\n      List((0, 0x02) \/\/LD (BC),A\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.memory(0x0102) == 0xFF)\n  }\n\n  test(\"run LD (DE),A\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.D, 0x02),(Regs.E, 0x03),(Regs.A, 0xFE)),\n      List((0, 0x12) \/\/LD (DE),A\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.memory(0x0203) == 0xFE)\n  }\n\n  test(\"run LD A,(nn)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List(),\n      List((0,0x3A),(1,0x02),(2,0x01), \/\/LD A,(nn)\n        (0x0102, 0xFE)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 3)\n    assert(sysTest.get.register(Regs.A) == 0xFE)\n  }\n\n  test(\"run LD (nn),A\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.A, 0xFF)),\n      List((0, 0x32),(1,0x02),(2,0x01) \/\/LD (nn),A\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 3)\n    assert(sysTest.get.memory(0x0102) == 0xFF)\n  }\n\n  test(\"run LD A,I\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.I, 0xFF)),\n      List((0,0xED),(1,0x57) \/\/LD A,I\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.A) == 0xFF)\n  }\n\n  test(\"run LD A,R\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.R, 0xFE)),\n      List((0,0xED),(1,0x5F) \/\/LD A,R\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.A) == 0xFE)\n  }\n\n  test(\"run LD I,A\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.A, 0xFD)),\n      List((0,0xED),(1,0x47) \/\/LD I,A\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.I) == 0xFD)\n  }\n\n  test(\"run LD R,A\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.A, 0xFC)),\n      List((0,0xED),(1,0x4F) \/\/LD R,A\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.R) == 0xFC)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/OpCodeHandler.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.OpCode\nimport org.kr.scala.z80.system.{Debugger, SystemChange, Z80System}\n\ntrait OpCodeHandler {\n  def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int)\n  def castType[T<:OpCode](code:OpCode):T=code.asInstanceOf[T]\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/RotateDigit.scala","text":"<filename>src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/RotateDigit.scala\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system.{Debugger, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.{IntValue, OptionInt}\n\nobject RotateDigit extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    \/\/http:\/\/www.z80.info\/z80sflag.htm\n    val actualCode=castType[OpCode with OpCodeRotateDigit with OpCodeDestLocation with OpCodeSize with OpCodeTCycles](code)\n\n    val loc = actualCode.destination\n    val oper = actualCode.operation\n\n    \/\/ input: value -> accumulator, operand -> location\n    \/\/ output: valueOut -> accumulator, valueAux -> location\n    val (result, newF) = oper.calcAll(\n      ArithmeticOpInput(system.getRegValue(Regs.A),\n        IntValue(system.getValueFromLocation(loc)),\n        system.getFlags))\n    val change = List(\n      new RegisterChange(Regs.A, result.valueOut),\n      system.putValueToLocation(loc, result.valueAux()),\n      new RegisterChange(Regs.F, newF()))\n\n    (change, actualCode.size, actualCode.t)\n  }\n}\n\nclass RotateDigitBase extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHReset with FlagPParity with FlagNReset {\n\n  def unchangedDigit1A(input:ArithmeticOpInput):Int = input.value & 0xF0\n  def digit2A(input:ArithmeticOpInput):Int = input.value & 0x0F\n  def digit1R(input:ArithmeticOpInput):Int = (input.operand() & 0xF0) >> 4\n  def digit2R(input:ArithmeticOpInput):Int = input.operand() & 0x0F\n}\n\nobject RotateDL extends RotateDigitBase {\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((digit2R(input) << 4) + digit2A(input))\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(unchangedDigit1A(input) + digit1R(input))\n}\n\nobject RotateDR extends RotateDigitBase {\n  override def calcAux(input: ArithmeticOpInput): OptionInt = IntValue((digit2A(input) << 4) + digit1R(input))\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue(unchangedDigit1A(input) + digit2R(input))\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Exchange.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{OpCode, OpCodeExchangeLocation, OpCodeSize, OpCodeTCycles, RegisterAddrLocation}\nimport org.kr.scala.z80.system.{Debugger, MemoryChangeWord, RegSymbol, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.IntValue\n\nclass ExchangeLocationBase(val reg1: RegSymbol, val reg2: RegSymbol)\n\nobject ExchangeLocationBase {\n  val empty: ExchangeLocationBase = new ExchangeLocationBase(Regs.NONE, Regs.NONE)\n}\n\nclass ExchangeLocation(override val reg1:RegSymbol,override val reg2: RegSymbol) extends ExchangeLocationBase(reg1,reg2)\nclass ExchangeLocationIndirect(override val reg1:RegSymbol,override val reg2: RegSymbol) extends ExchangeLocationBase(reg1,reg2)\n\nobject Exchange extends OpCodeHandler {\n  override def handle(code:OpCode)(implicit system:Z80System, debugger:Debugger):(List[SystemChange],Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeExchangeLocation with OpCodeSize with OpCodeTCycles](code)\n    val exchangeLocList=actualCode.exchange\n\n    val chgList=exchangeLocList.flatMap(entry=>{\n      entry match {\n        case loc : ExchangeLocation =>\n          List(new RegisterChange(loc.reg1,system.getRegValue(entry.reg2)),\n            new RegisterChange(loc.reg2,system.getRegValue(entry.reg1)))\n        case loc : ExchangeLocationIndirect =>\n          val addressLoc1=system.getRegValue(loc.reg1)\n          val memLoc1=system.getValueFromLocation(RegisterAddrLocation(loc.reg1,isWord=true))\n          List(new MemoryChangeWord(addressLoc1,system.getRegValue(loc.reg2)),\n            new RegisterChange(loc.reg2,memLoc1))\n      }\n    })\n    (chgList,actualCode.size,actualCode.t)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpLoad16BitTypeTest.scala","text":"<filename>src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpLoad16BitTypeTest.scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{ConsoleDebugger, Debugger, DummyDebugger, Regs}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpLoad16BitTypeTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"run LD dd,nn\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.H,0x01),(Regs.L,0x02)),\n      List((0,0x01),(1,0x01),(2,0x02), \/\/LD BC,nn\n        (3,0x11),(4,0x03),(5,0x04), \/\/LD DE,nn\n        (6,0x21),(7,0x05),(8,0x06), \/\/LD HL,nn\n        (9,0x31),(10,0x07),(11,0x08), \/\/LD SP,nn\n        (12,0xDD),(13,0x21),(14,0x09),(15,0x0A), \/\/LD IX,nn\n        (16,0xFD),(17,0x21),(18,0x0B),(19,0x0C), \/\/LD IY,nn\n        ),6)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 20)\n    assert(sysTest.get.register(Regs.B) == 2)\n    assert(sysTest.get.register(Regs.C) == 1)\n    assert(sysTest.get.register(Regs.D) == 4)\n    assert(sysTest.get.register(Regs.E) == 3)\n    assert(sysTest.get.register(Regs.H) == 6)\n    assert(sysTest.get.register(Regs.L) == 5)\n    assert(sysTest.get.register(Regs.SP) == 0x0807)\n    assert(sysTest.get.register(Regs.IX) == 0x0A09)\n    assert(sysTest.get.register(Regs.IY) == 0x0C0B)\n  }\n\n  test(\"run LD dd,(nn)\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List(),\n      List((0,0xED),(1,0x4B),(2,0x01),(3,0x02), \/\/LD BC,(nn)\n        (4,0xED),(5,0x5B),(6,0x03),(7,0x04), \/\/LD DE,(nn)\n        (8,0x2A),(9,0x05),(10,0x06), \/\/LD HL,(nn)\n        (11,0xED),(12,0x7B),(13,0x07),(14,0x08), \/\/LD SP,(nn)\n        (15,0xDD),(16,0x2A),(17,0x09),(18,0x0A), \/\/LD IX,(nn)\n        (19,0xFD),(20,0x2A),(21,0x0B),(22,0x0C), \/\/LD IY,(nn)\n        (0x0201,0x10),(0x0202,0x11),\n        (0x0403,0x12),(0x0404,0x13),\n        (0x0605,0x14),(0x0606,0x15),\n        (0x0807,0x16),(0x0808,0x17),\n        (0x0A09,0x18),(0x0A0A,0x19),\n        (0x0C0B,0x1A),(0x0C0C,0x1B)\n      ),6)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 23)\n    assert(sysTest.get.register(Regs.B) == 0x11)\n    assert(sysTest.get.register(Regs.C) == 0x10)\n    assert(sysTest.get.register(Regs.D) == 0x13)\n    assert(sysTest.get.register(Regs.E) == 0x12)\n    assert(sysTest.get.register(Regs.H) == 0x15)\n    assert(sysTest.get.register(Regs.L) == 0x14)\n    assert(sysTest.get.register(Regs.SP) == 0x1716)\n    assert(sysTest.get.register(Regs.IX) == 0x1918)\n    assert(sysTest.get.register(Regs.IY) == 0x1B1A)\n  }\n\n  test(\"run LD SP,HL\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.H,0x01),(Regs.L,0x02)),\n      List((0,0xF9)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.SP) == 0x0102)\n  }\n\n  test(\"run LD SP,IX\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IX,0x0304)),\n      List((0,0xDD),(1,0xF9)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IX) == 0x0304)\n  }\n\n  test(\"run LD SP,IY\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IY,0x0405)),\n      List((0,0xFD),(1,0xF9)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IY) == 0x0405)\n  }\n\n  test(\"run POP AF\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xF1),(0x0102,0xF1),(0x0103,0xF2)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.A) == 0xF2)\n    assert(sysTest.get.register(Regs.F) == 0xF1)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run POP BC\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xC1),(0x0102,0xF3),(0x0103,0xF4)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.B) == 0xF4)\n    assert(sysTest.get.register(Regs.C) == 0xF3)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run POP DE\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xD1),(0x0102,0xF5),(0x0103,0xF6)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.D) == 0xF6)\n    assert(sysTest.get.register(Regs.E) == 0xF5)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run POP HL\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xE1),(0x0102,0xF7),(0x0103,0xF8)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.H) == 0xF8)\n    assert(sysTest.get.register(Regs.L) == 0xF7)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run POP IX\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xDD),(1,0xE1),(0x0102,0xF9),(0x0103,0xFA)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IX) == 0xFAF9)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run POP IY\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0102)),\n      List((0,0xFD),(1,0xE1),(0x0102,0xFB),(0x0103,0xFC)))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IY) == 0xFCFB)\n    assert(sysTest.get.register(Regs.SP) == 0x0104)\n  }\n\n  test(\"run LD (nn),dd\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.B,0x11),(Regs.C,0x12),(Regs.D,0x13),(Regs.E,0x14),(Regs.H,0x15),(Regs.L,0x16),\n      (Regs.SP,0x1817),(Regs.IX,0x1A19),(Regs.IY,0x1C1B)),\n      List((0,0xED),(1,0x43),(2,0x02),(3,0x01),\n        (4,0xED),(5,0x53),(6,0x04),(7,0x03),\n        (8,0x22),(9,0x06),(10,0x05),\n        (11,0xED),(12,0x73),(13,0x08),(14,0x07),\n        (15,0xDD),(16,0x22),(17,0x0A),(18,0x09),\n        (19,0xFD),(20,0x22),(21,0x0C),(22,0x0B)\n      ),6)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 23)\n    assert(sysTest.get.memory(0x0102) == 0x12)\n    assert(sysTest.get.memory(0x0103) == 0x11)\n    assert(sysTest.get.memory(0x0304) == 0x14)\n    assert(sysTest.get.memory(0x0305) == 0x13)\n    assert(sysTest.get.memory(0x0506) == 0x16)\n    assert(sysTest.get.memory(0x0507) == 0x15)\n    assert(sysTest.get.memory(0x0708) == 0x17)\n    assert(sysTest.get.memory(0x0709) == 0x18)\n    assert(sysTest.get.memory(0x090A) == 0x19)\n    assert(sysTest.get.memory(0x090B) == 0x1A)\n    assert(sysTest.get.memory(0x0B0C) == 0x1B)\n    assert(sysTest.get.memory(0x0B0D) == 0x1C)\n  }\n\n  test(\"run PUSH qq\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.SP,0x0100),\n      (Regs.A,0x02),(Regs.F,0x03),(Regs.B,0x04),(Regs.C,0x05),(Regs.D,0x06),(Regs.E,0x07),\n      (Regs.H,0x08),(Regs.L,0x09),(Regs.IX,0x0A0B),(Regs.IY,0x00C0D)),\n      List((0,0xF5), \/\/ PUSH AF\n        (1,0xC5), \/\/ PUSH BC\n        (2,0xD5), \/\/ PUSH DE\n        (3,0xE5), \/\/ PUSH HL\n        (4,0xDD),(5,0xE5), \/\/ PUSH IX\n        (6,0xFD),(7,0xE5) \/\/ PUSH IY\n      ),6)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 8)\n    assert(sysTest.get.memory(0x00FF) == 0x02)\n    assert(sysTest.get.memory(0x00FE) == 0x03)\n    assert(sysTest.get.memory(0x00FD) == 0x04)\n    assert(sysTest.get.memory(0x00FC) == 0x05)\n    assert(sysTest.get.memory(0x00FB) == 0x06)\n    assert(sysTest.get.memory(0x00FA) == 0x07)\n    assert(sysTest.get.memory(0x00F9) == 0x08)\n    assert(sysTest.get.memory(0x00F8) == 0x09)\n    assert(sysTest.get.memory(0x00F7) == 0x0A)\n    assert(sysTest.get.memory(0x00F6) == 0x0B)\n    assert(sysTest.get.memory(0x00F5) == 0x0C)\n    assert(sysTest.get.memory(0x00F4) == 0x0D)\n    assert(sysTest.get.register(Regs.SP) == 0x00F4)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/HexLineLoader.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.system\n\nclass HexLineLoader(val line: String) {\n  val lineType:Int=HexStr(line.substring(7,9)).int\n  val bytes:Int=if(isEndLine) 0 else HexStr(line.substring(1,3)).int\n  val address:Int=if(isEndLine) 0 else HexStr(line.substring(3,7)).int\n  val values:Vector[Int]= {\n    Vector() ++\n      (if(isEndLine) Vector()\n      else\n        line\n          .substring(9,9+bytes*2)\n          .grouped(2)\n          .map(str=>HexStr(str).int))\n    \/\/val substr=line.substring(9,9+bytes*2)\n    \/\/val groups=substr.grouped(2)\n    \/\/val mapped=groups.map(str=>Integer.parseInt(str,16))\n  }\n  lazy val isEndLine:Boolean= lineType==1\n}\n\ncase class HexStr(str:String) {\n  val int:Int=Integer.parseInt(str,16)\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/InputFileTest.scala","text":"package org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{StateWatcher, Debugger, DummyDebugger, InputFile, InputPortConstant, InputPortMultiple, InputPortSequential, InputPortSingle}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass InputFileTest extends AnyFunSuite{\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"input from blank input file\") {\n    \/\/given\n    val inC=StateWatcher[InputFile](InputFile.blank)\n    \/\/when\n    \/\/then\n    assert(inC.get.read(0xFF)==0)\n    assert(inC.get.read(0x00)==0)\n  }\n\n  test(\"input from constant input file\") {\n    \/\/given\n    val inC=StateWatcher[InputFile](InputFile.blank) >>== InputFile.attachPort(0x10,new InputPortConstant(0xAA))\n    \/\/when\n    val inCAfter=inC >>== InputFile.refreshPort(0x10)\n    \/\/then\n    assert(inC.get.read(0x10)==0xAA)\n    assert(inCAfter.get.read(0x10)==0xAA)\n  }\n\n  test(\"input from sequential input file\") {\n    \/\/given\n    val inC=StateWatcher[InputFile](InputFile.blank) >>== InputFile.attachPort(0x33,new InputPortSequential(0xBB,3,0,0x11))\n    \/\/when\n    val inCAfter1=inC >>== InputFile.refreshPort(0x33)\n    val inCAfter2=inCAfter1 >>== InputFile.refreshPort(0x33)\n    val inCAfter3=inCAfter2 >>== InputFile.refreshPort(0x33)\n    val inCAfter4=inCAfter3 >>== InputFile.refreshPort(0x33)\n    \/\/then\n    assert(inC.get.read(0x33)==0xBB)\n    assert(inCAfter1.get.read(0x33)==0x11)\n    assert(inCAfter2.get.read(0x33)==0x11)\n    assert(inCAfter3.get.read(0x33)==0xBB)\n    assert(inCAfter4.get.read(0x33)==0x11)\n  }\n\n  test(\"input from single-value input file\") {\n    \/\/given\n    val inC=StateWatcher[InputFile](InputFile.blank) >>== InputFile.attachPort(0x41,new InputPortSingle(0xCC,0x22))\n    \/\/when\n    val inCAfter1=inC >>== InputFile.refreshPort(0x41)\n    val inCAfter2=inCAfter1 >>== InputFile.refreshPort(0x41)\n    \/\/then\n    assert(inC.get.read(0x41)==0xCC)\n    assert(inCAfter1.get.read(0x41)==0x22)\n    assert(inCAfter2.get.read(0x41)==0x22)\n  }\n\n  test(\"input from multi-value input file\") {\n    \/\/given\n    val inC=StateWatcher[InputFile](InputFile.blank) >>== InputFile.attachPort(0x52,new InputPortMultiple(List(0x01,0x02,0x03),0xFF))\n    \/\/when\n    val inCAfter1=inC >>== InputFile.refreshPort(0x52)\n    val inCAfter2=inCAfter1 >>== InputFile.refreshPort(0x52)\n    val inCAfter3=inCAfter2 >>== InputFile.refreshPort(0x52)\n    \/\/then\n    assert(inC.get.read(0x52)==0x01)\n    assert(inCAfter1.get.read(0x52)==0x02)\n    assert(inCAfter2.get.read(0x52)==0x03)\n    assert(inCAfter3.get.read(0x52)==0xFF)\n  }\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/OpCode.scala","text":"package org.kr.scala.z80.opcode\n\nimport org.kr.scala.z80.opcode.handler.{FlagJumpCondition, JumpConditionBase}\nimport org.kr.scala.z80.system.{Flag, Regs}\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt}\n\ncase class OpCode(main:Int,supp:OptionInt=AnyInt,supp2:OptionInt=AnyInt) {\n  \/* OpCode format:\n  1    2      3   4  - bytes in memory starting with PC\n  main (supp) (d) (supp2)\n  main - primary OpCode for 1-byte opcodes (1st byte of any operation)\n  supp - supplementary OpCode for 2-byte opcodes (2nd byte)\n  d - offset for opcodes using indexed notation (IX\/IY+d) (3rd byte)\n  supp2 - second supplementary OpCode for 4-byte opcodes (some IX+d\/IY+d) (4th byte)\n   *\/\n  override def toString: String =\n    f\"OpCode(${OpCode.num2hex(main)}${if(supp!=AnyInt) \",\"+OpCode.num2hex(supp()) else \"\"}${if(supp2!=AnyInt) \",\"+OpCode.num2hex(supp2()) else \"\"})\"\n\n  def replaceCode(codeNo:Int,value:Int):OpCode=\n    codeNo match {\n      case 1 => OpCode(value,supp,supp2)\n      case 2 => OpCode(main,IntValue(value),supp2)\n      case 3 => OpCode(main,supp,IntValue(value))\n    }\n\n  lazy val numberOfCodes:Int= {\n    (supp,supp2) match {\n      case (AnyInt,AnyInt) => 1\n      case (_,AnyInt) => 2\n      case (_,_) => 3\n    }\n  }\n\n  def matches(code:OpCode):Boolean=\n    main==code.main &&\n    (supp==AnyInt || code.supp==AnyInt || supp()==code.supp()) &&\n    (supp2==AnyInt || code.supp2==AnyInt || supp2()==code.supp2())\n\n  def mainOnly:OpCode=OpCode(main)\n  def mainSupp:OpCode=OpCode(main,supp)\n}\n\nobject OpCode {\n  def num2hex(num:Int):String= f\"0x$num%02X\"\n\n  \/\/ helper factory methods\n  def c2(main:Int,supp:Int):OpCode=OpCode(main,IntValue(supp),AnyInt)\n  def c3(main:Int,supp:Int,supp2:Int):OpCode=OpCode(main,IntValue(supp),IntValue(supp2))\n\n  \/\/TYPE1: registers decoded by bits 0-2 or 3-5, used for arithmetic operations\n  \/\/ opcode pattern: A-L: 0x01-0x07, (HL): 0x06, (IX+d),(IY+d): (0xDD,0x06), (0xFD,0x06)\n  val baseCodesType1:List[OpCode]=List(OpCode(0x07),OpCode(0x00),OpCode(0x01),\n    OpCode(0x02),OpCode(0x03),OpCode(0x04),OpCode(0x05),\n    OpCode(0x06),OpCode.c2(0xDD,0x06),OpCode.c2(0xFD,0x06))\n  val baseLocationsType1:List[Location]=List(RegisterLocation(Regs.A),RegisterLocation(Regs.B),RegisterLocation(Regs.C),\n    RegisterLocation(Regs.D),RegisterLocation(Regs.E),RegisterLocation(Regs.H),RegisterLocation(Regs.L),\n    RegisterAddrLocation(Regs.HL),RegisterAddrIndirOffsetLocation(Regs.IX, 2),RegisterAddrIndirOffsetLocation(Regs.IY, 2))\n  val baseSizesType1:List[Int]=List(1,1,1,1,1,1,1,1,3,3)\n  val baseTCyclesType1:List[Int]=List(4,4,4,4,4,4,4,7,19,19)\n  def generateOpCodesType1(base:OpCode,bit:Int=0):List[(OpCode,Location,Int,Int)]= {\n    val opCodes=baseCodesType1.map(code=>\n      if(code.numberOfCodes==1) OpCode(base.main+(code.main << bit)) else OpCode.c2(code.main,base.main+(code.supp() << bit)))\n    opCodes.zip(baseLocationsType1).zip(baseSizesType1).zip(baseTCyclesType1)\n      .map({case(((code,loc),size),cycles)=>(code,loc,size,cycles)})\n  }\n\n  \/\/TYPE2: registers decoded as in TYPE1 - used only for bit manipulation\n  \/\/ opcodes multiplied by bits 0-7\n  \/\/ Z80 manual, pages 55-57\n  val baseSizesType2:List[Int]=List(2,2,2,2,2,2,2,2,4,4)\n  val baseTCyclesType21:List[Int]=List(8,8,8,8,8,8,8,12,20,20) \/\/ bit test\n  val baseTCyclesType22:List[Int]=List(8,8,8,8,8,8,8,15,23,23) \/\/ bit set or reset\n  def generateOpCodesType2(base:OpCode,setOrRes:Boolean):List[(OpCode,Location,Int,Int,Int)]= {\n    val cyclesList=if(setOrRes) baseTCyclesType22 else baseTCyclesType21\n    val codeLocSize=baseCodesType1.zip(baseLocationsType1).zip(baseSizesType2).zip(cyclesList)\n      .map({case(((code,loc),size),cycles)=>(code,loc,size,cycles)})\n    for {\n      bit<-List.range(0,8) \/\/bits (rows in Z80 manual)\n      (code,loc,size,cycles)<-codeLocSize \/\/codes+locations+size (columns in Z80 manual)\n    } yield (\n      if(code.numberOfCodes==1) OpCode.c2(base.main,base.supp()+code.main+(bit << 3))\n      else OpCode.c3(code.main,base.main,base.supp()+code.supp()+(bit << 3)),\n      loc,bit,size,cycles\n    )\n  }\n\n  \/\/TYPE3: registers decoded by bits 3-5 - used only for load\n  \/\/ opcodes multiplied by list of registers\n  val baseLocationsType3:List[Location]=List(RegisterLocation(Regs.A),RegisterLocation(Regs.B),RegisterLocation(Regs.C),\n    RegisterLocation(Regs.D),RegisterLocation(Regs.E),RegisterLocation(Regs.H),RegisterLocation(Regs.L))\n  val baseCodesType3:List[OpCode]=List(OpCode(0x38),OpCode(0x00),OpCode(0x08),\n    OpCode(0x10),OpCode(0x18),OpCode(0x20),OpCode(0x28))\n  def generateOpCodesType3(base:OpCode):List[(OpCode,Location,Location,Int,Int)]= {\n    val codeSrcLocSize=baseCodesType1.zip(baseLocationsType1).zip(baseSizesType1).zip(baseTCyclesType1)\n      .map({case(((code,loc),size),cycles)=>(code,loc,size,cycles)})\n    val codeDestLoc=baseCodesType3.zip(baseLocationsType3)\n    for {\n      (destCode,destLoc)<-codeDestLoc \/\/codes+dest locations (main registers only)\n      (code,srcLoc,size,cycles)<-codeSrcLocSize \/\/codes+source locations+size (columns in Z80 manual)\n    } yield (\n      if(code.numberOfCodes==1) OpCode(base.main+code.main+destCode.main)\n      else OpCode.c2(code.main,base.main+code.supp()+destCode.main),\n      srcLoc,destLoc,size,cycles\n    )\n  }\n\n  \/\/TYPE4: registers decoded by bits 0-2, used for selected load operations\n  \/\/ opcode pattern: A-L only\n  val baseCodesType4:List[OpCode]=List(OpCode(0x07),OpCode(0x00),OpCode(0x01),\n    OpCode(0x02),OpCode(0x03),OpCode(0x04),OpCode(0x05))\n  val baseLocationsType4:List[Location]=baseLocationsType3\n  def generateOpCodesType4(base:OpCode,size:Int):List[(OpCode,Location,Int)]= {\n    val opCodes=baseCodesType4.map(code=>\n      if(base.numberOfCodes==1) OpCode(base.main+code.main) else OpCode.c2(base.main,base.supp()+code.main))\n    opCodes.zip(baseLocationsType4).map({case(code,loc)=>(code,loc,size)})\n  }\n\n  \/\/TYPE5: registers decoded by bits 3-5, used for selected load operations\n  \/\/ opcode pattern: A-L: 0x01-0x07, (HL): 0x06, (IX+d),(IY+d): (0xDD,0x06), (0xFD,0x06)\n  val baseCodesType5:List[OpCode]=List(OpCode(0x38),OpCode(0x00),OpCode(0x08),\n    OpCode(0x10),OpCode(0x18),OpCode(0x20),OpCode(0x28),OpCode(0x30),OpCode.c2(0xDD,0x30),OpCode.c2(0xFD,0x30))\n  val baseLocationsType5:List[Location]=baseLocationsType1\n  val baseSizesType5:List[Int]=List(2,2,2,2,2,2,2,2,4,4)\n  val baseTCyclesType5:List[Int]=List(7,7,7,7,7,7,7,10,19,19)\n  def generateOpCodesType5(base:OpCode):List[(OpCode,Location,Int,Int)]= {\n    val opCodes=baseCodesType5.map(code=>\n      if(code.numberOfCodes==1) OpCode(base.main+code.main) else OpCode.c2(code.main,base.main+code.supp()))\n    opCodes.zip(baseLocationsType5).zip(baseSizesType5).zip(baseTCyclesType5)\n      .map({case(((code,loc),size),cycles)=>(code,loc,size,cycles)})\n  }\n\n  \/\/TYPE6: registers decoded by bits 0-2, used for rotate and shift\n  \/\/ opcode pattern: A-L: 0x01-0x07, (HL): 0x06, (IX+d),(IY+d): (0xDD,0x06), (0xFD,0x06)\n  val baseCodesType6:List[OpCode]=List(OpCode(0x07),OpCode(0x00),OpCode(0x01),\n    OpCode(0x02),OpCode(0x03),OpCode(0x04),OpCode(0x05),OpCode(0x06),OpCode.c2(0xDD,0x06),OpCode.c2(0xFD,0x06))\n  val baseLocationsType6:List[Location]=baseLocationsType1\n  val baseSizesType6:List[Int]=baseSizesType5\n  val baseTCyclesType6:List[Int]=List(8,8,8,8,8,8,8,15,23,23)\n  def generateOpCodesType6(base:OpCode):List[(OpCode,Location,Int,Int)]= {\n    val opCodes=baseCodesType6.map(code=>\n      if(code.numberOfCodes==1) OpCode.c2(base.main,base.supp()+code.main) else OpCode.c3(code.main,base.main,base.supp()+code.supp()))\n    opCodes.zip(baseLocationsType6).zip(baseSizesType6).zip(baseTCyclesType6)\n      .map({case(((code,loc),size),cyles)=>(code,loc,size,cyles)})\n  }\n\n  \/\/TYPE6: decoding jump conditions by bits 3-5\n  val baseCodeOffsetType7:List[Int]=List.range(0,8).map(_ << 3)\n  val baseJumpConditions:List[FlagJumpCondition]=List(\n    FlagJumpCondition(Flag.Z,boolValue=false),\n    FlagJumpCondition(Flag.Z,boolValue=true),\n    FlagJumpCondition(Flag.C,boolValue=false),\n    FlagJumpCondition(Flag.C,boolValue=true),\n    FlagJumpCondition(Flag.P,boolValue=false),\n    FlagJumpCondition(Flag.P,boolValue=true),\n    FlagJumpCondition(Flag.S,boolValue=false),\n    FlagJumpCondition(Flag.S,boolValue=true))\n  def generateOpCodesType7(base:OpCode,size:Int):List[(OpCode,JumpConditionBase,Int)]= {\n    val opCodes=baseCodeOffsetType7.map(offset=>OpCode(base.main+offset))\n    opCodes.zip(baseJumpConditions).map({case(code,loc)=>(code,loc,size)})\n  }\n}\n\nclass UnknownOperationException(message : String) extends Exception(message)\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/Register.scala","text":"package org.kr.scala.z80.system\n\nimport org.kr.scala.z80.utils.Z80Utils\n\nclass Register(val a:Int,val f:Int,val b:Int,val c:Int,val d:Int,val e:Int,val h:Int,val l:Int,\n               val pc:Int,val sp:Int,val r:Int,val i:Int,val ix:Int,val iy:Int,\n               val af1:Int,val bc1:Int,val de1:Int,val hl1:Int) {\n  def apply(regSymbolObj:RegSymbol):Int= {\n    regSymbolObj match {\n      case Regs.A => a\n      case Regs.F => f\n      case Regs.AF => Z80Utils.makeWord(a,f)\n      case Regs.B => b\n      case Regs.C => c\n      case Regs.BC => Z80Utils.makeWord(b,c)\n      case Regs.D => d\n      case Regs.E => e\n      case Regs.DE => Z80Utils.makeWord(d,e)\n      case Regs.H => h\n      case Regs.L => l\n      case Regs.HL => Z80Utils.makeWord(h,l)\n      case Regs.PC => pc\n      case Regs.SP => sp\n      case Regs.R => r\n      case Regs.I => i\n      case Regs.IX => ix\n      case Regs.IY => iy\n      case Regs.AF1 => af1\n      case Regs.BC1 => bc1\n      case Regs.DE1 => de1\n      case Regs.HL1 => hl1\n      case Regs.NONE => throw new UnknownRegisterException(\"NONE rgister cannot be set\")\n    }\n  }\n\n  def apply(flag:FlagSymbol):Boolean=flag.extract(f)\n\n  def set(regSymbolObj:RegSymbol,value:Int): Register= {\n    regSymbolObj match {\n      case Regs.A => new Register(value,f,b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.F => new Register(a,value,b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.AF => new Register(Z80Utils.getH(value),Z80Utils.getL(value),b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.B => new Register(a,f,value,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.C => new Register(a,f,b,value,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.BC => new Register(a,f,Z80Utils.getH(value),Z80Utils.getL(value),d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.D => new Register(a,f,b,c,value,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.E => new Register(a,f,b,c,d,value,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.DE => new Register(a,f,b,c,Z80Utils.getH(value),Z80Utils.getL(value),h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.H => new Register(a,f,b,c,d,e,value,l,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.L => new Register(a,f,b,c,d,e,h,value,pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.HL => new Register(a,f,b,c,d,e,Z80Utils.getH(value),Z80Utils.getL(value),pc,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.PC => new Register(a,f,b,c,d,e,h,l,value,sp,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.SP => new Register(a,f,b,c,d,e,h,l,pc,value,r,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.R => new Register(a,f,b,c,d,e,h,l,pc,sp,value,i,ix,iy,af1,bc1,de1,hl1)\n      case Regs.I => new Register(a,f,b,c,d,e,h,l,pc,sp,r,value,ix,iy,af1,bc1,de1,hl1)\n      case Regs.IX => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,value,iy,af1,bc1,de1,hl1)\n      case Regs.IY => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,ix,value,af1,bc1,de1,hl1)\n      case Regs.AF1 => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,ix,iy,value,bc1,de1,hl1)\n      case Regs.BC1 => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,value,de1,hl1)\n      case Regs.DE1 => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,value,hl1)\n      case Regs.HL1 => new Register(a,f,b,c,d,e,h,l,pc,sp,r,i,ix,iy,af1,bc1,de1,value)\n      case Regs.NONE => this\n    }\n  }\n\n  def setRelative(regSymbol:RegSymbol,relativeValue:Int): Register=\n    set(regSymbol,Z80Utils.add16bit(apply(regSymbol),relativeValue))\n  def movePC(forward:Int): Register=\n    setRelative(Regs.PC,forward)\n\n  override def toString:String=\n    f\"A:$a%02X|F:$f%02X|B:$b%02X|C:$c%02X|D:$d%02X|E:$e%02X|H:$h%02X|L:$l%02X|\"+\n      f\"PC:$pc%04X|SP:$sp%02X|R:$r%02X|I:$i%02X|IX:$ix%02X|IY:$iy%02X|\"+\n        f\"AF1:$af1%04X|BC1:$bc1%04X|DE1:$de1%04X|HL1:$hl1%04X\"\n}\n\nobject Register {\n  def blank:Register=new Register(0,0xFF,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0)\n  def apply(register: Register):Register=new Register(register.a,register.f,register.b,register.c,\n    register.d,register.e,register.h,register.l,register.pc,register.sp,register.r,register.i,register.ix,register.iy,\n    register.af1,register.bc1,register.de1,register.hl1)\n\n  \/\/ functions changing state (Register=>Register)\n  val set: (RegSymbol, Int) => Register => Register = (regSymbol, value) => register => register.set(regSymbol, value)\n  val setRelative: (RegSymbol, Int) => Register => Register = (regSymbol, value) => register => register.setRelative(regSymbol, value)\n\n}\n\nsealed abstract class RegSymbol(val symbol:String) {\n  override val toString:String=f\"$symbol\"\n}\n\nobject Regs {\n  case object A extends RegSymbol(\"A\")\n  case object B extends RegSymbol(\"B\")\n  case object C extends RegSymbol(\"C\")\n  case object D extends RegSymbol(\"D\")\n  case object E extends RegSymbol(\"E\")\n  case object H extends RegSymbol(\"H\")\n  case object L extends RegSymbol(\"L\")\n  case object F extends RegSymbol(\"F\")\n  case object AF extends RegSymbol(\"AF\")\n  case object BC extends RegSymbol(\"BC\")\n  case object DE extends RegSymbol(\"DE\")\n  case object HL extends RegSymbol(\"HL\")\n  case object PC extends RegSymbol(\"PC\")\n  case object SP extends RegSymbol(\"SP\")\n  case object R extends RegSymbol(\"R\")\n  case object I extends RegSymbol(\"I\")\n  case object IX extends RegSymbol(\"IX\")\n  case object IY extends RegSymbol(\"IY\")\n  case object AF1 extends RegSymbol(\"AF1\")\n  case object BC1 extends RegSymbol(\"BC1\")\n  case object DE1 extends RegSymbol(\"DE1\")\n  case object HL1 extends RegSymbol(\"HL1\")\n  case object NONE extends RegSymbol(\"NONE\")\n\n  val fromString:String=>RegSymbol={\n    case \"A\" => A\n    case \"B\" => B\n    case \"C\" => C\n    case \"D\" => D\n    case \"E\" => E\n    case \"H\" => H\n    case \"L\" => L\n    case \"F\" => F\n    case \"AF\" => AF\n    case \"BC\" => BC\n    case \"DE\" => DE\n    case \"HL\" => HL\n    case \"PC\" => PC\n    case \"SP\" => SP\n    case \"R\" => R\n    case \"I\" => I\n    case \"IX\" => IX\n    case \"IY\" => IY\n    case \"AF1\" => AF1\n    case \"BC1\" => BC1\n    case \"DE1\" => DE1\n    case \"HL1\" => HL1\n  }\n}\n\nsealed abstract class FlagSymbol(val symbol:String, val bit:Int) {\n  val extract:Int=>Boolean= flagValue=>((flagValue >> bit) & 1)==1\n\n  override val toString:String=if(symbol.nonEmpty) symbol else \"-\"\n}\n\nclass Flag(val value:Int) {\n  def apply(newValue:Int):Flag=new Flag(newValue)\n  def apply():Int=value\n  def apply(symbol:FlagSymbol):Boolean=Z80Utils.getBit(value,symbol.bit)\n  def flagValue(symbol:FlagSymbol):Int=if(Z80Utils.getBit(value,symbol.bit)) 1 else 0\n  def set(flagSymbol:FlagSymbol,flag:Boolean):Flag=setFlag(flagSymbol,flag)\n  def set(flagSymbol:FlagSymbol):Flag=setFlag(flagSymbol,flag=true)\n  def reset(flagSymbol:FlagSymbol):Flag=setFlag(flagSymbol,flag=false)\n\n  private def setFlag(flagSymbol:FlagSymbol,flag:Boolean):Flag=\n    new Flag(Z80Utils.setOrResetBit(value,flagSymbol.bit,flag))\n}\n\nobject Flag {\n  case object S extends FlagSymbol(\"S\",7)\n  case object Z extends FlagSymbol(\"Z\",6)\n  case object H extends FlagSymbol(\"H\",4)\n  case object P extends FlagSymbol(\"P\",2)\n  case object N extends FlagSymbol(\"N\",1)\n  case object C extends FlagSymbol(\"C\",0)\n  case object None extends FlagSymbol(\"\",0)\n\n  def of(s:Boolean, z:Boolean, h:Boolean, p:Boolean, n:Boolean, c:Boolean):Flag=\n    new Flag(\n      (if(s) 1 << 7 else 0) |\n      (if(z) 1 << 6 else 0) |\n      (if(h) 1 << 4 else 0) |\n      (if(p) 1 << 2 else 0) |\n      (if(n) 1 << 1 else 0) |\n      (if(c) 1 << 0 else 0)\n    )\n}\n\nclass UnknownRegisterException(message : String) extends Exception(message)"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/system\/SystemChange.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.system\n\nimport org.kr.scala.z80.utils.{AnyInt, OptionInt}\n\nabstract class SystemChange {\n  def handle(systemC:Z80System):Z80System\n}\n\nclass RegisterChange(val regSymbol: RegSymbol, val value: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n  system.changeRegister(regSymbol,value)\n}\n\nclass PCChange(val value: Int, val valueSupp: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.changePCAndCycles(value,valueSupp)\n}\n\nclass RegisterChangeRelative(val regSymbol: RegSymbol, val value: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.changeRegisterRelative(regSymbol,value)\n}\n\nclass MemoryChangeByte(val address: Int, val value: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.changeMemoryByte(address,value)\n}\n\nclass MemoryChangeWord(val address: Int, val value: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.changeMemoryWord(address,value)\n}\n\nclass OutputChange(val port: Int, val value: Int)(implicit debugger:Debugger) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.outputByte(port,value)\n}\n\nclass InputRefreshChange(val port: Int) extends SystemChange {\n  override def handle(system:Z80System):Z80System=\n    system.refreshInput(port)\n}\n\nclass DummyChange() extends SystemChange {\n  override def handle(system:Z80System):Z80System= system\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/Unknown.scala","text":"<gh_stars>0\npackage org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode.{OpCode, UnknownOperationException}\nimport org.kr.scala.z80.system.{Debugger, Regs, SystemChange, Z80System}\n\nobject Unknown extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    throw new UnknownOperationException(f\"Unknown operation $code at ${system.getRegValue(Regs.PC)}\")\n  }\n\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/utils\/Z80Utils.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.utils\n\nimport scala.annotation.tailrec\n\nobject Z80Utils {\n  def add8bit(val1: Int, val2: Int): Int = byteEnsureRange((val1 + val2) % 0x100)\n  def add16bit(val1: Int, val2: Int): Int = wordEnsureRange((val1 + val2) % 0x10000)\n\n  def getH(word: Int): Int = (word >> 8) & 0xFF\n\n  def getL(word: Int): Int = word & 0xFF\n\n  def makeWord(valH:Int,valL:Int):Int=valH*0x100+valL\n\n  private def wordEnsureRange(raw:Int):Int=if(raw<0) raw & 0xFFFF else raw\n  private def byteEnsureRange(raw:Int):Int=if(raw<0) raw & 0xFF else raw\n\n  def isOutOfRangeWord(value:Int):Boolean=(value > 0x7FFF) || (value < -0x8000)\n  def isOutOfRangeByte(value:Int):Boolean=(value > 0x7F) || (value < -0x80)\n\n  def rawByteTo2Compl(raw:Int):Int= (raw & 0x7F)-((raw>>7)&1)*0x80\n  def rawWordTo2Compl(raw:Int):Int= (raw & 0x7FFF)-((raw>>15)&1)*0x8000\n  def word2ComplToRaw(compl:Int):Int= wordEnsureRange(compl)\n\n  def getBitFromString(stringAsBoolean:String, bit:Int):Boolean = stringAsBoolean.substring(7-bit,7-bit+1)==\"1\"\n  def getBit(value:Int,bit:Int):Boolean=(value & (1 << bit))>0\n  def getBitValue(value:Int,bit:Int):Int=if(getBit(value,bit)) 1 else 0\n  def setBit(value:Int,bit:Int):Int=value | (1 << bit)\n  def resetBit(value:Int,bit:Int):Int=value & (~(1 << bit))\n  def setOrResetBit(value:Int,bit:Int,bitVal:Boolean):Int=if(bitVal) setBit(value,bit) else resetBit(value,bit)\n\n  @tailrec\n  private def countBits(byte:Int,bitNum:Int=8,cnt:Int=0):Int =\n    bitNum match {\n      case 0 => cnt+byte\n      case _ => countBits(byte >> 1,bitNum-1,cnt+(byte & 1))\n    }\n  def isEven(value:Int):Boolean=(value & 1)==0\n  def isEvenBits(byte:Int):Boolean=isEven(countBits(byte))\n\n  def isNegativeByte(raw:Int):Boolean=Z80Utils.rawByteTo2Compl(raw)<0\n  def isNegativeWord(raw:Int):Boolean=Z80Utils.rawWordTo2Compl(raw)<0\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpArithmetic16BitTest.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, RegSymbol, Regs}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpArithmetic16BitTest extends AnyFunSuite{\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  private def testArithReg(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], resultReg: RegSymbol,\n                               result: Int, flagsAsString: String, pcAfter: Int = 1): Unit = {\n    \/\/given when\n    val sysTest = TestUtils.prepareTest(regList, memList)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == pcAfter)\n    assert(sysTest.get.register(resultReg) == result)\n    TestUtils.testFlags(sysTest.get.register, flagsAsString)\n    \/\/println(sysTest.get.memoryController.get.mem.slice(0,300))\n    \/\/println(sysTest.get.register.reg)\n  }\n\n  test(\"run ADD qq,ss\") {\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x1234),(Regs.BC, 0x0001)), List((0x0000, 0x09)), Regs.HL,0x1235, \"00_0_000\")\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x1234),(Regs.DE, 0x0001)), List((0x0000, 0x19)), Regs.HL,0x1235, \"11_0_100\")\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x7FFF),(Regs.SP, 0x0010)), List((0x0000, 0x39)), Regs.HL,0x800F, \"00_1_000\")\n\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0xFFFF),(Regs.BC, 0x0010)), List((0x0000, 0xDD),(0x0001,0x09)), Regs.IX,0x000F, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0xFFFF),(Regs.DE, 0x0010)), List((0x0000, 0xDD),(0x0001,0x19)), Regs.IX,0x000F, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0xFFFF),(Regs.SP, 0x0010)), List((0x0000, 0xDD),(0x0001,0x39)), Regs.IX,0x000F, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0xFFFF),(Regs.BC, 0x0010)), List((0x0000, 0xFD),(0x0001,0x09)), Regs.IY,0x000F, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0xFFFF),(Regs.DE, 0x0010)), List((0x0000, 0xFD),(0x0001,0x19)), Regs.IY,0x000F, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0xFFFF),(Regs.SP, 0x0010)), List((0x0000, 0xFD),(0x0001,0x39)), Regs.IY,0x000F, \"00_1_001\",2)\n\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0xFFFE)), List((0x0000, 0x29)), Regs.HL,0xFFFC, \"00_1_001\")\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0xFFFE)), List((0x0000, 0xDD),(0x0001,0x29)), Regs.IX,0xFFFC, \"00_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0xFFFE)), List((0x0000, 0xFD),(0x0001,0x29)), Regs.IY,0xFFFC, \"00_1_001\",2)\n  }\n\n  test(\"run ADC qq,ss\") {\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x1234),(Regs.BC, 0x0001)), List((0x0000, 0xED),(0x0001, 0x4A)), Regs.HL,0x1235, \"00_0_000\",2)\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x1234),(Regs.DE, 0x0001)), List((0x0000, 0xED),(0x0001, 0x5A)), Regs.HL,0x1236, \"00_0_000\",2)\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x0FFE),(Regs.DE, 0x0001)), List((0x0000, 0xED),(0x0001, 0x5A)), Regs.HL,0x1000, \"00_1_000\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x7FFF),(Regs.SP, 0x0010)), List((0x0000, 0xED),(0x0001, 0x7A)), Regs.HL,0x800F, \"10_1_100\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0xFFFE)), List((0x0000, 0xED),(0x0001, 0x6A)), Regs.HL,0xFFFC, \"10_1_001\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0xFFFF),(Regs.BC, 0x0001)), List((0x0000, 0xED),(0x0001, 0x4A)), Regs.HL,0x0000, \"01_1_001\",2)\n  }\n\n  test(\"run SBC qq,ss\") {\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x1235),(Regs.BC, 0x0001)), List((0x0000, 0xED),(0x0001, 0x42)), Regs.HL,0x1234, \"00_0_010\",2)\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x1235),(Regs.DE, 0x0001)), List((0x0000, 0xED),(0x0001, 0x52)), Regs.HL,0x1233, \"00_0_010\",2)\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x1001),(Regs.DE, 0x0001)), List((0x0000, 0xED),(0x0001, 0x52)), Regs.HL,0x0FFF, \"00_1_010\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x8000),(Regs.SP, 0x0010)), List((0x0000, 0xED),(0x0001, 0x72)), Regs.HL,0x7FF0, \"00_1_110\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0xFFFF)), List((0x0000, 0xED),(0x0001, 0x62)), Regs.HL,0x0000, \"01_0_010\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.HL, 0x1234),(Regs.BC, 0x1235)), List((0x0000, 0xED),(0x0001, 0x42)), Regs.HL,0xFFFF, \"10_1_011\",2)\n  }\n\n  test(\"run INC qq\") {\n    testArithReg(List((Regs.F, 0x00), (Regs.BC, 0x0000)), List((0x0000, 0x03)), Regs.BC,0x0001, \"00_0_000\")\n    testArithReg(List((Regs.F, 0xFF), (Regs.DE, 0xFFFF)), List((0x0000, 0x13)), Regs.DE,0x0000, \"11_1_111\")\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x7FFF)), List((0x0000, 0x23)), Regs.HL,0x8000, \"11_1_111\")\n    testArithReg(List((Regs.F, 0x00), (Regs.SP, 0x7FFF)), List((0x0000, 0x33)), Regs.SP,0x8000, \"00_0_000\")\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0x7FFF)), List((0x0000, 0xDD),(0x0001, 0x23)), Regs.IX,0x8000, \"00_0_000\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0x7FFF)), List((0x0000, 0xFD),(0x0001, 0x23)), Regs.IY,0x8000, \"00_0_000\",2)\n  }\n\n  test(\"run DEC qq\") {\n    testArithReg(List((Regs.F, 0x00), (Regs.BC, 0x0001)), List((0x0000, 0x0B)), Regs.BC,0x0000, \"00_0_000\")\n    testArithReg(List((Regs.F, 0xFF), (Regs.DE, 0x0000)), List((0x0000, 0x1B)), Regs.DE,0xFFFF, \"11_1_111\")\n    testArithReg(List((Regs.F, 0xFF), (Regs.HL, 0x8000)), List((0x0000, 0x2B)), Regs.HL,0x7FFF, \"11_1_111\")\n    testArithReg(List((Regs.F, 0x00), (Regs.SP, 0x8000)), List((0x0000, 0x3B)), Regs.SP,0x7FFF, \"00_0_000\")\n    testArithReg(List((Regs.F, 0x00), (Regs.IX, 0x8000)), List((0x0000, 0xDD),(0x0001, 0x2B)), Regs.IX,0x7FFF, \"00_0_000\",2)\n    testArithReg(List((Regs.F, 0x00), (Regs.IY, 0x8000)), List((0x0000, 0xFD),(0x0001, 0x2B)), Regs.IY,0x7FFF, \"00_0_000\",2)\n  }\n\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/RotateShift.scala","text":"package org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system.{Debugger, Flag, RegisterChange, Regs, SystemChange, Z80System}\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt, Z80Utils}\n\nobject RotateShift extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeRotateShift with OpCodeSourceLocation with OpCodeSize with OpCodeTCycles](code)\n\n    val oper = actualCode.operation\n    val loc = actualCode.source\n    val prevValue = system.getValueFromLocation(loc)\n    val prevFlags = system.getFlags\n\n    val (result, flags) = oper.calcAll(ArithmeticOpInput(prevValue, AnyInt, prevFlags))\n\n    (List(\n      system.putValueToLocation(loc, result.valueOut),\n      new RegisterChange(Regs.F, flags())\n    ),\n      actualCode.size,actualCode.t)\n  }\n}\n\nclass RotateLeftBase extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHReset with FlagPParity with FlagNReset with FlagCBit7\n\nclass RotateLeftBaseAccum extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagHReset with FlagNReset with FlagCBit7\n\nclass RotateRightBase extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagSSignByte with FlagZZero with FlagHReset with FlagPParity with FlagNReset with FlagCBit0\n\nclass RotateRightBaseAccum extends ArithmeticOperation with ArithmeticCalculatorByte\n  with FlagHReset with FlagNReset with FlagCBit0\n\nobject RotShRlc extends RotateLeftBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(((input.value << 1) & 0xFF) + (if(Z80Utils.getBit(input.value,7)) 1 else 0))\n}\n\nobject RotShRlca extends RotateLeftBaseAccum {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = RotShRlc.calcUnsigned(input)\n}\n\nobject RotShRrc extends RotateRightBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(((input.value >> 1) & 0xFF) + (if(Z80Utils.getBit(input.value,0)) 0x80 else 0))\n}\n\nobject RotShRrca extends RotateRightBaseAccum {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = RotShRrc.calcUnsigned(input)\n}\n\nobject RotShRl extends RotateLeftBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(((input.value << 1) & 0xFF) + input.flags.flagValue(Flag.C))\n}\n\nobject RotShRla extends RotateLeftBaseAccum {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = RotShRl.calcUnsigned(input)\n}\n\nobject RotShRr extends RotateRightBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(((input.value >> 1) & 0xFF) + (input.flags.flagValue(Flag.C) << 7))\n}\n\nobject RotShRra extends RotateRightBaseAccum {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = RotShRr.calcUnsigned(input)\n}\n\nobject RotShSla extends RotateLeftBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue((input.value << 1) & 0xFF)\n}\n\nobject RotShSra extends RotateRightBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt =\n    IntValue(((input.value >> 1) & 0xFF) + (if(Z80Utils.getBit(input.value,7)) 0x80 else 0))\n}\n\nobject RotShSrl extends RotateRightBase {\n  override def calcUnsigned(input: ArithmeticOpInput): OptionInt = IntValue((input.value >> 1) & 0xFF)\n}\n"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpArithmetic8BitTest.scala","text":"<filename>src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpArithmetic8BitTest.scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{Debugger, DummyDebugger, RegSymbol, Regs}\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpArithmetic8BitTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"always pass\") {\n    assert(1 == 1)\n  }\n\n  private def testArithAccum(regList: List[(RegSymbol, Int)], memList: List[(Int, Int)], result: Int,\n                             flagsAsString: String, pcAfter: Int = 1): Unit = {\n    \/\/given when\n    val sysTest = TestUtils.prepareTest(regList, memList)\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == pcAfter)\n    assert(sysTest.get.register(Regs.A) == result)\n    TestUtils.testFlags(sysTest.get.register, flagsAsString)\n    \/\/println(sysTest.get.memoryController.get.mem.slice(0,300))\n    \/\/println(sysTest.get.register.reg)\n  }\n\n  test(\"run ADD A,r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x25), (Regs.B, 0x3E)), List((0x0000, 0x80)), 0x63, \"00_1_000\")\n    testArithAccum(List((Regs.A, 0x0E), (Regs.B, 0x02)), List((0x0000, 0x80)), 0x10, \"00_1_000\")\n    testArithAccum(List((Regs.A, 0x63), (Regs.HL, 0x0102)), List((0x0000, 0x86), (0x0102, 0x3E)), 0xA1, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xA1), (Regs.IX, 0x0202)), List((0x0000, 0xDD), (0x0001, 0x86), (0x0002, 0x01), (0x0203, 0x3E)), 0xDF, \"10_0_000\", 3)\n    testArithAccum(List((Regs.A, 0xDF), (Regs.IY, 0x0108)), List((0x0000, 0xFD), (0x0001, 0x86), (0x0002, 0xFE), (0x0106, 0x3E)), 0x1D, \"00_1_001\", 3)\n\n    testArithAccum(List((Regs.A, 0x00)), List((0x0000, 0xC6), (0x0001, 0x40)), 0x40, \"00_0_000\", 2)\n    testArithAccum(List((Regs.A, 0x40), (Regs.L, 0x40)), List((0x0000, 0x85)), 0x80, \"10_0_100\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.B, 0x40)), List((0x0000, 0x80)), 0xC0, \"10_0_000\")\n    testArithAccum(List((Regs.A, 0xC0), (Regs.C, 0x40)), List((0x0000, 0x81)), 0x00, \"01_0_001\")\n\n    testArithAccum(List((Regs.A, 0x20), (Regs.D, 0xF0)), List((0x0000, 0x82)), 0x10, \"00_0_001\")\n    testArithAccum(List((Regs.A, 0x10), (Regs.E, 0xF0)), List((0x0000, 0x83)), 0x00, \"01_0_001\")\n    testArithAccum(List((Regs.A, 0x00), (Regs.H, 0xF0)), List((0x0000, 0x84)), 0xF0, \"10_0_000\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.A, 0xF0)), List((0x0000, 0x87)), 0xE0, \"10_0_001\")\n\n    testArithAccum(List((Regs.A, 0x80), (Regs.B, 0xF0)), List((0x0000, 0x80)), 0x70, \"00_0_101\")\n  }\n\n  test(\"run ADC A,r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.F, 0x00), (Regs.A, 0x9F), (Regs.B, 0x3F)), List((0x0000, 0x88)), 0xDE, \"10_1_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x0E), (Regs.B, 0x01)), List((0x0000, 0x88)), 0x10, \"00_1_000\")\n    testArithAccum(List((Regs.F, 0x00), (Regs.A, 0xDE), (Regs.HL, 0x0123)), List((0x0000, 0x8E), (0x0123, 0x3F)), 0x1D, \"00_1_001\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x1D), (Regs.IX, 0x1111)), List((0x0000, 0xDD), (0x0001, 0x8E), (0x0002, 0xFF), (0x1110, 0x3F)), 0x5D, \"00_1_000\", 3)\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x1D), (Regs.IY, 0x1111)), List((0x0000, 0xFD), (0x0001, 0x8E), (0x0002, 0xFF), (0x1110, 0x3F)), 0x5D, \"00_1_000\", 3)\n\n    testArithAccum(List((Regs.F, 0x00), (Regs.A, 0xC0)), List((0x0000, 0xCE), (0x0001, 0x40)), 0x00, \"01_0_001\", 2)\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x20)), List((0x0000, 0x8F)), 0x41, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x01), (Regs.B, 0x40)), List((0x0000, 0x88)), 0x42, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x02), (Regs.C, 0x40)), List((0x0000, 0x89)), 0x43, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x03), (Regs.D, 0x40)), List((0x0000, 0x8A)), 0x44, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x04), (Regs.E, 0x40)), List((0x0000, 0x8B)), 0x45, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x05), (Regs.H, 0x40)), List((0x0000, 0x8C)), 0x46, \"00_0_000\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x06), (Regs.L, 0x40)), List((0x0000, 0x8D)), 0x47, \"00_0_000\")\n  }\n\n  test(\"run SUB A,r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x1D), (Regs.B, 0x3E)), List((0x0000, 0x90)), 0xDF, \"10_1_011\")\n    testArithAccum(List((Regs.A, 0x10), (Regs.B, 0x01)), List((0x0000, 0x90)), 0x0F, \"00_1_010\")\n    testArithAccum(List((Regs.A, 0xDF), (Regs.IX, 0x0302)), List((0x0000, 0xDD), (0x0001, 0x96), (0x0002, 0x01), (0x0303, 0x3E)), 0xA1, \"10_0_010\", 3)\n    testArithAccum(List((Regs.A, 0xA1), (Regs.IY, 0x0405)), List((0x0000, 0xFD), (0x0001, 0x96), (0x0002, 0xFD), (0x0402, 0x3E)), 0x63, \"00_1_110\", 3)\n    testArithAccum(List((Regs.A, 0x63), (Regs.HL, 0x0503)), List((0x0000, 0x96), (0x0503, 0x3E)), 0x25, \"00_1_010\")\n\n    testArithAccum(List((Regs.A, 0x00)), List((0x0000, 0xD6), (0x0001, 0x40)), 0xC0, \"10_0_011\", 2)\n    testArithAccum(List((Regs.A, 0xC0), (Regs.L, 0x40)), List((0x0000, 0x95)), 0x80, \"10_0_010\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.B, 0x40)), List((0x0000, 0x90)), 0x40, \"00_0_110\")\n    testArithAccum(List((Regs.A, 0x40), (Regs.C, 0x40)), List((0x0000, 0x91)), 0x00, \"01_0_010\")\n\n    testArithAccum(List((Regs.A, 0xE0), (Regs.D, 0xF0)), List((0x0000, 0x92)), 0xF0, \"10_0_011\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.A, 0xF0)), List((0x0000, 0x97)), 0x00, \"01_0_010\")\n    testArithAccum(List((Regs.A, 0x00), (Regs.H, 0xF0)), List((0x0000, 0x94)), 0x10, \"00_0_011\")\n    testArithAccum(List((Regs.A, 0x10), (Regs.L, 0xF0)), List((0x0000, 0x95)), 0x20, \"00_0_011\")\n\n    testArithAccum(List((Regs.A, 0x70), (Regs.B, 0xF0)), List((0x0000, 0x90)), 0x80, \"10_0_111\")\n  }\n\n  test(\"run SBC A,r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.F, 0x00), (Regs.A, 0x1D), (Regs.B, 0x3F)), List((0x0000, 0x98)), 0xDE, \"10_1_011\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x11), (Regs.B, 0x01)), List((0x0000, 0x98)), 0x0F, \"00_1_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0xDE), (Regs.HL, 0x0123)), List((0x0000, 0x9E), (0x0123, 0x3F)), 0x9E, \"10_1_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0xDE), (Regs.IX, 0x1111)), List((0x0000, 0xDD), (0x0001, 0x9E), (0x0002, 0x01), (0x1112, 0x3F)), 0x9E, \"10_1_010\", 3)\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0xDE), (Regs.IY, 0x1111)), List((0x0000, 0xFD), (0x0001, 0x9E), (0x0002, 0x02), (0x1113, 0x3F)), 0x9E, \"10_1_010\", 3)\n\n    testArithAccum(List((Regs.F, 0x00), (Regs.A, 0x00)), List((0x0000, 0xDE), (0x0001, 0x40)), 0xC0, \"10_0_011\", 2)\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x20)), List((0x0000, 0x9F)), 0xFF, \"10_1_011\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x51), (Regs.B, 0x4A)), List((0x0000, 0x98)), 0x06, \"00_1_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x52), (Regs.C, 0x4A)), List((0x0000, 0x99)), 0x07, \"00_1_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x53), (Regs.D, 0x4A)), List((0x0000, 0x9A)), 0x08, \"00_1_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x54), (Regs.E, 0x40)), List((0x0000, 0x9B)), 0x13, \"00_0_010\")\n    testArithAccum(List((Regs.F, 0x01), (Regs.A, 0x56), (Regs.L, 0x40)), List((0x0000, 0x9D)), 0x15, \"00_0_010\")\n  }\n\n  test(\"run AND r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x00)), List((0x0000, 0xA7)), 0x00, \"01_1_100\")\n    testArithAccum(List((Regs.A, 0xFE)), List((0x0000, 0xA7)), 0xFE, \"10_1_000\")\n    testArithAccum(List((Regs.A, 0xEF), (Regs.B, 0xFE)), List((0x0000, 0xA0)), 0xEE, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xEC), (Regs.C, 0x04)), List((0x0000, 0xA1)), 0x04, \"00_1_000\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.D, 0xA2)), List((0x0000, 0xA2)), 0xA0, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.E, 0xA2)), List((0x0000, 0xA3)), 0xA0, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.H, 0xA2)), List((0x0000, 0xA4)), 0xA0, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.L, 0xA2)), List((0x0000, 0xA5)), 0xA0, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.HL, 0x1010)), List((0x0000, 0xA6), (0x1010, 0xA2)), 0xA0, \"10_1_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.IX, 0x2020)), List((0x0000, 0xDD), (0x0001, 0xA6), (0x0002, 0x10), (0x2030, 0xA2)), 0xA0, \"10_1_100\", 3)\n    testArithAccum(List((Regs.A, 0xF0), (Regs.IY, 0x2020)), List((0x0000, 0xFD), (0x0001, 0xA6), (0x0002, 0xF0), (0x2010, 0xA2)), 0xA0, \"10_1_100\", 3)\n    testArithAccum(List((Regs.A, 0xF0)), List((0x0000, 0xE6), (0x0001, 0xA2)), 0xA0, \"10_1_100\", 2)\n  }\n\n  test(\"run XOR r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x11)), List((0x0000, 0xAF)), 0x00, \"01_0_100\")\n    testArithAccum(List((Regs.A, 0xEF), (Regs.B, 0xFE)), List((0x0000, 0xA8)), 0x11, \"00_0_100\")\n    testArithAccum(List((Regs.A, 0xEF), (Regs.C, 0xFF)), List((0x0000, 0xA9)), 0x10, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0xFF), (Regs.D, 0x00)), List((0x0000, 0xAA)), 0xFF, \"10_0_100\")\n    testArithAccum(List((Regs.A, 0xFC), (Regs.E, 0xFF)), List((0x0000, 0xAB)), 0x03, \"00_0_100\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.H, 0xCE)), List((0x0000, 0xAC)), 0x3E, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.L, 0xCE)), List((0x0000, 0xAD)), 0x3E, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.HL, 0x1011)), List((0x0000, 0xAE), (0x1011, 0xCE)), 0x3E, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0xF0), (Regs.IX, 0x2120)), List((0x0000, 0xDD), (0x0001, 0xAE), (0x0002, 0x10), (0x2130, 0xCE)), 0x3E, \"00_0_000\", 3)\n    testArithAccum(List((Regs.A, 0xF0), (Regs.IY, 0x2120)), List((0x0000, 0xFD), (0x0001, 0xAE), (0x0002, 0xF0), (0x2110, 0xCE)), 0x3E, \"00_0_000\", 3)\n    testArithAccum(List((Regs.A, 0xF0)), List((0x0000, 0xEE), (0x0001, 0xCE)), 0x3E, \"00_0_000\", 2)\n  }\n\n  test(\"run OR r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x00)), List((0x0000, 0xB7)), 0x00, \"01_0_100\")\n    testArithAccum(List((Regs.A, 0xAB)), List((0x0000, 0xB7)), 0xAB, \"10_0_000\")\n    testArithAccum(List((Regs.A, 0x30), (Regs.B, 0x02)), List((0x0000, 0xB0)), 0x32, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0x40), (Regs.C, 0x03)), List((0x0000, 0xB1)), 0x43, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0x50), (Regs.D, 0x04)), List((0x0000, 0xB2)), 0x54, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0x60), (Regs.E, 0x05)), List((0x0000, 0xB3)), 0x65, \"00_0_100\")\n    testArithAccum(List((Regs.A, 0x70), (Regs.H, 0x06)), List((0x0000, 0xB4)), 0x76, \"00_0_000\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.L, 0x07)), List((0x0000, 0xB5)), 0x87, \"10_0_100\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.HL, 0x1010)), List((0x0000, 0xB6), (0x1010, 0x07)), 0x87, \"10_0_100\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.IX, 0x1020)), List((0x0000, 0xDD), (0x0001, 0xB6), (0x0002, 0x10), (0x1030, 0x07)), 0x87, \"10_0_100\", 3)\n    testArithAccum(List((Regs.A, 0x80), (Regs.IY, 0x1020)), List((0x0000, 0xFD), (0x0001, 0xB6), (0x0002, 0xF0), (0x1010, 0x07)), 0x87, \"10_0_100\", 3)\n    testArithAccum(List((Regs.A, 0x80)), List((0x0000, 0xF6), (0x0001, 0x07)), 0x87, \"10_0_100\", 2)\n  }\n\n  test(\"run CP r\/(HL)\/(IX+d)\/(IY+d)\/n\") {\n    \/\/ based on \"real\" Z80 emulator\n    testArithAccum(List((Regs.A, 0x1D), (Regs.B, 0x3E)), List((0x0000, 0xB8)), 0x1D, \"10_1_011\")\n    testArithAccum(List((Regs.A, 0xDF), (Regs.IX, 0x0302)), List((0x0000, 0xDD), (0x0001, 0xBE), (0x0002, 0x01), (0x0303, 0x3E)), 0xDF, \"10_0_010\", 3)\n    testArithAccum(List((Regs.A, 0xA1), (Regs.IY, 0x0405)), List((0x0000, 0xFD), (0x0001, 0xBE), (0x0002, 0xFD), (0x0402, 0x3E)), 0xA1, \"00_1_110\", 3)\n    testArithAccum(List((Regs.A, 0x63), (Regs.HL, 0x0503)), List((0x0000, 0xBE), (0x0503, 0x3E)), 0x63, \"00_1_010\")\n\n    testArithAccum(List((Regs.A, 0x00)), List((0x0000, 0xFE), (0x0001, 0x40)), 0x00, \"10_0_011\", 2)\n    testArithAccum(List((Regs.A, 0xC0), (Regs.E, 0x40)), List((0x0000, 0xBB)), 0xC0, \"10_0_010\")\n    testArithAccum(List((Regs.A, 0x80), (Regs.B, 0x40)), List((0x0000, 0xB8)), 0x80, \"00_0_110\")\n    testArithAccum(List((Regs.A, 0x40), (Regs.C, 0x40)), List((0x0000, 0xB9)), 0x40, \"01_0_010\")\n\n    testArithAccum(List((Regs.A, 0xE0), (Regs.D, 0xF0)), List((0x0000, 0xBA)), 0xE0, \"10_0_011\")\n    testArithAccum(List((Regs.A, 0xF0)), List((0x0000, 0xBF)), 0xF0, \"01_0_010\")\n    testArithAccum(List((Regs.A, 0x00), (Regs.H, 0xF0)), List((0x0000, 0xBC)), 0x00, \"00_0_011\")\n    testArithAccum(List((Regs.A, 0x10), (Regs.L, 0xF0)), List((0x0000, 0xBD)), 0x10, \"00_0_011\")\n\n    testArithAccum(List((Regs.A, 0x70), (Regs.B, 0xF0)), List((0x0000, 0xB8)), 0x70, \"10_0_111\")\n  }\n\n  test(\"run INC r\/(HL)\/(IX+d)\/(IY+d)\") {\n    \/\/ based on \"real\" Z80 emulator\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x00)), List((0x0000, 0x3C)), Regs.A,0, 0x01, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x01)), List((0x0000, 0x04)), Regs.B,0, 0x02, \"00_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.C, 0x3F)), List((0x0000, 0x0C)), Regs.C,0, 0x40, \"00_1_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0xFE)), List((0x0000, 0x14)), Regs.D,0, 0xFF, \"10_0_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.E, 0xFE)), List((0x0000, 0x1C)), Regs.E,0, 0xFF, \"10_0_001\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0xFF)), List((0x0000, 0x24)), Regs.H,0, 0x00, \"01_1_000\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x7F)), List((0x0000, 0x2C)), Regs.L,0, 0x80, \"10_1_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0102)), List((0x0000, 0x34),(0x0102,0x7F)), Regs.NONE,0x0102, 0x80, \"10_1_100\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD),(0x0001, 0x34),(0x0002, 0x02),(0x0203,0x7F)),\n      Regs.NONE,0x0203, 0x80, \"10_1_100\",3)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0301)), List((0x0000, 0xFD),(0x0001, 0x34),(0x0002, 0xFF),(0x0300,0x7F)),\n      Regs.NONE,0x0300, 0x80, \"10_1_100\",3)\n  }\n\n  test(\"run DEC r\/(HL)\/(IX+d)\/(IY+d)\") {\n    \/\/ based on \"real\" Z80 emulator\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x3D)), Regs.A,0, 0x00, \"01_0_010\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.B, 0x02)), List((0x0000, 0x05)), Regs.B,0, 0x01, \"00_0_010\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.C, 0x40)), List((0x0000, 0x0D)), Regs.C,0, 0x3F, \"00_1_010\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.D, 0xFF)), List((0x0000, 0x15)), Regs.D,0, 0xFE, \"10_0_010\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x01), (Regs.E, 0xFF)), List((0x0000, 0x1D)), Regs.E,0, 0xFE, \"10_0_011\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.H, 0x00)), List((0x0000, 0x25)), Regs.H,0, 0xFF, \"10_1_010\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.L, 0x80)), List((0x0000, 0x2D)), Regs.L,0, 0x7F, \"00_1_110\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.HL, 0x0102)), List((0x0000, 0x35),(0x0102,0x80)), Regs.NONE,0x0102, 0x7F, \"00_1_110\")\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IX, 0x0201)), List((0x0000, 0xDD),(0x0001, 0x35),(0x0002, 0x02),(0x0203,0x80)),\n      Regs.NONE,0x0203, 0x7F, \"00_1_110\",3)\n    TestUtils.testRegOrAddrWithFlagsInt(List((Regs.F, 0x00), (Regs.IY, 0x0301)), List((0x0000, 0xFD),(0x0001, 0x35),(0x0002, 0xFF),(0x0300,0x80)),\n      Regs.NONE,0x0300, 0x7F, \"00_1_110\",3)\n  }\n\n  test(\"run CPL\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0x2F)), Regs.A,AnyInt, IntValue(0xFE), \"00_1_010\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.A, 0x01)), List((0x0000, 0x2F)), Regs.A,AnyInt, IntValue(0xFE), \"11_1_111\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x55)), List((0x0000, 0x2F)), Regs.A,AnyInt, IntValue(0xAA), \"00_1_010\")\n  }\n\n  test(\"run NEG\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x01)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0xFF), \"10_1_011\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x00)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0x00), \"01_0_010\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0xFF)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0x01), \"00_1_011\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x7F)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0x81), \"10_1_011\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x80)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0x80), \"10_0_111\",2)\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x40)), List((0x0000, 0xED),(0x0001, 0x44)), Regs.A,AnyInt, IntValue(0xC0), \"10_0_011\",2)\n  }\n\n  test(\"run CCF\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x00)), List((0x0000, 0x3F)), Regs.NONE,AnyInt, AnyInt, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x01), (Regs.A, 0x00)), List((0x0000, 0x3F)), Regs.NONE,AnyInt, AnyInt, \"00_1_000\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.A, 0x00)), List((0x0000, 0x3F)), Regs.NONE,AnyInt, AnyInt, \"11_1_100\")\n  }\n\n  test(\"run SCF\") {\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x00), (Regs.A, 0x00)), List((0x0000, 0x37)), Regs.NONE,AnyInt, AnyInt, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0x01), (Regs.A, 0x00)), List((0x0000, 0x37)), Regs.NONE,AnyInt, AnyInt, \"00_0_001\")\n    TestUtils.testRegOrAddrWithFlags(List((Regs.F, 0xFF), (Regs.A, 0x00)), List((0x0000, 0x37)), Regs.NONE,AnyInt, AnyInt, \"11_0_101\")\n  }\n\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/main\/scala\/org\/kr\/scala\/z80\/opcode\/handler\/JumpCallReturn.scala","text":"package org.kr.scala.z80.opcode.handler\n\nimport org.kr.scala.z80.opcode._\nimport org.kr.scala.z80.system._\nimport org.kr.scala.z80.utils.{AnyInt, IntValue, OptionInt, Z80Utils}\n\nsealed abstract class JumpOperation(val name:String)\n\nobject JumpType {\n  case object Jump extends JumpOperation(\"JUMP\")\n  case object JumpR extends JumpOperation(\"JUMP_RELATIVE\")\n  case object DJumpR extends JumpOperation(\"DEC_JUMP_RELATIVE\")\n  case object Call extends JumpOperation(\"CALL\")\n  case object Return extends JumpOperation(\"RETURN\")\n  case object None extends JumpOperation(\"NONE\")\n}\n\nobject JumpCallReturn extends OpCodeHandler {\n  override def handle(code: OpCode)(implicit system: Z80System, debugger:Debugger): (List[SystemChange], Int, Int) = {\n    val actualCode=castType[OpCode with OpCodeJump with OpCodeJumpCondition with OpCodeSourceLocation with OpCodeSize with OpCodeTCycles](code)\n\n    val oper = actualCode.operation\n    val instrSize = actualCode.size\n    val checker = new JumpConditionChecker(actualCode.condition)\n\n    val changePC =\n      handleJump(\n        oper,\n        actualCode.condition,\n        checker,\n        actualCode.source,\n        instrSize)\n    val changeStack = handleStack(checker.isMet, oper, instrSize)\n\n    (changePC ++ changeStack, 0, if(checker.isMet) actualCode.t+actualCode.tConditional else actualCode.t)\n  }\n\n  private def calcAddress(oper: JumpOperation, value: Int, prevPC: Int): Int =\n    oper match {\n      case JumpType.JumpR | JumpType.DJumpR => calcRelativeAddress(prevPC, value)\n      case _ => value\n    }\n\n  \/\/ Jump relative - relative operand is 2's complement and must be incremented by 2\n  private def calcRelativeAddress(pc: Int, relative: Int): Int = Z80Utils.word2ComplToRaw(pc + 2 + Z80Utils.rawByteTo2Compl(relative))\n\n  private def handleJump(oper: JumpOperation, cond: JumpConditionBase, checker: JumpConditionChecker, location: Location, instrSize: Int)\n                        (implicit system: Z80System): List[SystemChange] = {\n    val prevPC = system.getRegValue(Regs.PC)\n    val address = calcAddress(oper, system.getValueFromLocation(location), prevPC)\n    val newPC = chooseAddress(prevPC, address, checker)\n    val changePC = List(new RegisterChange(Regs.PC, newPC + (if (!checker.isMet) instrSize else 0)))\n    val changeReg = (oper, cond) match {\n      case (JumpType.DJumpR, c:RegisterJumpCondition) => List(new RegisterChange(c.register, checker.decRegValue()))\n      case _ => List()\n    }\n    changePC ++ changeReg\n  }\n\n  private def chooseAddress(prevPC: Int, address: Int, checker: JumpConditionChecker): Int =\n    if (checker.isMet) address else prevPC\n\n  private def handleStack(shouldJump: Boolean, oper: JumpOperation, instrSize: Int)(implicit system: Z80System): List[SystemChange] =\n    (shouldJump, oper) match {\n      case (true, JumpType.Call) => List(\n        new MemoryChangeWord(system.getRegValue(Regs.SP) - 2, system.getRegValue(Regs.PC) + instrSize),\n        new RegisterChangeRelative(Regs.SP, -2)\n      )\n      case (true, JumpType.Return) => List(\n        new RegisterChangeRelative(Regs.SP, 2)\n      )\n      case _ => List()\n    }\n}\n\nabstract class JumpConditionBase {\n  val symbol:String\n}\n\ncase object EmptyJumpCondition extends JumpConditionBase {\n  override val symbol:String=\"empty\"\n  override def toString:String=\"empty\"\n}\n\ncase class RegisterJumpCondition(register:RegSymbol,value:OptionInt) extends JumpConditionBase {\n  override val symbol:String=register.symbol\n  override def toString:String=f\"reg:$register=$value\"\n}\n\ncase class FlagJumpCondition(flag:FlagSymbol,boolValue:Boolean) extends JumpConditionBase {\n  val value:OptionInt=IntValue(if(boolValue) 1 else 0)\n  override val symbol:String=flag.symbol\n  override def toString:String=f\"flag:$flag=$value\"\n}\n\nclass IncorrectJumpCondition(message : String) extends Exception(message) {}\n\nclass JumpConditionChecker(val condition: JumpConditionBase)(implicit system: Z80System) {\n  lazy val decRegValue:OptionInt =\n    condition match {\n      case c : RegisterJumpCondition => IntValue(Z80Utils.add8bit(system.getRegValue(c.register),-1))\n      case _ => AnyInt\n    }\n\n  lazy val isMet: Boolean =\n    condition match {\n      case EmptyJumpCondition => true\n      case c : FlagJumpCondition => system.getFlags.flagValue(c.flag) == c.value()\n      case c : RegisterJumpCondition => decRegValue() != c.value()\n      case _ => throw new IncorrectJumpCondition(f\"unknown condition state: ${condition.toString}\")\n    }\n}"}
{"repo_name":"krzys9876\/z80_sim_scala","path":"src\/test\/scala\/org\/kr\/scala\/z80\/test\/OpExchangeTypeTest.scala","text":"<reponame>krzys9876\/z80_sim_scala\npackage org.kr.scala.z80.test\n\nimport org.kr.scala.z80.system.{ConsoleDebugger, Debugger, DummyDebugger, Regs}\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass OpExchangeTypeTest extends AnyFunSuite {\n\n  implicit val debugger:Debugger=DummyDebugger\n\n  test(\"run EX DE,HL\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.DE,0x0102),(Regs.HL,0x0304)),\n      List((0,0xEB), \/\/ EX DE,HL\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.DE) == 0x0304)\n    assert(sysTest.get.register(Regs.HL) == 0x0102)\n  }\n\n  test(\"run EX AF,AF1\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.AF,0x0102),(Regs.AF1,0x0304)),\n      List((0,0x08), \/\/ EX AF,AF1\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.AF) == 0x0304)\n    assert(sysTest.get.register(Regs.AF1) == 0x0102)\n  }\n\n  test(\"run EXX\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.AF,0xF1F2),(Regs.BC,0xF3F4),(Regs.DE,0xF5F6),(Regs.HL,0xF7F8),\n      (Regs.AF1,0xA1A2),(Regs.BC1,0xA3A4),(Regs.DE1,0xA5A6),(Regs.HL1,0xA7A8)),\n      List((0,0xD9), \/\/ EXX\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.AF) == 0xF1F2)\n    assert(sysTest.get.register(Regs.AF1) == 0xA1A2)\n    assert(sysTest.get.register(Regs.BC) == 0xA3A4)\n    assert(sysTest.get.register(Regs.BC1) == 0xF3F4)\n    assert(sysTest.get.register(Regs.DE) == 0xA5A6)\n    assert(sysTest.get.register(Regs.DE1) == 0xF5F6)\n    assert(sysTest.get.register(Regs.HL) == 0xA7A8)\n    assert(sysTest.get.register(Regs.HL1) == 0xF7F8)\n  }\n\n  test(\"run EX (SP),HL\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.HL,0xA1A2), (Regs.SP,0x0102)),\n      List((0,0xE3), \/\/ EX (SP),HL\n        (0x0102,0xF1),(0x0103,0xF2)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 1)\n    assert(sysTest.get.register(Regs.HL) == 0xF2F1)\n    assert(sysTest.get.register(Regs.SP) == 0x0102)\n    assert(sysTest.get.memory(0x0102)==0xA2)\n    assert(sysTest.get.memory(0x0103)==0xA1)\n  }\n\n  test(\"run EX (SP),IX\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IX,0xB1B2),(Regs.SP,0x0103)),\n      List((0,0xDD),(1,0xE3), \/\/ EX (SP),IX\n        (0x0103,0xE1),(0x0104,0xE2)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IX) == 0xE2E1)\n    assert(sysTest.get.register(Regs.SP) == 0x0103)\n    assert(sysTest.get.memory(0x0103)==0xB2)\n    assert(sysTest.get.memory(0x0104)==0xB1)\n  }\n\n  test(\"run EX (SP),IY\") {\n    \/\/given\n    \/\/when\n    val sysTest=TestUtils.prepareTest(List((Regs.IY,0xB1B2),(Regs.SP,0x0103)),\n      List((0,0xFD),(1,0xE3), \/\/ EX (SP),IY\n        (0x0103,0xE1),(0x0104,0xE2)\n      ))\n    \/\/then\n    assert(sysTest.get.register(Regs.PC) == 2)\n    assert(sysTest.get.register(Regs.IY) == 0xE2E1)\n    assert(sysTest.get.register(Regs.SP) == 0x0103)\n    assert(sysTest.get.memory(0x0103)==0xB2)\n    assert(sysTest.get.memory(0x0104)==0xB1)\n  }\n}\n"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"build.sbt","text":"name := \"tdd_bake-sale\"\nversion := \"0.1\"\n\nscalaVersion := \"2.13.4\"\n\nresolvers ++=  Seq(\n  \"Artima Maven Repository\" at \"https:\/\/repo.artima.com\/releases\"\n)\n\nlibraryDependencies ++= Seq(\n  \"org.scalactic\" %% \"scalactic\" % \"3.2.2\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.2\" % Test,\n  \"org.scalamock\" %% \"scalamock\" % \"4.4.0\" % Test\n)\n"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"src\/test\/scala\/bakesale\/StoreTest.scala","text":"package bakesale\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\n\nclass StoreTest extends AnyWordSpec with Matchers with MockFactory {\n  trait StoreSetup {\n    val inventory: Inventory = mock[Inventory]\n    val store: Store = new Store(inventory)\n  }\n\n  \"The Store\" when {\n    \"calculating prices\" must {\n      \"return the price for products when they all have stock\" in new StoreSetup {\n        (inventory.checkAvailability _).expects(\"B\", 1).returning(Some(0.65))\n        (inventory.checkAvailability _).expects(\"C\", 1).returning(Some(1.35))\n        (inventory.checkAvailability _).expects(\"W\", 1).returning(Some(1.50))\n\n        private val price = store.calculatePrice(\"B, C, W\")\n        price mustBe Some(3.50)\n      }\n      \"return nothing when for at least one product there is no stock\" in new StoreSetup {\n        (inventory.checkAvailability _).expects(\"B\", 1).returning(Some(0.65))\n        (inventory.checkAvailability _).expects(\"F\", 1).returning(None)\n\n        private val price = store.calculatePrice(\"B, F\")\n        price mustBe None\n      }\n    }\n    \"processing a purchase\" must {\n      trait SellingProducts extends StoreSetup {\n        (inventory.sellProduct _).expects(\"B\", 1).returning(Some(0.65))\n        (inventory.sellProduct _).expects(\"C\", 1).returning(Some(1.35))\n        (inventory.sellProduct _).expects(\"W\", 1).returning(Some(1.50))\n      }\n      \"return the change when the amount exceeds the total price\" in new SellingProducts {\n        private val change = store.processPurchase(\"B, C, W\", 5.00)\n        change mustBe Some(1.50)\n      }\n      \"return the 0 change when the amount equals the total price\" in new SellingProducts {\n        private val change = store.processPurchase(\"B, C, W\", 3.50)\n        change mustBe Some(0.00)\n      }\n      \"returns nothing when the amount is insufficient\" in new SellingProducts {\n        private val change = store.processPurchase(\"B, C, W\", 2.50)\n        change mustBe None\n      }\n    }\n  }\n}\n"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"src\/main\/scala\/bakesale\/Inventory.scala","text":"<reponame>saljuama-katas\/tdd_bake-sale\npackage bakesale\n\ncase class Inventory(var products: Seq[Item]) {\n\n  def checkAvailability(product: String, quantity: Int = 1): Option[Double] = products\n    .find(_.identifier == product)\n    .filter(_.stock >= quantity)\n    .map(_.price * quantity)\n\n  def sellProduct(product: String, quantity: Int = 1): Option[Double] = {\n    val price = checkAvailability(product, quantity)\n    products = products.map(item => {\n      val updatedStock = if (item.identifier == product) item.stock - quantity else item.stock\n      item.copy(stock = updatedStock)\n    })\n    price\n  }\n\n}\n\ncase class Item(identifier: String, price: Double, stock: Int)"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"src\/main\/scala\/bakesale\/Store.scala","text":"package bakesale\n\nclass Store(inventory: Inventory) {\n  def calculatePrice(products: String): Option[Double] = {\n    processProducts(products, product => inventory.checkAvailability(product))\n  }\n\n  def processPurchase(products: String, amount: Double): Option[Double] = {\n    processProducts(products, key => inventory.sellProduct(key))\n      .flatMap {\n        case x if amount - x >= 0 => Some(amount - x)\n        case _ => None\n      }\n  }\n\n  private def processProducts(products: String, processingFunction: String => Option[Double]) = {\n    products\n      .replace(\" \", \"\")\n      .split(\",\")\n      .map(processingFunction)\n      .fold(Some(0.0))((acc, value) => (acc, value) match {\n        case (Some(x), Some(y)) => Some(x + y)\n        case _ => None\n      })\n  }\n\n}\n"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"src\/test\/scala\/bakesale\/InventoryTest.scala","text":"package bakesale\n\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\n\nclass InventoryTest extends AnyWordSpec with Matchers {\n\n  trait Test {\n    val inventory = Inventory(Seq(Item(\"C\", 1.50, 2)))\n  }\n\n  \"The Inventory\" when {\n    \"checking the availability of a product\" must {\n      \"return nothing\" when {\n        \"the product does not exist\" in new Test {\n          private val price = inventory.checkAvailability(\"X\")\n          price mustBe None\n        }\n        \"the product does not have enough stock\" in new Test {\n          private val price = inventory.checkAvailability(\"C\", 3)\n          price mustBe None\n        }\n      }\n      \"return the total price of the products\" when {\n        \"quantity is not specified, defaults to unitary price\" in new Test {\n          private val price = inventory.checkAvailability(\"C\")\n          price mustBe Some(1.50)\n        }\n        \"the product has enough stock\" in new Test {\n          private val price = inventory.checkAvailability(\"C\", 2)\n          price mustBe Some(3.00)\n        }\n      }\n    }\n    \"selling a product\" must {\n      \"return nothing\" when {\n        \"the product does not exist\" in new Test {\n          private val price = inventory.sellProduct(\"X\")\n          price mustBe None\n        }\n        \"the product does not have enough stock\" in new Test {\n          private val price = inventory.sellProduct(\"C\", 3)\n          price mustBe None\n        }\n      }\n      \"return the total price and remove the stock amount\" when {\n        \"the product has enough stock\" in new Test {\n          private val price = inventory.sellProduct(\"C\", 2)\n          price mustBe Some(3.00)\n          inventory.checkAvailability(\"C\", 1) mustBe None\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"saljuama-katas\/tdd_bake-sale","path":"src\/main\/scala\/bakesale\/Application.scala","text":"package bakesale\n\nimport scala.io.StdIn.readLine\n\nobject Application extends App {\n  val inventory = Inventory(Seq(\n    Item(\"B\", 0.65, 48),\n    Item(\"M\", 1.00, 36),\n    Item(\"C\", 1.35, 24),\n    Item(\"W\", 1.50, 30)\n  ))\n  val store = new Store(inventory)\n  while (true) {\n    println(\"-------------------------\")\n    print(\"Items to Purchase > \")\n    val items = readLine()\n    val price = store.calculatePrice(items) match {\n      case Some(x) => f\"$$$x%1.2f\"\n      case None => \"Not enough stock\"\n    }\n    println(s\"Total > $price\")\n    if (price.nonEmpty) {\n      print(\"Amount paid > \")\n      val amount = readLine().replace(\"$\", \"\").toDouble\n      val change = store.processPurchase(items, amount) match {\n        case Some(x) => f\"$$$x%1.2f\"\n        case None => \"Not enough money\"\n      }\n      println(s\"Change > $change\")\n    }\n  }\n}\n"}
{"repo_name":"jbwheatley\/http4s","path":"build.sbt","text":"import com.typesafe.tools.mima.core._\nimport explicitdeps.ExplicitDepsPlugin.autoImport.moduleFilterRemoveValue\nimport org.http4s.sbt.Http4sPlugin._\nimport org.http4s.sbt.ScaladocApiMapping\n\nimport scala.xml.transform.{RewriteRule, RuleTransformer}\n\n\/\/ Global settings\nThisBuild \/ crossScalaVersions := Seq(scala_213, scala_212, scala_3)\nThisBuild \/ scalaVersion := (ThisBuild \/ crossScalaVersions).value.filter(_.startsWith(\"2.\")).last\nThisBuild \/ baseVersion := \"1.0\"\nThisBuild \/ publishGithubUser := \"rossabaker\"\nThisBuild \/ publishFullName   := \"<NAME>\"\n\nThisBuild \/ githubWorkflowBuildPreamble +=\n  WorkflowStep.Use(UseRef.Public(\"actions\", \"setup-node\", \"v2.4.0\"), name = Some(\"Setup NodeJS v16\"), params = Map(\"node-version\" -> \"16\"), cond = Some(\"matrix.ci == 'ciNodeJS'\"))\nThisBuild \/ githubWorkflowBuild := Seq(\n      \/\/ todo remove once salafmt properly supports scala3\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"scalafmtCheckAll\"), name = Some(\"Check formatting\"), cond = Some(s\"matrix.scala != '$scala_3'\")),\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"headerCheck\", \"test:headerCheck\"), name = Some(\"Check headers\")),\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"test:compile\"), name = Some(\"Compile\")),\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"mimaReportBinaryIssues\"), name = Some(\"Check binary compatibility\")),\n      \/\/ TODO: this gives false positives for boopickle, scalatags, twirl and play-json\n      \/\/ WorkflowStep.Sbt(\n        \/\/ List(\"unusedCompileDependenciesTest\"),\n        \/\/ name = Some(\"Check unused compile dependencies\"), cond = Some(s\"matrix.scala != '$scala_3'\")), \/\/ todo disable on dotty for now\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"fastOptJS\", \"test:fastOptJS\"), name = Some(\"FastOptJS\"), cond = Some(\"matrix.ci != 'ciJVM'\")),\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"test\"), name = Some(\"Run tests\")),\n      WorkflowStep.Sbt(List(\"${{ matrix.ci }}\", \"doc\"), name = Some(\"Build docs\"), cond = Some(\"matrix.ci == 'ciJVM'\"))\n    )\n\nThisBuild \/ githubWorkflowAddedJobs ++= Seq(\n  WorkflowJob(\n    \"scalafix\",\n    \"Scalafix\",\n    githubWorkflowJobSetup.value.toList ::: List(\n      WorkflowStep.Run(\n        List(\"cd scalafix\", \"sbt ci\"),\n        name = Some(\"Scalafix tests\"),\n        cond = Some(s\"matrix.scala == '$scala_213'\")\n      )\n    ),\n    scalas = crossScalaVersions.value.toList,\n    javas = List(\"adoptium@8\"),\n  ))\n\nval ciVariants = List(\"ciJVM\", \"ciNodeJS\")\nThisBuild \/ githubWorkflowBuildMatrixAdditions += \"ci\" -> ciVariants\n\nThisBuild \/ githubWorkflowBuildMatrixExclusions ++= {\n  (ThisBuild \/ githubWorkflowJavaVersions).value.tail.map { java =>\n    MatrixExclude(Map(\"ci\" -> \"ciNodeJS\", \"java\" -> java))\n  }\n}\n\naddCommandAlias(\"ciJVM\", \"; project rootJVM\")\naddCommandAlias(\"ciNodeJS\", \"; project rootJS\")\n\nenablePlugins(SonatypeCiReleasePlugin)\n\nversionIntroduced.withRank(KeyRanks.Invisible) := Map(\n  scala_3 -> \"0.22.0\",\n)\n\nlazy val modules: List[ProjectReference] = jvmModules ++ jsModules\n\nlazy val jvmModules: List[ProjectReference] = List(\n  core.jvm,\n  laws.jvm,\n  testing.jvm,\n  tests.jvm,\n  server.jvm,\n  prometheusMetrics,\n  client.jvm,\n  dropwizardMetrics,\n  emberCore.jvm,\n  emberServer.jvm,\n  emberClient.jvm,\n  blazeCore,\n  blazeServer,\n  blazeClient,\n  asyncHttpClient,\n  jettyServer,\n  jettyClient,\n  okHttpClient,\n  servlet,\n  tomcatServer,\n  theDsl.jvm,\n  jawn.jvm,\n  boopickle.jvm,\n  circe.jvm,\n  playJson,\n  scalaXml,\n  twirl,\n  scalatags,\n  bench,\n  examples,\n  examplesBlaze,\n  examplesDocker,\n  examplesEmber,\n  examplesJetty,\n  examplesTomcat,\n  examplesWar\n)\n\nlazy val jsModules: List[ProjectReference] = List(\n  core.js,\n  laws.js,\n  testing.js,\n  tests.js,\n  server.js,\n  client.js,\n  emberCore.js,\n  emberServer.js,\n  emberClient.js,\n  nodeServerless,\n  theDsl.js,\n  jawn.js,\n  boopickle.js,\n  circe.js,\n)\n\nlazy val root = project.in(file(\".\"))\n  .enablePlugins(NoPublishPlugin)\n  .settings(\n    \/\/ Root project\n    name := \"http4s\",\n    description := \"A minimal, Scala-idiomatic library for HTTP\",\n    startYear := Some(2013),\n  )\n  .aggregate(modules: _*)\n\nlazy val rootJVM = project\n  .enablePlugins(NoPublishPlugin)\n  .aggregate(jvmModules: _*)\n\nlazy val rootJS = project\n  .enablePlugins(NoPublishPlugin)\n  .aggregate(jsModules: _*)\n\nlazy val core = libraryCrossProject(\"core\")\n  .enablePlugins(\n    BuildInfoPlugin,\n    MimeLoaderPlugin,\n  )\n  .settings(\n    description := \"Core http4s library for servers and clients\",\n    startYear := Some(2013),\n    buildInfoKeys := Seq[BuildInfoKey](\n      version,\n      scalaVersion,\n      BuildInfoKey.map(http4sApiVersion) { case (_, v) => \"apiVersion\" -> v }\n    ),\n    buildInfoPackage := organization.value,\n    libraryDependencies ++= Seq(\n      caseInsensitive.value,\n      catsCore.value,\n      catsEffectStd.value,\n      catsParse.value.exclude(\"org.typelevel\", \"cats-core_2.13\"),\n      crypto.value,\n      fs2Core.value,\n      fs2Io.value,\n      ip4sCore.value,\n      literally.value,\n      log4s.value,\n      munit.value % Test,\n      scodecBits.value,\n      vault.value,\n    ),\n    libraryDependencies ++= {\n      if (isDotty.value) Seq.empty\n      else Seq(\n        scalaReflect(scalaVersion.value) % Provided\n      )\n    },\n    unusedCompileDependenciesFilter -= moduleFilter(\"org.scala-lang\", \"scala-reflect\"),\n  )\n  .jvmSettings(\n    libraryDependencies ++= Seq(\n      slf4jApi, \/\/ residual dependency from macros\n    )\n  )\n  .jsSettings(\n    libraryDependencies ++= Seq(\n      scalaJavaLocalesEnUS.value,\n      scalaJavaTime.value,\n    )\n  )\n  .jvmSettings(\n    libraryDependencies ++= Seq(\n      slf4jApi, \/\/ residual dependency from macros\n    )\n  )\n  .jsSettings(\n    libraryDependencies ++= Seq(\n      scalaJavaLocalesEnUS.value,\n      scalaJavaTime.value,\n    )\n  )\n\nlazy val laws = libraryCrossProject(\"laws\", CrossType.Pure)\n  .settings(\n    description := \"Instances and laws for testing http4s code\",\n    startYear := Some(2019),\n    libraryDependencies ++= Seq(\n      caseInsensitiveTesting.value,\n      catsEffect.value,\n      catsEffectTestkit.value,\n      catsLaws.value,\n      disciplineCore.value,\n      ip4sTestKit.value,\n      scalacheck.value,\n      scalacheckEffectMunit.value,\n      munitCatsEffect.value,\n    ),\n    unusedCompileDependenciesFilter -= moduleFilter(organization = \"org.typelevel\", name = \"scalacheck-effect-munit\"),\n    mimaBinaryIssueFilters ++= Seq(\n      ProblemFilters.exclude[IncompatibleMethTypeProblem](\"org.http4s.laws.discipline.ArbitraryInstances#ParseResultSyntax.this\") \/\/ private\n    )\n  )\n  .dependsOn(core)\n\nlazy val testing = libraryCrossProject(\"testing\", CrossType.Full)\n  .enablePlugins(NoPublishPlugin)\n  .settings(\n    description := \"Internal utilities for http4s tests\",\n    startYear := Some(2016),\n    libraryDependencies ++= Seq(\n      catsEffectLaws.value,\n      munitCatsEffect.value,\n      munitDiscipline.value,\n      scalacheck.value,\n      scalacheckEffect.value,\n      scalacheckEffectMunit.value,\n    ).map(_ % Test),\n  )\n  .jsSettings(\n    libraryDependencies ++= Seq(\n      scalaJavaTimeTzdb.value\n    ).map(_ % Test)\n  )\n  .dependsOn(laws)\n\n\/\/ Defined outside core\/src\/test so it can depend on published testing\nlazy val tests = libraryCrossProject(\"tests\")\n  .enablePlugins(NoPublishPlugin)\n  .settings(\n    description := \"Tests for core project\",\n    startYear := Some(2013),\n  )\n  .dependsOn(core, testing % \"test->test\")\n\nlazy val server = libraryCrossProject(\"server\")\n  .settings(\n    description := \"Base library for building http4s servers\",\n    startYear := Some(2014),\n  )\n  .settings(BuildInfoPlugin.buildInfoScopedSettings(Test))\n  .settings(BuildInfoPlugin.buildInfoDefaultSettings)\n  .settings(\n    buildInfoKeys := Seq[BuildInfoKey](Test \/ resourceDirectory),\n    buildInfoPackage := \"org.http4s.server.test\",\n  )\n  .dependsOn(core, testing % \"test->test\", theDsl % \"test->compile\")\n\nlazy val prometheusMetrics = libraryProject(\"prometheus-metrics\")\n  .settings(\n    description := \"Support for Prometheus Metrics\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      prometheusClient,\n      prometheusCommon,\n      prometheusHotspot,\n    ),\n  )\n  .dependsOn(\n    core.jvm % \"compile->compile\",\n    theDsl.jvm % \"test->compile\",\n    testing.jvm % \"test->test\",\n    server.jvm % \"test->compile\",\n    client.jvm % \"test->compile\"\n  )\n\nlazy val client = libraryCrossProject(\"client\")\n  .settings(\n    description := \"Base library for building http4s clients\",\n    startYear := Some(2014),\n  )\n  .dependsOn(\n    core,\n    testing % \"test->test\",\n    server % \"test->compile\",\n    theDsl % \"test->compile\")\n  .jsConfigure(_.dependsOn(nodeServerless % Test))\n\nlazy val dropwizardMetrics = libraryProject(\"dropwizard-metrics\")\n  .settings(\n    description := \"Support for Dropwizard Metrics\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      dropwizardMetricsCore,\n      dropwizardMetricsJson,\n    ))\n  .dependsOn(\n    core.jvm % \"compile->compile\",\n    testing.jvm % \"test->test\",\n    theDsl.jvm % \"test->compile\",\n    client.jvm % \"test->compile\",\n    server.jvm % \"test->compile\"\n  )\n\nlazy val emberCore = libraryCrossProject(\"ember-core\", CrossType.Pure)\n  .settings(\n    description := \"Base library for ember http4s clients and servers\",\n    startYear := Some(2019),\n    unusedCompileDependenciesFilter -= moduleFilter(\"io.chrisdavenport\", \"log4cats-core\"),\n    libraryDependencies ++= Seq(\n      log4catsTesting.value % Test,\n    ),\n  )\n  .dependsOn(core, testing % \"test->test\")\n\nlazy val emberServer = libraryCrossProject(\"ember-server\")\n  .settings(\n    description := \"ember implementation for http4s servers\",\n    startYear := Some(2019),\n    Test \/ parallelExecution := false,\n  )\n  .jvmSettings(\n    libraryDependencies ++= Seq(\n      log4catsSlf4j, \n      javaWebSocket % Test,\n      jnrUnixSocket % Test, \/\/ Necessary for jdk < 16\n    ),\n  )\n  .jsSettings(\n    libraryDependencies ++= Seq(\n      log4catsNoop.value,\n    ),\n    Test \/ npmDependencies += \"ws\" -> \"8.2.2\",\n    useYarn := true,\n    yarnExtraArgs += \"--frozen-lockfile\",\n  )\n  .dependsOn(emberCore % \"compile;test->test\", server % \"compile;test->test\", emberClient % \"test->compile\")\n  .jsEnablePlugins(ScalaJSBundlerPlugin)\n\nlazy val emberClient = libraryCrossProject(\"ember-client\")\n  .settings(\n    description := \"ember implementation for http4s clients\",\n    startYear := Some(2019),\n    libraryDependencies ++= Seq(\n      keypool.value,\n      log4catsSlf4j,\n    ),\n    mimaBinaryIssueFilters := Seq(\n      ProblemFilters.exclude[DirectMissingMethodProblem](\"org.http4s.ember.client.EmberClientBuilder.this\")\n    )\n  )\n  .jvmSettings(\n    libraryDependencies ++= Seq(\n      log4catsSlf4j,\n    ),\n  )\n  .jsSettings(\n    libraryDependencies ++= Seq(\n      log4catsNoop.value,\n    ),\n  )\n  .dependsOn(emberCore % \"compile;test->test\", client % \"compile;test->test\")\n\nlazy val blazeCore = libraryProject(\"blaze-core\")\n  .settings(\n    description := \"Base library for binding blaze to http4s clients and servers\",\n    startYear := Some(2014),\n    libraryDependencies ++= Seq(\n      blazeHttp,\n    )\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\")\n\nlazy val blazeServer = libraryProject(\"blaze-server\")\n  .settings(\n    description := \"blaze implementation for http4s servers\",\n    startYear := Some(2014),\n  )\n  .dependsOn(blazeCore % \"compile;test->test\", server.jvm % \"compile;test->test\")\n\nlazy val blazeClient = libraryProject(\"blaze-client\")\n  .settings(\n    description := \"blaze implementation for http4s clients\",\n    startYear := Some(2014),\n  )\n  .dependsOn(blazeCore % \"compile;test->test\", client.jvm % \"compile;test->test\")\n\nlazy val asyncHttpClient = libraryProject(\"async-http-client\")\n  .settings(\n    description := \"async http client implementation for http4s clients\",\n    startYear := Some(2016),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.asyncHttpClient,\n      fs2ReactiveStreams,\n      nettyBuffer,\n      nettyCodecHttp,\n      reactiveStreams,\n    ),\n    Test \/ parallelExecution := false\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\", client.jvm % \"compile;test->test\")\n\nlazy val jettyClient = libraryProject(\"jetty-client\")\n  .settings(\n    description := \"jetty implementation for http4s clients\", startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.jettyClient,\n      jettyHttp,\n      jettyUtil,\n    ),\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\", client.jvm % \"compile;test->test\")\n\nlazy val nodeServerless = libraryProject(\"node-serverless\")\n  .enablePlugins(ScalaJSPlugin)\n  .settings(\n    description := \"Node.js serverless wrapper for http4s apps\",\n    startYear := Some(2021),\n    scalacOptions ~= { _.filterNot(_ == \"-Xfatal-warnings\") },\n  )\n  .dependsOn(core.js)\n\nlazy val okHttpClient = libraryProject(\"okhttp-client\")\n  .settings(\n    description := \"okhttp implementation for http4s clients\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.okhttp,\n      okio,\n    ),\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\", client.jvm % \"compile;test->test\")\n\nlazy val servlet = libraryProject(\"servlet\")\n  .settings(\n    description := \"Portable servlet implementation for http4s servers\",\n    startYear := Some(2013),\n    libraryDependencies ++= Seq(\n      javaxServletApi % Provided,\n      Http4sPlugin.jettyServer % Test,\n      jettyServlet % Test,\n      Http4sPlugin.asyncHttpClient % Test\n    ),\n  )\n  .dependsOn(server.jvm % \"compile;test->test\")\n\nlazy val jettyServer = libraryProject(\"jetty-server\")\n  .settings(\n    description := \"Jetty implementation for http4s servers\",\n    startYear := Some(2014),\n    libraryDependencies ++= Seq(\n      jettyHttp2Server,\n      Http4sPlugin.jettyServer,\n      jettyServlet,\n      jettyUtil,\n    )\n  )\n  .dependsOn(servlet % \"compile;test->test\", theDsl.jvm % \"test->test\")\n\nlazy val tomcatServer = libraryProject(\"tomcat-server\")\n  .settings(\n    description := \"Tomcat implementation for http4s servers\",\n    startYear := Some(2014),\n    libraryDependencies ++= Seq(\n      tomcatCatalina,\n      tomcatCoyote,\n      tomcatUtilScan,\n    )\n  )\n  .dependsOn(servlet % \"compile;test->test\")\n\n\/\/ `dsl` name conflicts with modern SBT\nlazy val theDsl = libraryCrossProject(\"dsl\", CrossType.Pure)\n  .settings(\n    description := \"Simple DSL for writing http4s services\",\n    startYear := Some(2013),\n  )\n  .dependsOn(core, testing % \"test->test\")\n\nlazy val jawn = libraryCrossProject(\"jawn\", CrossType.Pure)\n  .settings(\n    description := \"Base library to parse JSON to various ASTs for http4s\",\n    startYear := Some(2014),\n    libraryDependencies ++= Seq(\n      jawnFs2.value,\n      jawnParser.value,\n    )\n  )\n  .dependsOn(core, testing % \"test->test\")\n\nlazy val boopickle = libraryCrossProject(\"boopickle\", CrossType.Pure)\n  .settings(\n    description := \"Provides Boopickle codecs for http4s\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.boopickle.value\n    ),\n  )\n  .dependsOn(core, testing % \"test->test\")\n\nlazy val circe = libraryCrossProject(\"circe\", CrossType.Pure)\n  .settings(\n    description := \"Provides Circe codecs for http4s\",\n    startYear := Some(2015),\n    libraryDependencies ++= Seq(\n      circeCore.value,\n      circeJawn.value,\n      circeTesting.value % Test\n    )\n  )\n  .dependsOn(core, testing % \"test->test\", jawn % \"compile;test->test\")\n\nlazy val playJson = libraryProject(\"play-json\")\n  .settings(\n    description := \"Provides Play json codecs for http4s\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.playJson.cross(CrossVersion.for3Use2_13)\n    ),\n    publish \/ skip := isDotty.value,\n    compile \/ skip := isDotty.value\n  )\n  .dependsOn(jawn.jvm % \"compile;test->test\")\n\nlazy val scalaXml = libraryProject(\"scala-xml\")\n  .settings(\n    description := \"Provides scala-xml codecs for http4s\",\n    startYear := Some(2014),\n    libraryDependencies ++= Seq(\n      Http4sPlugin.scalaXml,\n    ),\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\")\n\nlazy val twirl = http4sProject(\"twirl\")\n  .settings(\n    description := \"Twirl template support for http4s\",\n    startYear := Some(2014),\n    TwirlKeys.templateImports := Nil,\n    libraryDependencies := {\n      libraryDependencies.value.map {\n        case module if module.name == \"twirl-api\" =>\n          module.cross(CrossVersion.for3Use2_13)\n        case module => module\n      }\n    },\n    publish \/ skip := isDotty.value\n  )\n  .enablePlugins(SbtTwirl)\n  .dependsOn(core.jvm, testing.jvm % \"test->test\")\n\nlazy val scalatags = http4sProject(\"scalatags\")\n  .settings(\n    description := \"Scalatags template support for http4s\",\n    startYear := Some(2018),\n    libraryDependencies ++= Seq(\n      scalatagsApi.cross(CrossVersion.for3Use2_13)\n    ),\n    publish \/ skip := isDotty.value\n  )\n  .dependsOn(core.jvm, testing.jvm % \"test->test\")\n\nlazy val bench = http4sProject(\"bench\")\n  .enablePlugins(JmhPlugin)\n  .enablePlugins(NoPublishPlugin)\n  .settings(\n    description := \"Benchmarks for http4s\",\n    startYear := Some(2015),\n    libraryDependencies += circeParser,\n    undeclaredCompileDependenciesTest := {},\n    unusedCompileDependenciesTest := {},\n  )\n  .dependsOn(core.jvm, circe.jvm, emberCore.jvm)\n\nlazy val docs = http4sProject(\"docs\")\n  .enablePlugins(\n    GhpagesPlugin,\n    HugoPlugin,\n    NoPublishPlugin,\n    ScalaUnidocPlugin,\n    MdocPlugin\n  )\n  .settings(docsProjectSettings)\n  .settings(\n    libraryDependencies ++= Seq(\n      circeGeneric,\n      circeLiteral,\n      cryptobits\n    ),\n    description := \"Documentation for http4s\",\n    startYear := Some(2013),\n    autoAPIMappings := true,\n    ScalaUnidoc \/ unidoc \/ unidocProjectFilter := inAnyProject --\n      inProjects( \/\/ TODO would be nice if these could be introspected from noPublishSettings\n        (List[ProjectReference](\n          bench,\n          examples,\n          examplesBlaze,\n          examplesDocker,\n          examplesJetty,\n          examplesTomcat,\n          examplesWar,\n        ) ++ jsModules): _*\n      ),\n    mdocIn := (Compile \/ sourceDirectory).value \/ \"mdoc\",\n    makeSite := makeSite.dependsOn(mdoc.toTask(\"\"), http4sBuildData).value,\n    fatalWarningsInCI := false,\n    Hugo \/ baseURL := {\n      val docsPrefix = extractDocsPrefix(version.value)\n      if (isCi.value) new URI(s\"https:\/\/http4s.org${docsPrefix}\")\n      else new URI(s\"http:\/\/127.0.0.1:${previewFixedPort.value.getOrElse(4000)}${docsPrefix}\")\n    },\n    siteMappings := {\n      val docsPrefix = extractDocsPrefix(version.value)\n      for ((f, d) <- siteMappings.value) yield (f, docsPrefix + \"\/\" + d)\n    },\n    siteMappings ++= {\n      val docsPrefix = extractDocsPrefix(version.value)\n      for ((f, d) <- (ScalaUnidoc \/ packageDoc \/ mappings).value)\n        yield (f, s\"$docsPrefix\/api\/$d\")\n    },\n    ghpagesCleanSite \/ includeFilter := {\n      new FileFilter {\n        val docsPrefix = extractDocsPrefix(version.value)\n        def accept(f: File) =\n          f.getCanonicalPath.startsWith(\n            (ghpagesRepository.value \/ s\"${docsPrefix}\").getCanonicalPath)\n      }\n    },\n    apiMappings ++= {\n      ScaladocApiMapping.mappings(\n        (ScalaUnidoc \/ unidoc \/ unidocAllClasspaths).value, scalaBinaryVersion.value\n      )\n    }\n  )\n  .dependsOn(client.jvm, core.jvm, theDsl.jvm, blazeServer, blazeClient, circe.jvm, dropwizardMetrics, prometheusMetrics)\n\nlazy val website = http4sProject(\"website\")\n  .enablePlugins(HugoPlugin, GhpagesPlugin, NoPublishPlugin)\n  .settings(docsProjectSettings)\n  .settings(\n    description := \"Common area of http4s.org\",\n    startYear := Some(2013),\n    Hugo \/ baseURL := {\n      if (isCi.value) new URI(s\"https:\/\/http4s.org\")\n      else new URI(s\"http:\/\/127.0.0.1:${previewFixedPort.value.getOrElse(4000)}\")\n    },\n    makeSite := makeSite.dependsOn(http4sBuildData).value,\n    \/\/ all .md|markdown files go into `content` dir for hugo processing\n    ghpagesNoJekyll := true,\n    ghpagesCleanSite \/ excludeFilter  :=\n      new FileFilter {\n        val v = ghpagesRepository.value.getCanonicalPath + \"\/v\"\n        def accept(f: File) =\n          f.getCanonicalPath.startsWith(v) &&\n            f.getCanonicalPath.charAt(v.size).isDigit\n      }\n  )\n\nlazy val examples = http4sProject(\"examples\")\n  .enablePlugins(NoPublishPlugin)\n  .settings(\n    description := \"Common code for http4s examples\",\n    startYear := Some(2013),\n    libraryDependencies ++= Seq(\n      circeGeneric % Runtime,\n      logbackClassic % Runtime\n    ),\n    \/\/ todo enable when twirl supports dotty TwirlKeys.templateImports := Nil,\n  )\n  .dependsOn(server.jvm, dropwizardMetrics, theDsl.jvm, circe.jvm, scalaXml\/*, twirl*\/)\n  \/\/ todo enable when twirl supports dotty .enablePlugins(SbtTwirl)\n\nlazy val examplesBlaze = exampleProject(\"examples-blaze\")\n  .settings(Revolver.settings)\n  .settings(\n    description := \"Examples of http4s server and clients on blaze\",\n    startYear := Some(2013),\n    fork := true,\n    libraryDependencies ++= Seq(\n      circeGeneric,\n    ),\n  )\n  .dependsOn(blazeServer, blazeClient)\n\nlazy val examplesEmber = exampleProject(\"examples-ember\")\n  .settings(Revolver.settings)\n  .settings(\n    description := \"Examples of http4s server and clients on blaze\",\n    startYear := Some(2020),\n    fork := true,\n  )\n  .dependsOn(emberServer.jvm, emberClient.jvm)\n\nlazy val examplesDocker = http4sProject(\"examples-docker\")\n  .in(file(\"examples\/docker\"))\n  .enablePlugins(JavaAppPackaging, DockerPlugin, NoPublishPlugin)\n  .settings(\n    description := \"Builds a docker image for a blaze-server\",\n    startYear := Some(2017),\n    Docker \/ packageName := \"http4s\/blaze-server\",\n    Docker \/ maintainer := \"http4s\",\n    dockerUpdateLatest := true,\n    dockerExposedPorts := List(8080),\n  )\n  .dependsOn(blazeServer, theDsl.jvm)\n\nlazy val examplesJetty = exampleProject(\"examples-jetty\")\n  .settings(Revolver.settings)\n  .settings(\n    description := \"Example of http4s server on Jetty\",\n    startYear := Some(2014),\n    fork := true,\n    reStart \/ mainClass := Some(\"com.example.http4s.jetty.JettyExample\"),\n  )\n  .dependsOn(jettyServer)\n\nlazy val examplesTomcat = exampleProject(\"examples-tomcat\")\n  .settings(Revolver.settings)\n  .settings(\n    description := \"Example of http4s server on Tomcat\",\n    startYear := Some(2014),\n    fork := true,\n    reStart \/ mainClass := Some(\"com.example.http4s.tomcat.TomcatExample\"),\n  )\n  .dependsOn(tomcatServer)\n\n\/\/ Run this with jetty:start\nlazy val examplesWar = exampleProject(\"examples-war\")\n  .enablePlugins(JettyPlugin)\n  .settings(\n    description := \"Example of a WAR deployment of an http4s service\",\n    startYear := Some(2014),\n    fork := true,\n    libraryDependencies += javaxServletApi % Provided,\n    Jetty \/ containerLibs := List(jettyRunner),\n  )\n  .dependsOn(servlet)\n\ndef http4sProject(name: String) =\n  Project(name, file(name))\n    .settings(commonSettings)\n    .settings(\n      moduleName := s\"http4s-$name\",\n    )\n    .enablePlugins(Http4sPlugin)\n\ndef http4sCrossProject(name: String, crossType: CrossType) =\n  sbtcrossproject.CrossProject(name, file(name))(JVMPlatform, JSPlatform)\n    .withoutSuffixFor(JVMPlatform)\n    .crossType(crossType)\n    .settings(commonSettings)\n    .settings(\n      moduleName := s\"http4s-$name\",\n    )\n    .jsSettings(\n      Test \/ scalaJSLinkerConfig ~= (_.withModuleKind(ModuleKind.CommonJSModule)),\n    )\n    .enablePlugins(Http4sPlugin)\n    .jsConfigure(_.disablePlugins(DoctestPlugin))\n\ndef libraryProject(name: String) = http4sProject(name)\ndef libraryCrossProject(name: String, crossType: CrossType = CrossType.Full) =\n  http4sCrossProject(name, crossType)\n\ndef exampleProject(name: String) =\n  http4sProject(name)\n    .in(file(name.replace(\"examples-\", \"examples\/\")))\n    .enablePlugins(NoPublishPlugin)\n    .settings(libraryDependencies += logbackClassic % Runtime)\n    .dependsOn(examples)\n\nlazy val commonSettings = Seq(\n  Compile \/ doc \/ scalacOptions += \"-no-link-warnings\",\n  libraryDependencies ++= Seq(\n    catsLaws.value,\n    logbackClassic,\n    scalacheck.value,\n  ).map(_ % Test),\n  apiURL := Some(url(s\"https:\/\/http4s.org\/v${baseVersion.value}\/api\")),\n  testFrameworks += new TestFramework(\"munit.Framework\"),\n  initCommands(),\n)\n\ndef initCommands(additionalImports: String*) =\n  initialCommands := (List(\n    \"fs2._\",\n    \"cats._\",\n    \"cats.data._\",\n    \"cats.effect._\",\n    \"cats.implicits._\"\n  ) ++ additionalImports).mkString(\"import \", \", \", \"\")\n\n\/\/ Everything is driven through release steps and the http4s* variables\n\/\/ This won't actually release unless on Travis.\naddCommandAlias(\"ci\", \";clean ;release with-defaults\")\n"}
{"repo_name":"jbwheatley\/http4s","path":"ember-core\/src\/test\/scala\/org\/http4s\/ember\/core\/ResponseSplittingSuite.scala","text":"<filename>ember-core\/src\/test\/scala\/org\/http4s\/ember\/core\/ResponseSplittingSuite.scala<gh_stars>0\n\/*\n * Copyright 2019 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage ember.core\n\nimport cats.effect.{Concurrent, IO}\nimport cats.implicits._\nimport org.http4s.implicits._\nimport org.typelevel.ci._\nimport scala.annotation.nowarn\n\nclass ResponseSplittingSuite extends Http4sSuite {\n  def attack[F[_]](app: HttpApp[F], req: Request[F])(implicit F: Concurrent[F]): F[Response[F]] =\n    for {\n      resp <- app(req)\n      respBytes <- Encoder\n        .respToBytes(resp)\n        .compile\n        .to(Array)\n      result <- Parser.Response.parser[F](1024)(respBytes, F.pure(None))\n    } yield (result._1)\n\n  test(\"Prevent response splitting attacks on status reason phrase\") {\n    @nowarn(\"cat=deprecation\")\n    val app = HttpApp[IO] { req =>\n      Response(Status.NoContent.withReason(req.params(\"reason\"))).pure[IO]\n    }\n    val req = Request[IO](uri = uri\"\/?reason=%0D%0AEvil:true%0D%0A\")\n    attack(app, req).map { resp =>\n      assertEquals(resp.headers.headers.find(_.name === ci\"Evil\"), None)\n    }\n  }\n\n  test(\"Prevent response splitting attacks on field name\") {\n    val app = HttpApp[IO] { req =>\n      Response(Status.NoContent).putHeaders(req.params(\"fieldName\") -> \"oops\").pure[IO]\n    }\n    val req = Request[IO](uri = uri\"\/?fieldName=Fine:%0D%0AEvil:true%0D%0A\")\n    attack(app, req).map { resp =>\n      assertEquals(resp.headers.headers.find(_.name === ci\"Evil\"), None)\n    }\n  }\n\n  test(\"Prevent response splitting attacks on field value\") {\n    val app = HttpApp[IO] { req =>\n      Response[IO](Status.NoContent)\n        .putHeaders(\"X-Oops\" -> req.params(\"fieldValue\"))\n        .pure[IO]\n    }\n    val req = Request[IO](uri = uri\"\/?fieldValue=%0D%0AEvil:true%0D%0A\")\n    attack(app, req).map { resp =>\n      assertEquals(resp.headers.headers.find(_.name === ci\"Evil\"), None)\n    }\n  }\n}\n"}
{"repo_name":"jbwheatley\/http4s","path":"core\/shared\/src\/main\/scala\/org\/http4s\/HttpVersion.scala","text":"\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\n\nimport cats.{Hash, Order, Show}\nimport cats.syntax.all._\nimport cats.kernel.BoundedEnumerable\nimport cats.parse.{Parser => P}\nimport cats.parse.Rfc5234.digit\nimport org.http4s.util._\n\n\/** HTTP's version number consists of two decimal digits separated by\n  * a \".\" (period or decimal point). The first digit (\"major version\")\n  * indicates the messaging syntax, whereas the second digit (\"minor\n  * version\") indicates the highest minor version within that major\n  * version to which the sender is conformant (able to understand for\n  * future communication).\n  *\n  * @param major The major version, `0` to `9` inclusive\n  *\n  * @param minor The minor version, `0` to `9` inclusive\n  *\n  * @see\n  * [[https:\/\/httpwg.org\/http-core\/draft-ietf-httpbis-semantics-latest.html#protocol.version\n  * HTTP Semantics, Protocol Versioning]]\n  *\/\nfinal case class HttpVersion private[HttpVersion] (major: Int, minor: Int)\n    extends Renderable\n    with Ordered[HttpVersion] {\n\n  \/** Renders as an HTTP\/1.1 string\n    *\n    * {{{\n    * >>> HttpVersion.`HTTP\/1.1`.renderString\n    * HTTP\/1.1\n    * }}}\n    *\/\n  override def render(writer: Writer): writer.type = writer << \"HTTP\/\" << major << '.' << minor\n\n  \/** Orders by major version ascending, then minor version ascending.\n    *\n    * {{{\n    * >>> List(HttpVersion.`HTTP\/1.0`, HttpVersion.`HTTP\/1.1`, HttpVersion.`HTTP\/0.9`).sorted\n    * List(HTTP\/0.9, HTTP\/1.0, HTTP\/1.1)\n    * }}}\n    *\/\n  override def compare(that: HttpVersion): Int =\n    (this.major, this.minor).compare((that.major, that.minor))\n\n  @deprecated(\"Does not range check parameters. Will be removed from public API in 1.0.\", \"0.22.6\")\n  def copy(major: Int = major, minor: Int = minor): HttpVersion =\n    new HttpVersion(major, minor)\n}\n\nobject HttpVersion {\n\n  \/** HTTP\/0.9 was first formalized in the HTTP\/1.0 spec. `HTTP\/0.9`\n    * does not literally appear in the HTTP\/0.9 protocol.\n    *\n    * @see [[https:\/\/www.w3.org\/Protocols\/HTTP\/AsImplemented.html The\n    * original HTTP as defined in 1991]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc1945 RFC1945,\n    * Hypertext Transfer Protocol -- HTTP\/1.0]]\n    *\/\n  val `HTTP\/0.9` = new HttpVersion(0, 9)\n\n  \/** HTTP\/1.0 is the first major version of HTTP.\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc1945 RFC1945,\n    * Hypertext Transfer Protocol -- HTTP\/1.0]]\n    *\/\n  val `HTTP\/1.0` = new HttpVersion(1, 0)\n\n  \/** HTTP\/1.1 revises HTTP\/1.0, and is currently defined by six RFCs.\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc208 Hypertext\n    * Transfer Protocol -- HTTP\/1.1]] (obsolete)\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc2616 Hypertext\n    * Transfer Protocol -- HTTP\/1.1]] (obsolete)\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7230 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Message Syntax and Routing]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7231 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Semantics and Content]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7232 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Conditional Requests]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7233 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Range Requests]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7234 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Caching]]\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7235 Hypertext\n    * Transfer Protocol (HTTP\/1.1): Authentication]]\n    *\n    * @see\n    * [[https:\/\/datatracker.ietf.org\/doc\/draft-ietf-httpbis-messaging\/\n    * HTTP\/1.1]] (draft)\n    *\/\n  val `HTTP\/1.1` = new HttpVersion(1, 1)\n\n  \/** HTTP\/2 is the second major version of HTTP.  It defines no minor\n    * versions, so minor version `0` is implied.\n    *\n    * @see [[https:\/\/datatracker.ietf.org\/doc\/html\/rfc7540 RFC7540,\n    * Hypertext Transfer Protocol Version 2 (HTTP\/2)]]\n    *\/\n  val `HTTP\/2` = new HttpVersion(2, 0)\n\n  @deprecated(\"Renamed to `HTTP\/2`. HTTP\/2 does not define minor versions.\", \"0.22.6\")\n  def `HTTP\/2.0` = `HTTP\/2`\n\n  \/** HTTP\/3 is the third major version of HTTP.  It defines no minor\n    * versions, so minor version `0` is implied.\n    *\n    * @see [[https:\/\/quicwg.org\/base-drafts\/draft-ietf-quic-http.html\n    * Hypertext Transfer Protocol Version 3 (HTTP\/3)]] (draft)\n    *\/\n  val `HTTP\/3` = new HttpVersion(3, 0)\n\n  private[this] val right_1_0 = Right(`HTTP\/1.0`)\n  private[this] val right_1_1 = Right(`HTTP\/1.1`)\n\n  \/** Returns an HTTP version from its HTTP\/1 string representation.\n    *\n    * {{{\n    * >>> HttpVersion.fromString(\"HTTP\/1.1\")\n    * Right(HTTP\/1.1)\n    * }}}\n    *\/\n  def fromString(s: String): ParseResult[HttpVersion] =\n    s match {\n      case \"HTTP\/1.1\" => right_1_1\n      case \"HTTP\/1.0\" => right_1_0\n      case _ =>\n        ParseResult.fromParser(parser, \"HTTP version\")(s)\n    }\n\n  private val parser: P[HttpVersion] = {\n    \/\/ HTTP-name = %x48.54.54.50 ; HTTP\n    \/\/ HTTP-version = HTTP-name \"\/\" DIGIT \".\" DIGIT\n    val httpVersion = P.string(\"HTTP\/\") *> digit ~ (P.char('.') *> digit)\n\n    httpVersion.map { case (major, minor) =>\n      new HttpVersion(major - '0', minor - '0')\n    }\n  }\n\n  \/** Returns an HTTP version from a major and minor version.\n    *\n    * {{{\n    * >>> HttpVersion.fromVersion(1, 1)\n    * Right(HTTP\/1.1)\n    *\n    * >>> HttpVersion.fromVersion(1, 10)\n    * Left(org.http4s.ParseFailure: Invalid HTTP version: major must be <= 9: 10)\n    * }}}\n    *\n    * @param major The major version, `0` to `9` inclusive\n    * @param minor The minor version, `0` to `9` inclusive\n    *\/\n  def fromVersion(major: Int, minor: Int): ParseResult[HttpVersion] =\n    if (major < 0) ParseResult.fail(\"Invalid HTTP version\", s\"major must be > 0: $major\")\n    else if (major > 9) ParseResult.fail(\"Invalid HTTP version\", s\"major must be <= 9: $major\")\n    else if (minor < 0) ParseResult.fail(\"Invalid HTTP version\", s\"major must be > 0: $minor\")\n    else if (minor > 9) ParseResult.fail(\"Invalid HTTP version\", s\"major must be <= 9: $minor\")\n    else ParseResult.success(new HttpVersion(major, minor))\n\n  implicit val catsInstancesForHttp4sHttpVersion: Order[HttpVersion]\n    with Show[HttpVersion]\n    with Hash[HttpVersion]\n    with BoundedEnumerable[HttpVersion] = new Order[HttpVersion]\n    with Show[HttpVersion]\n    with Hash[HttpVersion]\n    with BoundedEnumerable[HttpVersion] { self =>\n    \/\/ Hash\n    override def hash(x: HttpVersion): Int = x.hashCode\n\n    \/\/ Show\n    override def show(t: HttpVersion): String = t.renderString\n\n    \/\/ Order\n    override def compare(x: HttpVersion, y: HttpVersion): Int = x.compare(y)\n\n    \/\/ BoundedEnumerable\n    override def partialNext(a: HttpVersion): Option[HttpVersion] = a match {\n      case HttpVersion(9, 9) => None\n      case HttpVersion(major, minor) if fromVersion(major, minor).isLeft => None\n      case HttpVersion(major, 9) => Some(HttpVersion(major + 1, 0))\n      case HttpVersion(major, minor) => Some(HttpVersion(major, minor + 1))\n    }\n    override def partialPrevious(a: HttpVersion): Option[HttpVersion] = a match {\n      case HttpVersion(0, 0) => None\n      case HttpVersion(major, minor) if fromVersion(major, minor).isLeft => None\n      case HttpVersion(major, 0) => Some(HttpVersion(major - 1, 9))\n      case HttpVersion(major, minor) => Some(HttpVersion(major, minor - 1))\n    }\n    override def order: Order[HttpVersion] = self\n    override def minBound: HttpVersion = HttpVersion(0, 0)\n    override def maxBound: HttpVersion = HttpVersion(9, 9)\n  }\n}\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day4\/day4.scala","text":"<filename>src\/main\/scala\/day4\/day4.scala\npackage day4\n\nimport scala.io.Source\nimport scala.util.Try\n\ntype Passport = Map[String, String]\n\ncase class State(valid: Int, partial: Passport)\n\nval validators: Map[String, String => Boolean] =\n  Map(\n    \"byr\" -> \"19[2-9]\\\\d|200[012]\".r.matches,\n    \"iyr\" -> \"20(1\\\\d|20)\".r.matches,\n    \"eyr\" -> \"20(2\\\\d|30)\".r.matches,\n    \"hgt\" -> \"1([5-8]\\\\d|9[0-3])cm$|(59|6\\\\d|7[0-6])in$\".r.matches,\n    \"hcl\" -> \"#[a-f0-9]{6}\".r.matches,\n    \"ecl\" -> \"amb|blu|brn|gry|grn|hzl|oth\".r.matches,\n    \"pid\" -> \"\\\\d{9}\".r.matches\n  )\n\ndef validate1(passport: Passport): Boolean =\n  validators.keys.forall(passport.contains)\n\ndef validate2(passport: Passport): Boolean =\n  validators\n    .keys\n    .map(key => passport.get(key).filter(validators(key)))\n    .forall(_.isDefined)\n\ndef foldFn(state: State, line: String, validate: Passport => Boolean): State =\n  if line.isEmpty then\n    if validate(state.partial) then\n      State(state.valid + 1, Map.empty)\n    else State(state.valid, Map.empty)\n  else\n    val parts = line.split(\" \")\n    val partial =\n      parts.map { p =>\n        val Array(key, value) = p.split(\":\")\n        (key, value)\n      }.toMap\n    State(state.valid, state.partial ++ partial)\n\n@main\ndef part1(): Unit =\n  val result = (Source.fromResource(\"day4.txt\").getLines() ++ List(\"\"))\n    .foldLeft(State(0, Map.empty))(foldFn(_, _, validate1))\n    .valid\n  println(result)\n\n@main\ndef part2(): Unit =\n  val result = (Source.fromResource(\"day4.txt\").getLines() ++ List(\"\"))\n    .foldLeft(State(0, Map.empty))(foldFn(_, _, validate2))\n    .valid\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day17\/day17.scala","text":"package day17\n\nimport scala.io.Source\nimport scala.util.Try\n\ntype Universe3 = Map[Cube, Boolean]\n\ntype Universe4 = Map[Hypercube, Boolean]\n\ntype Cube = (Long, Long, Long)\n\ntype Hypercube = (Long, Long, Long, Long)\n\ndef sumCube(t1: Cube, t2: Cube): Cube =\n  (t1, t2) match\n    case ((a, b, c), (d, e, f)) => (a + d, b + e, c + f)\n\ndef sumHypercube(t1: Hypercube, t2: Hypercube): Hypercube =\n  (t1, t2) match\n    case ((a, b, c, d), (e, f, g, h)) => (a + e, b + f, c + g, d + h)\n\ndef neighboring(x: Long, y: Long, z: Long): Vector[Cube] =\n  val range = (-1L to 1L).toVector\n  val diffs =\n    for\n      dx <- range\n      dy <- range\n      dz <- range\n    yield (dx, dy, dz)\n  diffs.filterNot(_ == (0L, 0L, 0L)).map(sumCube(_, (x, y, z)))\n\ndef neighboring(x: Long, y: Long, z: Long, w: Long): Vector[Hypercube] =\n  val range = (-1L to 1L).toVector\n  val diffs =\n    for\n      dx <- range\n      dy <- range\n      dz <- range\n      dw <- range\n    yield (dx, dy, dz, dw)\n  diffs.filterNot(_ == (0L, 0L, 0L, 0L)).map(sumHypercube(_, (x, y, z, w)))\n\ndef active(universe: Universe3)(x: Long, y: Long, z: Long): Boolean =\n  universe.get((x, y, z)).getOrElse(false)\n\ndef active(universe: Universe4)(x: Long, y: Long, z: Long, w: Long): Boolean =\n  universe.get((x, y, z, w)).getOrElse(false)\n\ndef rule1(universe: Universe3)(x: Long, y: Long, z: Long): Boolean =\n  lazy val checkCount: Long =\n    neighboring(x, y, z).count(active(universe).tupled)\n  active(universe)(x, y, z) && (checkCount == 2 || checkCount == 3)\n\ndef rule1(universe: Universe4)(x: Long, y: Long, z: Long, w: Long): Boolean =\n  lazy val checkCount: Long =\n    neighboring(x, y, z, w).count(active(universe).tupled)\n  active(universe)(x, y, z, w) && (checkCount == 2 || checkCount == 3)\n\ndef rule2(universe: Universe3)(x: Long, y: Long, z: Long): Boolean =\n  lazy val checkCount: Long =\n    neighboring(x, y, z).count(active(universe).tupled)\n  !active(universe)(x, y, z) && checkCount == 3\n\ndef rule2(universe: Universe4)(x: Long, y: Long, z: Long, w: Long): Boolean =\n  lazy val checkCount: Long =\n    neighboring(x, y, z, w).count(active(universe).tupled)\n  !active(universe)(x, y, z, w) && checkCount == 3\n\ndef parse3(map: Array[Array[Char]]): Universe3 =\n  map\n    .zipWithIndex\n    .map { (r, i) =>\n      r.zipWithIndex\n        .foldLeft(Map.empty[Cube, Boolean]) {\n          case (acc, (c, j)) =>\n            if c == '#' then acc + ((i.toLong, j.toLong, 0L) -> true) else acc\n        }\n    }\n    .foldLeft(Map.empty[Cube, Boolean])(_ ++ _)\n\ndef parse4(map: Array[Array[Char]]): Universe4 =\n  map\n    .zipWithIndex\n    .map { (r, i) =>\n      r.zipWithIndex\n        .foldLeft(Map.empty[Hypercube, Boolean]) {\n          case (acc, (c, j)) =>\n            if c == '#' then acc + ((i.toLong, j.toLong, 0L, 0L) -> true) else acc\n        }\n    }\n    .foldLeft(Map.empty[Hypercube, Boolean])(_ ++ _)\n\ndef iteration3(universe: Universe3): Universe3 =\n  val blah = universe.map {\n    case ((x, y, z), _) =>\n      val activated = neighboring(x, y, z).filter(rule2(universe).tupled)\n      if rule1(universe)(x, y, z) then activated :+ (x, y, z) else activated\n  }\n  blah.foldLeft(Map.empty[Cube, Boolean])(_ ++ _.map(t => (t -> true)))\n\ndef iteration4(universe: Universe4): Universe4 =\n  val blah = universe.map {\n    case ((x, y, z, w), _) =>\n      val activated = neighboring(x, y, z, w).filter(rule2(universe).tupled)\n      if rule1(universe)(x, y, z, w) then activated :+ (x, y, z, w) else activated\n  }\n  blah.foldLeft(Map.empty[Hypercube, Boolean])(_ ++ _.map(t => (t -> true)))\n  \n@main\ndef part1(): Unit =\n  val map = Source.fromResource(\"day17.txt\").getLines().map(_.toCharArray).toArray\n  val start = parse3(map)\n  val size =\n    LazyList\n      .iterate(start)(iteration3)\n      .take(7)\n      .last\n      .size\n  println(size)\n\n@main\ndef part2(): Unit =\n  val map = Source.fromResource(\"day17.txt\").getLines().map(_.toCharArray).toArray\n  val start = parse4(map)\n  val size =\n    LazyList\n      .iterate(start)(iteration4)\n      .take(7)\n      .last\n      .size\n  println(size)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day6\/day6.scala","text":"<filename>src\/main\/scala\/day6\/day6.scala\npackage day6\n\nimport scala.io.Source\n\nval Universe = \"abcdefghijklmnopqrstuvwxyz\".toSet\n\ntrait Monoid[A]:\n  def identity: A\n  extension (x: A)\n    def combine(y: A): A\n    final def |+| (y: A): A = combine(y)\n\ncase class State(sum: Int, partial: Set[Char])\n\ndef foldFn(using monoid: Monoid[Set[Char]])(state: State, line: String): State =\n  if line.isEmpty then\n    val count = state.partial.size\n    State(state.sum + count, monoid.identity)\n  else\n    State(state.sum, state.partial |+| line.toSet)\n\n@main\ndef part1(): Unit =\n  given Monoid[Set[Char]] with\n    def identity: Set[Char] = Set.empty\n    extension (x: Set[Char]) def combine(y: Set[Char]): Set[Char] =\n      x.union(y)\n\n  val result =\n    (Source.fromResource(\"day6.txt\").getLines() ++ List(\"\"))\n      .foldLeft(State(0, summon[Monoid[Set[Char]]].identity))(foldFn)\n      .sum\n  println(result)\n\n@main\ndef part2(): Unit =\n  given Monoid[Set[Char]] with\n    def identity: Set[Char] = Universe\n    extension (x: Set[Char]) def combine(y: Set[Char]): Set[Char] =\n      x.intersect(y)\n\n  val result =\n    (Source.fromResource(\"day6.txt\").getLines() ++ List(\"\"))\n      .foldLeft(State(0, summon[Monoid[Set[Char]]].identity))(foldFn)\n      .sum\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day24\/day24.scala","text":"package day24\n\nimport scala.annotation.tailrec\nimport scala.io.Source\n\ntype Delta = -1 | 0 | 1\n\nenum Tile:\n  case White, Black\n\n  def unary_! : Tile =\n    this match\n      case White => Black\n      case Black => White\n\nenum Direction(val dx: Delta, val dy: Delta, val dz: Delta):\n  case E  extends Direction(1, -1, 0)\n  case W  extends Direction(-1, 1, 0)\n  case SE extends Direction(0, -1, 1)\n  case SW extends Direction(-1, 0, 1)\n  case NE extends Direction(1, 0, -1)\n  case NW extends Direction(0, 1, -1)\n\nobject Direction:\n  def unapply(direction: Direction): Option[(Delta, Delta, Delta)] =\n    Some((direction.dx, direction.dy, direction.dz))\n\ncase class Coordinate(x: Long, y: Long, z: Long):\n  def move(direction: Direction): Coordinate =\n    val Direction(dx, dy, dz) = direction\n    Coordinate(x + dx, y + dy, z + dz)\n\ntype Universe = Map[Coordinate, Tile.Black.type]\n\ndef parseLine(line: String): Vector[Direction] =\n  @tailrec\n  def loop(line: String, acc: Vector[Direction]): Vector[Direction] =\n    if line.isEmpty then acc\n    else\n      val (h, t) = (line.head, line.tail)\n      h match\n        case 'e' => loop(t, acc :+ Direction.E)\n        case 'w' => loop(t, acc :+ Direction.W)\n        case 'n' =>\n          val (hd, tl) = (t.head, t.tail)\n          hd match\n            case 'e' => loop(tl, acc :+ Direction.NE)\n            case 'w' => loop(tl, acc :+ Direction.NW)\n        case 's' =>\n          val (hd, tl) = (t.head, t.tail)\n          hd match\n            case 'e' => loop(tl, acc :+ Direction.SE)\n            case 'w' => loop(tl, acc :+ Direction.SW)\n\n  loop(line, Vector.empty)\n\nval zero = Coordinate(0L, 0L, 0L)\n\ndef adjacent(coordinate: Coordinate): Vector[Coordinate] =\n  Direction.values.map(coordinate.move).toVector\n\ndef rule1(universe: Universe)(coordinate: Coordinate): Boolean =\n  lazy val count = adjacent(coordinate).count(universe.contains)\n  universe(coordinate) == Tile.Black && (count == 0 || count > 2)\n\ndef rule2(universe: Universe)(coordinate: Coordinate): Set[Coordinate] =\n  adjacent(coordinate)\n    .filter(!universe.contains(_))\n    .filter(adjacent(_).count(universe.contains) == 2)\n    .toSet\n\ndef iteration(universe: Universe): Universe =\n  val r1 = universe.filter(t => !rule1(universe)(t._1)).keySet\n  val r2 = universe.foldLeft(Set.empty[Coordinate]) {\n    case (acc, (c, _)) => acc union rule2(universe)(c)\n  }\n  (r1 union r2).map((_, Tile.Black).asInstanceOf[(Coordinate, Tile.Black.type)]).toMap\n\n@main\ndef part1(): Unit =\n  val lines = Source.fromResource(\"day24.txt\").getLines().map(parseLine).toVector\n  val result =\n    lines\n      .foldLeft(Map.empty[Coordinate, Tile.Black.type]) { (universe, line) =>\n        universe.updatedWith(line.foldLeft(zero)(_ move _)) {\n          case None => Some(Tile.Black)\n          case _ => None\n        }\n      }\n  println(result.size)\n\n@main\ndef part2(): Unit =\n  val lines = Source.fromResource(\"day24.txt\").getLines().map(parseLine).toVector\n  val universe =\n    lines\n      .foldLeft(Map.empty[Coordinate, Tile.Black.type]) { (universe, line) =>\n        universe.updatedWith(line.foldLeft(zero)(_ move _)) {\n          case None => Some(Tile.Black)\n          case _ => None\n        }\n      }\n  val result =\n    LazyList\n      .iterate(iteration(universe))(iteration)\n      .zipWithIndex\n      .takeWhile(_._2 < 100)\n      .last\n      ._1\n  println(result.size)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day2\/day2.scala","text":"<reponame>vasilmkd\/advent-of-code-2020<gh_stars>0\npackage day2\n\nimport scala.io.Source\n\ncase class Config(letter: Char, min: Int, max: Int)\n\ndef parseConfig(cfg: String): Config =\n  val parts = cfg.split(\" \")\n  val letter = parts(1)(0)\n  val minMax = parts(0).split(\"-\")\n  val min = minMax(0).toInt\n  val max = minMax(1).toInt\n  Config(letter, min, max)\n\ndef parse(line: String): (Config, String) =\n  val parts = line.split(\": \")\n  (parseConfig(parts(0)), parts(1))\n\ndef validate1(config: Config, password: String): Boolean =\n  val cnt = password.count(_ == config.letter)\n  cnt >= config.min && cnt <= config.max\n\ndef validate2(config: Config, password: String): Boolean =\n  val fst = password(config.min - 1) == config.letter\n  val snd = password(config.max - 1) == config.letter\n  fst ^ snd\n\n@main\ndef part1(): Unit =\n  val result = Source.fromResource(\"day2.txt\").getLines().count(parse andThen validate1)\n  println(result)\n\n@main\ndef part2(): Unit =\n  val result = Source.fromResource(\"day2.txt\").getLines().count(parse andThen validate2)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day12\/day12.scala","text":"<reponame>vasilmkd\/advent-of-code-2020\npackage day12\n\nimport scala.io.Source\n\nenum Instruction:\n  case N(delta: Int)\n  case S(delta: Int)\n  case E(delta: Int)\n  case W(delta: Int)\n  case L(degrees: Int)\n  case R(degrees: Int)\n  case F(delta: Int)\n\ndef parseInstruction(line: String): Instruction =\n  val char = line.charAt(0)\n  val value = line.drop(1).toInt\n  char match\n    case 'N' => Instruction.N(value)\n    case 'S' => Instruction.S(value)\n    case 'E' => Instruction.E(value)\n    case 'W' => Instruction.W(value)\n    case 'L' => Instruction.L(value)\n    case 'R' => Instruction.R(value)\n    case 'F' => Instruction.F(value)\n\ncase class State1(degrees: Int, x: Int, y: Int)\n\ndef moduloCircle(value: Int): Int =\n  if (value < 0) 360 + value\n  else if (value >= 360) value - 360\n  else value\n\ndef foldFn1(state: State1, instruction: Instruction): State1 =\n  instruction match\n    case Instruction.N(delta) => state.copy(y = state.y + delta)\n    case Instruction.S(delta) => state.copy(y = state.y - delta)\n    case Instruction.E(delta) => state.copy(x = state.x + delta)\n    case Instruction.W(delta) => state.copy(x = state.x - delta)\n    case Instruction.L(deg) => state.copy(degrees = moduloCircle(state.degrees - deg))\n    case Instruction.R(deg) => state.copy(degrees = moduloCircle(state.degrees + deg))\n    case Instruction.F(delta) =>\n      state.degrees match\n        case 0 => state.copy(y = state.y + delta)\n        case 90 => state.copy(x = state.x + delta)\n        case 180 => state.copy(y = state.y - delta)\n        case 270 => state.copy(x = state.x - delta)\n\ncase class State2(wayX: Int, wayY: Int, x: Int, y: Int)\n\ndef foldFn2(state: State2, instruction: Instruction): State2 =\n  instruction match\n    case Instruction.N(delta) => state.copy(wayY = state.wayY + delta)\n    case Instruction.S(delta) => state.copy(wayY = state.wayY - delta)\n    case Instruction.E(delta) => state.copy(wayX = state.wayX + delta)\n    case Instruction.W(delta) => state.copy(wayX = state.wayX - delta)\n    case Instruction.L(degrees) =>\n      degrees match\n        case 90 => state.copy(wayX = -state.wayY, wayY = state.wayX)\n        case 180 => state.copy(wayX = -state.wayX, wayY = -state.wayY)\n        case 270 => state.copy(wayX = state.wayY, wayY = -state.wayX)\n    case Instruction.R(degrees) =>\n      degrees match\n        case 90 => state.copy(wayX = state.wayY, wayY = -state.wayX)\n        case 180 => state.copy(wayX = -state.wayX, wayY = -state.wayY)\n        case 270 => state.copy(wayX = -state.wayY, wayY = state.wayX)\n    case Instruction.F(times) =>\n      state.copy(\n        y = state.y + times * state.wayY,\n        x = state.x + times * state.wayX\n      )\n\n@main\ndef part1(): Unit =\n  val result =\n    Source\n      .fromResource(\"day12.txt\")\n      .getLines()\n      .map(parseInstruction)\n      .foldLeft(State1(90, 0, 0))(foldFn1)\n  val manhattan = math.abs(result.x) + math.abs(result.y)\n  println(manhattan)\n\n@main\ndef part2(): Unit =\n  val result =\n    Source\n      .fromResource(\"day12.txt\")\n      .getLines()\n      .map(parseInstruction)\n      .foldLeft(State2(10, 1, 0, 0))(foldFn2)\n  val manhattan = math.abs(result.x) + math.abs(result.y)\n  println(manhattan)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day3\/day3.scala","text":"package day3\n\nimport scala.io.Source\n\ncase class FoldState(index: Int, skip: Int, count: Int)\n\ndef slopedFn(right: Int, down: Int): (FoldState, String) => FoldState =\n  (state, line) =>\n    if state.skip > 0 then\n      state.copy(skip = state.skip - 1)\n    else\n      val diff = if line.charAt(state.index) == '#' then 1 else 0\n      val cnt = state.count + diff\n      val skip = down - 1\n      val next = (state.index + right) % line.size\n      FoldState(next, skip, cnt)\n\ndef countTrees(lines: LazyList[String], slope: (Int, Int)): Long =\n  lines.foldLeft(FoldState(0, 0, 0))(slopedFn.tupled(slope)).count.toLong\n\n@main\ndef part1(): Unit =\n  val lines = LazyList.from(Source.fromResource(\"day3.txt\").getLines())\n  val result = countTrees(lines, (3, 1))\n  println(result)\n\n@main\ndef part2(): Unit =\n  val lines = LazyList.from(Source.fromResource(\"day3.txt\").getLines())\n  val result =\n    List((1, 1), (3, 1), (5, 1), (7, 1), (1, 2))\n      .map(countTrees(lines, _))\n      .product\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day9\/day9.scala","text":"<reponame>vasilmkd\/advent-of-code-2020\npackage day9\n\nimport scala.io.Source\n\ndef findInvalidNumber(nums: Vector[Long]): Long =\n  LazyList\n    .from(nums)\n    .sliding(25 + 1)\n    .map(_.splitAt(25))\n    .map(t => (pairwiseSums(t._1.toVector), t._2.head))\n    .find(t => !t._1(t._2))\n    .map(_._2)\n    .getOrElse(0)\n\ndef pairwiseSums(nums: Vector[Long]): Set[Long] =\n  nums.combinations(2).map(_.sum).toSet\n\ndef contiguous(nums: Vector[Long], index: Int, sum: Long): Option[Long] =\n  LazyList\n    .from(nums)\n    .drop(index)\n    .scanLeft((0L, Long.MaxValue, 0L)) {\n      case ((s, min, max), n) => (s + n, math.min(min, n), math.max(max, n))\n    } \n    .takeWhile(_._1 <= sum)\n    .find(_._1 == sum)\n    .map(t => t._2 + t._3)\n\n@main\ndef part1(): Unit =\n  val numbers = Source.fromResource(\"day9.txt\").getLines().map(_.toLong).toVector\n  val result = findInvalidNumber(numbers)\n  println(result)\n\n@main\ndef part2(): Unit =\n  val numbers = Source.fromResource(\"day9.txt\").getLines().map(_.toLong).toVector\n  val invalid = findInvalidNumber(numbers)\n  val result =\n    LazyList\n      .from(numbers)\n      .zipWithIndex\n      .map(t => contiguous(numbers, t._2, invalid))\n      .collectFirst {\n        case Some(weakness) => weakness\n      }\n      .getOrElse(-1L)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day1\/day1.scala","text":"package day1\n\nimport scala.io.Source\n\ndef fn(prev: Set[Int], n: Int, f: Int => Int): Either[Set[Int], Int] =\n  val other = f(n)\n  if prev(other) then Right(other * n) else Left(prev + n)\n\ndef search(numbers: IterableOnce[Int], f: Int => Int): Option[Int] =\n  LazyList.from(numbers).scanLeft[Either[Set[Int], Int]](Left(Set.empty)) {\n    case (Left(set), n) => fn(set, n, f)\n    case (Right(res), _) => Right(res)\n  }.find(_.isRight).flatMap(_.toOption)\n\n@main\ndef part1(): Unit =\n  val numbers = Source.fromResource(\"day1.txt\").getLines().map(_.toInt)\n  val result = search(numbers, 2020 - _)\n  println(result)\n\n@main\ndef part2(): Unit =\n  val numbers = Source.fromResource(\"day1.txt\").getLines().map(_.toInt).toVector\n  val result =\n    LazyList\n      .from(numbers)\n      .map(n => (n, search(numbers, 2020 - n - _)))\n      .find(_._2.isDefined)\n      .collect {\n        case (n, Some(other)) => n * other\n      }\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day20\/day20.scala","text":"package day20\n\nimport java.util.regex.{Matcher, Pattern}\n\nimport scala.annotation.tailrec\nimport scala.collection.immutable.Queue\nimport scala.io.Source\nimport scala.util.matching.Regex\n\ncase class Id(value: Int) extends AnyVal\n\nenum Side:\n  case Top, Bottom, Left, Right\n\ncase class Edge(value: String, side: Side)\n\nextension (str: String)\n  def indexOfRegex(regex: String): Option[Int] =\n    val pattern = Pattern.compile(regex)\n    val matcher = pattern.matcher(str)\n    if matcher.find() then Some(matcher.start()) else None\n\nextension (tile: Array[Array[Char]])\n  def transposed: Array[Array[Char]] =\n    for\n      i <- (0 until tile.length).toArray\n    yield tile.map(_(i))\n\n  def flipped: Array[Array[Char]] =\n    tile.reverse\n\n  def rotated: Array[Array[Char]] =\n    tile.flipped.transposed\n\n  def tileString: String =\n    tile.map(_.mkString).mkString(\"\\n\")\n\ncase class RawTile(id: Id, tile: Array[Array[Char]]):\n  def rotated: RawTile =\n    RawTile(id, tile.rotated)\n\n  def flipped: RawTile =\n    RawTile(id, tile.flipped)\n\n  def top: Edge =\n    Edge(tile.head.mkString, Side.Top)\n\n  def bottom: Edge =\n    Edge(tile.last.mkString, Side.Bottom)\n\n  def left: Edge =\n    Edge(tile.map(_.head).mkString, Side.Left)\n\n  def right: Edge =\n    Edge(tile.map(_.last).mkString, Side.Right)\n\ncase class ParseState(tiles: Vector[RawTile], current: Option[(Id, Vector[String])])\n\nval tileIdRegex: Regex = \"\"\"Tile (\\d*):\"\"\".r\n\ndef parseFoldFn(state: ParseState, line: String): ParseState =\n  line match\n    case tileIdRegex(id) => state.copy(current = Some((Id(id.toInt), Vector.empty)))\n    case \"\" =>\n      val (id, lines) = state.current.get\n      ParseState(state.tiles :+ RawTile(id, lines.map(_.toCharArray).toArray), None)\n    case line => state.copy(current = state.current.map(t => (t._1, t._2 :+ line)))\n\ncase class SearchState(x: Int, y: Int, edge: Edge)\n\ncase class Tile(x: Int, y: Int, tile: RawTile)\n\ncase class Puzzle(tiles: Vector[Tile])\n\ndef edges(x: Int, y: Int, tile: Tile): Vector[SearchState] =\n  Vector(\n    SearchState(x, y + 1, tile.tile.top),\n    SearchState(x - 1, y, tile.tile.left),\n    SearchState(x, y - 1, tile.tile.bottom),\n    SearchState(x + 1, y, tile.tile.right)\n  )\n\ndef allOrientations(raw: RawTile): Vector[RawTile] =\n  Vector(\n    raw,\n    raw.rotated,\n    raw.rotated.rotated,\n    raw.rotated.rotated.rotated,\n    raw.flipped,\n    raw.flipped.rotated,\n    raw.flipped.rotated.rotated,\n    raw.flipped.rotated.rotated.rotated\n  )\n\ndef findMatching(edge: Edge, raw: Vector[RawTile]): (Option[RawTile], Vector[RawTile]) =\n  edge.side match\n    case Side.Top =>\n      val found = raw.flatMap(allOrientations(_)).find(_.bottom.value == edge.value)\n      (found, found.map(f => raw.filterNot(_.id == f.id)).getOrElse(raw))\n    case Side.Bottom =>\n      val found = raw.flatMap(allOrientations(_)).find(_.top.value == edge.value)\n      (found, found.map(f => raw.filterNot(_.id == f.id)).getOrElse(raw))\n    case Side.Left =>\n      val found = raw.flatMap(allOrientations(_)).find(_.right.value == edge.value)\n      (found, found.map(f => raw.filterNot(_.id == f.id)).getOrElse(raw))\n    case Side.Right =>\n      val found = raw.flatMap(allOrientations(_)).find(_.left.value == edge.value)\n      (found, found.map(f => raw.filterNot(_.id == f.id)).getOrElse(raw))\n\ndef solve(start: Tile, raw: Vector[RawTile]): Puzzle =\n  @tailrec\n  def loop(queue: Queue[SearchState], raw: Vector[RawTile], visited: Set[(Int, Int)], acc: Vector[Tile]): Vector[Tile] =\n    queue match\n      case SearchState(x, y, edge) +: tail =>\n        if visited((x, y)) then loop(tail, raw, visited, acc)\n        else\n          val (opt, newRaw) = findMatching(edge, raw)\n          opt match\n            case None =>\n              loop(tail, newRaw, visited, acc)\n            case Some(r) =>\n              val tile = Tile(x, y, r)\n              val es = edges(x, y, tile)\n              loop(tail.enqueueAll(es), newRaw, visited + (x -> y), acc :+ tile)\n      case _ => acc\n\n  val init = edges(0, 0, start)\n  Puzzle(loop(Queue.empty.enqueueAll(init), raw.filterNot(_ == start.tile), Set((0, 0)), Vector(start)))\n\n@main\ndef part1(): Unit =\n  val ParseState(raw, _) =\n    (Source.fromResource(\"day20.txt\").getLines() ++ List(\"\"))\n      .foldLeft(ParseState(Vector.empty, None))(parseFoldFn)\n  val result = solve(Tile(0, 0, raw.head), raw.tail)\n  val (minX, maxX, minY, maxY) = result.tiles.foldLeft((Int.MaxValue, Int.MinValue, Int.MaxValue, Int.MinValue)) {\n    case ((minX, maxX, minY, maxY), t) =>\n      (math.min(minX, t.x), math.max(maxX, t.x), math.min(minY, t.y), math.max(maxY, t.y))\n  }\n  val c1 = result.tiles.find(t => t.x == minX && t.y == minY).get\n  val c2 = result.tiles.find(t => t.x == maxX && t.y == minY).get\n  val c3 = result.tiles.find(t => t.x == minX && t.y == maxY).get\n  val c4 = result.tiles.find(t => t.x == maxX && t.y == maxY).get\n  val product = Vector(c1, c2, c3, c4).map(_.tile.id.value.toLong).product\n  println(product)\n\ndef combine(row: Vector[Tile], n: Int): Array[Array[Char]] =\n  for\n    i <- (0 until row.head.tile.tile.length).toArray\n  yield row.map(_.tile.tile(i)).foldLeft(Array.empty[Char])(_ ++ _)\n\ndef trim(tile: Array[Array[Char]]): Array[Array[Char]] =\n  tile.map(_.tail.init).tail.init\n\nval monster1: String = \"                  # \".replace(\" \", \".\")\nval monster2: String = \"#    ##    ##    ###\".replace(\" \", \".\")\nval monster3: String = \" #  #  #  #  #  #   \".replace(\" \", \".\")\n\ndef findMonster(group: Vector[String]): Boolean =\n  group(1).tails.map(_.indexOfRegex(monster2)).exists {\n    case Some(n) =>\n      group(0).drop(n).indexOfRegex(monster1) == Some(0) && group(2).drop(n).indexOfRegex(monster3) == Some(0)\n    case None => false\n  }\n\ndef countMonsters(puzzle: Array[Array[Char]]): Int =\n  puzzle.map(_.mkString).toVector.sliding(3).count(findMonster)\n\ndef mergePuzzle(puzzle: Puzzle, n: Int): Array[Array[Char]] =\n  val trimmed = puzzle.tiles.map(t => t.copy(tile = t.tile.copy(tile = trim(t.tile.tile))))\n  val (minX, maxX, minY, maxY) = trimmed.foldLeft((Int.MaxValue, Int.MinValue, Int.MaxValue, Int.MinValue)) {\n    case ((minX, maxX, minY, maxY), t) =>\n      (math.min(minX, t.x), math.max(maxX, t.x), math.min(minY, t.y), math.max(maxY, t.y))\n  }\n  val groups = trimmed.map(t => t.copy(x = t.x - minX, y = t.y - minY)).sortBy(t => (-t.y, t.x)).grouped(n).toVector\n  groups.map(combine(_, n).tileString).foldLeft(Array.empty[Array[Char]])(_ ++ _.split(\"\\n\").map(_.toCharArray))\n\n@main\ndef part2(): Unit =\n  val ParseState(raw, _) =\n    (Source.fromResource(\"day20.txt\").getLines() ++ List(\"\"))\n      .foldLeft(ParseState(Vector.empty, None))(parseFoldFn)\n  val n = math.sqrt(raw.size).toInt\n  val solution = solve(Tile(0, 0, raw.head), raw.tail)\n  val puzzle = mergePuzzle(solution, n)\n  val blah = puzzle.rotated.map(_.mkString).toVector.sliding(3).toVector(17)\n\n  val (correct, monsters) =\n    Vector(\n      puzzle,\n      puzzle.rotated,\n      puzzle.rotated.rotated,\n      puzzle.rotated.rotated.rotated,\n      puzzle.flipped,\n      puzzle.flipped.rotated,\n      puzzle.flipped.rotated.rotated,\n      puzzle.flipped.rotated.rotated.rotated,\n    )\n    .map(p => (p, countMonsters(p)))\n    .find(_._2 > 0)\n    .get\n\n  val res = correct.tileString.count(_ == '#')\n  println(res - monsters * 15)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day15\/day15.scala","text":"package day15\n\nimport scala.io.Source\n\ncase class State(last: Long, count: Long, memory: Map[Long, Long])\n\ndef iteration(state: State): State =\n  val State(last, count, memory) = state\n  val next = memory.get(last).fold(0L)(count - _)\n  State(next, count + 1, memory.updated(last, count))\n\ndef program(numbers: Vector[Long], end: Long): Long =\n  val starting = numbers.zipWithIndex.map(t => (t._1, t._2.toLong + 1L)).toMap\n  val next = numbers.last\n  LazyList\n    .iterate(State(numbers.last, numbers.size, starting))(iteration)\n    .find(_.count == end)\n    .get\n    .last\n\n@main\ndef part1(): Unit =\n  val numbers = Source.fromResource(\"day15.txt\").getLines().mkString.split(\",\").map(_.toLong).toVector\n  val result = program(numbers, 2020L)\n  println(result)\n\n@main\ndef part2(): Unit =\n  val numbers = Source.fromResource(\"day15.txt\").getLines().mkString.split(\",\").map(_.toLong).toVector\n  val result = program(numbers, 30000000L)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day14\/day14.scala","text":"package day14\n\nimport scala.io.Source\nimport scala.util.matching.Regex\n\nenum Instruction:\n  case Bitmask(mask: String)\n  case Store(address: Long, value: Long)\n\ndef pow2(n: Int): Long =\n  n match\n    case 0 => 1L\n    case n =>\n      val half = n \/ 2\n      val res = pow2(half) * pow2(half)\n      if (n & 1) == 0 then res else 2 * res\n\ndef parseBinaryString(str: String): Long =\n  str.reverse.replace(\"X\", \"1\").map(_.toString.toLong).zipWithIndex.map(_ * pow2(_)).sum\n\ndef pad(value: Long): String =\n  val str = value.toBinaryString\n  s\"${(\"0\" * (36 - str.length))}$str\"\n\ndef parseLine(line: String): Instruction =\n  if line.startsWith(\"mask\") then parseBitmask(line) else parseStore(line)\n\ndef parseBitmask(line: String): Instruction.Bitmask =\n  Instruction.Bitmask(line.split(\" = \")(1))\n\nval memRegex: Regex = \"\"\"mem\\[(\\d*)\\]\"\"\".r\n\ndef parseStore(line: String): Instruction.Store =\n  val parts = line.split(\" = \")\n  parts(0) match\n    case memRegex(addr) => Instruction.Store(addr.toLong, parts(1).toLong)\n\ndef operation1(l: Char, r: Char): Char =\n  (l, r) match\n    case (x, 'X') => x\n    case (_, x) => x\n\ndef calculateValue(value: Long, mask: String): Long =\n  parseBinaryString(pad(value).zip(mask).map(operation1).mkString)\n\ncase class State(mask: String, memory: Map[Long, Long])\n\ndef foldFn1(state: State, instruction: Instruction): State =\n  instruction match\n    case Instruction.Bitmask(mask) =>\n      state.copy(mask = mask)\n    case Instruction.Store(addr, value) =>\n      state.copy(memory = state.memory.updated(addr, calculateValue(value, state.mask)))\n\ndef operation2(l: Char, r: Char): Char =\n  (l, r) match\n    case (x, '0') => x\n    case (_, x) => x\n\ndef calculateAddress(address: Long, mask: String): String =\n  pad(address).zip(mask).map(operation2).mkString\n\ndef expand(mask: String): Vector[String] =\n  mask.foldLeft(Vector(\"\")) { (acc, b) =>\n    b match\n      case 'X' => acc.flatMap(m => Vector(m :+ '0', m :+ '1'))\n      case x => acc.map(_ :+ x)\n  }\n\ndef foldFn2(state: State, instruction: Instruction): State =\n  instruction match\n    case Instruction.Bitmask(mask) =>\n      state.copy(mask = mask)\n    case Instruction.Store(addr, value) =>\n      state.copy(\n        memory =\n          expand(calculateAddress(addr, state.mask)).foldLeft(state.memory) { (acc, a) =>\n            acc.updated(parseBinaryString(a), value)\n          }\n      )\n\n@main\ndef part1(): Unit =\n  val result =\n    Source\n      .fromResource(\"day14.txt\")\n      .getLines()\n      .map(parseLine)\n      .foldLeft(State(\"0\" * 36, Map.empty))(foldFn1)\n  println(result.memory.values.sum)\n\n@main\ndef part2(): Unit =\n  val result =\n    Source\n      .fromResource(\"day14.txt\")\n      .getLines()\n      .map(parseLine)\n      .foldLeft(State(\"0\" * 36, Map.empty))(foldFn2)\n  println(result.memory.values.sum)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day7\/day7.scala","text":"package day7\n\nimport scala.annotation.tailrec\nimport scala.collection.immutable.Queue\nimport scala.io.Source\n\ntype Bag = String\n\ntype Graph = Map[Bag, Set[(Int, Bag)]]\n\ndef parseSentence(line: String): (Bag, List[(Int, Bag)]) =\n  val parts = line.split(\" bags contain \")\n  val bag = parts(0)\n  val rest = parts(1).split(\" bags?(, |\\\\.)\")\n  val list =\n    rest\n      .toList\n      .filterNot(_ == \"no other\")\n      .map { s =>\n        val ps = s.split(\" \")\n        (ps(0).toInt, ps.drop(1).mkString(\" \"))\n      }\n  (bag, list)\n\ndef assembleGraph1(graph: Graph, info: (Bag, List[(Int, Bag)])): Graph =\n  val (bag, list) = info\n  list.foldLeft(graph) { (g, b) =>\n    g.updatedWith(b._2)(op => Some(op.getOrElse(Set.empty) + (b._1 -> bag)))\n  }\n\ndef assembleGraph2(graph: Graph, info: (Bag, List[(Int, Bag)])): Graph =\n  val (bag, list) = info\n  list.foldLeft(graph) { (g, b) =>\n    g.updatedWith(bag)(op => Some(op.getOrElse(Set.empty) + b))\n  }\n\ndef bfs(graph: Graph, init: Bag): Set[Bag] =\n  @tailrec\n  def loop(next: Queue[Bag], visited: Set[Bag]): Set[Bag] =\n    next.dequeueOption match\n      case Some((curr, tail)) =>\n        val newVisited = visited + curr\n        val reachable = graph.get(curr).getOrElse(Set.empty).map(_._2).filterNot(newVisited)\n        loop(tail.enqueueAll(reachable), newVisited)\n      case None =>\n        visited\n  \n  loop(Queue(init), Set.empty)\n\ndef dfs(graph: Graph, curr: Bag): Long =\n  graph.get(curr).getOrElse(Set.empty).toList.map(t => t._1.toLong * dfs(graph, t._2)).sum + 1\n\n@main\ndef part1(): Unit =\n  val graph =\n    Source\n      .fromResource(\"day7.txt\")\n      .getLines()\n      .map(parseSentence)\n      .foldLeft(Map.empty[Bag, Set[(Int, Bag)]])(assembleGraph1)\n  val init = \"shiny gold\"\n  val bags = bfs(graph, init) - init\n  println(bags.size)\n\n@main\ndef part2(): Unit =\n  val graph =\n    Source\n      .fromResource(\"day7.txt\")\n      .getLines()\n      .map(parseSentence)\n      .foldLeft(Map.empty[Bag, Set[(Int, Bag)]])(assembleGraph2)\n  val init = \"shiny gold\"\n  val bags = dfs(graph, init) - 1\n  println(bags)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day25\/day25.scala","text":"package day25\n\nimport scala.annotation.tailrec\nimport scala.io.Source\n\ndef transform(subject: Long, loopSize: Long): Long =\n  @tailrec\n  def loop(acc: Long, iterations: Long): Long =\n    iterations match\n      case 0 => acc\n      case n => loop((acc * subject) % 20201227L, n - 1)\n\n  loop(1, loopSize)\n\ndef crack(keys: Set[Long]): (Long, Long) =\n  @tailrec\n  def loop(loopSize: Long, key: Long): (Long, Long) =\n    if keys(key) then (loopSize, key)\n    else loop(loopSize + 1, (key * 7L) % 20201227L)\n\n  loop(0L, 1L)\n\n@main\ndef part1(): Unit =\n  val keys = Source.fromResource(\"day25.txt\").getLines().map(_.toLong).toVector\n  val (loopSize, key) = crack(keys.toSet)\n  val other = keys.find(_ != key).get\n  val encryptionKey = transform(other, loopSize)\n  println(encryptionKey)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day19\/day19.scala","text":"package day19\n\nimport scala.io.Source\nimport scala.util.matching.Regex\n\nenum Preprocess:\n  case Letter(c: Char)\n  case Concats(concats: Vector[String])\n\ntrait Parser[+A]:\n  def parse(input: String): Option[(A, String)]\n\n  def >>[B](p: => Parser[B]): Parser[B] =\n    flatMap(_ => p)\n\n  def flatMap[B](f: A => Parser[B]): Parser[B] =\n    Parser(in => parse(in).flatMap(t => f(t._1).parse(t._2)))\n\n  def map[B](f: A => B): Parser[B] =\n    flatMap(a => Parser.pure(f(a)))\n\n  def |[B](p: => Parser[B]): Parser[A | B] =\n    Parser(in => parse(in).orElse[(A, String) | (B, String)](p.parse(in)))\n\nend Parser\n\nobject Parser:\n  def apply[A](f: String => Option[(A, String)]): Parser[A] =\n    new Parser:\n      def parse(input: String): Option[(A, String)] =\n        f(input)\n\n  def pure[A](a: A): Parser[A] =\n    Parser(in => Some((a, in)))\n\n  def char(c: Char): Parser[String] =\n    Parser { in =>\n      in\n        .headOption\n        .collect {\n          case h if h == c => (c.toString, in.tail)\n        }\n    }\n\n  def many[A](p: => Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _) | pure(Nil)\n\n  def counted[A](p: => Parser[A]): Parser[Int] =\n    many(p).map(_.size)\n\n  def map2[A, B, C](pa: Parser[A], pb: => Parser[B])(f: (A, B) => C): Parser[C] =\n    for\n      a <- pa\n      b <- pb\n    yield f(a, b)\n\nend Parser\n\ndef preprocessRule(line: String): (Long, Preprocess) =\n  val parts = line.split(\": \")\n  val index = parts(0).toLong\n  val preprocess =\n    parts(1) match\n      case \"\\\"a\\\"\" => Preprocess.Letter('a')\n      case \"\\\"b\\\"\" => Preprocess.Letter('b')\n      case rule =>\n        val concats = rule.split(\" \\\\| \")\n        Preprocess.Concats(concats.toVector)\n  (index, preprocess)\n\ndef build(preprocessed: Map[Long, Preprocess])(index: Long): Parser[String] =\n  preprocessed(index) match\n    case Preprocess.Letter(c) => Parser.char(c)\n    case Preprocess.Concats(cs) =>\n      cs\n        .map(_.split(\" \").map(_.toLong).map(build(preprocessed)).reduce(_ >> _))\n        .reduce(_ | _)\n\ndef validate(c1: Int, c2: Int): Boolean =\n  c2 >= 1 && c1 > c2\n\n@main\ndef part1(): Unit =\n  val (preprocessed, _, messages) =\n    Source\n      .fromResource(\"day19.txt\")\n      .getLines()\n      .foldLeft((Map.empty[Long, Preprocess], false, Vector.empty[String])) {\n        (state, line) =>\n          if state._2 then (state._1, true, state._3 :+ line)\n          else if line.isEmpty then (state._1, true, state._3)\n          else (state._1 + preprocessRule(line), false, state._3)\n      }\n  val parser = build(preprocessed)(0L)\n  val res = messages.map(parser.parse).filter(_.filter(_._2.isEmpty).isDefined).count(_.isDefined)\n  println(res)\n\n@main\ndef part2(): Unit =\n  val (preprocessed, _, messages) =\n    Source\n      .fromResource(\"day19.txt\")\n      .getLines()\n      .foldLeft((Map.empty[Long, Preprocess], false, Vector.empty[String])) {\n        (state, line) =>\n          if state._2 then (state._1, true, state._3 :+ line)\n          else if line.isEmpty then (state._1, true, state._3)\n          else (state._1 + preprocessRule(line), false, state._3)\n      }\n\n  val parser =\n    Parser.map2(Parser.counted(build(preprocessed)(42L)), Parser.counted(build(preprocessed)(31L)))(validate) \n\n  val res = messages.map(parser.parse).filter(_.filter(t => t._1 && t._2.isEmpty).isDefined).count(_.isDefined)\n  println(res)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day23\/day23.scala","text":"<gh_stars>0\npackage day23\n\nimport scala.annotation.tailrec\nimport scala.collection.mutable\nimport scala.io.Source\nimport scala.util.Try\n\ntype Circular = mutable.Map[Int, Int]\n\ndef game(cups: Circular, start: Int, max: Int, iterations: Int): Circular =\n  @tailrec\n  def loop(cups: Circular, current: Int, iteration: Int, end: Int): Circular =\n    if iteration > end then cups\n    else\n      val chain1 = cups(current)\n      val chain2 = cups(chain1)\n      val chain3 = cups(chain2)\n      val chain = Set(chain1, chain2, chain3)\n      cups += (current -> cups(chain3))\n      val destination =\n        LazyList\n          .iterate(current - 1)(n => if n <= 0 then max else n - 1)\n          .dropWhile(n => chain(n) || n <= 0)\n          .head\n      val oldDestinationNext = cups(destination)\n      cups += (destination -> chain1)\n      cups += (chain3 -> oldDestinationNext)\n      loop(cups, cups(current), iteration + 1, end)\n\n  loop(cups, start, 1, iterations)\n\n@main\ndef part1(): Unit =\n  val input = Source.fromResource(\"day23.txt\").getLines().toVector.head.zipWithIndex.map(_._1.toString.toInt).toVector\n  val blah = input :+ input.head\n  val cups = input.zipWithIndex.foldLeft(mutable.Map.empty[Int, Int]) {\n    case (acc, (n, i)) => acc += (n -> blah(i + 1))\n  }\n  val result = game(cups, input.head, input.max, 100)\n  val sequence =\n    LazyList\n      .iterate(result(1))(result)\n      .takeWhile(_ != 1)\n      .mkString\n  println(sequence)\n\n@main\ndef part2(): Unit =\n  val input = Source.fromResource(\"day23.txt\").getLines().toVector.head.zipWithIndex.map(_._1.toString.toInt).toVector\n  var cups = input.zipWithIndex.foldLeft(mutable.Map.empty[Int, Int]) {\n    case (acc, (n, i)) => acc += (n -> Try(input(i + 1)).getOrElse(10))\n  }\n  for i <- 10 until 1_000_000\n  do cups += (i -> (i + 1))\n  cups += (1_000_000 -> input.head)\n  val result = game(cups, input.head, 1_000_000, 10_000_000)\n  val first = result(1)\n  val second = result(first)\n  val product = first.toLong * second.toLong\n  println(product)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day11\/day11.scala","text":"<reponame>vasilmkd\/advent-of-code-2020\npackage day11\n\nimport scala.io.Source\n\nval directions = Vector(\n  (-1, -1),\n  (-1, 0),\n  (-1, 1),\n  (0, -1),\n  (0, 1),\n  (1, -1),\n  (1, 0),\n  (1, 1)\n)\n\ndef inBounds(rows: Int, cols: Int)(row: Int, col: Int): Boolean =\n  row >= 0 && row < rows && col >= 0 && col < cols\n\ndef addPair(p1: (Int, Int), p2: (Int, Int)): (Int, Int) =\n  (p1._1 + p2._1, p1._2 + p2._2)\n\ndef adjacent(rows: Int, cols: Int)(row: Int, col: Int): Vector[(Int, Int)] =\n  directions\n    .map(addPair(_, (row, col)))\n    .filter(inBounds(rows, cols).tupled)\n\ndef firstVisible(map: Vector[Vector[Char]])(row: Int, col: Int, direction: (Int, Int)): Option[(Int, Int)] =\n  LazyList\n    .iterate(direction)(addPair(_, direction))\n    .map(addPair(_, (row, col)))\n    .takeWhile(inBounds(map.length, map(0).length).tupled)\n    .find(visit(map) andThen seat)\n\ndef not[A](predicate: A => Boolean): A => Boolean =\n  !predicate(_)\n\ndef occupied(c: Char): Boolean =\n  c == '#'\n\ndef seat(c: Char): Boolean =\n  c == '#' || c == 'L'\n\ndef visit(map: Vector[Vector[Char]])(coord: (Int, Int)) =\n  map(coord._1)(coord._2)\n\ndef rule1(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  map(row)(col) == 'L'\n  && adjacent(map.length, map(0).length)(row, col).map(visit(map)).forall(not(occupied))\n\ndef rule2(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  map(row)(col) == '#'\n  && adjacent(map.length, map(0).length)(row, col).map(visit(map)).count(occupied) >= 4\n\ndef rule1again(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  map(row)(col) == 'L'\n  && directions.map(firstVisible(map)(row, col, _)).filter(_.isDefined).forall(_.filter(visit(map) andThen not(occupied)).isDefined)\n\ndef rule2again(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  map(row)(col) == '#'\n  && directions.map(firstVisible(map)(row, col, _)).filter(_.isDefined).count(_.filter(visit(map) andThen occupied).nonEmpty) >= 5\n\ndef check1(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  rule1(map)(row, col) || rule2(map)(row, col)\n\ndef check2(map: Vector[Vector[Char]])(row: Int, col: Int): Boolean =\n  rule1again(map)(row, col) || rule2again(map)(row, col)\n\ndef flip(c: Char): Char =\n  c match\n    case 'L' => '#'\n    case '#' => 'L'\n    case c => c\n\ndef transform(map: Vector[Vector[Char]], coordinates: Vector[(Int, Int)], check: (Int, Int) => Boolean): Vector[Vector[Char]] =\n  val changes = coordinates.filter(check.tupled)\n  var copy = map.map(_.toArray).toArray\n  changes.foreach { (r, c) =>\n    copy(r)(c) = flip(map(r)(c))\n  }\n  copy.map(_.toVector).toVector\n\ndef mapString(map: Vector[Vector[Char]]): String =\n  map.map(_.mkString).mkString(\"\\n\")\n\ndef countOccupied(map: Vector[Vector[Char]]): Int =\n  map.flatMap(identity).count(occupied)\n\n@main\ndef part1(): Unit =\n  val map = Source.fromResource(\"day11.txt\").getLines().map(_.toVector).toVector\n  val coordinates =\n    map.zipWithIndex.flatMap { (r, i) =>\n      r.zipWithIndex.map { (_, j) =>\n        (i, j)\n      }\n    }\n  var blah = map\n  LazyList\n    .continually(blah)\n    .map(m => transform(m, coordinates, check1(m)))\n    .takeWhile(blah != _)\n    .tapEach(blah = _)\n    .last\n  println(countOccupied(blah))\n\n@main\ndef part2(): Unit =\n  val map = Source.fromResource(\"day11.txt\").getLines().map(_.toVector).toVector\n  val coordinates =\n    map.zipWithIndex.flatMap { (r, i) =>\n      r.zipWithIndex.map { (_, j) =>\n        (i, j)\n      }\n    }\n  var blah = map\n  LazyList\n    .continually(blah)\n    .map(m => transform(m, coordinates, check2(m)))\n    .takeWhile(blah != _)\n    .tapEach(blah = _)\n    .last\n  println(countOccupied(blah))\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day5\/day5.scala","text":"package day5\n\nimport scala.annotation.tailrec\nimport scala.io.Source\n\nenum Half:\n  case Upper, Lower\n\ndef halfFromLetter(c: Char): Half =\n  c match\n    case 'F' | 'L' => Half.Lower\n    case 'B' | 'R' => Half.Upper\n\n@tailrec\ndef binarySearch(start: Int, end: Int, sequence: List[Half]): Int =\n  sequence match\n    case Nil => start\n    case hd :: tl =>\n      val mid = (start + end) \/ 2\n      hd match\n        case Half.Upper => binarySearch(mid, end, tl)\n        case Half.Lower => binarySearch(start, mid, tl)\n\n@main\ndef part1(): Unit =\n  val result =\n    Source\n      .fromResource(\"day5.txt\")\n      .getLines()\n      .map(_.splitAt(7))\n      .map(t => (t._1.toList.map(halfFromLetter), t._2.toList.map(halfFromLetter)))\n      .map(t => (binarySearch(0, 128, t._1), binarySearch(0, 8, t._2)))\n      .map(t => 8 * t._1 + t._2)\n      .max\n  println(result)\n\n@main\ndef part2(): Unit =\n  val ids =\n    Source\n      .fromResource(\"day5.txt\")\n      .getLines()\n      .map(_.splitAt(7))\n      .map(t => (t._1.toList.map(halfFromLetter), t._2.toList.map(halfFromLetter)))\n      .map(t => (binarySearch(0, 128, t._1), binarySearch(0, 8, t._2)))\n      .map(t => 8 * t._1 + t._2)\n      .toVector\n      .sorted\n  \n  val result =\n    ids\n      .sliding(2)\n      .find {\n        case Vector(a, b) => b - a == 2\n        case _ => false\n      }.map {\n        case Vector(a, _) => a + 1\n        case _ => 0\n      }.getOrElse(0)\n\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day21\/day21.scala","text":"<filename>src\/main\/scala\/day21\/day21.scala\npackage day21\n\nimport scala.io.Source\nimport scala.util.matching.Regex\n\ncase class Rule(ingredients: Vector[String], allergens: Vector[String])\n\nval lineRegex: Regex = \"\"\"^([a-z ]*) \\(contains ([a-z ,]*)\\)\"\"\".r\n\ndef parseRole(line: String): Rule =\n  line match\n    case lineRegex(ingredients, allergens) =>\n      Rule(ingredients.split(\" \").toVector, allergens.split(\", \").toVector)\n    case _ =>\n      sys.error(\"unreachable\")\n\ndef iteration(mapping: Map[String, Vector[String]]): Map[String, Vector[String]] =\n  val candidates =\n    mapping\n      .collect {\n        case (a, Vector(i)) => (a, i)\n      }\n      .toVector\n  candidates\n    .foldLeft(mapping) {\n      case (acc, (a, i)) =>\n        acc.map { (all, ings) =>\n          if all == a then (all, ings)\n          else (all, ings.filterNot(_ == i))\n        }\n    }\n\n@main\ndef part1(): Unit =\n  val rules =\n    Source\n      .fromResource(\"day21.txt\")\n      .getLines()\n      .map(parseRole)\n      .toVector\n\n  var mapping =\n    rules\n      .foldLeft(Map.empty[String, Vector[String]]) { (acc, r) =>\n        r.allergens.foldLeft(acc) { (acc, a) =>\n          acc.updatedWith(a) {\n            case Some(is) => Some(r.ingredients.intersect(is))\n            case None => Some(r.ingredients)\n          }\n        }\n      }\n\n  LazyList\n    .iterate(iteration(mapping))(iteration)\n    .takeWhile(_ != mapping)\n    .tapEach(mapping = _)\n    .last\n\n  val containAllergens = mapping.values.foldLeft(Set.empty[String])(_ union _.toSet)\n  val result =\n    rules\n      .map(_.ingredients.filterNot(containAllergens))\n      .map(_.size)\n      .sum\n\n  println(result)\n\n@main\ndef part2(): Unit =\n  val rules =\n    Source\n      .fromResource(\"day21.txt\")\n      .getLines()\n      .map(parseRole)\n      .toVector\n\n  var mapping =\n    rules\n      .foldLeft(Map.empty[String, Vector[String]]) { (acc, r) =>\n        r.allergens.foldLeft(acc) { (acc, a) =>\n          acc.updatedWith(a) {\n            case Some(is) => Some(r.ingredients.intersect(is))\n            case None => Some(r.ingredients)\n          }\n        }\n      }\n\n  LazyList\n    .iterate(iteration(mapping))(iteration)\n    .takeWhile(_ != mapping)\n    .tapEach(mapping = _)\n    .last\n\n  val blah =\n    mapping.collect {\n      case (a, Vector(i)) => (a, i)\n    }\n  val result = blah.toVector.sortBy(_._1).map(_._2).mkString(\",\")\n\n  println(result)\n\n\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day22\/day22.scala","text":"package day22\n\nimport scala.annotation.tailrec\nimport scala.io.Source\n\ncase class ParseState(p1: Vector[Int], marker: Boolean, p2: Vector[Int])\n\ndef parseLine(state: ParseState, line: String): ParseState =\n  line match\n    case \"Player 1:\" | \"Player 2:\" => state\n    case \"\" => state.copy(marker = true)\n    case line if state.marker => state.copy(p2 = state.p2 :+ line.toInt)\n    case line => state.copy(p1 = state.p1 :+ line.toInt)\n\n@tailrec\ndef game(p1: Vector[Int], p2: Vector[Int]): Vector[Int] =\n  (p1, p2) match\n    case (h1 +: t1, h2 +: t2) if h1 > h2 => game(t1 ++ Vector(h1, h2), t2)\n    case (h1 +: t1, h2 +: t2) => game(t1, t2 ++ Vector(h2, h1))\n    case (Vector(), p2) => p2\n    case (p1, _) => p1\n\ndef recursive(p1: Vector[Int], p2: Vector[Int]): (Vector[Int], 1 | 2) =\n  @tailrec\n  def loop(p1: Vector[Int], p2: Vector[Int], seen: Set[Vector[Int]]): (Vector[Int], 1 | 2) =\n    if seen(p1) then (p1, 1)\n    else\n      (p1, p2) match\n        case (h1 +: t1, h2 +: t2) if t1.sizeIs >= h1 && t2.sizeIs >= h2 =>\n          recursive(t1.take(h1), t2.take(h2)) match\n            case (cards, 1) => loop(t1 ++ Vector(h1, h2), t2, seen + p1) \n            case (cards, _) => loop(t1, t2 ++ Vector(h2, h1), seen + p1)\n        case (h1 +: t1, h2 +: t2) if h1 > h2 => loop(t1 ++ Vector(h1, h2), t2, seen + p1)\n        case (h1 +: t1, h2 +: t2) => loop(t1, t2 ++ Vector(h2, h1), seen + p1)\n        case (Vector(), p2) => (p2, 2)\n        case (p1, _) => (p1, 1)\n\n  loop(p1, p2, Set.empty)\n\ndef calculateScore(deck: Vector[Int]): Int =\n  deck.reverse.zipWithIndex.map((c, i) => c * (i + 1)).sum\n\n@main\ndef part1(): Unit =\n  val ParseState(p1, _, p2) =\n    Source\n      .fromResource(\"day22.txt\")\n      .getLines()\n      .foldLeft(ParseState(Vector.empty, false, Vector.empty))(parseLine)\n  val result = calculateScore(game(p1, p2))\n  println(result)\n\n@main\ndef part2(): Unit =\n  val ParseState(p1, _, p2) =\n    Source\n      .fromResource(\"day22.txt\")\n      .getLines()\n      .foldLeft(ParseState(Vector.empty, false, Vector.empty))(parseLine)\n  val result = calculateScore(recursive(p1, p2)._1)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day10\/day10.scala","text":"package day10\n\nimport scala.collection.mutable.Map\nimport scala.io.Source\n\ncase class State(ones: Long, threes: Long)\n\ndef foldFn(state: State, pair: Vector[Long]): State =\n  val Vector(a, b) = pair\n  math.abs(a - b) match\n    case 1 => state.copy(ones = state.ones + 1)\n    case 3 => state.copy(threes = state.threes + 1)\n    case _ => state\n\nval cache: Map[Long, Long] = Map.empty\n\ndef possibilities(available: Set[Long])(adapter: Long): Long =\n  cache\n    .get(adapter)\n    .fold {\n      val rec = Vector(1, 2, 3).map(_ + adapter).filter(available).map(possibilities(available)).sum\n      val res = math.max(rec, 1L)\n      cache += (adapter -> res)\n      res\n    }\n    (identity)\n\n@main\ndef part1(): Unit =\n  val adapters = Source.fromResource(\"day10.txt\").getLines().map(_.toLong).toVector.sorted\n  val chain = 0L +: adapters :+ (adapters.last + 3L)\n  val fold =\n    chain\n      .sliding(2)\n      .foldLeft(State(0L, 0L))(foldFn)\n  val result = fold.ones * fold.threes\n  println(result)\n\n@main\ndef part2(): Unit =\n  val adapters = Source.fromResource(\"day10.txt\").getLines().map(_.toLong).toVector.sorted\n  val available = adapters.toSet\n  val result = possibilities(available)(0)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day16\/day16.scala","text":"package day16\n\nimport scala.collection.immutable.NumericRange\nimport scala.io.Source\nimport scala.util.Try\nimport scala.util.matching.Regex\n\ntrait Monoid[A]:\n  def identity: A\n  extension (x: A)\n    def combine(y: A): A\n    final def |+| (y: A): A = combine(y)\n\nobject Monoid:\n  given [A: Monoid]: Monoid[Option[A]] with\n    val identity: Option[A] = Some(summon[Monoid[A]].identity)\n    extension (x: Option[A])\n      def combine(y: Option[A]): Option[A] =\n        for\n          a1 <- x\n          a2 <- y\n        yield a1 |+| a2\n\n  given Monoid[Long] with\n    val identity: Long = 0L\n    extension (x: Long)\n      def combine(y: Long): Long =\n        x + y\n\ntrait LeftFoldable[F[_]]:\n  extension[A, B] (fa: F[A])\n    def leftFold(b: B)(f: (B, A) => B): B\n\n  extension[A: Monoid] (fa: F[A])\n    def leftFoldMonoid: A =\n      fa.leftFold(summon[Monoid[A]].identity)(_ |+| _)\n\nobject LeftFoldable:\n  given LeftFoldable[Vector] with\n    extension[A, B] (fa: Vector[A])\n      def leftFold(b: B)(f: (B, A) => B): B =\n        fa.foldLeft(b)(f)\n\nenum ParseState:\n  case Rules(rules: Vector[Rule])\n  case MyTicketHeader(rules: Vector[Rule])\n  case MyTicket(rules: Vector[Rule], myTicket: Ticket)\n  case NearbyTickets(rules: Vector[Rule], myTicket: Ticket, nearbyTickets: Vector[Ticket])\n\ncase class Rule(name: String, range1: NumericRange.Inclusive[Long], range2: NumericRange.Inclusive[Long]):\n  def contains(n: Long): Boolean =\n    range1.contains(n) || range2.contains(n)\n\ncase class Ticket(positions: Vector[Long]) extends AnyVal\n\nval ruleRegex: Regex = \"\"\"([a-z ]*): (\\d*)-(\\d*) or (\\d*)-(\\d*)\"\"\".r\n\ndef parseRule(line: String): Option[Rule] =\n  line match\n    case ruleRegex(name, r1s, r1e, r2s, r2e) =>\n      Some(Rule(name, r1s.toLong to r1e.toLong, r2s.toLong to r2e.toLong))\n    case _ => None\n\ndef parseTicket(line: String): Option[Ticket] =\n  Try(Ticket(line.split(\",\").map(_.toLong).toVector)).toOption\n\ndef parseHeader(header: String)(line: String): Option[header.type] =\n  Some[header.type](header).filter(_ == line)\n\ndef parseMyTicketHeader(line: String): Option[\"your ticket:\"] =\n  parseHeader(\"your ticket:\")(line)\n\ndef parseNearbyTicketsHeader(line: String): Option[\"nearby tickets:\"] =\n  parseHeader(\"nearby tickets:\")(line)\n\ndef parseLine(line: String): Rule | Ticket | \"your ticket:\" | \"nearby tickets:\" | \"\" =\n  parseRule(line)\n    .orElse[Rule | Ticket](parseTicket(line))\n    .orElse[Rule | Ticket | \"your ticket:\"](parseMyTicketHeader(line))\n    .orElse[Rule | Ticket | \"your ticket:\" | \"nearby tickets:\"](parseNearbyTicketsHeader(line))\n    .getOrElse(\"\")\n\ndef parseFoldFn(state: ParseState, line: String): ParseState =\n  (state, parseLine(line)) match\n    case (ParseState.Rules(rules), r @ Rule(_, _, _)) => ParseState.Rules(rules :+ r)\n    case (ParseState.Rules(rules), \"your ticket:\") => ParseState.MyTicketHeader(rules)\n    case (ParseState.MyTicketHeader(rules), t @ Ticket(_)) => ParseState.MyTicket(rules, t)\n    case (ParseState.MyTicket(rules, mt), \"nearby tickets:\") => ParseState.NearbyTickets(rules, mt, Vector.empty)\n    case (ParseState.NearbyTickets(rules, mt, nts), t @ Ticket(_)) => ParseState.NearbyTickets(rules, mt, nts :+ t)\n    case _ => state\n\ndef validateTicket(rules: Vector[Rule])(ticket: Ticket): Option[Long] =\n  import LeftFoldable.given\n  ticket\n    .positions\n    .map(t => Some(t).filterNot(t => rules.exists(_.contains(t))))\n    .filter(_.isDefined)\n    .leftFoldMonoid\n\ndef validTicket(rules: Vector[Rule])(ticket: Ticket): Boolean =\n  ticket.positions.forall(p => rules.exists(_.contains(p)))\n\ndef transposeTickets(tickets: Vector[Ticket]): Vector[Vector[Long]] =\n  for\n    i <- (0 until tickets(0).positions.size).toVector\n  yield tickets.map(_.positions(i))\n\ndef validatePositions(valid: Vector[Rule])(positions: Vector[Long]): Vector[String] =\n  valid.filter(r => positions.forall(r.contains)).map(_.name)\n\ndef dfs(valid: Vector[Rule], positions: Vector[Vector[Long]]): Vector[String] =\n  def loop(valid: Vector[Rule], positions: Vector[Vector[Long]]): Option[Vector[String]] =\n    if valid.isEmpty && positions.isEmpty then Some(Vector.empty)\n    else if valid.isEmpty then None\n    else if positions.isEmpty then None\n    else\n      val possible = validatePositions(valid)(positions(0))\n      possible\n        .map(p => (p, loop(valid.filterNot(_.name == p), positions.tail)))\n        .find(_._2.isDefined)\n        .flatMap((p, op) => op.map(p +: _))\n  loop(valid, positions).get\n\n@main\ndef part1(): Unit =\n  val parse = Source.fromResource(\"day16.txt\").getLines().foldLeft(ParseState.Rules(Vector.empty))(parseFoldFn)\n  parse match\n    case ParseState.NearbyTickets(rules, mt, nts) =>\n      import LeftFoldable.given\n      val result = nts.map(validateTicket(rules)).filter(_.filterNot(_ == 0L).isDefined).leftFoldMonoid\n      println(result)\n    case _ => sys.error(\"unreachable\")\n\n@main\ndef part2(): Unit =\n  val parse = Source.fromResource(\"day16.txt\").getLines().foldLeft(ParseState.Rules(Vector.empty))(parseFoldFn)\n  parse match\n    case ParseState.NearbyTickets(rules, mt, nts) =>\n      val valid = nts.filter(validTicket(rules))\n      val positions = transposeTickets(valid).zipWithIndex.sortBy(t => validatePositions(rules)(t._1).size)\n      val search = dfs(rules, positions.map(_._1))\n      val result = search.zip(positions.map(_._2)).filter(_._1.startsWith(\"departure\")).map(t => mt.positions(t._2)).product\n      println(result)\n    case _ => sys.error(\"unreachable\")\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day18\/day18.scala","text":"<gh_stars>0\npackage day18\n\nimport scala.io.Source\nimport scala.util.Try\n\nenum Expression:\n  case Value(n: Long)\n  case Sum(left: Expression, right: Expression)\n  case Product(left: Expression, right: Expression)\n  case Empty\n\ntrait Parser[+A]:\n  def parse(input: String): Option[(A, String)]\n\n  def ? : Parser[Option[A]] =\n    map(Some(_)).handleErrorWith(Parser.pure(None))\n\n  def |[B](p: => Parser[B]): Parser[A | B] =\n    handleErrorWith[A | B](p)\n\n  def *>[B](p: Parser[B]): Parser[B] =\n    flatMap(_ => p)\n\n  def >>[B](p: => Parser[B]): Parser[B] =\n    flatMap(_ => p)\n\n  def as[B](b: B): Parser[B] =\n    map(_ => b)\n\n  def filter(p: A => Boolean): Parser[A] =\n    flatMap(a => if p(a) then Parser.pure(a) else Parser.raiseError)\n\n  def flatMap[B](f: A => Parser[B]): Parser[B] =\n    Parser(in => parse(in).flatMap((a, tl) => f(a).parse(tl)))\n\n  def handleErrorWith[B >: A](p: => Parser[B]): Parser[B] =\n    Parser { in =>\n      parse(in) match\n        case None => p.parse(in)\n        case some => some\n    }\n\n  def map[B](f: A => B): Parser[B] =\n    flatMap(a => Parser.pure(f(a)))\nend Parser\n\nobject Parser:\n  def apply[A](f: String => Option[(A, String)]): Parser[A] =\n    new Parser[A]:\n      def parse(input: String): Option[(A, String)] =\n        f(input)\n\n  def map2[A, B, C](pa: Parser[A], pb: => Parser[B])(f: (A, B) => C): Parser[C] =\n    for\n      a <- pa\n      b <- pb\n    yield f(a, b)\n\n  def pure[A](a: A): Parser[A] =\n    Parser(in => Some((a, in)))\n\n  def raiseError[A]: Parser[A] =\n    Parser(_ => None)\n\n  def next: Parser[Char] =\n    Parser(in => in.headOption.map((_, in.tail)))\n\n  def char(c: Char): Parser[c.type] =\n    next.filter(_ == c).map(_.asInstanceOf[c.type])\n\n  def many[A](p: Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _) | Parser.pure(Nil)\nend Parser\n\n\/\/ Common parsers\n\ndef value: Parser[Expression.Value] =\n  Parser.next.flatMap { c =>\n    Parser(in => Try(c.toString.toLong).toOption.map(l => (Expression.Value(l), in)))\n  }\n\ndef plus: Parser[\" + \"] =\n  (Parser.char(' ') >> Parser.char('+') >> Parser.char(' ')).as(\" + \")\n\ndef times: Parser[\" * \"] =\n  (Parser.char(' ') >> Parser.char('*') >> Parser.char(' ')).as(\" * \")\n\n\/\/ Part 1 left associative parsers\n\ndef sum1: Parser[Expression.Sum] =\n  Parser.map2(value | parens1, plus)((e, _) => Expression.Sum(e, Expression.Empty))\n\ndef product1: Parser[Expression.Product] =\n  Parser.map2(value | parens1, times)((e, _) => Expression.Product(e, Expression.Empty))\n\ndef parens1: Parser[Expression] =\n  for\n    _ <- Parser.char('(')\n    e <- expression1\n    _ <- Parser.char(')')\n  yield e\n\ndef expression1: Parser[Expression] =\n  Parser.map2(Parser.many(sum1 | product1), value | parens1) { (sorps, rhs) =>\n      val root =\n        sorps\n          .reduce {\n            (acc, sorp) =>\n              acc match\n                case Expression.Sum(lhs, _) =>\n                  sorp match\n                    case Expression.Sum(l, e) => Expression.Sum(Expression.Sum(lhs, l), e)\n                    case Expression.Product(l, e) => Expression.Product(Expression.Sum(lhs, l), e)\n                case Expression.Product(lhs, _) =>\n                  sorp match\n                    case Expression.Sum(l, e) => Expression.Sum(Expression.Product(lhs, l), e)\n                    case Expression.Product(l, e) => Expression.Product(Expression.Product(lhs, l), e)\n          }\n      root match\n        case Expression.Sum(lhs, _) => Expression.Sum(lhs, rhs)\n        case Expression.Product(lhs, _) => Expression.Product(lhs, rhs)\n  }\n\n\/\/ Part 2 recursive left associative parsers\n\ndef sum2: Parser[Expression] =\n  val expr = value | parens2\n  Parser.map2(expr, Parser.many((plus >> expr).map[Expression.Sum](e => Expression.Sum(Expression.Empty, e)))) {\n    case (l, rhss) => rhss.foldLeft(l)((acc, r) => r.copy(left = acc))\n  }\n\ndef product2: Parser[Expression] =\n  val expr = sum2 | value | parens2\n  Parser.map2(expr, Parser.many((times >> expr).map[Expression.Product](e => Expression.Product(Expression.Empty, e)))) {\n    case (l, rhss) => rhss.foldLeft(l)((acc, r) => r.copy(left = acc))\n  }\n\ndef parens2: Parser[Expression] =\n  for\n    _ <- Parser.char('(')\n    e <- expression2\n    _ <- Parser.char(')')\n  yield e\n\ndef expression2: Parser[Expression] =\n  product2\n\n\/\/ Evaluation methods\n\ndef parse[A](p: Parser[A], input: String): Option[A] =\n  p.parse(input).filter(_._2.isEmpty).map(_._1)\n\ndef eval(expr: Expression): Long =\n  expr match\n    case Expression.Value(v) => v\n    case Expression.Sum(l, r) => eval(l) + eval(r)\n    case Expression.Product(l, r) => eval(l) * eval(r)\n    case Expression.Empty => sys.error(\"blah\")\n\n@main\ndef part1(): Unit =\n  val res =\n    Source\n      .fromResource(\"day18.txt\")\n      .getLines()\n      .map(parse(expression1, _))\n      .collect {\n        case Some(e) => e\n      }\n      .map(eval)\n      .sum\n  println(res)\n\n@main\ndef part2(): Unit =\n  val res =\n    Source\n      .fromResource(\"day18.txt\")\n      .getLines()\n      .map(parse(expression2, _))\n      .collect {\n        case Some(e) => e\n      }\n      .map(eval)\n      .sum\n  println(res)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day8\/day8.scala","text":"package day8\n\nimport scala.annotation.tailrec\nimport scala.io.Source\n\nenum Instruction:\n  case Nop(delta: Int)\n  case Acc(delta: Int)\n  case Jmp(delta: Int)\n  case End\n\ndef parseInstruction(line: String): Instruction =\n  val parts = line.split(\" \")\n  val delta = parts(1).toInt\n  parts(0) match\n    case \"nop\" => Instruction.Nop(delta)\n    case \"acc\" => Instruction.Acc(delta)\n    case \"jmp\" => Instruction.Jmp(delta)\n\ndef execute(program: Vector[Instruction]): (Boolean, Int) =\n  @tailrec\n  def loop(program: Vector[Instruction], pc: Int, acc: Int, visited: Set[Int]): (Boolean, Int) =\n    val curr = program(pc)\n    if visited(pc) then\n      (false, acc)\n    else\n      curr match\n        case Instruction.Nop(_) => loop(program, pc + 1, acc, visited + pc)\n        case Instruction.Acc(d) => loop(program, pc + 1, acc + d, visited + pc)\n        case Instruction.Jmp(d) => loop(program, pc + d, acc, visited + pc)\n        case Instruction.End => (true, acc)\n\n  loop(program, 0, 0, Set.empty)\n\ndef modifyProgram(program: Vector[Instruction], index: Int): Option[Vector[Instruction]] =\n  program(index) match\n    case Instruction.Nop(d) => Some(program.updated(index, Instruction.Jmp(d)))\n    case Instruction.Jmp(d) => Some(program.updated(index, Instruction.Nop(d)))\n    case _ => None\n\n@main\ndef part1(): Unit =\n  val program =\n    Source\n      .fromResource(\"day8.txt\")\n      .getLines()\n      .map(parseInstruction)\n      .toVector\n  val (_, acc) = execute(program)\n  println(acc)\n\n@main\ndef part2(): Unit =\n  val program =\n    (Source\n      .fromResource(\"day8.txt\")\n      .getLines()\n      .map(parseInstruction) ++ List(Instruction.End))\n      .toVector\n  val result =\n    LazyList\n      .range(0, program.length)\n      .map((program, _))\n      .map(modifyProgram.tupled)\n      .collect {\n        case Some(p) => execute(p)\n      }\n      .find(_._1)\n      .map(_._2)\n      .getOrElse(-1)\n  println(result)\n"}
{"repo_name":"vasilmkd\/advent-of-code-2020","path":"src\/main\/scala\/day13\/day13.scala","text":"package day13\n\nimport scala.annotation.tailrec\nimport scala.math.BigInt\nimport scala.io.Source\n\ndef search(bus: BigInt, target: BigInt): BigInt =\n  (target % bus) - bus\n\ndef extendedEuclid(a: BigInt, b: BigInt): (BigInt, BigInt, BigInt) =\n  if a == 0 then (b, 0, 1)\n  else\n    val (g, y, x) = extendedEuclid(b % a, a)\n    (g, x - (b \/ a) * y, y)\n\ndef modMul(a: BigInt, b: BigInt, m: BigInt): BigInt =\n  (a * b) % m\n\ndef solutionPairModuli(a: (BigInt, BigInt), b: (BigInt, BigInt)): (BigInt, BigInt) =\n  val (_, x, y) = extendedEuclid(a._1, b._1)\n  val mod = a._1 * b._1\n  val res = (modMul(modMul(a._2, y, mod), b._1, mod) + modMul(modMul(b._2, x, mod), a._1, mod)) % mod\n  (mod, if res < 0 then res + mod else res)\n\ndef chineseRemainderTheorem(constraints: Vector[(BigInt, BigInt)]): (BigInt, BigInt) =\n  constraints.reduce(solutionPairModuli)\n\n@main\ndef part1(): Unit =\n  val lines = Source.fromResource(\"day13.txt\").getLines().toVector\n  val target = BigInt(lines(0).toLong)\n  val buses = lines(1).split(\",\").filterNot(_ == \"x\").map(_.toLong).map(BigInt(_))\n  val result =\n    buses\n      .map(b => (b, search(b, target)))\n      .maxBy(_._2)\n  println(result._1 * (-result._2))\n\n@main\ndef part2(): Unit =\n  val lines = Source.fromResource(\"day13.txt\").getLines().toVector\n  val buses =\n    lines(1)\n      .split(\",\")\n      .toVector\n      .zipWithIndex\n      .filterNot(_._1 == \"x\")\n      .map { t =>\n        val mod = BigInt(t._1.toLong)\n        (mod, BigInt(-t._2.toLong) % mod)\n      }\n  val t = chineseRemainderTheorem(buses)\n  println(t._2)\n"}
{"repo_name":"infinitemule\/github-identicons","path":"src\/main\/scala\/com\/infinitemule\/github\/identicons\/Identicon.scala","text":"<reponame>infinitemule\/github-identicons<gh_stars>1-10\n\/*\n * GitHub Identicons\n *\/\npackage com.infinitemule.github.identicons\n\nimport org.apache.commons.codec.digest.DigestUtils\nimport java.awt.Color\nimport java.awt.image.BufferedImage\nimport java.io.IOException\nimport java.io.File\nimport javax.imageio.ImageIO\n\n\nobject Identicon {\n    \n  object Display {    \n    val backgroundColor = new Color(240, 240, 240)\n    val width      = 84\n    val saturation = 0.45f\n    val value      = 0.80f\n  }\n  \n  def hash(s: String) = DigestUtils.md5Hex(s)\n\n  \/**\n   * This is using GitHub's method to lay out the pixels,\n   * but I still don't know which hash they are using.\n   * \n   * \n   * - Get a hash\n   * - Convert each hex digit to an integer\n   * - Take the first 15 hex digits of the integer hash \n   * - Map mod 2 over them to get odd\/even, odd being true (false, true, false ...)\n   * - Group them by 5 so that you have a 5x3 matrix\n   * - Transpose the matrix and reverse the rows so that the\n   *   first index is the (2,0) position.\n   * - Take the first two bits of a row, reverse them, and\n   *   add them to the end.  (true, false, true) -> (true, false, true, false, true)\n   *\/\n  def create(username: String): Identicon = {\n           \n    val ints = hash(username).toCharArray().toList\n      .map { b => Integer.parseInt(b.toString, 16) }\n    \n    val glyph = ints\n      .take(15)      \n      .map { h  => (h % 2) == 1 }\n      .grouped(5).toList\n      .transpose\n      .map { xs => xs.reverse ::: xs.tail }\n                \n    val color = createColor(ints.take(3))\n        \n    Identicon(glyph, color)\n  }  \n  \n  \n  \/**\n   * \n   * I have no idea how GitHub determines the color \n   * but this will keep the colors within a nice visible\n   * range (i.e. colors that are not close to all white or all black)\n   * \n   * - Take a color in RGB 0-255\n   * - Covert it to HSB so that we can get the hue\n   * - Create a new color with a fixed saturation and value\n   * \n   * TODO Make the saturation and value either customizable\n   *      or within a range based on the hash.\n   *\/\n  def createColor(rgb: List[Int]): Color = {       \n    \n    val hsb = Color.RGBtoHSB(rgb(0), rgb(1), rgb(2), null)\n    \n    new Color(Color.HSBtoRGB(\n        hsb(0), \n        Identicon.Display.saturation, \n        Identicon.Display.value))\n                \n  }\n      \n    \n}\n\n\n\/**\n *\n *\/\ncase class Identicon(val glyph: List[List[Boolean]], val color: Color) {\n  \n  \n  \/**\n   * Gets the color in hex RGB format.  Useful\n   * if you want to draw it in HTML.\n   *\/\n  def hexColor(): String = {\n     \"%02x%02x%02x\".format(\n            color.getRed(), \n            color.getGreen(), \n            color.getBlue())    \n  }\n  \n  \n  \/**\n   * Creates a BufferedImage version of an identicon\n   *\/ \n  def createImage(): BufferedImage = {\n    \n    val width = Identicon.Display.width\n    \n    val img = new BufferedImage(width * 5, width * 5, BufferedImage.TYPE_INT_RGB)\n    val gfx = img.createGraphics()\n\n    gfx.setColor(Identicon.Display.backgroundColor)\n    gfx.fillRect(0, 0, img.getWidth(), img.getHeight())    \n    gfx.setColor(color)\n    \n    \/*\n     * - Index both rows\n     * - Filter only rows with pixel turned on\n     * - Map coordinates to the on pixels\n     * - Flatten the list to get a list of coords for\n     *   each on pixel (i.e ((0,1), (0,2), (0,3), (1,0), ...\n     *\/\n    val onPixels =  glyph.map { _.zipWithIndex } .zipWithIndex\n     .map { case(row, y) => \n       row.filter { case(bit, x) => bit } \n          .map    { case(bit, x) => (x, y) } \n     } \n     .flatten\n\n    onPixels.map { case(x, y) => \n      gfx.fillRect(x * width, y * width, width, width) \n    } \n    \n    img\n  }\n\n  \n  \/**\n   * Saves an identicon to a PNG file.\n   *\/\n  def saveImage(filename: String) = {\n    \n    try {\n      ImageIO.write(createImage(), \"png\", new File(filename))\n    } \n    catch { \n      case e: IOException =>\n        throw new RuntimeException(\"Error saving image.\", e)\n    }\n\n  }\n    \n    \n  \/**\n   * Prints an identicon to the console\n   *\/\n  def print() = {\n        \n    glyph.foreach { row =>      \n      println(row.map { x => if(x) \"X\" else \" \" }\n                 .mkString(\"\"))      \n    }\n    \n    println(\"COLOR: #\" + hexColor)\n    \n  }\n}\n"}
{"repo_name":"infinitemule\/github-identicons","path":"src\/test\/scala\/com\/infinitemule\/github\/identicons\/IdenticonSuite.scala","text":"<reponame>infinitemule\/github-identicons<filename>src\/test\/scala\/com\/infinitemule\/github\/identicons\/IdenticonSuite.scala\n\/*\n * GitHub Identicons\n *\/\npackage com.infinitemule.github.identicons\n\nimport org.scalatest.FunSuite\n\n\/**\n * This is difficult to test since you don't know\n * what you are going to get because it's based on \n * a hash value. \n *\/\nclass IdenticonSuite extends FunSuite {\n\n  test(\"Creating an Identicon should result in a 5 x 5 matrix of booleans\") {\n    \n    val identicon = Identicon.create(\"test\")\n    \n    assert(identicon.glyph.size === 5)\n    assert(identicon.glyph(1).size === 5)\n    \n  }\n  \n  \/**\n   * Note this will fail if a different hash algo is used\n   *\/\n  test(\"Using test as a username should create the spicified identicon\") {\n    \n    val identicon = Identicon.create(\"test\")\n    \n    assert(identicon.glyph(0)(1))\n    assert(identicon.glyph(0)(3))\n       \n    assert(identicon.glyph(1)(0))\n    assert(identicon.glyph(1)(2))\n    assert(identicon.glyph(1)(4))\n    \n    assert(identicon.glyph(2)(0))\n    assert(identicon.glyph(2)(1))\n    assert(identicon.glyph(2)(3))\n    assert(identicon.glyph(2)(4))\n\n    assert(identicon.glyph(3)(0))\n    assert(identicon.glyph(3)(2))\n    assert(identicon.glyph(3)(4))\n    \n    assert(identicon.glyph(4)(0))\n    assert(identicon.glyph(4)(4))\n\n    assert(identicon.color.getRed()   === 112)\n    assert(identicon.color.getGreen() === 204)\n    assert(identicon.color.getBlue()  === 194)\n    \n  }\n  \n}"}
{"repo_name":"infinitemule\/github-identicons","path":"build.sbt","text":"<gh_stars>1-10\n\nname := \"github-identicons\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.10.2\"\n\nresolvers += \"Local Maven Repo\" at \"file:\/\/\" + sys.env(\"MAVEN_LOCAL\")\n\nexternalPom()"}
{"repo_name":"devgoyal04\/DSA","path":"Scala\/MergeSort.scala","text":"object MergeSort {\n\n  def main(args: Array[String]) {\n    val sc = new java.util.Scanner(System.in)\n    val n = sc.nextInt()\n    val arr = new Array[Int](n)\n    for (arr_i <- 0 until n) {\n      arr(arr_i) = sc.nextInt()\n    }\n\n    mergeSort(arr)()\n    println(arr.deep.mkString(\" \"))\n  }\n\n  def mergeSort(arr: Array[Int])(start: Int = 0, end: Int = arr.length): Unit = {\n    if (start < end - 1) {\n      val mid = (end + start) \/ 2\n      mergeSort(arr)(start, mid)\n      mergeSort(arr)(mid, end)\n      merge(arr, start, mid, end)\n    }\n  }\n\n  def merge(arr: Array[Int], start: Int, mid: Int, end: Int): Unit = {\n    val aux = arr.slice(start, end)\n\n    var i = start\n    var j = mid\n    var k = start\n\n    while (i < mid && j < end) {\n      if (aux(j - start) < aux(i - start)) {\n        arr(k) = aux(j - start)\n        j += 1\n      }\n      else {\n        arr(k) = aux(i - start)\n        i += 1\n      }\n      k += 1\n    }\n\n    while (i < mid) {\n      arr(k) = aux(i - start)\n      i += 1\n      k += 1\n    }\n\n    while (j < end) {\n      arr(k) = aux(j - start)\n      j += 1\n      k += 1\n    }\n  }\n}\n\n\n\/\/ Sample input\n\/\/ 9\n\/\/ 9 4 3 7 1 2 8 5 6\n\n\/\/ Sample output\n\/\/ 1 2 3 4 5 6 7 8 9 "}
{"repo_name":"devgoyal04\/DSA","path":"Scala\/BubbleSort.scala","text":"<reponame>devgoyal04\/DSA<filename>Scala\/BubbleSort.scala\nobject BubbleSort {\n  def main(args: Array[String]): Unit = {\n    val sc = new java.util.Scanner(System.in)\n    val n = sc.nextInt()\n    val array = new Array[Int](n)\n    for (i <- 0 until n) {\n      array(i) = sc.nextInt()\n    }\n\n    bubbleSort(array)\n\n    println(array.deep.mkString(\" \"))\n  }\n\n  def bubbleSort(array: Array[Int]): Unit = {\n    var numSwap = -1\n    for (i <- array.length - 1 until 0 by -1) {\n      if (numSwap == 0)\n        return\n      numSwap = 0\n      for (j <- 0 until i) {\n        if (array(j) > array(j + 1)) {\n          numSwap += 1\n          swap(array, j, j + 1)\n        }\n      }\n    }\n  }\n\n  def swap(array: Array[Int], index1: Int, index2: Int): Unit = {\n    val temp = array(index1)\n    array(index1) = array(index2)\n    array(index2) = temp\n  }\n}\n\n\/\/ Example Input\n\/\/ 3\n\/\/ 3 2 1\n\n\/\/ Example Output\n\/\/ 1 2 3"}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"src\/main\/scala\/cluster\/CacheDataActor.scala","text":"<filename>src\/main\/scala\/cluster\/CacheDataActor.scala\npackage cluster\n\nimport java.util.UUID\n\nimport akka.actor.SupervisorStrategy.Stop\nimport akka.actor.{ Actor, ActorLogging, Props, ReceiveTimeout }\nimport akka.cluster.sharding.ShardRegion\nimport akka.cluster.sharding.ShardRegion.Passivate\nimport cluster.CacheDataActor.Get\n\nclass CacheDataActor extends Actor with ActorLogging {\n\n  override def receive: Receive = {\n    case Get(id) => sender ! s\"cached data for id: $id\"\n    case ReceiveTimeout =>\n      log.info(s\"sending Passivate to metadata parent: {${context.parent.path.name}} for ${self.path.name}\")\n      context.parent ! Passivate(stopMessage = Stop)\n    case Stop =>\n      context.stop(self)\n      log.info(s\"Passivating metadata actor for ${self.path.name}\")\n  }\n}\n\nobject CacheDataActor {\n  final val numOfShards = 50 \/\/ Planned num of cluster nodes\n  val extractEntityId: ShardRegion.ExtractEntityId = {\n    case msg@Get(id) => (id.toString, msg)\n  }\n  val extractShardId: ShardRegion.ExtractShardId = {\n    case Get(id) => (id.hashCode() % numOfShards).toString\n  }\n\n  case class Get(id: UUID)\n\n  def props: Props = Props(new CacheDataActor())\n}\n"}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"build.sbt","text":"name := \"distributed-cache-on-k8s-poc\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.1\"\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(JavaAppPackaging, DockerPlugin)\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.10\",\n  \"com.typesafe.akka\" %% \"akka-cluster\" % \"2.5.9\",\n  \"com.typesafe.akka\" %% \"akka-cluster-sharding\" % \"2.5.9\",\n  \"org.slf4j\" % \"slf4j-simple\" % \"1.7.25\" % Test,\n  \"com.spotify\" % \"docker-client\" % \"3.5.13\"\n)\n\nmaintainer in Docker := \"<EMAIL>\"\ndockerBaseImage := \"openjdk:8\"\ndockerRepository := Some(\"localhost:5000\")\ndockerExposedPorts:= Seq(9000)\ndaemonUser in Docker := \"root\""}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"src\/main\/scala\/cluster\/ClusterShardRegion.scala","text":"<gh_stars>10-100\npackage cluster\n\nimport akka.actor.{ ActorRef, ActorSystem }\nimport akka.cluster.sharding.{ ClusterSharding, ClusterShardingSettings }\n\nclass ClusterShardRegion(actorSystem: ActorSystem) {\n  val clusterShardRegion: ActorRef = ClusterSharding(actorSystem).start(\n    typeName = ClusterShardRegion.SHARD_REGION_NAME,\n    entityProps = CacheDataActor.props,\n    settings = ClusterShardingSettings(actorSystem),\n    extractEntityId = CacheDataActor.extractEntityId,\n    extractShardId = CacheDataActor.extractShardId\n  )\n}\n\nobject ClusterShardRegion {\n  val SHARD_REGION_NAME = \"cache-data\"\n}\n"}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"src\/main\/scala\/http\/Route.scala","text":"<filename>src\/main\/scala\/http\/Route.scala\npackage http\n\nimport akka.actor.ActorSystem\nimport akka.cluster.sharding.ClusterSharding\nimport akka.http.scaladsl.marshalling.Marshaller.StringMarshaller\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.Directives._\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport cluster.CacheDataActor.Get\nimport cluster.ClusterShardRegion\n\nimport scala.concurrent.duration._\nimport scala.util.{ Failure, Success }\n\nclass Route(system: ActorSystem) {\n  implicit val timeout: Timeout = 3.seconds\n  val shardRegionActor = new ClusterShardRegion(system).clusterShardRegion\n\n  def routes: akka.http.scaladsl.server.Route = path(\"health\") {\n    get {\n      complete(StatusCodes.OK)\n    }\n  } ~ path(\"cache-data\" \/ JavaUUID) { id =>\n    get {\n      onComplete((shardRegionActor ? Get(id)).mapTo[String]) {\n        case Success(s) => complete(s)\n        case Failure(f) => complete(f)\n      }\n    }\n  }\n\n}\n\n"}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"src\/main\/scala\/Main.scala","text":"<gh_stars>10-100\nimport akka.actor.ActorSystem\nimport akka.event.Logging\nimport akka.http.scaladsl.Http\nimport akka.stream.{ ActorMaterializer, ActorMaterializerSettings }\nimport cluster.ClusterStateInformer\nimport com.typesafe.config.{ Config, ConfigFactory, ConfigValueFactory }\nimport http.Route\n\nimport scala.util.{ Failure, Success }\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject Main {\n\n  def main(args: Array[String]): Unit = {\n    val config: Config = {\n      import scala.collection.JavaConverters._\n      val seedNodes = ClusterSetup.seedNodes()\n      ConfigFactory.empty()\n        .withValue(\"akka.cluster.seed-nodes\", ConfigValueFactory.fromIterable(seedNodes.map(seedNode => s\"akka.tcp:\/\/${ClusterSetup.actorSystemName()}@$seedNode\").asJava))\n        .withValue(\"akka.remote.netty.tcp.hostname\", ConfigValueFactory.fromAnyRef(ClusterSetup.podName() + \".\" + ClusterSetup.domain()))\n        .withValue(\"akka.remote.netty.tcp.port\", ConfigValueFactory.fromAnyRef(ClusterSetup.remoteBindingPort()))\n        .withFallback(ConfigFactory.load())\n        .resolve()\n    }\n\n    implicit val system: ActorSystem = ActorSystem(ClusterSetup.actorSystemName(), config)\n    val logging = Logging(system, \"main\")\n    implicit val mat = ActorMaterializer(materializerSettings = Some(ActorMaterializerSettings(system)))\n    val routes = new Route(system)\n    Http().bindAndHandle(routes.routes, \"0.0.0.0\", 9000).onComplete {\n      case Success(s) => logging.info(\"Successfully started\")\n      case Failure(f) => logging.error(f, \"Server cannot be started!!!!\")\n    }\n\n    system.actorOf(ClusterStateInformer.props(), \"cluster-informer\")\n  }\n\n}\n\nobject ClusterSetup {\n  def seedNodes(): Iterable[String] = sys.env.get(\"AKKA_SEED_NODES\").map(_.split(\",\")).get.toIterable\n\n  def domain(): String = sys.env.getOrElse(\"AKKA_REMOTING_BIND_DOMAIN\", throw new RuntimeException(\"No domain found.\"))\n\n  def podName(): String = sys.env.getOrElse(\"POD_NAME\", throw new RuntimeException(\"No podname found.\"))\n\n  def remoteBindingPort(): String = sys.env.getOrElse(\"AKKA_REMOTING_BIND_PORT\", throw new RuntimeException(\"No port found.\"))\n\n  def actorSystemName(): String = sys.env.getOrElse(\"AKKA_ACTOR_SYSTEM_NAME\", throw new RuntimeException(\"No actorsystem name found.\"))\n}\n"}
{"repo_name":"sharma-rohit\/distributed-cache-on-k8s-poc","path":"src\/main\/scala\/cluster\/ClusterStateInformer.scala","text":"package cluster\n\nimport akka.actor.{ Actor, ActorLogging, Props }\nimport akka.cluster.ClusterEvent._\nimport akka.cluster.{ Cluster, ClusterEvent }\n\nclass ClusterStateInformer extends Actor with ActorLogging {\n  val cluster = Cluster(context.system)\n\n  override def preStart(): Unit = {\n    cluster.subscribe(\n      subscriber = self,\n      initialStateMode = ClusterEvent.InitialStateAsEvents,\n      to = classOf[MemberEvent], classOf[UnreachableMember]\n    )\n  }\n\n  override def postStop(): Unit = cluster.unsubscribe(self)\n\n  override def receive: Receive = {\n    case MemberJoined(member) => log.info(s\"Member ${member.address} Joined\")\n    case MemberUp(member) => log.info(\"Member is Up: {}\", member.address)\n    case UnreachableMember(member) => log.info(\"Member detected as unreachable: {}\", member)\n    case MemberRemoved(member, previousStatus) =>\n      log.info(\n        \"Member is Removed: {} after {}\",\n        member.address, previousStatus)\n    case me: MemberEvent \u21d2 log.info(s\"Received Member event $me for Member: ${me.member.address}\")\n  }\n}\n\nobject ClusterStateInformer {\n  def props():Props = Props(new ClusterStateInformer)\n}"}
{"repo_name":"jakedmlee\/spark-lof","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nname := \"spark-lof\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.13\"\n\nlicenses += \"Apache-2.0\" -> url(\"http:\/\/opensource.org\/licenses\/Apache-2.0\")\n\nlibraryDependencies += \"org.apache.spark\" %% \"spark-sql\" % \"3.1.1\"\nlibraryDependencies += \"org.apache.spark\" %% \"spark-mllib\" % \"3.1.1\"\n\nassembly \/ assemblyJarName := \"spark-lof-1.0.jar\"\nassembly \/ assemblyMergeStrategy := {\n  case PathList(\"META-INF\", xs @ _*) => MergeStrategy.discard\n  case x => MergeStrategy.first\n}"}
{"repo_name":"johanandren\/lagom","path":"docs\/manual\/guide\/devmode\/detailedTopics\/code\/build-services-ports.sbt","text":"\/\/#port-range\nlagomServicesPortRange in ThisBuild := PortRange(40000, 45000)\n\/\/#port-range\n\n\/\/#service-port\nlazy val usersImpl = (project in file(\"usersImpl\")).enablePlugins(LagomJava)\n  .settings(lagomServicePort := 11000)\n\/\/#service-port\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-jdbc\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/scaladsl\/persistence\/jdbc\/JdbcOffsetStore.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.scaladsl.persistence.jdbc\n\nimport java.util.UUID\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport com.lightbend.lagom.internal.persistence.ReadSideConfig\nimport com.lightbend.lagom.internal.persistence.jdbc.{ AbstractSlickOffsetStoreConfiguration, SlickOffsetStore, SlickProvider }\nimport com.lightbend.lagom.internal.scaladsl.persistence.{ OffsetDao, OffsetStore }\nimport com.lightbend.lagom.scaladsl.persistence.{ NoOffset, Offset, Sequence, TimeBasedUUID }\nimport play.api.Configuration\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.util.Try\n\n\/**\n * INTERNAL API\n *\/\nclass OffsetTableConfiguration(config: Configuration, readSideConfig: ReadSideConfig)\n  extends AbstractSlickOffsetStoreConfiguration(config) {\n  override def minBackoff: FiniteDuration = readSideConfig.minBackoff\n  override def maxBackoff: FiniteDuration = readSideConfig.maxBackoff\n  override def randomBackoffFactor: Double = readSideConfig.randomBackoffFactor\n  override def globalPrepareTimeout: FiniteDuration = readSideConfig.globalPrepareTimeout\n  override def role: Option[String] = readSideConfig.role\n  override def toString: String = s\"OffsetTableConfiguration($tableName,$schemaName)\"\n}\n\n\/**\n * INTERNAL API\n *\/\nprivate[lagom] class JdbcOffsetStore(val slick: SlickProvider, system: ActorSystem, tableConfig: OffsetTableConfiguration,\n                                     readSideConfig: ReadSideConfig)(implicit ec: ExecutionContext)\n  extends SlickOffsetStore(system, slick, tableConfig)\n  with OffsetStore {\n\n  type DslOffset = Offset\n\n  override protected def queryToOffsetRow(id: String, tag: String, offset: Offset): OffsetRow =\n    offset match {\n      case Sequence(value)     => OffsetRow(id, tag, Some(value), None)\n      case TimeBasedUUID(uuid) => OffsetRow(id, tag, None, Some(uuid.toString))\n      case NoOffset            => OffsetRow(id, tag, None, None)\n    }\n\n  override protected def offsetRowToOffset(row: Option[OffsetRow]): Offset = {\n    row.flatMap(row => row.sequenceOffset.map(Sequence).orElse(\n      row.timeUuidOffset.flatMap(uuid => Try(UUID.fromString(uuid)).toOption)\n        .filter(_.version == 1)\n        .map(TimeBasedUUID)\n    )).getOrElse(NoOffset)\n  }\n\n  override def prepare(eventProcessorId: String, tag: String): Future[JdbcOffsetDao] = {\n    runPreparations(eventProcessorId, tag)\n      .map(offset => new JdbcOffsetDao(this, eventProcessorId, tag, offset))\n  }\n}\n\nclass JdbcOffsetDao(jdbcOffsetStore: JdbcOffsetStore, readSideId: String, tag: String,\n                    override val loadedOffset: Offset)(implicit ec: ExecutionContext) extends OffsetDao {\n\n  override def saveOffset(offset: Offset): Future[Done] = {\n    jdbcOffsetStore.slick.db.run(jdbcOffsetStore.updateOffsetQuery(readSideId, tag, offset)\n      .map(_ => Done.getInstance()))\n  }\n\n  def updateOffsetQuery(offset: Offset) = {\n    jdbcOffsetStore.updateOffsetQuery(readSideId, tag, offset)\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"docs\/build.sbt","text":"\nval PlayVersion = \"2.5.0\"\nval AkkaVersion = \"2.4.11\"\n\nval branch = {\n  val rev = \"git rev-parse --abbrev-ref HEAD\".!!.trim\n  if (rev == \"HEAD\") {\n    \/\/ not on a branch, get the hash\n    \"git rev-parse HEAD\".!!.trim\n  } else rev\n}\n\nlazy val docs = project\n  .in(file(\".\"))\n  .enablePlugins(LightbendMarkdown)\n  .settings(forkedTests: _*)\n  .settings(\n    resolvers += Resolver.typesafeIvyRepo(\"releases\"),\n    scalaVersion := \"2.11.7\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion % \"test\",\n      \"org.apache.cassandra\" % \"cassandra-all\" % \"3.0.2\" % \"test\",\n      \"junit\" % \"junit\" % \"4.12\" % \"test\",\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\",\n      \"org.scalatest\" %% \"scalatest\" % \"2.2.4\" % Test,\n      \"com.typesafe.play\" %% \"play-netty-server\" % PlayVersion % Test,\n      \"com.typesafe.play\" %% \"play-logback\" % PlayVersion % Test\n    ),\n    javacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-source\", \"1.8\", \"-target\", \"1.8\", \"-parameters\", \"-Xlint:unchecked\", \"-Xlint:deprecation\"),\n    testOptions in Test += Tests.Argument(\"-oDF\"),\n    testOptions += Tests.Argument(TestFrameworks.JUnit, \"-v\", \"-a\"),\n    \/\/ This is needed so that Java APIs that use immutables will typecheck by the Scala compiler\n    compileOrder in Test := CompileOrder.JavaThenScala,\n\n    markdownDocsTitle := \"Lagom\",\n    markdownDocPaths += {\n      \/\/ What I'd really like to do here is trigger the unidoc task in the root project externally,\n      \/\/ however I tried that and for some reason it doesn't work.  So instead we'll just depend on\n      \/\/ it being run manually.\n      val javaUnidocTarget = parentDir \/ \"target\" \/ \"javaunidoc\"\n      streams.value.log.info(s\"Serving javadocs from $javaUnidocTarget. Rerun unidoc in root project to refresh\")\n      javaUnidocTarget -> \"api\"\n    },\n    markdownApiDocs := Seq(\n        \"api\/index.html\" -> \"Java\"\n    ),\n    markdownUseBuiltinTheme := false,\n    markdownTheme := Some(\"lagom.LagomMarkdownTheme\"),\n    markdownGenerateTheme := Some(\"bare\"),\n    markdownGenerateIndex := true,\n    markdownSourceUrl := Some(url(s\"https:\/\/github.com\/lagom\/lagom\/edit\/$branch\/docs\/manual\/\")),\n\n    markdownS3CredentialsHost := \"downloads.typesafe.com.s3.amazonaws.com\",\n    markdownS3Bucket := Some(\"downloads.typesafe.com\"),\n    markdownS3Prefix := \"rp\/lagom\/\",\n    markdownS3Region := awscala.Region0.US_EAST_1,\n    excludeFilter in markdownS3PublishDocs ~= {\n      _ || \"*.scala\" || \"*.java\" || \"*.sbt\" || \"*.conf\" || \"*.md\" || \"*.toc\"\n    }\n\n  ).dependsOn(serviceIntegrationTests, persistenceJdbc, kafkaBroker, immutables % \"test->compile\", theme % \"run-markdown\")\n\nlazy val parentDir = Path.fileProperty(\"user.dir\").getParentFile\n\n\/\/ Depend on the integration tests, they should bring everything else in\nlazy val serviceIntegrationTests = ProjectRef(parentDir, \"integration-tests-javadsl\")\nlazy val persistenceJdbc = ProjectRef(parentDir, \"persistence-jdbc-javadsl\")\nlazy val kafkaBroker = ProjectRef(parentDir, \"kafka-broker\")\n\n\/\/ Needed to compile test classes using immutables annotation\nlazy val immutables = ProjectRef(parentDir, \"immutables\")\n\n\/\/ for forked tests, necessary for Cassandra\ndef forkedTests: Seq[Setting[_]] = Seq(\n  fork in Test := true,\n  concurrentRestrictions in Global += Tags.limit(Tags.Test, 1),\n  javaOptions in Test ++= Seq(\"-Xms256M\", \"-Xmx512M\"),\n  testGrouping in Test <<= definedTests in Test map singleTestsGrouping\n)\n\n\/\/ group tests, a single test per group\ndef singleTestsGrouping(tests: Seq[TestDefinition]) = {\n  \/\/ We could group non Cassandra tests into another group\n  \/\/ to avoid new JVM for each test, see http:\/\/www.scala-sbt.org\/release\/docs\/Testing.html\n  val javaOptions = Seq(\"-Xms256M\", \"-Xmx512M\")\n  tests map { test =>\n    new Tests.Group(\n      name = test.name,\n      tests = Seq(test),\n      runPolicy = Tests.SubProcess(javaOptions))\n  }\n}\n\nlazy val theme = project\n  .in(file(\"theme\"))\n  .enablePlugins(SbtWeb, SbtTwirl)\n  .settings(\n    name := \"lagom-docs-theme\",\n    scalaVersion := \"2.11.7\",\n    resolvers += Resolver.typesafeIvyRepo(\"releases\"),\n    libraryDependencies ++= Seq(\n      \"com.lightbend.markdown\" %% \"lightbend-markdown-server\" % LightbendMarkdownVersion,\n      \"org.webjars\" % \"jquery\" % \"1.9.0\",\n      \"org.webjars\" % \"prettify\" % \"4-Mar-2013\"\n    ),\n    pipelineStages in Assets := Seq(uglify),\n    LessKeys.compress := true\n  )\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/core\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/persistence\/cassandra\/AbstractCassandraOffsetStore.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.persistence.cassandra\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.util.Timeout\nimport com.datastax.driver.core.{ BoundStatement, PreparedStatement, Row }\nimport com.lightbend.lagom.internal.persistence.ReadSideConfig\nimport com.lightbend.lagom.internal.persistence.cluster.ClusterStartupTask\n\nimport scala.concurrent.Future\n\n\/**\n * Internal API\n *\/\nprivate[lagom] abstract class AbstractCassandraOffsetStore(\n  system:  ActorSystem,\n  session: akka.persistence.cassandra.session.scaladsl.CassandraSession,\n  config:  ReadSideConfig\n) {\n\n  type DslOffset\n  import system.dispatcher\n\n  protected def extractOffset(maybeRow: Option[Row]): DslOffset\n  protected def writeOffset(statement: PreparedStatement, eventProcessorId: String, tag: String, offset: DslOffset): BoundStatement\n\n  private val startupTask = ClusterStartupTask(\n    system,\n    \"cassandraOffsetStorePrepare\",\n    createTable,\n    config.globalPrepareTimeout,\n    config.role,\n    config.minBackoff,\n    config.maxBackoff,\n    config.randomBackoffFactor\n  )\n\n  private def createTable(): Future[Done] = {\n    session.executeCreateTable(s\"\"\"\n      |CREATE TABLE IF NOT EXISTS offsetStore (\n      |  eventProcessorId text, tag text, timeUuidOffset timeuuid, sequenceOffset bigint,\n      |  PRIMARY KEY (eventProcessorId, tag)\n      |)\"\"\".stripMargin)\n  }\n\n  \/**\n   * Prepare this offset store to process the given ID and tag.\n   *\n   * @param eventProcessorId The ID of the event processor.\n   * @param tag              The tag to prepare for.\n   * @return The DAO, with the loaded offset.\n   *\/\n  protected def doPrepare(eventProcessorId: String, tag: String): Future[(DslOffset, PreparedStatement)] = {\n    implicit val timeout = Timeout(config.globalPrepareTimeout)\n    for {\n      _ <- startupTask.askExecute()\n      offset <- readOffset(eventProcessorId, tag)\n      statement <- prepareWriteOffset\n    } yield {\n      (offset, statement)\n    }\n  }\n\n  private def prepareWriteOffset: Future[PreparedStatement] = {\n    session.prepare(\"INSERT INTO offsetStore (eventProcessorId, tag, timeUuidOffset, sequenceOffset) VALUES (?, ?, ?, ?)\")\n\n  }\n\n  private def readOffset(eventProcessorId: String, tag: String): Future[DslOffset] = {\n    session.selectOne(\n      s\"SELECT timeUuidOffset, sequenceOffset FROM offsetStore WHERE eventProcessorId = ? AND tag = ?\",\n      eventProcessorId, tag\n    ).map(extractOffset)\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"project\/plugins.sbt","text":"<reponame>johanandren\/lagom\n\/\/ Copyright (C) 2009-2015 Typesafe Inc. <http:\/\/www.typesafe.com>\n\nbuildInfoSettings\nsourceGenerators in Compile <+= buildInfo\n\nlibraryDependencies ++= Seq(\n  \"org.scala-sbt\" % \"scripted-plugin\" % sbtVersion.value\n)\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-unidoc\" % \"0.3.3\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"1.5.1\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"0.5.0\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.3\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.0.0\")\naddSbtPlugin(\"me.lessis\" % \"bintray-sbt\" % \"0.3.0\")\n\/\/ need this for com.typesafe.sbt.preprocess.Preprocess\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-site\" % \"0.7.1\")\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.5.1\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-multi-jvm\" % \"0.3.8\")\n\n"}
{"repo_name":"johanandren\/lagom","path":"kafka-broker\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/Producer.scala","text":"<filename>kafka-broker\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/Producer.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.broker.kafka\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.Failure\nimport org.apache.kafka.clients.producer.ProducerRecord\nimport org.apache.kafka.common.serialization.StringSerializer\nimport com.lightbend.lagom.internal.broker.kafka.serializer.KafkaSerializer\nimport com.lightbend.lagom.javadsl.api.Descriptor.TopicCall\nimport akka.Done\nimport akka.NotUsed\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport akka.actor.ActorSystem\nimport akka.actor.Props\nimport akka.actor.SupervisorStrategy\nimport akka.cluster.sharding.ClusterShardingSettings\nimport akka.kafka.ProducerMessage\nimport akka.kafka.ProducerSettings\nimport akka.kafka.scaladsl.{ Producer => ReactiveProducer }\nimport akka.pattern.BackoffSupervisor\nimport akka.pattern.pipe\nimport akka.stream.FlowShape\nimport akka.stream.KillSwitch\nimport akka.stream.KillSwitches\nimport akka.stream.Materializer\nimport akka.stream.javadsl.{ Flow => JFlow }\nimport akka.stream.javadsl.{ Source => JSource }\nimport akka.stream.scaladsl.Flow\nimport akka.stream.scaladsl.GraphDSL\nimport akka.stream.scaladsl.Keep\nimport akka.stream.scaladsl.Sink\nimport akka.stream.scaladsl.Unzip\nimport akka.stream.scaladsl.Zip\nimport com.lightbend.lagom.internal.broker.TaggedOffsetTopicProducer\nimport com.lightbend.lagom.internal.persistence.cluster.{ ClusterDistribution, ClusterDistributionSettings }\nimport com.lightbend.lagom.internal.javadsl.persistence.{ OffsetDao, OffsetStore }\nimport com.lightbend.lagom.internal.persistence.cluster.ClusterDistribution.EnsureActive\nimport com.lightbend.lagom.javadsl.api.broker.kafka.KafkaProperties\nimport com.lightbend.lagom.javadsl.persistence.{ AggregateEvent, AggregateEventTag, Offset }\n\nimport scala.collection.JavaConverters._\n\n\/**\n * A Producer for publishing messages in Kafka using the akka-stream-kafka API.\n *\/\nclass Producer[Message] private (config: KafkaConfig, topicCall: TopicCall[Message], system: ActorSystem)(implicit mat: Materializer, ec: ExecutionContext) {\n\n  private val producerConfig = ProducerConfig(system.settings.config)\n\n  def publishTaggedOffsetProducer[E <: AggregateEvent[E]](\n    producer:    TaggedOffsetTopicProducer[Message, E],\n    offsetStore: OffsetStore\n  ): Unit = {\n    val clazz: Class[E] = producer.tags.get(0).eventType\n    val readSideStream = (tag: AggregateEventTag[E], offset: Offset) => producer.readSideStream(tag, offset)\n    val publisherProps = Producer.ProducerActor.props(config, topicCall, readSideStream, clazz, offsetStore)\n    val backoffPublisherProps = BackoffSupervisor.propsWithSupervisorStrategy(\n      publisherProps, s\"producer\", producerConfig.minBackoff, producerConfig.maxBackoff,\n      producerConfig.randomBackoffFactor, SupervisorStrategy.stoppingStrategy\n    )\n    val clusterShardingSettings = ClusterShardingSettings(system).withRole(producerConfig.role)\n\n    ClusterDistribution(system).start(\n      s\"kafkaProducer-${topicCall.topicId.value}\",\n      backoffPublisherProps,\n      producer.tags.asScala.map(_.tag).toSet,\n      ClusterDistributionSettings(system).copy(clusterShardingSettings = clusterShardingSettings)\n    )\n  }\n}\n\nobject Producer {\n  def apply[Message](\n    config:    KafkaConfig,\n    topicCall: TopicCall[Message], system: ActorSystem\n  )(implicit mat: Materializer, ec: ExecutionContext): Producer[Message] =\n    new Producer(config, topicCall, system)\n\n  private class TaggedOffsetProducerActor[Message, Event <: AggregateEvent[Event]](\n    kafkaConfig:        KafkaConfig,\n    topicCall:          TopicCall[Message],\n    eventStreamFactory: (AggregateEventTag[Event], Offset) => JSource[akka.japi.Pair[Message, Offset], _],\n    clazz:              Class[Event],\n    offsetStore:        OffsetStore\n  )(implicit mat: Materializer, ec: ExecutionContext) extends Actor with ActorLogging {\n\n    \/** Switch used to terminate the on-going Kafka publishing stream when this actor fails.*\/\n    private var shutdown: Option[KillSwitch] = None\n\n    override def postStop(): Unit = {\n      shutdown.foreach(_.shutdown())\n    }\n\n    override def receive = {\n      case EnsureActive(tagName) =>\n        val tag = AggregateEventTag.of(clazz, tagName)\n\n        offsetStore.prepare(s\"topicProducer-${topicCall.topicId.value}\", tagName) pipeTo self\n        context.become(preparing(tag))\n    }\n\n    private def preparing(tag: AggregateEventTag[Event]): Receive = {\n      case dao: OffsetDao =>\n        val readSideSource = eventStreamFactory(tag, dao.loadedOffset).asScala.map(pair => pair.first -> pair.second)\n\n        val (killSwitch, streamDone) = readSideSource\n          .viaMat(KillSwitches.single)(Keep.right)\n          .via(eventsPublisherFlow(dao))\n          .toMat(Sink.ignore)(Keep.both)\n          .run()\n\n        shutdown = Some(killSwitch)\n        streamDone pipeTo self\n        context.become(active)\n\n      case Failure(e) =>\n        throw e\n\n      case EnsureActive(tagName) =>\n      \/\/ We are preparing\n    }\n\n    private def active: Receive = {\n      case Failure(e) =>\n        throw e\n\n      case Done =>\n        log.info(\"Kafka producer stream for topic {} was completed.\", topicCall.topicId())\n        context.stop(self)\n\n      case EnsureActive(tagName) =>\n      \/\/ Already active\n    }\n\n    private def eventsPublisherFlow(offsetDao: OffsetDao) = Flow.fromGraph(GraphDSL.create(kafkaFlowPublisher) { implicit builder => publishFlow =>\n      import GraphDSL.Implicits._\n      val unzip = builder.add(Unzip[Message, Offset])\n      val zip = builder.add(Zip[Any, Offset])\n      val offsetCommitter = builder.add(Flow.fromFunction { e: (Any, Offset) => offsetDao.saveOffset(e._2) })\n\n      unzip.out0 ~> publishFlow ~> zip.in0\n      unzip.out1 ~> zip.in1\n      zip.out ~> offsetCommitter.in\n      FlowShape(unzip.in, offsetCommitter.out)\n    })\n\n    private def kafkaFlowPublisher: JFlow[Message, _, _] = {\n      val strategy = topicCall.properties().getValueOf(KafkaProperties.partitionKeyStrategy())\n      def keyOf(message: Message): String = {\n        if (strategy == null) null\n        else strategy.computePartitionKey(message)\n      }\n\n      (Flow.fromFunction { (message: Message) =>\n        ProducerMessage.Message(new ProducerRecord[String, Message](topicCall.topicId.value, keyOf(message), message), NotUsed)\n      } via {\n        ReactiveProducer.flow(producerSettings)\n      }).asJava\n    }\n\n    private def producerSettings: ProducerSettings[String, Message] = {\n      val keySerializer = new StringSerializer\n      val valueSerializer = new KafkaSerializer(topicCall.messageSerializer().serializerForRequest())\n\n      ProducerSettings(context.system, keySerializer, valueSerializer)\n        .withBootstrapServers(kafkaConfig.brokers)\n        .withProperty(\"client.id\", self.path.toStringWithoutAddress)\n    }\n  }\n\n  private object ProducerActor {\n    def props[Message, Event <: AggregateEvent[Event]](\n      kafkaConfig:        KafkaConfig,\n      topicCall:          TopicCall[Message],\n      eventStreamFactory: (AggregateEventTag[Event], Offset) => JSource[akka.japi.Pair[Message, Offset], _],\n      clazz:              Class[Event],\n      offsetStore:        OffsetStore\n    )(implicit mat: Materializer, ec: ExecutionContext) =\n      Props(new TaggedOffsetProducerActor[Message, Event](kafkaConfig, topicCall, eventStreamFactory, clazz, offsetStore))\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/service-locator\/src\/main\/scala\/com\/lightbend\/lagom\/discovery\/UnmanagedServices.scala","text":"<reponame>johanandren\/lagom\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.discovery\n\nimport java.util.Collections\nimport java.util.{ Map => JMap }\nimport scala.collection.JavaConverters._\nimport com.lightbend.lagom.internal.registry.ServiceRegistryService\nimport javax.inject.Inject\nimport java.net.URI\n\ncase class UnmanagedServices @Inject() (services: Map[String, ServiceRegistryService])\nobject UnmanagedServices {\n  def apply(services: JMap[String, String]): UnmanagedServices = {\n    val convertedServices = for ((name, url) <- services.asScala.toMap) yield {\n      name -> new ServiceRegistryService(new URI(url), Collections.emptyList())\n    }\n    UnmanagedServices(convertedServices)\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence\/javadsl\/src\/main\/scala\/com\/lightbend\/lagom\/javadsl\/persistence\/PersistenceModule.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.javadsl.persistence\n\nimport com.google.inject.{ AbstractModule, Inject, TypeLiteral }\nimport com.google.inject.matcher.AbstractMatcher\nimport com.google.inject.spi.InjectionListener\nimport com.google.inject.spi.TypeEncounter\nimport com.google.inject.spi.TypeListener\nimport com.lightbend.lagom.javadsl.api.ServiceLocator\nimport com.lightbend.lagom.javadsl.persistence.PersistenceModule.InitServiceLocatorHolder\nimport akka.actor.ActorSystem\nimport com.lightbend.lagom.internal.javadsl.persistence.{ ReadSideConfigProvider, ReadSideImpl }\nimport com.lightbend.lagom.internal.persistence.{ ReadSideConfig, ServiceLocatorHolder }\n\n\/**\n * Guice module for the Persistence API.\n *\/\nclass PersistenceModule extends AbstractModule {\n  override def configure(): Unit = {\n    binder.bind(classOf[PersistenceModule.InitServiceLocatorHolder]).asEagerSingleton()\n    binder.bind(classOf[ReadSide]).to(classOf[ReadSideImpl])\n    binder.bind(classOf[ReadSideConfig]).toProvider(classOf[ReadSideConfigProvider])\n    initServiceLocatorHolder()\n  }\n\n  private def initServiceLocatorHolder(): Unit = {\n    val listener: TypeListener = new TypeListener {\n      override def hear[I](typeLiteral: TypeLiteral[I], typeEncounter: TypeEncounter[I]): Unit = {\n        typeEncounter.register(new InjectionListener[I] {\n          override def afterInjection(i: I): Unit = {\n            i.asInstanceOf[PersistenceModule.InitServiceLocatorHolder].init();\n          }\n        })\n      }\n    }\n    val matcher = new AbstractMatcher[TypeLiteral[_]] {\n      override def matches(typeLiteral: TypeLiteral[_]): Boolean = {\n        return classOf[InitServiceLocatorHolder] == typeLiteral.getRawType;\n      }\n    }\n    binder.bindListener(matcher, listener)\n  }\n}\n\nprivate object PersistenceModule {\n\n  private class InitServiceLocatorHolder @Inject() (system: ActorSystem) {\n\n    @volatile private var serviceLocator: Option[ServiceLocator] = None\n    @volatile private var env: Option[play.Environment] = None\n\n    @Inject(optional = true) def setServiceLocator(_serviceLocator: ServiceLocator): Unit = {\n      serviceLocator = Some(_serviceLocator)\n    }\n\n    @Inject(optional = true) def setEnvironment(_env: play.Environment): Unit = {\n      env = Some(_env)\n    }\n\n    private[PersistenceModule] def init(): Unit = {\n      \/\/ This implementation assumes that if the service is started in DEV mode, then the service is being started\n      \/\/ from within the Lagom development environment, via the `lagomRun` task. This is relevant because services\n      \/\/ that use the persistence module will get the `cassandra-register` module injected on their classpath.\n      \/\/ The `cassandra-register` module takes care of registering the Cassandra contact-points to the service locator,\n      \/\/ so that the Cassandra contact-points can be successfully retrieved when they are looked up by the Akka\n      \/\/ persistence internals (see `ServiceLocatorSessionProvider#lookupContactPoints`).\n      \/\/ Therefore, in DEV mode, `ServiceLocatorHolder#setServiceLocator` is expected to be called only after the\n      \/\/ Cassandra contact-points have been fully registered to the service locator. In all other cases (i.e., Test or\n      \/\/ Prod), we expect that the Cassandra contact-points are known by the service locator prior to start the service.\n      env match {\n        case Some(e) if e.isDev() => \/\/ nothing to do as `ServiceLocatorHolder#setServiceLocator` will be called by the bound RegisterCassandraContactPoints instance\n        case _                    => serviceLocator.foreach(ServiceLocatorHolder(system).setServiceLocator)\n      }\n    }\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"docs\/manual\/guide\/broker\/code\/build-kafka.sbt","text":"lazy val proj = (project in file(\"\")).enablePlugins(LagomJava)\n  .settings(\n  \/\/#kafka-broker-dependency\n  libraryDependencies += lagomJavadslKafkaBroker\n  \/\/#kafka-broker-dependency\n  ,\n  \/\/#kafka-cassandra-store-dependency\n  libraryDependencies += lagomJavadslKafkaCassandraStore\n  \/\/#kafka-cassandra-store-dependency\n  )\n"}
{"repo_name":"johanandren\/lagom","path":"kafka-broker\/src\/test\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/KafkaApiSpec.scala","text":"<filename>kafka-broker\/src\/test\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/KafkaApiSpec.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.broker.kafka\n\nimport java.net.URI\nimport java.util.Optional\nimport java.util.concurrent.{ CompletableFuture, CompletionStage, CountDownLatch, TimeUnit }\nimport java.util.function.{ Function => JFunction }\n\nimport scala.collection.concurrent.TrieMap\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\nimport scala.concurrent.Promise\nimport scala.concurrent.duration._\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.Matchers\nimport org.scalatest.WordSpecLike\nimport org.scalatest.concurrent.ScalaFutures\nimport com.google.inject.AbstractModule\nimport com.lightbend.lagom.internal.kafka.KafkaLocalServer\nimport com.lightbend.lagom.javadsl.api.Descriptor\nimport com.lightbend.lagom.javadsl.api.ScalaService._\nimport com.lightbend.lagom.javadsl.api.Service\nimport com.lightbend.lagom.javadsl.api.ServiceInfo\nimport com.lightbend.lagom.javadsl.api.ServiceLocator\nimport com.lightbend.lagom.javadsl.api.broker.{ Topic => ApiTopic }\nimport com.lightbend.lagom.javadsl.persistence._\nimport com.lightbend.lagom.javadsl.server.ServiceGuiceSupport\nimport akka.Done\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.cluster.Cluster\nimport akka.japi.{ Pair => JPair }\nimport akka.stream.{ Materializer, OverflowStrategy }\nimport akka.stream.javadsl.{ Source => JSource }\nimport akka.stream.scaladsl.{ Flow, Sink, Source, SourceQueueWithComplete }\nimport akka.testkit.EventFilter\nimport com.lightbend.lagom.internal.broker.kafka.KafkaApiSpec.{ InMemoryOffsetStore, NoServiceLocator, NullPersistentEntityRegistry }\nimport com.lightbend.lagom.internal.javadsl.persistence.{ OffsetDao, OffsetStore }\nimport com.lightbend.lagom.javadsl.broker.TopicProducer\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.inject._\n\nclass KafkaApiSpec extends WordSpecLike with Matchers with BeforeAndAfterAll with ScalaFutures {\n\n  private val application = {\n    new GuiceApplicationBuilder()\n      .bindings(\n        bind[OffsetStore].toInstance(InMemoryOffsetStore),\n        bind[PersistentEntityRegistry].toInstance(NullPersistentEntityRegistry),\n        KafkaApiSpec.testModule,\n        bind[ServiceLocator].to[NoServiceLocator]\n      ).configure(\n          \"akka.remote.netty.tcp.port\" -> \"0\",\n          \"akka.remote.netty.tcp.hostname\" -> \"127.0.0.1\",\n          \"akka.persistence.journal.plugin\" -> \"akka.persistence.journal.inmem\",\n          \"akka.persistence.snapshot-store.plugin\" -> \"akka.persistence.snapshot-store.local\"\n        ).build()\n  }\n\n  @volatile private var kafkaServer = KafkaLocalServer(cleanOnStart = true)\n\n  override def beforeAll() = {\n    kafkaServer.start()\n    val system = application.injector.instanceOf(classOf[ActorSystem])\n    Cluster(system).join(Cluster(system).selfAddress)\n  }\n\n  override def afterAll() = {\n    application.stop().futureValue\n    kafkaServer.stop()\n  }\n\n  implicit val patience = PatienceConfig(30.seconds, 150.millis)\n\n  \"The Kafka message broker api\" should {\n\n    val testService = application.injector.instanceOf(classOf[KafkaApiSpec.TestService])\n\n    \"eagerly publish event stream registered in the service topic implementation\" in {\n      val queue = KafkaApiSpec.test1Queue.futureValue\n      val testTopic = testService.test1Topic()\n\n      val messageReceived = Promise[String]()\n      testTopic.subscribe().atLeastOnce(Flow.fromFunction { (message: String) =>\n        messageReceived.trySuccess(message)\n        Done\n      }.asJava)\n\n      val messageToPublish = \"msg\"\n      queue.offer(new JPair(messageToPublish, Offset.NONE))\n\n      messageToPublish shouldBe messageReceived.future.futureValue\n    }\n\n    \"self-heal if failure occurs while running the publishing stream\" in {\n      implicit val system = application.injector.instanceOf(classOf[ActorSystem])\n      val queue = KafkaApiSpec.test2Queue.futureValue\n      val testTopic = testService.test2Topic()\n\n      val firstTimeReceived = Promise[String]()\n      val secondTimeReceived = Promise[String]()\n      val messageCommitFailureInjected = new CountDownLatch(1)\n\n      testTopic.subscribe().atLeastOnce(Flow.fromFunction { (message: String) =>\n        if (!firstTimeReceived.isCompleted) {\n          firstTimeReceived.trySuccess(message)\n          messageCommitFailureInjected.await()\n        } else if (!secondTimeReceived.isCompleted)\n          secondTimeReceived.trySuccess(message)\n        else ()\n        Done\n      }.asJava)\n\n      val firstMessageToPublish = \"firstMessage\"\n      queue.offer(new JPair(firstMessageToPublish, Offset.NONE))\n\n      \/\/ wait until first message is received\n      firstMessageToPublish shouldBe firstTimeReceived.future.futureValue\n\n      \/\/ now simulate a failure: this will results in an exception being thrown when committing\n      \/\/ the offset of the first processed message.\n      EventFilter[KafkaApiSpec.InMemoryOffsetStore.FakeCassandraException]() intercept {\n        KafkaApiSpec.InMemoryOffsetStore.injectFailure = true\n        \/\/ Let the flow processing continue. A failure is expected to occur when publishing the next message.\n        messageCommitFailureInjected.countDown()\n      }\n\n      \/\/ After the exception was logged, let's remove the cause of the failure and check the stream computation resumes.\n      KafkaApiSpec.InMemoryOffsetStore.injectFailure = false\n\n      \/\/ publish a second message.\n      val secondMessageToPublish = \"secondMessage\"\n      queue.offer(new JPair(secondMessageToPublish, Offset.NONE))\n\n      \/\/ The subscriber flow should have self-healed and hence it will process the second message (this time, succeeding)\n      secondMessageToPublish shouldBe secondTimeReceived.future.futureValue\n    }\n\n    \"keep track of the read-side offset when publishing events\" in {\n      implicit val ec = application.injector.instanceOf(classOf[ExecutionContext])\n      val info = application.injector.instanceOf(classOf[ServiceInfo])\n      val queue = KafkaApiSpec.test3Queue.futureValue\n      val testTopic = testService.test3Topic()\n\n      def trackedOffset = KafkaApiSpec.InMemoryOffsetStore.prepare(\"topicProducer-\" + testTopic.topicId().value(), \"singleton\")\n        .map(_.loadedOffset).futureValue\n\n      \/\/ No message was consumed from this topic, hence we expect the last stored offset to be NONE\n      trackedOffset shouldBe Offset.NONE\n\n      val messageReceived = Promise[String]()\n      testTopic.subscribe().atLeastOnce(Flow.fromFunction { (message: String) =>\n        messageReceived.trySuccess(message)\n        Done\n      }.asJava)\n\n      val messageToPublish = \"msg\"\n      val messageOffset = Offset.sequence(1)\n      queue.offer(new JPair(messageToPublish, messageOffset))\n      messageReceived.future.futureValue shouldBe messageToPublish\n\n      \/\/ After consuming a message we expect the offset store to have been updated with the offset of\n      \/\/ the consumed message\n      trackedOffset shouldBe messageOffset\n    }\n\n    \"self-heal at-least-once consumer stream if a failure occurs\" in {\n      val queue = KafkaApiSpec.test4Queue.futureValue\n      val testTopic = testService.test4Topic()\n      val materialized = new CountDownLatch(2)\n\n      @volatile var failOnMessageReceived = true\n      testTopic.subscribe().atLeastOnce(Flow.fromFunction { (message: String) =>\n        if (failOnMessageReceived) {\n          failOnMessageReceived = false\n          throw new IllegalStateException(\"Simulate consumer failure\")\n        } else Done\n      }.mapMaterializedValue(_ => materialized.countDown()).asJava)\n\n      val messageSent = \"msg\"\n      queue.offer(new JPair(messageSent, Offset.NONE))\n\n      \/\/ After throwing the error, the flow should be rematerialized, so consumption resumes\n      materialized.await(10, TimeUnit.SECONDS)\n    }\n\n    \"self-heal at-most-once consumer stream if a failure occurs\" in {\n      implicit val mat = application.injector.instanceOf(classOf[Materializer])\n      implicit val ec = application.injector.instanceOf(classOf[ExecutionContext])\n      case object SimulateFailure extends RuntimeException\n\n      val queue = KafkaApiSpec.test5Queue.futureValue\n      val testTopic = testService.test5Topic()\n\n      \/\/ Let's publish a messages to the topic\n      val message = \"message\"\n      queue.offer(new JPair(message, Offset.NONE))\n\n      \/\/ Now we register a consumer that will fail while processing a message. Because we are using at-most-once\n      \/\/ delivery, the message that caused the failure won't be re-processed.\n      @volatile var countProcessedMessages = 0\n      val expectFailure = testTopic.subscribe().atMostOnceSource().asScala\n        .via(Flow.fromFunction { (message: String) =>\n          countProcessedMessages += 1\n          throw SimulateFailure\n        })\n        .runWith(Sink.ignore)\n\n      expectFailure.failed.futureValue shouldBe an[SimulateFailure.type]\n      countProcessedMessages shouldBe 1\n    }\n  }\n\n}\n\nobject KafkaApiSpec {\n\n  private val (test1Source, test1Queue) = publisher\n  private val (test2Source, test2Queue) = publisher\n  private val (test3Source, test3Queue) = publisher\n  private val (test4Source, test4Queue) = publisher\n  private val (test5Source, test5Queue) = publisher\n\n  private def publisher = {\n    val promise = Promise[SourceQueueWithComplete[JPair[String, Offset]]]()\n    val source = Source.queue[JPair[String, Offset]](8, OverflowStrategy.fail)\n      .mapMaterializedValue(queue => promise.trySuccess(queue))\n\n    (source, promise.future)\n  }\n\n  trait TestService extends Service {\n    def test1Topic(): ApiTopic[String]\n    def test2Topic(): ApiTopic[String]\n    def test3Topic(): ApiTopic[String]\n    def test4Topic(): ApiTopic[String]\n    def test5Topic(): ApiTopic[String]\n\n    override def descriptor(): Descriptor =\n      named(\"testservice\")\n        .publishing(\n          topic(\"test1\", test1Topic _),\n          topic(\"test2\", test2Topic _),\n          topic(\"test3\", test3Topic _),\n          topic(\"test4\", test4Topic _),\n          topic(\"test5\", test5Topic _)\n        )\n  }\n\n  trait TestEvent extends AggregateEvent[TestEvent]\n\n  class TestServiceImpl extends TestService {\n    override def test1Topic(): ApiTopic[String] = createTopicProducer(test1Source)\n    override def test2Topic(): ApiTopic[String] = createTopicProducer(test2Source)\n    override def test3Topic(): ApiTopic[String] = createTopicProducer(test3Source)\n    override def test4Topic(): ApiTopic[String] = createTopicProducer(test4Source)\n    override def test5Topic(): ApiTopic[String] = createTopicProducer(test5Source)\n\n    private def createTopicProducer(publisher: Source[JPair[String, Offset], _]): ApiTopic[String] = {\n      TopicProducer.singleStreamWithOffset(new JFunction[Offset, JSource[JPair[String, Offset], Any]] {\n        def apply(offset: Offset) = publisher.asJava\n      })\n    }\n  }\n\n  val testModule = new AbstractModule with ServiceGuiceSupport {\n    override def configure(): Unit = {\n      bindServices(serviceBinding(classOf[TestService], classOf[TestServiceImpl]))\n    }\n  }\n\n  \/**\n   * An implementation of the service locator that always fails to locate the passed service's `name`.\n   *\/\n  class NoServiceLocator extends ServiceLocator {\n\n    override def locate(name: String, serviceCall: Descriptor.Call[_, _]): CompletionStage[Optional[URI]] =\n      CompletableFuture.completedFuture(Optional.empty())\n\n    override def doWithService[T](name: String, serviceCall: Descriptor.Call[_, _], block: JFunction[URI, CompletionStage[T]]): CompletionStage[Optional[T]] =\n      CompletableFuture.completedFuture(Optional.empty())\n  }\n\n  object InMemoryOffsetStore extends OffsetStore {\n    private val offsets = TrieMap.empty[String, Offset]\n\n    override def prepare(eventProcessorId: String, tag: String): Future[OffsetDao] = {\n      val key = s\"$eventProcessorId-$tag\"\n      val offset = offsets.getOrElseUpdate(key, Offset.NONE)\n      Future.successful(new InMemoryOffsetDao(key, offset))\n    }\n\n    @volatile var injectFailure = false\n    class InMemoryOffsetDao(key: String, override val loadedOffset: Offset) extends OffsetDao {\n      override def saveOffset(offset: Offset): Future[Done] = {\n        if (injectFailure) throw new FakeCassandraException\n        else {\n          offsets.put(key, offset)\n          Future.successful(Done)\n        }\n      }\n    }\n\n    \/** Exception to simulate a cassandra failure. *\/\n    class FakeCassandraException extends RuntimeException\n  }\n\n  object NullPersistentEntityRegistry extends PersistentEntityRegistry {\n    override def eventStream[Event <: AggregateEvent[Event]](aggregateTag: AggregateEventTag[Event], fromOffset: Offset): JSource[JPair[Event, Offset], NotUsed] =\n      JSource.empty()\n\n    override def gracefulShutdown(timeout: FiniteDuration): CompletionStage[Done] = CompletableFuture.completedFuture(Done.getInstance())\n\n    override def refFor[C](entityClass: Class[_ <: com.lightbend.lagom.javadsl.persistence.PersistentEntity[C, _, _]], entityId: String): PersistentEntityRef[C] =\n      ???\n\n    override def register[C, E, S](entityClass: Class[_ <: com.lightbend.lagom.javadsl.persistence.PersistentEntity[C, E, S]]): Unit = ()\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/Offset.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence\n\nimport java.util.UUID\n\n\/**\n * An offset.\n *\n * Offsets are used for ordering of events, typically in event journals, so that consumers can keep track of what events\n * they have and haven't consumed.\n *\n * Akka persistence, which underlies Lagom's persistence APIs, uses different offset types for different persistence\n * datastores. This class provides an abstraction over them. The two types currently supported are a <code>long<\/code>\n * sequence number and a time based <code>UUID<\/code>.\n *\n * FIXME\n *\/\ntrait Offset\n\nfinal case class Sequence(value: Long) extends Offset with Ordered[Sequence] {\n  override def compare(that: Sequence): Int = value.compare(that.value)\n}\n\nfinal case class TimeBasedUUID(value: UUID) extends Offset with Ordered[TimeBasedUUID] {\n  if (value == null || value.version != 1) {\n    throw new IllegalArgumentException(\"UUID \" + value + \" is not a time-based UUID\")\n  }\n\n  override def compare(other: TimeBasedUUID): Int = value.compareTo(other.value)\n}\n\nfinal case object NoOffset extends Offset\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/service-locator\/src\/main\/scala\/com\/lightbend\/lagom\/discovery\/ServiceRegistryActor.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.discovery\n\nimport java.net.{ InetSocketAddress, URI }\nimport java.util.regex.Pattern\nimport akka.Done\nimport akka.actor.{ Actor, Status }\nimport com.lightbend.lagom.internal.registry.ServiceRegistryService\nimport com.lightbend.lagom.javadsl.api.transport.{ TransportException, TransportErrorCode }\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.OptionConverters._\nimport com.google.inject.Inject\nimport org.pcollections.PSequence\nimport org.pcollections.TreePVector;\nimport com.lightbend.lagom.internal.registry.RegisteredService\n\nobject ServiceRegistryActor {\n  case class Lookup(name: String)\n  case class Remove(name: String)\n  case class Register(name: String, service: ServiceRegistryService)\n  case class Route(method: String, path: String)\n  case object GetRegisteredServices\n  case class RegisteredServices(services: PSequence[RegisteredService])\n  sealed trait RouteResult\n  case class Found(address: InetSocketAddress) extends RouteResult\n  case class NotFound(registry: Map[String, ServiceRegistryService]) extends RouteResult\n}\n\nclass ServiceRegistryActor @Inject() (unmanagedServices: UnmanagedServices) extends Actor {\n\n  import ServiceRegistryActor._\n\n  private var registry: Map[String, ServiceRegistryService] = unmanagedServices.services\n  private var router = PartialFunction.empty[Route, InetSocketAddress]\n\n  override def receive: Receive = {\n    case Lookup(name) => sender() ! registry.get(name).map(_.uri())\n    case Remove(name) =>\n      registry -= name\n      rebuildRouter()\n    case Register(name, service) =>\n      registry.get(name) match {\n        case None =>\n          registry += (name -> service)\n          rebuildRouter()\n          sender() ! Done\n        case Some(existing) =>\n          if (existing == service)\n            sender() ! Done \/\/ idempotent, same already registered\n          else\n            sender() ! Status.Failure(new ServiceAlreadyRegistered(name))\n      }\n    case GetRegisteredServices =>\n      val services: List[RegisteredService] = (for {\n        (name, service) <- registry\n      } yield RegisteredService.of(name, service.uri))(collection.breakOut)\n      import scala.collection.JavaConverters._\n      sender() ! RegisteredServices(TreePVector.from(services.asJava))\n    case route: Route =>\n      sender() ! router.lift(route).fold[RouteResult](NotFound(registry))(Found.apply)\n  }\n\n  private def serviceRouter(service: ServiceRegistryService) = {\n    val addressUri = service.uri\n    val address = new InetSocketAddress(addressUri.getHost, addressUri.getPort)\n    service.acls.asScala.map {\n      case acl =>\n        acl.method().asScala -> acl.pathRegex().asScala.map(Pattern.compile)\n    }.foldLeft(PartialFunction.empty[Route, InetSocketAddress]) {\n      case (function, (aclMethod, pathRegex)) =>\n        function.orElse {\n          case Route(method, path) if aclMethod.forall(_.name == method) && pathRegex.forall(_.matcher(path).matches()) =>\n            address\n        }\n    }\n  }\n\n  private def rebuildRouter() = {\n    router = registry.values.map(serviceRouter)\n      .foldLeft(PartialFunction.empty[Route, InetSocketAddress])(_ orElse _)\n  }\n\n}\n\nprivate class ServiceAlreadyRegistered(serviceName: String) extends TransportException(\n  TransportErrorCode.PolicyViolation, s\"A service with the same name=[$serviceName] was already registered\"\n) {\n}\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/api\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/api\/PathParamSerializers.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.api\n\nimport java.lang.reflect.{ ParameterizedType, Type }\nimport java.util.Optional\n\nimport com.lightbend.lagom.javadsl.api.deser.{ PathParamSerializer, PathParamSerializers }\nimport org.pcollections.{ PSequence, TreePVector }\n\nimport scala.compat.java8.FunctionConverters._\n\ntrait UnresolvedPathParamSerializer[Param] extends PathParamSerializer[Param] {\n  def serialize(parameter: Param) = throw new NotImplementedError(\"Cannot use unresolved path param serializer to serialize path params\")\n\n  def deserialize(parameters: PSequence[String]) = throw new NotImplementedError(\"Cannot use unresolved path param serializer to deserialize path params\")\n\n  def resolve(resolver: ServiceCallResolver, typeInfo: Type): PathParamSerializer[Param]\n}\n\nclass UnresolvedTypePathParamSerializer[Param] extends UnresolvedPathParamSerializer[Param] {\n  override def resolve(resolver: ServiceCallResolver, typeInfo: Type): PathParamSerializer[Param] = {\n    resolver.pathParamSerializerFor(typeInfo, typeInfo)\n  }\n}\n\nclass UnresolvedOptionalPathParamSerializer[Param] extends UnresolvedPathParamSerializer[Optional[Param]] {\n  override def resolve(resolver: ServiceCallResolver, typeInfo: Type): PathParamSerializer[Optional[Param]] = {\n    typeInfo match {\n      case paramType: ParameterizedType if paramType.getRawType == classOf[Optional[_]] =>\n        val wrappedType = paramType.getActualTypeArguments.apply(0)\n        val subTypeSerializer = resolver.pathParamSerializerFor[Param](wrappedType, wrappedType)\n        PathParamSerializers.optional[Param](\n          wrappedType.getTypeName,\n          (subTypeSerializer.deserialize _).compose((p: String) => TreePVector.singleton(p)).asJava,\n          (subTypeSerializer.serialize _).andThen {\n          case single if single.size() == 1 => single.get(0)\n          case other                        => throw new IllegalStateException(\"Can only wrap an Optional serializer around a path param serializer that produces exactly one parameter\")\n        }.asJava\n        )\n      case _ => throw new IllegalArgumentException(\"Unresolved optional path param serializer can only be resolved against ParamaterizedType descriptors for the Optional class. This serializer was resolved against: \" + typeInfo)\n    }\n  }\n}"}
{"repo_name":"johanandren\/lagom","path":"docs\/theme\/src\/main\/scala\/lagom\/LagomMarkdownTheme.scala","text":"<filename>docs\/theme\/src\/main\/scala\/lagom\/LagomMarkdownTheme.scala\npackage lagom\n\nimport com.lightbend.markdown.theme.MarkdownTheme\nimport play.doc.TocTree\nimport play.twirl.api.Html\n\nobject LagomMarkdownTheme extends MarkdownTheme {\n  override def renderPage(projectName: Option[String], title: Option[String], home: String, content: Html,\n    sidebar: Option[Html], apiDocs: Seq[(String, String)], sourceUrl: Option[String]): Html =\n    html.documentation(projectName, title, home, content, sidebar, apiDocs, sourceUrl)\n\n  override def renderNextLink(toc: TocTree): Html = html.nextLink(toc)\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/scaladsl\/src\/test\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/cassandra\/PersistentEntityRefSpec.scala","text":"<reponame>johanandren\/lagom\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence.cassandra\n\nimport java.io.File\n\nimport akka.actor.ActorSystem\nimport akka.cluster.Cluster\nimport akka.pattern.AskTimeoutException\nimport akka.persistence.cassandra.testkit.CassandraLauncher\nimport akka.stream.{ ActorMaterializer, Materializer }\nimport akka.testkit.TestKit\nimport com.lightbend.lagom.scaladsl.persistence.PersistentEntity.{ InvalidCommandException, UnhandledCommandException }\nimport com.lightbend.lagom.scaladsl.persistence.TestEntity.Mode\nimport com.lightbend.lagom.scaladsl.persistence.cassandra.testkit.TestUtil\nimport com.lightbend.lagom.scaladsl.persistence.{ PersistentEntity, PersistentEntityRegistry, TestEntity }\nimport com.typesafe.config.{ Config, ConfigFactory }\nimport org.scalactic.ConversionCheckedTripleEquals\nimport org.scalatest.concurrent.PatienceConfiguration.Timeout\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.{ BeforeAndAfterAll, Matchers, WordSpecLike }\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ ExecutionContext, Future }\n\nclass PersistentEntityRefSpec extends WordSpecLike with Matchers with BeforeAndAfterAll with ScalaFutures with ConversionCheckedTripleEquals {\n\n  val config: Config = ConfigFactory.parseString(\"\"\"\n      akka.actor.provider = akka.cluster.ClusterActorRefProvider\n      akka.remote.netty.tcp.port = 0\n      akka.remote.netty.tcp.hostname = 127.0.0.1\n      akka.loglevel = INFO\n      lagom.serialization.play-json.serialization-registry=\"com.lightbend.lagom.scaladsl.persistence.TestEntitySerializerRegistry\"\n  \"\"\").withFallback(TestUtil.persistenceConfig(\"PersistentEntityRefTest\", CassandraLauncher.randomPort))\n  private val system: ActorSystem = ActorSystem(\"PersistentEntityRefSpec\", config)\n\n  override def beforeAll(): Unit = {\n\n    Cluster.get(system).join(Cluster.get(system).selfAddress)\n    val cassandraDirectory: File = new File(\"target\/PersistentEntityRefTest\")\n    CassandraLauncher.start(cassandraDirectory, CassandraLauncher.DefaultTestConfigResource, true, 0)\n    TestUtil.awaitPersistenceInit(system)\n  }\n\n  override def afterAll() {\n    \/\/ FIXME something else here to stop the app?\n    \/\/ application.getWrappedApplication.stop\n    CassandraLauncher.stop()\n    TestKit.shutdownActorSystem(system)\n  }\n\n  class AnotherEntity extends PersistentEntity[Integer, String, String] {\n    def initialState: String = \"\"\n    override def behavior = Actions()\n  }\n\n  val components = new CassandraPersistenceComponents {\n    override def actorSystem: ActorSystem = system\n    override def executionContext: ExecutionContext = system.dispatcher\n    override def configuration: play.api.Configuration = play.api.Configuration(config)\n    override def materializer: Materializer = ActorMaterializer()(system)\n  }\n\n  private def registry: PersistentEntityRegistry = {\n    val reg: PersistentEntityRegistry = components.persistentEntityRegistry\n    reg.register(new TestEntity(system))\n    reg\n  }\n\n  implicit val patience = PatienceConfig(5.seconds, 100.millis)\n\n  \"The Cassandra persistence backend\" should {\n\n    \"send commands to the registry\" in {\n      val ref1 = registry.refFor(classOf[TestEntity], \"1\")\n      \/\/ FIXME remove type ascriptions when ask gets the right retur type\n      (ref1.ask(TestEntity.Add(\"a\")): Future[TestEntity.Evt])\n        .futureValue(Timeout(15.seconds)) should ===(TestEntity.Appended(\"A\"))\n\n      val ref2 = registry.refFor(classOf[TestEntity], \"2\")\n\n      (ref2.ask(TestEntity.Add(\"b\")): Future[TestEntity.Evt]).futureValue should ===(TestEntity.Appended(\"B\"))\n\n      (ref2.ask(TestEntity.Add(\"c\")): Future[TestEntity.Evt]).futureValue should ===(TestEntity.Appended(\"C\"))\n\n      (ref1.ask(TestEntity.Get): Future[TestEntity.State]).futureValue should ===(TestEntity.State(Mode.Append, List(\"A\")))\n\n      (ref2.ask(TestEntity.Get): Future[TestEntity.State]).futureValue should ===(TestEntity.State(Mode.Append, List(\"B\", \"C\")))\n    }\n\n    \"ask timeout when reply does not reply in time\" in {\n      val ref = registry.refFor(classOf[TestEntity], \"10\").withAskTimeout(1.millisecond)\n\n      val replies =\n        for (i <- 0 until 100) yield ref.ask(TestEntity.Add(\"c\"))\n\n      import scala.concurrent.ExecutionContext.Implicits.global\n      Future.sequence(replies).failed.futureValue(Timeout(20.seconds)) shouldBe an[AskTimeoutException]\n    }\n\n    \"fail future on invalid command\" in {\n      val ref = registry.refFor(classOf[TestEntity], \"10\")\n      \/\/ empty not allowed\n      ref.ask(TestEntity.Add(\"\")).failed.futureValue shouldBe an[InvalidCommandException]\n    }\n\n    \"fail future on error in entity\" in {\n      val ref = registry.refFor(classOf[TestEntity], \"10\")\n      ref.ask(TestEntity.Add(null)).failed.futureValue shouldBe a[NullPointerException]\n    }\n\n    \"fail future on unhandled command\" in {\n      val ref = registry.refFor(classOf[TestEntity], \"10\")\n      ref.ask(TestEntity.UndefinedCmd).failed.futureValue shouldBe an[UnhandledCommandException]\n    }\n\n    \"throw exception on unregistered entity\" in {\n      intercept[IllegalArgumentException] {\n        registry.refFor(classOf[AnotherEntity], \"whatever\")\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/scaladsl\/persistence\/ReadSideActor.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.scaladsl.persistence\n\nimport akka.{ Done, NotUsed }\nimport akka.actor.{ Actor, ActorLogging, Props, Status }\nimport akka.stream.scaladsl.Source\nimport akka.stream.scaladsl.{ Keep, Sink }\nimport akka.stream.{ KillSwitch, KillSwitches, Materializer }\nimport akka.util.Timeout\nimport com.lightbend.lagom.internal.persistence.cluster.ClusterDistribution.EnsureActive\nimport com.lightbend.lagom.internal.persistence.cluster.ClusterStartupTask\nimport com.lightbend.lagom.scaladsl.persistence._\n\nimport scala.concurrent.duration.FiniteDuration\n\nprivate[lagom] object ReadSideActor {\n\n  def props[Event <: AggregateEvent[Event]](\n    processor:            () => ReadSideProcessor[Event],\n    eventStreamFactory:   (AggregateEventTag[Event], Offset) => Source[EventStreamElement[Event], NotUsed],\n    clazz:                Class[Event],\n    globalPrepareTask:    ClusterStartupTask,\n    globalPrepareTimeout: FiniteDuration\n  )(implicit mat: Materializer) = {\n    Props(classOf[ReadSideActor[Event]], processor, eventStreamFactory, clazz, globalPrepareTask, globalPrepareTimeout, mat)\n  }\n\n  \/**\n   * Start processing from the given offset\n   *\/\n  case class Start(offset: Offset)\n}\n\n\/**\n * Read side actor\n *\/\nprivate[lagom] class ReadSideActor[Event <: AggregateEvent[Event]](\n  processorFactory:     () => ReadSideProcessor[Event],\n  eventStreamFactory:   (AggregateEventTag[Event], Offset) => Source[EventStreamElement[Event], NotUsed],\n  clazz:                Class[Event],\n  globalPrepareTask:    ClusterStartupTask,\n  globalPrepareTimeout: FiniteDuration\n)(implicit mat: Materializer) extends Actor with ActorLogging {\n  import ReadSideActor._\n  import akka.pattern.pipe\n  import akka.pattern.ask\n  import context.dispatcher\n\n  private var shutdown: Option[KillSwitch] = None\n\n  override def postStop: Unit = {\n    shutdown.foreach(_.shutdown())\n  }\n\n  def receive = {\n    case EnsureActive(tagName) =>\n\n      val tag = new AggregateEventTag(clazz, tagName)\n\n      implicit val timeout = Timeout(globalPrepareTimeout)\n\n      globalPrepareTask.askExecute() pipeTo self\n      context become preparing(tag)\n  }\n\n  def preparing(tag: AggregateEventTag[Event]): Receive = {\n\n    case Done =>\n      val handler = processorFactory().buildHandler\n      handler.prepare(tag).map(Start(_)) pipeTo self\n      context become active(handler, tag)\n\n    case Status.Failure(e) =>\n      throw e\n\n  }\n\n  def active(handler: ReadSideProcessor.ReadSideHandler[Event], tag: AggregateEventTag[Event]): Receive = {\n\n    case Start(offset) =>\n\n      val (killSwitch, streamDone) = eventStreamFactory(tag, offset)\n        .viaMat(KillSwitches.single)(Keep.right)\n        .via(handler.handle())\n        .toMat(Sink.ignore)(Keep.both)\n        .run()\n\n      shutdown = Some(killSwitch)\n      streamDone pipeTo self\n\n    case EnsureActive(_) =>\n    \/\/ Yes, we are active\n\n    case Status.Failure(e) =>\n      throw e\n\n    case Done =>\n      throw new IllegalStateException(\"Stream terminated when it shouldn't\")\n\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-jdbc\/javadsl\/src\/main\/scala\/com\/lightbend\/lagom\/javadsl\/persistence\/jdbc\/JdbcPersistenceModule.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.javadsl.persistence.jdbc\n\nimport com.google.inject.{ AbstractModule, Key }\nimport com.lightbend.lagom.internal.javadsl.persistence.OffsetStore\nimport com.lightbend.lagom.internal.javadsl.persistence.jdbc.{ JdbcOffsetStore, JdbcPersistentEntityRegistry, JdbcReadSideImpl, JdbcSessionImpl }\nimport com.lightbend.lagom.javadsl.persistence.PersistentEntityRegistry\n\nclass JdbcPersistenceModule extends AbstractModule {\n  override def configure(): Unit = {\n    bind(classOf[JdbcReadSide]).to(classOf[JdbcReadSideImpl])\n    bind(classOf[PersistentEntityRegistry]).to(classOf[JdbcPersistentEntityRegistry])\n    bind(classOf[JdbcSession]).to(classOf[JdbcSessionImpl])\n    bind(classOf[JdbcOffsetStore])\n    bind(classOf[OffsetStore]).to(Key.get(classOf[JdbcOffsetStore]))\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-jdbc\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/jdbc\/JdbcSession.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence.jdbc\n\nimport java.sql.Connection\n\nimport scala.concurrent.Future\n\ntrait JdbcSession {\n  \/**\n   * Execute the given function with a connection.\n   *\n   * This will execute the callback in a thread pool that is specifically designed for use with JDBC calls.\n   *\n   * @param block The block to execute.\n   * @return A future of the result.\n   *\/\n  def withConnection[T](block: Connection => T): Future[T]\n\n  \/**\n   * Execute the given function in a transaction.\n   *\n   * This will execute the callback in a thread pool that is specifically designed for use with JDBC calls.\n   *\n   * @param block The block to execute.\n   * @return A future of the result.\n   *\/\n  def withTransaction[T](block: Connection => T): Future[T]\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/core\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/persistence\/cassandra\/ServiceLocatorSessionProvider.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.persistence.cassandra\n\nimport java.net.InetSocketAddress\n\nimport akka.actor.ActorSystem\nimport akka.persistence.cassandra.ConfigSessionProvider\nimport com.lightbend.lagom.internal.persistence.ServiceLocatorHolder\nimport com.typesafe.config.Config\nimport play.api.Logger\n\nimport scala.collection.immutable\nimport scala.compat.java8.FutureConverters._\nimport scala.concurrent.{ ExecutionContext, Future, Promise }\nimport scala.concurrent.duration._\nimport scala.util.control.NoStackTrace\n\n\/**\n * Internal API\n *\/\nprivate[lagom] final class ServiceLocatorSessionProvider(system: ActorSystem, config: Config) extends ConfigSessionProvider(system, config) {\n\n  private val log = Logger(getClass)\n\n  override def lookupContactPoints(clusterId: String)(implicit ec: ExecutionContext): Future[immutable.Seq[InetSocketAddress]] = {\n    val result = ServiceLocatorHolder(system).serviceLocator match {\n      case Some(serviceLocator) =>\n        serviceLocator.locate(clusterId).toScala.map { location =>\n          if (location.isPresent) {\n            val uri = location.get\n            log.debug(s\"Found Cassandra contact points: $uri\")\n            require(uri.getHost != null, s\"missing host in $uri for Cassandra contact points $clusterId\")\n            require(uri.getPort != -1, s\"missing port in $uri for Cassandra contact points $clusterId\")\n            List(new InetSocketAddress(uri.getHost, uri.getPort))\n          } else {\n            \/\/ fail the future\n            throw new NoContactPointsException(s\"No contact points for [$clusterId]\")\n          }\n        }\n\n      case None =>\n        val promise = Promise[immutable.Seq[InetSocketAddress]]()\n\n        \/\/ retry a few times to best effort to avoid failure due to startup race condition between Akka Persistence\n        \/\/ and the binding of the ServiceLocator in the  Guice module\n        def tryAgain(count: Int): Unit = {\n          if (count == 0)\n            promise.failure(new IllegalStateException(\"ServiceLocator is not bound\"))\n          else {\n            system.scheduler.scheduleOnce(200.millis) {\n              if (ServiceLocatorHolder(system).serviceLocator.isDefined)\n                promise.completeWith(lookupContactPoints(clusterId))\n              else\n                tryAgain(count - 1)\n            }\n          }\n        }\n\n        tryAgain(10)\n\n        promise.future\n    }\n\n    result.onFailure {\n      case e =>\n        log.warn(s\"Could not find Cassandra contact points, due to: ${e.getMessage}\")\n    }\n\n    result\n  }\n\n}\n\nprivate[lagom] final class NoContactPointsException(msg: String) extends RuntimeException(msg) with NoStackTrace\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/client\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/client\/CircuitBreakerMetricsProviderImpl.scala","text":"<reponame>johanandren\/lagom<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.client\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.{ ActorSystem, ExtendedActorSystem }\nimport com.codahale.metrics.Gauge\nimport com.codahale.metrics.MetricRegistry\nimport com.lightbend.lagom.internal.spi.CircuitBreakerMetrics\nimport javax.inject.{ Inject, Provider, Singleton }\n\nimport com.lightbend.lagom.internal.spi.CircuitBreakerMetricsProvider\nimport java.util.concurrent.atomic.AtomicReference\n\nimport com.codahale.metrics.Counter\nimport com.codahale.metrics.Histogram\nimport com.codahale.metrics.Meter\nimport java.util.concurrent.CopyOnWriteArrayList\n\nimport play.api.{ Configuration, Environment, Logger }\nimport play.api.inject.{ Binding, Injector, Module }\n\nclass CircuitBreakerModule extends Module {\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] = {\n    Seq(\n      bind[CircuitBreakers].toSelf,\n      bind[CircuitBreakerMetricsProvider].toProvider[CircuitBreakerMetricsProviderProvider]\n    )\n  }\n}\n\n@Singleton\nclass CircuitBreakerMetricsProviderProvider @Inject() (system: ActorSystem, injector: Injector) extends Provider[CircuitBreakerMetricsProvider] {\n  lazy val get = {\n    val implClass = system.settings.config.getString(\"lagom.spi.circuit-breaker-metrics-class\") match {\n      case \"\"        => classOf[CircuitBreakerMetricsProviderImpl]\n      case className => system.asInstanceOf[ExtendedActorSystem].dynamicAccess.getClassFor[CircuitBreakerMetricsProvider](className).get\n    }\n\n    injector.instanceOf(implClass)\n  }\n}\n\n@Singleton\nclass CircuitBreakerMetricsProviderImpl @Inject() (val system: ActorSystem) extends CircuitBreakerMetricsProvider {\n  private[lagom] val registry = new MetricRegistry\n  private val metrics = new CopyOnWriteArrayList[CircuitBreakerMetricsImpl]\n\n  override def start(breakerId: String): CircuitBreakerMetrics = {\n    val m = new CircuitBreakerMetricsImpl(breakerId, this)\n    metrics.add(m)\n    m\n  }\n\n  private[lagom] def remove(m: CircuitBreakerMetricsImpl): Unit =\n    metrics.remove(m)\n\n  private[lagom] def allMetrics(): java.util.List[CircuitBreakerMetricsImpl] =\n    metrics\n}\n\nobject CircuitBreakerMetricsImpl {\n  final val Closed = \"closed\"\n  final val Open = \"open\"\n  final val HalfOpen = \"half-open\"\n\n  private final def stateName(breakerId: String) = MetricRegistry.name(\"CircuitBreaker\", \"state\", breakerId)\n  private final def successCountName(breakerId: String) = MetricRegistry.name(\"CircuitBreaker\", \"successCount\", breakerId)\n  private final def failureCountName(breakerId: String) = MetricRegistry.name(\"CircuitBreaker\", \"failureCount\", breakerId)\n  private final def latencyName(breakerId: String) = MetricRegistry.name(\"CircuitBreaker\", \"latency\", breakerId)\n  private final def throughputName(breakerId: String) = MetricRegistry.name(\"CircuitBreaker\", \"throughput\", breakerId)\n  private final def failureThroughputName(breakerId: String) =\n    MetricRegistry.name(\"CircuitBreaker\", \"failureThroughput\", breakerId)\n}\n\nclass CircuitBreakerMetricsImpl(val breakerId: String, provider: CircuitBreakerMetricsProviderImpl)\n  extends CircuitBreakerMetrics {\n  import CircuitBreakerMetricsImpl._\n\n  private val log = Logger(getClass)\n  private val stateValue = new AtomicReference[String](Closed)\n\n  private def registry = provider.registry\n\n  val successCount: Counter = registry.counter(successCountName(breakerId))\n  val failureCount: Counter = registry.counter(failureCountName(breakerId))\n  val latency: Histogram = registry.histogram(latencyName(breakerId)) \/\/using ExponentiallyDecayingReservoir\n  val throughput: Meter = registry.meter(throughputName(breakerId))\n  val failureThroughput: Meter = registry.meter(failureThroughputName(breakerId))\n  val state: Gauge[String] = registry.register(stateName(breakerId), new Gauge[String] {\n    override def getValue: String = stateValue.get\n  })\n\n  override def onOpen(): Unit = {\n    stateValue.compareAndSet(Closed, Open)\n    stateValue.compareAndSet(HalfOpen, Open)\n    log.warn(s\"Circuit breaker [${breakerId}] open\")\n  }\n\n  override def onClose(): Unit = {\n    stateValue.compareAndSet(Open, Closed)\n    stateValue.compareAndSet(HalfOpen, Closed)\n    log.info(s\"Circuit breaker [${breakerId}] closed\")\n  }\n\n  override def onHalfOpen(): Unit = {\n    stateValue.compareAndSet(Open, HalfOpen)\n    log.info(s\"Circuit breaker [${breakerId}] half-open\")\n  }\n\n  override def onCallSuccess(elapsedNanos: Long): Unit = {\n    updateThroughput()\n    updateLatency(elapsedNanos)\n    updateSuccessCount()\n  }\n\n  override def onCallFailure(elapsedNanos: Long): Unit = {\n    updateThroughput()\n    updateFailureThroughput()\n    updateLatency(elapsedNanos)\n    updateFailureCount()\n  }\n\n  override def onCallTimeoutFailure(elapsedNanos: Long): Unit = {\n    updateThroughput()\n    updateFailureThroughput()\n    updateLatency(elapsedNanos)\n    updateFailureCount()\n  }\n\n  override def onCallBreakerOpenFailure(): Unit = {\n    updateThroughput()\n    updateFailureThroughput()\n    updateFailureCount()\n  }\n\n  override def stop(): Unit = {\n    registry.remove(successCountName(breakerId))\n    registry.remove(failureCountName(breakerId))\n    registry.remove(latencyName(breakerId))\n    registry.remove(throughputName(breakerId))\n    registry.remove(failureThroughputName(breakerId))\n    registry.remove(stateName(breakerId))\n    provider.remove(this)\n  }\n\n  private def updateSuccessCount(): Unit =\n    successCount.inc()\n\n  private def updateFailureCount(): Unit =\n    failureCount.inc()\n\n  private def updateLatency(elapsedNanos: Long): Unit =\n    latency.update(TimeUnit.NANOSECONDS.toMicros(elapsedNanos))\n\n  private def updateThroughput(): Unit =\n    throughput.mark()\n\n  private def updateFailureThroughput(): Unit =\n    failureThroughput.mark()\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"play-json\/src\/main\/scala\/com\/lightbend\/lagom\/scaladsl\/playjson\/SerializerRegistry.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.playjson\n\nimport scala.collection.immutable\n\n\/**\n * Create a concrete subclass of this and register using the `lagom.serialization.play-json.serialization-registry`\n * setting to have your play-json serializers picked up and used by Lagom.\n *\/\nabstract class SerializerRegistry {\n\n  def serializers: immutable.Seq[Serializers[_]]\n\n  \/**\n   * A set of migrations keyed by the fully classified class name that the migration should be triggered for\n   *\/\n  def migrations: Map[String, Migration] = Map.empty\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/cassandra\/CassandraPersistenceComponents.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence.cassandra\n\nimport com.lightbend.lagom.internal.scaladsl.persistence.OffsetStore\nimport com.lightbend.lagom.internal.scaladsl.persistence.cassandra.{ CassandraOffsetStore, CassandraPersistentEntityRegistry, CassandraReadSideImpl }\nimport com.lightbend.lagom.scaladsl.persistence.{ PersistenceComponents, PersistentEntityRegistry, ReadSidePersistenceComponents, WriteSidePersistenceComponents }\n\n\/**\n * Persistence Cassandra components (for compile-time injection).\n *\/\ntrait CassandraPersistenceComponents extends PersistenceComponents\n  with ReadSideCassandraPersistenceComponents\n  with WriteSideCassandraPersistenceComponents\n\n\/**\n * Write-side persistence Cassandra components (for compile-time injection).\n *\/\ntrait WriteSideCassandraPersistenceComponents extends WriteSidePersistenceComponents {\n  override lazy val persistentEntityRegistry: PersistentEntityRegistry =\n    new CassandraPersistentEntityRegistry(actorSystem)\n\n}\n\n\/**\n * Read-side persistence Cassandra components (for compile-time injection).\n *\/\ntrait ReadSideCassandraPersistenceComponents extends ReadSidePersistenceComponents {\n  lazy val cassandraSession: CassandraSession = new CassandraSession(actorSystem)\n\n  \/\/ FIXME CassandraOffsetStore (internal) vs OffsetStore, guice published both\n  lazy val cassandraOffsetStore: CassandraOffsetStore = new CassandraOffsetStore(actorSystem, cassandraSession, readSideConfig)(executionContext)\n  lazy val offsetStore: OffsetStore = cassandraOffsetStore\n\n  lazy val cassandraReadSide: CassandraReadSide = new CassandraReadSideImpl(actorSystem, cassandraSession, cassandraOffsetStore)\n}\n\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/server\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/server\/ServerBuilder.scala","text":"<reponame>johanandren\/lagom<filename>service\/javadsl\/server\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/server\/ServerBuilder.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.server\n\nimport java.net.URI\nimport java.util.function.{ BiFunction, Function => JFunction }\nimport java.util.{ Base64, Optional }\nimport javax.inject.{ Singleton, Provider, Inject }\nimport akka.stream.Materializer\nimport akka.stream.scaladsl._\nimport akka.stream.javadsl.{ Source => JSource }\nimport akka.stream.stage.{ TerminationDirective, SyncDirective, Context, PushStage }\nimport akka.util.ByteString\nimport com.lightbend.lagom.internal.api._\nimport com.lightbend.lagom.javadsl.api.Descriptor.{ RestCallId, Call }\nimport com.lightbend.lagom.javadsl.api.deser.MessageSerializer.{ NegotiatedSerializer, NegotiatedDeserializer }\nimport com.lightbend.lagom.javadsl.api.transport._\nimport com.lightbend.lagom.javadsl.api._\nimport com.lightbend.lagom.javadsl.api.deser._\nimport com.lightbend.lagom.javadsl.jackson.{ JacksonExceptionSerializer, JacksonSerializerFactory }\nimport com.lightbend.lagom.javadsl.server.ServiceGuiceSupport.{ ClassServiceBinding, InstanceServiceBinding }\nimport com.lightbend.lagom.javadsl.server.{ PlayServiceCall, ServiceGuiceSupport }\nimport org.pcollections.{ HashTreePMap, PSequence, TreePVector }\nimport play.api.mvc.{ RequestHeader => PlayRequestHeader, ResponseHeader => _, _ }\nimport play.api.{ Logger, Environment }\nimport play.api.http.HttpEntity.Strict\nimport play.api.http.websocket.{ CloseMessage, BinaryMessage, TextMessage, Message }\nimport play.api.http.{ HeaderNames, HttpConfiguration }\nimport play.api.inject.Injector\nimport play.api.libs.streams.{ AkkaStreams, Accumulator }\nimport play.api.routing.SimpleRouter\nimport play.api.routing.Router.Routes\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.FutureConverters._\nimport scala.compat.java8.OptionConverters._\nimport scala.concurrent.{ Promise, ExecutionContext, Future }\nimport scala.util.{ Try, Right }\nimport scala.util.control.NonFatal\nimport java.util.concurrent.CompletionException\n\n\/**\n * Turns a service implementation and descriptor into a Play router\n *\/\nclass ServerBuilder @Inject() (environment: Environment, httpConfiguration: HttpConfiguration,\n                               jacksonSerializerFactory:   JacksonSerializerFactory,\n                               jacksonExceptionSerializer: JacksonExceptionSerializer)(implicit ec: ExecutionContext, mat: Materializer) {\n\n  \/**\n   * Create a router for the given services.\n   *\n   * @param services An array of service interfaces to implementations.\n   * @return The services.\n   *\/\n  def resolveServices(services: Seq[(Class[_], Any)]): ResolvedServices = {\n    val resolvedDescriptors = services.map {\n      case (interface, serviceImpl) if classOf[Service].isAssignableFrom(interface) =>\n        val descriptor = ServiceReader.readServiceDescriptor(\n          environment.classLoader,\n          interface.asSubclass(classOf[Service])\n        )\n        ResolvedService(interface.asInstanceOf[Class[Any]], serviceImpl, resolveDescriptor(descriptor))\n      case (interface, _) =>\n        throw new IllegalArgumentException(s\"Don't know how to load services that don't implement Service: $interface\")\n    }\n    ResolvedServices(resolvedDescriptors)\n  }\n\n  \/**\n   * Resolve the given descriptor to the implementation of the service.\n   *\/\n  def resolveDescriptor(descriptor: Descriptor): Descriptor = {\n    ServiceReader.resolveServiceDescriptor(descriptor, environment.classLoader,\n      Map(JacksonPlaceholderSerializerFactory -> jacksonSerializerFactory),\n      Map(JacksonPlaceholderExceptionSerializer -> jacksonExceptionSerializer))\n  }\n\n  \/**\n   * Create a service info for the given interface.\n   *\n   * @param interface The interface to create the service info for.\n   * @return The service info.\n   *\/\n  def createServiceInfo(interface: Class[_]): ServiceInfo = {\n    if (classOf[Service].isAssignableFrom(interface)) {\n      val descriptor = ServiceReader.readServiceDescriptor(\n        environment.classLoader,\n        interface.asSubclass(classOf[Service])\n      )\n      new ServiceInfo(descriptor.name())\n    } else {\n      throw new IllegalArgumentException(s\"Don't know how to load services that don't implement Service: $interface\")\n    }\n  }\n}\n\ncase class ResolvedServices(services: Seq[ResolvedService[_]])\ncase class ResolvedService[T](interface: Class[T], service: T, descriptor: Descriptor)\n\n@Singleton\nclass ResolvedServicesProvider(bindings: Seq[ServiceGuiceSupport.ServiceBinding[_]]) extends Provider[ResolvedServices] {\n  def this(bindings: Array[ServiceGuiceSupport.ServiceBinding[_]]) = this(bindings.toSeq)\n\n  @Inject var serverBuilder: ServerBuilder = null\n  @Inject var injector: Injector = null\n\n  lazy val get = {\n    serverBuilder.resolveServices(bindings.map {\n      case instance: InstanceServiceBinding[_] => (instance.serviceInterface, instance.service)\n      case clazz: ClassServiceBinding[_]       => (clazz.serviceInterface, injector.instanceOf(clazz.serviceImplementation))\n    })\n  }\n}\n\n@Singleton\nclass ServiceRouter @Inject() (resolvedServices: ResolvedServices, httpConfiguration: HttpConfiguration)(implicit ec: ExecutionContext, mat: Materializer) extends SimpleRouter {\n\n  private val serviceRouters = resolvedServices.services.map { service =>\n    new SingleServiceRouter(service.descriptor, service.descriptor.calls.asScala.map { call =>\n      ServiceRoute(call, service.service)\n    }, httpConfiguration)\n  }\n\n  override val routes: Routes =\n    serviceRouters.foldLeft(PartialFunction.empty[PlayRequestHeader, Handler])((routes, router) => routes.orElse(router.routes))\n  override def documentation: Seq[(String, String, String)] = serviceRouters.flatMap(_.documentation)\n}\n\ncase class ServiceRoute(call: Descriptor.Call[_, _], service: Any) {\n  val path = Path.fromCallId(call.callId)\n  val method = call.callId match {\n    case rest: RestCallId => rest.method\n    case _ => if (call.requestSerializer.isUsed) {\n      Method.POST\n    } else {\n      Method.GET\n    }\n  }\n  val isWebSocket = call.requestSerializer.isInstanceOf[StreamedMessageSerializer[_]] ||\n    call.responseSerializer.isInstanceOf[StreamedMessageSerializer[_]]\n\n  val holder: MethodServiceCallHolder = call.serviceCallHolder() match {\n    case holder: MethodServiceCallHolder => holder\n  }\n\n  def createServiceCall(params: Seq[Seq[String]]) = {\n    holder.create(service, params).asInstanceOf[ServiceCall[Any, Any]]\n  }\n}\n\nobject SingleServiceRouter {\n  \/** RFC 6455 Section 5.5 - maximum control frame size is 125 bytes *\/\n  val WebSocketControlFrameMaxLength = 125\n}\n\nclass SingleServiceRouter(descriptor: Descriptor, serviceRoutes: Seq[ServiceRoute], httpConfiguration: HttpConfiguration)(implicit ec: ExecutionContext, mat: Materializer) extends SimpleRouter {\n\n  import SingleServiceRouter._\n\n  \/**\n   * The routes partial function.\n   *\/\n  override def routes: Routes = Function.unlift { request =>\n    val requestHeader = toRequestHeader(request)\n    val isWebSocket = request.headers.get(HeaderNames.UPGRADE).contains(\"websocket\")\n    serviceRoutes.collectFirst(Function.unlift { route =>\n      \/\/ We match by method, but since we ignore the method if it's a WebSocket (because WebSockets require that GET\n      \/\/ is used) we also match if it's a WebSocket request and this can be handled as a WebSocket.\n      if (route.method.name == request.method || (isWebSocket && route.isWebSocket)) {\n\n        route.path.extract(requestHeader.uri.getRawPath, request.queryString).map { params =>\n          val serviceCall = route.createServiceCall(params)\n\n          \/\/ If both request and response are strict, handle it using an action, otherwise handle it using a websocket\n          (route.call.requestSerializer, route.call.responseSerializer) match {\n            case (strictRequest: StrictMessageSerializer[Any], strictResponse: StrictMessageSerializer[Any]) =>\n              action(route.call.asInstanceOf[Call[Any, Any]], descriptor, strictRequest, strictResponse,\n                requestHeader, serviceCall)\n            case _ => websocket(route.call.asInstanceOf[Call[Any, Any]], descriptor, requestHeader, serviceCall)\n          }\n        }\n      } else None\n    })\n  }\n\n  private val inMemoryBodyParser = BodyParsers.parse.maxLength(httpConfiguration.parser.maxMemoryBuffer, BodyParser { req =>\n    Accumulator(Sink.fold[ByteString, ByteString](ByteString.empty)((state, bs) => state ++ bs)).map(Right.apply)\n  })\n\n  \/**\n   * Create the action.\n   *\/\n  private def action[Request, Response](\n    call: Call[Request, Response], descriptor: Descriptor,\n    requestSerializer: StrictMessageSerializer[Request], responseSerializer: StrictMessageSerializer[Response],\n    requestHeader: RequestHeader, serviceCall: ServiceCall[Request, Response]\n  ): EssentialAction = {\n\n    serviceCall match {\n      \/\/ If it's a Play service call, then rather than creating the action directly, we let it create the action, and\n      \/\/ pass it a callback that allows it to convert a service call into an action.\n      case playServiceCall: PlayServiceCall[Request, Response] =>\n        playServiceCall.invoke(\n          new java.util.function.Function[ServiceCall[Request, Response], play.mvc.EssentialAction] {\n            override def apply(serviceCall: ServiceCall[Request, Response]): play.mvc.EssentialAction = {\n              createAction(serviceCall, call, descriptor, requestSerializer, responseSerializer, requestHeader).asJava\n            }\n          }\n        )\n      case _ =>\n        createAction(serviceCall, call, descriptor, requestSerializer, responseSerializer, requestHeader)\n    }\n  }\n\n  \/**\n   * Create an action to handle the given service call. All error handling is done here.\n   *\/\n  private def createAction[Request, Response](\n    serviceCall: ServiceCall[Request, Response], call: Call[Request, Response], descriptor: Descriptor,\n    requestSerializer: StrictMessageSerializer[Request], responseSerializer: StrictMessageSerializer[Response],\n    requestHeader: RequestHeader\n  ) = EssentialAction { request =>\n    try {\n      handleServiceCall(serviceCall, descriptor, requestSerializer, responseSerializer, requestHeader, request).recover {\n        case NonFatal(e) =>\n          logException(e, descriptor, call)\n          exceptionToResult(descriptor.exceptionSerializer, requestHeader, e)\n      }\n    } catch {\n      case NonFatal(e) =>\n        logException(e, descriptor, call)\n        Accumulator.done(exceptionToResult(\n          descriptor.exceptionSerializer,\n          requestHeader, e\n        ))\n    }\n  }\n\n  \/**\n   * Handle a regular service call, that is, either a ServerServiceCall, or a plain ServiceCall.\n   *\/\n  private def handleServiceCall[Request, Response](\n    serviceCall: ServiceCall[Request, Response], descriptor: Descriptor,\n    requestSerializer: StrictMessageSerializer[Request], responseSerializer: StrictMessageSerializer[Response],\n    requestHeader: RequestHeader, playRequestHeader: PlayRequestHeader\n  ): Accumulator[ByteString, Result] = {\n    val requestMessageDeserializer = requestSerializer.deserializer(requestHeader.protocol)\n\n    \/\/ Buffer the body in memory\n    inMemoryBodyParser(playRequestHeader).mapFuture {\n      \/\/ Error handling.\n      \/\/ If it's left of a result (which this particular body parser should never return) just return that result.\n      case Left(result)   => Future.successful(result)\n      \/\/ If the payload was too large, throw that exception (exception serializer will handle it later).\n      case Right(Left(_)) => throw new PayloadTooLarge(\"Request body larger than \" + httpConfiguration.parser.maxMemoryBuffer)\n      \/\/ Body was successfully buffered.\n      case Right(Right(body)) =>\n        \/\/ Deserialize request\n        val request = requestMessageDeserializer.deserialize(body)\n\n        \/\/ Invoke the service call\n        invokeServiceCall(serviceCall, requestHeader, request).map {\n          case (responseHeader, response) =>\n            \/\/ Serialize the response body\n            val serializer = responseSerializer.serializerForResponse(requestHeader.acceptedResponseProtocols())\n            val responseBody = serializer.serialize(response)\n\n            \/\/ If no content type was defined by the service call itself, then replace the protocol with the\n            \/\/ serializers protocol\n            val responseHeaderWithProtocol = if (!responseHeader.protocol.contentType.isPresent) {\n              responseHeader.withProtocol(serializer.protocol())\n            } else responseHeader\n\n            \/\/ Transform the response header\n            val transformedResponseHeader = descriptor.headerFilter.transformServerResponse(\n              responseHeaderWithProtocol,\n              requestHeader\n            )\n\n            \/\/ And create the result\n            Results.Status(transformedResponseHeader.status).sendEntity(Strict(\n              responseBody,\n              transformedResponseHeader.protocol.toContentTypeHeader.asScala\n            )).withHeaders(toResponseHeaders(transformedResponseHeader): _*)\n        }\n    }\n  }\n\n  private def logException(exc: Throwable, descriptor: Descriptor, call: Call[_, _]) = {\n    def log = Logger(descriptor.name)\n    val cause = exc match {\n      case c: CompletionException => c.getCause\n      case e                      => e\n    }\n    cause match {\n      case _: NotFound | _: Forbidden => \/\/ no logging\n      case e @ (_: UnsupportedMediaType | _: PayloadTooLarge | _: NotAcceptable) =>\n        log.warn(e.getMessage)\n      case e =>\n        log.error(s\"Exception in ${call.callId()}\", e)\n    }\n  }\n\n  \/**\n   * Converts an exception to a result, using the configured exception serializer.\n   *\/\n  private def exceptionToResult(exceptionSerializer: ExceptionSerializer, requestHeader: RequestHeader, e: Throwable): Result = {\n    val rawExceptionMessage = exceptionSerializer.serialize(e, requestHeader.acceptedResponseProtocols)\n    val responseHeader = descriptor.headerFilter.transformServerResponse(new ResponseHeader(\n      rawExceptionMessage.errorCode.http,\n      rawExceptionMessage.protocol,\n      HashTreePMap.empty()\n    ), requestHeader)\n\n    Results.Status(responseHeader.status).sendEntity(Strict(\n      rawExceptionMessage.message,\n      responseHeader.protocol.toContentTypeHeader.asScala\n    )).withHeaders(toResponseHeaders(responseHeader): _*)\n  }\n\n  \/**\n   * Convert a Play (Scala) request header to a Lagom request header.\n   *\/\n  private def toRequestHeader(rh: PlayRequestHeader): RequestHeader = {\n    val requestHeader = new RequestHeader(\n      new Method(rh.method),\n      URI.create(rh.uri),\n      MessageProtocol.fromContentTypeHeader(rh.headers.get(HeaderNames.CONTENT_TYPE).asJava),\n      TreePVector.from(rh.acceptedTypes.map { mediaType =>\n        new MessageProtocol(\n          Optional.of(s\"${mediaType.mediaType}\/${mediaType.mediaSubType}\"),\n          mediaType.parameters.find(_._1 == \"charset\").flatMap(_._2).asJava, Optional.empty()\n        )\n      }.asJava),\n      Optional.empty(),\n      rh.headers.toMap.foldLeft(HashTreePMap.empty[String, PSequence[String]]) {\n        case (map, (name, values)) => map.plus(name, TreePVector.from(values.asJava))\n      }\n    )\n    descriptor.headerFilter.transformServerRequest(requestHeader)\n  }\n\n  \/**\n   * Convert a Lagom response header to a Play response header map.\n   *\/\n  private def toResponseHeaders(responseHeader: ResponseHeader) = {\n    responseHeader.headers().asScala.toSeq.filter(!_._2.isEmpty).map {\n      case (key, values) => key -> values.asScala.head\n    }\n  }\n\n  \/**\n   * Handle a service call as a WebSocket.\n   *\/\n  private def websocket[Request, Response](call: Call[Request, Response], descriptor: Descriptor,\n                                           requestHeader: RequestHeader, serviceCall: ServiceCall[Request, Response]): WebSocket = WebSocket.acceptOrResult { rh =>\n\n    val requestProtocol = requestHeader.protocol\n    val acceptHeaders = requestHeader.acceptedResponseProtocols\n\n    \/\/ We need to return a future. Also, we need to handle any exceptions thrown. By doing this asynchronously, we can\n    \/\/ ensure all exceptions are handled in one place, in the future recover block.\n    Future {\n      \/\/ A promise for request body, which may be a stream or a single message, depending on the service call.\n      \/\/ This will be redeemed by the incoming sink, and on redemption, we'll be able to invoke the service call.\n      val requestPromise = Promise[Request]()\n\n      \/\/ This promise says when the incoming stream has cancelled. We block the cancel of the incoming stream,\n      \/\/ but and don't actually close the socket until the outgoing stream finishes.  However, for strict outgoing\n      \/\/ responses, that will be immediately after that response has been sent, so in that case we need to ensure\n      \/\/ that that outgoing stream close is delayed until the incoming cancels.\n      val incomingCancelled = Promise[None.type]()\n\n      val requestMessageDeserializer = call.requestSerializer.deserializer(requestProtocol)\n      val responseMessageSerializer = call.responseSerializer.serializerForResponse(acceptHeaders)\n\n      \/\/ The incoming sink is the sink that we're going to return to Play to handle incoming websocket messages.\n      val incomingSink: Sink[ByteString, _] = call.requestSerializer match {\n        \/\/ If it's a strict message serializer, we return a sink that reads one message, deserializes that message, and\n        \/\/ then redeems the request promise with that message.\n        case strict: StrictMessageSerializer[Request] =>\n          val deserializer = requestMessageDeserializer.asInstanceOf[NegotiatedDeserializer[Request, ByteString]]\n\n          if (strict.isUsed) {\n            AkkaStreams.ignoreAfterCancellation[ByteString]\n              .toMat(Sink.headOption)(Keep.right)\n              .mapMaterializedValue(_.map { maybeBytes =>\n                val bytes = maybeBytes.getOrElse(ByteString.empty)\n                requestPromise.complete(Try(deserializer.deserialize(bytes)))\n                incomingCancelled.success(None)\n              })\n          } else {\n            \/\/ If it's not used, don't wait for the first message (because no message will come), just ignore the\n            \/\/ whole stream\n            requestPromise.complete(Try(deserializer.deserialize(ByteString.empty)))\n            incomingCancelled.success(None)\n            Sink.ignore\n          }\n        \/\/ If it's a streamed message serializer, we return a sink that when materialized (which effectively represents\n        \/\/ when the WebSocket handshake is complete), will redeem the request promise with a source that is hooked up\n        \/\/ directly to this sink.\n        case streamed: StreamedMessageSerializer[_] =>\n          val deserializer = requestMessageDeserializer.asInstanceOf[NegotiatedDeserializer[Request, JSource[ByteString, _]]]\n\n          val captureCancel = Flow[ByteString].transform(() => new PushStage[ByteString, ByteString] {\n            override def onDownstreamFinish(ctx: Context[ByteString]): TerminationDirective = {\n              incomingCancelled.success(None)\n              ctx.finish()\n            }\n            override def onPush(elem: ByteString, ctx: Context[ByteString]): SyncDirective = ctx.push(elem)\n          })\n\n          AkkaStreams.ignoreAfterCancellation via captureCancel to Sink.asPublisher[ByteString](fanout = false).mapMaterializedValue { publisher =>\n            requestPromise.complete(Try(deserializer.deserialize(JSource.fromPublisher(publisher))))\n          }\n      }\n\n      \/\/ The outgoing source is the source that we're going to return to Play to produce outgoing websocket messages.\n      val outgoingSource: Source[ByteString, _] = Source.asSubscriber[ByteString].mapMaterializedValue { subscriber =>\n        (for {\n          \/\/ First we need to get the request\n          request <- requestPromise.future\n          \/\/ Then we can invoke the service call\n          (responseHeader, response) <- invokeServiceCall(serviceCall, requestHeader, request)\n        } yield {\n          if (responseHeader != ResponseHeader.OK) {\n            Logger.warn(\"Response header contains a custom status code and\/or custom protocol and\/or custom headers, \" +\n              \"but this was invoked by a transport (eg WebSockets) that does not allow sending custom headers. \" +\n              \"This response header will be ignored: \" + responseHeader)\n          }\n\n          val outgoingSource = call.responseSerializer() match {\n            \/\/ If strict, then the source will be a single source of the response message, concatenated with a lazy\n            \/\/ empty source so that the incoming stream is still able to receive messages.\n            case strict: StrictMessageSerializer[Response] =>\n              val serializer = responseMessageSerializer.asInstanceOf[NegotiatedSerializer[Response, ByteString]]\n              Source.single(serializer.serialize(response)).concat(\n                \/\/ The outgoing is responsible for closing, however when the response is strict, this needs to be in\n                \/\/ response to the incoming cancelling, since otherwise it will always close immediately after\n                \/\/ sending the strict response. We can't just let the incoming cancel directly, because that\n                \/\/ introduces a race condition, the strict message from the Source.single may not reach the connection\n                \/\/ before the cancel is received and closes the connection.\n                Source.maybe[ByteString].mapMaterializedValue(_.completeWith(incomingCancelled.future))\n              )\n            \/\/ If streamed, then the source is just the source stream.\n            case streamed: StreamedMessageSerializer[Response] =>\n              val serializer = responseMessageSerializer.asInstanceOf[NegotiatedSerializer[Response, JSource[ByteString, _]]]\n              serializer.serialize(response).asScala\n          }\n\n          \/\/ Connect the source to the subscriber\n          outgoingSource.runWith(Sink.fromSubscriber(subscriber))\n        }).recover {\n          case NonFatal(e) =>\n            Source.failed(e).runWith(Sink.fromSubscriber(subscriber))\n        }\n      }\n\n      \/\/ Todo: Add headers\/content-type to response when https:\/\/github.com\/playframework\/playframework\/issues\/5322 is\n      \/\/ implemented\n      \/\/ First, a flow that converts Play WebSocket messages to ByteStrings. Then it goes through our incomingSink and\n      \/\/ outgoingSource, then gets mapped back to Play WebSocket messages.\n      Right(Flow[Message].collect {\n        case TextMessage(text)    => ByteString(text)\n        case BinaryMessage(bytes) => bytes\n        case CloseMessage(statusCode, reason) if statusCode.exists(_ != 1000) =>\n          \/\/ This is an error, deserialize and throw\n          val messageBytes = if (requestProtocol.isText) {\n            ByteString(reason, requestProtocol.charset.get)\n          } else {\n            Try(ByteString(Base64.getDecoder.decode(reason))).toOption.getOrElse(ByteString(reason))\n          }\n          val rawExceptionMessage = new RawExceptionMessage(\n            TransportErrorCode.fromWebSocket(statusCode.get),\n            requestProtocol, messageBytes\n          )\n          throw descriptor.exceptionSerializer.deserialize(rawExceptionMessage)\n      } via Flow.fromSinkAndSource(incomingSink, outgoingSource) via Flow[ByteString].map { bytes =>\n        if (responseMessageSerializer.protocol.isText) {\n          TextMessage(bytes.decodeString(responseMessageSerializer.protocol.charset.get))\n        } else {\n          BinaryMessage(bytes)\n        }\n      }.recover {\n        case NonFatal(e) =>\n          logException(e, descriptor, call)\n          exceptionToCloseMessage(e, acceptHeaders)\n      })\n    }.recover {\n      case NonFatal(e) =>\n        logException(e, descriptor, call)\n        Left(exceptionToResult(descriptor.exceptionSerializer, requestHeader, e))\n    }\n  }\n\n  \/** Convert an exception to a close message *\/\n  private def exceptionToCloseMessage(exception: Throwable, acceptHeaders: PSequence[MessageProtocol]) = {\n    \/\/ First attempt to serialize the exception using the exception serializer\n    val rawExceptionMessage = descriptor.exceptionSerializer.serialize(exception, acceptHeaders)\n\n    val safeExceptionMessage = if (rawExceptionMessage.message().size > WebSocketControlFrameMaxLength) {\n      \/\/ If the serializer produced an error message that was too big for WebSockets, fall back to a simpler error\n      \/\/ message.\n      val truncatedExceptionMessage = descriptor.exceptionSerializer.serialize(\n        new TransportException(\n          rawExceptionMessage.errorCode(),\n          new ExceptionMessage(\"Error message truncated\", \"\")\n        ), acceptHeaders\n      )\n\n      \/\/ It may be that the serialized exception message with no detail is still too big for a WebSocket, fall back to\n      \/\/ plain text message.\n      if (truncatedExceptionMessage.message().size > WebSocketControlFrameMaxLength) {\n        new RawExceptionMessage(\n          rawExceptionMessage.errorCode(),\n          new MessageProtocol().withContentType(\"text\/plain\").withCharset(\"utf-8\"),\n          ByteString.fromString(\"Error message truncated\")\n        )\n      } else truncatedExceptionMessage\n    } else rawExceptionMessage\n\n    CloseMessage(Some(safeExceptionMessage.errorCode().webSocket()), safeExceptionMessage.messageAsText())\n  }\n\n  \/**\n   * Supply the request header to the service call\n   *\/\n  def invokeServiceCall[Request, Response](\n    serviceCall:   ServiceCall[Request, Response],\n    requestHeader: RequestHeader, request: Request\n  ): Future[(ResponseHeader, Response)] = {\n    serviceCall match {\n      case play: PlayServiceCall[_, _] =>\n        throw new IllegalStateException(\"Can't invoke a Play service call for WebSockets or as a service call passed in by another Play service call: \" + play)\n      case _ =>\n        serviceCall.handleRequestHeader(new JFunction[RequestHeader, RequestHeader] {\n          override def apply(t: RequestHeader) = requestHeader\n        }).handleResponseHeader(new BiFunction[ResponseHeader, Response, (ResponseHeader, Response)] {\n          override def apply(header: ResponseHeader, response: Response) = header -> response\n        }).invoke(request).toScala\n    }\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"kafka-client\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/Consumer.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.broker.kafka\n\nimport java.util.concurrent.CompletionStage\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport akka.Done\nimport akka.actor.{ Actor, ActorLogging, ActorSystem, Props, Status, SupervisorStrategy }\nimport akka.kafka.ConsumerMessage.{ CommittableOffset, CommittableOffsetBatch }\nimport akka.kafka.scaladsl.{ Consumer => ReactiveConsumer }\nimport akka.kafka.{ AutoSubscription, ConsumerSettings, Subscriptions }\nimport akka.pattern.{ BackoffSupervisor, pipe }\nimport akka.stream.javadsl.{ Flow => JFlow, Source => JSource }\nimport akka.stream.scaladsl.{ Flow, GraphDSL, Keep, Sink, Source, Unzip, Zip }\nimport akka.stream.{ FlowShape, KillSwitch, KillSwitches, Materializer }\nimport com.lightbend.lagom.internal.broker.kafka.serializer.KafkaDeserializer\nimport com.lightbend.lagom.javadsl.api.Descriptor.TopicCall\nimport com.lightbend.lagom.javadsl.api.ServiceInfo\nimport com.lightbend.lagom.javadsl.api.broker.Subscriber\nimport com.lightbend.lagom.javadsl.api.broker.Topic.TopicId\nimport org.apache.kafka.common.serialization.StringDeserializer\nimport org.slf4j.LoggerFactory\n\nimport scala.compat.java8.FutureConverters._\nimport scala.concurrent.{ ExecutionContext, Promise }\n\n\/**\n * A Consumer for consuming messages from Kafka using the akka-stream-kafka API.\n *\/\nclass Consumer[Message] private (kafkaConfig: KafkaConfig, topicCall: TopicCall[Message], groupId: Subscriber.GroupId, info: ServiceInfo, system: ActorSystem)(implicit mat: Materializer, ec: ExecutionContext) extends Subscriber[Message] {\n  private val log = LoggerFactory.getLogger(classOf[Consumer[_]])\n\n  private lazy val consumerId = Consumer.KafkaClientIdSequenceNumber.getAndIncrement\n\n  private def consumerConfig = ConsumerConfig(system.settings.config)\n\n  @throws(classOf[IllegalArgumentException])\n  override def withGroupId(groupId: String): Subscriber[Message] = {\n    val newGroupId = {\n      if (groupId == null) {\n        \/\/ An empty group id is not allowed by Kafka (see https:\/\/issues.apache.org\/jira\/browse\/KAFKA-2648\n        \/\/ and https:\/\/github.com\/akka\/reactive-kafka\/issues\/155)\n        val defaultGroupId = Consumer.GroupId.default(info)\n        log.debug {\n          \"Passed a null groupId, but Kafka requires clients to set one (see KAFKA-2648). \" +\n            s\"Defaulting $this consumer groupId to $defaultGroupId.\"\n        }\n        defaultGroupId\n      } else Consumer.GroupId(groupId)\n    }\n\n    if (newGroupId.groupId == groupId) this\n    else new Consumer(kafkaConfig, topicCall, newGroupId, info, system)\n  }\n\n  private def consumerSettings = {\n    val keyDeserializer = new StringDeserializer\n    val valueDeserializer = {\n      val messageSerializer = topicCall.messageSerializer()\n      val protocol = messageSerializer.serializerForRequest().protocol()\n      val deserializer = messageSerializer.deserializer(protocol)\n      new KafkaDeserializer(deserializer)\n    }\n\n    ConsumerSettings(system, keyDeserializer, valueDeserializer)\n      .withBootstrapServers(kafkaConfig.brokers)\n      .withGroupId(groupId.groupId())\n      \/\/ Consumer must have a unique clientId otherwise a javax.management.InstanceAlreadyExistsException is thrown \n      .withClientId(s\"${info.serviceName()}-$consumerId\")\n  }\n\n  private def subscription = Subscriptions.topics(topicCall.topicId().value)\n\n  override def atMostOnceSource: JSource[Message, _] = {\n    ReactiveConsumer.atMostOnceSource(consumerSettings, subscription)\n      .map(_.value)\n      .asJava\n  }\n\n  override def atLeastOnce(flow: JFlow[Message, Done, _]): CompletionStage[Done] = {\n    val streamCompleted = Promise[Done]\n    val consumerProps = Consumer.ConsumerActor.props(consumerConfig, topicCall.topicId(), flow, consumerSettings, subscription, streamCompleted)\n\n    val backoffConsumerProps = BackoffSupervisor.propsWithSupervisorStrategy(\n      consumerProps, s\"KafkaConsumerActor$consumerId-${topicCall.topicId().value}\", consumerConfig.minBackoff, consumerConfig.maxBackoff, consumerConfig.randomBackoffFactor, SupervisorStrategy.stoppingStrategy\n    )\n\n    system.actorOf(backoffConsumerProps, s\"KafkaBackoffConsumer$consumerId-${topicCall.topicId().value}\")\n\n    streamCompleted.future.toJava\n  }\n\n}\n\nobject Consumer {\n  private val KafkaClientIdSequenceNumber = new AtomicInteger(1)\n\n  def apply[Message](config: KafkaConfig, topicCall: TopicCall[Message], info: ServiceInfo, system: ActorSystem)(implicit mat: Materializer, ec: ExecutionContext) =\n    new Consumer(config, topicCall, GroupId.default(info), info, system)\n\n  case class GroupId(groupId: String) extends Subscriber.GroupId {\n    if (GroupId.isInvalidGroupId(groupId))\n      throw new IllegalArgumentException(s\"Failed to create group because [groupId=$groupId] contains invalid character(s). Check the Kafka spec for creating a valid group id.\")\n  }\n  case object GroupId {\n    private val InvalidGroupIdChars = Set('\/', '\\\\', ',', '\\u0000', ':', '\"', '\\'', ';', '*', '?', ' ', '\\t', '\\r', '\\n', '=')\n    \/\/ based on https:\/\/github.com\/apache\/kafka\/blob\/623ab1e7c6497c000bc9c9978637f20542a3191c\/core\/src\/test\/scala\/unit\/kafka\/common\/ConfigTest.scala#L60\n    private def isInvalidGroupId(groupId: String): Boolean = groupId.exists(InvalidGroupIdChars.apply)\n\n    def default(info: ServiceInfo): GroupId = GroupId(info.serviceName())\n  }\n\n  private class ConsumerActor[Message](\n    consumerConfig: ConsumerConfig, topicId: TopicId, flow: JFlow[Message, Done, _],\n    consumerSettings: ConsumerSettings[String, Message], subscription: AutoSubscription,\n    streamCompleted: Promise[Done]\n  )(implicit mat: Materializer, ec: ExecutionContext) extends Actor with ActorLogging {\n\n    \/** Switch used to terminate the on-going Kafka publishing stream when this actor fails.*\/\n    private var shutdown: Option[KillSwitch] = None\n\n    override def preStart(): Unit = {\n      val (killSwitch, streamDone) =\n        atLeastOnce(flow)\n          .viaMat(KillSwitches.single)(Keep.right)\n          .toMat(Sink.ignore)(Keep.both)\n          .run()\n\n      shutdown = Some(killSwitch)\n      streamDone pipeTo self\n    }\n\n    override def postStop(): Unit = {\n      shutdown.foreach(_.shutdown())\n    }\n\n    override def receive: Actor.Receive = {\n      case Status.Failure(e) =>\n        throw e\n\n      case Done =>\n        log.info(\"Kafka consumer stream for topic {} was completed.\", topicId)\n        streamCompleted.success(Done)\n        context.stop(self)\n    }\n\n    private def atLeastOnce(flow: JFlow[Message, Done, _]): Source[Done, _] = {\n      \/\/ Creating a Source of pair where the first element is a reactive-kafka committable offset, \n      \/\/ and the second it's the actual message. Then, the source of pair is splitted into \n      \/\/ two streams, so that the `flow` passed in argument can be applied to the underlying message.\n      \/\/ After having applied the `flow`, the two streams are combined back and the processed message's\n      \/\/ offset is committed to Kafka.\n      val pairedCommittableSource = ReactiveConsumer.committableSource(consumerSettings, subscription)\n        .map(committableMessage => (committableMessage.committableOffset, committableMessage.record.value))\n\n      val committOffsetFlow = Flow.fromGraph(GraphDSL.create(flow) { implicit builder => flow =>\n        import GraphDSL.Implicits._\n        val unzip = builder.add(Unzip[CommittableOffset, Message])\n        val zip = builder.add(Zip[CommittableOffset, Done])\n        val committer = {\n          val commitFlow = Flow[(CommittableOffset, Done)]\n            .groupedWithin(consumerConfig.batchingSize, consumerConfig.batchingInterval)\n            .map(group => group.foldLeft(CommittableOffsetBatch.empty) { (batch, elem) => batch.updated(elem._1) })\n            \/\/ parallelism set to 3 for no good reason other than because the akka team has seen good throughput with this value\n            .mapAsync(parallelism = 3)(_.commitScaladsl())\n          builder.add(commitFlow)\n        }\n\n        unzip.out0 ~> zip.in0\n        unzip.out1 ~> flow ~> zip.in1\n        zip.out ~> committer.in\n\n        FlowShape(unzip.in, committer.out)\n      })\n\n      pairedCommittableSource.via(committOffsetFlow)\n    }\n  }\n\n  object ConsumerActor {\n    def props[Message](\n      consumerConfig: ConsumerConfig, topicId: TopicId, flow: JFlow[Message, Done, _],\n      consumerSettings: ConsumerSettings[String, Message], subscription: AutoSubscription,\n      streamCompleted: Promise[Done]\n    )(implicit mat: Materializer, ec: ExecutionContext) =\n      Props(new ConsumerActor[Message](consumerConfig, topicId, flow, consumerSettings, subscription, streamCompleted))\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/server\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/server\/ServiceInfoProvider.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.server\n\nimport javax.inject.{ Singleton, Inject, Provider }\n\nimport com.lightbend.lagom.javadsl.api.ServiceInfo\n\n\/**\n * Provides the service info for a service\n *\/\n@Singleton\nclass ServiceInfoProvider(interface: Class[_]) extends Provider[ServiceInfo] {\n  @Inject private var serverBuilder: ServerBuilder = _\n  override lazy val get = serverBuilder.createServiceInfo(interface)\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/scaladsl\/persistence\/cassandra\/CassandraPersistentEntityRegistry.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.scaladsl.persistence.cassandra\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.persistence.cassandra.query.scaladsl.CassandraReadJournal\nimport akka.persistence.query.PersistenceQuery\nimport akka.persistence.query.scaladsl.EventsByTagQuery\nimport akka.stream.scaladsl\nimport com.lightbend.lagom.internal.scaladsl.persistence.{ AbstractPersistentEntityRegistry, PersistentEntityActor }\nimport com.lightbend.lagom.scaladsl.persistence._\n\n\/**\n * Internal API\n *\/\nprivate[lagom] final class CassandraPersistentEntityRegistry(system: ActorSystem)\n  extends AbstractPersistentEntityRegistry(system) {\n\n  override protected val journalId = CassandraReadJournal.Identifier\n\n  private val cassandraReadJournal = PersistenceQuery(system).readJournalFor[CassandraReadJournal](journalId)\n\n  override protected val eventsByTagQuery: Option[EventsByTagQuery] = Some(cassandraReadJournal)\n\n  override def eventStream[Event <: AggregateEvent[Event]](\n    aggregateTag: AggregateEventTag[Event],\n    fromOffset:   Offset\n  ): scaladsl.Source[EventStreamElement[Event], NotUsed] = {\n    val tag = aggregateTag.tag\n    val offset = fromOffset match {\n      case NoOffset            => cassandraReadJournal.firstOffset\n      case TimeBasedUUID(uuid) => uuid\n      case other               => throw new IllegalArgumentException(\"Cassandra does not support \" + other.getClass.getName + \" offsets\")\n    }\n    cassandraReadJournal.eventsByTag(tag, offset).map { env =>\n      new EventStreamElement(PersistentEntityActor.extractEntityId(env.persistenceId), env.event.asInstanceOf[Event], TimeBasedUUID(env.offset))\n    }\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/client\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/client\/ServiceClientImplementor.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.client\n\nimport java.lang.reflect.{ InvocationHandler, Method }\nimport java.net.{ URI, URLEncoder }\nimport java.util.{ Optional, function }\nimport java.util.concurrent.CompletionStage\nimport java.util.function.BiFunction\n\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.FutureConverters._\nimport scala.compat.java8.OptionConverters._\nimport scala.concurrent.{ ExecutionContext, Future }\nimport org.pcollections.{ HashTreePMap, PSequence, TreePVector }\nimport org.slf4j.LoggerFactory\nimport com.google.inject.Inject\nimport com.lightbend.lagom.internal.api.{ MethodServiceCallHolder, MethodTopicHolder, Path }\nimport com.lightbend.lagom.internal.api.broker.TopicFactoryProvider\nimport com.lightbend.lagom.javadsl.api.{ Descriptor, ServiceCall, ServiceInfo, ServiceLocator }\nimport com.lightbend.lagom.javadsl.api.Descriptor.{ Call, RestCallId }\nimport com.lightbend.lagom.javadsl.api.broker.Topic\nimport com.lightbend.lagom.javadsl.api.deser._\nimport com.lightbend.lagom.javadsl.api.security.ServicePrincipal\nimport com.lightbend.lagom.javadsl.api.transport._\nimport akka.NotUsed\nimport akka.stream.Materializer\nimport akka.stream.javadsl.{ Source => JSource }\nimport akka.stream.scaladsl.{ Sink, Source }\nimport akka.util.ByteString\nimport io.netty.handler.codec.http.websocketx.WebSocketVersion\nimport javax.inject.Singleton\n\nimport play.api.Environment\nimport play.api.http.HeaderNames\nimport play.api.libs.streams.AkkaStreams\nimport play.api.libs.ws.{ InMemoryBody, WSClient }\n\n\/**\n * Implements a service client.\n *\/\n@Singleton\nclass ServiceClientImplementor @Inject() (ws: WSClient, webSocketClient: WebSocketClient, serviceInfo: ServiceInfo,\n                                          serviceLocator: ServiceLocator, environment: Environment,\n                                          topicFactoryProvider: TopicFactoryProvider)(implicit ec: ExecutionContext, mat: Materializer) {\n\n  private val log = LoggerFactory.getLogger(classOf[ServiceClientImplementor])\n\n  def implement[T](interface: Class[T], descriptor: Descriptor): T = {\n    java.lang.reflect.Proxy.newProxyInstance(environment.classLoader, Array(interface), new ServiceClientInvocationHandler(descriptor)).asInstanceOf[T]\n  }\n\n  class ServiceClientInvocationHandler(descriptor: Descriptor) extends InvocationHandler {\n    private def serviceCallMethods: Map[Method, ServiceCallInvocationHandler[Any, Any]] = descriptor.calls().asScala.map { call =>\n      call.serviceCallHolder() match {\n        case holder: MethodServiceCallHolder =>\n          holder.method -> new ServiceCallInvocationHandler[Any, Any](ws, webSocketClient, serviceInfo, serviceLocator,\n            descriptor, call.asInstanceOf[Call[Any, Any]], holder)\n      }\n    }.toMap\n\n    private def topicMethods: Map[Method, _] = {\n      descriptor.topicCalls.asScala.map { topicCall =>\n        topicCall.topicHolder match {\n          case holder: MethodTopicHolder =>\n            topicFactoryProvider.get match {\n              case Some(topicFactory) =>\n                holder.method -> topicFactory.create(topicCall)\n              case None => holder.method -> NoTopicFactory\n            }\n        }\n      }.toMap\n    }\n\n    private val methods: Map[Method, _] = serviceCallMethods ++ topicMethods\n\n    override def invoke(proxy: scala.Any, method: Method, args: Array[AnyRef]): AnyRef = {\n      methods.get(method) match {\n        case Some(serviceCallInvocationHandler: ServiceCallInvocationHandler[_, _]) => serviceCallInvocationHandler.invoke(args)\n        case Some(topic: Topic[_]) => topic\n        case Some(NoTopicFactory) => throw new IllegalStateException(\"Attempt to get a topic, but there is no TopicFactory provided to implement it. You may need to add a dependency on lagom-javadsl-kafka-broker to your projects dependencies.\")\n        case _ => throw new IllegalStateException(\"Method \" + method + \" is not described by the service client descriptor\")\n      }\n    }\n  }\n}\n\nprivate class ServiceCallInvocationHandler[Request, Response](ws: WSClient, webSocketClient: WebSocketClient,\n                                                              serviceInfo: ServiceInfo, serviceLocator: ServiceLocator,\n                                                              descriptor: Descriptor, endpoint: Call[Request, Response], holder: MethodServiceCallHolder)(implicit ec: ExecutionContext, mat: Materializer) {\n  private val pathSpec = Path.fromCallId(endpoint.callId)\n\n  def invoke(args: Seq[AnyRef]): ServiceCall[Request, Response] = {\n    val (path, queryParams) = pathSpec.format(holder.invoke(args))\n\n    new ClientServiceCall[Request, Response, Response](new ClientServiceCallInvoker[Request, Response](ws, webSocketClient,\n      serviceInfo, serviceLocator, descriptor, endpoint, path, queryParams), identity, (_, msg) => msg)\n  }\n}\n\n\/**\n * The service call implementation. Delegates actual work to the invoker, while maintaining the handler function for\n * the request header and a transformer function for the response.\n *\/\nprivate class ClientServiceCall[Request, ResponseMessage, ServiceCallResponse](\n  invoker: ClientServiceCallInvoker[Request, ResponseMessage], requestHeaderHandler: RequestHeader => RequestHeader,\n  responseHandler: (ResponseHeader, ResponseMessage) => ServiceCallResponse\n)(implicit ec: ExecutionContext) extends ServiceCall[Request, ServiceCallResponse] {\n\n  override def invoke(request: Request): CompletionStage[ServiceCallResponse] = {\n    invoker.doInvoke(request, requestHeaderHandler).map(responseHandler.tupled).toJava\n  }\n\n  override def handleRequestHeader(handler: function.Function[RequestHeader, RequestHeader]): ServiceCall[Request, ServiceCallResponse] = {\n    new ClientServiceCall(invoker, requestHeaderHandler.andThen(handler.apply), responseHandler)\n  }\n\n  override def handleResponseHeader[T](handler: BiFunction[ResponseHeader, ServiceCallResponse, T]): ServiceCall[Request, T] = {\n    new ClientServiceCall[Request, ResponseMessage, T](invoker, requestHeaderHandler,\n      (header, message) => handler.apply(header, responseHandler(header, message)))\n  }\n\n  \/**\n   * This is overridden in an attempt to try and provide better error reporting for when the request is not a unit type.\n   *\/\n  override def invoke(): CompletionStage[ServiceCallResponse] = {\n    if (invoker.endpoint.requestSerializer() != MessageSerializers.NOT_USED) {\n      throw new UnsupportedOperationException(\"Invocation without a request message may only be done when the request message is NotUsed. Use invoke(Id, Request) instead.\")\n    } else {\n      invoke(NotUsed.asInstanceOf[Request])\n    }\n  }\n}\n\nprivate class ClientServiceCallInvoker[Request, Response](\n  ws: WSClient, webSocketClient: WebSocketClient, serviceInfo: ServiceInfo, serviceLocator: ServiceLocator,\n  descriptor: Descriptor, val endpoint: Call[Request, Response], path: String, queryParams: Map[String, Seq[String]]\n)(implicit ec: ExecutionContext, mat: Materializer) {\n\n  def doInvoke(request: Request, requestHeaderHandler: RequestHeader => RequestHeader): Future[(ResponseHeader, Response)] = {\n    serviceLocator.doWithService(descriptor.name, endpoint, new java.util.function.Function[URI, CompletionStage[(ResponseHeader, Response)]] {\n      override def apply(uri: URI) = {\n\n        val queryString = if (queryParams.nonEmpty) {\n          queryParams.flatMap {\n            case (name, values) => values.map(value => URLEncoder.encode(name, \"utf-8\") + \"=\" + URLEncoder.encode(value, \"utf-8\"))\n          }.mkString(\"?\", \"&\", \"\")\n        } else \"\"\n        val url = s\"$uri$path$queryString\"\n\n        val method = endpoint.callId match {\n          case rest: RestCallId => rest.method\n          case _ => if (endpoint.requestSerializer.isUsed) {\n            com.lightbend.lagom.javadsl.api.transport.Method.POST\n          } else {\n            com.lightbend.lagom.javadsl.api.transport.Method.GET\n          }\n        }\n\n        val requestHeader = requestHeaderHandler(new RequestHeader(method, URI.create(url), endpoint.requestSerializer.serializerForRequest.protocol,\n          endpoint.responseSerializer.acceptResponseProtocols(),\n          Optional.of(ServicePrincipal.forServiceNamed(serviceInfo.serviceName)), HashTreePMap.empty()))\n\n        val result: Future[(ResponseHeader, Response)] = (endpoint.requestSerializer(), endpoint.responseSerializer()) match {\n          case (requestSerializer: StrictMessageSerializer[Request], responseSerializer: StrictMessageSerializer[Response]) =>\n            makeStrictCall(requestHeader, requestSerializer, responseSerializer, request)\n          case (requestSerializer: StrictMessageSerializer[Request], responseSerializer: StreamedMessageSerializer[_]) =>\n            makeStreamedResponseCall(requestHeader, requestSerializer, responseSerializer, request)\n          case (requestSerializer: StreamedMessageSerializer[_], responseSerializer: StrictMessageSerializer[Response]) =>\n            makeStreamedRequestCall(requestHeader, requestSerializer, responseSerializer, request)\n          case (requestSerializer: StreamedMessageSerializer[_], responseSerializer: StreamedMessageSerializer[_]) =>\n            makeStreamedCall(requestHeader, requestSerializer, responseSerializer, request)\n        }\n\n        result.toJava\n      }\n    }).toScala.map { responseOption =>\n      if (responseOption.isPresent) {\n        responseOption.get\n      } else {\n        throw new IllegalStateException(s\"Service ${descriptor.name} was not found by service locator\")\n      }\n    }\n  }\n\n  \/**\n   * A call that has a strict request and a streamed response.\n   *\n   * Currently implemented using a WebSocket, and sending the request as the first and only message.\n   *\/\n  private def makeStreamedResponseCall(\n    requestHeader:      RequestHeader,\n    requestSerializer:  StrictMessageSerializer[Request],\n    responseSerializer: StreamedMessageSerializer[_], request: Request\n  ): Future[(ResponseHeader, Response)] = {\n\n    val serializer = requestSerializer.serializerForRequest()\n\n    val transportRequestHeader = descriptor.headerFilter.transformClientRequest(requestHeader)\n\n    \/\/ We have a single source, followed by a maybe source (that is, a source that never produces any message, and\n    \/\/ never terminates). The maybe source is necessary because we want the response stream to stay open.\n    val requestAsStream = if (requestSerializer.isUsed) {\n      Source.single(serializer.serialize(request)).concat(Source.maybe)\n    } else {\n      \/\/ If it's not used, don't send any message\n      Source.maybe\n    }\n    doMakeStreamedCall(requestAsStream, serializer, transportRequestHeader).map(\n      (deserializeResponseStream(responseSerializer, requestHeader) _).tupled\n    )\n  }\n\n  \/**\n   * A call that has a streamed request and a strict response.\n   *\n   * Currently implemented using a WebSocket, that converts the first message received to the strict message. If no\n   * message is received, it assumes the response is an empty message.\n   *\/\n  private def makeStreamedRequestCall(\n    requestHeader: RequestHeader, requestSerializer: StreamedMessageSerializer[_],\n    responseSerializer: StrictMessageSerializer[Response], request: Request\n  ): Future[(ResponseHeader, Response)] = {\n\n    val serializer = requestSerializer.asInstanceOf[StreamedMessageSerializer[Any]].serializerForRequest()\n    val requestStream = serializer.serialize(request.asInstanceOf[JSource[Any, _]])\n\n    val transportRequestHeader = descriptor.headerFilter.transformClientRequest(requestHeader)\n\n    for {\n      (transportResponseHeader, responseStream) <- doMakeStreamedCall(requestStream.asScala, serializer, transportRequestHeader)\n      \/\/ We want to take the first element (if it exists), and then ignore all subsequent elements. Ignoring, rather\n      \/\/ than cancelling the stream, is important, because this is a WebSocket connection, we want the upstream to\n      \/\/ still remain open, but if we cancel the stream, the upstream will disconnect too.\n      maybeResponse <- responseStream via AkkaStreams.ignoreAfterCancellation runWith Sink.headOption\n    } yield {\n      val bytes = maybeResponse.getOrElse(ByteString.empty)\n      val responseHeader = descriptor.headerFilter.transformClientResponse(transportResponseHeader, requestHeader)\n      val deserializer = responseSerializer.deserializer(responseHeader.protocol)\n      responseHeader -> deserializer.deserialize(bytes)\n    }\n  }\n\n  \/**\n   * A call that is streamed in both directions.\n   *\/\n  private def makeStreamedCall(\n    requestHeader: RequestHeader, requestSerializer: StreamedMessageSerializer[_],\n    responseSerializer: StreamedMessageSerializer[_], request: Request\n  ): Future[(ResponseHeader, Response)] = {\n\n    val serializer = requestSerializer.asInstanceOf[StreamedMessageSerializer[Any]].serializerForRequest()\n    val requestStream = serializer.serialize(request.asInstanceOf[JSource[Any, _]])\n\n    val transportRequestHeader = descriptor.headerFilter.transformClientRequest(requestHeader)\n\n    doMakeStreamedCall(requestStream.asScala, serializer, transportRequestHeader).map(\n      (deserializeResponseStream(responseSerializer, requestHeader) _).tupled\n    )\n  }\n\n  private def deserializeResponseStream(\n    responseSerializer: StreamedMessageSerializer[_],\n    requestHeader:      RequestHeader\n  )(transportResponseHeader: ResponseHeader, response: Source[ByteString, _]): (ResponseHeader, Response) = {\n    val responseHeader = descriptor.headerFilter.transformClientResponse(transportResponseHeader, requestHeader)\n\n    val deserializer = responseSerializer.asInstanceOf[StreamedMessageSerializer[Any]]\n      .deserializer(responseHeader.protocol)\n    responseHeader -> deserializer.deserialize(response.asJava).asInstanceOf[Response]\n  }\n\n  private def doMakeStreamedCall(requestStream: Source[ByteString, _], requestSerializer: MessageSerializer.NegotiatedSerializer[_, _],\n                                 requestHeader: RequestHeader): Future[(ResponseHeader, Source[ByteString, _])] = {\n    webSocketClient.connect(descriptor.exceptionSerializer, WebSocketVersion.V13, requestHeader,\n      requestStream)\n  }\n\n  \/**\n   * A call that is strict in both directions.\n   *\/\n  private def makeStrictCall(requestHeader: RequestHeader, requestSerializer: StrictMessageSerializer[Request], responseSerializer: StrictMessageSerializer[Response],\n                             request: Request): Future[(ResponseHeader, Response)] = {\n    val requestHolder = ws.url(requestHeader.uri.toString)\n      .withMethod(requestHeader.method.name)\n\n    val requestWithBody =\n      if (requestSerializer.isUsed) {\n        val serializer = requestSerializer.serializerForRequest()\n        val body = serializer.serialize(request)\n\n        requestHolder.withBody(InMemoryBody(body))\n      } else requestHolder\n\n    val transportRequestHeader = descriptor.headerFilter.transformClientRequest(requestHeader)\n\n    val requestHeaders = transportRequestHeader.headers.asScala.toSeq.map {\n      case (name, values) => name -> values.asScala.mkString(\", \")\n    }\n\n    val contentTypeHeader =\n      transportRequestHeader.protocol.toContentTypeHeader.asScala.toSeq.map(HeaderNames.CONTENT_TYPE -> _)\n\n    val acceptHeader = {\n      val accept = transportRequestHeader.acceptedResponseProtocols.asScala.flatMap { accept =>\n        accept.toContentTypeHeader.asScala\n      }.mkString(\", \")\n      if (accept.nonEmpty) Seq(HeaderNames.ACCEPT -> accept)\n      else Nil\n    }\n\n    requestWithBody.withHeaders(requestHeaders ++ contentTypeHeader ++ acceptHeader: _*).execute().map { response =>\n\n      \/\/ Create the message header\n      val protocol = MessageProtocol.fromContentTypeHeader(response.header(HeaderNames.CONTENT_TYPE).asJava)\n      val headers = response.allHeaders.foldLeft(HashTreePMap.empty[String, PSequence[String]]) {\n        case (map, (key, values)) => map.plus(key, TreePVector.from(values.asJava))\n      }\n      val transportResponseHeader = new ResponseHeader(response.status, protocol, headers)\n      val responseHeader = descriptor.headerFilter.transformClientResponse(transportResponseHeader, requestHeader)\n\n      if (response.status >= 400 && response.status <= 599) {\n        val errorCode = TransportErrorCode.fromHttp(response.status)\n        val rawExceptionMessage = new RawExceptionMessage(errorCode, protocol, response.bodyAsBytes)\n        throw descriptor.exceptionSerializer.deserialize(rawExceptionMessage)\n      } else {\n        val deserializer = responseSerializer.deserializer(responseHeader.protocol)\n        responseHeader -> deserializer.deserialize(response.bodyAsBytes)\n      }\n    }\n  }\n\n}\n\ncase object NoTopicFactory\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/cassandra-registration\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/server\/CassandraModule.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.server\n\nimport java.util.Collections\n\nimport scala.compat.java8.FutureConverters._\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\nimport scala.collection.JavaConverters._\nimport com.google.inject.AbstractModule\nimport com.google.inject.Inject\nimport com.lightbend.lagom.internal.registry.ServiceRegistry\nimport com.lightbend.lagom.internal.registry.ServiceRegistryService\nimport com.lightbend.lagom.javadsl.api.ServiceAcl\nimport com.lightbend.lagom.javadsl.api.ServiceLocator\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport com.lightbend.lagom.internal.persistence.ServiceLocatorHolder\nimport com.lightbend.lagom.javadsl.persistence.cassandra.CassandraConfig\nimport com.lightbend.lagom.javadsl.persistence.cassandra.CassandraContactPoint\nimport play.api.Logger\n\nclass CassandraModule extends AbstractModule {\n  override def configure(): Unit = {\n    binder.bind(classOf[CassandraModule.RegisterCassandraContactPoints]).asEagerSingleton()\n  }\n}\n\nobject CassandraModule {\n  \/\/ CassandraConfig is bound by the persistence module. Because the cassandra-registration module is injected only if the\n  \/\/ persistence module is in the classpath, we can assume the `CassandraConfig` interface is binded to a concrete instance.\n  \/\/ If that isn't the case, then there is a bug, and we should fail fast, as the lack of configuration will lead to further\n  \/\/ issues if we don't (in particular, the service locator instance won't be set on the `ServiceLocatorHolder`, and that will\n  \/\/ make it impossible to work with Cassandra).\n  private class RegisterCassandraContactPoints @Inject() (config: CassandraConfig, registry: ServiceRegistry, serviceLocator: ServiceLocator, system: ActorSystem)(implicit ec: ExecutionContext) {\n\n    val registered = config.uris.asScala.map {\n      case contactPoint: CassandraContactPoint =>\n        val r = new ServiceRegistryService(contactPoint.uri, Collections.emptyList[ServiceAcl])\n        registry.register(contactPoint.name).invoke(r).toScala.recover {\n          case t =>\n            Logger(getClass).error(s\"Cassandra server name=[${contactPoint.name}] couldn't be registered to the service locator.\", t)\n            NotUsed\n        }\n    }\n\n    \/\/ make it visible when all registrations are done\n    Future.sequence(registered).onComplete {\n      case _ => ServiceLocatorHolder(system).setServiceLocator(serviceLocator)\n    }\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"api-tools\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/api\/tools\/ServiceDescription.scala","text":"<reponame>johanandren\/lagom\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.api.tools\n\nimport com.lightbend.lagom.javadsl.api.{ Descriptor }\nimport play.api.libs.json.{ Json, Format }\nimport scala.collection.immutable\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.OptionConverters._\n\n\/**\n * The service description is only used internally to create a JSON representation based on this structure.\n *\/\nprivate object ServiceDescription {\n\n  \/**\n   * Creates a service description from a descriptor\n   *\/\n  def apply(descriptor: Descriptor): ServiceDescription =\n    ServiceDescription(\n      name = descriptor.name(),\n      acls = descriptor.acls().asScala.toVector.map(acl =>\n        Acl(\n          method = acl.method().asScala.map(_.toString),\n          pathPattern = acl.pathRegex().asScala\n        ))\n    )\n\n  implicit val format: Format[ServiceDescription] = Json.format\n}\n\nprivate final case class ServiceDescription(name: String, acls: immutable.Seq[Acl])\n\nprivate object Acl {\n  implicit val format: Format[Acl] = Json.format\n}\n\nprivate final case class Acl(method: Option[String], pathPattern: Option[String])\n"}
{"repo_name":"johanandren\/lagom","path":"project\/Doc.scala","text":"\/**\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage lagom\n\nimport sbt._\nimport sbtunidoc.Plugin.UnidocKeys._\nimport sbtunidoc.Plugin.{ ScalaUnidoc, JavaUnidoc, Genjavadoc, javaUnidocSettings, baseGenjavadocExtraTasks }\nimport sbt.Keys._\nimport sbt.File\n\nobject Scaladoc extends AutoPlugin {\n\n  object CliOptions {\n    val scaladocAutoAPI = CliOption(\"lagom.scaladoc.autoapi\", true)\n  }\n\n  override def trigger = allRequirements\n  override def requires = plugins.JvmPlugin\n\n  override lazy val projectSettings = {\n    inTask(doc)(Seq(\n      scalacOptions in Compile <++= (version, baseDirectory in ThisBuild) map scaladocOptions,\n      autoAPIMappings := CliOptions.scaladocAutoAPI.get\n    ))\n  }\n\n  def scaladocOptions(ver: String, base: File): List[String] = {\n    val urlString = GitHub.url(ver) + \"\/\u20ac{FILE_PATH}.scala\"\n    val opts = List(\"-implicits\", \"-doc-source-url\", urlString, \"-sourcepath\", base.getAbsolutePath)\n    opts\n  }\n\n}\n\n\/**\n * Unidoc settings for root project. Adds unidoc command.\n *\/\nobject UnidocRoot extends AutoPlugin {\n\n  override def trigger = noTrigger\n\n  def settings(ignoreAggregates: Seq[ProjectReference], ignoreProjects: Seq[ProjectReference]) = {\n    val withoutAggregates = ignoreAggregates.foldLeft(inAnyProject) { _ -- inAggregates(_, transitive = true, includeRoot = true) }\n    val docProjectFilter = ignoreProjects.foldLeft(withoutAggregates) { _ -- inProjects(_) }\n\n    inTask(unidoc)(Seq(\n      unidocProjectFilter in ScalaUnidoc := docProjectFilter,\n      unidocProjectFilter in JavaUnidoc := docProjectFilter,\n      apiMappings in ScalaUnidoc := (apiMappings in (Compile, doc)).value\n    ))\n  }\n\n  def excludeJavadoc = Set(\"internal\", \"protobuf\", \"scaladsl\")\n\n  private val allGenjavadocSources = Def.taskDyn {\n    (sources in (Genjavadoc, doc)).all((unidocScopeFilter in (JavaUnidoc, unidoc)).value)\n  }\n\n  \/**\n    * This ensures that we can link to the frames version of a page (ie, instead of api\/foo\/Bar.html,\n    * link to api\/index.html?foo\/Bar.html), while still being able to also link to a specific method.\n    *\n    * It checks whether the current window is a class frame (rather than the package frame, or\n    * the top level window if not using frames), and if the top window has a hash, takes the\n    * current frame to that hash.\n    *\n    * I'm not sure exactly how this string is processed by what and where, but it seems escaping\n    * newlines and double quotes makes it work with javadoc.\n    *\/\n  private val framesHashScrollingCode =\n    \"\"\"<script type=\"text\/javascript\">\n      |  if (window.name == \"classFrame\" && window.top.location.hash) {\n      |    window.location.href = window.top.location.hash;\n      |  }\n      |<\/script>\"\"\".stripMargin.replaceAll(\"\\n\", \"\\\\\\\\n\").replaceAll(\"\\\"\", \"\\\\\\\\\\\"\")\n\n  override lazy val projectSettings = javaUnidocSettings ++ Seq(\n    unidocAllSources in (JavaUnidoc, unidoc) ++= allGenjavadocSources.value,\n    unidocAllSources in (JavaUnidoc, unidoc) := {\n      (unidocAllSources in (JavaUnidoc, unidoc)).value\n        .map(_.filterNot(f => excludeJavadoc.exists(f.getCanonicalPath.contains)))\n      },\n    javacOptions in doc := Seq(\n      \"-windowtitle\", \"Lagom Services API\",\n      \"-public\",\n      \"-group\", \"Services API\", packageList(\"com.lightbend.lagom.javadsl\", \"com.lightbend.lagom.javadsl.api\",\n          \"com.lightbend.lagom.javadsl.client\", \"com.lightbend.lagom.javadsl.server\",\n          \"com.lightbend.lagom.javadsl.api.deser\", \"com.lightbend.lagom.javadsl.api.paging\"),\n      \"-group\", \"Persistence\", packageList(\"com.lightbend.lagom.javadsl.persistence\",\n          \"com.lightbend.lagom.javadsl.persistence.cassandra\",\n          \"com.lightbend.lagom.javadsl.persistence.testkit\"),\n      \"-group\", \"Cluster\", packageList(\"com.lightbend.lagom.javadsl.pubsub\", \"com.lightbend.lagom.javadsl.cluster\"),\n\n      \"-noqualifier\", \"java.lang\",\n      \"-encoding\", \"UTF-8\", \n      \"-source\", \"1.8\",\n      \"-notimestamp\",\n      \"-footer\", framesHashScrollingCode\n    ))\n\n  def packageList(names: String*): String = \n    names.mkString(\":\")\n}\n\n\n\n\/**\n * Unidoc settings for every multi-project. Adds genjavadoc specific settings.\n *\/\nobject Unidoc extends AutoPlugin {\n\n  lazy val GenjavadocCompilerPlugin = config(\"genjavadocplugin\") hide\n\n  override def trigger = allRequirements\n  override def requires = plugins.JvmPlugin\n  override def projectConfigurations: Seq[Configuration] = Seq(Genjavadoc)\n\n  \/\/ Define a new compile task in the genjavadoc configuration that enables genjavadoc\n  \/\/ This is so that we don't generate the javadoc code on every Scala compile, but only when we actually want to\n  \/\/ build the javadocs.\n  \/\/ This means scalac actually will be invoked 3 times any time a publishLocal is done - this can probably be optimised\n  \/\/ down to two assuming https:\/\/github.com\/typesafehub\/genjavadoc\/issues\/66 is possible.\n  override lazy val projectSettings = inConfig(Genjavadoc)(Defaults.configSettings) ++ Seq(\n    ivyConfigurations += GenjavadocCompilerPlugin,\n    libraryDependencies += \"com.typesafe.genjavadoc\" %% \"genjavadoc-plugin\" % \"0.9\" % \"genjavadocplugin->default(compile)\" cross CrossVersion.full,\n    scalacOptions in Genjavadoc ++= Seq(\n      \"-P:genjavadoc:out=\" + (target.value \/ \"java\"),\n      \"-P:genjavadoc:fabricateParams=false\"\n    ),\n    scalacOptions in Genjavadoc ++=\n        update.value.matching(configurationFilter(GenjavadocCompilerPlugin.name)).filter(_.getName.contains(\"genjavadoc\"))\n          .map(\"-Xplugin:\" + _.getAbsolutePath),\n    sources in Genjavadoc := (sources in Compile).value,\n    sources in (Genjavadoc, doc) := {\n      val _ = (compile in Genjavadoc).value\n      (target.value \/ \"java\" ** \"*.java\").get\n    },\n    dependencyClasspath in Genjavadoc := (dependencyClasspath in Compile).value\n  )\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"kafka-broker\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/KafkaBrokerModule.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.broker.kafka\n\nimport com.google.inject.AbstractModule\nimport com.lightbend.lagom.internal.api.broker.TopicFactory\n\nclass KafkaBrokerModule extends AbstractModule {\n\n  override def configure(): Unit = {\n    bind(classOf[RegisterTopicProducers]).asEagerSingleton()\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/play-integration\/src\/main\/scala\/com\/lightbend\/lagom\/play\/LagomPlayModule.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.play\n\nimport java.net.URI\nimport java.util.Optional\n\nimport scala.collection.JavaConverters._\nimport scala.compat.java8.FutureConverters._\nimport com.google.inject.Provider\nimport com.lightbend.lagom.internal.registry.ServiceRegistry\nimport com.lightbend.lagom.internal.registry.ServiceRegistryService\nimport com.lightbend.lagom.javadsl.api.ServiceAcl\nimport com.lightbend.lagom.javadsl.api.ServiceInfo\nimport com.lightbend.lagom.javadsl.api.transport.Method\n\nimport javax.inject.Inject\nimport javax.inject.Singleton\nimport play.api.Configuration\nimport play.api.Environment\nimport play.api.inject.ApplicationLifecycle\nimport play.api.inject.Binding\nimport play.api.inject.Module\n\nclass LagomPlayModule extends Module {\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] = {\n    Seq(\n      bind[PlayRegisterWithServiceRegistry].toSelf.eagerly(),\n      bind[ServiceInfo].toProvider[PlayServiceInfoProvider]\n    )\n  }\n}\n\n@Singleton\nclass PlayServiceInfoProvider @Inject() (config: Configuration) extends Provider[ServiceInfo] {\n  lazy val get = {\n    val serviceName = config.underlying.getString(\"lagom.play.service-name\")\n    new ServiceInfo(serviceName)\n  }\n}\n\nclass PlayRegisterWithServiceRegistry @Inject() (config: Configuration, serviceInfo: ServiceInfo, serviceRegistry: ServiceRegistry, applicationLifecycle: ApplicationLifecycle) {\n\n  private val httpAddress = config.underlying.getString(\"play.server.http.address\")\n  private val httpPort = config.underlying.getString(\"play.server.http.port\")\n  private val serviceUrl = new URI(s\"http:\/\/$httpAddress:$httpPort\")\n\n  private val acls = config.underlying.getConfigList(\"lagom.play.acls\").asScala.map { aclConfig =>\n    val method = if (aclConfig.hasPath(\"method\")) {\n      Optional.of(new Method(aclConfig.getString(\"method\")))\n    } else Optional.empty[Method]\n    val pathRegex = if (aclConfig.hasPath(\"path-regex\")) {\n      Optional.of(aclConfig.getString(\"path-regex\"))\n    } else Optional.empty[String]\n\n    new ServiceAcl(method, pathRegex)\n  }\n  private val service = new ServiceRegistryService(serviceUrl, acls.asJava)\n  serviceRegistry.register(serviceInfo.serviceName()).invoke(service)\n\n  applicationLifecycle.addStopHook(() => serviceRegistry.unregister(serviceInfo.serviceName()).invoke().toScala)\n}\n"}
{"repo_name":"johanandren\/lagom","path":"kafka-broker\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/broker\/kafka\/RegisterTopicProducers.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.broker.kafka\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext\nimport org.slf4j.LoggerFactory\nimport com.lightbend.lagom.internal.api.MethodTopicHolder\nimport com.lightbend.lagom.internal.server.ResolvedServices\nimport com.lightbend.lagom.javadsl.api.ServiceInfo\nimport com.lightbend.lagom.internal.api.broker.TopicFactory\nimport akka.stream.Materializer\nimport javax.inject.Inject\n\nimport akka.actor.ActorSystem\nimport com.lightbend.lagom.internal.broker.TaggedOffsetTopicProducer\nimport com.lightbend.lagom.internal.javadsl.persistence.OffsetStore\nimport com.lightbend.lagom.javadsl.api.Descriptor.TopicCall\n\nclass RegisterTopicProducers @Inject() (resolvedServices: ResolvedServices, topicFactory: TopicFactory,\n                                        info: ServiceInfo, actorSystem: ActorSystem, offsetStore: OffsetStore)(implicit ec: ExecutionContext, mat: Materializer) {\n\n  private val log = LoggerFactory.getLogger(classOf[RegisterTopicProducers])\n  private val kafkaConfig = KafkaConfig(actorSystem.settings.config)\n\n  \/\/ Goes through the services' descriptors and publishes the streams registered in\n  \/\/ each of the service's topic method implementation.\n  for {\n    service <- resolvedServices.services\n    tc <- service.descriptor.topicCalls().asScala\n    topicCall = tc.asInstanceOf[TopicCall[AnyRef]]\n  } {\n    topicCall.topicHolder match {\n      case holder: MethodTopicHolder =>\n        val topicProducer = holder.create(service.service)\n        val topicId = topicCall.topicId\n\n        topicFactory.create(topicCall) match {\n          case topicImpl: KafkaTopic[AnyRef] =>\n\n            topicProducer match {\n              case tagged: TaggedOffsetTopicProducer[AnyRef, _] =>\n                Producer[AnyRef](kafkaConfig, topicCall, actorSystem).publishTaggedOffsetProducer(tagged, offsetStore)\n              case other => log.warn {\n                s\"Unknown topic producer ${other.getClass.getName}. \" +\n                  s\"This will likely result in no events published to topic ${topicId.value} by service ${info.serviceName}.\"\n              }\n            }\n\n          case otherTopicImpl => log.warn {\n            s\"Expected Topic type ${classOf[KafkaTopic[_]].getName}, but found incompatible type ${otherTopicImpl.getClass.getName}.\" +\n              s\"This will likely result in no events published to topic ${topicId.value} by service ${info.serviceName}.\"\n          }\n        }\n\n      case other =>\n        log.error {\n          s\"Cannot plug publisher source for topic ${topicCall.topicId}. \" +\n            s\"Reason was that it was expected a topicHolder of type ${classOf[MethodTopicHolder]}, \" +\n            s\"but ${other.getClass} was found instead.\"\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence\/core\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/persistence\/ServiceLocatorHolder.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.persistence\n\nimport akka.actor.{ ActorSystem, ExtendedActorSystem, Extension, ExtensionId, ExtensionIdProvider }\nimport com.lightbend.lagom.javadsl.api.ServiceLocator\n\nprivate[lagom] object ServiceLocatorHolder extends ExtensionId[ServiceLocatorHolder] with ExtensionIdProvider {\n  override def get(system: ActorSystem): ServiceLocatorHolder = super.get(system)\n\n  override def lookup = ServiceLocatorHolder\n\n  override def createExtension(system: ExtendedActorSystem): ServiceLocatorHolder =\n    new ServiceLocatorHolder\n}\n\nprivate[lagom] class ServiceLocatorHolder extends Extension {\n  @volatile private var _serviceLocator: Option[ServiceLocator] = None\n\n  def serviceLocator: Option[ServiceLocator] = _serviceLocator\n\n  def setServiceLocator(locator: ServiceLocator): Unit =\n    _serviceLocator = Some(locator)\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/javadsl\/src\/main\/scala\/com\/lightbend\/lagom\/javadsl\/persistence\/cassandra\/CassandraPersistenceModule.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.javadsl.persistence.cassandra\n\nimport com.google.inject.{ AbstractModule, Key }\nimport com.lightbend.lagom.internal.javadsl.persistence.OffsetStore\nimport com.lightbend.lagom.internal.javadsl.persistence.cassandra._\nimport com.lightbend.lagom.javadsl.persistence.PersistentEntityRegistry\n\n\/**\n * Guice module for the Persistence API.\n *\/\nfinal class CassandraPersistenceModule extends AbstractModule {\n  override def configure(): Unit = {\n    binder.bind(classOf[PersistentEntityRegistry]).to(classOf[CassandraPersistentEntityRegistry])\n    binder.bind(classOf[CassandraSession])\n    binder.bind(classOf[CassandraReadSide]).to(classOf[CassandraReadSideImpl])\n    binder.bind(classOf[CassandraConfig]).toProvider(classOf[CassandraConfigProvider])\n    binder.bind(classOf[CassandraOffsetStore])\n    binder.bind(classOf[OffsetStore]).to(Key.get(classOf[CassandraOffsetStore]))\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"docs\/manual\/guide\/build\/code\/lagom-build.sbt","text":"\/\/#add-sbt-plugin\naddSbtPlugin(\"com.lightbend.lagom\" % \"lagom-sbt-plugin\" % \"1.0.0-M1\")\n\/\/#add-sbt-plugin\n\n\/\/#scala-version\nscalaVersion in ThisBuild := \"2.11.7\"\n\/\/#scala-version\n\n\/\/#hello-world-api\nlazy val helloworldApi = (project in file(\"helloworld-api\"))\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies += lagomJavadslApi\n  )\n\/\/#hello-world-api\n\n\/\/#hello-world-impl\nlazy val helloworldImpl = (project in file(\"helloworld-impl\"))\n  .enablePlugins(LagomJava)\n  .settings(\n    version := \"1.0-SNAPSHOT\"\n  )\n  .dependsOn(helloworldApi)\n\/\/#hello-world-impl\n\n\/\/#hello-stream\nlazy val hellostreamApi = (project in file(\"hellostream-api\"))\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies += lagomJavadslApi\n  )\n\nlazy val hellostreamImpl = (project in file(\"hellostream-impl\"))\n  .enablePlugins(LagomJava)\n  .settings(\n    version := \"1.0-SNAPSHOT\"\n  )\n  .dependsOn(hellostreamApi, helloworldApi)\n\/\/#hello-stream\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/javadsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/javadsl\/persistence\/cassandra\/CassandraPersistentEntityRegistry.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.javadsl.persistence.cassandra\n\nimport javax.inject.{ Inject, Singleton }\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.japi.Pair\nimport akka.persistence.cassandra.query.scaladsl.CassandraReadJournal\nimport akka.persistence.query.PersistenceQuery\nimport akka.persistence.query.scaladsl.EventsByTagQuery\nimport akka.stream.javadsl\nimport com.google.inject.Injector\nimport com.lightbend.lagom.internal.javadsl.persistence.AbstractPersistentEntityRegistry\nimport com.lightbend.lagom.javadsl.persistence.Offset.TimeBasedUUID\nimport com.lightbend.lagom.javadsl.persistence._\n\n\/**\n * Internal API\n *\/\n@Singleton\nprivate[lagom] final class CassandraPersistentEntityRegistry @Inject() (system: ActorSystem, injector: Injector)\n  extends AbstractPersistentEntityRegistry(system, injector) {\n\n  override protected val journalId = CassandraReadJournal.Identifier\n\n  private val cassandraReadJournal = PersistenceQuery(system).readJournalFor[CassandraReadJournal](journalId)\n\n  override protected val eventsByTagQuery: Option[EventsByTagQuery] = Some(cassandraReadJournal)\n\n  override def eventStream[Event <: AggregateEvent[Event]](\n    aggregateTag: AggregateEventTag[Event],\n    fromOffset:   Offset\n  ): javadsl.Source[Pair[Event, Offset], NotUsed] = {\n    val tag = aggregateTag.tag\n    val offset = fromOffset match {\n      case Offset.NONE         => cassandraReadJournal.firstOffset\n      case uuid: TimeBasedUUID => uuid.value()\n      case other               => throw new IllegalArgumentException(\"Cassandra does not support \" + other.getClass.getName + \" offsets\")\n    }\n    cassandraReadJournal.eventsByTag(tag, offset)\n      .map { env => Pair.create(env.event.asInstanceOf[Event], Offset.timeBasedUUID(env.offset)) }\n      .asJava\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/scaladsl\/src\/test\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/cassandra\/CassandraReadSideSpec.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence.cassandra\n\nimport akka.NotUsed\nimport akka.persistence.cassandra.query.scaladsl.CassandraReadJournal\nimport akka.persistence.query.PersistenceQuery\nimport akka.stream.scaladsl.Source\nimport com.lightbend.lagom.internal.persistence.ReadSideConfig\nimport com.lightbend.lagom.internal.scaladsl.persistence.PersistentEntityActor\nimport com.lightbend.lagom.internal.scaladsl.persistence.cassandra.{ CassandraOffsetStore, CassandraReadSideImpl }\nimport com.lightbend.lagom.scaladsl.persistence._\nimport com.typesafe.config.ConfigFactory\n\nobject CassandraReadSideSpec {\n\n  val config = ConfigFactory.parseString(s\"\"\"\n    akka.loglevel = INFO\n    \"\"\")\n\n}\n\nclass CassandraReadSideSpec extends CassandraPersistenceSpec(CassandraReadSideSpec.config) with AbstractReadSideSpec {\n  lazy val testSession: CassandraSession = new CassandraSession(system)\n  lazy val queries = PersistenceQuery(system).readJournalFor[CassandraReadJournal](CassandraReadJournal.Identifier)\n\n  override def eventStream[Event <: AggregateEvent[Event]](\n    aggregateTag: AggregateEventTag[Event],\n    fromOffset:   Offset\n  ): Source[EventStreamElement[Event], NotUsed] = {\n    val offset = fromOffset match {\n      case NoOffset            => queries.firstOffset\n      case TimeBasedUUID(uuid) => uuid\n      case other               => throw new IllegalArgumentException(\"Cassandra does not support \" + other.getClass.getName + \" offsets\")\n    }\n    queries.eventsByTag(aggregateTag.tag, offset)\n      .map { env => new EventStreamElement[Event](PersistentEntityActor.extractEntityId(env.persistenceId), env.event.asInstanceOf[Event], TimeBasedUUID(env.offset)) }\n\n  }\n\n  val readSide = new TestEntityReadSide(system, testSession)\n  val cassandraReadSide = new CassandraReadSideImpl(system, testSession, new CassandraOffsetStore(system, testSession,\n    ReadSideConfig())(system.dispatcher))\n\n  override def getAppendCount(id: String) = readSide.getAppendCount(id)\n\n  override def processorFactory(): ReadSideProcessor[TestEntity.Evt] = {\n    new TestEntityReadSide.TestEntityReadSideProcessor(system, cassandraReadSide, testSession)\n  }\n\n}\n\n"}
{"repo_name":"johanandren\/lagom","path":"persistence\/scaladsl\/src\/test\/scala\/docs\/home\/scaladsl\/persistence\/Post.scala","text":"\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage docs.home.scaladsl.persistence\n\nimport akka.Done\nimport com.lightbend.lagom.scaladsl.persistence.AggregateEvent\nimport com.lightbend.lagom.scaladsl.persistence.AggregateEventShards\nimport com.lightbend.lagom.scaladsl.persistence.AggregateEventTag\nimport com.lightbend.lagom.scaladsl.persistence.PersistentEntity\n\nimport com.lightbend.lagom.scaladsl.persistence.PersistentEntity.ReplyType\n\n\/\/ FIXME move to docs project when API has settled\n\nobject Post {\n\n  \/\/ FIXME Jsonable\n  sealed trait BlogCommand\n\n  final case class AddPost(content: PostContent) extends BlogCommand with ReplyType[AddPostDone]\n  final case class AddPostDone(postId: String)\n  case object GetPost extends BlogCommand with ReplyType[PostContent]\n  final case class ChangeBody(body: String) extends BlogCommand with ReplyType[Done]\n  case object Publish extends BlogCommand with ReplyType[Done]\n\n  object BlogEvent {\n    val NumShards = 20\n    \/\/ second param is optional, defaults to the class name\n    val aggregateEventShards = AggregateEventTag.sharded[BlogEvent](NumShards)\n  }\n\n  sealed trait BlogEvent extends AggregateEvent[BlogEvent] {\n    override def aggregateTag: AggregateEventShards[BlogEvent] = BlogEvent.aggregateEventShards\n  }\n\n  final case class PostAdded(postId: String, content: PostContent) extends BlogEvent\n  final case class BodyChanged(postId: String, body: String) extends BlogEvent\n  final case class PostPublished(postId: String) extends BlogEvent\n\n  final case class PostContent(title: String, body: String)\n\n  object BlogState {\n    val empty = BlogState(None, published = false)\n\n  }\n\n  final case class BlogState(content: Option[PostContent], published: Boolean) {\n    def withBody(body: String): BlogState = {\n      content match {\n        case Some(c) =>\n          copy(content = Some(c.copy(body = body)))\n        case None =>\n          throw new IllegalStateException(\"Can't set body without content\")\n      }\n    }\n\n    def isEmpty: Boolean = content.isEmpty\n  }\n\n}\n\nfinal class Post extends PersistentEntity[Post.BlogCommand, Post.BlogEvent, Post.BlogState] {\n  import Post._\n\n  override def initialState: BlogState = BlogState.empty\n\n  override def behavior: Behavior = {\n    case state if state.isEmpty  => initial\n    case state if !state.isEmpty => postAdded\n  }\n\n  private val initial: Actions = {\n    Actions()\n      \/\/ Command handlers are invoked for incoming messages (commands).\n      \/\/ A command handler must \"return\" the events to be persisted (if any).\n      .onCommand {\n        case (cmd @ AddPost(content), ctx, state) =>\n          if (content.title == null || content.title.equals(\"\")) {\n            ctx.invalidCommand(\"Title must be defined\")\n            ctx.done\n          } else {\n            ctx.thenPersist(PostAdded(entityId, content), evt =>\n              \/\/ After persist is done additional side effects can be performed\n              ctx.reply(cmd, AddPostDone(entityId)))\n          }\n      }\n      \/\/ Event handlers are used both when persisting new events and when replaying\n      \/\/ events.\n      .onEvent {\n        case (PostAdded(postId, content), state) =>\n          BlogState(Some(content), published = false)\n      }\n  }\n\n  private val postAdded: Actions = {\n    Actions()\n      .onCommand {\n        case (cmd @ ChangeBody(body), ctx, state) =>\n          ctx.thenPersist(BodyChanged(entityId, body), _ => ctx.reply(cmd, Done))\n      }\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"service\/javadsl\/api\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/api\/ApiModule.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.api\n\nimport com.lightbend.lagom.internal.api.broker.{ InjectorTopicFactoryProvider, TopicFactoryProvider }\nimport play.api.{ Configuration, Environment }\nimport play.api.inject._\n\nclass ApiModule extends Module {\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] = {\n    Seq(\n      bind[TopicFactoryProvider].to[InjectorTopicFactoryProvider]\n    )\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"docs\/manual\/guide\/logging\/code\/build-log.sbt","text":"<reponame>johanandren\/lagom<gh_stars>0\n\/\/#lagom-logback-libdep\n\/\/ `LagomImport` provides a few handy alias to several Lagom modules\nimport com.lightbend.lagom.sbt.LagomImport.lagomLogback\n\nlazy val usersApi = (project in file(\"usersApi\"))\n  .settings(libraryDependencies += lagomLogback)\n\/\/#lagom-logback-libdep\n\n\/\/#lagom-logback-plugin-lagomjava\nlazy val usersImpl = (project in file(\"usersImpl\"))\n  .enablePlugins(LagomJava) \/\/ Lagom logging module is automatically added to the classpath\n\/\/#lagom-logback-plugin-lagomjava\n\n\/\/#lagom-logback-plugin-disabled\nlazy val portfolioImpl = (project in file(\"portfolioImpl\"))\n  .enablePlugins(LagomJava)\n  .disablePlugins(LagomLogback) \/\/ this avoids that the Lagom logging module is addedd to the classpath\n\/\/#lagom-logback-plugin-disabled\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/sbt-plugin\/src\/main\/scala\/com\/lightbend\/lagom\/sbt\/run\/RunSupport.scala","text":"<filename>dev\/sbt-plugin\/src\/main\/scala\/com\/lightbend\/lagom\/sbt\/run\/RunSupport.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.sbt.run\n\nimport com.lightbend.lagom.dev.Reloader\nimport com.lightbend.lagom.dev.Reloader.{ CompileFailure, CompileResult, CompileSuccess, Source }\nimport com.lightbend.lagom.sbt.Internal\nimport com.lightbend.lagom.sbt.LagomImport\nimport com.lightbend.lagom.sbt.LagomPlugin.autoImport._\nimport com.lightbend.lagom.sbt.LagomReloadableService.autoImport._\nimport sbt._\nimport sbt.Keys._\nimport play.api.PlayException\nimport play.sbt.PlayExceptions._\n\nprivate[sbt] object RunSupport {\n\n  def reloadRunTask(\n    extraConfigs: Map[String, String]\n  ): Def.Initialize[Task[Reloader.DevServer]] = Def.task {\n\n    val state = Keys.state.value\n    val scope = resolvedScoped.value.scope\n\n    val reloadCompile = () => RunSupport.compile(\n      () => Project.runTask(lagomReload in scope, state).map(_._2).get,\n      () => Project.runTask(lagomReloaderClasspath in scope, state).map(_._2).get,\n      () => Project.runTask(streamsManager in scope, state).map(_._2).get.toEither.right.toOption\n    )\n\n    val classpath = (devModeDependencies.value ++ (externalDependencyClasspath in Runtime).value).distinct.files\n\n    Reloader.startDevMode(\n      scalaInstance.value.loader,\n      classpath,\n      reloadCompile,\n      lagomClassLoaderDecorator.value,\n      lagomWatchDirectories.value,\n      lagomFileWatchService.value,\n      baseDirectory.value,\n      extraConfigs.toSeq ++ lagomDevSettings.value,\n      lagomServicePort.value,\n      RunSupport\n    )\n  }\n\n  def nonReloadRunTask(\n    extraConfigs: Map[String, String]\n  ): Def.Initialize[Task[Reloader.DevServer]] = Def.task {\n\n    val classpath = (devModeDependencies.value ++ (fullClasspath in Runtime).value).distinct\n\n    val buildLinkSettings = extraConfigs.toSeq ++ lagomDevSettings.value\n\n    Reloader.startNoReload(scalaInstance.value.loader, classpath.map(_.data), baseDirectory.value, buildLinkSettings,\n      lagomServicePort.value)\n  }\n\n  private def devModeDependencies = Def.task {\n    cassandraDependencyClasspath.value ++ (managedClasspath in Internal.Configs.DevRuntime).value\n  }\n\n  private def cassandraDependencyClasspath = Def.task {\n    val projectDependencies = (externalDependencyClasspath in Runtime).value\n\n    val crossVersion = CrossVersion(scalaVersion.value, scalaBinaryVersion.value)\n    val cassandraPersistence = crossVersion(LagomImport.lagomJavadslPersistenceCassandra)\n    def isCassandraPersistence(module: ModuleID) = {\n      cassandraPersistence.organization == module.organization &&\n        cassandraPersistence.name == crossVersion(module).name\n    }\n\n    if (projectDependencies.exists { dep =>\n      dep.metadata.get(moduleID.key).exists(isCassandraPersistence)\n    })\n      (managedClasspath in Internal.Configs.CassandraRuntime).value\n    else\n      Seq.empty\n  }\n\n  def compile(reloadCompile: () => Result[sbt.inc.Analysis], classpath: () => Result[Classpath], streams: () => Option[Streams]): CompileResult = {\n    reloadCompile().toEither\n      .left.map(compileFailure(streams()))\n      .right.map { analysis =>\n        classpath().toEither\n          .left.map(compileFailure(streams()))\n          .right.map { classpath =>\n            CompileSuccess(sourceMap(analysis), classpath.files)\n          }.fold(identity, identity)\n      }.fold(identity, identity)\n  }\n\n  def sourceMap(analysis: sbt.inc.Analysis): Map[String, Source] = {\n    analysis.apis.internal.foldLeft(Map.empty[String, Source]) {\n      case (sourceMap, (file, source)) => sourceMap ++ {\n        source.api.definitions map { d => d.name -> Source(file, originalSource(file)) }\n      }\n    }\n  }\n\n  def originalSource(file: File): Option[File] = {\n    play.twirl.compiler.MaybeGeneratedSource.unapply(file).map(_.file)\n  }\n\n  def compileFailure(streams: Option[Streams])(incomplete: Incomplete): CompileResult = {\n    CompileFailure(taskFailureHandler(incomplete, streams))\n  }\n\n  def taskFailureHandler(incomplete: Incomplete, streams: Option[Streams]): PlayException = {\n    Incomplete.allExceptions(incomplete).headOption.map {\n      case e: PlayException => e\n      case e: xsbti.CompileFailed =>\n        getProblems(incomplete, streams)\n          .find(_.severity == xsbti.Severity.Error)\n          .map(CompilationException)\n          .getOrElse(UnexpectedException(Some(\"The compilation failed without reporting any problem!\"), Some(e)))\n      case e: Exception => UnexpectedException(unexpected = Some(e))\n    }.getOrElse {\n      UnexpectedException(Some(\"The compilation task failed without any exception!\"))\n    }\n  }\n\n  def getScopedKey(incomplete: Incomplete): Option[ScopedKey[_]] = incomplete.node flatMap {\n    case key: ScopedKey[_] => Option(key)\n    case task: Task[_] => task.info.attributes get taskDefinitionKey\n  }\n\n  def getProblems(incomplete: Incomplete, streams: Option[Streams]): Seq[xsbti.Problem] = {\n    allProblems(incomplete) ++ {\n      Incomplete.linearize(incomplete).flatMap(getScopedKey).flatMap { scopedKey =>\n        val JavacError = \"\"\"\\[error\\]\\s*(.*[.]java):(\\d+):\\s*(.*)\"\"\".r\n        val JavacErrorInfo = \"\"\"\\[error\\]\\s*([a-z ]+):(.*)\"\"\".r\n        val JavacErrorPosition = \"\"\"\\[error\\](\\s*)\\^\\s*\"\"\".r\n\n        streams.map { streamsManager =>\n          var first: (Option[(String, String, String)], Option[Int]) = (None, None)\n          var parsed: (Option[(String, String, String)], Option[Int]) = (None, None)\n          Output.lastLines(scopedKey, streamsManager, None).map(_.replace(scala.Console.RESET, \"\")).map(_.replace(scala.Console.RED, \"\")).collect {\n            case JavacError(file, line, message) => parsed = Some((file, line, message)) -> None\n            case JavacErrorInfo(key, message) => parsed._1.foreach { o =>\n              parsed = Some((parsed._1.get._1, parsed._1.get._2, parsed._1.get._3 + \" [\" + key.trim + \": \" + message.trim + \"]\")) -> None\n            }\n            case JavacErrorPosition(pos) =>\n              parsed = parsed._1 -> Some(pos.size)\n              if (first == ((None, None))) {\n                first = parsed\n              }\n          }\n          first\n        }.collect {\n          case (Some(error), maybePosition) => new xsbti.Problem {\n            def message = error._3\n            def category = \"\"\n            def position = new xsbti.Position {\n              def line = xsbti.Maybe.just(error._2.toInt)\n              def lineContent = \"\"\n              def offset = xsbti.Maybe.nothing[java.lang.Integer]\n              def pointer = maybePosition.map(pos => xsbti.Maybe.just((pos - 1).asInstanceOf[java.lang.Integer])).getOrElse(xsbti.Maybe.nothing[java.lang.Integer])\n              def pointerSpace = xsbti.Maybe.nothing[String]\n              def sourceFile = xsbti.Maybe.just(file(error._1))\n              def sourcePath = xsbti.Maybe.just(error._1)\n            }\n            def severity = xsbti.Severity.Error\n          }\n        }\n\n      }\n    }\n  }\n\n  def allProblems(inc: Incomplete): Seq[xsbti.Problem] = {\n    allProblems(inc :: Nil)\n  }\n\n  def allProblems(incs: Seq[Incomplete]): Seq[xsbti.Problem] = {\n    problems(Incomplete.allExceptions(incs).toSeq)\n  }\n\n  def problems(es: Seq[Throwable]): Seq[xsbti.Problem] = {\n    es flatMap {\n      case cf: xsbti.CompileFailed => cf.problems\n      case _ => Nil\n    }\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/scaladsl\/persistence\/cassandra\/CassandraReadSideHandler.scala","text":"<reponame>johanandren\/lagom\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.scaladsl.persistence.cassandra\n\nimport akka.stream.ActorAttributes\nimport akka.stream.scaladsl.Flow\nimport akka.{ Done, NotUsed }\nimport com.datastax.driver.core.{ BatchStatement, BoundStatement }\nimport com.lightbend.lagom.scaladsl.persistence.ReadSideProcessor.ReadSideHandler\nimport com.lightbend.lagom.scaladsl.persistence._\nimport com.lightbend.lagom.scaladsl.persistence.cassandra.CassandraSession\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.immutable\nimport scala.concurrent.{ ExecutionContext, Future }\n\n\/**\n * Internal API\n *\/\nprivate[cassandra] abstract class CassandraReadSideHandler[Event <: AggregateEvent[Event], Handler](\n  session:    CassandraSession,\n  handlers:   Map[Class[_ <: Event], Handler],\n  dispatcher: String\n)(implicit ec: ExecutionContext) extends ReadSideHandler[Event] {\n\n  private val log = LoggerFactory.getLogger(this.getClass)\n\n  protected def invoke(handler: Handler, event: EventStreamElement[Event]): Future[immutable.Seq[BoundStatement]]\n\n  override def handle(): Flow[EventStreamElement[Event], Done, NotUsed] = {\n\n    def invokeHandler(handler: Handler, elem: EventStreamElement[Event]): Future[Done] = {\n      for {\n        statements <- invoke(handler, elem)\n        done <- statements.size match {\n          case 0 => Future.successful(Done)\n          case 1 => session.executeWrite(statements.head)\n          case _ =>\n            val batch = new BatchStatement\n            val iter = statements.iterator\n            while (iter.hasNext)\n              batch.add(iter.next)\n            session.executeWriteBatch(batch)\n        }\n      } yield done\n    }\n\n    Flow[EventStreamElement[Event]].mapAsync(parallelism = 1) { elem =>\n      handlers.get(elem.event.getClass.asInstanceOf[Class[Event]]) match {\n        case Some(handler) => invokeHandler(handler, elem)\n        case None =>\n          if (log.isDebugEnabled)\n            log.debug(\"Unhandled event [{}]\", elem.event.getClass.getName)\n          Future.successful(Done)\n      }\n    }.withAttributes(ActorAttributes.dispatcher(dispatcher))\n  }\n}\n\n\/**\n * Internal API\n *\/\nprivate[cassandra] object CassandraAutoReadSideHandler {\n  type Handler[Event] = (EventStreamElement[_ <: Event]) => Future[immutable.Seq[BoundStatement]]\n}\n\n\/**\n * Internal API\n *\/\nprivate[cassandra] final class CassandraAutoReadSideHandler[Event <: AggregateEvent[Event]](\n  session:               CassandraSession,\n  offsetStore:           CassandraOffsetStore,\n  handlers:              Map[Class[_ <: Event], CassandraAutoReadSideHandler.Handler[Event]],\n  globalPrepareCallback: () => Future[Done],\n  prepareCallback:       AggregateEventTag[Event] => Future[Done],\n  readProcessorId:       String,\n  dispatcher:            String\n)(implicit ec: ExecutionContext)\n  extends CassandraReadSideHandler[Event, CassandraAutoReadSideHandler.Handler[Event]](\n    session, handlers, dispatcher\n  ) {\n\n  import CassandraAutoReadSideHandler.Handler\n\n  @volatile\n  private var offsetDao: CassandraOffsetDao = _\n\n  override protected def invoke(handler: Handler[Event], element: EventStreamElement[Event]): Future[immutable.Seq[BoundStatement]] = {\n    for {\n      statements <- (handler.asInstanceOf[EventStreamElement[Event] => Future[immutable.Seq[BoundStatement]]].apply(element))\n    } yield statements :+ offsetDao.bindSaveOffset(element.offset)\n  }\n\n  override def globalPrepare(): Future[Done] = {\n    globalPrepareCallback.apply()\n  }\n\n  override def prepare(tag: AggregateEventTag[Event]): Future[Offset] = {\n    for {\n      _ <- prepareCallback.apply(tag)\n      dao <- offsetStore.prepare(readProcessorId, tag.tag)\n    } yield {\n      offsetDao = dao\n      dao.loadedOffset\n    }\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"play-json\/src\/main\/scala\/com\/lightbend\/lagom\/scaladsl\/playjson\/Serializers.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.playjson\n\nimport play.api.libs.json._\n\nimport scala.collection.immutable.Seq\nimport scala.reflect.ClassTag\n\nobject Serializers {\n\n  \/**\n   * Creates a format that will serialize and deserialize a singleton to an empty js object\n   *\/\n  def emptySingletonFormat[A](singleton: A) = Format[A](\n    Reads[A](_ => JsSuccess(singleton)),\n    Writes[A](_ => JsObject(Seq.empty))\n  )\n\n  \/**\n   * Create a serializer for the PlayJsonSerializationRegistry, describes how a specific class can be read and written\n   * as json using separate play-json [[Reads]] and [[Writes]]\n   *\/\n  def apply[T: ClassTag](reads: Reads[T], writes: Writes[T]): Serializers[T] =\n    SerializersImpl(implicitly[ClassTag[T]].runtimeClass.asInstanceOf[Class[T]], reads, writes)\n\n  \/**\n   * Create a serializer for the PlayJsonSerializationRegistry, describes how a specific class can be read and written\n   * as json using separate play-json [[Reads]] and [[Writes]]\n   *\/\n  def apply[T: ClassTag](format: Format[T]): Serializers[T] =\n    SerializersImpl(implicitly[ClassTag[T]].runtimeClass.asInstanceOf[Class[T]], format, format)\n\n  private case class SerializersImpl[T](entityClass: Class[T], reads: Reads[T], writes: Writes[T]) extends Serializers[T]\n}\n\n\/**\n * Describes how to serialize and deserialize a type using play-json\n *\/\nsealed trait Serializers[T] {\n  def entityClass: Class[T]\n  def reads: Reads[T]\n  def writes: Writes[T]\n}\n\n"}
{"repo_name":"johanandren\/lagom","path":"dev\/sbt-plugin\/src\/main\/scala\/com\/lightbend\/lagom\/sbt\/Internal.scala","text":"<filename>dev\/sbt-plugin\/src\/main\/scala\/com\/lightbend\/lagom\/sbt\/Internal.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.sbt\n\nimport sbt._\nimport play.sbt.PlayInteractionMode\n\nobject Internal {\n  object Configs {\n    val DevRuntime = config(\"dev-mode\").hide extend Runtime\n    val CassandraRuntime = config(\"dev-mode-cassandra\").hide extend Runtime\n  }\n\n  object Keys {\n    val interactionMode = SettingKey[PlayInteractionMode](\"interactionMode\", \"Hook to configure how a service blocks when running\")\n    val stop = TaskKey[Unit](\"stop\", \"Stop services, if have been started in non blocking mode\")\n  }\n}"}
{"repo_name":"johanandren\/lagom","path":"testkit\/scaladsl\/src\/main\/scala\/com\/lightbend\/lagom\/javadsl\/testkit\/PersistentEntityTestDriver.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.testkit\n\nimport scala.collection.immutable\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\nimport scala.util.control.Exception.Catcher\nimport scala.util.control.NonFatal\n\nimport akka.actor.ActorSystem\nimport akka.serialization.JavaSerializer\nimport akka.serialization.SerializationExtension\nimport akka.serialization.SerializerWithStringManifest\nimport com.lightbend.lagom.scaladsl.persistence.PersistentEntity\nimport com.lightbend.lagom.scaladsl.persistence.PersistentEntity.ReplyType\n\nobject PersistentEntityTestDriver {\n  final case class Outcome[E, S](\n    events: immutable.Seq[E], state: S,\n    sideEffects: immutable.Seq[SideEffect],\n    issues:      immutable.Seq[Issue]\n  ) {\n\n    \/**\n     * The messages that were sent as replies using the context that is\n     * passed as parameter to the command handler functions.\n     *\/\n    def getReplies: immutable.Seq[Any] = sideEffects.collect { case Reply(msg) => msg }\n  }\n\n  trait SideEffect\n\n  final case class Reply(msg: Any) extends SideEffect\n\n  trait Issue\n\n  final case class NoSerializer(obj: Any, cause: Throwable) extends Issue {\n    override def toString: String = s\"No serializer defined for ${obj.getClass}\"\n  }\n  final case class UsingJavaSerializer(obj: Any) extends Issue {\n    override def toString: String = s\"Java serialization is used for ${obj.getClass}\"\n  }\n  final case class NotSerializable(obj: Any, cause: Throwable) extends Issue {\n    override def toString: String = s\"${obj.getClass} is not serializable, ${cause.getMessage}\"\n  }\n  final case class NotDeserializable(obj: Any, cause: Throwable) extends Issue {\n    override def toString: String = s\"${obj.getClass} is not deserializable, ${cause.getMessage}\"\n  }\n  final case class NotEqualAfterSerialization(message: String, objBefore: AnyRef, objAfter: AnyRef) extends Issue {\n    override def toString: String = message\n  }\n  final case class UnhandledCommand(command: Any) extends Issue {\n    override def toString: String = s\"No command handler registered for ${command.getClass}\"\n  }\n  final case class UnhandledEvent(event: Any) extends Issue {\n    override def toString: String = s\"No event handler registered for ${event.getClass}\"\n  }\n\n}\n\n\/**\n * A testing utility for verifying that a [[com.lightbend.lagom.scaladsl.persistence.PersistentEntity]]\n * emits expected events and side-effects in response to incoming commands.\n *\n * It also verifies that all commands, events, replies and state are\n * serializable, and reports any such problems in the `issues` of the `Outcome`.\n *\/\nclass PersistentEntityTestDriver[C, E, S](system: ActorSystem, entity: PersistentEntity[C, E, S], entityId: String) {\n  import PersistentEntityTestDriver._\n\n  private val serialization = SerializationExtension(system)\n\n  entity.internalSetEntityId(entityId)\n  private var state: S = entity.initialState\n  private val behavior: entity.Behavior = entity.behavior\n\n  private var initialized = false\n  private var sideEffects: Vector[SideEffect] = Vector.empty\n  private var issues: Vector[Issue] = Vector.empty\n  private var allIssues: Vector[Issue] = Vector.empty\n\n  \/**\n   * Initialize the entity.\n   *\n   * This can be used to simulate the startup of an entity, be passing some snapshot state, and then some additional\n   * events that weren't included in that entity.\n   *\n   * The returned outcome contains the state with events applied to it and any issues with the state and events.\n   *\n   * This method may not be invoked twice, and it also must not be invoked after passing commands to the `run` method,\n   * since that will automatically initialize the entity with an empty snapshot if not yet initialized.\n   *\n   * @param snapshotState The state to initialize the entity with.\n   * @param events The additional events to run before invoking `recoveryCompleted`\n   * @return The outcome.\n   *\/\n  def initialize(snapshotState: Option[S], events: E*): Outcome[E, S] = {\n    if (initialized) {\n      throw new IllegalStateException(\"The entity has already been initialized\")\n    }\n    initialized = true\n\n    issues = Vector.empty\n\n    snapshotState.foreach(state = _)\n    issues ++= checkSerialization(state)\n\n    events.foreach { event =>\n      issues ++= checkSerialization(event)\n      applyEvent(event)\n      issues ++= checkSerialization(state)\n    }\n\n    state = entity.recoveryCompleted(state)\n    issues ++= checkSerialization(state)\n\n    allIssues ++= issues\n    Outcome(events.toVector, state, Nil, issues)\n  }\n\n  private val unhandledState: Catcher[Nothing] = {\n    case e: MatchError \u21d2 throw new IllegalStateException(\n      s\"Undefined state [${state.getClass.getName}] in [${entity.getClass.getName}] with id [${entityId}]\"\n    )\n  }\n\n  private def unhandledCommand: PartialFunction[(C, entity.CommandContext, S), entity.Persist[_]] = {\n    case (cmd, _, _) =>\n      issues :+= UnhandledCommand(cmd)\n      entity.persistNone\n  }\n\n  \/**\n   * The entity will process the commands and the emitted events and side effects\n   * are recorded and provided in the returned `Outcome`. Current state is also\n   * included in the `Outcome`.\n   *\n   * `run` may be invoked multiple times to divide the sequence of commands\n   * into manageable steps. The `Outcome` contains the events and side-effects of\n   * the last `run`, but the state is not reset between different runs.\n   *\/\n  def run(commands: C*): Outcome[E, S] = {\n    sideEffects = Vector.empty\n    issues = Vector.empty\n\n    if (!initialized) {\n      initialize(None)\n    }\n\n    var producedEvents: Vector[E] = Vector.empty\n    commands.foreach { cmd =>\n      val c = cmd.asInstanceOf[PersistentEntity.ReplyType[_]]\n      val ctx: entity.CommandContext = new entity.CommandContext {\n        override def reply[R](currentCommand: C with ReplyType[R], msg: R): Unit = {\n          if (currentCommand ne c) throw new IllegalArgumentException(\n            \"Reply must be sent in response to the command that is currently processed, \" +\n              s\"Received command is [$cmd], but reply was to [$currentCommand]\"\n          )\n          sideEffects :+= Reply(msg)\n          issues ++= checkSerialization(msg)\n        }\n\n        override def commandFailed(cause: Throwable): Unit = {\n          \/\/ not using akka.actor.Status.Failure because it is using Java serialization\n          sideEffects :+= Reply(cause)\n          issues ++= checkSerialization(cause)\n        }\n      }\n\n      issues ++= checkSerialization(cmd)\n\n      val actions = try behavior(state) catch unhandledState\n      val result = actions.commandHandler.applyOrElse((cmd.asInstanceOf[C], ctx, state), unhandledCommand)\n\n      result match {\n        case _: entity.PersistNone[_] => \/\/ done\n        case entity.PersistOne(event, afterPersist) =>\n          issues ++= checkSerialization(event)\n          try {\n            val evt = event.asInstanceOf[E]\n            producedEvents :+= evt\n            applyEvent(evt)\n            issues ++= checkSerialization(state)\n            if (afterPersist != null)\n              afterPersist(event)\n          } catch {\n            case NonFatal(e) =>\n              ctx.commandFailed(e) \/\/ reply with failure\n              throw e\n          }\n        case entity.PersistAll(events, afterPersist) =>\n          var count = events.size\n          events.foreach { event =>\n            val evt = event.asInstanceOf[E]\n            issues ++= checkSerialization(evt)\n            try {\n              producedEvents :+= evt\n              applyEvent(evt)\n              issues ++= checkSerialization(state)\n              count -= 1\n              if (afterPersist != null && count == 0)\n                afterPersist.apply()\n            } catch {\n              case NonFatal(e) =>\n                ctx.commandFailed(e) \/\/ reply with failure\n                throw e\n            }\n          }\n      }\n\n    }\n\n    allIssues ++= issues\n    Outcome[E, S](producedEvents, state, sideEffects, issues)\n  }\n\n  \/**\n   * Accumulated issues from all previous runs.\n   *\/\n  def getAllIssues: immutable.Seq[Issue] = allIssues\n\n  private val unhandledEvent: PartialFunction[(E, S), S] = {\n    case event =>\n      issues :+= UnhandledEvent(event)\n      state\n  }\n\n  private def applyEvent(event: E): Unit = {\n    val actions = try behavior(state) catch unhandledState\n    state = actions.eventHandler.applyOrElse((event, state), unhandledEvent)\n  }\n\n  private def checkSerialization(obj: Any): Option[Issue] = {\n    val obj1 = obj.asInstanceOf[AnyRef]\n    \/\/ check that it is configured\n    Try(serialization.serializerFor(obj.getClass)) match {\n      case Failure(e) => Some(NoSerializer(obj, e))\n      case Success(serializer) =>\n        \/\/ verify serialization-deserialization round trip\n        Try(serializer.toBinary(obj1)) match {\n          case Failure(e) => Some(NotSerializable(obj, e))\n          case Success(blob) =>\n            val manifest = serializer match {\n              case ser: SerializerWithStringManifest => ser.manifest(obj1)\n              case _                                 => if (serializer.includeManifest) obj.getClass.getName else \"\"\n            }\n            serialization.deserialize(blob, serializer.identifier, manifest) match {\n              case Failure(e) => Some(NotDeserializable(obj, e))\n              case Success(obj2) =>\n                if (obj != obj2) {\n                  Some(NotEqualAfterSerialization(\n                    s\"Object [$obj] does not equal [$obj2] after serialization\/deserialization\", obj1, obj2\n                  ))\n                } else if (serializer.isInstanceOf[JavaSerializer] && !isOkForJavaSerialization(obj1.getClass))\n                  Some(UsingJavaSerializer(obj1))\n                else\n                  None\n            }\n        }\n    }\n  }\n\n  private def isOkForJavaSerialization(clazz: Class[_]): Boolean = {\n    \/\/ FIXME enable this when Play-json serializer is ready\n    true\n    \/\/ e.g. String\n    \/\/    clazz.getName.startsWith(\"java.lang.\") ||\n    \/\/      clazz.getName.startsWith(\"akka.\")\n  }\n\n}\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/javadsl\/src\/test\/scala\/com\/lightbend\/lagom\/javadsl\/persistence\/cassandra\/CassandraReadSideSpec.scala","text":"<reponame>johanandren\/lagom<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.javadsl.persistence.cassandra\n\nimport akka.NotUsed\nimport akka.persistence.cassandra.query.scaladsl.CassandraReadJournal\nimport akka.persistence.query.PersistenceQuery\nimport akka.stream.javadsl.Source\nimport com.typesafe.config.ConfigFactory\nimport com.lightbend.lagom.javadsl.persistence._\nimport com.lightbend.lagom.internal.javadsl.persistence.cassandra.{ CassandraOffsetStore, CassandraReadSideImpl }\nimport com.lightbend.lagom.internal.persistence.ReadSideConfig\nimport com.lightbend.lagom.javadsl.persistence.Offset.TimeBasedUUID\n\nobject CassandraReadSideSpec {\n\n  val config = ConfigFactory.parseString(s\"\"\"\n    akka.loglevel = INFO\n  \"\"\")\n\n}\n\nclass CassandraReadSideSpec extends CassandraPersistenceSpec(CassandraReadSideSpec.config) with AbstractReadSideSpec {\n  lazy val testSession: CassandraSession = new CassandraSession(system)\n  lazy val queries = PersistenceQuery(system).readJournalFor[CassandraReadJournal](CassandraReadJournal.Identifier)\n\n  override def eventStream[Event <: AggregateEvent[Event]](\n    aggregateTag: AggregateEventTag[Event],\n    fromOffset:   Offset\n  ): Source[akka.japi.Pair[Event, Offset], NotUsed] = {\n    val tag = aggregateTag.tag\n    val offset = fromOffset match {\n      case Offset.NONE         => queries.firstOffset\n      case uuid: TimeBasedUUID => uuid.value()\n      case other               => throw new IllegalArgumentException(\"Cassandra does not support \" + other.getClass.getName + \" offsets\")\n    }\n    queries.eventsByTag(tag, offset)\n      .map { env => akka.japi.Pair.create(env.event.asInstanceOf[Event], Offset.timeBasedUUID(env.offset)) }\n      .asJava\n  }\n\n  val readSide = new TestEntityReadSide(testSession)\n  val cassandraReadSide = new CassandraReadSideImpl(system, testSession, new CassandraOffsetStore(system, testSession,\n    ReadSideConfig())(system.dispatcher), null, null)\n\n  override def getAppendCount(id: String) = readSide.getAppendCount(id)\n\n  override def processorFactory(): ReadSideProcessor[TestEntity.Evt] = {\n    new TestEntityReadSide.TestEntityReadSideProcessor(cassandraReadSide, testSession)\n  }\n\n}\n\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-jdbc\/scaladsl\/src\/test\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/jdbc\/JdbcReadSideSpec.scala","text":"<filename>persistence-jdbc\/scaladsl\/src\/test\/scala\/com\/lightbend\/lagom\/scaladsl\/persistence\/jdbc\/JdbcReadSideSpec.scala\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.scaladsl.persistence.jdbc\n\nimport akka.NotUsed\nimport akka.persistence.jdbc.query.scaladsl.JdbcReadJournal\nimport akka.persistence.query.PersistenceQuery\nimport akka.stream.scaladsl.Source\nimport com.lightbend.lagom.internal.scaladsl.persistence.PersistentEntityActor\nimport com.lightbend.lagom.scaladsl.persistence.TestEntity.Evt\nimport com.lightbend.lagom.scaladsl.persistence._\n\nimport scala.concurrent.Future\n\nclass JdbcReadSideSpec extends JdbcPersistenceSpec with AbstractReadSideSpec {\n\n  lazy val readSide = new JdbcTestEntityReadSide(session)\n  lazy val queries = PersistenceQuery(system).readJournalFor[JdbcReadJournal](JdbcReadJournal.Identifier)\n\n  override def eventStream[Event <: AggregateEvent[Event]](aggregateTag: AggregateEventTag[Event], fromOffset: Offset): Source[EventStreamElement[Event], NotUsed] = {\n    val tag = aggregateTag.tag\n    val offset = fromOffset match {\n      case NoOffset        => 0l\n      case Sequence(value) => value + 1\n      case other           => throw new IllegalArgumentException(s\"JDBC does not support ${other.getClass.getSimpleName} offsets\")\n    }\n    queries.eventsByTag(tag, offset)\n      .map { env =>\n        new EventStreamElement[Event](\n          PersistentEntityActor.extractEntityId(env.persistenceId),\n          env.event.asInstanceOf[Event],\n          Sequence(env.offset): Offset\n        )\n      }\n  }\n\n  override def processorFactory(): ReadSideProcessor[Evt] = {\n    new JdbcTestEntityReadSide.TestEntityReadSideProcessor(jdbcReadSide)\n  }\n\n  override def getAppendCount(id: String): Future[Long] = {\n    readSide.getAppendCount(id)\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"build.sbt","text":"<reponame>johanandren\/lagom<filename>build.sbt\nimport java.net.InetSocketAddress\nimport java.nio.channels.ServerSocketChannel\nimport java.util.{Timer, TimerTask}\nimport java.util.concurrent.atomic.{AtomicInteger, AtomicReference}\n\nimport sbt.ScriptedPlugin\nimport Tests._\nimport com.typesafe.sbt.SbtMultiJvm\nimport com.typesafe.sbt.SbtMultiJvm.MultiJvmKeys\nimport com.typesafe.sbt.SbtMultiJvm.MultiJvmKeys.MultiJvm\nimport lagom.Protobuf\nimport com.typesafe.sbt.SbtScalariform\nimport com.typesafe.sbt.SbtScalariform.ScalariformKeys\nimport de.heikoseeberger.sbtheader.HeaderPattern\n\nval PlayVersion = \"2.5.4\"\nval AkkaVersion = \"2.4.11\"\nval AkkaPersistenceCassandraVersion = \"0.19\"\nval ScalaTestVersion = \"2.2.4\"\nval JacksonVersion = \"2.7.8\"\nval CassandraAllVersion = \"3.0.9\"\nval GuavaVersion = \"19.0\"\nval MavenVersion = \"3.3.9\"\nval NettyVersion = \"4.0.40.Final\"\nval KafkaVersion = \"0.10.0.1\"\nval AkkaStreamKafka = \"0.13\"\nval Log4j = \"1.2.17\"\nval ScalaJava8CompatVersion = \"0.7.0\"\n\nval scalaTest = \"org.scalatest\" %% \"scalatest\" % ScalaTestVersion\nval guava = \"com.google.guava\" % \"guava\" % GuavaVersion\nval log4J = \"log4j\" % \"log4j\" % Log4j\nval scalaJava8Compat = \"org.scala-lang.modules\" %% \"scala-java8-compat\" % ScalaJava8CompatVersion\n\ndef common: Seq[Setting[_]] = releaseSettings ++ bintraySettings ++ Seq(\n  organization := \"com.lightbend.lagom\",\n  \/\/ Must be \"Apache-2.0\", because bintray requires that it is a license that it knows about\n  licenses := Seq((\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\"))),\n  homepage := Some(url(\"http:\/\/www.lagomframework.com\/\")),\n  sonatypeProfileName := \"com.lightbend\",\n  headers := headers.value ++ Map(\n     \"scala\" -> (\n       HeaderPattern.cStyleBlockComment,\n       \"\"\"|\/*\n          | * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n          | *\/\n          |\"\"\".stripMargin\n     ),\n     \"java\" -> (\n       HeaderPattern.cStyleBlockComment,\n       \"\"\"|\/*\n          | * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n          | *\/\n          |\"\"\".stripMargin\n     )\n  ),\n\n  pomExtra := {\n    <scm>\n      <url>https:\/\/github.com\/lagom\/lagom<\/url>\n      <connection>scm:git:<EMAIL>:lagom\/lagom.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n        <id>lagom<\/id>\n        <name>Lagom Contributors<\/name>\n        <url>https:\/\/github.com\/lagom<\/url>\n      <\/developer>\n    <\/developers>\n    <dependencyManagement>\n      <dependencies>\n        {\n        \/\/ todo - put this in a parent pom rather than in each project\n        Seq(\"buffer\", \"codec\", \"codec-http\", \"common\", \"handler\", \"transport\", \"transport-native-epoll\").map { nettyDep =>\n          <dependency>\n            <groupId>io.netty<\/groupId>\n            <artifactId>netty-{nettyDep}<\/artifactId>\n            <version>{NettyVersion}<\/version>\n          <\/dependency>\n        }\n        }\n      <\/dependencies>\n    <\/dependencyManagement>\n  },\n  pomIncludeRepository := { _ => false },\n \n  concurrentRestrictions in Global += Tags.limit(Tags.Test, 1),\n\n  \/\/ Setting javac options in common allows IntelliJ IDEA to import them automatically\n  javacOptions in compile ++= Seq(\n    \"-encoding\", \"UTF-8\",\n    \"-source\", \"1.8\",\n    \"-target\", \"1.8\",\n    \"-parameters\",\n    \"-Xlint:unchecked\",\n    \"-Xlint:deprecation\"\n  )\n)\n\ndef bintraySettings: Seq[Setting[_]] = Seq(\n  bintrayOrganization := Some(\"lagom\"),\n  bintrayRepository := \"sbt-plugin-releases\",\n  bintrayPackage := \"lagom-sbt-plugin\",\n  bintrayReleaseOnPublish := false\n)\n\ndef releaseSettings: Seq[Setting[_]] = Seq(\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  releaseTagName := (version in ThisBuild).value,\n  releaseProcess := {\n    import ReleaseTransformations._\n\n    Seq[ReleaseStep](\n      checkSnapshotDependencies,\n      inquireVersions,\n      setReleaseVersion,\n      commitReleaseVersion,\n      tagRelease,\n      publishArtifacts,\n      releaseStepTask(bintrayRelease in thisProjectRef.value),\n      releaseStepCommand(\"sonatypeRelease\"),\n      setNextVersion,\n      commitNextVersion,\n      pushChanges\n    )\n  }\n)\n\ndef runtimeLibCommon: Seq[Setting[_]] = common ++ SbtScalariform.scalariformSettings ++ Seq(\n  crossScalaVersions := Seq(\"2.11.8\"),\n  scalaVersion := crossScalaVersions.value.head,\n  crossVersion := CrossVersion.binary,\n  crossPaths := false,\n\n  dependencyOverrides += \"com.typesafe.akka\" %% \"akka-actor\" % AkkaVersion,\n  dependencyOverrides += \"com.typesafe.akka\" %% \"akka-slf4j\" % AkkaVersion,\n\n  \/\/ compile options\n  scalacOptions in Compile ++= Seq(\"-encoding\", \"UTF-8\", \"-target:jvm-1.8\", \"-feature\", \"-unchecked\", \"-Xlog-reflective-calls\", \"-Xlint\", \"-deprecation\"),\n\n  incOptions := incOptions.value.withNameHashing(true),\n\n  \/\/ show full stack traces and test case durations\n  testOptions in Test += Tests.Argument(\"-oDF\"),\n  \/\/ -v Log \"test run started\" \/ \"test started\" \/ \"test run finished\" events on log level \"info\" instead of \"debug\".\n  \/\/ -a Show stack traces and exception class name for AssertionErrors.\n  testOptions += Tests.Argument(TestFrameworks.JUnit, \"-v\", \"-a\"),\n\n  ScalariformKeys.preferences in Compile  := formattingPreferences,\n  ScalariformKeys.preferences in Test     := formattingPreferences,\n  ScalariformKeys.preferences in MultiJvm := formattingPreferences\n)\n\ndef formattingPreferences = {\n  import scalariform.formatter.preferences._\n  FormattingPreferences()\n    .setPreference(RewriteArrowSymbols, false)\n    .setPreference(AlignParameters, true)\n    .setPreference(AlignSingleLineCaseStatements, true)\n    .setPreference(SpacesAroundMultiImports, true)\n}\n\nval defaultMultiJvmOptions: List[String] = {\n  import scala.collection.JavaConverters._\n  \/\/ multinode.D= and multinode.X= makes it possible to pass arbitrary\n  \/\/ -D or -X arguments to the forked jvm, e.g. \n  \/\/ -Djava.net.preferIPv4Stack=true or -Dmultinode.Xmx512m\n  val MultinodeJvmArgs = \"multinode\\\\.(D|X)(.*)\".r\n  val knownPrefix = Set(\"akka.\", \"lagom.\")\n  val properties = System.getProperties.propertyNames.asScala.toList.collect {\n    case MultinodeJvmArgs(a, b) =>\n      val value = System.getProperty(\"multinode.\" + a + b)\n      \"-\" + a + b + (if (value == \"\") \"\" else \"=\" + value)\n    case key: String if knownPrefix.exists(pre => key.startsWith(pre)) => \"-D\" + key + \"=\" + System.getProperty(key)\n  }\n\n  \"-Xmx128m\" :: properties\n}\n\ndef databasePortSetting: String = {\n  val serverSocket = ServerSocketChannel.open().socket()\n  serverSocket.bind(new InetSocketAddress(\"127.0.0.1\", 0))\n  val port = serverSocket.getLocalPort\n  serverSocket.close()\n  s\"-Ddatabase.port=$port\"\n}\n\ndef multiJvmTestSettings: Seq[Setting[_]] = SbtMultiJvm.multiJvmSettings ++ Seq(\n  parallelExecution in Test := false,\n  MultiJvmKeys.jvmOptions in MultiJvm := databasePortSetting :: defaultMultiJvmOptions,\n  \/\/ make sure that MultiJvm test are compiled by the default test compilation\n  compile in MultiJvm <<= (compile in MultiJvm) triggeredBy (compile in Test),\n  \/\/ tag MultiJvm tests so that we can use concurrentRestrictions to disable parallel tests\n  executeTests in MultiJvm <<= (executeTests in MultiJvm) tag(Tags.Test),\n  \/\/ make sure that MultiJvm tests are executed by the default test target, \n  \/\/ and combine the results from ordinary test and multi-jvm tests\n  executeTests in Test <<= (executeTests in Test, executeTests in MultiJvm) map {\n    case (testResults, multiNodeResults)  =>\n      val overall =\n        if (testResults.overall.id < multiNodeResults.overall.id)\n          multiNodeResults.overall\n        else\n          testResults.overall\n      Tests.Output(overall,\n        testResults.events ++ multiNodeResults.events,\n        testResults.summaries ++ multiNodeResults.summaries)\n  }\n)\n\nval javadslProjects = Seq[ProjectReference](\n  `api-javadsl`,\n  `server-javadsl`,\n  `client-javadsl`,\n  `broker-javadsl`\n)\n\nval coreProjects = Seq[ProjectReference](\n  `api-tools`,\n  spi,\n  jackson,\n  `play-json`,\n  core,\n  `cluster-core`,\n  `cluster-javadsl`,\n  `cluster-scaladsl`,\n  pubsub,\n  `kafka-client`,\n  `kafka-broker`,\n  `persistence-core`,\n  `persistence-javadsl`,\n  `persistence-scaladsl`,\n  `persistence-cassandra-core`,\n  `persistence-cassandra-javadsl`,\n  `persistence-cassandra-scaladsl`,\n  `persistence-jdbc-core`,\n  `persistence-jdbc-javadsl`,\n  `persistence-jdbc-scaladsl`,\n  `testkit-javadsl`,\n  `testkit-scaladsl`,\n  logback,\n  immutables,\n  `integration-client-javadsl`\n)\n\nval otherProjects = Seq[ProjectReference](\n  `dev-environment`,\n  `integration-tests-javadsl`\n)\n\nlazy val root = (project in file(\".\"))\n  .settings(name := \"lagom\")\n  .settings(common: _*)\n  .settings(\n    PgpKeys.publishSigned := {},\n    publishLocal := {},\n    publishArtifact in Compile := false,\n    publish := {}\n  )\n  .enablePlugins(lagom.UnidocRoot)\n  .settings(UnidocRoot.settings(Nil, otherProjects ++\n    Seq[ProjectReference](`sbt-scripted-library`, `sbt-scripted-tools`)): _*)\n  .aggregate(javadslProjects: _*)\n  .aggregate(coreProjects: _*)\n  .aggregate(otherProjects: _*)\n\ndef RuntimeLibPlugins = AutomateHeaderPlugin && Sonatype && PluginsAccessor.exclude(BintrayPlugin) \ndef SbtPluginPlugins = AutomateHeaderPlugin && BintrayPlugin && PluginsAccessor.exclude(Sonatype) \n\nlazy val `api-javadsl` = (project in file(\"service\/javadsl\/api\"))\n  .settings(name := \"lagom-javadsl-api\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-java\" % PlayVersion,\n      \"com.typesafe.akka\" %% \"akka-actor\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-slf4j\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-stream\" % AkkaVersion,\n      \/\/ An explicit depnedency is added on Guava because mavens resolution rule is stupid - it doesn't use the most\n      \/\/ recent version in the tree, it uses the version that's closest to the root of the tree. So this puts the\n      \/\/ version we need closer to the root of the tree.\n      guava,\n      \"org.pcollections\" % \"pcollections\" % \"2.1.2\",\n      \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.0.4\",\n      scalaTest % Test,\n      \"com.fasterxml.jackson.module\" % \"jackson-module-parameter-names\" % JacksonVersion % Test\n    )\n  ).dependsOn(spi)\n\nlazy val immutables = (project in file(\"immutables\"))\n  .settings(name := \"lagom-javadsl-immutables\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies += \"org.immutables\" % \"value\" % \"2.3.2\"\n  )\n\nlazy val spi = (project in file(\"spi\"))\n  .settings(name := \"lagom-spi\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n\nlazy val jackson = (project in file(\"jackson\"))\n  .settings(name := \"lagom-javadsl-jackson\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(      \n      \"com.fasterxml.jackson.module\" % \"jackson-module-parameter-names\" % JacksonVersion,\n      \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-pcollections\" % JacksonVersion,\n      \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-guava\" % JacksonVersion,\n      \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-jdk8\" % JacksonVersion,\n      \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-jsr310\" % JacksonVersion,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\")\n  )\n  .dependsOn(`api-javadsl`, immutables % \"test->compile\")\n\nlazy val `play-json` = (project in file(\"play-json\"))\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    name := \"lagom-scaladsl-play-json\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-json\" % PlayVersion,\n      \"com.typesafe.akka\" %% \"akka-actor\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion,\n      scalaTest % Test\n    )\n  )\n\nlazy val `api-tools` = (project in file(\"api-tools\"))\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-json\" % PlayVersion,\n      scalaTest % Test\n    )\n  )\n  .dependsOn(\n    `api-javadsl`,\n    `server-javadsl` % \"compile->test\"\n  )\n\nlazy val core = (project in file(\"core\"))\n  .settings(name := \"lagom-core\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`api-javadsl`, jackson)\n\nlazy val `client-javadsl` = (project in file(\"service\/javadsl\/client\"))\n  .settings(name := \"lagom-javadsl-client\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-ws\" % PlayVersion,\n      \"io.dropwizard.metrics\" % \"metrics-core\" % \"3.1.2\"\n    )\n  )\n  .dependsOn(core)\n\nlazy val `integration-client-javadsl` = (project in file(\"service\/javadsl\/integration-client\"))\n  .settings(name := \"lagom-javadsl-integration-client\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`client-javadsl`, `service-registry-client`, `kafka-client`)\n\nlazy val `server-javadsl` = (project in file(\"service\/javadsl\/server\"))\n  .settings(\n    name := \"lagom-javadsl-server\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-actor\" % AkkaVersion,\n      guava\n    )\n  )\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(runtimeLibCommon: _*)\n  .dependsOn(core, `client-javadsl`, immutables % \"provided\")\n\nlazy val `testkit-javadsl` = (project in file(\"testkit\/javadsl\"))\n  .settings(name := \"lagom-javadsl-testkit\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-netty-server\" % PlayVersion,\n      \"org.apache.cassandra\" % \"cassandra-all\" % CassandraAllVersion exclude(\"io.netty\", \"netty-all\"),\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-persistence-cassandra\" % AkkaPersistenceCassandraVersion,\n      scalaTest % Test\n    )\n  )\n  .dependsOn(`server-javadsl`, pubsub, `broker-javadsl`, `persistence-core` % \"compile;test->test\", `persistence-cassandra-javadsl` % \"test->test\")\n\nlazy val `testkit-scaladsl` = (project in file(\"testkit\/scaladsl\"))\n  .settings(name := \"lagom-scaladsl-testkit\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-netty-server\" % PlayVersion,\n      \"org.apache.cassandra\" % \"cassandra-all\" % CassandraAllVersion exclude(\"io.netty\", \"netty-all\"),\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-persistence-cassandra\" % AkkaPersistenceCassandraVersion,\n      scalaTest % Test\n    )\n  )\n  .dependsOn(`persistence-core` % \"compile;test->test\", `persistence-scaladsl` % \"compile;test->test\", `persistence-cassandra-scaladsl` % \"test->test\")\n\nlazy val `integration-tests-javadsl` = (project in file(\"service\/javadsl\/integration-tests\"))\n  .settings(name := \"lagom-service-integration-tests\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(AutomateHeaderPlugin)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play-netty-server\" % PlayVersion,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\",\n      scalaTest\n    ),\n    PgpKeys.publishSigned := {},\n    publish := {}\n  )\n  .dependsOn(`server-javadsl`, `persistence-cassandra-javadsl`, pubsub, `testkit-javadsl`, logback,`integration-client-javadsl`)\n\n\/\/ for forked tests, necessary for Cassandra\ndef forkedTests: Seq[Setting[_]] = Seq(\n  fork in Test := true,\n  concurrentRestrictions in Global += Tags.limit(Tags.Test, 1),\n  javaOptions in Test ++= Seq(\"-Xms256M\", \"-Xmx512M\"),\n  testGrouping in Test <<= definedTests in Test map singleTestsGrouping\n)\n\n\/\/ group tests, a single test per group\ndef singleTestsGrouping(tests: Seq[TestDefinition]) = {\n  \/\/ We could group non Cassandra tests into another group\n  \/\/ to avoid new JVM for each test, see http:\/\/www.scala-sbt.org\/release\/docs\/Testing.html\n  val javaOptions = Seq(\"-Xms256M\", \"-Xmx512M\")\n  tests map { test =>\n    new Tests.Group(\n      name = test.name,\n      tests = Seq(test),\n      runPolicy = Tests.SubProcess(javaOptions))\n  }\n}\n\nlazy val `cluster-core` = (project in file(\"cluster\/core\"))\n  .settings(name := \"lagom-cluster-core\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-cluster\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\"\n    )\n  )\n\nlazy val `cluster-javadsl` = (project in file(\"cluster\/javadsl\"))\n  .settings(name := \"lagom-javadsl-cluster\")\n  .dependsOn(`cluster-core`, jackson)\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-multi-node-testkit\" % AkkaVersion % \"test\",\n      scalaJava8Compat,\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\",\n      \"com.google.inject\" % \"guice\" % \"4.0\"\n    )\n  ) configs (MultiJvm)\n\nlazy val `cluster-scaladsl` = (project in file(\"cluster\/scaladsl\"))\n  .settings(name := \"lagom-scaladsl-cluster\")\n  .dependsOn(`cluster-core`, `play-json`)\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-multi-node-testkit\" % AkkaVersion % \"test\",\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\"\n    )\n  ) configs (MultiJvm)\n\nlazy val pubsub = (project in file(\"pubsub\"))\n  .settings(name := \"lagom-javadsl-pubsub\")\n  .dependsOn(`cluster-javadsl`)\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.google.inject\" % \"guice\" % \"4.0\",\n      \"com.typesafe.akka\" %% \"akka-cluster-tools\" % AkkaVersion,\n      scalaJava8Compat,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-multi-node-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion % \"test\",\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\"\n    )\n  ) configs (MultiJvm)  \n\nlazy val `persistence-core` = (project in file(\"persistence\/core\"))\n  .settings(name := \"lagom-persistence-core\")\n  .dependsOn(`cluster-core`, `api-javadsl`) \/\/ FIXME replace api-javadsl dependency, ServiceLocatorHolder\n  .settings(runtimeLibCommon: _*)\n  .settings(Protobuf.settings)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      scalaJava8Compat,\n      \"com.typesafe.akka\" %% \"akka-persistence\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-persistence-query-experimental\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-cluster-sharding\" % AkkaVersion,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-multi-node-testkit\" % AkkaVersion % \"test\",\n      \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion % \"test\",\n      scalaTest % Test,\n      \"com.novocode\" % \"junit-interface\" % \"0.11\" % \"test\"\n    )\n  )\n\nlazy val `persistence-javadsl` = (project in file(\"persistence\/javadsl\"))\n  .settings(name := \"lagom-javadsl-persistence\")\n  .dependsOn(`persistence-core` % \"compile;test->test\", jackson, `cluster-javadsl`)\n  .settings(runtimeLibCommon: _*)\n  .settings(Protobuf.settings)\n  .enablePlugins(RuntimeLibPlugins)\n\nlazy val `persistence-scaladsl` = (project in file(\"persistence\/scaladsl\"))\n  .settings(name := \"lagom-scaladsl-persistence\")\n  .dependsOn(`persistence-core` % \"compile;test->test\", `play-json`, `cluster-scaladsl`)\n  .settings(runtimeLibCommon: _*)\n  .settings(Protobuf.settings)\n  .enablePlugins(RuntimeLibPlugins)\n\nlazy val `persistence-cassandra-core` = (project in file(\"persistence-cassandra\/core\"))\n  .settings(name := \"lagom-persistence-cassandra-core\")\n  .dependsOn(`persistence-core` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.akka\" %% \"akka-persistence-cassandra\" % AkkaPersistenceCassandraVersion,\n      \"org.apache.cassandra\" % \"cassandra-all\" % CassandraAllVersion % \"test\" exclude(\"io.netty\", \"netty-all\"),\n      \"io.netty\" % \"netty-codec-http\" % NettyVersion % \"test\",\n      \"io.netty\" % \"netty-transport-native-epoll\" % NettyVersion % \"test\" classifier \"linux-x86_64\"\n    )\n  )\n\nlazy val `persistence-cassandra-javadsl` = (project in file(\"persistence-cassandra\/javadsl\"))\n  .settings(name := \"lagom-javadsl-persistence-cassandra\")\n  .dependsOn(`persistence-core` % \"compile;test->test\", `persistence-javadsl` % \"compile;test->test\",\n    `persistence-cassandra-core` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings() configs (MultiJvm)\n\nlazy val `persistence-cassandra-scaladsl` = (project in file(\"persistence-cassandra\/scaladsl\"))\n  .settings(name := \"lagom-scaladsl-persistence-cassandra\")\n  .dependsOn(`persistence-core` % \"compile;test->test\", `persistence-scaladsl` % \"compile;test->test\",\n    `persistence-cassandra-core` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings() configs (MultiJvm)\n\n\nlazy val `persistence-jdbc-core` = (project in file(\"persistence-jdbc\/core\"))\n  .settings(name := \"lagom-persistence-jdbc-core\")\n  .dependsOn(`persistence-core` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.github.dnvriend\" %% \"akka-persistence-jdbc\" % \"2.6.7\",\n      \"com.typesafe.play\" %% \"play-jdbc\" % PlayVersion\n    )\n  )\n\nlazy val `persistence-jdbc-javadsl` = (project in file(\"persistence-jdbc\/javadsl\"))\n  .settings(name := \"lagom-javadsl-persistence-jdbc\")\n  .dependsOn(`persistence-jdbc-core`, `persistence-core` % \"compile;test->test\", `persistence-javadsl` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*) configs (MultiJvm)\n\nlazy val `persistence-jdbc-scaladsl` = (project in file(\"persistence-jdbc\/scaladsl\"))\n  .settings(name := \"lagom-scaladsl-persistence-jdbc\")\n  .dependsOn(`persistence-jdbc-core`, `persistence-core` % \"compile;test->test\", `persistence-scaladsl` % \"compile;test->test\")\n  .settings(runtimeLibCommon: _*)\n  .settings(multiJvmTestSettings: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(forkedTests: _*) configs (MultiJvm)\n\n\n\nlazy val `kafka-client` = (project in file(\"kafka-client\"))\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(name := \"lagom-javadsl-kafka-client\")\n  .settings(runtimeLibCommon: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.slf4j\" % \"log4j-over-slf4j\" % \"1.7.21\",\n      \"com.typesafe.akka\" %% \"akka-stream-kafka\" % AkkaStreamKafka exclude(\"org.slf4j\",\"slf4j-log4j12\"),\n      \"org.apache.kafka\" %% \"kafka\" % KafkaVersion exclude(\"org.slf4j\",\"slf4j-log4j12\") exclude(\"javax.jms\", \"jms\") exclude(\"com.sun.jdmk\", \"jmxtools\") exclude(\"com.sun.jmx\", \"jmxri\"),\n      scalaTest % Test\n    )\n  )\n  .dependsOn(`api-javadsl`)\n\nlazy val `broker-javadsl` = (project in file(\"service\/javadsl\/broker\"))\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(name := \"lagom-javadsl-broker\")\n  .settings(runtimeLibCommon: _*)\n  .dependsOn(`api-javadsl`, `persistence-javadsl`)\n\nlazy val `kafka-broker` = (project in file(\"kafka-broker\"))\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(name := \"lagom-javadsl-kafka-broker\")\n  .settings(runtimeLibCommon: _*)\n  .settings(forkedTests: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      scalaTest % Test\n    )\n  )\n  .dependsOn(`kafka-client`, `broker-javadsl`, `client-javadsl` % \"optional\", `kafka-server` % Test, logback % Test, `server-javadsl`)\n\nlazy val logback = (project in file(\"logback\"))\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(runtimeLibCommon: _*)\n  .settings(\n    name := \"lagom-logback\",\n    libraryDependencies ++= Seq(\n      \/\/ needed only because we use play.utils.Colors\n      \"com.typesafe.play\" %% \"play\" % PlayVersion\n    ) ++ Seq(\"logback-core\", \"logback-classic\").map(\"ch.qos.logback\" % _ % \"1.1.3\")\n  )\n\nlazy val `dev-environment` = (project in file(\"dev\"))\n  .settings(name := \"lagom-dev\")\n  .settings(common: _*)\n  .enablePlugins(AutomateHeaderPlugin)\n  .aggregate(`build-link`, `reloadable-server`, `build-tool-support`, `sbt-plugin`, `maven-plugin`, `service-locator`,\n    `service-registration`, `cassandra-server`, `cassandra-registration`,  `play-integration`, `service-registry-client`,\n    `maven-java-archetype`, `kafka-server`)\n  .settings(\n    publish := {},\n    PgpKeys.publishSigned := {}\n  )\n\nlazy val `build-link` = (project in file(\"dev\") \/ \"build-link\")\n  .settings(common: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    crossPaths := false,\n    autoScalaLibrary := false,\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" % \"play-exceptions\" % PlayVersion,\n      \"com.typesafe.play\" % \"build-link\" % PlayVersion\n    )\n  )\n\nlazy val `reloadable-server` = (project in file(\"dev\") \/ \"reloadable-server\")\n  .settings(name := \"lagom-reloadable-server\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"com.typesafe.play\" %% \"play\" % PlayVersion,\n      \"com.typesafe.play\" %% \"play-server\" % PlayVersion\n    )\n  )\n  .dependsOn(`build-link`)\n\nlazy val `build-tool-support` = (project in file(\"dev\") \/ \"build-tool-support\")\n  .settings(common: _*)\n  .settings(\n    name := \"lagom-build-tool-support\",\n    publishMavenStyle := true,\n    crossPaths := false,\n    sourceGenerators in Compile <+= (version, sourceManaged in Compile) map Generators.version,\n    libraryDependencies ++= Seq(\n      \"com.lightbend.play\" %% \"play-file-watch\" % \"1.0.0\",\n      \/\/ This is used in the code to check if the embedded cassandra server is started\n      \"com.datastax.cassandra\" % \"cassandra-driver-core\" % \"3.0.0\",\n      scalaTest % Test\n    )\n  ).dependsOn(`build-link`)\n\nlazy val `sbt-plugin` = (project in file(\"dev\") \/ \"sbt-plugin\")\n  .settings(name := \"lagom-sbt-plugin\")\n  .settings(common: _*)\n  .settings(scriptedSettings: _*)\n  .enablePlugins(SbtPluginPlugins)\n  .settings(\n    sbtPlugin := true,\n    libraryDependencies ++= Seq(\n      \/\/ And this is needed to silence the datastax driver logging\n      \"org.slf4j\" % \"slf4j-nop\" % \"1.7.14\",\n      scalaTest % Test\n    ),\n    addSbtPlugin((\"com.typesafe.play\" % \"sbt-plugin\" % PlayVersion).exclude(\"org.slf4j\",\"slf4j-simple\")),\n    scriptedDependencies := {\n      val () = scriptedDependencies.value\n      val () = publishLocal.value\n      val () = (publishLocal in `service-locator`).value\n      val () = (publishLocal in LocalProject(\"sbt-scripted-tools\")).value\n      val () = (publishLocal in `sbt-scripted-library`).value\n    },\n    publishTo := {\n      if (isSnapshot.value) {\n        \/\/ Bintray doesn't support publishing snapshots, publish to Sonatype snapshots instead\n        Some(Opts.resolver.sonatypeSnapshots)\n      } else publishTo.value\n    },\n    publishMavenStyle := isSnapshot.value\n  ).dependsOn(`build-tool-support`)\n\nlazy val `maven-plugin` = (project in file(\"dev\") \/ \"maven-plugin\")\n  .enablePlugins(lagom.SbtMavenPlugin)\n  .settings(common: _*)\n  .settings(\n    name := \"Lagom Maven Plugin\",\n    description := \"Provides Lagom development environment support to maven.\",\n    libraryDependencies ++= Seq(\n      \"org.apache.maven\" % \"maven-plugin-api\" % MavenVersion,\n      \"org.apache.maven\" % \"maven-core\" % MavenVersion,\n      \"org.apache.maven.plugin-testing\" % \"maven-plugin-testing-harness\" % \"3.3.0\" % Test,\n      scalaTest % Test\n    ),\n    publishMavenStyle := true,\n    crossPaths := false,\n    mavenClasspath := (externalDependencyClasspath in (`maven-launcher`, Compile)).value.map(_.data),\n    mavenTestArgs := Seq(\n      \"-Xmx768m\",\n      \"-XX:MaxMetaspaceSize=384m\",\n      s\"-Dlagom.version=${version.value}\",\n      s\"-DarchetypeVersion=${version.value}\",\n      s\"-Dplay.version=$PlayVersion\",\n      s\"-Dscala.binary.version=${(scalaBinaryVersion in `api-javadsl`).value}\",\n      \"-Dorg.slf4j.simpleLogger.showLogName=false\",\n      \"-Dorg.slf4j.simpleLogger.showThreadName=false\"\n    )\n  ).dependsOn(`build-tool-support`)\n\nlazy val `maven-launcher` = (project in file(\"dev\") \/ \"maven-launcher\")\n    .settings(\n      name := \"lagom-maven-launcher\",\n      description := \"Dummy project, exists only to resolve the maven launcher classpath\",\n      libraryDependencies := Seq(\n        \/\/ These dependencies come from https:\/\/github.com\/apache\/maven\/blob\/master\/apache-maven\/pom.xml, they are\n        \/\/ what maven bundles into its own distribution.\n        \"org.apache.maven\" % \"maven-embedder\" % MavenVersion,\n        (\"org.apache.maven.wagon\" % \"wagon-http\" % \"2.10\")\n          .classifier(\"shaded\")\n          .exclude(\"org.apache.maven.wagon\", \"wagon-http-shared4\")\n          .exclude(\"org.apache.httpcomponents\", \"httpclient\")\n          .exclude(\"org.apache.httpcomponents\", \"httpcore\"),\n        \"org.apache.maven.wagon\" % \"wagon-file\" % \"2.10\",\n        \"org.eclipse.aether\" % \"aether-connector-basic\" % \"1.0.2.v20150114\",\n        \"org.eclipse.aether\" % \"aether-transport-wagon\" % \"1.0.2.v20150114\",\n        \"org.slf4j\" % \"slf4j-simple\" % \"1.7.21\"\n      )\n    )\n\ndef scriptedSettings: Seq[Setting[_]] = ScriptedPlugin.scriptedSettings ++ \n  Seq(scriptedLaunchOpts <+= version apply { v => s\"-Dproject.version=$v\" }) ++\n  Seq(\n    scriptedDependencies := {\n      startTick()\n      scriptedDependencies.value\n    },\n    scripted := {\n      \/\/ this actually get executed *after* scripted is evaluated, since the macro rewrites the below\n      \/\/ to be a dependency.\n      stopTick()\n      scripted.evaluated\n    },\n    scripted <<= scripted.tag(Tags.Test),\n    scriptedLaunchOpts ++= Seq(\n      \"-Xmx768m\",\n      \"-XX:MaxMetaspaceSize=384m\",\n      \"-Dscala.version=\" + sys.props.get(\"scripted.scala.version\").getOrElse((scalaVersion in `reloadable-server`).value)\n    )\n  )\n\n\/\/ This outputs a tick tock every minute to ensure travis doesn't decide that the build is frozen\n\/\/ during scripted tests\nval timer = new Timer(\"scripted-tick-timer\", true)\nval task = new AtomicReference[TimerTask]()\nval ticks = new AtomicInteger()\n\ndef startTick(): Unit = synchronized {\n  if (ticks.getAndIncrement() == 0) {\n    val t = new TimerTask {\n      var tick = true\n      override def run(): Unit = {\n        if (tick) {\n          println(\"tick\")\n        } else {\n          println(\"tock\")\n        }\n        tick = !tick\n      }\n    }\n    task.set(t)\n    timer.schedule(t, 60000, 60000)\n  }\n}\n\ndef stopTick(): Unit = synchronized {\n  if (ticks.decrementAndGet() == 0) {\n    task.get().cancel()\n  }\n}\n\ndef archetypeProject(archetypeName: String) =\n  Project(s\"maven-$archetypeName-archetype\", file(\"dev\") \/ \"archetypes\" \/ s\"maven-$archetypeName\")\n    .settings(common: _*)\n    .settings(\n      name := s\"maven-archetype-lagom-$archetypeName\",\n      autoScalaLibrary := false,\n      publishMavenStyle := true,\n      crossPaths := false,\n      copyResources in Compile := {\n        val pomFile = (classDirectory in Compile).value \/ \"archetype-resources\" \/ \"pom.xml\"\n        if (pomFile.exists()) {\n          val pomXml = IO.read(pomFile)\n          if (pomXml.contains(\"%LAGOM-VERSION%\")) {\n            IO.write(pomFile, pomXml.replaceAll(\"%LAGOM-VERSION%\", version.value))\n          }\n        }\n        (copyResources in Compile).value\n      }\n    )\n\nlazy val `maven-java-archetype` = archetypeProject(\"java\")\n\n\/\/ This project doesn't get aggregated, it is only executed by the sbt-plugin scripted dependencies\nlazy val `sbt-scripted-tools` = (project in file(\"dev\") \/ \"sbt-scripted-tools\")\n  .settings(name := \"lagom-sbt-scripted-tools\")\n  .settings(common: _*)\n  .settings(\n    sbtPlugin := true\n  ).dependsOn(`sbt-plugin`)\n\n\/\/ This project also get aggregated, it is only executed by the sbt-plugin scripted dependencies\nlazy val `sbt-scripted-library` = (project in file(\"dev\") \/ \"sbt-scripted-library\")\n  .settings(name := \"lagom-sbt-scripted-library\")\n  .settings(runtimeLibCommon: _*)\n  .dependsOn(`server-javadsl`)\n\nlazy val `service-locator` = (project in file(\"dev\") \/ \"service-locator\")\n  .settings(name := \"lagom-service-locator\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \/\/ Explicit akka dependency because maven chooses the wrong version\n      \"com.typesafe.akka\" %% \"akka-actor\" % AkkaVersion,\n      \"com.typesafe.play\" %% \"play-netty-server\" % PlayVersion,\n      \/\/ Need to upgrade Netty due to encountering this deadlock in the service gateway\n      \/\/ https:\/\/github.com\/netty\/netty\/pull\/5110\n      \"io.netty\" % \"netty-codec-http\" % NettyVersion,\n      scalaTest % Test\n    )\n  )\n  .dependsOn(`server-javadsl`, logback, `service-registry-client`)\n\nlazy val `service-registry-client` = (project in file(\"dev\") \/ \"service-registry-client\")\n  .settings(name := \"lagom-service-registry-client\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`client-javadsl`, immutables % \"provided\")\n\nlazy val `service-registration` = (project in file(\"dev\") \/ \"service-registration\")\n  .settings(name := \"lagom-service-registration\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`server-javadsl`, `service-registry-client`)\n\nlazy val `cassandra-registration` = (project in file(\"dev\") \/ \"cassandra-registration\")\n  .settings(name := \"lagom-cassandra-registration\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`api-javadsl`, `persistence-cassandra-javadsl`, `service-registry-client`)\n\nlazy val `play-integration` = (project in file(\"dev\") \/ \"play-integration\")\n  .settings(name := \"lagom-play-integration\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .dependsOn(`service-registry-client`)\n\nlazy val `cassandra-server` = (project in file(\"dev\") \/ \"cassandra-server\")\n  .settings(name := \"lagom-cassandra-server\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \/\/ Cassandra goes into 100% CPU spin when starting with netty jars of different versions. Hence, \n      \/\/ we are making sure that the only netty dependency comes from cassandra-all, and manually excludes \n      \/\/ all netty transitive dependencies of akka-persistence-cassandra. Mind that dependencies are \n      \/\/ excluded one-by-one because exclusion rules do not work with maven dependency resolution - see\n      \/\/ https:\/\/github.com\/lagom\/lagom\/issues\/26#issuecomment-196718818\n      \"com.typesafe.akka\" %% \"akka-persistence-cassandra\" % AkkaPersistenceCassandraVersion \n        exclude(\"io.netty\", \"netty-all\") exclude(\"io.netty\", \"netty-handler\") exclude(\"io.netty\", \"netty-buffer\")\n        exclude(\"io.netty\", \"netty-common\") exclude(\"io.netty\", \"netty-transport\") exclude(\"io.netty\", \"netty-codec\"),\n      \"org.apache.cassandra\" % \"cassandra-all\" % CassandraAllVersion\n    )\n  )\n\nlazy val `kafka-server` = (project in file(\"dev\") \/ \"kafka-server\")\n  .settings(name := \"lagom-kafka-server\")\n  .settings(runtimeLibCommon: _*)\n  .enablePlugins(RuntimeLibPlugins)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.apache.kafka\" %% \"kafka\" % KafkaVersion,\n      \/\/ log4j version prior to 1.2.17 required javax.jms, and that artifact could not properly resolved when using maven\n      \/\/ without adding a resolver. The problem doesn't appear with sbt because the log4j version brought by both zookeeper \n      \/\/ and curator dependencies are evicted to version 1.2.17. Unfortunately, because of how maven resolution works, we \n      \/\/ have to explicitly add the desired log4j version we want to use here.\n      \/\/ By the way, log4j 1.2.17 and later resolve the javax.jms dependency issue by using geronimo-jms. See \n      \/\/ http:\/\/stackoverflow.com\/questions\/4908651\/the-following-artifacts-could-not-be-resolved-javax-jmsjmsjar1-1 \n      \/\/ for more context. \n      log4J,\n      \/\/ Note that curator 3.x is only compatible with zookeper 3.5.x. Kafka currently uses zookeeper 3.4, hence we have \n      \/\/ to use curator 2.x, which is compatible with zookeeper 3.4 (see the notice in\n      \/\/ http:\/\/curator.apache.org\/index.html - make sure to scroll to the bottom)\n      \"org.apache.curator\" % \"curator-framework\" % \"2.10.0\",\n      \"org.apache.curator\" % \"curator-test\" % \"2.10.0\",\n      scalaJava8Compat,\n      scalaTest % Test\n    )\n  )\n"}
{"repo_name":"johanandren\/lagom","path":"persistence-cassandra\/javadsl\/src\/main\/scala\/com\/lightbend\/lagom\/internal\/javadsl\/persistence\/cassandra\/CassandraOffsetStore.scala","text":"<reponame>johanandren\/lagom\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.javadsl.persistence.cassandra\n\nimport javax.inject.{ Inject, Singleton }\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.util.Timeout\nimport com.datastax.driver.core.{ BoundStatement, PreparedStatement, Row }\nimport com.lightbend.lagom.internal.javadsl.persistence.{ OffsetDao, OffsetStore }\nimport com.lightbend.lagom.internal.persistence.ReadSideConfig\nimport com.lightbend.lagom.internal.persistence.cassandra.AbstractCassandraOffsetStore\nimport com.lightbend.lagom.javadsl.persistence.Offset\nimport com.lightbend.lagom.javadsl.persistence.cassandra.CassandraSession\n\nimport scala.compat.java8.FutureConverters._\nimport scala.concurrent.{ ExecutionContext, Future }\n\n\/**\n * Internal API\n *\/\n@Singleton\nprivate[lagom] final class CassandraOffsetStore @Inject() (system: ActorSystem, session: CassandraSession, config: ReadSideConfig)(implicit ec: ExecutionContext)\n  extends AbstractCassandraOffsetStore(system, session.scalaDelegate, config) with OffsetStore {\n\n  override type DslOffset = Offset\n\n  \/**\n   * Prepare this offset store to process the given ID and tag.\n   *\n   * @param eventProcessorId The ID of the event processor.\n   * @param tag              The tag to prepare for.\n   * @return The DAO, with the loaded offset.\n   *\/\n  override def prepare(eventProcessorId: String, tag: String): Future[CassandraOffsetDao] = {\n    implicit val timeout = Timeout(config.globalPrepareTimeout)\n    doPrepare(eventProcessorId, tag).map {\n      case (offset, statement) =>\n        new CassandraOffsetDao(session, statement, eventProcessorId, tag, offset)\n    }\n  }\n\n  protected def extractOffset(maybeRow: Option[Row]): DslOffset = {\n    maybeRow match {\n      case Some(row) =>\n        val uuid = row.getUUID(\"timeUuidOffset\")\n        if (uuid != null) {\n          Offset.timeBasedUUID(uuid)\n        } else {\n          if (row.isNull(\"sequenceOffset\")) {\n            Offset.NONE\n          } else {\n            Offset.sequence(row.getLong(\"sequenceOffset\"))\n          }\n        }\n      case None => Offset.NONE\n    }\n  }\n\n  protected def writeOffset(statement: PreparedStatement, eventProcessorId: String, tag: String, offset: DslOffset): BoundStatement = {\n    offset match {\n      case Offset.NONE                => statement.bind(eventProcessorId, tag, null, null)\n      case seq: Offset.Sequence       => statement.bind(eventProcessorId, tag, null, java.lang.Long.valueOf(seq.value()))\n      case uuid: Offset.TimeBasedUUID => statement.bind(eventProcessorId, tag, uuid.value(), null)\n    }\n  }\n}\n\n\/**\n * Internal API\n *\/\nfinal class CassandraOffsetDao(session: CassandraSession, statement: PreparedStatement, eventProcessorId: String, tag: String,\n                               override val loadedOffset: Offset) extends OffsetDao {\n  override def saveOffset(offset: Offset): Future[Done] = {\n    session.executeWrite(bindSaveOffset(offset)).toScala\n  }\n  def bindSaveOffset(offset: Offset): BoundStatement = {\n    offset match {\n      case Offset.NONE                => statement.bind(eventProcessorId, tag, null, null)\n      case seq: Offset.Sequence       => statement.bind(eventProcessorId, tag, null, java.lang.Long.valueOf(seq.value()))\n      case uuid: Offset.TimeBasedUUID => statement.bind(eventProcessorId, tag, uuid.value(), null)\n    }\n  }\n}\n"}
{"repo_name":"johanandren\/lagom","path":"api-tools\/src\/test\/scala\/com\/lightbend\/lagom\/internal\/api\/tools\/ServiceDetectorSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2016 Lightbend Inc. <http:\/\/www.lightbend.com>\n *\/\npackage com.lightbend.lagom.internal.api.tools\n\nimport com.lightbend.lagom.javadsl.api.{ Descriptor, Service }\nimport org.scalatest._\nimport play.api.libs.json.Json\n\nclass ServiceDetectorSpec extends WordSpec with Matchers with Inside {\n\n  \"The service detector\" should {\n\n    \"resolve the service descriptions for a lagom project\" in {\n      val expectedJsonString =\n        \"\"\"\n          |[\n          |  {\n          |    \"name\": \"\/aclservice\",\n          |    \"acls\": [\n          |      {\n          |        \"method\": \"GET\",\n          |        \"pathPattern\": \"\\\\Q\/mocks\/\\\\E([^\/]+)\"\n          |      },\n          |      {\n          |        \"method\": \"POST\",\n          |        \"pathPattern\": \"\\\\Q\/mocks\\\\E\"\n          |      }\n          |    ]\n          |  },\n          |  {\n          |    \"name\": \"\/noaclservice\",\n          |    \"acls\": []\n          |  }\n          |]\n        \"\"\".stripMargin\n\n      val classLoader = Thread.currentThread().getContextClassLoader()\n      val actualJsonString = ServiceDetector.services(classLoader)\n      Json.parse(actualJsonString) shouldBe Json.parse(expectedJsonString)\n    }\n\n    \"resolve the service interface based on a service implementation\" in {\n      trait ServiceInterface extends Service {\n        override def descriptor(): Descriptor = null\n      }\n      class ServiceImpl extends ServiceInterface\n\n      ServiceDetector.serviceInterfaceResolver(classOf[ServiceImpl]) shouldBe Some(classOf[ServiceInterface])\n    }\n\n    \"resolve the parent service interface that has implemented the descriptor method\" in {\n      trait ParentServiceInterface extends Service {\n        override def descriptor(): Descriptor = null\n      }\n      trait ChildServiceInterface extends ParentServiceInterface\n      class ServiceImpl extends ChildServiceInterface\n\n      ServiceDetector.serviceInterfaceResolver(classOf[ServiceImpl]) shouldBe Some(classOf[ParentServiceInterface])\n    }\n\n    \"resolve the child service interface that has implemented the descriptor method\" in {\n      trait ParentServiceInterface extends Service\n      trait ChildServiceInterface extends ParentServiceInterface {\n        override def descriptor(): Descriptor = null\n      }\n      class ServiceImpl extends ChildServiceInterface\n\n      ServiceDetector.serviceInterfaceResolver(classOf[ServiceImpl]) shouldBe Some(classOf[ChildServiceInterface])\n    }\n\n    def minify(s: String) =\n      s.replace(\" \", \"\").replace(\"\\n\", \"\")\n  }\n}\n"}
{"repo_name":"chandanbalu\/mssql-jdbc-krb5","path":"src\/main\/scala\/hadoop\/sqlserver\/jdbc\/KerberosDriver.scala","text":"package hadoop.sqlserver.jdbc\n\nimport java.security.PrivilegedAction\nimport java.sql.{Connection, Driver, DriverPropertyInfo, DriverManager,SQLException}\nimport java.util.Properties\nimport java.util.logging.Logger\nimport scala.collection.JavaConverters._\nimport com.microsoft.sqlserver.jdbc.SQLServerDriver\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.hdfs.server.common.JspHelper.Url\nimport org.apache.hadoop.security.UserGroupInformation\nimport org.apache.hadoop.security.UserGroupInformation.AuthenticationMethod\n\n\/**\n * Created by IntelliJ IDEA.\n *\n * @author : <NAME>\n * @created_date : 6\/1\/2021, Tue\n * *\/\nclass KerberosDriver extends Driver {\n  \/**\n   * A class wrap the SQL Server JDBC driver, within the connection method call we get a kerberos ticket\n   * and then call the actual SQL Server driver to return the connection logged in with this ticket.\n   *\n   * The code uses the UserGroupInformation from the Hadoop API to login from a keytab and the \u201cdoAs\u201d call\n   * to return the connection.\n   *\n   *\/\n\n  private val sqlServerDriver = new SQLServerDriver()\n\n  override def acceptsURL(url: String) = true\n\n  override def jdbcCompliant(): Boolean = sqlServerDriver.jdbcCompliant()\n\n  override def getPropertyInfo(url: String, info: Properties): Array[DriverPropertyInfo] = sqlServerDriver.getPropertyInfo(url, info)\n\n  override def getMinorVersion: Int = sqlServerDriver.getMinorVersion\n\n  override def getParentLogger: Logger = sqlServerDriver.getParentLogger\n\n  \/**\n   *\n   *  override def connect2(url: String, info: Properties): Connection = {\n   *  val krbUrl = Krb5SqlServer.toSqlServerUrl(url)\n   *  println(\"Providing connection through Krb5SqlServer\")\n   *  sqlServerDriver.connect(krbUrl, info)\n   *  }\n   *\/\n  \n  override def connect(url: String, info: Properties): Connection = {\n    \/**\n     * In this method, we'll convert to the JDBC URL from our custom URL to MSSQL JDBC URL\n     * within the  UserGroupInformation to use the principal and keytabFile\n     *\/\n     \n    \/\/ Provid support to connect to MS SQL as local or cluster mode.\n    val mode: String = if (info.getProperty(\"mode\",null)==null) \"Cluster\" else \"Local\"\n    getParentLogger.info(\"Providing connection through hadoop.sqlserver.jdbc.krb5.SQLServerDriver in \" + mode +\" mode\" )\n    if(mode.toLowerCase()==\"local\"){\n      val krbUrl = KerberosDriver.toSqlServerUrl(url)\n      return sqlServerDriver.connect(krbUrl, info)\n    }\n    val krbUrl = KerberosDriver.toSqlServerUrl(url)\n    val connectionProps = KerberosDriver.connectionProperties(url)\n    val keytabFile = connectionProps(KerberosDriver.keytabFile)\n    val principal = connectionProps(KerberosDriver.principalKey)\n\n    val config = new Configuration()\n    config.addResource(\"\/etc\/hadoop\/conf\/hdfs-site.xml\")\n    config.addResource(\"\/etc\/hadoop\/conf\/core-site.xml\")\n    config.addResource(\"\/etc\/hadoop\/conf\/mapred-site.xml\")\n\n    UserGroupInformation.setConfiguration(config)\n\n    UserGroupInformation\n      .getCurrentUser\n      .setAuthenticationMethod(AuthenticationMethod.KERBEROS)\n\n    UserGroupInformation.loginUserFromKeytabAndReturnUGI(principal, keytabFile)\n      .doAs(new PrivilegedAction[Connection] {\n        override def run(): Connection =\n          sqlServerDriver.connect(krbUrl, info)\n    })\n  }\n\n  override def getMajorVersion: Int = sqlServerDriver.getMajorVersion\n}\n\nobject KerberosDriver {\n  \/\/ Method to convert the given URL to SQL Server URL\n  def toSqlServerUrl(url: String): String = s\"${head(url).replace(krbPrefix, sqlServerPrefix)};${connectionProperties(url).filter({case (k, v) => k != principalKey && k != keytabFile}).map({case (k, v) => s\"$k=$v\"}).mkString(\";\")};\"\n\n  val sqlServerPrefix = \"sqlserver\"\n  val krbPrefix = \"krb5ss\"\n  val principalKey = \"krb5Principal\"\n  val keytabFile = \"krb5Keytab\"\n\n  \/\/ Method to convert the given URL to Map\n  def connectionProperties(url: String): Map[String, String] = url.split(';')\n                                                                .toList.tail.map(p => p.split('=')).map(s => (s(0), s(1)))\n                                                                .foldLeft(Map.empty[String, String]){ case (m, (k, v)) => m + (k -> v) }\n\n  def head(url: String): String = url.split(';').head\n\n}\n"}
{"repo_name":"chandanbalu\/mssql-jdbc-krb5","path":"src\/test\/scala\/hadoop\/sqlserver\/jdbc\/Krb5SqlServerTests.scala","text":"package hadoop.sqlserver.jdbc\n\nimport org.scalatest.{FreeSpec, Matchers}\n\n\/**\n * Created by IntelliJ IDEA.\n *\n * @author : <NAME>\n * @created_date : 6\/1\/2021, Tue\n * *\/\n\nclass Krb5SqlServerTests extends FreeSpec with Matchers{\n\n  \"extract correct properties from jdbc url\" in {\n    val url = \"jdbc:sqlserver:\/\/serverName:1023;integratedSecurity=true;authenticationScheme=JavaKerberos\"\n\n    KerberosDriver.connectionProperties(url) should be(Map(\"integratedSecurity\"->\"true\", \"authenticationScheme\"->\"JavaKerberos\"))\n\n  }\n\n  \"convert to krb to sql server url\" in {\n    val principal = \"testUser\"\n    val keytab = \"testUser.keytab\"\n    val url =  \"jdbc:sqlserver:\/\/serverName:1023;integratedSecurity=true;authenticationScheme=JavaKerberos;\"\n    val krbUrl = s\"jdbc:${KerberosDriver.krbPrefix}:\/\/serverName:1023;integratedSecurity=true;authenticationScheme=JavaKerberos;${KerberosDriver.principalKey}=$principal;${KerberosDriver.keytabFile}=$keytab\"\n\n    KerberosDriver.toSqlServerUrl(krbUrl) should be(url)\n  }\n\n  \"get principal and keytab path from url\" in {\n      val principal = \"testUser\"\n      val keytab = \"testUser.keytab\"\n\n      val krbUrl = s\"jdbc:${KerberosDriver.krbPrefix}:\/\/serverName:1023;${KerberosDriver.principalKey}=$principal;${KerberosDriver.keytabFile}=$keytab\"\n      val props = KerberosDriver.connectionProperties(krbUrl)\n\n      props.get(KerberosDriver.principalKey) should be(Some(principal))\n      props.get(KerberosDriver.keytabFile) should be(Some(keytab))\n\n  }\n}\n"}
{"repo_name":"chandanbalu\/mssql-jdbc-krb5","path":"src\/test\/scala\/hadoop\/sqlserver\/jdbc\/KerberosJDBCClient.scala","text":"<filename>src\/test\/scala\/hadoop\/sqlserver\/jdbc\/KerberosJDBCClient.scala\npackage hadoop.sqlserver.jdbc\n\nimport java.sql.Connection\nimport java.sql.Driver\nimport java.sql.DriverManager\nimport java.sql.ResultSet\nimport java.util\n\n\/**\n * Created by IntelliJ IDEA.\n *\n * @author : <NAME>\n * @created_date : 6\/1\/2021, Tue\n * *\/\n\nobject KerberosJDBCClient {\n\n  def main(args: Array[String]): Unit = {\n\n    \/\/String connUrl = \"jdbc:sqlserver:\/\/msuselkgcp3874.na.corp.cargill.com:1433;databaseName=LIMSWareHouse;integratedSecurity=true;authenticationScheme=JavaKerberos\";\n\n    val connUrl = \"jdbc:krb5ss:\/\/msuselkgcp3874.na.corp.cargill.com:1433;databaseName=LIMSWareHouse;integratedSecurity=true;authenticationScheme=JavaKerberos;krb5Principal=<EMAIL>;krb5Keytab=\/efs\/home\/c795701\/c795701.keytab\"\n\n    System.out.println(\"Starting the Kerberos JDBC Client\")\n\n    try {\n      \/\/Class.forName(\"hadoop.sqlserver.jdbc.krb5.SQLServerDriver\");\n      try {\n        Class.forName(\"hadoop.sqlserver.jdbc.krb5.SQLServerDriver\").newInstance\n        System.out.println(\"Driver already registered\")\n      } catch {\n        case e: Exception =>\n          System.out.println(e.toString)\n      }\n\n      System.out.println(\"List of all the Drivers registered with the DriverManager:\")\n      \/\/Retrieving the list of all the Drivers\n      val e = DriverManager.getDrivers\n      \/\/Printing the list\n      while ( {\n        e.hasMoreElements\n      }) System.out.println(e.nextElement.getClass)\n\n      val info = new Properties()\n      val conn = DriverManager.getConnection(connUrl, info)\n\n      val statement = conn.createStatement\n      val resultSet = statement.executeQuery(\"SELECT COUNT(*) FROM dbo.Global_FinishedProducts\")\n      while ( {\n        resultSet.next\n      }) System.out.println(\"Total row counts: \" + resultSet.getString(1))\n    } catch {\n      case exception: Exception =>\n        exception.printStackTrace()\n    }\n  }\n}\n"}
{"repo_name":"aoiroaoino\/monoton-example","path":"src\/main\/scala\/AppModule.scala","text":"<gh_stars>0\nimport com.google.inject.AbstractModule\nimport example.MyRouter\nimport monoton.server.Router\n\nclass AppModule extends AbstractModule {\n\n  override def configure(): Unit = {\n    bind(classOf[Router]).to(classOf[MyRouter])\n  }\n}\n"}
{"repo_name":"aoiroaoino\/monoton-example","path":"src\/main\/scala\/example\/controllers\/UserController.scala","text":"package example.controllers\n\nimport java.util.UUID\n\nimport example.model.{User, UserDataAccessor, UserId}\nimport io.circe.{Json, Printer}\nimport monoton.http.{CirceJson, Form, FormMapping}\nimport monoton.server.{Controller, Handler}\n\nclass UserController extends Controller {\n  import UserController._\n  import monoton.http.codec.circe._\n\n  def list(): RequestHandler =\n    Handler.later(UserDataAccessor.findAll()).map(users => Ok(users.mkString(\"\\n\")))\n\n  def create(): RequestHandler =\n    for {\n      form <- request.body.as(createUserFormMapping)\n      user <- Handler.later(User.create(form.name, form.age))\n      _    <- Handler.later(UserDataAccessor.upsert(user))\n    } yield Ok(\"OK!\")\n\n  def delete(userId: UUID): RequestHandler =\n    for {\n      _ <- Handler.catchNonFatal(UserDataAccessor.delete(UserId(userId)))(\n        _ => NotFound(s\"User(id: $userId) is not found\")\n      )\n    } yield Ok(s\"User(id: $userId) was deleted\")\n\n  def update(userId: UserId): RequestHandler =\n    for {\n      json   <- request.body.as(CirceJson)\n      _       = println(s\"req: \" + json.pretty(Printer.noSpaces))\n      resJson = UpdateResult.create(userId, \"Update OK!\").toJson\n    } yield Ok(resJson)\n}\n\nobject UserController {\n\n  final case class CreateUserForm(name: String, age: Int)\n  val createUserFormMapping: FormMapping[CreateUserForm] =\n    Form.mapping(\"name\", \"age\")(CreateUserForm.apply)\n\n  final case class UpdateResult(userId: UUID, msg: String) {\n    import io.circe.syntax._\n    import io.circe.generic.auto._\n    def toJson: Json = this.asJson\n  }\n  object UpdateResult {\n    def create(userId: UserId, msg: String): UpdateResult =\n      UpdateResult(userId.value, msg)\n  }\n}\n"}
{"repo_name":"aoiroaoino\/monoton-example","path":"src\/main\/scala\/example\/MyRouter.scala","text":"package example\n\nimport java.util.UUID\n\nimport example.controllers.{StatusController, UserController}\nimport example.model.UserId\nimport javax.inject.{Inject, Singleton}\nimport monoton.server.RoutingDSL\nimport monoton.util.Read\n\n@Singleton\nclass MyRouter @Inject()(\n  statusResource: StatusController,\n  userResource: UserController\n) extends RoutingDSL {\n\n  implicit def userIdRead(implicit M: Read[UUID]): Read[UserId] = M.map(UserId.apply)\n\n  \/\/ status\n  GET ~ \"\/ping\" to statusResource.ping\n\n  \/\/ users\n  resource(userResource) { user =>\n    GET    ~ \"\/users\"      to user.list\n    POST   ~ \"\/users\"      to user.create\n    PUT    ~ \"\/users\/{id}\" to user.update _\n    DELETE ~ \"\/users\/{id}\" to user.delete _\n  }\n}\n"}
{"repo_name":"aoiroaoino\/monoton-example","path":"project\/plugins.sbt","text":"addSbtPlugin(\"dev.aoiroaoino\" % \"monoton-plugin\" % \"0.1.0-SNAPSHOT\")\n"}
{"repo_name":"aoiroaoino\/monoton-example","path":"src\/main\/scala\/example\/controllers\/StatusController.scala","text":"<reponame>aoiroaoino\/monoton-example\npackage example.controllers\n\nimport monoton.http.Response\nimport monoton.server.{Controller, Handler}\n\nclass StatusController extends Controller {\n  def ping: Handler[Response] = Handler.pure(Ok(\"pong\"))\n}\n"}
{"repo_name":"threerings\/nexus","path":"server\/src\/test\/scala\/com\/threerings\/nexus\/server\/ObjectManagerTest.scala","text":"\/\/\n\/\/ Nexus Server - server-side support for Nexus distributed application framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.server\n\nimport java.util.concurrent.{ExecutionException, Executor}\nimport scala.collection.mutable.ListBuffer\n\nimport com.threerings.nexus.distrib.{Action, DValue, Nexus, NexusException, Request, TestObject}\nimport com.threerings.nexus.distrib.{KeyedFactory, Keyed, EntityNotFoundException}\n\nimport org.junit._\nimport org.junit.Assert._\n\nimport react.UnitSlot\n\nimport com.threerings.nexus.server.TestUtil._\n\n\/**\n * Unit tests for the [[ObjectManager]].\n *\/\nclass ObjectManagerTest\n{\n  @Test def testRegister {\n    val omgr = createObjectManager\n    val test = new TestObject(createTestServiceAttr)\n    omgr.register(test)\n\n    \/\/ ensure that we've been assigned an id\n    assertTrue(test.getId > 0)\n\n    \/\/ ensure that event dispatch is wired up\n    val ovalue = test.value.get\n    val nvalue = \"newValue\"\n    var triggered = false\n    test.value.connect(new react.ValueView.Listener[String] {\n      override def onChange (value :String, oldValue :String) {\n        assertEquals(ovalue, oldValue)\n        assertEquals(nvalue, value)\n        triggered = true\n      }\n    })\n\n    \/\/ update the value and make sure the listener was triggered (tests use the direct executor, so\n    \/\/ it will process events directly inline with the update)\n    test.value.update(nvalue)\n    assertTrue(triggered)\n\n    \/\/ ensure that after clear, we no longer have an id\n    omgr.clear(test)\n    assertFalse(test.getId > 0)\n  }\n\n  @Test def testSingleton {\n    val omgr = createObjectManager\n    val test = new TestSingleton\n    omgr.register(classOf[TestSingleton], test)\n\n    \/\/ ensure that actions are dispatched on our registered entity\n    var invoked = false\n    omgr.invoke(classOf[TestSingleton], new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        invoked = true\n      }\n    })\n    assertTrue(invoked)\n\n    \/\/ ensure that requests are dispatched on our registered entity\n    val result = omgr.invoke(classOf[TestSingleton], new Request[TestSingleton,Int] {\n      def invoke (obj :TestSingleton) = obj.increment(0)\n    }).get\n    assertEquals(1, result)\n\n    \/\/ ensure that actions are not dispatched once the entity is cleared\n    omgr.clear(classOf[TestSingleton], test)\n    try {\n      omgr.invoke(classOf[TestSingleton], FAIL_SINGLE)\n      fail()\n    } catch {\n      case ne :NexusException => \/\/ expected\n    }\n  }\n\n  @Test def testMissingSingletonInvoke {\n    val omgr = createObjectManager\n    try {\n      omgr.invoke(classOf[TestSingleton], FAIL_SINGLE)\n      fail()\n    } catch {\n      case ne :NexusException => \/\/ expected\n    }\n  }\n\n  @Test def testRegisterAndClearKeyed {\n    val omgr = createObjectManager\n    val test = new TestKeyed(5)\n    omgr.registerKeyed(classOf[TestKeyed], test)\n\n    \/\/ ensure that we report that we currently host this entity\n    assertTrue(omgr.hostsKeyed(classOf[TestKeyed], test.getKey))\n\n    \/\/ ensure that actions are dispatched on our registered entity\n    var invoked = false\n    omgr.invoke(classOf[TestKeyed], test.getKey, new Action[TestKeyed] {\n      def invoke (obj :TestKeyed) {\n        invoked = true\n      }\n    })\n    assertTrue(invoked)\n\n    \/\/ ensure that requests are dispatched on our registered entity\n    val result = omgr.invoke(classOf[TestKeyed], test.getKey, new Request[TestKeyed,Int] {\n      def invoke (obj :TestKeyed) = obj.decrement(0)\n    }).get\n    assertEquals(-1, result)\n\n    \/\/ ensure that actions are not dispatched once the entity is cleared\n    omgr.clearKeyed(classOf[TestKeyed], test)\n    omgr.invoke(classOf[TestKeyed], test.getKey, MISSING_KEYED)\n\n    \/\/ ensure that we no longer report that we currently host this entity\n    assertFalse(omgr.hostsKeyed(classOf[TestKeyed], test.getKey))\n  }\n\n  @Test def testAutoCreateKeyed {\n    class AutoKeyed (key :Int) extends Keyed {\n      def getKey = key\n      def addKey (value :Int) = value + key\n    }\n\n    val omgr = createObjectManager\n    omgr.registerKeyedFactory(classOf[AutoKeyed], new KeyedFactory[AutoKeyed] {\n      def create (nexus :Nexus, key :Comparable[_]) = new AutoKeyed(key.asInstanceOf[Int])\n    })\n\n    assertFalse(omgr.hostsKeyed(classOf[AutoKeyed], 2))\n    assertEquals(5, omgr.invoke(classOf[AutoKeyed], 2, new Request[AutoKeyed,Int] {\n      def invoke (ent :AutoKeyed) = ent.addKey(3)\n    }).get)\n    assertTrue(omgr.hostsKeyed(classOf[AutoKeyed], 2))\n\n    assertFalse(omgr.hostsKeyed(classOf[AutoKeyed], 3))\n    assertEquals(7, omgr.invoke(classOf[AutoKeyed], 3, new Request[AutoKeyed,Int] {\n      def invoke (ent :AutoKeyed) = ent.addKey(4)\n    }).get)\n    assertTrue(omgr.hostsKeyed(classOf[AutoKeyed], 3))\n  }\n\n  @Test def testAutoCreateKeyedCtorFail {\n    class FailingKeyed (key :Int) extends Keyed {\n      throw new NexusException(\"Oh noes!\")\n      def getKey = key\n      def addKey (value :Int) = value + key\n    }\n\n    val omgr = createObjectManager\n    omgr.registerKeyedFactory(classOf[FailingKeyed], new KeyedFactory[FailingKeyed] {\n      def create (nexus :Nexus, key :Comparable[_]) = new FailingKeyed(key.asInstanceOf[Int])\n    })\n\n    var excepted = false\n    try {\n      assertEquals(5, omgr.invoke(classOf[FailingKeyed], 2, new Request[FailingKeyed,Int] {\n        def invoke (ent :FailingKeyed) = ent.addKey(3)\n      }).get)\n    } catch {\n      case ee :ExecutionException => ee.getCause match {\n        case ne :NexusException => excepted = true\n      }\n    }\n    assertTrue(excepted)\n\n    \/\/ check that we're not leaking bindings when ctors fail\n    assertFalse(omgr.hostsKeyed(classOf[FailingKeyed], 2))\n  }\n\n  @Test def testMissingKeyedInvoke {\n    val omgr = createObjectManager\n\n    \/\/ test when there are no registrations at all\n    omgr.invoke(classOf[TestKeyed], 3, MISSING_KEYED)\n\n    \/\/ now test just a key mismatch\n    omgr.registerKeyed(classOf[TestKeyed], new TestKeyed(1))\n    omgr.invoke(classOf[TestKeyed], 3, MISSING_KEYED)\n\n    \/\/ test invoking a request on an unregistered entity; should throw ENFE\n    try {\n      omgr.invoke(classOf[TestKeyed], 3, new Request[TestKeyed,Int]() {\n        def invoke (ent :TestKeyed) = 42\n      })\n      fail()\n    } catch {\n      case mke :EntityNotFoundException => \/\/ success\n      case e   :Throwable => fail()\n    }\n  }\n\n  @Test def testKeyedSubclass {\n    val omgr = createObjectManager\n    omgr.registerKeyed(classOf[TestKeyed], new ChildKeyed(1))\n    var invoked = false\n    omgr.invoke(classOf[TestKeyed], 1, new Action[TestKeyed] {\n      def invoke (obj :TestKeyed) {\n        assertTrue(obj.isInstanceOf[ChildKeyed])\n        invoked = true\n      }\n    })\n    assertTrue(invoked)\n  }\n\n  @Test def testSingletonSubclass {\n    val omgr = createObjectManager\n    omgr.register(classOf[TestSingleton], new ChildSingleton)\n      var invoked = false\n    omgr.invoke(classOf[TestSingleton], new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        assertTrue(obj.isInstanceOf[ChildSingleton])\n        invoked = true\n      }\n    })\n    assertTrue(invoked)\n  }\n\n  @Test def testGlobalMap {\n    val toExec = ListBuffer[Runnable]()\n    val omgr = new ObjectManager(createTestConfig, null, new Executor {\n      override def execute (op :Runnable) = toExec += op\n    })\n    val map = omgr.registerMap[String,String](\"test\")\n    var (oneOps, twoOps) = (0, 0)\n    map.getView(\"one\").connect(new UnitSlot {\n      def onEmit = oneOps += 1\n    })\n    map.getView(\"two\").connect(new UnitSlot {\n      def onEmit = twoOps += 1\n    })\n    map.put(\"one\", \"one\")\n    map.put(\"one\", \"two\")\n    map.put(\"two\", \"two\")\n    map.put(\"three\", \"two\") \/\/ will trigger no listener\n    map.remove(\"one\")\n    map.remove(\"one\") \/\/ will trigger no listener\n    \/\/ no notifications should yet have been sent\n    assertEquals(0, oneOps)\n    assertEquals(0, twoOps)\n    \/\/ now execute our pending ops which will dispatch notifications\n    toExec foreach { _.run() }\n    assertEquals(3, oneOps)\n    assertEquals(1, twoOps)\n  }\n\n  @Test def testRequireContext {\n    val omgr = createObjectManager\n    omgr.register(classOf[TestSingleton], new TestSingleton)\n    omgr.registerKeyed(classOf[TestKeyed], new TestKeyed(5))\n    var checks = 0\n\n    omgr.invoke(classOf[TestSingleton], new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        omgr.assertContext(classOf[TestSingleton])\n        checks += 1\n        try {\n          omgr.assertContext(classOf[TestKeyed], 5)\n        } catch {\n          case ae :AssertionError => checks += 1\n        }\n      }\n    })\n    assertEquals(2, checks)\n\n    omgr.invoke(classOf[TestKeyed], 5, new Action[TestKeyed] {\n      def invoke (obj :TestKeyed) {\n        omgr.assertContext(classOf[TestKeyed], 5)\n        checks += 1\n        try {\n          omgr.assertContext(classOf[TestSingleton])\n        } catch {\n          case ae :AssertionError => checks += 1\n        }\n      }\n    })\n    assertEquals(4, checks)\n  }\n\n  protected def createObjectManager = new ObjectManager(createTestConfig, null, DIRECT_EXEC)\n\n  protected val DIRECT_EXEC = new Executor {\n    override def execute (op :Runnable) = op.run()\n  }\n\n  protected val FAIL_SINGLE = new Action[TestSingleton] {\n    override def invoke (obj :TestSingleton) = fail()\n  }\n\n  protected val MISSING_KEYED = new Action[TestKeyed] {\n    override def invoke (obj :TestKeyed) = fail()\n    override def onDropped (nexus :Nexus, eclass :Class[_], key :Comparable[_]) {\n      \/\/ expected\n    }\n  }\n}\n"}
{"repo_name":"threerings\/nexus","path":"project\/Build.scala","text":"import sbt._\nimport Keys._\n\nobject NexusBuild extends samskivert.MavenBuild {\n\n  override val globalSettings = Seq(\n    crossPaths    := false,\n    scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\"),\n    autoScalaLibrary in Compile := false, \/\/ no scala-library dependency (except for tests)\n    javacOptions  ++= Seq(\"-Xlint\", \"-Xlint:-serial\", \"-source\", \"1.6\", \"-target\", \"1.6\"),\n    javaOptions   ++= Seq(\"-ea\"),\n    fork in Compile := true,\n    publishArtifact in (Compile, packageDoc) := false, \/\/ no scaladocs; it fails\n    libraryDependencies ++= Seq(\n      \"com.novocode\" % \"junit-interface\" % \"0.10\" % \"test->default\" \/\/ make junit work\n    ),\n    testOptions += Tests.Argument(TestFrameworks.JUnit, \"-a\", \"-v\")\n  )\n\n  override def moduleSettings (name :String, pom :pomutil.POM) = name match {\n    case \"core\" => Seq(\n      \/\/ adds source files to our jar file (needed by GWT)\n      unmanagedResourceDirectories in Compile <+= baseDirectory \/ \"src\/main\/java\"\n        \/\/ unmanagedBase <<= baseDirectory { base => base \/ \"disabled\" }\n    )\n    case \"gwt-io\" => Seq(\n      \/\/ adds source files to our jar file (needed by GWT)\n      unmanagedResourceDirectories in Compile <+= baseDirectory \/ \"src\/main\/java\"\n        \/\/ unmanagedBase <<= baseDirectory { base => base \/ \"disabled\" }\n    )\n    case \"jvm-server\" => Seq(\n      \/\/ server tests listen on sockets, so we need to run them serially\n      parallelExecution in Test := false\n    )\n    case \"tools\" => Seq(\n      autoScalaLibrary := true \/\/ we want scala-library back\n    )\n    case _ => Nil\n  }\n\n  \/\/ make GWT unit tests not take craps in top-level war\/ directory\n  System.setProperty(\"gwt.args\", \"-war target\/test-war\")\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Processor.scala","text":"\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\nimport scala.io.Source\n\nimport java.util.Set\n\nimport javax.annotation.processing.{AbstractProcessor, Filer, Messager, ProcessingEnvironment}\nimport javax.annotation.processing.{SupportedAnnotationTypes, SupportedOptions, RoundEnvironment}\nimport javax.lang.model.SourceVersion\nimport javax.lang.model.element.{Element, TypeElement, Name}\nimport javax.tools.Diagnostic\n\n\/**\n * Generates `Streamer` implementations for {@link Streamable} classes, `Factory` implementations\n * for {@link NexusService} interfaces, and other generated code bits.\n *\/\n@SupportedOptions(Array(ProcessorOpts.Header))\n@SupportedAnnotationTypes(Array(\"*\"))\nclass Processor extends AbstractProcessor {\n  override def init (procenv :ProcessingEnvironment) {\n    super.init(procenv)\n    _filer = procenv.getFiler\n    _msgr = procenv.getMessager\n    _scanner = new Scanner(procenv)\n\n    \/\/ if a source header was specified, read it in and configure the generator\n    val header = procenv.getOptions().get(ProcessorOpts.Header)\n    if (header != null) {\n      try {\n        Generator.setSourceHeader(Source.fromFile(header).mkString)\n      } catch {\n        case e :Throwable => _msgr.printMessage(\n          Diagnostic.Kind.WARNING, \"Unable to read source header at '\" + header + \"': \" + e)\n      }\n    }\n  }\n\n  override def getSupportedSourceVersion :SourceVersion = SourceVersion.latest\n\n  override def process (annotations :Set[_ <: TypeElement], roundEnv :RoundEnvironment) = {\n    if (!roundEnv.processingOver) {\n      for (elem <- roundEnv.getRootElements) elem match {\n        case telem :TypeElement => try {\n          val metas = _scanner.scanUnit(elem)\n          if (!metas.isEmpty) generate(telem, metas)\n        } catch {\n          case ice :Generator.InvalidCodeException =>\n            _msgr.printMessage(Diagnostic.Kind.ERROR, \"Failure processing \" + elem + \": \" +\n              ice.getMessage)\n        }\n        case _ => _msgr.printMessage(Diagnostic.Kind.WARNING, \"Weird element? \" + elem.getClass)\n      }\n    }\n    false\n  }\n\n  protected def generate (elem :TypeElement, metas :Seq[Metadata]) {\n    Generator.generate(_msgr, _filer, elem, metas)\n  }\n\n  protected var _msgr :Messager = _\n  protected var _filer :Filer = _\n  protected var _scanner :Scanner = _\n}\n\nobject ProcessorOpts {\n  final val Header = \"com.threerings.nexus.gencode.header\"\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Metadata.scala","text":"\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\n\/**\n * A marker trait for our different metadata types.\n *\/\ntrait Metadata {\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Scanner.scala","text":"<filename>tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Scanner.scala<gh_stars>1-10\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\n\nimport javax.annotation.processing.{Messager, ProcessingEnvironment}\nimport javax.tools.Diagnostic\n\nimport javax.lang.model.element.{Element, ElementKind, ExecutableElement, Modifier}\nimport javax.lang.model.element.{Name, TypeElement, TypeParameterElement, VariableElement}\nimport javax.lang.model.`type`.{DeclaredType, TypeKind, TypeMirror, TypeVariable, NoType}\nimport javax.lang.model.util.{ElementScanner7, Types}\n\n\/**\n * Does the actual AST walking and computes metadata that is used to generate {@code Streamer}\n * and related source files.\n *\/\nclass Scanner (env :ProcessingEnvironment) extends ElementScanner7[Unit, Unit]\n{\n  \/**\n   * Scans the supplied compilation unit and returns metadata for all encountered classes, mapped\n   * by name.\n   *\/\n  def scanUnit (e :Element) :Seq[Metadata] = {\n    try {\n      scan(e)\n      _metas\n    } finally {\n      _metas = Seq()\n    }\n  }\n\n  override def visitType (e :TypeElement, p :Unit) {\n    val c = e.getKind match {\n      case ElementKind.CLASS if (Utils.isStreamable(e.asType)) => new StreamableCollector(e)\n      case ElementKind.INTERFACE if (Utils.isNexusService(e.asType)) => new ServiceCollector(e)\n      case _ => DefaultCollector\n    }\n    _cstack = c :: _cstack\n    super.visitType(e, p)\n    _cstack = _cstack.tail\n    c.validate(env.getMessager).map(m => _metas = _metas :+ m)\n  }\n\n  override def visitExecutable (e :ExecutableElement, p :Unit) {\n    super.visitExecutable(e, p)\n    _cstack.head.visitExecutable(e)\n  }\n\n  override def visitVariable (e :VariableElement, p :Unit) {\n    super.visitVariable(e, p)\n    _cstack.head.visitVariable(e)\n  }\n\n  protected trait Collector {\n    def visitExecutable (e :ExecutableElement) :Unit\n    def visitVariable (e :VariableElement) :Unit\n    def validate (msg :Messager) :Option[Metadata]\n  }\n\n  protected object DefaultCollector extends Collector {\n    def visitExecutable (e :ExecutableElement) {}\n    def visitVariable (e :VariableElement) {}\n    def validate (msg :Messager) = None\n  }\n\n  protected class StreamableCollector (e :TypeElement) extends Collector {\n    val meta = new StreamableMetadata(e)\n\n    def visitExecutable (e :ExecutableElement) {\n      if (e.getKind == ElementKind.CONSTRUCTOR) {\n        meta.ctorArgs ++= e.getParameters.map(a => (a.getSimpleName.toString -> a.asType))\n      }\n    }\n\n    def visitVariable (e :VariableElement) {\n      if (e.getKind == ElementKind.FIELD && !e.getModifiers.contains(Modifier.STATIC)) {\n        meta.fields += (e.getSimpleName.toString -> e.asType)\n      }\n    }\n\n    def validate (msg :Messager) :Option[Metadata] = {\n      \/\/ if we're processing NexusObject itself, generate no streamer\n      if (meta.elem.getQualifiedName.toString == Utils.NexusObjectName ||\n          \/\/ skip private streamables (which could never be instantiated by a streamer and thus\n          \/\/ probably exist only to assuage the type system in some circumstance)\n          meta.elem.getModifiers.contains(Modifier.PRIVATE)) None\n      \/\/ make sure our super constructor's arguments are first in our argument list\n      else if (!meta.ctorArgs.keys.toSeq.startsWith(meta.superCtorArgs)) {\n        msg.printMessage(\n          Diagnostic.Kind.ERROR, \"Arguments passed to super() must come first in argument list: \" +\n          meta.typ + \": \" + meta.superCtorArgs.mkString(\", \"))\n        None\n      }\n      \/\/ check that we extracted valid metadata\n      else if (meta.unmatchedCtorArgs.isEmpty) Some(meta)\n      else {\n        msg.printMessage(\n          Diagnostic.Kind.ERROR, \"Failed to match one or more ctor fields in \" + meta.typ + \": \" +\n          meta.unmatchedCtorArgs.mkString(\", \"))\n        None\n      }\n    }\n  }\n\n  protected class ServiceCollector (e :TypeElement) extends Collector {\n    val meta = new ServiceMetadata(e)\n\n    def visitExecutable (e :ExecutableElement) {\n      if (e.getKind == ElementKind.METHOD) {\n        meta.addMethod(e)\n      }\n    }\n\n    def visitVariable (e :VariableElement) {\n      \/\/ nada\n    }\n\n    def validate (msg :Messager) :Option[Metadata] = {\n      \/\/ if we're processing NexusService itself, generate no factory\n      if (meta.elem.getQualifiedName.toString == Utils.NexusServiceName) None\n      else Some(meta)\n    }\n  }\n\n  protected var _metas = Seq[Metadata]()\n  protected var _cstack :List[Collector] = Nil\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/StreamableMetadata.scala","text":"<filename>tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/StreamableMetadata.scala\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable.{Map => MMap, LinkedHashMap => LHMap, Set => MSet}\n\nimport java.lang.{Iterable => JIterable}\nimport javax.lang.model.element.{Modifier, Name, TypeElement}\nimport javax.lang.model.`type`.{DeclaredType, TypeMirror}\n\n\/**\n * Contains metadata for a single `Streamable` class.\n * @param elem the class's type element.\n *\/\nclass StreamableMetadata (val elem :TypeElement) extends Metadata {\n  \/** The names of the args to our supertype constructor. *\/\n  lazy val superCtorArgs :Seq[String] = Utils.getSuperCtorArgs(elem)\n\n  \/** An ordered mapping from constructor argument name to type. *\/\n  val ctorArgs = LHMap[String,TypeMirror]()\n\n  \/** The constructor arguments with the first `superCtorArgs` arguments dropped.\n   * These arguments should correspond to fields declared by this class. *\/\n  lazy val localCtorArgs :Seq[String] = ctorArgs.keys.toSeq.drop(superCtorArgs.size)\n\n  \/** An unordered mapping from field name to type. Includes supertype fields. *\/\n  val fields = MMap[String,TypeMirror]()\n\n  \/** A mapping from constructor arg name to field name. *\/\n  lazy val argToField :Map[String,String] = (for {\n    field <- fields keys;\n    arg <- variants(field) find(ctorArgs.contains)\n  } yield (arg -> field)) toMap\n\n  \/** Returns info on any unmatched constructor args. *\/\n  lazy val unmatchedCtorArgs :Seq[String] =\n    (localCtorArgs.toSet -- argToField.keySet) map { n => ctorArgs(n) + \" \" + n } toSeq\n\n  \/** This class's type. *\/\n  def typ = elem.asType.asInstanceOf[DeclaredType]\n\n  \/** This class's simple name. *\/\n  def name = elem.getSimpleName.toString\n\n  \/** Whether or not this type is abstract. *\/\n  def isAbstract = elem.getModifiers.contains(Modifier.ABSTRACT)\n\n  \/** Whether or not this is metadata for a `NexusObject` derivative. *\/\n  def isNexusObject = Utils.isNexusObject(elem.asType)\n\n  \/** Returns the imports needed by this class metadata. *\/\n  def imports :Set[String] = {\n    val self = Utils.collectImports(elem.asType)\n    val pstr = Utils.getParentStreamer(elem)\n    val cimps = ctorArgs.values.map(Utils.collectImports)\n    ((self ++ pstr) \/: cimps) { _ ++ _ } \/\/ look Ma, it's like APL!\n  }\n\n  \/** Returns the name of our parent class, including enclosing classes, not including type\n   * parameters. For example: `Outer.Parent`. *\/\n  def parentEnclosedName =\n    Utils.enclosedName(elem.getSuperclass.asInstanceOf[DeclaredType].asElement)\n\n  \/** Returns the type name for this class (including type parameters without bounds). *\/\n  def typeUse = Utils.toString(typ, false)\n\n  \/** Returns just this type's type parameters (including type bounds). *\/\n  def typeBounds =\n    if (typ.getTypeArguments.isEmpty) \"\"\n    else typ.getTypeArguments.map(ta => Utils.toString(ta, true)).mkString(\"<\", \",\", \">\")\n\n  \/** The field names in the order defined by their corresponding constructor argument. *\/\n  def orderedFieldNames :Seq[String] = localCtorArgs map(argToField)\n\n  \/** Whether or not this class needs to call `super.writeObject` (used in template). *\/\n  def hasSuperWrite = !superCtorArgs.isEmpty\n\n  \/** Returns a list of objects used by the template to format the field writes. *\/\n  def writes :JIterable[AnyRef] = orderedFieldNames map(f => fieldToWrite(f, fields(f)))\n\n  \/** Returns a list of objects used by the template to format the field reads. *\/\n  def reads :JIterable[AnyRef] = ctorArgs.values.toSeq map(fieldToRead)\n\n  override def toString () = String.format(\n    \"[type=%s, ctorArgs=%s, fields=%s]\", typ, ctorArgs, fields)\n\n  private def fieldToWrite (name :String, field :TypeMirror) = new AnyRef {\n    val fname = name\n    val fkind = Utils.fieldKind(field)\n  }\n\n  private def fieldToRead (field :TypeMirror) = new AnyRef {\n    val fkind = Utils.fieldKind(field)\n    val vtype = Utils.valueType(field)\n    val readArgs = if (fkind != \"Enum\") \"\"\n                   else Utils.toString(field, false) + \".class\"\n  }\n\n  \/** Generates all variants of a field name that we allow as a matching constructor arg. *\/\n  private def variants (field :String) = Iterator(\n    field,                      \/\/ the field name itself\n    field.replaceAll(\"^_\", \"\"), \/\/ the field name minus leading _\n    field.replaceAll(\"_$\", \"\"), \/\/ the field name minus trailing _\n    \"_\" + field,                \/\/ the field name plus leading _\n    field + \"_\"                 \/\/ the field name plus trailing _\n  )\n}\n"}
{"repo_name":"threerings\/nexus","path":"server\/src\/test\/scala\/com\/threerings\/nexus\/server\/DeferredActionTest.scala","text":"\/\/\n\/\/ Nexus Server - server-side support for Nexus distributed application framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.server\n\nimport java.util.concurrent.{ExecutorService, Executors}\n\nimport org.junit._\nimport org.junit.Assert._\n\nimport com.threerings.nexus.distrib.Action\nimport com.threerings.nexus.distrib.Nexus\nimport com.threerings.nexus.distrib.Request\n\n\/**\n* Tests the deferred action services of the Nexus server.\n*\/\nclass DeferredActionTest\n{\n  import com.threerings.nexus.server.TestUtil._\n\n  @Before def createServer {\n    _exec = Executors.newFixedThreadPool(3)\n    _server = new NexusServer(createTestConfig, _exec)\n    _server.register(classOf[TestSingleton], new TestSingleton)\n    _timer = new NexusTimer(_server)\n  }\n\n  @After def shutdownServer {\n    _timer.shutdown()\n    _server.shutdown()\n    _exec.shutdown()\n    TestUtil.awaitTermination(_exec)\n  }\n\n  @Test def testNonDeferredAction {\n    \/\/ ensure that non-deferred actions are dispatched \"quickly\"\n    val start = System.currentTimeMillis\n    var invokedAt = 0L\n    _server.invoke(classOf[TestSingleton], new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        invokedAt = System.currentTimeMillis\n      }\n    })\n\n    _exec.execute(new Runnable {\n      def run {\n        val elapsed = invokedAt - start\n        assertTrue(elapsed < 20)\n      }\n    })\n  }\n\n  @Test def testDeferredAction {\n    val start = System.currentTimeMillis\n    var invokedAt = 0L\n    _timer.invokeAfter(classOf[TestSingleton], 20, new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        invokedAt = System.currentTimeMillis\n      }\n    })\n\n    delay(30)\n    _exec.execute(new Runnable {\n      def run {\n        val elapsed = invokedAt - start\n        assertFalse(elapsed < 20)\n      }\n    })\n  }\n\n  @Test def testCanceledAction {\n    var invokedAt = 0L\n    val defer = _timer.invokeAfter(classOf[TestSingleton], 20, new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        invokedAt = System.currentTimeMillis\n      }\n    })\n    defer.cancel()\n\n    delay(30)\n    _exec.execute(new Runnable {\n      def run = assertEquals(0L, invokedAt)\n    })\n  }\n\n  @Test def testRepeatedAction {\n    var invoked = 0\n    val defer = _timer.invokeAfter(classOf[TestSingleton], 20, new Action[TestSingleton] {\n      def invoke (obj :TestSingleton) {\n        invoked += 1\n      }\n    })\n    defer.repeatEvery(20)\n\n    delay(90)\n    defer.cancel()\n\n    delay(30)\n    _exec.execute(new Runnable {\n      def run = assertEquals(4, invoked)\n    })\n  }\n\n  protected def delay (millis :Long) = Thread.sleep(millis)\n\n  protected var _exec :ExecutorService = _\n  protected var _server :NexusServer = _\n  protected var _timer :NexusTimer = _\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Generator.scala","text":"<reponame>threerings\/nexus<filename>tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Generator.scala\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable.SortedSet\n\nimport java.lang.{Iterable => JIterable}\nimport java.io.{InputStreamReader, Writer, StringWriter}\n\nimport javax.annotation.processing.{Filer, Messager}\nimport javax.lang.model.element.{Name, TypeElement}\nimport javax.lang.model.`type`.{TypeKind, TypeMirror}\nimport javax.tools.{Diagnostic, JavaFileObject}\n\nimport com.samskivert.mustache.Mustache\n\nimport com.threerings.nexus.distrib.DService\n\n\/**\n * Generates source files from extracted metadata.\n *\/\nobject Generator\n{\n  class InvalidCodeException (msg :String) extends RuntimeException(msg)\n\n  def setSourceHeader (header :String) {\n    _header = header\n  }\n\n  def generate (msgr :Messager, filer :Filer, outer :TypeElement, metas :Seq[Metadata]) {\n    \/\/ generate a streamer if we have streamable metadata\n    val sables = metas collect { case sm :StreamableMetadata => sm }\n    if (!sables.isEmpty) {\n      val sname = streamerName(outer.getQualifiedName.toString)\n      msgr.printMessage(Diagnostic.Kind.NOTE, \"Generating \" + sname + \"...\")\n      val out = new StringWriter\n      try {\n        generateStreamer(outer, sables, out)\n        writeToFile(filer.createSourceFile(sname, outer), out.toString)\n      } catch {\n        case e :Throwable => {\n          msgr.printMessage(Diagnostic.Kind.ERROR, \"Failure generating \" + sname + \": \" + e)\n          e.printStackTrace(System.err)\n        }\n      }\n    }\n\n    \/\/ generate a factory if we have service metadata\n    val svcs = metas collect { case sm :ServiceMetadata => sm }\n    if (!svcs.isEmpty) {\n      val fname = factoryName(outer.getQualifiedName.toString)\n      msgr.printMessage(Diagnostic.Kind.NOTE, \"Generating \" + fname + \"...\")\n      val out = new StringWriter\n      try {\n        generateFactory(outer, svcs, out)\n        writeToFile(filer.createSourceFile(fname, outer), out.toString)\n      } catch {\n        case e :Throwable => {\n          msgr.printMessage(Diagnostic.Kind.ERROR, \"Failure generating \" + fname + \": \" + e)\n          e.printStackTrace(System.err)\n        }\n      }\n    }\n  }\n\n  def generateStreamer (oelem :TypeElement, metas :Seq[StreamableMetadata], out :Writer) {\n    val (pkgName, className) = splitName(oelem.getQualifiedName.toString)\n\n    \/\/ compute the imports needed for this compilation unit\n    val stockImps = Set(Utils.StreamableName, Utils.StreamerName)\n    val allImps = (stockImps \/: metas.map(_.imports)) { _ ++ _ }\n    val prunedImps = allImps.\n      \/\/ filter out classes in the same package as the generated streamer\n      filterNot(fqn => Utils.inPackage(fqn, pkgName)).\n      \/\/ filter out DService due to the way it's handled\n      filterNot(_ == Utils.DServiceName)\n\n    generate(out, StreamerTmpl, new AnyRef {\n      val `package` = pkgName\n      val imports = orgImports(prunedImps)\n      val outerName = className\n      val outer = metas find(_.elem == oelem) getOrElse(null)\n      val inners :JIterable[AnyRef] = metas filterNot(_.elem == oelem)\n    })\n  }\n\n  def generateFactory (oelem :TypeElement, metas :Seq[ServiceMetadata], out :Writer) {\n    if (metas.size > 1) {\n      System.err.println(\"Multiple NexusService declarations in a single compilation unit \" +\n                         \"not supported: \" + oelem.getQualifiedName)\n    }\n    val svc = metas.head\n    val (pkgName, className) = splitName(oelem.getQualifiedName.toString)\n\n    \/\/ compute the imports needed for this compilation unit (filtering out classes in the same\n    \/\/ package as the generated factory)\n    val stockImps = Set(Utils.DServiceName, Utils.NexusObjectName, Utils.RFutureName)\n    val prunedImps = (stockImps ++ svc.imports) filterNot(fqn => Utils.inPackage(fqn, pkgName))\n\n    generate(out, FactoryTmpl, new AnyRef {\n      val `package` = pkgName\n      val imports = orgImports(prunedImps)\n      val serviceName = className\n      val methods = svc.methods\n    })\n  }\n\n  private def orgImports (imports :Set[String]) = {\n    val sortedImps = SortedSet[String]() ++ imports\n    val javaImps = sortedImps filter(_.startsWith(\"java\"))\n    val nexusImps = sortedImps filter(_.startsWith(\"com.threerings.nexus\"))\n    val otherImps = sortedImps -- javaImps -- nexusImps\n    new AnyRef {\n      val java :JIterable[String] = javaImps\n      val nexus :JIterable[String] = nexusImps\n      val other :JIterable[String] = otherImps\n    }\n  }\n\n  private def generate (out :Writer, tmpl :String, ctx :AnyRef) {\n    val template = {\n      val source = new InputStreamReader(getClass.getClassLoader.getResourceAsStream(tmpl))\n      try Mustache.compiler.escapeHTML(false).compile(source)\n      finally source.close\n    }\n    out.write(_header)\n    template.execute(ctx, out)\n  }\n\n  private def writeToFile (file :JavaFileObject, text :String) {\n    val fout = file.openWriter\n    try fout.write(text)\n    finally fout.close\n  }\n\n  private[gencode] def streamerName (fqName :String) = tagName(fqName, \"Streamer\")\n  private[gencode] def factoryName (fqName :String) = tagName(fqName, \"Factory\")\n\n  private def tagName (fqName :String, tag :String) = {\n    val dotIdx = fqName.lastIndexOf(\".\")+1\n    fqName.substring(0, dotIdx) + tag + \"_\" + fqName.substring(dotIdx)\n  }\n\n  private def splitName (fqName :String) = {\n    val dotIdx = fqName.lastIndexOf(\".\")\n    (if (dotIdx > 0) fqName.substring(0, dotIdx) else null, fqName.substring(dotIdx+1))\n  }\n\n  private var _header = \"\"\n\n  private final val StreamerTmpl = \"com\/threerings\/nexus\/gencode\/Streamer.tmpl\"\n  private final val FactoryTmpl = \"com\/threerings\/nexus\/gencode\/Factory.tmpl\"\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Utils.scala","text":"<filename>tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/Utils.scala<gh_stars>1-10\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable.{Set => MSet}\n\nimport javax.lang.model.element.{Element, ExecutableElement, PackageElement, TypeElement}\nimport javax.lang.model.element.{Name, ElementKind}\nimport javax.lang.model.`type`.{ArrayType, DeclaredType, NoType, PrimitiveType, WildcardType}\nimport javax.lang.model.`type`.{TypeKind, TypeMirror, TypeVariable}\nimport javax.lang.model.util.{ElementScanner7, SimpleTypeVisitor7}\n\nimport react.RFuture\n\nimport com.threerings.nexus.io.{Streamable, Streamer}\nimport com.threerings.nexus.distrib.{DService, NexusObject, NexusService}\n\n\/**\n * Various utility bits.\n *\/\nobject Utils\n{\n  \/**\n   * Returns a Java source string describing the supplied type. Handles type parameters, type\n   * bounds and wildcards.\n   *\n   * @param boundVars whether or not to print type variable bounds.\n   *\/\n  def toString (t :TypeMirror, boundVars :Boolean) :String = {\n    val buf = new StringBuilder\n    new ToString(boundVars).visit(t, buf)\n    buf.toString\n  }\n\n  \/**\n   * Returns a Java source string describing the supplied type, promoting primitive types to their\n   * boxed counterparts. Handles type parameters, type bounds and wildcards.\n   *\n   * @param boundVars whether or not to print type variable bounds.\n   *\/\n  def toBoxedString (t :TypeMirror, boundVars :Boolean) :String = t.getKind match {\n    case TypeKind.BOOLEAN => \"Boolean\"\n    case TypeKind.BYTE => \"Byte\"\n    case TypeKind.CHAR => \"Character\"\n    case TypeKind.SHORT => \"Short\"\n    case TypeKind.INT => \"Integer\"\n    case TypeKind.LONG => \"Long\"\n    case TypeKind.FLOAT => \"Float\"\n    case TypeKind.DOUBLE => \"Double\"\n    case _ => toString(t, true)\n  }\n\n  \/**\n   * Returns true if the supplied type mirror represents `java.lang.name`.\n   *\/\n  def isLang (t :TypeMirror, name :String) = t match {\n    case dt :DeclaredType => (qualifiedName(dt) == \"java.lang.\" + name)\n    case _ => false\n  }\n\n  \/**\n   * Returns the qualified name of the supplied class type.\n   *\/\n  def qualifiedName (dt :DeclaredType) =\n    dt.asElement.asInstanceOf[TypeElement].getQualifiedName.toString\n\n  \/**\n   * Returns the name of the supplied element, qualified by its enclosing types, if any.\n   *\/\n  def enclosedName (elem :Element) :String = {\n    def addName (e :Element, buf :StringBuilder) :StringBuilder = e match {\n      case te :TypeElement => {\n        addName(te.getEnclosingElement, buf)\n        if (buf.length > 0) buf.append(\".\")\n        buf.append(te.getSimpleName)\n      }\n      case pe :PackageElement => buf \/\/ stop when we hit the package\n      case _ => throw new IllegalArgumentException(\n        \"Unexpected type when generating enclosedName [elem=\" + elem + \", kind=\" + elem.getKind +\n        \", encl=\" + e + \", kind=\" + e.getKind + \"]\")\n    }\n    addName(elem, new StringBuilder).toString\n  }\n\n  \/**\n   * Returns true if the supplied type extends, or is, the specified class.\n   *\/\n  def extendsClass (fqName :String, t :TypeMirror) :Boolean = t match {\n    case dt :DeclaredType => (qualifiedName(dt) == fqName || extendsClass(\n      fqName, dt.asElement.asInstanceOf[TypeElement].getSuperclass))\n    case _ => false\n  }\n\n  \/**\n   * Returns true if the supplied type implements, or is, the specified interface.\n   *\/\n  def implementsIface (fqName :String, t :TypeMirror) :Boolean = t match {\n    case dt :DeclaredType => (qualifiedName(dt) == fqName) || {\n      val et = dt.asElement.asInstanceOf[TypeElement]\n      implementsIface(fqName, et.getSuperclass) ||\n        et.getInterfaces.exists(implementsIface(fqName, _))\n    }\n    case _ => false\n  }\n\n  def isNexusObject (t :TypeMirror) = extendsClass(NexusObjectName, t)\n  def isDService (t :TypeMirror) = (extendsClass(DServiceName, t) ||\n    implementsIface(DServiceFactoryName, t))\n  def isNexusService (t :TypeMirror) = implementsIface(NexusServiceName, t)\n  def isStreamable (t :TypeMirror) = implementsIface(StreamableName, t)\n  def isEnum (t :TypeMirror) = extendsClass(EnumName, t)\n\n  \/**\n   * Returns the fqName of the supplied type's parent `Streamer`, if one exists.\n   *\/\n  def getParentStreamer (te :TypeElement) :Option[String] = te.getSuperclass match {\n    case dt :DeclaredType if (!isStreamable(dt) || qualifiedName(dt) == NexusObjectName) => None\n    case dt :DeclaredType => Some(getStreamerName(dt.asElement))\n    case _ => None\n  }\n\n  \/**\n   * Returns the fqStreamerNAme for the supplied type element. For example: `Streamer_Foo.Bar` for\n   * an element `Foo.Bar`.\n   *\/\n  def getStreamerName (elem :Element) = {\n    def addName (e :Element, buf :StringBuilder) :StringBuilder = e match {\n      case te :TypeElement => {\n        addName(te.getEnclosingElement, buf)\n        if (buf.length > 0) buf.append(\".\")\n        \/\/ if we're enclosed by a package, the buck stops here\n        if (te.getEnclosingElement.isInstanceOf[PackageElement]) buf.append(\"Streamer_\");\n        buf.append(te.getSimpleName)\n      }\n      case pe :PackageElement => buf.append(pe.getQualifiedName.toString) \/\/ we're done\n      case _ => throw new IllegalArgumentException(\n        \"Unexpected type when generating streamer name [elem=\" + elem + \", kind=\" + elem.getKind +\n        \", encl=\" + e + \", kind=\" + e.getKind + \"]\")\n    }\n    addName(elem, new StringBuilder).toString\n  }\n\n  def directlyExtendsNexusObject (t :TypeMirror) = t match {\n    case dt :DeclaredType => {\n      \/\/ the supertype of a declared type is always another declared type\n      val sdt = dt.asElement.asInstanceOf[TypeElement].getSuperclass.asInstanceOf[DeclaredType]\n      (qualifiedName(sdt) == NexusObjectName)\n    }\n    case _ => false\n  }\n\n  \/**\n   * Returns a string that can be appended to `in.read` or `out.write` to generate the appropriate\n   * read or write call for the supplied type.\n   *\/\n  def fieldKind (field :TypeMirror) :String = field.getKind match {\n    case TypeKind.BOOLEAN => \"Boolean\"\n    case TypeKind.BYTE => \"Byte\"\n    case TypeKind.CHAR => \"Char\"\n    case TypeKind.SHORT => \"Short\"\n    case TypeKind.INT => \"Int\"\n    case TypeKind.LONG => \"Long\"\n    case TypeKind.FLOAT => \"Float\"\n    case TypeKind.DOUBLE => \"Double\"\n    case TypeKind.ARRAY => field.asInstanceOf[ArrayType].getComponentType match {\n      case pt :PrimitiveType => fieldKind(pt) + \"s\"\n      case dt :DeclaredType if (isLang(dt.asElement.asType, \"String\")) => return fieldKind(dt) + \"s\"\n      case ct => throw new IllegalArgumentException(s\"Arrays of $ct not supported\")\n    }\n    case TypeKind.DECLARED if (isLang(field, \"String\")) => \"String\"\n    case TypeKind.DECLARED if (isLang(field, \"Class\")) => \"Class\"\n    case TypeKind.DECLARED if (isDService(field)) => \"Service\"\n    case TypeKind.DECLARED if (isEnum(field)) => \"Enum\"\n    case TypeKind.DECLARED => \"Value\"\n    case TypeKind.TYPEVAR => \"Value\"\n    case TypeKind.ERROR => \"Error\"\n    case _ => throw new IllegalArgumentException(\n      \"Encountered unknown type kind \" + field.getClass.getName)\n  }\n\n  \/**\n   * Returns the type parameters to be prepented to `readValue` or `readClass` when reading the\n   * supplied type, or be the empty string if the supplied type is not read via `readValue` or\n   * `readClass`.\n   *\/\n  def valueType (field :TypeMirror) = field.getKind match {\n    case TypeKind.DECLARED if (isLang(field, \"String\")) => \"\"\n    case TypeKind.DECLARED if (isEnum(field)) => \"\"\n    case TypeKind.DECLARED if (isLang(field, \"Class\") || isDService(field)) =>\n      \"<\" + toString(field.asInstanceOf[DeclaredType].getTypeArguments.get(0), false) + \">\"\n    case TypeKind.DECLARED => \"<\" + toString(field, false) + \">\"\n    case TypeKind.TYPEVAR => \"<\" + toString(field, false) + \">\"\n    case _ => \"\"\n  }\n\n  \/**\n   * Returns the names of the arguments to the element's supertype's constructor. The supertype\n   * must declare only one constructor (all `Streamable` types must have only one constructor).\n   *\/\n  def getSuperCtorArgs (e :TypeElement) :Seq[String] = e.getSuperclass match {\n    case stype :DeclaredType => {\n      var ctors :List[ExecutableElement] = Nil\n      val se = stype.asElement\n      new ElementScanner7[Unit, Unit] {\n        override def visitType (ne :TypeElement, p :Unit) {\n          \/\/ don't descend into nested types\n          if (se == ne) super.visitType(ne, p)\n        }\n        override def visitExecutable (e :ExecutableElement, p :Unit) {\n          super.visitExecutable(e, p)\n          if (e.getKind == ElementKind.CONSTRUCTOR) ctors = e :: ctors\n        }\n      }.scan(se)\n      ctors.size match {\n        case 1 => ctors.head.getParameters.toSeq.map(_.getSimpleName.toString)\n        case 0 => Seq()\n        case _ => throw new IllegalArgumentException(\n          \"Supertype has multiple ctors! \" + e + \": \" + ctors.mkString(\", \"))\n      }\n    }\n    case _ :NoType => Seq() \/\/ Object's \"supertype\" takes zero arguments\n  }\n\n  \/**\n   * Returns the qualified names of all outermost types that appear in the supplied type (java.lang\n   * types are omitted).\n   *\/\n  def collectImports (t :TypeMirror) :Set[String] = {\n    val imports = MSet[String]()\n    new ImportCollector().visit(t, imports)\n    imports.toSet\n  }\n\n  \/**\n   * Returns true if the supplied fully-qualified class name is in the supplied package. Note: this\n   * only works on outermost types, a fully-qualified nested type will return invalid values.\n   *\/\n  def inPackage (fqName :String, pkgName :String) =\n    ((pkgName == null && fqName.indexOf(\".\") == -1) || \/\/ top-level package is repped by null\n     (fqName.substring(0, fqName.lastIndexOf(\".\")+1) == (pkgName + \".\")))\n\n  private class ToString (boundVars :Boolean) extends SimpleTypeVisitor7[Unit,StringBuilder] {\n    override def visitDeclared (t :DeclaredType, buf :StringBuilder) {\n      val te = t.asElement.asInstanceOf[TypeElement]\n\n      \/\/ if the name is empty, this is an intersection type; handle it specially\n      val cname = t.asElement.getSimpleName.toString\n      if (cname.isEmpty) visitIntersection(t, buf)\n      else {\n        \/\/ if we have an enclosing element, prepend it (and any of its enclosing elements);\n        \/\/ we don't want the type parameters of the enclosers (because streamables can never be\n        \/\/ non-static inner classes), so we just climb the element hierarchy\n        val encl = te.getEnclosingElement\n        if (encl != null && encl.getKind != ElementKind.PACKAGE) {\n          buf.append(enclosedName(encl)).append(\".\");\n        }\n\n        val cname = t.asElement.getSimpleName.toString\n        buf.append(cname)\n        val tas = t.getTypeArguments\n        if (!tas.isEmpty) {\n          buf.append(\"<\")\n          visit(tas.get(0), buf)\n          tas.tail foreach { ta =>\n            buf.append(\",\")\n            visit(ta, buf)\n          }\n          buf.append(\">\")\n        }\n      }\n    }\n\n    override def visitTypeVariable (t :TypeVariable, buf :StringBuilder) {\n      buf.append(t.asElement.getSimpleName)\n      \/\/ we may encounter cycles in the type graph where the same type variable appears multiple\n      \/\/ times, as in \"T extends Comparable<T>\"; in such cases, we only want to print the bounds\n      \/\/ the first time the variable is encountered\n      if (boundVars && !_seenVars(t)) {\n        _seenVars += t\n        if (t.getUpperBound.getKind != TypeKind.NULL) {\n          if (!isLang(t.getUpperBound, \"Object\")) {\n            buf.append(\" extends \")\n            visit(t.getUpperBound, buf)\n          }\n        } else if (t.getLowerBound.getKind != TypeKind.NULL) {\n          buf.append(\" super \")\n          visit(t.getUpperBound, buf)\n        } \/\/ else nada?\n      }\n    }\n\n    \/\/ in Java 6 and Java 7, intersection types are represented hackily, we detect such hackery in\n    \/\/ visitDeclared and pass the buck to this faux visitIntersection type; when we move to Java 8\n    \/\/ (perhaps in the 2020s) we can remove said hackery and use the real visitIntersection()\n    def visitIntersection (t :DeclaredType, buf :StringBuilder) {\n      \/\/ note: no enclosing elem check because intersection type bounds have a spurious encloser\n      val te = t.asElement.asInstanceOf[TypeElement]\n      \/\/ the intersection type bounds are \"encoded\" in the supertype and interfaces\n      val ifcs = te.getInterfaces.toList\n      val sc = te.getSuperclass\n      \/\/ the superclass may be Object in which case we don't want to add it to the list of\n      \/\/ alternatives (one normally does not write <T extends Object & Peanut & Popcorn>)\n      val alts = if (isLang(sc, \"Object\")) ifcs else (sc :: ifcs)\n      var ii = 0 ; for (ie <- alts) {\n        if (ii > 0) buf.append(\" & \")\n        visit(ie, buf)\n        ii += 1\n      }\n    }\n\n    \/\/ not available until Java 8\n    \/\/ override def visitIntersection (t :IntersectionType, buf :StringBuilder) {\n    \/\/   var ii = 0\n    \/\/   for (at <- t.getBounds()) {\n    \/\/     if (ii > 0) buf.append(\" & \");\n    \/\/     visit(at, buf);\n    \/\/     ii += 1\n    \/\/   }\n    \/\/ }\n\n    override def visitArray (t :ArrayType, buf :StringBuilder) {\n      visit(t.getComponentType, buf)\n      buf.append(\"[]\")\n    }\n\n    override def visitWildcard (t :WildcardType, buf :StringBuilder) {\n      buf.append(\"?\")\n      if (t.getSuperBound != null) {\n        buf.append(\" super \")\n        visit(t.getSuperBound, buf)\n      } else if (t.getExtendsBound != null) {\n        buf.append(\" extends \")\n        visit(t.getExtendsBound, buf)\n      }\n    }\n\n    override def visitPrimitive (t :PrimitiveType, buf :StringBuilder) {\n      \/\/ this is a bit of a hack, we can fix it up later if need be\n      buf.append(t.getKind.toString.toLowerCase)\n    }\n\n    override def visitNoType (t :NoType, buf :StringBuilder) {\n      buf.append(\"void\")\n    }\n\n    private var _seenVars = Set[TypeVariable]()\n  }\n\n  private class ImportCollector extends SimpleTypeVisitor7[Unit,MSet[String]] {\n    override def visitDeclared (t :DeclaredType, imports :MSet[String]) {\n      val te = t.asElement.asInstanceOf[TypeElement]\n\n      \/\/ if the name is empty, this is a union type bound and the bounds in question are the\n      \/\/ supertype and interfaces implemented by this synthetic type hack-a-saurus!\n      val cname = t.asElement.getSimpleName.toString\n      if (cname.isEmpty) {\n        visit(te.getSuperclass, imports)\n        for (ie <- te.getInterfaces) {\n          visit(ie, imports)\n        }\n\n      } else {\n        \/\/ if we have an enclosing element, we'll be importing that rather than this type directly,\n        \/\/ as we render all types qualified by their enclosing classes\n        val encl = te.getEnclosingElement\n        if (encl != null && encl.getKind != ElementKind.PACKAGE) {\n          \/\/ we need to note that we're processing an outer type, because we don't want to process\n          \/\/ the type variables of the outer type as those will never appear in the fully qualified\n          \/\/ expression of the inner type in question\n          _outerNest += 1\n          visit(encl.asType, imports)\n          _outerNest -= 1\n        }\n        \/\/ otherwise we (potentially) need to import this type\n        else {\n          val fqName = te.getQualifiedName.toString\n          if (!inPackage(fqName, \"java.lang\")) imports += fqName\n        }\n        \/\/ visit our type variables if we're processing the inner-most type\n        if (_outerNest == 0) t.getTypeArguments foreach { ta => visit(ta, imports) }\n      }\n    }\n\n    override def visitTypeVariable (t :TypeVariable, imports :MSet[String]) {\n      \/\/ we may encounter cycles in the type graph where the same type variable appears multiple\n      \/\/ times, as in \"T extends Comparable<T>\"; in such cases, we need to avoid infinite loops\n      if (!_seenVars(t)) {\n        _seenVars += t\n        if (t.getUpperBound.getKind != TypeKind.NULL) {\n          if (!isLang(t.getUpperBound, \"Object\")) {\n            visit(t.getUpperBound, imports)\n          }\n        } else if (t.getLowerBound.getKind != TypeKind.NULL) {\n          visit(t.getLowerBound, imports)\n        }\n      }\n    }\n\n    override def visitWildcard (t :WildcardType, imports :MSet[String]) {\n      if (t.getSuperBound != null) {\n        visit(t.getSuperBound, imports)\n      } else if (t.getExtendsBound != null) {\n        visit(t.getExtendsBound, imports)\n      }\n    }\n\n    private var _seenVars = Set[TypeVariable]()\n    private var _outerNest = 0\n  }\n\n  private[gencode] final val NexusObjectName = classOf[NexusObject].getName\n  private[gencode] final val NexusServiceName = classOf[NexusService].getName\n  private[gencode] final val DServiceName = classOf[DService[_]].getName\n  private[gencode] final val DServiceFactoryName =\n    classOf[DService.Factory[_]].getName.replace('$', '.')\n  private[gencode] final val StreamableName = classOf[Streamable].getName\n  private[gencode] final val StreamerName = classOf[Streamer[_]].getName\n  private[gencode] final val EnumName = classOf[Enum[_]].getName\n  private[gencode] final val RFutureName = classOf[RFuture[_]].getName\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/main\/scala\/com\/threerings\/nexus\/gencode\/ServiceMetadata.scala","text":"<gh_stars>1-10\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable.ListBuffer\n\nimport java.util.{List => JList}\nimport javax.lang.model.element.{ExecutableElement, TypeElement, VariableElement}\nimport javax.lang.model.`type`.{DeclaredType, TypeKind}\n\n\/**\n * Contains metadata for a single `NexusService` interface.\n * @param elem the class's type element.\n *\/\nclass ServiceMetadata (val elem :TypeElement) extends Metadata {\n  import ServiceMetadata._\n\n  \/** Returns the simple classname of this service. *\/\n  def serviceName = elem.getSimpleName.toString\n\n  \/** Returns the imports needed by this class metadata. *\/\n  def imports :Set[String] = Utils.collectImports(elem.asType) ++ methods.flatMap(_.imports)\n\n  \/** Returns all of the methods defined for this service. *\/\n  def methods :JList[Method] = methodsBuf\n\n  \/** Adds a method to this metadata. Used when building. *\/\n  def addMethod (elem :ExecutableElement) {\n    methodsBuf += Method(elem)\n  }\n  private val methodsBuf = ListBuffer[Method]()\n\n  override def toString () = String.format(\"[name=%s, methods=%s]\", serviceName, methods)\n}\n\nobject ServiceMetadata {\n  case class Arg (elem :VariableElement, index :Int) {\n    def name = elem.getSimpleName.toString\n    def `type` = Utils.toString(elem.asType, true)\n    def boxedType = Utils.toBoxedString(elem.asType, true)\n    override def toString () = String.format(\"%s %s\", `type`, name)\n  }\n\n  case class Method (elem :ExecutableElement) {\n    private val _params = elem.getParameters.zipWithIndex.map(Arg.tupled)\n    private val _rtype = elem.getReturnType\n\n    \/* sanity checks (runs in ctor) *\/ {\n      \/\/ make sure return type is void or RFuture<T>\n    }\n\n    def name = elem.getSimpleName.toString\n    val args :JList[Arg] = _params\n\n    val hasResult = _rtype.getKind == TypeKind.DECLARED\n    def result = Utils.toString(_rtype, true)\n    def rtype = Utils.toString(_rtype.asInstanceOf[DeclaredType].getTypeArguments.get(0), true)\n\n    \/** Returns the imports needed by this method's parameters and return type. *\/\n    def imports :Set[String] = (elem.getParameters.map(_.asType) :+ _rtype).flatMap(\n      Utils.collectImports).toSet\n\n    override def toString () = String.format(\"%s(%s)\", name, _params.mkString(\", \"))\n  }\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/test\/scala\/com\/threerings\/nexus\/gencode\/StreamerGenTest.scala","text":"<gh_stars>1-10\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport javax.annotation.processing.SupportedAnnotationTypes\nimport javax.lang.model.element.TypeElement\n\nimport org.junit.Assert._\nimport org.junit.Test\n\n\/**\n * Tests the streamer generator.\n *\/\nclass StreamerGenTest\n{\n  @Test def testStreamerName {\n    assertEquals(\"Streamer_Foo\", Generator.streamerName(\"Foo\"))\n    assertEquals(\"foo.bar.Streamer_Foo\", Generator.streamerName(\"foo.bar.Foo\"))\n  }\n\n  @Test def testBox {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      public class Box<T> implements com.threerings.nexus.io.Streamable {\n        public final T value1;\n        public final T _value2;\n        public final T value3_;\n        public final T value4;\n        public final T value5;\n        public Box (T value1, T value2, T value3, T _value4, T value5_) {\n          this.value1 = value1;\n          this._value2 = value2;\n          this.value3_ = value3;\n          this.value4 = _value4;\n          this.value5 = value5_;\n        }\n      }\n      \"\"\")\n    \/\/ make sure all the ctor arg and field name variants are matched\n    assertEquals(Map(\"value1\" -> \"value1\", \"value2\" -> \"_value2\", \"value3\" -> \"value3_\",\n                     \"_value4\" -> \"value4\", \"value5_\" -> \"value5\"), metas.head.argToField)\n  }\n\n  @Test def testNonValueFields {\n    val source = StreamerTestCompiler.genSource(\"Thing.java\", \"\"\"\n      public class Thing implements com.threerings.nexus.io.Streamable {\n        public final int age;\n        public final String name;\n        public int secret;\n        public Thing (int age, String name) {\n          this.age = age;\n          this.name = name;\n        }\n        private int _secretTwo;\n      }\n      \"\"\")\n    \/\/ the non-value field should not appear in the streamer\n    assertFalse(source.contains(\"secret\"))\n  }\n\n  @Test def testNested {\n    val metas = StreamerTestCompiler.genMetas(\"Container.java\", \"\"\"\n      package foo.bar;\n      public class Container {\n        public class Inner1 implements com.threerings.nexus.io.Streamable {}\n        public class Inner2 implements com.threerings.nexus.io.Streamable {}\n      }\n      \"\"\")\n    assertEquals(2, metas.size)\n  }\n\n  @Test def testNestedInStreamable {\n    val metas = StreamerTestCompiler.genMetas(\"Outer.java\", \"\"\"\n      package foo.bar;\n      import com.threerings.nexus.io.Streamable;\n      public class Outer implements Streamable {\n        public class Inner1 implements Streamable {}\n        public class Inner2 implements Streamable {}\n      }\n      \"\"\")\n    assertEquals(3, metas.size)\n  }\n\n  @Test def testNestedInStreamableIface {\n    val metas = StreamerTestCompiler.genMetas(\"OuterIface.java\", \"\"\"\n      package foo.bar;\n      import com.threerings.nexus.io.Streamable;\n      public interface OuterIface extends Streamable {\n        public class Inner1 implements Streamable {}\n        public class Inner2<T> implements Streamable {}\n      }\n      \"\"\")\n    \/\/ make sure we correctly generate the type name of a type enclosed in an interface\n    assertEquals(\"OuterIface.Inner1\", metas.find(_.name == \"Inner1\").get.typeUse)\n    assertEquals(\"OuterIface.Inner2<T>\", metas.find(_.name == \"Inner2\").get.typeUse)\n  }\n\n  @Test def testEmptyPackage {\n    val source = StreamerTestCompiler.genSource(\"Thing.java\", \"\"\"\n      public class Thing implements com.threerings.nexus.io.Streamable {\n        public final int age;\n        public final String name;\n        public Thing (int age, String name) {\n          this.age = age;\n          this.name = name;\n        }\n      }\n      \"\"\")\n    \/\/ we should not generate an import for classes in the top-level package\n    assertFalse(source.contains(\"import Thing\"))\n  }\n\n  @Test def testServiceInOtherPackage {\n    val source = StreamerTestCompiler.genSource(\n      \"TwoService.java\" -> \"\"\"\n      package foo.bar.baz;\n      import com.threerings.nexus.distrib.NexusService;\n      public interface TwoService extends NexusService {\n      }\n      \"\"\",\n      \"One.java\" -> \"\"\"\n      package foo.bar;\n      import com.threerings.nexus.distrib.NexusObject;\n      import com.threerings.nexus.distrib.DService;\n      import foo.bar.baz.TwoService;\n      public class One extends NexusObject {\n        public final DService<TwoService> svc;\n        public One (DService.Factory<TwoService> svc) {\n          this.svc = svc.createService(this);\n        }\n      }\n      \"\"\")\n    \/\/ System.out.println(source)\n    \/\/ make sure we imported the service from the other package\n    assertTrue(source.contains(\"import foo.bar.baz.TwoService\"))\n  }\n\n  @Test def testInherit {\n    val source = StreamerTestCompiler.genSource(\"Container.java\", \"\"\"\n      package foo.bar;\n      public class Container {\n        public class Parent implements com.threerings.nexus.io.Streamable {\n          public final String first, last;\n          public Parent (String first, String last) {\n            this.first = first;\n            this.last = last;\n          }\n        }\n        public class Child extends Parent {\n          public Child (String first, String last, int one, int two) {\n            super(first, last);\n            _one = one;\n            _two = two;\n          }\n          \/\/ fields are written in ctor arg order, not field declaration order\n          protected int _two;\n          protected int _one;\n        }\n      }\n      \"\"\")\n    \/\/ System.err.println(source)\n    \/\/ TODO: capture diagnostics during compile, mess up super ctor arg ordering and ensure that\n    \/\/ warning is generated\n  }\n\n  @Test def testInheritNexusObjectWithService {\n    val source = StreamerTestCompiler.genSource(\"Container.java\", \"\"\"\n      package foo.bar;\n      import com.threerings.nexus.distrib.NexusObject;\n      import com.threerings.nexus.distrib.DValue;\n      import com.threerings.nexus.distrib.DService;\n      import com.threerings.nexus.distrib.NexusService;\n      public class Container {\n        public class ParentObject extends NexusObject {\n          public final DService<NexusService> service;\n          public final DValue<Integer> foo = DValue.create(0);\n          public ParentObject (DService<NexusService> service) {\n            this.service = service;\n          }\n        }\n        public class ChildObject extends ParentObject {\n          public final DValue<Integer> bar = DValue.create(0);\n          public ChildObject (DService<NexusService> service) {\n            super(service);\n          }\n        }\n      }\n      \"\"\")\n    \/\/ System.err.println(source)\n    \/\/ ChildObject.writeObjectImpl was failing to generate a call to\n    \/\/   Streamer_Container.ParentObject.writeObjectImpl(out, obj);\n    \/\/ but only when the DValue<Integer> was part of its values\n    assertTrue(source.contains(\"Streamer_Container.ParentObject.writeObjectImpl(out, obj);\"))\n  }\n\n  @Test def testInheritsNexusEvent {\n    val source = NEVStreamerTestCompiler.genSource(\"CustomEvent.java\", \"\"\"\n      package foo.bar;\n      public class CustomEvent extends com.threerings.nexus.distrib.NexusEvent {\n        public CustomEvent (int targetId, int fooId) {\n          _fooId = fooId;\n        }\n        protected final int _fooId;\n      }\n      \"\"\")\n    \/\/ make sure we imported the streamer for our supertype\n    assertTrue(source.contains(\"import com.threerings.nexus.distrib.Streamer_NexusEvent\"))\n  }\n\n  @Test def testInheritFromInterface {\n    val metas = StreamerTestCompiler.genMetas(\"OuterClass.java\", \"\"\"\n      package foo.bar;\n      interface OuterIface {\n        class Parent implements com.threerings.nexus.io.Streamable {\n          public final String first, last;\n          public Parent (String first, String last) {\n            this.first = first;\n            this.last = last;\n          }\n        }\n      }\n      public class OuterClass {\n        public class Child extends OuterIface.Parent {\n          public Child (String first, String last, int one, int two) {\n            super(first, last);\n            _one = one;\n            _two = two;\n          }\n          \/\/ fields are written in ctor arg order, not field declaration order\n          protected int _two;\n          protected int _one;\n        }\n      }\n      \"\"\")\n    \/\/ make sure we correctly generate the enclosed name of a type that's nested in an iface\n    assertEquals(\"OuterIface.Parent\", metas.find(_.name == \"Child\").get.parentEnclosedName)\n  }\n\n  @Test def testParameterized {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      import java.util.Map;\n      public class Box<A,B,K,V> implements com.threerings.nexus.io.Streamable {\n        public final A valueA;\n        public final Class<B> classB;\n        public final Map<K,V> map;\n        public Box (A valueA, Class<B> classB, Map<K,V> map) {\n          this.valueA = valueA;\n          this.classB = classB;\n          this.map = map;\n        }\n      }\n      \"\"\")\n    assertEquals(\"<A,B,K,V>\", metas.head.typeBounds)\n  }\n\n  @Test def testBounded {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      public class Box<T extends Comparable<T>> implements com.threerings.nexus.io.Streamable {\n        public final T value;\n        public Box (T value) {\n          this.value = value;\n        }\n      }\n      \"\"\")\n    assertEquals(\"<T extends Comparable<T>>\", metas.head.typeBounds)\n  }\n\n  @Test def testUnionBounded {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      public class Box<T extends Comparable<T> & Iterable<?>>\n        implements com.threerings.nexus.io.Streamable {\n        public final T value;\n        public Box (T value) {\n          this.value = value;\n        }\n      }\n      \"\"\")\n    assertEquals(\"<T extends Comparable<T> & Iterable<?>>\", metas.head.typeBounds)\n  }\n\n  @Test def testImplementsStreamerSubIface {\n    val metas = StreamerTestCompiler.genMetas(\"Container.java\", \"\"\"\n      package foo.bar;\n      public class Container {\n        interface Foozle extends com.threerings.nexus.io.Streamable {\n        }\n        public class Name implements Foozle {\n          public final String first, last;\n          public Name (String first, String last) {\n            this.first = first;\n            this.last = last;\n          }\n        }\n      }\n      \"\"\")\n    \/\/ ensure that Name is identified as a Streamable, even though it implements an interface that\n    \/\/ extends Streamable rather than implementing Streamable itself\n    assertEquals(1, metas.size)\n  }\n\n  @Test def testImports {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      import java.util.Map;\n      public class Box<A,B extends Comparable<B>,K,V>\n        implements com.threerings.nexus.io.Streamable {\n        public final A valueA;\n        public final Class<B> classB;\n        public final Map<K,V> map;\n        public Box (A valueA, Class<B> classB, Map<K,V> map) {\n          this.valueA = valueA;\n          this.classB = classB;\n          this.map = map;\n        }\n      }\n      \"\"\")\n    assertEquals(Set(\"Box\", \"java.util.Map\"), metas.head.imports)\n  }\n\n  @Test def testSourceHeader {\n    val header = \"\/\/ foo bar baz!\\n\\n\"\n    Generator.setSourceHeader(header)\n    try {\n      val source = StreamerTestCompiler.genSource(\"Box.java\", \"\"\"\n        package foo.bar;\n        public class Box<T> implements com.threerings.nexus.io.Streamable {\n          public final T value;\n          public Box (T value) {\n            this.value = value;\n          }\n        }\n        \"\"\")\n      assertTrue(source.startsWith(header))\n    } finally {\n      Generator.setSourceHeader(\"\")\n    }\n  }\n\n  @Test def testFieldOrdering {\n    val metas = StreamerTestCompiler.genMetas(\"Upstream.java\", \"\"\"\n      package foo.bar;\n      import java.util.List;\n      import com.threerings.nexus.io.Streamable;\n      public interface Upstream extends Streamable {\n        public static class ServiceCall implements Upstream {\n          public final int callId;\n          public final int objectId;\n          public final short attrIndex;\n          public final short methodId;\n          public final List<Object> args;\n          public ServiceCall (int callId, int objectId, short attrIndex,\n                              short methodId, List<Object> args) {\n              this.callId = callId;\n              this.objectId = objectId;\n              this.attrIndex = attrIndex;\n              this.methodId = methodId;\n              this.args = args;\n          }\n        }\n      }\n      \"\"\")\n    \/\/ make sure our ctorArgs are not reordered due to LinkedHashMap.keys funny biz\n    assertEquals(metas.head.ctorArgs.keys.toSeq, metas.head.localCtorArgs)\n    assertEquals(metas.head.ctorArgs.keys.toSeq, metas.head.orderedFieldNames)\n  }\n\n  @Test def testObject {\n    val source = StreamerTestCompiler.genSource(\"FooObject.java\", \"\"\"\n      public class FooObject extends com.threerings.nexus.distrib.NexusObject {\n        public final String name;\n        public FooObject (String name) {\n          this.name = name;\n        }\n      }\n      \"\"\")\n    assertTrue(source.contains(\"readContents\"))\n    assertTrue(source.contains(\"writeContents\"))\n    \/\/ System.err.println(source)\n  }\n\n  @Test def testArrays {\n    val metas = StreamerTestCompiler.genMetas(\"Box.java\", \"\"\"\n      public class Box<T> implements com.threerings.nexus.io.Streamable {\n        public final boolean[] booleans;\n        public final byte[] bytes;\n        public final char[] chars;\n        public final short[] shorts;\n        public final int[] ints;\n        public final long[] longs;\n        public final float[] floats;\n        public final double[] doubles;\n        public final String[] strings;\n        public Box (boolean[] booleans, byte[] bytes, char[] chars, short[] shorts, int[] ints,\n                    long[] longs, float[] floats, double[] doubles, String[] strings) {\n            this.booleans = booleans;\n            this.bytes = bytes;\n            this.chars = chars;\n            this.shorts = shorts;\n            this.ints = ints;\n            this.longs = longs;\n            this.floats = floats;\n            this.doubles = doubles;\n            this.strings = strings;\n        }\n      }\n      \"\"\")\n    assertEquals(List(\"Booleans\", \"Bytes\", \"Chars\", \"Shorts\", \"Ints\", \"Longs\", \"Floats\",\n                      \"Doubles\", \"Strings\"), metas.head.ctorArgs.values.map(Utils.fieldKind))\n  }\n\n  @Test def testEnum {\n    \/\/ val metas = StreamerTestCompiler.genMetas(\"Thingy.java\", \"\"\"\n    val code = StreamerTestCompiler.genSource(\"Thingy.java\", \"\"\"\n      public class Thingy implements com.threerings.nexus.io.Streamable {\n        public static enum Wozzle { FOO, BAR, BAZ };\n        public final Wozzle wozzle;\n        public Thingy (Wozzle wozzle) {\n            this.wozzle = wozzle;\n        }\n      }\n      \"\"\")\n    \/\/ System.err.println(code)\n    assertTrue(code.contains(\"readEnum\"))\n    assertTrue(code.contains(\"writeEnum\"))\n  }\n}\n\nclass StreamerTestCompiler extends TestCompiler {\n  def genSource (filename :String, content :String) :String =\n    process(new GenSourceProcessor, filename, content)\n\n  def genSource (files :(String, String)*) :String =\n    process(new GenSourceProcessor, files.map((mkTestObject _).tupled) :_*)\n\n  @SupportedAnnotationTypes(Array(\"*\"))\n  class GenSourceProcessor extends TestProcessor[String] {\n    override def result = _source\n    override protected def generate (elem :TypeElement, metas :Seq[Metadata]) {\n      val out = new java.io.StringWriter\n      Generator.generateStreamer(elem, metas.collect {\n        case m :StreamableMetadata => m\n      }, out)\n      _source = out.toString\n    }\n    protected var _source = \"\"\n  }\n\n  def genMetas (filename :String, content :String) :Seq[StreamableMetadata] =\n    process(new GenMetasProcessor, filename, content)\n\n  @SupportedAnnotationTypes(Array(\"*\"))\n  class GenMetasProcessor extends TestProcessor[Seq[StreamableMetadata]] {\n    override def result = _tmetas\n    override protected def generate (elem :TypeElement, metas :Seq[Metadata]) {\n      _tmetas ++= metas.map(_.asInstanceOf[StreamableMetadata])\n    }\n    protected var _tmetas = Seq[StreamableMetadata]()\n  }\n\n  override protected def stockObjects = List(streamObj, nexobjObj, nexusServiceObj, dServiceObj)\n\n  private def streamObj = mkTestObject(\"Streamable.java\", \"\"\"\n    package com.threerings.nexus.io;\n    public interface Streamable {\n      public interface Input {}\n      public interface Output {}\n    }\n  \"\"\")\n  private def nexobjObj = mkTestObject(\"NexusObject.java\", \"\"\"\n    package com.threerings.nexus.distrib;\n    import com.threerings.nexus.io.Streamable;\n    public abstract class NexusObject implements Streamable {\n      public void readContents (Streamable.Input in) {}\n      public void writeContents (Streamable.Output out) {}\n    }\n  \"\"\")\n  private def nexusServiceObj = mkTestObject(\"NexusService.java\", \"\"\"\n    package com.threerings.nexus.distrib;\n    public interface NexusService {}\n  \"\"\")\n  private def dServiceObj = mkTestObject(\"DService.java\", \"\"\"\n    package com.threerings.nexus.distrib;\n    public abstract class DService<T extends NexusService> {\n      public interface Factory<T extends NexusService> {\n        DService<T> createService (NexusObject owner);\n      }\n    }\n  \"\"\")\n}\nobject StreamerTestCompiler extends StreamerTestCompiler\n\nobject NEVStreamerTestCompiler extends StreamerTestCompiler {\n  override protected def stockObjects = super.stockObjects :+ nexevObj\n\n  private def nexevObj = mkTestObject(\"NexusEvent.java\", \"\"\"\n    package com.threerings.nexus.distrib;\n    import com.threerings.nexus.io.Streamable;\n    public abstract class NexusEvent implements Streamable {\n      public final int targetId;\n      protected NexusEvent (int targetId) {\n        this.targetId = targetId;\n      }\n    }\n  \"\"\")\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/test\/scala\/com\/threerings\/nexus\/gencode\/FactoryGenTest.scala","text":"<filename>tools\/src\/test\/scala\/com\/threerings\/nexus\/gencode\/FactoryGenTest.scala\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport javax.annotation.processing.SupportedAnnotationTypes\nimport javax.lang.model.element.TypeElement\n\nimport org.junit.Assert._\nimport org.junit.Test\n\n\/**\n * Tests the factory generator.\n *\/\nclass FactoryGenTest {\n  @Test def testFactoryName {\n    assertEquals(\"Factory_Foo\", Generator.factoryName(\"Foo\"))\n    assertEquals(\"foo.bar.Factory_Foo\", Generator.factoryName(\"foo.bar.Foo\"))\n  }\n\n  @Test def testService {\n    val source = FactoryTestCompiler.genSource(\"TestService.java\", \"\"\"\n      package foo.bar;\n      public interface TestService extends com.threerings.nexus.distrib.NexusService {\n        react.RFuture<Integer> addOne (int value);\n        void launchMissiles ();\n        void sendData (byte[] data);\n      }\n    \"\"\")\n    \/\/ System.err.println(source)\n  }\n\n  @Test def testMeta {\n    val meta = FactoryTestCompiler.genMeta(\"TestService.java\", \"\"\"\n      public interface TestService extends com.threerings.nexus.distrib.NexusService {\n        react.RFuture<Integer> addOne (int value);\n        void launchMissiles ();\n      }\n    \"\"\")\n    assertEquals(meta.serviceName, \"TestService\")\n    assertEquals(2, meta.methods.size)\n    checkMethod(meta.methods.get(0), \"addOne\", 1)\n    checkArg(meta.methods.get(0).args.get(0), \"int\", \"Integer\")\n    checkMethod(meta.methods.get(1), \"launchMissiles\", 0)\n  }\n\n  private def checkMethod (m :ServiceMetadata.Method, name :String, args :Int) {\n    assertEquals(name, m.name)\n    assertEquals(args, m.args.size)\n  }\n\n  private def checkArg (arg :ServiceMetadata.Arg, `type` :String, boxedType :String) {\n    assertEquals(`type`, arg.`type`)\n    assertEquals(boxedType, arg.boxedType)\n  }\n}\n\nobject FactoryTestCompiler extends TestCompiler {\n  def genSource (filename :String, content :String) :String =\n    process(new GenSourceProcessor, filename, content)\n\n  @SupportedAnnotationTypes(Array(\"*\"))\n  class GenSourceProcessor extends TestProcessor[String] {\n    override def result = _source\n    override protected def generate (elem :TypeElement, metas :Seq[Metadata]) {\n      val out = new java.io.StringWriter\n      Generator.generateFactory(elem, metas.collect { case sm :ServiceMetadata => sm }, out)\n      _source = out.toString\n    }\n    protected var _source = \"\"\n  }\n\n  def genMeta (filename :String, content :String) :ServiceMetadata =\n    process(new GenMetaProcessor, filename, content)\n\n  @SupportedAnnotationTypes(Array(\"*\"))\n  class GenMetaProcessor extends TestProcessor[ServiceMetadata] {\n    override def result = _meta\n    override protected def generate (elem :TypeElement, metas :Seq[Metadata]) {\n      (metas.collect { case sm :ServiceMetadata => sm }).map { m => _meta = m }\n    }\n    protected var _meta :ServiceMetadata = _\n  }\n\n  override protected def stockObjects = List(nexusServiceObj, rFutureObj)\n\n  private def nexusServiceObj = mkTestObject(\"NexusService.java\", \"\"\"\n    package com.threerings.nexus.distrib;\n    public interface NexusService {}\n  \"\"\")\n  private def rFutureObj = mkTestObject(\"RFuture.java\", \"\"\"\n    package react;\n    public interface RFuture<T> {}\n  \"\"\")\n}\n"}
{"repo_name":"threerings\/nexus","path":"server\/src\/test\/scala\/com\/threerings\/nexus\/server\/TestUtil.scala","text":"\/\/\n\/\/ Nexus Server - server-side support for Nexus distributed application framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.server\n\nimport java.util.Properties\nimport java.util.concurrent.{ExecutorService, TimeUnit}\n\nimport com.threerings.nexus.distrib.{DService, Factory_TestService, Keyed, Singleton, TestService}\n\nimport org.junit.Assert\n\n\/**\n * Test-related utility methods.\n *\/\nobject TestUtil\n{\n  class TestSingleton extends Singleton {\n    def increment (value :Int) = value+1\n  }\n\n  class ChildSingleton extends TestSingleton\n\n  class TestKeyed (key :Int) extends Keyed {\n    override def getKey = key\n    def decrement (value :Int) = value-1\n  }\n\n  class ChildKeyed (key :Int) extends TestKeyed(key)\n\n  def createTestConfig :NexusConfig = {\n    val props = new Properties()\n    props.setProperty(\"nexus.node\", \"test\")\n    props.setProperty(\"nexus.hostname\", \"localhost\")\n    props.setProperty(\"nexus.rpc_timeout\", \"1000\")\n    new NexusConfig(props)\n  }\n\n  def awaitTermination (exec :ExecutorService) {\n    try {\n      if (!exec.awaitTermination(2, TimeUnit.SECONDS)) { \/\/ TODO: change back to 10\n        Assert.fail(\"Executor failed to terminate after 10 seconds.\")\n      }\n    } catch {\n      case ie :InterruptedException => Assert.fail(\"Executor interrupted?\")\n    }\n  }\n\n  def createTestServiceAttr :DService.Factory[TestService] = {\n    Factory_TestService.createDispatcher(new TestService () {\n      def addOne (value :Int) = react.RFuture.success(value+1)\n      def launchMissiles () {\n        println(\"Bang!\")\n      }\n    })\n  }\n}\n"}
{"repo_name":"threerings\/nexus","path":"tools\/src\/test\/scala\/com\/threerings\/nexus\/gencode\/TestCompiler.scala","text":"<filename>tools\/src\/test\/scala\/com\/threerings\/nexus\/gencode\/TestCompiler.scala\n\/\/\n\/\/ Nexus Tools - code generators for Nexus framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.gencode\n\nimport scala.collection.JavaConversions._\n\nimport java.net.URI\nimport javax.tools.{JavaFileObject, SimpleJavaFileObject, ToolProvider}\n\n\/**\n * Allows tests to run the code generating processor internally.\n *\/\nabstract class TestCompiler {\n  abstract class TestProcessor[R] extends Processor {\n    def result :R\n  }\n\n  def process[R] (proc :TestProcessor[R], filename :String, content :String) :R = {\n    process(proc, mkTestObject(filename, content))\n  }\n\n  def process[R] (proc :TestProcessor[R], testObjs :JavaFileObject*) :R = {\n    val files = stockObjects ++ testObjs\n    val options = List(\"-proc:only\")\n    val task = ToolProvider.getSystemJavaCompiler.getTask(null, null, null, options, null, files)\n    task.setProcessors(List(proc))\n    task.call\n    proc.result\n  }\n\n  protected def stockObjects :List[JavaFileObject]\n\n  protected def mkTestObject (file :String, content :String) =\n    new SimpleJavaFileObject(URI.create(\"test:\/\" + file), JavaFileObject.Kind.SOURCE) {\n      override def getCharContent (ignoreEncodingErrors :Boolean) :CharSequence = content\n    }\n}\n"}
{"repo_name":"threerings\/nexus","path":"server\/src\/test\/scala\/com\/threerings\/nexus\/server\/NexusTest.scala","text":"\/\/\n\/\/ Nexus Server - server-side support for Nexus distributed application framework\n\/\/ http:\/\/github.com\/threerings\/nexus\/blob\/master\/LICENSE\n\npackage com.threerings.nexus.server\n\nimport java.util.concurrent.{ExecutorService, Executors}\nimport scala.collection.mutable.ArrayBuffer\n\nimport com.threerings.nexus.distrib._\nimport react._\n\nimport org.junit._\nimport org.junit.Assert._\n\n\/**\n * Unit tests for various [[Nexus]] bits.\n *\/\nclass NexusTest {\n  import com.threerings.nexus.server.TestUtil._\n\n  @Before def createServer {\n    System.setProperty(\"nexus.safety_checks\", \"true\")\n    _exec = Executors.newFixedThreadPool(3)\n    _server = new NexusServer(createTestConfig, _exec)\n  }\n\n  @After def shutdownServer {\n    _server.shutdown()\n    _exec.shutdown()\n    TestUtil.awaitTermination(_exec)\n    System.setProperty(\"nexus.safety_checks\", \"\")\n  }\n\n  @Test def testRuntimeChecksOnAction {\n    var printed = false\n\n    class EntityA extends Singleton {\n      def incr (value :Int) = value + 1\n    }\n\n    class EntityB extends Singleton {\n      def incrAndDoubleAndPrint (value :Int) = {\n        _server.invoke(classOf[EntityA], new Action[EntityA] {\n          def invoke (a :EntityA) {\n            val ivalue = a.incr(value)\n            try {\n              \/\/ naughty naughty, we're using an outer-this pointer to jump contexts; this will\n              \/\/ fail because our runtime safety checks null out our outer-this pointers\n              print(ivalue*2)\n            } catch {\n              \/\/ this NPE is expected, but we can't set a flag to indicate that we got here,\n              \/\/ because that would require an outer this pointer and those have been nulled out\n              case e :NullPointerException =>\n            }\n          }\n        })\n      }\n\n      def print (value :Int) = {\n        printed = true\n        println(value)\n      }\n    }\n\n    _server.register(classOf[EntityA], new EntityA)\n    _server.register(classOf[EntityB], new EntityB)\n    _server.invoke(classOf[EntityB], new Action[EntityB] {\n      def invoke (b :EntityB) {\n        b.incrAndDoubleAndPrint(5)\n      }\n    })\n\n    delay(100) \/\/ give things time to fail\n    assertFalse(printed) \/\/ ensure that the print call did not execute\n  }\n\n  @Test def testRoutedWithRuntimeChecks {\n    class EntityA (nexus :Nexus, sig :SignalView[String]) extends Singleton {\n      val strs = ArrayBuffer[String]()\n      sig.connect(Entities.routed(nexus, classOf[EntityA], new Slot[String] {\n        def onEmit (str :String) = strs += str\n      }))\n    }\n\n    val signal = Signal.create[String]()\n    val ea = new EntityA(_server, signal)\n    _server.register(classOf[EntityA], ea)\n\n    \/\/ these should no longer NPE when outer this pointers are nulled out\n    signal.emit(\"one\")\n    signal.emit(\"two\")\n\n    delay(100) \/\/ give things time to process\n    assertEquals(Seq(\"one\", \"two\"), ea.strs)\n  }\n\n  @Test def testIdAssignment {\n    class KeyedEnt (id :Int) extends Keyed {\n      def getKey = id\n    }\n    var seen1 = Set[Int]()\n    val t1 = new Thread() {\n      override def run {\n        for (i <- 0 until 1000) seen1 += _server.nextId(classOf[KeyedEnt])\n      }\n    };\n    var seen2 = Set[Int]()\n    val t2 = new Thread() {\n      override def run {\n        for (i <- 0 until 1000) seen2 += _server.nextId(classOf[KeyedEnt])\n      }\n    };\n    t1.start(); t2.start()\n    t1.join() ; t2.join()\n\n    \/\/ make sure each thread got keys unique to itself\n    assertEquals(1000, seen1.size)\n    assertEquals(1000, seen2.size)\n    \/\/ and make sure the returned keys do not overlap\n    assertEquals(2000, (seen1 ++ seen2).size)\n  }\n\n  @Test def testGather {\n    import scala.collection.JavaConversions._\n    class Player (id :Int, val name :String) extends Keyed {\n      def getKey = id\n    }\n\n    _server.registerKeyed(classOf[Player], new Player(1, \"Bob\"))\n    _server.registerKeyed(classOf[Player], new Player(2, \"Jim\"))\n    _server.registerKeyed(classOf[Player], new Player(4, \"Jerry\"))\n    _server.registerKeyed(classOf[Player], new Player(9, \"Hank\"))\n\n    val keys = Set[Comparable[_]](1, 2, 3, 4, 5, 6, 7, 8, 9)\n    val map = _server.gather(classOf[Player], keys, new Request[Player,String] {\n      def invoke (p :Player) = p.name\n    })\n    assertEquals(4, map.size)\n    assertEquals(\"Bob\", map.get(1))\n    assertEquals(\"Jim\", map.get(2))\n    assertEquals(\"Jerry\", map.get(4))\n    assertEquals(\"Hank\", map.get(9))\n\n    delay(100) \/\/ give things time to process\n  }\n\n  @Test def testExceptionUnwrap {\n    class Failer extends Singleton {\n      def fail () :String = throw new NexusException(\"Fail!\")\n    }\n\n    _server.register(classOf[Failer], new Failer)\n    try {\n      _server.request(classOf[Failer], new Request[Failer,String] {\n        def invoke (f :Failer) = f.fail()\n      })\n    } catch {\n      case ne :NexusException => assertEquals(\"Fail!\", ne.getMessage)\n    }\n  }\n\n  protected def delay (millis :Long) = Thread.sleep(millis)\n\n  protected var _exec :ExecutorService = _\n  protected var _server :NexusServer = _\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/com\/cognism\/filters\/LoggingFilter.scala","text":"package com.cognism.filters\n\nimport javax.inject.Inject\n\nimport akka.stream.Materializer\nimport play.api.Logger\nimport play.api.mvc._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass LoggingFilter @Inject() (implicit val mat: Materializer, ec: ExecutionContext) extends Filter {\n\n  private val log = Logger(\"LoggingFilter\")\n\n  private def apiKey(request: RequestHeader): Option[String] = {\n    request.queryString.get(\"api_key\").map(_.mkString(\"\")) match {\n      case session @ Some(_) =>\n        session\n      case _ =>\n        request.headers.get(\"Authorization\")\n    }\n  }\n\n  def apply(nextFilter: RequestHeader => Future[Result])(requestHeader: RequestHeader): Future[Result] = {\n\n    val startTime = System.currentTimeMillis\n\n    nextFilter(requestHeader).map { result =>\n      val endTime = System.currentTimeMillis\n      val requestTime = endTime - startTime\n\n      apiKey(requestHeader) match {\n        case Some(key) =>\n          log.info(\n            s\"${requestHeader.method} ${requestHeader.uri.replace(key, key.map(_ => '*').mkString)} took ${requestTime}ms and returned ${result.header.status}\"\n          )\n        case _ =>\n          log.info(s\"[anonymous] ${requestHeader.method} ${requestHeader.uri} took ${requestTime}ms and returned ${result.header.status}\")\n      }\n\n      result.withHeaders(\"Request-Time\" -> requestTime.toString)\n    }\n  }\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"modules\/common\/app\/com\/cognism\/common\/utils\/ApplicationException.scala","text":"package com.cognism.common.utils\n\nimport play.api.mvc.{Result, Results}\n\nimport scala.util.control.NoStackTrace\n\ncase class ApplicationException(msg: String, response: Result) extends RuntimeException(msg) with NoStackTrace\n\nobject ApplicationException {\n  def apply(msg: String): ApplicationException = {\n    new ApplicationException(msg, Results.BadRequest(msg))\n  }\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"project\/Common.scala","text":"import play.sbt.PlayImport._\nimport sbt.Keys._\nimport sbt._\n\nobject Common {\n  val settings: Seq[Setting[_]] = Seq(\n    organization := \"com.cognism\",\n    scalaVersion := \"2.13.5\",\n    scalacOptions ++= Seq(\n          \/\/Emit warning for usages of deprecated APIs\n          \"-deprecation\",\n          \/\/Emit warning for usages of features that should be imported explicitly\n          \"-feature\",\n          \/\/Enable additional warnings where generated code depends on assumptions\n          \"-unchecked\",\n          \/\/Warn when dead code is identified\n          \"-Ywarn-dead-code\",\n          \"-language:postfixOps\"\n        )\n  )\n\n  object Dependencies {\n\n    val janino = \"org.codehaus.janino\" % \"janino\" % \"3.1.4\"\n    val json = \"com.typesafe.play\" %% \"play-json\" % \"2.9.2\"\n    val logdnaZileo = \"net.zileo\" % \"logback-logdna\" % \"1.1.2\"\n    val jackson = \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % \"2.12.3\"\n\n    val commonDeps = Seq(ehcache, ws)\n\n    val rootDeps = Seq(guice, ehcache, filters, ws, specs2 % Test, janino, json, logdnaZileo, jackson)\n\n  }\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/com\/cognism\/actors\/ActorRefs.scala","text":"package com.cognism.actors\n\nobject ActorRefs {\n\n  \/\/ actor references go here\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"modules\/common\/app\/com\/cognism\/common\/utils\/ApplicationHelper.scala","text":"<filename>modules\/common\/app\/com\/cognism\/common\/utils\/ApplicationHelper.scala\npackage com.cognism.common.utils\n\nimport java.security.MessageDigest\nimport java.text.SimpleDateFormat\nimport java.util.Date\n\nimport org.joda.time.DateTime\nimport play.api.libs.json.{JsObject, JsValue}\n\nimport scala.language.postfixOps\nimport scala.util.Random\n\n\/**\n  * Container for misc helper functions.\n  *\/\nobject ApplicationHelper {\n  private val dateFormatter = new SimpleDateFormat(\"dd.MM.yyyy\")\n  val alphabet = ('a' to 'z').toList\n\n  def isValidMD5(s: String): Boolean = s.matches(\"[a-fA-F0-9]{32}\")\n\n  def isSameDayMonthYear(time1: Long, time2: Long): Boolean = {\n    val date1 = new DateTime(time1)\n    val date2 = new DateTime(time2)\n\n    date1.year().get() == date2.year().get() && date1\n      .monthOfYear()\n      .get() == date2.monthOfYear().get() && date1.dayOfMonth().get() == date2\n      .dayOfMonth()\n      .get()\n  }\n\n  def md5(s: String): String = {\n    if (s.isEmpty)\n      \"\"\n    else\n      MessageDigest\n        .getInstance(\"MD5\")\n        .digest(s.getBytes)\n        .map(\"%02x\".format(_))\n        .mkString\n  }\n\n  def sha256(s: String): String = {\n    if (s.isEmpty)\n      \"\"\n    else\n      MessageDigest\n        .getInstance(\"SHA-256\")\n        .digest(s.getBytes)\n        .map(\"%02x\".format(_))\n        .mkString\n  }\n\n  def base64Encode(in: String): String = {\n    if (in.nonEmpty)\n      new sun.misc.BASE64Encoder().encode(in.getBytes())\n    else \"\"\n  }\n\n  def base64Decode(in: String): String = {\n    new String(new sun.misc.BASE64Decoder().decodeBuffer(in))\n  }\n\n  def formatDate(d: Date): String = {\n    dateFormatter.format(d)\n  }\n\n  def formatDateFromSeconds(l: Long): String = {\n    val d = new Date(l * 1000)\n    formatDate(d)\n  }\n\n  def currentTimeInSeconds = System.currentTimeMillis() \/ 1000\n\n  def getExtension(fileName: String): String = {\n    val dotIndex = fileName.lastIndexOf(\"\")\n    if (dotIndex > 0) {\n      fileName.substring(dotIndex + 1)\n    } else {\n      \"\"\n    }\n  }\n\n  def shortRandomId: String = {\n    Random.alphanumeric.take(12).toList.mkString\n  }\n\n  case class Timer(name: String) {\n    private val startTime = System.nanoTime()\n    private val timeblocks =\n      scala.collection.mutable.Map.empty[String, (Int, Int)]\n\n    def time[A](name: String)(block: => A) = {\n      val s = System.nanoTime\n      val ret = block\n      timeblocks.get(name) match {\n        case Some((duration, counter)) =>\n          timeblocks.put(\n            name,\n            (duration + ((System.nanoTime - s) \/ 1e6).toInt, counter + 1)\n          )\n        case _ =>\n          timeblocks.put(name, (((System.nanoTime - s) \/ 1e6).toInt, 1))\n      }\n      ret\n    }\n\n    override def toString(): String = {\n      val totalExecutionTime = ((System.nanoTime - startTime) \/ 1e6).toInt\n      val buffer = new StringBuilder(\n        s\"[TIMER] $name - took ${totalExecutionTime}ms => \"\n      )\n\n      timeblocks.foreach {\n        case (blockname, (totaltime, counter)) =>\n          buffer.append(\n            s\"$blockname=${totaltime}ms[avg=${(totaltime \/ counter)}ms] \"\n          )\n      }\n\n      buffer.toString()\n    }\n  }\n\n  object JSON {\n    import play.api.libs.json.Reads\n\n    import scala.reflect.runtime.universe._\n\n    def find[T: Reads](name: String)(implicit json: JsValue, tag: TypeTag[T]): T = {\n      val nameTree = name.split(\"\\\\.\")\n      val leaf = nameTree.last\n      val branches = nameTree.init\n\n      var obj = json\n      val processedBranches = scala.collection.mutable.ListBuffer[String]()\n      branches.foreach { branchName =>\n        processedBranches += branchName\n        (obj \\ branchName).asOpt[JsObject] match {\n          case Some(branchObj) =>\n            obj = branchObj\n          case _ =>\n            throw ApplicationException(\n              s\"Bad JSON: { ${processedBranches.mkString(\"\")}:Object }\"\n            )\n        }\n      }\n\n      as[T](leaf, obj, Some(name))\n    }\n\n    def findOption[T: Reads](name: String, strict: Boolean = false)(\n        implicit json: JsValue\n    ): Option[T] = {\n      val nameTree = name.split(\"\\\\.\")\n      val leaf = nameTree.last\n      val branches = nameTree.init\n\n      var obj = json\n      val processedBranches = scala.collection.mutable.ListBuffer[String]()\n      branches.foreach { branchName =>\n        processedBranches += branchName\n        (obj \\ branchName).asOpt[JsObject] match {\n          case Some(branchObj) =>\n            obj = branchObj\n          case _ =>\n            if (strict)\n              throw ApplicationException(\n                s\"Bad JSON: { ${processedBranches.mkString(\"\")}:Object }\"\n              )\n        }\n      }\n\n      asOption[T](leaf, obj)\n    }\n\n    def contains[T: Reads](name: String, value: T)(implicit json: JsValue): Boolean = {\n      val nameTree = name.split(\"\\\\.\")\n\n      var objects = Seq(json)\n      nameTree.foreach { e => objects = objects.flatMap(o => o \\\\ e) }\n\n      objects.find(o => o.asOpt[T] == Some(value)).isDefined\n    }\n\n    def as[T: Reads](name: String, json: JsValue, path: Option[String] = None)(\n        implicit tag: TypeTag[T]\n    ): T = {\n      (json \\ name).asOpt[T] match {\n        case Some(value) =>\n          value.asInstanceOf[T]\n        case _ =>\n          throw ApplicationException(\n            s\"Bad JSON: { ${path.getOrElse(name)}:${typeOf[T]} }\"\n          )\n      }\n    }\n\n    def asOption[T: Reads](name: String, json: JsValue): Option[T] = {\n      (json \\ name).asOpt[T]\n    }\n\n  }\n\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"modules\/common\/app\/com\/cognism\/common\/utils\/CommonConfig.scala","text":"package com.cognism.common.utils\n\nimport com.typesafe.config.ConfigFactory\n\nobject CommonConfig {\n  private val config = ConfigFactory.load(\"common.conf\")\n\n  object Api{\n    val tokens = config.getStringList(\"common.api.tokens\")\n  }\n\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/com\/cognism\/utils\/ApplicationConfig.scala","text":"<reponame>Cognism\/cognism-template-play\npackage com.cognism.utils\n\nimport com.typesafe.config.ConfigFactory\nimport play.api.i18n.Lang\n\n\/**\n  * Main container for application configuration\n  *\/\nobject ApplicationConfig {\n  val config = ConfigFactory.load\n\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/ErrorHandler.scala","text":"<filename>app\/ErrorHandler.scala\nimport com.cognism.common.utils.ApplicationException\nimport play.api.http.HttpErrorHandler\nimport play.api.mvc._\nimport play.api.mvc.Results._\n\nimport scala.concurrent._\nimport javax.inject.Singleton\n\n@Singleton\nclass ErrorHandler extends HttpErrorHandler {\n\n  def onClientError(request: RequestHeader, statusCode: Int, message: String) = {\n    Future.successful(Status(statusCode)(s\"HTTP [$statusCode] Client Error {$message}\"))\n  }\n\n  def onServerError(request: RequestHeader, exception: Throwable) = {\n    exception.getCause match {\n      case ApplicationException(msg, response) =>\n        Future.successful(response)\n      case _ =>\n        Future.successful(InternalServerError(\"A server error occurred: \" + exception.getMessage))\n    }\n  }\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"modules\/common\/app\/com\/cognism\/common\/controllers\/Secured.scala","text":"package com.cognism.common.controllers\n\nimport com.cognism.common.utils.CommonConfig\nimport play.api.mvc._\n\nimport scala.concurrent.Future\n\ntrait Secured {\n  this: InjectedController =>\n\n  val HEADER_API_TOKEN = \"Authorization\"\n  val QUERY_API_TOKEN = \"api_key\"\n\n  private def apiKey[T](request: Request[T]): Option[String] = {\n    val headerToken = request.headers.get(HEADER_API_TOKEN)\n    if (headerToken.isEmpty) {\n      request.queryString.get(QUERY_API_TOKEN).map(_.mkString(\"\"))\n    } else {\n      headerToken\n    }\n  }\n\n  def ApiAction(f: => Request[AnyContent] => Result) = Action { request =>\n    apiKey(request) match {\n      case Some(token) if CommonConfig.Api.tokens.contains(token) =>\n        f(request)\n      case _ =>\n        Results.Unauthorized\n    }\n  }\n\n  def ApiActionAsync[A](bodyParser: BodyParser[A])(f: => Request[A] => Future[Result]) = Action.async(bodyParser) { request =>\n    apiKey(request) match {\n      case Some(token) if CommonConfig.Api.tokens.contains(token) =>\n        f(request)\n      case _ =>\n        Future.successful(Results.Unauthorized)\n    }\n  }\n\n  def ApiAction[A](bodyParser: BodyParser[A])(f: => Request[A] => Result) = Action(bodyParser) { request =>\n    apiKey(request) match {\n      case Some(token) if CommonConfig.Api.tokens.contains(token) =>\n        f(request)\n      case _ =>\n        Results.Unauthorized\n    }\n  }\n\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"project\/plugins.sbt","text":"logLevel := Level.Warn\n\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.8.7\")\n\naddSbtPlugin(\"com.iheart\" % \"sbt-play-swagger\" % \"0.10.3-PLAY2.8\")\n\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.7.6\")\n\naddSbtPlugin(\"com.frugalmechanic\" % \"fm-sbt-s3-resolver\" % \"0.19.0\")\n\naddSbtPlugin(\"au.com.onegeek\" %% \"sbt-dotenv\" % \"2.1.204\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.2\")\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"build.sbt","text":"<reponame>Cognism\/cognism-template-play<gh_stars>0\nname := \"cognism-template-play\"\n\nversion := \"4.0.0\"\n\nlazy val common = (project in file(\"modules\/common\"))\n  .enablePlugins(PlayScala)\n  .settings(Common.settings: _*)\n  .settings(libraryDependencies ++= Common.Dependencies.commonDeps)\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(PlayScala, SwaggerPlugin)\n  .aggregate(common)\n  .dependsOn(common)\n  .settings(Common.settings: _*)\n  .settings(libraryDependencies ++= Common.Dependencies.rootDeps)\n  .settings(Docker \/ aggregate := false)\n\nswaggerDomainNameSpaces := Seq(\"com.cognism.models\")\n\nroutesGenerator := InjectedRoutesGenerator\n\n\/\/ Docker settings\nDocker \/ maintainer := \"<EMAIL>\"\n\nDocker \/ packageName := \"cognism\/todo\"\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/com\/cognism\/controllers\/Application.scala","text":"<reponame>Cognism\/cognism-template-play<gh_stars>0\npackage com.cognism.controllers\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.libs.json.Json\nimport play.api.mvc._\nimport com.cognism.common.controllers.Secured\n\n@Singleton\nclass Application @Inject() extends InjectedController with Secured {\n\n  def status = Action { request =>\n    val payload = Json.obj(\n      \"status\" -> \"OK\"\n    )\n\n    Ok(payload)\n  }\n\n  def echo(msg: String) = ApiAction { request => Ok(msg) }\n\n}\n"}
{"repo_name":"Cognism\/cognism-template-play","path":"app\/com\/cognism\/filters\/ApplicationFilters.scala","text":"<filename>app\/com\/cognism\/filters\/ApplicationFilters.scala\npackage com.cognism.filters\n\nimport javax.inject.Inject\nimport play.api.http.DefaultHttpFilters\nimport play.filters.cors.CORSFilter\nimport play.filters.gzip.GzipFilter\nimport play.filters.headers.SecurityHeadersFilter\n\nclass ApplicationFilters @Inject() (gzip: GzipFilter, log: LoggingFilter, cors: CORSFilter, security: SecurityHeadersFilter)\n    extends DefaultHttpFilters(gzip, log, cors, security)\n"}
{"repo_name":"jkachmar\/atto","path":"modules\/core\/src\/main\/scala\/atto\/Parser.scala","text":"<filename>modules\/core\/src\/main\/scala\/atto\/Parser.scala\npackage atto\n\nimport cats.{ Eval, Alternative, Monad, Monoid }\nimport java.lang.{ String, SuppressWarnings }\nimport scala.{ Array, Boolean, List, Unit, Int, Either, Left, Right }\nimport scala.Predef.augmentString\n\n\/\/ Operators not needed for use in `for` comprehensions are provided via added syntax.\ntrait Parser[+A] { m =>\n  import Parser._\n\n  def apply[R](st0: State, kf: Failure[R], ks: Success[A,R]): TResult[R]\n\n  \/\/ TODO: get rid of this\n  def infix(s: => String): String =\n    \"(\" + m.toString + \") \" + s\n\n  def flatMap[B](f: A => Parser[B]): Parser[B] =\n    new Parser[B] {\n      def apply[R](st0: State, kf: Failure[R], ks: Success[B,R]): TResult[R] =\n        Eval.defer(m(st0,kf,(s:State, a:A) => f(a)(s,kf,ks)))\n      override def toString = m infix \"flatMap ...\"\n    }\n\n  def map[B](f: A => B): Parser[B] =\n    new Parser[B] {\n      override def toString = m infix \"map ...\"\n      def apply[R](st0: State, kf: Failure[R], ks: Success[B,R]): TResult[R] =\n        Eval.defer(m(st0,kf,(s:State, a:A) => Eval.defer(ks(s,f(a)))))\n    }\n\n  def filter(p: A => Boolean): Parser[A] =\n    parser.combinator.filter(this)(p)\n\n  def withFilter(p: A => Boolean): Parser[A] = filter(p)\n\n  def void: Parser[Unit] =\n    this.map(_ => ())\n\n  override def toString = \"Parser(...)\"\n\n}\n\nobject Parser extends ParserFunctions with ParserInstances {\n\n  type Pos = Int\n\n  final case class State private (input: String, pos: Pos, complete: Boolean) {\n    def completed: State = copy(complete = true)\n  }\n\n  object State {\n    @SuppressWarnings(Array(\"org.wartremover.warts.Overloading\"))\n    def apply(s: String, done: Boolean): State =\n      new State(s, 0, done)\n  }\n\n  object Internal {\n    sealed abstract class Result[T] {\n      def translate: ParseResult[T]\n    }\n    final case class Fail[T](input: State, stack: List[String], message: String) extends Result[T] {\n      def translate = ParseResult.Fail(input.input, stack, message)\n      def push(s: String): Fail[T] = Fail(input, stack = s :: stack, message)\n    }\n    final case class Partial[T](k: String => Eval[Result[T]]) extends Result[T] {\n      def translate = ParseResult.Partial(a => k(a).value.translate)\n    }\n    final case class Done[T](input: State, result: T) extends Result[T] {\n      def translate = ParseResult.Done(input.input, result)\n    }\n  }\n\n  import Internal._\n\n  type TResult[R] = Eval[Result[R]]\n  type Failure[R] = (State,List[String],String) => TResult[R]\n  type Success[-A, R] = (State, A) => TResult[R]\n\n}\n\ntrait ParserFunctions {\n  import Parser._\n  import Parser.Internal._\n\n  \/**\n   * Run a parser\n   *\/\n  def parse[A](m: Parser[A], b: String): ParseResult[A] = {\n    def kf(a:State, b: List[String], c: String) = Eval.now[Result[A]](Fail(a.copy(input = a.input.drop(a.pos)), b, c))\n    def ks(a:State, b: A) = Eval.now[Result[A]](Done(a.copy(input = a.input.drop(a.pos)), b))\n    m(State.apply(b, false), kf, ks).value.translate\n  }\n\n  \/**\n   * Run a parser that cannot be resupplied via a 'Partial' result.\n   *\n   * This function does not force a parser to consume all of its input.\n   * Instead, any residual input will be discarded.\n   *\/\n  def parseOnly[A](m: Parser[A], b: String): ParseResult[A] = {\n    def kf(a:State, b: List[String], c: String) = Eval.now[Result[A]](Fail(a.copy(input = a.input.drop(a.pos)), b, c))\n    def ks(a:State, b: A) = Eval.now[Result[A]](Done(a.copy(input = a.input.drop(a.pos)), b))\n    m(State.apply(b, true), kf, ks).value.translate\n  }\n\n}\n\ntrait ParserInstances {\n  import Atto._\n\n  implicit val ParserMonad: Alternative[Parser] with Monad[Parser] =\n    new Alternative[Parser] with Monad[Parser] {\n      def pure[A](a: A): Parser[A] = ok(a)\n      def flatMap[A,B](ma: Parser[A])(f: A => Parser[B]) = ma flatMap f\n      override def map[A,B](ma: Parser[A])(f: A => B) = ma map f\n      @SuppressWarnings(Array(\"org.wartremover.warts.Recursion\"))\n      def tailRecM[A, B](a: A)(f: A => Parser[Either[A, B]]): Parser[B] =\n        f(a).flatMap {\n          case Left(a)  => tailRecM(a)(f)\n          case Right(b) => pure(b)\n        }\n      def combineK[A](a: Parser[A], b: Parser[A]): Parser[A] = a | b\n      def empty[A]: Parser[A] = err(\"zero\")\n    }\n\n  implicit def ParserMonoid[A]: Monoid[Parser[A]] = ParserMonad.algebra[A]\n\n}\n"}
{"repo_name":"barambani\/enso","path":"engine\/runtime\/src\/main\/scala\/org\/enso\/interpreter\/Parser.scala","text":"package org.enso.interpreter\n\nimport java.util.Optional\n\nimport org.apache.commons.lang3.StringEscapeUtils\nimport org.enso.syntax.text.AST.Location\n\nimport scala.collection.JavaConverters._\nimport scala.language.postfixOps\nimport scala.util.parsing.combinator._\n\ntrait AstExpressionVisitor[+T] {\n  def visitLong(l: Long): T\n\n  def visitArithOp(op: String, left: AstExpression, right: AstExpression): T\n\n  def visitForeign(lang: String, code: String): T\n\n  def visitVariable(name: String): T\n\n  def visitFunction(\n    arguments: java.util.List[AstArgDefinition],\n    body: AstExpression\n  ): T\n\n  def visitCaseFunction(\n    arguments: java.util.List[AstArgDefinition],\n    body: AstExpression\n  ): T\n\n  def visitFunctionApplication(\n    function: AstExpression,\n    arguments: java.util.List[AstCallArg],\n    defaultsSuspended: Boolean\n  ): T\n\n  def visitAssignment(varName: String, expr: AstExpression): T\n\n  def visitMatch(\n    target: AstExpression,\n    branches: java.util.List[AstCase],\n    fallback: java.util.Optional[AstCaseFunction]\n  ): T\n\n  def visitDesuspend(target: AstExpression): T\n\n  def visitStringLiteral(string: String): T\n\n  def visitBlock(\n    statements: java.util.List[AstExpression],\n    retValue: AstExpression\n  ): T\n}\n\ntrait AstModuleScopeVisitor[T] {\n\n  @throws(classOf[Exception])\n  def visitModuleScope(\n    imports: java.util.List[AstImport],\n    typeDefs: java.util.List[AstTypeDef],\n    bindings: java.util.List[AstMethodDef],\n    expression: java.util.Optional[AstExpression]\n  ): java.util.Optional[T]\n}\n\nsealed trait AstModuleSymbol\n\ncase class AstTypeDef(name: String, arguments: List[AstArgDefinition])\n    extends AstModuleSymbol {\n  def getArguments: java.util.List[AstArgDefinition] = arguments.asJava\n}\n\ncase class AstMethodDef(typeName: String, methodName: String, fun: AstFunction)\n    extends AstModuleSymbol\n\ncase class AstImport(name: String)\n\ncase class AstModuleScope(\n  imports: List[AstImport],\n  bindings: List[AstModuleSymbol],\n  expression: Option[AstExpression]\n) {\n\n  def visit[T](visitor: AstModuleScopeVisitor[T]): Optional[T] = {\n    val types = new java.util.ArrayList[AstTypeDef]()\n    val defs  = new java.util.ArrayList[AstMethodDef]()\n\n    bindings.foreach {\n      case assignment: AstMethodDef => defs.add(assignment)\n      case typeDef: AstTypeDef      => types.add(typeDef)\n    }\n\n    visitor.visitModuleScope(\n      imports.asJava,\n      types,\n      defs,\n      Optional.ofNullable(expression.orNull)\n    )\n  }\n}\n\nsealed trait AstExpression {\n  def location: Option[Location]\n  def getLocation: Optional[Location] = Optional.ofNullable(location.orNull)\n  def visit[T](visitor: AstExpressionVisitor[T]): T\n}\n\ntrait AstArgDefinitionVisitor[+T] {\n\n  def visitArg(\n    name: String,\n    value: Optional[AstExpression],\n    suspended: Boolean,\n    position: Int\n  ): T\n}\n\ncase class AstArgDefinition(\n  name: String,\n  defaultValue: Option[AstExpression],\n  suspended: Boolean\n) {\n\n  def visit[T](visitor: AstArgDefinitionVisitor[T], position: Int): T =\n    visitor.visitArg(\n      name,\n      Optional.ofNullable(defaultValue.orNull),\n      suspended,\n      position\n    )\n}\n\nsealed trait AstCallArg {\n  def visit[T](visitor: AstCallArgVisitor[T], position: Int): T\n}\n\ntrait AstCallArgVisitor[+T] {\n\n  def visitCallArg(\n    name: Optional[String],\n    value: AstExpression,\n    position: Int\n  ): T\n}\n\ncase class AstNamedCallArg(name: String, value: AstExpression)\n    extends AstCallArg {\n  override def visit[T](visitor: AstCallArgVisitor[T], position: Int): T =\n    visitor.visitCallArg(Optional.of(name), value, position)\n}\n\ncase class AstUnnamedCallArg(value: AstExpression) extends AstCallArg {\n  override def visit[T](visitor: AstCallArgVisitor[T], position: Int): T =\n    visitor.visitCallArg(Optional.empty(), value, position)\n}\n\ncase class AstLong(location: Option[Location], l: Long) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitLong(l)\n}\n\ncase class AstStringLiteral(location: Option[Location], string: String)\n    extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitStringLiteral(string)\n}\n\ncase class AstArithOp(\n  location: Option[Location],\n  op: String,\n  left: AstExpression,\n  right: AstExpression\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitArithOp(op, left, right)\n}\n\ncase class AstForeign(location: Option[Location], lang: String, code: String)\n    extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitForeign(lang, code)\n}\n\ncase class AstVariable(location: Option[Location], name: String)\n    extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitVariable(name)\n}\n\ncase class AstApply(\n  location: Option[Location],\n  fun: AstExpression,\n  args: List[AstCallArg],\n  hasDefaultsSuspended: Boolean\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitFunctionApplication(fun, getArgs, hasDefaultsSuspended)\n  def getArgs: java.util.List[AstCallArg] = args.asJava\n}\n\ncase class AstFunction(\n  location: Option[Location],\n  arguments: List[AstArgDefinition],\n  body: AstExpression\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitFunction(getArguments, body)\n\n  def getArguments: java.util.List[AstArgDefinition] = arguments.asJava\n}\n\ncase class AstCaseFunction(\n  location: Option[Location],\n  arguments: List[AstArgDefinition],\n  body: AstExpression\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitCaseFunction(getArguments, body)\n\n  def getArguments: java.util.List[AstArgDefinition] = arguments.asJava\n}\n\ncase class AstAssignment(\n  location: Option[Location],\n  name: String,\n  body: AstExpression\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitAssignment(name, body)\n}\n\ncase class AstCase(\n  location: Option[Location],\n  cons: AstExpression,\n  function: AstCaseFunction\n)\n\ncase class AstMatch(\n  location: Option[Location],\n  target: AstExpression,\n  branches: Seq[AstCase],\n  fallback: Option[AstCaseFunction]\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitMatch(\n      target,\n      branches.asJava,\n      Optional.ofNullable(fallback.orNull)\n    )\n}\n\ncase class AstDesuspend(location: Option[Location], target: AstExpression)\n    extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitDesuspend(target)\n}\n\ncase class AstBlock(\n  location: Option[Location],\n  statements: List[AstExpression],\n  retVal: AstExpression\n) extends AstExpression {\n  override def visit[T](visitor: AstExpressionVisitor[T]): T =\n    visitor.visitBlock(statements.asJava, retVal)\n}\n\nclass EnsoParserInternal extends JavaTokenParsers {\n\n  override def skipWhitespace: Boolean = true\n\n  def delimited[T](beg: String, end: String, parser: Parser[T]): Parser[T] =\n    beg ~> parser <~ end\n\n  def nonEmptyList[T](parser: Parser[T]): Parser[List[T]] =\n    parser ~ ((\",\" ~> parser) *) ^^ {\n      case e ~ es => e :: es\n    }\n\n  def long: Parser[AstLong] = wholeNumber ^^ { numStr =>\n    AstLong(None, numStr.toLong)\n  }\n\n  def foreign: Parser[AstForeign] =\n    (\"js\" | \"rb\" | \"py\") ~ foreignLiteral ^^ {\n      case lang ~ code => AstForeign(None, lang, code)\n    }\n\n  def argList: Parser[List[AstCallArg]] =\n    delimited(\"[\", \"]\", nonEmptyList(namedCallArg | unnamedCallArg))\n\n  def namedCallArg: Parser[AstNamedCallArg] = ident ~ (\"=\" ~> expression) ^^ {\n    case name ~ expr => AstNamedCallArg(name, expr)\n  }\n\n  def unnamedCallArg: Parser[AstCallArg] = expression ^^ AstUnnamedCallArg\n\n  def argDefinition: Parser[AstArgDefinition] =\n    (\"$\" ?) ~ ident ~ ((\"=\" ~> expression) ?) ^^ {\n      case susp ~ name ~ value => AstArgDefinition(name, value, susp.isDefined)\n    }\n\n  def inArgList: Parser[List[AstArgDefinition]] =\n    delimited(\n      \"|\",\n      \"|\",\n      nonEmptyList(argDefinition)\n    )\n\n  def foreignLiteral: Parser[String] = \"**\" ~> \"[^\\\\*]*\".r <~ \"**\"\n\n  def string: Parser[AstStringLiteral] = stringLiteral ^^ { lit =>\n    AstStringLiteral(\n      None,\n      StringEscapeUtils.unescapeJava(lit.substring(1, lit.length - 1))\n    )\n  }\n\n  def variable: Parser[AstVariable] = ident ^^ (AstVariable(None, _))\n\n  def operand: Parser[AstExpression] =\n    long | foreign | variable | \"(\" ~> expression <~ \")\" | functionCall\n\n  def arith: Parser[AstExpression] =\n    operand ~ (((\"+\" | \"-\" | \"*\" | \"\/\" | \"%\") ~ operand) ?) ^^ {\n      case a ~ Some(op ~ b) => AstArithOp(None, op, a, b)\n      case a ~ None         => a\n    }\n\n  def expression: Parser[AstExpression] =\n    desuspend | matchClause | arith | function | string\n\n  def functionCall: Parser[AstApply] =\n    \"@\" ~> expression ~ (argList ?) ~ defaultSuspend ^^ {\n      case expr ~ args ~ hasDefaultsSuspended =>\n        AstApply(None, expr, args.getOrElse(Nil), hasDefaultsSuspended)\n    }\n\n  def defaultSuspend: Parser[Boolean] =\n    (\"...\" ?) ^^ {\n      case Some(_) => true\n      case None    => false\n    }\n\n  def desuspend: Parser[AstDesuspend] =\n    \"$\" ~> expression ^^ (AstDesuspend(None, _))\n\n  def assignment: Parser[AstAssignment] = ident ~ (\"=\" ~> expression) ^^ {\n    case v ~ exp => AstAssignment(None, v, exp)\n  }\n\n  def function: Parser[AstFunction] =\n    (\"{\" ~> (inArgList ?) ~ ((statement <~ \";\") *) ~ expression <~ \"}\") ^^ {\n      case args ~ stmts ~ expr =>\n        AstFunction(None, args.getOrElse(Nil), AstBlock(None, stmts, expr))\n    }\n\n  def caseFunction: Parser[AstCaseFunction] = function ^^ {\n    case AstFunction(None, args, AstBlock(None, stmts, ret)) =>\n      AstCaseFunction(None, args, AstBlock(None, stmts, ret))\n  }\n\n  def caseClause: Parser[AstCase] =\n    (expression <~ \"~\") ~ (caseFunction <~ \";\") ^^ {\n      case cons ~ fun =>\n        AstCase(None, cons, AstCaseFunction(None, fun.arguments, fun.body))\n    }\n\n  def matchClause: Parser[AstMatch] =\n    (\"match\" ~> expression <~ \"<\") ~ (caseClause *) ~ (((caseFunction <~ \";\") ?) <~ \">\") ^^ {\n      case expr ~ cases ~ fallback => AstMatch(None, expr, cases, fallback)\n    }\n\n  def statement: Parser[AstExpression] = assignment | expression\n\n  def typeDef: Parser[AstModuleSymbol] =\n    \"type\" ~> ident ~ ((argDefinition | (\"(\" ~> argDefinition <~ \")\")) *) <~ \";\" ^^ {\n      case name ~ args => AstTypeDef(name, args)\n    }\n\n  def methodDef: Parser[AstMethodDef] =\n    (ident <~ \".\") ~ (ident <~ \"=\") ~ expression ^^ {\n      case typeName ~ methodName ~ body =>\n        val fun = body match {\n          case b: AstFunction => b\n          case _              => AstFunction(None, List(), body)\n        }\n        AstMethodDef(typeName, methodName, fun)\n    }\n\n  def importStmt: Parser[AstImport] =\n    \"import\" ~> ident ~ ((\".\" ~> ident) *) ^^ {\n      case seg ~ segs => AstImport((seg :: segs).mkString(\".\"))\n    }\n\n  def globalScope: Parser[AstModuleScope] =\n    (importStmt *) ~ ((typeDef | methodDef) *) ~ expression ^^ {\n      case imports ~ assignments ~ expr =>\n        AstModuleScope(imports, assignments, Some(expr))\n    }\n\n  def parseGlobalScope(code: String): AstModuleScope = {\n    parseAll(globalScope, code).get\n  }\n\n  def parse(code: String): AstExpression = {\n    parseAll(expression | function, code).get\n  }\n\n  def parseLine(code: String): AstExpression = {\n    parseAll(statement, code).get\n  }\n}\n\nclass EnsoParser {\n\n  def parseEnso(code: String): AstModuleScope = {\n    new EnsoParserInternal().parseGlobalScope(code)\n  }\n\n  def parseEnsoInline(code: String): AstExpression = {\n    new EnsoParserInternal().parseLine(code)\n  }\n}\n"}
{"repo_name":"hbobenicio\/advent-of-code","path":"2021\/01\/scala\/Main2.scala","text":"<gh_stars>0\nimport scala.collection.mutable.ListBuffer\nimport scala.io.Source\nimport scala.util.Using\n\ndef solve(xs: List[Int]): Int = {\n    var count = 0\n    var prev = Int.MaxValue\n    for (i <- 0 until xs.length - 2) {\n        val sum = xs(i) + xs(i+1) + xs(i+2)\n        if (prev < sum) {\n            count += 1\n        }\n        prev = sum\n    }\n    count\n}\n\n@main\ndef main = {\n    var xs = ListBuffer[Int]()\n    for (line <- Source.stdin.getLines) {\n        xs += line.toInt\n    }\n    println(solve(xs.toList))\n}\n"}
{"repo_name":"hbobenicio\/advent-of-code","path":"2021\/02\/scala\/Main1.scala","text":"import scala.collection.mutable.ListBuffer\nimport scala.io.Source\nimport scala.util.Using\nimport scala.util.matching.Regex\n\nobject Position {\n    var horizontal: Int = 0\n    var depth: Int = 0\n    \n    def forward(value: Int) =\n        this.horizontal += value\n\n    def up(value: Int) =\n        this.depth -= value\n\n    def down(value: Int) =\n        this.depth += value\n}\n\nenum Direction:\n    case Forward, Up, Down\n\nclass Command(val inputLine: String) {\n    \n}\n\n\n@main\ndef main() =\n    \/\/ var xs = ListBuffer[Command]()\n    for (line <- Source.stdin.getLines) {\n        \/\/ xs += line\n    }\n"}
{"repo_name":"artemsolod\/binary-heap-benchmark","path":"scala\/heap.scala","text":"<filename>scala\/heap.scala\n\/\/ Author: Wizmann\n\nimport scala.annotation.tailrec\n\nobject Heap {\n    val N = 10000000\n    val h = (0 until N).toArray\n\n    def main(args: Array[String]) {\n        val st = System.nanoTime\n\n        (0 to N\/2).reverse.foreach(pushDown(_, N))\n        (2 to N).reverse.foreach(i => {\n            arraySwap(h, 0, i - 1);\n            pushDown(0, i - 1)\n        })\n        (0 until N).foreach(x => assert(h(x) == x))\n\n        val end = System.nanoTime\n        println(\"Done in \" + ((end - st)\/1e6).toLong)\n    }\n\n    @tailrec\n    def pushDown(pos: Int, n: Int) {\n        val j = left(pos);\n        if (j < n) {\n            val next = if (j + 1 < n && h(j + 1) > h(j)) j + 1 else j\n\n            if (h(pos) < h(next)) {\n                arraySwap(h, pos, next)\n                pushDown(next, n)\n            }\n        }\n    }\n    def arraySwap(ll: Array[Int], a: Int, b: Int) {\n        val t = ll(a)\n        ll(a) = ll(b)\n        ll(b) = t\n    }\n    def left(x: Int): Int = 2 * x + 1\n    def right(x: Int): Int = 2 * x + 2\n}\n"}
{"repo_name":"macccostello\/SFPD-Loves-Spark","path":"ProcessUserInput.scala","text":"\nimport java.io._\nimport scala.io.Source\nimport org.apache.spark.mllib.linalg.Vectors\nimport org.apache.spark.mllib.tree.model.DecisionTreeModel\n\nval input = Source.fromFile(\"\/resources\/userinput.txt\").getLines.next\n\/\/ val input = \"2015-01-01 10:00:00\"\nprintln(input)\nval formatIn = new java.text.SimpleDateFormat(\"yyy-MM-dd HH:mm:ss\")\nval datetime = formatIn.parse(input)\nprintln(datetime)\nval formatDayNum = new java.text.SimpleDateFormat(\"u\")\n\ndef toDayPeriod(dt: java.util.Date): Int = {\n    val time = dt.getHours\n    if (time >= 22 || time < 6) 0 \/\/ Night\n    else if (time >= 6 && time < 12) 1 \/\/ Morning\n    else if (time >= 12 && time < 18) 2 \/\/ Afternoon\n    else 3 \/\/ Evening\n}\n\nval month = datetime.getMonth\nval dayOfWeekNum = formatDayNum.format(datetime).toInt\nval dayPeriod = toDayPeriod(datetime)\n\nprintln(month, dayOfWeekNum, dayPeriod)\n\nval model = DecisionTreeModel.load(sc, \"\/resources\/model4\")\nvar out = \"\"\nvar sum = 0\nval no_box = 165\nfor(box <- 0 to no_box) {\n    val pred = model.predict(Vectors.dense(box, 8, 2, 1)).toInt\n    sum += pred\n    out = out + box + \",\" + pred + \"\\n\"\n}\nprintln(sum \/ no_box.toDouble)\n\/\/ print(out)\nval file = new java.io.PrintWriter(new File(\"\/resources\/useroutput.csv\"))\ntry file.write(out) finally file.close()\n"}
{"repo_name":"macccostello\/SFPD-Loves-Spark","path":"Main.scala","text":"\nval raw = sc.textFile(\"\/resources\/rows.csv\").cache\nprintln(raw.count)\nraw.take(3).foreach(println)\n\n\/\/ [-122.516, -122.360, 37.700, 37.809]\nval minX = -122.516\nval maxX = -122.360\nval minY = 37.700\nval maxY = 37.809\nval granularity = .01\nval numberBoxes = 15\n\nprintln((maxX - minX) \/ granularity)\nprintln((maxY - minY) \/ granularity)\n\ndef toBox(x: Double, y: Double): Int = \n    ((y - minY) \/ granularity).toInt * numberBoxes + ((x - minX) \/ granularity).toInt\nprintln(toBox(minX, minY), toBox(minX, maxY), toBox(maxX, minY), toBox(maxX, maxY))\n\nval otherThanQuote = \" [^\\\"] \"\nval quotedString = String.format(\" \\\" %s* \\\" \", otherThanQuote)\nval regex = String.format(\n    \"(?x) \"+ \/\/ enable comments, ignore white spaces\n    \",                         \"+ \/\/ match a comma\n    \"(?=                       \"+ \/\/ start positive look ahead\n    \"  (                       \"+ \/\/   start group 1\n    \"    %s*                   \"+ \/\/     match 'otherThanQuote' zero or more times\n    \"    %s                    \"+ \/\/     match 'quotedString'\n    \"  )*                      \"+ \/\/   end group 1 and repeat it zero or more times\n    \"  %s*                     \"+ \/\/   match 'otherThanQuote'\n    \"  $                       \"+ \/\/ match the end of the string\n    \")                         \", \/\/ stop positive look ahead\n    otherThanQuote, quotedString, otherThanQuote)\n\nval rawParse = (raw\n    .mapPartitionsWithIndex{case (index, iter) => if (index == 0) iter.drop(1) else iter}\n    .map(line => line.split(regex, -1))\n    .filter(array => {\n        val x = array(9).toFloat\n        val y = array(10).toFloat\n        if (x >= minX && x <= maxX && y >= minY && y <= maxY) true\n        else false\n        \/\/ array(9) != \"-120.5\" && array(10) != \"90\"\n    }))\nrawParse.cache\nprintln(rawParse.count)\nrawParse.take(3).foreach(array => println(array.mkString(\";\")))\n\ndef toRiskLevel(count: Long): Int = {\n    if (count < 5) 0 \/\/ Low\n    else if (count < 30) 1 \/\/ Medium\n    else 2 \/\/ High\n}\n\ndef toDayPeriod(dt: java.util.Date): Int = {\n    val time = dt.getHours\n    if (time >= 22 || time < 6) 0 \/\/ Night\n    else if (time >= 6 && time < 12) 1 \/\/ Morning\n    else if (time >= 12 && time < 18) 2 \/\/ Afternoon\n    else 3 \/\/ Evening\n}\n\nval sqlContext = new org.apache.spark.sql.SQLContext(sc)\nimport sqlContext.implicits._\n\ncase class Incident(\n    IncidntNum: Int,\n    Category: String,\n    Descript: String,\n    DayOfWeek: String,\n    Date: java.sql.Date,\n    Timestamp: java.sql.Timestamp,\n    PdDistrict: String,\n    Resolution: String,\n    Address: String,\n    X: Double,\n    Y: Double,\n    PdId: String,\n    Box: Int,\n    Hour: Int,\n    DayPeriod: Int,\n    DayOfWeekNum: Int,\n    Month: Int)\nval formatIn = new java.text.SimpleDateFormat(\"MM\/dd\/yyyy HH:mm\")\nval formatDayNum = new java.text.SimpleDateFormat(\"u\")\n\nval incidentsRDD = rawParse.map(i => {\n    val x = i(9).toDouble\n    val y = i(10).toDouble\n    val dt = formatIn.parse(i(4) + \" \" + i(5))\n    Incident(\n    i(0).toInt, \n    i(1), \n    i(2), \n    i(3),\n    new java.sql.Date(dt.getDay, dt.getMonth, dt.getYear),\n    new java.sql.Timestamp(dt.getTime),\n    i(6),\n    i(7),\n    i(8),\n    x,\n    y,\n    i(12),\n    toBox(x, y),\n    dt.getHours,\n    toDayPeriod(dt),\n    formatDayNum.format(dt).toInt,\n    dt.getMonth)\n}).cache\nval incidentsDF = incidentsRDD.toDF()\nincidentsDF.registerTempTable(\"incidents\")\n\nprintln(sqlContext.sql(\"SELECT MIN(X), MAX(X), MIN(Y), MAX(Y) FROM incidents\").collect().mkString(\",\"))\nprintln(sqlContext.sql(\"SELECT MIN(Box), MAX(Box), MIN(Hour), MAX(Hour), MIN(DayPeriod), MAX(DayPeriod), MIN(Month), MAX(Month) FROM incidents\").collect().mkString(\",\"))\nprintln(sqlContext.sql(\"SELECT DayOfWeek, COUNT(*) FROM incidents GROUP BY DayOfWeek\").collect().mkString(\",\"))\nprintln(sqlContext.sql(\"SELECT DayOfWeekNum, COUNT(*) FROM incidents GROUP BY DayOfWeekNum\").collect().mkString(\",\"))\n\nsqlContext.sql(\"SELECT MIN(Timestamp), MAX(Timestamp) FROM incidents\").collect()\n\nval df = (incidentsDF\n    .groupBy($\"Box\", $\"Date\")\n    .agg(Map(\"*\" -> \"count\"))).cache\nprintln(df.agg(Map(\"COUNT(1)\" -> \"min\")).collect.mkString)\nprintln(df.agg(Map(\"COUNT(1)\" -> \"max\")).collect.mkString)\nprintln(df.agg(Map(\"COUNT(1)\" -> \"avg\")).collect.mkString)\n\nval boxAgg = sqlContext.sql(\n    \"SELECT COUNT(*) AS `Count`, Box, Month, DayOfWeekNum, DayPeriod \" + \n    \"FROM incidents GROUP BY Box, Month, DayOfWeekNum, DayPeriod\").cache\nprintln(boxAgg.count)\nboxAgg.take(5).foreach(a => println(a.mkString(\";\")))\nboxAgg.printSchema\n\nimport org.apache.spark.mllib.linalg.Vectors\nimport org.apache.spark.mllib.regression.LabeledPoint\n\nval labeled = boxAgg.map(\n    i => LabeledPoint(\n        toRiskLevel(i.getLong(0)), \n        Vectors.dense(i.getInt(1), i.getInt(2), i.getInt(3), i.getInt(4)))).cache\nprintln(labeled.count)\nlabeled.take(5).foreach(a => println(a))\n\nlabeled.filter(p => p.label == 0.0).count\n\nimport org.apache.spark.mllib.tree.DecisionTree\nimport org.apache.spark.mllib.tree.model.DecisionTreeModel\nimport org.apache.spark.mllib.util.MLUtils\n\nval numClasses = 3\nval categoricalFeaturesInfo = Map[Int, Int](1 -> 12, 2 -> 8, 3 -> 4)\nval impurity = \"gini\"\nval maxDepth = 5\nval maxBins = 32\n\nval model = DecisionTree.trainClassifier(labeled, numClasses, categoricalFeaturesInfo,\n  impurity, maxDepth, maxBins)\nmodel.save(sc, \"\/resources\/model4\")\n\nmodel.predict(Vectors.dense(72, 8, 2, 1))\n\nval splits = labeled.randomSplit(Array(0.7, 0.3), seed=777)\nval (trainingData, testData) = (splits(0), splits(1))\n\nval modelEval = DecisionTree.trainClassifier(trainingData, numClasses, categoricalFeaturesInfo,\n  impurity, maxDepth, maxBins)\n\nval labelAndPreds = testData.map { point =>\n  val prediction = modelEval.predict(point.features)\n  (point.label, prediction)\n}\nval testErr = labelAndPreds.filter(r => r._1 != r._2).count.toDouble \/ testData.count()\nprintln(\"Test Error = \" + testErr)\nvar sumP:Double = 0\nvar sumR:Double = 0\nfor(i <- 0 to 2) {\n    var s1:Long = 0\n    for(j <- 0 to 2)\n        s1 += labelAndPreds.filter(r => r._1 == j.toDouble && r._2 == i.toDouble).count\n    var s2:Long = 0\n    for(j <- 0 to 2)\n        s2 += labelAndPreds.filter(r => r._1 == i.toDouble && r._2 == j.toDouble).count\n    val t = labelAndPreds.filter(r => r._1 == i.toDouble && r._2 == i.toDouble).count.toDouble\n    val p = t \/ s1\n    val r = t \/ s2\n    sumP += p\n    sumR += r\n    println(i + \" Precision: \" + p + \"\\tRecall: \" + r)\n}\nprintln(\"Average Precision: \" + (sumP \/ 3))\nprintln(\"Average Recall:    \" + (sumR \/ 3))\n"}
{"repo_name":"TexanHogman\/httpclientbenchmark","path":"reporter\/build.sbt","text":"resolvers += Resolver.mavenLocal\n\nexternalPom()\n"}
{"repo_name":"sage-code\/scala","path":"demo\/range.scala","text":"<gh_stars>0\nimport util.control.Breaks._\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    println(\"simple loop\");\n    for (i <- 1 to 3) {    \n      println(s\"i= $i\")\n    }\n\n    println(\"loop with break\");\n    breakable {\n      for (i <- 1 to 10) {\n          println(s\"i= $i\")\n          if (i > 4) break\n      }\n    }\n\n    println(\"loop with continue\");\n    for (j <- 1 to 10) {\n      breakable {\n        if (j < 5) \n           break\n        else \n           println(s\"j= $j\")\n      }\n    }\n  }\n}"}
{"repo_name":"sage-code\/scala","path":"demo\/traits.scala","text":"<filename>demo\/traits.scala\ntrait Test1 {\n   def sayHello(): Unit = {\n     println(\"Hello Friend\")\n   }\n}\n\ntrait Test2 {\n   def todo(what: String): Unit \n}\n\nclass Demo() extends Test1 with Test2 {\n  def todo(what: String) {\n     println(\"You must \" + what)\n  }\n}\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    val x = new Demo()\n    x.sayHello()\n    x.todo(\"wash dishes\")\n  }\n}\n\n"}
{"repo_name":"sage-code\/scala","path":"demo\/match.scala","text":"\/* demo for pattern matching *\/\nimport scala.util.Random\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    for (i <- 1 to 10) {\n        val x: Int = Random.nextInt(10)     \/\/ using match expression   \n        val y = x match {\n            case 0 => \"zero\"\n            case 1 => \"one\"\n            case 2 => \"two\"\n            case 3 => \"three\"\n            case _ => \"other\"\n        }        \n        println(s\"($x, $y)\")\n    } \/\/end for\n  } \/\/end main\n}"}
{"repo_name":"sage-code\/scala","path":"demo\/inheritance.scala","text":"object Main {\n  class Point(xc: Int, yc: Int) {\n    val x: Int = xc\n    val y: Int = yc\n    def move(dx: Int, dy: Int): Point =\n      new Point(x + dx, y + dy)\n  }\n\n  class ColorPoint(u: Int, v: Int, c: String=\"black\") extends Point(u, v) \n  {\n    val color: String = c\n    def equal(pt: ColorPoint): Boolean =\n      (pt.x == x) && (pt.y == y) && (pt.color == color)\n    override def move(dx: Int, dy: Int): ColorPoint =\n      new ColorPoint(x + dy, y + dy, color)\n  }\n  def main(args: Array[String]): Unit = {\n    val cp  = new ColorPoint(1,1,\"red\")\n    val cp1 = cp.move(1,1)\n    val cp2 = cp.move(1,1)\n    println(s\"(${cp1.x}, ${cp1.y},${cp1.color})\")\n    println(s\"cp1==cp2 \"+cp1.equal(cp2))\n  }\n}"}
{"repo_name":"sage-code\/scala","path":"demo\/labels.scala","text":"object Main extends App {\n    import scala.util.control._\n    val Inner = new Breaks\n    val Outer = new Breaks\n    Outer.breakable {\n        for (i <- 1 to 5) {\n            Inner.breakable {\n                for (j <- 'a' to 'e') {\n                    if (i == 1 && j == 'c') Inner.break else println(s\"i: $i, j: $j\")\n                    if (i == 2 && j == 'b') Outer.break\n                }\n            }\n        }\n    }\n}"}
{"repo_name":"sage-code\/scala","path":"demo\/bad-point.scala","text":"\/\/declare an empty class\nclass Point(var x: Int, var y: Int) {\n def move(dx: Int, dy: Int): Unit = {\n    x = x + dx\n    y = y + dy\n  }\n}\n\/\/ create an object\nval point1 = Point(2, 3)\nprintln(point1.x)  \/\/ 2\n\n\/\/call method move\npoint1.move(1,1)\nprintln(point1.x)  \/\/ 3\n\n"}
{"repo_name":"sage-code\/scala","path":"demo\/companion.scala","text":"\/* companion class *\/\nclass Demo {\n    private val hidden = 10\n}\n\/* companion object *\/\nobject Demo {\n    def getHidden(self: Demo) = self.hidden\n}\n\/* driver sngleton: object Main *\/\nobject Main {\n  def main(args: Array[String]): Unit = {\n    val obj = new Demo\n    println(Demo.getHidden(obj)) \/\/ 10\n  } \n}"}
{"repo_name":"scala-steward\/safe-string-interpolation","path":"build.sbt","text":"import microsites.CdnDirectives\n\nlazy val root = (project in file(\".\"))\n  .dependsOn(macros)\n  .settings(\n    name := \"safe-string-interpolation\",\n    crossScalaVersions := Seq(\"2.12.10\", \"2.13.6\")\n  )\n  .aggregate(macros, test)\n\nlazy val docs = project\n  .enablePlugins(MicrositesPlugin)\n  .settings(name := \"afsalthaj\")\n  .settings(moduleName := \"safe-string-interpolation-docs\")\n  .settings(DocSupport.settings)\n  .settings(\n    Seq(\n      git.remoteRepo := \"https:\/\/github.com\/afsalthaj\/safe-string-interpolation.git\",\n      includeFilter in makeSite := \"*.html\" | \"*.css\" | \"*.png\" | \"*.jpg\" | \"*.gif\" | \"*.js\" | \"*.swf\" | \"*.yml\" | \"*.md\"\n    )\n  )\n  .enablePlugins(GhpagesPlugin)\n\nmicrositeCDNDirectives := CdnDirectives(\n  jsList = List(\n    \"https:\/\/cdnjs.cloudflare.com\/ajax\/libs\/ag-grid\/7.0.2\/ag-grid.min.js\",\n    \"https:\/\/cdnjs.cloudflare.com\/ajax\/libs\/ajaxify\/6.6.0\/ajaxify.min.js\"\n  ),\n  cssList = List(\n    \"https:\/\/cdnjs.cloudflare.com\/ajax\/libs\/animate.css\/3.5.2\/animate.css\",\n    \"https:\/\/cdnjs.cloudflare.com\/ajax\/libs\/cssgram\/0.1.12\/1977.min.css\",\n    \"https:\/\/cdnjs.cloudflare.com\/ajax\/libs\/cssgram\/0.1.12\/brooklyn.css\"\n  )\n)\n\nmicrositeGithubOwner := \"afsalthaj\"\n\nlazy val macros = (project in file(\"macros\"))\n  .settings(\n    name := \"safe-string-macros\",\n    crossScalaVersions := Seq(\"2.12.10\", \"2.13.6\"),\n    libraryDependencies ++= Seq(\n      \"org.scala-lang\" % \"scala-reflect\" % \"2.12.10\",\n      \"org.specs2\" %% \"specs2-scalaz\" % \"4.8.2\"\n    )\n  )\n\nlazy val test = (project in file(\"test\"))\n  .settings(\n    name := \"test\",\n    crossScalaVersions := Seq(\"2.12.10\", \"2.13.6\"),\n    libraryDependencies ++= Seq(\n      \"org.specs2\" %% \"specs2-scalacheck\" % \"4.8.2\" % \"test\",\n      \"org.specs2\" %% \"specs2-scalaz\" % \"4.8.2\" % \"test\"\n    )\n  )\n  .dependsOn(macros)\n\nenablePlugins(MicrositesPlugin)\n\ninThisBuild(\n  List(\n    organization := \"io.github.afsalthaj\",\n    homepage := Some(url(\"https:\/\/afsalthaj.github.io\/safe-string-interpolation\/\")),\n    licenses := List(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\n        \"afsalthaj\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/medium.com\/@afsal.taj06\")\n      )\n    )\n  )\n)\n"}
{"repo_name":"scala-steward\/safe-string-interpolation","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.47deg\"  % \"sbt-microsites\" % \"1.3.4\")\naddSbtPlugin(\"com.geirsson\" % \"sbt-ci-release\" % \"1.5.7\")\n\n"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/main\/scala\/persistence\/entities\/JsonProtocol.scala","text":"<reponame>Messi91\/slick-akka-http\npackage entities\n\nimport persistence.entities.{SimpleSupplier, Supplier}\nimport spray.json.DefaultJsonProtocol\n\nobject JsonProtocol extends DefaultJsonProtocol {\n  implicit val supplierFormat = jsonFormat3(Supplier)\n  implicit val simpleSupplierFormat = jsonFormat2(SimpleSupplier)\n}"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/main\/scala\/rest\/SupplierRoutes.scala","text":"package rest\n\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.Route\nimport entities.JsonProtocol\nimport persistence.entities.{SimpleSupplier, Supplier}\nimport utils.{PersistenceModule, Configuration}\nimport JsonProtocol._\nimport SprayJsonSupport._\nimport scala.util.{Failure, Success}\n\nclass SupplierRoutes(modules: Configuration with PersistenceModule) {\n\n  private val supplierGetRoute = path(\"supplier\" \/ IntNumber) { (supId) =>\n    get {\n      onComplete((modules.suppliersDal.findById(supId)).mapTo[Option[Supplier]]) {\n        case Success(supplierOpt) => supplierOpt match {\n          case Some(sup) => complete(sup)\n          case None => complete(NotFound, s\"The supplier doesn't exist\")\n        }\n        case Failure(ex) => complete(InternalServerError, s\"An error occurred: ${ex.getMessage}\")\n      }\n    }\n  }\n\n  private val supplierPostRoute = path(\"supplier\") {\n    post {\n      entity(as[SimpleSupplier]) { supplierToInsert => onComplete((modules.suppliersDal.insert(Supplier(0, supplierToInsert.name, supplierToInsert.desc)))) {\n        \/\/ ignoring the number of insertedEntities because in this case it should always be one, you might check this in other cases\n        case Success(insertedEntities) => complete(Created)\n        case Failure(ex) => complete(InternalServerError, s\"An error occurred: ${ex.getMessage}\")\n      }\n      }\n    }\n  }\n\n  val routes: Route = supplierPostRoute ~ supplierGetRoute\n\n}\n\n"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/main\/scala\/persistence\/entities\/Suppliers.scala","text":"package persistence.entities\n\nimport slick.driver.H2Driver.api._\n\ncase class Supplier(id: Long, name: String, desc: String) extends BaseEntity\n\ncase class SimpleSupplier(name: String, desc: String)\n\nclass SuppliersTable(tag: Tag) extends BaseTable[Supplier](tag, \"SUPPLIERS\") {\n  def name = column[String](\"userID\")\n  def desc = column[String](\"last_name\")\n  def * = (id, name, desc) <> (Supplier.tupled, Supplier.unapply)\n}"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/main\/scala\/persistence\/entities\/BaseEntity.scala","text":"<gh_stars>0\npackage persistence.entities\n\ntrait BaseEntity {\n  val id : Long\n  def isValid : Boolean = true\n}"}
{"repo_name":"Messi91\/slick-akka-http","path":"build.sbt","text":"<filename>build.sbt\n\nversion       := \"0.0.1\"\n\nscalaVersion  := \"2.11.7\"\n\nscalacOptions := Seq(\"-unchecked\", \"-deprecation\", \"-encoding\", \"utf8\")\n\nlibraryDependencies ++= {\n  val akkaV = \"2.4.2\"\n  val sprayV = \"1.3.3\"\n  val slickV = \"3.1.1\"\n  Seq(\n    \"com.typesafe.akka\"   %%  \"akka-http-experimental\"    % akkaV,\n    \"com.typesafe.akka\"   %%  \"akka-http-core\"    % akkaV,\n    \"com.typesafe.akka\"   %%  \"akka-http-testkit\" % akkaV,\n    \"com.typesafe.akka\"\t  %%  \"akka-http-spray-json-experimental\"\t% akkaV,\n    \"com.typesafe.akka\"   %%  \"akka-actor\"    % akkaV,\n    \"com.typesafe.akka\"   %%  \"akka-testkit\"  % akkaV   % \"test\",\n    \"org.specs2\"          %%  \"specs2-core\"   % \"2.3.11\" % \"test\",\n    \"org.specs2\"          %%  \"specs2-mock\"   % \"2.3.11\"  ,\n    \"org.scalatest\" % \"scalatest_2.11\" % \"2.2.1\" % \"test\",\n    \"junit\" % \"junit\" % \"4.11\" % \"test\",\n    \"com.typesafe.slick\" %% \"slick\" % slickV,\n    \"com.typesafe.slick\" %% \"slick-hikaricp\" % slickV,\n    \"com.typesafe\" % \"config\" % \"1.2.1\",\n    \"com.h2database\" % \"h2\" % \"1.3.175\",\n    \"org.postgresql\" % \"postgresql\" % \"9.3-1100-jdbc41\",\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.1.0\",\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.1.3\",\n    \"org.slf4j\" % \"slf4j-nop\" % \"1.6.4\"\n  )\n}\n"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/test\/scala\/persistence\/dal\/AbstractPersistenceTest.scala","text":"<reponame>Messi91\/slick-akka-http\npackage persistence.dal\n\n\nimport akka.actor.{ActorSystem, Props}\nimport persistence.entities.{Supplier, SuppliersTable}\nimport slick.backend.DatabaseConfig\nimport slick.driver.JdbcProfile\nimport slick.lifted.TableQuery\nimport utils._\nimport org.scalatest.{FunSuite, Suite}\n\ntrait AbstractPersistenceTest extends FunSuite {  this: Suite =>\n\n\n  trait Modules extends ConfigurationModuleImpl  with PersistenceModuleTest {\n  }\n\n\n  trait PersistenceModuleTest extends PersistenceModule with DbModule{\n    this: Configuration  =>\n\n    private val dbConfig : DatabaseConfig[JdbcProfile]  = DatabaseConfig.forConfig(\"h2test\")\n\n    override implicit val profile: JdbcProfile = dbConfig.driver\n    override implicit val db: JdbcProfile#Backend#Database = dbConfig.db\n\n    override val suppliersDal = new BaseDalImpl[SuppliersTable,Supplier](TableQuery[SuppliersTable]) {}\n\n    val self = this\n\n  }\n\n}"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/main\/scala\/Boot.scala","text":"import akka.http.scaladsl.Http\nimport akka.stream.ActorMaterializer\nimport rest.SupplierRoutes\nimport utils.{PersistenceModuleImpl, ActorModuleImpl, ConfigurationModuleImpl}\n\nobject Main extends App {\n  \/\/ configuring modules for application, cake pattern for DI\n  val modules = new ConfigurationModuleImpl  with ActorModuleImpl with PersistenceModuleImpl\n  implicit val system = modules.system\n  implicit val materializer = ActorMaterializer()\n  implicit val ec = modules.system.dispatcher\n\n  modules.suppliersDal.createTable()\n\n  val bindingFuture = Http().bindAndHandle(new SupplierRoutes(modules).routes, \"localhost\", 8080)\n \n  println(s\"Server online at http:\/\/localhost:8080\/\")\n\n}"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/test\/scala\/rest\/AbstractRestTest.scala","text":"<gh_stars>0\npackage rest\n\nimport org.scalatest.{Matchers, WordSpec}\nimport org.specs2.mock.Mockito\nimport persistence.dal.BaseDal\nimport persistence.entities.{Supplier, SuppliersTable}\nimport utils.{PersistenceModule, ConfigurationModuleImpl, ActorModule}\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigFactory\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\n\ntrait AbstractRestTest  extends WordSpec with Matchers with ScalatestRouteTest with Mockito{\n\n  trait Modules extends ConfigurationModuleImpl with ActorModule with PersistenceModule {\n    val system = AbstractRestTest.this.system\n\n    override val suppliersDal = mock[BaseDal[SuppliersTable,Supplier]]\n\n    override def config = getConfig.withFallback(super.config)\n  }\n\n  def getConfig: Config = ConfigFactory.empty();\n\n\n}\n"}
{"repo_name":"Messi91\/slick-akka-http","path":"src\/test\/scala\/rest\/RoutesSpec.scala","text":"<gh_stars>0\npackage rest\n\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport\nimport entities.JsonProtocol\nimport persistence.entities.{SimpleSupplier, Supplier}\nimport scala.concurrent.Future\nimport akka.http.scaladsl.model.StatusCodes._\nimport JsonProtocol._\nimport SprayJsonSupport._\n\nclass RoutesSpec extends AbstractRestTest {\n\n  def actorRefFactory = system\n  val modules = new Modules {}\n  val suppliers = new SupplierRoutes(modules)\n\n  \"Supplier Routes\" should {\n\n    \"return an empty array of suppliers\" in {\n     modules.suppliersDal.findById(1) returns Future(None)\n\n      Get(\"\/supplier\/1\") ~> suppliers.routes ~> check {\n        handled shouldEqual true\n        status shouldEqual NotFound\n      }\n    }\n\n    \"return an array with 2 suppliers\" in {\n      modules.suppliersDal.findById(1) returns Future(Some(Supplier(1,\"name 1\", \"desc 1\")))\n      Get(\"\/supplier\/1\") ~> suppliers.routes ~> check {\n        handled shouldEqual true\n        status shouldEqual OK\n        responseAs[Option[Supplier]].isEmpty shouldEqual false\n      }\n    }\n\n    \"create a supplier with the json in post\" in {\n      modules.suppliersDal.insert(Supplier(0,\"name 1\",\"desc 1\")) returns  Future(1)\n      Post(\"\/supplier\",SimpleSupplier(\"name 1\",\"desc 1\")) ~> suppliers.routes ~> check {\n        handled shouldEqual true\n        status shouldEqual Created\n      }\n    }\n\n    \"not handle the invalid json\" in {\n      Post(\"\/supplier\",\"{\\\"name\\\":\\\"1\\\"}\") ~> suppliers.routes ~> check {\n        handled shouldEqual false\n      }\n    }\n\n    \"not handle an empty post\" in {\n      Post(\"\/supplier\") ~> suppliers.routes ~> check {\n        handled shouldEqual false\n      }\n    }\n\n  }\n\n}"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/build.sbt","text":"<reponame>scoundrel-tech\/scoundrel\nlibraryDependencies ++= ScoundrelDependencies.ccDeps ++ Seq(\"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value)\ndescription := \"Scoundrel Rogue Shapeless\"\nname := \"rogue-shapeless\"\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/field\/build.sbt","text":"name := \"rogue-field\"\ndescription := \"Scoundrel Rogue Field\""}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/CcMongo.scala","text":"package tech.scoundrel.rogue.cc\n\nimport com.mongodb.MongoException\nimport com.mongodb.async.client.{ MongoClient, MongoCollection, MongoDatabase }\nimport com.mongodb.{ MongoClient => SyncMongoClient }\nimport com.mongodb.client.{ MongoCollection => SyncMongoCollection, MongoDatabase => SyncMongoDatabase }\nimport tech.scoundrel.rogue.codecs.IntegerPrimitiveCodec\nimport org.bson.BsonDocument\nimport org.bson.codecs.configuration.CodecRegistries\nimport tech.scoundrel.rogue.codecs.{ IntegerPrimitiveCodec, LongPrimitiveCodec }\n\n\/**\n * Replacement of Mongo\/MongoAsync from Lift\n *\/\nobject CcMongo {\n\n  val codecRegistry = CodecRegistries.fromRegistries(\n    com.mongodb.MongoClient.getDefaultCodecRegistry(),\n    CodecRegistries.fromCodecs(new LongPrimitiveCodec, new IntegerPrimitiveCodec)\n  )\n\n  private[this] val bsonDocument = classOf[BsonDocument]\n  private[this] val dba = new scala.collection.concurrent.TrieMap[String, (MongoClient, String)]\n  private[this] val dbs = new scala.collection.concurrent.TrieMap[String, (SyncMongoClient, String)]\n\n  \/**\n   * Define a Mongo db using a MongoClient instance.\n   *\/\n  def defineDb(connId: String, mngo: MongoClient, dbName: String) {\n    dba.put(connId, (mngo, dbName))\n  }\n\n  \/**\n   * Define a Mongo db using a MongoClient instance.\n   *\/\n  def defineDbSync(connId: String, mngo: SyncMongoClient, dbName: String) {\n    dbs.put(connId, (mngo, dbName))\n  }\n\n  \/**\n   * Get a DB reference\n   *\/\n  def getDb(connId: String): Option[MongoDatabase] = dba.get(connId).map { case (client, dbName) => client.getDatabase(dbName).withCodecRegistry(codecRegistry) }\n\n  def getDbSync(connId: String): Option[SyncMongoDatabase] = dbs.get(connId).map { case (client, dbName) => client.getDatabase(dbName).withCodecRegistry(codecRegistry) }\n\n  def useDB[T](ci: String)(f: (MongoDatabase) => T): T = {\n    val db = getDb(ci) match {\n      case Some(mongo) => mongo\n      case _ => throw new MongoException(\"Mongo not found: \" + ci.toString)\n    }\n    f(db)\n  }\n\n  def useDBSync[T](ci: String)(f: (SyncMongoDatabase) => T): T = {\n    val db = getDbSync(ci) match {\n      case Some(mongo) => mongo\n      case _ => throw new MongoException(\"Mongo not found: \" + ci.toString)\n    }\n    f(db)\n  }\n\n  \/**\n   * Executes function {@code f} with the mongo named {@code name} and collection names {@code collectionName}.\n   * Gets a collection for you.\n   *\/\n  def useCollection[T](name: String, collectionName: String)(f: (MongoCollection[BsonDocument]) => T): T = {\n    val coll = getCollection(name, collectionName) match {\n      case Some(collection) => collection\n      case _ => throw new MongoException(\"Mongo not found: \" + collectionName + \". ConnectionIdentifier: \" + name.toString)\n    }\n    f(coll)\n  }\n\n  def useCollectionSync[T](name: String, collectionName: String)(f: (SyncMongoCollection[BsonDocument]) => T): T = {\n    val coll = getCollectionSync(name, collectionName) match {\n      case Some(collection) => collection\n      case _ => throw new MongoException(\"Mongo not found: \" + collectionName + \". ConnectionIdentifier: \" + name.toString)\n    }\n    f(coll)\n  }\n\n  \/*\n* Get a Mongo collection. Gets a Mongo db first.\n*\/\n  private def getCollection(name: String, collectionName: String): Option[MongoCollection[BsonDocument]] = getDb(name) match {\n    case Some(mongo) if mongo != null => Some(mongo.getCollection(collectionName, bsonDocument))\n    case _ => None\n  }\n\n  private def getCollectionSync(name: String, collectionName: String): Option[SyncMongoCollection[BsonDocument]] = getDbSync(name) match {\n    case Some(mongo) if mongo != null => Some(mongo.getCollection(collectionName, bsonDocument))\n    case _ => None\n  }\n\n  def closeAll(): Unit = {\n    import scala.collection.JavaConversions._\n    dbs.values.foreach {\n      case (mngo, _) =>\n        mngo.close()\n    }\n    dbs.clear()\n    dba.values.foreach { case (mngo, _) => mngo.close() }\n    dba.clear()\n  }\n\n}"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/CCListArrayTest.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.cc\n\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.cc.CcRogue._\nimport org.bson.types.ObjectId\nimport org.scalatest.{ FlatSpec, MustMatchers }\nimport tech.scoundrel.rogue.BsonFormats._\n\ncase class Inner(a: Int, b: String, c: Array[String] = Array.empty)\n\ncase class Outer(\n  _id: ObjectId,\n  innerList: List[Inner],\n  innerArray: Array[Inner],\n  innerOptArray: Option[Array[Inner]],\n  innerOptList: Option[List[Inner]]\n)\nobject InnerR extends RCcMeta[Inner](\"\") {\n  val a = new IntField(\"a\", this)\n  val b = new StringField(\"b\", this)\n  val c = new ArrayField[String, InnerR.type](\"c\", this)\n  val d = new ListField[String, InnerR.type](\"d\", this)\n}\n\nobject OuterR extends RCcMeta[Outer] {\n  val id = new ObjectIdField(\"_id\", this)\n  val innerList = new CClassListField[Inner, InnerR.type, OuterR.type](\"innerList\", InnerR, this)\n  val innerArray = new CClassArrayField[Inner, InnerR.type, OuterR.type](\"innerArray\", InnerR, this)\n  val innerOptArray = new OptCClassArrayField[Inner, InnerR.type, OuterR.type](\"innerOptArray\", InnerR, this)\n  val innerOptList = new OptCClassListField[Inner, InnerR.type, OuterR.type](\"innerOptList\", InnerR, this)\n}\n\nclass CCListArrayTest extends FlatSpec with MustMatchers {\n  \"CCListField\" must \"produce queries\" in {\n    val ql = OuterR.where(_.innerList.subfield(_.b) eqs \"a\")\n    ql.toString must ===(\"\"\"db.outer.find({ \"innerList.b\" : \"a\"})\"\"\")\n\n    val qa = OuterR.where(_.innerArray.subfield(_.b) eqs \"a\")\n    qa.toString must ===(\"\"\"db.outer.find({ \"innerArray.b\" : \"a\"})\"\"\")\n\n    val qal = OuterR.where(_.innerList.subfield(_.a) eqs 1).modify(_.innerList.$.subfield(_.b) setTo \"blah\")\n    qal.toString must ===(\"\"\"db.outer.update({ \"innerList.a\" : 1}, { \"$set\" : { \"innerList.$.b\" : \"blah\"}}, false, false)\"\"\")\n\n    val qua = OuterR.where(_.innerArray.subfield(_.a) eqs 1).modify(_.innerArray.$.subfield(_.b) setTo \"blah\")\n    qua.toString must ===(\"\"\"db.outer.update({ \"innerArray.a\" : 1}, { \"$set\" : { \"innerArray.$.b\" : \"blah\"}}, false, false)\"\"\")\n\n    val upl = OuterR.where(_.innerList.subfield(_.a) eqs 1).modify(_.innerList.$.subfield(_.c) setTo List(\"blah\", \"bah\"))\n    upl.toString must ===(\"\"\"db.outer.update({ \"innerList.a\" : 1}, { \"$set\" : { \"innerList.$.c\" : [ \"blah\" , \"bah\"]}}, false, false)\"\"\")\n\n    val upa = OuterR.where(_.innerArray.subfield(_.a) eqs 1).modify(_.innerArray.$.subfield(_.d) setTo List(\"blah\", \"bah\"))\n    upa.toString must ===(\"\"\"db.outer.update({ \"innerArray.a\" : 1}, { \"$set\" : { \"innerArray.$.d\" : [ \"blah\" , \"bah\"]}}, false, false)\"\"\")\n\n    val qoa = OuterR.where(_.innerOptArray.subfield(_.b) eqs \"a\")\n    qoa.toString must ===(\"\"\"db.outer.find({ \"innerOptArray.b\" : \"a\"})\"\"\")\n\n    val qol = OuterR.where(_.innerOptList.subfield(_.a) eqs 1).modify(_.innerOptList.$.subfield(_.b) setTo \"blah\")\n    qol.toString must ===(\"\"\"db.outer.update({ \"innerOptList.a\" : 1}, { \"$set\" : { \"innerOptList.$.b\" : \"blah\"}}, false, false)\"\"\")\n\n    val uoa = OuterR.where(_.innerOptArray.subfield(_.a) eqs 1).modify(_.innerOptArray.$.subfield(_.d) setTo List(\"blah\", \"bah\"))\n    uoa.toString must ===(\"\"\"db.outer.update({ \"innerOptArray.a\" : 1}, { \"$set\" : { \"innerOptArray.$.d\" : [ \"blah\" , \"bah\"]}}, false, false)\"\"\")\n\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/Fields.scala","text":"package tech.scoundrel.rogue\nimport java.time._\nimport java.util.{ Currency, Locale, UUID }\n\nimport tech.scoundrel.field.RequiredField\nimport shapeless._\nimport labelled.{ FieldType, field }\nimport tech.scoundrel.rogue.cc.CcMeta\nimport tech.scoundrel.rogue.enums.ReflectEnumInstance\nimport tech.scoundrel.rogue.map.MapKeyFormat\nimport syntax.singleton._\nimport record._\nimport ops.record._\nimport org.bson.types.ObjectId\nimport org.bson._\nimport shapeless.ops.hlist.LiftAll\nimport shapeless.syntax.SingletonOps\nimport scala.reflect.runtime.universe.TypeTag\n\nimport shapeless.tag.@@\nimport scala.reflect.ClassTag\n\nimport tech.scoundrel.field._\n\nabstract class CField[V, O](val name: String, val owner: O) extends Field[V, O]\n\nabstract class MCField[V, O](name: String, owner: O) extends CField[V, O](name, owner) with RequiredField[V, O]\n\nabstract class OCField[V, O](name: String, owner: O) extends CField[V, O](name, owner) with OptionalField[V, O]\n\nclass IntField[O](name: String, o: O) extends MCField[Int, O](name, o) {\n  override def defaultValue = 0\n}\n\nclass IntTaggedField[Tag, O](name: String, o: O) extends MCField[Int @@ Tag, O](name, o) {\n  override def defaultValue = tag[Tag][Int](0)\n}\n\nclass LongField[O](name: String, o: O) extends MCField[Long, O](name, o) {\n  override def defaultValue = 0L\n}\n\nclass BigDecimalField[O](name: String, o: O) extends MCField[BigDecimal, O](name, o) {\n  override def defaultValue = BigDecimal(0)\n}\n\nclass LongTaggedField[Tag, O](name: String, o: O) extends MCField[Long @@ Tag, O](name, o) {\n  override def defaultValue = tag[Tag][Long](0L)\n}\n\nclass DoubleField[O](name: String, o: O) extends MCField[Double, O](name, o) {\n  override def defaultValue = 0d\n}\nclass StringField[O](name: String, o: O) extends MCField[String, O](name, o) {\n  override def defaultValue = \"\"\n}\n\nclass StringTaggedField[Tag, O](name: String, o: O) extends MCField[String @@ Tag, O](name, o) {\n  override def defaultValue = tag[Tag][String](\"\")\n}\n\nclass ObjectIdField[O](name: String, o: O) extends MCField[ObjectId, O](name, o) {\n  override def defaultValue = ObjectId.get()\n}\n\nclass ObjectIdTaggedField[Tag, O](name: String, o: O) extends MCField[ObjectId @@ Tag, O](name, o) {\n  override def defaultValue = tag[Tag][ObjectId](ObjectId.get())\n}\n\n\/*\n * explicit version where Subtype has to be given\n *\/\nclass ObjectIdSubtypeField[Subtype <: ObjectId, O](name: String, o: O) extends MCField[Subtype, O](name, o) {\n  override def defaultValue: Subtype = new ObjectId().asInstanceOf[Subtype]\n}\n\nclass UUIDIdField[O](name: String, o: O) extends MCField[UUID, O](name, o) {\n  override def defaultValue = UUID.randomUUID()\n}\n\nclass UUIDIdTaggedField[Tag, O](name: String, o: O) extends MCField[UUID @@ Tag, O](name, o) {\n  override def defaultValue = tag[Tag][UUID](UUID.randomUUID())\n}\n\nclass LocalDateTimeField[O](name: String, o: O) extends MCField[LocalDateTime, O](name, o) {\n  override def defaultValue = LocalDateTime.now(ZoneOffset.UTC)\n}\n\nclass InstantField[O](name: String, o: O) extends MCField[Instant, O](name, o) {\n  override def defaultValue = Instant.now()\n}\n\nclass CurrencyField[O](name: String, o: O) extends MCField[Currency, O](name, o) {\n  override def defaultValue = Currency.getInstance(\"USD\")\n}\n\nclass BooleanField[O](name: String, o: O) extends MCField[Boolean, O](name, o) {\n  override def defaultValue = false\n}\nclass EnumField[T <: Enumeration: TypeTag, O](name: String, o: O)\n    extends MCField[T#Value, O](name, o) with ReflectEnumInstance[T] {\n  override def defaultValue: T#Value = enumeration.apply(0)\n}\n\nclass EnumIdField[T <: Enumeration: TypeTag, O](name: String, o: O)\n    extends MCField[T#Value, O](name, o) with ReflectEnumInstance[T] {\n  override def defaultValue: T#Value = enumeration.apply(0)\n}\n\nclass ListField[V, O](name: String, o: O) extends MCField[List[V], O](name, o) {\n  override def defaultValue = Nil\n}\n\nclass ArrayField[V: ClassTag, O](name: String, o: O) extends MCField[Array[V], O](name, o) {\n  override def defaultValue = Array.empty[V]\n}\n\nclass CClassField[C, MC <: CcMeta[C], O](val name: String, val childMeta: MC, val owner: O) extends Field[C, O]\n\n\/**\n * Same as CClassField but because defaultValue is required, it can be selected.\n * If you don't want to provide defaultValue use CClassField but you will not be able to select that cc.\n * To create a field like that you must overrife defaultValue, or just use CClassRequiredField.\n * @param name\n * @param childMeta\n * @param owner\n * @tparam C\n * @tparam MC\n * @tparam O\n *\/\n\nabstract class CClassAbstractRequiredField[C, MC <: CcMeta[C], O](\n  name: String,\n  childMeta: MC,\n  owner: O\n) extends CClassField[C, MC, O](name, childMeta, owner) with RequiredField[C, O]\n\n\/**\n * Same as CClassField but because defaultValue is required, it can be selected.\n * If you don't want to provide defaultValue use CClassField but you will not be able to select that cc.\n * @param name\n * @param childMeta\n * @param owner\n * @param defaultValue\n * @tparam C\n * @tparam MC\n * @tparam O\n *\/\n\nclass CClassRequiredField[C, MC <: CcMeta[C], O](\n  name: String,\n  childMeta: MC,\n  override val defaultValue: C,\n  owner: O\n) extends CClassAbstractRequiredField[C, MC, O](name, childMeta, owner)\n\ntrait HasChildMeta[C, MC <: CcMeta[C]] {\n  def childMeta: MC\n}\n\nclass CClassListField[C, MC <: CcMeta[C], O](name: String, val childMeta: MC, owner: O)\n    extends MCField[Seq[C], O](name, owner) with HasChildMeta[C, MC] {\n  override def defaultValue: List[C] = Nil\n}\n\nclass CClassArrayField[C: ClassTag, MC <: CcMeta[C], O](name: String, val childMeta: MC, o: O) extends MCField[Array[C], O](name, o) with HasChildMeta[C, MC] {\n  override def defaultValue = Array.empty[C]\n}\n\nclass MapField[K: MapKeyFormat, V, O](name: String, o: O) extends MCField[Map[K, V], O](name, o) {\n  override def defaultValue = Map.empty\n}\n\nclass OptIntField[O](name: String, o: O) extends OCField[Int, O](name, o)\nclass OptIntTaggedField[Tag, O](name: String, o: O) extends OCField[Int @@ Tag, O](name, o)\n\nclass OptLongField[O](name: String, o: O) extends OCField[Long, O](name, o)\nclass OptLongTaggedField[Tag, O](name: String, o: O) extends OCField[Long @@ Tag, O](name, o)\n\nclass OptBigDecimalField[O](name: String, o: O) extends OCField[BigDecimal, O](name, o)\n\nclass OptStringField[O](name: String, o: O) extends OCField[String, O](name, o)\nclass OptStringTaggedField[Tag, O](name: String, o: O) extends OCField[String @@ Tag, O](name, o)\n\nclass OptObjectIdField[O](name: String, o: O) extends OCField[ObjectId, O](name, o)\nclass OptObjectIdTaggedField[Tag, O](name: String, o: O) extends OCField[ObjectId @@ Tag, O](name, o)\nclass OptObjectIdSubtypeField[Subtype <: ObjectId, O](name: String, o: O) extends OCField[Subtype, O](name, o)\n\nclass OptUUIDIdField[O](name: String, o: O) extends OCField[UUID, O](name, o)\nclass OptUUIDIdTaggedField[Tag, O](name: String, o: O) extends OCField[UUID @@ Tag, O](name, o)\n\nclass OptDoubleField[O](name: String, o: O) extends OCField[Double, O](name, o)\nclass OptLocalDateTimeField[O](name: String, o: O) extends OCField[LocalDateTime, O](name, o)\n\nclass OptCurrencyField[O](name: String, o: O) extends OCField[Currency, O](name, o)\n\nclass OptInstantField[O](name: String, o: O) extends OCField[Instant, O](name, o)\nclass OptBooleanField[O](name: String, o: O) extends OCField[Boolean, O](name, o)\nclass OptEnumField[T <: Enumeration, O](name: String, o: O) extends OCField[T#Value, O](name, o)\nclass OptEnumIdField[T <: Enumeration, O](name: String, o: O) extends OCField[T#Value, O](name, o)\nclass OptListField[V, O](name: String, o: O) extends OCField[List[V], O](name, o)\nclass OptArrayField[V: ClassTag, O](name: String, o: O) extends OCField[Array[V], O](name, o)\nclass OptCClassField[C, MC <: CcMeta[C], O](name: String, val childMeta: MC, owner: O)\n  extends OCField[C, O](name, owner) with HasChildMeta[C, MC]\nclass OptCClassListField[C, MC <: CcMeta[C], O](name: String, val childMeta: MC, o: O) extends OCField[Seq[C], O](name, o) with HasChildMeta[C, MC]\nclass OptCClassArrayField[C: ClassTag, MC <: CcMeta[C], O](name: String, val childMeta: MC, o: O) extends OCField[Array[C], O](name, o) with HasChildMeta[C, MC]\nclass OptMapField[V, O](name: String, o: O) extends OCField[Map[String, V], O](name, o)\n\ntrait CcFields[T] {\n  type RecRepr\n  def flds: RecRepr\n}\n\ntrait LowPrioFields {\n  object Owner\n\n  abstract class CcFieldFormat[Wrapped, SubRepr](implicit tpe: Typeable[Wrapped]) {\n    type RecRepr\n    def flds: RecRepr\n  }\n\n  object CcFieldFormat {\n    type Aux[Wrapperd, SubRepr, H] = CcFieldFormat[Wrapperd, SubRepr] { type RecRepr = H }\n\n    implicit def ccFieldHNil[Wrapped, R](implicit tpe: Typeable[Wrapped]): Aux[Wrapped, HNil, HNil] = new CcFieldFormat[Wrapped, HNil] {\n      type RecRepr = HNil\n      override def flds = HNil\n    }\n\n    implicit def hListExtFormat[Wrapped, Key <: Symbol, Value, Remaining <: HList, RecRemH <: HList](\n      implicit\n      t: Typeable[Wrapped],\n      key: Witness.Aux[Key],\n      remFormat: CcFieldFormat.Aux[Wrapped, Remaining, RecRemH]\n    ): CcFieldFormat.Aux[Wrapped, FieldType[Key, Value] :: Remaining, FieldType[Key, CField[Value, Owner.type]] :: RecRemH] =\n      new CcFieldFormat[Wrapped, FieldType[Key, Value] :: Remaining] {\n        type RecRepr = FieldType[Key, CField[Value, Owner.type]] :: RecRemH\n\n        override def flds = {\n          val cc = new CField[Value, Owner.type](key.value.name, Owner) {\n\n          }\n          val f = field[Key](cc)\n          val k = f :: remFormat.flds\n          \/\/this does not work too... val k= (key.value.name ->> cc ) :: remFormat.flds\n          k\n        }\n      }\n\n  }\n\n  implicit def ccEncoder[T, Repr, RR](implicit\n    gen: LabelledGeneric.Aux[T, Repr],\n    sg: CcFieldFormat.Aux[T, Repr, RR],\n    tpe: Typeable[T]): CcFields.Aux[T, RR] = new CcFields[T] {\n    type RecRepr = sg.RecRepr\n    override val flds = sg.flds\n  }\n\n}\n\nobject CcFields extends LowPrioFields {\n  type Aux[T, R] = CcFields[T] { type RecRepr = R }\n  def apply[T](implicit f: CcFields[T]): Aux[T, f.RecRepr] = f\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/MongoPasswordField.scala","text":"\/*\n * Copyright 2010-2011 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport scala.xml.{ Node, NodeSeq, Text }\n\nimport net.liftweb.common.{ Box, Empty, Failure, Full }\nimport net.liftweb.http.S\nimport net.liftweb.http.js.JE._\nimport net.liftweb.util.{ FatLazy, FieldError, Helpers, Safe }\n\nimport Helpers._\n\ncase class Password(pwd: String, salt: String) extends JsonObject[Password] {\n  def meta = Password\n}\n\nobject Password extends JsonObjectMeta[Password] {\n  def apply(in: String): Password = Password(in, \"\")\n}\n\nobject MongoPasswordField {\n  val blankPw = \"*******\"\n\n  def encrypt(s: String, salt: String) = hash(\"{\" + s + \"} salt={\" + salt + \"}\")\n}\n\nclass MongoPasswordField[OwnerType <: BsonRecord[OwnerType]](rec: OwnerType, minLen: Int) extends JsonObjectField[OwnerType, Password](rec, Password) {\n\n  def this(rec: OwnerType) = {\n    this(rec, 3)\n  }\n\n  def setPassword(in: String) = set(Password(in))\n\n  private val salt_i = FatLazy(Safe.randomString(16))\n\n  var validatorValue: Box[Password] = valueBox\n\n  override def set_!(in: Box[Password]): Box[Password] = {\n    validatorValue = in\n    in.map(p =>\n      if (p.salt.length == 0) \/\/ only encrypt the password if it hasn't already been encrypted\n        Password(MongoPasswordField.encrypt(p.pwd, salt_i.get), salt_i.get)\n      else\n        p)\n  }\n\n  override def validate: List[FieldError] = runValidation(validatorValue)\n\n  private def elem = S.fmapFunc(S.SFuncHolder(this.setPassword(_))) {\n    funcName =>\n      <input type=\"password\" name={ funcName } value=\"\" tabindex={ tabIndex.toString }\/>\n  }\n\n  override def toForm: Box[NodeSeq] =\n    uniqueFieldId match {\n      case Full(id) => Full(elem % (\"id\" -> id))\n      case _ => Full(elem)\n    }\n\n  private def validatePassword(pwd: Password): List[FieldError] = pwd match {\n    case null | Password(\"\", _) | Password(\"*\", _) | Password(MongoPasswordField.blankPw, _) =>\n      Text(S.?(\"password.must.be.set\"))\n    case Password(pwd, _) if pwd.length < minLen =>\n      Text(S.?(\"password.too.short\"))\n    case _ => Nil\n  }\n\n  override def validations = validatePassword _ :: Nil\n\n  override def defaultValue = Password(\"\")\n\n  override def asJs = valueBox.map(vb => Str(vb.pwd)) openOr Str(defaultValue.pwd)\n\n  def isMatch(toMatch: String): Boolean =\n    MongoPasswordField.encrypt(toMatch, value.salt) == value.pwd\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/QueryOptimizer.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nclass QueryOptimizer {\n  def isEmptyClause(clause: QueryClause[_]): Boolean = clause match {\n    case AllQueryClause(_, vs) => vs.isEmpty\n    case InQueryClause(_, vs) => vs.isEmpty\n    case EmptyQueryClause(_) => true\n    case _ => false\n  }\n\n  def isEmptyQuery(query: Query[_, _, _]): Boolean = {\n    query.condition.clauses.exists(isEmptyClause)\n  }\n\n  def isEmptyQuery(query: ModifyQuery[_, _]): Boolean =\n    isEmptyQuery(query.query)\n\n  def isEmptyQuery(query: FindAndModifyQuery[_, _]): Boolean =\n    isEmptyQuery(query.query)\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/CcMeta.scala","text":"package tech.scoundrel.rogue.cc\n\nimport com.mongodb.client.MongoDatabase\nimport com.mongodb.client.model.IndexOptions\nimport tech.scoundrel.rogue.BsonFormat\nimport tech.scoundrel.rogue.naming.{ LowerCase, NamingStrategy }\nimport org.bson.{ BsonDocument, BsonInt32, BsonValue }\nimport scala.concurrent.Future\nimport scala.reflect.ClassTag\n\nimport tech.scoundrel.field.Field\n\ntrait CcMetaLike[-T] {\n  type R\n}\n\ntrait CcMeta[T] extends CcMetaLike[T] {\n  type R = T\n  \/\/capture T to be able to cast to it\n  \/\/type R >: T\n  def collectionName: String\n\n  def read(b: BsonValue): T\n  def write(t: T): BsonValue\n  \/\/TODO - how to make it play nice with types?\n  def writeAnyRef(t: AnyRef): BsonDocument\n\n  def reader(field: Field[_, _]): BsonFormat[_]\n}\n\nclass RCcMeta[T](collName: String)(implicit f: BsonFormat[T]) extends CcMeta[T] {\n\n  def this(namingStrategy: NamingStrategy = LowerCase)(implicit f: BsonFormat[T], classTag: ClassTag[T]) {\n    this(namingStrategy[T])\n  }\n\n  override def collectionName: String = collName\n\n  override def reader(field: Field[_, _]): BsonFormat[_] = {\n    val fieldName = field.name.replaceAll(\"\\\\.\\\\$\", \"\")\n    \/\/ if field.isInstanceOf[]\n    val r = f.flds.get(fieldName)\n    r.orElse(starReader(fieldName)).getOrElse {\n      throw new RuntimeException(s\"No reader for field ${fieldName}, available keys ${f.flds.keys.mkString(\",\")}\")\n    }\n  }\n\n  \/\/special case for Map formats\n  private[this] def starReader(fieldName: String): Option[BsonFormat[_]] = {\n    val i = fieldName.lastIndexOf('.')\n    if (i > 0) {\n      val newName = fieldName.substring(0, i + 1) + \"*\"\n      f.flds.get(newName)\n    } else None\n  }\n\n  override def read(b: BsonValue): T = f.read(b)\n\n  override def write(t: T): BsonValue = f.write(t)\n\n  override def writeAnyRef(t: AnyRef): BsonDocument = f.write(t.asInstanceOf[T]).asDocument()\n\n  \/**\n   * @param indexTuples  sequence of (name, int)\n   * @param opts IndexOptions- from mongo\n   * @return  - index name\n   *\/\n  def createIndex(indexTuples: Seq[(String, Int)], opts: IndexOptions)(implicit dbs: MongoDatabase): String = {\n    val keys = new BsonDocument()\n    indexTuples.foreach { case (k, v) => keys.append(k, new BsonInt32(v)) }\n    dbs.getCollection(collectionName).createIndex(keys, opts)\n  }\n\n  \/**\n   * @param indexTuples  sequence of (name, int)\n   * @param opts IndexOptions- from mongo\n   * @return  - index name\n   *\/\n  def createIndexAsync(indexTuples: Seq[(String, Int)], opts: IndexOptions)(implicit dba: com.mongodb.async.client.MongoDatabase): Future[String] = {\n    val cb = new PromiseSingleValueAdapter[String]\n    val keys = new BsonDocument()\n    indexTuples.foreach { case (k, v) => keys.append(k, new BsonInt32(v)) }\n    dba.getCollection(collectionName).createIndex(keys, opts, cb)\n    cb.future\n  }\n\n  \/**\n   * @param indexTuple - field, order tuple\n   * @param opts - IndexOptions\n   * @return index name (string)\n   *\/\n  def createIndex(indexTuple: (String, Int), opts: IndexOptions = new IndexOptions())(implicit dbs: MongoDatabase): String =\n    createIndex(Seq(indexTuple), opts)\n\n  def createIndexAsync(indexTuple: (String, Int), opts: IndexOptions = new IndexOptions())(implicit dba: com.mongodb.async.client.MongoDatabase): Future[String] =\n    createIndexAsync(Seq(indexTuple), opts)\n\n  def createIndex(indexTuples: Seq[(String, Int)])(implicit dbs: MongoDatabase): String = createIndex(indexTuples, new IndexOptions())\n\n  def createIndexAsync(indexTuples: Seq[(String, Int)])(implicit dba: com.mongodb.async.client.MongoDatabase): Future[String] =\n    createIndexAsync(indexTuples, new IndexOptions())\n\n}\n\n\/**\n * Rogue Case Class Meta Extended, awesome name!\n *\n * @param collName\n * @param formats\n * @tparam RecordType\n * @tparam OwnerType\n *\/\n\nclass RCcMetaExt[RecordType, OwnerType <: RCcMeta[RecordType]](collName: String)(implicit formats: BsonFormat[RecordType])\n    extends RCcMeta[RecordType](collName)(formats)\n    with QueryFieldHelpers[OwnerType] { requires: OwnerType =>\n\n  def this(\n    namingStrategy: NamingStrategy = LowerCase\n  )(implicit formats: BsonFormat[RecordType], classTag: ClassTag[RecordType]) {\n    this(namingStrategy[RecordType])(formats)\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/MongoCaseClassField.scala","text":"<filename>mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/MongoCaseClassField.scala\n\/*\n* Copyright 2010-2015 WorldWide Conferencing, LLC\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport scala.collection.JavaConverters._\nimport scala.reflect.Manifest\nimport scala.xml.{ NodeSeq, Text }\n\nimport net.liftweb.common._\nimport net.liftweb.json._\nimport tech.scoundrel.record._\nimport net.liftweb.util.Helpers\n\nimport com.mongodb.{ BasicDBList, DBObject }\nimport org.bson.Document\nclass MongoCaseClassField[OwnerType <: Record[OwnerType], CaseType](rec: OwnerType)(implicit mf: Manifest[CaseType]) extends Field[CaseType, OwnerType] with MandatoryTypedField[CaseType] with MongoFieldFlavor[CaseType] {\n\n  \/\/ override this for custom formats\n  def formats: Formats = DefaultFormats\n  implicit lazy val _formats = formats\n\n  override type MyType = CaseType\n\n  def owner = rec\n\n  def asXHtml = Text(value.toString)\n\n  def toForm: Box[NodeSeq] = Empty\n\n  override def defaultValue = null.asInstanceOf[MyType]\n  override def optional_? = true\n\n  def asJValue: JValue = valueBox.map(v => Extraction.decompose(v)) openOr (JNothing: JValue)\n\n  def setFromJValue(jvalue: JValue): Box[CaseType] = jvalue match {\n    case JNothing | JNull => setBox(Empty)\n    case s => setBox(Helpers.tryo[CaseType] { s.extract[CaseType] })\n  }\n\n  def asDBObject: DBObject = {\n    JObjectParser.parse(asJValue.asInstanceOf[JObject])\n  }\n\n  def setFromDocument(doc: Document): Box[CaseType] = {\n    val jv = JObjectParser.serialize(doc)\n    setFromJValue(jv)\n  }\n\n  def setFromDBObject(dbo: DBObject): Box[CaseType] = {\n    val jvalue = JObjectParser.serialize(dbo)\n    setFromJValue(jvalue)\n  }\n\n  override def setFromString(in: String): Box[CaseType] = {\n    Helpers.tryo { JsonParser.parse(in).extract[CaseType] }\n  }\n\n  def setFromAny(in: Any): Box[CaseType] = in match {\n    case dbo: DBObject => setFromDBObject(dbo)\n    case doc: org.bson.Document => setFromDocument(doc)\n    case c if mf.runtimeClass.isInstance(c) => setBox(Full(c.asInstanceOf[CaseType]))\n    case Full(c) if mf.runtimeClass.isInstance(c) => setBox(Full(c.asInstanceOf[CaseType]))\n    case null | None | Empty => setBox(defaultValueBox)\n    case (failure: Failure) => setBox(failure)\n    case _ => setBox(defaultValueBox)\n  }\n}\n\nclass MongoCaseClassListField[OwnerType <: Record[OwnerType], CaseType](rec: OwnerType)(implicit mf: Manifest[CaseType]) extends Field[List[CaseType], OwnerType] with MandatoryTypedField[List[CaseType]] with MongoFieldFlavor[List[CaseType]] {\n\n  \/\/ override this for custom formats\n  def formats: Formats = DefaultFormats\n  implicit lazy val _formats = formats\n\n  override type MyType = List[CaseType]\n\n  def owner = rec\n\n  def asXHtml = Text(value.toString)\n\n  def toForm: Box[NodeSeq] = Empty\n\n  override def defaultValue: MyType = Nil\n  override def optional_? = true\n\n  def asJValue: JValue = JArray(value.map(v => Extraction.decompose(v)))\n\n  def setFromJValue(jvalue: JValue): Box[MyType] = jvalue match {\n    case JArray(contents) => setBox(Full(contents.flatMap(s => Helpers.tryo[CaseType] { s.extract[CaseType] })))\n    case _ => setBox(Empty)\n  }\n\n  def setFromDocumentList(list: java.util.List[Document]): Box[MyType] = {\n    val objs = list.asScala.map { d => JObjectParser.serialize(d) }\n    setFromJValue(JArray(objs.toList))\n  }\n\n  def asDBObject: DBObject = {\n    val dbl = new BasicDBList\n\n    asJValue match {\n      case JArray(list) =>\n        list.foreach(v => dbl.add(JObjectParser.parse(v.asInstanceOf[JObject])))\n      case _ =>\n    }\n\n    dbl\n  }\n\n  def setFromDBObject(dbo: DBObject): Box[MyType] = {\n    val jvalue = JObjectParser.serialize(dbo)\n    setFromJValue(jvalue)\n  }\n\n  def setFromAny(in: Any): Box[MyType] = in match {\n    case dbo: DBObject => setFromDBObject(dbo)\n    case list @ c :: xs if mf.runtimeClass.isInstance(c) => setBox(Full(list.asInstanceOf[MyType]))\n    case jlist: java.util.List[_] => {\n      if (!jlist.isEmpty) {\n        val elem = jlist.get(0)\n        if (elem.isInstanceOf[org.bson.Document]) {\n          setFromDocumentList(jlist.asInstanceOf[java.util.List[org.bson.Document]])\n        } else {\n          setBox(Full(jlist.asScala.toList.asInstanceOf[MyType]))\n        }\n      } else {\n        setBox(Full(Nil))\n      }\n    }\n    case _ => setBox(Empty)\n  }\n\n  override def setFromString(in: String): Box[MyType] = {\n    setFromJValue(JsonParser.parse(in))\n  }\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/index\/build.sbt","text":"<reponame>scoundrel-tech\/scoundrel\nname := \"rogue-index\"\ndescription := \"Scoundrel Rogue Index\"\nlibraryDependencies ++= ScoundrelDependencies.coreDeps ++ ScoundrelDependencies.testDeps"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/AsMongoRecord.scala","text":"\/**\n * Copyright 2014 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\n\nimport org.bson.types.ObjectId\n\n\/**\n * Extend this to create extractors for your MongoRecords.\n *\n * Example:\n *    object AsUser extends AsMongoRecord(User)\n *\/\nclass AsMongoRecord[A <: MongoRecord[A]](meta: MongoMetaRecord[A]) {\n\n  def unapply(in: String): Option[A] = asMongoRecord(in)\n\n  def asMongoRecord(in: String): Option[A] =\n    if (ObjectId.isValid(in)) meta.find(new ObjectId(in))\n    else None\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"project\/MongoEmbedded.scala","text":"import java.util.concurrent.atomic.AtomicInteger\n\nimport de.flapdoodle.embed.mongo._\nimport de.flapdoodle.embed.mongo.Command\nimport de.flapdoodle.embed.mongo.config.{MongoCmdOptionsBuilder, _}\nimport de.flapdoodle.embed.mongo.distribution.Version\nimport de.flapdoodle.embed.process.config.io.ProcessOutput\nimport de.flapdoodle.embed.process.runtime.Network\n\nobject MongoEmbedded {\n\n  lazy val runtimeConfig = new RuntimeConfigBuilder()\n    .defaults(Command.MongoD)\n    .processOutput(ProcessOutput.getDefaultInstanceSilent)\n    .build\n\n  lazy val mongodConfig = {\n    val mongoPort = System.getProperty(\"mongoTestPort\",\"51101\").toInt\n    \/\/println(\"Mongo will be started at \" + mongoPort)\n    val mongodNetwork = new Net(mongoPort, Network.localhostIsIPv6)\n    val cmdOptions = new MongoCmdOptionsBuilder().useSmallFiles(true).useNoPrealloc(true).build()\n    new MongodConfigBuilder()\n      .version(Version.Main.PRODUCTION)\n      .net(mongodNetwork)\n      .cmdOptions(cmdOptions)\n      .build\n  }\n\n  private val counter = new AtomicInteger(0)\n\n\n\n  @volatile var mongodExe: MongodExecutable = null\n  @volatile var mongod: MongodProcess = null\n\n\n  def start:Unit = synchronized {\n    if(mongod == null) {\n      mongodExe = MongodStarter.getInstance(runtimeConfig).prepare(mongodConfig)\n      mongod = mongodExe.start()\n    }\n    counter.incrementAndGet()\n  }\n\n  def stop:Unit = synchronized {\n    if(counter.decrementAndGet() == 0) {\n\/\/      println(\"Really stop mongo, last user exited\")\n      shutdownMongo()\n    }\n  }\n\n  def shutdownMongo():Unit = {\n    try {\n      mongod.stop()\n      mongod = null\n    } finally {\n      mongodExe.stop()\n      mongodExe = null\n    }\n  }\n\n  sys.addShutdownHook { () =>\n    mongod.stop()\n    mongodExe.stop()\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/MongoListField.scala","text":"<reponame>scoundrel-tech\/scoundrel<gh_stars>0\n\/*\n * Copyright 2010-2017 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport scala.collection.JavaConversions._\nimport scala.xml.NodeSeq\n\nimport net.liftweb.common._\nimport net.liftweb.http.SHtml\nimport net.liftweb.json.JsonAST._\nimport net.liftweb.json.{ JValue, JsonParser }\nimport tech.scoundrel.record._\nimport net.liftweb.util.Helpers._\n\nimport com.mongodb._\nimport org.bson.Document\n\n\/**\n * List field.\n *\n * Supported types:\n * primitives - String, Int, Long, Double, Float, Byte, BigInt,\n * Boolean (and their Java equivalents)\n * date types - java.util.Date, org.joda.time.DateTime\n * mongo types - ObjectId, Pattern, UUID\n *\n * If you need to support other types, you will need to override the\n * asDBObject and setFromDBObject functions accordingly. And the\n * asJValue and setFromJValue functions if you will be using them.\n *\n * Note: setting optional_? = false will result in incorrect equals behavior when using setFromJValue\n *\/\nclass MongoListField[OwnerType <: BsonRecord[OwnerType], ListType: Manifest](rec: OwnerType)\n    extends Field[List[ListType], OwnerType]\n    with MandatoryTypedField[List[ListType]]\n    with MongoFieldFlavor[List[ListType]] {\n  import mongodb.Meta.Reflection._\n\n  lazy val mf = manifest[ListType]\n\n  override type MyType = List[ListType]\n\n  def owner = rec\n\n  def defaultValue = List[ListType]()\n\n  implicit def formats = owner.meta.formats\n\n  def setFromAny(in: Any): Box[MyType] = {\n    in match {\n      case dbo: DBObject => setFromDBObject(dbo)\n      case list @ c :: xs if mf.runtimeClass.isInstance(c) => setBox(Full(list.asInstanceOf[MyType]))\n      case Some(list @ c :: xs) if mf.runtimeClass.isInstance(c) => setBox(Full(list.asInstanceOf[MyType]))\n      case Full(list @ c :: xs) if mf.runtimeClass.isInstance(c) => setBox(Full(list.asInstanceOf[MyType]))\n      case jlist: java.util.List[_] => {\n        if (!jlist.isEmpty) {\n          val elem = jlist.get(0)\n          if (elem.isInstanceOf[Document]) {\n            setFromDocumentList(jlist.asInstanceOf[java.util.List[Document]])\n          } else {\n            setBox(Full(jlist.toList.asInstanceOf[MyType]))\n          }\n        } else {\n          setBox(Full(Nil))\n        }\n      }\n      case s: String => setFromString(s)\n      case Some(s: String) => setFromString(s)\n      case Full(s: String) => setFromString(s)\n      case null | None | Empty => setBox(defaultValueBox)\n      case f: Failure => setBox(f)\n      case o => setFromString(o.toString)\n    }\n  }\n\n  def setFromJValue(jvalue: JValue): Box[MyType] = jvalue match {\n    case JNothing | JNull if optional_? => setBox(Empty)\n    case JArray(array) => setBox(Full(array.map {\n      case JsonObjectId(objectId) => objectId\n      case JsonRegex(regex) => regex\n      case JsonUUID(uuid) => uuid\n      case JsonDateTime(dt) if mf.toString == \"org.joda.time.DateTime\" => dt\n      case JsonDate(date) => date\n      case other => other.values\n    }.asInstanceOf[MyType]))\n    case other => setBox(FieldHelpers.expectedA(\"JArray\", other))\n  }\n\n  \/\/ parse String into a JObject\n  def setFromString(in: String): Box[List[ListType]] = tryo(JsonParser.parse(in)) match {\n    case Full(jv: JValue) => setFromJValue(jv)\n    case f: Failure => setBox(f)\n    case other => setBox(Failure(\"Error parsing String into a JValue: \" + in))\n  }\n\n  \/** Options for select list **\/\n  def options: List[(ListType, String)] = Nil\n\n  private def elem = {\n    def elem0 = SHtml.multiSelectObj[ListType](\n      options,\n      value,\n      set\n    ) % (\"tabindex\" -> tabIndex.toString)\n\n    SHtml.hidden(() => set(Nil)) ++ (uniqueFieldId match {\n      case Full(id) => elem0 % (\"id\" -> id)\n      case _ => elem0\n    })\n  }\n\n  def toForm: Box[NodeSeq] =\n    if (options.nonEmpty) Full(elem)\n    else Empty\n\n  def asJValue: JValue = JArray(value.map(li => li.asInstanceOf[AnyRef] match {\n    case x if primitive_?(x.getClass) => primitive2jvalue(x)\n    case x if mongotype_?(x.getClass) => mongotype2jvalue(x)(owner.meta.formats)\n    case x if datetype_?(x.getClass) => datetype2jvalue(x)(owner.meta.formats)\n    case _ => JNothing\n  }))\n\n  \/*\n  * Convert this field's value into a DBObject so it can be stored in Mongo.\n  *\/\n  def asDBObject: DBObject = {\n    val dbl = new BasicDBList\n\n    value.foreach {\n      case f => f.asInstanceOf[AnyRef] match {\n        case x if primitive_?(x.getClass) => dbl.add(x)\n        case x if mongotype_?(x.getClass) => dbl.add(x)\n        case x if datetype_?(x.getClass) => dbl.add(datetype2dbovalue(x))\n        case o => dbl.add(o.toString)\n      }\n    }\n    dbl\n  }\n\n  \/\/ set this field's value using a DBObject returned from Mongo.\n  def setFromDBObject(dbo: DBObject): Box[MyType] =\n    setBox(Full(dbo.asInstanceOf[BasicDBList].toList.asInstanceOf[MyType]))\n\n  def setFromDocumentList(list: java.util.List[Document]): Box[MyType] = {\n    throw new RuntimeException(\"Warning, setting Document as field with no conversion, probably not something you want to do\")\n  }\n\n}\n\n\/*\n* List of JsonObject case classes\n*\/\nclass MongoJsonObjectListField[OwnerType <: BsonRecord[OwnerType], JObjectType <: JsonObject[JObjectType]](rec: OwnerType, valueMeta: JsonObjectMeta[JObjectType])(implicit mf: Manifest[JObjectType])\n    extends MongoListField[OwnerType, JObjectType](rec: OwnerType) {\n\n  override def asDBObject: DBObject = {\n    val dbl = new BasicDBList\n    value.foreach { v => dbl.add(JObjectParser.parse(v.asJObject()(owner.meta.formats))(owner.meta.formats)) }\n    dbl\n  }\n\n  override def setFromDBObject(dbo: DBObject): Box[List[JObjectType]] =\n    setBox(Full(dbo.keySet.toList.map(k => {\n      valueMeta.create(JObjectParser.serialize(dbo.get(k.toString))(owner.meta.formats).asInstanceOf[JObject])(owner.meta.formats)\n    })))\n\n  override def asJValue: JValue = JArray(value.map(_.asJObject()(owner.meta.formats)))\n\n  override def setFromJValue(jvalue: JValue) = jvalue match {\n    case JNothing | JNull if optional_? => setBox(Empty)\n    case JArray(arr) => setBox(Full(arr.map(jv => {\n      valueMeta.create(jv.asInstanceOf[JObject])(owner.meta.formats)\n    })))\n    case other => setBox(FieldHelpers.expectedA(\"JArray\", other))\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"project\/build.sbt","text":"<reponame>scoundrel-tech\/scoundrel\nlibraryDependencies ++= Seq(\n  \"de.flapdoodle.embed\" % \"de.flapdoodle.embed.mongo\" % \"2.0.0\"\n)"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/ObjectIdSubtypeSpec.scala","text":"package tech.scoundrel.rogue.cc\n\nimport java.util.UUID\n\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.BsonFormats._\nimport tech.scoundrel.rogue._\nimport org.bson.types.ObjectId\nimport org.scalatest.{ FlatSpec, Matchers }\nimport shapeless.tag\nimport shapeless.tag.@@\nimport tech.scoundrel.rogue.cc._\nimport tech.scoundrel.rogue.cc.CcRogue._\n\ntrait HasId[T] {\n  type Id\n\n}\n\ntrait TypedObjectId[RecordType, TagType] {\n\n  type Id = ObjectId @@ TagType\n\n  object Id {\n\n    def get(): Id = tag[TagType][ObjectId](new ObjectId)\n\n    def apply(text: String): Id = tag[TagType][ObjectId](new ObjectId(text))\n\n    object Extract {\n      def unapply(in: String): Option[Id] = try { Some(apply(in)) } catch { case e: IllegalArgumentException => None }\n      def unapply(inOpt: Option[String]): Option[Option[Id]] = try { Some(inOpt.map(apply)) } catch { case e: IllegalArgumentException => None }\n    }\n\n  }\n\n  implicit object hasId extends HasId[RecordType] {\n    type Id = ObjectId @@ TagType\n  }\n\n  implicit object idOrdering extends Ordering[Id] {\n    override def compare(x: Id, y: Id): Int = x.compareTo(y)\n  }\n}\n\ncase class A(_id: A.Id, b: String)\n\nobject A extends TypedObjectId[A, A]\n\nclass ObjectIdSubtypeSpec extends FlatSpec with Matchers {\n\n  class MetaA extends RCcMetaExt[A, MetaA]() {\n    val id = ObjectIdSubtypeField[A.Id](\"_id\")\n  }\n  val X = new MetaA\n  val t: Query[MetaA, cc.A.Id, Unordered with Unlimited with Unskipped with HasNoOrClause with Unhinted with ShardKeyNotSpecified with SelectedOne] = X.select(_.id)\n\n  \"val t: Query[_, tech.scoundrel.rogue.cc.A.Id, _] = X.select(_.id)\" should compile\n\n}\n\ntrait TypedStringId[RecordType, TagType] {\n\n  private type IdType = String @@ TagType\n\n  type Id = IdType\n\n  object Id {\n\n    def get(): Id =\n      apply(UUID.randomUUID().toString())\n\n    def apply(text: String): Id =\n      tag[TagType][String](text)\n\n    object Extract {\n      def unapply(in: String): Option[Id] = try { Some(apply(in)) } catch { case e: IllegalArgumentException => None }\n      def unapply(inOpt: Option[String]): Option[Option[Id]] = try { Some(inOpt.map(apply)) } catch { case e: IllegalArgumentException => None }\n    }\n  }\n\n  implicit object hasId extends HasId[RecordType] {\n    type Id = IdType\n  }\n\n  implicit object idOrdering extends Ordering[Id] {\n    override def compare(x: Id, y: Id): Int = x.compareTo(y)\n  }\n}\n\nobject B extends TypedStringId[B, B]\n\ncase class B(id: B.Id)\n\nclass StringTaggedSpec extends FlatSpec with Matchers {\n\n  class MetaB extends RCcMetaExt[B, MetaB]() {\n    val id = StringTaggedField[B](\"id\")\n  }\n\n  val X = new MetaB\n  val id: cc.B.Id = cc.B.Id.get()\n  val t: Query[MetaB, cc.B.Id, _] = X.select(_.id).where(_.id eqs id)\n\n  \"val t: Query[_, tech.scoundrel.rogue.cc.B.Id, _] = X.select(_.id).where(_.id eqs id)\" should compile\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/test\/scala\/QueryExecutorTest.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.lift.test\n\nimport tech.scoundrel.rogue.InitialState\nimport tech.scoundrel.rogue.MongoHelpers.AndCondition\nimport tech.scoundrel.rogue.lift.{ LiftAdapter, ObjectIdKey }\nimport tech.scoundrel.mongodb.record.{ MongoMetaRecord, MongoRecord }\nimport org.junit.{ Ignore, Test }\nimport org.specs2.matcher.JUnitMustMatchers\n\nimport tech.scoundrel.rogue.{ Query, RogueException }\n\nclass LegacyQueryExecutorTest extends JUnitMustMatchers {\n\n  class Dummy extends MongoRecord[Dummy] with ObjectIdKey[Dummy] {\n    def meta = Dummy\n  }\n\n  object Dummy extends Dummy with MongoMetaRecord[Dummy] {\n  }\n\n  @Test @Ignore(\"TODO(mateo): The public version of lift 2.6.2 causes an infinite recursion. FIXME\") \/\/ Test ignored because it is broken when using OSS version of lift.\n  def testExceptionInRunCommandIsDecorated {\n    val query = Query[Dummy.type, Dummy, InitialState](\n      Dummy, \"Dummy\", None, None, None, None, None, AndCondition(Nil, None, None), None, None, None\n    )\n    (LiftAdapter.runCommand(() => \"hello\", query) {\n      throw new RuntimeException(\"bang\")\n      \"hi\"\n    }) must throwA[RogueException]\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/QueryClause.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nimport java.util.regex.Pattern\n\nimport com.mongodb.BasicDBObjectBuilder\n\nabstract class QueryClause[V](val fieldName: String, val actualIndexBehavior: MaybeIndexed, val conditions: (CondOps.Value, V)*) {\n  def extend(q: BasicDBObjectBuilder, signature: Boolean) {\n    conditions foreach { case (op, v) => q.add(op.toString, if (signature) 0 else v) }\n  }\n  var negated: Boolean = false\n  var expectedIndexBehavior: MaybeIndexed = Index\n}\n\nabstract class IndexableQueryClause[V, Ind <: MaybeIndexed](fname: String, actualIB: Ind, conds: (CondOps.Value, V)*)\n  extends QueryClause[V](fname, actualIB, conds: _*)\n\ntrait ShardKeyClause\n\ncase class AllQueryClause[V](override val fieldName: String, vs: java.util.List[V])\n    extends IndexableQueryClause[java.util.List[V], Index](fieldName, Index, CondOps.All -> vs) {\n}\n\ncase class InQueryClause[V](override val fieldName: String, vs: java.util.List[V])\n    extends IndexableQueryClause[java.util.List[V], Index](fieldName, Index, CondOps.In -> vs) {\n}\n\ncase class GtQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.Gt -> v) {\n}\n\ncase class GtEqQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.GtEq -> v) {\n}\n\ncase class LtQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.Lt -> v) {\n}\n\ncase class LtEqQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.LtEq -> v) {\n}\n\ncase class BetweenQueryClause[V](override val fieldName: String, lower: V, upper: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.GtEq -> lower, CondOps.LtEq -> upper) {\n}\n\ncase class StrictBetweenQueryClause[V](override val fieldName: String, lower: V, upper: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.Gt -> lower, CondOps.Lt -> upper) {\n}\n\ncase class NeQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.Ne -> v) {\n}\n\ncase class NearQueryClause[V](override val fieldName: String, v: V)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan, CondOps.Near -> v) {\n}\n\ncase class NearSphereQueryClause[V](override val fieldName: String, lat: Double, lng: Double, radians: Radians)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean) {\n    q.add(CondOps.NearSphere.toString, if (signature) 0 else QueryHelpers.list(List(lat, lng)))\n    q.add(CondOps.MaxDistance.toString, if (signature) 0 else radians.value)\n  }\n}\n\ncase class ModQueryClause[V](override val fieldName: String, v: java.util.List[V])\n    extends IndexableQueryClause[java.util.List[V], IndexScan](fieldName, IndexScan, CondOps.Mod -> v) {\n}\n\ncase class TypeQueryClause(override val fieldName: String, v: MongoType.Value)\n    extends IndexableQueryClause[Int, IndexScan](fieldName, IndexScan, CondOps.Type -> v.id) {\n}\n\ncase class ExistsQueryClause(override val fieldName: String, v: Boolean)\n    extends IndexableQueryClause[Boolean, IndexScan](fieldName, IndexScan, CondOps.Exists -> v) {\n}\n\ncase class NinQueryClause[V](override val fieldName: String, vs: java.util.List[V])\n    extends IndexableQueryClause[java.util.List[V], DocumentScan](fieldName, DocumentScan, CondOps.Nin -> vs) {\n}\n\ncase class SizeQueryClause(override val fieldName: String, v: Int)\n    extends IndexableQueryClause[Int, DocumentScan](fieldName, DocumentScan, CondOps.Size -> v) {\n}\n\ncase class RegexQueryClause[Ind <: MaybeIndexed](override val fieldName: String, actualIB: Ind, p: Pattern)\n    extends IndexableQueryClause[Pattern, Ind](fieldName, actualIB) {\n  val flagMap = Map(\n    Pattern.CANON_EQ -> \"c\",\n    Pattern.CASE_INSENSITIVE -> \"i\",\n    Pattern.COMMENTS -> \"x\",\n    Pattern.DOTALL -> \"s\",\n    Pattern.LITERAL -> \"t\",\n    Pattern.MULTILINE -> \"m\",\n    Pattern.UNICODE_CASE -> \"u\",\n    Pattern.UNIX_LINES -> \"d\"\n  )\n\n  def flagsToString(flags: Int) = {\n    (for {\n      (mask, char) <- flagMap\n      if (flags & mask) != 0\n    } yield char).mkString\n  }\n\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean) {\n    q.add(\"$regex\", if (signature) 0 else p.toString)\n    q.add(\"$options\", if (signature) 0 else flagsToString(p.flags))\n  }\n\n}\n\ncase class RawQueryClause(f: BasicDBObjectBuilder => Unit)\n    extends IndexableQueryClause(\"raw\", DocumentScan) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean) {\n    f(q)\n  }\n}\n\ncase class EmptyQueryClause[V](override val fieldName: String)\n    extends IndexableQueryClause[V, Index](fieldName, Index) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean) {}\n}\n\ncase class EqClause[V, Ind <: MaybeIndexed](override val fieldName: String, value: V)\n    extends IndexableQueryClause[V, Index](fieldName, Index) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean): Unit = {\n    q.add(fieldName, if (signature) 0 else value)\n  }\n}\n\ncase class WithinCircleClause[V](override val fieldName: String, lat: Double, lng: Double, radius: Double)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean): Unit = {\n    val value = if (signature) 0 else QueryHelpers.list(List(QueryHelpers.list(List(lat, lng)), radius))\n    q.push(\"$within\").add(\"$center\", value).pop\n  }\n}\n\ncase class WithinBoxClause[V](override val fieldName: String, lat1: Double, lng1: Double, lat2: Double, lng2: Double)\n    extends IndexableQueryClause[V, PartialIndexScan](fieldName, PartialIndexScan) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean): Unit = {\n    val value = if (signature) 0 else {\n      QueryHelpers.list(List(QueryHelpers.list(lat1, lng1), QueryHelpers.list(lat2, lng2)))\n    }\n    q.push(\"$within\").add(\"$box\", value).pop\n  }\n}\n\ncase class ElemMatchWithPredicateClause[V](override val fieldName: String, clauses: Seq[QueryClause[_]])\n    extends IndexableQueryClause[V, DocumentScan](fieldName, DocumentScan) {\n  override def extend(q: BasicDBObjectBuilder, signature: Boolean): Unit = {\n    import tech.scoundrel.rogue.MongoHelpers.AndCondition\n    val nested = q.push(\"$elemMatch\")\n    MongoHelpers.MongoBuilder.buildCondition(AndCondition(clauses.toList, None, None), nested, signature)\n    nested.pop\n  }\n}\n\nclass ModifyClause(val operator: ModOps.Value, fields: (String, _)*) {\n  def extend(q: BasicDBObjectBuilder): Unit = {\n    fields foreach { case (name, value) => q.add(name, value) }\n  }\n}\n\nclass ModifyAddEachClause(fieldName: String, values: Traversable[_])\n    extends ModifyClause(ModOps.AddToSet) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    q.push(fieldName).add(\"$each\", QueryHelpers.list(values)).pop\n  }\n}\n\nclass ModifyPushEachClause(fieldName: String, values: Traversable[_])\n    extends ModifyClause(ModOps.Push) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    q.push(fieldName).add(\"$each\", QueryHelpers.list(values)).pop\n  }\n}\n\nclass ModifyPushEachSliceClause(fieldName: String, slice: Int, values: Traversable[_])\n    extends ModifyClause(ModOps.Push) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    q.push(fieldName).add(\"$each\", QueryHelpers.list(values)).add(\"$slice\", slice).pop\n  }\n}\n\nclass ModifyPushEachSlicePositionClause(fieldName: String, slice: Int, position: Int, values: Traversable[_])\n    extends ModifyClause(ModOps.Push) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    q.push(fieldName).add(\"$each\", QueryHelpers.list(values)).add(\"$slice\", slice).add(\"$position\", position).pop\n  }\n}\n\nclass ModifyBitClause(fieldName: String, value: Int, op: BitOps.Value) extends ModifyClause(ModOps.Bit) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    q.push(fieldName).add(op.toString, value).pop\n  }\n}\n\nclass ModifyPullWithPredicateClause[V](fieldName: String, clauses: Seq[QueryClause[_]])\n    extends ModifyClause(ModOps.Pull) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    import tech.scoundrel.rogue.MongoHelpers.AndCondition\n    MongoHelpers.MongoBuilder.buildCondition(AndCondition(clauses.toList, None, None), q, false)\n  }\n}\n\nclass ModifyPullObjWithPredicateClause[V](fieldName: String, clauses: Seq[QueryClause[_]])\n    extends ModifyClause(ModOps.Pull) {\n  override def extend(q: BasicDBObjectBuilder): Unit = {\n    import tech.scoundrel.rogue.MongoHelpers.AndCondition\n    val nested = q.push(fieldName)\n    MongoHelpers.MongoBuilder.buildCondition(AndCondition(clauses.toList, None, None), nested, false)\n    nested.pop\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/ExecutableQuery.scala","text":"<filename>rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/ExecutableQuery.scala\npackage tech.scoundrel.rogue.cc\n\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\/\/ Copyright 2016 Sgrouples Inc. All Rights Reserved.\n\nimport com.mongodb.{ ReadPreference, WriteConcern }\nimport tech.scoundrel.rogue.{ AddLimit, Iter, RequireShardKey, Required, ShardingOk, Unlimited, Unskipped, _ }\nimport tech.scoundrel.rogue.MongoHelpers.MongoSelect\nimport com.mongodb.client.MongoDatabase\nimport com.mongodb.async.client.{ MongoDatabase => MongoAsyncDatabase }\nimport scala.concurrent.Future\nimport scala.reflect.ClassTag\n\nimport tech.scoundrel.field.Field\nimport tech.scoundrel.rogue._\n\ncase class ExecutableQuery[MB, M <: MB, R, State](\n    query: Query[M, R, State],\n    ex: BsonExecutors[MB]\n)(implicit ev: ShardingOk[M, State]) {\n\n  \/**\n   * Gets the size of the query result. This should only be called on queries that do not\n   * have limits or skips.\n   *\/\n  def count()(implicit db: MongoDatabase): Long =\n    ex.sync.count(query)\n\n  \/**\n   * Returns the number of distinct values returned by a query. The query must not have\n   * limit or skip clauses.\n   *\/\n  def countDistinct[V](field: M => Field[V, _], readPreference: Option[ReadPreference] = None)(implicit ct: ClassTag[V], db: MongoDatabase): Long =\n    ex.sync.countDistinct(query, readPreference, ct)(field.asInstanceOf[M => Field[V, M]])\n\n  def countDistinctAsync[V](field: M => Field[V, _])(implicit ct: ClassTag[V], db: MongoAsyncDatabase): Future[Long] =\n    ex.async.countDistinct(query, ct)(field.asInstanceOf[M => Field[V, M]])\n\n  \/**\n   * Returns a list of distinct values returned by a query. The query must not have\n   * limit or skip clauses.\n   *\/\n\n  def distinct[V](field: M => Field[V, _], readPreference: Option[ReadPreference] = None)(implicit ct: ClassTag[V], db: MongoDatabase): Seq[V] =\n    ex.sync.distinct(query, readPreference, ct)(field.asInstanceOf[M => Field[V, M]]).toSeq\n\n  \/**\n   * Returns a list of distinct values returned by a query. The query must not have\n   * limit or skip clauses.\n   *\/\n  def distinctAsync[V](field: M => Field[V, _])(implicit ct: ClassTag[V], db: MongoAsyncDatabase): Future[Seq[V]] = {\n    ex.async.distinct(query, ct)(field.asInstanceOf[M => Field[V, M]])\n  }\n\n  \/**\n   * Checks if there are any records that match this query.\n   *\/\n  def exists()(implicit ev: State <:< Unlimited with Unskipped, db: MongoDatabase): Boolean = {\n    val q = query.copy(select = Some(MongoSelect[M, Null](IndexedSeq.empty, _ => null, true, query.select.flatMap(_.scoreName))))\n    ex.sync.fetch(q.limit(1)).size > 0\n  }\n\n  \/**\n   * Executes a function on each record value returned by a query.\n   * @param f a function to be invoked on each fetched record.\n   * @return nothing.\n   *\/\n\n  def foreach(f: R => Unit)(implicit db: MongoDatabase): Unit =\n    ex.sync.foreach(query)(f)\n\n  \/**\n   * Execute the query, returning all of the records that match the query.\n   * @return a list containing the records that match the query\n   *\/\n\n  def fetch()(implicit db: MongoDatabase): List[R] =\n    ex.sync.fetchList(query)\n\n  \/**\n   * Execute a query, returning no more than a specified number of result records. The\n   * query must not have a limit clause.\n   * @param limit the maximum number of records to return.\n   *\/\n\n  def fetch[S2](limit: Int)(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], db: MongoDatabase): List[R] =\n    ex.sync.fetchList(query.limit(limit))\n\n  \/**\n   * fetch a batch of results, and execute a function on each element of the list.\n   * @param f the function to invoke on the records that match the query.\n   * @return a list containing the results of invoking the function on each record.\n   *\/\n  def fetchBatch[T](batchSize: Int)(f: Seq[R] => Seq[T])(implicit db: MongoDatabase): Seq[T] =\n    ex.sync.fetchBatch(query, batchSize)(f)\n\n  \/**\n   * Fetches the first record that matches the query. The query must not contain a \"limited\" clause.\n   * @return an option record containing either the first result that matches the\n   *         query, or None if there are no records that match.\n   *\/\n  def get[S2]()(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], db: MongoDatabase): Option[R] =\n    ex.sync.fetchOne(query)\n\n  \/**\n   * Delete all of the records that match the query. The query must not contain any \"skip\",\n   * \"limit\", or \"select\" clauses. Sends the delete operation to mongo, and returns - does\n   * <em>not<\/em> wait for the delete to be finished.\n   *\/\n  def bulkDelete_!!!()(implicit ev1: Required[State, Unselected with Unlimited with Unskipped], db: MongoDatabase): Unit =\n    ex.sync.bulkDelete_!!(query)\n\n  \/**\n   * Delete all of the records that match the query. The query must not contain any \"skip\",\n   * \"limit\", or \"select\" clauses. Sends the delete operation to mongo, and waits for the\n   * delete operation to complete before returning to the caller.\n   *\/\n  def bulkDelete_!!(concern: WriteConcern)(implicit ev1: Required[State, Unselected with Unlimited with Unskipped], db: MongoDatabase): Unit =\n    ex.sync.bulkDelete_!!(query, concern)\n\n  \/**\n   * Finds the first record that matches the query (if any), fetches it, and then deletes it.\n   * A copy of the deleted record is returned to the caller.\n   *\/\n  def findAndDeleteOne()(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Option[R] =\n    ex.sync.findAndDeleteOne(query)\n\n  def iterate[S](state: S)(handler: (S, Iter.Event[R]) => Iter.Command[S])(implicit db: MongoDatabase): S =\n    ex.sync.iterate(query, state)(handler)\n\n  def iterateBatch[S](batchSize: Int, state: S)(handler: (S, Iter.Event[Seq[R]]) => Iter.Command[S])(implicit db: MongoDatabase): S =\n    ex.sync.iterateBatch(query, batchSize, state)(handler)\n\n  \/\/ async ops\n  def countAsync()(implicit dba: MongoAsyncDatabase): Future[Long] = ex.async.count(query)\n\n  def foreachAsync(f: R => Unit)(implicit dba: MongoAsyncDatabase): Future[Unit] = ex.async.foreach(query)(f)\n\n  def fetchAsync()(implicit dba: MongoAsyncDatabase): Future[Seq[R]] = ex.async.fetch(query)\n\n  def fetchAsync[S2](limit: Int)(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], dba: MongoAsyncDatabase): Future[Seq[R]] = ex.async.fetch(query.limit(limit))\n\n  def getAsync[S2]()(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], dba: MongoAsyncDatabase): Future[Option[R]] = ex.async.fetchOne(query)\n\n  \/*def paginateAsync(countPerPage: Int)\n                   (implicit ev1: Required[State, Unlimited with Unskipped],\n                    ev2: ShardingOk[M, State]) = {\n    new PaginatedQuery(ev1(query),  dba, countPerPage)\n  }\n*\/\n  def existsAsync(implicit ev: State <:< Unlimited with Unskipped, dba: MongoAsyncDatabase): Future[Boolean] = {\n    val q = query.copy(select = Some(MongoSelect[M, Null](IndexedSeq.empty, _ => null, true, query.select.flatMap(_.scoreName))))\n    ex.async.exists(q.limit(1))\n  }\n\n  def bulkDeleteAsync_!!!()(implicit ev1: Required[State, Unselected with Unlimited with Unskipped], dba: MongoAsyncDatabase): Future[Unit] = ex.async.bulkDelete_!!(query)\n\n  def bulkDeleteAsync_!!(concern: WriteConcern)(implicit ev1: Required[State, Unselected with Unlimited with Unskipped], dba: MongoAsyncDatabase): Future[Unit] = ex.async.bulkDelete_!!(query, concern)\n\n  def findAndDeleteOneAsync()(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Option[R]] = ex.async.findAndDeleteOne(query)\n\n}\n\ncase class ExecutableModifyQuery[MB, M <: MB, State](\n    query: ModifyQuery[M, State],\n    ex: BsonExecutors[MB]\n) {\n  def updateMulti()(implicit db: MongoDatabase): Unit =\n    ex.sync.updateMulti(query)\n\n  def updateOne()(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit =\n    ex.sync.updateOne(query)\n\n  def upsertOne()(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit =\n    ex.sync.upsertOne(query)\n\n  def updateMulti(writeConcern: WriteConcern)(implicit db: MongoDatabase): Unit =\n    ex.sync.updateMulti(query, writeConcern)\n\n  def updateOne(writeConcern: WriteConcern)(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit =\n    ex.sync.updateOne(query, writeConcern)\n\n  def upsertOne(writeConcern: WriteConcern)(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit =\n    ex.sync.upsertOne(query, writeConcern)\n\n  \/\/async ops\n  def updateMultiAsync()(implicit dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.updateMulti(query)\n\n  def updateOneAsync()(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.updateOne(query)\n\n  def upsertOneAsync()(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.upsertOne(query)\n\n  def updateMultiAsync(writeConcern: WriteConcern)(implicit dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.updateMulti(query, writeConcern)\n\n  def updateOneAsync(writeConcern: WriteConcern)(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.updateOne(query, writeConcern)\n\n  def upsertOneAsync(writeConcern: WriteConcern)(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] =\n    ex.async.upsertOne(query, writeConcern)\n\n}\n\ncase class ExecutableFindAndModifyQuery[MB, M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    ex: BsonExecutors[MB]\n) {\n  def updateOne(returnNew: Boolean = false)(implicit db: MongoDatabase): Option[R] =\n    ex.sync.findAndUpdateOne(query, returnNew)\n\n  def upsertOne(returnNew: Boolean = false)(implicit db: MongoDatabase): Option[R] =\n    ex.sync.findAndUpsertOne(query, returnNew)\n\n  def updateOneAsync(returnNew: Boolean = false)(implicit dba: MongoAsyncDatabase): Future[Option[R]] =\n    ex.async.findAndUpdateOne(query, returnNew)\n\n  def upsertOneAsync(returnNew: Boolean = false)(implicit dba: MongoAsyncDatabase): Future[Option[R]] =\n    ex.async.findAndUpsertOne(query, returnNew)\n\n}\n\ncase class InsertableQuery[MB, M <: MB, R, State](\n    query: Query[M, R, State],\n    ex: BsonExecutors[MB]\n) {\n\n  def insertOneAsync(t: R)(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    ex.async.insertOne(query, t)\n  }\n  def insertManyAsync(ts: Seq[R])(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    ex.async.insertMany(query, ts)\n  }\n\n  \/**\n   * *\n   * replaces document with new one, matching by `_id` field. if such document does not exists and `upsert` == `true` new document is inserted\n   * @param t: a document\n   * @param upsert boolean parameter\n   * @param dba Database connection\n   *\/\n  def replaceOneAsync(t: R, upsert: Boolean = true)(implicit dba: MongoAsyncDatabase): Future[Unit] = ex.async.replaceOne(query, t, upsert)\n\n  def insertOne(t: R)(implicit db: MongoDatabase): Unit = ex.sync.insertOne(query, t)\n\n  def insertMany(ts: Seq[R])(implicit db: MongoDatabase): Unit = ex.sync.insertMany(query, ts)\n\n  \/**\n   * *\n   * replaces document with new one, matching by `_id` field. if such document does not exists and `upsert` == `true` new document is inserted\n   * @param t: a document\n   * @param upsert boolean parameter\n   * @param db Database connection\n   *\/\n  def replaceOne(t: R, upsert: Boolean = true)(implicit db: MongoDatabase): Unit = ex.sync.replaceOne(query, t, upsert)\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/map\/MapKeyFormats.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.map\n\nimport org.bson.types.ObjectId\n\ntrait MapKeyFormats {\n\n  implicit object StringMapKeyFormat extends DefaultMapKeyFormat(identity)\n\n  implicit object LongMapKeyFormat extends DefaultMapKeyFormat(_.toLong)\n\n  implicit object IntMapKeyFormat extends DefaultMapKeyFormat(_.toInt)\n\n  implicit object ObjectIdMapKeyFormat extends DefaultMapKeyFormat(new ObjectId(_))\n\n  implicit def objectIdSubtypeMapKeyFormat[S <: ObjectId]: MapKeyFormat[S] =\n    MapKeyFormat[S](ObjectIdMapKeyFormat.read(_).asInstanceOf[S])\n\n}\n\nobject MapKeyFormats extends MapKeyFormats\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"build.sbt","text":"<filename>build.sbt\nimport ScoundrelSettings._\n\nname := \"scoundrel\"\n\nSeq(ScoundrelSettings.defaultSettings: _*)\n\nlazy val mongodbRecord = (project in file(\"mongodb-record\")).settings(defaultSettings)\n\nlazy val field = (project in file(\"rogue\/field\")).settings(rogueSettings).dependsOn(mongodbRecord)\n\nlazy val index = (project in file(\"rogue\/index\")).settings(rogueSettings).dependsOn(field)\n\nlazy val core = (project in file(\"rogue\/core\")).settings(rogueSettings).dependsOn(field, index % \"compile;test->test;runtime->runtime\")\n\nlazy val indexchecker = (project in file(\"rogue\/indexchecker\")).settings(rogueSettings).dependsOn(core)\n\nlazy val lift = (project in file(\"rogue\/lift\")).settings(rogueSettings).dependsOn(field, indexchecker, core % \"compile;test->test;runtime->runtime\")\n\nlazy val cc = (project in file(\"rogue\/cc\")).dependsOn(field, core).settings(rogueSettings)\n\nlazy val root = (project in file(\".\")).settings(defaultSettings).settings(\n  publishArtifact := false,\n  publish := {},\n  publishLocal := {}\n).aggregate(mongodbRecord, field, core, index, indexchecker, lift, cc)\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/test\/scala\/EndToEndAsyncSpec.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\npackage tech.scoundrel.rogue.lift.test\n\nimport java.util.regex.Pattern\n\nimport com.mongodb.ReadPreference\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.lift.LiftRogue._\nimport org.bson.types.ObjectId\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest._\nimport tech.scoundrel.rogue.LatLong\n\n\/**\n * Contains tests that test the interaction of Rogue with a real mongo.\n *\/\nclass EndToEndAsyncSpec extends FlatSpec\n    with Matchers with ScalaFutures\n    with BeforeAndAfterEach {\n\n  def baseTestVenue(): Venue = {\n    Venue.createRecord\n      .legacyid(123)\n      .userid(456)\n      .venuename(\"test venue\")\n      .mayor(789)\n      .mayor_count(3)\n      .closed(false)\n      .popularity(List(1L, 2L, 3L))\n      .categories(List(new ObjectId()))\n      .geolatlng(LatLong(40.73, -73.98))\n      .status(VenueStatus.open)\n      .claims(List(\n        VenueClaimBson.createRecord.userid(1234).status(ClaimStatus.pending),\n        VenueClaimBson.createRecord.userid(5678).status(ClaimStatus.approved)\n      ))\n      .lastClaim(VenueClaimBson.createRecord.userid(5678).status(ClaimStatus.approved))\n      .tags(List(\"test tag1\", \"some tag\"))\n  }\n\n  def baseTestVenueClaim(vid: ObjectId): VenueClaim = {\n    VenueClaim.createRecord\n      .venueid(vid)\n      .userid(123)\n      .status(ClaimStatus.approved)\n  }\n\n  def baseTestTip(): Tip = {\n    Tip.createRecord\n      .legacyid(234)\n      .counts(Map(\n        \"foo\" -> 1L,\n        \"bar\" -> 2L\n      ))\n  }\n\n  override protected def beforeEach(): Unit = {\n    RogueTestMongo.connectToMongoAsync\n  }\n\n  override protected def afterEach(): Unit = {\n    Venue.bulkDeleteAsync_!!!().futureValue\n    Venue.countAsync().futureValue shouldBe 0\n\n    VenueClaim.bulkDeleteAsync_!!!().futureValue\n    VenueClaim.countAsync().futureValue shouldBe 0\n\n    Like.allShards.bulkDeleteAsync_!!!().futureValue\n\n    RogueTestMongo.disconnectFromMongoAsync\n  }\n\n  \"eqs\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n    val vc = baseTestVenueClaim(v.id)\n    vc.insertAsync().futureValue\n\n    \/\/ eqs\n    metaRecordToQueryBuilder(Venue).where(_._id eqs v.id).fetchAsync().futureValue.map(_.id) shouldBe Seq(v.id)\n    Venue.where(_.mayor eqs v.mayor.value).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor eqs v.mayor.value).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.venuename eqs v.venuename.value).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.closed eqs false).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n\n    Venue.where(_.mayor eqs 432432).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    Venue.where(_.closed eqs true).fetchAsync().futureValue.map(_.id) shouldBe Nil\n\n    VenueClaim.where(_.status eqs ClaimStatus.approved).fetchAsync().futureValue.map(_.id) shouldBe List(vc.id)\n    VenueClaim.where(_.venueid eqs v.id).fetchAsync().futureValue.map(_.id) shouldBe List(vc.id)\n    VenueClaim.where(_.venueid eqs v).fetchAsync().futureValue.map(_.id) shouldBe List(vc.id)\n  }\n\n  \"inequality queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n    val vc = baseTestVenueClaim(v.id)\n    vc.insertAsync().futureValue\n\n    \/\/ neq,lt,gt, where the lone Venue has mayor_count=3, and the only\n    \/\/ VenueClaim has status approved.\n    Venue.where(_.mayor_count neqs 5).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor_count < 5).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor_count lt 5).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor_count <= 5).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor_count lte 5).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    Venue.where(_.mayor_count > 5).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    Venue.where(_.mayor_count gt 5).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    Venue.where(_.mayor_count >= 5).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    Venue.where(_.mayor_count gte 5).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    Venue.where(_.mayor_count between (3, 5)).fetchAsync().futureValue.map(_.id) shouldBe List(v.id)\n    VenueClaim.where(_.status neqs ClaimStatus.approved).fetchAsync().futureValue.map(_.id) shouldBe Nil\n    VenueClaim.where(_.status neqs ClaimStatus.pending).fetchAsync().futureValue.map(_.id) shouldBe List(vc.id)\n  }\n\n  \"select queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n\n    val base = Venue.where(_._id eqs v.id)\n    base.select(_.legacyid).fetchAsync().futureValue shouldBe List(v.legacyid.value)\n    base.select(_.legacyid, _.userid).fetchAsync().futureValue shouldBe List((v.legacyid.value, v.userid.value))\n    base.select(_.legacyid, _.userid, _.mayor).fetchAsync().futureValue shouldBe List((v.legacyid.value, v.userid.value, v.mayor.value))\n    base.select(_.legacyid, _.userid, _.mayor, _.mayor_count).fetchAsync().futureValue shouldBe List((v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value))\n    base.select(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed).fetchAsync().futureValue shouldBe List((v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value, v.closed.value))\n    base.select(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, _.tags).fetchAsync().futureValue shouldBe List((v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value, v.closed.value, v.tags.value))\n  }\n\n  \"selecting enum\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n    Venue.where(_._id eqs v.id).select(_.status).fetchAsync().futureValue shouldBe List(VenueStatus.open)\n  }\n\n  \"selecting case class\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n\n    val base = Venue.where(_._id eqs v.id)\n    base.selectCase(_.legacyid, V1).fetchAsync().futureValue shouldBe List(V1(v.legacyid.value))\n    base.selectCase(_.legacyid, _.userid, V2).fetchAsync().futureValue shouldBe List(V2(v.legacyid.value, v.userid.value))\n    base.selectCase(_.legacyid, _.userid, _.mayor, V3).fetchAsync().futureValue shouldBe List(V3(v.legacyid.value, v.userid.value, v.mayor.value))\n    base.selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, V4).fetchAsync().futureValue shouldBe List(V4(v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value))\n    base.selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, V5).fetchAsync().futureValue shouldBe List(V5(v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value, v.closed.value))\n    base.selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, _.tags, V6).fetchAsync().futureValue shouldBe List(V6(v.legacyid.value, v.userid.value, v.mayor.value, v.mayor_count.value, v.closed.value, v.tags.value))\n  }\n\n  \"sub-field queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n    val t = baseTestTip()\n    t.insertAsync().futureValue\n\n    \/\/ select subfields\n    Tip.where(_._id eqs t.id).select(_.counts at \"foo\").fetchAsync().futureValue shouldBe Seq(Some(1L))\n    Venue.where(_._id eqs v.id).select(_.geolatlng.unsafeField[Double](\"lat\")).fetchAsync().futureValue shouldBe List(Some(40.73))\n\n    val subuserids: Seq[Option[List[Long]]] = {\n      Venue.where(_._id eqs v.id)\n        .select(_.claims.subselect(_.userid))\n        .fetchAsync().futureValue\n    }\n\n    subuserids shouldBe List(Some(List(1234, 5678)))\n\n    val q = Venue.where(_.claims.subfield(_.userid) eqs 1234).select(_.claims.$$)\n    val subclaims: Seq[List[VenueClaimBson]] = q.fetchAsync().futureValue\n    subclaims.size shouldBe 1\n    subclaims.head.size shouldBe 1\n    subclaims.head.head.userid.value shouldBe 1234\n    subclaims.head.head.status.value shouldBe ClaimStatus.pending\n\n    \/\/ selecting a claims.userid when there is no top-level claims list should\n    \/\/ have one element in the List for the one Venue, but an Empty for that\n    \/\/ Venue since there's no list of claims there.\n    Venue.where(_._id eqs v.id).modify(_.claims unset).and(_.lastClaim unset).updateOneAsync()\n    Venue.where(_._id eqs v.id).select(_.lastClaim.subselect(_.userid)).fetchAsync().futureValue shouldBe List(None)\n\n    val q1 = Venue.where(_._id eqs v.id).select(_.lastClaim.subselect(_.userid))\n    val q2 = queryToLiftQuery(Venue.select(_.lastClaim.subselect(_.userid)))\n    \/\/println(s\"QQ ${q2}\")\n\n    Venue.where(_._id eqs v.id).select(_.claims.subselect(_.userid)).fetchAsync().futureValue shouldBe List(None)\n  }\n\n  \/\/ \"These tests are broken because DummyField doesn't know how to convert a String to an Enum\"\n  \"selecting enum sub-field\" should \"work as expected\" ignore {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n\n    \/\/ This behavior is broken because we get a String back from mongo, and at\n    \/\/ that point we only have a DummyField for the subfield, and that doesn't\n    \/\/ know how to convert the String to an Enum.\n\n    val statuses: Seq[Option[VenueClaimBson.status.MyType]] =\n      Venue.where(_._id eqs v.id).select(_.lastClaim.subselect(_.status)).fetchAsync().futureValue\n    \/\/ This assertion works.\n    statuses shouldBe List(Some(\"Approved\"))\n    \/\/ This assertion is what we want, and it fails.\n    \/\/ statuses shouldBe List(Some(ClaimStatus.approved))\n\n    val subuseridsAndStatuses: Seq[(Option[List[Long]], Option[List[VenueClaimBson.status.MyType]])] =\n      Venue.where(_._id eqs v.id)\n        .select(_.claims.subselect(_.userid), _.claims.subselect(_.status))\n        .fetchAsync().futureValue\n    \/\/ This assertion works.\n    subuseridsAndStatuses shouldBe Seq((Some(List(1234, 5678)), Some(List(\"Pending approval\", \"Approved\"))))\n\n    \/\/ This assertion is what we want, and it fails.\n    \/\/ subuseridsAndStatuses shouldBe List((Some(List(1234, 5678)), Some(List(ClaimStatus.pending, ClaimStatus.approved))))\n  }\n\n  \"read preferences\" should \"work as expected\" in {\n    \/\/ Note: this isn't a real test of readpreference because the test mongo setup\n    \/\/ doesn't have replicas. This basically just makes sure that readpreference\n    \/\/ doesn't break everything.\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n\n    \/\/ eqs\n    Venue.where(_._id eqs v.id).fetchAsync().futureValue.map(_.id) shouldBe Seq(v.id)\n    Venue.where(_._id eqs v.id).setReadPreference(ReadPreference.secondary).fetchAsync().futureValue.map(_.id) shouldBe Seq(v.id)\n    Venue.where(_._id eqs v.id).setReadPreference(ReadPreference.primary).fetchAsync().futureValue.map(_.id) shouldBe Seq(v.id)\n  }\n\n  \"find and modify\" should \"work as expected\" in {\n    val v1 = Venue.where(_.venuename eqs \"v1\")\n      .findAndModify(_.userid setTo 5)\n      .upsertOneAsync(returnNew = false)\n      .futureValue\n    v1 shouldBe None\n\n    val v2 = Venue.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userid setTo 5)\n      .upsertOneAsync(returnNew = true)\n      .futureValue\n    v2.map(_.userid.value) shouldBe Some(5)\n\n    val v3 = Venue.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userid setTo 6)\n      .upsertOneAsync(returnNew = false)\n      .futureValue\n    v3.map(_.userid.value) shouldBe Some(5)\n\n    val v4 = Venue.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userid setTo 7)\n      .upsertOneAsync(returnNew = true)\n      .futureValue\n    v4.map(_.userid.value) shouldBe Some(7)\n  }\n\n  \"Regex query\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    v.insertAsync().futureValue\n    Venue.where(_._id eqs v.id).and(_.venuename startsWith \"test v\").countAsync().futureValue shouldBe 1\n    Venue.where(_._id eqs v.id).and(_.venuename matches \".es. v\".r).countAsync().futureValue shouldBe 1\n    Venue.where(_._id eqs v.id).and(_.venuename matches \"Tes. v\".r).countAsync().futureValue shouldBe 0\n    Venue.where(_._id eqs v.id).and(_.venuename matches Pattern.compile(\"Tes. v\", Pattern.CASE_INSENSITIVE)).countAsync().futureValue shouldBe 1\n    Venue.where(_._id eqs v.id).and(_.venuename matches \"test .*\".r).and(_.legacyid in List(v.legacyid.value)).countAsync().futureValue shouldBe 1\n    Venue.where(_._id eqs v.id).and(_.venuename matches \"test .*\".r).and(_.legacyid nin List(v.legacyid.value)).countAsync().futureValue shouldBe 0\n    Venue.where(_.tags matches \"\"\"some\\s.*\"\"\".r).countAsync().futureValue shouldBe 1\n  }\n\n  \"Batch and limit\" should \"work as expected\" in {\n    (1 to 50).foreach(_ => baseTestVenue().insertAsync().futureValue)\n    val q = Venue.select(_._id)\n    q.limit(10).fetchAsync().futureValue.length shouldBe 10\n    q.limit(-10).fetchAsync().futureValue.length shouldBe 10\n  }\n\n  \"count\" should \"work as expected\" in {\n    (1 to 10).foreach(_ => baseTestVenue().insertAsync().futureValue)\n    val q = Venue.select(_._id)\n    q.countAsync().futureValue shouldBe 10\n    q.limit(3).countAsync().futureValue shouldBe 3\n    q.limit(15).countAsync().futureValue shouldBe 10\n    q.skip(5).countAsync().futureValue shouldBe 5\n    q.skip(12).countAsync().futureValue shouldBe 0\n    q.skip(3).limit(5).countAsync().futureValue shouldBe 5\n    q.skip(8).limit(4).countAsync().futureValue shouldBe 2\n  }\n\n  \"distinct\" should \"work as expected\" in {\n    (1 to 5).foreach(_ => baseTestVenue().userid(1).insertAsync())\n    (1 to 5).foreach(_ => baseTestVenue().userid(2).insertAsync())\n    (1 to 5).foreach(_ => baseTestVenue().userid(3).insertAsync())\n    Venue.where(_.mayor eqs 789).distinctAsync(_.userid).futureValue.length shouldBe 3\n    Venue.where(_.mayor eqs 789).countDistinctAsync(_.userid).futureValue shouldBe 3\n  }\n\n  \"slice\" should \"work as expected\" in {\n    baseTestVenue().tags(List(\"1\", \"2\", \"3\", \"4\")).insertAsync().futureValue\n    Venue.select(_.tags.slice(2)).getAsync().futureValue shouldBe Some(List(\"1\", \"2\"))\n    Venue.select(_.tags.slice(-2)).getAsync().futureValue shouldBe Some(List(\"3\", \"4\"))\n    Venue.select(_.tags.slice(1, 2)).getAsync().futureValue shouldBe Some(List(\"2\", \"3\"))\n  }\n\n  \"Map field\" should \"work as expected\" in {\n\n    val emojiCount = Map(\":smiley:\" -> 2L)\n    baseTestVenue().emojiCounts(emojiCount).insertAsync().futureValue\n    Venue.select(_.emojiCounts).getAsync.futureValue shouldBe Some(emojiCount)\n    Venue.where(_.mayor eqs 789).getAsync.futureValue.map(_.emojiCounts.get) shouldBe Some(emojiCount)\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/field\/src\/main\/scala\/tech\/scoundrel\/field\/OptionalField.scala","text":"package tech.scoundrel.field\n\ntrait OptionalField[V, R] extends Field[V, R]\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/CcRogue.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.cc\n\n\/**\n * Created by mar on 12.07.2016.\n *\/\n\n\/\/ Copyright 2016 Sgrouples Inc. All Rights Reserved.\n\/\/\n\nimport java.time.{ Instant, LocalDateTime }\n\nimport tech.scoundrel.field.{ RequiredField, Field => RField, OptionalField => ROptionalField }\nimport tech.scoundrel.rogue.MongoHelpers.AndCondition\nimport java.util.{ Currency, Date, UUID }\n\nimport tech.scoundrel.rogue.{ RogueException, _ }\nimport org.bson.types.ObjectId\nimport tech.scoundrel.field.{ Field, OptionalField }\nimport tech.scoundrel.rogue.index.IndexBuilder\n\ntrait CcRogue {\n  def OrQuery[M, R](subqueries: Query[M, R, _]*): Query[M, R, Unordered with Unselected with Unlimited with Unskipped with HasOrClause] = {\n    subqueries.toList match {\n      case Nil => throw new RogueException(\"No subqueries supplied to OrQuery\", null)\n      case q :: qs => {\n        val orCondition = QueryHelpers.orConditionFromQueries(q :: qs)\n        Query[M, R, Unordered with Unselected with Unlimited with Unskipped with HasOrClause](\n          q.meta, q.collectionName, None, None, None, None, None,\n          AndCondition(Nil, Some(orCondition), None), None, None, None\n        )\n      }\n    }\n  }\n\n  \/* Following are a collection of implicit conversions which take a meta-record and convert it to\n   * a QueryBuilder. This allows users to write queries as \"QueryType where ...\".\n   *\/\n  implicit def ccMetaToQueryBuilder[M <: CcMeta[_], R](meta: M with CcMeta[R]): Query[M, R, InitialState] =\n    Query[M, R, InitialState](\n      meta, meta.collectionName, None, None, None, None, None, AndCondition(Nil, None, None), None, None, None\n    )\n\n  implicit def metaRecordToIndexBuilder[M <: CcMeta[_]](meta: M): IndexBuilder[M] =\n    IndexBuilder(meta)\n\n  implicit def ccMetaToInsertQuery[MB <: CcMeta[_], M <: MB, R, State](meta: M): InsertableQuery[MB, M, R, InitialState] = {\n    val query = Query[M, R, InitialState](\n      meta, meta.collectionName, None, None, None, None, None, AndCondition(Nil, None, None), None, None, None\n    )\n    InsertableQuery(query, CcBsonExecutors).asInstanceOf[InsertableQuery[MB, M, R, InitialState]]\n  }\n\n  implicit def queryToCcQuery[MB <: CcMeta[_], M <: MB, R, State](query: Query[M, R, State])(implicit ev: ShardingOk[M, State]): ExecutableQuery[CcMeta[_], M, R, State] = {\n    ExecutableQuery(\n      query,\n      CcBsonExecutors\n    )\n  }\n\n  implicit def modifyQueryToCCModifyQuery[MB <: CcMeta[_], M <: MB, R, State](\n    query: ModifyQuery[M, State]\n  ): ExecutableModifyQuery[CcMeta[_], M, State] = {\n    ExecutableModifyQuery(\n      query,\n      CcBsonExecutors\n    )\n  }\n\n  implicit def findAndModifyQueryToCcAndModifyQuery[M <: CcMeta[_], R](\n    query: FindAndModifyQuery[M, R]\n  ): ExecutableFindAndModifyQuery[CcMeta[_], M, R] = {\n    ExecutableFindAndModifyQuery(\n      query,\n      CcBsonExecutors\n    )\n  }\n\n  implicit def metaRecordToCcQuery[MB <: CcMeta[_], M <: MB, R](meta: M): ExecutableQuery[MB, M, R, InitialState] = {\n    val queryBuilder = Query[M, R, InitialState](\n      meta, meta.collectionName, None, None, None, None, None, AndCondition(Nil, None, None), None, None, None\n    )\n\n    val ccQuery = queryToCcQuery(queryBuilder)\n    ccQuery.asInstanceOf[ExecutableQuery[MB, M, R, InitialState]]\n  }\n\n  implicit def localDateTimeFieldToLocalDateTimeQueryField[O <: CcMeta[_]](f: Field[LocalDateTime, O]): LocalDateTimeQueryField[O] =\n    new LocalDateTimeQueryField(f)\n\n  implicit def instantFieldToInstantQueryField[O <: CcMeta[_]](f: Field[Instant, O]): InstantQueryField[O] =\n    new InstantQueryField(f)\n\n  implicit def currencyFieldToCurrencyQueryField[O <: CcMeta[_]](f: Field[Currency, O]): CurrencyQueryField[O] =\n    new CurrencyQueryField[O](f)\n\n  implicit def bigDecimalFieldToCurrencyQueryField[O <: CcMeta[_]](f: Field[BigDecimal, O]): BigDecimalQueryField[O] =\n    new BigDecimalQueryField[O](f)\n\n  implicit def caseClassFieldToQueryField[C, M <: CcMeta[C], O](f: CClassField[C, M, O]): CClassQueryField[C, M, O] =\n    new CClassQueryField[C, M, O](f, f.owner)\n\n  implicit def optCaseClassFieldToQueryField[C, M <: CcMeta[C], O](f: OptCClassField[C, M, O]): OptCClassQueryField[C, M, O] =\n    new OptCClassQueryField[C, M, O](f, f.owner)\n\n  implicit def selectableDummyFieldToQueryField[C, M <: CcMeta[C], O](f: SelectableDummyCCField[C, M, O]): CClassLikeQueryField[C, M, O] = {\n    new CClassLikeQueryField[C, M, O](f, f.meta, f.owner)\n  }\n\n  implicit def ccListFieldToListQueryField[C, M <: CcMeta[C], O](f: CClassListField[C, M, O]): CClassSeqQueryField[C, M, O] = new CClassSeqQueryField[C, M, O](f, f.owner)\n\n  implicit def optCCListFieldToListQueryField[C, M <: CcMeta[C], O](f: OptCClassListField[C, M, O]): CClassSeqQueryField[C, M, O] = new CClassSeqQueryField[C, M, O](f, f.owner)\n\n  implicit def ccArrayFieldToListQueryField[C, M <: CcMeta[C], O](f: CClassArrayField[C, M, O]): CClassArrayQueryField[C, M, O] = new CClassArrayQueryField[C, M, O](f, f.owner)\n\n  implicit def optCcArrayFieldToListQueryField[C, M <: CcMeta[C], O](f: OptCClassArrayField[C, M, O]): CClassArrayQueryField[C, M, O] = new CClassArrayQueryField[C, M, O](f, f.owner)\n\n  implicit def ccFieldToCcModifyField[C, M <: CcMeta[C], O](f: CClassField[C, M, O]): CClassModifyField[C, M, O] =\n    new CClassModifyField[C, M, O](f)\n\n  implicit def optCcFieldToCcModifyField[C, M <: CcMeta[C], O](f: OptCClassField[C, M, O]): OptCClassModifyField[C, M, O] =\n    new OptCClassModifyField[C, M, O](f)\n\n  implicit def uuidFieldToQueryField[O <: CcMeta[_]](f: Field[UUID, O]): QueryField[UUID, O] = new QueryField(f)\n\n  implicit def ccListFieldToCCSeqModifyField[C, M <: CcMeta[C], O](f: CClassListField[C, M, O]): CClassSeqModifyField[C, M, O] = new CClassSeqModifyField[C, M, O](f)\n\n  implicit def optCListFieldToCCSeqModifyField[C, M <: CcMeta[C], O](f: OptCClassListField[C, M, O]): CClassSeqModifyField[C, M, O] = new CClassSeqModifyField[C, M, O](f)\n\n  implicit def ccArrayFieldToCCArrayModifyField[C, M <: CcMeta[C], O](f: CClassArrayField[C, M, O]): CClassArrayModifyField[C, M, O] = new CClassArrayModifyField[C, M, O](f)\n\n  implicit def optCcArrayFieldToCCArrayModifyField[C, M <: CcMeta[C], O](f: OptCClassArrayField[C, M, O]): CClassArrayModifyField[C, M, O] = new CClassArrayModifyField[C, M, O](f)\n\n  implicit def localDateTimeFieldToLocalDateTimeModifyField[O <: CcMeta[_]](f: Field[LocalDateTime, O]): LocalDateTimeModifyField[O] =\n    new LocalDateTimeModifyField(f)\n\n  implicit def instantFieldToLocalDateTimeModifyField[O <: CcMeta[_]](f: Field[Instant, O]): InstantModifyField[O] =\n    new InstantModifyField(f)\n\n  implicit def currencyFieldToCurrencyModifyField[O <: CcMeta[_]](f: Field[Currency, O]): CurrencyModifyField[O] =\n    new CurrencyModifyField[O](f)\n\n  implicit def bigDecimalFieldToCurrencyModifyField[O <: CcMeta[_]](f: Field[BigDecimal, O]): BigDecimalModifyField[O] =\n    new BigDecimalModifyField[O](f)\n\n  implicit def mandatoryFieldToSelectField[M, V](f: MCField[V, M]): SelectField[V, M] =\n    new MandatorySelectField(f)\n\n  implicit def optionalFieldToSelectField[M <: CcMeta[_], V](f: OCField[V, M]): SelectField[Option[V], M] =\n    new OptionalSelectField(new OptionalField[V, M] {\n      override def name = f.name\n      override def owner = f.owner\n    })\n\n  \/*\n  class EnumIdField[T <: Enumeration, O](name: String, o: O)(implicit e: T) extends MCField[T#Value, O](name, o) {\n  override def defaultValue: T#Value = e(0)\n}\n\n   *\/\n  implicit def enumIdFieldToEnumQueryField[O <: CcMeta[_], E <: Enumeration](f: EnumIdField[E, O]): EnumIdQueryField[O, E#Value] =\n    new EnumIdQueryField(f)\n\n  implicit def enumIdFieldToEnumIdModifyField[O <: CcMeta[_], E <: Enumeration](f: EnumIdField[E, O]): EnumIdModifyField[O, E#Value] =\n    new EnumIdModifyField(f)\n\n  implicit val localDateIsFlattened = new Rogue.Flattened[LocalDateTime, LocalDateTime]\n\n  implicit val instantIsFlattend = new Rogue.Flattened[Instant, Instant]\n\n  implicit def objIdSubtypeIsFlattened[T <: ObjectId] = new Rogue.Flattened[T, ObjectId]\n}\n\nobject CcRogue extends Rogue with CcRogue\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/CcMetaSpec.scala","text":"package tech.scoundrel.rogue.cc\n\nimport org.bson.types.ObjectId\nimport org.scalatest.{ FlatSpec, MustMatchers }\nimport shapeless.tag._\n\ncase class IdOneEnum(_id: ObjectId, one: String, en: VenueStatus.Value)\n\nclass CcMetaSpec extends FlatSpec with MustMatchers {\n\n  \"Meta R\" should \"work as expected\" in {\n    \/\/reguired implicits for implicit call of BsonFormat[IdOneEnum] inside constructor of RCcMeta[IdOneEnum]\n    implicit val ev = VenueStatus\n    import tech.scoundrel.rogue.BsonFormats._\n    import tech.scoundrel.rogue.EnumNameFormats._\n    object IdOneEnumR extends RCcMeta[IdOneEnum](\"idoneenum\")\n    val elem = IdOneEnum(new ObjectId(), \"One\", VenueStatus.closed)\n    val bson = IdOneEnumR.write(elem)\n    IdOneEnumR.read(bson) mustBe elem\n\n    \/\/println(classOf[IdOneEnumR.R])\n    classOf[IdOneEnumR.R] mustBe classOf[IdOneEnum]\n  }\n\n  it should \"find implicit format fo tagged ObjectId\" in {\n\n    import tech.scoundrel.rogue.BsonFormats._\n\n    trait Tag\n\n    type TaggedObjectId = ObjectId @@ Tag\n\n    case class A(\n      id: TaggedObjectId,\n      name: String @@ Tag,\n      age: Long @@ Tag\n    )\n\n    val _ = new RCcMeta[A]\n\n    succeed\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/BsonExecutors.scala","text":"<filename>rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/BsonExecutors.scala\npackage tech.scoundrel.rogue.cc\n\ntrait BsonExecutors[MB] {\n  def async: AsyncBsonQueryExecutor[MB]\n  def sync: BsonQueryExecutor[MB]\n}\n\nobject CcBsonExecutors extends BsonExecutors[CcMeta[_]] {\n  override val async = CcAsyncQueryExecutor\n  override val sync = CcQueryExecutor\n}"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/index\/src\/main\/scala\/tech\/scoundrel\/rogue\/index\/IndexedRecord.scala","text":"<reponame>scoundrel-tech\/scoundrel<gh_stars>0\n\/\/ Copyright 2013 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.index\n\n\/**\n * A trait that represents the fact that a record type includes a list\n * of the indexes that exist in MongoDB for that type.\n *\/\ntrait IndexedRecord[M] {\n  val mongoIndexList: Seq[MongoIndex[_]] = Vector.empty\n  val mongoTextIndex: Option[MongoTextIndex[_]] = None\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/MapFormatSpec.scala","text":"package tech.scoundrel.rogue.cc\n\nimport org.scalatest.{ FlatSpec, Matchers }\nimport tech.scoundrel.rogue.BsonFormats._\nimport tech.scoundrel.rogue.map.MapKeyFormat\nimport org.bson.types.ObjectId\nimport shapeless.tag.@@\nimport shapeless.tag\n\ncase class CustomKey(value: Long) extends AnyVal\n\nclass MapFormatSpec extends FlatSpec with Matchers {\n\n  case class StringMap(value: Map[String, Long])\n  case class ObjectIdMap(value: Map[ObjectId, Long])\n\n  trait M\n\n  type ObjectIdSubtype = ObjectId @@ M\n\n  case class ObjectIdSubtypeMap(value: Map[ObjectIdSubtype, Long])\n  case class CustomKeyMap(value: Map[CustomKey, Long])\n\n  class StringMapMeta extends RCcMetaExt[StringMap, StringMapMeta]\n\n  \"MapFormat\" should \"write\/read string keyed map\" in {\n\n    val meta = new StringMapMeta\n    val v = StringMap(Map(\"Hi\" -> 1))\n    val bson = meta.write(v)\n    meta.read(bson) shouldBe v\n\n  }\n\n  class ObjectIdMapMeta extends RCcMetaExt[ObjectIdMap, ObjectIdMapMeta]\n\n  it should \"write\/read objectId keyed map\" in {\n\n    val meta = new ObjectIdMapMeta\n    val v = ObjectIdMap(Map(ObjectId.get() -> 1))\n    val bson = meta.write(v)\n    meta.read(bson) shouldBe v\n  }\n\n  class ObjectIdSubtypeMapMeta extends RCcMetaExt[ObjectIdSubtypeMap, ObjectIdSubtypeMapMeta]\n\n  it should \"write\/read objectId subtype keyed map\" in {\n\n    val meta = new ObjectIdSubtypeMapMeta\n    val v = ObjectIdSubtypeMap(Map(tag[M](ObjectId.get()) -> 1))\n    val bson = meta.write(v)\n    meta.read(bson) shouldBe v\n  }\n\n  implicit val customKeyMapFormat: MapKeyFormat[CustomKey] =\n    MapKeyFormat[CustomKey](s => CustomKey(s.toLong), _.value.toString)\n\n  class CustomKeyMapMeta extends RCcMetaExt[CustomKeyMap, CustomKeyMapMeta]\n\n  it should \"write\/read custom keyed map\" in {\n\n    val meta = new CustomKeyMapMeta\n    val v = CustomKeyMap(Map(CustomKey(1L) -> 1L))\n    val bson = meta.write(v)\n    meta.read(bson) shouldBe v\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/codecs\/BsonCodecs.scala","text":"package tech.scoundrel.rogue.codecs\n\nimport org.bson.codecs.{ IntegerCodec, LongCodec }\n\nclass LongPrimitiveCodec extends LongCodec {\n  override def getEncoderClass() = java.lang.Long.TYPE\n}\n\nclass IntegerPrimitiveCodec extends IntegerCodec {\n  override def getEncoderClass() = java.lang.Integer.TYPE\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/test\/scala\/tech\/scoundrel\/mongodb\/record\/field\/BsonRecordListFieldSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2010-2014 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport org.specs2.mutable.Specification\nimport net.liftweb.common._\nimport tech.scoundrel.record.field.StringField\n\npackage bsonlistfieldspecs {\n  class BookShelf extends MongoRecord[BookShelf] with ObjectIdPk[BookShelf] {\n    def meta = BookShelf\n\n    object books extends BsonRecordListField(this, Book)\n  }\n  object BookShelf extends BookShelf with MongoMetaRecord[BookShelf] {\n    override def collectionName = \"bookshelf\"\n  }\n\n  class Book extends BsonRecord[Book] {\n    override def meta = Book\n\n    object title extends StringField(this, 512)\n  }\n  object Book extends Book with BsonMetaRecord[Book]\n}\n\nclass BsonRecordListFieldSpec extends Specification {\n  \"BsonRecordListField Specification\".title\n\n  import bsonlistfieldspecs._\n\n  \"BsonRecordListFieldSpec\" should {\n\n    \"fail validation if at least one of its elements fails validation\" in {\n      val scalaBook = Book.createRecord.title(\"Programming in Scala\")\n      val liftBook = Book.createRecord\n      liftBook.title.setBox(Failure(\"Bad format\"))\n      val shelf = BookShelf.createRecord.books(scalaBook :: liftBook :: Nil)\n\n      shelf.validate must have size (1)\n    }\n\n    \"pass validation if all of its elements pass validation\" in {\n      val scalaBook = Book.createRecord.title(\"Programming in Scala\")\n      val liftBook = Book.createRecord.title(\"Simply Lift\")\n      val shelf = BookShelf.createRecord.books(scalaBook :: liftBook :: Nil)\n\n      shelf.validate must be empty\n    }\n\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/TestModels.scala","text":"package tech.scoundrel.rogue.cc\nimport java.time.{ Instant, LocalDateTime }\nimport java.util.{ Currency, UUID }\n\nimport tech.scoundrel.rogue.{ EnumerationListModifyField, _ }\nimport org.bson.types.ObjectId\nimport BsonFormats._\nimport EnumNameFormats._\nimport tech.scoundrel.rogue.naming.PluralLowerCase\nimport shapeless.tag.@@\nimport shapeless.tag\n\nobject VenueStatus extends Enumeration {\n  val open = Value(\"Open\")\n  val closed = Value(\"Closed\")\n}\nobject ClaimStatus extends Enumeration {\n  val pending = Value(\"Pending approval\")\n  val approved = Value(\"Approved\")\n}\n\nobject RejectReason extends Enumeration {\n  val tooManyClaims = Value(\"too many claims\")\n  val cheater = Value(\"cheater\")\n  val wrongCode = Value(\"wrong code\")\n}\n\ncase class V1(legacyid: Long)\n\ncase class V2(legacyid: Long, userid: Long)\n\ncase class V3(legacyid: Long, userid: Long, mayor: Long)\n\ncase class V4(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long)\n\ncase class V5(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long, closed: Boolean)\n\ncase class V6(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long, closed: Boolean, tags: List[String])\n\ncase class SourceBson(name: String, url: String)\n\nobject VenueClaimBson {\n  val default = VenueClaimBson(\n    -1L, ClaimStatus.pending\n  )\n}\n\ncase class VenueClaimBson(uid: Long, status: ClaimStatus.Value, source: Option[SourceBson] = None, date: LocalDateTime = LocalDateTime.now())\n\nobject VenueClaim {\n  def newId = tag[VenueClaim](new ObjectId())\n}\n\ncase class VenueClaim(_id: ObjectId @@ VenueClaim, vid: ObjectId, uid: Long, status: ClaimStatus.Value, reason: Option[RejectReason.Value] = None, date: LocalDateTime = LocalDateTime.now())\n\nobject Venue {\n  def newId = tag[Venue](new ObjectId())\n}\n\ncase class Venue(\n  _id: ObjectId @@ Venue,\n  legId: Long,\n  userId: Long,\n  venuename: String,\n  mayor: Long,\n  mayor_count: Long,\n  closed: Boolean,\n  tags: List[String],\n  popularity: List[Long],\n  categories: List[ObjectId],\n  last_updated: LocalDateTime,\n  status: VenueStatus.Value,\n  claims: List[VenueClaimBson],\n  lastClaim: Option[VenueClaimBson],\n  firstClaim: VenueClaimBson = VenueClaimBson.default\n)\n\ncase class Tip(_id: ObjectId, legid: Long, counts: Map[String, Long], userId: Option[Long] = None)\n\ncase class OneComment(timestamp: String, userid: Long, comment: String)\n\ncase class Comment(comments: List[OneComment])\n\nobject ConsumerPrivilege extends Enumeration {\n  val awardBadges = Value(\"Award badges\")\n}\n\ncase class OAuthConsumer(privileges: List[ConsumerPrivilege.Value])\n\ncase class OptValCC(_id: ObjectId = new ObjectId(), maybes: Option[String] = None, maybeid: Option[ObjectId] = None, realString: String)\n\nobject Metas {\n\n  object SourceBsonR extends RCcMeta[SourceBson](\"_\") {\n    val name = new StringField(\"name\", this)\n    val url = new StringField(\"url\", this)\n  }\n\n  class VenueClaimBsonRMeta extends RCcMeta[VenueClaimBson](\"_\") with QueryFieldHelpers[VenueClaimBsonRMeta] {\n    val uid = LongField(\"uid\")\n    val status = EnumField(\"status\", ClaimStatus)\n    val source = OptClassField[SourceBson, SourceBsonR.type](\"source\", SourceBsonR)\n    val date = LocalDateTimeField(\"date\")\n  }\n\n  val VenueClaimBsonR = new VenueClaimBsonRMeta\n\n  class VenueRMeta extends RCcMetaExt[Venue, VenueRMeta](PluralLowerCase) {\n\n    val id = ObjectIdTaggedField[Venue](\"_id\")\n    val mayor = LongField\n    val venuename = StringField\n    val closed = BooleanField\n    val status = EnumField(VenueStatus)\n    val mayor_count = LongField\n    val legacyid = LongField(\"legId\")\n    val userId = LongField\n    val tags = ListField[String]\n\n    val claims = ClassListField[VenueClaimBson, VenueClaimBsonRMeta](VenueClaimBsonR)\n    val lastClaim = OptClassField[VenueClaimBson, VenueClaimBsonRMeta](VenueClaimBsonR)\n    val firstClaim = ClassRequiredField(VenueClaimBsonR, VenueClaimBson.default)\n\n    val last_updated = LocalDateTimeField\n    val popularity = ListField[Long]\n    val categories = ListField[ObjectId]\n  }\n\n  val VenueR = new VenueRMeta\n\n  class VenueClaimRMeta extends RCcMeta[VenueClaim](\"venueclaims\") with QueryFieldHelpers[VenueClaimRMeta] {\n    val venueid = ObjectIdTaggedField[Venue](\"vid\")\n    val status = EnumField[ClaimStatus.type]\n    val reason = OptEnumField[RejectReason.type]\n    val userId = LongField(\"uid\")\n  }\n\n  val VenueClaimR = new VenueClaimRMeta\n\n  object TipR extends RCcMeta[Tip](\"tips\") {\n    val id = new ObjectIdField(\"_id\", this)\n    val legacyid = new LongField(\"legid\", this)\n    val userId = new OptLongField(\"userId\", this)\n    val counts = new MapField[String, Long, TipR.type](\"counts\", this)\n  }\n\n  object OAuthConsumerR extends RCcMeta[OAuthConsumer](\"oauthconsumers\") {\n    val privileges = new ListField[ConsumerPrivilege.Value, OAuthConsumerR.type](\"privileges\", this)\n  }\n\n  object CommentR extends RCcMeta[Comment](\"comments\") {\n    val comments = new ListField[OneComment.type, CommentR.type](\"comments\", this)\n  }\n\n  object OptValCCR extends RCcMeta[OptValCC](\"optvalcc\") {\n    val id = new ObjectIdField(\"_id\", this)\n    val ms = new OptStringField(\"maybes\", this)\n    val mi = new OptObjectIdField(\"maybeid\", this)\n    val rs = new StringField(\"realString\", this)\n  }\n\n  case class UuidCc(_id: UUID, s: String, i: Instant = Instant.now())\n  object UuidCcR extends RCcMeta[UuidCc](\"uuidcc\") {\n    val id = new UUIDIdField(\"_id\", this)\n    val s = new StringField(\"s\", this)\n    val dt = new InstantField(\"i\", this)\n  }\n\n  case class Money(amount: BigDecimal, currency: Currency)\n\n  case class Invoice(id: Long, name: String, total: Money)\n\n  class MoneyMeta extends RCcMetaExt[Money, MoneyMeta] {\n    val amount = BigDecimalField\n    val currency = CurrencyField\n  }\n\n  class InvoiceMeta extends RCcMetaExt[Invoice, InvoiceMeta] {\n    val id = LongField\n    val name = StringField\n    val total = ClassField[Money, MoneyMeta](new MoneyMeta)\n  }\n\n  val Invoices = new InvoiceMeta\n\n  case class Counter(_id: ObjectId = ObjectId.get(), counts: Map[ObjectId, Long])\n\n  class CounterMeta extends RCcMetaExt[Counter, CounterMeta] {\n    val id = ObjectIdField(\"_id\")\n    val counts = MapField[ObjectId, Long]\n  }\n\n  val Counters = new CounterMeta\n\n  type CounterId = ObjectId @@ Counter\n\n  case class TypedCounter(_id: ObjectId = ObjectId.get(), counts: Map[CounterId, Long])\n\n  class TypedCounterMeta extends RCcMetaExt[TypedCounter, TypedCounterMeta] {\n    val id = ObjectIdField(\"_id\")\n    val counts = MapField[CounterId, Long]\n  }\n\n  val TypedCounters = new TypedCounterMeta\n\n  case class BinaryData(data: Array[Byte])\n\n  class BinaryDataMeta extends RCcMetaExt[BinaryData, BinaryDataMeta] {}\n\n  val BinaryDatas = new BinaryDataMeta\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/BsonReadWriteSerializers.scala","text":"package tech.scoundrel.rogue.cc\n\nimport tech.scoundrel.rogue.MongoHelpers.MongoSelect\nimport org.bson.{ BsonArray, BsonDocument, BsonNull, BsonValue }\n\n\/**\n * Created by mar on 24.07.2016.\n *\/\ntrait BsonReadWriteSerializers[MB <: CcMeta[_]] extends ReadWriteSerializers[MB] {\n\n  override protected def readSerializer[M <: CcMeta[_], R](meta: M, select: Option[MongoSelect[M, R]]): RogueBsonRead[R] = {\n    new RogueBsonRead[R] {\n      override def fromDocument(dbo: BsonDocument): R = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          \/\/ A MongoSelect clause exists, but has empty fields. Return null.\n          \/\/ This is used for .exists(), where we just want to check the number\n          \/\/ of returned results is > 0.\n          transformer(null)\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          \/\/TODO - optimze - extract readers for fields up, before using read serializer. this is super -ineffective\n          \/\/LiftQueryExecutorHelpers.setInstanceFieldFromDoc(inst, dbo, \"_id\")\n          \/\/println(s\"Whole DBO ${dbo} ${dbo.getClass}\")\n          val values =\n            fields.map(fld => {\n              val (bsonV, readArray) = readBsonVal(dbo, fld.field.name)\n              \/\/.get(fld.field.name)\n              \/*  println(s\"BsonV is ${bsonV}\")\n              println(s\"field name is ${fld.field.name}\")\n              println(s\"Field  is ${fld}\")\n              println(s\"Field.field is ${fld.field}\")\n            *\/\n              val reader = meta.reader(fld.field)\n              \/\/TODO - does not in case reader is for non-array, and subselect returns array\n              \/\/if fld is optional, readOpt will read Option[Option[T]] this is handled (poorly) inside fld.valueOrDefault\n              fld.valueOrDefault(\n                if (readArray) {\n                  readOptArr(reader.readArray, bsonV.asArray())\n                } else {\n                  readOpt(reader.read, bsonV)\n                }\n              )\n            })\n          transformer(values)\n\n        case None =>\n          \/\/TODO - better types !!!!\n          meta.read(dbo).asInstanceOf[R]\n      }\n\n      \/\/same thing, but opt\n      override def fromDocumentOpt(dbo: BsonDocument): Option[R] = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          throw new RuntimeException(\"empty transformer for fromDocumentOpt not implemented, fields subset return in findAndModify not yet implemented\")\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          throw new RuntimeException(\"fromDocumentOpt with fields subset return in findAndModify not yet implemented\")\n        case None => {\n          \/\/println(s\"fromDocumentOpt: ${dbo} \")\n          readOpt(meta.read, dbo).asInstanceOf[Option[R]]\n        }\n      }\n    }\n  }\n  private[this] def readOpt[T](reader: BsonValue => T, v: BsonValue): Option[T] = {\n    if (v == null || v.isNull) None\n    else Option(reader(v))\n  }\n\n  private[this] def readOptArr[T](reader: BsonArray => Seq[T], v: BsonArray): Option[Seq[T]] = {\n    if (v == null || v.isNull) None\n    else Option(reader(v))\n  }\n\n  private[this] def readBsonVal(dbo: BsonDocument, fldName: String): (BsonValue, Boolean) = {\n    val parts = fldName.split('.')\n    \/\/println(s\"parts fldName ${fldName} len ${parts.length} ${parts}\")\n    var i = 0\n    var needArray = false\n    var d: BsonValue = dbo\n    while (i < parts.length) {\n      if (d == null) {\n        i = parts.length\n        d = BsonNull.VALUE\n      } else {\n        val key = parts(i)\n        if (key == \"$\") {\n          \/\/TODO - probably it means that array is needed\n          i = i + 1\n        } else {\n          if (d.isArray) {\n            val r = new BsonArray()\n            val it = d.asArray().iterator()\n            while (it.hasNext) {\n              r.add(it.next().asDocument().get(key))\n            }\n            d = r\n            needArray = true\n          } else {\n            d = d.asDocument().get(key)\n          }\n          \/\/println(s\"Getting ${parts(i)} from ${d}\")\n          \/\/println(s\"Got ${d}\")\n          i = i + 1\n        }\n      }\n    }\n    \/\/println(s\"Returning ${d} ${d.getBsonType}\")\n    (d, needArray)\n  }\n\n  override protected def writeSerializer[M <: CcMeta[_], R](meta: M): RogueBsonWrite[R] = {\n    new RogueBsonWrite[R] {\n      override def toDocument(record: R): BsonDocument = {\n        meta.writeAnyRef(record.asInstanceOf[AnyRef]).asDocument()\n      }\n    }\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/build.sbt","text":"<gh_stars>0\n\/*\nlazy val core = Project(\"rogue-core\", file(\"rogue-core\/\")) dependsOn(index % \"compile;test->test;runtime->runtime\")\n  lazy val lift = Project(\"rogue-lift\", file(\"rogue-lift\/\")) dependsOn(core % \"compile;test->test;runtime->runtime\")\n\n *\/"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/field\/DateTimeField.scala","text":"\/*\n * Copyright 2007-2012 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage record\npackage field\n\nimport java.util.{ Calendar, Date }\nimport scala.xml.NodeSeq\n\nimport net.liftweb.common._\nimport net.liftweb.http.S\nimport net.liftweb.http.S.SFuncHolder\nimport net.liftweb.http.js.JE.{ JsNull, Str }\nimport net.liftweb.json.{ DefaultFormats, JValue }\nimport net.liftweb.util.Helpers._\n\ntrait DateTimeTypedField extends TypedField[Calendar] {\n  private final def dateToCal(d: Date): Calendar = {\n    val cal = Calendar.getInstance()\n    cal.setTime(d)\n    cal\n  }\n\n  val formats = new DefaultFormats {\n    override def dateFormatter = internetDateFormatter\n  }\n\n  def setFromAny(in: Any): Box[Calendar] = toDate(in).flatMap(d => setBox(Full(dateToCal(d)))) or genericSetFromAny(in)\n\n  def setFromString(s: String): Box[Calendar] = s match {\n    case null | \"\" if optional_? => setBox(Empty)\n    case null | \"\" => setBox(Failure(notOptionalErrorMessage))\n    case other => setBox(tryo(dateToCal(parseInternetDate(s))))\n  }\n\n  private def elem =\n    S.fmapFunc(SFuncHolder(this.setFromAny(_))) { funcName =>\n      <input type={ formInputType } name={ funcName } value={ valueBox.map(s => toInternetDate(s.getTime)) openOr \"\" } tabindex={ tabIndex.toString }\/>\n    }\n\n  def toForm: Box[NodeSeq] =\n    uniqueFieldId match {\n      case Full(id) => Full(elem % (\"id\" -> id))\n      case _ => Full(elem)\n    }\n\n  def asJs = valueBox.map(v => Str(formats.dateFormat.format(v.getTime))) openOr JsNull\n\n  def asJValue: JValue = asJString(v => formats.dateFormat.format(v.getTime))\n  def setFromJValue(jvalue: JValue) = setFromJString(jvalue) {\n    v =>\n      formats.dateFormat.parse(v).map(d => {\n        val cal = Calendar.getInstance\n        cal.setTime(d)\n        cal\n      })\n  }\n}\n\nclass DateTimeField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[Calendar, OwnerType] with MandatoryTypedField[Calendar] with DateTimeTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: Calendar) = {\n    this(rec)\n    setBox(Full(value))\n  }\n\n  def defaultValue = Calendar.getInstance\n}\n\nclass OptionalDateTimeField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[Calendar, OwnerType] with OptionalTypedField[Calendar] with DateTimeTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: Box[Calendar]) = {\n    this(rec)\n    setBox(value)\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/EndToEndBsonAsyncSpec.scala","text":"package tech.scoundrel.rogue.cc\n\nimport java.time.LocalDateTime\nimport java.util.Currency\nimport java.util.regex.Pattern\n\nimport com.mongodb.async.client.MongoDatabase\nimport tech.scoundrel.rogue.cc.CcRogue._\nimport org.bson.types.ObjectId\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.{ BeforeAndAfterEach, FlatSpec, MustMatchers }\n\nimport scala.concurrent.duration._\nimport shapeless.tag\n\nclass EndToEndBsonAsyncSpec extends FlatSpec with MustMatchers with ScalaFutures with BeforeAndAfterEach {\n  import Metas._\n\n  implicit val atMost = PatienceConfig(15 seconds)\n\n  val lastClaim = VenueClaimBson(uid = 5678L, status = ClaimStatus.approved)\n\n  def baseTestVenue(): Venue = Venue(\n    _id = tag[Venue][ObjectId](new ObjectId()),\n    legId = 123L,\n    userId = 456L,\n    venuename = \"test venue\",\n    mayor = 789L,\n    mayor_count = 3L,\n    closed = false,\n    popularity = List(1L, 2L, 3L),\n    categories = List(new ObjectId()),\n    last_updated = LocalDateTime.now(),\n    status = VenueStatus.open,\n    claims = List(\n      VenueClaimBson(uid = 1234L, status = ClaimStatus.pending),\n      VenueClaimBson(uid = 5678L, status = ClaimStatus.approved)\n    ),\n    lastClaim = Option(lastClaim),\n    tags = List(\"test tag1\", \"some tag\")\n  )\n\n  def baseTestVenueClaim(vid: ObjectId): VenueClaim = {\n    VenueClaim(tag[VenueClaim][ObjectId](new ObjectId()), vid, 123L, ClaimStatus.approved)\n  }\n\n  def baseTestTip(): Tip = {\n    Tip(new ObjectId(), legid = 234L, counts = Map(\"foo\" -> 1L, \"bar\" -> 2L))\n  }\n\n  private var dbOpt: Option[MongoDatabase] = None\n  implicit def db = dbOpt.getOrElse(throw new UninitializedError)\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    val m = MongoTestConn.connectToMongo\n    CcMongo.defineDb(\"lift\", m, \"rogue-test-async\")\n    dbOpt = CcMongo.getDb(\"lift\")\n  }\n\n  override protected def afterEach(): Unit = {\n    super.afterEach()\n\n    VenueR.bulkDeleteAsync_!!!().futureValue\n    VenueR.countAsync().futureValue mustBe 0L\n\n    VenueClaimR.bulkDeleteAsync_!!!().futureValue\n    VenueClaimR.countAsync().futureValue mustBe 0L\n\n    \/\/Like.allShards.bulkDeleteAsync_!!!())\n\n    MongoTestConn.disconnectFromMongo\n  }\n\n  \"Eqs test\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n    val vc = baseTestVenueClaim(v._id)\n    VenueClaimR.insertOneAsync(vc).futureValue\n\n    ccMetaToQueryBuilder(VenueR).where(_.id eqs v._id).fetchAsync().futureValue.map(_._id) mustBe Seq(v._id)\n    VenueR.where(_.mayor eqs v.mayor).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor eqs v.mayor).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.venuename eqs v.venuename).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.closed eqs false).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n\n    VenueR.where(_.mayor eqs 432432).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueR.where(_.closed eqs true).fetchAsync().futureValue.map(_._id) mustBe Nil\n\n    VenueClaimR.where(_.status eqs ClaimStatus.approved).fetchAsync().futureValue.map(_._id) mustBe List(vc._id)\n    VenueClaimR.where(_.venueid eqs v._id).fetchAsync().futureValue.map(_._id) mustBe List(vc._id)\n  }\n\n  \"Inequality queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n    val vc = baseTestVenueClaim(v._id)\n    VenueClaimR.insertOneAsync(vc).futureValue\n\n    \/\/ neq,lt,gt, where the lone Venue has mayor_count=3, and the only\n    \/\/ VenueClaim has status approved.\n    val h = VenueR.where(_.mayor_count neqs 5).fetchAsync()\n    VenueR.where(_.mayor_count neqs 5).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor_count < 5).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor_count lt 5).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor_count <= 5).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor_count lte 5).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueR.where(_.mayor_count > 5).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueR.where(_.mayor_count gt 5).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueR.where(_.mayor_count >= 5).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueR.where(_.mayor_count gte 5).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueR.where(_.mayor_count between (3, 5)).fetchAsync().futureValue.map(_._id) mustBe List(v._id)\n    VenueClaimR.where(_.status neqs ClaimStatus.approved).fetchAsync().futureValue.map(_._id) mustBe Nil\n    VenueClaimR.where(_.status neqs ClaimStatus.pending).fetchAsync().futureValue.map(_._id) mustBe List(vc._id)\n  }\n\n  \"Select queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n\n    val base = VenueR.where(_.id eqs v._id)\n    \/\/val f = mandatoryFieldToSelectField(VenueR.legacyid)\n\n    base.select(_.legacyid).fetchAsync().futureValue mustBe List(v.legId)\n\n    base.select(_.legacyid, _.userId).fetchAsync().futureValue mustBe List((v.legId, v.userId))\n    base.select(_.legacyid, _.userId, _.mayor).fetchAsync().futureValue mustBe List((v.legId, v.userId, v.mayor))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count).fetchAsync().futureValue mustBe List((v.legId, v.userId, v.mayor, v.mayor_count))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed).fetchAsync().futureValue mustBe List((v.legId, v.userId, v.mayor, v.mayor_count, v.closed))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags).fetchAsync().futureValue mustBe List((v.legId, v.userId, v.mayor, v.mayor_count, v.closed, v.tags))\n\n  }\n\n  \"Enum select\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n    VenueR.where(_.id eqs v._id).select(_.status).fetchAsync().futureValue mustBe List(VenueStatus.open)\n  }\n\n  \"Select case queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n\n    val base = VenueR.where(_.id eqs v._id)\n    base.selectCase(_.legacyid, V1).fetchAsync().futureValue mustBe List(V1(v.legId))\n    base.selectCase(_.legacyid, _.userId, V2).fetchAsync().futureValue mustBe List(V2(v.legId, v.userId))\n    base.selectCase(_.legacyid, _.userId, _.mayor, V3).fetchAsync().futureValue mustBe List(V3(v.legId, v.userId, v.mayor))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, V4).fetchAsync().futureValue mustBe List(V4(v.legId, v.userId, v.mayor, v.mayor_count))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, V5).fetchAsync().futureValue mustBe List(V5(v.legId, v.userId, v.mayor, v.mayor_count, v.closed))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags, V6).fetchAsync().futureValue mustBe List(V6(v.legId, v.userId, v.mayor, v.mayor_count, v.closed, v.tags))\n\n  }\n\n  \"Select subfield queries\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n    val t = baseTestTip()\n    TipR.insertOneAsync(t).futureValue\n\n    \/\/TODO - no support for querying map fields now\n    \/\/ select subfields\n    val q3 = TipR.where(_.id eqs t._id).select(_.counts at \"foo\")\n    \/\/println(s\"Q ${q.query}\")\n    q3.fetchAsync().futureValue mustBe Seq(Some(1L))\n\n    \/\/todo - no unsafe fields now\n    \/\/VenueR.where(_.id eqs v._id).select(_.geolatlng.unsafeField[Double](\"lat\")).fetchAsync()) mustBe List(Some(40.73))\n    val subuserids: Seq[Option[List[Long]]] = VenueR.where(_.id eqs v._id)\n      .select(_.claims.subselect(_.uid))\n      .fetchAsync()\n      .futureValue\n    \/\/println(s\"Sub user ids ${subuserids}\")\n    subuserids mustBe List(Some(List(1234, 5678)))\n\n    val q = VenueR.where(_.claims.subfield(_.uid) eqs 1234).select(_.claims.$$)\n    val subclaims: Seq[Seq[VenueClaimBson]] = q.fetchAsync().futureValue\n    subclaims.size mustBe 1\n    subclaims.head.size mustBe 1\n    subclaims.head.head.uid mustBe 1234\n    subclaims.head.head.status mustBe ClaimStatus.pending\n\n    \/\/ selecting a claims.userid when there is no top-level claims list should\n    \/\/ have one element in the List for the one Venue, but an Empty for that\n    \/\/ Venue since there's no list of claims there.\n    VenueR.where(_.id eqs v._id).modify(_.claims unset).and(_.lastClaim unset).updateOneAsync().futureValue\n    \/\/val x =caseClassFieldToQueryField(VenueR.lastClaim).subfield(_.uid)\n\n    \/\/val d = VenueR.select(_.lastClaim.subfield(_.uid))\n    \/\/val f= roptionalFieldToSelectField(ccMetaToQueryBuilder(VenueR).select(_.lastClaim.subfield(_.uid)))\n    \/\/val q = VenueR.where(_.id eqs v._id).select(_.lastClaim.subfield(_.uid))\n\n    VenueR.where(_.id eqs v._id).select(_.lastClaim.subfield(_.uid)).fetchAsync().futureValue mustBe List(None)\n    VenueR.where(_.id eqs v._id).select(_.lastClaim.subselect(_.uid)).fetchAsync().futureValue mustBe List(None)\n    VenueR.where(_.id eqs v._id).select(_.claims.subselect(_.uid)).fetchAsync().futureValue mustBe List(None)\n  }\n  \/*\n  @Ignore(\"These tests are broken because DummyField doesn't know how to convert a String to an Enum\")\n  def testSelectEnumSubfield: Unit = {\n        val v = baseTestVenue()\n        VenueR.insertOneAsync(v))\n\n    \/\/ This behavior is broken because we get a String back from mongo, and at\n    \/\/ that point we only have a DummyField for the subfield, and that doesn't\n    \/\/ know how to convert the String to an Enum.\n\n    val statuses: Seq[Option[VenueClaimBson.status.MyType]] =\n      VenueR.where(_._id eqs v._id).select(_.lastClaim.subselect(_.status)).fetchAsync())\n    \/\/ This assertion works.\n    statuses mustBe List(Some(\"Approved\"))\n    \/\/ This assertion is what we want, and it fails.\n    \/\/ statuses mustBe List(Some(ClaimStatus.approved))\n\n    val subuseridsAndStatuses: Seq[(Option[List[Long]], Option[List[VenueClaimBson.status.MyType]])] =\n      VenueR.where(_._id eqs v._id)\n        .select(_.claims.subselect(_.userid), _.claims.subselect(_.status))\n        .fetchAsync())\n    \/\/ This assertion works.\n    subuseridsAndStatuses mustBe Seq((Some(List(1234, 5678)), Some(List(\"Pending approval\", \"Approved\"))))\n\n    \/\/ This assertion is what we want, and it fails.\n    \/\/ subuseridsAndStatuses mustBe List((Some(List(1234, 5678)), Some(List(ClaimStatus.pending, ClaimStatus.approved))))\n  }\n\n  @Test\n  def testReadPreference: Unit = {\n    \/\/ Note: this isn't a real test of readpreference because the test mongo setup\n    \/\/ doesn't have replicas. This basically just makes sure that readpreference\n    \/\/ doesn't break everything.\n        val v = baseTestVenue()\n        VenueR.insertOneAsync(v))\n\n    \/\/ eqs\n    VenueR.where(_._id eqs v._id).fetchAsync()).map(_._id) mustBe Seq(v._id)\n    VenueR.where(_._id eqs v._id).setReadPreference(ReadPreference.secondary).fetchAsync()).map(_._id) mustBe Seq(v._id)\n    VenueR.where(_._id eqs v._id).setReadPreference(ReadPreference.primary).fetchAsync()).map(_._id) mustBe Seq(v._id)\n  }\n*\/\n\n  \/* Orignal test was broken - Veny has lots more required parameters than just userId\n  case class Venue(_id: ObjectId, legId: Long, userId: Long, venuename: String, mayor: Long, mayor_count: Long, closed: Boolean, tags: List[String],\n                 popularity: List[Long], categories: List[ObjectId], latlng: LatLong, last_updated: LocalDateTime, status: VenueStatus.Value, claims: List[VenueClaimBson],\n                 lastClaim: VenueClaimBson)\n\n   *\/\n\n  \"Find and modify\" should \"work as expected\" in {\n\n    val v1 = VenueR.where(_.venuename eqs \"v1\")\n      .findAndModify(_.userId setTo 5) \/\/all required fields have to be set, because they are required in CC\n      .and(_.legacyid setTo 0L).and(_.venuename setTo \"\").and(_.mayor_count setTo 0L)\n      .and(_.closed setTo false).and(_.last_updated setTo LocalDateTime.now())\n      .and(_.status setTo VenueStatus.open).and(_.mayor setTo 0L)\n      .upsertOneAsync(returnNew = false).futureValue\n\n    v1 mustBe None\n    val v2 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 5)\n      .and(_.legacyid setTo 0L).and(_.mayor_count setTo 0L)\n      .and(_.closed setTo false).and(_.last_updated setTo LocalDateTime.now())\n      .and(_.status setTo VenueStatus.open).and(_.mayor setTo 0L).and(_.userId setTo 0L)\n      .upsertOneAsync(returnNew = true).futureValue\n\n    v2.map(_.userId) mustBe Some(5)\n\n    val v3 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 6)\n      .upsertOneAsync(returnNew = false).futureValue\n    v3.map(_.userId) mustBe Some(5)\n\n    val v4 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 7)\n      .upsertOneAsync(returnNew = true).futureValue\n    v4.map(_.userId) mustBe Some(7)\n  }\n\n  \"Regex query\" should \"work as expected\" in {\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n    VenueR.where(_.id eqs v._id).and(_.venuename startsWith \"test v\").countAsync().futureValue mustBe 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \".es. v\".r).countAsync().futureValue mustBe 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"Tes. v\".r).countAsync().futureValue mustBe 0\n    VenueR.where(_.id eqs v._id).and(_.venuename matches Pattern.compile(\"Tes. v\", Pattern.CASE_INSENSITIVE)).countAsync().futureValue mustBe 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"test .*\".r).and(_.legacyid in List(v.legId)).countAsync().futureValue mustBe 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"test .*\".r).and(_.legacyid nin List(v.legId)).countAsync().futureValue mustBe 0\n    VenueR.where(_.tags matches \"\"\"some\\s.*\"\"\".r).countAsync().futureValue mustBe 1\n\n  }\n\n  \"Limit and batch\" should \"work as expected\" in {\n    (1 to 50).foreach(_ => VenueR.insertOneAsync(baseTestVenue()).futureValue)\n    val q = VenueR.select(_.id)\n    q.limit(10).fetchAsync().futureValue.length mustBe 10\n    q.limit(-10).fetchAsync().futureValue.length mustBe 10\n  }\n\n  \"Count\" should \"work as expected\" in {\n    (1 to 10).foreach(_ => VenueR.insertOneAsync(baseTestVenue()).futureValue)\n    val q = VenueR.select(_.id)\n    q.countAsync().futureValue mustBe 10\n    q.limit(3).countAsync().futureValue mustBe 3\n    q.limit(15).countAsync().futureValue mustBe 10\n    q.skip(5).countAsync().futureValue mustBe 5\n    q.skip(12).countAsync().futureValue mustBe 0\n    q.skip(3).limit(5).countAsync().futureValue mustBe 5\n    q.skip(8).limit(4).countAsync().futureValue mustBe 2\n  }\n\n  \/\/ distincts need codecs for Long, and probably Int in db\n\n  \"Distinct\" should \"work as expected\" in {\n    (1 to 5).foreach(_ => VenueR.insertOneAsync(baseTestVenue().copy(userId = 1L)).futureValue)\n    (1 to 5).foreach(_ => VenueR.insertOneAsync(baseTestVenue().copy(userId = 2L)).futureValue)\n    (1 to 5).foreach(_ => VenueR.insertOneAsync(baseTestVenue().copy(userId = 3L)).futureValue)\n    VenueR.where(_.mayor eqs 789L).distinctAsync(_.userId).futureValue.length mustBe 3\n    VenueR.where(_.mayor eqs 789L).countDistinctAsync(_.userId).futureValue mustBe 3\n  }\n\n  \"Slice\" should \"work as expected\" in {\n    val v = baseTestVenue().copy(tags = List(\"1\", \"2\", \"3\", \"4\"))\n    VenueR.insertOneAsync(v).futureValue\n    VenueR.select(_.tags.slice(2)).getAsync().futureValue mustBe Some(List(\"1\", \"2\"))\n    VenueR.select(_.tags.slice(-2)).getAsync().futureValue mustBe Some(List(\"3\", \"4\"))\n    VenueR.select(_.tags.slice(1, 2)).getAsync().futureValue mustBe Some(List(\"2\", \"3\"))\n  }\n\n  \"Select cc\" should \"work as expected\" in {\n\n    val v = baseTestVenue()\n    VenueR.insertOneAsync(v).futureValue\n\n    VenueR.select(_.lastClaim).fetchAsync()\n      .futureValue.flatten must contain(lastClaim)\n\n    VenueR.select(_.firstClaim).fetchAsync()\n      .futureValue must contain(VenueClaimBson.default)\n\n    VenueR.select(_.userId, _.firstClaim).fetchAsync()\n      .futureValue must contain(456L -> VenueClaimBson.default)\n\n    val yetAnotherClaim = VenueClaimBson.default.copy(uid = 1L)\n\n    VenueR.findAndModify(_.firstClaim setTo yetAnotherClaim)\n      .upsertOneAsync(returnNew = true)\n      .futureValue.map(_.firstClaim) mustBe Some(yetAnotherClaim)\n\n    VenueR.findAndModify(_.lastClaim setTo yetAnotherClaim)\n      .upsertOneAsync(returnNew = true)\n      .futureValue.flatMap(_.lastClaim) mustBe Some(yetAnotherClaim)\n\n  }\n\n  \"ReplaceOne\" should \"replace value\" in {\n    val v1 = OptValCC(maybes = Some(\"bef\"), realString = \"ore\")\n    val v2 = v1.copy(maybes = None)\n    OptValCCR.insertOneAsync(v1).futureValue\n    OptValCCR.replaceOneAsync(v2).futureValue\n    val vr = OptValCCR.where(_.id eqs v1._id).getAsync().futureValue.get\n    vr.maybes mustBe None\n    vr.realString must ===(\"ore\")\n  }\n\n  \"Currency and BigDecimal fields\" should \"just work\" in {\n\n    val USD = Currency.getInstance(\"USD\")\n    val EUR = Currency.getInstance(\"EUR\")\n\n    val invoice1 = Invoice(1L, \"Invoice no. 1\", Money(12.34, USD))\n    val invoice2 = Invoice(2L, \"Invoice no. 2\", Money(5.12, USD))\n    val invoice3 = Invoice(3L, \"Invoice no. 3\", Money(145.98, USD))\n    val invoice4 = Invoice(4L, \"Invoice no. 4\", Money(99.21, EUR))\n\n    val invoices = Seq(invoice1, invoice2, invoice3, invoice4)\n\n    for (invoice <- invoices) {\n      Invoices.insertOneAsync(invoice).futureValue\n    }\n\n    Invoices.where(_.total.subfield(_.amount) eqs BigDecimal(12.34)).fetchAsync().futureValue mustBe Seq(invoice1)\n\n    Invoices.where(_.id eqs 2L).modify(_.total setTo Money(59.12, USD)).updateOneAsync().futureValue\n\n    Invoices.where(_.id eqs 2L)\n      .fetchAsync().futureValue mustBe Seq(Invoice(2L, \"Invoice no. 2\", Money(59.12, USD)))\n\n    Invoices.where(_.total.subfield(_.currency) eqs EUR)\n      .fetchAsync().futureValue mustBe Seq(invoice4)\n\n    Invoices.where(_.id eqs 2L).modify(_.total.subfield(_.currency) setTo EUR).updateOneAsync().futureValue\n\n    Invoices.where(_.id eqs 2L)\n      .fetchAsync().futureValue mustBe Seq(Invoice(2L, \"Invoice no. 2\", Money(59.12, EUR)))\n\n    Invoices.where(_.id eqs 2L).modify(_.total.subfield(_.amount) setTo 1352.98).updateOneAsync().futureValue\n\n    Invoices.where(_.id eqs 2L)\n      .fetchAsync().futureValue mustBe Seq(Invoice(2L, \"Invoice no. 2\", Money(1352.98, EUR)))\n\n  }\n\n  \"Map[K, V] field\" should \"just work\" in {\n\n    val counts = Map(ObjectId.get -> 100L)\n\n    val counter = Counter(counts = counts)\n\n    Counters.insertOneAsync(counter).futureValue\n\n    val countsOpt = Counters\n      .where(_.id eqs counter._id)\n      .select(_.counts)\n      .getAsync()\n      .futureValue\n\n    val result: Map[ObjectId, Long] = countsOpt.get\n\n    result mustBe counts\n  }\n\n  \"Map[K <: ObjectId, V] field\" should \"just work\" in {\n\n    val counts: Map[CounterId, Long] = Map(tag[Counter](ObjectId.get) -> 100L)\n\n    val counter = TypedCounter(counts = counts)\n\n    TypedCounters.insertOneAsync(counter).futureValue\n\n    val countsOpt = TypedCounters\n      .where(_.id eqs counter._id)\n      .select(_.counts)\n      .getAsync()\n      .futureValue\n\n    val result: Map[CounterId, Long] = countsOpt.get\n\n    result mustBe counts\n  }\n\n  \"BinaryBsonFormat\" should \"just work\" in {\n\n    val sample = BinaryData(\"War, war never changes\".getBytes)\n\n    BinaryDatas.insertOneAsync(sample).futureValue\n\n    val seq: Seq[BinaryData] = BinaryDatas.fetchAsync().futureValue\n    seq.map(d => new String(d.data)) must contain(\"War, war never changes\")\n\n  }\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/RogueException.scala","text":"<filename>rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/RogueException.scala\n\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nclass RogueException(message: String, cause: Throwable) extends RuntimeException(message, cause)\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/MongoRefListField.scala","text":"\/*\n * Copyright 2011 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport java.util.UUID\n\nimport net.liftweb.common._\n\nimport org.bson.types.ObjectId\n\n\/*\n * Trait for creating a Field for storing a list of \"foreign keys\". Caches the\n * items after fetching. Implementations are available for ObjectId, UUID, String,\n * Int, and Long, but you can extend this.\n *\n * toForm produces a multi-select form element. You just need to supply the\n * options by overriding the options method.\n *\/\nabstract class MongoRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType], MyType](rec: OwnerType)(implicit mf: Manifest[MyType]) extends MongoListField[OwnerType, MyType](rec) {\n\n  \/** The MongoMetaRecord of the referenced object **\/\n  def refMeta: MongoMetaRecord[RefType]\n\n  \/**\n   * Find the referenced objects\n   *\/\n  def findAll = refMeta.findAllByList(this.value)\n\n  \/*\n   * get the referenced objects\n   *\/\n  def objs = synchronized {\n    if (!_calcedObjs) {\n      _calcedObjs = true\n      this._objs = findAll\n    }\n    _objs\n  }\n\n  def cached_? : Boolean = synchronized { _calcedObjs }\n\n  def primeObjs(objs: List[RefType]) = synchronized {\n    _objs = objs\n    _calcedObjs = true\n  }\n\n  private var _objs: List[RefType] = Nil\n  private var _calcedObjs = false\n\n  override def setBox(in: Box[MyType]): Box[MyType] = synchronized {\n    _calcedObjs = false \/\/ invalidate the cache\n    super.setBox(in)\n  }\n}\n\nclass ObjectIdRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType]](\n  rec: OwnerType, val refMeta: MongoMetaRecord[RefType]\n) extends MongoRefListField[OwnerType, RefType, ObjectId](rec) {}\n\nclass UUIDRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType]](\n  rec: OwnerType, val refMeta: MongoMetaRecord[RefType]\n) extends MongoRefListField[OwnerType, RefType, UUID](rec) {}\n\nclass StringRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType]](\n  rec: OwnerType, val refMeta: MongoMetaRecord[RefType]\n) extends MongoRefListField[OwnerType, RefType, String](rec) {}\n\nclass IntRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType]](\n  rec: OwnerType, val refMeta: MongoMetaRecord[RefType]\n) extends MongoRefListField[OwnerType, RefType, Int](rec) {}\n\nclass LongRefListField[OwnerType <: BsonRecord[OwnerType], RefType <: MongoRecord[RefType]](\n  rec: OwnerType, val refMeta: MongoMetaRecord[RefType]\n) extends MongoRefListField[OwnerType, RefType, Long](rec) {}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/main\/scala\/HasMongoForeignObjectId.scala","text":"<gh_stars>0\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.lift\n\nimport tech.scoundrel.mongodb.record.MongoRecord\n\ntrait HasMongoForeignObjectId[RefType <: MongoRecord[RefType] with ObjectIdKey[RefType]]\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/build.sbt","text":"<gh_stars>0\nname := \"rogue-lift\"\nlibraryDependencies := ScoundrelDependencies.rogueLiftDeps ++ ScoundrelDependencies.testDeps\ndescription := \"Scoundrel Rogue Lift\"\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/MongoTestConn.scala","text":"package tech.scoundrel.rogue.cc\n\nimport com.mongodb.async.client.{ MongoClient, MongoClients }\nimport com.mongodb.{ MongoClient => MongoClientSync }\n\nobject MongoTestConn {\n\n  var client: Option[MongoClient] = None\n  var clientSync: Option[MongoClientSync] = None\n\n  def connectToMongo = {\n    val (host, port) = Option(System.getProperty(\"default.mongodb.server\")).map({ str =>\n      val arr = str.split(':')\n      (arr(0), arr(1).toInt)\n    }).getOrElse((\"localhost\", 51101))\n    val cl = MongoClients.create(s\"mongodb:\/\/${host}:${port}\")\n    client = Option(cl)\n    cl\n  }\n\n  def connectToMongoSync = {\n    val (host, port) = Option(System.getProperty(\"default.mongodb.server\")).map({ str =>\n      val arr = str.split(':')\n      (arr(0), arr(1).toInt)\n    }).getOrElse((\"localhost\", 51101))\n    val cl = new MongoClientSync(host, port)\n    clientSync = Option(cl)\n    cl\n  }\n\n  def disconnectFromMongo = {\n    client.foreach(_.close())\n    client = None\n  }\n\n  def disconnectFromMongoSync = {\n    clientSync.foreach(_.close())\n    clientSync = None\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/QueryFieldHelpers.scala","text":"package tech.scoundrel.rogue.cc\n\nimport java.util.concurrent.atomic.{ AtomicBoolean, AtomicInteger }\n\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.cc.debug.Debug\nimport org.bson.types.ObjectId\nimport shapeless.tag\nimport shapeless.tag._\nimport scala.collection.mutable\nimport scala.reflect.runtime.universe\nimport scala.reflect.runtime.universe._\nimport scala.reflect.{ ClassTag, api }\n\nimport Debug.DefaultImplicits._\nimport tech.scoundrel.field.Field\nimport tech.scoundrel.rogue.map.MapKeyFormat\n\nprivate[cc] sealed trait Marker\n\nprivate[cc] case class Visited(clazz: Type, fields: Seq[Symbol])\n\nprivate[cc] case class Ignored(field: Symbol, reason: String)\n\nprivate[cc] object DebugImplicits {\n\n  implicit class IndentHelper(u: String) {\n    def mkIndent: String = u.replaceAll(\"(?m)^\", \"  \")\n  }\n\n  implicit object DebugType extends Debug[Type] {\n    override def show(t: universe.Type): String =\n      t.typeSymbol.fullName\n  }\n\n  implicit object DebugSymbol extends Debug[Symbol] {\n    override def show(t: universe.Symbol): String =\n      t.name.toString\n  }\n\n  implicit object DebugVisited extends Debug[Visited] {\n    override def show(t: Visited): String = t match {\n      case Visited(clazz, Nil) => Debug.debug(clazz)\n      case Visited(clazz, fields) =>\n        s\"\"\"${Debug.debug(clazz)}\n           |  ${Debug.debug(fields).mkIndent}\"\"\"\n    }\n  }\n\n  implicit object DebugIgnored extends Debug[Ignored] {\n    override def show(t: Ignored): String = t match {\n      case Ignored(field, cause) =>\n        s\"\"\"${Debug.debug(field)} ($cause)\"\"\"\n    }\n  }\n}\n\ntrait QueryFieldHelpers[Meta] extends {\n  requires: Meta =>\n\n  private[this] val lock = new Object\n\n  private[this] val names: mutable.Map[Int, String] = mutable.Map.empty\n\n  private[this] val fields: mutable.Map[String, Field[_, _]] = mutable.Map.empty\n\n  private[this] val resolved = new AtomicBoolean(false)\n\n  private[this] val nameId = new AtomicInteger(-1)\n\n  private[this] val visitedClasses: mutable.ArrayBuffer[Visited] = mutable.ArrayBuffer.empty\n\n  private[this] val ignoredFields: mutable.ArrayBuffer[Ignored] = mutable.ArrayBuffer.empty\n\n  \/\/ This one is hacky, we need to find the type tag from Java's getClass method...\n\n  private[this] implicit def typeTag: TypeTag[Meta] = {\n\n    val mirror = runtimeMirror(getClass.getClassLoader)\n    val sym = mirror.classSymbol(getClass)\n    val tpe = sym.selfType\n\n    TypeTag(mirror, new api.TypeCreator {\n      def apply[U <: api.Universe with Singleton](m: api.Mirror[U]): U#Type =\n        if (m eq mirror) tpe.asInstanceOf[U#Type]\n        else throw new IllegalArgumentException(s\"Type tag defined in $mirror cannot be migrated to other mirrors.\")\n    })\n  }\n\n  private[this] def nextNameId = nameId.incrementAndGet()\n\n  private[this] def resolve(): Unit = synchronized {\n\n    \/*\n      The idea of automatic name resolution is taken from Scala's Enumeration,\n      but imlemented without falling back to Java's reflection api.\n     *\/\n\n    val decode: Symbol => String = _.name.decodedName.toString.trim\n\n    \/\/ we are looking for vals accessible from tech.scoundrel.field.Field[_, _] and tagged with Marker\n\n    def returnsMarkedField(symbol: Symbol): Boolean = {\n\n      val typeArgs = symbol.asMethod.returnType.typeArgs\n\n      if (!typeArgs.exists(_ =:= typeOf[Marker]))\n        ignoredFields += Ignored(\n          symbol,\n          s\"!typeArgs.exists(_ =:= typeOf[Marker]), \" +\n            s\"typeArgs: ${typeArgs.mkString(\"[\", \", \", \"]\")}\"\n        )\n\n      if (!typeArgs.exists(_ <:< typeOf[Field[_, _]]))\n        ignoredFields += Ignored(\n          symbol,\n          s\"!typeArgs.exists(_ <:< typeOf[tech.scoundrel.field.Field[_, _]]), \" +\n            s\"typeArgs: ${typeArgs.mkString(\"[\", \", \", \"]\")}\"\n        )\n\n      typeArgs.exists(_ =:= typeOf[Marker]) &&\n        typeArgs.exists(_ <:< typeOf[Field[_, _]])\n    }\n\n    \/*\n      So it seems rewrite of traits encoding in Scala 2.12\n      was a good reason to simplify this little piece of code.\n      I think this time its self-explanatory.\n    *\/\n\n    val valuesOfMarkedFieldTypeOnly: Symbol => Boolean = {\n      case symbol if symbol.isTerm =>\n        symbol.asTerm match {\n          case term if term.isAccessor =>\n            term.getter match {\n              case getterSymbol if getterSymbol.isMethod =>\n                returnsMarkedField(getterSymbol.asMethod)\n              case s => ignoredFields += Ignored(s, \"getter is not a method\"); false\n            }\n          case s => ignoredFields += Ignored(s, \"term is not an accessor\"); false\n        }\n      case s => ignoredFields += Ignored(s, \"symbol is not a term\"); false\n    }\n\n    \/*\n      This reverse here is because traits are initialized in opposite order than declared...\n     *\/\n\n    val values = typeOf[Meta](typeTag).baseClasses.reverse.flatMap {\n      baseClass =>\n\n        val appType = appliedType(baseClass)\n\n        val fields = appType.decls\n          .sorted.filter(valuesOfMarkedFieldTypeOnly)\n\n        visitedClasses += Visited(appType, fields)\n\n        fields\n    }.map(decode)\n\n    \/\/ name map in order of trait linearization\n\n    names ++= values.zipWithIndex.map(_.swap)\n\n    resolved.set(true)\n  }\n\n  \/*\n    This weird tagging by Marker trait is here because we need to filter out fields declared\n    directly by calling constructors (like before we had this helper): `val name = new StringField(\"name\", this)`\n    They are both vals and do return a type assignable from `tech.scoundrel.field.Field[_, _]`, so to know that those\n    are not to be counted for name resolution, we must tag the right ones with a marking trait.\n    Its complicated, I know, meta programming usually is... But <NAME>'s @@ is awesome, don't you think?\n   *\/\n\n  protected def named[T <: Field[_, _]](func: String => T): T @@ Marker = lock.synchronized {\n    if (!resolved.get()) resolve() \/\/ lets try one more time to find those names\n\n    val nextId = nextNameId\n\n    val name = names.getOrElse(nextId, resolveError(nextId))\n\n    val field = func(name)\n    if (fields.contains(name)) throw new IllegalArgumentException(s\"Field with name $name is already defined\")\n    fields += (name -> field)\n    tag[Marker][T](field)\n  }\n\n  protected def named[T <: Field[_, _]](name: String)(func: String => T): T @@ Marker = lock.synchronized {\n    if (!resolved.get()) resolve()\n    names += nextNameId -> name\n    val field = func(name)\n    if (fields.contains(name)) throw new IllegalArgumentException(s\"Field with name $name is already defined\")\n    fields += (name -> field)\n    tag[Marker][T](field)\n  }\n\n  private[cc] def debugInfo(id: Int): String = {\n\n    import DebugImplicits._\n\n    s\"\"\"Something went wrong: couldn't auto-resolve field names, pleace contact author at <EMAIL>\n       | Class is ${this.getClass}, implicit type tag is: ${typeTag.tpe}\n       | Was looking for index $id in\n       |${Debug.debug(names.toSeq.sortBy(_._1).map(_._2)).mkIndent}\n       | Classes visited during field resolution:\n       |${Debug.debug(visitedClasses).mkIndent}\n       | Fields not matching predicates:\n       |${Debug.debug(ignoredFields.distinct).mkIndent}\"\"\".stripMargin\n  }\n\n  private[this] def resolveError(id: Int): Nothing = throw new IllegalStateException(debugInfo(id))\n\n  \/\/ utility methods, not sure if they are usefull...\n  def fieldByName[T <: Field[_, _]](name: String): T = fields(name).asInstanceOf[T]\n\n  def fieldNames: Iterable[String] = Seq(names.values.toSeq: _*) \/\/ making sure its a copy\n  def fieldNamesSorted: Seq[String] = Seq(names.toSeq.sortBy(_._1).map(_._2): _*) \/\/ making sure its a copy\n  def fieldNamesWithIndexes: Map[Int, String] = Map(names.toSeq: _*) \/\/ making sure its a copy\n\n  protected def IntField: IntField[Meta] @@ Marker = named(new IntField[Meta](_, this))\n  protected def IntField(name: String): IntField[Meta] @@ Marker = named(name)(new IntField[Meta](_, this))\n\n  protected def OptIntField: OptIntField[Meta] @@ Marker = named(new OptIntField[Meta](_, this))\n  protected def OptIntField(name: String): OptIntField[Meta] @@ Marker = named(name)(new OptIntField[Meta](_, this))\n\n  protected def IntTaggedField[Tag]: IntTaggedField[Tag, Meta] @@ Marker = named(new IntTaggedField[Tag, Meta](_, this))\n  protected def IntTaggedField[Tag](name: String): IntTaggedField[Tag, Meta] @@ Marker = named(name)(new IntTaggedField[Tag, Meta](_, this))\n\n  protected def OptIntTaggedField[Tag]: OptIntTaggedField[Tag, Meta] @@ Marker = named(new OptIntTaggedField[Tag, Meta](_, this))\n  protected def OptIntTaggedField[Tag](name: String): OptIntTaggedField[Tag, Meta] @@ Marker = named(name)(new OptIntTaggedField[Tag, Meta](_, this))\n\n  protected def StringField: StringField[Meta] @@ Marker = named(new StringField[Meta](_, this))\n  protected def StringField(name: String): StringField[Meta] @@ Marker = named(name)(new StringField[Meta](_, this))\n\n  protected def OptStringField: OptStringField[Meta] @@ Marker = named(new OptStringField[Meta](_, this))\n  protected def OptStringField(name: String): OptStringField[Meta] @@ Marker = named(name)(new OptStringField[Meta](_, this))\n\n  protected def StringTaggedField[Tag]: StringTaggedField[Tag, Meta] @@ Marker = named(new StringTaggedField[Tag, Meta](_, this))\n  protected def StringTaggedField[Tag](name: String): StringTaggedField[Tag, Meta] @@ Marker = named(name)(new StringTaggedField[Tag, Meta](_, this))\n\n  protected def OptStringTaggedField[Tag]: OptStringTaggedField[Tag, Meta] @@ Marker = named(new OptStringTaggedField[Tag, Meta](_, this))\n  protected def OptStringTaggedField[Tag](name: String): OptStringTaggedField[Tag, Meta] @@ Marker = named(name)(new OptStringTaggedField[Tag, Meta](_, this))\n\n  protected def LongField: LongField[Meta] @@ Marker = named(new LongField[Meta](_, this))\n  protected def LongField(name: String): LongField[Meta] @@ Marker = named(name)(new LongField[Meta](_, this))\n\n  protected def OptLongField: OptLongField[Meta] @@ Marker = named(new OptLongField[Meta](_, this))\n  protected def OptLongField(name: String): OptLongField[Meta] @@ Marker = named(name)(new OptLongField[Meta](_, this))\n\n  protected def BigDecimalField: BigDecimalField[Meta] @@ Marker = named(new BigDecimalField[Meta](_, this))\n  protected def BigDecimalField(name: String): BigDecimalField[Meta] @@ Marker = named(name)(new BigDecimalField[Meta](_, this))\n\n  protected def OptBigDecimalField: OptBigDecimalField[Meta] @@ Marker = named(new OptBigDecimalField[Meta](_, this))\n  protected def OptBigDecimalField(name: String): OptBigDecimalField[Meta] @@ Marker = named(name)(new OptBigDecimalField[Meta](_, this))\n\n  protected def LongTaggedField[Tag]: LongTaggedField[Tag, Meta] @@ Marker = named(new LongTaggedField[Tag, Meta](_, this))\n  protected def LongTaggedField[Tag](name: String): LongTaggedField[Tag, Meta] @@ Marker = named(name)(new LongTaggedField[Tag, Meta](_, this))\n\n  protected def OptLongTaggedField[Tag]: OptLongTaggedField[Tag, Meta] @@ Marker = named(new OptLongTaggedField[Tag, Meta](_, this))\n  protected def OptLongTaggedField[Tag](name: String): OptLongTaggedField[Tag, Meta] @@ Marker = named(name)(new OptLongTaggedField[Tag, Meta](_, this))\n\n  protected def DoubleField: DoubleField[Meta] @@ Marker = named(new DoubleField[Meta](_, this))\n  protected def DoubleField(name: String): DoubleField[Meta] @@ Marker = named(name)(new DoubleField[Meta](_, this))\n\n  protected def OptDoubleField: OptDoubleField[Meta] @@ Marker = named(new OptDoubleField[Meta](_, this))\n  protected def OptDoubleField(name: String): OptDoubleField[Meta] @@ Marker = named(name)(new OptDoubleField[Meta](_, this))\n\n  protected def ObjectIdField: ObjectIdField[Meta] @@ Marker = named(new ObjectIdField[Meta](_, this))\n  protected def ObjectIdField(name: String): ObjectIdField[Meta] @@ Marker = named(name)(new ObjectIdField[Meta](_, this))\n\n  protected def OptObjectIdField: OptObjectIdField[Meta] @@ Marker = named(new OptObjectIdField[Meta](_, this))\n  protected def OptObjectIdField(name: String): OptObjectIdField[Meta] @@ Marker = named(name)(new OptObjectIdField[Meta](_, this))\n\n  protected def ObjectIdTaggedField[Tag]: ObjectIdTaggedField[Tag, Meta] @@ Marker = named(new ObjectIdTaggedField[Tag, Meta](_, this))\n  protected def ObjectIdTaggedField[Tag](name: String): ObjectIdTaggedField[Tag, Meta] @@ Marker = named(name)(new ObjectIdTaggedField[Tag, Meta](_, this))\n\n  protected def OptObjectIdTaggedField[Tag]: OptObjectIdTaggedField[Tag, Meta] @@ Marker = named(new OptObjectIdTaggedField[Tag, Meta](_, this))\n  protected def OptObjectIdTaggedField[Tag](name: String): OptObjectIdTaggedField[Tag, Meta] @@ Marker = named(name)(new OptObjectIdTaggedField[Tag, Meta](_, this))\n\n  protected def ObjectIdSubtypeField[Subtype <: ObjectId]: ObjectIdSubtypeField[Subtype, Meta] @@ Marker = named(new ObjectIdSubtypeField[Subtype, Meta](_, this))\n  protected def ObjectIdSubtypeField[Subtype <: ObjectId](name: String): ObjectIdSubtypeField[Subtype, Meta] @@ Marker = named(name)(new ObjectIdSubtypeField[Subtype, Meta](_, this))\n\n  protected def OptObjectIdSubtypeField[Subtype <: ObjectId]: OptObjectIdSubtypeField[Subtype, Meta] @@ Marker = named(new OptObjectIdSubtypeField[Subtype, Meta](_, this))\n  protected def OptObjectIdSubtypeField[Subtype <: ObjectId](name: String): OptObjectIdSubtypeField[Subtype, Meta] @@ Marker = named(name)(new OptObjectIdSubtypeField[Subtype, Meta](_, this))\n\n  protected def UUIdField: UUIDIdField[Meta] @@ Marker = named(new UUIDIdField[Meta](_, this))\n  protected def UUIdField(name: String): UUIDIdField[Meta] @@ Marker = named(name)(new UUIDIdField[Meta](_, this))\n\n  protected def OptUUIdField: OptUUIDIdField[Meta] @@ Marker = named(new OptUUIDIdField[Meta](_, this))\n  protected def OptUUIdField(name: String): OptUUIDIdField[Meta] @@ Marker = named(name)(new OptUUIDIdField[Meta](_, this))\n\n  protected def UUIdTaggedField[Tag]: UUIDIdTaggedField[Tag, Meta] @@ Marker = named(new UUIDIdTaggedField[Tag, Meta](_, this))\n  protected def UUIdTaggedField[Tag](name: String): UUIDIdTaggedField[Tag, Meta] @@ Marker = named(name)(new UUIDIdTaggedField[Tag, Meta](_, this))\n\n  protected def OptUUIdTaggedField[Tag]: OptUUIDIdTaggedField[Tag, Meta] @@ Marker = named(new OptUUIDIdTaggedField[Tag, Meta](_, this))\n  protected def OptUUIdTaggedField[Tag](name: String): OptUUIDIdTaggedField[Tag, Meta] @@ Marker = named(name)(new OptUUIDIdTaggedField[Tag, Meta](_, this))\n\n  protected def LocalDateTimeField: LocalDateTimeField[Meta] @@ Marker = named(new LocalDateTimeField[Meta](_, this))\n  protected def LocalDateTimeField(name: String): LocalDateTimeField[Meta] @@ Marker = named(name)(new LocalDateTimeField[Meta](_, this))\n\n  protected def OptLocalDateTimeField: OptLocalDateTimeField[Meta] @@ Marker = named(new OptLocalDateTimeField[Meta](_, this))\n  protected def OptLocalDateTimeField(name: String): OptLocalDateTimeField[Meta] @@ Marker = named(name)(new OptLocalDateTimeField[Meta](_, this))\n\n  protected def CurrencyField: CurrencyField[Meta] @@ Marker = named(new CurrencyField[Meta](_, this))\n  protected def CurrencyField(name: String): CurrencyField[Meta] @@ Marker = named(name)(new CurrencyField[Meta](_, this))\n\n  protected def OptCurrencyField: OptCurrencyField[Meta] @@ Marker = named(new OptCurrencyField[Meta](_, this))\n  protected def OptCurrencyField(name: String): OptCurrencyField[Meta] @@ Marker = named(name)(new OptCurrencyField[Meta](_, this))\n\n  protected def InstantField: InstantField[Meta] @@ Marker = named(new InstantField[Meta](_, this))\n  protected def InstantField(name: String): InstantField[Meta] @@ Marker = named(name)(new InstantField[Meta](_, this))\n\n  protected def OptInstantField: OptInstantField[Meta] @@ Marker = named(new OptInstantField[Meta](_, this))\n  protected def OptInstantField(name: String): OptInstantField[Meta] @@ Marker = named(name)(new OptInstantField[Meta](_, this))\n\n  protected def BooleanField: BooleanField[Meta] @@ Marker = named(new BooleanField[Meta](_, this))\n  protected def BooleanField(name: String): BooleanField[Meta] @@ Marker = named(name)(new BooleanField[Meta](_, this))\n\n  protected def OptBooleanField: OptBooleanField[Meta] @@ Marker = named(new OptBooleanField[Meta](_, this))\n  protected def OptBooleanField(name: String): OptBooleanField[Meta] @@ Marker = named(name)(new OptBooleanField[Meta](_, this))\n\n  protected def EnumField[E <: Enumeration: TypeTag]: EnumField[E, Meta] @@ Marker = named(new EnumField[E, Meta](_, this))\n  protected def EnumField[E <: Enumeration: TypeTag](name: String): EnumField[E, Meta] @@ Marker = named(name)(new EnumField[E, Meta](_, this))\n\n  \/**\n   * This version of the EnumField method accepts e: E as a param to avoid ugly type parameters like [MyEnum.type]\n   * So instead of writting val myEnum = EnumField[MyEnum.type, MyMeta] we can simply write val myEnum = EnumField(MyEnum)\n   * @param e\n   * @tparam E\n   * @return\n   *\/\n  protected def EnumField[E <: Enumeration: TypeTag](e: E): EnumField[E, Meta] @@ Marker = named(new EnumField[E, Meta](_, this))\n  protected def EnumField[E <: Enumeration: TypeTag](name: String, e: E): EnumField[E, Meta] @@ Marker = named(name)(new EnumField[E, Meta](_, this))\n\n  protected def OptEnumField[E <: Enumeration]: OptEnumField[E, Meta] @@ Marker = named(new OptEnumField[E, Meta](_, this))\n  protected def OptEnumField[E <: Enumeration](name: String): OptEnumField[E, Meta] @@ Marker = named(name)(new OptEnumField[E, Meta](_, this))\n\n  \/**\n   * This version of the EnumField method accepts e: E as a param to avoid ugly type parameters like [MyEnum.type]\n   * So instead of writting val myEnum = EnumField[MyEnum.type, MyMeta] we can simply write val myEnum = EnumField(MyEnum)\n   * @param e\n   * @tparam E\n   * @return\n   *\/\n  protected def OptEnumField[E <: Enumeration](e: E): OptEnumField[E, Meta] @@ Marker = named(new OptEnumField[E, Meta](_, this))\n  protected def OptEnumField[E <: Enumeration](name: String, e: E): OptEnumField[E, Meta] @@ Marker = named(name)(new OptEnumField[E, Meta](_, this))\n\n  protected def EnumIdField[E <: Enumeration: TypeTag]: EnumIdField[E, Meta] @@ Marker = named(new EnumIdField[E, Meta](_, this))\n  protected def EnumIdField[E <: Enumeration: TypeTag](name: String): EnumIdField[E, Meta] @@ Marker = named(name)(new EnumIdField[E, Meta](_, this))\n\n  \/**\n   * This version of the EnumField method accepts e: E as a param to avoid ugly type parameters like [MyEnum.type]\n   * So instead of writting val myEnum = EnumField[MyEnum.type, MyMeta] we can simply write val myEnum = EnumField(MyEnum)\n   * @param e\n   * @tparam E\n   * @return\n   *\/\n  protected def EnumIdField[E <: Enumeration: TypeTag](e: E): EnumIdField[E, Meta] @@ Marker = named(new EnumIdField[E, Meta](_, this))\n  protected def EnumIdField[E <: Enumeration: TypeTag](name: String, e: E): EnumIdField[E, Meta] @@ Marker = named(name)(new EnumIdField[E, Meta](_, this))\n\n  protected def OptEnumIdField[E <: Enumeration]: OptEnumIdField[E, Meta] @@ Marker = named(new OptEnumIdField[E, Meta](_, this))\n  protected def OptEnumIdField[E <: Enumeration](name: String): OptEnumIdField[E, Meta] @@ Marker = named(name)(new OptEnumIdField[E, Meta](_, this))\n\n  \/**\n   * This version of the EnumField method accepts e: E as a param to avoid ugly type parameters like [MyEnum.type]\n   * So instead of writting val myEnum = EnumField[MyEnum.type, MyMeta] we can simply write val myEnum = EnumField(MyEnum)\n   * @param e\n   * @tparam E\n   * @return\n   *\/\n  protected def OptEnumIdField[E <: Enumeration](e: E): OptEnumIdField[E, Meta] @@ Marker = named(new OptEnumIdField[E, Meta](_, this))\n  protected def OptEnumIdField[E <: Enumeration](name: String, e: E): OptEnumIdField[E, Meta] @@ Marker = named(name)(new OptEnumIdField[E, Meta](_, this))\n\n  protected def ListField[V]: ListField[V, Meta] @@ Marker = named(new ListField[V, Meta](_, this))\n  protected def ListField[V](name: String): ListField[V, Meta] @@ Marker = named(name)(new ListField[V, Meta](_, this))\n\n  protected def OptListField[V]: OptListField[V, Meta] @@ Marker = named(new OptListField[V, Meta](_, this))\n  protected def OptListField[V](name: String): OptListField[V, Meta] @@ Marker = named(name)(new OptListField[V, Meta](_, this))\n\n  protected def ArrayField[V: ClassTag]: ArrayField[V, Meta] @@ Marker = named(new ArrayField[V, Meta](_, this))\n  protected def ArrayField[V: ClassTag](name: String): ArrayField[V, Meta] @@ Marker = named(name)(new ArrayField[V, Meta](_, this))\n\n  protected def OptArrayField[V: ClassTag]: OptArrayField[V, Meta] @@ Marker = named(new OptArrayField[V, Meta](_, this))\n  protected def OptArrayField[V: ClassTag](name: String): OptArrayField[V, Meta] @@ Marker = named(name)(new OptArrayField[V, Meta](_, this))\n\n  protected def ClassField[C, MC <: CcMeta[C]](mc: MC): CClassField[C, MC, Meta] @@ Marker = named(new CClassField[C, MC, Meta](_, mc, this))\n  protected def ClassField[C, MC <: CcMeta[C]](name: String, mc: MC): CClassField[C, MC, Meta] @@ Marker = named(name)(new CClassField[C, MC, Meta](_, mc, this))\n\n  protected def OptClassField[C, MC <: CcMeta[C]](mc: MC): OptCClassField[C, MC, Meta] @@ Marker = named(new OptCClassField[C, MC, Meta](_, mc, this))\n  protected def OptClassField[C, MC <: CcMeta[C]](name: String, mc: MC): OptCClassField[C, MC, Meta] @@ Marker = named(name)(new OptCClassField[C, MC, Meta](_, mc, this))\n\n  protected def ClassRequiredField[C, MC <: CcMeta[C]](mc: MC, default: C): CClassRequiredField[C, MC, Meta] @@ Marker = named(new CClassRequiredField(_, mc, default, this))\n  protected def ClassRequiredField[C, MC <: CcMeta[C]](name: String, mc: MC, default: C): CClassRequiredField[C, MC, Meta] @@ Marker = named(name)(new CClassRequiredField(_, mc, default, this))\n\n  protected def ClassListField[C: ClassTag, MC <: CcMeta[C]](mc: MC): CClassListField[C, MC, Meta] @@ Marker = named(new CClassListField[C, MC, Meta](_, mc, this))\n  protected def ClassListField[C: ClassTag, MC <: CcMeta[C]](name: String, mc: MC): CClassListField[C, MC, Meta] @@ Marker = named(name)(new CClassListField[C, MC, Meta](_, mc, this))\n\n  protected def OptClassListField[C: ClassTag, MC <: CcMeta[C]](mc: MC): OptCClassListField[C, MC, Meta] @@ Marker = named(new OptCClassListField[C, MC, Meta](_, mc, this))\n  protected def OptClassListField[C: ClassTag, MC <: CcMeta[C]](name: String, mc: MC): OptCClassListField[C, MC, Meta] @@ Marker = named(name)(new OptCClassListField[C, MC, Meta](_, mc, this))\n\n  protected def ClassArrayField[C: ClassTag, MC <: CcMeta[C]](mc: MC): CClassArrayField[C, MC, Meta] @@ Marker = named(new CClassArrayField[C, MC, Meta](_, mc, this))\n  protected def ClassArrayField[C: ClassTag, MC <: CcMeta[C]](name: String, mc: MC): CClassArrayField[C, MC, Meta] @@ Marker = named(name)(new CClassArrayField[C, MC, Meta](_, mc, this))\n\n  protected def OptClassArrayField[C: ClassTag, MC <: CcMeta[C]](mc: MC): OptCClassArrayField[C, MC, Meta] @@ Marker = named(new OptCClassArrayField[C, MC, Meta](_, mc, this))\n  protected def OptClassArrayField[C: ClassTag, MC <: CcMeta[C]](name: String, mc: MC): OptCClassArrayField[C, MC, Meta] @@ Marker = named(name)(new OptCClassArrayField[C, MC, Meta](_, mc, this))\n\n  protected def MapField[K: MapKeyFormat, V]: MapField[K, V, Meta] @@ Marker = named(new MapField[K, V, Meta](_, this))\n  protected def MapField[K: MapKeyFormat, V](name: String): MapField[K, V, Meta] @@ Marker = named(name)(new MapField[K, V, Meta](_, this))\n\n  protected def OptMapField[V]: OptMapField[V, Meta] @@ Marker = named(new OptMapField[V, Meta](_, this))\n  protected def OptMapField[V](name: String): OptMapField[V, Meta] @@ Marker = named(name)(new OptMapField[V, Meta](_, this))\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/test\/scala\/TrivialORMAsyncQueryTest.scala","text":"<filename>rogue\/core\/src\/test\/scala\/TrivialORMAsyncQueryTest.scala\npackage tech.scoundrel.rogue.test\n\nimport com.mongodb._\nimport com.mongodb.async.client\nimport com.mongodb.async.client._\nimport tech.scoundrel.rogue.MongoHelpers.{ AndCondition, MongoSelect }\nimport tech.scoundrel.rogue.test.TrivialORM.{ Meta, Record }\nimport tech.scoundrel.rogue.RogueWriteSerializer\nimport org.bson.Document\nimport org.junit.{ Before, Test }\nimport org.specs2.matcher.JUnitMustMatchers\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\n\nobject TrivialAsyncORMTests {\n\n  def connectToMongo: client.MongoClient = {\n    val (host, port) = Option(System.getProperty(\"default.mongodb.server\")).map({ str =>\n      val arr = str.split(':')\n      (arr(0), arr(1).toInt)\n    }).getOrElse((\"localhost\", 51101))\n    \/\/val opts = MongoClientOptions.builder().codecRegistry(TrivialSyncORM.codecRegistry).build()\n    MongoClients.create(s\"mongodb:\/\/${host}:${port}\")\n\n  }\n\n  lazy val mongoAsync: async.client.MongoClient = {\n    connectToMongo\n  }\n\n  def disconnectFromMongo = {\n    mongoAsync.close\n  }\n\n  type MB = Meta[_]\n\n  class MyDBCollectionFactory(dba: MongoDatabase) extends AsyncDBCollectionFactory[MB, Record] {\n    val db = dba.withCodecRegistry(com.mongodb.MongoClient.getDefaultCodecRegistry)\n\n    override def getDBCollection[M <: MB](query: Query[M, _, _]): MongoCollection[Document] = {\n      db.getCollection(query.meta.collectionName)\n    }\n\n    override def getPrimaryDBCollection[M <: MB](query: Query[M, _, _]): MongoCollection[Document] = {\n      db.getCollection(query.meta.collectionName)\n    }\n\n    override def getInstanceName[M <: MB](query: Query[M, _, _]): String = {\n      db.getName\n    }\n\n    override def getIndexes[M <: MB](query: Query[M, _, _]): Option[List[UntypedMongoIndex]] = {\n      None\n    }\n\n    override def getPrimaryDBCollection(record: Record): MongoCollection[Document] = ???\n\n    override def getInstanceName(record: Record): String = ???\n  }\n\n  class MyQueryExecutor extends AsyncQueryExecutor[Meta[_], Record] {\n    override val adapter = new MongoAsyncJavaDriverAdapter[Meta[_], Record](new MyDBCollectionFactory(mongoAsync.getDatabase(\"testAsync\")))\n    override val optimizer = new QueryOptimizer\n    override val defaultWriteConcern: WriteConcern = WriteConcern.ACKNOWLEDGED\n\n    \/*\n     protected def readSerializer[M <: MB, R](\n                                            meta: M,\n                                            select: Option[MongoSelect[M, R]]\n                                          ): RogueReadSerializer[R]\n\n  protected def writeSerializer(record: RB): RogueWriteSerializer[RB]\n\n     *\/\n    override protected def readSerializer[M <: Meta[_], R](\n      meta: M,\n      select: Option[MongoSelect[M, R]]\n    ): RogueReadSerializer[R] = new RogueReadSerializer[R] {\n      override def fromDBObject(dbo: DBObject): R = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          \/\/ A MongoSelect clause exists, but has empty fields. Return null.\n          \/\/ This is used for .exists(), where we just want to check the number\n          \/\/ of returned results is > 0.\n          transformer(null)\n\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          transformer(fields.map(f => f.valueOrDefault(Option(dbo.get(f.field.name)))))\n\n        case None =>\n          meta.fromDBObject(dbo).asInstanceOf[R]\n      }\n\n      override def fromDocument(doc: Document): R = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          \/\/ A MongoSelect clause exists, but has empty fields. Return null.\n          \/\/ This is used for .exists(), where we just want to check the number\n          \/\/ of returned results is > 0.\n          transformer(null)\n\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          transformer(fields.map(f => f.valueOrDefault(Option(doc.get(f.field.name)))))\n\n        case None =>\n          meta.fromDocument(doc).asInstanceOf[R]\n      }\n    }\n\n    override protected def writeSerializer(record: Record): RogueWriteSerializer[Record] = new RogueWriteSerializer[Record] {\n      override def toDBObject(record: Record): DBObject = {\n        ???\n        \/\/\/record.meta.toDBObject(record)\n      }\n\n      override def toDocument(r: Record): Document = {\n        ???\n        \/\/record.meta.toDocument(r)\n      }\n    }\n\n  }\n\n  object Implicits extends Rogue {\n    implicit def meta2Query[M <: Meta[R], R](meta: M with Meta[R]): Query[M, R, InitialState] = {\n      Query[M, R, InitialState](\n        meta, meta.collectionName, None, None, None, None, None, AndCondition(Nil, None, None), None, None, None\n      )\n    }\n  }\n\n}\n\n\/\/ TODO(nsanch): Everything in the rogue-lift tests should move here, except for the lift-specific extensions.\nclass TrivialAsyncORMQueryTest extends JUnitMustMatchers {\n  val executor = new TrivialAsyncORMTests.MyQueryExecutor\n\n  val oneS = 1 second\n\n  import TrivialAsyncORMTests.Implicits._\n\n  @Before\n  def cleanUpMongo = {\n    Await.ready(executor.bulkDelete_!!(SimpleRecord), oneS)\n    ()\n  }\n\n  @Test\n  def canBuildQuery: Unit = {\n    (SimpleRecord: Query[SimpleRecord.type, SimpleRecord, InitialState]).toString() must_== \"\"\"db.simple_records.find({ })\"\"\"\n    SimpleRecord.where(_.a eqs 1).toString() must_== \"\"\"db.simple_records.find({ \"a\" : 1})\"\"\"\n  }\n\n  @Test\n  def canExecuteQuery: Unit = {\n    Await.result(executor.fetch(SimpleRecord.where(_.a eqs 1)), oneS) must_== Nil\n    Await.result(executor.count(SimpleRecord), oneS) must_== 0\n    Await.result(executor.exists(SimpleRecord), oneS) must_== false\n  }\n\n  @Test\n  def canUpsertAndGetResults: Unit = {\n    Await.result(executor.count(SimpleRecord), oneS) must_== 0\n\n    val x = for {\n      _ <- executor.upsertOne(SimpleRecord.modify(_.a setTo 1).and(_.b setTo \"foo\"))\n      cnt <- executor.count(SimpleRecord)\n      results <- executor.fetch(SimpleRecord.where(_.a eqs 1))\n      e1 <- executor.exists(SimpleRecord.where(_.a eqs 1).select(_.a))\n      r1 <- executor.fetch(SimpleRecord.where(_.a eqs 1).select(_.a))\n      r2 <- executor.fetch(SimpleRecord.where(_.a eqs 1).select(_.b))\n      r3 <- executor.fetch(SimpleRecord.where(_.a eqs 1).select(_.a, _.b))\n    } yield {\n      e1 must_== true\n      cnt must_== 1\n      results.size must_== 1\n      results(0).a must_== 1\n      results(0).b must_== \"foo\"\n      r1 must_== List(Some(1))\n      r2 must_== List(Some(\"foo\"))\n      r3 must_== List((Some(1), Some(\"foo\")))\n    }\n    Await.ready(x, 10 seconds)\n\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/MongoBsonJavaDriverAdapter.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.cc\n\nimport com.mongodb._\nimport tech.scoundrel.rogue.Iter._\nimport com.mongodb.client._\nimport com.mongodb.client.model._\nimport tech.scoundrel.rogue._\nimport org.bson.BsonDocument\nimport org.bson.conversions.Bson\nimport scala.collection.mutable.ListBuffer\nimport scala.collection.JavaConverters._\nimport scala.reflect.ClassTag\nimport scala.util._\n\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\n\ntrait BsonDBCollectionFactory[MB] {\n  def getDBCollection[M <: MB](query: Query[M, _, _])(implicit db: MongoDatabase): MongoCollection[BsonDocument]\n\n  def getPrimaryDBCollection[M <: MB](query: Query[M, _, _])(implicit db: MongoDatabase): MongoCollection[BsonDocument]\n\n  \/\/def getPrimaryDBCollection(record: RB): MongoCollection[BsonDocument]\n\n  def getInstanceName[M <: MB](query: Query[M, _, _])(implicit db: MongoDatabase): String\n\n  \/\/def getInstanceName(record: RB): String\n\n  \/\/ A set of of indexes, which are ordered lists of field names\n  def getIndexes[M <: MB](query: Query[M, _, _])(implicit db: MongoDatabase): Option[Seq[UntypedMongoIndex]]\n\n}\n\nclass MongoBsonJavaDriverAdapter[MB](\n    dbCollectionFactory: BsonDBCollectionFactory[MB],\n    decoderFactoryFunc: (MB) => DBDecoderFactory = (m: MB) => DefaultDBDecoder.FACTORY\n) {\n\n  import tech.scoundrel.rogue.MongoHelpers.MongoBuilder._\n  import QueryHelpers._\n\n  private[rogue] def runCommand[M <: MB, T](\n    descriptionFunc: () => String,\n    query: Query[M, _, _]\n  )(f: => T)(implicit db: MongoDatabase): T = {\n    \/\/ Use nanoTime instead of currentTimeMillis to time the query since\n    \/\/ currentTimeMillis only has 10ms granularity on many systems.\n    val start = System.nanoTime\n    val instanceName: String = dbCollectionFactory.getInstanceName(query)\n    \/\/ Note that it's expensive to call descriptionFunc, it does toString on the Query\n    \/\/ the logger methods are call by name\n    try {\n      logger.onExecuteQuery(query, instanceName, descriptionFunc(), f)\n    } catch {\n      case e: Exception =>\n        throw new RogueException(\"Mongo query on %s [%s] failed after %d ms\".\n          format(instanceName, descriptionFunc(),\n            (System.nanoTime - start) \/ (1000 * 1000)), e)\n    } finally {\n      logger.log(query, instanceName, descriptionFunc(), (System.nanoTime - start) \/ (1000 * 1000))\n    }\n  }\n\n  def count[M <: MB](query: Query[M, _, _], readPreference: Option[ReadPreference])(implicit db: MongoDatabase): Long = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val condition: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    if (queryClause.lim.isDefined || queryClause.sk.isDefined) {\n      val options = new CountOptions()\n      queryClause.lim.map(options.limit(_))\n      queryClause.sk.map(options.skip(_))\n      coll.count(condition, options)\n    } else {\n      coll.count(condition)\n    }\n  }\n\n  def countDistinct[M <: MB, R](\n    query: Query[M, _, _],\n    key: String,\n    ct: ClassTag[R],\n    readPreference: Option[ReadPreference]\n  )(implicit db: MongoDatabase): Long = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val rClass = ct.runtimeClass.asInstanceOf[Class[R]]\n    coll.distinct(key, cnd, rClass).asScala.toSet.size.toLong\n  }\n\n  def distinct[M <: MB, R](\n    query: Query[M, _, _],\n    key: String,\n    ct: ClassTag[R],\n    readPreference: Option[ReadPreference]\n  )(implicit db: MongoDatabase): Iterable[R] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val rClass = ct.runtimeClass.asInstanceOf[Class[R]]\n    coll.distinct[R](key, cnd, rClass).asScala\n  }\n\n  def delete[M <: MB](\n    query: Query[M, _, _],\n    writeConcern: WriteConcern\n  )(implicit db: MongoDatabase): Unit = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n    coll.deleteMany(cnd)\n  }\n\n  def insertOne[M <: MB, R](query: Query[M, R, _], doc: BsonDocument, writeConcern: WriteConcern)(implicit db: MongoDatabase): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    collection.insertOne(doc)\n  }\n\n  def insertMany[M <: MB, R](query: Query[M, R, _], docs: Seq[BsonDocument], writeConcern: WriteConcern)(implicit db: MongoDatabase): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    collection.insertMany(docs.toList.asJava)\n  }\n\n  def modify[M <: MB](\n    mod: ModifyQuery[M, _],\n    upsert: Boolean,\n    multi: Boolean,\n    writeConcern: WriteConcern\n  )(implicit db: MongoDatabase): Unit = {\n    val modClause = transformer.transformModify(mod)\n    validator.validateModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty) {\n      val q: Bson = buildCondition(modClause.query.condition)\n      val m: Bson = buildModify(modClause.mod)\n      val coll = dbCollectionFactory.getPrimaryDBCollection(modClause.query)\n      val updateOptions = new UpdateOptions().upsert(upsert)\n      if (multi) {\n        coll.updateMany(q, m, updateOptions)\n      } else {\n        coll.updateOne(q, m, updateOptions)\n      }\n    }\n  }\n\n  def findAndModify[M <: MB, R](\n    mod: FindAndModifyQuery[M, R],\n    returnNew: Boolean,\n    upsert: Boolean,\n    remove: Boolean\n  )(f: BsonDocument => R)(implicit db: MongoDatabase): Option[R] = {\n    val modClause = transformer.transformFindAndModify(mod)\n    validator.validateFindAndModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty || remove) {\n      val query = modClause.query\n      val cnd: Bson = buildCondition(query.condition)\n      val ord = query.order.map(buildOrder)\n      val m: Bson = buildModify(modClause.mod)\n      val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n      val retDoc = if (returnNew) ReturnDocument.AFTER else ReturnDocument.BEFORE\n      val ret = if (remove) {\n        val opts = new FindOneAndDeleteOptions()\n        ord.map(dbo => opts.sort(dbo))\n        coll.findOneAndDelete(cnd, opts)\n      } else {\n        val opts = new FindOneAndUpdateOptions().returnDocument(retDoc).upsert(upsert)\n        ord.map(dbo => opts.sort(dbo))\n        coll.findOneAndUpdate(cnd, m, opts)\n      }\n      Option(ret).map(f)\n    } else {\n      None\n    }\n  }\n\n  def findIterable[M <: MB, R](query: Query[M, _, _], batchSize: Option[Int] = None, readPreference: Option[ReadPreference] = None)(implicit db: MongoDatabase): FindIterable[BsonDocument] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = {\n      val c = dbCollectionFactory.getDBCollection(query)\n      readPreference.fold(c)(c.withReadPreference(_))\n    }\n\n    val sel: Bson = queryClause.select.map(buildSelect)\n      .getOrElse(BasicDBObjectBuilder\n        .start.get.asInstanceOf[BasicDBObject])\n\n    val ord = queryClause.order.map(buildOrder)\n    val cursor = coll.find(cnd).projection(sel)\n\n    batchSize.map(cursor.batchSize _)\n    queryClause.lim.foreach(cursor.limit _)\n    queryClause.sk.foreach(cursor.skip _)\n    ord.foreach(cursor.sort _)\n    cursor\n  }\n\n  def fineOne[M <: MB, R](query: Query[M, _, _], serializer: RogueBsonRead[R])(implicit db: MongoDatabase): Option[R] = {\n    Option(findIterable(query).first()).flatMap(serializer.fromDocumentOpt)\n  }\n\n  def find[M <: MB, R](query: Query[M, _, _], serializer: RogueBsonRead[R], readPreference: Option[ReadPreference])(implicit db: MongoDatabase): Seq[R] = {\n    val mb = Seq.newBuilder[R]\n\n    val it = findIterable(query, None, readPreference).iterator()\n    while (it.hasNext) {\n      mb += serializer.fromDocument(it.next())\n    }\n    mb.result()\n  }\n\n  def iterate[M <: MB, R, S](\n    query: Query[M, R, _],\n    initialState: S,\n    f: BsonDocument => R,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Event[R]) => Command[S])(implicit db: MongoDatabase): S = {\n    def getObject(cursor: MongoCursor[BsonDocument]): Try[R] = {\n      Try(f(cursor.next()))\n    }\n\n    @scala.annotation.tailrec\n    def iter(cursor: MongoCursor[BsonDocument], curState: S): S = {\n      if (cursor.hasNext) {\n        getObject(cursor) match {\n          case Failure(e) => handler(curState, Error(e)).state\n          case Success(r) => handler(curState, Item(r)) match {\n            case Continue(s) => iter(cursor, s)\n            case Return(s) => s\n          }\n        }\n      } else {\n        handler(curState, EOF).state\n      }\n    }\n\n    val cursor: MongoCursor[BsonDocument] = findIterable(query, None, readPreference).iterator()\n    iter(cursor, initialState)\n  }\n\n  def iterateBatch[M <: MB, R, S](\n    query: Query[M, R, _],\n    batchSize: Int,\n    initialState: S,\n    f: BsonDocument => R,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Event[Seq[R]]) => Command[S])(implicit db: MongoDatabase): S = {\n    val buf = new ListBuffer[R]\n\n    def getBatch(cursor: MongoCursor[BsonDocument]): Try[Seq[R]] = {\n      Try {\n        buf.clear()\n        \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n        while (cursor.hasNext && buf.length < batchSize) {\n          buf += f(cursor.next)\n        }\n        buf.toList\n      }\n    }\n\n    @scala.annotation.tailrec\n    def iter(cursor: MongoCursor[BsonDocument], curState: S): S = {\n      if (cursor.hasNext) {\n        getBatch(cursor) match {\n          case Failure(e) => handler(curState, Error(e)).state\n          case Success(Nil) => handler(curState, EOF).state\n          case Success(rs) => handler(curState, Item(rs)) match {\n            case Continue(s) => iter(cursor, s)\n            case Return(s) => s\n          }\n        }\n      } else {\n        handler(curState, EOF).state\n      }\n    }\n    val cursor = findIterable(query, Some(batchSize), readPreference).iterator()\n    iter(cursor, initialState)\n  }\n\n  def replaceOne[M <: MB, R](query: Query[M, R, _], doc: BsonDocument, upsert: Boolean, writeConcern: WriteConcern)(implicit db: MongoDatabase): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    val filter = new BsonDocument(\"_id\", doc.get(\"_id\"))\n    collection.replaceOne(filter, doc, new UpdateOptions().upsert(upsert))\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/MongoHelpers.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nimport java.util.regex.Pattern\nimport scala.collection.immutable.ListMap\n\nimport com.mongodb._\nimport tech.scoundrel.rogue._\n\nobject MongoHelpers extends Rogue {\n  case class AndCondition(clauses: List[QueryClause[_]], orCondition: Option[OrCondition], searchCondition: Option[SearchCondition]) {\n    def isEmpty: Boolean = clauses.isEmpty && orCondition.isEmpty && searchCondition.isEmpty\n  }\n\n  case class OrCondition(conditions: List[AndCondition])\n\n  case class SearchCondition(search: String, language: Option[String])\n\n  sealed trait MongoOrderTerm {\n    def extend(builder: BasicDBObjectBuilder): Unit\n  }\n  case class FieldOrderTerm(field: String, ascending: Boolean) extends MongoOrderTerm {\n    def extend(builder: BasicDBObjectBuilder): Unit =\n      builder.add(field, if (ascending) 1 else -1)\n  }\n  case class NaturalOrderTerm(ascending: Boolean) extends MongoOrderTerm {\n    def extend(builder: BasicDBObjectBuilder): Unit =\n      builder.add(\"$natural\", if (ascending) 1 else -1)\n  }\n  case class ScoreOrderTerm(name: String) extends MongoOrderTerm {\n    def extend(builder: BasicDBObjectBuilder): Unit =\n      builder.push(name).add(\"$meta\", \"textScore\").pop\n  }\n\n  sealed case class MongoOrder(terms: List[MongoOrderTerm])\n\n  sealed case class MongoModify(clauses: List[ModifyClause])\n\n  sealed case class MongoSelect[M, R](fields: IndexedSeq[SelectField[_, M]], transformer: IndexedSeq[Any] => R, isExists: Boolean, scoreName: Option[String])\n\n  object MongoBuilder {\n    def buildCondition(cond: AndCondition, signature: Boolean = false): BasicDBObject = {\n      buildCondition(cond, BasicDBObjectBuilder.start, signature)\n    }\n\n    def buildCondition(\n      cond: AndCondition,\n      builder: BasicDBObjectBuilder,\n      signature: Boolean\n    ): BasicDBObject = {\n      val (rawClauses, safeClauses) = cond.clauses.partition(_.isInstanceOf[RawQueryClause])\n\n      \/\/ Normal clauses\n      safeClauses.groupBy(_.fieldName).toList\n        .sortBy { case (fieldName, _) => -cond.clauses.indexWhere(_.fieldName == fieldName) }\n        .foreach {\n          case (name, cs) => {\n            \/\/ Equality clauses look like { a : 3 }\n            \/\/ but all other clauses look like { a : { $op : 3 }}\n            \/\/ and can be chained like { a : { $gt : 2, $lt: 6 }}.\n            \/\/ So if there is any equality clause, apply it (only) to the builder;\n            \/\/ otherwise, chain the clauses.\n            cs.filter(_.isInstanceOf[EqClause[_, _]]).headOption match {\n              case Some(eqClause) => eqClause.extend(builder, signature)\n              case None => {\n                builder.push(name)\n                val (negative, positive) = cs.partition(_.negated)\n                positive.foreach(_.extend(builder, signature))\n                if (negative.nonEmpty) {\n                  builder.push(\"$not\")\n                  negative.foreach(_.extend(builder, signature))\n                  builder.pop\n                }\n                builder.pop\n              }\n            }\n          }\n        }\n\n      \/\/ Raw clauses\n      rawClauses.foreach(_.extend(builder, signature))\n\n      \/\/ Optional $or clause (only one per \"and\" chain)\n      cond.orCondition.foreach(or => {\n        val subclauses = or.conditions\n          .map(buildCondition(_, signature))\n          .filterNot(_.keySet.isEmpty)\n        builder.add(\"$or\", QueryHelpers.list(subclauses))\n      })\n\n      \/\/ Optional $text clause\n      cond.searchCondition.foreach(txt => {\n        builder.push(\"$text\").add(\"$search\", txt.search)\n        txt.language.foreach { lang => builder.add(\"$language\", lang) }\n        builder.pop\n      })\n\n      builder.get.asInstanceOf[BasicDBObject]\n    }\n\n    def buildOrder(o: MongoOrder): BasicDBObject = {\n      val builder = BasicDBObjectBuilder.start\n      o.terms.reverse.foreach(_.extend(builder))\n      builder.get.asInstanceOf[BasicDBObject]\n    }\n\n    def buildModify(m: MongoModify): BasicDBObject = {\n      val builder = BasicDBObjectBuilder.start\n      m.clauses.groupBy(_.operator).foreach {\n        case (op, cs) => {\n          builder.push(op.toString)\n          cs.foreach(_.extend(builder))\n          builder.pop\n        }\n      }\n      builder.get().asInstanceOf[BasicDBObject]\n    }\n\n    def buildSelect[M, R](select: MongoSelect[M, R]): BasicDBObject = {\n      val builder = BasicDBObjectBuilder.start\n      \/\/ If select.isExists is true, then a MongoSelect clause exists,\n      \/\/ and we select just the _id field.\n      if (select.isExists) {\n        builder.add(\"_id\", 1)\n      } else {\n        select.fields.foreach(f => {\n          f.slc match {\n            case None => builder.add(f.field.name, 1)\n            case Some((s, None)) => builder.push(f.field.name).add(\"$slice\", s).pop()\n            case Some((s, Some(e))) => builder.push(f.field.name).add(\"$slice\", QueryHelpers.makeJavaList(List(s, e))).pop()\n          }\n        })\n      }\n\n      \/\/ add score \"field\"\n      select.scoreName.foreach(name => builder.push(name).add(\"$meta\", \"textScore\").pop)\n      builder.get.asInstanceOf[BasicDBObject]\n    }\n\n    def buildHint(h: ListMap[String, Any]): DBObject = {\n      val builder = BasicDBObjectBuilder.start\n      h.foreach {\n        case (field, attr) => {\n          builder.add(field, attr)\n        }\n      }\n      builder.get\n    }\n\n    val OidPattern = Pattern.compile(\"\"\"\\{ \"\\$oid\" : \"([0-9a-f]{24})\"\\}\"\"\")\n    def stringFromDBObject(dbo: DBObject): String = {\n      \/\/ DBObject.toString renders ObjectIds like { $oid: \"...\"\" }, but we want ObjectId(\"...\")\n      \/\/ because that's the format the Mongo REPL accepts.\n      OidPattern.matcher(dbo.toString).replaceAll(\"\"\"ObjectId(\"$1\")\"\"\")\n    }\n\n    def buildQueryString[R, M](operation: String, collectionName: String, query: Query[M, R, _]): String = {\n      val sb = new StringBuilder(\"db.%s.%s(\".format(collectionName, operation))\n      sb.append(stringFromDBObject(buildCondition(query.condition, signature = false)))\n      query.select.foreach(s => sb.append(\", \" + buildSelect(s).toString))\n      sb.append(\")\")\n      query.order.foreach(o => sb.append(\".sort(%s)\" format buildOrder(o).toString))\n      query.lim.foreach(l => sb.append(\".limit(%d)\" format l))\n      query.sk.foreach(s => sb.append(\".skip(%d)\" format s))\n      query.maxScan.foreach(m => sb.append(\"._addSpecial(\\\"$maxScan\\\", %d)\" format m))\n      query.comment.foreach(c => sb.append(\"._addSpecial(\\\"$comment\\\", \\\"%s\\\")\" format c))\n      query.hint.foreach(h => sb.append(\".hint(%s)\" format buildHint(h).toString))\n      sb.toString\n    }\n\n    def buildConditionString[R, M](operation: String, collectionName: String, query: Query[M, R, _]): String = {\n      val sb = new StringBuilder(\"db.%s.%s(\".format(collectionName, operation))\n      sb.append(buildCondition(query.condition, signature = false).toString)\n      sb.append(\")\")\n      sb.toString\n    }\n\n    def buildModifyString[R, M](collectionName: String, modify: ModifyQuery[M, _],\n      upsert: Boolean = false, multi: Boolean = false): String = {\n      \"db.%s.update(%s, %s, %s, %s)\".format(\n        collectionName,\n        stringFromDBObject(buildCondition(modify.query.condition, signature = false)),\n        stringFromDBObject(buildModify(modify.mod)),\n        upsert,\n        multi\n      )\n    }\n\n    def buildFindAndModifyString[R, M](collectionName: String, mod: FindAndModifyQuery[M, R], returnNew: Boolean, upsert: Boolean, remove: Boolean): String = {\n      val query = mod.query\n      val sb = new StringBuilder(\"db.%s.findAndModify({ query: %s\".format(\n        collectionName, stringFromDBObject(buildCondition(query.condition))\n      ))\n      query.order.foreach(o => sb.append(\", sort: \" + buildOrder(o).toString))\n      if (remove) sb.append(\", remove: true\")\n      sb.append(\", update: \" + stringFromDBObject(buildModify(mod.mod)))\n      sb.append(\", new: \" + returnNew)\n      query.select.foreach(s => sb.append(\", fields: \" + buildSelect(s).toString))\n      sb.append(\", upsert: \" + upsert)\n      sb.append(\" })\")\n      sb.toString\n    }\n\n    def buildSignature[R, M](collectionName: String, query: Query[M, R, _]): String = {\n      val sb = new StringBuilder(\"db.%s.find(\".format(collectionName))\n      sb.append(buildCondition(query.condition, signature = true).toString)\n      sb.append(\")\")\n      query.order.foreach(o => sb.append(\".sort(%s)\" format buildOrder(o).toString))\n      sb.toString\n    }\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/field\/StringField.scala","text":"<filename>mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/field\/StringField.scala\n\/*\n * Copyright 2007-2011 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage record\npackage field\n\nimport scala.xml.NodeSeq\n\nimport net.liftweb.common._\nimport net.liftweb.http.S\nimport net.liftweb.http.S.SFuncHolder\nimport net.liftweb.http.js.JE.{ JsNull, Str }\nimport net.liftweb.json._\nimport net.liftweb.util.StringValidators\nimport net.liftweb.util.Helpers._\n\ntrait StringTypedField extends TypedField[String] with StringValidators {\n  val maxLength: Int\n\n  def maxLen = maxLength\n\n  def setFromAny(in: Any): Box[String] = in match {\n    case seq: Seq[_] if !seq.isEmpty => setFromAny(seq.head)\n    case _ => genericSetFromAny(in)\n  }\n\n  def setFromString(s: String): Box[String] = s match {\n    case null | \"\" if optional_? => setBox(Empty)\n    case null | \"\" => setBox(Failure(notOptionalErrorMessage))\n    case _ => setBox(Full(s))\n  }\n\n  private def elem = S.fmapFunc(SFuncHolder(this.setFromAny(_))) {\n    funcName =>\n      <input type={ formInputType } maxlength={ maxLength.toString } name={ funcName } value={ valueBox openOr \"\" } tabindex={ tabIndex.toString }\/>\n  }\n\n  def toForm: Box[NodeSeq] =\n    uniqueFieldId match {\n      case Full(id) => Full(elem % (\"id\" -> id))\n      case _ => Full(elem)\n    }\n\n  def defaultValue = \"\"\n\n  def asJs = valueBox.map(Str) openOr JsNull\n\n  def asJValue: JValue = valueBox.map(v => JString(v)) openOr (JNothing: JValue)\n  def setFromJValue(jvalue: JValue): Box[MyType] = jvalue match {\n    case JNothing | JNull if optional_? => setBox(Empty)\n    case JString(s) => setFromString(s)\n    case other => setBox(FieldHelpers.expectedA(\"JString\", other))\n  }\n}\n\nclass StringField[OwnerType <: Record[OwnerType]](rec: OwnerType, val maxLength: Int)\n    extends Field[String, OwnerType] with MandatoryTypedField[String] with StringTypedField {\n\n  def this(rec: OwnerType, maxLength: Int, value: String) = {\n    this(rec, maxLength)\n    set(value)\n  }\n\n  def this(rec: OwnerType, value: String) = {\n    this(rec, 100)\n    set(value)\n  }\n\n  def owner = rec\n\n  protected def valueTypeToBoxString(in: ValueType): Box[String] = toBoxMyType(in)\n  protected def boxStrToValType(in: Box[String]): ValueType = toValueType(in)\n}\n\nclass OptionalStringField[OwnerType <: Record[OwnerType]](rec: OwnerType, val maxLength: Int)\n    extends Field[String, OwnerType] with OptionalTypedField[String] with StringTypedField {\n\n  def this(rec: OwnerType, maxLength: Int, value: Box[String]) = {\n    this(rec, maxLength)\n    setBox(value)\n  }\n\n  def this(rec: OwnerType, value: Box[String]) = {\n    this(rec, 100)\n    setBox(value)\n  }\n\n  def owner = rec\n\n  protected def valueTypeToBoxString(in: ValueType): Box[String] = toBoxMyType(in)\n  protected def boxStrToValType(in: Box[String]): ValueType = toValueType(in)\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/CcQueryExecutor.scala","text":"package tech.scoundrel.rogue.cc\n\nimport com.mongodb.client.{ MongoCollection, MongoDatabase }\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\nimport org.bson.BsonDocument\nimport tech.scoundrel.rogue.index.{ IndexedRecord, UntypedMongoIndex }\nimport tech.scoundrel.rogue.{ Query, QueryHelpers }\n\nobject CcDBCollectionFactory extends BsonDBCollectionFactory[CcMeta[_]] {\n  type TCM = CcMeta[_]\n  val bsonDocClass = classOf[BsonDocument]\n\n  \/\/temorary codec registry until all needed machinery converted from BasicDBObject to BsonDocument\n  \/\/[M <: MongoRecord[_] with MongoMetaRecord[_]\n  override def getDBCollection[M <: TCM](query: Query[M, _, _])(implicit db: MongoDatabase): MongoCollection[BsonDocument] = {\n    db.getCollection(query.collectionName, bsonDocClass)\n  }\n\n  override def getPrimaryDBCollection[M <: TCM](query: Query[M, _, _])(implicit db: MongoDatabase): MongoCollection[BsonDocument] = {\n    getDBCollection(query)\n  }\n\n  protected def getPrimaryDBCollection(meta: CcMeta[_], collectionName: String)(implicit db: MongoDatabase): MongoCollection[BsonDocument] = {\n    db.getCollection(collectionName, bsonDocClass)\n  }\n\n  \/*override def getPrimaryDBCollection(record: MongoRecord[_]): MongoCollection[BsonDocument] = {\n    getPrimaryDBCollection(record.meta, record.meta.collectionName)\n  }*\/\n\n  override def getInstanceName[M <: TCM](query: Query[M, _, _])(implicit db: MongoDatabase): String = {\n    db.getName\n  }\n\n  \/*override def getInstanceName(record: MongoRecord[_]): String =\n    record.meta.connectionIdentifier.toString\n*\/\n  \/**\n   * Retrieves the list of indexes declared for the record type associated with a\n   * query. If the record type doesn't declare any indexes, then returns None.\n   *\n   * @param query the query\n   * @return the list of indexes, or an empty list.\n   *\/\n  override def getIndexes[M <: TCM](query: Query[M, _, _])(implicit db: MongoDatabase): Option[Seq[UntypedMongoIndex]] = {\n    val queryMetaRecord = query.meta\n    if (queryMetaRecord.isInstanceOf[IndexedRecord[_]]) {\n      Some(queryMetaRecord.asInstanceOf[IndexedRecord[_]].mongoIndexList)\n    } else {\n      None\n    }\n  }\n}\n\nclass CcAdapter(dbCollectionFactory: BsonDBCollectionFactory[CcMeta[_]]) extends MongoBsonJavaDriverAdapter(dbCollectionFactory)\n\nobject CcAdapter extends CcAdapter(CcDBCollectionFactory)\n\nclass CcQueryExecutor(override val adapter: MongoBsonJavaDriverAdapter[CcMeta[_]]) extends BsonQueryExecutor[CcMeta[_]] with BsonReadWriteSerializers[CcMeta[_]] {\n  override def defaultWriteConcern = QueryHelpers.config.defaultWriteConcern\n}\n\nobject CcQueryExecutor extends CcQueryExecutor(CcAdapter)"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/EndToEndBsonTest.scala","text":"package tech.scoundrel.rogue.cc\n\nimport java.time.LocalDateTime\nimport java.util.regex.Pattern\n\nimport com.mongodb.client.MongoDatabase\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.LongField\n\/\/import tech.scoundrel.rogue.test.TrivialORMTests\nimport tech.scoundrel.rogue.cc.CcRogue._\nimport org.bson.types.ObjectId\nimport org.junit.{ After, Before, Test }\nimport org.specs2.matcher.JUnitMustMatchers\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, Awaitable }\nimport CcRogue._\n\nclass EndToEndBsonTest extends JUnitMustMatchers {\n  import Metas._\n\n  val lastClaim = VenueClaimBson(uid = 5678L, status = ClaimStatus.approved)\n  val firstClaim = VenueClaimBson(uid = 5679L, status = ClaimStatus.approved)\n\n  def baseTestVenue(): Venue = Venue(\n    _id = Venue.newId,\n    legId = 123L,\n    userId = 456L,\n    venuename = \"test venue\",\n    mayor = 789L,\n    mayor_count = 3L,\n    closed = false,\n    popularity = List(1L, 2L, 3L),\n    categories = List(new ObjectId()),\n    last_updated = LocalDateTime.now(),\n    status = VenueStatus.open,\n    claims = List(\n      VenueClaimBson(uid = 1234L, status = ClaimStatus.pending),\n      VenueClaimBson(uid = 5678L, status = ClaimStatus.approved)\n    ),\n    lastClaim = Option(lastClaim),\n    tags = List(\"test tag1\", \"some tag\")\n  )\n\n  def baseTestVenueClaim(vid: ObjectId): VenueClaim = {\n    VenueClaim(VenueClaim.newId, vid, 123L, ClaimStatus.approved)\n  }\n\n  def baseTestTip(): Tip = {\n    Tip(new ObjectId(), legid = 234L, counts = Map(\"foo\" -> 1L, \"bar\" -> 2L))\n  }\n\n  private var dbOpt: Option[MongoDatabase] = None\n  implicit def db = dbOpt.getOrElse(throw new UninitializedError)\n\n  @Before\n  def setupMongoConnection: Unit = {\n    val m = MongoTestConn.connectToMongoSync\n    CcMongo.defineDbSync(\"default\", m, \"rogue-test-\")\n    CcMongo.defineDbSync(\"lift\", m, \"rogue-test-\")\n    dbOpt = CcMongo.getDbSync(\"lift\")\n  }\n\n  @After\n  def cleanupTestData: Unit = {\n\n    VenueR.bulkDelete_!!!()\n    VenueR.count() must_== 0\n\n    VenueClaimR.bulkDelete_!!!()\n    VenueClaimR.count() must_== 0\n\n    OptValCCR.bulkDelete_!!!()\n    \/\/Like.allShards.bulkDelete_!!!()\n\n    MongoTestConn.disconnectFromMongoSync\n  }\n\n  @Test\n  def eqsTests: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n    val vc = baseTestVenueClaim(v._id)\n    VenueClaimR.insertOne(vc)\n\n    \/\/ eqs\n    val q = ccMetaToQueryBuilder(VenueR).where(_.id eqs v._id)\n    \/\/println(s\"Ret class ${classOf[q.meta.R]}\")\n    ccMetaToQueryBuilder(VenueR).where(_.id eqs v._id).fetch().map(_._id) must_== Seq(v._id)\n    VenueR.where(_.mayor eqs v.mayor).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor eqs v.mayor).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.venuename eqs v.venuename).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.closed eqs false).fetch().map(_._id) must_== List(v._id)\n\n    VenueR.where(_.mayor eqs 432432).fetch().map(_._id) must_== Nil\n    VenueR.where(_.closed eqs true).fetch().map(_._id) must_== Nil\n\n    VenueClaimR.fetch().map(println)\n    VenueClaimR.where(_.status eqs ClaimStatus.approved).fetch().map(_._id) must_== List(vc._id)\n    VenueClaimR.where(_.venueid eqs v._id).fetch().map(_._id) must_== List(vc._id)\n  }\n\n  @Test\n  def testInequalityQueries: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n    val vc = baseTestVenueClaim(v._id)\n    VenueClaimR.insertOne(vc)\n\n    \/\/ neq,lt,gt, where the lone Venue has mayor_count=3, and the only\n    \/\/ VenueClaim has status approved.\n    val h = VenueR.where(_.mayor_count neqs 5).fetch()\n    VenueR.where(_.mayor_count neqs 5).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor_count < 5).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor_count lt 5).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor_count <= 5).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor_count lte 5).fetch().map(_._id) must_== List(v._id)\n    VenueR.where(_.mayor_count > 5).fetch().map(_._id) must_== Nil\n    VenueR.where(_.mayor_count gt 5).fetch().map(_._id) must_== Nil\n    VenueR.where(_.mayor_count >= 5).fetch().map(_._id) must_== Nil\n    VenueR.where(_.mayor_count gte 5).fetch().map(_._id) must_== Nil\n    VenueR.where(_.mayor_count between (3, 5)).fetch().map(_._id) must_== List(v._id)\n    VenueClaimR.where(_.status neqs ClaimStatus.approved).fetch().map(_._id) must_== Nil\n    VenueClaimR.where(_.status neqs ClaimStatus.pending).fetch().map(_._id) must_== List(vc._id)\n  }\n\n  @Test\n  def selectQueries: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n\n    val base = VenueR.where(_.id eqs v._id)\n    \/\/val f = mandatoryFieldToSelectField(VenueR.legacyid)\n\n    base.select(_.legacyid).fetch() must_== List(v.legId)\n\n    val x = base.select(_.legacyid, _.userId).fetch() must_== List((v.legId, v.userId))\n    base.select(_.legacyid, _.userId, _.mayor).fetch() must_== List((v.legId, v.userId, v.mayor))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count).fetch() must_== List((v.legId, v.userId, v.mayor, v.mayor_count))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed).fetch() must_== List((v.legId, v.userId, v.mayor, v.mayor_count, v.closed))\n    base.select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags).fetch() must_== List((v.legId, v.userId, v.mayor, v.mayor_count, v.closed, v.tags))\n  }\n\n  @Test\n  def selectEnum: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n    VenueR.where(_.id eqs v._id).select(_.status).fetch() must_== List(VenueStatus.open)\n  }\n\n  @Test\n  def selectCaseQueries: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n\n    val base = VenueR.where(_.id eqs v._id)\n    base.selectCase(_.legacyid, V1).fetch() must_== List(V1(v.legId))\n    base.selectCase(_.legacyid, _.userId, V2).fetch() must_== List(V2(v.legId, v.userId))\n    base.selectCase(_.legacyid, _.userId, _.mayor, V3).fetch() must_== List(V3(v.legId, v.userId, v.mayor))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, V4).fetch() must_== List(V4(v.legId, v.userId, v.mayor, v.mayor_count))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, V5).fetch() must_== List(V5(v.legId, v.userId, v.mayor, v.mayor_count, v.closed))\n    base.selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags, V6).fetch() must_== List(V6(v.legId, v.userId, v.mayor, v.mayor_count, v.closed, v.tags))\n  }\n\n  @Test\n  def selectSubfieldQueries: Unit = {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n    val t = baseTestTip()\n    TipR.insertOne(t)\n\n    \/\/TODO - no support for querying map fields now\n    \/\/ select subfields\n    val q3 = TipR.where(_.id eqs t._id).select(_.counts at \"foo\")\n    \/\/println(s\"Q ${q.query}\")\n    q3.fetch() must_== Seq(Some(1L))\n\n    \/\/todo - no unsafe fields now\n    \/\/VenueR.where(_.id eqs v._id).select(_.geolatlng.unsafeField[Double](\"lat\").fetch() must_== List(Some(40.73)\n    val subuserids: Seq[Option[List[Long]]] = VenueR.where(_.id eqs v._id).select(_.claims.subselect(_.uid)).fetch()\n    \/\/println(s\"Sub user ids ${subuserids}\")\n    subuserids must_== List(Some(List(1234, 5678)))\n\n    val q = VenueR.where(_.claims.subfield(_.uid) eqs 1234).select(_.claims.$$)\n    val subclaims: Seq[Seq[VenueClaimBson]] = q.fetch()\n    subclaims.size must_== 1\n    subclaims.head.size must_== 1\n    subclaims.head.head.uid must_== 1234\n    subclaims.head.head.status must_== ClaimStatus.pending\n\n    \/\/ selecting a claims.userid when there is no top-level claims list should\n    \/\/ have one element in the List for the one Venue, but an Empty for that\n    \/\/ Venue since there's no list of claims there.\n    VenueR.where(_.id eqs v._id).modify(_.claims unset).and(_.lastClaim unset).updateOne()\n    \/\/val x =caseClassFieldToQueryField(VenueR.lastClaim).subfield(_.uid)\n\n    \/\/val d = VenueR.select(_.lastClaim.subfield(_.uid)\n    \/\/val f= roptionalFieldToSelectField(ccMetaToQueryBuilder(VenueR).select(_.lastClaim.subfield(_.uid))\n    \/\/val q = VenueR.where(_.id eqs v._id).select(_.lastClaim.subfield(_.uid)\n\n    VenueR.where(_.id eqs v._id).select(_.lastClaim.subfield(_.uid)).fetch() must_== List(None)\n    VenueR.where(_.id eqs v._id).select(_.lastClaim.subselect(_.uid)).fetch() must_== List(None)\n    VenueR.where(_.id eqs v._id).select(_.claims.subselect(_.uid)).fetch() must_== List(None)\n  }\n  \/*\n    @Ignore(\"These tests are broken because DummyField doesn't know how to convert a String to an Enum\")\n    def testSelectEnumSubfield: Unit = {\n          val v = baseTestVenue()\n          VenueR.insertOne(v)\n\n      \/\/ This behavior is broken because we get a String back from mongo, and at\n      \/\/ that point we only have a DummyField for the subfield, and that doesn't\n      \/\/ know how to convert the String to an Enum.\n\n      val statuses: Seq[Option[VenueClaimBson.status.MyType]] =\n        VenueR.where(_._id eqs v._id).select(_.lastClaim.subselect(_.status).fetch()\n      \/\/ This assertion works.\n      statuses must_== List(Some(\"Approved\")\n      \/\/ This assertion is what we want, and it fails.\n      \/\/ statuses must_== List(Some(ClaimStatus.approved)\n\n      val subuseridsAndStatuses: Seq[(Option[List[Long]], Option[List[VenueClaimBson.status.MyType]])] =\n        VenueR.where(_._id eqs v._id)\n          .select(_.claims.subselect(_.userid), _.claims.subselect(_.status)\n          .fetch()\n      \/\/ This assertion works.\n      subuseridsAndStatuses must_== Seq((Some(List(1234, 5678), Some(List(\"Pending approval\", \"Approved\"))\n\n      \/\/ This assertion is what we want, and it fails.\n      \/\/ subuseridsAndStatuses must_== List((Some(List(1234, 5678), Some(List(ClaimStatus.pending, ClaimStatus.approved))\n    }\n\n    @Test\n    def testReadPreference: Unit = {\n      \/\/ Note: this isn't a real test of readpreference because the test mongo setup\n      \/\/ doesn't have replicas. This basically just makes sure that readpreference\n      \/\/ doesn't break everything.\n          val v = baseTestVenue()\n          VenueR.insertOne(v)\n\n      \/\/ eqs\n      VenueR.where(_._id eqs v._id).fetch().map(_._id) must_== Seq(v._id)\n      VenueR.where(_._id eqs v._id).setReadPreference(ReadPreference.secondary).fetch().map(_._id) must_== Seq(v._id)\n      VenueR.where(_._id eqs v._id).setReadPreference(ReadPreference.primary).fetch().map(_._id) must_== Seq(v._id)\n    }\n  *\/\n\n  \/* Orignal test was broken - Veny has lots more required parameters than just userId\n  case class Venue(_id: ObjectId, legId: Long, userId: Long, venuename: String, mayor: Long, mayor_count: Long, closed: Boolean, tags: List[String],\n                 popularity: List[Long], categories: List[ObjectId], latlng: LatLong, last_updated: LocalDateTime, status: VenueStatus.Value, claims: List[VenueClaimBson],\n                 lastClaim: VenueClaimBson)\n\n   *\/\n  @Test\n  def testFindAndModify {\n    val v1 = VenueR.where(_.venuename eqs \"v1\")\n      .findAndModify(_.userId setTo 5) \/\/all required fields have to be set, because they are required in CC\n      .and(_.legacyid setTo 0L).and(_.venuename setTo \"\").and(_.mayor_count setTo 0L)\n      .and(_.closed setTo false).and(_.last_updated setTo LocalDateTime.now())\n      .and(_.status setTo VenueStatus.open).and(_.mayor setTo 0L)\n      .upsertOne(returnNew = false)\n\n    v1 must_== None\n    val v2 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 5)\n      .and(_.legacyid setTo 0L).and(_.mayor_count setTo 0L)\n      .and(_.closed setTo false).and(_.last_updated setTo LocalDateTime.now())\n      .and(_.status setTo VenueStatus.open).and(_.mayor setTo 0L).and(_.userId setTo 0L)\n      .upsertOne(returnNew = true)\n\n    v2.map(_.userId) must_== Some(5)\n\n    val v3 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 6)\n      .upsertOne(returnNew = false)\n    v3.map(_.userId) must_== Some(5)\n\n    val v4 = VenueR.where(_.venuename eqs \"v2\")\n      .findAndModify(_.userId setTo 7)\n      .upsertOne(returnNew = true)\n    v4.map(_.userId) must_== Some(7)\n\n  }\n\n  @Test\n  def testRegexQuery {\n    val v = baseTestVenue()\n    VenueR.insertOne(v)\n    VenueR.where(_.id eqs v._id).and(_.venuename startsWith \"test v\").count() must_== 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \".es. v\".r).count() must_== 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"Tes. v\".r).count() must_== 0\n    VenueR.where(_.id eqs v._id).and(_.venuename matches Pattern.compile(\"Tes. v\", Pattern.CASE_INSENSITIVE)).count() must_== 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"test .*\".r).and(_.legacyid in List(v.legId)).count() must_== 1\n    VenueR.where(_.id eqs v._id).and(_.venuename matches \"test .*\".r).and(_.legacyid nin List(v.legId)).count() must_== 0\n    VenueR.where(_.tags matches \"\"\"some\\s.*\"\"\".r).count() must_== 1\n  }\n\n  @Test\n  def testLimitAndBatch {\n    (1 to 50).foreach(_ => VenueR.insertOne(baseTestVenue()))\n    val q = VenueR.select(_.id)\n    q.limit(10).fetch().length must_== 10\n    q.limit(-10).fetch().length must_== 10\n  }\n  @Test\n  def testCount {\n    (1 to 10).foreach(_ => VenueR.insertOne(baseTestVenue()))\n    val q = VenueR.select(_.id)\n    q.count() must_== 10\n    q.limit(3).count() must_== 3\n    q.limit(15).count() must_== 10\n    q.skip(5).count() must_== 5\n    q.skip(12).count() must_== 0\n    q.skip(3).limit(5).count() must_== 5\n    q.skip(8).limit(4).count() must_== 2\n  }\n  \/\/ distincts need codecs for Long, and probably Int in db\n  @Test\n  def testDistinct {\n    (1 to 5).foreach(_ => VenueR.insertOne(baseTestVenue().copy(userId = 1L)))\n    (1 to 5).foreach(_ => VenueR.insertOne(baseTestVenue().copy(userId = 2L)))\n    (1 to 5).foreach(_ => VenueR.insertOne(baseTestVenue().copy(userId = 3L)))\n    VenueR.where(_.mayor eqs 789L).distinct(_.userId).length must_== 3\n    VenueR.where(_.mayor eqs 789L).countDistinct(_.userId) must_== 3\n  }\n\n  @Test\n  def testSlice(): Unit = {\n    val v = baseTestVenue().copy(tags = List(\"1\", \"2\", \"3\", \"4\"))\n    VenueR.insertOne(v)\n    VenueR.select(_.tags.slice(2)).get() must_== Some(List(\"1\", \"2\"))\n    VenueR.select(_.tags.slice(-2)).get() must_== Some(List(\"3\", \"4\"))\n    VenueR.select(_.tags.slice(1, 2)).get() must_== Some(List(\"2\", \"3\"))\n  }\n\n  @Test\n  def testOptFields(): Unit = {\n    val v1 = OptValCC(maybes = Option(\"first\"), realString = \"Real one\")\n    val id = new ObjectId()\n    val v2 = OptValCC(maybes = Option(\"second\"), maybeid = Option(id), realString = \"real two\")\n    OptValCCR.insertMany(Seq(v1, v2))\n    OptValCCR.createIndex((OptValCCR.ms.name, 1))\n    val strings = OptValCCR.select(_.ms).fetch()\n    val ids = OptValCCR.select(_.mi).fetch()\n    val rs = OptValCCR.select(_.rs).fetch()\n    strings must_=== List(Some(\"first\"), Some(\"second\"))\n    ids must_=== List(None, Some(id))\n    rs must_=== List(\"Real one\", \"real two\")\n  }\n\n  @Test\n  def replaceOneTest(): Unit = {\n    val v1 = OptValCC(maybes = Some(\"bef\"), realString = \"ore\")\n    val v2 = v1.copy(maybes = None)\n    OptValCCR.insertOne(v1)\n    OptValCCR.replaceOne(v2)\n    val vr = OptValCCR.where(_.id eqs v1._id).get().get\n    vr.maybes must_=== None\n    vr.realString must_== \"ore\"\n  }\n\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/QueryExecutor.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.cc\n\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\nimport java.util.function.Consumer\n\nimport com.mongodb._\nimport com.mongodb.async.client.{ MongoDatabase => MongoAsyncDatabase }\nimport com.mongodb.client.MongoDatabase\nimport tech.scoundrel.rogue.MongoHelpers.{ MongoModify, MongoSelect }\nimport tech.scoundrel.rogue._\nimport org.bson.{ BsonDocument, BsonValue }\nimport scala.concurrent.Future\nimport scala.reflect.ClassTag\nimport scala.collection.mutable.{ Builder, ListBuffer }\n\nimport tech.scoundrel.field.Field\nimport tech.scoundrel.rogue._\n\ntrait RogueBsonRead[R] {\n  def fromDocument(dbo: BsonDocument): R\n  def fromDocumentOpt(dbo: BsonDocument): Option[R]\n}\n\ntrait RogueBsonWrite[R] {\n  def toDocument(record: R): BsonDocument\n}\n\ntrait RogueBsonSerializer[From, To] extends RogueBsonRead[To] with RogueBsonWrite[From]\n\ntrait ReadWriteSerializers[MB] {\n\n  protected def readSerializer[M <: MB, R](\n    meta: M,\n    select: Option[MongoSelect[M, R]]\n  ): RogueBsonRead[R]\n\n  protected def writeSerializer[M <: MB, R](meta: M): RogueBsonWrite[R]\n\n  def defaultWriteConcern: WriteConcern\n\n}\n\ntrait AsyncBsonQueryExecutor[MB] extends ReadWriteSerializers[MB] with Rogue {\n  def adapter: MongoAsyncBsonJavaDriverAdapter[MB]\n\n  def count[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Long] = {\n    adapter.count(query, readPreference)\n  }\n\n  def exists[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Boolean] = {\n    adapter.exists(query, readPreference)\n  }\n\n  def countDistinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    ct: ClassTag[V],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Long] = {\n    adapter.countDistinct(query, field(query.meta).name, ct, readPreference)\n  }\n\n  def distinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    ct: ClassTag[V],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Seq[V]] = {\n    adapter.distinct(query, field(query.meta).name, ct, readPreference)\n  }\n\n  def fetch[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Seq[R]] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    adapter.find(query, s)\n  }\n\n  def fetchOne[M <: MB, R, State, S2](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], dba: MongoAsyncDatabase): Future[Option[R]] = {\n    val q = query.limit(1)\n    val s = readSerializer[M, R](q.meta, q.select)\n    adapter.fineOne(q, s)\n  }\n\n  def foreach[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(f: R => Unit)(implicit ev: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Unit] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val docBlock: BsonDocument => Unit = doc => f(s.fromDocument(doc))\n    \/\/applies docBlock to each Document = conversion + f(R)\n    adapter.foreach(query, docBlock)\n  }\n\n  def bulkDelete_!![M <: MB, State](\n    query: Query[M, _, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit\n    ev1: Required[State, Unselected with Unlimited with Unskipped],\n    ev2: ShardingOk[M, State], dba: MongoAsyncDatabase): Future[Unit] = {\n    adapter.delete(query, writeConcern)\n  }\n\n  def updateOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] = {\n    adapter.modify(query, upsert = false, multi = false, writeConcern = writeConcern)\n  }\n\n  def upsertOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Unit] = {\n    adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n  }\n\n  def updateMulti[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    adapter.modify(query, upsert = false, multi = true, writeConcern = writeConcern)\n  }\n\n  \/\/WARNING - it might not behave like original - since I don't know how to handle selection\n  def findAndUpdateOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit dba: MongoAsyncDatabase): Future[Option[R]] = {\n    val s = readSerializer[M, R](query.query.meta, query.query.select)\n    adapter.findAndModify(query, returnNew, upsert = false, remove = false)(s.fromDocumentOpt _)\n  }\n\n  def findAndUpsertOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit dba: MongoAsyncDatabase): Future[Option[R]] = {\n    val s = readSerializer[M, R](query.query.meta, query.query.select)\n    val ss = { dbo: BsonDocument =>\n      val x = s.fromDocumentOpt(dbo)\n      \/\/println(s\"Find and upsert one from ${dbo}, got ${x}\")\n      x\n    }\n    adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDocumentOpt _)\n  }\n\n  def findAndDeleteOne[M <: MB, R, State](\n    query: Query[M, R, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], dba: MongoAsyncDatabase): Future[Option[R]] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val mod = FindAndModifyQuery(query, MongoModify(Nil))\n    adapter.findAndModify(mod, returnNew = false, upsert = false, remove = true)(s.fromDocumentOpt _)\n  }\n\n  def insertOne[M <: MB, R](query: Query[M, R, _], r: R)(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    val doc = writeSerializer[M, R](query.meta).toDocument(r)\n    adapter.insertOne(query, doc, defaultWriteConcern)\n  }\n\n  def insertMany[M <: MB, R](query: Query[M, R, _], r: Seq[R])(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    val s = writeSerializer[M, R](query.meta)\n    val docs = r.map { d => s.toDocument(d) }\n    adapter.insertMany(query, docs, defaultWriteConcern)\n  }\n\n  def replaceOne[M <: MB, R](query: Query[M, R, _], r: R, upsert: Boolean)(implicit dba: MongoAsyncDatabase): Future[Unit] = {\n    val s = writeSerializer[M, R](query.meta)\n    adapter.replaceOne(query, s.toDocument(r), upsert, defaultWriteConcern)\n  }\n}\n\ntrait BsonQueryExecutor[MB] extends ReadWriteSerializers[MB] with Rogue {\n  def adapter: MongoBsonJavaDriverAdapter[MB]\n\n  def count[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): Long = {\n    adapter.count(query, readPreference)\n  }\n\n  def countDistinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None,\n    ct: ClassTag[V]\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): Long = {\n    adapter.countDistinct(query, field(query.meta).name, ct, readPreference)\n  }\n\n  def distinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None,\n    ct: ClassTag[V]\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): Iterable[V] = {\n    \/\/TODO - probably wrong\n    adapter.distinct(query, field(query.meta).name, ct, readPreference)\n  }\n\n  def fetchList[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): List[R] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    adapter.find(query, s, readPreference).toList\n  }\n\n  def fetch[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): Seq[R] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    adapter.find(query, s, readPreference)\n  }\n\n  def fetchOne[M <: MB, R, State, S2](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None,\n    masterFallback: Boolean = false\n  )(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], ev3: M !<:< MongoDisallowed, db: MongoDatabase): Option[R] = {\n\n    val initialResult = fetch(query.limit(1), readPreference).headOption\n\n    val needToRetry = {\n      masterFallback && initialResult.isEmpty && !readPreference.exists(_ == ReadPreference.primary)\n    }\n\n    if (needToRetry) {\n      fetch(query.limit(1), Some(ReadPreference.primary)).headOption\n    } else {\n      initialResult\n    }\n  }\n\n  def foreach[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(f: R => Unit)(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed, db: MongoDatabase): Unit = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val action = new Consumer[BsonDocument]() {\n      override def accept(t: BsonDocument): Unit = {\n        s.fromDocument(t)\n      }\n    }\n    adapter.findIterable(query, None, readPreference).forEach(action)\n  }\n\n  private def drainBufferList[A, B](\n    from: ListBuffer[A],\n    to: ListBuffer[B],\n    f: List[A] => List[B],\n    size: Int\n  ): Unit = {\n    \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n    if (from.length >= size) {\n      to ++= f(from.toList)\n      from.clear\n    }\n  }\n\n  def fetchBatchList[M <: MB, R, T, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    readPreference: Option[ReadPreference] = None\n  )(\n    f: List[R] => List[T]\n  )(\n    implicit\n    ev: ShardingOk[M, State],\n    ev2: M !<:< MongoDisallowed, db: MongoDatabase\n  ): List[T] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val rv = new ListBuffer[T]\n    val buf = new ListBuffer[R]\n    val action = new Consumer[BsonDocument] {\n      override def accept(t: BsonDocument): Unit = {\n        buf += s.fromDocument(t)\n        drainBufferList(buf, rv, f, batchSize)\n      }\n    }\n    adapter.findIterable(query, Some(batchSize), readPreference).forEach(action)\n    drainBufferList(buf, rv, f, 1)\n    rv.toList\n  }\n\n  private def drainBufferSeq[A, B](\n    from: ListBuffer[A],\n    to: Builder[B, Vector[B]],\n    f: Seq[A] => Seq[B],\n    size: Int\n  ): Unit = {\n    \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n    if (from.length >= size) {\n      to ++= f(from.toList)\n      from.clear\n    }\n  }\n\n  def fetchBatch[M <: MB, R, T, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    readPreference: Option[ReadPreference] = None\n  )(\n    f: Seq[R] => Seq[T]\n  )(\n    implicit\n    ev: ShardingOk[M, State],\n    ev2: M !<:< MongoDisallowed, db: MongoDatabase\n  ): Seq[T] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val rv = Vector.newBuilder[T]\n    val buf = new ListBuffer[R]\n    val action = new Consumer[BsonDocument] {\n      override def accept(t: BsonDocument): Unit = {\n        buf += s.fromDocument(t)\n        drainBufferSeq(buf, rv, f, batchSize)\n      }\n    }\n    adapter.findIterable(query, Some(batchSize), readPreference).forEach(action)\n    drainBufferSeq(buf, rv, f, 1)\n    rv.result\n  }\n\n  def bulkDelete_!![M <: MB, State](\n    query: Query[M, _, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit\n    ev1: Required[State, Unselected with Unlimited with Unskipped],\n    ev2: ShardingOk[M, State], ev3: M !<:< MongoDisallowed, db: MongoDatabase): Unit = {\n    adapter.delete(query, writeConcern)\n  }\n\n  def updateOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit = {\n    adapter.modify(query, upsert = false, multi = false, writeConcern = writeConcern)\n  }\n\n  def upsertOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Unit = {\n    try {\n      adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n    } catch {\n      case r: RogueException if r.getCause() != null && r.getCause().isInstanceOf[DuplicateKeyException] => {\n        \/* NOTE: have to retry upserts that fail with duplicate key,\n           * see https:\/\/jira.mongodb.org\/browse\/SERVER-14322\n           *\/\n        adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n      }\n    }\n  }\n\n  def updateMulti[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit db: MongoDatabase): Unit = {\n    adapter.modify(query, upsert = false, multi = true, writeConcern = writeConcern)\n  }\n\n  def findAndUpdateOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit db: MongoDatabase): Option[R] = {\n    val s = readSerializer[M, R](query.query.meta, query.query.select)\n    adapter.findAndModify(query, returnNew, upsert = false, remove = false)(s.fromDocument _)\n  }\n\n  def findAndUpsertOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit db: MongoDatabase): Option[R] = {\n    try {\n      val s = readSerializer[M, R](query.query.meta, query.query.select)\n      adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDocument _)\n    } catch {\n      case r: RogueException if r.getCause() != null && r.getCause().isInstanceOf[DuplicateKeyException] => {\n        \/* NOTE: have to retry upserts that fail with duplicate key,\n           * see https:\/\/jira.mongodb.org\/browse\/SERVER-14322\n           *\/\n        val s = readSerializer[M, R](query.query.meta, query.query.select)\n        adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDocument _)\n      }\n    }\n  }\n\n  def findAndDeleteOne[M <: MB, R, State](\n    query: Query[M, R, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State], db: MongoDatabase): Option[R] = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    val mod = FindAndModifyQuery(query, MongoModify(Nil))\n    adapter.findAndModify(mod, returnNew = false, upsert = false, remove = true)(s.fromDocument _)\n  }\n\n  def iterate[S, M <: MB, R, State](\n    query: Query[M, R, State],\n    state: S,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Iter.Event[R]) => Iter.Command[S])(implicit ev: ShardingOk[M, State], db: MongoDatabase): S = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    adapter.iterate(query, state, s.fromDocument _, readPreference)(handler)\n  }\n\n  def iterateBatch[S, M <: MB, R, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    state: S,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Iter.Event[Seq[R]]) => Iter.Command[S])(implicit ev: ShardingOk[M, State], db: MongoDatabase): S = {\n    val s = readSerializer[M, R](query.meta, query.select)\n    adapter.iterateBatch(query, batchSize, state, s.fromDocument _, readPreference)(handler)\n    handler(state, Iter.EOF).state\n  }\n\n  def insertOne[M <: MB, R](query: Query[M, R, _], r: R)(implicit db: MongoDatabase): Unit = {\n    val doc = writeSerializer[M, R](query.meta).toDocument(r)\n    adapter.insertOne(query, doc, defaultWriteConcern)\n  }\n\n  def insertMany[M <: MB, R](query: Query[M, R, _], r: Seq[R])(implicit db: MongoDatabase): Unit = {\n    val s = writeSerializer[M, R](query.meta)\n    val docs = r.map { d => s.toDocument(d) }\n    adapter.insertMany(query, docs, defaultWriteConcern)\n  }\n\n  def replaceOne[M <: MB, R](query: Query[M, R, _], r: R, upsert: Boolean)(implicit db: MongoDatabase): Unit = {\n    val s = writeSerializer[M, R](query.meta)\n    adapter.replaceOne(query, s.toDocument(r), upsert, defaultWriteConcern)\n  }\n\n}"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/MongoJavaDriverAdapter.scala","text":"<gh_stars>0\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nimport java.util.concurrent.TimeUnit\nimport scala.collection.mutable.ListBuffer\n\nimport com.mongodb._\nimport tech.scoundrel.rogue.Iter._\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\n\ntrait DBCollectionFactory[MB, RB] {\n  def getDBCollection[M <: MB](query: Query[M, _, _]): DBCollection\n  def getPrimaryDBCollection[M <: MB](query: Query[M, _, _]): DBCollection\n  def getPrimaryDBCollection(record: RB): DBCollection\n  def getInstanceName[M <: MB](query: Query[M, _, _]): String\n  def getInstanceName(record: RB): String\n  \/\/ A set of of indexes, which are ordered lists of field names\n  def getIndexes[M <: MB](query: Query[M, _, _]): Option[Seq[UntypedMongoIndex]]\n}\n\nclass MongoJavaDriverAdapter[MB, RB](\n    dbCollectionFactory: DBCollectionFactory[MB, RB],\n    decoderFactoryFunc: (MB) => DBDecoderFactory = (m: MB) => DefaultDBDecoder.FACTORY\n) {\n\n  import QueryHelpers._\n  import tech.scoundrel.rogue.MongoHelpers.MongoBuilder._\n\n  private[rogue] def runCommand[M <: MB, T](\n    descriptionFunc: () => String,\n    query: Query[M, _, _]\n  )(f: => T): T = {\n    \/\/ Use nanoTime instead of currentTimeMillis to time the query since\n    \/\/ currentTimeMillis only has 10ms granularity on many systems.\n    val start = System.nanoTime\n    val instanceName: String = dbCollectionFactory.getInstanceName(query)\n    \/\/ Note that it's expensive to call descriptionFunc, it does toString on the Query\n    \/\/ the logger methods are call by name\n    try {\n      logger.onExecuteQuery(query, instanceName, descriptionFunc(), f)\n    } catch {\n      case e: Exception =>\n        throw new RogueException(\"Mongo query on %s [%s] failed after %d ms\".\n          format(instanceName, descriptionFunc(),\n            (System.nanoTime - start) \/ (1000 * 1000)), e)\n    } finally {\n      logger.log(query, instanceName, descriptionFunc(), (System.nanoTime - start) \/ (1000 * 1000))\n    }\n  }\n\n  def count[M <: MB](query: Query[M, _, _], readPreference: Option[ReadPreference]): Long = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val condition: DBObject = buildCondition(queryClause.condition)\n    val descriptionFunc: () => String = () => buildConditionString(\"count\", query.collectionName, queryClause)\n\n    runCommand(descriptionFunc, queryClause) {\n      val coll = dbCollectionFactory.getDBCollection(query)\n      coll.getCount(\n        condition,\n        null, \/\/ fields\n        queryClause.lim.getOrElse(0).toLong,\n        queryClause.sk.getOrElse(0).toLong,\n        readPreference.getOrElse(coll.getReadPreference)\n      )\n    }\n  }\n\n  def countDistinct[M <: MB](\n    query: Query[M, _, _],\n    key: String,\n    readPreference: Option[ReadPreference]\n  ): Long = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd = buildCondition(queryClause.condition)\n\n    \/\/ TODO: fix this so it looks like the correct mongo shell command\n    val descriptionFunc: () => String = () => buildConditionString(\"distinct\", query.collectionName, queryClause)\n\n    runCommand(descriptionFunc, queryClause) {\n      val coll = dbCollectionFactory.getDBCollection(query)\n      coll.distinct(key, cnd, readPreference.getOrElse(coll.getReadPreference)).size()\n    }\n  }\n\n  def distinct[M <: MB, R](\n    query: Query[M, _, _],\n    key: String,\n    readPreference: Option[ReadPreference]\n  )(f: R => Unit): Unit = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd = buildCondition(queryClause.condition)\n\n    \/\/ TODO: fix this so it looks like the correct mongo shell command\n    val descriptionFunc: () => String = () => buildConditionString(\"distinct\", query.collectionName, queryClause)\n\n    runCommand(descriptionFunc, queryClause) {\n      val coll = dbCollectionFactory.getDBCollection(query)\n      val rj = coll.distinct(key, cnd, readPreference.getOrElse(coll.getReadPreference))\n      for (i <- 0 until rj.size) {\n        f(rj.get(i).asInstanceOf[R])\n      }\n    }\n  }\n\n  def delete[M <: MB](\n    query: Query[M, _, _],\n    writeConcern: WriteConcern\n  ): Unit = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd = buildCondition(queryClause.condition)\n    val descriptionFunc: () => String = () => buildConditionString(\"remove\", query.collectionName, queryClause)\n\n    runCommand(descriptionFunc, queryClause) {\n      val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n      coll.remove(cnd, writeConcern)\n    }\n  }\n\n  def save(record: RB, dbo: DBObject, writeConcern: WriteConcern): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(record)\n    val collectionName = collection.getName\n    val instanceName = dbCollectionFactory.getInstanceName(record)\n    \/\/ Note: save is not a real mongo command (under the cover its either an upsert by _id or an insert)\n    logger.onExecuteWriteCommand(\"save\", collectionName, instanceName, dbo.toString, collection.save(dbo, writeConcern))\n  }\n\n  def insert(record: RB, dbo: DBObject, writeConcern: WriteConcern): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(record)\n    val collectionName = collection.getName\n    val instanceName = dbCollectionFactory.getInstanceName(record)\n    logger.onExecuteWriteCommand(\"insert\", collectionName, instanceName, dbo.toString, collection.insert(dbo, writeConcern))\n  }\n\n  def insertAll(record: RB, dbos: Seq[DBObject], writeConcern: WriteConcern): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(record)\n    val collectionName = collection.getName\n    val instanceName = dbCollectionFactory.getInstanceName(record)\n    val descriptionFunc = () => dbos.map(_.toString).mkString(\"[\", \",\", \"]\")\n    logger.onExecuteWriteCommand(\"insert\", collectionName, instanceName, descriptionFunc(), collection.insert(QueryHelpers.list(dbos), writeConcern))\n  }\n\n  def remove(record: RB, dbo: DBObject, writeConcern: WriteConcern): Unit = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(record)\n    val collectionName = collection.getName\n    val instanceName = dbCollectionFactory.getInstanceName(record)\n    logger.onExecuteWriteCommand(\"remove\", collectionName, instanceName, dbo.toString, collection.remove(dbo, writeConcern))\n  }\n\n  def modify[M <: MB](\n    mod: ModifyQuery[M, _],\n    upsert: Boolean,\n    multi: Boolean,\n    writeConcern: WriteConcern\n  ): Unit = {\n    val modClause = transformer.transformModify(mod)\n    validator.validateModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty) {\n      val q = buildCondition(modClause.query.condition)\n      val m = buildModify(modClause.mod)\n      val descriptionFunc: () => String = {\n        () => buildModifyString(mod.query.collectionName, modClause, upsert = upsert, multi = multi)\n      }\n\n      runCommand(descriptionFunc, modClause.query) {\n        val coll = dbCollectionFactory.getPrimaryDBCollection(modClause.query)\n        coll.update(q, m, upsert, multi, writeConcern)\n      }\n    }\n  }\n\n  def findAndModify[M <: MB, R](\n    mod: FindAndModifyQuery[M, R],\n    returnNew: Boolean,\n    upsert: Boolean,\n    remove: Boolean\n  )(f: DBObject => R): Option[R] = {\n    val modClause = transformer.transformFindAndModify(mod)\n    validator.validateFindAndModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty || remove) {\n      val query = modClause.query\n      val cnd = buildCondition(query.condition)\n      val ord = query.order.map(buildOrder)\n      val sel = query.select.map(buildSelect).getOrElse(BasicDBObjectBuilder.start.get)\n      val m = buildModify(modClause.mod)\n      val descriptionFunc: () => String = {\n        () => buildFindAndModifyString(mod.query.collectionName, modClause, returnNew, upsert, remove)\n      }\n\n      runCommand(descriptionFunc, modClause.query) {\n        val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n        val dbObj = coll.findAndModify(cnd, sel, ord.getOrElse(null), remove, m, returnNew, upsert)\n        if (dbObj == null || dbObj.keySet.isEmpty) None\n        else Option(dbObj).map(f)\n      }\n    } else None\n  }\n\n  def query[M <: MB](\n    query: Query[M, _, _],\n    batchSize: Option[Int],\n    readPreference: Option[ReadPreference]\n  )(f: DBObject => Unit): Unit = {\n    doQuery(\"find\", query, batchSize, readPreference, setMaxTimeMS = true) { cursor =>\n      cursor.setDecoderFactory(decoderFactoryFunc(query.meta))\n      while (cursor.hasNext)\n        f(cursor.next)\n    }\n  }\n\n  def iterate[M <: MB, R, S](\n    query: Query[M, R, _],\n    initialState: S,\n    f: DBObject => R,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Event[R]) => Command[S]): S = {\n    def getObject(cursor: DBCursor): Either[Exception, R] = {\n      try {\n        Right(f(cursor.next))\n      } catch {\n        case e: Exception => Left(e)\n      }\n    }\n\n    @scala.annotation.tailrec\n    def iter(cursor: DBCursor, curState: S): S = {\n      if (cursor.hasNext) {\n        getObject(cursor) match {\n          case Left(e) => handler(curState, Error(e)).state\n          case Right(r) => handler(curState, Item(r)) match {\n            case Continue(s) => iter(cursor, s)\n            case Return(s) => s\n          }\n        }\n      } else {\n        handler(curState, EOF).state\n      }\n    }\n\n    doQuery(\"find\", query, None, readPreference)(cursor => {\n      cursor.setDecoderFactory(decoderFactoryFunc(query.meta))\n      iter(cursor, initialState)\n    })\n  }\n\n  def iterateBatch[M <: MB, R, S](\n    query: Query[M, R, _],\n    batchSize: Int,\n    initialState: S,\n    f: DBObject => R,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Event[List[R]]) => Command[S]): S = {\n    val buf = new ListBuffer[R]\n\n    def getBatch(cursor: DBCursor): Either[Exception, List[R]] = {\n      try {\n        buf.clear()\n        \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n        while (cursor.hasNext && buf.length < batchSize) {\n          buf += f(cursor.next)\n        }\n        Right(buf.toList)\n      } catch {\n        case e: Exception => Left(e)\n      }\n    }\n\n    @scala.annotation.tailrec\n    def iter(cursor: DBCursor, curState: S): S = {\n      if (cursor.hasNext) {\n        getBatch(cursor) match {\n          case Left(e) => handler(curState, Error(e)).state\n          case Right(Nil) => handler(curState, EOF).state\n          case Right(rs) => handler(curState, Item(rs)) match {\n            case Continue(s) => iter(cursor, s)\n            case Return(s) => s\n          }\n        }\n      } else {\n        handler(curState, EOF).state\n      }\n    }\n\n    doQuery(\"find\", query, Some(batchSize), readPreference)(cursor => {\n      cursor.setDecoderFactory(decoderFactoryFunc(query.meta))\n      iter(cursor, initialState)\n    })\n  }\n\n  def explain[M <: MB](query: Query[M, _, _]): String = {\n    doQuery(\"find\", query, None, None, setMaxTimeMS = true) { cursor =>\n      cursor.explain.toString\n    }\n  }\n\n  private def doQuery[M <: MB, T](\n    operation: String,\n    query: Query[M, _, _],\n    batchSize: Option[Int],\n    readPreference: Option[ReadPreference],\n    setMaxTimeMS: Boolean = false\n  )(\n    f: DBCursor => T\n  ): T = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd = buildCondition(queryClause.condition)\n    val ord = queryClause.order.map(buildOrder)\n    val sel = queryClause.select.map(buildSelect).getOrElse(BasicDBObjectBuilder.start.get)\n    val hnt = queryClause.hint.map(buildHint)\n\n    val descriptionFunc: () => String = () => buildQueryString(operation, query.collectionName, queryClause)\n\n    runCommand(descriptionFunc, queryClause) {\n      val coll = dbCollectionFactory.getDBCollection(query)\n      val cursor = coll.find(cnd, sel)\n\n      \/\/ Always apply batchSize *before* limit. If the caller passes a negative value to limit(),\n      \/\/ the driver applies it instead to batchSize. (A negative batchSize means, return one batch\n      \/\/ and close the cursor.) Then if we set batchSize, the negative \"limit\" is overwritten, and\n      \/\/ the query executes without a limit.\n      \/\/ http:\/\/api.mongodb.org\/java\/2.7.3\/com\/mongodb\/DBCursor.html#limit(int)\n      config.cursorBatchSize match {\n        case None => {\n          \/\/ Apply the batch size from the query\n          batchSize.foreach(cursor.batchSize _)\n        }\n        case Some(None) => {\n          \/\/ don't set batch size\n        }\n        case Some(Some(n)) => {\n          \/\/ Use the configured default batch size\n          cursor.batchSize(n)\n        }\n      }\n\n      queryClause.lim.foreach(cursor.limit _)\n      queryClause.sk.foreach(cursor.skip _)\n      ord.foreach(cursor.sort _)\n      readPreference.orElse(queryClause.readPreference).foreach(cursor.setReadPreference _)\n      queryClause.maxScan.foreach(cursor addSpecial (\"$maxScan\", _))\n      queryClause.comment.foreach(cursor addSpecial (\"$comment\", _))\n      hnt.foreach(cursor hint _)\n      if (setMaxTimeMS) {\n        val configName = dbCollectionFactory.getDBCollection(query).getName\n        config.maxTimeMSOpt(configName).foreach(maxTimeMS => cursor.maxTime(maxTimeMS, TimeUnit.MILLISECONDS))\n      }\n      val ret = f(cursor)\n      cursor.close()\n      ret\n    }\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/field\/src\/main\/scala\/tech\/scoundrel\/field\/RequiredField.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.field\n\ntrait RequiredField[V, R] extends Field[V, R] {\n  def defaultValue: V\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/index\/src\/main\/scala\/tech\/scoundrel\/rogue\/index\/IndexModifier.scala","text":"\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.index\n\ncase class IndexModifier(value: Any)\n\nobject Asc extends IndexModifier(1)\nobject Desc extends IndexModifier(-1)\nobject TwoD extends IndexModifier(\"2d\")\nobject Hashed extends IndexModifier(\"hashed\")\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/BsonExtFormatTests.scala","text":"<reponame>scoundrel-tech\/scoundrel<filename>rogue\/cc\/src\/test\/scala\/BsonExtFormatTests.scala\npackage tech.scoundrel.rogue\nimport org.bson.types.ObjectId\nimport org.junit.Test\nimport org.specs2.matcher.JUnitMustMatchers\nimport shapeless.syntax.singleton._\nimport shapeless.record._\n\n\/\/import BsonExtFormats._\nimport CcFields._\n\nclass BsonExtFormatTests extends JUnitMustMatchers {\n\n  @Test\n  def basicExtFormatTest(): Unit = {\n    val o = new ObjectId()\n    val cc = OidTypedCC(o, \"Ala\", 10)\n    val f = CcFields[OidTypedCC]\n    \/\/println(f.flds(\"_id\"))\n    \/\/f.flds.\n    \/\/println(s\"FLDS ${f.flds} ${f.flds.getClass}\")\n\n    ()\n  }\n\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/QueryTest.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue.cc\n\n\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\nimport java.time._\nimport java.util.UUID\nimport java.util.regex.Pattern\n\nimport org.specs2.matcher.JUnitMustMatchers\n\nimport com.mongodb.util.JSON\nimport org.bson._\nimport org.bson.types._\nimport org.junit._\nimport shapeless.tag\nimport shapeless.tag.@@\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.cc.CcRogue._\nimport tech.scoundrel.rogue.cc.Metas._\n\nclass QueryTest extends JUnitMustMatchers {\n  \/\/ to make queries printable\n\n  BSON.addEncodingHook(classOf[BsonDocument], new Transformer() {\n    override def transform(o: scala.Any): AnyRef = {\n      val js = o.asInstanceOf[BsonDocument].toJson\n      \/\/println(js)\n      JSON.parse(js)\n    }\n  })\n\n  @Test\n  def testProduceACorrectJSONQueryString {\n    val d1 = LocalDateTime.of(2010, 5, 1, 0, 0, 0, 0)\n    val d2 = LocalDateTime.of(2010, 5, 2, 0, 0, 0, 0)\n    val oid1 = ObjectId.createFromLegacyFormat(d1.toEpochSecond(ZoneOffset.UTC).toInt, 0, 0)\n    val oid2 = ObjectId.createFromLegacyFormat(d2.toEpochSecond(ZoneOffset.UTC).toInt, 0, 0)\n    val oid = new ObjectId\n    case class Ven1(id: ObjectId @@ Venue)\n    val ven1 = Ven1(tag[Venue](oid1))\n\n    \/\/ eqs\n    VenueR.where(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n    VenueR.where(_.venuename eqs \"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"venuename\" : \"Starbucks\"})\"\"\"\n    VenueR.where(_.closed eqs true).toString() must_== \"\"\"db.venues.find({ \"closed\" : true})\"\"\"\n    VenueR.where(_.id eqs tag[Venue](oid)).toString() must_== (\"\"\"db.venues.find({ \"_id\" : ObjectId(\"%s\")})\"\"\" format oid.toString)\n    VenueClaimR.where(_.status eqs ClaimStatus.approved).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : \"Approved\"})\"\"\"\n\n    VenueClaimR.where(_.venueid eqs tag[Venue](oid)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : ObjectId(\"%s\")})\"\"\" format oid.toString)\n    VenueClaimR.where(_.venueid eqs tag[Venue](ven1.id)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : ObjectId(\"%s\")})\"\"\" format oid1.toString)\n\n    \/\/ neq,lt,gt\n    VenueR.where(_.mayor_count neqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$ne\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count < 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count <= 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lte\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count lte 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lte\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count > 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gt\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count gt 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gt\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count >= 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count gte 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 5}})\"\"\"\n    VenueR.where(_.mayor_count between (3, 5)).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 3 , \"$lte\" : 5}})\"\"\"\n    VenueR.where(_.popularity < 4).toString() must_== \"\"\"db.venues.find({ \"popularity\" : { \"$lt\" : 4}})\"\"\"\n    VenueClaimR.where(_.status neqs ClaimStatus.approved).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$ne\" : \"Approved\"}})\"\"\"\n\n    \/\/TODO - EnumValue field\n    \/*VenueClaimR.where(_.reason eqs RejectReason.tooManyClaims).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 0})\"\"\"\n    VenueClaimR.where(_.reason eqs RejectReason.cheater).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 1})\"\"\"\n    VenueClaimR.where(_.reason eqs RejectReason.wrongCode).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 2})\"\"\"\n*\/\n\n    \/\/ comparison even when type information is unavailable\n    \/*def doLessThan[M <: CcMeta[M], T: BSONType](meta: M with CcMeta[M], f: M => Field[T, M], otherVal: T) =\n    meta.where(r => f(r) < otherVal)\n    doLessThan(Venue, (v: Venue) => v.mayor_count, 5L).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n*\/\n\n    \/\/ in,nin\n    VenueR.where(_.legacyid in List(123L, 456L)).toString() must_== \"\"\"db.venues.find({ \"legId\" : { \"$in\" : [ 123 , 456]}})\"\"\"\n    VenueR.where(_.venuename nin List(\"Starbucks\", \"Whole Foods\")).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$nin\" : [ \"Starbucks\" , \"Whole Foods\"]}})\"\"\"\n    VenueClaimR.where(_.status in List(ClaimStatus.approved, ClaimStatus.pending)).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$in\" : [ \"Approved\" , \"Pending approval\"]}})\"\"\"\n    VenueClaimR.where(_.status nin List(ClaimStatus.approved, ClaimStatus.pending)).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$nin\" : [ \"Approved\" , \"Pending approval\"]}})\"\"\"\n\n    VenueClaimR.where(_.venueid in List(ven1.id)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$in\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n\n    VenueClaimR.where(_.venueid nin List(ven1.id)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$nin\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n\n    \/\/ exists\n    VenueR.where(_.id exists true).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$exists\" : true}})\"\"\"\n\n    \/\/ startsWith, regex\n    VenueR.where(_.venuename startsWith \"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"^\\\\QStarbucks\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    val p1 = Pattern.compile(\"Star.*\")\n    VenueR.where(_.venuename regexWarningNotIndexed p1).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"\"}})\"\"\"\n    VenueR.where(_.venuename matches p1).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"\"}})\"\"\"\n    val p2 = Pattern.compile(\"Star.*\", Pattern.CASE_INSENSITIVE | Pattern.MULTILINE)\n    VenueR.where(_.venuename matches p2).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"im\"}})\"\"\"\n    VenueR.where(_.venuename matches p2).and(_.venuename nin List(\"a\", \"b\")).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$nin\" : [ \"a\" , \"b\"] , \"$regex\" : \"Star.*\" , \"$options\" : \"im\"}})\"\"\"\n\n    \/\/ all, in, size, contains, at\n    VenueR.where(_.tags eqs List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : [ \"db\" , \"ka\"]})\"\"\"\n    VenueR.where(_.tags all List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$all\" : [ \"db\" , \"ka\"]}})\"\"\"\n    VenueR.where(_.tags in List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$in\" : [ \"db\" , \"ka\"]}})\"\"\"\n    VenueR.where(_.tags nin List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$nin\" : [ \"db\" , \"ka\"]}})\"\"\"\n    VenueR.where(_.tags neqs List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$ne\" : [ \"db\" , \"ka\"]}})\"\"\"\n    VenueR.where(_.tags matches \"kara.*\".r).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"kara.*\" , \"$options\" : \"\"}})\"\"\"\n    VenueR.where(_.tags size 3).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 3}})\"\"\"\n    VenueR.where(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"tags\" : \"karaoke\"})\"\"\"\n    VenueR.where(_.tags notcontains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$ne\" : \"karaoke\"}})\"\"\"\n    VenueR.where(_.popularity contains 3).toString() must_== \"\"\"db.venues.find({ \"popularity\" : 3})\"\"\"\n    VenueR.where(_.popularity at 0 eqs 3).toString() must_== \"\"\"db.venues.find({ \"popularity.0\" : 3})\"\"\"\n    VenueR.where(_.categories at 0 eqs oid).toString() must_== \"\"\"db.venues.find({ \"categories.0\" : ObjectId(\"%s\")})\"\"\".format(oid.toString)\n    VenueR.where(_.tags at 0 startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    \/\/ alternative syntax\n    VenueR.where(_.tags idx 0 startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    VenueR.where(_.tags startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    VenueR.where(_.tags matches \"k.*\".r).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"k.*\" , \"$options\" : \"\"}})\"\"\"\n\n    \/\/ maps\n    TipR.where(_.counts at \"foo\" eqs 3).toString() must_== \"\"\"db.tips.find({ \"counts.foo\" : 3})\"\"\"\n\n    \/\/TODO - by desing no LatLang near\n    \/*VenueR.where(_.geolatlng near (39.0, -74.0, Degrees(0.2)))    .toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$near\" : [ 39.0 , -74.0 , 0.2]}})\"\"\"\n    VenueR.where(_.geolatlng withinCircle(1.0, 2.0, Degrees(0.3))).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$center\" : [ [ 1.0 , 2.0] , 0.3]}}})\"\"\"\n    VenueR.where(_.geolatlng withinBox(1.0, 2.0, 3.0, 4.0))       .toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$box\" : [ [ 1.0 , 2.0] , [ 3.0 , 4.0]]}}})\"\"\"\n    VenueR.where(_.geolatlng eqs (45.0, 50.0))                    .toString() must_== \"\"\"db.venues.find({ \"latlng\" : [ 45.0 , 50.0]})\"\"\"\n    VenueR.where(_.geolatlng neqs (31.0, 23.0))                   .toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$ne\" : [ 31.0 , 23.0]}})\"\"\"\n    VenueR.where(_.geolatlng eqs LatLong(45.0, 50.0))             .toString() must_== \"\"\"db.venues.find({ \"latlng\" : [ 45.0 , 50.0]})\"\"\"\n    VenueR.where(_.geolatlng neqs LatLong(31.0, 23.0))            .toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$ne\" : [ 31.0 , 23.0]}})\"\"\"\n    VenueR.where(_.geolatlng nearSphere (39.0, -74.0, Radians(1.0))).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$nearSphere\" : [ 39.0 , -74.0] , \"$maxDistance\" : 1.0}})\"\"\"\n*\/\n    \/\/ ObjectId before, after, between\n    VenueR.where(_.id before d2).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid2.toString)\n    VenueR.where(_.id after d1).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString)\n    VenueR.where(_.id between (d1, d2)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\") , \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString, oid2.toString)\n    VenueR.where(_.id betweenR Tuple2(d1, d2)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\") , \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString, oid2.toString)\n\n    \/\/ DateTime before, after, between\n    VenueR.where(_.last_updated before d2).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$lt\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    VenueR.where(_.last_updated after d1).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gt\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}})\"\"\"\n    VenueR.where(_.last_updated between (d1, d2)).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    VenueR.where(_.last_updated between Tuple2(d1, d2)).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    VenueR.where(_.last_updated eqs d1).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}})\"\"\"\n\n    \/\/ Case class list field\n    \/\/Comment.where(_.comments.unsafeField[Int](\"z\") contains 123).toString() must_== \"\"\"db.comments.find({ \"comments.z\" : 123})\"\"\"\n    \/\/Comment.where(_.comments.unsafeField[String](\"comment\") contains \"hi\").toString() must_== \"\"\"db.comments.find({ \"comments.comment\" : \"hi\"})\"\"\"\n\n    \/\/ BsonRecordField subfield queries\n    VenueR.where(_.claims.subfield(_.status) contains ClaimStatus.approved).toString() must_== \"\"\"db.venues.find({ \"claims.status\" : \"Approved\"})\"\"\"\n    VenueR.where(_.claims.subfield(_.uid) between (1, 10)).toString() must_== \"\"\"db.venues.find({ \"claims.uid\" : { \"$gte\" : 1 , \"$lte\" : 10}})\"\"\"\n    VenueR.where(_.claims.subfield(_.date) between (d1, d2)).toString() must_== \"\"\"db.venues.find({ \"claims.date\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    VenueR.where(_.lastClaim.subfield(_.uid) eqs 123).toString() must_== \"\"\"db.venues.find({ \"lastClaim.uid\" : 123})\"\"\"\n    VenueR.where(_.claims.subfield(_.source.subfield(_.name)) contains \"twitter\").toString() must_== \"\"\"db.venues.find({ \"claims.source.name\" : \"twitter\"})\"\"\"\n\n    \/\/ Enumeration list\n    OAuthConsumerR.where(_.privileges contains ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.find({ \"privileges\" : \"Award badges\"})\"\"\"\n    OAuthConsumerR.where(_.privileges at 0 eqs ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.find({ \"privileges.0\" : \"Award badges\"})\"\"\"\n\n    \/\/ Field type\n    VenueR.where(_.legacyid hastype MongoType.String).toString() must_== \"\"\"db.venues.find({ \"legId\" : { \"$type\" : 2}})\"\"\"\n\n    \/\/ Modulus\n    VenueR.where(_.legacyid mod (5, 1)).toString() must_== \"\"\"db.venues.find({ \"legId\" : { \"$mod\" : [ 5 , 1]}})\"\"\"\n\n    \/\/ compound queries\n    VenueR.where(_.mayor eqs 1).and(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"tags\" : \"karaoke\"})\"\"\"\n    VenueR.where(_.mayor eqs 1).and(_.mayor_count eqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : 5})\"\"\"\n    VenueR.where(_.mayor eqs 1).and(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    VenueR.where(_.mayor eqs 1).and(_.mayor_count gt 3).and(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5 , \"$gt\" : 3}})\"\"\"\n\n    \/\/ queries with no clauses\n    \/\/metaRecordToQueryBuilder(Venue).toString() must_== \"db.venues.find({ })\"\n    VenueR.orderDesc(_.id).toString() must_== \"\"\"db.venues.find({ }).sort({ \"_id\" : -1})\"\"\"\n\n    \/\/ ordered queries\n    VenueR.where(_.mayor eqs 1).orderAsc(_.legacyid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"legId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).orderDesc(_.legacyid).andAsc(_.userId).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"legId\" : -1 , \"userId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).orderDesc(_.lastClaim.subfield(_.date)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"lastClaim.date\" : -1})\"\"\"\n    VenueR.where(_.mayor eqs 1).orderNaturalAsc.toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"$natural\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).orderNaturalDesc.toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"$natural\" : -1})\"\"\"\n\n    \/\/ select queries\n    VenueR.where(_.mayor eqs 1).select(_.id).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"_id\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.id, _.legacyid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"_id\" : 1 , \"legId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.id, _.legacyid, _.userId).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"_id\" : 1 , \"legId\" : 1 , \"userId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.legacyid, _.userId, _.mayor).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.legacyid, _.userId, _.mayor, _.mayor_count).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).select(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1 , \"tags\" : 1})\"\"\"\n\n    \/\/ select case queries\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, V1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, _.userId, V2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, _.userId, _.mayor, V3).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, V4).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, V5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).selectCase(_.legacyid, _.userId, _.mayor, _.mayor_count, _.closed, _.tags, V6).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legId\" : 1 , \"userId\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1 , \"tags\" : 1})\"\"\"\n\n    \/\/ select subfields\n    TipR.where(_.legacyid eqs 1).select(_.counts at \"foo\").toString() must_== \"\"\"db.tips.find({ \"legid\" : 1}, { \"counts.foo\" : 1})\"\"\"\n    \/\/VenueR.where(_.legacyid eqs 1).select(_.geolatlng.unsafeField[Double](\"lat\")).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"latlng.lat\" : 1})\"\"\"\n    VenueR.where(_.legacyid eqs 1).select(_.lastClaim.subselect(_.status)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"lastClaim.status\" : 1})\"\"\"\n    VenueR.where(_.legacyid eqs 1).select(_.claims.subselect(_.uid)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"claims.uid\" : 1})\"\"\"\n\n    \/\/ select slice\n    VenueR.where(_.legacyid eqs 1).select(_.tags).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"tags\" : 1})\"\"\"\n    VenueR.where(_.legacyid eqs 1).select(_.tags.slice(4)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"tags\" : { \"$slice\" : 4}})\"\"\"\n    VenueR.where(_.legacyid eqs 1).select(_.tags.slice(4, 7)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"tags\" : { \"$slice\" : [ 4 , 7]}})\"\"\"\n\n    \/\/ select $\n    VenueR.where(_.legacyid eqs 1).select(_.tags.$$).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}, { \"tags.$\" : 1})\"\"\"\n\n    VenueR.where(_.legacyid eqs 1)\n      .and(_.claims elemMatch (_.status eqs ClaimStatus.approved,\n        _.uid gt 2097)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1 , \"claims\" : { \"$elemMatch\" : { \"uid\" : { \"$gt\" : 2097} , \"status\" : \"Approved\"}}})\"\"\"\n\n    \/\/ TODO: case class list fields\n    \/\/ Comment.select(_.comments.unsafeField[Long](\"userid\")).toString() must_== \"\"\"db.venues.find({ }, { \"comments.userid\" : 1})\"\"\"\n\n    \/\/ out of order and doesn't screw up earlier params\n    VenueR.limit(10).where(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    VenueR.orderDesc(_.id).and(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"_id\" : -1})\"\"\"\n    VenueR.orderDesc(_.id).skip(3).and(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"_id\" : -1}).skip(3)\"\"\"\n\n    \/\/ Scan should be the same as and\/where\n    VenueR.where(_.mayor eqs 1).scan(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"tags\" : \"karaoke\"})\"\"\"\n    VenueR.scan(_.mayor eqs 1).and(_.mayor_count eqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : 5})\"\"\"\n    VenueR.scan(_.mayor eqs 1).scan(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n\n    \/\/ limit, limitOpt, skip, skipOpt\n    VenueR.where(_.mayor eqs 1).limit(10).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    VenueR.where(_.mayor eqs 1).limitOpt(Some(10)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    VenueR.where(_.mayor eqs 1).limitOpt(None).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).skip(10).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).skip(10)\"\"\"\n    VenueR.where(_.mayor eqs 1).skipOpt(Some(10)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).skip(10)\"\"\"\n    VenueR.where(_.mayor eqs 1).skipOpt(None).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n\n    \/\/ raw query clauses\n    VenueR.where(_.mayor eqs 1).raw(_.add(\"$where\", \"this.a > 3\")).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"$where\" : \"this.a > 3\"})\"\"\"\n\n    \/\/ $not clauses\n    VenueR.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$not\" : { \"$lt\" : 5}}})\"\"\"\n    VenueR.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).and(_.mayor_count not (_ gt 6)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$not\" : { \"$gt\" : 6 , \"$lt\" : 5}}})\"\"\"\n    VenueR.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).and(_.mayor_count gt 3).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$gt\" : 3 , \"$not\" : { \"$lt\" : 5}}})\"\"\"\n    VenueR.scan(_.id not (_ before d1)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$not\" : { \"$lt\" : ObjectId(\"%s\")}}})\"\"\".format(oid1.toString)\n    VenueR.scan(_.last_updated not (_ between (d1, d2))).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$not\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}}})\"\"\"\n    VenueR.scan(_.tags not (_ in List(\"a\", \"b\"))).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$not\" : { \"$in\" : [ \"a\" , \"b\"]}}})\"\"\"\n    VenueR.scan(_.tags not (_ size 0)).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$not\" : { \"$size\" : 0}}})\"\"\"\n    VenueR.scan(_.popularity at 0 not (_ lt 0)).toString() must_== \"\"\"db.venues.find({ \"popularity.0\" : { \"$not\" : { \"$lt\" : 0}}})\"\"\"\n  }\n\n  @Test\n  def testModifyQueryShouldProduceACorrectJSONQueryString {\n    val d1 = LocalDateTime.of(2010, 5, 1, 0, 0, 0, 0) \/\/, DateTimeZone.UTC)\n\n    val query = \"\"\"db.venues.update({ \"legId\" : 1}, \"\"\"\n    val suffix = \", false, false)\"\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count setTo 3).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count unset).toString() must_== query + \"\"\"{ \"$unset\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count setTo Some(3L)).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count setTo None).toString() must_== query + \"\"\"{ \"$unset\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n\n    \/\/ Numeric\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count inc 3).toString() must_== query + \"\"\"{ \"$inc\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    \/\/VenueR.where(_.legacyid eqs 1).modify(_.geolatlng.unsafeField[Double](\"lat\") inc 0.5).toString() must_== query + \"\"\"{ \"$inc\" : { \"latlng.lat\" : 0.5}}\"\"\" + suffix\n\n    \/\/ Enumeration\n    val query2 = \"\"\"db.venueclaims.update({ \"uid\" : 1}, \"\"\"\n    VenueClaimR.where(_.userId eqs 1).modify(_.status setTo ClaimStatus.approved).toString() must_== query2 + \"\"\"{ \"$set\" : { \"status\" : \"Approved\"}}\"\"\" + suffix\n\n    \/\/ Calendar\n    VenueR.where(_.legacyid eqs 1).modify(_.last_updated setTo d1).toString() must_== query + \"\"\"{ \"$set\" : { \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}}\"\"\" + suffix\n\n    \/\/ LatLong\n    val ll = LatLong(37.4, -73.9)\n    \/\/VenueR.where(_.legacyid eqs 1).modify(_.geolatlng setTo ll).toString() must_== query + \"\"\"{ \"$set\" : { \"latlng\" : [ 37.4 , -73.9]}}\"\"\" + suffix\n\n    \/\/ Lists\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity setTo List(5)).toString() must_== query + \"\"\"{ \"$set\" : { \"popularity\" : [ 5]}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity push 5).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : 5}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.tags pushAll List(\"a\", \"b\")).toString() must_== query + \"\"\"{ \"$pushAll\" : { \"tags\" : [ \"a\" , \"b\"]}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.tags addToSet \"a\").toString() must_== query + \"\"\"{ \"$addToSet\" : { \"tags\" : \"a\"}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity addToSet List(1L, 2L)).toString() must_== query + \"\"\"{ \"$addToSet\" : { \"popularity\" : { \"$each\" : [ 1 , 2]}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity push List(1L, 2L)).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : { \"$each\" : [ 1 , 2]}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity push (List(1L, 2L), 3)).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : { \"$each\" : [ 1 , 2] , \"$slice\" : 3}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.tags popFirst).toString() must_== query + \"\"\"{ \"$pop\" : { \"tags\" : -1}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.tags popLast).toString() must_== query + \"\"\"{ \"$pop\" : { \"tags\" : 1}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.tags pull \"a\").toString() must_== query + \"\"\"{ \"$pull\" : { \"tags\" : \"a\"}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity pullAll List(2L, 3L)).toString() must_== query + \"\"\"{ \"$pullAll\" : { \"popularity\" : [ 2 , 3]}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity at 0 inc 1).toString() must_== query + \"\"\"{ \"$inc\" : { \"popularity.0\" : 1}}\"\"\" + suffix\n    \/\/ alternative syntax\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity idx 0 inc 1).toString() must_== query + \"\"\"{ \"$inc\" : { \"popularity.0\" : 1}}\"\"\" + suffix\n\n    \/\/ Enumeration list\n    OAuthConsumerR.modify(_.privileges addToSet ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.update({ }, { \"$addToSet\" : { \"privileges\" : \"Award badges\"}}\"\"\" + suffix\n\n    \/\/ BsonRecordField and BsonRecordListField with nested Enumeration\n    val claims = List(VenueClaimBson(1L, ClaimStatus.approved, Option(SourceBson(\"\", \"\")), d1))\n    VenueR.where(_.legacyid eqs 1).modify(_.claims setTo claims).toString() must_== query + \"\"\"{ \"$set\" : { \"claims\" : [ { \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"source\" : { \"url\" : \"\" , \"name\" : \"\"} , \"status\" : \"Approved\" , \"uid\" : 1}]}}\"\"\" + suffix\n\n    \/\/query + \"\"\"{ \"$set\" : { \"claims\" : [ { \"status\" : \"Approved\" , \"uid\" : 1 , \"source\" : { \"name\" : \"\" , \"url\" : \"\"} , \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}]}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.lastClaim setTo claims.head).toString() must_== query + \"\"\"{ \"$set\" : { \"lastClaim\" : { \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"source\" : { \"url\" : \"\" , \"name\" : \"\"} , \"status\" : \"Approved\" , \"uid\" : 1}}}\"\"\" + suffix\n    \/\/\"\"\"{ \"$set\" : { \"lastClaim\" : { \"status\" : \"Approved\" , \"uid\" : 1 , \"source\" : { \"name\" : \"\" , \"url\" : \"\"} , \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}}}\"\"\".stripMargin + suffix\n\n    \/\/ Map\n    val m = Map(\"foo\" -> 1L)\n    val query3 = \"\"\"db.tips.update({ \"legid\" : 1}, \"\"\"\n    TipR.where(_.legacyid eqs 1).modify(_.counts setTo m).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts\" : { \"foo\" : 1}}}\"\"\" + suffix\n    TipR.where(_.legacyid eqs 1).modify(_.counts at \"foo\" setTo 3).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts.foo\" : 3}}\"\"\" + suffix\n    TipR.where(_.legacyid eqs 1).modify(_.counts at \"foo\" inc 5).toString() must_== query3 + \"\"\"{ \"$inc\" : { \"counts.foo\" : 5}}\"\"\" + suffix\n    TipR.where(_.legacyid eqs 1).modify(_.counts at \"foo\" unset).toString() must_== query3 + \"\"\"{ \"$unset\" : { \"counts.foo\" : 1}}\"\"\" + suffix\n    TipR.where(_.legacyid eqs 1).modify(_.counts setTo Map(\"foo\" -> 3L, \"bar\" -> 5L)).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts\" : { \"bar\" : 5 , \"foo\" : 3}}}\"\"\" + suffix\n\n    \/\/ Multiple updates\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count setTo 3).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3 , \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count inc 1).toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"} , \"$inc\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count setTo 3).and(_.mayor_count inc 1).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3 , \"venuename\" : \"fshq\"} , \"$inc\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.popularity addToSet 3).and(_.tags addToSet List(\"a\", \"b\")).toString() must_== query + \"\"\"{ \"$addToSet\" : { \"tags\" : { \"$each\" : [ \"a\" , \"b\"]} , \"popularity\" : 3}}\"\"\" + suffix\n\n    \/\/ Noop query\n    VenueR.where(_.legacyid eqs 1).noop().toString() must_== query + \"{ }\" + suffix\n    VenueR.where(_.legacyid eqs 1).noop().modify(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).noop().and(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n\n    \/\/ $bit\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count bitAnd 3).toString() must_== query + \"\"\"{ \"$bit\" : { \"mayor_count\" : { \"and\" : 3}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1).modify(_.mayor_count bitOr 3).toString() must_== query + \"\"\"{ \"$bit\" : { \"mayor_count\" : { \"or\" : 3}}}\"\"\" + suffix\n\n    \/\/ $rename\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename rename \"vn\").toString() must_== query + \"\"\"{ \"$rename\" : { \"venuename\" : \"vn\"}}\"\"\" + suffix\n\n    \/\/ $setOnInsert\n    VenueR.where(_.legacyid eqs 1).modify(_.venuename setOnInsertTo \"fshq\").toString() must_== query + \"\"\"{ \"$setOnInsert\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n\n    \/\/ pullWhere\n    \/*\n    object tags extends MongoListField[Venue, String](this)\n    object popularity extends MongoListField[Venue, Long](this)\n    object categories extends MongoListField[Venue, ObjectId](this)\n    object claims extends BsonRecordListField(this, VenueClaimBson)\n    *\/\n    VenueR.where(_.legacyid eqs 1)\n      .modify(_.tags pullWhere (_ startsWith \"prefix\"))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"tags\" : { \"$regex\" : \"^\\\\Qprefix\\\\E\" , \"$options\" : \"\"}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1)\n      .modify(_.popularity pullWhere (_ gt 2))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"popularity\" : { \"$gt\" : 2}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1)\n      .modify(_.popularity pullWhere (_ gt 2, _ lt 5))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"popularity\" : { \"$gt\" : 2 , \"$lt\" : 5}}}\"\"\" + suffix\n    VenueR.where(_.legacyid eqs 1)\n      .modify(_.claims pullObjectWhere (_.status eqs ClaimStatus.approved,\n        _.uid eqs 2097))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"claims\" : { \"uid\" : 2097 , \"status\" : \"Approved\"}}}\"\"\" + suffix\n  }\n\n  @Test\n  def testProduceACorrectSignatureString {\n    val d1 = LocalDateTime.of(2010, 5, 1, 0, 0, 0, 0)\n    val d2 = LocalDateTime.of(2010, 5, 2, 0, 0, 0, 0)\n    val oid = tag[Venue](new ObjectId)\n\n    \/\/ basic ops\n    VenueR.where(_.mayor eqs 1).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0})\"\"\"\n    VenueR.where(_.venuename eqs \"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"venuename\" : 0})\"\"\"\n    VenueR.where(_.closed eqs true).signature() must_== \"\"\"db.venues.find({ \"closed\" : 0})\"\"\"\n    VenueR.where(_.id eqs oid).signature() must_== \"\"\"db.venues.find({ \"_id\" : 0})\"\"\"\n    VenueClaimR.where(_.status eqs ClaimStatus.approved).signature() must_== \"\"\"db.venueclaims.find({ \"status\" : 0})\"\"\"\n    VenueR.where(_.mayor_count gte 5).signature() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 0}})\"\"\"\n    VenueClaimR.where(_.status neqs ClaimStatus.approved).signature() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$ne\" : 0}})\"\"\"\n    VenueR.where(_.legacyid in List(123L, 456L)).signature() must_== \"\"\"db.venues.find({ \"legId\" : { \"$in\" : 0}})\"\"\"\n    VenueR.where(_.id exists true).signature() must_== \"\"\"db.venues.find({ \"_id\" : { \"$exists\" : 0}})\"\"\"\n    VenueR.where(_.venuename startsWith \"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n\n    \/\/ list\n    VenueR.where(_.tags all List(\"db\", \"ka\")).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$all\" : 0}})\"\"\"\n    VenueR.where(_.tags in List(\"db\", \"ka\")).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$in\" : 0}})\"\"\"\n    VenueR.where(_.tags size 3).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0}})\"\"\"\n    VenueR.where(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"tags\" : 0})\"\"\"\n    VenueR.where(_.popularity contains 3).signature() must_== \"\"\"db.venues.find({ \"popularity\" : 0})\"\"\"\n    VenueR.where(_.popularity at 0 eqs 3).signature() must_== \"\"\"db.venues.find({ \"popularity.0\" : 0})\"\"\"\n    VenueR.where(_.categories at 0 eqs oid).signature() must_== \"\"\"db.venues.find({ \"categories.0\" : 0})\"\"\"\n    VenueR.where(_.tags at 0 startsWith \"kara\").signature() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n    VenueR.where(_.tags idx 0 startsWith \"kara\").signature() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n\n    \/\/ map\n    TipR.where(_.counts at \"foo\" eqs 3).signature() must_== \"\"\"db.tips.find({ \"counts.foo\" : 0})\"\"\"\n\n    \/\/ near\n    \/*VenueR.where(_.geolatlng near (39.0, -74.0, Degrees(0.2)))    .signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$near\" : 0}})\"\"\"\n    VenueR.where(_.geolatlng withinCircle(1.0, 2.0, Degrees(0.3))).signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$center\" : 0}}})\"\"\"\n    VenueR.where(_.geolatlng withinBox(1.0, 2.0, 3.0, 4.0))       .signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$box\" : 0}}})\"\"\"\n    VenueR.where(_.geolatlng eqs (45.0, 50.0)).signature() must_== \"\"\"db.venues.find({ \"latlng\" : 0})\"\"\"\n    VenueR.where(_.geolatlng nearSphere (39.0, -74.0, Radians(1.0)))    .signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$nearSphere\" : 0 , \"$maxDistance\" : 0}})\"\"\"\n*\/\n    \/\/ id, date range\n    VenueR.where(_.id before d2).signature() must_== \"\"\"db.venues.find({ \"_id\" : { \"$lt\" : 0}})\"\"\"\n    VenueR.where(_.last_updated before d2).signature() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$lt\" : 0}})\"\"\"\n\n    \/\/ Case class list field\n    \/*\n    Comment.where(_.comments.unsafeField[Int](\"z\") contains 123)          .signature() must_== \"\"\"db.comments.find({ \"comments.z\" : 0})\"\"\"\n    Comment.where(_.comments.unsafeField[String](\"comment\") contains \"hi\").signature() must_== \"\"\"db.comments.find({ \"comments.comment\" : 0})\"\"\"\n*\/\n\n    \/\/ Enumeration list\n    OAuthConsumerR.where(_.privileges contains ConsumerPrivilege.awardBadges).signature() must_== \"\"\"db.oauthconsumers.find({ \"privileges\" : 0})\"\"\"\n    OAuthConsumerR.where(_.privileges at 0 eqs ConsumerPrivilege.awardBadges).signature() must_== \"\"\"db.oauthconsumers.find({ \"privileges.0\" : 0})\"\"\"\n\n    \/\/ Field type\n    VenueR.where(_.legacyid hastype MongoType.String).signature() must_== \"\"\"db.venues.find({ \"legId\" : { \"$type\" : 0}})\"\"\"\n\n    \/\/ Modulus\n    VenueR.where(_.legacyid mod (5, 1)).signature() must_== \"\"\"db.venues.find({ \"legId\" : { \"$mod\" : 0}})\"\"\"\n\n    \/\/ compound queries\n    VenueR.where(_.mayor eqs 1).and(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"tags\" : 0})\"\"\"\n    VenueR.where(_.mayor eqs 1).and(_.mayor_count gt 3).and(_.mayor_count lt 5).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"mayor_count\" : { \"$lt\" : 0 , \"$gt\" : 0}})\"\"\"\n\n    \/\/ queries with no clauses\n    ccMetaToQueryBuilder(VenueR).signature() must_== \"db.venues.find({ })\"\n    VenueR.orderDesc(_.id).signature() must_== \"\"\"db.venues.find({ }).sort({ \"_id\" : -1})\"\"\"\n\n    \/\/ ordered queries\n    VenueR.where(_.mayor eqs 1).orderAsc(_.legacyid).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0}).sort({ \"legId\" : 1})\"\"\"\n    VenueR.where(_.mayor eqs 1).orderDesc(_.legacyid).andAsc(_.userId).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0}).sort({ \"legId\" : -1 , \"userId\" : 1})\"\"\"\n\n    \/\/ select queries\n    VenueR.where(_.mayor eqs 1).select(_.legacyid).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0})\"\"\"\n\n    \/\/ Scan should be the same as and\/where\n    VenueR.where(_.mayor eqs 1).scan(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"tags\" : 0})\"\"\"\n\n    \/\/ or queries\n    VenueR.where(_.mayor eqs 1).or(_.where(_.id eqs oid)).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"$or\" : [ { \"_id\" : 0}]})\"\"\"\n  }\n\n  @Test\n  def testFindAndModifyQueryShouldProduceACorrectJSONQueryString {\n    VenueR.where(_.legacyid eqs 1).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legId\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, upsert: false })\"\"\"\n    )\n    VenueR.where(_.legacyid eqs 1).orderAsc(_.popularity).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legId\" : 1}, sort: { \"popularity\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, upsert: false })\"\"\"\n    )\n    VenueR.where(_.legacyid eqs 1).select(_.mayor, _.closed).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legId\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, fields: { \"mayor\" : 1 , \"closed\" : 1}, upsert: false })\"\"\"\n    )\n  }\n\n  @Test\n  def testOrQueryShouldProduceACorrectJSONQueryString {\n    \/\/ Simple $or\n    VenueR.or(\n      _.where(_.legacyid eqs 1),\n      _.where(_.mayor eqs 2)\n    )\n      .toString() must_== \"\"\"db.venues.find({ \"$or\" : [ { \"legId\" : 1} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ Compound $or\n    VenueR.where(_.tags size 0)\n      .or(\n        _.where(_.legacyid eqs 1),\n        _.where(_.mayor eqs 2)\n      )\n      .toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0} , \"$or\" : [ { \"legId\" : 1} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ $or with additional \"and\" clauses\n    VenueR.where(_.tags size 0)\n      .or(\n        _.where(_.legacyid eqs 1).and(_.closed eqs true),\n        _.where(_.mayor eqs 2)\n      )\n      .toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0} , \"$or\" : [ { \"legId\" : 1 , \"closed\" : true} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ Nested $or\n    VenueR.or(\n      _.where(_.legacyid eqs 1)\n        .or(\n          _.where(_.closed eqs true),\n          _.where(_.closed exists false)\n        ),\n      _.where(_.mayor eqs 2)\n    )\n      .toString() must_== \"\"\"db.venues.find({ \"$or\" : [ { \"legId\" : 1 , \"$or\" : [ { \"closed\" : true} , { \"closed\" : { \"$exists\" : false}}]} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ $or with modify\n    VenueR.or(\n      _.where(_.legacyid eqs 1),\n      _.where(_.mayor eqs 2)\n    )\n      .modify(_.userId setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legId\" : 1} , { \"mayor\" : 2}]}, { \"$set\" : { \"userId\" : 1}}, false, false)\"\"\"\n\n    \/\/ $or with optional where clause\n    VenueR.or(\n      _.where(_.legacyid eqs 1),\n      _.whereOpt(None)(_.mayor eqs _)\n    )\n      .modify(_.userId setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legId\" : 1}]}, { \"$set\" : { \"userId\" : 1}}, false, false)\"\"\"\n\n    VenueR.or(\n      _.where(_.legacyid eqs 1),\n      _.whereOpt(Some(2))(_.mayor eqs _)\n    )\n      .modify(_.userId setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legId\" : 1} , { \"mayor\" : 2}]}, { \"$set\" : { \"userId\" : 1}}, false, false)\"\"\"\n\n    \/\/ OrQuery syntax\n    val q1 = VenueR.where(_.legacyid eqs 1)\n    val q2 = VenueR.where(_.legacyid eqs 2)\n    OrQuery(q1, q2).toString() must_==\n      \"\"\"db.venues.find({ \"$or\" : [ { \"legId\" : 1} , { \"legId\" : 2}]})\"\"\"\n    OrQuery(q1, q2).and(_.mayor eqs 0).toString() must_==\n      \"\"\"db.venues.find({ \"mayor\" : 0 , \"$or\" : [ { \"legId\" : 1} , { \"legId\" : 2}]})\"\"\"\n    OrQuery(q1, q2.or(_.where(_.closed eqs true), _.where(_.closed exists false))).toString() must_==\n      \"\"\"db.venues.find({ \"$or\" : [ { \"legId\" : 1} , { \"legId\" : 2 , \"$or\" : [ { \"closed\" : true} , { \"closed\" : { \"$exists\" : false}}]}]})\"\"\"\n  }\n\n  \/*@Test\n    def testHints {\n      VenueR.where(_.legacyid eqs 1).hint(VenueR.idIdx).toString()        must_== \"\"\"db.venues.find({ \"legId\" : 1}).hint({ \"_id\" : 1})\"\"\"\n      VenueR.where(_.legacyid eqs 1).hint(VenueR.legIdx).toString()       must_== \"\"\"db.venues.find({ \"legId\" : 1}).hint({ \"legid\" : -1})\"\"\"\n      VenueR.where(_.legacyid eqs 1).hint(VenueR.geoIdx).toString()       must_== \"\"\"db.venues.find({ \"legId\" : 1}).hint({ \"latlng\" : \"2d\"})\"\"\"\n      VenueR.where(_.legacyid eqs 1).hint(VenueR.geoCustomIdx).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}).hint({ \"latlng\" : \"custom\" , \"tags\" : 1})\"\"\"\n    }\n*\/\n  @Test\n  def testDollarSelector {\n\n    VenueR.where(_.legacyid eqs 1)\n      .and(_.claims.subfield(_.uid) contains 2)\n      .modify(_.claims.$.subfield(_.status) setTo ClaimStatus.approved)\n      .toString() must_== \"\"\"db.venues.update({ \"legId\" : 1 , \"claims.uid\" : 2}, { \"$set\" : { \"claims.$.status\" : \"Approved\"}}, false, false)\"\"\"\n\n    VenueR.where(_.legacyid eqs 1)\n      .and(_.tags contains \"sometag\")\n      .modify(_.tags.$ setTo \"othertag\")\n      .toString() must_== \"\"\"db.venues.update({ \"legId\" : 1 , \"tags\" : \"sometag\"}, { \"$set\" : { \"tags.$\" : \"othertag\"}}, false, false)\"\"\"\n\n    VenueR.where(_.legacyid eqs 1)\n      .and(_.tags contains \"sometag\")\n      .select(_.tags.$$)\n      .toString() must_== \"\"\"db.venues.find({ \"legId\" : 1 , \"tags\" : \"sometag\"}, { \"tags.$\" : 1})\"\"\"\n  }\n  \/*\n      @Test\n      def testWhereOpt {\n        val someId = Some(1L)\n        val noId: Option[Long] = None\n        val someList = Some(List(1L, 2L))\n        val noList: Option[List[Long]] = None\n\n        \/\/ whereOpt\n        VenueR.whereOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1})\"\"\"\n        VenueR.whereOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n        VenueR.whereOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1 , \"mayor\" : 2})\"\"\"\n        VenueR.whereOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n        \/\/ whereOpt: lists\n        VenueR.whereOpt(someList)(_.legacyid in _).toString() must_== \"\"\"db.venues.find({ \"legId\" : { \"$in\" : [ 1 , 2]}})\"\"\"\n        VenueR.whereOpt(noList)(_.legacyid in _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n        \/\/ whereOpt: enum\n        val someEnum = Some(VenueStatus.open)\n        val noEnum: Option[VenueStatus.type#Value] = None\n        VenueR.whereOpt(someEnum)(_.status eqs _).toString() must_== \"\"\"db.venues.find({ \"status\" : \"Open\"})\"\"\"\n        VenueR.whereOpt(noEnum)(_.status eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n        \/\/ whereOpt: date\n        val someDate = Some(new DateTime(2010, 5, 1, 0, 0, 0, 0, DateTimeZone.UTC))\n        val noDate: Option[DateTime] = None\n        VenueR.whereOpt(someDate)(_.last_updated after _).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gt\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}})\"\"\"\n        VenueR.whereOpt(noDate)(_.last_updated after _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n        \/\/ andOpt\n        VenueR.where(_.mayor eqs 2).andOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2 , \"legid\" : 1})\"\"\"\n        VenueR.where(_.mayor eqs 2).andOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n        \/\/ scanOpt\n        VenueR.scanOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1})\"\"\"\n        VenueR.scanOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n        VenueR.scanOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1 , \"mayor\" : 2})\"\"\"\n        VenueR.scanOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n        \/\/ iscanOpt\n        VenueR.iscanOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1})\"\"\"\n        VenueR.iscanOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n        VenueR.iscanOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1 , \"mayor\" : 2})\"\"\"\n        VenueR.iscanOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n        \/\/ modify\n        val q = VenueR.where(_.legacyid eqs 1)\n        val prefix = \"\"\"db.venues.update({ \"legid\" : 1}, \"\"\"\n        val suffix = \", false, false)\"\n\n        q.modifyOpt(someId)(_.legacyid setTo _).toString() must_== prefix + \"\"\"{ \"$set\" : { \"legid\" : 1}}\"\"\" + suffix\n        q.modifyOpt(noId)(_.legacyid setTo _).toString() must_== prefix + \"\"\"{ }\"\"\" + suffix\n        q.modifyOpt(someEnum)(_.status setTo _).toString() must_== prefix + \"\"\"{ \"$set\" : { \"status\" : \"Open\"}}\"\"\" + suffix\n        q.modifyOpt(noEnum)(_.status setTo _).toString() must_== prefix + \"\"\"{ }\"\"\" + suffix\n      }\n\n      @Test\n      def testShardKey {\n        LikeR.where(_.checkin eqs 123).toString() must_== \"\"\"db.likes.find({ \"checkin\" : 123})\"\"\"\n        LikeR.where(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n        LikeR.where(_.userid eqs 123).allShards.toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n        LikeR.where(_.userid eqs 123).allShards.noop().toString() must_== \"\"\"db.likes.update({ \"userid\" : 123}, { }, false, false)\"\"\"\n        LikeR.withShardKey(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n        LikeR.withShardKey(_.userid in List(123L, 456L)).toString() must_== \"\"\"db.likes.find({ \"userid\" : { \"$in\" : [ 123 , 456]}})\"\"\"\n        LikeR.withShardKey(_.userid eqs 123).and(_.checkin eqs 1).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123 , \"checkin\" : 1})\"\"\"\n        LikeR.where(_.checkin eqs 1).withShardKey(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"checkin\" : 1 , \"userid\" : 123})\"\"\"\n      }\n\n      @Test\n      def testCommonSuperclassForPhantomTypes {\n        def maybeLimit(legid: Long, limitOpt: Option[Int]) = {\n          limitOpt match {\n            case Some(limit) => VenueR.where(_.legacyid eqs legid).limit(limit)\n            case None => VenueR.where(_.legacyid eqs legid)\n          }\n        }\n\n        maybeLimit(1, None).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1})\"\"\"\n        maybeLimit(1, Some(5)).toString() must_== \"\"\"db.venues.find({ \"legId\" : 1}).limit(5)\"\"\"\n      }\n\n      @Test\n      def testSetReadPreference: Unit = {\n        type Q = Query[Venue, Venue, _]\n\n        VenueR.where(_.mayor eqs 2).asInstanceOf[Q].readPreference must_== None\n        VenueR.where(_.mayor eqs 2).setReadPreference(ReadPreference.secondary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.secondary)\n        VenueR.where(_.mayor eqs 2).setReadPreference(ReadPreference.primary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.primary)\n        VenueR.where(_.mayor eqs 2).setReadPreference(ReadPreference.secondary).setReadPreference(ReadPreference.primary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.primary)\n      }\n\n    *\/\n\n  @Test\n  def uuidTest(): Unit = {\n    val u = UUID.randomUUID()\n    \/\/it is ok it just compiles\n    UuidCcR.where(_.id eqs u)\n    UuidCcR.where(_.dt gte Instant.now())\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/test\/scala\/tech\/scoundrel\/mongodb\/MongoDocumentSpec.scala","text":"<filename>mongodb-record\/src\/test\/scala\/tech\/scoundrel\/mongodb\/MongoDocumentSpec.scala\n\/*\n * Copyright 2010 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\n\nimport org.bson.types.ObjectId\nimport org.joda.time._\nimport org.specs2.mutable.Specification\nimport org.specs2.execute.Result\n\nimport net.liftweb.common._\nimport net.liftweb.json.ext._\n\npackage mongodocumentspecs {\n  case class Primitives(\n      _id: ObjectId,\n      s: String,\n      i: Int,\n      l: Long,\n      d: Double,\n      f: Float,\n      b: Byte,\n      bi: BigInt,\n      bool: Boolean,\n      sh: Short,\n      jli: java.lang.Integer,\n      jll: java.lang.Long,\n      jld: java.lang.Double,\n      jlf: java.lang.Float,\n      jlb: java.lang.Byte,\n      jlbool: java.lang.Boolean,\n      jlsh: java.lang.Short\n  ) extends MongoDocument[Primitives] {\n\n    def meta = Primitives\n  }\n  object Primitives extends MongoDocumentMeta[Primitives] {\n    override def formats = super.formats + new ObjectIdSerializer\n  }\n\n  case class NullTestEmbed(nul: String)\n  case class NullTestDoc(_id: ObjectId, nul: String, ent: NullTestEmbed)\n      extends MongoDocument[NullTestDoc] {\n    def meta = NullTestDoc\n  }\n  object NullTestDoc extends MongoDocumentMeta[NullTestDoc] {\n    override def formats = super.formats + new ObjectIdSerializer\n  }\n\n  case class OptionTestDoc(_id: ObjectId, optNone: Option[String],\n    optSome: Option[String])\n      extends MongoDocument[OptionTestDoc] {\n    def meta = OptionTestDoc\n  }\n  object OptionTestDoc extends MongoDocumentMeta[OptionTestDoc] {\n    override def formats = super.formats + new ObjectIdSerializer\n  }\n\n  case class BoxTestDoc(_id: ObjectId, boxEmpty: Box[String],\n    boxFull: Box[String], boxFail: Box[String])\n      extends MongoDocument[BoxTestDoc] {\n    def meta = BoxTestDoc\n  }\n  object BoxTestDoc extends MongoDocumentMeta[BoxTestDoc] {\n    override def formats = super.formats + new JsonBoxSerializer + new ObjectIdSerializer\n  }\n\n  case class MapTestDoc(_id: ObjectId, aMap: Map[String, String])\n      extends MongoDocument[MapTestDoc] {\n    def meta = MapTestDoc\n  }\n  object MapTestDoc extends MongoDocumentMeta[MapTestDoc] {\n    override def formats = super.formats + new ObjectIdSerializer\n  }\n\n  case class DateTimeTestDoc(_id: ObjectId, dt: DateTime) extends MongoDocument[DateTimeTestDoc] {\n    def meta = DateTimeTestDoc\n  }\n  object DateTimeTestDoc extends MongoDocumentMeta[DateTimeTestDoc] {\n    override def formats = super.formats + new ObjectIdSerializer + new DateTimeSerializer\n  }\n\n  case class LocalDateTestDoc(_id: ObjectId, ld: LocalDate) extends MongoDocument[LocalDateTestDoc] {\n    def meta = LocalDateTestDoc\n  }\n  object LocalDateTestDoc extends MongoDocumentMeta[LocalDateTestDoc] {\n    override def formats = super.formats + new ObjectIdSerializer + LocalDateSerializer()\n  }\n}\n\n\/**\n * System specification for MongoDocument\n *\/\nclass MongoDocumentSpec extends Specification with MongoTestKit {\n  \"MongoDocument Specification\".title\n\n  def passSaveAndRetrieveTests(obj: MongoDocument[_], meta: MongoDocumentMeta[_]): Result = {\n    obj.save\n    val objFromDb = meta.find(obj._id.asInstanceOf[ObjectId])\n    objFromDb.isDefined must_== true\n    objFromDb.get must_== obj\n  }\n\n  \"MongoDocument\" should {\n\n    \"handle primitives\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val primitives = Primitives(\n        ObjectId.get,\n        \"This is a String\",\n        123,\n        124L,\n        (125.5).toDouble,\n        (126.5).toFloat,\n        (127).toByte,\n        BigInt(128999),\n        true,\n        (129).toShort,\n        new java.lang.Integer(130),\n        new java.lang.Long(131L),\n        new java.lang.Double(132.5),\n        new java.lang.Float(133.5),\n        new java.lang.Byte(\"12\"),\n        java.lang.Boolean.TRUE,\n        new java.lang.Short(\"135\")\n      )\n      passSaveAndRetrieveTests(primitives, Primitives)\n    }\n\n    \"handle null\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val ntd = NullTestDoc(ObjectId.get, null, NullTestEmbed(null))\n      passSaveAndRetrieveTests(ntd, NullTestDoc)\n    }\n\n    \"handle Option\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val otd = OptionTestDoc(ObjectId.get, None, Some(\"Some String\"))\n      passSaveAndRetrieveTests(otd, OptionTestDoc)\n    }\n\n    \"handle Box using JsonBoxSerializer\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val btd = BoxTestDoc(ObjectId.get, Empty, Full(\"Full String\"), Failure(\"This is a failure\"))\n      passSaveAndRetrieveTests(btd, BoxTestDoc)\n    }\n\n    \"handle Maps properly\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val mtd = MapTestDoc(ObjectId.get, Map(\"x\" -> \"1\"))\n      passSaveAndRetrieveTests(mtd, MapTestDoc)\n\n      \/\/ empty map\n      val mtd2 = MapTestDoc(ObjectId.get, Map[String, String]())\n      passSaveAndRetrieveTests(mtd2, MapTestDoc)\n    }\n\n    \"handle DateTime properly\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val dt = DateTime.now.plusMinutes(10)\n\n      val dttd = DateTimeTestDoc(ObjectId.get, dt)\n      passSaveAndRetrieveTests(dttd, DateTimeTestDoc)\n    }\n\n    \"handle LocalDate properly\" in {\n      checkMongoIsRunning\n      import mongodocumentspecs._\n\n      val ld = LocalDate.now\n\n      val dttd = LocalDateTestDoc(ObjectId.get, ld)\n      passSaveAndRetrieveTests(dttd, LocalDateTestDoc)\n    }\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/test\/scala\/QueryTest.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.lift.test\n\nimport java.util.UUID\nimport java.util.regex.Pattern\n\nimport org.specs2.matcher.JUnitMustMatchers\n\nimport com.mongodb.ReadPreference\nimport org.bson.types._\nimport org.joda.time.{ DateTime, DateTimeZone }\nimport org.junit._\nimport tech.scoundrel.field.Field\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.lift.LiftRogue._\n\nclass QueryTest extends JUnitMustMatchers {\n\n  @Test\n  def testProduceACorrectJSONQueryString {\n    val d1 = new DateTime(2010, 5, 1, 0, 0, 0, 0, DateTimeZone.UTC)\n    val d2 = new DateTime(2010, 5, 2, 0, 0, 0, 0, DateTimeZone.UTC)\n    val oid1 = ObjectId.createFromLegacyFormat((d1.toDate.getTime \/ 1000).toInt, 0, 0)\n    val oid2 = ObjectId.createFromLegacyFormat((d2.toDate.getTime \/ 1000).toInt, 0, 0)\n    val oid = new ObjectId\n    val ven1 = Venue.createRecord._id(oid1)\n\n    \/\/ eqs\n    Venue.where(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n    Venue.where(_.venuename eqs \"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"venuename\" : \"Starbucks\"})\"\"\"\n    Venue.where(_.closed eqs true).toString() must_== \"\"\"db.venues.find({ \"closed\" : true})\"\"\"\n    Venue.where(_._id eqs oid).toString() must_== (\"\"\"db.venues.find({ \"_id\" : ObjectId(\"%s\")})\"\"\" format oid.toString)\n    VenueClaim.where(_.status eqs ClaimStatus.approved).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : \"Approved\"})\"\"\"\n\n    VenueClaim.where(_.venueid eqs oid).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : ObjectId(\"%s\")})\"\"\" format oid.toString)\n    VenueClaim.where(_.venueid eqs ven1.id).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : ObjectId(\"%s\")})\"\"\" format oid1.toString)\n    VenueClaim.where(_.venueid eqs ven1).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : ObjectId(\"%s\")})\"\"\" format oid1.toString)\n\n    \/\/ neq,lt,gt\n    Venue.where(_.mayor_count neqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$ne\" : 5}})\"\"\"\n    Venue.where(_.mayor_count < 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    Venue.where(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    Venue.where(_.mayor_count <= 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lte\" : 5}})\"\"\"\n    Venue.where(_.mayor_count lte 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lte\" : 5}})\"\"\"\n    Venue.where(_.mayor_count > 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gt\" : 5}})\"\"\"\n    Venue.where(_.mayor_count gt 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gt\" : 5}})\"\"\"\n    Venue.where(_.mayor_count >= 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 5}})\"\"\"\n    Venue.where(_.mayor_count gte 5).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 5}})\"\"\"\n    Venue.where(_.mayor_count between (3, 5)).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 3 , \"$lte\" : 5}})\"\"\"\n    Venue.where(_.popularity < 4).toString() must_== \"\"\"db.venues.find({ \"popularity\" : { \"$lt\" : 4}})\"\"\"\n    VenueClaim.where(_.status neqs ClaimStatus.approved).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$ne\" : \"Approved\"}})\"\"\"\n    VenueClaim.where(_.reason eqs RejectReason.tooManyClaims).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 0})\"\"\"\n    VenueClaim.where(_.reason eqs RejectReason.cheater).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 1})\"\"\"\n    VenueClaim.where(_.reason eqs RejectReason.wrongCode).toString() must_== \"\"\"db.venueclaims.find({ \"reason\" : 2})\"\"\"\n\n    \/\/ comparison even when type information is unavailable\n    \/\/def doLessThan[M <: MongoRecord[M], T: BSONType](meta: M with MongoMetaRecord[M], f: M => Field[T, M], otherVal: T) =\n    \/\/      meta.where(r => f(r) < otherVal)\n    \/\/  doLessThan(Venue, (v: Venue) => v.mayor_count, 5L).toString() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n\n    \/\/ in,nin\n    Venue.where(_.legacyid in List(123L, 456L)).toString() must_== \"\"\"db.venues.find({ \"legid\" : { \"$in\" : [ 123 , 456]}})\"\"\"\n    Venue.where(_.venuename nin List(\"Starbucks\", \"Whole Foods\")).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$nin\" : [ \"Starbucks\" , \"Whole Foods\"]}})\"\"\"\n    VenueClaim.where(_.status in List(ClaimStatus.approved, ClaimStatus.pending)).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$in\" : [ \"Approved\" , \"Pending approval\"]}})\"\"\"\n    VenueClaim.where(_.status nin List(ClaimStatus.approved, ClaimStatus.pending)).toString() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$nin\" : [ \"Approved\" , \"Pending approval\"]}})\"\"\"\n\n    VenueClaim.where(_.venueid in List(ven1.id)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$in\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n    VenueClaim.where(_.venueid in List(ven1)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$in\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n\n    VenueClaim.where(_.venueid nin List(ven1.id)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$nin\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n    VenueClaim.where(_.venueid nin List(ven1)).toString() must_== (\"\"\"db.venueclaims.find({ \"vid\" : { \"$nin\" : [ ObjectId(\"%s\")]}})\"\"\" format oid1.toString)\n\n    \/\/ exists\n    Venue.where(_._id exists true).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$exists\" : true}})\"\"\"\n\n    \/\/ startsWith, regex\n    Venue.where(_.venuename startsWith \"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"^\\\\QStarbucks\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    val p1 = Pattern.compile(\"Star.*\")\n    Venue.where(_.venuename regexWarningNotIndexed p1).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"\"}})\"\"\"\n    Venue.where(_.venuename matches p1).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"\"}})\"\"\"\n    val p2 = Pattern.compile(\"Star.*\", Pattern.CASE_INSENSITIVE | Pattern.MULTILINE)\n    Venue.where(_.venuename matches p2).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : \"Star.*\" , \"$options\" : \"im\"}})\"\"\"\n    Venue.where(_.venuename matches p2).and(_.venuename nin List(\"a\", \"b\")).toString() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$nin\" : [ \"a\" , \"b\"] , \"$regex\" : \"Star.*\" , \"$options\" : \"im\"}})\"\"\"\n\n    \/\/ all, in, size, contains, at\n    Venue.where(_.tags eqs List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : [ \"db\" , \"ka\"]})\"\"\"\n    Venue.where(_.tags all List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$all\" : [ \"db\" , \"ka\"]}})\"\"\"\n    Venue.where(_.tags in List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$in\" : [ \"db\" , \"ka\"]}})\"\"\"\n    Venue.where(_.tags nin List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$nin\" : [ \"db\" , \"ka\"]}})\"\"\"\n    Venue.where(_.tags neqs List(\"db\", \"ka\")).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$ne\" : [ \"db\" , \"ka\"]}})\"\"\"\n    Venue.where(_.tags matches \"kara.*\".r).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"kara.*\" , \"$options\" : \"\"}})\"\"\"\n    Venue.where(_.tags size 3).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 3}})\"\"\"\n    Venue.where(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"tags\" : \"karaoke\"})\"\"\"\n    Venue.where(_.tags notcontains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$ne\" : \"karaoke\"}})\"\"\"\n    Venue.where(_.popularity contains 3).toString() must_== \"\"\"db.venues.find({ \"popularity\" : 3})\"\"\"\n    Venue.where(_.popularity at 0 eqs 3).toString() must_== \"\"\"db.venues.find({ \"popularity.0\" : 3})\"\"\"\n    Venue.where(_.categories at 0 eqs oid).toString() must_== \"\"\"db.venues.find({ \"categories.0\" : ObjectId(\"%s\")})\"\"\".format(oid.toString)\n    Venue.where(_.tags at 0 startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    \/\/ alternative syntax\n    Venue.where(_.tags idx 0 startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    Venue.where(_.tags startsWith \"kara\").toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"^\\\\Qkara\\\\E\" , \"$options\" : \"\"}})\"\"\"\n    Venue.where(_.tags matches \"k.*\".r).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$regex\" : \"k.*\" , \"$options\" : \"\"}})\"\"\"\n\n    \/\/ maps\n    Tip.where(_.counts at \"foo\" eqs 3).toString() must_== \"\"\"db.tips.find({ \"counts.foo\" : 3})\"\"\"\n\n    \/\/ near\n    Venue.where(_.geolatlng near (39.0, -74.0, Degrees(0.2))).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$near\" : [ 39.0 , -74.0 , 0.2]}})\"\"\"\n    Venue.where(_.geolatlng withinCircle (1.0, 2.0, Degrees(0.3))).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$center\" : [ [ 1.0 , 2.0] , 0.3]}}})\"\"\"\n    Venue.where(_.geolatlng withinBox (1.0, 2.0, 3.0, 4.0)).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$box\" : [ [ 1.0 , 2.0] , [ 3.0 , 4.0]]}}})\"\"\"\n    Venue.where(_.geolatlng eqs (45.0, 50.0)).toString() must_== \"\"\"db.venues.find({ \"latlng\" : [ 45.0 , 50.0]})\"\"\"\n    Venue.where(_.geolatlng neqs (31.0, 23.0)).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$ne\" : [ 31.0 , 23.0]}})\"\"\"\n    Venue.where(_.geolatlng eqs LatLong(45.0, 50.0)).toString() must_== \"\"\"db.venues.find({ \"latlng\" : [ 45.0 , 50.0]})\"\"\"\n    Venue.where(_.geolatlng neqs LatLong(31.0, 23.0)).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$ne\" : [ 31.0 , 23.0]}})\"\"\"\n    Venue.where(_.geolatlng nearSphere (39.0, -74.0, Radians(1.0))).toString() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$nearSphere\" : [ 39.0 , -74.0] , \"$maxDistance\" : 1.0}})\"\"\"\n\n    \/\/ ObjectId before, after, between\n    Venue.where(_._id before d2).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid2.toString)\n    Venue.where(_._id after d1).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString)\n    Venue.where(_._id between (d1, d2)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\") , \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString, oid2.toString)\n    Venue.where(_._id between Tuple2(d1, d2)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$gt\" : ObjectId(\"%s\") , \"$lt\" : ObjectId(\"%s\")}})\"\"\".format(oid1.toString, oid2.toString)\n\n    \/\/ DateTime before, after, between\n    Venue.where(_.last_updated before d2).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$lt\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    Venue.where(_.last_updated after d1).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gt\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}})\"\"\"\n    Venue.where(_.last_updated between (d1, d2)).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    Venue.where(_.last_updated between Tuple2(d1, d2)).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    Venue.where(_.last_updated eqs d1).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}})\"\"\"\n    Venue.where(_.last_updated eqs d1.toDate).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}})\"\"\"\n    Venue.where(_.last_updated after d1.toDate).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gt\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}})\"\"\"\n\n    \/\/ Case class list field\n    Comment.where(_.comments.unsafeField[Int](\"z\") contains 123).toString() must_== \"\"\"db.comments.find({ \"comments.z\" : 123})\"\"\"\n    Comment.where(_.comments.unsafeField[String](\"comment\") contains \"hi\").toString() must_== \"\"\"db.comments.find({ \"comments.comment\" : \"hi\"})\"\"\"\n\n    \/\/ BsonRecordField subfield queries\n    Venue.where(_.claims.subfield(_.status) contains ClaimStatus.approved).toString() must_== \"\"\"db.venues.find({ \"claims.status\" : \"Approved\"})\"\"\"\n    Venue.where(_.claims.subfield(_.userid) between (1, 10)).toString() must_== \"\"\"db.venues.find({ \"claims.uid\" : { \"$gte\" : 1 , \"$lte\" : 10}})\"\"\"\n    Venue.where(_.claims.subfield(_.date) between (d1.toDate, d2.toDate)).toString() must_== \"\"\"db.venues.find({ \"claims.date\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}})\"\"\"\n    Venue.where(_.lastClaim.subfield(_.userid) eqs 123).toString() must_== \"\"\"db.venues.find({ \"lastClaim.uid\" : 123})\"\"\"\n    Venue.where(_.claims.subfield(_.source.subfield(_.name)) contains \"twitter\").toString() must_== \"\"\"db.venues.find({ \"claims.source.name\" : \"twitter\"})\"\"\"\n\n    \/\/ Enumeration list\n    OAuthConsumer.where(_.privileges contains ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.find({ \"privileges\" : \"Award badges\"})\"\"\"\n    OAuthConsumer.where(_.privileges at 0 eqs ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.find({ \"privileges.0\" : \"Award badges\"})\"\"\"\n\n    \/\/ Field type\n    Venue.where(_.legacyid hastype MongoType.String).toString() must_== \"\"\"db.venues.find({ \"legid\" : { \"$type\" : 2}})\"\"\"\n\n    \/\/ Modulus\n    Venue.where(_.legacyid mod (5, 1)).toString() must_== \"\"\"db.venues.find({ \"legid\" : { \"$mod\" : [ 5 , 1]}})\"\"\"\n\n    \/\/ compound queries\n    Venue.where(_.mayor eqs 1).and(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"tags\" : \"karaoke\"})\"\"\"\n    Venue.where(_.mayor eqs 1).and(_.mayor_count eqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : 5})\"\"\"\n    Venue.where(_.mayor eqs 1).and(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n    Venue.where(_.mayor eqs 1).and(_.mayor_count gt 3).and(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5 , \"$gt\" : 3}})\"\"\"\n\n    \/\/ queries with no clauses\n    metaRecordToQueryBuilder(Venue).toString() must_== \"db.venues.find({ })\"\n    Venue.orderDesc(_._id).toString() must_== \"\"\"db.venues.find({ }).sort({ \"_id\" : -1})\"\"\"\n\n    \/\/ ordered queries\n    Venue.where(_.mayor eqs 1).orderAsc(_.legacyid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"legid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).orderDesc(_.legacyid).andAsc(_.userid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"legid\" : -1 , \"userid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).orderDesc(_.lastClaim.subfield(_.date)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"lastClaim.date\" : -1})\"\"\"\n    Venue.where(_.mayor eqs 1).orderNaturalAsc.toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"$natural\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).orderNaturalDesc.toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"$natural\" : -1})\"\"\"\n\n    \/\/ select queries\n    Venue.where(_.mayor eqs 1).select(_.legacyid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).select(_.legacyid, _.userid).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).select(_.legacyid, _.userid, _.mayor).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).select(_.legacyid, _.userid, _.mayor, _.mayor_count).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).select(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).select(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, _.tags).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1 , \"tags\" : 1})\"\"\"\n\n    \/\/ select case queries\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, V1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, _.userid, V2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, _.userid, _.mayor, V3).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, V4).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, V5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).selectCase(_.legacyid, _.userid, _.mayor, _.mayor_count, _.closed, _.tags, V6).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}, { \"legid\" : 1 , \"userid\" : 1 , \"mayor\" : 1 , \"mayor_count\" : 1 , \"closed\" : 1 , \"tags\" : 1})\"\"\"\n\n    \/\/ select subfields\n    Tip.where(_.legacyid eqs 1).select(_.counts at \"foo\").toString() must_== \"\"\"db.tips.find({ \"legid\" : 1}, { \"counts.foo\" : 1})\"\"\"\n    Venue.where(_.legacyid eqs 1).select(_.geolatlng.unsafeField[Double](\"lat\")).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"latlng.lat\" : 1})\"\"\"\n    Venue.where(_.legacyid eqs 1).select(_.lastClaim.subselect(_.status)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"lastClaim.status\" : 1})\"\"\"\n    Venue.where(_.legacyid eqs 1).select(_.claims.subselect(_.userid)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"claims.uid\" : 1})\"\"\"\n\n    \/\/ select slice\n    Venue.where(_.legacyid eqs 1).select(_.tags).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"tags\" : 1})\"\"\"\n    Venue.where(_.legacyid eqs 1).select(_.tags.slice(4)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"tags\" : { \"$slice\" : 4}})\"\"\"\n    Venue.where(_.legacyid eqs 1).select(_.tags.slice(4, 7)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"tags\" : { \"$slice\" : [ 4 , 7]}})\"\"\"\n\n    \/\/ select $\n    Venue.where(_.legacyid eqs 1).select(_.tags.$$).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}, { \"tags.$\" : 1})\"\"\"\n\n    Venue.where(_.legacyid eqs 1)\n      .and(_.claims elemMatch (_.status eqs ClaimStatus.approved,\n        _.userid gt 2097)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1 , \"claims\" : { \"$elemMatch\" : { \"uid\" : { \"$gt\" : 2097} , \"status\" : \"Approved\"}}})\"\"\"\n\n    \/\/ TODO: case class list fields\n    \/\/ Comment.select(_.comments.unsafeField[Long](\"userid\")).toString() must_== \"\"\"db.venues.find({ }, { \"comments.userid\" : 1})\"\"\"\n\n    \/\/ out of order and doesn't screw up earlier params\n    Venue.limit(10).where(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    Venue.orderDesc(_._id).and(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"_id\" : -1})\"\"\"\n    Venue.orderDesc(_._id).skip(3).and(_.mayor eqs 1).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).sort({ \"_id\" : -1}).skip(3)\"\"\"\n\n    \/\/ Scan should be the same as and\/where\n    Venue.where(_.mayor eqs 1).scan(_.tags contains \"karaoke\").toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"tags\" : \"karaoke\"})\"\"\"\n    Venue.scan(_.mayor eqs 1).and(_.mayor_count eqs 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : 5})\"\"\"\n    Venue.scan(_.mayor eqs 1).scan(_.mayor_count lt 5).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$lt\" : 5}})\"\"\"\n\n    \/\/ limit, limitOpt, skip, skipOpt\n    Venue.where(_.mayor eqs 1).limit(10).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    Venue.where(_.mayor eqs 1).limitOpt(Some(10)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).limit(10)\"\"\"\n    Venue.where(_.mayor eqs 1).limitOpt(None).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).skip(10).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).skip(10)\"\"\"\n    Venue.where(_.mayor eqs 1).skipOpt(Some(10)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1}).skip(10)\"\"\"\n    Venue.where(_.mayor eqs 1).skipOpt(None).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1})\"\"\"\n\n    \/\/ raw query clauses\n    Venue.where(_.mayor eqs 1).raw(_.add(\"$where\", \"this.a > 3\")).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"$where\" : \"this.a > 3\"})\"\"\"\n\n    \/\/ $not clauses\n    Venue.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$not\" : { \"$lt\" : 5}}})\"\"\"\n    Venue.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).and(_.mayor_count not (_ gt 6)).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$not\" : { \"$gt\" : 6 , \"$lt\" : 5}}})\"\"\"\n    Venue.scan(_.mayor eqs 1).scan(_.mayor_count not (_ lt 5)).and(_.mayor_count gt 3).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"mayor_count\" : { \"$gt\" : 3 , \"$not\" : { \"$lt\" : 5}}})\"\"\"\n    Venue.scan(_._id not (_ before d1)).toString() must_== \"\"\"db.venues.find({ \"_id\" : { \"$not\" : { \"$lt\" : ObjectId(\"%s\")}}})\"\"\".format(oid1.toString)\n    Venue.scan(_.last_updated not (_ between (d1, d2))).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$not\" : { \"$gte\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"} , \"$lte\" : { \"$date\" : \"2010-05-02T00:00:00.000Z\"}}}})\"\"\"\n    Venue.scan(_.tags not (_ in List(\"a\", \"b\"))).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$not\" : { \"$in\" : [ \"a\" , \"b\"]}}})\"\"\"\n    Venue.scan(_.tags not (_ size 0)).toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$not\" : { \"$size\" : 0}}})\"\"\"\n    Venue.scan(_.popularity at 0 not (_ lt 0)).toString() must_== \"\"\"db.venues.find({ \"popularity.0\" : { \"$not\" : { \"$lt\" : 0}}})\"\"\"\n\n    \/\/ text search\n    Venue.search(\"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.where(_.mayor eqs 1).search(\"Starbucks\").toString() must_== \"\"\"db.venues.find({ \"mayor\" : 1 , \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.search(\"Starbucks\", None).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.search(\"Starbucks\", Some(\"es\")).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\" , \"$language\" : \"es\"}})\"\"\"\n\n    \/\/ ordered text search\n    Venue.search(\"Starbucks\").orderScore().toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"score\" : { \"$meta\" : \"textScore\"}}).sort({ \"score\" : { \"$meta\" : \"textScore\"}})\"\"\"\n    Venue.search(\"Starbucks\").orderScore().select(_.mayor).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"mayor\" : 1 , \"score\" : { \"$meta\" : \"textScore\"}}).sort({ \"score\" : { \"$meta\" : \"textScore\"}})\"\"\"\n    Venue.search(\"Starbucks\").select(_.mayor).orderScore().toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"mayor\" : 1 , \"score\" : { \"$meta\" : \"textScore\"}}).sort({ \"score\" : { \"$meta\" : \"textScore\"}})\"\"\"\n    Venue.search(\"Starbucks\").orderScore(\"searchScore\").toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"searchScore\" : { \"$meta\" : \"textScore\"}}).sort({ \"searchScore\" : { \"$meta\" : \"textScore\"}})\"\"\"\n\n    Venue.search(\"Starbucks\").orderAsc(_.venuename).andScore().toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"score\" : { \"$meta\" : \"textScore\"}}).sort({ \"venuename\" : 1 , \"score\" : { \"$meta\" : \"textScore\"}})\"\"\"\n    Venue.search(\"Starbucks\").orderAsc(_.venuename).andScore(\"searchScore\").toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}}, { \"searchScore\" : { \"$meta\" : \"textScore\"}}).sort({ \"venuename\" : 1 , \"searchScore\" : { \"$meta\" : \"textScore\"}})\"\"\"\n  }\n\n  @Test\n  def testModifyQueryShouldProduceACorrectJSONQueryString {\n    val d1 = new DateTime(2010, 5, 1, 0, 0, 0, 0, DateTimeZone.UTC)\n\n    val query = \"\"\"db.venues.update({ \"legid\" : 1}, \"\"\"\n    val suffix = \", false, false)\"\n    Venue.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count setTo 3).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count unset).toString() must_== query + \"\"\"{ \"$unset\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count setTo Some(3L)).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count setTo None).toString() must_== query + \"\"\"{ \"$unset\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n\n    \/\/ Numeric\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count inc 3).toString() must_== query + \"\"\"{ \"$inc\" : { \"mayor_count\" : 3}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.geolatlng.unsafeField[Double](\"lat\") inc 0.5).toString() must_== query + \"\"\"{ \"$inc\" : { \"latlng.lat\" : 0.5}}\"\"\" + suffix\n\n    \/\/ Enumeration\n    val query2 = \"\"\"db.venueclaims.update({ \"uid\" : 1}, \"\"\"\n    VenueClaim.where(_.userid eqs 1).modify(_.status setTo ClaimStatus.approved).toString() must_== query2 + \"\"\"{ \"$set\" : { \"status\" : \"Approved\"}}\"\"\" + suffix\n\n    \/\/ Calendar\n    Venue.where(_.legacyid eqs 1).modify(_.last_updated setTo d1).toString() must_== query + \"\"\"{ \"$set\" : { \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.last_updated setTo d1.toDate).toString() must_== query + \"\"\"{ \"$set\" : { \"last_updated\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}}\"\"\" + suffix\n\n    \/\/ LatLong\n    val ll = LatLong(37.4, -73.9)\n    Venue.where(_.legacyid eqs 1).modify(_.geolatlng setTo ll).toString() must_== query + \"\"\"{ \"$set\" : { \"latlng\" : [ 37.4 , -73.9]}}\"\"\" + suffix\n\n    \/\/ Lists\n    Venue.where(_.legacyid eqs 1).modify(_.popularity setTo List(5)).toString() must_== query + \"\"\"{ \"$set\" : { \"popularity\" : [ 5]}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity push 5).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : 5}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.tags pushAll List(\"a\", \"b\")).toString() must_== query + \"\"\"{ \"$pushAll\" : { \"tags\" : [ \"a\" , \"b\"]}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.tags addToSet \"a\").toString() must_== query + \"\"\"{ \"$addToSet\" : { \"tags\" : \"a\"}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity addToSet List(1L, 2L)).toString() must_== query + \"\"\"{ \"$addToSet\" : { \"popularity\" : { \"$each\" : [ 1 , 2]}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity push List(1L, 2L)).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : { \"$each\" : [ 1 , 2]}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity push (List(1L, 2L), 3)).toString() must_== query + \"\"\"{ \"$push\" : { \"popularity\" : { \"$each\" : [ 1 , 2] , \"$slice\" : 3}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.tags popFirst).toString() must_== query + \"\"\"{ \"$pop\" : { \"tags\" : -1}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.tags popLast).toString() must_== query + \"\"\"{ \"$pop\" : { \"tags\" : 1}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.tags pull \"a\").toString() must_== query + \"\"\"{ \"$pull\" : { \"tags\" : \"a\"}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity pullAll List(2L, 3L)).toString() must_== query + \"\"\"{ \"$pullAll\" : { \"popularity\" : [ 2 , 3]}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity at 0 inc 1).toString() must_== query + \"\"\"{ \"$inc\" : { \"popularity.0\" : 1}}\"\"\" + suffix\n    \/\/ alternative syntax\n    Venue.where(_.legacyid eqs 1).modify(_.popularity idx 0 inc 1).toString() must_== query + \"\"\"{ \"$inc\" : { \"popularity.0\" : 1}}\"\"\" + suffix\n\n    \/\/ Enumeration list\n    OAuthConsumer.modify(_.privileges addToSet ConsumerPrivilege.awardBadges).toString() must_== \"\"\"db.oauthconsumers.update({ }, { \"$addToSet\" : { \"privileges\" : \"Award badges\"}}\"\"\" + suffix\n\n    \/\/ BsonRecordField and BsonRecordListField with nested Enumeration\n    val claims = List(VenueClaimBson.createRecord.userid(1).status(ClaimStatus.approved).date(d1.toDate))\n    Venue.where(_.legacyid eqs 1).modify(_.claims setTo claims).toString() must_== query + \"\"\"{ \"$set\" : { \"claims\" : [ { \"status\" : \"Approved\" , \"uid\" : 1 , \"source\" : { \"name\" : \"\" , \"url\" : \"\"} , \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}]}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.lastClaim setTo claims.head).toString() must_== query + \"\"\"{ \"$set\" : { \"lastClaim\" : { \"status\" : \"Approved\" , \"uid\" : 1 , \"source\" : { \"name\" : \"\" , \"url\" : \"\"} , \"date\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}}}\"\"\" + suffix\n\n    \/\/ Map\n    val m = Map(\"foo\" -> 1L)\n    val query3 = \"\"\"db.tips.update({ \"legid\" : 1}, \"\"\"\n    Tip.where(_.legacyid eqs 1).modify(_.counts setTo m).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts\" : { \"foo\" : 1}}}\"\"\" + suffix\n    Tip.where(_.legacyid eqs 1).modify(_.counts at \"foo\" setTo 3).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts.foo\" : 3}}\"\"\" + suffix\n    Tip.where(_.legacyid eqs 1).modify(_.counts at \"foo\" inc 5).toString() must_== query3 + \"\"\"{ \"$inc\" : { \"counts.foo\" : 5}}\"\"\" + suffix\n    Tip.where(_.legacyid eqs 1).modify(_.counts at \"foo\" unset).toString() must_== query3 + \"\"\"{ \"$unset\" : { \"counts.foo\" : 1}}\"\"\" + suffix\n    Tip.where(_.legacyid eqs 1).modify(_.counts setTo Map(\"foo\" -> 3L, \"bar\" -> 5L)).toString() must_== query3 + \"\"\"{ \"$set\" : { \"counts\" : { \"bar\" : 5 , \"foo\" : 3}}}\"\"\" + suffix\n\n    \/\/ Multiple updates\n    Venue.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count setTo 3).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3 , \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count inc 1).toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"} , \"$inc\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.venuename setTo \"fshq\").and(_.mayor_count setTo 3).and(_.mayor_count inc 1).toString() must_== query + \"\"\"{ \"$set\" : { \"mayor_count\" : 3 , \"venuename\" : \"fshq\"} , \"$inc\" : { \"mayor_count\" : 1}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.popularity addToSet 3).and(_.tags addToSet List(\"a\", \"b\")).toString() must_== query + \"\"\"{ \"$addToSet\" : { \"tags\" : { \"$each\" : [ \"a\" , \"b\"]} , \"popularity\" : 3}}\"\"\" + suffix\n\n    \/\/ Noop query\n    Venue.where(_.legacyid eqs 1).noop().toString() must_== query + \"{ }\" + suffix\n    Venue.where(_.legacyid eqs 1).noop().modify(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).noop().and(_.venuename setTo \"fshq\").toString() must_== query + \"\"\"{ \"$set\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n\n    \/\/ $bit\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count bitAnd 3).toString() must_== query + \"\"\"{ \"$bit\" : { \"mayor_count\" : { \"and\" : 3}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1).modify(_.mayor_count bitOr 3).toString() must_== query + \"\"\"{ \"$bit\" : { \"mayor_count\" : { \"or\" : 3}}}\"\"\" + suffix\n\n    \/\/ $rename\n    Venue.where(_.legacyid eqs 1).modify(_.venuename rename \"vn\").toString() must_== query + \"\"\"{ \"$rename\" : { \"venuename\" : \"vn\"}}\"\"\" + suffix\n\n    \/\/ $setOnInsert\n    Venue.where(_.legacyid eqs 1).modify(_.venuename setOnInsertTo \"fshq\").toString() must_== query + \"\"\"{ \"$setOnInsert\" : { \"venuename\" : \"fshq\"}}\"\"\" + suffix\n\n    \/\/ pullWhere\n    \/*\n    object tags extends MongoListField[Venue, String](this)\n    object popularity extends MongoListField[Venue, Long](this)\n    object categories extends MongoListField[Venue, ObjectId](this)\n    object claims extends BsonRecordListField(this, VenueClaimBson)\n    *\/\n    Venue.where(_.legacyid eqs 1)\n      .modify(_.tags pullWhere (_ startsWith \"prefix\"))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"tags\" : { \"$regex\" : \"^\\\\Qprefix\\\\E\" , \"$options\" : \"\"}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1)\n      .modify(_.popularity pullWhere (_ gt 2))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"popularity\" : { \"$gt\" : 2}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1)\n      .modify(_.popularity pullWhere (_ gt 2, _ lt 5))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"popularity\" : { \"$gt\" : 2 , \"$lt\" : 5}}}\"\"\" + suffix\n    Venue.where(_.legacyid eqs 1)\n      .modify(_.claims pullObjectWhere (_.status eqs ClaimStatus.approved,\n        _.userid eqs 2097))\n      .toString() must_== query + \"\"\"{ \"$pull\" : { \"claims\" : { \"uid\" : 2097 , \"status\" : \"Approved\"}}}\"\"\" + suffix\n  }\n\n  @Test\n  def testProduceACorrectSignatureString {\n    val d1 = new DateTime(2010, 5, 1, 0, 0, 0, 0, DateTimeZone.UTC)\n    val d2 = new DateTime(2010, 5, 2, 0, 0, 0, 0, DateTimeZone.UTC)\n    val oid = new ObjectId\n\n    \/\/ basic ops\n    Venue.where(_.mayor eqs 1).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0})\"\"\"\n    Venue.where(_.venuename eqs \"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"venuename\" : 0})\"\"\"\n    Venue.where(_.closed eqs true).signature() must_== \"\"\"db.venues.find({ \"closed\" : 0})\"\"\"\n    Venue.where(_._id eqs oid).signature() must_== \"\"\"db.venues.find({ \"_id\" : 0})\"\"\"\n    VenueClaim.where(_.status eqs ClaimStatus.approved).signature() must_== \"\"\"db.venueclaims.find({ \"status\" : 0})\"\"\"\n    Venue.where(_.mayor_count gte 5).signature() must_== \"\"\"db.venues.find({ \"mayor_count\" : { \"$gte\" : 0}})\"\"\"\n    VenueClaim.where(_.status neqs ClaimStatus.approved).signature() must_== \"\"\"db.venueclaims.find({ \"status\" : { \"$ne\" : 0}})\"\"\"\n    Venue.where(_.legacyid in List(123L, 456L)).signature() must_== \"\"\"db.venues.find({ \"legid\" : { \"$in\" : 0}})\"\"\"\n    Venue.where(_._id exists true).signature() must_== \"\"\"db.venues.find({ \"_id\" : { \"$exists\" : 0}})\"\"\"\n    Venue.where(_.venuename startsWith \"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"venuename\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n\n    \/\/ list\n    Venue.where(_.tags all List(\"db\", \"ka\")).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$all\" : 0}})\"\"\"\n    Venue.where(_.tags in List(\"db\", \"ka\")).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$in\" : 0}})\"\"\"\n    Venue.where(_.tags size 3).signature() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0}})\"\"\"\n    Venue.where(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"tags\" : 0})\"\"\"\n    Venue.where(_.popularity contains 3).signature() must_== \"\"\"db.venues.find({ \"popularity\" : 0})\"\"\"\n    Venue.where(_.popularity at 0 eqs 3).signature() must_== \"\"\"db.venues.find({ \"popularity.0\" : 0})\"\"\"\n    Venue.where(_.categories at 0 eqs oid).signature() must_== \"\"\"db.venues.find({ \"categories.0\" : 0})\"\"\"\n    Venue.where(_.tags at 0 startsWith \"kara\").signature() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n    Venue.where(_.tags idx 0 startsWith \"kara\").signature() must_== \"\"\"db.venues.find({ \"tags.0\" : { \"$regex\" : 0 , \"$options\" : 0}})\"\"\"\n\n    \/\/ map\n    Tip.where(_.counts at \"foo\" eqs 3).signature() must_== \"\"\"db.tips.find({ \"counts.foo\" : 0})\"\"\"\n\n    \/\/ near\n    Venue.where(_.geolatlng near (39.0, -74.0, Degrees(0.2))).signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$near\" : 0}})\"\"\"\n    Venue.where(_.geolatlng withinCircle (1.0, 2.0, Degrees(0.3))).signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$center\" : 0}}})\"\"\"\n    Venue.where(_.geolatlng withinBox (1.0, 2.0, 3.0, 4.0)).signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$within\" : { \"$box\" : 0}}})\"\"\"\n    Venue.where(_.geolatlng eqs (45.0, 50.0)).signature() must_== \"\"\"db.venues.find({ \"latlng\" : 0})\"\"\"\n    Venue.where(_.geolatlng nearSphere (39.0, -74.0, Radians(1.0))).signature() must_== \"\"\"db.venues.find({ \"latlng\" : { \"$nearSphere\" : 0 , \"$maxDistance\" : 0}})\"\"\"\n\n    \/\/ id, date range\n    Venue.where(_._id before d2).signature() must_== \"\"\"db.venues.find({ \"_id\" : { \"$lt\" : 0}})\"\"\"\n    Venue.where(_.last_updated before d2).signature() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$lt\" : 0}})\"\"\"\n\n    \/\/ Case class list field\n    Comment.where(_.comments.unsafeField[Int](\"z\") contains 123).signature() must_== \"\"\"db.comments.find({ \"comments.z\" : 0})\"\"\"\n    Comment.where(_.comments.unsafeField[String](\"comment\") contains \"hi\").signature() must_== \"\"\"db.comments.find({ \"comments.comment\" : 0})\"\"\"\n\n    \/\/ Enumeration list\n    OAuthConsumer.where(_.privileges contains ConsumerPrivilege.awardBadges).signature() must_== \"\"\"db.oauthconsumers.find({ \"privileges\" : 0})\"\"\"\n    OAuthConsumer.where(_.privileges at 0 eqs ConsumerPrivilege.awardBadges).signature() must_== \"\"\"db.oauthconsumers.find({ \"privileges.0\" : 0})\"\"\"\n\n    \/\/ Field type\n    Venue.where(_.legacyid hastype MongoType.String).signature() must_== \"\"\"db.venues.find({ \"legid\" : { \"$type\" : 0}})\"\"\"\n\n    \/\/ Modulus\n    Venue.where(_.legacyid mod (5, 1)).signature() must_== \"\"\"db.venues.find({ \"legid\" : { \"$mod\" : 0}})\"\"\"\n\n    \/\/ compound queries\n    Venue.where(_.mayor eqs 1).and(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"tags\" : 0})\"\"\"\n    Venue.where(_.mayor eqs 1).and(_.mayor_count gt 3).and(_.mayor_count lt 5).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"mayor_count\" : { \"$lt\" : 0 , \"$gt\" : 0}})\"\"\"\n\n    \/\/ queries with no clauses\n    metaRecordToQueryBuilder(Venue).signature() must_== \"db.venues.find({ })\"\n    Venue.orderDesc(_._id).signature() must_== \"\"\"db.venues.find({ }).sort({ \"_id\" : -1})\"\"\"\n\n    \/\/ ordered queries\n    Venue.where(_.mayor eqs 1).orderAsc(_.legacyid).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0}).sort({ \"legid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 1).orderDesc(_.legacyid).andAsc(_.userid).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0}).sort({ \"legid\" : -1 , \"userid\" : 1})\"\"\"\n\n    \/\/ select queries\n    Venue.where(_.mayor eqs 1).select(_.legacyid).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0})\"\"\"\n\n    \/\/ Scan should be the same as and\/where\n    Venue.where(_.mayor eqs 1).scan(_.tags contains \"karaoke\").signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"tags\" : 0})\"\"\"\n\n    \/\/ or queries\n    Venue.where(_.mayor eqs 1).or(_.where(_._id eqs oid)).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"$or\" : [ { \"_id\" : 0}]})\"\"\"\n\n    \/\/ text search\n    Venue.search(\"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.where(_.mayor eqs 1).search(\"Starbucks\").signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.search(\"Starbucks\", None).signature() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.search(\"Starbucks\", Some(\"es\")).signature() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\" , \"$language\" : \"es\"}})\"\"\"\n    Venue.where(_.mayor eqs 1).or(_.where(_._id eqs oid), _.search(\"Starbucks\")).signature() must_== \"\"\"db.venues.find({ \"mayor\" : 0 , \"$or\" : [ { \"_id\" : 0} , { \"$text\" : { \"$search\" : \"Starbucks\"}}]})\"\"\"\n  }\n\n  @Test\n  def testFindAndModifyQueryShouldProduceACorrectJSONQueryString {\n    Venue.where(_.legacyid eqs 1).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legid\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, upsert: false })\"\"\"\n    )\n    Venue.where(_.legacyid eqs 1).orderAsc(_.popularity).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legid\" : 1}, sort: { \"popularity\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, upsert: false })\"\"\"\n    )\n    Venue.where(_.legacyid eqs 1).select(_.mayor, _.closed).findAndModify(_.venuename setTo \"fshq\").toString().must_==(\n      \"\"\"db.venues.findAndModify({ query: { \"legid\" : 1}, update: { \"$set\" : { \"venuename\" : \"fshq\"}}, new: false, fields: { \"mayor\" : 1 , \"closed\" : 1}, upsert: false })\"\"\"\n    )\n  }\n\n  @Test\n  def testOrQueryShouldProduceACorrectJSONQueryString {\n    \/\/ Simple $or\n    Venue.or(\n      _.where(_.legacyid eqs 1),\n      _.where(_.mayor eqs 2)\n    )\n      .toString() must_== \"\"\"db.venues.find({ \"$or\" : [ { \"legid\" : 1} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ Compound $or\n    Venue.where(_.tags size 0)\n      .or(\n        _.where(_.legacyid eqs 1),\n        _.where(_.mayor eqs 2)\n      )\n      .toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0} , \"$or\" : [ { \"legid\" : 1} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ $or with additional \"and\" clauses\n    Venue.where(_.tags size 0)\n      .or(\n        _.where(_.legacyid eqs 1).and(_.closed eqs true),\n        _.where(_.mayor eqs 2)\n      )\n      .toString() must_== \"\"\"db.venues.find({ \"tags\" : { \"$size\" : 0} , \"$or\" : [ { \"legid\" : 1 , \"closed\" : true} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ Nested $or\n    Venue.or(\n      _.where(_.legacyid eqs 1)\n        .or(\n          _.where(_.closed eqs true),\n          _.where(_.closed exists false)\n        ),\n      _.where(_.mayor eqs 2)\n    )\n      .toString() must_== \"\"\"db.venues.find({ \"$or\" : [ { \"legid\" : 1 , \"$or\" : [ { \"closed\" : true} , { \"closed\" : { \"$exists\" : false}}]} , { \"mayor\" : 2}]})\"\"\"\n\n    \/\/ $or with modify\n    Venue.or(\n      _.where(_.legacyid eqs 1),\n      _.where(_.mayor eqs 2)\n    )\n      .modify(_.userid setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legid\" : 1} , { \"mayor\" : 2}]}, { \"$set\" : { \"userid\" : 1}}, false, false)\"\"\"\n\n    \/\/ $or with optional where clause\n    Venue.or(\n      _.where(_.legacyid eqs 1),\n      _.whereOpt(None)(_.mayor eqs _)\n    )\n      .modify(_.userid setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legid\" : 1}]}, { \"$set\" : { \"userid\" : 1}}, false, false)\"\"\"\n\n    Venue.or(\n      _.where(_.legacyid eqs 1),\n      _.whereOpt(Some(2))(_.mayor eqs _)\n    )\n      .modify(_.userid setTo 1).toString() must_== \"\"\"db.venues.update({ \"$or\" : [ { \"legid\" : 1} , { \"mayor\" : 2}]}, { \"$set\" : { \"userid\" : 1}}, false, false)\"\"\"\n\n    \/\/ OrQuery syntax\n    val q1 = Venue.where(_.legacyid eqs 1)\n    val q2 = Venue.where(_.legacyid eqs 2)\n    OrQuery(q1, q2).toString() must_==\n      \"\"\"db.venues.find({ \"$or\" : [ { \"legid\" : 1} , { \"legid\" : 2}]})\"\"\"\n    OrQuery(q1, q2).and(_.mayor eqs 0).toString() must_==\n      \"\"\"db.venues.find({ \"mayor\" : 0 , \"$or\" : [ { \"legid\" : 1} , { \"legid\" : 2}]})\"\"\"\n    OrQuery(q1, q2.or(_.where(_.closed eqs true), _.where(_.closed exists false))).toString() must_==\n      \"\"\"db.venues.find({ \"$or\" : [ { \"legid\" : 1} , { \"legid\" : 2 , \"$or\" : [ { \"closed\" : true} , { \"closed\" : { \"$exists\" : false}}]}]})\"\"\"\n  }\n\n  @Test\n  def testHints {\n    Venue.where(_.legacyid eqs 1).hint(Venue.idIdx).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}).hint({ \"_id\" : 1})\"\"\"\n    Venue.where(_.legacyid eqs 1).hint(Venue.legIdx).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}).hint({ \"legid\" : -1})\"\"\"\n    Venue.where(_.legacyid eqs 1).hint(Venue.geoIdx).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}).hint({ \"latlng\" : \"2d\"})\"\"\"\n    Venue.where(_.legacyid eqs 1).hint(Venue.geoCustomIdx).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}).hint({ \"latlng\" : \"custom\" , \"tags\" : 1})\"\"\"\n  }\n\n  @Test\n  def testDollarSelector {\n    val i: Field[VenueClaimBson, Venue] = Venue.claims.$\n    val j = i.subfield(_.status)\n    val k: SelectableDummyField[_root_.tech.scoundrel.rogue.lift.test.ClaimStatus.Value, Venue] = Venue.claims.$.subfield(_.status)\n\n    Venue.where(_.legacyid eqs 1)\n      .and(_.claims.subfield(_.userid) contains 2)\n      .modify(_.claims.$.subfield(_.status) setTo ClaimStatus.approved)\n      .toString() must_== \"\"\"db.venues.update({ \"legid\" : 1 , \"claims.uid\" : 2}, { \"$set\" : { \"claims.$.status\" : \"Approved\"}}, false, false)\"\"\"\n\n    Venue.where(_.legacyid eqs 1)\n      .and(_.tags contains \"sometag\")\n      .modify(_.tags.$ setTo \"othertag\")\n      .toString() must_== \"\"\"db.venues.update({ \"legid\" : 1 , \"tags\" : \"sometag\"}, { \"$set\" : { \"tags.$\" : \"othertag\"}}, false, false)\"\"\"\n\n    Venue.where(_.legacyid eqs 1)\n      .and(_.tags contains \"sometag\")\n      .select(_.tags.$$)\n      .toString() must_== \"\"\"db.venues.find({ \"legid\" : 1 , \"tags\" : \"sometag\"}, { \"tags.$\" : 1})\"\"\"\n  }\n\n  @Test\n  def testWhereOpt {\n    val someId = Some(1L)\n    val noId: Option[Long] = None\n    val someList = Some(List(1L, 2L))\n    val noList: Option[List[Long]] = None\n\n    \/\/ whereOpt\n    Venue.whereOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1})\"\"\"\n    Venue.whereOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n    Venue.whereOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1 , \"mayor\" : 2})\"\"\"\n    Venue.whereOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n    \/\/ whereOpt: lists\n    Venue.whereOpt(someList)(_.legacyid in _).toString() must_== \"\"\"db.venues.find({ \"legid\" : { \"$in\" : [ 1 , 2]}})\"\"\"\n    Venue.whereOpt(noList)(_.legacyid in _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n    \/\/ whereOpt: enum\n    val someEnum = Some(VenueStatus.open)\n    val noEnum: Option[VenueStatus.type#Value] = None\n    Venue.whereOpt(someEnum)(_.status eqs _).toString() must_== \"\"\"db.venues.find({ \"status\" : \"Open\"})\"\"\"\n    Venue.whereOpt(noEnum)(_.status eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n    \/\/ whereOpt: date\n    val someDate = Some(new DateTime(2010, 5, 1, 0, 0, 0, 0, DateTimeZone.UTC))\n    val noDate: Option[DateTime] = None\n    Venue.whereOpt(someDate)(_.last_updated after _).toString() must_== \"\"\"db.venues.find({ \"last_updated\" : { \"$gt\" : { \"$date\" : \"2010-05-01T00:00:00.000Z\"}}})\"\"\"\n    Venue.whereOpt(noDate)(_.last_updated after _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n\n    \/\/ andOpt\n    Venue.where(_.mayor eqs 2).andOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2 , \"legid\" : 1})\"\"\"\n    Venue.where(_.mayor eqs 2).andOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n    \/\/ scanOpt\n    Venue.scanOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1})\"\"\"\n    Venue.scanOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n    Venue.scanOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1 , \"mayor\" : 2})\"\"\"\n    Venue.scanOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n    \/\/ iscanOpt\n    Venue.iscanOpt(someId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1})\"\"\"\n    Venue.iscanOpt(noId)(_.legacyid eqs _).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n    Venue.iscanOpt(someId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1 , \"mayor\" : 2})\"\"\"\n    Venue.iscanOpt(noId)(_.legacyid eqs _).and(_.mayor eqs 2).toString() must_== \"\"\"db.venues.find({ \"mayor\" : 2})\"\"\"\n\n    \/\/ modify\n    val q = Venue.where(_.legacyid eqs 1)\n    val prefix = \"\"\"db.venues.update({ \"legid\" : 1}, \"\"\"\n    val suffix = \", false, false)\"\n\n    q.modifyOpt(someId)(_.legacyid setTo _).toString() must_== prefix + \"\"\"{ \"$set\" : { \"legid\" : 1}}\"\"\" + suffix\n    q.modifyOpt(noId)(_.legacyid setTo _).toString() must_== prefix + \"\"\"{ }\"\"\" + suffix\n    q.modifyOpt(someEnum)(_.status setTo _).toString() must_== prefix + \"\"\"{ \"$set\" : { \"status\" : \"Open\"}}\"\"\" + suffix\n    q.modifyOpt(noEnum)(_.status setTo _).toString() must_== prefix + \"\"\"{ }\"\"\" + suffix\n\n    \/\/ searchOpt\n    Venue.searchOpt(Some(\"Starbucks\")).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.searchOpt(Some(\"Starbucks\"), None).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\"}})\"\"\"\n    Venue.searchOpt(Some(\"Starbucks\"), Some(\"es\")).toString() must_== \"\"\"db.venues.find({ \"$text\" : { \"$search\" : \"Starbucks\" , \"$language\" : \"es\"}})\"\"\"\n    Venue.searchOpt(None, None).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n    Venue.searchOpt(None, Some(\"es\")).toString() must_== \"\"\"db.venues.find({ })\"\"\"\n  }\n\n  @Test\n  def testShardKey {\n    Like.where(_.checkin eqs 123).toString() must_== \"\"\"db.likes.find({ \"checkin\" : 123})\"\"\"\n    Like.where(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n    Like.where(_.userid eqs 123).allShards.toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n    Like.where(_.userid eqs 123).allShards.noop().toString() must_== \"\"\"db.likes.update({ \"userid\" : 123}, { }, false, false)\"\"\"\n    Like.withShardKey(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123})\"\"\"\n    Like.withShardKey(_.userid in List(123L, 456L)).toString() must_== \"\"\"db.likes.find({ \"userid\" : { \"$in\" : [ 123 , 456]}})\"\"\"\n    Like.withShardKey(_.userid eqs 123).and(_.checkin eqs 1).toString() must_== \"\"\"db.likes.find({ \"userid\" : 123 , \"checkin\" : 1})\"\"\"\n    Like.where(_.checkin eqs 1).withShardKey(_.userid eqs 123).toString() must_== \"\"\"db.likes.find({ \"checkin\" : 1 , \"userid\" : 123})\"\"\"\n  }\n\n  @Test\n  def testCommonSuperclassForPhantomTypes {\n    def maybeLimit(legid: Long, limitOpt: Option[Int]) = {\n      limitOpt match {\n        case Some(limit) => Venue.where(_.legacyid eqs legid).limit(limit)\n        case None => Venue.where(_.legacyid eqs legid)\n      }\n    }\n\n    maybeLimit(1, None).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1})\"\"\"\n    maybeLimit(1, Some(5)).toString() must_== \"\"\"db.venues.find({ \"legid\" : 1}).limit(5)\"\"\"\n  }\n\n  @Test\n  def testSetReadPreference: Unit = {\n    type Q = Query[Venue, Venue, _]\n\n    Venue.where(_.mayor eqs 2).asInstanceOf[Q].readPreference must_== None\n    Venue.where(_.mayor eqs 2).setReadPreference(ReadPreference.secondary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.secondary)\n    Venue.where(_.mayor eqs 2).setReadPreference(ReadPreference.primary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.primary)\n    Venue.where(_.mayor eqs 2).setReadPreference(ReadPreference.secondary).setReadPreference(ReadPreference.primary).asInstanceOf[Q].readPreference must_== Some(ReadPreference.primary)\n  }\n\n  @Test\n  def testQueryOptimizerDetectsEmptyQueries: Unit = {\n    val optimizer = new QueryOptimizer\n\n    optimizer.isEmptyQuery(Venue.where(_.mayor eqs 1)) must_== false\n    optimizer.isEmptyQuery(Venue.where(_.mayor in Nil)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.tags in Nil)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.tags all Nil)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.tags contains \"karaoke\").and(_.mayor in Nil)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.mayor in Nil).and(_.tags contains \"karaoke\")) must_== true\n    optimizer.isEmptyQuery(Comment.where(_.comments in Nil)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.mayor in Nil).scan(_.mayor_count eqs 5)) must_== true\n    optimizer.isEmptyQuery(Venue.where(_.mayor eqs 1).modify(_.venuename setTo \"fshq\")) must_== false\n    optimizer.isEmptyQuery(Venue.where(_.mayor in Nil).modify(_.venuename setTo \"fshq\")) must_== true\n  }\n\n  @Test\n  def uuidTest: Unit = {\n    val u = UUID.randomUUID()\n    \/\/it is ok that is just compiles\n    UuidRec.where(_.id eqs u).select(_.id)\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/field\/BinaryField.scala","text":"\/*\n * Copyright 2007-2011 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage record\npackage field\n\nimport scala.xml._\n\nimport net.liftweb.common._\nimport net.liftweb.http.js.JE._\nimport net.liftweb.json.JsonAST.JValue\nimport net.liftweb.util.Helpers._\n\ntrait BinaryTypedField extends TypedField[Array[Byte]] {\n\n  def setFromAny(in: Any): Box[Array[Byte]] = genericSetFromAny(in)\n\n  def setFromString(s: String): Box[Array[Byte]] = s match {\n    case null | \"\" if optional_? => setBox(Empty)\n    case null | \"\" => setBox(Failure(notOptionalErrorMessage))\n    case _ => setBox(tryo(s.getBytes(\"UTF-8\")))\n  }\n\n  def toForm: Box[NodeSeq] = Empty\n\n  def asJs = valueBox.map(v => Str(hexEncode(v))) openOr JsNull\n\n  def asJValue: JValue = asJString(base64Encode _)\n  def setFromJValue(jvalue: JValue) = setFromJString(jvalue)(s => tryo(base64Decode(s)))\n}\n\nclass BinaryField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[Array[Byte], OwnerType] with MandatoryTypedField[Array[Byte]] with BinaryTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: Array[Byte]) = {\n    this(rec)\n    set(value)\n  }\n\n  def defaultValue = Array(0)\n}\n\nclass OptionalBinaryField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[Array[Byte], OwnerType] with OptionalTypedField[Array[Byte]] with BinaryTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: Box[Array[Byte]]) = {\n    this(rec)\n    setBox(value)\n  }\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/BsonFormats.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.rogue\n\nimport java.nio.{ ByteBuffer, ByteOrder }\nimport java.time.{ Instant, LocalDateTime, ZoneOffset }\nimport java.util.{ Currency, Locale, TimeZone, UUID }\n\nimport tech.scoundrel.rogue.enums.ReflectEnumInstance\nimport tech.scoundrel.rogue.map.{ MapKeyFormat, MapKeyFormats }\nimport org.bson._\nimport org.bson.types.{ Decimal128, ObjectId }\nimport shapeless._\nimport shapeless.labelled.{ FieldType, field }\n\nimport scala.annotation.{ StaticAnnotation, implicitNotFound }\nimport scala.collection.mutable.ArrayBuffer\nimport scala.language.{ higherKinds, implicitConversions }\nimport scala.reflect.ClassTag\nimport shapeless.tag.@@\n\nimport scala.collection.TraversableLike\nimport scala.collection.generic.CanBuildFrom\n\n@implicitNotFound(\"implicit BsonFormat not found for ${T}\")\ntrait BsonFormat[T] {\n  def read(b: BsonValue): T\n  def readArray(b: BsonArray): Seq[T]\n  def write(t: T): BsonValue\n  def flds: Map[String, BsonFormat[_]]\n  def defaultValue: T\n}\n\ntrait BsonArrayReader[T] {\n  this: BsonFormat[T] =>\n  override def readArray(b: BsonArray) = {\n    val sb = Seq.newBuilder[T]\n    val it = b.iterator()\n    while (it.hasNext) {\n      sb += read(it.next())\n    }\n    sb.result()\n  }\n}\n\ntrait BasicBsonFormat[T] extends BsonFormat[T] with BsonArrayReader[T] {\n  override def flds = Map.empty\n}\n\nclass EnumSerializeValue extends StaticAnnotation\n\/**\n * serialize enums as names\n *\/\n\ntrait EnumNameFormats {\n\n  import scala.reflect.runtime.universe\n  import universe._\n\n  implicit def enumFormat[T <: Enumeration: TypeTag]: BasicBsonFormat[T#Value] = {\n\n    new BasicBsonFormat[T#Value] with ReflectEnumInstance[T] {\n\n      override def read(b: BsonValue): T#Value = {\n        try {\n          enumeration.withName(b.asString().getValue)\n        } catch {\n          case e: IllegalArgumentException =>\n            throw new IllegalArgumentException(s\"cannot read enum name ${b.asString()} for enum ${enumeration.toString()}\", e)\n        }\n      }\n\n      override def write(t: T#Value): BsonValue = new BsonString(t.toString)\n\n      override def defaultValue: T#Value = enumeration.apply(0)\n    }\n  }\n}\n\nobject EnumNameFormats extends EnumNameFormats\n\/**\n * serialize enums as integers\n *\/\ntrait EnumValueFormats {\n\n  import scala.reflect.runtime.universe\n  import universe._\n\n  implicit def enumValueFormat[T <: Enumeration: TypeTag]: BasicBsonFormat[T#Value] = {\n\n    new BasicBsonFormat[T#Value] with ReflectEnumInstance[T] {\n\n      override def read(b: BsonValue): T#Value = try {\n        enumeration.apply(b.asNumber().intValue())\n      } catch {\n        case e: IllegalArgumentException =>\n          throw new IllegalArgumentException(s\"cannot read enum value ${b.asNumber()}, for enum ${enumeration.toString()} \", e)\n      }\n\n      override def write(t: T#Value): BsonValue = new BsonInt32(t.id)\n\n      override def defaultValue: T#Value = enumeration.apply(0)\n    }\n  }\n}\nobject EnumValueFormats extends EnumValueFormats\n\n\/**\n * Sometimes it is necessary to use Enumerations that are serialized to Ints and others that serialize to Strings\n * within the same [[tech.scoundrel.rogue.cc.RCcMeta]]. It can be obtained by using [[EnumSerializeValue]] annotation\n * @see EnumAnnotationTest\n * example:\n * {{{\n *   object EName extends Enumeration { val v1 = Value(\"V1\"); val v2 = Value(\"V2\") }\n *   @EnumSerializeValue object EValue extends Enumeration { val v1 = Value(\"bla1\"); val v2 = Value(\"bla2\") }\n *   case class C(e:EName.Value, v: EValue.Value)\n *   import import BsonFormats._ ;import EnumAnnotatedFormats._\n *   implicit val enE = EName\n *   implicit val evE = EValue\n *   val format = BsonFormat[C]\n *   println(format.write(C(EName.v1, EValue.v2)))\n * }}}\n * will produce\n * {{{\n *  { \"v\" : 1, \"e\" : \"V1\" }\n * }}}\n *\n *\/\nobject EnumAnnotatedFormats {\n  import scala.reflect.runtime.universe._\n  implicit def enumFormat[T <: Enumeration: TypeTag]: BsonFormat[T#Value] = {\n    import scala.reflect.runtime._\n    val rt = universe.typeOf[T].typeSymbol.asClass\n    val eto = universe.typeOf[EnumSerializeValue]\n    if (rt.annotations.exists(_.tree.tpe == eto)) {\n      EnumValueFormats.enumValueFormat[T]\n    } else EnumNameFormats.enumFormat[T]\n  }\n}\n\n\/**\n * Basic bson serializers\n *\/\ntrait BaseBsonFormats {\n\n  implicit object BooleanBsonFormat extends BasicBsonFormat[Boolean] {\n    override def read(b: BsonValue): Boolean = b.asBoolean().getValue()\n    override def write(t: Boolean): BsonValue = new BsonBoolean(t)\n    override def defaultValue: Boolean = false\n  }\n\n  implicit object IntBsonFormat extends BasicBsonFormat[Int] {\n    override def read(b: BsonValue): Int = b.asNumber().intValue()\n    override def write(t: Int): BsonValue = new BsonInt32(t)\n    override def defaultValue: Int = 0\n  }\n\n  implicit object LongBsonFormat extends BasicBsonFormat[Long] {\n    override def read(b: BsonValue): Long = b.asNumber().longValue()\n    override def write(t: Long): BsonValue = new BsonInt64(t)\n    override def defaultValue: Long = 0L\n  }\n\n  implicit object StringBsonFormat extends BasicBsonFormat[String] {\n    override def read(b: BsonValue): String = b.asString().getValue()\n    override def write(t: String): BsonValue = new BsonString(t)\n    override def defaultValue: String = \"\"\n  }\n\n  implicit object ObjectIdBsonFormat extends BasicBsonFormat[ObjectId] {\n    override def read(b: BsonValue): ObjectId = b.asObjectId().getValue()\n    override def write(t: ObjectId): BsonValue = new BsonObjectId(t)\n    override def defaultValue: ObjectId = new ObjectId(0, 0, 0.toShort, 0)\n  }\n\n  implicit object DoubleBsonFormat extends BasicBsonFormat[Double] {\n    override def read(b: BsonValue): Double = b.asDouble().doubleValue()\n    override def write(t: Double): BsonValue = new BsonDouble(t)\n    override def defaultValue: Double = 0.0d\n  }\n\n  implicit object BigDecimalBsonFormat extends BasicBsonFormat[BigDecimal] {\n    override def read(b: BsonValue): BigDecimal = b.asDecimal128().decimal128Value().bigDecimalValue()\n    override def write(t: BigDecimal): BsonValue = new BsonDecimal128(new Decimal128(t.bigDecimal))\n    override def defaultValue: BigDecimal = BigDecimal(0)\n  }\n\n  implicit object CurrencyBsonFormat extends BasicBsonFormat[Currency] {\n    override def read(b: BsonValue): Currency = Currency.getInstance(b.asString().getValue)\n    override def write(t: Currency): BsonValue = new BsonString(t.getCurrencyCode)\n    override def defaultValue: Currency = Currency.getInstance(\"USD\")\n  }\n\n  implicit object LocaleBsonFormat extends BasicBsonFormat[Locale] {\n    override def read(b: BsonValue): Locale = {\n      \/\/taken from lift's LocaleField as the simpliest solution, albeit not optimal.\n      \/\/commons-lang LocaleUtils were not able to parse all Locale.getAvailableLocales either.\n      val value = b.asString().getValue\n      Locale.getAvailableLocales.filter(_.toString == value).headOption.getOrElse(defaultValue)\n    }\n    override def write(l: Locale): BsonValue = new BsonString(l.toString)\n    override def defaultValue: Locale = Locale.US\n  }\n\n  private def `@@AnyBsonFormat`[T, Tag](implicit tb: BsonFormat[T]): BasicBsonFormat[T @@ Tag] = {\n    new BasicBsonFormat[T @@ Tag] {\n      override def read(b: BsonValue): T @@ Tag = tag[Tag][T](tb.read(b))\n      override def write(t: T @@ Tag): BsonValue = tb.write(t)\n      override def defaultValue: T @@ Tag = tag[Tag][T](tb.defaultValue)\n    }\n  }\n\n  \/\/ TODO: this should be split to BsonReader[+T] and BsonWriter[-T] so that we wouldn't have to code all that by hand\n\n  implicit def `@@StringBsonFormat`[Tag] = `@@AnyBsonFormat`[String, Tag]\n  implicit def `@@LongBsonFormat`[Tag] = `@@AnyBsonFormat`[Long, Tag]\n  implicit def `@@IntBsonFormat`[Tag] = `@@AnyBsonFormat`[Int, Tag]\n  implicit def `@@DoubleBsonFormat`[Tag] = `@@AnyBsonFormat`[Double, Tag]\n  implicit def `@@ObjectIdBsonFormat`[Tag] = `@@AnyBsonFormat`[ObjectId, Tag]\n\n  \/**\n   * care must be taken - because of different UUID formats.\n   * by default codec can read any type, but for write - decision must be made\n   * either format 3 - JAVA_LEGACY or format 4 - UUID_STANDARD\n   * recommendation is to use UUID_STANDARD, but java driver uses JAVA_LEGACY by default\n   * @see [https:\/\/jira.mongodb.org\/browse\/JAVA-403] for explanation\n   * @see [[org.bson.codecs.UuidCodec]]\n   * this implementation does not support C_SHARP_LEGACY codec at all\n   *\/\n  implicit object UUIDBsonFormat extends BasicBsonFormat[UUID] {\n    override def read(bv: BsonValue): UUID = {\n      val b = bv.asBinary()\n      val bytes = b.getData()\n      val bb = ByteBuffer.wrap(b.getData)\n      if (b.getType == BsonBinarySubType.UUID_LEGACY.getValue)\n        bb.order(ByteOrder.LITTLE_ENDIAN)\n      else\n        bb.order(ByteOrder.BIG_ENDIAN)\n      new UUID(bb.getLong(0), bb.getLong(8))\n    }\n\n    override def write(t: UUID): BsonValue = {\n      val bytes = ByteBuffer.allocate(16)\n      \/\/for UUID_STANDARD it should be:\n      \/\/bytes.order(ByteOrder.BIG_ENDIAN)\n      \/\/\n      bytes.order(ByteOrder.LITTLE_ENDIAN)\n      bytes.putLong(0, t.getMostSignificantBits)\n      bytes.putLong(8, t.getLeastSignificantBits)\n\n      new BsonBinary(BsonBinarySubType.UUID_LEGACY, bytes.array())\n    }\n    override def defaultValue: UUID = new UUID(0, 0)\n  }\n\n  implicit object LocalDateTimeBsonFormat extends BasicBsonFormat[LocalDateTime] {\n    override def read(b: BsonValue): LocalDateTime = LocalDateTime.ofInstant(Instant.ofEpochMilli(b.asDateTime().getValue), ZoneOffset.UTC)\n    override def write(t: LocalDateTime): BsonValue = new BsonDateTime(t.toInstant(ZoneOffset.UTC).toEpochMilli)\n    override def defaultValue: LocalDateTime = LocalDateTime.ofEpochSecond(0, 0, ZoneOffset.UTC)\n  }\n\n  implicit object InstantBsonFormat extends BasicBsonFormat[Instant] {\n    override def read(b: BsonValue): Instant = Instant.ofEpochMilli(b.asDateTime().getValue)\n    override def write(t: Instant): BsonValue = new BsonDateTime(t.toEpochMilli)\n    override def defaultValue: Instant = Instant.ofEpochMilli(0)\n  }\n\n  implicit object TimeZoneFormat extends BasicBsonFormat[TimeZone] {\n    override def read(b: BsonValue): TimeZone = TimeZone.getTimeZone(b.asString().getValue)\n    override def write(tz: TimeZone): BsonValue = new BsonString(tz.getID)\n    override def defaultValue: TimeZone = TimeZone.getTimeZone(\"UTC\")\n  }\n\n  implicit def objectIdSubtypeFormat[Subtype <: ObjectId]: BasicBsonFormat[Subtype] = {\n    new BasicBsonFormat[Subtype] {\n      override def read(b: BsonValue): Subtype = ObjectIdBsonFormat.read(b).asInstanceOf[Subtype]\n      override def defaultValue: Subtype = new ObjectId().asInstanceOf[Subtype]\n      override def write(t: Subtype): BsonValue = ObjectIdBsonFormat.write(t)\n    }\n  }\n\n  implicit object BinaryBsonFormat extends BasicBsonFormat[Array[Byte]] {\n\n    override def read(b: BsonValue): Array[Byte] = b.asBinary().getData\n\n    override def write(t: Array[Byte]): BsonValue = new BsonBinary(t)\n\n    override def defaultValue: Array[Byte] = Array.empty[Byte]\n  }\n}\n\ntrait BsonCollectionFormats {\n  requires: MapKeyFormats =>\n  import scala.collection.JavaConverters._\n\n  private[rogue]type BF[T] = BsonFormat[T]\n\n  implicit def traversableLikeFormat[L[_], T: BsonFormat](\n    implicit\n    ev: L[T] <:< TraversableLike[T, L[T]],\n    cb: CanBuildFrom[List[BsonValue], T, L[T]]\n  ): BsonFormat[L[T]] = {\n\n    new BsonFormat[L[T]] with BsonArrayReader[L[T]] {\n\n      private[this] implicit val f = implicitly[BsonFormat[T]]\n\n      def write(in: L[T]): BsonArray = {\n        val b = ArrayBuffer[BsonValue]()\n        in.foreach(el => b.append(f.write(el)))\n        new BsonArray(b.result().asJava)\n      }\n\n      def read(value: BsonValue): L[T] = {\n        val b = cb(List.empty[BsonValue])\n        if (!value.isNull) {\n          val arr = value.asArray()\n          val i = arr.iterator()\n          while (i.hasNext) {\n            b.+=(f.read(i.next()))\n          }\n        }\n        b.result()\n      }\n\n      override def flds: Map[String, BsonFormat[_]] = f.flds\n\n      override def defaultValue: L[T] = List.empty[BsonValue].map(f.read)(cb)\n    }\n  }\n\n  implicit def setFormat[T: BsonFormat]: BsonFormat[Set[T]] = new BsonFormat[Set[T]] with BsonArrayReader[Set[T]] {\n\n    private[this] implicit val f = implicitly[BsonFormat[T]]\n\n    def write(in: Set[T]): BsonArray = {\n      new BsonArray(in.toSeq.map(f.write).asJava)\n    }\n\n    def read(value: BsonValue): Set[T] = {\n      val list: Seq[BsonValue] = if (value.isNull) Seq.empty[BsonValue]\n      else value.asArray().asScala\n      list.map(f.read).toSet\n    }\n\n    override def flds: Map[String, BsonFormat[_]] = f.flds\n\n    override def defaultValue: Set[T] = Set.empty[T]\n  }\n\n  implicit def arrayFormat[T: BsonFormat: ClassTag] = new BsonFormat[Array[T]] with BsonArrayReader[Array[T]] {\n    implicit val f = implicitly[BsonFormat[T]]\n    def write(array: Array[T]) = {\n      val buff = new ArrayBuffer[BsonValue](array.length)\n      array.foreach(e => buff += f.write(e))\n      new BsonArray(buff.asJava)\n    }\n    def read(value: BsonValue) = {\n      if (value.isNull) new Array[T](0)\n      else {\n        val arr = value.asArray()\n        val b = new Array[T](arr.size())\n        val it = arr.iterator()\n        var idx = 0\n        while (it.hasNext) {\n          b(idx) = f.read(it.next())\n          idx = idx + 1\n        }\n        b\n      }\n    }\n\n    override def flds: Map[String, BF[_]] = f.flds\n\n    override def defaultValue: Array[T] = Array.empty[T]\n  }\n\n  implicit def optionFormat[T: BF]: BF[Option[T]] = new OptionFormat[T]\n\n  class OptionFormat[T: BsonFormat] extends BF[Option[T]] {\n    implicit val f = implicitly[BsonFormat[T]]\n    def write(option: Option[T]) = {\n      option match {\n        case Some(x) => f.write(x)\n        case None => BsonNull.VALUE\n      }\n    }\n    def read(value: BsonValue) = if (value.isNull) None\n    else Option(f.read(value))\n\n    override def readArray(b: BsonArray) = {\n      val sb = Seq.newBuilder[Option[T]]\n      val it = b.iterator()\n      while (it.hasNext) {\n        sb += read(it.next())\n      }\n      sb.result()\n    }\n\n    override def flds: Map[String, BF[_]] = f.flds\n\n    override def defaultValue: Option[T] = None\n  }\n\n  implicit def mapFormat[K: MapKeyFormat, V: BsonFormat]: BsonFormat[Map[K, V]] = {\n\n    new BsonFormat[Map[K, V]] with BsonArrayReader[Map[K, V]] {\n\n      implicit private val kf = implicitly[MapKeyFormat[K]]\n      implicit private val fv = implicitly[BsonFormat[V]]\n\n      def write(m: Map[K, V]): BsonDocument = {\n        val doc = new BsonDocument()\n        m.foreach {\n          case (k, v) =>\n            val kv = kf.write(k)\n            val vv = fv.write(v)\n            if (!vv.isNull) doc.append(kv, vv)\n        }\n        doc\n      }\n\n      def read(value: BsonValue): Map[K, V] = {\n        value.asDocument().asScala.map {\n          case (ks, v) =>\n            (kf.read(ks), fv.read(v))\n        }(collection.breakOut)\n      }\n\n      \/\/in general terms, yes, as we don't know keys, but we need 'star' format for values\n      override def flds = Map(\"*\" -> fv)\n\n      override def defaultValue: Map[K, V] = Map.empty\n    }\n  }\n\n  \/\/TODO - other collections - see SprayJson viaSeq\n  \/*\n\n  import collection.{immutable => imm}\n  def viaSeq[I <: Iterable[T], T :BsonFormat](f: imm.Seq[T] => I): BsonFormat[I] = new BsonFormat[I] {\n    def write(iterable: I) = new BsonArray(iterable.map(_.toJson).toVector)\n    def read(value: BsonValue) = if(value.isArray) {\n      value.asArray().getValues\n    } else {\n\n      case JsArray(elements) => f(elements.map(_.convertTo[T]))\n      case x => deserializationError(\"Expected Collection as JsArray, but got \" + x)\n    }\n  }*\/\n\n}\n\ntrait StandardBsonFormats extends BaseBsonFormats with BsonCollectionFormats with MapKeyFormats\n\nobject BsonFormats extends StandardBsonFormats with BsonFormats\n\ntrait BsonFormats extends LowPrioBsonFormats {\n  this: StandardBsonFormats =>\n}\n\/*\ntrait FamilyFormats extends LowPriorityFamilyFormats {\n  this: StandardFormats =>\n\n  \/\/ scala compiler doesn't like spray-json's use of a type alias in the sig\n  override implicit def optionFormat[T: JsonFormat]: JsonFormat[Option[T]] = new OptionFormat[T]\n}\nobject FamilyFormats extends DefaultJsonProtocol with FamilyFormats\n *\/\n\ntrait LowPrioBsonFormats {\n  this: BaseBsonFormats with BsonFormats =>\n\n  abstract class WrappedBsonFromat[Wrapped, SubRepr](implicit tpe: Typeable[Wrapped]) {\n    def write(v: SubRepr): BsonValue\n    def read(b: BsonValue): SubRepr\n    def flds: Map[String, BsonFormat[_]]\n  }\n\n  implicit def hHilBsonFormat[Wrapped](implicit tpe: Typeable[Wrapped]): WrappedBsonFromat[Wrapped, HNil] = new WrappedBsonFromat[Wrapped, HNil] {\n    override def write(t: HNil): BsonValue = BsonNull.VALUE\n    override def read(b: BsonValue) = HNil\n    def flds = Map.empty\n  }\n\n  implicit def hListFormat[Wrapped, Key <: Symbol, Value, Remaining <: HList](\n    implicit\n    t: Typeable[Wrapped],\n    key: Witness.Aux[Key],\n    headSer: Lazy[BsonFormat[Value]],\n    remFormat: WrappedBsonFromat[Wrapped, Remaining] \/\/,\n  \/\/defaults: Default.AsOptions[Wrapped]\n  ): WrappedBsonFromat[Wrapped, FieldType[Key, Value] :: Remaining] =\n    new WrappedBsonFromat[Wrapped, FieldType[Key, Value] :: Remaining] {\n\n      private[this] val fieldName = key.value.name\n      private[this] val hs = headSer.value\n\n      \/\/println(s\"Defaults for ${fieldName} is ${defaults()}\")\n      \/\/print(s\"My argument position is ${}\")\n      override def write(ft: FieldType[Key, Value] :: Remaining): BsonValue = {\n\n        val rest = remFormat.write(ft.tail)\n        val serializedVal = hs.write(ft.head)\n        if (!serializedVal.isNull) {\n          if (rest.isNull) {\n            new BsonDocument(fieldName, serializedVal)\n          } else {\n            rest.asDocument().append(fieldName, serializedVal)\n          }\n        } else {\n          rest\n        }\n      }\n\n      override def read(b: BsonValue): FieldType[Key, Value] :: Remaining = {\n        val resolved: Value = try {\n          val v = b.asDocument().get(fieldName)\n          if (v == null || v.isNull) {\n            \/\/println(s\"Read null value of ${fieldName}\\n rem is ${remFormat}, \")\n            try {\n              \/\/really - I want to read defaults() here, but don't know how yet\n\n              hs.defaultValue\n            } catch {\n              case _: Exception =>\n                hs.read(BsonNull.VALUE)\n            }\n          } else {\n            hs.read(v)\n          }\n        } catch {\n          case e: BsonInvalidOperationException =>\n            \/\/println(\"BsonInvalid op exception - resort to default\")\n            hs.defaultValue\n        }\n        val remaining = remFormat.read(b)\n        field[Key](resolved) :: remaining\n\n      }\n\n      def flds = {\n        val subfieldFlds = hs.flds.map { case (subfieldName, s) => (fieldName + \".\" + subfieldName -> s) }\n        remFormat.flds ++ subfieldFlds + (fieldName -> hs)\n      }\n\n    }\n\n  \/* For future support of coproducts\n implicit def cNilFormat[Wrapped](\n                                    implicit\n                                    t: Typeable[Wrapped]\n                                  ): WrappedBsonFromat[Wrapped, CNil] = new WrappedBsonFromat[Wrapped, CNil] {\n    def write(c: CNil) = throw new RuntimeException(\"write should never be called for CNil\")\n  }\n\n  implicit def coproductFormat[Wrapped, Name <: Symbol, Instance, Remaining <: Coproduct](\n  implicit\n  tpe: Typeable[Wrapped],\n  key: Witness.Aux[Name],\n  jfh: Lazy[BsonFormat[Instance]],\n  jft: WrappedBsonFromat[Wrapped, Remaining]\n  ): WrappedBsonFromat[Wrapped, FieldType[Name, Instance] :+: Remaining] =\n    new WrappedBsonFromat[Wrapped, FieldType[Name, Instance] :+: Remaining] {\n      def write(lr: FieldType[Name, Instance] :+: Remaining) = lr match {\n        case Inl(l) =>\n          val serV = jfh.value.write(l)\n          if(serV.isDocument) {\n            \/\/            case j: JsObject => th.write(j, key.value)\n            val v = key.value\n            println(s\"Coproduct format called, ${serV}\\nkey ${key}\\nV$v\")\n            serV\n          } else {\n            throw new RuntimeException(s\"Expected document  got ${serV}\")\n          }\n\n        case Inr(r) =>\n          jft.write(r)\n      }\n    }\n  *\/\n\n  implicit def bsonEncoder[T, Repr](implicit\n    gen: LabelledGeneric.Aux[T, Repr],\n    sg: Cached[Strict[WrappedBsonFromat[T, Repr]]],\n    d: Default.AsRecord[T],\n    tpe: Typeable[T]): BsonFormat[T] = new BsonFormat[T] with BsonArrayReader[T] {\n    override def write(t: T): BsonValue = sg.value.value.write(gen.to(t))\n    override def read(b: BsonValue): T = gen.from(sg.value.value.read(b))\n\n    override val flds = sg.value.value.flds\n\n    \/**\n     * for nested case classes, with default constructors provides a default value\n     * consider\n     * {{{\n     *   case class In(j:Int = 1)\n     *   case class Out(i:In = In(), x: Int = 5)\n     *   val f = BsonFormat[Out]\n     * }}}\n     * in such case default can be provided if 'i' is missing from parameter\n     * as in example\n     * {{{\n     *   f.parse(new BsonDocument) == Out(In(1), 0 )\n     * }}}\n     * value for 'i' will be `In(1)` because In has default non-parameter constructor, but value for x will be 0\n     * this is because currently only full missing values will be constructed - missing partial values will be\n     * filled with type-default values 0 for Int in this example\n     * @return default T\n     *\/\n    override def defaultValue: T = {\n      try {\n        gen.from(d().asInstanceOf[Repr])\n      } catch {\n        case _: Exception =>\n          throw new NoDefaultFormatForDerivedException(s\"Requested default value for but case class ${tpe.describe} has no default, non-parameter constructor\")\n      }\n    }\n  }\n\n}\n\nobject BsonFormat {\n  def apply[T](implicit f: Lazy[BsonFormat[T]]): BsonFormat[T] = f.value\n\n}\n\n\/\/thrown for derived encoders - which can't have\nclass NoDefaultFormatForDerivedException(m: String) extends RuntimeException(m)"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/SelectFields.scala","text":"package tech.scoundrel.rogue\n\nimport java.time._\nimport java.util.{ Currency, Date }\n\nimport org.bson._\nimport org.bson.types.Decimal128\nimport tech.scoundrel.field.Field\nimport tech.scoundrel.rogue.cc.CcMeta\n\n\/**\n * Trait representing a field and all the operations on it.\n *\n * @tparam F the underlying type of the field\n * @tparam V the type of values allowed to be compared to the field\n * @tparam DB the type V is converted into in the BSON representation of the field\n * @tparam M the type of the owner of the field\n *\/\n\/\/abstract class AbstractQueryField[F, V, DB, M](val field: Field[F, M]) {\n\/*\nabstract class AbstractListQueryField[F, V, DB, M, CC[X] <: Seq[X]](field: Field[CC[F], M])\n    extends AbstractQueryField[CC[F], V, DB, M](field) {\n\n *\/\n\/\/F - value type, C\n\/\/\n\/\/ M - meta\n\/\/ DB = Bson\n\/\/ CC - container type, List\n\/\/ - B -\n\/\/abstract class AbstractListQueryField[F, V, DB, M, CC[X] <: Seq[X]](field: Field[CC[F], M])\n\nclass CClassSeqQueryField[C, M <: CcMeta[C], O](fld: CField[Seq[C], O] with HasChildMeta[C, M], owner: O) \/\/, toBson: B => BsonValue)\n    extends AbstractListQueryField[C, C, BsonValue, O, Seq](fld) {\n  override def valueToDB(c: C) = fld.childMeta.write(c)\n\n  def subfield[V, V1](f: M => Field[V, M])(implicit ev: Rogue.Flattened[V, V1]): SelectableDummyField[List[V1], O] = {\n    new SelectableDummyField[List[V1], O](fld.name + \".\" + f(fld.childMeta).name, owner)\n  }\n\n  def subselect[V, V1](f: M => Field[V, M])(implicit ev: Rogue.Flattened[V, V1]): SelectField[Option[List[V1]], O] = {\n    Rogue.roptionalFieldToSelectField[O, List[V1]](subfield(f))\n  }\n\n  def unsafeField[V](name: String): DummyField[V, O] = {\n    new DummyField[V, O](field.name + \".\" + name, fld.owner)\n  }\n\n  def elemMatch[V](clauseFuncs: (M => QueryClause[_])*) = {\n    new ElemMatchWithPredicateClause(\n      field.name,\n      clauseFuncs.map(cf => cf(fld.childMeta))\n    )\n  }\n}\n\nclass CClassArrayQueryField[C, M <: CcMeta[C], O](fld: HasChildMeta[C, M] with Field[Array[C], O], owner: O) \/\/, toBson: B => BsonValue)\n    extends AbstractArrayQueryField[C, C, BsonValue, O, C](fld) {\n  override def valueToDB(c: C) = fld.childMeta.write(c)\n\n  def subfield[V, V1](f: M => Field[V, M])(implicit ev: Rogue.Flattened[V, V1]): SelectableDummyField[List[V1], O] = {\n    new SelectableDummyField[List[V1], O](fld.name + \".\" + f(fld.childMeta).name, owner)\n  }\n\n  def subselect[V, V1](f: M => Field[V, M])(implicit ev: Rogue.Flattened[V, V1]): SelectField[Option[List[V1]], O] = {\n    Rogue.roptionalFieldToSelectField[O, List[V1]](subfield(f))\n  }\n\n  def unsafeField[V](name: String): DummyField[V, O] = {\n    new DummyField[V, O](field.name + \".\" + name, fld.owner)\n  }\n\n  def elemMatch[V](clauseFuncs: (M => QueryClause[_])*) = {\n    new ElemMatchWithPredicateClause(\n      field.name,\n      clauseFuncs.map(cf => cf(fld.childMeta))\n    )\n  }\n}\n\nclass CClassQueryField[C, M <: CcMeta[C], O](fld: CClassField[C, M, O], owner: O) extends AbstractQueryField[C, C, BsonValue, O](fld) {\n  override def valueToDB(v: C): BsonValue = fld.childMeta.write(v)\n\n  def subfield[V](f: M => Field[V, M]): SelectableDummyField[V, O] = {\n    new SelectableDummyField[V, O](fld.name + \".\" + f(fld.childMeta).name, owner)\n  }\n  def subselect[V](f: M => Field[V, M]): SelectableDummyField[V, O] = subfield(f)\n}\n\nclass CClassLikeQueryField[C, M <: CcMeta[C], O](fld: Field[C, O], meta: M, owner: O) extends AbstractQueryField[C, C, BsonValue, O](fld) {\n  override def valueToDB(v: C): BsonValue = {\n    val x = meta.write(v)\n    \/\/println(s\"writing value ${v} to db as ${x}\")\n    x\n  }\n  def subfield[V](f: M => Field[V, M]): SelectableDummyField[V, O] = {\n    new SelectableDummyField[V, O](fld.name + \".\" + f(meta).name, owner)\n  }\n  def subselect[V](f: M => Field[V, M]): SelectableDummyField[V, O] = subfield(f)\n}\n\nclass OptCClassQueryField[C, M <: CcMeta[C], O](fld: OptCClassField[C, M, O], owner: O) extends AbstractQueryField[C, C, BsonValue, O](fld) {\n  override def valueToDB(v: C): BsonValue = fld.childMeta.write(v)\n  def subfield[V](f: M => Field[V, M]): SelectableDummyField[V, O] = {\n    new SelectableDummyField[V, O](fld.name + \".\" + f(fld.childMeta).name, owner)\n  }\n  def subselect[V](f: M => Field[V, M]): SelectableDummyField[V, O] = subfield(f)\n\n}\n\nclass LocalDateTimeQueryField[M](field: Field[LocalDateTime, M])\n    extends AbstractQueryField[LocalDateTime, LocalDateTime, Date, M](field) {\n  import LocalDateTimeToMongo._\n  override def valueToDB(d: LocalDateTime) = ldtToDate(d)\n\n  def before(d: LocalDateTime) = new LtQueryClause(field.name, ldtToDate(d))\n  def after(d: LocalDateTime) = new GtQueryClause(field.name, ldtToDate(d))\n  def onOrBefore(d: LocalDateTime) = new LtEqQueryClause(field.name, ldtToDate(d))\n  def onOrAfter(d: LocalDateTime) = new GtEqQueryClause(field.name, ldtToDate(d))\n\n}\n\nclass InstantQueryField[M](field: Field[Instant, M])\n    extends AbstractQueryField[Instant, Instant, Date, M](field) {\n  import LocalDateTimeToMongo._\n  override def valueToDB(d: Instant) = instantToDate(d)\n\n  def before(d: Instant) = new LtQueryClause(field.name, instantToDate(d))\n  def after(d: Instant) = new GtQueryClause(field.name, instantToDate(d))\n  def onOrBefore(d: Instant) = new LtEqQueryClause(field.name, instantToDate(d))\n  def onOrAfter(d: Instant) = new GtEqQueryClause(field.name, instantToDate(d))\n\n}\n\nclass BigDecimalQueryField[M](field: Field[BigDecimal, M]) extends AbstractQueryField[BigDecimal, BigDecimal, BsonDecimal128, M](field) {\n  override def valueToDB(v: BigDecimal): BsonDecimal128 = new BsonDecimal128(new Decimal128(v.bigDecimal))\n}\n\nclass BigDecimalModifyField[M](field: Field[BigDecimal, M]) extends AbstractModifyField[BigDecimal, BsonDecimal128, M](field) {\n  override def valueToDB(v: BigDecimal): BsonDecimal128 = new BsonDecimal128(new Decimal128(v.bigDecimal))\n}\n\nclass CurrencyQueryField[M](field: Field[Currency, M]) extends AbstractQueryField[Currency, Currency, BsonString, M](field) {\n  override def valueToDB(v: Currency): BsonString = new BsonString(v.getCurrencyCode)\n}\n\nclass CurrencyModifyField[M](field: Field[Currency, M]) extends AbstractModifyField[Currency, BsonString, M](field) {\n  override def valueToDB(v: Currency): BsonString = new BsonString(v.getCurrencyCode)\n}\n\nclass CClassModifyField[C, M <: CcMeta[C], O](fld: CClassField[C, M, O]) extends AbstractModifyField[C, BsonDocument, O](fld) {\n  override def valueToDB(b: C): BsonDocument = fld.childMeta.write(b).asDocument()\n}\n\nclass OptCClassModifyField[C, M <: CcMeta[C], O](fld: OptCClassField[C, M, O]) extends AbstractModifyField[C, BsonDocument, O](fld) {\n  override def valueToDB(b: C): BsonDocument = fld.childMeta.write(b).asDocument()\n}\n\nclass CClassSeqModifyField[C, M <: CcMeta[C], O](fld: CField[Seq[C], O] with HasChildMeta[C, M])\n    extends AbstractListModifyField[C, BsonDocument, O, Seq](fld) {\n  override def valueToDB(b: C): BsonDocument = fld.childMeta.write(b).asDocument()\n\n  def pullObjectWhere(clauseFuncs: (M => QueryClause[_])*) = {\n    new ModifyPullObjWithPredicateClause(\n      field.name,\n      clauseFuncs.map(cf => cf(fld.childMeta))\n    )\n  }\n\n  override def $ = new SelectableDummyCCField[C, M, O](fld.name + \".$\", fld.childMeta, fld.owner)\n\n}\n\nclass CClassArrayModifyField[C, M <: CcMeta[C], O](fld: CField[Array[C], O] with HasChildMeta[C, M])\n    extends AbstractArrayModifyField[C, BsonDocument, O](fld) {\n  override def valueToDB(b: C): BsonDocument = fld.childMeta.write(b).asDocument()\n\n  def pullObjectWhere(clauseFuncs: (M => QueryClause[_])*) = {\n    new ModifyPullObjWithPredicateClause(\n      field.name,\n      clauseFuncs.map(cf => cf(fld.childMeta))\n    )\n  }\n\n  override def $ = new SelectableDummyCCField[C, M, O](fld.name + \".$\", fld.childMeta, fld.owner)\n\n}\n\nclass SelectableDummyCCField[V, M <: CcMeta[V], O](name: String, val meta: M, owner: O) extends SelectableDummyField[V, O](name, owner)\n\nclass LocalDateTimeModifyField[O](field: Field[LocalDateTime, O]) extends AbstractModifyField[LocalDateTime, Date, O](field) {\n  import LocalDateTimeToMongo._\n  override def valueToDB(d: LocalDateTime) = ldtToDate(d)\n  def currentDate = new ModifyClause(ModOps.CurrentDate, field.name -> true)\n}\n\nclass InstantModifyField[O](field: Field[Instant, O]) extends AbstractModifyField[Instant, Date, O](field) {\n  import LocalDateTimeToMongo._\n  override def valueToDB(d: Instant) = instantToDate(d)\n  def currentDate = new ModifyClause(ModOps.CurrentDate, field.name -> true)\n}\n\nclass EnumIdModifyField[M, E <: Enumeration#Value](field: Field[E, M])\n    extends AbstractModifyField[E, Int, M](field) {\n  override def valueToDB(e: E) = e.id\n}\n\nobject LocalDateTimeToMongo {\n  final def ldtToDate(d: LocalDateTime): Date = Date.from(d.toInstant(ZoneOffset.UTC))\n  final def instantToDate(d: Instant): Date = Date.from(d)\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/indexchecker\/build.sbt","text":"<gh_stars>0\nname := \"rogue-indexchecker\"\ndescription := \"Scoundrel Rogue Indexchecker\""}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/field\/joda\/JodaTimeField.scala","text":"\/*\n * Copyright 2013 WorldWide Conferencing, LLC\n * Copyright 2017 Scoundrel Tech\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage record\npackage field\npackage joda\n\nimport scala.xml.NodeSeq\n\nimport net.liftweb.common._\nimport net.liftweb.http.S\nimport net.liftweb.http.S.SFuncHolder\nimport net.liftweb.http.js.JE.{ JsNull, Num }\nimport net.liftweb.json._\nimport net.liftweb.util.Helpers._\nimport net.liftweb.util.JodaHelpers\n\nimport org.joda.time.DateTime\n\ntrait JodaTimeTypedField extends TypedField[DateTime] with JodaHelpers {\n\n  def setFromAny(in: Any): Box[DateTime] = toDateTime(in).flatMap(d => setBox(Full(d))) or genericSetFromAny(in)\n\n  def setFromString(s: String): Box[DateTime] = s match {\n    case null | \"\" if optional_? => setBox(Empty)\n    case null | \"\" => setBox(Failure(notOptionalErrorMessage))\n    case other => setBox(toDateTime(other))\n  }\n\n  private def elem =\n    S.fmapFunc(SFuncHolder(this.setFromAny(_))) { funcName =>\n      <input type={ formInputType } name={ funcName } value={ valueBox.map(v => dateTimeFormatter.print(v)) openOr \"\" } tabindex={ tabIndex.toString }\/>\n    }\n\n  def toForm: Box[NodeSeq] =\n    uniqueFieldId match {\n      case Full(id) => Full(elem % (\"id\" -> id))\n      case _ => Full(elem)\n    }\n\n  def asJs = valueBox.map(v => Num(v.getMillis)) openOr JsNull\n\n  protected def asJInt(encode: MyType => BigInt): JValue =\n    valueBox.map(v => JInt(encode(v))) openOr (JNothing: JValue)\n\n  def asJValue: JValue = asJInt(v => v.getMillis)\n  def setFromJValue(jvalue: JValue) = setFromJInt(jvalue) {\n    v => toDateTime(v)\n  }\n\n  protected def setFromJInt(jvalue: JValue)(decode: BigInt => Box[MyType]): Box[MyType] = jvalue match {\n    case JNothing | JNull if optional_? => setBox(Empty)\n    case JInt(n) => setBox(decode(n))\n    case other => setBox(FieldHelpers.expectedA(\"JInt\", other))\n  }\n}\n\nclass JodaTimeField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[DateTime, OwnerType] with MandatoryTypedField[DateTime] with JodaTimeTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: DateTime) = {\n    this(rec)\n    setBox(Full(value))\n  }\n\n  def defaultValue = DateTime.now\n}\n\nclass OptionalJodaTimeField[OwnerType <: Record[OwnerType]](rec: OwnerType)\n    extends Field[DateTime, OwnerType] with OptionalTypedField[DateTime] with JodaTimeTypedField {\n\n  def owner = rec\n\n  def this(rec: OwnerType, value: Box[DateTime]) = {\n    this(rec)\n    setBox(value)\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/test\/scala\/TrivialORM.scala","text":"<filename>rogue\/core\/src\/test\/scala\/TrivialORM.scala<gh_stars>0\n\/\/ Copyright 2015 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.test\n\nimport com.mongodb.{ BasicDBObjectBuilder, DBObject }\nimport org.bson.Document\nimport tech.scoundrel.field.OptionalField\n\n\/**\n * A trivial ORM layer that implements the interfaces rogue needs. The goal is\n * to make sure that rogue-core works without the assistance of rogue-lift.\n * Ideally this would be even smaller; as it is, I needed to copy-paste some\n * code from the Lift implementations.\n *\/\nobject TrivialORM {\n\n  trait Record {\n    type Self >: this.type <: Record\n\n    def meta: Meta[Self]\n  }\n\n  trait Meta[R] {\n    def collectionName: String\n\n    def fromDBObject(dbo: DBObject): R\n\n    def toDBObject(record: R): DBObject\n\n    def fromDocument(doc: Document): R\n\n    def toDocument(record: R): Document\n  }\n\n}\n\ncase class SimpleRecord(a: Int, b: String) extends TrivialORM.Record {\n  override type Self = SimpleRecord\n\n  override def meta: SimpleRecord.type = SimpleRecord\n}\n\nobject SimpleRecord extends TrivialORM.Meta[SimpleRecord] {\n  val a = new OptionalField[Int, SimpleRecord.type] {\n    override val owner = SimpleRecord;\n    override val name = \"a\"\n  }\n  val b = new OptionalField[String, SimpleRecord.type] {\n    override val owner = SimpleRecord;\n    override val name = \"b\"\n  }\n\n  override val collectionName = \"simple_records\"\n\n  override def fromDBObject(dbo: DBObject): SimpleRecord = {\n    new SimpleRecord(dbo.get(a.name).asInstanceOf[Int], dbo.get(b.name).asInstanceOf[String])\n  }\n\n  override def toDBObject(record: SimpleRecord): DBObject = {\n    (BasicDBObjectBuilder\n      .start\n      .add(a.name, record.a)\n      .add(b.name, record.b)\n      .get)\n  }\n\n  override def fromDocument(doc: Document): SimpleRecord = {\n    new SimpleRecord(doc.get(a.name).asInstanceOf[Int], doc.get(b.name).asInstanceOf[String])\n  }\n\n  override def toDocument(record: SimpleRecord): Document = {\n    new Document(a.name, record.a).append(b.name, record.b)\n  }\n}"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/record\/RecordRules.scala","text":"\/*\n * Copyright 2013 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage record\n\nimport java.util.Locale\n\nimport net.liftweb.http.Factory\nimport net.liftweb.util.ConnectionIdentifier\n\nobject RecordRules extends Factory {\n  \/**\n   * Calculate the name of a field based on the name\n   * of the Field. Must be set in Boot before any code\n   * that touches the MetaRecord.\n   *\n   * To get snake_case, use this:\n   *\n   *  RecordRules.fieldName.default.set((_, name) => StringHelpers.snakify(name))\n   *\/\n  val fieldName = new FactoryMaker[(ConnectionIdentifier, String) => String]((_: ConnectionIdentifier, name: String) => name) {}\n\n  \/**\n   * This function is used to calculate the displayName of a field. Can be\n   * used to easily localize fields based on the locale in the\n   * current request\n   *\/\n  val displayName: FactoryMaker[(Record[_], Locale, String) => String] =\n    new FactoryMaker[(Record[_], Locale, String) => String]((m: Record[_], l: Locale, name: String) => name) {}\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/test\/scala\/TestModels.scala","text":"\/\/ Copyright 2011 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.lift.test\n\nimport net.liftweb.util.ConnectionIdentifier\n\nimport com.mongodb.MongoClient\nimport org.bson.types.ObjectId\nimport tech.scoundrel.mongodb.record._\nimport tech.scoundrel.mongodb.record.field._\nimport tech.scoundrel.mongodb.{ MongoAsync, MongoDB }\nimport tech.scoundrel.record.field._\nimport tech.scoundrel.rogue.index._\nimport tech.scoundrel.rogue.lift.LiftRogue._\nimport tech.scoundrel.rogue.lift.{ HasMongoForeignObjectId, ObjectIdKey }\nimport tech.scoundrel.rogue.test.{ TrivialAsyncORMTests, TrivialSyncORM }\nimport tech.scoundrel.rogue._\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\/\/ Sample records for testing\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\nobject AsyncConnId extends ConnectionIdentifier {\n  override def jndiName: String = \"rogue_mongo\"\n}\nobject RogueTestMongo extends ConnectionIdentifier {\n\n  override def jndiName = \"rogue_mongo\"\n\n  private var mongo: Option[MongoClient] = None\n\n  private var mongoAs: Option[com.mongodb.async.client.MongoClient] = None\n\n  def connectToMongo = {\n    mongo = Some(TrivialSyncORM.connectToMongo)\n    MongoDB.defineDb(RogueTestMongo, mongo.get, \"rogue-test\")\n  }\n\n  def connectToMongoAsync = {\n    val mongoAsync = TrivialAsyncORMTests.connectToMongo\n    mongoAs = Option(mongoAsync)\n    MongoAsync.defineDb(AsyncConnId, mongoAsync.getDatabase(\"rogue-test-async\").withCodecRegistry(TrivialSyncORM.codecRegistry))\n  }\n\n  def disconnectFromMongo = {\n    mongo.foreach(_.close)\n    \/\/ TODO: This breaks the rest of the mongo tests in foursquare.web\n    \/\/ MongoDB.close\n    mongo = None\n  }\n\n  def disconnectFromMongoAsync = {\n    mongoAs.foreach(_.close())\n    \/\/mongoAs.foreach(_.close())\n    mongoAs = None\n  }\n\n}\n\nobject VenueStatus extends Enumeration {\n  val open = Value(\"Open\")\n  val closed = Value(\"Closed\")\n}\n\nclass Venue extends MongoRecord[Venue] with ObjectIdKey[Venue] with IndexedRecord[Venue] {\n  def meta = Venue\n\n  object legacyid extends LongField(this) {\n    override def name = \"legid\"\n  }\n\n  object userid extends LongField(this)\n\n  object venuename extends StringField(this, 255)\n\n  object mayor extends LongField(this)\n\n  object mayor_count extends LongField(this)\n\n  object closed extends BooleanField(this)\n\n  object tags extends MongoListField[Venue, String](this)\n\n  object popularity extends MongoListField[Venue, Long](this)\n\n  object categories extends MongoListField[Venue, ObjectId](this)\n\n  object geolatlng extends MongoCaseClassField[Venue, LatLong](this) {\n    override def name = \"latlng\"\n  }\n\n  object last_updated extends DateField(this)\n\n  object status extends EnumNameField(this, VenueStatus) {\n    override def name = \"status\"\n  }\n\n  object claims extends BsonRecordListField(this, VenueClaimBson)\n\n  object lastClaim extends BsonRecordField(this, VenueClaimBson)\n\n  \/\/ emoji counts ;P\n  object emojiCounts extends MongoMapField[Venue, Long](this)\n\n}\n\nobject Venue extends Venue with MongoMetaRecord[Venue] {\n  override def collectionName = \"venues\"\n\n  override def connectionIdentifier = RogueTestMongo\n\n  object CustomIndex extends IndexModifier(\"custom\")\n\n  val idIdx = Venue.index(_._id, Asc)\n  val mayorIdIdx = Venue.index(_.mayor, Asc, _._id, Asc)\n  val mayorIdClosedIdx = Venue.index(_.mayor, Asc, _._id, Asc, _.closed, Asc)\n  val legIdx = Venue.index(_.legacyid, Desc)\n  val geoIdx = Venue.index(_.geolatlng, TwoD)\n  val geoCustomIdx = Venue.index(_.geolatlng, CustomIndex, _.tags, Asc)\n  override val mongoIndexList = Vector(idIdx, mayorIdIdx, mayorIdClosedIdx, legIdx, geoIdx, geoCustomIdx)\n\n  val textIdx = Venue.textIndex(_.venuename)\n  override val mongoTextIndex = Some(textIdx)\n\n  trait FK[T <: FK[T]] extends MongoRecord[T] {\n    self: T =>\n\n    object venueid extends ObjectIdField[T](this) with HasMongoForeignObjectId[Venue] {\n      override def name = \"vid\"\n    }\n\n  }\n\n}\n\nobject ClaimStatus extends Enumeration {\n  val pending = Value(\"Pending approval\")\n  val approved = Value(\"Approved\")\n}\n\nobject RejectReason extends Enumeration {\n  val tooManyClaims = Value(\"too many claims\")\n  val cheater = Value(\"cheater\")\n  val wrongCode = Value(\"wrong code\")\n}\n\nclass VenueClaim extends MongoRecord[VenueClaim] with ObjectIdKey[VenueClaim] with Venue.FK[VenueClaim] {\n  def meta = VenueClaim\n\n  object userid extends LongField(this) {\n    override def name = \"uid\"\n  }\n\n  object status extends EnumNameField(this, ClaimStatus)\n\n  object reason extends EnumField(this, RejectReason)\n\n  object date extends DateField(this)\n\n}\n\nobject VenueClaim extends VenueClaim with MongoMetaRecord[VenueClaim] {\n  override def fieldOrder = List(status, _id, userid, venueid, reason)\n\n  override def collectionName = \"venueclaims\"\n\n  override def connectionIdentifier = RogueTestMongo\n}\n\nclass VenueClaimBson extends BsonRecord[VenueClaimBson] {\n  def meta = VenueClaimBson\n\n  object userid extends LongField(this) {\n    override def name = \"uid\"\n  }\n\n  object status extends EnumNameField(this, ClaimStatus)\n\n  object source extends BsonRecordField(this, SourceBson)\n\n  object date extends DateField(this)\n\n}\n\nobject VenueClaimBson extends VenueClaimBson with BsonMetaRecord[VenueClaimBson] {\n  override def fieldOrder = List(status, userid, source, date)\n}\n\nclass SourceBson extends BsonRecord[SourceBson] {\n  def meta = SourceBson\n\n  object name extends StringField(this, 100)\n\n  object url extends StringField(this, 200)\n\n}\n\nobject SourceBson extends SourceBson with BsonMetaRecord[SourceBson] {\n  override def fieldOrder = List(name, url)\n}\n\ncase class OneComment(timestamp: String, userid: Long, comment: String)\n\nclass Comment extends MongoRecord[Comment] with ObjectIdKey[Comment] {\n  def meta = Comment\n\n  object comments extends MongoCaseClassListField[Comment, OneComment](this)\n\n}\n\nobject Comment extends Comment with MongoMetaRecord[Comment] {\n  override def collectionName = \"comments\"\n\n  override def connectionIdentifier = RogueTestMongo\n\n  val idx1 = Comment.index(_._id, Asc)\n}\n\nclass Tip extends MongoRecord[Tip] with ObjectIdKey[Tip] {\n  def meta = Tip\n\n  object legacyid extends LongField(this) {\n    override def name = \"legid\"\n  }\n\n  object counts extends MongoMapField[Tip, Long](this)\n\n  object userid extends LongField(this)\n\n}\n\nobject Tip extends Tip with MongoMetaRecord[Tip] {\n  override def collectionName = \"tips\"\n\n  override def connectionIdentifier = RogueTestMongo\n}\n\nclass Like extends MongoRecord[Like] with ObjectIdKey[Like] with Sharded {\n  def meta = Like\n\n  object userid extends LongField(this) with ShardKey[Long]\n\n  object checkin extends LongField(this)\n\n  object tip extends ObjectIdField(this)\n\n}\n\nobject Like extends Like with MongoMetaRecord[Like] {\n  override def collectionName = \"likes\"\n\n  override def connectionIdentifier = RogueTestMongo\n}\n\nobject ConsumerPrivilege extends Enumeration {\n  val awardBadges = Value(\"Award badges\")\n}\n\nclass OAuthConsumer extends MongoRecord[OAuthConsumer] with ObjectIdKey[OAuthConsumer] {\n  def meta = OAuthConsumer\n\n  object privileges extends MongoListField[OAuthConsumer, ConsumerPrivilege.Value](this)\n\n}\n\nobject OAuthConsumer extends OAuthConsumer with MongoMetaRecord[OAuthConsumer] {\n  override def collectionName = \"oauthconsumers\"\n\n  override def connectionIdentifier = RogueTestMongo\n}\n\n\/\/ Used for selectCase tests.\ncase class V1(legacyid: Long)\n\ncase class V2(legacyid: Long, userid: Long)\n\ncase class V3(legacyid: Long, userid: Long, mayor: Long)\n\ncase class V4(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long)\n\ncase class V5(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long, closed: Boolean)\n\ncase class V6(legacyid: Long, userid: Long, mayor: Long, mayor_count: Long, closed: Boolean, tags: List[String])\n\nclass CalendarFld private () extends MongoRecord[CalendarFld] with ObjectIdPk[CalendarFld] {\n  def meta = CalendarFld\n\n  object inner extends BsonRecordField(this, CalendarInner)\n\n}\n\nobject CalendarFld extends CalendarFld with MongoMetaRecord[CalendarFld] {\n  override def connectionIdentifier = RogueTestMongo\n}\n\nclass CalendarInner private () extends BsonRecord[CalendarInner] {\n  def meta = CalendarInner\n\n  object date extends DateTimeField(this)\n\n  \/\/actually calendar field, not joda DateTime\n}\n\nobject CalendarInner extends CalendarInner with BsonMetaRecord[CalendarInner]\n\nclass UuidRec private () extends MongoRecord[UuidRec] with UUIDPk[UuidRec] {\n  def meta = UuidRec\n\n  object s extends StringField(this, \"\")\n\n}\n\nobject UuidRec extends UuidRec with MongoMetaRecord[UuidRec] {\n  override def connectionIdentifier = RogueTestMongo\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/field\/src\/main\/scala\/tech\/scoundrel\/field\/Field.scala","text":"<reponame>scoundrel-tech\/scoundrel\npackage tech.scoundrel.field\n\ntrait Field[V, R] {\n  def name: String\n  def owner: R\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/main\/scala\/LiftAsyncQueryExecutor.scala","text":"package tech.scoundrel.rogue.lift\n\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\nimport tech.scoundrel.rogue.MongoHelpers.MongoSelect\nimport com.mongodb.DBObject\nimport com.mongodb.async.client.MongoCollection\nimport tech.scoundrel.mongodb.record.{ MongoMetaRecord, MongoRecord }\nimport tech.scoundrel.mongodb.MongoAsync\nimport org.bson.Document\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.index.{ IndexedRecord, UntypedMongoIndex }\n\nobject LiftAsyncDBCollectionFactory extends AsyncDBCollectionFactory[MongoRecord[_] with MongoMetaRecord[_], MongoRecord[_]] {\n  override def getDBCollection[M <: MongoRecord[_] with MongoMetaRecord[_]](query: Query[M, _, _]): MongoCollection[Document] = {\n    MongoAsync.use(query.meta.connectionIdentifier) { db =>\n      db.getCollection(query.collectionName)\n    }\n  }\n\n  override def getPrimaryDBCollection[M <: MongoRecord[_] with MongoMetaRecord[_]](query: Query[M, _, _]): MongoCollection[Document] = {\n    MongoAsync.use(query.meta \/* TODO: .master*\/ .connectionIdentifier) { db =>\n      db.getCollection(query.collectionName)\n    }\n  }\n\n  protected def getPrimaryDBCollection(meta: MongoMetaRecord[_], collectionName: String): MongoCollection[Document] = {\n    MongoAsync.use(meta \/* TODO: .master*\/ .connectionIdentifier) { db =>\n      db.getCollection(collectionName)\n    }\n  }\n\n  override def getPrimaryDBCollection(record: MongoRecord[_]): MongoCollection[Document] = {\n    getPrimaryDBCollection(record.meta, record.meta.collectionName)\n  }\n\n  override def getInstanceName[M <: MongoRecord[_] with MongoMetaRecord[_]](query: Query[M, _, _]): String = {\n    query.meta.connectionIdentifier.toString\n  }\n\n  override def getInstanceName(record: MongoRecord[_]): String =\n    record.meta.connectionIdentifier.toString\n\n  \/**\n   * Retrieves the list of indexes declared for the record type associated with a\n   * query. If the record type doesn't declare any indexes, then returns None.\n   *\n   * @param query the query\n   * @return the list of indexes, or an empty list.\n   *\/\n  override def getIndexes[M <: MongoRecord[_] with MongoMetaRecord[_]](query: Query[M, _, _]): Option[Seq[UntypedMongoIndex]] = {\n    val queryMetaRecord = query.meta\n    if (queryMetaRecord.isInstanceOf[IndexedRecord[_]]) {\n      Some(queryMetaRecord.asInstanceOf[IndexedRecord[_]].mongoIndexList)\n    } else {\n      None\n    }\n  }\n\n}\n\nclass LiftAsyncAdapter(dbCollectionFactory: AsyncDBCollectionFactory[MongoRecord[_] with MongoMetaRecord[_], MongoRecord[_]]) extends MongoAsyncJavaDriverAdapter(dbCollectionFactory)\n\nobject LiftAsyncAdapter extends LiftAsyncAdapter(LiftAsyncDBCollectionFactory)\n\nclass LiftAsyncQueryExecutor(override val adapter: MongoAsyncJavaDriverAdapter[MongoRecord[_] with MongoMetaRecord[_], MongoRecord[_]]) extends AsyncQueryExecutor[MongoRecord[_] with MongoMetaRecord[_], MongoRecord[_]] {\n  override def defaultWriteConcern = QueryHelpers.config.defaultWriteConcern\n\n  override lazy val optimizer = new QueryOptimizer\n\n  override protected def readSerializer[M <: MongoRecord[_] with MongoMetaRecord[_], R](\n    meta: M,\n    select: Option[MongoSelect[M, R]]\n  ): RogueReadSerializer[R] = {\n    new RogueReadSerializer[R] {\n      override def fromDBObject(dbo: DBObject): R = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          \/\/ A MongoSelect clause exists, but has empty fields. Return null.\n          \/\/ This is used for .exists(), where we just want to check the number\n          \/\/ of returned results is > 0.\n          transformer(null)\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          val inst = meta.createRecord.asInstanceOf[MongoRecord[_]]\n\n          LiftQueryExecutorHelpers.setInstanceFieldFromDbo(inst, dbo, \"_id\")\n\n          val values =\n            fields.map(fld => {\n              val valueOpt = LiftQueryExecutorHelpers.setInstanceFieldFromDbo(inst, dbo, fld.field.name)\n              fld.valueOrDefault(valueOpt)\n            })\n\n          transformer(values)\n        case None =>\n          meta.fromDBObject(dbo).asInstanceOf[R]\n      }\n\n      override def fromDocument(dbo: Document): R = select match {\n        case Some(MongoSelect(fields, transformer, true, _)) if fields.isEmpty =>\n          \/\/ A MongoSelect clause exists, but has empty fields. Return null.\n          \/\/ This is used for .exists(), where we just want to check the number\n          \/\/ of returned results is > 0.\n          transformer(null)\n        case Some(MongoSelect(fields, transformer, _, _)) =>\n          val inst = meta.createRecord.asInstanceOf[MongoRecord[_]]\n\n          LiftQueryExecutorHelpers.setInstanceFieldFromDoc(inst, dbo, \"_id\")\n\n          val values =\n            fields.map(fld => {\n              val valueOpt = LiftQueryExecutorHelpers.setInstanceFieldFromDoc(inst, dbo, fld.field.name)\n              fld.valueOrDefault(valueOpt)\n            })\n\n          transformer(values)\n        case None =>\n          meta.fromDocument(dbo).asInstanceOf[R]\n      }\n    }\n  }\n\n  override protected def writeSerializer(record: MongoRecord[_]): RogueWriteSerializer[MongoRecord[_]] = {\n    new RogueWriteSerializer[MongoRecord[_]] {\n      override def toDBObject(record: MongoRecord[_]): DBObject = {\n        record.asDBObject\n      }\n\n      override def toDocument(record: MongoRecord[_]): Document = {\n        record.asDocument\n      }\n    }\n  }\n}\n\nobject LiftAsyncQueryExecutor extends LiftAsyncQueryExecutor(LiftAsyncAdapter)\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/EnumAnnotationTest.scala","text":"package tech.scoundrel.rogue.cc\n\nimport tech.scoundrel.rogue._\nimport org.bson.{ BsonInt32, BsonString }\nimport org.scalatest.{ FlatSpec, MustMatchers }\n\nobject VenueStatus1 extends Enumeration {\n  val open = Value(\"Open\")\n  val closed = Value(\"Closed\")\n}\n\n@EnumSerializeValue object ClaimStatus2 extends Enumeration {\n  val pending = Value(\"Pending approval\")\n  val approved = Value(\"Approved\")\n}\n\ncase class Statuses(enumName: VenueStatus1.Value, enumValue: ClaimStatus2.Value)\n\nclass EnumAnnotationTest extends FlatSpec with MustMatchers {\n\n  object EName extends Enumeration { val v1 = Value(\"V1\"); val v2 = Value(\"V2\") }\n  @EnumSerializeValue object EValue extends Enumeration { val v1 = Value(\"bla1\"); val v2 = Value(\"bla2\") }\n  case class C(e: EName.Value, v: EValue.Value)\n\n  \"EnumAnnotatedFormats\" should \"work as expected\" in {\n\n    import BsonFormats._\n    import EnumAnnotatedFormats._\n\n    val f = BsonFormat[Statuses]\n    val e = Statuses(VenueStatus1.open, ClaimStatus2.approved)\n    val bson = f.write(e)\n    bson.asDocument().getString(\"enumName\") mustBe new BsonString(\"Open\")\n    bson.asDocument().getInt32(\"enumValue\") mustBe new BsonInt32(1)\n  }\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/lift\/src\/main\/scala\/ObjectIdKey.scala","text":"<reponame>scoundrel-tech\/scoundrel\n\/\/ Copyright 2013 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.lift\n\nimport tech.scoundrel.mongodb.record.MongoRecord\nimport tech.scoundrel.mongodb.record.field.ObjectIdField\nimport org.bson.types.ObjectId\n\n\/**\n * Mix this into a Record to add an ObjectIdField\n *\/\ntrait ObjectIdKey[OwnerType <: MongoRecord[OwnerType]] {\n  self: OwnerType =>\n\n  object _id extends ObjectIdField(this.asInstanceOf[OwnerType])\n\n  \/\/ convenience method that returns the value of _id\n  def id: ObjectId = _id.value\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/build.sbt","text":"<reponame>scoundrel-tech\/scoundrel\nname := \"rogue-core\"\nlibraryDependencies ++= ScoundrelDependencies.coreDeps ++ ScoundrelDependencies.testDeps\ndescription := \"Scoundrel Rogue Core\""}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/test\/scala\/tech\/scoundrel\/mongodb\/MongoDocumentMongoClientSpec.scala","text":"\/*\n * Copyright 2010-2017 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\n\nimport org.specs2.mutable.Specification\n\nimport com.mongodb._\nimport org.bson.types.ObjectId\nimport tech.scoundrel.mongodb.BsonDSL._\n\npackage mongoclienttestdocs {\n  case class SessCollection(_id: ObjectId, name: String, dbtype: String, count: Int)\n      extends MongoDocument[SessCollection] {\n\n    def meta = SessCollection\n  }\n\n  object SessCollection extends MongoDocumentMeta[SessCollection] {\n    override def formats = super.formats + new ObjectIdSerializer\n    \/\/ create a unique index on name\n    createIndex((\"name\" -> 1), true)\n  }\n}\n\n\/**\n * Systems under specification for MongoDocumentMongoClient.\n *\/\nclass MongoDocumentMongoClientSpec extends Specification with MongoTestKit {\n  \"MongoDocumentMongoClient Specification\".title\n\n  import mongoclienttestdocs._\n\n  \"MongoClient example\" in {\n\n    checkMongoIsRunning\n\n    val tc = SessCollection(ObjectId.get, \"MongoSession\", \"db\", 1)\n    val tc2 = SessCollection(ObjectId.get, \"MongoSession\", \"db\", 1)\n    val tc3 = SessCollection(ObjectId.get, \"MongoDB\", \"db\", 1)\n\n    \/\/ save to db\n    SessCollection.save(tc)\n    SessCollection.save(tc2) must throwA[MongoException]\n    SessCollection.save(tc3)\n\n    success\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"project\/ScoundrelSettings.scala","text":"<gh_stars>0\nimport sbt.Keys.{scalaVersion, scalacOptions, _}\nimport sbt._\n\nobject ScoundrelSettings {\n\n  lazy val defaultSettings: Seq[Setting[_]] = Seq(\n    version := \"3.2.0\",\n    organization := \"tech.scoundrel\",\n    crossScalaVersions := Seq(\"2.11.11\",\"2.12.4\"),\n    scalaVersion := \"2.12.4\",\n\n    parallelExecution in Test := false\n\t) ++ SonatypeSettings.sonatypeSettings\n\n  lazy val rogueSettings = Seq(\n    scalacOptions ++= Seq(\"-deprecation\", \"-unchecked\"), \/\/, \"-Xlog-implicit-conversions\"),\n    scalacOptions ++= Seq(\"-feature\", \"-language:_\"),\n\n    testOptions in Test ++= Seq(Tests.Setup(() => MongoEmbedded.start), Tests.Cleanup(()=> MongoEmbedded.stop))\n  ) ++ defaultSettings\n}\n\nobject ScoundrelDependencies {\n  val liftVersion = \"3.2.0\"\n  val specsVer = \"3.8.6\"\n\n  val liftMongoRecordDeps = Seq(\n    \"net.liftweb\"             %%  \"lift-record\"           % liftVersion,\n    \"net.liftweb\"             %%  \"lift-json-ext\"         % liftVersion,\n    \"net.liftweb\"             %%  \"lift-util\"             % liftVersion\n  )\n\n  val liftRogueDeps = Seq(\n    \"net.liftweb\"              %% \"lift-common\"         % liftVersion % \"compile\",\n    \"net.liftweb\"              %% \"lift-json\"           % liftVersion % \"compile\",\n    \"net.liftweb\"              %% \"lift-util\"           % liftVersion % \"compile\"\n  )\n\n  val liftRecordDeps = Seq(\n    \"net.liftweb\"              %% \"lift-webkit\"         % liftVersion % \"compile\" intransitive()\n  )\n\n  val joda = Seq(\n    \"joda-time\"                % \"joda-time\"            % \"2.9.9\"     % \"compile\",\n    \"org.joda\"                 % \"joda-convert\"         % \"1.8.1\"     % \"compile\"\n  )\n  val mongoDeps = Seq(\n    \"org.mongodb\"              % \"mongodb-driver\"       % \"3.4.3\"     % \"compile\",\n    \"org.mongodb\"              % \"mongodb-driver-async\" % \"3.4.3\"     % \"compile\"\n  )\n\n  val testCoreDeps = Seq(\n    \"org.specs2\"              %% \"specs2-core\"          % specsVer    % \"test\"\n  )\n\n  val testDeps = Seq(\n    \"junit\"                    % \"junit\"                % \"4.5\"       % \"test\",\n    \"org.specs2\"              %% \"specs2-core\"          % specsVer    % \"test\",\n    \"org.specs2\"              %% \"specs2-matcher\"       % specsVer    % \"test\",\n    \"org.specs2\"              %% \"specs2-junit\"         % specsVer    % \"test\",\n    \"org.scalatest\"           %% \"scalatest\"            % \"3.0.3\"     % \"test\",\n    \"com.novocode\"             % \"junit-interface\"      % \"0.11\"      % \"test\",\n    \"org.slf4j\"                % \"slf4j-simple\"         % \"1.7.21\"    % \"test\"\n  )\n\n  val shapeless = \"com.chuusai\" %% \"shapeless\" % \"2.3.2\"\n\n  val scalaLangModules = Seq(\"org.scala-lang.modules\" %% \"scala-xml\" % \"1.0.5\")\n\n\/\/  val testDeps: Seq[ModuleID] = testCoreDeps ++ testExtraDeps\n\n  val mongodbRecordDeps: Seq[ModuleID] = liftMongoRecordDeps ++ mongoDeps ++ scalaLangModules ++ testCoreDeps\n\n  val coreDeps: Seq[ModuleID] = mongoDeps ++ joda\n\n  val rogueLiftDeps: Seq[ModuleID] = mongoDeps ++ joda ++ liftRogueDeps ++ liftRecordDeps\n\n  val ccDeps: Seq[ModuleID] = mongoDeps ++ Seq(shapeless) ++ testDeps\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/BsonFormatsTests.scala","text":"package tech.scoundrel.rogue\nimport java.util.{ Locale, TimeZone }\n\nimport org.bson.types.ObjectId\nimport org.junit.Test\nimport BsonFormats._\nimport tech.scoundrel.rogue.cc.{ ClaimStatus, VenueStatus }\nimport org.bson.BsonDocument\nimport org.specs2.matcher.JUnitMustMatchers\n\nimport scala.language.implicitConversions\nimport scala.language.higherKinds\n\ncase class OidTypedCC(_id: ObjectId, name: String, value: Int)\n\ncase class OptCC(_id: Long, name: Option[String], hashes: List[String], map: Map[String, Int])\n\ncase class RootC(id: Int, nest: Nest)\ncase class Nest(name: String)\ncase class OneEnum(one: String, en: VenueStatus.Value)\ncase class TwoEnums(one: String, en: VenueStatus.Value, x: ClaimStatus.Value)\n\ncase class W(a: Int = 1)\ncase class B(w: W = W(1), x: String = \"a\")\n\nclass BsonFormatsTests extends JUnitMustMatchers {\n\n  @Test\n  def basicSerializeTest(): Unit = {\n    import EnumNameFormats._\n    val o = new ObjectId()\n    val cc = OidTypedCC(o, \"Ala\", 10)\n    val f = BsonFormat[OidTypedCC]\n    val bson = f.write(cc)\n    \/\/println(bson)\n    val deserialized = f.read(bson)\n    \/\/println(s\"DES s${deserialized}\")\n    cc must_== deserialized\n  }\n\n  @Test\n  def optionalSerializeTest(): Unit = {\n    import EnumNameFormats._\n    val opt = OptCC(1L, Some(\"opt\"), List(\"one1\", \"two\", \"three\"), Map(\"four\" -> 4, \"five\" -> 5))\n    val f = BsonFormat[OptCC]\n    val bson = f.write(opt)\n    \/\/println(s\"bson ${bson}\")\n    val d = f.read(bson)\n    opt must_== d\n  }\n\n  @Test\n  def nestedCCTest(): Unit = {\n    import EnumNameFormats._\n    val r = RootC(1, Nest(\"nest\"))\n    val f = BsonFormat[RootC]\n    val bson = f.write(r)\n    \/\/  println(s\"Bson root ${bson}\")\n    f.read(bson) must_== r\n  }\n\n  @Test\n  def enumerationValueTest(): Unit = {\n    import EnumValueFormats.enumValueFormat\n    implicit val ev = VenueStatus\n    val r = OneEnum(\"a\", VenueStatus.open)\n    val f = BsonFormat[OneEnum]\n    val bson = f.write(r)\n    \/\/  println(s\"Bson root ${bson}\")\n    f.read(bson) must_== r\n  }\n\n  @Test\n  def twoEnumTest: Unit = {\n    import EnumNameFormats._\n    implicit val ev = VenueStatus\n    implicit val ev2 = ClaimStatus\n    val r = TwoEnums(\"a\", VenueStatus.open, ClaimStatus.approved)\n    val f = BsonFormat[TwoEnums]\n    val bson = f.write(r)\n    \/\/println(s\"Bson root ${bson}\")\n    f.read(bson) must_== r\n  }\n\n  @Test\n  def defaultCaseClass: Unit = {\n    val f = BsonFormat[B]\n    val b = f.read(new BsonDocument)\n    \/\/println(s\"B ${b}\")\n    \/\/really want that\n    \/\/b must_== B()\n    \/\/but don't know how to provide default values in case class field parameters\n    b must_== B(W(1), \"\")\n    assert(true)\n  }\n\n  @Test\n  def localeTest(): Unit = {\n    val f = BsonFormat[Locale]\n\n    val locales = Locale.getAvailableLocales\n\n    locales.foreach { locale =>\n      val serialized = f.write(locale)\n      val deserialized = f.read(serialized)\n\n      deserialized mustEqual locale\n    }\n  }\n\n  @Test\n  def timeZoneTest(): Unit = {\n    val f = BsonFormat[TimeZone]\n    val timezones = TimeZone.getAvailableIDs\n\n    timezones.foreach { tzId =>\n      val timeZone = TimeZone.getTimeZone(tzId)\n      val serialized = f.write(timeZone)\n      val deserialized = f.read(serialized)\n\n      deserialized mustEqual timeZone\n    }\n  }\n\n}\n\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.6.0\")\n\naddSbtPlugin(\"io.get-coursier\" % \"sbt-coursier\" % \"1.0.0-RC6\")\n\n\/\/ For publishing to Sonatype\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.1\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.0\")"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/MongoAsyncBsonJavaDriverAdapter.scala","text":"<filename>rogue\/cc\/src\/main\/scala\/tech\/scoundrel\/rogue\/cc\/MongoAsyncBsonJavaDriverAdapter.scala\npackage tech.scoundrel.rogue.cc\n\nimport java.util\n\nimport com.mongodb._\nimport com.mongodb.async.SingleResultCallback\nimport com.mongodb.async.client.{ MongoCollection, MongoDatabase }\nimport com.mongodb.client.model._\nimport com.mongodb.client.result.{ DeleteResult, UpdateResult }\nimport tech.scoundrel.rogue.MongoHelpers.MongoBuilder._\nimport tech.scoundrel.rogue.{ FindAndModifyQuery, ModifyQuery }\nimport tech.scoundrel.rogue.QueryHelpers._\nimport org.bson.BsonDocument\nimport org.bson.conversions.Bson\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{ Future, Promise }\nimport scala.reflect.ClassTag\nimport scala.util.Try\n\nimport com.mongodb.ErrorCategory._\nimport tech.scoundrel.rogue._\nimport tech.scoundrel.rogue.index.UntypedMongoIndex\n\ntrait AsyncBsonDBCollectionFactory[MB] {\n\n  def getDBCollection[M <: MB](query: Query[M, _, _])(implicit dba: MongoDatabase): MongoCollection[BsonDocument]\n\n  def getPrimaryDBCollection[M <: MB](query: Query[M, _, _])(implicit dba: MongoDatabase): MongoCollection[BsonDocument]\n\n  \/\/def getPrimaryDBCollection(record: RB): MongoCollection[BsonDocument]\n\n  def getInstanceName[M <: MB](query: Query[M, _, _])(implicit dba: MongoDatabase): String\n\n  \/\/def getInstanceName(record: RB): String\n\n  \/\/ A set of of indexes, which are ordered lists of field names\n  def getIndexes[M <: MB](query: Query[M, _, _])(implicit dba: MongoDatabase): Option[Seq[UntypedMongoIndex]]\n\n}\n\ntrait HasFuture[T] {\n  def future: Future[T]\n}\n\nclass UnitCallback[T] extends SingleResultCallback[T] with HasFuture[Unit] {\n  private[this] val promise = Promise[Unit]\n\n  override def onResult(result: T, t: Throwable): Unit = {\n    if (t == null) promise.success(())\n    else promise.failure(t)\n  }\n\n  def future = promise.future\n}\n\n\/\/specialized for Long to avoid conversion quirks\nclass PromiseLongCallbackBridge extends SingleResultCallback[java.lang.Long] {\n  private[this] val promise = Promise[Long]()\n\n  override def onResult(result: java.lang.Long, t: Throwable): Unit = {\n    if (t == null) promise.success(result)\n    else promise.failure(t)\n  }\n\n  def future = promise.future\n}\n\nclass PromiseLongBooleanCallbackBridge extends SingleResultCallback[java.lang.Long] {\n  val promise = Promise[Boolean]()\n\n  override def onResult(result: java.lang.Long, t: Throwable): Unit = {\n    if (t == null) promise.success(result.longValue() > 0)\n    else promise.failure(t)\n  }\n\n  def future = promise.future\n}\n\nclass PromiseArrayListAdapter[R] extends SingleResultCallback[java.util.Collection[R]] {\n  val coll = new util.ArrayList[R]()\n  private[this] val p = Promise[Seq[R]]\n\n  \/\/coll == result - by contract\n  override def onResult(result: util.Collection[R], t: Throwable): Unit = {\n    if (t == null) p.success(coll.asScala)\n    else p.failure(t)\n  }\n\n  def future = p.future\n}\n\nclass PromiseSingleResultAdapter[R] extends SingleResultCallback[java.util.Collection[R]] {\n  val coll = new util.ArrayList[R](1)\n  private[this] val p = Promise[Option[R]]\n\n  \/\/coll == result - by contract\n  override def onResult(result: util.Collection[R], t: Throwable): Unit = {\n    if (t == null) p.success(coll.asScala.headOption)\n    else p.failure(t)\n  }\n\n  def future = p.future\n}\n\nclass PromiseSingleValueAdapter[V] extends SingleResultCallback[V] {\n  private[this] val p = Promise[V]\n  override def onResult(result: V, t: Throwable): Unit = {\n    if (t == null) p.success(result)\n    else p.failure(t)\n  }\n  def future = p.future\n}\n\nclass UpdateResultCallback extends SingleResultCallback[UpdateResult] with HasFuture[Unit] {\n  private[this] val p = Promise[Unit]\n\n  override def onResult(result: UpdateResult, t: Throwable): Unit = {\n    if (t == null) p.success(())\n    else p.failure(t)\n  }\n\n  def future = p.future\n}\n\nclass UpdateResultCallbackWithRetry(retry: SingleResultCallback[UpdateResult] => Unit) extends SingleResultCallback[UpdateResult] with HasFuture[Unit] {\n  private[this] val p = Promise[Unit]\n  @volatile private[this] var retried = false\n\n  override def onResult(result: UpdateResult, t: Throwable): Unit = {\n    t match {\n      case null => p.success(())\n      case e: MongoException if fromErrorCode(e.getCode) == DUPLICATE_KEY && !retried =>\n        retried = true\n        retry(this)\n      case _ => p.failure(t)\n    }\n  }\n\n  def future = p.future\n}\n\nclass SingleDocumentOptCallback[R](f: BsonDocument => Option[R]) extends SingleResultCallback[BsonDocument] with HasFuture[Option[R]] {\n  private[this] val p = Promise[Option[R]]\n\n  override def onResult(result: BsonDocument, t: Throwable): Unit = {\n    if (t == null) {\n      if (result != null) p.success(f(result))\n      else p.success(None)\n    } else p.failure(t)\n  }\n\n  def future = p.future\n}\n\n\/\/upsert only\nclass SingleDocumentOptCallbackWithRetry[R](f: BsonDocument => Option[R])(retry: SingleDocumentOptCallbackWithRetry[R] => Unit) extends SingleResultCallback[BsonDocument] with HasFuture[Option[R]] {\n  private[this] var retried = false\n  val p = Promise[Option[R]]\n\n  override def onResult(result: BsonDocument, t: Throwable): Unit = {\n    t match {\n      case null if result != null => p.complete(Try(f(result)))\n      case null => p.success(None)\n      case e: MongoException if fromErrorCode(e.getCode) == DUPLICATE_KEY && !retried =>\n        retried = true\n        retry(this)\n      case _ => p.failure(t)\n    }\n  }\n\n  def future = p.future\n}\n\nclass MongoAsyncBsonJavaDriverAdapter[MB](dbCollectionFactory: AsyncBsonDBCollectionFactory[MB]) {\n\n  def decoderFactoryFunc: (MB) => DBDecoderFactory = (m: MB) => DefaultDBDecoder.FACTORY\n\n  def count[M <: MB](query: Query[M, _, _], readPreference: Option[ReadPreference])(implicit dba: MongoDatabase): Future[Long] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val condition: Bson = buildCondition(queryClause.condition)\n    \/\/we don't care for skip, limit in count - maybe we deviate from original, but it makes no sense anyways\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val callback = new PromiseLongCallbackBridge()\n    if (queryClause.lim.isDefined || queryClause.sk.isDefined) {\n      val options = new CountOptions()\n      queryClause.lim.map(options.limit(_))\n      queryClause.sk.map(options.skip(_))\n      coll.count(condition, options, callback)\n    } else {\n      coll.count(condition, callback)\n    }\n    callback.future\n  }\n\n  def exists[M <: MB](query: Query[M, _, _], readPreference: Option[ReadPreference])(implicit dba: MongoDatabase): Future[Boolean] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val condition: Bson = buildCondition(queryClause.condition)\n    \/\/we don't care for skip, limit in count - maybe we deviate from original, but it makes no sense anyways\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val callback = new PromiseLongBooleanCallbackBridge()\n    if (queryClause.lim.isDefined || queryClause.sk.isDefined) {\n      val options = new CountOptions()\n      queryClause.lim.map(options.limit(_))\n      queryClause.sk.map(options.skip(_))\n      coll.count(condition, options, callback)\n    } else {\n      coll.count(condition, callback)\n    }\n    callback.future\n  }\n\n  def countDistinct[M <: MB, R](\n    query: Query[M, _, _],\n    key: String,\n    ct: ClassTag[R],\n    readPreference: Option[ReadPreference]\n  )(implicit dba: MongoDatabase): Future[Long] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val rClass = ct.runtimeClass.asInstanceOf[Class[R]]\n    \/\/a dummy, but result needs it\n    val arr = new util.ArrayList[R]\n    val p = Promise[Long]\n    val pa = new SingleResultCallback[java.util.Collection[R]]() {\n      override def onResult(result: java.util.Collection[R], t: Throwable): Unit = {\n        if (t == null) p.success(result.size())\n        else p.failure(t)\n      }\n    }\n    coll.distinct(key, cnd, rClass).into(arr.asInstanceOf[util.Collection[R]], pa)\n    p.future\n  }\n\n  def distinct[M <: MB, R](\n    query: Query[M, _, _],\n    key: String,\n    ct: ClassTag[R],\n    readPreference: Option[ReadPreference]\n  )(implicit dba: MongoDatabase): Future[Seq[R]] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val rClass = ct.runtimeClass.asInstanceOf[Class[R]]\n    val pa = new PromiseArrayListAdapter[R]()\n    coll.distinct[R](key, cnd, rClass).into(pa.coll, pa)\n    pa.future\n  }\n\n  def find[M <: MB, R](query: Query[M, _, _], serializer: RogueBsonRead[R])(implicit dba: MongoDatabase): Future[Seq[R]] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val sel: Bson = queryClause.select.map(buildSelect).getOrElse(BasicDBObjectBuilder.start.get.asInstanceOf[BasicDBObject])\n    val ord = queryClause.order.map(buildOrder)\n\n    \/\/check if serializer will work - quite possible that no, and separate mapper from BsonDocument-> R will be needed\n    val adaptedSerializer = new com.mongodb.Function[BsonDocument, R] {\n      override def apply(d: BsonDocument): R = serializer.fromDocument(d)\n    }\n    val pa = new PromiseArrayListAdapter[R]()\n    \/\/sort, hints\n    val cursor = coll.find(cnd).projection(sel)\n    queryClause.lim.foreach(cursor.limit _)\n    queryClause.sk.foreach(cursor.skip _)\n    ord.foreach(cursor.sort _)\n    cursor.map(adaptedSerializer).into(pa.coll, pa)\n    pa.future\n  }\n\n  def fineOne[M <: MB, R](query: Query[M, _, _], serializer: RogueBsonRead[R])(implicit dba: MongoDatabase): Future[Option[R]] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val sel: Bson = queryClause.select.map(buildSelect).getOrElse(BasicDBObjectBuilder.start.get.asInstanceOf[BasicDBObject])\n    val ord = queryClause.order.map(buildOrder)\n    \/\/check if serializer will work - quite possible that no, and separate mapper from BsonDocument-> R will be needed\n    val adaptedSerializer = new com.mongodb.Function[BsonDocument, R] {\n      override def apply(d: BsonDocument): R = serializer.fromDocument(d)\n    }\n    val oneP = new PromiseSingleResultAdapter[R]()\n    val cursor = coll.find(cnd).projection(sel)\n    queryClause.lim.foreach(cursor.limit _)\n    queryClause.sk.foreach(cursor.skip _)\n    ord.foreach(cursor.sort _)\n\n    cursor.map(adaptedSerializer).into(oneP.coll, oneP)\n    oneP.future\n  }\n\n  def foreach[M <: MB, R](query: Query[M, _, _], f: BsonDocument => Unit)(implicit dba: MongoDatabase): Future[Unit] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd: Bson = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getDBCollection(query)\n    val callback = new UnitCallback[Void]\n    coll.find(cnd).forEach(new Block[BsonDocument] {\n      override def apply(t: BsonDocument): Unit = f(t)\n    }, callback)\n    callback.future\n  }\n\n  def delete[M <: MB](\n    query: Query[M, _, _],\n    writeConcern: WriteConcern\n  )(implicit dba: MongoDatabase): Future[Unit] = {\n    val queryClause = transformer.transformQuery(query)\n    validator.validateQuery(queryClause, dbCollectionFactory.getIndexes(queryClause))\n    val cnd = buildCondition(queryClause.condition)\n    val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n    val callback = new UnitCallback[DeleteResult]\n    coll.deleteMany(cnd, callback)\n    callback.future\n  }\n\n  def modify[M <: MB](\n    mod: ModifyQuery[M, _],\n    upsert: Boolean,\n    multi: Boolean,\n    writeConcern: WriteConcern\n  )(implicit dba: MongoDatabase): Future[Unit] = {\n    val modClause = transformer.transformModify(mod)\n    validator.validateModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty) {\n      val q: Bson = buildCondition(modClause.query.condition)\n      val m: Bson = buildModify(modClause.mod)\n      val coll = dbCollectionFactory.getPrimaryDBCollection(modClause.query)\n      val updateOptions = new UpdateOptions().upsert(upsert)\n      val updater: (SingleResultCallback[UpdateResult]) => Unit = if (multi) {\n        coll.updateMany(q, m, updateOptions, _)\n      } else {\n        coll.updateOne(q, m, updateOptions, _)\n      }\n      val callback = if (upsert) new UpdateResultCallbackWithRetry(updater)\n      else new UpdateResultCallback\n      updater(callback)\n      callback.future\n    } else Future.successful(())\n    \/\/else clause = no modify, automatic success ... strange but true\n\n  }\n\n  def findAndModify[M <: MB, R](\n    mod: FindAndModifyQuery[M, R],\n    returnNew: Boolean,\n    upsert: Boolean,\n    remove: Boolean\n  )(f: BsonDocument => Option[R])(implicit dba: MongoDatabase): Future[Option[R]] = {\n    val modClause = transformer.transformFindAndModify(mod)\n    validator.validateFindAndModify(modClause, dbCollectionFactory.getIndexes(modClause.query))\n    if (!modClause.mod.clauses.isEmpty || remove) {\n      val query = modClause.query\n      val cnd: Bson = buildCondition(query.condition)\n      val ord = query.order.map(buildOrder)\n      val m: Bson = buildModify(modClause.mod)\n      val coll = dbCollectionFactory.getPrimaryDBCollection(query)\n      val retDoc = if (returnNew) ReturnDocument.AFTER else ReturnDocument.BEFORE\n      val updater: (SingleResultCallback[BsonDocument]) => Unit = if (remove) {\n        val opts = new FindOneAndDeleteOptions()\n        ord.map(dbo => opts.sort(dbo))\n        coll.findOneAndDelete(cnd, opts, _)\n      } else {\n        val opts = new FindOneAndUpdateOptions().returnDocument(retDoc).upsert(upsert)\n        ord.map(dbo => opts.sort(dbo))\n        coll.findOneAndUpdate(cnd, m, opts, _)\n      }\n      val callback = if (upsert) new SingleDocumentOptCallbackWithRetry[R](f)(updater)\n      else new SingleDocumentOptCallback[R](f)\n      updater(callback)\n      callback.future\n    } else Future.successful(None)\n  }\n\n  def insertOne[M <: MB, R](query: Query[M, R, _], doc: BsonDocument, writeConcern: WriteConcern)(implicit dba: MongoDatabase): Future[Unit] = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    val callback = new UnitCallback[Void]\n    collection.insertOne(doc, callback)\n    callback.future\n  }\n\n  def insertMany[M <: MB, R](query: Query[M, R, _], docs: Seq[BsonDocument], writeConcern: WriteConcern)(implicit dba: MongoDatabase): Future[Unit] = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    val callback = new UnitCallback[Void]\n    collection.insertMany(docs.asJava, callback)\n    callback.future\n  }\n\n  def replaceOne[M <: MB, R](query: Query[M, R, _], doc: BsonDocument, upsert: Boolean, writeConcern: WriteConcern)(implicit dba: MongoDatabase): Future[Unit] = {\n    val collection = dbCollectionFactory.getPrimaryDBCollection(query)\n    val callback = new UpdateResultCallback\n    val filter = new BsonDocument(\"_id\", doc.get(\"_id\"))\n    collection.replaceOne(filter, doc, new UpdateOptions().upsert(upsert), callback)\n    callback.future\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/QueryExecutor.scala","text":"\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\nimport scala.collection.mutable.{ Builder, ListBuffer }\nimport scala.concurrent.Future\nimport scala.reflect.ClassTag\n\nimport com.mongodb._\nimport MongoHelpers.{ MongoModify, MongoSelect }\nimport tech.scoundrel.rogue._\nimport org.bson.Document\nimport tech.scoundrel.field.Field\n\ntrait RogueReadSerializer[R] {\n  def fromDBObject(dbo: DBObject): R\n  def fromDocument(dbo: Document): R\n}\n\ntrait RogueWriteSerializer[R] {\n  def toDBObject(record: R): DBObject\n  def toDocument(record: R): Document\n}\n\ntrait RogueSerializer[From, To] extends RogueReadSerializer[To] with RogueWriteSerializer[From]\n\ntrait QueryExecutor[MB, RB] extends Rogue {\n  def adapter: MongoJavaDriverAdapter[MB, RB]\n  def optimizer: QueryOptimizer\n\n  def defaultWriteConcern: WriteConcern\n\n  protected def readSerializer[M <: MB, R](\n    meta: M,\n    select: Option[MongoSelect[M, R]]\n  ): RogueReadSerializer[R]\n\n  protected def writeSerializer(record: RB): RogueWriteSerializer[RB]\n\n  def count[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): Long = {\n    if (optimizer.isEmptyQuery(query)) {\n      0L\n    } else {\n      adapter.count(query, readPreference)\n    }\n  }\n\n  def countDistinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): Long = {\n    if (optimizer.isEmptyQuery(query)) {\n      0L\n    } else {\n      adapter.countDistinct(query, field(query.meta).name, readPreference)\n    }\n  }\n\n  def distinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): Seq[V] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Nil\n    } else {\n      val rv = Vector.newBuilder[V]\n      adapter.distinct[M, V](query, field(query.meta).name, readPreference)(s => rv += s)\n      rv.result\n    }\n  }\n\n  def fetchList[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): List[R] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Nil\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val rv = new ListBuffer[R]\n      adapter.query(query, None, readPreference)(dbo => rv += s.fromDBObject(dbo))\n      rv.toList\n    }\n  }\n\n  def fetch[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): Seq[R] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Nil\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val rv = Vector.newBuilder[R]\n      adapter.query(query, None, readPreference)(dbo => rv += s.fromDBObject(dbo))\n      rv.result\n    }\n  }\n\n  def fetchOne[M <: MB, R, State, S2](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None,\n    masterFallback: Boolean = false\n  )(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2], ev3: M !<:< MongoDisallowed): Option[R] = {\n\n    val initialResult = fetch(query.limit(1), readPreference).headOption\n\n    val needToRetry = {\n      masterFallback && initialResult.isEmpty && !readPreference.exists(_ == ReadPreference.primary)\n    }\n\n    if (needToRetry) {\n      fetch(query.limit(1), Some(ReadPreference.primary)).headOption\n    } else {\n      initialResult\n    }\n  }\n\n  def foreach[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(f: R => Unit)(implicit ev: ShardingOk[M, State], ev2: M !<:< MongoDisallowed): Unit = {\n    if (optimizer.isEmptyQuery(query)) {\n      ()\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      adapter.query(query, None, readPreference)(dbo => f(s.fromDBObject(dbo)))\n    }\n  }\n\n  private def drainBufferList[A, B](\n    from: ListBuffer[A],\n    to: ListBuffer[B],\n    f: List[A] => List[B],\n    size: Int\n  ): Unit = {\n    \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n    if (from.length >= size) {\n      to ++= f(from.toList)\n      from.clear\n    }\n  }\n\n  def fetchBatchList[M <: MB, R, T, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    readPreference: Option[ReadPreference] = None\n  )(\n    f: List[R] => List[T]\n  )(\n    implicit\n    ev: ShardingOk[M, State],\n    ev2: M !<:< MongoDisallowed\n  ): List[T] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Nil\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val rv = new ListBuffer[T]\n      val buf = new ListBuffer[R]\n\n      adapter.query(query, Some(batchSize), readPreference) { dbo =>\n        buf += s.fromDBObject(dbo)\n        drainBufferList(buf, rv, f, batchSize)\n      }\n      drainBufferList(buf, rv, f, 1)\n\n      rv.toList\n    }\n  }\n\n  private def drainBufferSeq[A, B](\n    from: ListBuffer[A],\n    to: Builder[B, Vector[B]],\n    f: Seq[A] => Seq[B],\n    size: Int\n  ): Unit = {\n    \/\/ ListBuffer#length is O(1) vs ListBuffer#size is O(N) (true in 2.9.x, fixed in 2.10.x)\n    if (from.length >= size) {\n      to ++= f(from.toList)\n      from.clear\n    }\n  }\n\n  def fetchBatch[M <: MB, R, T, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    readPreference: Option[ReadPreference] = None\n  )(\n    f: Seq[R] => Seq[T]\n  )(\n    implicit\n    ev: ShardingOk[M, State],\n    ev2: M !<:< MongoDisallowed\n  ): Seq[T] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Nil\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val rv = Vector.newBuilder[T]\n      val buf = new ListBuffer[R]\n\n      adapter.query(query, Some(batchSize), readPreference) { dbo =>\n        buf += s.fromDBObject(dbo)\n        drainBufferSeq(buf, rv, f, batchSize)\n      }\n      drainBufferSeq(buf, rv, f, 1)\n\n      rv.result\n    }\n  }\n\n  def bulkDelete_!![M <: MB, State](\n    query: Query[M, _, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit\n    ev1: Required[State, Unselected with Unlimited with Unskipped],\n    ev2: ShardingOk[M, State], ev3: M !<:< MongoDisallowed): Unit = {\n    if (optimizer.isEmptyQuery(query)) {\n      ()\n    } else {\n      adapter.delete(query, writeConcern)\n    }\n  }\n\n  def updateOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Unit = {\n    if (optimizer.isEmptyQuery(query)) {\n      ()\n    } else {\n      adapter.modify(query, upsert = false, multi = false, writeConcern = writeConcern)\n    }\n  }\n\n  def upsertOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Unit = {\n    if (optimizer.isEmptyQuery(query)) {\n      ()\n    } else {\n      try {\n        adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n      } catch {\n        case r: RogueException if r.getCause() != null && r.getCause().isInstanceOf[DuplicateKeyException] => {\n          \/* NOTE: have to retry upserts that fail with duplicate key,\n           * see https:\/\/jira.mongodb.org\/browse\/SERVER-14322\n           *\/\n          adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n        }\n      }\n    }\n  }\n\n  def updateMulti[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Unit = {\n    if (optimizer.isEmptyQuery(query)) {\n      ()\n    } else {\n      adapter.modify(query, upsert = false, multi = true, writeConcern = writeConcern)\n    }\n  }\n\n  def findAndUpdateOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Option[R] = {\n    if (optimizer.isEmptyQuery(query)) {\n      None\n    } else {\n      val s = readSerializer[M, R](query.query.meta, query.query.select)\n      adapter.findAndModify(query, returnNew, upsert = false, remove = false)(s.fromDBObject _)\n    }\n  }\n\n  def findAndUpsertOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Option[R] = {\n    if (optimizer.isEmptyQuery(query)) {\n      None\n    } else {\n      try {\n        val s = readSerializer[M, R](query.query.meta, query.query.select)\n        adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDBObject _)\n      } catch {\n        case r: RogueException if r.getCause() != null && r.getCause().isInstanceOf[DuplicateKeyException] => {\n          \/* NOTE: have to retry upserts that fail with duplicate key,\n           * see https:\/\/jira.mongodb.org\/browse\/SERVER-14322\n           *\/\n          val s = readSerializer[M, R](query.query.meta, query.query.select)\n          adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDBObject _)\n        }\n      }\n    }\n  }\n\n  def findAndDeleteOne[M <: MB, R, State](\n    query: Query[M, R, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Option[R] = {\n    if (optimizer.isEmptyQuery(query)) {\n      None\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val mod = FindAndModifyQuery(query, MongoModify(Nil))\n      adapter.findAndModify(mod, returnNew = false, upsert = false, remove = true)(s.fromDBObject _)\n    }\n  }\n\n  def explain[M <: MB](query: Query[M, _, _]): String = {\n    adapter.explain(query)\n  }\n\n  def iterate[S, M <: MB, R, State](\n    query: Query[M, R, State],\n    state: S,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Iter.Event[R]) => Iter.Command[S])(implicit ev: ShardingOk[M, State]): S = {\n    if (optimizer.isEmptyQuery(query)) {\n      handler(state, Iter.EOF).state\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      adapter.iterate(query, state, s.fromDBObject _, readPreference)(handler)\n    }\n  }\n\n  def iterateBatch[S, M <: MB, R, State](\n    query: Query[M, R, State],\n    batchSize: Int,\n    state: S,\n    readPreference: Option[ReadPreference] = None\n  )(handler: (S, Iter.Event[Seq[R]]) => Iter.Command[S])(implicit ev: ShardingOk[M, State]): S = {\n    if (optimizer.isEmptyQuery(query)) {\n      handler(state, Iter.EOF).state\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      adapter.iterateBatch(query, batchSize, state, s.fromDBObject _, readPreference)(handler)\n    }\n  }\n\n  def save[RecordType <: RB](record: RecordType, writeConcern: WriteConcern = defaultWriteConcern): RecordType = {\n    val s = writeSerializer(record)\n    val dbo = s.toDBObject(record)\n    adapter.save(record, dbo, writeConcern)\n    record\n  }\n\n  def insert[RecordType <: RB](record: RecordType, writeConcern: WriteConcern = defaultWriteConcern): RecordType = {\n    val s = writeSerializer(record)\n    val dbo = s.toDBObject(record)\n    adapter.insert(record, dbo, writeConcern)\n    record\n  }\n\n  def insertAll[RecordType <: RB](records: Seq[RecordType], writeConcern: WriteConcern = defaultWriteConcern): Seq[RecordType] = {\n    records.headOption.foreach(record => {\n      val s = writeSerializer(record)\n      val dbos = records.map(s.toDBObject)\n      adapter.insertAll(record, dbos, writeConcern)\n    })\n    records\n  }\n\n  def remove[RecordType <: RB](record: RecordType, writeConcern: WriteConcern = defaultWriteConcern): RecordType = {\n    val s = writeSerializer(record)\n    val dbo = s.toDBObject(record)\n    adapter.remove(record, dbo, writeConcern)\n    record\n  }\n}\n\ntrait AsyncQueryExecutor[MB, RB] extends Rogue {\n  def adapter: MongoAsyncJavaDriverAdapter[MB, RB]\n  def optimizer: QueryOptimizer\n\n  def defaultWriteConcern: WriteConcern\n\n  protected def readSerializer[M <: MB, R](\n    meta: M,\n    select: Option[MongoSelect[M, R]]\n  ): RogueReadSerializer[R]\n\n  protected def writeSerializer(record: RB): RogueWriteSerializer[RB]\n\n  def count[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State]): Future[Long] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(0L)\n    } else {\n      adapter.count(query, readPreference)\n    }\n  }\n\n  def exists[M <: MB, State](\n    query: Query[M, _, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State]): Future[Boolean] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(false)\n    } else {\n      adapter.exists(query, readPreference)\n    }\n  }\n\n  def countDistinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    ct: ClassTag[V],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State]): Future[Long] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(0L)\n    } else {\n      adapter.countDistinct(query, field(query.meta).name, ct, readPreference)\n    }\n  }\n\n  def distinct[M <: MB, V, State](\n    query: Query[M, _, State],\n    ct: ClassTag[V],\n    readPreference: Option[ReadPreference] = None\n  )(field: M => Field[V, M])(implicit ev: ShardingOk[M, State]): Future[Seq[V]] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(Nil)\n    } else {\n      adapter.distinct(query, field(query.meta).name, ct, readPreference)\n    }\n  }\n\n  def fetch[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev: ShardingOk[M, State]): Future[Seq[R]] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(Nil)\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      adapter.find(query, s)\n    }\n  }\n\n  def fetchOne[M <: MB, R, State, S2](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(implicit ev1: AddLimit[State, S2], ev2: ShardingOk[M, S2]): Future[Option[R]] = {\n    val q = query.limit(1)\n    val s = readSerializer[M, R](q.meta, q.select)\n    adapter.fineOne(q, s)\n  }\n\n  def foreach[M <: MB, R, State](\n    query: Query[M, R, State],\n    readPreference: Option[ReadPreference] = None\n  )(f: R => Unit)(implicit ev: ShardingOk[M, State]): Future[Unit] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(())\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val docBlock: Document => Unit = doc => f(s.fromDocument(doc))\n      \/\/applies docBlock to each Document = conversion + f(R)\n      adapter.foreach(query, docBlock)\n    }\n  }\n\n  def bulkDelete_!![M <: MB, State](\n    query: Query[M, _, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit\n    ev1: Required[State, Unselected with Unlimited with Unskipped],\n    ev2: ShardingOk[M, State]): Future[Unit] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(())\n    } else {\n      adapter.delete(query, writeConcern)\n    }\n  }\n\n  def updateOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Future[Unit] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(())\n    } else {\n      adapter.modify(query, upsert = false, multi = false, writeConcern = writeConcern)\n    }\n  }\n\n  def upsertOne[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Future[Unit] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(())\n    } else {\n      adapter.modify(query, upsert = true, multi = false, writeConcern = writeConcern)\n    }\n  }\n\n  def updateMulti[M <: MB, State](\n    query: ModifyQuery[M, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Future[Unit] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(())\n    } else {\n      adapter.modify(query, upsert = false, multi = true, writeConcern = writeConcern)\n    }\n  }\n\n  \/\/WARNING - it might not behave like original - since I don't know how to handle selection\n  def findAndUpdateOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Future[Option[R]] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(None)\n    } else {\n      val s = readSerializer[M, R](query.query.meta, query.query.select)\n      adapter.findAndModify(query, returnNew, upsert = false, remove = false)(s.fromDocument _)\n    }\n  }\n\n  def findAndUpsertOne[M <: MB, R](\n    query: FindAndModifyQuery[M, R],\n    returnNew: Boolean = false,\n    writeConcern: WriteConcern = defaultWriteConcern\n  ): Future[Option[R]] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(None)\n    } else {\n      val s = readSerializer[M, R](query.query.meta, query.query.select)\n      adapter.findAndModify(query, returnNew, upsert = true, remove = false)(s.fromDocument _)\n    }\n  }\n\n  def findAndDeleteOne[M <: MB, R, State](\n    query: Query[M, R, State],\n    writeConcern: WriteConcern = defaultWriteConcern\n  )(implicit ev: RequireShardKey[M, State]): Future[Option[R]] = {\n    if (optimizer.isEmptyQuery(query)) {\n      Future.successful(None)\n    } else {\n      val s = readSerializer[M, R](query.meta, query.select)\n      val mod = FindAndModifyQuery(query, MongoModify(Nil))\n      adapter.findAndModify(mod, returnNew = false, upsert = false, remove = true)(s.fromDocument _)\n    }\n  }\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"project\/SonatypeSettings.scala","text":"import sbt.Keys._\nimport sbt._\nimport xerial.sbt.Sonatype.SonatypeKeys._\nimport com.typesafe.sbt.pgp.PgpKeys.useGpg\n\n\/*\n Sonatype settings\n  *\/\nobject SonatypeSettings {\n  lazy val sonatypeSettings = Seq(\n    publishMavenStyle := true,\n    publishArtifact in Test := false,\n    pomIncludeRepository := { _ => false },\n\n    licenses := Seq(\"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n\n    sonatypeProfileName := \"tech.scoundrel\",\n\n    homepage := Some(url(\"http:\/\/scoundrel.tech\")),\n\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/scoundrel-tech\/scoundrel\"),\n        \"scm:git@github.com:scoundrel-tech\/scoundrel.git\"\n      )\n    ),\n\n    developers := List(\n      Developer(\n        id = \"agoldenduck\",\n        name  = \"<NAME>\",\n        email = \"<EMAIL>\",\n        url = url(\"https:\/\/github.com\/agoldenduck\")\n      )\n    ),\n\n    useGpg := true,\n    publishTo := sonatypePublishTo.value\n  )\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/index\/src\/main\/scala\/tech\/scoundrel\/rogue\/index\/MongoIndex.scala","text":"<gh_stars>0\n\/\/ Copyright 2012 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue.index\n\nimport scala.collection.immutable.ListMap\n\nimport tech.scoundrel.field.Field\n\ntrait UntypedMongoIndex {\n  def asListMap: ListMap[String, Any]\n\n  override def toString() =\n    asListMap.map(fld => \"%s:%s\".format(fld._1, fld._2)).mkString(\", \")\n}\n\ntrait MongoIndex[R] extends UntypedMongoIndex\n\ncase class MongoIndex1[R](\n    f1: Field[_, R],\n    m1: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap = ListMap((f1.name, m1.value))\n}\n\ncase class MongoIndex2[R](\n    f1: Field[_, R],\n    m1: IndexModifier,\n    f2: Field[_, R],\n    m2: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap = ListMap((f1.name, m1.value), (f2.name, m2.value))\n}\n\ncase class MongoIndex3[R](\n    f1: Field[_, R],\n    m1: IndexModifier,\n    f2: Field[_, R],\n    m2: IndexModifier,\n    f3: Field[_, R],\n    m3: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap = ListMap((f1.name, m1.value), (f2.name, m2.value), (f3.name, m3.value))\n}\n\ncase class MongoIndex4[R](\n    f1: Field[_, R],\n    m1: IndexModifier,\n    f2: Field[_, R],\n    m2: IndexModifier,\n    f3: Field[_, R],\n    m3: IndexModifier,\n    f4: Field[_, R],\n    m4: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap =\n    ListMap(\n      (f1.name, m1.value),\n      (f2.name, m2.value),\n      (f3.name, m3.value),\n      (f4.name, m4.value)\n    )\n}\n\ncase class MongoIndex5[R](\n    f1: Field[_, R],\n    m1: IndexModifier,\n    f2: Field[_, R],\n    m2: IndexModifier,\n    f3: Field[_, R],\n    m3: IndexModifier,\n    f4: Field[_, R],\n    m4: IndexModifier,\n    f5: Field[_, R],\n    m5: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap =\n    ListMap(\n      (f1.name, m1.value),\n      (f2.name, m2.value),\n      (f3.name, m3.value),\n      (f4.name, m4.value),\n      (f5.name, m5.value)\n    )\n}\n\ncase class MongoIndex6[R](\n    f1: Field[_, R],\n    m1: IndexModifier,\n    f2: Field[_, R],\n    m2: IndexModifier,\n    f3: Field[_, R],\n    m3: IndexModifier,\n    f4: Field[_, R],\n    m4: IndexModifier,\n    f5: Field[_, R],\n    m5: IndexModifier,\n    f6: Field[_, R],\n    m6: IndexModifier\n) extends MongoIndex[R] {\n  def asListMap =\n    ListMap(\n      (f1.name, m1.value),\n      (f2.name, m2.value),\n      (f3.name, m3.value),\n      (f4.name, m4.value),\n      (f5.name, m5.value),\n      (f6.name, m6.value)\n    )\n}\n\ncase class IndexBuilder[M](rec: M) {\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier\n  ): MongoIndex1[M] =\n    MongoIndex1[M](f1(rec), m1)\n\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier,\n    f2: M => Field[_, M],\n    m2: IndexModifier\n  ): MongoIndex2[M] =\n    MongoIndex2[M](f1(rec), m1, f2(rec), m2)\n\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier,\n    f2: M => Field[_, M],\n    m2: IndexModifier,\n    f3: M => Field[_, M],\n    m3: IndexModifier\n  ): MongoIndex3[M] =\n    MongoIndex3[M](f1(rec), m1, f2(rec), m2, f3(rec), m3)\n\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier,\n    f2: M => Field[_, M],\n    m2: IndexModifier,\n    f3: M => Field[_, M],\n    m3: IndexModifier,\n    f4: M => Field[_, M],\n    m4: IndexModifier\n  ): MongoIndex4[M] =\n    MongoIndex4[M](f1(rec), m1, f2(rec), m2, f3(rec), m3, f4(rec), m4)\n\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier,\n    f2: M => Field[_, M],\n    m2: IndexModifier,\n    f3: M => Field[_, M],\n    m3: IndexModifier,\n    f4: M => Field[_, M],\n    m4: IndexModifier,\n    f5: M => Field[_, M],\n    m5: IndexModifier\n  ): MongoIndex5[M] =\n    MongoIndex5[M](f1(rec), m1, f2(rec), m2, f3(rec), m3, f4(rec), m4, f5(rec), m5)\n\n  def index(\n    f1: M => Field[_, M],\n    m1: IndexModifier,\n    f2: M => Field[_, M],\n    m2: IndexModifier,\n    f3: M => Field[_, M],\n    m3: IndexModifier,\n    f4: M => Field[_, M],\n    m4: IndexModifier,\n    f5: M => Field[_, M],\n    m5: IndexModifier,\n    f6: M => Field[_, M],\n    m6: IndexModifier\n  ): MongoIndex6[M] =\n    MongoIndex6[M](f1(rec), m1, f2(rec), m2, f3(rec), m3, f4(rec), m4, f5(rec), m5, f6(rec), m6)\n}\n\ntrait MongoTextIndex[R] extends UntypedMongoIndex\n\ncase class MongoTextIndexAll[R]() extends MongoTextIndex[R] {\n  def asListMap = ListMap((\"$**\", \"text\"))\n}\n\ncase class MongoTextIndex1[R](\n    f1: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"))\n}\n\ncase class MongoTextIndex2[R](\n    f1: Field[_, R],\n    f2: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"), (f2.name, \"text\"))\n}\n\ncase class MongoTextIndex3[R](\n    f1: Field[_, R],\n    f2: Field[_, R],\n    f3: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"), (f2.name, \"text\"), (f3.name, \"text\"))\n}\n\ncase class MongoTextIndex4[R](\n    f1: Field[_, R],\n    f2: Field[_, R],\n    f3: Field[_, R],\n    f4: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"), (f2.name, \"text\"), (f3.name, \"text\"), (f4.name, \"text\"))\n}\n\ncase class MongoTextIndex5[R](\n    f1: Field[_, R],\n    f2: Field[_, R],\n    f3: Field[_, R],\n    f4: Field[_, R],\n    f5: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"), (f2.name, \"text\"), (f3.name, \"text\"), (f4.name, \"text\"), (f5.name, \"text\"))\n}\n\ncase class MongoTextIndex6[R](\n    f1: Field[_, R],\n    f2: Field[_, R],\n    f3: Field[_, R],\n    f4: Field[_, R],\n    f5: Field[_, R],\n    f6: Field[_, R]\n) extends MongoTextIndex[R] {\n  def asListMap = ListMap((f1.name, \"text\"), (f2.name, \"text\"), (f3.name, \"text\"), (f4.name, \"text\"), (f5.name, \"text\"), (f6.name, \"text\"))\n}\n\ncase class TextIndexBuilder[M](rec: M) {\n  def textIndex(): MongoTextIndexAll[M] =\n    MongoTextIndexAll[M]()\n\n  def textIndex(\n    f1: M => Field[_, M]\n  ): MongoTextIndex1[M] =\n    MongoTextIndex1[M](f1(rec))\n\n  def textIndex(\n    f1: M => Field[_, M],\n    f2: M => Field[_, M]\n  ): MongoTextIndex2[M] =\n    MongoTextIndex2[M](f1(rec), f2(rec))\n\n  def textIndex(\n    f1: M => Field[_, M],\n    f2: M => Field[_, M],\n    f3: M => Field[_, M]\n  ): MongoTextIndex3[M] =\n    MongoTextIndex3[M](f1(rec), f2(rec), f3(rec))\n\n  def textIndex(\n    f1: M => Field[_, M],\n    f2: M => Field[_, M],\n    f3: M => Field[_, M],\n    f4: M => Field[_, M]\n  ): MongoTextIndex4[M] =\n    MongoTextIndex4[M](f1(rec), f2(rec), f3(rec), f4(rec))\n\n  def textIndex(\n    f1: M => Field[_, M],\n    f2: M => Field[_, M],\n    f3: M => Field[_, M],\n    f4: M => Field[_, M],\n    f5: M => Field[_, M]\n  ): MongoTextIndex5[M] =\n    MongoTextIndex5[M](f1(rec), f2(rec), f3(rec), f4(rec), f5(rec))\n\n  def textIndex(\n    f1: M => Field[_, M],\n    f2: M => Field[_, M],\n    f3: M => Field[_, M],\n    f4: M => Field[_, M],\n    f5: M => Field[_, M],\n    f6: M => Field[_, M]\n  ): MongoTextIndex6[M] =\n    MongoTextIndex6[M](f1(rec), f2(rec), f3(rec), f4(rec), f5(rec), f6(rec))\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/ComplexCaseClassSpec.scala","text":"package tech.scoundrel.rogue.cc\n\nimport java.time.Instant\n\nimport org.bson.types.ObjectId\nimport org.scalatest.{ FlatSpec, Matchers }\nimport shapeless.tag.@@\nimport shapeless.tag\nimport tech.scoundrel.rogue.BsonFormats._\nimport tech.scoundrel.rogue.EnumNameFormats._\n\ntrait User\n\nobject User {\n  type Id = ObjectId @@ User\n}\n\nobject GroupModelType extends Enumeration {\n  type GroupModelType = Value\n  val one = Value\n  val two = Value\n}\n\nobject RoleName extends Enumeration {\n  type RoleName = Value\n  val one = Value\n  val two = Value\n}\n\nobject Permission extends Enumeration {\n  type Permission = Value\n  val one = Value\n  val two = Value\n}\n\ntrait AnyTag\n\ntrait Team\n\nobject Team {\n  type Id = ObjectId @@ Team\n}\n\nobject Dependencies {\n  type GroupThematicType = String @@ AnyTag\n}\n\nimport Dependencies._\n\ncase class Role(\n  name: RoleName.Value,\n  permissions: Set[Permission.Value],\n  origin: Option[RoleName.Value] = None\n)\n\ncase class Group(\n  id: ObjectId,\n  name: String,\n  photoId: Option[ObjectId],\n  groupModelType: GroupModelType.Value,\n  groupThematicType: GroupThematicType,\n  ownerId: User.Id,\n  adminIds: List[User.Id],\n  publicUrlId: Option[String],\n  color: String,\n  description: Option[String],\n  groupDefaultRoles: Seq[Role],\n  membersCount: Seq[Long],\n  inviteeDefaultRole: Option[Role],\n  publicApplyQuestions: Option[List[String]],\n  mandatoryQuestions: Boolean,\n  showInPublicDirectory: Option[Boolean],\n  showGroupTweets: Boolean,\n  lastGroupTweetsRefresh: Option[Instant],\n  lastPostDate: Option[Instant],\n  reportedAsOffensive: Option[Boolean],\n  bannedAsOffensive: Option[Boolean],\n  searchId: Option[String],\n  pdFeaturedPosition: Option[Int],\n  createdAt: Instant,\n  teamId: Option[Team.Id]\n)\n\nclass ComplexCaseClassSpec extends FlatSpec with Matchers {\n\n  class GroupMeta extends RCcMetaExt[Group, GroupMeta] {\n\n  }\n\n  val Groups = new GroupMeta\n\n  \"RCcMeta of a complex case class\" should \"properly read\/write the given instance\" in {\n\n    val now = Instant.now\n\n    val id = new ObjectId()\n\n    val group = Group(\n      id,\n      \"Group\",\n      None,\n      GroupModelType.one,\n      tag[AnyTag][String](\"Ala\"),\n      tag[User][ObjectId](id),\n      List(\n        tag[User][ObjectId](id),\n      tag[User][ObjectId](id)\n      ),\n      None,\n      \"color\", None,\n      Seq(\n        Role(\n          RoleName.one,\n          Set(Permission.one, Permission.two),\n          origin = None\n        ),\n        Role(\n          RoleName.two,\n          Set(Permission.two),\n          origin = Some(RoleName.one)\n        )\n      ),\n      Seq(0L, 1L, 2L),\n      None, None,\n      false, None,\n      false, None,\n      None, None,\n      None, None,\n      None, now,\n      None\n    )\n\n    val bson = Groups.write(group)\n\n    Groups.read(bson) shouldBe group\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/naming\/NamingStrategySpec.scala","text":"package tech.scoundrel.rogue.naming\n\nimport tech.scoundrel.rogue.cc.RCcMeta\nimport org.scalatest.{ FlatSpec, MustMatchers }\nimport tech.scoundrel.rogue.BsonFormats._\n\n\/**\n * Created by mwielocha on 09\/08\/16.\n *\/\nclass NamingStrategySpec extends FlatSpec with MustMatchers {\n\n  case class CaseClassWithVeryLongAwkwardName(id: Long)\n\n  \"Naming Startegies\" should \"produce proper names for case classes\" in {\n\n    new RCcMeta[CaseClassWithVeryLongAwkwardName].collectionName mustBe \"caseclasswithverylongawkwardname\"\n    new RCcMeta[CaseClassWithVeryLongAwkwardName](LowerCase).collectionName mustBe \"caseclasswithverylongawkwardname\"\n    new RCcMeta[CaseClassWithVeryLongAwkwardName](UpperCase).collectionName mustBe \"CASECLASSWITHVERYLONGAWKWARDNAME\"\n    new RCcMeta[CaseClassWithVeryLongAwkwardName](SnakeCase).collectionName mustBe \"case_class_with_very_long_awkward_name\"\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/core\/src\/main\/scala\/tech\/scoundrel\/rogue\/MongoDisallowed.scala","text":"\/\/ Copyright 2016 Foursquare Labs Inc. All Rights Reserved.\n\npackage tech.scoundrel.rogue\n\ntrait MongoDisallowed\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/JObjectField.scala","text":"<filename>mongodb-record\/src\/main\/scala\/tech\/scoundrel\/mongodb\/record\/field\/JObjectField.scala\n\/*\n * Copyright 2010-2017 WorldWide Conferencing, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage tech.scoundrel\npackage mongodb\npackage record\npackage field\n\nimport net.liftweb.util.Helpers.tryo\n\nimport tech.scoundrel.record._\nimport scala.xml.NodeSeq\n\nimport net.liftweb.common._\nimport net.liftweb.json.JsonAST.{ JNothing, JNull }\nimport net.liftweb.json._\n\nimport com.mongodb._\nimport org.bson.Document\n\nclass JObjectField[OwnerType <: BsonRecord[OwnerType]](rec: OwnerType)\n    extends Field[JObject, OwnerType]\n    with MandatoryTypedField[JObject]\n    with MongoFieldFlavor[JObject] {\n\n  def owner = rec\n\n  def asJValue: JValue = valueBox openOr (JNothing: JValue)\n\n  def setFromJValue(jvalue: JValue): Box[JObject] = jvalue match {\n    case JNothing | JNull if optional_? => setBox(Empty)\n    case jo: JObject => setBox(Full(jo))\n    case other => setBox(FieldHelpers.expectedA(\"JObject\", other))\n  }\n\n  def defaultValue = JObject(List())\n\n  def setFromAny(in: Any): Box[JObject] = in match {\n    case dbo: DBObject => setBox(setFromDBObject(dbo))\n    case doc: Document => setBox(setFromDocument(doc))\n    case jv: JObject => setBox(Full(jv))\n    case Some(jv: JObject) => setBox(Full(jv))\n    case Full(jv: JObject) => setBox(Full(jv))\n    case seq: Seq[_] if !seq.isEmpty => seq.map(setFromAny).apply(0)\n    case (s: String) :: _ => setFromString(s)\n    case null => setBox(Full(null))\n    case s: String => setFromString(s)\n    case None | Empty | Failure(_, _, _) => setBox(Full(null))\n    case o => setFromString(o.toString)\n  }\n\n  \/\/ assume string is json\n  def setFromString(in: String): Box[JObject] = {\n    \/\/ use lift-json to parse string into a JObject\n    setBox(tryo(JsonParser.parse(in).asInstanceOf[JObject]))\n  }\n\n  def toForm: Box[NodeSeq] = Empty\n\n  def asDBObject: DBObject = valueBox\n    .map { v => JObjectParser.parse(v)(owner.meta.formats) }\n    .openOr(new BasicDBObject)\n\n  def setFromDBObject(obj: DBObject): Box[JObject] =\n    Full(JObjectParser.serialize(obj)(owner.meta.formats).asInstanceOf[JObject])\n\n  def setFromDocument(obj: Document): Box[JObject] =\n    Full(JObjectParser.serialize(obj)(owner.meta.formats).asInstanceOf[JObject])\n\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"rogue\/cc\/src\/test\/scala\/tech\/scoundrel\/rogue\/cc\/QueryFieldHelperSpec.scala","text":"<gh_stars>0\npackage tech.scoundrel.rogue.cc\n\nimport tech.scoundrel.rogue.{ BsonFormats, EnumNameFormats }\nimport org.bson.types.ObjectId\nimport org.scalatest.{ FlatSpec, MustMatchers }\nimport tech.scoundrel.rogue._\nimport BsonFormats._\nimport EnumNameFormats._\nimport tech.scoundrel.rogue.cc.Metas.VenueRMeta\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.time.{ Seconds, Span }\n\nimport scala.concurrent.Future\nimport scala.util.Try\n\ncase class TestDomainObject(id: ObjectId)\n\ntrait TestQueryTraitA[OwnerType] {\n  requires: OwnerType with QueryFieldHelpers[OwnerType] =>\n\n  val int = IntField\n  val int_named = IntField(\"int_custom_name\")\n\n}\n\ntrait TestQueryTraitB[OwnerType] {\n  requires: OwnerType with QueryFieldHelpers[OwnerType] =>\n\n  val optInt = OptIntField\n  val optInt_named = OptIntField(\"optInt_custom_name\")\n\n}\n\nclass TestDomainObjectMeta extends RCcMetaExt[TestDomainObject, TestDomainObjectMeta]\n    with TestQueryTraitA[TestDomainObjectMeta]\n    with TestQueryTraitB[TestDomainObjectMeta] {\n\n  val claims = ListField[String]\n\n  val string = StringField\n  val string_named = StringField(\"string_custom_name\")\n\n  val optString = OptStringField\n  val optString_named = OptStringField(\"optString_custom_name\")\n\n  val long = LongField\n  val long_named = LongField(\"long_custom_name\")\n\n  val optLong = OptLongField\n  val optLong_named = OptLongField(\"optLong_custom_name\")\n\n  val double = DoubleField\n  val double_named = DoubleField(\"double_custom_name\")\n\n  val optDouble = OptDoubleField\n  val optDouble_named = OptDoubleField(\"optDouble_custom_name\")\n\n  val objectId = ObjectIdField\n  val objectId_named = ObjectIdField(\"objectId_custom_name\")\n\n  val optObjectId = OptObjectIdField\n  val optObjectId_named = OptObjectIdField(\"optObjectId_custom_name\")\n\n  val randomSomething = 42\n\n  val backwardCompatibilityCheck = new StringField(\"foo\", this)\n\n  val uuid = UUIdField\n  val uuid_named = UUIdField(\"uuid_custom_name\")\n\n  val optUUID = OptUUIdField\n  val optUUID_named = OptUUIdField(\"optUUID_custom_name\")\n\n  val localDateTime = LocalDateTimeField\n  val localDateTime_named = LocalDateTimeField(\"localDateTime_custom_name\")\n\n  val optLocalDateTime = OptLocalDateTimeField\n  val optLocalDateTime_named = OptLocalDateTimeField(\"optLocalDateTime_custom_name\")\n\n  val instant = InstantField\n  val instant_named = InstantField(\"instant_custom_name\")\n\n  val optInstant = OptInstantField\n  val optInstant_named = OptInstantField(\"optInstant_custom_name\")\n\n  val boolean = BooleanField\n  val boolean_named = BooleanField(\"boolean_custom_name\")\n\n  val optBoolean = OptBooleanField\n  val optBoolean_named = OptBooleanField(\"optBoolean_custom_name\")\n\n}\n\nclass QueryFieldHelperSpec extends FlatSpec with MustMatchers with ScalaFutures {\n\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  implicit val patience = PatienceConfig(scaled(Span(13, Seconds)))\n\n  val TestDomainObjects = new TestDomainObjectMeta\n\n  \"QueryFieldHelper\" should \"auto-resolve field names\" in {\n\n    TestDomainObjects.int.name mustBe \"int\"\n    TestDomainObjects.int_named.name mustBe \"int_custom_name\"\n\n    TestDomainObjects.optInt.name mustBe \"optInt\"\n    TestDomainObjects.optInt_named.name mustBe \"optInt_custom_name\"\n\n    TestDomainObjects.string.name mustBe \"string\"\n    TestDomainObjects.string_named.name mustBe \"string_custom_name\"\n\n    TestDomainObjects.optString.name mustBe \"optString\"\n    TestDomainObjects.optString_named.name mustBe \"optString_custom_name\"\n\n    TestDomainObjects.long.name mustBe \"long\"\n    TestDomainObjects.long_named.name mustBe \"long_custom_name\"\n\n    TestDomainObjects.optLong.name mustBe \"optLong\"\n    TestDomainObjects.optLong_named.name mustBe \"optLong_custom_name\"\n\n    TestDomainObjects.double.name mustBe \"double\"\n    TestDomainObjects.double_named.name mustBe \"double_custom_name\"\n\n    TestDomainObjects.optDouble.name mustBe \"optDouble\"\n    TestDomainObjects.optDouble_named.name mustBe \"optDouble_custom_name\"\n\n    TestDomainObjects.objectId.name mustBe \"objectId\"\n    TestDomainObjects.objectId_named.name mustBe \"objectId_custom_name\"\n\n    TestDomainObjects.optObjectId.name mustBe \"optObjectId\"\n    TestDomainObjects.optObjectId_named.name mustBe \"optObjectId_custom_name\"\n\n    TestDomainObjects.uuid.name mustBe \"uuid\"\n    TestDomainObjects.uuid_named.name mustBe \"uuid_custom_name\"\n\n    TestDomainObjects.optUUID.name mustBe \"optUUID\"\n    TestDomainObjects.optUUID_named.name mustBe \"optUUID_custom_name\"\n\n    TestDomainObjects.localDateTime.name mustBe \"localDateTime\"\n    TestDomainObjects.localDateTime_named.name mustBe \"localDateTime_custom_name\"\n\n    TestDomainObjects.optLocalDateTime.name mustBe \"optLocalDateTime\"\n    TestDomainObjects.optLocalDateTime_named.name mustBe \"optLocalDateTime_custom_name\"\n\n    TestDomainObjects.instant.name mustBe \"instant\"\n    TestDomainObjects.instant_named.name mustBe \"instant_custom_name\"\n\n    TestDomainObjects.optInstant.name mustBe \"optInstant\"\n    TestDomainObjects.optInstant_named.name mustBe \"optInstant_custom_name\"\n\n    TestDomainObjects.boolean.name mustBe \"boolean\"\n    TestDomainObjects.boolean_named.name mustBe \"boolean_custom_name\"\n\n    TestDomainObjects.optBoolean.name mustBe \"optBoolean\"\n    TestDomainObjects.optBoolean_named.name mustBe \"optBoolean_custom_name\"\n\n  }\n\n  case class AnotherValue(a: String)\n\n  class AnotherTestMeta extends RCcMetaExt[AnotherValue, AnotherTestMeta] {\n    val a = StringField\n    val b = StringField(\"a\")\n  }\n\n  class MultiThreadedTestMeta extends RCcMetaExt[AnotherValue, MultiThreadedTestMeta] {\n    val a = StringField\n    val b = StringField\n    val c = StringField\n    val d = StringField\n    val e = StringField\n    val f = StringField\n  }\n\n  it should \"fail when name is duplicated\" in {\n    Try(new AnotherTestMeta).toString mustBe \"Failure(java.lang.IllegalArgumentException: Field with name a is already defined)\"\n  }\n\n  case class DifferentValue(a: String)\n\n  class DifferentTestMeta extends RCcMetaExt[DifferentValue, DifferentTestMeta] {\n    val a = StringField\n  }\n\n  it should \"not fail when resolving an inner meta class\" in {\n    (new DifferentTestMeta).a.name mustBe \"a\"\n  }\n\n  it should \"not fail in multi threaded env\" in {\n\n    Future.sequence {\n      for (_ <- 1 to 1000) yield Future(new MultiThreadedTestMeta)\n    }.futureValue\n  }\n\n  it should \"print out debug info for given field\" in {\n    println((new TestDomainObjectMeta).debugInfo(0))\n  }\n}\n"}
{"repo_name":"scoundrel-tech\/scoundrel","path":"mongodb-record\/build.sbt","text":"name := \"mongodb-record\"\ndescription := \"Scoundrel MongoDB Record\"\nlibraryDependencies ++= ScoundrelDependencies.mongodbRecordDeps\n"}
{"repo_name":"chachalaca\/AirlineRatingsScraper","path":"src\/FR24CodeshareScraper.scala","text":"<gh_stars>0\nimport java.io.{FileWriter, IOException}\nimport java.nio.file.{Paths, Files}\n\nimport org.jsoup.select.Elements\nimport org.jsoup.{HttpStatusException, Jsoup}\nimport scala.text.Document\nimport scala.util.matching.Regex\nimport play.api.libs.json._\nimport scala.io.Source\n\n\n\/**\n * Resolves codeshare and non-codeshare flightcodes using data scraped from flightradar24.com\n * No access tokens needed.\n * You must provide input file with flight codes to resolve.\n *\/\nobject FR24CodeshareScraper {\n\n  \/\/ Input file containing flightcodes to resolve\n  val flightcodesInputFile = \"flightcodes.txt\"\n\n  \/\/ This file will contain operating carriers' flightcodes\n  val nonCodeshareFlightcodesOutputFile = \"non_codeshare_flightcodes.txt\"\n\n  \/\/ This file will contain resolution table (in csv format)\n  \/\/ || marketing carrier flightcode | operating carrier flightcode ||\n  val codeshareFlightcodesOutputFile = \"codeshare_flightcodes.csv\"\n\n\n  def main (args: Array[String]) {\n\n    val ncffw = new FileWriter(nonCodeshareFlightcodesOutputFile)\n\n    val fw = new FileWriter(codeshareFlightcodesOutputFile)\n    fw.write(\"code,operating_carrier_code\\n\")\n\n    var i = 1\n\n    Source\n      .fromFile(flightcodesInputFile)\n      .getLines()\n      .toList\n      .distinct\n      .foreach(\n        line => {\n\n          if(i%100 == 0) println(i)\n\n          val boundary = if(line(2).isLetter) 3 else 2\n\n          val number =\n            if(line.last.isLetter)\n              line.substring(boundary, line.length-1).toInt.toString + line.last\n            else\n              line.substring(boundary, line.length).toInt.toString\n\n          val carrier = line.substring(0, boundary)\n\n          val code = carrier + number\n\n          val json =\n            fetchPage(\n              String.format(\n                \"https:\/\/www.flightradar24.com\/v1\/search\/web\/find?query=%s&limit=18&type=schedule\",\n                code.toLowerCase\n              )\n            )\n            .text()\n\n          val parsed = Json.parse(json)\n\n          val actualCode = (parsed \\ \"results\" \\ 0 \\ \"id\").getOrElse(JsNull).toString().replace(\"\\\"\", \"\")\n          val codeshare = (parsed \\ \"results\" \\ 0 \\ \"match\").getOrElse(JsNull).toString().replace(\"\\\"\", \"\") == \"codeshare\"\n\n\n          if(codeshare)\n            fw.write(code+\",\"+actualCode+\"\\n\")\n          else if (actualCode != \"null\")\n            ncffw.write(actualCode+\"\\n\")\n\n          i += 1\n        }\n      )\n\n    fw.close()\n    ncffw.close()\n\n\n  }\n\n\n  private def fetchPage(url: String): org.jsoup.nodes.Document = {\n    try {\n\n      Jsoup\n        .connect(url)\n        .ignoreContentType(true)\n        .timeout(100000)\n        .userAgent(\n          \"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_9_2) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/33.0.1750.152 Safari\/537.36\")\n        .get()\n\n    }\n    catch {\n\n      case e: Exception => {\n        println(e)\n        println(\"pause and retry..\")\n        Thread.sleep(5000)\n\n        fetchPage(url)\n      }\n\n    }\n\n\n  }\n\n\n}\n"}
{"repo_name":"chachalaca\/AirlineRatingsScraper","path":"src\/ARAirlineRatingScraper.scala","text":"<reponame>chachalaca\/AirlineRatingsScraper<filename>src\/ARAirlineRatingScraper.scala\nimport java.io.{FileWriter, IOException}\n\nimport org.jsoup.Jsoup\nimport org.jsoup.select.Elements\nimport scala.util.matching.Regex\n\n\n\/**\n * Fetches airlines data (ratings, carrier type..) from airlineratings.com\n * Data is saved to CSV file.\n *\/\nobject ARAirlineRatingScraper {\n\n  \/\/ Path of the file data should be written in\n  val outputFile = \"carriers.csv\"\n\n  var i = 1\n\n  def main(args: Array[String]) {\n\n    val fw = new FileWriter(outputFile)\n    fw.write(\"id,carrier_iata,carrier_name,carrier_type,safety_rating,product_rating\\n\")\n\n\n    var container = fetchAirlineRatingPage()\n\n    while (!container.isEmpty) {\n\n      val carrierCode = container.select(\"div p\").first().text().takeRight(2)\n\n      val carrierType = container.select(\"div p span\").first().text()\n\n      val carrierName = container.select(\"h2\").first().text()\n\n      val ratingPattern = new Regex(\"[0-9]*\\\\\/[0-9]*\")\n\n      val carrierSafetyRating = ratingPattern.findFirstIn(container.select(\"div\").eq(2).text()).getOrElse(\"\").split(\"\\\\\/\", 2)\n\n      val carrierProductRating = ratingPattern.findFirstIn(container.select(\"div\").eq(4).text()).getOrElse(\"\").split(\"\\\\\/\", 2)\n\n      fw.write(\n        i + \",\" +\n        (if (carrierCode != \"na\") carrierCode else \"\") + \",\" +\n        carrierName + \",\" +\n        carrierType + \",\" +\n        (if (carrierSafetyRating.size > 1) (carrierSafetyRating(0).toFloat \/ carrierSafetyRating(1).toFloat) else \"\") + \",\" +\n        (if (carrierProductRating.size > 1) (carrierProductRating(0).toFloat \/ carrierProductRating(1).toFloat) else \"\") + \"\\n\"\n      )\n\n      i += 1\n\n      container = fetchAirlineRatingPage()\n\n    }\n\n    fw.close()\n\n  }\n\n  private def fetchAirlineRatingPage(): Elements = {\n    try {\n\n      val doc = Jsoup.connect(\"http:\/\/www.airlineratings.com\/ratings\/\" + i.toString).get()\n      doc.select(\"div#maincontent.container div.row div.col-md-8 div.hero-unit\")\n\n    }\n    catch {\n\n      case ioe: IOException => {\n        \/\/ in case of infinite redirect\n        i = i+1\n        fetchAirlineRatingPage()\n      }\n\n    }\n\n  }\n\n\n}\n\n"}
{"repo_name":"chachalaca\/AirlineRatingsScraper","path":"src\/FR24AirportDataScraper.scala","text":"import java.io.{FileWriter, IOException}\n\nimport org.jsoup.select.Elements\nimport org.jsoup.{HttpStatusException, Jsoup}\nimport scala.text.Document\nimport scala.util.matching.Regex\nimport play.api.libs.json._\n\n\n\/**\n * Fetches airport data from flightradar24.com.\n * No access tokens needed.\n *\/\nobject FR24AirportDataScraper {\n\n  \/\/ Path of the file data should be written in\n  val outputFile = \"airports.csv\"\n\n\n  def main (args: Array[String]) {\n\n    val countries =\n      fetchPage(\"https:\/\/www.flightradar24.com\/data\/airports\")\n        .select(\"#tbl-datatable tbody tr td a\")\n\n\n    val airportUrls = new Regex(\"href=\\\"[a-zA-Z0-9.\\\\\/:\\\\-]*\\\"\")\n      .findAllIn(countries.toString)\n      .map {\n        case (s: String) => s.subSequence(6, s.length-1)\n      }\n      .toStream\n      .distinct\n\n\n    val iataCodes =\n      airportUrls\n        .flatMap(\n          url => {\n            val airports =\n              fetchPage(url.toString)\n                .select(\"#tbl-datatable tbody tr td a\")\n\n            new Regex(\"data-iata=\\\"[A-Z0-9]*\\\"\")\n              .findAllIn(airports.toString)\n              .map {\n                case (s: String) => s.substring(11, s.length-1)\n              }\n\n          }\n        )\n        .distinct\n\n\n    val fw = new FileWriter(outputFile)\n    fw.write(\"iata,icao,name,latitude,longitude,altitude,country,city,ratings_avg,ratings_total,reviews_count,reviews_evaluation\\n\")\n\n    var i = 1\n\n    iataCodes\n      .foreach(\n        iata => {\n\n          println(i + \" \" + iata)\n\n          try {\n\n            val json =\n              fetchPage(\n                String.format(\n                  \"https:\/\/api.flightradar24.com\/common\/v1\/airport.json?code=%s&plugin[]=&plugin-setting[schedule][mode]=&plugin-setting[schedule][timestamp]=%s&page=1&limit=25&token=\",\n                  iata.toLowerCase,\n                  (System.currentTimeMillis \/ 1000).toString\n                )\n              )\n              .text()\n\n            val parsed = Json.parse(json)\n\n            val icao = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"code\" \\ \"icao\").get\n            val name = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"name\").get\n            val latitude = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"position\" \\ \"latitude\").getOrElse(JsNull)\n            val longitude = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"position\" \\ \"longitude\").getOrElse(JsNull)\n            val altitude = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"weather\" \\ \"elevation\" \\ \"m\").getOrElse(JsNull)\n            val country = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"position\" \\ \"country\" \\ \"name\").getOrElse(JsNull)\n            val city = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"details\" \\ \"position\" \\ \"region\" \\ \"city\").getOrElse(JsNull)\n            val ratingsAvg = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"flightdiary\" \\ \"ratings\" \\ \"avg\").getOrElse(JsNull)\n            val ratingsTotal = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"flightdiary\" \\ \"ratings\" \\ \"total\").getOrElse(JsNull)\n            val reviewsCount = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"flightdiary\" \\ \"reviews\").getOrElse(JsNull)\n            val reviewsEvaluation = (parsed \\ \"result\" \\ \"response\" \\ \"airport\" \\ \"pluginData\" \\ \"flightdiary\" \\ \"evaluation\").getOrElse(JsNull)\n\n            fw.write(iata + \",\" + icao + \",\" + name + \",\" + latitude + \",\" + longitude + \",\" + altitude + \",\" + country + \",\" + city + \",\" + ratingsAvg + \",\" + ratingsTotal + \",\" + reviewsCount + \",\" + reviewsEvaluation + \"\\n\")\n\n          } catch {\n\n            case e: HttpStatusException => println(e)\n          }\n\n\n          i += 1\n\n        }\n      )\n\n    fw.close()\n\n  }\n\n\n  private def fetchPage(url: String): org.jsoup.nodes.Document = {\n    try {\n\n      Jsoup\n        .connect(url)\n        .ignoreContentType(true)\n        .timeout(100000)\n        .userAgent(\n          \"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_9_2) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/33.0.1750.152 Safari\/537.36\")\n        .get()\n\n    }\n    catch {\n\n      case e: Exception => {\n        println(e)\n        println(\"pause and retry..\")\n        Thread.sleep(10000)\n\n        fetchPage(url)\n      }\n\n    }\n\n\n  }\n\n\n}\n"}
{"repo_name":"chachalaca\/AirlineRatingsScraper","path":"src\/FR24FlightsHistoryScraper.scala","text":"import java.io.{FileWriter, IOException}\nimport java.net.{InetSocketAddress, Proxy}\nimport java.nio.file.{Paths, Files}\nimport java.sql.{DriverManager, Connection}\nimport java.text.SimpleDateFormat\nimport java.util.Date\n\nimport org.jsoup.select.Elements\nimport org.jsoup.{HttpStatusException, Jsoup}\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\nimport scala.text.Document\nimport scala.util.Random\nimport scala.util.matching.Regex\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\nimport scala.io.Source\n\n\n\/**\n * Fetches flight history data (scheduled dpt, actual dpt..) from flightradar24.com\n * In order to access historic data older than 7 days you need API access tokens for premium subscription plan.\n * Uses MySQL database - see db_structure_flights.sql\n * Takes flightcodes from table `flight`\n *\/\nobject FR24FlightsHistoryScraper {\n\n  \/\/ Number of threads to be used\n  val numThreads = 1\n\n  \/\/ MYSQL\n  val url = \"jdbc:mysql:\/\/localhost:3306\/flights\"\n  val driver = \"com.mysql.cj.jdbc.Driver\"\n  val username = \"\"\n  val password = \"\"\n\n\n  \/\/ List of proxy servers with flightradar24 access tokens\n  \/\/ (ip, port, token)\n  \/\/ Don't forget to set proxy type correctly. Choose SOCKS if using SSH tunnels as proxy.\n  val pwt =\n    List(\n      (\"127.0.0.1\", 8080, \"\"),\n      (\"127.0.0.1\", 8081, \"\"),\n      (\"127.0.0.1\", 8082, \"\"),\n      (\"127.0.0.1\", 8083, \"\"),\n      (\"127.0.0.1\", 8084, \"\"),\n      (\"127.0.0.1\", 8085, \"\"),\n      (\"127.0.0.1\", 8086, \"\"),\n      (\"127.0.0.1\", 8087, \"\"),\n      (\"127.0.0.1\", 8088, \"\")\n    )\n      .map (t => (new Proxy(Proxy.Type.SOCKS, InetSocketAddress.createUnresolved(t._1, t._2)), t._3))\n\n\n  class FR24FlightsHistoryThread(\n\n    proxiesWithTokens: List[(Proxy, String)],\n    flightCodes: List[String],\n    connection: Connection\n\n  ) extends Runnable {\n\n    val proxies = {val proxies = new mutable.Queue[(Proxy, String)]; proxiesWithTokens.foreach(t => proxies += t); proxies}\n\n    def run(): Unit = {\n      var i = 1\n\n      flightCodes\n        .foreach(\n          code => {\n\n            println(code)\n\n            val json =\n              fetchFlightHistory(code)\n                .text()\n\n            val parsed = Json.parse(json)\n\n\n            val items = (parsed \\ \"result\" \\ \"response\" \\ \"data\").as[List[JsValue]]\n\n\n              val query = \"INSERT INTO history (departure_scheduled,departure_actual,airport_iata,carrier_iata,flightcode) VALUES\"\n              val values = new ArrayBuffer[String]()\n\n              items\n                .foreach(\n                  instance => {\n\n                    val airport = (instance \\ \"airport\" \\ \"origin\" \\ \"code\" \\ \"iata\").getOrElse(JsNull)\n                    val carrier = (instance \\ \"airline\" \\ \"code\" \\ \"iata\").getOrElse(JsNull)\n                    val scheduledDeparture = (instance \\ \"time\" \\ \"scheduled\" \\ \"departure\").getOrElse(JsNull)\n                    val actualDeparture = (instance \\ \"time\" \\ \"real\" \\ \"departure\").getOrElse(JsNull)\n\n                    if(scheduledDeparture != JsNull && actualDeparture != JsNull) {\n\n                      values +=\n                        \"(\\\"%s\\\",\\\"%s\\\",%s,%s,\\\"%s\\\")\"\n                          .format(\n                            new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(new Date(scheduledDeparture.toString().replace(\"\\\"\", \"\").toLong*1000)),\n                            new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(new Date(actualDeparture.toString().replace(\"\\\"\", \"\").toLong*1000)),\n                            airport,\n                            carrier,\n                            code\n                          )\n\n                    }\n\n                  }\n                )\n\n              if(values.nonEmpty)\n                connection.createStatement.executeUpdate(query + values.mkString(\",\"))\n\n            i += 1\n\n          }\n        )\n    }\n\n\n    private def fetchFlightHistory(fltCode: String): org.jsoup.nodes.Document = {\n      try {\n\n        val (proxy, token) = proxies.dequeue()\n        proxies.enqueue((proxy, token))\n\n        print(proxy.address()+\" \")\n\n        Jsoup\n          .connect(\n            String.format(\n              \"https:\/\/api.flightradar24.com\/common\/v1\/flight\/list.json?query=%s&fetchBy=flight&page=1&limit=100&token=%s&timestamp=%s\",\n              fltCode.toLowerCase,\n              token, \/\/ token\n              (System.currentTimeMillis \/ 1000).toString\n            )\n          )\n          .proxy(proxy)\n          .ignoreContentType(true)\n          .timeout(100000)\n          .userAgent(\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_9_2) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/33.0.1750.152 Safari\/537.36\")\n          .get()\n\n      }\n      catch {\n\n        case e: Exception => {\n          println(e)\n\n          proxies.enqueue(proxies.dequeue())\n\n          fetchFlightHistory(fltCode)\n        }\n      }\n    }\n\n  }\n\n\n  def main (args: Array[String]) {\n\n    Class.forName(driver)\n    val connection = DriverManager.getConnection(url, username, password)\n\n    val pwtGroups =\n      pwt\n        .grouped(pwt.size\/numThreads)\n        .toArray\n\n\n    val rs = connection.createStatement.executeQuery(\"SELECT code FROM flight WHERE code NOT IN (SELECT DISTINCT flightcode FROM history)\")\n    val flightCodes = ArrayBuffer[String]()\n    while (rs.next) {\n      flightCodes += rs.getString(\"code\")\n    }\n\n\n    flightCodes\n      .toList\n      .grouped(flightCodes.length\/numThreads)\n      .grouped(numThreads)\n      .foreach {\n        case (warp: List[List[String]]) => {\n\n          val pwtQueue = {\n            val pwtQueue = new mutable.Queue[List[(Proxy, String)]]; pwtGroups.foreach(t => pwtQueue += t); pwtQueue\n          }\n\n          warp\n            .foreach {\n              case (flightCodes: List[String]) =>\n\n                new Thread(new FR24FlightsHistoryThread(\n                  proxiesWithTokens = pwtQueue.dequeue(),\n                  flightCodes = flightCodes,\n                  connection = connection\n                )).start()\n\n            }\n        }\n      }\n  }\n\n}\n"}
{"repo_name":"chachalaca\/AirlineRatingsScraper","path":"src\/DSWeatherScraper.scala","text":"<filename>src\/DSWeatherScraper.scala\nimport java.io.{FileWriter, IOException}\nimport java.net.{InetSocketAddress, Proxy}\nimport java.nio.file.{Paths, Files}\nimport java.sql.{DriverManager, Connection}\nimport java.text.SimpleDateFormat\nimport java.util.{Calendar, Date}\n\nimport org.jsoup.select.Elements\nimport org.jsoup.{HttpStatusException, Jsoup}\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\nimport scala.text.Document\nimport scala.util.Random\nimport scala.util.matching.Regex\nimport play.api.libs.json._\nimport play.api.libs.functional.syntax._\nimport scala.io.Source\n\n\n\/**\n * Fetches airports weather history from darksky.net\n * uses MySQL database - see db_structure_flights.sql\n * takes airport coordinates from table `airport`\n *\/\nobject DSWeatherScraper {\n\n  \/\/ Number of threads to be used\n  val numThreads = 10\n\n  \/\/ How many days into the past the weather data should be collected?\n  val daysCount = 100\n\n  \/\/ MYSQL\n  val url = \"jdbc:mysql:\/\/localhost:3306\/flights\"\n  val driver = \"com.mysql.cj.jdbc.Driver\"\n  val username = \"\"\n  val password = \"\"\n\n  class DSWeatherScraperThread(\n\n    airports: List[(String,Double,Double)],\n    connection: Connection\n\n  ) extends Runnable {\n\n\n    \/\/ Proxy server list. SSH tunnels are used as SOCKS proxies in this example.\n    val proxies = {\n      val proxies = new mutable.Queue[Proxy]()\n      8080.to(8089)\n        .foreach (p => proxies += new Proxy(Proxy.Type.SOCKS, InetSocketAddress.createUnresolved(\"127.0.0.1\", p)))\n      proxies\n    }\n\n\n    def run(): Unit = {\n\n      airports\n        .foreach {\n        case ((iata: String, lat: Double, lon: Double)) => {\n\n          println(iata)\n\n          val cal = Calendar.getInstance()\n\n          val query = \"INSERT INTO weather (airport_iata, time, summary, precip_intensity, precip_probability, precip_type, temperature, dew_point, humidity, wind_speed, wind_bearing, cloud_cover, pressure, ozone) VALUES\"\n          val values = new ArrayBuffer[String]()\n\n          1.to(daysCount).foreach(\n            i => {\n\n              cal.add(Calendar.DATE, -1)\n\n              val page =\n                fetchWeather(lat, lon, cal.getTime)\n                  .html()\n\n              val json = new Regex(\"\\\\[.+\\\\]\")\n                .findFirstIn(page)\n                .get\n\n              val parsedItems = Json.parse(json).as[List[JsValue]]\n\n              parsedItems\n                .foreach(\n                  instance => {\n\n                    values +=\n                      \"(\\\"%s\\\", \\\"%s\\\", \\\"%s\\\", %s, %s, \\\"%s\\\", %s, %s, %s, %s, %s, %s, %s, %s)\"\n                        .format(\n                          iata,\n                          new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\").format(new Date((instance \\ \"time\").get.toString().replace(\"\\\"\", \"\").toLong * 1000)),\n                          (instance \\ \"summary\").getOrElse(JsNull).toString().replace(\"\\\"\", \"\"),\n                          (instance \\ \"precipIntensity\").getOrElse(JsNull),\n                          (instance \\ \"precipProbability\").getOrElse(JsNull),\n                          (instance \\ \"precipType\").getOrElse(JsNull).toString().replace(\"\\\"\", \"\"),\n                          (instance \\ \"temperature\").getOrElse(JsNull),\n                          (instance \\ \"dewPoint\").getOrElse(JsNull),\n                          (instance \\ \"humidity\").getOrElse(JsNull),\n                          (instance \\ \"windSpeed\").getOrElse(JsNull),\n                          (instance \\ \"windBearing\").getOrElse(JsNull),\n                          (instance \\ \"cloudCover\").getOrElse(JsNull),\n                          (instance \\ \"pressure\").getOrElse(JsNull),\n                          (instance \\ \"ozone\").getOrElse(JsNull)\n                        )\n\n                  }\n                )\n\n\n            }\n          )\n\n          if (values.nonEmpty)\n            try {\n              connection.createStatement.executeUpdate(query + values.mkString(\",\"))\n            } catch {\n\n              case e: Exception => {\n                println(e)\n                values.foreach(println(_))\n              }\n            }\n\n\n\n          }\n        }\n    }\n\n\n    private def fetchWeather(lat: Double, lon: Double, date: Date): org.jsoup.nodes.Document = {\n      try {\n\n        Jsoup\n          .connect(\n            \"https:\/\/darksky.net\/%s,%s\/%s\"\n              .format(\n                lat.toString,\n                lon.toString,\n                new SimpleDateFormat(\"yyyy-MM-dd\").format(date)\n              )\n          )\n          .proxy(proxies.front)\n          .ignoreContentType(true)\n          .timeout(100000)\n          .userAgent(\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_9_2) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/33.0.1750.152 Safari\/537.36\")\n          .get()\n\n      }\n      catch {\n\n        case e: Exception => {\n          println(e)\n          println(proxies.front.address())\n\n          proxies.enqueue(proxies.dequeue())\n\n          fetchWeather(lat, lon, date)\n        }\n      }\n    }\n\n  }\n\n\n\n\n  def main (args: Array[String]) {\n\n\n    Class.forName(driver)\n    val connection = DriverManager.getConnection(url, username, password)\n\n\n\n    val rs = connection.createStatement.executeQuery(\"SELECT iata, latitude, longitude FROM airport WHERE iata IS NOT NULL AND latitude IS NOT NULL AND longitude IS NOT NULL AND iata NOT IN (SELECT DISTINCT airport_iata FROM weather) AND iata IN (SELECT DISTINCT airport_iata FROM history) ORDER BY departures_count DESC\")\n    val airports = ArrayBuffer[(String,Double,Double)]()\n    while (rs.next) {\n      airports += ((rs.getString(\"iata\"), rs.getDouble(\"latitude\"), rs.getDouble(\"longitude\")))\n    }\n\n    println(airports.size)\n\n\n    airports\n      .toList\n      .grouped(airports.length\/numThreads)\n      .foreach {\n      case (aptsPart: List[(String,Double,Double)]) => {\n\n          new Thread(new DSWeatherScraperThread(\n            aptsPart,\n            connection\n          )).start()\n\n        }\n      }\n\n  }\n\n\n}\n"}
{"repo_name":"scala-steward\/polyfact","path":"build.sbt","text":"<gh_stars>0\norganization := \"lt.dvim.polyfact\"\nname := \"polyfact\"\n\nautoScalaLibrary := false\ncrossPaths := false\n\nresolvers in ThisBuild += Resolver.jcenterRepo\nlibraryDependencies ++= Seq(\n  \"net.aichler\" % \"jupiter-interface\" % JupiterKeys.jupiterVersion.value % Test\n)\n\norganizationName := \"<NAME>\"\nstartYear := Some(2010)\nlicenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\nhomepage := Some(url(\"https:\/\/github.com\/2m\/polyfact\"))\nscmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/2m\/polyfact\"), \"<EMAIL>:2m\/polyfact.git\"))\ndevelopers += Developer(\n  \"contributors\",\n  \"Contributors\",\n  \"https:\/\/gitter.im\/2m\/polyfact\",\n  url(\"https:\/\/github.com\/2m\/polyfact\/graphs\/contributors\")\n)\n\nenablePlugins(AutomateHeaderPlugin)\n"}
{"repo_name":"DongCatchay\/Word-Scramble-Game","path":"target\/scala-2.11\/twirl\/main\/views\/html\/index.template.scala","text":"\npackage views.html\n\nimport play.twirl.api._\nimport play.twirl.api.TemplateMagic._\n\n\n     object index_Scope0 {\nimport models._\nimport controllers._\nimport play.api.i18n._\nimport views.html._\nimport play.api.templates.PlayMagic._\nimport java.lang._\nimport java.util._\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters._\nimport play.core.j.PlayMagicForJava._\nimport play.mvc._\nimport play.data._\nimport play.api.data.Field\nimport play.mvc.Http.Context.Implicit._\n\nclass index extends BaseScalaTemplate[play.twirl.api.HtmlFormat.Appendable,Format[play.twirl.api.HtmlFormat.Appendable]](play.twirl.api.HtmlFormat) with play.twirl.api.Template2[String,String,play.twirl.api.HtmlFormat.Appendable] {\n\n  \/*\n* This template\n* handles the rendering of the page header and body tags. It takes\n* two arguments, a `String` for the title of the page and an `String`\n* for the characters.\n*\/\n  def apply\/*7.2*\/(title: String, characters: String):play.twirl.api.HtmlFormat.Appendable = {\n    _display_ {\n      {\n\n\nSeq[Any](format.raw\/*7.37*\/(\"\"\"\n\n\"\"\"),format.raw\/*9.1*\/(\"\"\"<!DOCTYPE html>\n<html lang=\"en\">\n<head>\n \"\"\"),format.raw\/*12.55*\/(\"\"\"\n \"\"\"),format.raw\/*13.2*\/(\"\"\"<title>\"\"\"),_display_(\/*13.10*\/title),format.raw\/*13.15*\/(\"\"\"<\/title>\n <link rel=\"stylesheet\" media=\"screen\" href=\"\"\"\"),_display_(\/*14.47*\/routes\/*14.53*\/.Assets.versioned(\"stylesheets\/main.css\")),format.raw\/*14.94*\/(\"\"\"\">\n <script src=\"\"\"\"),_display_(\/*15.16*\/routes\/*15.22*\/.Assets.versioned(\"javascripts\/jquery-3.1.1.min.js\")),format.raw\/*15.74*\/(\"\"\"\" type=\"text\/javascript\"><\/script>\n        <script src=\"\"\"\"),_display_(\/*16.23*\/routes\/*16.29*\/.Assets.versioned(\"javascripts\/script.js\")),format.raw\/*16.71*\/(\"\"\"\" type=\"text\/javascript\"><\/script>\n<\/head>\n<body>\n <!-- Container -->\n <div class=\"container\">\n\n  <!-- Header game-->\n  <h1>Word\u00a0Scramble\u00a0Game<\/h1>\n\n  <hr>\n\n  <!-- The characters -->\n  <label>Characters of the word: <\/label>\n  <h3 id = \"characters\">\"\"\"),_display_(\/*29.26*\/characters),format.raw\/*29.36*\/(\"\"\"<\/h3>\n\n  <!-- The word user typed -->\n  <label>The word you typed: <\/label>\n  <h3 id = \"input\"><\/h3>\n  <hr>\n  <!-- bloc result -->\n  <div class=\"result\">\n   <label>RESULT<\/label>\n   <!-- result message -->\n   <h1 id=\"result\"><\/h1>\n  <\/div>\n <\/div>\n<\/body>\n<\/html>\n\"\"\"))\n      }\n    }\n  }\n\n  def render(title:String,characters:String): play.twirl.api.HtmlFormat.Appendable = apply(title,characters)\n\n  def f:((String,String) => play.twirl.api.HtmlFormat.Appendable) = (title,characters) => apply(title,characters)\n\n  def ref: this.type = this\n\n}\n\n\n}\n\n\/*\n* This template\n* handles the rendering of the page header and body tags. It takes\n* two arguments, a `String` for the title of the page and an `String`\n* for the characters.\n*\/\nobject index extends index_Scope0.index\n              \/*\n                  -- GENERATED --\n                  DATE: Tue Oct 18 00:25:00 ICT 2016\n                  SOURCE: E:\/New folder\/Word-Scramble-Game\/app\/views\/index.scala.html\n                  HASH: 2b489e78785d0ea1e028d215198f3901c0dc5947\n                  MATRIX: 928->182|1058->217|1086->219|1155->313|1184->315|1219->323|1245->328|1327->383|1342->389|1404->430|1449->448|1464->454|1537->506|1621->563|1636->569|1699->611|1976->861|2007->871\n                  LINES: 32->7|37->7|39->9|42->12|43->13|43->13|43->13|44->14|44->14|44->14|45->15|45->15|45->15|46->16|46->16|46->16|59->29|59->29\n                  -- GENERATED --\n              *\/\n          "}
{"repo_name":"DongCatchay\/Word-Scramble-Game","path":"build.sbt","text":"name := \"\"\"first-app\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava, PlayEbean)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs,\n  \"org.xerial\" % \"sqlite-jdbc\" % \"3.8.11.2\",\n  \"org.avaje\" % \"ebean\" % \"2.7.3\",\n  \"javax.persistence\" % \"persistence-api\" % \"1.0.2\"\n)\n\nfork in run := true"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/http\/Status.scala","text":"<gh_stars>0\npackage zhttp.http\n\nimport io.netty.handler.codec.http.HttpResponseStatus\n\nsealed trait Status extends Product with Serializable { self =>\n\n  def isInformational: Boolean = code >= 100 && code < 200\n  def isSuccess: Boolean       = code >= 200 && code < 300\n  def isRedirection: Boolean   = code >= 300 && code < 400\n  def isClientError: Boolean   = code >= 400 && code < 500\n  def isServerError: Boolean   = code >= 500 && code < 600\n  def isError: Boolean         = isClientError | isServerError\n\n  \/**\n   * Returns self as io.netty.handler.codec.http.HttpResponseStatus.\n   *\/\n  def asJava: HttpResponseStatus = self match {\n    case Status.Continue                      => HttpResponseStatus.CONTINUE                        \/\/ 100\n    case Status.SwitchingProtocols            => HttpResponseStatus.SWITCHING_PROTOCOLS             \/\/ 101\n    case Status.Processing                    => HttpResponseStatus.PROCESSING                      \/\/ 102\n    case Status.Ok                            => HttpResponseStatus.OK                              \/\/ 200\n    case Status.Created                       => HttpResponseStatus.CREATED                         \/\/ 201\n    case Status.Accepted                      => HttpResponseStatus.ACCEPTED                        \/\/ 202\n    case Status.NonAuthoritiveInformation     => HttpResponseStatus.NON_AUTHORITATIVE_INFORMATION   \/\/ 203\n    case Status.NoContent                     => HttpResponseStatus.NO_CONTENT                      \/\/ 204\n    case Status.ResetContent                  => HttpResponseStatus.RESET_CONTENT                   \/\/ 205\n    case Status.PartialContent                => HttpResponseStatus.PARTIAL_CONTENT                 \/\/ 206\n    case Status.MultiStatus                   => HttpResponseStatus.MULTI_STATUS                    \/\/ 207\n    case Status.MultipleChoices               => HttpResponseStatus.MULTIPLE_CHOICES                \/\/ 300\n    case Status.MovedPermanently              => HttpResponseStatus.MOVED_PERMANENTLY               \/\/ 301\n    case Status.Found                         => HttpResponseStatus.FOUND                           \/\/ 302\n    case Status.SeeOther                      => HttpResponseStatus.SEE_OTHER                       \/\/ 303\n    case Status.NotModified                   => HttpResponseStatus.NOT_MODIFIED                    \/\/ 304\n    case Status.UseProxy                      => HttpResponseStatus.USE_PROXY                       \/\/ 305\n    case Status.TemporaryRedirect             => HttpResponseStatus.TEMPORARY_REDIRECT              \/\/ 307\n    case Status.PermanentRedirect             => HttpResponseStatus.PERMANENT_REDIRECT              \/\/ 308\n    case Status.BadRequest                    => HttpResponseStatus.BAD_REQUEST                     \/\/ 400\n    case Status.Unauthorized                  => HttpResponseStatus.UNAUTHORIZED                    \/\/ 401\n    case Status.PaymentRequired               => HttpResponseStatus.PAYMENT_REQUIRED                \/\/ 402\n    case Status.Forbidden                     => HttpResponseStatus.FORBIDDEN                       \/\/ 403\n    case Status.NotFound                      => HttpResponseStatus.NOT_FOUND                       \/\/ 404\n    case Status.MethodNotAllowed              => HttpResponseStatus.METHOD_NOT_ALLOWED              \/\/ 405\n    case Status.NotAcceptable                 => HttpResponseStatus.NOT_ACCEPTABLE                  \/\/ 406\n    case Status.ProxyAuthenticationRequired   => HttpResponseStatus.PROXY_AUTHENTICATION_REQUIRED   \/\/ 407\n    case Status.RequestTimeout                => HttpResponseStatus.REQUEST_TIMEOUT                 \/\/ 408\n    case Status.Conflict                      => HttpResponseStatus.CONFLICT                        \/\/ 409\n    case Status.Gone                          => HttpResponseStatus.GONE                            \/\/ 410\n    case Status.LengthRequired                => HttpResponseStatus.LENGTH_REQUIRED                 \/\/ 411\n    case Status.PreconditionFailed            => HttpResponseStatus.PRECONDITION_FAILED             \/\/ 412\n    case Status.RequestEntityTooLarge         => HttpResponseStatus.REQUEST_ENTITY_TOO_LARGE        \/\/ 413\n    case Status.RequestUriTooLong             => HttpResponseStatus.REQUEST_URI_TOO_LONG            \/\/ 414\n    case Status.UnsupportedMediaType          => HttpResponseStatus.UNSUPPORTED_MEDIA_TYPE          \/\/ 415\n    case Status.RequestedRangeNotSatisfiable  => HttpResponseStatus.REQUESTED_RANGE_NOT_SATISFIABLE \/\/ 416\n    case Status.ExpectationFailed             => HttpResponseStatus.EXPECTATION_FAILED              \/\/ 417\n    case Status.MisdirectedRequest            => HttpResponseStatus.MISDIRECTED_REQUEST             \/\/ 421\n    case Status.UnprocessableEntity           => HttpResponseStatus.UNPROCESSABLE_ENTITY            \/\/ 422\n    case Status.Locked                        => HttpResponseStatus.LOCKED                          \/\/ 423\n    case Status.FailedDependency              => HttpResponseStatus.FAILED_DEPENDENCY               \/\/ 424\n    case Status.UnorderedCollection           => HttpResponseStatus.UNORDERED_COLLECTION            \/\/ 425\n    case Status.UpgradeRequired               => HttpResponseStatus.UPGRADE_REQUIRED                \/\/ 426\n    case Status.PreconditionRequired          => HttpResponseStatus.PRECONDITION_REQUIRED           \/\/ 428\n    case Status.TooManyRequests               => HttpResponseStatus.TOO_MANY_REQUESTS               \/\/ 429\n    case Status.RequestHeaderFieldsTooLarge   => HttpResponseStatus.REQUEST_HEADER_FIELDS_TOO_LARGE \/\/ 431\n    case Status.InternalServerError           => HttpResponseStatus.INTERNAL_SERVER_ERROR           \/\/ 500\n    case Status.NotImplemented                => HttpResponseStatus.NOT_IMPLEMENTED                 \/\/ 501\n    case Status.BadGateway                    => HttpResponseStatus.BAD_GATEWAY                     \/\/ 502\n    case Status.ServiceUnavailable            => HttpResponseStatus.SERVICE_UNAVAILABLE             \/\/ 503\n    case Status.GatewayTimeout                => HttpResponseStatus.GATEWAY_TIMEOUT                 \/\/ 504\n    case Status.HttpVersionNotSupported       => HttpResponseStatus.HTTP_VERSION_NOT_SUPPORTED      \/\/ 505\n    case Status.VariantAlsoNegotiates         => HttpResponseStatus.VARIANT_ALSO_NEGOTIATES         \/\/ 506\n    case Status.InsufficientStorage           => HttpResponseStatus.INSUFFICIENT_STORAGE            \/\/ 507\n    case Status.NotExtended                   => HttpResponseStatus.NOT_EXTENDED                    \/\/ 510\n    case Status.NetworkAuthenticationRequired => HttpResponseStatus.NETWORK_AUTHENTICATION_REQUIRED \/\/ 511\n    case Status.Custom(code)                  => HttpResponseStatus.valueOf(code)\n  }\n\n  \/**\n   * Returns the status code.\n   *\/\n  def code: Int = self.asJava.code()\n\n  \/**\n   * Returns an HttpApp[Any, Nothing] that responses with this http status code.\n   *\/\n  def toApp: UHttpApp = Http.status(self)\n\n  \/**\n   * Returns a Response with empty data and no headers.\n   *\/\n  def toResponse: Response = Response.status(self)\n}\n\nobject Status {\n  case object Continue                            extends Status\n  case object SwitchingProtocols                  extends Status\n  case object Processing                          extends Status\n  case object Ok                                  extends Status\n  case object Created                             extends Status\n  case object Accepted                            extends Status\n  case object NonAuthoritiveInformation           extends Status\n  case object NoContent                           extends Status\n  case object ResetContent                        extends Status\n  case object PartialContent                      extends Status\n  case object MultiStatus                         extends Status\n  case object MultipleChoices                     extends Status\n  case object MovedPermanently                    extends Status\n  case object Found                               extends Status\n  case object SeeOther                            extends Status\n  case object NotModified                         extends Status\n  case object UseProxy                            extends Status\n  case object TemporaryRedirect                   extends Status\n  case object PermanentRedirect                   extends Status\n  case object BadRequest                          extends Status\n  case object Unauthorized                        extends Status\n  case object PaymentRequired                     extends Status\n  case object Forbidden                           extends Status\n  case object NotFound                            extends Status\n  case object MethodNotAllowed                    extends Status\n  case object NotAcceptable                       extends Status\n  case object ProxyAuthenticationRequired         extends Status\n  case object RequestTimeout                      extends Status\n  case object Conflict                            extends Status\n  case object Gone                                extends Status\n  case object LengthRequired                      extends Status\n  case object PreconditionFailed                  extends Status\n  case object RequestEntityTooLarge               extends Status\n  case object RequestUriTooLong                   extends Status\n  case object UnsupportedMediaType                extends Status\n  case object RequestedRangeNotSatisfiable        extends Status\n  case object ExpectationFailed                   extends Status\n  case object MisdirectedRequest                  extends Status\n  case object UnprocessableEntity                 extends Status\n  case object Locked                              extends Status\n  case object FailedDependency                    extends Status\n  case object UnorderedCollection                 extends Status\n  case object UpgradeRequired                     extends Status\n  case object PreconditionRequired                extends Status\n  case object TooManyRequests                     extends Status\n  case object RequestHeaderFieldsTooLarge         extends Status\n  case object InternalServerError                 extends Status\n  case object NotImplemented                      extends Status\n  case object BadGateway                          extends Status\n  case object ServiceUnavailable                  extends Status\n  case object GatewayTimeout                      extends Status\n  case object HttpVersionNotSupported             extends Status\n  case object VariantAlsoNegotiates               extends Status\n  case object InsufficientStorage                 extends Status\n  case object NotExtended                         extends Status\n  case object NetworkAuthenticationRequired       extends Status\n  final case class Custom(override val code: Int) extends Status\n\n  def fromHttpResponseStatus(jStatus: HttpResponseStatus): Status = (jStatus: @unchecked) match {\n    case HttpResponseStatus.CONTINUE                        => Status.Continue\n    case HttpResponseStatus.SWITCHING_PROTOCOLS             => Status.SwitchingProtocols\n    case HttpResponseStatus.PROCESSING                      => Status.Processing\n    case HttpResponseStatus.OK                              => Status.Ok\n    case HttpResponseStatus.CREATED                         => Status.Created\n    case HttpResponseStatus.ACCEPTED                        => Status.Accepted\n    case HttpResponseStatus.NON_AUTHORITATIVE_INFORMATION   => Status.NonAuthoritiveInformation\n    case HttpResponseStatus.NO_CONTENT                      => Status.NoContent\n    case HttpResponseStatus.RESET_CONTENT                   => Status.ResetContent\n    case HttpResponseStatus.PARTIAL_CONTENT                 => Status.PartialContent\n    case HttpResponseStatus.MULTI_STATUS                    => Status.MultiStatus\n    case HttpResponseStatus.MULTIPLE_CHOICES                => Status.MultipleChoices\n    case HttpResponseStatus.MOVED_PERMANENTLY               => Status.MovedPermanently\n    case HttpResponseStatus.FOUND                           => Status.Found\n    case HttpResponseStatus.SEE_OTHER                       => Status.SeeOther\n    case HttpResponseStatus.NOT_MODIFIED                    => Status.NotModified\n    case HttpResponseStatus.USE_PROXY                       => Status.UseProxy\n    case HttpResponseStatus.TEMPORARY_REDIRECT              => Status.TemporaryRedirect\n    case HttpResponseStatus.PERMANENT_REDIRECT              => Status.PermanentRedirect\n    case HttpResponseStatus.BAD_REQUEST                     => Status.BadRequest\n    case HttpResponseStatus.UNAUTHORIZED                    => Status.Unauthorized\n    case HttpResponseStatus.PAYMENT_REQUIRED                => Status.PaymentRequired\n    case HttpResponseStatus.FORBIDDEN                       => Status.Forbidden\n    case HttpResponseStatus.NOT_FOUND                       => Status.NotFound\n    case HttpResponseStatus.METHOD_NOT_ALLOWED              => Status.MethodNotAllowed\n    case HttpResponseStatus.NOT_ACCEPTABLE                  => Status.NotAcceptable\n    case HttpResponseStatus.PROXY_AUTHENTICATION_REQUIRED   => Status.ProxyAuthenticationRequired\n    case HttpResponseStatus.REQUEST_TIMEOUT                 => Status.RequestTimeout\n    case HttpResponseStatus.CONFLICT                        => Status.Conflict\n    case HttpResponseStatus.GONE                            => Status.Gone\n    case HttpResponseStatus.LENGTH_REQUIRED                 => Status.LengthRequired\n    case HttpResponseStatus.PRECONDITION_FAILED             => Status.PreconditionFailed\n    case HttpResponseStatus.REQUEST_ENTITY_TOO_LARGE        => Status.RequestEntityTooLarge\n    case HttpResponseStatus.REQUEST_URI_TOO_LONG            => Status.RequestUriTooLong\n    case HttpResponseStatus.UNSUPPORTED_MEDIA_TYPE          => Status.UnsupportedMediaType\n    case HttpResponseStatus.REQUESTED_RANGE_NOT_SATISFIABLE => Status.RequestedRangeNotSatisfiable\n    case HttpResponseStatus.EXPECTATION_FAILED              => Status.ExpectationFailed\n    case HttpResponseStatus.MISDIRECTED_REQUEST             => Status.MisdirectedRequest\n    case HttpResponseStatus.UNPROCESSABLE_ENTITY            => Status.UnprocessableEntity\n    case HttpResponseStatus.LOCKED                          => Status.Locked\n    case HttpResponseStatus.FAILED_DEPENDENCY               => Status.FailedDependency\n    case HttpResponseStatus.UNORDERED_COLLECTION            => Status.UnorderedCollection\n    case HttpResponseStatus.UPGRADE_REQUIRED                => Status.UpgradeRequired\n    case HttpResponseStatus.PRECONDITION_REQUIRED           => Status.PreconditionRequired\n    case HttpResponseStatus.TOO_MANY_REQUESTS               => Status.TooManyRequests\n    case HttpResponseStatus.REQUEST_HEADER_FIELDS_TOO_LARGE => Status.RequestHeaderFieldsTooLarge\n    case HttpResponseStatus.INTERNAL_SERVER_ERROR           => Status.InternalServerError\n    case HttpResponseStatus.NOT_IMPLEMENTED                 => Status.NotImplemented\n    case HttpResponseStatus.BAD_GATEWAY                     => Status.BadGateway\n    case HttpResponseStatus.SERVICE_UNAVAILABLE             => Status.ServiceUnavailable\n    case HttpResponseStatus.GATEWAY_TIMEOUT                 => Status.GatewayTimeout\n    case HttpResponseStatus.HTTP_VERSION_NOT_SUPPORTED      => Status.HttpVersionNotSupported\n    case HttpResponseStatus.VARIANT_ALSO_NEGOTIATES         => Status.VariantAlsoNegotiates\n    case HttpResponseStatus.INSUFFICIENT_STORAGE            => Status.InsufficientStorage\n    case HttpResponseStatus.NOT_EXTENDED                    => Status.NotExtended\n    case HttpResponseStatus.NETWORK_AUTHENTICATION_REQUIRED => Status.NetworkAuthenticationRequired\n    case status                                             => Status.Custom(status.code)\n  }\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"example\/src\/main\/scala\/example\/AuthenticationClient.scala","text":"<filename>example\/src\/main\/scala\/example\/AuthenticationClient.scala\npackage example\n\nimport zhttp.http.Headers\nimport zhttp.service.{ChannelFactory, Client, EventLoopGroup}\nimport zio.{App, ExitCode, URIO}\n\nobject AuthenticationClient extends App {\n\n  \/**\n   * This example is trying to access a protected route in AuthenticationServer\n   * by first making a login request to obtain a jwt token and use it to access\n   * a protected route. Run AuthenticationServer before running this example.\n   *\/\n  val url = \"http:\/\/localhost:8090\"\n  val env = ChannelFactory.auto ++ EventLoopGroup.auto()\n\n  val program = for {\n    \/\/ Making a login request to obtain the jwt token. In this example the password should be the reverse string of username.\n    token    <- Client.request(s\"${url}\/login\/username\/emanresu\").flatMap(_.bodyAsString)\n    \/\/ Once the jwt token is procured, adding it as a Barer token in Authorization header while accessing a protected route.\n    response <- Client.request(s\"${url}\/user\/userName\/greet\", headers = Headers.bearerAuthorizationHeader(token))\n    body     <- response.bodyAsString\n    _        <- zio.console.putStrLn(body)\n  } yield ()\n\n  override def run(args: List[String]): URIO[zio.ZEnv, ExitCode] = program.exitCode.provideCustomLayer(env)\n\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/service\/server\/content\/handlers\/ServerResponseHandler.scala","text":"package zhttp.service.server.content.handlers\n\nimport io.netty.buffer.ByteBuf\nimport io.netty.channel.{ChannelHandlerContext, DefaultFileRegion}\nimport io.netty.handler.codec.http._\nimport zhttp.http.{HttpData, Response}\nimport zhttp.service.server.ServerTime\nimport zhttp.service.{ChannelFuture, HttpRuntime, Server}\nimport zio.stream.ZStream\nimport zio.{UIO, ZIO}\n\nimport java.io.File\n\nprivate[zhttp] trait ServerResponseHandler[R] {\n  type Ctx = ChannelHandlerContext\n  val rt: HttpRuntime[R]\n  val config: Server.Config[R, Throwable]\n\n  def serverTime: ServerTime\n\n  def writeResponse(msg: Response, jReq: HttpRequest)(implicit ctx: Ctx): Unit = {\n    ctx.write(encodeResponse(msg))\n    writeData(msg.data.asInstanceOf[HttpData.Complete], jReq)\n    ()\n  }\n\n  \/**\n   * Enables auto-read if possible. Also performs the first read.\n   *\/\n  private def attemptAutoRead()(implicit ctx: Ctx): Unit = {\n    if (!config.useAggregator && !ctx.channel().config().isAutoRead) {\n      ctx.channel().config().setAutoRead(true)\n      ctx.read(): Unit\n    }\n  }\n\n  \/**\n   * Checks if an encoded version of the response exists, uses it if it does.\n   * Otherwise, it will return a fresh response. It will also set the server\n   * time if requested by the client.\n   *\/\n  private def encodeResponse(res: Response): HttpResponse = {\n\n    val jResponse = res.attribute.encoded match {\n\n      \/\/ Check if the encoded response exists and\/or was modified.\n      case Some((oRes, jResponse)) if oRes eq res =>\n        jResponse match {\n          \/\/ Duplicate the response without allocating much memory\n          case response: FullHttpResponse => response.retainedDuplicate()\n\n          case response => response\n        }\n\n      case _ => res.unsafeEncode()\n    }\n    \/\/ Identify if the server time should be set and update if required.\n    if (res.attribute.serverTime) jResponse.headers().set(HttpHeaderNames.DATE, serverTime.refreshAndGet())\n    jResponse\n  }\n\n  private def flushReleaseAndRead(jReq: HttpRequest)(implicit ctx: Ctx): Unit = {\n    ctx.flush()\n    releaseAndRead(jReq)\n  }\n\n  private def releaseAndRead(jReq: HttpRequest)(implicit ctx: Ctx): Unit = {\n    releaseRequest(jReq)\n    attemptAutoRead()\n  }\n\n  \/**\n   * Releases the FullHttpRequest safely.\n   *\/\n  private def releaseRequest(jReq: HttpRequest)(implicit ctx: Ctx): Unit = {\n    jReq match {\n      case jReq: FullHttpRequest if jReq.refCnt() > 0 => jReq.release(jReq.refCnt()): Unit\n      case _                                          => ()\n    }\n  }\n\n  \/**\n   * Writes file content to the Channel. Does not use Chunked transfer encoding\n   *\/\n  private def unsafeWriteFileContent(file: File)(implicit ctx: ChannelHandlerContext): Unit = {\n    \/\/ Write the content.\n    ctx.write(new DefaultFileRegion(file, 0, file.length()))\n    \/\/ Write the end marker.\n    ctx.writeAndFlush(LastHttpContent.EMPTY_LAST_CONTENT): Unit\n  }\n\n  \/**\n   * Writes data on the channel\n   *\/\n  private def writeData(data: HttpData.Complete, jReq: HttpRequest)(implicit ctx: Ctx): Unit = {\n    data match {\n\n      case _: HttpData.Text => flushReleaseAndRead(jReq)\n\n      case _: HttpData.BinaryChunk => flushReleaseAndRead(jReq)\n\n      case _: HttpData.BinaryByteBuf => flushReleaseAndRead(jReq)\n\n      case HttpData.Empty => flushReleaseAndRead(jReq)\n\n      case HttpData.BinaryStream(stream) =>\n        rt.unsafeRun(ctx) {\n          writeStreamContent(stream).ensuring(UIO(releaseAndRead(jReq)))\n        }\n\n      case HttpData.JavaFile(unsafeGet) =>\n        unsafeWriteFileContent(unsafeGet())\n        releaseAndRead(jReq)\n    }\n  }\n\n  \/**\n   * Writes Binary Stream data to the Channel\n   *\/\n  private def writeStreamContent[A](\n    stream: ZStream[R, Throwable, ByteBuf],\n  )(implicit ctx: Ctx): ZIO[R, Throwable, Unit] = {\n    for {\n      _ <- stream.foreach(c => UIO(ctx.writeAndFlush(c)))\n      _ <- ChannelFuture.unit(ctx.writeAndFlush(LastHttpContent.EMPTY_LAST_CONTENT))\n    } yield ()\n  }\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/test\/scala\/zhttp\/http\/HttpDataSpec.scala","text":"package zhttp.http\n\nimport zhttp.http.HttpData.ByteBufConfig\nimport zio.duration.durationInt\nimport zio.stream.ZStream\nimport zio.test.Assertion.{anything, equalTo, isLeft, isSubtype}\nimport zio.test.TestAspect.timeout\nimport zio.test.{DefaultRunnableSpec, Gen, assertM, checkAllM}\n\nimport java.io.File\n\nobject HttpDataSpec extends DefaultRunnableSpec {\n  override def spec =\n    suite(\"HttpDataSpec\") {\n      val testFile = new File(getClass.getResource(\"\/TestFile.txt\").getPath)\n      suite(\"outgoing\") {\n        suite(\"encode\")(\n          suite(\"fromStream\") {\n            testM(\"success\") {\n              checkAllM(Gen.anyString) { payload =>\n                val stringBuffer    = payload.getBytes(HTTP_CHARSET)\n                val responseContent = ZStream.fromIterable(stringBuffer)\n                val res             = HttpData.fromStream(responseContent).toByteBuf.map(_.toString(HTTP_CHARSET))\n                assertM(res)(equalTo(payload))\n              }\n            }\n          },\n          suite(\"fromFile\")(\n            testM(\"failure\") {\n              val res = HttpData.fromFile(throw new Error(\"Failure\")).toByteBuf.either\n              assertM(res)(isLeft(isSubtype[Error](anything)))\n            },\n            testM(\"success\") {\n              lazy val file = testFile\n              val res       = HttpData.fromFile(file).toByteBuf.map(_.toString(HTTP_CHARSET))\n              assertM(res)(equalTo(\"abc\\nfoo\"))\n            },\n            testM(\"success small chunk\") {\n              lazy val file = testFile\n              val res       = HttpData.fromFile(file).toByteBuf(ByteBufConfig(3)).map(_.toString(HTTP_CHARSET))\n              assertM(res)(equalTo(\"abc\\nfoo\"))\n            },\n          ),\n        )\n      }\n    } @@ timeout(5 seconds)\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/http\/middleware\/Auth.scala","text":"<reponame>vladimir-lu\/zio-http<gh_stars>0\npackage zhttp.http.middleware\n\nimport io.netty.handler.codec.http.HttpHeaderNames\nimport zhttp.http.Headers.{BasicSchemeName, BearerSchemeName}\nimport zhttp.http._\nimport zhttp.http.middleware.Auth.Credentials\nimport zio.{UIO, ZIO}\n\nprivate[zhttp] trait Auth {\n\n  \/**\n   * Creates a middleware for basic authentication\n   *\/\n  final def basicAuth(f: Credentials => Boolean): HttpMiddleware[Any, Nothing] =\n    basicAuthZIO(credentials => UIO(f(credentials)))\n\n  \/**\n   * Creates a middleware for basic authentication that checks if the\n   * credentials are same as the ones given\n   *\/\n  final def basicAuth(u: String, p: String): HttpMiddleware[Any, Nothing] =\n    basicAuth { case credentials => (credentials.uname == u) && (credentials.upassword == p) }\n\n  \/**\n   * Creates a middleware for basic authentication using an effectful\n   * verification function\n   *\/\n  final def basicAuthZIO[R, E](f: Credentials => ZIO[R, E, Boolean]): HttpMiddleware[R, E] =\n    customAuthZIO(\n      _.basicAuthorizationCredentials match {\n        case Some(credentials) => f(credentials)\n        case None              => UIO(false)\n      },\n      Headers(HttpHeaderNames.WWW_AUTHENTICATE, BasicSchemeName),\n    )\n\n  \/**\n   * Creates a middleware for bearer authentication that checks the token using\n   * the given function\n   * @param f:\n   *   function that validates the token string inside the Bearer Header\n   *\/\n  final def bearerAuth(f: String => Boolean): HttpMiddleware[Any, Nothing] =\n    bearerAuthZIO(token => UIO(f(token)))\n\n  \/**\n   * Creates a middleware for bearer authentication that checks the token using\n   * the given effectful function\n   * @param f:\n   *   function that effectfully validates the token string inside the Bearer\n   *   Header\n   *\/\n  final def bearerAuthZIO[R, E](f: String => ZIO[R, E, Boolean]): HttpMiddleware[R, E] =\n    customAuthZIO(\n      _.bearerToken match {\n        case Some(token) => f(token)\n        case None        => UIO(false)\n      },\n      Headers(HttpHeaderNames.WWW_AUTHENTICATE, BearerSchemeName),\n    )\n\n  \/**\n   * Creates an authentication middleware that only allows authenticated\n   * requests to be passed on to the app.\n   *\/\n  final def customAuth(\n    verify: Headers => Boolean,\n    responseHeaders: Headers = Headers.empty,\n    responseStatus: Status = Status.Unauthorized,\n  ): HttpMiddleware[Any, Nothing] =\n    customAuthZIO(headers => UIO(verify(headers)), responseHeaders, responseStatus)\n\n  \/**\n   * Creates an authentication middleware that only allows authenticated\n   * requests to be passed on to the app using an effectful verification\n   * function.\n   *\/\n  final def customAuthZIO[R, E](\n    verify: Headers => ZIO[R, E, Boolean],\n    responseHeaders: Headers = Headers.empty,\n    responseStatus: Status = Status.Unauthorized,\n  ): HttpMiddleware[R, E] =\n    Middleware.ifThenElseZIO[Request](req => verify(req.headers))(\n      _ => Middleware.identity,\n      _ => Middleware.fromHttp(Http.status(responseStatus).addHeaders(responseHeaders)),\n    )\n}\n\nobject Auth {\n  case class Credentials(uname: String, upassword: String)\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/service\/HttpMessageCodec.scala","text":"package zhttp.service\n\ntrait HttpMessageCodec extends EncodeRequest {}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/html\/Template.scala","text":"package zhttp.html\n\n\/**\n * A ZIO Http styled general purpose templates\n *\/\nobject Template {\n\n  def container(heading: String)(element: Html): Html = {\n    html(\n      head(\n        title(s\"ZIO Http - ${heading}\"),\n        style(\"\"\"\n                | body {\n                |   font-family: monospace;\n                |   font-size: 16px;\n                |   background-color: #edede0;\n                | }\n                |\"\"\".stripMargin),\n      ),\n      body(\n        div(\n          styles := Seq(\"margin\" -> \"auto\", \"padding\" -> \"2em 4em\", \"max-width\" -> \"80%\"),\n          h1(heading),\n          element,\n        ),\n      ),\n    )\n  }\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/test\/scala\/zhttp\/internal\/HttpRunnableSpec.scala","text":"package zhttp.internal\n\nimport zhttp.http.URL.Location\nimport zhttp.http._\nimport zhttp.internal.DynamicServer.HttpEnv\nimport zhttp.internal.HttpRunnableSpec.HttpTestClient\nimport zhttp.service.Client.Config\nimport zhttp.service._\nimport zhttp.service.client.ClientSSLHandler.ClientSSLOptions\nimport zhttp.socket.SocketApp\nimport zio.test.DefaultRunnableSpec\nimport zio.{Has, ZIO, ZManaged}\n\n\/**\n * Should be used only when e2e tests needs to be written. Typically we would\n * want to do that when we want to test the logic that is part of the netty\n * based backend. For most of the other use cases directly running the HttpApp\n * should suffice. HttpRunnableSpec spins of an actual Http server and makes\n * requests.\n *\/\nabstract class HttpRunnableSpec extends DefaultRunnableSpec { self =>\n\n  implicit class RunnableClientHttpSyntax[R, A](app: Http[R, Throwable, Request, A]) {\n\n    \/**\n     * Runs the deployed Http app by making a real http request to it. The\n     * method allows us to configure individual constituents of a ClientRequest.\n     *\/\n    def run(\n      path: Path = !!,\n      method: Method = Method.GET,\n      content: HttpData = HttpData.empty,\n      headers: Headers = Headers.empty,\n      version: Version = Version.Http_1_1,\n    ): ZIO[R, Throwable, A] =\n      app(\n        Request(\n          url = URL(path), \/\/ url set here is overridden later via `deploy` method\n          method = method,\n          headers = headers,\n          data = content,\n          version = version,\n        ),\n      ).catchAll {\n        case Some(value) => ZIO.fail(value)\n        case None        => ZIO.fail(new RuntimeException(\"No response\"))\n      }\n  }\n\n  implicit class RunnableHttpClientAppSyntax(app: HttpApp[HttpEnv, Throwable]) {\n\n    \/**\n     * Deploys the http application on the test server and returns a Http of\n     * type {{{Http[R, E, ClientRequest, ClientResponse}}}. This allows us to\n     * assert using all the powerful operators that are available on `Http`\n     * while writing tests. It also allows us to simply pass a request in the\n     * end, to execute, and resolve it with a response, like a normal HttpApp.\n     *\/\n    def deploy: HttpTestClient[Any, Request, Response] =\n      for {\n        port     <- Http.fromZIO(DynamicServer.port)\n        id       <- Http.fromZIO(DynamicServer.deploy(app))\n        response <- Http.fromFunctionZIO[Request] { params =>\n          Client.request(\n            params\n              .addHeader(DynamicServer.APP_ID, id)\n              .copy(url = URL(params.url.path, Location.Absolute(Scheme.HTTP, \"localhost\", port))),\n            Config.empty,\n          )\n        }\n      } yield response\n\n    def deployWS: HttpTestClient[Any, SocketApp[Any], Response] =\n      for {\n        id       <- Http.fromZIO(DynamicServer.deploy(app))\n        url      <- Http.fromZIO(DynamicServer.wsURL)\n        response <- Http.fromFunctionZIO[SocketApp[Any]] { app =>\n          Client.socket(\n            url = url,\n            headers = Headers(DynamicServer.APP_ID, id),\n            app = app,\n          )\n        }\n      } yield response\n  }\n\n  def serve[R <: Has[_]](\n    app: HttpApp[R, Throwable],\n    server: Option[Server[R, Throwable]] = None,\n  ): ZManaged[R with EventLoopGroup with ServerChannelFactory with DynamicServer, Nothing, Unit] =\n    for {\n      settings <- ZManaged\n        .succeed(server.foldLeft(Server.app(app) ++ Server.port(0) ++ Server.paranoidLeakDetection)(_ ++ _))\n      start    <- Server.make(settings).orDie\n      _        <- DynamicServer.setStart(start).toManaged_\n    } yield ()\n\n  def status(\n    method: Method = Method.GET,\n    path: Path,\n  ): ZIO[EventLoopGroup with ChannelFactory with DynamicServer, Throwable, Status] = {\n    for {\n      port   <- DynamicServer.port\n      status <- Client\n        .request(\n          \"http:\/\/localhost:%d\/%s\".format(port, path),\n          method,\n          ssl = ClientSSLOptions.DefaultSSL,\n        )\n        .map(_.status)\n    } yield status\n  }\n}\n\nobject HttpRunnableSpec {\n  type HttpTestClient[-R, -A, +B] =\n    Http[\n      R with EventLoopGroup with ChannelFactory with DynamicServer with ServerChannelFactory,\n      Throwable,\n      A,\n      B,\n    ]\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/main\/scala\/zhttp\/http\/HttpData.scala","text":"<filename>zio-http\/src\/main\/scala\/zhttp\/http\/HttpData.scala\npackage zhttp.http\n\nimport io.netty.buffer.{ByteBuf, Unpooled}\nimport io.netty.channel.ChannelHandlerContext\nimport io.netty.handler.codec.http.{HttpContent, LastHttpContent}\nimport zhttp.http.HttpData.ByteBufConfig\nimport zio.stream.ZStream\nimport zio.{Chunk, Task, UIO, ZIO}\n\nimport java.io.FileInputStream\nimport java.nio.charset.Charset\n\n\/**\n * Holds HttpData that needs to be written on the HttpChannel\n *\/\nsealed trait HttpData { self =>\n\n  \/**\n   * Encodes the HttpData into a ByteBuf. Takes in ByteBufConfig to have a more\n   * fine grained control over the encoding.\n   *\/\n  def toByteBuf(config: ByteBufConfig): Task[ByteBuf]\n\n  \/**\n   * Encodes the HttpData into a Stream of ByteBufs. Takes in ByteBufConfig to\n   * have a more fine grained control over the encoding.\n   *\/\n  def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf]\n\n  \/**\n   * Encodes the HttpData into a Http of ByeBuf. This could be more performant\n   * in certain cases. Takes in ByteBufConfig to have a more fine grained\n   * control over the encoding.\n   *\/\n  def toHttp(config: ByteBufConfig): Http[Any, Throwable, Any, ByteBuf]\n\n  \/**\n   * Returns true if HttpData is empty\n   *\/\n  final def isEmpty: Boolean = self match {\n    case HttpData.Empty => true\n    case _              => false\n  }\n\n  \/**\n   * Encodes the HttpData into a ByteBuf.\n   *\/\n  final def toByteBuf: Task[ByteBuf] = toByteBuf(ByteBufConfig.default)\n\n  \/**\n   * Encodes the HttpData into a Stream of ByteBufs\n   *\/\n  final def toByteBufStream: ZStream[Any, Throwable, ByteBuf] = toByteBufStream(ByteBufConfig.default)\n\n  \/**\n   * A bit more efficient version of toByteBuf in certain cases\n   *\/\n  final def toHttp: Http[Any, Throwable, Any, ByteBuf] = toHttp(ByteBufConfig.default)\n}\n\nobject HttpData {\n\n  private def collectStream[R, E](stream: ZStream[R, E, ByteBuf]): ZIO[R, E, ByteBuf] =\n    stream.fold(Unpooled.compositeBuffer()) { case (cmp, buf) => cmp.addComponent(true, buf) }\n\n  \/**\n   * Helper to create empty HttpData\n   *\/\n  def empty: HttpData = Empty\n\n  \/**\n   * Helper to create HttpData from ByteBuf\n   *\/\n  def fromByteBuf(byteBuf: ByteBuf): HttpData = HttpData.BinaryByteBuf(byteBuf)\n\n  \/**\n   * Helper to create HttpData from chunk of bytes\n   *\/\n  def fromChunk(data: Chunk[Byte]): HttpData = BinaryChunk(data)\n\n  \/**\n   * Helper to create HttpData from contents of a file\n   *\/\n  def fromFile(file: => java.io.File): HttpData = JavaFile(() => file)\n\n  \/**\n   * Helper to create HttpData from Stream of string\n   *\/\n  def fromStream(stream: ZStream[Any, Throwable, CharSequence], charset: Charset = HTTP_CHARSET): HttpData =\n    HttpData.BinaryStream(stream.map(str => Unpooled.wrappedBuffer(str.toString.getBytes(charset))))\n\n  \/**\n   * Helper to create HttpData from Stream of bytes\n   *\/\n  def fromStream(stream: ZStream[Any, Throwable, Byte]): HttpData =\n    HttpData.BinaryStream(stream.mapChunks(chunks => Chunk(Unpooled.wrappedBuffer(chunks.toArray))))\n\n  \/**\n   * Helper to create HttpData from String\n   *\/\n  def fromString(text: String, charset: Charset = HTTP_CHARSET): HttpData = Text(text, charset)\n\n  private[zhttp] sealed trait Complete extends HttpData\n\n  \/**\n   * Provides a more fine grained control while encoding HttpData into ByteBUfs\n   *\/\n  case class ByteBufConfig(chunkSize: Int = 1024 * 4) {\n    def chunkSize(fileLength: Long): Int = {\n      val actualInt = fileLength.toInt\n      if (actualInt < 0) chunkSize\n      else if (actualInt < chunkSize) actualInt\n      else chunkSize\n    }\n  }\n\n  private[zhttp] final class UnsafeContent(private val httpContent: HttpContent) extends AnyVal {\n    def content: ByteBuf = httpContent.content()\n\n    def isLast: Boolean = httpContent.isInstanceOf[LastHttpContent]\n  }\n\n  private[zhttp] final class UnsafeChannel(private val ctx: ChannelHandlerContext) extends AnyVal {\n    def read(): Unit = ctx.read(): Unit\n  }\n\n  private[zhttp] final case class UnsafeAsync(unsafeRun: (UnsafeChannel => UnsafeContent => Unit) => Unit)\n      extends HttpData {\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] = for {\n      body <- ZIO.effectAsync[Any, Nothing, ByteBuf](cb =>\n        unsafeRun(ch => {\n          val buffer = Unpooled.compositeBuffer()\n          msg => {\n            buffer.addComponent(true, msg.content)\n            if (msg.isLast) cb(UIO(buffer)) else ch.read()\n          }\n        }),\n      )\n    } yield body\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream\n        .effectAsync[Any, Nothing, ByteBuf](cb =>\n          unsafeRun(ch =>\n            msg => {\n              cb(ZIO.succeed(Chunk(msg.content)))\n              if (msg.isLast) cb(ZIO.fail(None)) else ch.read()\n            },\n          ),\n        )\n\n    override def toHttp(config: ByteBufConfig): Http[Any, Throwable, Any, ByteBuf] =\n      Http.fromZIO(toByteBuf(config))\n  }\n\n  private[zhttp] final case class Text(text: String, charset: Charset) extends Complete {\n\n    private def encode = Unpooled.copiedBuffer(text, charset)\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] = UIO(encode)\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream.fromEffect(toByteBuf(config))\n\n    override def toHttp(config: ByteBufConfig): UHttp[Any, ByteBuf] = Http.succeed(encode)\n  }\n\n  private[zhttp] final case class BinaryChunk(data: Chunk[Byte]) extends Complete {\n\n    private def encode = Unpooled.wrappedBuffer(data.toArray)\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] = UIO(encode)\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream.fromEffect(toByteBuf(config))\n\n    override def toHttp(config: ByteBufConfig): UHttp[Any, ByteBuf] = Http.succeed(encode)\n  }\n\n  private[zhttp] final case class BinaryByteBuf(data: ByteBuf) extends Complete {\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] = Task(data)\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream.fromEffect(toByteBuf(config))\n\n    override def toHttp(config: ByteBufConfig): UHttp[Any, ByteBuf] = Http.succeed(data)\n  }\n\n  private[zhttp] final case class BinaryStream(stream: ZStream[Any, Throwable, ByteBuf]) extends Complete {\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] =\n      collectStream(toByteBufStream(config))\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      stream\n\n    override def toHttp(config: ByteBufConfig): Http[Any, Throwable, Any, ByteBuf] =\n      Http.fromZIO(toByteBuf(config))\n  }\n\n  private[zhttp] final case class JavaFile(unsafeFile: () => java.io.File) extends Complete {\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] =\n      collectStream(toByteBufStream(config))\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream.unwrap {\n        for {\n          file <- Task(unsafeFile())\n          fs   <- Task(new FileInputStream(file))\n          size   = config.chunkSize(file.length())\n          buffer = new Array[Byte](size)\n        } yield ZStream\n          .repeatEffectOption[Any, Throwable, ByteBuf] {\n            for {\n              len   <- Task(fs.read(buffer)).mapError(Some(_))\n              bytes <- if (len > 0) UIO(Unpooled.copiedBuffer(buffer, 0, len)) else ZIO.fail(None)\n            } yield bytes\n          }\n          .ensuring(UIO(fs.close()))\n      }\n\n    override def toHttp(config: ByteBufConfig): Http[Any, Throwable, Any, ByteBuf] =\n      Http.fromZIO(toByteBuf(config))\n  }\n\n  object ByteBufConfig {\n    val default: ByteBufConfig = ByteBufConfig()\n  }\n\n  private[zhttp] case object Empty extends Complete {\n\n    \/**\n     * Encodes the HttpData into a ByteBuf.\n     *\/\n    override def toByteBuf(config: ByteBufConfig): Task[ByteBuf] = UIO(Unpooled.EMPTY_BUFFER)\n\n    \/**\n     * Encodes the HttpData into a Stream of ByteBufs\n     *\/\n    override def toByteBufStream(config: ByteBufConfig): ZStream[Any, Throwable, ByteBuf] =\n      ZStream.fromEffect(toByteBuf(config))\n\n    override def toHttp(config: ByteBufConfig): UHttp[Any, ByteBuf] = Http.empty\n  }\n\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/test\/scala\/zhttp\/http\/HttpSpec.scala","text":"package zhttp.http\n\nimport zio._\nimport zio.duration.durationInt\nimport zio.test.Assertion._\nimport zio.test.TestAspect.timeout\nimport zio.test._\nimport zio.test.environment.TestClock\n\nobject HttpSpec extends DefaultRunnableSpec with HExitAssertion {\n  def spec = suite(\"Http\")(\n    suite(\"flatMap\")(\n      test(\"should flatten\") {\n        val app    = Http.succeed(1).flatMap(i => Http.succeed(i + 1))\n        val actual = app.execute(0)\n        assert(actual)(isSuccess(equalTo(2)))\n      },\n    ) +\n      suite(\"orElse\")(\n        test(\"should succeed\") {\n          val a1     = Http.succeed(1)\n          val a2     = Http.succeed(2)\n          val a      = a1 <> a2\n          val actual = a.execute(())\n          assert(actual)(isSuccess(equalTo(1)))\n        } +\n          test(\"should fail with first\") {\n            val a1     = Http.fail(\"A\")\n            val a2     = Http.succeed(\"B\")\n            val a      = a1 <> a2\n            val actual = a.execute(())\n            assert(actual)(isSuccess(equalTo(\"B\")))\n          } +\n          test(\"does not recover from defects\") {\n            val t      = new Throwable(\"boom\")\n            val a1     = Http.die(t)\n            val a2     = Http.succeed(\"B\")\n            val a      = a1 <> a2\n            val actual = a.execute(())\n            assert(actual)(isDie(equalTo(t)))\n          },\n      ) +\n      suite(\"fail\")(\n        test(\"should fail\") {\n          val a      = Http.fail(100)\n          val actual = a.execute(())\n          assert(actual)(isFailure(equalTo(100)))\n        },\n      ) +\n      suite(\"die\")(\n        test(\"should die\") {\n          val t      = new Throwable(\"boom\")\n          val a      = Http.die(t)\n          val actual = a.execute(())\n          assert(actual)(isDie(equalTo(t)))\n        },\n      ) +\n      suite(\"foldM\")(\n        test(\"should catch\") {\n          val a      = Http.fail(100).catchAll(e => Http.succeed(e + 1))\n          val actual = a.execute(0)\n          assert(actual)(isSuccess(equalTo(101)))\n        },\n      ) +\n      suite(\"identity\")(\n        test(\"should passthru\") {\n          val a      = Http.identity[Int]\n          val actual = a.execute(0)\n          assert(actual)(isSuccess(equalTo(0)))\n        },\n      ) +\n      suite(\"collect\")(\n        test(\"should succeed\") {\n          val a      = Http.collect[Int] { case 1 => \"OK\" }\n          val actual = a.execute(1)\n          assert(actual)(isSuccess(equalTo(\"OK\")))\n        } +\n          test(\"should fail\") {\n            val a      = Http.collect[Int] { case 1 => \"OK\" }\n            val actual = a.execute(0)\n            assert(actual)(isEmpty)\n          },\n      ) +\n      suite(\"collectHExit\")(\n        test(\"should succeed\") {\n          val a      = Http.collectHExit[Int] { case 1 => HExit.succeed(\"OK\") }\n          val actual = a.execute(1)\n          assert(actual)(isSuccess(equalTo(\"OK\")))\n        } +\n          test(\"should fail\") {\n            val a      = Http.collectHExit[Int] { case 1 => HExit.fail(\"OK\") }\n            val actual = a.execute(1)\n            assert(actual)(isFailure(equalTo(\"OK\")))\n          } +\n          test(\"should die\") {\n            val t      = new Throwable(\"boom\")\n            val a      = Http.collectHExit[Int] { case 1 => HExit.die(t) }\n            val actual = a.execute(1)\n            assert(actual)(isDie(equalTo(t)))\n          } +\n          test(\"should give empty if the inout is not defined\") {\n            val a      = Http.collectHExit[Int] { case 1 => HExit.succeed(\"OK\") }\n            val actual = a.execute(0)\n            assert(actual)(isEmpty)\n          },\n      ) +\n      suite(\"fromFunctionHExit\")(\n        test(\"should succeed if the \") {\n          val a      = Http.fromFunctionHExit[Int] { a => HExit.succeed(a + 1) }\n          val actual = a.execute(1)\n          assert(actual)(isSuccess(equalTo(2)))\n        } +\n          test(\"should fail if the returned HExit is a failure\") {\n            val a      = Http.fromFunctionHExit[Int] { a => HExit.fail(a + 1) }\n            val actual = a.execute(1)\n            assert(actual)(isFailure(equalTo(2)))\n          } +\n          test(\"should give empty if the returned HExit is empty\") {\n            val a      = Http.fromFunctionHExit[Int] { _ => HExit.empty }\n            val actual = a.execute(0)\n            assert(actual)(isEmpty)\n          } +\n          test(\"should die if the functions throws an exception\") {\n            val t      = new Throwable(\"boom\")\n            val a      = Http.fromFunctionHExit[Int] { _ => throw t }\n            val actual = a.execute(0)\n            assert(actual)(isDie(equalTo(t)))\n          },\n      ) +\n      suite(\"fromHExit\")(\n        test(\"should succeed if the returned HExit succeeds \") {\n          val a      = Http.fromHExit(HExit.succeed(\"a\"))\n          val actual = a.execute(1)\n          assert(actual)(isSuccess(equalTo(\"a\")))\n        } +\n          test(\"should fail if the returned HExit is a failure\") {\n            val a      = Http.fromHExit(HExit.fail(\"fail\"))\n            val actual = a.execute(1)\n            assert(actual)(isFailure(equalTo(\"fail\")))\n          } +\n          test(\"should give empty if the returned HExit is empty\") {\n            val a      = Http.fromHExit(HExit.empty)\n            val actual = a.execute(1)\n            assert(actual)(isEmpty)\n          },\n      ) +\n\n      suite(\"combine\")(\n        test(\"should resolve first\") {\n          val a      = Http.collect[Int] { case 1 => \"A\" }\n          val b      = Http.collect[Int] { case 2 => \"B\" }\n          val actual = (a ++ b).execute(1)\n          assert(actual)(isSuccess(equalTo(\"A\")))\n        } +\n          test(\"should resolve second\") {\n            val a      = Http.empty\n            val b      = Http.succeed(\"A\")\n            val actual = (a ++ b).execute(())\n            assert(actual)(isSuccess(equalTo(\"A\")))\n          } +\n          test(\"should resolve second\") {\n            val a      = Http.collect[Int] { case 1 => \"A\" }\n            val b      = Http.collect[Int] { case 2 => \"B\" }\n            val actual = (a ++ b).execute(2)\n            assert(actual)(isSuccess(equalTo(\"B\")))\n          } +\n          test(\"should not resolve\") {\n            val a      = Http.collect[Int] { case 1 => \"A\" }\n            val b      = Http.collect[Int] { case 2 => \"B\" }\n            val actual = (a ++ b).execute(3)\n            assert(actual)(isEmpty)\n          } +\n          test(\"should not resolve\") {\n            val a      = Http.empty\n            val b      = Http.empty\n            val c      = Http.empty\n            val actual = (a ++ b ++ c).execute(())\n            assert(actual)(isEmpty)\n          } +\n          test(\"should fail with second\") {\n            val a      = Http.empty\n            val b      = Http.fail(100)\n            val c      = Http.succeed(\"A\")\n            val actual = (a ++ b ++ c).execute(())\n            assert(actual)(isFailure(equalTo(100)))\n          } +\n          test(\"should resolve third\") {\n            val a      = Http.empty\n            val b      = Http.empty\n            val c      = Http.succeed(\"C\")\n            val actual = (a ++ b ++ c).execute(())\n            assert(actual)(isSuccess(equalTo(\"C\")))\n          } +\n          testM(\"should resolve second\") {\n            val a      = Http.fromHExit(HExit.Effect(ZIO.fail(None)))\n            val b      = Http.succeed(2)\n            val actual = (a ++ b).execute(()).toZIO.either\n            assertM(actual)(isRight)\n          },\n      ) +\n      suite(\"asEffect\")(\n        testM(\"should resolve\") {\n          val a      = Http.collect[Int] { case 1 => \"A\" }\n          val actual = a.execute(1).toZIO\n          assertM(actual)(equalTo(\"A\"))\n        } +\n          testM(\"should complete\") {\n            val a      = Http.collect[Int] { case 1 => \"A\" }\n            val actual = a.execute(2).toZIO.either\n            assertM(actual)(isLeft(isNone))\n          },\n      ) +\n      suite(\"collectM\")(\n        test(\"should be empty\") {\n          val a      = Http.collectZIO[Int] { case 1 => UIO(\"A\") }\n          val actual = a.execute(2)\n          assert(actual)(isEmpty)\n        } +\n          test(\"should resolve\") {\n            val a      = Http.collectZIO[Int] { case 1 => UIO(\"A\") }\n            val actual = a.execute(1)\n            assert(actual)(isEffect)\n          } +\n          test(\"should resolve managed\") {\n            val a      = Http.collectManaged[Int] { case 1 => ZManaged.succeed(\"A\") }\n            val actual = a.execute(1)\n            assert(actual)(isEffect)\n          } +\n          test(\"should resolve second effect\") {\n            val a      = Http.empty\n            val b      = Http.succeed(\"B\")\n            val actual = (a ++ b).execute(2)\n            assert(actual)(isSuccess(equalTo(\"B\")))\n          },\n      ) +\n      suite(\"route\")(\n        test(\"should delegate to its HTTP apps\") {\n          val app    = Http.route[Int] {\n            case 1 => Http.succeed(1)\n            case 2 => Http.succeed(2)\n          }\n          val actual = app.execute(2)\n          assert(actual)(isSuccess(equalTo(2)))\n        } +\n          test(\"should be empty if no matches\") {\n            val app    = Http.route[Int](Map.empty)\n            val actual = app.execute(1)\n            assert(actual)(isEmpty)\n          },\n      ) +\n      suite(\"tap\")(\n        testM(\"taps the successs\") {\n          for {\n            r <- Ref.make(0)\n            app = Http.succeed(1).tap(v => Http.fromZIO(r.set(v)))\n            _   <- app.execute(()).toZIO\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n      ) +\n      suite(\"tapM\")(\n        testM(\"taps the successs\") {\n          for {\n            r <- Ref.make(0)\n            app = Http.succeed(1).tapZIO(r.set)\n            _   <- app.execute(()).toZIO\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n      ) +\n      suite(\"tapError\")(\n        testM(\"taps the error\") {\n          for {\n            r <- Ref.make(0)\n            app = Http.fail(1).tapError(v => Http.fromZIO(r.set(v)))\n            _   <- app.execute(()).toZIO.ignore\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n      ) +\n      suite(\"tapErrorM\")(\n        testM(\"taps the error\") {\n          for {\n            r <- Ref.make(0)\n            app = Http.fail(1).tapErrorZIO(r.set)\n            _   <- app.execute(()).toZIO.ignore\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n      ) +\n      suite(\"tapAll\")(\n        testM(\"taps the success\") {\n          for {\n            r <- Ref.make(0)\n            app = (Http.succeed(1): Http[Any, Any, Any, Int])\n              .tapAll(_ => Http.empty, _ => Http.empty, v => Http.fromZIO(r.set(v)), Http.empty)\n            _   <- app.execute(()).toZIO\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n        testM(\"taps the failure\") {\n          for {\n            r <- Ref.make(0)\n            app = (Http.fail(1): Http[Any, Int, Any, Any])\n              .tapAll(v => Http.fromZIO(r.set(v)), _ => Http.empty, _ => Http.empty, Http.empty)\n            _   <- app.execute(()).toZIO.ignore\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n        testM(\"taps the die\") {\n          val t = new Throwable(\"boom\")\n          for {\n            r <- Ref.make(0)\n            app = (Http.die(t): Http[Any, Any, Any, Any])\n              .tapAll(_ => Http.empty, _ => Http.fromZIO(r.set(1)), _ => Http.empty, Http.empty)\n            _   <- app.execute(()).toZIO.run.ignore\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n        testM(\"taps the empty\") {\n          for {\n            r <- Ref.make(0)\n            app = (Http.empty: Http[Any, Any, Any, Any])\n              .tapAll(_ => Http.empty, _ => Http.empty, _ => Http.empty, Http.fromZIO(r.set(1)))\n            _   <- app.execute(()).toZIO.ignore\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        },\n      ) +\n      suite(\"tapAllZIO\")(\n        testM(\"taps the success\") {\n          for {\n            r <- Ref.make(0)\n            app = (Http.succeed(1): Http[Any, Any, Any, Int]).tapAllZIO(_ => ZIO.unit, _ => ZIO.unit, r.set, ZIO.unit)\n            _   <- app.execute(()).toZIO\n            res <- r.get\n          } yield assert(res)(equalTo(1))\n        } +\n          testM(\"taps the failure\") {\n            for {\n              r <- Ref.make(0)\n              app = (Http.fail(1): Http[Any, Int, Any, Any]).tapAllZIO(r.set, _ => ZIO.unit, _ => ZIO.unit, ZIO.unit)\n              _   <- app.execute(()).toZIO.ignore\n              res <- r.get\n            } yield assert(res)(equalTo(1))\n          } +\n          testM(\"taps the die\") {\n            val t = new Throwable(\"boom\")\n            for {\n              r <- Ref.make(0)\n              app = (Http.die(t): Http[Any, Any, Any, Any])\n                .tapAllZIO(_ => ZIO.unit, _ => r.set(1), _ => ZIO.unit, ZIO.unit)\n              _   <- app.execute(()).toZIO.run.ignore\n              res <- r.get\n            } yield assert(res)(equalTo(1))\n          } +\n          testM(\"taps the empty\") {\n            for {\n              r <- Ref.make(0)\n              app = (Http.empty: Http[Any, Any, Any, Any])\n                .tapAllZIO(_ => ZIO.unit, _ => ZIO.unit, _ => ZIO.unit, r.set(1))\n              _   <- app.execute(()).toZIO.ignore\n              res <- r.get\n            } yield assert(res)(equalTo(1))\n          },\n      ) +\n      suite(\"race\") {\n        testM(\"left wins\") {\n          val http = Http.succeed(1) race Http.succeed(2)\n          assertM(http(()))(equalTo(1))\n        } +\n          testM(\"sync right wins\") {\n            val http = Http.fromZIO(UIO(1)) race Http.succeed(2)\n            assertM(http(()))(equalTo(2))\n          } +\n          testM(\"sync left wins\") {\n            val http = Http.succeed(1) race Http.fromZIO(UIO(2))\n            assertM(http(()))(equalTo(1))\n          } +\n          testM(\"async fast wins\") {\n            val http    = Http.succeed(1).delay(1 second) race Http.succeed(2).delay(2 second)\n            val program = http(()) <& TestClock.adjust(5 second)\n            assertM(program)(equalTo(1))\n          }\n      } +\n      suite(\"attempt\") {\n        suite(\"failure\") {\n          test(\"fails with a throwable\") {\n            val throwable = new Throwable(\"boom\")\n            val actual    = Http.attempt(throw throwable).execute(())\n            assert(actual)(isFailure(equalTo(throwable)))\n          }\n        } +\n          suite(\"success\") {\n            test(\"succeeds with a value\") {\n              val actual = Http.attempt(\"bar\").execute(())\n              assert(actual)(isSuccess(equalTo(\"bar\")))\n            }\n          }\n      } +\n      suite(\"when\")(\n        test(\"should execute http only when condition applies\") {\n          val app    = Http.succeed(1).when((_: Any) => true)\n          val actual = app.execute(0)\n          assert(actual)(isSuccess(equalTo(1)))\n        } +\n          test(\"should not execute http when condition doesn't apply\") {\n            val app    = Http.succeed(1).when((_: Any) => false)\n            val actual = app.execute(0)\n            assert(actual)(isEmpty)\n          } +\n          test(\"should die when condition throws an exception\") {\n            val t      = new Throwable(\"boom\")\n            val app    = Http.succeed(1).when((_: Any) => throw t)\n            val actual = app.execute(0)\n            assert(actual)(isDie(equalTo(t)))\n          },\n      ) +\n      suite(\"catchSome\") {\n        test(\"catches matching exception\") {\n          val http =\n            Http\n              .fail(new IllegalArgumentException(\"boom\"))\n              .catchSome { case _: IllegalArgumentException =>\n                Http.succeed(\"bar\")\n              }\n          assert(http.execute {})(isSuccess(equalTo(\"bar\")))\n        } +\n          test(\"keeps an error if doesn't catch anything\") {\n            val exception = new Throwable(\"boom\")\n            val http      =\n              Http\n                .fail(exception)\n                .catchSome { case _: ArithmeticException =>\n                  Http.succeed(\"bar\")\n                }\n            assert(http.execute {})(isFailure(equalTo(exception)))\n          } +\n          test(\"doesn't affect the success\") {\n            val http =\n              (Http.succeed(\"bar\"): Http[Any, Throwable, Any, String]).catchSome { case _: Throwable =>\n                Http.succeed(\"baz\")\n              }\n            assert(http.execute {})(isSuccess(equalTo(\"bar\")))\n          }\n      } +\n      suite(\"refineOrDie\") {\n        test(\"refines matching exception\") {\n          val http =\n            Http.fail(new IllegalArgumentException(\"boom\")).refineOrDie { case _: IllegalArgumentException =>\n              \"fail\"\n            }\n          assert(http.execute {})(isFailure(equalTo(\"fail\")))\n        } +\n          test(\"dies if doesn't catch anything\") {\n            val t    = new Throwable(\"boom\")\n            val http =\n              Http\n                .fail(t)\n                .refineOrDie { case _: IllegalArgumentException =>\n                  \"fail\"\n                }\n            assert(http.execute {})(isDie(equalTo(t)))\n          } +\n          test(\"doesn't affect the success\") {\n            val http =\n              (Http.succeed(\"bar\"): Http[Any, Throwable, Any, String]).refineOrDie { case _: Throwable =>\n                Http.succeed(\"baz\")\n              }\n            assert(http.execute {})(isSuccess(equalTo(\"bar\")))\n          }\n      } +\n      suite(\"orDie\")(\n        test(\"dies on failure\") {\n          val t    = new Throwable(\"boom\")\n          val http =\n            Http.fail(t).orDie\n          assert(http.execute {})(isDie(equalTo(t)))\n        },\n        test(\"doesn't affect the success\") {\n          val http =\n            (Http.succeed(\"bar\"): Http[Any, Throwable, Any, String]).orDie\n          assert(http.execute {})(isSuccess(equalTo(\"bar\")))\n        },\n      ) +\n      suite(\"catchSomeDefect\") {\n        test(\"catches defect\") {\n          val t    = new IllegalArgumentException(\"boom\")\n          val http = Http.die(t).catchSomeDefect { case _: IllegalArgumentException => Http.succeed(\"OK\") }\n          assert(http.execute {})(isSuccess(equalTo(\"OK\")))\n        } +\n          test(\"catches thrown defects\") {\n            val http = Http\n              .collect[Any] { case _ => throw new IllegalArgumentException(\"boom\") }\n              .catchSomeDefect { case _: IllegalArgumentException => Http.succeed(\"OK\") }\n            assert(http.execute {})(isSuccess(equalTo(\"OK\")))\n          } +\n          test(\"propagates non-caught defect\") {\n            val t    = new IllegalArgumentException(\"boom\")\n            val http = Http.die(t).catchSomeDefect { case _: SecurityException => Http.succeed(\"OK\") }\n            assert(http.execute {})(isDie(equalTo(t)))\n          }\n      } +\n      suite(\"catchNonFatalOrDie\") {\n        test(\"catches non-fatal exception\") {\n          val t    = new IllegalArgumentException(\"boom\")\n          val http = Http.fail(t).catchNonFatalOrDie { _ => Http.succeed(\"OK\") }\n          assert(http.execute {})(isSuccess(equalTo(\"OK\")))\n        } +\n          test(\"dies with fatal exception\") {\n            val t    = new OutOfMemoryError()\n            val http = Http.fail(t).catchNonFatalOrDie { case _ => Http.succeed(\"OK\") }\n            assert(http.execute {})(isDie(equalTo(t)))\n          }\n      },\n  ) @@ timeout(10 seconds)\n}\n"}
{"repo_name":"vladimir-lu\/zio-http","path":"zio-http\/src\/test\/scala\/zhttp\/internal\/HttpGen.scala","text":"package zhttp.internal\n\nimport io.netty.buffer.Unpooled\nimport zhttp.http.Request.ParameterizedRequest\nimport zhttp.http.Scheme.{HTTP, HTTPS, WS, WSS}\nimport zhttp.http.URL.Location\nimport zhttp.http._\nimport zio.random.Random\nimport zio.stream.ZStream\nimport zio.test.{Gen, Sized}\nimport zio.{Chunk, ZIO}\n\nimport java.io.File\n\nobject HttpGen {\n  def clientParamsForFileHttpData(): Gen[Random with Sized, Request] = {\n    for {\n      file    <- Gen.fromEffect(ZIO.succeed(new File(getClass.getResource(\"\/TestFile.txt\").getPath)))\n      method  <- HttpGen.method\n      url     <- HttpGen.url\n      headers <- Gen.listOf(HttpGen.header).map(Headers(_))\n      version <- httpVersion\n    } yield Request(version, method, url, headers, data = HttpData.fromFile(file))\n  }\n\n  def requestGen[R](\n    dataGen: Gen[R, HttpData],\n    methodGen: Gen[R, Method] = HttpGen.method,\n    urlGen: Gen[Random with Sized, URL] = HttpGen.url,\n    headerGen: Gen[Random with Sized, Header] = HttpGen.header,\n  ): Gen[R with Random with Sized, Request] =\n    for {\n      method  <- methodGen\n      url     <- urlGen\n      headers <- Gen.listOf(headerGen).map(Headers(_))\n      data    <- dataGen\n      version <- httpVersion\n    } yield Request(version, method, url, headers, data = data)\n\n  def httpVersion: Gen[Random with Sized, Version] =\n    Gen.fromIterable(List(Version.Http_1_0, Version.Http_1_1))\n\n  def cookies: Gen[Random with Sized, Cookie] = for {\n    name     <- Gen.anyString\n    content  <- Gen.anyString\n    expires  <- Gen.option(Gen.anyInstant)\n    domain   <- Gen.option(Gen.anyString)\n    path     <- Gen.option(path)\n    secure   <- Gen.boolean\n    httpOnly <- Gen.boolean\n    maxAge   <- Gen.option(Gen.anyLong)\n    sameSite <- Gen.option(Gen.fromIterable(List(Cookie.SameSite.Strict, Cookie.SameSite.Lax)))\n    secret   <- Gen.option(Gen.anyString)\n  } yield Cookie(name, content, expires, domain, path, secure, httpOnly, maxAge, sameSite, secret)\n\n  def genAbsoluteLocation: Gen[Random with Sized, Location.Absolute] = for {\n    scheme <- Gen.fromIterable(List(Scheme.HTTP, Scheme.HTTPS))\n    host   <- Gen.alphaNumericStringBounded(1, 5)\n    port   <- Gen.int(0, Int.MaxValue)\n  } yield URL.Location.Absolute(scheme, host, port)\n\n  def genAbsoluteURL = for {\n    path        <- HttpGen.path\n    kind        <- HttpGen.genAbsoluteLocation\n    queryParams <- Gen.mapOf(Gen.alphaNumericString, Gen.listOf(Gen.alphaNumericString))\n  } yield URL(path, kind, queryParams)\n\n  def genRelativeLocation: Gen[Any, Location.Relative.type] = Gen.const(URL.Location.Relative)\n\n  def header: Gen[Random with Sized, Header] = for {\n    key   <- Gen.alphaNumericStringBounded(1, 4)\n    value <- Gen.alphaNumericStringBounded(1, 4)\n  } yield (key, value)\n\n  def httpData[R](gen: Gen[R, List[String]]): Gen[R, HttpData] =\n    for {\n      list <- gen\n      cnt  <- Gen\n        .fromIterable(\n          List(\n            HttpData.fromStream(ZStream.fromIterable(list).map(b => Chunk.fromArray(b.getBytes())).flattenChunks),\n            HttpData.fromString(list.mkString(\"\")),\n            HttpData.fromChunk(Chunk.fromArray(list.mkString(\"\").getBytes())),\n            HttpData.fromByteBuf(Unpooled.copiedBuffer(list.mkString(\"\"), HTTP_CHARSET)),\n            HttpData.empty,\n          ),\n        )\n    } yield cnt\n\n  def location: Gen[Random with Sized, URL.Location] = {\n    Gen.fromIterable(List(genRelativeLocation, genAbsoluteLocation)).flatten\n  }\n\n  def method: Gen[Any, Method] = Gen.fromIterable(\n    List(\n      Method.OPTIONS,\n      Method.GET,\n      Method.HEAD,\n      Method.POST,\n      Method.PUT,\n      Method.PATCH,\n      Method.DELETE,\n      Method.TRACE,\n      Method.CONNECT,\n    ),\n  )\n\n  def nonEmptyHttpData[R](gen: Gen[R, List[String]]): Gen[R, HttpData] =\n    for {\n      list <- gen\n      cnt  <- Gen\n        .fromIterable(\n          List(\n            HttpData.fromStream(ZStream.fromIterable(list).map(b => Chunk.fromArray(b.getBytes())).flattenChunks),\n            HttpData.fromString(list.mkString(\"\")),\n            HttpData.fromChunk(Chunk.fromArray(list.mkString(\"\").getBytes())),\n            HttpData.fromByteBuf(Unpooled.copiedBuffer(list.mkString(\"\"), HTTP_CHARSET)),\n          ),\n        )\n    } yield cnt\n\n  def path: Gen[Random with Sized, Path] = {\n    for {\n      l <- Gen.listOf(Gen.alphaNumericString)\n      p <- Gen.const(Path(l))\n    } yield p\n  }\n\n  def parameterizedRequest[R, A](paramsGen: Gen[R, A]): Gen[R with Random with Sized, ParameterizedRequest[A]] = {\n    for {\n      req    <- request\n      params <- paramsGen\n    } yield ParameterizedRequest(req, params)\n  }\n\n  def request: Gen[Random with Sized, Request] = for {\n    version <- httpVersion\n    method  <- HttpGen.method\n    url     <- HttpGen.url\n    headers <- Gen.listOf(HttpGen.header).map(Headers(_))\n    data    <- HttpGen.httpData(Gen.listOf(Gen.alphaNumericString))\n  } yield Request(version, method, url, headers, None, data)\n\n  def response[R](gContent: Gen[R, List[String]]): Gen[Random with Sized with R, Response] = {\n    for {\n      content <- HttpGen.httpData(gContent)\n      headers <- HttpGen.header.map(Headers(_))\n      status  <- HttpGen.status\n    } yield Response(status, headers, content)\n  }\n\n  def scheme: Gen[Any, Scheme] = Gen.fromIterable(List(HTTP, HTTPS, WS, WSS))\n\n  def status: Gen[Any, Status] = Gen.fromIterable(\n    List(\n      Status.Continue,\n      Status.SwitchingProtocols,\n      Status.Processing,\n      Status.Ok,\n      Status.Created,\n      Status.Accepted,\n      Status.NonAuthoritiveInformation,\n      Status.NoContent,\n      Status.ResetContent,\n      Status.PartialContent,\n      Status.MultiStatus,\n      Status.MultipleChoices,\n      Status.MovedPermanently,\n      Status.Found,\n      Status.SeeOther,\n      Status.NotModified,\n      Status.UseProxy,\n      Status.TemporaryRedirect,\n      Status.PermanentRedirect,\n      Status.BadRequest,\n      Status.Unauthorized,\n      Status.PaymentRequired,\n      Status.Forbidden,\n      Status.NotFound,\n      Status.MethodNotAllowed,\n      Status.NotAcceptable,\n      Status.ProxyAuthenticationRequired,\n      Status.RequestTimeout,\n      Status.Conflict,\n      Status.Gone,\n      Status.LengthRequired,\n      Status.PreconditionFailed,\n      Status.RequestEntityTooLarge,\n      Status.RequestUriTooLong,\n      Status.UnsupportedMediaType,\n      Status.RequestedRangeNotSatisfiable,\n      Status.ExpectationFailed,\n      Status.MisdirectedRequest,\n      Status.UnprocessableEntity,\n      Status.Locked,\n      Status.FailedDependency,\n      Status.UnorderedCollection,\n      Status.UpgradeRequired,\n      Status.PreconditionRequired,\n      Status.TooManyRequests,\n      Status.RequestHeaderFieldsTooLarge,\n      Status.InternalServerError,\n      Status.NotImplemented,\n      Status.BadGateway,\n      Status.ServiceUnavailable,\n      Status.GatewayTimeout,\n      Status.HttpVersionNotSupported,\n      Status.VariantAlsoNegotiates,\n      Status.InsufficientStorage,\n      Status.NotExtended,\n      Status.NetworkAuthenticationRequired,\n    ),\n  )\n\n  def url: Gen[Random with Sized, URL] = for {\n    path        <- HttpGen.path\n    kind        <- HttpGen.location\n    queryParams <- Gen.mapOf(Gen.alphaNumericString, Gen.listOf(Gen.alphaNumericString))\n  } yield URL(path, kind, queryParams)\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/test\/scala\/small\/RomanNumbersToDecimalSpec.scala","text":"<filename>src\/test\/scala\/small\/RomanNumbersToDecimalSpec.scala\npackage small\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass RomanNumbersToDecimalSpec extends FlatSpec with Matchers {\n\n  \"The roman number I\" should \"be 1\" in {\n    RomanNumbersToDecimal.romanToDec(\"I\") shouldEqual(1)\n  }\n\n  \"The roman number II\" should \"be 2\" in {\n    RomanNumbersToDecimal.romanToDec(\"II\") shouldEqual(2)\n  }\n\n  \"The roman number V\" should \"be 5\" in {\n    RomanNumbersToDecimal.romanToDec(\"V\") shouldEqual(5)\n  }\n\n  \"The roman number X\" should \"be 10\" in {\n    RomanNumbersToDecimal.romanToDec(\"X\") shouldEqual(10)\n  }\n\n  \"The roman number IV\" should \"be 4\" in {\n    RomanNumbersToDecimal.romanToDec(\"IV\") shouldEqual(4)\n  }\n\n  \"The roman number IX\" should \"be 9\" in {\n    RomanNumbersToDecimal.romanToDec(\"IX\") shouldEqual(9)\n  }\n\n  \"The roman number VIII\" should \"be 8\" in {\n    RomanNumbersToDecimal.romanToDec(\"VIII\") shouldEqual(8)\n  }\n\n  \"The roman number XIV\" should \"be 14\" in {\n    RomanNumbersToDecimal.romanToDec(\"XIV\") shouldEqual(14)\n  }\n\n  \"The roman number XVIII\" should \"be 18\" in {\n    RomanNumbersToDecimal.romanToDec(\"XVIII\") shouldEqual(18)\n  }\n\n  \"The roman number L\" should \"be 50\" in {\n    RomanNumbersToDecimal.romanToDec(\"L\") shouldEqual(50)\n  }\n\n  \"The roman number C\" should \"be 100\" in {\n    RomanNumbersToDecimal.romanToDec(\"C\") shouldEqual(100)\n  }\n\n  \"The roman number XL\" should \"be 40\" in {\n    RomanNumbersToDecimal.romanToDec(\"XL\") shouldEqual(40)\n  }\n\n  \"The roman number XLIV\" should \"be 44\" in {\n    RomanNumbersToDecimal.romanToDec(\"XLIV\") shouldEqual(44)\n  }\n\n  \"The roman number D\" should \"be 500\" in {\n    RomanNumbersToDecimal.romanToDec(\"D\") shouldEqual(500)\n  }\n\n  \"The roman number M\" should \"be 1000\" in {\n    RomanNumbersToDecimal.romanToDec(\"M\") shouldEqual(1000)\n  }\n\n  \"The roman number MCMIV\" should \"be 1904\" in {\n    RomanNumbersToDecimal.romanToDec(\"MCMIV\") shouldEqual(1904)\n  }\n\n  \"The roman number MCMLIV\" should \"be 1954\" in {\n    RomanNumbersToDecimal.romanToDec(\"MCMLIV\") shouldEqual(1954)\n  }\n\n  \"The roman number MCMXC\" should \"be 1990\" in {\n    RomanNumbersToDecimal.romanToDec(\"MCMXC\") shouldEqual(1990)\n  }\n\n  \"The roman number MMXIV\" should \"be 2014\" in {\n    RomanNumbersToDecimal.romanToDec(\"MMXIV\") shouldEqual(2014)\n  }\n\n  \"The roman number XXXVIII\" should \"be 38\" in {\n    RomanNumbersToDecimal.romanToDec(\"XXXVIII\") shouldEqual(38)\n  }\n\n  \"The roman number LXXXVIII\" should \"be 88\" in {\n    RomanNumbersToDecimal.romanToDec(\"LXXXVIII\") shouldEqual(88)\n  }\n\n  \"The roman number XCVIII\" should \"be 90\" in {\n    RomanNumbersToDecimal.romanToDec(\"XCVIII\") shouldEqual(98)\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/Palindrome.scala","text":"<gh_stars>0\npackage small\n\nimport scala.annotation.tailrec\n\nobject Palindrome {\n\n  def main(args: Array[String]): Unit = {\n    println(isPalindrome_v3(\"ellolleh\"))\n  }\n\n  private def isPalindrome_v1(msg: String) = {\n    msg == msg.reverse\n  }\n\n  private def isPalindrome_v2(msg: String): Boolean = {\n    msg match {\n      case \"\" => true\n      case x if x.length==1 => true\n      case _ => (msg.head == msg.last) && isPalindrome_v2(msg.init.tail)\n    }\n  }\n\n  private def isPalindrome_v3(msg: String): Boolean = {\n\n    @tailrec\n    def go(result: Boolean, remaining: String): Boolean = {\n      remaining match {\n        case \"\" => result\n        case x if x.length == 1 => result\n        case _ => go(result && remaining.head==remaining.last, remaining.init.tail)\n      }\n    }\n\n    go(true, msg)\n  }\n\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/GreatestCommonDivisor.scala","text":"<filename>src\/main\/scala\/small\/GreatestCommonDivisor.scala\npackage small\n\nimport scala.annotation.tailrec\n\nobject GreatestCommonDivisor {\n\n  def main(args: Array[String]): Unit = {\n    println(gcd(50,0))\n  }\n\n  \/\/Euclidean algorithm\n  @tailrec\n  private def gcd(a: Int, b: Int): Int = {\n    if (b==0) a\n    else gcd(b, a%b)\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/FindFirstInArray.scala","text":"package small\n\nimport scala.annotation.tailrec\n\nobject FindFirstInArray {\n\n  def main(args: Array[String]): Unit = {\n\/\/    println(findFirst_v1(Array(\"a\", \"b\", \"c\"), \"b\"))\n    println(findFirst_v2[String](Array(\"a\", \"b\", \"c\"), letter => letter==\"b\"))\n  }\n\n  \/\/Monomorphic findfirst\n  private def findFirst_v1(col: Array[String], key: String): Int = {\n\n    @tailrec\n    def go(index: Int): Int = {\n      if (index>=col.length) -1\n      else if (col(index)==key) index\n      else go (index+1)\n    }\n\n    go(0)\n  }\n\n  \/\/Polymorphic or generic findfirst\n  private def findFirst_v2[A](col: Array[A], p: A => Boolean): Int = {\n\n    @tailrec\n    def go(index: Int): Int = {\n      if (index>=col.length) -1\n      else if (p(col(index))) index\n      else go (index+1)\n    }\n\n    go(0)\n  }\n\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/Sum.scala","text":"package small\n\nobject Sum {\n\n  def main(args: Array[String]): Unit = {\n    println(sum_v2(List(1,2,3,4,5)))\n  }\n\n  private def sum_v1(xs: List[Int]): Int = {\n    if (xs.isEmpty) 0\n    else xs.head + sum_v1(xs.tail)\n  }\n\n  private def sum_v2(xs: List[Int]): Int = {\n    xs.reduceLeft(_+_)\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/PascalTriangle.scala","text":"<filename>src\/main\/scala\/small\/PascalTriangle.scala\npackage small\n\nobject PascalTriangle {\n\n  def main(args: Array[String]): Unit = {\n    println(pascal(4,3))\n  }\n\n  \/\/ Pascal triangle 0-based coordinates\n  private def pascal(row: Int, column: Int): Int = {\n    if (column==0 || row==column) 1\n    else (pascal(row-1, column-1) + pascal(row-1, column))\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/RomanNumbersToDecimal.scala","text":"package small\n\nobject RomanNumbersToDecimal {\n\n  private val charToNumber = PartialFunction[Char, Int] {\n    case 'I' => 1\n    case 'V' => 5\n    case 'X' => 10\n    case 'L' => 50\n    case 'C' => 100\n    case 'D' => 500\n    case 'M' => 1000\n  }\n\n  def romanToDec(roman: String): Int = {\n    romanToDec_v1(roman)\n  }\n\n  private def romanToDec_v1(roman: String): Int = {\n    roman.toCharArray map charToNumber reduceRight ((l, r) =>\n      if (l < (r - (l * 3))) r - l\n      else l + r\n      )\n  }\n\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/BalancedParentheses.scala","text":"package small\n\nimport scala.annotation.tailrec\n\nobject BalancedParentheses {\n\n  def main(args: Array[String]): Unit = {\n    val s: String = \"((a+B))\"\n    println(isBalanced(s.toList))\n  }\n\n  def isBalanced(chars: List[Char]): Boolean = {\n\n    @tailrec\n    def _go(openedParentheses: Int, chars: List[Char]): Boolean = {\n      if (chars.isEmpty) openedParentheses == 0\n      else\n        chars.head match {\n          case '(' => _go(openedParentheses + 1, chars.tail)\n          case ')' => _go(openedParentheses - 1, chars.tail)\n          case _ => _go(openedParentheses, chars.tail)\n        }\n    }\n\n    _go(0, chars)\n\n  }\n\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/IsArraySorted.scala","text":"<reponame>zadsas\/scala-small-problems\npackage small\n\nimport scala.annotation.tailrec\n\nobject IsArraySorted {\n\n  def main(args: Array[String]): Unit = {\n    println(isSorted_v1[Int](Array(1,2,3,4,5), (a,b)=>a<b))\n  }\n\n  def isSorted_v1[A](col: Array[A], criteria: (A,A) => Boolean): Boolean = {\n\n    @tailrec\n    def go(index: Int): Boolean =\n      if (index == col.length) true\n      else if (criteria(col(index-1), col(index))) go(index+1)\n      else false\n\n    if (col.length == 0) true\n    else go(1)\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/Max.scala","text":"package small\n\nobject Max {\n\n  def main(args: Array[String]): Unit = {\n    println(max_v2(List(10,100,1,40)))\n  }\n\n  private def max_v1(xs: List[Int]): Int = {\n    def _max(num: Int, xs: List[Int]):Int = {\n      if (xs.isEmpty) num\n      else if (num>_max(xs.head, xs.tail)) num else _max(xs.head, xs.tail)\n    }\n    _max(xs.head, xs.tail)\n  }\n\n  private def max_v2(xs: List[Int]): Int = {\n    xs.reduceLeft( (a,b) =>\n      if (a>b) a\n      else b\n    )\n  }\n\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/adt\/Stream.scala","text":"package adt\n\nsealed trait Stream[+A] {\n  def headOption: Option[A] = this match {\n    case Empty => None\n    case Cons(h, t) => Some(h())\n  }\n}\n\ncase object Empty extends Stream[Nothing]\ncase class Cons[+A](h: ()=>A, t: ()=>Stream[A]) extends Stream[A]\n\nobject Stream {\n\n  def cons[A](hd: => A, tl: => Stream[A]) : Stream [A] = {\n    lazy val head = hd\n    lazy val tail = tl\n    Cons(()=>head, ()=>tail)\n  }\n\n  def empty[A]: Stream[A] = Empty\n\n  def apply[A](as: A*): Stream[A] =\n    if (as.isEmpty) empty\n    else cons(as.head, apply(as.tail:_*))\n}"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/Fibonacci.scala","text":"<reponame>zadsas\/scala-small-problems<gh_stars>0\npackage small\n\nimport scala.annotation.tailrec\n\nobject Fibonacci {\n\n  def main(args: Array[String]): Unit = {\n    println(fibonacci_v2(5))\n  }\n\n  private def fibonacci_v1(nth: Int): Int = {\n    nth match {\n      case 0 | 1 => 1\n      case i => fibonacci_v1(nth - 1) + fibonacci_v1(nth - 2)\n    }\n  }\n\n  private def fibonacci_v2(nth: Int): Int = {\n\n    @tailrec\n    def go(firstInPairGlobalIndex: Int, firstInPair: Int, secondInPair: Int): Int = nth match {\n      case 0 | 1 => 1\n      case `firstInPairGlobalIndex` => firstInPair\n      case _ => go(firstInPairGlobalIndex + 1, secondInPair, firstInPair + secondInPair)\n    }\n\n    go(0, 0, 1)\n  }\n\n}"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/Factorial.scala","text":"<gh_stars>0\npackage small\n\nimport scala.annotation.tailrec\n\nobject Factorial {\n\n  def main(args: Array[String]): Unit = {\n    println(factorial_v1(5))\n  }\n\n  private def factorial_v1(num: Int): Int = {\n    num match {\n      case 1 => 1\n      case _ => num * factorial_v1(num-1)\n    }\n\/\/    if (num == 1) 1\n\/\/    else num * factorial_v1(num-1)\n  }\n\n  private def factorial_v2(num: Int): Int = {\n    @tailrec\n    def go(acc: Int, n: Int): Int = {\n      if (n==0) acc\n      else go(acc*n, n-1)\n    }\n    go(1, num)\n  }\n}\n"}
{"repo_name":"zadsas\/scala-small-problems","path":"src\/main\/scala\/small\/BinarySearch.scala","text":"package small\n\nimport scala.annotation.tailrec\n\nobject BinarySearch {\n\n  def main(args: Array[String]): Unit = {\n    println(binarySearch[Int](Array(1,2,3,4), 3, (x,y) => x>y))\n  }\n\n  \/\/a binary search or half-interval search algorithm finds the position of a target value within a sorted array\n\n  def binarySearch[A](as: Array[A], targetElem: A, gt: (A,A) => Boolean): Int = {\n\n    @tailrec\n    def go(lowIndex: Int, highIndex: Int): Int = {\n      if (lowIndex > highIndex) - 1\n      else {\n        val midIndex = (lowIndex + highIndex) \/ 2\n        val elemInMid = as(midIndex)\n        val greater = gt(elemInMid, targetElem)\n        \n        if (!greater && !gt(targetElem,elemInMid)) midIndex\n        else if (greater) go(lowIndex, midIndex-1)\n        else go(midIndex + 1, highIndex)\n      }\n    }\n\n    go(0, as.length - 1)\n\n  }\n\n\n}\n"}
{"repo_name":"javachen\/learning-hadoop","path":"spark-on-hbase\/src\/main\/scala\/org\/apache\/spark\/hbase\/HBaseScanRDD.scala","text":"package org.apache.spark.hbase\n\nimport org.apache.spark.{ SparkContext, TaskContext }\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.SerializableWritable\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.security.Credentials\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.Partition\nimport org.apache.spark.InterruptibleIterator\nimport org.apache.hadoop.hbase.mapreduce.TableInputFormat\nimport org.apache.hadoop.hbase.mapreduce.TableMapReduceUtil\nimport org.apache.hadoop.hbase.client.Scan\nimport org.apache.hadoop.hbase.mapreduce.IdentityTableMapper\nimport org.apache.hadoop.mapreduce.Job\nimport org.apache.hadoop.mapreduce.SparkHadoopMapReduceUtil\nimport org.apache.spark.Logging\nimport org.apache.hadoop.mapreduce.JobID\nimport org.apache.hadoop.io.Writable\nimport org.apache.hadoop.mapreduce.InputSplit\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.ArrayList\nimport org.apache.hadoop.security.UserGroupInformation\nimport org.apache.hadoop.security.UserGroupInformation.AuthenticationMethod\nimport org.apache.hadoop.hbase.mapreduce.IdentityTableMapper\n\nclass HBaseScanRDD(sc: SparkContext,\n  @transient tableName: String,\n  @transient scan: Scan,\n  configBroadcast: Broadcast[SerializableWritable[Configuration]],\n  credentialBroadcast: Broadcast[SerializableWritable[Credentials]])\n  extends RDD[(Array[Byte], java.util.List[(Array[Byte], Array[Byte], Array[Byte])])](sc, Nil)\n  with SparkHadoopMapReduceUtil\n  with Logging {\n\n  \/\/\/\n  @transient val jobTransient = new Job(configBroadcast.value.value, \"ExampleRead\");\n  TableMapReduceUtil.initTableMapperJob(\n    tableName, \/\/ input HBase table name\n    scan, \/\/ Scan instance to control CF and attribute selection\n    classOf[IdentityTableMapper], \/\/ mapper\n    null, \/\/ mapper output key\n    null, \/\/ mapper output value\n    jobTransient);\n\n  @transient val jobConfigurationTrans = jobTransient.getConfiguration()\n  jobConfigurationTrans.set(TableInputFormat.INPUT_TABLE, tableName)\n  val jobConfigBroadcast = sc.broadcast(new SerializableWritable(jobConfigurationTrans))\n  \/\/\/\/\n\n  private val jobTrackerId: String = {\n    val formatter = new SimpleDateFormat(\"yyyyMMddHHmm\")\n    formatter.format(new Date())\n  }\n\n  @transient protected val jobId = new JobID(jobTrackerId, id)\n\n  override def getPartitions: Array[Partition] = {\n\n    addCreds\n\n    val tableInputFormat = new TableInputFormat\n    tableInputFormat.setConf(jobConfigBroadcast.value.value)\n\n    val jobContext = newJobContext(jobConfigBroadcast.value.value, jobId)\n    val rawSplits = tableInputFormat.getSplits(jobContext).toArray\n    val result = new Array[Partition](rawSplits.size)\n    for (i <- 0 until rawSplits.size) {\n      result(i) = new NewHadoopPartition(id, i, rawSplits(i).asInstanceOf[InputSplit with Writable])\n    }\n\n    result\n  }\n\n  override def compute(theSplit: Partition, context: TaskContext): InterruptibleIterator[(Array[Byte], java.util.List[(Array[Byte], Array[Byte], Array[Byte])])] = {\n\n    addCreds\n\n    val iter = new Iterator[(Array[Byte], java.util.List[(Array[Byte], Array[Byte], Array[Byte])])] {\n\n      addCreds\n\n      val split = theSplit.asInstanceOf[NewHadoopPartition]\n      logInfo(\"Input split: \" + split.serializableHadoopSplit)\n      val conf = jobConfigBroadcast.value.value\n      \n      val attemptId = newTaskAttemptID(jobTrackerId, id, isMap = true, split.index, 0)\n      val hadoopAttemptContext = newTaskAttemptContext(conf, attemptId)\n      val format = new TableInputFormat\n      format.setConf(conf)\n\n      val reader = format.createRecordReader(\n        split.serializableHadoopSplit.value, hadoopAttemptContext)\n      reader.initialize(split.serializableHadoopSplit.value, hadoopAttemptContext)\n\n      \/\/ Register an on-task-completion callback to close the input stream.\n      context.addOnCompleteCallback(() => close())\n      var havePair = false\n      var finished = false\n\n      override def hasNext: Boolean = {\n        if (!finished && !havePair) {\n          finished = !reader.nextKeyValue\n          havePair = !finished\n        }\n        !finished\n      }\n\n      override def next(): (Array[Byte], java.util.List[(Array[Byte], Array[Byte], Array[Byte])]) = {\n        if (!hasNext) {\n          throw new java.util.NoSuchElementException(\"End of stream\")\n        }\n        havePair = false\n\n        val it = reader.getCurrentValue.list().iterator()\n\n        val list = new ArrayList[(Array[Byte], Array[Byte], Array[Byte])]()\n\n        while (it.hasNext()) {\n          val kv = it.next()\n          list.add((kv.getFamily(), kv.getQualifier(), kv.getValue()))\n        }\n        (reader.getCurrentKey.copyBytes(), list)\n      }\n\n      private def close() {\n        try {\n          reader.close()\n        } catch {\n          case e: Exception => logWarning(\"Exception in RecordReader.close()\", e)\n        }\n      }\n    }\n    new InterruptibleIterator(context, iter)\n  }\n\n  def addCreds {\n    val creds = credentialBroadcast.value.value\n\n    val ugi = UserGroupInformation.getCurrentUser();\n    ugi.addCredentials(creds)\n    \/\/ specify that this is a proxy user \n    ugi.setAuthenticationMethod(AuthenticationMethod.PROXY)\n  }\n\n  private[spark] class NewHadoopPartition(\n    rddId: Int,\n    val index: Int,\n    @transient rawSplit: InputSplit with Writable)\n    extends Partition {\n\n    val serializableHadoopSplit = new SerializableWritable(rawSplit)\n\n    override def hashCode(): Int = 41 * (41 + rddId) + index\n  }\n}"}
{"repo_name":"javachen\/learning-hadoop","path":"spark-on-hbase\/src\/main\/scala\/org\/apache\/spark\/hbase\/example\/HBaseDistributeScanExample.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.hbase.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.hadoop.hbase.HBaseConfiguration\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.hbase.util.Bytes\nimport org.apache.hadoop.hbase.client.Get\nimport org.apache.hadoop.hbase.client.Result\nimport org.apache.spark.hbase.HBaseContext\nimport org.apache.hadoop.hbase.client.Scan\nimport java.util.ArrayList\nimport org.apache.spark.SparkConf\n\n\nobject HBaseDistributedScanExample {\n  def main(args: Array[String]) {\n    if (args.length == 0) {\n      System.out.println(\"GenerateGraphs {tableName}\")\n      return ;\n    }\n\n    val tableName = args(0);\n\n    val sparkConf = new SparkConf().setAppName(\"HBaseDistributedScanExample \" + tableName )\n    val sc = new SparkContext(sparkConf)\n\n    val conf = HBaseConfiguration.create()\n    conf.addResource(new Path(\"\/etc\/hbase\/conf\/core-site.xml\"))\n    conf.addResource(new Path(\"\/etc\/hbase\/conf\/hbase-site.xml\"))\n\n    val hbaseContext = new HBaseContext(sc, conf)\n    \n    var scan = new Scan()\n    scan.setCaching(100)\n    \n    var getRdd = hbaseContext.hbaseRDD(tableName, scan)\n    println(\" --- abc\")\n    getRdd.foreach(v => println(Bytes.toString(v._1)))\n    println(\" --- def\")\n    getRdd.collect.foreach(v => println(Bytes.toString(v._1)))\n    println(\" --- qwe\")\n    \n  }\n}"}
{"repo_name":"javachen\/learning-hadoop","path":"spark-on-hbase\/src\/main\/scala\/org\/apache\/spark\/hbase\/example\/HBaseStreamingBulkPutExample.scala","text":"<gh_stars>100-1000\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.hbase.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.hadoop.hbase.HBaseConfiguration\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.hbase.util.Bytes\nimport org.apache.hadoop.hbase.client.Put\nimport org.apache.spark.hbase.HBaseContext\nimport org.apache.spark.streaming.StreamingContext\nimport org.apache.spark.streaming.Seconds\nimport org.apache.spark.SparkConf\n\nobject HBaseStreamingBulkPutExample {\n  def main(args: Array[String]) {\n    if (args.length == 0) {\n        System.out.println(\"HBaseStreamingBulkPutExample {host} {port} {tableName} {columnFamily}\");\n        return;\n      }\n      \n      val host = args(0);\n      val port = args(1);\n      val tableName = args(2);\n      val columnFamily = args(3);\n      \n      println(\"host:\" + host)\n      println(\"port:\" + Integer.parseInt(port))\n      println(\"tableName:\" + tableName)\n      println(\"columnFamily:\" + columnFamily)\n      \n      val sparkConf = new SparkConf().setAppName(\"HBaseBulkPutTimestampExample \" + tableName + \" \" + columnFamily)\n      sparkConf.set(\"spark.cleaner.ttl\", \"120000\");\n      val sc = new SparkContext(sparkConf)\n      \n      val ssc = new StreamingContext(sc, Seconds(1))\n      \n      val lines = ssc.socketTextStream(host, port.toInt)\n      \n      val conf = HBaseConfiguration.create();\n      conf.addResource(new Path(\"\/etc\/hbase\/conf\/core-site.xml\"));\n      conf.addResource(new Path(\"\/etc\/hbase\/conf\/hbase-site.xml\"));\n      \n      val hbaseContext = new HBaseContext(sc, conf);\n      \n      hbaseContext.streamBulkPut[String](lines, \n          tableName,\n          (putRecord) => {\n            if (putRecord.length() > 0) {\n              val put = new Put(Bytes.toBytes(putRecord))\n              put.add(Bytes.toBytes(\"c\"), Bytes.toBytes(\"foo\"), Bytes.toBytes(\"bar\"))\n              put\n            } else {\n              null\n            }\n          },\n          false);\n      \n      ssc.start();\n      \n      \n  }\n}"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/utils\/package.scala","text":"<reponame>kitlangton\/tranzactio<filename>src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/utils\/package.scala\npackage io.github.gaelrenoux.tranzactio\n\nimport cats.effect.Blocker\nimport zio.ZIO\nimport zio.blocking.Blocking\n\npackage object utils {\n\n  val ZCatsBlocker: ZIO[Blocking, Nothing, Blocker] = ZIO.access[Blocking] { b =>\n    Blocker.liftExecutionContext(b.get.blockingExecutor.asEC)\n  }\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/samples\/scala\/samples\/anorm\/package.scala","text":"<reponame>kitlangton\/tranzactio\npackage samples\n\nimport zio.Has\n\npackage object anorm {\n  type PersonQueries = Has[PersonQueries.Service]\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/DbException.scala","text":"package io.github.gaelrenoux.tranzactio\n\nimport zio.duration.Duration\n\n\/** All exceptions that may happen when working with the DB. *\/\nsealed trait DbException extends Exception\n\nobject DbException {\n\n  case class Wrapped(cause: Throwable) extends Exception(cause) with DbException\n\n  case class Timeout(duration: Duration) extends Exception(s\"Timeout after $duration\") with DbException\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/DatabaseServiceBase.scala","text":"<filename>src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/DatabaseServiceBase.scala\npackage io.github.gaelrenoux.tranzactio\n\nimport java.sql.{Connection => JdbcConnection}\n\nimport zio.{Has, Tag, ZIO}\n\n\n\/** Template implementing a default transactional mechanism, based on a ConnectionSource. *\/\nabstract class DatabaseServiceBase[Connection <: Has[_] : Tag](connectionSource: ConnectionSource.Service)\n  extends DatabaseOps.ServiceOps[Connection] {\n\n  import connectionSource._\n\n  def connectionFromJdbc(connection: JdbcConnection): ZIO[Any, Nothing, Connection]\n\n  private[tranzactio] override def transactionRFull[R <: Has[_], E, A](zio: ZIO[R with Connection, E, A], commitOnFailure: Boolean = false)\n    (implicit errorStrategies: ErrorStrategiesRef): ZIO[R, Either[DbException, E], A] =\n    ZIO.accessM[R] { r =>\n      runTransaction({ c: JdbcConnection =>\n        connectionFromJdbc(c).map(r ++ _).flatMap(zio.provide(_))\n      }, commitOnFailure)\n    }\n\n  private[tranzactio] override def autoCommitRFull[R <: Has[_], E, A](zio: ZIO[R with Connection, E, A])\n    (implicit errorStrategies: ErrorStrategiesRef): ZIO[R, Either[DbException, E], A] = {\n    ZIO.accessM[R] { r =>\n      runAutoCommit { c: JdbcConnection =>\n        connectionFromJdbc(c).map(r ++ _).flatMap(zio.provide(_))\n      }\n    }\n  }\n\n}\n\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/samples\/scala\/samples\/doobie\/LayeredApp.scala","text":"package samples.doobie\n\nimport io.github.gaelrenoux.tranzactio.doobie._\nimport io.github.gaelrenoux.tranzactio.{DbException, ErrorStrategiesRef}\nimport samples.{Conf, ConnectionPool, Person}\nimport zio._\n\n\/** A sample app where all modules are linked through ZLayer. Should run as is (make sure you have com.h2database:h2 in\n * your dependencies). *\/\nobject LayeredApp extends zio.App {\n\n  private val zenv = ZEnv.any\n  private val conf = Conf.live(\"samble-doobie-app\")\n  private val dbRecoveryConf = conf >>> ZLayer.fromService { (c: Conf.Root) => c.dbRecovery }\n  private val datasource = (conf ++ zenv) >>> ConnectionPool.live\n  private val database = (datasource ++ zenv ++ dbRecoveryConf) >>> Database.fromDatasourceAndErrorStrategies\n  private val personQueries = PersonQueries.live\n\n  type AppEnv = ZEnv with Database with PersonQueries with Conf\n  private val appEnv = zenv ++ conf ++ database ++ personQueries\n\n  override def run(args: List[String]): ZIO[zio.ZEnv, Nothing, ExitCode] = {\n    val prog = for {\n      _ <- console.putStrLn(\"Starting the app\")\n      trio <- myApp().provideLayer(appEnv)\n      _ <- console.putStrLn(trio.mkString(\", \"))\n    } yield ExitCode(0)\n\n    prog.orDie\n  }\n\n  \/** Main code for the application. Results in a big ZIO depending on the AppEnv. *\/\n  def myApp(): ZIO[AppEnv, DbException, List[Person]] = {\n    val queries: ZIO[Connection with AppEnv, DbException, List[Person]] = for {\n      _ <- console.putStrLn(\"Creating the table\")\n      _ <- PersonQueries.setup\n      _ <- console.putStrLn(\"Inserting the trio\")\n      _ <- PersonQueries.insert(Person(\"Buffy\", \"Summers\"))\n      _ <- PersonQueries.insert(Person(\"Willow\", \"Rosenberg\"))\n      _ <- PersonQueries.insert(Person(\"Alexander\", \"Harris\"))\n      _ <- console.putStrLn(\"Reading the trio\")\n      trio <- PersonQueries.list\n    } yield trio\n\n    ZIO.accessM[AppEnv] { env =>\n      \/\/ if this implicit is not provided, tranzactio will use Conf.Root.dbRecovery instead\n      implicit val errorRecovery: ErrorStrategiesRef = env.get[Conf.Root].alternateDbRecovery\n      Database.transactionOrWidenR[AppEnv](queries)\n    }\n  }\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/package.scala","text":"package io.github.gaelrenoux\n\nimport zio.Has\n\npackage object tranzactio {\n\n  type ConnectionSource = Has[ConnectionSource.Service]\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/samples\/scala\/samples\/doobie\/LayeredAppStreaming.scala","text":"package samples.doobie\n\nimport io.github.gaelrenoux.tranzactio.doobie._\nimport io.github.gaelrenoux.tranzactio.{DbException, ErrorStrategiesRef}\nimport samples.{Conf, ConnectionPool, Person}\nimport zio._\nimport zio.stream._\n\n\/** Same as LayeredApp, but using Doobie's stream (converted into ZIO strem). *\/\n\/\/ scalastyle:off magic.number\nobject LayeredAppStreaming extends zio.App {\n\n  private val zenv = ZEnv.any\n  private val conf = Conf.live(\"samble-doobie-app-streaming\")\n  private val dbRecoveryConf = conf >>> ZLayer.fromService { (c: Conf.Root) => c.dbRecovery }\n  private val datasource = (conf ++ zenv) >>> ConnectionPool.live\n  private val database = (datasource ++ zenv ++ dbRecoveryConf) >>> Database.fromDatasourceAndErrorStrategies\n  private val personQueries = PersonQueries.live\n\n  type AppEnv = ZEnv with Database with PersonQueries with Conf\n  private val appEnv = zenv ++ conf ++ database ++ personQueries\n\n  override def run(args: List[String]): ZIO[zio.ZEnv, Nothing, ExitCode] = {\n    val prog = for {\n      _ <- console.putStrLn(\"Starting the app\")\n      trio <- myApp().provideLayer(appEnv)\n      _ <- console.putStrLn(trio.mkString(\", \"))\n    } yield ExitCode(0)\n\n    prog.orDie\n  }\n\n  \/** Main code for the application. Results in a big ZIO depending on the AppEnv. *\/\n  def myApp(): ZIO[AppEnv, DbException, List[Person]] = {\n    val queries = for {\n      _ <- console.putStrLn(\"Creating the table\")\n      _ <- PersonQueries.setup\n      _ <- console.putStrLn(\"Inserting the trio\")\n      _ <- PersonQueries.insert(Person(\"Buffy\", \"Summers\"))\n      _ <- PersonQueries.insert(Person(\"Willow\", \"Rosenberg\"))\n      _ <- PersonQueries.insert(Person(\"Alexander\", \"Harris\"))\n      _ <- PersonQueries.insert(Person(\"Rupert\", \"Giles\")) \/\/ insert one more!\n      _ <- console.putStrLn(\"Reading the trio\")\n      trio <- {\n        val stream: ZStream[PersonQueries with Connection, DbException, Person] = PersonQueries.listStream.take(3)\n        stream.run(Sink.foldLeft(List[Person]())(_.prepended(_)))\n      }\n    } yield trio.reverse\n\n    ZIO.accessM[AppEnv] { env =>\n      \/\/ if this implicit is not provided, tranzactio will use Conf.Root.dbRecovery instead\n      implicit val errorRecovery: ErrorStrategiesRef = env.get[Conf.Root].alternateDbRecovery\n      Database.transactionOrWidenR[AppEnv](queries)\n    }\n  }\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/main\/scala\/io\/github\/gaelrenoux\/tranzactio\/anorm\/package.scala","text":"package io.github.gaelrenoux.tranzactio\n\nimport java.sql.{Connection => JdbcConnection}\n\nimport io.github.gaelrenoux.tranzactio.test.DatabaseModuleTestOps\nimport izumi.reflect.Tag\nimport zio.blocking.{Blocking, effectBlocking}\nimport zio.{Has, ZIO, ZLayer}\n\n\n\/** TranzactIO module for Anorm. Note that the 'Connection' also includes the Blocking module, as tzio also needs to\n * provide the wrapper around the synchronous Anorm method. *\/\npackage object anorm extends Wrapper {\n  override final type Connection = Has[JdbcConnection] with Blocking\n  override final type Database = Has[Database.Service]\n  override final type Query[A] = JdbcConnection => A\n  override final type TranzactIO[A] = ZIO[Connection, DbException, A]\n\n  private[tranzactio] val connectionTag = implicitly[Tag[Connection]]\n\n  override final def tzio[A](q: Query[A]): TranzactIO[A] =\n    ZIO.accessM[Connection] { c =>\n      effectBlocking(q(c.get[JdbcConnection]))\n    }.mapError(DbException.Wrapped)\n\n  \/** Database for the Anorm wrapper *\/\n  object Database\n    extends DatabaseModuleBase[Connection, DatabaseOps.ServiceOps[Connection]]\n      with DatabaseModuleTestOps[Connection] {\n    self =>\n\n    private[tranzactio] override implicit val connectionTag: Tag[Connection] = anorm.connectionTag\n\n    \/** How to provide a Connection for the module, given a JDBC connection and some environment. *\/\n    final def connectionFromJdbc(env: Blocking, connection: JdbcConnection): ZIO[Any, Nothing, Connection] =\n      ZIO.succeed(Has(connection) ++ env)\n\n    \/** Creates a Database Layer which requires an existing ConnectionSource. *\/\n    final def fromConnectionSource: ZLayer[ConnectionSource with Blocking, Nothing, Database] =\n      ZLayer.fromFunction { env: ConnectionSource with Blocking =>\n        new DatabaseServiceBase[Connection](env.get[ConnectionSource.Service]) with Database.Service {\n          override final def connectionFromJdbc(connection: JdbcConnection): ZIO[Any, Nothing, Connection] =\n            self.connectionFromJdbc(env, connection)\n        }\n      }\n\n  }\n\n\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/samples\/scala\/samples\/doobie\/package.scala","text":"package samples\n\nimport zio.Has\n\npackage object doobie {\n  type PersonQueries = Has[PersonQueries.Service]\n}\n"}
{"repo_name":"kitlangton\/tranzactio","path":"src\/samples\/scala\/samples\/package.scala","text":"import zio.Has\n\npackage object samples {\n  type Conf = Has[Conf.Root]\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/inmemory\/TransientInMemoryCarAdvertRepositorySpec.scala","text":"<filename>test\/repository\/inmemory\/TransientInMemoryCarAdvertRepositorySpec.scala\npackage repository.inmemory\n\nimport repository.AbstractCarAdvertRepositorySpec\n\nclass TransientInMemoryCarAdvertRepositorySpec extends AbstractCarAdvertRepositorySpec {\n\n  val repositoryFactory = () => new TransientInMemoryCarAdvertRepository\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/inmemory\/TransientInMemoryCarAdvertRepository.scala","text":"package repository.inmemory\n\nimport java.time.LocalDate\nimport java.util.UUID\nimport javax.inject._\n\nimport model.{CarAdvert, NewCarAdvert, UsedCarAdvert}\nimport repository.Orderings._\nimport repository._\n\n\/**\n  * A simple repository implementation keeping all data in memory not persisting it to anywhere.\n  *\n  * This is mainly just for getting started having some implementation of a repositry or e.g. for mocking purposes.\n  *\/\n@Singleton\nclass TransientInMemoryCarAdvertRepository extends CarAdvertRepository {\n\n  private var carAdverts = Map[UUID, CarAdvert]()\n\n  override def get(): Seq[CarAdvert] = carAdverts.values.toSeq\n\n  override def get(sortField: SortField): Seq[CarAdvert] = {\n    val adverts = carAdverts.values.toSeq\n\n    import SortFieldType._\n\n    sortField match {\n      case TITLE => adverts.sortBy(_.title)\n      case FUEL => adverts.sortBy(_.fuel)\n      case PRICE => adverts.sortBy(_.price)\n      case ISNEW => adverts.sortBy {\n        case newAdvert : NewCarAdvert => 1\n        case usedCarAdvert: UsedCarAdvert => 0\n      }\n      case MILEAGE => adverts.sortBy {\n        case _ : NewCarAdvert => Int.MinValue\n        case usedCarAdvert: UsedCarAdvert => usedCarAdvert.mileage\n      }\n      case FIRSTREGISTRATION => adverts.sortBy {\n        case _ : NewCarAdvert => LocalDate.MIN\n        case usedCarAdvert: UsedCarAdvert => usedCarAdvert.firstRegistration\n      }\n      case ID => adverts.sortBy(_.id)\n    }\n  }\n\n  override def getById(id: UUID): Option[CarAdvert] = carAdverts.get(id)\n\n  \/**\n    * @return true if no advert with the same id existed and the new advert was added\n    *\/\n  override def add(carAdvert: CarAdvert): Boolean = {\n    val exists = carAdverts.get(carAdvert.id).isDefined\n    if (!exists) {\n      carAdverts = carAdverts + (carAdvert.id -> carAdvert)\n    }\n    \/\/ return true if advert was added\n    !exists\n  }\n\n  \/**\n    * @return true if an advert with the same id existed and the advert was updated\n    *\/\n  override def update(carAdvert: CarAdvert): Boolean = {\n    val exists = carAdverts.get(carAdvert.id).isDefined\n    if (exists) {\n      carAdverts = carAdverts + (carAdvert.id -> carAdvert)\n    }\n    exists\n  }\n\n  override def delete(id: UUID): Boolean = {\n    val advert = carAdverts.get(id)\n    advert.foreach(_ => carAdverts = carAdverts - id)\n    advert.isDefined\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/module\/RepositoryModule.scala","text":"package module\n\nimport com.google.inject.AbstractModule\nimport repository.CarAdvertRepository\nimport repository.jooq.JooqCarAdvertRepository\n\nclass RepositoryModule extends AbstractModule {\n  override def configure(): Unit = {\n    bind(classOf[CarAdvertRepository])\n\/\/      .to(classOf[TransientInMemoryCarAdvertRepository])\n\/\/      .to(classOf[JdbcCarAdvertRepository])\n      .to(classOf[JooqCarAdvertRepository])\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/jdbc\/JdbcCarAdvertRepository.scala","text":"<reponame>jogoes\/caradverts\npackage repository.jdbc\n\nimport java.sql.{Connection, Date, ResultSet, Types}\nimport java.time.LocalDate\nimport java.util.UUID\nimport javax.inject.Inject\n\nimport model.FuelTypes._\nimport model.{CarAdvert, FuelTypes, NewCarAdvert, UsedCarAdvert}\nimport play.api.db.Database\nimport repository.{CarAdvertRepository, SortField}\n\nclass JdbcCarAdvertRepository @Inject()(db: Database) extends CarAdvertRepository {\n\n  def toLocalDate(sqlDate: Date): Option[LocalDate] = {\n    if (sqlDate == null) {\n      None\n    } else {\n      Some(sqlDate.toLocalDate)\n    }\n  }\n\n  def toCarAdvert(rs: ResultSet): CarAdvert = {\n    val mileage = rs.getInt(6)\n    val optMileage = if (rs.wasNull()) None else Some(mileage)\n    val fuelType = FuelTypes.fromString(rs.getString(3)).getOrElse(UNKNOWN)\n    val isNew = rs.getBoolean(5)\n    if(isNew) {\n      CarAdvert(UUID.fromString(rs.getString(1)), rs.getString(2), fuelType, rs.getInt(4))\n    } else {\n      CarAdvert(UUID.fromString(rs.getString(1)), rs.getString(2), fuelType, rs.getInt(4), rs.getInt(6), rs.getDate(7).toLocalDate)\n    }\n  }\n\n  override def get(): Seq[CarAdvert] = {\n    db.withConnection {\n      connection => {\n        val stmt = connection.createStatement()\n        val rs = stmt.executeQuery(\"SELECT * FROM caradvert\")\n\n        var adverts = Seq[CarAdvert]()\n        while (rs.next()) {\n          val advert = toCarAdvert(rs)\n          adverts = advert +: adverts\n        }\n        adverts\n      }\n    }\n  }\n\n\n  override def get(sortField: SortField): Seq[CarAdvert] = {\n    val dbSortField = sortField.name\n    db.withConnection {\n      connection => {\n        val stmt = connection.createStatement()\n        \/\/ sort in descending order since we are prepending the items later to the returned sequence\n        \/\/ and we want them in ascending order there\n        val rs = stmt.executeQuery(s\"SELECT * FROM caradvert ORDER BY $dbSortField DESC\")\n\n        var adverts = Seq[CarAdvert]()\n        while (rs.next()) {\n          val advert = toCarAdvert(rs)\n          adverts = advert +: adverts\n        }\n        adverts\n      }\n    }\n  }\n\n  override def getById(id: UUID): Option[CarAdvert] = {\n    db.withConnection {\n      connection => {\n        val stmt = connection.prepareStatement(\"SELECT * FROM caradvert WHERE id=?\")\n        stmt.setString(1, id.toString)\n        val rs = stmt.executeQuery()\n\n        rs.next match {\n          case true => Some(toCarAdvert(rs))\n          case _ => None\n        }\n      }\n    }\n  }\n\n  def exists(connection: Connection, id: UUID): Boolean = {\n    db.withConnection {\n      connection => {\n        val stmt = connection.prepareStatement(\"SELECT * FROM caradvert WHERE id=?\")\n        stmt.setString(1, id.toString)\n        val rs = stmt.executeQuery()\n        rs.next\n      }\n    }\n  }\n\n  def insert(connection: Connection, carAdvert: CarAdvert) = {\n    val stmt = connection.prepareStatement(\"INSERT INTO caradvert (id, title, fuel, price, isnew, mileage, firstregistration) VALUES (?, ?, ?, ?, ?, ?, ?)\")\n\n    stmt.setString(1, carAdvert.id.toString)\n    stmt.setString(2, carAdvert.title)\n    stmt.setString(3, carAdvert.fuel.toString)\n    stmt.setInt(4, carAdvert.price)\n    carAdvert match {\n      case newCarAdvert : NewCarAdvert =>\n        stmt.setBoolean(5, true)\n        stmt.setNull(6, Types.INTEGER)\n        stmt.setNull(7, Types.DATE)\n      case usedCarAdvert : UsedCarAdvert =>\n        stmt.setBoolean(5, false)\n        stmt.setInt(6, usedCarAdvert.mileage)\n        stmt.setDate(7, Date.valueOf(usedCarAdvert.firstRegistration))\n    }\n    stmt.execute()\n  }\n\n  def add(carAdvert: CarAdvert): Boolean = {\n    db.withConnection {\n      connection => {\n        if (exists(connection, carAdvert.id)) {\n          false\n        } else {\n          insert(connection, carAdvert)\n          true\n        }\n      }\n    }\n  }\n\n  def update(connection: Connection, carAdvert: CarAdvert): Boolean = {\n    val stmt = connection.prepareStatement(\"UPDATE caradvert SET title=?, fuel=?, price=?, isnew=?, mileage=?, firstregistration=? WHERE id=?\")\n\n    stmt.setString(1, carAdvert.title)\n    stmt.setString(2, carAdvert.fuel.toString)\n    stmt.setInt(3, carAdvert.price)\n    carAdvert match {\n      case newCarAdvert : NewCarAdvert =>\n        stmt.setBoolean(4, true)\n        stmt.setNull(5, Types.INTEGER)\n        stmt.setNull(6, Types.DATE)\n      case usedCarAdvert : UsedCarAdvert =>\n        stmt.setBoolean(4, false)\n        stmt.setInt(5, usedCarAdvert.mileage)\n        stmt.setDate(6, Date.valueOf(usedCarAdvert.firstRegistration))\n    }\n    stmt.setString(7, carAdvert.id.toString)\n    stmt.executeUpdate() > 0\n  }\n\n  def update(carAdvert: CarAdvert): Boolean = {\n    db.withConnection {\n      connection => {\n        if (exists(connection, carAdvert.id)) {\n          update(connection, carAdvert)\n        } else {\n          false\n        }\n      }\n    }\n  }\n\n  def delete(id: UUID): Boolean = {\n    db.withConnection {\n      connection => {\n        val stmt = connection.prepareStatement(\"DELETE FROM caradvert WHERE id=?\")\n        stmt.setString(1, id.toString)\n        stmt.executeUpdate() > 0\n      }\n    }\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/jooq\/FuelTypeConverterSpec.scala","text":"package repository.jooq\n\nimport model.FuelTypes._\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass FuelTypeConverterSpec extends FlatSpec with Matchers {\n\n  private val converter = new FuelTypeConverter\n\n  \"FuelTypeConverter\" should \"convert from string to fuel type\" in {\n    converter.from(\"GASOLINE\") shouldBe GASOLINE\n    converter.from(\"DIESEL\") shouldBe DIESEL\n  }\n\n  it should \"convert from fuel type to string\" in {\n    converter.to(GASOLINE) shouldBe \"GASOLINE\"\n    converter.to(DIESEL) shouldBe \"DIESEL\"\n  }\n\n  it should \"throw exception in case of invalid string\" in {\n    an [NoSuchElementException] should be thrownBy converter.from(\"XYZ\")\n    an [NoSuchElementException] should be thrownBy converter.from(null)\n  }\n\n  it should \"throw exception in case of invalid fuel type\" in {\n    an [NullPointerException] should be thrownBy converter.to(null)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/jooq\/SqlDateToLocalDateConverterSpec.scala","text":"<reponame>jogoes\/caradverts\npackage repository.jooq\n\nimport java.sql.Date\nimport java.time.LocalDate\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass SqlDateToLocalDateConverterSpec extends FlatSpec with Matchers {\n\n  private val converter = new SqlDateToLocalDateConverter\n\n  \"SqlDateToLocalDateConverter\" should \"convert SqlDate to LocalDate\" in {\n    val sqlDate = new Date(1477954800000L)\n    converter.from(sqlDate) shouldBe LocalDate.of(2016, 11, 1)\n  }\n\n  it should \"convert null LocalDate to null SqlDate\" in {\n    converter.from(null) shouldBe null\n  }\n\n  it should \"convert LocalDate to SqlDate\" in {\n    converter.to(LocalDate.of(2016, 11, 1)) shouldBe new Date(1477954800000L)\n  }\n\n  it should \"convert null SqlDate to null LocalDate\" in {\n    converter.to(null) shouldBe null\n  }\n\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/json\/CarAdvertFormatSpec.scala","text":"package json\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nimport json.CarAdvertFormat._\nimport model.CarAdvert\nimport model.FuelTypes._\nimport org.scalatest.{FlatSpec, Matchers}\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass CarAdvertFormatSpec extends FlatSpec with Matchers {\n\n  val uuid = UUID.fromString(\"75fb4ade-f5c7-4da3-b88a-4d6b7d8c42a8\")\n  val advertUsed = CarAdvert(uuid, \"advert1\", GASOLINE, 1234, 5678, LocalDate.of(2016, 10, 11))\n  val jsonAdvertUsed = \"\"\"{\"id\":\"75fb4ade-f5c7-4da3-b88a-4d6b7d8c42a8\",\"title\":\"advert1\",\"fuel\":\"GASOLINE\",\"price\":1234,\"isnew\":false,\"mileage\":5678,\"firstRegistration\":\"2016-10-11\"}\"\"\"\n  val advertNew = CarAdvert(uuid, \"advert1\", GASOLINE, 1234)\n  val jsonAdvertNew = \"\"\"{\"id\":\"75fb4ade-f5c7-4da3-b88a-4d6b7d8c42a8\",\"title\":\"advert1\",\"fuel\":\"GASOLINE\",\"price\":1234,\"isnew\":true}\"\"\"\n\n  \"CarAdvertFormat\" should \"convert object to json\" in {\n    Json.toJson(advertUsed).toString should equal(jsonAdvertUsed)\n  }\n\n  it should \"omit none members from json\" in {\n    val uuid = UUID.fromString(\"75fb4ade-f5c7-4da3-b88a-4d6b7d8c42a8\")\n    Json.toJson(advertNew).toString should equal(jsonAdvertNew)\n  }\n\n  it should \"parse used car advert with all properties set\" in {\n    val advert = Json.parse(jsonAdvertUsed).validate[CarAdvert]\n    advert should equal (JsSuccess(advertUsed))\n  }\n\n  it should \"parse car advert json with not existing properties\" in {\n    val advert = Json.parse(jsonAdvertNew).validate[CarAdvert]\n    advert should equal (JsSuccess(advertNew))\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/jooq\/FuelTypeConverter.scala","text":"<reponame>jogoes\/caradverts\npackage repository.jooq\n\nimport model.{FuelType, FuelTypes}\nimport org.jooq.Converter\n\nclass FuelTypeConverter extends Converter[String, FuelType] {\n\n  override def toType: Class[FuelType] = classOf[FuelType]\n\n  override def from(s: String): FuelType = FuelTypes.fromString(s).get \/\/ TODO\n\n  override def to(fuelType: FuelType): String = fuelType.name\n\n  override def fromType(): Class[String] = classOf[String]\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/testutil\/CarAdvertHelpers.scala","text":"<gh_stars>0\npackage testutil\n\nimport java.time.LocalDate\n\nimport model.{CarAdvert, NewCarAdvert, UsedCarAdvert}\n\nobject CarAdvertHelpers {\n  def toMileage(carAdvert: CarAdvert) : Int = {\n    carAdvert match {\n      case newCarAdvert: NewCarAdvert => Int.MinValue\n      case usedCarAdvert: UsedCarAdvert => usedCarAdvert.mileage\n    }\n  }\n\n  def toFirstRegistration(carAdvert: CarAdvert) : LocalDate = {\n    carAdvert match {\n      case newCarAdvert: NewCarAdvert => LocalDate.MIN\n      case usedCarAdvert: UsedCarAdvert => usedCarAdvert.firstRegistration\n    }\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/jooq\/JooqCarAdvertRepository.scala","text":"package repository.jooq\n\nimport java.time.LocalDate\nimport java.util.UUID\nimport javax.inject.Inject\n\nimport generated.jooq.tables.Caradvert._\nimport model.{CarAdvert, NewCarAdvert, UsedCarAdvert}\nimport org.jooq.impl.DSL\nimport org.jooq.{DSLContext, Record, SQLDialect}\nimport play.api.db.Database\nimport repository.SortFieldType._\nimport repository._\n\nimport scala.collection.JavaConverters._\n\nclass JooqCarAdvertRepository @Inject()(db: Database) extends CarAdvertRepository {\n\n  def withDSLContext[T](f: DSLContext => T): T = {\n    db.withConnection { connection =>\n      val dslContext = DSL.using(connection, SQLDialect.H2)\n      f(dslContext)\n    }\n  }\n\n  def toCarAdvert(record: Record): CarAdvert = {\n    import CARADVERT._\n\n    val isNew = record.get(ISNEW)\n    if (isNew) {\n      CarAdvert(\n        record.get(ID),\n        record.get(TITLE),\n        record.get(FUEL),\n        record.get(PRICE))\n    } else {\n      CarAdvert(\n        record.get(ID),\n        record.get(TITLE),\n        record.get(FUEL),\n        record.get(PRICE),\n        record.get(MILEAGE),\n        record.get(FIRSTREGISTRATION))\n    }\n  }\n\n  override def get(): Seq[CarAdvert] = {\n    withDSLContext(dslContext => {\n      dslContext\n        .select()\n        .from(CARADVERT)\n        .fetch()\n        .asScala\n        .map(toCarAdvert)\n    })\n  }\n\n  def toTableField(sortField: SortField) = sortField match {\n    case ID => CARADVERT.ID\n    case TITLE => CARADVERT.TITLE\n    case FUEL => CARADVERT.FUEL\n    case PRICE => CARADVERT.PRICE\n    case ISNEW => CARADVERT.ISNEW\n    case MILEAGE => CARADVERT.MILEAGE\n    case FIRSTREGISTRATION => CARADVERT.FIRSTREGISTRATION\n  }\n\n  override def get(sortField: SortField): Seq[CarAdvert] = {\n\n    val tableField = toTableField(sortField)\n\n    val adverts = DSL.select()\n      .from(CARADVERT)\n      .orderBy(tableField)\n\n    withDSLContext(dslContext => {\n      dslContext\n        .select()\n        .from(CARADVERT)\n        .orderBy(tableField)\n        .fetch()\n        .asScala\n        .map(toCarAdvert)\n    })\n  }\n\n  override def getById(id: UUID): Option[CarAdvert] = {\n    withDSLContext(dslContext => {\n      Option(\n        dslContext\n          .select()\n          .from(CARADVERT)\n          .where(CARADVERT.ID.eq(id))\n          .fetchOne())\n        .map(toCarAdvert)\n    })\n  }\n\n  def mileage(carAdvert: CarAdvert): Integer = {\n    carAdvert match {\n      case _: NewCarAdvert => null\n      case usedCarAdvert: UsedCarAdvert => usedCarAdvert.mileage\n    }\n  }\n\n  def firstRegistration(carAdvert: CarAdvert): LocalDate = {\n    carAdvert match {\n      case _: NewCarAdvert => null\n      case usedCarAdvert: UsedCarAdvert => usedCarAdvert.firstRegistration\n    }\n  }\n\n  override def add(carAdvert: CarAdvert): Boolean = {\n    withDSLContext(dslContext => {\n      import CARADVERT._\n\n      val exists = dslContext\n        .selectOne()\n        .from(CARADVERT)\n        .where(ID.equal(carAdvert.id))\n        .execute() > 0\n\n      val isNew = carAdvert.isInstanceOf[NewCarAdvert]\n      if (!exists) {\n        dslContext\n          .insertInto(CARADVERT, ID, TITLE, FUEL, PRICE, ISNEW, MILEAGE, FIRSTREGISTRATION)\n          .values(\n            carAdvert.id,\n            carAdvert.title,\n            carAdvert.fuel,\n            carAdvert.price,\n            isNew,\n            mileage(carAdvert),\n            firstRegistration(carAdvert)\n          )\n          .execute()\n      }\n      !exists\n    })\n  }\n\n  override def update(carAdvert: CarAdvert): Boolean = {\n    withDSLContext(dslContext => {\n      import CARADVERT._\n\n      val updateStatement = dslContext\n        .update(CARADVERT)\n        .set(ID, carAdvert.id)\n        .set(TITLE, carAdvert.title)\n        .set(FUEL, carAdvert.fuel)\n        .set(PRICE, int2Integer(carAdvert.price))\n\n      carAdvert match {\n        case newCarAdvert: NewCarAdvert =>\n          updateStatement.set(ISNEW, boolean2Boolean(true))\n        case usedCarAdvert: UsedCarAdvert =>\n          updateStatement.set(ISNEW, boolean2Boolean(false))\n            .set(MILEAGE, mileage(carAdvert))\n            .set(FIRSTREGISTRATION, firstRegistration(carAdvert))\n      }\n\n      updateStatement.where(ID.equal(carAdvert.id)).execute() > 0\n    })\n  }\n\n  override def delete(id: UUID): Boolean = {\n    withDSLContext(dslContext => {\n      import CARADVERT._\n\n      dslContext\n        .deleteFrom(CARADVERT)\n        .where(ID.equal(id))\n        .execute() > 0\n    })\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/Orderings.scala","text":"package repository\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nimport model.FuelType\n\nobject Orderings {\n  implicit val localDateOrdering: Ordering[LocalDate] = Ordering.by(_.toEpochDay)\n\n  implicit val uuidOrdering: Ordering[UUID] = Ordering.by(_.toString)\n\n  implicit val fuelOrdering: Ordering[FuelType] = Ordering.by(_.name)\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/AbstractCarAdvertRepositorySpec.scala","text":"package repository\n\nimport java.util.UUID\n\nimport model.FuelTypes._\nimport org.scalatest.{BeforeAndAfterEach, FlatSpec, Matchers}\nimport repository.Orderings._\nimport repository.SortFieldType._\nimport testutil.CarAdvertFactory._\nimport testutil.CarAdvertHelpers._\n\nabstract class AbstractCarAdvertRepositorySpec extends FlatSpec with Matchers with BeforeAndAfterEach {\n\n  def repositoryFactory: () => CarAdvertRepository\n\n  var repository: CarAdvertRepository = _\n\n  val adverts = Seq(\n    usedCarAdvert(\"advert1\", GASOLINE),\n    newCarAdvert(\"advert3\", DIESEL),\n    usedCarAdvert(\"advert2\", DIESEL),\n    newCarAdvert(\"advert4\", GASOLINE)\n  )\n\n  override protected def beforeEach(): Unit = {\n    repository = repositoryFactory()\n    fillRepository(repository)\n  }\n\n  private def fillRepository(repository: CarAdvertRepository) = adverts.foreach(repository.add)\n\n  \"CarAdvertRepository\" should \"add and get car adverts\" in {\n    val results = repository.get()\n    repository.get() should contain theSameElementsAs adverts\n  }\n\n  it should \"not insert item with same id twice\" in {\n    repository.add(adverts.head) shouldBe false\n  }\n\n  it should \"return car adverts sorted by id\" in {\n    repository.get(ID).map(_.id) shouldBe sorted\n  }\n\n  it should \"return car adverts sorted by title\" in {\n    repository.get(TITLE).map(_.title) shouldBe sorted\n  }\n\n  it should \"return car adverts sorted by fuel\" in {\n    repository.get(FUEL).map(_.fuel) shouldBe sorted\n  }\n\n  it should \"return car adverts sorted by price\" in {\n    repository.get(PRICE).map(_.price) shouldBe sorted\n  }\n\n  it should \"return car adverts sorted by mileage\" in {\n    repository.get(MILEAGE).map(toMileage) shouldBe sorted\n  }\n\n  it should \"return car adverts sorted by firstregistration\" in {\n    repository.get(FIRSTREGISTRATION).map(toFirstRegistration) shouldBe sorted\n  }\n\n  it should \"get car adverts by id\" in {\n    repository.getById(adverts.head.id) shouldBe adverts.headOption\n  }\n\n  it should \"return none for not existing id\" in {\n    repository.getById(UUID.randomUUID()) shouldBe None\n  }\n\n  it should \"update existing car advert\" in {\n    val newAdvert = newCarAdvert(adverts.head.id, \"advert10\", GASOLINE)\n\n    repository.update(newAdvert) shouldBe true\n    val advert = repository.getById(adverts.head.id)\n    advert shouldBe Some(newAdvert)\n  }\n\n  it should \"ignore updating non-existing car advert\" in {\n    val newAdvert = usedCarAdvert(\"advert10\", GASOLINE)\n\n    repository.update(newAdvert) shouldBe false\n    repository.get() should contain theSameElementsAs adverts\n  }\n\n  it should \"delete existing car advert\" in {\n    repository.delete(adverts.head.id) shouldBe true\n    repository.getById(adverts.head.id) shouldBe None\n  }\n\n  it should \"delete existing car advert and add it again\" in {\n    repository.delete(adverts.head.id) shouldBe true\n    repository.getById(adverts.head.id) shouldBe None\n    repository.add(adverts.head) shouldBe true\n    repository.getById(adverts.head.id) shouldBe adverts.headOption\n  }\n\n  it should \"not delete non-existing car advert\" in {\n    repository.delete(UUID.randomUUID) shouldBe false\n    repository.get should contain theSameElementsAs adverts\n  }\n}\n\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/jooq\/SqlDateToLocalDateConverter.scala","text":"package repository.jooq\n\nimport java.sql.Date\nimport java.time.LocalDate\n\nimport org.jooq.Converter\n\nclass SqlDateToLocalDateConverter extends Converter[Date, LocalDate] {\n\n  override def toType: Class[LocalDate] = classOf[LocalDate]\n\n  override def from(d: Date): LocalDate = if (d == null) null else d.toLocalDate\n\n  override def to(d: LocalDate): Date = if(d == null) null else Date.valueOf(d)\n\n  override def fromType(): Class[Date] = classOf[Date]\n}"}
{"repo_name":"jogoes\/caradverts","path":"test\/CarAdvertServerSpec.scala","text":"import json.CarAdvertFormat._\nimport model.CarAdvert\nimport model.FuelTypes._\nimport org.scalatest._\nimport org.scalatestplus.play._\nimport play.api.Application\nimport play.api.db.Database\nimport play.api.http.Status._\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\nimport play.api.libs.ws.{WSClient, WSRequest, WSResponse}\nimport play.api.test.{DefaultAwaitTimeout, FutureAwaits}\nimport testutil.CarAdvertFactory\nimport testutil.CarAdvertHelpers._\n\nclass CarAdvertServerSpec extends PlaySpec with OneServerPerTest with DefaultAwaitTimeout with FutureAwaits with BeforeAndAfterEach {\n\n  override def newAppForTest(testData: TestData): Application = {\n    val app = GuiceApplicationBuilder()\n      .configure(\n        \"db.default.url\" -> \"jdbc:h2:mem:caradvertservertest\",\n        \"db.default.username\" -> \"\"\n      )\n      .build()\n\n    \/\/ make sure we start with a clean table for each test\n    val database = app.injector.instanceOf(classOf[Database])\n    database.withConnection(connection => {\n      val stmt = connection.createStatement()\n      stmt.execute(\"TRUNCATE TABLE caradvert\")\n    })\n\n    app\n  }\n\n  def address: String = s\"localhost:$port\"\n\n  def url: String = s\"http:\/\/$address\/caradverts\"\n\n  def wsClient: WSClient = app.injector.instanceOf[WSClient]\n\n  def request: WSRequest = wsClient.url(url)\n\n  def toAdverts(response: WSResponse): Seq[CarAdvert] = Json.parse(response.body).validate[Seq[CarAdvert]].get\n\n  \"test adding car adverts\" in {\n    val advert1 = CarAdvertFactory.newCarAdvert(\"advert1\", GASOLINE)\n    val advert2 = CarAdvertFactory.newCarAdvert(\"advert2\", DIESEL)\n\n    {\n      var response = await(request.post(Json.toJson(advert1)))\n      response.status mustBe CREATED\n      \/\/ adding twice should return error\n      response = await(request.post(Json.toJson(advert1)))\n      response.status mustBe BAD_REQUEST\n      response = await(request.post(Json.toJson(advert2)))\n      response.status mustBe CREATED\n    }\n\n    \/\/ verify the adverts have been added\n    {\n      var response = await(request.get())\n      response.status mustBe OK\n      val carAdverts = toAdverts(response)\n      carAdverts must contain theSameElementsAs Seq(advert1, advert2)\n    }\n\n    \/\/ update car advert\n    val advert3 = CarAdvertFactory.newCarAdvert(advert2.id, \"advert3\", GASOLINE)\n\n    {\n      val response = await(request.withHeaders((\"Content-Type\", \"application\/json\")).put(Json.toJson(advert3)))\n      response.status mustBe NO_CONTENT\n    }\n\n    \/\/ verify the adverts have been updated\n    {\n      var response = await(request.get())\n      response.status mustBe OK\n      val carAdverts = toAdverts(response)\n      carAdverts must contain theSameElementsAs Seq(advert1, advert3)\n    }\n\n    \/\/ delete car advert\n    {\n      val response = await(wsClient.url(s\"$url\/${advert1.id}\").delete())\n      response.status mustBe NO_CONTENT\n    }\n\n    \/\/ verify item was deleted\n    {\n      val response = await(request.get())\n      response.status mustBe OK\n      val carAdverts = toAdverts(response)\n      carAdverts must contain theSameElementsAs Seq(advert3)\n    }\n  }\n\n  \"car adverts are returned sorted\" in {\n    val adverts = Seq(\n      CarAdvertFactory.newCarAdvert(\"advert1\", GASOLINE),\n      CarAdvertFactory.newCarAdvert(\"advert2\", DIESEL)\n    )\n\n    adverts.foreach(advert => {\n      var response = await(request.post(Json.toJson(advert)))\n      response.status mustBe CREATED\n    })\n\n    {\n      val response = await(request.withQueryString(\"sortby\" -> \"title\").get())\n      response.status mustBe OK\n      val carAdverts = toAdverts(response)\n      carAdverts.length mustBe adverts.length\n      carAdverts.map(_.title) mustBe sorted\n    }\n\n    {\n      val response = await(request.withQueryString(\"sortby\" -> \"mileage\").get())\n      response.status mustBe OK\n      val carAdverts = toAdverts(response)\n      carAdverts.length mustBe adverts.length\n      carAdverts.map(toMileage) mustBe sorted\n    }\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/CarAdvertRepository.scala","text":"package repository\n\nimport java.util.UUID\n\nimport model.CarAdvert\n\ntrait CarAdvertRepository {\n\n  def get(): Seq[CarAdvert]\n\n  def get(sortField: SortField): Seq[CarAdvert]\n\n  def getById(id: UUID): Option[CarAdvert]\n\n  def add(carAdvert: CarAdvert): Boolean\n\n  def update(carAdvert: CarAdvert): Boolean\n\n  def delete(id: UUID): Boolean\n\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/generated\/jooq\/Public.scala","text":"<reponame>jogoes\/caradverts<gh_stars>0\n\/**\n * This class is generated by jOOQ\n *\/\npackage generated.jooq\n\n\nimport generated.jooq.tables.Caradvert\n\nimport java.util.ArrayList\nimport java.util.Arrays\nimport java.util.List\n\nimport javax.annotation.Generated\n\nimport org.jooq.Catalog\nimport org.jooq.Table\nimport org.jooq.impl.SchemaImpl\n\nimport scala.Array\n\n\nobject Public {\n\n  \/**\n   * The reference instance of <code>PUBLIC<\/code>\n   *\/\n  val PUBLIC = new Public\n}\n\n\/**\n * This class is generated by jOOQ.\n *\/\n@Generated(\n  value = Array(\n    \"http:\/\/www.jooq.org\",\n    \"jOOQ version:3.8.5\"\n  ),\n  comments = \"This class is generated by jOOQ\"\n)\nclass Public extends SchemaImpl(\"PUBLIC\", DefaultCatalog.DEFAULT_CATALOG) {\n\n  override def getCatalog : Catalog = DefaultCatalog.DEFAULT_CATALOG\n\n  override def getTables : List[Table[_]] = {\n    val result = new ArrayList[Table[_]]\n    result.addAll(getTables0)\n    result\n  }\n\n  private def getTables0() : List[Table[_]] = {\n    return Arrays.asList[Table[_]](\n      Caradvert.CARADVERT)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/jooq\/UUIDConverter.scala","text":"package repository.jooq\n\nimport java.util.UUID\n\nimport org.jooq.Converter\n\nclass UUIDConverter extends Converter[String, UUID] {\n\n  override def toType: Class[UUID] = classOf[UUID]\n\n  override def from(s: String): UUID = UUID.fromString(s)\n\n  override def to(uuid: UUID): String = uuid.toString\n\n  override def fromType(): Class[String] = classOf[String]\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/OrderingsSpec.scala","text":"package repository\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nimport model.FuelType\nimport model.FuelTypes._\nimport org.scalatest.{FlatSpec, Matchers}\nimport repository.Orderings._\n\nclass OrderingsSpec extends FlatSpec with Matchers {\n\n  \"Orderings\" should \"order local date\" in {\n    val date1 = LocalDate.of(2016, 12, 1)\n    val date2 = LocalDate.of(2015, 1, 1)\n    val date3 = LocalDate.of(2016, 5, 10)\n\n    val dates = List(date1, date2, date3)\n\n    dates.sorted shouldBe List(date2, date3, date1)\n  }\n\n  it should \"order uuids\" in {\n    val uuid1 = UUID.fromString(\"36c0c479-e881-4da4-aa82-941b18fdde92\")\n    val uuid2 = UUID.fromString(\"cdecdf53-5c61-413c-8fa5-baeb14378150\")\n    val uuid3 = UUID.fromString(\"765c4210-d462-4f6d-b913-a7023b41dbd4\")\n\n    val uuids = List(uuid1, uuid2, uuid3)\n    uuids.sorted shouldBe List(uuid1, uuid3, uuid2)\n  }\n\n  it should \"order fuel types\" in {\n    val fuelType1 = GASOLINE\n    val fuelType2 = DIESEL\n    val fuelType3 = GASOLINE\n\n    val fuelTypes = List[FuelType](fuelType1, fuelType2, fuelType3)\n    fuelTypes.sorted shouldBe List(fuelType2, fuelType1, fuelType3)\n    fuelTypes.sorted shouldBe List(fuelType2, fuelType3, fuelType1)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"build.sbt","text":"name := \"\"\"caradverts\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.7\"\n\nval jOOQVersion = \"3.8.5\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  cache,\n  ws,\n  evolutions,\n  filters,\n  \"org.jooq\" % \"jooq\" % jOOQVersion,\n  \"org.jooq\" % \"jooq-codegen-maven\" % jOOQVersion,\n  \"org.jooq\" % \"jooq-meta\" % jOOQVersion,\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"1.5.1\" % Test,\n  \"org.mockito\" % \"mockito-core\" % \"2.2.7\" % Test\n)\n\nval generateJOOQ = taskKey[Seq[File]](\"Generate jOOQ classes\")\n\nval generateJOOQTask = (baseDirectory, dependencyClasspath in Compile, runner in Compile, streams) map {\n  (base, cp, r, s) =>\n    toError(r.run(\n      \"org.jooq.util.GenerationTool\",\n      cp.files,\n      Array(\"conf\/jooq\/configuration.xml\"),\n      s.log))\n    ((base \/ \"app\" \/ \"generated\") ** \"*.scala\").get\n}\n\ngenerateJOOQ <<= generateJOOQTask"}
{"repo_name":"jogoes\/caradverts","path":"app\/generated\/jooq\/Keys.scala","text":"\/**\n * This class is generated by jOOQ\n *\/\npackage generated.jooq\n\n\nimport generated.jooq.tables.Caradvert\nimport generated.jooq.tables.records.CaradvertRecord\n\nimport javax.annotation.Generated\n\nimport org.jooq.UniqueKey\nimport org.jooq.impl.AbstractKeys\n\nimport scala.Array\n\n\n\/**\n * A class modelling foreign key relationships between tables of the <code>PUBLIC<\/code> \n * schema\n *\/\n@Generated(\n  value = Array(\n    \"http:\/\/www.jooq.org\",\n    \"jOOQ version:3.8.5\"\n  ),\n  comments = \"This class is generated by jOOQ\"\n)\nobject Keys {\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ IDENTITY definitions\n  \/\/ -------------------------------------------------------------------------\n\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ UNIQUE and PRIMARY KEY definitions\n  \/\/ -------------------------------------------------------------------------\n\n  val CONSTRAINT_92 = UniqueKeys0.CONSTRAINT_92\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ FOREIGN KEY definitions\n  \/\/ -------------------------------------------------------------------------\n\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ [#1459] distribute members to avoid static initialisers > 64kb\n  \/\/ -------------------------------------------------------------------------\n\n  private object UniqueKeys0 extends AbstractKeys {\n    val CONSTRAINT_92 : UniqueKey[CaradvertRecord] = AbstractKeys.createUniqueKey(Caradvert.CARADVERT, \"CONSTRAINT_92\", Caradvert.CARADVERT.ID)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/generated\/jooq\/Tables.scala","text":"\/**\n * This class is generated by jOOQ\n *\/\npackage generated.jooq\n\n\nimport generated.jooq.tables.Caradvert\n\nimport javax.annotation.Generated\n\nimport scala.Array\n\n\n\/**\n * Convenience access to all tables in PUBLIC\n *\/\n@Generated(\n  value = Array(\n    \"http:\/\/www.jooq.org\",\n    \"jOOQ version:3.8.5\"\n  ),\n  comments = \"This class is generated by jOOQ\"\n)\nobject Tables {\n\n  \/**\n   * The table <code>PUBLIC.CARADVERT<\/code>.\n   *\/\n  val CARADVERT = generated.jooq.tables.Caradvert.CARADVERT\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/generated\/jooq\/tables\/Caradvert.scala","text":"\/**\n * This class is generated by jOOQ\n *\/\npackage generated.jooq.tables\n\n\nimport java.lang.Boolean\nimport java.time.LocalDate\nimport java.util.{Arrays, List, UUID}\nimport javax.annotation.Generated\n\nimport generated.jooq.tables.records.CaradvertRecord\nimport generated.jooq.{Keys, Public}\nimport model.FuelType\nimport org.jooq._\nimport org.jooq.impl.TableImpl\nimport repository.jooq.{FuelTypeConverter, SqlDateToLocalDateConverter, UUIDConverter}\n\n\nobject Caradvert {\n\n  \/**\n   * The reference instance of <code>PUBLIC.CARADVERT<\/code>\n   *\/\n  val CARADVERT = new Caradvert\n}\n\n\/**\n * This class is generated by jOOQ.\n *\/\n@Generated(\n  value = Array(\n    \"http:\/\/www.jooq.org\",\n    \"jOOQ version:3.8.5\"\n  ),\n  comments = \"This class is generated by jOOQ\"\n)\nclass Caradvert(alias : String, aliased : Table[CaradvertRecord], parameters : Array[ Field[_] ]) extends TableImpl[CaradvertRecord](alias, Public.PUBLIC, aliased, parameters, \"\") {\n\n  \/**\n   * The class holding records for this type\n   *\/\n  override def getRecordType : Class[CaradvertRecord] = {\n    classOf[CaradvertRecord]\n  }\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.ID<\/code>.\n   *\/\n  val ID : TableField[CaradvertRecord, UUID] = createField(\"ID\", org.jooq.impl.SQLDataType.VARCHAR.length(36).nullable(false), \"\", new UUIDConverter())\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.TITLE<\/code>.\n   *\/\n  val TITLE : TableField[CaradvertRecord, String] = createField(\"TITLE\", org.jooq.impl.SQLDataType.VARCHAR.length(2147483647).nullable(false), \"\")\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.FUEL<\/code>.\n   *\/\n  val FUEL : TableField[CaradvertRecord, FuelType] = createField(\"FUEL\", org.jooq.impl.SQLDataType.VARCHAR.length(255).nullable(false), \"\", new FuelTypeConverter())\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.PRICE<\/code>.\n   *\/\n  val PRICE : TableField[CaradvertRecord, Integer] = createField(\"PRICE\", org.jooq.impl.SQLDataType.INTEGER.nullable(false), \"\")\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.ISNEW<\/code>.\n   *\/\n  val ISNEW : TableField[CaradvertRecord, Boolean] = createField(\"ISNEW\", org.jooq.impl.SQLDataType.BOOLEAN.nullable(false), \"\")\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.MILEAGE<\/code>.\n   *\/\n  val MILEAGE : TableField[CaradvertRecord, Integer] = createField(\"MILEAGE\", org.jooq.impl.SQLDataType.INTEGER, \"\")\n\n  \/**\n   * The column <code>PUBLIC.CARADVERT.FIRSTREGISTRATION<\/code>.\n   *\/\n  val FIRSTREGISTRATION : TableField[CaradvertRecord, LocalDate] = createField(\"FIRSTREGISTRATION\", org.jooq.impl.SQLDataType.DATE, \"\", new SqlDateToLocalDateConverter())\n\n  \/**\n   * Create a <code>PUBLIC.CARADVERT<\/code> table reference\n   *\/\n  def this() = {\n    this(\"CARADVERT\", null, null)\n  }\n\n  \/**\n   * Create an aliased <code>PUBLIC.CARADVERT<\/code> table reference\n   *\/\n  def this(alias : String) = {\n    this(alias, generated.jooq.tables.Caradvert.CARADVERT, null)\n  }\n\n  private def this(alias : String, aliased : Table[CaradvertRecord]) = {\n    this(alias, aliased, null)\n  }\n\n  override def getSchema : Schema = Public.PUBLIC\n\n  override def getPrimaryKey : UniqueKey[CaradvertRecord] = {\n    Keys.CONSTRAINT_92\n  }\n\n  override def getKeys : List[ UniqueKey[CaradvertRecord] ] = {\n    return Arrays.asList[ UniqueKey[CaradvertRecord] ](Keys.CONSTRAINT_92)\n  }\n\n  override def as(alias : String) : Caradvert = {\n    new Caradvert(alias, this)\n  }\n\n  \/**\n   * Rename this table\n   *\/\n  def rename(name : String) : Caradvert = {\n    new Caradvert(name, null)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/jooq\/JooqCarAdvertRepositorySpec.scala","text":"<reponame>jogoes\/caradverts\npackage repository.jooq\n\nimport repository.{AbstractCarAdvertRepositorySpec, DatabaseEvolution}\n\nclass JooqCarAdvertRepositorySpec extends AbstractCarAdvertRepositorySpec with DatabaseEvolution {\n\n  override protected def beforeEach(): Unit = {\n    runEvolution()\n    super.beforeEach()\n  }\n\n  val repositoryFactory = () => new JooqCarAdvertRepository(database)\n\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/json\/CarAdvertFormat.scala","text":"package json\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nimport model.FuelTypes._\nimport model.{CarAdvert, FuelType}\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json._\n\nobject CarAdvertFormat {\n\n  implicit val fuelTypeWrites = new Writes[FuelType] {\n    override def writes(fuelType: FuelType): JsValue = JsString(fuelType.name)\n  }\n\n  implicit val fuelTypeReads = new Reads[FuelType] {\n    override def reads(json: JsValue): JsResult[FuelType] = json match {\n      case JsString(DIESEL.name) => JsSuccess(DIESEL)\n      case JsString(GASOLINE.name) => JsSuccess(GASOLINE)\n      case _ => JsError(s\"Unknown fuel type '${json.toString}'\")\n    }\n  }\n\n  implicit val carAdvertFormat: Format[CarAdvert] = (\n      (JsPath \\ \"id\").format[UUID] and\n      (JsPath \\ \"title\").format[String] and\n      (JsPath \\ \"fuel\").format[FuelType] and\n      (JsPath \\ \"price\").format[Int] and\n      (JsPath \\ \"isnew\").format[Boolean] and\n      (JsPath \\ \"mileage\").formatNullable[Int] and\n      (JsPath \\ \"firstRegistration\").formatNullable[LocalDate]\n    ) (CarAdvert.apply, unlift(CarAdvert.unapply))\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/model\/CarAdvert.scala","text":"<gh_stars>0\npackage model\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nsealed trait CarAdvert {\n  val id: UUID\n  val title: String\n  val fuel: FuelType\n  val price: Int\n}\n\nobject CarAdvert {\n  def apply(id: UUID, title: String, fuel: FuelType, price: Int): CarAdvert = {\n    require(id != null, \"id must not be null\")\n    require(title != null && !title.isEmpty, \"title must not be null or empty\")\n    require(fuel != null, \"fuel must not be null\")\n    require(price >= 0, \"price must not be negative\")\n    NewCarAdvert(id, title, fuel, price)\n  }\n\n  def apply(id: UUID, title: String, fuel: FuelType, price: Int, mileage: Int, firstRegistration: LocalDate) : CarAdvert = {\n    require(id != null, \"id must not be null\")\n    require(title != null && !title.isEmpty, \"title must not be null or empty\")\n    require(fuel != null, \"fuel must not be null\")\n    require(price >= 0, \"price must not be negative\")\n    UsedCarAdvert(id, title, fuel, price, mileage, firstRegistration)\n  }\n\n  def apply(id: UUID, title: String, fuel: FuelType, price: Int, isNew: Boolean, mileage: Option[Int], firstRegistration: Option[LocalDate]) : CarAdvert = {\n    if(isNew) {\n      NewCarAdvert(id, title, fuel, price)\n    } else {\n      require(mileage.isDefined && firstRegistration.isDefined)\n      UsedCarAdvert(id, title, fuel, price, mileage.get, firstRegistration.get)\n    }\n  }\n\n  def unapply(carAdvert: CarAdvert) : Option[(UUID, String, FuelType, Int, Boolean, Option[Int], Option[LocalDate])] = {\n    carAdvert match {\n      case newCarAdvert : NewCarAdvert => Some((newCarAdvert.id, newCarAdvert.title, newCarAdvert.fuel, newCarAdvert.price, true, None, None))\n      case usedCarAdvert : UsedCarAdvert => Some((usedCarAdvert.id, usedCarAdvert.title, usedCarAdvert.fuel, usedCarAdvert.price, false, Option(usedCarAdvert.mileage), Option(usedCarAdvert.firstRegistration)))\n    }\n  }\n}\n\ncase class NewCarAdvert(id: UUID, title: String, fuel: FuelType, price: Int) extends CarAdvert {\n  require(id != null, \"id must not be null\")\n  require(title != null && !title.isEmpty, \"title must not be null or empty\")\n  require(fuel != null, \"fuel must not be null\")\n  require(price >= 0, \"price must not be negative\")\n}\n\ncase class UsedCarAdvert(id: UUID, title: String, fuel: FuelType, price: Int, mileage: Int, firstRegistration: LocalDate) extends CarAdvert {\n  require(id != null, \"id must not be null\")\n  require(title != null && !title.isEmpty, \"title must not be null or empty\")\n  require(fuel != null, \"fuel must not be null\")\n  require(price >= 0, \"price must not be negative\")\n  require(mileage >= 0)\n  require(firstRegistration != null)\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/DatabaseEvolution.scala","text":"<filename>test\/repository\/DatabaseEvolution.scala<gh_stars>0\npackage repository\n\nimport play.api.db.Databases\nimport play.api.db.evolutions.Evolutions\n\ntrait DatabaseEvolution {\n  val database = Databases(\n    driver = \"org.h2.Driver\",\n    url = \"jdbc:h2:mem:caradverttest\"\n  )\n\n  def runEvolution(): Unit = {\n    Evolutions.applyEvolutions(database)\n\n    database.withConnection(connection => {\n      val stmt = connection.createStatement()\n      stmt.execute(\"TRUNCATE TABLE caradvert\")\n    })\n  }\n\n\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/generated\/jooq\/tables\/records\/CaradvertRecord.scala","text":"\/**\n * This class is generated by jOOQ\n *\/\npackage generated.jooq.tables.records\n\n\nimport java.lang.Boolean\nimport java.time.LocalDate\nimport java.util.UUID\nimport javax.annotation.Generated\n\nimport generated.jooq.tables.Caradvert\nimport model.FuelType\nimport org.jooq.impl.UpdatableRecordImpl\nimport org.jooq.{Field, Record1, Record7, Row7}\n\n\n\/**\n * This class is generated by jOOQ.\n *\/\n@Generated(\n  value = Array(\n    \"http:\/\/www.jooq.org\",\n    \"jOOQ version:3.8.5\"\n  ),\n  comments = \"This class is generated by jOOQ\"\n)\nclass CaradvertRecord extends UpdatableRecordImpl[CaradvertRecord](Caradvert.CARADVERT) with Record7[UUID, String, FuelType, Integer, Boolean, Integer, LocalDate] {\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.ID<\/code>.\n   *\/\n  def setId(value : UUID) : Unit = {\n    set(0, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.ID<\/code>.\n   *\/\n  def getId : UUID = {\n    val r = get(0)\n    if (r == null) null else r.asInstanceOf[UUID]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.TITLE<\/code>.\n   *\/\n  def setTitle(value : String) : Unit = {\n    set(1, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.TITLE<\/code>.\n   *\/\n  def getTitle : String = {\n    val r = get(1)\n    if (r == null) null else r.asInstanceOf[String]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.FUEL<\/code>.\n   *\/\n  def setFuel(value : FuelType) : Unit = {\n    set(2, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.FUEL<\/code>.\n   *\/\n  def getFuel : FuelType = {\n    val r = get(2)\n    if (r == null) null else r.asInstanceOf[FuelType]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.PRICE<\/code>.\n   *\/\n  def setPrice(value : Integer) : Unit = {\n    set(3, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.PRICE<\/code>.\n   *\/\n  def getPrice : Integer = {\n    val r = get(3)\n    if (r == null) null else r.asInstanceOf[Integer]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.ISNEW<\/code>.\n   *\/\n  def setIsnew(value : Boolean) : Unit = {\n    set(4, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.ISNEW<\/code>.\n   *\/\n  def getIsnew : Boolean = {\n    val r = get(4)\n    if (r == null) null else r.asInstanceOf[Boolean]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.MILEAGE<\/code>.\n   *\/\n  def setMileage(value : Integer) : Unit = {\n    set(5, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.MILEAGE<\/code>.\n   *\/\n  def getMileage : Integer = {\n    val r = get(5)\n    if (r == null) null else r.asInstanceOf[Integer]\n  }\n\n  \/**\n   * Setter for <code>PUBLIC.CARADVERT.FIRSTREGISTRATION<\/code>.\n   *\/\n  def setFirstregistration(value : LocalDate) : Unit = {\n    set(6, value)\n  }\n\n  \/**\n   * Getter for <code>PUBLIC.CARADVERT.FIRSTREGISTRATION<\/code>.\n   *\/\n  def getFirstregistration : LocalDate = {\n    val r = get(6)\n    if (r == null) null else r.asInstanceOf[LocalDate]\n  }\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ Primary key information\n  \/\/ -------------------------------------------------------------------------\n  override def key() : Record1[UUID] = {\n    return super.key.asInstanceOf[ Record1[UUID] ]\n  }\n\n  \/\/ -------------------------------------------------------------------------\n  \/\/ Record7 type implementation\n  \/\/ -------------------------------------------------------------------------\n\n  override def fieldsRow : Row7[UUID, String, FuelType, Integer, Boolean, Integer, LocalDate] = {\n    super.fieldsRow.asInstanceOf[ Row7[UUID, String, FuelType, Integer, Boolean, Integer, LocalDate] ]\n  }\n\n  override def valuesRow : Row7[UUID, String, FuelType, Integer, Boolean, Integer, LocalDate] = {\n    super.valuesRow.asInstanceOf[ Row7[UUID, String, FuelType, Integer, Boolean, Integer, LocalDate] ]\n  }\n  override def field1 : Field[UUID] = Caradvert.CARADVERT.ID\n  override def field2 : Field[String] = Caradvert.CARADVERT.TITLE\n  override def field3 : Field[FuelType] = Caradvert.CARADVERT.FUEL\n  override def field4 : Field[Integer] = Caradvert.CARADVERT.PRICE\n  override def field5 : Field[Boolean] = Caradvert.CARADVERT.ISNEW\n  override def field6 : Field[Integer] = Caradvert.CARADVERT.MILEAGE\n  override def field7 : Field[LocalDate] = Caradvert.CARADVERT.FIRSTREGISTRATION\n  override def value1 : UUID = getId\n  override def value2 : String = getTitle\n  override def value3 : FuelType = getFuel\n  override def value4 : Integer = getPrice\n  override def value5 : Boolean = getIsnew\n  override def value6 : Integer = getMileage\n  override def value7 : LocalDate = getFirstregistration\n\n  override def value1(value : UUID) : CaradvertRecord = {\n    setId(value)\n    this\n  }\n\n  override def value2(value : String) : CaradvertRecord = {\n    setTitle(value)\n    this\n  }\n\n  override def value3(value : FuelType) : CaradvertRecord = {\n    setFuel(value)\n    this\n  }\n\n  override def value4(value : Integer) : CaradvertRecord = {\n    setPrice(value)\n    this\n  }\n\n  override def value5(value : Boolean) : CaradvertRecord = {\n    setIsnew(value)\n    this\n  }\n\n  override def value6(value : Integer) : CaradvertRecord = {\n    setMileage(value)\n    this\n  }\n\n  override def value7(value : LocalDate) : CaradvertRecord = {\n    setFirstregistration(value)\n    this\n  }\n\n  override def values(value1 : UUID, value2 : String, value3 : FuelType, value4 : Integer, value5 : Boolean, value6 : Integer, value7 : LocalDate) : CaradvertRecord = {\n    this.value1(value1)\n    this.value2(value2)\n    this.value3(value3)\n    this.value4(value4)\n    this.value5(value5)\n    this.value6(value6)\n    this.value7(value7)\n    this\n  }\n\n  \/**\n   * Create a detached, initialised CaradvertRecord\n   *\/\n  def this(id : UUID, title : String, fuel : FuelType, price : Integer, isnew : Boolean, mileage : Integer, firstregistration : LocalDate) = {\n    this()\n\n    set(0, id)\n    set(1, title)\n    set(2, fuel)\n    set(3, price)\n    set(4, isnew)\n    set(5, mileage)\n    set(6, firstregistration)\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/controller\/CarAdvertControllerSpec.scala","text":"<filename>test\/controller\/CarAdvertControllerSpec.scala\npackage controller\n\nimport java.util.UUID\n\nimport controllers.{CarAdvertController, ErrorCodes}\nimport json.CarAdvertFormat._\nimport model.CarAdvert\nimport model.FuelTypes._\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatestplus.play._\nimport play.api.libs.json.Json\nimport play.api.mvc._\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport repository.Orderings._\nimport repository.SortFieldType._\nimport repository._\nimport repository.inmemory.TransientInMemoryCarAdvertRepository\nimport testutil.CarAdvertFactory\nimport testutil.CarAdvertHelpers._\n\nimport scala.concurrent.Future\n\nclass CarAdvertControllerSpec extends PlaySpec with Results with MockitoSugar with BeforeAndAfterEach {\n\n  var carAdvertRepository : CarAdvertRepository = _\n  var controller : CarAdvertController = _\n\n  val carAdverts = Seq(\n    CarAdvertFactory.newCarAdvert(\"advert1\", GASOLINE),\n    CarAdvertFactory.newCarAdvert(\"advert2\", DIESEL)\n  )\n\n  override protected def beforeEach(): Unit = {\n    carAdvertRepository = new TransientInMemoryCarAdvertRepository\n    carAdverts.foreach(carAdvertRepository.add)\n\n    controller = new CarAdvertController(carAdvertRepository)\n  }\n\n  def toAdverts(result: Future[Result]) : Seq[CarAdvert] = contentAsJson(result).validate[Seq[CarAdvert]].get\n\n  def toAdvert(result: Future[Result]) : Option[CarAdvert] = contentAsJson(result).validate[CarAdvert].asOpt\n\n  def validateCodeAndMessage(result: Future[Result], code: Int): Unit = {\n    val jsonError = contentAsJson(result)\n    (jsonError\\ \"code\").get.validate[Int].get mustBe code\n    (jsonError \\ \"message\").get.validate[String].get mustNot be(empty)\n  }\n\n  \"CarAdvertController\" should {\n\n    \"return car adverts in repository\" in {\n\n      val result: Future[Result] = controller.carAdverts().apply(FakeRequest())\n\n      status(result) must equal(OK)\n      toAdverts(result) must contain theSameElementsAs carAdverts\n    }\n\n    \"return existing car advert by id\" in {\n      val result: Future[Result] = controller.carAdvertById(carAdverts.head.id.toString).apply(FakeRequest())\n\n      status(result) must equal(OK)\n      toAdvert(result) must equal(Some(carAdverts.head))\n    }\n\n    \"return not found error in case getting non-existing car advert by id\" in {\n      val result: Future[Result] = controller.carAdvertById(UUID.randomUUID().toString).apply(FakeRequest())\n\n      status(result) must equal(NOT_FOUND)\n      validateCodeAndMessage(result, ErrorCodes.ITEM_NOT_FOUND)\n    }\n\n    \"return error in case getting car advert by invalid id\" in {\n      val result: Future[Result] = controller.carAdvertById(\"some invalid id\").apply(FakeRequest())\n\n      status(result) must equal(BAD_REQUEST)\n      validateCodeAndMessage(result, ErrorCodes.INVALID_INPUT_DATA)\n    }\n\n    \"return car adverts sorted by title\" in {\n      carAdvertRepository.add(CarAdvertFactory.newCarAdvert(\"aa\", GASOLINE))\n      carAdvertRepository.add(CarAdvertFactory.newCarAdvert(\"zz\", GASOLINE))\n\n      val result: Future[Result] = controller.carAdverts(Some(TITLE.name)).apply(FakeRequest())\n\n      status(result) must equal(OK)\n      toAdverts(result).map(_.title) mustBe sorted\n    }\n\n    \"return car adverts sorted by price\" in {\n      carAdvertRepository.add(CarAdvertFactory.newCarAdvert(\"aa\", GASOLINE))\n      carAdvertRepository.add(CarAdvertFactory.newCarAdvert(\"zz\", GASOLINE))\n\n      val result: Future[Result] = controller.carAdverts(Some(PRICE.name)).apply(FakeRequest())\n      status(result) must equal(OK)\n      toAdverts(result).map(_.price) mustBe sorted\n    }\n\n    \"return car adverts sorted by mileage\" in {\n      carAdvertRepository.add(CarAdvertFactory.usedCarAdvert(\"aa\", GASOLINE))\n      carAdvertRepository.add(CarAdvertFactory.usedCarAdvert(\"zz\", GASOLINE))\n\n      val result: Future[Result] = controller.carAdverts(Some(MILEAGE.name)).apply(FakeRequest())\n      status(result) must equal(OK)\n      toAdverts(result).map(toMileage) mustBe sorted\n    }\n\n    \"return car adverts sorted by first registration\" in {\n      carAdvertRepository.add(CarAdvertFactory.usedCarAdvert(\"aa\", GASOLINE))\n      carAdvertRepository.add(CarAdvertFactory.usedCarAdvert(\"zz\", GASOLINE))\n\n      val result: Future[Result] = controller.carAdverts(Some(FIRSTREGISTRATION.name)).apply(FakeRequest())\n      status(result) must equal(OK)\n      toAdverts(result).map(toFirstRegistration) mustBe sorted\n    }\n\n    \"deleting existing advert should return ok\" in {\n      val result: Future[Result] = controller.deleteById(carAdverts.head.id.toString).apply(FakeRequest())\n\n      status(result) must equal(NO_CONTENT)\n    }\n\n    \"deleting non-existing advert should return error\" in {\n      val result: Future[Result] = controller.deleteById(UUID.randomUUID().toString).apply(FakeRequest())\n\n      status(result) must equal(NOT_FOUND)\n      validateCodeAndMessage(result, 1001)\n    }\n\n    \"adding advert with valid json should return ok\" in {\n      val json = Json.toJson(CarAdvertFactory.newCarAdvert(\"advert3\", GASOLINE))\n\n      val result = controller.add().apply(FakeRequest().withBody(json))\n      status(result) must equal(CREATED)\n    }\n\n    \"adding advert twice with same id and valid json should return error\" in {\n      val json = Json.toJson(CarAdvertFactory.newCarAdvert(\"advert3\", GASOLINE))\n\n      var result = controller.add().apply(FakeRequest().withBody(json))\n      status(result) must equal(CREATED)\n      result = controller.add().apply(FakeRequest().withBody(json))\n      status(result) must equal(BAD_REQUEST)\n      validateCodeAndMessage(result, ErrorCodes.ITEM_ALREADY_EXISTING)\n    }\n\n    \"updating existing advert should return ok\" in {\n      val json = Json.toJson(carAdverts.head)\n\n      val result = controller.update().apply(FakeRequest().withBody(json))\n      status(result) must equal(NO_CONTENT)\n    }\n\n    \"updating non-existing advert should return error\" in {\n      val json = Json.toJson(CarAdvertFactory.newCarAdvert(\"advert3\", GASOLINE))\n\n      val result = controller.update().apply(FakeRequest().withBody(json))\n      status(result) must equal(NOT_FOUND)\n      validateCodeAndMessage(result, ErrorCodes.ITEM_NOT_FOUND)\n    }\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/model\/FuelType.scala","text":"package model\n\nsealed trait FuelType {\n  val name: String\n}\n\nobject FuelTypes {\n  case object UNKNOWN extends FuelType {\n    val name = \"UNKNOWN\"\n  }\n\n  case object DIESEL extends FuelType {\n    val name = \"DIESEL\"\n  }\n\n  case object GASOLINE extends FuelType {\n    val name = \"GASOLINE\"\n  }\n\n  def fromString(s : String) : Option[FuelType] = s match {\n    case DIESEL.name => Some(DIESEL)\n    case GASOLINE.name => Some(GASOLINE)\n    case UNKNOWN.name => Some(UNKNOWN)\n    case _ => None\n  }\n}\n\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/repository\/SortFields.scala","text":"package repository\n\nsealed trait SortField {\n  val name: String\n}\n\nobject SortFieldType {\n  case object ID extends SortField {\n    val name = \"id\"\n  }\n\n  case object TITLE extends SortField {\n    val name = \"title\"\n  }\n\n  case object FUEL extends SortField {\n    val name = \"fuel\"\n  }\n\n  case object PRICE extends SortField {\n    val name = \"price\"\n  }\n\n  case object ISNEW extends SortField {\n    val name = \"isnew\"\n  }\n\n  case object MILEAGE extends SortField {\n    val name = \"mileage\"\n  }\n\n  case object FIRSTREGISTRATION extends SortField {\n    val name = \"firstregistration\"\n  }\n\n  def fromString(s: String): Option[SortField] = Some(s.toLowerCase match {\n    case ID.name => ID\n    case TITLE.name => TITLE\n    case FUEL.name => FUEL\n    case PRICE.name => PRICE\n    case ISNEW.name => ISNEW\n    case MILEAGE.name => MILEAGE\n    case FIRSTREGISTRATION.name => FIRSTREGISTRATION\n  })\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"app\/controllers\/CarAdvertController.scala","text":"package controllers\n\nimport java.util.UUID\nimport javax.inject._\n\nimport json.CarAdvertFormat._\nimport model.CarAdvert\nimport play.api.data.validation.ValidationError\nimport play.api.libs.json._\nimport play.api.mvc._\nimport repository.SortFieldType._\nimport repository.{CarAdvertRepository, SortFieldType}\n\nimport scala.util.{Failure, Success, Try}\n\nobject ErrorCodes {\n  val ITEM_ALREADY_EXISTING = 1000\n  val ITEM_NOT_FOUND = 1001\n  val INVALID_INPUT_DATA = 1002\n}\n\nobject CarAdvertController {\n\n  def toJson(errorCode: Int, message: String, errors: Seq[(JsPath, Seq[ValidationError])]): JsObject = {\n    Json.obj(\n      \"code\" -> errorCode,\n      \"errors\" -> JsError.toJson(errors))\n  }\n\n  def toJson(errorCode: Int, message: String): JsObject = {\n    Json.obj(\n      \"code\" -> errorCode,\n      \"message\" -> message)\n  }\n}\n\n@Singleton\nclass CarAdvertController @Inject()(carAdvertRepository: CarAdvertRepository) extends Controller {\n\n  import CarAdvertController._\n\n  def badRequest(errorCode: Int, message: String): Result = BadRequest(toJson(errorCode, message))\n\n  def badRequest(errorCode: Int, message: String, errors: Seq[(JsPath, Seq[ValidationError])]): Result = BadRequest(toJson(errorCode, message, errors))\n\n  def badRequest(errors: Seq[(JsPath, Seq[ValidationError])]): Result = badRequest(ErrorCodes.INVALID_INPUT_DATA, \"Failed to parse provided JSON data.\", errors)\n\n  def notFound(id: String): Result = NotFound(toJson(ErrorCodes.ITEM_NOT_FOUND, s\"Item with id '$id' not found.\"))\n\n  def withUuid(id: String, f: (UUID => Result)): Result = {\n    Try(UUID.fromString(id)) match {\n      case Success(uuid) => f(uuid)\n      case Failure(ex) => badRequest(ErrorCodes.INVALID_INPUT_DATA, s\"Invalid UUID '$id': ${ex.getMessage}\")\n    }\n  }\n\n  def index = Action {\n    Ok(\"Car advert service running.\")\n  }\n\n  def carAdverts(sortby: Option[String] = Some(ID.name)) = Action {\n    val sortField = sortby\n      .flatMap(SortFieldType.fromString)\n      .getOrElse(ID)\n    val json = Json.toJson(carAdvertRepository.get(sortField))\n    Ok(json)\n  }\n\n  def carAdvertById(id: String) = Action {\n    withUuid(id, uuid => {\n      carAdvertRepository.getById(uuid) match {\n        case Some(advert) => Ok(Json.toJson(advert))\n        case _ => NotFound(toJson(ErrorCodes.ITEM_NOT_FOUND, s\"Item with id '$id' not found.\"))\n      }\n    })\n  }\n\n  def deleteById(id: String) = Action {\n    withUuid(id, uuid => {\n      if (carAdvertRepository.delete(uuid)) {\n        NoContent\n      } else {\n        NotFound(toJson(ErrorCodes.ITEM_NOT_FOUND, s\"Item with id '$id' not found.\"))\n      }\n    })\n  }\n\n  def add = Action(BodyParsers.parse.json) { request =>\n    request.body\n      .validate[CarAdvert]\n      .fold(\n        errors => badRequest(errors),\n        advert => {\n          if (carAdvertRepository.add(advert)) {\n            Created\n          } else {\n            badRequest(ErrorCodes.ITEM_ALREADY_EXISTING, s\"Item with id '${advert.id}' already exists.\")\n          }\n        }\n      )\n  }\n\n  def update = Action(BodyParsers.parse.json) { request =>\n    request.body\n      .validate[CarAdvert]\n      .fold(\n        errors => badRequest(errors),\n        advert => {\n          if (carAdvertRepository.update(advert)) {\n            NoContent\n          } else {\n            NotFound(toJson(ErrorCodes.ITEM_NOT_FOUND, s\"Item with id '$advert.id' not found.\"))\n          }\n        }\n      )\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/testutil\/CarAdvertFactory.scala","text":"<reponame>jogoes\/caradverts\npackage testutil\n\nimport java.time.LocalDate\nimport java.util.UUID\nimport java.util.concurrent.ThreadLocalRandom\n\nimport model.{CarAdvert, FuelType}\n\nobject CarAdvertFactory {\n\n  val minDay = LocalDate.of(1970, 1, 1).toEpochDay\n  val maxDay = LocalDate.of(2050, 12, 31).toEpochDay\n\n  def nextInt(min: Int, maxInclusive: Int) = ThreadLocalRandom.current().nextInt(maxInclusive + 1 - min) + min\n\n  def randomDate = LocalDate.ofEpochDay(ThreadLocalRandom.current().nextLong(minDay, maxDay))\n\n  def randomPrice = nextInt(0, 10000)\n\n  def randomMileage = nextInt(0, 5000000)\n\n  def usedCarAdvert(name: String, fuelType: FuelType): CarAdvert = CarAdvert(UUID.randomUUID(), name, fuelType, randomPrice, randomMileage, randomDate)\n\n  def newCarAdvert(name: String, fuelType: FuelType): CarAdvert = newCarAdvert(UUID.randomUUID(), name, fuelType)\n\n  def newCarAdvert(id: UUID, name: String, fuelType: FuelType): CarAdvert = CarAdvert(id, name, fuelType, randomPrice)\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/model\/CarAdvertSpec.scala","text":"package model\n\nimport java.time.LocalDate\nimport java.util.UUID\n\nimport model.FuelTypes._\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass CarAdvertSpec extends FlatSpec with Matchers {\n\n  \"CarAdvert\" should \"not allow negative values for price\" in {\n    an [IllegalArgumentException] should be thrownBy CarAdvert(UUID.randomUUID(), \"advert\", GASOLINE, -1234)\n  }\n\n  it should \"not allow null for id\" in {\n    an [IllegalArgumentException] should be thrownBy CarAdvert(null, \"advert\", GASOLINE, 1234)\n  }\n\n  it should \"not allow null or empty title\" in {\n    an [IllegalArgumentException] should be thrownBy CarAdvert(UUID.randomUUID(), null, GASOLINE, 1234)\n    an [IllegalArgumentException] should be thrownBy CarAdvert(UUID.randomUUID(), \"\", GASOLINE, 1234)\n  }\n\n  it should \"not allow null registration date\" in {\n    an [IllegalArgumentException] should be thrownBy CarAdvert(UUID.randomUUID(), \"advert\", GASOLINE, 1234, 8471, null)\n  }\n\n  it should \"not allow negative values for mileage\" in {\n    an [IllegalArgumentException] should be thrownBy CarAdvert(UUID.randomUUID(), \"advert\", GASOLINE, 1234, -1234, LocalDate.now())\n  }\n}\n"}
{"repo_name":"jogoes\/caradverts","path":"test\/repository\/jooq\/UUIDConverterSpec.scala","text":"package repository.jooq\n\nimport java.util.UUID\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UUIDConverterSpec extends FlatSpec with Matchers {\n\n  val converter = new UUIDConverter\n\n  \"UUIDConverter\" should \"convert string to UUID\" in {\n    converter.from(\"0da25f30-c6ba-41f4-a604-2c8f06d95e95\") shouldBe UUID.fromString(\"0da25f30-c6ba-41f4-a604-2c8f06d95e95\")\n  }\n\n  it should \"convert UUID to string\" in {\n    converter.to(UUID.fromString(\"0da25f30-c6ba-41f4-a604-2c8f06d95e95\")) shouldBe \"0da25f30-c6ba-41f4-a604-2c8f06d95e95\"\n  }\n\n  it should \"throw exception for null parameters\" in {\n    an [NullPointerException] should be thrownBy converter.from(null)\n    an [NullPointerException] should be thrownBy converter.to(null)\n  }\n\n  it should \"throw an exception for illegal arguments\" in {\n    an [IllegalArgumentException] should be thrownBy converter.from(\"abc\")\n  }\n}\n"}
{"repo_name":"cwhelan\/cloudbreak","path":"src\/main\/scripts\/applyVariantsToFasta.scala","text":"<filename>src\/main\/scripts\/applyVariantsToFasta.scala\nimport scala.io.Source\nimport scala.util.Random\nimport scala.collection.mutable.ListBuffer\n\nimport java.io._\nimport collection.SortedSet\n\n\npackage edu.ohsu.sonmezsysbio.cloudbreak.scripts {\n\n\nobject ApplyVariantsToFasta {\n  def printToFile(f: java.io.File)(op: java.io.PrintWriter => Unit) {\n    val p = new java.io.PrintWriter(f)\n    try { op(p) } finally { p.close() }\n  }\n\n  abstract class Variation(val begin : Int, val end : Int) extends Ordering[Variation]  {\n\n    def covers(o : Int) : Boolean =\n      o >= begin && o <= end\n    def endsAt(o : Int) : Boolean =\n      o == end\n\n    def processBaseInside(c : Char) : Iterator[Char]\n    def processEnd() : Iterator[Char]\n\n    def compare(x: Variation, y: Variation): Int = x.begin - y.begin\n  }\n\n  class Insertion(begin : Int, insertedString : String) extends Variation(begin, begin) {\n    def processBaseInside(c: Char): Iterator[Char] = (insertedString + c).iterator\n\n    def processEnd(): Iterator[Char] = Iterator()\n  }\n\n  class Deletion(begin : Int, end : Int) extends Variation(begin, end) {\n    def processBaseInside(c : Char) : Iterator[Char] = Iterator()\n    def processEnd() : Iterator[Char] = Iterator()\n\n    override def toString = \"2\\t\" + begin + \"\\t\" + end + \"\\t\" + \"Deletion:\" + begin + \"-\" + end + \"\\t\" + (end - begin)\n  }\n\n  class Inversion(begin : Int, end : Int) extends Variation(begin, end) {\n    var basesSpanned : Array[Char] = null\n    var offsetInInversion = 0\n    def processBaseInside(c : Char) : Iterator[Char] = {\n      if (basesSpanned == null) {\n        basesSpanned = new Array[Char](end - begin)\n      }\n      basesSpanned(end - begin - offsetInInversion - 1) = c\n      offsetInInversion = offsetInInversion + 1\n      Iterator()\n    }\n\n    def processEnd() : Iterator[Char] = {\n      basesSpanned.iterator\n    }\n    override def toString = \"2\\t\" + begin + \"\\t\" + end + \"\\t\" + \"Inversion:\" + begin + \"-\" + end + \"\\t\" + (end - begin)\n  }\n\n  class Duplication(begin : Int, end : Int) extends Variation(begin, end) {\n    var basesSpanned : Array[Char] = null\n    var offsetInDuplication = 0\n    def processBaseInside(c : Char) : Iterator[Char] = {\n      if (basesSpanned == null) {\n        basesSpanned = new Array[Char](end - begin)\n        for (i <- 0 until (basesSpanned.length)) basesSpanned(i) = 'X'\n      }\n      basesSpanned(offsetInDuplication) = c\n      offsetInDuplication = offsetInDuplication + 1\n      Iterator(c)\n    }\n\n    def processEnd() : Iterator[Char] = {\n      basesSpanned.iterator\n    }\n\n    override def toString = \"2\\t\" + begin + \"\\t\" + end + \"\\t\" + \"Duplication:\" + begin + \"-\" + end + \"\\t\" + (end - begin)\n  }\n\n  class Alu(val begin : Int, val end : Int, family : String) {\n    def formDeletionWith(right : Alu) : Deletion = {\n      new Deletion(begin, right.begin)\n    }\n    def formInversionWith(right : Alu) : Inversion = {\n      new Inversion(begin, right.begin)\n    }\n    def formDuplicationWith(right : Alu) : Duplication = {\n      new Duplication(begin, right.begin)\n    }\n  }\n\n  def readAlus(file : String) : List[Alu] = {\n    val alus = new ListBuffer[Alu]()\n    for (line <- Source.fromFile(file).getLines()) {\n      val fields = line.split(\"\\t\")\n      val alu = new Alu(fields(1).toInt, fields(2).toInt, fields(3))\n      alus += alu\n    }\n    alus.toList\n  }\n\n  def genSVs(num : Int, alus : List[Alu]) : List[Variation] = {\n    if (num == 0)\n      List[Variation]()\n    else {\n      val leftIdx = Random.nextInt(alus.length - 1)\n      val left = alus(leftIdx)\n      for (right <- alus.slice(leftIdx + 1, alus.length)) {\n        if (Random.nextInt(5) == 1) {\n          val svType = Random.nextInt(3)\n          svType match {\n            case 0 => return left.formDeletionWith(right) :: genSVs(num - 1, alus)\n            case 1 => return left.formInversionWith(right) :: genSVs(num - 1, alus)\n            case 2 => return left.formDuplicationWith(right) :: genSVs(num - 1, alus)\n          }\n        }\n      }\n      \/\/ failed to find a right, try again\n      genSVs(num, alus)\n    }\n  }\n\n  class SequenceVarier(val variations : SortedSet[Variation], val inputChars : Iterator[Char], val out : Writer) {\n\n    def processHeader(inputChars : Iterator[Char]) {\n      val c = inputChars.next()\n      out.write(c)\n      if (c != '\\n') {\n        processHeader(inputChars)\n      }\n    }\n\n    def printBases(c : Iterator[Char], printedChars : Int) : Int = {\n      var num = 0\n      while (c.hasNext) {\n        out.write(c.next())\n        num = num + 1\n        if ((printedChars + num) % 60 == 0) {\n          out.write(\"\\n\")\n        }\n      }\n      num\n    }\n\n    def processBase(c : Char, offset : Int, printedChars : Int, currentOrNext : Variation) : (Int, Int) = {\n      var newPrinted = printedChars\n\n      if (currentOrNext != null && currentOrNext.covers(offset)) {\n        newPrinted = newPrinted + printBases(currentOrNext.processBaseInside(c), printedChars)\n      } else {\n        newPrinted = newPrinted + printBases(Iterator(c), printedChars)\n      }\n\n      if (currentOrNext != null && currentOrNext.endsAt(offset)) {\n        newPrinted = newPrinted + printBases(currentOrNext.processEnd(), newPrinted)\n      }\n      (offset + 1, newPrinted)\n    }\n\n    def processSequence() {\n      val variationIterator = variations.iterator\n      var offset = 1\n      var printedChars = 0\n      var currentOrNextVariation = variationIterator.next()\n      for (c <- inputChars) {\n        if (c == '>') {\n          out.write(c)\n          processHeader(inputChars)\n        } else {\n          if (c != '\\n' && c != '\\r') {\n            val result = processBase(c, offset, printedChars, currentOrNextVariation)\n            if (currentOrNextVariation != null && currentOrNextVariation.endsAt(offset)) {\n              if (variationIterator.hasNext) {\n                currentOrNextVariation = variationIterator.next()\n              } else {\n                currentOrNextVariation = null\n              }\n            }\n\n            offset = result._1\n            printedChars = result._2\n          }\n        }\n      }\n      out.write(\"\\n\")\n      println(offset)\n      println(printedChars)\n\n    }\n  }\n\n  \/**\n   * Parses the GFF files from the Venter genome Homozygous indel files:\n   * chrom  id  \"homozygous_indel\"  start  end  .  +  .  .  sequence  \"Homozygous_Deletion|Homozygous_Insertion\"\n   * @param filename GFF annotation file\n   * @return\n   *\/\n  def parseGffFile(filename : String) : List[Variation] = {\n    var variations = new scala.collection.mutable.ListBuffer[Variation]\n    var chrom : String = null\n    for(line <- Source.fromFile(filename).getLines()) {\n      val fields = line.split(\"\\t\")\n      \/\/ gff is one-based\n      if (fields.length < 10) {\n        println(\"could not parse line: \" + line)\n      }\n      if (chrom == null) {\n        chrom = fields(0)\n      } else {\n        if (chrom != fields(0)) {\n          throw new IllegalArgumentException(\"Found a new chromosome value: \" + fields(0) + \" when we had been processing \" + chrom + \". This script currently only processes single chromsosome GFFs\")\n        }\n      }\n\n      val start = fields(3).toInt\n      val end = fields(4).toInt\n      val varType = fields(10)\n      if (\"Homozygous_Deletion\".equals(varType)) {\n        variations += new Deletion(start, end)\n      } else if (\"Homozygous_Insertion\".equals(varType)) {\n        variations += new Insertion(start, fields(9))\n      }\n\n    }\n    variations.toList\n  }\n\n\n  def main(args: Array[String]) {\n    if (args.length == 3) {\n\n      val gffFileName = args(0)\n      val chrFastaFile = args(1)\n\n      val variations = SortedSet(parseGffFile(gffFileName) : _*)(Ordering[Int].on[Variation](_ begin))\n\n      val out = new BufferedWriter(new FileWriter(args(2)))\n\n      val inputChars = Source.fromFile(chrFastaFile)\n\n      try {\n        val s = new SequenceVarier(variations, inputChars, out)\n        s.processSequence()\n      } finally {\n        out.flush()\n        out.close()\n      }\n    } else {\n      println(\"usage: applyVariantsToFasta.scala gffFile ref newref\")\n    }\n  }\n}\n\n}\n"}
{"repo_name":"cwhelan\/cloudbreak","path":"src\/test\/scripts\/applyVariantsToFastaTest.scala","text":"import java.io.StringWriter\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport collection.immutable.SortedSet\nimport edu.ohsu.sonmezsysbio.cloudbreak.scripts.ApplyVariantsToFasta.{Insertion, SequenceVarier, Deletion, Variation}\n\npackage edu.ohsu.sonmezsysbio.cloudbreak.scripts {\n\n\n@RunWith(classOf[JUnitRunner])\nclass ApplyVariantsToFastaTest extends FunSuite {\n\n  test(\"test deletion\") {\n    val originalString = \"AAAATAGCGGGGTTTT\"\n    var variations =  SortedSet[Variation](new Deletion(5, 8))(Ordering[Int].on[Variation](_ begin))\n    val writer: StringWriter = new StringWriter()\n    val s = new SequenceVarier(variations, originalString.iterator, writer)\n    s.processSequence()\n\n    assert(\"AAAAGGGGTTTT\\n\".equals(writer.toString))\n  }\n\n  test(\"test insertion\") {\n    val originalString = \"AAAACCCCGGGGTTTT\"\n    var variations =  SortedSet[Variation](new Insertion(5, \"ACTG\"))(Ordering[Int].on[Variation](_ begin))\n    val writer: StringWriter = new StringWriter()\n    val s = new SequenceVarier(variations, originalString.iterator, writer)\n    s.processSequence()\n\n    assert(\"AAAAACTGCCCCGGGGTTTT\\n\".equals(writer.toString))\n  }\n\n\n  test(\"test multiple indels\") {\n    val originalString = \"AAAACCCCGGGGTTTTAAAACCCCGGGGTTTT\"\n    var variations =  SortedSet[Variation](new Insertion(5, \"ACTG\"), new Deletion(9,12), new Insertion(17, \"G\"), new Deletion(21,24))(Ordering[Int].on[Variation](_ begin))\n    val writer: StringWriter = new StringWriter()\n    val s = new SequenceVarier(variations, originalString.iterator, writer)\n    s.processSequence()\n\n    expect(\"AAAAACTGCCCCTTTTGAAAAGGGGTTTT\\n\")(writer.toString)\n  }\n\n}\n}"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/controllers\/v3\/ContentController.scala","text":"<filename>learning-api\/content-service\/app\/controllers\/v3\/ContentController.scala\npackage controllers.v3\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport com.google.inject.Singleton\nimport controllers.BaseController\nimport javax.inject.{Inject, Named}\nimport org.sunbird.telemetry.logger.TelemetryManager\nimport play.api.mvc.ControllerComponents\nimport utils.{ActorNames, ApiId}\n\nimport scala.collection.JavaConversions._\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass ContentController @Inject()(@Named(ActorNames.CONTENT_ACTOR) contentActor: ActorRef,@Named(ActorNames.COLLECTION_ACTOR) collectionActor: ActorRef, cc: ControllerComponents, actorSystem: ActorSystem)(implicit exec: ExecutionContext) extends BaseController(cc) {\n\n    val objectType = \"Content\"\n    val schemaName: String = \"content\"\n    val version = \"1.0\"\n\n    def create() = Action.async { implicit request =>\n        val headers = commonHeaders()\n        val body = requestBody()\n        val content = body.getOrElse(\"content\", new java.util.HashMap()).asInstanceOf[java.util.Map[String, Object]];\n        content.putAll(headers)\n        val contentRequest = getRequest(content, headers, \"createContent\")\n        setRequestContext(contentRequest, version, objectType, schemaName)\n        getResult(ApiId.CREATE_CONTENT, contentActor, contentRequest)\n    }\n  \n    \/**\n      * This Api end point takes 3 parameters\n      * Content Identifier the unique identifier of a content\n      * Mode in which the content can be viewed (default read or edit)\n      * Fields are metadata that should be returned to visualize\n      * @param identifier\n      * @param mode\n      * @param fields\n      * @return\n      *\/\n    def read(identifier: String, mode: Option[String], fields: Option[String]) = Action.async { implicit request =>\n        val headers = commonHeaders()\n        val content = new java.util.HashMap().asInstanceOf[java.util.Map[String, Object]]\n        content.putAll(headers)\n        content.putAll(Map(\"identifier\" -> identifier, \"mode\" -> mode.getOrElse(\"read\"), \"fields\" -> fields.getOrElse(\"\")).asInstanceOf[Map[String, Object]])\n        val readRequest = getRequest(content, headers, \"readContent\")\n        setRequestContext(readRequest, version, objectType, schemaName)\n        getResult(ApiId.READ_CONTENT, contentActor, readRequest)\n    }\n\n    def update(identifier:String) = Action.async { implicit request =>\n        val headers = commonHeaders()\n        val body = requestBody()\n        val content = body.getOrElse(\"content\", new java.util.HashMap()).asInstanceOf[java.util.Map[String, Object]];\n        content.putAll(headers)\n        val contentRequest = getRequest(content, headers, \"updateContent\")\n        setRequestContext(contentRequest, version, objectType, schemaName)\n        contentRequest.getContext.put(\"identifier\",identifier);\n        getResult(ApiId.UPDATE_CONTENT, contentActor, contentRequest)\n    }\n\n    def addHierarchy() = Action.async { implicit request =>\n        val headers = commonHeaders()\n        val body = requestBody()\n        body.putAll(headers)\n        val contentRequest = getRequest(body, headers, \"addHierarchy\")\n        setRequestContext(contentRequest, version, objectType, schemaName)\n        getResult(ApiId.ADD_HIERARCHY, collectionActor, contentRequest)\n    }\n\n    def removeHierarchy() = Action.async { implicit request =>\n        val headers = commonHeaders()\n        val body = requestBody()\n        body.putAll(headers)\n        val contentRequest = getRequest(body, headers, \"removeHierarchy\")\n        setRequestContext(contentRequest, version, objectType, schemaName)\n        getResult(ApiId.REMOVE_HIERARCHY, collectionActor, contentRequest)\n    }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/CoreDomainObject.scala","text":"<reponame>shikshalokam\/knowledge-platform<gh_stars>0\npackage org.sunbird.graph.schema\n\nabstract class CoreDomainObject(graphId: String, schemaName: String, version: String) {\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/validator\/FrameworkValidator.scala","text":"<reponame>shikshalokam\/knowledge-platform\npackage org.sunbird.graph.schema.validator\n\nimport java.util\n\nimport org.sunbird.cache.impl.CategoryCache\nimport org.sunbird.common.exception.ClientException\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.graph.schema.IDefinition\n\nimport scala.collection.JavaConverters._\nimport scala.collection.Map\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait FrameworkValidator extends IDefinition {\n  val categoryCache: CategoryCache = new CategoryCache()\n  @throws[Exception]\n  abstract override def validate(node: Node, operation: String)(implicit ec: ExecutionContext): Future[Node] = {\n    val fwCategories: List[String] = schemaValidator.getConfig.getStringList(\"frameworkCategories\").asScala.toList\n    val framework: String = node.getMetadata.getOrDefault(\"framework\", \"\").asInstanceOf[String]\n    if (null != fwCategories && fwCategories.nonEmpty && framework.nonEmpty) {\n      \/\/prepare data for validation\n      val fwMetadata: Map[String, AnyRef] = node.getMetadata.asScala.filterKeys(key => fwCategories.contains(key))\n      \/\/validate data from cache\n      if (fwMetadata.nonEmpty) {\n        val errors: util.List[String] = new util.ArrayList[String]\n        for (cat: String <- fwMetadata.keys) {\n          val value: AnyRef = fwMetadata.get(cat).get\n          val list: List[String] = categoryCache.getList(categoryCache.getKey(framework, cat)).asScala.toList\n          val result: Boolean = value match {\n            case value: String => list.contains(value)\n            case value: util.List[String] => list.asJava.containsAll(value)\n            case value: Array[String] => value.forall(term => list.contains(term))\n            case _ => throw new ClientException(\"CLIENT_ERROR\", \"Validation Errors.\", util.Arrays.asList(\"Please provide correct value for [\" + cat + \"]\"))\n          }\n\n            if (!result) {\n                if (list.isEmpty) {\n                    errors.add(cat + \" range data is empty from the given framework.\")\n                } else {\n                    errors.add(\"Metadata \" + cat + \" should belong from:\" + list.asJava)\n                }\n            }\n        }\n        if (!errors.isEmpty)\n          throw new ClientException(\"CLIENT_ERROR\", \"Validation Errors.\", errors)\n      }\n    }\n    super.validate(node, operation)\n  }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/DefinitionNode.scala","text":"<reponame>shikshalokam\/knowledge-platform\npackage org.sunbird.graph.schema\n\nimport java.util\nimport java.util.concurrent.CompletionException\n\nimport org.apache.commons.collections4.{CollectionUtils, MapUtils}\nimport org.apache.commons.lang3.StringUtils\nimport org.sunbird.cache.util.RedisCacheUtil\nimport org.sunbird.common.JsonUtils\nimport org.sunbird.common.dto.Request\nimport org.sunbird.graph.dac.model.{Node, Relation}\n\nimport scala.collection.JavaConversions._\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject DefinitionNode {\n\n  def validate(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n      val graphId: String = request.getContext.get(\"graph_id\").asInstanceOf[String]\n      val version: String = request.getContext.get(\"version\").asInstanceOf[String]\n      val schemaName: String = request.getContext.get(\"schemaName\").asInstanceOf[String]\n      val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n      val inputNode = definition.getNode(request.getRequest)\n      definition.validate(inputNode, \"create\") recoverWith { case e: CompletionException => throw e.getCause}\n  }\n\n    def getExternalProps(graphId: String, version: String, schemaName: String): List[String] = {\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        definition.getExternalProps()\n    }\n\n    def fetchJsonProps(graphId: String, version: String, schemaName: String): List[String] = {\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        definition.fetchJsonProps()\n    }\n\n    def getInRelations(graphId: String, version: String, schemaName: String): List[Map[String, AnyRef]] = {\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        definition.getInRelations()\n    }\n\n    def getOutRelations(graphId: String, version: String, schemaName: String): List[Map[String, AnyRef]] = {\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        definition.getOutRelations()\n    }\n\n    def getRelationDefinitionMap(graphId: String, version: String, schemaName: String): Map[String, AnyRef] = {\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        definition.getRelationDefinitionMap()\n    }\n\n    def getRestrictedProperties(graphId: String, version: String, operation: String, schemaName: String): List[String] = {\n      val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n      definition.getRestrictPropsConfig(operation)\n    }\n\n    def getNode(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val schemaName: String = request.getContext.get(\"schemaName\").asInstanceOf[String]\n        val definition = DefinitionFactory.getDefinition(request.getContext.get(\"graph_id\").asInstanceOf[String]\n            , schemaName, request.getContext.get(\"version\").asInstanceOf[String])\n        definition.getNode(request.get(\"identifier\").asInstanceOf[String], \"read\", request.get(\"mode\").asInstanceOf[String])\n    }\n\n    @throws[Exception]\n    def validate(identifier: String, request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val graphId: String = request.getContext.get(\"graph_id\").asInstanceOf[String]\n        val version: String = request.getContext.get(\"version\").asInstanceOf[String]\n        val schemaName: String = request.getContext.get(\"schemaName\").asInstanceOf[String]\n        val skipValidation: Boolean = {if(request.getContext.containsKey(\"skipValidation\")) request.getContext.get(\"skipValidation\").asInstanceOf[Boolean] else false}\n        val definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n        val dbNodeFuture = definition.getNode(identifier, \"update\", null)\n        val validationResult: Future[Node] = dbNodeFuture.map(dbNode => {\n            resetJsonProperties(dbNode, graphId, version, schemaName)\n            val inputNode: Node = definition.getNode(dbNode.getIdentifier, request.getRequest, dbNode.getNodeType)\n            setRelationship(dbNode,inputNode)\n            if (dbNode.getIdentifier.endsWith(\".img\") && StringUtils.equalsAnyIgnoreCase(\"Yes\", dbNode.getMetadata.get(\"isImageNodeCreated\").asInstanceOf[String])) {\n                inputNode.getMetadata.put(\"versionKey\", dbNode.getMetadata.get(\"versionKey\"))\n                dbNode.getMetadata.remove(\"isImageNodeCreated\")\n            }\n            dbNode.getMetadata.putAll(inputNode.getMetadata)\n            if(MapUtils.isNotEmpty(inputNode.getExternalData)){\n                if(MapUtils.isNotEmpty(dbNode.getExternalData))\n                    dbNode.getExternalData.putAll(inputNode.getExternalData)\n                else\n                    dbNode.setExternalData(inputNode.getExternalData)\n            }\n            if(!skipValidation)\n                definition.validate(dbNode,\"update\")\n            else Future{dbNode}\n        }).flatMap(f => f) recoverWith { case e: CompletionException => throw e.getCause}\n        validationResult\n    }\n\n\tdef postProcessor(request: Request, node: Node)(implicit ec: ExecutionContext): Node = {\n\t\tval graphId: String = request.getContext.get(\"graph_id\").asInstanceOf[String]\n\t\tval version: String = request.getContext.get(\"version\").asInstanceOf[String]\n\t\tval schemaName: String = request.getContext.get(\"schemaName\").asInstanceOf[String]\n\t\tval definition = DefinitionFactory.getDefinition(graphId, schemaName, version)\n\t\tval edgeKey = definition.getEdgeKey()\n\t\tif (null != edgeKey && !edgeKey.isEmpty) {\n\t\t\tval metadata = node.getMetadata\n\t\t\tval cacheKey = \"edge_\" + request.getObjectType.toLowerCase()\n\t\t\tval data = metadata.containsKey(edgeKey) match {\n\t\t\t\tcase true => List[String](metadata.get(edgeKey).asInstanceOf[String])\n\t\t\t\tcase _ => List[String]()\n\t\t\t}\n\t\t\tif (!data.isEmpty) {\n\t\t\t\tmetadata.get(\"status\") match {\n\t\t\t\t\tcase \"Live\" => RedisCacheUtil.saveToList(cacheKey, data)\n\t\t\t\t\tcase \"Retired\" => RedisCacheUtil.deleteFromList(cacheKey, data)\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tnode\n\t}\n\n    private def setRelationship(dbNode: Node, inputNode: Node): Unit = {\n        var addRels: util.List[Relation] = new util.ArrayList[Relation]()\n        var delRels: util.List[Relation] = new util.ArrayList[Relation]()\n        val inRel: util.List[Relation] = dbNode.getInRelations\n        val outRel: util.List[Relation] = dbNode.getOutRelations\n        val inRelReq: util.List[Relation] = inputNode.getInRelations\n        val outRelReq: util.List[Relation] = inputNode.getOutRelations\n        if (CollectionUtils.isNotEmpty(inRelReq))\n            getNewRelationsList(inRel, inRelReq, addRels, delRels)\n        if (CollectionUtils.isNotEmpty(outRelReq))\n            getNewRelationsList(outRel, outRelReq, addRels, delRels)\n        if (CollectionUtils.isNotEmpty(addRels))\n            dbNode.setAddedRelations(addRels)\n        if (CollectionUtils.isNotEmpty(delRels))\n            dbNode.setDeletedRelations(delRels)\n    }\n\n    private def getNewRelationsList(dbRelations: util.List[Relation], newRelations: util.List[Relation], addRels: util.List[Relation], delRels: util.List[Relation]): Unit = {\n        val relList = new util.ArrayList[String]\n        for (rel <- newRelations) {\n            addRels.add(rel)\n            val relKey = rel.getStartNodeId + rel.getRelationType + rel.getEndNodeId\n            if (!relList.contains(relKey)) relList.add(relKey)\n        }\n        if (null != dbRelations && !dbRelations.isEmpty) {\n            for (rel <- dbRelations) {\n                val relKey = rel.getStartNodeId + rel.getRelationType + rel.getEndNodeId\n                if (!relList.contains(relKey)) delRels.add(rel)\n            }\n        }\n    }\n\n    def resetJsonProperties(node: Node, graphId: String, version: String, schemaName: String):Node = {\n        val jsonPropList = fetchJsonProps(graphId, version, schemaName)\n        if(!jsonPropList.isEmpty){\n            node.getMetadata.entrySet().map(entry => {\n                if(jsonPropList.contains(entry.getKey)){\n                    entry.setValue(JsonUtils.deserialize(entry.getValue.asInstanceOf[String], classOf[Object]))\n                }\n            })\n        }\n        node\n    }\n}\n\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/hierarchy-manager\/src\/main\/scala\/org\/sunbird\/utils\/ScalaJsonUtils.scala","text":"<gh_stars>0\npackage org.sunbird.utils\n\nimport com.fasterxml.jackson.core.`type`.TypeReference\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\n\nobject ScalaJsonUtils {\n    @transient val mapper = new ObjectMapper()\n    mapper.registerModule(DefaultScalaModule)\n\n    @throws(classOf[Exception])\n    def serialize(obj: AnyRef): String = {\n        mapper.writeValueAsString(obj);\n    }\n\n    @throws(classOf[Exception])\n    def deserialize[T: Class](value: String): T = {\n        mapper.readValue(value, new TypeReference[T]{})\n    }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/utils\/ActorNames.scala","text":"package utils\n\nobject ActorNames {\n\n    final val HEALTH_ACTOR = \"healthActor\"\n    final val CONTENT_ACTOR = \"contentActor\"\n    final val LICENSE_ACTOR = \"licenseActor\"\n    final val COLLECTION_ACTOR = \"collectionActor\"\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/hierarchy-manager\/src\/main\/scala\/org\/sunbird\/managers\/HierarchyManager.scala","text":"<reponame>shikshalokam\/knowledge-platform\npackage org.sunbird.managers\n\nimport java.util\nimport java.util.concurrent.CompletionException\n\nimport org.apache.commons.lang3.StringUtils\nimport org.sunbird.common.dto.{Request, Response, ResponseHandler}\nimport org.sunbird.common.exception.{ClientException, ErrorCodes, ResponseCode}\nimport org.sunbird.common.{JsonUtils, Platform}\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.graph.external.ExternalPropsManager\nimport org.sunbird.graph.nodes.DataNode\nimport org.sunbird.utils.{NodeUtil, ScalaJsonUtils}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject HierarchyManager {\n\n    val schemaName: String = \"collection\"\n    val imgSuffix: String = \".img\"\n    val keyTobeRemoved = {\n        if(Platform.config.hasPath(\"content.hierarchy.removed_props_for_leafNodes\"))\n            Platform.config.getStringList(\"content.hierarchy.removed_props_for_leafNodes\")\n        else\n            java.util.Arrays.asList(\"collections\",\"children\",\"usedByContent\",\"item_sets\",\"methods\",\"libraries\",\"editorState\")\n    }\n\n    @throws[Exception]\n    def addLeafNodesToHierarchy(request:Request)(implicit ec: ExecutionContext): Future[Response] = {\n        validateRequest(request)\n        val rootNodeFuture = getRootNode(request)\n        rootNodeFuture.map(rootNode => {\n            val unitId = request.get(\"unitId\").asInstanceOf[String]\n            val rootNodeMap =  NodeUtil.serialize(rootNode, java.util.Arrays.asList(\"childNodes\"), schemaName)\n            if(!rootNodeMap.get(\"childNodes\").asInstanceOf[Array[String]].toList.contains(unitId)) {\n                Future{ResponseHandler.ERROR(ResponseCode.RESOURCE_NOT_FOUND, ResponseCode.RESOURCE_NOT_FOUND.name(), \"unitId \" + unitId + \" does not exist\")}\n            }else {\n                val hierarchyFuture = fetchHierarchy(request)\n                hierarchyFuture.map(hierarchy => {\n                    if(hierarchy.isEmpty){\n                        Future{ResponseHandler.ERROR(ResponseCode.SERVER_ERROR, ResponseCode.SERVER_ERROR.name(), \"hierarchy is empty\")}\n                    } else {\n                        val leafNodesFuture = fetchLeafNodes(request)\n                        leafNodesFuture.map(leafNodes => {\n                            val updateResponse = updateHierarchy(unitId, hierarchy, leafNodes, rootNode, request, \"add\")\n                            updateResponse.map(response => {\n                                if(!ResponseHandler.checkError(response)) {\n                                    updateRootNode(rootNode, request, \"add\").map(node => {\n                                        val resp: Response = ResponseHandler.OK\n                                        resp.put(\"rootId\", rootNode.getIdentifier)\n                                        resp.put(unitId, request.get(\"children\"))\n                                        resp\n                                    })\n                                } else {\n                                    Future { response }\n                                }\n                            }).flatMap(f => f)\n                        }).flatMap(f => f)\n                    }\n                }).flatMap(f => f)\n            }\n        }).flatMap(f => f) recoverWith {case e: CompletionException => throw e.getCause}\n    }\n\n    @throws[Exception]\n    def removeLeafNodesFromHierarchy(request: Request)(implicit ec: ExecutionContext): Future[Response] = {\n        validateRequest(request)\n        val rootNodeFuture = getRootNode(request)\n        rootNodeFuture.map(rootNode => {\n            val unitId = request.get(\"unitId\").asInstanceOf[String]\n            val rootNodeMap =  NodeUtil.serialize(rootNode, java.util.Arrays.asList(\"childNodes\"), schemaName)\n            if(!rootNodeMap.get(\"childNodes\").asInstanceOf[Array[String]].toList.contains(unitId)) {\n                Future{ResponseHandler.ERROR(ResponseCode.RESOURCE_NOT_FOUND, ResponseCode.RESOURCE_NOT_FOUND.name(), \"unitId \" + unitId + \" does not exist\")}\n            }else {\n                val hierarchyFuture = fetchHierarchy(request)\n                hierarchyFuture.map(hierarchy => {\n                    if(hierarchy.isEmpty){\n                        Future{ResponseHandler.ERROR(ResponseCode.SERVER_ERROR, ResponseCode.SERVER_ERROR.name(), \"hierarchy is empty\")}\n                    } else {\n                        val updateResponse = updateHierarchy(unitId, hierarchy, null, rootNode, request, \"remove\")\n                        updateResponse.map(response => {\n                            if(!ResponseHandler.checkError(response)) {\n                                updateRootNode(rootNode, request, \"remove\").map(node => {\n                                    val resp: Response = ResponseHandler.OK\n                                    resp.put(\"rootId\", rootNode.getIdentifier)\n                                    resp\n                                })\n                            } else {\n                                Future { response }\n                            }\n                        }).flatMap(f => f)\n                    }\n                }).flatMap(f => f)\n            }\n        }).flatMap(f => f) recoverWith {case e: CompletionException => throw e.getCause}\n    }\n\n\n    def validateRequest(request: Request)(implicit ec: ExecutionContext) = {\n        val rootId = request.get(\"rootId\").asInstanceOf[String]\n        val unitId = request.get(\"unitId\").asInstanceOf[String]\n        val children = request.get(\"children\").asInstanceOf[java.util.List[String]]\n\n        if(StringUtils.isBlank(rootId)){\n            throw new ClientException(ErrorCodes.ERR_BAD_REQUEST.name(), \"rootId is mandatory\")\n        }\n        if(StringUtils.isBlank(unitId)){\n            throw new ClientException(ErrorCodes.ERR_BAD_REQUEST.name(), \"unitId is mandatory\")\n        }\n        if(null == children || children.isEmpty){\n            throw new ClientException(ErrorCodes.ERR_BAD_REQUEST.name(), \"children are mandatory\")\n        }\n    }\n\n    private def getRootNode(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val req = new Request(request)\n        req.put(\"identifier\", request.get(\"rootId\").asInstanceOf[String])\n        req.put(\"mode\", \"edit\")\n        DataNode.read(req)\n    }\n\n    def fetchHierarchy(request: Request)(implicit ec: ExecutionContext): Future[Map[String, AnyRef]] = {\n        val req = new Request(request)\n        req.put(\"identifier\", request.get(\"rootId\").asInstanceOf[String] + imgSuffix)\n        val responseFuture = ExternalPropsManager.fetchProps(req, List(\"hierarchy\"))\n        responseFuture.map(response => {\n            if(!ResponseHandler.checkError(response)) {\n                val hierarchyString = response.getResult.toMap.getOrElse(\"hierarchy\", \"\").asInstanceOf[String]\n                if(!hierarchyString.isEmpty)\n                    JsonUtils.deserialize(hierarchyString, classOf[java.util.Map[String, AnyRef]]).toMap\n                else\n                    Map[String, AnyRef]()\n            } else {\n                Map[String, AnyRef]()\n            }\n        })\n    }\n\n    def fetchLeafNodes(request: Request)(implicit ec: ExecutionContext): Future[List[Node]] =  {\n        val leafNodes = request.get(\"children\").asInstanceOf[java.util.List[String]]\n        val req = new Request(request)\n        req.put(\"identifiers\", leafNodes)\n        val nodes = DataNode.list(req).map(nodes => {\n            if(nodes.size() != leafNodes.size()) {\n                val filteredList = leafNodes.toList.filter(id => !nodes.contains(id))\n                throw new ClientException(ErrorCodes.ERR_BAD_REQUEST.name(), \"Children which are not available are: \" + leafNodes)\n            }\n            else nodes.toList\n        })\n        nodes\n    }\n\n    def convertNodeToMap(leafNodes: List[Node]): java.util.List[java.util.Map[String, AnyRef]] = {\n        leafNodes.map(node => {\n            val nodeMap:java.util.Map[String,AnyRef] = NodeUtil.serialize(node, null, schemaName)\n            nodeMap.keySet().removeAll(keyTobeRemoved)\n            nodeMap\n        })\n    }\n\n    def addChildrenToUnit(children: java.util.List[java.util.Map[String,AnyRef]], unitId:String, leafNodes: java.util.List[java.util.Map[String, AnyRef]], leafNodeIds: java.util.List[String]): Unit = {\n        val childNodes = children.filter(child => (\"Parent\".equalsIgnoreCase(child.get(\"visibility\").asInstanceOf[String]) && unitId.equalsIgnoreCase(child.get(\"identifier\").asInstanceOf[String]))).toList\n        if(null != childNodes && !childNodes.isEmpty){\n            val child = childNodes.get(0)\n            val childList = child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]]\n            val restructuredChildren: java.util.List[java.util.Map[String,AnyRef]] = restructureUnit(childList, leafNodes, leafNodeIds, (child.get(\"depth\").asInstanceOf[Integer] + 1), unitId)\n            child.put(\"children\", restructuredChildren)\n        } else {\n            for(child <- children) {\n                if(null !=child.get(\"children\") && !child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]].isEmpty)\n                    addChildrenToUnit(child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]], unitId, leafNodes, leafNodeIds)\n            }\n        }\n    }\n\n    def removeChildrenFromUnit(children: java.util.List[java.util.Map[String, AnyRef]], unitId: String, leafNodeIds: java.util.List[String]):Unit = {\n        val childNodes = children.filter(child => (\"Parent\".equalsIgnoreCase(child.get(\"visibility\").asInstanceOf[String]) && unitId.equalsIgnoreCase(child.get(\"identifier\").asInstanceOf[String]))).toList\n        if(null != childNodes && !childNodes.isEmpty){\n            val child = childNodes.get(0)\n            if(null != child.get(\"children\") && !child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]].isEmpty) {\n                var filteredLeafNodes = child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]].filter(existingLeafNode => {\n                    !leafNodeIds.contains(existingLeafNode.get(\"identifier\").asInstanceOf[String])\n                })\n                var index: Integer = 1\n                filteredLeafNodes.toList.sortBy(x => x.get(\"index\").asInstanceOf[Integer]).foreach(node => {\n                    node.put(\"index\", index)\n                    index += 1\n                })\n                child.put(\"children\", filteredLeafNodes)\n            }\n        } else {\n            for(child <- children) {\n                if(null !=child.get(\"children\") && !child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]].isEmpty)\n                    removeChildrenFromUnit(child.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String,AnyRef]]], unitId, leafNodeIds)\n            }\n        }\n    }\n\n    def updateRootNode(rootNode: Node, request: Request, operation: String)(implicit ec: ExecutionContext) = {\n        val req = new Request(request)\n        val leafNodes = request.get(\"children\").asInstanceOf[java.util.List[String]]\n        var childNodes = new java.util.ArrayList[String]()\n        childNodes.addAll(rootNode.getMetadata.get(\"childNodes\").asInstanceOf[Array[String]].toList)\n        if(operation.equalsIgnoreCase(\"add\"))\n            childNodes.addAll(leafNodes)\n        if(operation.equalsIgnoreCase(\"remove\"))\n            childNodes.removeAll(leafNodes)\n        req.put(\"childNodes\", childNodes.distinct.toArray)\n        req.getContext.put(\"identifier\", rootNode.getIdentifier.replaceAll(imgSuffix, \"\"))\n        req.getContext.put(\"skipValidation\", java.lang.Boolean.TRUE)\n        DataNode.update(req)\n    }\n\n    def updateHierarchy(unitId: String, hierarchy: java.util.Map[String, AnyRef], leafNodes: List[Node], rootNode: Node, request: Request, operation: String)(implicit ec: ExecutionContext) = {\n        val children =  hierarchy.get(\"children\").asInstanceOf[java.util.List[java.util.Map[String, AnyRef]]]\n        val leafNodeIds = request.get(\"children\").asInstanceOf[java.util.List[String]]\n        if(\"add\".equalsIgnoreCase(operation)){\n            val leafNodesMap:java.util.List[java.util.Map[String, AnyRef]] = convertNodeToMap(leafNodes)\n            addChildrenToUnit(children, unitId, leafNodesMap, leafNodeIds)\n        }\n        if(\"remove\".equalsIgnoreCase(operation)) {\n            removeChildrenFromUnit(children,unitId, leafNodeIds)\n        }\n        val updatedHierarchy = new java.util.HashMap[String, AnyRef]()\n        updatedHierarchy.putAll(hierarchy)\n        updatedHierarchy.put(\"children\", children)\n        val req = new Request(request)\n        req.put(\"hierarchy\", ScalaJsonUtils.serialize(updatedHierarchy))\n        req.put(\"identifier\", rootNode.getIdentifier.replaceAll(imgSuffix, \"\") + imgSuffix)\n        ExternalPropsManager.saveProps(req)\n    }\n\n    def restructureUnit(childList: java.util.List[java.util.Map[String, AnyRef]], leafNodes: java.util.List[java.util.Map[String, AnyRef]], leafNodeIds: java.util.List[String], depth: Integer, parent: String): java.util.List[java.util.Map[String, AnyRef]] = {\n        var maxIndex:Integer = 0\n        var leafNodeMap: java.util.Map[String, java.util.Map[String, AnyRef]] =  new util.HashMap[String, java.util.Map[String, AnyRef]]()\n        for(leafNode <- leafNodes){\n            leafNodeMap.put(leafNode.get(\"identifier\").asInstanceOf[String], JavaConverters.mapAsJavaMapConverter(leafNode).asJava)\n        }\n        var filteredLeafNodes: java.util.List[java.util.Map[String, AnyRef]] = new util.ArrayList[java.util.Map[String, AnyRef]]()\n        if(null != childList && !childList.isEmpty) {\n            val childMap:Map[String, java.util.Map[String, AnyRef]] = childList.toList.map(f => f.get(\"identifier\").asInstanceOf[String] -> f).toMap\n            val existingLeafNodes = childMap.filter(p => leafNodeIds.contains(p._1))\n                existingLeafNodes.map(en => {\n                    leafNodeMap.get(en._1).put(\"index\", en._2.get(\"index\").asInstanceOf[Integer])\n                })\n            filteredLeafNodes = bufferAsJavaList(childList.filter(existingLeafNode => {\n                !leafNodeIds.contains(existingLeafNode.get(\"identifier\").asInstanceOf[String])\n            }))\n            maxIndex = childMap.values.toList.map(child => child.get(\"index\").asInstanceOf[Integer]).toList.max.asInstanceOf[Integer]\n        }\n        leafNodeIds.foreach(id => {\n            var node = leafNodeMap.get(id)\n            node.put(\"parent\", parent)\n            node.put(\"depth\", depth)\n            if( null == node.get(\"index\")) {\n                val index:Integer = maxIndex + 1\n                node.put(\"index\", index)\n                maxIndex += 1\n            }\n            filteredLeafNodes.add(node)\n        })\n        filteredLeafNodes\n    }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/relations\/AssociationRelation.scala","text":"<gh_stars>0\npackage org.sunbird.graph.relations\n\nimport org.sunbird.common.dto.{Request, Response, ResponseHandler}\nimport org.sunbird.common.exception.{ErrorCodes, ResponseCode}\nimport org.sunbird.graph.common.enums.GraphDACParams\nimport org.sunbird.graph.dac.enums.{RelationTypes, SystemNodeTypes}\nimport org.sunbird.graph.dac.model.Node\n\nclass AssociationRelation(graphId: String, startNode: Node, endNode: Node, metadata: java.util.Map[String, AnyRef]) extends AbstractRelation(graphId, startNode, endNode, metadata) {\n\n    override def getRelationType(): String = {\n        RelationTypes.ASSOCIATED_TO.relationName()\n    }\n\n    override def validate(request: Request): List[String] = {\n        val schemaName = request.getContext.get(\"schemaName\").asInstanceOf[String]\n        val errList:List[String] = List(validateNodeTypes(startNode, List(SystemNodeTypes.DATA_NODE.name())),\n            validateNodeTypes(endNode, List(SystemNodeTypes.DATA_NODE.name, SystemNodeTypes.SET.name)),\n            validateObjectTypes(startNode.getObjectType, endNode.getObjectType, schemaName)).filter(err => (null != err && !err.isEmpty))\n        errList\n    }\n\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/hierarchy-manager\/src\/main\/scala\/org\/sunbird\/utils\/NodeUtil.scala","text":"package org.sunbird.utils\n\nimport java.util\nimport java.util.Map\n\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport org.apache.commons.collections4.CollectionUtils\nimport org.sunbird.graph.dac.model.{Node, Relation}\nimport org.sunbird.graph.schema.DefinitionNode\n\nimport scala.collection.JavaConverters._\n\nobject NodeUtil {\n    val mapper: ObjectMapper = new ObjectMapper()\n    mapper.registerModule(DefaultScalaModule)\n\n    def serialize(node: Node, fields: util.List[String], schemaName: String): util.Map[String, AnyRef] = {\n        val metadataMap = node.getMetadata\n        metadataMap.put(\"identifier\", node.getIdentifier)\n        if (CollectionUtils.isNotEmpty(fields))\n            metadataMap.keySet.retainAll(fields)\n        val jsonProps = DefinitionNode.fetchJsonProps(node.getGraphId, \"1.0\", schemaName)\n        val updatedMetadataMap:util.Map[String, AnyRef] = metadataMap.entrySet().asScala.filter(entry => null != entry.getValue).map((entry: util.Map.Entry[String, AnyRef]) => handleKeyNames(entry, fields) ->  convertJsonProperties(entry, jsonProps)).toMap.asJava\n        val definitionMap = DefinitionNode.getRelationDefinitionMap(node.getGraphId, \"1.0\", schemaName).asJava\n        val relMap:util.Map[String, util.List[util.Map[String, AnyRef]]] = getRelationMap(node, updatedMetadataMap, definitionMap)\n        var finalMetadata = new util.HashMap[String, AnyRef]()\n        finalMetadata.putAll(updatedMetadataMap)\n        finalMetadata.putAll(relMap)\n        finalMetadata\n    }\n\n    def handleKeyNames(entry: Map.Entry[String, AnyRef], fields: util.List[String]) = {\n        if(CollectionUtils.isEmpty(fields)) {\n            entry.getKey.substring(0,1) + entry.getKey.substring(1)\n        } else {\n            entry.getKey\n        }\n    }\n\n    def getRelationMap(node: Node, updatedMetadataMap: util.Map[String, AnyRef], relationMap: util.Map[String, AnyRef]):util.Map[String, util.List[util.Map[String, AnyRef]]] = {\n        val inRelations:util.List[Relation] = { if (CollectionUtils.isEmpty(node.getInRelations)) new util.ArrayList[Relation] else node.getInRelations }\n        val outRelations:util.List[Relation] = { if (CollectionUtils.isEmpty(node.getOutRelations)) new util.ArrayList[Relation] else node.getOutRelations }\n        val relMap = new util.HashMap[String, util.List[util.Map[String, AnyRef]]]\n        for (rel <- inRelations.asScala) {\n            if (relMap.containsKey(relationMap.get(rel.getRelationType + \"_in_\" + rel.getStartNodeObjectType))) relMap.get(relationMap.get(rel.getRelationType + \"_in_\" + rel.getStartNodeObjectType)).add(populateRelationMaps(rel, \"in\"))\n            else {\n                if(null != relationMap.get(rel.getRelationType + \"_in_\" + rel.getStartNodeObjectType)) {\n                    relMap.put(relationMap.get(rel.getRelationType + \"_in_\" + rel.getStartNodeObjectType).asInstanceOf[String], new util.ArrayList[util.Map[String, AnyRef]]() {})\n                }\n            }\n        }\n        for (rel <- outRelations.asScala) {\n            if (relMap.containsKey(relationMap.get(rel.getRelationType + \"_out_\" + rel.getEndNodeObjectType))) relMap.get(relationMap.get(rel.getRelationType + \"_out_\" + rel.getEndNodeObjectType)).add(populateRelationMaps(rel, \"out\"))\n            else {\n                if(null != relationMap.get(rel.getRelationType + \"_in_\" + rel.getStartNodeObjectType)) {\n                    relMap.put(relationMap.get(rel.getRelationType + \"_out_\" + rel.getEndNodeObjectType).asInstanceOf[String], new util.ArrayList[util.Map[String, AnyRef]]() {})\n                }\n            }\n        }\n        relMap\n    }\n    \n    def convertJsonProperties(entry: Map.Entry[String, AnyRef], jsonProps: scala.List[String]) = {\n        if(jsonProps.contains(entry.getKey)) {\n            try {mapper.readTree(entry.getValue.toString)}\n            catch { case e: Exception => entry.getValue }\n        }\n        else entry.getValue\n    }\n\n    def populateRelationMaps(rel: Relation, direction: String): util.Map[String, AnyRef] = {\n        if(\"out\".equalsIgnoreCase(direction))\n            new util.HashMap[String, Object]() {{\n                put(\"identifier\", rel.getEndNodeId.replace(\".img\", \"\"))\n                put(\"name\", rel.getEndNodeName)\n                put(\"objectType\", rel.getEndNodeObjectType.replace(\"Image\", \"\"))\n                put(\"relation\", rel.getRelationType)\n                put(\"description\", rel.getEndNodeMetadata.get(\"description\"))\n                put(\"status\", rel.getEndNodeMetadata.get(\"status\"))\n            }}\n        else\n            new util.HashMap[String, Object]() {{\n                put(\"identifier\", rel.getStartNodeId.replace(\".img\", \"\"))\n                put(\"name\", rel.getStartNodeName)\n                put(\"objectType\", rel.getStartNodeObjectType.replace(\"Image\", \"\"))\n                put(\"relation\", rel.getRelationType)\n                put(\"description\", rel.getStartNodeMetadata.get(\"description\"))\n                put(\"status\", rel.getStartNodeMetadata.get(\"status\"))\n            }}\n    }\n}"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/parseq\/src\/main\/scala\/org\/sunbird\/parseq\/Task.scala","text":"<gh_stars>1-10\npackage org.sunbird.parseq\n\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject Task {\n\n    def series[R](block1: => R, block2: => R)(implicit ec: ExecutionContext): Future[List[R]] = {\n        for {\n            result1 <- Future { block1 }\n            result2 <- Future { block2 }\n        } yield (List(result1, result2))\n    }\n\n    def parallel[R](block1: => Future[R], block2: => Future[R])(implicit ec: ExecutionContext): Future[List[R]] = {\n        val r1 = Future { block1 };\n        val r2 = Future { block2 };\n        val result = for {\n            result1 <- r1\n            result2 <- r2\n        } yield (List(result1, result2))\n        result.map(futures => {\n            Future.sequence(futures)\n        }).flatMap(f => f)\n    }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/validator\/VersioningNode.scala","text":"<gh_stars>0\npackage org.sunbird.graph.schema.validator\n\nimport java.util\nimport java.util.concurrent.CompletionException\n\nimport org.sunbird.cache.util.RedisCacheUtil\nimport org.sunbird.common.{JsonUtils, Platform}\nimport org.sunbird.common.dto.{Request, ResponseHandler}\nimport org.sunbird.common.exception.ResourceNotFoundException\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.graph.exception.GraphEngineErrorCodes\nimport org.sunbird.graph.external.ExternalPropsManager\nimport org.sunbird.graph.schema.IDefinition\nimport org.sunbird.graph.service.operation.{NodeAsyncOperations, SearchAsyncOperations}\nimport org.sunbird.graph.utils.{NodeUtil, ScalaJsonUtils}\nimport org.sunbird.telemetry.logger.TelemetryManager\n\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait VersioningNode extends IDefinition {\n\n    val statusList = List(\"Live\", \"Unlisted\")\n    val IMAGE_SUFFIX = \".img\"\n    val IMAGE_OBJECT_SUFFIX = \"Image\"\n\n\n    abstract override def getNode(identifier: String, operation: String, mode: String)(implicit ec: ExecutionContext): Future[Node] = {\n        operation match {\n            case \"update\" => getNodeToUpdate(identifier);\n            case \"read\" => getNodeToRead(identifier, mode)\n            case _ => getNodeToRead(identifier, mode)\n        }\n    }\n\n    private def getNodeToUpdate(identifier: String)(implicit ec: ExecutionContext): Future[Node] = {\n        val nodeFuture: Future[Node] = super.getNode(identifier , \"update\", null)\n        nodeFuture.map(node => {\n            if(null == node)\n                throw new ResourceNotFoundException(GraphEngineErrorCodes.ERR_INVALID_NODE.name, \"Node Not Found With Identifier : \" + identifier)\n            if(schemaValidator.getConfig.hasPath(\"version\") && \"enable\".equalsIgnoreCase(schemaValidator.getConfig.getString(\"version\"))){\n                getEditableNode(identifier, node)\n            } else {\n                Future{node}\n            }\n        }).flatMap(f => f) recoverWith { case e: CompletionException => throw e.getCause}\n    }\n\n    private def getNodeToRead(identifier: String, mode: String)(implicit ec: ExecutionContext) = {\n        val node: Future[Node] = {\n            if(\"edit\".equalsIgnoreCase(mode)){\n                val imageNode = super.getNode(identifier + IMAGE_SUFFIX, \"read\", mode)\n                imageNode recoverWith {\n                    case e: CompletionException => {\n                        if (e.getCause.isInstanceOf[ResourceNotFoundException])\n                            super.getNode(identifier, \"read\", mode)\n                        else\n                           throw e.getCause\n                    }\n                }\n            } else {\n                val cacheKey = getSchemaName().toLowerCase() + \".cache.enable\"\n                if(Platform.config.hasPath(cacheKey) && Platform.config.getBoolean(cacheKey)) {\n                    val ttl:Integer = if (Platform.config.hasPath(getSchemaName().toLowerCase() + \".cache.ttl\")) Platform.config.getInt(getSchemaName().toLowerCase() + \".cache.ttl\") else 86400\n                    getCachedNode(identifier, ttl)\n                }\n                else\n                    super.getNode(identifier , \"read\", mode)\n            }\n        }.map(dataNode => dataNode) recoverWith { case e: CompletionException => throw e.getCause}\n        node\n    }\n\n    private def getEditableNode(identifier: String, node: Node)(implicit ec: ExecutionContext): Future[Node] = {\n        val status = node.getMetadata.get(\"status\").asInstanceOf[String]\n        if(statusList.contains(status)) {\n            val imageId = node.getIdentifier + IMAGE_SUFFIX\n            try{\n                val imageNode = SearchAsyncOperations.getNodeByUniqueId(node.getGraphId, imageId, false, new Request())\n                imageNode recoverWith {\n                    case e: CompletionException => {\n                        TelemetryManager.error(\"Exception occured while fetching image node, may not be found\", e.getCause)\n                        if (e.getCause.isInstanceOf[ResourceNotFoundException]) {\n                            node.setIdentifier(imageId)\n                            node.setObjectType(node.getObjectType + IMAGE_OBJECT_SUFFIX)\n                            node.getMetadata.put(\"status\", \"Draft\")\n                            NodeAsyncOperations.addNode(node.getGraphId, node).map(imgNode => {\n                                imgNode.getMetadata.put(\"isImageNodeCreated\", \"yes\");\n                                copyExternalProps(identifier, node.getGraphId).map(response => {\n                                    if(!ResponseHandler.checkError(response)) {\n                                        if(null != response.getResult && !response.getResult.isEmpty)\n                                            imgNode.setExternalData(response.getResult)\n                                    }\n                                    imgNode\n                                })\n                            }).flatMap(f=>f)\n                        } else\n                            throw e.getCause\n                    }\n                }\n            }\n        } else\n            Future{node}\n    }\n\n    private def copyExternalProps(identifier: String, graphId: String)(implicit ec : ExecutionContext) = {\n        val request = new Request()\n        request.setContext(new util.HashMap[String, AnyRef](){{\n            put(\"schemaName\", getSchemaName())\n            put(\"version\", \"1.0\")\n            put(\"graph_id\", graphId)\n        }})\n        request.put(\"identifier\", identifier)\n        ExternalPropsManager.fetchProps(request, getExternalPropsList())\n    }\n\n    private def getExternalPropsList(): List[String] ={\n        if(schemaValidator.getConfig.hasPath(\"external.properties\")){\n            new util.ArrayList[String](schemaValidator.getConfig.getObject(\"external.properties\").keySet()).toList\n        }else{\n            List[String]()\n        }\n    }\n\n    def getCachedNode(identifier: String, ttl: Integer)(implicit ec: ExecutionContext): Future[Node] = {\n        val nodeString:String = RedisCacheUtil.getString(identifier)\n        if(null != nodeString && !nodeString.isEmpty) {\n            val nodeMap:util.Map[String, AnyRef] = JsonUtils.deserialize(nodeString, classOf[java.util.Map[String, AnyRef]])\n            val node:Node = NodeUtil.deserialize(nodeMap, getSchemaName(), schemaValidator.getConfig\n                    .getAnyRef(\"relations\").asInstanceOf[java.util.Map[String, AnyRef]])\n            Future{node}\n        } else {\n            super.getNode(identifier , \"read\", null).map(node => {\n                if(List(\"Live\", \"Unlisted\").contains(node.getMetadata.get(\"status\").asInstanceOf[String])) {\n                    val nodeMap = NodeUtil.serialize(node, null, getSchemaName())\n                    RedisCacheUtil.saveString(identifier, ScalaJsonUtils.serialize(nodeMap), ttl)\n                }\n                node\n            })\n        }\n\n    }\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/IDefinition.scala","text":"<reponame>shikshalokam\/knowledge-platform\npackage org.sunbird.graph.schema\n\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.schema.{ISchemaValidator, SchemaValidatorFactory}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nabstract class IDefinition(graphId: String, schemaName: String, version: String = \"1.0\") extends CoreDomainObject(graphId, schemaName, version) {\n\n    var schemaValidator: ISchemaValidator = SchemaValidatorFactory.getInstance(schemaName, version)\n    def getNode(input: java.util.Map[String, AnyRef]): Node\n\n    @throws[Exception]\n    def validate(node: Node, operation: String = \"update\")(implicit ec: ExecutionContext): Future[Node]\n\n    @throws[Exception]\n    def getNode(identifier: String, operation: String = \"read\", mode: String)(implicit ec: ExecutionContext): Future[Node]\n\n    def getSchemaName(): String ={\n        schemaName\n    }\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/schema\/DefinitionFactory.scala","text":"<reponame>shikshalokam\/knowledge-platform\npackage org.sunbird.graph.schema\n\nobject DefinitionFactory {\n\n    private var definitions: Map[String, DefinitionDTO] = Map()\n\n    def getDefinition(graphId: String, schemaName: String, version: String): DefinitionDTO = {\n        val key = getKey(graphId, schemaName, version)\n        val definition = definitions.getOrElse(key, new DefinitionDTO(graphId, schemaName, version))\n        if (!definitions.contains(key))\n            definitions += (key -> definition)\n        definition\n    }\n\n    def getKey(graphId: String, schemaName: String, version: String): String = {\n        graphId + \":\" + schemaName + \":\" + version\n    }\n\n\n\n\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/test\/scala\/org\/sunbird\/graph\/utils\/NodeUtilTest.scala","text":"<gh_stars>0\npackage org.sunbird.graph.utils\n\nimport java.util\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.sunbird.common.JsonUtils\nimport org.sunbird.graph.dac.model.Node\n\nclass NodeUtilTest extends FlatSpec with Matchers {\n\n\t\"serialize with fields\" should \"return only node property which are present in fields\" in {\n\t\tval node: Node = new Node(\"do_1234\", \"DATA_NODE\", \"Content\");\n\t\tnode.setMetadata(new util.HashMap[String, AnyRef]() {{\n\t\t\tput(\"language\", new util.ArrayList[String]() {{\n\t\t\t\tadd(\"English\")\n\t\t\t}})\n\t\t\tput(\"contentType\", \"Resource\")\n\t\t\tput(\"name\", \"Test Resource Content\")\n\t\t\tput(\"code\", \"test.res.1\")\n\t\t}})\n\t\tval fields: util.ArrayList[String] = new util.ArrayList[String]() {{\n\t\t\tadd(\"contentType\")\n\t\t\tadd(\"name\")\n\t\t}}\n\t\tval result: util.Map[String, AnyRef] = NodeUtil.serialize(node, fields, \"content\")\n\t\tresult.isEmpty shouldBe false\n\t\tresult.size() shouldBe 4\n\t\tresult.containsKey(\"identifier\") shouldBe true\n\t\tresult.containsKey(\"contentType\") shouldBe true\n\t\tresult.containsKey(\"name\") shouldBe true\n\t\tresult.containsKey(\"languageCode\") shouldBe true\n\t}\n\n\t\"deserialize with valid data\" should \"return a node with all data\" in {\n\t\tval nodeString :String = \"\"\"{\n\t\t                           |  \"ownershipType\": [\n\t\t                           |    \"createdBy\"\n\t\t                           |  ],\n\t\t                           |  \"code\": \"test.res.1\",\n\t\t                           |  \"channel\": \"test\",\n\t\t                           |  \"language\": [\n\t\t                           |    \"English\"\n\t\t                           |  ],\n\t\t                           |  \"mimeType\": \"application\/pdf\",\n\t\t                           |  \"idealScreenSize\": \"normal\",\n\t\t                           |  \"createdOn\": \"2020-01-17T16:17:39.931+0530\",\n\t\t                           |  \"objectType\": \"Content\",\n\t\t                           |  \"collections\": [\n\t\t                           |    {\n\t\t                           |      \"identifier\": \"LP_FT-74320\",\n\t\t                           |      \"name\": \"LP_FT-74320\",\n\t\t                           |      \"description\": \"test desc\",\n\t\t                           |      \"objectType\": \"Content\",\n\t\t                           |      \"relation\": \"hasSequenceMember\",\n\t\t                           |      \"status\": \"Live\"\n\t\t                           |    }\n\t\t                           |  ],\n\t\t                           |  \"contentDisposition\": \"inline\",\n\t\t                           |  \"lastUpdatedOn\": \"2020-01-17T16:17:39.931+0530\",\n\t\t                           |  \"contentEncoding\": \"identity\",\n\t\t                           |  \"contentType\": \"Resource\",\n\t\t                           |  \"dialcodeRequired\": \"No\",\n\t\t                           |  \"identifier\": \"do_11293728197296947212\",\n\t\t                           |  \"lastStatusChangedOn\": \"2020-01-17T16:17:39.931+0530\",\n\t\t                           |  \"audience\": [\n\t\t                           |    \"Learner\"\n\t\t                           |  ],\n\t\t                           |  \"os\": [\n\t\t                           |    \"All\"\n\t\t                           |  ],\n\t\t                           |  \"visibility\": \"Default\",\n\t\t                           |  \"resources\": [\n\t\t                           |    \"Speaker\",\n\t\t                           |    \"Touch\"\n\t\t                           |  ],\n\t\t                           |  \"mediaType\": \"content\",\n\t\t                           |  \"osId\": \"org.ekstep.quiz.app\",\n\t\t                           |  \"languageCode\": [\n\t\t                           |    \"en\"\n\t\t                           |  ],\n\t\t                           |  \"version\": 2,\n\t\t                           |  \"versionKey\": \"1579258059931\",\n\t\t                           |  \"license\": \"CC BY 4.0\",\n\t\t                           |  \"idealScreenDensity\": \"hdpi\",\n\t\t                           |  \"framework\": \"NCF\",\n\t\t                           |  \"concepts\": [\n\t\t                           |    {\n\t\t                           |      \"identifier\": \"LO1\",\n\t\t                           |      \"name\": \"Word Meaning\",\n\t\t                           |      \"description\": \"Understanding meaning of words\",\n\t\t                           |      \"objectType\": \"Concept\",\n\t\t                           |      \"relation\": \"associatedTo\",\n\t\t                           |      \"status\": \"Live\"\n\t\t                           |    }\n\t\t                           |  ],\n\t\t                           |  \"compatibilityLevel\": 1,\n\t\t                           |  \"name\": \"Resource Content 1\",\n\t\t                           |  \"status\": \"Live\"\n\t\t                           |}\"\"\".stripMargin\n\t\tval nodeMap: util.Map[String, AnyRef] = JsonUtils.deserialize(nodeString.asInstanceOf[String], classOf[java.util.Map[String, AnyRef]])\n\t\tval relString = \"\"\"{\n\t\t                  |  \"concepts\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"Concept\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"associatedTo\",\n\t\t                  |    \"direction\": \"out\"\n\t\t                  |  },\n\t\t                  |  \"children\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"Content\",\n\t\t                  |      \"ContentImage\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"hasSequenceMember\",\n\t\t                  |    \"direction\": \"out\"\n\t\t                  |  },\n\t\t                  |  \"collections\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"Content\",\n\t\t                  |      \"ContentImage\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"hasSequenceMember\",\n\t\t                  |    \"direction\": \"in\"\n\t\t                  |  },\n\t\t                  |  \"usesContent\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"Content\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"associatedTo\",\n\t\t                  |    \"direction\": \"out\"\n\t\t                  |  },\n\t\t                  |  \"questions\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"AssessmentItem\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"associatedTo\",\n\t\t                  |    \"direction\": \"out\"\n\t\t                  |  },\n\t\t                  |  \"usedByContent\": {\n\t\t                  |    \"objects\": [\n\t\t                  |      \"Content\"\n\t\t                  |    ],\n\t\t                  |    \"type\": \"associatedTo\",\n\t\t                  |    \"direction\": \"in\"\n\t\t                  |  }\n\t\t                  |}\"\"\".stripMargin\n\t\tval relationMap: util.Map[String, AnyRef] = JsonUtils.deserialize(relString.asInstanceOf[String], classOf[java.util.Map[String, AnyRef]])\n\t\tval node = NodeUtil.deserialize(nodeMap, \"content\", relationMap)\n\t\tnode.getIdentifier shouldBe \"do_11293728197296947212\"\n\t\tnode.getOutRelations.size() shouldEqual 1\n\t\tnode.getOutRelations().get(0).getRelationType shouldEqual \"associatedTo\"\n\t\tnode.getOutRelations.get(0).getEndNodeId shouldEqual \"LO1\"\n\t\tnode.getInRelations.size() shouldEqual 1\n\t\tnode.getInRelations().get(0).getRelationType shouldEqual \"hasSequenceMember\"\n\t\tnode.getInRelations.get(0).getStartNodeId shouldEqual \"LP_FT-74320\"\n\t}\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/relations\/IRelation.scala","text":"package org.sunbird.graph.relations\n\nimport org.sunbird.common.dto.Request\n\nabstract class IRelation {\n\n    def validate(request: Request): List[String]\n\n    def createRelation(req: Request):String\n\n    def getRelationType():String\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/engine\/CaseClasses.scala","text":"<gh_stars>1-10\npackage org.sunbird.graph.engine\n\nclass CaseClasses extends Serializable {}\n\ncase class SchemaIdentifier(objectType: String, version: String, graphId: String = \"domain\")\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/nodes\/DataNode.scala","text":"package org.sunbird.graph.nodes\n\nimport java.util\nimport java.util.Optional\nimport java.util.concurrent.CompletionException\n\nimport org.apache.commons.collections4.{CollectionUtils, MapUtils}\nimport org.apache.commons.lang3.StringUtils\nimport org.sunbird.common.Platform\nimport org.sunbird.common.dto.{Request, Response}\nimport org.sunbird.common.exception.{ClientException, ErrorCodes}\nimport org.sunbird.graph.common.enums.SystemProperties\nimport org.sunbird.graph.dac.model.{Filter, MetadataCriterion, Node, Relation, SearchConditions, SearchCriteria}\nimport org.sunbird.graph.external.ExternalPropsManager\nimport org.sunbird.graph.schema.DefinitionNode\nimport org.sunbird.graph.service.operation.{GraphAsyncOperations, NodeAsyncOperations, SearchAsyncOperations}\nimport org.sunbird.parseq.Task\n\nimport scala.collection.JavaConversions._\nimport scala.concurrent.{ExecutionContext, Future}\n\n\nobject DataNode {\n    @throws[Exception]\n    def create(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val graphId: String = request.getContext.get(\"graph_id\").asInstanceOf[String]\n        DefinitionNode.validate(request).map(node => {\n            val response = NodeAsyncOperations.addNode(graphId, node)\n            response.map(node => DefinitionNode.postProcessor(request, node)).map(result => {\n                val futureList = Task.parallel[Response](\n                    saveExternalProperties(node.getIdentifier, node.getExternalData, request.getContext, request.getObjectType),\n                    createRelations(graphId, node, request.getContext))\n                futureList.map(list => result)\n            }).flatMap(f => f) recoverWith { case e: CompletionException => throw e.getCause}\n        }).flatMap(f => f)\n    }\n\n    @throws[Exception]\n    def update(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val graphId: String = request.getContext.get(\"graph_id\").asInstanceOf[String]\n        val identifier: String = request.getContext.get(\"identifier\").asInstanceOf[String]\n        DefinitionNode.validate(identifier, request).map(node => {\n            val response = NodeAsyncOperations.upsertNode(graphId, node, request)\n            response.map(node => DefinitionNode.postProcessor(request, node)).map(result => {\n                val futureList = Task.parallel[Response](\n                    saveExternalProperties(node.getIdentifier, node.getExternalData, request.getContext, request.getObjectType),\n                    updateRelations(graphId, node, request.getContext))\n                futureList.map(list => result)\n            }).flatMap(f => f)  recoverWith { case e: CompletionException => throw e.getCause}\n        }).flatMap(f => f)\n    }\n\n    @throws[Exception]\n    def read(request: Request)(implicit ec: ExecutionContext): Future[Node] = {\n        val resultNode: Future[Node] = DefinitionNode.getNode(request)\n        val schemaName: String = request.getContext.get(\"schemaName\").asInstanceOf[String]\n        resultNode.map(node => {\n            val fields: List[String] = Optional.ofNullable(request.get(\"fields\").asInstanceOf[util.List[String]]).orElse(new util.ArrayList[String]()).toList\n            val extPropNameList = DefinitionNode.getExternalProps(request.getContext.get(\"graph_id\").asInstanceOf[String], request.getContext.get(\"version\").asInstanceOf[String], schemaName)\n            val finalNodeFuture: Future[Node] = if (CollectionUtils.isNotEmpty(extPropNameList) && null != fields && fields.exists(field => extPropNameList.contains(field)))\n                populateExternalProperties(fields, node, request, extPropNameList)\n            else\n                Future(node)\n            val isBackwardCompatible = if (Platform.config.hasPath(\"content.tagging.backward_enable\")) Platform.config.getBoolean(\"content.tagging.backward_enable\") else false\n            if(isBackwardCompatible && !StringUtils.equalsIgnoreCase(request.get(\"mode\").asInstanceOf[String], \"edit\"))\n                finalNodeFuture.map(node => updateContentTaggedProperty(node)).flatMap(f => f)\n            else\n                finalNodeFuture\n        }).flatMap(f => f)  recoverWith { case e: CompletionException => throw e.getCause}\n    }\n\n\n    @throws[Exception]\n    def list(request: Request)(implicit ec: ExecutionContext): Future[util.List[Node]] = {\n        val identifiers:util.List[String] = request.get(\"identifiers\").asInstanceOf[util.List[String]]\n\n        if(null == identifiers || identifiers.isEmpty) {\n            throw new ClientException(ErrorCodes.ERR_BAD_REQUEST.name(), \"identifiers is mandatory\")\n        } else {\n            val mc: MetadataCriterion = MetadataCriterion.create(new util.ArrayList[Filter](){{\n                if(identifiers.size() == 1)\n                    add(new Filter(SystemProperties.IL_UNIQUE_ID.name(), SearchConditions.OP_EQUAL, identifiers.get(0)))\n                if(identifiers.size() > 1)\n                    add(new Filter(SystemProperties.IL_UNIQUE_ID.name(), SearchConditions.OP_IN, identifiers))\n                new Filter(\"status\", SearchConditions.OP_NOT_EQUAL, \"Retired\")\n            }})\n\n            val searchCriteria =  new SearchCriteria {{\n                addMetadata(mc)\n                setCountQuery(false)\n            }}\n            SearchAsyncOperations.getNodeByUniqueIds(request.getContext.get(\"graph_id\").asInstanceOf[String], searchCriteria)\n        }\n    }\n\n    private def saveExternalProperties(identifier: String, externalProps: util.Map[String, AnyRef], context: util.Map[String, AnyRef], objectType: String)(implicit ec: ExecutionContext): Future[Response] = {\n        if (MapUtils.isNotEmpty(externalProps)) {\n            externalProps.put(\"identifier\", identifier)\n            val request = new Request(context, externalProps, \"\", objectType)\n            ExternalPropsManager.saveProps(request)\n        } else {\n            Future(new Response)\n        }\n    }\n    \n    private def createRelations(graphId: String, node: Node, context: util.Map[String, AnyRef])(implicit ec: ExecutionContext) : Future[Response] = {\n        val relations: util.List[Relation] = node.getAddedRelations\n        if (CollectionUtils.isNotEmpty(relations)) {\n            GraphAsyncOperations.createRelation(graphId,getRelationMap(relations))\n        } else {\n            Future(new Response)\n        }\n    }\n\n    \/**\n      * To support backward compatibility to mobile team.\n      * @param node\n      * @param ec\n      * @return\n      *\/\n    @Deprecated\n    private def updateContentTaggedProperty(node: Node)(implicit ec:ExecutionContext): Future[Node] = {\n        val contentTaggedKeys = if(Platform.config.hasPath(\"content.tagging.property\"))\n            (for (prop <- Platform.config.getString(\"content.tagging.property\").split(\",\")) yield prop ) (collection.breakOut)\n        else\n            List(\"subject\", \"medium\")\n        contentTaggedKeys.map(prop => populateContentTaggedProperty(prop, node.getMetadata.getOrDefault(prop, \"\"), node))\n        Future{node}\n    }\n\n    private def populateContentTaggedProperty(key:String, value: Any, node:Node)(implicit ec: ExecutionContext): Future[Node] = {\n        val contentValue:String = value match {\n            case v: String => v.asInstanceOf[String]\n            case v: List[Any] => v.head.asInstanceOf[String]\n            case v: util.ArrayList[String] => if(null!= v && !v.isEmpty) v.get(0).asInstanceOf[String] else \"\"\n            case v: Array[String] => v.head\n        }\n        if(!StringUtils.isAllBlank(contentValue))\n            node.getMetadata.put(key, contentValue)\n        else\n            node.getMetadata.remove(key)\n        Future(node)\n    }\n\n    private def populateExternalProperties(fields: List[String], node: Node, request: Request, externalProps: List[String])(implicit ec: ExecutionContext): Future[Node] = {\n        if(StringUtils.equalsIgnoreCase(request.get(\"mode\").asInstanceOf[String], \"edit\"))\n           request.put(\"identifier\", node.getIdentifier)\n        val externalPropsResponse = ExternalPropsManager.fetchProps(request, externalProps.filter(prop => fields.contains(prop)))\n        externalPropsResponse.map(response => {\n            node.getMetadata.putAll(response.getResult)\n            Future {\n                node\n            }\n        }).flatMap(f => f)\n    }\n\n    private def updateRelations(graphId: String, node: Node, context: util.Map[String, AnyRef])(implicit ec: ExecutionContext) : Future[Response] = {\n        val request: Request = new Request\n        request.setContext(context)\n\n        if (CollectionUtils.isEmpty(node.getAddedRelations) && CollectionUtils.isEmpty(node.getDeletedRelations)) {\n            Future(new Response)\n        } else {\n            if (CollectionUtils.isNotEmpty(node.getDeletedRelations))\n                GraphAsyncOperations.removeRelation(graphId, getRelationMap(node.getDeletedRelations))\n            if (CollectionUtils.isNotEmpty(node.getAddedRelations))\n                GraphAsyncOperations.createRelation(graphId,getRelationMap(node.getAddedRelations))\n            Future(new Response)\n        }\n    }\n\n    \/\/ TODO: this method should be in GraphAsyncOperations.\n    private def getRelationMap(relations:util.List[Relation]):java.util.List[util.Map[String, AnyRef]]={\n        val list = new util.ArrayList[util.Map[String, AnyRef]]\n        for (rel <- relations) {\n            if ((StringUtils.isNotBlank(rel.getStartNodeId) && StringUtils.isNotBlank(rel.getEndNodeId)) && StringUtils.isNotBlank(rel.getRelationType)) {\n                val map = new util.HashMap[String, AnyRef]\n                map.put(\"startNodeId\", rel.getStartNodeId)\n                map.put(\"endNodeId\", rel.getEndNodeId)\n                map.put(\"relation\", rel.getRelationType)\n                if (MapUtils.isNotEmpty(rel.getMetadata)) map.put(\"relMetadata\", rel.getMetadata)\n                else map.put(\"relMetadata\", new util.HashMap[String,AnyRef]())\n                list.add(map)\n            }\n            else throw new ClientException(\"ERR_INVALID_RELATION_OBJECT\", \"Invalid Relation Object Found.\")\n        }\n        list\n    }\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/relations\/RelationHandler.scala","text":"package org.sunbird.graph.relations\n\nimport org.apache.commons.lang3.StringUtils\nimport org.sunbird.common.exception.ClientException\nimport org.sunbird.graph.dac.enums.RelationTypes\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.graph.exception.GraphRelationErrorCodes\n\nobject RelationHandler {\n\n    def getRelation(graphId: String, startNode: Node, relationType: String, endNode: Node, metadata: java.util.Map[String, AnyRef]): IRelation = {\n        if (StringUtils.isNotBlank(relationType) && RelationTypes.isValidRelationType(relationType)) {\n            if (StringUtils.equals(RelationTypes.ASSOCIATED_TO.relationName, relationType))\n                new AssociationRelation(graphId, startNode, endNode, metadata)\n            else if (StringUtils.equals(RelationTypes.SEQUENCE_MEMBERSHIP.relationName, relationType))\n                new SequenceMembershipRelation(graphId, startNode, endNode, metadata)\n            else {\n                throw new ClientException(GraphRelationErrorCodes.ERR_RELATION_CREATE.name, \"UnSupported Relation: \" + relationType)\n            }\n        } else {\n            throw new ClientException(GraphRelationErrorCodes.ERR_RELATION_CREATE.name, \"UnSupported Relation: \" + relationType)\n        }\n\n    }\n}"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/controllers\/HealthController.scala","text":"package controllers\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport javax.inject._\nimport play.api.mvc._\nimport utils.{ActorNames, ApiId}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future, Promise}\n\nclass HealthController @Inject()(@Named(ActorNames.HEALTH_ACTOR) healthActor: ActorRef, cc: ControllerComponents, actorSystem: ActorSystem)(implicit exec: ExecutionContext) extends BaseController(cc) {\n\n    def health() = Action.async { implicit request =>\n        getResult(ApiId.APPLICATION_HEALTH, healthActor, new org.sunbird.common.dto.Request())\n    }\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/filters\/AccessLogFilter.scala","text":"<gh_stars>0\npackage filters\n\nimport akka.util.ByteString\nimport javax.inject.Inject\nimport org.sunbird.telemetry.util.TelemetryAccessEventUtil\nimport play.api.Logging\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc._\nimport play.core.server.akkahttp.AkkaHeadersWrapper\n\nimport scala.concurrent.ExecutionContext\nimport scala.collection.JavaConverters._\n\nclass AccessLogFilter @Inject()(implicit ec: ExecutionContext) extends EssentialFilter with Logging {\n    def apply(nextFilter: EssentialAction) = new EssentialAction {\n      def apply(requestHeader: RequestHeader) = {\n\n        val startTime = System.currentTimeMillis\n\n        val accumulator: Accumulator[ByteString, Result] = nextFilter(requestHeader)\n\n        accumulator.map { result =>\n          val endTime     = System.currentTimeMillis\n          val requestTime = endTime - startTime\n\n          val path = requestHeader.headers.asInstanceOf[AkkaHeadersWrapper].request.uri.toString();\n          if(!path.contains(\"\/health\")){\n            var data:Map[String, Any] = Map[String, Any]()\n            data += (\"StartTime\" -> startTime)\n            data += (\"env\" -> \"content\")\n            data += (\"RemoteAddress\" -> requestHeader.remoteAddress)\n            data += (\"ContentLength\" -> result.body.contentLength.getOrElse(0))\n            data += (\"Status\" -> result.header.status)\n            data += (\"Protocol\" -> requestHeader.headers.asInstanceOf[AkkaHeadersWrapper].request.protocol)\n            data += (\"path\" -> path)\n            data += (\"Method\" -> requestHeader.method.toString)\n            val headers = requestHeader.headers.asInstanceOf[AkkaHeadersWrapper].headers.groupBy(_._1).mapValues(_.map(_._2));\n            if(None != headers.get(\"X-Session-ID\"))\n              data += (\"X-Session-ID\" -> headers.get(\"X-Session-ID\").head.head)\n            if(None != headers.get(\"X-Consumer-ID\"))\n              data += (\"X-Consumer-ID\" -> headers.get(\"X-Consumer-ID\").head.head)\n            if(None != headers.get(\"X-Device-ID\"))\n              data += (\"X-Device-ID\" -> headers.get(\"X-Device-ID\").head.head)\n            if(None != headers.get(\"X-App-Id\"))\n              data += (\"APP_ID\" -> headers.get(\"X-App-Id\").head.head)\n            if(None != headers.get(\"X-Authenticated-Userid\"))\n              data += (\"X-Authenticated-Userid\" -> headers.get(\"X-Authenticated-Userid\").head.head)\n            if(None != headers.get(\"X-Channel-Id\"))\n              data += (\"X-Channel-Id\" -> headers.get(\"X-Channel-Id\").head.head)\n\n            TelemetryAccessEventUtil.writeTelemetryEventLog(data.asInstanceOf[Map[String, AnyRef]].asJava)\n          }\n          result.withHeaders(\"Request-Time\" -> requestTime.toString)\n        }\n      }\n    }\n  }"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"ontology-engine\/graph-engine_2.11\/src\/main\/scala\/org\/sunbird\/graph\/relations\/SequenceMembershipRelation.scala","text":"package org.sunbird.graph.relations\n\nimport org.apache.commons.lang3.StringUtils\nimport org.sunbird.common.dto.{Request, Response, ResponseHandler}\nimport org.sunbird.common.exception.{ErrorCodes, ResponseCode, ServerException}\nimport org.sunbird.graph.common.enums.GraphDACParams\nimport org.sunbird.graph.dac.enums.RelationTypes\nimport org.sunbird.graph.dac.model.Node\nimport org.sunbird.graph.exception.GraphRelationErrorCodes\n\nclass SequenceMembershipRelation(graphId: String, startNode: Node, endNode: Node, metadata: java.util.Map[String, AnyRef]) extends AbstractRelation(graphId, startNode, endNode, metadata) {\n\n    override def getRelationType(): String = {\n        RelationTypes.SEQUENCE_MEMBERSHIP.relationName()\n\n    }\n\n    override def validate(request: Request): List[String] = try {\n        val errList = List(checkCycle(request)).filter(err => StringUtils.isNotBlank(err))\n        errList\n    } catch {\n        case e: Exception =>\n            throw new ServerException(GraphRelationErrorCodes.ERR_RELATION_VALIDATE.name, e.getMessage, e)\n    }\n\n\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/utils\/ApiId.scala","text":"<gh_stars>0\npackage utils\n\nobject ApiId {\n\n\tfinal val APPLICATION_HEALTH = \"api.content-service.health\"\n\n\t\/\/Content APIs\n\tfinal val CREATE_CONTENT = \"ekstep.learning.content.create\"\n\tfinal val READ_CONTENT = \"ekstep.content.find\"\n\tfinal val UPDATE_CONTENT = \"ekstep.learning.content.update\"\n\n\t\/\/ Collection APIs\n\tval ADD_HIERARCHY = \"api.content.hierarchy.add\"\n\tval REMOVE_HIERARCHY = \"api.content.hierarchy.remove\"\n\n\t\/\/LicenseAPIS\n\tfinal val CREATE_LICENSE = \"api.license.create\"\n\tfinal val READ_LICENSE = \"api.license.read\"\n\tfinal val UPDATE_LICENSE = \"api.license.update\"\n\tfinal val RETIRE_LICENSE = \"api.license.retire\"\n}\n"}
{"repo_name":"shikshalokam\/knowledge-platform","path":"learning-api\/content-service\/app\/Module.scala","text":"<filename>learning-api\/content-service\/app\/Module.scala\n\nimport com.google.inject.AbstractModule\nimport org.sunbird.actors.{CollectionActor, ContentActor, HealthActor, LicenseActor}\nimport play.libs.akka.AkkaGuiceSupport\nimport utils.ActorNames\n\nclass Module extends AbstractModule with AkkaGuiceSupport {\n\n    override def configure() = {\n        super.configure()\n        bindActor(classOf[HealthActor], ActorNames.HEALTH_ACTOR)\n        bindActor(classOf[ContentActor], ActorNames.CONTENT_ACTOR)\n        bindActor(classOf[LicenseActor], ActorNames.LICENSE_ACTOR)\n        bindActor(classOf[CollectionActor], ActorNames.COLLECTION_ACTOR)\n        println(\"Initialized application actors...\")\n    }\n}\n"}
{"repo_name":"ashishknoldus\/selenium-webdriver-assignment","path":"src\/test\/scala\/FlipkartOrderTest.scala","text":"import org.openqa.selenium.support.ui.ExpectedConditions\nimport org.openqa.selenium._\nimport org.scalatest.FlatSpec\n\n\/**\n  * Created by knoldus on 28\/3\/17.\n  *\/\nclass FlipkartOrderTest extends FlatSpec with TestSetup {\n\n  \"A user\" should \"place order for 2 products\" in {\n\n    driver.manage().window().maximize()\n    driver.get(BASE_URL)\n    val title = driver.getTitle()\n    val page_source = driver.getPageSource().length\n    if (driver.getCurrentUrl == BASE_URL) {\n      println(\"WELCOME TO Flipkart.com with title : \" + title)\n      println(\"the lenght of the pagesource is: \" + page_source)\n    } else {\n      println(\"something went wrong\")\n    }\n\n    \/*--- Login click ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"ul._3Ji-EC\")))\n\n    val loginLink: WebElement = driver.findElementByCssSelector(\"ul._3Ji-EC li._2sYLhZ:nth-child(9)\")\n    loginLink.click\n\n    \/*--- Wait for the form to load ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._1XBjg-.row div.Km0IJL.col.col-3-5 div form\")))\n\n    \/*--- Fill Login Form ---*\/\n\n    val emailTextBox: WebElement = driver.findElementByCssSelector(\"div._1XBjg-.row div.Km0IJL.col.col-3-5 div \"+\n      \"form div._39M2dM:nth-child(1) input[type=\\\"text\\\"]\")\n\n    val passwordTextBox: WebElement = driver.findElementByCssSelector(\"div._1XBjg-.row div.Km0IJL.col.col-3-5 div \"+\n      \"form div._39M2dM:nth-child(2) input[type=\\\"password\\\"]\")\n\n    emailTextBox.sendKeys(EMAIL)\n\n    passwordTextBox.sendKeys(PASSWORD)\n\n    \/*--- Submit login form ---*\/\n    val loginForm: WebElement = driver.findElementByCssSelector(\"div._1XBjg-.row div.Km0IJL.col.col-3-5 div form\")\n    loginForm.submit\n\n    \/*--- Wait until user gets logged in ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"ul._3Ji-EC li._2sYLhZ._2mEF1S a._1AHrFc._2k0gmP\")))\n\n    \/*--- Search the product (iPhone 7) ---*\/\n\n    val searchBox: WebElement = driver.findElementByCssSelector(\"div.O8ZS_U input.LM6RPg\")\n    searchBox.sendKeys(\"lenovo phab 2\")\n    searchBox.sendKeys(Keys.ESCAPE)\n\n    \/*--- Click search button ---*\/\n\n    driver.findElementByCssSelector(\"div.O8ZS_U input.LM6RPg\").submit()\n\n    \/*--- Wait for appearance of Heading saying -- \"Showing 1 \u2013 x of y results for \"lenovo phab 2\" ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.className(\"_1ZODb3\")))\n\n    \/*--- Filter the results ----*\/\n\n    \/*--- Based on category ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2YW4dZ\")))\n    val mobilesCategory = driver.findElementByLinkText(\"Mobiles\")\n    mobilesCategory.click()\n    webdriverwait.until(ExpectedConditions.urlContains(\"\/mobiles\/\"))\n\n    \/*--- Select item from result ---*\/\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2SxMvQ div.col\")))\n    val firstProduct = driver.findElementByCssSelector(\"div._2SxMvQ div.col.zZCdz4:nth-child(1) a\")\n    firstProduct.click\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2SIJjY\")))\n\n    \/*--- Enter the Area PIN code ---*\/\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"form.EJrIpC \")))\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._3l12t9\")))\n\n    \/*--- Item isn't available on a PINCODE provide another one ---*\/\n    val pincodeMsg = driver.findElementByCssSelector(\"div._3l12t9\")\n\n    println(\"Msg--------------- \" + pincodeMsg.getText)\n\n    if(pincodeMsg.getText.contains(\"No sellers deliver in this area.\") ) {\n\n      val pincodeTextBox = driver.findElementByCssSelector(\"form.EJrIpC input._3X4tVa\")\n      println(\"Assigning the PINCODE as 110001\")\n      pincodeTextBox.clear()\n      pincodeTextBox.sendKeys(\"110001\") \/\/Delhi Pincode\n      pincodeTextBox.submit()\n      println(\"Pincode submitted\")\n      webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2h4rON\")))\n    }\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"button._2AkmmA._3Plo8Q._16LyaZ._7UHT_c\")))\n    val addToCartButton = driver.findElementByCssSelector(\"button._2AkmmA._3Plo8Q._19RW-r\")\n\n    if(addToCartButton.getText == \"ADD TO CART\"){\n      addToCartButton.click()\n      webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div.JAUzCh\")))\n\n      println(\"Mobile Added to cart\")\n    }\n\n    addToCartButton.click()\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"button._2AkmmA._3qVHVC._3MBbhf\")))\n    val continueShoppingBtn = driver.findElementByCssSelector(\"button._2AkmmA._3qVHVC._3MBbhf\")\n    continueShoppingBtn.click()\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"a._1DLn60\")))\n    val brandsCategoryLink = driver.findElementByCssSelector(\"a._1DLn60\")\n    brandsCategoryLink.click()\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.linkText(\"Cameras\")))\n    val cameraCategoryLink = driver.findElementByLinkText(\"Cameras\")\n    cameraCategoryLink.click()\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.linkText(\"Panasonic\")))\n    val panasonicCategoryLink = driver.findElementByLinkText(\"Panasonic\")\n    panasonicCategoryLink.click()\n\n    \/*--- Filter the results ----*\/\n\n    \/*--- Based on category ---*\/\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2YW4dZ\")))\n    val cameraCategory = driver.findElementByLinkText(\"Cameras\")\n    cameraCategory.click()\n    webdriverwait.until(ExpectedConditions.urlContains(\"\/cameras\/\"))\n\n    \/*--- Based on minimum price ---*\/\n        webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._1QaKk1 select.a_eCSK\")))\n        val minimumPriceSelect: WebElement  = driver.findElementByCssSelector(\"div._1QaKk1 select.a_eCSK\")\n\n        minimumPriceSelect.click\n        webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._1QaKk1 select.a_eCSK option\")))\n\n        val minimumPriceOption: WebElement = minimumPriceSelect.findElement(By.cssSelector(\"option[value=\\\"15000\\\"]\"))\n        minimumPriceOption.click\n        webdriverwait.until(ExpectedConditions.urlContains(\"15000\"))\n\n    \/*--- Select item from result ---*\/\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2SxMvQ div.col\")))\n    val firstProduct2 = driver.findElementByCssSelector(\"div._2SxMvQ div.col.zZCdz4:nth-child(1) a\")\n    firstProduct2.click\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2SIJjY\")))\n\n    \/*--- Enter the Area PIN code ---*\/\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"form.EJrIpC \")))\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._3l12t9\")))\n\n    \/*--- Item isn't available on a PINCODE provide another one ---*\/\n    val pincodeMsg2 = driver.findElementByCssSelector(\"div._3l12t9\")\n\n    println(\"Msg--------------- \" + pincodeMsg2.getText)\n\n    if(pincodeMsg2.getText.contains(\"No sellers deliver in this area.\") ) {\n\n      val pincodeTextBox = driver.findElementByCssSelector(\"form.EJrIpC input._3X4tVa\")\n      println(\"Assigning the PINCODE as 110001\")\n      pincodeTextBox.clear()\n      pincodeTextBox.sendKeys(\"110001\") \/\/Delhi Pincode\n      pincodeTextBox.submit()\n      println(\"Pincode submitted\")\n      webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div._2h4rON\")))\n    }\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"button._2AkmmA._3Plo8Q._16LyaZ._7UHT_c\")))\n    val addToCartButton2 = driver.findElementByCssSelector(\"button._2AkmmA._3Plo8Q._19RW-r\")\n\n    if(addToCartButton2.getText == \"ADD TO CART\"){\n      addToCartButton2.click()\n      webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div.JAUzCh\")))\n\n      println(\"Camera Added to cart\")\n    }\n    addToCartButton2.click()\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"button._2AkmmA._3qVHVC._7UHT_c\")))\n    val placeOrderBtn = driver.findElementByCssSelector(\"button._2AkmmA._3qVHVC._7UHT_c\")\n\n    placeOrderBtn.click()\n\n    val name = \"<NAME>\"\n    val pincode = \"110001\"\n    val address = \"Khandahar Makaan, Purani Gali, Naya Mohalla, Kabristanpur\"\n    val landmark = \"Peepal Ka Ped\"\n    val phone = \"9458656298\"\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"ul.content li.ng-scope:nth-child(1)\")))\n\n    if(driver.findElementByCssSelector(\"a.collapsed-state.pure-g-r.ng-hide\").isDisplayed) {\n      val addressForm = driver.findElementByName(\"address.form\")\n\n      val nameInput = driver.findElementById(\"name\")\n      val pincodeInput = driver.findElementById(\"pincode\")\n      val addressInput = driver.findElementById(\"address\")\n      val landmarkInput = driver.findElementById(\"landmark\")\n      val phoneInput = driver.findElementById(\"phone\")\n\n      nameInput.clear()\n      pincodeInput.clear()\n      addressInput.clear()\n      landmarkInput.clear()\n      phoneInput.clear()\n\n      nameInput.sendKeys(name)\n      pincodeInput.sendKeys(pincode)\n      addressInput.sendKeys(address)\n      landmarkInput.sendKeys(landmark)\n      phoneInput.sendKeys(phone)\n\n      Thread.sleep(500) \/\/Without this sleep, form doesn't submit because of race conditions\n      addressForm.submit()\n    }\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"a.btn.btn-orange.btn-large.btn-continue.no-underline\")))\n\n    val continueOrderBtn = driver.findElementByCssSelector(\"a.btn.btn-orange.btn-large.btn-continue.no-underline\")\n\n    continueOrderBtn.click()\n\n    webdriverwait.until(ExpectedConditions.visibilityOfElementLocated(By.cssSelector(\"div.pure-u-1-5.link-container\")))\n\n    driver.executeScript(\"alert('We\\\\'re done running tests successfully')\")\n\n    Thread.sleep(1000) \/\/This sleep is used to show the final result for a second\n    driver.quit()\n  }\n\n}\n"}
{"repo_name":"ashishknoldus\/selenium-webdriver-assignment","path":"build.sbt","text":"<gh_stars>0\n\nname := \"selenium-session\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies ++= Seq(\n  \"org.seleniumhq.selenium\" % \"selenium-server\" % \"3.3.1\",\n  \"org.seleniumhq.selenium\" % \"selenium-firefox-driver\" % \"2.52.0\",\n  \"org.seleniumhq.selenium\" % \"selenium-support\" % \"3.3.1\",\n  \"org.scalatest\" % \"scalatest_2.11\" % \"3.0.1\"\n)\n"}
{"repo_name":"ashishknoldus\/selenium-webdriver-assignment","path":"src\/test\/scala\/TestSetup.scala","text":"import org.openqa.selenium.chrome.ChromeDriver\nimport org.openqa.selenium.remote.DesiredCapabilities\nimport org.openqa.selenium.support.ui.WebDriverWait\n\n\/**\n  * Created by knoldus on 28\/3\/17.\n  *\/\ntrait TestSetup {\n\n  val BASE_URL = \"http:\/\/www.flipkart.com\/\"\n  val EMAIL = \"<EMAIL>\"\n  val PASSWORD = \"<PASSWORD>\"\n  System.setProperty(\"webdriver.chrome.driver\", \"\/home\/knoldus\/Documents\/chromedriver\")\n  val capabilities = DesiredCapabilities.chrome()\n  val driver = new ChromeDriver(capabilities)\n  val webdriverwait = new WebDriverWait(driver, 10)\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src_play26_play27\/main\/scala\/net\/archwill\/play\/redis\/RedisAsyncCacheApi.scala","text":"package net.archwill.play.redis\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{ExecutionContext, Future, blocking}\nimport scala.reflect.ClassTag\n\nimport javax.inject.{Inject, Singleton}\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport play.api.cache.AsyncCacheApi\n\n@Singleton\nclass RedisAsyncCacheApi @Inject() (cache: RedisCacheApi, config: AsyncRedisConfig, system: ActorSystem) extends AsyncCacheApi {\n\n  implicit private[this] val dispatcher: ExecutionContext =\n    system.dispatchers.lookup(config.dispatcher)\n\n  override def get[T: ClassTag](key: String): Future[Option[T]] =\n    Future(blocking { cache.get(key) })\n\n  override def getOrElseUpdate[A: ClassTag](key: String, expiration: Duration)(orElse: => Future[A]): Future[A] =\n    get(key) flatMap {\n      case Some(o) =>\n        Future.successful(o)\n      case None =>\n        val f = orElse\n        f.foreach(cache.set(key, _, expiration))\n        f\n    }\n\n  override def set(key: String, value: Any, expiration: Duration): Future[Done] =\n    Future(blocking {\n      cache.set(key, value, expiration)\n      Done\n    })\n\n  override def remove(key: String): Future[Done] =\n    Future(blocking {\n      cache.remove(key)\n      Done\n    })\n\n  def removeAll(): Future[Done] =\n    Future(blocking {\n      cache.invalidate()\n      Done\n    })\n\n  override lazy val sync: RedisCacheApi = cache\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/BaseRedisModule.scala","text":"package net.archwill.play.redis\n\nimport javax.inject.Provider\n\nimport com.typesafe.config.Config\nimport play.api.inject.{Binding, Module}\nimport play.api.{Configuration, Environment}\nimport redis.clients.jedis.{JedisPool, JedisPoolConfig}\n\nprivate[redis] abstract class BaseRedisModule extends Module {\n\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] = Seq(\n    bind[RedisConfig].to(new RedisConfigProvider(configuration.underlying.getConfig(\"redis\"))),\n    bind[JedisPool].toProvider[JedisPoolProvider],\n    bind[RedisLocalCache].toSelf\n  )\n\n}\n\nprivate[redis] class RedisConfigProvider(config: Config) extends Provider[RedisConfig] {\n\n  override lazy val get: RedisConfig = RedisConfig(\n    host = config.getString(\"host\"),\n    port = config.getInt(\"port\"),\n    timeout = config.getDuration(\"timeout\"),\n    password = if (!config.getIsNull(\"password\")) Some(config.getString(\"password\")) else None,\n    database = config.getInt(\"database\"),\n    poolConfig = {\n      val c = new JedisPoolConfig\n      c.setMinIdle(config.getInt(\"pool.min-idle\"))\n      c.setMaxIdle(config.getInt(\"pool.max-idle\"))\n      c.setMaxTotal(config.getInt(\"pool.max-total\"))\n      c\n    },\n    compressThreshold = config.getBytes(\"compress-threshold\").toInt,\n    localCache = RedisLocalCacheConfig(\n      maxSize = config.getInt(\"local-cache.max-size\"),\n      expiration = {\n        if (!config.getIsNull(\"local-cache.expiration\"))\n          Some(config.getDuration(\"local-cache.expiration\"))\n        else\n          None\n      }\n    )\n  )\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"build.sbt","text":"import ReleaseTransformations._\n\nval scala211 = \"2.11.11\"\nval scala212 = \"2.12.8\"\n\nval commonSettings: Seq[Def.Setting[_]] = Seq(\n  organization := \"net.archwill.play\",\n  version := (version in ThisBuild).value,\n\n  name := \"play-redis\",\n  description := \"Redis cache for Play Framework\",\n\n  homepage := Some(url(\"https:\/\/github.com\/willtrnr\/play-redis\")),\n\n  licenses := Seq((\"MIT\", url(\"http:\/\/opensource.org\/licenses\/MIT\"))),\n\n  scmInfo := Some(ScmInfo(\n    url(\"https:\/\/github.com\/willtrnr\/play-redis\"),\n    \"scm:git:https:\/\/github.com\/willtrnr\/play-redis.git\",\n    \"scm:git:ssh:\/\/git@github.com\/willtrnr\/play-redis.git\"\n  )),\n\n  publishTo := Some(\"GitHub\" at \"https:\/\/maven.pkg.github.com\/willtrnr\/maven-repo\"),\n\n  scalaVersion := scala211,\n  crossScalaVersions := Seq(scala211),\n\n  libraryDependencies ++= Seq(\n    \"javax.inject\" % \"javax.inject\" % \"1\",\n    \"com.google.guava\" % \"guava\" % \"28.0-jre\",\n    \"org.apache.commons\" % \"commons-pool2\" % \"2.4.3\",\n    \"redis.clients\" % \"jedis\" % \"3.1.0\"\n  ),\n\n  releaseCrossBuild := false,\n\n  releaseProcess := Seq(\n    checkSnapshotDependencies,\n    inquireVersions,\n    runClean,\n    releaseStepCommandAndRemaining(\"+test\"),\n    setReleaseVersion,\n    commitReleaseVersion,\n    tagRelease,\n    releaseStepCommandAndRemaining(\"+publish\"),\n    setNextVersion,\n    commitNextVersion,\n    pushChanges,\n  ),\n)\n\nlazy val root = (project in file(\".\"))\n  .settings(commonSettings)\n  .settings(\n    libraryDependencies := Seq.empty,\n\n    publishArtifact := false,\n    skip in publish := true,\n    publish := {},\n  )\n  .aggregate(play24, play25, play26, play27)\n\nlazy val play24 = (project in file(\".\/play-redis\"))\n  .settings(commonSettings)\n  .settings(\n    version := addVerSuffix(version.value, \"play24\"),\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.0\",\n      \"com.typesafe.play\" %% \"play\" % \"2.4.0\" % \"provided\",\n      \"com.typesafe.play\" %% \"play-cache\" % \"2.4.0\" % \"provided\" exclude(\"net.sf.ehcache\", \"ehcache-core\"),\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.11\" % \"provided\",\n      \"com.jsuereth\" %% \"scala-arm\" % \"1.4\",\n    ),\n\n    unmanagedSourceDirectories in Compile ++= Seq(\n      baseDirectory.value \/ \"src_play25-\" \/ \"main\" \/ \"java\",\n      baseDirectory.value \/ \"src_play25-\" \/ \"main\" \/ \"scala\",\n    ),\n\n    target := baseDirectory.value \/ \"target\" \/ \"play24\",\n  )\n\nlazy val play25 = (project in file(\".\/play-redis\"))\n  .settings(commonSettings)\n  .settings(\n    version := addVerSuffix(version.value, \"play25\"),\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.0\",\n      \"com.typesafe.play\" %% \"play\" % \"2.5.0\" % \"provided\",\n      \"com.typesafe.play\" %% \"play-cache\" % \"2.5.0\" % \"provided\" exclude(\"net.sf.ehcache\", \"ehcache-core\"),\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.2\" % \"provided\",\n      \"com.jsuereth\" %% \"scala-arm\" % \"2.0\",\n    ),\n\n    unmanagedSourceDirectories in Compile ++= Seq(\n      baseDirectory.value \/ \"src_play25-\" \/ \"main\" \/ \"java\",\n      baseDirectory.value \/ \"src_play25-\" \/ \"main\" \/ \"scala\",\n    ),\n\n    target := baseDirectory.value \/ \"target\" \/ \"play25\",\n  )\n\nlazy val play26 = (project in file(\".\/play-redis\"))\n  .settings(commonSettings)\n  .settings(\n    version := addVerSuffix(version.value, \"play26\"),\n\n    crossScalaVersions += scala212,\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.1\",\n      \"com.typesafe.play\" %% \"play\" % \"2.6.0\" % \"provided\",\n      \"com.typesafe.play\" %% \"play-cache\" % \"2.6.0\" % \"provided\",\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.3\" % \"provided\",\n      \"com.jsuereth\" %% \"scala-arm\" % \"2.0\",\n    ),\n\n    unmanagedSourceDirectories in Compile ++= Seq(\n      baseDirectory.value \/ \"src_play26_play27\" \/ \"main\" \/ \"java\",\n      baseDirectory.value \/ \"src_play26_play27\" \/ \"main\" \/ \"scala\",\n    ),\n\n    target := baseDirectory.value \/ \"target\" \/ \"play26\",\n  )\n\nlazy val play27 = (project in file(\".\/play-redis\"))\n  .settings(commonSettings)\n  .settings(\n    version := addVerSuffix(version.value, \"play27\"),\n\n    crossScalaVersions += scala212,\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.3\",\n      \"com.typesafe.play\" %% \"play\" % \"2.7.0\" % \"provided\",\n      \"com.typesafe.play\" %% \"play-cache\" % \"2.7.0\" % \"provided\",\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.19\" % \"provided\",\n      \"com.jsuereth\" %% \"scala-arm\" % \"2.0\",\n    ),\n\n    unmanagedSourceDirectories in Compile ++= Seq(\n      baseDirectory.value \/ \"src_play26_play27\" \/ \"main\" \/ \"java\",\n      baseDirectory.value \/ \"src_play26_play27\" \/ \"main\" \/ \"scala\",\n    ),\n\n    target := baseDirectory.value \/ \"target\" \/ \"play27\",\n  )\n\nlazy val play28 = (project in file(\".\/play-redis\"))\n  .settings(commonSettings)\n  .settings(\n    version := addVerSuffix(version.value, \"play28\"),\n\n    scalaVersion := scala212,\n\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.4\",\n      \"com.typesafe.play\" %% \"play\" % \"2.8.0-M4\" % \"provided\",\n      \"com.typesafe.play\" %% \"play-cache\" % \"2.8.0-M4\" % \"provided\",\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.6.0-M5\" % \"provided\",\n      \"com.jsuereth\" %% \"scala-arm\" % \"2.0\",\n    ),\n\n    unmanagedSourceDirectories in Compile ++= Seq(\n      baseDirectory.value \/ \"src_play28+\" \/ \"main\" \/ \"java\",\n      baseDirectory.value \/ \"src_play28+\" \/ \"main\" \/ \"scala\",\n    ),\n\n    target := baseDirectory.value \/ \"target\" \/ \"play28\",\n  )\n\ndef addVerSuffix(version: String, suffix: String): String = version.split('-') match {\n  case Array(v, \"SNAPSHOT\") => s\"$v.$suffix-SNAPSHOT\"\n  case _ => s\"$version.$suffix\"\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/RedisCacheApi.scala","text":"package net.archwill.play.redis\n\nimport scala.concurrent.duration.Duration\nimport scala.reflect.ClassTag\nimport scala.util.control.NonFatal\n\nimport java.io.ByteArrayOutputStream\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.util.zip.{Deflater, DeflaterOutputStream, Inflater, InflaterOutputStream}\nimport javax.inject.{Inject, Singleton}\n\nimport akka.actor.ActorSystem\nimport akka.serialization.{Serialization, SerializationExtension}\nimport play.api.Logger\nimport play.api.cache.SyncCacheApi\nimport redis.clients.jedis.{Jedis, JedisPool}\nimport resource._\n\n@Singleton\nclass RedisCacheApi @Inject() (config: RedisConfig, pool: JedisPool, local: RedisLocalCache)(implicit system: ActorSystem) extends SyncCacheApi {\n\n  import scala.reflect.{ClassTag => Scala}\n  import net.archwill.play.redis.{JavaClassTag => Java}\n\n  private[this] val logger: Logger = Logger(classOf[RedisCacheApi])\n\n  private[this] val rawMarker: Byte = 0x00\n  private[this] val deflateMarker: Byte = 0x01\n\n  private[this] val serde: Serialization = SerializationExtension(system)\n\n  private[this] val client: ManagedResource[Jedis] = managed(pool.getResource)\n\n  override def get[T: ClassTag](key: String): Option[T] =\n    try {\n      local.get(key, doGet(key))\n        .map(decode(_).asInstanceOf[T])\n    } catch {\n      case NonFatal(e) =>\n        logger.warn(s\"Could not get key from cache: $key\", e)\n        None\n    }\n\n  private[this] def doGet(key: String): Option[Array[Byte]] =\n    client.acquireAndGet(c => Option(c.get(encodeString(key))))\n      .map(decompress)\n\n  override def getOrElseUpdate[A: ClassTag](key: String, expiration: Duration)(orElse: => A): A =\n    get[A](key) getOrElse {\n      val v = orElse\n      set(key, v, expiration)\n      v\n    }\n\n  override def set(key: String, value: Any, expiration: Duration): Unit =\n    try {\n      if (value == null) {\n        remove(key)\n      } else {\n        doSet(key, encode(value), expiration)\n      }\n    } catch {\n      case NonFatal(e) =>\n        logger.warn(s\"Could not set key [$key] in cache\", e)\n    }\n\n  private[this] def doSet(key: String, value: Array[Byte], exp: Duration): Unit =\n    client acquireAndGet { implicit c =>\n      if (exp.isFinite) {\n        c.setex(encodeString(key), exp.toSeconds.toInt, compress(value))\n      } else {\n        c.set(encodeString(key), compress(value))\n      }\n      local.remove(key)\n    }\n\n  override def remove(key: String): Unit =\n    client acquireAndGet { implicit c =>\n      c.del(key)\n      local.remove(key)\n    }\n\n  def invalidate(): Unit =\n    client acquireAndGet { implicit c =>\n      c.flushDB()\n      local.invalidate()\n    }\n\n  private[this] def encodeString(value: String): Array[Byte] =\n    value.getBytes(UTF_8)\n\n  private[this] def encode(value: Any): Array[Byte] = value match {\n    case null =>\n      throw new IllegalArgumentException(\"Cannot serialize null\")\n    case str: String =>\n      encodeString(str)\n    case prim if prim.getClass.isPrimitive || Primitives.primitives.contains(prim.getClass) =>\n      encodeString(prim.toString)\n    case arr: Array[Byte] =>\n      arr\n    case obj: AnyRef =>\n      serde.serialize(obj).get\n    case _ =>\n      throw new IllegalArgumentException(\"Cannot serialize value of type \" + value.getClass)\n  }\n\n  private[this] def decodeString(data: Array[Byte]): String =\n    new String(data, UTF_8)\n\n  private[this] def decode[T](data: Array[Byte])(implicit tag: ClassTag[T]): Any = tag match {\n    case Java.String =>\n      decodeString(data)\n    case Java.Boolean | Scala.Boolean =>\n      decodeString(data).toBoolean\n    case Java.Byte | Scala.Byte =>\n      decodeString(data).toByte\n    case Java.Char | Scala.Char =>\n      decodeString(data).charAt(0)\n    case Java.Short | Scala.Short =>\n      decodeString(data).toShort\n    case Java.Int | Scala.Int =>\n      decodeString(data).toInt\n    case Java.Long | Scala.Long =>\n      decodeString(data).toLong\n    case Java.Float | Scala.Float =>\n      decodeString(data).toFloat\n    case Java.Double | Scala.Double =>\n      decodeString(data).toDouble\n    case Scala.Nothing =>\n      throw new IllegalArgumentException(\"Cannot deserialize an instance of Nothing\")\n    case Java.ByteArray =>\n      data\n    case _ =>\n      serde.deserialize(data, tag.runtimeClass.asInstanceOf[Class[_ <: AnyRef]]).get\n  }\n\n  private[this] def compress(data: Array[Byte]): Array[Byte] = {\n    if (data.length > config.compressThreshold) {\n      val out = new ByteArrayOutputStream()\n      out.write(deflateMarker.toInt)\n      val zip = new DeflaterOutputStream(out, new Deflater(Deflater.BEST_COMPRESSION, true))\n      zip.write(data)\n      zip.finish()\n      zip.flush()\n      out.toByteArray\n    } else {\n      val res = new Array[Byte](data.length + 1)\n      res(0) = rawMarker\n      System.arraycopy(data, 0, res, 1, data.length)\n      res\n    }\n  }\n\n  private[this] def decompress(data: Array[Byte]): Array[Byte] = {\n    if (data.length > 1 && data(0) == deflateMarker) {\n      val out = new ByteArrayOutputStream(data.length)\n      val zip = new InflaterOutputStream(out, new Inflater(true))\n      zip.write(data, 1, data.length - 1)\n      zip.finish()\n      zip.flush()\n      out.toByteArray\n    } else {\n      val res = new Array[Byte](data.length - 1)\n      System.arraycopy(data, 1, res, 0, res.length)\n      res\n    }\n  }\n\n}\n\nprivate[redis] object Primitives {\n\n  val primitives: Set[Class[_]] = Set(\n    classOf[Boolean], classOf[java.lang.Boolean],\n    classOf[Byte], classOf[java.lang.Byte],\n    classOf[Char], classOf[java.lang.Character],\n    classOf[Short], classOf[java.lang.Short],\n    classOf[Int], classOf[java.lang.Integer],\n    classOf[Long], classOf[java.lang.Long],\n    classOf[Float], classOf[java.lang.Float],\n    classOf[Double], classOf[java.lang.Double]\n  )\n\n}\n\nprivate[redis] object JavaClassTag {\n\n  val Boolean = ClassTag(classOf[java.lang.Boolean])\n  val Byte = ClassTag(classOf[java.lang.Byte])\n  val Char = ClassTag(classOf[java.lang.Character])\n  val Short = ClassTag(classOf[java.lang.Short])\n  val Int = ClassTag(classOf[java.lang.Integer])\n  val Long = ClassTag(classOf[java.lang.Long])\n  val Float = ClassTag(classOf[java.lang.Float])\n  val Double = ClassTag(classOf[java.lang.Double])\n  val String = ClassTag(classOf[java.lang.String])\n\n  val ByteArray: ClassTag[Array[Byte]] = ClassTag(classOf[Array[Byte]])\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src_play26_play27\/main\/scala\/net\/archwill\/play\/redis\/JavaRedisAsyncCacheApi.scala","text":"<reponame>willtrnr\/play-redis\npackage net.archwill.play.redis\n\nimport java.util.Optional\nimport java.util.concurrent.{Callable, CompletableFuture, CompletionStage, Executor}\nimport java.util.function.{Consumer => JConsumer, Function => JFunction, Supplier => JSupplier}\nimport javax.inject.{Inject, Singleton}\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport play.cache.{AsyncCacheApi => JAsyncCacheApi}\n\n@Singleton\nclass JavaRedisAsyncCacheApi @Inject() (cache: JavaRedisCacheApi, config: AsyncRedisConfig, system: ActorSystem) extends JAsyncCacheApi {\n\n  implicit private[this] val dispatcher: Executor =\n    system.dispatchers.lookup(config.dispatcher)\n\n  override def get[T](key: String): CompletionStage[T] =\n    async(cache.get(key))\n\n  \/\/ NOTE: Introduced in Play 2.7.x, because of the shared source we can't use `override`\n  def getOptional[T](key: String): CompletionStage[Optional[T]] =\n    async(cache.getOptional(key))\n\n  override def getOrElseUpdate[T](key: String, block: Callable[CompletionStage[T]]): CompletionStage[T] =\n    getOrElseUpdate(key, block, 0)\n\n  override def getOrElseUpdate[T](key: String, block: Callable[CompletionStage[T]], expiration: Int): CompletionStage[T] =\n    getOptional(key).thenComposeAsync(\n      new JFunction[Optional[T], CompletionStage[T]] {\n        override def apply(o: Optional[T]): CompletionStage[T] =\n          if (o.isPresent) {\n            CompletableFuture.completedFuture(o.get)\n          } else {\n            val f = block.call()\n            f.thenAcceptAsync(\n              new JConsumer[T] {\n                override def accept(o: T): Unit =\n                  cache.set(key, o, expiration)\n              },\n              dispatcher\n            )\n            f\n          }\n      },\n      dispatcher\n    )\n\n  override def remove(key: String): CompletionStage[Done] = async {\n    cache.remove(key)\n    Done\n  }\n\n  override def removeAll(): CompletionStage[Done] = async {\n    cache.invalidate()\n    Done\n  }\n\n  override def set(key: String, value: AnyRef): CompletionStage[Done] = async {\n    cache.set(key, value)\n    Done\n  }\n\n  override def set(key: String, value: AnyRef, expiration: Int): CompletionStage[Done] = async {\n    cache.set(key, value, expiration)\n    Done\n  }\n\n  override def sync: JavaRedisCacheApi = cache\n\n  private[this] def async[T](fn: => T): CompletableFuture[T] =\n    CompletableFuture.supplyAsync(\n      new JSupplier[T]() { override def get(): T = fn },\n      dispatcher\n    )\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/JedisPoolProvider.scala","text":"package net.archwill.play.redis\n\nimport scala.concurrent.Future\n\nimport javax.inject.{Inject, Provider, Singleton}\n\nimport play.api.Logger\nimport play.api.inject.ApplicationLifecycle\nimport redis.clients.jedis.JedisPool\nimport resource._\n\n@Singleton\nprivate[redis] class JedisPoolProvider @Inject() (config: RedisConfig, lifecycle: ApplicationLifecycle) extends Provider[JedisPool] {\n\n  private[this] val logger = Logger(classOf[JedisPoolProvider])\n\n  override lazy val get: JedisPool = {\n    logger.info(s\"Connecting to redis at ${config.host}:${config.port}?database=${config.database}\")\n    val pool = new JedisPool(\n      config.poolConfig,\n      config.host,\n      config.port,\n      config.timeout.toMillis.toInt,\n      config.password.orNull,\n      config.database\n    )\n    \/\/ Make sure our pool can handle requests before signing off on it\n    managed(pool.getResource).acquireAndGet(_.ping())\n    lifecycle.addStopHook(() => Future.successful(pool.close()))\n    pool\n  }\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/RedisLocalCache.scala","text":"package net.archwill.play.redis\n\nimport scala.concurrent.Future\nimport scala.util.control.NonFatal\n\nimport java.util.concurrent.TimeUnit\nimport java.util.concurrent.atomic.AtomicInteger\nimport javax.inject.{Inject, Singleton}\n\nimport com.google.common.cache.{Cache, CacheBuilder}\nimport play.api.Logger\nimport play.api.inject.ApplicationLifecycle\nimport redis.clients.jedis.{Jedis, JedisPubSub}\nimport resource._\n\n@Singleton\nprivate[redis] class RedisLocalCache @Inject() (config: RedisConfig, lifecycle: ApplicationLifecycle) {\n\n  import RedisLocalCache._\n\n  private[this] val logger: Logger = Logger(classOf[RedisLocalCache])\n\n  private[this] val channel: String = \"::_cache_inv\"\n\n  private[this] val localCache: Cache[String, Array[Byte]] = {\n    val b = CacheBuilder.newBuilder().maximumSize(config.localCache.maxSize.toLong)\n    config.localCache.expiration.foreach(e => b.expireAfterWrite(e.toMillis, TimeUnit.MILLISECONDS))\n    b.build()\n  }\n\n  \/\/ FIXME: This thing is very messy, but the blocking Jedis PubSub handling there's very few we can do\n  private[this] val invalidator: Thread =\n    new Thread(\"redis-local-cache-invalidator-\" + threadId.incrementAndGet) {\n\n      @volatile private[this] var current: Jedis = _\n\n      private[this] val handler: JedisPubSub = new JedisPubSub() {\n        override def onMessage(channel: String, message: String): Unit = message match {\n          case \"\" =>\n            logger.info(\"Invalidating all keys in local cache\")\n            localCache.invalidateAll()\n          case _ =>\n            logger.trace(s\"Invalidating key: $message\")\n            localCache.invalidate(message)\n        }\n      }\n\n      override def run(): Unit = while (!isInterrupted) {\n        logger.info(s\"Connecting local cache invalidator to Redis at ${config.host}:${config.port}\")\n        try {\n          managed(new Jedis(config.host, config.port, config.timeout.toMillis.toInt)) acquireAndGet { client =>\n            config.password.foreach(client.auth)\n            current = client\n            client.subscribe(handler, channel)\n          }\n        } catch {\n          case _: InterruptedException =>\n            interrupt()\n          case NonFatal(e) =>\n            if (!isInterrupted) {\n              logger.warn(\"Local cache invalidator was disconnected from PubSub channel, waiting 2s before reconnecting...\", e)\n              Thread.sleep(2000)\n            }\n        } finally {\n          current = null\n        }\n      }\n\n      override def start(): Unit = {\n        lifecycle.addStopHook { () =>\n          interrupt()\n          if (current ne null) current.close()\n          Future.successful(())\n        }\n        super.start()\n      }\n\n    }\n\n  def get(key: String, compute: => Option[Array[Byte]]): Option[Array[Byte]] =\n    Option(localCache.getIfPresent(key)).map(duplicate) orElse {\n      val r = compute\n      for (v <- r) {\n        localCache.put(key, duplicate(v))\n      }\n      r\n    }\n\n  def remove(key: String)(implicit client: Jedis): Unit = {\n    client.publish(channel, key)\n    localCache.invalidate(key)\n  }\n\n  def invalidate()(implicit client: Jedis): Unit = {\n    client.publish(channel, \"\")\n    localCache.invalidateAll()\n  }\n\n  private[this] def duplicate(src: Array[Byte]): Array[Byte] = {\n    val dst = new Array[Byte](src.length)\n    System.arraycopy(src, 0, dst, 0, dst.length)\n    dst\n  }\n\n  invalidator.start()\n\n}\n\nprivate[redis] object RedisLocalCache {\n\n  val threadId: AtomicInteger = new AtomicInteger(0)\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src_play26_play27\/main\/scala\/net\/archwill\/play\/redis\/RedisModule.scala","text":"package net.archwill.play.redis\n\nimport javax.inject.Provider\n\nimport com.typesafe.config.Config\nimport play.api.cache.{AsyncCacheApi, SyncCacheApi}\nimport play.api.inject.Binding\nimport play.api.{Configuration, Environment}\nimport play.cache.{AsyncCacheApi => JAsyncCacheApi, SyncCacheApi => JSyncCacheApi}\n\ncase class AsyncRedisConfig(\n  dispatcher: String\n)\n\nclass RedisModule extends BaseRedisModule {\n\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] =\n    super.bindings(environment, configuration) ++ Seq(\n      bind[AsyncRedisConfig].to(new AsyncRedisConfigProvider(configuration.underlying.getConfig(\"redis\"))),\n      bind[SyncCacheApi].to[RedisCacheApi],\n      bind[JSyncCacheApi].to[JavaRedisCacheApi],\n      bind[AsyncCacheApi].to[RedisAsyncCacheApi],\n      bind[JAsyncCacheApi].to[JavaRedisAsyncCacheApi]\n    )\n\n}\n\nprivate[redis] class AsyncRedisConfigProvider(config: Config) extends Provider[AsyncRedisConfig] {\n\n  override lazy val get: AsyncRedisConfig = AsyncRedisConfig(\n    dispatcher = config.getString(\"dispatcher\")\n  )\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src_play25-\/main\/scala\/play\/api\/cache\/SyncCacheApi.scala","text":"package play.api.cache\n\nimport scala.concurrent.duration.Duration\nimport scala.reflect.ClassTag\n\ntrait SyncCacheApi extends CacheApi {\n\n  def getOrElseUpdate[A: ClassTag](key: String, expiration: Duration)(orElse: => A): A\n\n  override final def getOrElse[A: ClassTag](key: String, expiration: Duration)(orElse: => A): A =\n    getOrElseUpdate(key, expiration)(orElse)\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt<gh_stars>1-10\naddSbtPlugin(\"com.github.cb372\" % \"sbt-explicit-dependencies\" % \"0.2.9\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.11\")\naddSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\" % \"0.1.7\")\naddSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\" % \"0.5.4\")\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src_play25-\/main\/scala\/net\/archwill\/play\/redis\/RedisModule.scala","text":"<reponame>willtrnr\/play-redis\npackage net.archwill.play.redis\n\nimport play.api.cache.CacheApi\nimport play.api.inject.Binding\nimport play.api.{Configuration, Environment}\nimport play.cache.{CacheApi => JCacheApi}\n\nclass RedisModule extends BaseRedisModule {\n\n  override def bindings(environment: Environment, configuration: Configuration): Seq[Binding[_]] =\n    super.bindings(environment, configuration) ++ Seq(\n      bind[CacheApi].to[RedisCacheApi],\n      bind[JCacheApi].to[JavaRedisCacheApi]\n    )\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/JavaRedisCacheApi.scala","text":"<gh_stars>1-10\npackage net.archwill.play.redis\n\nimport scala.concurrent.duration._\nimport scala.reflect.ClassTag\n\nimport java.util.concurrent.Callable\nimport java.util.{Optional => JOptional}\nimport javax.inject.{Inject, Singleton}\n\nimport play.api.Environment\nimport play.cache.{SyncCacheApi => JSyncCacheApi}\n\n@Singleton\nclass JavaRedisCacheApi @Inject() (cache: RedisCacheApi, env: Environment) extends JSyncCacheApi {\n\n  private[this] val tagPrefix: String = \"ct::\"\n\n  override def get[T](key: String): T =\n    getOptional(key).orElse(null.asInstanceOf[T])\n\n  \/\/ NOTE: Introduced in Play 2.7.x, because of the shared source we can't use `override`\n  def getOptional[T](key: String): JOptional[T] =\n    cache.get[String](tagPrefix + key)\n      .flatMap { cls => cache.get[T](key)(ClassTag(env.classLoader.loadClass(cls))) }\n      .fold(JOptional.empty[T])(JOptional.ofNullable)\n\n  override def getOrElseUpdate[T](key: String, block: Callable[T]): T =\n    getOrElseUpdate(key, block, 0)\n\n  override def getOrElseUpdate[T](key: String, block: Callable[T], expiration: Int): T =\n    Option(get[T](key)) getOrElse {\n      val v = block.call\n      set(key, v, expiration)\n      v\n    }\n\n  override def set(key: String, value: Any): Unit =\n    set(key, value, 0)\n\n  override def set(key: String, value: Any, expiration: Int): Unit = {\n    if (value == null) {\n      remove(key)\n    } else {\n      val exp = if (expiration <= 0) Duration.Inf else expiration.seconds\n      cache.set(key, value, exp)\n      cache.set(tagPrefix + key, value.getClass.getCanonicalName, exp)\n    }\n  }\n\n  override def remove(key: String): Unit = {\n    cache.remove(tagPrefix + key)\n    cache.remove(key)\n  }\n\n  def invalidate(): Unit =\n    cache.invalidate()\n\n}\n"}
{"repo_name":"willtrnr\/play-redis","path":"play-redis\/src\/main\/scala\/net\/archwill\/play\/redis\/RedisConfig.scala","text":"package net.archwill.play.redis\n\nimport java.time.Duration\n\nimport redis.clients.jedis.JedisPoolConfig\n\ncase class RedisConfig(\n  host: String,\n  port: Int,\n  timeout: Duration,\n  password: Option[String],\n  database: Int,\n  poolConfig: JedisPoolConfig,\n  compressThreshold: Int,\n  localCache: RedisLocalCacheConfig\n)\n\ncase class RedisLocalCacheConfig(\n  maxSize: Int,\n  expiration: Option[Duration]\n)\n"}
{"repo_name":"JonathanO\/phonehome","path":"build.sbt","text":"<reponame>JonathanO\/phonehome\nlazy val commonSettings = Seq(\n  scalaVersion := \"2.11.7\",\n  organization := \"net.woaf.jono\",\n  scalacOptions ++=  Seq(\n    \"-Xlint\",\n    \"-deprecation\",\n    \"-unchecked\",\n    \"-feature\"\n  )\n) ++ scalariformSettings\n\nlazy val scalaReflect = Def.setting { \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value }\n\nenablePlugins(JavaAppPackaging)\nenablePlugins(UniversalPlugin)\nenablePlugins(JDebPackaging)\n\nlazy val core = (project in file(\"core\")).\n  dependsOn(macroSub).\n  settings(commonSettings: _*).\n  settings(\n    name := \"phone-is-home\",\n    version := \"1.0\",\n    libraryDependencies ++= Seq(\n      \"com.firebase\" % \"firebase-client-jvm\" % \"1.1.1\",\n      \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.2\",\n      \"org.scalactic\" %% \"scalactic\" % \"2.2.6\",\n      \"org.scalatest\" %% \"scalatest\" % \"2.2.6\" % \"test\",\n      \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.1.0\",\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.1.2\",\n      \"com.github.scopt\" %% \"scopt\" % \"3.4.0\"\n    ),\n    resolvers += Resolver.sonatypeRepo(\"public\")\n  )\n\nlazy val macroSub = (project in file(\"macro\")).\n  settings(commonSettings: _*).\n  settings(\n    libraryDependencies += scalaReflect.value\n  )\n\n"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/NestActor.scala","text":"package net.woaf.jono.phonehome\n\nimport akka.actor.{ Props, Actor }\nimport com.firebase.client.{FirebaseError, AuthData, DataSnapshot, ValueEventListener, Firebase, Logger}\nimport com.firebase.client.Firebase.{ AuthResultHandler, CompletionListener }\nimport com.typesafe.scalalogging.LazyLogging\nimport scala.collection.mutable\nimport net.woaf.jono.phonehome.EnumerationMacros.sealedInstancesOf\n\nobject AwayStates {\n\n  sealed abstract class AwayState(name: String) extends Ordered[AwayState] {\n    override def toString: String = name\n\n    override def compare(that: AwayState): Int = this.toString.compareTo(that.toString)\n  }\n\n  case object UNKNOWN extends AwayState(\"n\/a\")\n  case object HOME extends AwayState(\"home\")\n  case object AWAY extends AwayState(\"away\")\n  case object AUTO_AWAY extends AwayState(\"auto-away\")\n\n\n  val awayStates: Set[AwayState] = sealedInstancesOf[AwayState]\n  private val byName: Map[String, AwayState] = awayStates.map(s => s.toString -> s).toMap\n\n  def apply(name: String): AwayState = byName.getOrElse(name, UNKNOWN)\n\n}\n\nfinal case class SetAwayState(state: AwayStates.AwayState)\n\nfinal case class StructureUpdate(name: String, state: AwayStates.AwayState)\n\n\/**\n * helper class for initializing a NestActor with appropriate args\n *\/\nobject NestActor {\n  def props(nestToken: String, firebaseURL: String): Props = Props(new NestActor(nestToken, firebaseURL))\n}\n\nclass NestActor(nestToken: String, firebaseURL: String) extends Actor with LazyLogging {\n  Firebase.setDefaultConfig(\n    {\n      val config = new com.firebase.client.Config()\n      config.setLogLevel(Logger.Level.DEBUG)\n      config.setLogger(new FirebaseLogger)\n      config\n    }\n  )\n  private val fb = new Firebase(firebaseURL)\n\n  \/\/ maintain maps of the current state of things so we can trigger on edge changes\n  private val structureStates = mutable.HashMap[String, AwayStates.AwayState]()\n  private val structMap = mutable.HashMap[String, String]()\n\n  \/\/ authenticate with our current credentials\n  fb.authWithCustomToken(nestToken, new AuthResultHandler {\n    override def onAuthenticated(authData: AuthData): Unit = {\n      logger.info(\"fb auth success: \" + authData)\n      \/\/ when we've successfully authed, add a change listener to the whole tree\n      fb.addValueEventListener(new ValueEventListener {\n        def onDataChange(snapshot: DataSnapshot) {\n          \/\/ when data changes we send our receive block an update\n          self ! snapshot\n        }\n\n        def onCancelled(err: FirebaseError) {\n          \/\/ on an err we should just bail out\n          self ! err\n        }\n      })\n    }\n    override def onAuthenticationError(firebaseError: FirebaseError): Unit = {\n      logger.error(\"fb auth error: \" + firebaseError)\n    }\n\n  })\n\n  private def handleSnapshot(s: DataSnapshot): Unit = {\n    try {\n      import scala.collection.JavaConversions._ \/\/ scalastyle:ignore\n      logger.info(\"got firebase snapshot \" + s)\n      \/\/ this looks scary, but because processing is single threaded here we're ok\n      structMap.clear()\n      \/\/ process structure specific data\n      val structures = s.child(\"structures\")\n      if (structures.hasChildren) {\n        structures.getChildren.foreach { struct =>\n          \/\/ update our map of struct ids -> struct names for lookup later\n          val structName = struct.child(\"name\").getValue.toString\n          structMap += (struct.getName -> structName)\n          \/\/ now compare states and send an update if they changed\n          val structState = AwayStates(struct.child(\"away\").getValue.toString)\n          val oldState = structureStates.getOrElse(structName, \"n\/a\")\n          structureStates += (structName -> structState)\n          if (oldState != structState) {\n            context.parent ! StructureUpdate(structName, structState)\n            logger.info(s\"Structure $structName (${struct.getName}) is in away state $structState\")\n          }\n        }\n      } else {\n        logger.warn(\"no structures? children=\" + s.getChildren.map(_.getName).mkString(\", \"))\n      }\n    } catch {\n      case e: Exception =>\n        logger.error(\"uhoh \" + e, e)\n    }\n  }\n\n  override def receive: Actor.Receive = {\n    case a: SetAwayState =>\n      structMap.keys.toList match {\n        case structId :: xs =>\n          val structName = structMap(structId)\n          val awayRef = fb.child(\"structures\").child(structId).child(\"away\")\n          val newState = a.state\n          if (structureStates(structName) != newState) {\n            logger.info(s\"setting away state to $newState on $structName ($structId)\")\n            awayRef.setValue(newState.toString, new CompletionListener {\n              override def onComplete(err: FirebaseError, fb: Firebase) = {\n                if (err != null) { \/\/ scalastyle:ignore\n                  logger.error(s\"completed with err=${err.getCode}-${err.getMessage}, fb=$fb\")\n                }\n              }\n            })\n          } else {\n            logger.info(s\"Was told to change state to $newState but $structName ($structId) is already in it\")\n          }\n        case _ => \/\/ noop\n      }\n    case s: DataSnapshot =>\n      handleSnapshot(s)\n    case e: FirebaseError =>\n      logger.error(\"got firebase error \" + e)\n    case m: Any =>\n      logger.warn(s\"NestActor got unknown msg: $m (${m.getClass.getName})\")\n  }\n\n}"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/HostStatusChecker.scala","text":"<filename>core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/HostStatusChecker.scala<gh_stars>0\npackage net.woaf.jono.phonehome\n\nimport scala.concurrent.{ExecutionContext, Future, blocking}\n\nabstract class HostStatusChecker {\n\n  def isHostAlive: Boolean\n\n  def checkHostAlive(implicit executor: ExecutionContext): Future[Boolean] =\n    Future {\n      blocking {\n        isHostAlive\n      }\n    }\n\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"macro\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/EnumerationMacros.scala","text":"package net.woaf.jono.phonehome\n\nimport scala.language.experimental.macros\n\nimport scala.reflect.macros.blackbox.Context\nimport scala.collection.immutable.TreeSet\n\n\/*\nA macro to produce a TreeSet of all instances of a sealed trait.\nBased on <NAME>'s work:\nhttp:\/\/stackoverflow.com\/questions\/13671734\/iteration-over-a-sealed-trait-in-scala\n*\/\nobject EnumerationMacros {\n  def sealedInstancesOf[A]: TreeSet[A] = macro sealedInstancesOfImpl[A]\n\n  def sealedInstancesOfImpl[A: c.WeakTypeTag](c: Context): c.Expr[TreeSet[A]] = {\n    import c.universe._ \/\/ scalastyle:ignore\n\n    val symbol = weakTypeOf[A].typeSymbol.asClass\n\n    if  (!symbol.isClass || !symbol.isSealed) {\n      c.abort(c.enclosingPosition, \"Can only enumerate values of a sealed trait or class.\")\n    } else {\n\n      val children = symbol.knownDirectSubclasses.toList\n\n      if (!children.forall(_.isModuleClass)) {\n        c.abort(c.enclosingPosition, \"All children must be objects.\")\n      } else {\n        c.Expr[TreeSet[A]] {\n\n          def sourceModuleRef(sym: Symbol) = Ident(sym.asInstanceOf[scala.reflect.internal.Symbols#Symbol\n            ].sourceModule.asInstanceOf[Symbol]\n          )\n\n          Apply(\n            Select(\n              reify(TreeSet).tree,\n              TermName(\"apply\")\n            ),\n            children.map(sourceModuleRef(_))\n          )\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/FirebaseLogger.scala","text":"package net.woaf.jono.phonehome\n\nimport com.firebase.client.Logger.Level\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.{ MarkerFactory, LoggerFactory }\n\nclass FirebaseLogger extends com.firebase.client.Logger {\n\n  protected val logger: Logger =\n    Logger(LoggerFactory.getLogger(\"com.firebase\"))\n\n  override def onLogMessage(level: Level, tag: String, message: String, msTimestamp: Long): Unit = {\n    val marker = MarkerFactory.getMarker(tag)\n    level match {\n      case Level.DEBUG => logger.debug(marker, message)\n      case Level.INFO => logger.info(marker, message)\n      case Level.WARN => logger.warn(marker, message)\n      case Level.ERROR => logger.error(marker, message)\n      case _ => logger.warn(s\"Log message at unknown level $level: $message\")\n    }\n  }\n\n  override def getLogLevel: Level = {\n    if (logger.underlying.isDebugEnabled) {\n      Level.DEBUG\n    } else if (logger.underlying.isInfoEnabled) {\n      Level.INFO\n    } else if (logger.underlying.isWarnEnabled) {\n      Level.WARN\n    } else if (logger.underlying.isErrorEnabled) {\n      Level.ERROR\n    } else {\n      Level.NONE\n    }\n  }\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/Main.scala","text":"package net.woaf.jono.phonehome\n\nimport akka.actor.{ Props, ActorSystem }\nimport com.typesafe.scalalogging.StrictLogging\n\nfinal case class Config(firebaseUrl: String = \"\", nestToken: String = \"\", hosts: Seq[String] = Seq(), interface: String = \"\")\n\nobject Main extends App with StrictLogging {\n\n  val parser = new scopt.OptionParser[Config](\"phone-is-home\") {\n    head(\"phone-is-home\", \"0.1\")\n    opt[String]('f', \"firebase\") required () valueName \"<url>\" action { (x, c) =>\n      c.copy(firebaseUrl = x)\n    } text \"firebase URL\"\n    opt[String]('t', \"token\") required () valueName \"<token>\" action { (x, c) =>\n      c.copy(nestToken = x)\n    } text \"nest API token\"\n    opt[Seq[String]]('h', \"hosts\") valueName \"<host>,<host>...\" action { (x, c) =>\n      c.copy(hosts = x)\n    } text \"hosts to monitor\"\n    opt[String]('i', \"interface\") valueName \"<interface>\" action { (x, c) =>\n      c.copy(interface = x)\n    } text \"Linux network interface to ping from\"\n    help(\"help\")\n  }\n  \/\/ parser.parse returns Option[C]\n  parser.parse(args, Config()) match {\n    case Some(config) =>\n      \/\/ create a top level actor to connect the Nest API with the Twitter REST and Streaming APIs\n      logger.info(\"Starting up actor system\")\n      val system = ActorSystem(\"mySystem\")\n      system.actorOf(Props(new AwayMonitoringActor(config.nestToken, config.firebaseUrl, config.hosts, config.interface)))\n\n    case None =>\n    \/\/ arguments are bad, error message will have been displayed\n  }\n\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/Arper.scala","text":"<gh_stars>0\npackage net.woaf.jono.phonehome\n\nimport scala.sys.process._ \/\/ scalastyle:ignore\n\nclass Arper(addr: String) extends HostStatusChecker {\n\n  override def isHostAlive: Boolean = 0 == (Seq(\"arping\", \"-c\", \"1\", \"-f\", addr) ! ProcessLogger(\n    line => {},\n    line => {}\n  ))\n\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/HostMonitorActor.scala","text":"package net.woaf.jono.phonehome\n\nimport java.net.InetAddress\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.{ Actor, Props }\nimport com.typesafe.scalalogging.LazyLogging\n\nimport scala.concurrent.duration.{FiniteDuration, Duration}\n\nfinal case class CheckHost(reschedule: Boolean = false)\n\nsealed abstract class HostStateChange(host: String)\nfinal case class HostStateUp(host: String) extends HostStateChange(host)\nfinal case class HostStateDown(host: String) extends HostStateChange(host)\n\nobject HostMonitorActor {\n  def props(target: String, interface: String): Props = Props(new HostMonitorActor(target, interface))\n}\n\nclass HostMonitorActor(target: String, interface: String) extends Actor with LazyLogging {\n  import context.dispatcher \/\/ scalastyle:ignore\n\n  private sealed abstract class CheckResult(reschedule: Boolean)\n  private final case class CheckResultUp(reschedule: Boolean) extends CheckResult(reschedule)\n  private final case class CheckResultDown(reschedule: Boolean) extends CheckResult(reschedule)\n\n  private val statusChecker = new Pinger(InetAddress.getByName(target), interface)\n\n  private val fastCheck = Duration.create(10, TimeUnit.SECONDS)\n  private val normalCheck = Duration.create(1, TimeUnit.MINUTES)\n\n  logger.info(s\"Configured to monitor $target\")\n\n  private def reschedule(when: FiniteDuration): Unit = {\n    context.system.scheduler.scheduleOnce(when, self, CheckHost(true))\n  }\n\n  private def common: Actor.Receive = {\n    case m: CheckHost => statusChecker.checkHostAlive.onSuccess({\n      case true =>\n        self ! CheckResultUp(m.reschedule)\n      case false =>\n        self ! CheckResultDown(m.reschedule)\n    })\n    case m: Any =>\n      logger.warn(s\"HostMonitorActor got unknown msg: $m (${m.getClass.getName})\")\n  }\n\n  def hostUp: Actor.Receive = ({\n    case CheckResultUp(needReschedule) =>\n      if (needReschedule) reschedule(fastCheck)\n    case CheckResultDown(needReschedule) =>\n        logger.info(s\"Worried about $target being dead\")\n        context.become(hostConcerning(0))\n        if (needReschedule) reschedule(fastCheck)\n  }: Actor.Receive) orElse common\n\n  def hostDown: Actor.Receive = ({\n    case CheckResultUp(needReschedule) =>\n      logger.info(s\"Marking $target as alive\")\n      context.become(hostUp)\n      context.parent ! HostStateUp(target)\n      if (needReschedule) reschedule(normalCheck)\n    case CheckResultDown(needReschedule) =>\n      if (needReschedule) reschedule(fastCheck)\n  }: Actor.Receive) orElse common\n\n  def hostConcerning(count: Int): Actor.Receive = ({\n    case CheckResultUp(needReschedule) =>\n      context.become(hostUp)\n      if (needReschedule) reschedule(normalCheck)\n    case CheckResultDown(needReschedule) =>\n      if (count > 3) {\n        logger.info(s\"Marking $target as dead\")\n        context.become(hostDown)\n        context.parent ! HostStateDown(target)\n      } else {\n        context.become(hostConcerning(count + 1))\n      }\n      if (needReschedule) reschedule(fastCheck)\n  }: Actor.Receive) orElse common\n\n  override def receive: Actor.Receive = ({\n    case CheckResultUp(needReschedule) =>\n      logger.info(s\"Got initial state alive for $target\")\n      context.become(hostUp)\n      context.parent ! HostStateUp(target)\n      if (needReschedule) reschedule(normalCheck)\n    case CheckResultDown(needReschedule) =>\n      logger.info(s\"Got initial state dead for $target\")\n      context.become(hostDown)\n      context.parent ! HostStateDown(target)\n      if (needReschedule) reschedule(fastCheck)\n  }: Actor.Receive) orElse common\n\n  reschedule(Duration.Zero)\n\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"project\/plugins.sbt","text":"<reponame>JonathanO\/phonehome\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-scalariform\" % \"1.3.0\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-native-packager\" % \"1.0.6\")\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"0.8.0\")\nlibraryDependencies += \"org.vafer\" % \"jdeb\" % \"1.3\" artifacts (Artifact(\"jdeb\", \"jar\", \"jar\"))"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/AwayMonitoringActor.scala","text":"package net.woaf.jono.phonehome\n\nimport akka.actor.{ Props, Actor }\nimport akka.routing.{ ActorRefRoutee, BroadcastRoutingLogic, Router }\nimport com.typesafe.scalalogging.LazyLogging\n\nobject AwayMonitoringActor {\n  def props(nestToken: String, firebaseURL: String, hosts: Seq[String], interface: String): Props\n                = Props(new AwayMonitoringActor(nestToken, firebaseURL, hosts, interface))\n}\n\nclass AwayMonitoringActor(nestToken: String, firebaseURL: String, hosts: Seq[String], interface: String) extends Actor with LazyLogging {\n\n  private val nestActor = context.actorOf(NestActor.props(nestToken, firebaseURL))\n\n  private val monitorRouter = {\n    Router(BroadcastRoutingLogic(), hosts.map(host => {\n      val r = context.actorOf(HostMonitorActor.props(host, interface))\n      ActorRefRoutee(r)\n    }).toVector)\n  }\n\n  private def common: Actor.Receive = {\n    case m: Any =>\n      logger.warn(s\"AwayMonitoringActor got unknown msg: $m (${m.getClass.getName})\")\n  }\n\n  def awayUnacceptable(hostsAlive: Set[String]): Actor.Receive = ({\n    case StructureUpdate(_, AwayStates.AUTO_AWAY) =>\n        logger.info(s\"Nest went auto-away, but we think someone's in\")\n        nestActor ! SetAwayState(AwayStates.HOME)\n        monitorRouter.route(CheckHost(false), self)\n    case StructureUpdate(_, _) => \/\/ NOOP\n    case s: HostStateUp =>\n      context.become(awayUnacceptable(hostsAlive + s.host))\n    case s: HostStateDown =>\n      val hostsNowAlive = hostsAlive - s.host\n      if (hostsNowAlive.isEmpty) {\n        logger.info(s\"No hosts are alive, away is OK\")\n        context.become(awayOkNotAutoAway(hostsNowAlive))\n      } else {\n        context.become(awayUnacceptable(hostsNowAlive))\n      }\n\n  }: Actor.Receive) orElse common\n\n  def awayOkNotAutoAway(hostsAlive: Set[String]): Actor.Receive = ({\n    case s: HostStateUp =>\n      logger.info(s\"Away no longer acceptable as ${s.host} has recovered\")\n      context.become(awayUnacceptable(hostsAlive + s.host))\n    case s: HostStateDown =>\n      context.become(awayOkNotAutoAway(hostsAlive - s.host))\n    case StructureUpdate(_, AwayStates.AUTO_AWAY) =>\n      context.become(awayOkIsAutoAway(hostsAlive))\n    case StructureUpdate(_, _) => \/\/ NOOP\n  }: Actor.Receive) orElse common\n\n  def awayOkIsAutoAway(hostsAlive: Set[String]): Actor.Receive = ({\n    case s: HostStateUp =>\n      logger.info(s\"Away no longer acceptable as ${s.host} has recovered\")\n      context.become(awayUnacceptable(hostsAlive + s.host))\n      nestActor ! SetAwayState(AwayStates.HOME)\n    case s: HostStateDown =>\n      context.become(awayOkIsAutoAway(hostsAlive - s.host))\n    case StructureUpdate(_, AwayStates.AUTO_AWAY) => \/\/ NOOP\n    case StructureUpdate(_, _) =>\n      context.become(awayOkNotAutoAway(hostsAlive))\n\n  }: Actor.Receive) orElse common\n\n  override def receive: Actor.Receive = ({\n    case s: HostStateUp =>\n      logger.info(s\"Initial state is away not acceptable as at least ${s.host} is up\")\n      context.become(awayUnacceptable(Set(s.host)))\n    case s: HostStateDown =>\n      logger.info(s\"Initial state is no hosts alive, and assuming we're not auto-away\")\n      context.become(awayOkNotAutoAway(Set()))\n    case StructureUpdate(_, AwayStates.AUTO_AWAY) =>\n      logger.info(s\"Initial state is no hosts alive, in auto-away\")\n      context.become(awayOkIsAutoAway(Set()))\n    case StructureUpdate(_, _) =>\n      logger.info(s\"Initial state is no hosts alive, not auto-away\")\n      context.become(awayOkNotAutoAway(Set()))\n  }: Actor.Receive) orElse common\n\n\n\n}\n"}
{"repo_name":"JonathanO\/phonehome","path":"core\/src\/main\/scala\/net\/woaf\/jono\/phonehome\/Pinger.scala","text":"package net.woaf.jono.phonehome\n\nimport java.net.{ Inet6Address, InetAddress }\nimport scala.sys.process._ \/\/ scalastyle:ignore\n\nclass Pinger(addr: InetAddress, interface: String) extends HostStatusChecker {\n\n  private val isWindows = System.getProperty(\"os.name\").toLowerCase().contains(\"win\")\n\n  private val isv6 = addr match {\n    case a: Inet6Address => true\n    case _ => false\n  }\n\n  override def isHostAlive: Boolean =\n    (\n      if (isWindows) {\n        Seq(\"ping\", \"-w\", \"1000\", \"-n\", \"1\", addr.getHostAddress)\n      } else if (isv6) {\n        Seq(\"ping6\", if (!interface.isEmpty) s\"-I$interface\" else \"\", \"-W\", \"1\", \"-n\", \"-c\", \"1\", addr.getHostAddress)\n      } else {\n        Seq(\"ping\", \"-W\", \"1\", \"-n\", \"-c\", \"1\", addr.getHostAddress)\n      }\n    ) ! ProcessLogger(\n        line => {},\n        line => {}\n      ) == 0\n}\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/services\/Caching.scala","text":"<reponame>SegFaultx64\/scala-bazel-graphql-example<filename>src\/main\/scala\/services\/Caching.scala\npackage services\n\ntrait CachingBehavior {\n  class Cachable[K, V](get: (K) => V) {\n    var temp: List[K] = Nil\n    def makeCachable(): (K) => V = {\n      get\n    }\n\n    def apply(k: K): V = {\n      get(k)\n    }\n\n    def evict(k: K) {\n      temp = k :: temp\n    }\n  }\n\n  implicit def cachable[K, V](get: (K) => V): Cachable[K, V] = {\n    new Cachable[K, V](get)\n  }\n}\n\ntrait InMemoryCaching extends CachingBehavior {\n  class Cachable[K, V](get: (K) => V) extends super.Cachable(get) {\n    var cache = Map[K, V]()\n    lazy val withCaching = makeCachable()\n\n    override def makeCachable(): (K) => V = { (key: K) =>\n      {\n        val cached = cache.get(key)\n\n        cached match {\n          case None => {\n            val temp = get(key)\n            if (!temp.isInstanceOf[Option[_]] || temp\n                  .asInstanceOf[Option[_]]\n                  .isDefined) {\n              cache = cache + ((key, temp))\n            }\n            temp\n          }\n          case Some(value) => value\n        }\n      }\n    }\n\n    override def apply(k: K): V = {\n      withCaching(k)\n    }\n\n    override def evict(k: K) {\n      cache = cache - k\n    }\n\n  }\n\n  implicit override def cachable[K, V](get: (K) => V): Cachable[K, V] = {\n    new Cachable[K, V](get)\n  }\n}\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/graphql\/Queries.scala","text":"<reponame>SegFaultx64\/scala-bazel-graphql-example\npackage graphql\n\nimport sangria.schema._\nimport models.{Location}\nimport services.{Triposo, WorldWeatherOnline}\n\ncase class Ctx(triposo: Triposo, wwo: WorldWeatherOnline)\n\nobject Queries {\n\n  val Country = Argument(\"country\", StringType)\n\n  val CountryQuery = ObjectType(\n    \"Query\",\n    fields[Ctx, Unit](\n      Field(\n        \"locations\",\n        OptionType(ListType(Types.LocationType)),\n        description = Some(\"Returns a Locations with specific `country`.\"),\n        arguments = Country :: Nil,\n        resolve = c \u21d2 {\n          c.ctx.triposo.locationsForCountry(c.arg(Country)) match {\n            case None => None\n            case Some(data) => {\n              Some(\n                data.results.map(loc => Location.fromTriposo(loc).withClimate()(c.ctx.wwo))\n              )\n            }\n          }\n        }\n      )\n    )\n  )\n\n}\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/services\/WorldWeatherOnline.scala","text":"package services\n\nimport sttp.client._\nimport io.circe.generic.auto._\n\nclass WorldWeatherOnline(key: String) extends ThirdPartyService {\n  this: CachingBehavior =>\n\n  def withAuth[T, S](\n      request: RequestT[sttp.client.Identity, T, S]\n  ): RequestT[sttp.client.Identity, T, S] = {\n    request.copy[Identity, T, S](\n      uri = request.uri\n        .querySegment(sttp.model.Uri.QuerySegment.KeyValue(\"key\", key))\n    )\n  }\n\n  val weatherForCity = cachable((cityName: String) => {\n    type Response = WWOResponse[WWOClimateAverages]\n    fetch[Response](\n      uri\"http:\/\/api.worldweatheronline.com\/premium\/v1\/weather.ashx?q=$cityName&format=json&mca=yes\"\n    )\n  })\n\n  val weatherForLatLong = cachable((coords: (Double, Double)) => {\n    type Response = WWOResponse[WWOClimateAverages]\n    fetch[Response](\n      uri\"http:\/\/api.worldweatheronline.com\/premium\/v1\/weather.ashx?q=${coords._1},${coords._2}&format=json&mca=yes\"\n    )\n  })\n}\n\ncase class WWOResponse[A](data: A)\ncase class WWOClimateAverages(`ClimateAverages`: List[WWOMonthHolder])\ncase class WWOMonthHolder(month: List[WWOClimateMonth])\ncase class WWOClimateMonth(name: String, avgDailyRainfall: Float)\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/Main.scala","text":"package main\n\nimport sangria.execution._\nimport sangria.marshalling.circe._\nimport sangria.validation._\nimport sangria.parser.{QueryParser, SyntaxError}\n\nimport scala.util.{Success, Failure}\n\nimport io.circe.Json\nimport io.circe._, io.circe.generic.auto._, io.circe.syntax._\nimport de.heikoseeberger.akkahttpcirce.ErrorAccumulatingCirceSupport._\n\nimport scala.concurrent.Future\n\nimport graphql.{TripSchema, Ctx}\nimport services.{Triposo, WorldWeatherOnline, InMemoryCaching}\nimport config.Config\n\nimport scala.io.StdIn\n\n\/\/ Akka\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.StatusCodes._\nimport akka.http.scaladsl.server.Directives._\nimport akka.stream.ActorMaterializer\n\nobject Main extends App {\n  val config = Config.fromFile(args(0))\n\n  implicit val system = ActorSystem(\"sangria-server\")\n  implicit val materializer = ActorMaterializer()\n\n  import system.dispatcher\n\n  val triposo = new Triposo(config.triposo.key, config.triposo.secret)\n    with InMemoryCaching\n  val wwo = new WorldWeatherOnline(config.wwo.key)\n    with InMemoryCaching\n  \n  val ctx = new Ctx(triposo, wwo)\n\n  val routes = path(\"graphql\") {\n    post {\n      entity(as[Query]) { query =>\n        val temp = QueryParser.parse(query.query) match {\n          case Failure(error) => {\n            Future.failed(error)\n          }\n          case Success(document) => {\n            Executor.execute(TripSchema.schema, document, ctx, operationName = query.operationName, variables = query.variables.getOrElse(Json.obj())).map(result => {\n              result\n            })\n          }\n        }\n\n        onComplete(temp) {\n          case Success(done) => complete(done)\n          case Failure(error) => complete(BadRequest, formatError(error))\n        }\n      }\n    }\n  }\n  \n  val bindingFuture = Http().bindAndHandle(routes, \"localhost\", 1337)\n  println(s\"Server online at http:\/\/localhost:1337\/\\nPress RETURN to stop...\")\n  StdIn.readLine() \/\/ let it run until user presses return\n  bindingFuture\n    .flatMap(_.unbind()) \/\/ trigger unbinding from the port\n    .onComplete(_ => system.terminate()) \/\/ and shutdown when done\n\n  def formatError(error: Throwable): Json = error match {\n    case syntaxError: SyntaxError \u21d2\n      Json.obj(\"errors\" \u2192 Json.arr(\n      Json.obj(\n        \"message\" \u2192 Json.fromString(syntaxError.getMessage),\n        \"locations\" \u2192 Json.arr(Json.obj(\n          \"line\" \u2192 Json.fromBigInt(syntaxError.originalError.position.line),\n          \"column\" \u2192 Json.fromBigInt(syntaxError.originalError.position.column))))))\n    case validationError: ValidationError \u21d2\n      Json.obj(\"errors\" \u2192 Json.arr(\n      Json.obj(\n        \"message\" \u2192 Json.fromString(validationError.getMessage),\n        \"locations\" \u2192 validationError.violations.map(v => {\n          v match {\n            case a: AstNodeViolation => a.locations.map(l => {\n              l.asJson\n            })\n          }\n        }).asJson\n      )))\n    case e \u21d2\n      println(e)\n      throw e\n  }\n}\n\ncase class Query(query: String, operationName: Option[String], variables: Option[Json])"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"build.sbt","text":"<gh_stars>0\n\/\/ Only needed for metals\n\nscalaVersion := \"2.12.8\"\n\nname := \"scala-bazel-graphql-example\"\norganization := \"me.maxwalker\"\nversion := \"1.0\"\n\nlibraryDependencies += \"org.typelevel\" %% \"cats-core\" % \"2.0.0\"\nlibraryDependencies += \"com.softwaremill.sttp.client\" %% \"core\" % \"2.0.0-M9\"\nlibraryDependencies += \"io.circe\" % \"circe-core_2.12\" % \"0.12.3\"\nlibraryDependencies += \"io.circe\" % \"circe-generic_2.12\" % \"0.12.3\"\nlibraryDependencies += \"io.circe\" % \"circe-parser_2.12\" % \"0.12.3\"\nlibraryDependencies += \"org.sangria-graphql\" % \"sangria_2.12\" % \"2.0.0-M1\"\nlibraryDependencies += \"org.sangria-graphql\" % \"sangria-circe_2.12\" % \"1.3.0\"\nlibraryDependencies += \"io.circe\" %% \"circe-yaml\" % \"0.10.0\"\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.0.8\"\n\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.10\"\nlibraryDependencies += \"de.heikoseeberger\" %% \"akka-http-circe\" % \"1.29.1\"\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/graphql\/Types.scala","text":"<gh_stars>0\npackage graphql\n\nimport sangria.macros.derive._\nimport sangria.schema._\n\nimport models.{Location, LatLong, Image, Climate, ClimateMonth}\n\nobject Types {\n  implicit val LatLongType =\n    deriveObjectType[Unit, LatLong](Interfaces(), IncludeMethods())\n\n  implicit val ImageType =\n    deriveObjectType[Unit, Image](Interfaces(), IncludeMethods())\n\n  implicit val ClimateMonthType =\n    deriveObjectType[Unit, ClimateMonth](Interfaces(), IncludeMethods())\n\n  val MonthArg = Argument(\"months\", OptionInputType(ListInputType(StringType)))\n\n  implicit val ClimateType =\n    deriveObjectType[Unit, Climate](\n      ExcludeFields(\"months\"),\n      AddFields(\n        Field(\n          \"months\",\n          ListType(ClimateMonthType),\n          arguments = MonthArg :: Nil,\n          resolve = ctx \u21d2 {\n            ctx.arg(MonthArg) match {\n              case None => ctx.value.months\n              case Some(months) => {\n                ctx.value.months.filter(\n                  month =>\n                    months\n                      .map(_.toLowerCase())\n                      .contains(month.name.toLowerCase())\n                )\n              }\n            }\n          }\n        )\n      )\n    )\n\n  implicit val LocationType =\n    deriveObjectType[Unit, Location](Interfaces(), IncludeMethods())\n}\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/services\/Triposo.scala","text":"package services\n\nimport sttp.client._\nimport io.circe.generic.auto._\n\nclass Triposo(accountId: String, token: String) extends ThirdPartyService {\n  this: CachingBehavior =>\n\n  def withAuth[T, S](\n      request: RequestT[Identity, T, S]\n  ): RequestT[Identity, T, S] = {\n    request\n      .header(\"X-Triposo-Account\", accountId)\n      .header(\"X-Triposo-Token\", token)\n  }\n\n  type ==>[K, V] = Cachable[K, V]\n  type LocationResponse = TriposoResponse[TriposoLocation]\n  type LocationRequest = String ==> Option[LocationResponse]\n\n  val locationsForCountry: LocationRequest = (countrycode: String) => {\n    fetch[LocationResponse](\n      uri\"https:\/\/www.triposo.com\/api\/20190906\/location.json?countrycode=$countrycode&count=15\"\n    )\n  }\n\n  val locationsFromID: LocationRequest = (id: String) => {\n    fetch[LocationResponse](\n      uri\"https:\/\/www.triposo.com\/api\/20190906\/location.json?id=$id\"\n    )\n  }\n}\n\ncase class TriposoLocation(\n    name: String,\n    `type`: String,\n    coordinates: TriposoCoord,\n    snippet: String,\n    images: List[TriposoImage]\n)\ncase class TriposoCoord(latitude: Float, longitude: Float)\ncase class TriposoImage(caption: Option[String], `source_url`: String)\ncase class TriposoResponse[A](results: List[A])"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/services\/ThirdPartyService.scala","text":"package services\n\nimport sttp.client._\nimport io.circe._, io.circe.parser._\n\ntrait ThirdPartyService {\n  this: CachingBehavior =>\n\n  def withAuth[T, S](req: RequestT[Identity, T, S]): RequestT[Identity, T, S]\n\n  def fetch[T](\n      uri: sttp.model.Uri\n  )(implicit evidence: Decoder[T]): Option[T] = {\n    val request = withAuth(basicRequest.get(uri))\n\n    implicit val backend = HttpURLConnectionBackend()\n    val response = request.send()\n\n    response.body match {\n      case Left(_) => None\n      case Right(body) => decode[T](body) match {\n        case Left(_) => None\n        case Right(body) => Some(body)\n      }\n    }\n  }\n\n}"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/services\/tests\/Caching_Test.scala","text":"<filename>src\/main\/scala\/services\/tests\/Caching_Test.scala<gh_stars>0\npackage services.tests\n\nimport services.InMemoryCaching\nimport org.scalatest._\n\nclass Mock extends InMemoryCaching {\n  var calcs = 0;\n\n  val reverseString = cachable((v: String) => {\n    calcs += 1;\n    if (v == \"none\") {\n      None\n    } else {\n      Some(v.reverse)\n    }\n  })\n  \n  val otherCachedFunction = cachable((v: String) => {\n    calcs += 1;\n    v.reverse\n  })\n}\n\nclass InMemoryCachingSpec extends FlatSpec {\n  \"An in memory cache\" should \"execute a cachable function\" in {\n    val mock = new Mock()\n    assert(mock.reverseString(\"test\") == Some(\"tset\"))\n  }\n  it should \"store values in memory\" in {\n    val mock = new Mock()\n    mock.reverseString(\"test\")\n    assert(mock.reverseString.cache.get(\"test\").isDefined)\n    assert(mock.reverseString.cache.get(\"test\").get == Some(\"tset\"))\n    assert(mock.reverseString.cache.size == 1)\n  }\n  it should \"not recompute known values\" in {\n    val mock = new Mock()\n    assert(mock.calcs == 0)\n    mock.reverseString(\"test\")\n    mock.reverseString(\"test\")\n    mock.reverseString(\"test\")\n    assert(mock.reverseString.cache.get(\"test\").isDefined)\n    assert(mock.reverseString.cache.size == 1)\n    assert(mock.calcs == 1)\n  }\n  it should \"not store `None` values in memory\" in {\n    val mock = new Mock()\n    mock.reverseString(\"none\")\n    assert(!mock.reverseString.cache.get(\"none\").isDefined)\n    assert(mock.reverseString.cache.size == 0)\n  }\n  it should \"not pollute caches across functions\" in {\n    val mock = new Mock()\n    mock.reverseString(\"abc\")\n    mock.reverseString(\"abc\")\n    mock.otherCachedFunction(\"abc\")\n    mock.otherCachedFunction(\"abc\")\n    assert(mock.calcs == 2)\n  }\n  it should \"be able to evict from the cache\" in {\n    val mock = new Mock()\n    mock.reverseString(\"abc\")\n    mock.reverseString(\"abc\")\n    mock.reverseString.evict(\"abc\")\n    mock.reverseString(\"abc\")\n    assert(mock.calcs == 2)\n  }\n}\n\n\n\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/config\/Config.scala","text":"package config\n\nimport cats.syntax.either._\nimport scala.io.Source\nimport io.circe.yaml.parser\nimport io.circe._, io.circe.generic.auto._\n\ncase class Config(triposo: TriposoConfig, wwo: WWOConfig)\nobject Config {\n  def fromFile(path: String): Config = {\n    val configText = Source.fromFile(path).mkString\n    parser.parse(configText)\n      .leftMap(err => err: Error)\n      .flatMap(_.as[Config])\n      .valueOr(throw _)\n  }\n}\ncase class TriposoConfig(key: String, secret: String)\ncase class WWOConfig(key: String)"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/graphql\/Schema.scala","text":"<reponame>SegFaultx64\/scala-bazel-graphql-example\npackage graphql\n\nimport sangria.schema._\n\nobject TripSchema {\n    val schema = new Schema(Queries.CountryQuery)\n}\n"}
{"repo_name":"SegFaultx64\/scala-bazel-graphql-example","path":"src\/main\/scala\/models\/Models.scala","text":"<reponame>SegFaultx64\/scala-bazel-graphql-example\npackage models\n\nimport services.{WorldWeatherOnline, WWOClimateAverages, TriposoLocation, TriposoImage, TriposoCoord}\n\ncase class Location(\n    name: String,\n    locationType: String,\n    coordinates: LatLong,\n    description: String,\n    images: List[Image],\n    climate: Climate\n) {\n  def withClimate()(implicit wwoClient: WorldWeatherOnline): Location = {\n    wwoClient.weatherForLatLong((coordinates.latitude, coordinates.longitude)) match {\n      case Some(climate) => {\n        this.copy(climate = climate.data)\n      }\n      case None => this\n    }\n  }\n}\n\nobject Location {\n  implicit def fromTriposo(t: TriposoLocation): Location = {\n    new Location(\n      t.name,\n      t.`type`,\n      t.coordinates,\n      t.snippet,\n      t.images.map((a: TriposoImage) => a: Image),\n      Climate(Nil)\n    )\n  }\n}\n\ncase class Image(url: String, caption: String)\nobject Image {\n  implicit def fromTriposo(t: TriposoImage): Image = {\n    Image(t.source_url, t.caption.getOrElse(\"\"))\n  }\n}\n\ncase class LatLong(latitude: Double, longitude: Double) {\n  override def toString(): String = {\n    s\"$latitude,$longitude\"\n  }\n}\n\nobject LatLong {\n  implicit def fromTriposo(a: TriposoCoord): LatLong = {\n    LatLong(a.latitude, a.longitude)\n  }\n}\n\ncase class Climate(months: List[ClimateMonth])\nobject Climate {\n  implicit def fromWWO(w: WWOClimateAverages): Climate = {\n    Climate(\n      w.ClimateAverages(0)\n        .month\n        .map(m => ClimateMonth(m.name, m.avgDailyRainfall))\n    )\n  }\n}\ncase class ClimateMonth(name: String, avgDailyRainfall: Double)\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/FirstStep.scala","text":"import doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject FirstStep extends App {\n  val circle50 = Image.circle(50).fillColor(Color.red)\n  val circle150 = Image.circle(150).fillColor(Color.blue)\n  circle50 beside circle50 beside circle50 on circle150 draw()\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/SierpinskiTriangle.scala","text":"<reponame>DmitryNekrasov\/creative-scala\nimport doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nimport scala.annotation.tailrec\n\nobject SierpinskiTriangle extends App {\n  def sierpinskiTriangle(n: Int, size: Int = 20): Image = sierpinskiTriangle(n, Image.triangle(size, size))\n\n  @tailrec\n  def sierpinskiTriangle(n: Int, triangle: Image): Image =\n    n match {\n      case 0 => triangle\n      case _ => sierpinskiTriangle(n - 1, triangle above (triangle beside triangle))\n    }\n\n  val triangle = sierpinskiTriangle(8, 2)\n\n  triangle.draw()\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/EvilEye.scala","text":"import doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject EvilEye extends App {\n  val r = 21\n  val stroke = 5\n  Image.circle(r * 2).fillColor(Color.black) on\n    Image.circle(4 * r).fillColor(Color.cornflowerBlue) on\n    Image.circle(6 * r).fillColor(Color.white) on\n    Image.circle(10 * r).fillColor(Color.darkBlue) strokeWidth stroke draw()\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/Experiments.scala","text":"<reponame>DmitryNekrasov\/creative-scala<filename>src\/main\/scala\/Experiments.scala\nimport doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject Experiments extends App {\n  val n = 64\n  val diameter = 15\n  val circles = for {\n    i <- 0 until n\n    circle = Image.circle(diameter).noStroke.fillColor(Color.hsl((i * 360 \/ n).degrees, 0.8, 0.6))\n  } yield circle\n\n  val resultImage = circles.reduceLeft((accum, img) => accum beside img)\n\n  resultImage.draw()\n\n  println(circles)\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/StreetsAhead.scala","text":"import doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject StreetsAhead extends App {\n  val scale = 30\n\n  val underTheDoor = Image.rectangle(scale, scale \/ 3).noStroke.fillColor(Color.red)\n  val door = Image.rectangle(scale \/ 3, scale \/ 3 * 2).noStroke.fillColor(Color.black)\n  val houseBlock = Image.rectangle(scale, scale).noStroke.fillColor(Color.red) under (underTheDoor above door)\n  val roof = Image.triangle(scale, scale * scala.math.sqrt(3) \/ 2).noStroke.fillColor(Color.brown)\n  val house = roof above houseBlock\n\n  val treeTrunk = Image.rectangle(scale \/ 3, scale \/ 3 * 2).noStroke.fillColor(Color.brown)\n  val leafs = Image.circle(scale * (scala.math.sqrt(3) \/ 2 + 1.0 \/ 3)).noStroke.fillColor(Color.green)\n  val tree = leafs above treeTrunk\n\n  val yellowPiece = Image.rectangle(scale \/ 3 * 2, scale \/ 10).noStroke.fillColor(Color.yellow)\n  val blackPiece = Image.rectangle(scale \/ 3, scale \/ 10).noStroke.fillColor(Color.black)\n  val road = (yellowPiece beside blackPiece beside yellowPiece beside blackPiece beside yellowPiece beside blackPiece) above\n    Image.rectangle(3 * scale, scale \/ 5).noStroke.fillColor(Color.black)\n\n  val image = house beside tree above road\n\n  val street = (for {\n    _ <- 0 until 15\n  } yield image).reduceLeft((acc, img) => acc beside img)\n\n  street.draw()\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/Target.scala","text":"<filename>src\/main\/scala\/Target.scala<gh_stars>0\nimport doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject Target extends App {\n  val r = 35\n  val stroke = 3\n  val target = (Image.circle(r * 2).fillColor(Color.red) on\n    Image.circle(r * 4).fillColor(Color.white) on\n    Image.circle(r * 6).fillColor(Color.red)).strokeWidth(stroke)\n\n  val stand = (Image.rectangle(r \/ 2, 2 * r) above\n    Image.rectangle(2 * r, r \/ 2))\n    .fillColor(Color.brown)\n    .strokeWidth(stroke)\n\n  val land = Image.rectangle(8 * r, 2 * r)\n    .noStroke\n    .fillColor(Color.green)\n\n  target above stand above land draw()\n}\n"}
{"repo_name":"DmitryNekrasov\/creative-scala","path":"src\/main\/scala\/AnalogousTriangles.scala","text":"import doodle.core._\nimport doodle.image._\nimport doodle.image.syntax._\nimport doodle.image.syntax.core._\nimport doodle.java2d._\n\nobject AnalogousTriangles extends App {\n  def triangle(spin: Int = 0): Image = {\n    def h(x: Double): Double = x \/ 2 * scala.math.sqrt(3.0)\n\n    val size = 150\n    val stroke = 21\n    val color = Color.darkSlateBlue.spin(-15.degrees)\n\n    Image.triangle(size, h(size))\n      .strokeWidth(stroke)\n      .strokeColor(color.spin(spin.degrees))\n      .fillColor(color.spin(spin.degrees).alpha(0.5.normalized))\n  }\n\n  val spin = 30\n  triangle() above (triangle(-spin) beside triangle(spin)) draw()\n}\n"}
{"repo_name":"EntilZha\/EMAlgorithmCoinExample","path":"src\/main\/scala-2.11\/EMAlgorithm.scala","text":"<filename>src\/main\/scala-2.11\/EMAlgorithm.scala\n\/* \n * Copyright 2015 <NAME>. \n * This file is subject to terms and conditions defined in LICENSE\n *\n * This code performs the EM algorithm using the coin toss example found here:\n * http:\/\/ai.stanford.edu\/~chuongdo\/papers\/em_tutorial.pdf\n *\/\nobject EMAlgorithm {\n\n  val flips = 10\n\n  def binomial(p: Double, heads: Int, n: Int): Double = {\n    math.pow(p, heads) * math.pow(1 - p, n - heads)\n  }\n\n  def expected_counts(p: Double, obs: Int): Experiment = {\n    val heads = obs\n    val tails = flips - obs\n    Experiment(p * heads, tails * p)\n  }\n\n  case class Experiment(heads: Double, tails: Double)\n\n  def em(theta_a_0: Double, theta_b_0: Double, iter_max: Int, observations: List[Int]): (Double, Double) = {\n    var theta_a = theta_a_0\n    var theta_b = theta_b_0\n    for (i <- 0 until iter_max) {\n      println(s\"i= $i ThetaA: $theta_a ThetaB: $theta_b\")\n\n      \/\/ E Step\n\n      \/\/ Calculate the probability of observation using Binomial Distribution\n      val a_probs = observations.map(h => binomial(theta_a, h, 10))\n      val b_probs = observations.map(h => binomial(theta_b, h, 10))\n      val norms = a_probs.zip(b_probs).map{case (a, b) => a + b}\n      val a_norm = a_probs.zip(norms).map{case (p, total) => p \/ total}\n      val b_norm = b_probs.zip(norms).map{case (p, total) => p \/ total}\n\n      \/\/ Compute sufficient statistics for ThetaA and ThetaB\n      val a_expected_counts: Experiment = a_norm\n        .zip(observations)\n        .map{ case (p, obs) => expected_counts(p, obs)}\n        .reduce((e0, e1) => Experiment(e0.heads + e1.heads, e0.tails + e1.tails))\n      val b_expected_counts = b_norm\n        .zip(observations)\n        .map(t => expected_counts(t._1, t._2))\n        .reduce((e0, e1) => Experiment(e0.heads + e1.heads, e0.tails + e1.tails))\n\n      \/\/ M Step\n\n      \/\/ Using expected counts, set parameters again\n      theta_a = a_expected_counts.heads \/ (a_expected_counts.heads + a_expected_counts.tails)\n      theta_b = b_expected_counts.heads \/ (b_expected_counts.heads + b_expected_counts.tails)\n    }\n    (theta_a, theta_b)\n  }\n\n  def main(args: Array[String]) {\n    println(\"Running EM Algorithm\")\n    val observations = List(5, 9, 8, 4, 7)\n    val theta = em(0.6, 0.5, 20, observations)\n    println(s\"Theta: $theta\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/api\/ApiImpl.scala","text":"<gh_stars>10-100\npackage amora.api\n\nimport org.apache.jena.rdf.model.ModelFactory\n\nclass ApiImpl {\n\n  def turtleModelFromString(model: String): SparqlModel =\n    new SparqlModel(ModelFactory.createDefaultModel()).writeAs(Turtle, model)\n\n  def turtleModel(strings: Iterator[String], expressions: Iterator[Any]): SparqlModel = {\n    val res = op(strings, expressions) {\n      case str: String \u21d2 escapeString(str)\n      case obj \u21d2 obj.toString\n    }\n    turtleModelFromString(res)\n  }\n\n  def sparqlQuery(strings: Iterator[String], expressions: Iterator[Any]): SparqlQuery = {\n    val res = op(strings, expressions) {\n      case str: String \u21d2 escapeString(str)\n      case obj \u21d2 obj.toString\n    }\n    new SparqlQuery(res)\n  }\n\n  def sparql(strings: Iterator[String], expressions: Iterator[Any]): String = {\n    op(strings, expressions) {\n      case str: String \u21d2 escapeString(str)\n      case obj \u21d2 obj.toString\n    }\n  }\n\n  private def escapeString(str: String) =\n    str.replace(\"\\\"\", \"\\\\\\\"\").replace(\"\\n\", \"\\\\n\")\n\n  private def op(strings: Iterator[String], expressions: Iterator[Any])(f: Any \u21d2 String): String = {\n    val sb = new StringBuilder(strings.next())\n    while (strings.hasNext) {\n      val e = f(expressions.next())\n      sb append e\n      sb append strings.next()\n    }\n    sb.toString()\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/JavaBytecodeIndexerActor.scala","text":"package amora.backend.actors\n\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport amora.backend.Logger\nimport amora.backend.indexer.JavaBytecodeIndexer\nimport amora.backend.schema._\nimport amora.converter.protocol._\n\nfinal class JavaBytecodeIndexerActor(override val indexer: ActorRef, override val logger: Logger)\n    extends Actor with DataIndexer  {\n\n  override def receive = {\n    case RequestMessage.Files(_, files) \u21d2\n      runIndexing(sender) {\n        handleJavaBytecode(Artifact(Project(\"testProject\"), \"o\", \"n\", \"v1\"), files, new JavaBytecodeIndexer(logger))\n      }\n    case RequestMessage.GetLogger \u21d2\n      sender ! logger\n  }\n\n  private def handleJavaBytecode(origin: Schema, files: Seq[RequestMessage.File], indexer: JavaBytecodeIndexer) = {\n    val res = indexer.bytecodeToHierarchy(files.map{ f \u21d2 f.fileName \u2192 f.src }).get\n    res foreach {\n      case (fileName, hierarchy) \u21d2\n        logger.info(s\"Indexing ${hierarchy.size} entries of file $fileName\")\n        def asSchemaPackage(decl: Hierarchy): Schema = decl match {\n          case Root \u21d2 origin\n          case Decl(name, owner) \u21d2 Package(name, asSchemaPackage(owner))\n          case _ \u21d2 ???\n        }\n        val pkg = hierarchy.collectFirst {\n          case d if d.attachments(Attachment.Package) \u21d2 d\n        }\n        val s = pkg.map(asSchemaPackage).map(pkg \u21d2 File(pkg, fileName)).getOrElse(File(origin, fileName))\n        sparqlUpdate(Schema.mkSparqlUpdate(Seq(s)), s\"Error happened while indexing $fileName.\")\n        sparqlUpdate(Schema.mkSparqlUpdate(s, hierarchy), s\"Error happened while indexing $fileName.\")\n    }\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/NvimActor.scala","text":"<filename>backend\/src\/main\/scala\/amora\/backend\/actors\/NvimActor.scala\npackage amora.backend.actors\n\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport akka.actor.ActorRef\nimport amora.backend.NvimAccessor\nimport amora.protocol._\n\nfinal class NvimActor extends Actor with ActorLogging {\n  import context.system\n  import NvimMsg._\n\n  private var clients = Map.empty[String, ActorRef]\n  private lazy val nvim = new NvimAccessor(self)\n\n  override def receive = {\n    case NewClient(subject) \u21d2\n      val sender = \"client\" + clients.size\n      log.info(s\"New client '$sender' seen\")\n      subject ! ConnectionSuccessful(sender)\n\n    case ClientReady(sender, subject) \u21d2\n      if (clients.contains(sender)) {\n        log.info(s\"'$sender' already exists\")\n        \/\/ TODO this can only happen when multiple clients try to join at nearly the same moment\n        subject ! ConnectionFailure\n      }\n      else {\n        clients += sender \u2192 subject\n        log.info(s\"'$sender' joined\")\n        subject ! ConnectionSuccessful(sender)\n        nvim.handleClientJoined(sender)\n      }\n\n    case ReceivedMessage(sender, msg) \u21d2\n      msg match {\n        case change: SelectionChange \u21d2\n          nvim.handleSelectionChange(change, sender)\n\n        case change: TextChange \u21d2\n          nvim.handleTextChange(change, sender)\n\n        case control: Control \u21d2\n          nvim.handleControl(control, sender)\n      }\n\n    case NvimSignal(Some(sender), resp) \u21d2\n      clients(sender) ! resp\n\n    case NvimSignal(None, resp) \u21d2\n      clients.values foreach (_ ! resp)\n\n    case ClientLeft(sender) \u21d2\n      clients -= sender\n      log.info(s\"'$sender' left\")\n  }\n}\n\nsealed trait NvimMsg\nobject NvimMsg {\n  case class ReceivedMessage(sender: String, req: Request) extends NvimMsg\n  case class ClientLeft(sender: String) extends NvimMsg\n  case class NewClient(subject: ActorRef) extends NvimMsg\n  case class ClientReady(sender: String, subject: ActorRef) extends NvimMsg\n  case class NvimSignal(sender: Option[String], resp: Response)\n  object NvimSignal {\n    def apply(sender: String, resp: Response): NvimSignal =\n      NvimSignal(Some(sender), resp)\n\n    def apply(resp: Response): NvimSignal =\n      NvimSignal(None, resp)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"protocol\/src\/main\/scala\/amora\/frontend\/webui\/protocol\/Protocol.scala","text":"<reponame>sschaef\/scalajs-test<filename>protocol\/src\/main\/scala\/amora\/frontend\/webui\/protocol\/Protocol.scala<gh_stars>10-100\npackage amora.frontend.webui.protocol\n\nsealed trait Request\ncase object GetQueueItems extends Request\ncase class GetQueueItem(id: Int) extends Request\ncase object GetSchemas extends Request\ncase class GetSchema(name: String) extends Request\ncase class IndexData(json: String) extends Request\n\nsealed trait Response\ncase class AuthorizationGranted(id: String) extends Response\ncase object ConnectionSuccessful extends Response\ncase class ConnectionFailure(reason: String) extends Response\ncase class QueueItems(items: Seq[Int]) extends Response\ncase class QueueItem(id: Int, log: String, appendLog: Boolean) extends Response\ncase class Schemas(schemaNames: Seq[String], defaultSchema: Schema) extends Response\ncase class Schema(name: String, jsonSchema: String) extends Response\ncase class RequestSucceeded(msg: String) extends Response\ncase class RequestFailed(msg: String) extends Response\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/WebService.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.backend\n\nimport java.nio.ByteBuffer\n\nimport scala.util.Try\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.http.javadsl.model.headers.RawRequestURI\nimport akka.http.scaladsl.model.ContentTypes\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.MediaTypes\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.model.Uri.Query\nimport akka.http.scaladsl.model.ws.BinaryMessage\nimport akka.http.scaladsl.model.ws.Message\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.server.Route\nimport akka.stream.Attributes\nimport akka.stream.FlowShape\nimport akka.stream.Inlet\nimport akka.stream.Outlet\nimport akka.stream.scaladsl.Flow\nimport akka.stream.stage.GraphStage\nimport akka.stream.stage.GraphStageLogic\nimport akka.stream.stage.InHandler\nimport akka.stream.stage.OutHandler\nimport akka.util.CompactByteString\nimport amora.backend.requests.CommitRequests\nimport amora.backend.requests.NlpRequests\nimport amora.backend.requests.ServiceRequests\nimport amora.backend.requests.SparqlRequests\nimport amora.backend.requests.TurtleRequests\nimport amora.frontend.webui.protocol.RequestFailed\nimport amora.frontend.webui.protocol.RequestSucceeded\n\nfinal class WebService(override implicit val system: ActorSystem)\n    extends Directives\n    with SparqlRequests\n    with ServiceRequests\n    with TurtleRequests\n    with NlpRequests\n    with CommitRequests\n    with AkkaLogging {\n\n  override val bs = new BackendSystem()\n\n  def route = get {\n    pathSingleSlash(complete {\n      val content = Content.indexPage(\n        cssDeps = Seq(\"default.css\", \"codemirror.css\", \"solarized.css\"),\n        jsDeps = Seq(\"clike.js\", \"markdown.js\", \"ui-fastopt.js\", \"ui-launcher.js\")\n      )\n      HttpEntity(ContentTypes.`text\/html(UTF-8)`, content)\n    }) ~\n    path(\"ui-jsdeps.js\")(getFromResource(\"ui-jsdeps.js\")) ~\n    path(\"ui-fastopt.js\")(getFromResource(\"ui-fastopt.js\")) ~\n    path(\"ui-launcher.js\")(getFromResource(\"ui-launcher.js\")) ~\n    path(\"marked.js\")(getFromResource(\"marked\/lib\/marked.js\")) ~\n    path(\"clike.js\")(getFromResource(\"codemirror\/mode\/clike\/clike.js\")) ~\n    path(\"markdown.js\")(getFromResource(\"codemirror\/mode\/markdown\/markdown.js\")) ~\n    path(\"default.css\")(getFromResource(\"default.css\")) ~\n    path(\"codemirror.css\")(getFromResource(\"codemirror\/lib\/codemirror.css\")) ~\n    path(\"solarized.css\")(getFromResource(\"codemirror\/theme\/solarized.css\")) ~\n    path(\"auth\") {\n      handleWebSocketMessages(authNvimUi())\n    } ~\n    path(\"auth-web\") {\n      handleWebSocketMessages(authWebUi())\n    } ~\n    path(\"communication\") {\n      parameter('name) { name \u21d2\n        handleWebSocketMessages(communicationFlow(sender = name))\n      }\n    } ~\n    path(\"kbws\") {\n      parameter('id) { id \u21d2\n        handleWebSocketMessages(withWebsocketFlow(bs.webUiFlow(id)))\n      }\n    } ~\n    rejectEmptyResponse {\n      path(\"favicon.ico\")(getFromResource(\"favicon.ico\", MediaTypes.`image\/x-icon`))\n    } ~\n    path(\"kb\") {\n      val content = Content.kbPage(\n        cssDeps = Seq(\n          \"http:\/\/www.alpacajs.org\/lib\/bootstrap\/dist\/css\/bootstrap.min.css\",\n          \"http:\/\/www.alpacajs.org\/lib\/alpaca\/bootstrap\/alpaca.min.css\"\n        ),\n        jsDeps = Seq(\n          \"web-ui-jsdeps.js\", \"web-ui-fastopt.js\", \"web-ui-launcher.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/handlebars\/handlebars.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/bootstrap\/dist\/js\/bootstrap.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/alpaca\/bootstrap\/alpaca.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/ace-builds\/src-min-noconflict\/ace.js\"\n        )\n      )\n      complete(HttpEntity(ContentTypes.`text\/html(UTF-8)`, content))\n    } ~\n    pathPrefix(\"kb\" ~ Slash) {\n      extractRequest { req \u21d2\n        rawRequestUri(req) { (path, _) \u21d2\n          handleKbPathGetRequest(path)\n        }\n      }\n    } ~\n    path(\"web-ui-jsdeps.js\")(getFromResource(\"web-ui-jsdeps.js\")) ~\n    path(\"web-ui-fastopt.js\")(getFromResource(\"web-ui-fastopt.js\")) ~\n    path(\"web-ui-launcher.js\")(getFromResource(\"web-ui-launcher.js\")) ~\n    path(\"sparql\") {\n      parameterMap { params \u21d2\n        handleSparqlGetRequest(params)\n      }\n    } ~\n    path(\"add-json\") {\n      val content = Content.addJsonPage(\n        cssDeps = Seq(\n          \"http:\/\/www.alpacajs.org\/lib\/bootstrap\/dist\/css\/bootstrap.min.css\",\n          \"http:\/\/www.alpacajs.org\/lib\/alpaca\/bootstrap\/alpaca.min.css\"\n        ),\n        jsDeps = Seq(\n          \"http:\/\/www.alpacajs.org\/lib\/jquery\/dist\/jquery.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/handlebars\/handlebars.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/bootstrap\/dist\/js\/bootstrap.min.js\",\n          \"http:\/\/www.alpacajs.org\/lib\/alpaca\/bootstrap\/alpaca.min.js\"\n        )\n      )\n      complete(HttpEntity(ContentTypes.`text\/html(UTF-8)`, content))\n    } ~\n    path(\"queue\") {\n      parameter('item) { rawId \u21d2\n        val id = rawId.toInt\n        onComplete(bs.queueItem(id)) {\n          case scala.util.Success(logger) \u21d2\n            val content = Content.itemPage(id, logger)\n            complete(HttpEntity(ContentTypes.`text\/html(UTF-8)`, content))\n\n          case scala.util.Failure(f) \u21d2\n            complete(HttpResponse(StatusCodes.InternalServerError, entity = s\"Internal server error: ${f.getMessage}\"))\n        }\n      }\n    } ~\n    path(\"queue\") {\n      onComplete(bs.queueItems) {\n        case scala.util.Success(items) \u21d2\n          val content = Content.queuePage(items)\n          complete(HttpEntity(ContentTypes.`text\/html(UTF-8)`, content))\n\n        case scala.util.Failure(f) \u21d2\n          complete(HttpResponse(StatusCodes.InternalServerError, entity = s\"Internal server error: ${f.getMessage}\"))\n      }\n    } ~\n    path(\"commit\" ~ Slash ~ \"head\") {\n      handleHeadCommitGetRequest()\n    } ~\n    path(\"commit\" ~ Slash ~ \"list\") {\n      handleListCommitsGetRequest()\n    } ~\n    path(\"commit\" ~ Slash ~ \"show\") {\n      parameter('commit) { commit \u21d2\n        handleShowCommitGetRequest(commit)\n      }\n    }\n  } ~\n  post {\n    path(\"sparql\") {\n      entity(as[String]) { encodedPostReq \u21d2\n        extractRequest { req \u21d2\n          handleSparqlPostRequest(req, encodedPostReq)\n        }\n      }\n    } ~\n    path(\"add-json\") {\n      entity(as[String]) { json \u21d2\n        import scala.util._\n        onComplete(bs.indexData(json)) {\n          case Success(RequestSucceeded(msg)) \u21d2\n            complete(msg)\n          case Success(RequestFailed(msg)) \u21d2\n            complete(msg)\n          case Success(msg) \u21d2\n            log.error(s\"Unexpected response for add-json request: $msg\")\n            complete(HttpResponse(StatusCodes.BadRequest, entity = s\"No valid response provided.\"))\n          case Failure(f) \u21d2\n            log.error(f, \"Error happened while handling add-json request.\")\n            complete(HttpResponse(StatusCodes.InternalServerError, entity = s\"Internal server error: ${f.getMessage}\"))\n        }\n      }\n    } ~\n    pathPrefix(\"kb\" ~ Slash) {\n      extractRequest { req \u21d2\n        rawRequestUri(req) { (path, _) \u21d2\n          handleKbPathPostRequest(path)\n        }\n      }\n    } ~\n    path(\"itemFinished\") {\n      extractRequest { req \u21d2\n        rawRequestUri(req) { (path, query) \u21d2\n          query.get(\"id\") match {\n            case Some(id) if Try(id.toInt).isSuccess \u21d2\n              onComplete(bs.queueItem(id.toInt)) {\n                case scala.util.Success(item) \u21d2\n                  complete(HttpEntity(ContentTypes.`text\/plain(UTF-8)`, item.isClosed.toString))\n                case scala.util.Failure(f) \u21d2\n                  log.error(f, s\"Error happened while handling `$path?$query` request.\")\n                  complete(HttpResponse(StatusCodes.InternalServerError, entity = s\"Internal server error: ${f.getMessage}\"))\n              }\n            case _ \u21d2\n              complete(HttpResponse(StatusCodes.BadRequest, entity = s\"Parameter `id` does not exist or has an invalid value.\"))\n          }\n        }\n      }\n    } ~\n    path(\"sparql-update\") {\n      entity(as[String]) { encodedPostReq \u21d2\n        extractRequest { req \u21d2\n          handleSparqlUpdatePostRequest(req, encodedPostReq)\n        }\n      }\n    } ~\n    path(\"sparql-construct\") {\n      entity(as[String]) { encodedPostReq \u21d2\n        extractRequest { req \u21d2\n          handleSparqlConstructPostRequest(req, encodedPostReq)\n        }\n      }\n    } ~\n    path(\"service\") {\n      entity(as[String]) { req \u21d2\n        mkServiceRequest(req)\n      }\n    } ~\n    path(\"turtle-update\") {\n      entity(as[String]) { encodedPostReq \u21d2\n        extractRequest { req \u21d2\n          handleTurtleUpdatePostRequest(req, encodedPostReq)\n        }\n      }\n    } ~\n    path(\"nlq\") {\n      entity(as[String]) { query \u21d2\n        extractRequest { req \u21d2\n          handleNlqPostRequest(req, query)\n        }\n      }\n    }\n  }\n\n  private def rawRequestUri(req: HttpRequest)(f: (String, Query) \u21d2 Route): Route = {\n    req.header[RawRequestURI] match {\n      case Some(rawUri) \u21d2\n        val queryLen = req.uri.rawQueryString.map(_.length + \"?\".length).getOrElse(0)\n        val uri = req.uri\n        val path = s\"${uri.scheme}:\/\/${uri.authority}${rawUri.uri.dropRight(queryLen)}\"\n        f(path, uri.query())\n      case _ \u21d2\n        throw new InternalError(\"Header Raw-Request-URI not found. Enable them in the configuration file.\")\n    }\n  }\n\n  private def withWebsocketFlow(flow: Flow[ByteBuffer, ByteBuffer, NotUsed]): Flow[Message, Message, NotUsed] =\n    Flow[Message]\n    .collect {\n      case BinaryMessage.Strict(bs) \u21d2 bs.toByteBuffer\n    }\n    .via(flow)\n    .map {\n      case c \u21d2 BinaryMessage(CompactByteString(c))\n    }\n    .via(reportErrorsFlow())\n\n  private def authNvimUi(): Flow[Message, Message, NotUsed] =\n    withWebsocketFlow(bs.authNvimUi())\n\n  private def authWebUi(): Flow[Message, Message, NotUsed] =\n    withWebsocketFlow(bs.authWebUi())\n\n  private def communicationFlow(sender: String): Flow[Message, Message, NotUsed] =\n    withWebsocketFlow(bs.nvimFlow(sender))\n\n  private def reportErrorsFlow[A](): Flow[A, A, NotUsed] =\n    Flow[A].via(new GraphStage[FlowShape[A, A]] {\n      val in = Inlet[A](\"in\")\n      val out = Outlet[A](\"out\")\n      override val shape = FlowShape(in, out)\n      override def createLogic(atts: Attributes) = new GraphStageLogic(shape) {\n        setHandler(in, new InHandler {\n          override def onPush() =\n            push(out, grab(in))\n          override def onUpstreamFailure(cause: Throwable) =\n            system.log.error(cause, \"WebService stream failed\")\n        })\n        setHandler(out, new OutHandler {\n          override def onPull() =\n            pull(in)\n        })\n      }\n    })\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/protocol\/src\/main\/scala\/amora\/converter\/protocol\/Schema.scala","text":"<gh_stars>10-100\npackage amora.converter.protocol\n\ntrait Schema\nfinal case class Project(name: String) extends Schema\nfinal case class Artifact(owner: Project, organization: String, name: String, version: String) extends Schema\nfinal case class File(owner: Schema, name: String) extends Schema\nfinal case class Package(name: String, owner: Schema) extends Schema\nfinal case class Class(name: String, owner: Schema) extends Schema\nfinal case class AbstractClass(name: String, owner: Schema) extends Schema\nfinal case class Object(name: String, owner: Schema) extends Schema\nfinal case class Trait(name: String, owner: Schema) extends Schema\nfinal case class Def(name: String, owner: Schema) extends Schema\nfinal case class Val(name: String, owner: Schema) extends Schema\nfinal case class Var(name: String, owner: Schema) extends Schema\nfinal case class LazyVal(name: String, owner: Schema) extends Schema\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nlp\/src\/main\/scala\/amora\/nlp\/NlParser.scala","text":"<gh_stars>10-100\npackage amora.nlp\n\nimport org.parboiled2._\n\nimport net.sf.extjwnl.data.IndexWord\nimport net.sf.extjwnl.data.POS\nimport net.sf.extjwnl.data.Synset\nimport net.sf.extjwnl.dictionary.Dictionary\n\nobject NlParser {\n\n  def parse[A](str: String)(f: NlParser \u21d2 Rule1[A]): A = {\n    val p = new NlParser(str)\n    p.__run(f(p)) match {\n      case scala.util.Success(res) \u21d2\n        res\n      case scala.util.Failure(e: org.parboiled2.ParseError) \u21d2\n        throw new ParseError(s\"Couldn't parse input: ${p.formatError(e, new ErrorFormatter(showTraces = true))}\")\n      case scala.util.Failure(e: ParseError) \u21d2\n        throw e\n      case scala.util.Failure(t) \u21d2\n        throw new IllegalStateException(\"Unexpected error.\", t)\n    }\n  }\n\n  def parseQuery(str: String): Sentence =\n    parse(str)(_.query)\n\n  def isScalaIdent(str: String): Boolean = {\n    val p = new NlParser(str)\n    p.__run(p.scalaIdent).isSuccess\n  }\n}\n\ntrait ScalaIdentParser {\n  this: Parser \u21d2\n\n  def scalaIdent = rule { capture(atomic(oneOrMore(CharPredicate.AlphaNum))) }\n}\n\nfinal class NlParser(override val input: ParserInput)\n    extends Parser\n    with ScalaIdentParser {\n\n  type R1T = Rule1[Tree]\n  def ws = rule { atomic(zeroOrMore(anyOf(\" \\t\\n\"))) }\n  def word = rule { ws ~ capture(oneOrMore(CharPredicate.Visible)) ~> mkWord _ }\n\n  def query = rule { sentence ~ EOI }\n\n  def sentence = rule { verbPhrase ~ nounPhrase ~ optional(prepositionPart | nounPhrase) ~> Sentence }\n\n  def prepositionPart: Rule1[PrepositionPhrase] = rule { prepositionPhrase ~ nounPhrase ~ optional(prepositionPart | nounPhrase) ~> PrepositionPhrase }\n\n  def verbPhrase = rule { word ~ verb }\n  def nounPhrase = rule { word ~ noun }\n  def prepositionPhrase = rule { word ~ preposition }\n\n  def verb = rule { test(valueStack.peek.asInstanceOf[Word].tpes.contains(WordType.Verb)) ~> ((w: Word) \u21d2 Verb(w.stemmed, w.word)) }\n  def noun = rule { test(valueStack.peek.asInstanceOf[Word].tpes.contains(WordType.Noun)) ~> ((w: Word) \u21d2 Noun(w.stemmed, w.word)) }\n  def preposition = rule { test(Words.prepositions(valueStack.peek.asInstanceOf[Word].word)) ~> ((w: Word) \u21d2 Preposition(w.word)) }\n\n  def mkWord(word: String): Word = {\n    val meanings = {\n      val m = Words.memoryDictionary.lookupAllIndexWords(word).getIndexWordArray.toList\n      if (m.nonEmpty)\n        m\n      else\n        Words.dictionary.lookupAllIndexWords(word).getIndexWordArray.toList\n    }\n\n    if (meanings.isEmpty) {\n      if (Words.prepositions(word))\n        Word(word, word, Seq(WordType.Preposition))\n      else\n        throw new ParseError(s\"Unknown word: $word\")\n    }\n    else {\n      val tpes = meanings.map { w \u21d2\n        w.getPOS match {\n          case POS.NOUN \u21d2 WordType.Noun\n          case POS.VERB \u21d2 WordType.Verb\n          case POS.ADJECTIVE \u21d2 WordType.Adjective\n          case POS.ADVERB \u21d2 WordType.Adverb\n        }\n      }\n      Word(word, meanings.head.getLemma, tpes)\n    }\n  }\n}\n\nfinal class ParseError(msg: String) extends RuntimeException(msg)\n\ntrait Tree\ncase class Sentence(verb: Verb, noun: Noun, remaining: Option[Tree]) extends Tree\ncase class Word(word: String, stemmed: String, tpes: Seq[WordType.WordType]) extends Tree\ncase class Verb(word: String, original: String) extends Tree\ncase class Noun(word: String, original: String) extends Tree\ncase class Preposition(word: String) extends Tree\ncase class PrepositionPhrase(preposition: Preposition, noun: Noun, remaining: Option[Tree]) extends Tree\nobject WordType {\n  sealed trait WordType\n  case object Noun extends WordType\n  case object Verb extends WordType\n  case object Adjective extends WordType\n  case object Adverb extends WordType\n  case object Preposition extends WordType\n}\nobject Words {\n  val memoryDictionary = {\n    val d = Dictionary.getResourceInstance(\"\/mem_properties.xml\")\n    d.edit()\n    d.addIndexWord(new IndexWord(d, \"def\", POS.NOUN, new Synset(d, POS.NOUN)))\n    d.addIndexWord(new IndexWord(d, \"decl\", POS.NOUN, new Synset(d, POS.NOUN)))\n    \/\/ the word `names` can't be stemmed because it exists in wordnet\n    d.addIndexWord(new IndexWord(d, \"name\", POS.NOUN, new Synset(d, POS.NOUN)))\n    d.addIndexWord(new IndexWord(d, \"name\", POS.VERB, new Synset(d, POS.VERB)))\n    d\n  }\n  val dictionary = Dictionary.getDefaultResourceInstance\n\n  val prepositions = {\n    val src = io.Source.fromInputStream(getClass.getResourceAsStream(\"\/prepositions.txt\"), \"UTF-8\")\n    val set = src.getLines().toSet\n    src.close()\n    set\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/CustomContentTypes.scala","text":"package amora.backend\n\nimport akka.http.scaladsl.model.HttpCharsets\nimport akka.http.scaladsl.model.MediaType\nimport akka.http.scaladsl.model.MediaTypes\n\nobject CustomContentTypes {\n\n  val `application\/sparql-results+xml`               = MediaType.applicationWithOpenCharset(\"sparql-results+xml\")\n  val `application\/sparql-results+json`              = MediaType.applicationWithOpenCharset(\"sparql-results+json\")\n  val `text\/turtle`                                  = MediaType.text(\"turtle\")\n  val `application\/sparql-query`                     = MediaType.applicationWithOpenCharset(\"sparql-query\")\n\n  val `application\/sparql-results+xml(UTF-8)`        = `application\/sparql-results+xml` withCharset HttpCharsets.`UTF-8`\n  val `application\/sparql-results+json(UTF-8)`       = `application\/sparql-results+json` withCharset HttpCharsets.`UTF-8`\n  val `text\/turtle(UTF-8)`                           = `text\/turtle` withCharset HttpCharsets.`UTF-8`\n  val `text\/tab-separated-values(UTF-8)`             = MediaTypes.`text\/tab-separated-values` withCharset HttpCharsets.`UTF-8`\n  val `application\/sparql-query(UTF-8)`              = `application\/sparql-query` withCharset HttpCharsets.`UTF-8`\n  val `application\/x-www-form-urlencoded(UTF-8)`     = MediaTypes.`application\/x-www-form-urlencoded` withCharset HttpCharsets.`UTF-8`\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/requests\/SparqlRequests.scala","text":"<gh_stars>10-100\npackage amora.backend.requests\n\nimport java.io.ByteArrayOutputStream\nimport java.net.URLDecoder\n\nimport scala.util.Failure\nimport scala.util.Success\n\nimport org.apache.jena.query.ResultSet\nimport org.apache.jena.query.ResultSetFormatter\nimport org.apache.jena.query.ResultSetRewindable\nimport org.apache.jena.sparql.resultset.ResultsFormat\n\nimport akka.http.scaladsl.marshalling.ToResponseMarshallable\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.MediaType\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.model.headers.Accept\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.server.Route\nimport amora.api.SparqlModel\nimport amora.api.Turtle\nimport amora.backend.AkkaLogging\nimport amora.backend.BackendSystem\nimport amora.backend.Content\n\ntrait SparqlRequests extends Directives with AkkaLogging {\n  import akka.http.scaladsl.model.ContentTypes._\n  import akka.http.scaladsl.model.MediaTypes._\n  import amora.backend.CustomContentTypes._\n\n  def bs: BackendSystem\n\n  def handleKbPathGetRequest(path: String): Route = {\n    val query = s\"\"\"\n      |PREFIX kb:<${Content.ModelName}>\n      |PREFIX s:<http:\/\/schema.org\/>\n      |\n      |SELECT * WHERE {\n      |  <$path> ?p ?o .\n      |}\n      |LIMIT 100\n    \"\"\".stripMargin.trim\n    runQuery(query) { r \u21d2\n      showSparqlEditor(query, resultSetAsString(r, ResultsFormat.FMT_RS_JSON))\n    }\n  }\n\n  def handleKbPathPostRequest(path: String): Route = {\n    val query = s\"\"\"\n      |SELECT * WHERE {\n      |  <$path> ?p ?o .\n      |}\n      |LIMIT 100\n    \"\"\".stripMargin.trim\n    runQuery(query) { r \u21d2\n      HttpEntity(`application\/sparql-results+json(UTF-8)`, resultSetAsString(r, ResultsFormat.FMT_RS_JSON))\n    }\n  }\n\n  def handleSparqlGetRequest(params: Map[String, String]): Route = {\n    val query = s\"\"\"\n      |prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      |prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      |\n      |select * where {\n      |  ?s ?p ?o .\n      |}\n      |limit 100\n    \"\"\".stripMargin.trim\n    if (params.isEmpty)\n      complete(showSparqlEditor(query, \"{}\"))\n    else if (params.contains(\"query\")) {\n      val (ct, fmt) = params.get(\"format\") collect {\n        case \"xml\"  \u21d2 `application\/sparql-results+xml(UTF-8)` \u2192 ResultsFormat.FMT_RS_XML\n        case \"json\" \u21d2 `application\/sparql-results+json(UTF-8)` \u2192 ResultsFormat.FMT_RS_JSON\n        case \"csv\"  \u21d2 `text\/csv(UTF-8)` \u2192 ResultsFormat.FMT_RS_CSV\n        case \"tsv\"  \u21d2 `text\/tab-separated-values(UTF-8)` \u2192 ResultsFormat.FMT_RS_TSV\n      } getOrElse (`application\/sparql-results+json(UTF-8)` \u2192 ResultsFormat.FMT_RS_JSON)\n      runQuery(params(\"query\")) { r \u21d2\n        HttpEntity(ct, resultSetAsString(r, fmt))\n      }\n    }\n    else\n      rejectMissingParam(\"query\")\n  }\n\n  def handleSparqlPostRequest(req: HttpRequest, query: String): Route = {\n    val ct = req.header[Accept].flatMap(_.mediaRanges.headOption).collect {\n      case m if m matches `application\/sparql-results+xml`  \u21d2 `application\/sparql-results+xml(UTF-8)` \u2192 ResultsFormat.FMT_RS_XML\n      case m if m matches `application\/sparql-results+json` \u21d2 `application\/sparql-results+json(UTF-8)` \u2192 ResultsFormat.FMT_RS_JSON\n      case m if m matches `text\/csv`                        \u21d2 `text\/csv(UTF-8)` \u2192 ResultsFormat.FMT_RS_CSV\n      case m if m matches `text\/tab-separated-values`       \u21d2 `text\/tab-separated-values(UTF-8)` \u2192 ResultsFormat.FMT_RS_TSV\n    }\n    val resp = ct.map {\n      case (ct, fmt) \u21d2\n        req.entity.contentType.mediaType match {\n          case m if m matches `application\/sparql-query` \u21d2\n            runQuery(query) { r \u21d2\n              HttpEntity(ct, resultSetAsString(r, fmt))\n            }\n\n          case m if m matches `application\/x-www-form-urlencoded` \u21d2\n            if (!query.startsWith(\"query=\"))\n              rejectMissingParam(\"query\")\n            else\n              runQuery(URLDecoder.decode(query.drop(\"query=\".length), \"UTF-8\")) { r \u21d2\n                HttpEntity(ct, resultSetAsString(r, fmt))\n              }\n\n          case m \u21d2\n            rejectContentType(m, `application\/x-www-form-urlencoded`, `application\/sparql-query`)\n        }\n    }\n    resp.getOrElse {\n      val mediaTypes = Set(`application\/sparql-results+xml`, `application\/sparql-results+json`, `text\/csv`, `text\/tab-separated-values`)\n      complete(HttpResponse(StatusCodes.NotAcceptable,\n          entity = s\"Resource representation is only available with these types:\\n${mediaTypes.map(_.toString).mkString(\"\\n\")}\\n\"))\n    }\n  }\n\n  def handleSparqlUpdatePostRequest(req: HttpRequest, query: String): Route = {\n    req.entity.contentType.mediaType match {\n      case m if m matches `application\/sparql-query` \u21d2\n        bs.runUpdate(query, \"Error happened while handling SPARQL update request.\") {\n          case Success(()) \u21d2 HttpEntity(`text\/plain(UTF-8)`, \"Update successful.\")\n          case Failure(t) \u21d2 throw t\n        }\n\n      case m if m matches `application\/x-www-form-urlencoded` \u21d2\n        if (!query.startsWith(\"query=\"))\n          rejectMissingParam(\"query\")\n        else\n          bs.runUpdate(URLDecoder.decode(query.drop(\"query=\".length), \"UTF-8\"), \"Error happened while handling SPARQL update request.\") {\n            case Success(()) \u21d2 HttpEntity(`text\/plain(UTF-8)`, \"Update successful.\")\n            case Failure(t) \u21d2 throw t\n          }\n\n      case m \u21d2\n        rejectContentType(m, `application\/x-www-form-urlencoded`, `application\/sparql-query`)\n    }\n  }\n\n  def handleSparqlConstructPostRequest(req: HttpRequest, query: String): Route = {\n    req.entity.contentType.mediaType match {\n      case m if m matches `application\/sparql-query` \u21d2\n        bs.runConstruct(query, \"Error happened while handling SPARQL construct request.\") {\n          case Success(m: SparqlModel) \u21d2 HttpEntity(`text\/turtle(UTF-8)`, m.formatAs(Turtle))\n          case Failure(t) \u21d2 throw t\n        }\n\n      case m \u21d2\n        rejectContentType(m, `application\/sparql-query`)\n    }\n\n  }\n\n  private def showSparqlEditor(query: String, response: String) = {\n    val content = Content.sparql(\n      cssDeps = Seq(\"http:\/\/cdn.jsdelivr.net\/yasgui\/2.2.1\/yasgui.min.css\"),\n      jsDeps = Seq(\"http:\/\/cdn.jsdelivr.net\/yasgui\/2.2.1\/yasgui.min.js\"),\n      query,\n      response\n    )\n    HttpEntity(`text\/html(UTF-8)`, content)\n  }\n\n  private def resultSetAsString(r: ResultSet, fmt: ResultsFormat): String = {\n    val s = new ByteArrayOutputStream\n    ResultSetFormatter.output(s, r, fmt)\n    new String(s.toByteArray(), \"UTF-8\")\n  }\n\n  private def runQuery(query: String)(f: ResultSetRewindable \u21d2 ToResponseMarshallable): Route = {\n    bs.runQuery(query, \"Error happened while handling SPARQL query request.\") {\n      case Success(r: ResultSetRewindable) \u21d2 f(r)\n      case Failure(t) \u21d2 throw t\n    }\n  }\n\n  private def rejectMissingParam(param: String): Route =\n    complete(HttpResponse(StatusCodes.BadRequest, entity = s\"The parameter `$param` could not be found.\"))\n\n  private def rejectContentType(actualContentType: MediaType, expectedContentTypes: MediaType*): Route = {\n    complete(HttpResponse(StatusCodes.UnsupportedMediaType,\n        entity = s\"The media type was `$actualContentType` but one of the following media types is required:\\n${expectedContentTypes.map(_.toString).mkString(\"\\n\")}\\n\"))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/services\/FindDeclarationTest.scala","text":"<reponame>sschaef\/scalajs-test<gh_stars>10-100\npackage amora.backend.services\n\nimport org.junit.Test\n\nimport amora.api._\nimport amora.backend.indexer.RestApiTest\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass FindDeclarationTest extends RestApiTest {\n\n  import amora.TestUtils._\n\n  def serviceResult(cursorPos: Int) = {\n   val m = serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:FindDeclaration ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"offset\" ;\n            service:value $cursorPos ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n\n    modelAsData(m, sparqlQuery\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n\n      select ?start ?end where {\n        ?s service:result [decl:posStart ?start ; decl:posEnd ?end]\n      }\n    \"\"\")\n  }\n\n  @Test\n  def find_decl_when_cursor_is_in_the_middle_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class Decl\n      class X {\n        def decl: De^cl = ???\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"13\"), Data(\"end\", \"17\")))\n  }\n\n  @Test\n  def find_decl_when_cursor_is_at_beginning_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class Decl\n      class X {\n        def decl: ^Decl = ???\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"13\"), Data(\"end\", \"17\")))\n  }\n\n  @Test\n  def find_decl_when_cursor_is_at_end_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class Decl\n      class X {\n        def decl: Decl^ = ???\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"13\"), Data(\"end\", \"17\")))\n  }\n\n  @Test\n  def do_not_find_anything_when_cursor_does_not_point_to_an_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class Decl\n      class X {\n        d^ef decl: Decl = ???\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq()\n  }\n\n  @Test\n  def find_decl_when_cursor_points_at_decl(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class De^cl\n      class X {\n        def decl: Decl = ???\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"13\"), Data(\"end\", \"17\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/ScalaSchemaTest.scala","text":"<gh_stars>10-100\npackage amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass ScalaSchemaTest extends RestApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def find_top_level_classes() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class C1\n        class C2\n        class C3\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      select ?name where {\n        [a c:] c:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"C1\")),\n        Seq(Data(\"name\", \"C2\")),\n        Seq(Data(\"name\", \"C3\")))\n  }\n\n  @Test\n  def find_methods_in_top_level_classes() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class C1 {\n          def m1 = 0\n        }\n        class C2 {\n          def m2 = 0\n        }\n        class C3 {\n          def m3 = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      select ?name where {\n        [a d:] d:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"m1\")),\n        Seq(Data(\"name\", \"m2\")),\n        Seq(Data(\"name\", \"m3\")),\n        Seq(Data(\"name\", \"this\")),\n        Seq(Data(\"name\", \"this\")),\n        Seq(Data(\"name\", \"this\")))\n  }\n\n  @Test\n  def find_all_methods_of_single_class() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class C1 {\n          def m11 = 0\n          def m12 = 0\n        }\n        class C2 {\n          def m2 = 0\n        }\n        class C3 {\n          def m3 = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      select ?name where {\n        ?class a c:; c:name \"C1\" .\n        [d:owner ?class] d:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"m11\")),\n        Seq(Data(\"name\", \"m12\")),\n        Seq(Data(\"name\", \"this\")))\n  }\n\n  @Test\n  def find_classes_of_single_file() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"f1.scala\" \u2192 \"\"\"\n        package a.b.c\n        class C1\n        class C2\n      \"\"\",\n      \"f2.scala\" \u2192 \"\"\"\n        package d.e.f\n        class D1\n        class D2\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix amora:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      select * where {\n        [a c:] amora:owner [amora:name \"f1.scala\"]; amora:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"C1\")),\n        Seq(Data(\"name\", \"C2\")))\n  }\n\n  @Test\n  def find_package_declarations() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class X\n      \"\"\")\n    showAmoraIndexContent()\n    sparqlRequest(\"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      select ?name where {\n        [a p:] p:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"a\")),\n        Seq(Data(\"name\", \"b\")),\n        Seq(Data(\"name\", \"c\")))\n  }\n\n  @Test\n  def find_vals_and_lazy_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class X {\n          def a = 0\n          val b = 0\n          def c = 0\n          var d = 0\n          lazy val e = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      prefix l:<http:\/\/amora.center\/kb\/amora\/Schema\/LazyVal\/>\n      prefix amora:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        values ?tpes {v: l:}\n        [a ?tpes] amora:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"b\")),\n        Seq(Data(\"name\", \"e\")))\n  }\n\n  @Test\n  def find_lazy_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class X {\n          def a = 0\n          val b = 0\n          def c = 0\n          var d = 0\n          lazy val e = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix l:<http:\/\/amora.center\/kb\/amora\/Schema\/LazyVal\/>\n      select ?name where {\n        [a l:] l:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"e\")))\n  }\n\n  @Test\n  def find_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class X {\n          def a = 0\n          val b = 0\n          def c = 0\n          var d = 0\n          lazy val e = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"b\")))\n  }\n\n  @Test\n  def find_vars() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class X {\n          def a = 0\n          val b = 0\n          def c = 0\n          var d = 0\n          lazy val e = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"d\")))\n  }\n\n  @Test\n  def find_defs() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class X {\n          def a = 0\n          val b = 0\n          def c = 0\n          var d = 0\n          lazy val e = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      select ?name where {\n        [a d:] d:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"a\")),\n        Seq(Data(\"name\", \"c\")),\n        Seq(Data(\"name\", \"this\")))\n  }\n\n  @Test\n  def find_classes() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n        abstract class B\n        trait C\n        object D\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      select ?name where {\n        [a c:] c:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"A\")))\n  }\n\n  @Test\n  def find_abstract_classes() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n        abstract class B\n        trait C\n        object D\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/AbstractClass\/>\n      select ?name where {\n        [a c:] c:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"B\")))\n  }\n\n  @Test\n  def find_traits() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n        abstract class B\n        trait C\n        object D\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix t:<http:\/\/amora.center\/kb\/amora\/Schema\/Trait\/>\n      select ?name where {\n        [a t:] t:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"C\")))\n  }\n\n  @Test\n  def find_objects() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n        abstract class B\n        trait C\n        object D\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix o:<http:\/\/amora.center\/kb\/amora\/Schema\/Object\/>\n      select ?name where {\n        [a o:] o:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"D\")))\n  }\n\n  @Test\n  def find_private_class_parameter() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(i: Int, j: String)\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [v:flag param:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def find_public_class_parameter() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(val i: Int, val j: String) {\n          val k = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [v:flag param:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def public_class_parameter_are_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(val i: Int, val j: String) {\n          val k = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"k\")))\n  }\n\n  @Test\n  def private_class_parameter_are_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(i: Int, j: String) {\n          val k = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"k\")))\n  }\n\n  @Test\n  def class_parameter_can_be_vars() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(val i: Int, var j: String) {\n          val k = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def class_parameter_that_are_vars_are_marked_as_parameter() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(val i: Int, var j: String) {\n          val k = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n      select ?name where {\n        [v:flag param:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def method_parameter_are_vals() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int, j: String) = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [a v:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def method_parameter_are_parameter() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int, j: String) = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n      prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n      select ?name where {\n        [v:flag param:] v:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")))\n  }\n\n  @Test\n  def owner_of_refs_in_if_expr() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          val b1 = true\n          val b2 = true\n          val b3 = true\n          def f = if (b1) b2 else b3\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      prefix def:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      select ?name where {\n        [a:owner+ [a def:]] ref:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"Boolean\")),\n        Seq(Data(\"name\", \"b1\")),\n        Seq(Data(\"name\", \"b2\")),\n        Seq(Data(\"name\", \"b3\")))\n  }\n\n  @Test\n  def classes_objects_and_traits_are_annotated_by_jvm_class_property() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class X {\n          val value = 0\n        }\n        object Y {\n          val value = 0\n        }\n        trait Z {\n          val value = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      select ?name ?class where {\n        [Decl:jvmClass ?class] Decl:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"X\"), Data(\"class\", \"a.b.c.X\")),\n        Seq(Data(\"name\", \"Y\"), Data(\"class\", \"a.b.c.Y$\")),\n        Seq(Data(\"name\", \"Z\"), Data(\"class\", \"a.b.c.Z\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/nlp\/NlqTest.scala","text":"package amora.nlp\n\nimport org.junit.Test\n\nimport amora.backend.indexer.RestApiTest\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass NlqTest extends RestApiTest {\n  import amora.TestUtils._\n\n  private def fmt(str: String): String = {\n    val lines = str.split(\"\\n\")\n    val indent = lines.dropWhile(_.isEmpty()).head.takeWhile(_.isWhitespace).size\n    lines.map(_.drop(indent)).mkString(\"\\n\").trim + \"\\n\"\n  }\n\n  @Test\n  def list_classes(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A\n        class B\n        class C\n      \"\"\")\n    nlqRequest(\"list classes\").sortedAsList === Seq(\n      \"http:\/\/amora.center\/kb\/amora\/Class\/p\/o\/n\/v1\/A\",\n      \"http:\/\/amora.center\/kb\/amora\/Class\/p\/o\/n\/v1\/B\",\n      \"http:\/\/amora.center\/kb\/amora\/Class\/p\/o\/n\/v1\/C\"\n    )\n  }\n\n  @Test\n  def list_traits(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait A\n        class B\n        trait C\n      \"\"\")\n    nlqRequest(\"list traits\").sortedAsList === Seq(\n      \"http:\/\/amora.center\/kb\/amora\/Trait\/p\/o\/n\/v1\/A\",\n      \"http:\/\/amora.center\/kb\/amora\/Trait\/p\/o\/n\/v1\/C\"\n    )\n  }\n\n  @Test\n  def list_names_of_classes(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A\n        class B\n        class C\n      \"\"\")\n    nlqRequest(\"list names of classes\").sortedAsList === Seq(\n      \"A\",\n      \"B\",\n      \"C\"\n    )\n  }\n\n  @Test\n  def list_names_of_methods(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = 0\n        }\n        class B {\n          def b1 = 0\n          def b2 = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of methods\").sortedAsList === Seq(\n      \"a\",\n      \"b1\",\n      \"b2\",\n      \"this\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def list_names_of_defs(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = 0\n        }\n        class B {\n          def b1 = 0\n          def b2 = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of defs\").sortedAsList === Seq(\n      \"a\",\n      \"b1\",\n      \"b2\",\n      \"this\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def list_given_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = 0\n        }\n        class B {\n          def b1 = 0\n          def b2 = 0\n        }\n      \"\"\")\n    nlqRequest(\"list class A\").sortedAsList === Seq(\n      \"http:\/\/amora.center\/kb\/amora\/Class\/p\/o\/n\/v1\/A\"\n    )\n  }\n\n  @Test\n  def list_name_of_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = 0\n        }\n        class B {\n          def b1 = 0\n          def b2 = 0\n        }\n      \"\"\")\n    nlqRequest(\"list name of class A\").sortedAsList === Seq(\n      \"A\"\n    )\n  }\n\n  @Test\n  def list_names_of_methods_of_given_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = 0\n        }\n        class B {\n          def b1 = 0\n          def b2 = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of methods of class B\").sortedAsList === Seq(\n      \"b1\",\n      \"b2\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def list_names_of_nested_methods_of_given_method(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = {\n            def n1 = 0\n            def n2 = 0\n            n1 + n2\n          }\n          def b = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of methods of method a\").sortedAsList === Seq(\n      \"n1\",\n      \"n2\"\n    )\n  }\n\n  @Test\n  def list_declarations(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          val a = 0\n          var b = 0\n          def c = 0\n          lazy val d = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of declarations\").sortedAsList === Seq(\n      \"A\",\n      \"a\",\n      \"b\",\n      \"c\",\n      \"d\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def list_decls(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          val a = 0\n          var b = 0\n          def c = 0\n          lazy val d = 0\n        }\n      \"\"\")\n    nlqRequest(\"list names of decls\").sortedAsList === Seq(\n      \"A\",\n      \"a\",\n      \"b\",\n      \"c\",\n      \"d\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def show_decls(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          val a = 0\n          var b = 0\n          def c = 0\n          lazy val d = 0\n        }\n      \"\"\")\n    nlqRequest(\"show names of decls\").sortedAsList === Seq(\n      \"A\",\n      \"a\",\n      \"b\",\n      \"c\",\n      \"d\",\n      \"this\"\n    )\n  }\n\n  @Test\n  def show_decls_as_list(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          val a = 0\n          var b = 0\n          def c = 0\n          lazy val d = 0\n        }\n      \"\"\")\n    nlqRequest(\"show names of decls as list\").renderAsString === fmt(\"\"\"\n      - A\n      - a\n      - b\n      - c\n      - d\n      - this\n    \"\"\")\n  }\n\n  @Test\n  def show_decls_as_tree(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def a = {\n            def a = 0\n            a\n          }\n        }\n        class B {\n          def b = {\n            def b = 0\n            b\n          }\n        }\n      \"\"\")\n    nlqRequest(\"show names of decls as tree\").renderAsString === fmt(\"\"\"\n      - A\n        - a\n          - a\n        - this\n      - B\n        - b\n          - b\n        - this\n    \"\"\")\n  }\n\n  @Test\n  def do_not_break_nesting_for_complex_tree_visualization(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def x = {\n            def x = 0\n            def a = x\n            def b = a\n            def y = b\n            y\n          }\n          def a = {\n            def x = 0\n            x\n          }\n          def b = {\n            def x = 0\n            x\n          }\n          def y = {\n            def x = 0\n            x\n          }\n        }\n      \"\"\")\n    nlqRequest(\"show names of decls as tree\").renderAsString === fmt(\"\"\"\n      - A\n        - a\n          - x\n        - b\n          - x\n        - this\n        - x\n          - a\n          - b\n          - x\n          - y\n        - y\n          - x\n    \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/requests\/TurtleRequests.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.backend.requests\n\nimport scala.util.Failure\nimport scala.util.Success\n\nimport akka.http.scaladsl.model.ContentTypes\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.MediaType\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.server.Route\nimport amora.backend.BackendSystem\nimport amora.backend.CustomContentTypes\n\ntrait TurtleRequests extends Directives {\n\n  def bs: BackendSystem\n\n  def handleTurtleUpdatePostRequest(req: HttpRequest, query: String): Route = {\n    req.entity.contentType.mediaType match {\n      case m if m matches CustomContentTypes.`text\/turtle` \u21d2\n        bs.runTurtleUpdate(query, \"Error happened while handling Turtle update request.\") {\n          case Success(()) \u21d2 HttpEntity(ContentTypes.`text\/plain(UTF-8)`, \"Update successful.\")\n          case Failure(t) \u21d2 throw t\n        }\n\n      case m \u21d2\n        rejectContentType(m, CustomContentTypes.`text\/turtle`)\n    }\n  }\n\n  private def rejectContentType(actualContentType: MediaType, expectedContentTypes: MediaType*): Route = {\n    complete(HttpResponse(StatusCodes.UnsupportedMediaType,\n        entity = s\"The media type was `$actualContentType` but one of the following media types is required:\\n${expectedContentTypes.map(_.toString).mkString(\"\\n\")}\\n\"))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/IndexerActor.scala","text":"<gh_stars>10-100\npackage amora.backend.actors\n\nimport scala.util.Try\n\nimport org.apache.jena.query.ResultSetRewindable\n\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport amora.api.SparqlModel\nimport amora.api.Turtle\nimport amora.backend.Content\nimport amora.backend.Logger\nimport amora.backend.indexer.Indexer\n\nclass IndexerActor extends Actor with ActorLogging {\n\n  import IndexerMessage._\n\n  private def akkaLog = log\n\n  private val logger = new Logger {\n    override def debug(msg: String): Unit = akkaLog.debug(msg)\n    override def warning(msg: String): Unit = akkaLog.warning(msg)\n    override def info(msg: String): Unit = akkaLog.info(msg)\n    override def error(msg: String, t: Throwable): Unit = akkaLog.error(t, msg)\n    override def log = throw new UnsupportedOperationException\n    override def logLevel = throw new UnsupportedOperationException\n    override def logLevel_=(level: Logger.LogLevel) = throw new UnsupportedOperationException\n\n    override def close() = throw new UnsupportedOperationException\n    override def isClosed = false\n  }\n  private val indexer = new Indexer(Content.ModelName, logger)\n  private val config = context.system.settings.config\n  private val testMode = config.getBoolean(\"app.test-mode\")\n  private val dataset =\n    if (testMode)\n      indexer.mkInMemoryDataset\n    else\n      indexer.mkDataset(config.getString(\"app.storage.index-dataset\"))\n\n  log.info(\"Indexer created dataset at: \" + (if (testMode) \"<memory>\" else config.getString(\"app.storage.index-dataset\")))\n  indexer.writeDataset(dataset)(indexer.startupIndexer)\n\n  override def receive = {\n    case RunQuery(query) \u21d2\n      sender ! Try(handleQuery(query))\n\n    case RunUpdate(query) \u21d2\n      sender ! Try(handleUpdate(query))\n\n    case RunConstruct(query) \u21d2\n      sender ! Try(handleConstruct(query))\n\n    case RunTurtleUpdate(query) \u21d2\n      sender ! Try(handleTurtleUpdate(query))\n\n    case RunNlq(query) \u21d2\n      sender ! Try(handleNlq(query))\n\n    case GetHeadCommit \u21d2\n      sender ! Try(headCommit())\n\n    case ListCommits \u21d2\n      sender ! Try(listCommits())\n\n    case ShowCommit(commit) \u21d2\n      sender ! Try(showCommit(commit))\n  }\n\n  override def postStop() = {\n    dataset.close()\n  }\n\n  def handleQuery(query: String): ResultSetRewindable = {\n    log.info(s\"Handle SPARQL query:\\n$query\")\n    indexer.readDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.withQueryService(model, query)\n      }\n    }\n  }\n\n  def handleConstruct(query: String): SparqlModel = {\n    log.info(s\"Handle SPARQL construct query:\\n$query\")\n    indexer.readDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.withConstructService(model, query)\n      }\n    }\n  }\n\n  def handleUpdate(query: String): Unit = {\n    log.info(s\"Handle SPARQL update:\\n$query\")\n    indexer.writeDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.withUpdateService(model, query)(_ \u21d2 ())\n      }\n    }\n  }\n\n  def handleTurtleUpdate(query: String): Unit = {\n    log.info(s\"Handle Turtle update:\\n$query\")\n    indexer.writeDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.writeAs(dataset, model, Turtle, query)\n      }\n    }\n  }\n\n  def handleNlq(query: String): String = {\n    log.info(s\"Handle natural language query:\\n$query\")\n    indexer.writeDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.askNlq(model, query)\n      }\n    }\n  }\n\n  def headCommit(): String = {\n    indexer.readDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.headCommit(model).getOrElse(\"\")\n      }\n    }\n  }\n\n  def listCommits(): List[String] = {\n    indexer.readDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        indexer.listCommits(model)\n      }\n    }\n  }\n\n  def showCommit(commit: String): SparqlModel = {\n    indexer.readDataset(dataset) { dataset \u21d2\n      indexer.showCommit(dataset, commit)\n    }\n  }\n}\n\nsealed trait IndexerMessage\nobject IndexerMessage {\n  case class RunQuery(query: String) extends IndexerMessage\n  case class RunUpdate(query: String) extends IndexerMessage\n  case class RunConstruct(query: String) extends IndexerMessage\n  case class RunTurtleUpdate(query: String) extends IndexerMessage\n  case class RunNlq(query: String) extends IndexerMessage\n  case object GetHeadCommit extends IndexerMessage\n  case object ListCommits extends IndexerMessage\n  case class ShowCommit(commit: String) extends IndexerMessage\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/api\/package.scala","text":"package amora\n\npackage object api {\n\n  private val impl = new ApiImpl\n\n  def turtleModel(model: String): SparqlModel =\n    impl.turtleModelFromString(model)\n\n  final implicit class SparqlInterpolation(private val sc: StringContext) extends AnyVal {\n\n    def turtleModel(args: Any*): SparqlModel = {\n      impl.turtleModel(sc.parts.iterator, args.iterator)\n    }\n\n    def sparqlQuery(args: Any*): SparqlQuery = {\n      impl.sparqlQuery(sc.parts.iterator, args.iterator)\n    }\n\n    def sparql(args: Any*): String = {\n      impl.sparql(sc.parts.iterator, args.iterator)\n    }\n  }\n\n  final implicit class StringToSparqlQuery(private val query: String) extends AnyVal {\n    def asSparqlQuery: SparqlQuery = new SparqlQuery(query)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"ui\/src\/main\/scala\/amora\/ui\/Ui.scala","text":"<filename>ui\/src\/main\/scala\/amora\/ui\/Ui.scala\npackage amora.ui\n\nimport java.nio.ByteBuffer\n\nimport scala.concurrent.Future\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic.{global => jsg, newInstance => jsnew}\n\nimport org.denigma.codemirror.CodeMirror\nimport org.denigma.codemirror.Editor\nimport org.denigma.codemirror.extensions.EditorConfig\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.Element\nimport org.scalajs.dom.raw.ErrorEvent\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.dom.raw.FocusEvent\nimport org.scalajs.dom.raw.HTMLTextAreaElement\nimport org.scalajs.dom.raw.KeyboardEvent\nimport org.scalajs.dom.raw.MessageEvent\nimport org.scalajs.dom.raw.MouseEvent\nimport org.scalajs.dom.raw.WebSocket\nimport org.scalajs.jquery.jQuery\n\nimport amora.protocol._\nimport amora.protocol.ui._\n\nobject Ui {\n\n  implicit class AsDynamic[A](private val a: A) extends AnyVal {\n    def jsg: js.Dynamic = a.asInstanceOf[js.Dynamic]\n  }\n\n}\n\nclass Ui {\n  import Ui._\n\n  private val $ = jQuery\n  private val gen = new DomGen\n\n  private object divs {\n    val parent = \"parent\"\n    val editorLeft = \"editor_left\"\n    val editorRight = \"editor_right\"\n    val render = \"render\"\n    val right = \"right\"\n    val left = \"left\"\n  }\n\n  private val bm = new BufferManager\n  private var ws: WebSocket = _\n  private var clientName: String = _\n  private var keyMap = Set[Int]()\n  \/\/ bufferId \u2192 Set[winId]\n  private var bufferDivIds = Map[Int, Set[String]]()\n  \/** The window that has the selection. *\/\n  private var activeWinId = \"\"\n\n  \/\/ used to measure running time of code\n  private var startTime: js.Dynamic = _\n\n  private val vimMap = Map(\n    8  \u2192 \"<bs>\",\n    9  \u2192 \"<tab>\",\n\/\/    13 \u2192 \"enter\",\n\/\/    16 \u2192 \"shift\",\n\/\/    17 \u2192 \"C\",\n\/\/    18 \u2192 \"alt\",\n    27 \u2192 \"<esc>\",\n    32 \u2192 \"<space>\",\n    33 \u2192 \"<pageup>\",\n    34 \u2192 \"<pagedown>\",\n    35 \u2192 \"<end>\",\n    36 \u2192 \"<home>\",\n    37 \u2192 \"<left>\",\n    38 \u2192 \"<up>\",\n    39 \u2192 \"<right>\",\n    40 \u2192 \"<down>\",\n    45 \u2192 \"<ins>\",\n    46 \u2192 \"<del>\"\n  )\n\n  def setupUI3() = {\n    import scalatags.JsDom.all._\n\n    val par = div(id := divs.parent, `class` := \"fullscreen\").render\n    $(\"body\").append(par)\n  }\n\n  def activeWindowDiv: Element =\n    dom.document.getElementById(activeWinId)\n\n  def divIdsOfBufferId(bufferId: Int): Set[String] =\n    bufferDivIds.getOrElse(bufferId, Set())\n\n  def divsOfBufferId(bufferId: Int): Set[Element] =\n    divIdsOfBufferId(bufferId) map dom.document.getElementById\n\n  def registerEventListeners(winId: Int, buf: Buffer, internalWinId: String) = {\n    val d = dom.document.getElementById(internalWinId).asInstanceOf[dom.html.Div]\n\n    def handleKeyUpDown(e: KeyboardEvent): Unit = {\n      println(\"keyUpDown: \" + e.keyCode)\n      startTime = jsg.performance.now()\n      val isDown = e.`type` == \"keydown\"\n      keyMap = if (isDown) keyMap + e.keyCode else keyMap - e.keyCode\n\n      def isCtrlPressed = keyMap.contains(17)\n\n      if (isDown) {\n        val controlSeq = vimMap.getOrElse(e.keyCode, \"\")\n        if (controlSeq.nonEmpty) {\n          val input = Control(winId, buf.ref.id, controlSeq)\n          send(input)\n          e.preventDefault()\n        } else if (isCtrlPressed && e.keyCode != 17) {\n          val character = jsg.String.fromCharCode(e.jsg.which).toString\n          val input = Control(winId, buf.ref.id, s\"<C-$character>\")\n          send(input)\n          e.preventDefault()\n        }\n      }\n    }\n\n    def send(req: Request): Unit = {\n      import boopickle.Default._\n      val msg = Pickle.intoBytes(req)\n      ws.send(toArrayBuffer(msg))\n      println(s\"> sent: $req\")\n    }\n\n    def handleKeyPress(e: KeyboardEvent): Boolean = {\n      println(\"keyPress: \" + e.keyCode)\n      startTime = jsg.performance.now()\n      val character = jsg.String.fromCharCode(e.jsg.which).toString\n\n      \/\/ Run `:help key-notation` in vim for a list of mappings\n      val vimText = character match {\n        case \"<\" \u21d2 \"<lt>\"\n        case \"\\\\\" \u21d2 \"<bslash>\"\n        case \"|\" \u21d2 \"<bar>\"\n        case c \u21d2 c\n      }\n\n      val input = TextChange(winId, buf.ref.id, vimText)\n      send(input)\n\n      false \/* prevent default action *\/\n    }\n\n    def handleMouseUp(e: MouseEvent): Unit = {\n      startTime = jsg.performance.now()\n      activeWinId = e.srcElement.id\n      val sel = selection\n      val start = offsetToVimPos(sel._1)\n      val input = SelectionChange(winId, buf.ref.id, start._1, start._2)\n      send(input)\n    }\n\n    \/* Returns the selection as (start, end). *\/\n    def selection: (Int, Int) = {\n      val range = dom.window.getSelection().getRangeAt(0)\n      val content = range.cloneRange()\n      content.selectNodeContents(activeWindowDiv)\n      content.setEnd(range.startContainer, range.startOffset)\n      val start = content.toString().length()\n\n      content.setStart(range.startContainer, range.startOffset)\n      content.setEnd(range.endContainer, range.endOffset)\n      val len = content.toString().length()\n      (start, start+len)\n    }\n\n    def offsetToVimPos(offset: Int): (Int, Int) = {\n      val content = activeWindowDiv.textContent.substring(0, offset)\n      val row = content.count(_ == '\\n')\n      val col = offset-content.lastIndexWhere(_ == '\\n')-1\n      (row, col)\n    }\n\n    d.onkeydown = handleKeyUpDown _\n    d.onkeyup = d.onkeydown\n    d.onkeypress = handleKeyPress _\n    d.onblur = (_: FocusEvent) \u21d2 keyMap = Set()\n    d.onmouseup = handleMouseUp _\n  }\n\n  def setupDivs() = {\n    import scalatags.JsDom.all._\n    val par = div(id := divs.parent).render\n    par appendChild gen.editorDiv(divs.left, divs.editorLeft)\n    par appendChild gen.editorDiv(divs.right, divs.editorRight)\n    par.appendChild(div(\n      id := divs.render\n    ).render)\n\n    $(\"body\").append(par)\n  }\n\n  def setupEditors() = {\n    val eLeft = setupEditor(divs.editorLeft, \"text\/x-scala\").get\n    eLeft.getDoc().setValue(\"\"\"object O { val x = 0 }\"\"\")\n    val eRight = setupEditor(divs.editorRight, \"text\/x-markdown\").get\n    eRight.getDoc().setValue(\"# Marked in browser\\n\\nRendered by **marked**.\")\n\n    def renderMarkdown(): Unit = {\n      val markdown = eRight.getDoc().getValue()\n      $(s\"#${divs.render}\").html(jsg.marked(markdown).toString())\n    }\n\n    eRight.on(\"keyup\", (_: Editor) \u21d2 renderMarkdown())\n\n    renderMarkdown()\n  }\n\n  def setupD3() = {\n    import scalatags.JsDom._, svgTags._, svgAttrs._, implicits._\n\n    val elem = svg(`class` := \"svgtest\", width := \"200\", height := \"200\").render\n    val radi = Seq(40 -> \"purple\", 20 -> \"green\", 10 -> \"red\")\n    for ((cur, curStyle) <- radi)\n      elem appendChild circle(cx := 50, cy := 50, r := cur, style := s\"fill:$curStyle;\").render\n    $(\"body\").append(elem)\n  }\n\n  def authenticate() = {\n    val ws = new WebSocket(\"ws:\/\/amora.center\/auth\")\n    ws.binaryType = \"arraybuffer\"\n    ws.onopen = (e: Event) \u21d2 {\n      println(\"connection opened\")\n    }\n    ws.onerror = (e: ErrorEvent) => {\n      dom.console.error(s\"Couldn't create connection to server: $e\")\n    }\n    ws.onmessage = (e: MessageEvent) \u21d2 {\n      import boopickle.Default._\n      val bytes = toByteBuffer(e.data)\n      val resp = Unpickle[Response].fromBytes(bytes)\n      resp match {\n        case ConnectionSuccessful(name) \u21d2\n          clientName = name\n          println(\"connection successful\")\n\n          import scala.scalajs.concurrent.JSExecutionContext.Implicits.queue\n          Future(setupWS())\n\n        case ConnectionFailure \u21d2\n          println(\"connection failure\")\n          \/\/ TODO what to do here?\n\n        case msg =>\n          dom.console.error(s\"Unexpected message: $msg\")\n      }\n      ws.close()\n    }\n  }\n\n  def setupWS() = {\n    def websocketUri(name: String): String = {\n      val wsProtocol = if (dom.document.location.protocol == \"https:\") \"wss\" else \"ws\"\n      s\"$wsProtocol:\/\/amora.center\/communication?name=$name\"\n    }\n\n    ws = new WebSocket(websocketUri(clientName))\n    ws.binaryType = \"arraybuffer\"\n    ws.onopen = (e: Event) \u21d2 {\n      println(\"connection opened\")\n    }\n    ws.onerror = (e: ErrorEvent) => {\n      dom.console.error(s\"Couldn't create connection to server: $e\")\n    }\n    ws.onmessage = (e: MessageEvent) \u21d2 {\n      import boopickle.Default._\n      val bytes = toByteBuffer(e.data)\n      handleResponse(Unpickle[Response].fromBytes(bytes))\n    }\n    ws.onerror = (e: ErrorEvent) \u21d2 {\n      println(s\"error from ws: $e\")\n    }\n    ws.onclose = (e: Event) \u21d2 {\n      println(s\"websocket closed\")\n    }\n    dom.window.jsg.onerror = js.Any.fromFunction5((msg: Event, file: String, line: Int, col: Int, error: Any) \u21d2 {\n      \/\/ TODO See https:\/\/github.com\/stacktracejs\/stacktrace.js for a browser independent solution to log errors\n      println(error.jsg.stack)\n    })\n  }\n\n  def handleResponse(response: Response) = response match {\n    case ConnectionSuccessful(name) \u21d2\n      if (clientName != name) {\n        \/\/ TODO what to do when this happens? It is probably a bug on the server\n        dom.console.error(s\"$clientName != $name\")\n        println(\"connection failure\")\n        clientName = null\n      }\n      else\n        println(\"connection successful\")\n\n    case ConnectionFailure \u21d2\n      println(\"connection failure\")\n      \/\/ TODO what to do here?\n\n    case change @ TextChangeAnswer(winId, bufferId, lines, sel) \u21d2\n      println(s\"> received: $change\")\n      updateBuffer(bufferId, lines)\n      updateCursor(sel)\n      calculateTime()\n\n    case change @ SelectionChangeAnswer(winId, bufferId, sel) \u21d2\n      println(s\"> received: $change\")\n      updateCursor(sel)\n      calculateTime()\n\n    case update @ ClientUpdate(wins, mode, sel, winTree) \u21d2\n      def divWinId(winId: Int): String =\n        s\"window$winId\"\n      def updateBufferMap() = {\n        bufferDivIds = Map().withDefaultValue(Set())\n        wins foreach {\n          case WindowUpdate(winId, bufferId, _, _) \u21d2\n            bufferDivIds += bufferId \u2192 (bufferDivIds(bufferId) + divWinId(winId))\n        }\n      }\n\n      def updateDomStructure() = {\n        winTree foreach { tree \u21d2\n          val rows = mkWindowLayout(tree)\n          val par = dom.document.getElementById(divs.parent)\n          par.innerHTML = \"\"\n          par.appendChild(rows)\n        }\n      }\n\n      def updateBuffers() = wins foreach {\n        case WindowUpdate(winId, bufferId, lines, pos) \u21d2\n          \/\/ TODO remove BufferRef creation here\n          val buf = bm.bufferOf(BufferRef(bufferId))\n          updateBuffer(buf.ref.id, lines)\n          val divId = divWinId(winId)\n          registerEventListeners(winId, buf, divId)\n      }\n\n      def updateActiveWindow() = {\n        activeWinId = divWinId(sel.winId)\n        selectActiveWindow()\n      }\n\n      def updateMode() = {\n        \/\/ TODO remove BufferRef creation here\n        val buf = bm.bufferOf(BufferRef(sel.bufId))\n        buf.mode = mode\n      }\n\n      println(s\"> received: $update\")\n      updateBufferMap()\n      updateDomStructure()\n      updateBuffers()\n      updateActiveWindow()\n      updateMode()\n      updateCursor(sel)\n      calculateTime()\n\n    case ev \u21d2\n      dom.console.error(s\"Unexpected response: $ev\")\n  }\n\n  def mkWindowLayout(tree: WindowTree): Element = {\n    import scalatags.JsDom.all._\n\n    def loop(tree: WindowTree): Element = tree match {\n      case Rows(rows) \u21d2\n        val rowsLayout = div(`class` := \"rows\").render\n        val ret = rows map loop\n        ret foreach { row \u21d2\n          rowsLayout appendChild row\n        }\n        rowsLayout\n\n      case Columns(cols) \u21d2\n        val row = div(`class` := \"columns\").render\n        cols.zipWithIndex foreach { case (col, i) \u21d2\n          col match {\n            case Window(winId) \u21d2\n              val c = div(\n                id := s\"window$winId\",\n                `class` := s\"column column-c$i buffer borders\",\n                tabindex := \"1\",\n                contenteditable := true,\n                style := \"white-space: pre-line;\"\n              ).render\n              row appendChild c\n            case _ \u21d2\n              val e = loop(col)\n              val c = div(`class` := s\"column column-c$i\", e).render\n              row appendChild c\n          }\n        }\n        row\n\n      case Window(winId) \u21d2\n        val row = div(`class` := \"columns\").render\n        val win = div(\n          id := s\"window$winId\",\n          `class` := \"column column-c0 buffer borders\",\n          contenteditable := true,\n          style := \"white-space: pre-line;\"\n        ).render\n        row appendChild win\n        row\n    }\n\n    val elem = loop(tree)\n    tree match {\n      case _: Rows \u21d2\n        elem\n      case _ \u21d2\n        val rowsLayout = div(`class` := \"rows\").render\n        rowsLayout appendChild elem\n        rowsLayout\n    }\n  }\n\n  def selectActiveWindow(): Unit = {\n    val div = activeWindowDiv\n    \/\/ TODO in case the window is empty we select the div. Actually, the cursor\n    \/\/ should be placed in the window, but I don't know how to do it for empty divs.\n    val textElem = if (div.childNodes.length != 0) div.childNodes(0) else div\n    val range = dom.document.createRange()\n    range.setStart(textElem, 0)\n\n    val sel = dom.document.getSelection()\n    sel.removeAllRanges()\n    sel.addRange(range)\n  }\n\n  def calculateTime(): Unit = {\n    val endTime = jsg.performance.now()\n    val time = endTime.asInstanceOf[Double]-startTime.asInstanceOf[Double]\n    println(s\"update time: ${time}ms\")\n  }\n\n  def vimPosToOffset(row: Int, col: Int): Int = {\n    val lines = activeWindowDiv.textContent.split(\"\\n\")\n    val nrOfCharsBeforeCursor =\n      if (row == 0)\n        0\n      else\n        lines.take(row).map(_.length).sum+row\n\n    nrOfCharsBeforeCursor+col\n  }\n\n  def updateCursor(sel: Selection): Unit = {\n    val offset = vimPosToOffset(sel.start.row, sel.start.col)\n    val winSel = dom.window.getSelection()\n    val range = winSel.getRangeAt(0)\n    val elem = range.startContainer\n    range.setStart(elem, offset)\n\n    if (sel.start.row != sel.end.row || sel.start.col != sel.end.col) {\n      val offset = vimPosToOffset(sel.end.row, sel.end.col)\n      range.setEnd(elem, offset)\n    }\n    else\n      range.setEnd(elem, offset)\n\n    winSel.removeAllRanges()\n    winSel.addRange(range)\n  }\n\n  def updateBuffer(bufferId: Int, lines: Seq[String]): Unit = {\n    val elems = divsOfBufferId(bufferId)\n    val content = lines.mkString(\"\\n\")\n    elems foreach (_.innerHTML = content)\n  }\n\n  private def toByteBuffer(data: Any): ByteBuffer = {\n    val ab = data.asInstanceOf[js.typedarray.ArrayBuffer]\n    js.typedarray.TypedArrayBuffer.wrap(ab)\n  }\n\n  private def toArrayBuffer(data: ByteBuffer): js.typedarray.ArrayBuffer = {\n    import scala.scalajs.js.typedarray.TypedArrayBufferOps._\n    data.arrayBuffer\n  }\n\n  def mkResult(editorRef: BufferRef): Unit = {\n    val buf = bm.mkResultBuf(editorRef)\n\n    val divType = gen.bufferDiv(buf) { editor \u21d2\n      editor.setSize(\"50%\", \"auto\")\n    }\n    divType match {\n      case DivType.Result(div) \u21d2\n        $(\"body\").append(div)\n\n      case res \u21d2\n        ??? \/\/ unexpected codepath\n    }\n  }\n\n  def mkEditor(): Unit = {\n    val buf = bm.mkEditorBuf(\"text\/x-scala\")\n\n    val divType = gen.bufferDiv(buf) { editor \u21d2\n      editor.setSize(\"50%\", \"auto\")\n    }\n\n    divType match {\n      case DivType.Editor(div, editor) \u21d2\n        $(\"body\").append(div)\n\n      case res \u21d2\n        ??? \/\/ unexpected codepath\n    }\n  }\n\n  def setupTheButton() = {\n    import scalatags.JsDom.all._\n\n    val b = button(id := \"click-me-button\", `type` := \"button\", \"Click me!\").render\n    b.onclick = (_: MouseEvent) \u21d2 {\n      mkEditor()\n    }\n    \/*\n        val d = div(id := \"hello\").render\n        $(s\"#${divs.parent}\").append(d)\n        val opts = js.Dynamic.literal(\n          color = \"#fff\",\n          lines = 12,\n          width = 3,\n          length = 6,\n          radius = 5,\n          top = \"5%\",\n          left = \"5%\",\n          position = \"relative\"\n        )\n        jsnew(jsg.Spinner)(opts).spin(dom.document.getElementById(\"hello\"))\n    *\/\n    $(s\"#${divs.parent}\").append(b)\n  }\n\n  def setupUI(): Unit = {\n    setupDivs()\n    setupEditors()\n    setupD3()\n    setupTheButton()\n    authenticate()\n  }\n\n  def setupEditor(id: String, mode: String): Option[Editor] = {\n    dom.document.getElementById(id) match {\n      case elem: HTMLTextAreaElement \u21d2\n        val params = EditorConfig.mode(mode).lineNumbers(true).theme(\"solarized\")\n        Some(CodeMirror.fromTextArea(elem, params))\n      case elem \u21d2\n        Console.err.println(s\"unexpected element: $elem\")\n        None\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/ScalaRefTest.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass ScalaRefTest extends RestApiTest {\n\n  @Test\n  def return_type_at_members() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val a: [[Int]] = 0\n          var b: [[Int]] = 0\n          def c: [[Int]] = 0\n          lazy val d: [[Int]] = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def return_type_at_nested_members() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def x: [[Int]] = {\n            val a: [[Int]] = {\n              val a: [[Int]] = 0\n              [[a]]\n            }\n            var b: [[Int]] = {\n              var a: [[Int]] = 0\n              [[a]]\n            }\n            def c: [[Int]] = {\n              def a: [[Int]] = 0\n              [[a]]\n            }\n            [[a]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def return_type_at_nested_lazy_vals() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          lazy val a: [[Int]] = {\n            lazy val a: [[Int]] = {\n              lazy val a: [[Int]] = 0\n              [[a]]\n            }\n            [[a]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def member_ref() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Int]]a = 0\n          def [[!Int]]b = [[a]]\n          var [[!Int]]c = [[b]]\n          lazy val [[!Int]]d = [[c]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def classOf_ref() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Class]]a = [[classOf]][ \/* Int *\/ [[Int]] ]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_imports() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        import [[scala]].[[collection]].[[mutable]].[[Buffer]]\n        import [[scala]].[[collection]].[[mutable]].[[ListBuffer]]\n        class [[!AnyRef]]X {\n          [[Buffer]]\n          [[ListBuffer]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_rename_imports() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        import [[scala]].[[collection]].[[mutable]].{ [[Buffer]] \u21d2 [[B]], [[ListBuffer]] }\n        class [[!AnyRef]]X {\n          [[B]]\n          [[ListBuffer]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_package_import() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        import [[scala]].[[collection]].[[mutable]]\n        class [[!AnyRef]]X {\n          val lb: [[mutable]].[[ListBuffer]] [ [[Int]] ] = null\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_with_fully_qualified_name() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X {\n          [[!X]]self: [[scala]].[[collection]].[[mutable]].[[AbstractSet]][ [[java]].[[io]].[[File]] ] \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_reference_has_correct_position() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X { [[!X]]self \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_references_owner() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] ; ref:owner [decl:name \"self\"] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[X]] { self \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_usage() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X { [[!X]]self \u21d2\n          def [[!X]]x = [[self]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_and_this_ref_usage() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X { [[!X]]self \u21d2\n          def [[!X]]x1 = [[self]]\n          def [[!X]]x2 = [[this]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_usages_reference_self_ref_decl() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] ; ref:name \"self\" .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait X { [[self]] \u21d2\n          def x = self\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_usages_have_correct_positions() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X { [[!X]]longSelfRefName \u21d2\n          def [[!X]]x = [[longSelfRefName]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def compound_type_ref_in_self_ref() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X {\n          [[!X]]self: [[scala]].[[collection]].[[SeqLike]] [ [[List]] [ [[Int]] ], [[List]] [ [[Int]] ] ]\n            with [[scala]].[[collection]].[[IterableLike]] [ [[List]] [ [[Int]] ], [[List]] [ [[Int]] ] ]\n            with [[scala]].[[collection]].[[GenSeqLike]] [ [[List]] [ [[Int]] ], [[List]] [ [[Int]] ] ] \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_with_parent() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait [[!AnyRef]]X {\n          [[!X]]selfRef: [[scala]].[[collection]].[[mutable]].[[AbstractMap]] [ [[List]] [ [[Map]] [ [[Int]], [[Set]] [ [[Int]] ] ] ], [[Map]] [ [[Int]], [[String]] ] ] \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_in_if_expr() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Boolean]]b1 = true\n          val [[!Boolean]]b2 = true\n          val [[!Boolean]]b3 = true\n          def [[!Boolean]]f = if ([[b1]]) [[b2]] else [[b3]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_single_method() = {\n    indexRegionData(\"\"\"\n        prefix def:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          ?def def:jvmSignature \"(IF)I\" .\n          [a ref:] ref:owner ?def ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = i\n          def [[!Int]]f(i: Int, s: Float) = [[i]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_parameter() = {\n    indexRegionData(\"\"\"\n        prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:refToDecl [decl:flag param:] ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = {\n            [[i]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_local_value_with_same_name_as_parameter() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:refToDecl [decl:flag \"param\"] ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = {\n            val i = 0\n            \/\/ i doesn't point to the parameter\n            i\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_to_local_value_when_parameter_of_same_name_exists() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix v:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n        select * where {\n          ?val a v: .\n          FILTER NOT EXISTS {\n            ?val v:flag \"param\" .\n          }\n          [a ref:] ref:refToDecl ?val ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = {\n            val i = 0\n            [[i]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_type_parameter() = {\n    indexRegionData(\"\"\"\n        prefix tparam:<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:refToDecl [decl:flag tparam:] ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait X[A] {\n          def f[B](a: [[A]], b: [[B]]): [[A]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_type_parameter_without_shadowed_type_parameter_refs() = {\n    indexRegionData(\"\"\"\n        prefix tparam:<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix t:<http:\/\/amora.center\/kb\/amora\/Schema\/Trait\/>\n        select * where {\n          # find type parameter\n          ?tparam decl:owner [a t:] ; decl:flag tparam: .\n          # find references of type parameter\n          [a ref:] ref:refToDecl ?tparam ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait X[A] {\n          def f(a: [[A]], b: [[A]]): [[A]]\n          def f[A](a: A): A\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_shadowed_type_parameter() = {\n    indexRegionData(\"\"\"\n        prefix tparam:<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix def:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        select * where {\n          # find type parameter\n          ?tparam decl:owner [a def:; def:jvmSignature \"(Ljava\/lang\/Object;)Ljava\/lang\/Object;\"] ; decl:flag tparam: .\n          # find references of type parameter\n          [a ref:] ref:refToDecl ?tparam ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait X[A] {\n          def f(a: A, b: A): A\n          def f[A](a: [[A]]): [[A]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_type_parameter_when_parameter_of_same_name_exists() = {\n    indexRegionData(\"\"\"\n        prefix tparam:<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix def:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        select * where {\n          # find type parameter\n          ?tparam decl:owner [a def:] ; decl:flag tparam: .\n          # find references of type parameter\n          [a ref:] ref:refToDecl ?tparam ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def [[!A]]f[A](A: [[A]]) = {\n            A\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_type_parameter_when_local_val_decl_of_same_name_exists() = {\n    indexRegionData(\"\"\"\n        prefix tparam:<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix def:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        select * where {\n          # find type parameter\n          ?tparam decl:owner [a def:] ; decl:flag tparam: .\n          # find references of type parameter\n          [a ref:] ref:refToDecl ?tparam ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f[A](A: [[A]]) = {\n            val A = 0\n            A\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def multiple_calls_to_def() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]f(i: [[Int]]) = 0\n          [[f]](0)\n          [[f]](0)\n        }\n      \"\"\")\n  }\n\n  @Test\n  def multiple_blocks_with_same_name() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]f(i: [[Int]]) = 0\n          [[f]]({val [[!Int]]i = 0; [[i]]})\n          [[f]]({val [[!Int]]i = 0; [[i]]})\n        }\n      \"\"\")\n  }\n\n  @Test\n  def explicit_apply_method() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Option]]a = [[Option]].[[!Int]][[apply]](1)\n        }\n      \"\"\")\n  }\n\n  @Test\n  def implicit_apply_method() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Option]]a = [[!apply]][[!Int]][[Option]](1)\n        }\n      \"\"\")\n  }\n\n  def class_annotation() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        @[[Ann]]([[!apply]][[!Class]][[Array]]([[classOf]] [ [[X]] ]))\n        class [[!AnyRef]]X\n        class Ann(arr: [[Array]][ [[Class]] [_] ]) extends [[scala]].[[annotation]].[[StaticAnnotation]]\n      \"\"\")\n  }\n\n  def multiple_annotations() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        @[[Ann1]]([[!apply]][[!Class]][[Array]]([[classOf]] [ [[X]] ]))\n        @[[Ann2]]\n        @[[Ann1]]([[!apply]][[!Class]][[Array]]([[classOf]] [ [[X]] ]))\n        class [[!AnyRef]]X\n        class Ann1(arr: [[Array]][ [[Class]] [_] ]) extends [[scala]].[[annotation]].[[StaticAnnotation]]\n        class Ann2 extends [[scala]].[[annotation]].[[StaticAnnotation]]\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_lambda_decl() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Function1]]f([[!Function1]]i: [[Int]] \u21d2 [[Int]]) = [[i]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def refs_of_function_decl() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Function1]]f(i: [[Function1]][ [[Int]], [[Int]] ]) = [[i]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def multiple_lambda_refs() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Function1]]f([[!Function1]]i: [[Int]] \u21d2 [[Int]]) = [[i]]\n          [[f]]([[!Int]]v \u21d2 [[v]])\n          [[f]]([[!Int]]value \u21d2 [[value]])\n        }\n      \"\"\")\n  }\n\n  @Test\n  def ref_with_qualifier() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"f1.scala\" \u2192 \"\"\"\n        package a.b\n        import [[d]].[[e]]\n        class [[!AnyRef]]X {\n          val f: [[e]].[[Y]] = null\n        }\n      \"\"\",\n      \"f2.scala\" \u2192 \"\"\"\n        package d.e\n        class [[!AnyRef]]Y\n      \"\"\")\n  }\n\n  @Test\n  def ref_to_val_from_within_another_val() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:name \"xs\" ; ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          val [[xs]] = 0\n          val ys = xs\n        }\n      \"\"\")\n  }\n\n  @Test\n  def this_ref_points_to_class() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:name \"this\" ; ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[X]] {\n          val value = this\n        }\n      \"\"\")\n  }\n\n  @Test\n  def this_ref_has_correct_position() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name \"this\" ; ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          val value = [[this]]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def type_alias_can_be_referenced() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a ref:] ref:name \"Type\" ; ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        trait X {\n          type [[Type]] [A, B] = Map[A, B]\n\n          def f: Type[Int, Int]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def type_alias_parameter_can_be_referenced() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          values ?vals { \"A\" \"B\" }\n          [a ref:] ref:name ?vals ; ref:refToDecl [decl:name ?name ; decl:posStart ?start ; decl:posEnd ?end] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          type Type [ [[A]] , [[B]] ] = Map[A, B]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def string_interpolation() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val [[!Int]]x1 = 0\n          val [[!Int]]x2 = 0\n          val [[!String]]y = [[s]]\"$[[x1]]$[[x2]]\"\n        }\n      \"\"\")\n  }\n\n  @Test\n  def scope_nested_within_scope() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]f(h: [[Option]] [ [[Int]] ]) = [[h]] match {\n            case [[Some]](i) \u21d2 [[i]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def ref_as_owner_of_scope() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]a([[!Function1]]f: [[Int]] \u21d2 [[Int]]) = 0\n        }\n        class [[!AnyRef]]Y {\n          new [[X]]().[[a]] {\n            case i \u21d2 [[i]]\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def repeated_args() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]f(i: [[Int]]*) = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def explicit_type_ascription() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          val x: [[Int]] = 0\n          val [[!Int]]y = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def ctor_with_parameter() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X([[!Int]]i: [[Int]], [[!Int]]j: [[Int]])\n      \"\"\")\n  }\n\n  @Test\n  def by_name_parameter() = {\n    indexRegionData(\"\"\"\n        prefix ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a ref:] ref:name ?name ; ref:posStart ?start ; ref:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!AnyRef]]X {\n          def [[!Int]]meth([[!Function0]]f: \u21d2 [[Int]]) = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def the_owner_of_a_ref_can_be_a_ref() = {\n    indexRegionData(\"\"\"\n        prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n        select * where {\n          [a Ref:] Ref:name \"i\" ; Ref:owner [Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end] .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = [[println]](i)\n        }\n      \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/UnhandledMessagesActor.scala","text":"<gh_stars>10-100\npackage amora.backend.actors\n\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport akka.actor.UnhandledMessage\n\n\/**\n * Logs unhandled messages. The usage of this actor is better because the config\n * value `akka.actor.debug.unhandled = on` can only log at debug level.\n *\/\nclass UnhandledMessagesActor extends Actor with ActorLogging {\n  override def receive = {\n    case UnhandledMessage(msg, sender, recipient) \u21d2\n      log.error(s\"Unhandled message `$msg` to `$recipient` from `$sender`.\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/javac\/src\/main\/scala\/amora\/converter\/ClassfileConverter.scala","text":"package amora.converter\n\nimport scala.collection.mutable.ListBuffer\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport org.objectweb.asm.ClassReader\nimport org.objectweb.asm.ClassVisitor\nimport org.objectweb.asm.FieldVisitor\nimport org.objectweb.asm.MethodVisitor\nimport org.objectweb.asm.Opcodes\n\nimport amora.converter.{ protocol \u21d2 h }\nimport amora.converter.protocol.{ Attachment \u21d2 a }\n\nfinal class ClassfileConverter(addAttachment: h.Hierarchy \u21d2 Unit) {\n\n  private val found = ListBuffer[h.Hierarchy]()\n\n  def convert(bytecode: Array[Byte]): Try[Seq[h.Hierarchy]] = {\n    this.found.clear()\n\n    val found = Try {\n      val r = new ClassReader(bytecode)\n      val v = new CVisitor\n      r.accept(v, 0)\n      this.found\n    }\n\n    found match {\n      case Success(found) \u21d2\n        Success(found.toList)\n      case Failure(f) \u21d2\n        Failure(new RuntimeException(s\"Conversion of bytecode failed. See underlying issue for more information.\", f))\n    }\n  }\n\n  private class CVisitor extends ClassVisitor(Opcodes.ASM5) {\n    var owner: h.Decl = h.Root\n\n    override def visit(version: Int, access: Int, name: String, signature: String, superName: String, interfaces: Array[String]): Unit = {\n      val d = mkDecl(name)\n      d.addAttachments(a.Class)\n      owner = d\n      found += d\n    }\n\n    override def visitField(access: Int, name: String, desc: String, signature: String, value: AnyRef): FieldVisitor = {\n      val d = h.Decl(name, owner)\n      d.addAttachments(a.Var)\n      addAttachment(d)\n      found += d\n      super.visitField(access, name, desc, signature, value)\n    }\n\n    override def visitMethod(access: Int, name: String, desc: String, signature: String, exceptions: Array[String]): MethodVisitor = {\n      if (name == \"<init>\")\n        null\n      else {\n        val d = h.Decl(name, owner)\n        d.addAttachments(a.Def, a.JvmSignature(desc))\n        addAttachment(d)\n        found += d\n        new MVisitor(d)\n      }\n    }\n  }\n\n  private class MVisitor(owner: h.Decl) extends MethodVisitor(Opcodes.ASM5) {\n    override def visitParameter(name: String, access: Int) = {\n      val d = h.Decl(name, owner)\n      d.addAttachments(a.Var, a.Param)\n      addAttachment(d)\n      found += d\n    }\n  }\n\n  \/**\n   * Packages are part of the name, divided by slashes. They are split into a\n   * `Decl` hierarchy.\n   *\/\n  private def mkDecl(name: String) = {\n    val parts = name.split('\/')\n    val d = h.Decl(parts.head, h.Root)\n    addAttachment(d)\n    parts.tail.foldLeft(d) {\n      (a, b) \u21d2\n        val d = h.Decl(b, a)\n        addAttachment(d)\n        d\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"ui\/src\/main\/scala\/amora\/ui\/DomGen.scala","text":"package amora.ui\n\nimport org.scalajs.dom\nimport org.denigma.{codemirror \u21d2 cm}\nimport scala.scalajs.js.Dynamic.{global => jsg}\nimport org.denigma.codemirror.CodeMirror\nimport org.denigma.codemirror.extensions.EditorConfig\nimport org.scalajs.dom.raw.HTMLTextAreaElement\n\nclass DomGen {\n  import scalatags.JsDom.all._\n\n  def editorDiv(divId: String, taId: String) = {\n    div(id := divId, textarea(id := taId)).render\n  }\n\n  def editorDiv(\n      divId: String,\n      editorId: String,\n      editorMode: String\n  ): AEditor = {\n    val ta = textarea(id := editorId).render.asInstanceOf[HTMLTextAreaElement]\n    val d = div(id := divId, ta).render\n\n    val params = EditorConfig.mode(editorMode).theme(\"solarized\")\n    val e = CodeMirror.fromTextArea(ta, params)\n    e.setSize(\"50%\", 50)\n\n    val r = resultDiv(s\"$divId-result\")\n    AEditor(d, r, e)\n  }\n\n  def resultDiv(\n      divId: String) = {\n    val d = div(id := divId).render\n    d\n  }\n\n  def bufferDiv3(bufferId: String, tabIndex: Int) = {\n    val d = div(\n      id := bufferId,\n      `class` := \"buffer borders\",\n      tabindex := tabIndex.toString,\n      contenteditable := true,\n      style := \"white-space: pre-line;\"\n    ).render\n    d\n  }\n\n  def bufferDiv2(buf: Buffer) = {\n    val bid = buf.ref.id\n    val ta = textarea(id := bid, `class` := \"fullscreen\", style := \"resize: none;\").render.asInstanceOf[HTMLTextAreaElement]\n    ta\n  }\n\n  def bufferDiv(buf: Buffer)(f: cm.Editor \u21d2 Unit): DivType.DivType = {\n    val divId = buf.ref.id\n\n    def mkEditorDiv(editorMode: String) = {\n      def enterVimMode(e: cm.Editor) = {\n        e.setOption(\"disableInput\", true)\n        e.setOption(\"showCursorWhenSelecting\", false)\n      }\n      def leaveVimMode(e: cm.Editor) = {\n        e.setOption(\"disableInput\", false)\n        e.setOption(\"showCursorWhenSelecting\", true)\n      }\n      def attach(e: cm.Editor) = {\n        jsg.CodeMirror.addClass(e.getWrapperElement(), \"cm-fat-cursor\")\n        enterVimMode(e)\n      }\n      def detach(e: cm.Editor) = {\n        jsg.CodeMirror.rmClass(e.getWrapperElement(), \"cm-fat-cursor\")\n        leaveVimMode(e)\n      }\n\n      val editorId = s\"$divId-ta\"\n      val ta = textarea(id := editorId).render.asInstanceOf[HTMLTextAreaElement]\n      val editorDiv = div(id := divId, ta).render\n      val params = EditorConfig.mode(editorMode)\n          .theme(\"solarized\")\n          .extraKeys(scalajs.js.Dynamic.literal(\n              \"F6\" \u2192 {(e: cm.Editor) \u21d2 attach(e) },\n              \"F7\" \u2192 {(e: cm.Editor) \u21d2 detach(e) }\n          ))\n      val editor = CodeMirror.fromTextArea(ta, params)\n      f(editor)\n\n      DivType.Editor(editorDiv, editor)\n    }\n\n    def mkResultDiv = {\n      DivType.Result(div(id := divId).render)\n    }\n\n    buf.tpe match {\n      case BufferType.Editor(mode)      \u21d2 mkEditorDiv(mode)\n      case BufferType.Result(editorRef) \u21d2 mkResultDiv\n    }\n  }\n\n}\n\ncase class AEditor(editorDiv: dom.html.Div, resultDiv: dom.html.Div, editor: cm.Editor)\n\nobject DivType {\n  sealed trait DivType {\n    def div: dom.html.Div\n  }\n  case class Editor(override val div: dom.html.Div, editor: cm.Editor) extends DivType\n  case class Result(override val div: dom.html.Div) extends DivType\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"protocol\/src\/main\/scala\/amora\/protocol\/ui\/WindowTree.scala","text":"package amora.protocol.ui\n\nsealed trait WindowTree\ncase class Rows(rows: Seq[WindowTree]) extends WindowTree\ncase class Columns(columns: Seq[WindowTree]) extends WindowTree\ncase class Window(id: Int) extends WindowTree\n"}
{"repo_name":"sschaef\/scalajs-test","path":"web-ui\/src\/main\/scala\/amora\/frontend\/webui\/Connection.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.frontend.webui\n\nimport java.nio.ByteBuffer\n\nimport scala.concurrent.Future\nimport scala.scalajs.concurrent.JSExecutionContext.Implicits.queue\nimport scala.scalajs.js\nimport scala.scalajs.js.JSON\n\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.CloseEvent\nimport org.scalajs.dom.raw.ErrorEvent\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.dom.raw.MessageEvent\nimport org.scalajs.dom.raw.WebSocket\n\nimport amora.frontend.webui.protocol.AuthorizationGranted\nimport amora.frontend.webui.protocol.Request\nimport amora.frontend.webui.protocol.Response\n\n\/**\n * Maintains a web socket connection to the server. The connection is created by\n * calling the [[setup]] method. The constructor takes a response handler, which\n * gets notified for every response that arrives from the server.\n *\/\nclass Connection(responseHandler: Response \u21d2 Unit) {\n\n  \/** The socket to the server *\/\n  private var ws: WebSocket = _\n\n  \/** The ID of the client which is assigned by the server after authorization. *\/\n  private var clientId: String = _\n\n  \/**\n   * Creates the connection to the server.\n   *\/\n  def setup(): Unit = {\n    authorize()\n  }\n\n  \/**\n   * Sends a request to the server.\n   *\/\n  def send(req: Request): Unit = {\n    import boopickle.Default._\n    val msg = Pickle.intoBytes(req)\n    ws.send(toArrayBuffer(msg))\n    dom.console.info(s\"Sent request: $req\")\n  }\n\n  private def authorize() = {\n    val ws = new WebSocket(websocketUri(\"auth-web\"))\n    ws.binaryType = \"arraybuffer\"\n    ws.onopen = (e: Event) \u21d2 {\n      dom.console.info(\"Connection for client authorization opened\")\n    }\n    ws.onerror = (e: ErrorEvent) \u21d2 {\n      dom.console.error(s\"Couldn't create connection to server: ${JSON.stringify(e)}\")\n    }\n    ws.onmessage = (e: MessageEvent) \u21d2 {\n      import boopickle.Default._\n      val bytes = toByteBuffer(e.data)\n      Unpickle[Response].fromBytes(bytes) match {\n        case AuthorizationGranted(id) \u21d2\n          dom.console.info(s\"Server assigned id `$id`.\")\n          this.clientId = id\n\n          Future {\n            setupWS()\n          } onFailure {\n            case t \u21d2\n              throw t\n          }\n\n        case msg \u21d2\n          dom.console.error(s\"Unexpected message arrived: $msg\")\n      }\n      ws.close()\n      dom.console.info(\"Connection for client authorization closed\")\n    }\n  }\n\n  private def setupWS(): Unit = {\n    ws = new WebSocket(websocketUri(s\"kbws?id=$clientId\"))\n    ws.binaryType = \"arraybuffer\"\n    ws.onopen = (e: Event) \u21d2 {\n      dom.console.info(\"Connection for server communication opened\")\n    }\n    ws.onerror = (e: ErrorEvent) \u21d2 {\n      dom.console.error(s\"Couldn't create connection to server: ${JSON.stringify(e)}\")\n    }\n    ws.onmessage = (e: MessageEvent) \u21d2 {\n      import boopickle.Default._\n      val bytes = toByteBuffer(e.data)\n      val resp = Unpickle[Response].fromBytes(bytes)\n      dom.console.info(s\"Received response from server: $resp\")\n      responseHandler(resp)\n    }\n    ws.onclose = (e: CloseEvent) \u21d2 {\n      val reason = if (e.reason.isEmpty) \"\" else s\" Reason: ${e.reason}\"\n      dom.console.info(s\"Connection for server communication closed.$reason\")\n      dom.window.setTimeout({ () \u21d2\n        \/\/ when the connection is closed automatically, we want to reconnect\n        dom.console.info(\"Recreating connection for server communication\")\n        setupWS()\n      }, 100)\n    }\n  }\n\n  private def websocketUri(path: String): String = {\n    \/\/ The server address is defined by the server\n    val addr = js.Dynamic.global.ServerAddress.toString\n    val wsAddr =\n      if (addr.startsWith(\"https:\"))\n        addr.replaceFirst(\"https:\", \"wss:\")\n      else if (addr.startsWith(\"http:\"))\n        addr.replaceFirst(\"http:\", \"ws:\")\n      else\n        throw new Exception(s\"Invalid server address: $addr. It needs to start with https or http.\")\n    val fullAddr = s\"$wsAddr\/$path\"\n\n    dom.console.log(s\"Connecting to `$fullAddr`\")\n    fullAddr\n  }\n\n  private def toByteBuffer(data: Any): ByteBuffer = {\n    val ab = data.asInstanceOf[js.typedarray.ArrayBuffer]\n    js.typedarray.TypedArrayBuffer.wrap(ab)\n  }\n\n  private def toArrayBuffer(data: ByteBuffer): js.typedarray.ArrayBuffer = {\n    import scala.scalajs.js.typedarray.TypedArrayBufferOps._\n    data.arrayBuffer\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/indexer\/JavaBytecodeIndexer.scala","text":"<reponame>sschaef\/scalajs-test<filename>backend\/src\/main\/scala\/amora\/backend\/indexer\/JavaBytecodeIndexer.scala\npackage amora.backend.indexer\n\nimport java.io.ByteArrayOutputStream\nimport java.io.PrintWriter\nimport java.net.URI\n\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport amora.backend.Logger\nimport javax.tools.FileObject\nimport javax.tools.JavaFileManager\nimport javax.tools.JavaFileObject\nimport javax.tools.SimpleJavaFileObject\nimport javax.tools.StandardJavaFileManager\nimport javax.tools.ToolProvider\nimport amora.converter.ClassfileConverter\nimport amora.converter.protocol.Hierarchy\n\n\/**\n * Provides functionality to extract information out of Java bytecode.\n *\/\nfinal class JavaBytecodeIndexer(logger: Logger) {\n\n  \/**\n   * Converts pairs of file names and Java sources to pairs of file names and\n   * hierarchies.\n   *\/\n  def bytecodeToHierarchy(data: Seq[(String, String)]): Try[Seq[(String, Seq[Hierarchy])]] = Try {\n    val c = ToolProvider.getSystemJavaCompiler\n    val vfm = new VirtualJavaFileManager(c.getStandardFileManager(null, null, null))\n\n    data flatMap {\n      case (filename, src) \u21d2\n        require(filename.endsWith(\".java\"), \"Only Java files are currently supported\")\n        val s = new ByteArrayOutputStream\n        val pw = new PrintWriter(s)\n\n        c.getTask(\n            pw, vfm, null,\n            \/* options *\/ java.util.Arrays.asList(\"-parameters\"),\n            null,\n            \/* compilationUnits *\/ java.util.Arrays.asList(new VirtualJavaFile(filename, src))\n        ).call()\n\n        val errorMsgs = new String(s.toByteArray(), \"UTF-8\")\n        if (errorMsgs.nonEmpty)\n          throw new IllegalStateException(s\"Errors occurred during compilation of file `$filename`:\\n$errorMsgs\")\n\n        vfm.buffers.map {\n          case (_, bytecode) \u21d2\n            new ClassfileConverter(_ \u21d2 ()).convert(bytecode) match {\n              case Success(res) \u21d2\n                filename \u2192 res\n              case Failure(f) \u21d2\n                throw f\n            }\n        }\n    }\n  }\n\n  \/**\n   * Represents an in memory Java file by its name and its source code.\n   *\/\n  private final class VirtualJavaFile(name: String, code: String)\n      extends SimpleJavaFileObject(URI.create(s\"string:\/\/\/$name\"), JavaFileObject.Kind.SOURCE) {\n    override def getCharContent(ignoreEncodingErrors: Boolean): CharSequence = code\n  }\n\n  \/**\n   * Wraps a `StandardJavaFileManager` in order to allow us to access the\n   * bytecode that is generated by the Java compiler.\n   *\/\n  private final class VirtualJavaFileManager(underlying: StandardJavaFileManager) extends JavaFileManager {\n    import javax.tools.JavaFileManager._\n    import javax.tools.JavaFileObject._\n\n    private var bs = Map[String, ByteArrayOutputStream]()\n\n    def buffers = bs.map { case (k, v) \u21d2 k \u2192 v.toByteArray() }.toList\n\n    override def getJavaFileForOutput(location: Location, className: String, kind: Kind, sibling: FileObject): JavaFileObject = {\n      new SimpleJavaFileObject(URI.create(className), kind) {\n        override def openOutputStream = {\n          val s = new ByteArrayOutputStream\n          bs += className \u2192 s\n          s\n        }\n      }\n    }\n\n    \/\/ the following methods forward to the default implementation\n    override def getJavaFileForInput(location: Location, className: String, kind: Kind): JavaFileObject = underlying.getJavaFileForInput(location, className, kind)\n    override def getClassLoader(location: Location): ClassLoader = underlying.getClassLoader(location)\n    override def close(): Unit = underlying.close()\n    override def flush(): Unit = underlying.flush()\n    override def getFileForInput(x$1: Location, x$2: String, x$3: String): FileObject = underlying.getFileForInput(x$1, x$2, x$3)\n    override def getFileForOutput(x$1: Location, x$2: String, x$3: String, x$4: FileObject): FileObject = underlying.getFileForOutput(x$1, x$2, x$3, x$4)\n    override def handleOption(current: String, remaining: java.util.Iterator[String]): Boolean = underlying.handleOption(current, remaining)\n    override def hasLocation(x$1: Location): Boolean = underlying.hasLocation(x$1)\n    override def inferBinaryName(x$1: Location, x$2: JavaFileObject): String = underlying.inferBinaryName(x$1, x$2)\n    override def isSameFile(a: FileObject, b: FileObject): Boolean = underlying.isSameFile(a, b)\n    override def isSupportedOption(option: String): Int = underlying.isSupportedOption(option)\n    override def list(x$1: Location, x$2: String, x$3: java.util.Set[Kind], x$4: Boolean): java.lang.Iterable[JavaFileObject] = underlying.list(x$1, x$2, x$3, x$4)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/protocol\/src\/main\/scala\/amora\/converter\/protocol\/Hierarchy.scala","text":"package amora.converter.protocol\n\nsealed trait Hierarchy {\n\n  private var _attachments = Set[Attachment]()\n\n  final var position: Position = NoPosition\n\n  final def asString: String = this match {\n    case Root \u21d2\n      throw new UnsupportedOperationException(\"Root can't be represented as a string.\")\n    case Decl(name, parent) \u21d2\n      val sig = attachments.collectFirst {\n        case Attachment.JvmSignature(signature) \u21d2 signature\n      }.getOrElse(\"\")\n      val att = attachments.collectFirst {\n        case Attachment.Param \u21d2 \"<param>\"\n        case Attachment.TypeParam \u21d2 \"<tparam>\"\n        case Attachment.Object \u21d2 \"<object>\"\n      }.getOrElse(\"\")\n      parent match {\n        case Root \u21d2\n          s\"$att$name$sig\"\n        case _ \u21d2\n          s\"${parent.asString}.$att$name$sig\"\n      }\n    case Ref(name, refToDecl, _, _) \u21d2\n      val sig = refToDecl match {\n        case d: Decl \u21d2\n          d.attachments.collectFirst {\n            case Attachment.JvmSignature(signature) \u21d2 signature\n          }.getOrElse(\"\")\n        case _ \u21d2\n          \"\"\n      }\n      refToDecl.owner match {\n        case Root \u21d2\n          if (name == \"this\")\n            s\"<ref>${refToDecl.asInstanceOf[Decl].name}$sig\"\n          else\n            s\"<ref>$name$sig\"\n        case o \u21d2\n          if (name == \"this\")\n            s\"${o.asString}.<ref>${refToDecl.asInstanceOf[Decl].name}$sig\"\n          else\n            s\"${o.asString}.<ref>$name$sig\"\n      }\n    case s @ Scope(parent) \u21d2\n      s\"${parent.asString}.${s.attachmentAsString}\"\n  }\n\n  def attachments: Set[Attachment] = _attachments\n\n  def addAttachments(as: Attachment*): Unit = {\n    as foreach (this._attachments += _)\n  }\n\n  \/**\n   * The scope of [[name]], i.e. another hierarchy object in which [[name]] has\n   * been defined and where it can be accessed.\n   *\/\n  def owner: Hierarchy\n}\n\ncase class Scope(override val owner: Hierarchy) extends Hierarchy {\n  def attachmentAsString = {\n    attachments.collectFirst {\n      case Attachment.If \u21d2 \"<if>\"\n      case Attachment.Else \u21d2 \"<else>\"\n      case Attachment.Try \u21d2 \"<try>\"\n      case Attachment.Finally \u21d2 \"<finally>\"\n      case Attachment.Case \u21d2 \"<case>\"\n      case Attachment.Catch \u21d2 \"<catch>\"\n      case Attachment.Match \u21d2 \"<match>\"\n      case Attachment.While \u21d2 \"<while>\"\n      case Attachment.Do \u21d2 \"<do>\"\n      case Attachment.Implicit \u21d2 \"<implicit>\"\n    }.getOrElse(throw new IllegalStateException(s\"Scope `$this` has no attachment.\"))\n  }\n}\n\nsealed trait HierarchyWithName extends Hierarchy {\n\n  \/**\n   * The name of the hierarchy object.\n   *\/\n  def name: String\n}\n\n\/**\n * Specifies a declaration.\n *\n * [[name]] overrides the super declaration. [[_owner]] is private to this class\n * and exists only because [[owner]] couldn't directly be overridden.\n *\/\ncase class Decl(override val name: String, private val _owner: Hierarchy) extends HierarchyWithName {\n  override def owner = _owner\n}\n\n\/**\n * Specifies a reference to a declaration.\n *\n * [[name]] is the name of the reference. [[refToDecl]] is the declaration to which\n * this reference points to. [[owner]] is the declaration, which contains [[name]].\n * [[calledOn]] specifies how [[name]] refers to [[refToDecl]].\n *\/\ncase class Ref(override val name: String, refToDecl: Hierarchy, override val owner: Hierarchy, calledOn: Option[Hierarchy]) extends HierarchyWithName\n\n\/**\n * The root or bottom of the hierarchy. The owner refers to itself.\n *\/\nobject Root extends Decl(\"_root_\", null) {\n  override def toString = \"Root\"\n  override def owner = Root\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/services\/ScalaService.scala","text":"package amora.backend.services\n\nimport java.io.ByteArrayInputStream\nimport java.nio.charset.StandardCharsets\n\nimport org.apache.jena.query.ResultSetFactory\n\nimport amora.api.SparqlResultSet\nimport amora.backend.PlatformConstants\nimport scalaj.http.Http\nimport scalaj.http.HttpOptions\n\ntrait ScalaService {\n\n  \/\/ This value is injected at runtime\n  val uri: String = null\n\n  private val timeout = HttpOptions.connTimeout(if (PlatformConstants.runsInDebugMode) 0 else 1000)\n\n  def response(str: String): String = {\n    str\n  }\n\n  def requestId: String = {\n    \"#reqId\"\n  }\n\n  def turtleUpdate(update: String, errorMsg: \u21d2 String): Unit = {\n    val req = Http(s\"$uri\/turtle-update\")\n      .postData(update)\n      .header(\"Content-Type\", \"text\/turtle\")\n      .header(\"Charset\", \"UTF-8\")\n      .option(timeout)\n    val resp = req.asString\n    if (resp.code != 200)\n      throw new IllegalStateException(s\"$errorMsg\\nTurtle update request responded with an error.\\nRequest: $req\\nResponse: $resp\")\n  }\n\n  def sparqlUpdate(update: String, errorMsg: \u21d2 String): Unit = {\n    val req = Http(s\"$uri\/sparql-update\")\n      .postData(update)\n      .header(\"Content-Type\", \"application\/sparql-query\")\n      .header(\"Charset\", \"UTF-8\")\n      .option(timeout)\n    val resp = req.asString\n    if (resp.code != 200)\n      throw new IllegalStateException(s\"$errorMsg\\nSPARQL update request responded with an error.\\nRequest: $req\\nResponse: $resp\")\n  }\n\n  def sparqlRequest(query: String): SparqlResultSet = {\n    val req = Http(s\"$uri\/sparql\")\n      .postData(query)\n      .header(\"Content-Type\", \"application\/sparql-query\")\n      .header(\"Accept\", \"application\/sparql-results+json\")\n      .header(\"Charset\", \"UTF-8\")\n      .option(timeout)\n    val resp = req.asString\n    if (resp.code != 200)\n      throw new IllegalStateException(s\"SPARQL request responded with an error.\\nRequest: $req\\nResponse: $resp\")\n\n    val in = new ByteArrayInputStream(resp.body.getBytes(StandardCharsets.UTF_8))\n    new SparqlResultSet(ResultSetFactory.makeRewindable(ResultSetFactory.fromJSON(in)))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"build.sbt","text":"<gh_stars>10-100\nval genElectronMain = TaskKey[Unit](\"gen-electron-main\", \"Generates Electron application's main file.\")\nval genFirefoxPlugin = TaskKey[Unit](\"gen-firefox-plugin\", \"Generates the Firefox plugin.\")\nval genBundle = TaskKey[File](\"gen-bundle\", \"Generates a bundle that contains all NPM dependencies to be used in the browser.\")\n\nval publishScalacPlugin = TaskKey[Unit](\"publish-scalac-plugin\", \"Publishes the scalac plugin.\")\nval testSbtPlugin = TaskKey[Unit](\"test-sbt-plugin\", \"Tests the sbt plugin.\")\n\npublishScalacPlugin := Def.taskDyn {\n  Def.taskDyn {\n    Def.task{(assembly in scalacPlugin).value}\n  }.value\n  Def.task{(publishLocal in scalacPlugin).value}\n}.value\n\ntestSbtPlugin := Def.taskDyn {\n  publishScalacPlugin.value\n  Def.task{(scripted in amoraSbtPlugin).toTask(\"\").value}\n}.value\n\nlazy val commonSettings = Seq(\n  scalaVersion := \"2.11.8\",\n  scalacOptions ++= Seq(\n    \"-deprecation\",\n    \"-encoding\", \"UTF-8\",\n    \"-feature\",\n    \"-language:_\",\n    \"-unchecked\",\n    \"-Xlint\",\n    \"-Xfuture\",\n    \/\/\"-Xfatal-warnings\",\n    \"-Yno-adapted-args\",\n    \"-Ywarn-dead-code\",\n    \"-Ywarn-numeric-widen\",\n    \"-Ywarn-unused-import\",\n    \"-Ywarn-unused\"\n  ),\n\n  EclipseKeys.withSource := true,\n\n  incOptions := incOptions.value.withNameHashing(true),\n  updateOptions := updateOptions.value.withCachedResolution(true),\n\n  cancelable := true\n)\n\nlazy val junitSettings = Seq(\n  \/\/ see https:\/\/github.com\/sbt\/junit-interface for an explanation of the arguments\n  testOptions += Tests.Argument(TestFrameworks.JUnit, \"-q\", \"-v\", \"-s\"),\n  \/\/ we don't want to run the tests in sbt because they consume lots of resources\n  fork in Test := true\n)\n\n\/**\n * Aggregates all projects that contain test suites.\n * This way all the test suites can be run with `root\/test`.\n *\/\nlazy val root = project in file(\".\") aggregate (backend, scalacService, dotcService)\n\nlazy val protocol = crossProject crossType CrossType.Pure in file(\"protocol\") settings (\n  name := \"protocol\",\n  \/\/ We need to explicitly set this to the default Eclipse output folder, otherwise another one is created\n  EclipseKeys.eclipseOutput := Some(\"bin\/\"),\n\n  libraryDependencies ++= deps.protocol.value\n) settings (commonSettings: _*)\n\nlazy val protocolJvm = protocol.jvm\n\nlazy val protocolJs = protocol.js\n\nlazy val firefoxPlugin = project in file(\"firefox-plugin\") enablePlugins(ScalaJSPlugin) settings commonSettings ++ Seq(\n  name := \"firefox-plugin\",\n\n  persistLauncher in Compile := true,\n  persistLauncher in Test := false,\n\n  libraryDependencies ++= deps.firefoxPlugin.value,\n\n  genFirefoxPlugin := {\n    import java.nio.charset.Charset\n    \/\/ TODO we rely on the files written on disk but it would be better to be able to get the actual content directly from the tasks\n    val launchCode = IO.read((packageScalaJSLauncher in Compile).value.data, Charset.forName(\"UTF-8\"))\n    val sjsRuntime = IO.read((fastOptJS in Compile).value.data, Charset.forName(\"UTF-8\"))\n    val jsDeps = IO.read((packageJSDependencies in Compile).value, Charset.forName(\"UTF-8\"))\n    val pluginJsName = \"plugin.js\"\n    val mainJsName = \"main.js\"\n    val jsDepsName = \"jsdeps.js\"\n\n    val pkgJson = s\"\"\"\n    {\n      \"title\": \"amora\",\n      \"name\": \"amora-plugin\",\n      \"version\": \"0.0.1\",\n      \"description\": \"amora-plugin\",\n      \"main\": \"$mainJsName\",\n      \"author\": \"<NAME>\",\n      \"engines\": {\n        \"firefox\": \">=38.0a1\"\n      },\n      \"license\": \"Apache 2.0\",\n      \"repository\": {\n        \"type\": \"git\",\n        \"url\": \"https:\/\/github.com\/sschaef\/amora\"\n      },\n      \"keywords\": [\n        \"jetpack\"\n      ]\n    }\n    \"\"\"\n\n    \/\/ holds the JS code in the end, which is generated by Scala.js\n    val pluginJs = s\"\"\"\n      $sjsRuntime\n      $launchCode\n    \"\"\"\n\n    \/\/ entry point of the Firefox plugin. It loads all other JS files.\n    val mainJs = s\"\"\"\n      const data = require(\"sdk\/self\").data\n      const pageMod = require('sdk\/page-mod')\n\n      pageMod.PageMod({\n        include: ['https:\/\/github.com\/*'],\n        contentScriptFile: ['.\/$jsDepsName', '.\/$pluginJsName']\n      })\n    \"\"\"\n\n    val dest = (classDirectory in Compile).value \/ \"..\"\n    IO.write(dest \/ \"package.json\", pkgJson)\n    IO.write(dest \/ mainJsName, mainJs)\n    IO.write(dest \/ \"data\" \/ jsDepsName, jsDeps)\n    IO.write(dest \/ \"data\" \/ pluginJsName, pluginJs)\n  }\n)\n\nlazy val electron = project in file(\"electron\") enablePlugins(ScalaJSPlugin) settings commonSettings ++ Seq(\n  name := \"electron\",\n\n  persistLauncher in Compile := true,\n  persistLauncher in Test := false,\n\n  \/*\n   * We need to generate the Electron's main files \"package.json\" and \"main.js\".\n   *\/\n  genElectronMain := {\n    import java.nio.charset.Charset\n    \/\/ TODO we rely on the files written on disk but it would be better to be able to get the actual content directly from the tasks\n    val launchCode = IO.read((packageScalaJSLauncher in Compile).value.data, Charset.forName(\"UTF-8\"))\n    val jsCode = IO.read((fullOptJS in Compile).value.data, Charset.forName(\"UTF-8\"))\n\n    val pkgJson = \"\"\"\n    {\n      \"name\": \"electron-starter\",\n      \"version\": \"0.1\",\n      \"main\": \"main.js\",\n      \"repository\": {\n        \"type\": \"git\",\n        \"url\": \"https:\/\/github.com\/sschaef\/amora\"\n      },\n      \"license\": \"Apache 2.0\"\n    }\n    \"\"\".stripMargin\n\n    \/\/ hack to get require and __dirname to work in the main process\n    \/\/ see https:\/\/gitter.im\/scala-js\/scala-js\/archives\/2015\/04\/25\n    val mainJs = s\"\"\"\n      var addGlobalProps = function(obj) {\n        obj.require = require;\n        obj.__dirname = __dirname;\n      }\n\n      if((typeof __ScalaJSEnv === \"object\") && typeof __ScalaJSEnv.global === \"object\") {\n        addGlobalProps(__ScalaJSEnv.global);\n      } else if(typeof  global === \"object\") {\n        addGlobalProps(global);\n      } else if(typeof __ScalaJSEnv === \"object\") {\n        __ScalaJSEnv.global = {};\n        addGlobalProps(__ScalaJSEnv.global);\n      } else {\n        var __ScalaJSEnv = { global: {} };\n        addGlobalProps(__ScalaJSEnv.global)\n      }\n      $jsCode\n      $launchCode\n    \"\"\"\n\n    val dest = (classDirectory in Compile).value \/ \"..\"\n    IO.write(dest \/ \"package.json\", pkgJson)\n    IO.write(dest \/ \"main.js\", mainJs)\n  }\n)\n\n\/**\n * The electron based UI for neovim.\n *\/\nlazy val ui = project in file(\"ui\") enablePlugins(ScalaJSPlugin, SbtWeb) settings commonSettings ++ Seq(\n  name := \"ui\",\n  scalaJSStage in Global := FastOptStage,\n\n  \/\/ for codemirror-facade\n  resolvers += sbt.Resolver.bintrayRepo(\"denigma\", \"denigma-releases\"),\n\n  libraryDependencies ++= deps.sjs.value,\n\n  skip in packageJSDependencies := false,\n  jsDependencies ++= deps.webjars.value,\n\n  persistLauncher in Compile := true,\n  persistLauncher in Test := false\n) dependsOn (protocolJs)\n\n\/**\n * This plugin makes it possible to include NPM dependencies in our sbt build. It provides the `genBundle` task,\n * which downloads the dependencies and creates a file called \"bundle.js\", which contains all of the dependencies.\n * The `getBundle` task returns the location of the bundled JS file,\n *\/\nlazy val bundle = project in file(\"bundle\") enablePlugins(SbtWeb, SbtJsEngine) settings commonSettings ++ Seq(\n  name := \"bundle\",\n\n  genBundle := {\n    import com.typesafe.sbt.jse.JsEngineImport.JsEngineKeys._\n    import com.typesafe.sbt.jse.SbtJsTask._\n    import com.typesafe.sbt.jse.SbtJsEngine.autoImport.JsEngineKeys._\n    import scala.concurrent.duration._\n\n    (npmNodeModules in Assets).value\n    val log = streams.value.log\n    val in = (baseDirectory.value \/ \"dependencies.js\").getAbsolutePath\n    val out = (baseDirectory.value \/ \"target\" \/ \"bundle.js\").getAbsolutePath\n    val modules =  (baseDirectory.value \/ \"node_modules\").getAbsolutePath\n    log.info(s\"Bundling NPM dependencies into file '$out'.\")\n    executeJs(\n      state.value,\n      engineType.value,\n      None,\n      Seq(modules),\n      baseDirectory.value \/ \"browserify.js\",\n      Seq(in, out),\n      30.seconds)\n    file(out)\n  }\n)\n\n\/**\n * The web interface of the backend.\n *\/\nlazy val webUi = project in file(\"web-ui\") enablePlugins(ScalaJSPlugin, SbtWeb) settings commonSettings ++ Seq(\n  name := \"web-ui\",\n  scalaJSStage in Global := FastOptStage,\n\n  libraryDependencies ++= deps.webUi.value,\n\n  \/\/ add bundle JS files to resources\n  resourceGenerators in Compile += (genBundle in bundle).map(r => Seq(r)).taskValue,\n  \/\/ mae bundled JS file availabl to Scala.js\n  jsDependencies += ProvidedJS \/ \"bundle.js\",\n\n  skip in packageJSDependencies := false,\n\n  persistLauncher in Compile := true,\n  persistLauncher in Test := false\n) dependsOn (protocolJs)\n\nlazy val nvim = project in file(\"nvim\") settings commonSettings ++ Seq(\n  name := \"nvim\",\n\n  libraryDependencies ++= deps.nvim.value\n)\n\nlazy val backend = project in file(\"backend\") settings commonSettings ++ Revolver.settings ++ junitSettings ++ Seq(\n  name := \"backend\",\n\n  resolvers += Resolver.sonatypeRepo(\"snapshots\"),\n  libraryDependencies ++= deps.backend.value,\n  javaOptions ++= Seq(\n    \"-agentlib:jdwp=transport=dt_socket,server=y,address=8000,suspend=n\"\n  ),\n\n  \/\/ We need to explicitly set this to the default Eclipse output folder, otherwise another one is created\n  EclipseKeys.eclipseOutput := Some(\"bin\/\"),\n\n  \/\/ add ui JS files to resources: *fastopt.js, *fullopt.js, *launcher.js, *jsdeps.js\n  resourceGenerators in Compile += (fastOptJS in Compile in ui).map(r => Seq(r.data)).taskValue,\n  \/\/resourceGenerators in Compile += ((fullOptJS in Compile in ui).map(r => Seq(r.data)).taskValue,\n  resourceGenerators in Compile += (packageScalaJSLauncher in Compile in ui).map(r => Seq(r.data)).taskValue,\n  resourceGenerators in Compile += (packageJSDependencies in Compile in ui).map(Seq(_)).taskValue,\n  \/\/ add folder of webjars to resources\n  unmanagedResourceDirectories in Compile += (WebKeys.webTarget in Compile in ui).value \/ \"web-modules\" \/ \"main\" \/ \"webjars\" \/ \"lib\",\n\n  \/\/ add webUi JS files to resources: *fastopt.js, *fullopt.js, *launcher.js, *jsdeps.js\n  resourceGenerators in Compile += (fastOptJS in Compile in webUi).map(r => Seq(r.data)).taskValue,\n  resourceGenerators in Compile += (packageScalaJSLauncher in Compile in webUi).map(r => Seq(r.data)).taskValue,\n  resourceGenerators in Compile += (packageJSDependencies in Compile in webUi).map(Seq(_)).taskValue,\n\n  \/\/ depend on the genElectronMain task but don't add its generated resources since we don't need to route them at runtime\n  resourceGenerators in Compile += (genElectronMain in Compile in electron).map(_ => Seq()).taskValue,\n\n  \/\/ add schema definitions to resource directories\n  unmanagedResourceDirectories in Compile += (baseDirectory in ThisBuild).value \/ \"schema\",\n\n  \/\/ use resoure generators also in Test config\n  resourceGenerators in Test := (resourceGenerators in Compile).value,\n  unmanagedResourceDirectories in Test := (unmanagedResourceDirectories in Compile).value,\n\n  \/\/ We want to have a slightly different configuration when the tests run in the build tool\n  \/\/ than when they run in the IDE. `test-application.conf` is loaded during the tests and\n  \/\/ therefore gives us the possibility to override the default configuration.\n  resourceGenerators in Test += (classDirectory in Test).map { dir =>\n    IO.write(dir \/ \"test-application.conf\", \"\"\"\n      akka {\n        # Do not log anything - we are only interested in the test results\n        loglevel = OFF\n      }\n      app {\n        # We do not need additional logging during the build\n        log-additional-debug-data-in-tests = false\n      }\n    \"\"\")\n\n    Nil\n  }.taskValue,\n\n  \/\/ once the server is started, we also want to restart it on changes in the protocol project\n  watchSources ++= (watchSources in protocolJvm).value\n) dependsOn (protocolJvm, nvim, javacConverter, nlp)\n\nlazy val scalacPlugin = project in file(\"scalac-plugin\") settings commonSettings ++ Seq(\n  name := \"scalac-plugin\",\n  organization := \"amora\",\n  crossVersion := CrossVersion.full,\n\n  scalacOptions in console in Compile += s\"-Xplugin:${(packageBin in Compile).value}\",\n  \/\/scalacOptions in Test += s\"-Xplugin:${(packageBin in Compile).value}\",\n\n  \/\/ add plugin timestamp to compiler options to trigger recompile of\n  \/\/ code after editing the plugin. (Otherwise a 'clean' is needed.)\n  scalacOptions in Test ++= ((Keys.`package` in Compile) map { (jar: File) =>\n    System.setProperty(\"sbt.paths.plugin.jar\", jar.getAbsolutePath)\n    Seq(\"-Xplugin:\" + jar.getAbsolutePath, \"-Jdummy=\" + jar.lastModified)\n  }).value,\n\n  isSnapshot := true,\n  \/\/ adds project depedencies to JAR file of compiler plugin. If we don't do this,\n  \/\/ the dependencies are not available when the compiler plugin is executed.\n  \/\/ copied from https:\/\/github.com\/matanster\/extractor\/blob\/95d16d80d534cb9b5113b5e6824021a9382168a9\/build.sbt#L55-L66\n  test in assembly := {},\n  assemblyJarName in assembly := name.value + \"_\" + scalaVersion.value + \"-\" + version.value + \"-assembly.jar\",\n  assemblyOption in assembly := (assemblyOption in assembly).value.copy(includeScala = false),\n  packagedArtifact in Compile in packageBin := {\n    val (art, slimJar) = (packagedArtifact in Compile in packageBin).value\n    val fatJar = new File(crossTarget.value + \"\/\" + (assemblyJarName in assembly).value)\n    IO.copy(List(fatJar -> slimJar), overwrite = true)\n    println(\"Using sbt-assembly to package library dependencies into a fat jar for publication\")\n    (art, slimJar)\n  },\n  test in Test := (test in Test).dependsOn(packagedArtifacts).value,\n\n  \/\/ show stack traces up to first sbt stack frame\n  traceLevel in Test := 0\n) dependsOn (scalacConverter)\n\nlazy val amoraSbtPlugin = project in file(\"sbt-plugin\") settings ScriptedPlugin.scriptedSettings ++ Seq(\n  name := \"sbt-amora\",\n  organization := \"amora\",\n\n  libraryDependencies ++= deps.amoraSbtPlugin.value,\n  sbtPlugin := true,\n  scalaVersion := \"2.10.5\",\n  scriptedLaunchOpts ++= Seq(\n    \"-Dplugin.version=\" + version.value,\n    \"-Xmx2G\",\n    \"-Xss2M\"\n  ),\n  \/\/ do not buffer the log, otherwise some parts may not be shown\n  scriptedBufferLog := false,\n  scalacOptions ++= Seq(\n    \"-deprecation\",\n    \"-encoding\", \"UTF-8\",\n    \"-feature\"\n  )\n)\n\n\/**\n * Contains common definitions that are needed by all converters and by the indexer.\n *\/\nlazy val converterProtocol = project in file(\"converter\/protocol\") settings commonSettings ++ Seq(\n  name := \"converter-protocol\",\n  organization := \"amora\",\n  crossVersion := CrossVersion.full\n)\n\nlazy val scalacConverter = project in file(\"converter\/scalac\") settings commonSettings ++ Seq(\n  name := \"scalac-converter\",\n  organization := \"amora\",\n  crossVersion := CrossVersion.full,\n\n  libraryDependencies ++= deps.scalacConverter.value\n) dependsOn (converterProtocol)\n\nlazy val javacConverter = project in file(\"converter\/javac\") settings commonSettings ++ Seq(\n  name := \"javac-converter\",\n\n  libraryDependencies ++= deps.javacConverter.value\n) dependsOn (converterProtocol)\n\nlazy val dotcConverter = project in file(\"converter\/dotc\") settings commonSettings ++ Seq(\n  name := \"dotc-converter\",\n\n  \/\/ dotc ships with a fork of scalac, we therefore don't want to use the compiler that is bundled with Eclipse\n  EclipseKeys.withBundledScalaContainers := false,\n\n  libraryDependencies ++= deps.dotcConverter.value\n) dependsOn (converterProtocol)\n\nlazy val scalaCompilerService = project in file(\"services\/scala-compiler\") settings commonSettings ++ Seq(\n  name := \"scala-compiler-service\",\n\n  libraryDependencies ++= deps.scalaCompilerService.value\n) dependsOn (backend % \"compile;test->test\")\n\nlazy val scalacService = project in file(\"services\/scalac\") settings commonSettings ++ junitSettings ++ Seq(\n  name := \"scalac-service\"\n) dependsOn (scalacConverter, scalaCompilerService % \"compile;test->test\")\n\nlazy val dotcService = project in file(\"services\/dotc\") settings commonSettings ++ junitSettings ++ Seq(\n  name := \"dotc-service\",\n\n  \/\/ dotc ships with a fork of scalac, we therefore don't want to use the compiler that is bundled with Eclipse\n  EclipseKeys.withBundledScalaContainers := false\n) dependsOn (dotcConverter, scalaCompilerService % \"compile;test->test\")\n\nlazy val nlp = project in file(\"nlp\") settings commonSettings ++ Seq(\n  name := \"nlp\",\n\n  libraryDependencies ++= deps.nlp.value\n)\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/ScalaDeclTest.scala","text":"<gh_stars>10-100\npackage amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass ScalaDeclTest extends RestApiTest {\n\n  @Test\n  def classes() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class [[A]]\n        class [[B_?]]\n        class [[??]]\n        class [[`hello world`]]\n        object O\n        abstract class AC\n      \"\"\")\n  }\n\n  @Test\n  def abstract_classes() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/AbstractClass\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class A\n        object O\n        abstract class [[AC]] {}\n      \"\"\")\n  }\n\n  @Test\n  def classes_with_body() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        class [[A]] {}\n        class [[B_?]] {\n          def f = 0\n        }\n        class [[??]] { \/* comment*\/ }\n        class [[`hello world`]] {\n          def g = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def objects() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Object\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        object [[`x y`]] {\n          def g = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def traits() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Trait\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package a.b.c\n        trait [[B]] {}\n      \"\"\")\n  }\n\n  @Test\n  def packages() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        package [[a]].[[b]].[[c]]\n        class A\n      \"\"\")\n  }\n\n  @Test\n  def defs() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]]A {\n          def [[meth]] = 0\n          def [[meth2]] = {\n            def [[meth3]] = {\n              def [[meth4]] = 0\n              meth4\n            }\n            meth3\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def vals() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          val [[v1]] = 0\n          val [[v2]] = {\n            val [[v3]] = {\n              val [[v4]] = 0\n              v4\n            }\n            v3\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def vars() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          var [[v1]] = 0\n          var [[v2]] = {\n            var [[v3]] = {\n              var [[v4]] = 0\n              v4\n            }\n            v3\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def lazy_vals() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/LazyVal\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          lazy val [[v1]] = 0\n          lazy val [[v2]] = {\n            lazy val [[v3]] = {\n              lazy val [[v4]] = 0\n              v4\n            }\n            v3\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def private_class_parameters() = {\n    indexRegionData(\"\"\"\n        prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n        select distinct ?name ?start ?end where {\n          [c:flag param:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A([[value1]]: Int, [[`second val`]]: String)\n      \"\"\")\n  }\n\n  @Test\n  def method_parameters() = {\n    indexRegionData(\"\"\"\n        prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n        select * where {\n          [c:flag param:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f([[param1]]: Int)([[`p a r a m`]]: String)([[p]]: Int) = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def multiple_lambda_decls() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Val\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f([[i]]: Int \u21d2 Int) = i\n          f([[v]] \u21d2 v)\n          f([[v]] \u21d2 v)\n        }\n      \"\"\")\n  }\n\n  @Test\n  def default_constructor() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]]\n      \"\"\")\n  }\n\n  @Test\n  def constructor_with_parameter() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select distinct * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]]([[value]]: Int)\n      \"\"\")\n  }\n\n  @Test\n  def auxiliary_constructor() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]] {\n          def [[this]]([[value]]: Int) {\n            this()\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def type_alias_with_type_parameter() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]] {\n          type [[Type]] [ [[A]] , [[B]] ] = Map[A, B]\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]] { [[selfRef]] \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def self_ref_with_parent() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a c:] c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class [[!this]][[X]] {\n          [[selfRef]]: scala.collection.mutable.AbstractSet[Int] \u21d2\n        }\n      \"\"\")\n  }\n\n  @Test\n  def class_and_object() = {\n    indexRegionData(\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix o:<http:\/\/amora.center\/kb\/amora\/Schema\/Object\/>\n        select ?name ?start ?end where {\n          [c:name \"value\"] c:owner ?owner .\n          ?owner a o: ; c:name ?name ; c:posStart ?start ; c:posEnd ?end .\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          val value = 0\n        }\n        object [[X]] {\n          val value = 0\n        }\n      \"\"\")\n  }\n\n  @Test\n  def decl_in_scope_has_an_owner() = {\n    indexRegionData(\"\"\"\n        prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          ?d a Decl: ; Decl:name ?name ; Decl:posStart ?start ; Decl:posEnd ?end .\n          filter not exists {\n            ?d Decl:owner ?o .\n          }\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int) = i match {\n            case i \u21d2 i\n          }\n        }\n      \"\"\")\n  }\n\n  @Test\n  def decl_in_extractor_scope_has_an_owner() = {\n    indexRegionData(\"\"\"\n        prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          ?d a Decl: ; Decl:name ?name ; Decl:posStart ?start ; Decl:posEnd ?end .\n          filter not exists {\n            ?d Decl:owner ?o .\n          }\n        }\n      \"\"\",\n      Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(o: Option[Int]) = o match {\n            case Some(i) \u21d2 i\n          }\n        }\n      \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/services\/FindDeclaration.scala","text":"package amora.backend.services\n\nclass FindDeclaration extends ScalaService {\n\n  def run(offset: Int): String = {\n    val r = sparqlRequest(s\"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n\n      select ?declStart ?declEnd where {\n        ?ident Schema:posStart ?start; Schema:posEnd ?end .\n        filter ($offset >= ?start && $offset <= ?end)\n\n        # ?ident can either be a Ref or a Decl\n        {\n          ?ident Ref:refToDecl ?decl .\n        }\n        union\n        {\n          ?ident a Decl: .\n          bind(?ident as ?decl)\n        }\n\n        ?decl Decl:posStart ?declStart; Decl:posEnd ?declEnd .\n      }\n      limit 1\n    \"\"\")\n    val position = r.map { row \u21d2\n      row.int(\"declStart\") \u2192 row.int(\"declEnd\")\n    }\n\n    response(s\"\"\"\n      @prefix Service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix Response:<http:\/\/amora.center\/kb\/ServiceResponse\/> .\n      @prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/> .\n      <#this>\n        a Response: ;\n        Service:requestId <$requestId> ;\n        Service:result ${\n          position.map {\n            case (start, end) \u21d2 s\"\"\"[\n          Decl:posStart $start ;\n          Decl:posEnd $end ;\n        ] ;\"\"\"\n          }.headOption.getOrElse(\"[]\")\n        }\n      .\n    \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/MultiProjectTest.scala","text":"package amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.backend.schema.Schema\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass MultiProjectTest extends RestApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def add_multiple_projects(): Unit = {\n    val p1 = Project(\"p1\")\n    val p2 = Project(\"p2\")\n    turtleRequest(Schema.mkTurtleString(Seq(p1, p2)))\n    sparqlRequest(\"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select * where {\n        [a p:] p:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"p1\")),\n        Seq(Data(\"name\", \"p2\")))\n  }\n\n  @Test\n  def add_multiple_projects_with_artifacts(): Unit = {\n    val a1 = Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v1\")\n    val a2 = Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v2\")\n    val a3 = Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v1\")\n    val a4 = Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v2\")\n    turtleRequest(Schema.mkTurtleString(Seq(a1, a2, a3, a4)))\n    sparqlRequest(\"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select * where {\n        [a a:] a:name ?name ; a:version ?version .\n      }\n      order by ?name ?version\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"n1\"), Data(\"version\", \"v1\")),\n        Seq(Data(\"name\", \"n1\"), Data(\"version\", \"v2\")),\n        Seq(Data(\"name\", \"n2\"), Data(\"version\", \"v1\")),\n        Seq(Data(\"name\", \"n2\"), Data(\"version\", \"v2\")))\n  }\n\n  @Test\n  def artifacts_can_be_searched_by_project(): Unit = {\n    val a1 = Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v1\")\n    val a2 = Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v2\")\n    val a3 = Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v1\")\n    val a4 = Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v2\")\n    turtleRequest(Schema.mkTurtleString(Seq(a1, a2, a3, a4)))\n    sparqlRequest(\"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select * where {\n        [a a:] a:owner [a p: ; p:name \"p1\"] ; a:name ?name ; a:version ?version .\n      }\n      order by ?name ?version\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"n1\"), Data(\"version\", \"v1\")),\n        Seq(Data(\"name\", \"n1\"), Data(\"version\", \"v2\")))\n  }\n\n  @Test\n  def add_files_that_belong_to_different_artifacts(): Unit = {\n    indexData(Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v1\"),\n      \"a.scala\" \u2192 \"\"\"\n        package a.b.c\n        class A\n      \"\"\")\n    indexData(Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v1\"),\n      \"b.scala\" \u2192 \"\"\"\n        package d.e.f\n        class B\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix s:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select * where {\n        [a d:] d:name \"B\" ; s:owner+ [a a: ; a:name ?name] .\n      }\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"n2\")))\n  }\n\n  @Test\n  def index_downloaded_artifacts(): Unit = {\n    indexArtifacts(Artifact(Project(\"freedomotic\"), \"com.freedomotic\", \"hello-world\", \"3.0\"))\n    sparqlRequest(\"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      prefix s:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [a c:] s:owner+ [a a: ; a:name \"hello-world\"] ; c:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"HelloWorld\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"services\/scalac\/src\/main\/scala\/amora\/backend\/services\/ScalaSourceIndexer.scala","text":"package amora.backend.services\n\nimport java.io.PrintWriter\nimport java.io.StringWriter\n\nimport scala.reflect.io.AbstractFile\nimport scala.tools.nsc.Settings\nimport scala.tools.nsc.interactive.Global\nimport scala.tools.nsc.reporters.ConsoleReporter\nimport scala.util.Failure\nimport scala.util.Success\n\nimport amora.backend.Logger\nimport amora.backend.schema.Schema\nimport amora.converter.ScalacConverter\nimport amora.converter.protocol._\nimport amora.converter.protocol.Attachment.JvmClass\nimport amora.converter.protocol.Attachment.SourceFile\n\n\/**\n * Provides functionality to extract information out of Scala source code.\n *\/\nfinal class ScalaSourceIndexer(logger: Logger) extends ScalaService {\n\n  def run(origin: String, data: Seq[(String, String)]): String = {\n    handleScalaSource(origin, data)\n\n    response(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix response:<http:\/\/amora.center\/kb\/ServiceResponse\/> .\n      <#this>\n        a response: ;\n        service:requestId <$requestId> ;\n      .\n    \"\"\")\n  }\n\n  private def handleScalaSource(origin: String, data: Seq[(String, String)]): Unit = {\n    import amora.api._\n\n    val model = turtleModel(origin)\n    val artifact = sparqlQuery\"\"\"\n      prefix Artifact:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      prefix Project:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select * where {\n        [\n          Artifact:organization ?organization ;\n          Artifact:name ?name ;\n          Artifact:version ?version ;\n          Artifact:owner [Project:name ?pname] ;\n        ] a Artifact: .\n      }\n    \"\"\".runOnModel(model).map { row \u21d2\n      Artifact(\n          Project(row.string(\"pname\")),\n          row.string(\"organization\"),\n          row.string(\"name\"),\n          row.string(\"version\"))\n    }.head\n    def mkPkg(pkgs: Seq[String]): Schema = pkgs match {\n      case Nil \u21d2 artifact\n      case pkg +: pkgs \u21d2 Package(pkg, mkPkg(pkgs))\n    }\n    val PkgFinder = \"\"\"(?s).*?package ([\\w\\.]+).*?\"\"\".r\n\n    val files = data map {\n      case (fileName, src) \u21d2\n        val file = src match {\n          case PkgFinder(name) \u21d2 File(mkPkg(name.split('.').reverse), fileName)\n          case _ \u21d2 File(artifact, fileName)\n        }\n        (file, src)\n    }\n    convertToHierarchy(files) foreach {\n      case (fileName, hierarchy) \u21d2\n        logger.info(s\"Indexing ${hierarchy.size} entries of file $fileName\")\n\n        val s = Schema.mkTurtleUpdate(hierarchy)\n        turtleUpdate(origin, s\"Error happened while indexing $fileName.\")\n        turtleUpdate(s, s\"Error happened while indexing $fileName.\")\n    }\n  }\n\n  \/**\n   * Converts pairs of file names and Scala sources to pairs of file names and\n   * hierarchies.\n   *\n   * File names that end with \".java\" won't be converted to a hierarchy but they\n   * can be used as dependencies for the Scala files.\n   *\/\n  def convertToHierarchy(data: Seq[(File, String)]): Seq[(File, Seq[Hierarchy])] = {\n    def srcOf[A : reflect.ClassTag] = reflect.classTag[A].runtimeClass.getProtectionDomain.getCodeSource\n    val stdlibSrc = srcOf[Predef.type]\n\n    val s = new Settings\n    \/\/ - When the tests are run in Eclipse stdlibSrc is null. Luckily, we don't need\n    \/\/   to add the stdlib to the classpath in Eclipse.\n    \/\/ - When the tests are run in sbt stdlibSrc is not null and we have to add it\n    \/\/   to the classpath because scalac can't find it otherwise.\n    \/\/   It doesn't even work in sbt when `fork in Test := true` is set.\n    if (stdlibSrc != null)\n      s.bootclasspath.value = stdlibSrc.getLocation.toExternalForm()\n\n    val writer = new StringWriter\n    val reporter = new ConsoleReporter(s, Console.in, new PrintWriter(writer, \/* autoFlush *\/true))\n    val g = new Global(s, reporter)\n\n    logger.info(s.userSetSettings.toSeq.sortBy(_.name.toLowerCase).mkString(s\"Compile sources with scalac settings:\\n  \", \"\\n  \", \"\"))\n\n    def withResponse[A](f: g.Response[A] \u21d2 Unit) = {\n      val r = new g.Response[A]\n      f(r)\n      r\n    }\n\n    val sfs = data map {\n      case (file, src) \u21d2\n        val sf = g.newSourceFile(src, file.name)\n        (sf, file)\n    }\n    withResponse[Unit] { g.askReload(sfs.map(_._1).toList, _) }.get\n\n    val res = sfs.filter(!_._2.name.endsWith(\".java\")) map {\n      case (sf, file) \u21d2\n        val tree = withResponse[g.Tree](g.askLoadedTyped(sf, keepLoaded = true, _)).get.left.get\n\n        if (reporter.hasErrors || reporter.hasWarnings)\n          throw new IllegalStateException(s\"Errors occurred during compilation of file `${file.name}`:\\n$writer\")\n\n        val addDeclAttachment = (sym: g.Symbol, decl: Decl) \u21d2 {\n          decl.addAttachments(SourceFile(file), JvmClass(sym.javaClassName))\n        }\n        val addRefAttachment = (_: AbstractFile, ref: Ref) \u21d2 {\n          ref.addAttachments(SourceFile(file))\n        }\n        val addScopeAttachment = (_: AbstractFile, scope: Scope) \u21d2 {\n          scope.addAttachments(SourceFile(file))\n        }\n\n        g ask { () \u21d2 new ScalacConverter[g.type](g, addDeclAttachment, addRefAttachment, addScopeAttachment).convert(tree) } match {\n          case Success(res) \u21d2\n            file \u2192 res\n          case Failure(f) \u21d2\n            throw f\n        }\n    }\n    g.askShutdown()\n    res\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/indexer\/Utils.scala","text":"package amora.backend.indexer\n\nimport java.math.BigInteger\nimport java.nio.charset.StandardCharsets\nimport java.security.MessageDigest\n\nobject Utils {\n\n  \/**\n   * Returns the SHA-256 of `str` encoded as a hex string.\n   *\/\n  def mkSha256(str: String): String = {\n    val m = MessageDigest.getInstance(\"SHA-256\")\n    val bytes = m.digest(str.getBytes(StandardCharsets.UTF_8))\n    String.format(\"%064x\", new BigInteger(1, bytes))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/PlatformConstants.scala","text":"package amora.backend\n\nimport scala.concurrent.duration._\n\nimport akka.util.Timeout\n\nobject PlatformConstants {\n\n  implicit val timeout = Timeout(5.seconds)\n\n  \/**\n   * Returns `true` if the current JVM process runs in debug mode, `false`\n   * otherwise.\n   *\/\n  val runsInDebugMode: Boolean =\n    java.lang.management.ManagementFactory.getRuntimeMXBean.getInputArguments.toString.contains(\"-agentlib:jdwp\")\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/dotc\/src\/main\/scala\/amora\/converter\/DotcConverter.scala","text":"package amora.converter\n\nimport scala.collection.mutable.ListBuffer\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport amora.converter.protocol.Hierarchy\nimport dotty.tools.dotc.CompilationUnit\nimport dotty.tools.dotc.ast.Trees._\nimport dotty.tools.dotc.ast.tpd\nimport dotty.tools.dotc.core.Contexts._\nimport dotty.tools.dotc.core.Names\nimport dotty.tools.dotc.core.Phases._\nimport dotty.tools.dotc.core.Symbols.Symbol\nimport dotty.tools.dotc.transform.PostTyper\nimport dotty.tools.dotc.util.Positions.Position\n\n\/**\n * Dotc phase that consumes typed trees that are produces by dotc.\n *\/\nfinal class AmoraPhase(report: (CompilationUnit, Try[Seq[Hierarchy]]) \u21d2 Unit) extends Phase {\n  override def phaseName: String = \"amora-phase\"\n\n  override def runsAfter = Set(classOf[PostTyper])\n\n  override def run(implicit ctx: Context): Unit = {\n    val unit = ctx.compilationUnit\n    val converter = new DotcConverter\n    report(unit, converter.convert(unit.tpdTree))\n  }\n}\n\nfinal class DotcConverter(implicit val ctx: Context) {\n  import amora.converter.{ protocol \u21d2 h }\n  import amora.converter.protocol.{ Attachment \u21d2 a }\n\n  private val found = ListBuffer[Hierarchy]()\n\n  \/**\n   * Extracts the semantic information in `tree` and converts it into a\n   * structure described by [[Schema]].\n   *\/\n  def convert(tree: tpd.Tree): Try[Seq[Hierarchy]] = {\n    found.clear()\n    Try(traverse(tree)) match {\n      case Success(_) \u21d2\n        Success(found.toList)\n      case Failure(f) \u21d2\n        Failure(new RuntimeException(s\"Conversion of file `${ctx.source.file.absolute}` failed. See underlying issue for more information.\", f))\n    }\n  }\n  private def mkDecl(sym: Symbol, owner: h.Hierarchy): h.Decl = {\n    val decl = h.Decl(sym.name.toString, owner)\n    decl\n  }\n\n  private def typeDef(owner: h.Hierarchy, t: tpd.TypeDef): Unit = {\n    val decl = mkDecl(t.symbol, owner)\n    setPosition(decl, t.pos)\n    found += decl\n  }\n\n  private def body(owner: h.Hierarchy, t: tpd.Tree): Unit = t match {\n    case t: TypeDef[_] \u21d2\n      typeDef(owner, t)\n  }\n\n  private def packageDef(t: tpd.Tree): h.Decl = t match {\n    case Select(qualifier, name) \u21d2\n      val decl = mkDecl(t.symbol, packageDef(qualifier))\n      decl.addAttachments(a.Package)\n      setPosition(decl, t.pos)\n      decl\n    case Ident(Names.EMPTY_PACKAGE) \u21d2\n      h.Root\n    case Ident(_) \u21d2\n      val decl = mkDecl(t.symbol, h.Root)\n      decl.addAttachments(a.Package)\n      t.pos\n      setPosition(decl, t.pos)\n      decl\n  }\n\n  private def traverse(t: tpd.Tree) = t match {\n    case PackageDef(pid, stats) \u21d2\n      val pkg = packageDef(pid)\n      if (pkg != h.Root)\n        found += pkg\n      stats foreach (body(pkg, _))\n  }\n\n  private def setPosition(d: h.Hierarchy, pos: Position) = {\n    if (pos.exists) {\n      pos.isSynthetic\n      d.position = h.RangePosition(pos.start, pos.end)\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/protocol\/src\/main\/scala\/amora\/converter\/protocol\/Attachment.scala","text":"<filename>converter\/protocol\/src\/main\/scala\/amora\/converter\/protocol\/Attachment.scala<gh_stars>10-100\npackage amora.converter.protocol\n\ntrait Attachment {\n  def asString: String\n}\nobject Attachment {\n  case object Package extends Attachment { override def asString = \"package\" }\n  case object Class extends Attachment { override def asString = \"class\" }\n  case object Trait extends Attachment { override def asString = \"trait\" }\n  case object Object extends Attachment { override def asString = \"object\" }\n  case object Abstract extends Attachment { override def asString = \"abstract\" }\n  case object Def extends Attachment { override def asString = \"def\" }\n  case object Val extends Attachment { override def asString = \"val\" }\n  case object Var extends Attachment { override def asString = \"var\" }\n  case object Lazy extends Attachment { override def asString = \"lazy\" }\n  case object TypeParam extends Attachment { override def asString = \"tparam\" }\n  case object Param extends Attachment { override def asString = \"param\" }\n  case object Ref extends Attachment { override def asString = \"ref\" }\n  case object Function extends Attachment { override def asString = \"function\" }\n  case object If extends Attachment { override def asString = \"if\" }\n  case object Else extends Attachment { override def asString = \"else\" }\n  case object Try extends Attachment { override def asString = \"try\" }\n  case object Catch extends Attachment { override def asString = \"catch\" }\n  case object Finally extends Attachment { override def asString = \"finally\" }\n  case object Match extends Attachment { override def asString = \"match\" }\n  case object Case extends Attachment { override def asString = \"case\" }\n  case object While extends Attachment { override def asString = \"while\" }\n  case object Do extends Attachment { override def asString = \"do\" }\n  case object Constructor extends Attachment { override def asString = \"constructor\" }\n  case object Implicit extends Attachment { override def asString = \"implicit\" }\n  case object Repeated extends Attachment { override def asString = \"repeated\" }\n\n  case class JvmSignature(signature: String) extends Attachment { override def asString = signature }\n  case class JvmClass(jvmClass: String) extends Attachment { override def asString = jvmClass }\n  case class SourceFile(source: Schema) extends Attachment { override def asString = source.toString }\n  \/**\n   * The order of expression applications. In `List.apply(1).drop(1).take(1).sum`\n   * the order would be `List \u2192 apply \u2192 drop \u2192 take \u2192 sum`.\n   *\/\n  case class Order(nr: Int) extends Attachment { override def asString = nr.toString }\n  \/**\n   * The order of code elements. Statements are ordered for example. In `val a =\n   * 0; val b = 0; val c = 0` the order would be `a \u2192 b \u2192 c`.\n   *\/\n  case class CodeOrder(nr: Int) extends Attachment { override def asString = nr.toString }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/internal\/WindowTreeCreatorTest.scala","text":"package amora.backend\npackage internal\n\nimport org.junit.Test\n\nimport amora.protocol.ui.Columns\nimport amora.protocol.ui.Rows\nimport amora.protocol.ui.Window\n\nclass WindowTreeCreatorTest {\n  import WindowTreeCreator._\n  import amora.TestUtils._\n\n  \/** Takes (x, y, w, h). *\/\n  private def dims(dim: (Int, Int, Int, Int)*): Seq[WinInfo] = {\n    dim.zipWithIndex.toList map {\n      case ((x, y, w, h), i) \u21d2 WinInfo(i+1, x, y, w, h)\n    }\n  }\n\n  @Test\n  def single_window() = {\n    \/*\n     ---\n     | |\n     ---\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1)))\n    tree === Window(1)\n  }\n\n  @Test\n  def multiple_windows_in_a_single_row() = {\n    \/*\n     -------\n     | | | |\n     -------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (1, 0, 1, 1), (2, 0, 1, 1)))\n    tree === Columns(Seq(Window(1), Window(2), Window(3)))\n  }\n\n  @Test\n  def multiple_windows_in_a_single_column() = {\n    \/*\n     ---\n     | |\n     ---\n     | |\n     ---\n     | |\n     ---\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (0, 1, 1, 1), (0, 2, 1, 1)))\n    tree === Rows(Seq(Window(1), Window(2), Window(3)))\n  }\n\n  @Test\n  def multiple_winodws_in_first_column_and_one_window_in_second_column() = {\n    \/*\n     -----\n     | | |\n     --- |\n     | | |\n     -----\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (0, 1, 1, 1), (1, 0, 1, 2)))\n    tree === Columns(Seq(\n        Rows(Seq(Window(1), Window(2))),\n        Window(3)))\n  }\n\n  @Test\n  def multiple_windows_in_first_row_and_one_window_in_second_row() = {\n    \/*\n     -----\n     | | |\n     -----\n     |   |\n     -----\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (1, 0, 1, 1), (0, 1, 2, 1)))\n    tree === Rows(Seq(\n        Columns(Seq(Window(1), Window(2))),\n        Window(3)))\n  }\n\n  @Test\n  def single_window_in_first_row_and_multiple_windows_in_second_row() = {\n    \/*\n     -----\n     |   |\n     -----\n     | | |\n     -----\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 2, 1), (0, 1, 1, 1), (1, 1, 1, 1)))\n    tree === Rows(Seq(\n        Window(1),\n        Columns(Seq(Window(2), Window(3)))))\n  }\n\n  @Test\n  def multiple_windows_in_all_rows() = {\n    \/*\n     -----\n     | | |\n     -----\n     | | |\n     -----\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (1, 0, 1, 1), (0, 1, 1, 1), (1, 1, 1, 1)))\n    tree === Rows(Seq(\n        Columns(Seq(Window(1), Window(2))),\n        Columns(Seq(Window(3), Window(4)))))\n  }\n\n  @Test\n  def multiple_windows_nested_between_multiple_windows1() = {\n    \/*\n     ---------\n     |   |   |\n     |   |   |\n     |   |   |\n     ---------\n     |   | | |\n     |   -----\n     |   | | |\n     ---------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 2, 2), (2, 0, 2, 2), (0, 2, 2, 2), (2, 2, 1, 1), (3, 2, 1, 1), (2, 3, 1, 1), (3, 3, 1, 1)))\n    tree === Rows(Seq(\n        Columns(Seq(Window(1), Window(2))),\n        Columns(Seq(\n            Window(3),\n            Rows(Seq(\n                Columns(Seq(Window(4), Window(5))),\n                Columns(Seq(Window(6), Window(7)))))))))\n  }\n\n  @Test\n  def multiple_windows_nested_between_multiple_windows2() = {\n    \/*\n     ---------\n     |   |   |\n     |   |   |\n     |   |   |\n     ---------\n     | | |   |\n     -----   |\n     | | |   |\n     ---------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 2, 2), (2, 0, 2, 2), (0, 2, 1, 1), (1, 2, 1, 1), (0, 3, 1, 1), (1, 3, 1, 1), (2, 2, 2, 2)))\n    tree === Rows(Seq(\n        Columns(Seq(Window(1), Window(2))),\n        Columns(Seq(\n            Rows(Seq(\n                Columns(Seq(Window(3), Window(4))),\n                Columns(Seq(Window(5), Window(6))))),\n            Window(7)))))\n  }\n\n  @Test\n  def multiple_windows_nested_between_multiple_windows3() = {\n    \/*\n     ---------\n     |   | | |\n     |   -----\n     |   | | |\n     ---------\n     |   |   |\n     |   |   |\n     |   |   |\n     ---------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 2, 2), (2, 0, 1, 1), (3, 0, 1, 1), (2, 1, 1, 1), (3, 1, 1, 1), (0, 2, 2, 2), (2, 2, 2, 2)))\n    tree === Rows(Seq(\n        Columns(Seq(\n            Window(1),\n            Rows(Seq(\n                Columns(Seq(Window(2), Window(3))),\n                Columns(Seq(Window(4), Window(5))))))),\n        Columns(Seq(Window(6), Window(7)))))\n  }\n\n  @Test\n  def multiple_windows_nested_between_multiple_windows4() = {\n    \/*\n     ---------\n     | | |   |\n     -----   |\n     | | |   |\n     ---------\n     |   |   |\n     |   |   |\n     |   |   |\n     ---------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 1, 1), (1, 0, 1, 1), (0, 1, 1, 1), (1, 1, 1, 1), (2, 0, 2, 2), (0, 2, 2, 2), (2, 2, 2, 2)))\n    tree === Rows(Seq(\n        Columns(Seq(\n            Rows(Seq(\n                Columns(Seq(Window(1), Window(2))),\n                Columns(Seq(Window(3), Window(4))))),\n            Window(5))),\n        Columns(Seq(Window(6), Window(7)))))\n  }\n\n  @Test\n  def multiple_windows_surrounded_by_single_windows() = {\n    \/*\n     -------------\n     |           |\n     -------------\n     |   | | |   |\n     |   -----   |\n     |   |   |   |\n     -------------\n     |           |\n     -------------\n    *\/\n    val tree = mkWindowTree(dims((0, 0, 6, 1), (0, 1, 2, 2), (2, 1, 1, 1), (3, 1, 1, 1), (2, 2, 2, 1), (4, 1, 2, 2), (0, 3, 6, 1)))\n    tree === Rows(Seq(\n        Window(1),\n        Columns(Seq(\n            Window(2),\n            Rows(Seq(\n                Columns(Seq(Window(3), Window(4))),\n                Window(5))),\n            Window(6))),\n        Window(7)))\n  }\n\n  @Test\n  def unsorted_coordinates_should_be_handled_well() = {\n    \/*\n     -----\n     | | |\n     -----\n     | | |\n     -----\n    *\/\n    val tree = mkWindowTree(dims((0, 1, 1, 1), (1, 0, 1, 1), (1, 1, 1, 1), (0, 0, 1, 1)))\n    tree === Rows(Seq(\n        Columns(Seq(Window(4), Window(2))),\n        Columns(Seq(Window(1), Window(3)))))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"firefox-plugin\/src\/main\/scala\/toolplugin\/Main.scala","text":"package toolplugin\n\nimport scala.scalajs.js\nimport scala.scalajs.js.JSApp\n\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.Element\nimport org.scalajs.jquery.jQuery\n\nobject Main extends JSApp {\n\n  implicit class Regex(sc: StringContext) {\n    def r = new util.matching.Regex(sc.parts.mkString, sc.parts.tail.map(_ => \"x\"): _*)\n  }\n  implicit class AsDynamic[A](private val a: A) extends AnyVal {\n    def jsg: js.Dynamic = a.asInstanceOf[js.Dynamic]\n  }\n\n  private val $ = jQuery\n\n  override def main(): Unit = {\n    import scalatags.JsDom.all._\n\n    dom.window.location.pathname match {\n      \/\/ for directories\n      \/\/ case r\"\"\"\/([^\/]+)$username\/([^\/]+)$reponame\/tree\/([^\/]+)$branch\/(.+)$filename\"\"\" \u21d2\n\n      \/\/ for files\n      case r\"\"\"\/([^\/]+)$username\/([^\/]+)$reponame\/blob\/([^\/]+)$branch\/(.+)$filename\"\"\" \u21d2\n        println(s\"username: $username\")\n        println(s\"reponame: $reponame\")\n        println(s\"branch: $branch\")\n        println(s\"filename: $filename\")\n\n        import org.scalajs.dom.ext._\n        val h = dom.document.getElementsByClassName(\"highlight\").head\n        val tbody = h.asInstanceOf[Element].children.head\n        val lines = tbody.children.zipWithIndex map { case (e, i) \u21d2\n          val code = e.getElementsByClassName(\"blob-code\").head\n          val text = code.textContent\n          (i+1) \u2192 text\n        }\n        lines foreach println\n\n      case path \u21d2\n        println(s\"path `$path` didn't match pattern\")\n    }\n    val par = h1(s\"Page matches ruleset\").render\n    $(\"body\").prepend(par)\n\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/DataIndexer.scala","text":"package amora.backend.actors\n\nimport scala.concurrent.Await\nimport scala.concurrent.Future\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport akka.pattern.ask\nimport amora.backend.Logger\n\n\/**\n * Common functionality for all components that want to index data.\n *\/\ntrait DataIndexer { this: Actor \u21d2\n\n  def indexer: ActorRef\n  def logger: Logger\n\n  implicit def dispatcher = context.system.dispatcher\n\n  def turtleUpdate(query: String, errMsg: \u21d2 String): Unit = {\n    ???\n  }\n\n  def sparqlUpdate(query: String, errMsg: \u21d2 String): Unit = {\n    import amora.backend.PlatformConstants.timeout\n    Await.ready((indexer ask IndexerMessage.RunUpdate(query)).mapTo[Try[Unit]], timeout.duration) onComplete {\n      case Failure(t) \u21d2\n        \/\/ TODO we can't log here anymore because logger is already closed\n        logger.error(errMsg, t)\n      case Success(Failure(t)) \u21d2\n        logger.error(errMsg, t)\n      case Success(Success(())) \u21d2\n    }\n  }\n\n  def runIndexing(sender: ActorRef)(f: \u21d2 Unit): Unit = {\n    Future(f).onComplete {\n      case Success(_) \u21d2\n        logger.close()\n        sender ! QueueMessage.Completed\n      case Failure(f) \u21d2\n        throw f\n    }\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/TestUtils.scala","text":"package amora\n\nimport org.junit.ComparisonFailure\n\nobject TestUtils {\n\n  final implicit class Assert_===[A](private val actual: A) extends AnyVal {\n    def ===(expected: A): Unit = {\n      if (actual != expected) {\n        (actual, expected) match {\n          case (actual: Seq[_], expected: Seq[_]) \u21d2\n            val as = actual.map(_.toString).mkString(\"\\n\")\n            val es = expected.map(_.toString).mkString(\"\\n\")\n            throw new ComparisonFailure(\"\", es, as)\n          case (actual: Set[_], expected: Set[_]) \u21d2\n            val as = actual.toSeq.map(_.toString).sorted.mkString(\"\\n\")\n            val es = expected.toSeq.map(_.toString).sorted.mkString(\"\\n\")\n            throw new ComparisonFailure(\"\", es, as)\n          case _ \u21d2\n            throw new ComparisonFailure(\"\", expected.toString, actual.toString)\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/services\/FindUsagesTest.scala","text":"<filename>backend\/src\/test\/scala\/amora\/backend\/services\/FindUsagesTest.scala\npackage amora.backend.services\n\nimport org.junit.Test\n\nimport amora.api._\nimport amora.backend.indexer.RestApiTest\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass FindUsagesTest extends RestApiTest {\n  import amora.TestUtils._\n\n  def serviceResult(cursorPos: Int) = {\n    val m = serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:FindUsages ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"offset\" ;\n            service:value $cursorPos ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n\n    modelAsData(m, sparqlQuery\"\"\"\n      prefix rdf:<http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#>\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n\n      select ?start ?end where {\n        ?s service:result [decl:posStart ?start ; decl:posEnd ?end]\n      }\n      order by ?start ?end\n    \"\"\")\n  }\n\n  @Test\n  def find_usages_when_cursor_is_in_the_middle_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        val xs: Li^st[Int] = List(1)\n        val ys: List[Int] = xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"33\"), Data(\"end\", \"37\")),\n        Seq(Data(\"start\", \"69\"), Data(\"end\", \"73\")))\n  }\n\n  @Test\n  def find_usages_when_cursor_is_at_the_beginning_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        val xs: ^List[Int] = List(1)\n        val ys: List[Int] = xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"33\"), Data(\"end\", \"37\")),\n        Seq(Data(\"start\", \"69\"), Data(\"end\", \"73\")))\n  }\n\n  @Test\n  def find_usages_when_cursor_is_at_the_end_of_ident(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        val xs: List^[Int] = List(1)\n        val ys: List[Int] = xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"33\"), Data(\"end\", \"37\")),\n        Seq(Data(\"start\", \"69\"), Data(\"end\", \"73\")))\n  }\n\n  @Test\n  def do_not_find_inferred_usages(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        val x = 0\n        val y: I^nt = 0\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"50\"), Data(\"end\", \"53\")))\n  }\n\n  @Test\n  def do_not_use_inferred_references_as_search_object(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        \/\/ we have an inferred type `Int` here but we want to search for `List`\n        val xs: List[Int] = ^List(1)\n        val ys: List[Int] = xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"125\"), Data(\"end\", \"129\")))\n  }\n\n  @Test\n  def find_usages_when_cursor_is_at_declaration(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class X {\n        val x^s: List[Int] = List(1)\n        val ys: List[Int] = xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"), \"f1.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"29\"), Data(\"end\", \"31\")),\n        Seq(Data(\"start\", \"81\"), Data(\"end\", \"83\")))\n  }\n\n  @Test\n  def find_usages_only_of_current_file(): Unit = {\n    val CursorData(cursorPos, src) = cursorData(\"\"\"\n      class Y {\n        val x = new X\n        val xs = x.x^s\n        val ys = x.xs\n      }\n    \"\"\")\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n        \"f1.scala\" \u2192 \"\"\"\n          class X {\n            val xs: List[Int] = List(1)\n            val ys: List[Int] = xs\n          }\n        \"\"\",\n        \"f2.scala\" \u2192 src)\n\n    serviceResult(cursorPos) === Seq(\n        Seq(Data(\"start\", \"58\"), Data(\"end\", \"60\")),\n        Seq(Data(\"start\", \"80\"), Data(\"end\", \"82\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/QueueActor.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.backend.actors\n\nimport scala.collection.mutable.Map\nimport scala.collection.mutable.Queue\nimport scala.concurrent.duration._\n\nimport akka.actor.Actor\nimport akka.actor.ActorRef\n\nfinal class QueueActor extends Actor {\n  import QueueMessage._\n  private implicit val system = context.system\n  import system.dispatcher\n  private val log = context.system.log\n\n  private val queue = Queue[Item]()\n  private var cancellable = mkQueueRunner()\n  private var id = 0\n  private var running = false\n  private val history = Map[Int, Item]()\n  private var processedItem: Item = _\n\n  override def receive = {\n    case RunWithData(actor, data) \u21d2\n      val item = Item(genId, actor, data)\n      queue.enqueue(item)\n      sender ! item.id\n    case Stop \u21d2\n      cancellable.cancel()\n    case Start \u21d2\n      if (cancellable.isCancelled)\n        cancellable = mkQueueRunner()\n    case Check \u21d2\n      if (!running && queue.nonEmpty) {\n        processedItem = queue.dequeue()\n        history += processedItem.id \u2192 processedItem\n        log.info(s\"Queue scheduler handles item with id ${processedItem.id}. ${queue.size} elements remaining.\")\n        running = true\n        processedItem.actor ! processedItem.data\n      }\n    case Completed \u21d2\n      running = false\n      log.info(s\"Processing queue item with id ${processedItem.id} finished successfully.\")\n    case GetItems \u21d2\n      sender ! queue.map(_.id) ++ history.keys\n    case GetItem(id) \u21d2\n      sender ! queue.find(_.id == id).orElse(history.get(id)).map(_.actor)\n  }\n\n  \/**\n   * Periodically sends a [[Check]] message to the actor that tells it to handle\n   * the next item in the queue if one exists.\n   *\/\n  private def mkQueueRunner() =\n    context.system.scheduler.schedule(10.millis, 10.millis) {\n      self ! Check\n    }\n\n  private def genId() = {\n    id += 1\n    id\n  }\n\n  private case class Item(id: Int, actor: ActorRef, data: Any)\n}\n\nsealed trait QueueMessage\nobject QueueMessage {\n  case class RunWithData(actor: ActorRef, data: Any) extends QueueMessage\n  case object Check extends QueueMessage\n  case object Stop extends QueueMessage\n  case object Start extends QueueMessage\n  case object GetItems extends QueueMessage\n  case class GetItem(id: Int) extends QueueMessage\n  case object Completed extends QueueMessage\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"scalac-plugin\/src\/main\/scala\/amora\/plugin\/AmoraScalacPlugin.scala","text":"package amora.plugin\n\nimport java.io.PrintWriter\nimport java.io.StringWriter\nimport java.nio.charset.Charset\nimport java.nio.file.Files\nimport java.nio.file.Paths\n\nimport scala.reflect.io.AbstractFile\nimport scala.reflect.io.NoAbstractFile\nimport scala.tools.nsc.Global\nimport scala.tools.nsc.Phase\nimport scala.tools.nsc.plugins.Plugin\nimport scala.tools.nsc.plugins.PluginComponent\nimport scala.util.Failure\nimport scala.util.Success\n\nimport amora.backend.schema.Schema\nimport amora.converter.ScalacConverter\nimport amora.converter.protocol.{NoPosition \u21d2 AmoraNoPosition, _}\nimport amora.converter.protocol.Attachment.JvmClass\nimport amora.converter.protocol.Attachment.SourceFile\n\nclass AmoraScalacPlugin(override val global: Global) extends Plugin {\n  override val name = \"AmoraScalacPlugin\"\n\n  override val description = \"Generates information from scalac trees\"\n\n  override val components = List(new AmoraScalacComponent(global))\n}\n\nclass AmoraScalacComponent(override val global: Global) extends PluginComponent {\n  import global.{Scope \u21d2 _, _}\n\n  override def newPhase(prev: Phase): Phase = new Phase(prev) {\n    override def run(): Unit = {\n      import scala.collection.JavaConverters._\n      if (currentRun.units.isEmpty)\n        return\n\n      val outputDir = global.settings.outputDirs.getSingleOutput.getOrElse {\n        throw new IllegalStateException(\"scalac has no output directory configured, therefore Amora compiler plugin can't store its data.\")\n      }.file.getAbsolutePath\n      val depsFile = Paths.get(s\"$outputDir\/amora_dependencies\")\n      if (!depsFile.toFile().exists())\n        throw new IllegalStateException(s\"The automatically generated file `$depsFile` doesn't exist, make sure it wasn't accidentally removed.\")\n      val lines = Files.readAllLines(depsFile).asScala\n      val srcDirs = lines.head.split(\",\")\n      val classData = lines.tail.map { line \u21d2\n        val Array(organization, name, version, file) = line.split(\",\")\n        file \u2192 File(Artifact(Project(organization), organization, name, version), file)\n      }\n      val classDir = classData.head._2\n      val classDeps = classData.tail.toMap\n\n      println(\"Amora compiler plugin writes databases:\")\n      currentRun.units foreach { u \u21d2\n        val unitFile = u.source.file.file\n\n        def trimToPackagePath(path: String) =\n          srcDirs.find(path.startsWith).map(dir \u21d2 path.drop(dir.length + 1))\n\n        \/\/ Some Scala types like `AnyRef` can not be represented as Scala code,\n        \/\/ therefore they have no associated file. This function has to do some\n        \/\/ extra checks to find out if we have such a type\n        def hasNoScalaSource(tpe: Type) =\n          tpe == definitions.AnyRefTpe || tpe == definitions.AnyTpe || tpe == definitions.NothingTpe\n\n        val addDeclAttachment = (sym: Symbol, decl: Decl) \u21d2 {\n          \/\/ for some reason in some cases the symbol has no associated file,\n          \/\/ we therefore have to go to the companion and if that one doesn't exist\n          \/\/ (as it is the case for members), we have to go to the enclosing class\n          \/\/ companion to get the associated file\n          val file = sym.associatedFile match {\n            case NoAbstractFile if !sym.hasPackageFlag \u21d2\n              sym.companion.associatedFile match {\n                case NoAbstractFile \u21d2  sym.enclosingTopLevelClass.companion.associatedFile\n                case file \u21d2 file\n              }\n            case file \u21d2 file\n          }\n\n          if (file != NoAbstractFile) {\n            val path = file.underlyingSource.get.path\n            if (path.endsWith(\".scala\")) {\n              trimToPackagePath(path) foreach { pkgPath \u21d2\n                decl.addAttachments(SourceFile(File(classDir.owner, pkgPath)), JvmClass(sym.javaClassName))\n              }\n            }\n            else {\n              classDeps.get(path) match {\n                case Some(file) \u21d2\n                  decl.addAttachments(SourceFile(file.owner), JvmClass(sym.javaClassName))\n                case None \u21d2\n                  \/\/ TODO JVM classes are not added to dependency list and it is not\n                  \/\/ an artifact. Let's find a better way to handle them\n                  decl.addAttachments(SourceFile(Artifact(Project(\"java\"), \"openjdk\", \"java\", \"jdk8\")), JvmClass(sym.javaClassName))\n              }\n            }\n          }\n          else if (hasNoScalaSource(sym.toType) || hasNoScalaSource(sym.enclosingTopLevelClass.toType)) {\n            val file = classDeps.find(_._1.contains(\"scala-library\")).map(_._2).getOrElse {\n              throw new IllegalStateException(\"No entry for scala-library found in the dependency list.\")\n            }\n            decl.addAttachments(SourceFile(file.owner), JvmClass(sym.javaClassName))\n          }\n          \/\/ package declarations don't have an associated file, therefore we need\n          \/\/ to add it manually by accessing `unitFile`\n          else if (sym.hasPackageFlag && decl.position != AmoraNoPosition) {\n            val path = unitFile.getCanonicalPath\n            trimToPackagePath(path) foreach { pkgPath \u21d2\n              decl.addAttachments(SourceFile(File(classDir.owner, pkgPath)))\n            }\n          }\n        }\n\n        val addRefAttachment = (file: AbstractFile, ref: Ref) \u21d2 {\n          val path = file.canonicalPath\n          if (path.endsWith(\".scala\")) {\n            trimToPackagePath(path) foreach { pkgPath \u21d2\n              ref.addAttachments(SourceFile(File(classDir.owner, pkgPath)))\n            }\n          }\n        }\n\n        val addScopeAttachment = (file: AbstractFile, scope: Scope) \u21d2 {\n          val path = file.canonicalPath\n          if (path.endsWith(\".scala\")) {\n            trimToPackagePath(path) foreach { pkgPath \u21d2\n              scope.addAttachments(SourceFile(File(classDir.owner, pkgPath)))\n            }\n          }\n        }\n\n        val res =\n            new ScalacConverter[global.type](global, addDeclAttachment, addRefAttachment, addScopeAttachment)\n            .convert(u.body)\n            .map(Schema.mkTurtleUpdate)\n\n        val data = res match {\n          case Success(res) \u21d2\n            val artifact = classDir.owner\n            def mkPkg(pkgs: Seq[String]): Schema = pkgs match {\n              case Nil \u21d2 artifact\n              case pkg +: pkgs \u21d2 Package(pkg, mkPkg(pkgs))\n            }\n            val PkgFinder = \"\"\"(?s).*?package ([\\w\\.]+).*?\"\"\".r\n            val file = u.source.content.mkString match {\n              case PkgFinder(name) \u21d2 File(mkPkg(name.split('.').reverse), u.source.file.name)\n              case _ \u21d2 File(artifact, u.source.file.name)\n            }\n            val fileData = Schema.mkTurtleString(Seq(file))\n            fileData + res\n          case Failure(f) \u21d2\n            val sw = new StringWriter\n            val pw = new PrintWriter(sw)\n            f.printStackTrace(pw)\n            sw.toString()\n        }\n        val fileName = srcDirs\n            .find(unitFile.getAbsolutePath.startsWith)\n            .map(dir \u21d2 unitFile.getAbsolutePath.drop(dir.length + 1).replace('\/', '%'))\n            .getOrElse(throw new IllegalStateException(s\"Source file directories miss the entry that contains `$unitFile`.\"))\n        val filePath =\n          if (res.isSuccess)\n            s\"$outputDir\/$fileName.amoradb\"\n          else\n            s\"$outputDir\/$fileName.error\"\n\n        Files.write(Paths.get(filePath), Seq(data).asJava, Charset.forName(\"UTF-8\"))\n        if (res.isSuccess)\n          println(s\"- success:     $filePath\")\n        else\n          println(s\"- with errors: $filePath\")\n      }\n    }\n\n    override def name = \"AmoraPhase\"\n  }\n\n  override val phaseName = \"AmoraComponent\"\n\n  override val runsAfter = List(\"typer\")\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/FlagTest.scala","text":"package amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass FlagTest extends RestApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def ctor() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A(i: Int) {\n          def this() = this(0)\n          def f = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix ctor:<http:\/\/amora.center\/kb\/amora\/Flag\/constructor>\n      select ?name where {\n        [Decl:flag ctor:] Decl:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"this\")),\n        Seq(Data(\"name\", \"this\")))\n  }\n\n  @Test\n  def param() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A(a1: Int, a2: Int)(a3: Int, a4: Int) {\n          def f(b1: Int, b2: Int)(b3: Int, b4: Int) = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n      select ?name where {\n        [Decl:flag param:] Decl:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"a1\")), Seq(Data(\"name\", \"a1\")),\n        Seq(Data(\"name\", \"a2\")), Seq(Data(\"name\", \"a2\")),\n        Seq(Data(\"name\", \"a3\")), Seq(Data(\"name\", \"a3\")),\n        Seq(Data(\"name\", \"a4\")), Seq(Data(\"name\", \"a4\")),\n        Seq(Data(\"name\", \"b1\")),\n        Seq(Data(\"name\", \"b2\")),\n        Seq(Data(\"name\", \"b3\")),\n        Seq(Data(\"name\", \"b4\")))\n  }\n\n  @Test\n  def implicit_val() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          implicit val value = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix implicit:<http:\/\/amora.center\/kb\/amora\/Flag\/implicit>\n      select ?name where {\n        [Decl:flag implicit:] Decl:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"value\")))\n  }\n\n  @Test\n  def repeated_arg() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class A {\n          def f(i: Int*) = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      prefix repeated:<http:\/\/amora.center\/kb\/amora\/Flag\/repeated>\n      select ?name where {\n        [Ref:flag repeated:] Ref:name ?name .\n      }\n      order by ?name\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"Int\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"sbt-plugin\/src\/main\/scala\/amora\/AmoraSbtPlugin.scala","text":"import sbt._, Keys._\nimport sbt.plugins.JvmPlugin\nimport scalaz._\nimport scalaz.concurrent.Task\n\nobject AmoraSbtPlugin extends AutoPlugin {\n\n  override def requires = JvmPlugin\n  override def trigger = AllRequirements\n  override def projectSettings = scalacPluginSettings\n\n  lazy val scalacPluginSettings = Def.settings(\n    scalacOptions ++= (scalaVersion.value match {\n      case \"2.11.8\" =>\n        val modules = update.value.configurations.flatMap(_.modules).map { m =>\n          val jars = m.artifacts.map(_._2).filter(_.getName.endsWith(\".jar\"))\n          if (jars.size != 1)\n            throw new RuntimeException(s\"Module `${m.module}` needs exactly one JAR file associated with it, but was: $jars\")\n          Seq(m.module.organization, m.module.name, m.module.revision, jars.head).mkString(\",\")\n        }.toSet.toSeq\n        val srcDirs = (sourceDirectories in Compile).value.mkString(\",\")\n        val classDir = (classDirectory in Compile).value\n        val projectModule = Seq(organization.value, name.value, version.value, classDir).mkString(\",\")\n        val deps = (srcDirs +: projectModule +: modules).mkString(\"\\n\")\n        \/\/ line | content\n        \/\/ -----|-------------------\n        \/\/ 1    | src dirs\n        \/\/ 2    | project module\n        \/\/ N    | deps modules\n        IO.write(classDir \/ \"amora_dependencies\", deps)\n\n        val amoraJar = resolveSingleJar(scalaVersion.value, \"amora\" %% \"scalac-plugin\" % \"0.1-SNAPSHOT\" cross CrossVersion.full)\n        sLog.value.info(s\"Loading Amora compiler plugin: $amoraJar\")\n\n        List(\n          \/\/ range positions are disabled by default\n          \"-Yrangepos\",\n          s\"-Xplugin:$amoraJar\")\n      case _ =>\n        Nil\n    })\n  )\n\n  private val repositories = List(\n    coursier.MavenRepository(DefaultMavenRepository.root),\n    coursier.MavenRepository(Resolver.sonatypeRepo(\"releases\").root),\n    coursier.Cache.ivy2Local)\n\n  private def resolveSingleJar(scalaVersion: String, module: ModuleID): File = {\n    val mod = CrossVersion(scalaVersion, CrossVersion.binaryScalaVersion(scalaVersion))(module.intransitive)\n    resolve(mod).head.getCanonicalFile\n  }\n\n  private def resolve(modules: ModuleID*): Seq[File] = {\n    val resolution = coursier.Resolution(modules.map { module =>\n      coursier.Dependency(\n        coursier.Module(module.organization, module.name),\n        module.revision,\n        configuration = module.configurations.getOrElse(\"\"),\n        transitive = module.isTransitive\n      )\n    }.toSet)\n\n    val fetch = coursier.Fetch.from(repositories, coursier.Cache.fetch())\n    val resolved = resolution.process.run(fetch).unsafePerformSync\n    resolved.errors.foreach { err =>\n      throw new RuntimeException(s\"Failed to resolve $err\")\n    }\n\n    Task.gatherUnordered(\n      resolved.artifacts.map(coursier.Cache.file(_).run)\n    ).unsafePerformSync.flatMap {\n        case -\\\/(err)                                    => throw new RuntimeException(err.message)\n        case \\\/-(file) if !file.getName.endsWith(\".jar\") => None\n        case \\\/-(file)                                   => Some(file)\n      }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/converter\/ClassfileConverterTest.scala","text":"package amora.converter\n\nimport org.junit.Test\n\nimport amora.backend.indexer.JavaBytecodeIndexer\nimport amora.backend.IgnoreLogger\n\nclass ClassfileConverterTest {\n\n  import amora.TestUtils._\n\n  def convert(src: String): Set[String] =\n    convert(\"<memory>\" \u2192 src)\n\n  def convert(data: (String, String)*): Set[String] = {\n    val indexer = new JavaBytecodeIndexer(IgnoreLogger)\n    val res = indexer.bytecodeToHierarchy(data) match {\n      case scala.util.Success(res) \u21d2 res.flatMap(_._2)\n      case scala.util.Failure(f) \u21d2 throw f\n    }\n    res.map(_.asString).toSet\n  }\n\n  @Test\n  def single_public_class() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {}\n    \"\"\") === Set(\"X\")\n  }\n\n  @Test\n  def multiple_classes() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {}\n      class Y {}\n      class Z {}\n    \"\"\") === Set(\"X\", \"Y\", \"Z\")\n  }\n\n  @Test\n  def single_field() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i;\n      }\n    \"\"\") === Set(\"X\", \"X.i\")\n  }\n\n  @Test\n  def multiple_fields() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i;\n        int j;\n        int k;\n      }\n    \"\"\") === Set(\"X\", \"X.i\", \"X.j\", \"X.k\")\n  }\n\n  @Test\n  def multiple_fields_in_multiple_classes() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i;\n        int j;\n      }\n      class Y {\n        int k;\n        int l;\n      }\n    \"\"\") === Set(\"X\", \"X.i\", \"X.j\", \"Y\", \"Y.k\", \"Y.l\")\n  }\n\n  @Test\n  def single_method() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i() {\n          return 0;\n        }\n      }\n    \"\"\") === Set(\"X\", \"X.i()I\")\n  }\n\n  @Test\n  def multiple_methods() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i() {\n          return 0;\n        }\n        int j() {\n          return 0;\n        }\n      }\n    \"\"\") === Set(\"X\", \"X.i()I\", \"X.j()I\")\n  }\n\n  @Test\n  def multiple_methods_in_multiple_classes() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int i() {\n          return 0;\n        }\n      }\n      class Y {\n        int j() {\n          return 0;\n        }\n      }\n    \"\"\") === Set(\"X\", \"X.i()I\", \"Y\", \"Y.j()I\")\n  }\n\n  @Test\n  def method_with_parameter() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int f(int i) {\n          return 0;\n        }\n      }\n    \"\"\") === Set(\"X\", \"X.f(I)I\", \"X.f(I)I.<param>i\")\n  }\n\n  @Test\n  def overloaded_method() = {\n    convert(\"X.java\" \u2192 \"\"\"\n      public class X {\n        int f(int i) {\n          return 0;\n        }\n        int f(int i, int j) {\n          return 0;\n        }\n      }\n    \"\"\") === Set(\"X\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.f(II)I\", \"X.f(II)I.<param>i\", \"X.f(II)I.<param>j\")\n  }\n\n  @Test\n  def packages() = {\n    convert(\"a\/b\/c\/X.java\" \u2192 \"\"\"\n      package a.b.c;\n      public class X {}\n    \"\"\") === Set(\"a.b.c.X\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/UnexpectedResponse.scala","text":"package nvim\n\n\/**\n * Thrown by the Nvim integration logic whenever Nvim sends an unexpected\n * response.\n *\/\nfinal class UnexpectedResponse(response: String) extends RuntimeException(response)\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/JavaBytecodeIndexerTest.scala","text":"<gh_stars>10-100\npackage amora.backend\npackage indexer\n\nimport scala.util._\n\nimport org.junit.Test\n\nimport amora.backend.schema._\nimport amora.converter.protocol._\nimport amora.api._\n\nclass JavaBytecodeIndexerTest {\n\n  import amora.TestUtils._\n\n  val debugTests = true\n\n  case class Data(varName: String, value: String)\n\n  def ask(modelName: String, rawQuery: String, data: (String, String)*): Seq[Data] = {\n    val indexer = new Indexer(modelName, IgnoreLogger)\n    val dataset = indexer.mkInMemoryDataset\n    val query = rawQuery.replaceFirst(\"\"\"\\?MODEL\\?\"\"\", modelName)\n    val res = indexer.writeDataset(dataset) { dataset \u21d2\n      indexer.withModel(dataset) { model \u21d2\n        val jindexer = new JavaBytecodeIndexer(IgnoreLogger)\n        val origin = Artifact(Project(\"testProject\"), \"o\", \"n\", \"v1\")\n        jindexer.bytecodeToHierarchy(data) match {\n          case Success(data) \u21d2\n            data foreach {\n              case (fileName, data) \u21d2\n\n                def asSchemaPackage(decl: Hierarchy): Schema = decl match {\n                  case Root \u21d2 origin\n                  case Decl(name, owner) \u21d2 Package(name, asSchemaPackage(owner))\n                  case _ \u21d2 ???\n                }\n                val pkg = data.collectFirst {\n                  case d if d.attachments(Attachment.Package) \u21d2 d\n                }\n                val s = pkg.map(asSchemaPackage).map(pkg \u21d2 File(pkg, fileName)).getOrElse(File(origin, fileName))\n                indexer.withUpdateService(model, Schema.mkSparqlUpdate(Seq(s)))(_ \u21d2 ())\n                indexer.withUpdateService(model, Schema.mkSparqlUpdate(s, data))(_ \u21d2 ())\n            }\n          case Failure(f) \u21d2\n            throw f\n        }\n\n        if (debugTests) {\n          println(sparqlQuery\"select * { ?s ?p ?o }\".runOnModel(model).asStringTable)\n          println(query.asSparqlQuery.runOnModel(model).asStringTable)\n        }\n        indexer.flattenedQueryResult(query, model) { (v, q) \u21d2\n          val res = q.get(v)\n          require(res != null, s\"The variable `$v` does not exist in the result set.\")\n          Data(v, res.toString)\n        }\n      }\n    }\n\n    res.sortBy(d \u21d2 (d.varName, d.value))\n  }\n\n  def modelName = \"http:\/\/test.model\/\"\n\n  @Test\n  def classes() = {\n    ask(modelName, s\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n        select * where {\n          [a c:] c:name ?name .\n        }\n      \"\"\",\n      \"X.java\" \u2192 \"\"\"\n        public class X {}\n      \"\"\") === Seq(Data(\"name\", \"X\"))\n  }\n\n  @Test\n  def methods() = {\n    ask(modelName, s\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n        select * where {\n          [a c:] c:name ?name .\n        }\n      \"\"\",\n      \"X.java\" \u2192 \"\"\"\n        public class X {\n          int i() {\n            return 0;\n          }\n          int j(int i) {\n            return 0;\n          }\n        }\n      \"\"\") === Seq(Data(\"name\", \"i\"), Data(\"name\", \"j\"))\n  }\n\n  @Test\n  def fields() = {\n    ask(modelName, s\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n        select * where {\n          [a c:] c:name ?name .\n        }\n      \"\"\",\n      \"X.java\" \u2192 \"\"\"\n        public class X {\n          int i = 0;\n          int j = 0;\n        }\n      \"\"\") === Seq(Data(\"name\", \"i\"), Data(\"name\", \"j\"))\n  }\n\n  @Test\n  def index_method_parameter_as_vars() = {\n    ask(modelName, s\"\"\"\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n        select * where {\n          [a c:] c:name ?name .\n        }\n      \"\"\",\n      \"X.java\" \u2192 \"\"\"\n        public class X {\n          void f(int i, int j) {}\n        }\n      \"\"\") === Seq(Data(\"name\", \"i\"), Data(\"name\", \"j\"))\n  }\n\n  @Test\n  def index_method_parameter_as_params() = {\n    ask(modelName, s\"\"\"\n        prefix param:<http:\/\/amora.center\/kb\/amora\/Flag\/param>\n        prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Var\/>\n        select * where {\n          [c:flag param:] c:name ?name .\n        }\n      \"\"\",\n      \"X.java\" \u2192 \"\"\"\n        public class X {\n          void f(int i, int j) {}\n        }\n      \"\"\") === Seq(Data(\"name\", \"i\"), Data(\"name\", \"j\"))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"web-ui\/src\/main\/scala\/amora\/frontend\/webui\/package.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.frontend\n\nimport scala.scalajs.js\n\npackage object webui extends JsUtils {\n\n  implicit class AsDynamic[A](private val a: A) extends AnyVal {\n    def jsg: js.Dynamic = a.asInstanceOf[js.Dynamic]\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"ui\/src\/main\/scala\/amora\/ui\/Main.scala","text":"package amora.ui\n\nimport scala.scalajs.js.JSApp\n\nobject Main extends JSApp {\n\n  val ui = new Ui\n\n  override def main(): Unit = {\n    ui.authenticate()\n    ui.setupUI3()\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/Logger.scala","text":"package amora.backend\n\nimport java.io.PrintWriter\nimport java.io.StringWriter\n\nimport scala.collection.mutable.ListBuffer\n\nimport akka.actor.ActorRef\nimport akka.actor.ActorSystem\nimport akka.event.LogSource\nimport akka.event.Logging\nimport akka.event.LoggingAdapter\nimport akka.stream.OverflowStrategy\nimport akka.stream.scaladsl.Source\n\nobject Logger {\n  sealed abstract class LogLevel(val value: Int)\n  case object Debug extends LogLevel(3)\n  case object Info extends LogLevel(2)\n  case object Warning extends LogLevel(1)\n  case object Error extends LogLevel(0)\n}\n\ntrait Logger {\n  def debug(msg: String): Unit\n  def warning(msg: String): Unit\n  def info(msg: String): Unit\n  def error(msg: String, t: Throwable): Unit\n  def log: Source[String, Unit]\n  def logLevel: Logger.LogLevel\n  def logLevel_=(level: Logger.LogLevel): Unit\n\n  def close(): Unit\n  def isClosed: Boolean\n}\n\nfinal class ActorLogger(implicit val system: ActorSystem) extends Logger {\n  import Logger._\n\n  private lazy val akkaLogger: LoggingAdapter = {\n    implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n      override def genString(o: AnyRef): String = o.getClass.getName\n      override def getClazz(o: AnyRef): Class[_] = o.getClass\n    }\n    Logging(system, this)\n  }\n\n  private val forwardLogger = system.settings.config.getBoolean(\"app.forward-internal-logger-to-akka-logger\")\n  private var level: LogLevel = Info\n  private var _isClosed = false\n  private val sources = ListBuffer[ActorRef]()\n  private val sw = new StringWriter\n  private val pw = new PrintWriter(sw)\n\n  override def debug(msg: String): Unit = {\n    checkIfClosed()\n\n    if (level.value >= Debug.value) {\n      val m = s\"[debug] $msg\\n\"\n      pw.append(m)\n      sources foreach (_ ! m)\n      if (forwardLogger)\n        akkaLogger.debug(msg)\n    }\n  }\n\n  override def warning(msg: String): Unit = {\n    checkIfClosed()\n\n    if (level.value >= Warning.value) {\n      val m = s\"[warning] $msg\\n\"\n      pw.append(m)\n      sources foreach (_ ! m)\n      if (forwardLogger)\n        akkaLogger.warning(msg)\n    }\n  }\n\n  override def info(msg: String): Unit = {\n    checkIfClosed()\n\n    if (level.value >= Info.value) {\n      val m = s\"[info] $msg\\n\"\n      pw.append(m)\n      sources foreach (_ ! m)\n      if (forwardLogger)\n        akkaLogger.info(msg)\n    }\n  }\n\n  override def error(msg: String, t: Throwable): Unit = {\n    checkIfClosed()\n\n    if (level.value >= Error.value) {\n      val sw = new StringWriter\n      val pw = new PrintWriter(sw)\n      t.printStackTrace(pw)\n\n      val m = s\"[error] $msg\\n${sw.toString}\\n\"\n      pw.append(m)\n      sources foreach (_ ! m)\n      if (forwardLogger)\n        akkaLogger.error(t, msg)\n    }\n  }\n\n  override def log: Source[String, Unit] =\n    Source.actorRef[String](10, OverflowStrategy.fail).mapMaterializedValue { ref \u21d2\n      sources += ref\n      ref ! sw.toString\n    }\n\n  override def logLevel: LogLevel = level\n  override def logLevel_=(level: LogLevel): Unit = this.level = level\n\n  override def close() = {\n    _isClosed = true\n\n    sources foreach { ref \u21d2\n      ref ! \"Logger successfully closed.\"\n    }\n  }\n\n  override def isClosed = _isClosed\n\n  private def checkIfClosed(): Unit =\n    require(!isClosed, \"Logger is closed. It is no longer possible to log anything.\")\n}\n\ncase object IgnoreLogger extends Logger {\n  override def debug(msg: String): Unit = ()\n  override def warning(msg: String): Unit = ()\n  override def info(msg: String): Unit = ()\n  override def error(msg: String, t: Throwable): Unit = ()\n  override def log: Source[String, Unit] = throw new UnsupportedOperationException\n  override def logLevel: Logger.LogLevel = throw new UnsupportedOperationException\n  override def logLevel_=(level: Logger.LogLevel): Unit = throw new UnsupportedOperationException\n\n  override def close() = throw new UnsupportedOperationException\n  override def isClosed = false\n}\n\ncase object ConsoleLogger extends Logger {\n  override def debug(msg: String): Unit = println(s\"[debug] $msg\")\n  override def warning(msg: String): Unit = println(s\"[warning] $msg\")\n  override def info(msg: String): Unit = println(s\"[info] $msg\")\n  override def error(msg: String, t: Throwable): Unit = {\n    val sw = new StringWriter\n    val pw = new PrintWriter(sw)\n    t.printStackTrace(pw)\n\n    println(s\"[error] $msg\\n${sw.toString}\")\n  }\n  override def log: Source[String, Unit] = throw new UnsupportedOperationException\n  override def logLevel: Logger.LogLevel = throw new UnsupportedOperationException\n  override def logLevel_=(level: Logger.LogLevel): Unit = throw new UnsupportedOperationException\n\n  override def close() = throw new UnsupportedOperationException\n  override def isClosed = false\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/services\/FindUsages.scala","text":"package amora.backend.services\n\nclass FindUsages extends ScalaService {\n\n  def run(offset: Int): String = {\n    val r = sparqlRequest(s\"\"\"\n      prefix File:<http:\/\/amora.center\/kb\/amora\/Schema\/File\/>\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n\n      select ?usageStart ?usageEnd where {\n        # Find the identifier at an offset but exclude inferred references\n        ?ident Schema:posStart ?start; Schema:posEnd ?end .\n        filter ($offset >= ?start && $offset <= ?end && ?start != ?end)\n\n        # ?ident can either be a Ref or a Decl\n        {\n          ?ident Ref:refToDecl ?decl .\n        }\n        union\n        {\n          ?ident a Decl: .\n          bind(?ident as ?decl)\n        }\n\n        # ?usages can either be the Decl itself or all Refs\n        {\n          bind(?decl as ?usages) .\n        }\n        union\n        {\n          ?usages Ref:refToDecl ?decl .\n        }\n\n        # Find the regions of all usages but exclude inferred references\n        ?usages Schema:posStart ?usageStart; Schema:posEnd ?usageEnd .\n        filter (?usageStart != ?usageEnd)\n\n        # Find only the usages that are in the same file where ?ident is\n        ?ident Schema:owner+ ?identOwner .\n        ?identOwner a File: .\n\n        ?usages Schema:owner+ ?usagesOwner .\n        ?usagesOwner a File: .\n\n        filter (?identOwner = ?usagesOwner)\n      }\n    \"\"\")\n    val positions = r.map { row \u21d2\n      row.int(\"usageStart\") \u2192 row.int(\"usageEnd\")\n    }\n\n    response(s\"\"\"\n      @prefix Service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix Response:<http:\/\/amora.center\/kb\/ServiceResponse\/> .\n      @prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/> .\n      <#this>\n        a Response: ;\n        Service:requestId <$requestId> ;\n        Service:result [${\n          positions.map {\n            case (start, end) \u21d2 s\"\"\"\n          Decl:posStart $start ;\n          Decl:posEnd $end ;\n        ], [\"\"\"\n          }.mkString\n        }] ;\n      .\n    \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"services\/scala-compiler\/src\/test\/scala\/amora\/converter\/ScalaCompilerTest.scala","text":"package amora.converter\n\nimport org.junit.Test\n\nabstract class ScalaCompilerTest {\n\n  import amora.TestUtils._\n\n  def convert(src: String): Set[String] =\n    convert(\"<memory>\" \u2192 src)\n\n  def convert(data: (String, String)*): Set[String]\n\n  @Test\n  def single_package() = {\n    convert(\"\"\"\n      package pkg\n    \"\"\") === Set(\n        \"pkg\")\n  }\n\n  @Test\n  def single_class() = {\n    convert(\"\"\"\n      package pkg\n      class X\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/Position.scala","text":"package nvim\n\nfinal case class Position(row: Int, col: Int) {\n  override def toString = s\"[row=$row,col=$col]\"\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/requests\/ServiceRequests.scala","text":"package amora.backend.requests\n\nimport scala.concurrent.Future\nimport scala.util.Failure\nimport scala.util.Success\n\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.server.Route\nimport amora.backend.AkkaLogging\nimport amora.backend.CustomContentTypes\nimport amora.backend.services.CallService\n\ntrait ServiceRequests extends Directives with AkkaLogging {\n  private implicit val d = system.dispatcher\n  private val config = system.settings.config\n  private val testMode = config.getBoolean(\"app.test-mode\")\n  private val interface = config.getString(\"app.interface\")\n  private val port = config.getInt(\"app.port\")\n\n  \/**\n   * Expects a request encoded in Turtle and returns a response encoded in Turtle.\n   *\/\n  def mkServiceRequest(ttlRequest: String): Route = {\n    onComplete(Future(serviceRequest(ttlRequest))) {\n      case Success(resp) \u21d2\n        complete(HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, resp))\n      case Failure(t) \u21d2\n        log.error(t, \"Error happened while handling service request.\")\n        complete(HttpResponse(StatusCodes.InternalServerError, entity = s\"Internal server error: ${t.getMessage}\"))\n    }\n  }\n\n  private def serviceRequest(ttlRequest: String): String = {\n    val s = new CallService(amoraUri, system)\n    s.run(ttlRequest)\n  }\n\n  private def amoraUri = if (testMode) s\"http:\/\/$interface:$port\" else \"http:\/\/amora.center\"\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"sbt-plugin\/src\/sbt-test\/sbt-amora\/scala_2_11_8\/project\/plugins.sbt","text":" addSbtPlugin(\"amora\" % \"sbt-amora\" % sys.props(\"plugin.version\"))\n"}
{"repo_name":"sschaef\/scalajs-test","path":"sbt-plugin\/src\/sbt-test\/sbt-amora\/scala_2_11_8\/src\/main\/scala\/pkg\/Test.scala","text":"<filename>sbt-plugin\/src\/sbt-test\/sbt-amora\/scala_2_11_8\/src\/main\/scala\/pkg\/Test.scala<gh_stars>10-100\npackage pkg\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\nobject Test {\n  \/\/ imports need special handling\n  val lb1: ListBuffer[Int] = null\n  val lb2: mutable.ListBuffer[Int] = null\n\n  def main(args: Array[String]): Unit = {\n    val world = Hello(\"World\")\n    println(s\"Hello ${world.name}\")\n  }\n\n  \/\/ Char.toString is Any.toString and therefore\n  \/\/ needs special handling\n  def f(c: Char) = c.toString\n\n  \/\/ Nothing is a special case\n  val nothingCase = classOf[Nothing]\n}\n\ncase class Hello(name: String)\n"}
{"repo_name":"sschaef\/scalajs-test","path":"services\/dotc\/src\/main\/scala\/amora\/backend\/services\/DottySourceIndexer.scala","text":"package amora.backend.services\n\nimport java.io.BufferedWriter\nimport java.io.File\nimport java.io.OutputStreamWriter\n\nimport scala.io.Codec\nimport scala.reflect.io.VirtualFile\nimport scala.util.Failure\nimport scala.util.Success\n\nimport amora.backend.Logger\nimport amora.converter.AmoraPhase\nimport amora.converter.protocol._\nimport dotty.tools.dotc.Compiler\nimport dotty.tools.dotc.config.PathResolver\nimport dotty.tools.dotc.core.Contexts._\nimport dotty.tools.dotc.util.SourceFile\n\nclass DottySourceIndexer(logger: Logger) extends ScalaService {\n\n  def run(data: Seq[(String, String)]): String = {\n    handleDottySource(Artifact(Project(\"testProject\"), \"o\", \"n\", \"v1\"), data)\n\n    response(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix response:<http:\/\/amora.center\/kb\/ServiceResponse\/> .\n      <#this>\n        a response: ;\n        service:requestId <$requestId> ;\n      .\n    \"\"\")\n  }\n\n  private def handleDottySource(origin: Schema, data: Seq[(String, String)]): Unit = {\n    ???\n  }\n\n  def convertToSchema(data: Seq[(String, String)]): Seq[(String, Seq[Hierarchy])] = {\n    def srcOf[A : reflect.ClassTag] = reflect.classTag[A].runtimeClass.getProtectionDomain.getCodeSource.getLocation.toExternalForm\n    var results = Vector[(String, Seq[Hierarchy])]()\n    implicit val ctx = {\n      val stdlibSrc = srcOf[Predef.type]\n      val dottylibSrc = srcOf[dotty.DottyPredef.type]\n\n      val ctx = new ContextBase().initialCtx.fresh\n      ctx.setSetting(ctx.settings.classpath, Seq(stdlibSrc, dottylibSrc).mkString(File.pathSeparator))\n      ctx\n    }\n    val compiler = new Compiler {\n      override def phases = {\n        val ps = super.phases\n        \/\/ Right now there are 3 phases before typer\n        \/\/ One can look up how many phases there are in the super implementation\n        val beforeTyper = ps.take(3)\n        beforeTyper :+ List(new AmoraPhase((unit, res) \u21d2 {\n          res match {\n            case Success(res) \u21d2\n              results :+= unit.source.file.name \u2192 res\n            case Failure(f) \u21d2\n              throw f\n          }\n        }))\n      }\n    }\n    val sourceFiles = data map {\n      case (fileName, sourceCode) \u21d2\n        val virtualFile = new VirtualFile(fileName)\n        val writer = new BufferedWriter(new OutputStreamWriter(virtualFile.output, \"UTF-8\"))\n        writer.write(sourceCode)\n        writer.close()\n        new SourceFile(virtualFile, Codec.UTF8)\n    }\n    val run = compiler.newRun\n    logger.info(\"Compile sources with the following dotc configuration: \" + new PathResolver().Calculated)\n    run.compileSources(sourceFiles.toList)\n    results.toSeq\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"web-ui\/src\/main\/scala\/amora\/frontend\/webui\/Requests.scala","text":"<gh_stars>10-100\npackage amora.frontend.webui\n\nimport scala.concurrent.Future\nimport scala.concurrent.Promise\nimport scala.scalajs.concurrent.JSExecutionContext.Implicits.queue\nimport scala.scalajs.js\nimport scala.util.Failure\nimport scala.util.Success\n\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.dom.raw.XMLHttpRequest\n\ntrait Requests {\n\n  case class Range(start: Int, end: Int)\n\n  sealed trait Hierarchy\n  case class HierarchyEntry(url: String, name: String) extends Hierarchy\n  case object Root extends Hierarchy\n\n  def findChildren(h: Hierarchy): Future[Seq[HierarchyEntry]] = {\n    val resp = h match {\n      case Root \u21d2\n        sparqlConstructRequest(\"\"\"\n          |prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n          |prefix Hierarchy:<http:\/\/amora.center\/kb\/amora\/Schema\/Hierarchy\/>\n          |prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n          |construct {\n          |  ?s a Hierarchy: ; Hierarchy:name ?name .\n          |  ?s Hierarchy:desc ?desc .\n          |}\n          |where {\n          |  ?s a Hierarchy: ; Hierarchy:name ?name .\n          |  filter not exists {\n          |    ?s Hierarchy:owner ?o .\n          |  }\n          |\n          |  ?s a ?tpe .\n          |  filter not exists {\n          |    ?sub rdfs:subClassOf ?tpe .\n          |    filter (?sub != ?tpe)\n          |  }\n          |  ?tpe Schema:schemaName ?desc .\n          |}\n          |\"\"\".stripMargin)\n\n      case HierarchyEntry(url, _) \u21d2\n        sparqlConstructRequest(s\"\"\"\n          |prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n          |prefix Hierarchy:<http:\/\/amora.center\/kb\/amora\/Schema\/Hierarchy\/>\n          |prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n          |construct {\n          |  ?s a Hierarchy: ; Hierarchy:name ?name .\n          |  ?s Hierarchy:desc ?desc .\n          |}\n          |where {\n          |  ?s Hierarchy:owner <$url> ; Hierarchy:name ?name .\n          |\n          |  ?s a ?tpe .\n          |  filter not exists {\n          |    ?sub rdfs:subClassOf ?tpe .\n          |    filter (?sub != ?tpe)\n          |  }\n          |  ?tpe Schema:schemaName ?desc .\n          |}\n          |\"\"\".stripMargin)\n    }\n\n    val model = resp flatMap { modelAsData(_, \"\"\"\n      |prefix Hierarchy:<http:\/\/amora.center\/kb\/amora\/Schema\/Hierarchy\/>\n      |select * where {\n      |  ?url a Hierarchy: ; Hierarchy:name ?name .\n      |  ?url Hierarchy:desc ?desc .\n      |}\n      |order by ?desc ?name\n      |\"\"\".stripMargin)\n    }\n\n    for (m \u2190 model) yield {\n      val res = for (elem \u2190 m.asInstanceOf[js.Array[js.Any]]) yield {\n        val url = elem.jsg.url.value.toString\n        val name = elem.jsg.name.value.toString\n        val desc = elem.jsg.desc.value.toString\n        HierarchyEntry(url, desc + \" \" + name)\n      }\n      res.toList\n    }\n  }\n\n  def indexScalaSrc(src: String): Future[Unit] = {\n    val ttlResp = serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      @prefix cu:<http:\/\/amora.center\/kb\/Schema\/CompilationUnit\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:ScalaSourceIndexer ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"data\" ;\n            service:value [\n              cu:fileName \"x.scala\" ;\n              cu:source \"${src.replace(\"\\n\", \"\\\\n\").replace(\"\\\"\", \"\\\\\\\"\")}\" ;\n            ] ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n    ttlResp.map(_ \u21d2 ())\n  }\n\n  def findUsages(offset: Int): Future[Seq[Range]] = {\n    val ttlResp = serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:FindUsages ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"offset\" ;\n            service:value $offset ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n\n    val model = ttlResp flatMap { ttlResp \u21d2\n      modelAsData(ttlResp, \"\"\"\n        prefix rdf:<http:\/\/www.w3.org\/1999\/02\/22-rdf-syntax-ns#>\n        prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select ?start ?end where {\n          ?s service:result ?r .\n          ?r decl:posStart ?start ; decl:posEnd ?end .\n        }\n        order by ?start ?end\n      \"\"\")\n    }\n\n    model map { model \u21d2\n      val res = for (elem \u2190 model.asInstanceOf[js.Array[js.Any]]) yield {\n        val start = elem.jsg.start.value.toString.toInt\n        val end = elem.jsg.end.value.toString.toInt\n        Range(start, end)\n      }\n      res.toList\n    }\n  }\n\n  def findDeclaration(offset: Int): Future[Option[Range]] = {\n    val ttlResp = serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:FindDeclaration ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"offset\" ;\n            service:value $offset ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n\n    val model = ttlResp flatMap { ttlResp \u21d2\n      modelAsData(ttlResp, \"\"\"\n        prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n        prefix decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select ?start ?end where {\n          ?s service:result ?r .\n          ?r decl:posStart ?start ; decl:posEnd ?end .\n        }\n      \"\"\")\n    }\n\n    model map { model \u21d2\n      val arr = model.asInstanceOf[js.Array[js.Any]]\n      if (arr.isEmpty)\n        None\n      else {\n        val start = arr(0).jsg.start.value.toString.toInt\n        val end = arr(0).jsg.end.value.toString.toInt\n        Some(Range(start, end))\n      }\n    }\n  }\n\n  def modelAsData(ttlModel: String, query: String): Future[js.Any] = {\n    val p = Promise[js.Any]\n\n    def handleErr(err: js.Any, msg: String)(onSuccess: \u21d2 Unit): Unit = {\n      if (err == null)\n        onSuccess\n      else\n        p.failure(new IllegalStateException(s\"$msg\\n$err\"))\n    }\n\n    jsg.Bundle.rdfstore.create(f2 { (err, store) \u21d2\n      handleErr(err, \"Error occurred while loading rdfstore.\") {\n        store.jsg.load(\"text\/turtle\", ttlModel, f2 { (err, loadedTriples) \u21d2\n          handleErr(err, \"Error occurred while loading TTL data.\") {\n            \/\/ we can't inline `?r`, see https:\/\/github.com\/antoniogarrote\/rdfstore-js\/issues\/141\n            store.jsg.execute(query, f2 { (err, graph) \u21d2\n              handleErr(err, \"Error occurred while executing SPARQL query.\") {\n                p.success(graph)\n              }\n            })\n          }\n        })\n      }\n    })\n    p.future\n  }\n\n  \/**\n   * Sends a SPARQL request. The response is encoded in\n   * `application\/sparql-results+json`.\n   *\/\n  def sparqlRequest(query: String): Future[String] = {\n    val p = Promise[String]\n    val r = new XMLHttpRequest\n    r.open(\"POST\", \"http:\/\/amora.center\/sparql\", async = true)\n    r.setRequestHeader(\"Content-type\", \"application\/sparql-query\")\n    r.setRequestHeader(\"Accept\", \"application\/sparql-results+json\")\n    r.setRequestHeader(\"Charset\", \"UTF-8\")\n    r.onreadystatechange = (e: Event) \u21d2 {\n      if (r.readyState == XMLHttpRequest.DONE) {\n        if (r.status == 200)\n          p.success(r.responseText)\n        else\n          p.failure(new IllegalStateException(s\"Server responded with an error to SPARQL request.\\nRequest: $query\\nResponse (error code: ${r.status}): ${r.responseText}\"))\n      }\n    }\n    r.send(query)\n    p.future\n  }\n\n  \/**\n   * Sends a SPARQL construct request. The response is encoded in Turtle format.\n   *\/\n  def sparqlConstructRequest(query: String): Future[String] = {\n    val p = Promise[String]\n    val r = new XMLHttpRequest\n    r.open(\"POST\", \"http:\/\/amora.center\/sparql-construct\", async = true)\n    r.setRequestHeader(\"Content-type\", \"application\/sparql-query\")\n    r.setRequestHeader(\"Accept\", \"text\/turtle\")\n    r.setRequestHeader(\"Charset\", \"UTF-8\")\n    r.onreadystatechange = (e: Event) \u21d2 {\n      if (r.readyState == XMLHttpRequest.DONE) {\n        if (r.status == 200)\n          p.success(r.responseText)\n        else\n          p.failure(new IllegalStateException(s\"Server responded with an error to SPARQL construct request.\\nRequest: $query\\nResponse (error code: ${r.status}): ${r.responseText}\"))\n      }\n    }\n    r.send(query)\n    p.future\n  }\n\n  def onSuccess[A](fut: Future[A])(f: A \u21d2 Unit): Unit = {\n    fut onComplete {\n      case Success(s) \u21d2\n        f(s)\n      case Failure(f) \u21d2\n        dom.console.error(f.getMessage)\n    }\n  }\n\n  \/**\n   * Sends a service request, which needs to be encoded in `text\/turtle`. The\n   * response is also encoded in `text\/turtle`.\n   *\/\n  def serviceRequest(ttlReq: String): Future[String] = {\n    val p = Promise[String]\n    val r = new XMLHttpRequest\n    r.open(\"POST\", \"http:\/\/amora.center\/service\", async = true)\n    r.setRequestHeader(\"Content-type\", \"text\/turtle\")\n    r.setRequestHeader(\"Accept\", \"text\/turtle\")\n    r.setRequestHeader(\"Charset\", \"UTF-8\")\n    r.onreadystatechange = (e: Event) \u21d2 {\n      if (r.readyState == XMLHttpRequest.DONE) {\n        if (r.status == 200)\n          p.success(r.responseText)\n        else\n          p.failure(new IllegalStateException(s\"Server responded with an error to service request.\\nRequest: $ttlReq\\nResponse (error code: ${r.status}): ${r.responseText}\"))\n      }\n    }\n    r.send(ttlReq)\n    p.future\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"web-ui\/src\/main\/scala\/amora\/frontend\/webui\/JsUtils.scala","text":"package amora.frontend.webui\n\nimport scala.scalajs.js\nimport scala.scalajs.js.Dynamic\n\nimport org.scalajs.dom\nimport org.scalajs.jquery.jQuery\n\ntrait JsUtils {\n  def $ = jQuery\n  def log = dom.console\n  def jsg = Dynamic.global\n\n  def f2[R](f: (js.Any, js.Any) \u21d2 R): js.Function2[js.Any, js.Any, R] =\n    js.Any.fromFunction2((arg0: js.Any, arg1: js.Any) \u21d2 f(arg0, arg1))\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"project\/deps.scala","text":"import sbt._\nimport sbt.Keys._\nimport org.scalajs.sbtplugin.ScalaJSPlugin.autoImport._\n\nobject deps {\n  \/\/ https:\/\/github.com\/lihaoyi\/scalatags\n  val scalatags       = \"0.5.2\"\n  \/\/ https:\/\/github.com\/lloydmeta\/enumeratum\n  val enumeratum      = \"1.3.7\"\n  val akka            = \"2.5.1\"\n  val akkaHttp        = \"10.0.5\"\n  val jena            = \"3.0.1\"\n  \/\/ https:\/\/github.com\/scalaj\/scalaj-http\n  val scalaj          = \"2.3.0\"\n  \/\/ https:\/\/github.com\/typesafehub\/scala-logging\n  val scalaLogging    = \"3.1.0\"\n  \/\/ https:\/\/github.com\/ochrons\/boopickle\n  val boopickle       = \"1.1.0\"\n  \/\/ https:\/\/github.com\/msgpack4z\/msgpack4z-core\n  val msgpack4zCore   = \"0.3.7\"\n  \/\/ https:\/\/github.com\/msgpack4z\/msgpack4z-java07\n  val msgpack4zJava   = \"0.3.5\"\n  \/\/ https:\/\/github.com\/antonkulaga\/codemirror-facade\n  val codemirror      = \"5.5-0.5\"\n  val jquery          = \"0.8.0\"\n  val junitInterface  = \"0.11\"\n  val coursier        = \"1.0.0-RC1\"\n\n  lazy val protocol = Def.setting(Seq(\n    \"me.chrons\"                      %%% \"boopickle\"                         % boopickle\n  ))\n\n  lazy val backend = Def.setting(Seq(\n    \"com.typesafe.akka\"              %%  \"akka-http-core\"                    % akkaHttp,\n    \"com.typesafe.akka\"              %%  \"akka-http\"                         % akkaHttp,\n    \"com.typesafe.akka\"              %%  \"akka-http-spray-json\"              % akkaHttp,\n    \"com.typesafe.akka\"              %%  \"akka-stream\"                       % akka,\n    \"com.typesafe.akka\"              %%  \"akka-slf4j\"                        % akka,\n    \"com.lihaoyi\"                    %%% \"scalatags\"                         % scalatags,\n    \"org.apache.jena\"                %   \"apache-jena-libs\"                  % jena,\n    \"io.get-coursier\"                %%  \"coursier\"                          % coursier,\n    \"io.get-coursier\"                %%  \"coursier-cache\"                    % coursier,\n    \"org.scalaj\"                     %%  \"scalaj-http\"                       % scalaj,\n    \"com.novocode\"                   %   \"junit-interface\"                   % junitInterface   % \"test\",\n    \"com.typesafe.akka\"              %%  \"akka-http-testkit\"                 % akkaHttp         % \"test\"\n  ))\n\n  lazy val nvim = Def.setting(Seq(\n    \"com.github.xuwei-k\"             %%  \"msgpack4z-core\"                    % msgpack4zCore,\n    \"com.github.xuwei-k\"             %   \"msgpack4z-java\"                    % msgpack4zJava,\n    \"com.beachape\"                   %%  \"enumeratum\"                        % enumeratum,\n    \"org.scala-lang\"                 %   \"scala-reflect\"                     % scalaVersion.value,\n    \"com.typesafe.scala-logging\"     %%  \"scala-logging\"                     % scalaLogging\n  ))\n\n  lazy val sjs = Def.setting(Seq(\n    \"be.doeraene\"                    %%% \"scalajs-jquery\"                    % jquery,\n    \"org.denigma\"                    %%% \"codemirror-facade\"                 % codemirror,\n    \"com.lihaoyi\"                    %%% \"scalatags\"                         % scalatags\n  ))\n\n  lazy val webUi = Def.setting(Seq(\n    \"be.doeraene\"                    %%% \"scalajs-jquery\"                    % jquery,\n    \"com.lihaoyi\"                    %%% \"scalatags\"                         % scalatags\n  ))\n\n  lazy val webjars = Def.setting(Seq(\n    \"org.webjars\"                    %   \"codemirror\"                        % \"5.5\"                     \/ \"codemirror.js\",\n    \/\/ https:\/\/github.com\/chjj\/marked\n    \"org.webjars.bower\"              %   \"marked\"                            % \"0.3.3\"                   \/ \"marked.js\",\n    \"org.webjars\"                    %   \"d3js\"                              % \"3.5.5-1\"                 \/ \"d3.js\",\n    \/\/ https:\/\/github.com\/fgnass\/spin.js\n    \"org.webjars.bower\"              %   \"spin.js\"                           % \"2.3.1\"                   \/ \"spin.js\"\n  ))\n\n  lazy val firefoxPlugin = Def.setting(Seq(\n    \"be.doeraene\"                    %%% \"scalajs-jquery\"                    % jquery,\n    \"com.lihaoyi\"                    %%% \"scalatags\"                         % scalatags\n  ))\n\n  lazy val scalacConverter = Def.setting(Seq(\n    \"org.scala-lang\"                 %   \"scala-compiler\"                    % scalaVersion.value,\n    \"org.scala-refactoring\"          %%  \"org.scala-refactoring.library\"     % \"0.11.0\"                  cross CrossVersion.full\n  ))\n\n  lazy val javacConverter = Def.setting(Seq(\n    \"org.ow2.asm\"                    %   \"asm-commons\"                       % \"5.0.4\",\n    \"org.ow2.asm\"                    %   \"asm-util\"                          % \"5.0.4\"\n  ))\n\n  lazy val dotcConverter = Def.setting(Seq(\n    \"ch.epfl.lamp\"                   %%  \"dotty\"                             % \"0.1-SNAPSHOT\",\n    \"me.d-d\"                         %   \"scala-compiler\"                    % \"2.11.5-20160322-171045-e19b30b3cd\"\n  ))\n\n  lazy val scalaCompilerService = Def.setting(Seq(\n    \"com.novocode\"                   %   \"junit-interface\"                   % junitInterface   % \"test\"\n  ))\n\n  lazy val nlp = Def.setting(Seq(\n    \/\/ https:\/\/github.com\/extjwnl\/extjwnl\n    \"net.sf.extjwnl\"                 %   \"extjwnl\"                           % \"1.9.1\",\n    \"net.sf.extjwnl\"                 %   \"extjwnl-data-wn31\"                 % \"1.2\",\n    \"org.parboiled\"                  %%  \"parboiled\"                         % \"2.1.3\"\n  ))\n\n  lazy val amoraSbtPlugin = Def.setting(Seq(\n    \"io.get-coursier\"                %%  \"coursier\"                          % coursier,\n    \"io.get-coursier\"                %%  \"coursier-cache\"                    % coursier\n  ))\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/requests\/NlpRequests.scala","text":"package amora.backend.requests\n\nimport scala.util.Failure\nimport scala.util.Success\n\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.MediaType\nimport akka.http.scaladsl.model.MediaTypes\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.server.Route\nimport amora.backend.BackendSystem\nimport amora.backend.CustomContentTypes\n\ntrait NlpRequests extends Directives {\n\n  def bs: BackendSystem\n\n  def handleNlqPostRequest(req: HttpRequest, query: String): Route = {\n    req.entity.contentType.mediaType match {\n      case m if m matches MediaTypes.`text\/plain` \u21d2\n        bs.runNlq(query, \"Error happened while handling natural language query request.\") {\n          case Success(turtleResp: String) \u21d2\n            HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, turtleResp)\n          case Failure(t) \u21d2\n            throw t\n        }\n\n      case m \u21d2\n        rejectContentType(m, MediaTypes.`text\/plain`)\n    }\n  }\n\n  private def rejectContentType(actualContentType: MediaType, expectedContentTypes: MediaType*): Route = {\n    complete(HttpResponse(StatusCodes.UnsupportedMediaType,\n        entity = s\"The media type was `$actualContentType` but one of the following media types is required:\\n${expectedContentTypes.map(_.toString).mkString(\"\\n\")}\\n\"))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/scalac\/src\/main\/scala\/amora\/converter\/ScalacConverter.scala","text":"<gh_stars>10-100\npackage amora.converter\n\nimport scala.collection.mutable.ListBuffer\nimport scala.reflect.internal.Chars\nimport scala.reflect.io.AbstractFile\nimport scala.tools.nsc.Global\nimport scala.tools.refactoring.util.SourceWithMarker\nimport scala.tools.refactoring.util.SourceWithMarker.Movement\nimport scala.tools.refactoring.util.SourceWithMarker.Movements\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport amora.converter.{ protocol \u21d2 h }\nimport amora.converter.protocol.{ Attachment \u21d2 a }\n\nfinal class ScalacConverter[G <: Global](\n    val global: G,\n    addDeclAttachment: (G#Symbol, h.Decl) \u21d2 Unit = (_: G#Symbol, _: h.Decl) \u21d2 (),\n    addRefAttachment: (AbstractFile, h.Ref) \u21d2 Unit = (_, _) \u21d2 (),\n    addScopeAttachment: (AbstractFile, h.Scope) \u21d2 Unit = (_, _) \u21d2 ()) {\n  import global.{ Try \u21d2 TTry, _ }\n\n  private val found = ListBuffer[h.Hierarchy]()\n  private var scopes = Scopes()\n\n  \/**\n   * Extracts the semantic information in `tree` and converts it into a\n   * structure described by [[Hierarchy]].\n   *\/\n  def convert(tree: Tree): Try[Seq[h.Hierarchy]] = {\n    found.clear()\n    Try(traverse(tree)) match {\n      case Success(_) \u21d2\n        Success(found.toList)\n      case Failure(f) \u21d2\n        Failure(new IllegalStateException(\n            s\"Conversion of file `${tree.pos.source.file.absolute}` failed.\" +\n            \" This is a bug, please report it at `https:\/\/github.com\/sschaef\/amora\/issues`.\" +\n            \" See underlying issue for more information.\", f))\n    }\n  }\n\n  \/**\n   * Decodes a `Name` to its Scala source representation. This is a necessary\n   * operation because a `Name` does not represent the name of the Scala\n   * identifier where it belongs to. Instead it represents the name as it is\n   * seen by the compiler, which may include compiler artifacts. This function\n   * takes care of these artifacts and gives back the name as it was written in\n   * the Scala source.\n   *\/\n  private def decodedName(name: Name) = {\n    def addBackquotes(str: String) = {\n      val (ident, op) =\n        if (Chars.isIdentifierStart(str.head))\n          str.span(Chars.isIdentifierPart)\n        else\n          (\"\", str)\n      val needsBackticks =\n        if (op.isEmpty)\n          nme.keywords(name.toTermName)\n        else if (!ident.isEmpty && ident.last != '_')\n          true\n        else\n          !op.tail.forall(Chars.isOperatorPart)\n      if (needsBackticks) s\"`$str`\" else str\n    }\n    addBackquotes(name.decoded.trim)\n  }\n\n  \/**\n   * Computes the JVM signature for a method symbol. Throws if `sym` is not a\n   * method symbol.\n   *\/\n  private def jvmSignature(sym: Symbol): String = {\n    require(sym.isMethod && !sym.asMethod.isGetter, \"The passed argument is not a method symbol.\")\n\n    def sig(tpe: Type): String = {\n      val TypeRef(_, sym, args) = tpe\n      sym match {\n        case definitions.UnitClass    \u21d2 \"V\"\n        case definitions.BooleanClass \u21d2 \"Z\"\n        case definitions.CharClass    \u21d2 \"C\"\n        case definitions.ByteClass    \u21d2 \"B\"\n        case definitions.ShortClass   \u21d2 \"S\"\n        case definitions.IntClass     \u21d2 \"I\"\n        case definitions.FloatClass   \u21d2 \"F\"\n        case definitions.LongClass    \u21d2 \"J\"\n        case definitions.DoubleClass  \u21d2 \"D\"\n        case definitions.ArrayClass   \u21d2 \"[\"+sig(args.head)\n        case _                        \u21d2 \"L\"+sym.javaBinaryNameString+\";\"\n      }\n    }\n\n    val MethodType(params, ret) = sym.info.erasure\n    val paramsSig = params.map(param \u21d2 sig(param.info)).mkString\n    val retSig = sig(if (!sym.isConstructor) ret else definitions.UnitClass.toType)\n    s\"($paramsSig)$retSig\"\n  }\n\n  private def requireSymbolDefined(sym: Symbol) =\n    require(sym != NoSymbol, \"The passed argument is NoSymbol. This is a programming error, \"\n        + \"make sure that everything with a NoSymbol does not survive long enough to get here.\")\n\n  private def mkName(sym: Symbol): String = {\n    requireSymbolDefined(sym)\n    if (sym.name == tpnme.BYNAME_PARAM_CLASS_NAME)\n      \"Function0\"\n    else if (sym.name == nme.CONSTRUCTOR)\n      \"this\"\n    else if (sym.isLazyAccessor && sym.isArtifact)\n      decodedName(TermName(sym.name.decoded.trim.dropRight(nme.LAZY_LOCAL.length)))\n    else\n      decodedName(sym.name)\n  }\n\n  private def classifyDecl(sym: Symbol, decl: h.Decl): Unit = {\n    if (sym.isTrait)\n      decl.addAttachments(a.Trait)\n    else if (sym.isClass) {\n      decl.addAttachments(a.Class)\n      if (sym.isAbstract)\n        decl.addAttachments(a.Abstract)\n    }\n    else if (sym.isModule && !sym.hasPackageFlag)\n      decl.addAttachments(a.Object)\n    else if (sym.isLazy)\n      decl.addAttachments(a.Lazy, a.Val)\n    else if (sym.isMethod) {\n      if (sym.asMethod.isGetter)\n        classifyDecl(sym.accessed, decl)\n      else\n        decl.addAttachments(a.Def, a.JvmSignature(jvmSignature(sym)))\n    }\n    else if (sym.isTypeParameterOrSkolem)\n      decl.addAttachments(a.TypeParam)\n    else if (sym.isParameter || sym.isParamAccessor)\n      decl.addAttachments(if (sym.isVar) a.Var else a.Val, a.Param)\n    else if (sym.isVal)\n      decl.addAttachments(a.Val)\n    else if (sym.isVar)\n      decl.addAttachments(a.Var)\n    else if (sym.hasPackageFlag)\n      decl.addAttachments(a.Package)\n\n    addDeclAttachment(sym, decl)\n  }\n\n  \/**\n   * Creates a [[Decl]] from a symbol `sym` and sets its owner to `owner`.\n   *\/\n  private def mkDecl(sym: Symbol, owner: h.Hierarchy): h.Decl = {\n    requireSymbolDefined(sym)\n    val decl = h.Decl(mkName(sym), owner)\n    classifyDecl(sym, decl)\n    decl\n  }\n\n  \/**\n   * Similar to [[mkDecl]] but also assigns a position to the [[Decl]]. The\n   * position is set before [[classifyDecl]] is called in order to make it\n   * possible to correctly attach the source file to the [[Decl]].\n   *\/\n  private def mkDeclWithPos(sym: Symbol, owner: h.Hierarchy, pos: Position): h.Decl = {\n    requireSymbolDefined(sym)\n    val decl = h.Decl(mkName(sym), owner)\n    setPosition(decl, pos)\n    classifyDecl(sym, decl)\n    decl\n  }\n\n  \/**\n   * Creates a [[Decl]], whose owner is the owner of the symbol and so on until\n   * the root node is reached.\n   *\/\n  private def mkDeepDecl(sym: Symbol): h.Decl = {\n    requireSymbolDefined(sym)\n    if (sym.name.toTermName == nme.ROOT)\n      h.Root\n    else {\n      val noRootSymbol = sym.ownerChain.reverse.tail\n      val noEmptyPkgSymbol =\n        if (noRootSymbol.head.name.toTermName == nme.EMPTY_PACKAGE_NAME)\n          noRootSymbol.tail\n        else\n          noRootSymbol\n      val noPackageObjects = noEmptyPkgSymbol.filter(!_.isPackageObjectClass)\n\n      noPackageObjects.foldLeft(h.Root: h.Decl) { (owner, s) \u21d2 mkDecl(s, owner) }\n    }\n  }\n\n  private def mkRef(t: Tree, name: String, refToDecl: h.Hierarchy, owner: h.Hierarchy, calledOn: Option[h.Hierarchy] = None): h.Ref = {\n    require(refToDecl.attachments.exists(_.isInstanceOf[a.SourceFile]),\n        s\"No SourceFile attachment for `$refToDecl` in tree `$t` found.\")\n    val ref = h.Ref(name, refToDecl, owner, calledOn)\n    ref.addAttachments(a.Ref)\n    addRefAttachment(t.pos.source.file, ref)\n    ref\n  }\n\n  \/**\n   * `isTopLevelRef` should be `true` when this method is called. It can be set\n   * to `false` when this method calls itself recursively. We need to know if a\n   * ref is top level for Selects. `a.b.c` is a Select and it can exist\n   * explicitly in the sources or implicitly to qualify a symbol. In the latter\n   * case we always want to throw away inner selects like `a.b` and `a` but\n   * sometimes we want to keep the top level select `a.b.c`. This may be the\n   * case for implicitly called `apply` methods as in `Option(1)`, where the\n   * Select would be `scala.Option.apply` (`apply` is kept but `scala.Option`\n   * and `scala` are thrown away).\n   *\/\n  private def refTree(owner: h.Hierarchy, tree: Tree, codeOrder: Int, isTopLevelRef: Boolean = true): h.Ref = tree match {\n    case Apply(fun, args) \u21d2\n      val ref = refTree(owner, fun, codeOrder, isTopLevelRef)\n      args foreach (body(ref, _))\n      ref\n    case TypeApply(fun, args) \u21d2\n      args foreach (typeRef(owner, _))\n      refTree(owner, fun, codeOrder, isTopLevelRef)\n    case Select(New(nt), _) \u21d2\n      refTree(owner, nt, codeOrder, isTopLevelRef)\n    case t @ Select(qualifier, name) \u21d2\n      val qualifierRef = qualifier match {\n        case _: This | Ident(nme.ROOTPKG) | _: Super \u21d2\n          None\n        case Select(qualifier, nme.PACKAGE) \u21d2\n          Some(refTree(owner, qualifier, codeOrder, isTopLevelRef = false))\n        case _ \u21d2\n          Some(refTree(owner, qualifier, codeOrder, isTopLevelRef = false))\n      }\n      val refToDecl = {\n        val ownerDecl =\n          if (t.symbol.owner.name.toTermName == nme.PACKAGE)\n            mkDeepDecl(t.symbol.owner.owner)\n          else\n            mkDeepDecl(t.symbol.owner)\n        mkDeclWithPos(t.symbol, ownerDecl, t.pos)\n      }\n      val refName =\n        if (name == nme.CONSTRUCTOR)\n          \"this\"\n        else\n          decodedName(name)\n      \/\/ we have to use `refName` instead of `refToDecl.name` here because for\n      \/\/ rename imports its name is different from the name of the symbol\n      val ref = mkRef(t, refName, refToDecl, owner, qualifierRef)\n\n      \/\/ implicitly called apply methods do have range positions but the position\n      \/\/ of their qualifier is transparent. We need to ensure that we don't treat\n      \/\/ the apply method as a range position.\n      def isImplicitApplyMethod = name == nme.apply && qualifier.pos.isTransparent\n      \/\/ some refs are implicitly added by the compiler (like `scala.AnyRef` parents\n      \/\/ for classes). In this case they don't have a range position but they are top\n      \/\/ level and their only reasonable position can be the offset of their owners.\n      if (!t.pos.isRange)\n        setPositionOfOwner(owner, ref)\n      else if (!isImplicitApplyMethod)\n        setPosition(ref, t.pos)\n      else {\n        val offset = t.pos.start\n        ref.position = h.RangePosition(offset, offset)\n      }\n\n      if (isTopLevelRef || t.pos.isRange) {\n        val order = qualifierRef.flatMap(_.attachments.collectFirst{ case a.Order(nr) \u21d2 nr + 1}).getOrElse(1)\n        ref.addAttachments(a.Order(order))\n        if (order == 1)\n          addCodeOrder(ref, codeOrder)\n        found += ref\n      }\n      ref\n    case _: Ident | _: TypeTree | _: This \u21d2\n      val t = tree match {\n        case t: TypeTree if t.original != null \u21d2 t.original\n        case t \u21d2 t\n      }\n\n      def mkIdent = {\n        val d = h.Decl(mkName(t.symbol), h.Root)\n        classifyDecl(t.symbol, d)\n        d.asString\n      }\n      val calledOn =\n        if (t.symbol.owner.isAnonymousFunction || t.symbol.owner.isLocalDummy)\n          owner\n        else scopes.asDecl(mkIdent) match {\n          case Some(decl) \u21d2 decl.owner\n          case None \u21d2 mkDeepDecl(t.symbol.owner)\n        }\n      val rawRefToDecl = mkDeclWithPos(t.symbol, calledOn, t.pos)\n      val (n, refToDecl) = t match {\n        \/\/ the names of self refs are not part of the tree. They are in the same\n        \/\/ way represented as a this reference. We have to check the source code\n        \/\/ to find out what it is.\n        case _: This \u21d2\n          val thisRef = t.pos.source.content.slice(t.pos.start, t.pos.end).mkString\n          if (thisRef == \"this\")\n            \"this\" \u2192 rawRefToDecl\n          else {\n            \/\/ we need to create the referenced decl manually here because I don't\n            \/\/ know how to get access to the symbol of the self ref.\n            val refToDecl = h.Decl(thisRef, rawRefToDecl)\n            refToDecl.addAttachments(a.Val)\n            addDeclAttachment(t.symbol, refToDecl)\n            thisRef \u2192 refToDecl\n          }\n        case _ \u21d2\n          rawRefToDecl.name \u2192 rawRefToDecl\n      }\n      val ref = mkRef(t, n, refToDecl, owner)\n      t match {\n        \/\/ we need to manually adjust positions for `this` references because\n        \/\/ the implementation of `setPosition` for some reason can't handle them.\n        case _: This \u21d2\n          ref.position = h.RangePosition(t.pos.point, t.pos.point+n.length)\n        case _ \u21d2\n          setPosition(ref, t.pos)\n      }\n      if (t.pos.isRange) {\n        ref.addAttachments(a.Order(1))\n        addCodeOrder(ref, codeOrder)\n        found += ref\n      }\n      ref\n    case t: Literal \u21d2\n      val ref = classOfConst(owner, t).getOrElse {\n        throwTreeMatchError(t)\n      }\n      found += ref\n      ref\n    case t \u21d2\n      throwTreeMatchError(t)\n  }\n\n  private def setPositionOfOwner(owner: h.Hierarchy, elem: h.Hierarchy): Unit = {\n    owner.position match {\n      case h.RangePosition(offset, _) \u21d2\n        elem.position = h.RangePosition(offset, offset)\n      case _ \u21d2\n    }\n  }\n\n  \/**\n   * `selfRefPos` needs to be set when the type tree belongs to the type of a\n   * self reference. The value in the `Option` is the start offset of the self\n   * reference.\n   *\/\n  private def typeTree(owner: h.Hierarchy, t: TypeTree, selfRefPos: Option[Int], isRepeatedArg: Boolean): Unit = {\n    def refFromSymbol(sym: Symbol): h.Ref = {\n      val o = mkDeepDecl(sym)\n      mkRef(t, o.name, o, owner)\n    }\n\n    def handleSelfRefTypes() = {\n      def findTypes(t: Type): Seq[Type] =\n        if (t.typeSymbol.isRefinementClass)\n          t.typeSymbol.info.parents.flatMap(findTypes)\n        else\n          t +: t.typeArgs.flatMap(findTypes)\n\n      def findTrees(t: Tree): Seq[Tree] = t match {\n        case CompoundTypeTree(Template(parents, _, _)) \u21d2\n          parents.flatMap(findTrees)\n        case AppliedTypeTree(tpt, args) \u21d2\n          tpt +: args.flatMap(findTrees)\n        case t \u21d2\n          Seq(t)\n      }\n\n      val typeParents = t.symbol.info.parents.flatMap(findTypes)\n      val treeParents = findTrees(t.original)\n\n      val selfRef = refFromSymbol(typeParents.head.typeSymbol)\n      selfRefPos foreach { offset \u21d2\n        selfRef.position = h.RangePosition(offset, offset)\n      }\n      found += selfRef\n\n      typeParents.tail zip treeParents foreach {\n        case (typeParent, treeParent) \u21d2\n          val ref = refFromSymbol(typeParent.typeSymbol)\n          setPosition(ref, treeParent.pos)\n          found += ref\n      }\n    }\n\n    def handleExplicitTypeAscriptions() = t.tpe match {\n      case tpe: AliasTypeRef \u21d2\n        val ref = refFromSymbol(tpe.sym)\n        setPosition(ref, t.pos)\n        found += ref\n      case tpe if !t.pos.isRange && tpe =:= typeOf[scala.annotation.Annotation] \u21d2\n        \/\/ Annotation is implicitly added for annotations but we only want to keep\n        \/\/ it if the Annotation type is directly extended\n      case tpe if !t.pos.isRange && tpe =:= typeOf[AnyRef] \u21d2\n        \/\/ AnyRef can leak in and we don't want to add it if it doesn't appear in source code\n      case _ if t.symbol.name == tpnme.REPEATED_PARAM_CLASS_NAME \u21d2\n        \/\/ Ignore repeated arguments\n      case _ \u21d2\n        val ref = refFromSymbol(t.symbol)\n        t.original match {\n          case _: AppliedTypeTree | _: Select if !isRepeatedArg && t.symbol.name != tpnme.BYNAME_PARAM_CLASS_NAME \u21d2\n            \/\/ We want a slightly different behavior for inferred types and explicit type annotations.\n            \/\/ For the former, as in `val x = 0`, we want to assign the type `Int` to the offset\n            \/\/ position of `x`. In case of the later, as in `val x: Int = 0`, we want to have\n            \/\/ a range position for the `Int` but no offset position that points to `x`.\n            \/\/ Explicit type annotations come in the shape of an `AppliedTypeTree` or\n            \/\/ as a `Select`. We ignore them here because `t.original` is handled later.\n            \/\/ Repeated arguments and by-name parameters can't be handled later, though.\n          case _ if owner.attachments(a.Function) && owner.position.isInstanceOf[h.RangePosition] \u21d2\n            \/\/ functions created through function literals don't have their positions at\n            \/\/ the beginning of the identifiers where we want to have it\n            val offset = owner.position.asInstanceOf[h.RangePosition].start\n            ref.position = new h.RangePosition(offset, offset)\n          case _ \u21d2\n            \/\/ the position for self references are wrong, we had to pass it as a\n            \/\/ parameter to this function\n            selfRefPos match {\n              case Some(offset) \u21d2\n                ref.position = h.RangePosition(offset, offset)\n              case None \u21d2\n                setPosition(ref, t.pos)\n            }\n        }\n        if (isRepeatedArg)\n          ref.addAttachments(a.Repeated)\n        if (ref.position != h.NoPosition)\n          found += ref\n    }\n\n    def handleInferredTypes() = t.original match {\n      case t: AppliedTypeTree \u21d2\n        typeRef(owner, t)\n      case t: Select \u21d2\n        typeRef(owner, t)\n      \/\/ Compound type trees need special handling, since their original representation\n      \/\/ lacks symbols.\n      case t @ CompoundTypeTree(Template(parents, _, _)) \u21d2\n        \/\/ we need to extract symbols from the types and later combine the symbols\n        \/\/ with the trees because the trees do not contain the symbols.\n        def handleTypeArguments() = {\n          def findTypes(t: Type): Seq[Type] =\n            t +: t.typeArgs.flatMap(findTypes)\n\n          def findTrees(t: Tree): Seq[Tree] = t match {\n            case AppliedTypeTree(tpt, args) \u21d2\n              tpt +: args.flatMap(findTrees)\n            case t \u21d2\n              Seq(t)\n          }\n\n          val typeParents = t.tpe.parents.flatMap(findTypes)\n          val treeParents = parents.flatMap(findTrees)\n          typeParents zip treeParents foreach {\n            case (typeParent, treeParent) \u21d2\n              val ref = refFromSymbol(typeParent.typeSymbol)\n              setPosition(ref, treeParent.pos)\n              found += ref\n          }\n        }\n\n        \/\/ Only the Select trees from the qualifiers contain symbols.\n        def handleQualifiers() = {\n          parents foreach {\n            case AppliedTypeTree(tpt: Select, _) if tpt.symbol != NoSymbol \u21d2\n              typeRef(owner, tpt)\n            case _ \u21d2\n          }\n        }\n\n        handleTypeArguments()\n        handleQualifiers()\n      case _ \u21d2\n    }\n\n    if (t.symbol.isRefinementClass)\n      handleSelfRefTypes()\n    else\n      handleExplicitTypeAscriptions()\n\n    handleInferredTypes()\n  }\n\n  \/**\n   * See [[typeTree]] for information about what `selfRefPos` is doing.\n   *\/\n  private def typeRef(owner: h.Hierarchy, t: Tree, selfRefPos: Option[Int] = None, isRepeatedArg: Boolean = false): Unit = t match {\n    case t: TypeTree \u21d2\n      typeTree(owner, t, selfRefPos, isRepeatedArg)\n    case AppliedTypeTree(tpt, args) \u21d2\n      val n = tpt.symbol.name\n      if (n == tpnme.REPEATED_PARAM_CLASS_NAME)\n        typeRef(owner, args.head, selfRefPos, isRepeatedArg = true)\n      else {\n        if (n != tpnme.BYNAME_PARAM_CLASS_NAME)\n          typeRef(owner, tpt)\n        args.filter(_.symbol != NoSymbol) foreach (typeRef(owner, _))\n      }\n    case _: Select \u21d2\n      refTree(owner, t, 0)\n    case _: Ident \u21d2\n      refTree(owner, t, 0)\n    case t \u21d2\n      throwTreeMatchError(t)\n  }\n\n  \/** Handles `classOf[X]` constructs. *\/\n  private def classOfConst(owner: h.Hierarchy, t: Literal): Option[h.Ref] = t.tpe match {\n    case tpe: UniqueConstantType if tpe.value.tag == ClazzTag \u21d2\n      val sym = tpe.value.typeValue.typeSymbol\n      val o = mkDeepDecl(sym)\n      classifyDecl(sym, o)\n      val ref = mkRef(t, o.name, o, owner)\n      setPosition(ref, t.pos, skipping = Movements.commentsAndSpaces)\n      found += ref\n\n      \/\/ the symbol of the tree is `null`, we have to get it from elsewhere\n      val classOfSymbol = global.currentRun.runDefinitions.Predef_classOf\n      val refToDecl = mkDeepDecl(classOfSymbol)\n      classifyDecl(classOfSymbol, refToDecl)\n      val classOfRef = mkRef(t ,\"classOf\", refToDecl, owner)\n      classOfRef.position = h.RangePosition(t.pos.start, t.pos.start+classOfRef.name.length)\n      found += classOfRef\n      Some(classOfRef)\n    case _ \u21d2\n      None\n  }\n\n  private def body(owner: h.Hierarchy, t: Tree, codeOrder: Int = 0): Unit = t match {\n    case t: DefDef \u21d2\n      defDef(owner, t, codeOrder)\n    case t: ValDef \u21d2\n      valDef(owner, t, codeOrder)\n    case t: TypeDef \u21d2\n      typeDef(owner, t)\n    case Block(stats, expr) \u21d2\n      withNewScope {\n        stats.zipWithIndex foreach { case (s, i) \u21d2 body(owner, s, i + 1) }\n        body(owner, expr, stats.length + 1)\n      }\n    case t: Literal \u21d2\n      classOfConst(owner, t)\n    case Assign(lhs, rhs) \u21d2\n      body(owner, lhs, codeOrder)\n      val decl = mkDecl(lhs.symbol, owner)\n      body(decl, rhs)\n    case t: Select \u21d2\n      if (!(t.symbol.isLazy && t.symbol.isLazyAccessor))\n        refTree(owner, t, codeOrder)\n    case t: ClassDef \u21d2\n      classDef(owner, t)\n    case t: ModuleDef \u21d2\n      moduleDef(owner, t)\n    case t: Import \u21d2\n      importDef(owner, t)\n    case If(cond, thenp, elsep) \u21d2\n      withKeywordScope(owner, t, a.If) { sIf \u21d2\n        body(sIf, cond)\n        body(sIf, thenp)\n      }\n\n      elsep match {\n        case Literal(c) if c.tag == UnitTag \u21d2\n          \/\/ ignore empty else blocks\n        case _ \u21d2\n          withKeywordScope(owner, t, a.Else) { sElse \u21d2\n            body(sElse, elsep)\n          }\n      }\n    case Match(selector, cases) \u21d2\n      body(owner, selector)\n      withKeywordScope(owner, t, a.Match) { sMatch \u21d2\n        cases foreach (body(sMatch, _))\n      }\n    case CaseDef(pat, guard, body) \u21d2\n      withKeywordScope(owner, t, a.Case) { sCase \u21d2\n        this.body(sCase, pat)\n        this.body(sCase, guard)\n        this.body(sCase, body)\n      }\n    case TTry(block, catchCases, finalizer) \u21d2\n      withKeywordScope(owner, t, a.Try) { sTry \u21d2\n        body(sTry, block)\n      }\n      if (catchCases.nonEmpty) {\n        withKeywordScope(owner, t, a.Catch) { sCatch \u21d2\n          catchCases foreach (body(sCatch, _))\n        }\n      }\n      if (finalizer.nonEmpty) {\n        withKeywordScope(owner, t, a.Finally) { sFinally \u21d2\n          body(sFinally, finalizer)\n        }\n      }\n    case Throw(expr) \u21d2\n      body(owner, expr)\n    case Return(expr) \u21d2\n      body(owner, expr)\n    case _: This \u21d2\n      refTree(owner, t, codeOrder)\n    case LabelDef(_, _, If(cond, Block(stats, _), _)) \u21d2\n      withKeywordScope(owner, t, a.While) { sWhile \u21d2\n        body(sWhile, cond)\n        stats foreach (body(sWhile, _))\n      }\n    case LabelDef(_, _, Block(stats, If(cond, _, _))) \u21d2\n      withKeywordScope(owner, t, a.Do) { sDo \u21d2\n        body(sDo, cond)\n        stats foreach (body(sDo, _))\n      }\n    case EmptyTree \u21d2\n    case _: Apply \u21d2\n      refTree(owner, t, codeOrder)\n    case _: TypeApply \u21d2\n      refTree(owner, t, codeOrder)\n    case _: TypeTree \u21d2\n      typeRef(owner, t)\n    case Function(vparams, body) \u21d2\n      withNewScope {\n        vparams foreach (valDef(owner, _, codeOrder, isFunction = true))\n        this.body(owner, body)\n      }\n    case Bind(_, body) \u21d2\n      val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n      found += decl\n      scopes = scopes.add(decl)\n      this.body(owner, body)\n    case Typed(expr, tpt) \u21d2\n      body(owner, expr)\n      typeRef(owner, tpt)\n    case UnApply(fun, args) \u21d2\n      body(owner, fun)\n      args foreach (body(owner, _))\n    case t: Ident \u21d2\n      if (t.name != nme.USCOREkw)\n        refTree(owner, t, codeOrder)\n    case Alternative(trees) \u21d2\n      trees foreach (body(owner, _))\n    case t \u21d2\n      throwTreeMatchError(t)\n  }\n\n  \/**\n   * Handles annotations. This is rather difficult since the trees of\n   * annotations are not part of the typechecked tree. Instead they are hidden\n   * in the symbol of the annotated declaration. Unfortunately, these hidden\n   * trees do not have range positions. Only offset positions exist in the\n   * compiler generated trees. In order to handle annotations nevertheless, we\n   * find the beginning of the annotation list and then parse all of the\n   * annotations once again. After parsing the trees do have positions but no\n   * types. Therefore we copy the positions back to the original typechecked\n   * tree before we handle the trees. And at the end we remove all all copied\n   * positions from the original tree in order to avoid any potential side\n   * effects with later compiler phases.\n   *\n   * `sym` is the symbol of the declaration where the annotations belong to.\n   * `pos` is the position of this declaration.\n   *\/\n  private def annotationRef(owner: h.Hierarchy, sym: Symbol, pos: Position) = {\n    \/* Marker that signals that we modified a tree. *\/\n    case object NoPosAtt\n\n    def copyPos(from: Tree, to: Tree): Unit = {\n      if (to.pos == NoPosition) {\n        to.updateAttachment(NoPosAtt)\n        to.setPos(from.pos)\n      }\n      (from.children, to.children).zipped foreach copyPos\n    }\n\n    def clear(t: Tree): Unit = {\n      if (t.hasAttachment[NoPosAtt.type]) {\n        t.pos = NoPosition\n        t.removeAttachment[NoPosAtt.type]\n      }\n      t.children foreach clear\n    }\n\n    val anns = sym.annotations\n    if (anns.nonEmpty) {\n      import scala.tools.refactoring.util.SourceWithMarker.Movements._\n      val mvnt = until('@', skipping = comment | inBrackets('(', ')')).backward\n      val startPos = if (sym.isParameter || sym.isParamAccessor) pos.point else pos.start\n      val annPos = (1 to anns.length foldLeft startPos) { (p, _) \u21d2\n        mvnt(SourceWithMarker(pos.source.content, p - 1)).get\n      }\n      val annSrc = \" \"*annPos + pos.source.content.slice(annPos, startPos).mkString\n      val parser = new syntaxAnalyzer.SourceFileParser(newSourceFile(annSrc, \"<memory>\"))\n      val posTrees = parser.annotations(skipNewLines = true)\n      val tpeTrees = anns.map(_.tree)\n\n      (posTrees, tpeTrees).zipped foreach copyPos\n      tpeTrees foreach (body(owner, _))\n      tpeTrees foreach clear\n    }\n  }\n\n  private def anonClassDef(owner: h.Hierarchy, t: ClassDef) = t match {\n    case ClassDef(_, _, _, Template(_, _, body)) \u21d2\n      body foreach {\n        \/\/ partial function applications like `f { case x \u21d2 }` are transformed\n        \/\/ in a way that the partial function is put into the body of the method\n        \/\/ `applyOrElse` of an anonymous class.\n        case DefDef(_, TermName(\"applyOrElse\"), _, _, _, Match(_, cases)) \u21d2\n          cases filter (!_.pos.isTransparent) foreach (this.body(owner, _))\n        case _ \u21d2\n      }\n    case _ \u21d2\n  }\n\n  private def classDef(owner: h.Hierarchy, t: ClassDef): Unit = {\n    if (t.symbol.isAnonOrRefinementClass)\n      anonClassDef(owner, t)\n    else {\n      annotationRef(owner, t.symbol, t.pos)\n      val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n      found += decl\n      withNewScope {\n        t.tparams foreach (typeParamDef(decl, _))\n        template(decl, t.impl)\n      }\n    }\n  }\n\n  private def moduleDef(owner: h.Hierarchy, t: ModuleDef): Unit = {\n    annotationRef(owner, t.symbol, t.pos)\n    val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n    found += decl\n    withNewScope {\n      template(decl, t.impl)\n    }\n  }\n\n  private def importDef(owner: h.Hierarchy, t: Import): Unit = {\n    def ref(sym: Symbol, name: Name, pos: Int): h.Ref = {\n      val decl = mkDeepDecl(sym)\n      \/\/ symbols which point to package imports do not have a source file associated\n      \/\/ with them, therefore we have to set a position manually in order to ensure\n      \/\/ that a SourceFile attachment is correctly set\n      if (sym.hasPackageFlag) {\n        decl.position = h.RangePosition(pos, pos + name.length)\n        classifyDecl(sym, decl)\n      }\n      \/\/ we have to use `name` here instead of `decl.name` because the latter\n      \/\/ points to the declaration but `name` may be a renamed selector and\n      \/\/ therefore its name can differ.\n      val ref = mkRef(t, name.toString, decl, owner)\n      ref.position = h.RangePosition(pos, pos+ref.name.length)\n      ref\n    }\n\n    val Import(qualifier, selectors) = t\n    refTree(owner, qualifier, 0)\n    selectors foreach { sel \u21d2\n      if (sel.name != nme.WILDCARD) {\n        \/\/ The selector has no symbol attached, therefore we have to find the\n        \/\/ type or term by searching for it with the `member` method.\n        val typeSym = qualifier.tpe.member(sel.name.toTypeName)\n        val sym =\n          if (typeSym.exists)\n            typeSym\n          else\n            qualifier.tpe.member(sel.name.toTermName)\n        found += ref(sym, sel.name, sel.namePos)\n\n        if (sel.name != sel.rename)\n          found += ref(sym, sel.rename, sel.renamePos)\n      }\n    }\n  }\n\n  private def typeDef(owner: h.Hierarchy, t: TypeDef): Unit = {\n    val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n    found += decl\n    t.tparams foreach (typeParamDef(decl, _))\n    body(owner, t.rhs)\n  }\n\n  private def valDef(owner: h.Hierarchy, t: ValDef, codeOrder: Int, isFunction: Boolean = false): Unit = {\n    annotationRef(owner, t.symbol, t.pos)\n    if (t.symbol.isSynthetic || t.symbol.isLazy)\n      return\n    val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n    if (isFunction)\n      decl.addAttachments(a.Function)\n    \/\/ implicit flag is only added to the getter\n    if (t.symbol.hasGetter) {\n      val g = t.symbol.getterIn(t.symbol.owner)\n      if (g.isAccessor && g.isImplicit)\n        decl.addAttachments(a.Implicit)\n    }\n    addCodeOrder(decl, codeOrder)\n    found += decl\n    scopes = scopes.add(decl)\n    withNewScope {\n      typeRef(decl, t.tpt)\n      body(decl, t.rhs)\n    }\n  }\n\n  private def selfRef(owner: h.Hierarchy, t: ValDef): Unit = {\n    if (t == noSelfType)\n      return\n    val decl = mkDecl(t.symbol, owner)\n    \/\/ the end position for self references are wrong, we have to set the end manually\n    decl.position = h.RangePosition(t.pos.start, t.pos.start+decl.name.length)\n    found += decl\n    typeRef(decl, t.tpt, selfRefPos = Some(t.pos.start))\n  }\n\n  private def defDef(owner: h.Hierarchy, t: DefDef, codeOrder: Int): Unit = {\n    val DefDef(_, _, tparams, vparamss, tpt, rhs) = t\n\n    def normalDefDef() = {\n      annotationRef(owner, t.symbol, t.pos)\n      val decl = mkDecl(t.symbol, owner)\n      if (t.name == nme.CONSTRUCTOR) {\n        decl.addAttachments(a.Constructor)\n        if (t.pos.isTransparent || t.pos.isOffset)\n          setPositionOfOwner(owner, decl)\n        \/\/ we need to catch auxiliary constructors here (they have a range position)\n        \/\/ because the implementation of `setPosition` for some reason can't handle them.\n        else\n          decl.position = h.RangePosition(t.pos.point, t.pos.point+\"this\".length)\n      }\n      else\n        setPosition(decl, t.pos)\n      addCodeOrder(decl, codeOrder)\n      found += decl\n      withNewScope {\n        tparams foreach (typeParamDef(decl, _))\n        vparamss.flatten.zipWithIndex foreach {\n          case (v, i) \u21d2\n            valDef(decl, v, codeOrder = i + 1, isFunction = v.tpt.symbol.name == tpnme.BYNAME_PARAM_CLASS_NAME)\n        }\n        val isGeneratedSetter = vparamss.headOption.flatMap(_.headOption).exists(_.symbol.isSetterParameter)\n        if (!isGeneratedSetter && t.name != nme.CONSTRUCTOR)\n          typeRef(decl, tpt)\n        \/\/ do not index bodies of generated code\n        if (!t.symbol.isSynthetic) {\n          \/\/ not sure if this condition is the right thing to do. It avoids to create\n          \/\/ refs to the default constructor `java.lang.Object.<ref>this()V`. The\n          \/\/ default constructor of the super class is always called implicitly but\n          \/\/ I'm not sure if we want to highlight this fact in our index.\n          if (!(t.name == nme.CONSTRUCTOR && (t.pos.isOffset || t.pos.isTransparent)))\n            body(decl, rhs)\n        }\n      }\n    }\n\n    def lazyDefDef() = {\n      val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n      addCodeOrder(decl, codeOrder)\n      found += decl\n      typeRef(owner, tpt)\n      body(owner, rhs)\n    }\n\n    if (t.symbol.isLazy)\n      lazyDefDef\n    else if (t.name == nme.MIXIN_CONSTRUCTOR\n          || t.symbol.isGetter && t.symbol.isAccessor\n          || t.symbol.isSetter)\n      ()\n    else\n      normalDefDef\n  }\n\n  private def template(owner: h.Hierarchy, t: Template): Unit = {\n    val Template(parents, self, body) = t\n    body foreach (this.body(owner, _))\n    parents foreach (typeRef(owner, _))\n    selfRef(owner, self)\n  }\n\n  private def typeParamDef(owner: h.Hierarchy, t: TypeDef): Unit = {\n    val decl = mkDeclWithPos(t.symbol, owner, t.pos)\n    found += decl\n    t.tparams foreach (typeParamDef(decl, _))\n  }\n\n  private def packageDef(t: Tree): h.Decl = t match {\n    case Select(qualifier, name) \u21d2\n      mkDeclWithPos(t.symbol, packageDef(qualifier), t.pos)\n    case Ident(nme.EMPTY_PACKAGE_NAME) \u21d2\n      h.Root\n    case _: Ident \u21d2\n      mkDeclWithPos(t.symbol, h.Root, t.pos)\n    case t \u21d2\n      throwTreeMatchError(t)\n  }\n\n  private def traverse(t: Tree) = t match {\n    case PackageDef(pid, stats) \u21d2\n      val pkg = packageDef(pid)\n      if (pkg != h.Root)\n        found += pkg\n      stats foreach (body(pkg, _))\n    case LabelDef(name, params, rhs)                   \u21d2\n    case Import(expr, selectors)                       \u21d2\n    case DocDef(comment, definition)                   \u21d2\n    case CaseDef(pat, guard, body)                     \u21d2\n    case Alternative(trees)                            \u21d2\n    case Star(elem)                                    \u21d2\n    case Bind(name, body)                              \u21d2\n    case UnApply(fun, args)                            \u21d2\n    case ArrayValue(elemtpt, trees)                    \u21d2\n    case Function(vparams, body)                       \u21d2\n    case Assign(lhs, rhs)                              \u21d2\n    case AssignOrNamedArg(lhs, rhs)                    \u21d2\n    case If(cond, thenp, elsep)                        \u21d2\n    case Match(selector, cases)                        \u21d2\n    case Return(expr)                                  \u21d2\n    case TTry(block, catches, finalizer)                \u21d2\n    case Throw(expr)                                   \u21d2\n    case New(tpt)                                      \u21d2\n    case Typed(expr, tpt)                              \u21d2\n    case TypeApply(fun, args)                          \u21d2\n    case ApplyDynamic(qual, args)                      \u21d2\n    case Super(qual, mix)                              \u21d2\n    case Ident(name)                                   \u21d2\n    case Literal(value)                                \u21d2\n    case Annotated(annot, arg)                         \u21d2\n    case SingletonTypeTree(ref)                        \u21d2\n    case SelectFromTypeTree(qualifier, selector)       \u21d2\n    case CompoundTypeTree(templ)                       \u21d2\n    case AppliedTypeTree(tpt, args)                    \u21d2\n    case TypeBoundsTree(lo, hi)                        \u21d2\n    case ExistentialTypeTree(tpt, whereClauses)        \u21d2\n    case SelectFromArray(qualifier, selector, erasure) \u21d2\n    case EmptyTree                                     \u21d2\n    case t \u21d2\n      throwTreeMatchError(t)\n  }\n\n  private def setPosition(hwn: h.HierarchyWithName, pos: Position, skipping: Movement = Movements.none) = {\n    if (pos.isRange) {\n      import scala.tools.refactoring.util.SourceWithMarker.Movements._\n      val mvnt = until(id, skipping)\n      mvnt(SourceWithMarker(pos.source.content, pos.point)) match {\n        case Some(start) \u21d2\n          hwn.position = h.RangePosition(start, start+hwn.name.length)\n        case _ \u21d2\n      }\n    } else {\n      val offset = pos.start\n      hwn.position = h.RangePosition(offset, offset)\n    }\n  }\n\n  private def withNewScope(f: \u21d2 Unit) = {\n    scopes = scopes.inc\n    f\n    scopes = scopes.dec\n  }\n\n  private def withKeywordScope(owner: h.Hierarchy, t: Tree, attachment: a)(f: h.Scope \u21d2 Unit) = {\n    val s = h.Scope(owner)\n    s.position = h.RangePosition(t.pos.start, t.pos.start+attachment.asString.length)\n    s.addAttachments(attachment)\n    addScopeAttachment(t.pos.source.file, s)\n    found += s\n    withNewScope(f(s))\n  }\n\n  private def throwTreeMatchError[A](t: Tree) = {\n    val lineNumber = t.pos.source.offsetToLine(t.pos.start)\n    val line = t.pos.source.lineToString(lineNumber)\n    val line2 = if (lineNumber > 0) Seq(t.pos.source.lineToString(lineNumber - 1)) else Nil\n    val line3 = if (lineNumber > 1) Seq(t.pos.source.lineToString(lineNumber - 2)) else Nil\n    val lineStart = t.pos.source.lineToOffset(lineNumber)\n    val column = t.pos.start - lineStart\n    val marker = \" \" * column + \"^\"\n    val matchErr = new MatchError(t).getMessage().split(\"\\n\")\n    throw new IllegalStateException(s\"Match error at tree conversion (line ${lineNumber + 1}, column ${column + 1}):\\n\" +\n        List(line3, line2, Seq(line), Seq(marker), matchErr.toSeq).flatten.map(\"  \" + _).mkString(\"\\n\"))\n  }\n\n  private def addCodeOrder(hwn: h.HierarchyWithName, codeOrder: Int) = {\n    if (codeOrder > 0) {\n      hwn.addAttachments(a.CodeOrder(codeOrder))\n    }\n  }\n}\n\nfinal case class Scopes(level: Int = 0, scopes: Map[Int, Map[String, h.Decl]] = Map(0 \u2192 Map())) {\n  def asDecl(str: String): Option[h.Decl] = {\n    def find(level: Int): Option[h.Decl] = {\n      if (level < 0)\n        None\n      else\n        scopes(level).get(str).orElse(find(level - 1))\n    }\n    find(level)\n  }\n  def inc: Scopes =\n    copy(level = level + 1, scopes = scopes + ((level + 1) \u2192 Map()))\n  def dec: Scopes =\n    copy(level = level - 1, scopes = scopes - level)\n  def add(decl: h.Decl): Scopes = {\n    val ident = {\n      val d = h.Decl(decl.name, h.Root)\n      d.addAttachments(decl.attachments.toSeq: _*)\n      d.asString\n    }\n    require(!scopes(level).contains(ident), s\"Value `$ident` already exists.\")\n    copy(scopes = scopes + (level \u2192 (scopes(level) + (ident \u2192 decl))))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/RestApiTest.scala","text":"package amora.backend.indexer\n\nimport java.io.ByteArrayInputStream\nimport java.nio.charset.StandardCharsets\n\nimport scala.concurrent.Await\nimport scala.concurrent.Promise\nimport scala.concurrent.duration.Duration\nimport scala.util.Failure\nimport scala.util.Success\n\nimport org.apache.jena.query.QuerySolution\nimport org.apache.jena.query.ResultSetFactory\nimport org.junit.After\nimport org.junit.ComparisonFailure\n\nimport com.typesafe.config.ConfigFactory\n\nimport akka.actor.Cancellable\nimport akka.http.javadsl.model.headers.RawRequestURI\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ContentTypes\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.HttpHeader\nimport akka.http.scaladsl.model.HttpMethods\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.model.RequestEntity\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.model.Uri\nimport akka.http.scaladsl.model.headers.Accept\nimport akka.http.scaladsl.testkit.RouteTest\nimport akka.http.scaladsl.testkit.RouteTestTimeout\nimport akka.http.scaladsl.testkit.TestFrameworkInterface\nimport amora.api._\nimport amora.backend.AkkaLogging\nimport amora.backend.CustomContentTypes\nimport amora.backend.Log4jRootLogging\nimport amora.backend.PlatformConstants\nimport amora.backend.WebService\nimport amora.backend.schema.Schema\nimport amora.converter.protocol._\n\ntrait RestApiTest extends TestFrameworkInterface with RouteTest with AkkaLogging with Log4jRootLogging {\n  import amora.TestUtils._\n\n  override def failTest(msg: String): Nothing = {\n    throw new RuntimeException(msg)\n  }\n\n  override def testConfigSource = s\"\"\"\n    akka {\n      loglevel = INFO\n\n      # do not log anything on system startup or shutdown\n      stdout-loglevel = OFF\n\n      # We need to access the raw URIs because they are used as keys in the index.\n      http.server.raw-request-uri-header = on\n    }\n    app {\n      interface = \"localhost\"\n      port = 7777\n      test-mode = true\n      forward-internal-logger-to-akka-logger = true\n\n      # If we want to be able to disable the logging of additional data, we can\n      # do so with this config value.\n      log-additional-debug-data-in-tests = true\n\n      storage {\n        location = \"$binDir\/amora\"\n        index-dataset = \"$binDir\/amora\/dataset\"\n        artifact-repo = \"$binDir\/amora\/repo\"\n      }\n    }\n  \"\"\"\n\n  override def testConfig = {\n    val c = super.testConfig\n\n    \/\/ We want to have a slightly different configuration when the tests run in\n    \/\/ the IDE or in the build tool. `test-application.conf` is generated in the\n    \/\/ build tool in order to override the default configuration.\n    val f = new java.io.File(s\"$binDir\/test-application.conf\")\n    if (f.exists())\n      ConfigFactory.parseFile(f).withFallback(c)\n    else\n      c\n  }\n\n  private def binDir =\n    getClass.getClassLoader.getResource(\".\").getPath\n\n  private def debugTests =\n    system.settings.config.getBoolean(\"app.log-additional-debug-data-in-tests\")\n\n  implicit val timeout = {\n    import scala.concurrent.duration._\n    \/\/ - Wait for the time that is available to the server + some more\n    \/\/ - The API doesn't allow us to wait for forever in debug mode, therefore just a very long timeout\n    RouteTestTimeout(if (PlatformConstants.runsInDebugMode) 24.hours else PlatformConstants.timeout.duration + 500.millis)\n  }\n\n  val service = new WebService\n  val route = service.route\n  val config = system.settings.config\n  val interface = config.getString(\"app.interface\")\n  val port = config.getInt(\"app.port\")\n  val binding = Http().bindAndHandle(route, interface, port)\n  Await.ready(binding, Duration.Inf).value.get match {\n    case Success(binding) \u21d2\n      val addr = binding.localAddress\n      log.info(s\"Server is listening on ${addr.getHostName}:${addr.getPort}\")\n    case Failure(e) \u21d2\n      log.error(e, \"Failed to start server\")\n      throw e\n  }\n\n  case class Data(varName: String, value: String)\n\n  def resultSetAsData(rs: SparqlResultSet): Seq[Seq[Data]] = {\n    transformResultSet(rs) { (v, q) \u21d2\n      val res = q.get(v)\n      val value =\n        if (res == null)\n          null\n        else if (res.isLiteral())\n          res.asLiteral().getString\n        else\n          res.toString()\n      Data(v, value)\n    }\n  }\n\n  def resultSetAsList(rs: SparqlResultSet): Seq[String] = {\n    import scala.collection.JavaConverters._\n    val r = rs.resultSet\n    require(r.getResultVars.size == 1, \"Result set can only be shown as a list if it contains only one variable.\")\n\n    val variable = r.getResultVars.get(0)\n    r.asScala.map { q \u21d2\n      val res = q.get(variable)\n      require(res != null, s\"The variable `$variable` does not exist in the result set.\")\n      if (res.isLiteral())\n        res.asLiteral().getString\n      else\n        res.toString()\n    }.toList\n  }\n\n  def transformResultSet[A](rs: SparqlResultSet)(f: (String, QuerySolution) \u21d2 A): Seq[Seq[A]] = {\n    import scala.collection.JavaConverters._\n    val r = rs.resultSet\n    val vars = r.getResultVars.asScala.toSeq\n\n    for (q \u2190 r.asScala.toSeq) yield\n      for (v \u2190 vars) yield\n        f(v, q)\n  }\n\n  def scheduleReq(req: \u21d2 HttpRequest)(f: \u21d2 Boolean): Unit = {\n    import scala.concurrent.duration._\n    val p = Promise[Unit]\n    var cancellable: Cancellable = null\n    try {\n      cancellable = system.scheduler.schedule(100.millis, 100.millis) {\n        req ~> route ~> check {\n          val res = f\n          if (res)\n            p.success(())\n        }\n      }\n      Await.ready(p.future, Duration.Inf)\n    } finally {\n      cancellable.cancel()\n    }\n  }\n\n  def testReq[A](req: \u21d2 HttpRequest)(f: \u21d2 A): A = {\n    val r = req\n    r ~> route ~> check {\n      def isJsonResponse = r.header[Accept].flatMap(_.mediaRanges.headOption).exists {\n        case m if m matches CustomContentTypes.`application\/sparql-results+json` \u21d2 true\n        case _ \u21d2 false\n      }\n      if (debugTests && status == StatusCodes.OK && isJsonResponse) {\n        log.info(\"response as query result:\\n\" + respAsResultSet.asStringTable)\n      }\n      f\n    }\n  }\n\n  def respAsString: String =\n    Await.result(response.entity.dataBytes.runFold(\"\")(_ + _.utf8String), timeout.duration)\n\n  def respAsResultSet: SparqlResultSet = {\n    val in = new ByteArrayInputStream(respAsString.getBytes(StandardCharsets.UTF_8))\n    new SparqlResultSet(ResultSetFactory.makeRewindable(ResultSetFactory.fromJSON(in)))\n  }\n\n  def respAsModel: SparqlModel =\n    turtleModel(respAsString)\n\n  def post(uri: String, request: String, header: HttpHeader*): HttpRequest = {\n    val u = Uri(uri)\n    val e = HttpEntity(CustomContentTypes.`application\/sparql-query(UTF-8)`, request)\n    val r = HttpRequest(HttpMethods.POST, u, List(RawRequestURI.create(u.toRelative.toString)) ++ header, e)\n    log.info(s\"sending request: $r\")\n    r\n  }\n\n  def post(uri: String, request: RequestEntity, header: HttpHeader*): HttpRequest = {\n    val u = Uri(uri)\n    val r = HttpRequest(HttpMethods.POST, u, List(RawRequestURI.create(u.toRelative.toString)) ++ header, request)\n    log.info(s\"sending request: $r\")\n    r\n  }\n\n  def get(uri: String): HttpRequest = {\n    val u = Uri(uri)\n    val r = HttpRequest(HttpMethods.GET, u, List(RawRequestURI.create(u.toRelative.toString)))\n    log.info(s\"sending request: $r\")\n    r\n  }\n\n  def showAmoraIndexContent(entries: Int = 100, prefix: String = \"http:\/\/amora.center\/kb\/(?!amora\/Schema\/)\"): Unit = {\n    require(entries > 0, \"limit needs to be greater than zero\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", s\"\"\"\n      select * where {\n        ?s ?p ?o .\n        filter regex(str(?s), \"^$prefix\")\n      }\n      order by ?s ?p\n      limit $entries\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      checkStatus()\n    }\n  }\n\n  def indexData(origin: Schema, data: (String, String)*): Unit = {\n    def mkPkg(pkgs: Seq[String]): Schema = pkgs match {\n      case Nil \u21d2 origin\n      case pkg +: pkgs \u21d2 Package(pkg, mkPkg(pkgs))\n    }\n    def escaped(str: String) =\n      str.replace(\"\\n\", \"\\\\n\").replace(\"\\\"\", \"\\\\\\\"\")\n    val PkgFinder = \"\"\"(?s).*?package ([\\w\\.]+).*?\"\"\".r\n\n    val files = data map {\n      case (fileName, src) \u21d2\n        src match {\n          case PkgFinder(name) \u21d2 File(mkPkg(name.split('.').reverse), fileName)\n          case _ \u21d2 File(origin, fileName)\n        }\n    }\n    val ttlString = Schema.mkTurtleString(files)\n    serviceRequest(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      @prefix cu:<http:\/\/amora.center\/kb\/Schema\/CompilationUnit\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:ScalaSourceIndexer ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"origin\" ;\n            service:value \"${escaped(ttlString)}\" ;\n          ] ;\n          service:param [\n            service:name \"data\" ;\n            service:value [${\n              data.map {\n                case (fileName, src) \u21d2 s\"\"\"\n              cu:fileName \"$fileName\" ;\n              cu:source \"${escaped(src)}\" ;\n            ], [\"\"\"\n              }.mkString\n            }];\n          ] ;\n        ] ;\n      .\n    \"\"\")\n  }\n\n  def indexArtifacts(artifacts: Artifact*) = {\n    val ttlString = Schema.mkTurtleString(artifacts)\n    serviceRequest(sparql\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n      @prefix request:<http:\/\/amora.center\/kb\/ServiceRequest\/> .\n      <#this>\n        a request: ;\n        service:serviceId registry:IndexArtifacts ;\n        service:method [\n          service:name \"run\" ;\n          service:param [\n            service:name \"turtleReq\" ;\n            service:value \"$ttlString\" ;\n          ] ;\n        ] ;\n      .\n    \"\"\")\n  }\n\n  sealed trait Region extends Product with Serializable {\n    def len: Int\n  }\n  case class Range(start: Int, end: Int, str: String) extends Region {\n    override def len = \"[[]]\".length\n  }\n  case class Offset(offset: Int, str: String) extends Region {\n    override def len = \"[[!]]\".length + str.length\n  }\n\n  \/**\n   * Runs a test against the indexer.\n   *\n   * `rawData` are tuples of the form `(filename, source)`. The sources will be\n   * typechecked and indexed and once this is done the query will run against\n   * the index.\n   *\n   * The sources can contain markers that start with `[[` and end with `]]`.\n   * These markers are the start and end position of a range, which shall be\n   * returned by the query. If the first character after the `[[` marker is a\n   * exclamation mark, the range will become an offset region, whose start and\n   * end position are the same. Offset regions need to be used when implicit\n   * regions need to be tested for their existence (for example implicit return\n   * types of methods). The sources are freed of the region markers before they\n   * are passed to the typechecker to make it convenient to write tests.\n   *\/\n  def indexRegionData(query: String, origin: Schema, rawData: (String, String)*): Unit = {\n    def findRegions(src: String, prevStart: Int, prevEnd: Int, regions: IndexedSeq[Region]): IndexedSeq[Region] = {\n      val start = src.indexOf(\"[[\", prevEnd)\n      if (start < 0)\n        regions\n      else {\n        val end = src.indexOf(\"]]\", start)\n        val len = regions.map(_.len).sum\n        val isOffset = src(start + 2) == '!'\n        val range =\n          if (isOffset)\n            Offset(start - len, src.substring(start + 3, end))\n          else\n            Range(start - len, end - len - \"[[\".length, src.substring(start + 2, end))\n        findRegions(src, start, end, regions :+ range)\n      }\n    }\n    val dataWithRegions = rawData map {\n      case (filename, rawSrc) \u21d2\n        val regions = findRegions(rawSrc, 0, 0, Vector())\n        val src = rawSrc.replaceAll(\"\"\"\\[\\[!.*?\\]\\]|\\[\\[|\\]\\]\"\"\", \"\")\n        (filename, src, regions)\n    }\n    val data = dataWithRegions.map { case (filename, src, _) \u21d2 (filename, src) }\n    indexData(origin, data: _*)\n\n    val regionOrdering: Region \u21d2 (Int, Int, String) = {\n      case Range(start, end, text) \u21d2 (start, end, text)\n      case Offset(offset, text) \u21d2 (offset, offset, text)\n    }\n    val expectedRegions = dataWithRegions.flatMap { case (_, _, region) \u21d2 region }.sortBy(regionOrdering)\n\n    testReq(post(\"http:\/\/amora.center\/sparql\", query, header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      checkStatus()\n\n      val foundRegions = respAsResultSet.map { r \u21d2\n        val start = r.int(\"start\")\n        val end = r.int(\"end\")\n        val name = r.string(\"name\")\n        if (start == end)\n          Offset(start, name)\n        else\n          Range(start, end, name)\n      }.sortBy(regionOrdering)\n\n      foundRegions === expectedRegions\n    }\n  }\n\n  def nlqRequest(query: String): NlqResponse = {\n    testReq(post(\"http:\/\/amora.center\/nlq\", HttpEntity(ContentTypes.`text\/plain(UTF-8)`, query), header = Accept(CustomContentTypes.`text\/turtle`))) {\n      checkStatus()\n      NlqResponse(respAsModel)\n    }\n  }\n\n  def sparqlRequest(query: SparqlQuery): Seq[Seq[Data]] =\n    sparqlRequest(query.query)\n\n  def sparqlRequest(query: String): Seq[Seq[Data]] = {\n    testReq(post(\"http:\/\/amora.center\/sparql\", query, header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      checkStatus()\n      resultSetAsData(respAsResultSet)\n    }\n  }\n\n  def serviceRequest(query: String): SparqlModel = {\n    testReq(post(\"http:\/\/amora.center\/service\", HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, query), header = Accept(CustomContentTypes.`text\/turtle`))) {\n      checkStatus()\n      respAsModel\n    }\n  }\n\n  def turtleRequest(req: String): Unit = {\n    testReq(post(\"http:\/\/amora.center\/turtle-update\", HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, req))) {\n      checkStatus()\n    }\n  }\n\n  def headCommit(): String = {\n    testReq(get(\"http:\/\/amora.center\/commit\/head\")) {\n      checkStatus()\n      respAsString\n    }\n  }\n\n  def listCommits(): String = {\n    testReq(get(\"http:\/\/amora.center\/commit\/list\")) {\n      checkStatus()\n      respAsString\n    }\n  }\n\n  def showCommit(commit: String): SparqlModel = {\n    testReq(get(s\"http:\/\/amora.center\/commit\/show?commit=$commit\")) {\n      checkStatus()\n      respAsModel\n    }\n  }\n\n  def modelAsData(model: SparqlModel, query: SparqlQuery): Seq[Seq[Data]] = {\n    val rs = query.runOnModel(model)\n    if (debugTests)\n      log.info(\"response as query result:\\n\" + rs.asStringTable)\n    resultSetAsData(rs)\n  }\n\n  case class CursorData(cursorPos: Int, src: String)\n\n  \/**\n   * Takes a string as input that contains the '^' character, which donates the\n   * position of a cursor. The index of the cursor is returned together with the\n   * string that no longer contains the cursor.\n   *\/\n  def cursorData(rawSrc: String): CursorData = {\n    val i = rawSrc.indexOf('^')\n    require(i >= 0, \"No cursor marker found.\")\n    CursorData(i, rawSrc.substring(0, i) + rawSrc.substring(i+1))\n  }\n\n  def checkStatus() = {\n    if (status != StatusCodes.OK)\n      throw new ComparisonFailure(\"\", StatusCodes.OK.toString(), s\"$status\\n\\n$respAsString\\n\\nRawResponse: $response\")\n  }\n\n  @After\n  def waitForTermination(): Unit = {\n    Await.ready(system.terminate(), Duration.Inf)\n  }\n}\n\ncase class NlqResponse(model: SparqlModel) {\n  def nodes: Seq[Node] = {\n    sparqlQuery\"\"\"\n      prefix VResponse:<http:\/\/amora.center\/kb\/amora\/Schema\/VisualizationResponse\/>\n      prefix VGraph:<http:\/\/amora.center\/kb\/amora\/Schema\/VisualizationGraph\/>\n      select ?node ?value where {\n        [a VResponse:] VResponse:graph ?node .\n        ?node VGraph:value ?value .\n      }\n    \"\"\".runOnModel(model).map { r \u21d2\n      Node(r.literal(\"value\").stringOpt.getOrElse(???), r.uri(\"node\"))\n    }.toList\n  }\n\n  def renderAsString: String = {\n    val sb = new StringBuilder\n    def renderNode(indent: Int)(n: Node): Unit = {\n      sb append \" \"*indent append \"- \" append n.value append \"\\n\"\n      n.edges.sortBy(_.value) foreach renderNode(indent + 2)\n    }\n    val ns = nodes.sortBy(_.value)\n    ns foreach renderNode(0)\n    sb.toString()\n  }\n\n  def sortedAsList: Seq[String] = {\n    def loop(n: Node): Seq[String] =\n      n.value +: n.edges.flatMap(loop)\n    nodes.flatMap(loop).sorted\n  }\n\n  case class Node(value: String, uri: String) {\n    def edges: Seq[Node] = {\n      sparqlQuery\"\"\"\n        prefix VGraph:<http:\/\/amora.center\/kb\/amora\/Schema\/VisualizationGraph\/>\n        select * where {\n          $uri VGraph:edges ?edge .\n          ?edge VGraph:value ?value .\n        }\n      \"\"\".runOnModel(model).map { r \u21d2\n        Node(r.literal(\"value\").stringOpt.getOrElse(???), r.uri(\"edge\"))\n      }.toList\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/Connection.scala","text":"package nvim\n\nimport java.net.Socket\nimport java.util.Collections\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport scala.collection.concurrent.TrieMap\nimport scala.collection.mutable\nimport scala.concurrent.Future\nimport scala.concurrent.Promise\nimport scala.util.Failure\nimport scala.util.Success\nimport scala.util.Try\n\nimport org.msgpack.core.MessagePack\nimport org.msgpack.core.MessageUnpacker\n\nimport com.typesafe.scalalogging.LazyLogging\n\nimport msgpack4z._\nimport nvim.internal._\n\n\/**\n * Manages the connection to Neovim. Communication is done through the\n * msgpack-rpc protocol, whose spec is here:\n *\n * [[https:\/\/github.com\/msgpack-rpc\/msgpack-rpc\/blob\/master\/spec.md]]\n *\/\nfinal case class Connection(host: String, port: Int) extends LazyLogging {\n\n  val ResponseId = 1\n  val NotificationId = 2\n\n  private val requests = TrieMap[Int, Response \u21d2 Unit]()\n  private val notificationHandlers: mutable.Set[Notification \u21d2 Unit] = {\n    import scala.collection.JavaConverters._\n    Collections.newSetFromMap(new ConcurrentHashMap[Notification \u21d2 Unit, java.lang.Boolean]).asScala\n  }\n\n  private val gen = new IdGenerator\n  private val socket = {\n    try new Socket(host, port) catch {\n      case e: java.net.ConnectException \u21d2\n        throw new IllegalArgumentException(s\"No Nvim instance running at $host:$port.\")\n    }\n  }\n  private val thread = new Thread(new Runnable {\n    override def run() = {\n      val unp = MessagePack.newDefaultUnpacker(socket.getInputStream)\n      val unpacker = new MsgpackJavaUnpacker(unp)\n      readResp(unp, unpacker)\n\n      logger.warn(s\"Connection to $host:$port lost\")\n    }\n  })\n  thread.start()\n\n  private def readResp(unp: MessageUnpacker, unpacker: MsgpackJavaUnpacker): Unit = {\n    \/*\n     * The stupid API doesn't allow to do a look ahead, therefore we have to\n     * use reflection to correct the internal position in the buffer.\n     *\/\n    def lookAheadType(): Int = {\n      unpacker.unpackArrayHeader()\n      val tpe = unpacker.unpackInt()\n      val f = classOf[MessageUnpacker].getDeclaredField(\"position\")\n      f.setAccessible(true)\n      val pos = f.getInt(unp)\n      f.setInt(unp, pos-2)\n      tpe\n    }\n\n    lookAheadType() match {\n      case ResponseId \u21d2\n        MsgpackCodec[Response].unpack(unpacker) match {\n          case scalaz.-\\\/(e) \u21d2\n            logger.error(\"Couldn't unpack response\", e)\n\n          case scalaz.\\\/-(resp) \u21d2\n            logger.debug(s\"retrieved: $resp\")\n            requests.remove(resp.id) match {\n              case Some(f) \u21d2\n                f(resp)\n              case None \u21d2\n                logger.warn(s\"The following response is ignored because its id '${resp.id}' is unexpected: $resp\")\n            }\n        }\n\n      case NotificationId \u21d2\n        MsgpackCodec[Notification].unpack(unpacker) match {\n          case scalaz.-\\\/(e) \u21d2\n            logger.error(\"Couldn't unpack notification\", e)\n\n          case scalaz.\\\/-(notification) \u21d2\n            logger.debug(s\"retrieved: $notification\")\n            notificationHandlers foreach (_(notification))\n        }\n\n      case tpe \u21d2\n        logger.error(s\"Unknow type: $tpe\", new Throwable)\n    }\n\n    if (unp.hasNext())\n      readResp(unp, unpacker)\n  }\n\n  \/**\n   * Adds a new notification handler and notifies it for every incoming\n   * notification event. If the handler is already added, it is not added again.\n   *\/\n  def addNotificationHandler(handler: Notification \u21d2 Unit): Unit = {\n    notificationHandlers += handler\n  }\n\n  \/**\n   * Removes the notification handler from the list of registered handlers.\n   *\/\n  def removeNotificationHandler(handler: Notification \u21d2 Unit): Unit = {\n    notificationHandlers -= handler\n  }\n\n  \/**\n   * Sends a [[nvim.internal.Notification]] to Nvim.\n   *\/\n  def sendNotification[A]\n      (method: String, params: MsgpackUnion*)\n      : Unit = {\n    val ps = MsgpackUnion.array(params.toList)\n    val req = Notification(2, method, ps)\n\n    val bytes = MsgpackCodec[Notification].toBytes(req, new MsgpackJavaPacker)\n    logger.debug(s\"sending: $req\")\n    val out = socket.getOutputStream\n    out.write(bytes)\n    out.flush()\n  }\n\n  \/**\n   * Sends a [[nvim.internal.Request]] to Nvim and returns the value that is in\n   * the response. `converter` is used to convert the data that is sent over the\n   * wire into the actual value that is expected.\n   *\/\n  def sendRequest[A]\n      (command: String, params: MsgpackUnion*)\n      (converter: PartialFunction[MsgpackUnion, A])\n      : Future[A] = {\n    val id = gen.nextId()\n    val ps = MsgpackUnion.array(params.toList)\n    val req = Request(0, id, command, ps)\n\n    val p = Promise[A]\n    val f: Response \u21d2 Unit = { resp \u21d2\n      Try(NvimHelper.parse(converter)(resp.result)) match {\n        case Success(value) => p.success(value)\n        case Failure(f) => p.failure(f)\n      }\n    }\n\n    val bytes = MsgpackCodec[Request].toBytes(req, new MsgpackJavaPacker)\n    requests += req.id \u2192 f\n    logger.debug(s\"sending: $req\")\n    val out = socket.getOutputStream\n    out.write(bytes)\n    out.flush()\n\n    p.future\n  }\n\n  def close(): Unit =\n    socket.close()\n}\n\nprivate final class IdGenerator {\n\n  private val id = new AtomicInteger(0)\n\n  def nextId(): Int = id.getAndIncrement\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/indexer\/ArtifactIndexer.scala","text":"<filename>backend\/src\/main\/scala\/amora\/backend\/indexer\/ArtifactIndexer.scala<gh_stars>10-100\npackage amora.backend.indexer\n\nimport java.io.{ File \u21d2 JFile }\n\nimport akka.actor.Actor\nimport akka.actor.ActorRef\nimport amora.backend.Logger\nimport amora.backend.actors.DataIndexer\nimport amora.backend.actors.RequestMessage\nimport amora.converter.protocol._\n\nfinal class ArtifactIndexer(override val indexer: ActorRef, override val logger: Logger)\n    extends Actor with DataIndexer with ArtifactFetcher {\n\n  override def receive = {\n    case RequestMessage.Artifacts(_, artifacts) \u21d2\n      runIndexing(sender) {\n        val as = artifacts map { a =>\n          Artifact(Project(a.name), a.organization, a.name, a.version)\n        }\n        downloadAndIndexArtifacts(as)\n      }\n    case RequestMessage.GetLogger \u21d2\n      sender ! logger\n  }\n\n  override def cacheLocation = new JFile(context.system.settings.config.getString(\"app.storage.artifact-repo\"))\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/OrderTest.scala","text":"<gh_stars>10-100\npackage amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass OrderTest extends RestApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def expr_ordering() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            List.apply(1).drop(3).take(5).sum\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      select ?name where {\n        [Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end ; Ref:order ?order] .\n        filter (?start != ?end)\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"List\")),\n        Seq(Data(\"name\", \"apply\")),\n        Seq(Data(\"name\", \"drop\")),\n        Seq(Data(\"name\", \"take\")),\n        Seq(Data(\"name\", \"sum\")))\n  }\n\n  @Test\n  def expr_ordering_with_implicit_apply_method() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            List(1).drop(3).take(5).sum\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      select ?name where {\n        [Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end ; Ref:order ?order] .\n        filter (?start != ?end)\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"List\")),\n        Seq(Data(\"name\", \"drop\")),\n        Seq(Data(\"name\", \"take\")),\n        Seq(Data(\"name\", \"sum\")))\n  }\n\n  @Test\n  def expr_ordering_have_a_calledOn_property() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            List.apply(1).drop(3).take(5).sum\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      select ?name ?calledOn where {\n        ?r Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end ; Ref:order ?order .\n        filter (?start != ?end)\n        optional {\n          ?r Ref:calledOn ?q ; Ref:posStart ?qStart ; Ref:posEnd ?qEnd .\n          filter (?qStart != ?qEnd)\n          ?q Ref:name ?calledOn .\n        }\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"List\"), Data(\"calledOn\", null)),\n        Seq(Data(\"name\", \"apply\"), Data(\"calledOn\", \"List\")),\n        Seq(Data(\"name\", \"drop\"), Data(\"calledOn\", \"apply\")),\n        Seq(Data(\"name\", \"take\"), Data(\"calledOn\", \"drop\")),\n        Seq(Data(\"name\", \"sum\"), Data(\"calledOn\", \"take\")))\n  }\n\n  @Test\n  def implicit_this_access() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def g = 0\n          def f = g\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      select ?name where {\n        [Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end ; Ref:order ?order] .\n        filter (?start != ?end)\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"g\")))\n  }\n\n  @Test\n  def explicit_this_access() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def g = 0\n          def f = this.g\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Ref:<http:\/\/amora.center\/kb\/amora\/Schema\/Ref\/>\n      select ?name where {\n        [Ref:name ?name ; Ref:posStart ?start ; Ref:posEnd ?end ; Ref:order ?order] .\n        filter (?start != ?end)\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"g\")))\n  }\n\n  @Test\n  def multiple_exprs_in_body() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            val x1 = 0\n            val x2 = 0\n            var x3 = 0\n            var x4 = 0\n            def x5 = 0\n            def x6 = 0\n            lazy val x7 = 0\n            lazy val x8 = 0\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"x1\")),\n        Seq(Data(\"name\", \"x2\")),\n        Seq(Data(\"name\", \"x3\")),\n        Seq(Data(\"name\", \"x4\")),\n        Seq(Data(\"name\", \"x5\")),\n        Seq(Data(\"name\", \"x6\")),\n        Seq(Data(\"name\", \"x7\")),\n        Seq(Data(\"name\", \"x8\")))\n  }\n\n  @Test\n  def multiple_decls_and_refs_in_body() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            val x1 = 0\n            println(0)\n            val x2 = 0\n            println(0)\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"x1\")),\n        Seq(Data(\"name\", \"println\")),\n        Seq(Data(\"name\", \"x2\")),\n        Seq(Data(\"name\", \"println\")))\n  }\n\n  @Test\n  def assignments_have_code_order() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f = {\n            var x = 0\n            println(0)\n            x = 0\n            println(0)\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"x\")),\n        Seq(Data(\"name\", \"println\")),\n        Seq(Data(\"name\", \"x\")),\n        Seq(Data(\"name\", \"println\")))\n  }\n\n  @Test\n  def method_parameter_have_code_order() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X {\n          def f(i: Int, j: \u21d2 Int, k: Int*)(l: Int, m: Int) = 0\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"k\")),\n        Seq(Data(\"name\", \"l\")),\n        Seq(Data(\"name\", \"m\")))\n  }\n\n  @Test\n  def ctor_parameter_have_code_order() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class X(i: Int, j: Int, k: Int*)(l: Int, m: Int)\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"i\")),\n        Seq(Data(\"name\", \"j\")),\n        Seq(Data(\"name\", \"k\")),\n        Seq(Data(\"name\", \"l\")),\n        Seq(Data(\"name\", \"m\")))\n  }\n\n  @Test\n  def assignment_applications_have_code_order() = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"x.scala\" \u2192 \"\"\"\n        class Y(var i: Int)\n        class X {\n          def f = {\n            var x = new Y(0)\n            println(0)\n            x.i = 0\n            println(0)\n          }\n        }\n      \"\"\")\n    sparqlRequest(\"\"\"\n      prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name where {\n        [Schema:codeOrder ?order ; Schema:name ?name ; Schema:owner [Schema:name \"f\"]] .\n      }\n      order by ?order\n    \"\"\") === Seq(\n        Seq(Data(\"name\", \"x\")),\n        Seq(Data(\"name\", \"println\")),\n        Seq(Data(\"name\", \"x\")),\n        Seq(Data(\"name\", \"println\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"services\/dotc\/src\/test\/scala\/amora\/converter\/DotcConverterTest.scala","text":"package amora.converter\n\nimport amora.backend.services.DottySourceIndexer\nimport amora.backend.IgnoreLogger\nimport org.junit.Test\n\nclass DotcConverterTest extends ScalaCompilerTest {\n\n  import amora.TestUtils._\n\n  def convert(data: (String, String)*): Set[String] = {\n    val indexer = new DottySourceIndexer(IgnoreLogger)\n    val res = indexer.convertToSchema(data).flatMap(_._2)\n    res.map(_.asString).toSet\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/BackendSystem.scala","text":"<filename>backend\/src\/main\/scala\/amora\/backend\/BackendSystem.scala\npackage amora.backend\n\nimport java.nio.ByteBuffer\n\nimport scala.concurrent.Future\nimport scala.concurrent.Promise\n\nimport akka.NotUsed\nimport akka.actor.ActorRef\nimport akka.actor.ActorSystem\nimport akka.actor.Props\nimport akka.http.scaladsl.marshalling.ToResponseMarshallable\nimport akka.http.scaladsl.server.Route\nimport akka.http.scaladsl.server.RouteResult\nimport akka.stream.OverflowStrategy\nimport akka.stream.scaladsl.Flow\nimport akka.stream.scaladsl.Sink\nimport akka.stream.scaladsl.Source\nimport amora.backend.actors.IndexerActor\nimport amora.backend.actors.IndexerMessage\nimport amora.backend.actors.NvimActor\nimport amora.backend.actors.NvimMsg\nimport amora.backend.actors.QueueActor\nimport amora.backend.actors.QueueMessage\nimport amora.backend.actors.RequestActor\nimport amora.backend.actors.RequestMessage\nimport amora.backend.actors.WebSocketRequestActor\nimport amora.frontend.webui.protocol.IndexData\n\nfinal class BackendSystem(implicit system: ActorSystem) {\n\n  import system.dispatcher\n  import PlatformConstants.timeout\n  import akka.pattern.ask\n  import boopickle.Default._\n\n  private val nvim = system.actorOf(Props(new NvimActor), \"nvim\")\n  private val queue = system.actorOf(Props(new QueueActor), \"queue\")\n  private val indexer = system.actorOf(Props(new IndexerActor), \"indexer\")\n  private val requestHandler = system.actorOf(Props(new WebSocketRequestActor(queue, indexer)), \"request-handler\")\n\n  def headCommit(errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.GetHeadCommit, errorMessage, onSuccess)\n\n  def listCommits(errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.ListCommits, errorMessage, onSuccess)\n\n  def showCommit(commit: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.ShowCommit(commit), errorMessage, onSuccess)\n\n  def runQuery(query: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.RunQuery(query), errorMessage, onSuccess)\n\n  def runUpdate(query: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.RunUpdate(query), errorMessage, onSuccess)\n\n  def runConstruct(query: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.RunConstruct(query), errorMessage, onSuccess)\n\n  def runTurtleUpdate(query: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.RunTurtleUpdate(query), errorMessage, onSuccess)\n\n  def runNlq(query: String, errorMessage: String)(onSuccess: Any \u21d2 ToResponseMarshallable): Route =\n    mkRequestRoute(indexer, IndexerMessage.RunNlq(query), errorMessage, onSuccess)\n\n  def indexData(json: String): Future[amora.frontend.webui.protocol.Response] = {\n    requestHandler.ask(RequestMessage.AnonymousClientRequest(IndexData(json))).mapTo[amora.frontend.webui.protocol.Response]\n  }\n\n  def queueItems: Future[Seq[Int]] = {\n    queue.ask(QueueMessage.GetItems).mapTo[Seq[Int]]\n  }\n\n  def queueItem(id: Int): Future[Logger] = {\n    queue.ask(QueueMessage.GetItem(id)).mapTo[Option[ActorRef]].flatMap {\n      case None \u21d2 throw new NoSuchElementException(s\"Item with id $id doesn't exist.\")\n      case Some(ref) \u21d2 ref.ask(RequestMessage.GetLogger).mapTo[Logger]\n    }\n  }\n\n  def authNvimUi(): Flow[ByteBuffer, ByteBuffer, NotUsed] = {\n    import amora.backend.actors.NvimMsg._\n    authFlow[amora.protocol.Response](nvim ! NewClient(_))\n  }\n\n  def authWebUi(): Flow[ByteBuffer, ByteBuffer, NotUsed] = {\n    import amora.backend.actors.RequestMessage._\n    authFlow[amora.frontend.webui.protocol.Response](requestHandler ! ClientAuthorizationRequest(_))\n  }\n\n  def nvimFlow(sender: String): Flow[ByteBuffer, ByteBuffer, NotUsed] = {\n    import amora.backend.actors.NvimMsg._\n    import amora.protocol._\n\n    val in = Flow[ByteBuffer]\n      .map(b \u21d2 ReceivedMessage(sender, Unpickle[Request].fromBytes(b)))\n      .to(Sink.actorRef[NvimMsg](nvim, ClientLeft(sender)))\n    val out = Source\n      .actorRef[Response](1, OverflowStrategy.fail)\n      .mapMaterializedValue { nvim ! ClientReady(sender, _) }\n      .map(Pickle.intoBytes(_))\n    Flow.fromSinkAndSource(in, out)\n  }\n\n  def webUiFlow(clientId: String): Flow[ByteBuffer, ByteBuffer, NotUsed] = {\n    import amora.backend.actors.RequestMessage._\n    import amora.frontend.webui.protocol._\n\n    val in = Flow[ByteBuffer]\n      .map(b \u21d2 ClientRequest(clientId, Unpickle[Request].fromBytes(b)))\n      .to(Sink.actorRef[RequestMessage](requestHandler, ClientLeft(clientId)))\n    val out = Source\n      .actorRef[Response](1, OverflowStrategy.fail)\n      .mapMaterializedValue { requestHandler ! ClientJoined(clientId, _) }\n      .map(Pickle.intoBytes(_))\n    Flow.fromSinkAndSource(in, out)\n  }\n\n  private def authFlow[A : Pickler](f: ActorRef \u21d2 Unit): Flow[ByteBuffer, ByteBuffer, NotUsed] = {\n    val out = Source\n      .actorRef[A](1, OverflowStrategy.fail)\n      .mapMaterializedValue(f)\n      .map(Pickle.intoBytes(_))\n    Flow.fromSinkAndSource(Sink.ignore, out)\n  }\n\n  private def mkRequestRoute(target: ActorRef, msg: Any, errorMessage: String, onSuccess: Any \u21d2 ToResponseMarshallable): Route = { rctx \u21d2\n    val p = Promise[RouteResult]\n    system.actorOf(Props {\n      val a = new RequestActor(rctx, target, msg, errorMessage, onSuccess)\n      \/\/ trying to be smart here. I had to get the future out of the actor and\n      \/\/ this was the best way I could find to do so\n      p.completeWith(a.future)\n      a\n    }, \"request-actor-\" + System.nanoTime)\n    p.future\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/NvimAccessor.scala","text":"package amora.backend\n\nimport scala.concurrent.Future\nimport scala.util.Failure\nimport scala.util.Success\n\nimport akka.actor.ActorRef\nimport akka.actor.ActorSystem\nimport amora.backend.actors.NvimMsg.NvimSignal\nimport amora.backend.internal.WindowTreeCreator\nimport nvim.{Selection \u21d2 _, _}\nimport nvim.internal.Notification\nimport amora.protocol.{Mode \u21d2 _, _}\nimport amora.protocol.ui.WindowTree\n\nfinal class NvimAccessor(self: ActorRef)(implicit system: ActorSystem) {\n  import system.dispatcher\n\n  private val nvim = Nvim(Connection(\"127.0.0.1\", 6666))\n\n  private var windows = Set[Int]()\n\n  \/**\n   * We need to track the active window here in order to avoid to tell nvim to update\n   * the active window to the very same window that is already active. In case we do\n   * this, nvim gets confused and no longer can no longer recognize events that\n   * belong together.\n   *\/\n  private var activeWinId = -1\n\n  \/**\n   * Whenever this is set to `true`, the next WinEnter event that is received by\n   * `handler` needs to be ignored. This is necessary because in some cases we\n   * know that we changed the active window and therefore there may not be a\n   * need to handle the sent WinEnter event.\n   *\/\n  @volatile\n  private var ignoreNextWinEnter = false\n\n  object events {\n    val WinEnter = \"_WinEnter\"\n    val WinLeave = \"_WinLeave\"\n\n    val AllEvents = Seq(WinEnter, WinLeave)\n  }\n\n  private val handler: Notification \u21d2 Unit = n \u21d2 {\n    import events._\n    n.method match {\n      case WinEnter if ignoreNextWinEnter \u21d2\n        ignoreNextWinEnter = false\n      case WinEnter \u21d2\n        val resp = updateWindows() flatMap (_ \u21d2 clientUpdate)\n\n        handle(resp, \"Failed to send a broadcast event.\") { resp \u21d2\n          NvimSignal(resp)\n        }\n\n      case WinLeave \u21d2\n\n      case _ \u21d2\n        system.log.warning(s\"Notification for unknown event type arrived: $n\")\n    }\n  }\n\n  nvim.connection.addNotificationHandler(handler)\n  events.AllEvents foreach nvim.subscribe\n  updateWindows()\n\n  private def updateWindows(): Future[Unit] = {\n    nvim.windows map { ws \u21d2\n      val winIds = ws.map(_.id).toSet\n      val removed = windows diff winIds\n      val added = winIds diff windows\n      windows --= removed\n      windows ++= added\n    }\n  }\n\n  private def bufferContent(b: Buffer): Future[Seq[String]] = for {\n    count \u2190 b.lineCount\n    s \u2190 b.lineSlice(0, count)\n  } yield s\n\n  private def selection = for {\n    win \u2190 nvim.window\n    buf \u2190 win.buffer\n    sel \u2190 nvim.selection\n  } yield {\n    val List(start, end) = List(\n      Pos(sel.start.row-1, sel.start.col-1),\n      Pos(sel.end.row-1, sel.end.col-1)\n    ).sorted\n    Selection(win.id, buf.id, start, end)\n  }\n\n  private def winOf(winId: Int): Future[Window] =\n    Future.successful(Window(winId, nvim.connection))\n\n  private def winInfo(winId: Int) = for {\n    win \u2190 winOf(winId)\n    buf \u2190 win.buffer\n    content \u2190 bufferContent(buf)\n    pos \u2190 win.position\n    w \u2190 win.width\n    h \u2190 win.height\n  } yield WindowUpdate(win.id, buf.id, content, WinDim(pos.row, pos.col, w, h))\n\n  private def clientUpdate = for {\n    wins \u2190 Future.sequence(windows map winInfo)\n    mode \u2190 nvim.activeMode\n    sel \u2190 selection\n    tree \u2190 windowTree\n  } yield ClientUpdate(wins.toSeq, Mode.asString(mode), sel, Some(tree))\n\n  private def windowTree: Future[WindowTree] = for {\n    windows \u2190 Future.sequence(windows map winOf)\n    infos \u2190 Future.sequence(windows.toList map { win \u21d2\n      for {\n        pos \u2190 win.position\n        w \u2190 win.width\n        h \u2190 win.height\n      } yield WindowTreeCreator.WinInfo(win.id, pos.col, pos.row, w, h)\n    })\n  } yield WindowTreeCreator.mkWindowTree(infos)\n\n  def handleClientJoined(sender: String): Unit = {\n    val resp = clientUpdate\n\n    handle(resp, s\"Failed to send an update to the client `$sender`.\") {\n      resp \u21d2 NvimSignal(sender, resp)\n    }\n  }\n\n  def handleTextChange(change: TextChange, sender: String): Unit = {\n    system.log.info(s\"received: $change\")\n    val resp = for {\n      _ \u2190 updateActiveWindow(change.winId)\n      _ \u2190 nvim.sendInput(change.text)\n      update \u2190 winInfo(change.winId)\n      mode \u2190 nvim.activeMode\n      s \u2190 selection\n    } yield ClientUpdate(Seq(update), Mode.asString(mode), s, None)\n\n    handle(resp, s\"Failed to send response after client request `$change`.\") {\n      resp \u21d2 NvimSignal(sender, resp)\n    }\n  }\n\n  def handleSelectionChange(change: SelectionChange, sender: String): Unit = {\n    system.log.info(s\"received: $change\")\n    val resp = for {\n      w \u2190 nvim.window\n      _ = if (w.id != change.winId) ignoreNextWinEnter = true\n      win \u2190 updateActiveWindow(change.winId)\n      _ \u2190 win.cursor = Position(change.cursorRow+1, change.cursorColumn)\n      s \u2190 selection\n    } yield SelectionChangeAnswer(win.id, change.bufferId, s)\n\n    handle(resp, s\"Failed to send response after client request `$change`.\") {\n      resp \u21d2 NvimSignal(sender, resp)\n    }\n  }\n\n  def handleControl(control: Control, sender: String): Unit = {\n    system.log.info(s\"received: $control\")\n    val resp = for {\n      _ \u2190 updateActiveWindow(control.winId)\n      _ \u2190 nvim.sendInput(control.controlSeq)\n      update \u2190 winInfo(control.winId)\n      mode \u2190 nvim.activeMode\n      s \u2190 selection\n    } yield ClientUpdate(Seq(update), Mode.asString(mode), s, None)\n\n    handle(resp, s\"Failed to send response after client request `$control`.\") {\n      resp \u21d2 NvimSignal(sender, resp)\n    }\n  }\n\n  private def updateActiveWindow(winId: Int): Future[Window] =\n    if (activeWinId == winId)\n      winOf(activeWinId)\n    else {\n      activeWinId = winId\n      nvim.window = winId\n    }\n\n  private def handle[A, B](f: Future[A], errMsg: String)(onSuccess: A \u21d2 B): Unit = {\n    f onComplete {\n      case Success(a) \u21d2\n        val res = onSuccess(a)\n        self ! res\n        system.log.info(s\"sent: $res\")\n\n      case Failure(t) \u21d2\n        system.log.error(t, errMsg)\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/Content.scala","text":"<filename>backend\/src\/main\/scala\/amora\/backend\/Content.scala\npackage amora.backend\n\nobject Content {\n  import scalatags.Text.all._\n  import scalatags.Text.tags2\n\n  val ServerAddress = s\"http:\/\/amora.center\"\n  val ModelName = s\"$ServerAddress\/kb\/\"\n\n  def indexPage(cssDeps: Seq[String], jsDeps: Seq[String]): String = {\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"IDE research\"),\n        for (d <- cssDeps) yield link(rel := \"stylesheet\", `type` := \"text\/css\", href := d)\n      ),\n      body(\n        script(`type` := \"text\/javascript\", src := \"ui-jsdeps.js\", onload := \"window.$ = window.jQuery = module.exports;\"),\n        for (d <- jsDeps) yield script(`type` := \"text\/javascript\", src := d)\n      )\n    )\n  }\n\n  def sparql(cssDeps: Seq[String], jsDeps: Seq[String], query: String, jsonResponse: String): String = {\n    val q = query.replace(\"\\n\", \"\\\\n\")\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"SPARQL GUI\"),\n        for (d <- cssDeps) yield link(rel := \"stylesheet\", `type` := \"text\/css\", href := d)\n      ),\n      body(\n        div(id := \"yasgui\"),\n        for (d <- jsDeps) yield script(`type` := \"text\/javascript\", src := d),\n        script(`type` := \"text\/javascript\", raw(s\"\"\"\n          YASGUI.YASQE.defaults.sparql.endpoint = \"$ServerAddress\/sparql\";\n          var yasgui = YASGUI(document.getElementById(\"yasgui\"));\n          yasgui.current().yasr.setResponse({\n            \"response\": $jsonResponse\n          });\n          yasgui.current().yasqe.setValue('$q');\n        \"\"\"))\n      )\n    )\n  }\n\n  def addJsonPage(cssDeps: Seq[String], jsDeps: Seq[String]): String = {\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"Add data\"),\n        for (d <- cssDeps) yield link(rel := \"stylesheet\", `type` := \"text\/css\", href := d),\n        for (d <- jsDeps) yield script(`type` := \"text\/javascript\", src := d)\n      ),\n      body(\n        div(id := \"form\"),\n        script(`type` := \"text\/javascript\", raw(s\"\"\"\n          $$(document).ready(function() {\n            $$(\"#form\").alpaca(\n              ${schemas.artifacts}\n            );\n          });\n        \"\"\"))\n      )\n    )\n  }\n\n  def queuePage(items: Seq[Int]): String = {\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"Indexer queue\")\n      ),\n      body(\n        h4(\"Queue items\"),\n        ul(\n          if (items.isEmpty)\n            li(\"No items\")\n          else\n            for (i \u2190 items) yield li(a(href := s\"$ServerAddress\/queue?item=$i\", s\"Item $i\"))\n        )\n      )\n    )\n  }\n\n  def itemPage(item: Int, logger: Logger): String = {\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"Queue item\")\n      ),\n      body(\n        h4(s\"Queue item $item\")\n      )\n    )\n  }\n\n  def kbPage(cssDeps: Seq[String], jsDeps: Seq[String]): String = {\n    \"<!DOCTYPE html>\" + html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tags2.title(\"Knowledge Base\"),\n        for (d <- cssDeps) yield link(rel := \"stylesheet\", `type` := \"text\/css\", href := d)\n      ),\n      body(\n        script(`type` := \"text\/javascript\", raw(s\"\"\"\n          var ServerAddress = \"$ServerAddress\";\n        \"\"\")),\n        for (d <- jsDeps) yield script(`type` := \"text\/javascript\", src := d)\n      )\n    )\n  }\n\n  object schemas {\n\n    val artifacts = \"\"\"{\n      \"schema\": {\n        \"title\":\"Artifact Indexing\",\n        \"description\":\"Specify an artifact to index\",\n        \"type\":\"object\",\n        \"properties\": {\n          \"tpe\": {\n            \"type\":\"string\",\n            \"hidden\": true\n          },\n          \"artifacts\": {\n            \"type\": \"array\",\n            \"items\": {\n              \"type\": \"object\",\n              \"properties\": {\n                \"organization\": {\n                  \"type\":\"string\",\n                  \"title\":\"Organization\",\n                  \"required\":true\n                },\n                \"name\": {\n                  \"type\":\"string\",\n                  \"title\":\"Name\",\n                  \"required\":true\n                },\n                \"version\": {\n                  \"type\":\"string\",\n                  \"title\":\"Version\",\n                  \"required\":true\n                }\n              }\n            }\n          }\n        }\n      },\n      \"options\": {\n        \"form\": {\n          \"buttons\": {\n            \"submit\": {\n              \"click\": function() {\n                \/\/ we need to do some logic here but I couldn't find out a better\n                \/\/ way to combine alpace with Scala.js code, therefore we just call\n                \/\/ the Scala code here directly.\n                frontend.webui.Main().handleFormSubmit(this);\n              }\n            },\n            \"reset\": {}\n          }\n        },\n        \"fields\": {\n          \"tpe\": {\n            \"hidden\": true\n          },\n          \"artifacts\": {\n            \"toolbarSticky\": true,\n            \"fields\": {\n              \"item\": {\n                \"fields\": {\n                  \"organization\": {\n                    \"size\": 20,\n                    \"placeholder\": \"Enter the organization of the artifact\"\n                  },\n                  \"name\": {\n                    \"size\": 20,\n                    \"placeholder\": \"Enter the name of the artifact\"\n                  },\n                  \"version\": {\n                    \"size\": 20,\n                    \"placeholder\": \"Enter the version of the artifact\"\n                  }\n                }\n              }\n            }\n          }\n        }\n      },\n      \"data\": {\n        \"tpe\": \"artifact\"\n      }\n    }\"\"\"\n\n    val scalaSources = \"\"\"{\n      \"schema\": {\n        \"title\": \"Scala Source Indexing\",\n        \"description\": \"Specify a Scala source file to index\",\n        \"type\": \"object\",\n        \"properties\": {\n          \"tpe\": {\n            \"type\":\"string\",\n            \"hidden\": true\n          },\n          \"files\": {\n            \"type\": \"array\",\n            \"items\": {\n              \"type\": \"object\",\n              \"properties\": {\n                \"fileName\": {\n                  \"type\": \"string\",\n                  \"title\": \"Name of the file\",\n                  \"required\": true\n                },\n                \"src\": {\n                  \"type\": \"string\",\n                  \"title\": \"Scala source\",\n                  \"required\": true\n                }\n              }\n            }\n          }\n        }\n      },\n      \"options\": {\n        \"form\": {\n          \"buttons\": {\n            \"submit\": {\n              \"click\": function() {\n                \/\/ we need to do some logic here but I couldn't find out a better\n                \/\/ way to combine alpace with Scala.js code, therefore we just call\n                \/\/ the Scala code here directly.\n                frontend.webui.Main().handleFormSubmit(this);\n              }\n            },\n            \"reset\": {}\n          }\n        },\n        \"fields\": {\n          \"tpe\": {\n            \"hidden\": true\n          },\n          \"files\": {\n            \"toolbarSticky\": true,\n            \"fields\": {\n              \"item\": {\n                \"fields\": {\n                  \"fileName\": {\n                    \"size\": 20,\n                    \"placeholder\": \"Enter the name of the file\"\n                  },\n                  \"src\": {\n                    \"type\": \"editor\",\n                    \"aceTheme\": \"ace\/theme\/solarized_light\",\n                    \"aceMode\": \"ace\/mode\/scala\"\n                  }\n                }\n              }\n            }\n          }\n        }\n      },\n      \"data\": {\n        \"tpe\": \"scala-sources\"\n      }\n    }\"\"\"\n\n    val javaBytecode = \"\"\"{\n      \"schema\": {\n        \"title\": \"Java Bytecode Indexing\",\n        \"description\": \"Specify a Java source file to index its bytecode\",\n        \"type\": \"object\",\n        \"properties\": {\n          \"tpe\": {\n            \"type\":\"string\",\n            \"hidden\": true\n          },\n          \"files\": {\n            \"type\": \"array\",\n            \"items\": {\n              \"type\": \"object\",\n              \"properties\": {\n                \"fileName\": {\n                  \"type\": \"string\",\n                  \"title\": \"Name of the file\",\n                  \"required\": true\n                },\n                \"src\": {\n                  \"type\": \"string\",\n                  \"title\": \"Java source\",\n                  \"required\": true\n                }\n              }\n            }\n          }\n        }\n      },\n      \"options\": {\n        \"form\": {\n          \"buttons\": {\n            \"submit\": {\n              \"click\": function() {\n                \/\/ we need to do some logic here but I couldn't find out a better\n                \/\/ way to combine alpace with Scala.js code, therefore we just call\n                \/\/ the Scala code here directly.\n                frontend.webui.Main().handleFormSubmit(this);\n              }\n            },\n            \"reset\": {}\n          }\n        },\n        \"fields\": {\n          \"tpe\": {\n            \"hidden\": true\n          },\n          \"files\": {\n            \"toolbarSticky\": true,\n            \"fields\": {\n              \"item\": {\n                \"fields\": {\n                  \"fileName\": {\n                    \"size\": 20,\n                    \"placeholder\": \"Enter the name of the file\"\n                  },\n                  \"src\": {\n                    \"type\": \"editor\",\n                    \"aceTheme\": \"ace\/theme\/solarized_light\",\n                    \"aceMode\": \"ace\/mode\/java\"\n                  }\n                }\n              }\n            }\n          }\n        }\n      },\n      \"data\": {\n        \"tpe\": \"java-bytecode\"\n      }\n    }\"\"\"\n\n    val all = Map(\n      \"artifacts\" \u2192 artifacts,\n      \"scala-sources\" \u2192 scalaSources,\n      \"java-bytecode\" \u2192 javaBytecode\n    )\n\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/requests\/CommitRequests.scala","text":"package amora.backend.requests\n\nimport scala.util.Failure\nimport scala.util.Success\n\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.server.Directives\nimport amora.api.SparqlModel\nimport amora.api.Turtle\nimport amora.backend.AkkaLogging\nimport amora.backend.BackendSystem\n\ntrait CommitRequests extends Directives with AkkaLogging {\n  import akka.http.scaladsl.model.ContentTypes._\n  import amora.backend.CustomContentTypes._\n\n  def bs: BackendSystem\n\n  def handleHeadCommitGetRequest() = {\n    bs.headCommit(\"Error while retrieving head commit.\") {\n      case Success(hash: String) \u21d2 HttpEntity(`text\/plain(UTF-8)`, hash)\n      case Failure(t) \u21d2 throw t\n    }\n  }\n\n  def handleListCommitsGetRequest() = {\n    bs.listCommits(\"Error while listing commits.\") {\n      case Success(hashes: List[_]) \u21d2 HttpEntity(`text\/plain(UTF-8)`, hashes.mkString(\",\"))\n      case Failure(t) \u21d2 throw t\n    }\n  }\n\n  def handleShowCommitGetRequest(commit: String) = {\n    bs.showCommit(commit, \"Error while showing commit.\") {\n      case Success(m: SparqlModel) \u21d2 HttpEntity(`text\/turtle(UTF-8)`, m.formatAs(Turtle))\n      case Failure(t) \u21d2 throw t\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/Nvim.scala","text":"<gh_stars>10-100\npackage nvim\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nimport msgpack4z._\nimport msgpack4z.MsgpackUnion._\nimport enumeratum._\nimport nvim.internal.NvimHelper\n\nobject Nvim {\n  val BufferId = 0\n  val WindowId = 1\n  val TabpageId = 2\n}\n\nfinal case class Nvim(connection: Connection) extends NoNvimProtocolFunctionality {\n\n  import Nvim._\n\n  def apiInfo(implicit ec: ExecutionContext): Future[String] = {\n    connection.sendRequest(\"vim_get_api_info\") {\n      case u \u21d2 NvimHelper.msgpackUnionAsString(u, nest = 0)\n    }\n  }\n\n  \/**\n   * Sends `cmd` to Nvim. If the command does not exist, this function doesn't\n   * report back an error message. Example usage:\n   * {{{\n   * nvim.sendVimCommand(\":help\")\n   * \/\/ This is more or less equivalent to:\n   * nvim.sendInput(\"<esc>:help<cr>\")\n   * }}}\n   *\/\n  def sendVimCommand(cmd: String): Unit =\n    connection.sendNotification(\"vim_command\", string(cmd))\n\n  \/**\n   * Sends `input` to Nvim. If the request was successful, Nvim will answer with\n   * the string length of `input`. Example usage:\n   * {{{\n   * nvim.sendInput(\"<esc>ggAhello<esc>\") \/\/ return value: 18\n   * }}}\n   *\/\n  def sendInput(input: String)(implicit ec: ExecutionContext): Future[Long] = {\n    connection.sendRequest(\"vim_input\", string(input)) {\n      case MsgpackLong(long) => long\n    }\n  }\n\n  \/**\n   * Returns all existing Nvim buffers.\n   *\/\n  def buffers(implicit ec: ExecutionContext): Future[Seq[Buffer]] = {\n    connection.sendRequest(\"vim_get_buffers\") {\n      case MsgpackArray(xs) \u21d2 xs map NvimHelper.parse {\n        case MsgpackExt(BufferId, Array(bufId)) \u21d2\n          Buffer(bufId.toInt, connection)\n      }\n    }\n  }\n\n  \/**\n   * Returns the active Nvim buffer.\n   *\/\n  def buffer(implicit ec: ExecutionContext): Future[Buffer] = {\n    connection.sendRequest(\"vim_get_current_buffer\") {\n      case MsgpackExt(BufferId, Array(bufId)) \u21d2\n        Buffer(bufId.toInt, connection)\n    }\n  }\n\n  \/**\n   * Sets the active buffer to the buffer of the given `bufferId` and returns\n   * the active buffer afterwards.\n   *\/\n  def buffer_=(bufferId: Int)(implicit ec: ExecutionContext): Future[Buffer] = {\n    connection.sendRequest(\"vim_set_current_buffer\") {\n      case _ \u21d2 Buffer(bufferId, connection)\n    }\n  }\n\n  \/**\n   * Returns all existing Nvim windows.\n   *\/\n  def windows(implicit ec: ExecutionContext): Future[Seq[Window]] = {\n    connection.sendRequest(\"vim_get_windows\") {\n      case MsgpackArray(xs) \u21d2 xs map NvimHelper.parse {\n        case MsgpackExt(WindowId, Array(winId)) \u21d2\n          Window(winId.toInt, connection)\n      }\n    }\n  }\n\n  \/**\n   * Returns the active Nvim window.\n   *\/\n  def window(implicit ec: ExecutionContext): Future[Window] = {\n    connection.sendRequest(\"vim_get_current_window\") {\n      case MsgpackExt(WindowId, Array(winId)) \u21d2\n        Window(winId.toInt, connection)\n    }\n  }\n\n  \/**\n   * Sets the active window to the window of the given `winId` and returns the\n   * active window afterwards.\n   *\/\n  def window_=(winId: Int)(implicit ec: ExecutionContext): Future[Window] = {\n    connection.sendRequest(\"vim_set_current_window\", int(winId)) {\n      case _ \u21d2 Window(winId, connection)\n    }\n  }\n\n  \/**\n   * Evaluates a vimscript expression.\n   * @example {{{\n   * \/\/ get actual active vim mode\n   * nvim.eval(\"\"\"mode(\"\")\"\"\")\n   * }}}\n   *\/\n  def eval(expr: String)(implicit ec: ExecutionContext): Future[MsgpackUnion] = {\n    connection.sendRequest(\"vim_eval\", string(expr)) {\n      case m \u21d2 m\n    }\n  }\n\n  \/**\n   * Subscribes to a Nvim event.\n   * @example {{{\n   * nvim.subscribe(\"test-event\")\n   * }}}\n   *\/\n  def subscribe(event: String)(implicit ec: ExecutionContext): Future[Unit] = {\n    connection.sendRequest(\"vim_subscribe\", string(event)) {\n      case _ \u21d2 ()\n    }\n  }\n\n  \/**\n   * Unsubscribes from a Nvim event.\n   * @example {{{\n   * nvim.unsubscribe(\"test-event\")\n   * }}}\n   *\/\n  def unsubscribe(event: String)(implicit ec: ExecutionContext): Future[Unit] = {\n    connection.sendRequest(\"vim_unsubscribe\", string(event)) {\n      case _ \u21d2 ()\n    }\n  }\n}\n\ntrait NoNvimProtocolFunctionality {\n  this: Nvim \u21d2\n\n  import Mode._\n\n  \/**\n   * Returns the active Vim mode. For documentation about the possible modes run\n   * `:help mode()` in Vim.\n   *\/\n  def activeMode(implicit ec: ExecutionContext): Future[Mode] = {\n    val `CTRL-S` = 19\n    val `CTRL-V` = 22\n    eval(\"\"\"mode(\"1\")\"\"\") map NvimHelper.parse {\n      case MsgpackString(mode) \u21d2 mode match {\n        case \"n\"                   \u21d2 Normal\n        case \"no\"                  \u21d2 OperatorPending\n        case \"v\"                   \u21d2 VisualByCharacter\n        case \"V\"                   \u21d2 VisualByLine\n        case s if s(0) == `CTRL-V` \u21d2 VisualBlockwise\n        case \"s\"                   \u21d2 SelectByCharacter\n        case \"S\"                   \u21d2 SelectByLine\n        case s if s(0) == `CTRL-S` \u21d2 SelectBlockwise\n        case \"i\"                   \u21d2 Insert\n        case \"R\"                   \u21d2 Replace\n        case \"Rv\"                  \u21d2 VirtualReplace\n        case \"c\"                   \u21d2 CommandLine\n        case \"cv\"                  \u21d2 VimExMode\n        case \"ce\"                  \u21d2 NormalExMode\n        case \"r\"                   \u21d2 HitEnterPrompt\n        case \"rm\"                  \u21d2 MorePrompt\n        case \"r?\"                  \u21d2 ConfirmQuery\n        case \"!\"                   \u21d2 ExternalCommandRunning\n        case s                     \u21d2 throw new UnexpectedResponse(s\"Vim mode `$s` is unknown.\")\n      }\n    }\n  }\n\n  \/**\n   * Returns the selection of the active buffer.\n   *\/\n  def selection(implicit ec: ExecutionContext): Future[Selection] = {\n    def asPos(u: MsgpackUnion) = u match {\n      \/\/ TODO handle `bufnum` and `off`\n      case MsgpackArray(List(MsgpackLong(bufnum), MsgpackLong(row), MsgpackLong(col), MsgpackLong(off))) \u21d2\n        Position(row.toInt, col.toInt)\n      case s \u21d2\n        throw new UnexpectedResponse(s\"Unknown selection result `${NvimHelper.msgpackUnionAsString(s, 0)}`.\")\n    }\n\n    def cursorPos = for {\n      selStart \u2190 eval(\"\"\"getpos(\".\")\"\"\")\n    } yield Selection(asPos(selStart), asPos(selStart))\n\n    def visualLineSel = for {\n      _ \u2190 sendInput(\"<esc>\")\n      selStart \u2190 eval(\"\"\"getpos(\"'<\")\"\"\")\n      selEnd \u2190 eval(\"\"\"getpos(\"'>\")\"\"\")\n      _ \u2190 sendInput(\"gv\")\n      end = asPos(selEnd)\n      b \u2190 buffer\n      line \u2190 b.line(end.row-1)\n      len = line.length\n    } yield Selection(asPos(selStart), Position(end.row, len))\n\n    def currentSel = for {\n      _ \u2190 sendInput(\"<esc>\")\n      selStart \u2190 eval(\"\"\"getpos(\"'<\")\"\"\")\n      selEnd \u2190 eval(\"\"\"getpos(\"'>\")\"\"\")\n      _ \u2190 sendInput(\"gv\")\n    } yield Selection(asPos(selStart), asPos(selEnd))\n\n    activeMode flatMap {\n      case VisualByCharacter | VisualBlockwise \u21d2 currentSel\n      case VisualByLine                        \u21d2 visualLineSel\n      case _                                   \u21d2 cursorPos\n    }\n  }\n\n}\n\nfinal case class Selection(start: Position, end: Position) {\n  override def toString =\n    if (start == end)\n      s\"Selection(cursor=$start)\"\n    else\n      s\"Selection(start=$start,end=$end)\"\n}\n\n\/**\n * Represents all possible Vim modes. For documentation about the possible\n * modes run `:help mode()` in Vim.\n *\/\nsealed trait Mode extends EnumEntry\nobject Mode extends Enum[Mode] {\n  override val values = findValues\n\n  case object Normal extends Mode\n  case object OperatorPending extends Mode\n  case object VisualByCharacter extends Mode\n  case object VisualByLine extends Mode\n  case object VisualBlockwise extends Mode\n  case object SelectByCharacter extends Mode\n  case object SelectByLine extends Mode\n  case object SelectBlockwise extends Mode\n  case object Insert extends Mode\n  case object Replace extends Mode\n  case object VirtualReplace extends Mode\n  case object CommandLine extends Mode\n  case object VimExMode extends Mode\n  case object NormalExMode extends Mode\n  case object HitEnterPrompt extends Mode\n  case object MorePrompt extends Mode\n  case object ConfirmQuery extends Mode\n  case object ExternalCommandRunning extends Mode\n\n  def asString(mode: Mode): String =\n    mode.entryName\n\n  def asMode(s: String): Mode =\n    Mode.withName(s)\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/Buffer.scala","text":"package nvim\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nimport msgpack4z._\nimport msgpack4z.MsgpackUnion._\nimport nvim.internal.NvimHelper\n\n\/**\n * Low level wrapper around Nvims msgpack-rpc protocol. Represents a Nvim\n * buffer; all operations operate directly on the buffer data structure of Nvim.\n *\/\nfinal case class Buffer(id: Int, connection: Connection) {\n\n  \/**\n   * Returns the absolute path of the file that is represented by this buffer.\n   *\/\n  def name(implicit ec: ExecutionContext): Future[String] = {\n    connection.sendRequest(\"buffer_get_name\", int(id)) {\n      case MsgpackBinary(bin) \u21d2 NvimHelper.asString(bin)\n    }\n  }\n\n  \/**\n   * The number of lines. The line count for empty buffers is 1.\n   *\/\n  def lineCount(implicit ec: ExecutionContext): Future[Int] = {\n    connection.sendRequest(\"buffer_line_count\", int(id)) {\n      case MsgpackLong(long) \u21d2 long.toInt\n    }\n  }\n\n  \/**\n   * Returns the line at `index`, where line 1 is represented by index 0. If a\n   * large range of files should be retrieved, it is more efficient to use\n   * [[lineSlice]] instead.\n   *\n   * @example {{{\n   * val fileContent = for {\n   *   count \u2190 buffer.lineCount\n   *   lines \u2190 Future.sequence(0 to count map buffer.lineAt)\n   * } yield lines.mkString(\"\\n\")\n   * }}}\n   *\/\n  def lineAt(index: Int)(implicit ec: ExecutionContext): Future[String] = {\n    connection.sendRequest(\"buffer_get_line\", int(id), int(index)) {\n      case MsgpackBinary(bin) \u21d2 NvimHelper.asString(bin)\n    }\n  }\n\n  \/**\n   * Returns all the lines between `start` and `end`. With `includeStart` and\n   * `includeEnd` it can be chosen whether `start` and `end` should be inclusive\n   * or exclusive. The default parameters are set to inclusive for `start` and\n   * exclusive for `end`.\n   *\n   * @example {{{\n   * buffer.lineSlice(7, 10)\n   * \/\/ this may return\n   * \/\/ Seq(\"line7\", \"line8\", \"line9\")\n   * }}}\n   *\/\n  def lineSlice\n      (start: Int, end: Int, includeStart: Boolean = true, includeEnd: Boolean = false)\n      (implicit ec: ExecutionContext)\n      : Future[Seq[String]] = {\n    connection.sendRequest(\"buffer_get_line_slice\", int(id), int(start), int(end), bool(includeStart), bool(includeEnd)) {\n      case MsgpackArray(xs) \u21d2 xs map NvimHelper.parse {\n        case MsgpackString(str) \u21d2 str\n      }\n    }\n  }\n\n  \/**\n   * Returns the position of the mark that is associated with `name`.\n   * @example {{{\n   * val lastChangePosition = buffer.mark('.')\n   * \/\/ this returns the position where the last change occurred in current buffer\n   * }}}\n   *\/\n  def mark(name: Char)(implicit ec: ExecutionContext): Future[Position] = {\n    connection.sendRequest(\"buffer_get_mark\", int(id), string(name.toString)) {\n      case MsgpackArray(List(MsgpackLong(row), MsgpackLong(col))) \u21d2\n        Position(row.toInt, col.toInt)\n    }\n  }\n\n  \/**\n   * Returns the content of `line`. The first line is indexed with 0.\n   *\/\n  def line(line: Int)(implicit ec: ExecutionContext): Future[String] = {\n    connection.sendRequest(\"buffer_get_line\", int(id), int(line)) {\n      case MsgpackBinary(bin) \u21d2 NvimHelper.asString(bin)\n    }\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/api\/Api.scala","text":"package amora.api\n\nimport java.io.ByteArrayInputStream\nimport java.io.ByteArrayOutputStream\nimport java.nio.charset.StandardCharsets\n\nimport org.apache.jena.query.QueryExecutionFactory\nimport org.apache.jena.query.QueryFactory\nimport org.apache.jena.query.QuerySolution\nimport org.apache.jena.query.ResultSetFactory\nimport org.apache.jena.query.ResultSetFormatter\nimport org.apache.jena.query.ResultSetRewindable\nimport org.apache.jena.rdf.model.{ Literal \u21d2 JLiteral }\nimport org.apache.jena.rdf.model.Model\n\nfinal class SparqlQuery(val query: String) {\n  def runOnModel(model: SparqlModel): SparqlResultSet = {\n    val qexec = QueryExecutionFactory.create(QueryFactory.create(query), model.model)\n    new SparqlResultSet(ResultSetFactory.makeRewindable(qexec.execSelect()))\n  }\n\n  def askOnModel(model: SparqlModel): Boolean = {\n    val qexec = QueryExecutionFactory.create(QueryFactory.create(query), model.model)\n    qexec.execAsk()\n  }\n\n  override def toString = query\n}\n\nfinal class SparqlResultSet(val resultSet: ResultSetRewindable) {\n  def asStringTable: String = {\n    val s = new ByteArrayOutputStream\n    ResultSetFormatter.out(s, resultSet)\n    val ret = new String(s.toByteArray(), StandardCharsets.UTF_8)\n    resultSet.reset()\n    ret\n  }\n\n  def map[A](f: ResultSetRow \u21d2 A): Seq[A] = {\n    import scala.collection.JavaConverters._\n    val ret = resultSet.asScala.map(row \u21d2 f(new ResultSetRow(row))).toList\n    resultSet.reset()\n    ret\n  }\n\n  def foreach(f: ResultSetRow \u21d2 Unit): Unit = {\n    import scala.collection.JavaConverters._\n    resultSet.asScala.foreach(row \u21d2 f(new ResultSetRow(row)))\n    resultSet.reset()\n  }\n}\n\nfinal class SparqlModel(val model: Model) {\n  def difference(model: SparqlModel): SparqlModel = {\n    new SparqlModel(this.model.difference(model.model))\n  }\n\n  def formatAs(format: RdfFormat): String = {\n    val out = new ByteArrayOutputStream\n    model.write(out, format.lang)\n    new String(out.toByteArray(), \"UTF-8\")\n  }\n\n  def writeAs(format: RdfFormat, data: String): SparqlModel = {\n    val in = new ByteArrayInputStream(data.getBytes)\n    model.read(in, \/* base = *\/ null, format.lang)\n    this\n  }\n}\n\nfinal class ResultSetRow(val row: QuerySolution) {\n  def string(varName: String): String =\n    get(varName).asLiteral.getString\n\n  def int(varName: String): Int =\n    get(varName).asLiteral.getInt\n\n  def long(varName: String): Long =\n    get(varName).asLiteral.getLong\n\n  def boolean(varName: String): Boolean =\n    get(varName).asLiteral.getBoolean\n\n  def double(varName: String): Double =\n    get(varName).asLiteral.getDouble\n\n  def float(varName: String): Float =\n    get(varName).asLiteral.getFloat\n\n  def char(varName: String): Char =\n    get(varName).asLiteral.getChar\n\n  def byte(varName: String): Byte =\n    get(varName).asLiteral.getByte\n\n  def uri(varName: String): String = {\n    val v = get(varName)\n    if (v.isLiteral())\n      throw new IllegalStateException(s\"Value of variable name `$varName` is not an URI, it is of type: ${v.asLiteral().getDatatypeURI}.\")\n    if (v.isAnon())\n      s\"<_:$v>\"\n    else\n      s\"<$v>\"\n  }\n\n  def literal(varName: String): Literal = {\n    val v = get(varName)\n    if (v.isLiteral())\n      Literal(v.asLiteral())\n    else\n      throw new IllegalArgumentException(s\"The variable `$varName` does not contain a literal.\")\n  }\n\n  private def get(varName: String) = {\n    val v = row.get(varName)\n    if (v == null)\n      throw new IllegalArgumentException(s\"The variable `$varName` does not exist in the result set.\")\n    v\n  }\n}\n\nfinal case class Literal(literal: JLiteral) {\n  def string: String = literal.getString\n  def int: Int = literal.getInt\n  def long: Long = literal.getLong\n  def boolean: Boolean = literal.getBoolean\n  def double: Double = literal.getDouble\n  def float: Float = literal.getFloat\n  def char: Char = literal.getChar\n  def byte: Byte = literal.getByte\n\n  def stringOpt: Option[String] =\n    if (literal.getDatatype.getURI() == \"http:\/\/www.w3.org\/2001\/XMLSchema#string\")\n      Some(string)\n    else\n      None\n\n}\n\nsealed trait RdfFormat {\n  def lang: String\n}\ncase object Turtle extends RdfFormat {\n  override def lang = \"TURTLE\"\n}\ncase object NTriple extends RdfFormat {\n  override def lang = \"N-TRIPLE\"\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/Main.scala","text":"<reponame>sschaef\/scalajs-test<gh_stars>10-100\npackage amora.backend\n\nimport scala.util.Failure\nimport scala.util.Success\n\nimport org.apache.log4j.ConsoleAppender\nimport org.apache.log4j.Level\nimport org.apache.log4j.LogManager\nimport org.apache.log4j.PatternLayout\n\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigFactory\n\nimport akka.actor.ActorSystem\nimport akka.actor.Props\nimport akka.actor.UnhandledMessage\nimport akka.event.LogSource\nimport akka.event.Logging\nimport akka.event.LoggingAdapter\nimport akka.http.scaladsl.Http\nimport akka.stream.ActorMaterializer\nimport amora.backend.actors.UnhandledMessagesActor\n\n\/**\n * We need to depend on a log4j root logger because Jena uses log4j internally.\n * TODO Figure out how to unify Akka logging and Jena logging\n *\/\nobject Main extends AkkaLogging with Log4jRootLogging {\n  private var _config: Config = _\n  private var _system: ActorSystem = _\n\n  def main(args: Array[String]) = {\n    val path =\n      if (args.length == 1)\n        args.head\n      else\n        s\"${System.getProperty(\"user.home\")}\/amora.conf\"\n    val f = new java.io.File(path)\n\n    _config =\n      if (f.exists())\n        ConfigFactory.parseFile(f).resolve().withFallback(ConfigFactory.load())\n      else\n        ConfigFactory.load()\n\n    _system = ActorSystem(\"amora\", _config)\n    implicit val system = _system\n\n    if (f.exists())\n      log.info(s\"Succesfully read config file `$f`.\")\n\n    system.eventStream.subscribe(\n        system.actorOf(Props[UnhandledMessagesActor], \"unhandled-messages\"),\n        classOf[UnhandledMessage])\n\n    implicit val materializer = ActorMaterializer()\n    val service = new WebService\n    val binding = Http().bindAndHandle(service.route, interface, port)\n\n    import system.dispatcher\n    binding.onComplete {\n      case Success(binding) \u21d2\n        val addr = binding.localAddress\n        log.info(s\"Server is listening on ${addr.getHostName}:${addr.getPort}\")\n      case Failure(e) \u21d2\n        log.error(e, \"Failed to start server\")\n        system.terminate()\n    }\n  }\n\n  def system = _system\n  def config = _config\n  def interface = config.getString(\"app.interface\")\n  def port = config.getInt(\"app.port\")\n}\n\ntrait Log4jLoggingConfig {\n  \/\/ Conversion characters: https:\/\/logging.apache.org\/log4j\/1.2\/apidocs\/org\/apache\/log4j\/PatternLayout.html\n  def consoleAppender = new ConsoleAppender(new PatternLayout(\"%d{ISO8601} %5p [%t] %c - %m%n\"), ConsoleAppender.SYSTEM_OUT)\n}\n\ntrait Log4jRootLogging extends Log4jLoggingConfig {\n  val rootLogger = LogManager.getRootLogger\n  rootLogger.setLevel(Level.INFO)\n  rootLogger.addAppender(consoleAppender)\n}\n\ntrait Log4jLogging extends Log4jLoggingConfig {\n  lazy val log = {\n    val l = LogManager.getLogger(getClass)\n    l.setLevel(Level.INFO)\n    l.setAdditivity(false)\n    l.addAppender(consoleAppender)\n    l\n  }\n}\n\ntrait AkkaLogging {\n  private var _log: LoggingAdapter = _\n\n  private implicit val logSource: LogSource[AnyRef] = new LogSource[AnyRef] {\n    override def genString(o: AnyRef): String = o.getClass.getName\n    override def getClazz(o: AnyRef): Class[_] = o.getClass\n  }\n\n  def system: ActorSystem\n\n  def log: LoggingAdapter = {\n    if (_log eq null)\n      _log = Logging(system, this)\n    _log\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/IndexerTest.scala","text":"<gh_stars>10-100\npackage amora.backend.indexer\n\nimport java.net.URLEncoder\n\nimport org.junit.Test\n\nimport akka.http.scaladsl.model.HttpEntity\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.model.headers.Accept\nimport amora.backend.CustomContentTypes\nimport amora.backend.schema._\nimport amora.converter.protocol._\n\nclass IndexerTest extends RestApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def sparql_get_requests_are_possible(): Unit = {\n    val query = \"query=\"+URLEncoder.encode(\"select * where {?s ?p ?o} limit 3\", \"UTF-8\")\n    testReq(get(s\"http:\/\/amora.center\/sparql?$query\")) {\n      status === StatusCodes.OK\n    }\n  }\n\n  @Test\n  def sparql_get_request_misses_query_param(): Unit = {\n    val query = URLEncoder.encode(\"select * where {?s ?p ?o} limit 3\", \"UTF-8\")\n    testReq(get(s\"http:\/\/amora.center\/sparql?$query\")) {\n      status === StatusCodes.BadRequest\n    }\n  }\n\n  @Test\n  def sparql_post_requests_are_possible(): Unit = {\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"select * where {?s ?p ?o} limit 3\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n    }\n  }\n\n  @Test\n  def missing_accept_header_for_sparql_post_requests(): Unit = {\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"select * where {?s ?p ?o} limit 3\")) {\n      status === StatusCodes.NotAcceptable\n    }\n  }\n\n  @Test\n  def encoded_sparql_post_requests_are_possible(): Unit = {\n    val query = \"query=\"+URLEncoder.encode(\"select * where {?s ?p ?o} limit 3\", \"UTF-8\")\n    val e = HttpEntity(CustomContentTypes.`application\/x-www-form-urlencoded(UTF-8)`, query)\n    testReq(post(\"http:\/\/amora.center\/sparql\", e, header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n    }\n  }\n\n  @Test\n  def encoded_sparql_post_request_misses_query_param(): Unit = {\n    val query = URLEncoder.encode(\"select * where {?s ?p ?o} limit 3\", \"UTF-8\")\n    val e = HttpEntity(CustomContentTypes.`application\/x-www-form-urlencoded(UTF-8)`, query)\n    testReq(post(\"http:\/\/amora.center\/sparql\", e, header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.BadRequest\n    }\n  }\n\n  @Test\n  def invalid_content_type_for_sparql_post_requests(): Unit = {\n    val e = HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, \"invalid query\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", e, header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.UnsupportedMediaType\n    }\n  }\n\n  @Test\n  def syntax_error_in_sparql_post_request(): Unit = {\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"syntax error\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.InternalServerError\n    }\n  }\n\n  @Test\n  def syntax_error_in_turtle_update(): Unit = {\n    val e = HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, s\"syntax error\")\n    testReq(post(\"http:\/\/amora.center\/turtle-update\", e)) {\n      status === StatusCodes.InternalServerError\n    }\n  }\n\n  @Test\n  def invalid_content_type_for_turtle_update_post_requests(): Unit = {\n    val e = HttpEntity(CustomContentTypes.`application\/sparql-query(UTF-8)`, \"invalid query\")\n    testReq(post(\"http:\/\/amora.center\/turtle-update\", e)) {\n      status === StatusCodes.UnsupportedMediaType\n    }\n  }\n\n  @Test\n  def add_single_project_through_turtle_update_post_request(): Unit = {\n    val q = Schema.mkTurtleString(Seq(Project(\"p\")))\n    val e = HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, q)\n    testReq(post(\"http:\/\/amora.center\/turtle-update\", e)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select * where {\n        [a p:] p:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(Seq(Data(\"name\", \"p\")))\n    }\n  }\n\n  @Test\n  def syntax_error_in_sparql_update(): Unit = {\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", s\"syntax error\")) {\n      status === StatusCodes.InternalServerError\n    }\n  }\n\n  @Test\n  def invalid_content_type_for_sparql_update_post_requests(): Unit = {\n    val e = HttpEntity(CustomContentTypes.`text\/turtle(UTF-8)`, \"invalid query\")\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", e)) {\n      status === StatusCodes.UnsupportedMediaType\n    }\n  }\n\n  @Test\n  def add_single_project(): Unit = {\n    val q = Schema.mkSparqlUpdate(Seq(Project(\"p\")))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select * where {\n        [a p:] p:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(Seq(Data(\"name\", \"p\")))\n    }\n  }\n\n  @Test\n  def encoded_sparql_update_post_requests_are_possible(): Unit = {\n    val q = Schema.mkSparqlUpdate(Seq(Project(\"p\")))\n    val query = \"query=\"+URLEncoder.encode(q, \"UTF-8\")\n    val e = HttpEntity(CustomContentTypes.`application\/x-www-form-urlencoded(UTF-8)`, query)\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", e)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select * where {\n        [a p:] p:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(Seq(Data(\"name\", \"p\")))\n    }\n  }\n\n  @Test\n  def encoded_sparql_update_post_request_misses_query_param(): Unit = {\n    val q = Schema.mkSparqlUpdate(Seq(Project(\"p\")))\n    val query = URLEncoder.encode(q, \"UTF-8\")\n    val e = HttpEntity(CustomContentTypes.`application\/x-www-form-urlencoded(UTF-8)`, query)\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", e)) {\n      status === StatusCodes.BadRequest\n    }\n  }\n\n  @Test\n  def add_multiple_projects(): Unit = {\n    val q = Schema.mkSparqlUpdate(Seq(Project(\"p1\"), Project(\"p2\")))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select ?name where {\n        [a p:] p:name ?name .\n      }\n      order by ?name\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"p1\")),\n          Seq(Data(\"name\", \"p2\")))\n    }\n  }\n\n  @Test\n  def add_single_artifact(): Unit = {\n    val a = Artifact(Project(\"p\"), \"o\", \"n\", \"v1\")\n    val q = Schema.mkSparqlUpdate(Seq(a))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select ?organization ?name ?version where {\n        [a a:] a:organization ?organization ; a:name ?name ; a:version ?version .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"organization\", \"o\"), Data(\"name\", \"n\"), Data(\"version\", \"v1\")))\n    }\n  }\n\n  @Test\n  def add_multiple_artifacts(): Unit = {\n    val p = Project(\"p\")\n    val a1 = Artifact(p, \"o1\", \"n1\", \"v1\")\n    val a2 = Artifact(p, \"o2\", \"n2\", \"v2\")\n    val q = Schema.mkSparqlUpdate(Seq(a1, a2))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select ?organization ?name ?version where {\n        [a a:] a:organization ?organization ; a:name ?name ; a:version ?version .\n      }\n      order by ?organization ?name ?version\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"organization\", \"o1\"), Data(\"name\", \"n1\"), Data(\"version\", \"v1\")),\n          Seq(Data(\"organization\", \"o2\"), Data(\"name\", \"n2\"), Data(\"version\", \"v2\")))\n    }\n  }\n\n  @Test\n  def multiple_artifacts_can_belong_to_the_same_project(): Unit = {\n    val p = Project(\"p\")\n    val a1 = Artifact(p, \"o1\", \"n1\", \"v1\")\n    val a2 = Artifact(p, \"o2\", \"n2\", \"v2\")\n    val q = Schema.mkSparqlUpdate(Seq(a1, a2))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select distinct ?name where {\n        [a a:] a:owner [p:name ?name] .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"p\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_project_does_not_exist(): Unit = {\n    val q = Schema.mkSparqlUpdate(Seq(Project(\"p\")))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      select ?owner where {\n        [a p:] p:owner ?owner .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq()\n    }\n  }\n\n  @Test\n  def the_owner_of_an_artifact_is_a_project(): Unit = {\n    val a = Artifact(Project(\"p\"), \"o\", \"n\", \"v1\")\n    val q = Schema.mkSparqlUpdate(Seq(a))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a a:] a:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Project\/\")))\n    }\n  }\n\n  @Test\n  def add_single_file(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix f:<http:\/\/amora.center\/kb\/amora\/Schema\/File\/>\n      select ?name where {\n        [a f:] f:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"A.scala\")))\n    }\n  }\n\n  @Test\n  def add_multiple_files(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\",\n      \"B.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix f:<http:\/\/amora.center\/kb\/amora\/Schema\/File\/>\n      select ?name where {\n        [a f:] f:name ?name .\n      }\n      order by ?name\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"A.scala\")),\n          Seq(Data(\"name\", \"B.scala\")))\n    }\n  }\n\n  @Test\n  def files_with_same_name_can_belong_to_different_artifacts(): Unit = {\n    indexData(Artifact(Project(\"p1\"), \"o1\", \"n1\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    indexData(Artifact(Project(\"p2\"), \"o2\", \"n2\", \"v2\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      prefix f:<http:\/\/amora.center\/kb\/amora\/Schema\/File\/>\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      prefix amora:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?name ?version where {\n        [a f:] amora:owner* [a a:; a:version ?version]; amora:name ?name .\n      }\n      order by ?name ?version\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"A.scala\"), Data(\"version\", \"v1\")),\n          Seq(Data(\"name\", \"A.scala\"), Data(\"version\", \"v2\")))\n    }\n  }\n\n  @Test\n  def artifacts_with_same_name_can_belong_to_different_projects(): Unit = {\n    val a1 = Artifact(Project(\"p1\"), \"o\", \"n\", \"v\")\n    val a2 = Artifact(Project(\"p2\"), \"o\", \"n\", \"v\")\n    val p1 = Package(\"pkg1\", a1)\n    val p2 = Package(\"pkg2\", a2)\n    val q = Schema.mkSparqlUpdate(Seq(p1, p2))\n    testReq(post(\"http:\/\/amora.center\/sparql-update\", q)) {\n      status === StatusCodes.OK\n    }\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix pkg:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      prefix amora:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n      select ?pname ?pkgname where {\n        [a pkg:] amora:owner* [a p:; amora:name ?pname]; amora:name ?pkgname .\n      }\n      order by ?pname ?pkgname\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"pname\", \"p1\"), Data(\"pkgname\", \"pkg1\")),\n          Seq(Data(\"pname\", \"p2\"), Data(\"pkgname\", \"pkg2\")))\n    }\n  }\n\n  @Test\n  def add_single_package(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      select ?name where {\n        [a p:] p:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"pkg\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_the_top_package_is_an_artifact(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a p:] p:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_non_top_package_is_a_package(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg.inner\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Package\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?name ?tpe where {\n        [p:owner [a p:]] p:name ?name ; a ?tpe .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n      order by ?name ?tpe\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"inner\"), Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Package\/\")))\n    }\n  }\n\n  @Test\n  def add_single_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      select ?name where {\n        [a c:] c:name ?name .\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"name\", \"A\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_top_level_class_is_a_file(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n        class A\n      \"\"\")\n    testReq((post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a c:] c:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`)))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/File\/\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_top_level_class_in_the_default_package_is_a_file(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        class A\n      \"\"\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix c:<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a c:] c:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/File\/\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_file_is_a_package(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n      \"\"\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix f:<http:\/\/amora.center\/kb\/amora\/Schema\/File\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a f:] f:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n      order by ?tpe\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Package\/\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_def_is_a_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n        class A {\n          def method = 0\n        }\n      \"\"\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a d:] d:name \"method\" ; d:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n      order by ?tpe\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Class\/\")))\n    }\n  }\n\n  @Test\n  def the_owner_of_a_ctor_is_a_class(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        package pkg\n        class A(i: Int)\n      \"\"\")\n    testReq(post(\"http:\/\/amora.center\/sparql\", \"\"\"\n      prefix d:<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\n      prefix rdfs:<http:\/\/www.w3.org\/2000\/01\/rdf-schema#>\n      select ?tpe where {\n        [a d:] d:owner [a ?tpe] .\n        filter not exists {\n          ?sub rdfs:subClassOf ?tpe .\n          filter (?sub != ?tpe)\n        }\n      }\n      order by ?tpe\n    \"\"\", header = Accept(CustomContentTypes.`application\/sparql-results+json`))) {\n      status === StatusCodes.OK\n      resultSetAsData(respAsResultSet) === Seq(\n          Seq(Data(\"tpe\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Class\/\")))\n    }\n  }\n\n  @Test\n  def sparql_construct_post_requests_are_possible(): Unit = {\n    testReq(post(\"http:\/\/amora.center\/sparql-construct\", \"construct where { ?s ?p ?o } limit 1\")) {\n      status === StatusCodes.OK\n    }\n  }\n\n  @Test\n  def sparql_construct_post_request_encods_in_turtle(): Unit = {\n    indexData(Artifact(Project(\"p\"), \"o\", \"n\", \"v1\"),\n      \"A.scala\" \u2192 \"\"\"\n        trait A\n        trait B\n      \"\"\")\n    testReq(post(\"http:\/\/amora.center\/sparql-construct\", \"\"\"\n      prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n      construct where {\n        ?s a Decl: ; Decl:name ?name .\n      }\n    \"\"\")) {\n      status === StatusCodes.OK\n      import amora.api._\n      modelAsData(respAsModel, sparqlQuery\"\"\"\n        prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        select * where {\n          [a Decl:] Decl:name ?name .\n        }\n        order by ?name\n      \"\"\") === Seq(\n          Seq(Data(\"name\", \"A\")),\n          Seq(Data(\"name\", \"B\")))\n    }\n  }\n\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/backend\/indexer\/CommitTest.scala","text":"<filename>backend\/src\/test\/scala\/amora\/backend\/indexer\/CommitTest.scala\npackage amora.backend.indexer\n\nimport org.junit.Test\n\nimport amora.backend.schema.Schema\nimport amora.api._\n\nclass CommitTest extends RestApiTest {\n  import amora.TestUtils._\n\n  private case class Person(name: String, age: Int)\n\n  private def buildTurtleUpdate(ps: Seq[Person]) = Schema.turtleBuilder {\n    (addPrefix, addData) \u21d2\n\n    addPrefix(\"Person\", \"http:\/\/amora.center\/kb\/amora\/Schema\/Person\/\")\n    addPrefix(\"PersonData\", \"http:\/\/amora.center\/kb\/amora\/Person\/\")\n\n    for (p \u2190 ps) {\n      val id = s\"PersonData:${p.name}\"\n      addData(id, \"a\", \"Person:\")\n      addData(id, \"Person:name\", s\"\"\"\"${p.name}\"\"\"\")\n      addData(id, \"Person:age\", p.age.toString)\n    }\n  }\n\n  def update1() = turtleRequest(buildTurtleUpdate(Seq(Person(\"franz\", 49))))\n  def update2() = turtleRequest(buildTurtleUpdate(Seq(Person(\"hugo\", 25))))\n  def update3() = turtleRequest(buildTurtleUpdate(Seq(Person(\"sarah\", 27))))\n\n  @Test\n  def return_empty_string_when_there_is_no_commit_yet() = {\n    headCommit() === \"\"\n  }\n\n  @Test\n  def head_commit_exists_for_single_update() = {\n    update1()\n    headCommit().take(8) === \"e002e422\"\n  }\n\n  @Test\n  def list_no_commits_when_there_are_no_commits_yet() = {\n    listCommits() === \"\"\n  }\n\n  @Test\n  def list_single_commit() = {\n    update1()\n    listCommits().take(8) === \"e002e422\"\n  }\n\n  @Test\n  def head_commit_exists_after_multiple_updates() = {\n    update1()\n    update2()\n    update3()\n    headCommit().take(8) === \"946c1b6a\"\n  }\n\n  @Test\n  def list_commits_after_multiple_updates() = {\n    update1()\n    update2()\n    update3()\n    listCommits().split(\",\").map(_.take(8)).toSeq === Seq(\n        \"946c1b6a\",\n        \"265fb068\",\n        \"e002e422\")\n  }\n\n  @Test\n  def get_data_of_commit() = {\n    update1()\n    update2()\n    update3()\n\n    val Array(hash1, hash2, hash3) = listCommits().split(\",\")\n    val q = sparqlQuery\"\"\"\n      prefix Person:<http:\/\/amora.center\/kb\/amora\/Schema\/Person\/>\n      select * where {\n        [Person:name ?name; Person:age ?age] .\n      }\n      order by ?name\n    \"\"\"\n\n    modelAsData(showCommit(hash1), q) === Seq(\n        Seq(Data(\"name\", \"sarah\"), Data(\"age\", \"27\")))\n    modelAsData(showCommit(hash2), q) === Seq(\n        Seq(Data(\"name\", \"hugo\"), Data(\"age\", \"25\")))\n    modelAsData(showCommit(hash3), q) === Seq(\n        Seq(Data(\"name\", \"franz\"), Data(\"age\", \"49\")))\n\n    sparqlRequest(q) === Seq(\n        Seq(Data(\"name\", \"franz\"), Data(\"age\", \"49\")),\n        Seq(Data(\"name\", \"hugo\"), Data(\"age\", \"25\")),\n        Seq(Data(\"name\", \"sarah\"), Data(\"age\", \"27\")))\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"web-ui\/src\/main\/scala\/amora\/frontend\/webui\/Main.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.frontend.webui\n\nimport scala.scalajs.js\nimport scala.scalajs.js.JSApp\nimport scala.scalajs.js.JSON\nimport scala.scalajs.js.annotation.JSExport\n\nimport org.scalajs.dom\nimport org.scalajs.dom.raw.Event\nimport org.scalajs.dom.raw.HTMLElement\nimport org.scalajs.dom.raw.MouseEvent\n\nimport amora.frontend.webui.protocol._\n\n@JSExport\nobject Main extends JSApp with Requests {\n\n  private val connection = new Connection(handleResponse)\n\n  \/**\n   * If a new web page is created, this is `false`. Once some content has been\n   * loaded, this needs to be set to `true` in order to signal that new state\n   * shall not override already existing state but update it.\n   *\/\n  private var hasState = false\n\n  override def main(): Unit = {\n    connection.setup()\n  }\n\n  def handleResponse(response: Response): Unit = response match {\n    case ConnectionSuccessful \u21d2\n      dom.console.info(s\"Connection to server established. Communication is now possible.\")\n      if (!hasState) {\n        hasState = true\n        mkMainPage()\n      }\n\n    case resp: QueueItems \u21d2\n      handleQueueItems(resp)\n\n    case resp: QueueItem \u21d2\n      handleQueueItem(resp)\n\n    case resp: Schemas \u21d2\n      handleSchemas(resp)\n\n    case resp: Schema \u21d2\n      handleSchema(resp)\n\n    case resp: RequestSucceeded \u21d2\n      handleRequestSucceeded(resp)\n\n    case resp: RequestFailed \u21d2\n      handleRequestFailed(resp)\n\n    case msg \u21d2\n      dom.console.error(s\"Unexpected message arrived: $msg\")\n  }\n\n  def mkMainPage() = {\n    import scalatags.JsDom.all._\n\n    val content = div(\n        h3(\"Knowledge Base\"),\n        ul(\n          li(id := \"li1\", a(href := \"\", \"Show queue\", onclick := \"return false;\")),\n          li(id := \"li2\", a(href := \"\", \"Show schemas\", onclick := \"return false;\"))\n        ),\n        div(id := \"content\"),\n        div(pre(code(id := \"editor\", \"\"\"\n          |class X {\n          |  val xs: List[Int] = List(1)\n          |  val ys: List[Int] = xs\n          |}\n          |class Y {\n          |  val x = new X\n          |  def f() = {\n          |    val xs = x.xs\n          |    xs\n          |  }\n          |  import x._\n          |  val zs = xs\n          |}\n        \"\"\".stripMargin.trim()))),\n        button(id := \"editorButton\", `type` := \"button\", \"index code\")\n    ).render\n    $(\"body\").append(content)\n\n    handleClickEvent(\"li1\")(_ \u21d2 connection.send(GetQueueItems))\n    handleClickEvent(\"li2\")(_ \u21d2 connection.send(GetSchemas))\n    handleClickEvent(\"editorButton\") { _ \u21d2\n      val text = $(\"#editor\").text()\n      onSuccess(indexScalaSrc(text)) { _ \u21d2\n        log.log(\"Data indexed\")\n      }\n    }\n    val d = htmlElem(\"editor\")\n    d.onmouseup = (e: MouseEvent) \u21d2 {\n      val sel = selection(\"editor\")\n\n      onSuccess(findDeclaration(sel.start)) { range \u21d2\n        log.info(\"findDeclaration: \" + range)\n      }\n      onSuccess(findUsages(sel.start)) { ranges \u21d2\n        val text = $(\"#editor\").text()\n        val sb = new StringBuilder\n        var begin = 0\n        for (Range(start, end) \u2190 ranges) {\n          sb.append(text.substring(begin, start))\n          sb.append(\"\"\"<span style=\"background-color: #84C202\">\"\"\")\n          sb.append(text.substring(start, end))\n          sb.append(\"<\/span>\")\n          begin = end\n        }\n        sb.append(text.substring(begin, text.length))\n        $(\"#editor\").html(sb.toString())\n      }\n    }\n\n    mkExplorer()\n  }\n\n  def mkExplorer() = {\n    import scalatags.JsDom.all._\n\n    $(\"body\").append(div(\n        h3(\"Explorer\"),\n        div(id := \"explorer-content\", div()),\n        button(id := \"explorer-button\", `type` := \"button\", \"Get Root\")\n    ).render)\n\n    var allEntries = Map[String, HierarchyEntry]()\n    var treeStructure = Map[String, Set[String]]()\n\n    def mkId(parentId: String, entry: HierarchyEntry) = {\n      var children = treeStructure.getOrElse(parentId, Set())\n      val childId = parentId + \"-\" + children.size\n      children += childId\n      treeStructure += parentId \u2192 children\n      treeStructure += childId \u2192 Set()\n\n      allEntries += childId \u2192 entry\n\n      childId\n    }\n\n    def add(entryId: String, entry: Hierarchy): Unit = {\n      val content = $(s\"#$entryId > div\")\n      onSuccess(findChildren(entry)) { entries \u21d2\n        content.empty()\n        content.append(ul(\n            if (entries.isEmpty)\n              li(\"<none>\")\n            else\n              for (e \u2190 entries) yield li(id := mkId(entryId, e), a(href := e.url, e.name), div())\n        ).render)\n      }\n    }\n\n    handleClickEvent(\"explorer-content\") { event \u21d2\n      val elem = dom.document.elementFromPoint(event.clientX, event.clientY)\n      val entryId = elem.id\n\n      if (entryId != null && entryId.nonEmpty) {\n        def removeEntries(childId: String): Unit = {\n          allEntries -= childId\n          treeStructure(childId) foreach removeEntries\n          treeStructure -= childId\n        }\n        val e = allEntries(entryId)\n        val isOpen = treeStructure(entryId).nonEmpty\n        if (isOpen) {\n          treeStructure(entryId) foreach removeEntries\n          treeStructure += entryId \u2192 Set()\n          $(s\"#$entryId > div\").empty()\n        }\n        else {\n          add(entryId, e)\n        }\n      }\n    }\n\n    handleClickEvent(\"explorer-button\") { _ \u21d2\n      allEntries = Map()\n      treeStructure = Map()\n      add(\"explorer-content\", Root)\n    }\n  }\n\n  def htmlElem(id: String): HTMLElement =\n    dom.document.getElementById(id).asInstanceOf[HTMLElement]\n\n  \/**\n   * Returns the selection that belongs to a HTML element of a given `id` as an\n   * instance of [[Range]], whose `start` and `end` are relative to the\n   * beginning of the HTML element.\n   *\/\n  def selection(id: String): Range = {\n    val range = dom.window.getSelection().getRangeAt(0)\n    val content = range.cloneRange()\n    content.selectNodeContents(htmlElem(id))\n    content.setEnd(range.startContainer, range.startOffset)\n    val start = content.toString().length()\n\n    content.setStart(range.startContainer, range.startOffset)\n    content.setEnd(range.endContainer, range.endOffset)\n    val len = content.toString().length()\n    Range(start, start+len)\n  }\n\n  def handleRequestSucceeded(succ: RequestSucceeded) = {\n    import scalatags.JsDom.all._\n\n    val content = div(style := \"background-color: green\", raw(succ.msg)).render\n    $(\"#content\").empty().append(content)\n  }\n\n  def handleRequestFailed(fail: RequestFailed) = {\n    import scalatags.JsDom.all._\n\n    val content = div(style := \"background-color: red\", raw(fail.msg)).render\n    $(\"#content\").empty().append(content)\n  }\n\n  def handleQueueItems(items: QueueItems) = {\n    import scalatags.JsDom.all._\n    val content = div(\n      h4(\"Queue Items\"),\n      ul(\n        if (items.items.isEmpty)\n          li(\"No items\")\n        else\n          for (i \u2190 items.items) yield li(id := s\"item$i\", a(href := \"\", s\"Item $i\", onclick := \"return false;\"))\n      )\n    ).render\n    $(\"#content\").empty().append(content)\n\n    for (i \u2190 items.items) handleClickEvent(s\"item$i\")(_ \u21d2 connection.send(GetQueueItem(i)))\n  }\n\n  def handleQueueItem(item: QueueItem) = {\n    import scalatags.JsDom.all._\n    if (item.appendLog) {\n      val d = dom.document.getElementById(s\"item${item.id}\").asInstanceOf[dom.html.TextArea]\n      d.value += item.log\n    } else {\n      val content = div(\n        h4(s\"Queue Item ${item.id}\"),\n        textarea(id := s\"item${item.id}\", rows := \"20\", cols := \"150\", item.log)\n      ).render\n      $(\"#content\").empty().append(content)\n    }\n  }\n\n  def handleSchemas(schemas: Schemas) = {\n    import scalatags.JsDom.all._\n    val content = div(\n      h4(s\"Schemas\"),\n      select(\n        id := \"schemas\",\n        for (schemaName \u2190 schemas.schemaNames) yield\n          if (schemaName == schemas.defaultSchema.name)\n            option(selected := \"\", schemaName)\n          else\n            option(schemaName)\n      ),\n      div(id := \"schema\")\n    ).render\n    $(\"#content\").empty().append(content)\n\n    handleSchema(schemas.defaultSchema)\n    val d = dom.document.getElementById(\"schemas\").asInstanceOf[dom.html.Select]\n    d.onchange = (_: Event) \u21d2 {\n      val selectedSchema = d.options(d.selectedIndex).textContent\n      connection.send(GetSchema(selectedSchema))\n    }\n  }\n\n  \/\/ TODO Get rid of this @JSExport\n  \/\/ It is a hack which was needed to call the Scala code from Alpaca.js\n  @JSExport\n  def handleFormSubmit(elem: js.Object) = {\n    val value = elem.jsg.getValue()\n    val formattedJson = JSON.stringify(value, null: js.Function2[String, js.Any, js.Any], \"  \")\n    connection.send(IndexData(formattedJson))\n  }\n\n  def handleSchema(schema: Schema) = {\n    import scalatags.JsDom.all._\n    val content = div(\n      div(id := \"schemaForm\"),\n      \/\/ TODO Replace this JS script with Scala code\n      \/\/ We should use `$(\"#schemaForm\").jsg.alpaca(JSON.parse(schema.jsonSchema))`\n      \/\/ but we can't yet because the json schema contains non JSON code but some\n      \/\/ JS definitions which Scala.js doesn't understand. Once we got rid with the\n      \/\/ JS definitions, we can also fix this issue.\n      script(`type` := \"text\/javascript\", raw(s\"\"\"\n        $$(\"#schemaForm\").alpaca(${schema.jsonSchema});\n      \"\"\"))\n    ).render\n    $(\"#schema\").empty().append(content)\n  }\n\n  private def handleClickEvent(id: String)(f: MouseEvent \u21d2 Unit) = {\n    val d = htmlElem(id)\n    d.onclick = (e: MouseEvent) \u21d2 f(e)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"ui\/src\/main\/scala\/amora\/ui\/Buffer.scala","text":"<reponame>sschaef\/scalajs-test<gh_stars>10-100\npackage amora.ui\n\nimport amora.protocol._\n\ncase class Buffer(ref: BufferRef, tpe: BufferType.BufferType) {\n  var mode: String = Mode.Normal\n}\n\nobject BufferType {\n  sealed trait BufferType\n  case class Editor(mode: String) extends BufferType\n  case class Result(correspondingEditor: BufferRef) extends BufferType\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/api\/ApiTest.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.api\n\nimport org.junit.Test\n\nclass ApiTest {\n  import amora.TestUtils._\n\n  @Test\n  def can_read_ttl_model() = {\n    val m = turtleModel\"\"\"\n      <#a>\n        <#b> [\n          <#c1> \"c1\" ;\n          <#c2> \"c2\" ;\n        ] ;\n      .\n    \"\"\"\n    sparqlQuery\"\"\"select (count(*) as ?count) where {?s ?p ?o}\"\"\".runOnModel(m).map {\n      _.int(\"count\")\n    }.head === 3\n  }\n\n  @Test\n  def can_run_same_query_result_set_multiple_times() = {\n    val m = turtleModel\"\"\"\n      <#a>\n        <#b> [\n          <#c1> \"c1\" ;\n          <#c2> \"c2\" ;\n        ] ;\n      .\n    \"\"\"\n    val rs = sparqlQuery\"\"\"select (count(*) as ?count) where {?s ?p ?o}\"\"\".runOnModel(m)\n    rs.map { _.int(\"count\") }.length === 1\n    rs.map { _.int(\"count\") }.head === 3\n    rs.map { _.int(\"count\") }.head === 3\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/services\/IndexArtifacts.scala","text":"package amora.backend.services\n\nimport java.io.File\n\nimport akka.actor.ActorSystem\nimport amora.backend.Logger\nimport amora.backend.indexer.ArtifactFetcher\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nclass IndexArtifacts(val system: ActorSystem, override val logger: Logger) extends ScalaService with ArtifactFetcher {\n  import amora.api._\n\n  override def cacheLocation = new File(system.settings.config.getString(\"app.storage.artifact-repo\"))\n\n  def run(turtleReq: String): String = {\n    val artifacts = sparqlQuery\"\"\"\n      prefix p:<http:\/\/amora.center\/kb\/amora\/Schema\/Project\/>\n      prefix a:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select * where {\n        [a a:] a:owner [p:name ?pname] ; a:organization ?org ; a:name ?name ; a:version ?version .\n      }\n    \"\"\".runOnModel(turtleModel(turtleReq)).map { row \u21d2\n      Artifact(Project(row.string(\"pname\")), row.string(\"org\"), row.string(\"name\"), row.string(\"version\"))\n    }\n\n    downloadAndIndexArtifacts(artifacts)\n\n    response(s\"\"\"\n      @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n      @prefix response:<http:\/\/amora.center\/kb\/ServiceResponse\/> .\n      <#this>\n        a response: ;\n        service:requestId <$requestId> ;\n      .\n    \"\"\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/indexer\/ArtifactFetcher.scala","text":"package amora.backend.indexer\n\nimport java.io.ByteArrayOutputStream\nimport java.io.{ File \u21d2 JFile }\nimport java.io.InputStream\nimport java.util.zip.ZipEntry\nimport java.util.zip.ZipFile\n\nimport amora.backend.Logger\nimport amora.backend.schema.Schema\nimport amora.converter.ClassfileConverter\nimport amora.converter.protocol._\nimport amora.converter.protocol.Attachment.SourceFile\nimport scalaz._\nimport scalaz.concurrent.Task\n\nobject ArtifactFetcher {\n  sealed trait DownloadStatus {\n    def isError: Boolean\n  }\n  final case class DownloadSuccess(artifact: Artifact, file: JFile) extends DownloadStatus {\n    override def isError = false\n  }\n  final case class DownloadError(artifactName: String, reason: Option[String]) extends DownloadStatus {\n    override def isError = true\n  }\n}\n\ntrait ArtifactFetcher {\n  import ArtifactFetcher._\n\n  def logger: Logger\n  def turtleUpdate(update: String, errorMsg: \u21d2 String): Unit\n  def cacheLocation: JFile\n\n  def downloadArtifacts(artifacts: Seq[Artifact]): Seq[DownloadStatus] = {\n    val (ignored, relevant) = artifacts.partition(_.organization == \"amora.center\")\n    if (ignored.nonEmpty)\n      logger.info(\"Ignoring artifacts:\" + ignored.map(a \u21d2 s\"${a.organization}:${a.name}:${a.version}\").sorted.mkString(\"\\n  \", \"\\n  \", \"\"))\n\n    if (relevant.isEmpty)\n      Nil\n    else {\n      logger.info(\"Downloading artifacts:\" + relevant.map(a \u21d2 s\"${a.organization}:${a.name}:${a.version}\").sorted.mkString(\"\\n  \", \"\\n  \", \"\"))\n\n      val res = (relevant flatMap fetchArtifact).distinct\n      val (errors, succs) = res.partition(_.isError)\n      val succMsgs = succs.collect {\n        case DownloadSuccess(_, file) \u21d2\n          file.getName\n      }\n      val errMsgs = errors.collect {\n        case DownloadError(artifactName, reasonOpt) \u21d2\n          if (reasonOpt.isDefined)\n            artifactName+\"because of: \"+reasonOpt.get\n          else\n            artifactName\n      }\n      val succMsg = if (succs.isEmpty) Nil else Seq(s\"Fetched artifacts:\" + succMsgs.sorted.mkString(\"\\n  \", \"\\n  \", \"\"))\n      val errMsg = if (errors.isEmpty) Nil else Seq(s\"Failed to fetch artifacts:\" + errMsgs.sorted.mkString(\"\\n  \", \"\\n  \", \"\"))\n      val msg = Seq(succMsg, errMsg).flatten.mkString(\"\\n\")\n\n      logger.info(msg)\n      res\n    }\n  }\n\n  def downloadAndIndexArtifacts(artifacts: Seq[Artifact]): Seq[DownloadStatus] = {\n    val res = downloadArtifacts(artifacts)\n    val (errors, succs) = res.partition(_.isError)\n\n    if (errors.isEmpty)\n      indexArtifacts(succs.asInstanceOf[Seq[DownloadSuccess]])\n\n    res\n  }\n\n  private def indexArtifacts(artifacts: Seq[DownloadSuccess]) = {\n    logger.info(s\"No errors happened during fetching of artifacts. Start indexing of ${artifacts.size} artifacts now.\")\n    artifacts foreach {\n      case DownloadSuccess(artifact, file) \u21d2\n        val files = indexArtifact(artifact, file)\n        val artifactQuery = Schema.mkTurtleString(Seq(artifact))\n        logger.info(s\"Indexing artifact ${artifact.organization}:${artifact.name}:${artifact.version} with ${files.size} files.\")\n        turtleUpdate(artifactQuery, s\"Error happened while indexing artifact ${artifact.organization}\/${artifact.name}\/${artifact.version}.\")\n\n        files.zipWithIndex foreach {\n          case ((file @ File(_, fileName), hierarchy), i) \u21d2\n            val fileQuery = Schema.mkTurtleString(Seq(file))\n            val dataQuery = Schema.mkTurtleUpdate(hierarchy)\n            logger.info(s\"Indexing file $i ($fileName) with ${hierarchy.size} entries.\")\n            turtleUpdate(fileQuery, s\"Error happened while indexing $fileName.\")\n            turtleUpdate(dataQuery, s\"Error happened while indexing $fileName.\")\n        }\n    }\n    logger.info(s\"Successfully indexed ${artifacts.size} artifacts.\")\n  }\n\n  private def fetchArtifact(artifact: Artifact): Seq[DownloadStatus] = {\n    import coursier.{ Artifact \u21d2 _, Project \u21d2 _, _ }\n    val start = Resolution(Set(Dependency(Module(artifact.organization, artifact.name), artifact.version)))\n    val repos = Seq(MavenRepository(\"https:\/\/repo1.maven.org\/maven2\"))\n    val fetch = Fetch.from(repos, Cache.fetch(cache = cacheLocation, logger = Some(coursierLogger)))\n    val resolution = start.process.run(fetch).unsafePerformSync\n\n    if (resolution.metadataErrors.nonEmpty)\n      resolution.metadataErrors.flatMap(_._2).map(DownloadError(_, None))\n    else {\n      val localArtifacts = Task.gatherUnordered(\n        resolution.dependencyArtifacts.collect {\n          case (dependency, coursierArtifact) if coursierArtifact.url.endsWith(\".jar\") \u21d2\n            val a = Artifact(Project(dependency.module.organization), dependency.module.organization, dependency.module.name, dependency.version)\n            Cache.file(coursierArtifact, cache = cacheLocation, logger = Some(coursierLogger)).map(f \u21d2 a \u2192 f).run\n        }\n      ).unsafePerformSync\n\n      localArtifacts.map {\n        case -\\\/(f) \u21d2\n          DownloadError(f.message, Some(f.`type`))\n        case \\\/-((artifact, file)) \u21d2\n          DownloadSuccess(artifact, file)\n      }\n    }\n  }\n\n  private def indexArtifact(artifact: Artifact, file: JFile): Seq[(File, Seq[Hierarchy])] = {\n    import scala.collection.JavaConverters._\n    require(file.getName.endsWith(\".jar\"), \"Artifact needs to be a JAR file\")\n\n    def entryToHierarchy(zip: ZipFile, entry: ZipEntry) = {\n      val bytes = using(zip.getInputStream(entry))(readInputStream)\n      val src = File(artifact, entry.getName)\n      val hierarchy = new ClassfileConverter(_.addAttachments(SourceFile(src))).convert(bytes).get\n      src \u2192 hierarchy\n    }\n\n    def zipToHierarchy(zip: ZipFile) = {\n      val entries = zip.entries().asScala\n      val filtered = entries.filter(_.getName.endsWith(\".class\"))\n      filtered.map(entry \u21d2 entryToHierarchy(zip, entry)).toList\n    }\n\n    using(new ZipFile(file))(zipToHierarchy)\n  }\n\n  private def readInputStream(in: InputStream): Array[Byte] = {\n    val out = new ByteArrayOutputStream\n\n    var nRead = 0\n    val bytes = new Array[Byte](1 << 12)\n    while ({nRead = in.read(bytes, 0, bytes.length); nRead != -1})\n      out.write(bytes, 0, nRead)\n\n    out.toByteArray()\n  }\n\n  private def using[A <: { def close(): Unit }, B](closeable: A)(f: A \u21d2 B): B =\n    try f(closeable) finally closeable.close()\n\n  private val coursierLogger = new coursier.Cache.Logger {\n    override def foundLocally(url: String, file: JFile): Unit = {\n      logger.info(s\"[found-locally] url: $url, file: $file\")\n    }\n\n    override def downloadingArtifact(url: String, file: JFile): Unit = {\n      logger.info(s\"[downloading-artifact] url: $url, file: $file\")\n    }\n\n    override def downloadLength(url: String, totalLength: Long, alreadyDownloaded: Long): Unit = {\n      logger.info(s\"[download-length] url: $url, total-length: $totalLength, already-downloaded: $alreadyDownloaded\")\n    }\n\n    override def downloadProgress(url: String, downloaded: Long): Unit = {\n      logger.info(s\"[download-progress] url: $url, downloaded: $downloaded\")\n    }\n\n    override def downloadedArtifact(url: String, success: Boolean): Unit = {\n      logger.info(s\"[downloaded-artifact] url: $url, success: $success\")\n    }\n\n    override def checkingUpdates(url: String, currentTimeOpt: Option[Long]): Unit = {\n      logger.info(s\"[checking-updates] url: $url, current-time-opt: $currentTimeOpt\")\n    }\n\n    override def checkingUpdatesResult(url: String, currentTimeOpt: Option[Long], remoteTimeOpt: Option[Long]): Unit = {\n      logger.info(s\"[checking-updates-result] url: $url, current-time-opt: $currentTimeOpt, remote-time-opt: $remoteTimeOpt\")\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/internal\/Protocol.scala","text":"package nvim.internal\n\nimport msgpack4z._\nimport msgpack4z.CodecInstances.all._\nimport nvim.UnexpectedResponse\n\nfinal case class Request(tpe: Int, id: Int, name: String, params: MsgpackUnion = MsgpackUnion.array(List())) {\n  override def toString = {\n    val sb = new StringBuilder\n    sb.append(\"Request(\\n\")\n    sb.append(\"  type: \").append(tpe).append(\",\\n\")\n    sb.append(\"  id: \").append(id).append(\",\\n\")\n    sb.append(\"  name: \").append(name).append(\",\\n\")\n    sb.append(\"  params: \").append(NvimHelper.msgpackUnionAsString(params, nest = 1)).append(\"\\n\")\n    sb.append(\")\")\n    sb.toString\n  }\n}\nobject Request {\n  implicit val instance: MsgpackCodec[Request] = CaseCodec.codec(Request.apply _, Request.unapply _)\n}\n\nfinal case class Response(tpe: Int, id: Int, error: MsgpackUnion, result: MsgpackUnion) {\n  override def toString = {\n    val sb = new StringBuilder\n    sb.append(\"Response(\\n\")\n    sb.append(\"  type: \").append(tpe).append(\",\\n\")\n    sb.append(\"  id: \").append(id).append(\",\\n\")\n    sb.append(\"  error: \").append(NvimHelper.msgpackUnionAsString(error, nest = 1)).append(\",\\n\")\n    sb.append(\"  result: \").append(NvimHelper.msgpackUnionAsString(result, nest = 1)).append(\"\\n\")\n    sb.append(\")\")\n    sb.toString\n  }\n}\nobject Response {\n  implicit val instance: MsgpackCodec[Response] = CaseCodec.codec(Response.apply _, Response.unapply _)\n}\n\nfinal case class Notification(tpe: Int, method: String, params: MsgpackUnion) {\n  override def toString = {\n    val sb = new StringBuilder\n    sb.append(\"Notification(\\n\")\n    sb.append(\"  type: \").append(tpe).append(\",\\n\")\n    sb.append(\"  method: \").append(method).append(\",\\n\")\n    sb.append(\"  params: \").append(NvimHelper.msgpackUnionAsString(params, nest = 1)).append(\"\\n\")\n    sb.append(\")\")\n    sb.toString\n  }\n}\nobject Notification {\n  implicit val instance: MsgpackCodec[Notification] = CaseCodec.codec(Notification.apply _, Notification.unapply _)\n}\n\nobject NvimHelper {\n\n  def msgpackUnionAsString(u: MsgpackUnion, nest: Int): String = {\n    val sb = new StringBuilder\n\n    def n(nest: Int) = \"  \"*nest\n\n    def loop(u: MsgpackUnion, nest: Int): Unit = u match {\n      case MsgpackArray(list) =>\n        sb.append(\"[\\n\")\n        list foreach { u =>\n          sb.append(n(nest+1))\n          loop(u, nest+1)\n          sb.append(\",\\n\")\n        }\n        sb.append(n(nest))\n        sb.append(\"]\")\n      case MsgpackMap(map) =>\n        sb.append(\"{\\n\")\n        map foreach {\n          case (k, v) =>\n            sb.append(n(nest+1))\n            loop(k, nest+1)\n            sb.append(\" -> \")\n            loop(v, nest+1)\n            sb.append(\",\\n\")\n        }\n        sb.append(n(nest))\n        sb.append(\"}\")\n      case MsgpackBinary(binary) =>\n        sb.append(new String(binary, \"UTF-8\"))\n      case MsgpackTrue =>\n        sb.append(\"true\")\n      case MsgpackFalse =>\n        sb.append(\"false\")\n      case MsgpackNil =>\n        sb.append(\"nil\")\n      case MsgpackDouble(d) =>\n        sb.append(s\"double($d)\")\n      case MsgpackLong(l) =>\n        sb.append(s\"long($l)\")\n      case MsgpackULong(bi) =>\n        sb.append(s\"ulong($bi)\")\n      case MsgpackString(str) =>\n        sb.append(s\"str($str)\")\n      case MsgpackExt(exttype, data) =>\n        sb.append(exttype).append(\" : \").append(data.mkString(\"[\", \", \", \"]\"))\n    }\n\n    loop(u, nest)\n    sb.toString()\n  }\n\n  \/**\n   * Converts a `Array[Byte]` to a String. The bytes are decoded with UTF-8.\n   *\/\n  def asString(bin: Array[Byte]): String =\n    new String(bin, \"UTF-8\")\n\n  \/**\n   * Tries to parse some input `a` by `converter`. If `converter` is not defined\n   * for the input, an [[nvim.UnexpectedResponse]] is thrown, otherwise the\n   * result of `converter` is returned.\n   *\/\n  def parse[A, B](converter: PartialFunction[A, B])(a: A): B = {\n    if (!converter.isDefinedAt(a))\n      throw new UnexpectedResponse(s\"Request can't handle `$a`.\")\n    else\n      converter(a)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"protocol\/src\/main\/scala\/amora\/protocol\/Protocol.scala","text":"<gh_stars>10-100\npackage amora.protocol\n\nimport amora.protocol.ui.WindowTree\n\ncase class BufferRef(id: Int)\n\nsealed trait Request\ncase class Control(winId: Int, bufferId: Int, controlSeq: String) extends Request\ncase class TextChange(winId: Int, bufferId: Int, text: String) extends Request\ncase class SelectionChange(winId: Int, bufferId: Int, cursorRow: Int, cursorColumn: Int) extends Request\n\nsealed trait Response\ncase class ConnectionSuccessful(name: String) extends Response\ncase object ConnectionFailure extends Response\ncase class TextChangeAnswer(winId: Int, bufferId: Int, lines: Seq[String], sel: Selection) extends Response\ncase class SelectionChangeAnswer(winId: Int, bufferId: Int, sel: Selection) extends Response\ncase class WindowUpdate(winId: Int, bufId: Int, lines: Seq[String], dim: WinDim) extends Response {\n  override def toString =\n    s\"WindowUpdate(winId=$winId, bufId=$bufId, nrOfLines=${lines.size}, dim=$dim)\"\n}\ncase class ClientUpdate(windows: Seq[WindowUpdate], mode: String, sel: Selection, tree: Option[WindowTree]) extends Response {\n  override def toString =\n    s\"ClientUpdate(windows=${windows.mkString(\"[\", \", \", \"]\")}, mode=$mode, sel=$sel)\"\n}\ncase class Selection(winId: Int, bufId: Int, start: Pos, end: Pos) extends Response {\n  override def toString =\n    s\"(winId=$winId, bufId=$bufId, start=$start, end=$end)\"\n}\ncase class Pos(row: Int, col: Int) extends Response {\n  override def toString =\n    s\"(row=$row, col=$col)\"\n}\ncase class WinDim(x: Int, y: Int, w: Int, h: Int) extends Response {\n  override def toString =\n    s\"(x=$x, y=$y, w=$w, h=$h)\"\n}\n\nobject Pos {\n  implicit object PosOrdering extends Ordering[Pos] {\n    override def compare(a: Pos, b: Pos) = {\n      val r = a.row - b.row\n      if (r == 0) a.col - b.col else r\n    }\n  }\n}\n\n\/**\n * Represents all possible Vim modes. For documentation about the possible\n * modes run `:help mode()` in Vim.\n *\/\nobject Mode {\n  val Normal                 = \"Normal\"\n  val OperatorPending        = \"OperatorPending\"\n  val VisualByCharacter      = \"VisualByCharacter\"\n  val VisualByLine           = \"VisualByLine\"\n  val VisualBlockwise        = \"VisualBlockwise\"\n  val SelectByCharacter      = \"SelectByCharacter\"\n  val SelectByLine           = \"SelectByLine\"\n  val SelectBlockwise        = \"SelectBlockwise\"\n  val Insert                 = \"Insert\"\n  val Replace                = \"Replace\"\n  val VirtualReplace         = \"VirtualReplace\"\n  val CommandLine            = \"CommandLine\"\n  val VimExMode              = \"VimExMode\"\n  val NormalExMode           = \"NormalExMode\"\n  val HitEnterPrompt         = \"HitEnterPrompt\"\n  val MorePrompt             = \"MorePrompt\"\n  val ConfirmQuery           = \"ConfirmQuery\"\n  val ExternalCommandRunning = \"ExternalCommandRunning\"\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"ui\/src\/main\/scala\/amora\/ui\/BufferManager.scala","text":"package amora.ui\n\nimport amora.protocol.BufferRef\n\nclass BufferManager {\n\n  private var buffers = Map[BufferRef, Buffer]()\n\n  private var curBuffer: Buffer = _\n\n  def currentBuffer: Buffer =\n    if (curBuffer == null) mkEditorBuf(\"text\") else curBuffer\n\n  def mkEditorBuf(mode: String): Buffer = {\n    ???\n  }\n\n  def mkResultBuf(editorRef: BufferRef): Buffer = {\n    ???\n  }\n\n  def bufferOf(bufferRef: BufferRef): Buffer = {\n    buffers.get(bufferRef) match {\n      case Some(buf) \u21d2\n        buf\n      case None \u21d2\n        addBuf(Buffer(bufferRef, BufferType.Editor(\"text\")))\n    }\n  }\n\n  def resultBufOf(editorRef: BufferRef): Buffer = {\n    val res = buffers find {\n      case (_, buf) => buf.tpe match {\n        case BufferType.Result(_editorRef) => _editorRef == editorRef\n        case _ => false\n      }\n    }\n    res map (_._2) getOrElse ???\n  }\n\n  private def addBuf(buf: Buffer): Buffer = {\n    require(!buffers.contains(buf.ref), s\"buffer ref '${buf.ref}' can't be created because it already exists\")\n\n    buffers += buf.ref \u2192 buf\n    buf\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/test\/scala\/amora\/TestSuite.scala","text":"<filename>backend\/src\/test\/scala\/amora\/TestSuite.scala\npackage amora\n\nimport org.junit.runner.RunWith\nimport org.junit.runners.Suite\nimport org.junit.runners.Suite.SuiteClasses\n\nimport amora.converter.ClassfileConverterTest\nimport amora.backend.indexer.JavaBytecodeIndexerTest\nimport amora.backend.indexer.IndexerTest\nimport amora.backend.indexer.ScalaSchemaTest\nimport amora.backend.indexer.ScalaDeclTest\nimport amora.backend.services.FindUsagesTest\nimport amora.backend.services.FindDeclarationTest\nimport amora.api.ApiTest\nimport amora.backend.indexer.MultiProjectTest\nimport amora.backend.indexer.ScalaRefTest\nimport amora.nlp.NlqTest\nimport amora.backend.indexer.FlagTest\nimport amora.backend.indexer.OrderTest\nimport amora.backend.indexer.CommitTest\n\n@RunWith(classOf[Suite])\n@SuiteClasses(Array(\n  classOf[ClassfileConverterTest],\n  classOf[JavaBytecodeIndexerTest],\n  classOf[IndexerTest],\n  classOf[ScalaSchemaTest],\n  classOf[ScalaDeclTest],\n  classOf[FindUsagesTest],\n  classOf[FindDeclarationTest],\n  classOf[ApiTest],\n  classOf[MultiProjectTest],\n  classOf[ScalaRefTest],\n  classOf[NlqTest],\n  classOf[FlagTest],\n  classOf[OrderTest],\n  classOf[CommitTest]\n))\nclass TestSuite\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/RequestActor.scala","text":"package amora.backend.actors\n\nimport scala.concurrent.Future\nimport scala.concurrent.Promise\nimport scala.util.control.NonFatal\n\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport akka.actor.ActorRef\nimport akka.actor.OneForOneStrategy\nimport akka.actor.ReceiveTimeout\nimport akka.actor.SupervisorStrategy\nimport akka.http.scaladsl.marshalling.ToResponseMarshallable\nimport akka.http.scaladsl.model.HttpResponse\nimport akka.http.scaladsl.model.StatusCode\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.RequestContext\nimport akka.http.scaladsl.server.RouteResult\nimport amora.backend.PlatformConstants\n\nclass RequestActor(\n    rctx: RequestContext,\n    target: ActorRef,\n    msg: Any,\n    errorMessage: String,\n    onSuccess: Any \u21d2 ToResponseMarshallable)\n      extends Actor with ActorLogging {\n\n  private val p = Promise[RouteResult]\n\n  implicit private def d = context.system.dispatcher\n  context.setReceiveTimeout(PlatformConstants.timeout.duration)\n  target ! msg\n\n  override def receive = {\n    case ReceiveTimeout \u21d2\n      complete(StatusCodes.RequestTimeout, s\"\"\"Timeout on [$target] after ${context.receiveTimeout.toMillis}ms. Sender[$sender] sent message \"$msg\".\"\"\")\n    case res \u21d2\n      try {\n        val fut = onSuccess(res)(rctx.request).map(RouteResult.Complete)\n        p.completeWith(fut)\n        context.stop(self)\n      } catch {\n        case NonFatal(t) \u21d2\n          log.error(t, errorMessage)\n          complete(StatusCodes.InternalServerError, s\"Internal server error: ${t.getMessage}\")\n      }\n  }\n\n  override val supervisorStrategy = OneForOneStrategy() {\n    case t \u21d2\n      log.error(t, errorMessage)\n      complete(StatusCodes.InternalServerError, s\"Internal server error: ${t.getMessage}\")\n      SupervisorStrategy.Stop\n  }\n\n  def future: Future[RouteResult] =\n    p.future\n\n  private def complete(status: StatusCode, msg: String) = {\n    p.success(RouteResult.Complete(HttpResponse(status, entity = msg)))\n    context.stop(self)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/services\/CallService.scala","text":"package amora.backend.services\n\nimport java.io.File\nimport java.net.URL\nimport java.net.URLClassLoader\n\nimport org.apache.jena.riot.RiotException\n\nimport akka.actor.ActorSystem\nimport amora.backend.ActorLogger\nimport amora.backend.AkkaLogging\nimport amora.backend.Logger\nimport amora.backend.indexer.ArtifactFetcher\nimport amora.backend.indexer.ArtifactFetcher.DownloadSuccess\nimport amora.converter.protocol.Artifact\nimport amora.converter.protocol.Project\n\nprivate[services] object CallService {\n  val ScalaOrganization = \"org.scala-lang\"\n  val ScalaLibrary = \"scala-library\"\n\n  case class Param(name: String, tpe: Class[_], value: Any)\n  case class BuildDependency(tpe: DependencyType, organization: String, name: String, version: String)\n  case class Build(name: String, version: String, dependencies: Seq[BuildDependency], serviceDependencies: Seq[String])\n\n  sealed trait DependencyType extends Product with Serializable\n  case object ScalaDependency extends DependencyType\n  case object MavenDependency extends DependencyType\n}\n\nclass CallService(override val uri: String, override val system: ActorSystem) extends ScalaService with AkkaLogging {\n  import CallService._\n  import amora.api._\n\n  def run(ttlRequest: String): String = {\n    serviceRequest(ttlRequest)\n  }\n\n  private def serviceRequest(ttlRequest: String): String = {\n    val reqModel = turtleModel(ttlRequest)\n    val (serviceRequest, serviceId) = sparqlQuery\"\"\"\n      prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n      select * where {\n        ?request service:serviceId ?service .\n      }\n    \"\"\".runOnModel(reqModel).map { row \u21d2\n      row.uri(\"request\") \u2192 row.uri(\"service\")\n    }.head\n\n    val serviceModel = mkServiceModel(serviceId)\n    val (serviceMethod, serviceClassName) = sparqlQuery\"\"\"\n      prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n      select * where {\n        $serviceId service:method [\n          service:name ?name\n        ] .\n        $serviceId service:name ?className .\n      }\n    \"\"\".runOnModel(serviceModel).map { row \u21d2\n      row.string(\"name\") \u2192 row.string(\"className\")\n    }.head\n\n    def handleListParam(paramId: String) = {\n      val name = sparqlQuery\"\"\"\n        prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n        select * where {\n          $paramId service:name ?name .\n        }\n      \"\"\".runOnModel(reqModel).map { row \u21d2\n        row.string(\"name\")\n      }.head\n\n      val list = sparqlQuery\"\"\"\n        prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n        prefix cu: <http:\/\/amora.center\/kb\/Schema\/CompilationUnit\/>\n        select * where {\n          $paramId service:value [\n            cu:fileName ?fileName ;\n            cu:source ?source ;\n          ] .\n        }\n      \"\"\".runOnModel(reqModel).map { row \u21d2\n        row.string(\"fileName\") \u2192 row.string(\"source\")\n      }.toList\n\n      Map(name \u2192 Param(name, classOf[List[_]], list))\n    }\n\n    def handleLiteralParam(paramId: String) = {\n      val requestParam = sparqlQuery\"\"\"\n        prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n        select * where {\n          $paramId\n            service:name ?name ;\n            service:value ?value ;\n          .\n        }\n      \"\"\".runOnModel(reqModel).map { row \u21d2\n        row.string(\"name\") \u2192 row.literal(\"value\")\n      }.toMap\n\n      val serviceParam = sparqlQuery\"\"\"\n        prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n        select * where {\n          $serviceId service:method [\n            service:param [\n              service:name ?param ;\n              a ?tpe ;\n            ] ;\n          ] .\n        }\n      \"\"\".runOnModel(serviceModel).map { row \u21d2\n        row.string(\"param\") \u2192 row.uri(\"tpe\")\n      }.toMap\n\n      requestParam.map {\n        case (name, value) \u21d2\n          \/\/ TODO handle ???\n          val tpe = serviceParam.getOrElse(name, ???)\n          name \u2192 (tpe match {\n            case \"<http:\/\/www.w3.org\/2001\/XMLSchema#integer>\" \u21d2\n              Param(name, classOf[Int], value.int)\n            case \"<http:\/\/www.w3.org\/2001\/XMLSchema#string>\" \u21d2\n              Param(name, classOf[String], value.string)\n          })\n      }\n    }\n\n    val param = {\n      val requestParam = sparqlQuery\"\"\"\n        prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n        select ?p (isLiteral(?value) as ?isLit) where {\n          $serviceRequest service:method\/service:param ?p .\n          ?p\n            service:name ?name ;\n            service:value ?value ;\n          .\n        }\n      \"\"\".runOnModel(reqModel).map { row \u21d2\n        row.uri(\"p\") \u2192 row.boolean(\"isLit\")\n      }.toMap\n      requestParam flatMap {\n        case (paramId, isLiteral) \u21d2\n          if (isLiteral)\n            handleLiteralParam(paramId)\n          else\n            handleListParam(paramId)\n      }\n    }\n\n    val serviceLogger = new ActorLogger()(system)\n\n    val hasBuild = sparqlQuery\"\"\"\n      prefix service: <http:\/\/amora.center\/kb\/Schema\/Service\/>\n      ask {\n        $serviceId service:build ?build .\n      }\n    \"\"\".askOnModel(serviceModel)\n\n    val cl =\n      if (hasBuild)\n        mkBuildClassLoader(serviceModel, serviceId, serviceLogger)\n      else\n        getClass.getClassLoader\n\n    val res = run(serviceLogger, cl, serviceClassName, serviceMethod, param)\n    serviceLogger.close()\n    res.toString()\n  }\n\n  private def mkBuildClassLoader(serviceModel: SparqlModel, serviceId: String, serviceLogger: Logger): ClassLoader = {\n    val urls = mkBuildClassPath(serviceModel, serviceId, serviceLogger)\n    new URLClassLoader(urls.toArray, getClass.getClassLoader)\n  }\n\n  private def mkBuildClassPath(serviceModel: SparqlModel, serviceId: String, serviceLogger: Logger): Seq[URL] = {\n    val (buildName, buildVersion) = sparqlQuery\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      prefix Build:<http:\/\/amora.center\/kb\/amora\/Schema\/Build\/>\n      select * where {\n        $serviceId service:build [\n          Build:name      ?buildName ;\n          Build:version   ?buildVersion ;\n        ] .\n      }\n    \"\"\".runOnModel(serviceModel).map { row \u21d2\n      row.string(\"buildName\") \u2192 row.string(\"buildVersion\")\n    }.head\n\n    val availableServices = registeredServices.toSet\n    val serviceDeps = sparqlQuery\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      prefix Build:<http:\/\/amora.center\/kb\/amora\/Schema\/Build\/>\n      prefix ServiceDependency:<http:\/\/amora.center\/kb\/amora\/Schema\/ServiceDependency\/>\n      select * where {\n        $serviceId service:build\/Build:dependency [\n          a                   ServiceDependency: ;\n          service:serviceId   ?id ;\n        ] .\n      }\n    \"\"\".runOnModel(serviceModel).map { row \u21d2\n      row.uri(\"id\")\n    }.toList\n\n    val notExistingServiceDeps = serviceDeps.filterNot(availableServices)\n    if (notExistingServiceDeps.nonEmpty)\n      throw new IllegalStateException(\"The following service dependencies do not exist: \" + notExistingServiceDeps.mkString(\", \"))\n\n    val rawDeps = sparqlQuery\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      prefix Build:<http:\/\/amora.center\/kb\/amora\/Schema\/Build\/>\n      prefix Artifact:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n      select * where {\n        $serviceId service:build\/Build:dependency [\n          a                       ?tpe ;\n          Artifact:organization   ?organization ;\n          Artifact:name           ?name ;\n          Artifact:version        ?version ;\n        ] .\n      }\n    \"\"\".runOnModel(serviceModel).map { row \u21d2\n      val tpe = row.uri(\"tpe\") match {\n        case \"<http:\/\/amora.center\/kb\/amora\/Schema\/ScalaDependency\/>\" =>\n          ScalaDependency\n        case \"<http:\/\/amora.center\/kb\/amora\/Schema\/MavenDependency\/>\" =>\n          MavenDependency\n      }\n      val organization = row.string(\"organization\")\n      val name = row.string(\"name\")\n      val version = row.string(\"version\")\n      BuildDependency(tpe, organization, name, version)\n    }.toList\n\n    \/\/ TODO what to do if no Scala library is defined?\n    val scalaDep = rawDeps.find(d => d.organization == ScalaOrganization && d.name == ScalaLibrary).getOrElse(???)\n    val scalaPrefix = scalaDep match {\n      case d if d.version startsWith \"2.11\" \u21d2 \"_2.11\"\n    }\n\n    val deps = rawDeps map { d \u21d2\n      if (d.tpe == ScalaDependency)\n        d.copy(name = d.name + scalaPrefix)\n      else\n        d\n    }\n    val build = Build(buildName, buildVersion, deps, serviceDeps)\n    mkClassPath(serviceModel, serviceId, serviceLogger, build)\n  }\n\n  private def mkClassPath(serviceModel: SparqlModel, serviceId: String, serviceLogger: Logger, build: Build): Seq[URL] = {\n    if (build.dependencies.isEmpty && build.serviceDependencies.isEmpty)\n      Nil\n    else {\n      val res = handleBuild(serviceLogger, build.name, build.dependencies)\n      val artifactUrls = res.collect {\n        case DownloadSuccess(artifact, file) \u21d2\n          file.toURI().toURL()\n      }\n\n      val serviceDepsUrls = build.serviceDependencies flatMap { serviceId \u21d2\n        mkBuildClassPath(mkServiceModel(serviceId), serviceId, serviceLogger)\n      }\n\n      val serviceOutputFolderUrls = {\n        val serviceLocation = serviceFile(serviceId).getParent\n        val relativeOutputFolders = sparqlQuery\"\"\"\n          prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n          prefix Build:<http:\/\/amora.center\/kb\/amora\/Schema\/Build\/>\n          prefix Artifact:<http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\/>\n          select * where {\n            $serviceId service:build\/Build:outputFolder ?out .\n          }\n        \"\"\".runOnModel(serviceModel).map { row \u21d2\n          row.string(\"out\")\n        }.toList\n        val absoluteOutputFolders = relativeOutputFolders.map { out \u21d2\n          val isAbsolute = out.startsWith(\"\/\")\n          if (isAbsolute)\n            out\n          else\n            serviceLocation + \"\/\" + out\n        }\n\n        absoluteOutputFolders.map { out \u21d2\n          new File(out).toURI.toURL\n        }\n      }\n\n      val cp = (artifactUrls ++ serviceDepsUrls ++ serviceOutputFolderUrls).distinct\n      log.info(s\"Use classpath for `$serviceId`:\\n${cp.sortBy(_.getPath).map(\"  \" + _ + \"\\n\").mkString}\")\n      cp\n    }\n  }\n\n  private def serviceFile(serviceId: String): File = {\n    val r = sparqlRequest(s\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      select * where {\n        $serviceId service:path ?path .\n      }\n    \"\"\")\n    new File(r.map(_.string(\"path\")).head)\n  }\n\n  private def handleBuild(serviceLogger: Logger, buildName: String, buildDependencies: Seq[BuildDependency]) = {\n    val fetcher = new ArtifactFetcher with ScalaService {\n      override def logger = serviceLogger\n      override def cacheLocation = new File(system.settings.config.getString(\"app.storage.artifact-repo\"))\n    }\n    val uriField = fetcher.getClass.getDeclaredField(\"uri\")\n    uriField.setAccessible(true)\n    uriField.set(fetcher, uri)\n\n    val artifacts = buildDependencies map { d \u21d2\n      Artifact(Project(buildName), d.organization, d.name, d.version)\n    }\n    fetcher.downloadArtifacts(artifacts)\n  }\n\n  private def run(serviceLogger: Logger, cl: ClassLoader, className: String, methodName: String, param: Map[String, Param]): Any = {\n    val cls = cl.loadClass(className)\n    val ctor = cls.getConstructors.head\n    val hasDefaultCtor = ctor.getParameterCount == 0\n    val obj =\n      if (hasDefaultCtor)\n        cls.newInstance()\n      else {\n        val ctorParam = ctor.getParameterTypes map {\n          case c if c == classOf[Logger] \u21d2 serviceLogger\n          case c if c == classOf[ActorSystem] \u21d2 system\n          case c \u21d2 throw new IllegalStateException(s\"Constructor `$ctor` takes unknown argument type `$c`.\")\n        }\n        ctor.newInstance(ctorParam: _*)\n      }\n    val uriField = cls.getDeclaredField(\"uri\")\n    uriField.setAccessible(true)\n    uriField.set(obj, uri)\n    \/\/ TODO get rid of the ??? here\n    val m = cls.getMethods.find(_.getName == methodName).getOrElse(???)\n    val hasNoJavaParameterNames = m.getParameters.headOption.exists(_.getName == \"arg0\")\n    val names =\n      if (hasNoJavaParameterNames) {\n        import scala.reflect.runtime.universe\n        val mirror = universe.runtimeMirror(getClass.getClassLoader)\n        \/\/ TODO what to do if encodedName is also arg0?\n        mirror.reflect(obj).symbol.typeSignature.member(universe.TermName(methodName)).asMethod.paramLists.flatten.map(_.name.encodedName.toString).toList\n      } else\n        m.getParameters.map(_.getName).toList\n    val orderedParam = names.map { name \u21d2\n      param.get(name) match {\n        case Some(param) \u21d2 param.value.asInstanceOf[Object]\n        case None \u21d2 throw new IllegalStateException(s\"The parameter `$name` does not exist in the request.\")\n      }\n    }\n    log.info(s\"Calling service method:\\n  $m\")\n    m.invoke(obj, orderedParam: _*)\n  }\n\n  private def registeredServices: Seq[String] = {\n    sparqlRequest(\"\"\"\n      prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/>\n      select * where {\n        ?s a service: .\n      }\n    \"\"\").map(_.uri(\"s\"))\n  }\n\n  private def mkServiceModel(serviceId: String) = {\n    val file = serviceFile(serviceId)\n    if (!file.exists())\n      throw new IllegalStateException(s\"Couldn't find service description file `$file`.\")\n    val src = io.Source.fromFile(file, \"UTF-8\")\n    val service = src.mkString\n    src.close()\n    val serviceModel = try turtleModel(service) catch {\n      case e: RiotException \u21d2\n        throw new IllegalStateException(s\"Error while reading service description file `$file`: ${e.getMessage}.\", e)\n    }\n    serviceModel\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"services\/scalac\/src\/test\/scala\/amora\/converter\/ScalacConverterTest.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.converter\n\nimport org.junit.Test\n\nimport amora.backend.IgnoreLogger\nimport amora.backend.services.ScalaSourceIndexer\nimport amora.converter.protocol._\n\nclass ScalacConverterTest extends ScalaCompilerTest {\n\n  import amora.TestUtils._\n\n  def convert(data: (String, String)*): Set[String] = {\n    val PkgFinder = \"\"\"(?s).*?package ([\\w\\.]+).*?\"\"\".r\n    val artifact = Artifact(Project(\"p\"), \"o\", \"n\", \"v1\")\n    def mkPkg(pkgs: Seq[String]): Schema = pkgs match {\n      case Nil \u21d2 artifact\n      case pkg +: pkgs \u21d2 Package(pkg, mkPkg(pkgs))\n    }\n\n    val res = new ScalaSourceIndexer(IgnoreLogger).convertToHierarchy(data map {\n      case (fileName, src) \u21d2\n        val file = src match {\n          case PkgFinder(name) \u21d2 File(mkPkg(name.split('.').reverse), fileName)\n          case _ \u21d2 File(artifact, fileName)\n        }\n        (file, src)\n    }).flatMap(_._2)\n    res.map(_.asString).toSet\n  }\n\n  @Test\n  def single_object() = {\n    convert(\"\"\"\n      package pkg\n      object X\n    \"\"\") === Set(\n        \"pkg\", \"pkg.<object>X\", \"scala.<ref>AnyRef\", \"pkg.<object>X.this()V\")\n  }\n\n  @Test\n  def single_trait() = {\n    convert(\"\"\"\n      package pkg\n      trait X\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def single_abstract_class() = {\n    convert(\"\"\"\n      package pkg\n      abstract class X\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n\n  @Test\n  def single_def() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        def a = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a()I\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def single_val() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        val a = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def single_lazy_val() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        lazy val a = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def single_var() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        var a = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def getter_and_setter() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        def a = 0\n        def a_=(a: Int) = ()\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a()I\", \"pkg.X.a_=(I)V\", \"pkg.X.a_=(I)V.<param>a\",\n        \"scala.<ref>Int\", \"scala.<ref>Unit\", \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n\n  @Test\n  def names_with_special_characters() = {\n    convert(\"\"\"\n      package pkg\n      class X_? {\n        val !!! = 0\n        def ??? = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X_?\", \"pkg.X_?.!!!\", \"pkg.X_?.???()I\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"pkg.X_?.this()V\")\n  }\n\n  @Test\n  def backticks() = {\n    convert(\"\"\"\n      package pkg\n      class `A B C` {\n        val _ = 0\n        val a_b_c = 0\n        val `a b c` = 0\n        def `d e f` = 0\n        def `type` = 0\n      }\n    \"\"\") === Set(\n        \"pkg\", \"scala.<ref>Int\", \"pkg.`A B C`\", \"pkg.`A B C`._\", \"pkg.`A B C`.a_b_c\",\n        \"pkg.`A B C`.`a b c`\", \"pkg.`A B C`.`d e f`()I\", \"pkg.`A B C`.`type`()I\",\n        \"scala.<ref>AnyRef\", \"pkg.`A B C`.this()V\")\n  }\n\n  @Test\n  def nested_members() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        def a = {\n          def b = {\n            val c = {\n              val d = 0\n              d\n            }\n            c\n          }\n          b\n        }\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a()I\", \"pkg.X.a()I.b()I\", \"pkg.X.a()I.b()I.c\",\n        \"pkg.X.a()I.b()I.c.d\", \"scala.<ref>Int\", \"pkg.X.a()I.<ref>b()I\",\n        \"pkg.X.a()I.b()I.<ref>c\", \"pkg.X.a()I.b()I.c.<ref>d\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def nested_in_trait() = {\n    convert(\"\"\"\n      package pkg\n      trait X {\n        object Y\n        class Z\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.<object>Y\", \"pkg.X.Z\", \"scala.<ref>AnyRef\", \"pkg.X.<object>Y.this()V\", \"pkg.X.Z.this()V\")\n  }\n\n  @Test\n  def nested_classes() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        trait Y {\n          object Z {\n            val a = 0\n            def b = 0\n          }\n        }\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.Y\", \"pkg.X.Y.<object>Z\", \"pkg.X.Y.<object>Z.a\", \"pkg.X.Y.<object>Z.b()I\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"pkg.X.this()V\", \"pkg.X.Y.<object>Z.this()V\")\n  }\n\n  @Test\n  def simple_ref() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        toString\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"java.lang.Object.<ref>toString()Ljava\/lang\/String;\",\n        \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n\n  @Test\n  def chained_ref() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        toString.toString.toString.toString\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"java.lang.Object.<ref>toString()Ljava\/lang\/String;\",\n        \"java.lang.String.<ref>toString()Ljava\/lang\/String;\", \"scala.<ref>AnyRef\",\n        \"pkg.X.this()V\")\n  }\n\n  @Test\n  def nested_package() = {\n    convert(\"\"\"\n      package a.b.c.d\n      class X\n    \"\"\") === Set(\n        \"a.b.c.d\", \"a.b.c.d.X\", \"scala.<ref>AnyRef\", \"a.b.c.d.X.this()V\")\n  }\n\n  @Test\n  def declaration_in_nested_package() = {\n    convert(\"\"\"\n      package a.b.c.d\n      class X {\n        def x = 0\n      }\n    \"\"\") === Set(\n        \"a.b.c.d\", \"a.b.c.d.X\", \"a.b.c.d.X.x()I\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"a.b.c.d.X.this()V\")\n  }\n\n  @Test\n  def empty_package() = {\n    convert(\"\"\"\n      class X {\n        def x = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.x()I\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def single_import() = {\n    convert(\"\"\"\n      import scala.collection.mutable.ListBuffer\n      class X {\n        ListBuffer\n      }\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>ListBuffer\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def multiple_imports() = {\n    convert(\"\"\"\n      import java.io.File\n      import scala.collection.mutable.Buffer\n      import scala.collection.mutable.ListBuffer\n      class X\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>Buffer\", \"scala.collection.mutable.<ref>ListBuffer\",\n        \"<ref>java\", \"java.<ref>io\", \"java.io.<ref>File\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def type_parameter_at_classes() = {\n    convert(\"\"\"\n      class X[A, B]\n    \"\"\") === Set(\n        \"X\", \"X.<tparam>A\", \"X.<tparam>B\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def type_parameter_at_methods() = {\n    convert(\"\"\"\n      class X {\n        def f[A, B] = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()I\", \"X.f()I.<tparam>A\", \"X.f()I.<tparam>B\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def type_parameter_at_type_ascriptions() = {\n    convert(\"\"\"\n      class X {\n        def f: Option[Int] = null\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Lscala\/Option;\", \"scala.<ref>Option\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def apply_method_implicitly() = {\n    convert(\"\"\"\n      class X {\n        def f = Option(1)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Lscala\/Option;\", \"scala.<ref>Option\", \"scala.<ref>AnyRef\",\n        \"scala.Option.<ref>apply(Ljava\/lang\/Object;)Lscala\/Option;\", \"scala.<ref>Int\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def apply_method_explicitly() = {\n    convert(\"\"\"\n      class X {\n        def f = Option.apply(1)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Lscala\/Option;\", \"scala.<ref>Option\", \"scala.<ref>AnyRef\",\n        \"scala.Option.<ref>apply(Ljava\/lang\/Object;)Lscala\/Option;\", \"scala.<ref>Int\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def method_with_arguments() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int, s: String) = {\n          def g(i: Int) = 0\n          0\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(ILjava\/lang\/String;)I\", \"X.f(ILjava\/lang\/String;)I.<param>i\",\n        \"X.f(ILjava\/lang\/String;)I.<param>s\", \"X.f(ILjava\/lang\/String;)I.g(I)I\",\n        \"X.f(ILjava\/lang\/String;)I.g(I)I.<param>i\", \"scala.<ref>Int\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def call_method_with_arguments() = {\n    convert(\"\"\"\n      class X {\n        val v = 0\n        def f(i: Int) = i\n        f(v)\n        f(Int.MinValue)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.v\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.<ref>f(I)I\", \"X.f(I)I.<ref>i\",\n        \"X.<ref>v\", \"scala.<ref>Int\", \"scala.Int.<ref>MinValue\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def empty_class_body() = {\n    convert(\"\"\"\n      class C {}\n    \"\"\") === Set(\n        \"C\", \"scala.<ref>AnyRef\", \"C.this()V\")\n  }\n\n  @Test\n  def wildcard_import() = {\n    convert(\"\"\"\n      import scala.util._\n      class X\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>util\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def wildcard_import_in_class_body() = {\n    convert(\"\"\"\n      class X {\n        import scala.util._\n      }\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>util\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def new_object() = {\n    convert(\"\"\"\n      class X {\n        val x = new Object\n      }\n    \"\"\") === Set(\n        \"X\", \"X.x\", \"java.lang.<ref>Object\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def method_call_in_body() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          toString\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Ljava\/lang\/String;\", \"java.lang.Object.<ref>toString()Ljava\/lang\/String;\",\n        \"java.lang.<ref>String\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def simple_lambda() = {\n    convert(\"\"\"\n      class X {\n        def meth(f: Int \u21d2 Int) = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.meth(Lscala\/Function1;)I\", \"X.meth(Lscala\/Function1;)I.<param>f\",\n        \"scala.<ref>Function1\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def call_by_name_param() = {\n    convert(\"\"\"\n      class X {\n        def meth(f: \u21d2 Int) = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.meth(Lscala\/Function0;)I\", \"X.meth(Lscala\/Function0;)I.<param>f\",\n        \"scala.<ref>Function0\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def create_simple_lambda() = {\n    convert(\"\"\"\n      class X {\n        def meth(f: Int \u21d2 Int) = 0\n        meth(v \u21d2 v)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.meth(Lscala\/Function1;)I\", \"X.meth(Lscala\/Function1;)I.<param>f\",\n        \"X.<ref>meth(Lscala\/Function1;)I\", \"X.<ref>meth(Lscala\/Function1;)I.<param>v\",\n        \"X.<ref>meth(Lscala\/Function1;)I.<ref>v\", \"scala.<ref>Function1\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def reference_across_multiple_files() = {\n    convert(\n    \"f1.scala\" \u2192 \"\"\"\n      package a\n      import b.Y\n      class X {\n        def m: Y = null\n      }\n    \"\"\",\n    \"f2.scala\" \u2192 \"\"\"\n      package b\n      class Y\n    \"\"\") === Set(\n        \"a\", \"a.X\", \"a.X.m()Lb\/Y;\", \"b\", \"b.Y\", \"<ref>b\", \"b.<ref>Y\",\n        \"scala.<ref>AnyRef\", \"a.X.this()V\", \"b.Y.this()V\")\n  }\n\n  @Test\n  def lambda_with_multiple_parameters() = {\n    convert(\"\"\"\n      class X {\n        def meth(f: (Int, Int, Int) \u21d2 Int) = 0\n        meth((a, b, c) \u21d2 0)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.meth(Lscala\/Function3;)I\", \"X.meth(Lscala\/Function3;)I.<param>f\",\n        \"X.<ref>meth(Lscala\/Function3;)I\", \"X.<ref>meth(Lscala\/Function3;)I.<param>a\",\n        \"X.<ref>meth(Lscala\/Function3;)I.<param>b\", \"X.<ref>meth(Lscala\/Function3;)I.<param>c\",\n        \"scala.<ref>Function3\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def chained_lambda() = {\n    convert(\"\"\"\n      class X {\n        def meth(f: Int \u21d2 Int \u21d2 Int \u21d2 Int) = 0\n        meth(a \u21d2 b \u21d2 c \u21d2 0)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.meth(Lscala\/Function1;)I\", \"X.meth(Lscala\/Function1;)I.<param>f\",\n        \"X.<ref>meth(Lscala\/Function1;)I\", \"X.<ref>meth(Lscala\/Function1;)I.<param>a\",\n        \"X.<ref>meth(Lscala\/Function1;)I.<param>b\", \"X.<ref>meth(Lscala\/Function1;)I.<param>c\",\n        \"scala.<ref>Function1\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def simple_inheritance_in_single_file() = {\n    convert(\"\"\"\n      class X\n      class Y extends X\n    \"\"\") === Set(\n        \"X\", \"Y\", \"<ref>X\", \"scala.<ref>AnyRef\", \"X.this()V\", \"Y.this()V\")\n  }\n\n  @Test\n  def simple_inheritance_in_multiple_files() = {\n    convert(\n    \"f1.scala\" \u2192 \"\"\"\n      package a\n      import b.Y\n      class X extends Y\n    \"\"\",\n    \"f2.scala\" \u2192 \"\"\"\n      package b\n      class Y\n    \"\"\") === Set(\n        \"a\", \"a.X\", \"b\", \"b.Y\", \"<ref>b\", \"b.<ref>Y\", \"scala.<ref>AnyRef\",\n        \"a.X.this()V\", \"b.Y.this()V\")\n  }\n\n  @Test\n  def simple_inheritance_from_stdlib_class() = {\n    convert(\"\"\"\n      trait X extends scala.collection.mutable.AbstractSet[Int]\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>AbstractSet\", \"scala.<ref>Int\")\n  }\n\n  @Test\n  def simple_inheritance_from_multiple_stdlib_classes() = {\n    convert(\"\"\"\n      trait X extends collection.SeqLike[Int, Int]\n        with collection.IterableLike[Int, Int]\n        with collection.GenSeqLike[Int, Int]\n    \"\"\") === Set(\n        \"X\", \"scala.<ref>collection\", \"scala.collection.<ref>SeqLike\",\n        \"scala.collection.<ref>IterableLike\", \"scala.collection.<ref>GenSeqLike\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def simple_self_type() = {\n    convert(\"\"\"\n      trait X {\n        self \u21d2\n      }\n    \"\"\") === Set(\n        \"X\", \"X.self\", \"<ref>X\", \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def simple_self_type_to_stdlib_class() = {\n    convert(\"\"\"\n      trait X {\n        self: scala.collection.mutable.AbstractSet[Int] \u21d2\n      }\n    \"\"\") === Set(\n        \"X\", \"X.self\", \"<ref>X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>AbstractSet\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def simple_self_type_to_stdlib_class_with_full_path_type_argument() = {\n    convert(\"\"\"\n      trait X {\n        self: scala.collection.mutable.AbstractSet[java.io.File] \u21d2\n      }\n    \"\"\") === Set(\n        \"X\", \"X.self\", \"<ref>X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>AbstractSet\", \"<ref>java\", \"java.<ref>io\", \"java.io.<ref>File\",\n        \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def self_type_with_nested_types() = {\n    convert(\"\"\"\n      trait X {\n        self: scala.collection.mutable.AbstractMap[List[Map[Int, Set[Int]]], Map[Int, String]] \u21d2\n      }\n    \"\"\") === Set(\n        \"X\", \"X.self\", \"<ref>X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\", \"scala.collection.mutable.<ref>AbstractMap\",\n        \"scala.collection.immutable.<ref>List\", \"scala.collection.immutable.<ref>Map\",\n        \"scala.collection.immutable.<ref>Set\", \"scala.<ref>Int\", \"java.lang.<ref>String\",\n        \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def complex_self_type() = {\n    convert(\"\"\"\n      trait X {\n        self: collection.SeqLike[List[Int], List[Int]]\n          with collection.IterableLike[List[Int], List[Int]]\n          with scala.collection.GenSeqLike[List[Int], List[Int]] \u21d2\n      }\n    \"\"\") === Set(\n        \"X\", \"X.self\", \"<ref>X\", \"scala.collection.<ref>SeqLike\", \"scala.collection.<ref>IterableLike\",\n        \"scala.collection.<ref>GenSeqLike\", \"scala.collection.immutable.<ref>List\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"scala.<ref>collection\", \"<ref>scala\")\n  }\n\n  @Test\n  def tuple_as_value() = {\n    convert(\"\"\"\n      class X {\n        val t = (0, \"\")\n      }\n    \"\"\") === Set(\n        \"X\", \"X.t\", \"scala.<ref>Int\", \"java.lang.<ref>String\", \"scala.<ref>Tuple2\",\n        \"scala.Tuple2.<ref>apply(Ljava\/lang\/Object;Ljava\/lang\/Object;)Lscala\/Tuple2;\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def tuple_as_parameter_type() = {\n    convert(\"\"\"\n      class X {\n        def f(t: (Int, String)) = t\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;\", \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;.<param>t\",\n        \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;.<ref>t\", \"scala.<ref>Int\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>Tuple2\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def tuple_type_without_syntactic_sugar() = {\n    convert(\"\"\"\n      class X {\n        def f(t: Tuple2[Int, String]) = t\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;\", \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;.<param>t\",\n        \"X.f(Lscala\/Tuple2;)Lscala\/Tuple2;.<ref>t\", \"scala.<ref>Int\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>Tuple2\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def classOf_reference() = {\n    convert(\"\"\"\n      class X {\n        val c = classOf[Int]\n      }\n    \"\"\") === Set(\n        \"X\", \"X.c\", \"scala.Predef.<ref>classOf()Ljava\/lang\/Class;\", \"scala.<ref>Int\",\n        \"java.lang.<ref>Class\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def private_class_parameter() = {\n    convert(\"\"\"\n      class X(i: Int, j: String)\n    \"\"\") === Set(\n        \"X\", \"X.this(ILjava\/lang\/String;)V\", \"X.this(ILjava\/lang\/String;)V.<param>i\",\n        \"X.this(ILjava\/lang\/String;)V.<param>j\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.<param>i\", \"X.<param>j\")\n  }\n\n  @Test\n  def public_class_parameter() = {\n    convert(\"\"\"\n      class X(val i: Int, val j: String)\n    \"\"\") === Set(\n        \"X\", \"X.this(ILjava\/lang\/String;)V.<param>i\", \"X.this(ILjava\/lang\/String;)V.<param>j\",\n        \"scala.Predef.<ref>String\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this(ILjava\/lang\/String;)V\", \"X.<param>i\", \"X.<param>j\")\n  }\n\n  @Test\n  def class_parameter_with_multiple_argument_lists() = {\n    convert(\"\"\"\n      class X(i: Int)(j: String)(k: Int)\n    \"\"\") === Set(\n        \"X\", \"X.this(ILjava\/lang\/String;I)V.<param>i\", \"X.this(ILjava\/lang\/String;I)V.<param>j\",\n        \"X.this(ILjava\/lang\/String;I)V.<param>k\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this(ILjava\/lang\/String;I)V\",\n        \"X.<param>i\", \"X.<param>j\", \"X.<param>k\")\n  }\n\n  @Test\n  def method_parameter() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int, j: String) = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(ILjava\/lang\/String;)I\", \"X.f(ILjava\/lang\/String;)I.<param>i\",\n        \"X.f(ILjava\/lang\/String;)I.<param>j\", \"scala.Predef.<ref>String\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def method_parameter_with_multiple_argument_lists() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int)(j: String)(k: Int) = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(ILjava\/lang\/String;I)I\", \"X.f(ILjava\/lang\/String;I)I.<param>i\",\n        \"X.f(ILjava\/lang\/String;I)I.<param>j\", \"X.f(ILjava\/lang\/String;I)I.<param>k\",\n        \"scala.Predef.<ref>String\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def nested_lazy_val() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        lazy val a = {\n          lazy val b = {\n            lazy val c = 0\n            c\n          }\n          b\n        }\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.a\", \"pkg.X.a.b\", \"pkg.X.a.b.c\", \"scala.<ref>Int\",\n        \"pkg.X.a.<ref>b\", \"pkg.X.a.b.<ref>c\", \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n\n  @Test\n  def nested_lazy_val_with_special_characters() = {\n    convert(\"\"\"\n      package pkg\n      class X {\n        lazy val ?! = {\n          lazy val ??! = {\n            lazy val ???! = 0\n            ???!\n          }\n          ??!\n        }\n      }\n    \"\"\") === Set(\n        \"pkg\", \"pkg.X\", \"pkg.X.?!\", \"pkg.X.?!.??!\", \"pkg.X.?!.??!.???!\",\n        \"scala.<ref>Int\", \"pkg.X.?!.<ref>??!\", \"pkg.X.?!.??!.<ref>???!\",\n        \"scala.<ref>AnyRef\", \"pkg.X.this()V\")\n  }\n\n  @Test\n  def ref_to_name_with_exclamation_marks() = {\n    convert(\"\"\"\n      class X {\n        def !!(i: Int) = i\n        !!(0)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.!!(I)I\", \"X.!!(I)I.<param>i\", \"X.<ref>!!(I)I\", \"X.!!(I)I.<ref>i\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def ref_on_rhs_of_val() = {\n    convert(\"\"\"\n      class X {\n        val a = 0\n        val b = a\n      }\n    \"\"\") === Set(\n        \"X\", \"X.a\", \"X.b\", \"X.<ref>a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def ref_on_rhs_of_var() = {\n    convert(\"\"\"\n      class X {\n        var a = 0\n        var b = a\n      }\n    \"\"\") === Set(\n        \"X\", \"X.a\", \"X.b\", \"X.<ref>a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def ref_on_rhs_of_def() = {\n    convert(\"\"\"\n      class X {\n        def a = 0\n        def b = a\n      }\n    \"\"\") === Set(\n        \"X\", \"X.a()I\", \"X.b()I\", \"X.<ref>a()I\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def ref_on_rhs_of_lazy_val() = {\n    convert(\"\"\"\n      class X {\n        lazy val a = 0\n        lazy val b = a\n      }\n    \"\"\") === Set(\n        \"X\", \"X.a\", \"X.b\", \"X.<ref>a\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def rename_import() = {\n    convert(\"\"\"\n      import scala.collection.mutable.{Buffer \u21d2 B}\n      class X {\n        B\n      }\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>B\", \"scala.collection.mutable.<ref>Buffer\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def rename_import_mixed_with_normal_import() = {\n    convert(\"\"\"\n      import scala.collection.mutable.{Buffer \u21d2 B, ListBuffer}\n      class X {\n        B\n        ListBuffer\n      }\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>B\", \"scala.collection.mutable.<ref>Buffer\",\n        \"scala.collection.mutable.<ref>ListBuffer\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def class_local_rename_import() = {\n    convert(\"\"\"\n      class X {\n        import scala.collection.mutable.{Buffer \u21d2 B}\n        B\n      }\n    \"\"\") === Set(\n        \"X\", \"<ref>scala\", \"scala.<ref>collection\", \"scala.collection.<ref>mutable\",\n        \"scala.collection.mutable.<ref>B\", \"scala.collection.mutable.<ref>Buffer\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def local_rename_import() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          import scala.collection.mutable.{Buffer \u21d2 B}\n          B\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Lscala\/collection\/mutable\/Buffer$;\", \"<ref>scala\", \"scala.<ref>collection\",\n        \"scala.collection.<ref>mutable\", \"scala.collection.mutable.<ref>B\",\n        \"scala.collection.mutable.<ref>Buffer\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def explicit_inheritance_to_anyref() = {\n    convert(\"\"\"\n      class X extends AnyRef\n    \"\"\") === Set(\n        \"X\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def if_expr() = {\n    convert(\"\"\"\n      class X {\n        val b1 = true\n        val b2 = true\n        val b3 = true\n        def f = if (b1) b2 else b3\n      }\n    \"\"\") === Set(\n        \"X\", \"X.b1\", \"X.b2\", \"X.b3\", \"X.f()Z\", \"X.<ref>b1\", \"X.<ref>b2\",\n        \"X.<ref>b3\", \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\",\n        \"X.f()Z.<if>\", \"X.f()Z.<else>\")\n  }\n\n  @Test\n  def overloaded_methods() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = 0\n        def f(i: Int, s: String) = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.f(ILjava\/lang\/String;)I\",\n        \"X.f(ILjava\/lang\/String;)I.<param>i\", \"X.f(ILjava\/lang\/String;)I.<param>s\",\n        \"scala.<ref>Int\", \"scala.Predef.<ref>String\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def references_in_overloaded_methods() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = i\n        def f(i: Int, s: Float) = i\n      }\n    \"\"\") === Set(\n        \"X\", \"scala.<ref>Int\", \"scala.<ref>Float\", \"scala.<ref>AnyRef\",\n        \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.f(I)I.<ref>i\", \"X.this()V\",\n        \"X.f(IF)I\", \"X.f(IF)I.<param>i\", \"X.f(IF)I.<param>s\", \"X.f(IF)I.<ref>i\")\n  }\n\n  @Test\n  def parameter_with_same_name_as_local_value() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = {\n          val i = 0\n          i\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(I)I\", \"X.f(I)I.i\", \"X.f(I)I.<param>i\", \"X.f(I)I.<ref>i\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def def_with_params_and_type_params_of_same_name() = {\n    convert(\"\"\"\n      class X {\n        def f[A](A: A) = {\n          val A = 0\n          A\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(Ljava\/lang\/Object;)I\", \"X.f(Ljava\/lang\/Object;)I.<tparam>A\",\n        \"X.f(Ljava\/lang\/Object;)I.<param>A\", \"X.f(Ljava\/lang\/Object;)I.A\",\n        \"X.f(Ljava\/lang\/Object;)I.<ref>A\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def block_in_param_list() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = 0\n        f({val i = 0; i})\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"scala.<ref>Int\",\n        \"X.<ref>f(I)I\", \"X.<ref>f(I)I.i\", \"X.<ref>f(I)I.<ref>i\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def match_expr() = {\n    convert(\"\"\"\n      class X {\n        val b1 = true\n        val b2 = true\n        val b3 = true\n        val b4 = true\n        def f = {\n          b1 match {\n            case x: Boolean if x == b2 \u21d2\n              b3\n            case _ \u21d2\n              b4\n          }\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.b1\", \"X.b2\", \"X.b3\", \"X.b4\", \"X.f()Z\",\n        \"X.f()Z.<match>\", \"X.f()Z.<match>.<case>\", \"X.f()Z.<match>.<case>.x\",\n        \"X.f()Z.<match>.<case>.<ref>x\", \"X.<ref>b1\", \"X.<ref>b2\", \"X.<ref>b3\", \"X.<ref>b4\",\n        \"scala.<ref>Boolean\", \"scala.Boolean.<ref>==(Z)Z\", \"scala.<ref>AnyRef\",\n        \"X.this()V\")\n  }\n\n  @Test\n  def match_expr_with_ident_in_backticks() = {\n    convert(\"\"\"\n      class X {\n        val b1 = true\n        def f = {\n          val b2 = true\n          b1 match {\n            case `b2` \u21d2\n              true\n            case _ \u21d2\n              true\n          }\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.b1\", \"X.f()Z\", \"X.f()Z.b2\", \"X.<ref>b1\", \"X.f()Z.<ref>b2\",\n        \"X.f()Z.<match>\", \"X.f()Z.<match>.<case>\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def apply_param_to_apply_method_explicitly() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = Option.apply(i)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f(I)Lscala\/Option;\", \"X.f(I)Lscala\/Option;.<param>i\", \"X.f(I)Lscala\/Option;.<ref>i\",\n        \"scala.<ref>Option\", \"scala.Option.<ref>apply(Ljava\/lang\/Object;)Lscala\/Option;\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def match_expr_with_extractor() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          1 match {\n            case Extractor(i) \u21d2 i\n            case j \u21d2 j\n          }\n        }\n      }\n      object Extractor {\n        def unapply(i: Int) = Option(i)\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()I\", \"X.f()I.<match>\",\n        \"X.f()I.<match>.<case>\", \"X.f()I.<match>.<case>.i\", \"X.f()I.<match>.<case>.j\",\n        \"X.f()I.<match>.<case>.<ref>i\", \"X.f()I.<match>.<case>.<ref>j\",\n        \"scala.<ref>Int\", \"<ref>Extractor\", \"Extractor.<ref>unapply(I)Lscala\/Option;\",\n        \"<object>Extractor\", \"<object>Extractor.unapply(I)Lscala\/Option;\", \"<object>Extractor.unapply(I)Lscala\/Option;.<param>i\",\n        \"<object>Extractor.unapply(I)Lscala\/Option;.<ref>i\", \"scala.<ref>Option\",\n        \"scala.Option.<ref>apply(Ljava\/lang\/Object;)Lscala\/Option;\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"<object>Extractor.this()V\")\n  }\n\n  @Test\n  def try_expr() = {\n    convert(\"\"\"\n      class X {\n        val b1 = true\n        val b2 = true\n        val b3 = true\n        def f = {\n          try b1\n          catch {\n            case e: Exception \u21d2\n              b2\n          }\n          finally println(b3)\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.b1\", \"X.b2\", \"X.b3\", \"X.f()Z\", \"X.<ref>b1\", \"X.<ref>b2\", \"X.<ref>b3\",\n        \"X.f()Z.<try>\", \"X.f()Z.<finally>\",\n        \"X.f()Z.<catch>\", \"X.f()Z.<catch>.<case>\", \"X.f()Z.<catch>.<case>.e\",\n        \"scala.Predef.<ref>println(Ljava\/lang\/Object;)V\", \"scala.<ref>Boolean\", \"scala.<ref>Exception\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def annotation_declaration() = {\n    convert(\"\"\"\n      class Ann(arr: Array[Class[_]]) extends scala.annotation.Annotation\n    \"\"\") === Set(\n        \"Ann\", \"Ann.this([Ljava\/lang\/Class;)V.<param>arr\", \"<ref>scala\",\n        \"scala.<ref>annotation\", \"scala.annotation.<ref>Annotation\",\n        \"scala.<ref>Array\", \"java.lang.<ref>Class\", \"Ann.this([Ljava\/lang\/Class;)V\",\n        \"Ann.<param>arr\")\n  }\n\n  @Test\n  def static_annotation_declaration() = {\n    convert(\"\"\"\n      class Ann(arr: Array[Class[_]]) extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"Ann\", \"Ann.this([Ljava\/lang\/Class;)V.<param>arr\", \"<ref>scala\",\n        \"scala.<ref>annotation\", \"scala.annotation.<ref>StaticAnnotation\",\n        \"scala.<ref>Array\", \"java.lang.<ref>Class\", \"Ann.this([Ljava\/lang\/Class;)V\",\n        \"Ann.<param>arr\")\n  }\n\n  @Test\n  def class_annotation_without_arguments() = {\n    convert(\"\"\"\n      @Ann\n      class X\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def multiple_class_annotations() = {\n    convert(\"\"\"\n      @Ann1 @Ann2\n      @Ann3 class X\n      class Ann1 extends scala.annotation.StaticAnnotation\n      class Ann2 extends scala.annotation.StaticAnnotation\n      class Ann3 extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"Ann1\", \"Ann2\", \"Ann3\", \"<ref>Ann1\", \"<ref>Ann2\", \"<ref>Ann3\",\n        \"<ref>scala\", \"scala.<ref>annotation\", \"scala.annotation.<ref>StaticAnnotation\",\n        \"scala.<ref>AnyRef\", \"X.this()V\", \"Ann1.this()V\", \"Ann2.this()V\", \"Ann3.this()V\")\n  }\n\n  @Test\n  def class_annotation_with_arguments() = {\n    convert(\"\"\"\n      @Ann(Array(classOf[X]))\n      class X\n      class Ann(arr: Array[Class[_]]) extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"Ann\", \"Ann.this([Ljava\/lang\/Class;)V.<param>arr\", \"<ref>Ann\", \"scala.Predef.<ref>classOf()Ljava\/lang\/Class;\",\n        \"<ref>scala\", \"scala.<ref>annotation\", \"scala.annotation.<ref>StaticAnnotation\",\n        \"scala.<ref>Array\", \"java.lang.<ref>Class\", \"scala.<ref>AnyRef\", \"<ref>X\",\n        \"scala.Array.<ref>apply(Lscala\/collection\/Seq;Lscala\/reflect\/ClassTag;)Ljava\/lang\/Object;\",\n        \"X.this()V\", \"Ann.this([Ljava\/lang\/Class;)V\", \"Ann.<param>arr\",\n        \"scala.reflect.<ref>materializeClassTag()Lscala\/reflect\/ClassTag;\")\n  }\n\n  @Test\n  def class_annotation_with_constant_argument() = {\n    convert(\"\"\"\n      @Ann(Constants.C)\n      class X\n      object Constants {\n        final val C = 0\n      }\n      class Ann(v: Int) extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"Ann\", \"<object>Constants\", \"<object>Constants.C\", \"Ann.this(I)V.<param>v\", \"<ref>Ann\",\n        \"<ref>Constants\", \"Constants.<ref>C\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\", \"<object>Constants.this()V\", \"Ann.this(I)V\",\n        \"Ann.<param>v\")\n  }\n\n  @Test\n  def object_annotation_without_arguments() = {\n    convert(\"\"\"\n      @Ann\n      object X\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"<object>X\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>AnyRef\",\n        \"<object>X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def def_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X {\n        @Ann\n        def f = 0\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.f()I\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def val_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X {\n        @Ann\n        val v = 0\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.v\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def var_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X {\n        @Ann\n        var v = 0\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.v\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def param_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X {\n        def f(@Ann i: Int) = i\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.f(I)I.<ref>i\", \"Ann\", \"<ref>Ann\",\n        \"<ref>scala\", \"scala.<ref>annotation\", \"scala.annotation.<ref>StaticAnnotation\",\n        \"scala.<ref>Int\", \"scala.<ref>AnyRef\", \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def lazy_val_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X {\n        @Ann\n        lazy val v = 0\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.v\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this()V\", \"Ann.this()V\")\n  }\n\n  @Test\n  def ctor_param_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X(@Ann p: Int)\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.this(I)V.<param>p\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\", \"scala.<ref>AnyRef\",\n        \"X.this(I)V\", \"Ann.this()V\", \"X.<param>p\")\n  }\n\n  @Test\n  def auxiliary_ctor_annotation_without_arguments() = {\n    convert(\"\"\"\n      class X(p: Int) {\n        @Ann\n        def this() = this(0)\n      }\n      class Ann extends scala.annotation.StaticAnnotation\n    \"\"\") === Set(\n        \"X\", \"X.this(I)V.<param>p\", \"Ann\", \"<ref>Ann\", \"<ref>scala\", \"scala.<ref>annotation\",\n        \"X.this()V\", \"scala.annotation.<ref>StaticAnnotation\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.<ref>this(I)V\", \"X.this(I)V\", \"Ann.this()V\",\n        \"X.<param>p\")\n  }\n\n  @Test\n  def throw_exception() = {\n    convert(\"\"\"\n      class X {\n        def f: Int = throw new IllegalArgumentException\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()I\", \"scala.<ref>IllegalArgumentException\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def auxiliary_ctor() = {\n    convert(\"\"\"\n      class X(p: Int) {\n        def this(a: Int, b: Int) = {\n          this(a+b)\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.this(I)V.<param>p\", \"scala.<ref>Int\", \"scala.Int.<ref>+(I)I\", \"X.this(II)V\",\n        \"X.this(II)V.<param>a\", \"X.this(II)V.<param>b\", \"X.this(II)V.<ref>a\",\n        \"X.this(II)V.<ref>b\", \"scala.<ref>AnyRef\", \"X.<ref>this(I)V\", \"X.this(I)V\",\n        \"X.<param>p\")\n  }\n\n  @Test\n  def return_in_def() = {\n    convert(\"\"\"\n      class X {\n        def f: Int = {\n          val x = 0\n          return x\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()I\", \"X.f()I.x\", \"X.f()I.<ref>x\", \"scala.<ref>Int\",\n        \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def this_ref() = {\n    convert(\"\"\"\n      class X {\n        val value = this\n      }\n    \"\"\") === Set(\n        \"X\", \"X.value\", \"<ref>X\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def type_alias() = {\n    convert(\"\"\"\n      class X {\n        type Type = X\n      }\n    \"\"\") === Set(\n        \"X\", \"X.Type\", \"<ref>X\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def type_alias_with_type_parameter() = {\n    convert(\"\"\"\n      class X {\n        type Type[A, B] = Map[A, B]\n      }\n    \"\"\") === Set(\n        \"X\", \"X.Type\", \"X.Type.<tparam>A\", \"X.Type.<tparam>B\",\n        \"X.Type.<ref>A\", \"X.Type.<ref>B\",\n        \"scala.<ref>AnyRef\", \"X.this()V\", \"scala.Predef.<ref>Map\")\n  }\n\n  @Test\n  def if_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          if (true) {\n            val b = true\n            b\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<if>\", \"X.f()Z.<if>.b\", \"X.f()Z.<if>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def nested_if_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          if (true) {\n            val b = true\n            if (true) {\n              b\n            }\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<if>\", \"X.f()Z.<if>.b\", \"X.f()Z.<if>.<if>\", \"X.f()Z.<if>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def variable_shadowing_in_nested_if_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          if (true) {\n            val b = true\n            if (true) {\n              val b = true\n              b\n            }\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<if>\", \"X.f()Z.<if>.b\", \"X.f()Z.<if>.<if>\",\n        \"X.f()Z.<if>.<if>.b\", \"X.f()Z.<if>.<if>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def else_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          if (true)\n            true\n          else {\n            val b = true\n            b\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<if>\", \"X.f()Z.<else>\", \"X.f()Z.<else>.b\", \"X.f()Z.<else>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def try_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          try {\n            val b = true\n            b\n          }\n          catch {\n            case _: Throwable \u21d2\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<try>\", \"X.f()Z.<try>.b\", \"X.f()Z.<try>.<ref>b\",\n        \"X.f()Z.<catch>\", \"X.f()Z.<catch>.<case>\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"scala.<ref>Throwable\", \"X.this()V\")\n  }\n\n  @Test\n  def finally_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          try {\n            true\n          }\n          catch {\n            case _: Throwable \u21d2\n          }\n          finally {\n            val b = true\n            println(b)\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<try>\", \"X.f()Z.<finally>\", \"X.f()Z.<finally>.b\",\n        \"X.f()Z.<catch>\", \"X.f()Z.<catch>.<case>\",\n        \"X.f()Z.<finally>.<ref>b\", \"scala.Predef.<ref>println(Ljava\/lang\/Object;)V\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"scala.<ref>Throwable\", \"X.this()V\")\n  }\n\n  @Test\n  def catch_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          try {\n            true\n          }\n          catch {\n            case _: Throwable \u21d2\n              val b = true\n              b\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<try>\", \"X.f()Z.<catch>\", \"X.f()Z.<catch>.<case>\",\n        \"X.f()Z.<catch>.<case>.b\", \"X.f()Z.<catch>.<case>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"scala.<ref>Throwable\", \"X.this()V\")\n  }\n\n  @Test\n  def try_finally_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          try {\n            val b = true\n            b\n          }\n          finally {\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<try>\", \"X.f()Z.<try>.b\", \"X.f()Z.<try>.<ref>b\",\n        \"X.f()Z.<finally>\", \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def match_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          true match {\n            case _ \u21d2\n              val b = true\n              b\n          }\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<match>\", \"X.f()Z.<match>.<case>\",\n        \"X.f()Z.<match>.<case>.b\", \"X.f()Z.<match>.<case>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def decl_in_case_scope_is_correctly_referenced() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          true match {\n            case b \u21d2\n              b\n          }\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<match>\", \"X.f()Z.<match>.<case>\",\n        \"X.f()Z.<match>.<case>.b\", \"X.f()Z.<match>.<case>.<ref>b\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def while_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          while (true) {\n            val b = true\n            println(b)\n          }\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<while>\", \"X.f()Z.<while>.b\",\n        \"X.f()Z.<while>.<ref>b\", \"scala.Predef.<ref>println(Ljava\/lang\/Object;)V\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def do_while_scope() = {\n    convert(\"\"\"\n      class X {\n        def f = {\n          do {\n            val b = true\n            println(b)\n          } while (false)\n          true\n        }\n      }\n    \"\"\") === Set(\n        \"X\", \"X.f()Z\", \"X.f()Z.<do>\", \"X.f()Z.<do>.b\",\n        \"X.f()Z.<do>.<ref>b\", \"scala.Predef.<ref>println(Ljava\/lang\/Object;)V\",\n        \"scala.<ref>Boolean\", \"scala.<ref>AnyRef\", \"X.this()V\")\n  }\n\n  @Test\n  def class_and_object() = {\n    convert(\"\"\"\n      class X\n      object X\n      class Y {\n        def cls: X = null\n        def obj: X.type = null\n      }\n    \"\"\") === Set(\n        \"X\", \"<object>X\", \"X.this()V\", \"<object>X.this()V\", \"Y\", \"Y.this()V\",\n        \"Y.cls()LX;\", \"Y.obj()LX$;\", \"<ref>X\", \"scala.<ref>AnyRef\")\n  }\n\n  @Test\n  def class_and_object_with_same_member_name() = {\n    convert(\"\"\"\n      class X {\n        val value = 0\n      }\n      object X {\n        val value = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.this()V\", \"X.value\", \"scala.<ref>AnyRef\", \"scala.<ref>Int\",\n        \"<object>X\", \"<object>X.this()V\", \"<object>X.value\")\n  }\n\n  @Test\n  def implicit_val() = {\n    convert(\"\"\"\n      class X {\n        implicit val value = 0\n      }\n    \"\"\") === Set(\n        \"X\", \"X.this()V\", \"X.value\", \"scala.<ref>AnyRef\", \"scala.<ref>Int\")\n  }\n\n  @Test\n  def case_class() = {\n    convert(\"\"\"\n      case class X(i: Int)\n    \"\"\") === Set(\n        \"<object>X\",\n        \"<object>X.apply(I)LX;\",\n        \"<object>X.apply(I)LX;.<param>i\",\n        \"<object>X.readResolve()Ljava\/lang\/Object;\",\n        \"<object>X.this()V\",\n        \"<object>X.toString()Ljava\/lang\/String;\",\n        \"<object>X.unapply(LX;)Lscala\/Option;\",\n        \"<ref>X\",\n        \"X\",\n        \"X.<param>i\",\n        \"X.canEqual(Ljava\/lang\/Object;)Z\",\n        \"X.copy$default$1()I\",\n        \"X.copy(I)LX;\",\n        \"X.copy(I)LX;.<param>i\",\n        \"X.equals(Ljava\/lang\/Object;)Z\",\n        \"X.hashCode()I\",\n        \"X.productArity()I\",\n        \"X.productElement(I)Ljava\/lang\/Object;\",\n        \"X.productIterator()Lscala\/collection\/Iterator;\",\n        \"X.productPrefix()Ljava\/lang\/String;\",\n        \"X.this(I)V\",\n        \"X.this(I)V.<param>i\",\n        \"X.toString()Ljava\/lang\/String;\",\n        \"java.lang.<ref>String\",\n        \"scala.<ref>Any\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Boolean\",\n        \"scala.<ref>Int\",\n        \"scala.<ref>Option\",\n        \"scala.<ref>Product\",\n        \"scala.<ref>Serializable\",\n        \"scala.collection.<ref>Iterator\",\n        \"scala.runtime.<ref>AbstractFunction1\")\n  }\n\n  @Test\n  def type_ascription() = {\n    convert(\"\"\"\n      class X {\n        println(1): Unit\n      }\n    \"\"\") === Set(\n        \"X\", \"X.this()V\", \"scala.<ref>AnyRef\", \"scala.<ref>Unit\", \"scala.Predef.<ref>println(Ljava\/lang\/Object;)V\")\n  }\n\n  @Test\n  def function_application() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = 0\n        def g = f _\n      }\n    \"\"\") === Set(\n        \"X\", \"X.this()V\", \"X.f(I)I\", \"X.f(I)I.<param>i\", \"X.<ref>f(I)I\", \"X.<ref>f(I)I.<ref>i\",\n        \"X.g()Lscala\/Function1;\",\n        \"scala.<ref>AnyRef\", \"scala.<ref>Function1\", \"scala.<ref>Int\")\n  }\n\n  @Test\n  def partial_function_application() = {\n    convert(\"\"\"\n      class X {\n        def f(pf: PartialFunction[Int, Int]) = 0\n        f {\n          case 0 \u21d2\n            val value = 0\n            value\n        }\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.<ref>f(Lscala\/PartialFunction;)I\",\n        \"X.<ref>f(Lscala\/PartialFunction;)I.<case>\",\n        \"X.<ref>f(Lscala\/PartialFunction;)I.<case>.value\",\n        \"X.<ref>f(Lscala\/PartialFunction;)I.<case>.<ref>value\",\n        \"X.f(Lscala\/PartialFunction;)I\",\n        \"X.f(Lscala\/PartialFunction;)I.<param>pf\",\n        \"X.this()V\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Int\",\n        \"scala.<ref>PartialFunction\")\n  }\n\n  @Test\n  def classOf_application() = {\n    convert(\"\"\"\n      class X {\n        classOf[String].getClass\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.this()V\",\n        \"java.lang.<ref>String\",\n        \"java.lang.Object.<ref>getClass()Ljava\/lang\/Class;\",\n        \"scala.<ref>AnyRef\",\n        \"scala.Predef.<ref>classOf()Ljava\/lang\/Class;\")\n  }\n\n  @Test\n  def string_interpolation() = {\n    convert(\"\"\"\n      class X {\n        val x1 = 0\n        val x2 = 0\n        val y = s\"$x1$x2\"\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.<ref>x1\",\n        \"X.<ref>x2\",\n        \"X.this()V\",\n        \"X.x1\",\n        \"X.x2\",\n        \"X.y\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Int\",\n        \"scala.Predef.<ref>String\",\n        \"scala.StringContext.<ref>s(Lscala\/collection\/Seq;)Ljava\/lang\/String;\")\n  }\n\n  @Test\n  def case_class_unapply_method() = {\n    convert(\"\"\"\n      class X {\n        def f(h: Option[Int]) = h match {\n          case Some(i) \u21d2 i\n        }\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.f(Lscala\/Option;)I\",\n        \"X.f(Lscala\/Option;)I.<match>\",\n        \"X.f(Lscala\/Option;)I.<match>.<case>\",\n        \"X.f(Lscala\/Option;)I.<param>h\",\n        \"X.f(Lscala\/Option;)I.<ref>h\",\n        \"X.this()V\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Int\",\n        \"scala.<ref>Option\",\n        \"scala.<ref>Some\",\n        \"scala.<ref>Some.<ref>i\",\n        \"scala.<ref>Some.i\")\n  }\n\n  @Test\n  def alternative() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int) = i match {\n          case 1 | 2 \u21d2 i\n        }\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.f(I)I\",\n        \"X.f(I)I.<match>\",\n        \"X.f(I)I.<match>.<case>\",\n        \"X.f(I)I.<param>i\",\n        \"X.f(I)I.<ref>i\",\n        \"X.this()V\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Int\")\n  }\n\n  @Test\n  def repeated_args() = {\n    convert(\"\"\"\n      class X {\n        def f(i: Int*) = 0\n      }\n    \"\"\") === Set(\n        \"X\",\n        \"X.f(Lscala\/collection\/Seq;)I\",\n        \"X.f(Lscala\/collection\/Seq;)I.<param>i\",\n        \"X.this()V\",\n        \"scala.<ref>AnyRef\",\n        \"scala.<ref>Int\")\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/internal\/WindowTreeCreator.scala","text":"package amora.backend.internal\n\nimport amora.protocol.ui.Columns\nimport amora.protocol.ui.Rows\nimport amora.protocol.ui.Window\nimport amora.protocol.ui.WindowTree\n\nobject WindowTreeCreator {\n\n  \/**\n   * `id` is the window id, `x` and `y` the position in the coordinate system,\n   * `w` is the width of the window and `h` is its height.\n   *\/\n  final case class WinInfo(id: Int, x: Int, y: Int, w: Int, h: Int)\n  object WinInfo {\n    \/**\n     * This sorting algorithm is best described by an example:\n     * {{{\n     * ---------\n     * |1|2|   |\n     * ----- 5 |\n     * |3|4|   |\n     * ---------\n     * |6| |   |\n     * ---8| 9 |\n     * |7| |   |\n     * ---------\n     * }}}\n     * As one can see, elements are first sorted by their `y` axis but not\n     * exclusively. The `x` axis is also considered and moves elements that\n     * don't belong to the same row to the end of the row. In other words,\n     * elements are sorted by rows first and then by columns.\n     *\/\n    implicit val ord = new Ordering[WinInfo] {\n      override def compare(i1: WinInfo, i2: WinInfo) = {\n        if (i1.x == i2.x)\n          i1.y - i2.y\n        else if (i1.x < i2.x)\n          i1.y - (i2.y + i2.h)\n        else if (i1.y + i1.h <= i2.y)\n          -1\n        else\n          1\n      }\n    }\n  }\n\n  \/**\n   * Takes a list of window information, which is the id of the window, its\n   * `x` and `y` axis and its width and height and creates a tree out of it,\n   * which describes how the windows fit into a row and column model.\n   *\/\n  def mkWindowTree(infos: Seq[WinInfo]): WindowTree = {\n    def group[A](infos: Seq[A])(\n        headElemOp: (A, A) \u21d2 Boolean,\n        tupleOp: (Seq[A], Seq[A]) \u21d2 Seq[Seq[A]])\n        : Seq[Seq[A]] = infos match {\n      case h +: t \u21d2\n        val f = headElemOp(h, _: A)\n        val (same, remaining) = t span f\n        if (remaining.isEmpty)\n          Seq(h +: same)\n        else\n          tupleOp(h +: same, remaining) ++ group(remaining)(headElemOp, tupleOp)\n    }\n\n    \/*\n     * Groups all consecutive windows that form a column together to a `Seq`.\n     *\/\n    def groupCols(infos: Seq[WinInfo]) = {\n      group(infos)((h, elem) \u21d2 elem.y == h.y, (same, remaining) \u21d2 {\n        val h = remaining.head\n        val (before, after) = same span (_.x != h.x)\n        Seq(before, after).filter(_.nonEmpty)\n      })\n    }\n\n    \/*\n     * Groups a `Seq` of columns to a `Seq` of rows, where each row can consist\n     * of multiple `Seq` of columns.\n     *\/\n    def groupRows(infos: Seq[Seq[WinInfo]]) = {\n      group(infos)((h, elem) \u21d2 {\n        val hh = h.head\n        elem.head.y > hh.y && elem.head.x >= hh.x\n      }, (same, _) \u21d2 Seq(same))\n    }\n\n    \/*\n     * Groups a `Seq` of rows to sequences that contain the rows that form a\n     * single column. The resulting `Seq` is therefore a `Seq` of rows, which\n     * contain each a `Seq` of rows, which once again contain each a `Seq` of\n     * columns.\n     *\/\n    def groupColRows(infos: Seq[Seq[Seq[WinInfo]]]) = {\n      group(infos)((h, elem) \u21d2 {\n        val hh = h.head.head\n        elem.head.head.y == hh.y\n      }, (same, _) \u21d2 Seq(same))\n    }\n\n    def loop(cols: Seq[Seq[WinInfo]]): WindowTree = {\n      \/* Converts `seq` to a `WindowTree`, by either using `ifEmpty` or `nonEmpty`. *\/\n      def toTree[A](seq: Seq[A])(ifEmpty: Seq[A] \u21d2 WindowTree, nonEmpty: Seq[A] \u21d2 WindowTree): WindowTree =\n        if (seq.lengthCompare(1) == 0)\n          ifEmpty(seq)\n        else\n          nonEmpty(seq)\n\n      def mkRows(rows: Seq[Seq[Seq[WinInfo]]]) = {\n        val h = rows.head\n        val trees = toTree(h.head.map(w \u21d2 Window(w.id)))(_.head, Columns)\n        toTree(h)(_ \u21d2 trees, _ \u21d2 loop(h.tail) match {\n          case Rows(rows) \u21d2 Rows(trees +: rows)\n          case tree \u21d2 Rows(Seq(trees, tree))\n        })\n      }\n\n      def mkCols(rows: Seq[Seq[Seq[WinInfo]]]) =\n        toTree(rows map loop)(_.head, Columns)\n\n      def mkTree(rows: Seq[Seq[Seq[WinInfo]]]) =\n        toTree(rows)(mkRows, mkCols)\n\n      val rows = groupRows(cols)\n      val colRows = groupColRows(rows)\n\n      toTree(colRows map mkTree)(_.head, Rows)\n    }\n\n    val sortedInfos = infos.sorted\n    val cols = groupCols(sortedInfos)\n    loop(cols)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"project\/plugins.sbt","text":"addSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"0.6.7\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-web\" % \"1.2.0\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-js-engine\" % \"1.1.4\")\naddSbtPlugin(\"com.typesafe.sbteclipse\" % \"sbteclipse-plugin\" % \"5.1.0\")\naddSbtPlugin(\"io.spray\" % \"sbt-revolver\" % \"0.7.2\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.2\")\naddSbtPlugin(\"io.get-coursier\" % \"sbt-coursier\" % \"1.0.0-RC1\")\n\nlibraryDependencies += \"org.scala-sbt\" % \"scripted-plugin\" % sbtVersion.value\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/protocol\/src\/main\/scala\/amora\/backend\/schema\/Schema.scala","text":"package amora.backend.schema\n\nimport java.net.URLEncoder\n\nimport amora.converter.protocol._\n\nobject Schema {\n\n  def mkShortId(s: Schema): String = s match {\n    case Project(name) \u21d2\n      name\n    case Artifact(owner, organization, name, version) \u21d2\n      s\"${mkShortId(owner)}\/$organization\/$name\/$version\"\n    case File(owner, name) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Package(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Class(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case AbstractClass(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Object(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Trait(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Def(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Val(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case Var(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n    case LazyVal(name, owner) \u21d2\n      s\"${mkShortId(owner)}\/$name\"\n  }\n\n  def mkId(s: Schema): String = s match {\n    case _: Project \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Project\/${mkShortId(s)}\"\n    case _: Artifact \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Artifact\/${mkShortId(s)}\"\n    case _: File \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/File\/${mkShortId(s)}\"\n    case _: Package \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Package\/${mkShortId(s)}\"\n    case _: Class \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Class\/${mkShortId(s)}\"\n    case _: AbstractClass \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/AbstractClass\/${mkShortId(s)}\"\n    case _: Object \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Object\/${mkShortId(s)}\"\n    case _: Trait \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Trait\/${mkShortId(s)}\"\n    case _: Def \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Def\/${mkShortId(s)}\"\n    case _: Val \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Val\/${mkShortId(s)}\"\n    case _: Var \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Var\/${mkShortId(s)}\"\n    case _: LazyVal \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/LazyVal\/${mkShortId(s)}\"\n  }\n\n  def mkDefn(s: Schema): String = s match {\n    case _: Project \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Project\"\n    case _: Artifact \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Artifact\"\n    case _: File \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/File\"\n    case _: Package \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Package\"\n    case _: Class \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Class\"\n    case _: AbstractClass \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/AbstractClass\"\n    case _: Object \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Object\"\n    case _: Trait \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Trait\"\n    case _: Def \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Def\"\n    case _: Val \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Val\"\n    case _: Var \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/Var\"\n    case _: LazyVal \u21d2\n      s\"http:\/\/amora.center\/kb\/amora\/Schema\/LazyVal\"\n  }\n\n  def mkSparqlUpdate(schemas: Seq[Schema]): String = {\n    val sb = new StringBuilder\n\n    def mk(s: Schema): String = s match {\n      case Project(name) \u21d2\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case Artifact(owner, organization, name, version) \u21d2\n        val oid = mk(owner)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/organization> \"$organization\" .\n                      |  <$id> <$defn\/name> \"$name\" .\n                      |  <$id> <$defn\/version> \"$version\" .\n        |\"\"\".stripMargin)\n        id\n      case File(owner, fname) \u21d2\n        val oid = mk(owner)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$fname\" .\n        |\"\"\".stripMargin)\n        id\n      case Package(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case Class(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case Def(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case Val(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case Var(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n      case LazyVal(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        sb.append(s\"\"\"|  <$id> a <$defn\/> .\n                      |  <$id> <$defn\/owner> <$oid> .\n                      |  <$id> <$defn\/name> \"$name\" .\n        |\"\"\".stripMargin)\n        id\n    }\n\n    sb.append(\"INSERT DATA {\\n\")\n    schemas foreach mk\n    sb.append(\"}\")\n    sb.toString()\n  }\n\n  def mkTurtleString(schemas: Seq[Schema]): String = turtleBuilder {\n    (addPrefix, addData) \u21d2\n\n    def mk(s: Schema): String = s match {\n      case Project(name) \u21d2\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Project\", defn+\"\/\")\n        addData(id, \"a\", \"Project:\")\n        addData(id, s\"Project:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Artifact(owner, organization, name, version) \u21d2\n        val oid = mk(owner)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Artifact\", defn+\"\/\")\n        addData(id, \"a\", \"Artifact:\")\n        addData(id, s\"Artifact:owner\", s\"<$oid>\")\n        addData(id, s\"Artifact:organization\", s\"\"\"\"$organization\"\"\"\")\n        addData(id, s\"Artifact:name\", s\"\"\"\"$name\"\"\"\")\n        addData(id, s\"Artifact:version\", s\"\"\"\"$version\"\"\"\")\n        id\n      case File(owner, name) \u21d2\n        val oid = mk(owner)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"File\", defn+\"\/\")\n        addData(id, \"a\", \"File:\")\n        addData(id, s\"File:owner\", s\"<$oid>\")\n        addData(id, s\"File:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Package(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Package\", defn+\"\/\")\n        addData(id, \"a\", \"Package:\")\n        addData(id, s\"Package:owner\", s\"<$oid>\")\n        addData(id, s\"Package:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Class(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Class\", defn+\"\/\")\n        addData(id, \"a\", \"Class:\")\n        addData(id, s\"Class:owner\", s\"<$oid>\")\n        addData(id, s\"Class:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Def(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Def\", defn+\"\/\")\n        addData(id, \"a\", \"Def:\")\n        addData(id, s\"Def:owner\", s\"<$oid>\")\n        addData(id, s\"Def:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Val(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Val\", defn+\"\/\")\n        addData(id, \"a\", \"Val:\")\n        addData(id, s\"Val:owner\", s\"<$oid>\")\n        addData(id, s\"Val:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case Var(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"Var\", defn+\"\/\")\n        addData(id, \"a\", \"Var:\")\n        addData(id, s\"Var:owner\", s\"<$oid>\")\n        addData(id, s\"Var:name\", s\"\"\"\"$name\"\"\"\")\n        id\n      case LazyVal(name, parent) \u21d2\n        val oid = mk(parent)\n        val id = mkId(s)\n        val defn = mkDefn(s)\n        addPrefix(\"LazyVal\", defn+\"\/\")\n        addData(id, \"a\", \"LazyVal:\")\n        addData(id, s\"LazyVal:owner\", s\"<$oid>\")\n        addData(id, s\"LazyVal:name\", s\"\"\"\"$name\"\"\"\")\n        id\n    }\n\n    schemas foreach mk\n  }\n\n  def mkTurtleUpdate(hierarchies: Seq[Hierarchy]): String = turtleBuilder {\n    (addPrefix, addData) \u21d2\n\n    def mkTpe(decl: Decl) = {\n      if (decl.attachments(Attachment.Lazy) && decl.attachments(Attachment.Val))\n        \"LazyVal\"\n      else if (decl.attachments(Attachment.Abstract) && decl.attachments(Attachment.Class))\n        \"AbstractClass\"\n      else\n        decl.attachments.collectFirst {\n          case Attachment.Class \u21d2 \"Class\"\n          case Attachment.Object \u21d2 \"Object\"\n          case Attachment.Trait \u21d2 \"Trait\"\n          case Attachment.Package \u21d2 \"Package\"\n          case Attachment.Def \u21d2 \"Def\"\n          case Attachment.Val \u21d2 \"Val\"\n          case Attachment.Var \u21d2 \"Var\"\n        }.getOrElse(\"Decl\")\n    }\n\n    def sourceFile(h: Hierarchy) =\n      h.attachments.collectFirst {\n        case Attachment.SourceFile(file) \u21d2 file\n      }.getOrElse(throw new IllegalStateException(s\"SourceFile attachment expected at `$h` at position `${h.position}` but there were only: ${h.attachments}\"))\n\n    def mkFullPath(decl: Decl) = {\n      def findArtifact(schema: Schema): Artifact = schema match {\n        case a: Artifact \u21d2 a\n        case p: Package \u21d2 findArtifact(p.owner)\n        case f: File \u21d2 findArtifact(f.owner)\n        case _ \u21d2 ???\n      }\n      val schema = sourceFile(decl)\n      val shortArtifactId = Schema.mkShortId(findArtifact(schema))\n      val tpe = mkTpe(decl)\n      s\"http:\/\/amora.center\/kb\/amora\/$tpe\/$shortArtifactId\/${mkShortPath(decl)}\"\n    }\n\n    def mkRefPath(ref: Ref): String = {\n      val declPath = ref.refToDecl match {\n        case d: Decl \u21d2 mkFullPath(d)\n        case _ \u21d2\n          ???\n      }\n      val file = sourceFile(ref)\n      val shortFileId = mkShortId(file)\n      val ctorAppendix = if (ref.owner.owner.attachments(Attachment.Constructor)) \"\/ctor\" else \"\"\n      s\"$declPath\/$shortFileId${uniqueRef(ref.position)}$ctorAppendix\"\n    }\n\n    def mkScopePath(decl: Scope): String = {\n      def findArtifact(schema: Schema): Artifact = schema match {\n        case a: Artifact \u21d2 a\n        case p: Package \u21d2 findArtifact(p.owner)\n        case f: File \u21d2 findArtifact(f.owner)\n        case _ \u21d2 ???\n      }\n      val schema = sourceFile(decl)\n      val shortArtifactId = Schema.mkShortId(findArtifact(schema))\n      val tpe = \"Scope\"\n      val path = encode(decl.asString).replace('.', '\/')\n      s\"http:\/\/amora.center\/kb\/amora\/$tpe\/$shortArtifactId\/$path\"\n    }\n\n    def mkOwnerPath(h: Hierarchy, owner: Hierarchy) = {\n      val isTopLevelDecl = {\n        def isTopLevelDecl = h.attachments.exists(Set(Attachment.Class, Attachment.Trait, Attachment.Object))\n        def isPkg = owner.attachments(Attachment.Package)\n        isTopLevelDecl && isPkg\n      }\n      if (isTopLevelDecl)\n        mkId(sourceFile(h))\n      else owner match {\n        case owner: Decl \u21d2 mkFullPath(owner)\n        case owner: Ref \u21d2 mkRefPath(owner)\n        case owner: Scope \u21d2 mkScopePath(owner)\n      }\n    }\n\n    def findNonScopeOwner[A](scope: Scope)(pf: PartialFunction[Hierarchy, A]): A = scope.owner match {\n      case scope: Scope \u21d2\n        findNonScopeOwner(scope)(pf)\n      case owner \u21d2\n        if (pf.isDefinedAt(owner))\n          pf(owner)\n        else\n          throw new IllegalStateException(s\"Can't convert the owner `$owner` of scope `$scope` at position `${scope.position}`.\")\n    }\n\n    def loop(h: Hierarchy): Unit = h match {\n      case Root \u21d2\n      case decl @ Decl(name, owner) \u21d2\n        val tpe = mkTpe(decl)\n        val path = mkFullPath(decl)\n        val schemaPath = s\"http:\/\/amora.center\/kb\/amora\/Schema\/$tpe\"\n        addPrefix(tpe, schemaPath+\"\/\")\n        addData(path, \"a\", s\"$tpe:\")\n        addData(path, s\"$tpe:name\", s\"\"\"\"$name\"\"\"\")\n\n        if (h.attachments(Attachment.Param)) {\n          addData(path, s\"$tpe:flag\", \"<http:\/\/amora.center\/kb\/amora\/Flag\/param>\")\n        }\n        if (h.attachments(Attachment.TypeParam)) {\n          addData(path, s\"$tpe:flag\", \"<http:\/\/amora.center\/kb\/amora\/Flag\/tparam>\")\n        }\n        if (h.attachments(Attachment.Constructor)) {\n          addData(path, s\"$tpe:flag\", \"<http:\/\/amora.center\/kb\/amora\/Flag\/constructor>\")\n        }\n        if (h.attachments(Attachment.Implicit)) {\n          addData(path, s\"$tpe:flag\", \"<http:\/\/amora.center\/kb\/amora\/Flag\/implicit>\")\n        }\n\n        decl.attachments.collect {\n          case Attachment.JvmSignature(signature) \u21d2\n            addData(path, s\"$tpe:jvmSignature\", s\"\"\"\"$signature\"\"\"\")\n          case Attachment.JvmClass(signature) \u21d2\n            addData(path, s\"$tpe:jvmClass\", s\"\"\"\"$signature\"\"\"\")\n        }\n\n        decl.position match {\n          case RangePosition(start, end) \u21d2\n            addData(path, s\"$tpe:posStart\", start.toString)\n            addData(path, s\"$tpe:posEnd\", end.toString)\n          case _ \u21d2\n        }\n\n        owner match {\n          case Root \u21d2\n            \/\/ The owner of a package is an artifact but this can't be represented\n            \/\/ in the Hierarchy structure. Thus, we index this information separately.\n            if (!decl.attachments(Attachment.Package)) {\n              val ownerPath = mkId(sourceFile(decl))\n              addData(path, s\"$tpe:owner\", s\"\"\"<$ownerPath>\"\"\")\n            }\n          case owner \u21d2\n            val ownerPath = mkOwnerPath(decl, owner)\n            addData(path, s\"$tpe:owner\", s\"\"\"<$ownerPath>\"\"\")\n\n            loop(owner)\n        }\n\n        decl.attachments.collectFirst {\n          case Attachment.CodeOrder(nr) \u21d2\n            addData(path, s\"$tpe:codeOrder\", nr.toString)\n        }\n\n      case ref @ Ref(name, refToDecl, owner, calledOn) \u21d2\n        val declPath = refToDecl match {\n          case d: Decl \u21d2 mkFullPath(d)\n          case _ \u21d2\n            ???\n        }\n        val path = mkRefPath(ref)\n        val schemaPath = s\"http:\/\/amora.center\/kb\/amora\/Schema\/Ref\"\n        addPrefix(\"Ref\", schemaPath+\"\/\")\n        addData(path, \"a\", \"Ref:\")\n        addData(path, \"Ref:name\", s\"\"\"\"$name\"\"\"\")\n        addData(path, \"Ref:refToDecl\", s\"\"\"<$declPath>\"\"\")\n\n        if (ref.attachments(Attachment.Repeated)) {\n          addData(path, \"Ref:flag\", \"<http:\/\/amora.center\/kb\/amora\/Flag\/repeated>\")\n        }\n\n        ref.position match {\n          case RangePosition(start, end) \u21d2\n            addData(path, \"Ref:posStart\", start.toString)\n            addData(path, \"Ref:posEnd\", end.toString)\n          case _ \u21d2\n        }\n\n        owner match {\n          case Root \u21d2\n            val file = sourceFile(ref)\n            val ownerPath = mkDefn(file)\n            addData(path, \"Ref:owner\", s\"\"\"<$ownerPath>\"\"\")\n          case owner: HierarchyWithName \u21d2\n            val ownerPath = mkOwnerPath(ref, owner)\n            addData(path, \"Ref:owner\", s\"\"\"<$ownerPath>\"\"\")\n\n            loop(owner)\n          case owner: Scope \u21d2\n            findNonScopeOwner(owner) {\n              case h: HierarchyWithName \u21d2\n                val ownerPath = mkOwnerPath(ref, h) + \"\/\" + encode(owner.attachmentAsString)\n                addData(path, \"Ref:owner\", s\"\"\"<$ownerPath>\"\"\")\n            }\n            loop(owner.owner)\n        }\n\n        calledOn foreach {\n          case calledOn: Ref \u21d2\n            val calledOnPath = mkRefPath(calledOn)\n            addData(path, \"Ref:calledOn\", s\"\"\"<$calledOnPath>\"\"\")\n          case calledOn: Decl \u21d2\n            val calledOnPath = mkFullPath(calledOn)\n            addData(path, \"Ref:calledOn\", s\"\"\"<$calledOnPath>\"\"\")\n          case _ \u21d2\n            ???\n        }\n\n        ref.attachments.collect {\n          case Attachment.Order(nr) \u21d2\n            addData(path, \"Ref:order\", nr.toString)\n          case Attachment.CodeOrder(nr) \u21d2\n            addData(path, \"Ref:codeOrder\", nr.toString)\n        }\n\n      case scope: Scope \u21d2\n        val path = findNonScopeOwner(scope) {\n          case decl: Decl \u21d2\n            mkFullPath(decl) + \"\/\" + encode(scope.attachmentAsString)\n          case ref: Ref \u21d2\n            mkRefPath(ref) + \"\/\" + encode(scope.attachmentAsString)\n        }\n        val schemaPath = \"http:\/\/amora.center\/kb\/amora\/Schema\/Scope\"\n        addPrefix(\"Scope\", schemaPath+\"\/\")\n        addData(path, \"a\", \"Scope:\")\n\n        scope.position match {\n          case RangePosition(start, end) \u21d2\n            addData(path, \"Scope:posStart\", start.toString)\n            addData(path, \"Scope:posEnd\", end.toString)\n          case _ \u21d2\n        }\n        findNonScopeOwner(scope) {\n          case decl: Decl \u21d2\n            val ownerPath = mkFullPath(decl)\n            addData(path, \"Scope:owner\", s\"\"\"<$ownerPath>\"\"\")\n          case ref: Ref \u21d2\n            val ownerPath = mkRefPath(ref)\n            addData(path, \"Scope:owner\", s\"\"\"<$ownerPath>\"\"\")\n        }\n\n        loop(scope.owner)\n    }\n\n    hierarchies foreach loop\n  }\n\n  def turtleBuilder(f: ((String, String) \u21d2 Unit, (String, String, String) \u21d2 Unit) \u21d2 Unit) = {\n    var prefixe = Map[String, String]()\n    var data = Map[String, Map[String, String]]()\n\n    def addPrefix(name: String, url: String) = {\n      if (!prefixe.contains(name))\n        prefixe += name \u2192 url\n    }\n    def addData(url: String, k: String, v: String) = {\n      val turtleUrl =\n        if (url.contains(\":\") && !url.contains(\":\/\/\")) {\n          val prefix = url.takeWhile(_ != ':')\n          if (!prefixe.contains(prefix))\n            throw new IllegalArgumentException(s\"Prefix `$prefix` not found.\")\n          else\n            url\n        }\n        else\n          s\"<$url>\"\n      data.get(turtleUrl) match {\n        case Some(map) \u21d2\n          data += turtleUrl \u2192 (map + k \u2192 v)\n        case None \u21d2\n          data += turtleUrl \u2192 Map(k \u2192 v)\n      }\n    }\n\n    f(addPrefix, addData)\n\n    val stringOrdering = new Ordering[String] {\n      def compare(a: String, b: String) = String.CASE_INSENSITIVE_ORDER.compare(a, b)\n    }\n\n    val sb = new StringBuilder\n    val prefixLen = (if (prefixe.isEmpty) 0 else prefixe.keys.map(_.length).max) + 3\n    prefixe.toList.sortBy(_._1)(stringOrdering) foreach {\n      case (name, url) \u21d2\n        sb append \"@prefix \" append name append \":\" append \" \" * (prefixLen - name.length) append \"<\" append url append \"> .\\n\"\n    }\n    val len = (if (data.isEmpty) 0 else data.values.map(_.keys.map(_.length).max).max) + 3\n    data.toList.sortBy(_._1)(stringOrdering) foreach {\n      case (url, kv) \u21d2\n        sb append url append \"\\n\"\n        kv.toList.sortBy(_._1)(stringOrdering) foreach {\n          case (k, v) \u21d2\n            sb append \"  \" append k append \" \" * (len - k.length) append v append \" ;\\n\"\n        }\n        sb append \".\\n\"\n    }\n    sb.toString\n  }\n\n  def mkSparqlUpdate(schema: Schema, data: Seq[Hierarchy]): String = {\n    val sb = new StringBuilder\n\n    def mkTpe(decl: Decl) = {\n      if (decl.attachments(Attachment.Lazy) && decl.attachments(Attachment.Val))\n        \"LazyVal\"\n      else if (decl.attachments(Attachment.Abstract) && decl.attachments(Attachment.Class))\n        \"AbstractClass\"\n      else\n        decl.attachments.collectFirst {\n          case Attachment.Class \u21d2 \"Class\"\n          case Attachment.Object \u21d2 \"Object\"\n          case Attachment.Trait \u21d2 \"Trait\"\n          case Attachment.Package \u21d2 \"Package\"\n          case Attachment.Def \u21d2 \"Def\"\n          case Attachment.Val \u21d2 \"Val\"\n          case Attachment.Var \u21d2 \"Var\"\n        }.getOrElse(\"Decl\")\n    }\n\n    def mkFullPath(decl: Decl) = {\n      def findArtifact(schema: Schema): Artifact = schema match {\n        case a: Artifact \u21d2 a\n        case p: Package \u21d2 findArtifact(p.owner)\n        case f: File \u21d2 findArtifact(f.owner)\n        case _ \u21d2 ???\n      }\n      val a = findArtifact(schema)\n      val tpe = mkTpe(decl)\n      s\"http:\/\/amora.center\/kb\/amora\/$tpe\/${Schema.mkShortId(a)}\/${mkShortPath(decl)}\"\n    }\n\n    def mkOwnerPath(h: Hierarchy, owner: Decl) = {\n      val isTopLevelDecl = {\n        def isTopLevelDecl = h.attachments.exists(Set(Attachment.Class, Attachment.Trait, Attachment.Object))\n        def isPkg = owner.attachments(Attachment.Package)\n        isTopLevelDecl && isPkg\n      }\n      if (isTopLevelDecl)\n        Schema.mkId(schema)\n      else\n        mkFullPath(owner)\n    }\n\n    def loop(h: Hierarchy): Unit = h match {\n      case Root \u21d2\n      case decl @ Decl(name, owner) \u21d2\n        val tpe = mkTpe(decl)\n        val path = mkFullPath(decl)\n        val schemaPath = s\"http:\/\/amora.center\/kb\/amora\/Schema\/$tpe\"\n        sb.append(s\"  <$path> a <$schemaPath\/> .\\n\")\n        sb.append(s\"\"\"  <$path> <$schemaPath\/name> \"$name\" .\"\"\" + \"\\n\")\n\n        if (h.attachments(Attachment.Param)) {\n          sb.append(s\"\"\"  <$path> <$schemaPath\/flag> <http:\/\/amora.center\/kb\/amora\/Flag\/param> .\"\"\" + \"\\n\")\n        }\n        if (h.attachments(Attachment.TypeParam)) {\n          sb.append(s\"\"\"  <$path> <$schemaPath\/flag> <http:\/\/amora.center\/kb\/amora\/Flag\/tparam> .\"\"\" + \"\\n\")\n        }\n        if (h.attachments(Attachment.Constructor)) {\n          sb.append(s\"\"\"  <$path> <$schemaPath\/flag> <http:\/\/amora.center\/kb\/amora\/Flag\/constructor> .\"\"\" + \"\\n\")\n        }\n        if (h.attachments(Attachment.Implicit)) {\n          sb.append(s\"\"\"  <$path> <$schemaPath\/flag> <http:\/\/amora.center\/kb\/amora\/Flag\/implicit> .\"\"\" + \"\\n\")\n        }\n\n        decl.attachments.collect {\n          case Attachment.JvmSignature(signature) \u21d2\n            sb.append(s\"\"\"  <$path> <$schemaPath\/jvmSignature> \"$signature\" .\"\"\" + \"\\n\")\n          case Attachment.JvmClass(signature) \u21d2\n            sb.append(s\"\"\"  <$path> <$schemaPath\/jvmClass> \"$signature\" .\"\"\" + \"\\n\")\n        }\n\n        decl.position match {\n          case RangePosition(start, end) \u21d2\n            sb.append(s\"  <$path> <$schemaPath\/posStart> $start .\\n\")\n            sb.append(s\"  <$path> <$schemaPath\/posEnd> $end .\\n\")\n          case _ \u21d2\n        }\n\n        owner match {\n          case Root \u21d2\n            \/\/ The owner of a package is an artifact but this can't be represented\n            \/\/ in the Hierarchy structure. Thus, we index this information separately.\n            if (!decl.attachments(Attachment.Package)) {\n              val ownerPath = Schema.mkId(schema)\n              sb.append(s\"  <$path> <$schemaPath\/owner> <$ownerPath> .\\n\")\n            }\n          case owner: Decl \u21d2\n            val ownerPath = mkOwnerPath(decl, owner)\n            sb.append(s\"  <$path> <$schemaPath\/owner> <$ownerPath> .\\n\")\n\n            loop(owner)\n          case _: Ref \u21d2\n          case _: Scope \u21d2\n        }\n\n      case ref @ Ref(name, refToDecl, owner, qualifier) \u21d2\n        val declPath = refToDecl match {\n          case d: Decl \u21d2 mkFullPath(d)\n          \/\/ TODO replace this with a real implementation\n          case _ \u21d2 \"???\"\n        }\n        val path = s\"$declPath\/${Schema.mkShortId(schema)}${uniqueRef(ref.position)}\"\n        val schemaPath = s\"http:\/\/amora.center\/kb\/amora\/Schema\/Ref\"\n        sb.append(s\"  <$path> a <$schemaPath\/> .\\n\")\n        sb.append(s\"\"\"  <$path> <$schemaPath\/name> \"$name\" .\"\"\" + \"\\n\")\n        sb.append(s\"  <$path> <$schemaPath\/refToDecl> <$declPath> .\\n\")\n\n        ref.position match {\n          case RangePosition(start, end) \u21d2\n            sb.append(s\"  <$path> <$schemaPath\/posStart> $start .\\n\")\n            sb.append(s\"  <$path> <$schemaPath\/posEnd> $end .\\n\")\n          case _ \u21d2\n        }\n\n        owner match {\n          case Root \u21d2\n            val ownerPath = Schema.mkDefn(schema)\n            sb.append(s\"  <$path> <$schemaPath\/owner> <$ownerPath> .\\n\")\n          case owner: Decl \u21d2\n            val ownerPath = mkOwnerPath(ref, owner)\n            sb.append(s\"  <$path> <$schemaPath\/owner> <$ownerPath> .\\n\")\n\n            loop(owner)\n          case _: Ref \u21d2\n          case _: Scope \u21d2\n        }\n\n      case _: Scope \u21d2\n    }\n\n    sb.append(\"INSERT DATA {\\n\")\n    data foreach loop\n    sb.append(\"}\")\n    sb.toString\n  }\n\n  private def uniqueRef(pos: Position) = pos match {\n    case RangePosition(start, _) \u21d2\n      s\"\/$start\"\n    case _ \u21d2\n      \"\"\n  }\n\n  private def encode(str: String): String =\n    URLEncoder.encode(str, \"UTF-8\")\n\n  private def mkShortPath(decl: Decl) = {\n    val Decl(name, owner) = decl\n    val n = encode(name)\n    val ownerPath = owner match {\n      case Root \u21d2\n        \"\"\n      case _: Decl | _: Scope \u21d2\n        encode(owner.asString).replace('.', '\/')\n      case _: Ref \u21d2\n        val path = encode(owner.asString).replace('.', '\/')\n        s\"$path${uniqueRef(owner.position)}\"\n    }\n    val sig = decl.attachments.collectFirst {\n      case Attachment.JvmSignature(signature) \u21d2 encode(signature)\n    }.getOrElse(\"\")\n    val paramAtt = encode(decl.attachments.collectFirst {\n      case Attachment.Param \u21d2 \"<param>\"\n      case Attachment.TypeParam \u21d2 \"<tparam>\"\n    }.getOrElse(\"\"))\n    val originPath = if (ownerPath.isEmpty) \"\" else ownerPath + \"\/\"\n    val fullPath = s\"$originPath$paramAtt$n$sig\"\n    fullPath\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/actors\/WebSocketRequestActor.scala","text":"<filename>backend\/src\/main\/scala\/amora\/backend\/actors\/WebSocketRequestActor.scala\npackage amora.backend.actors\n\nimport scala.concurrent.Future\n\nimport RequestMessage._\nimport akka.actor.Actor\nimport akka.actor.ActorLogging\nimport akka.actor.ActorRef\nimport akka.actor.Props\nimport akka.pattern.ask\nimport akka.stream.ActorMaterializer\nimport amora.backend.ActorLogger\nimport amora.backend.Content\nimport amora.backend.Logger\nimport amora.backend.indexer.ArtifactIndexer\nimport amora.frontend.webui.protocol._\nimport spray.json.RootJsonFormat\nimport spray.json.DefaultJsonProtocol\n\nclass WebSocketRequestActor(queue: ActorRef, indexer: ActorRef) extends Actor with ActorLogging {\n  implicit val system = context.system\n  import system.dispatcher\n  import amora.backend.PlatformConstants.timeout\n\n  private var clients = Map.empty[String, ActorRef]\n\n  override def receive = {\n    case ClientAuthorizationRequest(client) \u21d2\n      val clientId = s\"client${clients.size}\"\n      log.info(s\"New client asks for authorization. Assigned to ID `$clientId`.\")\n      client ! AuthorizationGranted(clientId)\n\n    case ClientJoined(clientId, client) \u21d2\n      if (clients.contains(clientId))\n        client ! ConnectionFailure(s\"Client with ID `$clientId` already exists. A reconnect may solve this problem.\")\n      else {\n        clients += clientId \u2192 client\n        log.info(s\"Client with ID `$clientId` joined.\")\n        client ! ConnectionSuccessful\n      }\n\n    case ClientLeft(clientId) \u21d2\n      clients -= clientId\n      log.info(s\"Client with ID `$clientId` left.\")\n\n    case ClientRequest(clientId, req) \u21d2\n      val sender = clients(clientId)\n      handleRequest(sender, req)\n\n    case AnonymousClientRequest(req) \u21d2\n      handleRequest(sender, req)\n  }\n\n  def handleRequest(sender: ActorRef, req: Request) = req match {\n    case GetQueueItems \u21d2\n      onComplete[Seq[Int]](sender, queue.ask(QueueMessage.GetItems)) { items \u21d2\n        sender ! QueueItems(items)\n      }\n    case GetQueueItem(id) \u21d2\n      onComplete[Option[ActorRef]](sender, queue.ask(QueueMessage.GetItem(id))) {\n        case None \u21d2\n          sender ! RequestFailed(s\"Item with id `$id` doesn't exist.\")\n        case Some(ref) \u21d2\n          onComplete[Logger](sender, ref.ask(GetLogger)) { logger \u21d2\n            implicit val m = ActorMaterializer()\n            var append = false\n            logger.log.runForeach { str \u21d2\n              sender ! QueueItem(id, str, append)\n              if (!append)\n                append = true\n            }\n          }\n      }\n    case GetSchemas \u21d2\n      val schemas = Content.schemas.all\n      val names = schemas.keys.toSeq\n      val default = schemas.head\n\n      sender ! Schemas(names, Schema(default._1, default._2))\n    case GetSchema(name) \u21d2\n      sender ! Schema(name, Content.schemas.all(name))\n    case IndexData(json) \u21d2\n      handleIndexData(sender, json)\n    case msg \u21d2\n      log.error(s\"Unexpected message: $msg\")\n  }\n\n  def handleIndexData(sender: ActorRef, jsonString: String) = {\n    import RequestMessage.JsonProtocols._\n    import spray.json._\n\n    val json = jsonString.parseJson\n    val fields = json.asJsObject.fields\n    val msg = fields.getOrElse(\"tpe\", throw new RuntimeException(\"Field `tpe` is missing.\")) match {\n      case JsString(\"java-bytecode\") \u21d2\n        val files = json.convertTo[Files]\n        val ref = system.actorOf(Props(classOf[JavaBytecodeIndexerActor], indexer, new ActorLogger), s\"java-bytecode-indexer-${System.currentTimeMillis}\")\n        QueueMessage.RunWithData(ref, files)\n\n      case JsString(\"artifact\") \u21d2\n        val artifacts = json.convertTo[Artifacts]\n        val ref = system.actorOf(Props(classOf[ArtifactIndexer], indexer, new ActorLogger), s\"artifact-indexer-${System.currentTimeMillis}\")\n        QueueMessage.RunWithData(ref, artifacts)\n\n      case v \u21d2\n        throw new RuntimeException(s\"The value `$v` of field `tpe` is unknown.\")\n    }\n\n    onComplete[Int](sender, queue.ask(msg)) { id \u21d2\n      sender ! RequestSucceeded(s\"Request successfully added to worker queue. Item id: $id\")\n    }\n  }\n\n  def onComplete[A : reflect.ClassTag](sender: ActorRef, fut: Future[Any])(onSuccess: A \u21d2 Unit): Unit = fut.mapTo[A] onComplete {\n    case util.Success(v) \u21d2 onSuccess(v)\n    case util.Failure(f) \u21d2 sender ! RequestFailed(s\"Internal server error occurred while handling request: ${f.getMessage}\")\n  }\n}\nsealed trait RequestMessage\nobject RequestMessage {\n  \/** Used for HTTP GET and POST requests. *\/\n  case class AnonymousClientRequest(req: Request) extends RequestMessage\n  \/** Used for requests over websocket. *\/\n  case class ClientRequest(clientId: String, req: Request) extends RequestMessage\n  case class ClientAuthorizationRequest(client: ActorRef) extends RequestMessage\n  case class ClientLeft(clientId: String) extends RequestMessage\n  case class ClientJoined(clientId: String, client: ActorRef) extends RequestMessage\n\n  case class Files(tpe: String, files: Seq[File])\n  case class File(fileName: String, src: String)\n  case class Artifact(organization: String, name: String, version: String)\n  case class Artifacts(tpe: String, artifacts: Seq[Artifact])\n  case object GetLogger\n\n  object JsonProtocols extends DefaultJsonProtocol {\n    implicit val fileFormat: RootJsonFormat[File] = jsonFormat2(File)\n    implicit val filesFormat: RootJsonFormat[Files] = jsonFormat2(Files)\n    implicit val artifactFormat: RootJsonFormat[Artifact] = jsonFormat3(Artifact)\n    implicit val artifactsFormat: RootJsonFormat[Artifacts] = jsonFormat2(Artifacts)\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"nvim\/src\/main\/scala\/nvim\/Window.scala","text":"<filename>nvim\/src\/main\/scala\/nvim\/Window.scala<gh_stars>10-100\npackage nvim\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nimport msgpack4z._\nimport msgpack4z.MsgpackUnion._\n\ncase class Window(id: Int, connection: Connection) {\n\n  \/**\n   * Returns the cursor of the window as a tuple of row and column. The row\n   * starts at 1 and the column starts at 0.\n   *\/\n  def cursor(implicit ec: ExecutionContext): Future[Position] = {\n    connection.sendRequest(\"window_get_cursor\", int(id)) {\n      case MsgpackArray(List(MsgpackLong(row), MsgpackLong(col))) \u21d2\n        Position(row.toInt, col.toInt)\n    }\n  }\n\n  \/**\n   * Sets the cursor to `pos` and returns `pos` afterwards.\n   *\/\n  def cursor_=(pos: Position)(implicit ec: ExecutionContext): Future[Position] = {\n    connection.sendRequest(\"window_set_cursor\", int(id), array(List(int(pos.row), int(pos.col)))) {\n      case _ \u21d2 pos\n    }\n  }\n\n  \/**\n   * Returns the buffer that is displayed in this window.\n   *\/\n  def buffer(implicit ec: ExecutionContext): Future[Buffer] = {\n    connection.sendRequest(\"window_get_buffer\", int(id)) {\n      case MsgpackExt(Nvim.BufferId, Array(bufId)) \u21d2\n        Buffer(bufId.toInt, connection)\n    }\n  }\n\n  \/**\n   * Returns the screen position of the window. Both the row and the col start\n   * at zero.\n   *\/\n  def position(implicit ec: ExecutionContext): Future[Position] = {\n    connection.sendRequest(\"window_get_position\", int(id)) {\n      case MsgpackArray(List(MsgpackLong(x), MsgpackLong(y))) \u21d2\n        Position(x.toInt, y.toInt)\n    }\n  }\n\n  \/**\n   * Gets the height of the window. The height is measured in number of lines\n   * that can be displayed by the window.\n   *\/\n  def height(implicit ec: ExecutionContext): Future[Int] = {\n    connection.sendRequest(\"window_get_height\", int(id)) {\n      case MsgpackLong(long) \u21d2 long.toInt\n    }\n  }\n\n  \/**\n   * Sets the height of the window. The height is measured in number of lines\n   * that can be displayed by the window. Returns the height when the request\n   * has been completed.\n   *\/\n  def height_=(height: Int)(implicit ec: ExecutionContext): Future[Int] = {\n    connection.sendRequest(\"window_set_height\", int(id), int(height)) {\n      case _ \u21d2 height\n    }\n  }\n\n  \/**\n   * Gets the width of the window. The width is measured in number of characters\n   * that can be displayed by the window in a single line.\n   *\/\n  def width(implicit ec: ExecutionContext): Future[Int] = {\n    connection.sendRequest(\"window_get_width\", int(id)) {\n      case MsgpackLong(long) \u21d2 long.toInt\n    }\n  }\n\n  \/**\n   * Sets the height of the window. The width is measured in number of characters\n   * that can be displayed by the window in a single line. Returns the width\n   * when the request has been completed.\n   *\/\n  def width_=(width: Int)(implicit ec: ExecutionContext): Future[Int] = {\n    connection.sendRequest(\"window_set_width\", int(id), int(width)) {\n      case _ \u21d2 width\n    }\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"converter\/protocol\/src\/main\/scala\/amora\/converter\/protocol\/Position.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.converter.protocol\n\ntrait Position\n\nfinal case class RangePosition(start: Int, end: Int) extends Position {\n  def length = end-start\n}\n\nfinal case object NoPosition extends Position\n"}
{"repo_name":"sschaef\/scalajs-test","path":"electron\/src\/main\/scala\/electron\/ElectronMain.scala","text":"package electron\n\nimport scala.scalajs.js.Dynamic.{ global \u21d2 jsg }\nimport scala.scalajs.js.JSApp\n\nimport io.atom.electron._\n\nobject ElectronMain extends JSApp {\n\n  override def main(): Unit = {\n    \/\/ Module to control application life\n    val app = jsg.require(\"app\").asInstanceOf[App]\n\n    \/\/ Keep a global reference of the window object. If we don't, the window will\n    \/\/ be closed automatically when the JavaScript object is GCed.\n    var w: BrowserWindow = null\n\n    app.on(\"ready\", () \u21d2 {\n      w = BrowserWindow(width = 1000, height = 800)\n      w.maximize()\n      \/\/ TODO don't hardcode URL and port here\n      w.loadURL(\"http:\/\/amora.center\")\n      w.openDevTools()\n      w.on(\"closed\", () \u21d2 {\n        w = null\n      })\n\n      ()\n    })\n  }\n}\n"}
{"repo_name":"sschaef\/scalajs-test","path":"backend\/src\/main\/scala\/amora\/backend\/indexer\/Indexer.scala","text":"<reponame>sschaef\/scalajs-test\npackage amora.backend.indexer\n\nimport scala.util.control.NonFatal\n\nimport org.apache.jena.query.Dataset\nimport org.apache.jena.query.ParameterizedSparqlString\nimport org.apache.jena.query.QueryExecutionFactory\nimport org.apache.jena.query.QueryFactory\nimport org.apache.jena.query.QuerySolution\nimport org.apache.jena.query.ReadWrite\nimport org.apache.jena.query.ResultSetFactory\nimport org.apache.jena.query.ResultSetRewindable\nimport org.apache.jena.rdf.model.ModelFactory\nimport org.apache.jena.tdb.TDBFactory\nimport org.apache.jena.update.UpdateAction\n\nimport amora.api._\nimport amora.nlp._\nimport amora.backend.Logger\n\nclass Indexer(modelName: String, log: Logger) {\n\n  \/**\n   * On startup of the indexer, we want to index some predefined data like\n   * schema definitions.\n   *\/\n  def startupIndexer(dataset: Dataset): Unit = {\n    import java.io.File\n\n    def indexServices(model: SparqlModel) = {\n      def findRoot(dir: File): File =\n        if (dir.listFiles().exists(_.getName == \".git\"))\n          dir\n        else\n          findRoot(dir.getParentFile)\n      val root = findRoot(new File(getClass.getClassLoader.getResource(\".\").getPath))\n\n      def service(dir: String) = new File(root.getAbsolutePath + dir)\n      val serviceDirectories = Seq(\n        service(\"\/services\/scala-compiler\"),\n        service(\"\/services\/scalac\"),\n        service(\"\/services\/dotc\"),\n        service(\"\/schema\"),\n        service(\"\/converter\/protocol\"),\n        service(\"\/converter\/scalac\")\n      )\n      val serviceFiles = serviceDirectories flatMap { serviceDirectory \u21d2\n        serviceDirectory.listFiles().filter(_.getName.endsWith(\".service.ttl\"))\n      }\n      model.writeAs(Turtle, s\"\"\"\n        @prefix service:<http:\/\/amora.center\/kb\/Schema\/Service\/> .\n        @prefix registry:<http:\/\/amora.center\/kb\/Service\/> .\n        ${\n          serviceFiles.map { s \u21d2\n            val name = s.getName.dropRight(\".service.ttl\".length)\n            s\"\"\"\n        registry:$name\n          a service: ;\n          service:name \"$name\" ;\n          service:path \"${s.getCanonicalPath}\" ;\n          service:directory \"${s.getParentFile.getAbsolutePath}\" ;\n          service:fileName \"${s.getName}\" ;\n        .\"\"\"\n          }.mkString\n        }\n      \"\"\")\n    }\n\n    def indexSchemas(model: SparqlModel) = {\n      val cl = getClass.getClassLoader\n      val resourceDir = new File(cl.getResource(\".\").getPath)\n      val indexableFiles = resourceDir.listFiles().filter(_.getName.endsWith(\".schema.ttl\"))\n      indexableFiles foreach { file \u21d2\n        val src = io.Source.fromFile(file, \"UTF-8\")\n        val content = src.mkString\n        val schemaName = file.getName.dropRight(\".schema.ttl\".length)\n        src.close()\n        val alreadyIndexed = sparqlQuery\"\"\"\n          ask { <http:\/\/amora.center\/kb\/amora\/Schema\/$schemaName\/> <http:\/\/amora.center\/kb\/amora\/Schema\/schemaName> ?o }\n        \"\"\".askOnModel(model)\n        if (!alreadyIndexed) {\n          try model.writeAs(Turtle, content)\n          catch {\n            case NonFatal(t) \u21d2\n              throw new RuntimeException(s\"An error happened during indexing of file `$file`\", t)\n          }\n          log.info(s\"Schema file `$file` successfully indexed.\")\n        }\n      }\n    }\n\n    try withModel(dataset) { model \u21d2\n      indexSchemas(model)\n      indexServices(model)\n\n      log.info(\"Indexer successfully started.\")\n    } catch {\n      case NonFatal(t) \u21d2\n        throw new RuntimeException(\"An error happened during initialization of the indexer.\", t)\n    }\n  }\n\n  def flattenedQueryResult[A](query: String, model: SparqlModel)(f: (String, QuerySolution) \u21d2 A): Seq[A] = {\n    import scala.collection.JavaConverters._\n    val r = withQueryService(model, query)\n    val vars = r.getResultVars.asScala.toSeq\n\n    for { q \u2190 r.asScala.toSeq; v \u2190 vars } yield f(v, q)\n  }\n\n  def queryResult[A](query: String, model: SparqlModel)(f: (String, QuerySolution) \u21d2 A): Seq[Seq[A]] = {\n    import scala.collection.JavaConverters._\n    val r = withQueryService(model, query)\n    val vars = r.getResultVars.asScala.toSeq\n\n    for (q \u2190 r.asScala.toSeq) yield\n      for (v \u2190 vars) yield\n        f(v, q)\n  }\n\n  private def mkHash(model: SparqlModel, diff: SparqlModel): String = {\n    val diffStr = diff.formatAs(NTriple).split(\"\\n\").sorted.mkString(\"\\n\")\n    val blockchain = for (head \u2190 headCommit(model)) yield head + \"\\n\" + diffStr\n    val strToHash = blockchain.getOrElse(diffStr)\n    Utils.mkSha256(strToHash)\n  }\n\n  private def commitModelName(commit: String) =\n    s\"http:\/\/amora.center\/kb\/amora\/Commit\/$commit\"\n\n  def writeAs(dataset: Dataset, model: SparqlModel, format: RdfFormat, data: String): Unit = {\n    val diff = turtleModel(data).difference(model)\n    val prevHash = headCommitUri(model)\n    val hash = mkHash(model, diff)\n    val storedModel = dataset.getNamedModel(commitModelName(hash))\n    storedModel.add(diff.model)\n\n    model.writeAs(Turtle, data)\n    prevHash match {\n      case Some(prevHash) \u21d2\n        model.writeAs(Turtle, s\"\"\"\n          @prefix Commit:<http:\/\/amora.center\/kb\/amora\/Schema\/Commit\/>\n          @prefix CommitData:<http:\/\/amora.center\/kb\/amora\/Commit\/>\n          CommitData:$hash\n            a Commit: ;\n            Commit:hash \"$hash\" ;\n            Commit:previous $prevHash ;\n          .\n        \"\"\")\n      case None \u21d2\n        model.writeAs(Turtle, s\"\"\"\n          @prefix Commit:<http:\/\/amora.center\/kb\/amora\/Schema\/Commit\/>\n          @prefix CommitData:<http:\/\/amora.center\/kb\/amora\/Commit\/>\n          CommitData:$hash\n            a Commit: ;\n            Commit:hash \"$hash\" ;\n          .\n        \"\"\")\n    }\n  }\n\n  def askNlq(smodel: SparqlModel, query: String): String = {\n    trait SelectType\n    case object Id extends SelectType\n    case object Value extends SelectType\n    case object Rel extends SelectType\n\n    var prefixe = Map[String, String]()\n    var data = Map[String, Map[String, Set[String]]]()\n    var selects = Map[SelectType, String]()\n    var visualization = \"list\"\n\n    def addPrefix(name: String, url: String) = {\n      if (!prefixe.contains(name))\n        prefixe += name \u2192 url\n    }\n\n    def addData(variable: String, k: String, v: String) = {\n      data.get(variable) match {\n        case Some(map) \u21d2\n          val set = map.getOrElse(k, Set())\n          data += variable \u2192 (map + k \u2192 (set + v))\n        case None \u21d2\n          data += variable \u2192 Map(k \u2192 Set(v))\n      }\n    }\n\n    def addSelect(tpe: SelectType, name: String) = {\n      selects += tpe \u2192 name\n    }\n\n    def lookupNounAsProperty(noun: Noun, id: String, classSchema: String) = {\n      val q = sparqlQuery\"\"\"\n        prefix Semantics:<http:\/\/amora.center\/kb\/amora\/Schema\/Semantics\/>\n        prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n        select ?schema ?name where {\n          [Semantics:word \"${noun.word}\"] Semantics:association ?schema .\n          $classSchema Schema:schemaId ?schema .\n          ?schema Schema:schemaName ?name .\n        }\n      \"\"\"\n      log.info(s\"Ask for semantic information about `${noun.word}` (noun,property):\\n$q\")\n      val (schema, name) = q.runOnModel(smodel).map { r \u21d2\n        (r.uri(\"schema\"), r.string(\"name\"))\n      }.head\n      addData(id, schema, s\"?$name\")\n      addSelect(Value, name)\n    }\n\n    def lookupNounAsClass(noun: Noun) = {\n      val q = sparqlQuery\"\"\"\n        prefix Semantics:<http:\/\/amora.center\/kb\/amora\/Schema\/Semantics\/>\n        prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n        select ?schema ?name where {\n          [Semantics:word \"${noun.word}\"] Semantics:association ?schema .\n          ?schema Schema:schemaName ?name .\n        }\n      \"\"\"\n      log.info(s\"Ask for semantic information about `${noun.word}` (noun,class):\\n$q\")\n      val (schema, name) = q.runOnModel(smodel).map { r \u21d2\n        (r.uri(\"schema\"), r.string(\"name\"))\n      }.head\n      val selectId = s\"x${data.size}\"\n      addPrefix(name, schema)\n      addData(selectId, \"a\", s\"$name:\")\n      addSelect(Id, selectId)\n      (selectId, schema)\n    }\n\n    def lookupVisualization(noun: Noun) = {\n      val q = sparqlQuery\"\"\"\n        prefix Visualization:<http:\/\/amora.center\/kb\/amora\/Schema\/Visualization\/>\n        select ?v where {\n          ?v Visualization:word \"${noun.word}\" .\n        }\n      \"\"\"\n      log.info(s\"Ask for visualization information about `${noun.word}`:\\n$q\")\n      \/\/ right now we only need to check if the visualization exists\n      val _ = q.runOnModel(smodel).map { r \u21d2\n        r.uri(\"v\")\n      }.head\n      visualization = noun.word\n    }\n\n    def lookupPreposition(property: Noun, pp: PrepositionPhrase) = {\n      val (id, schema) = lookupNounAsClass(pp.noun)\n      lookupNounAsProperty(property, id, schema)\n      pp.remaining match {\n        case Some(n: Noun) \u21d2\n          lookupGrammar(id, schema, n.original)\n        case Some(outer: PrepositionPhrase) \u21d2\n          outer.preposition match {\n            case Preposition(\"as\") \u21d2\n              lookupVisualization(outer.noun)\n            case _ \u21d2\n              lookupInnerPreposition(id, schema, outer)\n          }\n        case None \u21d2\n        case node \u21d2\n          throw new IllegalStateException(s\"Unknown tree node $node.\")\n      }\n    }\n    def lookupInnerPreposition(idInner: String, schemaInner: String, pp: PrepositionPhrase): Unit = {\n      val (id, schema) = lookupNounAsClass(pp.noun)\n      addData(idInner, s\"${schemaInner.init}owner>\", s\"?$id\")\n      pp.remaining match {\n        case Some(n: Noun) \u21d2\n          lookupGrammar(id, schema, n.original)\n        case Some(outer: PrepositionPhrase) \u21d2\n          lookupInnerPreposition(id, schema, outer)\n        case None \u21d2\n        case node \u21d2\n          throw new IllegalStateException(s\"Unknown tree node $node.\")\n      }\n    }\n\n    def lookupVerb(verb: Verb) = {\n      if (verb.word == \"list\" || verb.word == \"show\")\n        ()\n      else\n        ???\n    }\n\n    def lookupGrammar(id: String, schema: String, word: String) = {\n      schema match {\n        case \"<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/>\" \u21d2\n          if (NlParser.isScalaIdent(word)) {\n            addData(id, \"<http:\/\/amora.center\/kb\/amora\/Schema\/Class\/name>\", \"\\\"\" + word + \"\\\"\")\n          }\n        case \"<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/>\" \u21d2\n          if (NlParser.isScalaIdent(word)) {\n            addData(id, \"<http:\/\/amora.center\/kb\/amora\/Schema\/Def\/name>\", \"\\\"\" + word + \"\\\"\")\n          }\n        case name \u21d2\n          throw new IllegalStateException(s\"No grammar handling for class `$name` found.\")\n      }\n    }\n\n    def findRelationshipInformation() = {\n      val ids = sparqlQuery\"\"\"\n        prefix Decl:<http:\/\/amora.center\/kb\/amora\/Schema\/Decl\/>\n        prefix Schema:<http:\/\/amora.center\/kb\/amora\/Schema\/>\n        select ?id where {\n          Decl: Schema:schemaId ?id .\n          ?id Schema:schemaType Decl: .\n        }\n      \"\"\".runOnModel(smodel).map { rs \u21d2\n        rs.uri(\"id\")\n      }\n      if (ids.nonEmpty)\n        log.info(\"Found relationship predicates: \" + ids.mkString(\", \"))\n      ids foreach { id \u21d2\n        val selectId = s\"x${data.size}\"\n        addSelect(Rel, selectId)\n        addData(selects(Id), id, s\"?$selectId\")\n      }\n    }\n\n    def mkSparql = {\n      val stringOrdering = new Ordering[String] {\n        def compare(a: String, b: String) = String.CASE_INSENSITIVE_ORDER.compare(a, b)\n      }\n\n      val sb = new StringBuilder\n      prefixe.toList.sortBy(_._1)(stringOrdering) foreach {\n        case (name, url) \u21d2\n          sb append \"prefix \" append name append \":\" append url append \"\\n\"\n      }\n      sb append \"select\"\n      selects.values foreach (select \u21d2 sb append \" ?\" append select)\n      sb append \" where {\\n\"\n      data.toList.sortBy(_._1)(stringOrdering) foreach {\n        case (variable, kv) \u21d2\n          kv.toList.sortBy(_._1)(stringOrdering) foreach {\n            case (k, set) \u21d2\n              set foreach { v \u21d2\n                sb append \"  ?\" append variable append \" \" append k append \" \" append v append \" .\\n\"\n              }\n          }\n      }\n      sb append \"}\"\n      new SparqlQuery(sb.toString)\n    }\n\n    def handleNlQuery() = {\n      val s = NlParser.parseQuery(query)\n      s.remaining match {\n        case Some(pp: PrepositionPhrase) \u21d2\n          lookupPreposition(s.noun, pp)\n        case Some(n: Noun) \u21d2\n          val (id, schema) = lookupNounAsClass(s.noun)\n          lookupGrammar(id, schema, n.original)\n        case None \u21d2\n          lookupNounAsClass(s.noun)\n        case node \u21d2\n          throw new IllegalStateException(s\"Unknown tree node $node.\")\n      }\n      lookupVerb(s.verb)\n    }\n\n    def mkTurtle = {\n      val sparqlQuery = mkSparql\n      log.info(s\"Natural language query `$query` as SPARQL query:\\n$sparqlQuery\")\n      val srs = sparqlQuery.runOnModel(smodel)\n\n      val sb = new StringBuilder\n      sb append \"@prefix VResponse:<http:\/\/amora.center\/kb\/amora\/Schema\/VisualizationResponse\/> .\\n\"\n      sb append \"@prefix VGraph:<http:\/\/amora.center\/kb\/amora\/Schema\/VisualizationGraph\/> .\\n\"\n      sb append \"<#this>\\n\"\n      sb append \"  a VResponse: ;\\n\"\n      visualization match {\n        case \"list\" \u21d2\n          sb append \"  VResponse:graph\"\n          for (rs \u2190 srs) {\n            val v = rs.row.get(selects.getOrElse(Value, selects(Id)))\n            val str = if (v.isLiteral()) v.asLiteral().getString else v.toString()\n            sb append \" [\\n    VGraph:value \\\"\" append str append \"\\\" ;\\n  ],\"\n          }\n          sb append \" [] ;\\n\"\n\n        case \"tree\" \u21d2\n          case class Tree(id: String, value: String, var children: List[Tree])\n          var trees = Map[String, Tree]()\n          var owners = Map[String, List[Tree]]()\n          val root = Tree(\"<root>\", \"\", Nil)\n\n          for (rs \u2190 srs) {\n            val id = rs.uri(selects(Id))\n            val value = rs.string(selects(Value))\n            val owner = rs.uri(selects(Rel))\n            val nt = Tree(id, value, Nil)\n            trees += id \u2192 nt\n            owners += owner \u2192 (nt :: owners.getOrElse(owner, Nil))\n          }\n          for ((owner, ts) \u2190 owners; t \u2190 ts)\n            trees.getOrElse(owner, root).children ::= t\n\n          def print(t: Tree, indent: Int): Unit = {\n            sb append \" \"*indent append \"VGraph:value \\\"\" append t.value append \"\\\" ;\\n\"\n            if (t.children.nonEmpty) {\n              sb append \" \"*indent append \"VGraph:edges \"\n              t.children foreach { c \u21d2\n                sb append \"[\\n\"\n                print(c, indent+2)\n                sb append \" \"*indent append \"], \"\n              }\n              sb append \"[] ;\\n\"\n            }\n          }\n\n          sb append \"  VResponse:graph \"\n          root.children foreach { c \u21d2\n            sb append \"[\\n\"\n            print(c, 4)\n            sb append \"  ], \"\n          }\n          sb append \"[] ;\\n\"\n      }\n      sb append \".\\n\"\n      val vresp = sb.toString()\n      log.info(s\"Visualization response for natural language query `$query`:\\n$vresp\")\n      vresp\n    }\n\n    handleNlQuery()\n    visualization match {\n      case \"tree\" \u21d2\n        findRelationshipInformation()\n      case _ \u21d2\n    }\n    mkTurtle\n  }\n\n  def headCommit(model: SparqlModel): Option[String] = {\n    sparqlQuery\"\"\"\n      prefix Commit:<http:\/\/amora.center\/kb\/amora\/Schema\/Commit\/>\n      select ?hash where {\n        ?commit a Commit: ; Commit:hash ?hash .\n        filter not exists {\n          [Commit:previous ?commit] .\n        }\n      }\n      limit 1\n    \"\"\".runOnModel(model).map(_.string(\"hash\")).headOption\n  }\n\n  def headCommitUri(model: SparqlModel): Option[String] = {\n    sparqlQuery\"\"\"\n      prefix Commit:<http:\/\/amora.center\/kb\/amora\/Schema\/Commit\/>\n      select ?commit where {\n        ?commit a Commit: .\n        filter not exists {\n          [Commit:previous ?commit] .\n        }\n      }\n      limit 1\n    \"\"\".runOnModel(model).map(_.uri(\"commit\")).headOption\n  }\n\n  def listCommits(model: SparqlModel): List[String] = {\n    def loop(nextHash: String, hashes: List[String]): List[String] = {\n      val prevHash = sparqlQuery\"\"\"\n        prefix Commit:<http:\/\/amora.center\/kb\/amora\/Schema\/Commit\/>\n        select ?hash where {\n          ?next Commit:hash \"$nextHash\" ; Commit:previous [Commit:hash ?hash] .\n        }\n        limit 1\n      \"\"\".runOnModel(model).map(_.string(\"hash\"))\n\n      if (prevHash.isEmpty)\n        hashes\n      else {\n        val h = prevHash.head\n        loop(h, h :: hashes)\n      }\n    }\n\n    val commits = headCommit(model) map { head \u21d2\n      loop(head, List(head)).reverse\n    }\n    commits.getOrElse(Nil)\n  }\n\n  def showCommit(dataset: Dataset, commit: String): SparqlModel = {\n    val m = dataset.getNamedModel(commitModelName(commit))\n    new SparqlModel(ModelFactory.createDefaultModel().add(m))\n  }\n\n  def withUpdateService(model: SparqlModel, query: String)(f: ParameterizedSparqlString \u21d2 Unit): Unit = {\n    val pss = new ParameterizedSparqlString\n    pss.setCommandText(query)\n    f(pss)\n    val update = pss.asUpdate()\n    UpdateAction.execute(update, model.model)\n  }\n\n  def withConstructService(model: SparqlModel, query: String): SparqlModel = {\n    val qexec = QueryExecutionFactory.create(QueryFactory.create(query), model.model)\n    new SparqlModel(qexec.execConstruct())\n  }\n\n  def withQueryService(model: SparqlModel, query: String): ResultSetRewindable = {\n    val qexec = QueryExecutionFactory.create(QueryFactory.create(query), model.model)\n    ResultSetFactory.makeRewindable(qexec.execSelect())\n  }\n\n  def withSparqlService(endpoint: String, query: String): ResultSetRewindable = {\n    val qe = QueryExecutionFactory.sparqlService(endpoint, query)\n    ResultSetFactory.makeRewindable(qe.execSelect())\n  }\n\n  def mkInMemoryDataset: RawDataset =\n    RawDataset(TDBFactory.createDataset())\n\n  def mkDataset(location: String): RawDataset = {\n    \/\/ we need to create the location if necessary because the library doesn't do it\n    new java.io.File(location).mkdirs()\n    RawDataset(TDBFactory.createDataset(location))\n  }\n\n  def writeDataset[A](dataset: RawDataset)(f: Dataset \u21d2 A): A = {\n    internalWithDataset(dataset.dataset, ReadWrite.WRITE)(f)\n  }\n\n  def readDataset[A](dataset: RawDataset)(f: Dataset \u21d2 A): A = {\n    internalWithDataset(dataset.dataset, ReadWrite.READ)(f)\n  }\n\n  def withModel[A](dataset: Dataset)(f: SparqlModel \u21d2 A): A = {\n    val model = new SparqlModel(ModelFactory.createRDFSModel(dataset.getNamedModel(modelName)))\n    model.model.begin()\n    try {\n      val res = f(model)\n      model.model.commit()\n      res\n    \/\/ no catch here because 'abort' on models is not supported\n    } finally {\n      model.model.close()\n    }\n  }\n\n  private def internalWithDataset[A](dataset: Dataset, op: ReadWrite)(f: Dataset \u21d2 A): A = {\n    dataset.begin(op)\n    try {\n      val res = f(dataset)\n      dataset.commit()\n      res\n    } catch {\n      case NonFatal(e) \u21d2\n        dataset.abort()\n        throw e\n    } finally {\n      dataset.end()\n    }\n  }\n}\n\nfinal case class RawDataset(dataset: Dataset) {\n  def close(): Unit =\n    dataset.close()\n}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/route\/ServiceRoute.scala","text":"<filename>scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/route\/ServiceRoute.scala\npackage com.mirae.shimpyo.route\n\nimport com.mirae.shimpyo.database.QuerySupport\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatra.json.JacksonJsonSupport\nimport org.scalatra.servlet.{FileUploadSupport, MultipartConfig}\nimport org.scalatra.{AsyncResult, FutureSupport, Ok, ScalatraBase, ScalatraServlet}\nimport org.slf4j.LoggerFactory\nimport slick.jdbc.JdbcBackend.Database\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n *  ScalatraBase\ub294 Scalatra DSL\uc744 \uad6c\ud604\ud574\uc8fc\uace0\n *  JacksonJsonSupport\ub294 \ubaa8\ub4e0 \ub370\uc774\ud130\ub97c Json\uc73c\ub85c \uc554\ubb35\uc801 \ud615\ubcc0\ud658\uc744 \uad6c\ud604\ud574\uc8fc\uace0\n *  FutureSupport\ub294 \ube44\ub3d9\uae30 \uc751\ub2f5\uc744 \uac00\ub2a5\ucf00 \ud55c\ub2e4.\n *\n *\/\ntrait ServiceRoute extends ScalatraBase with JacksonJsonSupport with FutureSupport with QuerySupport with FileUploadSupport {\n  configureMultipartHandling(MultipartConfig(maxFileSize = Some(2000*1024*1024)))\n  \/** Sets up automatic case class to JSON output serialization, required by the JValueResult trait. *\/\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats\n\n  def db: Database\n\n  \/**\n   *  get\n   *\/\n  get(\"\/login\/:id\") {\n    new AsyncResult { override val is =\n      Future {\n        contentType = formats(\"json\")\n\n        \/**\n         * dayOfYear\uac00 \uc11c\ubc84\uc640 \ub2e4\ub974\uba74 \ucc28\ub2e8\ud558\ub294 \ub85c\uc9c1\uc774 \ud544\uc694\ud560\uae4c?\n         * \uace0\ubbfc\ud574\ubcf4\uc790.\n         *\/\n        login(db, params.getOrElse(\"no\", halt(400)), params.getOrElse(\"d\", halt(400)).toInt)\n      }\n    }\n  }\n\n  get(\"\/calendar\/:id\") {\n    new AsyncResult { override val is =\n      Future {\n        contentType = formats(\"json\")\n        calendar(db, params.getOrElse(\"no\", halt(400)), params.getOrElse(\"m\", halt(400)).toInt)\n      }\n    }\n  }\n\n  get(\"\/diary\/:id\") {\n    val logger = LoggerFactory.getLogger(getClass)\n\n    new AsyncResult { override val is =\n      Future {\n        contentType = formats(\"json\")\n        retrieveEachDiary(db, params.getOrElse(\"no\", halt(400)), params.getOrElse(\"d\", halt(400)).toInt)\n      }\n    }\n  }\n\n  get(\"\/question\/:id\") {\n    val logger = LoggerFactory.getLogger(getClass)\n\n    new AsyncResult { override val is =\n      Future {\n        contentType = formats(\"json\")\n        retrieveQuestion(db, params.getOrElse(\"d\", halt(400)).toInt)\n      }\n    }\n  }\n\n  \/**\n   *  post\n   *\/\n  post(\"\/answer\/:id\") {\n    val logger = LoggerFactory.getLogger(getClass)\n    logger.info(s\"in post answer\")\n    new AsyncResult { override val is =\n      Future {\n        contentType = \"\"\n        val paramAnswer = params.getOrElse(\"a\", \"\")\n        logger.info(s\"paramAnswer : ${paramAnswer}\")\n        val sPhoto = params.getOrElse(\"p\", \"\")\n        val arrayBytePhoto = sPhoto.getBytes()\n        logger.info(s\"sPhoto.length : ${sPhoto.length}\")\n\/\/        logger.info(s\"sPhoto : ${sPhoto}\")\n        logger.info(s\"Array[byte] Photo.length : ${arrayBytePhoto.length}\")\n        val no = params.getOrElse(\"no\", halt(400))\n        val dayOfYear = params.getOrElse(\"d\", halt(400)).toInt\n\n        answer(db, no, dayOfYear, paramAnswer, arrayBytePhoto)\n      }\n    }\n  }\n\n  \/** \uad73\uc774 abusing \ub4e4\uc5d0\uac8c \uce5c\uc808\ud55c \uc548\ub0b4\uba54\uc138\uc9c0\ub97c \ubcf4\ub0b4\uc9c0\uc640 \uc751\ub2f5\uc744 \ubcf4\ub0b4\uc904 \ud544\uc694\ub294 \uc5c6\uc9c0 \uc54a\uc744\uae4c?\n   *  \ub0b4 \ucabd\uc5d0\uc11c\ub9cc \uc5b4\ub5a4 \uc5d0\ub7ec\uac00 \uc788\uc5c8\ub294\uc9c0 \ucd94\uc801\uac00\ub2a5\ud558\ub3c4\ub85d \ub9cc\ub4e4\uc790.\n   *\n   *\/\n  error {\n    case e: NoSuchElementException => e.printStackTrace()\n    case e: NumberFormatException => e.printStackTrace()\n    case e: Exception => e.printStackTrace()\n  }\n}\n\n\/** \uc11c\ube44\uc2a4\ub97c \uc81c\uacf5\ud558\ub294 routing \ud074\ub798\uc2a4\n *\n * @param db config \uc815\ubcf4\n *\/\nclass ServiceRouteServlet (val db: Database) extends ScalatraServlet with ServiceRoute {\n  protected implicit def executor: ExecutionContext = scala.concurrent.ExecutionContext.Implicits.global\n}"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/route\/DBRoute.scala","text":"package com.mirae.shimpyo.route\n\nimport com.mirae.shimpyo.database.{QuerySupport, Tables}\nimport com.mirae.shimpyo.database.Tables.Account\nimport org.json4s.{DefaultFormats, Formats}\nimport org.scalatra.{FutureSupport, ScalatraBase, ScalatraServlet}\nimport org.scalatra.json.JacksonJsonSupport\nimport slick.jdbc.JdbcBackend.Database\nimport slick.jdbc.MySQLProfile.api._\n\nimport scala.concurrent.ExecutionContext\n\n\/**\n *  ScalatraBase\ub294 Scalatra DSL\uc744 \uad6c\ud604\ud574\uc8fc\uace0\n *  JacksonJsonSupport\ub294 \ubaa8\ub4e0 \ub370\uc774\ud130\ub97c Json\uc73c\ub85c \uc554\ubb35\uc801 \ud615\ubcc0\ud658\uc744 \uad6c\ud604\ud574\uc8fc\uace0\n *  FutureSupport\ub294 \ube44\ub3d9\uae30 \uc751\ub2f5\uc744 \uac00\ub2a5\ucf00 \ud55c\ub2e4.\n *\n *\/\ntrait DBRoute extends ScalatraBase with JacksonJsonSupport with FutureSupport with QuerySupport {\n  \/** Sets up automatic case class to JSON output serialization, required by the JValueResult trait. *\/\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats\n\n  def db: Database\n\n  get(\"\/init\") {\n    db.run(Tables.accounts.result) map { xs =>\n      xs map { case Account(s1, s2) => f\"$s1, $s2\" } mkString \"\\n\"\n    }\n  }\n\n  get(\"\/insert\") {\n    insert(db)\n  }\n\n  get(\"\/update\/:pw\") {\n    val no = params(\"no\")\n    val pwTo = params(\"pwTo\")\n    updateAccountPassword(db, Account(no, Option(pwTo)))\n  }\n\n  get(\"\/delete\") {\n    delete(db)\n  }\n\n  get(\"\/find\") {\n    findAccount(db, \"1\") map { s1 =>\n      f\"no : $s1, pw : \" mkString \"\\n\"\n    }\n  }\n\n  get(\"\/selectAll\") {\n    contentType = formats(\"json\")\n    selectAll(db)\n  }\n\n  get(\"\/accounts\") {\n    Tables.accounts\n  }\n\n  get(\"\/\") {\n\n  }\n\n  post(\"\/question\") {\n\n  }\n\n  error {\n    case e: NoSuchElementException => e.printStackTrace()\n    case e: NumberFormatException => e.printStackTrace()\n    case e: Exception => e.printStackTrace()\n  }\n}\n\n\n\/** DB query\ub97c \uc81c\uacf5\ud558\ub294 routing \ud074\ub798\uc2a4\n *\n * @param db config \uc815\ubcf4\n *\/\nclass DBRouteServlet (val db: Database) extends ScalatraServlet with DBRoute {\n  protected implicit def executor: ExecutionContext = scala.concurrent.ExecutionContext.Implicits.global\n}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/database\/QuerySupport.scala","text":"package com.mirae.shimpyo.database\n\nimport com.mirae.shimpyo.database.Tables.{Account, Diary, accounts, diaries, questions}\nimport com.mirae.shimpyo.helper.Util\nimport org.json4s.jackson.JsonMethods.{compact, render}\nimport org.json4s.JsonDSL._\nimport org.scalatra.{ActionResult, BadRequest, NotFound, Ok, halt}\nimport org.slf4j.LoggerFactory\nimport slick.dbio.DBIO\nimport slick.jdbc.JdbcBackend.Database\n\nimport scala.concurrent.Promise\nimport scala.util.{Failure, Success, Try}\nimport slick.jdbc.MySQLProfile.api._\n\nimport java.nio.charset.StandardCharsets\n\n\n\/** Tables\uc758 \ubaa8\ubc29 \ud14c\uc774\ube14\uc744 \ud65c\uc6a9\ud55c \ucffc\ub9ac\ubb38 \uc9c0\uc6d0\ud558\ub294 trait, Route class\uc5d0 mixing in!\n *\n * @param db \uccab servlet \uc0dd\uc131 \uc2dc \uc804\ub2ec\ub41c db config\n *\/\ntrait QuerySupport {\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  \/** Create\n   *\n   *\/\n  \/\/ def drop() = db.run(DBIOAction.seq(accounts.schema.drop))\n  def insert(db: Database, account: Account) = db.run(accounts += account)\n  def insert(db: Database, diary: Diary) = db.run(diaries += diary)\n\n  def insert(db: Database) = {\n    val insertAction = DBIO.seq(\n      accounts += Account(\"testId\", Some(\"testPw\")),\n      accounts ++= Seq(\n        Account(\"test1id\", Some(\"test1pw\")),\n        Account(\"test2id\", Some(\"test2pw\"))\n      )\n    )\n    db.run(insertAction)\n  }\n\n  def answer(db: Database, no: String, dayOfYear: Int, answer: String, photo: Array[Byte]) = {\n    val prom = Promise[ActionResult]()\n    val logger = LoggerFactory.getLogger(getClass)\n    logger.info(\"answer in QuerySupport\")\n    findDiary(db, no, dayOfYear) onComplete {\n      case Failure(e) => {\n\n        logger.info(\"answer in QuerySupport failure\")\n        prom.failure(e)\n        e.printStackTrace()\n      }\n      case Success(res) => {\n        res match {\n          case Some(_) => updateDiary(db, Diary(no, dayOfYear, Option(answer), Option(photo))) onComplete {\n            case Success(res2) => {\n              logger.info(s\"answer in update success. res2 : ${res2}\")\n              prom.complete(Try(Ok(res2)))\n            }\n            case Failure(e) => {\n              prom.failure(e)\n              e.printStackTrace()\n            }\n          }\n          case None => insert(db, Diary(no, dayOfYear, Option(answer), Option(photo))) onComplete {\n            case Success(res2) => {\n              logger.info(s\"answer in insert success. res2 : ${res2}\")\n              prom.complete(Try(Ok(res2)))\n            }\n            case Failure(e) => {\n              prom.failure(e)\n              e.printStackTrace()\n            }\n          }\n        }\n      }\n    }\n    prom.future\n  }\n\n  \/** Read\n   *\n   *\/\n  def selectAll(db: Database) =\n    db.run(sql\"select * from account_table\".as[(String, String)])\n\n  \/\/ def find(no: String) = db.run((for (account <- accounts if account.no === no) yield account).result.headOption) \/\/ imperative way\n  def findAccount(db: Database, no: String) =\n    db.run(accounts.filter(_.no === no).result.headOption)\n\n  def findDiary(db: Database, no: String, dayOfYears: Int) =\n    db.run(diaries.filter(_.no === no).filter(_.dayOfYear === dayOfYears).result.headOption)\n\n  def findDiaries(db: Database, no: String, firstDay: Int, lastDay: Int) =\n    db.run(diaries.filter(d =>\n      d.no === no && (d.dayOfYear >= firstDay && d.dayOfYear <= lastDay)).result)\n\n  def findQuestion(db: Database, dayOfYear: Int) =\n    db.run(questions.filter(_.dayOfYear === dayOfYear).result.headOption)\n\n  \/**\n   * \uc720\uc800\uac00 \ub85c\uadf8\uc778 \uc2dc \ud638\ucd9c\ud558\ub294 \ud568\uc218. \ud68c\uc6d0 \ubc88\ud638\ub97c \ubc1b\uc544 account_table\uc5d0 \uacc4\uc815\uc774 \uc5c6\uc73c\uba74 \uc0c8\ub85c \uc0dd\uc131\ud55c\ub2e4.\n   * \uae30\uc874 \uc720\uc800\uc774\uba74\uc11c dayOfYear\uc5d0 \uc791\uc131\ud55c diary record\uac00 \uc788\ub2e4\uba74 \ud574\ub2f9 \uac12\ub4e4\uc744 \ubc18\ud658\ud574\uc8fc\uace0 \uc5c6\ub2e4\uba74 null\ub85c \uc14b\ud305\ud574 \ubc18\ud658.\n   * @param db\n   * @param no \uc720\uc800 \uce74\uce74\uc624\ud1a1 \ud68c\uc6d0 \ubc88\ud638\n   * @return \ube44\ub3d9\uae30 diary record\n   *\/\n  def login(db: Database, no:String, dayOfYear:Int) = {\n    val logger = LoggerFactory.getLogger(getClass)\n    val prom = Promise[ActionResult]()\n\n    logger.info(s\"no : ${no}, dayOfYear : ${dayOfYear}\")\n\n    findAccount(db, no) onComplete {\n      case Failure(e) => prom.failure(e)\n      case Success(count) => {\n        findQuestion(db, dayOfYear) onComplete {\n          case Failure(e) => prom.failure(e)\n          case Success(oq) => {\n            oq match {\n              case None => prom.complete(Try(BadRequest()))\n              case Some(q) => {\n                count match {\n                  case None => {\n                    insert(db, Account(no, null)) onComplete {\n                      case Failure(e) => prom.failure(e)\n                      case Success(count) => prom.complete(Try(Ok((\"no\" -> no) ~ (\"dayOfYear\" -> dayOfYear) ~\n                        (\"question\" -> q.question) ~ (\"answer\" -> \"\") ~ (\"photo\" -> null))))\n                    }\n                  }\n                  case Some(x) => {\n                    findDiary(db, no, dayOfYear) onComplete {\n                      case Failure(e) => prom.failure(e)\n                      case Success(r) => {\n                        r match {\n                          case Some(diary) => {\n                            \/\/                    logger.info(s\"no : ${diary.no}, dayOfYear : ${diary.dayOfYear}, answer : ${diary.answer}, photo : ${diary.photo}\")\n                            val sPhoto = Util.convertBytesArrayToString(diary.photo.get)\n                            prom.complete(Try(Ok((\"no\" -> diary.no) ~ (\"dayOfYear\" -> diary.dayOfYear) ~\n                              (\"question\" -> q.question) ~\n                              (\"answer\" -> diary.answer.get) ~ (\"photo\" -> sPhoto))))\n                          }\n                          case None => prom.complete(Try(Ok((\"no\" -> no) ~ (\"dayOfYear\" -> dayOfYear) ~\n                            (\"question\" -> q.question) ~ (\"answer\" -> \"\") ~ (\"photo\" -> null))))\n                        }\n                      }\n                    }\n                  }\n                }\n              }\n            }\n          }\n        }\n      }\n    }\n    prom.future\n  }\n\n  def calendar(db: Database, no:String, month: Int) = {\n    val days = Util.getDaysWithMonth(month)\n    val prom = Promise[Seq[Diary]]()\n    findDiaries(db, no, days.head, days.last) onComplete {\n      case Success(v) => prom.complete(Try(v))\n      case Failure(e) => {\n        prom.failure(e)\n        e.printStackTrace()\n      }\n    }\n    prom.future\n  }\n\n  \/** RequestDiary \uc694\uccad\uc5d0\uc11c \ud638\ucd9c\ub418\ub294 \ud568\uc218\n   * diary\ub97c \ucc3e\uc544 \ud2b9\uc815\ud55c status\ucf54\ub4dc\ub97c \uc785\ud600 \ubc18\ud658\ud574\uc900\ub2e4.\n   *\n   * @param db\n   * @param no : \ud68c\uc6d0\ubc88\ud638\n   * @param dayOfYear : diary\uac00 \uc800\uc7a5\ub41c \ud2b9\uc815\uc77c\n   *\/\n  def retrieveEachDiary(db: Database, no:String, dayOfYear : Int) = {\n    val logger = LoggerFactory.getLogger(getClass)\n    val prom = Promise[ActionResult]()\n    findDiary(db, no, dayOfYear) onComplete {\n      case Failure(e) => {\n        prom.failure(e)\n        e.printStackTrace()\n      }\n      case Success(s) => s match {\n        case None => {\n\/\/          logger.info(s\"no : ${no}, dayOfYear : ${dayOfYear} nothing found!\")\n          prom.complete(Try(NotFound(null)))\n        }\n        case Some(diary) => {\n\/\/          logger.info(s\"no : ${diary.no}, dayOfYear : ${diary.dayOfYear}, answer : ${diary.answer}, photo : ${diary.photo}\")\n          val sPhoto = Util.convertBytesArrayToString(diary.photo.get)\n          prom.complete(Try(Ok((\"no\" -> diary.no) ~ (\"dayOfYear\" -> diary.dayOfYear) ~\n            (\"answer\" -> diary.answer.get) ~ (\"photo\" -> sPhoto))))\n        }\n      }\n    }\n    prom.future\n  }\n\n  def retrieveQuestion(db: Database, dayOfYear : Int) = {\n    val logger = LoggerFactory.getLogger(getClass)\n    val prom = Promise[ActionResult]()\n    findQuestion(db, dayOfYear) onComplete {\n      case Failure(e) => {\n        prom.failure(e)\n        e.printStackTrace()\n      }\n      case Success(s) => s match {\n        case None => {\n          \/\/          logger.info(s\"no : ${no}, dayOfYear : ${dayOfYear} nothing found!\")\n          prom.complete(Try(NotFound(null)))\n        }\n        case Some(question) => {\n          \/\/          logger.info(s\"no : ${diary.no}, dayOfYear : ${diary.dayOfYear}, answer : ${diary.answer}, photo : ${diary.photo}\")\n          prom.complete(Try(Ok(question)))\n        }\n      }\n    }\n    prom.future\n  }\n\n  \/** Update\n   *\n   *\/\n  def updateAccountPassword(db: Database, newA:Account) = {\n    val updateAction = (for {a <- accounts if a.no === newA.no} yield a.pw).update(newA.pw.orNull)\n    db.run(updateAction)\n  }\n\n  def updateDiary(db: Database, newD: Diary) = {\n    val updateAction = (for {\n      d <- diaries if d.no === newD.no && d.dayOfYear === newD.dayOfYear\n    } yield (d.answer, d.photo)).update((newD.answer.orNull, newD.photo.get))\n    db.run(updateAction)\n  }\n\n  \/** Delete\n   *\n   *\/\n  def delete(db: Database): Unit = {\n    val deleteAction = (accounts filter { _.no like \"%test%\" }).delete\n    db.run(deleteAction)\n  }\n}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/ScalatraBootstrap.scala","text":"import com.mirae.shimpyo.route.{DBRouteServlet, ServiceRouteServlet}\nimport com.typesafe.config.ConfigFactory\nimport org.scalatra._\nimport org.slf4j.LoggerFactory\nimport slick.jdbc.JdbcBackend.Database\n\nimport java.lang.System.Logger\nimport javax.servlet.ServletContext\n\n\/** Scala \uc5b8\uc5b4 \uae30\ubc18 Web Framework Scalatra\ub97c \uc774\uc6a9\ud55c diary \uc11c\ube44\uc2a4\ub97c \uc81c\uacf5\ud558\ub294 shimpyo\uc758 \uc6f9\uc11c\ubc84\n *\n * @author \uc1a1\ud6c8\uc77c(sensebe)\n * @since 2021.03.09 ~\n * @version 0.1\n *\/\n\n\/** Scala \uc5b8\uc5b4 \uae30\ubc18 Web Framework Scalatra\uc758 main \ud568\uc218\uaca9\uc778 \ud074\ub798\uc2a4.\n *\n *\/\nclass ScalatraBootstrap extends LifeCycle{\n\n  \/** Scalatra \uc571 \uc2e4\ud589 \uc2dc \uc2e4\ud589\ub418\ub294 \ucd08\uae30\ud654 \ud568\uc218. servlet\uc5d0 routing class\ub97c mount\n   *\n   * @param context \ud604\uc7ac servlet context\n   *\/\n  override def init(context: ServletContext) {\n    \/** System.getenv\ub97c \ud1b5\ud574 \ud604\uc7ac \uc11c\ubc84\uac00 local\uc778\uc9c0 ec2\uc778\uc9c0 \uad6c\ubd84\ud55c\ub2e4.\n     *  db \uc815\ubcf4\ub294 application.conf \ud30c\uc77c\uc5d0 \ub530\ub85c \ubcf4\uad00\ud558\uba70 \uc774\ub294 github\uc744 \ud1b5\ud574 \ub178\ucd9c\ud558\uc9c0 \uc54a\ub294\ub2e4.\n     *\/\n    val isEb = System.getenv(\"IS_EB\")\n    val rdsMysql = ConfigFactory.parseResources(\"application.conf\")\n\n    val serviceDb = isEb match {\n      case \"1\" => {\n        Database.forURL(\n          rdsMysql.getString(\"RDSMySQL.url\"),\n          rdsMysql.getString(\"RDSMySQL.user\"),\n          rdsMysql.getString(\"RDSMySQL.password\")\n        )\n      }\n      case _ => {\n        Database.forConfig(\"localMySQL\")\n      }\n    }\n\n    context.mount(new ServiceRouteServlet(serviceDb), \"\/service\")\n    context.mount(new DBRouteServlet(serviceDb), \"\/db\")\n  }\n\n  \/** servlet \uc790\uc6d0 \uc885\ub8cc\n   *\n   * @param context \ud604\uc7ac servlet context\n   *\/\n  override def destroy(context:ServletContext) {\n    super.destroy(context)\n  }\n}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/database\/Tables.scala","text":"package com.mirae.shimpyo.database\n\nimport slick.jdbc.MySQLProfile.api._\n\n\/** Slick\uc5d0\uc11c \uc81c\uacf5\ud558\ub294 Functional Relational Mapping(FRM)\uc744 \ub2f4\uc740 object\n * \uc774 \uc548\uc5d0\uc11c \uc11c\ube44\uc2a4\uc5d0 \ud544\uc694\ud55c \ud14c\uc774\ube14 \ucffc\ub9ac\ub97c \uc815\uc758\ud55c\ub2e4.\n *\n *\/\nobject Tables {\n\n  \/** account_table\uc758 \ud55c \ub808\ucf54\ub4dc\ub97c \ubaa8\ubc29\ud55c case class \uc790\ub3d9 \ud615\ubcc0\ud658\uc5d0 \uc0ac\uc6a9\n   *\n   * @param no \uc720\uc800\uc758 \uce74\uce74\uc624\ud1a1 \ud68c\uc6d0\ubc88\ud638\n   * @param pw (Optionable) \uc720\uc800\uc758 \ud654\uba74 \uc7a0\uae08 \ube44\ubc00\ubc88\ud638\n   *\/\n  case class Account(no: String, pw: Option[String])\n\n  \/** question_table \uc758 \ud55c \ub808\ucf54\ub4dc\ub97c \ubaa8\ubc29\ud55c case class \uc790\ub3d9 \ud615\ubcc0\ud658\uc5d0 \uc0ac\uc6a9\n   *\n   * @param dayOfYear 365\uc77c \uc911 \uba87 \ubc88\uc9f8 \uc77c\uc778\uc9c0\n   * @param question \ud574\ub2f9 \uc77c\uc758 \uc9c8\ubb38\n   *\/\n  case class Question(dayOfYear: Int, question: String)\n\n  \/** diary_table \uc758 \ud55c \ub808\ucf54\ub4dc\ub97c \ubaa8\ubc29\ud55c case class \uc790\ub3d9 \ud615\ubcc0\ud658\uc5d0 \uc0ac\uc6a9\n   *\n   * @param no \uc720\uc800\uc758 \uce74\uce74\uc624\ud1a1 \ud68c\uc6d0\ubc88\ud638(fk)\n   * @param dayOfYear 365\uc77c \uc911 \uba87 \ubc88\uc9f8 \uc77c\uc778\uc9c0(fk)\n   * @param answer (Optionable) \uc720\uc800\uac00 \uc791\uc131\ud55c \ub300\ub2f5\n   * @param photo (Optionable) \uadf8\ub0a0 \uc800\uc7a5\ud55c \uc0ac\uc9c4\n   *\/\n  case class Diary(no: String, dayOfYear: Int, answer: Option[String], photo: Option[Array[Byte]])\n\n  \/** db\uc758 account_table\uc744 \ubaa8\ubc29\ud55c \ud074\ub798\uc2a4\n   *\n   * @param tag \ud14c\uc774\ube14 \uc774\ub984\n   *\/\n  class Accounts(tag: Tag) extends Table[Account](tag, \"account_table\") {\n    \/** Columns *\/\n    def no = column[String](\"no\", O.PrimaryKey)\n    def pw = column[String](\"pw\")\n\n    \/** Every table needs a * projection with the same type as the table's type parameter *\/\n    def * = (no, pw.?) <> (Account.tupled, Account.unapply)\n  }\n\n  \/** account_table\uacfc\uc758 \ucffc\ub9ac\ub97c \ub2f4\ub2f9\ud560 \ubcc0\uc218\n   *\n   *\/\n  val accounts = TableQuery[Accounts]\n\n  \/** db\uc758 question_table\uc744 \ubaa8\ubc29\ud55c \ud074\ub798\uc2a4\n   *\n   * @param tag \ud14c\uc774\ube14 \uc774\ub984\n   *\/\n  class Questions(tag: Tag) extends Table[Question](tag, \"question_table\") {\n    \/** Columns *\/\n    def dayOfYear = column[Int](\"dayOfYear\", O.PrimaryKey)\n    def question = column[String](\"question\")\n\n    \/** Every table needs a * projection with the same type as the table's type parameter *\/\n    def * =\n      (dayOfYear, question) <> (Question.tupled, Question.unapply)\n  }\n\n  \/** question_table\uacfc\uc758 \ucffc\ub9ac\ub97c \ub2f4\ub2f9\ud560 \ubcc0\uc218\n   *\n   *\/\n  val questions = TableQuery[Questions]\n\n  \/** db\uc758 diary_table\uc744 \ubaa8\ubc29\ud55c \ud074\ub798\uc2a4\n   *\n   * @param tag \ud14c\uc774\ube14 \uc774\ub984\n   *\/\n  class Diaries(tag: Tag) extends Table[Diary](tag, \"diary_table\") {\n    \/** Columns *\/\n    def no = column[String](\"no\")\n    def dayOfYear = column[Int](\"dayOfYear\")\n    def answer = column[String](\"answer\")\n    def photo = column[Array[Byte]](\"photo\")\n\n    \/** foreign key *\/\n    def account =\n      foreignKey(\"fk_no\", no, accounts)(_.no,\n        onUpdate = ForeignKeyAction.Cascade,\n        onDelete = ForeignKeyAction.Cascade)\n\n    \/** foreign key *\/\n    def question =\n      foreignKey(\"fk_dayOfYear\", dayOfYear, questions)(_.dayOfYear,\n        onUpdate = ForeignKeyAction.Cascade,\n        onDelete = ForeignKeyAction.Restrict)\n\n    def * =\n      (no, dayOfYear, answer.?, photo.?) <> (Diary.tupled, Diary.unapply)\n  }\n\n  \/** db\uc758 diary_table\uacfc\uc758 \ucffc\ub9ac\ub97c \ub2f4\ub2f9\ud560 \ubcc0\uc218\n   *\n   *\/\n  val diaries = TableQuery[Diaries]\n}"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/main\/scala\/com\/mirae\/shimpyo\/helper\/Util.scala","text":"package com.mirae.shimpyo.helper\n\nimport org.slf4j.LoggerFactory\n\nimport java.nio.charset.StandardCharsets\nimport java.time.temporal.TemporalAdjusters\nimport java.time.{LocalDate, Year}\nimport java.util.{Calendar, Date}\n\n\/** \uac01\uc885 \uae30\ub2a5\uc758 \ud568\uc218\ub4e4\uc744 \ubaa8\uc544\ub193\uc740 object\n *\n *\/\nobject Util {\n  \/** \uac01 \ub2ec\uc758 \uccab \uc77c\uacfc \ub9c8\uc9c0\ub9c9 \uc77c\uc744 dayOfYear \uae30\uc900\uc73c\ub85c \ubc18\ud658\ud55c\ub2e4.\n   *\n   * @param month \ud2b9\uc815 \ub2ec(1~12)\n   * @return List.head == \uac01 \ub2ec\uc758 \uccab \uc77c\uc758 dayOfYear, last == \uac01 \ub2ec\uc758 \ub9c8\uc9c0\ub9c9 \uc77c\uc758 dayOfYear\n   *\/\n  def getDaysWithMonth(month: Int) = {\n    val firstAdjuster = TemporalAdjusters.firstDayOfMonth\n    val lastAdjuster = TemporalAdjusters.lastDayOfMonth\n\n    \/\/ using adjuster for local date-time\n    val localDate = LocalDate.of(Year.now.getValue, month, 1)\n    val firstDayOfMonth = localDate.`with`(firstAdjuster)\n    val lastDayOfMonth = localDate.`with`(lastAdjuster)\n\n    List(convertLocalDateToDate(firstDayOfMonth), convertLocalDateToDate(lastDayOfMonth))\n  }\n\n  \/** \ud604\uc7ac \uc2dc\uc2a4\ud15c \uc2dc\uac04\uc744 \uae30\uc900\uc73c\ub85c \ud604\uc7ac \ub2ec\uc758 \uccab \uc77c\uacfc \ub9c8\uc9c0\ub9c9 \uc77c\uc744 dayOfYear \uae30\uc900\uc73c\ub85c \ubc18\ud658\ud55c\ub2e4.\n   *\n   * @return List.head == \ud604\uc7ac \ub2ec\uc758 \uccab \uc77c\uc758 dayOfYear, last == \ud604\uc7ac \ub2ec\uc758 \ub9c8\uc9c0\ub9c9 \uc77c\uc758 dayOfYear\n   *\/\n  def getDaysWithNow() = {\n    val firstAdjuster = TemporalAdjusters.firstDayOfMonth\n    val lastAdjuster = TemporalAdjusters.lastDayOfMonth\n\n    \/\/ using adjuster for local date-time\n    val localDate = LocalDate.now()\n    val firstDayOfMonth = localDate.`with`(firstAdjuster)\n    val lastDayOfMonth = localDate.`with`(lastAdjuster)\n\n    List(convertLocalDateToDate(firstDayOfMonth), convertLocalDateToDate(lastDayOfMonth))\n  }\n\n  \/** LocalDate \ud0c0\uc785\uc744 Date \ud0c0\uc785\uc73c\ub85c \ubcc0\uacbd\ud574\uc8fc\ub294 \ud568\uc218\n   *\n   * @param localDate \ubcc0\uacbd\ud558\ub824\ub294 LocalDate\n   * @return \ubcc0\ud658\ub41c Date\n   *\/\n  def convertLocalDateToDate(localDate: LocalDate) = {\n    import java.time.ZoneId\n\n    val defaultZoneId = ZoneId.systemDefault\n    val cal = Calendar.getInstance()\n    cal.setTime(Date.from(localDate.atStartOfDay(defaultZoneId).toInstant()))\n    cal.get(Calendar.DAY_OF_YEAR)\n  }\n\n  def convertBytesArrayToString(bytesArray: Array[Byte]) = {\n    var s: String = null\n    if (bytesArray.length > 0) {\n      val logger = LoggerFactory.getLogger(getClass)\n      logger.info(\"byte Array photo length : \" + bytesArray)\n      s = new String(bytesArray, StandardCharsets.UTF_8)\n      logger.info(\"sPhoto length : \" + s.length)\n    }\n    s\n  }\n}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/src\/test\/scala\/com\/mirae\/shimpyo\/ServletMainTests.scala","text":"package com.mirae.shimpyo\n\nimport org.scalatra.test.scalatest._\n\n\/\/class ServletMainTests extends ScalatraFunSuite {\n\n\/\/  addServlet(classOf[ServletMain], \"\/*\")\n\/\/\n\/\/  test(\"GET \/ on ServletMain should return status 200\") {\n\/\/    get(\"\/\") {\n\/\/      status should equal (200)\n\/\/    }\n\/\/  }\n\n\/\/}\n"}
{"repo_name":"freean2468\/project_shimpyo","path":"scalatra\/build.sbt","text":"<reponame>freean2468\/project_shimpyo\nval ScalatraVersion = \"2.7.1\"\n\nThisBuild \/ scalaVersion := \"2.13.4\"\nThisBuild \/ organization := \"com.mirae\"\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    name := \"shimpyo\",\n    version := \"0.0.1\",\n    libraryDependencies ++= Seq(\n      \"org.scalatra\" %% \"scalatra\" % ScalatraVersion,\n      \"org.scalatra\" %% \"scalatra-scalatest\" % ScalatraVersion % \"test\",\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\" % \"runtime\",\n      \/\/\"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"compile;provided;container\",\n      \"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"provided;container\",\n      \"javax.servlet\" % \"javax.servlet-api\" % \"3.1.0\" % \"provided\",\n\n      \/\/ Database packages\n      \"mysql\" % \"mysql-connector-java\" % \"8.0.11\",\n      \"com.typesafe.slick\" %% \"slick\" % \"3.3.2\",\n\n      \/\/ Json formatting packages\n      \"org.scalatra\" %% \"scalatra-json\" % \"2.7.0\",\n      \"org.json4s\" %% \"json4s-jackson\" % \"3.6.11\",\n\n      \/\/ for configuration\n      \"com.typesafe\" % \"config\" % \"1.4.1\",\n\n      \"org.scalatra\" %% \"scalatra-scalate\" % \"2.7.0\"\n    ),\n  )\n\nenablePlugins(SbtTwirl)\nenablePlugins(JettyPlugin)\nenablePlugins(JavaAppPackaging)\n\n\/\/val ScalatraVersion = \"2.7.1\"\n\/\/\n\/\/ThisBuild \/ scalaVersion := \"2.13.4\"\n\/\/ThisBuild \/ organization := \"com.mirae\"\n\/\/\n\/\/lazy val app = project\n\/\/  .in(file(\".\"))\n\/\/  .settings(\n\/\/    name := \"shimpyo\",\n\/\/    version := \"0.0.1\",\n\/\/    libraryDependencies ++= Seq(\n\/\/      \"org.scalatra\" %% \"scalatra\" % ScalatraVersion,\n\/\/      \"org.scalatra\" %% \"scalatra-scalatest\" % ScalatraVersion % \"test\",\n\/\/      \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\" % \"runtime\",\n\/\/      \/\/\"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"compile;provided;container\",\n\/\/      \"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"compile;provided;container\",\n\/\/      \"javax.servlet\" % \"javax.servlet-api\" % \"3.1.0\" % \"provided\",\n\/\/\n\/\/      \/\/ Database packages\n\/\/      \"mysql\" % \"mysql-connector-java\" % \"8.0.11\",\n\/\/      \"com.typesafe.slick\" %% \"slick\" % \"3.3.2\",\n\/\/\n\/\/      \/\/ for Json formatting packages\n\/\/      \"org.scalatra\" %% \"scalatra-json\" % \"2.7.0\",\n\/\/      \"org.json4s\" %% \"json4s-jackson\" % \"3.6.11\",\n\/\/\n\/\/      \/\/ for configuration\n\/\/      \"com.typesafe\" % \"config\" % \"1.4.1\"\n\/\/    ),\n\/\/  )\n\/\/  .enablePlugins(SbtTwirl)\n\/\/  .enablePlugins(JettyPlugin)\n\/\/  .enablePlugins(JavaAppPackaging)\n\/\/\n\/\/lazy val stagePackage = project\n\/\/  .in(file(\"build\/stage\"))\n\/\/  .settings(\n\/\/    resourceDirectory in Compile := (resourceDirectory in (app, Compile)).value,\n\/\/    mappings in Universal += {\n\/\/      ((resourceDirectory in Compile).value \/ \"stage.conf\") -> \"conf\/application.conf\"\n\/\/    },\n\/\/    libraryDependencies ++= Seq(\n\/\/      \"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"provided;container\"\n\/\/    )\n\/\/  )\n\/\/  .dependsOn(app)\n\/\/\n\/\/lazy val prodPackage = project\n\/\/  .in(file(\"build\/develop\"))\n\/\/  .settings(\n\/\/    resourceDirectory in Compile := (resourceDirectory in (app, Compile)).value,\n\/\/    mappings in Universal += {\n\/\/      ((resourceDirectory in Compile).value \/ \"prod.conf\") -> \"conf\/application.conf\"\n\/\/    },\n\/\/    libraryDependencies ++= Seq(\n\/\/      \"org.eclipse.jetty\" % \"jetty-webapp\" % \"9.4.35.v20201120\" % \"compile\"\n\/\/    )\n\/\/  )\n\/\/  .dependsOn(app)\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/SRBase.scala","text":"<reponame>ksilin\/schemer\npackage com.example\n\nimport com.example.avro.SrRestClient\nimport org.scalatest.matchers.must.Matchers\n\ncase class LocalSchemaCoordinates(schemaPath: String, subject: String)\ncase class RemoteSchemaCoordinates(\n    subject: String,\n    version: Option[Int] = None,\n    id: Option[Int] = None\n)\n\ntrait SRBase extends Matchers {\n\n  val srConfig: SrRestProps  = SrRestProps.create()\n  val srClient: SrRestClient = SrRestClient(srConfig)\n\n  \/\/ TODO - \/\/ schemas to delete should be RemoteSchemaCoordinates\n  def prepSchemas(\n      schemasToDelete: List[LocalSchemaCoordinates],\n      schemasToRegister: List[LocalSchemaCoordinates]\n  ): List[(LocalSchemaCoordinates, Either[String, Int])] = {\n\n    srClient.deleteSubjects(schemasToDelete.map(_.subject))\n\n    schemasToRegister map { s =>\n      val schemaRegistered: Either[String, Int] =\n        srClient.registerSchemaFromResource(s.schemaPath, s.subject)\n      schemaRegistered mustBe a[Right[_, _]]\n      s -> schemaRegistered\n    }\n  }\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/main\/scala\/com\/example\/avro\/package.scala","text":"<filename>src\/main\/scala\/com\/example\/avro\/package.scala\npackage com.example\n\nimport com.examples.schema.Customer\nimport com.examples.schema.Product\n\npackage object avro {\n\n  case class SimpleTestData(id: Int, data: String)\n\n  \/\/ copied from files generated  by avrohugger: compile \/ avroScalaGenerate\n  \/\/ NS is io.confluent.examples.avro\n\n\/\/  final case class Product(product_id: Int, product_name: String, product_price: Double)\n\/\/\n\/\/  final case class Customer(\n\/\/      customer_id: Int,\n\/\/      customer_name: String,\n\/\/      customer_email: String,\n\/\/      customer_address: String\n\/\/  )\n\/\/\n\/\/  \/\/ Either wirks with two options, what about more?\n  final case class CustomerOrProductCase(customerOrProduct: Either[Customer, Product])\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/AvroCompatExpediaSpec.scala","text":"<filename>src\/test\/scala\/com\/example\/avro\/AvroCompatExpediaSpec.scala\npackage com.example.avro\n\nimport com.example.{ SRBase, SpecBase }\nimport com.hotels.avro.compatibility.Compatibility.CheckType\nimport com.hotels.avro.compatibility.{ Compatibility, CompatibilityCheckResult }\nimport org.apache.avro.SchemaCompatibility.{ SchemaCompatibilityType, SchemaIncompatibilityType }\nimport org.apache.avro.{ Schema, SchemaCompatibility }\n\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\n\nclass AvroCompatExpediaSpec extends SpecBase with SRBase {\n\n  val fourEnumSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"SPADES\\\", \\\"HEARTS\\\", \\\"DIAMONDS\\\", \\\"CLUBS\\\"]\\r\\n}\"\n\n  val threeEnumSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"SPADES\\\", \\\"HEARTS\\\", \\\"DIAMONDS\\\"]\\r\\n}\"\n\n  val fourElementsEnumSchema: Schema =\n    new Schema.Parser().parse(fourEnumSchemaString)\n  val threeElementsEnumSchema: Schema =\n    new Schema.Parser().parse(threeEnumSchemaString)\n\n  \"reader removing element from enum is not compatible\" in {\n\n    val res1: CompatibilityCheckResult =\n      Compatibility.checkThat(fourElementsEnumSchema).canBeReadBy(threeElementsEnumSchema)\n    res1.isCompatible mustBe false\n    res1.getResult.getCompatibility mustBe SchemaCompatibilityType.INCOMPATIBLE\n    println(\"result incompatibilities:\")\n    val incompatibilities: mutable.Buffer[SchemaCompatibility.Incompatibility] =\n      res1.getResult.getIncompatibilities.asScala\n    incompatibilities.size mustBe 1\n    \/\/ one of NAME_MISMATCH, FIXED_SIZE_MISMATCH, MISSING_ENUM_SYMBOLS, READER_FIELD_MISSING_DEFAULT_VALUE, TYPE_MISMATCH, MISSING_UNION_BRANCH\n    incompatibilities.head.getType mustBe SchemaIncompatibilityType.MISSING_ENUM_SYMBOLS\n\n    println(\"description:\")\n    println(res1.getDescription)\n    \/\/ println(res1.getChronology)\n  }\n\n  \"reader adding element to enum is fine\" in {\n    val canFourElementSchemaReadThreeElementEnum: CompatibilityCheckResult =\n      Compatibility.checkThat(threeElementsEnumSchema).canBeReadBy(fourElementsEnumSchema)\n    canFourElementSchemaReadThreeElementEnum.getCompatibility mustBe CheckType.CAN_BE_READ_BY\n\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/ref\/AvroSchemaSumTypeGenericRecordSpec.scala","text":"package com.example.avro.ref\n\nimport com.example.avro.CustomerOrProductCase\nimport com.example.{ KafkaSpecHelper, LocalSchemaCoordinates, SRBase, SpecBase }\nimport com.examples.schema.{ Customer, Product }\nimport io.confluent.kafka.schemaregistry.client.rest.entities.SchemaReference\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.{ GenericData, GenericRecord, GenericRecordBuilder }\nimport org.apache.kafka.clients.consumer.{ Consumer, ConsumerRecord, KafkaConsumer }\nimport org.apache.kafka.clients.producer.{ KafkaProducer, Producer, ProducerRecord, RecordMetadata }\n\nimport scala.jdk.CollectionConverters._\n\nclass AvroSchemaSumTypeGenericRecordSpec extends SpecBase with SRBase {\n\n  val topicName: String = suiteName\n\n  val customerSchemaPath = \"avro\/Customer.avsc\"\n  val productSchemaPath  = \"avro\/Product.avsc\"\n\n  \/\/ avrohugger cannot generate a SpecificRecord for the AllOF type and fails,\n  \/\/ so moving out of generator path to let it work on th rest\n  val customerOrProductSchemaPath       = \"manual_avro\/CustomerOrProduct.avsc\"\n  val customerOrProductInlineSchemaPath = \"manual_avro\/CustomerOrProductInline.avsc\"\n\n  val productSubject  = s\"product-$suiteName\"\n  val customerSubject = s\"customer-$suiteName\"\n  \/\/ TODO: show how naming strategies work in resolving the subject name\n  val subjectName = s\"$topicName-value\"\n  \/\/val subjectName    = s\"customerOrProduct-$suiteName\"\n\n  val customerSchemaCoord = LocalSchemaCoordinates(customerSchemaPath, customerSubject)\n  val productSchemaCoord  = LocalSchemaCoordinates(productSchemaPath, productSubject)\n  val customerOrProductSchemaCoord =\n    LocalSchemaCoordinates(customerOrProductSchemaPath, subjectName)\n  val customerOrProductInlineSchemaCoord =\n    LocalSchemaCoordinates(customerOrProductSchemaPath, subjectName)\n  val schemasToDelete   = List(customerSchemaCoord, productSchemaCoord, customerOrProductSchemaCoord)\n  val schemasToRegister = List(customerSchemaCoord, productSchemaCoord)\n\n  val producerSumType: Producer[String, CustomerOrProductCase] =\n    new KafkaProducer[String, CustomerOrProductCase](props)\n  val producer: Producer[String, GenericRecord] = new KafkaProducer[String, GenericRecord](props)\n  val consumer: Consumer[String, GenericRecord] = new KafkaConsumer[String, GenericRecord](props)\n\n  val product: Product = Product(product_id = 1, product_name = \"myProduct\", product_price = 12.99)\n  val customer: Customer = Customer(\n    customer_id = 1,\n    customer_name = \"<NAME>\",\n    customer_email = \"<EMAIL>\",\n    customer_address = \"Fake Street 123\"\n  )\n\n  \"must write and read avro with references\" in {\n\n    prepSchemas(schemasToDelete, schemasToRegister)\n    KafkaSpecHelper.createOrTruncateTopic(adminClient, topicName)\n\n    val references = List(\n      new SchemaReference(\"com.examples.schema.Customer\", customerSubject, 1),\n      new SchemaReference(\"com.examples.schema.Product\", productSubject, 1)\n    )\n\n    val sumTypeSchemaRegistered: Either[String, Int] =\n      srClient.registerSchemaFromResource(\n        customerOrProductSchemaPath,\n        subjectName,\n        references\n      ) \/\/allOfSubject, references)\n\n    val id                    = sumTypeSchemaRegistered.getOrElse(-1)\n    val sumTypeSchema: Schema = srClient.schemaRegistryClient.getById(id)\n\n    println(\"customerOrProduct Schema: \")\n    println(sumTypeSchema)\n\n    \/\/ the schema from SR does actually inline the references too:\n    \/\/ {\"type\":\"record\",\"name\":\"AllTypes\",\"namespace\":\"com.examples.schema\",\"fields\":[{\"name\":\"oneof_type\",\"type\":[{\"type\":\"record\",\"name\":\"Customer\",\"fields\":[{\"name\":\"customer_id\",\"type\":\"int\"},{\"name\":\"customer_name\",\"type\":\"string\"},{\"name\":\"customer_email\",\"type\":\"string\"},{\"name\":\"customer_address\",\"type\":\"string\"}]},{\"type\":\"record\",\"name\":\"Product\",\"fields\":[{\"name\":\"product_id\",\"type\":\"int\"},{\"name\":\"product_name\",\"type\":\"string\"},{\"name\":\"product_price\",\"type\":\"double\"}]}]}]}\n\n    \/\/ original schema cannot be parsed, as the references cannot be resolved\n    \/\/ val schemaOrError: Either[String, String] =\n    \/\/  Resource.asString(allOfSchemaPath).toRight(s\"failed to read schema $allOfSchemaPath\")\n    \/\/ schemaOrError mustBe a[Right[String, String]]\n    \/\/ val sumTypeSchema: Schema = new org.apache.avro.Schema.Parser().parse(schemaOrError.right.get)\n\n    consumer.subscribe(List(topicName).asJava)\n\n    val withProductBuilder = new GenericRecordBuilder(sumTypeSchema)\n    withProductBuilder.set(\"customerOrProduct\", product)\n    val productProducerRecord =\n      new ProducerRecord[String, GenericRecord](\n        topicName,\n        \"productKey\",\n        withProductBuilder.build()\n      )\n\n    \/\/ ERROR: Unknown datum type com.examples.schema.Product: Product(1,myProduct,12.99)\n    val sent1: RecordMetadata = producer.send(productProducerRecord).get()\n\n    val withCustomerBuilder = new GenericRecordBuilder(sumTypeSchema)\n    withCustomerBuilder.set(\"customerOrProduct\", customer)\n    val customerRecord: GenericData.Record = withCustomerBuilder.build()\n\n    val customerProducerRecord =\n      new ProducerRecord[String, GenericRecord](topicName, \"customerKey\", customerRecord)\n\n    \/\/ ERROR: Unknown datum type com.examples.schema.Product: Product(1,myProduct,12.99)\n    val sent2: RecordMetadata = producer.send(customerProducerRecord).get()\n    producer.close()\n\n    val records: Iterable[ConsumerRecord[String, GenericRecord]] =\n      KafkaSpecHelper.fetchAndProcessRecords(consumer)\n\n    records.size mustBe 2\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/enm\/package.scala","text":"<reponame>ksilin\/schemer<filename>src\/test\/scala\/com\/example\/avro\/enm\/package.scala\npackage com.example.avro\n\nimport com.example.avro.enm.Enums.{ Suit3, Suit4 }\nimport io.confluent.kafka.schemaregistry.avro.AvroSchema\nimport io.confluent.kafka.schemaregistry.client.SchemaRegistryClient\nimport io.confluent.kafka.serializers.KafkaAvroSerializer\n\npackage object enm {\n\n  case class Four(Suit: Suit4)\n  case class Three(Suit: Suit3)\n\n  class TestSerializer(client: SchemaRegistryClient) extends KafkaAvroSerializer(client) {\n\n    \/\/override def autoRegisterSchema: Boolean = true\n    autoRegisterSchema = true\n\n    \/\/ super may not be used on variable autoRegisterSchema; super can only be used to select a member that is a method or type\n    \/\/ super.autoRegisterSchema = true\n\n    def serialize(subject: String, obj: Object, schema: AvroSchema): Array[Byte] =\n      serializeImpl(subject, obj, schema)\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/SpecBase.scala","text":"<reponame>ksilin\/schemer<filename>src\/test\/scala\/com\/example\/SpecBase.scala\npackage com.example\n\nimport io.confluent.kafka.serializers.AbstractKafkaSchemaSerDeConfig\nimport org.apache.kafka.clients.admin.AdminClient\nimport org.apache.kafka.clients.consumer.ConsumerConfig\nimport org.apache.kafka.clients.producer.ProducerConfig\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.freespec.AnyFreeSpec\nimport org.scalatest.matchers.must.Matchers\nimport wvlet.log.LogSupport\n\nimport java.util.Properties\n\nclass SpecBase\n    extends AnyFreeSpec\n    with Matchers\n    with BeforeAndAfterAll\n    with FutureConverter\n    with LogSupport {\n\n  val cloudProps: CloudProps = CloudProps.create()\n\n  val adminClient: AdminClient = AdminClient.create(cloudProps.commonProps)\n\n  val props: Properties = cloudProps.commonProps.clone().asInstanceOf[Properties]\n\n  props.put(AbstractKafkaSchemaSerDeConfig.AUTO_REGISTER_SCHEMAS, false)\n  \/\/ without it, the event type is looked up in the subject and fails\n  props.put(AbstractKafkaSchemaSerDeConfig.USE_LATEST_VERSION, true)\n\n  props.put(\n    ProducerConfig.KEY_SERIALIZER_CLASS_CONFIG,\n    \"org.apache.kafka.common.serialization.StringSerializer\"\n  )\n  props.put(\n    ProducerConfig.VALUE_SERIALIZER_CLASS_CONFIG,\n    \"io.confluent.kafka.serializers.KafkaAvroSerializer\"\n  )\n\n  \/\/  props.put(\n  \/\/    AbstractKafkaSchemaSerDeConfig.VALUE_SCHEMA_ID,\n  \/\/    \"io.confluent.kafka.serializers.KafkaAvroSerializer\"\n  \/\/  )\n\n  props.put(\n    ConsumerConfig.KEY_DESERIALIZER_CLASS_CONFIG,\n    \"org.apache.kafka.common.serialization.StringDeserializer\"\n  )\n  props.put(\n    ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG,\n    \"io.confluent.kafka.serializers.KafkaAvroDeserializer\"\n  )\n\n  props.put(\n    ConsumerConfig.GROUP_ID_CONFIG,\n    s\"$suiteName-group\"\n  )\n\n  props.put(\n    ConsumerConfig.AUTO_OFFSET_RESET_CONFIG,\n    \"earliest\"\n  )\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/ref\/AvroSchemaProductTypeSpec.scala","text":"<gh_stars>0\npackage com.example.avro.ref\n\nimport com.example.{ KafkaSpecHelper, LocalSchemaCoordinates, SRBase, SpecBase }\nimport com.examples.schema.{ Customer, Order, Product }\nimport io.confluent.kafka.schemaregistry.client.rest.entities.SchemaReference\nimport org.apache.avro.Schema\nimport org.apache.kafka.clients.consumer.{ Consumer, ConsumerRecord, KafkaConsumer }\nimport org.apache.kafka.clients.producer._\n\nimport scala.jdk.CollectionConverters._\n\nclass AvroSchemaProductTypeSpec extends SpecBase with SRBase {\n\n  \/\/ avrohugger inlines the referenced schemas\n  \/\/ object Order {\n  \/\/  val SCHEMA$ = new org.apache.avro.Schema.Parser().parse(\"{\\\"type\\\":\\\"record\\\",\\\"name\\\":\\\"Order\\\",\\\"namespace\\\":\\\"com.examples.schema\\\",\\\"fields\\\":[{\\\"name\\\":\\\"customer\\\",\\\"type\\\":{\\\"type\\\":\\\"record\\\",\\\"name\\\":\\\"Customer\\\",\\\"fields\\\":[{\\\"name\\\":\\\"customer_id\\\",\\\"type\\\":\\\"int\\\"},{\\\"name\\\":\\\"customer_name\\\",\\\"type\\\":\\\"string\\\"},{\\\"name\\\":\\\"customer_email\\\",\\\"type\\\":\\\"string\\\"},{\\\"name\\\":\\\"customer_address\\\",\\\"type\\\":\\\"string\\\"}]}},{\\\"name\\\":\\\"product\\\",\\\"type\\\":{\\\"type\\\":\\\"record\\\",\\\"name\\\":\\\"Product\\\",\\\"fields\\\":[{\\\"name\\\":\\\"product_id\\\",\\\"type\\\":\\\"int\\\"},{\\\"name\\\":\\\"product_name\\\",\\\"type\\\":\\\"string\\\"},{\\\"name\\\":\\\"product_price\\\",\\\"type\\\":\\\"double\\\"}]}}]}\")\n  \/\/ }\n\n  \/\/ replacing teh schema by a non-inlined one does not work:\n  \/\/ val SCHEMA$ = new org.apache.avro.Schema.Parser().parse(\"{\\\"type\\\":\\\"record\\\",\\\"namespace\\\":\\\"com.examples.schema\\\",\\\"name\\\":\\\"Order\\\",\\\"fields\\\":[{\\\"name\\\":\\\"customer\\\",\\\"type\\\":\\\"com.examples.schema.Customer\\\"},{\\\"name\\\":\\\"product\\\",\\\"type\\\":\\\"com.examples.schema.Product\\\"}]}\")\n  \/\/ java.lang.ExceptionInInitializerError\n  \/\/\tat com.examples.schema.Order.getSchema(Order.scala:31)\n  \/\/ ...\n  \/\/ Caused by: org.apache.avro.SchemaParseException: \"com.examples.schema.Customer\" is not a defined name. The type of the \"customer\" field must be a defined name or a {\"type\": ...} expression.\n\n  \/\/ TODO: show how naming strategies work in resolving the subject name\n  val topicName: String = suiteName\n\n  val customerSchemaPath = \"avro\/Customer.avsc\"\n  val productSchemaPath  = \"avro\/Product.avsc\"\n  val orderSchemaPath    = \"avro\/Order.avsc\"\n\n  val productSubject  = s\"product-$suiteName\"\n  val customerSubject = s\"customer-$suiteName\"\n  \/\/ val orderSubject    = s\"order-$suiteName\"\n  val orderSubject: String = s\"$topicName-value\"\n\n  val customerSchemaCoord: LocalSchemaCoordinates =\n    LocalSchemaCoordinates(customerSchemaPath, customerSubject)\n  val productSchemaCoord: LocalSchemaCoordinates =\n    LocalSchemaCoordinates(productSchemaPath, productSubject)\n  val orderSchemaCoord: LocalSchemaCoordinates =\n    LocalSchemaCoordinates(orderSchemaPath, orderSubject)\n  val schemasToDelete: List[LocalSchemaCoordinates] =\n    List(customerSchemaCoord, productSchemaCoord, orderSchemaCoord)\n  val schemasToRegister = List(customerSchemaCoord, productSchemaCoord)\n\n  val producer: Producer[String, Order] = new KafkaProducer[String, Order](props)\n  val consumer: Consumer[String, Order] = new KafkaConsumer[String, Order](props)\n  consumer.subscribe(List(topicName).asJava)\n\n  val product: Product = Product(product_id = 1, product_name = \"myProduct\", product_price = 12.99)\n  val customer: Customer = Customer(\n    customer_id = 1,\n    customer_name = \"<NAME>\",\n    customer_email = \"<EMAIL>\",\n    customer_address = \"Fake Street 123\"\n  )\n  val order: Order = Order(customer, product)\n\n  \"must write and read avro with references\" in {\n\n    prepSchemas(schemasToDelete, schemasToRegister)\n    KafkaSpecHelper.createOrTruncateTopic(adminClient, topicName)\n\n    val references = List(\n      new SchemaReference(\"com.examples.schema.Customer\", customerSubject, 1),\n      new SchemaReference(\"com.examples.schema.Product\", productSubject, 1)\n    )\n\n    val orderSchemaRegistered: Either[String, Int] = srClient.registerSchemaFromResource(\n      orderSchemaPath,\n      orderSubject,\n      references\n    )\n    orderSchemaRegistered mustBe a[Right[String, Int]]\n\n    val id                  = orderSchemaRegistered.getOrElse(-1)\n    val orderSchema: Schema = srClient.schemaRegistryClient.getById(id)\n    info(\"order schema from SR: \")\n    info(orderSchema)\n\n    val productProducerRecord = new ProducerRecord[String, Order](topicName, \"orderKey\", order)\n\n    producer.send(productProducerRecord).get()\n\n    val records: Iterable[ConsumerRecord[String, Order]] =\n      KafkaSpecHelper.fetchAndProcessRecords(consumer)\n\n    records.size mustBe 1\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"build.sbt","text":"import sbtprotoc.ProtocPlugin.autoImport.PB\n\/\/ *****************************************************************************\n\/\/ Projects\n\/\/ *****************************************************************************\n\nlazy val schemer =\n  project\n    .in(file(\".\"))\n    .settings(commonSettings)\n    .settings(\n      libraryDependencies ++= Seq(\n          library.clients,\n          library.kafka,\n          library.sttp,\n          library.sttpBackendOkHttp,\n          library.sttpCirce,\n          library.circeGeneric,\n          library.circeParser,\n          library.avro4s,\n          library.avro4sKafka,\n          library.srClient,\n          library.jsonSchemaProvider,\n          library.protoSchemaProvider,\n          library.protobuf,\n          library.protobufSerializers,\n          library.avroSerializers,\n          library.avroCompat,\n          library.scalaPB,\n          library.betterFiles,\n          library.config,\n          library.airframeLog,\n          library.logback,\n          library.scalatest % Test\n        ),\n      libraryDependencies ~= {\n        _.map(_.exclude(\"org.slf4j\", \"slf4j-log4j12\"))\n      }\n    )\n\n\/\/ *****************************************************************************\n\/\/ Library dependencies\n\/\/ *****************************************************************************\n\nlazy val library =\n  new {\n    object Version {\n      val kafka       = \"3.0.0\"\n      val cp          = \"6.2.1\"\n      val circe       = \"0.13.0\"\n      val avro4s      = \"4.0.4\"\n      val avroCompat  = \"2.2.0\"\n      val sttp        = \"3.3.13\"\n      val betterFiles = \"3.9.1\"\n      val config      = \"1.4.1\"\n      val airframeLog = \"20.12.1\"\n      val scalatest   = \"3.2.0\"\n      val logback     = \"1.2.3\"\n    }\n    val clients             = \"org.apache.kafka\"               % \"kafka-clients\"                % Version.kafka\n    val kafka               = \"org.apache.kafka\"              %% \"kafka\"                        % Version.kafka\n    val protobufSerializers = \"io.confluent\"                   % \"kafka-protobuf-serializer\"    % Version.cp\n    val avroSerializers     = \"io.confluent\"                   % \"kafka-avro-serializer\"        % Version.cp\n    val srClient            = \"io.confluent\"                   % \"kafka-schema-registry-client\" % Version.cp\n    val jsonSchemaProvider  = \"io.confluent\"                   % \"kafka-json-schema-provider\"   % Version.cp\n    val protoSchemaProvider = \"io.confluent\"                   % \"kafka-protobuf-provider\"      % Version.cp\n    val protobuf            = \"com.google.protobuf\"            % \"protobuf-java\"                % \"3.12.2\"\n    val sttp                = \"com.softwaremill.sttp.client3\" %% \"core\"                         % Version.sttp\n    val sttpBackendOkHttp   = \"com.softwaremill.sttp.client3\" %% \"okhttp-backend\"               % Version.sttp\n    val sttpCirce           = \"com.softwaremill.sttp.client3\" %% \"circe\"                        % Version.sttp\n    val circeGeneric        = \"io.circe\"                      %% \"circe-generic\"                % Version.circe\n    val circeParser         = \"io.circe\"                      %% \"circe-parser\"                 % Version.circe\n    val avro4s              = \"com.sksamuel.avro4s\"           %% \"avro4s-core\"                  % Version.avro4s\n    val avro4sKafka         = \"com.sksamuel.avro4s\"           %% \"avro4s-kafka\"                 % Version.avro4s\n    val scalaPB             = \"com.thesamet.scalapb\"          %% \"compilerplugin\"               % \"0.10.8\"\n    val betterFiles         = \"com.github.pathikrit\"          %% \"better-files\"                 % Version.betterFiles\n    val config              = \"com.typesafe\"                   % \"config\"                       % Version.config\n    val airframeLog         = \"org.wvlet.airframe\"            %% \"airframe-log\"                 % Version.airframeLog\n    val logback             = \"ch.qos.logback\"                 % \"logback-classic\"              % Version.logback\n    val scalatest           = \"org.scalatest\"                 %% \"scalatest\"                    % Version.scalatest\n    val avroCompat          = \"com.hotels\"                     % \"avro-compatibility\"           % Version.avroCompat\n  }\n\n\/\/ *****************************************************************************\n\/\/ Settings\n\/\/ *****************************************************************************\n\nlazy val commonSettings =\n  Seq(\n    scalaVersion := \"2.13.3\",\n    organization := \"default\",\n    organizationName := \"konstantin.silin\",\n    startYear := Some(2020),\n    licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    scalacOptions ++= Seq(\n        \"-unchecked\",\n        \"-deprecation\",\n        \"-language:_\",\n        \"-encoding\",\n        \"UTF-8\",\n        \"-Ywarn-unused:imports\"\n      ),\n    \/\/ testFrameworks += new TestFramework(\"munit.Framework\"),\n    resolvers ++= Seq(\n        \"confluent\" at \"https:\/\/packages.confluent.io\/maven\/\",\n        \"jitpack\" at \"https:\/\/jitpack.io\"\n      ),\n    scalafmtOnCompile := true\n  )\n\nCompile \/ PB.targets := Seq(\n  \/\/ scalapb.gen() -> (sourceManaged in Compile).value \/ \"scalapb\",\n  PB.gens.java                        -> (Compile \/ sourceManaged).value,\n  scalapb.gen(javaConversions = true) -> (Compile \/ sourceManaged).value\n)\n\nCompile \/ avroSourceDirectories += (Compile \/ resourceDirectory).value \/ \"avro\"\nCompile \/ avroSpecificSourceDirectories += (Compile \/ resourceDirectory).value \/ \"avro\"\nCompile \/ sourceGenerators += (Compile \/ avroScalaGenerateSpecific).taskValue\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/SchemaBuilderSpec.scala","text":"<reponame>ksilin\/schemer<filename>src\/test\/scala\/com\/example\/avro\/SchemaBuilderSpec.scala\npackage com.example.avro\n\nimport com.example.SpecBase\nimport org.apache.avro.{ Schema, SchemaBuilder }\n\nclass SchemaBuilderSpec extends SpecBase {\n\n  \"generating a field and a full record schema must work\" in {\n\n    val namespace = \"com.testing\"\n\n    val enumSchema: Schema =\n      SchemaBuilder\n        .enumeration(\"aname\")\n        .namespace(namespace)\n        .symbols(\"a\", \"b\", \"c\", \"d\", \"e\")\n\n    val myschema: Schema =\n      SchemaBuilder\n        .record(\"recordSchema\")\n        .namespace(namespace)\n        .fields()\n        .name(\"enumTest\")\n        .`type`()\n        .unionOf()\n        .nullType()\n        .and()\n        .`type`(enumSchema)\n        .endUnion()\n        .noDefault()\n        .endRecord()\n\n    println(enumSchema)\n    println(myschema)\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/main\/scala\/com\/example\/sr\/package.scala","text":"<reponame>ksilin\/schemer<gh_stars>0\npackage com.example\n\npackage object sr {\n\n  case class Order(id: String, itemId: String, customerId: String, quantity: Int)\n  case class Item(id: String, name: String, price: Int)\n  case class Customer(id: String, name: String)\n\n  case class SchemaEnvelope(\n      subject: String,\n      schema: String,\n      version: Option[Int] = None,\n      id: Option[Int] = None\n  )\n  case class PostSchemaEnvelope(schema: String)\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/sr\/SrRestClientSpec.scala","text":"package com.example.sr\n\nimport com.example.{ SRBase, SpecBase }\n\nimport scala.jdk.CollectionConverters._\nimport better.files._\nimport io.confluent.kafka.schemaregistry.ParsedSchema\nimport io.confluent.kafka.schemaregistry.client.rest.entities.SchemaReference\n\nimport scala.util.Try\n\nclass SrRestClientSpec extends SpecBase with SRBase {\n\n  val customerSchemaPath = \"avro\/Customer.avsc\"\n  val productSchemaPath  = \"avro\/Product.avsc\"\n\n  \/\/ avrohugger cannot generate a SpecificRecord for the AllOF type and fails,\n  \/\/ so moving out of generator path to let it work on th rest\n  val allOfSchemaPath = \"manual_avro\/CustomerOrProduct.avsc\"\n\n  val productSubject  = s\"product-$suiteName\"\n  val customerSubject = s\"customer-$suiteName\"\n  val allOfSubject    = s\"allOf-$suiteName\"\n\n  \"must get all subjects\" in {\n    val subjects = srClient.schemaRegistryClient.getAllSubjects.asScala\n    subjects foreach (s => info(s))\n  }\n\n  \"must register a schema\" in {\n    srClient.deleteSubjects(List(allOfSubject, customerSubject))\n\n    val customerSchema: Either[String, String] =\n      Resource.asString(customerSchemaPath).toRight(s\"failed to read schema $customerSchemaPath\")\n    val res: Either[String, Int] = customerSchema.flatMap { schemaString =>\n      srClient.register(customerSubject, schemaString)\n    }\n    res mustBe a[Right[String, Int]]\n\n    res.map { schemaId =>\n      val schema: Try[ParsedSchema] = Try(srClient.schemaRegistryClient.getSchemaById(schemaId))\n      println(s\"found schema with ID $schemaId:\")\n      println(schema)\n    }\n  }\n\n  \"must register a schema with references\" in {\n\n    srClient.deleteSubjects(List(allOfSubject, customerSubject, productSubject))\n\n    val customerSchemaRegistered: scala.Either[String, Int] =\n      srClient.registerSchemaFromResource(customerSchemaPath, customerSubject)\n    customerSchemaRegistered mustBe a[Right[String, Int]]\n\n    val productSchemaRegistered: Either[String, Int] =\n      srClient.registerSchemaFromResource(productSchemaPath, productSubject)\n    productSchemaRegistered mustBe a[Right[_, _]]\n\n    \/\/ without the references:\n    \/\/ FAILs [ERROR] [AvroSchemaProvider] - Could not parse Avro schema\n    \/\/org.apache.avro.SchemaParseException: Undefined name: \"io.confluent.examples.avro.Customer\"\n    val references = List(\n      new SchemaReference(\"com.examples.schema.Customer\", customerSubject, 1),\n      new SchemaReference(\"com.examples.schema.Product\", productSubject, 1)\n    )\n\n    val unionSchemaRegistered: Either[String, Int] =\n      srClient.registerSchemaFromResource(allOfSchemaPath, allOfSubject, references)\n    unionSchemaRegistered mustBe a[Right[String, Int]]\n    unionSchemaRegistered.map { schemaId =>\n      val schema: Try[ParsedSchema] = Try(srClient.schemaRegistryClient.getSchemaById(schemaId))\n      println(s\"found union schema with ID $schemaId:\")\n      println(schema)\n    }\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.dwijnand\"      % \"sbt-dynver\"      % \"4.0.0\")\naddSbtPlugin(\"org.scalameta\"     % \"sbt-scalafmt\"    % \"2.4.0\")\n\/\/ addSbtPlugin(\"com.thesamet\" % \"sbt-protoc\" % \"0.99.34\")\naddSbtPlugin(\"com.thesamet\" % \"sbt-protoc\" % \"1.0.0-RC2\")\nlibraryDependencies += \"com.thesamet.scalapb\" %% \"compilerplugin\" % \"0.10.7\"\naddSbtPlugin(\"com.julianpeeters\" % \"sbt-avrohugger\" % \"2.0.0-RC24\")\n"}
{"repo_name":"ksilin\/schemer","path":"src\/main\/scala\/com\/example\/avro\/SrRestClient.scala","text":"<reponame>ksilin\/schemer<filename>src\/main\/scala\/com\/example\/avro\/SrRestClient.scala\npackage com.example.avro\n\nimport better.files.Resource\nimport com.example.SrRestProps\nimport io.confluent.kafka.schemaregistry.{ ParsedSchema, SchemaProvider }\nimport io.confluent.kafka.schemaregistry.avro.{ AvroSchema, AvroSchemaProvider }\nimport io.confluent.kafka.schemaregistry.client.{ CachedSchemaRegistryClient, SchemaRegistryClient }\nimport io.confluent.kafka.schemaregistry.client.rest.entities.SchemaReference\nimport io.confluent.kafka.schemaregistry.json.JsonSchemaProvider\nimport io.confluent.kafka.schemaregistry.protobuf.ProtobufSchemaProvider\nimport wvlet.log.LogSupport\n\nimport java.util\nimport scala.jdk.CollectionConverters._\nimport scala.jdk.OptionConverters.RichOptional\nimport scala.util.Try\n\ncase class SrRestClient(config: SrRestProps) extends LogSupport {\n  import com.example.avro.SrRestClient._\n\n  val schemaRegistryClient: SchemaRegistryClient =\n    new CachedSchemaRegistryClient(\n      List(config.srUrl).asJava,\n      idMapCapacity,\n      providers,\n      config.srPropsMap\n    )\n\n  def register(\n      subjectName: String,\n      schemaString: String,\n      schemaType: String = AvroSchema.TYPE,\n      references: List[SchemaReference] = Nil\n  ): Either[String, Int] = {\n\n    val maybeSchema: Option[ParsedSchema] =\n      schemaRegistryClient.parseSchema(schemaType, schemaString, references.asJava).toScala\n\n    val res: Either[String, Int] = maybeSchema.fold(\n      Left(s\"failed to parse schema $schemaString\").asInstanceOf[Either[String, Int]]\n    ) { ps =>\n      Try {\n        schemaRegistryClient.register(subjectName, ps)\n      }.toEither.left.map(e => e.getMessage)\n    }\n    res\n  }\n\n  \/\/ https:\/\/docs.confluent.io\/platform\/current\/schema-registry\/schema-deletion-guidelines.html#hard-delete-schema\n  def deleteSubjects(subjects: List[String]): Map[String, Either[Throwable, util.List[Integer]]] =\n    subjects.map { s =>\n      s -> deleteSubject(s)\n    }.toMap\n\n  def deleteSubject(subject: String): Either[Throwable, util.List[Integer]] =\n    Try(schemaRegistryClient.deleteSubject(subject, false)).flatMap { _ =>\n      Try(schemaRegistryClient.deleteSubject(subject, true))\n    }.toEither\n\n  def deleteVersion(subject: String, version: String): Either[Throwable, Integer] =\n    Try(schemaRegistryClient.deleteSchemaVersion(subject, version, false)).flatMap { _ =>\n      Try(schemaRegistryClient.deleteSchemaVersion(subject, version, true))\n    }.toEither\n\n  def registerSchemaFromResource(\n      resourcePath: String,\n      subject: String,\n      references: List[SchemaReference] = Nil\n  ): Either[String, Int] = {\n    val schemaOrError: Either[String, String] =\n      Resource.asString(resourcePath).toRight(s\"failed to read schema $resourcePath\")\n    val schemaRegistered: Either[String, Int] = schemaOrError.flatMap { schemaString =>\n      register(subject, schemaString, references = references)\n    }\n    schemaRegistered\n  }\n\n  \/\/ schemaRegistryClient.register(subjectName, parsedSchema)\n}\n\ncase object SrRestClient {\n\n  val providers: util.List[SchemaProvider] =\n    List(\n      new AvroSchemaProvider().asInstanceOf[SchemaProvider],\n      new JsonSchemaProvider(),\n      new ProtobufSchemaProvider()\n    ).asJava\n\n  val idMapCapacity = 10\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/main\/scala\/com\/example\/SrRestProps.scala","text":"package com.example\n\nimport com.typesafe.config.{ Config, ConfigFactory }\nimport io.confluent.kafka.schemaregistry.client.SchemaRegistryClientConfig\nimport io.confluent.kafka.serializers.AbstractKafkaSchemaSerDeConfig\n\nimport java.net.URL\nimport java.util\nimport java.util.Properties\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\n\ncase class SrRestProps(\n    srUrl: String,\n    srKey: String,\n    srSecret: String\n) {\n  val srProps: Properties = new Properties()\n  srProps.put(AbstractKafkaSchemaSerDeConfig.SCHEMA_REGISTRY_URL_CONFIG, srUrl)\n  srProps.put(SchemaRegistryClientConfig.BASIC_AUTH_CREDENTIALS_SOURCE, \"USER_INFO\")\n  srProps.put(\"schema.registry.basic.auth.user.info\", s\"$srKey:$srSecret\")\n\n  val srPropsMap: util.Map[String, String] = srProps.asInstanceOf[java.util.Map[String, String]]\n}\ncase object SrRestProps {\n  def create(configFileUrl: Option[URL] = None): SrRestProps = {\n    val config: Config = configFileUrl.fold(ConfigFactory.load())(ConfigFactory.parseURL)\n    SrRestProps(\n      config.getString(\"sr.url\"),\n      config.getString(\"sr.key\"),\n      config.getString(\"sr.secret\")\n    )\n  }\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/sr\/ProtoSpec.scala","text":"package com.example.sr\n\nimport java.util.Properties\nimport com.acme.Myrecord.MyRecord\nimport com.acme.Other.OtherRecord\nimport com.example.{ KafkaSpecHelper, SpecBase }\nimport org.apache.kafka.clients.consumer.{ Consumer, ConsumerConfig, ConsumerRecord, KafkaConsumer }\nimport org.apache.kafka.clients.producer.{\n  KafkaProducer,\n  Producer,\n  ProducerConfig,\n  ProducerRecord,\n  RecordMetadata\n}\n\nimport scala.jdk.CollectionConverters._\n\nclass ProtoSpec extends SpecBase {\n\n  val protoProps: Properties = props.clone().asInstanceOf[Properties]\n  protoProps.put(\n    ProducerConfig.VALUE_SERIALIZER_CLASS_CONFIG,\n    \"io.confluent.kafka.serializers.protobuf.KafkaProtobufSerializer\"\n  )\n  protoProps.put(\n    ConsumerConfig.VALUE_DESERIALIZER_CLASS_CONFIG,\n    \"io.confluent.kafka.serializers.protobuf.KafkaProtobufDeserializer\"\n  )\n  val producer: Producer[String, MyRecord] = new KafkaProducer[String, MyRecord](protoProps)\n  val consumer: Consumer[String, MyRecord] = new KafkaConsumer[String, MyRecord](protoProps)\n  val otherRecord: OtherRecord             = OtherRecord.newBuilder().setOtherId(123).build()\n  val myrecord: MyRecord                   = MyRecord.newBuilder().setF1(\"value1\").setF2(otherRecord).build()\n\n  val topic     = \"testProto\"\n  val recordKey = \"testKey\"\n\n  \"must write proto to topic \" in {\n    KafkaSpecHelper.createOrTruncateTopic(adminClient, topic)\n    consumer.subscribe(List(topic).asJava)\n\n    val record: ProducerRecord[String, MyRecord] =\n      new ProducerRecord[String, MyRecord](topic, recordKey, myrecord)\n    val sent: RecordMetadata = producer.send(record).get()\n    println(sent)\n    producer.close()\n\n    val records: Iterable[ConsumerRecord[String, MyRecord]] =\n      KafkaSpecHelper.fetchAndProcessRecords(consumer)\n  }\n\n}\n"}
{"repo_name":"ksilin\/schemer","path":"src\/test\/scala\/com\/example\/avro\/enm\/AvroSchemaEnumCompatSpec.scala","text":"package com.example.avro.enm\n\nimport com.example.avro.enm.Enums.Suit4\nimport com.example.{ SRBase, SpecBase }\nimport io.confluent.kafka.schemaregistry.avro.AvroSchema\nimport io.confluent.kafka.schemaregistry.client.MockSchemaRegistryClient\nimport io.confluent.kafka.serializers.KafkaAvroDeserializer\nimport org.apache.avro.generic.GenericData.{ EnumSymbol, Record }\nimport org.apache.avro.{ AvroTypeException, Schema }\nimport org.apache.avro.generic.GenericRecordBuilder\nimport org.apache.kafka.common.errors.SerializationException\n\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\n\nclass AvroSchemaEnumCompatSpec extends SpecBase with SRBase {\n\n  \/\/ we recommend against changing enums, explaining that this change is incompatible\n  \/\/ it is not that clear-cut. There are some compatible changes, some incompatible changes and some gres area\n  \/\/ however, as it is that complicated, you probably do not want to change your enums\n\n  val subject: String = suiteName\n\n  val fourEnumSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"SPADES\\\", \\\"HEARTS\\\", \\\"DIAMONDS\\\", \\\"CLUBS\\\"]\\r\\n}\"\n\n  val fourEnumReverseSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"CLUBS\\\", \\\"DIAMONDS\\\", \\\"HEARTS\\\", \\\"SPADES\\\" ]\\r\\n}\"\n\n  val fourEnumReplaceSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"A\\\", \\\"B\\\", \\\"C\\\", \\\"D\\\" ]\\r\\n}\"\n\n  val threeEnumSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"SPADES\\\", \\\"HEARTS\\\", \\\"DIAMONDS\\\"]\\r\\n}\"\n\n  val threeEnumWithDefaultSchemaString: String =\n    \"{ \\\"type\\\": \\\"enum\\\",\\r\\n \\\"name\\\": \\\"Suit\\\",\\r\\n \\\"symbols\\\" : [\\\"SPADES\\\", \\\"HEARTS\\\", \\\"DIAMONDS\\\"], \\r\\n \\\"default\\\": \\\"HEARTS\\\"\\r\\n}\"\n\n  \/\/ fun quiz question - what is the return type of a method called isBackwardCompatible(ParsedSchema previousSchema)?\n  \/\/ Boolean? wrong! its List<String>\n\n  private val fieldName = \"enumTest\"\n  val recordPrefix: String =\n    \"{ \\\"type\\\": \\\"record\\\",\\r\\n \\\"name\\\": \\\"\" + fieldName + \"\\\",\\r\\n \\\"namespace\\\": \\\"com.example\\\", \\r\\n \\\"fields\\\": [\\r\\n\"\n  val recordSuffix = \"\\n]\\n}\"\n\n  val fieldPrefix: String = \"{\\\"name\\\": \\\"\" + fieldName + \"\\\",\\r\\n \\\"type\\\": \"\n  val fieldSuffix         = \"}\"\n\n  val fourElementsEnumSchema: Schema        = new Schema.Parser().parse(fourEnumSchemaString)\n  val fourElementsReverseEnumSchema: Schema = new Schema.Parser().parse(fourEnumReverseSchemaString)\n  val fourElementsReplaceEnumSchema: Schema = new Schema.Parser().parse(fourEnumReplaceSchemaString)\n  val threeElementsEnumSchema: Schema       = new Schema.Parser().parse(threeEnumSchemaString)\n  val threeElementsWithDefaultEnumSchema: Schema =\n    new Schema.Parser().parse(threeEnumWithDefaultSchemaString)\n\n  val fourElementsEnumAvroSchema             = new AvroSchema(fourElementsEnumSchema)\n  val fourElementsReverseEnumAvroSchema      = new AvroSchema(fourElementsReverseEnumSchema)\n  val fourElementsReplaceEnumAvroSchema      = new AvroSchema(fourElementsReplaceEnumSchema)\n  val threeElementsEnumAvroSchema            = new AvroSchema(threeElementsEnumSchema)\n  val threeElementsWithDefaultEnumAvroSchema = new AvroSchema(threeElementsWithDefaultEnumSchema)\n\n  \"deserializing\" - {\n\n    val mockSRClient = new MockSchemaRegistryClient()\n    val serializer   = new TestSerializer(mockSRClient)\n    val deserializer = new KafkaAvroDeserializer(mockSRClient)\n\n    val recordSchemaFourEnum: Schema =\n      new Schema.Parser().parse(makeSchemaString(fourEnumSchemaString))\n    val recordAvroSchemaFourEnum = new AvroSchema(recordSchemaFourEnum)\n\n    val recordSchemaThreeEnum: Schema =\n      new Schema.Parser().parse(makeSchemaString(threeEnumSchemaString))\n\n    val recordSchemaThreeEnumWithDefault: Schema =\n      new Schema.Parser().parse(makeSchemaString(threeEnumWithDefaultSchemaString))\n\n    val recordSchemaReverseEnum: Schema =\n      new Schema.Parser().parse(makeSchemaString(fourEnumReverseSchemaString))\n\n    \/\/ clubs is element Nr 4\n    val symbolClubs: EnumSymbol =\n      new EnumSymbol(fourElementsEnumSchema, Suit4.CLUBS)\n\n    val recordClubs =\n      new GenericRecordBuilder(recordSchemaFourEnum).set(fieldName, symbolClubs).build()\n    val serializedClubs: Array[Byte] =\n      serializer.serialize(subject, recordClubs, recordAvroSchemaFourEnum)\n\n    \"serialization stores index of enum\" in {\n\n      println(s\"serialized Clubs ${serializedClubs.mkString(\"(\", \",\", \")\")}\")\n\n      val symbolHearts: EnumSymbol =\n        new EnumSymbol(fourElementsEnumSchema, Suit4.HEARTS)\n      val recordHearts =\n        new GenericRecordBuilder(recordSchemaFourEnum).set(fieldName, symbolHearts).build()\n      val serializedHearts: Array[Byte] =\n        serializer.serialize(subject, recordHearts, recordAvroSchemaFourEnum)\n      println(s\"serialized Hearts ${serializedHearts.mkString(\"(\", \",\", \")\")}\")\n\n      val symbolDiamonds: EnumSymbol =\n        new EnumSymbol(fourElementsEnumSchema, Suit4.DIAMONDS)\n      val recordDiamonds =\n        new GenericRecordBuilder(recordSchemaFourEnum).set(fieldName, symbolDiamonds).build()\n      val serializedDiamonds: Array[Byte] =\n        serializer.serialize(subject, recordDiamonds, recordAvroSchemaFourEnum)\n      println(s\"serialized Diamonds ${serializedDiamonds.mkString(\"(\", \",\", \")\")}\")\n\n      val symbolSpades: EnumSymbol =\n        new EnumSymbol(fourElementsEnumSchema, Suit4.SPADES)\n      val recordSpades =\n        new GenericRecordBuilder(recordSchemaFourEnum).set(fieldName, symbolSpades).build()\n      val serializedSpades: Array[Byte] =\n        serializer.serialize(subject, recordSpades, recordAvroSchemaFourEnum)\n      println(s\"serialized Spades ${serializedSpades.mkString(\"(\", \",\", \")\")}\")\n\n    }\n\n    \"serializing & deserializing must work with same schema\" in {\n\n      val deserializedSameSchema: Record =\n        deserializer\n          .deserialize(\"useless_string_will_be_dropped\", serializedClubs, recordSchemaFourEnum)\n          .asInstanceOf[Record]\n      val enField: EnumSymbol = deserializedSameSchema.get(fieldName).asInstanceOf[EnumSymbol]\n      Suit4.valueOf(enField.toString) mustBe Suit4.CLUBS\n    }\n\n    \"deserializing must work with reordered schema\" in {\n      val deserializedReverseSchema =\n        deserializer\n          .deserialize(\n            \"useless_string_will_be_dropped\",\n            serializedClubs,\n            recordSchemaReverseEnum\n          )\n          .asInstanceOf[Record]\n      val enField: EnumSymbol = deserializedReverseSchema.get(fieldName).asInstanceOf[EnumSymbol]\n      Suit4.valueOf(enField.toString) mustBe Suit4.CLUBS\n    }\n\n    \"deserializing must fail if symbol is removed\" in {\n      val deserializedThreeSchema: SerializationException =\n        intercept[SerializationException] {\n          deserializer.deserialize(\n            \"useless_string_will_be_dropped\",\n            serializedClubs,\n            recordSchemaThreeEnum\n          )\n        }\n      val cause: Throwable = deserializedThreeSchema.getCause\n      cause mustBe a[AvroTypeException]\n      cause.getMessage mustBe \"No match for CLUBS\"\n    }\n\n    \"deserializing will use default value if symbol is removed but a default exists\" in {\n      val deserializedThreeSchema =\n        deserializer\n          .deserialize(\n            \"useless_string_will_be_dropped\",\n            serializedClubs,\n            recordSchemaThreeEnumWithDefault\n          )\n          .asInstanceOf[Record]\n      val enField: EnumSymbol = deserializedThreeSchema.get(fieldName).asInstanceOf[EnumSymbol]\n      Suit4.valueOf(enField.toString) mustBe Suit4.HEARTS\n    }\n\n  }\n\n  \"testing compatibility\" - {\n\n    \/\/ can consumer read old data with new schema? NO, a symbol is missing\n    \"removing element from enum must be incompatible\" in {\n      \/\/ Checking compatibility of reader {\"type\":\"enum\",\"name\":\"Suit\",\"symbols\":[\"SPADES\",\"HEARTS\",\"DIAMONDS\"]} with writer {\"type\":\"enum\",\"name\":\"Suit\",\"symbols\":[\"SPADES\",\"HEARTS\",\"DIAMONDS\",\"CLUBS\"]}\n      \/\/ Incompatibility{type:MISSING_ENUM_SYMBOLS, location:\/symbols, message:[CLUBS], reader:{\"type\":\"enum\",\"name\":\"Suit\",\"symbols\":[\"SPADES\",\"HEARTS\",\"DIAMONDS\"]}, writer:{\"type\":\"enum\",\"name\":\"Suit\",\"symbols\":[\"SPADES\",\"HEARTS\",\"DIAMONDS\",\"CLUBS\"]}}\n      val result: mutable.Buffer[String] =\n        threeElementsEnumAvroSchema.isBackwardCompatible(fourElementsEnumAvroSchema).asScala\n      result.head.contains(\"MISSING_ENUM_SYMBOLS\") mustBe true\n    }\n\n    \/\/ and removing an element is forwards compatible\n    \"adding element must be backwards compatible\" in {\n      val res2: mutable.Buffer[String] =\n        fourElementsEnumAvroSchema.isBackwardCompatible(threeElementsEnumAvroSchema).asScala\n      res2.isEmpty mustBe true\n    }\n\n    \"with defaults, removing elements must be backwards compatible \" in {\n\n      val result: mutable.Buffer[String] =\n        threeElementsWithDefaultEnumAvroSchema\n          .isBackwardCompatible(fourElementsEnumAvroSchema)\n          .asScala\n      result.isEmpty mustBe true\n    }\n\n    \/\/ you dont even need the defaults, but just to be sure\n    \"with defaults, adding elements must be backwards compatible \" in {\n      val result: mutable.Buffer[String] =\n        fourElementsEnumAvroSchema\n          .isBackwardCompatible(threeElementsWithDefaultEnumAvroSchema)\n          .asScala\n      result.isEmpty mustBe true\n    }\n\n    \"changing sequence must be compatible\" in {\n      val result: mutable.Buffer[String] =\n        fourElementsReverseEnumAvroSchema\n          .isBackwardCompatible(fourElementsEnumAvroSchema)\n          .asScala\n      result.isEmpty mustBe true\n    }\n\n    \"using same number of different elements must be incompatible\" in {\n      val result: mutable.Buffer[String] =\n        fourElementsReplaceEnumAvroSchema\n          .isBackwardCompatible(fourElementsEnumAvroSchema)\n          .asScala\n      result.head.contains(\"MISSING_ENUM_SYMBOLS\") mustBe true\n    }\n  }\n\n  private def makeSchemaString(fieldSchema: String) =\n    recordPrefix + fieldPrefix + fieldSchema + fieldSuffix + recordSuffix\n\n}\n"}
{"repo_name":"NetLogo\/Dialog-Extension","path":"src\/DialogExtension.scala","text":"package org.nlogo.extension.dialog\n\nimport java.awt.{ EventQueue => JEventQueue }\nimport java.lang.{ Boolean => JBoolean, Integer => JInteger }\n\nimport org.nlogo.api.{ Argument, Command, Context, DefaultClassManager, Dump, ExtensionException, PrimitiveManager, ReporterRunnable }\nimport org.nlogo.awt.EventQueue\nimport org.nlogo.core.{ I18N, LogoList, Syntax }\nimport org.nlogo.nvm.HaltException\nimport org.nlogo.swing.{ InputDialog, OptionDialog }\nimport org.nlogo.window.GUIWorkspace\n\nclass DialogExtension extends DefaultClassManager {\n\n  override def load(manager: PrimitiveManager): Unit = {\n    manager.addPrimitive(\"user-input\"     , UserInput)\n    manager.addPrimitive(\"user-message\"   , UserMessage)\n    manager.addPrimitive(\"user-one-of\"    , UserOneOf)\n    manager.addPrimitive(\"user-yes-or-no?\", UserYesOrNo)\n  }\n\n  private var noDialogIsOpen = true\n\n  private object UserInput extends Command {\n    override def getSyntax = Syntax.commandSyntax(right = List(Syntax.StringType, Syntax.CommandType))\n    override def perform(args: Array[Argument], context: Context): Unit = {\n\n      if (noDialogIsOpen && !context.workspace.isHeadless) {\n        context.workspace match {\n          case gw: GUIWorkspace =>\n\n            val message    = args(0).getString\n            val onComplete = args(1).getCommand\n\n            val f = {\n              () =>\n\n                gw.view.mouseDown(false)\n\n                noDialogIsOpen = false\n                val result = new InputDialog(gw.getFrame, \"User Input\", message, I18N.gui.fn).showInputDialog()\n                noDialogIsOpen = true\n\n                if (result != null)\n                  onComplete.perform(context, Array(result))\n                else\n                  throw new HaltException(true)\n\n            }\n\n            if (JEventQueue.isDispatchThread)\n              f()\n            else {\n              gw.updateUI()\n              EventQueue.invokeLater { () => f() }\n            }\n\n        }\n      }\n\n    }\n  }\n\n  private object UserMessage extends Command {\n    override def getSyntax = Syntax.commandSyntax(right = List(Syntax.StringType, Syntax.CommandType))\n    override def perform(args: Array[Argument], context: Context): Unit = {\n\n      if (noDialogIsOpen && !context.workspace.isHeadless) {\n        context.workspace match {\n          case gw: GUIWorkspace =>\n\n            val message    = args(0).getString\n            val onComplete = args(1).getCommand\n\n            val f = {\n              () =>\n\n                gw.view.mouseDown(false)\n\n                val okStr   = I18N.gui.get(\"common.buttons.ok\")\n                val haltStr = I18N.gui.get(\"common.buttons.halt\")\n\n                noDialogIsOpen = false\n                val result = OptionDialog.showMessage(gw.getFrame, \"User Message\", message, Array(okStr, haltStr))\n                noDialogIsOpen = true\n\n                if (result != 1)\n                  onComplete.perform(context, Array())\n                else\n                  throw new HaltException(true)\n\n            }\n\n            if (JEventQueue.isDispatchThread)\n              f()\n            else {\n              gw.updateUI()\n              EventQueue.invokeLater { () => f() }\n            }\n\n        }\n      }\n\n    }\n  }\n\n  private object UserOneOf extends Command {\n    override def getSyntax = Syntax.commandSyntax(right = List(Syntax.StringType, Syntax.ListType, Syntax.CommandType))\n    override def perform(args: Array[Argument], context: Context): Unit = {\n\n      if (noDialogIsOpen && !context.workspace.isHeadless) {\n        context.workspace match {\n          case gw: GUIWorkspace =>\n\n            val message    = args(0).getString\n            val items      = args(1).getList\n            val onComplete = args(2).getCommand\n\n            if (items.isEmpty)\n              throw new ExtensionException(I18N.errors.get(\"org.nlogo.prim.etc.$common.emptyList\"))\n\n            val choices = items.map(Dump.logoObject).toArray[AnyRef]\n\n            val f = {\n              () =>\n\n                gw.view.mouseDown(false)\n\n                noDialogIsOpen = false\n                val result =\n                  new OptionDialog(gw.getFrame, \"User One Of\", message, choices, I18N.gui.fn).showOptionDialog()\n                noDialogIsOpen = true\n\n                if (result != null) {\n                  val index      = result.asInstanceOf[JInteger].intValue\n                  val resultItem = items(index)\n                  onComplete.perform(context, Array(resultItem))\n                } else {\n                  throw new HaltException(true)\n                }\n\n            }\n\n            if (JEventQueue.isDispatchThread)\n              f()\n            else {\n              gw.updateUI()\n              EventQueue.invokeLater { () => f() }\n            }\n\n        }\n      }\n\n\n    }\n  }\n\n  private object UserYesOrNo extends Command {\n    override def getSyntax = Syntax.commandSyntax(right = List(Syntax.StringType, Syntax.CommandType))\n    override def perform(args: Array[Argument], context: Context): Unit = {\n\n      if (noDialogIsOpen && !context.workspace.isHeadless) {\n        context.workspace match {\n          case gw: GUIWorkspace =>\n\n            val message    = args(0).getString\n            val onComplete = args(1).getCommand\n\n            val f = {\n              () =>\n\n                gw.view.mouseDown(false)\n\n                val yesStr  = I18N.gui.get(\"common.buttons.yes\")\n                val noStr   = I18N.gui.get(\"common.buttons.no\")\n                val haltStr = I18N.gui.get(\"common.buttons.halt\")\n\n                noDialogIsOpen = false\n                val result =\n                  OptionDialog.showIgnoringCloseBox( gw.getFrame, \"User Yes or No\", message\n                                                   , Array(yesStr, noStr, haltStr), false)\n                noDialogIsOpen = true\n\n                val resultBool =\n                  result match {\n                    case 0 => JBoolean.TRUE\n                    case 1 => JBoolean.FALSE\n                    case _ => null\n                  }\n\n                if (resultBool != null)\n                  onComplete.perform(context, Array(resultBool))\n                else\n                  throw new HaltException(true)\n\n            }\n\n            if (JEventQueue.isDispatchThread)\n              f()\n            else {\n              gw.updateUI()\n              EventQueue.invokeLater { () => f() }\n            }\n\n        }\n      }\n\n    }\n  }\n\n}\n"}
{"repo_name":"adonh\/scheduler","path":"version.sbt","text":"<gh_stars>0\nversion in ThisBuild := \"9.1.3\"\n"}
{"repo_name":"pobed2\/pobed2.github.io","path":"assets\/find_top_reviewers_part_2.scala","text":"<reponame>pobed2\/pobed2.github.io\nimport com.datastax.spark.connector._\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\n\nsc.stop\n\ncase class Review (review_id: String, user_id: String, business_id: String, stars: Double, text: String);\n\ncase class User (user_id: String, name: String, yelping_since: String, votes: Map[String, Integer], review_count: Integer, friends: Set[String], fans: Integer, average_stars: Double, compliments: Map[String, Integer], elite: Set[Integer]);\n\ncase class Business (business_id: String, full_address: String, open: Boolean, categories: List[String], city: String, review_count: Integer, name: String, neighborhoods: List[String], longitude: Double, latitude: Double, state: String, stars: Double);\n\n\nval conf = new SparkConf(true)\nconf.set(\"spark.cassandra.connection.host\", \"127.0.0.1\")\nconf.set(\"spark.shuffle.memoryFraction\", \"0.35\")\nval sc = new SparkContext(\"local[4]\", \"Cassandra Connector Test\", conf)\n\nval reviews = sc.cassandraTable[Review](\"yelp\", \"reviews\")\nval businesses = sc.cassandraTable[Business](\"yelp\", \"businesses\")\nval users = sc.cassandraTable[User](\"yelp\", \"users\")\n\nval reviewsByBusinessId = reviews.keyBy(r => r.business_id) \/\/(business_id, review)\nval businessesByBusinessId = businesses.keyBy(b => b.business_id) \/\/(business_id, business)\n\nval reviewsForBusiness = businessesByBusinessId.join(reviewsByBusinessId) \/\/(business_id, (business, review))\nval reviewsForBusinessByUser = reviewsForBusiness.groupBy(r => r._2._2.user_id) \/\/(user_id, Iterable[(review, business)])\nval usersByUserId = users.keyBy(u => u.user_id) \/\/(user_id, user)\nval joinedUserReviewsForBusiness = usersByUserId.join(reviewsForBusinessByUser) \/\/(user_id, (User, Iterable[(review, business)]))\nval topWithNames = joinedUserReviewsForBusiness.map(j => (j._2._2.size, j._2)).sortByKey(false) \/\/(nb_reviews, (User, Iterable[(business, review)]))\nval topWithTopCity = topWithNames.map(t => (t._1, (t._2._1, t._2._2, t._2._2.groupBy(rb => rb._2._1.city).mapValues(_.size).maxBy(_._2)))) \/\/RDD[(Int, ((User, Iterable[(String, (Business, Review))], (String, Int)))]\n\nval topWithTopCityAndTopCategory = topWithTopCity.map(t => (t._1, (t._2._1, t._2._2, t._2._3, t._2._2.map(rb => rb._2._1.categories).flatten.foldLeft(Map[String,Int]() withDefaultValue 0){(m,x) => m + (x -> (1 + m(x)))}.maxBy(_._2))))\n\nfor( (nb_reviews,(user, reviews,(city, city_nb_reviews), (category, category_nb_reviews))) <- topWithTopCityAndTopCategory.take(5) ){\n   println( user.name + \" has \" + nb_reviews + \" total reviews. City is \" + city + \" with \" + city_nb_reviews + \" reviews. Most reviewed category is \" + category + \" with \" + category_nb_reviews + \" reviews.\");\n}\n\n\/\/ val reviewsByUser = reviews.groupBy(r => r.user_id)\n\/\/ val usersByUserId = users.map(u => (u.user_id, u))\n\n\/\/ val joinedUserReviews = usersByUserId.join(reviewsByUser)\n\n\/\/ val top5WithNames = joinedUserReviews.map(j => (j._2._1, j._2._2.size)).map(item => item.swap).sortByKey(false).map(item => item.swap).take(5)\n\/\/\n\/\/ for( (user, nb_reviews) <- top5WithNames ){\n\/\/    println( user.name + \" has \" + nb_reviews + \" reviews.\" );\n\/\/ }\n\n\/\/ reviewsByUser.first\n\/\/val businesses = sc.cassandraTable[Business](\"yelp\", \"businesses\").cache\n\n\/\/val reviewByBusinessId = reviews.filter(review => review.stars > 4.9).keyBy(r => r.business_id)\n\/\/val businessByBusinessId = businesses.filter(b => b.categories.contains(\"Mexican\")).keyBy(b => b.business_id)\n\n\/\/val joinedBusiness = businessByBusinessId.join(reviewByBusinessId).cache\n\n\/\/joinedBusiness.count\n\n\/\/reviews.filter(review => review.text.contains(\"tacos\")).filter(review => review.stars > 4.9)\n"}
{"repo_name":"civitaspo\/digdag-operator-livy","path":"src\/main\/scala\/pro\/civitaspo\/digdag\/plugin\/livy\/operator\/AbstractLivyOperator.scala","text":"package pro.civitaspo.digdag.plugin.livy.operator\n\nimport io.digdag.client.config.{Config, ConfigFactory}\nimport io.digdag.spi.{OperatorContext, TemplateEngine}\nimport io.digdag.util.{BaseOperator, DurationParam}\nimport org.slf4j.{Logger, LoggerFactory}\nimport scalaj.http.{Http, HttpRequest, HttpResponse}\n\nimport scala.collection.JavaConverters._\n\nabstract class AbstractLivyOperator(operatorName: String, context: OperatorContext, systemConfig: Config, templateEngine: TemplateEngine)\n    extends BaseOperator(context) {\n\n  protected val logger: Logger = LoggerFactory.getLogger(this.getClass)\n  protected val cf: ConfigFactory = request.getConfig.getFactory\n  protected val params: Config = {\n    val elems: Seq[String] = operatorName.split(\"\\\\.\")\n    elems.indices.foldLeft(request.getConfig) { (p: Config, idx: Int) =>\n      p.mergeDefault((0 to idx).foldLeft(request.getConfig) { (nestedParam: Config, keyIdx: Int) =>\n        nestedParam.getNestedOrGetEmpty(elems(keyIdx))\n      })\n    }\n  }\n\n  protected val host: String = params.get(\"host\", classOf[String])\n  protected val port: Int = params.get(\"port\", classOf[Int], 8998)\n  protected val scheme: String = params.get(\"scheme\", classOf[String], \"http\")\n  protected val header: Map[String, String] = params.getMapOrEmpty(\"header\", classOf[String], classOf[String]).asScala.toMap\n  protected val connectionTimeoutDuration: DurationParam = params.get(\"connection_timeout_duration\", classOf[DurationParam], DurationParam.parse(\"5m\"))\n  protected val readTimeoutDuration: DurationParam = params.get(\"read_timeout_duration\", classOf[DurationParam], DurationParam.parse(\"5m\"))\n\n  protected lazy val baseUrl: String = s\"${scheme}:\/\/${host}:${port}\"\n\n  protected def withHttp[T](url: String)(f: HttpRequest => T): T = {\n    val http: HttpRequest = Http(url)\n      .timeout(connTimeoutMs = connectionTimeoutDuration.getDuration.toMillis.toInt, readTimeoutMs = readTimeoutDuration.getDuration.toMillis.toInt)\n      .headers((\"Content-type\", \"application\/json\"), header.toSeq: _*)\n    f(http)\n  }\n\n  protected def parseResponce(res: HttpResponse[String]): Config = {\n    cf.fromJsonString(res.body)\n  }\n}\n"}
{"repo_name":"civitaspo\/digdag-operator-livy","path":"src\/main\/scala\/pro\/civitaspo\/digdag\/plugin\/livy\/operator\/LivyWaitJobOperator.scala","text":"<reponame>civitaspo\/digdag-operator-livy\npackage pro.civitaspo.digdag.plugin.livy.operator\n\nimport com.google.common.base.Optional\nimport com.google.common.collect.ImmutableList\nimport io.digdag.client.config.{Config, ConfigKey}\nimport io.digdag.spi.{OperatorContext, TaskResult, TemplateEngine}\nimport io.digdag.util.DurationParam\nimport pro.civitaspo.digdag.plugin.livy.wrapper.{NotRetryableException, ParamInGiveup, ParamInRetry, RetryableException, RetryExecutorWrapper}\nimport scalaj.http.{HttpResponse, HttpStatusException}\n\nimport scala.collection.JavaConverters._\n\nclass LivyWaitJobOperator(operatorName: String, context: OperatorContext, systemConfig: Config, templateEngine: TemplateEngine)\n    extends AbstractLivyOperator(operatorName, context, systemConfig, templateEngine) {\n\n  val sessionId: Int = params.get(\"_command\", classOf[Int])\n  val successStates: Seq[String] = params.getList(\"success_states\", classOf[String]).asScala\n  val errorStates: Seq[String] = params.getListOrEmpty(\"error_states\", classOf[String]).asScala\n  val pollingInterval: DurationParam = params.get(\"polling_interval\", classOf[DurationParam], DurationParam.parse(\"5s\"))\n  val timeoutDuration: DurationParam = params.get(\"timeout_duration\", classOf[DurationParam], DurationParam.parse(\"45m\"))\n\n  val url: String = s\"${baseUrl}\/batches\/${sessionId}\"\n\n  override def runTask(): TaskResult = {\n    val responceBody = parseResponce(waitJob)\n\n    val sessionId: Int = responceBody.get(\"id\", classOf[Int])\n    val applicationId: Optional[String] = responceBody.getOptional(\"appId\", classOf[String])\n    val applicationInfo: Config = responceBody.getNestedOrGetEmpty(\"appInfo\")\n    val state: String = responceBody.get(\"state\", classOf[String])\n\n    val result: Config = cf.create()\n    val last: Config = result.getNestedOrSetEmpty(\"livy\").getNestedOrSetEmpty(\"last_job\")\n    last.set(\"session_id\", sessionId)\n    last.set(\"application_id\", applicationId)\n    last.set(\"application_info\", applicationInfo)\n    last.set(\"state\", state)\n\n    val builder = TaskResult.defaultBuilder(request)\n    builder.resetStoreParams(ImmutableList.of(ConfigKey.of(\"livy\", \"last_job\")))\n    builder.storeParams(result)\n    builder.build()\n  }\n\n  protected def waitJob: HttpResponse[String] = {\n    RetryExecutorWrapper()\n      .withInitialRetryWait(pollingInterval.getDuration)\n      .withMaxRetryWait(pollingInterval.getDuration)\n      .withRetryLimit(Int.MaxValue)\n      .withWaitGrowRate(1.0)\n      .withTimeout(timeoutDuration.getDuration)\n      .onRetry { p: ParamInRetry =>\n        logger.info(\n          s\"[${operatorName}] retry session_id: $sessionId (next retry: ${p.retryCount}, total wait: ${p.totalWaitMillis} ms, msg: ${p.e.getMessage})\"\n        )\n        logger.debug(s\"[${operatorName}] session_id: $sessionId, status: ${p.toString}\")\n      }\n      .onGiveup { p: ParamInGiveup =>\n        logger.error(s\"[${operatorName}] wait job failed: ${p.lastException.getMessage}\")\n      }\n      .retryIf {\n        case ex: RetryableException =>\n          logger.info(ex.getMessage)\n          true\n        case ex: HttpStatusException =>\n          logger.warn(s\"[${operatorName}] wait job failed: ${ex.getMessage}\")\n          if (ex.code \/ 100 == 4) false\n          else true\n        case ex: Exception =>\n          logger.error(s\"[${operatorName}] wait job failed: ${ex.getClass.toString}: ${ex.getMessage}\")\n          false\n      }\n      .runInterruptible {\n        withHttp(url) { http =>\n          val res: HttpResponse[String] = http.asString.throwError\n          val responseBody: Config = parseResponce(res)\n          val state: String = responseBody.get(\"state\", classOf[String])\n          if (errorStates.contains(state)) throw new NotRetryableException(message = s\"state: ${state} is error state.\")\n          if (successStates.contains(state)) res\n          else throw new RetryableException(message = s\"state: ${state} is retryable.\")\n        }\n      }\n  }\n}\n"}
{"repo_name":"civitaspo\/digdag-operator-livy","path":"src\/main\/scala\/pro\/civitaspo\/digdag\/plugin\/livy\/operator\/LivySubmitJobOperator.scala","text":"<gh_stars>1-10\npackage pro.civitaspo.digdag.plugin.livy.operator\n\nimport java.time.Duration\n\nimport com.google.common.base.Optional\nimport com.google.common.collect.ImmutableList\nimport io.digdag.client.config.{Config, ConfigKey}\nimport io.digdag.spi.{OperatorContext, TaskResult, TemplateEngine}\nimport io.digdag.util.DurationParam\nimport pro.civitaspo.digdag.plugin.livy.wrapper.{ParamInGiveup, ParamInRetry, RetryExecutorWrapper}\nimport scalaj.http.{HttpResponse, HttpStatusException}\n\nimport scala.collection.JavaConverters._\n\nclass LivySubmitJobOperator(operatorName: String, context: OperatorContext, systemConfig: Config, templateEngine: TemplateEngine)\n    extends AbstractLivyOperator(operatorName, context, systemConfig, templateEngine) {\n\n  val job: Config = params.getNested(\"job\")\n  val waitUntilFinished: Boolean = params.get(\"wait_until_finished\", classOf[Boolean], true)\n  val waitTimeoutDuration: DurationParam = params.get(\"wait_timeout_duration\", classOf[DurationParam], DurationParam.parse(\"45m\"))\n\n  val url: String = s\"${baseUrl}\/batches\"\n\n  override def runTask(): TaskResult = {\n    val responceBody = parseResponce(submitJob(jobJson))\n\n    val sessionId: Int = responceBody.get(\"id\", classOf[Int])\n    val applicationId: Optional[String] = responceBody.getOptional(\"appId\", classOf[String])\n    val applicationInfo: Config = responceBody.getNestedOrGetEmpty(\"appInfo\")\n    val state: String = responceBody.get(\"state\", classOf[String])\n\n    val result: Config = cf.create()\n    val last: Config = result.getNestedOrSetEmpty(\"livy\").getNestedOrSetEmpty(\"last_job\")\n    last.set(\"session_id\", sessionId)\n    last.set(\"application_id\", applicationId)\n    last.set(\"application_info\", applicationInfo)\n    last.set(\"state\", state)\n\n    val builder = TaskResult.defaultBuilder(request)\n    builder.resetStoreParams(ImmutableList.of(ConfigKey.of(\"livy\", \"last_job\")))\n    builder.storeParams(result)\n    if (waitUntilFinished) builder.subtaskConfig(buildWaiterSubTaskConfig(sessionId))\n    builder.build()\n  }\n\n  protected def jobJson: String = {\n    val file: String = job.get(\"file\", classOf[String])\n    val proxyUser: Optional[String] = job.getOptional(\"proxy_user\", classOf[String])\n    val className: Optional[String] = job.getOptional(\"class_name\", classOf[String])\n    val args: Seq[String] = job.parseListOrGetEmpty(\"args\", classOf[String]).asScala\n    val jars: Seq[String] = job.parseListOrGetEmpty(\"jars\", classOf[String]).asScala\n    val pyFiles: Seq[String] = job.parseListOrGetEmpty(\"py_files\", classOf[String]).asScala\n    val files: Seq[String] = job.parseListOrGetEmpty(\"files\", classOf[String]).asScala\n    val driverMemory: Optional[String] = job.getOptional(\"driver_memory\", classOf[String])\n    val driverCores: Optional[Int] = job.getOptional(\"driver_cores\", classOf[Int])\n    val executorMemory: Optional[String] = job.getOptional(\"executor_memory\", classOf[String])\n    val executorCores: Optional[Int] = job.getOptional(\"executor_cores\", classOf[Int])\n    val numExecutors: Optional[Int] = job.getOptional(\"num_executors\", classOf[Int])\n    val archives: Seq[String] = job.parseListOrGetEmpty(\"archives\", classOf[String]).asScala\n    val queue: Optional[String] = job.getOptional(\"queue\", classOf[String])\n    val name: String = job.get(\"name\", classOf[String], s\"digdag-${params.get(\"session_uuid\", classOf[String])}\")\n    val conf: Map[String, String] = params.getMapOrEmpty(\"conf\", classOf[String], classOf[String]).asScala.toMap\n\n    val content: Config = cf.create()\n    content.set(\"file\", file)\n    if (proxyUser.isPresent) content.set(\"proxyUser\", proxyUser.get())\n    if (className.isPresent) content.set(\"className\", className.get())\n    if (args.nonEmpty) content.set(\"args\", seqAsJavaList(args))\n    if (jars.nonEmpty) content.set(\"jars\", seqAsJavaList(jars))\n    if (pyFiles.nonEmpty) content.set(\"pyFiles\", seqAsJavaList(pyFiles))\n    if (files.nonEmpty) content.set(\"files\", seqAsJavaList(files))\n    if (driverMemory.isPresent) content.set(\"driverMemory\", driverMemory.get())\n    if (driverCores.isPresent) content.set(\"driverCores\", driverCores.get())\n    if (executorMemory.isPresent) content.set(\"executorMemory\", executorMemory.get())\n    if (executorCores.isPresent) content.set(\"executorCores\", executorCores.get())\n    if (numExecutors.isPresent) content.set(\"numExecutors\", numExecutors.get())\n    if (archives.nonEmpty) content.set(\"archives\", seqAsJavaList(archives))\n    if (queue.isPresent) content.set(\"queue\", queue.get())\n    content.set(\"name\", name)\n    if (conf.nonEmpty) content.set(\"conf\", mapAsJavaMap(conf))\n\n    content.toString\n  }\n\n  protected def submitJob(json: String): HttpResponse[String] = {\n    logger.info(s\"[${operatorName}] submit job: ${json}\")\n    RetryExecutorWrapper()\n      .withInitialRetryWait(Duration.ofSeconds(1L))\n      .withMaxRetryWait(Duration.ofSeconds(30L))\n      .withRetryLimit(3)\n      .withWaitGrowRate(2.0)\n      .onRetry { p: ParamInRetry =>\n        logger.info(s\"[${operatorName}] retry ${json} (next retry: ${p.retryCount}, total wait: ${p.totalWaitMillis} ms)\")\n        logger.debug(s\"[${operatorName}] content: ${json}, status: ${p.toString}\")\n      }\n      .onGiveup { p: ParamInGiveup =>\n        logger.error(s\"[${operatorName}] submit job failed: ${p.firstException.getMessage}\")\n      }\n      .retryIf {\n        case ex: HttpStatusException =>\n          logger.warn(s\"[${operatorName}] submit job failed: ${ex.getMessage}\")\n          if (ex.code \/ 100 == 4) false\n          else true\n        case _ => false\n      }\n      .runInterruptible {\n        withHttp(url) { http =>\n          val res: HttpResponse[String] = http.postData(json).asString\n          res.throwError\n        }\n      }\n  }\n\n  protected def buildWaiterSubTaskConfig(sessionId: Int): Config = {\n    val subTask: Config = cf.create()\n    subTask.set(\"_command\", sessionId)\n    subTask.set(\"_type\", \"livy.wait_job\")\n    subTask.set(\"success_states\", seqAsJavaList(Seq(\"success\")))\n    subTask.set(\"error_states\", seqAsJavaList(Seq(\"error\", \"dead\", \"killed\")))\n    subTask.set(\"timeout_duration\", waitTimeoutDuration)\n\n    subTask.set(\"host\", host)\n    subTask.set(\"port\", port)\n    subTask.set(\"scheme\", scheme)\n    subTask.set(\"header\", header)\n\n    subTask\n  }\n}\n"}
{"repo_name":"civitaspo\/digdag-operator-livy","path":"src\/main\/scala\/pro\/civitaspo\/digdag\/plugin\/livy\/LivyPlugin.scala","text":"<reponame>civitaspo\/digdag-operator-livy<filename>src\/main\/scala\/pro\/civitaspo\/digdag\/plugin\/livy\/LivyPlugin.scala\npackage pro.civitaspo.digdag.plugin.livy\n\nimport java.util.{Arrays => JArrays, List => JList}\nimport java.lang.reflect.Constructor\n\nimport io.digdag.client.config.Config\nimport io.digdag.spi.{Operator, OperatorContext, OperatorFactory, OperatorProvider, Plugin, TemplateEngine}\nimport javax.inject.Inject\nimport pro.civitaspo.digdag.plugin.livy.operator.{AbstractLivyOperator, LivySubmitJobOperator, LivyWaitJobOperator}\n\nobject LivyPlugin {\n\n  class LivyOperatorProvider extends OperatorProvider {\n\n    @Inject protected var systemConfig: Config = null\n    @Inject protected var templateEngine: TemplateEngine = null\n\n    override def get(): JList[OperatorFactory] = {\n      JArrays.asList(operatorFactory(\"livy.submit_job\", classOf[LivySubmitJobOperator]), operatorFactory(\"livy.wait_job\", classOf[LivyWaitJobOperator]))\n    }\n\n    private def operatorFactory[T <: AbstractLivyOperator](operatorName: String, klass: Class[T]): OperatorFactory = {\n      new OperatorFactory {\n        override def getType: String = operatorName\n        override def newOperator(context: OperatorContext): Operator = {\n          val constructor: Constructor[T] = klass.getConstructor(classOf[String], classOf[OperatorContext], classOf[Config], classOf[TemplateEngine])\n          constructor.newInstance(operatorName, context, systemConfig, templateEngine)\n        }\n      }\n    }\n  }\n}\n\nclass LivyPlugin extends Plugin {\n  override def getServiceProvider[T](`type`: Class[T]): Class[_ <: T] = {\n    if (`type` ne classOf[OperatorProvider]) return null\n    classOf[LivyPlugin.LivyOperatorProvider].asSubclass(`type`)\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/YYTransformer.scala","text":"<filename>components\/yin-yang\/src\/YYTransformer.scala\npackage ch.epfl\npackage yinyang\n\nimport ch.epfl.yinyang.api._\nimport ch.epfl.yinyang.transformers._\nimport ch.epfl.yinyang.analysis._\nimport scala.collection.immutable.Map\nimport scala.reflect.macros.blackbox.Context\nimport scala.collection.mutable\nimport mutable.{ ListBuffer, HashMap }\nimport language.experimental.macros\nimport java.util.concurrent.atomic.AtomicLong\nimport yinyang.typetransformers.TypeTransformer\n\nobject YYTransformer {\n  val defaults = Map[String, Any](\n    (\"direct\" -> true),\n    (\"debug\" -> 0),\n    (\"shortenDSLNames\" -> true),\n    (\"mainMethodName\" -> \"main\"),\n    (\"restrictLanguage\" -> true),\n    (\"virtualizeFunctions\" -> false),\n    (\"failCompilation\" -> true),\n    (\"ascribeTerms\" -> true),\n    (\"liftTypes\" -> Nil))\n  def apply[C <: Context, T](c: C)(\n    dslName: String,\n    tpeTransformer: TypeTransformer[c.type],\n    postProcessing: Option[PostProcessing[c.type]],\n    preProcessing: Option[PreProcessing[c.type]],\n    config: Map[String, Any] = Map(),\n    implTransformer: Option[c.Tree => c.Tree] = None): YYTransformer[c.type, T] =\n\n    new YYTransformer[c.type, T](c, dslName, config withDefault (defaults)) {\n      val typeTransformer = tpeTransformer\n      typeTransformer.className = className\n      val postProcessor = postProcessing.getOrElse(new NullPostProcessing[c.type](c))\n      val preProcessor = preProcessing.getOrElse(new NullPreProcessing[c.type](c))\n      val implicitTransformer = implTransformer\n    }\n\n  protected[yinyang] val uID = new AtomicLong(0)\n}\n\n\/\/ for now configuration goes as a named parameter list\nabstract class YYTransformer[C <: Context, T](val c: C, dslName: String, val config: Map[String, Any])\n  extends LanguageVirtualization\n  with ScopeInjection\n  with HoleTransformation\n  with FreeIdentAnalysis\n  with AscriptionTransformation\n  with TypeTreeTransformation\n  with LiftLiteralTransformation\n  with DataDefs\n  with TransformationUtils\n  with YYConfig {\n\n  type Ctx = C\n  import c.universe._\n  val postProcessor: PostProcessing[c.type]\n  val preProcessor: PreProcessing[c.type]\n  import typeTransformer._\n  import postProcessor._\n  import preProcessor._\n\n  override val virtualizeValDef = super[YYConfig].virtualizeValDef\n\n  \/**\n   * Main YinYang method. Transforms the body of the DSL, makes the DSL cake out\n   * of the body and then executes the DSL code. If the DSL supports static\n   * analysis of the DSL code this method will perform it during compilation.\n   * The errors will be reported to the compiler error console.\n   *\n   * Depending on the configuration and the analysis of static values this DSL\n   * will be compiled either at compile time, if all required values are present,\n   * or at runtime.\n   *\/\n  def apply[T](block: c.Expr[T]): c.Expr[T] = {\n    log(\"-------- YYTransformer STARTED for block: \" + showRaw(block.tree), 2)\n\n    def directFlag = direct || (c.settings contains (\"embed\"))\n    if (restrictLanguage) \/\/ Aborts compilation for unsupported constructs\n      FeatureAnalyzer(block.tree)\n\n    if (directFlag) { block }\n    else {\n      \/\/ mark captured variables as holes\n      val captured: List[Tree] = freeVariables(block.tree)\n      val capturedSyms: List[Symbol] = captured.map(_.symbol)\n\n      \/*\n       * Transforms the given DSL program block.\n       *   @param toHoles All contained symbolIds will be replaced with\n       *     `hole[T](classTag[T], holeId)` and the holeTable will map from\n       *     holeId to symbolId\n       *   @param toLifts All contained symbols will be replaced with\n       *     `lift(\"captured$\" + sym)`\n       *\/\n      def transform(toHoles: List[Symbol], toLifts: List[Symbol])(block: Tree): Tree =\n        ((injectImport _) andThen\n          (c.untypecheck(_)) andThen (c.typecheck(_)) andThen \/\/ virtualizes pattern matching\n          PreProcess andThen\n          AscriptionTransformer andThen\n          (x => VirtualizationTransformer(x)._1) andThen\n          LiftLiteralTransformer(toLifts) andThen\n          HoleTransformer(toHoles.distinct, className) andThen\n          (c.untypecheck(_)) andThen (c.typecheck(_)) andThen \/\/ returns the lost type information\n          (removeImport _) andThen \/\/ removes the shallow imports\n          TypeTreeTransformer andThen\n          ScopeInjectionTransformer andThen\n          (composeDSL _) andThen\n          PostProcess)(block)\n\n      lazy val dsl = transform(capturedSyms, Nil)(block.tree)\n\n      \/\/ if the DSL inherits the StaticallyChecked trait reflectively do the static analysis\n      if (dslType <:< typeOf[StaticallyChecked]) {\n        log(\"statically checking\", 2)\n        reflInstance[StaticallyChecked](dsl).staticallyCheck(new Reporter(c))\n      }\n\n      val sortedHoles = captured.map(x => (x.symbol, x)).toMap.values.toSeq\n        .sortBy(h => holeTable.indexOf(symbolId(h)))\n\n      val dslTree = dslType match {\n        case tpe if tpe <:< typeOf[CodeGenerator] && !(tpe <:< typeOf[Staged]) =>\n          \/\/ does not require run-time data => completely generated at compile.\n          log(\"COMPILE TIME COMPILED\", 2)\n\n          q\"\"\"\n            ${c parse (reflInstance[CodeGenerator](dsl) generateCode className)}\n            new ${Ident(TypeName(className))}().apply(..${sortedHoles})\n          \"\"\"\n\n        case tpe if tpe <:< typeOf[Reified] =>\n          log(\"RUNTIME COMPILED for LIFTING\", 2)\n          val retType = deepDealias(block.tree.tpe)\n          q\"\"\"\n            $dsl\n            val dslInstance = new ${Ident(TypeName(className))}\n            dslInstance.reify(dslInstance.$$tpe[$retType])\n          \"\"\"\n\n        case tpe if tpe <:< typeOf[Executable] =>\n          \/*\n           * Requires run-time variables => execute at run-time and install a recompilation guard.\n           *\/\n          log(\"RUNTIME COMPILED and EXECUTED\", 2)\n          val retType = deepDealias(block.tree.tpe)\n\n          q\"\"\"\n            $dsl\n            val dslInstance = new ${Ident(TypeName(className))}\n            dslInstance.execute[$retType](..${sortedHoles})\n          \"\"\"\n\n        case _ => c.abort(c.enclosingPosition, \"DSL does not extend adequate traits!\")\n      }\n\n      log(s\"Final tree: ${showRaw(c.untypecheck(dslTree))}\", 3)\n      log(s\"Final untyped: ${show(c.untypecheck(dslTree), printTypes = true)}\", 3)\n      log(s\"Final typed: ${show(c.typecheck(c.untypecheck(dslTree)), printTypes = true)}\\n\", 3)\n      log(\"-------- YYTransformer DONE ----------\\n\\n\", 2)\n      c.Expr[T](c.untypecheck(dslTree))\n    }\n  }\n\n  \/*\n  * Configuration parameters.\n  *\/\n  val classUID = YYTransformer.uID.incrementAndGet\n  override val className =\n    s\"generated$$${dslName.filter(_ != '.') + classUID}\"\n  val dslType = c.mirror.staticClass(dslName).toType\n  def debugLevel: Int = debug\n\n  \/*\n   * Aborts with a compilation error if any features used are restricted in the deep embedding.\n   *\/\n  object FeatureAnalyzer extends ((Tree, Seq[DSLFeature]) => Unit) {\n    def apply(tree: Tree, lifted: Seq[DSLFeature] = Seq()): Unit = {\n      log(\"Feature analysis\", 2)\n      val (virtualized, lifted) = virtualize(tree)\n      val st = System.currentTimeMillis()\n      new FeatureAnalyzer(lifted).analyze(virtualized)\n      log(s\"Feature checking time: ${(System.currentTimeMillis() - st)}\\n\", 3)\n    }\n  }\n\n  private class FeatureAnalyzer(val lifted: Seq[DSLFeature]) extends Traverser {\n\n    var methods = mutable.LinkedHashSet[DSLFeature]()\n\n    var parameterLists: List[List[Type]] = Nil\n\n    def addIfNotLifted(m: DSLFeature) =\n      if (!lifted.exists(x => x.name == m.name)) {\n        log(s\"adding ${m}\", 3)\n        methods += m\n      }\n\n    def getObjType(obj: Tree): Type = obj.tpe\n\n    override def traverse(tree: Tree) = tree match {\n      case Apply(ap @ Apply(_, _), args) =>\n        val argTypes = args.map(_.tpe)\n        parameterLists = argTypes :: parameterLists\n        traverse(ap)\n        parameterLists = Nil\n        for (x <- args) traverse(x)\n      case Apply(Select(obj, name), args) =>\n        parameterLists = args.map(_.tpe) :: parameterLists\n        addIfNotLifted(DSLFeature(Some(getObjType(obj)), name.toString, Nil, parameterLists))\n        parameterLists = Nil\n        for (x <- args) traverse(x)\n      case Apply(TypeApply(Select(obj, name), targs), args) =>\n        parameterLists = args.map(_.tpe) :: parameterLists\n        addIfNotLifted(DSLFeature(Some(getObjType(obj)), name.toString, targs, parameterLists))\n        parameterLists = Nil\n        for (x <- args) traverse(x)\n      case tr @ Select(obj, name) =>\n        log(s\"Select obj.tpe = ${obj.tpe}\", 3)\n        addIfNotLifted(DSLFeature(Some(getObjType(obj)), name.toString, Nil, Nil))\n      case tr =>\n        log(s\"Not Checking: ${showRaw(tr)}\", 3)\n        super.traverse(tree)\n    }\n\n    \/\/ Aborts compilation with a compilation error if any features are missing.\n    def analyze(tree: Tree): Unit = {\n      traverse(tree)\n      log(s\"To analyze: \" + (methods ++ lifted), 2)\n      \/\/Finds the first element of the sequence satisfying a predicate, if any.\n      (methods ++ lifted).toSeq.find(!methodsExist(_)) match {\n        case Some(methodError) if lifted.contains(methodError) =>\n          val name = methodError.name.replaceAll(\"infix_\", \"\").replaceAll(\"__ifThenElse\", \"if\")\n          c.error(tree.pos, s\"Language construct ${name} not supported.\")\n        case Some(DSLFeature(tpe, name, _, _)) =>\n          \/\/ missing method\n          val tpName = tpe\n            .map(x => x.toString.replaceAll(\"\\\\.type\", \"\"))\n            .map(_ + \".\").getOrElse(\"\")\n          c.error(tree.pos, s\"Operation $tpName$name not supported by the DSL $dslName.\")\n        case None =>\n      }\n    }\n  }\n\n  def methodsExist(methods: DSLFeature*): Boolean = {\n    val methodSet = methods.toSet\n    def application(meth: DSLFeature): Tree = {\n\n      def dummyTree(tpe: Type) = tpe match {\n        case typeTag @ ThisType(_) =>\n          This(TypeName(className))\n        case _ =>\n          q\"().asInstanceOf[${constructTypeTree(typeTransformer.OtherCtx, tpe)}]\"\n      }\n\n      log(s\"Args: ${meth.args}\", 3)\n      val lhs = typeApply(meth.targs map { x => constructTypeTree(typeTransformer.TypeArgCtx, x.tpe) })(\n        Select(meth.tpe.map(dummyTree(_)).getOrElse(This(TypeName(className))), TermName(meth.name)))\n      val res = meth.args.foldLeft(lhs)((x, y) => Apply(x, y.map(dummyTree)))\n      log(s\"${showRaw(res)}\", 3)\n      res\n    }\n\n    val res = try {\n      \/\/ block containing only dummy methods that were applied.\n      val block = Block(List(\n        composeDSL(Block(\n          methodSet.map(x => application(x)).toList,\n          Literal(Constant(()))))), Literal(Constant(())))\n      log(s\"Block: ${show(block)})\", 3)\n      log(s\"Block raw: ${showRaw(block)})\", 3)\n      c.typecheck(block)\n      true\n    } catch {\n      case e: Throwable =>\n        log(\"Feature not working!!!\" + e, 2)\n        false\n    }\n\n    res\n  }\n\n  private lazy val dslTrait = {\n    val names = dslName.split(\"\\\\.\").toList.reverse\n    assert(names.length >= 1,\n      s\"DSL trait name must be in the valid format. DSL trait name is ${dslName}\")\n\n    val tpeName = TypeName(names.head)\n    names.tail.reverse match {\n      case head :: tail =>\n        Select(tail.foldLeft[Tree](Ident(TermName(head)))((tree, name) =>\n          Select(tree, TermName(name))), tpeName)\n      case Nil =>\n        Ident(tpeName)\n    }\n  }\n\n  private var _reflInstance: Option[Object] = None\n\n  \/**\n   * Reflectively instantiate and memoize a DSL instance.\n   *\/\n  private def reflInstance[T](dslDef: Tree): T = {\n    if (_reflInstance == None) {\n      log(\"Reflectively instantiating and memoizing DSL.\", 2)\n      val st = System.currentTimeMillis()\n      _reflInstance = Some(c.eval(\n        c.Expr(c.untypecheck(Block(List(dslDef), q\"new ${Ident(TypeName(className))}()\")))))\n      log(s\"Eval time: ${(System.currentTimeMillis() - st)}\", 2)\n    } else {\n      log(\"Retrieving memoized reflective DSL instance.\", 2)\n    }\n    _reflInstance.get.asInstanceOf[T]\n  }\n\n  def composeDSL(transformedBody: Tree): Tree = q\"\"\"\n    class ${TypeName(className)} extends $dslTrait {\n      def main(): Any = {$transformedBody}\n    }\n  \"\"\"\n\n  def injectImport(body: Tree): Tree = q\"\"\"\n    import _root_.ch.epfl.yinyang.shallow._;\n    ${body}\n  \"\"\"\n\n  def removeImport(body: Tree): Tree = {\n    val Block(List(_), virtualizedBody) = body\n\n    \/\/ TODO: Get a better name! It is not really only removing imports.\n    object DropPackageTransformer extends Transformer {\n      override def transform(tree: Tree): Tree = {\n        tree match {\n          case q\"ch.epfl.yinyang.shallow.`package`.$$lift[${ _ }]\" => q\"$$lift\"\n          case q\"ch.epfl.yinyang.shallow.`package`.$$hole[${ _ }]\" => q\"$$hole\"\n          case q\"ch.epfl.yinyang.shallow.`package`.$x\" => Ident(x)\n          case Ident(x) => Ident(x)\n          case _ => super.transform(tree)\n        }\n      }\n    }\n\n    DropPackageTransformer.transform(virtualizedBody)\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/CodeGenerator.scala","text":"package ch.epfl.yinyang\npackage api\n\nimport reflect.ClassTag\nimport reflect.runtime.universe.TypeTag\n\n\/**\n * Base trait for code generating DSLs.\n *\/\ntrait CodeGenerator { self: BaseYinYang =>\n\n  \/**\n   * Should return a string with a class definition of the DSL code. The class\n   * must be a Scala FunctionX with adequate number of types of arguments.\n   * @param className The name of the class.\n   *\/\n  def generateCode(className: String): String\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/Reified.scala","text":"package ch.epfl.yinyang\npackage api\n\nimport reflect.ClassTag\nimport reflect.runtime.universe.TypeTag\n\n\/**\n * Base trait for DSLs that will be used for lifting DSLs into an IR.\n * The DSL component will be called with a method:\n *  {{{\n *    val dsl = \/\/ shallow DSL of type Ret translated by Yin-Yang\n *    dsl.reify($tpe[Ret])\n *  }}}\n *\/\ntrait Reified { self: BaseYinYang => }\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/src\/la\/lifted\/VectorOpsRep.scala","text":"<gh_stars>10-100\npackage dsl.la.rep\n\nimport ch.epfl.yinyang.api._\nimport ch.epfl.yinyang.polymorphic._\nimport ch.epfl.yinyang.polymorphic.generic._\nimport scala.reflect.ClassTag\nimport reflect.runtime.universe._\nimport ch.epfl.yinyang.example._\n\ntrait ClassTagOps extends PolymorphicBase {\n  \/\/  ClassTags posed a bit of a challenge: You want to keep the original\n  \/\/  class tags created by the compiler, as rewiring everything is too\n  \/\/  cumbersome, but at the same time you want to bridge the types from\n  \/\/  the original class tag to the new types in the dsl. The way to do\n  \/\/  this is to have an implicit conversion from ClassTag[T] to ClassTag[U]\n  \/\/  as long as there is a LiftEvidence[T, U] in scope.\n  implicit def classTagToOurClassTag[T, U](x: ClassTag[T])(implicit ev: LiftEvidence[T, U]): ClassTag[U] = x.asInstanceOf[ClassTag[U]]\n  type ClassTag[T] = scala.reflect.ClassTag[T]\n  val ClassTag = scala.reflect.ClassTag\n}\n\ntrait NumericOps extends PolymorphicBase {\n  type Numeric[T] = NumericOps[T]\n\n  trait NumericOps[T] {\n    def plus(x: R[T], y: R[T]): R[T]\n    def minus(x: R[T], y: R[T]): R[T]\n    def times(x: R[T], y: R[T]): R[T]\n    def negate(x: R[T]): R[T]\n    def fromInt(x: R[Int]): R[T]\n    def toInt(x: R[T]): R[Int]\n    def toDouble(x: R[T]): R[Double]\n\n    def zero: R[T]\n    def one: R[T]\n\n    def abs(x: R[T]): R[T]\n    def signum(x: R[T]): R[Int]\n\n    class Ops(lhs: R[T]) {\n      def +(rhs: R[T]) = plus(lhs, rhs)\n      def -(rhs: R[T]) = minus(lhs, rhs)\n      def *(rhs: R[T]) = times(lhs, rhs)\n      def unary_-() = negate(lhs)\n\n      \/\/TODO see compilation problems in implementation\n      \/\/this methods are implemented in terms of NumericOps\n      def abs(): R[T] = ??? \/\/NumericOps.this.abs(lhs)\n      def toInt(): R[Int] = ??? \/\/NumericOps.this.toInt(lhs)\n      def toDouble(): R[Double] = ??? \/\/NumericOps.this.toDouble(lhs)\n    }\n\n    implicit def mkNumericOps(lhs: R[T]): Ops\n  }\n\n  trait NumericOpsOf[T] extends NumericOps[T] {\n    def zero: R[T] = ???\n    def one: R[T] = ???\n\n    def abs(x: R[T]): R[T] = ???\n    def signum(x: R[T]): R[Int] = ???\n\n    override implicit def mkNumericOps(lhs: R[T]) = ???\n  }\n\n  object `math.Numeric` {\n    implicit object IntIsIntegral extends NumericOpsOf[Int] {\n      def plus(x: R[Int], y: R[Int]): R[Int] = ???\n      def minus(x: R[Int], y: R[Int]): R[Int] = ???\n      def times(x: R[Int], y: R[Int]): R[Int] = ???\n      def negate(x: R[Int]): R[Int] = ???\n\n      def fromInt(x: R[Int]): R[Int] = ???\n      def toInt(x: R[Int]): R[Int] = ???\n      def toDouble(x: R[Int]): R[Double] = ???\n    }\n\n    implicit object DoubleIsFractional extends NumericOpsOf[Double] {\n      def plus(x: R[Double], y: R[Double]): R[Double] = ???\n      def minus(x: R[Double], y: R[Double]): R[Double] = ???\n      def times(x: R[Double], y: R[Double]): R[Double] = ???\n      def negate(x: R[Double]): R[Double] = ???\n\n      def fromInt(x: R[Int]): R[Double] = ???\n      \/\/ TODO these need to return the lifted types. This means that Numeric Type needs to be changed to something else.\n      def toInt(x: R[Double]): R[Int] = ???\n      def toDouble(x: R[Double]): R[Double] = ???\n    }\n  }\n}\n\ntrait ScalaVirtualizationDSL extends VirtualControlsBase with VirtualFunctionsBase with VirtualVariablesBase {\n\n  def $ifThenElse[T](cond: R[Boolean], thenBr: => R[T], elseBr: => R[T]): R[T] = ???\n  def $return(expr: R[Any]): R[Nothing] = ???\n  def $assign[T](lhs: R[T], rhs: R[T]): R[Unit] = ???\n  def $whileDo(cond: R[Boolean], body: => R[Unit]): R[Unit] = ???\n  def $doWhile(body: => R[Unit], cond: R[Boolean]): R[Unit] = ???\n  def $varDef[T](init: R[T]): R[T] = ???\n  def $read[T](init: R[T]): R[T] = ???\n  def $lazyValDef[T](init: => R[T]): R[T] = ???\n  def $valDef[T](init: R[T]): R[T] = ???\n  def $try[T](body: => R[T], b: R[Throwable => T], finalizer: => R[T]): R[T] = ???\n  def $throw(e: R[Throwable]): R[Nothing] = ???\n\n  def $app[U](f: R[() => U]): () => R[U] = ???\n  def $app[T_1, U](f: R[T_1 => U]): R[T_1] => R[U] = ???\n  def $app[T_1, T_2, U](f: R[(T_1, T_2) => U]): (R[T_1], R[T_2]) => R[U] = ???\n  def $lam[U](f: () => R[U]): R[() => U] = ???\n  def $lam[T_1, U](f: R[T_1] => R[U]): R[T_1 => U] = ???\n  def $lam[T_1, T_2, U](f: (R[T_1], R[T_2]) => R[U]): R[(T_1, T_2) => U] = ???\n\n  def $infix_hashCode(t: R[Any]): R[Int] = ???\n  def $infix_!=(lhs: R[Any], rhs: R[Any]): R[Boolean] = ???\n}\n\ntrait IntDSL extends PolymorphicBase {\n  \/\/to overload int operations\n  implicit object IntOverloaded\n\n  def opsOfInt(x: R[Int]): IntOpsOf = new IntOpsOf(x)\n\n  \/\/Rep versions of Int operations\n  trait IntOps {\n    def +(that: R[Int]): R[Int]\n    def +(that: R[Double])(implicit o: IntOverloaded.type): R[Double]\n    def *(that: R[Int]): R[Int]\n    def *(that: R[Double])(implicit o: IntOverloaded.type): R[Double]\n    def unary_- : R[Int]\n    def toInt: R[Int]\n    def toDouble: R[Double]\n  }\n\n  \/\/implementation of this operations (using implicit conversion to IntOpsOf class\n  \/\/before operation\n  implicit class IntOpsOf(v: R[Int]) extends IntOps {\n    def +(that: R[Int]): R[Int] = ???\n    def +(that: R[Double])(implicit o: IntOverloaded.type): R[Double] = ???\n    def *(that: R[Int]): R[Int] = ???\n    def *(that: R[Double])(implicit o: IntOverloaded.type): R[Double] = ???\n    def unary_- : R[Int] = ???\n    def toInt: R[Int] = ???\n    def toDouble: R[Double] = ???\n  }\n\n  implicit object LiftInt extends LiftEvidence[Int, R[Int]] {\n    def lift(v: Int): R[Int] = ???\n    def hole(tpe: TypeTag[Int], symbolId: Int): R[Int] = ???\n  }\n\n  implicit object LiftUnit extends LiftEvidence[scala.Unit, R[Unit]] {\n    def lift(v: Unit): R[Unit] = ???\n    def hole(tpe: TypeTag[Unit], symbolId: Int): R[Unit] = ???\n  }\n\n  \/\/TODO (TOASK) do we need such object\n  implicit object IntOrdering extends Ordering[R[Int]] {\n    def compare(x: R[Int], y: R[Int]): scala.Int = ???\n  }\n\n  \/\/maybe we don't need it\n  \/\/  implicit def intOpsToDoubleOps(conv: R[Int]): R[Double] = ???\n}\n\ntrait DoubleDSL extends PolymorphicBase {\n\n  implicit object DoubleOverloaded\n\n  trait DoubleOps {\n    def +(that: R[Int]): R[Double]\n    def +(that: R[Double])(implicit o: DoubleOverloaded.type): R[Double]\n    def *(that: R[Int]): R[Double]\n    def *(that: R[Double])(implicit o: DoubleOverloaded.type): R[Double]\n    def unary_- : R[Double]\n    def toInt: R[Int]\n    def toDouble: R[Double]\n  }\n\n  implicit class DoubleOpsOf(v: R[Double]) extends DoubleOps {\n    def +(that: R[Int]): R[Double] = ???\n    def +(that: R[Double])(implicit o: DoubleOverloaded.type): R[Double] = ???\n    def *(that: R[Int]): R[Double] = ???\n    def *(that: R[Double])(implicit o: DoubleOverloaded.type): R[Double] = ???\n    def unary_- : R[Double] = ???\n    def toInt: R[Int] = ???\n    def toDouble: R[Double] = ???\n  }\n\n  implicit object LiftDouble extends LiftEvidence[Double, R[Double]] {\n    def lift(v: Double): R[Double] = ???\n    def hole(tpe: TypeTag[Double], symbolId: Int): R[Double] = ???\n  }\n\n  implicit object LiftString extends LiftEvidence[String, R[String]] {\n    def lift(v: String): R[String] = ???\n    def hole(tpe: TypeTag[String], symbolId: Int): R[String] = ???\n  }\n\n  \/\/TODO (TOASK) do we need such object\n  implicit object DoubleOrdering extends Ordering[R[Double]] {\n    def compare(x: R[Double], y: R[Double]): scala.Int = ???\n  }\n}\n\ntrait ArrayDSL extends PolymorphicBase {\n\n  trait ArrayOps[T] {\n    def apply(i: R[Int]): R[T]\n    \/\/ TODO complete the list of methods\n  }\n\n  implicit class ArrayOpsOf[T](v: R[Array[T]]) extends ArrayOps[T] {\n    def apply(i: R[Int]): R[T] = ???\n\n    def aggregate[B](z: R[B])(seqop: (R[B], R[T]) => R[B], combop: (R[B], R[B]) => R[B]): R[B] = ???\n\n    def fold[A1 >: T](z: R[A1])(op: (R[A1], R[A1]) => R[A1]): R[A1] = ???\n\n    \/\/TODO (NEW) to ask - what type do we need here as output ArrayOps[T] or ArrayOps[R[T]]?\n    def sort[B](f: (R[T]) => R[B])(implicit ord: Ordering[R[B]]): R[Array[T]] = ???\n\n    def sort(implicit ord: Ordering[R[T]]): R[Array[T]] = ???\n  }\n\n  object Array {\n    def apply[T](values: T*): R[Array[T]] = ???\n\n    \/\/TODO (TOASK) (NEW) - what should we do with parameters like elem of type => T\n    def fill[T: ClassTag](n: R[Int])(elem: => R[T]): R[Array[T]] = ???\n    \/\/ TODO complete\n  }\n\n}\n\n\/\/trait TupleDSL extends PolymorphicBase {\n\/\/\n\/\/  trait Tuple2Ops[T1, T2] extends AnyRef {\n\/\/    def _1: R[T1]\n\/\/    def _2: R[T2]\n\/\/    def swap: Tuple2[R[T2], R[T1]]\n\/\/  }\n\/\/\n\/\/  \/\/Wrapper to work with Rep tuples\n\/\/  implicit class Tuple2OpsOf[T1, T2](v: R[Tuple2[T1, T2]]) extends Tuple2Ops[T1, T2] {\n\/\/    def _1: R[T1] = ???\n\/\/    def _2: R[T2] = ???\n\/\/    def swap: Tuple2[R[T2], R[T1]] = ???\n\/\/  }\n\/\/\n\/\/  object Tuple2 {\n\/\/    def apply[T1, T2](x1: T1, x2: T2): R[Tuple2[T1, T2]] = ???\n\/\/  }\n\/\/\n\/\/}\n\ntrait BooleanDSL extends PolymorphicBase {\n  implicit object LiftBoolean extends LiftEvidence[Boolean, R[Boolean]] {\n    def lift(v: Boolean): R[Boolean] = ???\n    def hole(tpe: TypeTag[Boolean], symbolId: Int): R[Boolean] = ???\n  }\n}\n\ntrait MatchingOps extends PolymorphicBase {\n  object `ch.epfl.yinyang.runtime.package` {\n    object __match {\n      def zero: R[Option[Nothing]] = ???\n      def one[T](x: R[T]): R[Option[T]] = ???\n      def guard[T](cond: R[Boolean], thn: => R[T]): R[Option[T]] = ???\n      def runOrElse[T, U](x: T)(f: R[T => Option[U]]): U = ???\n    }\n  }\n}\n\ntrait IfThenElseDSL extends PolymorphicBase with BooleanDSL {\n  def $ifThenElse[T](c: => R[Boolean], t: R[T], e: R[T]) = ???\n}\n\ntrait VectorDSL\n  extends ArrayDSL with IntDSL with DoubleDSL with ClassTagOps\n  with NumericOps with Base with IfThenElseDSL\n  with ScalaVirtualizationDSL with MatchingOps with Executable with Staged {\n\n  def compile[T: TypeRep, Ret](unstableHoleIds: Set[Int]): Ret = ???\n  def generateCode(className: String): String = ???\n  def execute[T: TypeTag](params: Any*) = ???\n\n  type Vector[T] = dsl.la.Vector[T]\n  object `dsl.la.Vector` {\n    def apply[T: Numeric](v: R[T]*): R[Vector[T]] = ???\n  }\n  trait VectorOps[T] {\n    def *(v: R[Vector[T]]): R[Vector[T]]\n    def +(v: R[Vector[T]]): R[Vector[T]]\n    def map[U: Numeric: ClassTag](v: R[T] => R[U]): R[Vector[U]]\n    def reconstruct[U: Numeric: ClassTag](v: (R[T], R[T]) => R[U]): R[Vector[U]]\n\n    def negate: R[Vector[T]]\n    def length: R[Double]\n\n    \/\/returns list of Vectors - to test with Rep Types\n    def baseVectors: ArrayOps[R[Vector[T]]] \/\/find base vectors\n\n    def partition(fun: R[T] => R[Boolean]): Tuple2[R[Vector[T]], R[Vector[T]]]\n\n    def dotProduct(v: R[Vector[T]]): R[T]\n\n    def splice(vs: R[Vector[T]]*): R[Vector[T]]\n\n    def spliceT(v: Tuple2[R[Vector[T]], R[Vector[T]]]): R[Vector[T]]\n\n    def transform[U: Numeric: ClassTag](fn: R[Vector[T]] => R[Vector[U]]): R[Vector[U]]\n\n    \/\/TODO check new methods\n    \/\/TODO (TOASK) - what ordering should do with Rep?\n\n    def apply(i: R[Int]): R[T]\n\n    def sort[B](f: (R[T]) => R[B])(implicit ord: Ordering[R[B]]): Vector[T]\n\n    def sort(implicit ord: Ordering[R[T]]): Vector[T]\n\n    def corresponds[B](that: Vector[B])(p: (R[T], R[B]) => R[Boolean]): R[Boolean]\n\n    def fold[A1 >: T](z: R[A1])(op: (R[A1], R[A1]) => R[A1]): R[A1]\n\n  }\n\n  implicit class VectorOpsOf[T](v: R[Vector[T]]) extends VectorOps[T] {\n    def *(v: R[Vector[T]]): R[Vector[T]] = ???\n    def +(v: R[Vector[T]]): R[Vector[T]] = ???\n    def map[U: Numeric: ClassTag](v: R[T] => R[U]): R[Vector[U]] = ???\n    def reconstruct[U: Numeric: ClassTag](v: (R[T], R[T]) => R[U]): R[Vector[U]] = ???\n\n    def negate: R[Vector[T]] = ???\n    def length: R[Double] = ???\n\n    \/\/TODO (TOASK) - is it correct ArrayOps[Rep...] or it should be R[ArrayOps...]\n    def baseVectors: ArrayOps[R[Vector[T]]] = ??? \/\/find base vectors\n\n    def partition(fun: R[T] => R[Boolean]): Tuple2[R[Vector[T]], R[Vector[T]]] = ???\n\n    def dotProduct(v: R[Vector[T]]): R[T] = ???\n\n    def splice(vs: R[Vector[T]]*): R[Vector[T]] = ???\n\n    def spliceT(v: Tuple2[R[Vector[T]], R[Vector[T]]]): R[Vector[T]] = ???\n\n    def transform[U: Numeric: ClassTag](fn: R[Vector[T]] => R[Vector[U]]): R[Vector[U]] = ???\n\n    def apply(i: R[Int]): R[T] = ???\n\n    def sort[B](f: (R[T]) => R[B])(implicit ord: Ordering[R[B]]): Vector[T] = ???\n\n    def sort(implicit ord: Ordering[R[T]]): Vector[T] = ???\n\n    def corresponds[B](that: Vector[B])(p: (R[T], R[B]) => R[Boolean]): R[Boolean] = ???\n\n    def fold[A1 >: T](z: R[A1])(op: (R[A1], R[A1]) => R[A1]): R[A1] = ???\n  }\n\n  object DenseVector {\n    def apply[T: Numeric: ClassTag](a: R[T]*): R[Vector[T]] = ???\n\n    \/\/TODO maybe we need to provide map - test\n    def apply[T: Numeric: ClassTag](a: R[Map[Int, T]]): R[Vector[T]] = ???\n  }\n\n  \/**\n   * TODO how are we going to translate to objects and yet remain modular and reusable.\n   *\/\n  object SparseVector {\n    def apply[T: Numeric: ClassTag](a: R[T]*): R[Vector[T]] = ???\n\n    \/\/TODO (TOASK) - what classes we should model (like Tuples) and what we can use (like Double)\n    def apply[T: Numeric: ClassTag](a: R[Map[Int, T]]): R[Vector[T]] = ???\n  }\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/paradise\/src\/VirtualAny.scala","text":"package ch.epfl.yinyang\npackage api\n\nimport language.experimental.macros\nimport scala.reflect.macros.blackbox.Context\n\n\/**\n * Member method-based virtualization of the `Any` API.\n *\n * This trait provides implementations of the infix methods\n * corresponding to the `Any` API that delegate to virtualized method\n * calls on the first argument of the infix method.\n *\n * Example: When faced with an expression of the form `x == y`, the\n * `ch.epfl.yinyang.transformers.LanguageVirtualization`\n * transformation (or the `@virtualized` macro annotation)\n * will generate a method call:\n * `infix_==(x, y)`.  This method call will be bound to an\n * implementation based on normal rules of scoping.  If it binds to\n * the one in this trait, the corresponding macro will rewrite it to\n * `x.__==(y)`.\n *\/\ntrait VirtualAny {\n\n  import VirtualAny._\n\n  \/\/ Poor man's infix methods for `Any` methods\n  def $infix_==(x1: Any, x2: Any): Any = macro any_==\n  def $infix_!=(x1: Any, x2: Any): Any = macro any_!=\n  def $infix_##(x: Any): Any = macro any_##\n  def $infix_equals(x1: Any, x2: Any): Any = macro any_equals\n  def $infix_hashCode(x: Any): Any = macro any_hashCode\n  def $infix_asInstanceOf[T](x: Any): Any = macro any_asInstanceOf[T]\n  def $infix_isInstanceOf[T](x: Any): Any = macro any_isInstanceOf[T]\n  def $infix_toString(x: Any): Any = macro any_toString\n  def $infix_getClass(x: Any): Any = macro any_getClass\n}\n\n\/* VirtualAny companion object containing macro implementations. *\/\nprivate object VirtualAny {\n\n  def any_==(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.__==($x2)\")\n  }\n\n  def any_!=(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.__!=($x2)\")\n  }\n\n  def any_##(c: Context)(x: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__##()\")\n  }\n\n  def any_equals(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.__equals($x2)\")\n  }\n\n  def any_hashCode(c: Context)(x: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__hashCode()\")\n  }\n\n  def any_asInstanceOf[T](c: Context)(x: c.Expr[Any])(\n    implicit tt: c.WeakTypeTag[T]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr[Any](q\"$x.__asInstanceOf[${tt.tpe}]\")\n  }\n\n  def any_isInstanceOf[T](c: Context)(x: c.Expr[Any])(\n    implicit tt: c.WeakTypeTag[T]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr[Boolean](q\"$x.__isInstanceOf[${tt.tpe}]\")\n  }\n\n  def any_toString(c: Context)(x: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__toString()\")\n  }\n\n  def any_getClass(c: Context)(x: c.Expr[Any]): c.Expr[Any] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__getClass()\")\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/Staged.scala","text":"package ch.epfl.yinyang.api\n\nimport reflect.runtime.universe.Symbol\n\n\/**\n * Marker trait for DSLs in which all holes are used for optimizations and\n * therefore lifted. This implies that if a DSL program has at least one hole,\n * it won't be compiled at compile time.\n *\n * NOTE: DSLs that inherit this trait will not be reflectively instantiated\n * at compile time for the purpose of determining their stage of execution.\n *\/\ntrait Staged { this: BaseYinYang => }\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/paradise\/src\/annotation\/Virtualize.scala","text":"<gh_stars>10-100\npackage ch.epfl.yinyang\npackage annotation\n\nimport ch.epfl.yinyang.transformers.LanguageVirtualization\nimport language.experimental.macros\nimport scala.annotation.StaticAnnotation\nimport scala.reflect.macros.blackbox.Context\n\n\/** Annotation class for @virtualize macro annotation. *\/\nfinal class virtualize extends StaticAnnotation {\n  def macroTransform(annottees: Any*): Any = macro virtualize.impl\n}\n\n\/** Companion object implementing @virtualize macro annotation. *\/\nprivate object virtualize {\n  def impl(c: Context)(annottees: c.Expr[Any]*): c.Expr[Any] = {\n    import c.universe._\n\n    \/* Create a transformer for virtualization. *\/\n    val transformer = new Virtualizer[c.type](c)\n\n    \/* The first element of `annottee` is the one actually carrying the\n     * annotation.  The rest are owners\/companions (class, method,\n     * object, etc.), and we don't want to virtualize them.\n     *\n     * Also, for now, we don't virtualize annotated type, class or\n     * method parameters (this may change in the future).\n     *\/\n    val inputs = annottees.map(_.tree).toList\n    val (annottee, rest) = inputs match {\n      case (a: ValDef) :: as => {\n        c.warning(c.enclosingPosition,\n          \"virtualization of parameters is not supported.\")\n        (None, inputs)\n      }\n      case (a: TypeDef) :: as => {\n        c.warning(c.enclosingPosition,\n          \"virtualization of type parameters is not supported.\")\n        (None, inputs)\n      }\n      case a :: as => (Some(a), as)\n      case Nil     => (None, Nil)\n    }\n\n    \/* Virtualize the annottee. *\/\n    val expandees = annottee match {\n      case Some(a) => transformer.virtualize(a)._1 :: rest\n      case None    => rest\n    }\n\n    c.Expr(Block(expandees, Literal(Constant(()))))\n  }\n\n  private final class Virtualizer[C <: Context](val c: C)\n    extends LanguageVirtualization {\n    type Ctx = C\n    val debugLevel = 0\n    val virtualizeFunctions: Boolean = false\n    override val restrictDefinitions: Boolean = false\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/core\/src\/transformers\/AscriptionTransformation.scala","text":"package ch.epfl.yinyang\npackage transformers\n\nimport ch.epfl.yinyang._\nimport ch.epfl.yinyang.transformers._\nimport scala.reflect.macros.blackbox.Context\nimport language.experimental.macros\nimport scala.collection.mutable\n\n\/**\n * Ascribes terms with their types from the original block. Terms that are ascribed are:\n *   - applications\n *   - idents\n *   - lambda parameters\n *\/\ntrait AscriptionTransformation extends MacroModule with TransformationUtils with DataDefs {\n  import c.universe._\n\n  def ascribeTerms: Boolean\n  object AscriptionTransformer extends (Tree => Tree) {\n    def apply(tree: Tree) =\n      if (ascribeTerms) {\n        val t = new AscriptionTransformer().transform(tree)\n        log(\"ascription transformed: \" + t, 2)\n        t\n      } else\n        tree\n  }\n\n  private final class AscriptionTransformer extends Transformer {\n    var ident = 0\n    var externalApplyFound = false\n\n    override def transform(tree: Tree): Tree = {\n      log(\" \" * ident + \" ==> \" + tree, 3)\n      ident += 1\n\n      val result = tree match {\n        case vd @ ValDef(m, n, t, rhs) if rhs != EmptyTree =>\n          copy(vd)(ValDef(m, n, t, Typed(transform(rhs), TypeTree(t.tpe))))\n\n        case dd @ DefDef(m, n, tp, p, rt, rhs) =>\n          copy(dd)(DefDef(m, n, tp, p, rt, Typed(transform(rhs), TypeTree(rt.tpe))))\n        case CaseDef(pat: Tree, guard: Tree, body: Tree) =>\n          CaseDef(pat, guard, transform(body))\n        case ap @ Apply(fun, args) =>\n          val ascrArgs = args map {\n            x => \/\/ TODO cleanup. This can be done easier.\n              val auniverse = c.universe.asInstanceOf[scala.reflect.internal.Types]\n              log(s\"isConstantType(x.tpe) = \" +\n                auniverse.isConstantType(tree.tpe.asInstanceOf[auniverse.Type]), 3)\n              Typed(transform(x), TypeTree(\n                if (x.tpe != null &&\n                  auniverse.isConstantType(x.tpe.asInstanceOf[auniverse.Type]))\n                  x.tpe.erasure\n                else\n                  x.tpe))\n          }\n          if (externalApplyFound) {\n            Apply(transform(fun), ascrArgs)\n          } else {\n            externalApplyFound = true\n            val baseTree = Apply(transform(fun), ascrArgs)\n            externalApplyFound = false\n            Typed(baseTree, TypeTree(ap.tpe))\n          }\n        case _ =>\n          super.transform(tree)\n      }\n\n      ident -= 1\n      log(\" \" * ident + \" <== \" + result, 3)\n\n      result\n    }\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/core\/src\/transformers\/ScopeInjection.scala","text":"package ch.epfl.yinyang\npackage transformers\n\nimport ch.epfl.yinyang._\nimport ch.epfl.yinyang.transformers._\nimport scala.reflect.macros.blackbox.Context\nimport language.experimental.macros\n\ntrait ScopeInjection extends MacroModule with TransformationUtils {\n  import c.universe._\n  import internal.decorators._\n\n  val implicitTransformer: Option[Tree => Tree]\n\n  object ScopeInjectionTransformer extends (Tree => Tree) {\n    def apply(tree: Tree) = {\n      val t = new ScopeInjectionTransformer().transform(tree)\n      log(\"scopeInjected: \" + t, 2)\n      t\n    }\n  }\n\n  class ScopeInjectionTransformer extends Transformer {\n\n    var ident = 0\n\n    def preservePosition(newTree: Tree, oldTree: Tree): Tree = {\n      newTree.setPos(oldTree.pos)\n      newTree\n    }\n\n    \/\/ Note: the Scala compiler sometimes leaves \".this\" in the path and we remove it.\n    def injectModule(t: Tree): Tree =\n      Ident(TermName(t.toString.replaceAll(\"\\\\.this\", \"\").replaceAll(\"`package`\", \"package\")).encodedName)\n\n    \/*\n     * Translation rules:\n     *   [[x.y.z.obj.method]] ~> this.`x.y.z.obj`.method\n     *\/\n    override def transform(tree: Tree): Tree = {\n      log(\" \" * ident + \" --> \" + tree, 3)\n      ident += 1\n\n      val result = tree match {\n        case Apply(Select(This(typeNames.EMPTY), TermName(\"lift\")), _) =>\n          tree\n\n        case s @ Select(inn, name) if inn.symbol.isPackage && s.symbol.isModule =>\n          injectModule(s)\n\n        case Select(inn, name) if inn.symbol.isModule =>\n          Select(transform(inn), name)\n\n        \/\/Optimization: adds implicit arguments manually.\n        case MultipleTypeApply(lhs @ Select(inn, name), targs, argss\n          ) if !implicitTransformer.isEmpty &&\n          !(inn.symbol.isModule || isFunction(lhs.symbol)) =>\n          val newqqc = transform(inn)\n          val tlhs = if (inn.tpe != null)\n            implicitTransformer.map(trans => Select(trans(inn), name)) getOrElse lhs\n          else lhs\n          MultipleTypeApply(tlhs, targs, argss.map(_.map(transform)))\n\n        case _ => super.transform(tree)\n\n      }\n\n      ident -= 1\n      log(\" \" * ident + \" <-- \" + result, 3)\n\n      preservePosition(result, tree)\n    }\n  }\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/core\/src\/transformers\/LanguageVirtualization.scala","text":"package ch.epfl.yinyang\npackage transformers\n\nimport ch.epfl.yinyang._\nimport ch.epfl.yinyang.analysis._\nimport scala.reflect.macros.blackbox.Context\nimport language.experimental.macros\nimport scala.collection.mutable\n\n\/**\n * Converts Scala features that can not be overridden to method calls that can be given\n * arbitrary semantics.\n *\n * == Control Structures==\n * {{{\n *   if(c) t else e         =>       $ifThenElse(c, t, e)\n *   while(c) b             =>       $whileDo(c, b)\n *   do b while c           =>       $doWhile(c, b)\n *   return t               =>       $return(t)\n *   try c catch m finally f=>       $try(c, t: Throwable => t match m, f)\n *   throw t                =>       $throw(t)\n * }}}\n * ===Virtualization of `Any` methods===\n * {{{\n *   var x      = e                =>       var x = $varDef(e)\n *   lazy val x = e                =>       val x = $lazyValDef(e)\n *   x = t                         =>       $assign(x, t)\n *   x \/\/ depends on configuration =>       $read(x)\n * }}}\n *\n * ===Virtualization of `Any` methods===\n * {{{\n *   t == t1                =>       infix_==(t, t1)\n *   t != t1                =>       infix_!=(t, t1)\n *   t.##                   =>       infix_##(t)\n *   t.asInstanceOf[T]      =>       infix_asInstanceOf[T](t)\n *   t.isInstanceOf[T]      =>       infix_isInstanceOf[T](t)\n *   t.getClass             =>       infix_getClass(t)\n * }}}\n *\n * ===Vritualization of `AnyRef` methods===\n * {{{\n *   t eq t1                =>       infix_eq(t, t1)\n *   t ne t1                =>       infix_ne(t, t1)\n *   t.notify               =>       infix_notify(t)\n *   t.notifyAll            =>       infix_notifyAll(t)\n *   t.synchronized[T](t1)  =>       infix_synchronized(t, t1)\n *   t.wait                 =>       infix_wait(t)\n *   t.wait(l)              =>       infix_wait(t, l)\n *   t.wait(t1, l)          =>       infix_wait(t, t1, l)\n * }}}\n *\n * ===Configurable===\n * With `virtualizeFunctions`:\n * {{{\n *   x => e                 =>       $lam(x => e)\n *   f.apply(x)             =>       $app(f).apply(x)    \/\/ if `f` is a function object\n * }}}\n *\n * With `virtualizeValDef`:\n * {{{\n *   val x = b              =>       $valDef(b)\n * }}}\n *\n * With `virtualizeEquals`:\n * {{{\n *   t.toString             =>       infix_toString(t)\n *   t.hashCode             =>       infix_hashCode(t)\n *   t.equals t1            =>       infix_equals(t, t1)\n * }}}\n *\n * ===Restricted===\n * {{{\n *     class C { ... }\n *     trait T\n *     object O\n * }}}\n *\n *\/\ntrait LanguageVirtualization extends MacroModule with TransformationUtils\n  with DataDefs with FreeIdentAnalysis {\n  import c.universe._\n\n  \/**\n   * Defines if functions are virtualized.\n   *\/\n  val virtualizeFunctions: Boolean\n\n  \/**\n   * Defines if we should restrict class, trait, and object definitions. In macros\n   * we do not want to reject programs with nested definitions.\n   *\/\n  val restrictDefinitions: Boolean = true\n\n  \/**\n   * Appends names to value bindings. This is used for debugging of generated code\n   * in some DSLs.\n   *\/\n  val nameBindings: Boolean = false\n\n  \/**\n   * Defines virtualizaition of non-final universal methods (e.g., `toString`).\n   *\/\n  val virtualizeEquals: Boolean = true\n\n  \/**\n   * Defines whether we virtualize value definitions.\n   *\/\n  val virtualizeValDef: Boolean = false\n\n  \/**\n   * Defines a prefix for all virtualized methods.\n   *\/\n  val prefix = \"$\"\n\n  def virtualize(t: Tree): (Tree, Seq[DSLFeature]) = VirtualizationTransformer(t)\n\n  object VirtualizationTransformer {\n    def apply(tree: Tree) = {\n      val freeVars = freeVariables(tree)\n      val t = new VirtualizationTransformer(freeVars).apply(tree)\n      log(\"(virtualized, Seq[Features]): \" + t, 2)\n      t\n    }\n  }\n\n  private class VirtualizationTransformer(val freeVars: List[Tree] = Nil) extends Transformer {\n    val lifted = mutable.ArrayBuffer[DSLFeature]()\n\n    def liftFeature(receiver: Option[Tree], nme: String, args: List[Tree], targs: List[Tree] = Nil, trans: Tree => Tree = transform): Tree = {\n      lifted += DSLFeature(receiver.map(_.tpe), nme, targs, List(args.map(_.tpe)))\n      log(show(method(receiver.map(trans), nme, List(args.map(trans)), targs)), 3)\n      method(receiver.map(trans), nme, List(args.map(trans)), targs)\n    }\n\n    def named(name: TermName): Seq[Tree] = if (nameBindings) Seq(q\"$name\") else Seq()\n\n    override def transform(tree: Tree): Tree = {\n      tree match {\n        case f @ Function(vparams, body) if virtualizeFunctions =>\n          val tree = transform(body)\n          liftFeature(None, prefix + \"lam\", List(Function(vparams, tree)), Nil, trans = x => x)\n\n        case FunctionApply(qualifier, args, targs) if virtualizeFunctions =>\n          Apply(Select(liftFeature(None, prefix + \"app\", List(qualifier), targs), TermName(\"apply\")), args map transform)\n\n        case t @ If(cond, thenBr, elseBr) =>\n          liftFeature(None, prefix + \"ifThenElse\", List(cond, thenBr, elseBr))\n\n        case Return(e) =>\n          liftFeature(None, prefix + \"return\", List(e))\n\n        case LabelDef(sym, List(), If(cond, Block(body :: Nil, Apply(Ident(label),\n          List())), Literal(Constant(())))) if label == sym => \/\/ while(){}\n          liftFeature(None, prefix + \"whileDo\", List(cond, body))\n\n        case LabelDef(sym, List(), Block(body :: Nil, If(cond, Apply(Ident(label),\n          List()), Literal(Constant(()))))) if label == sym => \/\/ do while(){}\n          liftFeature(None, prefix + \"doWhile\", List(cond, body))\n\n        case Try(block, catches, finalizer) =>\n          val arg = Ident(TermName(\"x\"))\n          val etaExpandedCatch = Function(\n            List(ValDef(Modifiers(Flag.PARAM), TermName(\"x\"), Ident(TypeName(\"Any\")), EmptyTree)),\n            if (catches == Nil) arg else Match(arg, catches))\n          val finalizerTree = if (finalizer == EmptyTree) q\"null\" else finalizer\n          val tparams = if (tree.tpe == null) Nil else List(TypeTree(tree.tpe))\n          liftFeature(None, prefix + \"try\", List(block, etaExpandedCatch, finalizerTree), tparams)\n\n        case Throw(expr) =>\n          liftFeature(None, prefix + \"throw\", List(expr))\n\n        case MultipleTypeApply(Select(New(nme), termNames.CONSTRUCTOR), targs, argss) =>\n          method(None, prefix + \"new_\" + nme.toString, argss.map(_.map(transform)), targs)\n\n        \/\/\n        \/\/ Variables virtualization\n        \/\/\n        case ValDef(mods, sym, tpt, rhs) if mods.hasFlag(Flag.PARAM) =>\n          ValDef(mods, sym, tpt, transform(rhs))\n\n        \/\/ sstucki: It seems necessary to keep the MUTABLE flag in the\n        \/\/ new ValDef set, otherwise it becomes tricky to\n        \/\/ \"un-virtualize\" a variable definition, if necessary\n        \/\/ (e.g. if the DSL does not handle variable definitions in a\n        \/\/ special way).\n        case ValDef(mods, sym, tpt, rhs) if mods.hasFlag(Flag.MUTABLE) =>\n          ValDef(mods, sym, tpt, liftFeature(None, prefix + \"varDef\", List(rhs) ++ named(sym)))\n\n        case Assign(lhs, rhs) =>\n          liftFeature(None, prefix + \"assign\", List(lhs, transform(rhs)), Nil, x => x)\n\n        case ValDef(mods, sym, tpt, rhs) if mods.hasFlag(Flag.LAZY) =>\n          ValDef(mods, sym, tpt, liftFeature(None, prefix + \"lazyValDef\", List(rhs) ++ named(sym)))\n\n        case ValDef(mods, sym, tpt, rhs) =>\n          val newRhs =\n            if (virtualizeValDef) liftFeature(None, prefix + \"valDef\", List(rhs) ++ named(sym))\n            else transform(rhs)\n\n          ValDef(mods, sym, tpt, newRhs)\n\n        case Ident(x) if (tree.symbol.isTerm && !(freeVars contains tree) && (\n          tree.symbol.asTerm.isVar ||\n          tree.symbol.asTerm.isLazy ||\n          (!tree.symbol.isParameter && tree.symbol.asTerm.isVal && virtualizeValDef))) =>\n          liftFeature(None, prefix + \"read\", List(tree), Nil, x => x)\n\n        \/\/\n        \/\/ Universal methods virtualization\n        \/\/\n        case Apply(Select(qualifier, TermName(\"$eq$eq\")), List(arg)) =>\n          liftFeature(None, prefix + \"infix_$eq$eq\", List(qualifier, arg))\n\n        case Apply(Select(qualifier, TermName(\"$bang$eq\")), List(arg)) =>\n          liftFeature(None, prefix + \"infix_$bang$eq\", List(qualifier, arg))\n\n        case Apply(lhs @ Select(qualifier, TermName(\"$hash$hash\")), List()) =>\n          liftFeature(None, prefix + \"infix_$hash$hash\", List(qualifier))\n\n        case Apply(lhs @ Select(qualifier, TermName(\"equals\")), List(arg)) if virtualizeEquals =>\n          liftFeature(None, prefix + \"infix_equals\", List(qualifier, arg))\n\n        case Apply(lhs @ Select(qualifier, TermName(\"hashCode\")), List()) =>\n          liftFeature(None, prefix + \"infix_hashCode\", List(qualifier))\n\n        case TypeApply(Select(qualifier, TermName(\"asInstanceOf\")), targs) =>\n          liftFeature(None, prefix + \"infix_asInstanceOf\", List(qualifier), targs)\n\n        case TypeApply(Select(qualifier, TermName(\"isInstanceOf\")), targs) =>\n          liftFeature(None, prefix + \"infix_isInstanceOf\", List(qualifier), targs)\n\n        case TypeApply(Select(qualifier, TermName(\"getClass\")), targs) =>\n          liftFeature(None, prefix + \"infix_getClass\", List(qualifier), targs)\n\n        case Apply(lhs @ Select(qualifier, TermName(\"toString\")), List()) =>\n          liftFeature(None, prefix + \"infix_toString\", List(qualifier))\n\n        case Apply(lhs @ Select(qualifier, TermName(\"eq\")), List(arg)) =>\n          liftFeature(None, prefix + \"infix_eq\", List(qualifier, arg))\n\n        case Apply(lhs @ Select(qualifier, TermName(\"ne\")), List(arg)) =>\n          liftFeature(None, prefix + \"infix_ne\", List(qualifier, arg))\n\n        case Apply(Select(qualifier, TermName(\"notify\")), List()) =>\n          liftFeature(None, prefix + \"infix_notify\", List(qualifier))\n\n        case Apply(Select(qualifier, TermName(\"notifyAll\")), List()) =>\n          liftFeature(None, prefix + \"infix_notifyAll\", List(qualifier))\n\n        case Apply(Select(qualifier, TermName(\"synchronized\")), List(arg)) =>\n          liftFeature(None, prefix + \"infix_synchronized\", List(qualifier, arg))\n\n        case Apply(TypeApply(Select(qualifier, TermName(\"synchronized\")), targs), List(arg)) =>\n          liftFeature(None, prefix + \"infix_synchronized\", List(qualifier, arg), targs)\n\n        case Apply(Select(qualifier, TermName(\"wait\")), List()) =>\n          liftFeature(None, prefix + \"infix_wait\", List(qualifier))\n\n        case Apply(Select(qualifier, TermName(\"wait\")), List(arg)\n          ) if arg.tpe =:= typeOf[Long] =>\n          liftFeature(None, prefix + \"infix_wait\", List(qualifier, arg))\n\n        case Apply(Select(qualifier, TermName(\"wait\")), List(arg0, arg1)\n          ) if arg0.tpe =:= typeOf[Long] && arg1.tpe =:= typeOf[Int] =>\n          liftFeature(None, prefix + \"infix_wait\", List(qualifier, arg0, arg1))\n\n        case Typed(x, Ident(typeNames.WILDCARD_STAR)) =>\n          Typed(liftFeature(None, prefix + \"castVarArg\", List(x)), Ident(typeNames.WILDCARD_STAR))\n\n        \/\/\n        \/\/ Restrictions\n        \/\/\n        \/\/ Case-classes are never supported: i) with @virtualize they badly interact with\n        \/\/  further case class expansion, and ii) in macro mode we do not support them.\n        case ClassDef(mods, _, _, _) if mods.hasFlag(Flag.CASE) =>\n          c.abort(tree.pos, \"Virtualization of case classes is not supported.\")\n\n        case ClassDef(_, _, _, _) if restrictDefinitions =>\n          c.abort(tree.pos, \"Virtualization of classes and traits is not supported.\")\n\n        case ModuleDef(_, _, _) if restrictDefinitions =>\n          c.abort(tree.pos, \"Virtualization of modules is not supported.\")\n\n        case _ =>\n          super.transform(tree)\n      }\n    }\n\n    object FunctionApply {\n\n      def unapply(tree: Tree): Option[(Tree, List[Tree], List[Tree])] = tree match {\n        case Apply(m @ Select(qualifier, TermName(\"apply\")), args) if isFunction(m.symbol) =>\n          val targs = m.tpe match {\n            case null => Nil\n            case MethodType(params, respte) => {\n              val argsTypes = params.map(x => x.asTerm.typeSignature)\n              val targs = (argsTypes :+ respte) map typeToTree\n              targs\n            }\n            case _ => Nil \/\/ does not know how to extract the parameter types\n          }\n          Some(qualifier, args, targs)\n        case _ => None\n      }\n    }\n\n    def apply(tree: c.universe.Tree): (Tree, Seq[DSLFeature]) =\n      (transform(tree), lifted.toSeq)\n  }\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/src\/base\/ScalaVirtualizedBase.scala","text":"<gh_stars>10-100\nimport ch.epfl.yinyang.example._\npackage ch.epfl.yinyang.polymorphic {\n\n  trait VirtualControlsBase extends PolymorphicBase {\n    def $ifThenElse[T](cnd: R[Boolean], thn: => R[T], els: => R[T]): R[T]\n    def $return(expr: R[Any]): R[Nothing]\n    def $whileDo(cnd: R[Boolean], body: => R[Unit]): R[Unit]\n    def $doWhile(body: => R[Unit], cond: R[Boolean]): R[Unit]\n    def $try[T](body: => R[T], b: R[Throwable => T], fin: => R[T]): R[T]\n    def $throw(e: R[Throwable]): R[Nothing]\n  }\n\n  trait VirtualVariablesBase extends PolymorphicBase {\n    def $valDef[T](init: R[T]): R[T]\n    def $lazyValDef[T](init: => R[T]): R[T]\n    def $varDef[T](init: R[T]): R[T]\n    def $read[T](init: R[T]): R[T]\n    def $assign[T](lhs: R[T], rhs: R[T]): R[Unit]\n  }\n\n  trait VirtualAnyBase extends PolymorphicBase {\n    def $infix_==(x1: R[Any], x2: R[Any]): R[Boolean]\n    def $infix_!=(x1: R[Any], x2: R[Any]): R[Boolean]\n    def $infix_##(x: R[Any]): R[Int]\n    def $infix_hashCode(x: R[Any]): R[Int]\n    def $infix_asInstanceOf[T](x: R[Any]): R[T]\n    def $infix_isInstanceOf[T](x: R[Any]): R[Boolean]\n    def $infix_getClass(x: R[Any]): R[Class[_]]\n    def $infix_toString(x: R[Any]): R[String]\n  }\n\n  trait VirtualAnyRefBase extends PolymorphicBase {\n    def $infix_eq(x1: R[AnyRef], x2: R[AnyRef]): R[Boolean]\n    def $infix_ne(x1: R[AnyRef], x2: R[AnyRef]): R[Boolean]\n    def $infix_notify(x: R[AnyRef]): R[Unit]\n    def $infix_notifyAll(x: R[AnyRef]): R[Unit]\n    def $infix_synchronized[T](x: R[AnyRef], body: R[T]): R[T]\n    def $infix_wait(x: R[AnyRef]): R[Unit]\n    def $infix_wait(x: R[AnyRef], timeout: R[Long]): R[Unit]\n    def $infix_wait(x: R[AnyRef], timeout: R[Long], nanos: R[Int]): R[Unit]\n  }\n\n  package generic {\n    trait VirtualFunctionsBase extends PolymorphicBase {\n      def $app[U](f: R[() => U]): () => R[U]\n      def $app[T_1, U](f: R[T_1 => U]): R[T_1] => R[U]\n      def $app[T_1, T_2, U](f: R[(T_1, T_2) => U]): (R[T_1], R[T_2]) => R[U]\n\n      def $lam[U](f: () => R[U]): R[() => U]\n      def $lam[T_1, U](f: R[T_1] => R[U]): R[T_1 => U]\n      def $lam[T_1, T_2, U](f: (R[T_1], R[T_2]) => R[U]): R[(T_1, T_2) => U]\n    }\n  }\n\n  \/\/ This is used only for the translation where R[X] => R[Y] => R[Z] is forbidden.\n  \/\/ For the curried version function virtualization must be disabled.\n  package inlining {\n    trait VirtualFunctionsBase extends PolymorphicBase {\n      def $app[U](f: R[() => U]): () => R[U]\n      def $app[T_1, U](f: R[T_1] => R[U]): R[T_1] => R[U]\n      def $app[T_1, T_2, U](f: (R[T_1], R[T_2]) => R[U]): (R[T_1], R[T_2]) => R[U]\n\n      def $lam[U](f: () => R[U]): () => R[U]\n      def $lam[T_1, U](f: R[T_1] => R[U]): R[T_1] => R[U]\n      def $lam[T_1, T_2, U](f: (R[T_1], R[T_2]) => R[U]): (R[T_1], R[T_2]) => R[U]\n    }\n  }\n}\n\npackage identity {\n  trait IdentityBase {\n    def $ifThenElse[T](cond: Boolean, thenBr: => T, elseBr: => T): T\n    def $return(expr: Any): Nothing\n    def $whileDo(cond: Boolean, body: => Unit): Unit\n    def $doWhile(body: => Unit, cond: Boolean): Unit\n    def $try[T](body: => T, catches: Throwable => T, finalizer: => T): T\n    def $throw(t: Throwable): Nothing\n\n    def $valDef[T](init: T): T\n    def $lazyValDef[T](init: => T): T\n    def $varDef[T](init: T): T\n    def $read[T](init: T): T\n    def $assign[T](lhs: T, rhs: T): Unit\n  }\n\n  trait IdentityFunctionsBase {\n    def $app[U](f: () => U): () => U\n    def $app[T_1, U](f: T_1 => U): T_1 => U\n    def $app[T_1, T_2, U](f: (T_1, T_2) => U): (T_1, T_2) => U\n\n    def $lam[U](f: () => U): () => U\n    def $lam[T_1, U](f: T_1 => U): T_1 => U\n    def $lam[T_1, T_2, U](f: (T_1, T_2) => U): (T_1, T_2) => U\n  }\n\n  trait VirtualAnyBase {\n    def $infix_==(x1: Any, x2: Any): Boolean\n    def $infix_!=(x1: Any, x2: Any): Boolean\n    def $infix_##(x: Any): Int\n    def $infix_hashCode(x: Any): Int\n    def $infix_asInstanceOf[T](x: Any): T\n    def $infix_isInstanceOf[T](x: Any): Boolean\n    def $infix_getClass(x: Any): Class[_]\n    def $infix_toString(x: Any): String\n  }\n\n  trait VirtualAnyRefBase {\n    def $infix_eq(x1: AnyRef, x2: AnyRef): Boolean\n    def $infix_ne(x1: AnyRef, x2: AnyRef): Boolean\n    def $infix_notify(x: AnyRef): Unit\n    def $infix_notifyAll(x: AnyRef): Unit\n    def $infix_synchronized[T](x: AnyRef, body: T): T\n    def $infix_wait(x: AnyRef): Unit\n    def $infix_wait(x: AnyRef, timeout: Long): Unit\n    def $infix_wait(x: AnyRef, timeout: Long, nanos: Int): Unit\n  }\n}\npackage custom {\n  trait AbstractTypesBase {\n    type Boolean\n    type Any\n    type Nothing\n    type Unit\n    type Throwable\n    def $ifThenElse[T](cond: Boolean, thenBr: => T, elseBr: => T): T\n    def $return(expr: Any): Nothing\n    def $whileDo(cond: Boolean, body: => Unit): Unit\n    def $doWhile(body: => Unit, cond: Boolean): Unit\n    def $try[T](body: => T, catches: Throwable => T, finalizer: => T): T\n    def $throw(t: Throwable): Nothing\n\n    def $valDef[T](init: T): T\n    def $lazyValDef[T](init: T): T\n    def $varDef[T](init: T): T\n    def $read[T](init: T): T\n    def $assign[T](lhs: T, rhs: T): Unit\n  }\n\n  trait VirtualFunctionsBase {\n    type Function0[U]\n    type Function1[T_1, U]\n    type Function2[T_1, T_2, U]\n    def $app[U](f: Function0[U]): () => U\n    def $app[T_1, U](f: Function1[T_1, U]): T_1 => U\n    def $app[T_1, T_2, U](f: Function2[T_1, T_2, U]): (T_1, T_2) => U\n\n    def $lam[U](f: () => U): Function0[U]\n    def $lam[T_1, U](f: T_1 => U): Function1[T_1, U]\n    def $lam[T_1, T_2, U](f: (T_1, T_2) => U): Function2[T_1, T_2, U]\n  }\n\n  trait VirtualAnyBase {\n    type Any\n    type Boolean\n    type Int\n    type Class[T]\n    type String\n    def $infix_==(x1: Any, x2: Any): Boolean\n    def $infix_!=(x1: Any, x2: Any): Boolean\n    def $infix_##(x: Any): Int\n    def $infix_hashCode(x: Any): Int\n    def $infix_asInstanceOf[T](x: Any): T\n    def $infix_isInstanceOf[T](x: Any): Boolean\n    def $infix_getClass(x: Any): Class[_]\n    def $infix_toString(x: Any): String\n  }\n\n  trait VirtualAnyRefBase {\n    type AnyRef\n    type Boolean\n    type Int\n    type Long\n    type Unit\n    def $infix_eq(x1: AnyRef, x2: AnyRef): Boolean\n    def $infix_ne(x1: AnyRef, x2: AnyRef): Boolean\n    def $infix_notify(x: AnyRef): Unit\n    def $infix_notifyAll(x: AnyRef): Unit\n    def $infix_synchronized[T](x: AnyRef, body: T): T\n    def $infix_wait(x: AnyRef): Unit\n    def $infix_wait(x: AnyRef, timeout: Long): Unit\n    def $infix_wait(x: AnyRef, timeout: Long, nanos: Int): Unit\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/BaseYinYang.scala","text":"<gh_stars>10-100\npackage ch.epfl.yinyang.api\n\nimport reflect.runtime.universe._\n\n\/**\n * Base trait for all YinYang based DSLs. The sole reason for its existence\n * is the existence of dual type representation.\n *\/\ntrait BaseYinYang {\n  \/**\n   * Abstraction over different scala runtime types. Once the Manifests are deprecated\n   * this abstraction will be removed.\n   *\/\n  type TypeRep[T]\n  def $tpe[T: TypeRep]: TypeRep[T]\n\n}\n\n\/*\n * Component for TypeTag based DSLs.\n *\/\ntrait BaseYinYangTypeTag extends BaseYinYang {\n  type TypeRep[T] = TypeTag[T]\n  def $tpe[T: TypeRep]: TypeRep[T] = typeTag[T]\n}\n\n\/*\n * Component for Manifest based DSLs.\n *\/\ntrait BaseYinYangManifest extends BaseYinYang {\n  type TypeRep[T] = Manifest[T]\n  def $tpe[T: TypeRep]: TypeRep[T] = manifest[T]\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/core\/src\/analysis\/FreeIdentAnalysis.scala","text":"<reponame>scala-yinyang\/scala-yinyang\npackage ch.epfl.yinyang\npackage analysis\n\nimport ch.epfl.yinyang._\nimport scala.reflect.macros.blackbox.Context\nimport language.experimental.macros\nimport scala.collection.mutable\nimport mutable.{ ListBuffer, HashMap }\n\n\/**\n * Analyzed free variables in the block. Free vars are the identifiers that are not\n * defined in the block.\n *\/\ntrait FreeIdentAnalysis extends MacroModule with TransformationUtils {\n  import c.universe._\n\n  \/\/ Symbol tracking.\n  \/\/ val symbolIds: mutable.HashMap[Int, Symbol] = new mutable.HashMap()\n  \/\/ def symbolById(id: Int) = symbolIds(id)\n\n  def freeVariables(tree: Tree): List[Tree] =\n    new FreeVariableCollector().collect(tree)\n\n  class FreeVariableCollector extends Traverser {\n\n    private[this] val collected = ListBuffer[Tree]()\n    private[this] var defined = List[Symbol]()\n\n    private[this] final def isFree(id: Symbol) = !defined.contains(id)\n\n    override def traverse(tree: Tree) = tree match {\n      case i @ Ident(s) => {\n        val sym = i.symbol\n        \/\/store info about idents\n        \/\/ symbolIds.put(symbolId(sym), sym)\n        if (sym.isTerm &&\n          !(sym.isMethod || sym.isPackage || sym.isModule) &&\n          isFree(sym)) collected append i\n      }\n      case _ => super.traverse(tree)\n    }\n\n    def collect(tree: Tree): List[Tree] = {\n      collected.clear()\n      defined = new LocalDefCollector().definedSymbols(tree)\n      log(s\"FreeIdentAnalysis: Defined (not-free variables): $defined\", 2)\n      traverse(tree)\n      collected.map(x => (x.symbol, x)).toMap.values.toList\n    }\n\n  }\n\n  class LocalDefCollector extends Traverser {\n\n    private[this] val definedValues, definedMethods = ListBuffer[Symbol]()\n\n    override def traverse(tree: Tree) = tree match {\n      case vd @ ValDef(mods, name, tpt, rhs) =>\n        definedValues += vd.symbol\n        traverse(rhs)\n      case dd @ DefDef(mods, name, tparams, vparamss, tpt, rhs) =>\n        definedMethods += dd.symbol\n        vparamss.flatten.foreach(traverse)\n        traverse(rhs)\n      case bind @ Bind(name, body) =>\n        definedValues += bind.symbol\n        traverse(body)\n      case _ =>\n        super.traverse(tree)\n    }\n\n    def definedSymbols(tree: Tree): List[Symbol] = {\n      definedValues.clear()\n      definedMethods.clear()\n      traverse(tree)\n      (definedValues ++ definedMethods).toList\n    }\n\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/src\/la\/package.scala","text":"<reponame>scala-yinyang\/scala-yinyang<filename>components\/examples\/src\/la\/package.scala\npackage dsl\n\nimport ch.epfl.yinyang._\nimport ch.epfl.yinyang.typetransformers._\nimport scala.language.experimental.macros\nimport scala.reflect.macros.blackbox.Context\n\npackage object la {\n\n  def la[T](block: => T): T = macro implementations.liftRep[T]\n  def laDebug[T](block: => T): T = macro implementations.liftRepDebug[T]\n\n  object implementations {\n    def liftRep[T](c: Context)(block: c.Expr[T]): c.Expr[T] =\n      YYTransformer[c.type, T](c)(\n        \"dsl.la.rep.VectorDSL\",\n        new GenericTypeTransformer[c.type](c) {\n          override val IRType = \"R\"\n        },\n        None, None,\n        Map(\n          \"direct\" -> false,\n          \"virtualizeFunctions\" -> true,\n          \"virtualizeValDef\" -> true,\n          \"debug\" -> 0,\n          \"restrictLanguage\" -> false,\n          \"ascribeTerms\" -> false),\n        None)(block)\n\n    def liftRepDebug[T](c: Context)(block: c.Expr[T]): c.Expr[T] =\n      YYTransformer[c.type, T](c)(\n        \"dsl.la.rep.VectorDSL\",\n        new GenericTypeTransformer[c.type](c) {\n          override val IRType = \"R\"\n        },\n        None, None,\n        Map(\n          \"direct\" -> false,\n          \"virtualizeFunctions\" -> true,\n          \"virtualizeValDef\" -> true,\n          \"debug\" -> 3,\n          \"restrictLanguage\" -> false,\n          \"ascribeTerms\" -> false),\n        None)(block)\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/paradise\/src\/EmbeddedControls.scala","text":"<reponame>scala-yinyang\/scala-yinyang\npackage ch.epfl.yinyang\n\nimport language.experimental.macros\nimport scala.reflect.macros.blackbox.Context\n\n\/**\n * Default implementation of virtualized Scala control structures.\n *\n * This trait is adapted from the `EmbeddedControls` trait in\n * Scala Virtualized.  See also\n * [[https:\/\/raw.github.com\/namin\/scala\/topic-virt\/src\/library\/scala\/EmbeddedControls.scala]]\n *\n * The `EmbeddedControls` trait provides method definitions where\n * calls to the methods are treated by the compiler in a special way.\n * The reason to express these calls as methods is to give embedded\n * DSLs a chance to provide their own definitions and thereby override\n * the standard interpretation of the compiler.\n *\n * Example: When faced with an `if` construct, the `@virtualized`\n * macro annotation will generate a method call:\n * `$ifThenElse(cond, thenp, elsep)`\n *\n * This method call will be bound to an implementation based on normal\n * rules of scoping.  If it binds to the standard one in this trait,\n * the corresponding macro will replace it by an `If` tree node. If\n * not, the call will be left as it is and a staging or interpreting\n * DSL can take over.\n *\n * @note None of the above will happen unless you annotate your code with `@virtualize`.\n *\/\ntrait EmbeddedControls {\n\n  import EmbeddedControls._\n\n  \/\/ NOTE: Some of the signatures below have \"by-val\" arguments where\n  \/\/ one would expect \"by-name\" arguments.  However, since these are\n  \/\/ all macros the difference is irrelevant.  Furthermore, there's\n  \/\/ currently a bug precluding the use of \"by-name\" parameters in\n  \/\/ macros (See [[https:\/\/issues.scala-lang.org\/browse\/SI-5778\n  \/\/ SI-5778]]).\n\n  \/\/ Control structures\n  def $ifThenElse[T](cond: Boolean, thenBr: T, elseBr: T): T = macro ifThenElseImpl[T]\n  def $return(expr: Any): Nothing = macro returnImpl\n  def $whileDo(cond: Boolean, body: Unit): Unit = macro whileDoImpl\n  def $doWhile(body: Unit, cond: Boolean): Unit = macro doWhileImpl\n\n  def $valDef[T](init: T): T = macro valDefImpl[T]\n  def $varDef[T](init: T): T = macro varDefImpl[T]\n  def $lazyValDef[T](init: T): T = macro lazyValDefImpl[T]\n  def $read[T](init: T): T = macro readImpl[T]\n  def $assign[T](lhs: T, rhs: T): Unit = macro assignImpl[T]\n  def $try[T](body: T, catches: Throwable => T, finalizer: T): T = macro tryImpl[T]\n  def $throw(t: Throwable): Nothing = macro throwImpl\n\n  \/\/ Infix methods for `Any` methods\n  def $infix_==(x1: Any, x2: Any): Boolean = macro any_==\n  def $infix_!=(x1: Any, x2: Any): Boolean = macro any_!=\n  def $infix_##(x: Any): Int = macro any_##\n  def $infix_equals(x1: Any, x2: Any): Boolean = macro any_equals\n  def $infix_hashCode(x: Any): Int = macro any_hashCode\n  def $infix_asInstanceOf[T](x: Any): T = macro any_asInstanceOf[T]\n  def $infix_isInstanceOf[T](x: Any): Boolean = macro any_isInstanceOf[T]\n  def $infix_toString(x: Any): String = macro any_toString\n  def $infix_getClass(x: Any): Class[_] = macro any_getClass\n\n  \/\/ Infix methods for `AnyRef` methods\n  def $infix_eq(x1: AnyRef, x2: AnyRef): Boolean = macro anyRef_eq\n  def $infix_ne(x1: AnyRef, x2: AnyRef): Boolean = macro anyRef_ne\n  def $infix_notify(x: AnyRef): Unit = macro anyRef_notify\n  def $infix_notifyAll(x: AnyRef): Unit = macro anyRef_notifyAll\n  def $infix_synchronized[T](x: AnyRef, body: T): T = macro anyRef_synchronized[T]\n  def $infix_wait(x: AnyRef): Unit = macro anyRef_wait0\n  def $infix_wait(x: AnyRef, timeout: Long): Unit = macro anyRef_wait1\n  def $infix_wait(x: AnyRef, timeout: Long, nanos: Int): Unit = macro anyRef_wait2\n  def $infix_clone(x: AnyRef): AnyRef = macro anyRef_clone\n  def $infix_finalize(x: AnyRef): Unit = macro anyRef_finalize\n}\n\n\/**\n * EmbeddedControls companion object containing macro implementations.\n *\/\nprivate object EmbeddedControls {\n\n  \/\/\n  \/\/ Control structures\n\n  def ifThenElseImpl[T](c: Context)(\n    cond: c.Expr[Boolean], thenBr: c.Expr[T], elseBr: c.Expr[T]): c.Expr[T] = {\n\n    import c.universe._\n    c.Expr(q\"if ($cond) $thenBr else $elseBr\")\n  }\n\n  def returnImpl(c: Context)(expr: c.Expr[Any]): c.Expr[Nothing] = {\n\n    import c.universe._\n    c.Expr(q\"return $expr\")\n  }\n\n  def whileDoImpl(c: Context)(\n    cond: c.Expr[Boolean], body: c.Expr[Unit]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"while ($cond) $body\")\n  }\n\n  def doWhileImpl(c: Context)(\n    body: c.Expr[Unit], cond: c.Expr[Boolean]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"do $body while ($cond)\")\n  }\n\n  def tryImpl[T](c: Context)(body: c.Expr[T], catches: c.Expr[Any], finalizer: c.Expr[Any]): c.Expr[T] = {\n    import c.universe._\n    object EtaExpandedCases {\n      def unapply(v: Any): Option[List[CaseDef]] = v match {\n        case Function(\n          List(ValDef(_, TermName(\"x\"), Ident(TypeName(\"Any\")), EmptyTree)),\n          Match(Ident(TermName(\"x\")), cases)) => Some(cases)\n        case _ => None\n      }\n    }\n    (catches, finalizer) match {\n\n      case (EtaExpandedCases(cases), q\"null\")   => c.Expr[T](q\"try $body catch $cases\")\n      case (EtaExpandedCases(cases), finalizer) => c.Expr[T](q\"try $body catch $cases finally $finalizer\")\n      case (_, q\"null\")                         => c.Expr[T](q\"try $body\")\n      case (_, finalizer)                       => c.Expr[T](q\"try $body finally $finalizer\")\n\n    }\n  }\n\n  def throwImpl(c: Context)(t: c.Expr[Throwable]): c.Expr[Nothing] = {\n    import c.universe._\n    c.Expr(q\"throw $t\")\n  }\n\n  def assignImpl[T](c: Context)(\n    lhs: c.Expr[T], rhs: c.Expr[T]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$lhs = $rhs\")\n  }\n\n  def varDefImpl[T](c: Context)(init: c.Expr[T]): c.Expr[T] = init\n\n  def readImpl[T](c: Context)(init: c.Expr[T]): c.Expr[T] = init\n\n  def valDefImpl[T](c: Context)(init: c.Expr[T]): c.Expr[T] = init\n\n  def lazyValDefImpl[T](c: Context)(init: c.Expr[T]): c.Expr[T] = init\n\n  \/\/\n  \/\/ Poor man's infix methods for `Any` methods\n\n  def any_==(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.==($x2)\")\n  }\n\n  def any_!=(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.!=($x2)\")\n  }\n\n  def any_##(c: Context)(x: c.Expr[Any]): c.Expr[Int] = {\n\n    import c.universe._\n    c.Expr(q\"$x.##()\")\n  }\n\n  def any_equals(c: Context)(\n    x1: c.Expr[Any], x2: c.Expr[Any]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.equals($x2)\")\n  }\n\n  def any_hashCode(c: Context)(x: c.Expr[Any]): c.Expr[Int] = {\n\n    import c.universe._\n    c.Expr(q\"$x.hashCode()\")\n  }\n\n  def any_asInstanceOf[T](c: Context)(x: c.Expr[Any])(\n    implicit tt: c.WeakTypeTag[T]): c.Expr[T] = {\n\n    import c.universe._\n    c.Expr(q\"$x.asInstanceOf[${tt.tpe}]\")\n  }\n\n  def any_isInstanceOf[T](c: Context)(x: c.Expr[Any])(\n    implicit tt: c.WeakTypeTag[T]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr[Boolean](q\"$x.isInstanceOf[${tt.tpe}]\")\n  }\n\n  def any_toString(c: Context)(x: c.Expr[Any]): c.Expr[String] = {\n\n    import c.universe._\n    c.Expr(q\"$x.toString()\")\n  }\n\n  import scala.language.existentials\n  def any_getClass(c: Context)(x: c.Expr[Any]): c.Expr[Class[_$1]] forSome { type _$1 } = {\n\n    import c.universe._\n    c.Expr(q\"$x.getClass()\")\n  }\n\n  \/\/\n  \/\/ Infix methods for `AnyRef` methods\n\n  def anyRef_eq(c: Context)(\n    x1: c.Expr[AnyRef], x2: c.Expr[AnyRef]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.eq($x2)\")\n  }\n\n  def anyRef_ne(c: Context)(\n    x1: c.Expr[AnyRef], x2: c.Expr[AnyRef]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.ne($x2)\")\n  }\n\n  def anyRef_notify(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.notify()\")\n  }\n\n  def anyRef_notifyAll(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.notifyAll()\")\n  }\n\n  def anyRef_synchronized[T](c: Context)(\n    x: c.Expr[AnyRef], body: c.Expr[T]): c.Expr[T] = {\n\n    import c.universe._\n    c.Expr(q\"$x.synchronized($body)\")\n  }\n\n  def anyRef_wait0(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.wait()\")\n  }\n\n  def anyRef_wait1(c: Context)(\n    x: c.Expr[AnyRef], timeout: c.Expr[Long]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.wait($timeout)\")\n  }\n\n  def anyRef_wait2(c: Context)(\n    x: c.Expr[AnyRef], timeout: c.Expr[Long],\n    nanos: c.Expr[Int]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.wait($timeout, $nanos)\")\n  }\n\n  def anyRef_clone(c: Context)(x: c.Expr[AnyRef]): c.Expr[AnyRef] = {\n\n    import c.universe._\n    c.Expr(q\"$x.clone()\")\n  }\n\n  def anyRef_finalize(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.finalize()\")\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/src\/base\/ScalaCompile.scala","text":"<gh_stars>10-100\npackage ch.epfl.yinyang.example\n\nimport ch.epfl.yinyang.api._\nimport scala.tools.nsc._\nimport scala.tools.nsc.util._\nimport scala.tools.nsc.reporters._\nimport scala.tools.nsc.io._\nimport scala.reflect.internal.util.AbstractFileClassLoader\nimport reflect.runtime.universe.TypeTag\nimport reflect.ClassTag\nimport scala.reflect.internal.util.BatchSourceFile\nimport scala.collection.immutable.Set\n\nimport java.io._\n\ntrait ScalaCompile { this: CodeGenerator =>\n\n  var compiler: Global = _\n  var reporter: ConsoleReporter = _\n  val COLON = System getProperty \"path.separator\"\n\n  def setupCompiler() = {\n    val settings = new Settings()\n\n    settings.classpath.value = this.getClass.getClassLoader match {\n      case ctx: java.net.URLClassLoader => ctx.getURLs.map(_.getPath).mkString(COLON)\n      case _                            => System.getProperty(\"java.class.path\")\n    }\n    settings.bootclasspath.value = Predef.getClass.getClassLoader match {\n      case ctx: java.net.URLClassLoader => ctx.getURLs.map(_.getPath).mkString(COLON)\n      case _                            => System.getProperty(\"sun.boot.class.path\")\n    }\n\n    settings.encoding.value = \"UTF-8\"\n    settings.outdir.value = \".\"\n    settings.extdirs.value = \"\"\n\n    reporter = new ConsoleReporter(settings, null, new PrintWriter(System.out)) \/\/writer\n    compiler = new Global(settings, reporter)\n  }\n\n  var compileCount = 0\n\n  var dumpGeneratedCode = false\n\n  def compile[T: TypeTag, Ret](unstableHoleIds: Set[Int] = Set()): Ret = {\n    if (this.compiler eq null)\n      setupCompiler()\n\n    val className = \"staged$\" + compileCount\n    compileCount += 1\n\n    val source = generateCode(className)\n\n    if (dumpGeneratedCode) println(source)\n\n    val compiler = this.compiler\n    val run = new compiler.Run\n\n    val fileSystem = new VirtualDirectory(\"<vfs>\", None)\n    compiler.settings.outputDirs.setSingleOutput(fileSystem)\n    \/\/      compiler.genJVM.outputDir = fileSystem\n\n    run.compileSources(List(new BatchSourceFile(\"<stdin>\", source.toString)))\n    reporter.printSummary()\n\n    if (reporter.hasErrors)\n      println(\"compilation: had errors\")\n\n    reporter.reset\n\n    val parent = this.getClass.getClassLoader\n    val loader = new AbstractFileClassLoader(fileSystem, this.getClass.getClassLoader)\n\n    val cls: Class[_] = loader.loadClass(className)\n    cls.getConstructor().newInstance().asInstanceOf[Ret]\n  }\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/paradise\/src\/VirtualAnyRef.scala","text":"<filename>components\/paradise\/src\/VirtualAnyRef.scala\npackage ch.epfl.yinyang\npackage api\n\nimport language.experimental.macros\nimport scala.reflect.macros.blackbox.Context\n\n\/**\n * Member method-based virtualization of the `AnyRef` API.\n *\n * This trait provides implementations of the infix methods\n * corresponding to the `AnyRef` API that delegate to virtualized\n * method calls on the first argument of the infix method.\n *\n * Example: When faced with an expression of the form `x.eq(y)`, the\n * `ch.epfl.yinyang.transformers.LanguageVirtualization` transformation (or the\n * `@virtualized` macro annotation) will generate a method call:\n * `infix_eq(x, y)`.  This method call will be bound to an\n * implementation based on normal rules of scoping.  If it binds to\n * the one in this trait, the corresponding macro will rewrite it to\n * `x.__eq(y)`.\n *\/\ntrait VirtualAnyRef extends VirtualAny {\n\n  import VirtualAnyRef._\n\n  \/\/ NOTE: Some of the signatures below have \"by-val\" arguments where\n  \/\/ one would expect \"by-name\" arguments.  However, since these are\n  \/\/ all macros the difference is irrelevant.  Furthermore, there's\n  \/\/ currently a bug precluding the use of \"by-name\" parameters in\n  \/\/ macros (See [[https:\/\/issues.scala-lang.org\/browse\/SI-5778]]).\n  def $infix_eq(x1: AnyRef, x2: AnyRef): Boolean = macro anyRef_eq\n  def $infix_ne(x1: AnyRef, x2: AnyRef): Boolean = macro anyRef_ne\n  def $infix_notify(x: AnyRef): Unit = macro anyRef_notify\n  def $infix_notifyAll(x: AnyRef): Unit = macro anyRef_notifyAll\n  def $infix_synchronized[T](x: AnyRef, body: T): T = macro anyRef_synchronized[T]\n  def $infix_wait(x: AnyRef): Unit = macro anyRef_wait0\n  def $infix_wait(x: AnyRef, timeout: Long): Unit = macro anyRef_wait1\n  def $infix_wait(x: AnyRef, timeout: Long, nanos: Int): Unit = macro anyRef_wait2\n  def $infix_clone(x: AnyRef): AnyRef = macro anyRef_clone\n  def $infix_finalize(x: AnyRef): Unit = macro anyRef_finalize\n}\n\n\/**\n * VirtualAnyRef companion object containing macro implementations.\n *\/\nprivate object VirtualAnyRef {\n\n  def anyRef_eq(c: Context)(\n    x1: c.Expr[AnyRef], x2: c.Expr[AnyRef]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.__eq($x2)\")\n  }\n\n  def anyRef_ne(c: Context)(\n    x1: c.Expr[AnyRef], x2: c.Expr[AnyRef]): c.Expr[Boolean] = {\n\n    import c.universe._\n    c.Expr(q\"$x1.__ne($x2)\")\n  }\n\n  def anyRef_notify(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__notify()\")\n  }\n\n  def anyRef_notifyAll(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__notifyAll()\")\n  }\n\n  def anyRef_synchronized[T](c: Context)(\n    x: c.Expr[AnyRef], body: c.Expr[T]): c.Expr[T] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__synchronized($body)\")\n  }\n\n  def anyRef_wait0(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__wait()\")\n  }\n\n  def anyRef_wait1(c: Context)(\n    x: c.Expr[AnyRef], timeout: c.Expr[Long]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__wait($timeout)\")\n  }\n\n  def anyRef_wait2(c: Context)(\n    x: c.Expr[AnyRef], timeout: c.Expr[Long],\n    nanos: c.Expr[Int]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__wait($timeout, $nanos)\")\n  }\n\n  def anyRef_clone(c: Context)(x: c.Expr[AnyRef]): c.Expr[AnyRef] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__clone()\")\n  }\n\n  def anyRef_finalize(c: Context)(x: c.Expr[AnyRef]): c.Expr[Unit] = {\n\n    import c.universe._\n    c.Expr(q\"$x.__finalize()\")\n  }\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/test\/GenericTranslationTest.scala","text":"package mpde.vector.test\n\nimport org.scalatest._\nimport dsl.la._\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport reflect.runtime.universe._\nimport java.io.{ PrintStream, ByteArrayOutputStream }\n\n@RunWith(classOf[JUnitRunner])\nclass GenericTranslationSpec extends FlatSpec with ShouldMatchers {\n  \"Generic translation\" should \"work for val definitions\" in {\n    intercept[NotImplementedError] {\n      la {\n        val v = 1\n        v\n      }\n    }\n  }\n\n  it should \"work for vars\" in {\n    intercept[NotImplementedError] {\n      la {\n        var v = 1\n        v = 2\n        v\n      }\n    }\n  }\n\n  it should \"work for lambdas\" in {\n    intercept[NotImplementedError] {\n      la {\n        val id = (x: Int) => x\n        id\n      }\n    }\n  }\n\n  it should \"work for application\" in {\n    intercept[NotImplementedError] {\n      la {\n        val id = (x: Int) => x\n        id(1)\n      }\n    }\n  }\n\n  it should \"work for all types of application\" in {\n    intercept[NotImplementedError] {\n      la {\n        val id0 = () => 1\n        val id1 = (x: Int) => x\n        val id2 = (x: Int, y: Int) => x + y\n        id0()\n        id1(1)\n        id2(1, 2)\n      }\n    }\n  }\n\n  it should \"work for AnyRef functions\" in {\n    intercept[NotImplementedError] {\n      la {\n        val id0 = 1\n        val hash = 1.hashCode\n        val hash2 = 2.hashCode\n        hash != hash2\n      }\n    }\n  }\n\n  it should \"work for locally defined functions\" in {\n    intercept[NotImplementedError] {\n      val res: Int = la {\n        def id[T](x: T): T = x\n        def id2[T, U <: AnyRef](p1: T, p2: U): Unit = ()\n        id2[Int, String](1, \"string\")\n        id[Int](1)\n      }\n    }\n  }\n\n  it should \"work for type aliases\" in {\n    intercept[NotImplementedError] {\n      la {\n        type X = Int\n        type Y = dsl.la.Vector[X]\n        val vecRes: Y = dsl.la.Vector(1, 2, 3)\n        vecRes\n      }\n    }\n  }\n\n  it should \"work with captured variables\" in {\n    val captured = 1\n    val captured1 = 2\n    val captured2 = 3\n    intercept[NotImplementedError] {\n      la {\n        val resX: Int = captured + captured1 + captured2\n        resX + 1\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/Executable.scala","text":"package ch.epfl.yinyang.api\n\n\/**\n * Base trait for executable DSLs. Yin-Yang will pass the arguments\n * by calling q\"dsl.execute[$retType](..$sortedArguments)\"\n *\/\ntrait Executable { self: BaseYinYang => }\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/YYConfig.scala","text":"package ch.epfl.yinyang\n\nimport scala.reflect.macros.blackbox.Context\n\ntrait YYConfig {\n  val config: Map[String, Any]\n  val direct: Boolean = config(\"direct\").asInstanceOf[Boolean]\n  val debug: Int = config(\"debug\").asInstanceOf[Int]\n  val shortenDSLNames: Boolean = config(\"shortenDSLNames\").asInstanceOf[Boolean]\n  val mainMethodName: String = config(\"mainMethodName\").asInstanceOf[String]\n  val restrictLanguage: Boolean = config(\"restrictLanguage\").asInstanceOf[Boolean]\n  val ascribeTerms: Boolean = config(\"ascribeTerms\").asInstanceOf[Boolean]\n  val liftTypes: List[Context#Type] = config(\"liftTypes\").asInstanceOf[List[Context#Type]] \/\/ SI-7234  prevents us from having it as a field to YYTransformers\n  val virtualizeFunctions: Boolean = config(\"virtualizeFunctions\").asInstanceOf[Boolean]\n  val virtualizeValDef: Boolean = config(\"virtualizeValDef\").asInstanceOf[Boolean]\n  val failCompilation: Boolean = config(\"failCompilation\").asInstanceOf[Boolean]\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/yin-yang\/src\/api\/StaticallyChecked.scala","text":"package ch.epfl.yinyang\npackage api\nimport scala.reflect.macros.blackbox.Context\n\nprotected[yinyang] class Reporter(private val c: Context) {\n  import c.universe._\n  def echo(pos: Position, msg: String): Unit = c.echo(pos, msg)\n  def info(pos: Position, msg: String, force: Boolean): Unit = c.info(pos, msg, force)\n  def warning(pos: Position, msg: String): Unit = c.warning(pos, msg)\n  def error(pos: Position, msg: String): Unit = c.error(pos, msg)\n}\n\n\/**\n * Trait that statically checked DSLs need to inherit\n *\n * NOTE: DSLs inheriting this trait will always be reflectively instantiated at compile time.\n *\/\ntrait StaticallyChecked { this: BaseYinYang =>\n\n  \/**\n   * Method that implements domain-specific analysis and reports errors at compile time.\n   *\/\n  def staticallyCheck(c: Reporter)\n}\n"}
{"repo_name":"scala-yinyang\/scala-yinyang","path":"components\/examples\/src\/base\/Base.scala","text":"<reponame>scala-yinyang\/scala-yinyang\npackage ch.epfl.yinyang.example\nimport ch.epfl.yinyang.api._\n\ntrait Base extends BaseYinYangTypeTag with CodeGenerator {\n\n  \/**\n   * Abstract super class for implicit lifters that the DSL author needs to provide.\n   *\/\n  abstract class LiftEvidence[T: TypeRep, Ret] {\n    \/**\n     * Constructs the DSL internal IR node that will represent a hole.\n     *   @param tpe Represents the run-time type information for this hole.\n     *   @param symbolId informs the DSL about the unique identifier of this\n     *     hole. This information can be passed back to Yin-Yang by the\n     *     `compilationVars` method.\n     *   @return DSL internal representation of a hole for type T.\n     *\/\n    def hole(tpe: TypeRep[T], symbolId: Int): Ret\n\n    \/**\n     * Constructs the DSL internal IR node that will represent a constant.\n     *\/\n    def lift(v: T): Ret\n  }\n\n  \/**\n   * Method that replaces captured identifiers of the DSL body.\n   *\/\n  def $hole[T, Ret](symbolId: Int, tpe: TypeRep[T])(implicit liftEv: LiftEvidence[T, Ret]): Ret =\n    liftEv hole (tpe, symbolId)\n\n  \/**\n   * Method that replaces constants and captured identifiers required for run-time\n   * optimizations in the DSL body.\n   *\/\n  def $lift[T, Ret](v: T)(implicit liftEv: LiftEvidence[T, Ret]): Ret =\n    liftEv.lift(v)\n\n  def main(): Any\n}\n\ntrait PolymorphicBase extends Base {\n  type R[+T]\n}\n"}
{"repo_name":"plokhotnyuk\/upickle","path":"ujson\/src\/ujson\/Visitor.scala","text":"<filename>ujson\/src\/ujson\/Visitor.scala\npackage ujson\n\n\/**\n  * Visitor is a type class that describes how ujson should visit json elements.\n  *\n  * Visitors return their results type as [[J]] which may be an AST, e.g. [[AstTransformer]],\n  * or a writer-like type that Visitors apply side-effects to, e.g. [[StringRenderer]], [[BytesRenderer]].\n  *\n  * @see [[http:\/\/www.lihaoyi.com\/post\/ZeroOverheadTreeProcessingwiththeVisitorPattern.html]]\n  * @tparam T ???\n  * @tparam J the result of visiting elements (e.g. a json AST or side-effecting writer)\n  *\/\ntrait Visitor[-T, +J] {\n\n  def apply(t: Transformable): J = t.transform(this)\n\n  \/**\n    * @param index json source position at the start of the `[` being visited\n    * @return a [[Visitor]] used for visiting the elements of the array\n    *\/\n  def visitArray(index: Int): ArrVisitor[T, J]\n\n  \/**\n    * @param index json source position at the start of the `{` being visited\n    * @return a [[ObjVisitor]] used for visiting the keys\/values of the object\n    *\/\n  def visitObject(index: Int): ObjVisitor[T, J]\n\n  \/**\n    * @param index json source position at the start of the `null` being visited\n    *\/\n  def visitNull(index: Int): J\n\n  \/**\n    * @param index json source position at the start of the `false` being visited\n    *\/\n  def visitFalse(index: Int): J\n\n  \/**\n    * @param index json source position at the start of the `true` being visited\n    *\/\n  def visitTrue(index: Int): J\n\n  \/**\n    * Visit the number in its text representation.\n    *\n    * @see [[Js.visitNum()]] for an example of parsing into numeric types\n    * @param s        unparsed text representation of the number.\n    * @param decIndex index of the `.`, relative to the start of the CharSequence, or -1 if omitted\n    * @param expIndex index of `e` or `E` relative to the start of the CharSequence, or -1 if omitted\n    * @param index    json source position at the start of the number being visited\n    *\/\n  def visitNum(s: CharSequence, decIndex: Int, expIndex: Int, index: Int): J\n\n  \/**\n    * Optional handler for raw double values; can be overriden for performance\n    * in cases where you're translating directly between numbers to avoid the\n    * overhead of stringifying and re-parsing your numbers (e.g. the WebJson\n    * transformer gets raw doubles from the underlying Json.parse).\n    *\n    * Delegates to `visitNum` if not overriden\n    *\n    * Unused by raw json parsers such as [[ByteBasedParser]] or [[CharBasedParser]].\n    *\n    * @param d     the input number\n    * @param index json source position at the start of the number being visited\n    *\/\n  def visitNumRaw(d: Double, index: Int): J = {\n    val i = d.toInt\n    if(i == d) visitNum(i.toString, -1, -1, index)\n    else visitNumRawString(d.toString, index)\n  }\n\n  \/**\n    * Convenience methods to help you compute the decimal-point-index and\n    * exponent-index of an arbitrary numeric string\n    *\n    * @param s     the text string being visited\n    * @param index json source position at the start of the string being visited\n    *\/\n  def visitNumRawString(s: String, index: Int): J = {\n    visitNum(s, s.indexOf('.'), s.indexOf('E') match{case -1 => s.indexOf('e') case n => n}, -1)\n  }\n\n  \/**\n    * @param s     the text string being visited\n    * @param index json source position at the start of the string being visited\n    *\/\n  def visitString(s: CharSequence, index: Int): J\n\n  \/**\n    * Version of [[visitArray()]] without source index information.\n    *\n    * @param index json source position at the start of the `[` being visited\n    * @return a [[Visitor]] used for visiting the elements of the array\n    *\/\n  def visitArray(): ArrVisitor[T, J] = visitArray(-1)\n\n  \/**\n    * @param index json source position at the start of the `{` being visited\n    * @return a [[ObjVisitor]] used for visiting the keys\/values of the object\n    *\/\n  def visitObject(): ObjVisitor[T, J] = visitObject(-1)\n\n  def visitNull(): J = visitNull(-1)\n\n  def visitFalse(): J = visitFalse(-1)\n\n  def visitTrue(): J = visitTrue(-1)\n\n  \/**\n    * Visit the number in its text representation, without source index information.\n    *\n    * @see [[Js.visitNum()]] for an example of parsing into numeric types\n    * @param s        unparsed text representation of the number.\n    * @param decIndex index of the `.`, relative to the start of the CharSequence, or -1 if omitted\n    * @param expIndex index of `e` or `E` relative to the start of the CharSequence, or -1 if omitted\n    *\/\n  def visitNum(s: CharSequence, decIndex: Int, expIndex: Int): J = visitNum(s, decIndex, expIndex, -1)\n\n  \/**\n    * @param s     the text string being visited\n    * @param index json source position at the start of the string being visited\n    *\/\n  def visitString(s: CharSequence): J = visitString(s, -1)\n}\n\n\/**\n  * Base class for visiting elements of json arrays and objects.\n  *\n  * @tparam T ???\n  * @tparam J the result of visiting elements (e.g. a json AST or side-effecting writer)\n  *\/\nsealed trait ObjArrVisitor[-T, +J] {\n\n  \/**\n    * Called on descent into elements.\n    *\n    * The returned [[Visitor]] will be used to visit this branch of the json.\n    *\/\n  def subVisitor: Visitor[Nothing, Any]\n\n  \/**\n    * Called on completion of visiting an array element or object field value, with the produced result, [[T]].\n    *\n    * @param v     result of visiting a value in this object or arary\n    *              (not the input value, this would have been passed to [[subVisitor]])\n    * @param index json source character position being visited\n    *\/\n  def visitValue(v: T, index: Int): Unit\n\n  \/**\n    * Called on end of the object or array.\n    *\n    * @param index json source position at the start of the '}' or ']' being visited\n    * @return the result of visiting this array or object\n    *\/\n  def visitEnd(index: Int): J\n\n  \/**\n    * @return true if this is a json object\n    *         false if this is a json array\n    *\/\n  def isObj: Boolean\n\n  \/**\n    * Casts [[T]] from _ to [[Any]].\n    *\/\n  def narrow = this.asInstanceOf[ObjArrVisitor[Any, J]]\n}\n\n\/**\n  * Visits the elements of a json object.\n  *\/\ntrait ObjVisitor[-T, +J] extends ObjArrVisitor[T, J] {\n\n  \/**\n    * @param s     the value of the key\n    * @param index json source position at the start of the key being visited\n    *\/\n  def visitKey(s: CharSequence, index: Int): Unit\n  def isObj = true\n  override def narrow = this.asInstanceOf[ObjVisitor[Any, J]]\n}\n\n\/**\n  * Visits the elements of a json array.\n  *\/\ntrait ArrVisitor[-T, +J] extends ObjArrVisitor[T, J]{\n  def isObj = false\n\n  override def narrow = this.asInstanceOf[ArrVisitor[Any, J]]\n}\n\n\/**\n  * Signals failure processsing JSON after parsing.\n  *\/\ncase class JsonProcessingException(clue: String,\n                                   index: Int,\n                                   line: Int,\n                                   col: Int,\n                                   path: List[Any],\n                                   cause: Throwable) extends Exception(clue + \" at index \" + index, cause)\n\n\/**\n  * Throw this inside a [[Visitor]]'s handler functions to fail the processing\n  * of JSON. The Facade just needs to provide the error message, and it is up\n  * to the driver to ensure it is properly wrapped in a [[JsonProcessingException]]\n  * with the relevant source information.\n  *\/\ncase class AbortJsonProcessingException(msg: String) extends Exception(msg)\n"}
{"repo_name":"SchackiCh\/simple-rest-scala","path":"app\/controllers\/Application.scala","text":"<reponame>SchackiCh\/simple-rest-scala<gh_stars>0\npackage controllers\n\nimport play.api.libs.json._\nimport play.api.mvc._\nimport models.Book._\n\nobject Application extends Controller {\n\n  def listBooks = Action {\n    Ok(Json.toJson(books))\n  }\n\n  def saveBook = Action(BodyParsers.parse.json) { request =>\n    val b = request.body.validate[Book]\n    b.fold(\n      errors => {\n        BadRequest(Json.obj(\"status\" -> \"OK\", \"message\" -> JsError.toFlatJson(errors)))\n      },\n      book => {\n        addBook(book)\n        Ok(Json.obj(\"status\" -> \"OK\"))\n      }\n    )\n  }\n}\n"}
{"repo_name":"SchackiCh\/simple-rest-scala","path":"app\/models\/Book.scala","text":"package models\n\nimport play.api.libs.json.Json\n\nobject Book {\n\n  case class Book(name: String, author: String)\n\n  implicit val bookWrites = Json.writes[Book]\n  implicit val bookReads = Json.reads[Book]\n\n  var books = List(Book(\"TAOCP\", \"Knuth\"), Book(\"SICP\", \"<NAME>\"))\n\n  def addBook(b: Book) = books = books ::: List(b)\n}\n"}
{"repo_name":"zivver\/dotty","path":"compiler\/src\/dotty\/tools\/dotc\/transform\/Pickler.scala","text":"<filename>compiler\/src\/dotty\/tools\/dotc\/transform\/Pickler.scala<gh_stars>0\npackage dotty.tools.dotc\npackage transform\n\nimport core._\nimport Contexts._\nimport Decorators._\nimport tasty._\nimport config.Printers.{noPrinter, pickling}\nimport java.io.PrintStream\nimport Periods._\nimport Phases._\nimport Symbols._\nimport Flags.Module\nimport reporting.ThrowingReporter\nimport collection.mutable\nimport scala.concurrent.{Future, Await, ExecutionContext}\nimport scala.concurrent.duration.Duration\n\nobject Pickler {\n  val name: String = \"pickler\"\n\n  \/** If set, perform jump target compacting, position and comment pickling,\n   *  as well as final assembly in parallel with downstream phases; force\n   *  only in backend.\n   *\/\n  inline val ParallelPickling = true\n}\n\n\/** This phase pickles trees *\/\nclass Pickler extends Phase {\n  import ast.tpd._\n\n  override def phaseName: String = Pickler.name\n\n  \/\/ No need to repickle trees coming from TASTY\n  override def isRunnable(using Context): Boolean =\n    super.isRunnable && !ctx.settings.fromTasty.value\n\n  private def output(name: String, msg: String) = {\n    val s = new PrintStream(name)\n    s.print(msg)\n    s.close\n  }\n\n  \/\/ Maps that keep a record if -Ytest-pickler is set.\n  private val beforePickling = new mutable.HashMap[ClassSymbol, String]\n  private val picklers = new mutable.HashMap[ClassSymbol, TastyPickler]\n\n  \/** Drop any elements of this list that are linked module classes of other elements in the list *\/\n  private def dropCompanionModuleClasses(clss: List[ClassSymbol])(using Context): List[ClassSymbol] = {\n    val companionModuleClasses =\n      clss.filterNot(_.is(Module)).map(_.linkedClass).filterNot(_.isAbsent())\n    clss.filterNot(companionModuleClasses.contains)\n  }\n\n  override def run(using Context): Unit = {\n    val unit = ctx.compilationUnit\n    pickling.println(i\"unpickling in run ${ctx.runId}\")\n\n    for\n      cls <- dropCompanionModuleClasses(topLevelClasses(unit.tpdTree))\n      tree <- sliceTopLevel(unit.tpdTree, cls)\n    do\n      val pickler = new TastyPickler(cls)\n      if ctx.settings.YtestPickler.value then\n        beforePickling(cls) = tree.show\n        picklers(cls) = pickler\n      val treePkl = pickler.treePkl\n      treePkl.pickle(tree :: Nil)\n      val positionWarnings = new mutable.ListBuffer[String]()\n      val pickledF = inContext(ctx.fresh) {\n        Future {\n          treePkl.compactify()\n          if tree.span.exists then\n            val reference = ctx.settings.sourceroot.value\n            new PositionPickler(pickler, treePkl.buf.addrOfTree, treePkl.treeAnnots, reference)\n              .picklePositions(unit.source, tree :: Nil, positionWarnings)\n\n          if !ctx.settings.YdropComments.value then\n            new CommentPickler(pickler, treePkl.buf.addrOfTree, treePkl.docString)\n              .pickleComment(tree)\n\n          val pickled = pickler.assembleParts()\n\n          def rawBytes = \/\/ not needed right now, but useful to print raw format.\n            pickled.iterator.grouped(10).toList.zipWithIndex.map {\n              case (row, i) => s\"${i}0: ${row.mkString(\" \")}\"\n            }\n\n          \/\/ println(i\"rawBytes = \\n$rawBytes%\\n%\") \/\/ DEBUG\n          if pickling ne noPrinter then\n            pickling.synchronized {\n              println(i\"**** pickled info of $cls\")\n              println(TastyPrinter.showContents(pickled, ctx.settings.color.value == \"never\"))\n            }\n          pickled\n        }(using ExecutionContext.global)\n      }\n      def force(): Array[Byte] =\n        val result = Await.result(pickledF, Duration.Inf)\n        positionWarnings.foreach(report.warning(_))\n        result\n\n      if !Pickler.ParallelPickling || ctx.settings.YtestPickler.value then force()\n\n      unit.pickled += (cls -> force)\n    end for\n  }\n\n  override def runOn(units: List[CompilationUnit])(using Context): List[CompilationUnit] = {\n    val result = super.runOn(units)\n    if ctx.settings.YtestPickler.value then\n      val ctx2 = ctx.fresh.setSetting(ctx.settings.YreadComments, true)\n      testUnpickler(\n        using ctx2\n            .setPeriod(Period(ctx.runId + 1, ctx.base.typerPhase.id))\n            .setReporter(new ThrowingReporter(ctx.reporter))\n            .addMode(Mode.ReadPositions)\n            .addMode(Mode.PrintShowExceptions))\n    result\n  }\n\n  private def testUnpickler(using Context): Unit = {\n    pickling.println(i\"testing unpickler at run ${ctx.runId}\")\n    ctx.initialize()\n    val unpicklers =\n      for ((cls, pickler) <- picklers) yield {\n        val unpickler = new DottyUnpickler(pickler.assembleParts(), ctx.tastyVersion)\n        unpickler.enter(roots = Set.empty)\n        cls -> unpickler\n      }\n    pickling.println(\"************* entered toplevel ***********\")\n    for ((cls, unpickler) <- unpicklers) {\n      val unpickled = unpickler.rootTrees\n      testSame(i\"$unpickled%\\n%\", beforePickling(cls), cls)\n    }\n  }\n\n  private def testSame(unpickled: String, previous: String, cls: ClassSymbol)(using Context) =\n    if (previous != unpickled) {\n      output(\"before-pickling.txt\", previous)\n      output(\"after-pickling.txt\", unpickled)\n      report.error(s\"\"\"pickling difference for $cls in ${cls.source}, for details:\n                   |\n                   |  diff before-pickling.txt after-pickling.txt\"\"\".stripMargin)\n    }\n}\n"}
{"repo_name":"zivver\/dotty","path":"compiler\/test\/dotty\/tools\/scripting\/ExpressionTest.scala","text":"<filename>compiler\/test\/dotty\/tools\/scripting\/ExpressionTest.scala\npackage dotty\npackage tools\npackage scripting\n\nimport java.nio.file.Paths\nimport org.junit.{Test, AfterClass}\nimport org.junit.Assert.assertEquals\n\nimport vulpix.TestConfiguration\n\nimport ScriptTestEnv.*\n\n\/** \n *   +. test scala -e <expression>\n *\/\nclass ExpressionTest:\n  \/*\n   * verify -e <expression> works.\n   *\/\n  @Test def verifyCommandLineExpression =\n    printf(\"===> verify -e <expression> is properly handled by `dist\/bin\/scala`\\n\")\n    val expected = \"9\"\n    val expression = s\"println(3*3)\"\n    val result = getResult(expression)\n    assert(result.contains(expected), s\"expression [$expression] did not send [$expected] to stdout\")\n\n  @Test def verifyImports: Unit =\n    val expressionLines = List(\n      \"import java.nio.file.Paths\",\n      \"\"\"val cwd = Paths.get(\"\".\"\")\"\"\",\n      \"\"\"println(cwd.toFile.listFiles.toList.filter(_.isDirectory).size)\"\"\",\n    )\n    val expression = expressionLines.mkString(\";\")\n    testExpression(expression){ result =>\n      result.matches(\"[0-9]+\") && result.toInt > 0\n    }\n\n  def getResult(expression: String): String =\n    val cmd = s\"bin\/scala -e $expression\"\n    val (_, _, stdout, stderr) = bashCommand(s\"\"\"bin\/scala -e '$expression'\"\"\")\n    printf(\"stdout: %s\\n\", stdout.mkString(\"|\"))\n    printf(\"stderr: %s\\n\", stderr.mkString(\"\\n\",\"\\n\",\"\"))\n    stdout.filter(_.nonEmpty).mkString(\"\")\n    \n  def testExpression(expression: String)(check: (result: String) => Boolean) = {\n    val result = getResult(expression)\n    check(result)\n  }\n\n"}
{"repo_name":"zivver\/dotty","path":"compiler\/src\/dotty\/tools\/dotc\/transform\/EtaReduce.scala","text":"<filename>compiler\/src\/dotty\/tools\/dotc\/transform\/EtaReduce.scala\npackage dotty.tools\npackage dotc\npackage transform\n\nimport MegaPhase.MiniPhase\nimport core.*\nimport Symbols.*, Contexts.*, Types.*, Decorators.*\nimport StdNames.nme\nimport ast.Trees.*\n\n\/** Rewrite `(x1, ... xN) => f(x1, ... xN)` for N >= 0 to `f`,\n *  provided `f` is a pure path of function type.\n *\n *  This optimization is crucial for context functions. The compiler\n *  produces a contextual closure around values passed as arguments\n *  where a context function is expected, unless that value has the\n *  syntactic form of a context function literal.\n *\n *  Without this phase, when a contextual function is passed as an argument to a\n *  recursive function, that would have the unfortunate effect of a linear growth\n *  in transient thunks of identical type wrapped around each other, leading\n *  to performance degradation, and in some cases, stack overflows.\n *\/\nclass EtaReduce extends MiniPhase:\n  import ast.tpd._\n\n  override def phaseName: String = \"etaReduce\"\n\n  override def transformBlock(tree: Block)(using Context): Tree = tree match\n    case Block((meth : DefDef) :: Nil, closure: Closure)\n    if meth.symbol == closure.meth.symbol =>\n      meth.rhs match\n        case Apply(Select(fn, nme.apply), args)\n        if meth.paramss.head.corresponds(args)((param, arg) =>\n              arg.isInstanceOf[Ident] && arg.symbol == param.symbol)\n            && isPurePath(fn)\n            && fn.tpe <:< tree.tpe\n            && defn.isFunctionClass(fn.tpe.widen.typeSymbol) =>\n          report.log(i\"eta reducing $tree --> $fn\")\n          fn\n        case _ => tree\n    case _ => tree\n\nend EtaReduce"}
{"repo_name":"zivver\/dotty","path":"tests\/run\/tailrec-return.scala","text":"object Test:\n\n  @annotation.tailrec\n  def sum(n: Int, acc: Int = 0): Int =\n    if n != 0 then return sum(n - 1, acc + n)\n    acc\n\n  @annotation.tailrec\n  def isEven(n: Int): Boolean =\n    if n != 0 && n != 1 then return isEven(n - 2)\n    if n == 1 then return false\n    true\n\n  @annotation.tailrec\n  def isEvenApply(n: Int): Boolean =\n    \/\/ Return inside an `Apply.fun`\n    (\n      if n != 0 && n != 1 then return isEvenApply(n - 2)\n      else if n == 1 then return false\n      else (x: Boolean) => x\n    )(true)\n\n  @annotation.tailrec\n  def isEvenWhile(n: Int): Boolean =\n    \/\/ Return inside a `WhileDo.cond`\n    while(\n      if n != 0 && n != 1 then return isEvenWhile(n - 2)\n      else if n == 1 then return false\n      else true\n    ) {}\n    true\n\n  @annotation.tailrec\n  def isEvenReturn(n: Int): Boolean =\n    \/\/ Return inside a `Return`\n    return\n      if n != 0 && n != 1 then return isEvenReturn(n - 2)\n      else if n == 1 then return false\n      else true\n\n  @annotation.tailrec\n  def names(l: List[(String, String) | Null], acc: List[String] = Nil): List[String] =\n    l match\n      case Nil => acc.reverse\n      case x :: xs =>\n        if x == null then return names(xs, acc)\n\n        val displayName = x._1 + \" \" + x._2\n        names(xs, displayName :: acc)\n\n  def nonTail(l: List[Int]): List[Int] =\n    l match\n      case Nil => Nil\n      case x :: xs =>\n        \/\/ The call to nonTail should *not* be eliminated\n        (x + 1) :: nonTail(xs)\n\n\n  def main(args: Array[String]): Unit =\n    println(sum(3))\n    println(isEven(5))\n    println(isEvenApply(6))\n    println(isEvenWhile(7))\n    println(isEvenReturn(8))\n    println(names(List((\"Ada\",  \"Lovelace\"), null, (\"Alan\", \"Turing\"))).mkString(\", \"))\n    println(nonTail(List(8, 9)))\n"}
{"repo_name":"zivver\/dotty","path":"community-build\/src\/scala\/dotty\/communitybuild\/CommunityBuildRunner.scala","text":"package dotty.communitybuild\n\nimport java.nio.file._\nimport java.io.{PrintWriter, File}\nimport java.nio.charset.StandardCharsets.UTF_8\n\nobject CommunityBuildRunner:\n\n  \/** Depending on the mode of operation, either\n   *  runs the test or updates the project. Updating\n   *  means that all the dependencies are fetched but\n   *  minimal other extra other work is done. Updating\n   *  is necessary since we run tests each time on a fresh\n   *  Docker container. We run the update on Docker container\n   *  creation time to create the cache of the dependencies\n   *  and avoid network overhead. See https:\/\/github.com\/lampepfl\/dotty-drone\n   *  for more infrastructural details.\n   *\/\n  extension (self: CommunityProject) def run()(using suite: CommunityBuildRunner): Unit =\n    if self.requiresExperimental && !self.compilerSupportExperimental then\n      log(s\"Skipping ${self.project} - it needs experimental features unsupported in this build.\")\n      return\n    self.dependencies().foreach(_.publish())\n    self.testOnlyDependencies().foreach(_.publish())\n    suite.runProject(self)\n\ntrait CommunityBuildRunner:\n\n  \/** fails the current operation, can be specialised in a concrete Runner\n   *  - overridden in `CommunityBuildTest`\n   *\/\n  def failWith(msg: String): Nothing = throw IllegalStateException(msg)\n\n  \/** Build the given project with the published local compiler and sbt plugin.\n   *\n   *  This test reads the compiler version from community-build\/dotty-bootstrapped.version\n   *  and expects community-build\/sbt-dotty-sbt to set the compiler plugin.\n   *\n   *  @param project    The project name, should be a git submodule in community-build\/\n   *  @param command    The binary file of the program used to test the project \u2013 usually\n   *                    a build tool like SBT or Mill\n   *  @param arguments  Arguments to pass to the testing program\n   *\/\n  def runProject(projectDef: CommunityProject): Unit =\n    val project = projectDef.project\n    val command = projectDef.binaryName\n    val arguments = projectDef.buildCommands\n    val compilerVersion = projectDef.compilerVersion\n\n    @annotation.tailrec\n    def execTimes(task: () => Int, timesToRerun: Int): Boolean =\n      val exitCode = task()\n      if exitCode == 0\n      then true\n      else if timesToRerun == 0\n        then false\n        else\n          log(s\"Rerunning tests in $project because of a previous run failure.\")\n          execTimes(task, timesToRerun - 1)\n\n    log(s\"Building $project with dotty-bootstrapped $compilerVersion...\")\n\n    val projectDir = communitybuildDir.resolve(\"community-projects\").resolve(project)\n\n    if !Files.exists(projectDir.resolve(\".git\")) then\n      failWith(s\"\"\"\n        |\n        |Missing $project submodule. You can initialize this module using\n        |\n        |    git submodule update --init community-build\/community-projects\/$project\n        |\n        |\"\"\".stripMargin)\n\n    val testsCompletedSuccessfully = execTimes(projectDef.build, 3)\n\n    if !testsCompletedSuccessfully then\n      failWith(s\"\"\"\n          |\n          |$command exited with an error code. To reproduce without JUnit, use:\n          |\n          |    sbt community-build\/prepareCommunityBuild\n          |    cd community-build\/community-projects\/$project\n          |    $command ${arguments.init.mkString(\" \")} \"${arguments.last}\"\n          |\n          |For a faster feedback loop on SBT projects, one can try to extract a direct call to dotc\n          |using the sbt export command. For instance, for scalacheck, use\n          |    sbt export jvm\/test:compileIncremental\n          |\n          |\"\"\".stripMargin)\n  end runProject\n\nend CommunityBuildRunner\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/.worksheet\/src\/chap12.scala","text":"<gh_stars>0\nobject chap12 {;import org.scalaide.worksheet.runtime.library.WorksheetSupport._; def main(args: Array[String])=$execute{;$skip(59); \n  println(\"Welcome to the Scala worksheet\")\n  import scala.math._;$skip(39); \n  val num = 3.14;System.out.println(\"\"\"num  : Double = \"\"\" + $show(num ));$skip(36); \n  val increment = (x: Int) => x + 1;System.out.println(\"\"\"increment  : Int => Int = \"\"\" + $show(increment ));$skip(30); val res$0 = \n  List(1,2,3,4) map increment;System.out.println(\"\"\"res0: List[Int] = \"\"\" + $show(res$0));$skip(19); \n  val fun = ceil _;System.out.println(\"\"\"fun  : Double => Double = \"\"\" + $show(fun ));$skip(11); val res$1 = \n  fun(num);System.out.println(\"\"\"res1: Double = \"\"\" + $show(res$1));$skip(33); val res$2 = \n  \n  Array(3,1.34,2,.0).map(fun);System.out.println(\"\"\"res2: Array[Double] = \"\"\" + $show(res$2));$skip(59); \n  \n  def mulBy(factor: Double) = (x: Double) => factor * x;System.out.println(\"\"\"mulBy: (factor: Double)Double => Double\"\"\");$skip(25); \n  val byThree = mulBy(3);System.out.println(\"\"\"byThree  : Double => Double = \"\"\" + $show(byThree ));$skip(27); \n  \n  val nine = byThree(3);System.out.println(\"\"\"nine  : Double = \"\"\" + $show(nine ));$skip(97); \n  \n  \/\/ (1 to 9).map(\"*\" * _).foreach(println _)\n  \n def mulOneAtATime(x: Int) = (y: Int) => x*y;System.out.println(\"\"\"mulOneAtATime: (x: Int)Int => Int\"\"\");$skip(24); val res$3 = \n \n  mulOneAtATime(2)(4);System.out.println(\"\"\"res3: Int = \"\"\" + $show(res$3))}\n  \n}\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap12\/Chap12.scala","text":"<filename>exer\/src\/chap12\/Chap12.scala<gh_stars>0\npackage chap12\n\nobject Chap12 extends App {\n  \n  def values(fun: (Int) => Int, low: Int, high: Int) = (low to high).map()\n\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap8\/Item.scala","text":"package chap8\n\n\/\/abstract class Item {\n\/\/  \n\/\/  def price: Double\n\/\/  def description: String\n\/\/\n\/\/}\n\/\/\n\/\/class SimpleItem(val price: Double = 10.99,  val description: String = \"Yoga Mat Bag\") extends Item {\n\/\/  \n\/\/}\n\/\/\n\/\/class Bundle(items: Item) extends Item {\n\/\/  override def price = \n\/\/  \n\/\/}\n\nobject A extends App {\n\tdef sum(lst: List[Int]): Int =\n\t  if (lst == Nil) 0 else lst.head + sum(lst.tail)\n\t  \n\t val digits = List(1,2,3,4)\n\t println(sum(digits))\n}\n\n\n\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap5\/Employee.scala","text":"package chap5\n\nclass Employee(var _name: String = \"<NAME>\", var _salary: Double = 0.0 ) {\n  def salary = _salary\n  def name = _name\n  def name_=(aName: String) { _name = aName }\n\n}\n\nobject Puk extends App {\n  \n  val e = new Employee(\"<NAME>\", 444)\n\/\/  e.name = \"kdsdk\"\n  println(e.name)\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap6\/ColorCube.scala","text":"package chap6\n\nobject ColorCube extends Enumeration {\n\t type ColorCube = Value\n\t val Red = Value(0xff0000)\n\t val Green = Value(0x00ff00)\n\t val Blue = Value(0x0000ff)\n\t val Cyan = Value(0x00ffff)\n\t val Magenta = Value(0xff00ff)\n\t val Yellow = Value(0xffff00)\n  \t val White = Value(0xffffff)\n  \t \n}\n\n\nimport ColorCube._\nobject Mainz extends App {\n  \n  println(ColorCube.Blue)\n}\n\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap2\/Chapter2.scala","text":"<reponame>ssarber\/ScalaForTheImpatientExercises<gh_stars>0\npackage chap2\n\nobject Chapter2 extends App {\n\n  def signum(num: Int) = {\n    if (num > 0) 1\n    else if (num < 0) -1\n    num\n  }\n  \n  println(signum(1))\n  \n  def loop  = {\n    for (i <- 10 to (0, -1)) println(i)\n  }\n  \n  println(s\"\\n$loop\")\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap5\/Car.scala","text":"<gh_stars>0\npackage chap5\n\n\/\/ 8\nclass Car (val manufacturer: String,\n\t\tval name: String,\n\t\tval modelYear: Int = -1,\n\t\tvar licensePlate: String = \"\"){\n\n}\n\nobject Zuk extends App {\n  \n  val aston = new Car(\"<NAME>\", \"DB9\")\n  println(aston.modelYear)\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap6\/Conversions.scala","text":"package chap6\n\n\/\/ 01\nobject Conversions {\n  \n  def inchesToCentimeters(inches: Double) = {\n    inches * 2.54\n  }\n  \n  def gallonsToLiters(gallons: Double) = {\n    gallons * 4.54609188 \n  }\n  \n  def milesToKilometers(miles: Double) = {\n    miles * 1.6\n  }\n}\n\n\n\n \/\/ 02\nabstract class UnitConversion extends App {\n  def convert (value: Double) : Double \n}\n\nobject InchesToCentimeters extends UnitConversion {\n  def convert(inches: Double):  Double = inches * 2.54\n}\n \nobject GallonsToLiters extends UnitConversion {\n  def convert(gallons: Double): Double = gallons * 3.8\n}\n\nobject MilesToKilometers extends UnitConversion {\n  def convert(miles: Double): Double = {\n    miles * 1.6\n  }\n}\n\nobject Main extends App {\n  \n\tprintln(InchesToCentimeters.convert(10))\n\/\/\tprintln(Conversions.gallonsToLiters(1))\n\/\/\tprintln(Conversions.milesToKilometers(1))\n\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap3.scala","text":"<gh_stars>0\n\n\nimport scala.collection.mutable.ArrayBuffer\nimport util.Random._\nimport java.awt.datatransfer._\nimport scala.Array.canBuildFrom\n\nobject Hello extends App {\n  println(\"Hello, World!\")\n  val a = ArrayBuffer[Int]()\n \n  a += (1,2,3,4)\n  \n\/\/  for (i <- 0 until a.length)\n\/\/    println(i + \":\" + a(i))\n    \n\/\/ 1) Write a code snippet that sets a to an array of n random integers between 0 (inclusive) and n (exclusive).  \n  def setRandArray(n: Int, max: Int) = {\n      val r = new util.Random; \n      val c = for (i <- 0 to n) yield r.nextInt(max)\n      c  \n  } \n  print(setRandArray(3, 20)(3))\n  \n\/\/  2) Write a loop that swaps adjacent elements of an array of integers. For example, Array(1, 2, 3, 4, 5) becomes Array(2, 1, 4, 3, 5).\n  def swapAdjacent(a:Array[Int]) = {\n\t\t val end = if(a.length % 2 == 0) a.length else a.length - 1\n\t\t val z =  for(i <- 0 until end by 2) {\n\t\t\tval f = a(i)\n\t\t\ta(i) = a(i+1)\n\t\t    a(i+1) = f\n\t\t    println(i  + \" :kapaw \" + f)\n\t\t  }\n  }\n  \n  \/\/ 3) Repeat the preceding assignment, but produce a new array with the swapped values. Use for\/yield.\n      val m = Array(1,2,3,4,5,6,7,9)\n      print(\"\\nLength: \" + m.length + \"\\n\")\n      \n\/\/\t  val end = if(m.length % 2 == 0) m.length else m.length - 1\n\t  val arr = for (i <- 0 until m.length -1) yield {\n\t\t  if (i % 2 == 0 && i < m.length - 1)\n\t\t    m(i + 1)\n\t\t  else if(i % 2 != 0 && i > 0)\n\t\t    m(i - 1)\n\t\t  else m(i)\n\t  }\n\/\/    print(arr)\n\n\/\/ 4. Given an array of integers, produce a new array that contains all positive values of the original array, in their\n\/\/ original order, followed by all values that are zero or negative, in their original order.\n    val k = Array(1, -2, 3, -4, 5, 6, -7, 9, 0)\n    var el = ArrayBuffer[Int]()\n    for (elem <- k if elem > 0) {\n      el += elem\n    }\n    for (elem <- k if elem < 0) {\n      el += elem\n    }\n    for (elem <- k if elem == 0) {\n      el += elem\n    }\n    \n    print(el)\n    \n\/\/ 5. How do you computr the average on an Array[Double]?\n    val c = Array[Double](1, -2, 3, -4, 5, 6, -7, 19, 0)\n    \n    var mean = c.sum \/ c.length\n    print(\"\\n\" + mean)\n    \n  \/\/ 6.  How do you rearrange the elements of an Array[Int] so that they appear in reverse sorting order? \n  \/\/ How do you do the same with ArrayBuffer[Int]?\n    val r = Array(1,2,3,4,5,6,7,9)\n    val arrayBuffer = Array(1,2,3,4,5,6,7,9)\n    \n    val rReversed = scala.util.Sorting.quickSort(r)\n\/\/    val rReversed = r.reverse\n    print(\"\\nReversed array: \" +  rReversed)\n    \n    val rBuffRev = arrayBuffer.sortWith(_ > _)\n    \n    print(\"\\nReversed array buffer: \" +  rBuffRev(1))\n    \n  \/\/ 7. Write a code snippet that produces all values from an array with all duplicates removed.\n    \n    val arrDupes = Array(1,2,3,4,5,6,7,9, 1, 2, 3)\n    val noDupes = arrDupes.distinct\n    print(\"\\nDistinct: \" +  noDupes)\n    print(\"\\nNo dupes: \" + noDupes(5))\n    \n\/\/    8: Rewrite the example at the end of Section 3.4, \ufffdTransforming Arrays,\ufffd on\n\/\/\tpage 32. Collect indexes of the negative elements, reverse the sequence, drop\n\/\/\tthe last index, and call a.remove(i) for each index. Compare the efficiency of\n\/\/\tthis approach with the two approaches in Section 3.4.\n    \n    \n    var arrNeg = ArrayBuffer(1,2,3,4,5,6,7,9, 1, -2, -3)\n    \n    var negIndexes = for (i <- 0 until arrNeg.length if arrNeg(i) < 0) yield {\n\n      i\n\/\/      print(i)\n \n    }\n    print(\"\\nIndexes: \" + negIndexes)\n    \n    val indexes = negIndexes.reverse.dropRight(1)\n    \n    for (elem <- indexes) \n      arrNeg.remove(elem)\n    print(\"\\nIndexes: \" + arrNeg)\n    \n\/\/ 9. Make a collection of all time zones returned by java.util.TimeZone.getAvailableIDs\n\/\/    that are in America. Strip off the \"America\/\" pre\ufffdx and sort the result.\n    \n    var time = for (elem <- java.util.TimeZone.getAvailableIDs() if elem.contains(\"America\")) yield {\n      elem.stripPrefix(\"America\");     \n    }\n    print(\"\\nTime: \" + time.sorted)\n    \n\/\/    10. Import java.awt.datatransfer._ and make an object of type SystemFlavorMap with\n\/\/ the call\n\/\/    val flavors = SystemFlavorMap.getDefaultFlavorMap().asInstanceOf[SystemFlavorMap]\n\/\/ Then call the getNativesForFlavor method with parameter DataFlavor.imageFlavor\n\/\/ and get the return value as a Scala buffer. (Why this obscure class? It\ufffds hard\n\/\/ to find uses of java.util.List in the standard Java library.)\n    \n    val flavors = SystemFlavorMap.getDefaultFlavorMap().asInstanceOf[SystemFlavorMap]\n    val natives = flavors.getNativesForFlavor(DataFlavor.imageFlavor)\n    \n   println(natives)\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap6\/Suits.scala","text":"package chap6\n\nobject PlayingCardSuits extends Enumeration {\n  type PlayingCardSuits = Value\n  \n  val clubs = Value(\"\\u2663\")\n  val diamonds = Value(\"\\u2666\")\n  val hearts = Value(\"u\\2665\")\n  val spades = Value(\"\\2660\")\n  \n}\n\nimport PlayingCardSuits._\nobject Bla extends App {\n\/\/\tprintln(Suits.hearts)\n\tdef isRed(suit: PlayingCardSuits) = {\n\t  if (suit == clubs || suit == spades) false\n\t  else true\n\t}\n\t\n\tprintln (isRed(PlayingCardSuits.hearts))\n}\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap6\/Reverse.scala","text":"<filename>exer\/src\/chap6\/Reverse.scala<gh_stars>0\npackage chap6\n\nobject Reverse extends App {\n  \n  for(i <- args.reverse) print(i + \" \")\n  println()\n\n}\n\/\/object Main extends App {\n\/\/\tprintln(Reverse(\"hello world\"))\n\/\/}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"progfun\/.worksheet\/src\/week1.session.scala","text":"<gh_stars>0\npackage week1\n\nobject session {;import org.scalaide.worksheet.runtime.library.WorksheetSupport._; def main(args: Array[String])=$execute{;$skip(75); \n  println(\"Welcome to the Scala worksheet\");$skip(48); \n  \n\n  def abs(x: Double) = if (x < 0) -x else x;System.out.println(\"\"\"abs: (x: Double)Double\"\"\");$skip(677); \n \n \/*\n  def sqrtIter(guess: Double, x: Double): Double =\n  \tif (isGoodEnough(guess, x)) guess\n  \telse sqrtIter(improve(guess, x), x)\n  \t\n  def isGoodEnough(guess: Double, x: Double) =\n  \tabs(guess * guess - x) < 0.01\n  \t\n  def improve(guess: Double, x: Double) =\n  \t(guess + x \/ guess) \/ 2\n  \t\n  def sqrt(x: Double) = sqrtIter(1.0, x)\n *\/\n  \n  \n  def sqrt(x: Double) = {\n  \n \t\tdef sqrtIter(guess: Double): Double =\n  \t\tif (isGoodEnough(guess)) guess\n  \t\telse sqrtIter(improve(guess))\n  \t\n  \tdef isGoodEnough(guess: Double) =\n  \t\tabs(guess * guess - x) < 0.01\n  \t\n  \tdef improve(guess: Double) =\n  \t\t(guess + x \/ guess) \/ 2\n  \t\t\n  \tdef abs(x: Double) = if (x < 0) -x else x\n  };System.out.println(\"\"\"sqrt: (x: Double)Unit\"\"\")}\n}\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap5.scala","text":"<gh_stars>0\n\/\/object chap5 extends App { \n\/\/  \n\/\/  class Counter { \n\/\/\t  private var value = Int.MaxValue - 1\n\/\/\t  def increment() { if (value < Int.MaxValue) value += 1 }\n\/\/\t  def current() = value\n\/\/  }\n\/\/  \n\/\/  object BankAccount extends App{\n\/\/\t  private var _balance: Double = 0\n\/\/\t  def balance = _balance\n\/\/    def deposit(amount: Double) {\n\/\/      _balance = 0 + amount \n\/\/    }\n\/\/    def withdraw(amount:Double) {\n\/\/      _balance -= amount\n\/\/    }\n\/\/    var x = deposit(2)\n\/\/      println(x)\n\/\/      println(2)\n      \n\/\/     class Time(private var hours: Int, private var minutes: Int) extends App {\n\/\/\/\/    \t\tprivate var hours = 0\n\/\/\/\/    \t\tprivate var minutes = 0\n\/\/    \n\/\/    \t \t\/\/ ex. 3\n\/\/\/\/    \t\tdef before(other: Time): Boolean = {\n\/\/\/\/    \t\t  if (other.hours > hours) true\n\/\/\/\/    \t\t  else if (other.hours == hours && other.minutes > minutes) true\n\/\/\/\/    \t\t  else false   \n\/\/\/\/    \t\t}\n\/\/    \t\t\n\/\/    \t\t\/\/ ex. 4 \n\/\/    \t\tdef before(other: Time): Boolean = {\n\/\/    \t\t  var minSinceMidnightOfInitialObj = hours * 60 + minutes\n\/\/    \t\t  var minSinceMightOfObjToCopmpare = other.hours * 60 + other.minutes\n\/\/    \t\t  if (minSinceMightOfObjToCopmpare > minSinceMidnightOfInitialObj) true\n\/\/    \t\t  else false\n\/\/    \t\t}\n\/\/\n\/\/  }\n\/\/     object Z extends App{\n\/\/      \tvar t = new Time(3, 00)\n\/\/    \tvar z = new Time(3, 10)\n\/\/    \tprintln(t.before(other = z)) \n\/\/\n\/\/}\n     \n\/\/class Person(val name: String, ageParam: Int) extends App {\n\/\/  val age = if (ageParam < 0) 0 else ageParam\n\/\/  \n\/\/  \n\/\/}\n\/\/\n\/\/     object P extends App{\n\/\/      \tvar p = new Person(\"fdfd\", -30)\n\/\/\n\/\/    \tprintln(p.age)\n\/\/     }\n\n\/\/ }\n\/\/\/\/  \n\/\/\n\/\/  \n\/\/}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap4.scala","text":"<filename>exer\/src\/chap4.scala\nimport scala.io.Source\nimport scala.collection.mutable.Stack\n\n\nobject chap4 extends App { \n\/\/  1: Set up a map of prices for a number of gizmos that you covet. Then produce\n\/\/ a second map with the same keys and the prices at a 10 percent discount.\n\n\tval gismos = Map(\"iphone\"-> 200.0, \"ipad\" -> 400.0, \"zho\" -> 300.0)\n\tval discounted = for ((k, v) <- gismos) yield (k, v * 0.9)\n\t\n\tprintln(discounted)\n\t\n\t\n\/\/\t2: [Write a program that reads words from a \ufffdle. Use a mutable map to count\n\/\/\thow often each word appears. To read the words, simply use a java.util.Scanner:\n\/\/\tval in = new java.util.Scanner(new java.io.File(\"myfile.txt\"))\n\/\/\twhile (in.hasNext()) process in.next()\n\/\/\tOr look at Chapter 9 for a Scalaesque way.\n\/\/\tAt the end, print out all words and their counts.]\n\tval words = new scala.collection.mutable.HashMap[String, Int]\n\tval in = new java.util.Scanner(new java.io.File(\"\/Users\/lm-ssarber\/Developer\/ScalaForTheImpatientExercises\/exer\/src\/abraham_lincoln_1st.txt\"))\n\t\n\twhile (in.hasNext()) {\n\t  val word = in.next()\n\t  if (words.contains(word))\n\t    words(word) = words(word) + 1\n\t    \n\t  else \n\t    words(word) = 1\n\t}\n\t\n\tprintln(words)\n\t\n\t\n\/\/\t3: [Repeat the preceding exercise with an immutable map.]\n\timport scala.io.Source\n\t\n\tval source = Source.fromFile(\"\/Users\/lm-ssarber\/Developer\/ScalaForTheImpatientExercises\/exer\/src\/abraham_lincoln_1st.txt\")\n\t\n\tval words2 = for (word <- source.getLines.toArray) yield word\n\tval wordCounts = for (word <- words2.distinct) yield {\n\t  (word, words.count(_== word))\n\t}\n\tval wordCountMap = wordCounts.toMap\n\tprintln(wordCountMap)\n\t\n\t  \n\t  \n\t\n\/\/\t4: [Repeat the preceding exercise with a sorted map, so that the words are\n\/\/\tprinted in sorted order.]\n}\n\n"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap6\/Origin.scala","text":"package chap6\n\nobject Origin extends java.awt.Point {\n\n}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap5\/Person.scala","text":"package chap5\n\n\n\n\/\/ 06\n\/\/class Person(private var _age: Int) {\n\/\/  if (_age < 0)\n\/\/    _age = 0\n\/\/    \n\/\/  def age = _age\n\/\/\n\/\/}\n\/\/object Main extends App {\n\/\/  val person = new Person(50)\n\/\/  \n\/\/  println(person.age)\n\/\/  \n\/\/  val person2 = new Person(-50)\n\/\/  \n\/\/  println(person2.age)\n\/\/}\n\n\/* 07. [Write a class Person with a primary constructor that accepts a string containing\na \ufffdrst name, a space, and a last name, such as new Person(\"<NAME>\"). Supply\nread-only properties firstName and lastName. Should the primary constructor\nparameter be a var, a val, or a plain parameter? Why?]\n *\/\n\n\/\/class Person (val name: String) {\n\/\/  val firstName = name.split(\" \")(0)\n\/\/  val lastName = name.split(\" \")(1)\n\/\/  \n\/\/}\n\/\/\n\/\/object Main extends App {\n\/\/  val muk = new Person(\"<NAME>\")\n\/\/  println(muk.name)\n\/\/  println(muk.firstName)\n\/\/}"}
{"repo_name":"ssarber\/ScalaForTheImpatientExercises","path":"exer\/src\/chap8\/BankAccount.scala","text":"<filename>exer\/src\/chap8\/BankAccount.scala\npackage chap8\n\nclass BankAccount(initialBalance: Double)  {\n  protected var balance = initialBalance\n  def deposit(amount: Double) = { balance += amount; balance }\n  def withdraw(amount: Double) = { balance -= amount; balance }\n\n}\n\nclass CheckingAccount(initialBalance: Double) extends BankAccount(initialBalance) {\n\n  override def deposit (amount: Double) = super.deposit(amount - 1.0)\n  override def withdraw (amount: Double) = super.withdraw(amount - 1.0)\n}\n\nclass SavingsAccount(initialBalance: Double) extends BankAccount(initialBalance) {\n\t\n\tvar transactions = 0\n\n  override def deposit (amount: Double) = {\n    transactions += 1\n    if (transactions <= 3) super.deposit(amount)\n    else {\n\n      super.deposit(amount - 1.0)\n\n    }\n    \n  }\n  def earnMonthlyInterest(interest: Double) = {\n    transactions = 0\n    balance * interest\n    balance\n  }\n}\n\nobject m extends App {\n  var sav = new SavingsAccount(100.00)\n  println(sav.deposit(100))\n  println(sav.deposit(100))\n  println(sav.deposit(100))\n  println(sav.deposit(100))\n  println(sav.transactions)\n  sav.earnMonthlyInterest(0.05)\n  println(sav.transactions)\n  println(sav.deposit(100))\n\n}"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/model\/types\/package.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.model\n\nimport eu.timepit.refined.api.{RefType, Refined, Validate}\nimport eu.timepit.refined.refineV\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{JsError, JsSuccess, Reads, Writes}\nimport play.api.mvc.QueryStringBindable\n\npackage object types {\n\n  implicit def refinedReads[T, P](\n    implicit reads: Reads[T],\n    validate:       Validate[T, P]\n  ): Reads[T Refined P] =\n    Reads[T Refined P] { json =>\n      reads\n        .reads(json)\n        .flatMap { t: T =>\n          refineV[P](t) match {\n            case Left(error)  => JsError(error)\n            case Right(value) => JsSuccess(value)\n          }\n        }\n    }\n\n  implicit def refinedWrites[T, P](implicit writes: Writes[T]): Writes[T Refined P] = writes.contramap(_.value)\n\n  implicit def refinedQueryStringBindable[R[_, _], T, P](\n    implicit\n    baseTypeBinder: QueryStringBindable[T],\n    refType:        RefType[R],\n    validate:       Validate[T, P]\n  ): QueryStringBindable[R[T, P]] = new QueryStringBindable[R[T, P]] {\n\n    override def bind(\n      key:    String,\n      params: Map[String, Seq[String]]\n    ): Option[Either[String, R[T, P]]] =\n      baseTypeBinder\n        .bind(key, params)\n        .map(_.right.flatMap { baseValue =>\n          refType.refine[P](baseValue)\n        })\n\n    override def unbind(\n      key:   String,\n      value: R[T, P]\n    ): String =\n      baseTypeBinder.unbind(key, refType.unwrap(value))\n  }\n\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/services\/LivePreFlightService.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport cats.implicits._\nimport eu.timepit.refined.auto._\nimport play.api.Logger\n\nimport javax.inject.{Inject, Named}\nimport uk.gov.hmrc.auth.core.authorise.EmptyPredicate\nimport uk.gov.hmrc.auth.core.retrieve.v2.Retrievals._\nimport uk.gov.hmrc.auth.core.retrieve.{Credentials, ItmpName, ~}\nimport uk.gov.hmrc.auth.core.{AuthConnector, AuthorisedFunctions, ConfidenceLevel, Enrolments}\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.{HeaderCarrier, NotFoundException, UpstreamErrorResponse}\nimport uk.gov.hmrc.mobilestartup.connectors.GenericConnector\nimport uk.gov.hmrc.mobilestartup.model.{Activated, CidPerson, EnrolmentStoreResponse, NoEnrolment, NoUtr, NotYetActivated, WrongAccount}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.service.Auditor\nimport play.api.http.Status.{BAD_REQUEST, NOT_FOUND}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass LivePreFlightService @Inject() (\n  genericConnector:                                       GenericConnector[Future],\n  val auditConnector:                                     AuditConnector,\n  val authConnector:                                      AuthConnector,\n  @Named(\"appName\") val appName:                          String,\n  @Named(\"controllers.confidenceLevel\") val confLevel:    Int,\n  @Named(\"feature.annualTaxSummaryLink\") val showATSLink: Boolean\n)(implicit executionContext:                              ExecutionContext)\n    extends PreFlightServiceImpl[Future](genericConnector, confLevel)\n    with AuthorisedFunctions\n    with Auditor {\n\n  val logger: Logger = Logger(this.getClass)\n\n  \/\/ Just adapting from `F` to `Future` here\n  override def auditing[T](\n    service:     String,\n    details:     Map[String, String]\n  )(f:           => Future[T]\n  )(implicit hc: HeaderCarrier\n  ): Future[T] =\n    withAudit(service, details)(f)\n\n  \/\/ The retrieval function is really hard to dummy out in tests because of it's polymorphic nature, and the `~` trick doesn't\n  \/\/ help, but isolating it here and adapting to the concrete tuple of results we are expecting makes testing of the logic in\n  \/\/ `PreFlightServiceImpl` much easier.\n  override def retrieveAccounts(implicit hc: HeaderCarrier): Future[\n    (Option[Nino],\n     Option[SaUtr],\n     Option[Credentials],\n     ConfidenceLevel,\n     Option[ItmpName],\n     Option[AnnualTaxSummaryLink],\n     Enrolments)\n  ] =\n    authConnector\n      .authorise(EmptyPredicate,\n                 nino and saUtr and credentials and confidenceLevel and itmpName and allEnrolments and name)\n      .map {\n        case foundNino ~ foundSaUtr ~ creds ~ conf ~ Some(itmpName) ~ foundEnrolments ~ _ =>\n          (foundNino.map(Nino(_)),\n           foundSaUtr.map(SaUtr(_)),\n           creds,\n           conf,\n           Some(itmpName),\n           getATSLink(foundEnrolments),\n           foundEnrolments)\n        case foundNino ~ foundSaUtr ~ creds ~ conf ~ None ~ foundEnrolments ~ Some(name) =>\n          (foundNino.map(Nino(_)),\n           foundSaUtr.map(SaUtr(_)),\n           creds,\n           conf,\n           Some(ItmpName(givenName = name.name, None, familyName = name.lastName)),\n           getATSLink(foundEnrolments),\n           foundEnrolments)\n        case foundNino ~ foundSaUtr ~ creds ~ conf ~ itmpName ~ foundEnrolments ~ _ =>\n          (foundNino.map(Nino(_)),\n           foundSaUtr.map(SaUtr(_)),\n           creds,\n           conf,\n           itmpName,\n           getATSLink(foundEnrolments),\n           foundEnrolments)\n\n      }\n\n  override def getUtr(\n    foundUtr:    Option[SaUtr],\n    foundNino:   Option[Nino],\n    enrolments:  Enrolments\n  )(implicit hc: HeaderCarrier\n  ): Future[Option[Utr]] = {\n    val activatedSaUtr = getActivatedSaUtr(enrolments)\n    if (activatedSaUtr.isDefined) Future successful activatedSaUtr.map(utr => Utr(Some(utr), Activated))\n    else if (foundUtr.isDefined) {\n      Future successful foundUtr.flatMap(utr => Some(Utr(Some(SaUtr(utr.utr)), NotYetActivated)))\n    } else {\n      val test = foundNino\n        .map { nino =>\n          for {\n            saUtrOnCid <- getUtrFromCID(nino.nino).recover {\n                           case e: NotFoundException => Some(SaUtr(\"NOT_FOUND\"))\n                         }\n            hasPrincipalIds <- doesUtrHavePrincipalIds(saUtrOnCid)\n          } yield {\n            saUtrOnCid match {\n              case Some(utr) =>\n                if (utr.utr == \"NOT_FOUND\") Some(Utr.noUtr)\n                else\n                  hasPrincipalIds match {\n                    case None       => None\n                    case Some(true) => Some(Utr(Some(SaUtr(utr.value)), WrongAccount))\n                    case _          => Some(Utr(Some(SaUtr(utr.value)), NoEnrolment))\n                  }\n              case _ => None\n            }\n          }\n        }\n      test.getOrElse(Future successful Some(Utr.noUtr))\n    }\n  }\n\n  private def getATSLink(enrolments: Enrolments): Option[AnnualTaxSummaryLink] =\n    if (showATSLink) {\n      if (getActivatedSaUtr(enrolments).isDefined) Some(AnnualTaxSummaryLink(\"\/annual-tax-summary\", \"SA\"))\n      else Some(AnnualTaxSummaryLink(\"\/annual-tax-summary\/paye\/main\", \"PAYE\"))\n    } else None\n\n  private def getActivatedSaUtr(enrolments: Enrolments): Option[SaUtr] =\n    enrolments.enrolments\n      .find(_.key == \"IR-SA\")\n      .flatMap { enrolment =>\n        enrolment.identifiers\n          .find(id => id.key == \"UTR\" && enrolment.state == \"Activated\")\n          .map(key => SaUtr(key.value))\n      }\n\n  private def getUtrFromCID(nino: String)(implicit hc: HeaderCarrier): Future[Option[SaUtr]] = {\n    val cidPerson: Future[Option[CidPerson]] = genericConnector\n      .cidGet(\"citizen-details\", s\"\/citizen-details\/nino\/$nino\", hc)\n      .map(p => Some(p))\n      .recover {\n        case e: UpstreamErrorResponse if e.statusCode == BAD_REQUEST =>\n          logger.info(s\"Call to CID failed - Nino is invalid: $nino.\")\n          None\n        case e: UpstreamErrorResponse if e.statusCode == NOT_FOUND =>\n          logger.info(s\"Call to CID failed - No record for the Nino: $nino found on CID.\")\n          throw new NotFoundException(\"No UTR found on CID\")\n        case e: NotFoundException =>\n          logger.info(s\"Call to CID failed - No record for the Nino: $nino found on CID.\")\n          throw e\n        case e: UpstreamErrorResponse =>\n          logger.info(s\"Call to CID failed $e\")\n          None\n        case _ =>\n          logger.info(s\"Call to CID failed\")\n          None\n      }\n    cidPerson.map(_.map(_.ids.saUtr.isDefined)).flatMap {\n      case Some(true)  => cidPerson.map(_.flatMap(_.ids.saUtr))\n      case Some(false) => throw new NotFoundException(\"No UTR found on CID\")\n      case None        => Future successful None\n    }\n  }\n\n  private def doesUtrHavePrincipalIds(utr: Option[SaUtr])(implicit hc: HeaderCarrier): Future[Option[Boolean]] =\n    if (utr.map(_.value).contains(\"NOT_FOUND\")) Future successful None\n    else {\n      utr\n        .map { utr =>\n          val enrolments: Future[Option[EnrolmentStoreResponse]] = genericConnector\n            .enrolmentStoreGet(\n              \"enrolment-store-proxy\",\n              s\"\/enrolment-store-proxy\/enrolment-store\/enrolments\/IR-SA~UTR~${utr.utr}\/users?type=principal\",\n              hc\n            )\n            .map(Some(_))\n            .recover {\n              case e: UpstreamErrorResponse =>\n                logger.info(s\"Call to Enrolment Store failed $e\")\n                None\n              case _ =>\n                logger.info(s\"Call to Enrolment Store failed\")\n                None\n            }\n          enrolments.map(_.map(_.principalUserIds.nonEmpty))\n        }\n        .getOrElse(Future successful None)\n    }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/LiveStartupControllerISpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup\n\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, get, stubFor, urlEqualTo}\nimport com.github.tomakehurst.wiremock.stubbing.StubMapping\nimport play.api.libs.json.JsValue\nimport play.api.libs.ws.WSResponse\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.support.BaseISpec\nimport uk.gov.hmrc.mobilestartup.stubs.AuthStub._\nimport uk.gov.hmrc.mobilestartup.stubs.AuditStub._\nimport eu.timepit.refined.auto._\n\nimport scala.concurrent.Future\n\nclass LiveStartupControllerISpec extends BaseISpec {\n  val journeyId: JourneyId = \"b6ef25bc-8f5e-49c8-98c5-f039f39e4557\"\n  val url:       String    = s\"\/startup?journeyId=$journeyId\"\n\n  def getRequestWithAcceptHeader(url: String): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader, authorizationJsonHeader).get()\n\n  def postRequestWithAcceptHeader(\n    url:  String,\n    form: JsValue\n  ): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader).post(form)\n\n  def postRequestWithAcceptHeader(url: String): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader).post(\"\")\n\n  def stubRenewalsResponse(): StubMapping =\n    stubFor(\n      get(urlEqualTo(\"\/income\/tax-credits\/submission\/state\/enabled?journeyId=b6ef25bc-8f5e-49c8-98c5-f039f39e4557\"))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(\"\"\"\n                        |{\n                        |  \"submissionsState\": \"open\"\n                        |}\n           \"\"\".stripMargin)\n        )\n    )\n\n  def stubCitizenDetailsResponse(): StubMapping =\n    stubFor(\n      get(urlEqualTo(\"\/citizen-details\/AA000006C\/designatory-details\"))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(\"\"\"{\n                        |    \"person\": {\n                        |      \"firstName\": \"Angus\",\n                        |      \"middleName\": \"John\",\n                        |      \"lastName\": \"Smith\",\n                        |      \"title\": \"Mr\",\n                        |      \"honours\": null,\n                        |      \"sex\": \"M\",\n                        |      \"dateOfBirth\": -26092800000,\n                        |      \"nino\": \"AA000006C\"\n                        |    },\n                        |    \"address\": {\n                        |      \"line1\": \"123456\",\n                        |      \"line2\": \"23456\",\n                        |      \"line3\": \"3456\",\n                        |      \"line4\": \"456\",\n                        |      \"line5\": \"55555\",\n                        |      \"postcode\": \"98765\",\n                        |      \"startDate\": 946684800000,\n                        |      \"country\": \"Test Country\",\n                        |      \"type\": \"Residential\"\n                        |    },\n                        |    \"correspondenceAddress\": {\n                        |      \"line1\": \"1 Main Street\",\n                        |      \"line2\": \"Central\",\n                        |      \"line3\": \"Anothertown\",\n                        |      \"line4\": \"Anothershire\",\n                        |      \"line5\": \"Anotherline\",\n                        |      \"postcode\": \"AA1 1AA\",\n                        |      \"startDate\": 1341100800000,\n                        |      \"country\": null,\n                        |      \"type\": \"Correspondence\"\n                        |    }\n                        |  }\n                        |\"\"\".stripMargin.stripMargin)\n        )\n    )\n\n  \"GET \/startup\" should {\n\n    \"return startup details\" in {\n      userLoggedIn()\n      respondToAuditMergedWithNoBody\n      stubRenewalsResponse()\n      stubCitizenDetailsResponse()\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                                                       shouldBe 200\n      (response.json \\ \"feature\" \\ 0 \\ \"name\").as[String]                   shouldBe \"userPanelSignUp\"\n      (response.json \\ \"feature\" \\ 0 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"feature\" \\ 1 \\ \"name\").as[String]                   shouldBe \"enablePushNotificationTokenRegistration\"\n      (response.json \\ \"feature\" \\ 1 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"feature\" \\ 2 \\ \"name\").as[String]                   shouldBe \"paperlessAlertDialogs\"\n      (response.json \\ \"feature\" \\ 2 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"feature\" \\ 3 \\ \"name\").as[String]                   shouldBe \"paperlessAdverts\"\n      (response.json \\ \"feature\" \\ 3 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"feature\" \\ 4 \\ \"name\").as[String]                   shouldBe \"htsAdverts\"\n      (response.json \\ \"feature\" \\ 4 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"feature\" \\ 5 \\ \"name\").as[String]                   shouldBe \"annualTaxSummaryLink\"\n      (response.json \\ \"feature\" \\ 5 \\ \"enabled\").as[Boolean]               shouldBe true\n      (response.json \\ \"taxCreditRenewals\" \\ \"submissionsState\").as[String] shouldBe \"open\"\n      (response.json \\ \"user\" \\ \"name\").as[String]                          shouldBe \"<NAME>\"\n\n    }\n\n    \"return 401 when user is not logged in\" in {\n      userIsNotLoggedIn()\n\n      val response = await(wsUrl(url).addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 401\n    }\n\n    \"return 401 when no nino is found for user\" in {\n      userLoggedInNoNino()\n\n      val response = await(wsUrl(url).addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 401\n    }\n\n    \"return 403 when user has insufficient confidence level\" in {\n      userIsLoggedInWithInsufficientConfidenceLevel()\n\n      val response = await(wsUrl(url).addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 403\n    }\n\n    \"return 400 when no journeyId supplied\" in {\n\n      val response =\n        await(wsUrl(\"\/preflight-check\").addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 400\n    }\n\n    \"return 400 when invalid journeyId supplied\" in {\n\n      val response = await(\n        wsUrl(\"\/preflight-check?journeyId=ThisIsAnInvalidJourneyId\")\n          .addHttpHeaders(acceptJsonHeader)\n          .get()\n      )\n      response.status shouldBe 400\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/connectors\/GenericConnectorImpl.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.connectors\n\nimport com.google.inject.Singleton\n\nimport javax.inject.Inject\nimport play.api.Configuration\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.mobilestartup.config.WSHttpImpl\nimport uk.gov.hmrc.http.HttpReads.Implicits._\nimport uk.gov.hmrc.mobilestartup.model.{CidPerson, EnrolmentStoreResponse}\nimport play.api.http.Status.{NO_CONTENT, NOT_FOUND}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait GenericConnector[F[_]] {\n\n  def doGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): F[JsValue]\n\n  def cidGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): F[CidPerson]\n\n  def enrolmentStoreGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): F[EnrolmentStoreResponse]\n\n  def doPost[T](\n    json:         JsValue,\n    serviceName:  String,\n    path:         String,\n    hc:           HeaderCarrier\n  )(implicit rds: HttpReads[T]\n  ): F[T]\n}\n\n@Singleton\nclass GenericConnectorImpl @Inject() (\n  configuration: Configuration,\n  wSHttp:        WSHttpImpl\n)(implicit ec:   ExecutionContext)\n    extends GenericConnector[Future] {\n\n  def protocol(serviceName: String): String =\n    getServiceConfig(serviceName).getOptional[String](\"protocol\").getOrElse(\"https\")\n\n  def host(serviceName: String): String = getConfigProperty(serviceName, \"host\")\n\n  def port(serviceName: String): Int = getConfigProperty(serviceName, \"port\").toInt\n\n  def http: CorePost with CoreGet = wSHttp\n\n  def doGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): Future[JsValue] = {\n    implicit val hcHeaders: HeaderCarrier = addAPIHeaders(hc)\n    http.GET[JsValue](buildUrl(protocol(serviceName), host(serviceName), port(serviceName), path))\n  }\n\n  def cidGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): Future[CidPerson] = {\n    implicit val hcHeaders: HeaderCarrier = addAPIHeaders(hc)\n    http.GET[HttpResponse](buildUrl(protocol(serviceName), host(serviceName), port(serviceName), path)).map {\n      response =>\n        if (response.status == NOT_FOUND || response.status == NO_CONTENT) throw new NotFoundException(\"No UTR found for user\")\n        else response.json.as[CidPerson]\n    }\n  }\n\n  def enrolmentStoreGet(\n    serviceName: String,\n    path:        String,\n    hc:          HeaderCarrier\n  ): Future[EnrolmentStoreResponse] = {\n    implicit val hcHeaders: HeaderCarrier = addAPIHeaders(hc)\n    http.GET[HttpResponse](buildUrl(protocol(serviceName), host(serviceName), port(serviceName), path)).map {\n      response =>\n        if (response.status == 204) EnrolmentStoreResponse(Seq.empty)\n        else response.json.as[EnrolmentStoreResponse]\n    }\n\n  }\n\n  def doPost[T](\n    json:         JsValue,\n    serviceName:  String,\n    path:         String,\n    hc:           HeaderCarrier\n  )(implicit rds: HttpReads[T]\n  ): Future[T] = {\n    implicit val hcHeaders: HeaderCarrier = addAPIHeaders(hc)\n    http.POST[JsValue, T](buildUrl(protocol(serviceName), host(serviceName), port(serviceName), path), json)\n  }\n\n  private def addAPIHeaders(hc: HeaderCarrier): HeaderCarrier =\n    hc.withExtraHeaders(\"Accept\" -> \"application\/vnd.hmrc.1.0+json\")\n\n  private def buildUrl(\n    protocol: String,\n    host:     String,\n    port:     Int,\n    path:     String\n  ): String = s\"\"\"$protocol:\/\/$host:$port$path\"\"\"\n\n  private def getConfigProperty(\n    serviceName: String,\n    property:    String\n  ): String =\n    getServiceConfig(serviceName)\n      .getOptional[String](property)\n      .getOrElse(throw new Exception(s\"No service configuration found for $serviceName\"))\n\n  private def getServiceConfig(serviceName: String): Configuration =\n    configuration\n      .getOptional[Configuration](s\"microservice.services.$serviceName\")\n      .getOrElse(throw new Exception(s\"No micro services configured for $serviceName\"))\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"project\/AppDependencies.scala","text":"<reponame>hmrc\/mobile-startup\nimport play.core.PlayVersion\nimport sbt._\n\nobject AppDependencies {\n\n  private val bootstrapPlayVersion = \"5.12.0\"\n  private val scalaTestPlusVersion = \"5.1.0\"\n  private val domainVersion        = \"6.2.0-play-28\"\n  private val playHmrcApiVersion   = \"6.4.0-play-28\"\n  private val taxYearVersion       = \"1.0.0\"\n\n  private val scalaTestVersion              = \"3.2.3\"\n  private val pegdownVersion                = \"1.6.0\"\n  private val refinedVersion                = \"0.9.4\"\n  private val wireMockVersion               = \"2.21.0\"\n  private val catsCoreVersion               = \"2.1.0\"\n  private val scalaMockVersion              = \"4.1.0\"\n  private val scalaCheckVersion             = \"3.2.3.0\"\n  private val serviceIntegrationTestVersion = \"1.2.0-play-28\"\n  private val flexmarkAllVersion            = \"0.36.8\"\n\n  val compile = Seq(\n    \"uk.gov.hmrc\"   %% \"bootstrap-backend-play-28\" % bootstrapPlayVersion,\n    \"uk.gov.hmrc\"   %% \"play-hmrc-api\"             % playHmrcApiVersion,\n    \"uk.gov.hmrc\"   %% \"tax-year\"                  % taxYearVersion,\n    \"uk.gov.hmrc\"   %% \"domain\"                    % domainVersion,\n    \"org.typelevel\" %% \"cats-core\"                 % catsCoreVersion,\n    \"eu.timepit\"    %% \"refined\"                   % refinedVersion\n  )\n\n  trait TestDependencies {\n    lazy val scope: String        = \"test\"\n    lazy val test:  Seq[ModuleID] = ???\n  }\n\n  private def testCommon(scope: String) = Seq(\n    \"org.pegdown\"            % \"pegdown\"             % pegdownVersion       % scope,\n    \"com.typesafe.play\"      %% \"play-test\"          % PlayVersion.current  % scope,\n    \"org.scalatestplus.play\" %% \"scalatestplus-play\" % scalaTestPlusVersion % scope,\n    \"com.vladsch.flexmark\"   % \"flexmark-all\"        % flexmarkAllVersion   % scope\n  )\n\n  object Test {\n\n    def apply(): Seq[ModuleID] =\n      new TestDependencies {\n\n        override lazy val test: Seq[ModuleID] = testCommon(scope) ++ Seq(\n            \"org.scalamock\"     %% \"scalamock\"       % scalaMockVersion  % scope,\n            \"org.scalatestplus\" %% \"scalacheck-1-15\" % scalaCheckVersion % scope\n          )\n      }.test\n  }\n\n  object IntegrationTest {\n\n    def apply(): Seq[ModuleID] =\n      new TestDependencies {\n\n        override lazy val scope: String = \"it\"\n\n        override lazy val test: Seq[ModuleID] = testCommon(scope) ++ Seq(\n            \"org.scalatest\"          %% \"scalatest\"                % scalaTestVersion              % \"it\",\n            \"uk.gov.hmrc\"            %% \"service-integration-test\" % serviceIntegrationTestVersion % \"it\",\n            \"com.github.tomakehurst\" % \"wiremock-jre8\"             % wireMockVersion               % \"it\"\n          )\n      }.test\n  }\n\n  def apply(): Seq[ModuleID] = compile ++ Test() ++ IntegrationTest()\n\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/services\/StartupServiceImpl.scala","text":"<filename>app\/uk\/gov\/hmrc\/mobilestartup\/services\/StartupServiceImpl.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport cats.MonadError\nimport cats.implicits._\n\nimport javax.inject.Inject\nimport play.api.Logger\nimport play.api.libs.json.Json._\nimport play.api.libs.json._\nimport uk.gov.hmrc.http.{HeaderCarrier, NotFoundException, Upstream4xxResponse}\nimport uk.gov.hmrc.mobilestartup.connectors.GenericConnector\nimport uk.gov.hmrc.mobilestartup.model.PersonDetails\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport play.api.http.Status.LOCKED\n\nimport scala.util.control.NonFatal\n\ncase class FeatureFlag(\n  name:    String,\n  enabled: Boolean)\n\nobject FeatureFlag {\n  implicit val formats: Format[FeatureFlag] = Json.format[FeatureFlag]\n}\n\n\/**\n  * Decided to implement this generically using Tagless as an example of how it can be introduced\n  * into a codebase without necessarily converting everything. It did require introducing a type parameter\n  * onto the `GenericConnector` trait but that had very little impact beyond the change to the guice wiring.\n  *\/\nclass StartupServiceImpl[F[_]] @Inject() (\n  connector:                               GenericConnector[F],\n  userPanelSignUp:                         Boolean,\n  enablePushNotificationTokenRegistration: Boolean,\n  enablePaperlessAlertDialogs:             Boolean,\n  enablePaperlessAdverts:                  Boolean,\n  enableHtsAdverts:                        Boolean,\n  enableAnnualTaxSummaryLink:              Boolean\n)(implicit F:                              MonadError[F, Throwable])\n    extends StartupService[F] {\n\n  val logger: Logger = Logger(this.getClass)\n\n  override def startup(\n    nino:        String,\n    journeyId:   JourneyId\n  )(implicit hc: HeaderCarrier\n  ): F[JsObject] =\n    (callService(\"helpToSave\")(mhtsStartup),\n     callService(\"taxCreditRenewals\")(tcrStartup(journeyId)),\n     callService(\"messages\")(inAppMsgsStartup),\n     callService(\"user\")(citizenDetailsStartup(nino)),\n     featureFlags.pure[F]).mapN((a, b, c, d, e) => a ++ b ++ c ++ d ++ e)\n\n  private val featureFlags: JsObject =\n    obj(\n      \"feature\" -> List(\n        FeatureFlag(\"userPanelSignUp\", userPanelSignUp),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enablePushNotificationTokenRegistration),\n        FeatureFlag(\"paperlessAlertDialogs\", enablePaperlessAlertDialogs),\n        FeatureFlag(\"paperlessAdverts\", enablePaperlessAdverts),\n        FeatureFlag(\"htsAdverts\", enableHtsAdverts),\n        FeatureFlag(\"annualTaxSummaryLink\", enableAnnualTaxSummaryLink)\n      )\n    )\n\n  private def callService(name: String)(f: => F[Option[JsValue]]): F[JsObject] =\n    \/\/ If the service call returns a valid result or an error then map it into the object against\n    \/\/ the supplied name, but if the result is None then just return an empty object so that the\n    \/\/ services section will not appear in the final result at all.\n    f.map {\n      case Some(json) => obj(name -> json)\n      case None       => obj()\n    }\n\n  private def mhtsStartup(implicit hc: HeaderCarrier): F[Option[JsValue]] =\n    connector\n      .doGet(\"mobile-help-to-save\", \"\/mobile-help-to-save\/startup\", hc)\n      .map(_.some)\n      .recover {\n        case NonFatal(e) =>\n          logger.warn(\n            s\"\"\"Exception thrown by \"\/mobile-help-to-save\/startup\", not returning any helpToSave result: ${e.getMessage}\"\"\"\n          )\n          None\n      }\n\n  private def tcrStartup(journeyId: JourneyId)(implicit hc: HeaderCarrier): F[Option[JsValue]] =\n    connector\n      .doGet(\"mobile-tax-credits-renewal\",\n             s\"\/income\/tax-credits\/submission\/state\/enabled?journeyId=${journeyId.value}\",\n             hc)\n      .map[Option[JsValue]](res => obj(\"submissionsState\" -> JsString((res \\ \"submissionsState\").as[String])).some)\n      .recover {\n        case NonFatal(e) =>\n          logger.warn(\n            s\"${journeyId.value} - Failed to retrieve TaxCreditsRenewals and exception is ${e.getMessage}! Default of submissionsState is error!\"\n          )\n          obj(\"submissionsState\" -> JsString(\"error\")).some\n      }\n\n  private def inAppMsgsStartup(implicit hc: HeaderCarrier): F[Option[JsValue]] =\n    connector\n      .doGet(\"mobile-in-app-messages\", \"\/in-app-messages\", hc)\n      .map(_.some)\n      .recover {\n        case NonFatal(e) =>\n          logger.warn(\n            s\"\"\"Exception thrown by \"\/mobile-in-app-messages\/in-app-messages\", not returning any inAppMessages result: ${e.getMessage}\"\"\"\n          )\n          Some(Json.parse(\"\"\"{\n                            |  \"paye\": [],\n                            |  \"tc\": [],\n                            |  \"hts\": [],\n                            |  \"tcp\": []\n                            |}\n                            |\"\"\".stripMargin))\n      }\n\n  private def citizenDetailsStartup(nino: String)(implicit hc: HeaderCarrier): F[Option[JsValue]] =\n    connector\n      .doGet(\"citizen-details\", s\"\/citizen-details\/$nino\/designatory-details\", hc)\n      .map { p =>\n        val person = p.as[PersonDetails]\n        Option(Json.toJson(new JsObject(Map(\"name\" -> Json.toJson(person.person.shortName)))))\n      }\n      .recover {\n        case e: Upstream4xxResponse if e.upstreamResponseCode == LOCKED =>\n          logger.info(\"Person details are hidden\")\n          None\n        case e: NotFoundException =>\n          logger.info(s\"No details found for nino '$nino'\")\n          None\n        case _ =>\n          logger.info(s\"CID call failed for nino '$nino'\")\n          None\n      }\n\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"test\/uk\/gov\/hmrc\/mobilestartup\/services\/StartupServiceImplSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport cats.implicits._\nimport play.api.libs.json.Json._\nimport play.api.libs.json.{JsObject, JsString, JsValue, Json}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpReads}\nimport uk.gov.hmrc.mobilestartup.connectors.GenericConnector\nimport uk.gov.hmrc.mobilestartup.model.{CidPerson, EnrolmentStoreResponse}\nimport uk.gov.hmrc.mobilestartup.{BaseSpec, TestF}\n\nclass StartupServiceImplSpec extends BaseSpec with TestF {\n\n  private val helpToSave         = \"helpToSave\"\n  private val taxCreditsRenewals = \"taxCreditRenewals\"\n  private val messages           = \"messages\"\n  private val user               = \"user\"\n  private val successfulResponse = JsString(\"success\")\n\n  private val htsSuccessResponse:      JsValue = successfulResponse\n  private val tcrSuccessResponse:      JsValue = obj(\"submissionsState\" -> \"open\")\n  private val messagesSuccessResponse: JsValue = Json.parse(\"\"\"{\n                                                              |  \"paye\": [\n                                                              |    {\n                                                              |      \"type\": \"Info\",\n                                                              |      \"id\": \"paye-message-1\",\n                                                              |      \"headline\": \"Title2 - Has active date\",\n                                                              |      \"content\": {\n                                                              |        \"title\": \"title Content title\",\n                                                              |        \"body\": \"Content2\"\n                                                              |      },\n                                                              |      \"activeWindow\": {\n                                                              |        \"startTime\": \"2020-03-01T20:06:12.726\",\n                                                              |        \"endTime\": \"2020-05-24T20:06:12.726\"\n                                                              |      }\n                                                              |    }\n                                                              |  ],\n                                                              |  \"tc\": [\n                                                              |    {\n                                                              |      \"type\": \"Info\",\n                                                              |      \"id\": \"tc-message-1\",\n                                                              |      \"headline\": \"Title2 - Has active date\",\n                                                              |      \"content\": {\n                                                              |        \"title\": \"title Content title\",\n                                                              |        \"body\": \"Content2\"\n                                                              |      },\n                                                              |      \"activeWindow\": {\n                                                              |        \"startTime\": \"2020-03-01T20:06:12.726\",\n                                                              |        \"endTime\": \"2020-05-24T20:06:12.726\"\n                                                              |      }\n                                                              |    }\n                                                              |  ],\n                                                              |  \"hts\": [\n                                                              |    {\n                                                              |      \"type\": \"Warning\",\n                                                              |      \"id\": \"hts-message-1\",\n                                                              |      \"headline\": \"Title3\",\n                                                              |      \"content\": {\n                                                              |        \"body\": \"Content3\"\n                                                              |      },\n                                                              |      \"link\": {\n                                                              |        \"url\": \"URL3\",\n                                                              |        \"urlType\": \"Normal\",\n                                                              |        \"type\": \"Secondary\",\n                                                              |        \"message\": \"Click me\"\n                                                              |      }\n                                                              |    },\n                                                              |    {\n                                                              |      \"type\": \"Urgent\",\n                                                              |      \"id\": \"hts-message-2\",\n                                                              |      \"headline\": \"Title4\",\n                                                              |      \"content\": {\n                                                              |        \"body\": \"Content4\"\n                                                              |      },\n                                                              |      \"link\": {\n                                                              |        \"url\": \"URL4\",\n                                                              |        \"urlType\": \"Normal\",\n                                                              |        \"type\": \"Secondary\",\n                                                              |        \"message\": \"Click me\"\n                                                              |      }\n                                                              |    }\n                                                              |  ]\n                                                              |}\n                                                              |\"\"\".stripMargin)\n\n  private val citizenDetailsSuccessResponse: JsValue = Json.parse(\"\"\"{\n                                                                    |    \"person\": {\n                                                                    |      \"firstName\": \"Angus\",\n                                                                    |      \"middleName\": \"John\",\n                                                                    |      \"lastName\": \"Smith\",\n                                                                    |      \"title\": \"Mr\",\n                                                                    |      \"honours\": null,\n                                                                    |      \"sex\": \"M\",\n                                                                    |      \"dateOfBirth\": -26092800000,\n                                                                    |      \"nino\": \"AA000006C\"\n                                                                    |    },\n                                                                    |    \"address\": {\n                                                                    |      \"line1\": \"123456\",\n                                                                    |      \"line2\": \"23456\",\n                                                                    |      \"line3\": \"3456\",\n                                                                    |      \"line4\": \"456\",\n                                                                    |      \"line5\": \"55555\",\n                                                                    |      \"postcode\": \"98765\",\n                                                                    |      \"startDate\": 946684800000,\n                                                                    |      \"country\": \"Test Country\",\n                                                                    |      \"type\": \"Residential\"\n                                                                    |    },\n                                                                    |    \"correspondenceAddress\": {\n                                                                    |      \"line1\": \"1 Main Street\",\n                                                                    |      \"line2\": \"Central\",\n                                                                    |      \"line3\": \"Anothertown\",\n                                                                    |      \"line4\": \"Anothershire\",\n                                                                    |      \"line5\": \"Anotherline\",\n                                                                    |      \"postcode\": \"AA1 1AA\",\n                                                                    |      \"startDate\": 1341100800000,\n                                                                    |      \"country\": null,\n                                                                    |      \"type\": \"Correspondence\"\n                                                                    |    }\n                                                                    |  }\n                                                                    |\"\"\".stripMargin)\n\n  private val userExpectedResponse: JsValue = Json.parse(\"\"\"{\n                                                           |    \"name\": \"<NAME>\"\n                                                           |  }\n                                                           |\"\"\".stripMargin)\n\n  private def dummyConnector(\n    htsResponse:            TestF[JsValue] = htsSuccessResponse.pure[TestF],\n    tcrResponse:            TestF[JsValue] = tcrSuccessResponse.pure[TestF],\n    inAppMessagesResponse:  TestF[JsValue] = messagesSuccessResponse.pure[TestF],\n    citizenDetailsResponse: TestF[JsValue] = citizenDetailsSuccessResponse.pure[TestF]\n  ): GenericConnector[TestF] =\n    new GenericConnector[TestF] {\n\n      override def doGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[JsValue] =\n        serviceName match {\n          case \"mobile-help-to-save\"        => htsResponse\n          case \"mobile-tax-credits-renewal\" => tcrResponse\n          case \"mobile-in-app-messages\"     => inAppMessagesResponse\n          case \"citizen-details\"            => citizenDetailsResponse\n          case _                            => obj().pure[TestF]\n        }\n\n      override def cidGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[CidPerson] = ???\n\n      override def enrolmentStoreGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[EnrolmentStoreResponse] = ???\n\n      override def doPost[T](\n        json:         JsValue,\n        serviceName:  String,\n        path:         String,\n        hc:           HeaderCarrier\n      )(implicit rds: HttpReads[T]\n      ): TestF[T] = ???\n    }\n\n  \"a fully successful response\" should {\n    \"contain success entries for each service\" in {\n      val sut = new StartupServiceImpl[TestF](dummyConnector(),\n                                              userPanelSignUp                         = false,\n                                              enablePushNotificationTokenRegistration = false,\n                                              enablePaperlessAlertDialogs             = false,\n                                              enablePaperlessAdverts                  = false,\n                                              enableHtsAdverts                        = false,\n                                              enableAnnualTaxSummaryLink              = false)\n\n      val result: JsObject = sut.startup(\"nino\", journeyId)(HeaderCarrier()).unsafeGet\n\n      (result \\ helpToSave).toOption.value         shouldBe htsSuccessResponse\n      (result \\ taxCreditsRenewals).toOption.value shouldBe tcrSuccessResponse\n      (result \\ \"feature\").get\n        .as[List[FeatureFlag]] shouldBe List(\n        FeatureFlag(\"userPanelSignUp\", enabled                         = false),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enabled = false),\n        FeatureFlag(\"paperlessAlertDialogs\", enabled                   = false),\n        FeatureFlag(\"paperlessAdverts\", enabled                        = false),\n        FeatureFlag(\"htsAdverts\", enabled                              = false),\n        FeatureFlag(\"annualTaxSummaryLink\", enabled                    = false)\n      )\n      (result \\ messages).toOption.value shouldBe messagesSuccessResponse\n      (result \\ user).toOption.value     shouldBe userExpectedResponse\n    }\n  }\n\n  \"a response\" should {\n    \"not contain an entry for help-to-save when the hts call fails\" in {\n      val sut = new StartupServiceImpl[TestF](dummyConnector(htsResponse = new Exception(\"hts failed\").error),\n                                              false,\n                                              enablePushNotificationTokenRegistration = false,\n                                              enablePaperlessAlertDialogs             = false,\n                                              enablePaperlessAdverts                  = false,\n                                              enableHtsAdverts                        = false,\n                                              enableAnnualTaxSummaryLink              = false)\n\n      val result: JsObject = sut.startup(\"nino\", journeyId)(HeaderCarrier()).unsafeGet\n\n      (result \\ helpToSave).toOption               shouldBe None\n      (result \\ taxCreditsRenewals).toOption.value shouldBe tcrSuccessResponse\n      (result \\ \"feature\").get\n        .as[List[FeatureFlag]] shouldBe List(\n        FeatureFlag(\"userPanelSignUp\", enabled                         = false),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enabled = false),\n        FeatureFlag(\"paperlessAlertDialogs\", enabled                   = false),\n        FeatureFlag(\"paperlessAdverts\", enabled                        = false),\n        FeatureFlag(\"htsAdverts\", enabled                              = false),\n        FeatureFlag(\"annualTaxSummaryLink\", enabled                    = false)\n      )\n      (result \\ messages).toOption.value shouldBe messagesSuccessResponse\n      (result \\ user).toOption.value     shouldBe userExpectedResponse\n    }\n\n    \"contain an error entry for tcr when the tcr call fails\" in {\n      val sut = new StartupServiceImpl[TestF](dummyConnector(tcrResponse = new Exception(\"tcr failed\").error),\n                                              false,\n                                              enablePushNotificationTokenRegistration = false,\n                                              enablePaperlessAlertDialogs             = false,\n                                              enablePaperlessAdverts                  = false,\n                                              enableHtsAdverts                        = false,\n                                              enableAnnualTaxSummaryLink              = false)\n\n      val result: JsObject = sut.startup(\"nino\", journeyId)(HeaderCarrier()).unsafeGet\n\n      (result \\ helpToSave).toOption.value         shouldBe htsSuccessResponse\n      (result \\ taxCreditsRenewals).toOption.value shouldBe obj(\"submissionsState\" -> \"error\")\n      (result \\ \"feature\").get\n        .as[List[FeatureFlag]] shouldBe List(\n        FeatureFlag(\"userPanelSignUp\", enabled                         = false),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enabled = false),\n        FeatureFlag(\"paperlessAlertDialogs\", enabled                   = false),\n        FeatureFlag(\"paperlessAdverts\", enabled                        = false),\n        FeatureFlag(\"htsAdverts\", enabled                              = false),\n        FeatureFlag(\"annualTaxSummaryLink\", enabled                    = false)\n      )\n      (result \\ messages).toOption.value shouldBe messagesSuccessResponse\n      (result \\ user).toOption.value     shouldBe userExpectedResponse\n    }\n\n    \"contain an empty lists entry for messages when the messages call fails\" in {\n      val sut = new StartupServiceImpl[TestF](\n        dummyConnector(inAppMessagesResponse = new Exception(\"message call failed\").error),\n        false,\n        enablePushNotificationTokenRegistration = false,\n        enablePaperlessAlertDialogs             = false,\n        enablePaperlessAdverts                  = false,\n        enableHtsAdverts                        = false,\n        enableAnnualTaxSummaryLink              = false)\n\n      val result: JsObject = sut.startup(\"nino\", journeyId)(HeaderCarrier()).unsafeGet\n\n      (result \\ helpToSave).toOption.value         shouldBe htsSuccessResponse\n      (result \\ taxCreditsRenewals).toOption.value shouldBe obj(\"submissionsState\" -> \"open\")\n      (result \\ \"feature\").get\n        .as[List[FeatureFlag]] shouldBe List(\n        FeatureFlag(\"userPanelSignUp\", enabled                         = false),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enabled = false),\n        FeatureFlag(\"paperlessAlertDialogs\", enabled                   = false),\n        FeatureFlag(\"paperlessAdverts\", enabled                        = false),\n        FeatureFlag(\"htsAdverts\", enabled                              = false),\n        FeatureFlag(\"annualTaxSummaryLink\", enabled                    = false)\n      )\n      (result \\ messages).toOption.value shouldBe Json.parse(\"\"\"{\n                                                               |  \"paye\": [],\n                                                               |  \"tc\": [],\n                                                               |  \"hts\": [],\n                                                               |  \"tcp\": []\n                                                               |}\n                                                               |\"\"\".stripMargin)\n      (result \\ user).toOption.value     shouldBe userExpectedResponse\n    }\n\n    \"not contain an entry for user when the citizen details call fails\" in {\n      val sut =\n        new StartupServiceImpl[TestF](dummyConnector(citizenDetailsResponse = new Exception(\"cid failed\").error),\n                                      false,\n                                      enablePushNotificationTokenRegistration = false,\n                                      enablePaperlessAlertDialogs             = false,\n                                      enablePaperlessAdverts                  = false,\n                                      enableHtsAdverts                        = false,\n                                      enableAnnualTaxSummaryLink              = false)\n\n      val result: JsObject = sut.startup(\"nino\", journeyId)(HeaderCarrier()).unsafeGet\n\n      (result \\ helpToSave).toOption.value         shouldBe htsSuccessResponse\n      (result \\ taxCreditsRenewals).toOption.value shouldBe tcrSuccessResponse\n      (result \\ \"feature\").get\n        .as[List[FeatureFlag]] shouldBe List(\n        FeatureFlag(\"userPanelSignUp\", enabled                         = false),\n        FeatureFlag(\"enablePushNotificationTokenRegistration\", enabled = false),\n        FeatureFlag(\"paperlessAlertDialogs\", enabled                   = false),\n        FeatureFlag(\"paperlessAdverts\", enabled                        = false),\n        FeatureFlag(\"htsAdverts\", enabled                              = false),\n        FeatureFlag(\"annualTaxSummaryLink\", enabled                    = false)\n      )\n      (result \\ messages).toOption.value shouldBe messagesSuccessResponse\n      (result \\ user).toOption           shouldBe None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/services\/PreFlightService.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport com.google.inject.ImplementedBy\nimport play.api.libs.json.{Format, JsObject, Json, Writes}\nimport uk.gov.hmrc.auth.core.Enrolments\nimport uk.gov.hmrc.auth.core.retrieve.ItmpName\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.mobilestartup.model.{EnrolmentStatus, NoUtr}\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.{JourneyId, LinkDestination}\nimport uk.gov.hmrc.mobilestartup.model.types._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class PreFlightCheckResponse(\n  nino:                 Option[Nino],\n  saUtr:                Option[SaUtr],\n  routeToIV:            Boolean,\n  name:                 Option[ItmpName],\n  annualTaxSummaryLink: Option[AnnualTaxSummaryLink] = None,\n  utr:                  Option[Utr],\n  enrolments:           Enrolments)\n\nobject PreFlightCheckResponse {\n\n  implicit val writes: Writes[PreFlightCheckResponse] = new Writes[PreFlightCheckResponse] {\n\n    def withNino(nino: Option[Nino]): JsObject = nino.fold(Json.obj()) { found =>\n      Json.obj(\"nino\" -> found.value)\n    }\n\n    def withSaUtr(saUtr: Option[SaUtr]): JsObject = saUtr.fold(Json.obj()) { found =>\n      Json.obj(\"saUtr\" -> found.value)\n    }\n\n    def withName(fullName: Option[ItmpName]): JsObject = fullName.fold(Json.obj()) { found =>\n      Json.obj(\"name\" -> (found.givenName.getOrElse(\"\") + \" \" + found.familyName.getOrElse(\"\")).trim)\n    }\n\n    def withATSLink(atsLink: Option[AnnualTaxSummaryLink]): JsObject = atsLink.fold(Json.obj()) { found =>\n      Json.obj(\"annualTaxSummaryLink\" -> found)\n    }\n\n    def withUtr(utr: Option[Utr]): JsObject = utr.fold(Json.obj())(found => Json.obj(\"utr\" -> found))\n\n    def writes(preFlightCheckResponse: PreFlightCheckResponse): JsObject =\n      withNino(preFlightCheckResponse.nino) ++ withSaUtr(preFlightCheckResponse.saUtr) ++ Json\n        .obj(\"routeToIV\" -> preFlightCheckResponse.routeToIV) ++ withName(preFlightCheckResponse.name) ++\n      withATSLink(preFlightCheckResponse.annualTaxSummaryLink) ++ withUtr(preFlightCheckResponse.utr)\n  }\n\n}\n\ncase class AnnualTaxSummaryLink(\n  link:        String,\n  destination: LinkDestination)\n\nobject AnnualTaxSummaryLink { implicit val formats: Format[AnnualTaxSummaryLink] = Json.format[AnnualTaxSummaryLink] }\n\ncase class Utr(\n  saUtr:                Option[SaUtr],\n  status:               EnrolmentStatus,\n  inactiveEnrolmentUrl: Option[String])\n\nobject Utr {\n\n  def apply(\n    saUtr:  Option[SaUtr],\n    status: EnrolmentStatus\n  ): Utr = Utr(saUtr, status, status.link)\n\n  val noUtr: Utr = Utr(None, NoUtr, NoUtr.link)\n\n  implicit val formats: Format[Utr] = Json.format[Utr]\n\n}\n\n@ImplementedBy(classOf[LivePreFlightService])\ntrait PreFlightService[F[_]] {\n\n  def preFlight(\n    journeyId:   JourneyId\n  )(implicit hc: HeaderCarrier,\n    ec:          ExecutionContext\n  ): F[PreFlightCheckResponse]\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/LiveStartupController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers\n\nimport javax.inject.{Inject, Named, Singleton}\nimport play.api.mvc._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.retrieve.v2.Retrievals\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpException}\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.services.StartupService\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendBaseController\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton()\nclass LiveStartupController @Inject() (\n  service:                                             StartupService[Future],\n  val controllerComponents:                            ControllerComponents,\n  override val authConnector:                          AuthConnector,\n  @Named(\"controllers.confidenceLevel\") val confLevel: Int\n)(implicit ec:                                         ExecutionContext)\n    extends BackendBaseController\n    with AuthorisedFunctions {\n  class GrantAccessException(message: String) extends HttpException(message, 401)\n\n  def startup(journeyId: JourneyId): Action[AnyContent] =\n    Action.async { implicit request =>\n      withNinoFromAuth { verifiedNino =>\n        service.startup(verifiedNino, journeyId).map(Ok(_))\n      }\n    }\n\n  \/**\n    * Check that the user is authorized to at least a confidence level of 200 and retrieve the NINO associated\n    * with their account. Run the supplied function with that NINO.\n    *\n    * Various failure scenarios are translated to appropriate Play `Result` types.\n    *\n    * @param f - the function to be run with the NINO, if it is successfully retrieved from the auth data\n    *\/\n  private def withNinoFromAuth(f: String => Future[Result])(implicit hc: HeaderCarrier): Future[Result] =\n    authConnector\n      .authorise(ConfidenceLevel.L200, Retrievals.nino)\n      .flatMap {\n        case Some(ninoFromAuth) => f(ninoFromAuth)\n        case None               => Future.successful(Unauthorized(\"Authorization failure [user is not enrolled for NI]\"))\n      }\n      .recover {\n        case e: NoActiveSession        => Unauthorized(s\"Authorisation failure [${e.reason}]\")\n        case e: GrantAccessException   => Unauthorized(s\"Authorisation failure [${e.message}]\")\n        case e: AuthorisationException => Forbidden(s\"Authorisation failure [${e.reason}]\")\n      }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/SandboxPreFlightControllerISpec.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup\n\nimport play.api.http.HeaderNames\nimport uk.gov.hmrc.mobilestartup.services.AnnualTaxSummaryLink\nimport uk.gov.hmrc.mobilestartup.support.BaseISpec\nimport eu.timepit.refined.auto._\n\nclass SandboxPreFlightControllerISpec extends BaseISpec {\n\n  private val headerThatSucceeds =\n    Seq(HeaderNames.ACCEPT -> \"application\/vnd.hmrc.1.0+json\", \"X-MOBILE-USER-ID\" -> \"208606423740\")\n\n  private val journeyId = \"f7a5d556-9f34-47cb-9d84-7e904f2fe704\"\n\n  private def withSandboxControl(value: String) = Seq(\"SANDBOX-CONTROL\" -> value)\n\n  def withJourneyParam(journeyId: String) = s\"journeyId=$journeyId\"\n\n  val nino = \"CS700100A\"\n\n  val name = \"<NAME>\"\n\n  \"POST of \/preflight-check with X-MOBILE-USER-ID header\" should {\n\n    \"successfully switch to the sandbox preflight\" in {\n      val response =\n        await(wsUrl(s\"\/preflight-check?${withJourneyParam(journeyId)}\").addHttpHeaders(headerThatSucceeds: _*).get)\n\n      response.status                                                   shouldBe 200\n      (response.json \\ \"nino\").as[String]                               shouldBe nino\n      (response.json \\ \"routeToIV\").as[Boolean]                         shouldBe false\n      (response.json \\ \"name\").as[String]                               shouldBe name\n      (response.json \\ \"annualTaxSummaryLink\").as[AnnualTaxSummaryLink] shouldBe AnnualTaxSummaryLink(\"\/\", \"PAYE\")\n    }\n\n    \"return routeToIV = true when SANDBOX-CONTROL header = ROUTE-TO-IV\" in {\n      val response = await(\n        wsUrl(s\"\/preflight-check?${withJourneyParam(journeyId)}\")\n          .addHttpHeaders(headerThatSucceeds ++ withSandboxControl(\"ROUTE-TO-IV\"): _*)\n          .get\n      )\n\n      response.status                           shouldBe 200\n      (response.json \\ \"nino\").as[String]       shouldBe nino\n      (response.json \\ \"routeToIV\").as[Boolean] shouldBe true\n      (response.json \\ \"name\").as[String]       shouldBe name\n    }\n\n    \"return unauthorized when SANDBOX-CONTROL header = ERROR-401\" in {\n      val response = await(\n        wsUrl(s\"\/preflight-check?${withJourneyParam(journeyId)}\")\n          .addHttpHeaders(headerThatSucceeds ++ withSandboxControl(\"ERROR-401\"): _*)\n          .get\n      )\n\n      response.status shouldBe 401\n    }\n\n    \"return unauthorized when SANDBOX-CONTROL header = ERROR-403\" in {\n      val response = await(\n        wsUrl(s\"\/preflight-check?${withJourneyParam(journeyId)}\")\n          .addHttpHeaders(headerThatSucceeds ++ withSandboxControl(\"ERROR-403\"): _*)\n          .get\n      )\n\n      response.status shouldBe 403\n    }\n\n    \"return unauthorized when SANDBOX-CONTROL header = ERROR-500\" in {\n      val response = await(\n        wsUrl(s\"\/preflight-check?${withJourneyParam(journeyId)}\")\n          .addHttpHeaders(headerThatSucceeds ++ withSandboxControl(\"ERROR-500\"): _*)\n          .get()\n      )\n\n      response.status shouldBe 500\n    }\n\n    \"return 400 if journeyId not supplied\" in {\n      val response = await(wsUrl(\"\/preflight-check\").addHttpHeaders(headerThatSucceeds: _*).get)\n\n      response.status shouldBe 400\n    }\n\n    \"return 400 if journeyId is invalid\" in {\n      val response = await(\n        wsUrl(s\"\/preflight-check?${withJourneyParam(\"ThisIsAnInvalidJourneyId\")}\")\n          .addHttpHeaders(headerThatSucceeds: _*)\n          .get\n      )\n      response.status shouldBe 400\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/model\/EnrolmentStatus.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.model\n\nimport play.api.libs.json.{Format, JsResult, JsString, JsSuccess, JsValue}\n\nsealed trait EnrolmentStatus {\n  val link: Option[String]\n}\n\nobject EnrolmentStatus {\n\n  implicit val format: Format[EnrolmentStatus] = new Format[EnrolmentStatus] {\n\n    override def writes(status: EnrolmentStatus): JsValue = status match {\n      case Activated       => JsString(\"activated\")\n      case NoEnrolment     => JsString(\"noEnrolment\")\n      case NotYetActivated => JsString(\"notYetActivated\")\n      case WrongAccount    => JsString(\"wrongAccount\")\n      case NoUtr           => JsString(\"noUtr\")\n    }\n\n    override def reads(json: JsValue): JsResult[EnrolmentStatus] = json.as[String] match {\n      case \"activated\"       => JsSuccess(Activated)\n      case \"noEnrolment\"     => JsSuccess(NoEnrolment)\n      case \"notYetActivated\" => JsSuccess(NotYetActivated)\n      case \"wrongAccount\"    => JsSuccess(WrongAccount)\n      case \"noUtr\"           => JsSuccess(NoUtr)\n    }\n  }\n}\n\ncase object Activated extends EnrolmentStatus {\n  val link: Option[String] = None\n}\n\ncase object NoEnrolment extends EnrolmentStatus {\n  val link: Option[String] = Some(\"\/personal-account\/sa-enrolment\")\n}\n\ncase object NotYetActivated extends EnrolmentStatus {\n  val link: Option[String] = Some(\"\/personal-account\/self-assessment\")\n}\n\ncase object WrongAccount extends EnrolmentStatus {\n  val link: Option[String] = Some(\"\/personal-account\/self-assessment\")\n}\n\ncase object NoUtr extends EnrolmentStatus {\n  val link: Option[String] = Some(\"https:\/\/www.gov.uk\/register-for-self-assessment\")\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"test\/uk\/gov\/hmrc\/mobilestartup\/TestF.scala","text":"<filename>test\/uk\/gov\/hmrc\/mobilestartup\/TestF.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup\n\nimport cats.MonadError\nimport cats.instances.try_._\n\nimport scala.util.{Failure, Try}\n\n\/**\n  * Defines a type constructor that can be used in tests to instantiate components that have a type constructor\n  * parameter. All tests can just use `TestF` to construct the services, and `F` to generate values (e.g.\n  * `F.pure(a)` or `F.raiseError(t)`\n  *\/\ntrait TestF {\n  type TestF[A] = Try[A]\n\n  implicit val F: MonadError[TestF, Throwable] = MonadError[TestF, Throwable]\n\n  implicit class ErrorSyntax(t: Throwable) {\n    def error[A]: Try[A] = Failure(t)\n  }\n\n  implicit class ValueSyntax[A](v: Try[A]) {\n    def unsafeGet: A = v.get\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/api\/DocumentationController.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers.api\n\nimport controllers.Assets\nimport javax.inject.{Inject, Singleton}\nimport play.api.http.HttpErrorHandler\nimport play.api.libs.json.{Json, OWrites}\nimport play.api.mvc.{Action, AnyContent, ControllerComponents}\nimport uk.gov.hmrc.mobilestartup.views.txt\n\ncase class ApiAccess(\n  `type`:                    String,\n  whitelistedApplicationIds: Seq[String])\n\nobject ApiAccess {\n  implicit val writes: OWrites[ApiAccess] = Json.writes[ApiAccess]\n}\n\n@Singleton\nclass DocumentationController @Inject() (\n  controllerComponents: ControllerComponents,\n  assets:               Assets,\n  apiAccess:            ApiAccess,\n  errorHandler:         HttpErrorHandler)\n    extends uk.gov.hmrc.api.controllers.DocumentationController(controllerComponents, assets, errorHandler) {\n\n  override def definition(): Action[AnyContent] = Action {\n    Ok(txt.definition(apiAccess)).as(JSON)\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/services\/StartupService.scala","text":"<reponame>hmrc\/mobile-startup<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport play.api.libs.json.JsObject\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\n\ntrait StartupService[F[_]] {\n\n  def startup(\n    nino:        String,\n    journeyId:   JourneyId\n  )(implicit hc: HeaderCarrier\n  ): F[JsObject]\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/model\/CidPerson.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.model\n\nimport play.api.libs.json.{Format, Json, OFormat}\nimport uk.gov.hmrc.domain.{Nino, SerialisableTaxId, TaxIds}\n\ncase class CidPerson(ids: TaxIds)\n\nobject CidPerson {\n  implicit val taxIdsFormat: Format[TaxIds]     = TaxIdsFormat.formattableTaxIds\n  implicit val formats:      OFormat[CidPerson] = Json.using[Json.WithDefaultValues].format[CidPerson]\n}\n\nobject TaxIdsFormat {\n\n  import uk.gov.hmrc.domain.TaxIds._\n\n  private def ninoBuilder(value: String): Nino =\n    if (Nino.isValid(value)) Nino(value) else throw InvalidNinoException(value: String)\n\n  private val ninoSerialiser         = SerialisableTaxId(\"nino\", ninoBuilder)\n  private val saUtrSerialiser        = defaultSerialisableIds.filter(id => Set(\"sautr\").contains(id.taxIdName))\n  private val saUtrAndNinoSerialiser = saUtrSerialiser :+ ninoSerialiser\n  val formattableTaxIds:           Format[TaxIds] = format(saUtrAndNinoSerialiser: _*)\n  val formattableTaxIdsWithNoNino: Format[TaxIds] = format(saUtrSerialiser:        _*)\n}\n\ncase class InvalidNinoException(value: String) extends Exception(s\"Invalid NINO value: $value\")\n"}
{"repo_name":"hmrc\/mobile-startup","path":"test\/uk\/gov\/hmrc\/mobilestartup\/services\/NinoGen.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport org.scalacheck.{Arbitrary, Gen}\nimport uk.gov.hmrc.domain.Nino\n\ntrait NinoGen {\n  val invalidPrefixes = List(\"BG\", \"GB\", \"NK\", \"KN\", \"TN\", \"NT\", \"ZZ\")\n  val validFirstCharacters: List[Char] = ('A' to 'Z').filterNot(List('D', 'F', 'I', 'Q', 'U', 'V').contains).toList\n\n  val validSecondCharacters: List[Char] =\n    ('A' to 'Z').filterNot(List('D', 'F', 'I', 'O', 'Q', 'U', 'V').contains).toList\n\n  val validPrefixes: List[String] = {\n    for {\n      c1 <- validFirstCharacters\n      c2 <- validSecondCharacters\n    } yield s\"$c1$c2\"\n  }.filterNot(invalidPrefixes.contains)\n\n  val genNumPart: Gen[String] = Gen.listOfN(6, Gen.oneOf('0' to '9')).map(_.mkString)\n\n  val ninoGen: Gen[Nino] = {\n    for {\n      prefix  <- Gen.oneOf(validPrefixes)\n      numPart <- genNumPart\n      suffix  <- Gen.oneOf('A' to 'D')\n    } yield s\"$prefix$numPart$suffix\"\n  }.map(Nino(_))\n\n  implicit val arbNino: Arbitrary[Nino] = Arbitrary(ninoGen)\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/stubs\/AuditStub.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.stubs\n\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, post, urlPathEqualTo}\nimport com.github.tomakehurst.wiremock.stubbing.StubMapping\n\nobject AuditStub {\n\n  def respondToAuditMergedWithNoBody(implicit wireMockServer: WireMockServer): StubMapping =\n    wireMockServer.stubFor(\n      post(urlPathEqualTo(\"\/write\/audit\/merged\"))\n        .willReturn(\n          aResponse()\n            .withStatus(204)\n        )\n    )\n\n  def respondToAuditWithNoBody(implicit wireMockServer: WireMockServer): StubMapping =\n    wireMockServer.stubFor(\n      post(urlPathEqualTo(\"\/write\/audit\"))\n        .willReturn(\n          aResponse()\n            .withStatus(204)\n        )\n    )\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/LivePreFlightController.scala","text":"<reponame>hmrc\/mobile-startup<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers\nimport javax.inject.Inject\nimport play.api.libs.json.Json\nimport play.api.mvc.{Action, AnyContent, BodyParser, ControllerComponents}\nimport uk.gov.hmrc.api.controllers.HeaderValidator\nimport uk.gov.hmrc.auth.core.{AuthConnector, AuthorisedFunctions}\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.services.PreFlightService\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendBaseController\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass LivePreFlightController @Inject() (\n  val controllerComponents:               ControllerComponents,\n  preflightService:                       PreFlightService[Future],\n  override val authConnector:             AuthConnector\n)(implicit override val executionContext: ExecutionContext)\n    extends BackendBaseController\n    with AuthorisedFunctions\n    with HeaderValidator {\n\n  override def parser: BodyParser[AnyContent] = controllerComponents.parsers.anyContent\n\n  private val authToken = \"AuthToken\"\n\n  def preFlightCheck(journeyId: JourneyId): Action[AnyContent] =\n    validateAccept(acceptHeaderValidationRules).async { implicit request =>\n      preflightService.preFlight(journeyId).map { response =>\n        hc.authorization match {\n          case Some(auth) => Ok(Json.toJson(response)).addingToSession(authToken -> auth.value)\n          case _          => Unauthorized(\"Failed to resolve authentication from HC!\")\n        }\n      }\n    }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/services\/PreFlightServiceImpl.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport cats.MonadError\nimport cats.implicits._\nimport uk.gov.hmrc.auth.core.retrieve.{Credentials, ItmpName}\nimport uk.gov.hmrc.auth.core.{ConfidenceLevel, Enrolments, UnsupportedAuthProvider}\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.mobilestartup.connectors.GenericConnector\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\n\nimport scala.concurrent.ExecutionContext\n\nabstract class PreFlightServiceImpl[F[_]](\n  genericConnector:       GenericConnector[F],\n  minimumConfidenceLevel: Int\n)(implicit F:             MonadError[F, Throwable])\n    extends PreFlightService[F] {\n\n  \/\/ The authentication and auditing calls from the platform are based on Future so declare a couple of\n  \/\/ methods that adapt away from Future to F that the live implementation can define.\n  def retrieveAccounts(implicit hc: HeaderCarrier): F[\n    (Option[Nino],\n     Option[SaUtr],\n     Option[Credentials],\n     ConfidenceLevel,\n     Option[ItmpName],\n     Option[AnnualTaxSummaryLink],\n     Enrolments)\n  ]\n\n  def getUtr(\n    foundUtr:    Option[SaUtr],\n    foundNino:   Option[Nino],\n    enrolments:  Enrolments\n  )(implicit hc: HeaderCarrier\n  ): F[\n    (Option[Utr])\n  ]\n\n  def auditing[T](\n    service:     String,\n    details:     Map[String, String]\n  )(f:           => F[T]\n  )(implicit hc: HeaderCarrier\n  ): F[T]\n\n  def preFlight(\n    journeyId:   JourneyId\n  )(implicit hc: HeaderCarrier,\n    ec:          ExecutionContext\n  ): F[PreFlightCheckResponse] =\n    auditing(\"preFlightCheck\", Map.empty) {\n      getPreFlightCheckResponse(journeyId)\n    }\n\n  private def getPreFlightCheckResponse(\n    journeyId:   JourneyId\n  )(implicit hc: HeaderCarrier,\n    ec:          ExecutionContext\n  ): F[PreFlightCheckResponse] = {\n\n    val accountsRetrieved: F[PreFlightCheckResponse] = retrieveAccounts.map {\n      case (nino, saUtr, credentials, confidenceLevel, name, annualTaxSummaryLink, enrolments) =>\n        if (credentials.getOrElse(Credentials(\"Unsupported\", \"Unsupported\")).providerType != \"GovernmentGateway\")\n          throw new UnsupportedAuthProvider\n        PreFlightCheckResponse(nino,\n                               saUtr,\n                               minimumConfidenceLevel > confidenceLevel.level,\n                               name,\n                               annualTaxSummaryLink,\n                               None,\n                               enrolments)\n    }\n    for {\n      account    <- accountsRetrieved\n      utrDetails <- getUtr(account.saUtr, account.nino, account.enrolments)\n    } yield {\n      PreFlightCheckResponse(account.nino,\n                             account.saUtr,\n                             account.routeToIV,\n                             account.name,\n                             account.annualTaxSummaryLink,\n                             utrDetails,\n                             account.enrolments)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/LivePreFlightControllerISpec.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup\n\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.libs.ws.WSResponse\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.support.BaseISpec\nimport uk.gov.hmrc.mobilestartup.stubs.AuthStub._\nimport uk.gov.hmrc.mobilestartup.stubs.AuditStub._\nimport uk.gov.hmrc.mobilestartup.stubs.CitizenDetailsStub._\nimport uk.gov.hmrc.mobilestartup.stubs.EnrolmentStoreStub._\nimport eu.timepit.refined.auto._\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport com.github.tomakehurst.wiremock.client.WireMock\nimport com.github.tomakehurst.wiremock.http.RequestMethod\nimport com.github.tomakehurst.wiremock.matching.{RequestPatternBuilder, StringValuePattern, UrlPattern}\nimport uk.gov.hmrc.http.HttpVerbs.GET\n\nimport scala.concurrent.Future\n\ntrait LivePreFlightControllerTests extends BaseISpec {\n  val nino:      Nino      = Nino(\"AA000006C\")\n  val saUtr:     SaUtr     = SaUtr(\"123456789\")\n  val journeyId: JourneyId = \"b6ef25bc-8f5e-49c8-98c5-f039f39e4557\"\n  val url:       String    = s\"\/preflight-check?journeyId=$journeyId\"\n\n  private val cidPersonJson = s\"\"\"{ \n                                 |  \"name\": {\n                                 |    \"current\": {\n                                 |      \"firstName\": \"John\",\n                                 |      \"lastName\": \"Smith\"\n                                 |    },\n                                 |    \"previous\": []\n                                 |  },\n                                 |  \"ids\": {\n                                 |    \"nino\": \"AA000006C\",\n                                 |    \"sautr\": \"123123123\"\n                                 |  },\n                                 |  \"dateOfBirth\": \"11121971\"\n                                 |}\"\"\".stripMargin\n\n  private val cidPersonJsonNoUtr = s\"\"\"{\n                                 |  \"name\": {\n                                 |    \"current\": {\n                                 |      \"firstName\": \"John\",\n                                 |      \"lastName\": \"Smith\"\n                                 |    },\n                                 |    \"previous\": []\n                                 |  },\n                                 |  \"ids\": {\n                                 |    \"nino\": \"AA000006C\"\n                                 |  },\n                                 |  \"dateOfBirth\": \"11121971\"\n                                 |}\"\"\".stripMargin\n\n  private val principalIdsJson = s\"\"\"{\n                                    |    \"principalUserIds\": [\n                                    |       \"ABCEDEFGI1234567\",\n                                    |       \"ABCEDEFGI1234568\"\n                                    |    ]\n                                    |}\"\"\".stripMargin\n\n  private val noPrincipalIdsJson = s\"\"\"{\n                                      |    \"principalUserIds\": []\n                                      |}\"\"\".stripMargin\n\n  def getRequestWithAcceptHeader(url: String): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader, authorizationJsonHeader).get()\n\n  def postRequestWithAcceptHeader(\n    url:  String,\n    form: JsValue\n  ): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader).post(form)\n\n  def postRequestWithAcceptHeader(url: String): Future[WSResponse] =\n    wsUrl(url).addHttpHeaders(acceptJsonHeader).post(\"\")\n\n  \"GET \/preflight-check\" should {\n\n    \"return account details\" in {\n      accountsFound(nino.nino, saUtr.utr)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                                          shouldBe 200\n      (response.json \\ \"nino\").as[String]                      shouldBe nino.nino\n      (response.json \\ \"saUtr\").as[String]                     shouldBe saUtr.utr\n      (response.json \\ \"name\").as[String]                      shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]                shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]             shouldBe \"123456789\"\n      (response.json \\ \"utr\" \\ \"status\").as[String]            shouldBe \"activated\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\").isEmpty shouldBe true\n\n    }\n\n    \"return account details with name if itmpName not available\" in {\n      accountsFoundMissingItmpName(nino.nino, saUtr.utr)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                                          shouldBe 200\n      (response.json \\ \"nino\").as[String]                      shouldBe nino.nino\n      (response.json \\ \"saUtr\").as[String]                     shouldBe saUtr.utr\n      (response.json \\ \"name\").as[String]                      shouldBe \"TestUser2\"\n      (response.json \\ \"routeToIV\").as[Boolean]                shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]             shouldBe \"123456789\"\n      (response.json \\ \"utr\" \\ \"status\").as[String]            shouldBe \"activated\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\").isEmpty shouldBe true\n\n    }\n\n    \"return account details with no name if itmpName and name not available\" in {\n      accountsFoundMissingItmpName(nino.nino, saUtr.utr, bothNamesMissing = true)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                                          shouldBe 200\n      (response.json \\ \"nino\").as[String]                      shouldBe nino.nino\n      (response.json \\ \"saUtr\").as[String]                     shouldBe saUtr.utr\n      (response.json \\ \"name\").isEmpty                         shouldBe true\n      (response.json \\ \"routeToIV\").as[Boolean]                shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]             shouldBe \"123456789\"\n      (response.json \\ \"utr\" \\ \"status\").as[String]            shouldBe \"activated\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\").isEmpty shouldBe true\n\n    }\n\n    \"Look for SaUtr on citizen-details if none returned from auth\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidPersonForNinoAre(cidPersonJson)\n      principalIdsForUtrAre(\"123123123\", principalIdsJson)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]  shouldBe \"123123123\"\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"wrongAccount\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"\/personal-account\/self-assessment\"\n    }\n\n    \"return noUtr status if call to CID returns no UTR\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidPersonForNinoAre(cidPersonJsonNoUtr)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noUtr\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"https:\/\/www.gov.uk\/register-for-self-assessment\"\n\n    }\n\n    \"return noUtr status if call to CID returns 204\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidWillReturnErrorResponse(204)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noUtr\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"https:\/\/www.gov.uk\/register-for-self-assessment\"\n\n    }\n\n    \"do not call Enrolment Store if no UTR found on CID\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidWillReturnErrorResponse(404)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noUtr\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"https:\/\/www.gov.uk\/register-for-self-assessment\"\n\n      enrolmentStoreShouldNotHaveBeenCalled()\n\n    }\n\n    \"Return correct url if no principalIds found for CID utr on Enrolment store proxy\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidPersonForNinoAre(cidPersonJson)\n      principalIdsForUtrAre(\"123123123\", noPrincipalIdsJson)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]  shouldBe \"123123123\"\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noEnrolment\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"\/personal-account\/sa-enrolment\"\n    }\n\n    \"return correct utr object if call to Enrolment Store returns 204\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidPersonForNinoAre(cidPersonJson)\n      enrolmentStoreReturnErrorResponse(\"123123123\", 204)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]  shouldBe \"123123123\"\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noEnrolment\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"\/personal-account\/sa-enrolment\"\n\n    }\n\n    \"return no utr object if call to CID fails with 400\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidWillReturnErrorResponse(400)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                           shouldBe 200\n      (response.json \\ \"nino\").as[String]       shouldBe nino.nino\n      (response.json \\ \"name\").as[String]       shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean] shouldBe false\n      (response.json \\ \"utr\").isEmpty           shouldBe true\n\n    }\n\n    \"return noUtr status if call to CID fails with 404\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidWillReturnErrorResponse(404)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                               shouldBe 200\n      (response.json \\ \"nino\").as[String]           shouldBe nino.nino\n      (response.json \\ \"name\").as[String]           shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean]     shouldBe false\n      (response.json \\ \"utr\" \\ \"status\").as[String] shouldBe \"noUtr\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"https:\/\/www.gov.uk\/register-for-self-assessment\"\n\n    }\n\n    \"return no utr object if call to CID fails with 500\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidWillReturnErrorResponse(500)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                           shouldBe 200\n      (response.json \\ \"nino\").as[String]       shouldBe nino.nino\n      (response.json \\ \"name\").as[String]       shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean] shouldBe false\n      (response.json \\ \"utr\").isEmpty           shouldBe true\n\n    }\n\n    \"return no utr object if call to Enrolment Store fails\" in {\n      accountsFoundMissingSaUtr(nino.nino)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n      cidPersonForNinoAre(cidPersonJson)\n      enrolmentStoreReturnErrorResponse(\"123123123\", 500)\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      response.status                           shouldBe 200\n      (response.json \\ \"nino\").as[String]       shouldBe nino.nino\n      (response.json \\ \"name\").as[String]       shouldBe \"Test User\"\n      (response.json \\ \"routeToIV\").as[Boolean] shouldBe false\n      (response.json \\ \"utr\").isEmpty           shouldBe true\n\n    }\n\n    \"return 401 when auth fails\" in {\n      accountsFound()\n\n      val response = await(wsUrl(url).addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 401\n    }\n\n    \"return 400 when no journeyId supplied\" in {\n      accountsFound()\n\n      val response =\n        await(wsUrl(\"\/preflight-check\").addHttpHeaders(acceptJsonHeader).get())\n      response.status shouldBe 400\n    }\n\n    \"return 400 when invalid journeyId supplied\" in {\n      accountsFound()\n\n      val response = await(\n        wsUrl(\"\/preflight-check?journeyId=ThisIsAnInvalidJourneyId\")\n          .addHttpHeaders(acceptJsonHeader)\n          .get()\n      )\n      response.status shouldBe 400\n    }\n  }\n}\n\nclass LivePreflightControllerAllEnabledISpec extends LivePreFlightControllerTests {\n\n  \"GET \/preflight-check\" should {\n\n    \"return paye link and inactive saUtr link if no active saUtr found\" in {\n      accountsFound(nino.nino, saUtr.utr, activateUtr = false)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      (response.json \\ \"annualTaxSummaryLink\" \\ \"link\").as[String]        shouldBe \"\/annual-tax-summary\/paye\/main\"\n      (response.json \\ \"annualTaxSummaryLink\" \\ \"destination\").as[String] shouldBe \"PAYE\"\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]                        shouldBe \"123456789\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\")\n        .as[String] shouldBe \"\/personal-account\/self-assessment\"\n\n    }\n\n    \"return sa link if active saUtr found\" in {\n      accountsFound(nino.nino, saUtr.utr)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      (response.json \\ \"annualTaxSummaryLink\" \\ \"link\").as[String]        shouldBe \"\/annual-tax-summary\"\n      (response.json \\ \"annualTaxSummaryLink\" \\ \"destination\").as[String] shouldBe \"SA\"\n      (response.json \\ \"utr\" \\ \"saUtr\").as[String]                        shouldBe \"123456789\"\n      (response.json \\ \"utr\" \\ \"inactiveEnrolmentUrl\").isEmpty            shouldBe true\n    }\n  }\n}\n\nclass LivePreflightControllerATSLinkDisabledISpec extends LivePreFlightControllerTests {\n\n  override protected def appBuilder: GuiceApplicationBuilder = new GuiceApplicationBuilder().configure(\n    config ++\n    Map(\n      \"feature.annualTaxSummaryLink\" -> false\n    )\n  )\n\n  \"GET \/preflight-check\" should {\n\n    \"return no ATS link if feature flag is off\" in {\n      accountsFound(nino.nino, saUtr.utr, activateUtr = false)\n      respondToAuditMergedWithNoBody\n      respondToAuditWithNoBody\n\n      val response = await(getRequestWithAcceptHeader(url))\n\n      (response.json \\ \"annualTaxSummaryLink\").isEmpty shouldBe true\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/stubs\/AuthStub.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.stubs\n\nimport com.github.tomakehurst.wiremock.WireMockServer\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport com.github.tomakehurst.wiremock.stubbing.StubMapping\n\nobject AuthStub {\n\n  private val authUrl: String = \"\/auth\/authorise\"\n\n  private val authoriseRequestBody: String = {\n    \"\"\"\n      |{\n      | \"authorise\": [ {\n      |  \"confidenceLevel\" : 200\n      |  } ],\n      | \"retrieve\": [\"nino\"]\n      |}\"\"\".stripMargin\n  }\n\n  private val accountsRequestJson: String = {\n    \"\"\"{ \"authorise\": [], \"retrieve\": [\"nino\",\"saUtr\",\"optionalCredentials\",\"confidenceLevel\",\"optionalItmpName\",\"allEnrolments\",\"optionalName\"] }\"\"\".stripMargin\n  }\n\n  private def loggedInResponse(\n    nino:        String,\n    saUtr:       String,\n    activateUtr: Boolean\n  ): String =\n    s\"\"\"\n       |{\n       |  \"nino\": \"$nino\",\n       |  \"saUtr\": \"$saUtr\",\n       |  \"optionalCredentials\": {\n       |    \"providerId\": \"test-cred-id\",\n       |    \"providerType\": \"GovernmentGateway\"\n       |  },\n       |  \"allEnrolments\": [{\n       |      \"key\": \"IR-SA\",\n       |      \"identifiers\": [{\n       |        \"key\": \"UTR\",\n       |        \"value\": \"$saUtr\"\n       |      }],\n       |      \"state\": \"${if (activateUtr) \"Activated\" else \"Deactivated\"}\"\n       |}],\n       |  \"groupIdentifier\": \"groupId\",\n       |  \"confidenceLevel\": 200,\n       |  \"optionalItmpName\": {\n       |    \"givenName\": \"Test\",\n       |    \"familyName\": \"User\"\n       |  },\n       |  \"optionalName\": {\n       |    \"name\": \"TestUser2\"\n       |  }\n       |}\n           \"\"\".stripMargin\n\n  private def loggedInResponseNoNino(\n    saUtr:       String,\n    activateUtr: Boolean\n  ): String =\n    s\"\"\"\n       |{\n       |  \"saUtr\": \"$saUtr\",\n       |  \"optionalCredentials\": {\n       |    \"providerId\": \"test-cred-id\",\n       |    \"providerType\": \"GovernmentGateway\"\n       |  },\n       |  \"allEnrolments\": [{\n       |      \"key\": \"IR-SA\",\n       |      \"identifiers\": [{\n       |        \"key\": \"UTR\",\n       |        \"value\": \"$saUtr\"\n       |      }],\n       |      \"state\": \"${if (activateUtr) \"Activated\" else \"Deactivated\"}\"\n       |}],\n       |  \"groupIdentifier\": \"groupId\",\n       |  \"confidenceLevel\": 200,\n       |  \"optionalItmpName\": {\n       |    \"givenName\": \"Test\",\n       |    \"familyName\": \"User\"\n       |  },\n       |  \"optionalName\": {\n       |    \"name\": \"TestUser2\"\n       |  }\n       |}\n           \"\"\".stripMargin\n\n  private def loggedInResponseNoSaUtr(nino: String): String =\n    s\"\"\"\n       |{\n       |  \"nino\": \"$nino\",\n       |  \"optionalCredentials\": {\n       |    \"providerId\": \"test-cred-id\",\n       |    \"providerType\": \"GovernmentGateway\"\n       |  },\n       |  \"allEnrolments\": [],\n       |  \"groupIdentifier\": \"groupId\",\n       |  \"confidenceLevel\": 200,\n       |  \"optionalItmpName\": {\n       |    \"givenName\": \"Test\",\n       |    \"familyName\": \"User\"\n       |  },\n       |  \"optionalName\": {\n       |    \"name\": \"TestUser2\"\n       |  }\n       |}\n           \"\"\".stripMargin\n\n  private def loggedInResponseNoItmpName(\n    nino:        String,\n    saUtr:       String,\n    activateUtr: Boolean\n  ): String =\n    s\"\"\"\n       |{\n       |  \"nino\": \"$nino\",\n       |  \"saUtr\": \"$saUtr\",\n       |  \"optionalCredentials\": {\n       |    \"providerId\": \"test-cred-id\",\n       |    \"providerType\": \"GovernmentGateway\"\n       |  },\n       |  \"allEnrolments\": [{\n       |      \"key\": \"IR-SA\",\n       |      \"identifiers\": [{\n       |        \"key\": \"UTR\",\n       |        \"value\": \"$saUtr\"\n       |      }],\n       |      \"state\": \"${if (activateUtr) \"Activated\" else \"Deactivated\"}\"\n       |}],\n       |  \"groupIdentifier\": \"groupId\",\n       |  \"confidenceLevel\": 200,\n       |  \"optionalName\": {\n       |    \"name\": \"TestUser2\"\n       |  }\n       |}\n           \"\"\".stripMargin\n\n  private def loggedInResponseNoNames(\n    nino:        String,\n    saUtr:       String,\n    activateUtr: Boolean\n  ): String =\n    s\"\"\"\n       |{\n       |  \"nino\": \"$nino\",\n       |  \"saUtr\": \"$saUtr\",\n       |  \"optionalCredentials\": {\n       |    \"providerId\": \"test-cred-id\",\n       |    \"providerType\": \"GovernmentGateway\"\n       |  },\n       |  \"allEnrolments\": [{\n       |      \"key\": \"IR-SA\",\n       |      \"identifiers\": [{\n       |        \"key\": \"UTR\",\n       |        \"value\": \"$saUtr\"\n       |      }],\n       |      \"state\": \"${if (activateUtr) \"Activated\" else \"Deactivated\"}\"\n       |}],\n       |  \"groupIdentifier\": \"groupId\",\n       |  \"confidenceLevel\": 200\n       |}\n           \"\"\".stripMargin\n\n  def accountsFound(\n    nino:        String  = \"AA000006C\",\n    saUtr:       String  = \"123456789\",\n    activateUtr: Boolean = true\n  ): StubMapping =\n    stubFor(\n      post(urlEqualTo(authUrl))\n        .withRequestBody(equalToJson(accountsRequestJson, true, false))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(loggedInResponse(nino, saUtr, activateUtr))\n        )\n    )\n\n  def accountsFoundMissingSaUtr(nino: String = \"AA000006C\"): StubMapping =\n    stubFor(\n      post(urlEqualTo(authUrl))\n        .withRequestBody(equalToJson(accountsRequestJson, true, false))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(loggedInResponseNoSaUtr(nino))\n        )\n    )\n\n  def accountsFoundMissingItmpName(\n    nino:             String  = \"AA000006C\",\n    saUtr:            String  = \"123456789\",\n    activateUtr:      Boolean = true,\n    bothNamesMissing: Boolean = false\n  ): StubMapping = {\n    val response =\n      if (bothNamesMissing) loggedInResponseNoNames(nino, saUtr, activateUtr)\n      else loggedInResponseNoItmpName(nino, saUtr, activateUtr)\n    stubFor(\n      post(urlEqualTo(authUrl))\n        .withRequestBody(equalToJson(accountsRequestJson, true, false))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(response)\n        )\n    )\n  }\n\n  def userLoggedIn(\n    nino:        String  = \"AA000006C\",\n    saUtr:       String  = \"123456789\",\n    activateUtr: Boolean = true\n  ): StubMapping =\n    stubFor(\n      post(urlEqualTo(authUrl))\n        .withRequestBody(equalToJson(authoriseRequestBody, true, false))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(loggedInResponse(nino, saUtr, activateUtr))\n        )\n    )\n\n  def userLoggedInNoNino(\n    saUtr:       String  = \"123456789\",\n    activateUtr: Boolean = true\n  ): StubMapping =\n    stubFor(\n      post(urlEqualTo(authUrl))\n        .withRequestBody(equalToJson(authoriseRequestBody, true, false))\n        .willReturn(\n          aResponse()\n            .withStatus(200)\n            .withBody(loggedInResponseNoNino(saUtr, activateUtr))\n        )\n    )\n\n  def userIsLoggedInWithInsufficientConfidenceLevel()(implicit wireMockServer: WireMockServer): StubMapping =\n    wireMockServer.stubFor(\n      post(urlPathEqualTo(\"\/auth\/authorise\"))\n        .withRequestBody(equalToJson(authoriseRequestBody))\n        .willReturn(\n          aResponse()\n            .withStatus(401)\n            .withHeader(\"WWW-Authenticate\", \"\"\"MDTP detail=\"InsufficientConfidenceLevel\"\"\"\")\n        )\n    )\n\n  def userIsNotLoggedIn()(implicit wireMockServer: WireMockServer): StubMapping =\n    wireMockServer.stubFor(\n      post(urlPathEqualTo(\"\/auth\/authorise\"))\n        .withRequestBody(equalToJson(authoriseRequestBody))\n        .willReturn(\n          aResponse()\n            .withStatus(401)\n            .withHeader(\"WWW-Authenticate\", \"\"\"MDTP detail=\"MissingBearerToken\"\"\"\")\n        )\n    )\n\n  def authoriseShouldNotHaveBeenCalled()(implicit wireMockServer: WireMockServer): Unit =\n    wireMockServer.verify(0, postRequestedFor(urlPathEqualTo(\"\/auth\/authorise\")))\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/SandboxStartupController.scala","text":"<filename>app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/SandboxStartupController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers\n\nimport javax.inject.Inject\nimport play.api.mvc.{Action, AnyContent, BodyParser, ControllerComponents}\nimport uk.gov.hmrc.api.controllers.HeaderValidator\nimport uk.gov.hmrc.api.sandbox.FileResource\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendBaseController\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SandboxStartupController @Inject() (\n  val controllerComponents:      ControllerComponents\n)(implicit val executionContext: ExecutionContext)\n    extends BackendBaseController\n    with FileResource\n    with HeaderValidator {\n\n  def startup(journeyId: JourneyId): Action[AnyContent] =\n    validateAccept(acceptHeaderValidationRules).async { implicit request =>\n      val sandboxControl: Option[String] = request.headers.get(\"SANDBOX-CONTROL\")\n\n      Future.successful {\n        sandboxControl match {\n          case Some(\"ERROR-401\")          => Unauthorized\n          case Some(\"ERROR-403\")          => Forbidden\n          case Some(\"ERROR-500\")          => InternalServerError\n          case Some(\"RENEWALS-OPEN\")      => Ok(readData(\"startup.json\"))\n          case Some(\"RENEWALS-VIEW-ONLY\") => Ok(readData(\"startup.json\", renewalsStatus = \"check_status_only\"))\n          case Some(\"RENEWALS-CLOSED\")    => Ok(readData(\"startup.json\", renewalsStatus = \"closed\"))\n          case Some(\"HTS-ENROLLED\")       => Ok(readData(\"startup.json\"))\n          case Some(\"HTS-ELIGIBLE\")       => Ok(readData(\"startup.json\", htsStatus = \"NotEnrolledButEligible\"))\n          case Some(\"HTS-NOT-ENROLLED\")   => Ok(readData(\"startup.json\", htsStatus = \"NotEnrolled\"))\n          case _                          => Ok(readData(\"startup.json\"))\n        }\n      }\n    }\n\n  private def readData(\n    resource:       String,\n    renewalsStatus: String = \"open\",\n    htsStatus:      String = \"Enrolled\"\n  ) =\n    findResource(s\"\/sandbox\/$resource\")\n      .getOrElse(throw new IllegalArgumentException(\"Resource not found!\"))\n      .replace(\"<RENEWALS_STATUS>\", renewalsStatus)\n      .replace(\"<HTS_STATUS>\", htsStatus)\n\n  override def parser: BodyParser[AnyContent] = controllerComponents.parsers.anyContent\n\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/controllers\/SandboxPreFlightController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers\nimport javax.inject.Inject\nimport play.api.libs.json.Json.toJson\nimport play.api.mvc._\nimport uk.gov.hmrc.api.controllers.HeaderValidator\nimport uk.gov.hmrc.api.sandbox.FileResource\nimport uk.gov.hmrc.auth.core.retrieve.ItmpName\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.services.{AnnualTaxSummaryLink, PreFlightCheckResponse}\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendBaseController\nimport eu.timepit.refined.auto._\nimport uk.gov.hmrc.auth.core.Enrolments\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SandboxPreFlightController @Inject() (\n  val controllerComponents:      ControllerComponents\n)(implicit val executionContext: ExecutionContext)\n    extends BackendBaseController\n    with FileResource\n    with HeaderValidator {\n\n  override def parser: BodyParser[AnyContent] = controllerComponents.parsers.anyContent\n\n  def preFlightCheck(journeyId: JourneyId): Action[AnyContent] =\n    validateAccept(acceptHeaderValidationRules).async { implicit request =>\n      val sandboxControl: Option[String] = request.headers.get(\"SANDBOX-CONTROL\")\n\n      Future.successful {\n        sandboxControl match {\n          case Some(\"ERROR-401\") => Unauthorized\n          case Some(\"ERROR-403\") => Forbidden\n          case Some(\"ERROR-500\") => InternalServerError\n          case Some(\"ROUTE-TO-IV\") =>\n            Ok(\n              toJson(\n                PreFlightCheckResponse(\n                  Some(Nino(\"CS700100A\")),\n                  None,\n                  routeToIV = true,\n                  Some(ItmpName(givenName = Some(\"Nia\"), None, familyName = Some(\"Jackson\"))),\n                  utr        = None,\n                  enrolments = Enrolments(Set.empty)\n                )\n              )\n            )\n          case _ => Ok(toJson(buildPreFlightResponse(false)))\n        }\n      }\n    }\n\n  def buildPreFlightResponse(toIV: Boolean): PreFlightCheckResponse =\n    PreFlightCheckResponse(\n      Some(Nino(\"CS700100A\")),\n      Some(SaUtr(\"1234567890\")),\n      toIV,\n      Some(ItmpName(givenName = Some(\"Nia\"), None, familyName = Some(\"Jackson\"))),\n      Some(AnnualTaxSummaryLink(\"\/\", \"PAYE\")),\n      None,\n      Enrolments(Set.empty)\n    )\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/support\/BaseISpec.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.support\n\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatestplus.play.WsScalaTestClient\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.ws.WSClient\nimport play.api.test.{DefaultAwaitTimeout, FutureAwaits}\n\nclass BaseISpec\n    extends AnyWordSpecLike\n    with Matchers\n    with OptionValues\n    with WsScalaTestClient\n    with GuiceOneServerPerSuite\n    with WireMockSupport\n    with FutureAwaits\n    with DefaultAwaitTimeout {\n\n  override implicit lazy val app: Application = appBuilder.build()\n\n  protected val acceptJsonHeader:        (String, String) = \"Accept\"        -> \"application\/vnd.hmrc.1.0+json\"\n  protected val authorizationJsonHeader: (String, String) = \"Authorization\" -> \"Bearer test\"\n\n  def config: Map[String, Any] =\n    Map(\n      \"auditing.enabled\"                                      -> true,\n      \"microservice.services.auth.port\"                       -> wireMockPort,\n      \"microservice.services.datastream.port\"                 -> wireMockPort,\n      \"microservice.services.mobile-tax-credits-renewal.port\" -> wireMockPort,\n      \"microservice.services.citizen-details.port\"            -> wireMockPort,\n      \"microservice.services.enrolment-store-proxy.port\"      -> wireMockPort,\n      \"auditing.consumer.baseUri.port\"                        -> wireMockPort,\n      \"feature.userPanelSignUp\"                               -> true,\n      \"feature.enablePushNotificationTokenRegistration\"       -> true,\n      \"feature.helpToSave.enableBadge\"                        -> true,\n      \"feature.paperlessAlertDialogs\"                         -> true,\n      \"feature.paperlessAdverts\"                              -> true,\n      \"feature.htsAdverts\"                                    -> true,\n      \"feature.saTile\"                                        -> true,\n      \"feature.annualTaxSummaryLink\"                          -> true\n    )\n\n  protected def appBuilder: GuiceApplicationBuilder = new GuiceApplicationBuilder().configure(config)\n\n  protected implicit lazy val wsClient: WSClient = app.injector.instanceOf[WSClient]\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"test\/uk\/gov\/hmrc\/mobilestartup\/controllers\/LiveStartupControllerSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/mobilestartup\/controllers\/LiveStartupControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.controllers\n\nimport play.api.http.Status\nimport play.api.libs.json.JsObject\nimport play.api.libs.json.Json._\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.auth.core.authorise.Predicate\nimport uk.gov.hmrc.auth.core.retrieve.Retrieval\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.mobilestartup.BaseSpec\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport uk.gov.hmrc.mobilestartup.services.StartupService\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass LiveStartupControllerSpec extends BaseSpec {\n  private val fakeRequest = FakeRequest(\"GET\", \"\/\")\n\n  private val stubStartupService = new StartupService[Future] {\n\n    override def startup(\n      nino:        String,\n      journeyId:   JourneyId\n    )(implicit hc: HeaderCarrier\n    ): Future[JsObject] =\n      Future.successful(obj())\n  }\n\n  private def authConnector(stubbedRetrievalResult: Future[_]): AuthConnector = new AuthConnector {\n\n    def authorise[A](\n      predicate:   Predicate,\n      retrieval:   Retrieval[A]\n    )(implicit hc: HeaderCarrier,\n      ec:          ExecutionContext\n    ): Future[A] =\n      stubbedRetrievalResult.map(_.asInstanceOf[A])(ec)\n  }\n\n  \"GET \/\" should {\n    \"return 200\" in {\n      val controller = new LiveStartupController(\n        stubStartupService,\n        stubControllerComponents(),\n        authConnector(Future.successful(Some(\"nino\"))),\n        200\n      )\n      val result = controller.startup(journeyId)(fakeRequest)\n      status(result) shouldBe Status.OK\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"app\/uk\/gov\/hmrc\/mobilestartup\/config\/GuiceModule.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.config\n\nimport com.google.inject.name.Names.named\nimport com.google.inject.{AbstractModule, TypeLiteral}\nimport javax.inject.Inject\nimport play.api.{Configuration, Environment, Logger, LoggerLike}\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.http.CorePost\nimport uk.gov.hmrc.mobilestartup.connectors.{GenericConnector, GenericConnectorImpl}\nimport uk.gov.hmrc.mobilestartup.controllers.api.ApiAccess\nimport uk.gov.hmrc.mobilestartup.services.{LivePreFlightService, LiveStartupService, PreFlightService, StartupService}\nimport uk.gov.hmrc.play.bootstrap.auth.DefaultAuthConnector\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Future\n\nclass GuiceModule @Inject() (\n  environment:   Environment,\n  configuration: Configuration)\n    extends AbstractModule {\n\n  val servicesConfig: ServicesConfig = new ServicesConfig(configuration)\n\n  override def configure(): Unit = {\n\n    bindConfigInt(\"controllers.confidenceLevel\")\n    bindConfigString(\"appUrl\", \"appUrl\")\n    bindConfigBoolean(\"feature.userPanelSignUp\")\n    bindConfigBoolean(\"feature.enablePushNotificationTokenRegistration\")\n    bindConfigBoolean(\"feature.paperlessAlertDialogs\")\n    bindConfigBoolean(\"feature.paperlessAdverts\")\n    bindConfigBoolean(\"feature.htsAdverts\")\n    bindConfigBoolean(\"feature.annualTaxSummaryLink\")\n    bind(classOf[Logger]).toInstance(Logger(this.getClass))\n\n    bind(classOf[AuthConnector]).to(classOf[DefaultAuthConnector])\n    bind(classOf[CorePost]).to(classOf[WSHttpImpl])\n\n    bind(new TypeLiteral[GenericConnector[Future]] {}).to(classOf[GenericConnectorImpl])\n    bind(new TypeLiteral[StartupService[Future]] {}).to(classOf[LiveStartupService])\n    bind(new TypeLiteral[PreFlightService[Future]] {}).to(classOf[LivePreFlightService])\n\n    bind(classOf[ApiAccess]).toInstance(\n      ApiAccess(\"PRIVATE\", configuration.underlying.getStringList(\"api.access.white-list.applicationIds\").asScala)\n    )\n  }\n\n  \/**\n    * Binds a configuration value using the `path` as the name for the binding.\n    * Throws an exception if the configuration value does not exist or cannot be read as an Int.\n    *\/\n  private def bindConfigInt(path: String): Unit =\n    bindConstant().annotatedWith(named(path)).to(configuration.underlying.getInt(path))\n\n  private def bindConfigString(\n    name: String,\n    path: String\n  ): Unit =\n    bindConstant().annotatedWith(named(name)).to(configuration.underlying.getString(path))\n\n  private def bindConfigBoolean(path: String): Unit =\n    bindConstant().annotatedWith(named(path)).to(configuration.underlying.getBoolean(path))\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"it\/uk\/gov\/hmrc\/mobilestartup\/SandboxStartupControllerISpec.scala","text":"<reponame>hmrc\/mobile-startup\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup\n\nimport play.api.http.HeaderNames\nimport play.api.libs.ws.WSClient\nimport uk.gov.hmrc.mobilestartup.support.BaseISpec\n\nclass SandboxStartupControllerISpec extends BaseISpec {\n\n  val mobileHeader = Seq(HeaderNames.ACCEPT -> \"application\/vnd.hmrc.1.0+json\", \"X-MOBILE-USER-ID\" -> \"208606423740\")\n\n  private def withSandboxControl(value: String) = Seq(\"SANDBOX-CONTROL\" -> value)\n\n  override implicit lazy val wsClient: WSClient = app.injector.instanceOf[WSClient]\n\n  \"This integration test\" should {\n    \"start services via smserver\" in {\n      val response =\n        await(wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\").addHttpHeaders(mobileHeader: _*).get)\n      response.status shouldBe 200\n    }\n\n    \"return 200 and RENEWALS OPEN json where SANDBOX-CONTROL is RENEWALS-OPEN\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"RENEWALS-OPEN\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"taxCreditRenewals\" \\ \"submissionsState\").as[String] shouldBe \"open\"\n    }\n\n    \"return 200 and RENEWALS VIEW ONLY json where SANDBOX-CONTROL is RENEWALS-VIEW-ONLY\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"RENEWALS-VIEW-ONLY\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"taxCreditRenewals\" \\ \"submissionsState\").as[String] shouldBe \"check_status_only\"\n    }\n\n    \"return 200 and RENEWALS CLOSE json where SANDBOX-CONTROL is RENEWALS-CLOSED\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"RENEWALS-CLOSED\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"taxCreditRenewals\" \\ \"submissionsState\").as[String] shouldBe \"closed\"\n    }\n\n    \"return 200 and HTS ENROLLED json where SANDBOX-CONTROL is HTS-ENROLLED\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"HTS-ENROLLED\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"helpToSave\" \\ \"user\" \\ \"state\").as[String] shouldBe \"Enrolled\"\n    }\n\n    \"return 200 and HTS ELIGIBLE json where SANDBOX-CONTROL is HTS-ELIGIBLE\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"HTS-ELIGIBLE\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"helpToSave\" \\ \"user\" \\ \"state\").as[String] shouldBe \"NotEnrolledButEligible\"\n    }\n\n    \"return 200 and HTS NOT ENROLLED json where SANDBOX-CONTROL is HTS-NOT-ENROLLED\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"HTS-NOT-ENROLLED\"): _*)\n          .get()\n      )\n      response.status                                                       shouldBe 200\n      (response.json \\ \"helpToSave\" \\ \"user\" \\ \"state\").as[String] shouldBe \"NotEnrolled\"\n    }\n\n    \"return 401 if unauthenticated where SANDBOX-CONTROL is ERROR-401\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"ERROR-401\"): _*)\n          .get()\n      )\n      response.status shouldBe 401\n    }\n\n    \"return 403 if forbidden where SANDBOX-CONTROL is ERROR-403\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"ERROR-403\"): _*)\n          .get()\n      )\n      response.status shouldBe 403\n    }\n\n    \"return 500 if there is an error where SANDBOX-CONTROL is ERROR-500\" in {\n      val response = await(\n        wsUrl(\"\/startup?journeyId=7f1b5289-5f4d-4150-93a3-ff02dda28375\")\n          .addHttpHeaders(mobileHeader ++ withSandboxControl(\"ERROR-500\"): _*)\n          .get()\n      )\n      response.status shouldBe 500\n    }\n\n    \"return 400 if journeyId not supplied\" in {\n      val response = await(wsUrl(\"\/startup\").addHttpHeaders(mobileHeader: _*).get)\n      response.status shouldBe 400\n    }\n\n    \"return 400 if journeyId is invalid\" in {\n      val response = await(wsUrl(s\"\/startup?journeyId=ThisIsAnInvalidJourneyId\").addHttpHeaders(mobileHeader: _*).get)\n      response.status shouldBe 400\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/mobile-startup","path":"test\/uk\/gov\/hmrc\/mobilestartup\/services\/PreFlightServiceImplSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/mobilestartup\/services\/PreFlightServiceImplSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.mobilestartup.services\nimport cats.implicits._\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.auth.core.retrieve.{Credentials, ItmpName}\nimport uk.gov.hmrc.auth.core.{ConfidenceLevel, Enrolments, UnsupportedAuthProvider}\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpReads}\nimport uk.gov.hmrc.mobilestartup.{BaseSpec, TestF}\nimport uk.gov.hmrc.mobilestartup.connectors.GenericConnector\nimport uk.gov.hmrc.mobilestartup.model.types.ModelTypes.JourneyId\nimport eu.timepit.refined.auto._\nimport uk.gov.hmrc.mobilestartup.model.{CidPerson, EnrolmentStoreResponse}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.ExecutionContext\n\nclass PreFlightServiceImplSpec extends BaseSpec with TestF {\n\n  override val journeyId: JourneyId        = \"7f1b5289-5f4d-4150-93a3-ff02dda28375\"\n  implicit val ec:        ExecutionContext = scala.concurrent.ExecutionContext.Implicits.global\n  val fullName:           ItmpName         = ItmpName(givenName = Some(\"Jennifer\"), None, familyName = Some(\"Thorsteinson\"))\n  val nino:               Nino             = Nino(\"CS700100A\")\n  val utr:                SaUtr            = SaUtr(\"123123123\")\n\n  private def dummyConnector: GenericConnector[TestF] =\n    new GenericConnector[TestF] {\n\n      override def doGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[JsValue] = ???\n\n      override def cidGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[CidPerson] = ???\n\n      override def enrolmentStoreGet(\n        serviceName: String,\n        path:        String,\n        hc:          HeaderCarrier\n      ): TestF[EnrolmentStoreResponse] = ???\n\n      override def doPost[T](\n        json:         JsValue,\n        serviceName:  String,\n        path:         String,\n        hc:           HeaderCarrier\n      )(implicit rds: HttpReads[T]\n      ): TestF[T] = ???\n    }\n\n  private def service(\n    nino:                 Option[Nino],\n    saUtr:                Option[SaUtr],\n    credentials:          Option[Credentials],\n    confidenceLevel:      ConfidenceLevel,\n    name:                 Option[ItmpName],\n    annualTaxSummaryLink: Option[AnnualTaxSummaryLink],\n    enrolments:           Enrolments,\n    connector:            GenericConnector[TestF]\n  ): PreFlightService[TestF] = new PreFlightServiceImpl[TestF](connector, 200) {\n\n    override def retrieveAccounts(implicit hc: HeaderCarrier): TestF[\n      (Option[Nino],\n       Option[SaUtr],\n       Option[Credentials],\n       ConfidenceLevel,\n       Option[ItmpName],\n       Option[AnnualTaxSummaryLink],\n       Enrolments)\n    ] =\n      (nino, saUtr, credentials, confidenceLevel, name, annualTaxSummaryLink, enrolments).pure[TestF]\n\n    override def auditing[T](\n      service:     String,\n      details:     Map[String, String]\n    )(f:           => TestF[T]\n    )(implicit hc: HeaderCarrier\n    ): TestF[T] = f\n\n    def getUtr(\n      foundUtr:    Option[SaUtr],\n      foundNino:   Option[Nino],\n      enrolments:  Enrolments\n    )(implicit hc: HeaderCarrier\n    ): TestF[Option[Utr]] = None.pure[TestF]\n  }\n\n  \"preFlight\" should {\n    \"return a response with the expected nino\" in {\n      val sut =\n        service(\n          Some(nino),\n          None,\n          Some(Credentials(\"\", \"GovernmentGateway\")),\n          ConfidenceLevel.L200,\n          Some(fullName),\n          Some(AnnualTaxSummaryLink(\"\/annual-tax-summary\", \"SA\")),\n          Enrolments(Set.empty),\n          dummyConnector\n        )\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.nino shouldBe Some(nino)\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.annualTaxSummaryLink shouldBe Some(\n        AnnualTaxSummaryLink(\"\/annual-tax-summary\", \"SA\")\n      )\n    }\n\n    \"return a response with the expected utr\" in {\n      val sut =\n        service(\n          None,\n          Some(utr),\n          Some(Credentials(\"\", \"GovernmentGateway\")),\n          ConfidenceLevel.L200,\n          Some(fullName),\n          Some(AnnualTaxSummaryLink(\"\/annual-tax-summary\/paye\/main\", \"PAYE\")),\n          Enrolments(Set.empty),\n          dummyConnector\n        )\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.saUtr shouldBe Some(utr)\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.annualTaxSummaryLink shouldBe Some(\n        AnnualTaxSummaryLink(\"\/annual-tax-summary\/paye\/main\", \"PAYE\")\n      )\n    }\n\n    \"routeToIV should be false if the confidence level is 200 or above\" in {\n      val sut =\n        service(None,\n                None,\n                Some(Credentials(\"\", \"GovernmentGateway\")),\n                ConfidenceLevel.L250,\n                Some(fullName),\n                None,\n                Enrolments(Set.empty),\n                dummyConnector)\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.routeToIV shouldBe false\n    }\n\n    \"routeToIV should be true if the confidence level is below 200\" in {\n      val sut =\n        service(None,\n                None,\n                Some(Credentials(\"\", \"GovernmentGateway\")),\n                ConfidenceLevel.L50,\n                Some(fullName),\n                None,\n                Enrolments(Set.empty),\n                dummyConnector)\n      sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet.routeToIV shouldBe true\n    }\n\n    \"if the auth provided is not 'GovernmentGateway' it should throw an UnsupportedAuthProvider exception\" in {\n      val sut =\n        service(None,\n                None,\n                Some(Credentials(\"\", \"NotGovernmentGateway!\")),\n                ConfidenceLevel.L200,\n                Some(fullName),\n                None,\n                Enrolments(Set.empty),\n                dummyConnector)\n      intercept[UnsupportedAuthProvider](sut.preFlight(journeyId)(HeaderCarrier(), ec).unsafeGet)\n    }\n  }\n}\n"}
{"repo_name":"ajaychandran\/scala-dom-types","path":"js\/src\/main\/scala\/com\/raquo\/domtypes\/jsdom\/defs\/package.scala","text":"<gh_stars>0\npackage com.raquo.domtypes.jsdom\n\nimport com.raquo.domtypes.generic\nimport com.raquo.domtypes.jsdom.defs.events._\nimport org.scalajs.dom\n\npackage object defs {\n\n  object eventProps {\n\n    type ClipboardEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.ClipboardEventProps[EP, dom.Event, dom.ClipboardEvent]\n\n    type ErrorEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.ErrorEventProps[EP, dom.Event, dom.ErrorEvent]\n\n    type FormEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.FormEventProps[\n      EP,\n      dom.Event,\n      TypedTargetFocusEvent[dom.Element],\n      dom.Event,\n      TypedTargetEvent[dom.Element],\n      TypedTargetEvent[dom.html.Element],\n      TypedTargetEvent[dom.html.Form],\n      TypedTargetEvent[dom.html.Input]\n    ]\n\n    type KeyboardEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.KeyboardEventProps[EP, dom.Event, dom.KeyboardEvent]\n\n    type MediaEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.MediaEventProps[EP, dom.Event]\n\n    type MiscellaneousEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.MiscellaneousEventProps[\n      EP,\n      dom.Event,\n      dom.AnimationEvent,\n      dom.TransitionEvent,\n      dom.UIEvent\n    ]\n\n    type MouseEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.MouseEventProps[\n      EP,\n      dom.Event,\n      dom.MouseEvent,\n      TypedTargetMouseEvent[dom.Element],\n      dom.DragEvent\n    ]\n\n    type PointerEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.PointerEventProps[\n      EP,\n      dom.Event,\n      dom.PointerEvent,\n      TypedTargetPointerEvent[dom.Element]\n    ]\n\n    type WindowOnlyEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.WindowOnlyEventProps[\n      EP,\n      dom.Event,\n      dom.UIEvent,\n      dom.BeforeUnloadEvent,\n      dom.HashChangeEvent,\n      dom.MessageEvent,\n      PageTransitionEvent, \/\/ @TODO contribute this type to scala-js-dom\n      dom.PopStateEvent,\n      dom.StorageEvent\n    ]\n\n    type DocumentOnlyEventProps[EP[_ <: dom.Event]] = generic.defs.eventProps.DocumentOnlyEventProps[\n      EP,\n      dom.Event\n    ]\n\n    \/\/ See this comment thread for examples on how to use the traits below: https:\/\/github.com\/raquo\/scala-dom-types\/pull\/9#discussion_r151857048\n\n    \/** Matches GlobalEventHandlers: https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/GlobalEventHandlers *\/\n    trait GlobalEventProps[EP[_ <: dom.Event]]\n      extends ErrorEventProps[EP]\n      with FormEventProps[EP]\n      with KeyboardEventProps[EP]\n      with MediaEventProps[EP]\n      with MiscellaneousEventProps[EP]\n      with MouseEventProps[EP]\n      with PointerEventProps[EP] { this: generic.builders.EventPropBuilder[EP, dom.Event] => }\n\n    \/** Matches WindowEventHandlers: https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/WindowEventHandlers *\/\n    trait WindowEventProps[EP[_ <: dom.Event]]\n      extends GlobalEventProps[EP]\n      with WindowOnlyEventProps[EP] { this: generic.builders.EventPropBuilder[EP, dom.Event] => }\n\n    trait DocumentEventProps[EP[_ <: dom.Event]]\n      extends GlobalEventProps[EP]\n      with DocumentOnlyEventProps[EP]\n      with ClipboardEventProps[EP] { this: generic.builders.EventPropBuilder[EP, dom.Event] => }\n\n    trait ElementEventProps[EP[_ <: dom.Event]]\n      extends GlobalEventProps[EP] { this: generic.builders.EventPropBuilder[EP, dom.Event] => }\n\n    trait HTMLElementEventProps[EP[_ <: dom.Event]]\n      extends ElementEventProps[EP]\n      with ClipboardEventProps[EP] { this: generic.builders.EventPropBuilder[EP, dom.Event] => }\n\n  }\n\n  object tags {\n\n    type DocumentTags[T[_ <: dom.html.Element]] = generic.defs.tags.DocumentTags[T, dom.html.Element, dom.html.Html, dom.html.Head, dom.html.Base, dom.html.Link, dom.html.Meta, dom.html.Script, dom.html.Element]\n\n    type GroupingTags[T[_ <: dom.html.Element]] = generic.defs.tags.GroupingTags[T, dom.html.Element, dom.html.Paragraph, dom.html.HR, dom.html.Pre, dom.html.Quote, dom.html.OList, dom.html.UList, dom.html.LI, dom.html.DList, dom.html.Element, dom.html.Div]\n\n    type TextTags[T[_ <: dom.html.Element]] = generic.defs.tags.TextTags[T, dom.html.Element, dom.html.Anchor, dom.html.Element, dom.html.Span, dom.html.BR, dom.html.Mod]\n\n    type FormTags[T[_ <: dom.html.Element]] = generic.defs.tags.FormTags[T, dom.html.Element, dom.html.Form, dom.html.FieldSet, dom.html.Legend, dom.html.Label, dom.html.Input, dom.html.Button, dom.html.Select, dom.html.DataList, dom.html.OptGroup, dom.html.Option, dom.html.TextArea]\n\n    type SectionTags[T[_ <: dom.html.Element]] = generic.defs.tags.SectionTags[T, dom.html.Element, dom.html.Body, dom.html.Element, dom.html.Heading]\n\n    type EmbedTags[T[_ <: dom.html.Element]] = generic.defs.tags.EmbedTags[T, dom.html.Element, dom.html.Image, dom.html.IFrame, dom.html.Embed, dom.html.Object, dom.html.Param, dom.html.Video, dom.html.Audio, dom.html.Source, dom.html.Track, dom.html.Canvas, dom.html.Map, dom.html.Area]\n\n    type TableTags[T[_ <: dom.html.Element]] = generic.defs.tags.TableTags[T, dom.html.Element, dom.html.Table, dom.html.TableCaption, dom.html.TableCol, dom.html.TableSection, dom.html.TableRow, dom.html.TableCell]\n\n    type MiscTags[T[_ <: dom.html.Element]] = generic.defs.tags.MiscTags[T, dom.html.Element, dom.html.Title, dom.html.Style, dom.html.Element, dom.html.Quote, dom.html.Progress, dom.html.Menu]\n\n    type SvgTags[T[_ <: dom.svg.Element]] = generic.defs.tags.SvgTags[\n      T,\n      dom.svg.Element,\n      dom.svg.Circle,\n      dom.svg.ClipPath,\n      dom.svg.Defs,\n      dom.svg.Desc,\n      dom.svg.Ellipse,\n      dom.svg.FEBlend,\n      dom.svg.FEColorMatrix,\n      dom.svg.ComponentTransferFunction,\n      dom.svg.FEComposite,\n      dom.svg.FEConvolveMatrix,\n      dom.svg.FEDiffuseLighting,\n      dom.svg.FEDisplacementMap,\n      dom.svg.FEDiffuseLighting,\n      dom.svg.FEFlood,\n      dom.svg.FEFuncA,\n      dom.svg.FEFuncB,\n      dom.svg.FEFuncG,\n      dom.svg.FEFuncR,\n      dom.svg.FEGaussianBlur,\n      dom.svg.FEImage,\n      dom.svg.FEMerge,\n      dom.svg.FEMergeNode,\n      dom.svg.FEMorphology,\n      dom.svg.FEOffset,\n      dom.svg.FEPointLight,\n      dom.svg.FESpecularLighting,\n      dom.svg.FESpecularLighting,\n      dom.svg.FETile,\n      dom.svg.FETurbulence,\n      dom.svg.Filter,\n      dom.svg.G,\n      dom.svg.Image,\n      dom.svg.Line,\n      dom.svg.LinearGradient,\n      dom.svg.Marker,\n      dom.svg.Mask,\n      dom.svg.Metadata,\n      dom.svg.Path,\n      dom.svg.Pattern,\n      dom.svg.Polygon,\n      dom.svg.Polyline,\n      dom.svg.RadialGradient,\n      dom.svg.RectElement,\n      dom.svg.SVG,\n      dom.svg.Stop,\n      dom.svg.Switch,\n      dom.svg.Symbol,\n      dom.svg.Text,\n      dom.svg.TextPath,\n      dom.svg.TSpan,\n      dom.svg.Use,\n      dom.svg.View\n    ]\n\n  }\n\n}\n"}
{"repo_name":"ajaychandran\/scala-dom-types","path":"shared\/src\/main\/scala\/com\/raquo\/domtypes\/generic\/defs\/eventProps\/MiscellaneousEventProps.scala","text":"package com.raquo.domtypes.generic.defs.eventProps\n\nimport com.raquo.domtypes.generic.builders.EventPropBuilder\n\n\/**\n  * Miscellaneous Events\n  *\n  * For type param docs see [[EventPropBuilder]]\n  *\/\ntrait MiscellaneousEventProps[\n  EP[_ <: DomEvent],\n  DomEvent,\n  DomAnimationEvent <: DomEvent,\n  DomTransitionEvent <: DomEvent,\n  DomUIEvent <: DomEvent\n] { this: EventPropBuilder[EP, DomEvent] =>\n\n  \/**\n    * The animationend event is event fires when a CSS animation reaches the end of its active period.\n    *\n    * MDN\n    *\/\n  lazy val onAnimationEnd: EP[DomAnimationEvent] = eventProp(\"animationend\")\n\n  \/**\n    * The animationiteration event is sent when a CSS animation reaches the end of an iteration. An iteration ends\n    * when a single pass through the sequence of animation instructions is completed by executing the last\n    * animation step.\n    *\n    * MDN\n    *\/\n  lazy val onAnimationIteration: EP[DomAnimationEvent] = eventProp(\"animationiteration\")\n\n  \/**\n    * The animationstart event is sent when a CSS Animation starts to play.\n    *\n    * MDN\n    *\/\n  lazy val onAnimationStart: EP[DomAnimationEvent] = eventProp(\"animationstart\")\n\n  \/**\n    * The onload property of the GlobalEventHandlers mixin is an event handler\n    * for the load event of a Window, XMLHttpRequest, <img> element, etc.,\n    * which fires when the resource has loaded.\n    *\n    * https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/GlobalEventHandlers\/onload\n    *\/\n  lazy val onLoad: EP[DomUIEvent] = eventProp(\"load\")\n\n  \/**\n    * The GlobalEventHandlers.onresize property contains an EventHandler\n    * triggered when a resize event is received.\n    *\n    * https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/GlobalEventHandlers\/onresize\n    *\/\n  lazy val onResize: EP[DomUIEvent] = eventProp(\"resize\")\n\n  \/**\n    * An event handler for scroll events on element.\n    *\n    * https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/GlobalEventHandlers\/onscroll\n    *\/\n  lazy val onScroll: EP[DomUIEvent] = eventProp(\"scroll\")\n\n  \/**\n    * Fires when a <menu> element is shown as a context menu\n    *\/\n  lazy val onShow: EP[DomEvent] = eventProp(\"show\")\n\n  \/**\n    * Fires when the user opens or closes the <details> element\n    *\/\n  lazy val onToggle: EP[DomEvent] = eventProp(\"toggle\")\n\n  \/**\n    * The `transitionend` event is sent to when a CSS transition completes.\n    *\n    * @note If the transition is removed from its target node before the transition completes execution, the\n    *       `transitionend` event won't be generated. One way this can happen is by changing the value of the\n    *       `transition-property` attribute which applies to the target. Another is if the `display` attribute is set to\n    *       `none`.\n    *\n    * @see [[https:\/\/developer.mozilla.org\/en-US\/docs\/Web\/API\/GlobalEventHandlers\/ontransitionend MDN]]\n    *\/\n  lazy val onTransitionEnd: EP[DomEvent] = eventProp(\"transitionend\")\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/main\/scala\/org\/oedura\/scavro\/plugin\/AvroCodegen.scala","text":"package org.oedura.scavro.plugin\n\nimport java.io.PrintStream\n\nimport org.apache.avro.tool.{IdlTool, SpecificCompilerTool, Tool}\nimport sbt._\n\nimport scala.collection.JavaConversions._\n\n\n\/** Scala wrapper for code generation from avro-tools *\/\nclass AvroCodegen(outputDir: File, tmpDir: File, verbose: Boolean) {\n  val compilerTool = new SpecificCompilerTool()\n  val idlTool = new IdlTool()\n\n  val outputPath = outputDir.getAbsolutePath\n\n  def run(idlFiles: Seq[File], protocolFiles: Seq[File], schemaFiles: Seq[File]) = {\n    idlFiles.foreach(compileIDL)\n    protocolFiles.foreach(compileProtocol)\n    compileSchema(schemaFiles)\n  }\n\n  def outputStream(default: PrintStream) = {\n    if (verbose) default\n    else NullOutputStream.getPrintStream\n  }\n\n  def runTool(tool: Tool, args: List[String]) = {\n    val params = args.toBuffer[String]\n    tool.run(System.in, outputStream(System.out), outputStream(System.err), args)\n  }\n\n  def getTmpFile(target: File): File = {\n    if (tmpDir.isDirectory) {\n      val idlFileNameRegex = \"\"\"(.*)\\.avdl\"\"\".r\n      val tmpFileName = target.getName match {\n        case idlFileNameRegex(fname) => s\"$fname.avpr\"\n      }\n\n      tmpDir \/ tmpFileName\n    } else {\n      tmpDir\n    }\n  }\n\n  def compileSchema(input: Seq[File]) = if (input.nonEmpty) {\n    println(\"compile schema: \" + input)\n    val compilerParams: List[String] = \"schema\" +: input.toList.map(_.getAbsolutePath) :+ outputPath\n    runTool(compilerTool, compilerParams)\n  }\n\n  def compileProtocol(input: File) = {\n    val compilerParams: List[String] = \"protocol\" :: input.getAbsolutePath :: outputPath :: Nil\n    runTool(compilerTool, compilerParams)\n  }\n\n  def compileIDL(input: File) = {\n    val tmpFile = getTmpFile(input)\n    val idlParams = input.getAbsolutePath :: tmpFile.getAbsolutePath :: Nil\n    runTool(idlTool, idlParams)\n    compileProtocol(tmpFile)\n\n    tmpFile.delete()\n  }\n}\n\nobject AvroCodegen {\n  def apply(outputDir: File, tmpDir: File, verbose: Boolean = false) = new AvroCodegen(outputDir, tmpDir, verbose)\n}\n"}
{"repo_name":"Oedura\/scavro","path":"demo\/src\/main\/scala\/org\/oedura\/scavrodemo\/model\/LineItem.scala","text":"package org.oedura.scavrodemo.model\n\nimport org.apache.avro.Schema\n\nimport org.oedura.scavro.{AvroReader, AvroSerializeable, AvroMetadata}\nimport org.oedura.scavrodemo.idl.{LineItem => JLineItem}\n\n\ncase class LineItem(name: String, price: Double, quantity: Int) extends AvroSerializeable {\n  type J = JLineItem\n  override def toAvro: JLineItem = new JLineItem(name, price.toFloat, quantity)\n}\n\nobject LineItem {\n  implicit def reader = new AvroReader[LineItem] { override type J = JLineItem }\n\n  implicit val metadata: AvroMetadata[LineItem, JLineItem] = new AvroMetadata[LineItem, JLineItem] {\n    override val avroClass: Class[JLineItem] = classOf[JLineItem]\n    override val schema: Schema = JLineItem.getClassSchema\n    override val fromAvro: (JLineItem) => LineItem = (j: JLineItem) => {\n      LineItem(j.getName.toString, j.getPrice.doubleValue, j.getQuantity)\n    }\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/main\/scala\/org\/oedura\/scavro\/AvroSerializeable.scala","text":"package org.oedura.scavro\n\nimport org.apache.avro.specific.SpecificRecordBase\n\n\n \/**\n  * [[AvroSerializeable]] is the base trait of scala classes to be serialized or deserialized through the\n  * [[AvroReader]] and [[AvroWriter]] classes.\n  *\/\ntrait AvroSerializeable {\n  \/** Type of corresponding Java serialization class. *\/\n  type J <: SpecificRecordBase\n\n  \/** Returns an equivalent instance of the corresponding Java serialization class. *\/\n  def toAvro: J\n\n  \/** Returns json encoding of this instance. *\/\n  def toJson: String = toAvro.toString\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/test\/scala\/org\/oedura\/scavro\/plugin\/TestUtils.scala","text":"<gh_stars>0\npackage org.oedura.scavro.plugin\n\nimport java.io.{FileOutputStream, InputStream}\n\nimport sbt._\n\nimport scala.io.Source\nimport scala.util.Random\n\nclass TestUtils(workingDir: File) {\n  (workingDir \/ \"in\").mkdir\n  (workingDir \/ \"out\").mkdir\n\n  def tmpDir = workingDir\n  def tmpPath = workingDir.getAbsolutePath\n\n  private def extractResource(resourceName: String): File = {\n    val is: InputStream = getClass.getResourceAsStream(s\"\/$resourceName\")\n    val text = Source.fromInputStream(is).mkString\n    val os: FileOutputStream = new FileOutputStream(workingDir \/ \"in\" \/ resourceName)\n    os.write(text.getBytes)\n    os.close()\n    is.close()\n\n    workingDir \/ \"in\" \/ resourceName\n  }\n\n  lazy val schemaFile: File = extractResource(\"Number.avsc\")\n  lazy val protocolFile: File = {\n    schemaFile\n    extractResource(\"NumberSystem.avdl\")\n  }\n\n  def cleanup() = {\n    def getRecursively(f: File): Seq[File] = f.listFiles.filter(_.isDirectory).flatMap(getRecursively) ++ f.listFiles\n\n    getRecursively(workingDir).foreach { f =>\n      if (!f.delete()) throw new RuntimeException(\"Failed to delete \" + f.getAbsolutePath)\n    }\n    tmpDir.delete()\n  }\n}\n\nobject TestUtils {\n  private val alphabet = ('a' to 'z') ++ ('A' to 'Z') ++ ('0' to '9')\n\n  def randomFile(dir: File, prefix: String = \"\", suffix: String = \"\", maxTries: Int = 100, nameSize: Int = 10): File = {\n    def randomFileImpl(triesLeft: Int): String = {\n      val testName: String = (1 to nameSize).map(_ => alphabet(Random.nextInt(alphabet.size))).mkString\n      if (!(dir \/ (prefix + testName + suffix)).exists) prefix + testName + suffix\n      else if (triesLeft < 0) throw new Exception(\"Unable to find empty random file path.\")\n      else randomFileImpl(triesLeft - 1)\n    }\n\n    dir \/ randomFileImpl(maxTries)\n  }\n\n  def randomFileName(prefix: String, suffix: String = \"\", maxTries: Int = 100, nameSize: Int = 10): String = {\n    def randomFileNameImpl(triesLeft: Int): String = {\n      val testName: String = (1 to nameSize).map(_ => alphabet(Random.nextInt(alphabet.size))).mkString\n      if (!file(prefix + testName + suffix).exists) prefix + testName + suffix\n      else if (triesLeft < 0) throw new Exception(\"Unable to find empty random file path.\")\n      else randomFileNameImpl(triesLeft - 1)\n    }\n\n    randomFileNameImpl(maxTries)\n  }\n\n  def apply(workingDir: File) = {\n    if (workingDir.exists && workingDir.isDirectory) new TestUtils(workingDir)\n    else if (!workingDir.exists) {\n      val success = workingDir.mkdirs\n      if (success) new TestUtils(workingDir)\n      else throw new Exception(\"Cannot initialize working directory\")\n    } else throw new Exception(\"Requested directory is occupied by ordinary file\")\n  }\n\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/main\/scala\/org\/oedura\/scavro\/plugin\/AvroCodegenPlugin.scala","text":"package org.oedura.scavro.plugin\n\nimport sbt.Keys._\nimport sbt._\n\n\n\/** SBT Plugin to automate Avro code generation of Java classes *\/\nobject AvroCodegenPlugin extends AutoPlugin {\n  object autoImport {\n    val avroSchemaFiles = settingKey[Seq[File]](\"Avro schema files to compile\")\n    val avroProtocolFiles = settingKey[Seq[File]](\"Avro Protocol files to compile\")\n    val avroIDLFiles = settingKey[Seq[File]](\"Avro IDL files to compile\")\n\n    val showAvroCompilerOutput = settingKey[Boolean](\"Hides messages from avro compiler\")\n\n    val avroCodeOutputDirectory = settingKey[File](\"Location where generated Java code will be placed\")\n\n    val avroCodegenTask = taskKey[Unit](\"Compiles AVRO files\")\n\n    lazy val baseAvroCodegenSettings: Seq[Def.Setting[_]] = Seq(\n      avroSchemaFiles := Seq.empty[File],\n      avroProtocolFiles := Seq.empty[File],\n      avroIDLFiles := Seq.empty[File],\n      showAvroCompilerOutput := false,\n      avroCodeOutputDirectory := baseDirectory.value \/ \"src\" \/ \"main\" \/ \"java\",     \n      avroCodegenTask := {\n        println(\"running codegen\")\n        val compiler = AvroCodegen(avroCodeOutputDirectory.value, file(\"\/tmp\"), showAvroCompilerOutput.value)\n        compiler.run(avroIDLFiles.value, avroProtocolFiles.value, avroSchemaFiles.value)\n      },\n      compile <<= (compile in Compile) dependsOn avroCodegenTask\n    )\n  }\n\n  import autoImport._\n\n  override val projectSettings = inConfig(Compile)(baseAvroCodegenSettings) ++\n    inConfig(Test)(baseAvroCodegenSettings)\n\n}\n"}
{"repo_name":"Oedura\/scavro","path":"demo\/src\/main\/scala\/org\/oedura\/scavrodemo\/ReadWriteDemo.scala","text":"<reponame>Oedura\/scavro<filename>demo\/src\/main\/scala\/org\/oedura\/scavrodemo\/ReadWriteDemo.scala\npackage org.oedura.scavrodemo\n\nimport org.oedura.scavro.{AvroReader, AvroWriter}\nimport org.oedura.scavrodemo.model.LineItem\n\n\nobject ReadWriteDemo extends App {\n  val filename = \"invoice.avro\"\n\n  \/\/ Data setup\n  val plywood = LineItem(\"Plywood table top\", 13.95, 1)\n  val boards = LineItem(\"2x4 raw lumber\", 2.95, 2)\n  val screws = LineItem(\"Wood Screws -- 3in No. 10\", 0.065, 30)\n  val varnish = LineItem(\"Wood varnish (can)\", 3.95, 1)\n\n  val materials = plywood :: boards :: screws :: varnish :: Nil\n\n  \/\/ Convert to json\n  materials.foreach(f => println(f.toJson))\n\n  \/\/ Write the avro file\n  val writer = AvroWriter[LineItem](filename)\n  writer.write(materials)\n\n  \/\/ Read the avro file and do some processing\n  val reader: AvroReader[LineItem] = AvroReader[LineItem]\n  val invoice = reader.read(filename)\n\n  val total = invoice.map(li => li.quantity * li.price).sum\n  println(f\"-------------------------\\nThe order total comes to $$$total%.2f\")\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/test\/scala\/org\/oedura\/scavro\/plugin\/TestUtilsSpec.scala","text":"package org.oedura.scavro.plugin\n\nimport org.oedura.scavro.plugin.NullOutputStream\nimport org.scalatest._\nimport sbt.file\n\n\/**\n * To run this test: .\/sbt test\n *\/\nclass TestUtilsSpec extends FlatSpec with Matchers {\n  \"Random file\" should \"have correct suffix\" in {\n    val testFile = TestUtils.randomFile(file(\"\/tmp\"), \"x_\", \".foo\")\n    assert(testFile.getName.endsWith(\".foo\"))\n  }\n\n  it should \"have correct prefix\" in {\n    val testFile = TestUtils.randomFile(file(\"\/tmp\"), \"x_\", \".foo\")\n    assert(testFile.getAbsolutePath.startsWith(\"\/tmp\/x_\"))\n  }\n\n  it should \"not exist\" in {\n    val testFile = TestUtils.randomFile(file(\"\/tmp\"), \".foo\")\n    assert(!testFile.exists)\n  }\n\n  it should \"not return the same value on every invocation\" in {\n    val file_1 = TestUtils.randomFile(file(\"\/tmp\"), \".foo\")\n    val file_2 = TestUtils.randomFile(file(\"\/tmp\"), \".foo\")\n    assert(file_1.getName != file_2.getName)\n  }\n\n  it should \"be the correct length\" in {\n    val testFile = TestUtils.randomFile(file(\"\/tmp\"), \"\", \".test\", 100, 4)\n    testFile.getName should have length 9\n  }\n\n  \"Random file name\" should \"accept string prefixes\" in {\n    noException should be thrownBy {\n      val testFile = TestUtils.randomFileName(\"\/tmp\", \".foo\")\n    }\n  }\n\n  val tmpFile = TestUtils.randomFile(file(\"\/tmp\"), \"avro_codegen_test_\")\n\n  \"TestUtils\" should \"create AVSC file\" in {\n    val util = TestUtils(tmpFile)\n    assert(util.schemaFile.exists())\n    assert(util.schemaFile.length > 0)\n    util.cleanup()\n  }\n\n  it should \"create schema file only once\" in {\n    val util = TestUtils(tmpFile)\n    val schema = util.schemaFile.getAbsolutePath\n    assert(schema == util.schemaFile.getAbsolutePath)\n    util.cleanup()\n  }\n\n  it should \"remove temporary files\" in {\n    val util = TestUtils(tmpFile)\n    val schema = util.schemaFile.getAbsolutePath\n    util.cleanup()\n    assert(!tmpFile.exists)\n  }\n\n  \"NullOutputStream\" should \"do nothing on write\" in {\n    val nos = new NullOutputStream()\n    nos.write(0)\n    val byteArray = new Array[Byte](2)\n    byteArray(0) = 0\n    byteArray(1) = 1\n    nos.write(byteArray)\n    nos.write(byteArray, 0, 2)\n    nos.close()\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"demo\/src\/test\/scala\/org\/oedura\/scavrodemo\/DemoSpec.scala","text":"package org.oedura.scavrodemo\n\nimport org.scalatest.FlatSpec\n\n\nclass DemoSpec extends FlatSpec {\n  \"ReadWriteDemo\" should \"run\" in {\n    ReadWriteDemo.main(Array.empty[String])\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"demo\/project\/Build.scala","text":"import org.oedura.scavro.plugin.AvroCodegenPlugin\nimport sbt._\nimport sbt.Keys._\nimport AvroCodegenPlugin.autoImport._\n\n\nobject DemoBuild extends Build {\n  lazy val demoSettings = baseAvroCodegenSettings ++ Seq(\n    \/\/ General settings\n    organization := \"org.oedura\",\n    name := \"scavrodemo\",\n    version := \"1.0.3\",\n    scalaVersion := \"2.11.8\",\n    libraryDependencies ++= Seq(\n      \"org.oedura\" %% \"scavro\" % \"1.0.3\",\n      \"org.apache.avro\" % \"avro\" % \"1.8.1\",\n      \"org.apache.avro\" % \"avro-tools\" % \"1.8.1\",\n      \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % \"test\"\n    ),\n\n    resolvers ++= Seq(\n      \/\/ \"Local Maven\" at Path.userHome.asFile.toURI.toURL + \".ivy2\/local\"\n      Resolver.sonatypeRepo(\"releases\"),\n      Resolver.sonatypeRepo(\"snapshots\")\n    ),\n\n    \/\/ scavro plugin settings\n    avroSchemaFiles := Seq(\n      (resourceDirectory in Compile).value \/ \"item.avsc\"\n    ),\n\n    mainClass in (Compile, run) := Some(\"org.oedura.scavrodemo.ReadWriteDemo\")\n  )\n\n  lazy val root = Project(id = \"demo\", base = file(\".\"))\n    .settings(demoSettings: _*)\n    .settings(excludeFilter in unmanagedResources := \"*.avsc\")\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/main\/scala\/org\/oedura\/scavro\/AvroMetadata.scala","text":"package org.oedura.scavro\n\nimport org.apache.avro.Schema\n\n\n \/**\n  * Provides a mapping between the Scala wrapper class `S`, which should extend [[AvroSerializeable]], and the\n  * corresponding Java class `J`, which should extend `org.apache.avro.specific.SpecificRecordBase`.  Typically an\n  * an implicit instance of this trait would be defined on the companion object of a class extending\n  * [[AvroSerializeable]], and `J` would be a Java class produced by Avro code generation.\n  *\n  * An implicit instance with this trait will provide to Avro values that would in a Java application be provided by\n  * static members of the `SpecificRecordBase`.\n  *\n  * @tparam S  Scala class\n  * @tparam J  Java class from Avro code generation\n  *\/\ntrait AvroMetadata[S, J] {\n  \/** Java class into which the corresponding Scala class maps *\/\n  val avroClass: Class[J]\n  \/** Avro `Schema` instance typically provided by the avro-tools generated java class *\/\n  val schema: Schema\n  \/** Function that can produce an instance of type `S` from an instance of type `J` *\/\n  val fromAvro: (J) => S\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/test\/scala\/org\/oedura\/scavro\/plugin\/AvroCodegenPluginSpec.scala","text":"package org.oedura.scavro.plugin\n\nimport org.scalatest.FlatSpec\n\n\nclass AvroCodegenPluginSpec extends FlatSpec {\n  \"AvroCodegenPlugin\" should \"provide avroCodegenTask\" in {\n    assertCompiles(\"AvroCodegenPlugin.autoImport.avroCodegenTask\")\n  }\n\n  it should \"provide baseAvroCodegenSettings\" in {\n    val settings = AvroCodegenPlugin.projectSettings\n    assert(settings.nonEmpty)\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/main\/scala\/org\/oedura\/scavro\/AvroReader.scala","text":"package org.oedura.scavro\n\nimport java.io._\n\nimport org.apache.avro.file.{ DataFileReader, SeekableFileInput, SeekableInput }\nimport org.apache.avro.specific.SpecificDatumReader\n\n\n\/**\n  * Reads a serialized Avro file into the provided class.\n  *\n  * {{{\n  * val reader: AvroReader[MyAvroClass] = AvroReader[MyAvroClass]\n  * val dataRead: Seq[MyAvroClass] = reader.read(\"MyDataFile.avro\")\n  * }}}\n  *\n  * @tparam S  Class to be deserialized\n  *\/\nabstract class AvroReader[S <: AvroSerializeable] {\n  type J = S#J\n\n  \/**\n    * Reads a sequence of elements from the specified file.\n    * @param path  Filename to read\n    * @return  Deserialized values\n    *\/\n  def read(path: String)(implicit m: AvroMetadata[S, J]): Seq[S] = {\n    read(new File(path))\n  }\n\n\n  \/**\n    * Reads a sequence of elements from the specified file.\n    * @param file  `File` to read\n    * @return  Deserialized values\n    *\/\n  def read(file: File)(implicit m: AvroMetadata[S, J]): Seq[S] = {\n    val ins: SeekableInput = new SeekableFileInput(file)\n    read(ins)\n  }\n\n  \/**\n    * Reads a sequence of elements from the specified `SeekableInput`\n    * @param ins  Seekable input stream\n    * @return  Deserialized values\n    *\/\n  def read(ins: SeekableInput)(implicit m: AvroMetadata[S, J]) = {\n    val datumReader = new SpecificDatumReader[J](m.avroClass)\n    val dataFileReader = new DataFileReader[J](ins, datumReader)\n\n    val sb = Seq.newBuilder[S]\n    var lastRead: J = null.asInstanceOf[J]\n    while (dataFileReader.hasNext) {\n      lastRead = dataFileReader.next(lastRead)\n      sb += m.fromAvro(lastRead)\n    }\n    dataFileReader.close()\n\n    sb.result()\n  }\n}\n\nobject AvroReader {\n  \/**\n   * Retrieves instance of `AvroReader` for class S\n   * @tparam S  Class to serialize which should implement [[AvroSerializeable]]\n   *\/\n  def apply[S <: AvroSerializeable](implicit reader: AvroReader[S]) = reader\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/test\/scala\/org\/oedura\/scavro\/AvroReaderSpec.scala","text":"package org.oedura.scavro\n\nimport org.scalatest.FlatSpec\n\n\nclass AvroReaderSpec extends FlatSpec {\n  \"AvroReader\" should \"implement factory method\" in {\n    val reader = AvroReader[Number]\n    assert(reader.isInstanceOf[AvroReader[_]])\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/test\/scala\/org\/oedura\/scavro\/Number.scala","text":"<reponame>Oedura\/scavro\npackage org.oedura.scavro\n\nimport org.apache.avro.Schema\n\n\/* Mock class for reading\/writing *\/\ncase class Number(name: String, value: Int) extends AvroSerializeable {\n  type J = MockNumber\n  override def toAvro: MockNumber = new MockNumber(name, value)\n}\n\nobject Number {\n  implicit def reader = new AvroReader[Number] { override type J = MockNumber }\n\n  implicit val metadata = new AvroMetadata[Number, MockNumber] {\n    override val avroClass = classOf[MockNumber]\n    override val schema: Schema = MockNumber.getClassSchema\n    override val fromAvro: (MockNumber) => Number = { mock =>\n      val name: String = mock.get(0).asInstanceOf[String]\n      val value: Int = mock.get(1).asInstanceOf[Int]\n      Number(name, value)\n    }\n  }\n}"}
{"repo_name":"Oedura\/scavro","path":"demo\/project\/plugins.sbt","text":"<reponame>Oedura\/scavro\nlogLevel := Level.Warn\n\nresolvers += Resolver.sonatypeRepo(\"releases\")\n\naddSbtPlugin(\"org.oedura\" % \"scavro-plugin\" % \"1.0.3\")\n"}
{"repo_name":"Oedura\/scavro","path":"build.sbt","text":"\/\/ Metadata\norganization := \"org.oedura\"\nname := \"scavro\"\nversion := \"1.0.3\"\nscalaVersion := \"2.10.4\"\ncrossScalaVersions := Seq(\"2.10.6\", \"2.11.8\", \"2.12.4\")\ndescription := \"A thin scala wrapper for reading and writing Avro files\"\n\n\/\/ Distribution\nlicenses := Seq(\"Apache\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\nhomepage := Some(url(\"https:\/\/github.com\/oedura\/scavro\"))\n\n\/\/ Compiler Settings\njavacOptions ++= Seq(\"-source\", \"1.7\", \"-target\", \"1.7\")\nscalacOptions += \"-target:jvm-1.7\"\n\n\/\/ Dependencies\nresolvers += Resolver.sonatypeRepo(\"public\")\nlibraryDependencies ++= Seq(\n  \"org.apache.avro\" % \"avro\" % \"1.8.1\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % \"test\"\n)\n\n\/\/ Publication\npublishMavenStyle := true\npublishArtifact in Test := false\npomIncludeRepository := { _ => false }\n\npublishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  println(\"isSnapshot: \" + isSnapshot.value)\n  if (isSnapshot.value)\n    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else\n    Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\npomExtra := {\n  <scm>\n    <url><EMAIL>:oedura\/scavro.git<\/url>\n    <connection>scm:git<EMAIL>:oedura\/scavro.git<\/connection>\n  <\/scm>\n  <developers>\n    <developer>\n      <id>BrianLondon<\/id>\n      <name><NAME><\/name>\n      <url>https:\/\/github.com\/BrianLondon<\/url>\n    <\/developer>\n  <\/developers>\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/main\/scala\/org\/oedura\/scavro\/AvroWriter.scala","text":"package org.oedura.scavro\n\nimport java.io._\n\nimport org.apache.avro.file.DataFileWriter\nimport org.apache.avro.specific.SpecificDatumWriter\n\n\n\/** [[AvroWriter]] serializes a class that implements the [[AvroSerializeable]] trait and writes\n  * to the supplied `OutputStream`.\n  * {{{\n  * dataToWrite: Seq[MyOutputClass] = ...\n  * val writer = AvroWriter[MyOutputClass](\"MyOutputFile.avro\")\n  * writer.write(dataToWrite)\n  * }}}\n  * @param outs  Output stream to write to\n  * @tparam S  Type to be serialized\n  *\/\nclass AvroWriter[S <: AvroSerializeable](outs: OutputStream) {\n  \/** Writes the sequence of objects to the writer's `OutputStream` *\/\n  def write(items: Seq[AvroSerializeable])(implicit m: AvroMetadata[S, S#J]) = {\n    def writeToStream(outs: OutputStream) = {\n      val avroItems: Seq[S#J] = items.map(_.toAvro.asInstanceOf[S#J])\n      val datumWriter = new SpecificDatumWriter[S#J](m.avroClass)\n      val datumFileWriter = new DataFileWriter[S#J](datumWriter)\n\n      datumFileWriter.create(m.schema, outs)\n      avroItems.foreach(item => datumFileWriter.append(item))\n      datumFileWriter.close()\n    }\n\n    writeToStream(outs)\n  }\n}\n\n\/** Factory for [[AvroWriter]] instances. *\/\nobject AvroWriter {\n  \/** Creates a new [[AvroWriter]] for the desired `OutputStream` *\/\n  def apply[S <: AvroSerializeable](outs: OutputStream) = new AvroWriter[S](outs)\n  \/** Creates a new [[AvroWriter]] for the desired `File` *\/\n  def apply[S <: AvroSerializeable](file: File) = new AvroWriter[S](new FileOutputStream(file))\n  \/** Creates a new [[AvroWriter]] for the desired file name *\/\n  def apply[S <: AvroSerializeable](filename: String) = {\n    new AvroWriter[S](new FileOutputStream(new File(filename)))\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"plugin\/src\/test\/scala\/org\/oedura\/scavro\/plugin\/AvroCodegenSpec.scala","text":"package org.oedura.scavro.plugin\n\nimport org.scalatest._\n\nimport sbt._\n\n\/**\n * To run this test: .\/sbt test\n *\/\nclass AvroCodegenSpec extends FlatSpec {\n\n  \"Temporary file path\" should \"replace .avdl suffix with .avpr\" in {\n    val acg = AvroCodegen(file(\"\"), file(\"\/tmp\"))\n    assert(acg.getTmpFile(file(\"test.avdl\")).getName == \"test.avpr\")\n  }\n\n  it should \"replace .avdl with .avpr in the requested directory\" in {\n    val acg = AvroCodegen(file(\"\"), file(\"\/tmp\"))\n    assert(acg.getTmpFile(file(\"test.avdl\")).getPath == \"\/tmp\/test.avpr\")\n  }\n\n  it should \"accept a specified temporary file\" in {\n    val acg = AvroCodegen(file(\"\"), file(\"\/tmp\/foo.avpr\"))\n    assert(acg.getTmpFile(file(\"test.avdl\")).getPath == \"\/tmp\/foo.avpr\")\n  }\n\n  \"AvroCodegen\" should \"compile a schema file\" in {\n    val tu = TestUtils(TestUtils.randomFile(file(\"\/tmp\"), \"avro_codegen_test_\"))\n    val acg = AvroCodegen(tu.tmpDir \/ \"out\", tu.tmpDir \/ \"tmp.avpr\")\n    acg.run(Seq.empty[File], Seq.empty[File], Seq(tu.schemaFile))\n    assert((tu.tmpDir \/ \"out\" \/ \"Number.java\").exists)\n\/\/    tu.cleanup()\n  }\n\n  it should \"compile a protocol file\" in {\n    val tu = TestUtils(TestUtils.randomFile(file(\"\/tmp\"), \"avro_codegen_test_\"))\n    val acg = AvroCodegen(tu.tmpDir \/ \"out\", tu.tmpDir)\n    acg.run(Seq(tu.protocolFile), Seq.empty[File], Seq.empty[File])\n    assert((tu.tmpDir \/ \"out\" \/ \"Number.java\").exists)\n    assert((tu.tmpDir \/ \"out\" \/ \"NumberSystem.java\").exists)\n    assert((tu.tmpDir \/ \"out\" \/ \"NumberSystemProtocol.java\").exists)\n    tu.cleanup()\n  }\n}\n"}
{"repo_name":"Oedura\/scavro","path":"src\/test\/scala\/org\/oedura\/scavro\/AvroWriterSpec.scala","text":"package org.oedura.scavro\n\nimport java.io.File\n\nimport org.scalatest.FlatSpec\n\nclass AvroWriterSpec extends FlatSpec {\n\n  \"AvroWriter\" should \"implement factory methods\" in {\n    val outputStreamWriter = AvroWriter[Number](new NullOutputStream())\n    val fileNameWriter = AvroWriter[Number](\"\/dev\/null\")\n    val fileWriter = AvroWriter[Number](new File(\"\/dev\/null\"))\n\n    assert(outputStreamWriter.isInstanceOf[AvroWriter[_]])\n    assert(fileNameWriter.isInstanceOf[AvroWriter[_]])\n    assert(fileWriter.isInstanceOf[AvroWriter[_]])\n  }\n\n}\n"}
{"repo_name":"ArturBK\/microchess","path":"microchess-stream-impl\/src\/main\/scala\/com\/example\/hellostream\/impl\/MicrochessStreamServiceImpl.scala","text":"package com.example.hellostream.impl\n\nimport com.lightbend.lagom.scaladsl.api.ServiceCall\nimport com.example.hellostream.api.MicrochessStreamService\nimport com.example.hello.api.MicrochessService\n\nimport scala.concurrent.Future\n\n\/**\n  * Implementation of the MicrochessStreamService.\n  *\/\nclass MicrochessStreamServiceImpl(microchessService: MicrochessService) extends MicrochessStreamService {\n  def stream = ServiceCall { hellos =>\n    Future.successful(hellos.mapAsync(8)(microchessService.hello(_).invoke()))\n  }\n}\n"}
{"repo_name":"zlim\/snappy-java","path":"build.sbt","text":"import SonatypeKeys._\n\nsonatypeSettings\n\nname := \"snappy-java\"\n\norganization := \"org.xerial.snappy\" \n\norganizationName := \"xerial.org\"\n\ndescription  := \"snappy-java: A fast compression\/decompression library\"\n\nprofileName := \"org.xerial\" \n\npomExtra := {\n   <url>https:\/\/github.comm\/xerial\/snappy-java<\/url>\n   <licenses>\n       <license>\n           <name>The Apache Software License, Version 2.0<\/name>\n            <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt<\/url>\n            <distribution>repo<\/distribution>\n        <\/license>\n    <\/licenses>\n    <developers>\n        <developer>\n            <id>leo<\/id>\n            <name><NAME><\/name>\n            <email><EMAIL><\/email>\n            <organization>Xerial Project<\/organization>\n            <roles>\n                <role>Architect<\/role>\n                <role>Project Manager<\/role>\n                <role>Chief Developer<\/role>\n            <\/roles>\n            <timezone>+9<\/timezone>\n        <\/developer>\n    <\/developers>\n    <issueManagement>\n        <system>GitHub<\/system>\n        <url>http:\/\/github.com\/xerial\/snappy-java\/issues\/list<\/url>\n    <\/issueManagement>\n    <inceptionYear>2011<\/inceptionYear>\n    <scm>\n        <connection>scm:git@github.com:xerial\/snappy-java.git<\/connection>\n        <developerConnection>scm:git:git@github.com:xerial\/snappy-java.git<\/developerConnection>\n        <url>git<EMAIL>:xerial\/snappy-java.git<\/url>\n    <\/scm>\n}\n\nscalaVersion := \"2.11.1\"\n\njavacOptions in (Compile, compile) ++= Seq(\"-encoding\", \"UTF-8\", \"-Xlint:unchecked\", \"-Xlint:deprecation\", \"-source\", \"1.6\", \"-target\", \"1.6\")\n\ntestOptions += Tests.Argument(TestFrameworks.JUnit, \"-q\", \"-v\")\n\nconcurrentRestrictions in Global := Seq(Tags.limit(Tags.Test, 1))\n\nautoScalaLibrary := false\n\ncrossPaths := false\n\nlogBuffered in Test := false\n\nincOptions := incOptions.value.withNameHashing(true)\n\nlibraryDependencies ++= Seq(\n   \"junit\" % \"junit\" % \"4.8.2\" % \"test\",\n   \"org.codehaus.plexus\" % \"plexus-classworlds\" % \"2.4\" % \"test\",\n   \"org.xerial.java\" % \"xerial-core\" % \"2.1\" % \"test\",\n   \"org.xerial\" % \"xerial-core\" % \"3.2.3\" % \"test\",\n   \"org.scalatest\" % \"scalatest_2.11\" % \"2.2.0\" % \"test\",\n   \"org.osgi\" % \"org.osgi.core\" % \"4.3.0\" % \"provided\",\n   \"com.novocode\" % \"junit-interface\" % \"0.10\" % \"test\"\n)\n\nosgiSettings\n\n\nOsgiKeys.exportPackage := Seq(\"org.xerial.snappy\", \"org.xerial.snappy.buffer\")\n\nOsgiKeys.bundleSymbolicName := \"org.xerial.snappy.snappy-java\"\n\nOsgiKeys.bundleActivator := Option(\"org.xerial.snappy.SnappyBundleActivator\")\n\nOsgiKeys.importPackage := Seq(\"\"\"org.osgi.framework;version=\"[1.5,2)\"\"\"\")\n\nOsgiKeys.additionalHeaders := Map(\n  \"Bundle-NativeCode\" -> Seq(\n\"org\/xerial\/snappy\/native\/Windows\/x86_64\/snappyjava.dll;osname=win32;processor=x86-64\",\n\"org\/xerial\/snappy\/native\/Windows\/x86\/snappyjava.dll;osname=win32;processor=x86\",\n\"org\/xerial\/snappy\/native\/Mac\/x86\/libsnappyjava.jnilib;osname=macosx;processor=x86\",\n\"org\/xerial\/snappy\/native\/Mac\/x86_64\/libsnappyjava.jnilib;osname=macosx;processor=x86-64\",\n\"org\/xerial\/snappy\/native\/Linux\/x86_64\/libsnappyjava.so;osname=linux;processor=x86-64\",\n\"org\/xerial\/snappy\/native\/Linux\/x86\/libsnappyjava.so;osname=linux;processor=x86\",\n\"org\/xerial\/snappy\/native\/Linux\/arm\/libsnappyjava.so;osname=linux;processor=arm\",\n\"org\/xerial\/snappy\/native\/Linux\/ppc64\/libsnappyjava.so;osname=linux;processor=ppc64\",\n\"org\/xerial\/snappy\/native\/Linux\/ppc64le\/libsnappyjava.so;osname=linux;processor=ppc64le\",\n\"org\/xerial\/snappy\/native\/AIX\/ppc64\/libsnappyjava.a;osname=aix;processor=ppc64\",\n\"org\/xerial\/snappy\/native\/SunOS\/x86\/libsnappyjava.so;osname=sunos;processor=x86\",\n\"org\/xerial\/snappy\/native\/SunOS\/x86_64\/libsnappyjava.so;osname=sunos;processor=x86-64\",\n\"org\/xerial\/snappy\/native\/SunOS\/sparc\/libsnappyjava.so;osname=sunos;processor=sparc\"\n).mkString(\",\"),\n \"Bundle-DocURL\" -> \"http:\/\/www.xerial.org\/\",\n \"Bundle-License\" -> \"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\",\n \"Bundle-ActivationPolicy\" -> \"lazy\",\n \"Bundle-Name\" -> \"snappy-java: A fast compression\/decompression library\"\n)\n"}
{"repo_name":"zlim\/snappy-java","path":"version.sbt","text":"version in ThisBuild := \"1.1.1.7-SNAPSHOT\"\n\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/controllers\/TwitterController.scala","text":"<reponame>Rino-T\/Twitter4sSample\npackage controllers\n\nimport com.danielasfregola.twitter4s.exceptions.TwitterException\nimport javax.inject.Inject\nimport models.services.TwitterService\nimport play.api.Configuration\nimport play.api.mvc.{MessagesAbstractController, MessagesControllerComponents}\n\nimport scala.concurrent.ExecutionContext\n\nclass TwitterController @Inject()(twitterService: TwitterService, config: Configuration)(cc: MessagesControllerComponents)\n                                 (implicit ec: ExecutionContext) extends MessagesAbstractController(cc) {\n\n  import forms.ScreenNameForm._\n\n  def index = Action.async { implicit request =>\n    val myTwitterScreenName = config.get[String](\"twitter.myAccount.screenName\")\n    twitterService.fetchUserDetail(myTwitterScreenName).map { user =>\n      Ok(views.html.index(user))\n    }\n  }\n\n  def searchFollowerIds = Action { implicit request =>\n    Ok(views.html.search(screenNameForm))\n  }\n\n  def fetchFollowerIds = Action { implicit request =>\n    val form = screenNameForm.bindFromRequest\n    val data = form.get\n    Redirect(routes.TwitterController.followerIds(data.screenName, Some(-1L)))\n  }\n\n  def followerIds(screenName: String, cursor: Option[Long]) = Action.async { implicit request =>\n    twitterService.fetchFollowerIds(screenName, cursor.getOrElse(-1)).map { ids =>\n      Ok(views.html.follower.followerIds(ids, screenName))\n    }.recover {\n      case e: TwitterException => NotFound(views.html.sorry(e))\n      case e: Exception => InternalServerError(views.html.sorry(e))\n    }\n  }\n\n  def followerDetailTable(screenName: String, cursor: Option[Long]) = Action.async { implicit request =>\n    twitterService.fetchFollowersForUser(screenName, cursor.getOrElse(-1)).map { users =>\n      Ok(views.html.follower.followerDetailList(users, screenName))\n    }\n  }\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/utils\/FormatJson.scala","text":"<filename>app\/utils\/FormatJson.scala\npackage utils\n\nimport models.{AccountHistData, CursorReq, TwitterIds, TwitterUser, TwitterUsers}\nimport play.api.libs.json.Json\n\nobject FormatJson {\n\n  implicit val jsonCursorReq = Json.format[CursorReq]\n\n  implicit val jsonTwitterIds = Json.format[TwitterIds]\n\n  implicit val jsonTwitterUser = Json.format[TwitterUser]\n\n  implicit val jsonTwitterUsers = Json.format[TwitterUsers]\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/forms\/Forms.scala","text":"package forms\n\nimport play.api.data._\nimport play.api.data.Forms._\n\nobject ScreenNameForm {\n\n  case class Data(screenName: String)\n\n  val screenNameForm = Form(\n    mapping(\n      \"screenName\" -> nonEmptyText\n    )(Data.apply)(Data.unapply)\n  )\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/controllers\/TwitterApiController.scala","text":"package controllers\n\nimport javax.inject.Inject\nimport models.CursorReq\nimport models.services.TwitterService\nimport play.api.libs.json.Json\nimport play.api.mvc.{MessagesAbstractController, MessagesControllerComponents}\nimport utils.FormatJson._\nimport utils.ValidateJson\n\nimport scala.concurrent.ExecutionContext\n\nclass TwitterApiController @Inject()(twitterService: TwitterService)\n                                    (cc: MessagesControllerComponents)\n                                    (implicit ec: ExecutionContext) extends MessagesAbstractController(cc) with ValidateJson {\n\n  def followers(screenName: String) = Action.async(validateJson[CursorReq]) { implicit request =>\n    val cursor = request.body.cursor.getOrElse(-1L)\n    twitterService.fetchFollowerIds(screenName, cursor).map { ids =>\n      Ok(Json.toJson(ids))\n    }.recover {\n      case e: Exception => NotFound(e.toString)\n    }\n  }\n\n  def followerInfos(screenName: String) = Action.async(validateJson[CursorReq]) { implicit request =>\n    val cursor = request.body.cursor.getOrElse(-1L)\n    twitterService.fetchFollowersForUser(screenName, cursor).map { users =>\n      Ok(Json.toJson(users))\n    }\n  }\n\n  def userDetailById(id: Long) = Action.async { implicit request =>\n    twitterService.fetchUserDetail(id).map { user =>\n      Ok(Json.toJson(user))\n    }\n  }\n\n  def userDetailByScreenName(screenName: String) = Action.async { implicit request =>\n    twitterService.fetchUserDetail(screenName).map { user =>\n      Ok(Json.toJson(user))\n    }\n  }\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/utils\/ValidateJson.scala","text":"package utils\n\nimport play.api.libs.json.{JsError, Reads}\nimport play.api.mvc.{PlayBodyParsers, Results}\nimport slick.util.Logging\n\nimport scala.concurrent.ExecutionContext\n\ntrait ValidateJson extends Logging {\n  implicit def parse: PlayBodyParsers\n\n  def validateJson[A: Reads](implicit ec: ExecutionContext) = {\n    parse.json.validate(_.validate[A].asEither.left.map(e => Results.BadRequest(JsError.toJson(e))))\n  }\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/models\/models.scala","text":"<reponame>Rino-T\/Twitter4sSample\npackage models\n\nimport java.time.Instant\n\ncase class CursorReq(\n  cursor: Option[Long]\n)\n\ncase class TwitterIds(\n  ids: Seq[Long],\n  nextCursor: Long,\n  previousCursor: Long\n)\n\ncase class TwitterUser(\n  id: Long,\n  screenName: String,\n  email: Option[String],\n  followersCount: Int,\n  friendsCount: Int,\n  description: Option[String],\n  url: Option[String],\n  createdAt: Instant\n)\n\ncase class TwitterUsers(\n  users: Seq[TwitterUser],\n  nextCursor: Long,\n  previousCursor: Long\n)\n\ncase class AccountHistData(\n  id: Int,\n  screenName: String,\n  twitterId: Long,\n  followerCount: Int,\n  followCount: Int,\n  date: Instant\n)"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/models\/services\/TwitterService.scala","text":"<gh_stars>0\npackage models.services\n\nimport com.danielasfregola.twitter4s.TwitterRestClient\nimport javax.inject.Inject\nimport models.{TwitterIds, TwitterUser, TwitterUsers}\n\nimport scala.concurrent.ExecutionContext\n\nclass TwitterService @Inject()(implicit ec: ExecutionContext) {\n  val restClient = TwitterRestClient()\n\n  def fetchFollowerIds(screenName: String, cursor: Long = -1, count: Int = 5000) = {\n    restClient.followerIdsForUser(screenName, cursor, count).map { response =>\n      TwitterIds(response.data.ids, response.data.next_cursor, response.data.previous_cursor)\n    }\n  }\n\n  def fetchFollowersForUser(screenName: String, cursor: Long = -1, count: Int = 20) = {\n    restClient.followersForUser(screenName, cursor, count).map { response =>\n      val users = response.data.users.map { user =>\n        TwitterUser(\n          user.id,\n          user.screen_name,\n          user.email,\n          user.followers_count,\n          user.friends_count,\n          user.description,\n          user.url,\n          user.created_at)\n      }\n\n      TwitterUsers(users, response.data.next_cursor, response.data.previous_cursor)\n    }\n  }\n\n  def fetchUserDetail(id: Long) = {\n    restClient.userById(id).map { response =>\n      val user = response.data\n\n      TwitterUser(\n        user.id,\n        user.screen_name,\n        user.email,\n        user.followers_count,\n        user.friends_count,\n        user.description,\n        user.url,\n        user.created_at)\n    }\n  }\n\n  def fetchUserDetail(screenName: String) = {\n    restClient.user(screenName).map { response =>\n      val user = response.data\n\n      TwitterUser(\n        user.id,\n        user.screen_name,\n        user.email,\n        user.followers_count,\n        user.friends_count,\n        user.description,\n        user.url,\n        user.created_at)\n    }\n  }\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"app\/modules\/Module.scala","text":"package modules\n\nimport com.google.inject.AbstractModule\nimport net.codingwell.scalaguice.ScalaModule\n\n\/\/ https:\/\/www.playframework.com\/documentation\/2.8.x\/ScalaDependencyInjection\n\/\/ https:\/\/github.com\/playframework\/play-scala-rest-api-example\/blob\/2.7.x\/app\/Module.scala\nclass Module extends AbstractModule with ScalaModule {\n  override def configure(): Unit = {\n\n  }\n}\n"}
{"repo_name":"Rino-T\/Twitter4sSample","path":"build.sbt","text":"name := \"\"\"Twitter4sSample\"\"\"\norganization := \"com.rinotc\"\n\nversion := \"1.0\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.12\"\n\nlibraryDependencies ++= Seq(\n  guice,\n  \"com.typesafe.play\" %% \"play-slick\" % \"3.0.3\",\n  \"org.mariadb.jdbc\" % \"mariadb-java-client\" % \"2.2.1\",\n  \"com.zaxxer\" % \"HikariCP\" % \"2.7.4\",\n  \"com.danielasfregola\" %% \"twitter4s\" % \"6.2\",\n  \"net.codingwell\" %% \"scala-guice\" % \"4.2.6\",\n  specs2 % Test,\n)\n\nscalacOptions ++= Seq(\n  \"-feature\",\n  \"-deprecation\",\n  \"-Xfatal-warnings\"\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/FloatingIp.scala","text":"package me.jeffshaw.digitalocean.metadata\n\nimport java.net.{Inet4Address, Inet6Address}\n\ncase class FloatingIp(\n  ipv4: FloatingIpv4,\n  ipv6: FloatingIpv6\n)\n\ncase class FloatingIpv4(\n  active: Boolean,\n  ipAddress: Inet4Address\n)\n\ncase class FloatingIpv6(\n  active: Boolean,\n  ipAddress: Inet6Address\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Region.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class Region(\n  slug: String,\n  name: String,\n  sizes: Seq[String],\n  available: Option[Boolean],\n  features: Seq[String]\n) {\n  def getSizes(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Seq[Size]] = {\n    Future.sequence(sizes.map(Size.apply))\n  }\n\n  def toEnum: RegionEnum = {\n    RegionEnum.fromSlug(slug)\n  }\n}\n\nobject Region\n  extends Path\n  with Listable[Region, responses.Regions] {\n\n  override val path: Seq[String] = Seq(\"regions\")\n\n  \/*\n  \/region\/$slug isn't supported, so just get all of them and get the one we want from the list.\n   *\/\n  def apply(slug: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Region] = {\n    for {\n      response <- list()\n    } yield {\n      response.find(_.slug == slug).getOrElse(throw new NoSuchElementException(slug))\n    }\n  }\n\n  def apply(enum: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Region] = {\n    apply(enum.slug)\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/SshKey.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport org.json4s.JsonDSL._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class SshKey(\n  id: BigInt,\n  name: String,\n  fingerprint: String,\n  publicKey: String\n) {\n  def setName(name: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[SshKey] = {\n    SshKey.setNameById(id, name)\n  }\n\n  def delete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    SshKey.deleteById(id)\n  }\n\n  override def equals(obj: scala.Any): Boolean = {\n    obj match {\n      case that: SshKey =>\n        eq(that) || this.id == that.id\n      case _ =>\n        false\n    }\n  }\n\n  override def hashCode(): Int = {\n    id.hashCode()\n  }\n}\n\nobject SshKey\n  extends Path\n  with Listable[SshKey, responses.SshKeys] {\n  override val path: Seq[String] = Seq(\"account\", \"keys\")\n\n  def setNameByFingerprint(fingerprint: String, name: String)\n      (implicit client: DigitalOceanClient, ec: ExecutionContext): Future[SshKey] = {\n    val path = this.path ++ Seq(fingerprint)\n    val value = \"name\" -> name\n\n    for {\n      response <- client.put[responses.SshKey](path, value)\n    } yield {\n      response.sshKey\n    }\n  }\n\n  def setNameById(id: BigInt, name: String)\n      (implicit client: DigitalOceanClient, ec: ExecutionContext): Future[SshKey] = {\n    val path = this.path ++ Seq(id.toString)\n    val value = \"name\" -> name\n\n    for {\n      response <- client.put[responses.SshKey](path, value)\n    } yield {\n      response.sshKey\n    }\n  }\n\n  def create(name: String, publicKey: String)\n      (implicit client: DigitalOceanClient, ec: ExecutionContext): Future[SshKey] = {\n    val value = (\"name\" -> name) ~\n      (\"public_key\" -> publicKey)\n\n    for {\n      response <- client.post[responses.SshKey](path, value)\n    } yield {\n      response.sshKey\n    }\n  }\n\n  def deleteById(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    val path = this.path ++ Seq(id.toString)\n    client.delete(path)\n  }\n\n  def deleteByFingerprint(fingerprint: String)\n      (implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    val path = this.path ++ Seq(fingerprint)\n    client.delete(path)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Ipv4.scala","text":"<reponame>Thangiee\/digitalocean<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Ipv4.scala\npackage me.jeffshaw.digitalocean.metadata\n\nimport java.net.Inet4Address\n\ncase class Ipv4(\n  ip_address: Inet4Address,\n  netmask: String,\n  gateway: Inet4Address\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Inet6AddressSerializer.scala","text":"<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/Inet6AddressSerializer.scala\npackage me.jeffshaw.digitalocean\n\nimport java.net.{Inet6Address, InetAddress}\n\nimport org.json4s._\n\nprivate[digitalocean] case object Inet6AddressSerializer extends CustomSerializer[Inet6Address](format =>\n  (\n    {\n      case JString(ip) =>\n        InetAddress.getByName(ip).asInstanceOf[Inet6Address]\n    },\n    {\n      case address: Inet6Address =>\n        JString(address.getHostAddress)\n    }\n  )\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Kernel.scala","text":"package me.jeffshaw.digitalocean\n\ncase class Kernel(\n  id: BigInt,\n  name: String,\n  version: String\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/InstantSerializer.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.time.Instant\n\nimport org.json4s._\n\nprivate[digitalocean] case object InstantSerializer extends CustomSerializer[Instant](format =>\n\t(\n\t\t{\n\t\t\tcase JString(s) =>\n        \/\/ISO8601\n\t\t\t\tInstant.parse(s)\n\t\t},\n\t\t{\n\t\t\tcase i: Instant =>\n        \/\/ISO8601\n\t\t\t\tJString(i.toString)\n\t\t}\n\t)\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/BackupWindow.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.time.Instant\n\ncase class BackupWindow(\n  start: Instant,\n  end: Instant\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Listable.scala","text":"package me.jeffshaw.digitalocean\n\nimport me.jeffshaw.digitalocean.responses.PagedResponse\nimport org.json4s.JValue\nimport scala.concurrent._\n\ntrait Listable[T, P <: responses.Page[T]] {\n  self: Path =>\n\n  def list()(implicit client: DigitalOceanClient, ec: ExecutionContext, mf: Manifest[P]): Future[Iterator[T]] = {\n    Listable.listGet[T, P](path, queryParameters)\n  }\n\n  def size()(implicit client: DigitalOceanClient, ec: ExecutionContext, mf: Manifest[P]): Future[BigInt] = {\n    for {\n      response <- client.get[P](path, queryParameters ++ Listable.listZeroQueryParameters)\n    } yield {\n      response.meta.get.total\n    }\n  }\n\n}\n\nobject Listable {\n  val listZeroQueryParameters = Map(\"per-page\" -> Seq(\"0\"))\n\n  def listGet[\n    T,\n    P <: responses.Page[T]\n  ](path: Seq[String],\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext,\n    mf: Manifest[P]\n  ): Future[Iterator[T]] = {\n    val pagedResponse = for {\n      response <- client.get[P](path, queryParameters)\n    } yield {\n      PagedResponse[T, P](\n        client,\n        response\n      )\n    }\n    pagedResponse.map(_.iterator)\n  }\n\n  def listPost[\n    T,\n    P <: responses.Page[T]\n  ](path: Seq[String],\n    message: JValue,\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext,\n    mf: Manifest[P]\n  ): Future[Iterator[T]] = {\n    val pagedResponse = for {\n      response <- client.post[P](path, message, queryParameters)\n    } yield {\n      PagedResponse[T, P](\n        client,\n        response\n      )\n    }\n    pagedResponse.map(_.iterator)\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DropletCreation.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._\n\ncase class DropletCreation(\n  droplet: Droplet,\n  actionId: BigInt\n) {\n  def action()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Action(actionId)\n  }\n\n  \/**\n   * Gets the creation action and calls .complete on it, so that the completed action is returned.\n   * @param client\n   * @param ec\n   * @return\n   *\/\n  def complete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    for {\n      a <- action()\n      c <- a.complete()\n    } yield c\n  }\n}\n\nobject DropletCreation {\n  implicit def toDroplet(dc: DropletCreation): Droplet = dc.droplet\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/metadata\/MetadataSpec.scala","text":"package me.jeffshaw.digitalocean.metadata\n\nimport java.net._\nimport me.jeffshaw.digitalocean._\nimport scala.io.Source\n\nclass MetadataSpec extends Suite {\n\n  test(\"metadata example is correctly parsed\") {\n    \/**\n      * https:\/\/developers.digitalocean.com\/metadata\/#metadata-in-json\n      *\/\n    val metadata = Metadata(Source.fromInputStream(getClass.getResourceAsStream(\"example.json\")).getLines.mkString)\n\n    assertResult(metadata.dropletId)(BigInt(1))\n    assertResult(metadata.hostname)(\"www.jeffshaw.me\")\n    assertResult(metadata.region)(NewYork3)\n    assertResult(metadata.interfaces.`private`.size)(1)\n    assertResult(metadata.interfaces.public.size)(1)\n\n    val `private` = metadata.interfaces.`private`.head\n\n    assertResult(Some(Ipv4(InetAddress.getByName(\"10.132.1.179\").asInstanceOf[Inet4Address], \"255.255.0.0\", InetAddress.getByName(\"10.132.0.1\").asInstanceOf[Inet4Address])))(`private`.ipv4)\n    assertResult(\"04:01:2b:8b:74:02\")(`private`.mac)\n    assertResult(Private)(`private`.`type`)\n\n    val public = metadata.interfaces.public.head\n\n    assertResult(Some(Ipv6(InetAddress.getByName(\"fd00:c2b6:b24b:be67:2827:688d:e6a1:6a3b\").asInstanceOf[Inet6Address], 64, InetAddress.getByName(\"fc00:e968:6179::de52:7100\").asInstanceOf[Inet6Address])))(public.ipv6)\n    assertResult(Public)(public.`type`)\n\n    assertResult(Some(Ipv4(InetAddress.getByName(\"10.17.0.6\").asInstanceOf[Inet4Address], \"255.255.0.0\", InetAddress.getByName(\"10.17.0.1\").asInstanceOf[Inet4Address])))(public.anchorIpv4)\n\n    val nameservers = Seq(\n      \"8.8.8.8\",\n      \"8.8.4.4\"\n    ).map(InetAddress.getByName)\n\n    assertResult(nameservers)(metadata.dns.nameservers)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/ActionResourceTypeSerializer.scala","text":"package me.jeffshaw.digitalocean\n\nimport org.json4s._\n\nprivate[digitalocean] case object ActionResourceTypeSerializer extends CustomSerializer[Action.ResourceType](format =>\n  (\n    {\n      case JString(\"droplet\") =>\n        Action.Droplet\n      case JString(\"backend\") =>\n        Action.Backend\n      case JString(\"image\") =>\n        Action.Image\n      case JString(\"floating_ip\") =>\n        Action.FloatingIp\n    },\n    {\n      case Action.Droplet =>\n        JString(\"droplet\")\n      case Action.Backend =>\n        JString(\"backend\")\n      case Action.Image =>\n        JString(\"image\")\n      case Action.FloatingIp =>\n        JString(\"floating_ip\")\n    }\n  )\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Interface.scala","text":"<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Interface.scala\npackage me.jeffshaw.digitalocean.metadata\n\nimport me.jeffshaw.digitalocean.NetworkType\n\ncase class Interface(\n  ipv4: Option[Ipv4],\n  anchorIpv4: Option[Ipv4],\n  ipv6: Option[Ipv6],\n  anchorIpv6: Option[Ipv6],\n  mac: String,\n  `type`: NetworkType\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Firewall.scala","text":"<reponame>Thangiee\/digitalocean<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/Firewall.scala\npackage me.jeffshaw.digitalocean\n\nimport java.net.InetAddress\nimport java.time.Instant\nimport org.json4s.{CustomSerializer, Extraction}\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL.WithBigDecimal._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class Firewall(\n  id: String,\n  status: Firewall.Status,\n  createdAt: Instant,\n  pendingChanges: Seq[Firewall.PendingChange],\n  name: String,\n  inboundRules: Seq[Firewall.InboundRule],\n  outboundRules: Seq[Firewall.OutboundRule],\n  dropletIds: Seq[BigInt],\n  tags: Seq[String]\n) {\n  def update(\n    name: String = name,\n    inboundRules: Seq[Firewall.InboundRule] = inboundRules,\n    outboundRules: Seq[Firewall.OutboundRule] = outboundRules,\n    dropletIds: Seq[BigInt] = dropletIds,\n    tags: Seq[String] = tags\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Firewall] = {\n    Firewall.update(id, name, inboundRules, outboundRules, dropletIds, tags)\n  }\n\n  def addDroplets(\n    droplets: Seq[BigInt]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.addDroplets(id, droplets)\n  }\n\n  def removeDroplets(\n    droplets: Seq[BigInt]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.removeDroplets(id, droplets)\n  }\n\n  def addTags(\n    tags: Seq[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.addTags(id, tags)\n  }\n\n  def removeTags(\n    tags: Seq[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.removeTags(id, tags)\n  }\n\n  def addRules(\n    inboundRules: Seq[Firewall.InboundRule],\n    outboundRules: Seq[Firewall.OutboundRule]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.addRules(id, inboundRules, outboundRules)\n  }\n\n  def removeRules(\n    inboundRules: Seq[Firewall.InboundRule],\n    outboundRules: Seq[Firewall.OutboundRule]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.removeRules(id, inboundRules, outboundRules)\n  }\n\n  def delete()(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Firewall.delete(id)\n  }\n}\n\nobject Firewall extends Path with Listable[Firewall, responses.Firewalls] {\n\n  override protected val path: Seq[String] = Seq(\"firewalls\")\n\n  def apply(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Firewall] = {\n    val path = this.path :+ id.toString\n    client.get[Firewall](path)\n  }\n\n  private case class CreateOrUpdate(\n    name: String,\n    inboundRules: Seq[responses.Firewall.InboundRule],\n    outboundRules: Seq[responses.Firewall.OutboundRule],\n    dropletIds: Seq[BigInt],\n    tags: Seq[String]\n  )\n\n  def create(\n    name: String,\n    inboundRules: Seq[InboundRule],\n    outboundRules: Seq[OutboundRule],\n    dropletIds: Seq[BigInt] = Seq(),\n    tags: Seq[String] = Seq()\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Firewall] = {\n    val postJson =\n      Extraction.decompose(\n        CreateOrUpdate(\n          name,\n          inboundRules.map(responses.Firewall.InboundRule.valueOf),\n          outboundRules.map(responses.Firewall.OutboundRule.valueOf),\n          dropletIds,\n          tags\n        )\n      )\n\n    val request = client.post[responses.FirewallCreateOrUpdate](path, postJson)\n\n    for {\n      response <- request\n    } yield response.firewall.toFirewall\n  }\n\n  def update(\n    id: String,\n    name: String,\n    inboundRules: Seq[Firewall.InboundRule],\n    outboundRules: Seq[Firewall.OutboundRule],\n    dropletIds: Seq[BigInt],\n    tags: Seq[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Firewall] = {\n    val postJson =\n      Extraction.decompose(\n        CreateOrUpdate(\n          name,\n          inboundRules.map(responses.Firewall.InboundRule.valueOf),\n          outboundRules.map(responses.Firewall.OutboundRule.valueOf),\n          dropletIds,\n          tags\n        )\n      )\n\n    val request = client.put[responses.FirewallCreateOrUpdate](path :+ id, postJson)\n\n    for {\n      response <- request\n    } yield response.firewall.toFirewall\n  }\n\n  def addDroplets(\n    firewallId: String,\n    dropletIds: Seq[BigInt]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = \"droplet_ids\" -> dropletIds\n\n    client.postWithEmptyResponse(path ++ Seq(firewallId, \"droplets\"), postBody)\n  }\n\n  def removeDroplets(\n    firewallId: String,\n    dropletIds: Seq[BigInt]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = \"droplet_ids\" -> dropletIds\n\n    client.delete(path ++ Seq(firewallId, \"droplets\"), Some(postBody))\n  }\n\n  def addTags(\n    firewallId: String,\n    tags: Seq[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = \"tags\" -> tags\n\n    client.postWithEmptyResponse(path ++ Seq(firewallId, \"tags\"), postBody)\n  }\n\n  def removeTags(\n    firewallId: String,\n    tags: Seq[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = \"tags\" -> tags\n\n    client.delete(path ++ Seq(firewallId, \"tags\"), Some(postBody))\n  }\n\n  def delete(id: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    client.delete(path :+ id)\n  }\n\n  private case class AlterRules(\n    inboundRules: Option[Seq[Firewall.InboundRule]] = None,\n    outboundRules: Option[Seq[Firewall.OutboundRule]] = None\n  )\n\n  private object AlterRules {\n    def apply(\n      inboundRules: Seq[Firewall.InboundRule],\n      outboundRules: Seq[Firewall.OutboundRule]\n    ): AlterRules = {\n      apply(responses.seqToOption(inboundRules), responses.seqToOption(outboundRules))\n    }\n  }\n\n  def addRules(\n    firewallId: String,\n    inboundRules: Seq[Firewall.InboundRule] = Seq(),\n    outboundRules: Seq[Firewall.OutboundRule] = Seq()\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = Extraction.decompose(AlterRules(inboundRules, outboundRules))\n\n    client.postWithEmptyResponse(path ++ Seq(firewallId, \"rules\"), postBody)\n  }\n\n  def removeRules(\n    firewallId: String,\n    inboundRules: Seq[Firewall.InboundRule] = Seq(),\n    outboundRules: Seq[Firewall.OutboundRule] = Seq()\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val postBody = Extraction.decompose(AlterRules(inboundRules, outboundRules))\n\n    client.delete(path ++ Seq(firewallId, \"rules\"), Some(postBody))\n  }\n\n  case class InboundRule(\n    protocol: Protocol,\n    sources: Source\n  )\n\n  case class OutboundRule(\n    protocol: Protocol,\n    destinations: Destination\n  )\n\n  sealed trait Port\n\n  object Port {\n    case class Range(start: Int, end: Int) extends Port\n\n    object Range {\n      def valueOf(rangeString: String): Range = {\n        val split = rangeString.split('-')\n        Range(split(0).toInt, split(1).toInt)\n      }\n    }\n\n    case class Single(port: Int) extends Port\n\n    case object All extends Port\n\n    private[digitalocean] object Serializer extends CustomSerializer[Port](format =>\n      ({\n        case JString(\"all\") | JString(\"0\") =>\n          All\n        case JString(rangeString) if rangeString.contains(\"-\") =>\n          Range.valueOf(rangeString)\n        case JString(port) =>\n          Single(port.toInt)\n      },\n      {\n        case Range(start, end) => JString(s\"$start-$end\")\n        case Single(port) => JString(port.toString)\n        case All => JString(\"all\")\n      })\n    )\n  }\n\n  case class Source(\n    addresses: Seq[Source.Address] = Seq(),\n    dropletIds: Seq[BigInt] = Seq(),\n    loadBalancerUids: Seq[String] = Seq(),\n    tags: Seq[String] = Seq()\n  )\n\n  object Source {\n    case class Address(\n      address: InetAddress,\n      cidr: Option[Int] = None\n    )\n\n    object Address {\n      private[digitalocean] object Serializer extends CustomSerializer[Address](format =>\n        ({\n          case JString(str) =>\n            val split = str.split('\/')\n            val address = InetAddress.getByName(split(0))\n            val cidr =\n              for {\n                cidrString <- split.lift(1)\n              } yield cidrString.toInt\n            Address(address, cidr)\n        },\n        {\n          case Address(address, cidr) =>\n            val cidrString = cidr.map(\"\/\" + _.toString).getOrElse(\"\")\n            JString(address.getHostAddress + cidrString)\n        })\n      )\n    }\n  }\n\n  type Destination = Source\n\n  val Destination = Source\n\n  sealed trait Protocol\n\n  object Protocol {\n    case class Tcp(port: Port) extends Protocol\n\n    case class Udp(port: Port) extends Protocol\n\n    case object Icmp extends Protocol\n\n  }\n\n  sealed trait Status {\n    val StringValue: String\n  }\n\n  object Status {\n    case object Waiting extends Status {\n      override val StringValue: String = \"waiting\"\n    }\n    case object Succeeded extends Status {\n      override val StringValue: String = \"succeeded\"\n    }\n    case object Failed extends Status {\n      override val StringValue: String = \"failed\"\n    }\n\n    private[digitalocean] case object Serializer extends CustomSerializer[Status](format =>\n      (\n        {\n          case JString(Waiting.StringValue) => Waiting\n          case JString(Succeeded.StringValue) => Succeeded\n          case JString(Failed.StringValue) => Failed\n        },\n        {\n          case tpe: Status =>\n            JString(tpe.StringValue)\n        }\n      )\n    )\n  }\n\n  case class PendingChange(\n    dropletId: BigInt,\n    removing: Boolean,\n    status: Status\n  )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/DropletSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._, duration._\nimport scala.util.Random\n\nclass DropletSpec extends Suite {\n\n  val dropletName = dropletNamePrefix + Random.nextInt()\n\n  test(\"Droplets can be created, listed, and deleted.\") {\n    val size = `512mb`\n\n    for {\n      droplet <- Droplet.create(dropletName, testRegionSlug, size, testImageSlug, Seq.empty, false, false, false, None)\n      droplets <- Droplet.list()\n      _ = assert(droplets.exists(_.id == droplet.id))\n      \/\/Wait for the droplet to become active.\n      createComplete <- droplet.complete()\n      _ = assertResult(Action.Completed)(createComplete.status)\n      () = println(s\"Droplet ${droplet.id} is active. Deleting it.\")\n      \/\/Power it off (not necessary, but we don't have a test for Action.await yet).\n      off <- droplet.powerOff()\n      offComplete <- off.complete()\n      \/\/Wait for the droplet to stop existing.\n      delete <- droplet.delete()\n      () <- delete.complete()\n      \/\/Assert that the droplet has no pending actions.\n      actions <- client.poll[Iterator[Action]](droplet.actions(), _.forall(_.status != Action.InProgress))\n      \/\/Assert that the droplet to stop appearing in the droplet list.\n      droplets <- client.poll[Iterator[Droplet]](Droplet.list(), ! _.contains(droplet))\n    } yield {\n      println(\"deletion completed\")\n      assertResult(Action.Completed)(offComplete.status)\n    }\n  }\n\n  override protected def afterAll(): Unit = {\n    Await.result(deleteDroplets(), 3 minutes)\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/RegionSpec.scala","text":"<filename>src\/test\/scala\/me\/jeffshaw\/digitalocean\/RegionSpec.scala\npackage me.jeffshaw.digitalocean\n\nclass RegionSpec extends Suite {\n\n  test(\"Regions can be listed by the client\") {\n    for (size <- Region.size()) yield {\n      assert(size > 0)\n    }\n  }\n\n  test(\"All regions are explicitly enumerated.\") {\n    for (regions <- Region.list()) yield {\n      val asEnums = regions.map(_.toEnum)\n      assert(asEnums.forall(!_.isInstanceOf[OtherRegion]))\n    }\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Networks.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\ncase class Networks(\n  v4: Seq[NetworkV4],\n  v6: Seq[NetworkV6]\n)\n\nobject Networks {\n  val empty =\n    Networks(\n      v4 = Seq.empty,\n      v6 = Seq.empty\n    )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Path.scala","text":"package me.jeffshaw.digitalocean\n\nprivate[digitalocean] trait Path {\n  protected val path: Seq[String]\n\n  protected val queryParameters: Map[String, Seq[String]] = Map.empty\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DelayedFuture.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.io.Closeable\nimport java.util.{Timer, TimerTask}\nimport scala.concurrent.{Future, Promise}\nimport scala.concurrent.duration.Duration\n\n\/**\n  * Provides methods to run functions after a delay.\n  *\/\nprivate[digitalocean] trait DelayedFuture\n  extends Closeable {\n\n  private val timer = new Timer(true)\n\n  protected def after[T](\n    delay: Duration\n  )(future: => Future[T]\n  ): Future[T] = {\n    val p = Promise[T]()\n\n    timer.schedule(\n      new TimerTask {\n        override def run(): Unit = {\n          p.completeWith(future)\n        }\n      },\n      delay.toMillis\n    )\n\n    p.future\n  }\n\n  protected def sleep(duration: Duration): Future[Unit] =\n    after(duration)(Future.successful(()))\n\n  override def close(): Unit = {\n    timer.cancel()\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/VolumeSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\nimport scala.util.Random\n\nclass VolumeSpec\n  extends Suite {\n\n  test(\"volumes can be created and destroyed\") {\n    val volumeName = volumeNamePrefix + Random.nextInt()\n    for {\n      v <- Volume.create(1, volumeName, NewYork1)\n      deletion <- v.delete()\n      () <- deletion.complete()\n      volumes <- client.poll[Iterator[Volume]](Volume.list(), ! _.contains(v))\n    } yield {\n      assertResult(volumeName)(v.name)\n      assertResult(1)(v.sizeGigabytes)\n    }\n  }\n\n  test(\"volumes can be resized\") {\n    val volumeName = volumeNamePrefix + Random.nextInt()\n    for {\n      v <- Volume.create(1, volumeName, NewYork1)\n      resizeAction <- v.resize(2)\n      _ <- resizeAction.complete()\n      v2 <- Volume(v.id)\n    } yield assertResult(2)(v2.sizeGigabytes)\n  }\n\n  test(\"actions can be listed\") {\n    val volumeName = volumeNamePrefix + Random.nextInt()\n    val dropletName = dropletNamePrefix + Random.nextInt()\n    val size = `512mb`\n\n    for {\n      v <- Volume.create(1, volumeName, NewYork1)\n      d <- Droplet.create(dropletName, NewYork1, size, testImageSlug, Seq.empty, false, false, false, None)\n      _ <- d.complete()\n      action <- d.attach(v)\n      actions <- client.poll[Seq[Action]](v.actions().map(_.toList), _.contains(action))\n    } yield succeed\n  }\n\n  override protected def afterAll(): Unit = {\n    Await.result(deleteDroplets(), 3 minutes)\n\n    val volumeDeletions =\n      for {\n        volumes <- listVolumes()\n        detatches <-\n          Future.sequence(\n            for {\n              volume <- volumes\n            } yield volume.detachAll().flatMap(a => Future.sequence(a.map(_.complete())))\n          )\n        deletions <- Future.sequence(volumes.map(_.delete()))\n      } yield deletions\n\n    Await.result(volumeDeletions, 3 minutes)\n\n    super.afterAll()\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Size.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._\n\ncase class Size(\n  slug: String,\n  memory: Option[BigInt],\n  vcpus: Option[BigInt],\n  disk: Option[BigInt],\n  transfer: BigDecimal,\n  priceMonthly: BigDecimal,\n  priceHourly: BigDecimal,\n  regions: Seq[String]\n) {\n  def getRegions(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Seq[Region]] = {\n    Future.sequence(regions.map(Region.apply))\n  }\n\n  def toEnum: SizeEnum = {\n    SizeEnum.fromSlug(slug)\n  }\n}\n\nobject Size\n  extends Path\n  with Listable[Size, responses.Sizes] {\n\n  override val path: Seq[String] = Seq(\"sizes\")\n\n  \/*\n  \/size\/$name isn't supported, so just get all of them and get the one we want from the list.\n   *\/\n  def apply(slug: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Size] = {\n    for {\n      sizes <- list()\n    } yield {\n      sizes.find(_.slug == slug).getOrElse(throw new NoSuchElementException(slug))\n    }\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Interfaces.scala","text":"package me.jeffshaw.digitalocean.metadata\n\ncase class Interfaces(\n  `private`: Seq[Interface],\n  public: Seq[Interface]\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/responses\/DomainRecordFields.scala","text":"<gh_stars>10-100\npackage me.jeffshaw\npackage digitalocean\npackage responses\n\nimport java.net._\n\nprivate[digitalocean] case class DomainRecordFields(\n  id: BigInt,\n  `type`: String,\n  name: Option[String],\n  data: Option[String],\n  priority: Option[Int],\n  weight: Option[Int]\n) {\n  def inetAddress: Option[InetAddress] = {\n    for {\n      address <- data\n    } yield {\n      InetAddress.getByName(address)\n    }\n  }\n\n  def toDomainRecord(domainName: String): dns.DomainRecord = {\n    `type` match {\n      case dns.A.StringValue =>\n        val address = inetAddress.get.asInstanceOf[Inet4Address]\n        dns.A(domainName, id, name.get, address)\n      case dns.AAAA.StringValue =>\n        val address = inetAddress.get.asInstanceOf[Inet6Address]\n        dns.AAAA(domainName, id, name.get, address)\n      case dns.CNAME.StringValue =>\n        dns.CNAME(domainName, id, name.get, data.get)\n      case dns.MX.StringValue =>\n        dns.MX(domainName, id, data.get, priority.get)\n      case dns.TXT.StringValue =>\n        dns.TXT(domainName, id, name.get, data.get)\n      case dns.SRV.StringValue =>\n        dns.SRV(domainName, id, name.get, inetAddress.get, priority.get, weight.get)\n      case dns.NS.StringValue =>\n        dns.NS(domainName, id, data.get)\n      case dns.SOA.StringValue =>\n        dns.SOA(domainName, id, data.get.toInt, name.get)\n    }\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/SshKeySpec.scala","text":"<reponame>Thangiee\/digitalocean<filename>src\/test\/scala\/me\/jeffshaw\/digitalocean\/SshKeySpec.scala\npackage me.jeffshaw.digitalocean\n\nimport java.io.{ByteArrayOutputStream, DataOutputStream}\nimport java.security.KeyPairGenerator\nimport java.security.interfaces.RSAPublicKey\nimport java.util.Base64\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.util.Random\n\n\/**\n * Note that these tests randomly fail, because Digital Ocean is slow\n * to update your list of keys that are accessible to the API. This is the\n * reason for all the calls to pollKeys(Vector[SshKey] => Boolean).\n * Sometimes even a 30 second wait isn't enough.\n *\/\nclass SshKeySpec extends Suite {\n  private def genPK = {\n    val kpg = KeyPairGenerator.getInstance(\"RSA\")\n    kpg.initialize(512)\n    val pc = kpg.genKeyPair.getPublic.asInstanceOf[RSAPublicKey]\n\n    val bytes = new ByteArrayOutputStream\n    val out = new DataOutputStream(bytes)\n    out.writeInt(\"ssh-rsa\".getBytes.length)\n    out.write(\"ssh-rsa\".getBytes)\n    out.writeInt(pc.getPublicExponent.toByteArray.length)\n    out.write(pc.getPublicExponent.toByteArray)\n    out.writeInt(pc.getModulus.toByteArray.length)\n    out.write(pc.getModulus.toByteArray)\n    val key_val = Base64.getEncoder().encodeToString(bytes.toByteArray)\n    s\"ssh-rsa $key_val Test Ssh Key\"\n  }\n\n  val namePrefix = \"ScalaTest\"\n\n  override protected def afterAll(): Unit = {\n    val cleanup = for {\n      keys <- SshKey.list()\n      deletions <- Future.sequence(keys.filter(_.name.startsWith(namePrefix)).map(_.delete()))\n    } yield deletions\n\n    Await.result(cleanup, 10 seconds)\n    super.afterAll()\n  }\n\n  \/**\n    * Repeatedly execute SshKey.list() until a predicate is satisfied.\n    *\/\n  def pollKeys(predicate: Vector[SshKey] => Boolean): Future[Vector[SshKey]] ={\n    for {\n      keys <- client.poll[Vector[SshKey]](SshKey.list().map(_.toVector), predicate)\n    } yield {\n      assert(predicate(keys))\n      keys\n    }\n  }\n\n  test(\"Ssh keys can be created, renamed, listed, and deleted (by Id).\") {\n    val name = namePrefix + Random.nextInt()\n    val publicKey: String = genPK\n    val updatedName = name + \"Updated\"\n\n    for {\n      key <- SshKey.create(name, publicKey)\n      keys <- pollKeys(_.contains(key))\n      newKey <- SshKey.setNameById(key.id, updatedName)\n      keysWithRename <- pollKeys(keys => keys.exists(_.name == updatedName))\n      _ = assert(!keysWithRename.exists(_.name == name))\n      _ = assert(key == newKey)\n      () <- SshKey.deleteById(key.id)\n      keysAfterDelete <- pollKeys(! _.exists(_.id == key.id))\n    } yield succeed\n  }\n\n  test(\"Ssh keys can be created, renamed, listed, and deleted (by fingerprint).\") {\n    val name = namePrefix + Random.nextInt()\n    val publicKey: String = genPK\n    val updatedName = name + \"Updated\"\n\n    for {\n      key <- SshKey.create(name, publicKey)\n      keys <- pollKeys(_.contains(key))\n      newKey <- SshKey.setNameByFingerprint(key.fingerprint, updatedName)\n      keysWithRename <- pollKeys(keys => keys.exists(_.name == updatedName))\n      _ = assert(!keysWithRename.exists(_.name == name))\n      _ = assert(key == newKey)\n      () <- SshKey.deleteByFingerprint(key.fingerprint)\n      keysAfterDelete <- pollKeys(! _.exists(_.fingerprint == key.fingerprint))\n    } yield succeed\n  }\n\n  test(\"Ssh keys can be created, renamed, and deleted (native).\") {\n    val name = namePrefix + Random.nextInt()\n    val publicKey: String = genPK\n    val updatedName = name + \"Updated\"\n\n    for {\n      key <- SshKey.create(name, publicKey)\n      keys <- pollKeys(_.contains(key))\n      newKey <- key.setName(updatedName)\n      keysWithRename <- pollKeys(_.exists(_.name == updatedName))\n      _ = assert(!keysWithRename.exists(_.name == name))\n      _ = assert(key == newKey)\n      () <- newKey.delete()\n      keysAfterDelete <- pollKeys(! _.contains(newKey))\n    } yield succeed\n\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/dns\/Domain.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean.dns\n\nimport java.net._\nimport me.jeffshaw.digitalocean._\nimport me.jeffshaw.digitalocean.responses.PagedResponse\nimport org.json4s.Extraction\nimport org.json4s.JsonDSL._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class Domain(\n  name: String,\n  ttl: Option[Int],\n  zoneFile: Option[String]\n) extends Path {\n\n  override protected val path: Seq[String] = Seq(\"domains\", name, \"records\")\n\n  def delete()(\n    implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Domain.delete(name)\n  }\n\n  def records()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[DomainRecord]] = {\n    val pagedResponse = for {\n      response <- client.get[responses.DomainRecords](path)\n    } yield {\n      PagedResponse[responses.DomainRecordFields, responses.DomainRecords](\n        client,\n        response\n      )\n    }\n    pagedResponse.map(_.iterator.map(_.toDomainRecord(this.name)))\n  }\n\n  def deleteRecord(\n    recordId: BigInt\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    Domain.deleteRecord(this.name, recordId)\n  }\n\n  def createA(\n    recordName: String,\n    recordData: Inet4Address\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createA(\n    this.name,\n    recordName,\n    recordData\n    )\n  }\n\n  def createA(\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createA(\n      this.name,\n      recordName,\n      recordData\n    )\n  }\n\n  def createAAAA(\n    recordName: String,\n    recordData: Inet6Address\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createAAAA(\n      this.name,\n      recordName,\n      recordData\n    )\n  }\n\n  def createAAAA(\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createAAAA(\n      this.name,\n      recordName,\n      recordData\n    )\n  }\n\n  def createCName(\n    domainName: String,\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createCName(this.name, recordName, recordData)\n  }\n\n  def createMX(\n    recordData: String,\n    recordPriority: Int\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createMX(this.name, recordData, recordPriority)\n  }\n\n  def createTxt(\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createTxt(this.name, recordName, recordData)\n  }\n\n  def createSrv(\n    recordName: String,\n    recordData: String,\n    recordPriority: Int,\n    recordWeight: Int\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createSrv(\n      this.name,\n      recordName,\n      recordData,\n      recordPriority,\n      recordWeight\n    )\n  }\n\n  def createNS(\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    Domain.createNS(this.name, recordData)\n  }\n}\n\nobject Domain extends Path\n  with Listable[Domain, responses.Domains] {\n\n  override protected val path: Seq[String] = Seq(\"domains\")\n\n  def apply(\n    name: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Domain] = {\n    val getPath = path :+ name\n\n    client.get[responses.Domain](getPath).map(_.domain)\n  }\n\n  def create(\n    name: String,\n    ipAddress: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Domain] = {\n    create(\n      name,\n      InetAddress.getByName(ipAddress)\n    )\n  }\n\n  def create(\n    name: String,\n    ipAddress: InetAddress\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Domain] = {\n    val postBody =\n      (\"name\" -> name) ~\n        (\"ip_address\" -> ipAddress.getHostAddress)\n\n    client.post[responses.Domain](\n      path,\n      postBody\n    ).map(_.domain)\n  }\n\n  def delete(\n    name: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val deletePath = path :+ name\n\n    client.delete(deletePath)\n  }\n\n  def deleteRecord(\n    name: String,\n    recordId: BigInt\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Unit] = {\n    val deletePath = path ++ Seq(name, recordId.toString)\n    client.delete(deletePath)\n  }\n\n  private case class CreateRecord(\n    `type`: String,\n    name: Option[String] = None,\n    data: String,\n    priority: Option[Int] = None,\n    port: Option[Int] = None,\n    weight: Option[Int] = None\n  )\n\n  private def createRecord(\n    domainName: String,\n    record: CreateRecord\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val postPath = path ++ Seq(domainName, \"records\")\n    val postBody = Extraction.decompose(record)\n\n    client.post[responses.DomainRecord](postPath, postBody).map(_.domainRecord.toDomainRecord(domainName))\n  }\n\n  def createA(\n    domainName: String,\n    recordName: String,\n    recordData: Inet4Address\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val record = CreateRecord(\n      `type` = \"A\",\n      name = Some(recordName),\n      data = recordData.getHostAddress\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createA(\n    domainName: String,\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val address = InetAddress.getByName(recordData).asInstanceOf[Inet4Address]\n\n    createA(domainName, recordName, address)\n  }\n\n  def createAAAA(\n    domainName: String,\n    recordName: String,\n    recordData: Inet6Address\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val record = CreateRecord(\n      `type` = \"AAAA\",\n      name = Some(recordName),\n      data = recordData.getHostAddress\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createAAAA(\n    domainName: String,\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val address = InetAddress.getByName(recordData).asInstanceOf[Inet6Address]\n\n    createAAAA(domainName, recordName, address)\n  }\n\n  def createCName(\n    domainName: String,\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val record = CreateRecord(\n      `type` = \"CNAME\",\n      name = Some(recordName),\n      data = recordData\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createMX(\n    domainName: String,\n    recordData: String,\n    recordPriority: Int\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    if (recordPriority < 0 || recordPriority > 63335) {\n      throw new IllegalArgumentException(\"priority\")\n    }\n    val record = CreateRecord(\n      `type` = \"MX\",\n      data = recordData,\n      priority = Some(recordPriority)\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createTxt(\n    domainName: String,\n    recordName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val record = CreateRecord(\n      `type` = \"TXT\",\n      name = Some(recordName),\n      data = recordData\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createSrv(\n    domainName: String,\n    recordName: String,\n    recordData: String,\n    recordPriority: Int,\n    recordWeight: Int\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    if (recordPriority < 0 || recordPriority > 63335) {\n      throw new IllegalArgumentException(\"recordPriority\")\n    }\n\n    if (recordWeight < 0 || recordWeight > 63335) {\n      throw new IllegalArgumentException(\"recordWeight\")\n    }\n\n    val record = CreateRecord(\n      `type` = \"SRV\",\n      name = Some(recordName),\n      data = recordData,\n      priority = Some(recordPriority),\n      weight = Some(recordWeight)\n    )\n\n    createRecord(domainName, record)\n  }\n\n  def createNS(\n    domainName: String,\n    recordData: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val record = CreateRecord(\n      `type` = \"NS\",\n      data = recordData\n    )\n\n    createRecord(domainName, record)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Status.scala","text":"package me.jeffshaw.digitalocean\n\nimport org.json4s.CustomSerializer\nimport org.json4s.JsonAST.JString\n\nsealed trait Status\n\ncase object New extends Status\n\ncase object Active extends Status\n\ncase object Off extends Status\n\ncase object Archive extends Status\n\nobject Status {\n  private[digitalocean] case object Serializer extends CustomSerializer[Status](format =>\n    (\n      {\n        case JString(\"new\") => New\n        case JString(\"active\") => Active\n        case JString(\"off\") => Off\n        case JString(\"archive\") => Archive\n      },\n      {\n        case New => JString(\"new\")\n        case Active => JString(\"active\")\n        case Off => JString(\"off\")\n        case Archive => JString(\"archive\")\n      }\n    )\n  )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"build.sbt","text":"<gh_stars>10-100\nname := \"digitalocean\"\n\norganization := \"me.jeffshaw\"\n\nversion := \"6.2\"\n\nlibraryDependencies ++= Seq(\n  \"org.asynchttpclient\" % \"async-http-client\" % \"2.10.0\",\n  \"org.json4s\" %% \"json4s-native\" % \"3.6.6\",\n  \"com.typesafe\" % \"config\" % \"1.3.3\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % \"test\",\n  \"org.apache.logging.log4j\" % \"log4j-slf4j-impl\" % \"2.11.1\" % \"test\",\n  \"org.apache.logging.log4j\" % \"log4j-api\" % \"2.11.1\" % \"test\",\n  \"org.apache.logging.log4j\" % \"log4j-core\" % \"2.11.1\" % \"test\"\n)\n\nscalaVersion := \"2.13.0\"\n\ncrossScalaVersions := Seq(\"2.12.8\", \"2.11.12\", \"2.10.7\")\n\nscalacOptions ++= Seq(\"-language:postfixOps\")\n\nmimaPreviousArtifacts := Set(\"me.jeffshaw\" %% \"digitalocean\" % \"6.1\")\n\nparallelExecution := false\n\nlicenses := Seq(\"Apache License, Version 2.0\" -> url(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\n\nhomepage := Some(url(\"https:\/\/github.com\/shawjef3\/digitalocean\"))\n\npomExtra := (\n  <developers>\n    <developer>\n      <name><NAME><\/name>\n      <id>shawjef3<\/id>\n    <\/developer>\n    <developer>\n      <name>bass3t<\/name>\n      <id>bass3t<\/id>\n    <\/developer>\n    <developer>\n      <name>flavienbert<\/name>\n      <id>flavienbert<\/id>\n    <\/developer>\n  <\/developers>\n  <scm>\n    <url><EMAIL>:shawjef3\/digitalocean.git<\/url>\n    <connection>scm:git:<EMAIL>:shawjef3\/digitalocean.git<\/connection>\n  <\/scm>\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Metadata.scala","text":"package me.jeffshaw.digitalocean.metadata\n\nimport me.jeffshaw.digitalocean.RegionEnum\nimport me.jeffshaw.digitalocean.ToFuture._\nimport org.asynchttpclient.{AsyncHttpClient, RequestBuilder}\nimport org.json4s.Extraction\nimport org.json4s.native.JsonMethods\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class Metadata(\n  dropletId: BigInt,\n  hostname: String,\n  vendorData: String,\n  publicKeys: Seq[String],\n  region: RegionEnum,\n  interfaces: Interfaces,\n  floatingIp: Option[FloatingIp],\n  dns: Dns\n)\n\nobject Metadata {\n  import me.jeffshaw.digitalocean.formats\n\n  def apply(metadata: String): Metadata = {\n    val json = JsonMethods.parse(metadata)\n    Extraction.extract[responses.Metadata](json).toMetadata\n  }\n\n  def apply()(implicit client: AsyncHttpClient, ec: ExecutionContext): Future[Metadata] = {\n    for {\n      response <- client.executeRequest(endpoint)\n    } yield Metadata(response.getResponseBody)\n  }\n\n  val endpoint = new RequestBuilder(\"GET\").setUrl(\"http:\/\/169.254.169.254\/metadata\/v1.json\").build()\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"project\/plugins.sbt","text":"<reponame>Thangiee\/digitalocean\naddSbtPlugin(\"com.typesafe\" % \"sbt-mima-plugin\" % \"0.1.18\")\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/NetworkType.scala","text":"package me.jeffshaw.digitalocean\n\nimport org.json4s._\n\nsealed trait NetworkType\n\ncase object Public extends NetworkType\n\ncase object Private extends NetworkType\n\nobject NetworkType {\n  private[digitalocean] case object Serializer extends CustomSerializer[NetworkType](format =>\n    (\n      {\n      case JString(\"public\") =>\n        Public\n      case JString(\"private\") =>\n        Private\n      },\n      {\n        case Public =>\n          JString(\"public\")\n        case Private =>\n          JString(\"private\")\n      }\n    )\n  )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/SizeEnum.scala","text":"package me.jeffshaw.digitalocean\n\nsealed trait SizeEnum {\n  val slug: String\n}\n\ncase object `512mb` extends SizeEnum {\n  override val slug: String = \"512mb\"\n}\n\ncase object `1gb` extends SizeEnum {\n  override val slug: String = \"1gb\"\n}\n\ncase object `2gb` extends SizeEnum {\n  override val slug: String = \"2gb\"\n}\n\ncase object `4gb` extends SizeEnum {\n  override val slug: String = \"4gb\"\n}\n\ncase object `8gb` extends SizeEnum {\n  override val slug: String = \"8gb\"\n}\n\ncase object `16gb` extends SizeEnum {\n  override val slug: String = \"16gb\"\n}\n\ncase object `m-16gb` extends SizeEnum {\n  override val slug: String = \"m-16gb\"\n}\n\ncase object `32gb` extends SizeEnum {\n  override val slug: String = \"32gb\"\n}\n\ncase object `m-1vcpu-8gb` extends SizeEnum {\n  override val slug: String = \"m-1vcpu-8gb\"\n}\n\ncase object `m-32gb` extends SizeEnum {\n  override val slug: String = \"m-32gb\"\n}\n\ncase object `48gb` extends SizeEnum {\n  override val slug: String = \"48gb\"\n}\n\ncase object `m-48gb` extends SizeEnum {\n  override val slug: String = \"m-48gb\"\n}\n\ncase object `64gb` extends SizeEnum {\n  override val slug: String = \"64gb\"\n}\n\ncase object `m-64gb` extends SizeEnum {\n  override val slug: String = \"m-64gb\"\n}\n\ncase object `m-128gb` extends SizeEnum {\n  override val slug: String = \"m-128gb\"\n}\n\ncase object `m-224gb` extends SizeEnum {\n  override val slug: String = \"m-224gb\"\n}\n\ncase object `c-2` extends SizeEnum {\n  override val slug = \"c-2\"\n}\n\ncase object `c-4` extends SizeEnum {\n  override val slug = \"c-4\"\n}\n\ncase object `c-8` extends SizeEnum {\n  override val slug = \"c-8\"\n}\n\ncase object `c-16` extends SizeEnum {\n  override val slug = \"c-16\"\n}\n\ncase object `c-32` extends SizeEnum {\n  override val slug = \"c-32\"\n}\n\ncase object `s-1vcpu-3gb` extends SizeEnum {\n  override val slug: String = \"s-1vcpu-3gb\"\n}\n\ncase object `s-6vcpu-16gb` extends SizeEnum {\n  override val slug: String = \"s-6vcpu-16gb\"\n}\n\ncase object `s-1vcpu-2gb` extends SizeEnum {\n  override val slug: String = \"s-1vcpu-2gb\"\n}\n\ncase object `s-12vcpu-48gb` extends SizeEnum {\n  override val slug: String = \"s-12vcpu-48gb\"\n}\n\ncase object `s-2vcpu-2gb` extends SizeEnum {\n  override val slug: String = \"s-2vcpu-2gb\"\n}\n\ncase object `s-32vcpu-192gb` extends SizeEnum {\n  override val slug: String = \"s-32vcpu-192gb\"\n}\n\ncase object `s-20vcpu-96gb` extends SizeEnum {\n  override val slug: String = \"s-20vcpu-96gb\"\n}\n\ncase object `s-16vcpu-64gb` extends SizeEnum {\n  override val slug: String = \"s-16vcpu-64gb\"\n}\n\ncase object `s-3vcpu-1gb` extends SizeEnum {\n  override val slug: String = \"s-3vcpu-1gb\"\n}\n\ncase object `s-24vcpu-128gb` extends SizeEnum {\n  override val slug: String = \"s-24vcpu-128gb\"\n}\n\ncase object `s-1vcpu-1gb` extends SizeEnum {\n  override val slug: String = \"s-1vcpu-1gb\"\n}\n\ncase object `c-48` extends SizeEnum {\n  override val slug: String = \"c-48\"\n}\n\ncase object `s-4vcpu-8gb` extends SizeEnum {\n  override val slug: String = \"s-4vcpu-8gb\"\n}\n\ncase object `s-8vcpu-32gb` extends SizeEnum {\n  override val slug: String = \"s-8vcpu-32gb\"\n}\n\ncase object `s-2vcpu-4gb` extends SizeEnum {\n  override val slug: String = \"s-2vcpu-4gb\"\n}\n\ncase object `g-2vcpu-8gb` extends SizeEnum {\n  override val slug: String = \"g-2vcpu-8gb\"\n}\ncase object `gd-2vcpu-8gb` extends SizeEnum {\n  override val slug: String = \"gd-2vcpu-8gb\"\n}\ncase object `g-4vcpu-16gb` extends SizeEnum {\n  override val slug: String = \"g-4vcpu-16gb\"\n}\ncase object `gd-4vcpu-16gb` extends SizeEnum {\n  override val slug: String = \"gd-4vcpu-16gb\"\n}\ncase object `g-8vcpu-32gb` extends SizeEnum {\n  override val slug: String = \"g-8vcpu-32gb\"\n}\ncase object `gd-8vcpu-32gb` extends SizeEnum {\n  override val slug: String = \"gd-8vcpu-32gb\"\n}\ncase object `g-16vcpu-64gb` extends SizeEnum {\n  override val slug: String = \"g-16vcpu-64gb\"\n}\ncase object `gd-16vcpu-64gb` extends SizeEnum {\n  override val slug: String = \"gd-16vcpu-64gb\"\n}\ncase object `g-32vcpu-128gb` extends SizeEnum {\n  override val slug: String = \"g-32vcpu-128gb\"\n}\ncase object `gd-32vcpu-128gb` extends SizeEnum {\n  override val slug: String = \"gd-32vcpu-128gb\"\n}\ncase object `g-40vcpu-160gb` extends SizeEnum {\n  override val slug: String = \"g-40vcpu-160gb\"\n}\ncase object `gd-40vcpu-160gb` extends SizeEnum {\n  override val slug: String = \"gd-40vcpu-160gb\"\n}\n\ncase class OtherSize(slug: String) extends SizeEnum\n\nobject SizeEnum {\n  implicit def fromSlug(slug: String): SizeEnum = {\n    slugEnumMap.getOrElse(slug, OtherSize(slug))\n  }\n\n  implicit def fromSize(size: Size): SizeEnum = {\n    size.toEnum\n  }\n\n  val slugEnumMap = Map(\n    `512mb`.slug -> `512mb`,\n    `1gb`.slug -> `1gb`,\n    `2gb`.slug -> `2gb`,\n    `4gb`.slug -> `4gb`,\n    `8gb`.slug -> `8gb`,\n    `16gb`.slug -> `16gb`,\n    `m-16gb`.slug -> `m-16gb`,\n    `32gb`.slug -> `32gb`,\n    `m-1vcpu-8gb`.slug -> `m-1vcpu-8gb`,\n    `m-32gb`.slug -> `m-32gb`,\n    `48gb`.slug -> `48gb`,\n    `64gb`.slug -> `64gb`,\n    `m-64gb`.slug -> `m-64gb`,\n    `m-128gb`.slug -> `m-128gb`,\n    `m-224gb`.slug -> `m-224gb`,\n    `c-2`.slug -> `c-2`,\n    `c-4`.slug -> `c-4`,\n    `c-8`.slug -> `c-8`,\n    `c-16`.slug -> `c-16`,\n    `c-32`.slug -> `c-32`,\n    `s-1vcpu-3gb`.slug -> `s-1vcpu-3gb`,\n    `s-6vcpu-16gb`.slug -> `s-6vcpu-16gb`,\n    `s-1vcpu-2gb`.slug -> `s-1vcpu-2gb`,\n    `s-12vcpu-48gb`.slug -> `s-12vcpu-48gb`,\n    `s-2vcpu-2gb`.slug -> `s-2vcpu-2gb`,\n    `s-32vcpu-192gb`.slug -> `s-32vcpu-192gb`,\n    `s-20vcpu-96gb`.slug -> `s-20vcpu-96gb`,\n    `s-16vcpu-64gb`.slug -> `s-16vcpu-64gb`,\n    `s-3vcpu-1gb`.slug -> `s-3vcpu-1gb`,\n    `s-24vcpu-128gb`.slug -> `s-24vcpu-128gb`,\n    `s-1vcpu-1gb`.slug -> `s-1vcpu-1gb`,\n    `c-48`.slug -> `c-48`,\n    `s-4vcpu-8gb`.slug -> `s-4vcpu-8gb`,\n    `s-8vcpu-32gb`.slug -> `s-8vcpu-32gb`,\n    `s-2vcpu-4gb`.slug -> `s-2vcpu-4gb`,\n    `g-2vcpu-8gb`.slug -> `g-2vcpu-8gb`,\n    `gd-2vcpu-8gb`.slug -> `gd-2vcpu-8gb`,\n    `g-4vcpu-16gb`.slug -> `g-4vcpu-16gb`,\n    `gd-4vcpu-16gb`.slug -> `gd-4vcpu-16gb`,\n    `g-8vcpu-32gb`.slug -> `g-8vcpu-32gb`,\n    `gd-8vcpu-32gb`.slug -> `gd-8vcpu-32gb`,\n    `g-16vcpu-64gb`.slug -> `g-16vcpu-64gb`,\n    `gd-16vcpu-64gb`.slug -> `gd-16vcpu-64gb`,\n    `g-32vcpu-128gb`.slug -> `g-32vcpu-128gb`,\n    `gd-32vcpu-128gb`.slug -> `gd-32vcpu-128gb`,\n    `g-40vcpu-160gb`.slug -> `g-40vcpu-160gb`,\n    `gd-40vcpu-160gb`.slug -> `gd-40vcpu-160gb`\n  )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/FloatingIpCreation.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class FloatingIpCreation(\n  floatingIp: FloatingIp,\n  action: Action\n) {\n  def complete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] =\n    action.complete()\n}\n\nobject FloatingIpCreation {\n  implicit def asFloatingIp(ip: FloatingIpCreation): FloatingIp =\n    ip.floatingIp\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/FloatingIpSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nclass FloatingIpSpec extends Suite {\n  test(\"creates and deletes a floating ip assigned to a region\") {\n    val region = RegionEnum.fromSlug(testRegionSlug)\n    for {\n      ip <- FloatingIp.create(region)\n      deleted <- ip.delete()\n    } yield {\n      assertResult(region)(ip.region.toEnum)\n    }\n  }\n\n  test(\"creates and deletes a floating ip assigned to a droplet\") {\n    withDroplet { droplet =>\n      for {\n        ip <- FloatingIp.create(droplet.id)\n        complete <- ip.complete()\n        afterAssignment <- FloatingIp(ip.ip)\n        unassignAction <- ip.unassign()\n        completedUnassignAction <- unassignAction.complete()\n        afterUnassignment <- FloatingIp(ip.ip)\n        () <- ip.delete()\n      } yield {\n        assertResult(Action.Completed)(complete.status)\n        assertResult(Some(droplet))(afterAssignment.droplet)\n        assert(afterUnassignment.droplet.isEmpty)\n      }\n    }\n  }\n\n  override protected def afterAll(): Unit = {\n    Await.result(deleteDroplets(), 3 minutes)\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/FirewallSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.net.InetAddress\nimport scala.concurrent.{Await, Future}\nimport scala.util.Random\nimport scala.concurrent.duration._\n\nclass FirewallSpec extends Suite {\n\n  val randomSuffix = Random.nextInt().toString\n\n  test(\"create, update\") {\n    val name = firewallNamePrefix + randomSuffix\n\n    val inboundRule = Firewall.InboundRule(\n      protocol = Firewall.Protocol.Tcp(Firewall.Port.Range(1, 2)),\n      sources = Firewall.Source(addresses = Seq(Firewall.Source.Address(InetAddress.getByName(\"1.1.1.1\"), cidr = Some(8))))\n    )\n\n    val outboundRule =\n      Firewall.OutboundRule(\n        protocol = Firewall.Protocol.Icmp,\n        destinations = Firewall.Destination(\n          tags = Seq(name)\n        )\n      )\n\n    for {\n      firewall <- Firewall.create(name, inboundRules = Seq(inboundRule), outboundRules = Seq())\n      tag <- Tag.create(name)\n      updated <- firewall.update(\n        inboundRules = Seq(),\n        outboundRules = Seq(outboundRule)\n      )\n      () <- tag.delete()\n    } yield {\n      assertResult(name)(firewall.name)\n      assertResult(Seq(inboundRule))(firewall.inboundRules)\n      assert(firewall.outboundRules.isEmpty)\n      assert(firewall.tags.isEmpty)\n      assert(firewall.dropletIds.isEmpty)\n      assert(updated.inboundRules.isEmpty)\n      assertResult(Seq(outboundRule))(updated.outboundRules)\n    }\n  }\n\n  override protected def afterAll(): Unit = {\n    val deletes =\n      for {\n        firewalls <- listFirewalls()\n        deletes <- Future.sequence(firewalls.map(_.delete()))\n      } yield deletes\n\n    Await.result(deletes, 1 minute)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/NetworkV6.scala","text":"<reponame>Thangiee\/digitalocean<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport java.net.Inet6Address\n\ncase class NetworkV6(\n  ipAddress: Inet6Address,\n  gateway: Inet6Address,\n  netmask: Option[Inet6Address],\n  cidr: Option[Int],\n  `type`: NetworkType\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Action.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.time.Instant\n\nimport scala.concurrent._\n\ncase class Action(\n  id: BigInt,\n  status: Action.Status,\n  `type`: String,\n  startedAt: Instant,\n  completedAt: Option[Instant],\n  resourceId: Option[BigInt],\n  resourceType: Action.ResourceType,\n  region: Region\n) {\n\n  def isCompleted: Boolean = {\n    status != Action.InProgress\n  }\n\n  def refresh()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] =\n    Action(id)\n\n  \/**\n   * Polls the action for a completed or errored status, returning the final action value.\n   * You can use Future.onError to set a callback if the final state is Errored, or\n   * onSuccess if the final status is Completed.\n   *\n   * @param client\n   * @param ec\n   * @return\n   *\/\n  def complete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    for {\n      result <- client.poll[Action](Action(id), _.status != Action.InProgress)\n    } yield {\n      if (result.status == Action.Errored) throw new ActionErroredException(result)\n      else result\n    }\n  }\n\n  override def equals(obj: scala.Any): Boolean = {\n    obj match {\n      case that: Action =>\n        eq(that) || this.id == that.id\n      case _ =>\n        false\n    }\n  }\n\n  override def hashCode(): Int = {\n    id.hashCode()\n  }\n\n}\n\nobject Action extends Path with Listable[Action, responses.Actions] {\n  override val path = Seq(\"actions\")\n\n  def apply(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val path = this.path :+ id.toString\n    for {\n      response <- client.get[responses.Action](path)\n    } yield {\n      response.action\n    }\n  }\n\n  sealed trait ResourceType\n\n  case object Droplet extends ResourceType\n\n  case object Image extends ResourceType\n\n  case object Backend extends ResourceType\n\n  case object FloatingIp extends ResourceType\n\n  sealed trait Status\n\n  case object InProgress extends Status\n\n  case object Completed extends Status\n\n  case object Errored extends Status\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/RegionEnum.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport org.json4s.CustomSerializer\nimport org.json4s.JsonAST.JString\n\nsealed trait RegionEnum {\n  val slug: String\n}\n\ncase object NewYork1 extends RegionEnum {\n  override val slug: String = \"nyc1\"\n}\n\ncase object Amsterdam1 extends RegionEnum {\n  override val slug: String = \"ams1\"\n}\n\ncase object SanFrancisco1 extends RegionEnum {\n  override val slug: String = \"sfo1\"\n}\n\ncase object SanFrancisco2 extends RegionEnum {\n  override val slug: String = \"sfo2\"\n}\n\ncase object NewYork2 extends RegionEnum {\n  override val slug: String = \"nyc2\"\n}\n\ncase object Amsterdam2 extends RegionEnum {\n  override val slug: String = \"ams2\"\n}\n\ncase object Singapore1 extends RegionEnum {\n  override val slug: String = \"sgp1\"\n}\n\ncase object London1 extends RegionEnum {\n  override val slug: String = \"lon1\"\n}\n\ncase object NewYork3 extends RegionEnum {\n  override val slug: String = \"nyc3\"\n}\n\ncase object Amsterdam3 extends RegionEnum {\n  override val slug: String = \"ams3\"\n}\n\ncase object Frankfurt1 extends RegionEnum {\n  override val slug: String = \"fra1\"\n}\n\ncase object Toronto1 extends RegionEnum {\n  override val slug: String = \"tor1\"\n}\n\ncase object Bangalore1 extends RegionEnum {\n  override val slug: String = \"blr1\"\n}\n\ncase class OtherRegion(slug: String) extends RegionEnum\n\nobject RegionEnum {\n  implicit def fromSlug(slug: String): RegionEnum = {\n    slugEnumMap.getOrElse(slug, OtherRegion(slug))\n  }\n\n  implicit def fromRegion(r: Region): RegionEnum = {\n    r.toEnum\n  }\n\n  val slugEnumMap = Map(\n    NewYork1.slug -> NewYork1,\n    Amsterdam1.slug -> Amsterdam1,\n    SanFrancisco1.slug -> SanFrancisco1,\n    SanFrancisco2.slug -> SanFrancisco2,\n    NewYork2.slug -> NewYork2,\n    Amsterdam2.slug -> Amsterdam2,\n    Singapore1.slug -> Singapore1,\n    London1.slug -> London1,\n    NewYork3.slug -> NewYork3,\n    Amsterdam3.slug -> Amsterdam3,\n    Frankfurt1.slug -> Frankfurt1,\n    Toronto1.slug -> Toronto1,\n    Bangalore1.slug -> Bangalore1\n  )\n\n  private[digitalocean] case object Serializer extends CustomSerializer[RegionEnum](format =>\n    (\n      {\n        case JString(slug) => fromSlug(slug)\n      },\n      {\n        case regionEnum: RegionEnum =>\n          JString(regionEnum.slug)\n      }\n    )\n  )\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/FloatingIp.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport java.net.Inet4Address\nimport org.json4s.JsonDSL._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class FloatingIp(\n  ip: Inet4Address,\n  region: Region,\n  droplet: Option[Droplet],\n  locked: Boolean\n) {\n  def delete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    FloatingIp.delete(ip)\n  }\n\n  def assign(dropletId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    FloatingIp.assign(ip, dropletId)\n  }\n\n  def assign(droplet: Droplet)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    FloatingIp.assign(ip, droplet.id)\n  }\n\n  def unassign()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    FloatingIp.unassign(ip)\n  }\n}\n\nobject FloatingIp\n  extends Path\n  with Listable[FloatingIp, responses.FloatingIps] {\n\n  override protected val path: Seq[String] = Seq(\"floating_ips\")\n\n  def apply(ip: Inet4Address)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[FloatingIp] = {\n    val path = this.path :+ ip.getHostAddress\n    client.get[responses.FloatingIp](path).map(_.floatingIp)\n  }\n\n  def assign(address: Inet4Address, dropletId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val path = this.path :+ address.getHostAddress :+ \"actions\"\n    client.post[responses.Action](path, (\"type\" -> \"assign\") ~ (\"droplet_id\" -> dropletId)).map(_.action)\n  }\n\n  def unassign(address: Inet4Address)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val path = this.path :+ address.getHostAddress :+ \"actions\"\n    client.post[responses.Action](path, \"type\" -> \"unassign\").map(_.action)\n  }\n\n  def delete(ip: Inet4Address)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    val path = this.path :+ ip.getHostAddress\n    client.delete(path)\n  }\n\n  def create(dropletId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[FloatingIpCreation] = {\n    \/\/we need the droplet's region\n    for {\n      droplet <- Droplet(dropletId)\n      floatingIp <- create(droplet)\n    } yield floatingIp\n  }\n\n  def create(droplet: Droplet)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[FloatingIpCreation] = {\n    \/*\n    When creating a FloatingIp directly onto a droplet, DO doesn't return the action.\n    So instead, we create it, and then assign it, which gives us the action, so we can\n    directly poll to know when it's done.\n     *\/\n    for {\n      \/\/create the floating ip in the droplet's region\n      ip <- create(droplet.region.toEnum)\n      \/\/assign the ip to the droplet\n      action <- ip.assign(droplet.id)\n    } yield FloatingIpCreation(ip, action)\n  }\n\n  def create(region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[FloatingIp] = {\n    client.post[responses.FloatingIp](path, (\"region\" -> region.slug)).map(_.floatingIp)\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/DelayedFutureSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.util.concurrent.atomic.AtomicBoolean\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\n\nclass DelayedFutureSpec\n  extends Suite\n  with DelayedFuture {\n\n  test(\"sleep sleeps\") {\n    val start = System.currentTimeMillis()\n    val sleeping = sleep(1 second)\n    Await.result(sleeping, 2 seconds)\n    val end = System.currentTimeMillis()\n    assert(end - start >= 1000L)\n  }\n\n  test(\"action is run\") {\n    val ref = new AtomicBoolean(false)\n    after(1 second)(Future(ref.set(true)))\n    Await.result(sleep(2 seconds), 3 seconds)\n    assert(ref.get)\n  }\n\n  test(\"failure is passed through\") {\n    val failed = new AtomicBoolean(false)\n    val delayed = after[Unit](1 second)(Future.failed(new Exception))\n    delayed.onComplete[Unit](result => failed.set(result.isFailure))\n    Thread.sleep(2000)\n    assert(failed.get())\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/SizeSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._, duration._\n\nclass SizeSpec extends Suite {\n  var cache: Option[Seq[Size]] = None\n\n  def getCache: Seq[Size] = {\n    val sizes = cache.getOrElse(Await.result(Size.list(), 5 seconds)).toSeq\n\n    if (cache.isEmpty) {\n      cache = Some(sizes)\n    }\n    sizes\n  }\n\n  test(\"Sizes can be listed by the client\") {\n    val sizes = Await.result(Size.list(), 5 seconds).toSeq\n\n    if (cache.isEmpty) {\n      cache = Some(sizes)\n    }\n\n    assert(sizes.nonEmpty)\n  }\n\n  test(\"All sizes are explicitly enumerated.\") {\n    val sizes = getCache\n\n    val nonEnumSizes = sizes.map(_.toEnum).filter {\n      case o: OtherSize =>\n        true\n      case _ =>\n        false\n    }\n\n    assert(nonEnumSizes.isEmpty)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DropletDeletion.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport scala.concurrent._\n\n\/**\n * Droplet deletion doesn't return an action, so to know it's done we have to\n * check for the droplet's existence.\n * @param dropletId\n *\/\ncase class DropletDeletion(dropletId: BigInt) {\n  def complete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    client.poll[Boolean](Droplet.isDeleted(dropletId), identity).map(Function.const(()))\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/Suite.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.util.concurrent.TimeUnit\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest._\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport org.asynchttpclient.DefaultAsyncHttpClient\nimport scala.util.Random\n\nabstract class Suite\n  extends AsyncFunSuite\n  with Matchers\n  with BeforeAndAfterAll {\n\n  val config = ConfigFactory.load()\n\n  implicit val httpClient = new DefaultAsyncHttpClient()\n\n  implicit val client = DigitalOceanClient(\n    token = config.getString(\"digital_ocean_api_token\"),\n    maxWaitPerRequest = config.getDuration(\"max_wait_per_request\", TimeUnit.MILLISECONDS) milliseconds,\n    actionCheckInterval = config.getDuration(\"action_check_interval\", TimeUnit.MILLISECONDS) milliseconds\n  )\n\n  val testImageSlug = config.getString(\"image_slug\")\n\n  val testRegionSlug = config.getString(\"region\")\n\n  implicit val ec = ExecutionContext.global\n\n  val volumeNamePrefix = \"scala-test-\"\n\n  val dropletNamePrefix = \"ScalaTest\"\n\n  val firewallNamePrefix = volumeNamePrefix\n\n  \/**\n    * Perform some action with a droplet, cleaning up the droplet afterwards.\n    *\/\n  def withDroplet[A](test: Droplet => Future[A]): Future[A] = {\n    val dropletName = dropletNamePrefix + Random.nextInt()\n    val size = `512mb`\n\n    val dropletFuture =\n      for {\n        droplet <- Droplet.create(dropletName, testRegionSlug, size, testImageSlug, Seq.empty, false, false, false, None)\n        createComplete <- droplet.complete()\n      } yield droplet\n\n    val testResult = dropletFuture.flatMap(droplet => test(droplet))\n\n    testResult.transformWith {\n      case result =>\n        for {\n          droplet <- dropletFuture\n          deletion <- droplet.delete()\n          deletionCompletion <- deletion.complete()\n          \/\/ Even though the droplet is deleted, it can appear in the droplet list.\n          _ <- client.poll(Droplet.list(), (droplets: Iterator[Droplet]) => !droplets.exists(_.id == droplet.id))\n        } yield {\n          \/\/get the result or throw its exception\n          result.get\n        }\n    }\n  }\n\n  def listDroplets(): Future[List[Droplet]] = {\n    for {\n      droplets <- Droplet.list()\n    } yield droplets.toList.filter(_.name.startsWith(dropletNamePrefix))\n  }\n\n  def listDropletActions(): Future[List[Action]] =\n    for {\n      droplets <- listDroplets()\n      actions <- Future.sequence(droplets.map(_.actions().map(_.toList)))\n    } yield actions.flatten\n\n  def deleteDroplets(): Future[List[DropletDeletion]] = {\n    for {\n      droplets <- Droplet.list()\n      testDroplets = droplets.toList.filter(_.name.startsWith(dropletNamePrefix))\n      _ <- client.poll[List[Action]](listDropletActions(), _.forall(_.status != Action.InProgress))\n      deletes <- Future.sequence(testDroplets.map(_.delete))\n    } yield deletes\n  }\n\n  def listVolumes(): Future[List[Volume]] = {\n    for {\n      volumes <- Volume.list()\n    } yield volumes.toList.filter(_.name.startsWith(volumeNamePrefix))\n  }\n\n  def listFirewalls(): Future[List[Firewall]] = {\n    for {\n      firewalls <- Firewall.list()\n    } yield firewalls.toList.filter(_.name.startsWith(firewallNamePrefix))\n  }\n\n  override protected def afterAll(): Unit = {\n    httpClient.close()\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DigitalOcean.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._\n\n\/**\n  * Provides a snapshot of your Digital Ocean assets.\n  *\/\ncase class DigitalOcean(\n  domains: Set[dns.Domain],\n  droplets: Set[Droplet],\n  firewalls: Set[Firewall],\n  floatingIps: Set[FloatingIp],\n  images: Set[Image],\n  regions: Set[Region],\n  sizes: Set[Size],\n  sshKeys: Set[SshKey],\n  tags: Set[Tag],\n  volumes: Set[Volume]\n)\n\nobject DigitalOcean {\n  def list()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[DigitalOcean] = {\n    for {\n      domains <- dns.Domain.list()\n      droplets <- Droplet.list()\n      firewalls <- Firewall.list()\n      floatingIps <- FloatingIp.list()\n      images <- Image.list()\n      regions <- Region.list()\n      sizes <- Size.list()\n      sshKeys <- SshKey.list()\n      tags <- Tag.list()\n      volumes <- Volume.list()\n    } yield {\n      DigitalOcean(\n        domains = domains.toSet,\n        droplets = droplets.toSet,\n        firewalls = firewalls.toSet,\n        floatingIps = floatingIps.toSet,\n        images = images.toSet,\n        regions = regions.toSet,\n        sizes = sizes.toSet,\n        sshKeys = sshKeys.toSet,\n        tags = tags.toSet,\n        volumes = volumes.toSet\n      )\n    }\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DigitalOceanClient.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport java.util.concurrent.TimeoutException\nimport me.jeffshaw.digitalocean.ToFuture._\nimport org.asynchttpclient.{AsyncHttpClient, Request, RequestBuilder, Response}\nimport org.json4s._\nimport org.json4s.native._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration._\n\n\/**\n *\n * @param token Your API token.\n * @param maxWaitPerRequest The maximum amount of time the client should wait for a response before assuming the service is down.\n * @param actionCheckInterval The amount of time to wait between checks for an action to complete.\n *\/\ncase class DigitalOceanClient(\n  private val token: String,\n  maxWaitPerRequest: Duration,\n  actionCheckInterval: Duration\n)(implicit client: AsyncHttpClient\n) extends DelayedFuture {\n  private val requestPrefix: Request =\n    new RequestBuilder(DigitalOceanClient.host).\n      addHeader(\"Authorization\", \"Bearer \" + token).\n      build()\n\n  \/**\n   * This needs to be used carefully, because it can potentially give\n   * the api key to a 3rd party.\n   *\n   * @param req\n   * @tparam T\n   * @return\n   *\/\n  private[digitalocean] def customRequest[T: Manifest](\n    req: Request\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    val request =\n      new RequestBuilder(req).addHeader(\"Authorization\", \"Bearer \" + token)\n    parseResponse[T](client.executeRequest(request))\n  }\n\n  def createRequest(\n    path: Seq[String],\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  ): RequestBuilder = {\n    val javaQueryParameters = {\n      for ((key, value) <- queryParameters) yield\n        key -> value.asJava\n    }.asJava\n    val url = requestPrefix.getUrl + path.mkString(\"\/\", \"\/\", \"\")\n    new RequestBuilder(requestPrefix).setUrl(url).setQueryParams(javaQueryParameters)\n  }\n\n  def delete(\n    path: Seq[String],\n    maybeMessage: Option[JValue] = None,\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[Unit] = {\n    val request = createRequest(path, queryParameters).setMethod(\"DELETE\")\n\n    for {\n      message <- maybeMessage\n    } {\n      val messageBody = JsonMethods.compact(JsonMethods.render(message.snakizeKeys))\n      request.setBody(messageBody)\n    }\n\n    for {\n      response <- client.executeRequest(request)\n    } yield {\n      if (response.getStatusCode >= 300) {\n        throw DigitalOceanClientException(response)\n      }\n    }\n  }\n\n  private def parseResponse[T: Manifest](\n    request: Future[Response]\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    for {\n      response <- request\n    } yield {\n      val responseBody = response.getResponseBody\n\n      val statusCode = response.getStatusCode\n\n      if (statusCode < 300 &&\n        response.getContentType.startsWith(DigitalOceanClient.contentType)\n      ) {\n        try parseJson(responseBody).camelizeKeys.extract[T]\n        catch {\n          case e: MappingException =>\n            throw DigitalOceanClientException(response, cause = Some(e))\n        }\n      } else {\n        throw DigitalOceanClientException(response)\n      }\n    }\n  }\n\n  def get[T: Manifest](\n    path: Seq[String],\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    val request = client.executeRequest(createRequest(path, queryParameters).setMethod(\"GET\"))\n    parseResponse[T](request)\n  }\n\n  def exists(\n    path: Seq[String],\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[Boolean] = {\n    val request = client.executeRequest(createRequest(path, queryParameters).setMethod(\"HEAD\"))\n    for {\n      response <- request\n    } yield {\n      response.getStatusCode != 404\n    }\n  }\n\n  def post[T: Manifest](\n    path: Seq[String],\n    message: JValue,\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    val messageBody = JsonMethods.compact(JsonMethods.render(message.snakizeKeys))\n    val request = client.executeRequest(createRequest(path = path).setBody(messageBody).setMethod(\"POST\"))\n    parseResponse[T](request)\n  }\n\n  def postWithEmptyResponse(\n    path: Seq[String],\n    message: JValue,\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[Unit] = {\n    val messageBody = JsonMethods.compact(JsonMethods.render(message.snakizeKeys))\n    val request = client.executeRequest(createRequest(path = path).setBody(messageBody).setMethod(\"POST\"))\n\n    for {\n      response <- request\n    } yield {\n      if (response.getStatusCode != 204) {\n        throw DigitalOceanClientException(response)\n      }\n    }\n  }\n\n  def put[T: Manifest](\n    path: Seq[String],\n    message: JValue,\n    queryParameters: Map[String, Seq[String]] = Map.empty\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    val messageBody = JsonMethods.compact(JsonMethods.render(message.snakizeKeys))\n    val request = client.executeRequest(createRequest(path = path).setBody(messageBody).setMethod(\"PUT\"))\n    parseResponse[T](request)\n  }\n\n  \/**\n    * Repeatedly execute a function until a predicate is satisfied, with a delay of\n    * [[actionCheckInterval]] between executions, and a maximum of [[maxWaitPerRequest]]\n    * to wait per execution.\n    *\n    * @param pollAction\n    * @param predicate\n    * @tparam T\n    * @return\n    *\/\n  private[digitalocean] def poll[T](\n    pollAction: => Future[T],\n    predicate: T => Boolean\n  )(implicit ec: ExecutionContext\n  ): Future[T] = {\n    val whenTimeout = after(maxWaitPerRequest)(Future.failed(new TimeoutException()))\n    val firstCompleted = Future.firstCompletedOf(Seq(pollAction, whenTimeout))\n    for {\n      result <- firstCompleted\n      completeResult <-\n        if (predicate(result)) Future.successful(result)\n        else sleep(actionCheckInterval).flatMap(_ => poll(pollAction, predicate))\n    } yield completeResult\n  }\n}\n\nobject DigitalOceanClient {\n  val contentType = \"application\/json\"\n\n  val host =\n    new RequestBuilder().\n      setUrl(\"https:\/\/api.digitalocean.com\/v2\").\n      addHeader(\"Content-Type\", contentType).\n      build()\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Droplet.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.time.Instant\nimport org.json4s.JsonDSL._\nimport org.json4s._\nimport scala.concurrent._\n\ncase class Droplet(\n  id: BigInt,\n  name: String,\n  memory: BigInt,\n  vcpus: BigInt,\n  disk: BigInt,\n  region: Region,\n  image: Image,\n  kernel: Kernel,\n  size: Size,\n  locked: Boolean,\n  createdAt: Instant,\n  status: Status,\n  networks: Networks,\n  backupIds: Seq[BigInt],\n  snapshotIds: Seq[BigInt],\n  features: Seq[String],\n  nextBackupWindow: BackupWindow,\n  tags: Seq[String],\n  volumeIds: Seq[String]\n) {\n\n  def exists(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    Droplet.exists(id)\n  }\n\n  def kernels(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Kernel]] = {\n    Droplet.kernels(id)\n  }\n\n  def backups(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Image]] = {\n    Droplet.backups(id)\n  }\n\n  def action(actionId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.action(id, actionId)\n  }\n\n  def actions()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    Droplet.actions(id)\n  }\n\n  def delete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[DropletDeletion] = {\n    Droplet.delete(id)\n  }\n\n  def isDeleted()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    Droplet.isDeleted(id)\n  }\n\n  def reboot()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.reboot(id)\n  }\n\n  def snapshots()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Image]] = {\n    Droplet.snapshots(id)\n  }\n\n  def powerCycle()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.powerCycle(id)\n  }\n\n  def shutdown()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.shutdown(id)\n  }\n\n  def powerOff()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.powerOff(id)\n  }\n\n  def powerOn()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.powerOn(id)\n  }\n\n  def passwordReset()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.passwordReset(id)\n  }\n\n  def resize(size: SizeEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.resize(id, size)\n  }\n\n  def restore(image: Image)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.restore(id, image)\n  }\n\n  def restore(imageId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.restore(id, imageId)\n  }\n\n  def rebuild(imageSlug: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.rebuild(id, imageSlug)\n  }\n\n  def rebuild(imageId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.rebuild(id, imageId)\n  }\n\n  def rebuild(image: Image)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.rebuild(id, image)\n  }\n\n  def rename(name: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.rename(id, name)\n  }\n\n  def changeKernel(kernelId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.changeKernel(id, kernelId)\n  }\n\n  def changeKernel(kernel: Kernel)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.changeKernel(id, kernel)\n  }\n\n  def enableIPv6()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.enableIPv6(id)\n  }\n\n  def disableBackups(kernel: Kernel)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.disableBackups(id)\n  }\n\n  def enablePrivateNetworking(kernel: Kernel)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.enablePrivateNetworking(id)\n  }\n\n  def snapshot(name: Option[String] = None)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Droplet.snapshot(id, name)\n  }\n\n  def neighbors()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Droplet]] = {\n    Droplet.neighbors(id)\n  }\n\n  def attach(volumeId: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.attach(volumeId, id, region)\n  }\n\n  def detach(volumeId: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.detach(volumeId, id, region)\n  }\n\n  def attach(volume: Volume)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    volume.attach(id)\n  }\n\n  def detach(volume: Volume)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    volume.detach(id)\n  }\n\n  def attachByName(name: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.attachByName(name, id, region)\n  }\n\n  def detachByName(name: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.detachByName(name, id, region)\n  }\n\n  def refresh()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Droplet] = {\n    Droplet(id)\n  }\n\n  override def equals(obj: scala.Any): Boolean = {\n    obj match {\n      case that: Droplet =>\n        eq(that) || this.id == that.id\n      case _ =>\n        false\n    }\n  }\n\n  override def hashCode(): Int = id.hashCode()\n\n}\n\nobject Droplet\n  extends Path\n  with Listable[Droplet, responses.Droplets] {\n\n  override val path: Seq[String] = Seq(\"droplets\")\n\n  def apply(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Droplet] = {\n    val path = this.path :+ id.toString\n    for {\n      response <- client.get[responses.Droplet](path)\n    } yield {\n      response.droplet\n    }\n  }\n\n  def exists(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    val path = this.path :+ id.toString\n    client.exists(path)\n  }\n\n  def isDeleted(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    for {\n      exists <- exists(id)\n    } yield {! exists}\n  }\n\n  def delete(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[DropletDeletion] = {\n    val path = this.path :+ id.toString\n    for {\n      () <- client.delete(path)\n    } yield DropletDeletion(id)\n  }\n\n  def delete(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    client.delete(path, queryParameters = Map(\"tag_name\" -> Seq(tag)))\n  }\n\n  def kernels(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Kernel]] = {\n    Listable.listGet[Kernel, responses.Kernels](path ++ Seq(id.toString, \"kernels\"))\n  }\n\n  def snapshots(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Image]] = {\n    Listable.listGet[Image, responses.Snapshots](this.path ++ Seq(id.toString, \"snapshots\"))\n  }\n\n  def backups(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Image]] = {\n    Listable.listGet[Image, responses.Backups](this.path ++ Seq(id.toString, \"backups\"))\n  }\n\n  def action(id: BigInt, actionId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val path = this.path ++ Seq(id.toString, \"actions\", actionId.toString)\n    for {\n      response <- client.get[responses.Action](path)\n    } yield {\n      response.action\n    }\n  }\n\n  def actions(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    Listable.listGet[Action, responses.Actions](this.path ++ Seq(id.toString, \"actions\"), Map.empty)\n  }\n\n  private def performAction(id: BigInt, action: String, argument: JObject = JObject(Nil))(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val path = this.path ++ Seq(id.toString, \"actions\")\n    client.post[responses.Action](path, (\"type\" -> action) ~ argument).map(_.action)\n  }\n\n  private def performTaggedActions(tag: String, action: String, argument: JObject = JObject(Nil))(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    Listable.listPost[Action, responses.Actions](this.path :+ \"actions\", (\"type\" -> action) ~ argument, Map(\"tag_name\" -> Seq(tag)))\n  }\n\n  def reboot(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"reboot\")\n  }\n\n  def reboot(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"reboot\")\n  }\n\n  def powerCycle(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"power_cycle\")\n  }\n\n  def powerCycle(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"power_cycle\")\n  }\n\n  def shutdown(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"shutdown\")\n  }\n\n  def shutdown(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"shutdown\")\n  }\n\n  def powerOff(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"power_off\")\n  }\n\n  def powerOff(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"power_off\")\n  }\n\n  def powerOn(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"power_on\")\n  }\n\n  def powerOn(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"power_on\")\n  }\n\n  def passwordReset(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"password_reset\")\n  }\n\n  def resize(id: BigInt, size: SizeEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"resize\", (\"size\" -> size.slug))\n  }\n\n  def restore(id: BigInt, image: Image)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    restore(id, image.id)\n  }\n\n  def restore(id: BigInt, imageId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"restore\", (\"image\" -> imageId))\n  }\n\n  def rebuild(id: BigInt, image: Image)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    rebuild(id, image.id)\n  }\n\n  def rebuild(id: BigInt, imageId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"rebuild\", (\"image\" -> imageId))\n  }\n\n  def rebuild(id: BigInt, imageSlug: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"rebuid\", (\"image\" -> imageSlug))\n  }\n\n  def rename(id: BigInt, name: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"rename\", (\"name\" -> name))\n  }\n\n  def changeKernel(id: BigInt, kernel: Kernel)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    changeKernel(id, kernel.id)\n  }\n\n  def changeKernel(id: BigInt, kernelId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"change_kernel\", (\"kernel\" -> kernelId))\n  }\n\n  def enableIPv6(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"enable_ipv6\")\n  }\n\n  def enableIPv6(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"enable_ipv6\")\n  }\n\n  def disableBackups(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"disable_backups\")\n  }\n\n  def disableBackups(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"disable_backups\")\n  }\n\n  def enablePrivateNetworking(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"enable_private_networking\")\n  }\n\n  def enablePrivateNetworking(tag: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"enable_private_networking\")\n  }\n\n  def snapshot(id: BigInt, name: Option[String])(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    performAction(id, \"snapshot\", (\"name\" -> name))\n  }\n\n  def snapshot(tag: String, name: Option[String])(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    performTaggedActions(tag, \"snapshot\", (\"name\" -> name))\n  }\n\n  def neighbors(id: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Droplet]] = {\n    Listable.listGet[Droplet, responses.Droplets](path ++ Seq(id.toString, \"neighbors\"))\n  }\n\n  def create(\n    name: String,\n    region: RegionEnum,\n    size: SizeEnum,\n    image: Image,\n    sshKeys: Seq[SshKey],\n    backups: Boolean,\n    ipv6: Boolean,\n    privateNetworking: Boolean,\n    userData: Option[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DropletCreation] = {\n    create(name, region, size, image.id, sshKeys, backups, ipv6, privateNetworking, userData)\n  }\n\n  def create(\n    name: String,\n    region: RegionEnum,\n    size: SizeEnum,\n    image: BigInt,\n    sshKeys: Seq[SshKey],\n    backups: Boolean,\n    ipv6: Boolean,\n    privateNetworking: Boolean,\n    userData: Option[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DropletCreation] = {\n    val imagePart = \"image\" -> image\n    createAux(name, region, size, imagePart, sshKeys, backups, ipv6, privateNetworking, userData)\n  }\n\n  def create(\n    name: String,\n    region: RegionEnum,\n    size: SizeEnum,\n    image: String,\n    sshKeys: Seq[SshKey],\n    backups: Boolean,\n    ipv6: Boolean,\n    privateNetworking: Boolean,\n    userData: Option[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DropletCreation] = {\n    val imagePart = \"image\" -> image\n    createAux(name, region, size, imagePart, sshKeys, backups, ipv6, privateNetworking, userData)\n  }\n\n  private def createAux(\n    name: String,\n    region: RegionEnum,\n    size: SizeEnum,\n    imagePart: JValue,\n    sshKeys: Seq[SshKey],\n    backups: Boolean,\n    ipv6: Boolean,\n    privateNetworking: Boolean,\n    userData: Option[String]\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DropletCreation] = {\n    val nonImageParts =\n      (\"name\" -> name) ~\n        (\"region\" -> region.slug) ~\n        (\"size\" -> size.slug) ~\n        (\"ssh_keys\" -> sshKeys.map(_.id)) ~\n        (\"backups\" -> backups) ~\n        (\"ipv6\" -> ipv6) ~\n        (\"private_networking\" -> privateNetworking) ~\n        (\"user_data\" -> userData)\n\n    val requestJson = nonImageParts.merge(imagePart)\n\n    for {\n      response <- client.post[responses.DropletCreation](path, requestJson)\n      droplet <- response.toDropletCreation\n    } yield {\n      droplet\n    }\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/VolumeDeletion.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class VolumeDeletion(\n  volumeId: String\n) {\n  def complete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    client.poll[Boolean](Volume.isDeleted(volumeId), identity).map(Function.const(()))\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/ActionErroredException.scala","text":"<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/ActionErroredException.scala\npackage me.jeffshaw.digitalocean\n\nclass ActionErroredException(val action: Action) extends Exception\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/ActionStatusSerializer.scala","text":"package me.jeffshaw.digitalocean\n\nimport org.json4s._\n\nprivate[digitalocean] case object ActionStatusSerializer extends CustomSerializer[Action.Status](format =>\n  (\n    {\n      case JString(\"in-progress\") =>\n        Action.InProgress\n      case JString(\"completed\") =>\n        Action.Completed\n      case JString(\"errored\") =>\n        Action.Errored\n    },\n    {\n      case Action.InProgress =>\n        JString(\"in-progress\")\n      case Action.Completed =>\n        JString(\"completed\")\n      case Action.Errored =>\n        JString(\"errored\")\n    }\n  )\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/responses\/PagedResponse.scala","text":"<gh_stars>10-100\npackage me.jeffshaw.digitalocean\npackage responses\n\nimport me.jeffshaw.digitalocean.ToFuture._\nimport org.asynchttpclient.RequestBuilder\nimport scala.concurrent._\n\nprivate[digitalocean] case class PagedResponse[T, P <: responses.Page[T]] (\n  client: DigitalOceanClient,\n  current: P\n)(implicit val ec: ExecutionContext,\n  mf: Manifest[P]\n) extends Iterable[T] {\n\n  private def next: Option[Future[PagedResponse[T, P]]] = {\n    for {\n      links <- current.links\n      pages <- links.pages\n      nextPageUrl <- pages.next\n    } yield {\n      \/\/Avoid a redirect.\n      val secure =\n        if (nextPageUrl.startsWith(\"http:\/\/\")) {\n          val builder = new StringBuilder(nextPageUrl)\n          builder.insert(4, 's').toString\n        } else nextPageUrl\n\n      val nextPageRequest = new RequestBuilder(\"GET\").setUrl(secure).build()\n      for {\n        response <- client.customRequest[P](nextPageRequest)\n      } yield {\n        PagedResponse[T, P](client, response)\n      }\n    }\n  }\n\n  def length: Option[BigInt] = {\n    current.meta.map(_.total)\n  }\n\n  override def iterator: Iterator[T] = {\n    def nextIterator = {\n      next.map(f => Await.result(f, client.maxWaitPerRequest).iterator).\n        getOrElse(Iterator.empty)\n    }\n\n    current.page.toIterator ++ nextIterator\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/ToFuture.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport java.util.concurrent.Executor\nimport org.asynchttpclient.ListenableFuture\nimport scala.concurrent.{ExecutionContext, Future, Promise}\nimport scala.util.control.NonFatal\n\nprivate[digitalocean] object ToFuture {\n\n  implicit def toFuture[A](lf: ListenableFuture[A])(implicit ec: ExecutionContext): Future[A] = {\n    val p = Promise[A]()\n\n    val listener =\n      new Runnable {\n        override def run(): Unit = {\n          try p.success(lf.get())\n          catch {\n            case NonFatal(e) =>\n              p.failure(e)\n          }\n        }\n      }\n\n    lf.addListener(listener, new Executor {\n      override def execute(command: Runnable) = ec.execute(command)\n    })\n\n    p.future\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/DomainSpec.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport me.jeffshaw.digitalocean.dns.Domain\nimport scala.util.Random\n\nclass DomainSpec extends Suite {\n\n  val domainName = \"scalatest\" + Random.nextInt() + \".com\"\n\n  test(\"Domains can be created, listed, and deleted\") {\n    for {\n      domain <- Domain.create(domainName, \"10.0.0.1\")\n      domains <- Domain.list()\n      _ = assert(domains.exists(_.name == domainName))\n      () <- domain.delete()\n    } yield succeed\n  }\n\n  test(\"Domains can have records added, listed and deleted\") {\n    for {\n      domain <- Domain.create(domainName, \"10.0.0.1\")\n      aRecord <- domain.createA(\"host.\" + domainName + \".\", \"10.0.0.1\")\n      allRecords <- domain.records()\n      _ = assert(allRecords.contains(aRecord))\n      () <- aRecord.delete()\n      allWithoutARecord <- domain.records()\n      _ = assert(! allRecords.contains(aRecord))\n      () <- domain.delete()\n    } yield succeed\n  }\n\n  override protected def afterAll(): Unit = {\n    scala.util.Try(Domain.delete(domainName))\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Volume.scala","text":"package me.jeffshaw.digitalocean\n\nimport java.time.Instant\nimport org.json4s.JValue\nimport org.json4s.JsonDSL._\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\ncase class Volume(\n  id: String,\n  region: Region,\n  dropletIds: Seq[BigInt],\n  name: String,\n  description: Option[String],\n  sizeGigabytes: Int,\n  createdAt: Instant,\n  filesystemType: String,\n  filesystemLabel: String,\n  tags: Seq[String]\n) {\n\n  def exists()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    Volume.exists(id)\n  }\n\n  def actions()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    Volume.actions(id)\n  }\n\n  def attach(dropletId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.attach(id, dropletId, region.slug)\n  }\n\n  def delete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[VolumeDeletion] = {\n    Volume.delete(id)\n  }\n\n  def isDeleted()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    Volume.isDeleted(id)\n  }\n\n  def detach(dropletId: BigInt)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.detach(id, dropletId, region.slug)\n  }\n\n  def detachAll()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Seq[Action]] = {\n    Future.sequence(dropletIds.map(detach))\n  }\n\n  def resize(newSizeGigabytes: Int)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    Volume.resize(id, newSizeGigabytes, region)\n  }\n\n}\n\nobject Volume\n  extends Path\n    with Listable[Volume, responses.Volumes] {\n\n  override val path: Seq[String] = Seq(\"volumes\")\n\n  def apply(id: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Volume] = {\n    for {\n      response <- client.get[responses.Volume](path :+ id)\n    } yield {\n      response.volume\n    }\n  }\n\n  def byName(name: String, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Volume] = {\n    val parameters = Map(\n      \"name\" -> Seq(name),\n      \"region\" -> Seq(region.slug)\n    )\n    for {\n      response <- client.get[responses.Volume](path, parameters)\n    } yield response.volume\n  }\n\n  def create(\n    sizeGigabytes: Int,\n    name: String,\n    region: RegionEnum,\n    description: Option[String] = None,\n    filesystemType: Option[String] = None,\n    filesystemLabel: Option[String] = None,\n    tags: Seq[String] = Seq.empty\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Volume] = {\n    val message: JValue =\n      (\"size_gigabytes\" -> sizeGigabytes) ~\n        (\"name\" -> name) ~\n        (\"description\" -> description) ~\n        (\"region\" -> region.slug) ~\n        (\"filesystem_type\" -> filesystemType) ~\n        (\"filesystem_label\" -> filesystemLabel) ~\n        (\"tags\" -> tags)\n    for {\n      response <- client.post[responses.Volume](path, message)\n    } yield response.volume\n  }\n\n  def createFromSnapshot(\n    sizeGigabytes: Int,\n    name: String,\n    snapshotId: String,\n    description: Option[String] = None,\n    filesystemType: Option[String] = None,\n    filesystemLabel: Option[String] = None,\n    tags: Seq[String] = Seq.empty\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[Volume] = {\n    val message: JValue =\n      (\"size_gigabytes\" -> sizeGigabytes) ~\n        (\"name\" -> name) ~\n        (\"description\" -> description) ~\n        (\"snapshot_id\" -> snapshotId) ~\n        (\"filesystem_type\" -> filesystemType) ~\n        (\"filesystem_label\" -> filesystemLabel) ~\n        (\"tags\" -> tags)\n    for {\n      response <- client.post[responses.Volume](path, message)\n    } yield response.volume\n  }\n\n  def exists(id: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    val path = this.path :+ id\n    client.exists(path)\n  }\n\n  def isDeleted(id: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Boolean] = {\n    for {\n      exists <- exists(id)\n    } yield {! exists}\n  }\n\n  def delete(id: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[VolumeDeletion] = {\n    for {\n      () <- client.delete(path :+ id)\n    } yield VolumeDeletion(id)\n  }\n\n  def deleteByName(name: String, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    val parameters = Map(\n      \"name\" -> Seq(name),\n      \"region\" -> Seq(region.slug)\n    )\n    client.delete(path, queryParameters = parameters)\n  }\n\n  def attach(id: String, dropletId: BigInt, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val message: JValue =\n      (\"type\" -> \"attach\") ~\n        (\"droplet_id\" -> dropletId) ~\n        (\"region\" -> region.slug)\n\n    for {\n      response <- client.post[responses.Action](path :+ id :+ \"actions\", message)\n    } yield response.action\n  }\n\n  def attachByName(name: String, dropletId: BigInt, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val message: JValue =\n      (\"type\" -> \"attach\") ~\n        (\"droplet_id\" -> dropletId) ~\n        (\"volume_name\" -> name) ~\n        (\"region\" -> region.slug)\n\n    for {\n      response <- client.post[responses.Action](path :+ \"actions\", message)\n    } yield response.action\n  }\n\n  def detach(id: String, dropletId: BigInt, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val message: JValue =\n      (\"type\" -> \"detach\") ~\n        (\"droplet_id\" -> dropletId) ~\n        (\"region\" -> region.slug)\n\n    for {\n      response <- client.post[responses.Action](path :+ id :+ \"actions\", message)\n    } yield response.action\n  }\n\n  def detachByName(name: String, dropletId: BigInt, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val message: JValue =\n      (\"type\" -> \"detach\") ~\n        (\"droplet_id\" -> dropletId) ~\n        (\"volume_name\" -> name) ~\n        (\"region\" -> region.slug)\n\n    for {\n      response <- client.post[responses.Action](path :+ \"actions\", message)\n    } yield response.action\n  }\n\n  def actions(id: String)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Iterator[Action]] = {\n    Listable.listGet[Action, responses.Actions](path :+ id :+ \"actions\")\n  }\n\n  def resize(id: String, newSizeGigabytes: Int, region: RegionEnum)(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Action] = {\n    val message: JValue =\n      (\"type\" -> \"resize\") ~\n        (\"size_gigabytes\" -> newSizeGigabytes) ~\n        (\"region\" -> region.slug)\n\n    client.post[responses.Action](path :+ id :+ \"actions\", message).map(_.action)\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/package.scala","text":"package me.jeffshaw\n\nimport org.json4s._\n\npackage object digitalocean {\n  private [digitalocean] implicit val formats = {\n    DefaultFormats.withBigDecimal +\n      InstantSerializer +\n      NetworkType.Serializer +\n      Status.Serializer +\n      Inet4AddressSerializer +\n      Inet6AddressSerializer +\n      ActionResourceTypeSerializer +\n      ActionStatusSerializer +\n      Image.Type.Serializer +\n      RegionEnum.Serializer +\n      Firewall.Source.Address.Serializer +\n      responses.Firewall.Protocol.Serializer +\n      Firewall.Status.Serializer +\n      Firewall.Port.Serializer\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/responses\/package.scala","text":"package me.jeffshaw.digitalocean.metadata\n\nimport java.net.InetAddress\nimport me.jeffshaw.digitalocean.{NetworkType, RegionEnum, metadata}\n\npackage object responses {\n\n  private[metadata] case class Metadata(\n    droplet_id: BigInt,\n    hostname: String,\n    vendor_data: String,\n    public_keys: Seq[String],\n    region: RegionEnum,\n    interfaces: Interfaces,\n    floating_ip: Option[metadata.FloatingIp],\n    dns: Dns\n  ) {\n    def toMetadata: metadata.Metadata = {\n      metadata.Metadata(\n        droplet_id,\n        hostname,\n        vendor_data,\n        public_keys,\n        region,\n        interfaces.toInterfaces,\n        floating_ip,\n        metadata.Dns(dns.nameservers.map(InetAddress.getByName))\n      )\n    }\n  }\n\n  private[metadata] case class Dns(nameservers: Seq[String])\n\n  private[metadata] case class Interfaces(\n    `private`: Seq[Interface],\n    public: Seq[Interface]\n  ) {\n    def toInterfaces: metadata.Interfaces =\n      metadata.Interfaces(\n        `private`.map(_.toInterface),\n        public.map(_.toInterface)\n      )\n  }\n\n  private[metadata] case class Interface(\n    ipv4: Option[Ipv4],\n    anchor_ipv4: Option[Ipv4],\n    ipv6: Option[Ipv6],\n    anchor_ipv6: Option[Ipv6],\n    mac: String,\n    `type`: NetworkType\n  ) {\n    def toInterface: metadata.Interface =\n      metadata.Interface(\n        ipv4,\n        anchor_ipv4,\n        ipv6,\n        anchor_ipv6,\n        mac,\n        `type`\n      )\n  }\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/test\/scala\/me\/jeffshaw\/digitalocean\/ImageSpec.scala","text":"package me.jeffshaw.digitalocean\n\nimport scala.concurrent._, duration._\n\nclass ImageSpec extends Suite {\n  test(\"Images can be listed by the client\") {\n    \/\/This api call takes a little longer than others,\n    \/\/so let the test take a little longer.\n    val images = Await.result(Image.list(`private` = false, listType = Image.ListType.Distribution), 10 seconds).toList\n\n    assert(images.exists(_.slug == Some(testImageSlug)))\n  }\n\n  \/\/By default, the page size is 25,so try and list more images than that.\n  \/\/source: https:\/\/developers.digitalocean.com\/documentation\/v2\/#links\n  test(\"More than a page of images can be listed by the client.\") {\n    val images = Await.result(Image.list(`private` = false), 20 seconds)\n\n    val imagesPrefix = images.take(26)\n\n    assert(imagesPrefix.size > 25)\n  }\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Ipv6.scala","text":"<reponame>Thangiee\/digitalocean<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Ipv6.scala\npackage me.jeffshaw.digitalocean.metadata\n\nimport java.net.Inet6Address\n\ncase class Ipv6(\n  ip_address: Inet6Address,\n  cidr: Short,\n  gateway: Inet6Address\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/Inet4AddressSerializer.scala","text":"<reponame>Thangiee\/digitalocean<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport java.net.{Inet4Address, InetAddress}\n\nimport org.json4s.CustomSerializer\nimport org.json4s.JsonAST.JString\n\nprivate[digitalocean] case object Inet4AddressSerializer extends CustomSerializer[Inet4Address](format =>\n  (\n    {\n      case JString(ip) =>\n        InetAddress.getByName(ip).asInstanceOf[Inet4Address]\n    },\n    {\n      case address: Inet4Address =>\n        JString(address.getHostAddress)\n    }\n  )\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/DigitalOceanClientException.scala","text":"<reponame>Thangiee\/digitalocean\npackage me.jeffshaw.digitalocean\n\nimport org.asynchttpclient.Response\n\ncase class DigitalOceanClientException(\n  response: Response,\n  cause: Option[Throwable] = None\n) extends Exception(s\"unexpected response from ${response.getUri}: ${response.getResponseBody()}\", cause.orNull)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/responses\/package.scala","text":"<gh_stars>10-100\npackage me.jeffshaw\npackage digitalocean\n\nimport java.time.Instant\nimport org.json4s.CustomSerializer\nimport org.json4s.JsonAST.JString\nimport scala.concurrent.{ExecutionContext, Future}\n\npackage object responses {\n\n  private[digitalocean] def seqToOption[T](s: Seq[T]): Option[Seq[T]] = {\n    if (s.isEmpty)\n      None\n    else Some(s)\n  }\n\n  private[digitalocean] case class Meta(total: BigInt)\n\n  private[digitalocean] case class Pages(\n    first: Option[String],\n    prev: Option[String],\n    next: Option[String],\n    last: Option[String]\n  )\n\n  private[digitalocean] case class ActionRef(\n    id: BigInt,\n    rel: String,\n    href: String\n  ) {\n    def action(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[digitalocean.Action] = {\n      digitalocean.Action(id)\n    }\n  }\n\n  private[digitalocean] case class Links(\n    pages: Option[Pages],\n    actions: Seq[ActionRef]\n  )\n\n  private[digitalocean] sealed trait Page[T] {\n    def page: Seq[T]\n    val meta: Option[Meta]\n    val links: Option[Links]\n\n    def size: Option[BigInt] = {\n      meta.map(_.total)\n    }\n  }\n\n  private [digitalocean] case class Domains(\n    domains: Seq[dns.Domain],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[dns.Domain] {\n    override def page: Seq[dns.Domain] = domains\n  }\n\n  private [digitalocean] case class Domain(\n    domain: dns.Domain\n  )\n\n  private [digitalocean] case class DomainRecord(\n    domainRecord: DomainRecordFields\n  )\n\n  private [digitalocean] case class DomainRecords(\n    domainRecords: Seq[DomainRecordFields],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[DomainRecordFields] {\n    override def page = domainRecords\n  }\n\n  \/\/Digital ocean is providing more limited information\n  \/\/about a droplet on creation, so just read the id.\n  private [digitalocean] case class DropletCreation(\n    droplet: Id,\n    links: Links\n  ) {\n    def toDropletCreation(implicit client: digitalocean.DigitalOceanClient, ec: ExecutionContext): Future[digitalocean.DropletCreation] = {\n      for {\n        droplet <- digitalocean.Droplet(droplet.id)\n      } yield {\n        digitalocean.DropletCreation(\n          droplet,\n          links.actions.head.id\n        )\n      }\n    }\n  }\n\n  private [digitalocean] case class Id(\n    id: BigInt\n  )\n\n  private [digitalocean] case class Droplet(\n    droplet: digitalocean.Droplet,\n    links: Links\n  )\n\n  private [digitalocean] case class Droplets(\n    droplets: Seq[digitalocean.Droplet],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Droplet] {\n    override def page = droplets\n  }\n\n  private [digitalocean] case class Action(action: digitalocean.Action)\n\n  private [digitalocean] case class Actions(\n    actions: Seq[digitalocean.Action],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Action] {\n    override def page = actions\n  }\n\n  private [digitalocean] case class Kernel(kernel: digitalocean.Kernel)\n\n  private [digitalocean] case class Kernels(\n    kernels: Seq[digitalocean.Kernel],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Kernel] {\n    override def page = kernels\n  }\n\n  private [digitalocean] case class Snapshot(snapshot: digitalocean.Image)\n\n  private [digitalocean] case class Snapshots(\n    snapshots: Seq[digitalocean.Image],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Image] {\n    override def page = snapshots\n  }\n\n  private [digitalocean] case class Backups(\n    backups: Seq[digitalocean.Image],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Image] {\n    override def page = backups\n  }\n\n  private [digitalocean] case class Image(image: digitalocean.Image)\n\n  private [digitalocean] case class Images(\n    images: Seq[digitalocean.Image],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Image] {\n    override def page = images\n  }\n\n  private [digitalocean] case class Region(region: digitalocean.Region)\n\n  private [digitalocean] case class Regions(\n    regions: Seq[digitalocean.Region],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Region] {\n    override def page = regions\n  }\n\n  private [digitalocean] case class Size(size: digitalocean.Size)\n\n  private [digitalocean] case class Sizes(\n    sizes: Seq[digitalocean.Size],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Size] {\n    override def page = sizes\n  }\n\n  private [digitalocean] case class SshKey(sshKey: digitalocean.SshKey)\n\n  private [digitalocean] case class SshKeys(\n    sshKeys: Seq[digitalocean.SshKey],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.SshKey] {\n    override def page = sshKeys\n  }\n\n  private [digitalocean] case class FloatingIp(\n    floatingIp: digitalocean.FloatingIp\n  )\n\n  private [digitalocean] case class FloatingIps(\n    floatingIps: Seq[digitalocean.FloatingIp],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.FloatingIp] {\n    override def page = floatingIps\n  }\n\n  private [digitalocean] case class Volumes(\n    volumes: Seq[digitalocean.Volume],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Volume] {\n    override def page = volumes\n  }\n\n  private [digitalocean] case class Volume(\n    volume: digitalocean.Volume\n  )\n\n  private [digitalocean] case class Firewall(\n    id: String,\n    status: digitalocean.Firewall.Status,\n    createdAt: Instant,\n    pendingChanges: Seq[digitalocean.Firewall.PendingChange],\n    name: String,\n    inboundRules: Seq[Firewall.InboundRule],\n    outboundRules: Seq[Firewall.OutboundRule],\n    dropletIds: Seq[BigInt],\n    tags: Seq[String]\n  ) {\n    def toFirewall: digitalocean.Firewall =\n      digitalocean.Firewall(\n        id = id,\n        status = status,\n        createdAt = createdAt,\n        pendingChanges = pendingChanges,\n        name = name,\n        inboundRules = inboundRules.map(_.toInboundRule),\n        outboundRules = outboundRules.map(_.toOutboundRule),\n        dropletIds = dropletIds,\n        tags = tags\n      )\n  }\n\n  private [digitalocean] object Firewall {\n\n    def valueOf(firewall: digitalocean.Firewall): Firewall = {\n      Firewall(\n        id = firewall.id,\n        status = firewall.status,\n        createdAt = firewall.createdAt,\n        pendingChanges = firewall.pendingChanges,\n        name = firewall.name,\n        inboundRules = firewall.inboundRules.map(Firewall.InboundRule.valueOf),\n        outboundRules = firewall.outboundRules.map(Firewall.OutboundRule.valueOf),\n        dropletIds = firewall.dropletIds,\n        tags = firewall.tags\n      )\n    }\n\n    case class InboundRule(\n      protocol: Protocol,\n      ports: Option[digitalocean.Firewall.Port],\n      sources: digitalocean.Firewall.Source\n    ) {\n      def toInboundRule: digitalocean.Firewall.InboundRule = {\n        val resultProtocol =\n          protocol match {\n            case Protocol.Icmp =>\n              digitalocean.Firewall.Protocol.Icmp\n            case Protocol.Tcp =>\n              digitalocean.Firewall.Protocol.Tcp(ports.get)\n            case Protocol.Udp =>\n              digitalocean.Firewall.Protocol.Udp(ports.get)\n          }\n        digitalocean.Firewall.InboundRule(\n          protocol = resultProtocol,\n          sources = sources\n        )\n      }\n    }\n\n    object InboundRule {\n      def valueOf(inboundRule: digitalocean.Firewall.InboundRule): InboundRule = {\n        val (protocol, ports) =\n          inboundRule.protocol match {\n            case digitalocean.Firewall.Protocol.Icmp =>\n              (Protocol.Icmp,  None)\n            case digitalocean.Firewall.Protocol.Tcp(port) =>\n              (Protocol.Tcp, Some(port))\n            case digitalocean.Firewall.Protocol.Udp(port) =>\n              (Protocol.Udp, Some(port))\n          }\n\n        InboundRule(\n          protocol = protocol,\n          ports = ports,\n          sources = inboundRule.sources\n        )\n      }\n    }\n\n    case class OutboundRule(\n      protocol: Protocol,\n      ports: Option[digitalocean.Firewall.Port],\n      destinations: digitalocean.Firewall.Destination\n    ) {\n      def toOutboundRule: digitalocean.Firewall.OutboundRule = {\n        val resultProtocol =\n          protocol match {\n            case Protocol.Icmp =>\n              digitalocean.Firewall.Protocol.Icmp\n            case Protocol.Tcp =>\n              digitalocean.Firewall.Protocol.Tcp(ports.get)\n            case Protocol.Udp =>\n              digitalocean.Firewall.Protocol.Udp(ports.get)\n          }\n\n        digitalocean.Firewall.OutboundRule(\n          protocol = resultProtocol,\n          destinations = destinations\n        )\n      }\n    }\n\n    object OutboundRule {\n      def valueOf(outboundRule: digitalocean.Firewall.OutboundRule): OutboundRule = {\n        val (protocol, ports) =\n          outboundRule.protocol match {\n            case digitalocean.Firewall.Protocol.Icmp =>\n              (Protocol.Icmp,  None)\n            case digitalocean.Firewall.Protocol.Tcp(port) =>\n              (Protocol.Tcp, Some(port))\n            case digitalocean.Firewall.Protocol.Udp(port) =>\n              (Protocol.Udp, Some(port))\n          }\n\n        OutboundRule(\n          protocol = protocol,\n          ports = ports,\n          destinations = outboundRule.destinations\n        )\n      }\n    }\n\n    sealed trait Protocol {\n      val StringValue: String\n    }\n\n    object Protocol {\n\n      case object Tcp extends Protocol {\n        val StringValue = \"tcp\"\n      }\n\n      case object Udp extends Protocol {\n        val StringValue = \"udp\"\n      }\n\n      case object Icmp extends Protocol {\n        val StringValue = \"icmp\"\n      }\n\n      private[digitalocean] case object Serializer extends CustomSerializer[Protocol](format =>\n        (\n          {\n            case JString(Tcp.StringValue) => Tcp\n            case JString(Udp.StringValue) => Udp\n            case JString(Icmp.StringValue) => Icmp\n          },\n          {\n            case tpe: Protocol =>\n              JString(tpe.StringValue)\n          }\n        )\n      )\n\n    }\n\n    private[digitalocean] case class Source(\n      addresses: Option[Seq[digitalocean.Firewall.Source.Address]],\n      dropletIds: Option[Seq[BigInt]],\n      loadBalancerUids: Option[Seq[String]],\n      tags: Option[Seq[String]]\n    ) {\n      def toSource: digitalocean.Firewall.Source =\n        digitalocean.Firewall.Source(\n          addresses = addresses.getOrElse(Seq()),\n          dropletIds = dropletIds.getOrElse(Seq()),\n          loadBalancerUids = loadBalancerUids.getOrElse(Seq()),\n          tags = tags.getOrElse(Seq())\n        )\n    }\n\n    private[digitalocean] object Source {\n      def valueOf(source: digitalocean.Firewall.Source): Source =\n        Source(\n          addresses = seqToOption(source.addresses),\n          dropletIds = seqToOption(source.dropletIds),\n          loadBalancerUids = seqToOption(source.loadBalancerUids),\n          tags = seqToOption(source.tags)\n        )\n    }\n\n  }\n\n  private[digitalocean] case class Firewalls(\n    firewalls: Seq[Firewall],\n    meta: Option[Meta],\n    links: Option[Links]\n  ) extends Page[digitalocean.Firewall] {\n    override def page: Seq[digitalocean.Firewall] = firewalls.map(_.toFirewall)\n  }\n\n  private[digitalocean] case class FirewallCreateOrUpdate(\n    firewall: Firewall\n  )\n\n  private[digitalocean] case class Tag(\n    tag: digitalocean.Tag\n  )\n\n  private [digitalocean] case class Tags(\n    tags: Seq[digitalocean.Tag]\n  )\n\n}\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/NetworkV4.scala","text":"<reponame>Thangiee\/digitalocean<gh_stars>10-100\npackage me.jeffshaw.digitalocean\n\nimport java.net.Inet4Address\n\ncase class NetworkV4(\n  ipAddress: Inet4Address,\n  gateway: Inet4Address,\n  netmask: Option[Inet4Address],\n  cidr: Option[Int],\n  `type`: NetworkType\n)\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/dns\/DomainRecord.scala","text":"<filename>src\/main\/scala\/me\/jeffshaw\/digitalocean\/dns\/DomainRecord.scala\npackage me.jeffshaw.digitalocean\npackage dns\n\nimport java.net._\n\nimport org.json4s.JsonDSL._\nimport org.json4s._\n\nimport scala.concurrent._\n\nsealed trait DomainRecord {\n  val domainName: String\n  val id: BigInt\n  val `type`: String\n\n  def delete()(implicit client: DigitalOceanClient, ec: ExecutionContext): Future[Unit] = {\n    client.delete(Seq(\"domains\", domainName, \"records\", id.toString))\n  }\n}\n\ntrait StringValueOfObjectName {\n  val StringValue = getClass.getSimpleName.dropRight(1)\n}\n\nsealed trait DomainRecordWithName extends DomainRecord {\n  val name: String\n\n  def setName(\n    newName: String\n  )(implicit client: DigitalOceanClient,\n    ec: ExecutionContext\n  ): Future[DomainRecord] = {\n    val putBody: JValue = \"name\" -> newName\n    client.put[responses.DomainRecord](Seq(\"domains\", domainName, \"records\", id.toString), putBody).\n      map(_.domainRecord.toDomainRecord(domainName))\n  }\n}\n\ncase class A(\n  domainName: String,\n  id: BigInt,\n  name: String,\n  data: Inet4Address\n) extends DomainRecordWithName {\n  override val `type`: String = A.StringValue\n}\n\nobject A extends StringValueOfObjectName\n\ncase class AAAA(\n  domainName: String,\n  id: BigInt,\n  name: String,\n  data: Inet6Address\n) extends DomainRecordWithName {\n  override val `type`: String = AAAA.StringValue\n}\n\nobject AAAA extends StringValueOfObjectName\n\ncase class CNAME(\n  domainName: String,\n  id: BigInt,\n  name: String,\n  data: String\n) extends DomainRecordWithName {\n  override val `type`: String = CNAME.StringValue\n}\n\nobject CNAME extends StringValueOfObjectName\n\ncase class MX(\n  domainName: String,\n  id: BigInt,\n  data: String,\n  priority: Int\n) extends DomainRecord {\n  override val `type`: String = MX.StringValue\n}\n\nobject MX extends StringValueOfObjectName\n\ncase class TXT(\n  domainName: String,\n  id: BigInt,\n  name: String,\n  data: String\n) extends DomainRecordWithName {\n  override val `type`: String = TXT.StringValue\n}\n\nobject TXT extends StringValueOfObjectName\n\ncase class SRV(\n  domainName: String,\n  id: BigInt,\n  name: String,\n  data: InetAddress,\n  priority: Int,\n  weight: Int\n) extends DomainRecordWithName {\n  override val `type`: String = SRV.StringValue\n}\n\nobject SRV extends StringValueOfObjectName\n\ncase class NS(\n  domainName: String,\n  id: BigInt,\n  data: String\n) extends DomainRecord {\n  override val `type`: String = NS.StringValue\n}\n\nobject NS extends StringValueOfObjectName\n\ncase class SOA(\n  domainName: String,\n  id: BigInt,\n  ttl: Int,\n  name: String\n) extends DomainRecord {\n  override val `type`: String = SOA.StringValue\n}\n\nobject SOA extends StringValueOfObjectName\n"}
{"repo_name":"Thangiee\/digitalocean","path":"src\/main\/scala\/me\/jeffshaw\/digitalocean\/metadata\/Dns.scala","text":"package me.jeffshaw.digitalocean.metadata\n\nimport java.net.InetAddress\n\ncase class Dns(nameservers: Seq[InetAddress])\n"}
{"repo_name":"saurabh-maheshwari\/zio-logging","path":"slf4j\/src\/main\/scala\/zio\/logging\/slf4j\/Slf4jLogger.scala","text":"package zio.logging.slf4j\n\nimport zio.Tag\nimport org.slf4j.{ LoggerFactory, MDC }\nimport zio.internal.Tracing\nimport zio.internal.stacktracer.Tracer\nimport zio.internal.stacktracer.ZTraceElement.{ NoLocation, SourceLocation }\nimport zio.internal.stacktracer.impl.AkkaLineNumbersTracer\nimport zio.internal.tracing.TracingConfig\nimport zio.logging.LogAppender.Service\nimport zio.logging.{ Logging, _ }\nimport zio.{ UIO, ULayer, ZIO, ZLayer }\n\nimport scala.jdk.CollectionConverters._\n\nobject Slf4jLogger {\n\n  private val tracing = Tracing(Tracer.globallyCached(new AkkaLineNumbersTracer), TracingConfig.enabled)\n\n  private def classNameForLambda(lambda: => AnyRef) =\n    tracing.tracer.traceLocation(() => lambda) match {\n      case SourceLocation(_, clazz, _, _) => Some(clazz)\n      case NoLocation(_)                  => None\n    }\n\n  private def logger(name: String) =\n    ZIO.effectTotal(\n      LoggerFactory.getLogger(\n        name\n      )\n    )\n\n  private def withLoggerNameFromLine[A <: AnyRef: Tag]: ZLayer[Appender[A], Nothing, Appender[A]] =\n    ZLayer.fromFunction((appender: Appender[A]) =>\n      new Service[A] {\n\n        override def write(ctx: LogContext, msg: => A): UIO[Unit] = {\n          val ctxWithName = ctx.get(LogAnnotation.Name) match {\n            case Nil =>\n              ctx.annotate(\n                LogAnnotation.Name,\n                classNameForLambda(msg).getOrElse(\"ZIO.defaultLogger\") :: Nil\n              )\n            case _   => ctx\n          }\n          appender.get.write(ctxWithName, msg)\n        }\n      }\n    )\n\n  def make(\n    logFormat: (LogContext, => String) => String\n  ): ULayer[Logging] =\n    LogAppender.make[Any, String](\n      LogFormat.fromFunction(logFormat),\n      (context, line) => {\n        val loggerName = context(LogAnnotation.Name)\n        logger(loggerName).map { slf4jLogger =>\n          val maybeThrowable = context.get(LogAnnotation.Throwable).orNull\n          context.get(LogAnnotation.Level).level match {\n            case LogLevel.Off.level   => ()\n            case LogLevel.Debug.level => slf4jLogger.debug(line, maybeThrowable)\n            case LogLevel.Trace.level => slf4jLogger.trace(line, maybeThrowable)\n            case LogLevel.Info.level  => slf4jLogger.info(line, maybeThrowable)\n            case LogLevel.Warn.level  => slf4jLogger.warn(line, maybeThrowable)\n            case LogLevel.Error.level => slf4jLogger.error(line, maybeThrowable)\n            case LogLevel.Fatal.level => slf4jLogger.error(line, maybeThrowable)\n          }\n        }\n      }\n    ) >>> withLoggerNameFromLine[String] >>>\n      Logging.make\n\n  \/**\n   * Creates a slf4j logger that puts all the annotations defined in `mdcAnnotations` in the MDC context\n   *\/\n  def makeWithAnnotationsAsMdc(\n    mdcAnnotations: List[LogAnnotation[_]],\n    logFormat: (LogContext, => String) => String = (_, s) => s\n  ): ULayer[Logging] = {\n    val annotationNames = mdcAnnotations.map(_.name)\n\n    LogAppender.make[Any, String](\n      LogFormat.fromFunction(logFormat),\n      (context, line) => {\n        val loggerName = context(LogAnnotation.Name)\n        logger(loggerName).map { slf4jLogger =>\n          val maybeThrowable = context.get(LogAnnotation.Throwable).orNull\n\n          val mdc: Map[String, String] = context.renderContext.filter {\n            case (k, _) => annotationNames.contains(k)\n          }\n          MDC.setContextMap(mdc.asJava)\n          context.get(LogAnnotation.Level).level match {\n            case LogLevel.Off.level   => ()\n            case LogLevel.Debug.level => slf4jLogger.debug(line, maybeThrowable)\n            case LogLevel.Trace.level => slf4jLogger.trace(line, maybeThrowable)\n            case LogLevel.Info.level  => slf4jLogger.info(line, maybeThrowable)\n            case LogLevel.Warn.level  => slf4jLogger.warn(line, maybeThrowable)\n            case LogLevel.Error.level => slf4jLogger.error(line, maybeThrowable)\n            case LogLevel.Fatal.level => slf4jLogger.error(line, maybeThrowable)\n          }\n          MDC.clear()\n        }\n      }\n    ) >>> withLoggerNameFromLine[String] >>> Logging.make\n  }\n}\n"}
{"repo_name":"saurabh-maheshwari\/zio-logging","path":"core\/src\/main\/scala\/zio\/logging\/LogAppender.scala","text":"package zio.logging\n\nimport java.nio.charset.Charset\nimport java.nio.file.Path\n\nimport izumi.reflect.Tag\nimport zio.console._\nimport zio.{ Has, UIO, ULayer, URIO, ZIO, ZLayer, ZManaged, ZQueue }\n\n\/**\n * Represents log writer function that turns A into String and put in console or save to file.\n *\/\nobject LogAppender {\n\n  trait Service[A] { self =>\n\n    def write(ctx: LogContext, msg: => A): UIO[Unit]\n\n    final def filter(fn: (LogContext, => A) => Boolean): Service[A] =\n      new Service[A] {\n        override def write(ctx: LogContext, msg: => A): zio.UIO[Unit] =\n          if (fn(ctx, msg))\n            self.write(ctx, msg)\n          else\n            ZIO.unit\n      }\n  }\n\n  def make[R, A: Tag](\n    format0: LogFormat[A],\n    write0: (LogContext, => String) => URIO[R, Unit]\n  ): ZLayer[R, Nothing, Appender[A]] =\n    ZIO\n      .access[R](env =>\n        new Service[A] {\n\n          override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n            write0(ctx, format0.format(ctx, msg)).provide(env)\n        }\n      )\n      .toLayer\n\n  def async[A: Tag](logEntryBufferSize: Int): ZLayer[Appender[A], Nothing, Appender[A]] = {\n    case class LogEntry(ctx: LogContext, line: () => A)\n    ZManaged.accessManaged[Appender[A]](env =>\n      ZQueue\n        .bounded[LogEntry](logEntryBufferSize)\n        .tap(queue => queue.take.flatMap(entry => env.get.write(entry.ctx, entry.line())).forever.forkDaemon)\n        .toManaged(_.shutdown)\n        .map(queue =>\n          new Service[A] {\n\n            override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n              queue.offer(LogEntry(ctx, () => msg)).unit\n          }\n        )\n    )\n  }.toLayer\n\n  def console[A: Tag](logLevel: LogLevel, format: LogFormat[A]): ZLayer[Console, Nothing, Appender[A]] =\n    make[Console, A](format, (_, line) => putStrLn(line)).map(appender =>\n      Has(appender.get.filter((ctx, _) => ctx.get(LogAnnotation.Level) >= logLevel))\n    )\n\n  def consoleErr[A: Tag](logLevel: LogLevel, format: LogFormat[A]): ZLayer[Console, Nothing, Appender[A]] =\n    make[Console, A](\n      format,\n      (ctx, msg) =>\n        if (ctx.get(LogAnnotation.Level) == LogLevel.Error)\n          putStrLnErr(msg)\n        else\n          putStrLn(msg)\n    ).map(appender => Has(appender.get.filter((ctx, _) => ctx.get(LogAnnotation.Level) >= logLevel)))\n\n  def file[A: Tag](\n    destination: Path,\n    charset: Charset,\n    autoFlushBatchSize: Int,\n    bufferedIOSize: Option[Int],\n    format0: LogFormat[A]\n  ): ZLayer[Any, Throwable, Appender[A]] =\n    ZManaged\n      .fromAutoCloseable(UIO(new LogWriter(destination, charset, autoFlushBatchSize, bufferedIOSize)))\n      .map(writer =>\n        new Service[A] {\n          override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n            ZIO.effectTotal {\n              writer.writeln(format0.format(ctx, msg))\n            }\n        }\n      )\n      .toLayer\n\n  def ignore[A: Tag]: ULayer[Appender[A]] =\n    ZLayer.succeed(new Service[A] {\n\n      override def write(ctx: LogContext, msg: => A): UIO[Unit] =\n        ZIO.unit\n    })\n}\n"}
{"repo_name":"saurabh-maheshwari\/zio-logging","path":"core\/src\/main\/scala\/zio\/logging\/LogContext.scala","text":"package zio.logging\n\n\/**\n * A `LogContext` stores context associated with logging operations.\n *\/\nfinal case class LogContext private (private val map: Map[LogAnnotation[_], Any]) { self =>\n\n  \/**\n   * Merges this context with the specified context.\n   *\/\n  def ++(that: LogContext): LogContext = self merge that\n\n  \/**\n   * Annotates the context with the specified annotation and value, returning\n   * the new context.\n   *\/\n  def annotate[A](annotation: LogAnnotation[A], newA: A): LogContext = {\n    val oldA = get(annotation)\n\n    new LogContext(map + (annotation -> annotation.combine(oldA, newA)))\n  }\n\n  \/**\n   * Renders value for given annotation\n   *\/\n  def apply[A](logAnnotation: LogAnnotation[A]): String =\n    logAnnotation.render(get(logAnnotation))\n\n  \/**\n   * Retrieves the specified annotation from the context.\n   *\/\n  def get[A](annotation: LogAnnotation[A]): A =\n    map.get(annotation).fold(annotation.initialValue)(_.asInstanceOf[A])\n\n  \/**\n   * Merges this context with the specified context.\n   *\/\n  def merge(that: LogContext): LogContext = {\n    val allKeys = self.map.keySet ++ that.map.keySet\n\n    new LogContext(\n      allKeys.foldLeft(Map.empty[LogAnnotation[_], Any]) {\n        case (map, annotation) =>\n          map +\n            (annotation -> ((self.map.get(annotation), that.map.get(annotation)) match {\n              case (Some(_), Some(_)) => annotation.combine(self.get(annotation), that.get(annotation))\n              case (None, Some(_))    => that.get(annotation)\n              case (Some(_), None)    => self.get(annotation)\n              case (None, None)       => annotation.combine(self.get(annotation), that.get(annotation)) \/\/ this is no possible\n            }))\n      }\n    )\n  }\n\n  \/**\n   * Renders all log annotations in current context.\n   *\n   * @return Map from annotation name to rendered value\n   *\/\n  def renderContext: Map[String, String] =\n    map.asInstanceOf[Map[LogAnnotation[Any], Any]].map {\n      case (annotation, value) =>\n        annotation.name -> annotation.render(value)\n    }\n}\n\nobject LogContext {\n\n  \/**\n   * An empty context.\n   *\/\n  val empty: LogContext = new LogContext(Map())\n}\n"}
{"repo_name":"saurabh-maheshwari\/zio-logging","path":"build.sbt","text":"<reponame>saurabh-maheshwari\/zio-logging<filename>build.sbt\nimport sbtcrossproject.CrossPlugin.autoImport.{ crossProject, CrossType }\nimport BuildHelper._\n\nname := \"zio-logging\"\n\ninThisBuild(\n  List(\n    organization := \"dev.zio\",\n    homepage := Some(url(\"https:\/\/zio.github.io\/zio-logging\/\")),\n    licenses := List(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\"jdegoes\", \"<NAME>\", \"<EMAIL>\", url(\"http:\/\/degoes.net\")),\n      Developer(\n        \"pshemass\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/github.com\/pshemass\")\n      )\n    ),\n    pgpPassphrase := sys.env.get(\"PGP_PASSWORD\").map(_.toArray),\n    pgpPublicRing := file(\"\/tmp\/public.asc\"),\n    pgpSecretRing := file(\"\/tmp\/secret.asc\"),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/zio\/zio-logging\/\"),\n        \"scm:git:git@github.com:zio\/zio-logging.git\"\n      )\n    )\n  )\n)\n\nThisBuild \/ publishTo := sonatypePublishToBundle.value\n\nval ZioVersion           = \"1.0.1\"\nval scalaJavaTimeVersion = \"2.0.0-RC5\"\n\naddCommandAlias(\"fmt\", \"all scalafmtSbt scalafmt test:scalafmt\")\naddCommandAlias(\"check\", \"all scalafmtSbtCheck scalafmtCheck test:scalafmtCheck\")\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(skip in publish := true)\n  .aggregate(coreJVM, coreJS, slf4j, jsconsole, jshttp, examples, docs)\n\nlazy val core    = crossProject(JSPlatform, JVMPlatform)\n  .crossType(CrossType.Pure)\n  .in(file(\"core\"))\n  .settings(stdSettings(\"zio-logging\"))\n  .settings(\n    libraryDependencies ++= Seq(\n      \"dev.zio\"                %%% \"zio\"                     % ZioVersion,\n      \"org.scala-lang.modules\" %%% \"scala-collection-compat\" % \"2.1.6\",\n      \"dev.zio\"                %%% \"zio-test\"                % ZioVersion % Test,\n      \"dev.zio\"                %%% \"zio-test-sbt\"            % ZioVersion % Test\n    ),\n    testFrameworks := Seq(new TestFramework(\"zio.test.sbt.ZTestFramework\"))\n  )\n  .jvmSettings(\n    fork in Test := true,\n    fork in run := true\n  )\nlazy val coreJVM = core.jvm\nlazy val coreJS  = core.js.settings(\n  libraryDependencies += \"io.github.cquiroz\" %%% \"scala-java-time\" % \"2.0.0\" % Test\n)\n\nlazy val slf4j = project\n  .in(file(\"slf4j\"))\n  .dependsOn(coreJVM)\n  .settings(stdSettings(\"zio-logging-slf4j\"))\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.slf4j\"            % \"slf4j-api\"                % \"1.7.30\",\n      \"dev.zio\"            %%% \"zio-test\"                 % ZioVersion % Test,\n      \"dev.zio\"            %%% \"zio-test-sbt\"             % ZioVersion % Test,\n      \"ch.qos.logback\"       % \"logback-classic\"          % \"1.2.3\"    % Test,\n      \"net.logstash.logback\" % \"logstash-logback-encoder\" % \"6.4\"      % Test\n    ),\n    testFrameworks := Seq(new TestFramework(\"zio.test.sbt.ZTestFramework\"))\n  )\n\nlazy val jsconsole = project\n  .in(file(\"jsconsole\"))\n  .enablePlugins(ScalaJSPlugin)\n  .dependsOn(coreJS)\n  .settings(stdSettings(\"zio-logging-jsconsole\"))\n  .settings(\n    libraryDependencies ++= Seq(\n      \"io.github.cquiroz\" %%% \"scala-java-time\" % scalaJavaTimeVersion % Test,\n      \"dev.zio\"           %%% \"zio-test\"        % ZioVersion           % Test,\n      \"dev.zio\"           %%% \"zio-test-sbt\"    % ZioVersion           % Test\n    ),\n    testFrameworks := Seq(new TestFramework(\"zio.test.sbt.ZTestFramework\"))\n  )\n\nlazy val jshttp = project\n  .in(file(\"jshttp\"))\n  .enablePlugins(ScalaJSPlugin)\n  .dependsOn(coreJS)\n  .settings(stdSettings(\"zio-logging-jshttp\"))\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scala-js\" %%% \"scalajs-dom\" % \"1.1.0\"\n    )\n  )\n\nlazy val docs = project\n  .in(file(\"zio-logging-docs\"))\n  .settings(\n    skip in publish := true,\n    moduleName := \"docs\",\n\/\/    unusedCompileDependenciesFilter -= moduleFilter(\"org.scalameta\", \"mdoc\"),\n    scalacOptions -= \"-Yno-imports\",\n    scalacOptions -= \"-Xfatal-warnings\",\n    scalacOptions ~= { _.filterNot(_.startsWith(\"-Ywarn\")) },\n    scalacOptions ~= { _.filterNot(_.startsWith(\"-Xlint\")) },\n    libraryDependencies ++= Seq(\n      (\"com.github.ghik\" % \"silencer-lib\" % SilencerVersion % Provided).cross(CrossVersion.full)\n    )\n  )\n  .dependsOn(coreJVM, slf4j)\n  .enablePlugins(MdocPlugin, DocusaurusPlugin)\n\nlazy val examples = project\n  .in(file(\"examples\"))\n  .dependsOn(slf4j)\n  .settings(stdSettings(\"zio-logging-examples\"))\n  .settings(\n    skip in publish := true,\n    libraryDependencies ++= Seq(\n      \"ch.qos.logback\"       % \"logback-classic\"          % \"1.2.3\",\n      \"net.logstash.logback\" % \"logstash-logback-encoder\" % \"6.4\"\n    )\n  )\n"}
{"repo_name":"123960\/rtest","path":"app\/model\/Test.scala","text":"package model\n\nclass Test (val name: String,\n            val operations:  List[Operation],\n            val validations: List[Validation],\n            val testType: TestType) {\n\n  def operationContents:  List[String] = resolveContents(operations)\n  def validationContents: List[String] = resolveContents(validations)\n  def contents: List[String] = operationContents ++ validationContents\n\n  private \n    def resolveContents(exeList: List[Executable]): List[String] =\n    (for (exe <- exeList) yield exe.contents).foldLeft(List[String]())((acc, l) => acc ++ l)\n\n  override def toString(): String =  name  \n\n}\n\nobject Test {\n\n  def apply (name: String,\n             operations:  List[Operation],\n             validations: List[Validation],\n             testType: TestType) = new Test(name, operations, validations, testType)\n\n}"}
{"repo_name":"123960\/rtest","path":"app\/model\/Characteristic.scala","text":"<gh_stars>0\npackage model\n\ntrait Characteristic {\n\n  def key   :String\n  def value :String\n  \n}"}
{"repo_name":"123960\/rtest","path":"app\/controllers\/ExecuteController.scala","text":"package controller\n\nimport model._\nimport rx.lang.scala.Observable\n\nobject ExecuteController {\n  def observable: Observable[Test] = ???\n}"}
{"repo_name":"123960\/rtest","path":"app\/model\/TestType.scala","text":"<reponame>123960\/rtest<filename>app\/model\/TestType.scala\npackage model\n\ntrait TestType\ncase object DatabaseTest extends TestType\ncase object HttpTest extends TestType\ncase object DummyTest extends TestType"}
{"repo_name":"123960\/rtest","path":"test\/ExecutableSpec.scala","text":"<gh_stars>0\npackage test\n\nimport org.scalacheck._\nimport org.scalacheck.Prop.{forAll}\nimport org.scalacheck.Gen.{ choose, listOf, nonEmptyListOf, listOfN, oneOf }\nimport model._\n\nobject ExecutableSpec extends Properties(\"Executable\") {\n\n  implicit lazy val arbOperation: Arbitrary[Operation] = Arbitrary(Generators.operationGen)\n\n  property(\"contents replace using Operation\") = forAll { (oper: Operation) =>\n    !(oper.contents.view.map(s => s contains \"&\").takeWhile(r => !r) reduceLeft(_ || _))\n  }\n\n}\n\n"}
{"repo_name":"123960\/rtest","path":"app\/model\/Result.scala","text":"package model\n\nclass Result(val test: Test, val result: Boolean) {\n  override def toString(): String =  \"Result of Test \" ++ test.toString  \n}\n\nobject Result {\n  def apply(test: Test, result: Boolean) = new Result(test, result)\n}"}
{"repo_name":"123960\/rtest","path":"app\/model\/Executable.scala","text":"<gh_stars>0\npackage model\n\ntrait Executable {\n\n  def contents: List[String]\n\n  def resolveContent(contentBase: String, characList: List[Characteristic]): String =\n    characList.foldLeft (contentBase)((acc, charac) => acc.replaceAll(charac.key, charac.value))\n\n}\n\ncase class Operation (val contentBase: String, val characteristics: List[Characteristic])\n  extends Executable {\n\n  def contents: List[String] = {\n    for (i <- 0 until 1) \/\/Represents some factor of randomness\n      yield resolveContent(contentBase, characteristics)\n  } toList\n\n}\n\ncase class Validation (val contentBase: String, val characteristics: List[Characteristic])\n  extends Executable {\n\n    def contents: List[String] = List(resolveContent(contentBase, characteristics))\n\n}"}
{"repo_name":"123960\/rtest","path":"app\/engine\/Contexts.scala","text":"package engine\n\nimport scala.concurrent._\nimport play.api.libs.concurrent.Akka\nimport play.api.Play.current\n\nobject Contexts {\n  implicit val engineObserverContext: ExecutionContext = Akka.system.dispatchers.lookup(\"engine-observer-context\")\n  implicit val engineDatabaseExecuteContext: ExecutionContext = Akka.system.dispatchers.lookup(\"engine-database-execute-context\")\n  implicit val engineHttpExecuteContext: ExecutionContext = Akka.system.dispatchers.lookup(\"engine-http-execute-context\")\n}"}
{"repo_name":"123960\/rtest","path":"test\/Generators.scala","text":"<gh_stars>0\npackage test\n\nimport org.scalacheck._\nimport model._\nimport scala.util._\n\nobject Generators {\n\n  lazy val testGen: Gen[model.Test] = {\n    val operation = operationGen.sample.get\n    model.Test(\"Teste \" + Random.nextInt, List(operation), List(), DummyTest)\n  }\n\n  lazy val operationGen: Gen[Operation] = {\n    val stringList  = {for (i <- 0 to Random.nextInt(100)) yield Random.nextInt(10000)} toList\n    val characList  = {for (i <- 0 to Random.nextInt(15)) yield testCharacteristicGen.sample.get} toList\n    val finalString = (merge(stringList, characList.map(op => op.key))) mkString \" \"\n    Operation(finalString, characList)\n  }\n\n  lazy val testCharacteristicGen: Gen[TestCharacteristic] = new TestCharacteristic()\n\n  def merge[T](list1: List[T], list2: List[T]): List[T] = list1 match {\n    case List() => list2\n    case head :: tail => head :: merge(list2, tail)\n  }\n\n}\n\nclass TestCharacteristic extends Characteristic { \n\n  def key: String   = _key\n  def value: String = _value\n\n  lazy val _key   :String = \"&\" + Random.nextInt(10000)\n  lazy val _value :String = Random.nextInt(10000).toString\n\n}"}
{"repo_name":"123960\/rtest","path":"app\/engine\/Report.scala","text":"<reponame>123960\/rtest<gh_stars>0\npackage engine\n\nobject Report"}
{"repo_name":"123960\/rtest","path":"app\/engine\/Executor.scala","text":"<gh_stars>0\npackage engine\n\nimport java.sql.{CallableStatement, Types}\nimport play.api.db._\nimport play.api.Play.current\nimport rx.lang.scala.Observable\nimport scala.concurrent._\nimport scala.util.{Try, Success, Failure}\nimport model._\nimport controller._\n\nobject Executor {\n\n  def resultObservable(testObservable: Observable[Test] = ExecuteController.observable): Observable[Result] = {\n    Observable(subscriber => {\n      testObservable.subscribe ({\n        test => val f = process(test)\n                f.onComplete {\n                  case Success(b)  => subscriber.onNext(Result(test, b))\n                  case Failure(ex) => println(\"An error has occured: \" + ex.getMessage)\n                }(Contexts.engineObserverContext)\n      })\n      testObservable.doOnCompleted({\n        subscriber.onCompleted()\n      })\n    })\n  }\n\n  def process(test: Test): Future[Boolean] = {\n    test.testType match {\n      case DatabaseTest => executeWhileTrue(onDatabase)(test.contents)(Contexts.engineDatabaseExecuteContext)\n      case HttpTest     => executeWhileTrue(onHttp)(test.contents)(Contexts.engineHttpExecuteContext)\n      case DummyTest    => executeWhileTrue(onDummy)(test.contents)(ExecutionContext.Implicits.global)\n      case _            => (Promise[Boolean]() failure (new IllegalArgumentException(\"A not defined TestType was received\"))).future\n    }\n  }\n\n  \/* If the item list has the same size of the result list\n   * then all the items has been successfully executed\n   * The takewhile function stops the execution when it eceives a result false\n   * This behave can be achieved only using a lazy list, because of that the l list is tranformed into a view\n   *\/\n  def executeWhileTrue[T](f: (T) => Boolean)(list: List[T])(implicit executionContext: ExecutionContext): Future[Boolean] =\n    list match {\n      case List() => (Promise[Boolean]() failure (new IllegalArgumentException(\"An empty list was received\"))).future\n      case l      => Future((l.length == (l.view map f).takeWhile(r => r).length))(executionContext)\n    }\n    \n\n  private \n    def onDatabase(content: String): Boolean = {\n      val conn = DB.getDataSource(\"oracle\").getConnection\n      val cs = conn.prepareCall(content);\n      try {\n        cs.registerOutParameter(1, Types.BOOLEAN);\n        cs.execute\n        cs.getBoolean(1)\n      } finally {\n        cs.close\n      }\n    }\n\n  private \n    def onHttp(content: String): Boolean = ???\n\n  private \n    def onDummy(content: String): Boolean = true\n\n}"}
{"repo_name":"123960\/rtest","path":"test\/ExecutorSpec.scala","text":"package test\n\nimport org.scalacheck.Properties\nimport org.scalacheck.Prop._\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.util.{Try, Success, Failure}\nimport rx.lang.scala.Observable\nimport engine._\nimport model._\nimport ExecutionContext.Implicits.global\n\nobject ExecutorSpec extends Properties(\"Executor\") {\n\n  implicit lazy val arbTest: org.scalacheck.Arbitrary[Test] = org.scalacheck.Arbitrary(Generators.testGen)\n\n  property(\"Result emission\") = forAll { (l: List[Test]) =>\n    var i = 0\n    val o = Executor.resultObservable(Observable.from(l))\n    o.foreach(_ => i += 1)\n    l.length == i\n  }\n\n  property(\"executeWhileTrue laziness and breakness\") = forAll { (l: List[Boolean]) =>\n    var i = 0\n    def f(b: Boolean) = {i += 1; b}\n    val future = Executor.executeWhileTrue(f)(l)\n    val executeTry = Try(Await.result(future, 10 seconds))\n    executeTry match {\n      case Success(r)  => l.length match {\n                            case 1 => i == 1\n                            case n => if (l.reduceLeft (_ && _) ||\n                                         (l.dropRight(1).reduceLeft (_ && _))) l.length == i\n                                      else l.length > i\n                          }\n      case Failure(ex) => ex match {\n                            case e: IllegalArgumentException => l.isEmpty\n                            case _ => false\n                          }\n    }\n  }\n\n}"}
{"repo_name":"Snapchat\/djinni","path":"src\/source\/TsGenerator.scala","text":"<reponame>Snapchat\/djinni\n\/**\n  * Copyright 2021 Snap, Inc.\n  *\n  * Licensed under the Apache License, Version 2.0 (the \"License\");\n  * you may not use this file except in compliance with the License.\n  * You may obtain a copy of the License at\n  *\n  *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\n\npackage djinni\n\nimport java.io._\nimport djinni.ast.Record.DerivingType\nimport djinni.ast._\nimport djinni.generatorTools._\nimport djinni.meta._\nimport djinni.writer.IndentWriter\nimport scala.collection.mutable.ListBuffer\nimport scala.collection.mutable.TreeSet\n\nclass TsGenerator(spec: Spec) extends Generator(spec) {\n  private def tsRetType(m: Interface.Method): String = {\n    return if (m.ret.isEmpty) \"void\" else toTsType(m.ret.get.resolved)\n  }\n\n  private def tsPrimitiveType(p: MPrimitive): String = p._idlName match {\n    case \"bool\" => \"boolean\"\n    case \"i64\" => \"bigint\"\n    case _ => \"number\"\n  }\n\n  private def tsArrayType(tm: MExpr): String = tm.base match {\n    case p: MPrimitive => p._idlName match {\n      case \"i8\" => \"Int8Array\"\n      case \"i16\" => \"Int16Array\"\n      case \"i32\" => \"Int32Array\"\n      case \"i64\" => \"BigInt64Array\"\n      case \"f32\" => \"Float32Array\"\n      case \"f64\" => \"Float64Array\"\n      case _ => \"Array<\" + tsPrimitiveType(p) + \">\"\n    }\n    case _ => \"Array<\" + toTsType(tm) + \">\"\n  }\n\n  \/\/ return the base type if tm is optional otherwise None\n  private def optionalBase(tm: MExpr) : Option[MExpr] = {\n    tm.base match {\n      case MOptional => Some(tm.args.head)\n      case _ => None\n    }\n  }\n\n  private def removeOptional(tm: MExpr) : MExpr = {\n    tm.base match {\n      case MOptional => tm.args.head\n      case _ => tm\n    }\n  }\n\n  def toTsType(tm: MExpr): String = {\n    def args(tm: MExpr) = if (tm.args.isEmpty) \"\" else tm.args.map(f).mkString(\"<\", \", \", \">\")\n    def f(tm: MExpr): String = {\n      tm.base match {\n        case MOptional =>\n          assert(tm.args.size == 1)\n          val arg = tm.args.head\n          arg.base match {\n            case MOptional => throw new AssertionError(\"nested optional?\")\n            case m => f(arg) + \" | undefined\"\n          }\n        case MArray => tsArrayType(tm.args.head)\n        case e: MExtern => if (e.ts.generic) e.ts.typename + args(tm) else e.ts.typename\n        case p: MProtobuf => p.name\n        case o =>\n          val base = o match {\n            case p: MPrimitive => tsPrimitiveType(p)\n            case MString => \"string\"\n            case MDate => \"Date\"\n            case MBinary => \"Uint8Array\"\n            case MOptional => throw new AssertionError(\"optional should have been special cased\")\n            case MList => \"Array\"\n            case MSet => \"Set\"\n            case MMap => \"Map\"\n            case MArray => throw new AssertionError(\"array should have been special cased\")\n            case d: MDef => idJs.ty(d.name)\n            case e: MExtern => throw new AssertionError(\"unreachable\")\n            case e: MProtobuf => throw new AssertionError(\"unreachable\")\n            case p: MParam => idJs.typeParam(p.name)\n          }\n          base + args(tm)\n      }\n    }\n    f(tm)\n  }\n\n  case class TsSymbolRef(sym: String, module: String)\n  def references(m: Meta): Seq[TsSymbolRef] = m match {\n    case e: MExtern => List(TsSymbolRef(idJs.ty(e.name), e.ts.module))\n    case MProtobuf(name, _, ProtobufMessage(_,_,_,Some(ts))) => List(TsSymbolRef(name, ts.module))\n    case _ => List()\n  }\n  class TsRefs() {\n    var imports = scala.collection.mutable.Map[String, TreeSet[String]]()\n\n    def find(ty: TypeRef) { find(ty.resolved) }\n    def find(tm: MExpr) {\n      tm.args.foreach(find)\n      find(tm.base)\n    }\n    def find(m: Meta) = for(r <- references(m)) r match {\n      case TsSymbolRef(sym, module) => {\n        var syms = imports.getOrElseUpdate(module, TreeSet[String]())\n        syms += (sym)\n      }\n      case _ =>\n    }\n  }\n\n  private def generateTsConstants(w: IndentWriter, ident: Ident, consts: Seq[Const]) = {\n    def writeJsConst(w: IndentWriter, ty: TypeRef, v: Any): Unit = v match {\n      case l: Long if (toTsType(removeOptional(ty.resolved)) == \"bigint\") => w.w(s\"\"\"BigInt(\"${l.toString}\")\"\"\")\n      case l: Long => w.w(l.toString)\n      case d: Double => w.w(d.toString)\n      case b: Boolean => w.w(if (b) \"true\" else \"false\")\n      case s: String => w.w(s)\n      case e: EnumValue => w.w(s\"${idJs.ty(ty.expr.ident)}.${idJs.enum(e)}\")\n      case v: ConstRef => w.w(s\"${idJs.const(v)}\")\n      case z: Any => { \/\/ Value is record\n        val recordMdef = ty.resolved.base.asInstanceOf[MDef]\n        val record = recordMdef.body.asInstanceOf[Record]\n        val vMap = z.asInstanceOf[Map[String, Any]]\n        w.w(\"\").braced {\n          \/\/ Use exact sequence\n          val skipFirst = SkipFirst()\n          for (f <- record.fields) {\n            skipFirst {w.wl(\",\")}\n            w.w(s\"${idJs.field(f.ident)}: \")\n            writeJsConst(w, f.ty, vMap.apply(f.ident.name))\n          }\n          w.wl\n        }\n      }\n    }\n    w.w(s\"export namespace ${idJs.ty(ident)}\").braced {\n      for (c <- consts) {\n        writeDoc(w, c.doc)\n        w.w(s\"export const ${idJs.const(c.ident)} = \")\n        writeJsConst(w, c.ty, c.value)\n        w.wl(\";\")\n      }\n    }\n  }\n\n  \/\/------------------------------------------------------------------------\n  private def generateEnum(origin: String, ident: Ident, doc: Doc, e: Enum, w: IndentWriter) {\n    w.wl\n    writeDoc(w, doc)\n    w.w(s\"export enum ${idJs.ty(ident)}\").braced {\n      writeEnumOptionNone(w, e, idJs.enum, \"=\")\n      writeEnumOptions(w, e, idJs.enum, \"=\")\n      writeEnumOptionAll(w, e, idJs.enum, \"=\")\n    }\n  }\n  private def generateRecord(origin: String, ident: Ident, doc: Doc, params: Seq[TypeParam], r: Record, w: IndentWriter) {\n    w.wl\n    writeDoc(w, doc)\n    w.w(s\"export interface \/*record*\/ ${idJs.ty(ident)}\").braced {\n      for (f <- r.fields) {\n        writeDoc(w, f.doc)\n        optionalBase(f.ty.resolved) match {\n          case Some(t) => w.wl(s\"${idJs.field(f.ident)}?: ${toTsType(t)};\")\n          case _ => w.wl(s\"${idJs.field(f.ident)}: ${toTsType(f.ty.resolved)};\")\n        }\n      }\n    }\n    if (!r.consts.isEmpty) {\n      generateTsConstants(w, ident, r.consts);\n    }\n  }\n  private def generateInterface(origin: String, ident: Ident, doc: Doc, typeParams: Seq[TypeParam], i: Interface, w: IndentWriter) {\n    w.wl\n    writeDoc(w, doc)\n    w.w(s\"export interface ${idJs.ty(ident)}\").braced {\n      for (m <- i.methods.filter(!_.static)) {\n        writeMethodDoc(w, m, idJs.local)\n        w.w(s\"${idJs.method(m.ident)}(\")\n        w.w(m.params.map(p => s\"${idJs.local(p.ident)}: ${toTsType(p.ty.resolved)}\").mkString(\", \"))\n        w.wl(s\"): ${tsRetType(m)};\")\n      }\n    }\n    if (!i.consts.isEmpty) {\n      generateTsConstants(w, ident, i.consts);\n    }\n    val staticMethods = i.methods.filter(_.static)\n    if (!staticMethods.isEmpty) {\n      w.w(s\"export interface ${idJs.ty(ident)}_statics\").braced {\n        for (m <- staticMethods) {\n          writeMethodDoc(w, m, idJs.local)\n          w.w(s\"${idJs.method(m.ident)}(\")\n          w.w(m.params.map(p => s\"${idJs.method(p.ident)}: ${toTsType(p.ty.resolved)}\").mkString(\", \"))\n          w.wl(s\"): ${tsRetType(m)};\")\n        }\n      }\n    }\n  }\n  \/\/--------------------------------------------------------------------------\n  override def generate(idl: Seq[TypeDecl]) {\n    createFile(spec.tsOutFolder.get, spec.tsModule + \".ts\", (w: IndentWriter) => {\n      w.wl(\"\/\/ AUTOGENERATED FILE - DO NOT MODIFY!\")\n      w.wl(\"\/\/ This file generated by Djinni from \" + spec.moduleName + \".djinni\")\n      w.wl\n      val decls = idl.collect { case itd: InternTypeDecl => itd }\n\n      \/\/ find external references\n      val refs = new TsRefs()\n      for (td <- decls) td.body match {\n        case r: Record => {\n          r.fields.foreach(f => refs.find(f.ty))\n          r.consts.foreach(c => refs.find(c.ty))\n        }\n        case i: Interface => {\n          i.methods.foreach(m => {\n            m.params.foreach(p => refs.find(p.ty))\n            m.ret.foreach(refs.find)\n          })\n          i.consts.foreach(c => refs.find(c.ty))\n        }\n        case _ =>\n      }\n      \/\/ write external references\n      for ((module, syms) <- refs.imports) {\n        if (module != \"\") {\n          w.wl(s\"\"\"import { ${syms.mkString(\", \")} } from \"$module\"\"\"\")\n        }\n      }\n\n      var interfacesWithStatics = new ListBuffer[String]()\n      for (td <- decls) td.body match {\n        case e: Enum => generateEnum(td.origin, td.ident, td.doc, e, w)\n        case r: Record => generateRecord(td.origin, td.ident, td.doc, td.params, r, w)\n        case i: Interface => {\n          generateInterface(td.origin, td.ident, td.doc, td.params, i, w)\n          if (i.methods.exists(_.static)) {\n            interfacesWithStatics += idJs.ty(td.ident.name)\n          }\n        }\n        case _ =>\n      }\n      \/\/ add static factories\n      w.wl\n      w.w(s\"export interface ${idJs.ty(spec.tsModule)}_statics\").braced {\n        for (i <- interfacesWithStatics.toList) {\n          w.wl(i + \": \" + i + \"_statics;\")\n        }\n      }\n    })\n  }\n  override def generateEnum(origin: String, ident: Ident, doc: Doc, e: Enum) {}\n  override def generateRecord(origin: String, ident: Ident, doc: Doc, params: Seq[TypeParam], r: Record) {}\n  override def generateInterface(origin: String, ident: Ident, doc: Doc, typeParams: Seq[TypeParam], i: Interface) {}\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/FindUnambiguousMappings.scala","text":"import MultiMap._\nimport argonaut._\nimport Argonaut._\nimport scala.collection.mutable.{Map => MutMap, Set => MutSet}\nimport java.io.PrintWriter\nimport AutoClose._\n\nclass UnambiguousPairing {\n  private val data = MutMap[(String,String),(MutMap[String, String],MutMap[String, String])]()\n  private val burned = MutSet[(String, String)]() \n\n  def add(wnCat : String, wikiCat : String, wnId : String, wikiId : String) {\n    if(!burned.contains((wnCat, wikiCat))) {\n      val (m,mi) = data.get((wnCat, wikiCat)) match {\n        case Some(m) => m\n        case None =>\n          val m2 = MutMap[String,String]()\n          val m2i = MutMap[String,String]()\n          data.put((wnCat, wikiCat), (m2,m2i))\n          if(data.size % 100000 == 0) {\n            System.err.println(data.size)\n          }\n          (m2,m2i)\n      }\n      if((m.contains(wikiId) && m(wikiId) != wnId) ||\n         (mi.contains(wnId) && mi(wnId) != wikiId)) {\n        data.remove((wnCat, wikiCat))\n        burned.add((wnCat, wikiCat))\n      } else {\n        m.put(wikiId, wnId)\n        mi.put(wnId, wikiId)\n      }\n    }\n  }\n\n  def printResult(out : PrintWriter) {\n    for {\n      ((wnCat, wikiCat), (m,_)) <- data\n      (wikiId, wnId) <- m\n      if m.size > 1 && m.values.toSet.size > 1\n    } out.println(s\"${m.size}\\t$wnCat\\t$wikiCat\\t$wikiId\\t$wnId\")\n  }\n}\n\nobject FindUnambiguousMappings {\n  def findPairs(wn : WordNet, wiki : Wiki) : Iterable[(String, String)] = {\n    val wnByLemma : Map[String, Seq[String]] = wn.byId.toSeq.flatMap({\n      case (id, wne) => \n        wne.lemmas.map(l => l.toLowerCase -> id)\n    }).toMultiMap\n\n    val wikiByLemma : Map[String, Seq[String]] = wiki.articles.toSeq.flatMap({\n      case (title, article) =>\n        article.alternatives.map(a => a -> title)\n    }).toMultiMap\n\n    for {\n      k <- wnByLemma.keys.toStream\n      x <- wnByLemma(k)\n      y <- wikiByLemma.getOrElse(k, Nil)\n    } yield {\n      (x,y)\n    }\n  }\n\n  def wnCats(wordnet : WordNet, wnId : String) : Seq[String] = {\n    val wne = wordnet.byId(wnId)\n    wne.parents ++ wne.parents.flatMap(p => wnCats(wordnet, p))\n  }\n\n  def wikiCats(wiki : Wiki, articleId : String) : Seq[String] = {\n    val article = wiki.articles(articleId)\n    article.categories ++ article.categories.flatMap(c => _wikiCats(wiki, c, 1))\n  }\n\n  def _wikiCats(wiki : Wiki, catId : String, depth : Int) : Seq[String] = {\n    if(depth >= 3) {\n      Nil\n    } else {\n      wiki.categories.get(catId) match {\n        case Some(category) =>\n          category.categories ++ category.categories.flatMap(c => _wikiCats(wiki, c, depth + 1))\n        case None =>\n          Nil\n      }\n    }\n  }\n\n\n  def main(args : Array[String]) {\n    io.Source.fromFile(\"wordnet.json\").mkString(\"\").\n        decodeOption[Map[String,WordNetEntry]].foreach({ wn =>\n      io.Source.fromFile(\"wiki.json\").mkString(\"\").\n          decodeOption[Wiki].foreach({ wiki =>\n        var i = 0\n        val wordnet = WordNet(wn)\n        val pairing = new UnambiguousPairing()\n\n        for((wnId, wikiId) <- findPairs(wordnet, wiki)) {\n          i += 1\n          for(wnCat <- wnCats(wordnet, wnId)) {\n            for(wikiCat <- wikiCats(wiki, wikiId)) {\n              pairing.add(wnCat, wikiCat, wnId, wikiId)\n            }\n          }\n          if(i % 10000 == 0) {\n            System.err.println(\">\" + i)\n          }\n        }\n        println(i)\n        withResource(new PrintWriter(\"unambiguous-mappings.tsv\")) { out =>\n          pairing.printResult(out)\n        }\n      })\n    })\n  }\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/PreprocessWordNet.scala","text":"<gh_stars>1-10\nimport scala.xml._\nimport MultiMap._\nimport argonaut._\nimport Argonaut._\nimport java.io.PrintWriter\nimport AutoClose._\n\nobject PreprocessWordNet {\n  def main (args : Array[String]) {\n    val xml = XML.loadFile(\"\/home\/jmccrae\/projects\/gwn-scala-api\/wordnets\/wn31.xml\")\n\n    val entries = (xml \\\\ \"LexicalEntry\").flatMap({ e =>\n      if((e \\ \"Lemma\" \\ \"@partOfSpeech\").text == \"n\") {\n        val lemma = (e \\ \"Lemma\" \\ \"@writtenForm\").text\n        val synsets = (e \\ \"Sense\").map(sense => (sense \\ \"@synset\").text)\n        synsets.map(synset => synset -> lemma)\n      } else {\n        Nil\n      }\n    }).toMultiMap\n\n    val synsets = (xml \\\\ \"Synset\").flatMap({ e =>\n      if((e \\ \"@partOfSpeech\").text == \"n\") {\n        val id = (e \\ \"@id\").text\n        val parents = (e \\ \"SynsetRelation\").filter(sr => {\n          (sr \\ \"@relType\").text == \"hypernym\" ||\n          (sr \\ \"@relType\").text == \"instance_hypernym\"\n        }).map(sr => {\n          (sr \\ \"@target\").text\n        })\n        val defn = (e \\ \"Definition\").text\n        val isInstance = (e \\ \"SynsetRelation\").exists(sr => {\n          (sr \\ \"@relType\").text == \"instance_hypernym\"\n        })\n        \n        Some(id -> WordNetEntry(parents, entries.getOrElse(id, Nil), defn, isInstance))\n      } else {\n        None\n      }\n    })\n\n    val wordnet = WordNet(synsets.toMap)\n\n    withResource(new PrintWriter(\"wordnet.json\")) { out =>\n      out.println(wordnet.byId.asJson.spaces2)\n    }\n  }\n\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/MappingFromUnambiguousCategories.scala","text":"<filename>src\/main\/scala\/MappingFromUnambiguousCategories.scala\nimport scala.collection.mutable.{Map => MutMap, Set => MutSet, ListBuffer}\nimport AutoClose._\n\n\nclass StringCache {\n  val from = MutMap[String, Int]()\n  val to = ListBuffer[String]()\n\n  def get(s : String) : Int = {\n    from.get(s) match {\n      case Some(i) => i\n      case None => {\n        val i = from.size\n        from.put(s,i)\n        to += s\n        i\n      }\n    }\n  }\n\n  def get(i : Int) : String = to(i)\n}\n\nobject MappingFromUnambiguousCategories {\n  val cache = new StringCache()\n\n  def encode(s : String, t : String) : Long = {\n    (cache.get(s).toLong << 32) + cache.get(t)\n  }\n\n  def decode(l : Long) : (String, String) = {\n    (cache.get((l >> 32).toInt), cache.get(l.toInt))\n  }\n\n  def main(args : Array[String]) {\n    val data = MutMap[Long,MutSet[Long]]()\n\n    for(line <- io.Source.fromFile(\"unambiguous-mappings.tsv\").getLines) {\n      val Array(wnCat, wikiCat, wikiId, wnId) = line.split(\"\\t\")\n\n      val l = encode(wnCat, wikiCat)\n      if(!data.contains(l)) {\n        data.put(l, MutSet())\n      }\n      data(l).add(encode(wikiId, wnId))\n    }\n\n    val sortedPairs = data.keys.toSeq.sortBy(x => -data(x).size)\n\n    for(l2 <- sortedPairs.take(20)) {\n      val (wnCat, wikiCat) = decode(l2)\n      println(s\"$wnCat\\t\\t$wikiCat\\t${data(l2).size}\")\n    }\n\n  }\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/PreprocessWiki.scala","text":"import argonaut._\nimport Argonaut._\nimport MultiMap._\nimport AutoClose._\nimport java.io.PrintWriter\n\nobject PreprocessWiki {\n  def wikiName(s : String) = {\n    \/\/ Paris (plant) => paris\n    val s1 = if(s.indexOf('(') > 0) {\n        s.substring(0,s.indexOf('(')-1).toLowerCase\n    } else {\n      s.toLowerCase\n    }\n    \/\/ Paris, Texas => paris\n    if(s1.contains(',')) {\n      Seq(s1, s1.substring(0, s.indexOf(',')))\n    } else {\n      Seq(s1)\n    }\n  }\n\n  def split[A,B](i : Iterator[Either[A,B]]) : (Seq[A], Seq[B]) = {\n    val as = collection.mutable.ListBuffer[A]()\n    val bs = collection.mutable.ListBuffer[B]()\n    i.foreach({\n      case Left(a) => as += a\n      case Right(b) => bs += b\n    })\n    (as.toSeq, bs.toSeq)\n  }\n\n\n  def main(args : Array[String]) {\n    val wordnet = io.Source.fromFile(\"wordnet.json\").mkString(\"\")\n      .decodeOption[Map[String, WordNetEntry]]\n      .getOrElse(throw new RuntimeException(\"Could not parse wordnet\"))\n\n    val words = wordnet.values.filter(_.isInstance).flatMap(_.lemmas).map(_.toLowerCase).toSet\n\n    println(words.size)\n\n    val redirLine = \"(.*)=>(.*)\".r\n\n    val _catsRedirects = io.Source.fromInputStream(\n      new java.util.zip.GZIPInputStream(\n        new java.io.FileInputStream(\"wiki-cats-redirs.csv.gz\"))).getLines.flatMap({ line =>\n          line match {\n            case redirLine(from, to) =>\n              if(wikiName(from).exists(w => words contains w) ||\n                 wikiName(to).exists(w => words contains w)) {\n                Some(to -> from)\n              } else {\n                None\n              }\n            case _ =>\n              None\n          }\n        })\n\n\n    val disambigLine = \"<http.*resource\/(.*)> <http.*wikiPageDisambiguates> <http:.*resource\/(.*)>.*\".r\n\n    val disambigs = io.Source.fromInputStream(\n      new java.util.zip.GZIPInputStream(\n        new java.io.FileInputStream(\"disambiguations_en.ttl.gz\"))).getLines\n          .flatMap({ line =>\n            line match {\n              case disambigLine(_from, _to) =>\n                val from = _from.replaceAll(\"_\", \" \")\n                val to = _to.replaceAll(\"_\", \" \")\n                println(s\"$from -> $to\")\n                if(wikiName(from).exists(w => words contains w) ||\n                   wikiName(to).exists(w => words contains w)) {\n                  Some(to -> from)\n                } else {\n                  None\n                }\n              case _ =>\n                None\n          }\n        })\n          \n\n    val catsRedirects = (_catsRedirects ++ disambigs).toMultiMap\n\n    println(catsRedirects.size)\n\n    val cats = io.Source.fromInputStream(\n      new java.util.zip.GZIPInputStream(\n        new java.io.FileInputStream(\"wiki-cats-redirs.csv.gz\"))).getLines.flatMap({ line =>\n          if(!(line contains \"=>\")) {\n            val elems = line.split(\"\\t\")\n            if(elems(0).startsWith(\"Category:\")) {\n              val name = elems(0).drop(\"Category:\".size)\n              Some(Left(name -> WikiCategory(elems.drop(1).toSeq)))\n            } else {\n              val names = wikiName(elems(0)) ++ \n                catsRedirects.getOrElse(elems(0), Nil).flatMap(wikiName)\n              if(names.exists(w => words contains w)) {\n                Some(Right(elems(0) -> WikiArticle(names, elems.drop(1).toSeq)))\n              } else {\n                None\n              }\n            }\n          } else {\n            None\n          }\n        })\n\n\n    val (allCategories, _articles) = split(cats)\n\n    val articles = _articles.toMap\n    println(articles.contains(\"<NAME> (runner)\"))\n\n    val activeCategories = articles.values.flatMap(_.categories).toSet\n\n    val categories = allCategories.filter({\n      case (name, obj) if activeCategories contains name => true\n      case _ => false\n    }).toMap\n\n    withResource(new java.io.PrintWriter(\"wiki.json\")) { out =>\n      out.println(Wiki(articles, categories).asJson.spaces2)\n    }\n  }\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/MultiMap.scala","text":"<filename>src\/main\/scala\/MultiMap.scala<gh_stars>1-10\nobject MultiMap {\n  import scala.language.higherKinds\n  implicit class MultiMapFromTraversable[A, B, T[X] <: scala.collection.TraversableLike[X,T[X]]](t : T[(A, B)]) {\n    def toMultiMap(implicit cbf: scala.collection.generic.CanBuildFrom[T[A],B,T[B]], cbf2 : scala.collection.generic.CanBuildFrom[T[(A,B)], B, T[B]]) : Map[A, T[B]] = {\n      t.groupBy(_._1).mapValues(_.map(_._2)) } }\n\n  implicit class MultiMapFromIterator[A, B](t : Iterator[(A,B)]) {\n    def toMultiMap : Map[A, Set[B]] = {\n      t.toSeq.groupBy(_._1).mapValues(_.map(_._2).toSet) } }\n}\n\n\nobject AutoClose {\n  def withResource[A,C <: java.io.Closeable](c : C)(foo : C => A) : A = {\n    val a = foo(c)\n    c.close\n    a\n  }\n}\n\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/WordNet.scala","text":"<filename>src\/main\/scala\/WordNet.scala\nimport argonaut._\nimport Argonaut._\n\ncase class WordNet(byId : Map[String, WordNetEntry])\n\ncase class WordNetEntry(parents : Seq[String], lemmas : Seq[String], defn : String, isInstance : Boolean)\n\nobject WordNetEntry {\n  implicit def WordNetCodeJson : CodecJson[WordNetEntry] = \n    casecodec4(WordNetEntry.apply, WordNetEntry.unapply)(\"parents\", \"lemmas\", \"defn\", \"is_instance\")\n}\n\n\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/PersonEvaluation.scala","text":"<filename>src\/main\/scala\/PersonEvaluation.scala\nimport java.io.FileInputStream\nimport java.util.zip.GZIPInputStream\nimport argonaut._\nimport Argonaut._\nimport scala.util.{Try, Success, Failure}\n\nobject PersonEvaluation {\n  def year2int(s : String) = {\n    if(s.endsWith(\" BC\")) \n      s.dropRight(3).toInt\n    else\n      s.toInt\n  }\n\n  def main(args : Array[String]) {\n    val bornDied = \".* \\\\((\\\\d+( BC)?)-(\\\\d+( BC)?)\\\\)\".r\n    val died = \".* \\\\(died in (\\\\d+( BC)?)\\\\)\".r\n    val born = \".* \\\\(born in (\\\\d+( BC)?)\\\\)\".r\n\n    val wn = io.Source.fromFile(\"wordnet.json\").mkString(\"\")\n      .decodeOption[Map[String,WordNetEntry]]\n      .getOrElse(throw new RuntimeException(\"Could not parse wordnet.json\"))\n    val persons = wn.flatMap({\n      case (wnId, wne) => {\n        wne.defn match {\n          case bornDied(b, _, d, _) => Some(wnId -> (Some(year2int(b)), Some(year2int(d))))\n          case died(d, _) => Some(wnId -> (None, Some(year2int(d))))\n          case born(b, _) => Some(wnId -> (Some(year2int(b)), None))\n          case _ => None\n        }\n      }\n    })\n    System.err.println(s\"${persons.size} people with DOB\")\n\n    val accepted = io.Source.fromFile(\"accepted.tsv\").getLines.map({line =>\n      val Array(i,j) = line.split(\"\\t\")\n      i.replaceAll(\" \", \"_\") -> j\n    }).toMap\n\n    val ERR = 1\n    var correctBirth = 0\n    var incorrectBirth = 0\n    var correctDeath = 0\n    var incorrectDeath = 0\n\n    val deathDate = \"<http.*resource\/(.*)> <http.*deathDate> \\\"(-?\\\\d+).*\".r\n    val birthDate = \"<http.*resource\/(.*)> <http.*birthDate> \\\"(-?\\\\d+).*\".r\n\n    val out = new java.io.PrintWriter(\"year-errors.txt\")\n\n    io.Source.fromInputStream(\n      new GZIPInputStream(\n        new FileInputStream(\"\/home\/jmccrae\/data\/infobox_dates.tql.gz\"))\n      ).getLines.foreach({ line =>\n      line match {\n        case birthDate(res, _year) =>\n          Try(_year.toInt) match {\n            case Success(year) =>{\n              accepted.get(res).flatMap(w => persons.get(w)).flatMap(s => s._1)\n                .foreach(tYear => {\n                  if(year - ERR < tYear && year + ERR > tYear) {\n                    correctBirth += 1\n                  } else {\n                    accepted.get(res) match {\n                      case Some(wnId) =>\n                        val defn = wn(wnId).defn\n                        out.println(s\"\"\"${wnId} \"${defn}\" => \"${defn.replaceAll(tYear.toString, year.toString)}\"\"\"\")\n                      case None =>\n                    }\n                    incorrectBirth += 1\n                  }\n                })\n            }\n            case Failure(_) =>\n              println(\"Bad year: \" + _year)\n          }\n         case deathDate(res, _year) =>\n          Try(_year.toInt).foreach(year => {\n            accepted.get(res).flatMap(w => persons.get(w)).flatMap(s => s._2)\n              .foreach(tYear => {\n                if(year - ERR < tYear && year + ERR > tYear) {\n                  correctDeath += 1\n                } else {\n                    accepted.get(res) match {\n                      case Some(wnId) =>\n                        val defn = wn(wnId).defn\n                        out.println(s\"\"\"${wnId} \"${defn}\" => \"${defn.replaceAll(tYear.toString, year.toString)}\"\"\"\")\n                      case None =>\n                    }\n                  incorrectDeath += 1\n                }\n              })\n          })\n        case _ =>\n      }\n    })\n    out.close\n    println(s\"Births: $correctBirth\/ ${incorrectBirth+correctBirth}\")\n    println(s\"Deaths: $correctDeath\/ ${incorrectDeath+correctDeath}\")\n  }\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"build.sbt","text":"<reponame>jmccrae\/wn-wiki-instances\nlibraryDependencies += \"io.argonaut\" %% \"argonaut\" % \"6.1\"\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/Wiki.scala","text":"import argonaut._\nimport Argonaut._\n\ncase class Wiki(articles : Map[String, WikiArticle],\n                categories : Map[String, WikiCategory])\n\ncase class WikiArticle(alternatives : Seq[String],\n  categories : Seq[String])\n\ncase class WikiCategory(categories : Seq[String])\n\nobject Wiki {\n  implicit def wikiCodecJson : CodecJson[Wiki] =\n    casecodec2(Wiki.apply, Wiki.unapply)(\"articles\", \"categories\")\n}\n\nobject WikiArticle {\n  implicit def codecJson : CodecJson[WikiArticle] =\n    casecodec2(WikiArticle.apply, WikiArticle.unapply)(\"alternatives\", \"categories\")\n}\n\nobject WikiCategory {\n  implicit def codecJson : CodecJson[WikiCategory] =\n    casecodec1(WikiCategory.apply, WikiCategory.unapply)(\"categories\")\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/FindNonaccepted.scala","text":"<gh_stars>1-10\nimport argonaut._\nimport Argonaut._\n\nobject FindNonaccepted {\n  val commaSep = \"(.*), (.*)\".r\n  val disambig = \"(.*) \\\\((.*)\\\\)\".r\n\n  def main(args : Array[String]) {\n    \n    val wn = io.Source.fromFile(\"wordnet.json\").mkString(\"\").\n      decodeOption[Map[String, WordNetEntry]].get\n\n    val accepted = io.Source.fromFile(\"accepted.tsv\").getLines.map({ line =>\n      val elems = line.split(\"\\t\")\n      (elems(0), elems(1))\n    }).toSet\n\n    val acceptedWn = accepted.map(_._2)\n\n    val out = new java.io.PrintWriter(\"manual-check.tsv\")\n\n    out.println(\"WordNet ID\\tLemmas\\tDefinition\\tWikiID\\tType\")\n    accepted.filter({\n      case (wikiId, wnId) => {\n        val lemmas = wn(wnId).lemmas.map(_.toLowerCase)\n        val defn = wn(wnId).defn.toLowerCase\n        wikiId.toLowerCase match {\n          case x if lemmas.contains(x) => false\n          case commaSep(x,y) if lemmas.contains(x) && defn.contains(y) => false\n          case disambig(x,y) if lemmas.contains(x) && defn.contains(y) => false\n          case _ => true\n        }\n      }\n    }).foreach({\n      case (wikiId, wnId) => {\n        val wne = wn(wnId)\n        out.println(s\"$wnId\\t${wne.lemmas.mkString(\",\")}\\t${wne.defn.replaceAll(\"\\t\", \" \")}\\t$wikiId\")\n      }\n    })\n\n\n    wn.filter({\n      case (id, wne) => wne.isInstance && !acceptedWn.contains(id)\n    }).foreach({\n      case (id, wne) =>\n        out.println(s\"\"\"$id\\t${wne.lemmas.mkString(\",\")}\\t${wne.defn}\"\"\")\n    })\n    \n    out.close\n  }\n}\n"}
{"repo_name":"jmccrae\/wn-wiki-instances","path":"src\/main\/scala\/FindWeightedMappings.scala","text":"<reponame>jmccrae\/wn-wiki-instances<gh_stars>1-10\nimport MultiMap._\nimport argonaut._\nimport Argonaut._\nimport scala.collection.mutable.{Map => MutMap, Set => MutSet, ListBuffer}\nimport java.io.PrintWriter\nimport AutoClose._\n\n\n\nclass WeightedPair {\n  val weights : MutMap[(String, String), Option[Int]] = MutMap()\n  val wn2wiki : MutMap[String, String] = MutMap() \n  val wiki2wn : MutMap[String, String] = MutMap()\n  \n    def add(wt : Int, wnId : String, wikiId : String) {\n      if((wn2wiki.contains(wnId) && wn2wiki(wnId) != wikiId)\n        || (wiki2wn.contains(wikiId) && wiki2wn(wikiId) != wnId)) {\n        weights.put((wnId, wikiId), None)\n      } else {\n        weights.get((wnId, wikiId)) match {\n          case Some(Some(i)) =>\n            weights.put((wnId, wikiId), Some(i + wt))\n          case Some(None) =>\n          case None =>\n            weights.put((wnId, wikiId), Some(wt))\n        }\n        wn2wiki.put(wnId, wikiId)\n        wiki2wn.put(wikiId, wnId)\n      }\n    }\n\n    def keys = weights.keys\n\n    def size = weights.size\n\n    def score = weights.values.map({\n      case Some(wt) => wt\n      case None => \/*AMBIG_PENALTY*\/ -10\n    }).sum\n        \n}\n\nclass WeightedPairing {\n  private val data = MutMap[(String,String),WeightedPair]()\n  private val burned = MutSet[(String, String)]()\n  private val weak = MutMap[(String,String), ListBuffer[(String,String)]]()\n\n\n  def add(wnCat : String, wikiCat : String, wnId : String, wikiId : String, wt : Int) {\n\/\/    if(wt == 1) {\n\/\/      weak.getOrElse((wnCat, wikiCat), ListBuffer()).append((wnId, wikiId))\n\/\/    } else {\n      if(!burned.contains((wnCat, wikiCat))) {\n        val wp = data.get((wnCat, wikiCat)) match {\n          case Some(m) => m\n          case None => {\n            if((data.size + 1) % 10000 == 0) {\n              System.err.println(data.size+1)\n            }\n            new WeightedPair()\n          }\n        }\n        wp.add(wt, wnId, wikiId)\n        if(wp.score > 0) {\n          data.put((wnCat,wikiCat),wp)\n        } else {\n          data.remove((wnCat, wikiCat))\n          burned.add((wnCat, wikiCat))\n        }\n      }\n\/\/    }\n  }\n\n  def printResult(out : PrintWriter, mapping : Map[String, String]) {\n    for {\n      ((wnCat, wikiCat), wp) <- data\n      if wp.size > 1 \n    } {\n      for((wnId, wikiId) <- wp.keys\n           if !mapping.contains(wnId)) {\n           out.println(s\"${wp.score}\\t$wnCat\\t$wikiCat\\t$wikiId\\t$wnId\")\n      }\n      for((wnId, wikiId) <- weak.getOrElse((wnCat, wikiCat), Nil)\n           if !mapping.contains(wnId)) {\n           out.println(s\"${wp.score}\\t$wnCat\\t$wikiCat\\t$wikiId\\t$wnId\")\n      }\n    }\n\n  }\n}\n\nobject FindWeightedMappings {\n  def findPairs(wn : WordNet, wiki : Wiki) : Iterable[(String, String,String)] = {\n    val wnByLemma : Map[String, Seq[String]] = wn.byId.toSeq.flatMap({\n      case (id, wne) => \n        if(wne.isInstance) {\n          wne.lemmas.map(l => l.toLowerCase -> id)\n        } else {\n          Nil\n        }\n    }).toMultiMap\n\n    val wikiByLemma : Map[String, Seq[String]] = wiki.articles.toSeq.flatMap({\n      case (title, article) =>\n        article.alternatives.map(a => a -> title)\n    }).toMultiMap\n\n    for {\n      k <- wnByLemma.keys.toStream\n      x <- wnByLemma(k)\n      y <- wikiByLemma.getOrElse(k, Nil)\n    } yield {\n      (x,y,k)\n    }\n  }\n\n  def wnCats(wordnet : WordNet, wnId : String) : Seq[String] = {\n    val wne = wordnet.byId(wnId)\n    wne.parents ++ wne.parents.flatMap(p => wnCats(wordnet, p))\n  }\n\n  def wikiCats(wiki : Wiki, articleId : String) : Seq[String] = {\n    val article = wiki.articles(articleId)\n    article.categories ++ article.categories.flatMap(c => _wikiCats(wiki, c, 1))\n  }\n\n  def _wikiCats(wiki : Wiki, catId : String, depth : Int) : Seq[String] = {\n    if(depth >= 3) {\n      Nil\n    } else {\n      wiki.categories.get(catId) match {\n        case Some(category) =>\n          category.categories ++ category.categories.flatMap(c => _wikiCats(wiki, c, depth + 1))\n        case None =>\n          Nil\n      }\n    }\n  }\n\n\n  def main(args : Array[String]) {\n    val mapping = io.Source.fromFile(\"accepted.tsv\").getLines.map({line =>\n      val e = line.split(\"\\t\")\n      e(1) -> e(0)\n    }).toMap\n\/\/    println(mapping.get(\"wn31-11085224-n\"))\n    io.Source.fromFile(\"wordnet.json\").mkString(\"\").\n        decodeOption[Map[String,WordNetEntry]].foreach({ wn =>\n      io.Source.fromFile(\"wiki.json\").mkString(\"\").\n          decodeOption[Wiki].foreach({ wiki =>\n        var i = 0\n        val wordnet = WordNet(wn)\n        val pairing = new WeightedPairing()\n\n        for((wnId, wikiId, overlap) <- findPairs(wordnet, wiki)\n             if !mapping.contains(wnId)) {\n          i += 1\n          for(wnCat <- wnCats(wordnet, wnId)) {\n            for(wikiCat <- wikiCats(wiki, wikiId)) {\n              val wt = overlap.split(\"\\\\s\").size\n              pairing.add(wnCat, wikiCat, wnId, wikiId, wt)\n            }\n          }\n          if(i % 10000 == 0) {\n            System.err.println(\">\" + i)\n          }\n        }\n        println(i)\n        withResource(new PrintWriter(\"weighted-mappings.tsv\")) { out =>\n          pairing.printResult(out, mapping)\n        }\n      })\n    })\n  }\n}\n"}
{"repo_name":"sayederfanarefin\/lagom4","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.lightbend.lagom\" % \"lagom-sbt-plugin\" % \"1.0.0-M1\")\naddSbtPlugin(\"com.typesafe.sbteclipse\" % \"sbteclipse-plugin\" % \"3.0.0\")\naddSbtPlugin(\"com.github.ddispaltro\" % \"sbt-reactjs\" % \"0.5.2\")\n"}
{"repo_name":"sayederfanarefin\/lagom4","path":"build.sbt","text":"<filename>build.sbt\norganization in ThisBuild := \"org.lightbend.lagom\"\n\n\/\/ the Scala version that will be used for cross-compiled libraries\nscalaVersion in ThisBuild := \"2.11.7\"\n\nlazy val registrationApi = project(\"registration-api\")\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies ++= Seq(\n      lagomJavadslApi,\n      lagomJavadslImmutables\n    )\n  )\n\nlazy val registrationImpl = project(\"registration-impl\")\n  .enablePlugins(LagomJava)\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies ++= Seq(\n      lagomJavadslPersistence,\n      lagomJavadslPubSub,\n      lagomJavadslImmutables,\n      lagomJavadslTestKit\n    )\n  )\n  .settings(lagomForkedTestSettings: _*)\n  .dependsOn(registrationApi)\n\n\nlazy val shippingApi = project(\"shipping-api\")\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies ++= Seq(\n      lagomJavadslApi,\n      lagomJavadslImmutables\n    )\n  )\n\nlazy val shippingImpl = project(\"shipping-impl\")\n  .enablePlugins(LagomJava)\n.dependsOn(registrationApi)\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    libraryDependencies ++= Seq(\n      lagomJavadslPersistence,\n      lagomJavadslImmutables,\n      lagomJavadslTestKit\n    )\n  )\n  .settings(lagomForkedTestSettings: _*)\n  .dependsOn(shippingApi)\n\nlazy val frontEnd = project(\"front-end\")\n  .enablePlugins(PlayJava, LagomPlay)\n  .settings(\n    version := \"1.0-SNAPSHOT\",\n    routesGenerator := InjectedRoutesGenerator,\n    libraryDependencies ++= Seq(\n      \"org.webjars\" % \"react\" % \"0.14.3\",\n      \"org.webjars\" % \"react-router\" % \"1.0.3\",\n      \"org.webjars\" % \"jquery\" % \"2.2.0\",\n      \"org.webjars\" % \"foundation\" % \"5.3.0\"\n    ),\n    ReactJsKeys.sourceMapInline := true\n  )\n\ndef project(id: String) = Project(id, base = file(id))\n"}
{"repo_name":"Portfoligno\/Micrixalus","path":"scala-predef_2.13\/src\/main\/scala\/micrixalus\/predef\/PrimitiveConversions.scala","text":"package micrixalus.predef\n\nimport scala._\n\nobject PrimitiveConversions {\n  @inline implicit def byte2Byte(x: Byte): java.lang.Byte = x.asInstanceOf[java.lang.Byte]\n  @inline implicit def short2Short(x: Short): java.lang.Short = x.asInstanceOf[java.lang.Short]\n  @inline implicit def char2Character(x: Char): java.lang.Character = x.asInstanceOf[java.lang.Character]\n  @inline implicit def int2Integer(x: Int): java.lang.Integer = x.asInstanceOf[java.lang.Integer]\n  @inline implicit def long2Long(x: Long): java.lang.Long = x.asInstanceOf[java.lang.Long]\n  @inline implicit def float2Float(x: Float): java.lang.Float = x.asInstanceOf[java.lang.Float]\n  @inline implicit def double2Double(x: Double): java.lang.Double = x.asInstanceOf[java.lang.Double]\n  @inline implicit def boolean2Boolean(x: Boolean): java.lang.Boolean = x.asInstanceOf[java.lang.Boolean]\n\n  @inline implicit def Byte2byte(x: java.lang.Byte): Byte = x.asInstanceOf[Byte]\n  @inline implicit def Short2short(x: java.lang.Short): Short = x.asInstanceOf[Short]\n  @inline implicit def Character2char(x: java.lang.Character): Char = x.asInstanceOf[Char]\n  @inline implicit def Integer2int(x: java.lang.Integer): Int = x.asInstanceOf[Int]\n  @inline implicit def Long2long(x: java.lang.Long): Long = x.asInstanceOf[Long]\n  @inline implicit def Float2float(x: java.lang.Float): Float = x.asInstanceOf[Float]\n  @inline implicit def Double2double(x: java.lang.Double): Double = x.asInstanceOf[Double]\n  @inline implicit def Boolean2boolean(x: java.lang.Boolean): Boolean = x.asInstanceOf[Boolean]\n}\n"}
{"repo_name":"Portfoligno\/Micrixalus","path":"scala-predef_2.13\/src\/main\/scala\/micrixalus\/predef\/package.scala","text":"<gh_stars>0\npackage micrixalus\n\nimport scala._\nimport scala.collection.{ArrayOps, IndexedSeq, StringOps, immutable}\n\npackage object predef extends predef.LowPriorityImplicits {\n  \/\/@inline def classOf[T] = Predef.classOf[T] \/\/ Does not work\n  @inline def valueOf[T](implicit vt: ValueOf[T]): T = vt.value\n  type String = java.lang.String\n  type Class[T] = java.lang.Class[T]\n\n  type Function[-A, +B] = A => B\n  type Map[K, +V] = immutable.Map[K, V]\n  type Set[A] = immutable.Set[A]\n  val Map = immutable.Map\n  val Set = immutable.Set\n  val -> = Tuple2\n\n  type OptManifest[T] = reflect.OptManifest[T]\n  type Manifest[T] = reflect.Manifest[T]\n  val Manifest = reflect.Manifest\n  val NoManifest = reflect.NoManifest\n  @inline def manifest[T](implicit m: Manifest[T]): Manifest[T] = m\n  @inline def optManifest[T](implicit m: OptManifest[T]): OptManifest[T] = m\n\n  @inline def identity[A](x: A): A = x\n  @inline def implicitly[T](implicit e: T): T = e\n  @inline def locally[T](@deprecatedName(\"x\") x: T): T = x\n  @inline def ??? : Nothing = throw new NotImplementedError\n\n  @inline implicit def micrixalusArrowAssoc[A](self: A): Predef.ArrowAssoc[A] =\n    new Predef.ArrowAssoc(self)\n  @inline implicit def augmentString(x: String): StringOps =\n    new StringOps(x)\n\n  @inline def print(x: Any): Unit = Console.print(x)\n  @inline def println(): Unit = Console.println()\n  @inline def println(x: Any): Unit = Console.println(x)\n\n  @inline implicit def genericArrayOps[T](xs: Array[T]): ArrayOps[T] = new ArrayOps(xs)\n  @inline implicit def booleanArrayOps(xs: Array[Boolean]): ArrayOps[Boolean] = new ArrayOps(xs)\n  @inline implicit def byteArrayOps(xs: Array[Byte]): ArrayOps[Byte] = new ArrayOps(xs)\n  @inline implicit def charArrayOps(xs: Array[Char]): ArrayOps[Char] = new ArrayOps(xs)\n  @inline implicit def doubleArrayOps(xs: Array[Double]): ArrayOps[Double] = new ArrayOps(xs)\n  @inline implicit def floatArrayOps(xs: Array[Float]): ArrayOps[Float] = new ArrayOps(xs)\n  @inline implicit def intArrayOps(xs: Array[Int]): ArrayOps[Int] = new ArrayOps(xs)\n  @inline implicit def longArrayOps(xs: Array[Long]): ArrayOps[Long] = new ArrayOps(xs)\n  @inline implicit def refArrayOps[T <: AnyRef](xs: Array[T]): ArrayOps[T] = new ArrayOps(xs)\n  @inline implicit def shortArrayOps(xs: Array[Short]): ArrayOps[Short] = new ArrayOps(xs)\n  @inline implicit def unitArrayOps(xs: Array[Unit]): ArrayOps[Unit] = new ArrayOps(xs)\n\n  @inline implicit def $conforms[A]: A => A = <:<.refl\n}\n"}
{"repo_name":"Portfoligno\/Micrixalus","path":"scala_2.13\/src\/main\/scala\/micrixalus\/package.scala","text":"<reponame>Portfoligno\/Micrixalus<gh_stars>0\n\npackage object micrixalus {\n  type Throwable = java.lang.Throwable\n  type Exception = java.lang.Exception\n  type Error = java.lang.Error\n\n  type RuntimeException = java.lang.RuntimeException\n  type NullPointerException = java.lang.NullPointerException\n  type ClassCastException = java.lang.ClassCastException\n  type IndexOutOfBoundsException = java.lang.IndexOutOfBoundsException\n  type ArrayIndexOutOfBoundsException = java.lang.ArrayIndexOutOfBoundsException\n  type UnsupportedOperationException = java.lang.UnsupportedOperationException\n  type IllegalArgumentException = java.lang.IllegalArgumentException\n  type NoSuchElementException = java.util.NoSuchElementException\n  type NumberFormatException = java.lang.NumberFormatException\n\n  type MatchError = scala.MatchError\n  type NotImplementedError = scala.NotImplementedError\n  type ScalaReflectionException = scala.ScalaReflectionException\n  type UninitializedFieldError = scala.UninitializedFieldError\n\n\n  type Seq[+A] = scala.collection.immutable.Seq[A]\n  val Seq = scala.collection.immutable.Seq\n\n  type IndexedSeq[+A] = scala.collection.immutable.IndexedSeq[A]\n  val IndexedSeq = scala.collection.immutable.IndexedSeq\n\n  type List[+A] = scala.collection.immutable.List[A]\n  val List = scala.collection.immutable.List\n  val Nil = scala.collection.immutable.Nil\n  type ::[+A] = scala.collection.immutable.::[A]\n  val :: = scala.collection.immutable.::\n  val +: = scala.collection.+:\n  val :+ = scala.collection.:+\n\n  type LazyList[+A] = scala.collection.immutable.LazyList[A]\n  val LazyList = scala.collection.immutable.LazyList\n  val #:: = scala.collection.immutable.LazyList.#::\n\n  type Vector[+A] = scala.collection.immutable.Vector[A]\n  val Vector = scala.collection.immutable.Vector\n\n  type Array[T] = scala.Array[T]\n  val Array = scala.Array\n\n\n  type StringBuilder = scala.collection.mutable.StringBuilder\n  val StringBuilder = scala.collection.mutable.StringBuilder\n\n  type Range = scala.collection.immutable.Range\n  val Range = scala.collection.immutable.Range\n\n  type Either[+A, +B] = scala.util.Either[A, B]\n  val Either = scala.util.Either\n  type Left[+A, +B] = scala.util.Left[A, B]\n  val Left = scala.util.Left\n  type Right[+A, +B] = scala.util.Right[A, B]\n  val Right = scala.util.Right\n\n  type Option[+A] = scala.Option[A]\n  val Option = scala.Option\n  type Some[+A] = scala.Some[A]\n  val Some = scala.Some\n  type None = scala.None.type\n  val None = scala.None\n\n\n  type <:<[-From, +To] = scala.<:<[From, To]\n  type =:=[From, To] = scala.=:=[From, To]\n  type DummyImplicit = scala.DummyImplicit\n  val DummyImplicit = scala.DummyImplicit\n  type ValueOf[T] = scala.ValueOf[T]\n\n  type Any = scala.Any\n  type AnyRef = scala.AnyRef\n  type AnyVal = scala.AnyVal\n  type Nothing = scala.Nothing\n  type Null = scala.Null\n\n  type Singleton = scala.Singleton\n  type Unit = scala.Unit\n\n  type Boolean = scala.Boolean\n  val Boolean = scala.Boolean\n  type Byte = scala.Byte\n  val Byte = scala.Byte\n  type Char = scala.Char\n  val Char = scala.Char\n  type Double = scala.Double\n  val Double = scala.Double\n  type Float = scala.Float\n  val Float = scala.Float\n  type Int = scala.Int\n  val Int = scala.Int\n  type Long = scala.Long\n  val Long = scala.Long\n  type Short = scala.Short\n  val Short = scala.Short\n\n  val Function = scala.Function\n  type PartialFunction[-A, +B] = scala.PartialFunction[A, B]\n\n  type Product = scala.Product\n\n  type Specializable = scala.Specializable\n  val Specializable = scala.Specializable\n\n  type StringContext = scala.StringContext\n  val StringContext = scala.StringContext\n\n  type Symbol = scala.Symbol\n  val Symbol = scala.Symbol\n\n\n  type deprecated = scala.deprecated\n  type deprecatedInheritance = scala.deprecatedInheritance\n  type deprecatedName = scala.deprecatedName\n  type deprecatedOverriding = scala.deprecatedOverriding\n\n  type inline = scala.inline\n  type noinline = scala.noinline\n\n  type native = scala.native\n  type specialized = scala.specialized\n  type throws[T <: Throwable] = scala.throws[T]\n  type transient = scala.transient\n  type unchecked = scala.unchecked\n  type volatile = scala.volatile\n}\n"}
{"repo_name":"Portfoligno\/Micrixalus","path":"scala-predef_2.13\/src\/main\/scala\/micrixalus\/predef\/LowPriorityImplicits.scala","text":"package micrixalus.predef\n\nimport scala._\nimport scala.collection.{immutable, mutable}\n\nprivate[predef] abstract class LowPriorityImplicits extends LowPriorityImplicits2 {\n  @inline implicit def byteWrapper(x: Byte): runtime.RichByte = new runtime.RichByte(x)\n  @inline implicit def shortWrapper(x: Short): runtime.RichShort = new runtime.RichShort(x)\n  @inline implicit def intWrapper(x: Int): runtime.RichInt = new runtime.RichInt(x)\n  @inline implicit def charWrapper(c: Char): runtime.RichChar = new runtime.RichChar(c)\n  @inline implicit def longWrapper(x: Long): runtime.RichLong = new runtime.RichLong(x)\n  @inline implicit def floatWrapper(x: Float): runtime.RichFloat = new runtime.RichFloat(x)\n  @inline implicit def doubleWrapper(x: Double): runtime.RichDouble = new runtime.RichDouble(x)\n  @inline implicit def booleanWrapper(x: Boolean): runtime.RichBoolean = new runtime.RichBoolean(x)\n\n  @inline implicit def genericWrapArray[T](xs: Array[T]): mutable.ArraySeq[T] = Predef.genericWrapArray(xs)\n  @inline implicit def wrapRefArray[T <: AnyRef](xs: Array[T]): mutable.ArraySeq.ofRef[T] = Predef.wrapRefArray(xs)\n\n  @inline implicit def wrapIntArray(xs: Array[Int]): mutable.ArraySeq.ofInt = Predef.wrapIntArray(xs)\n  @inline implicit def wrapDoubleArray(xs: Array[Double]): mutable.ArraySeq.ofDouble = Predef.wrapDoubleArray(xs)\n  @inline implicit def wrapLongArray(xs: Array[Long]): mutable.ArraySeq.ofLong = Predef.wrapLongArray(xs)\n  @inline implicit def wrapFloatArray(xs: Array[Float]): mutable.ArraySeq.ofFloat = Predef.wrapFloatArray(xs)\n  @inline implicit def wrapCharArray(xs: Array[Char]): mutable.ArraySeq.ofChar = Predef.wrapCharArray(xs)\n  @inline implicit def wrapByteArray(xs: Array[Byte]): mutable.ArraySeq.ofByte = Predef.wrapByteArray(xs)\n  @inline implicit def wrapShortArray(xs: Array[Short]): mutable.ArraySeq.ofShort = Predef.wrapShortArray(xs)\n  @inline implicit def wrapBooleanArray(xs: Array[Boolean]): mutable.ArraySeq.ofBoolean = Predef.wrapBooleanArray(xs)\n  @inline implicit def wrapUnitArray(xs: Array[Unit]): mutable.ArraySeq.ofUnit = Predef.wrapUnitArray(xs)\n\n  @inline implicit def wrapString(s: String): immutable.WrappedString = Predef.wrapString(s)\n}\n\nprivate[predef] abstract class LowPriorityImplicits2 {\n  @deprecated(\"Implicit conversions from Array to immutable.IndexedSeq are implemented by copying; Use the more efficient non-copying ArraySeq.unsafeWrapArray or an explicit toIndexedSeq call\", \"2.13.0\")\n  implicit def copyArrayToImmutableIndexedSeq[T](xs: Array[T]): IndexedSeq[T] =\n    Predef.copyArrayToImmutableIndexedSeq(xs)\n}\n"}
{"repo_name":"mizerlou\/quicklens","path":"build.sbt","text":"<reponame>mizerlou\/quicklens\nimport org.scalajs.sbtplugin.ScalaJSPlugin.AutoImport.crossProject\nimport org.scalajs.sbtplugin.cross.CrossType\n\nval buildSettings = Defaults.coreDefaultSettings ++ Seq(\n  organization := \"com.softwaremill.quicklens\",\n  scalaVersion := \"2.11.12\",\n  crossScalaVersions := Seq(scalaVersion.value, \"2.12.6\"),\n  scalacOptions := Seq(\"-deprecation\", \"-feature\", \"-unchecked\"),\n  scalafmtOnCompile := true,\n  scalafmtVersion := \"1.1.0\",\n  \/\/ Sonatype OSS deployment\n  publishTo := Some(\n    if (isSnapshot.value)\n      Opts.resolver.sonatypeSnapshots\n    else\n      Opts.resolver.sonatypeStaging\n  ),\n  credentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\"),\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := { _ =>\n    false\n  },\n  developers := List(\n    Developer(\"adamw\",\n              \"<NAME>\",\n              \"<EMAIL>\",\n              url(\"http:\/\/www.warski.org\"))\n  ),\n  scmInfo := Some(\n    ScmInfo(browseUrl = url(\"https:\/\/github.com\/adamw\/quicklens\"),\n            connection = \"scm:git:git@github.com:adamw\/quicklens.git\")\n  ),\n  licenses := Seq(\n    \"Apache2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n  homepage := Some(url(\"http:\/\/www.softwaremill.com\")),\n  sonatypeProfileName := \"com.softwaremill\",\n  \/\/ sbt-release\n  releaseCrossBuild := true,\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  releaseIgnoreUntrackedFiles := true,\n  releaseProcess := QuicklensRelease.steps\n)\n\nlazy val root =\n  (project in file(\".\"))\n    .settings(buildSettings ++ Seq(publishArtifact := false))\n    .aggregate(quicklensJVM, quicklensJS, tests)\n\nlazy val quicklens =\n  (crossProject.crossType(CrossType.Pure) in file(\"quicklens\"))\n    .settings(buildSettings ++ Seq(\n      name := \"quicklens\",\n      libraryDependencies += (\"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value)))\n\nlazy val quicklensJVM = quicklens.jvm\nlazy val quicklensJS = quicklens.js\n\nlazy val tests: Project =\n  (project in file(\"tests\"))\n    .settings(\n      buildSettings ++\n        Seq(\n          publishArtifact := false,\n          libraryDependencies ++= Seq(\n            \"org.scalatest\" %% \"scalatest\" % \"3.0.4\" % \"test\",\n            \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value % \"test\"),\n          \/\/ Otherwise when running tests in sbt, the macro is not visible\n          \/\/ (both macro and usages are compiled in the same compiler run)\n          fork in Test := true\n        ))\n    .dependsOn(quicklensJVM)\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/LowerCase.scala","text":"package org.nlogo.extensions.string;\n\nimport org.nlogo.api.Argument;\nimport org.nlogo.api.Context;\nimport org.nlogo.api.Reporter;\nimport org.nlogo.api.ExtensionException;\nimport org.nlogo.api.LogoException;\nimport org.nlogo.core.Syntax;\n\nclass LowerCase extends Reporter\n{\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        right = List (Syntax.StringType),\n        ret   = Syntax.BooleanType)\n    }\n\n    \/\/ take one string as input, report a string\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object = args(0).getString.toLowerCase\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/StartsWith.scala","text":"<reponame>NetLogo\/String-Extension\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass StartsWith extends Reporter {\n\n  def getSyntax(): Syntax =\n    Syntax.reporterSyntax(\n      left  = Syntax.StringType,\n      ret   = Syntax.BooleanType,\n      right = List(Syntax.StringType),\n      precedence = Syntax.NormalPrecedence)\n\n  @throws(classOf[ExtensionException])\n  @throws(classOf[LogoException])\n  def report(args: Array[Argument], context: Context): AnyRef = {\n    val hayStack: String = args(0).getString\n    val needle: String = args(1).getString\n    val result: Boolean = hayStack.startsWith(needle)\n    result.asInstanceOf[AnyRef]\n  }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"build.sbt","text":"<filename>build.sbt\nenablePlugins(org.nlogo.build.NetLogoExtension)\n\nresolvers      += \"netlogo\" at \"https:\/\/dl.cloudsmith.io\/public\/netlogo\/netlogo\/maven\/\"\nnetLogoVersion := \"6.2.0-d27b502\"\n\nnetLogoClassManager := \"org.nlogo.extensions.string.StringExtension\"\n\nscalaVersion := \"2.12.12\"\n\nname := \"string\"\n\nnetLogoExtName := \"string\"\n\nnetLogoZipSources := false\n\nscalaSource in Compile := baseDirectory.value \/ \"src\" \/ \"main\"\n\nscalaSource in Test := baseDirectory.value \/ \"src\" \/ \"test\"\n\nnetLogoTarget :=\n  org.nlogo.build.NetLogoExtension.directoryTarget(baseDirectory.value)\n\nlazy val demoFiles = demoNames.map(n => demoDir(_ \/ n))\n\nlazy val demoDir = baseDirectory(_ \/ \"demos\")\n\nlazy val demoNames = List(\"Flying.nlogo\")\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe\"       % \"config\"        % \"1.3.1\"  % \"test\",\n  \"org.scalatest\"      %% \"scalatest\"    % \"3.0.0\"  % \"test\",\n  \"org.picocontainer\"  % \"picocontainer\" % \"2.13.6\" % \"test\",\n  \"org.ow2.asm\"        % \"asm-all\"       % \"5.0.3\"  % \"test\")\n\nval extDirectory = settingKey[File](\"directory that extension is moved to for testing\")\nextDirectory := {\n  baseDirectory.value \/ \"extensions\" \/ netLogoExtName.value\n}\n\nval moveToExtDir = taskKey[Unit](\"add all resources to extension directory\")\nmoveToExtDir := {\n  (packageBin in Compile).value\n  val testTarget = NetLogoExtension.directoryTarget(extDirectory.value)\n  testTarget.create(NetLogoExtension.netLogoPackagedFiles.value)\n  val testResources = ((baseDirectory.value \/ \"test\").allPaths).filter(_.isFile)\n  for (file <- testResources.get)\n    IO.copyFile(file, extDirectory.value \/ IO.relativize(baseDirectory.value \/ \"test\", file).get)\n}\n\ntest in Test := {\n  IO.createDirectory(extDirectory.value)\n  moveToExtDir.value\n  (test in Test).value\n  IO.delete(extDirectory.value)\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/StringExtension.scala","text":"package org.nlogo.extensions.string\n\nimport org.nlogo.api.DefaultClassManager\nimport org.nlogo.api.PrimitiveManager\n\nclass StringExtension extends DefaultClassManager {\n    def load( pM : PrimitiveManager ) : Unit =\n     {\n         pM.addPrimitive ( \"ends-with?\",                new EndsWith )\n         pM.addPrimitive ( \"explode\",                   new Explode )\n         pM.addPrimitive ( \"from-file\",                 new FromFile )\n         pM.addPrimitive ( \"from-list\",                 new FromList)\n         pM.addPrimitive ( \"hash-code\",                 new HashCode )\n         pM.addPrimitive ( \"lower-case\",                new LowerCase )\n         pM.addPrimitive ( \"message-digest-5\",          new MessageDigest5 )\n         pM.addPrimitive ( \"rex-match?\",                new RegExMatch )\n         pM.addPrimitive ( \"rex-replace-all\",           new RegExReplaceAll )\n         pM.addPrimitive ( \"rex-replace-first\",         new RegExReplaceFirst )\n         pM.addPrimitive ( \"rex-split\",                 new RegExSplit )\n         pM.addPrimitive ( \"starts-with?\",              new StartsWith )\n         pM.addPrimitive ( \"trim\",                      new Trim )\n         pM.addPrimitive ( \"upper-case\",                new UpperCase )\n         pM.addPrimitive ( \"split-on\",                  new SplitOn )\n     }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/SplitOn.scala","text":"<reponame>NetLogo\/String-Extension\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.api.LogoListBuilder\nimport org.nlogo.core.Syntax\n\nclass SplitOn extends Reporter\n{\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        right = List(Syntax.StringType, Syntax.StringType),\n        ret   = Syntax.ListType)\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object =\n    {\n      val regexNeedle: String = args(0).getString\n      val hayStack: String = args(1).getString\n      var list: LogoListBuilder = new LogoListBuilder()\n\n      list.addAll(hayStack.split(regexNeedle, -1))\n      list.toLogoList\n    }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/test\/Tests.scala","text":"<reponame>NetLogo\/String-Extension\n\/\/ (C) <NAME>. https:\/\/github.com\/NetLogo\/NW-Extension\n\npackage org.nlogo.extensions.string\n\nimport org.nlogo.headless.TestLanguage\n\nclass Tests extends TestLanguage(Seq(new java.io.File(\"tests.txt\").getCanonicalFile))\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/RegExMatch.scala","text":"<filename>src\/main\/RegExMatch.scala\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass RegExMatch extends Reporter\n{\n    \/\/ rex-match  needle  haystack \/\/ reports true if the regular expression matches the string\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        right = List(Syntax.StringType, Syntax.StringType),\n        ret   = Syntax.BooleanType)\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object =\n    {\n      val regexNeedle: String = args(0).getString\n      val hayStack: String = args(1).getString\n      val result = hayStack.matches(regexNeedle)\n\n      result.asInstanceOf[AnyRef]\n    }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/FromFile.scala","text":"<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\nimport java.io.BufferedReader\nimport java.io.FileReader\nimport java.io.IOException\nimport FromFile._\n\nobject FromFile {\n  @throws(classOf[IOException])\n  private def readFileAsString(filePath: String):String = {\n    var outFileData = \"\"\n    val fileData = new StringBuffer(10000)\n    val reader = new BufferedReader(new FileReader(filePath))\n    val buf: Array[Char] = Array.ofDim[Char](1024)\n\n    var numRead: Int = 0\n    numRead = reader.read(buf)\n    while (numRead != -1){\n      fileData.append(buf, 0, numRead)\n      numRead = reader.read(buf)\n    }\n    reader.close()\n    fileData.toString\n  }\n}\n\nclass FromFile extends Reporter {\n  def getSyntax(): Syntax =\n    Syntax.reporterSyntax(\n      right = List (Syntax.StringType),\n      ret   = Syntax.StringType)\n\n  @throws(classOf[ExtensionException])\n  @throws(classOf[LogoException])\n  def report(args: Array[Argument], context: Context): AnyRef = {\n    val filename: String = args(0).getString\n    var result: String = \"\"\n    try {\n      result = readFileAsString(filename)\n    } catch {\n      case ex: IOException => throw new ExtensionException(ex)\n    }\n    result\n  }\n\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/EndsWith.scala","text":"package org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass EndsWith extends Reporter\n{\n    \/\/ INFIX  haystack ends-with needle\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        precedence = Syntax.NormalPrecedence,\/\/ Precedence\n        left  = Syntax.StringType,           \/\/ left argument: for infixing\n        right = List (Syntax.StringType),    \/\/ List of arguments\n        ret   = Syntax.BooleanType)          \/\/ Return type\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): AnyRef =\n    {\n        val hayStack: String = args(0).getString\n        val needle: String   = args(1).getString\n        val result: Boolean = hayStack.endsWith(needle)\n\n        result.asInstanceOf[AnyRef]\n    }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/FromList.scala","text":"package org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\nimport org.nlogo.api.LogoListBuilder\nimport org.nlogo.core.LogoList\n\nclass FromList extends Reporter {\n\n    override def getSyntax(): Syntax = {\n      Syntax.reporterSyntax(\n        right = List (Syntax.ListType),\n        ret   = Syntax.StringType)\n    }\n\n   @throws(classOf[ExtensionException])\n   @throws(classOf[LogoException])\n    override def report(args: Array[Argument], context: Context): Object = {\n      val input: LogoList = args(0).getList\n      val sb: StringBuilder = new StringBuilder\n      input.foreach(sb ++= org.nlogo.api.Dump.logoObject(_))\n      sb.toString\n    }\n\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/RegExSplit.scala","text":"<reponame>NetLogo\/String-Extension<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.api.LogoListBuilder\nimport org.nlogo.core.Syntax\n\nclass RegExSplit extends Reporter {\n\n  def getSyntax(): Syntax =\n    Syntax.reporterSyntax(\n      right = List (Syntax.StringType, Syntax.StringType),\n      ret   = Syntax.ListType)\n\n  @throws(classOf[ExtensionException])\n  @throws(classOf[LogoException])\n  def report(args: Array[Argument], context: Context): AnyRef = {\n    val hayStack: String = args(0).getString\n    val regexNeedle: String = args(1).getString\n    val resultArray: Array[String] = hayStack.split(regexNeedle)\n    val resultList: LogoListBuilder = new LogoListBuilder\n\n    resultList.addAll(resultArray)\n    resultList.toLogoList\n  }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/Trim.scala","text":"<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass Trim extends Reporter {\n\n  def getSyntax(): Syntax =\n    Syntax.reporterSyntax(\n      right = List (Syntax.StringType),\n      ret   = Syntax.StringType)\n\n  @throws(classOf[ExtensionException])\n  @throws(classOf[LogoException])\n  def report(args: Array[Argument], context: Context): AnyRef = args(0).getString.trim()\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/HashCode.scala","text":"<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass HashCode extends Reporter\n{\n    \/\/ take one string as input, reports the integer hash code\n\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        right = List(Syntax.StringType),\n        ret   = Syntax.NumberType)\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object =\n    {\n        val ds: Double = args(0).getString.hashCode\n        ds.asInstanceOf[AnyRef]\n    }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/Explode.scala","text":"<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.api.LogoListBuilder\nimport org.nlogo.core.Syntax\n\nclass Explode extends Reporter\n{\n  \/\/ take one string as input, report a list\n    def getSyntax(): Syntax = {\n      Syntax.reporterSyntax(\n        right = List (Syntax.StringType), \/\/ list of arguments\n        ret   = Syntax.ListType)          \/\/ return type\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object = {\n      val s: String = args(0).getString\n      val list: List[String] = s\n        .foldRight(List[String]()) { (elt, accum) => elt.toString :: accum }\n      val logolist = new LogoListBuilder()\n\n      logolist.addAll(list)\n      logolist.toLogoList\n    }\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/UpperCase.scala","text":"package org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\n\nclass UpperCase extends Reporter\n{\n    \/\/ take one string as input, report a string\n    def getSyntax(): Syntax =\n    {\n      Syntax.reporterSyntax(\n        right = List (Syntax.StringType),\n        ret   = Syntax.StringType)\n    }\n\n    @throws(classOf[ExtensionException])\n    @throws(classOf[LogoException])\n    def report(args: Array[Argument], context: Context): Object = args(0).getString.toUpperCase\n}\n"}
{"repo_name":"NetLogo\/String-Extension","path":"src\/main\/MessageDigest5.scala","text":"<reponame>NetLogo\/String-Extension<gh_stars>1-10\npackage org.nlogo.extensions.string\n\nimport org.nlogo.api.Argument\nimport org.nlogo.api.Context\nimport org.nlogo.api.Reporter\nimport org.nlogo.api.ExtensionException\nimport org.nlogo.api.LogoException\nimport org.nlogo.core.Syntax\nimport java.security._\n\nclass MessageDigest5 extends Reporter {\n\n  def getSyntax(): Syntax =\n    Syntax.reporterSyntax(\n      right = List (Syntax.StringType),\n      ret   = Syntax.StringType)\n\n  @throws(classOf[ExtensionException])\n  @throws(classOf[LogoException])\n  def report(args: Array[Argument], context: Context): AnyRef = {\n    val mdtype = \"MD5\"\n    val input  = args(0).getString\n    val defaultBytes: Array[Byte] = input.getBytes\n    var result = \"\"\n\n    try {\n      val algorithm: MessageDigest = MessageDigest.getInstance(mdtype)\n      algorithm.reset()\n      algorithm.update(defaultBytes)\n      val messageDigest: Array[Byte] = algorithm.digest()\n      val hexString = new StringBuffer()\n      for (i <- 0 until messageDigest.length) {\n        hexString.append(\n          java.lang.Integer.toHexString(0xFF & messageDigest(i)))\n      }\n      result = hexString.toString\n    } catch {\n      case nsae: NoSuchAlgorithmException => {}\n    }\n    result\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Ant2DMC.scala","text":"<reponame>w0rs3\/AntTestTool\n\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * This model is an extension of Ant2D. The number of colors must be defind and for every color a decision must be set. A decision is 0 for left \n * or 1 for right.\n *\/\nclass Ant2DMC extends Ant2D{\n  \n  protected var colors : Array[Int] = null\n  protected var initColors : Array[Int] = null\n  protected var inverted = false\n  \n  \/**\n   * This function changes the direction based on current direction and the color found at current postion.\n   *\/\n  override\n  protected def turn = {\n    if(colors(memory(positionToIndex)) == 0) direction -= 1\n    else direction += 1\n    \n    if(direction > 3) direction -= 4\n    else if(direction < 0) direction += 4\n  }\n  \n  \/**\n   * If the model is inverted the value found in memory at current location is reduced by one, else it is increased by 1.\n   * Both operations use modulo color set size.\n   *\/\n  override\n  protected def recolor = {\n    val i = positionToIndex\n    if(inverted){\n      memory(i) -= 1\n      if(memory(i) < 0) memory(i) += colors.length\n    }else{\n      memory(i) = (memory(i)+1)%colors.length\n    }\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print = {\n    Control.fOut(\"direction = \"+direction)\n    \n    var s = \"position = (\"+position(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    s = \"colors = (\"+colors(0)\n    for(i <- 1 to colors.length-1){\n      s += \" \"+colors(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, Control.dimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n  }\n  \n  \/**\n   * This function is used to set the colors. It must be used after the model is created and before the step function is used.\n   * \n   * @param param a array containing only zeros and ones.\n   *\/\n  override\n  def setParameter(param: Array[Int]) = {\n    colors = new Array[Int](param.length)\n    initColors = new Array[Int](param.length)\n    for(i <- 0 to param.length-1){\n      colors(i) = param(i)\n      initColors(i) = param(i)\n    }\n  }\n  \n  \/**\n   * Resets position, direction, inverted and colors. \n   *\/\n  override\n  def reset{\n    position(0) = 0\n    position(1) = 0\n    direction = 0\n    inverted = false\n    if(initColors!=null){\n      for(i <- 0 to initColors.length-1){\n        colors(i) = initColors(i)\n      }\n    }\n  }\n  \n  \/**\n   * Inverts the model. For that direction is inverted, one step forward is done and inverted is set to true. Then the color set\n   * is updated by doing a right shift by 1, replacing all zeros by ones and vice versa.\n   *\/\n  override\n  def invertAnt = {\n    direction = (direction+2)%4\n    forward\n    inverted = true\n    var tmp = new Array[Int](colors.length)\n    for(i <- 0 to colors.length-1){\n      tmp((i+1)%colors.length) = colors(i)\n    }\n    for(i <- 0 to colors.length-1){\n      colors(i) = tmp(i)\n    }\n    for(i <- 0 to colors.length-1){\n      colors(i) = (colors(i)+1)%2\n    }\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Ant2D.scala","text":"\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * This model implements the classical langton's ant on a 2D memory curved to a torus.\n * The memory has a total_size = size^2 and contains only zeros and ones.\n *\/\nclass Ant2D extends Model{\n  \n  protected var memory : Array[Int] = new Array[Int](scala.math.pow(Control.size, 2).toInt)\n  \n  protected var position: Array[Int] = new Array[Int](2)\n  \n  protected var direction = 0\n  \n  reset\n  \n  \/**\n   * Copies the content of arr into the memory.\n   * \n   * @param arr new memory\n   *\/\n  override\n  def write(arr : Array[Int]) = {\n    for(i <- 0 to arr.length-1){\n      memory(i) = arr(i)\n    }\n  }\n  \n  \/**\n   * Calculates the index of memory that is related to the actual position.\n   * \n   * @return index\n   *\/\n  protected def positionToIndex : Int = {\n    var index = 0\n    var c = 1\n    for(p <- position){\n      index += p * scala.math.pow(Control.size, Control.dimension-c).toInt\n      c += 1\n    }\n    return index\n  }\n  \n  \/**\n   * Changes the direction based on the value found at the actual memory index based on the position.\n   * Thereby 0 is left and 1 is right turn.\n   *\/\n  protected def turn = {\n    if(memory(positionToIndex) == 0) direction -= 1\n    else direction += 1\n    \n    if(direction > 3) direction -= 4\n    else if(direction < 0) direction += 4\n  }\n  \n  \/**\n   * Recolors the value found at the actual memory index based on the position. This function flips a 0 to 1 and a 1 to 0.\n   *\/\n  protected def recolor = {\n    memory(positionToIndex) = (memory(positionToIndex)+1)%2\n  }\n  \n  \/**\n   * The model moves one step forward. Changes the position based on the current direction.\n   *\/\n  protected def forward = {\n    direction match {\n      case 0 => position(0) += 1\n      case 1 => position(1) += 1\n      case 2 => position(0) -= 1\n      case 3 => position(1) -= 1\n    }\n    if(position(0) < 0) position(0) += Control.size \n    if(position(0) > Control.size-1) position(0) -= Control.size\n    if(position(1) < 0) position(1) += Control.size \n    if(position(1) > Control.size-1) position(1) -= Control.size\n  }\n  \n  \/**\n   * One whole step is done. Therefore turn, recolor and forward are used.\n   *\/\n  override\n  def step = {\n    turn\n    recolor\n    forward\n  }\n  \n  \/**\n   * Getter function for the memory\n   * \n   * @return the memory of the model\n   *\/\n  override\n  def read : Array[Int] = {\n    return memory\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print = {\n    Control.fOut(\"direction = \"+direction)\n    \n    var s = \"position = (\"+position(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, Control.dimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n  }\n  \n  \/**\n   * Not needed for this model.\n   * \n   * @param param\n   *\/\n  override\n  def setParameter(param: Array[Int]) = {\n    \n  }\n  \n  \/**\n   * Resets position and direction.\n   *\/\n  override\n  def reset{\n    position(0) = 0\n    position(1) = 0\n    direction = 0\n  }\n  \n  \/**\n   * Inverts this model. Here this is done by inverting the direction and moving one step forward. Only this model inverts this way.\n   *\/\n  override\n  def invertAnt = {\n    direction = (direction+2)%4\n    forward\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Ant2DConv.scala","text":"<gh_stars>0\n\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage models\n\nimport main.scala.Control\nimport main.scala.Ant2D\n\n\/**\n * This model extends the Ant2D model. Convolution is added. That means, that this models turn function uses\n * a history. The last x steps can be stored in history and then these are used for the turn function.\n *\/\nclass Ant2DConv extends Ant2D{\n  \n  protected var history: Array[Int] = null\n  \n  protected var initHistory: Array[Int] = null\n  \n  \/**\n   * Places v in the history and drops for that the oldest history value.\n   * \n   * @param v new element for history.\n   *\/\n  protected def updateHistory(v : Int) = {\n    for(i <- history.length-1 to 1 by -1){\n      history(i) = history(i-1)\n    }\n    history(0) = v\n  }\n  \n  \/**\n   * Sums up the history and returns that value modulo two.\n   * \n   * @return 0 or 1 depending on the history.\n   *\/\n  protected def historyToValue: Int = {\n    var ret = 0\n    history.foreach(ret += _)\n    ret = ret%2\n    return ret\n  }\n  \n  \/**\n   * The value in memory at current position is added to history. If historyToValue is 0 turn left, else if 1 turn right.\n   *\/\n  override\n  protected def turn = {    \n    val i = positionToIndex\n    updateHistory(memory(i))\n    \n    if(historyToValue == 0) direction -= 1\n    else direction += 1\n    \n    if(direction > 3) direction -= 4\n    else if(direction < 0) direction += 4\n  }\n  \n  \/**\n   * Since for this model is no inversion implemented, a simpler step function is used.\n   *\/\n  override\n  def step = {\n    turn\n    recolor\n    forward\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print = {\n    Control.fOut(\"direction = \"+direction)\n    \n    var s = \"position = (\"+position(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    s = \"history = (\"+history(0)\n    for(i <- 1 to history.length-1){\n      s += \" \"+history(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, Control.dimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n  }\n  \n  \/**\n   * Is used to add the initial histroy to the model. Must be used before the step function is called.\n   * Thereby the history size is defined, too.\n   *\/\n  override\n  def setParameter(param: Array[Int]) = {\n    history = new Array[Int](param.length)\n    initHistory = new Array[Int](param.length)\n    for(i <- 0 to param.length-1){\n      history(i) = param(i)\n      initHistory(i) = param(i)\n    }\n  }\n  \n  \/**\n   * Resets position, direction and history.\n   *\/\n  override\n  def reset{\n    position(0) = 0\n    position(1) = 0\n    direction = 0\n    if(history != null){\n      for(i <- 0 to initHistory.length-1){\n        history(i) = initHistory(i)\n      }\n    }\n  }\n  \n  \/**\n   * This function is not implemented for this model.\n   *\/\n  override\n  def invertAnt = {\n    Control.fOut(\"not invertable\")\n  }\n  \n  \/**\n   * This model is not invertible.\n   * \n   * @return false\n   *\/\n  override\n  def isInvertible() : Boolean = {\n    return false\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/AntConv.scala","text":"\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * This model extends the Ant model. Convolution is added. That means, that this models turn function uses\n * a history. The last x steps can be stored in history and then these are used for the turn function.\n *\/\nclass AntConv extends Ant {    \n  protected var history : Array[Int] = null\n  \n  protected var initHistory : Array[Int] = null\n  \n  \/**\n   * Places v in the history and drops for that the oldest history value.\n   * \n   * @param v new element for history.\n   *\/\n  protected def updateHistory(v : Int) = {\n    for(i <- history.length-1 to 1 by -1){\n      history(i) = history(i-1)\n    }\n    history(0) = v\n  }\n  \n  \/**\n   * Sums up the history and returns that value.\n   * \n   * @return sum of history.\n   *\/\n  protected def historyToValue: Int = {\n    var ret = 0\n    history.foreach(ret += _)\n    return ret\n  }\n  \n  \/**\n   * This function rotates the ant and uses upadeteDimRing, invertDimRing and shiftDimRing for that. \n   * The value in memory at current position is added to history. Then the value for further calculation is calculated by\n   * summing up the history modulo the color set size. The further steps are like in Ant.\n   *\/\n  override\n  protected def turn = {\n    updateHistory(memory(positionToIndex))\n    val value = historyToValue%colorSetSize\n    var v = 0\n    var invert = false\n    if(value >= Control.dimension-1) {\n      invert = true\n      direction *= -1\n      v = value-Control.dimension+1\n    }else{\n      v = value\n    }\n    \n    updateDimRing(dimRing(v+1))\n    \n    if(invert){\n      invertDimRing\n      shiftDimRing(Control.dimension-1)\n    }\n    \n  }\n  \n  \/**\n   * simplified step function. One whole step is done. Therefore turn, recolor and forward are used.\n   *\/\n  override\n  def step = {\n    turn\n    recolor\n    forward\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print = {\n    Control.fOut(\"direction = \"+direction)\n    \n    var s = \"position = (\"+position(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    s = \"dimRing = (\"+dimRing(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+dimRing(i) \n    }\n    s += \")\"\n    Control.fOut(s)   \n    \n    s = \"history = (\"+history(0)\n    for(i <- 1 to history.length-1){\n      s += \" \"+history(i) \n    }\n    s += \")\"\n    Control.fOut(s)   \n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, Control.dimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n  }\n  \n  \/**\n   * Is used to add the initial histroy to the model. Must be used before the step function is called.\n   * Thereby the history size is defined, too.\n   *\/\n  override\n  def setParameter(param: Array[Int]) = {\n    history = new Array[Int](param.length)\n    initHistory = new Array[Int](param.length)\n    for(i <- 0 to param.length-1){\n      history(i) = param(i)\n      initHistory(i) = param(i)\n    }\n  }\n  \n  \/**\n   * Resets position, dimRing and history.\n   *\/\n  override\n  def reset = {\n    for(i <- 0 to position.length-1) position(i) = 0\n    for(i <- 0 to dimRing.length-1) dimRing(i) = i\n    direction = 1\n    for(i <- 0 to initHistory.length-1){\n      history(i) = initHistory(i)\n    }\n  }\n  \n  \/**\n   * Not implemented for this model.\n   *\/\n  override\n  def invertAnt = {\n    Control.fOut(\"not invertable\")\n  }\n  \n  \/**\n   * This model is not invertible.\n   * @return false\n   *\/\n  override\n  def isInvertible() : Boolean = {\n    return false\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"build.sbt","text":"<reponame>w0rs3\/AntTestTool\nname := \"AntTestTool\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.3\"\n\nmainClass := Some(\"src\/main\/scala\/Control\")\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Ant.scala","text":"<filename>src\/main\/scala\/Ant.scala<gh_stars>0\n\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * This model can be initialized with any dimension and size. Its state in the space is represented by the\n * position, direction and the dimRing. Here direction is zero or one and describes the direction on the actual\n * axis. The current axis is dimRing(0) and the rotation is represented by the order of dimensions in the dimRing.\n * The turn function is based on replacement, inversion and shift operation on the dimRing.\n * The memory has a total_size = size^dimension and The number of colors is 2*(dimension-1).\n *\/\nclass Ant extends Model {  \n  \n  protected var memory : Array[Int] = new Array[Int](scala.math.pow(Control.size, Control.dimension).toInt)\n  \n  protected var position: Array[Int] = new Array[Int](Control.dimension)\n  \n  protected var colorSetSize = (Control.dimension-1)*2\n  \n  protected var dimRing: Array[Int] = new Array[Int](Control.dimension)\n  protected var direction: Int = 1\n  \n  for(i <- 0 to Control.dimension-1){\n    dimRing(i) = i\n  }\n  \n  protected var inverted = false\n  \n  \/**\n   * Shifts dimRing value positions to the left.\n   * \n   * @value positions to shift\n   *\/\n  protected def shiftDimRing(value: Int) = {\n    var tmpArray = new Array[Int](Control.dimension)\n    var v = value\n    for(i <- 0 to Control.dimension-1){\n      tmpArray(i) = dimRing(v)\n      v = modd(v+1)\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Places value at index zero of dimRing. Then filling all remaining dimensions in the old order to dimRing.\n   * \n   * @param value dimension that will placed in dimRing(0).\n   *\/\n  protected def updateDimRing(value: Int) = {\n    var tmpArray = new Array[Int](Control.dimension)\n    tmpArray(0) = value\n    var d = 1\n    for(i <- 0 to Control.dimension-1){\n      if(dimRing(i) != value){\n        tmpArray(d) = dimRing(i)\n        d += 1\n      }\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Inverts the order of the dimRing.\n   *\/\n  protected def invertDimRing = {\n    var tmpArray = new Array[Int](Control.dimension)\n    var c = Control.dimension-1\n    for(i <- 0 to Control.dimension-1){\n      tmpArray(i) = dimRing(c)\n      c -= 1\n    }\n    dimRing = tmpArray\n  }\n  \n  \n  \/**\n   * Calculates the index of memory that is related to the actual position.\n   * \n   * @return index\n   *\/\n  protected def positionToIndex : Int = {\n    var index = 0\n    var c = 1\n    for(p <- position){\n      index += p * scala.math.pow(Control.size, Control.dimension-c).toInt\n      c += 1\n    }\n    return index\n  }\n  \n  \/**\n   * Recolors the value found at the actual memory index based on the position. Increases the found value by 1\n   * and then it uses mod 2*(dimension-1) on it.\n   *\/\n  protected def recolor = {\n    val index = positionToIndex\n    memory(index) = (memory(index)+1)%colorSetSize\n  }\n  \n  \/**\n   * This function rotates the ant and uses upadeteDimRing, invertDimRing and shiftDimRing for that. If the value of current position is >= dimension-1\n   * then this value is reduced by dimension-1, stored as v and invert is true, else invert is false and v equals value. Then updateDimring is called \n   * using dimRing(v+1). if invert is true, the direction is multiplied by -1, invertDimRing and shiftDimRing are used. Therefore dimension-1 is passed to\n   * shiftDimRing.\n   *\/\n  protected def turn = {\n    val value = memory(positionToIndex)\n    var v = 0\n    var invert = false\n    if(value >= Control.dimension-1) {\n      invert = true\n      direction *= -1\n      v = value-Control.dimension+1\n    }else{\n      v = value\n    }\n    \n    updateDimRing(dimRing(v+1))\n    if(invert){\n      invertDimRing\n      shiftDimRing(Control.dimension-1)\n    }\n  }\n  \n  \/**\n   * Calculates a modulo dimension and is usable for negative values.\n   * \n   * @param a input value\n   * @return a mod dimension\n   *\/\n  protected def modd(a: Int) : Int = {\n    if(a >= 0){\n      return a%Control.dimension\n    }else{\n      return modd(a+Control.dimension)\n    }\n  }\n  \n  \/**\n   * Calculates a modulo size and is usable for negative values.\n   * \n   * @param a input value\n   * @return a mod size\n   *\/\n  protected def mods(a: Int) : Int = {\n    if(a >= 0){\n      return a%Control.size\n    }else{\n      return mods(a+Control.size)\n    }\n  }\n  \n  \/**\n   * Updates position based on dimRing(0) and direction.\n   *\/\n  protected def forward = {\n    position(dimRing(0)) = mods(position(dimRing(0))+direction)\n  }\n  \n  \/**\n   * Copys the content of arr into the memory.\n   * \n   * @param arr new memory\n   *\/\n  override\n  def write(arr : Array[Int]) = {\n    for(i <- 0 to arr.length-1){\n      memory(i) = arr(i)\n    }\n  }\n  \n  \/**\n   * One whole step is done. Therefore turn, recolor and forward are used. If inverted is true,\n   * this function inverts itself and uses inverted functions.\n   *\/\n  override\n  def step = {\n    if(inverted){\n      backward\n      invertedRecolor\n      invertedTurn\n    }else{\n      turn\n      recolor\n      forward\n    }\n  }\n  \n  \/**\n   * Getter function for the memory\n   * \n   * @return the memory of the model\n   *\/\n  override\n  def read : Array[Int] = {\n    return memory\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print = {\n    Control.fOut(\"direction = \"+direction)\n    \n    var s = \"position = (\"+position(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    s = \"dimRing = (\"+dimRing(0)\n    for(i <- 1 to Control.dimension-1){\n      s += \" \"+dimRing(i) \n    }\n    s += \")\"\n    Control.fOut(s)   \n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, Control.dimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n  }\n  \n  \/**\n   * Not needed for this model.\n   * \n   * @param param\n   *\/\n  override\n  def setParameter(param : Array[Int]) = {\n    \n  }\n  \n  \/**\n   * Resets position, direction and dimRing.\n   *\/\n  override\n  def reset = {\n    for(i <- 0 to position.length-1) position(i) = 0\n    for(i <- 0 to dimRing.length-1) dimRing(i) = i\n    direction = 1\n    inverted = false\n  }\n  \n  \/**\n   * Inverts the ant. Therefore only inverted is set to true.\n   *\/\n  override\n  def invertAnt = {\n    inverted = true\n  }\n  \n  \/**\n   * Inverted version of recolor.\n   *\/\n  protected def invertedRecolor = {\n    val index = positionToIndex\n    memory(index) = (memory(index)-1)\n    if(memory(index) < 0) memory(index) += colorSetSize\n  }\n  \n  \/**\n   * Inverted version of turn.\n   *\/\n  protected def invertedTurn = {\n    val value = memory(positionToIndex)\n    var v = 0\n    var invert = false\n    if(value >= Control.dimension-1) {\n      invert = true\n      direction *= -1\n      v = value-Control.dimension+1\n    }else{\n      v = value\n    }\n    \n    if(invert){\n      shiftDimRing(1)\n      invertDimRing\n    }\n    invertedUpdateDimRing(v+1)\n  }\n  \n  \/**\n   * Inverted version of updateDimRing.\n   *\/\n  protected def invertedUpdateDimRing(value: Int) = {\n    var tmpArray = new Array[Int](Control.dimension)\n    tmpArray(value) = dimRing(0)\n    var d = 0\n    for(i <- 1 to Control.dimension-1){\n      if(d == value){\n        d += 1\n      }\n      tmpArray(d) = dimRing(i)\n      d += 1\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Inverted version of forward.\n   *\/\n  protected def backward = {\n    position(dimRing(0)) = mods(position(dimRing(0))-direction)\n  }\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/FractalAnt.scala","text":"\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * This model extends Ant. A parental hierarchy is added. Depth describes the number of hierarchical levels. The lowest level acts like a normal Ant.\n * All other levels have exactly that much children like their memory is big. If one value in the memory of a FractalAnt is recolored, the corresponding\n * child recolors its whole memory and all of its children, then they do the same and so on. The first value in the memory of a child represents the corresponding \n * memory value of the parent.\n * The parameters must confirm dimension = (depth+1)*subdimension.\n * All FractalAnts have a memory of total_size = size^subdimension\n *\/\nclass FractalAnt extends Ant {\n  \n  protected var children : Array[FractalAnt] = null\n  protected var depth = 0\n  protected var subdimension = 0\n  \n  \/**\n   * Shifts dimRing value positions to the left.\n   * \n   * @value positions to shift\n   *\/\n  override\n  protected def shiftDimRing(value: Int) = {\n    var tmpArray = new Array[Int](subdimension)\n    var v = value\n    for(i <- 0 to subdimension-1){\n      tmpArray(i) = dimRing(v)\n      v = modd(v+1)\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Places value at index zero of dimRing. Then filling all remaining dimensions in the old order to dimRing.\n   * \n   * @param value dimension that will placed in dimRing(0).\n   *\/\n  override\n  protected def updateDimRing(value: Int) = {\n    var tmpArray = new Array[Int](subdimension)\n    tmpArray(0) = value\n    var d = 1\n    for(i <- 0 to subdimension-1){\n      if(dimRing(i) != value){\n        tmpArray(d) = dimRing(i)\n        d += 1\n      }\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Inverts the order of the dimRing.\n   *\/\n  override\n  protected def invertDimRing = {\n    var tmpArray = new Array[Int](subdimension)\n    var c = subdimension-1\n    for(i <- 0 to subdimension-1){\n      tmpArray(i) = dimRing(c)\n      c -= 1\n    }\n    dimRing = tmpArray\n  }\n  \n  \/**\n   * Recolors the value found at the actual memory index based on the position. Increases the found value by 1\n   * and then it uses mod 2*(subdimension-1) on it. Recolors children too.\n   *\/\n  override\n  protected def recolor = {\n    val index = positionToIndex\n    memory(index) = (memory(index)+1)%colorSetSize\n    if(depth>=1){\n      children(index).recolorAll\n    }\n  }\n  \n  \/**\n   * Recolors the whole memory and all children.\n   *\/\n  protected def recolorAll : Unit = {\n    for(i <- 0 to memory.length-1){\n      memory(i) = (memory(i)+1)%colorSetSize\n      if(depth>=1){\n        children(i).recolorAll\n      }\n    }\n  }\n  \n  \/**\n   * This function rotates the ant and uses upadeteDimRing, invertDimRing and shiftDimRing for that. If the value of current position is >= subdimension-1\n   * then this value is reduced by subdimension-1, stored as v and invert is true, else invert is false and v equals value. Then updateDimring is called \n   * using dimRing(v+1). if invert is true, the direction is multiplied by -1, invertDimRing and shiftDimRing are used. Therefore subdimension-1 is passed to\n   * shiftDimRing.\n   *\/\n  override\n  protected def turn = {\n    val value = memory(positionToIndex)\n    var v = 0\n    var invert = false\n    if(value >= subdimension-1) {\n      invert = true\n      direction *= -1\n      v = value-subdimension+1\n    }else{\n      v = value\n    }\n    \n    updateDimRing(dimRing(v+1))\n    \n    if(invert){\n      invertDimRing\n      shiftDimRing(subdimension-1)\n    }\n    \n  }\n  \n  \/**\n   * Calculates the index of memory that is related to the actual position.\n   * \n   * @return index\n   *\/\n  override\n  protected def positionToIndex : Int = {\n    var index = 0\n    var c = 1\n    for(p <- position){\n      index += p * scala.math.pow(Control.size, subdimension-c).toInt\n      c += 1\n    }\n    return index\n  }\n  \n  \/**\n   * Calculates a modulo subdimension and is usable for negative values.\n   * \n   * @param a input value\n   * @return a mod subdimension\n   *\/\n  override\n  protected def modd(a: Int) : Int = {\n    if(a >= 0){\n      return a%subdimension\n    }else{\n      return modd(a+subdimension)\n    }\n  }\n  \n  \/**\n   * Creates the fractal structure and handels the initialization of memory. Therefore the memory is split in parts given to all children of the lowest level.\n   * All other memories are created by interpreting the first value in memory of a child as value for the memory at that position.\n   * @param arr new memory\n   *\/\n  override\n  def write(arr : Array[Int]) = {\n    \n    memory = new Array[Int](scala.math.pow(Control.size, subdimension).toInt)\n    position = new Array[Int](subdimension)\n    colorSetSize = (subdimension-1)*2\n    dimRing = new Array[Int](subdimension)\n    \n    for(i <- 0 to subdimension-1){\n      dimRing(i) = i\n    }\n    \n    val ts = scala.math.pow(Control.size, subdimension).toInt\n    if(depth>=1){\n      children = new Array[FractalAnt](scala.math.pow(Control.size, subdimension).toInt)\n   \n      for(i <- 0 to ts-1){\n        children(i) = new FractalAnt\n        children(i).setParameter(Array(depth-1, subdimension))\n        val tds = scala.math.pow(Control.size, depth*subdimension).toInt\n        var tmp = new Array[Int](tds)\n        for(j <- 0 to tds-1){\n          tmp(j) = arr(i*tds+j)\n        }\n        memory(i) = tmp(0)\n        children(i).write(tmp)\n      }\n    }else{\n      for(i <- 0 to ts-1){\n        memory(i) = arr(i)\n      }\n    }\n  }\n  \n  \/**\n   * Assembels all memories of childeren of the lowest level and exports that as new array.\n   * \n   * @return the whole memory of the fractal.\n   *\/\n  override\n  def read() : Array[Int] = {\n    if(depth>=1){\n      val ts = scala.math.pow(Control.size, subdimension).toInt\n      val tds = scala.math.pow(Control.size, depth*subdimension).toInt\n      var tmp = new Array[Int](tds*ts)\n      for(i <- 0 to ts-1){\n        var mem = children(i).read()\n        for(j <- 0 to tds-1){\n          tmp(i*tds+j) = mem(j)\n        }\n      }\n      return tmp\n    }else{\n      return memory\n    }\n  }\n  \n  \/**\n   * Print function of the model. This displays all relevant variables of the model.\n   *\/\n  override\n  def print() = {\n    var s = \"\"\n    for(j <- 0 to depth-1){\n      s += \"+ \"\n    }\n    Control.fOut(s)\n    Control.fOut(\"direction = \"+direction)\n  \n    s = \"position = (\"+position(0)\n    for(i <- 1 to subdimension-1){\n      s += \" \"+position(i) \n    }\n    s += \")\"\n    Control.fOut(s)\n    \n    s = \"dimRing = (\"+dimRing(0)\n    for(i <- 1 to subdimension-1){\n      s += \" \"+dimRing(i) \n    }\n    s += \")\"\n    Control.fOut(s)   \n    \n    Control.fOut(\"memory:\")\n    s = \"\"\n    var c = 0\n    for(i <- 0 to scala.math.pow(Control.size, subdimension).toInt-1){\n      s += memory(i)+\" \"\n      c += 1\n      if(c >= 50){\n        Control.fOut(s)\n        s = \"\"\n        c = 0\n      }\n    }\n    if(s != \"\"){\n      Control.fOut(s)\n    }\n    if(depth>=1){\n      for(i <- 0 to children.length-1){\n        children(i).print()\n      }\n    }\n  }\n  \n  \/**\n   * Step is first performed, then step on all children is called and then the memory is updated. If the\n   * model is inverted this function inverts itself.\n   *\/\n  override\n  def step = {\n    if(inverted){\n      if(depth>=1){\n        for(i <- children.length-1 to 0 by -1){\n          children(i).step\n          memory(i) = children(i).memory(0)\n        }\n      }\n      super.step\n    }else{\n      super.step\n      if(depth>=1){\n        for(i <- 0 to children.length-1){\n          children(i).step\n          memory(i) = children(i).memory(0)\n        }\n      }\n    }\n  }\n  \n  \/**\n   * Is used to set depth and subdimension. Index zero is depth and index one is subdimension.\n   * \n   * @param param array consisting of depth and subdimension\n   *\/\n  override\n  def setParameter(param : Array[Int]) = {\n    depth = param(0)\n    subdimension = param(1)\n  }\n  \n  \/**\n   * Resets itself and all children.\n   *\/\n  override\n  def reset = {\n    super.reset\n    if(children != null){\n      for(i <- 0 to children.length-1){\n        children(i).reset\n      }\n    }\n  }\n  \n  \/**\n   * Inverts itself and all children.\n   *\/\n  override\n  def invertAnt = {\n    super.invertAnt\n    if(depth>=1){\n      for(i <- 0 to children.length-1){\n        children(i).invertAnt\n      }\n    }\n  }\n  \n  \/**\n   * Inverted recolor function.\n   *\/\n  override\n  protected def invertedRecolor = {\n    val index = positionToIndex\n    memory(index) -= 1\n    if(memory(index)<0) memory(index) += colorSetSize\n    if(depth>=1){\n      children(index).invertedRecolorAll\n    }\n  }\n  \n  \/**\n   * Inverted recolorAll function.\n   *\/\n  protected def invertedRecolorAll : Unit = {\n    for(i <- memory.length-1 to 0 by -1){\n      memory(i) -= 1\n      if(memory(i)<0) memory(i) += colorSetSize\n      if(depth>=1){\n        children(i).invertedRecolorAll\n      }\n    }\n  }\n  \n  \/**\n   * Inverted turn function.\n   *\/\n  override\n  protected def invertedTurn = {\n    val value = memory(positionToIndex)\n    var v = 0\n    var invert = false\n    if(value >= subdimension-1) {\n      invert = true\n      direction *= -1\n      v = value-subdimension+1\n    }else{\n      v = value\n    }\n    \n    if(invert){\n      shiftDimRing(1)\n      invertDimRing\n    }\n    invertedUpdateDimRing(v+1)\n  }\n  \n  \/**\n   * Inverted updateDimRing function.\n   *\/\n  override\n  protected def invertedUpdateDimRing(value: Int) = {\n    var tmpArray = new Array[Int](subdimension)\n    tmpArray(value) = dimRing(0)\n    var d = 0\n    for(i <- 1 to subdimension-1){\n      if(d == value){\n        d += 1\n      }\n      tmpArray(d) = dimRing(i)\n      d += 1\n    }\n    dimRing = tmpArray\n  }\n  \n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Model.scala","text":"\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\n\/**\n * Every ant implementation must extend this trait.\n *\/\ntrait Model {\n  \n  \/**\n   * Copies the content of arr into the memory.\n   * \n   * @param arr new memory\n   *\/\n  def write(arr : Array[Int])\n  \n  \/**\n   * The step function of the model\n   *\/\n  def step\n  \n  \/**\n   * Getter function for the memory\n   * \n   * @return the memory of the model\n   *\/\n  def read : Array[Int]\n  \n  \/**\n   * Print function of the model. This should display all relevant variables of the model.\n   *\/\n  def print\n  \n  \/**\n   * A function used to add more parameters if the model needs that.\n   * \n   * @param param an array containing values.\n   *\/\n  def setParameter(param: Array[Int])\n  \n  \/**\n   * Resets the model except its memory.\n   *\/\n  def reset\n  \n  \/**\n   * Inverts the model.\n   *\/\n  def invertAnt\n  \n  \/**\n   * Override this function if the model is not invertible or invertAnt is not implemented.\n   * \n   * @return true if the model is invertible, else false\n   *\/\n  def isInvertible() : Boolean = {return true}\n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Test.scala","text":"\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage control\n\nimport scala.util.control.Breaks.break\nimport scala.util.control.Breaks.breakable\n\nimport scala.collection.mutable.ArrayBuffer\nimport main.scala.Control\n\n\/**\n * This object is used for the test menu of Control. Here all tests are implemented.\n *\/\nobject Test {  \n  \n  \/** \n   * Resets and initializes the model with an all zero memory, do cycles steps and print the result. This test is for debugging purposes.\n   * \n   * @param cycles number of steps\n   *\/\n  def testZero(cycles: Int) = {\n    Control.model.reset\n    Control.fOut(\"test zero with \"+cycles+\" cycles:\")\n    val size = scala.math.pow(Control.size, Control.dimension).toInt\n    var mem = new Array[Int](size)\n    for(i <- 0 to size-1){\n      mem(i) = 0\n    }\n    Control.model.write(mem)\n    \n    if(Control.debug){\n      Control.fOut(\"before:\")\n      Control.model.print\n    }\n    \n    for(i <- 0 to cycles-1){\n      Control.model.step\n      \n      if(Control.debug){\n        Control.fOut(\"step \"+i+\":\")\n        Control.model.print\n      }\n      \n    }\n    \n    if(Control.debug) println\n    \n    mem = Control.model.read\n    for(i <- 0 to mem.length-1){\n      print(mem(i)+\" \")\n      if(i%Control.size==Control.size-1) println\n    }\n    println\n  }\n  \n  \/**\t\n   * Resets and initializes the model with a random memory. The random values are created in a way to match all possible memory dimensions, sizes and\n   * colors. The the step limit varies. The step limit for FraktalAnt is 100.000, all other models have the step limit multiplied by 10. In\n   * debug mode the step limit is divided by 1000, because the outputs slow down the process. There is one attempt to detect a cycle of\n   * maximum size equal or less the step limit. Then two more attempts are done to detect a lasso with a maximum ring size equal or less\n   * the step limit. \n   * \n   * @return an integer value. If no cycle or lasso is found zero is returned. if a cycle is found, the ring size is returned as positive\n   * value, else the ring size of the lasso is returned as negative value.\n   *\/\n  def testRandomRing : Int = {\n    Control.model.reset\n    Control.fOut(\"test random ring cycle count:\")\n    var steps = 0\n    val r = scala.util.Random\n    var size = scala.math.pow(Control.size, Control.dimension).toInt\n    var mem = new Array[Int](size)\n    if(Control.multiColor > 0){\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(Control.multiColor)\n      }\n    }else if(Control.subdimension <= 0){\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(2*(Control.dimension-1))\n      }\n    }else{\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(2*(Control.subdimension-1))\n      }\n    }\n    \n    Control.model.write(mem)\n    \n    if(Control.debug){\n      println(\"init:\")\n      Control.model.print\n    }\n    \n    var mem2 = new Array[Int](size)\n    for(i <- 0 to size-1){\n      mem2(i) = mem(i)\n    }\n    \n    var stepLimit = 100000\n    if(Control.subdimension<=0) stepLimit *= 10\n    if(Control.debug) stepLimit \/= 1000\n    \n    var lasso = 0\n    var modelIsEqual = false\n    while(!modelIsEqual && lasso < 4){\n      if(steps >= stepLimit){\n        lasso += 1\n        steps = 0\n        \n        for(i <- 0 to size-1){\n          mem2(i) = mem(i)\n        }\n      }\n      \n      Control.model.step\n      \n      mem = Control.model.read\n      \n      if(Control.debug){\n        Control.model.print\n        println(\"step \"+steps+\":\")\n        for(i <- 0 to mem.length-1){\n          print(mem(i))\n        }\n        println()\n      }\n      \n      steps += 1\n      modelIsEqual = true\n      \n      breakable {\n        for(i <- 0 to size-1){\n          if(mem(i)!=mem2(i)){\n            modelIsEqual = false\n            break\n          }\n        }\n      }\n    }\n    \n    if(lasso>=3){\n      Control.fOut(\"no cycle or lasso of size \"+stepLimit+\" or smaller detected\")\n      return 0\n    }\n    else if(lasso<3 && lasso>0){\n      Control.fOut(\"lasso detected with ring of size \"+steps)\n      return -steps\n    }else{\n      Control.fOut(\"it took \"+steps+\" steps to complete a cycle\")\n      return steps\n    }\n  }\n  \n  \/** \n   * Creates and exports a test file for the Nist statistical test suite and prints the sequence length as well as the number of sequences. Resets \n   * and initializes the model with a random memory. The random values are created in a way to match all possible memory dimensions, sizes and colors.\n   * The number of steps per sequence is calculated by 2*dimension*size. In this equation dimension is replaced by subdimension or multicolor \n   * if the model is Ant2DMC or FractalAnt. All calculated sequences are then transformed into a 0-1-Pattern and are exported to testdata.txt.\n   * Only working correctly for value ranges in the memory that are a power of 2.\n   * \n   * @lines is the number of sequences.\n   *\/\n  def createTestFile(lines : Int){\n    Control.model.reset\n    val r = scala.util.Random\n    val size = scala.math.pow(Control.size, Control.dimension).toInt\n    var mem = new Array[Int](size)\n    var c = 0\n    if(Control.multiColor > 0){\n      c = Control.multiColor\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(c)\n      }\n    }else if(Control.subdimension <= 0){\n      c =  2*(Control.dimension-1)\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(c)\n      }\n    }else{\n      c = 2*(Control.subdimension-1)\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(c)\n      }\n    }\n    \n    var cycles = 16 * size * c\n    if(Control.subdimension > 0) cycles = size * c \/ 16\n    \n    Control.model.write(mem)\n    \n    val b = (scala.math.log(c)\/scala.math.log(2)).toInt\n    val res = new Array[Int](lines*size*b)\n    \n    for(i <- 0 to lines-1){\n      \n      for(j <- 0 to cycles){\n        Control.model.step\n      }\n      \n      if(Control.debug){\n        println(\"line \"+i+\":\")\n        Control.model.print\n      }\n      \n      mem = Control.model.read\n      var tmpArray = new Array[Int](mem.length)\n      for(k <- 0 to mem.length-1){\n        tmpArray(k) = mem(k)\n      }\n      \n      for(j <- 0 to size-1){\n        var h = scala.math.pow(2, b-1).toInt\n        for(k <- 0 to b-1){\n          if(tmpArray(j) >= h){\n            res(i*size*b+j*b+k) = 1\n            tmpArray(j) -= h\n          }else{\n            res(i*size*b+j*b+k) = 0\n          }\n          h \/= 2\n        }\n      }\n    }\n    \n    Control.exportTestFile(res)\n    \n    Control.fOut(\"created testfile with \"+lines+\" sequences and sequence_length = \"+(size*b))\n  }\n  \n  \/**\n   * Resets and initializes the model with a random memory. The random values are created in a way to match all possible memory dimensions, sizes and colors.\n   * The model does cycles numbers of steps, is inverted and does again cycles numbers of steps. Then the initialized memory is compared to the\n   * actual memory.\n   * \n   * @param cycles number of steps\n   * @return true if the model is invertible, else false\n   *\/\n  def testRandomInvertAnt(cycles: Int) : Boolean = {\n    Control.model.reset\n    Control.fOut(\"test random inversion:\")\n    var steps = 0\n    val r = scala.util.Random\n    var size = scala.math.pow(Control.size, Control.dimension).toInt\n    var mem = new Array[Int](size)\n    if(Control.multiColor > 0){\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(Control.multiColor)\n      }\n    }else if(Control.subdimension <= 0){\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(2*(Control.dimension-1))\n      }\n    }else{\n      for(i <- 0 to size-1){\n        mem(i) = r.nextInt(2*(Control.subdimension-1))\n      }\n    }\n    \n    Control.model.write(mem)\n    \n    if(Control.debug){\n      for(i <- 0 to mem.length-1){\n        print(mem(i)+\" \")\n        if(i%Control.size==Control.size-1) println\n      }\n      println\n    }\n    \n    var mem2 = new Array[Int](size)\n    for(i <- 0 to size-1){\n      mem2(i) = mem(i)\n    }\n    \n    for(i <- 0 to cycles-1){\n      Control.model.step\n      \n      if(Control.debug){\n        println(\"step \"+i+\":\")\n        mem = Control.model.read\n        for(i <- 0 to mem.length-1){\n          print(mem(i)+\" \")\n          if(i%Control.size==Control.size-1) println\n        }\n        println\n      }\n    }\n    \n    Control.model.invertAnt\n    \n    if(Control.debug){\n      println(\"inverted!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!\")\n    }\n    \n    for(i <- 0 to cycles-1){\n      Control.model.step\n      \n      if(Control.debug){\n        println(\"step \"+i+\":\")\n        mem = Control.model.read\n        for(i <- 0 to mem.length-1){\n          print(mem(i)+\" \")\n          if(i%Control.size==Control.size-1) println\n        }\n        println\n      }\n    }\n    \n    mem = Control.model.read\n    \n    if(Control.debug){\n      for(i <- 0 to mem.length-1){\n        print(mem(i)+\" \")\n        if(i%Control.size==Control.size-1) println\n      }\n      println\n    }\n    \n    var isEqual = true\n    for(i <- 0 to mem.length-1){\n      if(mem(i) != mem2(i)) isEqual = false\n    }\n    if(isEqual) {\n      Control.fOut(\"Success! After \"+cycles+\" steps, invert and again \"+cycles+\" steps the original memory is recreated\")\n      return true\n    }\n    else {\n      Control.fOut(\"Inversion failed\")\n      return false\n    }\n  }\n  \n  \/**\n   * Resets the model and initialize the model the an all zero memory. The model does cycles numbers of steps,\n   * is inverted and does again cycles numbers of steps. Then the initialized memory is compared to the actual memory.\n   * This test is for debugging purposes.\n   * \n   * @param cycles number of steps\n   * @return true if the model is invertible, else false\n   *\/\n  def testZeroInvertAnt(cycles: Int) = {\n    Control.model.reset\n    Control.fOut(\"test zero inversion:\")\n    var steps = 0\n    val r = scala.util.Random\n    var size = scala.math.pow(Control.size, Control.dimension).toInt\n    var mem = new Array[Int](size)\n    \n    for(i <- 0 to size-1){\n      mem(i) = 0\n    }\n    \n    Control.model.write(mem)\n    \n    if(Control.debug){\n      println(\"init:\")\n      for(i <- 0 to mem.length-1){\n        print(mem(i)+\" \")\n        if(i%Control.size==Control.size-1) println\n      }\n      println\n      Control.model.print\n      println\n    }\n    \n    var mem2 = new Array[Int](size)\n    for(i <- 0 to size-1){\n      mem2(i) = mem(i)\n    }\n    \n    for(i <- 0 to cycles-1){\n      Control.model.step\n      \n      if(Control.debug){\n        println(\"step \"+i+\":\")\n        mem = Control.model.read\n        for(i <- 0 to mem.length-1){\n          print(mem(i)+\" \")\n          if(i%Control.size==Control.size-1) println\n        }\n        println\n        Control.model.print\n        println\n      }  \n    }\n    \n    Control.model.invertAnt\n    if(Control.debug) println(\"inverted!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!\")\n    \n    for(i <- 0 to cycles-1){\n      Control.model.step\n      \n      if(Control.debug){\n        println(\"step \"+i+\":\")\n        mem = Control.model.read\n        for(i <- 0 to mem.length-1){\n          print(mem(i)+\" \")\n          if(i%Control.size==Control.size-1) println\n        }\n        println\n        Control.model.print\n        println\n      }\n      \n    }\n    \n    mem = Control.model.read\n    var isEqual = true\n    for(i <- 0 to mem.length-1){\n      if(mem(i) != mem2(i)) isEqual = false\n    }\n    if(isEqual) Control.fOut(\"Success! After \"+cycles+\" steps, invert and again \"+cycles+\" steps the original memory is recreated\")\n    else Control.fOut(\"Inversion failed\")\n  }\n  \n  \/**\n   * Does the following tests loops times:\n   * \ttestRandomRing\n   * \tIf model is invertible, testRandomInvertAnt is done for 10, 100, 1000, 10000 and 100000 steps.\n   * The test results are gathered. Averages and number of result types are counted.\n   * \n   *  @param loops number of times all tests are done\n   *\/\n  def testFull(loops : Int) = {\n    Control.fOut(\"full test:\")\n    \n    val inversions = new Array[Int](5)\n    val ringCounts = new Array[Int](3)\n    val rings = new ArrayBuffer[Int]()\n    val averages = new Array[Double](2)\n    \n    averages(0) = 0.0\n    averages(1) = 0.0\n    \n    for(i <- 0 to inversions.length-1){\n      inversions(i) = 0\n    }\n    for(i <- 0 to ringCounts.length-1){\n      ringCounts(i) = 0\n    }\n    \n    for(i <- 0 to loops-1){\n      var ring = testRandomRing\n      rings.append(ring)\n      if(ring > 0){\n        ringCounts(0) += 1\n      }else if(ring < 0){\n        ringCounts(1) += 1\n      }else{\n        ringCounts(2) += 1\n      }\n      \n      if(Control.model.isInvertible()){\n        var steps = 10\n        for(j <- 0 to inversions.length-1){\n          var inverse = testRandomInvertAnt(steps)\n          steps *= 10\n          if(inverse) inversions(j) += 1\n        } \n      }\n    }\n    \n    for(j <- 0 to rings.length-1){\n      if(rings(j) > 0){\n        averages(0) += (1.0*rings(j))\/ringCounts(0)\n      }else if(rings(j) < 0){\n        averages(1) -= (1.0*rings(j))\/ringCounts(1)\n      }\n    }\n    \n    Control.fOut(\"test loops: \"+loops)\n    Control.fOut(\"detected ring size counts:\")\n    while(rings.length>0){\n      var c = 0\n      var i = 0\n      var r = rings(0)\n      while(i < rings.length){\n        if(rings(i) == r){\n          rings.remove(i)\n          c += 1\n        }else{\n          i += 1\n        }\n      }\n      Control.fOut(r+\"(\"+c+\")\")\n    }    \n    Control.fOut(\"average ring size: \"+averages(0))\n    Control.fOut(\"average lasso size: \"+averages(1))\n    Control.fOut(\"number of rings: \"+ringCounts(0))\n    Control.fOut(\"number of lassos: \"+ringCounts(1))\n    Control.fOut(\"number of out of range: \"+ringCounts(2))\n    \n    if(Control.model.isInvertible()){\n      var steps = 10\n      for(i <- 0 to inversions.length-1){\n        Control.fOut(\"number of working inversions after \"+steps+\" steps: \"+inversions(i))\n        steps *= 10\n      }\n    }else{\n      Control.fOut(\"model is not invertible\")\n    }\n  }\n  \n}\n"}
{"repo_name":"w0rs3\/AntTestTool","path":"src\/main\/scala\/Control.scala","text":"<reponame>w0rs3\/AntTestTool\n\/**\n* MIT License\n* \n* Copyright (c) 2021 <NAME>\n* \n* Permission is hereby granted, free of charge, to any person obtaining a copy\n* of this software and associated documentation files (the \"Software\"), to deal\n* in the Software without restriction, including without limitation the rights\n* to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n* copies of the Software, and to permit persons to whom the Software is\n* furnished to do so, subject to the following conditions:\n* \n* THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n* SOFTWARE.\n*\/\npackage main.scala\n\nimport scala.collection.mutable.ListBuffer\nimport java.io.BufferedWriter\nimport java.io.FileWriter\nimport java.io.File\nimport models.Ant2DConv\nimport control.Test\n\n\/**\n * This object has multiple purposes. Here are variables stored that are used by all classes and objects.\n * In addition export functions are implemented and the main function can be found here. That means that the\n * menu is also included. Last but not least here the logging system is defined. \n * \n * Use fOut for logging and extra print messages if debug is true if you extend the project.\n * \n * Menu:\n * \tLogging types:\n * \t\tdeactivated logging: Prints only\n * \t\tactivated logging: Prints and adds to log\n * \t\tdebug: prints, adds to log, and prints extra information\n * \tdimension: Dimension of the memory of the model.\n * \tsize: Size of the memory of the model\n * \tmodels:\n * \t\tAnt2D: A casual ant on a 2D torus\n * \t\tAnt2DMC: An Ant2D with multiple colors (values must be entered as 0(left) or 1(right) per color)\n * \t\tAnt2DConv: An Ant2D with convolution (values of history must be 0 or 1)\n * \t\tAnt3D: An ant on a 3D torus with 4 colors\n * \t\tAnt: A Dynamic scaling ant on any multidimensional torus\n * \t\tAntConv: An Ant with convolution (values of history must be in range 0 to 2*(dimension-1)-1. Example if dimension = 3 then 0,1,2 and 3 is possible.\n * \t\tFractalAnt: A fractal hierarchical Ant ((depth+1)*subdimension == dimension must be true)\n * \tTest menu:\n * \t\texport log\n *    test zero (enter cycles)\n *    test random ring cycle count\n *    test random inversion (enter cycles)\n *    test zero inversion (enter cycles)\n *    test full (enter loops)\n *    create test file (enter sequences)\n *    print model\n *    exit\n *\/\nobject Control {\n  \n  var fOut = (s : String) => println(s)\n  var log  = ListBuffer[String]()\n  \n  var dimension : Int = 0\n  var size : Int = 0\n  var model: Model = null\n  \n  var subdimension = -1\n  var depth = -1\n  var multiColor = -1\n  var debug = false\n  \n  \/*\n   * Exports the log to log.csv\n   *\/\n  def export = {\n    val file = new File(\"log.csv\")\n    val bw = new BufferedWriter(new FileWriter(file))\n    for(i <- 0 to log.size-1){\n      bw.write(log(i)+\";\\n\")\n    }\n    bw.close\n  }\n  \n  \/**\n   * Exports a array to testfile.txt. The syntax of the test file is created in a way that the Nist statistical test suite can use it.\n   * The array must consist of zeros and ones only.\n   * \n   * @param arr must consist of zeros and ones only.\n   *\/\n  def exportTestFile(arr: Array[Int]) = {\n    val m = 25\n    val file = new File(\"testdata.txt\")\n    val bw = new BufferedWriter(new FileWriter(file))\n    bw.write(\"   \")\n    for(i <- 0 to arr.length-1){\n      bw.write(arr(i)+\"\")\n      if(i%m==m-1 && i<arr.length-1) bw.write(\"\\n   \")\n    }\n    bw.write(\"\\n\")\n    bw.close\n  }\n  \n  \/**\n   * Main function and entry point. At the moment args is not in use.\n   *\/\n  def main(args: Array[String]): Unit = {\n    \n    \/\/ Welcome\n    println(\"Welcome to the langtons ant test tool.\")\n    \n    \/\/ Choose logging\n    var choice = 0\n    while(choice<1||choice>3){\n      println(\"choose:\")\n      println(\"1 - deactivate logging\")\n      println(\"2 - activate logging\")\n      println(\"3 - debug\")\n      choice = Console.readInt\n    }\n    choice match {\n      \/\/ print\n      case 1 => {\n        fOut = (s : String) => println(s)\n      }\n      \/\/ print and log\n      case 2 => {\n        fOut = (s : String) => {\n          println(s)\n          log += s\n        }\n      }\n      \/\/ print, log and debug\n      case 3 => {\n        debug = true\n        fOut = (s : String) => {\n          println(s)\n          log += s\n        }\n      }\n      case _ =>\n    }\n    \n    \/\/ Choose dimension\n    while(dimension<2||dimension>32){\n      println(\"enter the dimension in range 2 to 32:\")\n      dimension = Console.readInt\n    }\n    fOut(\"dimension = \"+dimension)\n    \n    \/\/ Choose size\n    while(size<2||size>256){\n      println(\"enter the size in range 2 to 256:\")\n      size = Console.readInt\n    }\n    fOut(\"size = \"+size)\n    \n    \/\/ Choose Model\n    choice = 0;\n    while(choice<1||choice>7){\n      println(\"choose:\")\n      println(\"1 - 2D Ant\")\n      println(\"2 - 2D Multi Color Ant\")\n      println(\"3 - 2D Convolutional Ant\")\n      println(\"4 - 3D Ant\")\n      println(\"5 - Multi Dimensional Ant\")\n      println(\"6 - Multi Dimensional Convolutional Ant\")\n      println(\"7 - Fractal Multi Dimensional Ant\")\n      choice = Console.readInt\n    }\n    choice match {\n      case 1 => {\n        model = new Ant2D\n        fOut(\"model = Ant2D\")\n      }\n      case 2 => {\n        model = new Ant2DMC\n        fOut(\"model = Ant2DMC\")\n        println(\"Enter pattern size\")\n        multiColor = Console.readInt\n        var pattern = new Array[Int](multiColor)\n        var str = \"\"\n        println(\"Enter Pattern\")\n        choice = -1\n        for(i <- 0 to multiColor-1){\n          pattern(i) = Console.readInt\n          str += pattern(i)\n        }\n        fOut(\"pattern = \"+str)\n        model.setParameter(pattern)\n      }\n      case 3 => {\n        model = new Ant2DConv\n        fOut(\"model = Ant2DConv\")\n        println(\"Enter history size\")\n        val s = Console.readInt\n        var pattern = new Array[Int](s)\n        var str = \"\"\n        println(\"Enter Pattern\")\n        choice = -1\n        for(i <- 0 to s-1){\n          pattern(i) = Console.readInt\n          str += pattern(i)+\" \"\n        }\n        fOut(\"pattern = \"+str)\n        model.setParameter(pattern)\n      }\n      case 4 => {\n        model = new Ant3D\n        fOut(\"model = Ant3D\")\n      }\n      case 5 => {\n        model = new Ant\n        fOut(\"model = Ant\")\n      }\n      case 6 => {\n        model = new AntConv\n        fOut(\"model = AntConv\")\n        println(\"Enter history size\")\n        val s = Console.readInt\n        var pattern = new Array[Int](s)\n        var str = \"\"\n        println(\"Enter Pattern\")\n        choice = -1\n        for(i <- 0 to s-1){\n          pattern(i) = Console.readInt\n          str += pattern(i)+\" \"\n        }\n        fOut(\"pattern = \"+str)\n        model.setParameter(pattern)\n      }\n      case 7 => {\n        model = new FractalAnt\n        fOut(\"model = FractalAnt\")\n        while(depth<0||depth>8){\n          println(\"enter the depth in range 0 to 8 (must fit memory):\")\n          depth = Console.readInt\n        }\n        fOut(\"depth = \"+depth)\n        while(subdimension<2||subdimension>8){\n          println(\"enter the subdimension size in range 2 to 8 (must fit memory):\")\n          subdimension = Console.readInt\n          \n        }\n        fOut(\"subdimension = \"+subdimension)\n        model.setParameter(Array(depth, subdimension))\n      }\n      case _ =>\n    }\n    \n    \/\/ Test menu\n    var running = true;\n    while(running){\n      choice = 0\n      while(choice<1||choice>9){\n        println(\"choose:\")\n        println(\"1 - export log\")\n        println(\"2 - test zero (enter cycles)\")\n        println(\"3 - test random ring cycle count\")\n        println(\"4 - test random inversion (enter cycles)\")\n        println(\"5 - test zero inversion (enter cycles)\")\n        println(\"6 - test full (enter loops)\")\n        println(\"7 - create test file (enter sequences)\")\n        println(\"8 - print model\")\n        println(\"9 - exit\")\n        choice = Console.readInt\n      }\n      choice match{\n        case 1 => export\n        case 2 => {\n          choice = 0\n          choice = Console.readInt\n          Test.testZero(choice)\n        }\n        case 3 => Test.testRandomRing\n        case 4 => {\n          choice = 0\n          choice = Console.readInt\n          Test.testRandomInvertAnt(choice)\n        }\n        case 5 => {\n          choice = 0\n          choice = Console.readInt\n          Test.testZeroInvertAnt(choice)\n        }\n        case 6 => {\n          choice = 0\n          choice = Console.readInt\n          Test.testFull(choice)\n        }\n        case 7 => {\n          choice = 0\n          choice = Console.readInt\n          Test.createTestFile(choice)\n        }\n        case 8 => model.print\n        case 9 => running = false\n        case _ =>\n      }\n    }\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/dedup\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/dedup\/GenDedupInput.scala","text":"<filename>ch04-processing-patterns\/dedup\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/dedup\/GenDedupInput.scala\npackage com.hadooparchitecturebook.spark.dedup\n\nimport java.io.{OutputStreamWriter, BufferedWriter}\nimport java.util.Random\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{Path, FileSystem}\n\n\/**\n * Created by ted.malaska on 12\/6\/14.\n *\/\nobject GenDedupInput {\n  def main(args:Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{outputPath} {numberOfRecords} {numberOfUniqueRecords}\")\n      return\n    }\n\n    \/\/The output file that will hold the data\n    val outputPath = new Path(args(0))\n    \/\/Number of records to be written to the file\n    val numberOfRecords = args(1).toInt\n    \/\/Number of unique primary keys\n    val numberOfUniqueRecords = args(2).toInt\n\n    \/\/Open fileSystem to HDFS\n    val fileSystem = FileSystem.get(new Configuration())\n\n    \/\/Create buffered writer\n    val writer = new BufferedWriter(\n      new OutputStreamWriter(fileSystem.create(outputPath)))\n\n    val r = new Random()\n\n    \/\/This loop will write out all the record\n    \/\/  Every primary key will get about\n    \/\/  numberOfRecords\/numberOfUniqueRecords records\n    for (i <- 0 until numberOfRecords) {\n      val uniqueId = r.nextInt(numberOfUniqueRecords)\n      \/\/Format: {key}, {timeStamp}, {value}\n      writer.write(uniqueId + \",\" + i + \",\" + r.nextInt(10000))\n      writer.newLine()\n    }\n\n    writer.close()\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/peaksandvalleys\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/peaksandvalleys\/SparkPeaksAndValleysExecution.scala","text":"package com.hadooparchitecturebook.spark.peaksandvalleys\n\nimport org.apache.hadoop.io.{Text, LongWritable}\nimport org.apache.hadoop.mapred.TextInputFormat\nimport org.apache.spark.rdd.ShuffledRDD\nimport org.apache.spark.{Partitioner, SparkContext, SparkConf}\n\nimport scala.collection.mutable\n\n\/**\n * Created by ted.malaska on 12\/7\/14.\n *\/\nobject SparkPeaksAndValleysExecution {\n  def main(args: Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{inputPath} {outputPath} {numberOfPartitions}\")\n      return\n    }\n\n    val inputPath = args(0)\n    val outputPath = args(1)\n    val numberOfPartitions = args(2).toInt\n\n    val sparkConf = new SparkConf().setAppName(\"SparkTimeSeriesExecution\")\n    sparkConf.set(\"spark.cleaner.ttl\", \"120000\");\n\n    val sc = new SparkContext(sparkConf)\n\n    \/\/Part 1 : Reading in the data\n    var originalDataRDD = sc.hadoopFile(inputPath,\n      classOf[TextInputFormat],\n      classOf[LongWritable],\n      classOf[Text],\n      1).map(r => {\n      val splits = r._2.toString.split(\",\")\n      (new DataKey(splits(0), splits(1).toLong), splits(2).toInt)\n    })\n\n    \/\/Part 2 : Partition to partition by primaryKey only\n    val partitioner = new Partitioner {\n      override def numPartitions: Int = numberOfPartitions\n\n      override def getPartition(key: Any): Int = {\n        Math.abs(key.asInstanceOf[DataKey].uniqueId.hashCode() % numPartitions)\n      }\n    }\n\n    \/\/Part 3 : Partition and sort\n    val partedSortedRDD =\n      new ShuffledRDD[DataKey, Int, Int](\n        originalDataRDD,\n        partitioner).setKeyOrdering(implicitly[Ordering[DataKey]])\n\n    \/\/Part 4 \/\/ MapPartition to do windowing\n    val pivotPointRDD = partedSortedRDD.mapPartitions(it => {\n\n      val results = new mutable.MutableList[PivotPoint]\n\n      \/\/Part 5 \/\/ Keeping context\n      var lastUniqueId = \"foobar\"\n      var lastRecord: (DataKey, Int) = null\n      var lastLastRecord: (DataKey, Int) = null\n\n      var position = 0\n\n      it.foreach( r => {\n        position = position + 1\n\n        if (!lastUniqueId.equals(r._1.uniqueId)) {\n\n          lastRecord = null\n          lastLastRecord = null\n        }\n\n        \/\/Part 6 : Finding those peaks and valleys\n        if (lastRecord != null && lastLastRecord != null) {\n          if (lastRecord._2 < r._2 && lastRecord._2 < lastLastRecord._2) {\n            results.+=(new PivotPoint(r._1.uniqueId,\n              position,\n              lastRecord._1.eventTime,\n              lastRecord._2,\n              false))\n          } else if (lastRecord._2 > r._2 && lastRecord._2 > lastLastRecord._2) {\n            results.+=(new PivotPoint(r._1.uniqueId,\n              position,\n              lastRecord._1.eventTime,\n              lastRecord._2,\n              true))\n          }\n        }\n        lastUniqueId = r._1.uniqueId\n        lastLastRecord = lastRecord\n        lastRecord = r\n\n      })\n\n      results.iterator\n    })\n\n    \/\/Part 7 : pretty everything up\n    pivotPointRDD.map(r => {\n      val pivotType = if (r.isPeak) \"peak\" else \"valley\"\n      r.uniqueId + \",\" +\n        r.position + \",\" +\n        r.eventTime + \",\" +\n        r.eventValue + \",\" +\n        pivotType\n    } ).saveAsTextFile(outputPath)\n\n  }\n\n\n  class DataKey(val uniqueId:String, val eventTime:Long)\n    extends Serializable with Comparable[DataKey] {\n    override def compareTo(other:DataKey): Int = {\n      val compare1 = uniqueId.compareTo(other.uniqueId)\n      if (compare1 == 0) {\n        eventTime.compareTo(other.eventTime)\n      } else {\n        compare1\n      }\n    }\n  }\n\n  class PivotPoint(val uniqueId: String,\n                   val position:Int,\n                   val eventTime:Long,\n                   val eventValue:Int,\n                   val isPeak:Boolean) extends Serializable {}\n\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/timeseries\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/timeseries\/SparkTimeSeriesExecution.scala","text":"<filename>ch04-processing-patterns\/timeseries\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/timeseries\/SparkTimeSeriesExecution.scala<gh_stars>100-1000\npackage com.hadooparchitecturebook.spark.timeseries\n\nimport java.lang.Comparable\n\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.io.{Text, LongWritable}\nimport org.apache.hadoop.mapred.TextInputFormat\nimport org.apache.spark.rdd.{RDD, ShuffledRDD}\nimport org.apache.spark.{Partitioner, SparkContext, SparkConf}\n\nimport scala.collection.mutable\n\n\/**\n * Created by ted.malaska on 12\/6\/14.\n *\/\nobject SparkTimeSeriesExecution {\n  def main(args: Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{newDataInputPath} \" +\n        \"{outputPath} \" +\n        \"{numberOfPartitions}\")\n      println(\"or\")\n      println(\"{newDataInputPath} \" +\n        \"{existingTimeSeriesDataInputPath} \" +\n        \"{outputPath} \" +\n        \"{numberOfPartitions}\")\n      return\n    }\n\n    val newDataInputPath = args(0)\n    val existingTimeSeriesDataInputPath = if (args.length == 4) args(1) else null\n    val outputPath = args(args.length - 2)\n    val numberOfPartitions = args(args.length - 1).toInt\n\n    val sparkConf = new SparkConf().setAppName(\"SparkTimeSeriesExecution\")\n    sparkConf.set(\"spark.cleaner.ttl\", \"120000\");\n\n    val sc = new SparkContext(sparkConf)\n\n    \/\/Part 1 - Loading data from HDFS\n    var unendedRecordsRDD = sc.hadoopFile(newDataInputPath,\n      classOf[TextInputFormat],\n      classOf[LongWritable],\n      classOf[Text],\n      1).map(r => {\n      val splits = r._2.toString.split(\",\")\n\n      (new TimeDataKey(splits(0), splits(1).toLong),\n        new TimeDataValue(-1, splits(2)))\n    })\n\n\n    var endedRecordsRDD:RDD[(TimeDataKey, TimeDataValue)] = null\n\n    \/\/Part 2 - get existing records if they exist\n    if (existingTimeSeriesDataInputPath != null) {\n      val existingDataRDD = sc.hadoopFile(existingTimeSeriesDataInputPath,\n        classOf[TextInputFormat],\n        classOf[LongWritable],\n        classOf[Text],\n        1).map(r => {\n        val splits = r._2.toString.split(\",\")\n        (new TimeDataKey(splits(0), splits(1).toLong),\n          new TimeDataValue(splits(2).toLong, splits(3)))\n      })\n\n      unendedRecordsRDD = unendedRecordsRDD\n        .union(existingDataRDD.filter(r => r._2.endTime == -1))\n\n      endedRecordsRDD = existingDataRDD.filter(r => r._2.endTime > -1)\n    }\n\n    \/\/Part 3 - defining our partitioner\n    val partitioner = new Partitioner {\n      override def numPartitions: Int = numberOfPartitions\n\n      override def getPartition(key: Any): Int = {\n        Math.abs(\n          key.asInstanceOf[TimeDataKey].uniqueId.hashCode() % numPartitions)\n      }\n    }\n\n    val partedSortedRDD =\n      new ShuffledRDD[TimeDataKey, TimeDataValue, TimeDataValue](\n        unendedRecordsRDD,\n        partitioner).setKeyOrdering(implicitly[Ordering[TimeDataKey]])\n\n    \/\/Part 4 - walk down each primaryKey to make sure the stop times are updated\n    var updatedEndedRecords = partedSortedRDD.mapPartitions(it => {\n      val results = new mutable.MutableList[(TimeDataKey, TimeDataValue)]\n\n      var lastUniqueId = \"foobar\"\n      var lastRecord: (TimeDataKey, TimeDataValue) = null\n\n      it.foreach(r => {\n        if (!r._1.uniqueId.equals(lastUniqueId)) {\n          if (lastRecord != null) {\n            results.+=(lastRecord)\n          }\n          lastUniqueId = r._1.uniqueId\n          lastRecord = null\n        } else {\n          if (lastRecord != null) {\n            lastRecord._2.endTime = r._1.startTime\n            results.+=(lastRecord)\n          }\n        }\n        lastRecord = r\n      })\n      if (lastRecord != null) {\n        results.+=(lastRecord)\n      }\n      results.iterator\n    })\n\n    \/\/Part 5 - if there was existing union them back in\n    if (endedRecordsRDD != null) {\n      updatedEndedRecords = updatedEndedRecords.union(endedRecordsRDD)\n    }\n\n    \/\/Part 6 - make things pretty and save the results to HDFS\n    updatedEndedRecords\n      .map(r => r._1.uniqueId + \",\" +\n      r._1.startTime + \",\" +\n      r._2.endTime + \",\" +\n      r._2.data)\n      .saveAsTextFile(outputPath)\n  }\n\n  class TimeDataKey(val uniqueId:String, val startTime:Long) extends Serializable with Comparable[TimeDataKey] {\n    override def compareTo(other:TimeDataKey): Int = {\n      val compare1 = uniqueId.compareTo(other.uniqueId)\n      if (compare1 == 0) {\n        startTime.compareTo(other.startTime)\n      } else {\n        compare1\n      }\n    }\n  }\n\n  class TimeDataValue(var endTime:Long, val data:String) extends Serializable {}\n}\n\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch05-graph-processing\/graphx\/src\/main\/java\/com\/hadooparchitecturebook\/zombie\/graphx\/TreeRootingExample.scala","text":"package com.hadooparchitecturebook.zombie.graphx\n\nimport org.apache.spark._\nimport org.apache.spark.graphx._\nimport org.apache.spark.rdd.RDD\n\nobject TreeRootingExample {\n  def main(args: Array[String]) {\n    if (args.length == 0) {\n      println(\"TreeRooterExample <masterUrl> <name> <sparkHome>\")\n      exit\n    }\n\n    val sc = new SparkContext(args(0), args(1), args(2), Seq(\"GraphXExample.jar\"))\n\n    \/\/ Create an RDD for the vertices\n    val users: RDD[(VertexId, (String, String))] =\n      sc.parallelize(Array(\n          (1L, (\"Foo\", \"X\")),\n          (2L, (\"Foo\", \"X\")),\n          (3L, (\"Foo\", \"X\")),\n          (4L, (\"Foo\", \"X\")),\n          (5L, (\"Foo\", \"X\")),\n          (6L, (\"Foo\", \"X\")),\n          (7L, (\"Foo\", \"X\")),\n          (8L, (\"Foo\", \"X\")),\n          (9L, (\"Foo\", \"X\")),\n          (10L, (\"Foo\", \"X\")),\n          (11L, (\"Foo\", \"X\")),\n          (12L, (\"Foo\", \"X\")),\n          (13L, (\"Foo\", \"X\")),\n          (14L, (\"Foo\", \"X\")),\n          (15L, (\"Foo\", \"X\")),\n          (16L, (\"Foo\", \"X\")),\n          (17L, (\"Foo\", \"X\")),\n          (18L, (\"Foo\", \"X\")),\n          (19L, (\"Foo\", \"X\")),\n          (20L, (\"Foo\", \"X\"))\n          ))\n    \/\/ Create an RDD for edges\n\n    val relationships: RDD[Edge[String]] =\n      sc.parallelize(Array(\n          Edge(10L, 9L, \"X\"),\n          Edge(10L, 8L, \"X\"),\n          Edge(8L, 7L, \"X\"),\n          Edge(8L, 5L, \"X\"),\n          Edge(5L, 4L, \"X\"),\n          Edge(5L, 3L, \"X\"),\n          Edge(5L, 2L, \"X\"),\n          Edge(9L, 6L, \"X\"),\n          Edge(6L, 1L, \"X\"),\n          Edge(20L, 11L, \"X\"),\n          Edge(20L, 12L, \"X\"),\n          Edge(20L, 13L, \"X\"),\n          Edge(20L, 14L, \"X\"),\n          Edge(11L, 15L, \"X\"),\n          Edge(20L, 16L, \"X\"),\n          Edge(14L, 17L, \"X\"),\n          Edge(20L, 18L, \"X\"),\n          Edge(17L, 19L, \"X\")\n          ))\n    \/\/ Define a default user in case there are relationship with missing user\n\n    val defaultUser = (\"FooBar\", \"Missing\")\n    \/\/ Build the initial Graph\n\n    val graph = Graph(users, relationships, defaultUser)\n\n    val graphPing = graph.pregel(\"A\", 1)(\n      (id, dist, message) => {\n        if (!message.equals(\"A\")) {\n          (dist._1, dist._2 + \"_\" + message)\n        } else {\n          (dist._1, dist._2)\n        }\n      },\n      triplet =>\n        Iterator((triplet.dstId, \"F\")),\n      (a, b) => a)\n\n    graphPing.vertices.take(10)\n\n    val graphRooted = graph.pregel(\"A\")(\n      (id, dist, message) => {\n        if (!message.equals(\"A\")) {\n          (dist._1, dist._2 + \"_\" + message)\n        } else {\n          (dist._1, dist._2)\n        }\n      }, triplet => {\n        var indexOfUnderScore = triplet.srcAttr._2.indexOf(\"_\")\n        if (indexOfUnderScore == -1) {\n          Iterator((triplet.dstId, triplet.srcId.toString))\n        } else {\n          Iterator((triplet.dstId, triplet.srcAttr._2.substring(indexOfUnderScore + 1)))\n        }\n      },\n      (a, b) => a)\n\n    graphRooted.vertices.take(10)\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/dedup\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/dedup\/SparkDedupExecution.scala","text":"<reponame>bjpublic\/hadoop-arch-book<filename>ch04-processing-patterns\/dedup\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/dedup\/SparkDedupExecution.scala<gh_stars>100-1000\npackage com.hadooparchitecturebook.spark.dedup\n\nimport java.util.Random\n\nimport org.apache.hadoop.io.{Text, LongWritable}\nimport org.apache.hadoop.mapred.TextInputFormat\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{SparkContext, SparkConf}\nimport org.apache.spark.SparkContext._\n\n\/**\n * Created by ted.malaska on 12\/6\/14.\n *\/\nobject SparkDedupExecution {\n  def main(args:Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{inputPath} {outputPath}\")\n      return\n    }\n\n    \/\/set up given parameters\n    val inputPath = args(0)\n    val outputPath = args(1)\n\n    \/\/set up spark conf and connection\n    val sparkConf = new SparkConf().setAppName(\"SparkDedupExecution\")\n    sparkConf.set(\"spark.cleaner.ttl\", \"120000\");\n    val sc = new SparkContext(sparkConf)\n\n    \/\/Read data in from HDFS\n    val dedupOriginalDataRDD = sc.hadoopFile(inputPath,\n      classOf[TextInputFormat],\n      classOf[LongWritable],\n      classOf[Text],\n      1)\n\n    \/\/Get the data in a key value format\n    val keyValueRDD = dedupOriginalDataRDD.map(t => {\n      val splits = t._2.toString.split(\",\")\n      (splits(0), (splits(1), splits(2)))})\n\n    \/\/reduce by key so we will only get one record for every primary key\n    val reducedRDD = keyValueRDD.reduceByKey((a,b) => if (a._1.compareTo(b._1) > 0) a else b)\n\n    \/\/Format the data to a human readable format and write it back out to HDFS\n    reducedRDD\n      .map(r => r._1 + \",\" + r._2._1 + \",\" + r._2._2)\n      .saveAsTextFile(outputPath)\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/timeseries\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/timeseries\/GenTimeSeriesInput.scala","text":"package com.hadooparchitecturebook.spark.timeseries\n\nimport java.io.{OutputStreamWriter, BufferedWriter}\nimport java.util.Random\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{Path, FileSystem}\n\n\/**\n * Created by ted.malaska on 12\/6\/14.\n *\/\nobject GenTimeSeriesInput {\n  def main(args: Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{outputPath} {numberOfRecords} {numberOfUniqueRecords} {startTime}\")\n      return\n    }\n\n    val outputPath = new Path(args(0))\n    val numberOfRecords = args(1).toInt\n    val numberOfUniqueRecords = args(2).toInt\n    val startTime = args(3).toInt\n\n    val fileSystem = FileSystem.get(new Configuration())\n    val writer = new BufferedWriter(new OutputStreamWriter(fileSystem.create(outputPath)))\n\n    val r = new Random\n\n\n    for (i <- 0 until numberOfRecords) {\n      val uniqueId = r.nextInt(numberOfUniqueRecords)\n      val madeUpValue = r.nextInt(1000)\n      val eventTime = i + startTime\n\n      writer.write(uniqueId + \",\" + eventTime + \",\" + madeUpValue)\n      writer.newLine()\n    }\n    writer.close()\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch04-processing-patterns\/peaksandvalleys\/spark\/src\/main\/java\/com\/hadooparchitecturebook\/spark\/peaksandvalleys\/GenPeaksAndValleys.scala","text":"package com.hadooparchitecturebook.spark.peaksandvalleys\n\nimport java.io.{OutputStreamWriter, BufferedWriter}\nimport java.util.Random\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{FileSystem, Path}\n\n\/**\n * Created by ted.malaska on 12\/7\/14.\n *\/\nobject GenPeaksAndValleys {\n  def main(args: Array[String]): Unit = {\n    if (args.length == 0) {\n      println(\"{outputPath} {numberOfRecords} {numberOfUniqueIds}\")\n      return\n    }\n\n    val outputPath = new Path(args(0))\n    val numberOfRecords = args(1).toInt\n    val numberOfUniqueIds = args(2).toInt\n\n    val fileSystem = FileSystem.get(new Configuration())\n\n    val writer = new BufferedWriter( new OutputStreamWriter(fileSystem.create(outputPath)))\n\n    val r = new Random()\n\n    var direction = 1\n    var directionCounter = r.nextInt(numberOfUniqueIds * 10)\n    var currentPointer = 0\n\n    for (i <- 0 until numberOfRecords) {\n      val uniqueId = r.nextInt(numberOfUniqueIds)\n\n      currentPointer = currentPointer + direction\n      directionCounter = directionCounter - 1\n      if (directionCounter == 0) {\n        directionCounter = r.nextInt(numberOfUniqueIds * 10)\n        direction = direction * -1\n      }\n\n      writer.write(uniqueId + \",\" + i + \",\" + currentPointer)\n      writer.newLine()\n    }\n    writer.close()\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch05-graph-processing\/graphx\/src\/main\/java\/com\/hadooparchitecturebook\/zombie\/graphx\/RandomFunExample.scala","text":"package com.hadooparchitecturebook.zombie.graphx\n\nimport org.apache.spark._\nimport org.apache.spark.graphx._\nimport org.apache.spark.rdd.RDD\n\nobject RandomFunExample {\n  def main(args: Array[String]) {\n    if (args.length == 0) {\n      println(\"RandomFunExample <masterUrl> <name> <sparkHome>\")\n      exit\n    }\n\n    val sc = new SparkContext(args(0), args(1), args(2), Seq(\"GraphXExample.jar\"))\n\n    \/\/ Create an RDD for the vertices\n    val users: RDD[(VertexId, (String, String))] =\n      sc.parallelize(Array((3L, (\"rxin\", \"student\")), (7L, (\"jgonzal\", \"postdoc\")),\n        (5L, (\"franklin\", \"prof\")), (2L, (\"istoica\", \"prof\"))))\n    \/\/ Create an RDD for edges\n\n    val relationships: RDD[Edge[String]] =\n      sc.parallelize(Array(Edge(3L, 7L, \"collab\"), Edge(5L, 3L, \"advisor\"),\n        Edge(2L, 5L, \"colleague\"), Edge(5L, 7L, \"pi\")))\n    \/\/ Define a default user in case there are relationship with missing user\n\n    val defaultUser = (\"<NAME>\", \"Missing\")\n    \/\/ Build the initial Graph\n\n    val graph = Graph(users, relationships, defaultUser)\n\n    \/\/The following failed I had to change the config on the following\n    \/\/worker_max_heapsize to 256MB\n    \/\/executor_total_max_heapsize to 3GB\n\n    \/\/This will count all the vertices\n    graph.numVertices\n\n    \/\/This will count all the edges\n    graph.numEdges\n\n    \/\/This will count the out going edges from each node\n    val degrees = graph.outDegrees\n    degrees.take(10)\n\n    \/\/This will count the in going edges from each node\n    val degrees2 = graph.inDegrees\n    degrees2.take(10)\n\n    \/\/This will giv eyou the node ID with the number of triangles \n    \/\/next to that triangle\n    val tr = graph.triangleCount\n    tr.vertices.take(10)\n\n    val connectedComp = graph.connectedComponents().vertices\n    connectedComp.take(10)\n\n    val graphPingBasic = graph.pregel(\"A\", 1)(\n        (id, dist, newDist) => (dist._1, dist._2 + newDist), \n        triplet => \n          Iterator.empty, \n        (a,b) => a + \"|\" + b)\n    \n    val graphPing = graph.pregel(\"A\", 1)(\n        (id, dist, message) => {\n          if (!message.equals(\"A\")) {\n            (dist._1, dist._2 + \"_\" + message) \n          } else {\n            (dist._1, dist._2)\n          }\n        },\n        triplet => \n          Iterator((triplet.dstId, \"F\")), \n        (a,b) => a)\n        \n    graphPing.vertices.take(10)\n    \n    val graphRooted = graph.pregel(\"A\")(\n        (id, dist, message) => {\n          if (!message.equals(\"A\")) {\n            (dist._1, dist._2 + \"_\" + message) \n          } else {\n            (dist._1, dist._2)\n          }\n        }, triplet => {\n            var indexOfUnderScore = triplet.srcAttr._2.indexOf(\"_\")\n            if (indexOfUnderScore == -1) {\n              Iterator((triplet.dstId, triplet.srcId.toString))  \n            } else {\n              Iterator((triplet.dstId, triplet.srcAttr._2.substring(indexOfUnderScore + 1)))\n            }\n          },\n        (a,b) => a)\n    \n    graphRooted.vertices.take(10)\n     \n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch05-graph-processing\/graphx\/src\/main\/java\/com\/hadooparchitecturebook\/zombie\/graphx\/ZombieBiteGraphExample.scala","text":"package com.hadooparchitecturebook.zombie.graphx\n\nimport org.apache.spark._\nimport org.apache.spark.graphx._\nimport org.apache.spark.rdd.RDD\n\nobject ZombeBiteGraph {\ndef main(args: Array[String]) {\n    if (args.length == 0) {\n      println(\"ZombeBiteGraph <masterUrl> <name> <sparkHome>\")\n      exit\n    }\n\n    val sc = new SparkContext(args(0), args(1), args(2), Seq(\"GraphXExample.jar\"))\n\n    \/\/ Create an RDD for the vertices\n    val users: RDD[(VertexId, (String))] =\n      sc.parallelize(Array(\n          (1L, (\"Human\")),\n          (2L, (\"Human\")),\n          (3L, (\"Human\")),\n          (4L, (\"Human\")),\n          (5L, (\"Human\")),\n          (6L, (\"Zombe\")),\n          (7L, (\"Human\")),\n          (8L, (\"Human\")),\n          (9L, (\"Human\")),\n          (10L, (\"Human\")),\n          (11L, (\"Human\")),\n          (12L, (\"Human\")),\n          (13L, (\"Human\")),\n          (14L, (\"Human\")),\n          (15L, (\"Human\")),\n          (16L, (\"Zombe\")),\n          (17L, (\"Human\")),\n          (18L, (\"Human\")),\n          (19L, (\"Human\")),\n          (20L, (\"Human\")),\n          (21L, (\"Human\")),\n          (22L, (\"Human\")),\n          (23L, (\"Human\")),\n          (24L, (\"Human\")),\n          (25L, (\"Human\"))\n          ))\n    \/\/ Create an RDD for edges\n\n    val relationships: RDD[Edge[String]] =\n      sc.parallelize(Array(\n          Edge(10L, 9L, \"X\"),\n          Edge(10L, 8L, \"X\"),\n          Edge(8L, 7L, \"X\"),\n          Edge(8L, 5L, \"X\"),\n          Edge(5L, 4L, \"X\"),\n          Edge(5L, 3L, \"X\"),\n          Edge(5L, 2L, \"X\"),\n          Edge(9L, 6L, \"X\"),\n          Edge(6L, 1L, \"X\"),\n          Edge(20L, 11L, \"X\"),\n          Edge(20L, 12L, \"X\"),\n          Edge(20L, 13L, \"X\"),\n          Edge(5L, 13L, \"X\"),\n          Edge(20L, 14L, \"X\"),\n          Edge(11L, 15L, \"X\"),\n          Edge(20L, 16L, \"X\"),\n          Edge(14L, 17L, \"X\"),\n          Edge(1L, 17L, \"X\"),\n          Edge(20L, 18L, \"X\"),\n          Edge(21L, 18L, \"X\"),\n          Edge(21L, 22L, \"X\"),\n          Edge(4L, 23L, \"X\"),\n          Edge(25L, 15L, \"X\"),\n          Edge(24L, 3L, \"X\"),\n          Edge(21L, 19L, \"X\")\n          ))\n    \/\/ Define a default user in case there are relationship with missing user\n\n    val defaultUser = (\"Rock\")\n    \/\/ Build the initial Graph\n\n    val graph = Graph(users, relationships, defaultUser)\n\n    graph.triangleCount\n    \n    val graphBites = graph.pregel(0L)(\n      (id, dist, message) => {\n        if (dist.equals(\"Zombe\")) {\n          (dist + \"_\" + message)\n        } else if (message != 0){\n          \"Zombe\" + \"_\" + message\n        } else {\n          dist + \"|\" + message\n        }\n      }, triplet => {\n        if (triplet.srcAttr.startsWith(\"Zombe\") && triplet.dstAttr.startsWith(\"Human\")) {\n          var stringBitStep = triplet.srcAttr.substring(triplet.srcAttr.indexOf(\"_\") + 1)\n          var lastBitStep = stringBitStep.toLong\n          Iterator((triplet.dstId, lastBitStep + 1))\n        } else if (triplet.srcAttr.startsWith(\"Human\") && triplet.dstAttr.startsWith(\"Zombe\")) {\n          var stringBitStep = triplet.dstAttr.substring(triplet.dstAttr.indexOf(\"_\") + 1)\n          var lastBitStep = stringBitStep.toLong\n          Iterator((triplet.srcId, lastBitStep + 1))\n        } else {\n          Iterator.empty\n        }\n      },\n      (a, b) => math.min(b, a))\n\n    graphBites.vertices.take(30)\n  }\n}\n"}
{"repo_name":"bjpublic\/hadoop-arch-book","path":"ch05-graph-processing\/graphx\/src\/main\/java\/com\/hadooparchitecturebook\/zombie\/graphx\/ShortestDistanceGraphExample.scala","text":"<gh_stars>100-1000\npackage com.hadooparchitecturebook.zombie.graphx\n\nimport org.apache.spark._\nimport org.apache.spark.graphx._\nimport org.apache.spark.rdd.RDD\n\nclass ShortestDistanceGraphExample {\ndef main(args: Array[String]) {\n    if (args.length == 0) {\n      println(\"ShortestDistanceGraphExample <masterUrl> <name> <sparkHome>\")\n      exit\n    }\n\n    val sc = new SparkContext(args(0), args(1), args(2), Seq(\"GraphXExample.jar\"))\n\n    class Msg(val isFirst: Boolean, val sourceVertixId: Int, val distVertixId: Int, val cost: Int, val path: String) {}\n  \n    class Node(var isSource: Boolean, var isDist: Boolean, var cost: Int, var path: String ) {}\n    \n    \/\/ Create an RDD for the vertices\n    val users: RDD[(VertexId, (Node))] =\n      sc.parallelize(Array(\n          (1L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (2L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (3L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (4L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (5L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (6L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (7L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (8L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (9L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (10L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (11L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (12L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (13L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (14L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (15L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (16L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (17L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (18L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (19L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (20L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (21L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (22L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (23L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (24L, (new Node(false, false, Int.MaxValue, \"\"))),\n          (25L, (new Node(false, false, Int.MaxValue, \"\")))\n          ))\n    \/\/ Create an RDD for edges\n\n    val relationships: RDD[Edge[Int]] =\n      sc.parallelize(Array(\n          Edge(10L, 9L, 1),\n          Edge(10L, 8L, 4),\n          Edge(8L, 7L, 7),\n          Edge(8L, 5L, 1),\n          Edge(5L, 4L, 3),\n          Edge(5L, 3L, 8),\n          Edge(5L, 2L, 4),\n          Edge(9L, 6L, 6),\n          Edge(6L, 1L, 3),\n          Edge(20L, 11L, 2),\n          Edge(20L, 12L, 5),\n          Edge(20L, 13L, 7),\n          Edge(5L, 13L, 9),\n          Edge(20L, 14L, 8),\n          Edge(11L, 15L, 4),\n          Edge(20L, 16L, 3),\n          Edge(14L, 17L, 3),\n          Edge(1L, 17L, 9),\n          Edge(20L, 18L, 3),\n          Edge(21L, 18L, 5),\n          Edge(21L, 22L, 6),\n          Edge(4L, 23L, 1),\n          Edge(25L, 15L, 2),\n          Edge(24L, 3L, 3),\n          Edge(21L, 19L, 4)\n          ))\n    \/\/ Define a default user in case there are relationship with missing user\n\n    \n          \n    val defaultUser = new Node(false, false, 0, \"\")\n    \/\/ Build the initial Graph\n\n    val graph = Graph(users, relationships, defaultUser)\n\n    var initialMsg = new Msg(true, 16, 6, 0, \"\")\n    \n    val graphBites = graph.pregel(initialMsg)(\n      (id, dist, message) => {\n        \n        if (message.isFirst) {\n          if (id.equals(message.sourceVertixId)) {\n            dist.cost = 0\n            dist.path = message.distVertixId.toString\n            dist\n          } else if (id.equals(message.distVertixId)) {\n            dist.isDist = true\n            dist.path = \"\"\n            dist\n          } \n          dist\n        } else  {\n          dist.cost = message.cost\n          dist.path = \"|\" + message.path\n          dist\n        }\n      }, triplet => {\n        if (triplet.srcAttr.isSource) {\n          var newMsg = new Msg(false, -1, triplet.srcAttr.path.toInt, triplet.srcAttr.cost + triplet.attr, triplet.srcAttr.path)\n          Iterator((triplet.dstId, newMsg))\n        } else if (!triplet.srcAttr.isDist && triplet.dstAttr.cost > triplet.srcAttr.cost + triplet.attr){\n          val finalDistId = triplet.srcAttr.path.substring(triplet.srcAttr.path.lastIndexOf(\"_\") + 1).toInt\n          var newMsg = new Msg(false, -1, finalDistId, triplet.srcAttr.cost + triplet.attr, triplet.srcAttr.path)\n          Iterator((triplet.dstId, newMsg))\n        } else {\n          Iterator.empty\n        }\n      },\n      (a, b) => if (a.cost < b.cost) { a } else { b })\n\n    graphBites.vertices.take(30)\n  }\n\n  \n  \n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/main\/CustomSSLEngineProvider.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\npackage main\n\nimport javax.net.ssl._\nimport play.core.ApplicationProvider\nimport play.server.api._\n\nclass CustomSSLEngineProvider(appProvider: ApplicationProvider) extends SSLEngineProvider {\n\n  override def createSSLEngine(): SSLEngine = {\n    SSLContext.getDefault.createSSLEngine\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/UserController.scala","text":"package controllers\n\nimport com.google.inject._\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.data._\nimport play.api.data.Forms._\n\nimport models._\n\n@Singleton\nclass UserController @Inject() (cc: ControllerComponents) extends AbstractController(cc) with play.api.i18n.I18nSupport {\n\n  val userDataForm = Form(UserData.mapping)\n\n  def users() = Action { implicit request: Request[AnyContent] =>\n    {\n      Ok(views.html.usersPage(userDataForm))\n    }\n  }\n\n  def userPost() = Action { implicit request: Request[AnyContent] =>\n    {     \n      val (dataForm, userDataOpt) = userDataForm.bindFromRequest.fold(\n        formWithErrors => (formWithErrors, None),\n        userData => (userDataForm.fill(userData), Some(userData))\n      )\n      Ok(views.html.usersPage(dataForm, userDataOpt))\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"project\/CreatingExampleData.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\nimport sbt._\nimport sbt.Keys._\n\nimport CommandsHelper._\n\nobject CreatingExampleData {\n  def createExampleData = Command.args(\"createExampleData\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.CreateExampleData \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/AddressController.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\npackage controllers\n\nimport com.google.inject._\n\nimport akka.actor.ActorSystem\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.data._\nimport play.api.data.Forms._\nimport play.api.i18n.I18nSupport\nimport play.api.i18n.MessagesApi\nimport play.api.i18n.Messages\nimport play.api.http._\nimport play.api.http.Status._\nimport play.api.libs.concurrent.CustomExecutionContext\n\nimport org.squeryl.{ Session, SessionFactory }\n\nimport database.CustomTypeMode._\nimport database.{ DBSchema => schema }\nimport schema._\nimport schema.implicits._\n\nimport models._\n\nimport forms.TraitMapping\n\nimport Authentication.{AuthenticatedUserAction, UserActionBuilder, AdminAction}\n\n@Singleton\nclass AddressController @Inject() (\n    cc: ControllerComponents,\n    implicit val executionContext: ExecutionContext,\n    implicit val parser: BodyParsers.Default,\n    implicit val userActionBuilder: UserActionBuilder) extends AbstractController(cc) with I18nSupport {\n\n  import AddressController._\n\n  val addressForm = Form(Address.mapping)\n\n  def addresses() = Action.async { implicit request: Request[AnyContent] => Future {\n    addressesHelp()\n  }}\n\n  def addressesWithOneSelected(addressId: Long) = Action.async { implicit request: Request[AnyContent] => Future {\n    addressesHelp(Some(addressId))\n  }}\n\n  def addressDelete(addressId: Long) = AdminAction { implicit request: Request[AnyContent] => Future {\n    transaction {\n      schema.addresses.delete(addressId)\n    } match {\n      case true => Redirect(routes.AddressController.addresses())\n      case false => addressesHelp(\n        Some(addressId),\n        None,\n        Some(Messages(\"addresses.delete.error\", addressId)),\n        Some(routes.AddressController.addressesWithOneSelected(addressId).url),\n        Some(BAD_REQUEST))\n    }\n  }}\n\n  def addressPost() = AuthenticatedUserAction { implicit request: Request[AnyContent] =>\n    {\n      val idOpt = Form(single(TraitMapping.tagFieldName -> nonEmptyText)).bindFromRequest.value match {\n        case None => None\n        case Some(tag) => Form(single(s\"${tag}.idOpt\" -> optional(longNumber))).bindFromRequest().value.getOrElse(None)\n      }\n\n      addressForm.bindFromRequest.fold(\n        formWithErrors => Future {\n          addressesHelp(idOpt, Some(formWithErrors), None, None, Some(BAD_REQUEST))\n        },\n        address => Future {\n          val callback = transaction {\n            schema.addresses.insertOrUpdate(address) match {\n              case Left(updated) => {\n                val redirectionOpt = idOpt match {\n                  case None => None\n                  case Some(id) => Some(routes.AddressController.addressesWithOneSelected(id).url)\n                }\n                val (msgOpt, statusCode) = updated match {\n                  case false => (Some(Messages(\"addresses.cannotUpdateAddress\")), BAD_REQUEST)\n                  case true => (None, OK)\n                }\n                () => addressesHelp(idOpt, None, msgOpt, redirectionOpt, Some(statusCode))\n              }\n              case Right(createdId) => () => addressesHelp(\n                None,\n                Some(addressForm.fill(address)),\n                Some(Messages(\"addresses.addressCreated\")),\n                Some(routes.AddressController.addressesWithOneSelected(createdId).url),\n                Some(CREATED))\n            }\n          }\n          callback()\n        })\n    }\n  }\n\n  def addressesHelp(\n    addressIdOpt: Option[Long] = None,\n    addressFormOpt: Option[Form[Address]] = None,\n    msgOpt: Option[String] = None,\n    urlToRedirectOpt: Option[String] = None,\n    statusOpt: Option[Int] = None)(implicit request: Request[AnyContent]) = transaction {\n\n    val listOfAddresses = schema.addresses.table.allRows\n\n    val (addressProps, newAddressForm, statusCode) = addressIdOpt match {\n      case Some(addressId) => {\n        schema.addresses.lookup(addressId) match {\n          case Some(dao) => {\n            val form = addressFormOpt match {\n              case Some(form) => form\n              case None => addressForm.fill(dao)\n            }\n            (EditAddress(addressId, form), addressForm, statusOpt.getOrElse(OK))\n          }\n          case None => (AddressNotFound(addressId), addressForm, NOT_FOUND)\n        }\n      }\n      case None => (NoProps, addressFormOpt.getOrElse(addressForm), statusOpt.getOrElse(OK))\n    }\n\n    Status(statusCode)(views.html.addressesPage(listOfAddresses, addressProps, newAddressForm, msgOpt, urlToRedirectOpt))\n  }\n}\n\nobject AddressController {\n\n  sealed trait AddressProps\n\n  case class AddressNotFound(addressId: Long) extends AddressProps\n\n  case class EditAddress(addressId: Long, addressForm: Form[Address]) extends AddressProps\n\n  case object NoProps extends AddressProps\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/models\/Location.scala","text":"package models\n\nimport com.iterable.play.utils.CaseClassMapping\nimport play.api.data.FormError\nimport forms.FormValidators._\nimport forms.MappingWithValidator\n\ncase class Location(latitude: Double, longitude: Double)\n\nobject Location {\n\n  val validator: FormValidator[Location] = merge(Seq(\n    (prefix, loc) => {\n      if (!(loc.latitude >= -90 && loc.latitude <= 90))\n        Seq(FormError(prefix + \"latitude\", \"latitudeError\"))\n      else\n        Seq.empty\n    },\n    (prefix, loc) => {\n      if (!(loc.longitude >= -180 && loc.longitude < 180))\n        Seq(FormError(prefix + \"longitude\", \"longitudeError\"))\n      else\n        Seq.empty\n    }))\n\n  implicit val mapping = new MappingWithValidator(CaseClassMapping.mapping[Location], validator)\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/models\/Addresses.scala","text":"package models\n\nimport com.iterable.play.utils.CaseClassMapping\n\nimport scala.reflect.classTag\n\nimport play.api.data._\nimport play.api.data.validation._\nimport play.api.data.Forms._\nimport play.api.data.FormError\nimport play.api.data.Mapping\n\nimport forms.NonEmptyString\nimport forms.TraitMapping\n\nsealed trait Address {\n  val location: Location\n  val idOpt: Option[Long]\n}\n\ncase class UrbanAddress(\n  country: String,\n  state: String,\n  city: String,\n  street: String,\n  houseNumber: String,\n  flatNumber: Option[Int],\n  override val location: Location,\n  override val idOpt: Option[Long] = None) extends Address {\n}\n\nobject UrbanAddress {\n  implicit val mapping = play.api.data.Forms.mapping(\n    \"country\" -> nonEmptyText,\n    \"state\" -> nonEmptyText,\n    \"city\" -> nonEmptyText,\n    \"street\" -> nonEmptyText,\n    \"houseNumber\" -> nonEmptyText,\n    \"flatNumber\" -> optional(number),\n    \"location\" -> Location.mapping,\n    \"idOpt\" -> optional(longNumber))(UrbanAddress.apply)(UrbanAddress.unapply)\n}\n\ncase class CountrysideAddress(\n  country: NonEmptyString,\n  state: NonEmptyString,\n  county: NonEmptyString,\n  houseNumber: NonEmptyString,\n  override val location: Location,\n  override val idOpt: Option[Long] = None) extends Address\n\nobject CountrysideAddress {\n  implicit val mapping = CaseClassMapping.mapping[CountrysideAddress]\n}\n\nobject Address {\n  implicit val mapping = TraitMapping[Address](\n    address => address match {\n      case _: UrbanAddress => classTag[UrbanAddress]\n      case _: CountrysideAddress => classTag[CountrysideAddress]\n    }).withCase[UrbanAddress].withCase[CountrysideAddress]\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/main\/ScalaI18nService.scala","text":"package main\n\nimport main.GlobalContext.injector\nimport play.api.i18n.{Langs, Lang}\n\nobject ScalaI18nService {\n  private val langs = injector.getInstance(classOf[Langs])\n  val availableLangs: Seq[Lang] = langs.availables\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/views\/caseformsswitcher\/CaseFormsSwitcherHelper.scala","text":"<gh_stars>0\npackage views.caseformsswitcher\n\nimport scala.reflect.{ ClassTag, classTag }\nimport play.twirl.api.Html\nimport play.api.i18n.Messages\nimport play.api.mvc.RequestHeader\nimport play.api.data.Form\n\nimport forms.ClassTagsHelper._\n\nobject CaseFormsSwitcherHelper {\n\n  def divName(form: Form[_], prefixKey: String) = saveString(s\"\"\"${prefixKey}_${form.hashCode}_FieldsDiv\"\"\")\n\n  def divIdPrefix(form: Form[_], prefixKey: String) = saveString(s\"\"\"${prefixKey}_${form.hashCode}_Div_\"\"\")\n  \n  def divId[T](form: Form[_], prefixKey: String, tag: ClassTag[T]) = divIdPrefix(form: Form[_], prefixKey: String) + saveString(tag.toString)\n  \n  def switcherId(form: Form[_], prefixKey: String) = saveString(s\"\"\"${prefixKey}_${form.hashCode}_SwitcherDiv\"\"\")\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/FormValidators.scala","text":"package forms\n\nimport play.api.data.FormError\n\nobject FormValidators {\n  \n  type FormValidator[T] = (String, T) => Seq[FormError]\n  \n  implicit def formValidator[T](fun: (String, T) => Option[FormError]): FormValidator[T] = (prefix, t) => fun(prefix, t) match {\n    case Some(error) => Seq(error)\n    case None => Seq.empty\n  }\n\n  def merge[T](formValidators: Seq[FormValidator[T]]): FormValidator[T] = { (prefix, t) =>\n    formValidators.foldLeft[Seq[FormError]](Seq.empty)((seqAcc, validator) => {\n      seqAcc ++ validator(prefix, t)\n    })\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"build.sbt","text":"name := \"\"\"play-and-squeryl\"\"\"\norganization := \"com.example\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.12.6\"\n\nroutesGenerator := play.routes.compiler.InjectedRoutesGenerator\n\n\/\/ for functional programming:\nlibraryDependencies += \"org.scalaz\" %% \"scalaz-core\" % \"7.2.27\"\n\n\/\/ for reflection:\nlibraryDependencies += \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value\n\n\/\/ for H2 database\n\/\/ libraryDependencies += \"com.h2database\" % \"h2\" % \"1.2.127\"\n\n\/\/ for the dependency injection:\nlibraryDependencies += guice\n\n\/\/ for wiring objects:\nval macwireVersion = \"2.3.1\"\nval macwireMacros = \"com.softwaremill.macwire\" %% \"macros\" % macwireVersion % Provided\nval macwireUtil = \"com.softwaremill.macwire\" %% \"util\" % macwireVersion\nval macwireProxy = \"com.softwaremill.macwire\" %% \"proxy\" % macwireVersion\nlibraryDependencies ++= Seq(macwireMacros, macwireUtil, macwireProxy)\n\n\/\/ for testing:\nlibraryDependencies += \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"3.1.2\" % Test\n\n\/\/ low-level database binding for higher levels:\nlibraryDependencies += jdbc\n\n\/\/ for using SQLITE databases:\n\/\/ https:\/\/mvnrepository.com\/artifact\/org.xerial\/sqlite-jdbc\nlibraryDependencies += \"org.xerial\" % \"sqlite-jdbc\" % \"3.25.2\"\n\n\/\/ database ORM:\n\/\/ https:\/\/mvnrepository.com\/artifact\/org.squeryl\/squeryl\nlibraryDependencies += \"org.squeryl\" %% \"squeryl\" % \"0.9.12\"\n\n\/\/ for database migrations:\nlibraryDependencies += evolutions\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.typesafe.play\/play-jdbc-evolutions\nlibraryDependencies += \"com.typesafe.play\" %% \"play-jdbc-evolutions\" % \"2.7.0-M4\" % Test\n\n\/\/ adds additional packages into Twirl\n\/\/TwirlKeys.templateImports += \"com.example.controllers._\"\n\n\/\/ adds additional packages into conf\/routes\n\/\/play.sbt.routes.RoutesKeys.routesImport += \"com.example.binders._\"\n\n\/\/ Automatic Case Class Mappings (via runtime reflection):\nlibraryDependencies += \"com.iterable\" %% \"iterableplayutils\" % \"2.0.0\"\n\n\/\/ For hashing passwords:\n\/\/ https:\/\/mvnrepository.com\/artifact\/org.mindrot\/jbcrypt\nlibraryDependencies += \"org.mindrot\" % \"jbcrypt\" % \"0.4\"\n\nimport DatabaseManaging._\nimport CreatingExampleData._\ncommands ++= Seq(cleanupEvolutions, dropEvolutions, dropDb, createDdl, createDbExplicitly, createExampleData)\n\nPlayKeys.devSettings ++= Seq(\"play.server.http.port\" -> \"9000\")\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/Constraints.scala","text":"package forms\n\nimport play.api.data.validation._\nimport play.api.data.FormError\n\nobject Constraints {\n\n  def toValidators[T](constraints: Seq[Constraint[T]]): Seq[(T) => ValidationResult] =\n    constraints map { constraint => constraint(_) }\n\n  def mergeValidators[T](validators: Seq[(T) => ValidationResult]): (T) => ValidationResult = t =>\n    validators.foldLeft[ValidationResult](Valid)((res, validator) => validator(t) match {\n      case Valid => res\n      case inv: Invalid => res match {\n        case Valid => inv\n        case invRes: Invalid => invRes ++ inv\n      }\n    })\n\n  def createConstraint[T](name: String, validators: Seq[(T) => ValidationResult]): Constraint[T] = Constraint(name)(mergeValidators(validators))\n\n  def validationResultToSeqOfFormErrors(key: String, res: ValidationResult): Seq[FormError] = res match {\n    case Valid => Seq.empty\n    case inv: Invalid => inv.errors.map(error => new FormError(key = key, messages = error.messages, args = error.args))\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/main\/CustomModule.scala","text":"package main\n\nimport org.squeryl.{ Session, SessionFactory }\nimport org.squeryl.adapters.SQLiteAdapter\n\nimport com.google.inject._\n\nimport scala.concurrent.ExecutionContext\n\nimport akka.actor.ActorSystem\n\nimport play.api.libs.concurrent.CustomExecutionContext\n\n@Singleton\nclass SquerylInitialization @Inject() (db: play.api.db.Database) {\n  SessionFactory.concreteFactory = Some(() => {\n    val session = Session.create(db.getConnection(), new SQLiteAdapter)\n    session.bindToCurrentThread\n    session\n  })\n}\n\n@Singleton\nclass GlobalContext @Inject() (injector: Injector) {\n  GlobalContext.injector = injector\n}\n\nobject GlobalContext {\n  var injector: Injector = null\n}\n\nclass CustomModule extends AbstractModule {\n  override def configure() = {\n    bind(classOf[SquerylInitialization]).asEagerSingleton()\n    bind(classOf[GlobalContext]).asEagerSingleton()\n  }\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/ClassTagsHelper.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms<filename>app\/forms\/ClassTagsHelper.scala\npackage forms\n\nimport scala.reflect.ClassTag\nimport play.api.data.Field\n\nobject ClassTagsHelper {\n  \n  def saveString(s: String): String = s.replace('.', '_')\n  \n  def saveTagString[T](tag: ClassTag[T]): String = saveString(tag.toString)\n  \n  def classTagFieldName(prefixKey: String): String = saveString(prefixKey) + \"_classTag\"\n  \n  def classTagField[T](tag: ClassTag[T], prefixKey: String): Field =\n    new Field(null, classTagFieldName(prefixKey), Seq.empty, None, Seq.empty, Some(tag.toString))\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/AuthenticationController.scala","text":"<filename>app\/controllers\/AuthenticationController.scala\npackage controllers\n\nimport com.google.inject._\nimport play.api._\nimport play.api.mvc._\nimport play.api.data._\nimport play.api.data.Forms._\nimport play.api.i18n.Messages\n\n@Singleton\nclass AuthenticationController @Inject() (cc: ControllerComponents) extends AbstractController(cc) with i18n.I18nSupport {\n\n  val loginForm = Form(tuple(\"username\" -> text, \"password\" -> text))\n\n  def login() = Action { implicit request: Request[AnyContent] =>\n    Ok(views.html.loginPage(loginForm))\n  }\n  \n  def loginPost() = Action { implicit request: Request[AnyContent] =>\n    {\n      loginForm.bindFromRequest.fold(\n        formWithErrors => BadRequest(views.html.loginPage(formWithErrors)),\n        tuple => {\n          val (username, password) = tuple\n          if (Seq((\"admin\", \"123\"), (\"tester\", \"456\")) contains (username, password)) \n            Redirect(routes.HomeController.index()).withSession(request.session + (\"username\" -> username) + (\"password\" -> password))\n          else\n            BadRequest(views.html.loginPage(loginForm.fill(tuple).withError(FormError(\"\", Messages(\"error.login\")))))\n        })\n    }\n  }\n\n  def logout() = Action { implicit request: Request[AnyContent] =>\n    {\n      Redirect(routes.HomeController.index()).withSession(request.session - \"username\" - \"password\")\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/MappingWithValidator.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\npackage forms\n\nimport play.api.data.FormError\nimport play.api.data.Mapping\n\nimport forms.FormValidators.FormValidator\n\nclass MappingWithValidator[T](mapping: Mapping[T], formValidator: FormValidator[T]) extends Mapping[T] {\n  \n  def bind(data: Map[String, String]) = mapping.bind(data) match {\n    case Left(seq) => Left(seq)\n    case Right(t) => {\n      val seq = formValidator(prefix, t)\n      if (seq.isEmpty)\n        Right(t)\n      else\n        Left(seq)\n    }\n  }\n  \n  val constraints = mapping.constraints\n  \n  val key = mapping.key\n  \n  val mappings = mapping.mappings\n  \n  def unbind(value: T) = mapping.unbind(value)\n  \n  def unbindAndValidate(value: T) = {\n    val (map, seq) = mapping.unbindAndValidate(value)\n    (map, seq ++ formValidator(prefix, value))\n  }\n  \n  def verifying(constraints: play.api.data.validation.Constraint[T]*) = new MappingWithValidator(\n      constraints.foldLeft(mapping)((mapping, constraint) => mapping.verifying(constraint)),\n      formValidator)\n  \n  def withPrefix(prefix: String) = new MappingWithValidator(mapping.withPrefix(prefix), formValidator)\n  \n  private val prefix = key match {\n    case \"\" => \"\"\n    case s => s + \".\"\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/database\/CustomTypeMode.scala","text":"package database\n\nimport org.squeryl.SessionFactory\nimport org.squeryl.customtypes.CustomType\n\nobject CustomTypeMode extends org.squeryl.PrimitiveTypeMode {\n  \n  trait Domain[A] {\n    self: CustomType[A] =>\n\n    def label: String\n    def validate(a: A): Unit\n    def value: A\n\n    validate(value)\n  }\n  \n  implicit val sessionFactory = SessionFactory.concreteFactory\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/LocationController.scala","text":"package controllers\n\nimport com.google.inject._\n\nimport play.api.mvc._\nimport play.api.i18n.I18nSupport\n\nimport models.Location\nimport play.api.data.Form\n\n@Singleton\nclass LocationController @Inject() (cc: ControllerComponents) extends AbstractController(cc) with I18nSupport {\n  \n  val locationForm = Form(Location.mapping)\n  \n  def location() = Action { implicit request: Request[AnyContent] =>\n    {\n      Ok(views.html.simpleLocationPage(locationForm))\n    }\n  }\n\n  def locationPost = Action { implicit request: Request[AnyContent] =>\n    {\n      locationForm.bindFromRequest.fold(\n        formWithErrors => {\n          BadRequest(views.html.simpleLocationPage(formWithErrors))\n        },\n        location => {\n          Ok(views.html.simpleLocationPage(locationForm.fill(location)))\n        })\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"project\/CommandsHelper.scala","text":"import sbt._\nimport sbt.Keys._\n\nobject CommandsHelper {\n  def makeCommandsList(state: State, names: Seq[String])(processName: String => String) =\n    names.foldRight(state) { (name, list) => processName(name) :: list }\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/models\/User.scala","text":"package models\n\nimport play.api.data._\nimport play.api.data.validation._\nimport play.api.data.Forms._\nimport play.api.data.FormError\nimport play.api.data.Mapping\nimport play.api.data.format.Formatter\n\nimport java.util.Date\nimport org.mindrot.jbcrypt.BCrypt\n\nobject Sex extends Enumeration {\n  type Sex = Value\n  val MALE = Value(\"male\")\n  val FEMALE = Value(\"female\")\n  \n  def apply(s: String): Sex = withName(s)\n  \n  implicit object formatter extends Formatter[Sex] {\n    \n    override def bind(key: String, data: Map[String, String]) = data.get(key).map(withName(_)).toRight(Seq(FormError(key, \"error.required\", Nil)))\n    \n    override def unbind(key: String, value: Sex) = Map(key -> value.toString)\n  }\n}\n\nimport Sex.Sex\n\ncase class UserData(\n    username: String,\n    password: <PASSWORD>,\n    firstName: String,\n    lastName: String,\n    sex: Sex,\n    dateOfBirth: Date,\n    address: Address,\n    phoneNumber: String,\n    emails: List[String],\n    aboutMe: String,\n    confirmation: Boolean,\n    subscription: Boolean)\n\nobject UserData {\n  implicit val mapping = play.api.data.Forms.mapping(\n    \"username\" -> nonEmptyText(3, 50),\n    \"password\" -> nonEmptyText(minLength = 6),\n    \"firstName\" -> nonEmptyText,\n    \"lastName\" -> nonEmptyText,\n    \"sex\" -> of[Sex],\n    \"dateOfBirth\" -> date(\"yyyy-MM-dd\"),\n    \"address\" -> Address.mapping,\n    \"phoneNumber\" -> text.verifying(constraint = _.matches(\"\"\"[+][\\d]{1,4}([\\s-]*[\\d]{3}){3}\"\"\"), error=\"error.phoneNumber\"),\n    \"emails\" -> list(email),\n    \"aboutMe\" -> text,\n    \"confirmation\" -> checked(\"constraint.confirmation\"),\n    \"subscription\" -> boolean)(UserData.apply)(UserData.unapply)\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/TraitMapping.scala","text":"<filename>app\/forms\/TraitMapping.scala<gh_stars>0\npackage forms\n\nimport scala.reflect.{ classTag, ClassTag }\n\nimport play.api.data._\nimport play.api.data.validation._\nimport play.api.data.Forms._\n\nimport forms.Constraints._\n\nclass TraitMapping[T] private (\n    getClassTagOf: (T) => ClassTag[_ <: T],\n    val taggedMappings: Seq[TaggedMapping[_ <: T]] = Seq.empty,\n    val key: String = \"\",\n    val constraints: Seq[Constraint[T]] = Seq.empty)(implicit tagT: ClassTag[T]) extends Mapping[T] {\n\n  import TraitMapping._\n\n  lazy val mappingsByTags: Map[ClassTag[_ <: T], TaggedMapping[_ <: T]] = taggedMappings.map(taggedMapping => taggedMapping.tag -> taggedMapping).toMap\n  lazy val mappingsByStrings: Map[String, TaggedMapping[_ <: T]] = (mappingsByTags map { case (tag, map1) => (tag.toString, map1) }).toMap\n  \n  lazy val tagMapping = single(tagKey -> text).verifying(\n    error = \"tagError\",\n    constraint = mappingsByStrings.contains(_))\n\n  def bind(data: Map[String, String]): Either[Seq[FormError], T] = {\n    tagMapping.bind(data) match {\n      case Left(seq) => Left(seq)\n      case Right(tag) => {\n        mappingsByStrings.get(tag) match {\n          case None => Left(Seq(FormError(key = prefix + tagFieldName, message = \"tagError\", args = Seq(tag))))\n          case Some(taggedMapping) => taggedMapping.bind(data) match {\n            case Left(seq) => Left(seq)\n            case Right(t) => {\n              val seq = validationResultToSeqOfFormErrors(key, mergeValidators(toValidators(constraints))(t))\n              if (seq.isEmpty) Right(t) else Left(seq)\n            }\n          }\n        }\n      }\n    }\n  }\n\n  lazy val mappings: Seq[Mapping[_]] = taggedMappings.foldLeft[Seq[Mapping[_]]](Seq.empty)((seq, mapping) => seq ++ mapping.mappings) ++ tagMapping.mappings\n\n  override def unbind(value: T): Map[String, String] = {\n    val tag = getClassTagOf(value)\n    val map = mappingsByTags.get(tag) match {\n      case None => throw new Exception(s\"Unknown type $tag extending ${tagT}\")\n      case Some(taggedMapping) => taggedMapping.unbind(value.asInstanceOf[taggedMapping.Type])\n    }\n    map + (tagKey -> tag.toString)\n  }\n\n  override def unbindAndValidate(value: T): (Map[String, String], Seq[FormError]) = {\n    val data = unbind(value)\n    val seq = bind(data) match {\n      case Left(seq) => seq\n      case Right(t) => Seq.empty\n    }\n    (data, seq)\n  }\n\n  override def verifying(constraints: play.api.data.validation.Constraint[T]*) = new TraitMapping[T](\n      getClassTagOf,\n      taggedMappings,\n      key,\n      this.constraints ++ constraints)\n\n  override def withPrefix(prefix: String) = new TraitMapping[T](\n      getClassTagOf,\n      taggedMappings.map(_.withPrefix(prefix)),\n      prefix + key,\n      constraints)\n\n  private lazy val prefix = key match {\n    case \"\" => \"\"\n    case s => s + \".\"\n  }\n  \n  lazy val tagKey = prefix + tagFieldName\n\n  def withCase[C <: T](implicit mappingC: Mapping[C], ctag: ClassTag[C]) = new TraitMapping[T](\n      getClassTagOf,\n      taggedMappings :+ new TaggedMapping(mappingC.withPrefix(ctag.toString)),\n      key,\n      constraints)\n}\n\nclass TaggedMapping[T](mapping: Mapping[T])(implicit val tag: ClassTag[T]) extends Mapping[T] {\n\n  type Type = T\n\n  def bind(data: Map[String, String]): Either[Seq[FormError], T] = mapping.bind(data)\n\n  val constraints = mapping.constraints\n\n  val key = mapping.key\n\n  val mappings = mapping.mappings\n\n  def unbind(value: Type)(implicit dummy: ClassTag[Type]) = mapping.unbind(value.asInstanceOf[T])\n\n  def unbind(value: T) = mapping.unbind(value)\n\n  def unbindAndValidate(value: T) = mapping.unbindAndValidate(value)\n\n  def verifying(constraints: play.api.data.validation.Constraint[T]*) = new TaggedMapping[T](mapping.verifying(constraints: _*))\n\n  def withPrefix(prefix: String) = new TaggedMapping[T](mapping.withPrefix(prefix))\n}\n\nobject TraitMapping {\n  val tagFieldName = \"_tag\"\n  \n  def apply[T](getClassTagOf: (T) => ClassTag[_ <: T])(implicit tagT: ClassTag[T]) = new TraitMapping[T](getClassTagOf = getClassTagOf)\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/database\/DatabaseManager.scala","text":"package database\n\nimport java.io.PrintWriter\nimport java.io.File\nimport org.squeryl.Session\nimport org.squeryl.SessionFactory\nimport org.squeryl.adapters.SQLiteAdapter\nimport com.typesafe.config.ConfigFactory\nimport play.api.db.Databases\nimport play.api.db.evolutions.Evolutions\nimport play.api.Logger\nimport ArgsUtil._\n\nclass DatabaseManager(val dbName: String) {\n\n  val conf = ConfigFactory.load()\n  val dbPrefix = \"db.\" + dbName\n  val driver = conf.getString(dbPrefix + \".driver\")\n  val url = conf.getString(dbPrefix + \".url\")\n\n  val database = Databases(\n    driver = driver,\n    url = url,\n    name = dbName)\n\n  def cleanUpEvolutions() {\n    \/\/val s = createAndBindSession()\n    \/\/val c = database.getConnection()\n    Evolutions.cleanupEvolutions(database)\n  }\n  \n  def dropEvolutions() {\n    val s = createAndBindSession()\n    val conn = s.connection\n    val stmt = conn.createStatement()\n    stmt.execute(\"drop table if exists play_evolutions;\")\n  }\n\n  def createAndBindSession(): Session = {\n    val session = Session.create(database.getConnection(), new SQLiteAdapter)\n    session.bindToCurrentThread\n    session\n  }\n}\n\nobject ArgsUtil {\n  def getDatabaseNameFromArgs(args: Array[String]): String =\n    if (args.size == 0) \"default\" else args(0)\n}\n\nobject EvolutionsCleanup {\n  def main(args: Array[String]) {\n    val name = getDatabaseNameFromArgs(args)\n    Logger.info(s\"Cleaning up evolutions for database '$name'\")\n    val dbManager = new DatabaseManager(name)\n    dbManager.cleanUpEvolutions()\n  }\n}\n\nobject DroppingEvolutions {\n  def main(args: Array[String]) {\n    val name = getDatabaseNameFromArgs(args)\n    Logger.info(s\"Dropping table 'play_evolutions' in database '$name'\")\n    val dbManager = new DatabaseManager(name)\n    dbManager.dropEvolutions()\n  }\n}\n\nobject DdlAndEvolutionsCreation {\n  def main(args: Array[String]) {\n    val name = getDatabaseNameFromArgs(args)\n    val dbManager = new DatabaseManager(name)\n    dbManager.createAndBindSession()\n\n    try {\n      Logger.info(s\"Deleting the evolutions files for database '${dbManager.dbName}'.\")\n      val catalogPath = s\"conf\/evolutions\/${dbManager.dbName}\"\n      val catalog = new File(catalogPath)\n      if (catalog.exists()) {\n        if (catalog.isDirectory)\n          catalog.listFiles foreach { _.delete() }\n        catalog.delete()\n      }\n      catalog.mkdir()\n      Logger.info(s\"Evolutions files deleted.\");\n\n      val path = s\"$catalogPath\/1.sql\"\n      val out = new File(path)\n      val w = new PrintWriter(out);\n      \n      Logger.info(s\"Creating DDL and evolutions for database '$name'\")\n\n      w.println(\"# --- !Ups\")\n\n      database.DBSchema.printDdl(w)\n\n      w.println(\"\\n# --- !Downs\")\n\n      database.DBSchema.tables foreach { t =>\n        w.println(s\"drop table ${t.name};\")\n      }\n\n      w.println(\"\"\"\n      |-- The drop statements have been generated only for tables.\n      |-- Remember to add appropriate drop statement for objects of different kinds (e.g. sequences).\"\"\".stripMargin)\n\n      w.flush()\n      w.close()\n\n      Logger.info(s\"DDL successfully written to '$path'. You should see it before applying the evolution.\")\n\n    } catch {\n      case e: Exception => {\n        Logger.error(\"ERROR!!!\")\n        throw e\n      }\n    }\n  }\n}\n\nobject DroppingDatabase {\n  def main(args: Array[String]) {\n    val name = getDatabaseNameFromArgs(args)\n    val dbManager = new DatabaseManager(name)\n    dbManager.createAndBindSession()\n    Logger.info(s\"Dropping database '$name'\")\n    database.DBSchema.drop\n    dbManager.dropEvolutions()\n  }\n}\n\nobject ExplicitDatabaseCreationWithoutEvolutions {\n  def main(args: Array[String]) {\n    val name = getDatabaseNameFromArgs(args)\n    val dbManager = new DatabaseManager(name)\n    dbManager.createAndBindSession()\n    Logger.info(s\"Droping database '$name'\")\n    database.DBSchema.drop\n    Logger.info(s\"Creating database '$name' by squeryl without evolutions\")\n    database.DBSchema.create\n  }\n}\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/database\/DBSchema.scala","text":"package database\n\nimport org.squeryl._\nimport org.squeryl.dsl._\n\nimport scala.language.implicitConversions\nimport scala.collection.generic.CanBuildFrom\n\nimport CustomTypeMode._\n\nobject DBSchema extends Schema {\n\n  import models._\n\n  class DbObject extends KeyedEntity[Long] {\n    val id: Long = 0\n  }\n\n  class LocationDAO(\n    val latitude: Double,\n    val longitude: Double,\n    override val id: Long = 0) extends DbObject\n\n  object LocationDAO {\n    def apply(loc: Location, id: Long = 0): LocationDAO = new LocationDAO(loc.latitude, loc.longitude, id)\n    implicit def toLocation(dao: LocationDAO) = Location(dao.latitude, dao.longitude)\n  }\n\n  class AddressDAO(\n    val locationId: Long,\n    val typeId: Int,\n    override val id: Long = 0) extends DbObject {\n\n    lazy val location: LocationDAO = locations.lookup(locationId).get\n\n    lazy val address: Address = typeId match {\n      case AddressDAO.urbanTypeId => {\n        val uaDao = urbanAddresses.lookup(id).get\n        UrbanAddress(\n          uaDao.country,\n          uaDao.state,\n          uaDao.city,\n          uaDao.street,\n          uaDao.houseNumber,\n          uaDao.flatNumber,\n          location,\n          Some(id))\n      }\n      case AddressDAO.countrysideTypeId => {\n        val caDao = countrysideAddresses.lookup(id).get\n        CountrysideAddress(\n          caDao.country,\n          caDao.state,\n          caDao.county,\n          caDao.houseNumber,\n          location,\n          Some(id))\n      }\n      case _ => throw new Exception(\"Unknkown address type\")\n    }\n  }\n\n  object AddressDAO {\n    val urbanTypeId = 1\n    val countrysideTypeId = 2\n  }\n\n  class UrbanAddressDAO(\n    override val id: Long,\n    val country: String,\n    val state: String,\n    val city: String,\n    val street: String,\n    val houseNumber: String,\n    val flatNumber: Option[Int]) extends DbObject {\n\n    def this() = this(0, \"\", \"\", \"\", \"\", \"\", Some(0))\n  }\n\n  object UrbanAddressDAO {\n    def apply(id: Long, ua: UrbanAddress): UrbanAddressDAO =\n      new UrbanAddressDAO(id, ua.country, ua.state, ua.city, ua.street, ua.houseNumber, ua.flatNumber)\n  }\n\n  class CountrysideAddressDAO(\n    override val id: Long,\n    val country: String,\n    val state: String,\n    val county: String,\n    val houseNumber: String) extends DbObject\n\n  object CountrysideAddressDAO {\n    def apply(id: Long, ca: CountrysideAddress): CountrysideAddressDAO =\n      new CountrysideAddressDAO(id, ca.country, ca.state, ca.county, ca.houseNumber)\n  }\n\n  object implicits {\n    implicit def toLocation(dao: LocationDAO): Location = new Location(dao.latitude, dao.longitude)\n\n    import scalaz.Functor\n\n    implicit class IterableOf[A, That](it: Iterable[A]) {\n      implicit def of[B](implicit f: A => B, bf: CanBuildFrom[Iterable[A], B, That]): That = it.map(f)(bf)\n    }\n\n    implicit def toAddress(dao: AddressDAO): Address = dao.address\n  }\n\n  import implicits._\n\n  val locations = table[LocationDAO](\"locations\")\n\n  private val addressesTable = DBSchema.table[AddressDAO](\"addresses\")\n\n  val urbanAddresses = table[UrbanAddressDAO](\"urban_addresses\")\n\n  val countrysideAddresses = table[CountrysideAddressDAO](\"countryside_addresses\")\n\n  on(urbanAddresses)(ua => declare(\n    ua.id is (primaryKey)))\n\n  on(countrysideAddresses)(ca => declare(\n    ca.id is (primaryKey)))\n\n  \/\/  val addressToLocation = oneToManyRelation(locations, addresses.table).via((l, a) => a.locationId === l.id)\n  \/\/\n  \/\/  val urbanAddressToAddress = oneToManyRelation(addressesTable, urbanAddresses).via((a, ua) => a.id === ua.id)\n  \/\/\n  \/\/  val countrysideAddressToAddress = oneToManyRelation(addressesTable, countrysideAddresses).via((a, ca) => a.id === ca.id)\n\n  object addresses {\n    val table = addressesTable\n\n    def delete(id: Long): Boolean = inTransaction {\n      table.lookup(id) match {\n        case Some(dao) => {\n          dao.typeId match {\n            case AddressDAO.urbanTypeId => urbanAddresses.delete(id)\n            case AddressDAO.countrysideTypeId => countrysideAddresses.delete(id)\n          }\n          table.delete(id)\n        }\n        case None => false\n      }\n    }\n\n    def lookup(id: Long): Option[Address] = inTransaction {\n      table.lookup(id) match {\n        case None => None\n        case Some(dao) => Some(dao.address)\n      }\n    }\n\n    def insertOrUpdate(address: Address): Either[Boolean, Long] = inTransaction {\n      address.idOpt match {\n        case None => Right(insert(address))\n        case Some(id) =>\n          table.lookup(id) match {\n            case None => Right(insert(address))\n            case Some(dao) => Left(update(address))\n          }\n      }\n    }\n\n    def insert(address: Address): Long = inTransaction {\n      val locationDAO = locations.insert(LocationDAO(address.location))\n\n      address match {\n        case ua: UrbanAddress => {\n          val dao = table.insert(new AddressDAO(locationDAO.id, AddressDAO.urbanTypeId))\n          urbanAddresses.insert(UrbanAddressDAO(dao.id, ua))\n          dao.id\n        }\n        case ca: CountrysideAddress => {\n          val dao = table.insert(new AddressDAO(locationDAO.id, AddressDAO.countrysideTypeId))\n          countrysideAddresses.insert(CountrysideAddressDAO(dao.id, ca))\n          dao.id\n        }\n      }\n    }\n\n    def update(address: Address): Boolean = inTransaction {\n      address.idOpt match {\n        case None => false\n        case Some(id) => table.lookup(id) match {\n          case None => false\n          case Some(dao) => {\n            try {\n              locations.update(LocationDAO(address.location, dao.locationId))\n              address match {\n                case ua: UrbanAddress => {\n                  if (dao.typeId != AddressDAO.urbanTypeId)\n                    throw new Exception(\"Change of address type is not allowed\")\n                  urbanAddresses.update(UrbanAddressDAO(dao.id, ua))\n                }\n                case ca: CountrysideAddress => {\n                  if (dao.typeId != AddressDAO.countrysideTypeId)\n                    throw new Exception(\"Change of address type is not allowed\")\n                  countrysideAddresses.update(CountrysideAddressDAO(dao.id, ca))\n                }\n              }\n              true\n            } catch {\n              case e: Exception => {\n                false\n              }\n            }\n          }\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"project\/DatabaseManaging.scala","text":"import sbt._\nimport sbt.Keys._\n\nimport CommandsHelper._\n\nobject DatabaseManaging {\n  def cleanupEvolutions = Command.args(\"cleanupEvolutions\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.EvolutionsCleanup \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n\n  def createDdl = Command.args(\"createDdlAndEvolutions\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.DdlAndEvolutionsCreation \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n\n  def dropEvolutions = Command.args(\"dropEvolutions\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.DroppingEvolutions \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n\n  def dropDb = Command.args(\"dropDb\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.DroppingDatabase \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n\n  def createDbExplicitly = Command.args(\"createDbExplicitly\", \"<databe's name>\") { (state, args) =>\n    def processName(name: String): String = \"runMain database.ExplicitDatabaseCreationWithoutEvolutions \" + name\n    val names: Seq[String] = if (args.size > 0) args else Seq(\"\")\n    makeCommandsList(state, names)(processName _)\n  }\n\n  }\n"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/Authentication.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms<gh_stars>0\npackage controllers\n\nimport play.api.mvc._\nimport play.api.mvc.Results._\n\nimport com.google.inject.Inject\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Future\n\nobject Authentication {\n\n  class UserOptRequest[A](val usernameOpt: Option[String], val passwordOpt: Option[String], request: Request[A]) extends WrappedRequest[A](request)\n\n  class UserActionBuilder @Inject() (val parser: BodyParsers.Default)(implicit val executionContext: ExecutionContext)\n    extends ActionBuilder[UserOptRequest, AnyContent] with ActionTransformer[Request, UserOptRequest] {\n\n    def transform[A](request: Request[A]) = Future.successful {\n      val usernameOpt = request.session.get(\"username\")\n      val passwordOpt = request.session.get(\"password\")\n      new UserOptRequest(usernameOpt, passwordOpt, request)\n    }\n  }\n\n  case class AuthenticatedUserRequest[A](val username: String, request: Request[A]) extends WrappedRequest[A](request)\n\n  def UserAuthentication(implicit ec: ExecutionContext) = new ActionRefiner[UserOptRequest, AuthenticatedUserRequest] {\n\n    def executionContext = ec\n\n    def refine[A](userRequest: UserOptRequest[A]): Future[Either[Result, AuthenticatedUserRequest[A]]] = Future.successful {\n      import userRequest._\n      (usernameOpt, passwordOpt) match {\n        case (Some(\"admin\"), Some(\"123\")) => Right(AuthenticatedUserRequest(\"admin\", userRequest))\n        case (Some(\"tester\"), Some(\"456\")) => Right(AuthenticatedUserRequest(\"tester\", userRequest))\n        case _ => Left(Forbidden)\n      }\n    }\n  }\n\n  def AdminAuthentication(implicit ec: ExecutionContext) = new ActionFilter[AuthenticatedUserRequest] {\n\n    def executionContext = ec\n\n    def filter[A](authUserRequest: AuthenticatedUserRequest[A]): Future[Option[Result]] = Future.successful {\n      if (authUserRequest.username == \"admin\")\n        None\n      else\n        Some(Forbidden)\n    }\n  }\n\n  case class AuthenticatedUserAction[A](block: Request[A] => Future[Result])(implicit val executionContext: ExecutionContext, val parser: BodyParser[A], userActionBuilder: UserActionBuilder)\n  extends Action[A] {\n\n    def apply(request: Request[A]): Future[Result] = {\n      userActionBuilder andThen UserAuthentication invokeBlock (request, block)\n    }\n  }\n  \n  case class AdminAction[A](block: Request[A] => Future[Result])(implicit val executionContext: ExecutionContext, val parser: BodyParser[A], userActionBuilder: UserActionBuilder)\n  extends Action[A] {\n\n    def apply(request: Request[A]): Future[Result] = {\n      userActionBuilder andThen UserAuthentication andThen AdminAuthentication invokeBlock (request, block)\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/main\/CustomLoader.scala","text":"package main\n\nimport com.softwaremill.macwire._\nimport play.inject.guice.GuiceApplicationLoader\nimport play.api.inject.guice.GuiceableModuleConversions\nimport play.api.ApplicationLoader.Context\nimport play.api.routing.Router\nimport play.api.db.DBComponents\nimport play.api.db.evolutions.EvolutionsComponents\nimport play.api.db.HikariCPComponents\nimport play.api.i18n.I18nComponents\nimport play.api.BuiltInComponentsFromContext\nimport play.filters.HttpFiltersComponents\n\nimport controllers.HomeController\nimport controllers.LocationController\nimport controllers.AddressController\nimport controllers.UserController\nimport controllers.AssetsComponents\nimport controllers.AuthenticationController\nimport controllers.Authentication.UserActionBuilder\n\nimport akka.actor.ActorSystem\nimport router.Routes\n\nimport javax.inject.Singleton\n\nimport scala.concurrent.ExecutionContext\n\nimport play.api.libs.concurrent.CustomExecutionContext\nimport play.api.inject.guice.GuiceableModule\nimport com.google.inject._\n\nimport play.api.mvc.BodyParsers\nimport play.api.mvc.BodyParser\nimport play.api.mvc.AnyContent\n\n\n\n\nclass CustomLoader extends GuiceApplicationLoader {\n  def load(context: Context) = new ApplicationComponents(context).application\n}\n\ntrait MyAssetsComponents extends AssetsComponents\n\nclass ApplicationComponents(context: Context) extends BuiltInComponentsFromContext(context)\n  with HttpFiltersComponents\n  with AssetsComponents\n  with DBComponents\n  with EvolutionsComponents\n  with HikariCPComponents\n  with I18nComponents {\n  \n  implicit lazy val implicitExecutionContext: ExecutionContext = executionContext\n  implicit lazy val parser: BodyParsers.Default = wire[BodyParsers.Default]\n  implicit lazy val userActionBuilder = wire[UserActionBuilder]\n  \n  lazy val appActorSystem: ActorSystem = actorSystem\n  lazy val homeController = wire[HomeController]\n  lazy val authenticationController = wire[AuthenticationController]\n  lazy val locationController = wire[LocationController]\n  lazy val addressController = wire[AddressController]\n  lazy val userController = wire[UserController]\n\/\/  lazy val router = wire[Routes]\n  lazy val router: Router = new Routes(httpErrorHandler, homeController, authenticationController, locationController, addressController, userController, assets)\n  \n  applicationEvolutions\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/forms\/NonEmptyString.scala","text":"package forms\n\nimport scala.language.implicitConversions\n\nimport play.api.data.Forms._\nimport play.api.data.{Mapping, FieldMapping}\nimport play.api.data.validation.Constraints._\nimport play.api.data.format.Formatter\nimport play.api.data.validation.ValidationError\nimport play.api.data.validation.Constraint\nimport play.api.data.validation.Invalid\nimport play.api.data.validation.Valid\n\ncase class NonEmptyString(val s: String) {\n  override def toString = s\n}\n\nobject NonEmptyString {\n  \n  implicit def apply(s: String) = new NonEmptyString(s)\n  \n  implicit def toScalaString(nes: NonEmptyString) = nes.s\n  \n  implicit object formatter extends Formatter[NonEmptyString] {\n    \n    override val format = nonEmptyText.format\n    \n    override def bind(key: String, data: Map[String, String]) = single(key -> nonEmptyText).bind(data) match {\n      case Left(seq) => Left(seq)\n      case Right(s) => Right(NonEmptyString(s))\n    }\n    \n    override def unbind(key: String, value: NonEmptyString) = Map(key -> value.toString)\n  }\n  \n  val constraint = Constraints.createConstraint[NonEmptyString](\"constraint.required\", Seq(nes => {\n    if (nes.s.isEmpty())\n      Invalid(Seq(ValidationError(Seq(\"error.required\"), Seq.empty)))\n    else\n      Valid\n      }))\n  \n  implicit val mapping: Mapping[NonEmptyString] = of[NonEmptyString](formatter).verifying(constraint)\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/database\/CreateExampleData.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\npackage database\n\nimport org.squeryl.SessionFactory\nimport play.api.Logger\n\nimport database.CustomTypeMode._\nimport database.{ DBSchema => schema }\nimport models._\n\nobject CreateExampleData {\n\n  def main(args: Array[String]) {\n\n    val name = ArgsUtil.getDatabaseNameFromArgs(args)\n\n    val dbManager = new DatabaseManager(name)\n\n    SessionFactory.concreteFactory = Some(() => {\n      dbManager.createAndBindSession()\n    })\n\n    Logger.info(s\"Creating example data for database '$name'\")\n\n    transaction {\n      val addresses = List(\n        UrbanAddress(\"Poland\", \"mazowieckie\", \"Warszawa\", \"ul. Ste<NAME>\", \"2\", None, Location(52.2117529, 20.9812973)),\n        UrbanAddress(\"Poland\", \"mazowieckie\", \"Warszawa\", \"ul. Ludwika Pasteura\", \"7\", None, Location(52.211805, 20.982751)),\n        UrbanAddress(\"Poland\", \"mazowieckie\", \"Warszawa\", \"ul. Ratuszowa\", \"1\", Some(3), Location(52.2525177, 21.0078917)),\n        UrbanAddress(\"Poland\", \"ma\u0142opolskie\", \"Krak\u00f3w\", \"ul. Wawel\", \"5\", None, Location(50.0523334,19.9527663)),\n        UrbanAddress(\"Poland\", \"ma\u0142opolskie\", \"Krak\u00f3w\", \"pl. Mariacki\", \"5\", None, Location(50.0621583,19.9454559)),\n        UrbanAddress(\"Poland\", \"ma\u0142opolskie\", \"Krak\u00f3w\", \"ul. \u015aliczna \", \"32a\", Some(8), Location(52.2525177, 21.0078917)),\n        CountrysideAddress(\"Poland\", \"ma\u0142opolskie\", \"<NAME>\", \"70\", Location(50.2347606,19.8931922)),\n        CountrysideAddress(\"Poland\", \"ma\u0142opolskie\", \"Minoga\", \"122\", Location(50.2347606,19.8931922)),\n        UrbanAddress(\"Germany\", \"Berlin\", \"Berlin\", \"Invalidenstra\u00dfe\", \"131\", None, Location(52.5323402,13.3861044)))\n\n      for (address <- addresses)\n        schema.addresses.insert(address)\n    }\n  }\n}"}
{"repo_name":"krzpiesiewicz\/play-squeryl-twirl-forms","path":"app\/controllers\/HomeController.scala","text":"<reponame>krzpiesiewicz\/play-squeryl-twirl-forms\npackage controllers\n\nimport com.google.inject._\nimport play.api._\nimport play.api.mvc._\nimport play.api.data._\nimport play.api.data.Forms._\nimport play.api.i18n.{ Langs, Lang }\n\n@Singleton\nclass HomeController @Inject() (cc: ControllerComponents) extends AbstractController(cc) with play.api.i18n.I18nSupport {\n\n  def index() = Action { implicit request: Request[AnyContent] =>\n    {\n      Ok(views.html.indexPage())\n    }\n  }\n\n  def langRedirection() = Action { implicit request: Request[AnyContent] =>\n    {\n      val defaultUrl = routes.HomeController.index().url\n      \n      val (url, langOpt) = Form(\n        tuple(\n          \"langCode\" -> text,\n          \"uri\" -> text,\n          \"method\" -> text)).bindFromRequest().value match {\n          case Some((langCode, uri, method)) => {\n            val lang = Lang(langCode)\n            \n            val langOpt = if (main.ScalaI18nService.availableLangs.contains(lang))\n              Some(lang)\n            else\n              None\n              \n            val url = method match {\n              case \"GET\" => uri\n              case _ => defaultUrl\n            }\n            \n            (url, langOpt)\n          }\n          case None => (defaultUrl, None)\n        }\n      \n      langOpt match {\n        case Some(lang) => Redirect(url).withLang(lang)\n        case None => Redirect(url)\n      }\n    }\n  }\n}"}
{"repo_name":"levyavi\/cake-pattern","path":"src\/test\/scala\/Example2Test.scala","text":"<filename>src\/test\/scala\/Example2Test.scala<gh_stars>10-100\nimport org.junit._\nimport Assert._\nimport examples.example2._\n\n@Test\nclass Example2Test {\n\n  @Test\n  def testThatInstancesOfCAreDifferent {\n    println(\"a.c.value=\" + Registry.a.c.value)\n    println(\"b.c.value=\" + Registry.b.c.value)\n    assertFalse(Registry.a.c.value == Registry.b.c.value)\n  }\n\n}\n"}
{"repo_name":"levyavi\/cake-pattern","path":"src\/main\/scala\/examples.scala","text":"<reponame>levyavi\/cake-pattern<gh_stars>10-100\npackage examples {\n\n  trait Configuration {\n    def value: String\n  }\n\n  class DefaultConfiguration extends Configuration {\n    val value = \"production\"\n  }\n\n  class TestingConfiguration extends Configuration {\n    val value = \"test\"\n  }\n\n  trait ConfigurationComponent {\n    val configuration: Configuration\n  }\n\n}\n\npackage examples.example1 {\n\n  \/**\n   * *\n   * Uses the cake pattern in scala to perform dependency injection.\n   *\n   * In this example B depends on Configuration and A and A depends\n   * on Configuration.\n   *\n   *\/\n\n  import examples._\n\n  trait AComponent {\n    this: ConfigurationComponent =>\n    val a: A\n    class A {\n      val value = \"a-\" + configuration.value\n    }\n  }\n\n  trait BComponent {\n    this: ConfigurationComponent with AComponent =>\n    val b: B\n    class B {\n      val value = a.value + \"-b-\" + configuration.value\n    }\n  }\n\n  trait Components\n    extends ConfigurationComponent\n    with AComponent\n    with BComponent\n\n  object Registry extends Components {\n    val configuration = new DefaultConfiguration\n    val a = new A()\n    val b = new B()\n  }\n\n  object RegistryTesting extends Components {\n    val configuration = new TestingConfiguration\n    val a = new A()\n    val b = new B()\n  }\n}\n\npackage examples.example2 {\n\n  \/**\n   * *\n   * Uses the cake pattern in scala to perform dependency injection.\n   *\n   * In this example we build on example 1 providing A and B with different instances of C\n   * which is itself dependent on configuration.\n   *\n   * ```\n   * B -> Configuration\n   *   -> A\n   *   -> C\n   * A -> Configuration\n   *   -> C (different instance)\n   * C -> Configuration\n   * ```\n   *\/\n\n  import examples._\n  import java.util.UUID._\n\n  trait AComponent {\n    this: ConfigurationComponent with CComponent =>\n    val a: A\n    class A {\n      val c = new C()\n      val value = \"a-\" + configuration.value + \"-\" + c.value\n    }\n  }\n\n  trait BComponent {\n    this: ConfigurationComponent with AComponent with CComponent =>\n    val b: B\n    class B {\n      val c = new C()\n      val value = a.value + \"-b-\" + configuration.value + \"-\" + c.value\n    }\n  }\n\n  trait CComponent {\n    this: ConfigurationComponent =>\n    class C {\n      val value = \"c-\" + configuration.value + \"-\" +\n        randomUUID.toString.substring(1, 5)\n    }\n  }\n\n  trait Components\n    extends ConfigurationComponent\n    with AComponent\n    with BComponent\n    with CComponent\n\n  object Registry extends Components {\n    val configuration = new DefaultConfiguration\n    val a = new A()\n    val b = new B()\n  }\n\n}"}
{"repo_name":"levyavi\/cake-pattern","path":"src\/test\/scala\/Example1Test.scala","text":"import org.junit._\nimport Assert._\nimport examples.example1._\n\n@Test\nclass Example1Test {\n  \n  @Test\n  def demonstrateRuntimeUsageOfCakePattern{\n    println(\"using production ComponentRegistry\")\n    println (\"a.value=\"+ Registry.a.value)\n    println (\"b.value=\"+ Registry.b.value)\n    \n    println(\"using testing ComponentRegistry\")\n    println (\"a.value=\"+ RegistryTesting.a.value)\n    println (\"b.value=\"+ RegistryTesting.b.value)\n    \n    assertEquals(\"a-production\",Registry.a.value)\n    assertEquals(\"a-test\",RegistryTesting.a.value)\n    assertEquals(\"a-production-b-production\",Registry.b.value)\n    assertEquals(\"a-test-b-test\",RegistryTesting.b.value)\n  } \n  \n}"}
{"repo_name":"levyavi\/cake-pattern","path":"build.sbt","text":"import sbt._\n\nresolvers += \"Local Maven Repository\" at \"file:\/\/\"+Path.userHome.absolutePath+\"\/.m2\/repository\"\n\nexternalPom()\n\n\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/MackerelClient.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s\n\nimport com.krrrr38.mackerel4s.api._\nimport com.krrrr38.mackerel4s.model.Types._\n\ntrait ClientSetting {\n  val USER_AGENT_KEY = \"User-Agent\"\n  val API_VERSION: String\n  val AUTH_HEADER_KEY: String\n  val BASE_URL: String\n}\n\nobject MackerelClientSetting extends ClientSetting {\n  val API_VERSION = \"v0\"\n  val AUTH_HEADER_KEY = \"X-Api-Key\"\n  val BASE_URL = s\"https:\/\/mackerel.io\/api\/$API_VERSION\"\n}\n\n\/**\n * This class consists Mackerel API Http Client.\n * All Request would returned Future response.\n *\n * Usage example:\n * {{{\n *   import com.krrrr38.mackerel4s.MackerelClient\n *   import com.krrrr38.mackerel4s.model.MackerelResponseError\n *   val mackerel = new MackerelClient(\"api-key\", \"user-agent\")\n *   mackerel.listHosts.setService(\"service-name\").run onComplete {\n *     case Success(res) => ...\n *     case Failure(ex: MackereResponseError) => s.statusCode ...\n *     case Failure(ex) => ...\n *   }\n * }}}\n *\n * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0]]\n * @param apiKey get from [[https:\/\/mackerel.io\/my?tab=overview#apikey]]\n *\/\nclass MackerelClient(val apiKey: ApiKey, val userAgent: String)\n    extends MackerelClientBase\n    with ServiceAPI\n    with RoleAPI\n    with HostAPI\n    with GraphDefAPI\n    with HostMetricAPI\n    with ServiceMetricAPI\n    with CheckReportAPI\n    with MonitorAPI\n    with AlertAPI {\n  \/**\n   * create mackerel api client with default user agent\n   * @see MackerelClient#this(ApiKey, String)\n   * @param apiKey\n   *\/\n  def this(apiKey: ApiKey) =\n    this(apiKey, \"mackerel-client-scala\")\n\n  val setting: ClientSetting = MackerelClientSetting\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListHostsBuilder.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s\npackage builder\n\nimport com.krrrr38.mackerel4s.model.Types.{ HostName, Path, RoleName, ServiceName }\nimport com.krrrr38.mackerel4s.model.{ HostStatus, HostsResponse }\nimport dispatch.Req\n\nobject ListHostsBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/hosts.json\"\n  override val MethodVerb = MethodVerbGet\n\n  def apply(\n    client: Path => Req,\n    service: Option[String],\n    roles: Seq[RoleName],\n    name: Option[String],\n    statuses: Seq[HostStatus]): ListHostsBuilder =\n    ListHostsBuilder(\n      baseRequest(client, ()),\n      ListHostsParams(service, roles, name, statuses)\n    )\n}\n\nprivate[builder] case class ListHostsParams(\n  service: Option[ServiceName] = None,\n  roles: Seq[RoleName] = Nil,\n  name: Option[HostName] = None,\n  statuses: Seq[HostStatus] = Nil)\n\nprivate[builder] case class ListHostsBuilder(private val req: Req, params: ListHostsParams) extends RequestBuilder[HostsResponse] {\n\n  object Params {\n    val SERVICE = \"service\"\n    val ROLE = \"role\"\n    val NAME = \"name\"\n    val STATUS = \"status\"\n  }\n\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = {\n    val parameters = params.service.map(Params.SERVICE -> _).toSeq ++\n      params.roles.map(Params.ROLE -> _) ++\n      params.name.map(Params.NAME -> _).toSeq ++\n      params.statuses.map(Params.STATUS -> _.toString)\n    parameters.foldLeft(req) {\n      case (r, (key, value)) =>\n        r.addQueryParameter(key, value)\n    }\n  }\n\n  def setService(service: ServiceName) = this.copy(params = params.copy(service = Some(service)))\n\n  def addRole(role: RoleName) = this.copy(params = params.copy(roles = role +: params.roles))\n\n  def addRoles(roles: Seq[RoleName]) = this.copy(params = params.copy(roles = roles ++ params.roles))\n\n  def setName(name: HostName) = this.copy(params = params.copy(name = Some(name)))\n\n  def addStatus(status: HostStatus) = this.copy(params = params.copy(statuses = status +: params.statuses))\n\n  def addStatuses(statuses: Seq[HostStatus]) = this.copy(params = params.copy(statuses = statuses ++ params.statuses))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostCheckReportBuilder.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostCheckReportBuilder.scala\npackage com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Types.Path\nimport com.krrrr38.mackerel4s.model.{ CheckReport, SuccessResponse }\nimport dispatch.Req\nimport org.json4s.jackson.Serialization\n\nobject PostCheckReportBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/monitoring\/checks\/report\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, reports: Seq[CheckReport]): PostCheckReportBuilder =\n    PostCheckReportBuilder(baseRequest(client, ()), reports)\n}\n\nprivate[builder] case class PostCheckReportBuilder(private val req: Req, reports: Seq[CheckReport]) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(Map(\"reports\" -> reports)))\n\n  def addReport(report: CheckReport) = this.copy(reports = report +: this.reports)\n\n  def addReports(reports: Seq[CheckReport]) = this.copy(reports = reports ++ this.reports)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/CreateHostBuilder.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\nimport org.json4s.{ NoTypeHints, JObject }\nimport org.json4s.jackson.{ JsonMethods, Serialization }\n\nimport com.krrrr38.mackerel4s.model.{ Interface, HostIdResponse }\nimport com.krrrr38.mackerel4s.model.Types.{ Path, HostName, RoleFullname }\n\nobject CreateHostBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/hosts\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, name: HostName, roleFullnames: Seq[RoleFullname] = Nil): CreateHostBuilder =\n    CreateHostBuilder(baseRequest(client, ()), CreateHostParams(name, roleFullnames = roleFullnames))\n}\n\nprivate[builder] case class CreateHostParams(\n  name: HostName = \"\",\n  meta: JObject = JObject(),\n  interfaces: Seq[Interface] = Nil,\n  roleFullnames: Seq[RoleFullname] = Nil)\n\nprivate[builder] case class CreateHostBuilder(private val req: Req, params: CreateHostParams) extends RequestBuilder[HostIdResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(params))\n\n  def setName(name: HostName) = this.copy(params = params.copy(name = name))\n  def setMeta(meta: JObject) = this.copy(params = params.copy(meta = meta))\n  def setMeta(metaJsonObject: String) = {\n    val meta = JsonMethods.parse(metaJsonObject).asInstanceOf[JObject]\n    this.copy(params = params.copy(meta = meta))\n  }\n  def addInterface(interface: Interface) = this.copy(params = params.copy(interfaces = interface +: params.interfaces))\n  def addInterfaces(interfaces: Seq[Interface]) = this.copy(params = params.copy(interfaces = interfaces ++ params.interfaces))\n\n  \/**\n   * set role name such as \"<service-name>:<role-name>\".\n   * They are constructed by `\/^[A-Za-z0-9][A-Za-z0-9_-]+$\/`\n   * @param fullname\n   * @return\n   *\/\n  def addRoleFullname(fullname: RoleFullname) = this.copy(params = params.copy(roleFullnames = fullname +: params.roleFullnames))\n\n  \/**\n   * set role names such as Seq(\"<service-name>:<role-name>\").\n   * They are constructed by `\/^[A-Za-z0-9][A-Za-z0-9_-]+$\/`\n   * @param fullnames\n   * @return\n   *\/\n  def addRoleFullnames(fullnames: Seq[RoleFullname]) = this.copy(params = params.copy(roleFullnames = fullnames ++ params.roleFullnames))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Role.scala","text":"package com.krrrr38.mackerel4s\npackage model\n\ncase class Role(name: String, memo: String)\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/model\/MonitorOperatorSpec.scala","text":"package com.krrrr38.mackerel4s.model\n\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass MonitorOperatorSpec extends FunSpec with Matchers {\n\n  describe(\"MonitorOperator#toString\") {\n    it(\"convert successfully\") {\n      MonitorOperatorLT.toString shouldBe \"<\"\n      MonitorOperatorGT.toString shouldBe \">\"\n    }\n\n    describe(\"MonitorOperator#fromString\") {\n      it(\"convert successfully\") {\n        MonitorOperator.fromString(\"<\") shouldBe Some(MonitorOperatorLT)\n        MonitorOperator.fromString(\">\") shouldBe Some(MonitorOperatorGT)\n        MonitorOperator.fromString(\"yunotti\") shouldBe None\n      }\n    }\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Host.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Host.scala\npackage com.krrrr38.mackerel4s\npackage model\n\nimport com.krrrr38.mackerel4s.model.Types._\n\nobject HostStatus {\n  def fromString(status: String): Option[HostStatus] = status match {\n    case \"working\" => Some(HostStatusWorking)\n    case \"standby\" => Some(HostStatusStandby)\n    case \"maintenance\" => Some(HostStatusMaintenance)\n    case \"poweroff\" => Some(HostStatusPoweroff)\n    case _ => None\n  }\n}\n\nsealed trait HostStatus {\n  override def toString = this match {\n    case HostStatusWorking => \"working\"\n    case HostStatusStandby => \"standby\"\n    case HostStatusMaintenance => \"maintenance\"\n    case HostStatusPoweroff => \"poweroff\"\n  }\n}\n\ncase object HostStatusWorking extends HostStatus\n\ncase object HostStatusStandby extends HostStatus\n\ncase object HostStatusMaintenance extends HostStatus\n\ncase object HostStatusPoweroff extends HostStatus\n\ncase class Host(\n  id: HostID,\n  name: HostName,\n  isRetired: Boolean,\n  meta: org.json4s.JValue,\n  `type`: String,\n  status: HostStatus,\n  memo: String,\n  createdAt: Int,\n  roles: Map[ServiceName, Seq[RoleName]],\n  interfaces: Seq[Interface])\n\ncase class Interface(name: String, ipAddress: String, macAddress: String, networkId: Option[String] = None)\n\ncase class MetricValue(value: Double, time: Long)\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/GetHostBuilder.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s\npackage builder\n\nimport com.krrrr38.mackerel4s.model.Types.{ Path, HostID }\nimport dispatch.Req\nimport com.krrrr38.mackerel4s.model.HostResponse\n\nobject GetHostBuilder extends APIBuilder[HostID] {\n  override val FullPath = (hostId: HostID) => s\"\/hosts\/$hostId\"\n  override val MethodVerb: MethodVerb = MethodVerbGet\n\n  def apply(client: Path => Req, hostId: HostID): GetHostBuilder =\n    GetHostBuilder(baseRequest(client, hostId))\n}\n\nprivate[builder] case class GetHostBuilder(private val req: Req) extends RequestBuilder[HostResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/CheckReportStatusSerializerSpec.scala","text":"package com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass CheckReportStatusSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"CheckReportStatusOperator\") {\n    it(\"success to serialize\/deserialize `OK`\") {\n      val jsonStr = Serialization.write(CheckReportStatusWrapper(CheckReportStatusOK))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"OK\")\n      json.extract[CheckReportStatusWrapper].status shouldBe CheckReportStatusOK\n    }\n    it(\"success to serialize\/deserialize `CRITICAL`\") {\n      val jsonStr = Serialization.write(CheckReportStatusWrapper(CheckReportStatusCritical))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"CRITICAL\")\n      json.extract[CheckReportStatusWrapper].status shouldBe CheckReportStatusCritical\n    }\n    it(\"success to serialize\/deserialize `WARNING`\") {\n      val jsonStr = Serialization.write(CheckReportStatusWrapper(CheckReportStatusWarning))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"WARNING\")\n      json.extract[CheckReportStatusWrapper].status shouldBe CheckReportStatusWarning\n    }\n    it(\"success to serialize\/deserialize `UNKNOWN`\") {\n      val jsonStr = Serialization.write(CheckReportStatusWrapper(CheckReportStatusUnknown))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"UNKNOWN\")\n      json.extract[CheckReportStatusWrapper].status shouldBe CheckReportStatusUnknown\n    }\n  }\n\n  case class CheckReportStatusWrapper(status: CheckReportStatus)\n\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/CloseAlertBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Alert\nimport com.krrrr38.mackerel4s.model.Types.{ AlertID, Path }\nimport dispatch.Req\nimport org.json4s.jackson.Serialization\n\nobject CloseAlertBuilder extends APIBuilder[AlertID] {\n  override val FullPath = (alertId: AlertID) => s\"\/alerts\/$alertId\/close\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, alertId: AlertID, reason: String): CloseAlertBuilder =\n    CloseAlertBuilder(baseRequest(client, alertId), CloseAlertParams(reason))\n}\n\nprivate[builder] case class CloseAlertParams(reason: String)\n\nprivate[builder] case class CloseAlertBuilder(private val req: Req, params: CloseAlertParams) extends RequestBuilder[Alert] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(params))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/RequestBuilder.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s\npackage builder\n\nimport com.krrrr38.mackerel4s.serializer.MackerelSerializer\nimport dispatch._\nimport org.json4s._\nimport com.fasterxml.jackson.core.JsonParseException\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.reflect.{ ClassTag, classTag }\n\nimport com.krrrr38.mackerel4s.model.{ MackerelClientException, MackerelResponseError, APIResponse }\nimport com.krrrr38.mackerel4s.model.Types.Path\n\nsealed trait MethodVerb {\n  val setMethod: Req => Req\n}\ncase object MethodVerbGet extends MethodVerb {\n  override val setMethod: (Req) => Req = _.GET\n}\ncase object MethodVerbPost extends MethodVerb {\n  override val setMethod: (Req) => Req = _.POST\n}\ncase object MethodVerbPut extends MethodVerb {\n  override val setMethod: (Req) => Req = _.PUT\n}\ncase object MethodVerbDelete extends MethodVerb {\n  override val setMethod: (Req) => Req = _.DELETE\n}\n\ntrait APIBuilder[A] {\n  val FullPath: A => String\n  val MethodVerb: MethodVerb\n  def baseRequest(client: Path => Req, arg: A) =\n    MethodVerb.setMethod(client(FullPath(arg)))\n}\n\ntrait RequestBuilder[A <: APIResponse] {\n  implicit val formats = MackerelSerializer.FORMATS\n\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  protected def buildRequest: Req\n\n  \/**\n   * run built request and get api response\n   * @return\n   *\/\n  def run(implicit m: Manifest[A]): scala.concurrent.Future[A] =\n    Http(buildRequest).flatMap(parse)\n\n  \/**\n   * parse api response to get Scala object\n   * @param response\n   * @param m\n   * @return\n   *\/\n  def parse(response: Res)(implicit m: Manifest[A]): Future[A] = Future {\n    val code = response.getStatusCode\n    val body = response.getResponseBody\n    if (200 <= code && code < 300) {\n      val json = maybeFail[JValue, JsonParseException](body, jackson.JsonMethods.parse(body))\n      maybeFail[A, MappingException](body, json.extract[A])\n    } else {\n      \/\/ XXX sometimes Mackerel return html when sending invalid request\n      throw new MackerelResponseError(code, response.getContentType, response.getHeaders, body)\n    }\n  }\n\n  private def maybeFail[B, E <: Throwable: ClassTag](body: String, f: => B): B = {\n    try {\n      f\n    } catch {\n      case ex if classTag[E].runtimeClass.isInstance(ex) => throw new MackerelClientException(\"Failed to parse response: \" + ex.getMessage, body, ex)\n    }\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/model\/AlertStatuSpec.scala","text":"<filename>src\/test\/scala\/com\/krrrr38\/mackerel4s\/model\/AlertStatuSpec.scala\npackage com.krrrr38.mackerel4s.model\n\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass AlertStatuSpec extends FunSpec with Matchers {\n\n  describe(\"AlertStatus#toString\") {\n    it(\"change correctly\") {\n      AlertStatusOK.toString shouldBe \"OK\"\n      AlertStatusCritical.toString shouldBe \"CRITICAL\"\n      AlertStatusWarning.toString shouldBe \"WARNING\"\n      AlertStatusUnknown.toString shouldBe \"UNKNOWN\"\n    }\n  }\n\n  describe(\"AlertStatus#fromString\") {\n    it(\"change correctly\") {\n      AlertStatus.fromString(\"OK\") shouldBe Some(AlertStatusOK)\n      AlertStatus.fromString(\"CRITICAL\") shouldBe Some(AlertStatusCritical)\n      AlertStatus.fromString(\"WARNING\") shouldBe Some(AlertStatusWarning)\n      AlertStatus.fromString(\"UNKNOWN\") shouldBe Some(AlertStatusUnknown)\n      AlertStatus.fromString(\"yuno\") shouldBe None\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/GraphDefAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model._\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass GraphDefAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends GraphDefAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"create graph def through api\") {\n    it(\"return success\") {\n      val graphDef = GraphDef(Map(\"graphname\" -> Graph(\"graphlabel\", GraphUnitTypeInteger, Seq(GraphMetric(\"metricname\", \"metriclabel\", false)))))\n      val futureResponse =\n        MockHostAPI.createGraphDef(Seq(graphDef))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/ServiceAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass ServiceAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends ServiceAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"get service list through api\") {\n    it(\"return service\") {\n      val futureResponse =\n        MockHostAPI.listServices\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        \/\/ see src\/test\/resources\/api\/GET\/v0\/services.json\n        res.services.size shouldBe 1\n        val service = res.services(0)\n        service.name shouldBe \"website\"\n        service.memo shouldBe \"memo\"\n        service.roles shouldBe List(\"app\", \"db\")\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListServicesBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.ServicesResponse\nimport com.krrrr38.mackerel4s.model.Types.Path\nimport dispatch.Req\n\nobject ListServicesBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/services\"\n  override val MethodVerb = MethodVerbGet\n\n  def apply(client: Path => Req): ListServicesBuilder =\n    ListServicesBuilder(baseRequest(client, ()))\n}\n\nprivate[builder] case class ListServicesBuilder(private val req: Req) extends RequestBuilder[ServicesResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Tsdb.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Tsdb.scala\npackage com.krrrr38.mackerel4s\npackage model\n\nimport java.util.Date\n\nimport Types._\n\n\/**\n * host tsdb data\n * @param hostId\n * @param name data name\n * @param value data value\n * @param time epoch second\n *\/\ncase class HostMetric(hostId: HostID, name: MetricName, value: Double, time: Long)\n\nobject HostMetric {\n  \/**\n   * host tsdb data\n   * @param hostId\n   * @param name data name\n   * @param value data value\n   * @param time\n   * @return\n   *\/\n  def apply(hostId: HostID, name: MetricName, value: Double, time: Date): HostMetric =\n    apply(hostId, name, value, time.getTime \/ 1000)\n}\n\n\/**\n * service metric data\n * @param name data name\n * @param value data value\n * @param time epoch second\n *\/\ncase class ServiceMetric(name: MetricName, value: Double, time: Long)\n\nobject ServiceMetric {\n  \/**\n   * service metric data\n   * @param name data name\n   * @param value data value\n   * @param time\n   * @return\n   *\/\n  def apply(name: MetricName, value: Double, time: Date): ServiceMetric =\n    apply(name, value, time.getTime \/ 1000)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"project\/Build.scala","text":"<reponame>krrrr38\/mackerel-client-scala<filename>project\/Build.scala\nimport sbt._\nimport Keys._\n\nobject Dependencies {\n  val json4sJackson = \"org.json4s\" %% \"json4s-jackson\" % \"3.2.11\"\n  val dispatch = \"net.databinder.dispatch\" %% \"dispatch-core\" % \"0.11.2\"\n  val scalatest = \"org.scalatest\" %% \"scalatest\" % \"2.2.1\" % Test\n  val scalamock = \"org.scalamock\" %% \"scalamock-scalatest-support\" % \"3.2\" % Test\n  val jettyServer = \"org.eclipse.jetty\" % \"jetty-server\" % \"9.2.5.v20141112\" % Test\n}\n\nobject BuildSettings {\n\n  import scala.sys.process._\n  import scala.Console.{CYAN, RESET}\n  import xerial.sbt.Sonatype.SonatypeKeys.sonatypeProfileName\n\n  val buildSettings =\n    com.typesafe.sbt.SbtScalariform.scalariformSettings ++ Seq(\n      organization := \"com.krrrr38\",\n      scalaVersion := \"2.11.7\",\n      crossScalaVersions := scalaVersion.value :: \"2.10.5\" :: Nil,\n      version := \"0.3.1-SNAPSHOT\",\n      scalacOptions ++= (\n          \"-deprecation\" ::\n              \"-feature\" ::\n              \"-unchecked\" ::\n              \"-Xlint\" ::\n              Nil\n          ),\n      scalacOptions ++= {\n        if (scalaVersion.value.startsWith(\"2.11\"))\n          Seq(\"-Ywarn-unused\", \"-Ywarn-unused-import\")\n        else\n          Nil\n      },\n      shellPrompt := { state =>\n        val branch = Process(\"git rev-parse --abbrev-ref HEAD\").lines.headOption.getOrElse(\"N\/A\")\n        s\"[$CYAN${name.value}$RESET#$CYAN$branch$RESET] \"\n      }\n    )\n\n  lazy val publishSettings = Seq(\n    sonatypeProfileName := \"com.krrrr38\",\n    pomExtra := {\n      <url>http:\/\/github.com\/krrrr38\/mackerel-client-scala<\/url>\n          <scm>\n            <url><EMAIL>:krrrr38\/mackerel-client-scala.git<\/url>\n            <connection>scm:git:<EMAIL>:krrrr38\/mackerel-client-scala.git<\/connection>\n          <\/scm>\n          <licenses>\n            <license>\n              <name>MIT License<\/name>\n              <url>http:\/\/www.opensource.org\/licenses\/mit-license.php<\/url>\n              <distribution>repo<\/distribution>\n            <\/license>\n          <\/licenses>\n          <developers>\n            <developer>\n              <id>krrrr38<\/id>\n              <name><NAME><\/name>\n              <url>http:\/\/www.krrrr38.com<\/url>\n            <\/developer>\n          <\/developers>\n    },\n    publishArtifact in Test := false,\n    publishMavenStyle := true,\n    pomIncludeRepository := { _ => false },\n    publishTo <<= version { (v: String) =>\n      val nexus = \"https:\/\/oss.sonatype.org\/\"\n      if (v.trim.endsWith(\"SNAPSHOT\"))\n        Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n      else\n        Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    }\n  )\n}\n\nobject MackerelClientBuild extends Build {\n\n  import BuildSettings._\n  import Dependencies._\n\n  lazy val root = Project(\n    \"mackerel-client-scala\",\n    file(\".\"),\n    settings = buildSettings ++ publishSettings ++ Seq(\n      name := \"mackerel-client-scala\",\n      description := \"Mackerel Scala API Client\",\n      libraryDependencies ++= Seq(\n        json4sJackson, dispatch,\n        scalatest, scalamock, jettyServer\n      ),\n      parallelExecution in Test := false\n    )\n  )\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/HostMetricAPI.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/HostMetricAPI.scala\npackage com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model.Types.{ HostID, MetricName }\nimport com.krrrr38.mackerel4s.model.HostMetric\nimport com.krrrr38.mackerel4s.builder.{ LatestHostTsdbBuilder, PostHostTsdbBuilder }\n\ntrait HostMetricAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * post host metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#metric-value-post]]\n   * @param metrics\n   * @return\n   *\/\n  @deprecated(\"Use method postHostMetrics instead.\", \"0.4.0\")\n  def postTsdb(metrics: Seq[HostMetric]) = postHostMetircs(metrics)\n\n  \/**\n   * post host metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#metric-value-post]]\n   * @param metrics\n   * @return\n   *\/\n  def postHostMetircs(metrics: Seq[HostMetric]) = PostHostTsdbBuilder(client, metrics)\n\n  \/**\n   * get latest host metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#tsdb-latest]]\n   * @param hostIds\n   * @param names\n   * @return\n   *\/\n  @deprecated(\"Use method getLatestHostMetrics instead.\", \"0.4.0\")\n  def latestTsdb(hostIds: Seq[HostID] = Nil, names: Seq[MetricName] = Nil) = getLatestHostMetrics(hostIds, names)\n\n  \/**\n   * get latest host metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#tsdb-latest]]\n   * @param hostIds\n   * @param names\n   * @return\n   *\/\n  def getLatestHostMetrics(hostIds: Seq[HostID] = Nil, names: Seq[MetricName] = Nil) = LatestHostTsdbBuilder(client(\"\/tsdb\/latest\").GET, hostIds, names)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/MonitorTypeSerializerSpec.scala","text":"<filename>src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/MonitorTypeSerializerSpec.scala\npackage com.krrrr38.mackerel4s\npackage serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ Serialization, JsonMethods }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass MonitorTypeSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"MonitorType\") {\n    it(\"success to serialize\/deserialize `connectivity`\") {\n      val jsonStr = Serialization.write(MonitorTypeWrapper(MonitorTypeConnectivity))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"connectivity\")\n      json.extract[MonitorTypeWrapper].typ shouldBe MonitorTypeConnectivity\n    }\n    it(\"success to serialize\/deserialize `host`\") {\n      val jsonStr = Serialization.write(MonitorTypeWrapper(MonitorTypeHost))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"host\")\n      json.extract[MonitorTypeWrapper].typ shouldBe MonitorTypeHost\n    }\n    it(\"success to serialize\/deserialize `service`\") {\n      val jsonStr = Serialization.write(MonitorTypeWrapper(MonitorTypeService))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"service\")\n      json.extract[MonitorTypeWrapper].typ shouldBe MonitorTypeService\n    }\n    it(\"success to serialize\/deserialize `external`\") {\n      val jsonStr = Serialization.write(MonitorTypeWrapper(MonitorTypeExternal))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"external\")\n      json.extract[MonitorTypeWrapper].typ shouldBe MonitorTypeExternal\n    }\n  }\n\n  case class MonitorTypeWrapper(typ: MonitorType)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/UpdateHostBuilder.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport com.krrrr38.mackerel4s.model.Interface\nimport com.krrrr38.mackerel4s.model.Types.{ HostID, HostName, Path, RoleFullname }\nimport dispatch.Req\nimport org.json4s.JObject\n\nobject UpdateHostBuilder extends APIBuilder[HostID] {\n  override val FullPath = (hostId: HostID) => s\"\/hosts\/$hostId\"\n  override val MethodVerb = MethodVerbPut\n\n  def apply(\n    client: Path => Req,\n    hostId: HostID,\n    name: HostName,\n    meta: JObject,\n    interfaces: Seq[Interface],\n    roleFullNames: Seq[RoleFullname]): CreateHostBuilder =\n    CreateHostBuilder(baseRequest(client, hostId), CreateHostParams(name, meta, interfaces, roleFullNames))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/package.scala","text":"<reponame>krrrr38\/mackerel-client-scala<gh_stars>1-10\npackage com.krrrr38\n\nimport org.scalatest.concurrent.PatienceConfiguration\nimport org.scalatest.time.{ Span, Seconds }\n\npackage object mackerel4s {\n  val patience = PatienceConfiguration.Timeout(Span(5, Seconds))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostHostTsdbBuilder.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostHostTsdbBuilder.scala\npackage com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\nimport org.json4s.NoTypeHints\nimport org.json4s.jackson.Serialization\n\nimport com.krrrr38.mackerel4s.model.{ HostMetric, SuccessResponse }\nimport com.krrrr38.mackerel4s.model.Types.Path\n\nobject PostHostTsdbBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/tsdb\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, metrics: Seq[HostMetric]): PostHostTsdbBuilder =\n    PostHostTsdbBuilder(baseRequest(client, ()), metrics)\n}\n\nprivate[builder] case class PostHostTsdbBuilder(private val req: Req, metrics: Seq[HostMetric]) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(metrics))\n\n  def addMetric(metric: HostMetric) = this.copy(metrics = metric +: this.metrics)\n  def addMetrics(metrics: Seq[HostMetric]) = this.copy(metrics = metrics ++ this.metrics)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/MonitorAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model._\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass MonitorAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends MonitorAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"get monitor list through api\") {\n    it(\"return monitors\") {\n      val futureResponse =\n        MockHostAPI.listMonitors\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        \/\/ see src\/test\/resources\/api\/GET\/v0\/monitors.json\n        res.monitors.size shouldBe 4\n        val connectivityMonitor = res.monitors(0).asInstanceOf[ConnectivityMonitor]\n        val hostMonitor = res.monitors(1).asInstanceOf[HostMonitor]\n        val serviceMonitor = res.monitors(2).asInstanceOf[ServiceMonitor]\n        val externalMonitor = res.monitors(3).asInstanceOf[ExternalMonitor]\n\n        connectivityMonitor.id shouldBe \"monitor_id\"\n        connectivityMonitor.`type` shouldBe MonitorTypeConnectivity\n        connectivityMonitor.scopes shouldBe Nil\n        connectivityMonitor.excludeScopes shouldBe Nil\n\n        hostMonitor.id shouldBe \"monitor_id\"\n        hostMonitor.`type` shouldBe MonitorTypeHost\n        hostMonitor.name shouldBe \"Memory %\"\n        hostMonitor.metric shouldBe \"memory%\"\n        hostMonitor.operator shouldBe MonitorOperatorGT\n        hostMonitor.warning shouldBe 85.0\n        hostMonitor.critical shouldBe 92.0\n        hostMonitor.duration shouldBe 5\n        hostMonitor.scopes shouldBe Seq(\"website\")\n        hostMonitor.excludeScopes shouldBe Nil\n\n        serviceMonitor.id shouldBe \"monitor_id\"\n        serviceMonitor.`type` shouldBe MonitorTypeService\n        serviceMonitor.name shouldBe \"service monitor name\"\n        serviceMonitor.service shouldBe \"website\"\n        serviceMonitor.metric shouldBe \"foo.bar\"\n        serviceMonitor.operator shouldBe MonitorOperatorGT\n        serviceMonitor.warning shouldBe 80.0\n        serviceMonitor.critical shouldBe 100.0\n        serviceMonitor.duration shouldBe 3\n\n        externalMonitor.id shouldBe \"monitor_id\"\n        externalMonitor.`type` shouldBe MonitorTypeExternal\n        externalMonitor.name shouldBe \"external connectivity\"\n        externalMonitor.url shouldBe \"http:\/\/localhost\"\n        externalMonitor.service shouldBe \"website\"\n      }\n    }\n  }\n\n  describe(\"create host monitor through api\") {\n    it(\"return monitor, if success\") {\n      \/\/ see src\/test\/resources\/api\/POST\/v0\/monitors.json\n      \/\/{\"id\":\"monitor_id\",\"type\":\"host\",\"name\":\"disk.aa-00.writes.delta\",\"metric\":\"disk.aa-00.writes.delta\",\"operator\":\">\",\"warning\":20000.0,\"critical\":400000.0,\"duration\":3,\"scopes\":[\"website\"],\"excludeScopes\":[]}\n      val futureResponse =\n        MockHostAPI.createHostMonitor(\"disk.aa-00.writes.delta\", 3, \"disk.aa-00.writes.delta\", MonitorOperatorGT, 20000L, 40000L, Seq(\"website\"))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.id shouldBe \"monitor_id\"\n        res.`type` shouldBe MonitorTypeHost\n        res.name shouldBe \"disk.aa-00.writes.delta\"\n        res.metric shouldBe \"disk.aa-00.writes.delta\"\n        res.operator shouldBe MonitorOperatorGT\n        res.warning shouldBe 20000\n        res.critical shouldBe 400000\n        res.duration shouldBe 3\n        res.scopes shouldBe Seq(\"website\")\n        res.excludeScopes shouldBe Nil\n      }\n    }\n  }\n\n  describe(\"update host monitor through api\") {\n    it(\"return monitor id, if success\") {\n      \/\/ see src\/test\/resources\/api\/DELETE\/v0\/monitors\/monitor_id.json\n      val monitor = HostMonitor(\"monitor_id\", \"disk.aa-00.writes.delta\", 3, \"disk.aa-00.writes.delta\", MonitorOperatorGT, 20000L, 40000L, Seq(\"website\"), Nil)\n      val futureResponse = MockHostAPI.updateMonitor(monitor).run\n\n      whenReady(futureResponse, patience) { res =>\n        res.id shouldBe \"monitor_id\"\n      }\n    }\n  }\n\n  describe(\"delete host monitor through api\") {\n    it(\"return monitor, if success\") {\n      \/\/ see src\/test\/resources\/api\/DELETE\/v0\/monitors\/monitor_id.json\n      val futureResponse = MockHostAPI.deleteMonitor(\"monitor_id\").run\n\n      whenReady(futureResponse, patience) { res =>\n        res shouldBe an[HostMonitor]\n        val result = res.asInstanceOf[HostMonitor]\n        result.id shouldBe \"monitor_id\"\n        result.`type` shouldBe MonitorTypeHost\n        result.name shouldBe \"disk.aa-00.writes.delta\"\n        result.metric shouldBe \"disk.aa-00.writes.delta\"\n        result.operator shouldBe MonitorOperatorGT\n        result.warning shouldBe 22000\n        result.critical shouldBe 440000\n        result.duration shouldBe 3\n        result.scopes shouldBe Seq(\"website\")\n        result.excludeScopes shouldBe Nil\n      }\n    }\n  }\n\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/MonitorOperatorSerializerSpec.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass MonitorOperatorSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"MonitorOperator\") {\n    it(\"success to serialize\/deserialize `<`\") {\n      val jsonStr = Serialization.write(MonitorOperatorWrapper(MonitorOperatorLT))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"operator\") shouldBe JString(\"<\")\n      json.extract[MonitorOperatorWrapper].operator shouldBe MonitorOperatorLT\n    }\n    it(\"success to serialize\/deserialize `>`\") {\n      val jsonStr = Serialization.write(MonitorOperatorWrapper(MonitorOperatorGT))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"operator\") shouldBe JString(\">\")\n      json.extract[MonitorOperatorWrapper].operator shouldBe MonitorOperatorGT\n    }\n  }\n\n  case class MonitorOperatorWrapper(operator: MonitorOperator)\n\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/builder\/RequestBuilderSpec.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport org.json4s.MappingException\nimport com.fasterxml.jackson.core.JsonParseException\n\nimport dispatch.{ Req, Res }\nimport com.krrrr38.mackerel4s.model.{ MackerelResponseError, MackerelClientException, APIResponse }\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.{ FunSpec, Matchers }\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass RequestBuilderSpec extends FunSpec with MockFactory with Matchers {\n\n  case class ResponseWrapper(data: String) extends APIResponse\n  object Builder extends RequestBuilder[ResponseWrapper] {\n    override protected def buildRequest: Req = ???\n  }\n\n  def buildSimpleResponse(statusCode: Int, body: String): Res = {\n    val res = stub[dispatch.Res]\n    (res.getStatusCode _).when() returns statusCode\n    (res.getResponseBody _).when() returns body\n    res\n  }\n\n  import scala.concurrent.ExecutionContext.Implicits.global\n  def genFail(msg: String): scala.concurrent.Future[Int] = scala.concurrent.Future { throw new Exception(msg) }\n\n  describe(\"parse http response\") {\n    it(\"return error, if status is not success [MackerelResponseException]\") {\n      val futureResponse = Builder.parse(buildSimpleResponse(500, \"yunotti\"))\n      whenReady(futureResponse.failed, patience) { v =>\n        v shouldBe a[MackerelResponseError]\n        v.asInstanceOf[MackerelResponseError].body shouldBe \"yunotti\"\n      }\n    }\n\n    it(\"return error, if lack of json value (json format is correct) [MackerelClientException]\") {\n      val futureResponse = Builder.parse(buildSimpleResponse(200, \"\"\"{\"data?\": \"invalid_key\" }\"\"\"))\n      whenReady(futureResponse.failed, patience) { v =>\n        v shouldBe a[MackerelClientException]\n        v.getCause shouldBe a[MappingException]\n      }\n    }\n\n    it(\"return error, if invalid json response comming (something wrong case) [MackerelClientException]\") {\n      val futureResponse = Builder.parse(buildSimpleResponse(200, \"{{}\"))\n      whenReady(futureResponse.failed, patience) { v =>\n        v shouldBe a[MackerelClientException]\n        v.getCause shouldBe a[JsonParseException]\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/MonitorAPI.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/MonitorAPI.scala\npackage com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder.{ CreateMonitorBuilder, DeleteMonitorBuilder, ListMonitorsBuilder, UpdateMonitorBuilder }\nimport com.krrrr38.mackerel4s.model.Types.{ MonitorID, ServiceName }\nimport com.krrrr38.mackerel4s.model._\n\ntrait MonitorAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * get monitors\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-get]]\n   * @return\n   *\/\n  def listMonitors = ListMonitorsBuilder(client)\n\n  \/**\n   * create new connectivity monitor\n   * @param scopes monitoring target\u2019s service name or role details name\n   * @param excludeScopes monitoring exclusion target\u2019s service name or role details name\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-create]]\n   * @return\n   *\/\n  def createConnectivityMonitor(scopes: Seq[String] = Nil, excludeScopes: Seq[String] = Nil) =\n    CreateMonitorBuilder[ConnectivityMonitor](client, ConnectivityMonitor(null, scopes, excludeScopes))\n\n  \/**\n   * create new host monitor\n   * @param name arbitrary name that can be seen in the list of monitors and elsewhere\n   * @param duration average value of the designated interval (in minutes) will be monitored. valid interval (1 to 5 min.)\n   * @param metric name of the host metric targeted by monitoring. by designating a specific constant string, comparative monitoring is possible\n   * @param operator determines the conditions that state whether the designated variable is either big or small. the observed value is on the left of \u201d>\u201d or \u201d<\u201d and the designated value is on the right\n   * @param warning the threshold that generates a warning alert\n   * @param critical the threshold that generates a critical alert\n   * @param scopes monitoring target\u2019s service name or role details name\n   * @param excludeScopes monitoring exclusion target\u2019s service name or role details name\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-create]]\n   * @return\n   *\/\n  def createHostMonitor(name: String, duration: Int, metric: String, operator: MonitorOperator, warning: Long, critical: Long, scopes: Seq[String] = Nil, excludeScopes: Seq[String] = Nil) =\n    CreateMonitorBuilder[HostMonitor](client, HostMonitor(null, name, duration, metric, operator, warning, critical, scopes, excludeScopes))\n\n  \/**\n   * create new service monitor\n   * @param name arbitrary name that can be seen in the list of monitors and elsewhere\n   * @param serviceName name of the service targeted by monitoring\n   * @param duration average value of the designated interval (in minutes) will be monitored. valid interval (1 to 5 min.)\n   * @param metric name of the host metric targeted by monitoring. by designating a specific constant string, comparative monitoring is possible\n   * @param operator determines the conditions that state whether the designated variable is either big or small. the observed value is on the left of \u201d>\u201d or \u201d<\u201d and the designated value is on the right\n   * @param warning the threshold that generates a warning alert\n   * @param critical the threshold that generates a critical alert\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-create]]\n   * @return\n   *\/\n  def createServiceMonitor(name: String, serviceName: ServiceName, duration: Int, metric: String, operator: MonitorOperator, warning: Long, critical: Long) =\n    CreateMonitorBuilder[ServiceMonitor](client, ServiceMonitor(null, name, serviceName, duration, metric, operator, warning, critical))\n\n  \/**\n   * create new external monitor\n   * @param name arbitrary name that can refer to monitors list, etc.\n   * @param url monitoring target URL\n   * @param serviceName name of the service targeted by monitoring\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-create]]\n   * @return\n   *\/\n  def createExternalMonitor(name: String, url: String, serviceName: ServiceName) =\n    CreateMonitorBuilder[ExternalMonitor](client, ExternalMonitor(null, name, url, serviceName))\n\n  \/**\n   * update monitor\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-update]]\n   * @param monitor\n   * @return\n   *\/\n  def updateMonitor(monitor: Monitor) = UpdateMonitorBuilder(client, monitor)\n\n  \/**\n   * delete monitor\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitor-delete]]\n   * @param monitorId\n   * @return\n   *\/\n  def deleteMonitor(monitorId: MonitorID) = DeleteMonitorBuilder(client, monitorId)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListMonitorsBuilder.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListMonitorsBuilder.scala\npackage com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.MonitorsResponse\nimport com.krrrr38.mackerel4s.model.Types.Path\nimport dispatch.Req\n\nobject ListMonitorsBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/monitors\"\n  override val MethodVerb = MethodVerbGet\n\n  def apply(client: (Path) => Req): ListMonitorsBuilder = ListMonitorsBuilder(baseRequest(client, ()))\n}\n\nprivate[builder] case class ListMonitorsBuilder(private val req: Req) extends RequestBuilder[MonitorsResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req\n}\n\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/ServiceMetricAPI.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model.Types.ServiceName\nimport com.krrrr38.mackerel4s.model.ServiceMetric\nimport com.krrrr38.mackerel4s.builder.PostServiceTsdbBuilder\n\ntrait ServiceMetricAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * post service metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#service-metric-value-post]]\n   * @param serviceName\n   * @param metrics\n   * @return\n   *\/\n  @deprecated(\"Use method postServiceMetrics instead.\", \"0.4.0\")\n  def postServiceMetric(serviceName: ServiceName, metrics: Seq[ServiceMetric]) =\n    postServiceMetrics(serviceName, metrics)\n\n  \/**\n   * post service metrics.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#service-metric-value-post]]\n   * @param serviceName\n   * @param metrics\n   * @return\n   *\/\n  def postServiceMetrics(serviceName: ServiceName, metrics: Seq[ServiceMetric]) =\n    PostServiceTsdbBuilder(client, serviceName, metrics)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Alert.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s.model\n\nimport com.krrrr38.mackerel4s.model.Types.{ HostID, MonitorID, AlertID }\n\nobject AlertStatus {\n  def fromString(status: String): Option[AlertStatus] = status match {\n    case \"OK\" => Some(AlertStatusOK)\n    case \"CRITICAL\" => Some(AlertStatusCritical)\n    case \"WARNING\" => Some(AlertStatusWarning)\n    case \"UNKNOWN\" => Some(AlertStatusUnknown)\n    case _ => None\n  }\n}\n\nsealed trait AlertStatus {\n  override def toString = this match {\n    case AlertStatusOK => \"OK\"\n    case AlertStatusCritical => \"CRITICAL\"\n    case AlertStatusWarning => \"WARNING\"\n    case AlertStatusUnknown => \"UNKNOWN\"\n  }\n}\n\ncase object AlertStatusOK extends AlertStatus\n\ncase object AlertStatusCritical extends AlertStatus\n\ncase object AlertStatusWarning extends AlertStatus\n\ncase object AlertStatusUnknown extends AlertStatus\n\ncase class Alert(\n  id: AlertID,\n  status: AlertStatus,\n  monitorId: MonitorID,\n  `type`: MonitorType,\n  hostId: Option[HostID],\n  value: Option[Long],\n  message: Option[String],\n  reason: Option[String],\n  openedAt: Int,\n  closedAt: Option[Int]) extends APIResponse\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/AlertStatusSerializerSpec.scala","text":"package com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ Matchers, FunSpec }\n\nclass AlertStatusSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"AlertStatusOperator\") {\n    it(\"success to serialize\/deserialize `OK`\") {\n      val jsonStr = Serialization.write(AlertStatusWrapper(AlertStatusOK))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"OK\")\n      json.extract[AlertStatusWrapper].status shouldBe AlertStatusOK\n    }\n    it(\"success to serialize\/deserialize `CRITICAL`\") {\n      val jsonStr = Serialization.write(AlertStatusWrapper(AlertStatusCritical))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"CRITICAL\")\n      json.extract[AlertStatusWrapper].status shouldBe AlertStatusCritical\n    }\n    it(\"success to serialize\/deserialize `WARNING`\") {\n      val jsonStr = Serialization.write(AlertStatusWrapper(AlertStatusWarning))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"WARNING\")\n      json.extract[AlertStatusWrapper].status shouldBe AlertStatusWarning\n    }\n    it(\"success to serialize\/deserialize `UNKNOWN`\") {\n      val jsonStr = Serialization.write(AlertStatusWrapper(AlertStatusUnknown))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"UNKNOWN\")\n      json.extract[AlertStatusWrapper].status shouldBe AlertStatusUnknown\n    }\n  }\n\n  case class AlertStatusWrapper(status: AlertStatus)\n\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/AlertAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model._\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass AlertAPISpec extends MockApiServerFun with Matchers {\n\n  object MockAlertAPI\n      extends AlertAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"get alerts\") {\n    it(\"return success\") {\n      val futureResponse = MockAlertAPI.listAlerts.run\n\n      whenReady(futureResponse, patience) { res =>\n        res.alerts.length shouldBe 1\n\n        val alert = res.alerts.head\n        alert.id shouldBe \"alert_id\"\n        alert.status shouldBe AlertStatusWarning\n        alert.`type` shouldBe MonitorTypeHost\n      }\n    }\n  }\n\n  describe(\"close alert\") {\n    it(\"return success\") {\n      val futureResponse = MockAlertAPI.closeAlert(\"alert_id\", \"reason\").run\n\n      whenReady(futureResponse, patience) { res =>\n        val alert = res\n        alert.id shouldBe \"alert_id\"\n        alert.status shouldBe AlertStatusOK\n        alert.`type` shouldBe MonitorTypeHost\n        alert.reason shouldBe Some(\"reason\")\n      }\n    }\n  }\n\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/ServiceMetricAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model.{ ServiceMetric, HostMetric, MetricValue }\nimport org.scalatest._\n\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass ServiceMetricAPISpec extends MockApiServerFun with Matchers {\n\n  object MockServiceMetricAPI\n      extends ServiceMetricAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"post host metric through api\") {\n    it(\"return success info, if success\") {\n      val futureResponse =\n        MockServiceMetricAPI.postServiceMetrics(\"service_name\", Seq(ServiceMetric(\"metric_name\", 10.0, 141790955)))\n          .addMetric(ServiceMetric(\"metric_name\", 8.2, 141790855))\n          .addMetrics(Seq(ServiceMetric(\"metric_name\", 5.1, 141790755)))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n\n    it(\"return success info with java.util.Date\") {\n      import java.util.Date\n      val futureResponse =\n        MockServiceMetricAPI.postServiceMetric(\"service_name\", Seq(ServiceMetric(\"metric_name\", 10.0, new Date())))\n          .run\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/UpdateHostStatusBuilder.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\nimport org.json4s.NoTypeHints\nimport org.json4s.jackson.Serialization\n\nimport com.krrrr38.mackerel4s.model.{ HostStatus, SuccessResponse }\nimport com.krrrr38.mackerel4s.model.Types.{ Path, HostID }\n\nobject UpdateHostStatusBuilder extends APIBuilder[HostID] {\n  override val FullPath = (hostId: HostID) => s\"\/hosts\/$hostId\/status\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, hostId: HostID, status: HostStatus): UpdateHostStatusBuilder =\n    UpdateHostStatusBuilder(baseRequest(client, hostId), UpdateHostStatusParams(status))\n}\n\nprivate[builder] case class UpdateHostStatusParams(status: HostStatus)\n\nprivate[builder] case class UpdateHostStatusBuilder(private val req: Req, params: UpdateHostStatusParams) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(params))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/MackerelClientSettingSpec.scala","text":"package com.krrrr38.mackerel4s\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass MackerelClientSettingSpec extends FunSpec with Matchers {\n  val setting = MackerelClientSetting\n\n  describe(\"client setting\") {\n    it(\"contain valid version\") {\n      setting.API_VERSION shouldBe \"v0\"\n    }\n\n    it(\"contain valid url\") {\n      setting.BASE_URL.startsWith(\"https:\/\/mackerel.io\/api\/\") shouldBe true\n    }\n\n    it(\"contain valid header api key\") {\n      setting.AUTH_HEADER_KEY shouldBe \"X-Api-Key\"\n    }\n\n    it(\"contain valid header User-Agent key\") {\n      setting.USER_AGENT_KEY shouldBe \"User-Agent\"\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/GraphDefAPI.scala","text":"package com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder.PostGraphDefsBuilder\nimport com.krrrr38.mackerel4s.model.GraphDef\n\ntrait GraphDefAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * create graph def\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#graphdef-post]]\n   * @param graphDefs\n   * @return\n   *\/\n  def createGraphDef(graphDefs: Seq[GraphDef]) = PostGraphDefsBuilder(client, graphDefs)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/package.scala","text":"<filename>src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/package.scala\npackage com.krrrr38.mackerel4s\n\npackage object api {\n  val mockSetting = new ClientSetting {\n    override val API_VERSION: String = \"v0\"\n    override val AUTH_HEADER_KEY: String = \"\"\n    override val BASE_URL: String = s\"${MockApiServer.url}\/$API_VERSION\"\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Service.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s\npackage model\n\ncase class Service(name: String, memo: String, roles: List[String])\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/HostMetricAPISpec.scala","text":"<filename>src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/HostMetricAPISpec.scala\npackage com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model.{ MetricValue, HostMetric }\nimport org.scalatest._\n\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass HostMetricAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostMetricAPI\n      extends HostMetricAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"post host metric through api\") {\n    it(\"return success info, if success\") {\n      val futureResponse =\n        MockHostMetricAPI.postHostMetircs(Seq(HostMetric(\"host_id\", \"metric_name\", 10.0, 141790955)))\n          .addMetric(HostMetric(\"host_id\", \"metric_name\", 8.2, 141790855))\n          .addMetrics(Seq(HostMetric(\"host_id\", \"metric_name\", 5.1, 141790755)))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n\n    it(\"return success info with java.util.Date\") {\n      import java.util.Date\n      val futureResponse =\n        MockHostMetricAPI.postHostMetircs(Seq(HostMetric(\"host_id\", \"metric_name\", 10.0, new Date())))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n\n  describe(\"get latest host metric through api\") {\n    it(\"return host metric info, if success\") {\n      val futureResponse =\n        MockHostMetricAPI.getLatestHostMetrics()\n          .addHostId(\"host1\")\n          .addHostIds(Seq(\"host2\"))\n          .addName(\"loadavg5\")\n          .addNames(Seq(\"cpu.user.percentage\"))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        \/\/ following results are according to test\/resources\/api\/GET\/v0\/tsdb\/latest.json\n        res.tsdbLatest.size shouldBe 2\n        val hostMetric = res.tsdbLatest.get(\"host1\").get\n        hostMetric.get(\"loadavg5\") shouldBe Some(MetricValue(2.8375, 1417868700))\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostGraphDefsBuilder.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\nimport org.json4s.NoTypeHints\nimport org.json4s.jackson.Serialization\n\nimport com.krrrr38.mackerel4s.model.{ GraphDef, HostMetric, SuccessResponse }\nimport com.krrrr38.mackerel4s.model.Types.Path\n\nobject PostGraphDefsBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/graph-defs\/create\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, graphDefs: Seq[GraphDef]): PostGraphDefsBuilder =\n    PostGraphDefsBuilder(baseRequest(client, ()), graphDefs)\n}\n\nprivate[builder] case class PostGraphDefsBuilder(private val req: Req, graphDefs: Seq[GraphDef]) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(graphDefs))\n\n  def addGraphDef(graphDef: GraphDef) = this.copy(graphDefs = graphDef +: this.graphDefs)\n  def addGraphDefs(graphDefs: Seq[GraphDef]) = this.copy(graphDefs = graphDefs ++ this.graphDefs)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListRolesBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.RolesResponse\nimport com.krrrr38.mackerel4s.model.Types.{ Path, ServiceName }\nimport dispatch.Req\n\nobject ListRolesBuilder extends APIBuilder[ServiceName] {\n  override val FullPath = (serviceName: ServiceName) => s\"\/services\/$serviceName\/roles\"\n  override val MethodVerb = MethodVerbGet\n\n  def apply(client: Path => Req, serviceName: ServiceName): ListRolesBuilder =\n    ListRolesBuilder(baseRequest(client, serviceName))\n}\n\nprivate[builder] case class ListRolesBuilder(private val req: Req) extends RequestBuilder[RolesResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/GraphUnitTypeSerializerSpec.scala","text":"package com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass GraphUnitTypeSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"GraphUnitType\") {\n    it(\"success to serialize\/deserialize `float`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypeFloat))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"float\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypeFloat\n    }\n    it(\"success to serialize\/deserialize `integer`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypeInteger))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"integer\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypeInteger\n    }\n    it(\"success to serialize\/deserialize `percentage`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypePercentage))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"percentage\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypePercentage\n    }\n    it(\"success to serialize\/deserialize `bytes`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypeBytes))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"bytes\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypeBytes\n    }\n    it(\"success to serialize\/deserialize `bytes\/sec`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypeBytesSec))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"bytes\/sec\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypeBytesSec\n    }\n    it(\"success to serialize\/deserialize `iops`\") {\n      val jsonStr = Serialization.write(GraphUnitTypeWrapper(GraphUnitTypeIOPS))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"typ\") shouldBe JString(\"iops\")\n      json.extract[GraphUnitTypeWrapper].typ shouldBe GraphUnitTypeIOPS\n    }\n  }\n\n  case class GraphUnitTypeWrapper(typ: GraphUnitType)\n\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/DeleteMonitorBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Monitor\nimport com.krrrr38.mackerel4s.model.Types.{ MonitorID, Path }\nimport dispatch.Req\n\nobject DeleteMonitorBuilder extends APIBuilder[MonitorID] {\n  override val FullPath = (monitorId: MonitorID) => s\"\/monitors\/$monitorId\"\n  override val MethodVerb: MethodVerb = MethodVerbDelete\n\n  def apply(client: (Path) => Req, monitorId: MonitorID): DeleteMonitorBuilder =\n    DeleteMonitorBuilder(baseRequest(client, monitorId))\n}\n\nprivate[builder] case class DeleteMonitorBuilder(private val req: Req) extends RequestBuilder[Monitor] {\n  override protected def buildRequest: Req = req\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/MockServerSpec.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s.api\n\nimport javax.servlet.http.{ HttpServletResponse, HttpServletRequest }\n\nimport org.eclipse.jetty.server.{ Request, Server }\nimport org.eclipse.jetty.server.handler.AbstractHandler\n\nimport org.scalatest.{ FunSpec, BeforeAndAfter }\n\nobject MockApiServer {\n  lazy val port = {\n    \/\/ find free port\n    val socket = new java.net.ServerSocket(0)\n    val port = socket.getLocalPort\n    socket.close()\n    port\n  }\n  lazy val url = s\"http:\/\/localhost:$port\"\n\n  lazy val server = new Server(port)\n}\n\ntrait MockApiServerFun extends FunSpec with BeforeAndAfter {\n  import scala.io.Source\n\n  before {\n    \/\/ `test\/resources\/api\/[GET|POST|PUT|DELETE]` is root for request\n    val handler = new AbstractHandler {\n      override def handle(target: String, baseRequest: Request, request: HttpServletRequest, response: HttpServletResponse): Unit = {\n        val path = baseRequest.getPathInfo\n        val resourcePath = s\"api\/${baseRequest.getMethod}$path.json\"\n        try {\n          val source = Source.fromURL(getClass.getClassLoader.getResource(resourcePath))\n          response.setContentType(\"application\/json;charset=utf-8\")\n          response.setStatus(HttpServletResponse.SC_OK)\n          baseRequest.setHandled(true)\n          response.getWriter.print(source.getLines().mkString(\"\\n\"))\n        } catch {\n          case npe: NullPointerException =>\n            println(\"Could Not Found Resource: \" + resourcePath)\n            npe.printStackTrace()\n        }\n      }\n    }\n\n    MockApiServer.server.setHandler(handler)\n    MockApiServer.server.start()\n  }\n\n  after {\n    MockApiServer.server.stop()\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/CheckReportAPI.scala","text":"package com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder.PostCheckReportBuilder\nimport com.krrrr38.mackerel4s.model.CheckReport\n\ntrait CheckReportAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * post check monitoring report\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#monitoring-check-report-post]]\n   * @param reports\n   * @return\n   *\/\n  def postCheckReports(reports: Seq[CheckReport]) =\n    PostCheckReportBuilder(client, reports)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/CheckReport.scala","text":"package com.krrrr38.mackerel4s.model\n\nimport com.krrrr38.mackerel4s.model.Types._\n\n\/**\n * @param source refer to the following\n * @param name monitor name\n * @param status monitor report status. \"OK\", \"CRITICAL\", \"WARNING\", or \"UNKNOWN\"\n * @param message auxiliary text attached to a monitor report status, under 1024 characters\n * @param occurredAt unix timestamp of execution\n *\/\ncase class CheckReport(source: ReportSource, name: String, status: CheckReportStatus, message: String, occurredAt: Long)\n\ncase class ReportSource(hostId: HostID) {\n  val `type`: String = \"host\"\n}\n\nobject CheckReportStatus {\n  def fromString(status: String): Option[CheckReportStatus] = status match {\n    case \"OK\" => Some(CheckReportStatusOK)\n    case \"CRITICAL\" => Some(CheckReportStatusCritical)\n    case \"WARNING\" => Some(CheckReportStatusWarning)\n    case \"UNKNOWN\" => Some(CheckReportStatusUnknown)\n    case _ => None\n  }\n}\n\nsealed trait CheckReportStatus {\n  override def toString = this match {\n    case CheckReportStatusOK => \"OK\"\n    case CheckReportStatusCritical => \"CRITICAL\"\n    case CheckReportStatusWarning => \"WARNING\"\n    case CheckReportStatusUnknown => \"UNKNOWN\"\n  }\n}\n\nobject CheckReportStatusOK extends CheckReportStatus\n\nobject CheckReportStatusCritical extends CheckReportStatus\n\nobject CheckReportStatusWarning extends CheckReportStatus\n\nobject CheckReportStatusUnknown extends CheckReportStatus\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/RoleAPI.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/RoleAPI.scala\npackage com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder.ListRolesBuilder\nimport com.krrrr38.mackerel4s.model.Types.ServiceName\n\ntrait RoleAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * get roles\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#role-list]]\n   * @param serviceName\n   * @return\n   *\/\n  def listRoles(serviceName: ServiceName) = ListRolesBuilder(client, serviceName)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/RoleAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass RoleAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends RoleAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"get role list through api\") {\n    it(\"return roles\") {\n      val futureResponse =\n        MockHostAPI.listRoles(\"service_name\")\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        \/\/ see src\/test\/resources\/api\/GET\/v0\/services\/service_name\/roles.json\n        res.roles.size shouldBe 2\n        val role = res.roles(0)\n        role.name shouldBe \"app\"\n        role.memo shouldBe \"memo\"\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/GraphDef.scala","text":"package com.krrrr38.mackerel4s\npackage model\n\nimport Types._\n\ncase class GraphDef(graphs: Map[GraphName, Graph])\n\n\/**\n * @param label the display name for user-defined metrics {graph}.* Dots (.) can be included in {graph} .\n * @param unit the value type for user-defined metrics\n * @param metrics the array of metric definitions for user-defined metrics {graph}.*\n *\/\ncase class Graph(label: GraphLabel, unit: GraphUnitType, metrics: Seq[GraphMetric])\n\n\/**\n * @param name this metric expresses the handling of user-defined metrics {graph}.{name}. Dots (.) cannot be included in this value. Characters that can be used in the metric\u2019s name are alphanumeric characters, hyphens, and underscores (\/[-a-zA-Z0-9_]\/) .\n * @param label the display name of the time series for user-defined metrics {graph}.{name}\n * @param stacked indicates whether or not the time series for user-defined metrics {graph}.{name} is stacked. if false, it will be displayed as a line.\n *\/\ncase class GraphMetric(name: MetricName, label: MetricLabel, stacked: Boolean)\n\nobject GraphUnitType {\n  def fromString(unit: String): Option[GraphUnitType] = unit match {\n    case \"float\" => Some(GraphUnitTypeFloat)\n    case \"integer\" => Some(GraphUnitTypeInteger)\n    case \"percentage\" => Some(GraphUnitTypePercentage)\n    case \"bytes\" => Some(GraphUnitTypeBytes)\n    case \"bytes\/sec\" => Some(GraphUnitTypeBytesSec)\n    case \"iops\" => Some(GraphUnitTypeIOPS)\n    case _ => None\n  }\n}\n\nsealed trait GraphUnitType {\n  override def toString = this match {\n    case GraphUnitTypeFloat => \"float\"\n    case GraphUnitTypeInteger => \"integer\"\n    case GraphUnitTypePercentage => \"percentage\"\n    case GraphUnitTypeBytes => \"bytes\"\n    case GraphUnitTypeBytesSec => \"bytes\/sec\"\n    case GraphUnitTypeIOPS => \"iops\"\n  }\n}\n\nobject GraphUnitTypeFloat extends GraphUnitType\nobject GraphUnitTypeInteger extends GraphUnitType\nobject GraphUnitTypePercentage extends GraphUnitType\nobject GraphUnitTypeBytes extends GraphUnitType\nobject GraphUnitTypeBytesSec extends GraphUnitType\nobject GraphUnitTypeIOPS extends GraphUnitType\n\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/UpdateMonitorBuilder.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Types._\nimport com.krrrr38.mackerel4s.model.{ Monitor, MonitorIdResponse }\nimport dispatch.Req\nimport org.json4s._\nimport org.json4s.jackson.Serialization\n\nobject UpdateMonitorBuilder extends APIBuilder[MonitorID] {\n  override val FullPath = (monitorId: MonitorID) => s\"\/monitors\/$monitorId\"\n  override val MethodVerb: MethodVerb = MethodVerbPut\n\n  def apply(client: (Path) => Req, monitor: Monitor): UpdateMonitorBuilder =\n    UpdateMonitorBuilder(baseRequest(client, monitor.id), monitor)\n}\n\nprivate[builder] case class UpdateMonitorBuilder(private val req: Req, monitor: Monitor) extends RequestBuilder[MonitorIdResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(monitor))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/CheckReportAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model._\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass CheckReportAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends CheckReportAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"post check report through api\") {\n    it(\"return success\") {\n      val futureResponse =\n        MockHostAPI.postCheckReports(Seq(\n          checkreport(CheckReportStatusOK),\n          checkreport(CheckReportStatusWarning),\n          checkreport(CheckReportStatusCritical),\n          checkreport(CheckReportStatusUnknown)\n        )).run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n\n  def checkreport(status: CheckReportStatus) =\n    CheckReport(ReportSource(\"hostId\"), \"name\", status, \"message\", System.currentTimeMillis())\n\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Types.scala","text":"<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Types.scala\npackage com.krrrr38.mackerel4s\npackage model\n\nobject Types {\n  type ApiKey = String\n  type Path = String\n  type HostID = String\n  type HostName = String\n  type MetricName = String\n  type MetricLabel = String\n  type ServiceName = String\n  type RoleName = String\n  type RoleFullname = String\n  type MonitorID = String\n  type AlertID = String\n  type GraphName = String\n  type GraphLabel = String\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/MonitorSerializerSpec.scala","text":"package com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.{ JDouble, JInt, JArray, JString }\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass MonitorSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"Monitor\") {\n    it(\"success to serialize\/deserialize ConnectivityMonitor\") {\n      val connectivityMonitor = ConnectivityMonitor(\"monitorid\", Seq(\"scope1\"), Nil)\n      val jsonStr = Serialization.write(connectivityMonitor)\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"type\") shouldBe JString(\"connectivity\")\n      (json \\ \"id\") shouldBe JString(\"monitorid\")\n      (json \\ \"scopes\") shouldBe JArray(List(JString(\"scope1\")))\n      (json \\ \"excludeScopes\") shouldBe JArray(Nil)\n      val monitorResult = json.extract[Monitor]\n      monitorResult shouldBe an[ConnectivityMonitor]\n      val result = monitorResult.asInstanceOf[ConnectivityMonitor]\n      result.id shouldBe \"monitorid\"\n      result.`type` shouldBe MonitorTypeConnectivity\n      result.scopes shouldBe Seq(\"scope1\")\n      result.excludeScopes shouldBe Nil\n    }\n    it(\"success to serialize\/deserialize HostMonitor\") {\n      val hostMonitor = HostMonitor(\"monitorid\", \"name\", 1, \"metric\", MonitorOperatorLT, 80, 100, Nil, Nil)\n      val jsonStr = Serialization.write(hostMonitor)\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"type\") shouldBe JString(\"host\")\n      (json \\ \"id\") shouldBe JString(\"monitorid\")\n      (json \\ \"name\") shouldBe JString(\"name\")\n      (json \\ \"duration\") shouldBe JInt(1)\n      (json \\ \"metric\") shouldBe JString(\"metric\")\n      (json \\ \"operator\") shouldBe JString(\"<\")\n      (json \\ \"warning\") shouldBe JInt(80)\n      (json \\ \"critical\") shouldBe JInt(100)\n      (json \\ \"scopes\") shouldBe JArray(Nil)\n      (json \\ \"excludeScopes\") shouldBe JArray(Nil)\n      val monitorResult = json.extract[Monitor]\n      monitorResult shouldBe an[HostMonitor]\n      val result = monitorResult.asInstanceOf[HostMonitor]\n      result.id shouldBe \"monitorid\"\n      result.`type` shouldBe MonitorTypeHost\n      result.name shouldBe \"name\"\n      result.duration shouldBe 1\n      result.metric shouldBe \"metric\"\n      result.operator shouldBe MonitorOperatorLT\n      result.warning shouldBe 80\n      result.critical shouldBe 100\n      result.scopes shouldBe Nil\n      result.excludeScopes shouldBe Nil\n    }\n    it(\"success to serialize\/deserialize ServiceMonitor\") {\n      val serviceMonitor = ServiceMonitor(\"monitorid\", \"name\", \"service\", 1, \"metric\", MonitorOperatorGT, 80, 100)\n      val jsonStr = Serialization.write(serviceMonitor)\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"type\") shouldBe JString(\"service\")\n      (json \\ \"id\") shouldBe JString(\"monitorid\")\n      (json \\ \"name\") shouldBe JString(\"name\")\n      (json \\ \"duration\") shouldBe JInt(1)\n      (json \\ \"metric\") shouldBe JString(\"metric\")\n      (json \\ \"operator\") shouldBe JString(\">\")\n      (json \\ \"warning\") shouldBe JInt(80)\n      (json \\ \"critical\") shouldBe JInt(100)\n      val monitorResult = json.extract[Monitor]\n      monitorResult shouldBe an[ServiceMonitor]\n      val result = monitorResult.asInstanceOf[ServiceMonitor]\n      result.id shouldBe \"monitorid\"\n      result.`type` shouldBe MonitorTypeService\n      result.name shouldBe \"name\"\n      result.duration shouldBe 1\n      result.metric shouldBe \"metric\"\n      result.operator shouldBe MonitorOperatorGT\n      result.warning shouldBe 80\n      result.critical shouldBe 100\n    }\n    it(\"success to serialize\/deserialize ExternalMonitor\") {\n      val externalMonitor = ExternalMonitor(\"monitorid\", \"name\", \"url\", \"service\")\n      val jsonStr = Serialization.write(externalMonitor)\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"type\") shouldBe JString(\"external\")\n      (json \\ \"id\") shouldBe JString(\"monitorid\")\n      (json \\ \"name\") shouldBe JString(\"name\")\n      (json \\ \"url\") shouldBe JString(\"url\")\n      val monitorResult = json.extract[Monitor]\n      monitorResult shouldBe an[ExternalMonitor]\n      val result = monitorResult.asInstanceOf[ExternalMonitor]\n      result.id shouldBe \"monitorid\"\n      result.`type` shouldBe MonitorTypeExternal\n      result.name shouldBe \"name\"\n      result.url shouldBe \"url\"\n    }\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/serializer\/MackerelSerializer.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s._\nimport org.json4s.jackson.Serialization\n\nobject MackerelSerializer {\n  val FORMATS = Serialization.formats(NoTypeHints) +\n    MonitorSerializer +\n    FieldSerializer[Monitor]() +\n    MonitorTypeSerializer +\n    MonitorOperatorSerializer +\n    HostStatusSerializer +\n    AlertStatusSerializer +\n    CheckReportStatusSerializer +\n    GraphUnitTypeSerializer\n}\n\nobject MonitorSerializer extends CustomSerializer[Monitor](implicit formats =>\n  ({\n    case jobject: JObject => jobject \\ \"type\" match {\n      case JString(typ) => MonitorType.fromString(typ) match {\n        case Some(MonitorTypeConnectivity) => jobject.extract[ConnectivityMonitor]\n        case Some(MonitorTypeHost) => jobject.extract[HostMonitor]\n        case Some(MonitorTypeService) => jobject.extract[ServiceMonitor]\n        case Some(MonitorTypeExternal) => jobject.extract[ExternalMonitor]\n        case _ => throw new MackerelClientException(\"Failed to parse monitor object: \" + jobject)\n      }\n      case jvalue => throw new MackerelClientException(\"Failed to parse monitor object: \" + jvalue)\n    }\n    case jvalue => throw new MackerelClientException(\"Failed to parse monitor object: \" + jvalue)\n  }, {\n    case monitor: Monitor =>\n      val formatter = Serialization.formats(NoTypeHints) + MonitorTypeSerializer + FieldSerializer[Monitor]() + MonitorOperatorSerializer\n      jackson.JsonMethods.parse(Serialization.write(monitor)(formatter))\n  })\n)\n\nobject MonitorTypeSerializer extends CustomSerializer[MonitorType](formats =>\n  ({\n    case JString(typ) => MonitorType.fromString(typ).getOrElse(throw new MackerelClientException(\"Failed to parse monitor type: \" + typ))\n  }, {\n    case monitorType: MonitorType => JString(monitorType.toString)\n  })\n)\n\nobject MonitorOperatorSerializer extends CustomSerializer[MonitorOperator](formats =>\n  ({\n    case JString(operator) => MonitorOperator.fromString(operator).getOrElse(throw new MackerelClientException(\"Failed to parse monitor operator: \" + operator))\n  }, {\n    case monitorOperator: MonitorOperator => JString(monitorOperator.toString)\n  })\n)\n\nobject HostStatusSerializer extends CustomSerializer[HostStatus](formats =>\n  ({\n    case JString(status) => HostStatus.fromString(status).getOrElse(throw new MackerelClientException(\"Failed to parse host status: \" + status))\n  }, {\n    case hostStatus: HostStatus => JString(hostStatus.toString)\n  })\n)\n\nobject AlertStatusSerializer extends CustomSerializer[AlertStatus](formats =>\n  ({\n    case JString(status) => AlertStatus.fromString(status).getOrElse(throw new MackerelClientException(\"Failed to parse host status: \" + status))\n  }, {\n    case alertStatus: AlertStatus => JString(alertStatus.toString)\n  })\n)\n\nobject CheckReportStatusSerializer extends CustomSerializer[CheckReportStatus](formats =>\n  ({\n    case JString(status) => CheckReportStatus.fromString(status).getOrElse(throw new MackerelClientException(\"Failed to parse check report status: \" + status))\n  }, {\n    case checkReportStatus: CheckReportStatus => JString(checkReportStatus.toString)\n  })\n)\n\nobject GraphUnitTypeSerializer extends CustomSerializer[GraphUnitType](formats =>\n  ({\n    case JString(typ) => GraphUnitType.fromString(typ).getOrElse(throw new MackerelClientException(\"Failed to parse graph unit type: \" + typ))\n  }, {\n    case typ: GraphUnitType => JString(typ.toString)\n  })\n)\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/MackerelClientBase.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s\npackage api\n\nimport dispatch._\nimport com.krrrr38.mackerel4s.model.Types.{ ApiKey, Path }\n\ntrait MackerelClientBase {\n  val setting: ClientSetting\n  val apiKey: ApiKey\n  val userAgent: String\n\n  val baseRequest: Req =\n    Req(_\n      .addHeader(setting.AUTH_HEADER_KEY, apiKey)\n      .addHeader(setting.USER_AGENT_KEY, userAgent)\n    )\n      .setContentType(\"application\/json\", \"UTF-8\")\n\n  val client = (path: Path) =>\n    baseRequest.setUrl(setting.BASE_URL + path)\n}\n\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/MackerelClientException.scala","text":"<reponame>krrrr38\/mackerel-client-scala<gh_stars>1-10\npackage com.krrrr38.mackerel4s\npackage model\n\nimport com.ning.http.client.FluentCaseInsensitiveStringsMap\n\n\/**\n * When send invalid request, Mackerel send invalid response.\n * This class wrap Mackerel invalid response.\n * @param statusCode\n * @param contentType\n * @param headers\n * @param body\n *\/\nclass MackerelResponseError(\n  val statusCode: Int,\n  val contentType: String,\n  val headers: FluentCaseInsensitiveStringsMap,\n  val body: String) extends Exception()\n\n\/**\n * This class show mackerel-client-scala error.\n * such as invalid json serialization format and so on.\n * @param body\n * @param cause\n *\/\nclass MackerelClientException(val message: String, val body: String, cause: Throwable) extends Exception(message, cause) {\n  def this(message: String) {\n    this(message, \"\", null)\n  }\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/ServiceAPI.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder.ListServicesBuilder\n\ntrait ServiceAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * get services\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#service-list]]\n   * @return\n   *\/\n  def listServices = ListServicesBuilder(client)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/model\/HostStatusSpec.scala","text":"package com.krrrr38.mackerel4s\npackage model\n\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass HostStatusSpec extends FunSpec with Matchers {\n\n  describe(\"HostStatus#toString\") {\n    it(\"return error, if status is not success [MackerelResponseException]\") {\n      HostStatusWorking.toString shouldBe \"working\"\n      HostStatusStandby.toString shouldBe \"standby\"\n      HostStatusMaintenance.toString shouldBe \"maintenance\"\n      HostStatusPoweroff.toString shouldBe \"poweroff\"\n    }\n  }\n\n  describe(\"HostStatus#fromString\") {\n    it(\"return error, if status is not success [MackerelResponseException]\") {\n      HostStatus.fromString(\"working\") shouldBe Some(HostStatusWorking)\n      HostStatus.fromString(\"standby\") shouldBe Some(HostStatusStandby)\n      HostStatus.fromString(\"maintenance\") shouldBe Some(HostStatusMaintenance)\n      HostStatus.fromString(\"poweroff\") shouldBe Some(HostStatusPoweroff)\n      HostStatus.fromString(\"yunotti\") shouldBe None\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/model\/GraphUnitTypeSpec.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s.model\n\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass GraphUnitTypeSpec extends FunSpec with Matchers {\n\n  describe(\"GraphUnitType#toString\") {\n    it(\"convert successfully\") {\n      GraphUnitTypeInteger.toString shouldBe \"integer\"\n      GraphUnitTypeFloat.toString shouldBe \"float\"\n      GraphUnitTypeBytes.toString shouldBe \"bytes\"\n      GraphUnitTypeBytesSec.toString shouldBe \"bytes\/sec\"\n      GraphUnitTypePercentage.toString shouldBe \"percentage\"\n      GraphUnitTypeIOPS.toString shouldBe \"iops\"\n    }\n\n    describe(\"GraphUnitType#fromString\") {\n      it(\"convert successfully\") {\n        GraphUnitType.fromString(\"integer\") shouldBe Some(GraphUnitTypeInteger)\n        GraphUnitType.fromString(\"float\") shouldBe Some(GraphUnitTypeFloat)\n        GraphUnitType.fromString(\"bytes\") shouldBe Some(GraphUnitTypeBytes)\n        GraphUnitType.fromString(\"bytes\/sec\") shouldBe Some(GraphUnitTypeBytesSec)\n        GraphUnitType.fromString(\"percentage\") shouldBe Some(GraphUnitTypePercentage)\n        GraphUnitType.fromString(\"iops\") shouldBe Some(GraphUnitTypeIOPS)\n        GraphUnitType.fromString(\"yunotti\") shouldBe None\n      }\n    }\n  }\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/PostServiceTsdbBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Types.{ Path, ServiceName }\nimport com.krrrr38.mackerel4s.model.{ ServiceMetric, SuccessResponse }\nimport dispatch.Req\nimport org.json4s.NoTypeHints\nimport org.json4s.jackson.Serialization\n\nobject PostServiceTsdbBuilder extends APIBuilder[ServiceName] {\n  override val FullPath = (serviceName: ServiceName) => s\"\/services\/$serviceName\/tsdb\"\n  override val MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, serviceName: ServiceName, metrics: Seq[ServiceMetric]): PostServiceTsdbBuilder =\n    PostServiceTsdbBuilder(baseRequest(client, serviceName), metrics)\n}\n\nprivate[builder] case class PostServiceTsdbBuilder(private val req: Req, metrics: Seq[ServiceMetric]) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(metrics))\n\n  def addMetric(metric: ServiceMetric) = this.copy(metrics = metric +: this.metrics)\n\n  def addMetrics(metrics: Seq[ServiceMetric]) = this.copy(metrics = metrics ++ this.metrics)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/HostAPI.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport org.json4s.JObject\nimport com.krrrr38.mackerel4s.builder._\nimport com.krrrr38.mackerel4s.model.{ HostStatus, Interface }\nimport com.krrrr38.mackerel4s.model.Types._\n\ntrait HostAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * get hosts info.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#hosts-list]]\n   * @return\n   *\/\n  def listHosts = ListHostsBuilder(client, None, Nil, None, Nil)\n\n  \/**\n   * get hosts info.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#hosts-list]]\n   * @param statuses host status list\n   * @return\n   *\/\n  def listHosts(statuses: Seq[HostStatus]) =\n    ListHostsBuilder(client, None, Nil, None, statuses)\n\n  \/**\n   * get hosts info in a service.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#hosts-list]]\n   * @param service service name\n   * @param roles role name (default Nil)\n   * @param statuses host status list (default Nil)\n   * @return\n   *\/\n  def listHosts(\n    service: String,\n    roles: Seq[RoleName] = Nil,\n    statuses: Seq[HostStatus] = Nil) =\n    ListHostsBuilder(client, Some(service), roles, None, statuses)\n\n  \/**\n   * register a new host.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#host-create]]\n   * @param name host name\n   * @param roleFullnames set host roles which are constructed lik \"<service-name>:<role-name>\". (default Nil)\n   * @return\n   *\/\n  def createHost(name: HostName, roleFullnames: Seq[RoleFullname] = Nil) =\n    CreateHostBuilder(client, name, roleFullnames)\n\n  \/**\n   * get a host info.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#host-get]]\n   * @param hostId\n   * @return\n   *\/\n  def getHost(hostId: HostID) = GetHostBuilder(client, hostId)\n\n  \/**\n   * update a host info.\n   *\n   * [NOTICE]\n   * name, meta and interfaces are overwritten.\n   * but if you set roleFullnames, just add them.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#host-update]]\n   * @param hostId target host id\n   * @param name update host name\n   * @param meta update meta information\n   * @param interfaces network interface information\n   * @param roleFullnames array of full names of the roles to which this host belongs\n   * @return\n   *\/\n  def updateHost(\n    hostId: HostID,\n    name: HostName,\n    meta: JObject = JObject(),\n    interfaces: Seq[Interface] = Nil,\n    roleFullnames: Seq[RoleFullname] = Nil) = UpdateHostBuilder(client, hostId, name, meta, interfaces, roleFullnames)\n\n  \/**\n   * update a host status info.\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#host-status-update]]\n   * @param hostId\n   * @param status \"standby\", \"working\", \"maintenance\" or \"poweroff\"\n   * @return\n   *\/\n  def updateHostStatus(hostId: HostID, status: HostStatus) = UpdateHostStatusBuilder(client, hostId, status)\n\n  \/**\n   * retire a host\n   *\n   * @see [[http:\/\/help-ja.mackerel.io\/entry\/spec\/api\/v0#host-retire]]\n   * @param hostId\n   * @return\n   *\/\n  def retireHost(hostId: HostID) = RetireHostBuilder(client, hostId)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/APIResponse.scala","text":"package com.krrrr38.mackerel4s\npackage model\n\nimport Types._\n\ntrait APIResponse\n\ncase class ServicesResponse(services: Seq[Service]) extends APIResponse\n\ncase class RolesResponse(roles: Seq[Role]) extends APIResponse\n\ncase class HostsResponse(hosts: Seq[Host]) extends APIResponse\n\ncase class HostIdResponse(id: HostID) extends APIResponse\n\ncase class HostResponse(host: Host) extends APIResponse\n\ncase class MonitorIdResponse(id: MonitorID) extends APIResponse\n\ncase class MonitorsResponse(monitors: Seq[Monitor]) extends APIResponse\n\ncase class AlertsResponse(alerts: Seq[Alert]) extends APIResponse\n\ncase class LatestTsdbResponse(tsdbLatest: Map[HostName, Map[MetricName, MetricValue]]) extends APIResponse\n\ncase class SuccessResponse(success: Boolean) extends APIResponse\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Monitor.scala","text":"<reponame>krrrr38\/mackerel-client-scala<filename>src\/main\/scala\/com\/krrrr38\/mackerel4s\/model\/Monitor.scala\npackage com.krrrr38.mackerel4s.model\n\nimport com.krrrr38.mackerel4s.model.Types.{ MonitorID, ServiceName }\n\nobject MonitorOperator {\n  def fromString(operator: String): Option[MonitorOperator] = operator match {\n    case \"<\" => Some(MonitorOperatorLT)\n    case \">\" => Some(MonitorOperatorGT)\n    case _ => None\n  }\n}\n\nsealed trait MonitorOperator {\n  override def toString = this match {\n    case MonitorOperatorLT => \"<\"\n    case MonitorOperatorGT => \">\"\n  }\n}\n\ncase object MonitorOperatorLT extends MonitorOperator\n\ncase object MonitorOperatorGT extends MonitorOperator\n\nobject MonitorType {\n  def fromString(monitorType: String): Option[MonitorType] = monitorType match {\n    case \"connectivity\" => Some(MonitorTypeConnectivity)\n    case \"host\" => Some(MonitorTypeHost)\n    case \"service\" => Some(MonitorTypeService)\n    case \"external\" => Some(MonitorTypeExternal)\n    case _ => None\n  }\n}\n\nsealed trait MonitorType {\n  override def toString = this match {\n    case MonitorTypeConnectivity => \"connectivity\"\n    case MonitorTypeHost => \"host\"\n    case MonitorTypeService => \"service\"\n    case MonitorTypeExternal => \"external\"\n  }\n}\n\ncase object MonitorTypeConnectivity extends MonitorType\n\ncase object MonitorTypeHost extends MonitorType\n\ncase object MonitorTypeService extends MonitorType\n\ncase object MonitorTypeExternal extends MonitorType\n\nsealed trait Monitor extends APIResponse {\n  val `type`: MonitorType\n  val id: MonitorID\n}\n\ncase class ConnectivityMonitor(id: MonitorID, scopes: Seq[String], excludeScopes: Seq[String]) extends Monitor {\n  override val `type`: MonitorType = MonitorTypeConnectivity\n}\n\ncase class HostMonitor(id: MonitorID, name: String, duration: Int, metric: String, operator: MonitorOperator, warning: Long, critical: Long, scopes: Seq[String], excludeScopes: Seq[String]) extends Monitor {\n  override val `type`: MonitorType = MonitorTypeHost\n}\n\ncase class ServiceMonitor(id: MonitorID, name: String, service: ServiceName, duration: Int, metric: String, operator: MonitorOperator, warning: Long, critical: Long) extends Monitor {\n  override val `type`: MonitorType = MonitorTypeService\n}\n\ncase class ExternalMonitor(id: MonitorID, name: String, url: String, service: ServiceName) extends Monitor {\n  override val `type`: MonitorType = MonitorTypeExternal\n}"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/RetireHostBuilder.scala","text":"package com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\nimport org.json4s.JsonAST.JObject\nimport org.json4s.jackson.JsonMethods._\n\nimport com.krrrr38.mackerel4s.model.SuccessResponse\nimport com.krrrr38.mackerel4s.model.Types.{ Path, HostID }\n\nobject RetireHostBuilder extends APIBuilder[HostID] {\n  override val FullPath = (hostId: HostID) => s\"\/hosts\/$hostId\/retire\"\n  override val MethodVerb: MethodVerb = MethodVerbPost\n\n  def apply(client: Path => Req, hostId: HostID): RetireHostBuilder =\n    RetireHostBuilder(baseRequest(client, hostId))\n}\n\nprivate[builder] case class RetireHostBuilder(private val req: Req) extends RequestBuilder[SuccessResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req.setBody(compact(render(JObject())))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/api\/AlertAPI.scala","text":"package com.krrrr38.mackerel4s.api\n\nimport com.krrrr38.mackerel4s.builder._\nimport com.krrrr38.mackerel4s.model.Types.AlertID\n\ntrait AlertAPI {\n  self: MackerelClientBase =>\n\n  \/**\n   * get alerts\n   *\n   * @see [[http:\/\/help.mackerel.io\/entry\/spec\/api\/v0#alert-get]]\n   * @return\n   *\/\n  def listAlerts = ListAlertsBuilder(client)\n\n  \/**\n   * close alert\n   *\n   * @see [[http:\/\/help.mackerel.io\/entry\/spec\/api\/v0#alert-close]]\n   * @param alertId\n   * @return\n   *\/\n  def closeAlert(alertId: AlertID, reason: String) = CloseAlertBuilder(client, alertId, reason)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/ListAlertsBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.AlertsResponse\nimport com.krrrr38.mackerel4s.model.Types.Path\nimport dispatch.Req\n\nobject ListAlertsBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/alerts\"\n  override val MethodVerb = MethodVerbGet\n\n  def apply(client: (Path) => Req): ListAlertsBuilder = ListAlertsBuilder(baseRequest(client, ()))\n}\n\nprivate[builder] case class ListAlertsBuilder(private val req: Req) extends RequestBuilder[AlertsResponse] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = req\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/LatestHostTsdbBuilder.scala","text":"<gh_stars>1-10\npackage com.krrrr38.mackerel4s\npackage builder\n\nimport dispatch.Req\n\nimport com.krrrr38.mackerel4s.model.LatestTsdbResponse\nimport com.krrrr38.mackerel4s.model.Types.{ Path, HostID, MetricName }\n\nobject LatestHostTsdbBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/tsdb\/latest\"\n  override val MethodVerb: MethodVerb = MethodVerbGet\n\n  def apply(client: Path => Req, hostIds: Seq[HostID], names: Seq[MetricName]): LatestHostTsdbBuilder =\n    LatestHostTsdbBuilder(baseRequest(client, ()), hostIds, names)\n}\n\nprivate[builder] case class LatestHostTsdbBuilder(private val req: Req, hostIds: Seq[HostID], names: Seq[MetricName]) extends RequestBuilder[LatestTsdbResponse] {\n  object Params {\n    val HOST_ID = \"hostId\"\n    val NAME = \"name\"\n  }\n\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req = {\n    val parameters = hostIds.map(Params.HOST_ID -> _) ++ names.map(Params.NAME -> _)\n    parameters.foldLeft(req) {\n      case (r, (key, value)) =>\n        r.addQueryParameter(key, value)\n    }\n  }\n\n  def addHostId(hostId: HostID) = this.copy(hostIds = hostId +: hostIds)\n  def addHostIds(hostIds: Seq[HostID]) = this.copy(hostIds = hostIds ++ this.hostIds)\n  def addName(name: MetricName) = this.copy(names = name +: names)\n  def addNames(names: Seq[MetricName]) = this.copy(names = names ++ this.names)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/main\/scala\/com\/krrrr38\/mackerel4s\/builder\/CreateMonitorBuilder.scala","text":"package com.krrrr38.mackerel4s.builder\n\nimport com.krrrr38.mackerel4s.model.Types._\nimport com.krrrr38.mackerel4s.model.{ Monitor, MonitorIdResponse }\nimport dispatch.Req\nimport org.json4s._\nimport org.json4s.jackson.Serialization\n\nobject CreateMonitorBuilder extends APIBuilder[Unit] {\n  override val FullPath = (_: Unit) => \"\/monitors\"\n  override val MethodVerb: MethodVerb = MethodVerbPost\n\n  def apply[RESULT <: Monitor](client: (Path) => Req, monitor: Monitor): CreateMonitorBuilder[RESULT] =\n    CreateMonitorBuilder[RESULT](baseRequest(client, ()), monitor)\n}\n\nprivate[builder] case class CreateMonitorBuilder[RESULT <: Monitor](private val req: Req, monitor: Monitor) extends RequestBuilder[RESULT] {\n  \/**\n   * build request with parameters before run http request\n   * @return\n   *\/\n  override protected def buildRequest: Req =\n    req.setBody(Serialization.write(monitor))\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/serializer\/HostStatusSerializerSpec.scala","text":"<reponame>krrrr38\/mackerel-client-scala\npackage com.krrrr38.mackerel4s.serializer\n\nimport com.krrrr38.mackerel4s.model._\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.{ JsonMethods, Serialization }\nimport org.scalatest.{ FunSpec, Matchers }\n\nclass HostStatusSerializerSpec extends FunSpec with Matchers {\n\n  implicit val formats = MackerelSerializer.FORMATS\n\n  describe(\"HostStatus\") {\n    it(\"success to serialize\/deserialize `working`\") {\n      val jsonStr = Serialization.write(HostStatusWrapper(HostStatusWorking))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"working\")\n      json.extract[HostStatusWrapper].status shouldBe HostStatusWorking\n    }\n    it(\"success to serialize\/deserialize `standby`\") {\n      val jsonStr = Serialization.write(HostStatusWrapper(HostStatusStandby))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"standby\")\n      json.extract[HostStatusWrapper].status shouldBe HostStatusStandby\n    }\n    it(\"success to serialize\/deserialize `maintenance`\") {\n      val jsonStr = Serialization.write(HostStatusWrapper(HostStatusMaintenance))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"maintenance\")\n      json.extract[HostStatusWrapper].status shouldBe HostStatusMaintenance\n    }\n    it(\"success to serialize\/deserialize `poweroff`\") {\n      val jsonStr = Serialization.write(HostStatusWrapper(HostStatusPoweroff))\n      val json = JsonMethods.parse(jsonStr)\n      (json \\ \"status\") shouldBe JString(\"poweroff\")\n      json.extract[HostStatusWrapper].status shouldBe HostStatusPoweroff\n    }\n  }\n\n  case class HostStatusWrapper(status: HostStatus)\n}\n"}
{"repo_name":"krrrr38\/mackerel-client-scala","path":"src\/test\/scala\/com\/krrrr38\/mackerel4s\/api\/HostAPISpec.scala","text":"package com.krrrr38.mackerel4s\npackage api\n\nimport com.krrrr38.mackerel4s.model.{ Interface, HostStatusStandby, HostStatusWorking }\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures._\n\nclass HostAPISpec extends MockApiServerFun with Matchers {\n\n  object MockHostAPI\n      extends HostAPI\n      with MackerelClientBase {\n    override val setting: ClientSetting = mockSetting\n    override val apiKey: String = \"\"\n    override val userAgent: String = \"\"\n  }\n\n  describe(\"get host list through api\") {\n    it(\"return hosts info\") {\n      val futureResponse =\n        MockHostAPI.listHosts\n          .setName(\"host_name\")\n          .setService(\"myservice\")\n          .addRole(\"role2\")\n          .addRoles(Seq(\"role1\"))\n          .addStatus(HostStatusWorking)\n          .addStatuses(Seq(HostStatusStandby))\n          .run\n\n      \/\/ to get result, it takes not small time...\n      whenReady(futureResponse, patience) { res =>\n        res.hosts.length shouldBe 2\n\n        val host = res.hosts.head\n        host.name shouldBe \"Layra.local\"\n        host.isRetired shouldBe false\n      }\n    }\n  }\n\n  describe(\"create host through api\") {\n    it(\"return host id, if success\") {\n      val futureResponse =\n        MockHostAPI.createHost(\"host_name\")\n          .setName(\"host_name\")\n          .setMeta(org.json4s.JObject())\n          .addRoleFullname(\"myservice:role1\")\n          .addRoleFullnames(Seq(\"myservice:role2\"))\n          .addInterface(Interface(\"name1\", \"ip1\", \"mac_address1\"))\n          .addInterfaces(Seq(Interface(\"name2\", \"ip2\", \"mac_address2\")))\n          .run\n\n      whenReady(futureResponse, patience) { res =>\n        res.id shouldBe \"host_id\"\n      }\n    }\n  }\n\n  describe(\"get host through api\") {\n    it(\"return a host info\") {\n      val futureResponse = MockHostAPI.getHost(\"host_id\").run\n\n      whenReady(futureResponse, patience) { res =>\n        res.host.name shouldBe \"Layra.local\"\n        res.host.isRetired shouldBe false\n        res.host.status shouldBe HostStatusStandby\n      }\n    }\n  }\n\n  describe(\"update host through api\") {\n    it(\"return host id, if success\") {\n      val futureResponse = MockHostAPI.updateHost(\"host_id\", \"host_name\").run\n\n      whenReady(futureResponse, patience) { res =>\n        res.id shouldBe \"host_id\"\n      }\n    }\n  }\n\n  describe(\"update host status through api\") {\n    it(\"return success info, if success\") {\n      val futureResponse = MockHostAPI.updateHostStatus(\"host_id\", HostStatusStandby).run\n\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n\n  describe(\"retire host through api\") {\n    it(\"return success info, if success\") {\n      val futureResponse = MockHostAPI.retireHost(\"host_id\").run\n      whenReady(futureResponse, patience) { res =>\n        res.success shouldBe true\n      }\n    }\n  }\n}"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"core\/src\/sbt-test\/sbtspiewak\/scalaversions\/build.sbt","text":"ThisBuild \/ crossScalaVersions := Seq(\"2.12.11\", \"2.13.2\")\n\nThisBuild \/ baseVersion := \"0.1\"\n\nThisBuild \/ publishGithubUser := \"djspiewak\"\nThisBuild \/ publishFullName := \"<NAME>\"\n\nlazy val check = taskKey[Unit](\"check the things\")\n\ncheck := {\n  if (scalaVersion.value != \"2.13.2\") {\n    sys.error(s\"expected '2.13.2' got '${scalaVersion.value}'\")\n  }\n}\n"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"core\/src\/sbt-test\/sbtspiewak\/mima\/build.sbt","text":"<filename>core\/src\/sbt-test\/sbtspiewak\/mima\/build.sbt\nThisBuild \/ crossScalaVersions := Seq(\"2.12.11\", \"2.13.2\")\n\nThisBuild \/ baseVersion := \"0.2\"\n\nThisBuild \/ publishGithubUser := \"djspiewak\"\nThisBuild \/ publishFullName := \"<NAME>\"\n\nlazy val setupEarly = taskKey[Unit](\"\")\nlazy val checkSemVerEarly = taskKey[Unit](\"\")\nlazy val checkScalaVerEarly = taskKey[Unit](\"\")\n\nlazy val setupLate = taskKey[Unit](\"\")\nlazy val checkSemVerLate = taskKey[Unit](\"\")\nlazy val checkScalaVerLate = taskKey[Unit](\"\")\n\nversionIntroduced += \"2.13\" -> \"0.2.1\"\n\nsetupEarly := {\n  import scala.sys.process._\n\n  \"git init\".!\n  \"git add .\".!\n  \"git commit -m init\".!\n\n  \"git tag v0.1.0\".!\n  \"git tag v0.1.1\".!\n  \"git tag v0.2.0\".!\n  \"git tag v0.2.1\".!\n  \"git tag v0.2.2\".!\n\n  \"touch blah\".!\n  \"git add blah\".!\n  \"git commit -m blah\".!\n}\n\ncheckSemVerEarly := {\n  val prev = mimaPreviousArtifacts.value\n\n  val expectedVersions = if (scalaVersion.value == \"2.12.11\")\n    Set(\"0.2.0\", \"0.2.1\", \"0.2.2\")\n  else\n    Set(\"0.2.1\", \"0.2.2\")\n\n  val prefix = organization.value % s\"${name.value}_${CrossVersion.binaryScalaVersion(scalaVersion.value)}\"\n  val expected = expectedVersions.map(prefix % _)\n\n  if (prev != expected) {\n    sys.error(s\"expected $expected; got $prev\")\n  }\n}\n\ncheckScalaVerEarly := {\n  val prev = mimaPreviousArtifacts.value\n\n  val expectedVersions = if (scalaVersion.value == \"2.12.11\")\n    Set(\"0.2.0\", \"0.2.1\", \"0.2.2\")\n  else\n    Set(\"0.2.1\", \"0.2.2\")\n\n  val prefix = organization.value % s\"${name.value}_${CrossVersion.binaryScalaVersion(scalaVersion.value)}\"\n  val expected = expectedVersions.map(prefix % _)\n\n  if (prev != expected) {\n    sys.error(s\"expected $expected; got $prev\")\n  }\n}\n\nsetupLate := {\n  import scala.sys.process._\n\n  \"git tag v1.1.0\".!\n  \"git tag v1.1.1\".!\n  \"git tag v1.2.0\".!\n  \"git tag v1.2.1\".!\n  \"git tag v1.2.2\".!\n\n  \"touch blah2\".!\n  \"git add blah2\".!\n  \"git commit -m blah2\".!\n}\n\ncheckSemVerLate := {\n  val prev = mimaPreviousArtifacts.value\n\n  val expectedVersions = Set(\"1.1.0\", \"1.1.1\", \"1.2.0\", \"1.2.1\", \"1.2.2\")\n  val prefix = organization.value % s\"${name.value}_${CrossVersion.binaryScalaVersion(scalaVersion.value)}\"\n  val expected = expectedVersions.map(prefix % _)\n\n  if (prev != expected) {\n    sys.error(s\"expected $expected; got $prev\")\n  }\n}\n\ncheckScalaVerLate := {\n  val prev = mimaPreviousArtifacts.value\n\n  val expectedVersions = Set(\"1.2.0\", \"1.2.1\", \"1.2.2\")\n  val prefix = organization.value % s\"${name.value}_${CrossVersion.binaryScalaVersion(scalaVersion.value)}\"\n  val expected = expectedVersions.map(prefix % _)\n\n  if (prev != expected) {\n    sys.error(s\"expected $expected; got $prev\")\n  }\n}\n"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"core\/src\/sbt-test\/sbtspiewak\/nowarn\/build.sbt","text":"ThisBuild \/ crossScalaVersions := Seq(\"2.11.12\", \"2.12.12\", \"2.13.3\", \"0.27.0-RC1\", \"3.0.0-M1\")\n\nThisBuild \/ baseVersion := \"0.1\"\n\nThisBuild \/ publishGithubUser := \"djspiewak\"\nThisBuild \/ publishFullName := \"<NAME>\"\n\nscalacOptions ++= {\n  if (isDotty.value) Seq.empty \/\/ @nowarn compiles, but doesn't work\n  else Seq(\"-Xfatal-warnings\")\n}\n\nenablePlugins(NowarnCompatPlugin)\n"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"sonatype\/src\/main\/scala\/sbtspiewak\/SpiewakSonatypePlugin.scala","text":"<filename>sonatype\/src\/main\/scala\/sbtspiewak\/SpiewakSonatypePlugin.scala\n\/*\n * Copyright 2020 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage sbtspiewak\n\nimport sbt._, Keys._\n\nimport xerial.sbt.Sonatype, Sonatype.autoImport._\n\nobject SpiewakSonatypePlugin extends AutoPlugin {\n\n  override def requires = SpiewakPlugin && Sonatype\n\n  override def trigger = allRequirements\n\n  override def buildSettings =\n    addCommandAlias(\"release\", \"; reload; project \/; +mimaReportBinaryIssuesIfRelevant; +publishIfRelevant; sonatypeBundleRelease\")\n\n  override def projectSettings = Seq(\n    publishMavenStyle := !sbtPlugin.value,\n    sonatypeProfileName := organization.value,\n    publishTo := sonatypePublishToBundle.value)\n}\n"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"core\/src\/sbt-test\/sbtspiewak\/nowarn\/src\/main\/scala\/Decrepitude.scala","text":"import java.util.Date\nimport scala.annotation.nowarn\n\nobject Decrepitude {\n  @nowarn(\"cat=deprecation\")\n  val decrepit = {\n    \/\/ Yo, we don't do this anymore\n    new Date(2020, 11, 21)\n  }\n}\n"}
{"repo_name":"wemrysi\/sbt-spiewak","path":"core\/src\/sbt-test\/sbtspiewak\/dotty\/src\/main\/scala\/Test.scala","text":"object Test {\n\n  def foo[F[_], A](fa: F[A]): F[A] = fa\n\n  foo(Option(42))\n  foo(Right(42))    \/\/ testing partial unification\n\n  foo[Option, Int](Some(42))\n  foo[Option[*], Int](Some(42))    \/\/ testing kind-projector things\n\n  foo[Either[String, *], Int](Right(42))\n\n  implicit class IntSyntax(val i: Int) extends AnyVal {\n    def bippy() = println(\"hi\")\n  }\n\n  42.bippy()\n\n  implicit def unitToString(u: Unit): String = {\n    val _ = u\n    \"unit\"\n  }\n\n  val s: String = ()\n}\n"}
{"repo_name":"swils\/verifast","path":"examples\/java\/hello.scala","text":"<reponame>swils\/verifast\nobject Program {\r\n    def main(args: Array[String]): Unit\r\n        \/\/@ requires true\r\n        \/\/@ ensures true\r\n    = {\r\n        var x: Int = 5;\r\n        var y: Int = 6;\r\n        var z: Int = x + y;\r\n        assert(z == 11);\r\n    }\r\n}"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/utils\/GZip.scala","text":"package org.rudogma.bytownite.utils\n\nimport java.nio.charset.Charset\nimport java.util.zip.{GZIPInputStream, GZIPOutputStream}\n\nobject GZip {\n\n  def compress(string: String, charset:Charset, bufferSize:Int = 512):Array[Byte] = {\n\n    val out = new UnsyncByteArrayOutputStream()\n    val gzos = new GZIPOutputStream(out, bufferSize)\n\n    gzos.write(string.getBytes(charset))\n    gzos.close()\n\n    out.toByteArray\n  }\n\n  def decompress(bytes: Array[Byte], charset: Charset, bufferSize:Int = 1024): String = {\n    val buffer = new Array[Byte](bufferSize)\n    val gzis = new GZIPInputStream(new UnsyncByteArrayInputStream(bytes))\n\n    val out = new UnsyncByteArrayOutputStream(bytes.length)\n\n\n    var len = gzis.read(buffer)\n\n    while (len > 0) {\n      out.write(buffer, 0, len)\n      len = gzis.read(buffer)\n    }\n\n    gzis.close()\n    out.close()\n\n    new String(out.toByteArray, charset)\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/package.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/package.scala\npackage org.rudogma.bytownite\n\n\npackage object encoders {\n\n\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/BooleanDecoder.scala","text":"<gh_stars>1-10\npackage org.rudogma.bytownite.decoders\n\nimport java.io.InputStream\n\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\nobject BooleanDecoder extends Decoder[Boolean] with FixedLength with NotNullable {\n  def blockLength = 1\n\n  def extract(input: InputStream) = Extracted(\n    if( input.read() == 1 ) true else false,\n    1\n  )\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayByteDecoder.scala","text":"package org.rudogma.bytownite.decoders.arrays\n\nimport java.io.InputStream\n\nimport org.rudogma.bytownite.decoders.{Decoder, HeaderBasedDecoder}\nimport org.rudogma.bytownite.{Nullable}\n\nobject ArrayByteDecoder extends Decoder[Array[Byte]] with HeaderBasedDecoder[Array[Byte]] with Nullable {\n\n  override def decodeBody(bytes: Array[Byte]) = bytes\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/Implicits.scala","text":"package org.rudogma.bytownite.encoders.arrays\n\nimport org.rudogma.bytownite.encoders.Encoder\n\ntrait Implicits {\n\n  implicit val arrayCharEncoder:Encoder[Array[Char]] = ArrayCharEncoder\n\n  implicit val arrayByteEncoder:Encoder[Array[Byte]] = ArrayByteEncoder\n  implicit val arrayShortEncoder:Encoder[Array[Short]] = ArrayShortEncoder\n  implicit val arrayIntEncoder:Encoder[Array[Int]] = ArrayIntEncoder\n  implicit val arrayLongEncoder:Encoder[Array[Long]] = ArrayLongEncoder\n\n  implicit val arrayFloatEncoder:Encoder[Array[Float]] = ArrayFloatEncoder\n  implicit val arrayDoubleEncoder:Encoder[Array[Double]] = ArrayDoubleEncoder\n\n  implicit def encoderArrayGeneric[T: Encoder]:Encoder[Array[T]] = new ArrayGenericEncoder[T]\n}\n\n\nobject Implicits extends Implicits"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayCharDecoder.scala","text":"package org.rudogma.bytownite.decoders.arrays\n\nimport org.rudogma.bytownite.decoders.{Decoder, HeaderBasedDecoder}\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.{Nullable}\n\nobject ArrayCharDecoder extends Decoder[Array[Char]] with HeaderBasedDecoder[Array[Char]] with Nullable {\n\n  override def decodeBody(bytes: Array[Byte]) = {\n    var value = new Array[Char](bytes.length \/ 2)\n    var offset = 0\n\n    var i = 0\n    while(i < value.length){\n      value(i) = Bits.getChar(bytes, offset)\n      offset += 2\n      i += 1\n    }\n\n    value\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/HeaderBasedEncoder.scala","text":"package org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.HeaderBased\nimport org.rudogma.bytownite.utils.Bits\n\ntrait HeaderBasedEncoder[@specialized T] extends Encoder[T] with HeaderBased {\n\n  def headerLength:Int = 4\n\n  def encodeBody(value:T):Array[Byte]\n\n  override def encode(value: T) = {\n    val body = encodeBody(value)\n\n    val bytes = new Array[Byte](headerLength + body.length)\n\n    Bits.putInt(bytes, 0, body.length)\n    System.arraycopy(body, 0, bytes, headerLength, body.length)\n\n    bytes\n  }\n}"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayGenericEncoder.scala","text":"package org.rudogma.bytownite.encoders.arrays\n\n\nimport org.rudogma.bytownite.utils.UnsyncByteArrayOutputStream\nimport org.rudogma.bytownite.{Nullable}\nimport org.rudogma.bytownite.encoders.{Encoder, HeaderBasedEncoder}\n\nclass ArrayGenericEncoder[T: Encoder] extends HeaderBasedEncoder[Array[T]] with Nullable {\n\n  override def encodeBody(value: Array[T]) = {\n    val body = new UnsyncByteArrayOutputStream(512)\n\n    var i = 0\n    var offset = 0\n    while(i < value.length){\n      val bytes = implicitly[Encoder[T]].encode(value(i))\n      \/\/System.arraycopy(bytes, 0, body, offset, bytes.length)\n      body.write(bytes)\n\n      i += 1\n      offset += bytes.length\n    }\n\n    body.toByteArray\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/CharDecoder.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/CharDecoder.scala\npackage org.rudogma.bytownite.decoders\n\nimport java.io.InputStream\n\nimport org.rudogma.bytownite._\nimport org.rudogma.bytownite.utils.Bits\n\nobject CharDecoder extends Decoder[Char] with FixedLength with NotNullable {\n\n  def blockLength = 2\n\n  def extract(input: InputStream) = {\n    val bytes = new Array[Byte](blockLength)\n    input.read(bytes)\n\n    Extracted( Bits.getChar(bytes, 0), blockLength)\n  }\n\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/Decoder.scala","text":"package org.rudogma.bytownite.decoders\n\nimport java.io.InputStream\n\nimport org.rudogma.bytownite\nimport org.rudogma.bytownite.HeaderBased\nimport org.rudogma.bytownite.utils.Bits\n\n\ntrait Decoder[@specialized T] {\n  def extract(input:InputStream):Extracted[T]\n  def isNullable:Boolean\n}\n\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/HeaderBasedDecoder.scala","text":"<reponame>rudogma\/bytownite\npackage org.rudogma.bytownite.decoders\n\nimport java.io.InputStream\n\nimport org.rudogma.bytownite\nimport org.rudogma.bytownite.HeaderBased\nimport org.rudogma.bytownite.utils.Bits\n\n\ntrait HeaderBasedDecoder[@specialized T] extends Decoder[T] with HeaderBased {\n\n  def headerLength:Int = 4\n\n  def decodeBody(bytes:Array[Byte]):T\n\n  def extract(input: InputStream) = {\n    val header = new Array[Byte](headerLength)\n    input.read(header)\n\n    val bodyLength = Bits.getInt(header, 0)\n\n\n\n    if(bodyLength > bytownite.BLOCK_LENGTH_LIMIT){\n      throw new RuntimeException(s\"BodyLength overflow: ${bodyLength}\")\n    }\n\n    val body = new Array[Byte](bodyLength)\n    input.read(body)\n\n    val value = decodeBody(body)\n\n    Extracted(value, bodyLength + 4)\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/BooleanEncoder.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/BooleanEncoder.scala\npackage org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\n\nobject BooleanEncoder extends Encoder[Boolean] with FixedLength with NotNullable {\n\n  override def blockLength: Int = 1\n\n  val TRUE:Array[Byte] = Array[Byte](1)\n  val FALSE:Array[Byte] = Array[Byte](0)\n\n  final def encode(value: Boolean): Array[Byte] = if(value) TRUE else FALSE\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/Bytownite.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/Bytownite.scala\npackage org.rudogma.bytownite\n\nimport scala.annotation.{StaticAnnotation, compileTimeOnly}\nimport scala.language.experimental.macros\nimport scala.reflect.macros.whitebox\n\n@compileTimeOnly(\"enable macro paradise to expand macro annotations\")\nfinal class Bytownite extends StaticAnnotation {\n  def macroTransform(annottees: Any*): Any = macro BytowniteImpl.transform_impl\n}\n\n\nclass BytowniteImpl[Context <: whitebox.Context](val c:Context, val debug:Boolean) {\n\n  import c.universe._\n\n  def generateNewCompanion(classDef: c.universe.ClassDef, companion:Option[c.universe.ModuleDef], debug:Boolean = false): Tree ={\n\n    val deriveEncoder = if(debug) q\"debug_deriveEncoder\" else q\"deriveEncoder\"\n    val deriveDecoder = if(debug) q\"debug_deriveDecoder\" else q\"deriveDecoder\"\n\n    val result = q\"\"\"\n           object ${classDef.name.toTermName} {\n\n           import _root_.org.rudogma.bytownite._\n           import _root_.org.rudogma.bytownite.encoders._\n           import _root_.org.rudogma.bytownite.decoders._\n           import _root_.org.rudogma.bytownite.Implicits._\n\n            implicit val encoder:Encoder[${classDef.name.toTypeName}] = $deriveEncoder\n            implicit val decoder:Decoder[${classDef.name.toTypeName}] = $deriveDecoder\n\n\n            }\n         \"\"\"\n\n\/\/    println(\"----Implicit derived encoder\")\n\/\/    println(result)\n\n    result\n  }\n\n\n}\n\nobject BytowniteImpl {\n  def isDebug(mods: whitebox.Context#Modifiers):Boolean = mods.annotations.find( _.toString() == \"new Debug()\").map(_ => true).getOrElse(false)\n\n  def transform_impl(c: whitebox.Context)(annottees: c.Expr[Any]*): c.Expr[Any] = {\n\n    import c.universe._\n\n    var debug = false\n\n    val result:List[Tree] = annottees.map(_.tree).toList match {\n\n      case expr @ (classDef:ClassDef) :: Nil =>\n\n        debug = isDebug(classDef.mods)\n\n        if(debug){\n          println(s\"[building for ${classDef.name}] Exists: class only, debug: ${debug}\")\n        }\n\n\n\n        List(classDef, new BytowniteImpl[c.type](c, debug).generateNewCompanion(classDef, None, debug))\n\n      case expr @ (classDef:ClassDef) :: (companion:ModuleDef) :: Nil =>\n\n        debug = isDebug(classDef.mods)\n\n        if(debug){\n          println(s\"[building for ${classDef.name}] Exists: class+companion, debug: ${debug}\")\n        }\n\n\n        List(classDef, new BytowniteImpl[c.type](c, debug).generateNewCompanion(classDef, Some(companion), debug))\n      case e =>\n\n        c.abort(c.enclosingPosition, s\"Macro @BuildService not supported for tree: ${e.head.getClass}\")\n        ???\n    }\n\n    var block = q\"{ ..$result }\"\n\n    c.Expr[Any](block)\n  }\n}\n\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/test\/scala\/org\/rudogma\/bytownite\/tests\/package.scala","text":"package org.rudogma.bytownite\n\npackage object tests {\n\n  trait TArray[@specialized T]{\n    var array:Array[T]\n  }\n\n  @Bytownite\n  case class TArrayOfByte(var array:Array[Byte]) extends TArray[Byte]\n\n  @Bytownite\n  case class TArrayOfInt(var array:Array[Int]) extends TArray[Int]\n\n  @Bytownite\n  case class TMedium(\n                      var byteValue:Byte = 111,\n                      var shortValue:Short = 12232,\n                      var intValue:Int = 123121202,\n                      var longValue1:Long = 12931231231221312L,\n                      var longValue2:Long = 12931231231221312L,\n                      var longValue3:Long = 12931231231221312L,\n                      var longValue4:Long = 12931231231221312L,\n                      var longValue5:Long = 12931231231221312L,\n                      var longValue6:Long = 12931231231221312L,\n                      var longValue7:Long = 12931231231221312L,\n                      var longValue8:Long = 12931231231221312L,\n                      var longValue9:Long = 12931231231221312L,\n                      var longValue0:Long = 12931231231221312L,\n                      var longValue11:Long = 12931231231221312L,\n                      var longValue22:Long = 12931231231221312L,\n                      var longValue33:Long = 12931231231221312L,\n                      var longValue44:Long = 12931231231221312L,\n                      var longValue55:Long = 12931231231221312L,\n                      var longValue66:Long = 12931231231221312L,\n                      var longValue77:Long = 12931231231221312L,\n                      var longValue88:Long = 12931231231221312L,\n                      var longValue99:Long = 12931231231221312L,\n                      var longValue00:Long = 12931231231221312L,\n                      var longValue111:Long = 12931231231221312L,\n                      var longValue222:Long = 12931231231221312L,\n                      var longValue333:Long = 12931231231221312L,\n                      var longValue444:Long = 12931231231221312L,\n                      var longValue555:Long = 12931231231221312L\n                    )\n\n  @Bytownite\n  case class TBig(\n                   var byteValue:Byte = 111,\n                   var shortValue:Short = 12232,\n                   var intValue:Int = 123121202,\n                   var longValue:Long = 12931231231221312L,\n\n                   var booleanValue:Boolean = true,\n\n                   var stringValue:String = \"Some string value\",\n\n                   \/\/  @Compress\n                   var stringValue2:String = \"Some some some some some some some some some some some some some some some some\",\n\n                   var emptyString:String = \"\",\n\n                   \/\/  @Compress\n                   var emptyCompressedString:String = \"\",\n\n                   var stringNullValue:String = null,\n\n                   var a1:Array[Byte] = Array[Byte](0,1,2,3,4, Byte.MinValue, Byte.MaxValue),\n                   var a2:Array[Short] = Array[Short](0,1,2,3,4, Short.MinValue, Short.MaxValue),\n                   var a3:Array[Int] = Array[Int](0,1,2,3,4, Int.MinValue, Int.MaxValue),\n                   var a4:Array[Long] = Array[Long](0,1,2,3,4, Long.MinValue, Long.MaxValue),\n                   var a5:Array[Char] = Array[Char](0,1,2,3,4, Char.MinValue, Char.MaxValue),\n\n                   var a1_null:Array[Byte] = null,\n                   var a2_null:Array[Int] = null,\n\n                   var t2:TMicro = TMicro(),\n                   var t2_null:TMicro = null,\n\/\/                   var t2_null:TMicro = TMicro(t2_byteValue = 5),\n\n                   var string_array:Array[String] = Array(\"H1\", \"h2\", \"h3\", \"h4\"),\n\n                   var obj_array:Array[TMicro] = null,\n                   var obj_array_null:Array[TMicro] = null,\n\n                   var obj_array_t2:Array[TMicro] = Array(TMicro(), TMicro()),\n\n                   var array_array:Array[Array[String]] = Array( Array(\"1\",\"2\"), Array(\"3\",\"4\"))\n\n                 )\n  @Bytownite\n  case class TMicro(\n                     t2_byteValue:Byte = 111,\n                     t2_shortValue:Short = 12232,\n                     t2_intValue:Int = 123121202,\n                     t2_longValue:Long = 12931231231221312L\n                   )\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/Implicits.scala","text":"<reponame>rudogma\/bytownite<gh_stars>1-10\npackage org.rudogma.bytownite\n\nobject Implicits\n  extends encoders.Implicits\n  with encoders.arrays.Implicits\n\n  with decoders.Implicits\n  with decoders.arrays.Implicits\n{\n\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/ByteEncoder.scala","text":"package org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\nobject ByteEncoder extends Encoder[Byte] with FixedLength with NotNullable {\n\n  override def blockLength: Int = 1\n\n\/\/  val ONE:Array[Byte] = Array[Byte](1)\n\/\/  val ZERO:Array[Byte] = Array[Byte](0)\n\n  override def encode(value: Byte): Array[Byte] = Array(value)\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/StringDecoder.scala","text":"package org.rudogma.bytownite.decoders\n\nimport java.nio.charset.Charset\n\nimport org.rudogma.bytownite.Nullable\n\nclass StringDecoder(charset: Charset) extends Decoder[String] with HeaderBasedDecoder[String] with Nullable {\n  override def decodeBody(bytes: Array[Byte]) = new String(bytes, charset)\n}\n\nobject StringDecoder {\n  implicit val UTF8:Decoder[String] = new StringDecoder(Charset.forName(\"UTF-8\"))\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/DoubleEncoder.scala","text":"<gh_stars>1-10\npackage org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\nobject DoubleEncoder extends Encoder[Double] with FixedLength with NotNullable {\n\n  final def blockLength: Int = 8\n\n  final def encode(value: Double): Array[Byte] = {\n    val bytes = new Array[Byte](blockLength)\n\n    Bits.putDouble(bytes, 0, value)\n\n    bytes\n  }\n}\n\n\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/FloatEncoder.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/FloatEncoder.scala\npackage org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\nobject FloatEncoder extends Encoder[Float] with FixedLength with NotNullable {\n\n  final def blockLength: Int = 4\n\n  final def encode(value: Float): Array[Byte] = {\n    val bytes = new Array[Byte](blockLength)\n\n    Bits.putFloat(bytes, 0, value)\n\n    bytes\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayLongDecoder.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayLongDecoder.scala\npackage org.rudogma.bytownite.decoders.arrays\n\nimport org.rudogma.bytownite.decoders.{Decoder, HeaderBasedDecoder}\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.{Nullable}\n\nobject ArrayLongDecoder extends Decoder[Array[Long]] with HeaderBasedDecoder[Array[Long]] with Nullable {\n\n  override def decodeBody(bytes: Array[Byte]) = {\n    var value = new Array[Long](bytes.length \/ 8)\n    var offset = 0\n\n    var i = 0\n    while(i < value.length){\n      value(i) = Bits.getLong(bytes, offset)\n      offset += 8\n      i += 1\n    }\n\n    value\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/Implicits.scala","text":"<reponame>rudogma\/bytownite\npackage org.rudogma.bytownite.decoders\n\ntrait Implicits {\n\n  implicit val DecoderBoolean:Decoder[Boolean] = BooleanDecoder\n\n  implicit val DecoderByte:Decoder[Byte] = ByteDecoder\n  implicit val DecoderShort:Decoder[Short] = ShortDecoder\n  implicit val DecoderInt:Decoder[Int] = IntDecoder\n  implicit val DecoderLong:Decoder[Long] = LongDecoder\n\n  implicit val DecoderFloat:Decoder[Float] = FloatDecoder\n  implicit val DecoderDouble:Decoder[Double] = DoubleDecoder\n\n  implicit val DecoderString:Decoder[String] = StringDecoder.UTF8\n}\n\nobject Implicits extends Implicits"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayByteEncoder.scala","text":"<reponame>rudogma\/bytownite<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayByteEncoder.scala\npackage org.rudogma.bytownite.encoders.arrays\n\nimport org.rudogma.bytownite.Nullable\nimport org.rudogma.bytownite.encoders.HeaderBasedEncoder\n\nobject ArrayByteEncoder extends HeaderBasedEncoder[Array[Byte]] with Nullable {\n\n  override def encodeBody(value: Array[Byte]) = value\n}"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/Implicits.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/Implicits.scala<gh_stars>1-10\npackage org.rudogma.bytownite.encoders\n\ntrait Implicits {\n\n  implicit val encoderBoolean:Encoder[Boolean] = BooleanEncoder\n\n  implicit val encoderByte:Encoder[Byte] = ByteEncoder\n  implicit val encoderShort:Encoder[Short] = ShortEncoder\n  implicit val encoderInt:Encoder[Int] = IntEncoder\n  implicit val encoderLong:Encoder[Long] = LongEncoder\n\n  implicit val encoderFloat:Encoder[Float] = FloatEncoder\n  implicit val encoderDouble:Encoder[Double] = DoubleEncoder\n\n  implicit val encoderString:Encoder[String] = StringEncoder.UTF8\n\n\/\/  implicit val encoder_utf8string:Encoder[UTF8String] = null \/\/??? \/\/lifterF[Encoder].lift(StringEncoder.UTF8)\n}\n\nobject Implicits extends Implicits"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/package.scala","text":"package org.rudogma.bytownite\n\npackage object decoders {\n\n  case class Extracted[@specialized T](var value:T, var bytes:Int)\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayLongEncoder.scala","text":"package org.rudogma.bytownite.encoders.arrays\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.Nullable\nimport org.rudogma.bytownite.encoders.HeaderBasedEncoder\n\n\nobject ArrayLongEncoder extends HeaderBasedEncoder[Array[Long]] with Nullable {\n\n  override def encodeBody(value: Array[Long]) = {\n    val body = new Array[Byte](value.length * 8)\n\n    var i = 0\n    var offset = 0\n    while(i < value.length){\n      Bits.putLong(body, offset, value(i))\n\n      i += 1\n      offset += 8\n    }\n\n    body\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayDoubleEncoder.scala","text":"package org.rudogma.bytownite.encoders.arrays\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.Nullable\nimport org.rudogma.bytownite.encoders.HeaderBasedEncoder\n\n\nobject ArrayDoubleEncoder extends HeaderBasedEncoder[Array[Double]] with Nullable {\n\n  override def encodeBody(value: Array[Double]) = {\n    val body = new Array[Byte](value.length * 8)\n\n    var i = 0\n    var offset = 0\n    while(i < value.length){\n      Bits.putDouble(body, offset, value(i))\n\n      i += 1\n      offset += 8\n    }\n\n    body\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/test\/scala\/org\/rudogma\/bytownite\/tests\/bench\/package.scala","text":"<filename>src\/test\/scala\/org\/rudogma\/bytownite\/tests\/bench\/package.scala\npackage org.rudogma.bytownite.tests\n\nimport scala.collection.mutable\n\nimport superquants._\nimport superquants.longprecision.time._\n\npackage object bench {\n\n  def bench(title:String = \"default\", count:Int=1, measureAll:Boolean = false, sleep:Milliseconds = 0.millis)(f:  => Unit): Long ={\n\n    var total_duration = 0L\n\n    var i = 0\n\n    var measures = mutable.Buffer.empty[Long]\n\n    while( i < count){\n\n      val started_at = System.currentTimeMillis()\n\n      f\n\n      val duration = System.currentTimeMillis() - started_at\n\n      total_duration += duration\n\n      if(measureAll){\n        measures.append(duration)\n      }\n\n      if(sleep > 0){\n        Thread.sleep(sleep)\n      }\n\n      i = i + 1\n    }\n\n    for( (measure,index) <- measures.zipWithIndex){\n      println(s\"[bench][${title}][run#${i}] ended in ${measure}ms\")\n    }\n\n    println(\"[bench][%s][runs=%d] ended in %dms\" format (title, count, total_duration))\n\n    total_duration\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/test\/scala\/org\/rudogma\/bytownite\/tests\/TestAll.scala","text":"package org.rudogma.bytownite.tests\n\nimport org.rudogma.bytownite._\nimport org.rudogma.bytownite.utils.UnsyncByteArrayInputStream\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.rudogma.equalator._\nimport org.rudogma.equalator.Implicits._\nimport org.rudogma.bytownite.Implicits._\nimport org.rudogma.bytownite.decoders.Decoder\nimport org.rudogma.bytownite.encoders.Encoder\n\nclass TestAll extends FlatSpec with Matchers {\n\n  def makeTest[T : Encoder : Decoder : Equalator](value:T): Unit ={\n\n    val eq = implicitly[Equalator[T]]\n\n    val s1 = implicitly[Encoder[T]]\n    val s2 = implicitly[Decoder[T]]\n\n    val serializedBytes = s1.encode(value)\n\n    val extractedValue = s2.extract(new UnsyncByteArrayInputStream(serializedBytes))\n\n\n    eq.deepEquals(extractedValue.value, value) match {\n      case Left(e) =>\n\n        println(s\"deepEquals failed with: ${e.message}\")\n        println(s\"Input: ${value}\")\n        println(s\"Extracted: ${extractedValue.value}\")\n        println(s\"[encoded.bytes][${serializedBytes.grouped(40).map(_.mkString(\",\")).mkString(\"\\n\")}]\")\n\n        System.out.flush()\n\n        e.printStackTrace()\n      case Right(x) =>\n        \/\/pass\n    }\n  }\n\n\n  \"Test\" should \"work\" in {\n\n    makeTest(true)\n    makeTest(false)\n\n    makeTest(1.toByte)\n    makeTest(1.toShort)\n    makeTest(1)\n    makeTest(1L)\n\n    makeTest(1.1f)\n    makeTest(1.1D)\n\n    makeTest(Array[Byte](0,1,2,3,4))\n\n    makeTest(TMicro())\n    makeTest(TMedium())\n    makeTest(TBig())\n  }\n}\n\n\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/Encoder.scala","text":"package org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.HeaderBased\nimport org.rudogma.bytownite.utils.Bits\n\n\ntrait Encoder[@specialized T] {\n  def encode(value:T):Array[Byte]\n  def isNullable:Boolean\n}\n\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/DerivationMacros.scala","text":"package org.rudogma.bytownite\n\nimport org.rudogma.bytownite.decoders.Decoder\nimport org.rudogma.bytownite.encoders.Encoder\n\nimport scala.reflect.macros.blackbox\n\nclass DerivationMacros(val c: blackbox.Context) {\n\n  import c.universe._\n\n\n\n  def materializeEncoder[T: c.WeakTypeTag]: c.Expr[Encoder[T]] = materializeEncoderImpl[T]()\n  def materializeDecoder[T: c.WeakTypeTag]: c.Expr[Decoder[T]] = materializeDecoderImpl[T]()\n\n  def debug_materializeEncoder[T: c.WeakTypeTag]: c.Expr[Encoder[T]] = materializeEncoderImpl[T](true)\n  def debug_materializeDecoder[T: c.WeakTypeTag]: c.Expr[Decoder[T]] = materializeDecoderImpl[T](true)\n\n\n  private[this] def fail(tpe: Type): Nothing = c.abort(\n    c.enclosingPosition,\n    s\"Could not identify primary constructor for $tpe\"\n  )\n\n  private[this] def materializeEncoderImpl[T: c.WeakTypeTag](debug:Boolean = false): c.Expr[Encoder[T]] = {\n\n\n    val tpe = weakTypeOf[T]\n\n    val repr = productRepr(tpe)\n\n    productRepr(tpe).fold(fail(tpe)){ repr =>\n\n      val encoders = repr.members.map{ m =>\n        q\"val ${m.encoderName}:Encoder[${m.tpe}] = implicitly[Encoder[${m.tpe}]]\"\n      }\n\n      val encodersList = q\"protected val encodersList:Array[Encoder[_]] = Array(..${repr.members.map( _.encoderName)})\"\n\n\n      val doEncode =\n        q\"\"\"\n           @inline def doEncode[T](value:T, encoder:Encoder[T]):Unit = {\n              val b = encoder.encode(value)\n              System.arraycopy(b, 0, bytes, offset, b.length)\n              offset += b.length\n           }\n         \"\"\"\n\n      val flist = repr.members.map{ m =>\n        q\"\"\"doEncode(value.${m.name}, ${m.encoderName})\"\"\"\n      }\n\n      val fixedLengthEncoder =\n        q\"\"\"\n           val blockLengthCalculated = encodersList.map(_.asInstanceOf[FixedLength].blockLength).sum\n\n           new Encoder[$tpe] with FixedLength with Nullable {\n              def blockLength = blockLengthCalculated\n\n\n              final def encode(value:${tpe}):Array[Byte] = {\n              val bytes = new Array[Byte](blockLength)\n              var offset = 0\n\n              $doEncode\n\n              ..$flist\n\n                bytes\n              }\n           }\n         \"\"\"\n\n\n      val doEncodeNullable =\n        q\"\"\"\n           @inline def doEncode[T](value:T, encoder:Encoder[T]):Unit = {\n              if(encoder.isNullable){\n                         if(value == null){\n                           nullBits.set(nullBitsIndex)\n                         }else{\n                           val b = encoder.encode(value)\n                           output.write(b)\n                           offset += b.length\n                         }\n                         nullBitsIndex += 1\n           \n             }else{\n                         val b = encoder.encode(value)\n                         output.write(b)\n                         offset += b.length\n                       }\n\n\n           }\n         \"\"\"\n      \n      val varLengthEncoder =\n        q\"\"\"\n\n           val nullBitsCount = encodersList.count(_.isNullable)\n           val nullBitsBytes = if( nullBitsCount % 8 > 0){\n                       (nullBitsCount \/ 8) + 1\n                   }else {\n              (nullBitsCount \/ 8)\n           }\n\n            new Encoder[$tpe] with HeaderBasedEncoder[$tpe] with Nullable {\n\n               final def encodeBody(value:${tpe}):Array[Byte] = {\n                   val output = new UnsyncByteArrayOutputStream(100)\n                   var offset = 0\n                   val nullBits = new BitSet(nullBitsCount)\n                   var nullBitsIndex = 0\n\n                    output.pos += nullBitsBytes\n\n                  $doEncodeNullable\n           \n                  ..$flist\n\n           val bools = BitSetUtils.toArrayBoolean(nullBits).toList\n\n                  val bytes = output.toByteArray\n                  System.arraycopy(BitSet.toByteArrayTrimmed(nullBits), 0, bytes, 0, nullBitsBytes)\n                  bytes\n                         }\n                      }\n         \"\"\"\n\n\n      val body =\n        q\"\"\"\n\n          import org.rudogma.bytownite.utils._\n\n          ..$encoders\n          ..$encodersList\n\n          val isFixedLength:Boolean = encodersList.forall(_.isInstanceOf[FixedLength])\n\n          if(isFixedLength){\n            $fixedLengthEncoder\n          }else{\n            $varLengthEncoder\n          }\n        \"\"\"\n\n      if(debug){\n        println(s\"--- Derived Encoder[${tpe}] body ---\")\n        println(body)\n      }\n\n      c.Expr[Encoder[T]](body)\n    }\n\n  }\n\n\n\n\n  private[this] def materializeDecoderImpl[T: c.WeakTypeTag](debug:Boolean = false): c.Expr[Decoder[T]] = {\n\n    val tpe = weakTypeOf[T]\n\n\n\n    val repr = productRepr(tpe)\n\n    productRepr(tpe).fold(fail(tpe)){ repr =>\n\n\n      val decoders = repr.members.map{ m =>\n        q\"val ${m.decoderName}:Decoder[${m.tpe}] = implicitly[Decoder[${m.tpe}]]\"\n      }\n\n      val decodersList = q\"protected val decodersList:Array[Decoder[_]] = Array(..${repr.members.map( _.decoderName)})\"\n\n\n      val doDecode =\n        q\"\"\"\n           @inline def doDecode[T](decoder:Decoder[T]):T = {\n              val r = decoder.extract(input)\n\n              bytesRead += r.bytes\n              r.value\n           }\n         \"\"\"\n\n      val flist = repr.members.map{ m =>\n        q\"\"\"doDecode(${m.decoderName})\"\"\"\n      }\n\n\n      val tpeName = tpe.typeConstructor.typeSymbol.name.toTermName\n\n      val fixedLengthDecoder =\n        q\"\"\"\n           val blockLengthCalculated = decodersList.map(_.asInstanceOf[FixedLength].blockLength).sum\n\n           new Decoder[$tpe] with FixedLength with Nullable {\n              def blockLength = blockLengthCalculated\n\n\n              final def extract(input:InputStream) = {\n                var bytesRead = 0\n\n               $doDecode\n\n                Extracted( ${tpeName}(..$flist), bytesRead)\n              }\n           }\n         \"\"\"\n\n      val doDecodeNullable =\n        q\"\"\"\n           @inline def doDecode[T](decoder:Decoder[T]):T = {\n\n              if(decoder.isNullable){\n                 if(nullBits.fastGet(nullBitsIndex)){\n                     nullBitsIndex += 1\n                     null.asInstanceOf[T]\n                 }else{\n                    nullBitsIndex += 1\n\n                    val r = decoder.extract(input)\n                      \n                    r.value\n                 }\n              }else{\n                val r = decoder.extract(input)\n           \n                r.value\n              }\n           }\n         \"\"\"\n\n      val varLengthDecoder =\n        q\"\"\"\n           val nullBitsCount = decodersList.count(_.isNullable)\n           val nullBitsBytes = if( nullBitsCount % 8 > 0){\n                                  (nullBitsCount \/ 8) + 1\n                              }else {\n                         (nullBitsCount \/ 8)\n                      }\n\n           new Decoder[$tpe] with HeaderBasedDecoder[$tpe] with Nullable {\n\n            final def decodeBody(bytes:Array[Byte]):$tpe = {\n            val input = new UnsyncByteArrayInputStream(bytes)\n            val nullBits = new BitSet(nullBitsCount)\n            var nullBitsIndex = 0\n\n              $doDecodeNullable\n\n              nullBits.replace(bytes, nullBitsCount, 0)\n              input.skip(nullBitsBytes)\n\n              val bools = BitSetUtils.toArrayBoolean(nullBits).toList\n\n              ${tpeName}(..$flist)\n            }\n           }\n         \"\"\"\n\n      val body = q\"\"\"\n                    import java.io.InputStream\n                    import org.rudogma.bytownite.utils._\n\n\n             ..$decoders\n             ..$decodersList\n            val isFixedLength:Boolean = decodersList.forall(_.isInstanceOf[FixedLength])\n\n                    if(isFixedLength){\n                       $fixedLengthDecoder\n                    }else{\n                       $varLengthDecoder\n                    }\n\n        \"\"\"\n\n      if(debug){\n        println(s\"--- Derived Decoder[${tpe}] body ---\")\n        println(body)\n      }\n\n      c.Expr[Decoder[T]](body)\n    }\n\n  }\n\n\n\n\n\n  private[this] val encoderSymbol: Symbol = c.symbolOf[Encoder[_]]\n\/\/  private[this] val decoderSymbol: Symbol = c.symbolOf[Decoder]\n  private[this] val encoderTC: Type = typeOf[Encoder[_]].typeConstructor\n\/\/  private[this] val decoderTC: Type = typeOf[Decoder[_]].typeConstructor\n\n\n\n\n  private[this] case class Instance(tc: Type, tpe: Type, name: TermName) {\n    def resolve(): Tree = c.inferImplicitValue(appliedType(tc, List(tpe))) match {\n      case EmptyTree => c.abort(c.enclosingPosition, s\"Could not find implicit $tpe\")\n      case instance => instance\n    }\n  }\n\n  private[this] case class Instances(encoder: Instance, decoder: Instance)\n  private[this] case class Member(name: TermName, decodedName: String, tpe: Type, encoderName:TermName, decoderName:TermName)\n\n  private[this] case class ProductRepr(members: List[Member]) {\n    val instances: List[Instances] =\n      members.foldLeft(List.empty[Instances]) {\n        case (acc, Member(_, _, tpe, _, _)) if acc.find(_.encoder.tpe =:= tpe).isEmpty =>\n          val instances = Instances(\n            Instance(encoderTC, tpe, TermName(c.freshName(\"encoder\"))),\n            null\n\/\/            Instance(decoderTC, tpe, TermName(c.freshName(\"decoder\")))\n          )\n\n          instances :: acc\n        case (acc, _) => acc\n      }.reverse\n\n    private[this] def fail(tpe: Type): Nothing = c.abort(c.enclosingPosition, s\"Invalid instance lookup for $tpe\")\n\n    def encoder(tpe: Type): Instance = instances.map(_.encoder).find(_.tpe =:= tpe).getOrElse(fail(tpe))\n    def decoder(tpe: Type): Instance = instances.map(_.decoder).find(_.tpe =:= tpe).getOrElse(fail(tpe))\n  }\n\n  private[this] def membersFromPrimaryConstr(tpe: Type): Option[List[Member]] = tpe.decls.collectFirst {\n    case m: MethodSymbol if m.isPrimaryConstructor => m.paramLists.flatten.map { field =>\n      val asf = tpe.decl(field.name).asMethod.returnType.asSeenFrom(tpe, tpe.typeSymbol)\n\n      Member(\n        field.name.toTermName,\n        field.name.decodedName.toString,\n        asf,\n        TermName(s\"encoder_${field.name.decodedName.toString}\"),\n        TermName(s\"decoder_${field.name.decodedName.toString}\")\n      )\n    }\n  }\n\n  private[this] def productRepr(tpe: Type): Option[ProductRepr] =\n    membersFromPrimaryConstr(tpe).map(ProductRepr(_))\n\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayGenericDecoder.scala","text":"<filename>src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/ArrayGenericDecoder.scala\npackage org.rudogma.bytownite.decoders.arrays\n\nimport java.util\n\nimport org.rudogma.bytownite._\nimport org.rudogma.bytownite.decoders.{Decoder, HeaderBasedDecoder}\nimport org.rudogma.bytownite.utils.UnsyncByteArrayInputStream\n\nimport scala.reflect.ClassTag\n\nclass ArrayGenericDecoder[T: Decoder : ClassTag] extends Decoder[Array[T]] with HeaderBasedDecoder[Array[T]] with Nullable {\n\n  override def decodeBody(bytes: Array[Byte]) = {\n\n    val input = new UnsyncByteArrayInputStream(bytes)\n\n    var value = new util.ArrayList[T]\n\n    while(input.available() > 0){\n      val extracted = implicitly[Decoder[T]].extract(input)\n\n      value.add(extracted.value)\n    }\n\n\n    val array = new Array[T](value.size())\n\n    value.toArray(array.asInstanceOf[Array[AnyRef]]).asInstanceOf[Array[T]]\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/package.scala","text":"package org.rudogma\n\nimport java.io.EOFException\n\nimport org.rudogma.bytownite.decoders.Decoder\nimport org.rudogma.bytownite.encoders.Encoder\n\nimport scala.annotation.StaticAnnotation\nimport scala.language.experimental.macros\n\n\npackage object bytownite {\n\n\n  var BLOCK_LENGTH_LIMIT:Int = 30 * 1024 * 1024\n\n  case class Debug() extends StaticAnnotation\n\n\n\n  @inline def check_eof( bytesRead:Int, bytesExpected:Int){\n    if( bytesRead == -1){\n      throw new EOFException()\n    }else if( bytesRead != bytesExpected ){\n      throw new RuntimeException(s\"Unexpected EOF. Read: $bytesRead, Expected: $bytesExpected\")\n    }\n  }\n\n  @inline def check_eof_strict( bytesRead:Int, bytesExpected:Int){\n    if( bytesRead != bytesExpected ){\n      throw new RuntimeException(s\"Unexpected EOF. Read: $bytesRead, Expected: $bytesExpected\")\n    }\n  }\n\n\n  trait FixedLength {\n    def blockLength:Int\n  }\n\n  trait HeaderBased {\n    def headerLength:Int\n  }\n\n  trait Nullable {\n    final val isNullable:Boolean = true\n  }\n\n  trait NotNullable {\n    final val isNullable:Boolean = false\n  }\n\n  final def deriveEncoder[A]: Encoder[A] = macro DerivationMacros.materializeEncoder[A]\n  final def deriveDecoder[A]: Decoder[A] = macro DerivationMacros.materializeDecoder[A]\n\n  final def debug_deriveEncoder[A]: Encoder[A] = macro DerivationMacros.debug_materializeEncoder[A]\n  final def debug_deriveDecoder[A]: Decoder[A] = macro DerivationMacros.debug_materializeDecoder[A]\n\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/decoders\/arrays\/Implicits.scala","text":"package org.rudogma.bytownite.decoders.arrays\n\nimport org.rudogma.bytownite.decoders.Decoder\n\nimport scala.reflect.ClassTag\n\ntrait Implicits {\n\n  implicit val arrayCharDecoder:Decoder[Array[Char]] = ArrayCharDecoder\n\n  implicit val arrayByteDecoder:Decoder[Array[Byte]] = ArrayByteDecoder\n  implicit val arrayShortDecoder:Decoder[Array[Short]] = ArrayShortDecoder\n  implicit val arrayIntDecoder:Decoder[Array[Int]] = ArrayIntDecoder\n  implicit val arrayLongDecoder:Decoder[Array[Long]] = ArrayLongDecoder\n\n  implicit val arrayFloatDecoder:Decoder[Array[Float]] = ArrayFloatDecoder\n  implicit val arrayDoubleDecoder:Decoder[Array[Double]] = ArrayDoubleDecoder\n\n  implicit def arrayGenericDecoder[T: Decoder: ClassTag]:Decoder[Array[T]] = new ArrayGenericDecoder[T]\n}\n\nobject Implicits extends Implicits"}
{"repo_name":"rudogma\/bytownite","path":"src\/test\/scala\/org\/rudogma\/bytownite\/tests\/RunBenches.scala","text":"package org.rudogma.bytownite.tests\n\nimport scala.util.Random\nimport org.rudogma.bytownite._\nimport spire.syntax.cfor\nimport org.rudogma.bytownite.Implicits._\nimport org.rudogma.bytownite.utils.UnsyncByteArrayInputStream\nimport superquants._\nimport superquants.render._\nimport longprecision.time._\nimport longprecision.binary._\nimport org.rudogma.bytownite.decoders.Decoder\nimport org.rudogma.bytownite.encoders.Encoder\nimport shapeless.{::, HNil}\n\nimport scala.reflect.ClassTag\n\nobject RunBenches extends App {\n\n\n  val limit = 1000 * 1000\n  val benchDecoding = false\n\n\n  var total = 0\n\n  val random = new Random()\n\n  \/**\n    * \u0422\u043e\u0442\u0430\u043b + 1 - \u0447\u0442\u043e\u0431\u044b \u0438\u0437\u0431\u0435\u0436\u0430\u0442\u044c \u043a\u0435\u0448\u0438\u0440\u043e\u0432\u0430\u043d\u0438\u044f \u0440\u0435\u0437\u0443\u043b\u044c\u0442\u0430\u0442\u0430\n    *\/\n\n  run(5){\n    total += 1\n    TBig(t2 = TMicro(t2_intValue = total))\n  }\n  run(){\n    total += 1\n    TMicro(t2_intValue = total)\n  }\n  run(5){\n    total += 1\n    TMedium(intValue = total)\n  }\n  run(){\n    total += 1\n    total\n  }\n\n\n  println(s\"total: ${total}\")\n\n\n\n\n  def run[E : ClassTag: Encoder : Decoder](count:Int = 10)(next: => E):Unit = {\n\n    Thread.sleep(1000)\n\n    val data = new Array[E](limit)\n\n    cfor.cfor(0)( _ < limit, _ + 1){ i =>\n      data(i) = next\n    }\n\n\n\n    var totalBytesEncoded:Long = 0\n    var totalBytesDecoded:Long = 0\n\n    val encoder = implicitly[Encoder[E]]\n    val decoder = implicitly[Decoder[E]]\n\n    val startedAt = System.currentTimeMillis()\n\n    val duration = bench.bench(measureAll = true, count = count, sleep = 100.millis){\n      cfor.cfor(0)( _ < limit, _ + 1){ i =>\n        val item = data(i)\/\/next\n\n        val encoded = encoder.encode(item)\n\n        totalBytesEncoded += encoded.length\n\n        if(benchDecoding){\n          val decoded = decoder.extract(new UnsyncByteArrayInputStream(encoded))\n          totalBytesDecoded += decoded.bytes\n        }\n      }\n    }\n\n    println(s\"in: ${duration.millis.pretty[Seconds :: Milliseconds :: HNil]}\")\n    println(s\"totalBytesEncoded: ${totalBytesEncoded.bytes.pretty[MegaBytes :: HNil]}, decoded: ${totalBytesDecoded.bytes.pretty[MegaBytes :: HNil]}\")\n\n    val encodedSpeed = (totalBytesEncoded \/ 1024 \/ 1024) \/ (duration \/ 1000.toFloat)\n\n    println(s\"encodedSpeed: ${encodedSpeed} MB\/s\")\n\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/arrays\/ArrayIntEncoder.scala","text":"package org.rudogma.bytownite.encoders.arrays\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.Nullable\nimport org.rudogma.bytownite.encoders.HeaderBasedEncoder\n\n\nobject ArrayIntEncoder extends HeaderBasedEncoder[Array[Int]] with Nullable {\n\n  override def encodeBody(value: Array[Int]) = {\n    val body = new Array[Byte](value.length * 4)\n\n    var i = 0\n    var offset = 0\n    while(i < value.length){\n      Bits.putInt(body, offset, value(i))\n\n      i += 1\n      offset += 4\n    }\n\n    body\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/CharEncoder.scala","text":"<reponame>rudogma\/bytownite<filename>src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/CharEncoder.scala\npackage org.rudogma.bytownite.encoders\n\nimport org.rudogma.bytownite.utils.Bits\nimport org.rudogma.bytownite.{FixedLength, NotNullable}\n\nobject CharEncoder extends Encoder[Char] with FixedLength with NotNullable {\n\n  final def blockLength: Int = 2\n\n  final def encode(value: Char): Array[Byte] = {\n    val bytes = new Array[Byte](blockLength)\n\n    Bits.putChar(bytes, 0, value)\n\n    bytes\n  }\n}\n"}
{"repo_name":"rudogma\/bytownite","path":"build.sbt","text":"<reponame>rudogma\/bytownite\norganization := \"org.rudogma\"\nname := \"bytownite\"\n\nversion in ThisBuild := \"0.9\"\nisSnapshot in ThisBuild := true\n\nval SCALA_VERSION = \"2.12.2\"\nval paradiseVersion = \"2.1.1\"\n\n(scalaVersion in ThisBuild) := SCALA_VERSION\n\n\naddCompilerPlugin(\"org.scalamacros\" % \"paradise\" % paradiseVersion cross CrossVersion.full)\n\n\nlazy val mainDependencies = Seq(\n  \"org.scala-lang\" % \"scala-reflect\" % \"2.12.2\",\n  \"org.rudogma\" %% \"supertagged\" % \"1.4\"\n)\n\nlazy val testDependencies = Seq(\n  \"org.rudogma\" %% \"superquants\" % \"0.9\" % \"test\",\n  \"org.rudogma\" %% \"equalator\" % \"1.2\" % \"test\",\n\n\n  \"org.spire-math\" %% \"spire\" % \"0.13.0\" % \"test\",\n  \"com.chuusai\" %% \"shapeless\" % \"2.3.2\" % \"test\",\n\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.0\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.0\" % \"test\"\n)\n\n\nlibraryDependencies ++= mainDependencies ++ testDependencies"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/encoders\/StringEncoder.scala","text":"package org.rudogma.bytownite.encoders\n\nimport java.nio.charset.Charset\n\nimport org.rudogma.bytownite.Nullable\n\nclass StringEncoder(charset: Charset) extends HeaderBasedEncoder[String] with Nullable {\n  override def encodeBody(value: String) = value.getBytes(charset)\n}\n\nobject StringEncoder {\n  implicit val UTF8:Encoder[String] = new StringEncoder(Charset.forName(\"UTF-8\"))\n}"}
{"repo_name":"rudogma\/bytownite","path":"src\/main\/scala\/org\/rudogma\/bytownite\/utils\/BitSetUtils.scala","text":"<reponame>rudogma\/bytownite\npackage org.rudogma.bytownite.utils\n\nobject BitSetUtils {\n\n  def toArrayBoolean(bitSet:BitSet):Array[Boolean] = {\n    (0 until bitSet.getNumBits.toInt).map(bitSet.fastGet).toArray[Boolean]\n  }\n}\n"}
{"repo_name":"alpeb\/slick3-cats-play","path":"app\/services\/GenderService.scala","text":"package myapp.services\n\nimport cats.data.Xor\nimport cats.syntax.xor._\nimport java.io.IOException\nimport javax.inject.Inject\nimport play.api.libs.ws._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass GenderService @Inject()(ws: WSClient) {\n\n  val Key = \"<KEY>\"\n\n  def get(name: String): Future[Throwable Xor String] = {\n    val url = s\"https:\/\/montanaflynn-gender-guesser.p.mashape.com\/\"\n    val request = ws.url(url)\n      .withHeaders(\"X-Mashape-Key\" -> Key)\n      .withHeaders(\"Accept\" -> \"application\/json\")\n      .withQueryString(\"name\" -> name)\n      .withRequestTimeout(3000)\n\n    val res = request.get()\n    res.map(res => (res.json \\ \"description\").as[String].right).recover {\n      case t => t.left\n    }\n  }\n}\n"}
{"repo_name":"alpeb\/slick3-cats-play","path":"app\/models\/package.scala","text":"package myapp\n\nimport slick.driver.H2Driver.api._\n\npackage object models {\n\n  case class User(id: Int, email: String, name: String)\n\n  class UserRow(tag: Tag) extends Table[User](tag, \"USER\") {\n    def id = column[Int](\"ID\", O.PrimaryKey)\n    def email = column[String](\"EMAIL\")\n    def name = column[String](\"NAME\")\n    def * = (id, email, name) <> ((User.apply _).tupled, User.unapply)\n  }\n\n  val users = TableQuery[UserRow]\n}\n"}
{"repo_name":"alpeb\/slick3-cats-play","path":"app\/controllers\/Application.scala","text":"package myapp.controllers\n\nimport cats.data.XorT\nimport cats.std.future._\nimport javax.inject.Inject;\nimport myapp.services._\nimport play.api._\nimport play.api.mvc._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass Application @Inject() (userService: UserService, genderService: GenderService) extends Controller {\n\n  def index = Action.async {\n    val res = for {\n      user              <- XorT(userService.get)\n      genderDescription <- XorT(genderService.get(user.name))\n    } yield {\n      Ok(views.html.index(s\"Hello ${user.name}. $genderDescription\"))\n    }\n\n    res.value.map(_.fold(err => InternalServerError(err.getMessage), identity))\n  }\n}\n"}
{"repo_name":"alpeb\/slick3-cats-play","path":"app\/services\/UserService.scala","text":"<reponame>alpeb\/slick3-cats-play\npackage myapp.services\n\nimport cats.data.Xor\nimport cats.syntax.option._\nimport cats.syntax.xor._\nimport javax.inject.Inject;\nimport myapp.models._\nimport play.api.db.slick.DatabaseConfigProvider\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport slick.driver.H2Driver.api._\nimport slick.driver.JdbcProfile\n\nclass UserService @Inject()(dbConfigProvider: DatabaseConfigProvider) {\n\n  val dbConfig = dbConfigProvider.get[JdbcProfile]\n\n  def get: Future[Throwable Xor User] = {\n    val q = users.filter(_.email === \"<EMAIL>\")\n    val maybeUser = dbConfig.db.run(q.result.headOption)\n    maybeUser.map(_ toRightXor(new Exception(\"User not found\"))).recover {\n      case t => t.left\n    }\n  }\n}\n"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/action\/CaloriesWeightAction.scala","text":"<reponame>objektwerks\/medical.chart<filename>src\/main\/scala\/healthchart\/action\/CaloriesWeightAction.scala<gh_stars>0\npackage healthchart.action\n\nimport java.awt.event.ActionEvent\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport javax.swing.AbstractAction\n\nimport healthchart.Conf\nimport healthchart.chart.CaloriesWeightChart\nimport healthchart.entity.Transformer._\nimport healthchart.entity._\nimport healthchart.panel.ChartPanelBuilder\nimport healthchart.ui.{Frame, PathDialog}\n\nclass CaloriesWeightAction(name: String, frame: Frame) extends AbstractAction(name):\n  protected val counter = new AtomicInteger(1)\n\n  def actionPerformed(event: ActionEvent): Unit =\n    val path = new PathDialog(frame, Conf.labelCaloriesWeightCsv).view\n    path match\n      case Some( caloriesWeightCsvPath ) =>\n        val caloriesWeights = transformEntities[CaloriesWeight](caloriesWeightCsvPath)\n        val chart = CaloriesWeightChart.build(caloriesWeights)\n        val chartPanel = ChartPanelBuilder.build(chart, caloriesWeights)\n        frame.addCompositeChartPanel(s\"${Conf.titleCaloriesWeight}-${counter.getAndIncrement}\", chartPanel)\n      case None =>"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/App.scala","text":"<reponame>objektwerks\/medical.chart\npackage healthchart\n\nimport java.awt.EventQueue\n\nimport javax.swing.UIManager._\n\nimport healthchart.ui.Frame\n\nobject App:\n  def main(args: Array[String]): Unit =\n    EventQueue.invokeLater( new Runnable() {\n      override def run(): Unit = {\n        setLookAndFeel(getCrossPlatformLookAndFeelClassName)\n        val frame = new Frame()\n        frame.setVisible(true)\n      }\n    })"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/PulseChart.scala","text":"package healthchart.chart\n\nimport java.text.{DecimalFormat, SimpleDateFormat}\nimport java.{util => jdate}\n\nimport healthchart.Conf\nimport healthchart.entity._\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.labels.StandardXYToolTipGenerator\nimport org.jfree.chart.plot.XYPlot\nimport org.jfree.chart.renderer.xy.{XYItemRenderer, XYLineAndShapeRenderer}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nobject PulseChart extends Chart:\n  def build(pulses: Entities[Pulse]): JFreeChart =\n    val xyPlot = new XYPlot()\n    xyPlot.setDataset( buildPulseDataset(pulses) )\n    xyPlot.setRenderer( buildPulseRenderer() )\n\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n    xyPlot.setDomainAxis(xAxis)\n\n    val yAxis = new NumberAxis(Conf.titlePulseChartYAxis)\n    xyPlot.setRangeAxis(yAxis)\n\n    val title = buildTitle(Conf.titlePulse, pulses.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, xyPlot, true)\n\n  def buildPulseDataset(pulses: Entities[Pulse]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titlePulse)\n    pulses.entities.foreach { pulse =>\n      timeSeries.add( pulse.datetime, pulse.beatsPerMinute.toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildPulseRenderer(): XYItemRenderer =\n    val renderer = new XYLineAndShapeRenderer()\n    val tooltipGenerator = new StandardXYToolTipGenerator() {\n      override def generateToolTip(dataset: XYDataset, series: Int, item: Int): String =\n        val xValue = dataset.getXValue(series, item)\n        val yValue = dataset.getYValue(series, item)\n        val dayHourMinute = new SimpleDateFormat(\"d,H:m\").format( new jdate.Date( xValue.toLong ) )\n        val beatsPerMinute = new DecimalFormat(\"0\").format( yValue )\n        val delta = calculateDeltaAsPercentage(dataset, series, item)\n        s\"${Conf.titlePulse}: ($dayHourMinute, $beatsPerMinute, $delta%)\"\n      override def clone() = this\n    }\n    renderer.setDefaultToolTipGenerator(tooltipGenerator)\n    renderer.setDefaultShapesVisible(true)\n    renderer.setDefaultItemLabelGenerator( buildItemLabelGenerator(\"0\") )\n    renderer.setDefaultItemLabelsVisible(true)\n    renderer"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/ui\/Frame.scala","text":"<reponame>objektwerks\/medical.chart\npackage healthchart.ui\n\nimport java.awt.BorderLayout\n\nimport javax.swing.{JFrame, JPanel, WindowConstants}\n\nimport healthchart.Conf\n\nclass Frame extends JFrame:\n  val tabbedPane = new TabbedPane()\n  add(tabbedPane, BorderLayout.CENTER)\n\n  setJMenuBar( new MenuBar(this) )\n  setTitle(Conf.appTitle)\n  setSize(Conf.appWidth, Conf.appHeight)\n  setDefaultCloseOperation(WindowConstants.EXIT_ON_CLOSE)\n  setLocationRelativeTo(null)\n\n  def addCompositeChartPanel(title: String, chartPanel: JPanel): Unit =\n    tabbedPane.addCompositeChartPanel(title, chartPanel)\n    revalidate()"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/action\/PulseAction.scala","text":"<filename>src\/main\/scala\/healthchart\/action\/PulseAction.scala<gh_stars>0\npackage healthchart.action\n\nimport java.awt.event.ActionEvent\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport javax.swing.AbstractAction\n\nimport healthchart.Conf\nimport healthchart.chart.PulseChart\nimport healthchart.entity._\nimport healthchart.entity.Transformer._\nimport healthchart.panel.ChartPanelBuilder\nimport healthchart.ui.{Frame, PathDialog}\n\nclass PulseAction(name: String, frame: Frame) extends AbstractAction(name):\n  protected val counter = new AtomicInteger(1)\n\n  def actionPerformed(event: ActionEvent): Unit =\n    val path = new PathDialog(frame, Conf.labelPulseCsv).view\n    path match\n      case Some( pulseCsvPath ) =>\n        val pulses = transformEntities[Pulse](pulseCsvPath)\n        val chart = PulseChart.build(pulses)\n        val chartPanel = ChartPanelBuilder.build(chart, pulses)\n        frame.addCompositeChartPanel(s\"${Conf.titlePulse}-${counter.getAndIncrement}\", chartPanel)\n      case None =>"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/VitalsChart.scala","text":"<reponame>objektwerks\/medical.chart<filename>src\/main\/scala\/healthchart\/chart\/VitalsChart.scala\npackage healthchart.chart\n\nimport java.awt.Color\nimport java.text.SimpleDateFormat\n\nimport healthchart.Conf\nimport healthchart.chart.BloodPressureChart._\nimport healthchart.chart.PulseChart._\nimport healthchart.chart.PulseOxygenChart._\nimport healthchart.chart.RespirationChart._\nimport healthchart.chart.TemperatureChart._\nimport healthchart.entity.{Entities, Vitals}\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.plot.{CombinedDomainXYPlot, PlotOrientation, XYPlot}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nobject VitalsChart extends Chart:\n  def build(vitals: Entities[Vitals]): JFreeChart =\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n\n    val topXYPlot = buildTopXYPlot(vitals)\n    val bottomXYPlot = buildBottomXYPlot(vitals)\n    val combinedXYPlot = buildCombindedXYPlot(xAxis, topXYPlot, bottomXYPlot)\n\n    val title = buildTitle(Conf.titleVitals, vitals.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, combinedXYPlot, true)\n\n  def buildCombindedXYPlot(xAxis: DateAxis,\n                           topXYPlot: XYPlot, \n                           bottomXYPlot: XYPlot): CombinedDomainXYPlot =\n    val combinedXYPlot = new CombinedDomainXYPlot(xAxis)\n    combinedXYPlot.setGap(3.0)\n    combinedXYPlot.add(topXYPlot, 1)\n    combinedXYPlot.add(bottomXYPlot, 1)\n    combinedXYPlot.setOrientation(PlotOrientation.VERTICAL)\n    combinedXYPlot\n\n  def buildTopXYPlot(vitals: Entities[Vitals]): XYPlot =\n    val xyPlot = new XYPlot()\n    xyPlot.setBackgroundPaint(Color.LIGHT_GRAY)\n\n    val yAxis = new NumberAxis(Conf.titleVitalsChartTopYAxis)\n    yAxis.setAutoRangeIncludesZero(false)\n    yAxis.setAutoRange(true)\n\n    xyPlot.setRangeAxis(yAxis)\n    xyPlot.getRangeAxis.setUpperMargin(xyPlot.getRangeAxis.getUpperMargin + 0.10)\n\n    xyPlot.setDataset(0, buildBloodPressureDataset(vitals))\n    xyPlot.setRenderer(0, buildBloodPressureRenderer())\n    \n    xyPlot.setDataset(1, buildTemperatureDataset(vitals))\n    xyPlot.setRenderer(1, buildTemperatureRenderer())\n    xyPlot\n\n  def buildBottomXYPlot(vitals: Entities[Vitals]): XYPlot =\n    val xyPlot = new XYPlot()\n    xyPlot.setBackgroundPaint(Color.LIGHT_GRAY)\n\n    val yAxis = new NumberAxis(Conf.titleVitalsChartBottomYAxis)\n    yAxis.setAutoRangeIncludesZero(false)\n    yAxis.setAutoRange(true)\n\n    xyPlot.setRangeAxis(yAxis)\n    xyPlot.getRangeAxis.setUpperMargin(xyPlot.getRangeAxis.getUpperMargin + 0.10)\n\n    xyPlot.setDataset(0, buildRespirationDataset(vitals))\n    xyPlot.setRenderer(0, buildRespirationRenderer())\n\n    xyPlot.setDataset(1, buildPulseDataset(vitals))\n    xyPlot.setRenderer(1, buildPulseRenderer())\n\n    xyPlot.setDataset(2, buildOxygenDataset(vitals))\n    xyPlot.setRenderer(2, buildOxygenRenderer())\n    xyPlot\n\n  def buildTemperatureDataset(vitals: Entities[Vitals]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleTemperature)\n    vitals.entities.foreach { vital =>\n      timeSeries.add( vital.datetime, vital.temperature )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildRespirationDataset(vitals: Entities[Vitals]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleRespiration)\n    vitals.entities.foreach { vital =>\n      timeSeries.add( vital.datetime, vital.respiration.toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildPulseDataset(vitals: Entities[Vitals]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titlePulse)\n    vitals.entities.foreach { vital =>\n      timeSeries.add( vital.datetime, vital.pulse.toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildOxygenDataset(vitals: Entities[Vitals]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleOxygen)\n    vitals.entities.foreach { vital =>\n      timeSeries.add( vital.datetime, vital.oxygen.toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildBloodPressureDataset(vitals: Entities[Vitals]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleSystolic)\n    vitals.entities.foreach { vital =>\n      timeSeries.add( vital.datetime, s\"${vital.systolic}.${vital.diastolic}\".toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/action\/TemperatureAction.scala","text":"package healthchart.action\n\nimport java.awt.event.ActionEvent\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport javax.swing.AbstractAction\n\nimport healthchart.Conf\nimport healthchart.chart.TemperatureChart\nimport healthchart.entity._\nimport healthchart.entity.Transformer._\nimport healthchart.panel.ChartPanelBuilder\nimport healthchart.ui.{Frame, PathDialog}\n\nclass TemperatureAction(name: String, frame: Frame) extends AbstractAction(name):\n  protected val counter = new AtomicInteger(1)\n\n  def actionPerformed(event: ActionEvent): Unit =\n    val path = new PathDialog(frame, Conf.labelTemperatureCsv).view\n    path match\n      case Some( temperatureCsvPath ) =>\n        val temperatures = transformEntities[Temperature](temperatureCsvPath)\n        val chart = TemperatureChart.build(temperatures)\n        val chartPanel = ChartPanelBuilder.build(chart, temperatures)\n        frame.addCompositeChartPanel(s\"${Conf.titleTemperature}-${counter.getAndIncrement}\", chartPanel)\n      case None =>"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/ui\/MenuBar.scala","text":"package healthchart.ui\n\nimport javax.swing.{JMenu, JMenuBar, JMenuItem, JSeparator}\n\nimport healthchart.Conf\nimport healthchart.action._\n\nclass MenuBar(frame: Frame) extends JMenuBar():\n  val menu = new JMenu(Conf.titleMenuBar)\n  menu.add( new JMenuItem( new VitalsAction(Conf.titleVitals, frame) ) )\n  menu.add( new JSeparator() )\n  menu.add( new JMenuItem( new BloodPressureAction(Conf.titleBloodPressure, frame) ) )\n  menu.add( new JMenuItem( new PulseAction(Conf.titlePulse, frame) ) )\n  menu.add( new JMenuItem( new PulseOxygenAction(Conf.titlePulseOxygen, frame) ) )\n  menu.add( new JMenuItem( new RespirationAction(Conf.titleRespiration, frame) ) )\n  menu.add( new JMenuItem( new TemperatureAction(Conf.titleTemperature, frame) ) )\n  menu.add( new JMenuItem( new WeightAction(Conf.titleWeight, frame) ) )\n  menu.add( new JSeparator() )\n  menu.add( new JMenuItem( new GlucoseAction(Conf.titleGlucose, frame) ) )\n  menu.add( new JMenuItem( new MedAction(Conf.titleMed, frame) ) )\n  menu.add( new JMenuItem( new GlucoseMedAction(Conf.titleGlucoseMed, frame) ) )\n  menu.add( new JSeparator() )\n  menu.add( new JMenuItem( new CaloriesWeightAction(Conf.titleCaloriesWeight, frame) ) )\n  add(menu)"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/entity\/Transformer.scala","text":"<filename>src\/main\/scala\/healthchart\/entity\/Transformer.scala\npackage healthchart.entity\n\nimport healthchart.Logger\nimport healthchart.Logger._\nimport healthchart.entity.Validator._\n\nimport scala.collection.mutable\nimport scala.io.{Codec, Source}\nimport scala.reflect.ClassTag\nimport scala.util.{Failure, Success, Try, Using}\n\nobject Transformer:\n  private val utf8 = Codec.UTF8.name\n\n  def transform[E: ClassTag](path: String,\n                             delimiter: String = \",\")(implicit validator: Validator[E]): Try[Entities[E]] =\n    Using( Source.fromFile(path, utf8) ) { source =>\n      val entitiesBuilder = mutable.ArrayBuilder.make[E]\n      val invalidEntitiesBuilder = mutable.ArrayBuilder.make[InvalidEntity]\n      var number = 1\n      for (line <- source.getLines()) {\n        val columns = line.split(delimiter).map(_.trim)\n        validate[E](number, columns) match\n          case Success(entity) => entitiesBuilder += entity\n          case Failure(error) => invalidEntitiesBuilder += InvalidEntity(number, line, error)\n        number += 1\n      }\n      val (entities, invalidEntities) = (entitiesBuilder.result(), invalidEntitiesBuilder.result())\n      logEntitiesAndInvalidEntities(entities, invalidEntities)\n      Entities[E](entities, invalidEntities)\n    }\n\n  def transformEntities[E: ClassTag](path: String)(implicit validator: Validator[E]): Entities[E] =\n    transform[E](path) match\n      case Success(entities) => entities\n      case Failure(failure) =>\n        Logger.logFileIOFailure(path, failure)\n        Entities.empty"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/Conf.scala","text":"<filename>src\/main\/scala\/healthchart\/Conf.scala\npackage healthchart\n\nimport com.typesafe.config.ConfigFactory\n\nimport scala.jdk.CollectionConverters._\n\nobject Conf:\n  val conf = ConfigFactory.load(\"app.conf\")\n\n  val appTitle = conf.getString(\"app.title\")\n  val appWidth = conf.getInt(\"app.width\")\n  val appHeight = conf.getInt(\"app.height\")\n\n  val fileFilterExtensions = conf.getStringList(\"file.filterExtensions\").asScala.toArray\n  val fileExtensionFilterDesc = conf.getString(\"file.extensionsFilterDesc\")\n\n  val labelCancel = conf.getString(\"label.cancel\")\n  val labelSelect = conf.getString(\"label.select\")\n  val labelEllipsis = conf.getString(\"label.ellipsis\")\n  val labelBloodPressureCsv = conf.getString(\"label.bloodPressureCsv\")\n  val labelCaloriesWeightCsv = conf.getString(\"label.caloriesWeightCsv\")\n  val labelGlucoseCsv = conf.getString(\"label.glucoseCsv\")\n  val labelMedCsv = conf.getString(\"label.medCsv\")\n  val labelGlucoseMedCsv = conf.getString(\"label.glucoseMedCsv\")\n  val labelPulseCsv = conf.getString(\"label.pulseCsv\")\n  val labelPulseOxygenCsv = conf.getString(\"label.pulseOxygenCsv\")\n  val labelRespirationCsv = conf.getString(\"label.respirationCsv\")\n  val labelVitalsCsv = conf.getString(\"label.vitalsCsv\")\n  val labelTemperatureCsv = conf.getString(\"label.temperatureCsv\")\n  val labelWeightCsv = conf.getString(\"label.weightCsv\")\n\n  val tabChart = conf.getString(\"tab.chart\")\n  val tabEntities = conf.getString(\"tab.entities\")\n  val tabInvalidEntities = conf.getString(\"tab.invalidEntities\")\n\n  val titleFileChooser = conf.getString(\"title.fileChooser\")\n  val titleMenuBar = conf.getString(\"title.menuBar\")\n  val titlePathDialog = conf.getString(\"title.pathDialog\")\n  val titlePathsDialog = conf.getString(\"title.pathsDialog\")\n  val titleDayHourChartXAxis = conf.getString(\"title.dayHourChartXAxis\")\n  val titleBloodPressure = conf.getString(\"title.bloodPressure\")\n  val titleBloodPressureChartYAxis = conf.getString(\"title.bloodPressureChartYAxis\")\n  val titleSystolic = conf.getString(\"title.systolic\")\n  val titleDiastolic = conf.getString(\"title.diastolic\")\n  val titleCaloriesWeight = conf.getString(\"title.caloriesWeight\")\n  val titleCaloriesIn = conf.getString(\"title.caloriesIn\")\n  val titleCaloriesOut = conf.getString(\"title.caloriesOut\")\n  val titleCaloriesWeightChartTopYAxis = conf.getString(\"title.caloriesWeightChartTopYAxis\")\n  val titleCaloriesWeightChartBottomYAxis = conf.getString(\"title.caloriesWeightChartBottomYAxis\")\n  val titleGlucoseMed = conf.getString(\"title.glucoseMed\")\n  val titleGlucose = conf.getString(\"title.glucose\")\n  val titleMed = conf.getString(\"title.med\")\n  val titleGlucoseMedChartYAxis = conf.getString(\"title.glucoseMedChartYAxis\")\n  val titlePulse = conf.getString(\"title.pulse\")\n  val titleOxygen = conf.getString(\"title.oxygen\")\n  val titlePulseChartYAxis = conf.getString(\"title.pulseChartYAxis\")\n  val titlePulseOxygen = conf.getString(\"title.pulseOxygen\")\n  val titlePulseOxygenChartYAxis = conf.getString(\"title.pulseOxygenChartYAxis\")\n  val titleRespiration = conf.getString(\"title.respiration\")\n  val titleRespirationChartYAxis = conf.getString(\"title.respirationChartYAxis\")\n  val titleTemperature = conf.getString(\"title.temperature\")\n  val titleTemperatureChartYAxis = conf.getString(\"title.temperatureChartYAxis\")\n  val titleVitals = conf.getString(\"title.vitals\")\n  val titleVitalsChartTopYAxis = conf.getString(\"title.vitalsChartTopYAxis\")\n  val titleVitalsChartBottomYAxis = conf.getString(\"title.vitalsChartBottomYAxis\")\n  val titleWeight = conf.getString(\"title.weight\")\n  val titleWeightChartYAxis = conf.getString(\"title.weightChartYAxis\")"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/WeightChart.scala","text":"<filename>src\/main\/scala\/healthchart\/chart\/WeightChart.scala\npackage healthchart.chart\n\nimport java.text.{DecimalFormat, SimpleDateFormat}\nimport java.{util => jdate}\n\nimport healthchart.Conf\nimport healthchart.entity._\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.labels.StandardXYToolTipGenerator\nimport org.jfree.chart.plot.XYPlot\nimport org.jfree.chart.renderer.xy.{XYItemRenderer, XYLineAndShapeRenderer}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nobject WeightChart extends Chart:\n  def build(weights: Entities[Weight]): JFreeChart =\n    val xyPlot = new XYPlot()\n    xyPlot.setDataset( buildWeightDataset(weights) )\n    xyPlot.setRenderer( buildWeightRenderer() )\n\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n    xyPlot.setDomainAxis(xAxis)\n\n    val yAxis = new NumberAxis(Conf.titleWeightChartYAxis)\n    xyPlot.setRangeAxis(yAxis)\n\n    val title = buildTitle(Conf.titleWeight, weights.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, xyPlot, true)\n\n  def buildWeightDataset(weights: Entities[Weight]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleWeight)\n    weights.entities.foreach { weight =>\n      timeSeries.add( weight.datetime, weight.pounds )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildWeightRenderer(): XYItemRenderer =\n    val renderer = new XYLineAndShapeRenderer()\n    val tooltipGenerator = new StandardXYToolTipGenerator() {\n      override def generateToolTip(dataset: XYDataset, series: Int, item: Int): String =\n        val xValue = dataset.getXValue(series, item)\n        val yValue = dataset.getYValue(series, item)\n        val dayHourMinute = new SimpleDateFormat(\"d,H:m\").format( new jdate.Date( xValue.toLong ) )\n        val pounds = new DecimalFormat(\"0.0\").format( yValue )\n        val delta = calculateDeltaAsPercentage(dataset, series, item)\n        s\"($dayHourMinute, $pounds, $delta%)\"\n      override def clone() = this\n    }\n    renderer.setDefaultToolTipGenerator(tooltipGenerator)\n    renderer.setDefaultShapesVisible(true)\n    renderer.setDefaultItemLabelGenerator( buildItemLabelGenerator(\"0.0\") )\n    renderer.setDefaultItemLabelsVisible(true)\n    renderer"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/RespirationChart.scala","text":"package healthchart.chart\n\nimport java.text.{DecimalFormat, SimpleDateFormat}\nimport java.{util => jdate}\n\nimport healthchart.Conf\nimport healthchart.entity._\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.labels.StandardXYToolTipGenerator\nimport org.jfree.chart.plot.XYPlot\nimport org.jfree.chart.renderer.xy.{XYItemRenderer, XYLineAndShapeRenderer}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nobject RespirationChart extends Chart:\n  def build(respirations: Entities[Respiration]): JFreeChart =\n    val xyPlot = new XYPlot()\n    xyPlot.setDataset( buildRespirationDataset(respirations) )\n    xyPlot.setRenderer( buildRespirationRenderer() )\n\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n    xyPlot.setDomainAxis(xAxis)\n\n    val yAxis = new NumberAxis(Conf.titleRespirationChartYAxis)\n    xyPlot.setRangeAxis(yAxis)\n\n    val title = buildTitle(Conf.titleRespiration, respirations.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, xyPlot, true)\n\n  def buildRespirationDataset(respirations: Entities[Respiration]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleRespiration)\n    respirations.entities.foreach { respiration =>\n      timeSeries.add( respiration.datetime, respiration.breathesPerMinute.toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildRespirationRenderer(): XYItemRenderer =\n    val renderer = new XYLineAndShapeRenderer()\n    val tooltipGenerator = new StandardXYToolTipGenerator() {\n      override def generateToolTip(dataset: XYDataset, series: Int, item: Int): String =\n        val xValue = dataset.getXValue(series, item)\n        val yValue = dataset.getYValue(series, item)\n        val dayHourMinute = new SimpleDateFormat(\"d,H:m\").format( new jdate.Date( xValue.toLong ) )\n        val breathesPerMinute = new DecimalFormat(\"0\").format( yValue )\n        val delta = calculateDeltaAsPercentage(dataset, series, item)\n        s\"${Conf.titleRespiration}: ($dayHourMinute, $breathesPerMinute, $delta%)\"\n      override def clone() = this\n    }\n    renderer.setDefaultToolTipGenerator(tooltipGenerator)\n    renderer.setDefaultShapesVisible(true)\n    renderer.setDefaultItemLabelGenerator( buildItemLabelGenerator(\"0\") )\n    renderer.setDefaultItemLabelsVisible(true)\n    renderer"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/MedChart.scala","text":"<filename>src\/main\/scala\/healthchart\/chart\/MedChart.scala\npackage healthchart.chart\n\nimport java.text.SimpleDateFormat\nimport java.{util => jdate}\n\nimport healthchart.Conf\nimport healthchart.entity._\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.labels.StandardXYToolTipGenerator\nimport org.jfree.chart.plot.XYPlot\nimport org.jfree.chart.renderer.xy.{XYItemRenderer, XYLineAndShapeRenderer}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nimport scala.util.Try\n\nobject MedChart extends Chart:\n  def build(meds: Entities[Med]): JFreeChart =\n    val xyPlot = new XYPlot()\n\n    xyPlot.setDataset(1, buildMedDataset(meds))\n    xyPlot.setRenderer(1, buildMedRenderer())\n\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n    xyPlot.setDomainAxis(0, xAxis)\n\n    val yAxis = new NumberAxis(Conf.titleGlucoseMedChartYAxis)\n    xyPlot.setRangeAxis(yAxis)\n\n    val title = buildTitle(Conf.titleMed, meds.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, xyPlot, true)\n\n  def buildMedDataset(meds: Entities[Med]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleMed)\n    meds.entities.foreach { med =>\n      timeSeries.add( med.datetime, s\"${med.dosage}.${med.medtype.id}\".toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildMedRenderer(): XYItemRenderer =\n    val renderer = new XYLineAndShapeRenderer()\n    val tooltipGenerator = new StandardXYToolTipGenerator() {\n      override def generateToolTip(dataset: XYDataset, series: Int, item: Int): String =\n        val xValue = dataset.getXValue(series, item)\n        val yValue = dataset.getYValue(series, item)\n        val yValues = yValue.toString.split(\"\\\\.\")\n        val dayHourMinute = new SimpleDateFormat(\"d,H:m\").format( new jdate.Date( xValue.toLong ) )\n        val dosage = Try{ yValues(0).toInt }.getOrElse(-1)\n        val medtype = Try{ yValues(1).toInt }.getOrElse(-1)\n        val med = MedType.idToMedType.getOrElse(medtype, \"n\/a\")\n        val delta = calculateDeltaAsPercentage(dataset, series, item)\n        s\"${Conf.titleMed}: ($dayHourMinute, $dosage, $med, $delta%)\"\n      override def clone() = this\n    }\n    renderer.setDefaultToolTipGenerator(tooltipGenerator)\n    renderer.setDefaultShapesVisible(true)\n    renderer.setDefaultItemLabelGenerator( buildItemLabelGenerator(\"0\") )\n    renderer.setDefaultItemLabelsVisible(true)\n    renderer"}
{"repo_name":"objektwerks\/medical.chart","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.github.sbt\" % \"sbt-native-packager\" % \"1.9.9\")\naddSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\" % \"0.3.1\")\n"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/chart\/BloodPressureChart.scala","text":"package healthchart.chart\n\nimport java.text.SimpleDateFormat\nimport java.{util => jdate}\n\nimport healthchart.Conf\nimport healthchart.entity.{BloodPressure, Entities}\n\nimport org.jfree.chart.JFreeChart\nimport org.jfree.chart.axis.{DateAxis, NumberAxis}\nimport org.jfree.chart.labels.{StandardXYItemLabelGenerator, StandardXYToolTipGenerator}\nimport org.jfree.chart.plot.{DatasetRenderingOrder, XYPlot}\nimport org.jfree.chart.renderer.xy.{XYItemRenderer, XYLineAndShapeRenderer}\nimport org.jfree.data.time.{TimeSeries, TimeSeriesCollection}\nimport org.jfree.data.xy.XYDataset\n\nobject BloodPressureChart extends Chart:\n  def build(bloodpressures: Entities[BloodPressure]): JFreeChart =\n    val xyPlot = new XYPlot()\n    xyPlot.setDatasetRenderingOrder(DatasetRenderingOrder.FORWARD)\n\n    xyPlot.setDataset(0, buildBloodPressureDataset(bloodpressures))\n    xyPlot.setRenderer(0, buildBloodPressureRenderer())\n\n    val xAxis = new DateAxis(Conf.titleDayHourChartXAxis)\n    xAxis.setDateFormatOverride( new SimpleDateFormat(\"d,H\") )\n    xyPlot.setDomainAxis(0, xAxis)\n\n    val yAxis = new NumberAxis(Conf.titleBloodPressureChartYAxis)\n    xyPlot.setRangeAxis(yAxis)\n\n    val title = buildTitle(Conf.titleBloodPressure, bloodpressures.toEntity)\n    new JFreeChart(title, JFreeChart.DEFAULT_TITLE_FONT, xyPlot, true)\n\n  def buildBloodPressureDataset(bloodpressures: Entities[BloodPressure]): XYDataset =\n    val timeSeries = new TimeSeries(Conf.titleSystolic)\n    bloodpressures.entities.foreach { bloodpressure =>\n      timeSeries.add( bloodpressure.datetime, s\"${bloodpressure.systolic}.${bloodpressure.diastolic }\".toDouble )\n    }\n    new TimeSeriesCollection(timeSeries)\n\n  def buildBloodPressureRenderer(): XYItemRenderer =\n    val renderer = new XYLineAndShapeRenderer()\n    val tooltipGenerator = new StandardXYToolTipGenerator() {\n      override def generateToolTip(dataset: XYDataset, series: Int, item: Int): String =\n        val xValue = dataset.getXValue(series, item)\n        val yValue = dataset.getYValue(series, item)\n        val yValues = yValue.toString.split(\"\\\\.\")\n        val dayHourMinute = new SimpleDateFormat(\"d,H:m\").format( new jdate.Date( xValue.toLong ) )\n        val systolic = yValues(0)\n        var diastolic = yValues(1)\n        if (diastolic.length == 1) diastolic = diastolic + 0  \/\/ Hack! DecimalFormat dropping trailing zero!\n        val bloodpressure = s\"$systolic\/$diastolic\"\n        val delta = calculateDeltaAsPercentage(dataset, series, item)\n        s\"${Conf.titleBloodPressure}: ($dayHourMinute, $bloodpressure, $delta%)\"\n      override def clone() = this\n    }\n    val itemLabelGenerator = new StandardXYItemLabelGenerator() {\n      override def generateLabel(dataset: XYDataset, series: Int, item: Int): String =\n        val yValue = dataset.getYValue(series, item)\n        val yValues = yValue.toString.split(\"\\\\.\")\n        val systolic = yValues(0)\n        var diastolic = yValues(1)\n        if (diastolic.length == 1) diastolic = diastolic + 0  \/\/ Hack! DecimalFormat dropping trailing zero!\n        s\"$systolic\/$diastolic\"\n      override def clone() = this\n    }\n    renderer.setDefaultToolTipGenerator(tooltipGenerator)\n    renderer.setDefaultShapesVisible(true)\n    renderer.setDefaultItemLabelGenerator( itemLabelGenerator )\n    renderer.setDefaultItemLabelsVisible(true)\n    renderer"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/ui\/FileChooser.scala","text":"package healthchart.ui\n\nimport javax.swing.JFileChooser\nimport javax.swing.filechooser.{FileNameExtensionFilter, FileSystemView}\n\nobject FileChooser:\n  def chooseFile(frame: Frame, \n                 dialogTitle: String,\n                 fileExtensionFilterDesc: String,\n                 fileExtensions: Array[String]): Option[String] =\n    val fileChooser = new JFileChooser(FileSystemView.getFileSystemView.getHomeDirectory)\n    fileChooser.setDialogTitle(dialogTitle)\n    fileChooser.setAcceptAllFileFilterUsed(false)\n    val filter = new FileNameExtensionFilter(fileExtensionFilterDesc, fileExtensions: _*)\n    fileChooser.addChoosableFileFilter(filter)\n    if (fileChooser.showOpenDialog(frame) == JFileChooser.APPROVE_OPTION)\n      Some(fileChooser.getSelectedFile.getAbsolutePath)\n    else None"}
{"repo_name":"objektwerks\/medical.chart","path":"src\/main\/scala\/healthchart\/Logger.scala","text":"<filename>src\/main\/scala\/healthchart\/Logger.scala<gh_stars>0\npackage healthchart\n\nimport org.slf4j.LoggerFactory\n\nobject Logger:\n  private val logger = LoggerFactory.getLogger(getClass)\n  \n  def logEntitiesAndInvalidEntities[E, IE](entities: Array[E], invalidEntities: Array[IE]): Unit =\n    logger.info(s\"*** Entities [${entities.length}]: ${entities.toList.map(entity => \"\\n\" + entity.toString)}\")\n    logger.info(s\"*** Invalid Entities [${invalidEntities.length}]: ${invalidEntities.toList.map(line => \"\\n\" + line.toString)}\")\n\n  def logFileIOFailure(path: String, failure: Throwable): Unit =\n    logger.error(s\"*** File IO failure at: $path -> ${failure.getMessage}\")"}
{"repo_name":"giter-templates\/scala-template.g8","path":"src\/main\/g8\/build.sbt","text":"<reponame>giter-templates\/scala-template.g8<filename>src\/main\/g8\/build.sbt\nimport com.typesafe.sbt.packager.docker._\nimport Dependencies._\n\nlazy val compilerOptions: Seq[String] = Seq(\n  \"-deprecation\",\n  \"-unchecked\",\n  \"-encoding\",\n  \"UTF-8\",\n  \"-explaintypes\",\n  \"-feature\",\n  \"-language:existentials\",\n  \"-language:higherKinds\",\n  \"-language:implicitConversions\",\n  \"-language:existentials\",\n  \"-language:postfixOps\",\n  \"-Ywarn-dead-code\",\n  \"-Xlint\",\n  \"-Xlint:constant\",\n  \"-Xlint:inaccessible\",\n  \"-Xlint:nullary-unit\",\n  \"-Xlint:type-parameter-shadow\",\n  \"-Xlint:_,-byname-implicit\",\n  \"-Ymacro-annotations\",\n  \"-Wdead-code\",\n  \"-Wnumeric-widen\",\n  \"-Wunused:explicits\",\n  \"-Wunused:implicits\",\n  \"-Wunused:imports\",\n  \"-Wunused:locals\",\n  \"-Wunused:patvars\",\n  \"-Wunused:privates\",\n  \"-Wvalue-discard\",\n  \"-Xlint:deprecation\",\n  \"-Xlint:eta-sam\",\n  \"-Xlint:eta-zero\",\n  \"-Xlint:implicit-not-found\",\n  \"-Xlint:infer-any\",\n  \"-Xlint:nonlocal-return\",\n  \"-Xlint:unused\",\n  \"-Xlint:valpattern\"\n)\n\nlazy val javaOptions = Seq(\"-source\", \"11\", \"-target\", \"11\")\n\nlazy val root =\n  project\n    .in(file(\".\"))\n    .enablePlugins(JavaAppPackaging, DockerPlugin)\n    .settings(\n      name := \"$name$\",\n      version := \"0.1\",\n      scalaVersion := \"2.13.6\",\n      scalacOptions ++= compilerOptions,\n      javacOptions ++= javaOptions,\n      libraryDependencies ++= Seq(scalaTest % Test),\n      addCompilerPlugin(\n        (\"org.typelevel\" %% \"kind-projector\" % kindProjectorVersion).cross(CrossVersion.full)\n      ),\n      Test \/ parallelExecution := false\n    )\n    .settings(\n      dockerBaseImage := \"openjdk:11-jre-slim\",\n      Docker \/ packageName := \"$name$\",\n      Docker \/ version := \"latest\"\n    )\n"}
{"repo_name":"giter-templates\/scala-template.g8","path":"src\/main\/g8\/project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n  lazy val kindProjectorVersion = \"0.13.0\"\n\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.2.8\"\n}\n"}
{"repo_name":"giter-templates\/scala-template.g8","path":"src\/main\/g8\/src\/test\/scala\/$package$\/Test.scala","text":"<reponame>giter-templates\/scala-template.g8\npackage $package$\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass Test extends AnyFlatSpec with Matchers {\n  \"Sample test\" should \"complete\" in {\n    \"test\" shouldEqual \"test\"\n  }\n}"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/test\/scala\/com\/cibo\/evilplot\/colors\/ColorsSpec.scala","text":"<filename>shared\/src\/test\/scala\/com\/cibo\/evilplot\/colors\/ColorsSpec.scala<gh_stars>0\n\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.colors\n\nimport org.scalactic.TypeCheckedTripleEquals\nimport org.scalatest.Matchers._\nimport org.scalatest._\n\nclass ColorsSpec extends FunSpec with TypeCheckedTripleEquals {\n  describe(\"ScaledColorBar\") {\n    it(\"should assign distinct colors to different years\") {\n      val z: Seq[Double] = Seq(2012, 2013, 2012, 2011)\n\n      val colorBar = ScaledColorBar(Color.getGradientSeq(3), z.min, z.max)\n      val colorsFromData = z.map(colorBar.getColor)\n\n      colorsFromData.head should ===(colorsFromData(2))\n      colorsFromData.head should !==(colorsFromData(1))\n      colorsFromData.head should !==(colorsFromData(3))\n    }\n\n    it(\"should clip data to the colorbar's range\") {\n      val z: Seq[Double] = Seq(2012, 2013, 2012, 2011, 2014, 2010)\n\n      val colorBar = ScaledColorBar(Color.getGradientSeq(3), 2011, 2013)\n      val colorsFromData = z.map(colorBar.getColor)\n\n      colorsFromData.head should ===(colorsFromData(2))\n      colorsFromData.head should !==(colorsFromData(1))\n      colorsFromData.head should !==(colorsFromData(3))\n      colorsFromData(3) should ===(colorsFromData(5))\n      colorsFromData(1) should ===(colorsFromData(4))\n    }\n  }\n\n  describe(\"toRGBA cfunctions\") {\n    it(\"should make clear transparent\") {\n      val baseColor = Clear\n      baseColor.rgba._4 shouldBe 0.0\n    }\n    it(\"should recover a rgba color\") {\n      val baseColor = RGBA(77,255,22,1.0)\n\n      baseColor.rgba shouldBe (75, 255,20,1.0)\n    }\n  }\n\n  describe(\"HSLA functions\") {\n    it(\"should darken and lighten\") {\n      val baseColor = HSLA(0, 0, 0, 0)\n\n      baseColor.lighten(50).lightness shouldEqual 50\n      baseColor.darken(50).lightness shouldEqual 0\n\n      baseColor.lighten(100).darken(50).lightness shouldEqual 50\n    }\n\n    describe(\"triadic\") {\n      it(\"correctly bounds hues that would be exactly 360\") {\n        val color = HSLA(240, 0, 0, 0)\n\n        color.triadic shouldEqual (HSLA(120, 0, 0, 0), HSLA(0, 0, 0, 0))\n      }\n    }\n\n    describe(\"analogous\") {\n      it(\"correctly bounds hues that would be exactly 360\") {\n        val color = HSLA(350, 0, 0, 0)\n\n        color.analogous(10) shouldEqual (HSLA(340, 0, 0, 0), HSLA(0, 0, 0, 0))\n      }\n    }\n  }\n\n  describe(\"Color Utils\") {\n    it(\"should convert rgba to hsla correctly\") {\n      RGB(50, 50, 50) shouldEqual HSLA(0, 0, 20, 1.0)\n      RGB(50, 50, 32) shouldEqual HSLA(60, 22, 16, 1.0)\n      RGB(255, 255, 255) shouldEqual HSLA(0, 0, 100, 1.0)\n      RGBA(255, 255, 255, 0.5) shouldEqual HSLA(0, 0, 100, 0.5)\n\n    }\n\n    it(\"should throw exceptions with bad rgba\") {\n      an[IllegalArgumentException] should be thrownBy RGBA(0, 500, 0, 1.0)\n      an[IllegalArgumentException] should be thrownBy RGBA(0, 0, 0, 2.0)\n\n    }\n\n    it(\"should convert hex to hsla correctly\") {\n      HEX(\"#e58080\") shouldEqual HSLA(0, 66, 70, 1.0)\n      HEX(\"#ff0000\") shouldEqual HSLA(0, 100, 50, 1.0)\n      HEX(\"#00ff00\") shouldEqual HSLA(120, 100, 50, 1.0)\n      HEX(\"#0000ff\") shouldEqual HSLA(240, 100, 50, 1.0)\n\n      HEX(\"#0000FF\") shouldEqual HSLA(240, 100, 50, 1.0)\n\n      HEX(\"#fff\") shouldEqual ColorUtils.hexToHsla(\"#ffffff\")\n      HEX(\"#fff\") shouldEqual HSLA(0, 0, 100, 1.0)\n      HEX(\"#aaa\") shouldEqual HSLA(0, 0, 67, 1.0)\n      HEX(\"#000\") shouldEqual HSLA(0, 0, 0, 1.0)\n\n      HEX(\"#000000\") shouldEqual HSLA(0, 0, 0, 1.0)\n      HEX(\"#FFFFFF\") shouldEqual HSLA(0, 0, 100, 1.0)\n\n      HEX(\"000000\") shouldEqual HSLA(0, 0, 0, 1.0)\n      HEX(\"FFFFFF\") shouldEqual HSLA(0, 0, 100, 1.0)\n\n    }\n\n    it(\"should not fail when rounding sends hue to 360\") {\n      RGB(252, 0, 2) shouldBe HSLA(0, 100, 49, 1.0)\n    }\n\n    it(\"should throw exceptions with bad hexes\") {\n      an[IllegalArgumentException] should be thrownBy HEX(\"\")\n      an[IllegalArgumentException] should be thrownBy HEX(\"FFFFFFF\")\n      an[IllegalArgumentException] should be thrownBy HEX(\"FFFFFFFFF\")\n    }\n\n    it(\"should convert HSLA to RGBA\") {\n      ColorUtils.hslaToRgba(HSLA(0, 100, 50, 0.5)) shouldBe (1.0, 0, 0, 0.5)\n      ColorUtils.hslaToRgba(HSL(25, 75, 47)) shouldBe (.8225, .41125, .1175, 1.0)\n    }\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/plot\/Histogram.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot\n\nimport com.cibo.evilplot.geometry.{Drawable, EmptyDrawable, Extent}\nimport com.cibo.evilplot.numeric.{Bounds, Point}\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.renderers.{BarRenderer, ContinuousBinRenderer, PlotRenderer}\n\nobject Histogram {\n\n  val defaultBinCount: Int = 20\n\n  \/** Create binCount bins from the given data and xbounds.\n    * @param values the raw data\n    * @param xbounds the bounds over which to bin\n    * @param binCount the number of bins to create\n    * @return a sequence of points, where the x coordinates represent the left\n    *         edge of the bins and the y coordinates represent their heights\n    *\/\n  def createBins(values: Seq[Double], xbounds: Bounds, binCount: Int): Seq[Point] =\n    createBins(values, xbounds, binCount, normalize = false, cumulative = false)\n\n  \/** Create binCount bins from the given data and xbounds, normalizing the heights\n    * such that their sum is 1 *\/\n  def normalize(values: Seq[Double], xbounds: Bounds, binCount: Int): Seq[Point] =\n    createBins(values, xbounds, binCount, normalize = true, cumulative = false)\n\n  \/** Create binCount bins from the given data and xbounds, cumulatively\n    * such that each bin includes the data in all previous bins *\/\n  def cumulative(values: Seq[Double], xbounds: Bounds, binCount: Int): Seq[Point] =\n    createBins(values, xbounds, binCount, normalize = false, cumulative = true)\n\n  \/** Create binCount bins from the given data and xbounds, computing the bin\n    * heights such that they represent the average probability density over each\n    * bin interval *\/\n  def density(values: Seq[Double], xbounds: Bounds, binCount: Int): Seq[Point] = {\n    val binWidth = xbounds.range \/ binCount\n    createBins(values, xbounds, binCount, normalize = true, cumulative = false)\n      .map { case Point(x, y) => Point(x, y \/ binWidth) }\n  }\n\n  \/** Create binCount bins from the given data and xbounds, cumulatively\n    * such that each bin includes the data in all previous bins, and normalized\n    * so that bins approximate a CDF *\/\n  def cumulativeDensity(values: Seq[Double], xbounds: Bounds, binCount: Int): Seq[Point] =\n    createBins(values, xbounds, binCount, normalize = true, cumulative = true)\n\n  \/\/ Create binCount bins from the given data and xbounds.\n  private def createBins(\n    values: Seq[Double],\n    xbounds: Bounds,\n    binCount: Int,\n    normalize: Boolean,\n    cumulative: Boolean): Seq[Point] = {\n    val binWidth = xbounds.range \/ binCount\n\n    val grouped = values.groupBy { value =>\n      math.min(((value - xbounds.min) \/ binWidth).toInt, binCount - 1)\n    }\n    val pts = (0 until binCount).map { i =>\n      val x = i * binWidth + xbounds.min\n      grouped.get(i) match {\n        case Some(vs) =>\n          val y = if (normalize) vs.size.toDouble \/ values.size else vs.size\n          Point(x, y)\n        case _ => Point(x, 0)\n      }\n    }\n    if (cumulative) {\n      pts.scanLeft(Point(0, 0)) { case (Point(_, t), Point(x, y)) => Point(x, y + t) }.drop(1)\n    } else {\n      pts\n    }\n  }\n\n  case class HistogramRenderer(\n    data: Seq[Double],\n    barRenderer: BarRenderer,\n    binCount: Int,\n    spacing: Double,\n    boundBuffer: Double,\n    binningFunction: (Seq[Double], Bounds, Int) => Seq[Point])\n      extends PlotRenderer {\n    def render(plot: Plot, plotExtent: Extent)(implicit theme: Theme): Drawable = {\n      if (data.nonEmpty) {\n\n        val xtransformer = plot.xtransform(plot, plotExtent)\n        val ytransformer = plot.ytransform(plot, plotExtent)\n\n        \/\/ The x bounds might have changed here, which could lead to a different binning of the data. If that\n        \/\/ happens, it's possible for us to exceed our boundary. Thus we have two options:\n        \/\/  1. Clip at the boundary\n        \/\/  2. Scale all bars to have the correct relative heights.\n        \/\/ Scaling the bars would show the correct histogram as long as no axis is displayed.  However, if\n        \/\/ an axis is display, we would end up showing the wrong values. Thus, we clip if the y boundary is\n        \/\/ fixed, otherwise we scale to make it look pretty.\n        val points = binningFunction(data, plot.xbounds, binCount)\n        val maxY = points.maxBy(_.y).y * (1.0 + boundBuffer)\n        val yscale = if (plot.yfixed) 1.0 else math.min(1.0, plot.ybounds.max \/ maxY)\n\n        val binWidth = plot.xbounds.range \/ binCount\n        val yintercept = ytransformer(0)\n        points.map { point =>\n          val x = xtransformer(point.x) + spacing \/ 2.0\n          val clippedY = math.min(point.y * yscale, plot.ybounds.max)\n          val y = ytransformer(clippedY)\n\n          val barWidth = math.max(xtransformer(point.x + binWidth) - x - spacing, 0)\n          val bar = Bar(clippedY)\n          val barHeight = yintercept - y\n          barRenderer.render(plot, Extent(barWidth, barHeight), bar).translate(x = x, y = y)\n        }.group\n      } else {\n        EmptyDrawable()\n      }\n    }\n\n    override val legendContext: LegendContext =\n      barRenderer.legendContext.getOrElse(LegendContext.empty)\n\n  }\n\n  case class ContinuousBinPlotRenderer(\n    bins: Seq[ContinuousBin],\n    binRenderer: ContinuousBinRenderer,\n    spacing: Double,\n    boundBuffer: Double)\n      extends PlotRenderer {\n\n    def render(plot: Plot, plotExtent: Extent)(implicit theme: Theme): Drawable = {\n      if (bins.nonEmpty) {\n\n        val xtransformer = plot.xtransform(plot, plotExtent)\n        val ytransformer = plot.ytransform(plot, plotExtent)\n\n        val maxY = bins.maxBy(_.y).y * (1.0 + boundBuffer)\n        val yscale = if (plot.yfixed) 1.0 else math.min(1.0, plot.ybounds.max \/ maxY)\n\n        val yintercept = ytransformer(0)\n\n        bins.map { bin =>\n          val x = xtransformer(bin.x.min) + spacing \/ 2.0\n          val clippedY = math.min(bin.y * yscale, plot.ybounds.max)\n          val y = ytransformer(clippedY)\n          val barWidth = math.max(xtransformer(bin.x.range + plot.xbounds.min) - spacing, 0)\n\n          val barHeight = yintercept - y\n          binRenderer.render(plot, Extent(barWidth, barHeight), bin).translate(x = x, y = y)\n        }.group\n      } else {\n        EmptyDrawable()\n      }\n    }\n\n    override val legendContext: LegendContext =\n      binRenderer.legendContext.getOrElse(LegendContext.empty)\n\n  }\n\n  \/** Create a histogram.\n    * @param values The data.\n    * @param bins The number of bins to divide the data into.\n    * @param barRenderer The renderer to render bars for each bin.\n    * @param spacing The spacing between bars.\n    * @param boundBuffer Extra padding to place at the top of the plot.\n    * @param binningFunction A function taking the raw data, the x bounds, and a bin count\n    *                        that returns a sequence of points with x points representing left\n    *                        bin boundaries and y points representing bin heights\n    * @return A histogram plot.\n    *\/\n  def apply(\n    values: Seq[Double],\n    bins: Int = defaultBinCount,\n    barRenderer: Option[BarRenderer] = None,\n    spacing: Option[Double] = None,\n    boundBuffer: Option[Double] = None,\n    binningFunction: (Seq[Double], Bounds, Int) => Seq[Point] = createBins)(\n    implicit theme: Theme): Plot = {\n    require(bins > 0, \"must have at least one bin\")\n    val xbounds = Bounds(\n      values.reduceOption[Double](math.min).getOrElse(0.0),\n      values.reduceOption[Double](math.max).getOrElse(0.0)\n    )\n    val maxY =\n      binningFunction(values, xbounds, bins).map(_.y).reduceOption[Double](math.max).getOrElse(0.0)\n\n    Plot(\n      xbounds = xbounds,\n      ybounds = Bounds(0, maxY * (1.0 + boundBuffer.getOrElse(theme.elements.boundBuffer))),\n      renderer = HistogramRenderer(\n        values,\n        barRenderer.getOrElse(BarRenderer.default()),\n        bins,\n        spacing.getOrElse(theme.elements.barSpacing),\n        boundBuffer.getOrElse(theme.elements.boundBuffer),\n        binningFunction\n      )\n    )\n  }\n\n  def fromBins(\n    bins: Seq[ContinuousBin],\n    binRenderer: Option[ContinuousBinRenderer] = None,\n    spacing: Option[Double] = None,\n    boundBuffer: Option[Double] = None)(\n    implicit theme: Theme): Plot = {\n    require(bins.nonEmpty, \"must have at least one bin\")\n    val xbounds = Bounds.union(bins.map(_.x))\n    val maxY = bins.map(_.y).max\n\n    Plot(\n      xbounds = xbounds,\n      ybounds = Bounds(0, maxY * (1.0 + boundBuffer.getOrElse(theme.elements.boundBuffer))),\n      renderer = ContinuousBinPlotRenderer(\n        bins,\n        binRenderer.getOrElse(ContinuousBinRenderer.default()),\n        spacing.getOrElse(theme.elements.barSpacing),\n        boundBuffer.getOrElse(theme.elements.boundBuffer)\n      )\n    )\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"js\/src\/main\/scala\/com\/cibo\/evilplot\/EvilPlot.scala","text":"<reponame>ryan-richt\/evilplot<filename>js\/src\/main\/scala\/com\/cibo\/evilplot\/EvilPlot.scala<gh_stars>0\n\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot\n\nimport java.util.UUID\n\nimport com.cibo.evilplot.colors.{Color, DefaultColors, HEX, HTMLNamedColors}\nimport com.cibo.evilplot.demo.DemoPlots\nimport com.cibo.evilplot.geometry.Clipping.Edge\nimport com.cibo.evilplot.geometry._\nimport com.cibo.evilplot.numeric.Point\nimport com.cibo.evilplot.plot.{LinePlot, Overlay}\nimport com.cibo.evilplot.plot.renderers.PathRenderer\nimport org.scalajs.dom\nimport org.scalajs.dom.CanvasRenderingContext2D\nimport org.scalajs.dom.raw.HTMLCanvasElement\n\nimport scala.scalajs.js.annotation.{JSExport, JSExportTopLevel}\n\n@JSExportTopLevel(\"EvilPlot\")\nobject EvilPlot {\n\n  \/** Render a plot definition to the specified canvas. *\/\n  @JSExport\n  def renderEvilPlot(json: String, canvasId: String, width: Double, height: Double): Unit = {\n    renderEvilPlot(json, canvasId, Some(Extent(width, height)))\n  }\n\n  @JSExport\n  def renderEvilPlot(json: String, canvasId: String): Unit = {\n    renderEvilPlot(json, canvasId, None)\n  }\n\n  def renderEvilPlot(json: String, canvasId: String, size: Option[Extent]): Unit = {\n    val definition = JSONUtils.decodeStr[Drawable](json)\n    renderEvilPlot(definition, canvasId, size)\n  }\n\n  def renderEvilPlot(plot: Drawable, canvasId: String, size: Option[Extent]): Unit = {\n    val paddingHack = 20\n    val ctx = prepareCanvas(canvasId, plot.extent)\n    val paddedSize = Extent(plot.extent.width - paddingHack, plot.extent.height - paddingHack)\n    fit(plot padAll paddingHack \/ 2, paddedSize).draw(CanvasRenderContext(ctx))\n  }\n\n  \/** Render the example plots to the specified canvas. *\/\n  @JSExport\n  def renderExample(canvasId: String): Unit = {\n\n    addExample(DemoPlots.simpleGroupedPlot)\n    addExample(DemoPlots.simpleContinuousPlot)\n\n    addExample(DemoPlots.simpleCartesianPlot)\n    addExample(DemoPlots.densityPlot)\n    addExample(DemoPlots.legendFeatures)\n    addExample(DemoPlots.axesTesting)\n    addExample(DemoPlots.functionPlot)\n    addExample(DemoPlots.markerPlot)\n    addExample(DemoPlots.scatterPlot)\n    addExample(DemoPlots.barChart)\n    addExample(DemoPlots.boxPlot)\n    addExample(DemoPlots.clusteredBoxPlot)\n    addExample(DemoPlots.facetedPlot)\n    addExample(DemoPlots.heatmap)\n    addExample(DemoPlots.marginalHistogram)\n    addExample(DemoPlots.clusteredBarChart)\n    addExample(DemoPlots.stackedBarChart)\n    addExample(DemoPlots.clusteredStackedBarChart)\n  }\n\n  private def addExample(plot: Drawable): Unit = {\n    val canvasId = UUID.randomUUID().toString\n    val screenWidth = dom.window.innerWidth\n    val screenHeight = dom.window.innerHeight\n    val canvas = dom.document.createElement(\"canvas\").asInstanceOf[HTMLCanvasElement]\n    canvas.setAttribute(\"id\", canvasId)\n    dom.document.body.appendChild(canvas)\n    val ctx = CanvasRenderContext(prepareCanvas(canvasId, Extent(screenWidth, screenHeight)))\n    plot.padAll(10).draw(ctx)\n  }\n\n  def renderPaletteExample(colors: Seq[Color]): Unit = {\n    val paletteID = \"palette\"\n    val div = dom.document.getElementById(paletteID)\n    colors.foreach { color =>\n      val element = dom.document.createElement(\"div\")\n      element.setAttribute(\n        \"style\",\n        s\"width: 40px; \" +\n          s\"height: 40px; \" +\n          s\"display: inline-block;\" +\n          s\"background-color: ${color.repr};\")\n\n      div.appendChild(element)\n    }\n  }\n\n  private def prepareCanvas(\n    id: String,\n    extent: Extent\n  ): CanvasRenderingContext2D = {\n    val ctx = Utils.getCanvasFromElementId(id)\n    val canvasResolutionScaleHack = 2\n\n    ctx.canvas.style.width = extent.width + \"px\"\n    ctx.canvas.style.height = extent.height + \"px\"\n    ctx.canvas.width = extent.width.toInt * canvasResolutionScaleHack\n    ctx.canvas.height = extent.height.toInt * canvasResolutionScaleHack\n\n    ctx.scale(canvasResolutionScaleHack, canvasResolutionScaleHack)\n    ctx\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/test\/scala\/com\/cibo\/evilplot\/plot\/components\/FunctionPlotLineSpec.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot.components\n\nimport com.cibo.evilplot.numeric.{Bounds, Point}\nimport org.scalactic.{Equality, TolerantNumerics}\nimport org.scalatest.{FunSpec, Matchers}\n\nclass FunctionPlotLineSpec extends FunSpec with Matchers {\n\n  implicit val doubleEquality: Equality[Double] =\n    TolerantNumerics.tolerantDoubleEquality(1e-10)\n\n  implicit object VectorDoubleEquivalence extends Equality[Vector[Double]] {\n    def areEqual(a: Vector[Double], b: Any): Boolean = b match {\n      case bx: Vector[_] => a.corresponds(bx)((i, j) => doubleEquality.areEqual(i, j))\n      case _          => false\n    }\n  }\n\n  describe(\"plottablePoints\") {\n    val bounds = Bounds(0, 1)\n\n    def inBounds(p: Point): Boolean = bounds.isInBounds(p.x) && bounds.isInBounds(p.y)\n\n    val out = Vector(Point(.1, 1.5), Point(.5, -1.1), Point(.8, -2))\n    val in = Vector(Point(.1, 0.4), Point(.4, .5), Point(.4, .4))\n\n    it(\"should return no points when all points are out of bounds.\") {\n      FunctionPlotLine.plottablePoints(out, inBounds) shouldBe empty\n    }\n\n    it(\"should return all points when none are out of bounds\") {\n      FunctionPlotLine.plottablePoints(in, inBounds) shouldBe Vector(in)\n    }\n\n    it(\n      \"should return separate paths for the points in bounds when the first few points are out of bounds\") {\n      val actual = FunctionPlotLine.plottablePoints(out ++ in ++ out ++ in, inBounds)\n      val expected = Vector(in, in)\n      actual shouldBe expected\n    }\n\n    it(\n      \"should return separate paths for the points in bounds when the first few points are in bounds\") {\n      val actual = FunctionPlotLine.plottablePoints(in ++ out ++ in ++ out, inBounds)\n      val expected = Vector(in, in)\n      actual shouldBe expected\n    }\n  }\n\n  describe(\"pointsForFunction\") {\n    it(\"should return an empty vector when numPoints is 0\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(-5, 5), 0)\n\n      points shouldBe Vector.empty[Point]\n    }\n\n    it(\"should use the minimum bound when numPoints is 1\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(-5, 5), 1)\n\n      points.length shouldBe 1\n      points.head shouldBe Point(-5, -5)\n    }\n\n    it(\"should use the min and max bound when numPoints is 2\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(-5, 5), 2)\n\n      points.length shouldBe 2\n      points(0) shouldBe Point(-5, -5)\n      points(1) shouldBe Point(5, 5)\n    }\n\n    it(\"should divide the range evenly\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(-5, 5), 3)\n\n      points.length shouldBe 3\n      points(0) shouldBe Point(-5, -5)\n      points(1) shouldBe Point(0, 0)\n      points(2) shouldBe Point(5, 5)\n    }\n\n    it(\"should deal with Double precision issues\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(0, 1), 11)\n\n      points.length shouldBe 11\n      points.map(_.x) shouldEqual Vector(0.0, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0)\n    }\n\n    it(\"should still return the max bound point for large sequences of small x steps\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(0, 0.001), 1000)\n\n      points.length shouldBe 1000\n      points.head shouldBe Point(0, 0)\n      points.last shouldBe Point(0.001, 0.001)\n    }\n\n    it(\"should handle cases where a Range would stop short\") {\n      val points = FunctionPlotLine.pointsForFunction(x => x, Bounds(2.2, 3.6), 10)\n\n      points.length shouldBe 10\n      points.head shouldBe Point(2.2, 2.2)\n      points.last shouldBe Point(3.6, 3.6)\n    }\n\n    it(\"should return the correct points\") {\n      val pts = FunctionPlotLine.pointsForFunction(x => x * x, Bounds(0, 1), 5)\n      pts.head.x shouldBe 0.0 +- math.ulp(1.0)\n      pts.head.y shouldBe 0.0 +- math.ulp(1.0)\n      pts.last.x shouldBe 1.0 +- math.ulp(1.0)\n      pts.last.y shouldBe 1.0 +- math.ulp(1.0)\n    }\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/plot\/LinePlot.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot\n\nimport com.cibo.evilplot.colors.Color\nimport com.cibo.evilplot.geometry.{Drawable, Extent}\nimport com.cibo.evilplot.numeric.{Bounds, Datum2d, Point, Point2d}\nimport com.cibo.evilplot.plot.LinePlot.LinePlotRenderer\nimport com.cibo.evilplot.plot.ScatterPlot.ScatterPlotRenderer\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.renderers.{PathRenderer, PlotRenderer, PointRenderer}\n\nobject LinePlot {\n\n  case class LinePlotRenderer[T <: Datum2d[T]](data: Seq[T], pathRenderer: PathRenderer[T])\n      extends PlotRenderer {\n\n    override def legendContext: LegendContext = pathRenderer.legendContext\n\n    def render(plot: Plot, plotExtent: Extent)(implicit theme: Theme): Drawable = {\n\n      val xformedPoints: Seq[T] = PlotContext.from(plot, plotExtent).transformDatumsToWorld(data)\n\n      pathRenderer.render(plot, plotExtent, xformedPoints)\n    }\n  }\n\n  \/** Create a line plot from some data.  Convenience method on top of XyPlot\n    *\n    * @tparam T           The point type\n    * @param data         The points to plot.\n    * @param pathRenderer A function to create a Drawable for all the points (such as a path)\n    * @param xboundBuffer Extra padding to add to x bounds as a fraction.\n    * @param yboundBuffer Extra padding to add to y bounds as a fraction.\n    *\/\n  def apply[T <: Datum2d[T]](\n    data: Seq[T],\n    pathRenderer: Option[PathRenderer[T]] = None,\n    xBoundBuffer: Option[Double] = None,\n    yBoundBuffer: Option[Double] = None\n  )(implicit theme: Theme): Plot = {\n\n    val (xbounds, ybounds) =\n      PlotUtils.bounds(data, theme.elements.boundBuffer, xBoundBuffer, yBoundBuffer)\n\n    Plot(\n      xbounds,\n      ybounds,\n      LinePlotRenderer(\n        data,\n        pathRenderer.getOrElse(PathRenderer.default())\n      )\n    )\n  }\n\n  \/** Create a line plot from some data.  Convenience method on top of XyPlot\n    *\n    * @param data          The points to plot.\n    * @param pointRenderer A function to create a Drawable for each point to plot.\n    * @param pathRenderer A function to create a Drawable for all the points (such as a path)\n    * @param xboundBuffer Extra padding to add to x bounds as a fraction.\n    * @param yboundBuffer Extra padding to add to y bounds as a fraction.\n    *\/\n  @deprecated(\"Use apply\", \"2018-03-15\")\n  def custom[T <: Datum2d[T]](\n    data: Seq[T],\n    pointRenderer: PointRenderer[T],\n    pathRenderer: PathRenderer[T],\n    xboundBuffer: Double,\n    yboundBuffer: Double\n  )(implicit theme: Theme): Plot = {\n    LinePlot(data, Some(pathRenderer), Some(xboundBuffer), Some(yboundBuffer))\n  }\n\n  \/** Create a line plot with the specified name and color.\n    * @param data The points to plot.\n    * @param name The name of the series.\n    * @param color The color of the line.\n    * @param strokeWidth The width of the line.\n    * @param xboundBuffer Extra padding to add to x bounds as a fraction.\n    * @param yboundBuffer Extra padding to add to y bounds as a fraction.\n    *\/\n  def series[T <: Datum2d[T]](\n    data: Seq[T],\n    name: String,\n    color: Color,\n    strokeWidth: Option[Double] = None,\n    xboundBuffer: Option[Double] = None,\n    yboundBuffer: Option[Double] = None\n  )(implicit theme: Theme): Plot = {\n    val pathRenderer = PathRenderer.named[T](name, color, strokeWidth)\n    LinePlot(\n      data,\n      Some(pathRenderer),\n      xboundBuffer,\n      yboundBuffer\n    )\n  }\n\n  \/** Create a line plot with the specified name and color.\n    * @param data The points to plot.\n    * @param label A label for this series.\n    * @param color The color of the line.\n    * @param strokeWidth The width of the line.\n    * @param xboundBuffer Extra padding to add to x bounds as a fraction.\n    * @param yboundBuffer Extra padding to add to y bounds as a fraction.\n    *\/\n  def series[T <: Datum2d[T]](\n    data: Seq[T],\n    label: Drawable,\n    color: Color,\n    strokeWidth: Option[Double],\n    xboundBuffer: Option[Double],\n    yboundBuffer: Option[Double]\n  )(implicit theme: Theme): Plot = {\n    val pathRenderer = PathRenderer.default[T](strokeWidth, Some(color), label)\n    LinePlot(data, Some(pathRenderer), xboundBuffer, yboundBuffer)\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/test\/scala\/com\/cibo\/evilplot\/plot\/components\/ComponentGroupSpec.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot.components\n\nimport com.cibo.evilplot.geometry.{Drawable, EmptyDrawable, Extent, Group, Rect, Translate}\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.{CartesianPlot, Plot}\nimport org.scalatest.{FunSpec, Matchers}\n\nclass ComponentGroupSpec extends FunSpec with Matchers {\n\n  import com.cibo.evilplot.plot.aesthetics.DefaultTheme._\n\n  abstract class MockComponent(val position: Position) extends FacetedPlotComponent\n  abstract class LeftComponent extends MockComponent(Position.Left)\n  abstract class TopComponent extends MockComponent(Position.Top)\n  abstract class RightComponent extends MockComponent(Position.Right)\n  abstract class BottomComponent extends MockComponent(Position.Bottom)\n  abstract class OverlayComponent extends MockComponent(Position.Overlay)\n  abstract class BackgroundComponent extends MockComponent(Position.Background)\n\n  describe(\"ComponentGroup\") {\n\n    val rectFore = Rect(50)\n    val rectMiddle = Rect(120)\n    val rectBack = Rect(35)\n    val emptyPlot = CartesianPlot(Seq.empty)()\n\n    def simpleMockComponent(\n      componentPosition: Position,\n      drawable: Drawable,\n      expectedPlot: Option[Plot] = None,\n      expectedExtent: Option[Extent] = None\n    ): FacetedPlotComponent = {\n      val whateverSize = Extent(999, 999)\n      val whateverPlot = emptyPlot\n\n      new FacetedPlotComponent {\n        val position: Position = componentPosition\n\n        override def size(plot: Plot): Extent = drawable.extent\n\n        def render(plot: Plot, extent: Extent, row: Int, column: Int)(implicit theme: Theme): Drawable =\n          drawable\n      }\n    }\n\n    it(\"returns an EmptyDrawable when it has zero components\") {\n      val cg = ComponentGroup(Position.Top)\n\n      cg.size(emptyPlot) shouldBe Extent(0, 0)\n      cg.render(emptyPlot, Extent(0, 0), 0, 0) shouldBe EmptyDrawable()\n    }\n\n    it(\"requires all components to have the same position\") {\n      an[IllegalArgumentException] should be thrownBy {\n        ComponentGroup(\n          Position.Top,\n          Seq(\n            simpleMockComponent(Position.Top, EmptyDrawable()),\n            simpleMockComponent(Position.Overlay, EmptyDrawable())\n          ))\n      }\n    }\n\n    it(\"renders components in the correct order\") {\n      val emptyExtent = Extent(0, 0)\n      val expectedDrawable = Group(Seq(rectBack, rectMiddle, rectFore))\n\n      val cg = ComponentGroup(\n        Position.Right,\n        Seq(\n          simpleMockComponent(Position.Right, rectFore, Some(emptyPlot), Some(emptyExtent)),\n          simpleMockComponent(Position.Right, rectMiddle, Some(emptyPlot), Some(emptyExtent)),\n          simpleMockComponent(Position.Right, rectBack, Some(emptyPlot), Some(emptyExtent))\n        )\n      )\n\n      cg.size(emptyPlot) shouldBe Extent(120, 120)\n      cg.render(emptyPlot, Extent(0, 0), 0, 0) shouldBe expectedDrawable\n    }\n\n    it(\"returns the correct size width for left and right components\") {\n      val cgLeft = ComponentGroup(\n        Position.Left,\n        Seq(\n          simpleMockComponent(Position.Left, Rect(71, 20)),\n          simpleMockComponent(Position.Left, Rect(30, 20))\n        ))\n\n      val cgRight = ComponentGroup(\n        Position.Right,\n        Seq(\n          simpleMockComponent(Position.Right, Rect(71, 20)),\n          simpleMockComponent(Position.Right, Rect(30, 20))\n        ))\n\n      cgLeft.size(emptyPlot).width shouldBe 71\n      cgRight.size(emptyPlot).width shouldBe 71\n    }\n\n    it(\"returns the correct size height for top and bottom components\") {\n      val cgTop = ComponentGroup(\n        Position.Top,\n        Seq(\n          simpleMockComponent(Position.Top, Rect(10, 20)),\n          simpleMockComponent(Position.Top, Rect(10, 45))\n        ))\n\n      val cgBottom = ComponentGroup(\n        Position.Bottom,\n        Seq(\n          simpleMockComponent(Position.Bottom, Rect(10, 20)),\n          simpleMockComponent(Position.Bottom, Rect(10, 45))\n        ))\n\n      cgTop.size(emptyPlot).height shouldBe 45\n      cgBottom.size(emptyPlot).height shouldBe 45\n    }\n\n    it(\"bottom aligns top components\") {\n      val expectedDrawable =\n        Group(Seq(Translate(rectBack, y = 85), rectMiddle, Translate(rectFore, y = 70)))\n\n      val cg = ComponentGroup(\n        Position.Top,\n        Seq(\n          simpleMockComponent(Position.Top, rectFore),\n          simpleMockComponent(Position.Top, rectMiddle),\n          simpleMockComponent(Position.Top, rectBack)\n        ))\n\n      cg.size(emptyPlot) shouldBe Extent(120, 120)\n      cg.render(emptyPlot, Extent(0, 0), 0, 0) shouldBe expectedDrawable\n    }\n\n    it(\"right aligns left components\") {\n      val expectedDrawable =\n        Group(Seq(Translate(rectBack, x = 85), rectMiddle, Translate(rectFore, x = 70)))\n\n      val cg = ComponentGroup(\n        Position.Left,\n        Seq(\n          simpleMockComponent(Position.Left, rectFore),\n          simpleMockComponent(Position.Left, rectMiddle),\n          simpleMockComponent(Position.Left, rectBack)\n        )\n      )\n\n      cg.size(emptyPlot) shouldBe Extent(120, 120)\n      cg.render(emptyPlot, Extent(0, 0), 0, 0) shouldBe expectedDrawable\n    }\n\n  }\n\n}\n\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/colors\/ColorUtils.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.colors\n\nobject ColorUtils {\n\n  \/\/https:\/\/en.wikipedia.org\/wiki\/Hue\n  \/\/https:\/\/en.wikipedia.org\/wiki\/HSL_and_HSV\n\n  private def calculateHueFromRGB(\n    max: Double,\n    min: Double,\n    red: Double,\n    green: Double,\n    blue: Double): Double = {\n    if (max == min) {\n      0.0\n    } else {\n      val chroma = max - min\n\n      val hue = max match {\n        case redHue if redHue == red       => (green - blue) \/ chroma + (if (green < blue) 6 else 0)\n        case greenHue if greenHue == green => (blue - red) \/ chroma + 2\n        case blueHue if blueHue == blue    => (red - green) \/ chroma + 4\n      }\n\n      hue \/ 6\n    }\n  }\n\n  private def calculateSaturationFromMagnitude(max: Double, min: Double): Double = {\n    if (max == min) {\n      0.0\n    } else {\n      val chroma = max - min\n      val lightness = (max + min) \/ 2\n\n      chroma \/ (1 - Math.abs(2 * lightness - 1))\n    }\n  }\n\n  def rgbaToHsla(r: Int, g: Int, b: Int, a: Double): HSLA = {\n\n    require(g >= 0 && g < 256, s\"g must be within [0, 256) {was $g}\")\n    require(g >= 0 && g < 256, s\"g must be within [0, 256) {was $g}\")\n    require(b >= 0 && b < 256, s\"b must be within [0, 256) {was $b}\")\n\n    val red = r \/ 255.0\n    val green = g \/ 255.0\n    val blue = b \/ 255.0\n\n    val max = Seq(red, green, blue).max\n    val min = Seq(red, green, blue).min\n\n    val hueFraction = calculateHueFromRGB(max, min, red, green, blue)\n    val saturationFraction = calculateSaturationFromMagnitude(max, min)\n    val lightnessFraction = (max + min) \/ 2\n\n    HSLA(\n      hue = Math.round(hueFraction * 360).toInt % 360,\n      saturation = Math.round(saturationFraction * 100).toInt,\n      lightness = Math.round(lightnessFraction * 100).toInt,\n      opacity = a\n    )\n  }\n\n  def hexToHsla(hexString: String): HSLA = {\n\n    require(hexString.length > 0, \"hex string length <= 0\")\n\n    val hexValues = if (hexString.startsWith(\"#\")) hexString.tail else hexString\n\n    require(hexValues.length % 3 == 0 && hexValues.length <= 6, s\"invalid hex string: $hexString\")\n\n    val split = hexValues.sliding(hexValues.length \/ 3, hexValues.length \/ 3)\n\n    val Seq(r, g, b) = if (hexValues.length == 3) {\n      split.map(Integer.parseInt(_, 16)).map(v => v + v * 16).toSeq\n    } else {\n      split.map(Integer.parseInt(_, 16)).toSeq\n    }\n\n    rgbaToHsla(r, g, b, 1.0)\n  }\n\n  private[colors] def interpolate(\n    component1: Double,\n    component2: Double,\n    coefficient: Double): Double = {\n    component1 * (1 - coefficient) + coefficient * component2\n  }\n\n  \/\/ https:\/\/en.wikipedia.org\/wiki\/HSL_and_HSV#From_HSL\n  \/\/ scalastyle:off\n  def hslaToRgba(hsla: HSLA): (Double, Double, Double, Double) = {\n    val l = hsla.lightness \/ 100.0\n    val s = hsla.saturation \/ 100.0\n    val c = (1d - math.abs(2d * l - 1d)) * s\n    val hPrime = hsla.hue \/ 60d\n    val x = c * (1d - math.abs((hPrime % 2) - 1d))\n    val (r1, g1, b1): (Double, Double, Double) =\n      if (hPrime.isNaN) (0, 0, 0)\n      else if (hPrime >= 0 && hPrime < 1) (c, x, 0)\n      else if (hPrime >= 1 && hPrime < 2) (x, c, 0)\n      else if (hPrime >= 2 && hPrime < 3) (0, c, x)\n      else if (hPrime >= 3 && hPrime < 4) (0, x, c)\n      else if (hPrime >= 4 && hPrime < 5) (x, 0, c)\n      else (c, 0, x)\n\n    val m = l - .5 * c\n    (r1 + m, g1 + m, b1 + m, hsla.opacity)\n  }\n  \/\/ scalastyle:on\n\n  def rgba(c: Color): (Double, Double, Double, Double) = c match {\n    case hsla: HSLA => hslaToRgba(hsla)\n    case Clear      => (0, 0, 0, 0)\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/demo\/DemoPlots.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.demo\n\nimport com.cibo.evilplot.colors._\nimport com.cibo.evilplot.geometry._\nimport com.cibo.evilplot.numeric._\nimport com.cibo.evilplot.{geometry, plot}\nimport com.cibo.evilplot.plot._\nimport com.cibo.evilplot.plot.aesthetics.DefaultTheme.{DefaultFonts, DefaultTheme}\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.components.{Legend, Marker, Position}\nimport com.cibo.evilplot.plot.renderers._\n\nimport scala.util.Random\n\n\/** A number of examples of Evil Plotting *\/\nobject DemoPlots {\n  implicit val theme: Theme = DefaultTheme.copy(\n    fonts = DefaultFonts\n      .copy(tickLabelSize = 14, legendLabelSize = 14, fontFace = \"'Lato', sans-serif\")\n  )\n\n  val plotAreaSize: Extent = Extent(1000, 600)\n  lazy val histogram: Drawable = {\n    val data = (0.0 to 3 by .25) ++ (3.0 to 5 by .05) ++ (5.0 to 8 by 1.0)\n    plot\n      .Histogram(data, 10)\n      .standard()\n      .xbounds(-75, 225)\n      .ybounds(0, 15)\n      .vline(3.5, HTMLNamedColors.blue)\n      .render(plotAreaSize)\n  }\n\n  lazy val legendFeatures: Drawable = {\n    val allYears = (2007 to 2013).toVector\n    val data = Seq.fill(150)(\n      Point3d(Random.nextDouble(), Random.nextDouble(), allYears(Random.nextInt(allYears.length))))\n\n    val customCategoricalLegend = Legend(\n      Position.Right,\n      LegendContext(\n        Seq(Rect(10), Rect(20), Rect(30)),\n        Seq(Text(\"one\"), Text(\"two\"), Text(\"three\"))\n      ),\n      LegendRenderer.vertical(),\n      x = 0,\n      y = 0.3\n    )\n\n    val customGradientLegend = Legend(\n      Position.Top,\n      LegendContext(\n        theme.colors.stream.slice(1, 4).map(Rect(10) filled _),\n        Seq(Text(\"one\"), Text(\"two\"), Text(\"three\")),\n        LegendStyle.Gradient\n      ),\n      LegendRenderer.vertical(),\n      x = 0.5,\n      y = 0\n    )\n\n    ScatterPlot(\n      data = data,\n      pointRenderer = Some(PointRenderer.colorByCategory(data, { x: Point3d[Int] =>\n        x.z\n      }))\n    ).standard()\n      .overlayLegend(x = 0.95, y = 0.8)\n      .component(customCategoricalLegend)\n      .component(customGradientLegend)\n      .bottomLegend(labels = Some(allYears.map(_ + \" AD\")))\n      .render(plotAreaSize)\n  }\n\n  lazy val barChart: Drawable = {\n    val percentChange = Seq[Double](-10, 5, 12, 68, -22)\n    val labels = Seq(\"one\", \"two\", \"three\", \"four\", \"five\")\n\n    def labeledByColor(implicit theme: Theme) = new BarRenderer {\n      def render(plot: Plot, extent: Extent, category: Bar): Drawable = {\n        val rect = Rect(extent)\n        val value = category.values.head\n        val positive = HEX(\"#4c78a8\")\n        val negative = HEX(\"#e45756\")\n        val color = if (value >= 0) positive else negative\n        Align\n          .center(\n            rect filled color,\n            Text(s\"$value%\", fontFace = theme.fonts.fontFace, size = 20).filled(theme.colors.label))\n          .group\n      }\n    }\n\n    BarChart\n      .custom(percentChange.map(Bar.apply), spacing = Some(20), barRenderer = Some(labeledByColor))\n      .standard(xLabels = labels)\n      .hline(0)\n      .render(plotAreaSize)\n  }\n\n  lazy val axesTesting: Drawable = {\n    val points = Seq(Point(1, 1), Point(1.5, 1.1), Point(2.5, 1.5), Point(2.9, 2.5), Point(3, 3))\n    val filler = Seq(\"Lorem\", \"ipsum\", \"dolor\", \"sit\", \"amet\", \"consectetur\")\n    LinePlot(points)\n    \/\/ Note discrete axes are still \"banded\/boxed\" such that ticks don't point to values, but to the center of a\n    \/\/ band for that value\n      .discreteAxis(\n        Seq(\"foo\", \"bar\", \"baz\"),\n        Seq(1d, 2, 10),\n        Position.Bottom,\n        updatePlotBounds = false,\n        align = 0)\n      .discreteAxis(\n        filler,\n        filler.indices.map(_.toDouble),\n        Position.Right,\n        updatePlotBounds = false,\n        align = 0.5)\n      .continuousAxis(\n        plot => plot.xbounds,\n        Position.Top,\n        tickRenderer = Some(\n          TickRenderer.axisTickRenderer(\n            Position.Top,\n            rotateText = 315\n          )))\n      .continuousAxis(_ => Bounds(0, 100000), Position.Left, updatePlotBounds = false)\n      .xGrid()\n      .yGrid()\n      .frame()\n      .render(Extent(400, 300))\n  }\n\n  lazy val clusteredBarChart: Drawable = {\n    val data = Seq[Seq[Double]](\n      Seq(1, 2, 3),\n      Seq(4, 5, 6),\n      Seq(3, 4, 1),\n      Seq(2, 3, 4)\n    )\n    BarChart\n      .clustered(\n        data,\n        labels = Seq(\"one\", \"two\", \"three\"),\n        clusterSpacing = Some(25)\n      )\n      .title(\"Clustered Bar Chart Demo\")\n      .xAxis(Seq(\"a\", \"b\", \"c\", \"d\"))\n      .yAxis()\n      .frame()\n      .bottomLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val stackedBarChart: Drawable = {\n    val data = Seq[Seq[Double]](\n      Seq(1, 2, 3),\n      Seq(4, 5, 6),\n      Seq(3, 4, 1),\n      Seq(2, 3, 4)\n    )\n    BarChart\n      .stacked(\n        data,\n        labels = Seq(\"one\", \"two\", \"three\")\n      )\n      .title(\"Stacked Bar Chart Demo\")\n      .xAxis(Seq(\"a\", \"b\", \"c\", \"d\"))\n      .yAxis()\n      .frame()\n      .bottomLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val clusteredStackedBarChart: Drawable = {\n    val data = Seq[Seq[Seq[Double]]](\n      Seq(Seq(1, 2, 3), Seq(4, 5, 6)),\n      Seq(Seq(3, 4, 1), Seq(2, 3, 4))\n    )\n    BarChart\n      .clusteredStacked(\n        data,\n        labels = Seq(\"one\", \"two\", \"three\"),\n        clusterSpacing = Some(25)\n      )\n      .title(\"Clustered Stacked Bar Chart Demo\")\n      .standard(Seq(\"Category 1\", \"Category 2\"))\n      .xLabel(\"Category\")\n      .yLabel(\"Level\")\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val functionPlot: Drawable = {\n    val Seq(one, two, three) = theme.colors.stream.take(3)\n    Overlay(\n      FunctionPlot.series(x => x * x, \"y = x\\u00B2\", one, xbounds = Some(Bounds(-1, 1))),\n      FunctionPlot.series(x => math.pow(x, 3), \"y = x\\u00B3\", two, xbounds = Some(Bounds(-1, 1))),\n      FunctionPlot.series(x => math.pow(x, 4), \"y = x\\u2074\", three, xbounds = Some(Bounds(-1, 1)))\n    ).title(\"A bunch of polynomials.\")\n      .overlayLegend()\n      .standard()\n      .render(plotAreaSize)\n  }\n\n  lazy val boxPlot: Drawable = {\n    val data = Seq.fill(10)(Seq.fill(Random.nextInt(30))(Random.nextDouble()))\n    val series = Seq.fill(10)(Random.nextInt(2))\n    BoxPlot(data, boxRenderer = Some(BoxRenderer.colorBy(series).withMeanLine()))\n      .standard(xLabels = (1 to 10).map(_.toString))\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val clusteredBoxPlot: Drawable = {\n    val data = Seq.fill(3)(Seq.fill(3)(Seq.fill(Random.nextInt(30))(Random.nextDouble())))\n    val series = Seq.fill(3)(Seq(0, 1, 2)).flatten\n    BoxPlot\n      .clustered(\n        data,\n        boxRenderer = Some(BoxRenderer.colorBy(series)),\n        spacing = Some(10.0),\n        clusterSpacing = Some(60.0)\n      )\n      .standard(xLabels = (1 to 3).map(_.toString))\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  case class Record(value: Double)\n\n  lazy val simpleGroupedPlot: Drawable = {\n\n    val continuousData = Seq.fill(60)(Record(Math.random() * 100))\n\n    val colorBar = ScaledColorBar(ColorGradients.magma, 0, 100)\n    val gradientFn = GradientUtils.multiGradient(ColorGradients.magma, 0, 100, GradientMode.Linear)\n    val groupPlot = BinnedPlot.continuous[Record](\n      continuousData,\n      _.continuousBins(_.value, numBins = 30),\n      legendContext = LegendContext.continuousGradientFromColorBar(colorBar)\n    )(\n      _.histogram(Some(ContinuousBinRenderer.custom({\n        case (context, bin) =>\n          val extent = context.extent\n          Rect(extent.width, extent.height).filled(gradientFn(bin.bounds.midpoint))\n      })))\n    )\n\n    groupPlot\n      .standard()\n      .xLabel(\"Value\")\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val simpleContinuousPlot: Drawable = {\n\n    val continuousData = Seq.fill(60)(Math.random() * 100)\n\n    val histogramPlot = BinnedPlot.continuous[Double](  \/\/ creates a histogram\n      continuousData,\n      _.continuousBins(identity)\n    )(_.histogram())\n\n    histogramPlot.standard()\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val simpleCartesianPlot: Drawable = {\n    val points = Seq.fill(150)(Point(Random.nextDouble() * 2, Random.nextDouble())) :+ Point(\n      0.0,\n      0.0) :+ Point(1.0, 0.0) :+ Point(0.0, 1.0) :+ Point(1.0, 1.0)\n\n    val pointData = points.sortBy(_.x).map(thing => Point3d(thing.x, thing.y, Math.random()))\n\n    CartesianPlot(pointData)( \/\/ creates a scatter plot\n      _.scatter({ pt: Point3d[Double] =>\n        if (pt.z > 0.6) {\n          Text(\"\\uD83D\\uDC10\", size = 20).translate(-10, -10)\n        } else {\n          Style(Disc.centered(2), fill = RGB.random)\n        }\n      })\n    ).standard()\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .trend(1, 0)\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val scatterPlot: Drawable = {\n    val points = Seq.fill(150)(\n      Point3d(Random.nextDouble(), Random.nextDouble(), Random.nextDouble())) :+ Point3d(\n      0.0,\n      0.0,\n      Random.nextDouble())\n\n    ScatterPlot(\n      points,\n      pointRenderer = Some(PointRenderer.depthColor[Point3d[Double]](\n        x => x.z,\n        points.map(_.z).min,\n        points.map(_.z).max,\n        Some(ContinuousColoring\n          .gradient3(HTMLNamedColors.green, HTMLNamedColors.yellow, HTMLNamedColors.red)),\n        None\n      ))\n    ).standard()\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .trend(1, 0)\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val marginalHistogram: Drawable = {\n    import com.cibo.evilplot.plot._\n    import com.cibo.evilplot.plot.renderers._\n\n    \/\/ Make up some data...\n    val allYears = (2007 to 2013).toVector\n    val data = Seq.fill(150)(\n      Point3d(Random.nextDouble(), Random.nextDouble(), allYears(Random.nextInt(allYears.length))))\n\n    val xhist = Histogram(data.map(_.x), bins = 50)\n    val yhist = Histogram(data.map(_.y), bins = 40)\n    ScatterPlot(\n      data = data,\n      pointRenderer = Some(PointRenderer.colorByCategory(data, { x: Point3d[Int] =>\n        x.z\n      }))\n    ).topPlot(xhist)\n      .rightPlot(yhist)\n      .standard()\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .trend(1, 0, color = RGB(45, 45, 45), lineStyle = LineStyle.DashDot)\n      .overlayLegend(x = 0.95, y = 0.8)\n      .render(plotAreaSize)\n  }\n\n  lazy val pieChart: Drawable = {\n    val data = Seq(\"one\" -> 1.5, \"two\" -> 3.5, \"three\" -> 2.0)\n    PieChart(data).rightLegend().render(plotAreaSize)\n  }\n\n  lazy val contourPlot: Drawable = {\n    import com.cibo.evilplot.plot._\n\n    import scala.util.Random\n\n    val data = Seq.fill(100)(Point(Random.nextDouble() * 20, Random.nextDouble() * 20))\n    ContourPlot(data)\n      .standard()\n      .xbounds(0, 20)\n      .ybounds(0, 20)\n      .render(plotAreaSize)\n  }\n\n  lazy val linePlot: Drawable = {\n    val data = (0 to 5)\n      .map(_.toDouble)\n      .zip(\n        Seq(\n          0.0, 0.1, 0.0, 0.1, 0.0, 0.1\n        ))\n      .map(Point.tupled)\n\n    LinePlot(\n      data\n    ).ybounds(0, .12)\n      .yAxis()\n      .xGrid()\n      .yGrid()\n      .frame()\n      .render(plotAreaSize)\n  }\n\n  lazy val heatmap: Drawable = {\n    val data = Seq[Seq[Double]](\n      Seq(1, 2, 3, 4),\n      Seq(5, 6, 7, 8),\n      Seq(9, 8, 7, 6)\n    )\n    val coloring = ContinuousColoring.gradient3(\n      HTMLNamedColors.dodgerBlue,\n      HTMLNamedColors.crimson,\n      HTMLNamedColors.dodgerBlue)\n    Heatmap(data, Some(coloring))\n      .title(\"Heatmap Demo\")\n      .xAxis()\n      .yAxis()\n      .rightLegend()\n      .render(plotAreaSize)\n  }\n\n  lazy val facetedPlot: Drawable = {\n    val years = 2007 to 2013\n    val datas: Seq[Seq[Point]] =\n      years.map(_ => Seq.fill(Random.nextInt(20))(Point(Random.nextDouble(), Random.nextDouble())))\n    val plot1 = Overlay(ScatterPlot.series(datas(0), \"2010\", HTMLNamedColors.red))\n    val plot2 = Overlay(\n      ScatterPlot.series(datas(0), \"2010\", HTMLNamedColors.red),\n      ScatterPlot.series(datas(1), \"2011\", HTMLNamedColors.blue)\n    )\n    val plot3 = Overlay(\n      ScatterPlot.series(datas(0), \"2010\", HTMLNamedColors.red),\n      ScatterPlot.series(datas(1), \"2011\", HTMLNamedColors.blue),\n      ScatterPlot.series(datas(2), \"2012\", HTMLNamedColors.green),\n      ScatterPlot.series(datas(3), \"2013\", HTMLNamedColors.teal)\n    )\n    val plot4 = Overlay(\n      ScatterPlot.series(datas(0), \"2010\", HTMLNamedColors.red)\n    )\n\n    Facets(Seq(Seq(plot1, plot2), Seq(plot3, plot4)))\n      .standard()\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .trend(1.0, 0)\n      .topLabels(Seq(\"A\", \"B\"))\n      .hline(0.6)\n      .vline(0.6)\n      .title(\"Facet Demo\")\n      .rightLegend()\n      .rightLabels(Seq(\"before\", \"after\"))\n      .render(Extent(600, 400))\n  }\n\n  lazy val crazyPlot: Drawable = {\n    import com.cibo.evilplot.plot._\n    import com.cibo.evilplot.plot.renderers._\n\n    \/\/ Make up some data...\n    val allYears = (2007 to 2013).toVector\n    val data = Seq.fill(150)(\n      Point3d(\n        6 * Random.nextDouble(),\n        Random.nextDouble(),\n        allYears(Random.nextInt(allYears.length))))\n\n    val xhist = Histogram(data.map(_.x), bins = 50)\n    val yhist = Histogram(data.map(_.y), bins = 40)\n    val plot = ScatterPlot(\n      data = data,\n      pointRenderer = Some(PointRenderer.colorByCategory(data, { x: Point3d[Int] =>\n        x.z\n      }))\n    ).xAxis()\n      .topPlot(xhist)\n      .rightPlot(yhist)\n      .rightLegend()\n      .overlayLegend(x = 0.95, y = 0.8)\n      .bottomLegend()\n\n    val lines = Overlay(\n      LinePlot.series(Seq(Point(2000, 0), Point(10000, 10000)), \"one\", HTMLNamedColors.red),\n      LinePlot.series(Seq(Point(2000, 10000), Point(10000, 0)), \"two\", HTMLNamedColors.blue)\n    ).xbounds(0, 10000).ybounds(0, 10000).overlayLegend(0.75, 0.5)\n\n    val plot2 = Histogram(Seq(1, 1, 1.5, 1, 5, 3, 2, 5, 7, 8, 9, 10), bins = 8)\n      .ybounds(0, 10)\n      .xbounds(0, 10)\n      .yAxis()\n    val plot3 = BarChart.custom(\n      bars = Seq(\n        Bar(Seq(0.5, 0.8), 0, Color.stream),\n        Bar(Seq(0.2, 0.7), 0, Color.stream),\n        Bar(Seq(0.4, 0.9), 1, Color.stream.drop(5)),\n        Bar(Seq(0.1, 0.3), 1, Color.stream.drop(5))\n      ),\n      barRenderer = Some(BarRenderer.stacked())\n    )\n    val plot4 = plot3.overlay(plot2)\n    val plot5 = plot3.xAxis(Seq(\"one\", \"two\", \"four\", \"six\"), Seq(1.0, 2.0, 4.0, 6.0)).yAxis()\n    val facets = Facets(\n      Seq(\n        Seq(\n          plot\n            .vline(3.2)\n            .hline(.6)\n            .function(\n              d => math.pow(d, 3),\n              color = HTMLNamedColors.dodgerBlue,\n              lineStyle = LineStyle.Dotted),\n          plot5),\n        Seq(lines, plot4)\n      )\n    ).title(\"Actual vs. Expected\")\n      .xLabel(\"Actual\")\n      .yLabel(\"Expected\")\n      .rightLabels(Seq(\"row one\", \"row two\"))\n      .rightLegend()\n      .bottomLegend()\n      .rightLabel((e: Extent) => Rect(e) filled HTMLNamedColors.blue, 10)\n      .leftLabel((e: Extent) => Rect(e) filled HTMLNamedColors.green, 10)\n      .topLabel((e: Extent) => Rect(e) filled HTMLNamedColors.red, 10)\n      .bottomLabel((e: Extent) => Rect(e) filled HTMLNamedColors.yellow, 10)\n      .standard()\n    facets.render(plotAreaSize)\n  }\n\n  lazy val markerPlot: Drawable = {\n    val Seq(one, two, three) = theme.colors.stream.take(3)\n    FunctionPlot\n      .series(x => x, \"y = x\", one, xbounds = Some(Bounds(-1, 1)))\n      .xLabel(\"x\")\n      .yLabel(\"y\")\n      .overlayLegend()\n      .standard()\n      .component(Marker(Position.Overlay, _ => Style(Rect(25), three), Extent(25, 25), 0, 0))\n      .component(\n        Marker(\n          Position.Overlay,\n          _ => Style(Text(\" Square marker at the center\", 20), three),\n          Extent(25, 25),\n          0,\n          -0.1))\n      .component(\n        Marker(Position.Top, _ => Style(Rotate(Wedge(40, 25), 250), two), Extent(25, 25), 0.7))\n      .component(\n        Marker(Position.Top, _ => Style(Text(\" Up here is a wedge\", 20), two), Extent(25, 25), 0.7))\n      .title(\"A line graph with markers\")\n      .render(plotAreaSize)\n  }\n\n  def gaussianKernel(u: Double): Double = {\n    1 \/ math.sqrt(2 * math.Pi) * math.exp(-0.5d * u * u)\n  }\n\n  def densityEstimate(data: Seq[Double], bandwidth: Double)(x: Double): Double = {\n    val totalProbDensity = data.map { x_i =>\n      gaussianKernel((x - x_i) \/ bandwidth)\n    }.sum\n    totalProbDensity \/ (data.length * bandwidth)\n  }\n\n  lazy val densityPlot: Drawable = {\n    val data = Seq.fill(150)(Random.nextDouble() * 30)\n    val colors = theme.colors.stream.slice(1, 4)\n    val bandwidths = Seq(5d, 2d, 0.5d)\n    val hist = Histogram(data).xbounds(0, 30)\n    val densities = Overlay(colors.zip(bandwidths).map {\n      case (c, b) =>\n        FunctionPlot(\n          densityEstimate(data, b),\n          Some(Bounds(0, 30)),\n          Some(500),\n          Some(PathRenderer.default(color = Some(c)))\n        )\n    }: _*)\n    \/\/ Can provide bounds directly\n    \/\/MixedBoundsOverlay(hist.xbounds, hist.ybounds, hist, densities)\n    \/\/ Or use the bounds from the first plot\n    MixedBoundsOverlay(hist, densities)\n      .standard()\n      .continuousAxis(_ => densities.ybounds, Position.Right, updatePlotBounds = false)\n      .render(plotAreaSize)\n  }\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/plot\/BinnedPlot.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot\n\nimport com.cibo.evilplot.colors.Color\nimport com.cibo.evilplot.geometry.{Drawable, EmptyDrawable, Extent, LineStyle, Rect}\nimport com.cibo.evilplot.numeric.{Bounds, Datum2d, Point}\nimport com.cibo.evilplot.plot\nimport com.cibo.evilplot.plot.BarChart.BarChartRenderer\nimport com.cibo.evilplot.plot.LinePlot.LinePlotRenderer\nimport com.cibo.evilplot.plot.ScatterPlot.ScatterPlotRenderer\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.renderers._\n\nimport scala.reflect.ClassTag\n\n\n\nsealed abstract class Bin[T] {\n  val values: Seq[T]\n  def y: Double\n}\n\ncase class ContinuousBin(values: Seq[Double], bounds: Bounds, y: Double) extends Bin[Double] {\n  lazy val x: Bounds = bounds\n}\n\nobject ContinuousBin {\n\n  def apply(\n    values: Seq[Double],\n    bounds: Bounds,\n    agg: Seq[Double] => Double = _.length): ContinuousBin = {\n    new ContinuousBin(values, bounds, agg(values))\n  }\n}\n\nobject Binning {\n\n  def histogramBins(\n    seq: Seq[Double],\n    ctx: Option[PlotContext],\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    ctx match {\n      case Some(rctx) =>\n        Binning.histogramBinsWithBounds(seq, rctx.xBounds, numBins = numBins, normalize = normalize)\n      case None => Binning.histogramBinsDataBounds(seq, numBins = numBins, normalize = normalize)\n    }\n  }\n\n  def histogramBinsDataBounds(\n    seq: Seq[Double],\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    histogramBinsWithBounds(seq, Bounds(seq.min, seq.max), numBins, normalize)\n  }\n\n  def histogramBinsWithBounds(\n    seq: Seq[Double],\n    bounds: Bounds,\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    val xbounds = bounds\n    val binWidth = xbounds.range \/ numBins\n    val grouped = seq.groupBy { value =>\n      math.min(((value - xbounds.min) \/ binWidth).toInt, numBins - 1)\n    }\n    (0 until numBins).map { i =>\n      val x = i * binWidth + xbounds.min\n      grouped\n        .get(i)\n        .map { vs =>\n          ContinuousBin(vs, Bounds(x, x + binWidth))\n        }\n        .getOrElse(ContinuousBin(Seq.empty[Double], Bounds(x, x + binWidth)))\n    }\n  }\n}\n\ncase class BinArgs[T](data: Seq[T], ctx: Option[PlotContext]) {\n\n  def continuousBins(\n    extract: T => Double,\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    Binning.histogramBins(data.map(extract), ctx, numBins, normalize)\n  }\n\n  def continuousBinsWithBounds(\n    extract: T => Double,\n    bounds: Bounds,\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    Binning.histogramBinsWithBounds(data.map(extract), bounds, numBins, normalize)\n  }\n\n  def continuousBinsDataBounds(\n    extract: T => Double,\n    numBins: Int = 20,\n    normalize: Boolean = false): Seq[ContinuousBin] = {\n    Binning.histogramBinsDataBounds(data.map(extract), numBins, normalize)\n  }\n}\n\nobject BinnedPlot {\n\n  type ContextToDrawableContinuous[T] = ContinuousDataComposer[T] => PlotContext => PlotRenderer\n\n  def continuous[T](\n    data: Seq[T],\n    binFn: BinArgs[T] => Seq[ContinuousBin],\n    xboundBuffer: Option[Double] = None,\n    yboundBuffer: Option[Double] = None,\n    legendContext: LegendContext = LegendContext())(\n    contextToDrawable: ContextToDrawableContinuous[T]*)(implicit theme: Theme): Plot = {\n    val bins: Seq[ContinuousBin] = binFn(BinArgs(data, None))\n\n    val xbounds = Bounds.union(bins.map(_.x))\n    val ybounds = Bounds(0, bins.map(_.y).max)\n\n    val groupedDataRenderer = ContinuousDataComposer[T](data, binFn)\n\n    Plot(\n      xbounds,\n      ybounds,\n      CompoundPlotRenderer(\n        contextToDrawable.map(x => x(groupedDataRenderer)),\n        xbounds,\n        ybounds,\n        legendContext\n      )\n    )\n  }\n}\n\ncase class ContinuousDataComposer[T](data: Seq[T], binFn: BinArgs[T] => Seq[ContinuousBin]) {\n\n  def manipulate(x: Seq[T] => Seq[T]): Seq[T] = x(data)\n\n  def filter(x: T => Boolean): ContinuousDataComposer[T] = this.copy(data.filter(x))\n\n  def histogram(\n    barRenderer: Option[ContinuousBinRenderer] = None,\n    spacing: Option[Double] = None,\n    boundBuffer: Option[Double] = None\n  )(pCtx: PlotContext)(implicit theme: Theme): PlotRenderer = {\n    val bins = binFn(BinArgs(data, Some(pCtx)))\n    Histogram.fromBins(bins, barRenderer, spacing, boundBuffer).renderer\n  }\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/plot\/renderers\/PathRenderer.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot.renderers\n\nimport com.cibo.evilplot.colors.Color\nimport com.cibo.evilplot.geometry.{\n  Clipping,\n  Drawable,\n  EmptyDrawable,\n  Extent,\n  LineDash,\n  LineStyle,\n  Path,\n  StrokeStyle,\n  Style,\n  Text\n}\nimport com.cibo.evilplot.numeric.{Datum2d, Point}\nimport com.cibo.evilplot.plot.aesthetics.Theme\nimport com.cibo.evilplot.plot.{LegendContext, Plot, PlotContext}\n\ntrait PathRenderer[T <: Datum2d[T]] extends PlotElementRenderer[Seq[T]] {\n  def legendContext: LegendContext = LegendContext.empty\n  def render(plot: Plot, extent: Extent, path: Seq[T]): Drawable\n}\n\nobject PathRenderer {\n  private[renderers] val baseLegendStrokeLength: Double = 8.0\n\n  def custom[T <: Datum2d[T]](\n    pathFn: (PlotContext, Seq[T]) => Drawable,\n    legendCtx: Option[LegendContext] = None): PathRenderer[T] = new PathRenderer[T] {\n    def render(plot: Plot, extent: Extent, path: Seq[T]): Drawable = {\n      pathFn(PlotContext.from(plot, extent), path)\n    }\n\n    override def legendContext: LegendContext = legendCtx.getOrElse(super.legendContext)\n  }\n\n  \/** The default path renderer.\n    * @param strokeWidth The width of the path.\n    * @param color Point color.\n    * @param label A label for this path (for legends).\n    *\/\n  def default[T <: Datum2d[T]](\n    strokeWidth: Option[Double] = None,\n    color: Option[Color] = None,\n    label: Drawable = EmptyDrawable(),\n    lineStyle: Option[LineStyle] = None\n  )(implicit theme: Theme): PathRenderer[T] =\n    new DefaultPathRenderer[T](\n      strokeWidth.getOrElse(theme.elements.strokeWidth),\n      color.getOrElse(theme.colors.path),\n      label,\n      lineStyle.getOrElse(theme.elements.lineDashStyle))\n\n  \/** Path renderer for named paths (to be shown in legends).\n    * @param name The name of this path.\n    * @param color The color of this path.\n    * @param strokeWidth The width of the path.\n    *\/\n  def named[T <: Datum2d[T]](\n    name: String,\n    color: Color,\n    strokeWidth: Option[Double] = None,\n    lineStyle: Option[LineStyle] = None\n  )(implicit theme: Theme): PathRenderer[T] =\n    default(\n      strokeWidth,\n      Some(color),\n      Style(\n        Text(name, theme.fonts.legendLabelSize, theme.fonts.fontFace),\n        theme.colors.legendLabel),\n      lineStyle\n    )\n\n  \/** Path renderer for closed paths. The first point is connected to the last point.\n    * @param color the color of this path.\n    *\/\n  @deprecated(\"Use the overload taking a strokeWidth, color, label and lineStyle\", \"2 April 2018\")\n  def closed[T <: Datum2d[T]](color: Color)(implicit theme: Theme): PathRenderer[T] =\n    closed(color = Some(color))\n\n  \/** Path renderer for closed paths. The first point is connected to the last point.\n    * @param strokeWidth the stroke width\n    * @param color the color of the path\n    * @param label the label for the legend\n    *\/\n  def closed[T <: Datum2d[T]](\n    strokeWidth: Option[Double] = None,\n    color: Option[Color] = None,\n    label: Drawable = EmptyDrawable(),\n    lineStyle: Option[LineStyle] = None\n  )(implicit theme: Theme): PathRenderer[T] = new PathRenderer[T] {\n    def render(plot: Plot, extent: Extent, path: Seq[T]): Drawable = {\n      path.headOption.fold(EmptyDrawable(): Drawable) { head =>\n        default(strokeWidth, color, label, lineStyle).render(plot, extent, path :+ head)\n      }\n    }\n  }\n\n  \/**\n    * A no-op renderer for when you don't want to render paths (such as on a scatter plot)\n    *\/\n  def empty[T <: Datum2d[T]](): PathRenderer[T] = new PathRenderer[T] {\n    def render(plot: Plot, extent: Extent, path: Seq[T]): Drawable = EmptyDrawable()\n  }\n\n  \/\/ Need to use a multiple of the pattern array so the legend looks accurate.\n  private[renderers] def calcLegendStrokeLength(lineStyle: LineStyle): Double =\n    if (lineStyle.dashPattern.isEmpty) baseLegendStrokeLength\n    else {\n      val patternLength = lineStyle.dashPattern.sum\n      val minimumLength =\n        if (lineStyle.dashPattern.tail.isEmpty) 4 * patternLength\n        else 2 * patternLength\n      if (minimumLength <= baseLegendStrokeLength) {\n        val diff = baseLegendStrokeLength - minimumLength\n        minimumLength + (patternLength * math.max((diff \/ patternLength).toInt, 1))\n      } else minimumLength\n    }\n}\n\nclass DefaultPathRenderer[T <: Datum2d[T]](\n  strokeWidth: Double,\n  color: Color,\n  label: Drawable = EmptyDrawable(),\n  lineStyle: LineStyle)\n    extends PathRenderer[T] {\n\n  def render(plot: Plot, extent: Extent, path: Seq[T]): Drawable = {\n    Clipping\n      .clipPath(path, extent)\n      .map(\n        segment =>\n          LineDash(\n            StrokeStyle(Path(segment, strokeWidth), color),\n            lineStyle\n        )\n      )\n      .group\n  }\n\n  private val legendStrokeLength: Double = PathRenderer.calcLegendStrokeLength(lineStyle)\n  override def legendContext: LegendContext = label match {\n    case _: EmptyDrawable => LegendContext.empty\n    case d =>\n      LegendContext.single(\n        LineDash(\n          StrokeStyle(\n            Path(\n              Seq(Point(0, 0), Point(legendStrokeLength, 0)),\n              strokeWidth\n            ),\n            color\n          ),\n          lineStyle\n        ),\n        d\n      )\n  }\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"js\/src\/main\/scala\/com\/cibo\/evilplot\/geometry\/TextMetrics.scala","text":"<filename>js\/src\/main\/scala\/com\/cibo\/evilplot\/geometry\/TextMetrics.scala\n\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.geometry\n\nimport com.cibo.evilplot.Utils\nimport org.scalajs.dom.CanvasRenderingContext2D\n\nobject TextMetrics extends TextMetricsInterface {\n  private lazy val offscreenBuffer: CanvasRenderingContext2D = {\n    Utils.getCanvasFromElementId(\"measureBuffer\")\n  }\n\n  \/\/ scalastyle:off\n  \/\/ TODO: Text this regex esp on 1px 1.0px 1.px .1px, what is valid in CSS?\n  private lazy val fontSize = \"\"\"[^\\d]*([\\d(?:\\.\\d*)]+)px.*\"\"\".r\n  \/\/ scalastyle:on\n\n  private def extractHeight: Double = {\n    val fontSize(size) = offscreenBuffer.font\n    size.toDouble\n  }\n\n  private[geometry] def withStyle[T](size: Double, fontFace: String)(\n    f: CanvasRenderingContext2D => T\n  ): CanvasRenderingContext2D => T = { c =>\n    c.textBaseline = \"top\"\n    c.font = size.toString + \"px\" + \" \" + fontFace\n    f(c)\n  }\n\n  def measure(text: Text): Extent = {\n    withStyle(text.size, text.fontFace) { c =>\n      Extent(c.measureText(text.msg).width, extractHeight)\n    }(offscreenBuffer)\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"build.sbt","text":"import sbt.Keys.resolvers\n\nenablePlugins(ScalaJSPlugin)\n\ncrossScalaVersions in ThisBuild := Settings.versions.crossScalaVersions\nscalaVersion in ThisBuild := crossScalaVersions.value.head\nscalacOptions in ThisBuild ++= Settings.scalacOptions\n\nlazy val `evilplot-root` = project\n  .in(file(\".\"))\n  .aggregate(evilplotJVM, evilplotJS, evilplotRepl, evilplotJupyterScala, assetJVM, evilplotRunner)\n  .settings(\n    publishArtifact := false,\n    publish := {},\n    publishLocal := {}\n  )\n  .disablePlugins(HeaderPlugin)\n\nlazy val commonSettings: Seq[Setting[_]] = Seq(\n  organization := Settings.organization,\n  crossScalaVersions := Settings.versions.crossScalaVersions,\n  scalaVersion := crossScalaVersions.value.head,\n  scalacOptions ++= Settings.scalacOptions,\n  bintrayOrganization := Some(\"cibotech\"),\n  bintrayRepository := \"public\",\n  bintrayPackageLabels := Seq(\"scala\", \"plot\", \"visualization\", \"visualisation\"),\n  licenses += (\"BSD 3-Clause\", url(\"https:\/\/opensource.org\/licenses\/BSD-3-Clause\"))\n)\n\nlazy val licenseSettings = Seq(\n  homepage := Some(url(\"https:\/\/www.github.com\/cibotech\/evilplot\")),\n  startYear := Some(2018),\n  description := \"A Scala combinator-based visualization library.\",\n  headerLicense := Some(HeaderLicense.BSD3Clause(\"2018\", \"CiBO Technologies, Inc.\"))\n)\n\nlazy val evilplotAsset = crossProject\n  .in(file(\"asset\"))\n  .dependsOn(evilplot)\n  .settings(commonSettings)\n  .settings(licenseSettings)\n  .settings(\n    name := \"evilplot-asset\",\n    resolvers += \"Artima Maven Repository\" at \"http:\/\/repo.artima.com\/releases\"\n  )\n  .jvmSettings(\n    resourceGenerators.in(Compile) += Def.task {\n      val fullOptAsset = fullOptJS.in(evilplotJS).in(Compile).value.data\n      val fastOptAsset = fastOptJS.in(evilplotJS).in(Compile).value.data\n      val fullOptDest = resourceDirectory.in(Compile).value \/ fullOptAsset.getName\n      val fastOptDest = resourceDirectory.in(Compile).value \/ fastOptAsset.getName\n      IO.copy(Seq(fullOptAsset -> fullOptDest, fastOptAsset -> fastOptDest)).toSeq\n    }\n  )\n\nlazy val assetJS = evilplotAsset.js\nlazy val assetJVM = evilplotAsset.jvm\n\nlazy val evilplot = crossProject\n  .in(file(\".\"))\n  .settings(commonSettings)\n  .configs(IntegrationTest)\n  .settings(\n    name := \"evilplot\",\n    libraryDependencies ++= Settings.sharedDependencies.value,\n    Defaults.itSettings\n  )\n  .settings(licenseSettings)\n  .jsSettings(\n    libraryDependencies ++= Settings.scalajsDependencies.value,\n    libraryDependencies ++= Settings.sharedDependencies.value,\n    jsDependencies ++= Settings.jsDependencies.value,\n    jsEnv := new org.scalajs.jsenv.jsdomnodejs.JSDOMNodeJSEnv,\n    jsEnv in Test := new PhantomJS2Env(scalaJSPhantomJSClassLoader.value),\n    skip in packageJSDependencies := false,\n    scalaJSUseMainModuleInitializer := false,\n    scalaJSUseMainModuleInitializer in Test := false\n  )\n  .jvmSettings(\n    libraryDependencies ++= Settings.jvmDependencies.value\n  )\n\nlazy val evilplotJVM = evilplot.jvm\nlazy val evilplotJS = evilplot.js\n\n\/\/ For the workbench plugin\nlazy val evilplotRunner = project\n  .in(file(\"runner\"))\n  .aggregate(evilplotJS)\n  .dependsOn(evilplotJS)\n  .settings(\n    publishArtifact := false,\n    publish := {},\n    publishLocal := {}\n  )\n  .settings(licenseSettings)\n  .enablePlugins(WorkbenchPlugin)\n\nlazy val evilplotRepl = project\n  .in(file(\"repl-plots\"))\n  .dependsOn(evilplotJVM)\n  .settings(commonSettings)\n  .settings(licenseSettings)\n  .settings(\n    name := \"evilplot-repl\"\n  )\n\nlazy val evilplotJupyterScala = project\n  .in(file(\"jupyter-scala\"))\n  .dependsOn(evilplotJVM)\n  .settings(commonSettings)\n  .settings(licenseSettings)\n  .settings(\n    name := \"evilplot-jupyter-scala\",\n    libraryDependencies ++= Settings.jupyterScalaDependencies.value\n  )\n\nval EvilPlotJVM = config(\"jvm\")\nval EvilPlotJS = config(\"js\")\nlazy val apiDocProjects = Seq(evilplotJVM -> EvilPlotJVM, evilplotJS -> EvilPlotJS)\nlazy val apiDocumentation = apiDocProjects.flatMap { case (project, conf) =>\n  SiteScaladocPlugin.scaladocSettings(\n    conf,\n    mappings in (Compile, packageDoc) in project,\n    s\"scaladoc\/${project.id.stripPrefix(\"evilplot\").toLowerCase}\"\n  )\n}\n\nlazy val docs = project\n  .in(file(\"docs\"))\n  .settings(\n    name := \"evilplot-docs\",\n    micrositeName := \"EvilPlot\",\n    description := \"Combinators for graphics\",\n    organizationName := \"CiBO Technologies\",\n    organizationHomepage := Some(new java.net.URL(\"http:\/\/www.cibotechnologies.com\")),\n    micrositeGithubOwner := \"cibotech\",\n    micrositeGithubRepo := \"evilplot\",\n    micrositeFooterText := None,\n    micrositeDocumentationUrl := \"\/evilplot\/scaladoc\/jvm\/com\/cibo\/evilplot\/index.html\",\n    micrositeBaseUrl := \"\/evilplot\",\n    micrositeShareOnSocial := false,\n    micrositeGitterChannel := false,\n    micrositePalette := Map(\n      \"brand-primary\" -> \"#008080\",\n      \"brand-secondary\" -> \"#484848\",\n      \"brand-tertiary\" -> \"#323232\",\n      \"gray-dark\" -> \"#453E46\",\n      \"gray\" -> \"#837F84\",\n      \"gray-light\" -> \"#E3E2E3\",\n      \"gray-lighter\" -> \"#F4F3F4\",\n      \"white-color\" -> \"#FFFFFF\"\n    ),\n    publish := {},\n    publishLocal := {},\n    publishArtifact := false\n  )\n  .settings(apiDocumentation)\n  .enablePlugins(MicrositesPlugin)\n"}
{"repo_name":"ryan-richt\/evilplot","path":"jvm\/src\/it\/scala\/com\/cibo\/evilplot\/WriteOutDemoPlots.scala","text":"<filename>jvm\/src\/it\/scala\/com\/cibo\/evilplot\/WriteOutDemoPlots.scala\npackage com.cibo.evilplot\n\nimport java.io.File\nimport java.nio.file.{Files, Paths}\n\nimport com.cibo.evilplot.demo.DemoPlots\nimport javax.imageio.ImageIO\nimport org.scalatest.{FunSpec, Matchers}\n\nclass WriteOutDemoPlots extends FunSpec with Matchers {\n\n  val plots = Seq(\n    DemoPlots.linePlot -> \"linePlot\",\n    DemoPlots.crazyPlot -> \"crazy\",\n    DemoPlots.facetedPlot -> \"faceted\",\n    DemoPlots.heatmap -> \"heatmap\",\n    DemoPlots.marginalHistogram -> \"marginalhistogram\",\n    DemoPlots.pieChart -> \"piechart\",\n    DemoPlots.clusteredBarChart -> \"clusteredbar\",\n    DemoPlots.clusteredStackedBarChart -> \"clusteredstackedbar\",\n    DemoPlots.stackedBarChart -> \"stackedbar\",\n    DemoPlots.barChart -> \"bar\",\n    DemoPlots.scatterPlot -> \"scatter\",\n    DemoPlots.functionPlot -> \"functionPlot\",\n    DemoPlots.markerPlot -> \"markerPlot\",\n    DemoPlots.boxPlot -> \"boxPlot\",\n    DemoPlots.facetedPlot -> \"facetedPlot\"\n  )\n\n  val tmpPath = Paths.get(\"\/tmp\/evilplot\")\n  if (Files.notExists(tmpPath)) Files.createDirectories(tmpPath)\n\n  describe(\"Demo Plots\") {\n    it(\"is generated\") {\n      for { (plot, name) <- plots } {\n        val bi = plot.asBufferedImage\n        ImageIO.write(bi, \"png\", new File(s\"${tmpPath.toAbsolutePath.toString}\/$name.png\"))\n      }\n    }\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/colors\/DefaultColors.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.colors\n\n\/\/ These are the default ggplot colors...maybe we could be more creative.\nobject DefaultColors {\n  val backgroundColor = HSL(0, 0, 92)\n  val barColor = HSL(0, 0, 35)\n  val titleBarColor = HSL(0, 0, 85)\n  val fillColor: Color = HTMLNamedColors.white\n  val pathColor = HSL(0, 0, 0)\n\n  val lightPalette: Seq[HSLA] = Seq(\n    RGB(26, 188, 156),\n    RGB(46, 204, 113),\n    RGB(52, 152, 219),\n    RGB(155, 89, 182),\n    RGB(52, 73, 94),\n    RGB(241, 196, 15),\n    RGB(230, 126, 34),\n    RGB(231, 76, 60)\n  )\n\n  val darkPalette: Seq[HSLA] = Seq(\n    RGB(22, 160, 133),\n    RGB(39, 174, 96),\n    RGB(41, 128, 185),\n    RGB(142, 68, 173),\n    RGB(44, 62, 80),\n    RGB(243, 156, 18),\n    RGB(211, 84, 0),\n    RGB(192, 57, 43)\n  )\n\n  @deprecated(\n    \"This palette contains two palettes, a light and dark. \" +\n      \"Using it as a single palette can be misleading\/confusing. Use DefaultColors#lightPalette \" +\n      \"or DefaultColors#darkPalette instead.\",\n    since = \"29 March 2018\"\n  )\n  val nicePalette: Seq[HSLA] = lightPalette ++ darkPalette\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/test\/scala\/com\/cibo\/evilplot\/plot\/TransformUtilsSpec.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.plot\n\nimport com.cibo.evilplot.geometry.Extent\nimport com.cibo.evilplot.numeric.{Bounds, Point}\nimport org.scalatest.{FunSpec, Matchers}\n\nclass TransformUtilsSpec extends FunSpec with Matchers {\n\n\n  describe(\"PlotUtils\"){\n\n    it(\"computes the correct buffer\"){\n      val zeroTen = PlotUtils.boundsWithBuffer(xs = Seq(0.0, 10.0), 0.0)\n      zeroTen shouldEqual Bounds(0.0, 10.0)\n\n      val zeroTenTen = PlotUtils.boundsWithBuffer(xs = Seq(0.0, 10.0), 0.1)\n      zeroTenTen shouldEqual Bounds(-1.0, 11.0)\n\n      val negZeroTenTen = PlotUtils.boundsWithBuffer(xs = Seq(0.0, -10.0), buffer = 0.1)\n      negZeroTenTen shouldEqual Bounds(-11.0, 1.0)\n    }\n\n    it(\"computes bounds\"){\n      val points = Seq(Point(0.0, 0.0), Point(10.0, 10.0))\n\n      PlotUtils.bounds(points, 0.1) shouldEqual (Bounds(-1.0, 11.0), Bounds(-1.0, 11.0))\n      PlotUtils.bounds(points, 0.0, xboundBuffer = Some(0.1)) shouldEqual (Bounds(-1.0, 11.0), Bounds(0, 10.0))\n      PlotUtils.bounds(points, 0.0, yboundBuffer = Some(0.1))shouldEqual (Bounds(0, 10.0), Bounds(-1.0, 11.0))\n    }\n\n  }\n\n  describe(\"TransformWorldToScreen\"){\n\n    val xTransformer = TransformWorldToScreen.xCartesianTransformer(Bounds(0, 100), extent = Extent(100, 100))\n    val yTransformer = TransformWorldToScreen.yCartesianTransformer(Bounds(0, 100), extent = Extent(100, 100))\n\n    it(\"default x transformer works properly\"){\n\n      xTransformer(-100) shouldEqual -100.0 +- 0.000001\n      xTransformer(0) shouldEqual 0.0 +- 0.000001\n      xTransformer(100) shouldEqual 100.0 +- 0.000001\n\n    }\n\n    it(\"default y transformer works properly\"){\n\n      yTransformer(-100) shouldEqual 200.0 +- 0.000001\n      yTransformer(0) shouldEqual 100.0 +- 0.000001\n      yTransformer(100) shouldEqual 0.0 +- 0.000001\n    }\n\n    it(\"Transforms to screen correctly\"){\n      import TransformWorldToScreen._\n      val transformer = TransformWorldToScreen.yCartesianTransformer(Bounds(0, 10), extent = Extent(100, 100))\n\n      transformDatumToWorld(Point(0.0, 0.0), xTransformer, yTransformer) shouldEqual Point(0.0, 100.0)\n    }\n  }\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"jvm\/src\/main\/scala\/com\/cibo\/evilplot\/geometry\/Graphics2DSupport.scala","text":"<filename>jvm\/src\/main\/scala\/com\/cibo\/evilplot\/geometry\/Graphics2DSupport.scala\n\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.geometry\n\nimport java.awt.MultipleGradientPaint.CycleMethod\nimport java.awt.geom.GeneralPath\nimport java.awt.{Color => _, _}\n\nimport com.cibo.evilplot.colors._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\n\/** A RenderContext for java.awt.Graphics2D\n  * @param graphics the Graphics2D instance to render to.\n  *\/\nfinal case class Graphics2DRenderContext(graphics: Graphics2D)\n    extends RenderContext\n    with Graphics2DSupport {\n\n  import Graphics2DRenderContext._\n\n  private[geometry] val initialState = GraphicsState(\n    graphics.getTransform,\n    java.awt.Color.BLACK,\n    java.awt.Color.BLACK,\n    graphics.getStroke)\n\n  private val stateStack: mutable.ArrayStack[GraphicsState] =\n    mutable.ArrayStack(initialState)\n\n  private def enableAntialiasing(): Unit = {\n    val renderingHints = Map(\n      RenderingHints.KEY_ANTIALIASING -> RenderingHints.VALUE_ANTIALIAS_ON,\n      RenderingHints.KEY_TEXT_ANTIALIASING -> RenderingHints.VALUE_TEXT_ANTIALIAS_ON\n    ).asJava\n\n    graphics.setRenderingHints(renderingHints)\n  }\n  \/\/ Graphics2D does not distinguish between \"fill\" and \"stroke\" colors,\n  \/\/ as both canvas and EvilPlot do, so we keep these locally as vars and\n  \/\/ only push the change to the Graphics2D instance when we are performing\n  \/\/ a fill\/stroke operation.\n  private[geometry] var _fillColor: java.awt.Paint = initialState.fillColor \/\/ scalastyle: ignore\n\n  private[geometry] def fillColor_=(c: java.awt.Paint): Unit = {\n    _fillColor = c\n  }\n  private[geometry] def fillColor: java.awt.Paint = _fillColor\n  private[geometry] var strokeColor: java.awt.Paint = initialState.strokeColor \/\/ scalastyle:ignore\n\n  enableAntialiasing()\n\n  \/\/ Query graphics for state and store it.\n  private def save(): Unit = {\n    stateStack.push(\n      GraphicsState(\n        graphics.getTransform,\n        fillColor,\n        strokeColor,\n        graphics.getStroke\n      )\n    )\n  }\n\n  private def restore(): Unit = {\n    val restored = stateStack.pop()\n    graphics.setTransform(restored.affineTransform)\n    fillColor = restored.fillColor\n    strokeColor = restored.strokeColor\n    graphics.setStroke(restored.strokeWeight)\n    \/\/ Clear out the graphics color.\n    graphics.setPaint(initialState.fillColor)\n  }\n\n  def draw(line: Line): Unit = applyWithStrokeColor(this) {\n    val stroke = graphics.getStroke\n      .asInstanceOf[BasicStroke]\n      .update(strokeWeight = Some(line.strokeWidth))\n    graphics.setStroke(stroke)\n    val gpath = new GeneralPath()\n    gpath.moveTo(0, line.strokeWidth \/ 2.0)\n    gpath.lineTo(line.length, line.strokeWidth \/ 2.0)\n    gpath.closePath()\n    graphics.draw(gpath)\n  }\n\n  def draw(polygon: Polygon): Unit = applyWithFillColor(this) {\n    val gpath = new GeneralPath()\n    gpath.moveTo(polygon.boundary.head.x, polygon.boundary.head.y)\n    polygon.boundary.tail.foreach { point =>\n      gpath.lineTo(point.x, point.y)\n    }\n    gpath.closePath()\n    graphics.fill(gpath)\n  }\n\n  def draw(path: Path): Unit = applyWithStrokeColor(this) {\n    val stroke = graphics.getStroke\n      .asInstanceOf[BasicStroke]\n      .update(strokeWeight = Some(path.strokeWidth))\n\n    graphics.setStroke(stroke)\n    val gpath = new GeneralPath()\n    gpath.moveTo(path.points.head.x, path.points.head.y)\n    path.points.tail.foreach { point =>\n      gpath.lineTo(point.x, point.y)\n    }\n    graphics.draw(gpath)\n  }\n\n  def draw(rect: Rect): Unit = applyWithFillColor(this) {\n    graphics.fill(new java.awt.Rectangle(0, 0, rect.width.toInt, rect.height.toInt))\n  }\n\n  def draw(rect: BorderRect): Unit = applyWithStrokeColor(this) {\n    graphics.draw(new java.awt.Rectangle(0, 0, rect.width.toInt, rect.height.toInt))\n  }\n\n  def draw(disc: Disc): Unit = applyWithFillColor(this) {\n    \/\/ Note that unlike canvas, fillArc's x and y parameters refer to the top left corner.\n    graphics.fillArc(\n      0,\n      0,\n      disc.extent.width.toInt,\n      disc.extent.height.toInt,\n      0,\n      360\n    )\n  }\n\n  def draw(wedge: Wedge): Unit = applyWithFillColor(this) {\n    val wedgeDiam = 2 * wedge.radius.toInt\n    graphics.fillArc(\n      0,\n      0,\n      wedgeDiam,\n      wedgeDiam,\n      0,\n      wedge.degrees.toInt\n    )\n  }\n\n  def draw(translate: Translate): Unit = applyOp(this) {\n    graphics.translate(translate.x, translate.y)\n    translate.r.draw(this)\n  }\n\n  def draw(affine: Affine): Unit = applyOp(this) {\n    graphics.setTransform(affine.affine.asJava)\n    affine.r.draw(this)\n  }\n\n  def draw(scale: Scale): Unit = applyOp(this) {\n    graphics.scale(scale.x, scale.y)\n    scale.r.draw(this)\n  }\n\n  def draw(rotate: Rotate): Unit = applyOp(this) {\n    graphics.translate(-1 * rotate.minX, -1 * rotate.minY)\n    graphics.rotate(math.toRadians(rotate.degrees))\n    graphics.translate(rotate.r.extent.width \/ -2, rotate.r.extent.height \/ -2)\n    rotate.r.draw(this)\n  }\n\n  def draw(style: Style): Unit = applyOp(this) {\n    fillColor = style.fill.asJava\n    style.r.draw(this)\n  }\n\n  def draw(style: StrokeStyle): Unit = applyOp(this) {\n    strokeColor = style.fill.asJava\n    style.r.draw(this)\n  }\n\n  def draw(weight: StrokeWeight): Unit = applyOp(this) {\n    val stroke = graphics.getStroke\n      .asInstanceOf[BasicStroke]\n      .update(strokeWeight = Some(weight.weight))\n\n    graphics.setStroke(stroke)\n    weight.r.draw(this)\n  }\n\n  def draw(lineDash: LineDash): Unit = applyOp(this) {\n    val stroke = graphics.getStroke\n      .asInstanceOf[BasicStroke]\n      .update(lineStyle = Some(lineDash.style))\n\n    graphics.setStroke(stroke)\n    lineDash.r.draw(this)\n  }\n\n  def draw(text: Text): Unit = applyWithStrokeColor(this) {\n    val baseExtent = TextMetrics.measure(text)\n    val scalex = text.extent.width \/ baseExtent.width\n    val scaley = text.extent.height \/ baseExtent.height\n    graphics.scale(scalex, scaley)\n    graphics.setFont(Font.decode(text.fontFace).deriveFont(text.size.toFloat))\n    \/\/ EvilPlot assumes all objects start at upper left,\n    \/\/ but baselines for java.awt.Font do not refer to the top.\n    graphics.drawString(text.msg, 0, baseExtent.height.toInt)\n  }\n\n  def draw(gradient: GradientFill): Unit = {\n    gradient.fill match {\n      case lg: LinearGradient =>\n        val gradientFill = new LinearGradientPaint(\n          lg.x0.toFloat,\n          lg.y0.toFloat,\n          lg.x1.toFloat,\n          lg.y1.toFloat,\n          lg.stops.map(_.offset.toFloat).toArray,\n          lg.stops.map(_.color.asJava).toArray\n        )\n\n        fillColor = gradientFill\n        gradient.r.draw(this)\n\n      case rg: RadialGradient =>\n        val gradientFill = new RadialGradientPaint(\n          rg.x0.toFloat,\n          rg.y0.toFloat,\n          rg.r0.toFloat,\n          rg.x1.toFloat,\n          rg.y1.toFloat,\n          rg.stops.map(_.offset.toFloat).toArray,\n          rg.stops.map(_.color.asJava).toArray,\n          CycleMethod.NO_CYCLE\n        )\n\n        fillColor = gradientFill\n        gradient.r.draw(this)\n    }\n  }\n}\n\nobject Graphics2DRenderContext {\n  private[geometry] def applyOp(graphics2DRenderContext: Graphics2DRenderContext)(\n    f: => Unit): Unit = {\n    graphics2DRenderContext.save()\n    f\n    graphics2DRenderContext.restore()\n  }\n\n  private[geometry] def applyWithStrokeColor(graphics2DRenderContext: Graphics2DRenderContext)(\n    f: => Unit\n  ): Unit = {\n    applyOp(graphics2DRenderContext) {\n      graphics2DRenderContext.graphics.setPaint(graphics2DRenderContext.strokeColor)\n      f\n    }\n  }\n\n  private[geometry] def applyWithFillColor(graphics2DRenderContext: Graphics2DRenderContext)(\n    f: => Unit\n  ): Unit = {\n    applyOp(graphics2DRenderContext) {\n      graphics2DRenderContext.graphics.setPaint(graphics2DRenderContext.fillColor)\n      f\n    }\n  }\n\n  private val sansSerif = Font.decode(Font.SANS_SERIF)\n}\n\nprivate[geometry] final case class GraphicsState(\n  affineTransform: java.awt.geom.AffineTransform,\n  fillColor: java.awt.Paint,\n  strokeColor: java.awt.Paint,\n  strokeWeight: java.awt.Stroke\n)\n\nprivate[geometry] trait Graphics2DSupport {\n\n  implicit class ColorConverters(c: Color) {\n    def asJava: java.awt.Color = c match {\n      case hsla: HSLA =>\n        val (r, g, b, a) = ColorUtils.hslaToRgba(hsla)\n        new java.awt.Color(r.toFloat, g.toFloat, b.toFloat, a.toFloat)\n      case Clear => new java.awt.Color(0, 0, 0, 0)\n    }\n  }\n\n  implicit class TransformConverters(affine: AffineTransform) {\n    def asJava: java.awt.geom.AffineTransform = {\n      new java.awt.geom.AffineTransform(\n        affine.scaleX,\n        affine.shearY,\n        affine.shearX,\n        affine.scaleY,\n        affine.shiftX,\n        affine.shiftY)\n    }\n  }\n\n  implicit class RichStroke(basicStroke: BasicStroke) {\n    def update(\n      strokeWeight: Option[Double] = None,\n      lineStyle: Option[LineStyle] = None): BasicStroke = {\n      val newWeight = strokeWeight.fold(basicStroke.getLineWidth)(_.toFloat)\n      val newDashPattern = lineStyle.fold(basicStroke.getDashArray) { style =>\n        if (style.dashPattern.isEmpty) null \/\/ scalastyle:ignore\n        else if (style.dashPattern.tail.isEmpty) Array.fill(2)(style.dashPattern.head.toFloat)\n        else style.dashPattern.toArray.map(_.toFloat)\n      }\n      val newDashPhase = lineStyle.fold(basicStroke.getDashPhase)(_.offset.toFloat)\n\n      new BasicStroke(\n        newWeight,\n        BasicStroke.CAP_BUTT,\n        BasicStroke.JOIN_ROUND,\n        10.0f,\n        newDashPattern,\n        newDashPhase\n      )\n    }\n  }\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/test\/scala\/com\/cibo\/evilplot\/geometry\/ClippingSpec.scala","text":"<reponame>ryan-richt\/evilplot\n\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.geometry\n\nimport com.cibo.evilplot.geometry.Clipping.Edge\nimport com.cibo.evilplot.numeric.{Point, Point2d}\nimport org.scalactic.{Equality, TolerantNumerics}\nimport org.scalatest.{FunSpec, Matchers}\n\ntrait PointEquivalences {\n  implicit object PointEquivalence extends Equality[Point2d] {\n    import math.{abs}\n    def areEqual(a: Point2d, b: Any): Boolean = b match {\n      case Point(x, y) =>\n        val tol = 1e-5\n        abs(a.x - x) < tol && abs(a.y - y) < tol\n      case _ => false\n    }\n  }\n\n  implicit object SeqPointEquivalence extends Equality[Seq[Point2d]] {\n    val eq = implicitly[Equality[Point2d]]\n    def areEqual(a: Seq[Point2d], b: Any): Boolean = b match {\n      case bx: Seq[_] => a.corresponds(bx)((i, j) => eq.areEqual(i, j))\n      case _          => false\n    }\n  }\n\n  implicit object SeqSeqPointEquivalence extends Equality[Seq[Seq[Point2d]]] {\n    val eq = implicitly[Equality[Seq[Point2d]]]\n\n    def areEqual(a: Seq[Seq[Point2d]], b: Any): Boolean = b match {\n      case bx: Vector[_] => a.corresponds(bx)((i, j) => eq.areEqual(i, j))\n      case _ => false\n    }\n  }\n}\n\nobject PointEquivalences extends PointEquivalences\n\nclass ClippingSpec extends FunSpec with Matchers with PointEquivalences {\n\n  describe(\"Edge\") {\n    it(\"vertical edge intersections are calculated correctly\") {\n      val interesection = Edge(Point(2, 2), Point(2, 0))\n        .intersection(Edge(Point(1.5, 3), Point(2.1, 1)))\n\n      interesection.head.x shouldEqual 2.0 +- 0.0000001\n      interesection.head.y shouldEqual 1.3333 +- 0.0001\n    }\n\n    it(\"vertical line intersections are calculated correctly\") {\n      val interesection = Edge(Point(1.5, 3), Point(2.1, 1))\n        .intersection(Edge(Point(2, 2), Point(2, 0)))\n\n      interesection.head.x shouldEqual 2.0 +- 0.0000001\n      interesection.head.y shouldEqual 1.3333 +- 0.0001\n    }\n  }\n\n  describe(\"Path clipping\") {\n    it(\"handles an empty path\") {\n      Clipping.clipPath(Seq.empty, Extent(2, 2)) shouldBe Seq.empty[Seq[Point]]\n    }\n\n    it(\"removes segments entirely outside bounds\") {\n      Clipping.clipPath(Seq(Point(0, 4), Point(1.5, 6)), Extent(2, 2)) shouldBe Seq\n        .empty[Seq[Point]]\n    }\n\n    it(\"should properly clip a line across a bound\") {\n      Clipping.clipPath(Seq(Point(0, 1), Point(1.5, 3)), Extent(2, 2)) shouldBe Seq(\n        Seq(Point(0, 1), Point(0.75, 2)))\n    }\n\n    it(\"should properly clip a line with both points outside the bounds\") {\n      Clipping.clipPath(\n        Seq(Point(-3, -3), Point(1.5, 3)),\n        Extent(2, 2)\n      ) shouldBe Seq(Seq(Point(0, 1), Point(0.75, 2)))\n    }\n\n    it(\"segments a path that crosses bounds multiple times\") {\n      val path = Seq(\n        Point(0, 1),\n        Point(1.5, 3),\n        Point(2.1, 1),\n        Point(1.5, 0.5),\n        Point(1, 1)\n      )\n      val expected = Vector(\n        Vector(\n          Point(0, 1),\n          Point(0.75, 2)\n        ),\n        Vector(\n          Point(1.8, 2),\n          Point(2, 4 \/ 3d)\n        ),\n        Vector(\n          Point(2, 5.5 \/ 6d),\n          Point(1.5, 0.5),\n          Point(1, 1)\n        )\n      )\n      Clipping.clipPath(path, Extent(2, 2)).shouldEqual(expected)(SeqSeqPointEquivalence)\n    }\n  }\n\n  describe(\"Polygon clipping\") {\n    it(\"clips a line segment\") {\n      val expected = Seq(Point(0, 1), Point(0.75, 2))\n      Clipping.clipPolygon(Seq(Point(0, 1), Point(1.5, 3)), Extent(2, 2)) should contain allElementsOf expected\n    }\n\n    it(\"clips a triangle\") {\n      val triangle = Seq(\n        Point(0, 1),\n        Point(1.5, 3),\n        Point(2, 0.5)\n      )\n      val expected = Seq(\n        Point(0, 1),\n        Point(0.75, 2),\n        Point(1.7, 2),\n        Point(2, 0.5)\n      )\n\n      val clipped = Clipping.clipPolygon(triangle, Extent(2, 2))\n      clipped shouldBe expected\n      clipped should have length expected.length\n    }\n\n    it(\"clips a polygon that exits at the corner of the bounding box\") {\n      val polygon = Seq(Point(5, 5), Point(5, -5), Point(15, -5), Point(15, 5))\n      val expected = Seq(Point(5, 5), Point(5, 0), Point(10, 0), Point(10, 5))\n      val clipped = Clipping.clipPolygon(polygon, Extent(10, 10))\n      clipped should contain theSameElementsAs expected\n      clipped should have length polygon.length\n    }\n\n    it(\"should return the polygon when it is entirely inside the clipping region\") {\n      val polygon = Seq(Point(5, 5), Point(5, 0), Point(10, 0), Point(10, 5))\n      val clipped = Clipping.clipPolygon(polygon, Extent(10, 10))\n      clipped should contain theSameElementsAs polygon\n      clipped should have length polygon.length\n    }\n\n    it(\"should return the clipping region when the polygon entirely encloses it\") {\n      val polygon = Seq(Point(0, 5), Point(0, 0), Point(5, 0), Point(5, 5))\n      val clipped = Clipping.clipPolygon(polygon, Extent(2, 2))\n      clipped should have length polygon.length\n      clipped should contain theSameElementsAs\n        Seq(Point(0, 2), Point(0, 0), Point(2, 0), Point(2, 2))\n    }\n\n    it(\"should return an empty Seq for a polygon completely outside the clipping region\") {\n      val polygon = Seq(Point(15, 250), Point(200, 300), Point(230, 150), Point(50, 220))\n      Clipping.clipPolygon(polygon, Extent(10, 10)) shouldBe empty\n    }\n\n    it(\n      \"should properly clip a polygon when all of its points are outside the clipping region\" +\n        \" but some of its area lies within it.\") {\n      val polygon = Seq(Point(10, -10), Point(10, 30), Point(25, 10))\n      val expected = Vector(\n        Point(20, 10d \/ 3d),\n        Point(17.5, 0),\n        Point(10, 0),\n        Point(10, 20),\n        Point(17.5, 20),\n        Point(20, 50d \/ 3d)\n      )\n      val clipped = Clipping.clipPolygon(polygon, Extent(20, 20))\n      clipped shouldEqual expected\n      clipped should have length expected.length\n    }\n\n  it(\n    \"should properly clip a polygon that goes clockwise\") {\n    val polygon = Seq(Point(10, 30), Point(10, -10), Point(25, 10))\n    val expected = Vector(\n      Point(20, 10d \/ 3d),\n      Point(17.5, 0),\n      Point(10, 0),\n      Point(10, 20),\n      Point(17.5, 20),\n      Point(20, 50d \/ 3d)\n    ).reverse\n    val clipped = Clipping.clipPolygon(polygon, Extent(20, 20))\n    clipped shouldEqual expected\n    clipped should have length expected.length\n  }\n}\n\n  describe(\"Edges\") {\n    it(\"should contain colinear points\"){\n      Edge(Point(0, 0), Point(8, 8)) contains Point(4, 4) shouldBe true\n      Edge(Point(8, 8), Point(0, 0)) contains Point(4, 4) shouldBe true\n      Edge(Point(8, 8), Point(4, 0)) contains Point(5, 2) shouldBe true\n\n    }\n    it(\"should contain points that are in the correct side of the edge\") {\n      Edge(Point(0, 0), Point(8, 8)) contains Point(8, 1) shouldBe true\n      Edge(Point(8, 8), Point(0, 0)) contains Point(1, 8) shouldBe true\n      Edge(Point(8, 8), Point(4, 0)) contains Point(1, 7) shouldBe true\n    }\n    it(\"should not points that are in the wrong side of the edge\") {\n      Edge(Point(0, 0), Point(8, 8)) contains Point(1, 8) shouldBe false\n      Edge(Point(8, 8), Point(0, 0)) contains Point(8, 1) shouldBe false\n      Edge(Point(8, 8), Point(4, 0)) contains Point(7, 1) shouldBe false\n    }\n\n    it(\"should compute the intersection point with another edge, if it exists\") {\n      Edge(Point(0, 2), Point(2, 2))\n        .intersection(Edge(Point(1.5, 3), Point(2, 0.5))) shouldBe Some(Point(1.7, 2))\n    }\n  }\n\n}\n"}
{"repo_name":"ryan-richt\/evilplot","path":"shared\/src\/main\/scala\/com\/cibo\/evilplot\/numeric\/Bounds.scala","text":"\/*\n * Copyright (c) 2018, CiBO Technologies, Inc.\n * All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without modification,\n * are permitted provided that the following conditions are met:\n *\n * 1. Redistributions of source code must retain the above copyright notice, this\n *    list of conditions and the following disclaimer.\n *\n * 2. Redistributions in binary form must reproduce the above copyright notice,\n *    this list of conditions and the following disclaimer in the documentation\n *    and\/or other materials provided with the distribution.\n *\n * 3. Neither the name of the copyright holder nor the names of its contributors\n *    may be used to endorse or promote products derived from this software without\n *    specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\n * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR\n * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\n * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON\n * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n *\/\n\npackage com.cibo.evilplot.numeric\n\nimport scala.language.implicitConversions\nimport io.circe.{Decoder, Encoder}\nimport io.circe.generic.semiauto._\n\nfinal case class Bounds(min: Double, max: Double) {\n  if (!min.isNaN && !max.isNaN) {\n    require(min <= max, s\"Bounds min must be <= max, $min !<= $max\")\n  }\n\n  lazy val range: Double = max - min\n\n  lazy val midpoint: Double = (max + min) \/ 2.0\n\n  def isInBounds(x: Double): Boolean = x >= min && x <= max\n}\n\nobject Bounds {\n\n  implicit val encoder: Encoder[Bounds] = deriveEncoder[Bounds]\n  implicit val decoder: Decoder[Bounds] = deriveDecoder[Bounds]\n\n  private def lift[T](expr: => T): Option[T] = {\n    try {\n      Some(expr)\n    } catch {\n      case _: Exception => None\n    }\n  }\n\n  def union(bounds: Seq[Bounds]): Bounds = {\n    Bounds(\n      min = bounds.map(_.min).min,\n      max = bounds.map(_.max).max\n    )\n  }\n\n  def getBy[T](data: Seq[T])(f: T => Double): Option[Bounds] = {\n    val mapped = data.map(f).filterNot(_.isNaN)\n    for {\n      min <- lift(mapped.min)\n      max <- lift(mapped.max)\n    } yield Bounds(min, max)\n  }\n\n  def get(data: Seq[Double]): Option[Bounds] = {\n    data.foldLeft(None: Option[Bounds]) { (bounds, value) =>\n      bounds match {\n        case None => Some(Bounds(value, value))\n        case Some(Bounds(min, max)) =>\n          Some(Bounds(math.min(min, value), math.max(max, value)))\n      }\n    }\n  }\n\n  def widest(bounds: Seq[Option[Bounds]]): Option[Bounds] =\n    bounds.flatten.foldLeft(None: Option[Bounds]) { (acc, curr) =>\n      if (acc.isEmpty) Some(curr)\n      else\n        Some(Bounds(math.min(acc.get.min, curr.min), math.max(acc.get.max, curr.max)))\n    }\n}\n"}
{"repo_name":"wiktor779\/Memo-taker","path":"source.scala","text":"<filename>source.scala<gh_stars>1-10\npackage hellobutton\n\nimport scalafx.Includes._\nimport scalafx.application.JFXApp\nimport scalafx.collections.ObservableBuffer\nimport scalafx.event.ActionEvent\nimport scalafx.geometry.Orientation\nimport scalafx.scene.Scene\nimport scalafx.scene.control._\nimport scalafx.scene.layout.BorderPane\nimport scala.collection.SortedMap\nimport scala.xml._\nimport java.text.SimpleDateFormat\nimport java.util.Locale\nimport java.util.Calendar\nimport java.io.PrintWriter\n\nclass DateTitle(date: Calendar, title: String) {\n  override def toString: String = {\n    title\n  }\n\n  def getDate: Calendar = {\n    date\n  }\n}\n\n\nobject DrawingMain extends JFXApp {\n\n  var xmlFile = XML.load(\"notes.xml\")\n  var myNotes: SortedMap[Calendar, (String, String)] = SortedMap.empty\n  val sdf = new SimpleDateFormat(\"EEE MMM dd HH:mm:ss z yyyy\", Locale.ENGLISH)\n\n  val children = (xmlFile \\ \"note\")\n  children.foreach(child => {\n    val title: String = (child \\ \"title\").text\n    val contents: String = (child \\ \"content\").text\n    val dateString = (child \\ \"date\").text\n    val date: Calendar = Calendar.getInstance\n    date.setTime(sdf.parse(dateString))\n    myNotes += date -> (title, contents)\n  })\n\n  override def stopApp(): Unit = {\n    xmlFile = emptyXml()\n    for (element <- myNotes) {\n      val date = element._1\n      val dateString = sdf.format(date.getTime)\n      val title = element._2._1\n      val contents = element._2._2\n      xmlFile = addNewEntry(xmlFile, title, dateString, contents)\n    }\n    scala.xml.XML.save(\"notes.xml\", xmlFile)\n  }\n\n  def emptyXml(): Elem = {\n    <notes>\n    <\/notes>\n  }\n\n  var characters = ObservableBuffer[DateTitle]()\n  for (element <- myNotes) {\n    characters += new DateTitle(element._1, element._2._1)\n  }\n\n  stage = new JFXApp.PrimaryStage {\n    title = \"Memo taker\"\n\n\n    scene = new Scene(800, 600) {\n      val title = new TextArea()\n      val contents = new TextArea()\n      val date = new TextField()\n      date.editable = false\n      val wholeTime = new Button(\"All\")\n      val lastDay = new Button(\"Last Day\")\n      val lastWeek = new Button(\"Last Week\")\n      val saveButton = new Button(\"Save\")\n      val newButton = new Button(\"New\")\n      val deleteButton = new Button(\"Delete\")\n\n      val leftPaneButtons = new SplitPane()\n      leftPaneButtons.items ++= List(wholeTime, lastDay, lastWeek)\n      val rightPaneButtons = new SplitPane()\n      rightPaneButtons.items ++= List(deleteButton, saveButton, newButton)\n\n      val rightSplitPanel = new SplitPane()\n      rightSplitPanel.orientation = Orientation.Vertical\n      rightSplitPanel.items ++= List(title, contents)\n      rightSplitPanel.dividerPositions = 0.1\n\n      val listView = new ListView[DateTitle] {\n        items = characters\n        selectionModel().selectedItem.onChange {\n          (_, _, newValue) => {\n            if (newValue != null) {\n              val (titleValue, contentsValue): (String, String) = myNotes.get(newValue.getDate).get\n              title.text = titleValue\n              contents.text = contentsValue\n              date.text = sdf.format(newValue.getDate.getTime)\n            }\n          }\n        }\n      }\n\n      val leftBorderPane = new BorderPane()\n      leftBorderPane.top = leftPaneButtons\n      leftBorderPane.center = listView\n\n      val rightBorderPane = new BorderPane()\n      rightBorderPane.top = rightPaneButtons\n      rightBorderPane.center = rightSplitPanel\n      rightBorderPane.bottom = date\n\n      val rootPane = new BorderPane()\n      rootPane.right = rightBorderPane\n      rootPane.left = leftBorderPane\n      root = rootPane\n\n      saveButton.onAction = (event: ActionEvent) => {\n        val timeStamp: String = sdf.format(Calendar.getInstance.getTime)\n        val now: Calendar = Calendar.getInstance\n        now.setTime(sdf.parse(timeStamp))\n        val previousDate: Calendar = Calendar.getInstance\n        if (date.text.value != \"\") {\n          previousDate.setTime(sdf.parse(date.text.value))\n          myNotes = myNotes - previousDate\n        }\n        myNotes = myNotes + (now -> (title.text.value, contents.text.value))\n        characters.clear()\n        for (element <- myNotes) {\n          characters += new DateTitle(element._1, element._2._1)\n        }\n        date.text = timeStamp\n      }\n\n      newButton.onAction = (event: ActionEvent) => {\n        title.text = \"\"\n        contents.text = \"\"\n        date.text = \"\"\n      }\n\n      deleteButton.onAction = (event: ActionEvent) => {\n        val dateToDelete: Calendar = Calendar.getInstance\n        if (date.text.value != \"\") {\n          dateToDelete.setTime(sdf.parse(date.text.value))\n          myNotes = myNotes - dateToDelete\n        }\n        characters.clear()\n        for (element <- myNotes) {\n          characters += new DateTitle(element._1, element._2._1)\n        }\n        title.text = \"\"\n        contents.text = \"\"\n        date.text = \"\"\n      }\n\n      lastDay.onAction = (event: ActionEvent) => {\n        val yesterday : Calendar = Calendar.getInstance(); \/\/ this would default to now\n        yesterday.add(Calendar.DAY_OF_MONTH, -1)\n        characters.clear()\n        for (element <- myNotes) {\n          val date = element._1\n          if( date.compareTo(yesterday) == 1){\n            characters += new DateTitle(date, element._2._1)\n          }\n        }\n      }\n      lastWeek.onAction = (event: ActionEvent) => {\n        val weekAgo : Calendar = Calendar.getInstance();\n        weekAgo.add(Calendar.DAY_OF_MONTH, -7)\n        characters.clear()\n        for (element <- myNotes) {\n          val date = element._1\n          if( date.compareTo(weekAgo) == 1){\n            characters += new DateTitle(date, element._2._1)\n          }\n        }\n      }\n\n      wholeTime.onAction = (event: ActionEvent) => {\n        characters.clear()\n        for (element <- myNotes) {\n          characters += new DateTitle(element._1, element._2._1)\n        }\n      }\n    }\n  }\n\n  def toBeAddedEntry(title: String, date: String, content: String) ={\n    <note>\n      <title>{ title }<\/title>\n      <content>{ content }<\/content>\n      <date>{ date }<\/date>\n    <\/note>\n\n  }\n\n  def addNewEntry(originalXML: Elem, title: String, date: String, content: String) = {\n    originalXML match {\n      case <notes>{ innerProps @ _* }<\/notes> => {\n        <notes> {\n          innerProps ++ toBeAddedEntry(title: String, date: String, content: String)\n          }<\/notes>\n      }\n      case other => other\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/parquet-avro-extra","path":"parquet-tensorflow\/src\/test\/scala\/me\/lyh\/parquet\/tensorflow\/ParquetExampleTest.scala","text":"package me.lyh.parquet.tensorflow\n\nimport com.google.protobuf.ByteString\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.{FileSystem, Path}\nimport org.apache.hadoop.mapreduce.lib.input.FileInputFormat\nimport org.apache.hadoop.mapreduce.task.TaskAttemptContextImpl\nimport org.apache.hadoop.mapreduce.{Job, TaskAttemptID}\nimport org.apache.parquet.hadoop.{ParquetInputFormat, ParquetReader}\nimport org.apache.parquet.hadoop.metadata.CompressionCodecName\nimport org.apache.parquet.io.ParquetDecodingException\nimport org.tensorflow.proto.example.{BytesList, Example, Feature, Features, FloatList, Int64List}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.collection.JavaConverters._\n\nclass ParquetExampleTest extends AnyFlatSpec with Matchers {\n  private val fs = FileSystem.getLocal(new Configuration())\n\n  private def makeTemp: Path = {\n    val tmp = sys.props(\"java.io.tmpdir\")\n    val ts = System.currentTimeMillis()\n    val p = new Path(s\"$tmp\/parquet-tensorflow-$ts.parquet\")\n    fs.deleteOnExit(p)\n    p\n  }\n\n  private def write(path: Path, schema: Schema, xs: Seq[Example]): Unit = {\n    val writer = ExampleParquetWriter.builder(path).withSchema(schema).build()\n    xs.foreach(writer.write)\n    writer.close()\n  }\n\n  private def read(path: Path, schema: Schema): Seq[Example] =\n    read(ExampleParquetReader.builder(path).withSchema(schema).build())\n\n  private def read(path: Path, fields: Seq[String]): Seq[Example] =\n    read(ExampleParquetReader.builder(path).withFields(fields.asJava).build())\n\n  private def read(reader: ParquetReader[Example]): Seq[Example] = {\n    val b = Seq.newBuilder[Example]\n    var r = reader.read()\n    while (r != null) {\n      b += r\n      r = reader.read()\n    }\n    b.result()\n  }\n\n  private def roundTrip(schema: Schema, xs: Seq[Example]): Seq[Example] = {\n    val temp = makeTemp\n    write(temp, schema, xs)\n    read(temp, schema)\n  }\n\n  private def longs(xs: Long*) =\n    Feature\n      .newBuilder()\n      .setInt64List(\n        xs.foldLeft(Int64List.newBuilder())(_.addValue(_))\n      )\n      .build()\n\n  private def floats(xs: Float*) =\n    Feature\n      .newBuilder()\n      .setFloatList(\n        xs.foldLeft(FloatList.newBuilder())(_.addValue(_))\n      )\n      .build()\n\n  private def bytes(xs: String*) =\n    Feature\n      .newBuilder()\n      .setBytesList(\n        xs.map(ByteString.copyFromUtf8).foldLeft(BytesList.newBuilder())(_.addValue(_))\n      )\n      .build()\n\n  private def getFeatures(keys: String*): Example => Example = {\n    val keySet = keys.toSet\n    (e: Example) => {\n      val features = e.getFeatures.getFeatureMap.asScala\n        .foldLeft(Features.newBuilder()) { case (b, (k, v)) =>\n          if (keySet.contains(k)) {\n            b.putFeature(k, v)\n          } else {\n            b\n          }\n        }\n        .build()\n      Example.newBuilder().setFeatures(features).build()\n    }\n  }\n\n  private def testException(fun: => Any, msgs: String*) = {\n    val e = the[ParquetDecodingException] thrownBy fun\n    msgs.foreach(m => e.getCause.getMessage should include(m))\n  }\n\n  private val primitiveSchema = Schema\n    .newBuilder()\n    .required(\"long\", Schema.Type.INT64)\n    .required(\"float\", Schema.Type.FLOAT)\n    .required(\"bytes\", Schema.Type.BYTES)\n    .named(\"Schema\")\n\n  private val primitiveExamples = (0 until 10).map { i =>\n    Example\n      .newBuilder()\n      .setFeatures(\n        Features\n          .newBuilder()\n          .putFeature(\"long\", longs(i))\n          .putFeature(\"float\", floats(i.toFloat))\n          .putFeature(\"bytes\", bytes(i.toString))\n      )\n      .build()\n  }\n\n  \"ParquetExample\" should \"work with Hadoop\" in {\n    val temp = makeTemp\n    val job = Job.getInstance()\n\n    job.setOutputFormatClass(classOf[ExampleParquetOutputFormat])\n    ExampleParquetOutputFormat.setSchema(job, primitiveSchema)\n    val outputFormat = new ExampleParquetOutputFormat()\n    val writer = outputFormat.getRecordWriter(job.getConfiguration, temp, CompressionCodecName.GZIP)\n    primitiveExamples.foreach(writer.write(null, _))\n    writer.close(null)\n\n    job.setInputFormatClass(classOf[ExampleParquetInputFormat])\n\n    def read(): Seq[Example] = {\n      val inputFormat = new ExampleParquetInputFormat()\n      val context = new TaskAttemptContextImpl(job.getConfiguration, new TaskAttemptID())\n      FileInputFormat.setInputPaths(job, temp)\n      val split = inputFormat.getSplits(job).get(0)\n      val reader = inputFormat.createRecordReader(split, context)\n      reader.initialize(split, context)\n      val b = Seq.newBuilder[Example]\n      while (reader.nextKeyValue()) {\n        b += reader.getCurrentValue\n      }\n      reader.close()\n      b.result()\n    }\n\n    \/\/ no schema or fields\n    ParquetInputFormat.setReadSupportClass(job, classOf[ExampleReadSupport])\n    read() shouldEqual primitiveExamples\n\n    \/\/ writer schema\n    ExampleParquetInputFormat.setSchema(job, primitiveSchema)\n    read() shouldEqual primitiveExamples\n    job.getConfiguration.unset(ExampleParquetInputFormat.SCHEMA_KEY)\n\n    \/\/ projected schema\n    ExampleParquetInputFormat.setSchema(\n      job,\n      Schema.newBuilder().required(\"long\", Schema.Type.INT64).named(\"Schema\")\n    )\n    read() shouldEqual primitiveExamples.map(getFeatures(\"long\"))\n    job.getConfiguration.unset(ExampleParquetInputFormat.SCHEMA_KEY)\n\n    \/\/ all fields\n    ExampleParquetInputFormat.setFields(job, Seq(\"long\", \"float\", \"bytes\").asJava)\n    read() shouldEqual primitiveExamples\n    job.getConfiguration.unset(ExampleParquetInputFormat.FIELDS_KEY)\n\n    \/\/ projected fields\n    ExampleParquetInputFormat.setFields(job, Seq(\"long\").asJava)\n    read() shouldEqual primitiveExamples.map(getFeatures(\"long\"))\n    job.getConfiguration.unset(ExampleParquetInputFormat.FIELDS_KEY)\n  }\n\n  it should \"round trip primitives\" in {\n    roundTrip(primitiveSchema, primitiveExamples) shouldEqual primitiveExamples\n  }\n\n  it should \"round trip repetition\" in {\n    val schema = Schema\n      .newBuilder()\n      .optional(\"o\", Schema.Type.INT64)\n      .repeated(\"l\", Schema.Type.INT64)\n      .named(\"Schema\")\n    val xs = (0 until 10).map { i =>\n      val b = Features.newBuilder()\n      if (i % 2 == 0) b.putFeature(\"o\", longs(i))\n      if (i > 0) b.putFeature(\"l\", longs((0 until i).map(_.toLong): _*))\n      Example.newBuilder().setFeatures(b).build()\n    }\n    roundTrip(schema, xs) shouldEqual xs\n  }\n\n  it should \"round trip primitives projection\" in {\n    val temp = makeTemp\n    write(temp, primitiveSchema, primitiveExamples)\n\n    val reader1 = Schema\n      .newBuilder()\n      .required(\"bytes\", Schema.Type.BYTES)\n      .required(\"float\", Schema.Type.FLOAT)\n      .required(\"long\", Schema.Type.INT64)\n      .named(\"Reader1\")\n    read(temp, reader1) shouldEqual primitiveExamples\n    read(temp, Seq(\"bytes\", \"float\", \"long\")) shouldEqual primitiveExamples\n\n    val reader2 = Schema\n      .newBuilder()\n      .required(\"long\", Schema.Type.INT64)\n      .named(\"Reader2\")\n    read(temp, reader2) shouldEqual primitiveExamples.map(getFeatures(\"long\"))\n    read(temp, Seq(\"long\")) shouldEqual primitiveExamples.map(getFeatures(\"long\"))\n\n    val reader3 = Schema\n      .newBuilder()\n      .required(\"float\", Schema.Type.FLOAT)\n      .named(\"Reader3\")\n    read(temp, reader3) shouldEqual primitiveExamples.map(getFeatures(\"float\"))\n    read(temp, Seq(\"float\")) shouldEqual primitiveExamples.map(getFeatures(\"float\"))\n  }\n\n  it should \"round trip repetition projection\" in {\n    val schema = Schema\n      .newBuilder()\n      .optional(\"o\", Schema.Type.INT64)\n      .repeated(\"l\", Schema.Type.INT64)\n      .named(\"Schema\")\n    val xs = (0 until 10).map { i =>\n      val b = Features.newBuilder()\n      if (i % 2 == 0) b.putFeature(\"o\", longs(i))\n      if (i > 0) b.putFeature(\"l\", longs((0 until i).map(_.toLong): _*))\n      Example.newBuilder().setFeatures(b).build()\n    }\n    val temp = makeTemp\n    write(temp, schema, xs)\n\n    val reader1 = Schema\n      .newBuilder()\n      .repeated(\"l\", Schema.Type.INT64)\n      .optional(\"o\", Schema.Type.INT64)\n      .named(\"Reader1\")\n    read(temp, reader1) shouldEqual xs\n    read(temp, Seq(\"l\", \"o\")) shouldEqual xs\n\n    val reader2 = Schema\n      .newBuilder()\n      .repeated(\"l\", Schema.Type.INT64)\n      .named(\"Reader2\")\n    read(temp, reader2) shouldEqual xs.map(getFeatures(\"l\"))\n    read(temp, Seq(\"l\")) shouldEqual xs.map(getFeatures(\"l\"))\n\n    val reader3 = Schema\n      .newBuilder()\n      .optional(\"o\", Schema.Type.INT64)\n      .named(\"Reader3\")\n    read(temp, reader3) shouldEqual xs.map(getFeatures(\"o\"))\n    read(temp, Seq(\"o\")) shouldEqual xs.map(getFeatures(\"o\"))\n  }\n\n  it should \"support schema evolution\" in {\n    val schema = Schema\n      .newBuilder()\n      .required(\"r\", Schema.Type.INT64)\n      .optional(\"o\", Schema.Type.INT64)\n      .repeated(\"l\", Schema.Type.INT64)\n      .named(\"Schema\")\n    val xs = (0 until 10).map { i =>\n      val b = Features.newBuilder().putFeature(\"r\", longs(i))\n      if (i % 2 == 0) b.putFeature(\"o\", longs(i))\n      if (i > 0) b.putFeature(\"l\", longs((0 until i).map(_.toLong): _*))\n      Example.newBuilder().setFeatures(b).build()\n    }\n    val temp = makeTemp\n    write(temp, schema, xs)\n\n    \/\/ narrowing repetition\n    val r1 = Schema.newBuilder().required(\"o\", Schema.Type.INT64).named(\"R1\")\n    testException(\n      read(temp, r1),\n      \"The requested schema is not compatible with the file schema.\",\n      \"incompatible types: required int64 o (INTEGER(64,true)) != optional int64 o (INTEGER(64,true))\"\n    )\n    val r2 = Schema.newBuilder().optional(\"l\", Schema.Type.INT64).named(\"R2\")\n    testException(\n      read(temp, r2),\n      \"The requested schema is not compatible with the file schema.\",\n      \"incompatible types: optional int64 l (INTEGER(64,true)) != repeated int64 l (INTEGER(64,true))\"\n    )\n\n    \/\/ widening repetition\n    val r3 = Schema.newBuilder().optional(\"r\", Schema.Type.INT64).named(\"R3\")\n    read(temp, r3) shouldEqual xs.map(getFeatures(\"r\"))\n    val r4 = Schema.newBuilder().repeated(\"o\", Schema.Type.INT64).named(\"R4\")\n    read(temp, r4) shouldEqual xs.map(getFeatures(\"o\"))\n\n    \/\/ new fields\n    val r5 = Schema\n      .newBuilder()\n      .required(\"r\", Schema.Type.INT64)\n      .required(\"x\", Schema.Type.INT64)\n      .named(\"R5\")\n    testException(read(temp, r5), \"Failed to decode R5#x: Required field size != 1: 0\")\n    val getRX = getFeatures(\"r\", \"x\")\n    val r6 = Schema\n      .newBuilder()\n      .required(\"r\", Schema.Type.INT64)\n      .optional(\"x\", Schema.Type.INT64)\n      .named(\"R6\")\n    read(temp, r6) shouldEqual xs.map(getRX)\n    val r7 = Schema\n      .newBuilder()\n      .required(\"r\", Schema.Type.INT64)\n      .repeated(\"x\", Schema.Type.INT64)\n      .named(\"R7\")\n    read(temp, r7) shouldEqual xs.map(getRX)\n\n    val r8 = Schema.newBuilder().required(\"r\", Schema.Type.FLOAT).named(\"R8\")\n    testException(\n      read(temp, r8),\n      \"The requested schema is not compatible with the file schema.\",\n      \"incompatible types: required float r != required int64 r (INTEGER(64,true))\"\n    )\n  }\n\n  it should \"fail unmatched fields\" in {\n    val temp = makeTemp\n    write(temp, primitiveSchema, primitiveExamples)\n\n    val reader = ExampleParquetReader\n      .builder(temp)\n      .withFields(Seq(\"long\", \"float\", \"bytes\", \"x\", \"y\", \"z\").asJava)\n      .build()\n    val msg = \"Invalid fields: [x, y, z]\"\n    the[IllegalStateException] thrownBy reader.read() should have message msg\n  }\n\n  it should \"support getSchema\" in {\n    val temp = makeTemp\n    write(temp, primitiveSchema, primitiveExamples)\n\n    val fileSchema = ExampleParquetReader.getSchema(temp, Job.getInstance().getConfiguration)\n    fileSchema shouldBe primitiveSchema\n  }\n}\n"}
{"repo_name":"scala-steward\/parquet-avro-extra","path":"parquet-tensorflow\/src\/test\/scala\/me\/lyh\/parquet\/tensorflow\/SchemaTest.scala","text":"package me.lyh.parquet.tensorflow\n\nimport org.apache.parquet.schema.PrimitiveType.PrimitiveTypeName\nimport org.apache.parquet.schema.Type.Repetition\nimport org.apache.parquet.schema.{LogicalTypeAnnotation, Types}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass SchemaTest extends AnyFlatSpec with Matchers {\n\n  private val schema = Schema\n    .newBuilder()\n    .required(\"i\", Schema.Type.INT64)\n    .required(\"f\", Schema.Type.FLOAT)\n    .required(\"b\", Schema.Type.BYTES)\n    .optional(\"oi\", Schema.Type.INT64)\n    .optional(\"of\", Schema.Type.FLOAT)\n    .optional(\"ob\", Schema.Type.BYTES)\n    .repeated(\"ri\", Schema.Type.INT64)\n    .repeated(\"rf\", Schema.Type.FLOAT)\n    .repeated(\"rb\", Schema.Type.BYTES)\n    .named(\"Schema\")\n\n  \"Schema\" should \"round-trip Parquet\" in {\n    val parquet = Types\n      .buildMessage()\n      .addField(\n        Types\n          .primitive(PrimitiveTypeName.INT64, Repetition.REQUIRED)\n          .as(LogicalTypeAnnotation.intType(64, true))\n          .named(\"i\")\n      )\n      .addField(Types.primitive(PrimitiveTypeName.FLOAT, Repetition.REQUIRED).named(\"f\"))\n      .addField(Types.primitive(PrimitiveTypeName.BINARY, Repetition.REQUIRED).named(\"b\"))\n      .addField(\n        Types\n          .primitive(PrimitiveTypeName.INT64, Repetition.OPTIONAL)\n          .as(LogicalTypeAnnotation.intType(64, true))\n          .named(\"oi\")\n      )\n      .addField(Types.primitive(PrimitiveTypeName.FLOAT, Repetition.OPTIONAL).named(\"of\"))\n      .addField(Types.primitive(PrimitiveTypeName.BINARY, Repetition.OPTIONAL).named(\"ob\"))\n      .addField(\n        Types\n          .primitive(PrimitiveTypeName.INT64, Repetition.REPEATED)\n          .as(LogicalTypeAnnotation.intType(64, true))\n          .named(\"ri\")\n      )\n      .addField(Types.primitive(PrimitiveTypeName.FLOAT, Repetition.REPEATED).named(\"rf\"))\n      .addField(Types.primitive(PrimitiveTypeName.BINARY, Repetition.REPEATED).named(\"rb\"))\n      .named(\"Schema\")\n\n    schema.toParquet shouldBe parquet\n    Schema.fromParquet(schema.toParquet) shouldBe schema\n  }\n\n  it should \"round-trip JSON\" in {\n    Schema.fromJson(schema.toJson) shouldBe schema\n  }\n}\n"}
{"repo_name":"scala-steward\/parquet-avro-extra","path":"parquet-avro\/src\/main\/scala\/me\/lyh\/parquet\/avro\/Projection.scala","text":"package me.lyh.parquet.avro\n\nimport org.apache.avro.Schema\nimport org.apache.avro.specific.{SpecificRecord => SR}\n\nimport scala.collection.JavaConverters._\nimport scala.language.experimental.macros\nimport scala.reflect.macros._\n\nobject Projection {\n  def apply[T <: SR](g: (T => Any)*): Schema = macro applyImpl[T]\n\n  def applyImpl[T <: SR: c.WeakTypeTag](\n    c: blackbox.Context\n  )(g: c.Expr[(T => Any)]*): c.Expr[Schema] = {\n    import c.universe._\n\n    val schema = Class\n      .forName(implicitly[WeakTypeTag[T]].tpe.typeSymbol.fullName)\n      .getMethod(\"getClassSchema\")\n      .invoke(null)\n      .asInstanceOf[Schema]\n    val schemaString = schema.toString(false)\n    val columnPaths = g.map(Common.treeToField(c)(schema, _)._1)\n\n    c.Expr[Schema](q\"_root_.me.lyh.parquet.avro.Projection.project($schemaString, ..$columnPaths)\")\n  }\n\n  def project(schema: String, fields: String*): Schema =\n    createProjection(new Schema.Parser().parse(schema), fields.toSet)\n\n  private val rand = new java.util.Random()\n\n  private def createProjection(\n    schema: Schema,\n    fields: Set[String],\n    parentFieldName: Option[String] = None\n  ): Schema = {\n    schema.getType match {\n      case Schema.Type.RECORD => createRecordProjection(schema, fields, parentFieldName)\n      case Schema.Type.UNION  => createUnionProjection(schema, fields, parentFieldName)\n      case Schema.Type.ARRAY  => createArrayProjection(schema, fields, parentFieldName)\n\n      case _ =>\n        val fieldInfo = parentFieldName.map(_ + \":\").getOrElse(\"\") + schema.getType\n        val children = fields.mkString(\", \")\n        throw new RuntimeException(\n          s\"Projection doesn't support schema type $fieldInfo with fields: $children\"\n        )\n    }\n  }\n\n  private def createRecordProjection(\n    schema: Schema,\n    fields: Set[String],\n    parentFieldName: Option[String]\n  ): Schema = {\n    \/\/ Take the head of any nested properties, \"parent.fieldX\" => \"parent\"\n    val nestedFields = fields.filter(_.contains('.')).map(_.split('.').head)\n    val directFields = fields ++ nestedFields\n\n    val schemaFields = schema.getFields.asScala\n\n    val pFields = schemaFields.filter(f => directFields.contains(f.name())).map { f =>\n      \/\/ Create projection for the nested field\n      val schema =\n        if (nestedFields.contains(f.name())) {\n          val prefix = f.name() + \".\"\n          \/\/ Find the nested fields and remove the prefix\n          val children = fields.filter(_.startsWith(prefix)).map(_.substring(prefix.length))\n          createProjection(f.schema(), children, fullFieldName(parentFieldName, f.name()))\n        } else f.schema()\n\n      copyField(schema, f)\n    }\n\n    \/\/ Avro gets confused when the same class is projected differently in multiple fields.\n    \/\/ Appending a random suffix circumvent this problem.\n    val r = rand.nextInt(Int.MaxValue).toString\n    val projection =\n      Schema.createRecord(schema.getName + r, schema.getDoc, schema.getNamespace, false)\n    projection.setFields(pFields.asJava)\n    projection\n  }\n\n  private def createUnionProjection(\n    schema: Schema,\n    fields: Set[String],\n    parentFieldName: Option[String]\n  ): Schema = {\n    val projectedSchemas = schema.getTypes.asScala.map { nestedSchema =>\n      nestedSchema.getType match {\n        case Schema.Type.NULL => nestedSchema\n\n        case _ => createProjection(nestedSchema, fields, parentFieldName)\n      }\n    }\n\n    Schema.createUnion(projectedSchemas.asJava)\n  }\n\n  private def createArrayProjection(\n    schema: Schema,\n    fields: Set[String],\n    parentFieldName: Option[String]\n  ): Schema =\n    Schema.createArray(createProjection(schema.getElementType, fields, parentFieldName))\n\n  private def copyField(schema: Schema, field: Schema.Field): Schema.Field =\n    new CustomField(schema, field).asInstanceOf[Schema.Field]\n\n  \/\/remember the original field position\n  private class CustomField(schema: Schema, field: Schema.Field)\n      extends Schema.Field(field.name(), schema, field.doc(), field.defaultVal()) {\n    val originalPos = field.pos()\n    override def pos(): Int = originalPos\n  }\n\n  private def fullFieldName(parentFieldName: Option[String], fieldName: String): Some[String] =\n    parentFieldName match {\n      case Some(parent) => Some(parent + \".\" + fieldName)\n      case _            => Some(fieldName)\n    }\n}\n"}
{"repo_name":"scala-steward\/parquet-avro-extra","path":"parquet-examples\/src\/main\/scala\/me\/lyh\/parquet\/avro\/examples\/ExampleApp.scala","text":"<reponame>scala-steward\/parquet-avro-extra\npackage me.lyh.parquet.avro.examples\n\nimport me.lyh.parquet.avro.{Predicate, Projection}\nimport me.lyh.parquet.avro.schema.User\n\nobject ExampleApp extends App {\n  val s = Projection[User](\n    _.getEmail,\n    _.getAddress.getZip,\n    _.getAccounts.get(0).getAmount\n  )\n  println(s.toString(true))\n\n  println(Predicate[User](_.getAccounts.get(0).getAmount > 10))\n  println(Predicate[User](10 < _.getAccounts.get(0).getAmount))\n  println(Predicate[User](_.getAccounts.get(0).getAmount >= 10))\n  println(Predicate[User](10 <= _.getAccounts.get(0).getAmount))\n\n  println(Predicate[User](_.getAccounts.get(0).getAmount == 10))\n  println(Predicate[User](_.getAccounts.get(0).getAmount != 10))\n\n  println(Predicate[User](_.getEmail == \"<EMAIL>\"))\n\n  println(Predicate[User](x => !(x.getAccounts.get(0).getAmount > 10)))\n  println(Predicate[User](x => x.getId > 10 && x.getId < 100))\n  println(Predicate[User](x => !(x.getAccounts.get(0).getAmount > 10) && !(x.getId > 100)))\n  println(Predicate[User](x => !(x.getAccounts.get(0).getAmount > 10 || x.getId > 100)))\n}\n"}
{"repo_name":"scala-steward\/parquet-avro-extra","path":"parquet-avro\/src\/test\/scala\/me\/lyh\/parquet\/avro\/PredicateTest.scala","text":"<reponame>scala-steward\/parquet-avro-extra\npackage me.lyh.parquet.avro\n\nimport java.{lang => jl}\nimport me.lyh.parquet.avro.schema.{TestRecord => TR}\nimport org.apache.parquet.filter2.predicate.{FilterApi => F}\nimport org.apache.parquet.io.api.Binary\nimport org.scalatest._\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass PredicateTest extends AnyFlatSpec with Matchers {\n  val intCol = F.intColumn(\"int_field\")\n  val longCol = F.longColumn(\"long_field\")\n  val floatCol = F.floatColumn(\"float_field\")\n  val doubleCol = F.doubleColumn(\"double_field\")\n  val boolCol = F.booleanColumn(\"boolean_field\")\n  val strCol = F.binaryColumn(\"string_field\")\n\n  \"Predicate.apply(p: T => Boolean)\" should \"support all primitive types\" in {\n    Predicate[TR](_.getIntField > 10) shouldEqual F.gt(intCol, jl.Integer.valueOf(10))\n    Predicate[TR](_.getIntField > 10) shouldEqual F.gt(intCol, jl.Integer.valueOf(10))\n    Predicate[TR](_.getLongField > 10L) shouldEqual F.gt(longCol, jl.Long.valueOf(10))\n    Predicate[TR](_.getFloatField > 10f) shouldEqual F.gt(floatCol, jl.Float.valueOf(10))\n    Predicate[TR](_.getDoubleField > 10.0) shouldEqual F.gt(doubleCol, jl.Double.valueOf(10))\n    Predicate[TR](_.getBooleanField == true) shouldEqual F.eq(boolCol, jl.Boolean.valueOf(true))\n\n    Predicate[TR](_.getStringField.toString > \"abc\") shouldEqual F.gt(\n      strCol,\n      Binary.fromString(\"abc\")\n    )\n  }\n\n  it should \"support all primitive values\" in {\n    val intVal = 10\n    Predicate[TR](_.getIntField > intVal) shouldEqual F.gt(intCol, jl.Integer.valueOf(10))\n    Predicate[TR](_.getIntField > intVal + 1) shouldEqual F.gt(intCol, jl.Integer.valueOf(10 + 1))\n\n    val longVal = 10L\n    Predicate[TR](_.getLongField > longVal) shouldEqual F.gt(longCol, jl.Long.valueOf(10))\n    Predicate[TR](_.getLongField > longVal + 1) shouldEqual F.gt(longCol, jl.Long.valueOf(10 + 1))\n\n    val floatVal = 10f\n    Predicate[TR](_.getFloatField > floatVal) shouldEqual F.gt(floatCol, jl.Float.valueOf(10))\n    Predicate[TR](_.getFloatField > floatVal + 1) shouldEqual F.gt(\n      floatCol,\n      jl.Float.valueOf(10 + 1)\n    )\n\n    val doubleVal = 10.0\n    Predicate[TR](_.getDoubleField > doubleVal) shouldEqual F.gt(doubleCol, jl.Double.valueOf(10))\n    Predicate[TR](_.getDoubleField > doubleVal + 1) shouldEqual F.gt(\n      doubleCol,\n      jl.Double.valueOf(10 + 1)\n    )\n\n    val booleanVal = true\n    Predicate[TR](_.getBooleanField == booleanVal) shouldEqual F.eq(\n      boolCol,\n      jl.Boolean.valueOf(true)\n    )\n    Predicate[TR](_.getBooleanField == !booleanVal) shouldEqual F.eq(\n      boolCol,\n      jl.Boolean.valueOf(false)\n    )\n\n    val stringVal = \"abc\"\n    Predicate[TR](_.getStringField.toString > stringVal) shouldEqual F.gt(\n      strCol,\n      Binary.fromString(\"abc\")\n    )\n    Predicate[TR] {\n      _.getStringField.toString > stringVal + \"x\"\n    } shouldEqual F.gt(strCol, Binary.fromString(\"abc\" + \"x\"))\n  }\n\n  it should \"support null literals\" in {\n    Predicate[TR](_.getIntField == null) shouldEqual F.eq(intCol, null.asInstanceOf[jl.Integer])\n    Predicate[TR](_.getLongField == null) shouldEqual F.eq(longCol, null.asInstanceOf[jl.Long])\n    Predicate[TR](_.getFloatField == null) shouldEqual F.eq(floatCol, null.asInstanceOf[jl.Float])\n    Predicate[TR](_.getDoubleField == null) shouldEqual F.eq(\n      doubleCol,\n      null.asInstanceOf[jl.Double]\n    )\n    Predicate[TR](_.getBooleanField == null) shouldEqual F.eq(\n      boolCol,\n      null.asInstanceOf[jl.Boolean]\n    )\n    Predicate[TR](_.getStringField == null) shouldEqual F.eq(strCol, null.asInstanceOf[Binary])\n  }\n\n  it should \"support null boxed values\" in {\n    val i: jl.Integer = null\n    val l: jl.Long = null\n    val f: jl.Float = null\n    val d: jl.Double = null\n    Predicate[TR](_.getIntField == i) shouldEqual F.eq(intCol, null.asInstanceOf[jl.Integer])\n    Predicate[TR](_.getLongField == l) shouldEqual F.eq(longCol, null.asInstanceOf[jl.Long])\n    Predicate[TR](_.getFloatField == f) shouldEqual F.eq(floatCol, null.asInstanceOf[jl.Float])\n    Predicate[TR](_.getDoubleField == d) shouldEqual F.eq(doubleCol, null.asInstanceOf[jl.Double])\n  }\n\n  it should \"support type coercion\" in {\n    val intP = F.gt(intCol, jl.Integer.valueOf(10))\n    Predicate[TR](_.getIntField > 10L) shouldEqual intP\n    Predicate[TR](10L < _.getIntField) shouldEqual intP\n    Predicate[TR](_.getIntField > 10.0f) shouldEqual intP\n    Predicate[TR](10.0f < _.getIntField) shouldEqual intP\n    Predicate[TR](_.getIntField > 10.0) shouldEqual intP\n    Predicate[TR](10.0 < _.getIntField) shouldEqual intP\n\n    val longP = F.gt(longCol, jl.Long.valueOf(10))\n    Predicate[TR](_.getLongField > 10) shouldEqual longP\n    Predicate[TR](10 < _.getLongField) shouldEqual longP\n    Predicate[TR](_.getLongField > 10.0f) shouldEqual longP\n    Predicate[TR](10.0f < _.getLongField) shouldEqual longP\n    Predicate[TR](_.getLongField > 10.0) shouldEqual longP\n    Predicate[TR](10.0 < _.getLongField) shouldEqual longP\n\n    val floatP = F.gt(floatCol, jl.Float.valueOf(10))\n    Predicate[TR](_.getFloatField > 10) shouldEqual floatP\n    Predicate[TR](10 < _.getFloatField) shouldEqual floatP\n    Predicate[TR](_.getFloatField > 10L) shouldEqual floatP\n    Predicate[TR](10L < _.getFloatField) shouldEqual floatP\n    Predicate[TR](_.getFloatField > 10.0) shouldEqual floatP\n    Predicate[TR](10.0 < _.getFloatField) shouldEqual floatP\n\n    val doubleP = F.gt(doubleCol, jl.Double.valueOf(10))\n    Predicate[TR](_.getDoubleField > 10) shouldEqual doubleP\n    Predicate[TR](10 < _.getDoubleField) shouldEqual doubleP\n    Predicate[TR](_.getDoubleField > 10L) shouldEqual doubleP\n    Predicate[TR](10L < _.getDoubleField) shouldEqual doubleP\n    Predicate[TR](_.getDoubleField > 10.0f) shouldEqual doubleP\n    Predicate[TR](10.0f < _.getDoubleField) shouldEqual doubleP\n  }\n\n  it should \"support all comparators\" in {\n    val int10 = jl.Integer.valueOf(10)\n\n    Predicate[TR](_.getIntField > 10) shouldEqual F.gt(intCol, int10)\n    Predicate[TR](_.getIntField < 10) shouldEqual F.lt(intCol, int10)\n    Predicate[TR](_.getIntField >= 10) shouldEqual F.gtEq(intCol, int10)\n    Predicate[TR](_.getIntField <= 10) shouldEqual F.ltEq(intCol, int10)\n    Predicate[TR](_.getIntField == 10) shouldEqual F.eq(intCol, int10)\n    Predicate[TR](_.getIntField != 10) shouldEqual F.notEq(intCol, int10)\n  }\n\n  it should \"support flipped operands\" in {\n    val int10 = jl.Integer.valueOf(10)\n\n    Predicate[TR](10 < _.getIntField) shouldEqual F.gt(intCol, int10)\n    Predicate[TR](10 > _.getIntField) shouldEqual F.lt(intCol, int10)\n    Predicate[TR](10 <= _.getIntField) shouldEqual F.gtEq(intCol, int10)\n    Predicate[TR](10 >= _.getIntField) shouldEqual F.ltEq(intCol, int10)\n    Predicate[TR](10 == _.getIntField) shouldEqual F.eq(intCol, int10)\n    Predicate[TR](10 != _.getIntField) shouldEqual F.notEq(intCol, int10)\n  }\n\n  it should \"support logical not operator\" in {\n    val int10 = jl.Integer.valueOf(10)\n\n    Predicate[TR](r => !(r.getIntField > 10)) shouldEqual F.not(F.gt(intCol, int10))\n    Predicate[TR](r => !(r.getIntField < 10)) shouldEqual F.not(F.lt(intCol, int10))\n    Predicate[TR](r => !(r.getIntField >= 10)) shouldEqual F.not(F.gtEq(intCol, int10))\n    Predicate[TR](r => !(r.getIntField <= 10)) shouldEqual F.not(F.ltEq(intCol, int10))\n    Predicate[TR](r => !(r.getIntField == 10)) shouldEqual F.not(F.eq(intCol, int10))\n    Predicate[TR](r => !(r.getIntField != 10)) shouldEqual F.not(F.notEq(intCol, int10))\n  }\n\n  it should \"support binary logical operators\" in {\n    val intGt = F.gt(intCol, jl.Integer.valueOf(10))\n    val longLt = F.lt(longCol, jl.Long.valueOf(20))\n\n    Predicate[TR] { r =>\n      r.getIntField > 10 && r.getLongField < 20L\n    } shouldEqual F.and(intGt, longLt)\n\n    Predicate[TR] { r =>\n      r.getIntField > 10 || r.getLongField < 20L\n    } shouldEqual F.or(intGt, longLt)\n\n    Predicate[TR] { r =>\n      !(r.getIntField > 10 && r.getLongField < 20L)\n    } shouldEqual F.not(F.and(intGt, longLt))\n\n    Predicate[TR] { r =>\n      !(r.getIntField > 10) || !(r.getLongField < 20L)\n    } shouldEqual F.or(F.not(intGt), F.not(longLt))\n  }\n\n  it should \"support implicit boolean predicate\" in {\n    val trueVal = jl.Boolean.valueOf(true)\n    val intGt = F.gt(intCol, jl.Integer.valueOf(10))\n\n    Predicate[TR](_.getBooleanField) shouldEqual F.eq(boolCol, trueVal)\n    Predicate[TR](!_.getBooleanField) shouldEqual F.not(F.eq(boolCol, trueVal))\n\n    Predicate[TR] { r =>\n      r.getBooleanField && r.getIntField > 10\n    } shouldEqual F.and(F.eq(boolCol, trueVal), intGt)\n\n    Predicate[TR] { r =>\n      !r.getBooleanField && r.getIntField > 10\n    } shouldEqual F.and(F.not(F.eq(boolCol, trueVal)), intGt)\n  }\n\n  \"Predicate.build(p: T => Boolean)\" should \"build Scala lambda and FilterPredicate\" in {\n    val record = new TR(10, 20L, 30.0f, 40.0, true, \"test\")\n\n    val t1 = Predicate.build[TR](r => r.getIntField > 0 && r.getLongField > 0L)\n    t1.native(record) shouldBe true\n    t1.parquet shouldEqual F.and(\n      F.gt(intCol, jl.Integer.valueOf(0)),\n      F.gt(longCol, jl.Long.valueOf(0))\n    )\n\n    val t2 = Predicate.build[TR](r => r.getIntField > 100 && r.getLongField > 100L)\n    t2.native(record) shouldBe false\n    t2.parquet shouldEqual F.and(\n      F.gt(intCol, jl.Integer.valueOf(100)),\n      F.gt(longCol, jl.Long.valueOf(100))\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/controllers\/IndividualTaxYearControllerSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/taxhistory\/controllers\/IndividualTaxYearControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.mvc.ControllerComponents\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.taxhistory.auditable.Auditable\nimport uk.gov.hmrc.taxhistory.model.api.IndividualTaxYear\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.EmploymentHistoryService\nimport uk.gov.hmrc.taxhistory.utils.{HttpErrors, TestRelationshipAuthService}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass IndividualTaxYearControllerSpec extends PlaySpec with GuiceOneServerPerSuite with MockitoSugar with TestUtil with BeforeAndAfterEach {\n\n  val mockEmploymentHistoryService: EmploymentHistoryService = mock[EmploymentHistoryService]\n\n  val ninoWithAgent: Nino = randomNino()\n  val ninoWithoutAgent: Nino = randomNino()\n\n  private val mockAuditable = mock[Auditable]\n  val testTaxYears = List(IndividualTaxYear(2018, \"fakeUri\", \"fakeUri\", \"fakeUri\"))\n\n  val cc: ControllerComponents = stubControllerComponents()\n  implicit val executionContext: ExecutionContext = cc.executionContext\n\n  override def beforeEach: Unit = {\n    reset(mockEmploymentHistoryService)\n  }\n\n  val testIndividualTaxYearController = new IndividualTaxYearController (\n    employmentHistoryService = mockEmploymentHistoryService,\n    relationshipAuthService = TestRelationshipAuthService(Map(ninoWithAgent -> Arn(\"TestArn\"))),\n    auditable = mockAuditable,\n    cc = cc\n  )\n\n  \"getTaxYears\" must {\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getTaxYears(any()))\n        .thenReturn(Future.successful(testTaxYears))\n      val result = testIndividualTaxYearController.getTaxYears(ninoWithAgent.nino).apply(FakeRequest())\n      status(result) must be(OK)\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getTaxYears(any()))\n          .thenReturn(Future.failed(httpException))\n        val result = testIndividualTaxYearController.getTaxYears(ninoWithAgent.nino).apply(FakeRequest())\n        status(result) must be(expectedStatus)\n      }\n    }\n\n    \"respond with Unauthorised Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getTaxYears(any()))\n        .thenReturn(Future.successful(testTaxYears))\n      val result = testIndividualTaxYearController.getTaxYears(ninoWithoutAgent.nino).apply(FakeRequest())\n      status(result) must be(UNAUTHORIZED)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"it\/uk\/gov\/hmrc\/taxhistory\/services\/TaxHistoryCacheServiceSpec.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.mongo.CurrentTimestampSupport\nimport uk.gov.hmrc.mongo.test.MongoSupport\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.model.api.PayAsYouEarn\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass TaxHistoryCacheServiceSpec extends AnyWordSpecLike with Matchers with OptionValues with ScalaFutures\n  with MockitoSugar\n  with BeforeAndAfterAll\n  with BeforeAndAfterEach\n  with GuiceOneServerPerSuite\n  with MongoSupport {\n\n  import ITestUtil._\n\n  val mockAppConfig: AppConfig = app.injector.instanceOf[AppConfig]\n\n  val mockTimeStampSupport = new CurrentTimestampSupport()\n\n  val testTaxHistoryCacheService = new TaxHistoryMongoCacheService(\n    mongoComponent,\n    mockAppConfig,\n    mockTimeStampSupport\n  )\n\n  val testPaye: PayAsYouEarn = PayAsYouEarn()\n\n  val nino: Nino = randomNino()\n  val taxYear: TaxYear = TaxYear(2015)\n\n  override def beforeEach(): Unit = {\n    testTaxHistoryCacheService.collection.drop()\n  }\n\n  override def afterEach(): Unit = {\n    testTaxHistoryCacheService.collection.drop()\n  }\n\n  \"TaxHistoryCacheService\" should {\n\n    \"successfully add the Data in cache\" in {\n      val cacheData = await(testTaxHistoryCacheService.insertOrUpdate((nino, taxYear), testPaye))\n      cacheData shouldBe Some(testPaye)\n    }\n\n    \"fetch from the cache by ID\" in {\n      await(for {\n        _ <- testTaxHistoryCacheService.insertOrUpdate((nino, taxYear), testPaye)\n        readbackValue <- testTaxHistoryCacheService.get((nino, taxYear))\n      } yield {\n        readbackValue shouldBe Some(testPaye)\n      })\n    }\n\n    \"When not in the mongo cache update the cache and fetch\" in {\n      val nino = randomNino()\n      val taxYear = TaxYear(2014)\n\n      val cacheResult0 = await(testTaxHistoryCacheService.get((nino, taxYear)))\n      cacheResult0 shouldBe None\n      val cacheResult1 = await(testTaxHistoryCacheService.getOrElseInsert((nino, taxYear))(Future(testPaye)))\n      cacheResult1 shouldBe testPaye\n      \/\/ The cache should now contain the value.\n      val cacheResult2 = await(testTaxHistoryCacheService.get((nino, taxYear)))\n      cacheResult2 shouldBe Some(testPaye)\n    }\n  }\n\n  override protected def afterAll(): Unit = {\n    mongoComponent.database.drop()\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/IabdSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport org.joda.time.LocalDate\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport play.api.libs.json.{JsNull, JsObject, JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\n\nclass IabdSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val employmentsResponse: JsValue = loadFile(\"\/json\/nps\/response\/iabds.json\")\n  private val grossAmount = 200\n\n  val iabdJsonResponse: String =\n    s\"\"\"{\n       |        \"nino\": \"QQ00000AB\",\n       |        \"sequenceNumber\": 201700001,\n       |        \"taxYear\": 2017,\n       |        \"type\": 8,\n       |        \"source\": 15,\n       |        \"grossAmount\": $grossAmount,\n       |        \"receiptDate\": null,\n       |        \"captureDate\": \"10\/04\/2017\",\n       |        \"typeDescription\": \"Total gift aid Payments\",\n       |        \"netAmount\": 100,\n       |        \"paymentFrequency\": 1,\n       |        \"startDate\": \"23\/02\/2018\"\n       |\n       |}\n    \"\"\".stripMargin\n\n  \"Iabd Json\" should {\n    \"transform Iabds Response Json correctly to Employment Model \" in {\n      val iabd = Json.parse(iabdJsonResponse).as[Iabd]\n      iabd shouldBe a[Iabd]\n      iabd.nino shouldBe \"QQ00000AB\"\n      iabd.`type` shouldBe a[CompanyBenefits]\n      iabd.`type` shouldBe EmployerProvidedServices\n      iabd.grossAmount shouldBe Some(grossAmount)\n      iabd.typeDescription shouldBe Some(\"Total gift aid Payments\")\n      iabd.paymentFrequency shouldBe Some(1)\n      iabd.startDate shouldBe Some(\"23\/02\/2018\")\n    }\n\n    \"handle paymentFrequency with a null value\" in {\n      val jsonWithNullPaymentFreq = Json.parse(iabdJsonResponse).as[JsObject] + (\"paymentFrequency\" -> JsNull)\n      jsonWithNullPaymentFreq.as[Iabd].paymentFrequency shouldBe None\n    }\n\n    \"handle startDate with a null value\" in {\n      val jsonWithNullStartDate = Json.parse(iabdJsonResponse).as[JsObject] + (\"startDate\" -> JsNull)\n      jsonWithNullStartDate.as[Iabd].startDate shouldBe None\n    }\n\n    \"List of Iabds Json\" should {\n      \"transform List of Iabd\" in {\n        noException shouldBe thrownBy(employmentsResponse.as[List[Iabd]])\n      }\n    }\n\n  }\n\n  \"Iabd\" when {\n    \"toStatePension is called\" should {\n      val testIabd = Json.parse(iabdJsonResponse).as[Iabd]\n\n      \"return StatePension with same grossAmount and typeDescription\" in {\n        val statePension = testIabd.toStatePension\n\n        statePension.grossAmount shouldBe testIabd.grossAmount.get\n        statePension.typeDescription shouldBe testIabd.typeDescription.get\n      }\n\n      \"return StatePension's paymentFrequency and startDate\" when {\n        \"there is no paymentFrequency\" in {\n          val iabdNoPaymentFreq = testIabd.copy(paymentFrequency = None, startDate = None)\n          val statePension = iabdNoPaymentFreq.toStatePension\n\n          statePension.paymentFrequency shouldBe None\n          statePension.startDate shouldBe None\n        }\n\n        \"there a paymentFrequency of 1\" in {\n          val iabdNoPaymentFreq = testIabd.copy(paymentFrequency = Some(1), startDate = Some(\"23\/04\/2018\"))\n          val statePension = iabdNoPaymentFreq.toStatePension\n\n          statePension.paymentFrequency shouldBe Some(1)\n          statePension.startDate shouldBe Some(LocalDate.parse(\"2018-04-23\"))\n        }\n\n        \"there is a paymentFrequency of 5\" in {\n          val iabdNoPaymentFreq = testIabd.copy(paymentFrequency = Some(5), startDate = Some(\"23\/04\/2018\"))\n          val statePension = iabdNoPaymentFreq.toStatePension\n\n          statePension.paymentFrequency shouldBe Some(5)\n          statePension.startDate shouldBe None\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/RelationshipAuthService.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport javax.inject.Inject\nimport play.api.mvc.{Result, Results}\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.auth.core.AffinityGroup.Agent\nimport uk.gov.hmrc.auth.core.AuthProvider.GovernmentGateway\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.retrieve.v2.Retrievals._\nimport uk.gov.hmrc.auth.core.retrieve.{Retrieval, ~}\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.{HeaderCarrier, UnauthorizedException}\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * This service provides a method to check whether an authorised relationship exists between a NINO and an Agent\n  * before proceeding with a given code block.\n  *\/\nclass RelationshipAuthService @Inject() (val authConnector: AuthConnector)(implicit executionContext: ExecutionContext)\n  extends AuthorisedFunctions with Results with Logging {\n\n  lazy val affinityGroupAllEnrolls: Retrieval[Option[AffinityGroup] ~ Enrolments] = affinityGroup and allEnrolments\n\n  lazy val AgentEnrolmentForPAYE: Enrolment = Enrolment(\"HMRC-AS-AGENT\")\n    .withDelegatedAuthRule(\"afi-auth\")\n\n  private def extractArn(enrolls: Enrolments): Option[Arn] = for {\n    agentEnrol <- enrolls.getEnrolment(\"HMRC-AS-AGENT\")\n    arn        <- agentEnrol.getIdentifier(\"AgentReferenceNumber\")\n  } yield Arn(arn.value)\n\n  def retrieveArnFor(nino: Nino)(implicit hc: HeaderCarrier): Future[Option[Arn]] = {\n    authorised(AgentEnrolmentForPAYE.withIdentifier(\"MTDITID\", nino.value) and AuthProviders(GovernmentGateway)).retrieve(affinityGroupAllEnrolls) {\n      case affinityG ~ allEnrols =>\n        (affinityG, extractArn(allEnrols)) match {\n          case (Some(Agent), Some(arn)) => Future.successful(Some(arn))\n          case _ => Future.successful(None)\n        }\n      case _ =>\n        logger.debug(\"Failed to retrieve affinity group or enrolments\")\n        Future.failed(new UnauthorizedException(\"Failed to retrieve affinity group or enrolments\"))\n    }\n  }\n\n  \/**\n    * A code block wrapped in this function will only be executed if there exists an authorised relationship\n    * between the given NINO and an Agent.\n    *\/\n  def withAuthorisedRelationship(nino: Nino)(action: Arn => Future[Result])(implicit hc: HeaderCarrier): Future[Result] = {\n    retrieveArnFor(nino).flatMap {\n      case Some(arn) => action(arn)\n      case None      =>\n        logger.info(s\"No ARN found for $nino\")\n        Future.successful(Unauthorized)\n    }.recoverWith {\n      case e: UnauthorizedException =>\n        logger.info(\"Unauthorized: \" + e.getMessage)\n        Future.successful(Unauthorized(e.getMessage))\n      case e: InsufficientEnrolments =>\n        logger.info(\"InsufficientEnrolments: \" + e.getMessage)\n        Future.successful(Unauthorized(e.getMessage))\n      case e =>\n        logger.info(\"Error thrown :\" + e.getMessage)\n        Future.successful(InternalServerError(e.getMessage))\n    }\n  }\n\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/connectors\/DesNpsConnectorSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/taxhistory\/connectors\/DesNpsConnectorSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport java.util.concurrent.TimeUnit\nimport akka.actor.ActorSystem\nimport com.codahale.metrics.Timer\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.http.HttpClient\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.TaxHistoryMetrics\nimport uk.gov.hmrc.taxhistory.model.nps.{Iabd, NpsEmployment, NpsTaxAccount}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\nclass DesNpsConnectorSpec extends PlaySpec with MockitoSugar with TestUtil with GuiceOneAppPerSuite {\n\n  override lazy val app: Application = new GuiceApplicationBuilder().configure(config).build()\n\n  lazy val testIabds: List[Iabd] = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n  lazy val testNpsTaxAccount: NpsTaxAccount = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\").as[NpsTaxAccount]\n  lazy val testNpsEmployment: List[NpsEmployment] = loadFile(\"\/json\/nps\/response\/employments.json\").as[List[NpsEmployment]]\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  private val mockHttpClient = mock[HttpClient]\n  private val mockTaxHistoryMetrics = mock[TaxHistoryMetrics]\n  private val mockAppConfig = app.injector.instanceOf[AppConfig]\n  private val system = ActorSystem(\"test\")\n  private val delay = FiniteDuration(500, TimeUnit.MILLISECONDS)\n\n  lazy val testDesNpsConnector = new DesNpsConnector(\n    http = mockHttpClient,\n    metrics = mockTaxHistoryMetrics,\n    config = mockAppConfig,\n    system = system\n  )\n\n  val testNino: Nino = randomNino()\n  val testYear = 2016\n\n  \"EmploymentConnector\" should {\n\n    \"have withoutSuffix nino\" when {\n      \"given a valid nino\" in {\n        testNino.withoutSuffix mustBe s\"${testNino.value.take(8)}\"\n      }\n    }\n\n    \"create the correct headers\" in {\n      val headers = testDesNpsConnector.headers()\n      headers mustBe List((\"Environment\", \"local\"), (\"Authorization\", \"Bearer local\"))\n    }\n\n    \"create the correct url for iabds\" in {\n      testDesNpsConnector.iabdsUrl(testNino, testYear) must be(s\"http:\/\/localhost:9998\/pay-as-you-earn\/individuals\/$testNino\/iabds\/tax-year\/$testYear\")\n    }\n\n    \"create the correct url for taxAccount\" in {\n      testDesNpsConnector.taxAccountUrl(testNino, testYear) must be(s\"http:\/\/localhost:9998\/pay-as-you-earn\/individuals\/$testNino\/tax-account\/tax-year\/$testYear\")\n    }\n\n    \"create the correct url for employment\" in {\n      testDesNpsConnector.employmentsUrl(testNino, testYear) must be (s\"http:\/\/localhost:9998\/individuals\/$testNino\/employment\/$testYear\")\n    }\n\n    \"get Iabds data \" when {\n      \"given a valid Nino and TaxYear\" in {\n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[List[Iabd]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(testIabds))\n\n        val result = testDesNpsConnector.getIabds(testNino, testYear)\n\n        await(result) mustBe testIabds\n      }\n\n      \"retrying after the first call fails and the second call succeeds\" in {\n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[List[Iabd]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", SERVICE_UNAVAILABLE, SERVICE_UNAVAILABLE)))\n          .thenReturn(Future.successful(testIabds))\n\n        val result = testDesNpsConnector.getIabds(testNino, testYear)\n\n        await(result) mustBe testIabds\n      }\n\n      \"return empty list when the call to get IABD returns 404 NotFoundException\" in {\n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[List[Iabd]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"Not found\", NOT_FOUND, NOT_FOUND)))\n\n        val result = testDesNpsConnector.getIabds(testNino, testYear)\n\n        await(result).isEmpty mustBe true\n      }\n\n\n      \"return and handle an service unavailable error response \" in {\n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[HttpResponse](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", SERVICE_UNAVAILABLE, SERVICE_UNAVAILABLE)))\n\n        val result = testDesNpsConnector.getIabds(testNino, testYear)\n\n        intercept[UpstreamErrorResponse](await(result))\n      }\n    }\n\n    \"get Tax Account data \" when {\n      \"given a valid Nino and TaxYear\" in {\n        val testTaxAccountConnector = testDesNpsConnector\n\n        when(testTaxAccountConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testTaxAccountConnector.http.GET[NpsTaxAccount](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(testNpsTaxAccount))\n\n        val result = testTaxAccountConnector.getTaxAccount(testNino, testYear)\n\n        await(result) mustBe Some(testNpsTaxAccount)\n      }\n\n      \"retrying after the first call fails and the second call succeeds\" in {\n        val testTaxAccountConnector = testDesNpsConnector\n\n        when(testTaxAccountConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testTaxAccountConnector.http.GET[NpsTaxAccount](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", SERVICE_UNAVAILABLE, SERVICE_UNAVAILABLE)))\n          .thenReturn(Future.successful(testNpsTaxAccount))\n\n        val result = testTaxAccountConnector.getTaxAccount(testNino, testYear)\n\n        await(result) mustBe Some(testNpsTaxAccount)\n      }\n\n      \"return and handle an error response\" in {\n        \n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[HttpResponse](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(new BadRequestException(\"\")))\n\n        val result = testDesNpsConnector.getTaxAccount(testNino, testYear)\n\n        intercept[BadRequestException](await(result))\n      }\n\n      \"return None if the response from DES is 404 (NotFound)\" in {\n        \n        when(testDesNpsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testDesNpsConnector.http.GET[HttpResponse](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"Not found\", NOT_FOUND, NOT_FOUND)))\n\n        val result = testDesNpsConnector.getTaxAccount(testNino, testYear)\n\n        await(result) mustBe None\n      }\n    }\n\n    \"get EmploymentData data\" when {\n      \"given a valid Nino and TaxYear\" in {\n        \n        val testemploymentsConnector = testDesNpsConnector\n\n        when(testemploymentsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testemploymentsConnector.http.GET[List[NpsEmployment]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(testNpsEmployment))\n\n        val result = testemploymentsConnector.getEmployments(testNino, testYear)\n\n        await(result) mustBe testNpsEmployment\n      }\n\n      \"retrying after the first call fails and the second call succeeds\" in {\n        \n        val testemploymentsConnector = testDesNpsConnector\n\n        when(testemploymentsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testemploymentsConnector.http.GET[List[NpsEmployment]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", INTERNAL_SERVER_ERROR, INTERNAL_SERVER_ERROR)))\n          .thenReturn(Future.successful(testNpsEmployment))\n\n        val result = testemploymentsConnector.getEmployments(testNino, testYear)\n\n        await(result) mustBe testNpsEmployment\n      }\n\n      \"return and handle an error response\" in {\n        \n        val testemploymentsConnector = testDesNpsConnector\n        when(testemploymentsConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testemploymentsConnector.http.GET[List[NpsEmployment]](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(new BadRequestException(\"\")))\n\n        val result = testemploymentsConnector.getEmployments(testNino, testYear)\n\n        intercept[BadRequestException](await(result))\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/binders\/PathBindersSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.binders\n\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest. OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.time.TaxYear\n\nclass PathBindersSpec extends AnyWordSpec with Matchers with OptionValues {\n\n  \"ninoBinder\" must {\n    \"parse a valid nino\" in {\n      PathBinders.ninoBinder.bind(\"someKey\", \"<KEY>\").right.get shouldBe Nino(\"AA000003D\")\n    }\n\n    \"not parse an invalid nino\" in {\n      val result = PathBinders.ninoBinder.bind(\"someKey\", \"badnino\").left.get\n      result shouldBe \"Cannot parse parameter 'someKey' with value 'badnino' as 'Nino'\"\n    }\n  }\n\n  \"taxYearBinder\" must {\n    \"parse a valid tax year\" in {\n      PathBinders.taxYearBinder.bind(\"someKey\", \"2018\").right.get shouldBe TaxYear(2018)\n    }\n\n    \"not parse an invalid tax year\" in {\n      val result = PathBinders.taxYearBinder.bind(\"someKey\", \"badyear\").left.get\n      result shouldBe \"Cannot parse parameter 'someKey' with value 'badyear' as 'TaxYear'\"\n    }\n  }\n}\n\n"}
{"repo_name":"hmrc\/tax-history","path":"build.sbt","text":"<filename>build.sbt\nimport play.sbt.PlayImport.PlayKeys\nimport play.sbt.routes.RoutesKeys.routesImport\nimport sbt.Keys._\nimport sbt.Tests.{Group, SubProcess}\nimport sbt.{ForkOptions, TestDefinition, _}\nimport uk.gov.hmrc.DefaultBuildSettings.{addTestReportOption, defaultSettings, scalaSettings}\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin._\nimport uk.gov.hmrc.versioning.SbtGitVersioning.autoImport.majorVersion\n\nlazy val scoverageSettings = {\n  import scoverage.ScoverageKeys\n  Seq(\n    \/\/ Semicolon-separated list of regexs matching classes to exclude\n    ScoverageKeys.coverageExcludedPackages := \"<empty>;Reverse.*;.*AuthService.*;modgiels\/.data\/..*;uk.gov.hmrc.taxhistory.auditable;uk.gov.hmrc.taxhistory.metrics;view.*;controllers.auth.*;filters.*;forms.*;config.*;\" +\n      \".*BuildInfo.*;prod.Routes;app.Routes;testOnlyDoNotUseInAppConf.Routes;controllers.ExampleController;controllers.testonly.TestOnlyController\",\n    ScoverageKeys.coverageMinimum := 90.00,\n    ScoverageKeys.coverageFailOnMinimum := true,\n    ScoverageKeys.coverageHighlighting := true,\n    parallelExecution in Test := false\n  )\n}\n\nval appName = \"tax-history\"\nval silencerVersion = \"1.7.1\"\n\nlazy val microservice =\n  Project(appName, file(\".\"))\n    .enablePlugins(Seq(\n      play.sbt.PlayScala,\n      SbtDistributablesPlugin): _*)\n    .settings(PlayKeys.playDefaultPort := 9997)\n    .settings(scoverageSettings: _*)\n    .settings(scalaSettings: _*)\n    .settings(publishingSettings: _*)\n    .settings(defaultSettings(): _*)\n    .settings(routesImport ++= Seq(\"uk.gov.hmrc.taxhistory.binders.PathBinders._\"))\n    .settings(\n      scalaVersion := \"2.12.12\",\n      libraryDependencies ++= AppDependencies(),\n      retrieveManaged := true,\n      \/\/ ***************\n      \/\/ Use the silencer plugin to suppress warnings\n      \/\/ You may turn it on for `views` too to suppress warnings from unused imports in compiled twirl templates, but this will hide other warnings.\n      \/\/ silence all warnings on autogenerated files\n      scalacOptions += \"-P:silencer:pathFilters=target\/.*\",\n      \/\/ Make sure you only exclude warnings for the project directories, i.e. make builds reproducible\n      scalacOptions += s\"-P:silencer:sourceRoots=${baseDirectory.value.getCanonicalPath}\",\n      \/\/ Suppress warnings due to mongo dates using `$date` in their Json representation\n      scalacOptions += \"-P:silencer:globalFilters=possible missing interpolator: detected interpolated identifier `\\\\$date`\",\n      libraryDependencies ++= Seq(\n        compilerPlugin(\"com.github.ghik\" % \"silencer-plugin\" % silencerVersion cross CrossVersion.full),\n        \"com.github.ghik\" % \"silencer-lib\" % silencerVersion % Provided cross CrossVersion.full\n      )\n      \/\/ ***************\n    )\n    .configs(IntegrationTest)\n    .settings(inConfig(IntegrationTest)(Defaults.itSettings): _*)\n    .settings(\n      majorVersion := 3,\n      Keys.fork in IntegrationTest := false,\n      unmanagedSourceDirectories in IntegrationTest := (baseDirectory in IntegrationTest)(base => Seq(base \/ \"it\")).value,\n      addTestReportOption(IntegrationTest, \"int-test-reports\"),\n      testGrouping in IntegrationTest := oneForkedJvmPerTest((definedTests in IntegrationTest).value),\n      parallelExecution in IntegrationTest := false\n    )\n    .settings( resolvers += Resolver.jcenterRepo )\n\ndef oneForkedJvmPerTest(tests: Seq[TestDefinition]): Seq[Group] = tests map { test =>\n  val forkOptions = ForkOptions().withRunJVMOptions(Vector(\"-Dtest.name=\" + test.name))\n  Group(test.name, Seq(test), SubProcess(config = forkOptions))\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/api\/FillerState.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/model\/api\/FillerState.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport org.joda.time.LocalDate\n\n\/**\n  * The filler state describes the temporal relationship of a filler (an employment gap) to an employment.\n  *\/\ntrait FillerState\n\nobject FillerState {\n\n  \/**\n    * Returns a single fillerState, in order of precedence, falling back to Unrelated if the timing of\n    * employment and filler have no overlap\n    *\/\n  def fillerState(fillerStartDate: LocalDate, fillerEndDate: LocalDate, employmentStartDate: LocalDate, employmentEndDate: LocalDate): FillerState = {\n    Seq(encompassed(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate),\n      overlapCompletely(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate),\n      overlapStart(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate),\n      overlapEnd(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate),\n      Some(Unrelated)).flatten.head\n  }\n\n  \/*\n    The filler falls entirely within the bounds of the employment\n   *\/\n  private def encompassed(fillerStartDate: LocalDate, fillerEndDate: LocalDate, employmentStartDate: LocalDate, employmentEndDate: LocalDate): Option[FillerState] =\n    if (fillerStartDate.isEqualOrAfter(employmentStartDate) && fillerEndDate.isEqualOrBefore(employmentEndDate)) {\n      Some(EncompassedByEmployment)\n    }\n    else {\n      None\n    }\n\n  \/*\n    The filler straddles the start of the employment\n   *\/\n  private def overlapStart(fillerStartDate: LocalDate, fillerEndDate: LocalDate, employmentStartDate: LocalDate, employmentEndDate: LocalDate): Option[FillerState] =\n    if (fillerStartDate.isBefore(employmentStartDate) && fillerEndDate.isEqualOrAfter(employmentStartDate)) {\n      Some(OverlapEmploymentStart)\n    } else {\n      None\n    }\n\n  \/*\n    The filler straddles the end of the employment\n   *\/\n  private def overlapEnd(fillerStartDate: LocalDate, fillerEndDate: LocalDate, employmentStartDate: LocalDate, employmentEndDate: LocalDate): Option[FillerState] =\n    if (fillerStartDate.isEqualOrBefore(employmentEndDate) && fillerEndDate.isAfter(employmentEndDate)){\n      Some(OverlapEmploymentEnd)\n    } else {\n      None\n    }\n\n  \/*\n    The employment falls entirely within the bounds of the filler\n   *\/\n  private def overlapCompletely(fillerStartDate: LocalDate, fillerEndDate: LocalDate, employmentStartDate: LocalDate, employmentEndDate: LocalDate): Option[FillerState] = {\n    val isOverlappingStart = overlapStart(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate).contains(OverlapEmploymentStart)\n    val isOverlappingEnd = overlapEnd(fillerStartDate, fillerEndDate, employmentStartDate, employmentEndDate).contains(OverlapEmploymentEnd)\n    if (isOverlappingStart && isOverlappingEnd) {\n      Some(OverlapEmployment)\n    } else {\n      None\n    }\n  }\n\n  private[api] implicit class DateComparisonOps(someDate: LocalDate) {\n    def isEqualOrBefore(comparedToThisDate: LocalDate): Boolean =\n      someDate.isEqual(comparedToThisDate) || someDate.isBefore(comparedToThisDate)\n\n    def isEqualOrAfter(comparedToThisDate: LocalDate): Boolean =\n      someDate.isEqual(comparedToThisDate) || someDate.isAfter(comparedToThisDate)\n  }\n}\n\ncase object EncompassedByEmployment extends FillerState\n\ncase object OverlapEmploymentStart extends FillerState\n\ncase object OverlapEmploymentEnd extends FillerState\n\ncase object OverlapEmployment extends FillerState\n\ncase object Unrelated extends FillerState\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/controllers\/PayAsYouEarnController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.mvc.{Action, AnyContent, ControllerComponents}\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.taxhistory.services.{EmploymentHistoryService, SaAuthService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass PayAsYouEarnController @Inject()(employmentHistoryService: EmploymentHistoryService,\n                                       saAuthService: SaAuthService,\n                                       val cc: ControllerComponents)(implicit val ec: ExecutionContext) extends TaxHistoryController(cc) {\n\n  def getPayAsYouEarn(nino: Nino, taxYear: TaxYear): Action[AnyContent] = Action.async { implicit request =>\n    saAuthService.withSaAuthorisation(nino) { _ =>\n      toResult(employmentHistoryService.getFromCache(nino, taxYear))\n    }\n  }\n\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/EmploymentSpec.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/EmploymentSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.joda.time.LocalDate\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest. OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.{JsObject, JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass EmploymentSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val employmentJson: JsValue = loadFile(\"\/json\/model\/api\/employment.json\")\n  lazy val employmentNoEndDateJson: JsValue = loadFile(\"\/json\/model\/api\/employmentNoEndDate.json\")\n  lazy val employmentListJson: JsValue = loadFile(\"\/json\/model\/api\/employments.json\")\n\n  lazy val employment1: Employment = Employment(\n    employmentId = UUID.fromString(\"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"),\n    startDate = Some(new LocalDate(\"2016-01-21\")),\n    endDate = Some(new LocalDate(\"2017-01-01\")),\n    payeReference = \"paye-1\",\n    employerName = \"employer-1\",\n    employmentStatus = EmploymentStatus.Live,\n    worksNumber = \"00191048716\"\n  )\n\n  lazy val employment2: Employment = Employment(\n    employmentId = UUID.fromString(\"019f5fee-d5e4-4f3e-9569-139b8ad81a87\"),\n    payeReference = \"paye-2\",\n    employerName = \"employer-2\",\n    startDate = Some(new LocalDate(\"2016-02-22\")),\n    employmentStatus = EmploymentStatus.Live,\n    worksNumber = \"00191048716\"\n  )\n\n  lazy val employmentList = List(employment1, employment2)\n\n  \"Employment\" should {\n\n    \"transform into Json from object correctly \" in {\n      Json.toJson(employment1) shouldBe employmentJson\n    }\n    \"transform into object from json correctly \" in {\n      employmentJson.as[Employment] shouldBe employment1\n    }\n    \"generate employmentId when none is supplied\" in {\n      val emp = Employment(payeReference = \"paye-1\",\n        employerName = \"employer-1\",\n        startDate = Some(new LocalDate(\"2016-01-21\")),\n        endDate = Some(new LocalDate(\"2017-01-01\")),\n        employmentStatus = EmploymentStatus.Live,\n        worksNumber = \"00191048716\"\n      )\n      emp.employmentId.toString.nonEmpty shouldBe true\n      emp.employmentId shouldNot be(employment1.employmentId)\n    }\n    \"transform into Json from object list correctly \" in {\n      Json.toJson(employmentList) shouldBe employmentListJson\n    }\n    \"transform into object list from json correctly \" in {\n      employmentListJson.as[List[Employment]] shouldBe employmentList\n    }\n    \"allow omission of endDate in json\" in {\n      employmentNoEndDateJson.as[Employment] shouldBe employment2\n    }\n    \"allow omission of startDate in json\" in {\n      val employmentNoStartDateJson = employmentNoEndDateJson.as[JsObject] - \"startDate\"\n      val employmentNoStartDate = employment2.copy(startDate = None)\n\n      employmentNoStartDateJson.as[Employment] shouldBe employmentNoStartDate\n      Json.toJson(employmentNoStartDate) shouldBe employmentNoStartDateJson\n    }\n    \"enrich employment with URIs\" in {\n      val taxYear = 2016\n      val enrichedEmployment = employment1.enrichWithURIs(taxYear = taxYear)\n      employment1.companyBenefitsURI shouldBe None\n      employment1.employmentURI shouldBe None\n      employment1.payAndTaxURI shouldBe None\n\n      val employmentURI = s\"\/$taxYear\/employments\/${employment1.employmentId.toString}\"\n\n      enrichedEmployment.employmentURI shouldBe Some(employmentURI)\n      enrichedEmployment.companyBenefitsURI shouldBe Some(employmentURI + \"\/company-benefits\")\n      enrichedEmployment.payAndTaxURI shouldBe Some(employmentURI + \"\/pay-and-tax\")\n    }\n\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/api\/PayAsYouEarn.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport play.api.libs.json.{Json, OFormat}\nimport uk.gov.hmrc.taxhistory.model.nps.StatePension\n\n\ncase class PayAsYouEarn(employments: List[Employment] = Nil,\n                        allowances: List[Allowance] = Nil,\n                        incomeSources: Map[String, IncomeSource] = Map.empty,\n                        benefits: Map[String, List[CompanyBenefit]] = Map.empty,\n                        payAndTax: Map[String, PayAndTax] = Map.empty,\n                        taxAccount: Option[TaxAccount] = None,\n                        statePension: Option[StatePension] = None)\n\nobject PayAsYouEarn {\n  implicit val formats: OFormat[PayAsYouEarn] = Json.format[PayAsYouEarn]\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/FillerStateSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.joda.time.LocalDate\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.{OptionValues, PrivateMethodTester}\nimport org.scalatest.matchers.should.Matchers\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass FillerStateSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues with PrivateMethodTester {\n  \"FillerState\" when {\n    \"encompassed is called\" should {\n      val encompassed: PrivateMethod[FillerState] = PrivateMethod[FillerState]('encompassed)\n\n      \"return Some(EncompassedEmployment)\" when {\n        \"the filler has the same start and end days as the employment\" in {\n          val start = LocalDate.parse(\"2010-10-10\")\n          val end = LocalDate.parse(\"2010-10-11\")\n          FillerState invokePrivate encompassed(start, end, start, end) shouldBe Some(EncompassedByEmployment)\n        }\n        \"the filler has a start and end day both lying within the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.plusDays(1)\n          val fillerEnd = emplEnd.minusDays(1)\n          FillerState invokePrivate encompassed(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(EncompassedByEmployment)\n        }\n        \"the employment and filler's start and end days all lie on the same day\" in {\n          val date = LocalDate.parse(\"2010-10-10\")\n          FillerState invokePrivate encompassed(date, date, date, date) shouldBe Some(EncompassedByEmployment)\n        }\n      }\n\n      \"return None\" when {\n        \"the filler has a start day before the employment and an end day after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate encompassed(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler has a start day before the employment and an end day lying within the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.minusDays(1)\n          FillerState invokePrivate encompassed(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler has a start day lying within the employment and an end day after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.plusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate encompassed(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler has no overlap with the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = LocalDate.parse(\"2010-11-10\")\n          val fillerEnd = LocalDate.parse(\"2010-11-20\")\n          FillerState invokePrivate encompassed(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n      }\n    }\n\n    \"overlapStart is called\" should {\n      val overlapStart: PrivateMethod[FillerState] = PrivateMethod[FillerState]('overlapStart)\n\n      \"return Some(OverlapEmploymentStart)\" when {\n        \"the filler has a start day before the employment and an end day lying within the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.minusDays(1)\n          FillerState invokePrivate overlapStart(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentStart)\n        }\n        \"the filler starts before and ends after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapStart(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentStart)\n        }\n        \"the filler starts before the employment ends on the same day as the start of the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplStart\n          FillerState invokePrivate overlapStart(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentStart)\n        }\n      }\n\n      \"return None\" when {\n        \"the filler has the same start and end days as the employment\" in {\n          val start = LocalDate.parse(\"2010-10-10\")\n          val end = LocalDate.parse(\"2010-10-11\")\n          FillerState invokePrivate overlapStart(start, end, start, end) shouldBe None\n        }\n        \"the employment and filler's start and end days all lie on the same day\" in {\n          val date = LocalDate.parse(\"2010-10-10\")\n          FillerState invokePrivate overlapStart(date, date, date, date) shouldBe None\n        }\n        \"the filler has a start day lying within the employment and an end day after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.plusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapStart(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler starts and ends before the employment starts\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(2)\n          val fillerEnd = emplStart.minusDays(1)\n          FillerState invokePrivate overlapStart(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n      }\n    }\n\n    \"overlapEnd is called\" should {\n      val overlapEnd: PrivateMethod[FillerState] = PrivateMethod[FillerState]('overlapEnd)\n\n      \"return Some(OverlapEmploymentEnd)\" when {\n        \"the filler has a start day lying within the employment and an end day after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.plusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapEnd(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentEnd)\n        }\n        \"the filler starts before and ends after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapEnd(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentEnd)\n        }\n        \"the filler starts on the same day as the end of the employment and ends after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplEnd\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapEnd(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmploymentEnd)\n        }\n      }\n\n      \"return None\" when {\n        \"the filler has the same start and end days as the employment\" in {\n          val start = LocalDate.parse(\"2010-10-10\")\n          val end = LocalDate.parse(\"2010-10-11\")\n          FillerState invokePrivate overlapEnd(start, end, start, end) shouldBe None\n        }\n        \"the employment and filler's start and end days all lie on the same day\" in {\n          val date = LocalDate.parse(\"2010-10-10\")\n          FillerState invokePrivate overlapEnd(date, date, date, date) shouldBe None\n        }\n        \"the filler starts before and ends within the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.minusDays(1)\n          FillerState invokePrivate overlapEnd(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler starts and ends after the employment ends\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplEnd.plusDays(1)\n          val fillerEnd = emplEnd.plusDays(2)\n          FillerState invokePrivate overlapEnd(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n      }\n    }\n\n    \"overlapCompletely is called\" should {\n      val overlapCompletely: PrivateMethod[FillerState] = PrivateMethod[FillerState]('overlapCompletely)\n\n      \"return Some(OverlapEmployment)\" when {\n        \"the filler starts before and ends after the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n          val fillerStart = emplStart.minusDays(1)\n          val fillerEnd = emplEnd.plusDays(1)\n          FillerState invokePrivate overlapCompletely(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe Some(OverlapEmployment)\n        }\n      }\n\n      \"return None\" when {\n        \"the filler has the same start and end days as the employment\" in {\n          val start = LocalDate.parse(\"2010-10-10\")\n          val end = LocalDate.parse(\"2010-10-11\")\n          FillerState invokePrivate overlapCompletely(start, end, start, end) shouldBe None\n        }\n        \"the employment and filler's start and end days all lie on the same day\" in {\n          val date = LocalDate.parse(\"2010-10-10\")\n          FillerState invokePrivate overlapCompletely(date, date, date, date) shouldBe None\n        }\n        \"the filler starts and ends within the employment\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.plusDays(1)\n          val fillerEnd = emplEnd.minusDays(1)\n          FillerState invokePrivate overlapCompletely(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n        \"the filler starts and ends before the employment starts\" in {\n          val emplStart = LocalDate.parse(\"2010-10-10\")\n          val emplEnd = LocalDate.parse(\"2010-10-20\")\n\n          val fillerStart = emplStart.minusDays(2)\n          val fillerEnd = emplStart.minusDays(1)\n          FillerState invokePrivate overlapCompletely(fillerStart, fillerEnd, emplStart, emplEnd) shouldBe None\n        }\n      }\n    }\n\n  }\n\n  \"DateComparisonOps\" when {\n    val testDateEarlier = LocalDate.parse(\"2010-10-10\")\n    val testDateLater = testDateEarlier.plusDays(1)\n\n    import FillerState.DateComparisonOps\n\n    \"isEqualOrBefore is called\" should {\n      \"return true when first date is equal to second date\" in {\n        testDateEarlier.isEqualOrBefore(testDateEarlier)\n      }\n      \"return true when first date is before second date\" in {\n        testDateEarlier.isEqualOrBefore(testDateLater) shouldBe true\n      }\n      \"return false when first date is after second date\" in {\n        testDateLater.isEqualOrBefore(testDateEarlier) shouldBe false\n      }\n    }\n    \"isEqualOrAfter is called\" should {\n      \"return true when first date is equal to second date\" in {\n        testDateEarlier.isEqualOrAfter(testDateEarlier) shouldBe true\n      }\n      \"return true when first date is after second date\" in {\n        testDateLater.isEqualOrAfter(testDateEarlier) shouldBe true\n      }\n      \"return false when first date is before second date\" in {\n        testDateEarlier.isEqualOrAfter(testDateLater) shouldBe false\n      }\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/connectors\/CitizenDetailsConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\n\nimport akka.actor.ActorSystem\nimport com.codahale.metrics.Timer\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, verify, when}\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatest.concurrent.Eventually._\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.http.HttpClient\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.{MetricsEnum, TaxHistoryMetrics}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\nclass CitizenDetailsConnectorSpec extends PlaySpec with MockitoSugar with TestUtil with BeforeAndAfterEach with GuiceOneAppPerSuite {\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  override lazy val app: Application = new GuiceApplicationBuilder().configure(config).build()\n\n  private val mockHttp = mock[HttpClient]\n  private val mockMetrics = mock[TaxHistoryMetrics]\n  private val mockTimerContext = mock[Timer.Context]\n  private val mockAppConfig = app.injector.instanceOf[AppConfig]\n  private val system = ActorSystem(\"test\")\n\n  private val testConnector = new CitizenDetailsConnector(\n    http = mockHttp,\n    metrics = mockMetrics,\n    config = mockAppConfig,\n    system = system)\n\n  override def beforeEach: Unit = {\n    reset(mockHttp)\n    reset(mockMetrics)\n    reset(mockTimerContext)\n  }\n\n  \"lookupSaUtr\" should {\n\n    \"return UTR if citizen-details has an 'sautr' for a given NINO\" in\n      new CitizenDetailsRespondsWithUtr(forThisNino = Nino(\"AA000003D\")) {\n        await(testConnector.lookupSaUtr(forThisNino)) mustBe Some(expectedUtr)\n      }\n\n    \"return None if citizen-details does not have an 'sautr' for a given NINO\" in\n      new CitizenDetailsRespondsWithoutUtr(forThisNino = Nino(\"AA000003D\")) {\n        await(testConnector.lookupSaUtr(Nino(\"AA000003D\"))) mustBe None\n      }\n\n    \"return None if citizen-details returns 404 for a given NINO\" in\n      new CitizenDetailsFails(new NotFoundException(\"\")) {\n        await(testConnector.lookupSaUtr(Nino(\"AA000003D\"))) mustBe None\n      }\n\n    \"return UpstreamErrorResponse if citizen-details returns 5xx\" in\n      new CitizenDetailsFails(UpstreamErrorResponse(\"\", INTERNAL_SERVER_ERROR, INTERNAL_SERVER_ERROR)) {\n        intercept[UpstreamErrorResponse](await(testConnector.lookupSaUtr(Nino(\"AA000003D\"))))\n      }\n\n    \"will attempt a retry upon failure\" in\n      new CitizenDetailsFailsOnceThenRespondsWithUtr(\n        UpstreamErrorResponse(\"\", INTERNAL_SERVER_ERROR, INTERNAL_SERVER_ERROR),\n        forThisNino = Nino(\"AA000003D\")\n      ) {\n        await(testConnector.lookupSaUtr(forThisNino)) mustBe Some(expectedUtr)\n      }\n\n      \"record metrics\" when {\n      \"increment successful metric counter on successful call that returned a UTR\" in\n        new CitizenDetailsRespondsWithUtr(forThisNino = Nino(\"AA000003D\")) {\n          await(testConnector.lookupSaUtr(forThisNino))\n          eventually(verify(mockMetrics).incrementSuccessCounter(MetricsEnum.CITIZEN_DETAILS))\n        }\n\n      \"increment successful metric counter on successful call that returned no UTR\" in\n        new CitizenDetailsRespondsWithoutUtr(forThisNino = Nino(\"AA000003D\")) {\n          await(testConnector.lookupSaUtr(forThisNino))\n          eventually(verify(mockMetrics).incrementSuccessCounter(MetricsEnum.CITIZEN_DETAILS))\n        }\n\n      \"increment successful metric counter on call that returned 404\" in\n        new CitizenDetailsFails(new NotFoundException(\"\")) {\n          await(testConnector.lookupSaUtr(Nino(\"AA000003D\")))\n          eventually(verify(mockMetrics).incrementSuccessCounter(MetricsEnum.CITIZEN_DETAILS))\n        }\n\n      \"tracks time of successful calls\" in\n        new CitizenDetailsRespondsWithUtr(forThisNino = Nino(\"AA000003D\")) {\n          await(testConnector.lookupSaUtr(forThisNino))\n          verify(mockMetrics).startTimer(MetricsEnum.CITIZEN_DETAILS)\n          eventually(verify(mockTimerContext).stop())\n        }\n\n      \"increment failed metric counter on failed call\" in\n        new CitizenDetailsFails(new BadRequestException(\"\")) {\n          intercept[Throwable](await(testConnector.lookupSaUtr(Nino(\"AA000003D\"))))\n          eventually(verify(mockMetrics).incrementFailedCounter(MetricsEnum.CITIZEN_DETAILS))\n        }\n\n      \"tracks time of unsuccessful calls\" in\n        new CitizenDetailsFails(new BadRequestException(\"\")) {\n          intercept[Throwable](await(testConnector.lookupSaUtr(Nino(\"AA000003D\"))))\n          verify(mockMetrics).startTimer(MetricsEnum.CITIZEN_DETAILS)\n          eventually(verify(mockTimerContext).stop())\n        }\n    }\n  }\n\n  class CitizenDetailsRespondsWithUtr(val forThisNino: Nino) {\n    val expectedUtr: SaUtr = SaUtr(\"1097133333\")\n    when(mockMetrics.startTimer(any())).thenReturn(mockTimerContext)\n    when(mockHttp.GET[JsValue](any(), any(), any())(any(), any(), any()))\n      .thenReturn(Future.successful(responseWithUtr(forThisNino, expectedUtr)))\n  }\n\n  class CitizenDetailsRespondsWithoutUtr(val forThisNino: Nino) {\n    when(mockMetrics.startTimer(any())).thenReturn(mockTimerContext)\n    when(mockHttp.GET[JsValue](any(), any(), any())(any(), any(), any()))\n      .thenReturn(Future.successful(Json.parse(\n        s\"\"\"\n           |{\n           |    \"dateOfBirth\": \"23041948\",\n           |    \"ids\": {\n           |        \"nino\": \"${forThisNino.value}\"\n           |    },\n           |    \"name\": {\n           |        \"current\": {\n           |            \"firstName\": \"Jim\",\n           |            \"lastName\": \"Ferguson\"\n           |        },\n           |        \"previous\": []\n           |    }\n           |}\n        \"\"\".stripMargin)))\n  }\n\n  class CitizenDetailsFails(withThisException: Throwable) {\n    when(mockMetrics.startTimer(any())).thenReturn(mockTimerContext)\n    when(mockHttp.GET[JsValue](any(), any(), any())(any(), any(), any()))\n      .thenReturn(Future.failed(withThisException))\n  }\n\n  class CitizenDetailsFailsOnceThenRespondsWithUtr(withThisException: Throwable, val forThisNino: Nino) {\n    val expectedUtr: SaUtr = SaUtr(\"1097133333\")\n    when(mockMetrics.startTimer(any())).thenReturn(mockTimerContext)\n    when(mockHttp.GET[JsValue](any(), any(), any())(any(), any(), any()))\n      .thenReturn(Future.failed(withThisException))\n      .thenReturn(Future.successful(responseWithUtr(forThisNino, expectedUtr)))\n  }\n\n  private def responseWithUtr(forThisNino: Nino, expectedUtr: SaUtr) = {\n    Json.parse(\n      s\"\"\"\n         |{\n         |    \"dateOfBirth\": \"23041948\",\n         |    \"ids\": {\n         |        \"nino\": \"${forThisNino.value}\",\n         |        \"sautr\": \"${expectedUtr.value}\"\n         |    },\n         |    \"name\": {\n         |        \"current\": {\n         |            \"firstName\": \"Jim\",\n         |            \"lastName\": \"Ferguson\"\n         |        },\n         |        \"previous\": []\n         |    }\n         |}\n        \"\"\".stripMargin)\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/EmploymentPaymentTypeSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport play.api.libs.json.Json._\nimport play.api.libs.json._\nimport uk.gov.hmrc.taxhistory.model.api.EmploymentPaymentType._\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass EmploymentPaymentTypeSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  case class TestObj(employmentPaymentType: Option[EmploymentPaymentType])\n\n  implicit val testObjFormat: OFormat[TestObj] = Json.format[TestObj]\n\n  \"EmploymentPaymentType\" when {\n    \"(de)serialising an 'employmentPaymentType' field\" should {\n\n      \"serialise to a missing field when the optional EmploymentPaymentType is empty\" in {\n        val noPaymentType = TestObj(employmentPaymentType = None)\n        (toJson(noPaymentType) \\ \"employmentPaymentType\") shouldBe a[JsUndefined]\n      }\n      \"serialise to a json object when there is some EmploymentPaymentType present\" in {\n        val serialisedObj = Json.parse(\"\"\"{ \"employmentPaymentType\": \"OccupationalPension\" }\"\"\")\n        toJson(TestObj(employmentPaymentType = Some(OccupationalPension))) shouldBe serialisedObj\n      }\n      \"deserialise from a missing field to a None\" in {\n        fromJson[TestObj](Json.parse(\"{}\")).get shouldBe TestObj(None)\n      }\n      \"deserialise from a field with valid value to some EmploymentPaymentType\" in {\n        val serialisedObj = Json.parse(\"\"\"{ \"employmentPaymentType\": \"OccupationalPension\" }\"\"\")\n        fromJson[TestObj](serialisedObj).get shouldBe TestObj(Some(OccupationalPension))\n      }\n      \"throw an exception when deserialising from a field with invalid value\" in {\n        val serialisedObj = Json.parse(\"\"\"{ \"employmentPaymentType\": \"SomethingPeculiar\" }\"\"\")\n        fromJson[TestObj](serialisedObj) shouldBe a[JsError]\n      }\n    }\n  }\n\n  \"calling paymentType\" should {\n    \"return JobSeekersAllowance if 'receivingJobseekersAllowance' flag is true\" in {\n      paymentType(\"123\/AB123\", false, receivingJobSeekersAllowance = true) shouldBe Some(JobseekersAllowance)\n    }\n\n    \"return JobSeekersAllowance if PAYE reference is 475\/BB00987\" in {\n      paymentType(\"475\/BB00987\", false) shouldBe Some(JobseekersAllowance)\n    }\n\n    \"return OccupationalPension if 'receivingOccupationalPension' flag is true\" in {\n      paymentType(\"123\/AB123\", receivingOccupationalPension = true, false) shouldBe Some(OccupationalPension)\n    }\n    \"return IncapacityBenefit if PAYE reference is '892\/BA500'\" in {\n      paymentType(\"892\/BA500\", false, false) shouldBe Some(IncapacityBenefit)\n    }\n    \"return EmploymentAndSupportAllowance if PAYE reference is '267\/ESA500'\" in {\n      paymentType(\"267\/ESA500\", false, false) shouldBe Some(EmploymentAndSupportAllowance)\n    }\n    \"return StatePensionLumpSum if PAYE reference is '267\/LS500'\" in {\n      paymentType(\"267\/LS500\", false, false) shouldBe Some(StatePensionLumpSum)\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/controllers\/PayAndTaxControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.{BeforeAndAfterEach, OptionValues}\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.mvc.ControllerComponents\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.api.PayAndTax\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.EmploymentHistoryService\nimport uk.gov.hmrc.taxhistory.utils.{HttpErrors, TestRelationshipAuthService}\n\nimport java.util.UUID\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass PayAndTaxControllerSpec extends AnyWordSpecLike with Matchers with OptionValues\n  with GuiceOneServerPerSuite with MockitoSugar with TestUtil with BeforeAndAfterEach {\n\n  val mockEmploymentHistoryService: EmploymentHistoryService = mock[EmploymentHistoryService]\n\n  val ninoWithAgent: Nino = randomNino()\n  val ninoWithoutAgent: Nino = randomNino()\n\n  val taxYear = 2016\n  val employmentId: String = UUID.randomUUID().toString\n\n  val testPayAndTax: PayAndTax = PayAndTax(earlierYearUpdates = Nil)\n  val testPayAndTaxMap = Map(s\"${testPayAndTax.payAndTaxId}\" -> testPayAndTax, s\"${testPayAndTax.payAndTaxId}\" -> testPayAndTax)\n\n  val cc: ControllerComponents = stubControllerComponents()\n  implicit val executionContext: ExecutionContext = cc.executionContext\n\n  override def beforeEach: Unit = {\n    reset(mockEmploymentHistoryService)\n  }\n\n  val testPayAndTaxController = new PayAndTaxController(\n    employmentHistoryService = mockEmploymentHistoryService,\n    relationshipAuthService = TestRelationshipAuthService(Map(ninoWithAgent -> Arn(\"TestArn\"))),\n    cc = cc\n  )\n\n  \"getPayAndTax\" should {\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getPayAndTax(any(), any(), any())(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testPayAndTax)))\n      val result = testPayAndTaxController.getPayAndTax(ninoWithAgent.nino, taxYear, employmentId).apply(FakeRequest())\n      status(result) shouldBe OK\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getPayAndTax(any(), any(), any())(any[HeaderCarrier]))\n          .thenReturn(Future.failed(httpException))\n        val result = testPayAndTaxController.getPayAndTax(ninoWithAgent.nino, taxYear, employmentId).apply(FakeRequest())\n        status(result) shouldBe expectedStatus\n      }\n    }\n\n    \"respond with Unauthorised Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getPayAndTax(any(), any(), any())(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testPayAndTax)))\n      val result = testPayAndTaxController.getPayAndTax(ninoWithoutAgent.nino, taxYear, employmentId).apply(FakeRequest())\n      status(result) shouldBe UNAUTHORIZED\n    }\n  }\n\n  \"getAllPayAndTax\" should {\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getAllPayAndTax(any(), any())(any[HeaderCarrier]))\n        .thenReturn(Future.successful(testPayAndTaxMap))\n      val result = testPayAndTaxController.getAllPayAndTax(ninoWithAgent.nino, taxYear).apply(FakeRequest())\n      status(result) shouldBe OK\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getAllPayAndTax(any(), any())(any[HeaderCarrier]))\n          .thenReturn(Future.failed(httpException))\n        val result = testPayAndTaxController.getAllPayAndTax(ninoWithAgent.nino, taxYear).apply(FakeRequest())\n        status(result) shouldBe expectedStatus\n      }\n    }\n\n    \"respond with Unauthorised Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getAllPayAndTax(any(), any())(any[HeaderCarrier]))\n        .thenReturn(Future.successful(testPayAndTaxMap))\n      val result = testPayAndTaxController.getPayAndTax(ninoWithoutAgent.nino, taxYear, employmentId).apply(FakeRequest())\n      status(result) shouldBe UNAUTHORIZED\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/EarlierYearUpdateSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.joda.time.LocalDate\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.{JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass EarlierYearUpdateSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val earlierYearUpdateJson: JsValue = loadFile(\"\/json\/model\/api\/earlierYearUpdate.json\")\n  lazy val earlierYearUpdateListJson: JsValue = loadFile(\"\/json\/model\/api\/earlierYearUpdates.json\")\n\n  lazy val earlierYearUpdate1: EarlierYearUpdate = EarlierYearUpdate(\n    earlierYearUpdateId = UUID.fromString(\"cf1886e7-ae56-4ec2-84a6-926d64ace287\"),\n    taxablePayEYU = BigDecimal(6543.21),\n    taxEYU = BigDecimal(123.45),\n    receivedDate = new LocalDate(\"2016-06-26\"))\n\n  lazy val earlierYearUpdate2: EarlierYearUpdate = EarlierYearUpdate(\n    earlierYearUpdateId = UUID.fromString(\"effa7845-aa97-454f-88da-ffa099eba7f2\"),\n    taxablePayEYU = BigDecimal(123.45),\n    taxEYU = BigDecimal(67.89),\n    receivedDate = new LocalDate(\"2015-05-29\"))\n  lazy val earlierYearUpdateList = List(earlierYearUpdate1, earlierYearUpdate2)\n\n  \"EarlierYearUpdate\" should {\n\n    \"transform into Json from object correctly \" in {\n      Json.toJson(earlierYearUpdate1) shouldBe earlierYearUpdateJson\n    }\n    \"transform into object from json correctly \" in {\n      earlierYearUpdateJson.as[EarlierYearUpdate] shouldBe earlierYearUpdate1\n    }\n    \"generate employmentId when none is supplied\" in {\n      val eyu = EarlierYearUpdate(\n        taxablePayEYU = BigDecimal(1.11),\n        taxEYU = BigDecimal(22.22),\n        receivedDate = new LocalDate(\"2015-05-29\"))\n\n      eyu.earlierYearUpdateId.toString.nonEmpty shouldBe true\n      eyu.earlierYearUpdateId shouldNot be(earlierYearUpdate1.earlierYearUpdateId)\n    }\n    \"transform into Json from object list correctly \" in {\n      Json.toJson(earlierYearUpdateList) shouldBe earlierYearUpdateListJson\n    }\n    \"transform into object list from json correctly \" in {\n      earlierYearUpdateListJson.as[List[EarlierYearUpdate]] shouldBe earlierYearUpdateList\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/TaxYearServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.utils.TestEmploymentHistoryService\nimport uk.gov.hmrc.time.TaxYear\n\nclass TaxYearServiceSpec extends PlaySpec with MockitoSugar with GuiceOneAppPerSuite with TestUtil  {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  val testNino = randomNino()\n\n  val testEmploymentHistoryService = TestEmploymentHistoryService.createNew()\n\n  \"get Individual Tax Years\" should {\n    \"successfully return list of five tax years\" in {\n      val taxYears = await(testEmploymentHistoryService.getTaxYears(testNino))\n\n      taxYears.size mustBe 5\n\n      val cy = TaxYear.current\n      taxYears.head.year mustBe cy.startYear\n      taxYears.head.allowancesURI mustBe s\"\/${cy.startYear}\/allowances\"\n      taxYears.head.employmentsURI mustBe s\"\/${cy.startYear}\/employments\"\n\n      val cyMinus1 = cy.previous\n      taxYears(1).year mustBe cyMinus1.startYear\n      taxYears(1).allowancesURI mustBe s\"\/${cyMinus1.startYear}\/allowances\"\n      taxYears(1).employmentsURI mustBe s\"\/${cyMinus1.startYear}\/employments\"\n\n      val cyMinus2 = cyMinus1.previous\n      taxYears(2).year mustBe cyMinus2.startYear\n      taxYears(2).allowancesURI mustBe s\"\/${cyMinus2.startYear}\/allowances\"\n      taxYears(2).employmentsURI mustBe s\"\/${cyMinus2.startYear}\/employments\"\n\n      val cyMinus3 = cyMinus2.previous\n      taxYears(3).year mustBe cyMinus3.startYear\n      taxYears(3).allowancesURI mustBe s\"\/${cyMinus3.startYear}\/allowances\"\n      taxYears(3).employmentsURI mustBe s\"\/${cyMinus3.startYear}\/employments\"\n\n      val cyMinus4 = cyMinus3.previous\n      taxYears(4).year mustBe cyMinus4.startYear\n      taxYears(4).allowancesURI mustBe s\"\/${cyMinus4.startYear}\/allowances\"\n      taxYears(4).employmentsURI mustBe s\"\/${cyMinus4.startYear}\/employments\"\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/fixtures\/NpsEmployments.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.fixtures\n\nimport org.joda.time.LocalDate\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.taxhistory.model.nps.{EmploymentStatus, NpsEmployment}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\ntrait NpsEmployments extends TestUtil {\n\n  lazy val npsEmploymentResponse: JsValue =  loadFile(\"\/json\/nps\/response\/employment.json\")\n  lazy val npsTaxAccountResponse: JsValue = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\")\n\n  val npsEmployment1: NpsEmployment = NpsEmployment(randomNino.toString(),1,\"offNo1\",\"ref1\",\"empname1\",worksNumber = None,\n    receivingJobSeekersAllowance = false, otherIncomeSourceIndicator = false, startDate = Some(LocalDate.now()), endDate = None,\n    receivingOccupationalPension = false, EmploymentStatus.Live)\n\n  val npsEmployment2: NpsEmployment = NpsEmployment(randomNino.toString(),2,\"offNo2\",\"ref2\",\"empname2\",worksNumber = None,\n    receivingJobSeekersAllowance = false, otherIncomeSourceIndicator = false, startDate = Some(LocalDate.now()), endDate = None,\n    receivingOccupationalPension = false, EmploymentStatus.Live)\n\n  val npsEmployment3: NpsEmployment = NpsEmployment(randomNino.toString(),3,\"offNo3\",\"ref3\",\"empname3\",worksNumber = None,\n    receivingJobSeekersAllowance = false, otherIncomeSourceIndicator = false, startDate = Some(LocalDate.now()), endDate = None,\n    receivingOccupationalPension = false, EmploymentStatus.Live)\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/CompanyBenefitSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.{JsArray, JsBoolean, JsDefined, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass CompanyBenefitSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val companyBenefitJson = Json.parse(\n    \"\"\"\n      |{\n      |  \"companyBenefitId\":\"c9923a63-4208-4e03-926d-7c7c88adc7ee\",\n      |  \"iabdType\":\"companyBenefitType\",\n      |  \"amount\":12,\n      |  \"source\" : 1,\n      |  \"isForecastBenefit\" : true\n      |}\n    \"\"\".stripMargin)\n  lazy val companyBenefitListJson = JsArray(Seq(companyBenefitJson))\n\n\n  lazy val companyBenefit = CompanyBenefit(\n    companyBenefitId = UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"),\n    iabdType = \"companyBenefitType\",\n    amount = BigDecimal(12.00),\n    source = Some(1)\n  )\n\n  lazy val companyBenefitList = List(companyBenefit)\n\n  \"CompanyBenefit\" should {\n    \"transform into Json from object correctly \" in {\n      Json.toJson(companyBenefit) shouldBe companyBenefitJson\n    }\n    \"transform into object from json correctly \" in {\n      companyBenefitJson.as[CompanyBenefit] shouldBe companyBenefit\n    }\n    \"generate companyBenefitId when none is supplied\" in {\n      val comBenefit = CompanyBenefit(iabdType = \"otherCompanyBenefitType\", amount = BigDecimal(10.00))\n      comBenefit.companyBenefitId.toString.nonEmpty shouldBe true\n      comBenefit.companyBenefitId shouldNot be(companyBenefit.companyBenefitId)\n    }\n    \"transform into Json from object list correctly \" in {\n      Json.toJson(companyBenefitList) shouldBe companyBenefitListJson\n    }\n    \"transform into object list from json correctly \" in {\n      companyBenefitListJson.as[List[CompanyBenefit]] shouldBe companyBenefitList\n    }\n\n    \"transform into Json with an 'isForecastBenefit' field\" in {\n      val forecastSource = Some(1)\n      val actualSource = Some(19)\n      (Json.toJson(companyBenefit.copy(source = actualSource)) \\ \"isForecastBenefit\") shouldBe JsDefined(JsBoolean(false))\n      (Json.toJson(companyBenefit.copy(source = forecastSource)) \\ \"isForecastBenefit\") shouldBe JsDefined(JsBoolean(true))\n      (Json.toJson(companyBenefit.copy(source = None)) \\ \"isForecastBenefit\") shouldBe JsDefined(JsBoolean(true))\n    }\n\n    \"determine the 'isForecastBenefit' flag\" when {\n      val benefit = CompanyBenefit(iabdType = \"\", amount = BigDecimal(0), source = None)\n      \"source is 19 - P11D (ECS), then it is not forecast\" in {\n        benefit.copy(source = Some(19)).isForecastBenefit shouldBe false\n      }\n      \"source is 21 - P11D (MANUAL), then it is not forecast\" in {\n        benefit.copy(source = Some(21)).isForecastBenefit shouldBe false\n      }\n      \"source is 28 - P11D (Assessed P11D), then it is not forecast\" in {\n        benefit.copy(source = Some(28)).isForecastBenefit shouldBe false\n\n      }\n      \"source is 29 - P11D (P11D\/P9D), then it is not forecast\" in {\n        benefit.copy(source = Some(29)).isForecastBenefit shouldBe false\n\n      }\n      \"source is some other number, then it is forecast\" in {\n        val p11dSources = Seq(19, 21, 28, 29)\n        val forecastSources = (1 to 200).filterNot(p11dSources.contains)\n        forecastSources.foreach{ forecastSource =>\n          benefit.copy(source = Some(forecastSource)).isForecastBenefit shouldBe true\n        }\n      }\n      \"source is not present, then it is forecast\" in {\n        benefit.copy(source = None).isForecastBenefit shouldBe true\n      }\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/connectors\/DesNpsConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport akka.actor.ActorSystem\nimport play.api.http.Status.NOT_FOUND\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HttpReads.Implicits._\nimport uk.gov.hmrc.http.{HttpClient, _}\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.{MetricsEnum, TaxHistoryMetrics}\nimport uk.gov.hmrc.taxhistory.model.nps.{Iabd, NpsEmployment, NpsTaxAccount}\nimport uk.gov.hmrc.taxhistory.utils.Retry\n\nimport javax.inject.{Inject, Singleton}\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass DesNpsConnector @Inject()(val http: HttpClient,\n                                val metrics: TaxHistoryMetrics,\n                                val config: AppConfig,\n                                val system: ActorSystem)\n                                (implicit executionContext: ExecutionContext) extends ConnectorMetrics {\n\n  private val servicePrefix = \"\/pay-as-you-earn\"\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  val withRetry: Retry = config.newRetryInstance(\"des\", system)\n  def iabdsUrl(nino: Nino, year: Int)      = s\"${config.desBaseUrl}$servicePrefix\/individuals\/${nino.value}\/iabds\/tax-year\/$year\"\n  def taxAccountUrl(nino: Nino, year: Int) = s\"${config.desBaseUrl}$servicePrefix\/individuals\/${nino.value}\/tax-account\/tax-year\/$year\"\n  def employmentsUrl(nino: Nino, year: Int)= s\"${config.desBaseUrl}\/individuals\/${nino.value}\/employment\/$year\"\n\n  def headers(): Seq[(String, String)] = {\n    Seq(\"Environment\" -> {config.desEnv},\n      \"Authorization\" -> s\"Bearer ${config.desAuth}\")\n  }\n\n  def getIabds(nino: Nino, year: Int): Future[List[Iabd]] = {\n\n    withMetrics(MetricsEnum.NPS_GET_IABDS) {\n      withRetry {\n        http.GET[List[Iabd]](iabdsUrl(nino, year), headers = headers())\n      }.recover{\n        case Upstream4xxResponse(_,NOT_FOUND , _, _) => List.empty\n      }\n    }\n  }\n\n  def getTaxAccount(nino: Nino, year: Int): Future[Option[NpsTaxAccount]] = {\n\n    withMetrics(MetricsEnum.NPS_GET_TAX_ACCOUNT) {\n      withRetry {\n        http.GET[NpsTaxAccount](taxAccountUrl(nino, year), headers = headers()).map(Some(_))\n      }.recover{\n        case UpstreamErrorResponse.Upstream4xxResponse(ex) if ex.statusCode == 404 => {\n          logger.info(s\"NPS getTaxAccount returned a 404 response: ${ex.message}\")\n          None\n        }\n      }\n    }\n  }\n\n  def getEmployments(nino: Nino, year: Int): Future[List[NpsEmployment]] = {\n\n    withMetrics(MetricsEnum.NPS_GET_EMPLOYMENTS) {\n      withRetry{\n        http.GET[List[NpsEmployment]](employmentsUrl(nino, year), headers = headers())\n      }\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/EmploymentStatusSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport play.api.libs.json._\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.{Ceased, Live, PotentiallyCeased}\n\nclass EmploymentStatusSpec extends AnyWordSpec with Matchers with OptionValues {\n\n  \"EmploymentStatus\" must {\n    \"read and write json successfully\" in {\n      EmploymentStatus.jsonReads.reads(EmploymentStatus.jsonWrites.writes(EmploymentStatus.Live)) shouldBe JsSuccess(Live)\n      EmploymentStatus.jsonReads.reads(EmploymentStatus.jsonWrites.writes(EmploymentStatus.Ceased)) shouldBe JsSuccess(Ceased)\n      EmploymentStatus.jsonReads.reads(EmploymentStatus.jsonWrites.writes(EmploymentStatus.PotentiallyCeased)) shouldBe JsSuccess(PotentiallyCeased)\n    }\n\n    \"throw error on invalid data\" in {\n      EmploymentStatus.jsonReads.reads(Json.obj(\"employmentStatus\" -> 10)) shouldBe JsError(List((JsPath \\ \"employmentStatus\",\n        List(JsonValidationError(List(\"Invalid EmploymentStatus\"))))))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/helpers\/EmploymentHistoryServiceHelper.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/services\/helpers\/EmploymentHistoryServiceHelper.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helpers\n\nimport uk.gov.hmrc.tai.model.rti.RtiEmployment\nimport uk.gov.hmrc.taxhistory.model.api.{CompanyBenefit, IncomeSource, PayAndTax, PayAsYouEarn}\nimport uk.gov.hmrc.taxhistory.model.nps.{NpsEmployment, Iabd}\nimport uk.gov.hmrc.taxhistory.services.helpers.IabdsOps._\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nobject EmploymentHistoryServiceHelper extends TaxHistoryHelper with Logging {\n\n  def combinePAYEs(payAsYouEarnList: List[PayAsYouEarn]): PayAsYouEarn = {\n    \/\/ `reduce` will cause an exception if the list of PayAsYouEarn is empty.\n    payAsYouEarnList.reduce((p1, p2) => {\n      PayAsYouEarn(\n        employments = p1.employments ::: p2.employments,\n        benefits    = p1.benefits ++ p2.benefits,\n        payAndTax   = p1.payAndTax ++ p2.payAndTax,\n        incomeSources = p1.incomeSources ++ p2.incomeSources\n      )\n    })\n  }\n\n  def buildPAYE(rtiEmployment: Option[RtiEmployment],\n                iabds: List[Iabd],\n                incomeSource: Option[IncomeSource],\n                npsEmployment: NpsEmployment): PayAsYouEarn = {\n\n    val employment = npsEmployment.toEmployment\n\n    val payAndTax: Map[String, PayAndTax] = rtiEmployment match {\n      case None                => Map.empty\n      case Some(rtiEmp) => Map(employment.employmentId.toString -> rtiEmp.toPayAndTax)\n    }\n\n    val benefits: Map[String, List[CompanyBenefit]] = if (iabds.nonEmpty) {\n      Map(employment.employmentId.toString -> iabds.companyBenefits)\n    } else {\n      Map.empty\n    }\n\n    val income: Map[String, IncomeSource] = incomeSource match {\n      case None     => Map.empty\n      case Some(iS) => Map(employment.employmentId.toString -> iS)\n    }\n\n    PayAsYouEarn(employments = List(employment), benefits = benefits, payAndTax = payAndTax, incomeSources = income)\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/PayAndTaxSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.joda.time.LocalDate\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport play.api.libs.json.{JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass PayAndTaxSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val payAndTaxNoEyuJson: JsValue = loadFile(\"\/json\/model\/api\/payAndTaxNoEyu.json\")\n  lazy val payAndTaxWithEyuJson: JsValue = loadFile(\"\/json\/model\/api\/payAndTaxWithEyu.json\")\n  lazy val payAndTaxValuesNoneJson: JsValue = loadFile(\"\/json\/model\/api\/payAndTaxValuesNone.json\")\n\n  lazy val eyuList = List(EarlierYearUpdate(\n    earlierYearUpdateId = UUID.fromString(\"e6926848-818b-4d01-baa1-02111eb0f514\"),\n    taxablePayEYU = BigDecimal(123.45),\n    taxEYU = BigDecimal(67.89),\n    receivedDate = new LocalDate(\"2015-05-29\")))\n\n  lazy val payAndTaxNoEyu: PayAndTax = PayAndTax(\n    payAndTaxId = UUID.fromString(\"7407debb-5aa2-445d-8633-1875a2ebf559\"),\n    taxablePayTotal = Some(BigDecimal(76543.21)),\n    taxablePayTotalIncludingEYU = Some(BigDecimal(76543.21)),\n    taxTotal = Some(BigDecimal(6666.66)),\n    taxTotalIncludingEYU = Some(BigDecimal(6666.66)),\n    earlierYearUpdates = Nil,\n    paymentDate = Some(new LocalDate(\"2016-02-20\")))\n\n  lazy val payAndTaxValuesNone: PayAndTax = PayAndTax(\n    payAndTaxId = UUID.fromString(\"2dd8910e-95a4-4ede-b8af-977ca27b4a78\"),\n    taxablePayTotal = None,\n    taxablePayTotalIncludingEYU = None,\n    taxTotal = None,\n    taxTotalIncludingEYU = None,\n    earlierYearUpdates = Nil,\n    paymentDate = None)\n\n  lazy val payAndTaxWithEyu: PayAndTax = PayAndTax(\n    payAndTaxId = UUID.fromString(\"bb1c1ea4-04d0-4285-a2e6-4ade1e57f12a\"),\n    taxablePayTotal = Some(BigDecimal(1234567.89)),\n    taxablePayTotalIncludingEYU = Some(BigDecimal(1234691.34)),\n    taxTotal = Some(BigDecimal(2222.22)),\n    taxTotalIncludingEYU = Some(BigDecimal(2290.11)),\n    earlierYearUpdates = eyuList,\n    paymentDate = Some(new LocalDate(\"2016-02-20\")))\n\n  \"PayAndTax\" should {\n\n    \"transform into Json from object correctly without Eyu's\" in {\n      Json.toJson(payAndTaxNoEyu) shouldBe payAndTaxNoEyuJson\n    }\n    \"transform into object from json correctly without Eyu's\" in {\n      payAndTaxNoEyuJson.as[PayAndTax] shouldBe payAndTaxNoEyu\n    }\n\n    \"transform into Json from object correctly with Eyu's\" in {\n      Json.toJson(payAndTaxWithEyu) shouldBe payAndTaxWithEyuJson\n    }\n    \"transform into object from json correctly with Eyu's\" in {\n      payAndTaxWithEyuJson.as[PayAndTax] shouldBe payAndTaxWithEyu\n    }\n\n    \"transform into Json from object correctly without pay, tax or Eyu's\" in {\n      Json.toJson(payAndTaxValuesNone) shouldBe payAndTaxValuesNoneJson\n    }\n    \"transform into object from json correctly without pay, tax or Eyu's\" in {\n      payAndTaxValuesNoneJson.as[PayAndTax] shouldBe payAndTaxValuesNone\n    }\n\n    \"generate employmentId when none is supplied\" in {\n      val payAndTax = PayAndTax(\n        taxablePayTotal = Some(BigDecimal(1212.12)),\n        taxTotal = Some(BigDecimal(34.34)),\n        earlierYearUpdates = Nil)\n      payAndTax.payAndTaxId.toString.nonEmpty shouldBe true\n      payAndTax.payAndTaxId shouldNot be(payAndTaxNoEyu.payAndTaxId)\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/api\/Employment.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport java.util.UUID\n\nimport org.joda.time.LocalDate\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.Reads._\nimport play.api.libs.json.{Reads, Writes, __}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus\nimport uk.gov.hmrc.taxhistory.model.api.EmploymentPaymentType._\nimport uk.gov.hmrc.time.TaxYear\nimport play.api.libs.json.JodaWrites._\n\ncase class Employment(employmentId: UUID = UUID.randomUUID(),\n                      startDate: Option[LocalDate],\n                      endDate: Option[LocalDate] = None,\n                      payeReference: String,\n                      employerName: String,\n                      companyBenefitsURI: Option[String] = None,\n                      payAndTaxURI: Option[String] = None,\n                      employmentURI: Option[String] = None,\n                      employmentPaymentType: Option[EmploymentPaymentType] = None,\n                      employmentStatus: EmploymentStatus,\n                      worksNumber: String) {\n\n  def isOccupationalPension: Boolean = employmentPaymentType.contains(OccupationalPension)\n  def isJobseekersAllowance: Boolean = employmentPaymentType.contains(JobseekersAllowance)\n\n  def enrichWithURIs(taxYear: Int): Employment = {\n    val baseURI = s\"\/$taxYear\/employments\/${employmentId.toString}\"\n    this.copy(employmentURI = Some(baseURI),\n      companyBenefitsURI = Some(baseURI + \"\/company-benefits\"),\n      payAndTaxURI = Some(baseURI + \"\/pay-and-tax\"))\n  }\n}\n\nobject Employment {\n\n  import play.api.libs.json.JodaReads\n  implicit val dateJsReader = JodaReads.jodaLocalDateReads(\"yyyy-MM-dd\")\n\n  def noRecord(startDate: LocalDate, endDate: LocalDate): Employment = {\n    val noRecord = \"No record held\"\n\n    \/\/ Override the end date to be None if it represents the end of the current tax year\n    val overriddenEndDate = Some(endDate).filterNot(_.equals(TaxYear.current.finishes))\n\n    Employment(\n      startDate = Some(startDate),\n      endDate = overriddenEndDate,\n      payeReference = noRecord,\n      employerName = noRecord,\n      employmentPaymentType = None,\n      employmentStatus = EmploymentStatus.Unknown,\n      worksNumber = noRecord\n    )\n  }\n\n  implicit val jsonReads: Reads[Employment] = (\n    (__ \\ \"employmentId\").read[UUID] and\n      (__ \\ \"startDate\").readNullable[LocalDate](dateJsReader) and\n      (__ \\ \"endDate\").readNullable[LocalDate](dateJsReader) and\n      (__ \\ \"payeReference\").read[String] and\n      (__ \\ \"employerName\").read[String] and\n      (__ \\ \"companyBenefitsURI\").readNullable[String] and\n      (__ \\ \"payAndTaxURI\").readNullable[String] and\n      (__ \\ \"employmentURI\").readNullable[String] and\n      (__ \\ \"employmentPaymentType\").readNullable[EmploymentPaymentType] and\n      __.read[EmploymentStatus] and\n      (__ \\ \"worksNumber\").read[String]\n    ) (Employment.apply _)\n\n\n  implicit val jsonWrites: Writes[Employment] = (\n    (__ \\ \"employmentId\").write[UUID] and\n      (__ \\ \"startDate\").writeNullable[LocalDate] and\n      (__ \\ \"endDate\").writeNullable[LocalDate] and\n      (__ \\ \"payeReference\").write[String] and\n      (__ \\ \"employerName\").write[String] and\n      (__ \\ \"companyBenefitsURI\").writeNullable[String] and\n      (__ \\ \"payAndTaxURI\").writeNullable[String] and\n      (__ \\ \"employmentURI\").writeNullable[String] and\n      (__ \\ \"employmentPaymentType\").writeNullable[EmploymentPaymentType] and\n      __.write[EmploymentStatus] and\n      (__ \\ \"worksNumber\").write[String]\n    ) (unlift(Employment.unapply))\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/fixtures\/Employments.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.fixtures\n\nimport java.util.UUID\n\nimport uk.gov.hmrc.taxhistory.model.api.Employment\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus\nimport uk.gov.hmrc.time.TaxYear\n\ntrait Employments {\n\n  val testWorksNumber = \"00191048716\"\n\n  private def templateEmployment = Employment(\n    employmentId = UUID.randomUUID(),\n    startDate = Some(TaxYear.current.starts),\n    endDate = None,\n    payeReference = \"Nothing\",\n    employerName = \"<NAME>\",\n    None, None, None, None,\n    employmentStatus = EmploymentStatus.Live,\n    testWorksNumber)\n\n  val liveOngoingEmployment = templateEmployment\n\n  val liveNoEndEmployment = templateEmployment.copy(startDate = Some(TaxYear.current.starts.plusDays(30)))\n\n  val liveStartYearEmployment = templateEmployment.copy(endDate = Some(TaxYear.current.starts.plusDays(10)))\n\n  val liveMidYearEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.starts.plusDays(40)),\n    endDate = Some(TaxYear.current.finishes.minusDays(10))\n  )\n\n  val liveEndYearEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.finishes.minusDays(10)),\n    endDate = Some(TaxYear.current.finishes)\n  )\n\n  val ceasedBeforeStartEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.previous.starts.plusDays(5)),\n    endDate = Some(TaxYear.current.starts.plusDays(30)),\n    employmentStatus = EmploymentStatus.Ceased\n  )\n\n  val ceasedNoEndEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.starts.plusDays(90)),\n    employmentStatus = EmploymentStatus.Ceased\n  )\n\n  val ceasedAfterEndEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.starts.plusDays(60)),\n    endDate = Some(TaxYear.current.next.starts.plusDays(30)),\n    employmentStatus = EmploymentStatus.Ceased\n  )\n\n  val potentiallyCeasedEmployment = templateEmployment.copy(\n    startDate = Some(TaxYear.current.starts.plusDays(90)),\n    employmentStatus = EmploymentStatus.PotentiallyCeased\n  )\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/connectors\/RtiConnectorSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport akka.actor.ActorSystem\nimport com.codahale.metrics.Timer\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.http.HttpClient\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.TaxHistoryMetrics\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\nclass RtiConnectorSpec extends PlaySpec with MockitoSugar with TestUtil with GuiceOneAppPerSuite  {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  override lazy val app: Application = new GuiceApplicationBuilder().configure(config).build()\n  val mockHttpClient: HttpClient = mock[HttpClient]\n  val mockAppConfig: AppConfig = app.injector.instanceOf[AppConfig]\n  val mockTaxHistoryMetrics: TaxHistoryMetrics = mock[TaxHistoryMetrics]\n  val system: ActorSystem = ActorSystem(\"test\")\n  private val taxYear = 2016\n\n  val testRtiConnector: RtiConnector = new RtiConnector(\n    http = mockHttpClient,\n    metrics = mockTaxHistoryMetrics,\n    config = mockAppConfig,\n    system = system\n  )\n\n  val testNino: Nino = randomNino()\n  val testNinoWithoutSuffix: String = testNino.withoutSuffix\n  lazy val testRtiData: RtiData = loadFile(\"\/json\/rti\/response\/dummyRti.json\").as[RtiData]\n\n  \"RtiConnector\" should {\n    \"have the correct RTI employments url\" when {\n      \"given a valid nino and tax year\" in {\n        testRtiConnector.rtiEmploymentsUrl(testNino, TaxYear(2017)) mustBe s\"http:\/\/localhost:9998\/rti\/individual\/payments\/nino\/$testNinoWithoutSuffix\/tax-year\/17-18\"\n      }\n    }\n\n    \"have withoutSuffix nino\" when {\n      \"given a valid nino\" in {\n        testNino.withoutSuffix mustBe s\"$testNinoWithoutSuffix\"\n      }\n    }\n\n    \"create the correct headers\" in {\n      val headers = testRtiConnector.headers\n      headers mustBe List((\"Environment\", \"local\"), (\"Authorization\", \"Bearer local\"))\n    }\n\n    \"get RTI data \" when {\n\n      \"given a valid Nino and TaxYear\" in {\n\n        when(testRtiConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testRtiConnector.http.GET[RtiData](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(testRtiData))\n\n        val result = testRtiConnector.getRTIEmployments(testNino, TaxYear(taxYear))\n\n        await(result) mustBe Some(testRtiData)\n      }\n\n      \"retrying after the first call failed and the second call succeeds\" in {\n\n        when(testRtiConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testRtiConnector.http.GET[RtiData](any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", INTERNAL_SERVER_ERROR, INTERNAL_SERVER_ERROR)))\n          .thenReturn(Future.successful(testRtiData))\n\n        val result = testRtiConnector.getRTIEmployments(testNino, TaxYear(taxYear))\n\n        await(result) mustBe Some(testRtiData)\n      }\n\n      \"return None when the call to RTI fails with 404 NotFound\" in {\n\n        when(testRtiConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testRtiConnector.http.GET[RtiData](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"Not found\", NOT_FOUND, NOT_FOUND)))\n\n        val result = testRtiConnector.getRTIEmployments(testNino, TaxYear(taxYear))\n\n        await(result) mustBe None\n      }\n\n      \"return and handle an error response\" in {\n\n        val expectedResponse = Json.parse( \"\"\"{\"reason\": \"Internal Server Error\"}\"\"\")\n\n        when(testRtiConnector.metrics.startTimer(any())).thenReturn(new Timer().time())\n\n        when(testRtiConnector.http.GET[HttpResponse](any(), any(), any())(any(), any(), any()))\n          .thenReturn(Future.failed(UpstreamErrorResponse(\"\", INTERNAL_SERVER_ERROR, INTERNAL_SERVER_ERROR)))\n\n        val result = testRtiConnector.getRTIEmployments(testNino, TaxYear(taxYear))\n\n        intercept[UpstreamErrorResponse](await(result) mustBe expectedResponse)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/controllers\/TaxHistoryController.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/controllers\/TaxHistoryController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport javax.inject.Singleton\nimport play.api.libs.json.{Json, Writes}\nimport play.api.mvc._\nimport uk.gov.hmrc.http.{BadRequestException, NotFoundException, Upstream4xxResponse, UpstreamErrorResponse}\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass TaxHistoryController(cc: ControllerComponents) extends BackendController(cc) with Logging {\n\n  def toResult[A : Writes](fa: Future[A])(implicit ec: ExecutionContext): Future[Result] = {\n    fa.map(value => Ok(Json.toJson(value))).recover {\n      case e400: BadRequestException =>\n        logger.warn(\"Bad Request: \" + e400.message)\n        BadRequest\n      case e404: NotFoundException =>\n        logger.info(\"404 Not found: \" + e404.message)\n        NotFound\n      case e4xx: Upstream4xxResponse =>\n        logger.warn(s\"Service returned error ${e4xx.upstreamResponseCode}: ${e4xx.message}\")\n        Status(e4xx.upstreamResponseCode)\n      case e5xx: UpstreamErrorResponse if e5xx.statusCode == INTERNAL_SERVER_ERROR =>\n        logger.warn(\"Internal server error\")\n        InternalServerError\n      case e5xx: UpstreamErrorResponse if e5xx.statusCode == SERVICE_UNAVAILABLE =>\n        logger.warn(\"Service unavailable\")\n        ServiceUnavailable\n      case e5xx: UpstreamErrorResponse =>\n        logger.warn(s\"Service returned error ${e5xx.statusCode}: ${e5xx.message}\")\n        Status(e5xx.statusCode)\n      case ex @ _ =>\n        logger.warn(s\"Error: ${ex.toString} - ${ex.getMessage}\")\n        InternalServerError\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/rti\/RtiData.scala","text":"<reponame>hmrc\/tax-history<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.tai.model.rti\n\nimport com.github.nscala_time.time.Imports._\nimport org.joda.time.LocalDate\nimport play.api.libs.json._\nimport play.api.libs.json.JodaWrites._\nimport play.api.libs.json.JodaReads._\nimport uk.gov.hmrc.taxhistory.model.api.{EarlierYearUpdate, PayAndTax}\nimport uk.gov.hmrc.taxhistory.model.utils.JsonUtils\n\ncase class RtiData(nino: String,\n                   employments: List[RtiEmployment])\n\ncase class RtiEmployment(sequenceNo: Int,\n                         officeNumber: String,\n                         payeRef: String,\n                         currentPayId: Option[String] = None,\n                         payments: List[RtiPayment],\n                         earlierYearUpdates: List[RtiEarlierYearUpdate]) {\n\n  def toPayAndTax: PayAndTax = {\n    val eyus = earlierYearUpdates.map(_.toEarlierYearUpdate)\n    val nonEmptyEyus = eyus.filter(eyu => eyu.taxablePayEYU != 0 && eyu.taxEYU != 0)\n    val studentLoanEyus = eyus.filter(eyu => eyu.studentLoanEYU.isDefined)\n\n    payments match {\n      case Nil => PayAndTax(earlierYearUpdates = nonEmptyEyus, taxablePayTotalIncludingEYU = None, taxTotalIncludingEYU = None)\n      case matchingPayments =>\n        val payment = matchingPayments.max\n\n        val taxablePayTotal = payment.taxablePayYTD\n        val taxablePayTotalIncludingEYU = taxablePayTotal + nonEmptyEyus.map(_.taxablePayEYU).sum\n\n        val taxTotal = payment.totalTaxYTD\n        val taxTotalIncludingEYU = taxTotal + nonEmptyEyus.map(_.taxEYU).sum\n\n        val studentLoan: Option[BigDecimal] = payment.studentLoansYTD\n        val studentLoanIncludingEYU: Option[BigDecimal] = (studentLoan :: studentLoanEyus.map(_.studentLoanEYU)).flatten match {\n          case Nil => None\n          case values => Some(values.sum)\n        }\n\n        PayAndTax(taxablePayTotal = Some(taxablePayTotal),\n          taxablePayTotalIncludingEYU = Some(taxablePayTotalIncludingEYU),\n          taxTotal = Some(taxTotal),\n          taxTotalIncludingEYU = Some(taxTotalIncludingEYU),\n          studentLoan = studentLoan,\n          studentLoanIncludingEYU = studentLoanIncludingEYU,\n          paymentDate = Some(payment.paidOnDate),\n          earlierYearUpdates = nonEmptyEyus)\n    }\n  }\n}\n\ncase class RtiPayment(paidOnDate: LocalDate,\n                      taxablePayYTD: BigDecimal,\n                      totalTaxYTD: BigDecimal,\n                      studentLoansYTD: Option[BigDecimal] = None) extends Ordered[RtiPayment] {\n  def compare(that: RtiPayment): Int = this.paidOnDate compare that.paidOnDate\n}\n\ncase class RtiEarlierYearUpdate(taxablePayDelta: BigDecimal,\n                                totalTaxDelta: BigDecimal,\n                                studentLoanRecoveredDelta: Option[BigDecimal] = None,\n                                receivedDate: LocalDate) {\n\n  def toEarlierYearUpdate: EarlierYearUpdate = {\n    EarlierYearUpdate(\n      taxablePayEYU = taxablePayDelta,\n      taxEYU = totalTaxDelta,\n      studentLoanEYU = studentLoanRecoveredDelta,\n      receivedDate = receivedDate\n    )\n  }\n}\n\nobject RtiPayment {\n  implicit val reader: Reads[RtiPayment] = (js: JsValue) => {\n    implicit val stringMapFormat: Format[Map[String, BigDecimal]] = JsonUtils.mapFormat[String, BigDecimal](\"type\", \"amount\")\n    val mandatoryMonetaryAmountMap: Option[Map[String, BigDecimal]] =\n      (js \\ \"mandatoryMonetaryAmount\").asOpt[Map[String, BigDecimal]]\n\n    val optionalMonetaryAmountMap: Option[Map[String, BigDecimal]] =\n      (js \\ \"optionalMonetaryAmount\").asOpt[Map[String, BigDecimal]]\n\n    val taxablePay: BigDecimal = mandatoryMonetaryAmountMap.getOrElse(Map.empty).getOrElse(\"TaxablePayYTD\", 0.0)\n    val totalTax: BigDecimal = mandatoryMonetaryAmountMap.getOrElse(Map.empty).getOrElse(\"TotalTaxYTD\", 0.0)\n    val studentLoan: Option[BigDecimal] = optionalMonetaryAmountMap.getOrElse(Map.empty).get(\"StudentLoansYTD\")\n\n    JsSuccess(\n      RtiPayment(\n        paidOnDate = (js \\ \"pmtDate\").as[LocalDate](JsonUtils.rtiDateFormat),\n        taxablePayYTD = taxablePay,\n        totalTaxYTD = totalTax,\n        studentLoansYTD = studentLoan)\n    )\n  }\n\n  implicit val writer: OWrites[RtiPayment] = Json.writes[RtiPayment]\n}\n\nobject RtiEarlierYearUpdate {\n  implicit val reader: Reads[RtiEarlierYearUpdate] = (js: JsValue) => {\n    implicit val stringMapFormat: Format[Map[String, BigDecimal]] = JsonUtils.mapFormat[String, BigDecimal](\"type\", \"amount\")\n    val optionalAdjustmentAmountMap: Option[Map[String, BigDecimal]] =\n      (js \\ \"optionalAdjustmentAmount\").asOpt[Map[String, BigDecimal]]\n\n    val taxablePayDelta: BigDecimal = optionalAdjustmentAmountMap.getOrElse(Map.empty).getOrElse(\"TaxablePayDelta\", 0.0)\n    val totalTaxDelta: BigDecimal = optionalAdjustmentAmountMap.getOrElse(Map.empty).getOrElse(\"TotalTaxDelta\", 0.0)\n    val studentLoanRecoveredDelta: Option[BigDecimal] = optionalAdjustmentAmountMap.getOrElse(Map.empty).get(\"StudentLoanRecoveredDelta\")\n    val receivedDate = (js \\ \"rcvdDate\").as[LocalDate](JsonUtils.rtiDateFormat)\n\n    JsSuccess(\n      RtiEarlierYearUpdate(taxablePayDelta = taxablePayDelta,\n        totalTaxDelta = totalTaxDelta,\n        studentLoanRecoveredDelta = studentLoanRecoveredDelta,\n        receivedDate = receivedDate)\n    )\n  }\n  implicit val writer: OWrites[RtiEarlierYearUpdate] = Json.writes[RtiEarlierYearUpdate]\n}\n\nobject RtiEmployment {\n  implicit val reader: Reads[RtiEmployment] = (js: JsValue) => {\n    for {\n      sequenceNo <- (js \\ \"sequenceNumber\").validate[Int]\n      officeNumber <- (js \\ \"empRefs\" \\ \"officeNo\").validate[String]\n      payeRef <- (js \\ \"empRefs\" \\ \"payeRef\").validate[String]\n      currentPayId <- (js \\ \"currentPayId\").validateOpt[String]\n      payments <- (js \\ \"payments\" \\ \"inYear\").validateOpt[List[RtiPayment]]\n      earlierYearUpdates <- JsSuccess((js \\ \"payments\" \\ \"eyu\").asOpt[List[RtiEarlierYearUpdate]])\n    } yield {\n      RtiEmployment(\n        sequenceNo = sequenceNo,\n        payeRef = payeRef,\n        officeNumber = officeNumber,\n        currentPayId = currentPayId,\n        payments = payments.getOrElse(List.empty),\n        earlierYearUpdates = earlierYearUpdates.getOrElse(Nil)\n      )\n    }\n  }\n  implicit val writer: OWrites[RtiEmployment] = Json.writes[RtiEmployment]\n}\n\nobject RtiData {\n  implicit val reader: Reads[RtiData] = (js: JsValue) => {\n    for {\n      nino <- (js \\ \"request\" \\ \"nino\").validate[String]\n      employments <- (js \\ \"individual\" \\ \"employments\" \\ \"employment\").validate[List[RtiEmployment]]\n    } yield {\n      RtiData(nino = nino, employments = employments)\n    }\n  }\n  implicit val writer: OWrites[RtiData] = Json.writes[RtiData]\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/EmploymentHistoryServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.when\nimport org.mockito.stubbing.OngoingStubbing\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.{BadRequestException, HeaderCarrier, NotFoundException}\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.fixtures.Employments\nimport uk.gov.hmrc.taxhistory.model.api.EmploymentPaymentType.OccupationalPension\nimport uk.gov.hmrc.taxhistory.model.api.{CompanyBenefit, Employment, PayAsYouEarn}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.nps.{EmploymentStatus, Iabd, NpsEmployment, NpsTaxAccount}\nimport uk.gov.hmrc.taxhistory.model.utils.{PlaceHolder, TestUtil}\nimport uk.gov.hmrc.taxhistory.utils.TestEmploymentHistoryService\nimport uk.gov.hmrc.time.TaxYear\nimport play.api.test.Helpers._\n\nimport java.util.UUID\nimport scala.concurrent.Future\n\n\nclass EmploymentHistoryServiceSpec extends AnyWordSpecLike with Matchers with OptionValues with ScalaFutures with MockitoSugar with TestUtil with Employments {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  val testNino: Nino = randomNino()\n  val testtaxYear: TaxYear = TaxYear(2016)\n\n  val testEmploymentHistoryService: EmploymentHistoryService = TestEmploymentHistoryService.createNew()\n\n  val npsEmploymentResponse: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n      otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = true, Live))\n\n  val npsEmploymentWithJobSeekerAllowanceCY: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = true, otherIncomeSourceIndicator = false,\n      Some(new LocalDate(s\"${TaxYear.current.currentYear}-01-21\")), None, receivingOccupationalPension = false, Live))\n\n  val npsEmploymentWithJobSeekerAllowanceCYMinus1: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = true, otherIncomeSourceIndicator = false,\n      Some(new LocalDate(s\"${TaxYear.current.previous.currentYear}-01-21\")), None, receivingOccupationalPension = false, Live))\n\n  val npsEmploymentWithOtherIncomeSourceIndicator: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false, otherIncomeSourceIndicator = true,\n      Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n\n  val npsEmploymentWithJustJobSeekerAllowance: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = true, otherIncomeSourceIndicator = false,\n      Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n  val npsEmploymentWithJustOtherIncomeSourceIndicator: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false, otherIncomeSourceIndicator = true,\n      Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n\n  lazy val testRtiData: RtiData = loadFile(\"\/json\/rti\/response\/dummyRti.json\").as[RtiData]\n  lazy val rtiDuplicateEmploymentsResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiDuplicateEmployments.json\")\n  lazy val rtiPartialDuplicateEmploymentsResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiPartialDuplicateEmployments.json\")\n  lazy val rtiNonMatchingEmploymentsResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiNonMatchingEmployment.json\")\n  lazy val testNpsTaxAccount: NpsTaxAccount = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\").as[NpsTaxAccount]\n  lazy val testIabds: List[Iabd] = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n\n  val startDate = new LocalDate(\"2015-01-21\")\n\n  private def stubNpsGetEmploymentsSucceeds(npsEmployments: List[NpsEmployment]) = {\n    when(testEmploymentHistoryService.desNpsConnector.getEmployments(any(), any()))\n      .thenReturn(Future.successful(npsEmployments))\n  }\n\n  private def stubRtiGetEmploymentsSucceeds(rtiEmployments: Option[RtiData]) = {\n    when(testEmploymentHistoryService.rtiConnector.getRTIEmployments(any(), any()))\n      .thenReturn(Future.successful(rtiEmployments))\n  }\n\n  private def stubNpsGetTaxAccountSucceeds(optTaxAccount: Option[NpsTaxAccount]) = {\n    when(testEmploymentHistoryService.desNpsConnector.getTaxAccount(any(), any()))\n      .thenReturn(Future.successful(optTaxAccount))\n  }\n\n  private def stubNpsGetIabdsSucceeds(iabds: List[Iabd]) = {\n    when(testEmploymentHistoryService.desNpsConnector.getIabds(any(), any()))\n      .thenReturn(Future.successful(iabds))\n  }\n\n  private def stubNpsGetEmploymentsFails(failure: Throwable) = {\n    when(testEmploymentHistoryService.desNpsConnector.getEmployments(any(), any()))\n      .thenReturn(Future.failed(failure))\n  }\n\n  private def stubNpsGetTaxAccountFails(failure: Throwable) = {\n    when(testEmploymentHistoryService.desNpsConnector.getTaxAccount(any(), any()))\n      .thenReturn(Future.failed(failure))\n  }\n\n  private def stubNpsGetIabdFails(failure: Throwable) = {\n    when(testEmploymentHistoryService.desNpsConnector.getIabds(any(), any()))\n      .thenReturn(Future.failed(failure))\n  }\n\n  private def stubRtiGetEmploymentsFails(failure: Throwable) = {\n    when(testEmploymentHistoryService.rtiConnector.getRTIEmployments(any(), any()))\n      .thenReturn(Future.failed(failure))\n  }\n\n  class StubConnectors(npsGetEmployments: => OngoingStubbing[Future[List[NpsEmployment]]] = stubNpsGetEmploymentsSucceeds(npsEmploymentResponse),\n                       npsGetTaxAccount: => OngoingStubbing[Future[Option[NpsTaxAccount]]] = stubNpsGetTaxAccountSucceeds(Some(testNpsTaxAccount)),\n                       npsGetIabdDetails: => OngoingStubbing[Future[List[Iabd]]] = stubNpsGetIabdsSucceeds(testIabds),\n                       rti: => OngoingStubbing[Future[Option[RtiData]]] = stubRtiGetEmploymentsSucceeds(Some(testRtiData))) {\n    npsGetEmployments\n    npsGetTaxAccount\n    npsGetIabdDetails\n    rti\n  }\n\n  \"Employment Service\" should {\n    \"successfully get Nps Employments Data\" in\n      new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(npsEmploymentResponse)) {\n        noException shouldBe thrownBy(testEmploymentHistoryService.retrieveNpsEmployments(testNino, TaxYear(2016)).futureValue)\n      }\n\n    \"successfully get Nps Employments Data with jobseekers allowance for cy-1\" in\n      new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(npsEmploymentWithJobSeekerAllowanceCYMinus1)) {\n        noException shouldBe thrownBy(testEmploymentHistoryService.retrieveNpsEmployments(testNino, TaxYear(2016)).futureValue)\n      }\n\n    \"return any non success status response from get Nps Employments api\" in\n      new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsFails(new BadRequestException(\"\"))) {\n      intercept[BadRequestException](await(testEmploymentHistoryService.retrieveNpsEmployments(testNino, TaxYear(2016))))\n    }\n\n    \"successfully get Rti Employments Data\" in\n      new StubConnectors(rti = stubRtiGetEmploymentsSucceeds(Some(testRtiData))) {\n        testEmploymentHistoryService.retrieveRtiData(testNino, TaxYear(2016)).futureValue shouldBe Some(testRtiData)\n      }\n\n    \"successfully get no RTI employments data if RTI connector returns None\" in\n      new StubConnectors(rti = stubRtiGetEmploymentsSucceeds(None)) {\n        testEmploymentHistoryService.retrieveRtiData(testNino, TaxYear(2016)).futureValue shouldBe None\n      }\n\n    \"fail with NotFoundException if the NPS Get Employments API was successful but returned zero employments\" in\n      new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(List.empty)) {\n      intercept[NotFoundException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n    }\n\n    \"fail with NotFoundException if the NPS Get Employments API failed with a NotFoundException\" in\n      new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsFails(new NotFoundException(\"NPS API returned 404\"))) {\n        intercept[NotFoundException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n      }\n\n    \"throw an exception when the call to get RTI employments fails\" in\n      new StubConnectors(rti = stubRtiGetEmploymentsFails(new BadRequestException(\"\"))) {\n      intercept[BadRequestException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n    }\n\n    \"succeeds when the RTI call fails with a 404 (i.e the RTI connector returns None)\" in\n      new StubConnectors(rti = stubRtiGetEmploymentsSucceeds(None)) {\n        noException shouldBe thrownBy(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016)).futureValue)\n      }\n\n    \"succeeds when the get IABD call fails with a 404 (i.e the RTI connector returns None)\" in\n      new StubConnectors(npsGetIabdDetails = stubNpsGetIabdsSucceeds(List())) {\n        noException shouldBe thrownBy(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016)).futureValue)\n      }\n\n    \"throw an exception when the call to get NPS tax account fails\" in\n      new StubConnectors(npsGetTaxAccount = stubNpsGetTaxAccountFails(new BadRequestException(\"\"))) {\n      intercept[BadRequestException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n    }\n\n    \"return success response from get Employments\" in {\n      stubNpsGetEmploymentsSucceeds(npsEmploymentResponse)\n      stubNpsGetIabdsSucceeds(testIabds)\n      stubRtiGetEmploymentsSucceeds(Some(testRtiData))\n      stubNpsGetTaxAccountSucceeds(Some(testNpsTaxAccount))\n\n      val paye = testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016)).futureValue\n\n      val employments = paye.employments\n      employments.size shouldBe 1\n      employments.head.employerName shouldBe \"Aldi\"\n      employments.head.payeReference shouldBe \"531\/J4816\"\n      employments.head.startDate shouldBe Some(startDate)\n      employments.head.endDate shouldBe None\n      employments.head.employmentPaymentType shouldBe Some(OccupationalPension)\n\n      val Some(payAndTax) = paye.payAndTax.get(employments.head.employmentId.toString)\n      payAndTax.taxablePayTotal shouldBe Some(BigDecimal.valueOf(20000.00))\n      payAndTax.taxablePayTotalIncludingEYU shouldBe Some(BigDecimal.valueOf(19399.01))\n      payAndTax.taxTotal shouldBe Some(BigDecimal.valueOf(1880.00))\n      payAndTax.taxTotalIncludingEYU shouldBe Some(BigDecimal.valueOf(1869.01))\n      payAndTax.earlierYearUpdates.size shouldBe 1\n\n      val eyu = payAndTax.earlierYearUpdates.head\n      eyu.receivedDate shouldBe new LocalDate(\"2016-06-01\")\n      eyu.taxablePayEYU shouldBe BigDecimal(-600.99)\n      eyu.taxEYU shouldBe BigDecimal(-10.99)\n\n      val Some(statePension) = paye.statePension\n      statePension.grossAmount shouldBe BigDecimal(1253.23)\n      statePension.typeDescription shouldBe \"State Pension\"\n\n      val Some(benefits) = paye.benefits.get(employments.head.employmentId.toString)\n      benefits.size shouldBe 2\n      benefits.head.iabdType shouldBe \"CarFuelBenefit\"\n      benefits.head.amount shouldBe BigDecimal(100)\n      benefits.last.iabdType shouldBe \"VanBenefit\"\n      benefits.last.amount shouldBe BigDecimal(100)\n    }\n\n    \"successfully merge rti and nps employment1 data into employment1 list\" in {\n      val payAsYouEarn =\n        testEmploymentHistoryService.mergeEmployments(\n          nino = testNino,\n          taxYear = TaxYear.current.previous,\n          npsEmployments = npsEmploymentResponse,\n          rtiEmployments = testRtiData.employments,\n          taxAccountOption = Some(testNpsTaxAccount),\n          iabds = testIabds\n        )\n\n      val employment = payAsYouEarn.employments.head\n      val Some(payAndTax) = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      val Some(benefits) = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      val Some(statePension) = payAsYouEarn.statePension\n\n      employment.employerName shouldBe \"Aldi\"\n      employment.payeReference shouldBe \"531\/J4816\"\n      employment.startDate shouldBe Some(startDate)\n      employment.endDate shouldBe None\n      employment.isOccupationalPension shouldBe true\n      employment.employmentPaymentType shouldBe Some(OccupationalPension)\n      payAndTax.taxablePayTotal shouldBe Some(BigDecimal.valueOf(20000.00))\n      payAndTax.taxablePayTotalIncludingEYU shouldBe Some(BigDecimal.valueOf(19399.01))\n      payAndTax.taxTotal shouldBe Some(BigDecimal.valueOf(1880.00))\n      payAndTax.taxTotalIncludingEYU shouldBe Some(BigDecimal.valueOf(1869.01))\n      payAndTax.earlierYearUpdates.size shouldBe 1\n      val eyu = payAndTax.earlierYearUpdates.head\n      eyu.taxablePayEYU shouldBe BigDecimal(-600.99)\n      eyu.taxEYU shouldBe BigDecimal(-10.99)\n      eyu.receivedDate shouldBe new LocalDate(\"2016-06-01\")\n      benefits.size shouldBe 2\n      benefits.head.iabdType shouldBe \"CarFuelBenefit\"\n      benefits.head.amount shouldBe BigDecimal(100)\n      benefits.last.iabdType shouldBe \"VanBenefit\"\n      benefits.last.amount shouldBe BigDecimal(100)\n      statePension.grossAmount shouldBe BigDecimal(1253.23)\n      statePension.typeDescription shouldBe \"State Pension\"\n    }\n\n    \"successfully exclude nps employment1 data\" when {\n\n      \"nps receivingJobseekersAllowance is true for CY\" in\n        new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(npsEmploymentWithJobSeekerAllowanceCY)) {\n        intercept[NotFoundException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(TaxYear.current.currentYear))))\n      }\n\n      \"otherIncomeSourceIndicator is true from list of employments\" in\n        new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(npsEmploymentWithOtherIncomeSourceIndicator)) {\n        intercept[NotFoundException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n      }\n    }\n\n    \"throw not found error\" when {\n\n      \"nps employments contain single element with npsEmploymentWithJustOtherIncomeSourceIndicator attribute is true\" in\n        new StubConnectors(npsGetEmployments = stubNpsGetEmploymentsSucceeds(npsEmploymentWithJustOtherIncomeSourceIndicator)) {\n        intercept[NotFoundException](await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016))))\n      }\n    }\n\n    \"propagate exception if NPS IABD API connector fails with an exception\" in\n      new StubConnectors(npsGetIabdDetails = stubNpsGetIabdFails(new BadRequestException(\"\"))) {\n      intercept[BadRequestException](await(testEmploymentHistoryService.retrieveNpsIabds(testNino, TaxYear(2016))))\n    }\n\n    \"propagate exception if NPS Get Tax Account API connector fails with an exception\" in\n      new StubConnectors(npsGetTaxAccount = stubNpsGetTaxAccountFails(new BadRequestException(\"\"))) {\n      intercept[BadRequestException](await(testEmploymentHistoryService.getTaxAccount(testNino, TaxYear.current.previous)))\n    }\n\n    \"fail with a NotFoundException if NPS Get Tax Account API connector returns None (i.e. the API returned a 404)\" when {\n      \"asking for current year\" in\n        new StubConnectors(npsGetTaxAccount = stubNpsGetTaxAccountSucceeds(None)) {\n          intercept[NotFoundException](await(testEmploymentHistoryService.getTaxAccount(testNino, TaxYear.current)))\n        }\n\n      \"asking for previous year\" in\n        new StubConnectors(npsGetTaxAccount = stubNpsGetTaxAccountSucceeds(None)) {\n          intercept[NotFoundException](await(testEmploymentHistoryService.getTaxAccount(testNino, TaxYear.current.previous)))\n        }\n    }\n\n    \"fail with a NotFoundException  from get Nps Tax Account api for not found response \" in {\n      when(testEmploymentHistoryService.desNpsConnector.getTaxAccount(any(), any()))\n        .thenReturn(Future.failed(new NotFoundException(\"\")))\n      intercept[NotFoundException](await(testEmploymentHistoryService.retrieveNpsTaxAccount(testNino, TaxYear(2016))))\n    }\n\n    \"fetch Employments successfully from cache\" in {\n      val taxYear = TaxYear.current.previous\n\n      val placeHolders = Seq(PlaceHolder(\"%taxYearStartYear%\", taxYear.startYear.toString), PlaceHolder(\"%taxYearFinishYear%\", taxYear.finishYear.toString))\n      lazy val paye = loadFile(\"\/json\/withPlaceholders\/model\/api\/paye.json\", placeHolders).as[PayAsYouEarn]\n\n      val testEmployment2 =\n        Employment(UUID.fromString(\"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"),\n          Some(locaDateCyMinus1(\"01\", \"21\")), Some(locaDateCyMinus1(\"02\", \"21\")), \"paye-1\", \"employer-1\",\n          Some(s\"\/${taxYear.startYear}\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\/company-benefits\"),\n          Some(s\"\/${taxYear.startYear}\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\/pay-and-tax\"),\n          Some(s\"\/${taxYear.startYear}\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"),\n          None, Live, \"00191048716\")\n\n      val testEmployment3 = Employment(UUID.fromString(\"019f5fee-d5e4-4f3e-9569-139b8ad81a87\"),\n        Some(locaDateCyMinus1(\"02\", \"22\")), None, \"paye-2\", \"employer-2\",\n        Some(s\"\/${taxYear.startYear}\/employments\/019f5fee-d5e4-4f3e-9569-139b8ad81a87\/company-benefits\"),\n        Some(s\"\/${taxYear.startYear}\/employments\/019f5fee-d5e4-4f3e-9569-139b8ad81a87\/pay-and-tax\"),\n        Some(s\"\/${taxYear.startYear}\/employments\/019f5fee-d5e4-4f3e-9569-139b8ad81a87\"),\n        None, Live, \"00191048716\")\n\n      \/\/ Set up the test data in the cache\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), taxYear), paye).futureValue\n\n      val employments = testEmploymentHistoryService.getEmployments(Nino(\"AA000000A\"), taxYear).futureValue\n      employments.head.employmentStatus shouldBe EmploymentStatus.Unknown\n\n      employments.head.startDate shouldBe Some(taxYear.starts.withMonthOfYear(4).withDayOfMonth(6))\n      employments.head.endDate shouldBe Some(taxYear.finishes.withMonthOfYear(1).withDayOfMonth(20))\n      employments should contain(testEmployment2)\n      employments should contain(testEmployment3)\n    }\n\n    \"return an empty list when no employment(not including pensions) was returned from cache\" in {\n      val paye = PayAsYouEarn(employments = Nil)\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye).futureValue\n\n      val employments = testEmploymentHistoryService.getEmployments(Nino(\"AA000000A\"), TaxYear(2014)).futureValue\n      employments shouldBe List.empty\n    }\n\n\n    \"get Employment successfully\" in {\n      val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n\n      val testEmployment = Employment(UUID.fromString(\"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"),\n        Some(new LocalDate(\"2016-01-21\")), Some(new LocalDate(\"2017-01-01\")), \"paye-1\", \"employer-1\",\n        Some(\"\/2014\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\/company-benefits\"),\n        Some(\"\/2014\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\/pay-and-tax\"),\n        Some(\"\/2014\/employments\/01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"),\n        None, Live, \"00191048716\")\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye).futureValue\n\n      val employment = testEmploymentHistoryService.getEmployment(Nino(\"AA000000A\"), TaxYear(2014), \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\").futureValue\n      employment shouldBe testEmployment\n    }\n\n\n    \"get Employment return none\" in {\n      lazy val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye).futureValue\n\n      intercept[NotFoundException](await(testEmploymentHistoryService.getEmployment(\n        Nino(\"AA000000A\"), TaxYear(2014), \"01318d7c-bcd9-47e2-8c38-551e7ccdfae6\")))\n    }\n\n    \"get company benefits from cache successfully\" in {\n      val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n\n      val testCompanyBenefits: List[CompanyBenefit] = List(CompanyBenefit(\n        UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"), \"companyBenefitType\", 12))\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye).futureValue\n\n      val companyBenefits = testEmploymentHistoryService.getCompanyBenefits(\n        Nino(\"AA000000A\"), TaxYear(2014), \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\").futureValue\n\n      companyBenefits shouldBe testCompanyBenefits\n    }\n\n    \"return not found when no company benefits returned from cache\" in {\n      lazy val payeNoBenefits = loadFile(\"\/json\/model\/api\/payeNoCompanyBenefits.json\").as[PayAsYouEarn]\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), payeNoBenefits).futureValue\n\n      intercept[NotFoundException](await(testEmploymentHistoryService.getCompanyBenefits(\n        Nino(\"AA000000A\"), TaxYear(2014), \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\")))\n    }\n\n    \"return no company benefits from cache for current year\" in {\n      val taxAccount = testEmploymentHistoryService.getCompanyBenefits(\n        Nino(\"AA000000A\"), TaxYear.current, \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\").futureValue\n      taxAccount shouldBe List.empty\n    }\n  }\n\n  \"withEmploymentGaps\" should {\n\n    def isNoRecordEmployment(employment: Employment): Boolean =\n      employment.employerName == \"No record held\" && employment.employmentStatus == EmploymentStatus.Unknown\n\n    \"return the original list when no employment gaps exist\" in {\n      val employments = List(liveOngoingEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) shouldBe employments\n    }\n\n    \"return a list with one entry when no employments exist\" in {\n      val employments = List.empty[Employment]\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(true)\n    }\n\n    \"return a list with no gaps, when original employment has a gap at the start\" in {\n      val employments = List(liveMidYearEmployment, liveEndYearEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(true, false, false)\n    }\n\n    \"return a list with no gaps, when employments overlap and have gaps at the start\" in {\n      val employments = List(liveNoEndEmployment, liveMidYearEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(true, false, false)\n    }\n\n    \"return a list with no gaps, when ceased employments overlap and have gaps\" in {\n      val employments = List(ceasedBeforeStartEmployment, ceasedNoEndEmployment, ceasedAfterEndEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(false, true, false, false)\n    }\n\n    \"return a list with no gaps, when potentially ceased employments overlap and have gaps\" in {\n      val employments = List(ceasedBeforeStartEmployment, liveMidYearEmployment, potentiallyCeasedEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(false, true, false, false)\n    }\n\n    \"return a list with no gaps, when original employment has a gap in the middle\" in {\n      val employments = List(liveStartYearEmployment, liveEndYearEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(false, true, false)\n    }\n\n    \"return a list with no gaps, when original employment has a gap at the end\" in {\n      val employments = List(liveStartYearEmployment, liveMidYearEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(false, true, false, true)\n    }\n\n    \"return a list with no gaps, when original employment has a gap at the start and end\" in {\n      val employments = List(liveMidYearEmployment)\n      testEmploymentHistoryService.addFillers(employments, TaxYear.current) map isNoRecordEmployment shouldBe Seq(true, false, true)\n    }\n\n    def oneDayBefore(thisDay: Option[LocalDate]) = thisDay.map(_.minusDays(1))\n\n    def oneDayAfter(thisDay: Option[LocalDate]) = thisDay.map(_.plusDays(1))\n\n    \"when original employment has no start date but has an end date, and there are no employments afterwards\" in {\n      val employmentWithoutStartDate = liveMidYearEmployment.copy(startDate = None)\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentWithoutStartDate), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, true, true)\n\n      val firstGap = filledEmployments(1)\n      val secondGap = filledEmployments(2)\n      firstGap.startDate shouldBe Some(TaxYear.current.starts)\n      firstGap.endDate shouldBe oneDayBefore(employmentWithoutStartDate.endDate)\n\n      secondGap.startDate shouldBe oneDayAfter(employmentWithoutStartDate.endDate)\n      secondGap.endDate shouldBe None\n    }\n\n    \"when original employment has no start date but has an end date, and the employment finishes at the end of the tax year\" in {\n      val employmentWithoutStartDate = liveEndYearEmployment.copy(startDate = None)\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentWithoutStartDate), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, true)\n\n      val gap = filledEmployments(1)\n      gap.startDate shouldBe Some(TaxYear.current.starts)\n      gap.endDate shouldBe oneDayBefore(employmentWithoutStartDate.endDate)\n    }\n\n    \"when original employment has no start date but has an end date, and the employment finishes on the first day of the tax year\" in {\n      val employmentWithoutStartDate = liveOngoingEmployment.copy(startDate = None, endDate = Some(TaxYear.current.starts))\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentWithoutStartDate), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, true)\n\n      val gap = filledEmployments(1)\n      gap.startDate shouldBe oneDayAfter(employmentWithoutStartDate.endDate)\n      gap.endDate shouldBe None\n    }\n\n    \"when original employment has no start date but has an end date, and there is another employment immediately afterwards\" in {\n      val employmentWithoutStartDate = liveMidYearEmployment.copy(startDate = None)\n      val subsequentEmployment = liveMidYearEmployment.copy(\n        startDate = oneDayAfter(liveMidYearEmployment.endDate),\n        endDate = None\n      )\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentWithoutStartDate, subsequentEmployment), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, true, false)\n\n      val gap = filledEmployments(1)\n      gap.startDate shouldBe Some(TaxYear.current.starts)\n      gap.endDate shouldBe oneDayBefore(employmentWithoutStartDate.endDate)\n    }\n\n    \"when original employment has no start date but has an end date, and there is another employment some days later\" in {\n      val employmentWithoutStartDate = liveMidYearEmployment.copy(startDate = None)\n      val subsequentEmployment = liveMidYearEmployment.copy(\n        startDate = liveMidYearEmployment.endDate.map(_.plusDays(3)),\n        endDate = None\n      )\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentWithoutStartDate, subsequentEmployment), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, true, true, false)\n\n      val firstGap = filledEmployments(1)\n      firstGap.startDate shouldBe Some(TaxYear.current.starts)\n      firstGap.endDate shouldBe oneDayBefore(employmentWithoutStartDate.endDate)\n\n      val secondGap = filledEmployments(2)\n      secondGap.startDate shouldBe oneDayAfter(employmentWithoutStartDate.endDate)\n      secondGap.endDate shouldBe oneDayBefore(subsequentEmployment.startDate)\n    }\n\n    \"when original employment has no start date but has an end date, and there is another employment immediately before (its end date)\" in {\n      val preceedingEmployment = liveMidYearEmployment.copy(\n        startDate = Some(TaxYear.current.starts),\n        endDate = oneDayBefore(liveMidYearEmployment.endDate)\n      )\n      val employmentWithoutStartDate = liveMidYearEmployment.copy(startDate = None)\n\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(preceedingEmployment, employmentWithoutStartDate), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, false, true)\n\n      val gap = filledEmployments(2)\n      gap.startDate shouldBe oneDayAfter(employmentWithoutStartDate.endDate)\n      gap.endDate shouldBe None\n    }\n\n    \"when original employment has no start date but has an end date, and there is another employment some days before (its end date)\" in {\n      val preceedingEmployment = liveMidYearEmployment.copy(\n        startDate = Some(TaxYear.current.starts),\n        endDate = liveMidYearEmployment.endDate.map(_.minusDays(3))\n      )\n      val employmentWithoutStartDate = liveMidYearEmployment.copy(startDate = None)\n\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(preceedingEmployment, employmentWithoutStartDate), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentWithoutStartDate\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, false, true, true)\n\n      val firstGap = filledEmployments(2)\n      firstGap.startDate shouldBe oneDayAfter(preceedingEmployment.endDate)\n      firstGap.endDate shouldBe oneDayBefore(employmentWithoutStartDate.endDate)\n\n      val secondGap = filledEmployments(3)\n      secondGap.startDate shouldBe oneDayAfter(employmentWithoutStartDate.endDate)\n      secondGap.endDate shouldBe None\n    }\n\n    \"when original employment has no start date and has no end date, and there are no other employments\" in {\n      val employmentNoDates = liveOngoingEmployment.copy(startDate = None, endDate = None)\n\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentNoDates), TaxYear.current)\n\n      filledEmployments shouldBe List(employmentNoDates)\n    }\n\n    \"when original employment has no start date and has no end date, and there is another employment\" in {\n      val employmentNoDates = liveOngoingEmployment.copy(startDate = None, endDate = None)\n\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employmentNoDates, liveMidYearEmployment), TaxYear.current)\n\n      val isOrderedFirstInList = filledEmployments.head == employmentNoDates\n      isOrderedFirstInList shouldBe true\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, false)\n    }\n\n    \"when there are two employments without start dates but with end dates\" in {\n      val employment1NoDates = liveOngoingEmployment.copy(startDate = None, endDate = None)\n      val employment2NoDates = liveOngoingEmployment.copy(startDate = None, endDate = None)\n\n      val filledEmployments = testEmploymentHistoryService.addFillers(List(employment1NoDates, employment2NoDates), TaxYear.current)\n\n      filledEmployments map isNoRecordEmployment shouldBe Seq(false, false)\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/helpers\/EmploymentMatchingHelper.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helpers\n\nimport uk.gov.hmrc.tai.model.rti.RtiEmployment\nimport uk.gov.hmrc.taxhistory.model.nps.NpsEmployment\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\n\nobject EmploymentMatchingHelper extends TaxHistoryHelper with Logging {\n\n  private def hasSameSequenceNo(nps: NpsEmployment, rti: RtiEmployment): Boolean =\n    nps.sequenceNumber == rti.sequenceNo\n\n  private def matchEmploymentsFromSameEmployerSamePayrollId(optPayrollId: Option[String],\n                                                            npsWithSamePayrollId: List[NpsEmployment],\n                                                            rtiWithSamePayrollId: List[RtiEmployment]): Map[NpsEmployment, RtiEmployment] = {\n    val isPayrollIdPresent = optPayrollId.isDefined\n    val hasOnlyOneEmployment = npsWithSamePayrollId.length == 1 && rtiWithSamePayrollId.length == 1\n\n    if(!isPayrollIdPresent) logger.warn(\"worksNumber\/currentPayId is missing - will rely on sequenceNumber to match.\")\n\n    (for {\n      nps <- npsWithSamePayrollId\n      rti <- rtiWithSamePayrollId\n      if (isPayrollIdPresent && hasOnlyOneEmployment) || hasSameSequenceNo(nps, rti)\n    } yield nps -> rti).toMap\n  }\n\n  private def matchEmploymentsFromSameEmployer(npsSameEmployer: List[NpsEmployment],\n                                               rtiSameEmployer: List[RtiEmployment]): Map[NpsEmployment, RtiEmployment] = {\n    if (npsSameEmployer.length == 1 && rtiSameEmployer.length == 1) {\n      Map(npsSameEmployer.head -> rtiSameEmployer.head)\n    }\n    else {\n      val npsByPayrollId: Map[Option[String], List[NpsEmployment]] = npsSameEmployer.groupBy(_.worksNumber)\n      val rtiByPayrollId: Map[Option[String], List[RtiEmployment]] = rtiSameEmployer.groupBy(_.currentPayId)\n\n      npsByPayrollId.flatMap { case (optPayrollId, npsWithSamePayrollId) =>\n        val optRtiWithSamePayrollId = rtiByPayrollId.get(optPayrollId)\n\n        optRtiWithSamePayrollId match {\n          case Some(rtiSamePayrollId) => \/\/ 1 or more RTI employments have the same payroll ID\n            matchEmploymentsFromSameEmployerSamePayrollId(optPayrollId, npsWithSamePayrollId, rtiSamePayrollId)\n          case None => Map.empty[NpsEmployment, RtiEmployment] \/\/ No RTI employments have same payroll ID\n        }\n      }\n    }\n  }\n\n  def matchEmployments(npsEmployments: List[NpsEmployment], rtiEmployments: List[RtiEmployment]): Map[NpsEmployment, RtiEmployment] = {\n    val npsByEmployer: Map[(String, String), List[NpsEmployment]] = npsEmployments.groupBy(nps => (nps.taxDistrictNumber, nps.payeNumber))\n    val rtiByEmployer: Map[(String, String), List[RtiEmployment]] = rtiEmployments.groupBy(rti => (rti.officeNumber, rti.payeRef))\n\n    npsByEmployer.collect {\n      case (employerKey, npsSameEmployer) =>\n        rtiByEmployer.get(employerKey) match {\n          case Some(rtiSameEmployer) => matchEmploymentsFromSameEmployer(npsSameEmployer, rtiSameEmployer)\n          case None => Map.empty[NpsEmployment, RtiEmployment]\n        }\n    }.flatten.toMap\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestEmploymentHistoryService.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestEmploymentHistoryService.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport uk.gov.hmrc.taxhistory.auditable.Auditable\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.connectors.{DesNpsConnector, RtiConnector}\nimport uk.gov.hmrc.taxhistory.services.EmploymentHistoryService\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject TestEmploymentHistoryService extends MockitoSugar  {\n\n  val mockAppConfig: AppConfig = mock[AppConfig]\n  when(mockAppConfig.currentYearFlag).thenReturn(true)\n\n  def createNew(): EmploymentHistoryService =\n    new EmploymentHistoryService(\n      desNpsConnector = mock[DesNpsConnector],\n      rtiConnector = mock[RtiConnector],\n      cacheService = TestPayeCacheService(),\n      auditable = mock[Auditable],\n      config = mockAppConfig\n    )\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/helper\/EmploymentHistoryServiceHelperSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helper\n\nimport org.joda.time.LocalDate\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.model.api.EmploymentPaymentType.{JobseekersAllowance, OccupationalPension, StatePensionLumpSum}\nimport uk.gov.hmrc.taxhistory.model.api._\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.nps._\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.helpers.EmploymentHistoryServiceHelper\n\nclass EmploymentHistoryServiceHelperSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n  val npsEmploymentResponseWithTaxDistrictNumber: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 6, \"0531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n      otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n  val testTaxCode = \"1150L\"\n  lazy val testRtiData: RtiData = loadFile(\"\/json\/rti\/response\/dummyRti.json\").as[RtiData]\n  lazy val testIabds: List[Iabd] = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n\n  lazy val testIncomeSource = IncomeSource(1, 1, None, Nil, Nil, testTaxCode, None, 1, \"\")\n\n  val startDate = new LocalDate(\"2015-01-21\")\n  lazy val employment1 = Employment(payeReference = \"1234\",\n    startDate = Some(new LocalDate(\"2016-10-20\")),\n    employerName = \"AnEmployerName\",\n    employmentStatus = EmploymentStatus.Live, worksNumber = \"00191048716\")\n\n  lazy val employment2 = Employment(payeReference = \"4321\",\n    startDate = Some(new LocalDate(\"2015-12-01\")),\n    employerName = \"AnotherEmployerName\",\n    employmentStatus = EmploymentStatus.Live, worksNumber = \"00191048716\")\n\n  lazy val taxAccount = TaxAccount(\n    underpaymentAmount = Some(BigDecimal(11.11)),\n    outstandingDebtRestriction = Some(BigDecimal(22.22)),\n    actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(33.33)))\n\n  lazy val companyBenefit = CompanyBenefit(iabdType = \"type\",\n    amount = BigDecimal(123.00))\n\n  lazy val payAndTax = PayAndTax(\n    taxablePayTotal = Some(BigDecimal(2222.22)),\n    taxablePayTotalIncludingEYU = Some(BigDecimal(2222.22)),\n    taxTotal = Some(BigDecimal(111.11)),\n    taxTotalIncludingEYU = Some(BigDecimal(111.11)),\n    earlierYearUpdates = Nil)\n\n  lazy val payAsYouEarn1 = PayAsYouEarn(\n    employments = List(employment1),\n    allowances = Nil,\n    incomeSources = Map(employment1.employmentId.toString -> testIncomeSource),\n    benefits = Map(employment1.employmentId.toString -> List(companyBenefit)),\n    payAndTax = Map(employment1.employmentId.toString -> payAndTax),\n    taxAccount = None)\n\n  lazy val payAsYouEarn2 = PayAsYouEarn(\n    employments = List(employment2),\n    allowances = Nil,\n    incomeSources = Map(employment2.employmentId.toString -> testIncomeSource),\n    benefits = Map(employment2.employmentId.toString -> List(companyBenefit)),\n    payAndTax = Map(employment2.employmentId.toString -> payAndTax),\n    taxAccount = Some(taxAccount))\n\n  \"EmploymentHistoryServiceHelper\" should {\n    \"merge from two payAsYouEarn objects into one\" in {\n      val merged = EmploymentHistoryServiceHelper.combinePAYEs(List(payAsYouEarn1, payAsYouEarn2)).copy(allowances = Nil, taxAccount = Some(taxAccount))\n      merged.employments.size mustBe 2\n      merged.employments must contain(employment1)\n      merged.employments must contain(employment2)\n\n      merged.allowances.size mustBe 0\n      merged.allowances mustBe Nil\n\n      merged.benefits.size mustBe 2\n      val Some(benefits1) = merged.benefits.get(employment1.employmentId.toString)\n      benefits1.size mustBe 1\n      benefits1 must contain(companyBenefit)\n\n      val Some(benefits2) = merged.benefits.get(employment2.employmentId.toString)\n      benefits2.size mustBe 1\n      benefits2 must contain(companyBenefit)\n\n      merged.incomeSources.size mustBe 2\n      val Some(incomeSources1) = merged.incomeSources.get(employment1.employmentId.toString)\n      incomeSources1 must be(testIncomeSource)\n\n      val Some(incomeSources2) = merged.incomeSources.get(employment2.employmentId.toString)\n      incomeSources2 must be(testIncomeSource)\n\n      merged.payAndTax.size mustBe 2\n      val Some(payAndTax1) = merged.payAndTax.get(employment1.employmentId.toString)\n      payAndTax1 mustBe payAndTax\n\n      val Some(payAndTax2) = merged.payAndTax.get(employment2.employmentId.toString)\n      payAndTax2 mustBe payAndTax\n\n      val mergedTaxAccount = merged.taxAccount.get\n      mergedTaxAccount.underpaymentAmount mustBe taxAccount.underpaymentAmount\n      mergedTaxAccount.actualPUPCodedInCYPlusOneTaxYear mustBe taxAccount.actualPUPCodedInCYPlusOneTaxYear\n      mergedTaxAccount.outstandingDebtRestriction mustBe taxAccount.outstandingDebtRestriction\n    }\n\n    \"merge from one payAsYouEarn objects into one\" in {\n      val merged = EmploymentHistoryServiceHelper.combinePAYEs(List(payAsYouEarn1)).copy(allowances = Nil, taxAccount = None)\n      merged.employments.size mustBe 1\n      merged.employments must contain(employment1)\n\n      merged.allowances.size mustBe 0\n      merged.allowances mustBe Nil\n\n      merged.benefits.size mustBe 1\n      val Some(benefits1) = merged.benefits.get(employment1.employmentId.toString)\n      benefits1.size mustBe 1\n      benefits1 must contain(companyBenefit)\n\n      merged.incomeSources.size mustBe 1\n      val Some(incomeSources1) = merged.incomeSources.get(employment1.employmentId.toString)\n      incomeSources1 must be(testIncomeSource)\n\n      merged.payAndTax.size mustBe 1\n      val Some(payAndTax1) = merged.payAndTax.get(employment1.employmentId.toString)\n      payAndTax1 mustBe payAndTax\n\n      merged.taxAccount mustBe None\n    }\n\n    \"Build pay as you earn using empty tax account\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(None, Nil, Some(testIncomeSource), npsEmployments.head)\n      payAsYouEarn.taxAccount mustBe None\n    }\n\n    \"Build employment1 from rti, nps employment1, Iabd and income source data\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, testIabds, Some(testIncomeSource), npsEmployments.head)\n      val employment = payAsYouEarn.employments.head\n      employment.employerName mustBe \"Aldi\"\n      employment.payeReference mustBe \"0531\/J4816\"\n      val Some(payAndTax) = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      payAndTax.taxablePayTotal mustBe Some(BigDecimal.valueOf(20000.00))\n      payAndTax.taxTotal mustBe Some(BigDecimal.valueOf(1880.00))\n      payAndTax.earlierYearUpdates.size mustBe 1\n      payAsYouEarn.employments.head.startDate mustBe Some(startDate)\n      payAsYouEarn.employments.head.endDate mustBe None\n      payAsYouEarn.incomeSources.head._2 must be(testIncomeSource)\n      val Some(companyBenefits) = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      companyBenefits.size mustBe 9\n    }\n\n    \"Build employment1 when there is no  data for rti, Iabd and income source\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(None, Nil, None, npsEmployments.head)\n      val employment = payAsYouEarn.employments.head\n      employment.employerName mustBe \"Aldi\"\n      employment.payeReference mustBe \"0531\/J4816\"\n      employment.startDate mustBe Some(startDate)\n      employment.endDate mustBe None\n      val payAndTax = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      payAndTax mustBe None\n      val companyBenefits = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      companyBenefits mustBe None\n      payAsYouEarn.incomeSources.isEmpty mustBe true\n\n    }\n    \"Build employment1 when there is data for rti is Nil\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(None, testIabds, Some(testIncomeSource), npsEmployments.head)\n      val employment = payAsYouEarn.employments.head\n      employment.employerName mustBe \"Aldi\"\n      employment.payeReference mustBe \"0531\/J4816\"\n      employment.startDate mustBe Some(startDate)\n      employment.endDate mustBe None\n      val payAndTax = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      payAndTax mustBe None\n      val companyBenefits = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      companyBenefits.get.size mustBe 9\n    }\n\n    \"Build employment1 when there is data for Iabd is None or Null\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployments.head)\n      val employment = payAsYouEarn.employments.head\n      employment.employerName mustBe \"Aldi\"\n      employment.payeReference mustBe \"0531\/J4816\"\n      employment.startDate mustBe Some(startDate)\n      employment.endDate mustBe None\n      val payAndTax = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      payAndTax.get.taxablePayTotal mustBe Some(BigDecimal.valueOf(20000.00))\n      payAndTax.get.taxTotal mustBe Some(BigDecimal.valueOf(1880.00))\n      payAndTax.get.earlierYearUpdates.size mustBe 1\n      val companyBenefits = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      companyBenefits mustBe None\n    }\n\n    \"Build employment1 when there is no data for Iabd\" in {\n      val npsEmployments = npsEmploymentResponseWithTaxDistrictNumber\n\n      val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployments.head)\n      val employment = payAsYouEarn.employments.head\n      employment.employerName mustBe \"Aldi\"\n      employment.payeReference mustBe \"0531\/J4816\"\n      employment.startDate mustBe Some(startDate)\n      employment.endDate mustBe None\n      val payAndTax = payAsYouEarn.payAndTax.get(employment.employmentId.toString)\n      payAndTax.get.taxablePayTotal mustBe Some(BigDecimal.valueOf(20000.00))\n      payAndTax.get.taxTotal mustBe Some(BigDecimal.valueOf(1880.00))\n      payAndTax.get.earlierYearUpdates.size mustBe 1\n      val companyBenefits = payAsYouEarn.benefits.get(employment.employmentId.toString)\n      companyBenefits mustBe None\n    }\n\n    \"Employments employmentPaymentType is determined from the NPS employment's properties\" when {\n      \"NPS employment has receivingJobseekersAllowance flag set to true\" in {\n        val npsEmployment = npsEmploymentResponseWithTaxDistrictNumber.head.copy(receivingJobSeekersAllowance = true)\n        val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployment)\n        payAsYouEarn.employments.head.employmentPaymentType mustBe Some(JobseekersAllowance)\n\n      }\n      \"NPS employment has receivingOccupantionalPension flag set to true\" in {\n        val npsEmployment = npsEmploymentResponseWithTaxDistrictNumber.head.copy(receivingOccupationalPension = true)\n        val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployment)\n        payAsYouEarn.employments.head.employmentPaymentType mustBe Some(OccupationalPension)\n      }\n      \"NPS employment has a recognised PAYE reference\" in {\n        val npsEmployment = npsEmploymentResponseWithTaxDistrictNumber.head.copy(taxDistrictNumber = \"267\", payeNumber = \"LS500\")\n        val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployment)\n        payAsYouEarn.employments.head.employmentPaymentType mustBe Some(StatePensionLumpSum)\n      }\n\n      \"NPS employment has a recognised PAYE reference which is a Jobseekers allowance PAYE reference\" in {\n        val npsEmployment = npsEmploymentResponseWithTaxDistrictNumber.head.copy(taxDistrictNumber = \"475\", payeNumber = \"BB00987\")\n        val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployment)\n        payAsYouEarn.employments.head.employmentPaymentType mustBe Some(JobseekersAllowance)\n      }\n\n      \"NPS employment has no properties that signal a special employment type\" in {\n        val npsEmployment = npsEmploymentResponseWithTaxDistrictNumber.head\n        val payAsYouEarn = EmploymentHistoryServiceHelper.buildPAYE(testRtiData.employments.headOption, Nil, Some(testIncomeSource), npsEmployment)\n        payAsYouEarn.employments.head.employmentPaymentType mustBe None\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/PayAndTaxServiceSpec.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/services\/PayAndTaxServiceSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.when\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatestplus.mockito.MockitoSugar\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.model.api.{PayAndTax, PayAsYouEarn}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.nps.{Iabd, NpsEmployment, NpsTaxAccount}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.utils.TestEmploymentHistoryService\nimport uk.gov.hmrc.time.TaxYear\n\nimport java.util.UUID\nimport scala.concurrent.Future\n\n\nclass PayAndTaxServiceSpec extends AnyWordSpecLike with Matchers with OptionValues with ScalaFutures with MockitoSugar with TestUtil {\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  val testNino: Nino = randomNino()\n\n  val testEmploymentHistoryService: EmploymentHistoryService = TestEmploymentHistoryService.createNew()\n\n  val npsEmploymentResponse: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n      otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n\n  lazy val iabdsResponse: List[Iabd] = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n\n  lazy val rtiEmploymentResponse: RtiData = loadFile(\"\/json\/rti\/response\/dummyRti.json\").as[RtiData]\n\n  lazy val testNpsTaxAccount: NpsTaxAccount = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\").as[NpsTaxAccount]\n\n  \"PayAndTax\" should {\n    \"successfully populated from rti\" in {\n      when(testEmploymentHistoryService.desNpsConnector.getEmployments(any(), any()))\n        .thenReturn(Future.successful(npsEmploymentResponse))\n      when(testEmploymentHistoryService.desNpsConnector.getIabds(any(), any()))\n        .thenReturn(Future.successful(iabdsResponse))\n      when(testEmploymentHistoryService.rtiConnector.getRTIEmployments(any(), any()))\n        .thenReturn(Future.successful(Some(rtiEmploymentResponse)))\n      when(testEmploymentHistoryService.desNpsConnector.getTaxAccount(any(), any()))\n        .thenReturn(Future.successful(Some(testNpsTaxAccount)))\n      val payAsYouEarn = testEmploymentHistoryService.retrieveAndBuildPaye(testNino, TaxYear(2016)).futureValue\n\n      val payAndTax = payAsYouEarn.payAndTax\n      payAndTax.size shouldBe 1\n    }\n\n    \"successfully retrieve payAndTaxURI from cache\" in {\n      lazy val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n      val testPayAndTax = Some(PayAndTax(\n        payAndTaxId = UUID.fromString(\"2e2abe0a-8c4f-49fc-bdd2-cc13054e7172\"),\n        taxablePayTotal = Some(2222.22),\n        taxablePayTotalIncludingEYU = Some(2222.23),\n        taxTotal = Some(111.11),\n        taxTotalIncludingEYU = Some(111.12),\n        studentLoan = Some(333.33),\n        paymentDate = Some(new LocalDate(\"2016-02-20\")),\n        earlierYearUpdates = List())\n      )\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye)\n\n      val payAndTax = testEmploymentHistoryService.getPayAndTax(Nino(\"AA000000A\"), TaxYear(2014), \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\").futureValue\n      payAndTax shouldBe testPayAndTax\n    }\n  }\n\n  \"getAllPayAndTax\" should {\n    \"successfully retrieve all data from cache\" in {\n      lazy val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n      val testPayAndTaxList = Map(\"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\" ->\n        PayAndTax(\n          payAndTaxId = UUID.fromString(\"2e2abe0a-8c4f-49fc-bdd2-cc13054e7172\"),\n          taxablePayTotal = Some(2222.22),\n          taxablePayTotalIncludingEYU = Some(2222.23),\n          taxTotal = Some(111.11),\n          taxTotalIncludingEYU = Some(111.12),\n          studentLoan = Some(333.33),\n          paymentDate = Some(new LocalDate(\"2016-02-20\")),\n          earlierYearUpdates = List()\n        )\n      )\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye)\n\n      val payAndTax: Map[String, PayAndTax] = testEmploymentHistoryService.getAllPayAndTax(Nino(\"AA000000A\"), TaxYear(2014)).futureValue\n      payAndTax shouldBe testPayAndTaxList\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestUtil.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.utils\n\n\nimport org.joda.time.LocalDate\nimport play.api.libs.json.{JsValue, Json}\nimport uk.gov.hmrc.domain.{Generator, Nino}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.annotation.tailrec\nimport scala.io.Source\nimport scala.util.Random\n\ntrait TestUtil {\n\n  val randomNino = () => Nino(new Generator(new Random()).nextNino.value.replaceFirst(\"MA\", \"AA\"))\n\n  def loadFile(path:String): JsValue = {\n    val jsonString = Source.fromURL(getClass.getResource(path)).mkString\n    Json.parse(jsonString)\n  }\n\n  def loadFile(path:String, placeholders: Seq[PlaceHolder]): JsValue = {\n    val jsonStringWithPlaceholders = Source.fromURL(getClass.getResource(path)).mkString\n    val jsonString = replacePlaceholder(jsonStringWithPlaceholders, placeholders)\n    Json.parse(jsonString)\n  }\n\n  @tailrec\n  private def replacePlaceholder(string: String, pHs: Seq[PlaceHolder]): String =\n    if (pHs.nonEmpty) replacePlaceholder(string.replaceAllLiterally(pHs.head.regex, pHs.head.newValue), pHs.tail) else string\n\n  def locaDateCy (mm: String, dd: String): LocalDate = localDateInTaxYear(TaxYear.current, mm, dd)\n\n  def locaDateCyMinus1 (mm: String, dd: String): LocalDate = localDateInTaxYear(TaxYear.current.previous, mm, dd)\n\n  private def localDateInTaxYear (taxYear: TaxYear, mm: String, dd: String): LocalDate = {\n    val startYear = new LocalDate(s\"${taxYear.startYear}-$mm-$dd\")\n    val endYear = new LocalDate(s\"${taxYear.finishYear}-$mm-$dd\")\n    if (TaxYear.taxYearFor(startYear) == taxYear) startYear else endYear\n  }\n\n  val config: Map[String, Any] = Map(\n    \"appName\" -> \"appName\",\n    \"mongoExpiry\" -> (60 * 30),\n    \"desEnv\" -> \"local\",\n    \"desAuth\" -> \"local\",\n    \"mongoName\" -> \"mongodb.name\",\n    \"currentYearFlag\" -> true,\n    \"featureFlags.currentYearFlag\" -> true,\n    \"statePensionFlag\" -> true,\n    \"jobSeekersAllowanceFlag\" -> true,\n    \"desBaseUrl\" -> \"http:\/\/localhost:9998\",\n    \"citizenDetailsBaseUrl\" -> \"citizen-details\",\n    \"microservice.services.des.authorizationToken\" -> \"local\",\n    \"microservice.services.des.env\" -> \"local\"\n  )\n\n}\n\ncase class PlaceHolder(regex: String, newValue: String)"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/AllowanceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.{JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass AllowanceSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val allowanceJson: JsValue = loadFile(\"\/json\/model\/api\/allowance.json\")\n  lazy val allowanceListJson: JsValue = loadFile(\"\/json\/model\/api\/allowances.json\")\n\n  lazy val allowance1: Allowance = Allowance(allowanceId = UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"),\n                                  iabdType = \"allowanceType\",\n                                  amount = BigDecimal(12.00))\n\n  lazy val allowanceList = List(allowance1)\n\n  \"Allowance\" should {\n    \"transform into Json from object correctly \" in {\n      Json.toJson(allowance1) shouldBe allowanceJson\n    }\n    \"transform into object from json correctly \" in {\n      allowanceJson.as[Allowance] shouldBe allowance1\n    }\n    \"generate allowanceId when none is supplied\" in {\n      val allowance = Allowance(iabdType = \"otherAllowanceType\", amount = BigDecimal(10.00))\n      allowance.allowanceId.toString.nonEmpty shouldBe true\n      allowance.allowanceId shouldNot be(allowance1.allowanceId)\n    }\n    \"transform into Json from object list correctly \" in {\n      Json.toJson(allowanceList) shouldBe allowanceListJson\n    }\n    \"transform into object list from json correctly \" in {\n      allowanceListJson.as[List[Allowance]] shouldBe allowanceList\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/controllers\/IndividualTaxYearController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.mvc.{Action, AnyContent, ControllerComponents, Result}\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.auditable.Auditable\nimport uk.gov.hmrc.taxhistory.model.audit.{AgentViewedClient, AgentViewedClientEvent, DataEventDetail}\nimport uk.gov.hmrc.taxhistory.services.{EmploymentHistoryService, RelationshipAuthService}\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass IndividualTaxYearController @Inject()(val employmentHistoryService: EmploymentHistoryService,\n                                            val relationshipAuthService: RelationshipAuthService,\n                                            val auditable: Auditable,\n                                            val cc: ControllerComponents)(implicit val ec: ExecutionContext) extends TaxHistoryController(cc) with Logging {\n\n  def getTaxYears(nino: String): Action[AnyContent] = Action.async { implicit request =>\n    relationshipAuthService.withAuthorisedRelationship(Nino(nino)) { arn =>\n      retrieveTaxYears(Nino(nino), arn)\n    }\n  }\n\n  private def retrieveTaxYears(nino: Nino, arn: Arn)(implicit hc: HeaderCarrier): Future[Result] = {\n    val taxYears = employmentHistoryService.getTaxYears(nino)\n    taxYears.onComplete { _ =>\n      auditable.sendDataEvent(transactionName = AgentViewedClient,\n        path = \"\/tax-history\/select-tax-year\",\n        detail = DataEventDetail(Map(\"agentReferenceNumber\" -> arn.value, \"nino\" -> nino.value)),\n        eventType = AgentViewedClientEvent\n      )\n    }\n    toResult(taxYears)\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/helpers\/IabdsOps.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helpers\n\nimport uk.gov.hmrc.taxhistory.model.api.{Allowance, CompanyBenefit}\nimport uk.gov.hmrc.taxhistory.model.nps._\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\n\/**\n  * Enriches a `List[Iabd]` with various convenience methods.\n  *\/\nobject IabdsOps {\n\n  implicit class IabdListOps(val iabds: List[Iabd]) extends TaxHistoryHelper with Logging {\n\n    def matchedCompanyBenefits(npsEmployment: NpsEmployment):List[Iabd] = iabds.filter { iabd =>\n      iabd.`type`.isInstanceOf[CompanyBenefits] &&\n        iabd.employmentSequenceNumber.contains(npsEmployment.sequenceNumber)\n    }\n\n    def companyBenefits: List[CompanyBenefit] = {\n\n      def convertToCompanyBenefits(iabds: List[Iabd]): List[CompanyBenefit] = {\n        iabds.map { iabd =>\n          CompanyBenefit(\n            amount = iabd.grossAmount.getOrElse(BigDecimal(0)),\n            iabdType = iabd.`type`.toString,\n            source = iabd.source\n          )\n        }\n      }\n\n      if (isTotalBenefitInKind) {\n        convertToCompanyBenefits(this.iabds)\n      } else {\n        convertToCompanyBenefits(iabds.filter { iabd =>\n          !iabd.`type`.isInstanceOf[TotalBenefitInKind.type]\n        })\n      }\n    }\n\n\n    \/**\n      * Returns true if there is one single benefit in kind and its type is [[TotalBenefitInKind]].\n      *\/\n    def isTotalBenefitInKind: Boolean = {\n      val benefitsInKind = iabds.map(_.`type`).filter {\n        case _: BenefitInKind => true\n        case _ => false\n      }\n      benefitsInKind == TotalBenefitInKind :: Nil\n    }\n\n    def allowances: List[Allowance] = iabds.collect {\n      case iabd if iabd.`type`.isInstanceOf[Allowances] =>\n        Allowance(\n          amount = iabd.grossAmount.getOrElse(BigDecimal(0)),\n          iabdType = iabd.`type`.toString\n        )\n    }\n  }\n\n\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/controllers\/PayAsYouEarnControllerSpec.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/controllers\/PayAsYouEarnControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.libs.json.Json\nimport play.api.mvc._\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.connectors.CitizenDetailsConnector\nimport uk.gov.hmrc.taxhistory.model.api.PayAsYouEarn\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.{EmploymentHistoryService, SaAuthService}\nimport uk.gov.hmrc.taxhistory.utils.{HttpErrors, TestSaAuthService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport java.util.UUID\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass PayAsYouEarnControllerSpec extends PlaySpec with GuiceOneServerPerSuite with MockitoSugar with TestUtil with BeforeAndAfterEach {\n\n  val cc: ControllerComponents = stubControllerComponents()\n  implicit val executionContext: ExecutionContext = cc.executionContext\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  val testSaAuthService: TestSaAuthService = TestSaAuthService()\n\n  val mockCitizenDetailsConnector: CitizenDetailsConnector = mock[CitizenDetailsConnector]\n  val mockEmploymentHistoryService: EmploymentHistoryService = mock[EmploymentHistoryService]\n  val mockAuthConnector: AuthConnector = mock[AuthConnector]\n  val mockSaAuthService: SaAuthService = mock[SaAuthService]\n\n  val testEmploymentId: UUID = testSaAuthService.testEmploymentId\n  val testStartDate: LocalDate = testSaAuthService.testStartDate\n  val testPaye: PayAsYouEarn = testSaAuthService.testPaye\n  val validNino: Nino = testSaAuthService.validNino\n  val unauthorisedNino: Nino = testSaAuthService.unauthorisedNino\n  val forbiddenNino: Nino = testSaAuthService.forbiddenNino\n\n  override def beforeEach: Unit = {\n    reset(mockEmploymentHistoryService)\n  }\n\n  val testCtrlr = new PayAsYouEarnController(mockEmploymentHistoryService, testSaAuthService, cc)\n\n  def withSuccessfulGetFromCache(testCode: => Any): Unit = {\n    when(mockEmploymentHistoryService.getFromCache(any(), any())(any[HeaderCarrier]))\n      .thenReturn(Future.successful(testPaye))\n    testCode\n  }\n\n  def withFailedGetFromCache(httpException: Exception)(testCode: => Any): Unit = {\n    def apply(testCode: => Any) = {\n      when(mockEmploymentHistoryService.getFromCache(meq(unauthorisedNino), any())(any[HeaderCarrier]))\n        .thenReturn(Future.failed(httpException))\n\n      testCode\n    }\n  }\n\n  \"getAllDetails\" must {\n\n    \"secure access via the SaAuthorisationService\" when {\n      \"not logged in\" in {\n        {\n          val result = testCtrlr.getPayAsYouEarn(unauthorisedNino, TaxYear(2016)).apply(FakeRequest())\n          status(result) must be(UNAUTHORIZED)\n\n          \/\/verify(mockSaAuthService).saAuthValidator\n          verifyNoInteractions(mockEmploymentHistoryService)\n        }\n      }\n\n      \"not authorised to access the nino\" in {\n        {\n          val result = testCtrlr.getPayAsYouEarn(forbiddenNino, TaxYear(2016)).apply(FakeRequest())\n          status(result) must be(FORBIDDEN)\n\n          \/\/verify(mockSaAuthService).saAuthValidator\n          verifyNoInteractions(mockEmploymentHistoryService)\n        }\n      }\n\n      \"logged in and authorised to access the nino\" in {\n        val result = testCtrlr.getPayAsYouEarn(validNino, TaxYear(2016)).apply(FakeRequest())\n        status(result) must be(OK)\n\n        \/\/verify(mockSaAuthService).saAuthValidator\n      }\n    }\n\n    \"respond with OK for successful get\" in {\n      {\n        withSuccessfulGetFromCache {\n          val result = testCtrlr.getPayAsYouEarn(validNino, TaxYear(2016)).apply(FakeRequest())\n          status(result) must be(OK)\n        }\n      }\n    }\n\n    \"respond with json serialised PayAsYouEarn\" in {\n      {\n        withSuccessfulGetFromCache {\n          val result = testCtrlr.getPayAsYouEarn(validNino, TaxYear(2016)).apply(FakeRequest())\n          contentAsJson(result) must be(Json.parse(\n            s\"\"\"\n               |{\n               |  \"employments\" : [\n               |    {\n               |      \"employmentId\":\"${testEmploymentId.toString}\",\n               |      \"startDate\":\"${testStartDate.toString}\",\n               |      \"payeReference\":\"SOME_PAYE\",\n               |      \"employerName\":\"<NAME>\",\n               |      \"employmentStatus\":1,\n               |      \"worksNumber\":\"00191048716\"\n               |    }\n               |  ],\n               |  \"allowances\" : [],\n               |  \"incomeSources\" : {},\n               |  \"benefits\" : {},\n               |  \"payAndTax\" : {}\n               |}\n          \"\"\".stripMargin))\n        }\n      }\n    }\n\n    HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n      s\"propagate error responses from upstream microservices: when exception is ${httpException.getClass.getSimpleName} and expected status is $expectedStatus\" in {\n        {\n          withFailedGetFromCache(httpException) {\n            val result = testCtrlr.getPayAsYouEarn(validNino, TaxYear(2015)).apply(FakeRequest())\n            status(result) must be(expectedStatus)\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/helper\/HelperTestData.scala","text":"<filename>test\/uk\/gov\/hmrc\/taxhistory\/services\/helper\/HelperTestData.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helper\n\nimport org.joda.time.LocalDate\nimport uk.gov.hmrc.tai.model.rti.{RtiEmployment, RtiPayment}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Ceased\nimport uk.gov.hmrc.taxhistory.model.nps.NpsEmployment\n\nobject HelperTestData {\n\n  def rti(payeRef: String = \"U313\", officeNumber: String = \"951\", currentPayId:Option[String], seq: Int)  = RtiEmployment(\n    payeRef = payeRef,\n    officeNumber = officeNumber,\n    currentPayId = currentPayId,\n    sequenceNo = seq,\n    payments = List(\n      RtiPayment(\n        paidOnDate = LocalDate.parse(\"2014-04-28\"),\n        taxablePayYTD = BigDecimal(\"760.00\"),\n        totalTaxYTD = BigDecimal(\"152.00\"),\n        studentLoansYTD = Some(BigDecimal(\"0.00\"))\n      ),\n      RtiPayment(\n        paidOnDate = LocalDate.parse(\"2014-05-28\"),\n        taxablePayYTD = BigDecimal(\"760.00\"),\n        totalTaxYTD = BigDecimal(\"152.00\"),\n        studentLoansYTD = Some(BigDecimal(\"0.00\"))\n      ),\n      RtiPayment(\n        paidOnDate = LocalDate.parse(\"2014-06-28\"),\n        taxablePayYTD = BigDecimal(\"1520.00\"),\n        totalTaxYTD = BigDecimal(\"304.00\"),\n        studentLoansYTD = None\n      ),\n      RtiPayment(\n        paidOnDate = LocalDate.parse(\"2014-07-28\"),\n        taxablePayYTD = BigDecimal(\"1520.00\"),\n        totalTaxYTD = BigDecimal(\"304.00\"),\n        studentLoansYTD = None\n      )\n    ),\n    earlierYearUpdates = Nil\n  )\n\n  def nps(payeNumber: String = \"U313\", taxDistrictNumber: String = \"951\", worksNumber: Option[String], seq: Int) = NpsEmployment(\n    payeNumber = payeNumber,\n    taxDistrictNumber = taxDistrictNumber,\n    worksNumber = worksNumber,\n    sequenceNumber = seq,\n    nino = \"AA000000A\",\n    employerName = s\"Employer $payeNumber\",\n    receivingJobSeekersAllowance = false,\n    otherIncomeSourceIndicator = false,\n    startDate = Some(LocalDate.parse(\"2014-04-28\")),\n    endDate = Some(LocalDate.parse(\"2014-07-28\")),\n    receivingOccupationalPension = false,\n    employmentStatus = Ceased\n  )\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsEmploymentSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport org.joda.time.LocalDate\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.{JsNull, JsObject, JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass NpsEmploymentSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val employmentsResponse: JsValue = loadFile(\"\/json\/nps\/response\/employments.json\")\n\n  val employmentResponse: String =\n    \"\"\" {\n      |    \"nino\": \"AA000000\",\n      |    \"sequenceNumber\": 6,\n      |    \"employmentStatus\": 1,\n      |    \"worksNumber\": \"00191048716\",\n      |    \"taxDistrictNumber\": \"846\",\n      |    \"payeNumber\": \"T2PP\",\n      |    \"employerName\": \"Aldi\",\n      |    \"receivingJobseekersAllowance\" : true,\n      |    \"otherIncomeSourceIndicator\": true,\n      |    \"receivingOccupationalPension\": true,\n      |    \"startDate\": \"21\/01\/2015\",\n      |    \"endDate\": \"08\/01\/2016\"\n      |    }\n    \"\"\".stripMargin\n\n  val startDate = new LocalDate(\"2015-01-21\")\n  val endDate = new LocalDate(\"2016-01-08\")\n\n  \"NpsEmployment\" should {\n    \"transform Nps Employment Response Json correctly to Employment Model \" in {\n      val employment = Json.parse(employmentResponse).as[NpsEmployment]\n      employment shouldBe a[NpsEmployment]\n      employment.nino shouldBe \"AA000000\"\n      employment.sequenceNumber shouldBe 6\n      employment.worksNumber shouldBe Some(\"00191048716\")\n      employment.taxDistrictNumber shouldBe \"846\"\n      employment.payeNumber shouldBe \"T2PP\"\n      employment.employerName shouldBe \"Aldi\"\n      employment.receivingJobSeekersAllowance shouldBe true\n      employment.receivingOccupationalPension shouldBe true\n      employment.otherIncomeSourceIndicator shouldBe true\n      employment.startDate shouldBe Some(startDate)\n      employment.endDate shouldBe Some(endDate)\n      employment.employmentStatus shouldBe EmploymentStatus.Live\n    }\n\n    \"create an NpsEmployment with a 3 digit taxDistrictNumber when the Json response has a 2 digit taxDistrictNumber\" in {\n      val employmentResponse: String =\n        \"\"\" {\n          |    \"nino\": \"AA000000\",\n          |    \"sequenceNumber\": 6,\n          |    \"employmentStatus\": 1,\n          |    \"worksNumber\": \"00191048716\",\n          |    \"taxDistrictNumber\": \"46\",\n          |    \"payeNumber\": \"T2PP\",\n          |    \"employerName\": \"Aldi\",\n          |    \"receivingJobseekersAllowance\" : true,\n          |    \"otherIncomeSourceIndicator\": true,\n          |    \"receivingOccupationalPension\": true,\n          |    \"startDate\": \"21\/01\/2015\",\n          |    \"endDate\": \"08\/01\/2016\"\n          |    }\n        \"\"\".stripMargin\n\n      val employment = Json.parse(employmentResponse).as[NpsEmployment]\n\n      employment.taxDistrictNumber shouldBe \"046\"\n    }\n\n    \"deserialise NPS Employment Response Json\" when {\n      \"startDate is missing\" in {\n        val employmentNoStartDateJson: JsObject = Json.parse(employmentResponse).as[JsObject] - \"startDate\"\n        val deserialised = employmentNoStartDateJson.as[NpsEmployment]\n        deserialised.startDate shouldBe None\n      }\n      \"startDate is null\" in {\n        val employmentNullStartDateJson: JsObject = Json.parse(employmentResponse).as[JsObject] + (\"startDate\" -> JsNull)\n        val deserialised = employmentNullStartDateJson.as[NpsEmployment]\n        deserialised.startDate shouldBe None\n      }\n    }\n\n    \"Multiple NpsEmployments Json\" should {\n      \"transform List of NpsEmployment Model \" in {\n        noException shouldBe thrownBy(employmentsResponse.as[List[NpsEmployment]])\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/SaAuthService.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\n\nimport javax.inject.Inject\nimport play.api.mvc.{AnyContent, Request, Result, Results}\nimport uk.gov.hmrc.auth\nimport uk.gov.hmrc.auth.core.authorise.Predicate\nimport uk.gov.hmrc.auth.core.{AuthConnector, AuthorisationException, AuthorisedFunctions, Enrolment, NoActiveSession}\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.connectors.CitizenDetailsConnector\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n * Checks if a logged in user is either:\n * - An individual who has a NINO that matches the requested NINO in the URL\n * - An agent with an IR-SA-AGENT enrolment and who has a delegated IR-SA enrolment for the client identified by the\n * requested NINO (where the IR-SA enrolment's UTR matches the client's SA UTR)\n *\/\nclass SaAuthService @Inject()(val authConnector: AuthConnector,\n                              val citizenDetailsConnector: CitizenDetailsConnector)\n                             (implicit val ec: ExecutionContext)\n  extends AuthorisedFunctions with Results with Logging {\n\n  def authorisationPredicate(nino: Nino)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Predicate] = {\n\n    val checkIndividual: Predicate = auth.core.Nino(hasNino = true, nino = Some(nino.value))\n\n    val checkAgentServicesWithDigitalHandshake: Predicate =\n      Enrolment(\"THIS-STRING-IS-NOT-RELEVANT\")\n        .withIdentifier(\"NINO\", nino.value)\n        .withDelegatedAuthRule(\"afi-auth\")\n\n    def checkAgentAuthorisationWith648(saUtr: SaUtr): Predicate =\n      Enrolment(\"IR-SA\")\n        .withIdentifier(\"UTR\", saUtr.value)\n        .withDelegatedAuthRule(\"sa-auth\")\n\n    citizenDetailsConnector.lookupSaUtr(nino).map {\n      case Some(saUtr) => checkIndividual or checkAgentServicesWithDigitalHandshake or checkAgentAuthorisationWith648(saUtr)\n      case _ => checkIndividual or checkAgentServicesWithDigitalHandshake\n    }\n  }\n\n  \/**\n   * A code block wrapped in this function will only be executed if the logged in NINO matches the request NINO or\n   * there exists an authorised relationship between the given NINO and an Agent.\n   *\/\n  def withSaAuthorisation(nino: Nino)(action: Request[AnyContent] => Future[Result])(implicit hc: HeaderCarrier, request: Request[AnyContent]): Future[Result] = {\n    authorisationPredicate(nino).flatMap { pred =>\n      authorised(pred) {\n        action(request)\n      } recover {\n      case _: NoActiveSession => Unauthorized\n      case _: AuthorisationException => Forbidden\n    }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/AllowancesServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport java.util.UUID\n\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.when\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.model.api.{Allowance, PayAsYouEarn}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.nps.{Iabd, NpsEmployment, NpsTaxAccount}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.utils.TestEmploymentHistoryService\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.Future\n\n\nclass AllowancesServiceSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  val testNino = randomNino()\n\n  val testEmploymentHistoryService: EmploymentHistoryService = TestEmploymentHistoryService.createNew()\n\n  val npsEmploymentResponse :List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), false, false,\n      Some(new LocalDate(\"2015-01-21\")), None, true, Live))\n\n  lazy val iabdsResponse = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n\n  lazy val testNpsTaxAccount: NpsTaxAccount = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\").as[NpsTaxAccount]\n  lazy val testRtiData: RtiData = loadFile(\"\/json\/rti\/response\/dummyRti.json\").as[RtiData]\n\n\n  \"Allowances\" should {\n    \"successfully populated from iabds\" in {\n      when(testEmploymentHistoryService.desNpsConnector.getEmployments(any(), any()))\n        .thenReturn(Future.successful(npsEmploymentResponse))\n      when(testEmploymentHistoryService.desNpsConnector.getIabds(any(), any()))\n        .thenReturn(Future.successful(iabdsResponse))\n      when(testEmploymentHistoryService.desNpsConnector.getTaxAccount(any(), any()))\n        .thenReturn(Future.successful(Some(testNpsTaxAccount)))\n      when(testEmploymentHistoryService.rtiConnector.getRTIEmployments(any(), any()))\n        .thenReturn(Future.successful(Some(testRtiData)))\n      val response =  await(testEmploymentHistoryService.retrieveAndBuildPaye(testNino,TaxYear(2016)))\n\n      val allowances = response.allowances\n      allowances.size mustBe 1\n    }\n\n    \"successfully retrieve allowance from cache\" in {\n      lazy val paye = loadFile(\"\/json\/model\/api\/paye.json\").as[PayAsYouEarn]\n\n      val allowance:List[Allowance] = List(Allowance(UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"), \"payeType\", 12))\n\n      testEmploymentHistoryService.cacheService.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2014)), paye)\n\n      val result = await(testEmploymentHistoryService.getAllowances(Nino(\"AA000000A\"), TaxYear(2014)))\n      result must be(allowance)\n    }\n\n    \"return no allowance from cache for current year\" in {\n      val result = await(testEmploymentHistoryService.getAllowances(Nino(\"AA000000A\"), TaxYear.current))\n      result must be(List.empty)\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestCacheService.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.taxhistory.model.api.PayAsYouEarn\nimport uk.gov.hmrc.taxhistory.services.{CacheService, PayeCacheService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\/**\n  * A simple in-memory implementation of the cache service.\n  * Values never expire.\n  *\/\nclass TestCacheService[K, V]() extends CacheService[K, V] {\n\n  var map: Map[K, V] = Map.empty\n\n  def insertOrUpdate(key: K, value: V): Future[Option[V]] = Future.successful {\n    map = map + (key -> value)\n    Some(value)\n  }\n\n  def get(key: K): Future[Option[V]] = Future.successful(map.get(key))\n\n  def getOrElseInsert(key: K)(defaultToInsert: => Future[V]): Future[V] = {\n    map.get(key) match {\n      case Some(value) => Future.successful(value)\n      case None => defaultToInsert.map { default =>\n        map = map + (key -> default)\n        default\n      }\n    }\n  }\n}\n\ncase class TestPayeCacheService() extends TestCacheService[(Nino, TaxYear), PayAsYouEarn] with PayeCacheService\n\n"}
{"repo_name":"hmrc\/tax-history","path":"project\/AppDependencies.scala","text":"<reponame>hmrc\/tax-history\nimport play.sbt.PlayImport.ws\nimport sbt._\n\nobject AppDependencies {\n\n  private val compile = Seq(\n    ws,\n    \"uk.gov.hmrc\" %% \"bootstrap-backend-play-28\" % \"5.4.0\",\n    \"uk.gov.hmrc\" %% \"domain\" % \"6.1.0-play-28\",\n    \"uk.gov.hmrc\" %% \"agent-mtd-identifiers\" % \"0.25.0-play-27\",\n    \"uk.gov.hmrc\" %% \"tax-year\" % \"1.1.0\", \/\/ 1.2.0 moved to java.time instead of org.joda.time which we don't want\n    \"uk.gov.hmrc.mongo\" %% \"hmrc-mongo-play-28\" % \"0.54.0\",\n    \"com.typesafe.play\" %% \"play-json-joda\" % \"2.9.2\"\n  )\n\n  private val test: Seq[ModuleID] = Seq(\n    \"uk.gov.hmrc.mongo\" %% \"hmrc-mongo-test-play-28\" % \"0.54.0\",\n    \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"5.1.0\",\n    \"org.scalatestplus\"  %% \"mockito-3-4\"  % \"3.2.9.0\",\n    \"com.vladsch.flexmark\" % \"flexmark-all\" % \"0.35.10\",\n    \"org.mockito\" % \"mockito-core\" % \"3.11.0\",\n    \"org.pegdown\" % \"pegdown\" % \"1.6.0\"\n  ).map(_ % \"test, it\")\n\n  def apply(): Seq[ModuleID] = compile ++ test\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestSaAuthService.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport java.util.UUID\n\nimport org.joda.time.LocalDate\nimport org.mockito.Mockito\nimport play.api.mvc.{AnyContent, Request, Result}\nimport uk.gov.hmrc.auth\nimport uk.gov.hmrc.auth.core.{AuthConnector, Enrolment}\nimport uk.gov.hmrc.auth.core.authorise.Predicate\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.connectors.CitizenDetailsConnector\nimport uk.gov.hmrc.taxhistory.model.api.{Employment, PayAsYouEarn}\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.SaAuthService\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\/**\n * A test version of SaAuthService which returns a predicate without calling citizenDetailsConnector\n * rather than interrogating a real auth service.\n *\/\ncase class TestSaAuthService() extends SaAuthService(authConnector = Mockito.mock(classOf[AuthConnector]), citizenDetailsConnector = Mockito.mock(classOf[CitizenDetailsConnector])) with TestUtil {\n\n  val testEmploymentId: UUID = java.util.UUID.randomUUID\n  val testStartDate: LocalDate = LocalDate.now()\n  val testPaye: PayAsYouEarn =\n    PayAsYouEarn(\n      employments = List(Employment(\n        employmentId = testEmploymentId,\n        startDate = Some(testStartDate),\n        payeReference = \"SOME_PAYE\", employerName = \"<NAME>\",\n        employmentStatus = EmploymentStatus.Live, worksNumber = \"00191048716\")),\n      allowances = List.empty,\n      incomeSources = Map.empty,\n      benefits = Map.empty,\n      payAndTax = Map.empty,\n      taxAccount = None,\n      statePension = None\n    )\n  val validNino: Nino = randomNino()\n  val unauthorisedNino: Nino = randomNino()\n  val forbiddenNino: Nino = randomNino()\n\n  override def authorisationPredicate(nino: Nino)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Predicate] = {\n\n    val checkIndividual: Predicate = auth.core.Nino(hasNino = true, nino = Some(nino.value))\n\n    val checkAgentServicesWithDigitalHandshake: Predicate =\n      Enrolment(\"THIS-STRING-IS-NOT-RELEVANT\")\n        .withIdentifier(\"NINO\", nino.value)\n        .withDelegatedAuthRule(\"afi-auth\")\n\n    Future.successful(checkIndividual or checkAgentServicesWithDigitalHandshake)\n  }\n\n  override def withSaAuthorisation(nino: Nino)(action: Request[AnyContent] => Future[Result])(implicit hc: HeaderCarrier, request: Request[AnyContent]): Future[Result] = {\n    nino.nino match {\n      case validNino.nino => Future.successful(Ok(PayAsYouEarn.formats.writes(testPaye)))\n      case unauthorisedNino.nino => Future.successful(Unauthorized)\n      case forbiddenNino.nino => Future.successful(Forbidden)\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/RetrySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport akka.actor.ActorSystem\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http.{BadGatewayException, GatewayTimeoutException}\n\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.concurrent.duration.FiniteDuration\n\nclass RetrySpec extends AnyWordSpec with Matchers with OptionValues with ScalaFutures {\n\n\n  private val system = ActorSystem(\"test\")\n  private val delay = FiniteDuration(1000, TimeUnit.MILLISECONDS)\n  private val retry = new Retry(2, delay, system)\n\n  \"RetrySpec\" should {\n    \"return result when the operation succeeds\" in {\n      def op = Future {\n        100\n      }\n\n      val result = retry(op).futureValue\n\n      result shouldBe 100\n    }\n\n    \"retry 3 times the given the operation fails all the time\" in {\n      var tries = 0\n\n      an[GatewayTimeoutException] should be thrownBy {\n        await(retry {\n          Future {\n            tries = tries + 1\n            throw new GatewayTimeoutException(\"Some error happened. Please try again later.\")\n          }\n        })\n      }\n\n      tries shouldBe 3\n    }\n\n    \"succeed on third trial after retrying twice\" in {\n      var tries = 0\n\n      val result = await(retry {\n        Future {\n          tries = tries + 1\n          if (tries <= 2)\n            throw new BadGatewayException(\"Some error happened. Please try again later.\")\n          else\n            100\n        }\n      })\n\n      result shouldBe 100\n      tries shouldBe 3\n    }\n\n    \"return exception after retrying 3 times the given operation always returns exception\" in {\n      def op = Future {\n        throw new BadGatewayException(\"Some error happened. Please try again later.\")\n      }\n\n      an[BadGatewayException] should be thrownBy {\n        await(retry(op))\n      }\n    }\n\n    \"not retry 3 times the given the operation fails with a different exception (eg: IllegalStateException)\" in {\n      var tries = 0\n\n      an[IllegalStateException] should be thrownBy {\n        await(retry {\n          Future {\n            tries = tries + 1\n            throw new IllegalStateException(\"Some error happened. Please try again later.\")\n          }\n        })\n      }\n\n      tries shouldBe 1\n    }\n\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/IabdType.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\n\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport play.api.Logging\nimport play.api.libs.json._\n\nsealed trait IabdType\n\ncase object StatePensions extends IabdType\n\nsealed trait CompanyBenefits extends IabdType\n\ncase object EmployerProvidedServices extends CompanyBenefits\ncase object CarFuelBenefit           extends CompanyBenefits\ncase object MedicalInsurance         extends CompanyBenefits\ncase object CarBenefit               extends CompanyBenefits\ncase object TelephoneBenefit         extends CompanyBenefits\ncase object ServiceBenefit           extends CompanyBenefits\ncase object TaxableExpenseBenefit    extends CompanyBenefits\ncase object VanBenefit               extends CompanyBenefits\ncase object VanFuelBenefit           extends CompanyBenefits\ncase object BeneficialLoan           extends CompanyBenefits\n\nsealed trait BenefitInKind extends CompanyBenefits\n\ncase object TotalBenefitInKind                                extends BenefitInKind\ncase object Accommodation                                     extends BenefitInKind\ncase object Assets                                            extends BenefitInKind\ncase object AssetTransfer                                     extends BenefitInKind\ncase object EducationalService                                extends BenefitInKind\ncase object Entertaining                                      extends BenefitInKind\ncase object ExpensesPay                                       extends BenefitInKind\ncase object Mileage                                           extends BenefitInKind\ncase object NonQualifyingRelocationExpense                    extends BenefitInKind\ncase object OtherItems                                        extends BenefitInKind\ncase object PaymentEmployeesBehalf                            extends BenefitInKind\ncase object PersonalIncidentExpenses                          extends BenefitInKind\ncase object QualifyingRelocationExpenses                      extends BenefitInKind\ncase object EmployerProvidedProfessionalSubscription          extends BenefitInKind\ncase object IncomeTaxPaidNotDeductedFromDirectorsRemuneration extends BenefitInKind\ncase object TravelAndSubsistence                              extends BenefitInKind\ncase object VoucherAndCreditCards                             extends BenefitInKind\ncase object NonCashBenefit                                    extends BenefitInKind\n\nsealed trait Allowances extends IabdType\n\ncase object FlatRateJobExpenses       extends Allowances\ncase object ProfessionalSubscriptions extends Allowances\ncase object EarlierYearsAdjustment    extends Allowances\n\ncase object UnKnown extends IabdType\n\nobject IabdType {\n  val UnknownIabdTypeId: Int = -1000\n\n  def apply(id: Int): IabdType = idMap.getOrElse(id, UnKnown)\n  def unapply(iabdType: IabdType): Int = idMap.collectFirst({ case (key, value) if value == iabdType => key }).getOrElse(UnknownIabdTypeId)\n\n  val idMap: Map[Int, IabdType] = Map(\n    8   -> EmployerProvidedServices,\n    29  -> CarFuelBenefit,\n    30  -> MedicalInsurance,\n    31  -> CarBenefit,\n    32  -> TelephoneBenefit,\n    33  -> ServiceBenefit,\n    34  -> TaxableExpenseBenefit,\n    35  -> VanBenefit,\n    36  -> VanFuelBenefit,\n    37  -> BeneficialLoan,\n    28  -> TotalBenefitInKind,\n    38  -> Accommodation,\n    39  -> Assets,\n    40  -> AssetTransfer,\n    41  -> EducationalService,\n    42  -> Entertaining,\n    43  -> ExpensesPay,\n    44  -> Mileage,\n    45  -> NonQualifyingRelocationExpense,\n    47  -> OtherItems,\n    48  -> PaymentEmployeesBehalf,\n    49  -> PersonalIncidentExpenses,\n    50  -> QualifyingRelocationExpenses,\n    51  -> EmployerProvidedProfessionalSubscription,\n    52  -> IncomeTaxPaidNotDeductedFromDirectorsRemuneration,\n    53  -> TravelAndSubsistence,\n    54  -> VoucherAndCreditCards,\n    117 -> NonCashBenefit,\n    56  -> FlatRateJobExpenses,\n    57  -> ProfessionalSubscriptions,\n    101 -> EarlierYearsAdjustment,\n    66  -> StatePensions\n  )\n\n  implicit val format: Format[IabdType] = new Format[IabdType] {\n    def reads(json: JsValue): JsSuccess[IabdType] = JsSuccess(IabdType.apply(json.as[Int]))\n    def writes(iabdType: IabdType): JsNumber = JsNumber(IabdType.unapply(iabdType))\n  }\n}\n\ncase class Iabd(nino: String,\n                employmentSequenceNumber: Option[Int] = None,\n                `type`: IabdType,\n                grossAmount : Option[BigDecimal] = None,\n                typeDescription : Option[String] = None,\n                source: Option[Int] = None,\n                paymentFrequency: Option[Int] = None,\n                startDate: Option[String] = None) extends Logging {\n\n  def toStatePension: StatePension = {\n    val paymentStartDate: Option[LocalDate] = paymentFrequency match {\n      case Some(1) => \/\/ Weekly\n        startDate.map(date => LocalDate.parse(date, DateTimeFormat.forPattern(\"dd\/MM\/yyyy\")))\n      case Some(5) => \/\/ Annual\n        None\n      case Some(unknownValue) =>\n        logger.warn(s\"Unknown value for IABD's 'paymentFrequency': $unknownValue\")\n        None\n      case _ =>\n        None\n    }\n\n    StatePension(\n      grossAmount = grossAmount.getOrElse(0.0),\n      typeDescription.getOrElse(\"\"),\n      paymentFrequency = paymentFrequency,\n      startDate = paymentStartDate\n    )\n  }\n}\n\nobject Iabd {\n  implicit val formats: OFormat[Iabd] = Json.format[Iabd]\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsTaxAccount.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport play.api.libs.json._\nimport uk.gov.hmrc.taxhistory.model.api.{IncomeSource, TaxAccount}\n\ncase class TaDeduction(`type`:Int,\n                       npsDescription: String,\n                       amount: BigDecimal,\n                       sourceAmount: Option[BigDecimal])\n\nobject TaDeduction {\n  implicit val formats: OFormat[TaDeduction] = Json.format[TaDeduction]\n}\n\ncase class TaAllowance(`type`:Int,\n                       npsDescription: String,\n                       amount: BigDecimal,\n                       sourceAmount: Option[BigDecimal])\n\nobject TaAllowance {\n  implicit val formats: OFormat[TaAllowance] = Json.format[TaAllowance]\n}\n\ncase class NpsIncomeSource(employmentId:Int,\n                           employmentType:Option[Int],\n                           actualPUPCodedInCYPlusOneTaxYear:Option[BigDecimal],\n                           deductions: List[TaDeduction],\n                           allowances: List[TaAllowance],\n                           taxCode: Option[String],\n                           basisOperation: Option[Int],\n                           employmentTaxDistrictNumber: Option[Int],\n                           employmentPayeRef: Option[String]\n                       ) {\n  def toIncomeSource: Option[IncomeSource] = {\n    if (taxCode.isEmpty || employmentType.isEmpty || employmentTaxDistrictNumber.isEmpty || employmentPayeRef.isEmpty)\n      None\n    else\n      Some(IncomeSource(\n        employmentId = this.employmentId,\n        employmentType = this.employmentType.get,\n        actualPUPCodedInCYPlusOneTaxYear = this.actualPUPCodedInCYPlusOneTaxYear,\n        deductions = this.deductions,\n        allowances = this.allowances,\n        taxCode = this.taxCode.get,\n        basisOperation = this.basisOperation,\n        employmentTaxDistrictNumber = this.employmentTaxDistrictNumber.get,\n        employmentPayeRef = this.employmentPayeRef.get\n      ))\n  }\n}\n\nobject NpsIncomeSource {\n  implicit val formats: OFormat[NpsIncomeSource] = Json.format[NpsIncomeSource]\n}\n\ncase class NpsTaxAccount(incomeSources: List[NpsIncomeSource]){\n\n  val PrimaryEmployment = 1\n  val OutStandingDebtType = 41\n  val UnderpaymentAmountType = 35\n\n  private def findPrimaryEmployment: Option[NpsIncomeSource] = {\n    incomeSources.find(_.employmentType.contains(PrimaryEmployment))\n  }\n\n  private[nps] def getPrimaryEmploymentId={\n    findPrimaryEmployment.map(_.employmentId)\n  }\n\n  private[nps] def getOutStandingDebt={\n    findPrimaryEmployment\n      .flatMap(_.deductions.find(_.`type` == OutStandingDebtType)).flatMap(_.sourceAmount)\n  }\n\n  private[nps] def getUnderPayment={\n    findPrimaryEmployment\n      .flatMap(_.deductions.find(_.`type` == UnderpaymentAmountType)).flatMap(_.sourceAmount)\n  }\n  private[nps] def getActualPupCodedInCYPlusOne={\n    findPrimaryEmployment\n      .flatMap(_.actualPUPCodedInCYPlusOneTaxYear)\n  }\n\n  def toTaxAccount: TaxAccount =\n    TaxAccount(\n      outstandingDebtRestriction = getOutStandingDebt,\n      underpaymentAmount = getUnderPayment,\n      actualPUPCodedInCYPlusOneTaxYear = getActualPupCodedInCYPlusOne\n    )\n\n  def matchedIncomeSource(npsEmployment: NpsEmployment): Option[IncomeSource] = {\n    val iSs = incomeSources.filter { iS =>\n      val taxDistrictNumMatches = iS.employmentTaxDistrictNumber.map(_.toString).contains(npsEmployment.taxDistrictNumber)\n      val payeRefMatches = iS.employmentPayeRef.contains(npsEmployment.payeNumber)\n      taxDistrictNumMatches && payeRefMatches\n    }\n\n    val matchedNpsIncomeSource = if (iSs.lengthCompare(1) > 0)\n      iSs.find(iS => iS.employmentId == npsEmployment.sequenceNumber)\n    else\n      iSs.headOption\n\n    matchedNpsIncomeSource.flatMap(_.toIncomeSource)\n  }\n\n}\n\nobject NpsTaxAccount {\n  implicit val formats: OFormat[NpsTaxAccount] = Json.format[NpsTaxAccount]\n}\n\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/controllers\/TaxAccountController.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/controllers\/TaxAccountController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.mvc.{Action, AnyContent, ControllerComponents, Result}\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.services.{EmploymentHistoryService, RelationshipAuthService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass TaxAccountController @Inject()(val employmentHistoryService: EmploymentHistoryService,\n                                     val relationshipAuthService: RelationshipAuthService,\n                                     val cc: ControllerComponents)(implicit val ec: ExecutionContext) extends TaxHistoryController(cc) {\n\n  def getTaxAccount(nino: String, taxYear: Int): Action[AnyContent] = Action.async { implicit request =>\n    relationshipAuthService.withAuthorisedRelationship(Nino(nino)) { _ =>\n      retrieveTaxAccount(Nino(nino), TaxYear(taxYear))\n    }\n  }\n\n  private def retrieveTaxAccount(nino: Nino, taxYear: TaxYear)(implicit hc: HeaderCarrier): Future[Result] = toResult {\n    employmentHistoryService.getTaxAccount(nino, taxYear)\n  }\n\n  def getIncomeSource(nino: String, taxYear: Int, employmentId: String): Action[AnyContent] = Action.async { implicit request =>\n    relationshipAuthService.withAuthorisedRelationship(Nino(nino)) { _ =>\n      retrieveIncomeSource(Nino(nino), TaxYear(taxYear), employmentId)\n    }\n  }\n\n  private def retrieveIncomeSource(nino: Nino, taxYear: TaxYear, employmentId: String)(implicit hc: HeaderCarrier): Future[Result] = toResult {\n    employmentHistoryService.getIncomeSource(nino, taxYear, employmentId)\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/TaxHistoryMongoCacheService.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/services\/TaxHistoryMongoCacheService.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.mongo.cache.{CacheIdType, DataKey, MongoCacheRepository}\nimport uk.gov.hmrc.mongo.{MongoComponent, TimestampSupport}\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.model.api.PayAsYouEarn\nimport uk.gov.hmrc.taxhistory.utils.Logging\nimport uk.gov.hmrc.time.TaxYear\n\nimport javax.inject.Inject\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * Uses MongoDB to cache instances of `PayAsYouEarn` for a given NINO and year.\n  *\/\nclass TaxHistoryMongoCacheService @Inject()(\n                                             mongoComponent: MongoComponent,\n                                             appConfig: AppConfig,\n                                             timestampSupport: TimestampSupport\n                                           )(implicit ec: ExecutionContext\n                                           ) extends MongoCacheRepository(\n  mongoComponent = mongoComponent,\n  collectionName = appConfig.mongoName,\n  ttl = appConfig.mongoExpiry,\n  timestampSupport = timestampSupport,\n  cacheIdType = CacheIdType.SimpleCacheId\n) with PayeCacheService with Logging {\n\n  def insertOrUpdate(key: (Nino, TaxYear), value: PayAsYouEarn): Future[Option[PayAsYouEarn]] = {\n    val (nino, taxYear) = key\n    val mongoId = nino.value\n    val mongoKey = taxYear.currentYear.toString\n    put(mongoId)(DataKey(mongoKey), value).map(_ => Some(value)).recoverWith {\n      case ex: Exception =>\n        logger.error(s\"[TaxHistoryMongoCacheService][insertOrUpdate] failed with message: ${ex.getMessage}\")\n        Future.successful(None)\n    }\n  }\n\n  private def getFromRepository(nino: Nino, taxYear: TaxYear): Future[Option[PayAsYouEarn]] = {\n    val mongoId = nino.value\n    val mongoKey = taxYear.currentYear.toString\n    get[PayAsYouEarn](mongoId)(DataKey(mongoKey))\n  }\n\n  def get(key: (Nino, TaxYear)): Future[Option[PayAsYouEarn]] = {\n    val (nino, taxYear) = key\n    getFromRepository(nino, taxYear)\n  }\n\n  def getOrElseInsert(key: (Nino, TaxYear))(defaultToInsert: => Future[PayAsYouEarn]): Future[PayAsYouEarn] = {\n\n    def insertDefault(): Future[PayAsYouEarn] = {\n      for {\n        toInsert <- defaultToInsert\n        insertionResult <- insertOrUpdate(key, toInsert)\n      } yield {\n        if (insertionResult.isEmpty) logger.warn(s\"[TaxHistoryMongoCacheService][insertDefault] Cache insertion failed for $key\")\n        toInsert\n      }\n    }\n\n    for {\n      cacheResult <- get(key)\n      returnValue <- cacheResult match {\n        case Some(hit) => Future.successful(hit)\n        case None => insertDefault()\n      }\n    } yield returnValue\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/connectors\/RtiConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport akka.actor.ActorSystem\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HttpReads.Implicits._\nimport uk.gov.hmrc.http.{HttpClient, _}\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.{MetricsEnum, TaxHistoryMetrics}\nimport uk.gov.hmrc.taxhistory.utils.Retry\nimport uk.gov.hmrc.time.TaxYear\nimport play.api.http.Status.NOT_FOUND\nimport javax.inject.{Inject, Singleton}\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass RtiConnector @Inject()(val http: HttpClient,\n                             val metrics: TaxHistoryMetrics,\n                             val config: AppConfig,\n                             val system: ActorSystem)\n                             (implicit executionContext: ExecutionContext) extends ConnectorMetrics {\n\n  lazy val authorization: String = s\"Bearer ${config.desAuth}\"\n  val withRetry: Retry = config.newRetryInstance(\"des\", system)\n\n  def rtiEmploymentsUrl(nino: Nino, taxYear: TaxYear): String = {\n    val formattedTaxYear = s\"${taxYear.startYear % 100}-${taxYear.finishYear % 100}\"\n    s\"${config.desBaseUrl}\/rti\/individual\/payments\/nino\/${nino.withoutSuffix}\/tax-year\/$formattedTaxYear\"\n  }\n\n  val headers = Seq(\"Environment\" -> config.desEnv, \"Authorization\" -> authorization)\n\n  def getRTIEmployments(nino: Nino, taxYear: TaxYear): Future[Option[RtiData]] = {\n\n    implicit val hc: HeaderCarrier = HeaderCarrier()\n\n    withMetrics(MetricsEnum.RTI_GET_EMPLOYMENTS) {\n      withRetry {\n        http.GET[RtiData](rtiEmploymentsUrl(nino, taxYear),\n          headers = headers)\n          .map(Some(_))\n      }.recover {\n        case Upstream4xxResponse(_,NOT_FOUND , _, _)  => None\n      }\n\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsTaxAccountSpec.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsTaxAccountSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport org.joda.time.LocalDate\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport play.api.libs.json.Json.fromJson\nimport play.api.libs.json._\nimport uk.gov.hmrc.domain.TaxCode\nimport uk.gov.hmrc.taxhistory.model.api.IncomeSource\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass NpsTaxAccountSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val getTaxAcoountResponseURLDummy: JsValue = loadFile(\"\/json\/nps\/response\/GetTaxAccount.json\")\n\n  private val primaryEmploymentId = 12\n  private val actualPupCodedInCYPlusOne = 240\n  private val outStandingDebt = 145.75\n  private val underPayment = 15423.29\n\n  private val taxAccount = getTaxAcoountResponseURLDummy.as[NpsTaxAccount](NpsTaxAccount.formats)\n\n  private val testNpsEmployment = NpsEmployment(\n    nino = \"AA000000\",\n    sequenceNumber = 6,\n    taxDistrictNumber = \"961\",\n    payeNumber = \"AZ00010\",\n    employerName = \"Aldi\",\n    worksNumber = Some(\"6044041000000\"),\n    receivingJobSeekersAllowance = false,\n    otherIncomeSourceIndicator = false,\n    startDate = Some(new LocalDate(\"2015-01-21\")),\n    endDate = None,\n    receivingOccupationalPension = false,\n    employmentStatus = Live\n  )\n\n  private val testDeductions = List(\n    TaDeduction(`type` = 32, npsDescription = \"savings income taxable at higher rate\", amount = BigDecimal(\"38625\"), sourceAmount = Some(0))\n  )\n  private val testAllowances = List(\n    TaAllowance(`type` = 11, npsDescription = \"personal allowance\", amount = BigDecimal(\"11500\"), sourceAmount = Some(11500))\n  )\n  private val testNpsIncomeSource = NpsIncomeSource(\n    employmentId = 6,\n    employmentTaxDistrictNumber = Some(961),\n    employmentPayeRef = Some(\"AZ00010\"),\n    actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(3.14)),\n    deductions = testDeductions,\n    allowances = testAllowances,\n    employmentType = Some(23),\n    taxCode = Some(\"TAX1234\"),\n    basisOperation = Some(64)\n  )\n\n  \"NpsTaxAccount\" when {\n    \"transforming NPS Get Tax Account API response Json correctly to NpsTaxAccount Model \" in {\n      taxAccount shouldBe a[NpsTaxAccount]\n      taxAccount.getPrimaryEmploymentId shouldBe Some(primaryEmploymentId)\n      taxAccount.getActualPupCodedInCYPlusOne shouldBe Some(actualPupCodedInCYPlusOne)\n      taxAccount.getOutStandingDebt shouldBe Some(outStandingDebt)\n      taxAccount.getUnderPayment shouldBe Some(underPayment)\n    }\n\n    \"deserialising the 'incomeSources' field\" should {\n      val incomeSource1Deserialised = NpsIncomeSource(\n        employmentId = 12,\n        employmentType = Some(1),\n        actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"240\")),\n        deductions = testDeductions,\n        allowances = testAllowances,\n        taxCode = Some(\"K7757\"),\n        basisOperation = None,\n        employmentTaxDistrictNumber = Some(961),\n        employmentPayeRef = Some(\"AZ00010\")\n      )\n      val incomeSourcesDeserialised = List(incomeSource1Deserialised)\n\n      val incomeSourcesSerialised = Json.parse(\n        s\"\"\"\n           | [\n           |   {\n           |     \"employmentId\":12,\n           |     \"employmentType\":1,\n           |     \"actualPUPCodedInCYPlusOneTaxYear\":240,\n           |     \"deductions\":[\n           |       {\"type\":32,\"npsDescription\":\"savings income taxable at higher rate\",\"amount\":38625,\"sourceAmount\":0}\n           |     ],\n           |     \"allowances\":[\n           |       {\"type\":11,\"npsDescription\":\"personal allowance\",\"amount\":11500,\"sourceAmount\":11500}\n           |     ],\n           |     \"taxCode\":\"K7757\",\n           |     \"employmentTaxDistrictNumber\":961,\n           |     \"employmentPayeRef\":\"AZ00010\"\n           |   }\n           | ]\n        \"\"\".stripMargin)\n\n      \"deserialise from an empty json array\" in {\n        val jsonIncomeSourcesMissing = getTaxAcoountResponseURLDummy.as[JsObject] + (\"incomeSources\" -> JsArray())\n        fromJson[NpsTaxAccount](jsonIncomeSourcesMissing).get.incomeSources shouldBe empty\n      }\n\n      \"deserialise from a non-empty json array of allowances\" in {\n        val jsonIncomeSourcesPresent = getTaxAcoountResponseURLDummy.as[JsObject] + (\"incomeSources\" -> incomeSourcesSerialised)\n        fromJson[NpsTaxAccount](jsonIncomeSourcesPresent).get.incomeSources shouldBe incomeSourcesDeserialised\n      }\n\n      \"deserialise when 'employmentType' contains a null value (ASA-265)\" in {\n        val noEmploymentTypeJson = (incomeSourcesSerialised \\ 0).as[JsObject] + (\"employmentType\" -> JsNull)\n        fromJson[NpsIncomeSource](noEmploymentTypeJson).get.employmentType shouldBe None\n      }\n\n      \"deserialise when 'employmentTaxDistrictNumber' contains a null value (ASA-265)\" in {\n        val noEmplTaxDistrictNumJson = (incomeSourcesSerialised \\ 0).as[JsObject] + (\"employmentTaxDistrictNumber\" -> JsNull)\n        fromJson[NpsIncomeSource](noEmplTaxDistrictNumJson).get.employmentTaxDistrictNumber shouldBe None\n      }\n\n      \"deserialise when 'employmentPayeRef' contains a null value (ASA-265)\" in {\n        val noEmploymentPayeRefJson = (incomeSourcesSerialised \\ 0).as[JsObject] + (\"employmentPayeRef\" -> JsNull)\n        fromJson[NpsIncomeSource](noEmploymentPayeRefJson).get.employmentPayeRef shouldBe None\n      }\n      \"deserialise when 'taxCode' contains a null value (ASA-265)\" in {\n        val noTaxCodeJson = (incomeSourcesSerialised \\ 0).as[JsObject] + (\"taxCode\" -> JsNull)\n        fromJson[NpsIncomeSource](noTaxCodeJson).get.taxCode shouldBe None\n      }\n\n      \"deserialise when 'taxCode' contains a value that is not valid for the TaxCode domain class (ASA-265)\" in {\n        val unusualTaxCode = \"FNORDS\"\n        assertThrows[IllegalArgumentException] {\n          TaxCode(unusualTaxCode)\n        }\n        val withUnusualTaxCodeJson = (incomeSourcesSerialised \\ 0).as[JsObject] + (\"taxCode\" -> JsString(unusualTaxCode))\n        val jsResult = fromJson[NpsIncomeSource](withUnusualTaxCodeJson)\n        jsResult shouldBe a[JsSuccess[_]]\n        jsResult.get.taxCode shouldBe Some(unusualTaxCode)\n      }\n    }\n\n    \"matchedIncomeSource is called\" should {\n      \"return None when no employment and income source match\" in {\n        val npsEmployment = NpsEmployment(\n          \"AA000000\", 6, \"999\", \"AZ00010\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n          otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live)\n\n        taxAccount.matchedIncomeSource(npsEmployment) shouldBe None\n      }\n\n      \"return a single income source when income sources match the employment\" in {\n        val targetEmploymentId = 6\n        val npsEmployment = NpsEmployment(\n          \"AA000000\", targetEmploymentId, \"961\", \"AZ00010\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n          otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live)\n\n        taxAccount.matchedIncomeSource(npsEmployment).get.employmentId shouldBe targetEmploymentId\n      }\n\n      \"return None if the income source's would normally match the employment but the employmentTaxDistrictNumber or employmentPayeRef is not present (ASA-265)\" in {\n        val targetEmploymentId = 6\n        val matchingTaxDistrictNum = 961\n        val matchingEmploymentRef = \"AZ00010\"\n        val npsEmployment = testNpsEmployment.copy(\n          sequenceNumber = targetEmploymentId,\n          taxDistrictNumber = matchingTaxDistrictNum.toString,\n          payeNumber = matchingEmploymentRef\n        )\n\n        val incomeSource = testNpsIncomeSource.copy(\n          employmentId = targetEmploymentId,\n          employmentTaxDistrictNumber = Some(matchingTaxDistrictNum),\n          employmentPayeRef = Some(matchingEmploymentRef)\n        )\n\n        NpsTaxAccount(List(\n          incomeSource\n        )).matchedIncomeSource(npsEmployment).get.employmentId shouldBe targetEmploymentId\n\n        NpsTaxAccount(List(\n          incomeSource.copy(employmentTaxDistrictNumber = None)\n        )).matchedIncomeSource(npsEmployment) shouldBe None\n\n        NpsTaxAccount(List(\n          incomeSource.copy(employmentPayeRef = None)\n        )).matchedIncomeSource(npsEmployment) shouldBe None\n      }\n    }\n\n    \"getPrimaryEmploymentId is called\" should {\n      \"return the employmentId if there is an income source whose employmentType indicates a primary income \" in {\n        val employmentTypePrimaryIncome = 1\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypePrimaryIncome)\n        ))).getPrimaryEmploymentId shouldBe Some(testNpsIncomeSource.employmentId)\n      }\n\n      \"return None if there is no income source whose employmentType indicates a primary income\" in {\n        val employmentTypeNotPrimary = 2\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypeNotPrimary)\n        ))).getPrimaryEmploymentId shouldBe None\n      }\n\n      \"work with missing employmentType (ASA-265)\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = None\n        ))).getPrimaryEmploymentId shouldBe None\n      }\n    }\n\n    \"getOutStandingDebt is called\" should {\n      val employmentTypePrimaryIncome = 1\n      val deductionTypeOutstandingDebt = 41\n      val deductionWithOutstandingDebt = TaDeduction(\n        `type` = deductionTypeOutstandingDebt,\n        npsDescription = \"desc\",\n        amount = BigDecimal(\"123\"),\n        sourceAmount = Some(BigDecimal(\"456\"))\n      )\n\n      \"return the sourceAmount from a primary income with a deduction indicating outstanding debt\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypePrimaryIncome),\n          deductions = List(deductionWithOutstandingDebt)\n        ))).getOutStandingDebt shouldBe deductionWithOutstandingDebt.sourceAmount\n      }\n\n      \"work with missing employmentType (ASA-265)\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = None,\n          deductions = List(deductionWithOutstandingDebt)\n        ))).getOutStandingDebt shouldBe None\n      }\n    }\n\n    \"getUnderPayment is called\" should {\n      val employmentTypePrimaryIncome = 1\n      val deductionTypeUnderpaymentAmount = 35\n      val deductionWithUnderpayment = TaDeduction(\n        `type` = deductionTypeUnderpaymentAmount,\n        npsDescription = \"desc\",\n        amount = BigDecimal(\"123\"),\n        sourceAmount = Some(BigDecimal(\"456\"))\n      )\n\n      \"return the sourceAmount from a primary income with a deduction indicating an underpayment amount\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypePrimaryIncome),\n          deductions = List(deductionWithUnderpayment)\n        ))).getUnderPayment shouldBe deductionWithUnderpayment.sourceAmount\n      }\n\n      \"work with missing employmentType (ASA-265)\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = None,\n          deductions = List(deductionWithUnderpayment)\n        ))).getUnderPayment shouldBe None\n      }\n    }\n\n    \"getActualPupCodedInCYPlusOne is called\" should {\n      val employmentTypePrimaryIncome = 1\n      val employmentTypeNotPrimaryIncome = 2\n      \"return getActualPupCodedInCYPlusOne if there is an income source with an employmentType indicating primary income\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypePrimaryIncome),\n          actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"123\"))\n        ))).getActualPupCodedInCYPlusOne shouldBe Some(BigDecimal(\"123\"))\n      }\n\n      \"return None if there is no income source with an employmentType indicating primary income\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = Some(employmentTypeNotPrimaryIncome),\n          actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"123\"))\n        ))).getActualPupCodedInCYPlusOne shouldBe None\n      }\n\n      \"return None if employmentType is missing (ASA-265)\" in {\n        NpsTaxAccount(List(testNpsIncomeSource.copy(\n          employmentType = None,\n          actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"123\"))\n        ))).getActualPupCodedInCYPlusOne shouldBe None\n      }\n    }\n  }\n\n  \"NpsIncomeSource\" when {\n    \"toTaxAccount is called\" should {\n      \"return IncomeSource if taxCode, employmentType, employmentTaxDistrictNumber, and employmentPayeRef are present\" in {\n        testNpsIncomeSource.toIncomeSource shouldBe Some(\n          IncomeSource(\n            employmentId = testNpsIncomeSource.employmentId,\n            employmentTaxDistrictNumber = testNpsIncomeSource.employmentTaxDistrictNumber.get,\n            employmentPayeRef = testNpsIncomeSource.employmentPayeRef.get,\n            actualPUPCodedInCYPlusOneTaxYear = testNpsIncomeSource.actualPUPCodedInCYPlusOneTaxYear,\n            deductions = testNpsIncomeSource.deductions,\n            allowances = testNpsIncomeSource.allowances,\n            employmentType = testNpsIncomeSource.employmentType.get,\n            taxCode = testNpsIncomeSource.taxCode.get,\n            basisOperation = testNpsIncomeSource.basisOperation\n          )\n        )\n      }\n      \"return None if there is no taxCode\" in {\n        testNpsIncomeSource.copy(taxCode = None).toIncomeSource shouldBe None\n      }\n      \"return None if there is no employmentType\" in {\n        testNpsIncomeSource.copy(employmentType = None).toIncomeSource shouldBe None\n      }\n      \"return None if there is no employmentTaxDistrictNumber\" in {\n        testNpsIncomeSource.copy(employmentTaxDistrictNumber = None).toIncomeSource shouldBe None\n      }\n      \"return None if there is no employmentPayeRef\" in {\n        testNpsIncomeSource.copy(employmentPayeRef = None).toIncomeSource shouldBe None\n      }\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"it\/uk\/gov\/hmrc\/taxhistory\/services\/TaxHistoryRepositoryServiceSpec.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.mongo.CurrentTimestampSupport\nimport uk.gov.hmrc.mongo.test.MongoSupport\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.model.api.{Allowance, PayAsYouEarn}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\nclass TaxHistoryRepositoryServiceSpec extends AnyWordSpecLike with Matchers with OptionValues with ScalaFutures\n  with MongoSupport\n  with BeforeAndAfterAll\n  with BeforeAndAfterEach\n  with GuiceOneServerPerSuite {\n\n  val mockAppConfig: AppConfig = app.injector.instanceOf[AppConfig]\n  val mockTimeStampSupport = new CurrentTimestampSupport()\n  val repository = new TaxHistoryMongoCacheService(mongoComponent, mockAppConfig, mockTimeStampSupport)\n\n  override def beforeEach(): Unit = {\n    repository.collection.drop()\n  }\n\n  override def afterEach(): Unit = {\n    repository.collection.drop()\n  }\n\n  \"TaxHistoryCacheService\" should {\n\n    val payAsYouEarn = PayAsYouEarn(allowances = List(Allowance(iabdType = \"a\", amount = 100.0)))\n\n    \"successfully add the Data in cache\" in {\n      val result = await(repository.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2015)), payAsYouEarn))\n      result shouldBe Some(payAsYouEarn)\n    }\n\n    \"fetch from the cache by ID \" in {\n      await(repository.insertOrUpdate((Nino(\"AA000000A\"), TaxYear(2015)), payAsYouEarn))\n      val readbackData = await(repository.findById(\"AA000000A\"))\n      readbackData shouldBe defined\n      (readbackData.get.data \\ \"2015\").get.as[PayAsYouEarn] shouldBe payAsYouEarn\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/IabdsOpsSpec.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.joda.time.LocalDate\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.nps.EmploymentStatus.Live\nimport uk.gov.hmrc.taxhistory.model.nps.{Iabd, NpsEmployment, VanBenefit}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass IabdsOpsSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n  import uk.gov.hmrc.taxhistory.services.helpers.IabdsOps._\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  val testNino = randomNino()\n\n  val onlyIabdList: List[Iabd] = List(Iabd(\"QQ000003\", Some(201700055), VanBenefit, Some(100), Some(\"Van Benefit\"), Some(26)))\n\n  val npsEmploymentResponse: List[NpsEmployment] = List(\n    NpsEmployment(\n      \"AA000000\", 1, \"531\", \"J4816\", \"Aldi\", Some(\"6044041000000\"), receivingJobSeekersAllowance = false,\n      otherIncomeSourceIndicator = false, Some(new LocalDate(\"2015-01-21\")), None, receivingOccupationalPension = false, Live))\n\n\n  lazy val iabdList: List[Iabd] = loadFile(\"\/json\/nps\/response\/iabds.json\").as[List[Iabd]]\n  lazy val iabdsTotalBenfitInKindJsonResponse: JsValue = loadFile(\"\/json\/nps\/response\/iabdsTotalBIK.json\")\n  lazy val iabdsBenfitInKindJsonResponse: JsValue = loadFile(\"\/json\/nps\/response\/iabdsBIK.json\")\n\n\n  \"Iabds Helper\" should {\n    \"correctly convert an iabd to an allowance model\" in {\n      val allowances = iabdList.allowances\n      allowances.size mustBe 1\n    }\n    \"Return an empty list of allowances when only iabd is present\" in {\n      val allowances = onlyIabdList.allowances\n      allowances.size mustBe 0\n    }\n\n    \"Return a matched iabds from List of employments\" in {\n\n      val matchedIabds = iabdList.matchedCompanyBenefits(npsEmploymentResponse.head)\n      matchedIabds.size mustBe 2\n      matchedIabds.toString contains \"VanBenefit\" mustBe true\n      matchedIabds.toString contains \"CarFuelBenefit\" mustBe true\n    }\n\n    \"Get CompanyBenfits from Iabd data and ignore Benefit In Kind (type 28)\" in {\n\n      val iabds = iabdsBenfitInKindJsonResponse.as[List[Iabd]]\n\n      val companyBenefits = iabds.companyBenefits\n      companyBenefits.size mustBe 7\n      val companyBenefit1 = companyBenefits.head\n      companyBenefit1.source mustBe Some(26)\n      companyBenefit1.iabdType mustBe \"UnKnown\"\n      companyBenefit1.amount mustBe 36795\n    }\n\n    \"Get CompanyBenfits from Iabd data Benefit In Kind of type 28(Total Benefit In Kind)\" in {\n\n      val iabds = iabdsTotalBenfitInKindJsonResponse.as[List[Iabd]]\n\n      val companyBenefits = iabds.companyBenefits\n      companyBenefits.size mustBe 2\n    }\n\n    \"Total Benefit In Kind from Iabds list should return true if There is only BIK which is type 28\" in {\n      val iabds = iabdsTotalBenfitInKindJsonResponse.as[List[Iabd]]\n\n      val bik = iabds.isTotalBenefitInKind\n      bik mustBe true\n    }\n\n    \"Total Benefit In Kind from Iabds list should return false if There is any BIK which is not type 28\" in {\n      val iabds = iabdsBenfitInKindJsonResponse.as[List[Iabd]]\n\n      val bik = iabds.isTotalBenefitInKind\n      bik mustBe false\n    }\n\n    \"Return only Allowances from List of Nps Iabds\" in {\n      val allowances = iabdList.allowances\n      allowances.size mustBe 1\n      allowances.toString() contains \"FlatRateJobExpenses\" mustBe true\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/rti\/RtiEmploymentSpec.scala","text":"<reponame>hmrc\/tax-history<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.rti\n\nimport org.joda.time.LocalDate\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport uk.gov.hmrc.tai.model.rti.{RtiData, RtiEarlierYearUpdate, RtiEmployment, RtiPayment}\nimport uk.gov.hmrc.taxhistory.fixtures.RtiEmployments\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nclass RtiEmploymentSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues with RtiEmployments {\n\n  private val testEmploymentTaxablePayYTD = BigDecimal(1234)\n  private val testEmploymentTotalTaxYTD = BigDecimal(5678)\n  private val testEmploymentStudentLoansYTD = BigDecimal(333.33)\n  private val testRtiPayment = RtiPayment(\n    paidOnDate = LocalDate.parse(\"2018-01-01\"),\n    taxablePayYTD = testEmploymentTaxablePayYTD,\n    totalTaxYTD = testEmploymentTotalTaxYTD,\n    studentLoansYTD = Some(testEmploymentStudentLoansYTD)\n  )\n  private val testEmployment = RtiEmployment(\n    sequenceNo = 1,\n    officeNumber = \"1\",\n    payeRef = \"1\",\n    currentPayId = Some(\"1\"),\n    payments = List(testRtiPayment),\n    earlierYearUpdates = Nil\n  )\n\n  \"RtiEmployment\" when {\n    \"toPayAndTax is called\" should {\n      \"convert itself to PayAndTax\" in {\n        val rtiData = rtiEmploymentResponse.as[RtiData]\n        val payAndTax = rtiData.employments.head.toPayAndTax\n        payAndTax.taxablePayTotal should be(Some(rtiERTaxablePayTotal))\n        payAndTax.taxTotal should be(Some(rtiERTaxTotal))\n        payAndTax.studentLoan should be(Some(testEmploymentStudentLoansYTD))\n        payAndTax.earlierYearUpdates.size should be(1)\n      }\n\n      \"calculate taxablePayTotalIncludingEYU\" when {\n        \"there are EYUs of type 'TaxablePayDelta', it sums them all together with the 'taxablePayTotal'\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(101), totalTaxDelta = BigDecimal(307), receivedDate = LocalDate.parse(\"2018-01-01\")),\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(-103), totalTaxDelta = BigDecimal(-311), receivedDate = LocalDate.parse(\"2018-01-01\"))\n            )\n          ).toPayAndTax\n          payAndTax.taxablePayTotalIncludingEYU shouldBe Some(testEmploymentTaxablePayYTD + 101 - 103)\n        }\n        \"there are no EYUs of type 'TaxablePayDelta', it just has the same value as 'taxablePayTotal\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(0), totalTaxDelta = BigDecimal(307), receivedDate = LocalDate.parse(\"2018-01-01\"))\n            )\n          ).toPayAndTax\n          payAndTax.taxablePayTotalIncludingEYU shouldBe Some(testEmploymentTaxablePayYTD)\n        }\n        \"there are no EYUs, it just has the same value as 'taxablePayTotal'\" in {\n          val payAndTax = testEmployment.copy(earlierYearUpdates = Nil).toPayAndTax\n          payAndTax.taxablePayTotalIncludingEYU shouldBe Some(testEmploymentTaxablePayYTD)\n        }\n        \"there are no payments, it is an empty Option\" in {\n          val payAndTax = testEmployment.copy(payments = Nil).toPayAndTax\n          payAndTax.taxablePayTotalIncludingEYU shouldBe None\n        }\n      }\n\n      \"calculate taxTotalIncludingEYU\" when {\n        \"there are EYUs of type 'TotalTaxDelta', it sums them all together with the 'taxTotal'\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(101), totalTaxDelta = BigDecimal(307), receivedDate = LocalDate.parse(\"2018-01-01\")),\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(-103), totalTaxDelta = BigDecimal(-311), receivedDate = LocalDate.parse(\"2018-01-01\"))\n            )\n          ).toPayAndTax\n          payAndTax.taxTotalIncludingEYU shouldBe Some(testEmploymentTotalTaxYTD + 307 - 311)\n        }\n        \"there are no EYUs of type 'TotalTaxDelta', it just has the same value as 'taxTotal\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              RtiEarlierYearUpdate(taxablePayDelta = BigDecimal(101), totalTaxDelta = BigDecimal(0), receivedDate = LocalDate.parse(\"2018-01-01\"))\n            )\n          ).toPayAndTax\n          payAndTax.taxTotalIncludingEYU shouldBe Some(testEmploymentTotalTaxYTD)\n        }\n        \"there are no EYUs, it just has the same value as 'taxTotal'\" in {\n          val payAndTax = testEmployment.copy(earlierYearUpdates = Nil).toPayAndTax\n          payAndTax.taxTotalIncludingEYU shouldBe Some(testEmploymentTotalTaxYTD)\n        }\n        \"there are no payments, it is an empty Option\" in {\n          val payAndTax = testEmployment.copy(payments = Nil).toPayAndTax\n          payAndTax.taxTotalIncludingEYU shouldBe None\n        }\n      }\n\n      \"calculate studentLoansIncludingEYU\" when {\n        val rtiEYU = RtiEarlierYearUpdate(\n          studentLoanRecoveredDelta = Some(101),\n          taxablePayDelta = BigDecimal(\"0\"),\n          totalTaxDelta = BigDecimal(\"0\"),\n          receivedDate = LocalDate.parse(\"2018-01-01\")\n        )\n\n        \"there are EYUs of type 'StudentLoanRecoveredDelta', it sums them all together with the 'studentLoan'\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              rtiEYU.copy(studentLoanRecoveredDelta = Some(101)),\n              rtiEYU.copy(studentLoanRecoveredDelta = Some(-103))\n            )\n          ).toPayAndTax\n          payAndTax.studentLoanIncludingEYU shouldBe Some(testEmploymentStudentLoansYTD + 101 - 103)\n        }\n        \"there are EYUs of type 'StudentLoanRecoveredDelta', but there's no 'studentLoan', it just sums the EYUs without any 'studentLoan'\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              rtiEYU.copy(studentLoanRecoveredDelta = Some(101)),\n              rtiEYU.copy(studentLoanRecoveredDelta = Some(-103))\n            ),\n            payments = List(testRtiPayment.copy(studentLoansYTD = None))\n          ).toPayAndTax\n\n          payAndTax.studentLoan shouldBe None\n          payAndTax.studentLoanIncludingEYU shouldBe Some(101 - 103)\n        }\n        \"there are no EYUs of type 'StudentLoanRecoveredDelta', it just has the same value as 'studentLoan\" in {\n          val payAndTax = testEmployment.copy(\n            earlierYearUpdates = List(\n              RtiEarlierYearUpdate(studentLoanRecoveredDelta = None, taxablePayDelta = BigDecimal(\"1\"), totalTaxDelta = BigDecimal(\"2\"), receivedDate = LocalDate.parse(\"2018-01-01\"))\n            )\n          ).toPayAndTax\n          payAndTax.studentLoanIncludingEYU shouldBe payAndTax.studentLoan\n          payAndTax.studentLoanIncludingEYU shouldBe Some(testEmploymentStudentLoansYTD)\n        }\n        \"there are no EYUs, it just has the same value as 'studentLoan'\" in {\n          val payAndTax = testEmployment.copy(earlierYearUpdates = Nil).toPayAndTax\n          payAndTax.studentLoanIncludingEYU shouldBe payAndTax.studentLoan\n          payAndTax.studentLoanIncludingEYU shouldBe Some(testEmploymentStudentLoansYTD)\n        }\n        \"there are no payments, it is an empty Option\" in {\n          val payAndTax = testEmployment.copy(payments = Nil).toPayAndTax\n          payAndTax.studentLoanIncludingEYU shouldBe None\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/metrics\/TaxHistoryMetrics.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.metrics\n\nimport javax.inject.Inject\n\nimport com.codahale.metrics.MetricRegistry\nimport com.codahale.metrics.Timer.Context\nimport com.kenshoo.play.metrics.Metrics\nimport uk.gov.hmrc.taxhistory.metrics.MetricsEnum.MetricsEnum\n\nclass TaxHistoryMetrics @Inject() (val metrics: Metrics) {\n  val registry: MetricRegistry = metrics.defaultRegistry\n  val timers = Map(\n    MetricsEnum.NPS_GET_EMPLOYMENTS -> registry.timer(\"nps-get-employments-response-timer\"),\n    MetricsEnum.RTI_GET_EMPLOYMENTS -> registry.timer(\"rti-get-employments-response-timer\"),\n    MetricsEnum.NPS_GET_IABDS       -> registry.timer(\"nps-get-iabds-response-timer\"),\n    MetricsEnum.NPS_GET_TAX_ACCOUNT -> registry.timer(\"nps-get-tax-account-response-timer\"),\n    MetricsEnum.CITIZEN_DETAILS     -> registry.timer(\"citizen-details-response-timer\")\n  )\n  val successCounters = Map(\n    MetricsEnum.RTI_GET_EMPLOYMENTS -> registry.counter(\"rti-get-employments-success-counter\"),\n    MetricsEnum.NPS_GET_EMPLOYMENTS -> registry.counter(\"nps-get-employments-success-counter\"),\n    MetricsEnum.NPS_GET_IABDS       -> registry.counter(\"nps-get-iabds-success-counter\"),\n    MetricsEnum.NPS_GET_TAX_ACCOUNT -> registry.counter(\"nps-get-tax-account-success-counter\"),\n    MetricsEnum.CITIZEN_DETAILS     -> registry.counter(\"citizen-details-success-counter\")\n  )\n  val failedCounters = Map(\n    MetricsEnum.NPS_GET_EMPLOYMENTS -> registry.counter(\"nps-get-employments-failed-counter\"),\n    MetricsEnum.RTI_GET_EMPLOYMENTS -> registry.counter(\"rti-get-employments-failed-counter\"),\n    MetricsEnum.NPS_GET_IABDS       -> registry.counter(\"nps-get-iabds-failed-counter\"),\n    MetricsEnum.NPS_GET_TAX_ACCOUNT -> registry.counter(\"nps-get-tax-account-failed-counter\"),\n    MetricsEnum.CITIZEN_DETAILS     -> registry.counter(\"citizen-details-failed-counter\")\n  )\n\n  def startTimer(api: MetricsEnum): Context = timers(api).time()\n\n  def incrementSuccessCounter(api: MetricsEnum): Unit = successCounters(api).inc()\n\n  def incrementFailedCounter(api: MetricsEnum): Unit = failedCounters(api).inc()\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/controllers\/StatePensionControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.{BeforeAndAfterEach, OptionValues}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.mvc.ControllerComponents\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.nps.StatePension\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.EmploymentHistoryService\nimport uk.gov.hmrc.taxhistory.utils.{HttpErrors, TestRelationshipAuthService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass StatePensionControllerSpec extends AnyWordSpec with Matchers with OptionValues\n  with GuiceOneServerPerSuite with MockitoSugar with TestUtil with BeforeAndAfterEach {\n\n  private val mockEmploymentHistoryService = mock[EmploymentHistoryService]\n\n  private val ninoWithAgent = randomNino()\n  private val ninoWithoutAgent = randomNino()\n\n  private val testStatePension = StatePension(BigDecimal(1023.33), \"State Pension\", None, None)\n  private val testTaxYear = TaxYear.current.previous.currentYear\n\n  val cc: ControllerComponents = stubControllerComponents()\n  implicit val executionContext: ExecutionContext = cc.executionContext\n\n  override def beforeEach: Unit = {\n    reset(mockEmploymentHistoryService)\n  }\n\n  val testStatePensionController = new StatePensionController(\n    employmentHistoryService = mockEmploymentHistoryService,\n    relationshipAuthService = TestRelationshipAuthService(Map(ninoWithAgent -> Arn(\"TestArn\"))),\n    cc\n  )\n\n  \"getStatePension\" must {\n\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getStatePension(any[Nino], any[TaxYear])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testStatePension)))\n\n      val result = testStatePensionController.getStatePension(ninoWithAgent.nino, testTaxYear).apply(FakeRequest())\n      status(result) shouldBe OK\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getStatePension(any(), any())(any[HeaderCarrier]))\n          .thenReturn(Future.failed(httpException))\n        val result = testStatePensionController.getStatePension(ninoWithAgent.nino, testTaxYear).apply(FakeRequest())\n        status(result) shouldBe expectedStatus\n      }\n    }\n\n    \"respond with UNAUTHORIZED Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getStatePension(any[Nino], any[TaxYear])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testStatePension)))\n\n      val result = testStatePensionController.getStatePension(ninoWithoutAgent.nino, testTaxYear).apply(FakeRequest())\n      status(result) shouldBe UNAUTHORIZED\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/connectors\/ConnectorMetrics.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport uk.gov.hmrc.http.NotFoundException\nimport uk.gov.hmrc.taxhistory.metrics.MetricsEnum.MetricsEnum\nimport uk.gov.hmrc.taxhistory.metrics.TaxHistoryMetrics\nimport uk.gov.hmrc.taxhistory.utils.Logging\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nprotected trait ConnectorMetrics extends Logging {\n  val metrics: TaxHistoryMetrics\n\n  protected def withMetrics[T](metric: MetricsEnum)(codeBlock: => Future[T])(implicit executionContext: ExecutionContext): Future[T] = {\n    val timerContext = metrics.startTimer(metric)\n\n    codeBlock.map{ result =>\n      timerContext.stop()\n      metrics.incrementSuccessCounter(metric)\n      result\n    }.recover {\n      case e : NotFoundException =>\n        timerContext.stop()\n        metrics.incrementSuccessCounter(metric)\n        throw e\n      case e =>\n        metrics.incrementFailedCounter(metric)\n        timerContext.stop()\n        logger.warn(s\"Error returned from ${getClass.getSimpleName} connector (${metric.toString}): ${e.toString}: ${e.getMessage}\")\n        throw e\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/RelationshipAuthServiceSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/taxhistory\/services\/RelationshipAuthServiceSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.mockito.ArgumentMatchers.any\nimport org.scalatestplus.play.PlaySpec\nimport play.api.mvc.Results._\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.retrieve.{Retrieval, ~}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass RelationshipAuthServiceSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n  import org.mockito.Mockito._\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n\n  val mockAuthConnector = mock[AuthConnector]\n  val testRelationshipAuthService = new RelationshipAuthService(mockAuthConnector)\n\n  val ninoWithAgent = randomNino()\n\n  val newEnrolments = Set(\n    Enrolment(\"HMRC-AS-AGENT\", Seq(EnrolmentIdentifier(\"AgentReferenceNumber\", \"TestArn\")), state=\"\",delegatedAuthRule = None)\n  )\n  val UnAuthorisedAgentEnrolments = Set(\n    Enrolment(\"HMRC-AS-UNAUTHORISED-AGENT\", Seq(EnrolmentIdentifier(\"AgentReferenceNumber\", \"TestArn\")), state = \"\", delegatedAuthRule = None)\n  )\n  \n  \"RelationshipAuthService\" should {\n    \"authorise when a correct relationship is present\" in {\n      when(mockAuthConnector.authorise(any(), any[Retrieval[Option[AffinityGroup] ~ Enrolments]]())(any(), any()))\n        .thenReturn(Future.successful(new ~[Option[AffinityGroup], Enrolments](Some(AffinityGroup.Agent), Enrolments(newEnrolments))))\n\n      val result = testRelationshipAuthService.withAuthorisedRelationship(ninoWithAgent) { arn =>\n        Future.successful(Ok(\"Some content\"))\n      }\n\n      status(result) must be (OK)\n    }\n\n    \"respond with UNAUTHORIZED for enrolments which are not HMRC Agents\" in {\n      when(mockAuthConnector.authorise(any(), any[Retrieval[Option[AffinityGroup] ~ Enrolments]]())(any(), any()))\n        .thenReturn(Future.successful(new ~[Option[AffinityGroup], Enrolments](Some(AffinityGroup.Agent), Enrolments(UnAuthorisedAgentEnrolments))))\n\n      val result = testRelationshipAuthService.withAuthorisedRelationship(ninoWithAgent) { arn =>\n        Future.successful(Ok(\"Some content\"))\n      }\n\n      status(result) must be (UNAUTHORIZED)\n    }\n\n    \"respond with UNAUTHORIZED where the affinity group is not retrieved\" in {\n      when(mockAuthConnector.authorise(any(), any[Retrieval[Option[AffinityGroup] ~ Enrolments]]())(any(), any()))\n        .thenReturn(Future.successful(new ~[Option[AffinityGroup], Enrolments](None, Enrolments(newEnrolments))))\n\n      val result = testRelationshipAuthService.withAuthorisedRelationship(ninoWithAgent) { arn =>\n        Future.successful(Ok(\"Some content\"))\n      }\n\n      status(result) must be (UNAUTHORIZED)\n    }\n\n    \"respond with UNAUTHORIZED when the user is not logged in\" in {\n      when(mockAuthConnector.authorise(any(), any[Retrieval[Option[AffinityGroup] ~ Enrolments]]())(any(), any()))\n        .thenReturn(Future.failed(new InsufficientEnrolments))\n\n      val result = testRelationshipAuthService.withAuthorisedRelationship(ninoWithAgent) { arn =>\n        Future.successful(Ok(\"Some content\"))\n      }\n\n      status(result) must be (UNAUTHORIZED)\n    }\n\n    \"respond with INTERNAL_SERVER_ERROR when there is an auth error\" in {\n      when(mockAuthConnector.authorise(any(), any[Retrieval[Option[AffinityGroup] ~ Enrolments]]())(any(), any()))\n        .thenReturn(Future.failed(new MissingBearerToken))\n\n      val result = testRelationshipAuthService.withAuthorisedRelationship(ninoWithAgent) { arn =>\n        Future.successful(Ok(\"Some content\"))\n      }\n\n      status(result) must be (INTERNAL_SERVER_ERROR)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/services\/EmploymentHistoryService.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\n\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.{HeaderCarrier, NotFoundException}\nimport uk.gov.hmrc.tai.model.rti.{RtiData, RtiEmployment}\nimport uk.gov.hmrc.taxhistory.auditable.Auditable\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.connectors.{DesNpsConnector, RtiConnector}\nimport uk.gov.hmrc.taxhistory.model.api.Employment._\nimport uk.gov.hmrc.taxhistory.model.api.FillerState._\nimport uk.gov.hmrc.taxhistory.model.api._\nimport uk.gov.hmrc.taxhistory.model.audit._\nimport uk.gov.hmrc.taxhistory.model.nps._\nimport uk.gov.hmrc.taxhistory.services.helpers.IabdsOps._\nimport uk.gov.hmrc.taxhistory.services.helpers.{EmploymentHistoryServiceHelper, EmploymentMatchingHelper}\nimport uk.gov.hmrc.taxhistory.utils.Logging\nimport uk.gov.hmrc.time.TaxYear\n\nimport javax.inject.Inject\nimport scala.annotation.tailrec\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass EmploymentHistoryService @Inject()(val desNpsConnector: DesNpsConnector,\n                                         val rtiConnector: RtiConnector,\n                                         val cacheService: PayeCacheService,\n                                         val auditable: Auditable,\n                                         config: AppConfig)\n                                        (implicit executionContext: ExecutionContext) extends Logging {\n\n  def getEmployments(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[List[Employment]] = {\n    getFromCache(nino, taxYear).map { es =>\n      val employments = es.employments.map(_.enrichWithURIs(taxYear.startYear))\n\n      if (employments.forall(_.isOccupationalPension)) {\n        employments\n      }\n      else if (config.jobSeekersAllowanceFlag) {\n        addFillers(employments, taxYear)\n      }\n      else {\n        addFillers(employments, taxYear).filterNot(emp => emp.isJobseekersAllowance)\n      }\n    }\n  }\n\n  def addFillers(employments: List[Employment], taxYear: TaxYear): List[Employment] = {\n    val employmentsWithoutPensions = employments.filterNot(emp => emp.isOccupationalPension)\n    val employmentGapFiller = Employment.noRecord(taxYear.starts, taxYear.finishes)\n    val fillers = getFillers(employmentsWithoutPensions, List(employmentGapFiller), taxYear)\n\n    (employments ++ fillers) sortBy { employment =>\n      employment.startDate.getOrElse {\n        \/\/ This employment has no start date.\n        \/\/ Let it be ordered at the start of all employments.\n        taxYear.starts.minusDays(1)\n      }.toDate\n    }\n  }\n\n  @tailrec\n  private def getFillers(employments: List[Employment], employmentGapFillers: List[Employment], taxYear: TaxYear): List[Employment] =\n    if (employments.nonEmpty) {\n      val dateAlignedFillers = employmentGapFillers flatMap (filler => alignFillerDates(filler, employments.head, taxYear))\n      getFillers(employments.tail, dateAlignedFillers, taxYear)\n    } else {\n      employmentGapFillers\n    }\n\n  def getEmployment(nino: Nino, taxYear: TaxYear, employmentId: String)(implicit headerCarrier: HeaderCarrier): Future[Employment] = {\n    getFromCache(nino, taxYear).flatMap { paye =>\n      logger.debug(\"Returning result of a getEmployment\")\n      paye.employments.find(_.employmentId.toString == employmentId) match {\n        case Some(employment) => Future.successful(employment.enrichWithURIs(taxYear.startYear))\n        case None =>\n          logger.info(\"Cache has expired from mongo\")\n          Future.failed(new NotFoundException(s\"Employment not found for NINO ${nino.value} and tax year ${taxYear.toString}\"))\n      }\n    }\n  }\n\n  def getFromCache(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[PayAsYouEarn] = {\n    cacheService.getOrElseInsert(nino, taxYear) {\n      retrieveAndBuildPaye(nino, taxYear).map { h =>\n        logger.debug(s\"Refreshing cached data for $nino $taxYear\")\n        h\n      }\n    }\n  }\n\n  def getAllowances(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[List[Allowance]] = {\n    if (taxYear == TaxYear.current) {\n      Future(List.empty[Allowance])\n    }\n    else {\n      getFromCache(nino, taxYear).flatMap(paye => {\n        logger.debug(\"Returning result from getAllowances\")\n\n        if (paye.allowances.isEmpty) {\n          Future.failed(new NotFoundException(s\"Allowance not found for NINO ${nino.value} and tax year ${taxYear.toString}\"))\n        } else {\n          Future.successful(paye.allowances)\n        }\n      })\n    }\n  }\n\n  def getPayAndTax(nino: Nino, taxYear: TaxYear, employmentId: String)(implicit headerCarrier: HeaderCarrier): Future[Option[PayAndTax]] = {\n    getFromCache(nino, taxYear).map(_.payAndTax.get(employmentId))\n      .orNotFound(s\"PayAndTax not found for NINO ${nino.value}, tax year ${taxYear.toString} and employmentId $employmentId\")\n  }\n\n  def getAllPayAndTax(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[Map[String, PayAndTax]] = {\n    getFromCache(nino, taxYear).map(_.payAndTax)\n      .orNotFound(s\"PayAndTax not found for NINO ${nino.value}, tax year ${taxYear.toString}\")\n  }\n\n  def getTaxAccount(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[Option[TaxAccount]] = {\n    if (taxYear == TaxYear.current.previous) {\n      getFromCache(nino, taxYear).flatMap { paye =>\n        logger.debug(\"Returning result from getTaxAccount\")\n\n        paye.taxAccount match {\n          case Some(taxAccount) => Future.successful(Some(taxAccount))\n          case None => Future.failed(new NotFoundException(s\"TaxAccount not found for NINO ${nino.value} and tax year ${taxYear.toString}\"))\n        }\n      }\n    } else {\n      Future.failed(new NotFoundException(s\"TaxAccount only available for last completed tax year\"))\n    }\n  }\n\n  def getStatePension(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[Option[StatePension]] = {\n    getFromCache(nino, taxYear).flatMap { paye =>\n      logger.debug(\"Returning result from getStatePension\")\n\n      paye.statePension match {\n        case Some(statePension) => Future.successful(\n          if (config.statePensionFlag) {\n            Some(statePension)\n          } else {\n            None\n          })\n        case None => Future.failed(new NotFoundException(s\"StatePension not found for NINO ${nino.value} and tax year ${taxYear.toString}\"))\n      }\n    }\n  }\n\n  def getIncomeSource(nino: Nino, taxYear: TaxYear, employmentId: String)(implicit headerCarrier: HeaderCarrier): Future[Option[IncomeSource]] = {\n    (if (taxYear == TaxYear.current) {\n      getFromCache(nino, taxYear).map(_.incomeSources.get(employmentId))\n    } else {\n      Future(None)\n    }).orNotFound(s\"IncomeSource not found for NINO ${nino.value}, tax year ${taxYear.toString}, and employmentId $employmentId\")\n  }\n\n  def getTaxYears(nino: Nino): Future[List[IndividualTaxYear]] = {\n\n    val taxYearList: List[TaxYear] = List(TaxYear.current.back(1),\n      TaxYear.current.back(2),\n      TaxYear.current.back(3),\n      TaxYear.current.back(4))\n\n    val completeTaxYearList = if (config.currentYearFlag) TaxYear.current +: taxYearList else taxYearList\n\n    val taxYears = completeTaxYearList.map(year => IndividualTaxYear(year = year.startYear,\n      allowancesURI = s\"\/${year.startYear}\/allowances\",\n      employmentsURI = s\"\/${year.startYear}\/employments\",\n      taxAccountURI = s\"\/${year.startYear}\/tax-account\"))\n    Future.successful(taxYears)\n  }\n\n  def getCompanyBenefits(nino: Nino, taxYear: TaxYear, employmentId: String)(implicit headerCarrier: HeaderCarrier): Future[List[CompanyBenefit]] = {\n    if (taxYear == TaxYear.current) {\n      Future(List.empty[CompanyBenefit])\n    }\n    else {\n      getFromCache(nino, taxYear).map(_.benefits.getOrElse(employmentId, List.empty))\n        .orNotFound(s\"CompanyBenefits not found for NINO ${nino.value}, tax year ${taxYear.toString} and employmentId $employmentId\")\n    }\n  }\n\n  \/**\n    * Retrieves (from connected microservices) the data required to build instances of\n    * the tax year summary (`PayAsYouEarn`) and combines this data into a `PayAsYouEarn` instance.\n    *\/\n  def retrieveAndBuildPaye(nino: Nino, taxYear: TaxYear)(implicit headerCarrier: HeaderCarrier): Future[PayAsYouEarn] = {\n    val paye = for {\n      rtiDataOpt <- retrieveRtiData(nino, taxYear)\n      rtiEmployments = rtiDataOpt.map(_.employments).getOrElse(Nil)\n      iabds <- retrieveNpsIabds(nino, taxYear)\n      taxAccountOpt <- retrieveNpsTaxAccount(nino, taxYear)\n      npsEmployments <- retrieveNpsEmployments(nino, taxYear)\n    } yield {\n      mergeEmployments(nino, taxYear, npsEmployments, rtiEmployments, taxAccountOpt, iabds)\n    }\n    paye\n  }\n\n  \/**\n    * Given the data required, performs the necessary logic to combine this data from\n    * different sources into a `PayAsYouEarn` (tax year summary) instance.\n    *\/\n  def mergeEmployments(nino: Nino,\n                       taxYear: TaxYear,\n                       npsEmployments: List[NpsEmployment],\n                       rtiEmployments: List[RtiEmployment],\n                       taxAccountOption: Option[NpsTaxAccount],\n                       iabds: List[Iabd]\n                      )(implicit hc: HeaderCarrier): PayAsYouEarn = {\n\n    val (iabdsNoStatePensions, statePension) = filterStatePension(iabds)\n\n    val employmentMatches: Map[NpsEmployment, RtiEmployment] = EmploymentMatchingHelper.matchEmployments(npsEmployments, rtiEmployments)\n\n    val unMatchedNpsRecords = unmatchedEmployments(employmentMatches.keySet.toList, npsEmployments)\n      .map(nps => DataEventDetail(auditNpsEventHelper(nino.value, nps)))\n\n    val unMatchedRtiRecords = unmatchedEmployments(employmentMatches.values.toList, rtiEmployments)\n      .map(rti => DataEventDetail(auditRtiEventHelper(nino.value, rti)))\n\n    sendDataEvents(unMatchedNpsRecords, OnlyInNps)\n    sendDataEvents(unMatchedRtiRecords, OnlyInRti)\n\n    \/\/ One [[PayAsYouEarn]] instance will be produced for each npsEmployment.\n    val payes: List[PayAsYouEarn] = npsEmployments.map { npsEmployment =>\n\n      val matchedIncomeSource: Option[IncomeSource] = taxAccountOption.flatMap(_.matchedIncomeSource(npsEmployment))\n\n      if (matchedIncomeSource.isEmpty && taxYear == TaxYear.current) {\n        logger.warn(\"No matched income source found for employment in current tax year\")\n      }\n\n      EmploymentHistoryServiceHelper.buildPAYE(\n        rtiEmployment = employmentMatches.get(npsEmployment),\n        iabds = iabdsNoStatePensions.matchedCompanyBenefits(npsEmployment),\n        incomeSource = matchedIncomeSource,\n        npsEmployment = npsEmployment\n      )\n    }\n\n    EmploymentHistoryServiceHelper.combinePAYEs(payes).copy(\n      allowances = iabdsNoStatePensions.allowances,\n      taxAccount = taxAccountOption.map(_.toTaxAccount),\n      statePension = statePension.map(_.toStatePension))\n  }\n\n  \/*\n    Retrieve NpsEmployments directly from the NPS microservice.\n   *\/\n  def retrieveNpsEmployments(nino: Nino, taxYear: TaxYear): Future[List[NpsEmployment]] = {\n    val passedInTaxYear = taxYear.currentYear\n\n    desNpsConnector.getEmployments(nino, passedInTaxYear).map { employments =>\n      if (TaxYear.current.currentYear.equals(passedInTaxYear)) {\n        employments.filterNot(x => x.receivingJobSeekersAllowance | x.otherIncomeSourceIndicator)\n      } else {\n        employments.filterNot(_.otherIncomeSourceIndicator)\n      }\n    }.orNotFound(s\"No NPS employments found for $nino $taxYear\")\n  }\n\n  \/*\n    Retrieve RtiData directly from the RTI microservice.\n   *\/\n  def retrieveRtiData(nino: Nino, taxYear: TaxYear): Future[Option[RtiData]] =\n    rtiConnector.getRTIEmployments(nino, taxYear)\n\n  \/*\n    Retrieve Iabds directly from DES.\n   *\/\n  def retrieveNpsIabds(nino: Nino, taxYear: TaxYear): Future[List[Iabd]] =\n    desNpsConnector.getIabds(nino, taxYear.currentYear)\n\n  \/*\n    Retrieve TaxAccount directly from DES.\n   *\/\n  def retrieveNpsTaxAccount(nino: Nino, taxYear: TaxYear): Future[Option[NpsTaxAccount]] =\n    desNpsConnector.getTaxAccount(nino, taxYear.currentYear)\n\n  private def unmatchedEmployments[A](matched: List[A], raw: List[A]): List[A] = {\n    (raw.toSet -- matched.toSet).toList\n  }\n\n  private def auditRtiEventHelper(nino: String, rti: RtiEmployment): Map[String, String] =\n    Map(\"nino\" -> nino, \"payeRef\" -> rti.payeRef, \"officeNumber\" -> rti.officeNumber,\n      \"currentPayId\" -> rti.currentPayId.getOrElse(\"\"))\n\n  private def auditNpsEventHelper(nino: String, nps: NpsEmployment): Map[String, String] =\n    Map(\"nino\" -> nino, \"payeNumber\" -> nps.payeNumber, \"taxDistrictNumber\" -> nps.taxDistrictNumber,\n      \"worksNumber\" -> nps.worksNumber.getOrElse(\"\"))\n\n  private def sendDataEvents(records: List[DataEventDetail], auditType: DataEventAuditType)(implicit hc: HeaderCarrier): Unit = {\n    if (records.nonEmpty) auditable.sendDataEvents(transactionName = PAYEForAgents, details = records, eventType = auditType)\n  }\n\n  private def alignFillerDates(filler: Employment, employment: Employment, taxYear: TaxYear): List[Employment] = {\n    val fillerEndDate = filler.endDate.getOrElse(taxYear.finishes)\n    val fillerStartDate = filler.startDate.getOrElse(fillerEndDate)\n\n    val assumedEmploymentStartDate = employment.startDate.getOrElse(employment.endDate.getOrElse(taxYear.starts))\n    val assumedEmploymentEndDate = employment.endDate.getOrElse(taxYear.finishes)\n\n    fillerState(fillerStartDate, fillerEndDate, assumedEmploymentStartDate, assumedEmploymentEndDate) match {\n      case EncompassedByEmployment => \/\/ Discard the employment gap\n        List.empty\n      case OverlapEmployment => \/\/ Split the employment gap into two gaps, a gap before and a gap after the actual employment\n        List(\n          noRecord(fillerStartDate, assumedEmploymentStartDate.minusDays(1)),\n          noRecord(employment.endDate.map(_.plusDays(1)).getOrElse(taxYear.finishes), fillerEndDate)\n        )\n      case OverlapEmploymentStart => \/\/ Align end date\n        List(noRecord(fillerStartDate, assumedEmploymentStartDate.minusDays(1)))\n      case OverlapEmploymentEnd => \/\/ Align start date\n        List(noRecord(employment.endDate.map(_.plusDays(1)).getOrElse(taxYear.finishes), fillerEndDate))\n      case _ => \/\/ Unchanged\n        List(filler)\n    }\n  }\n\n  private def filterStatePension(iabds: List[Iabd]): (List[Iabd], Option[Iabd]) = {\n    def matchStatePension(iabd: Iabd): Boolean = {\n      iabd.`type` match {\n        case StatePensions => true\n        case _ => false\n      }\n    }\n\n    (iabds.filterNot(matchStatePension),\n      iabds.find(matchStatePension))\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/SaAuthServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.mvc.{AnyContent, Request, Result}\nimport play.api.mvc.Results.Ok\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth\nimport uk.gov.hmrc.auth.core\nimport uk.gov.hmrc.auth.core.authorise.Predicate\nimport uk.gov.hmrc.auth.core.retrieve.EmptyRetrieval\nimport uk.gov.hmrc.auth.core.{ AuthConnector, BearerTokenExpired, Enrolment, EnrolmentIdentifier, InsufficientEnrolments}\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.connectors.CitizenDetailsConnector\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass SaAuthServiceSpec extends PlaySpec with MockitoSugar {\n\n  val validNino = Nino(\"AA000000A\")\n\n  \"SaAuthorisationPredicateBuilder\" should {\n\n    val foundSaUtr = SaUtr(\"UtrFoundForThatNino\")\n\n    trait Setup {\n      implicit val hc: HeaderCarrier = HeaderCarrier()\n      val mockCitizenDetailsConnector: CitizenDetailsConnector = mock[CitizenDetailsConnector]\n      val mockAuthConnector: AuthConnector = mock[AuthConnector]\n      val mockSaAuthService: SaAuthService = new SaAuthService(mockAuthConnector, mockCitizenDetailsConnector)\n\n      val selfAssessmentForAgents648Predicate: Enrolment =\n        Enrolment(\"IR-SA\")\n          .withIdentifier(\"UTR\", foundSaUtr.value)\n          .withDelegatedAuthRule(\"sa-auth\")\n\n      val individualPredicate: core.Nino = auth.core.Nino(hasNino = true, nino = Some(validNino.value))\n\n      val agentServicesAccountWithDigitalHandshakePredicate: Enrolment =\n        Enrolment(\"THIS-STRING-IS-NOT-RELEVANT\")\n          .withIdentifier(\"NINO\", validNino.value)\n          .withDelegatedAuthRule(\"afi-auth\")\n    }\n\n    \"use individual authorisation predicate if no SA UTR is found for the NINO\" in new Setup {\n\n      when(mockCitizenDetailsConnector.lookupSaUtr(meq(validNino))(any()))\n        .thenReturn(Future.successful(None))\n\n      val result: Predicate = await(mockSaAuthService.authorisationPredicate(validNino)(hc, global))\n\n      result mustBe (individualPredicate or agentServicesAccountWithDigitalHandshakePredicate)\n    }\n\n    \"use individual or agent authorisation predicate if an SA UTR is found for the NINO\" in new Setup {\n\n      when(mockCitizenDetailsConnector.lookupSaUtr(meq(validNino))(any()))\n        .thenReturn(Future.successful(Some(foundSaUtr)))\n\n      val result: Predicate = await(mockSaAuthService.authorisationPredicate(validNino)(hc, global))\n\n      result mustBe (individualPredicate or agentServicesAccountWithDigitalHandshakePredicate or selfAssessmentForAgents648Predicate)\n    }\n  }\n\n    \"SaAuthService\" should {\n      trait Setup {\n        val mockPredicate: Predicate = mock[Predicate]\n        val mockCitizenDetailsConnector: CitizenDetailsConnector = mock[CitizenDetailsConnector]\n        val mockAuthConnector: AuthConnector = mock[AuthConnector]\n        val mockSaAuthService: SaAuthService = new SaAuthService(mockAuthConnector, mockCitizenDetailsConnector)\n        implicit val hc: HeaderCarrier = HeaderCarrier()\n        implicit val request: Request[AnyContent] = FakeRequest()\n        val newEnrolments = Set(\n          Enrolment(\"HMRC-AS-AGENT\", Seq(EnrolmentIdentifier(\"AgentReferenceNumber\", \"TestArn\")), state=\"\",delegatedAuthRule = None)\n        )\n\n        when(mockCitizenDetailsConnector.lookupSaUtr(meq(validNino))(any()))\n          .thenReturn(Future.successful(None))\n      }\n\n      \"invoke code block and respond with its result when auth predicate passes\" in\n        new Setup {\n          when(mockAuthConnector.authorise(any(), meq(EmptyRetrieval))(any(), any()))\n            .thenReturn(Future.successful(()))\n\n          val result: Result = await(mockSaAuthService.withSaAuthorisation(validNino) { _ =>\n            Future.successful(Ok(\"Invoked block\"))\n        })\n\n        result mustBe Ok(\"Invoked block\")\n      }\n\n      \"not invoke code block and respond with UNAUTHORIZED when auth predicate fails with NoActiveSession\" in new Setup {\n        when(mockAuthConnector.authorise(any(), meq(EmptyRetrieval))(any(), any()))\n          .thenReturn(Future.failed(BearerTokenExpired()))\n\n        val result: Future[Result] = mockSaAuthService.withSaAuthorisation(validNino) { _ =>\n          Future.successful(Ok)\n        }\n\n        status(result) mustBe UNAUTHORIZED\n      }\n\n      \"not invoke block and respond with FORBIDDEN when auth predicate fails with AuthorisationException\" in new Setup {\n        when(mockAuthConnector.authorise(any(), meq(EmptyRetrieval))(any(), any()))\n          .thenReturn(Future.failed(InsufficientEnrolments()))\n\n        val result: Future[Result] = mockSaAuthService.withSaAuthorisation(validNino) { _ =>\n          Future.successful(Ok)\n        }\n\n        status(result) mustBe FORBIDDEN\n      }\n    }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/utils\/TestRelationshipAuthService.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport org.mockito.Mockito\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.services.RelationshipAuthService\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\/**\n  * A test version of RelationshipAuthService which reads off the Nino-Agent relationships from the given Map\n  * rather than interrogating a real auth service.\n  *\/\ncase class TestRelationshipAuthService(relationships: Map[Nino, Arn]) extends RelationshipAuthService(authConnector = Mockito.mock(classOf[AuthConnector])) {\n\n  override def retrieveArnFor(nino: Nino)(implicit hc: HeaderCarrier): Future[Option[Arn]] = Future.successful(relationships.get(nino))\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/EmploymentStatus.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport play.api.libs.json._\n\nsealed trait EmploymentStatus\n\nobject EmploymentStatus {\n\n  case object Live extends EmploymentStatus\n  case object PotentiallyCeased extends EmploymentStatus\n  case object Ceased extends EmploymentStatus\n  case object Unknown extends EmploymentStatus\n\n  private val LiveCode = 1\n  private val PotentiallyCeasedCode = 2\n  private val CeasedCode = 3\n  private val UnknownCode = 99 \/\/ Code 99, Unknown, is internal to tax-history, and is not an wider HMRC employment status\n\n  implicit val jsonReads: Reads[EmploymentStatus] = {\n    (__ \\ \"employmentStatus\").read[Int].flatMap[EmploymentStatus] {\n      case LiveCode              => Reads(_ => JsSuccess(Live))\n      case PotentiallyCeasedCode => Reads(_ => JsSuccess(PotentiallyCeased))\n      case CeasedCode            => Reads(_ => JsSuccess(Ceased))\n      case UnknownCode           => Reads(_ => JsSuccess(Unknown))\n      case _                     => Reads(_ => JsError(JsPath \\ \"employmentStatus\", JsonValidationError(\"Invalid EmploymentStatus\")))\n    }\n  }\n\n    implicit val jsonWrites: Writes[EmploymentStatus] = Writes[EmploymentStatus] {\n      case Live              => Json.obj(\"employmentStatus\" -> LiveCode)\n      case PotentiallyCeased => Json.obj(\"employmentStatus\" -> PotentiallyCeasedCode)\n      case Ceased            => Json.obj(\"employmentStatus\" -> CeasedCode)\n      case Unknown           => Json.obj(\"employmentStatus\" -> UnknownCode)\n    }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsEmployment.scala","text":"<filename>app\/uk\/gov\/hmrc\/taxhistory\/model\/nps\/NpsEmployment.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.nps\n\nimport org.joda.time.LocalDate\nimport play.api.libs.json._\nimport play.api.libs.json.JodaWrites._\nimport play.api.libs.json.JodaReads._\nimport uk.gov.hmrc.taxhistory.model.api.{Employment, EmploymentPaymentType}\nimport uk.gov.hmrc.taxhistory.model.utils.JsonUtils\n\ncase class NpsEmployment(nino: String,\n                         sequenceNumber: Int,\n                         taxDistrictNumber: String,\n                         payeNumber: String,\n                         employerName: String,\n                         worksNumber: Option[String] = None,\n                         receivingJobSeekersAllowance: Boolean = false,\n                         otherIncomeSourceIndicator: Boolean = false,\n                         startDate: Option[LocalDate],\n                         endDate: Option[LocalDate] = None,\n                         receivingOccupationalPension: Boolean = false,\n                         employmentStatus: EmploymentStatus\n                        ) {\n\n  def payeRef: String = taxDistrictNumber + \"\/\" + payeNumber\n\n  def toEmployment: Employment ={\n    val employmentPaymentType = EmploymentPaymentType.paymentType(payeRef, receivingOccupationalPension, receivingJobSeekersAllowance)\n    Employment(\n      employerName = employerName,\n      payeReference = payeRef,\n      startDate = startDate,\n      endDate = endDate,\n      employmentPaymentType = employmentPaymentType,\n      employmentStatus = employmentStatus,\n      worksNumber = worksNumber.getOrElse(\"\")\n    )\n  }\n}\n\nobject NpsEmployment {\n  implicit val reader: Reads[NpsEmployment] = (js: JsValue) => {\n    val startDate = (js \\ \"startDate\").asOpt[LocalDate](JsonUtils.npsDateFormat)\n    val endDate = (js \\ \"endDate\").asOpt[LocalDate](JsonUtils.npsDateFormat)\n    for {\n      nino <- (js \\ \"nino\").validate[String]\n      sequenceNumber <- (js \\ \"sequenceNumber\").validate[Int]\n      taxDistrictNumber <- (js \\ \"taxDistrictNumber\").validate[String]\n      payeNumber <- (js \\ \"payeNumber\").validate[String]\n      employerName <- (js \\ \"employerName\").validate[String]\n      worksNumber <- (js \\ \"worksNumber\").validateOpt[String]\n      receivingJobSeekersAllowance <- (js \\ \"receivingJobseekersAllowance\").validate[Boolean]\n      otherIncomeSourceIndicator <- (js \\ \"otherIncomeSourceIndicator\").validate[Boolean]\n      receivingOccupationalPension <- (js \\ \"receivingOccupationalPension\").validate[Boolean]\n      employmentStatus <- js.validate[EmploymentStatus]\n    } yield {\n      NpsEmployment(\n        nino = nino,\n        sequenceNumber = sequenceNumber,\n        taxDistrictNumber = withPadding(taxDistrictNumber),\n        payeNumber = payeNumber,\n        employerName = employerName,\n        worksNumber = worksNumber,\n        receivingJobSeekersAllowance = receivingJobSeekersAllowance,\n        otherIncomeSourceIndicator = otherIncomeSourceIndicator,\n        startDate = startDate,\n        endDate = endDate,\n        receivingOccupationalPension = receivingOccupationalPension,\n        employmentStatus = employmentStatus\n      )\n    }\n  }\n  implicit val writer: OWrites[NpsEmployment] = Json.writes[NpsEmployment]\n\n  \/*\n  in some seen cases taxDistrictNumber is two digits - we assume this is because the first digit was 0 and was\n  dropped since the field type in the NPS API is an integer. In such cases, pad to 3 digits.\n   *\/\n  private def withPadding(taxDistrictNumber: String): String = {\n    taxDistrictNumber.reverse.padTo(3,\"0\").reverse.mkString\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/EmploymentMatchingHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.play.PlaySpec\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.tai.model.rti.RtiData\nimport uk.gov.hmrc.taxhistory.fixtures.{NpsEmployments, RtiEmployments}\nimport uk.gov.hmrc.taxhistory.model.nps.NpsEmployment\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.helpers.EmploymentMatchingHelper\n\nclass EmploymentMatchingHelperSpec extends PlaySpec with TestUtil with BeforeAndAfterEach with NpsEmployments with RtiEmployments {\n\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  private val testNino = randomNino()\n\n  \"EmploymentMatchingHelper\" should {\n    \"successfully merge if there are multiple matching rti employments for a single nps employment1\" when {\n      val rtiData = rtiPartialDuplicateEmploymentsResponse.as[RtiData]\n      val npsEmployments = npsEmploymentResponse.as[List[NpsEmployment]]\n\n      \"there is a single match between the nps 'worksNumber' and rti 'currentPayId'\" in {\n        val matches = EmploymentMatchingHelper.matchEmployments(npsEmployments, rtiData.employments)\n\n        matches.get(npsEmployments.head) must be(defined)\n      }\n\n      \"the nps 'worksNumber' is null and rti's 'currentPayId' field is missing, \" +\n        \"but there is a single match on nps 'sequenceNumber' and rti 'sequenceNumber'\" in {\n        val npsWithoutWorksNumber = npsEmployments.map(_.copy(worksNumber = None))\n        val rtiWithoutCurrentPayId = rtiData.employments.map { employment =>\n          employment.copy(\n            currentPayId = None,\n            sequenceNo = if (employment.sequenceNo == 49) 1 else employment.sequenceNo\n          )\n        }\n\n        npsWithoutWorksNumber.count(_.sequenceNumber == 1) must be(1)\n        rtiWithoutCurrentPayId.count(_.sequenceNo == 1) must be(1)\n\n        val matches = EmploymentMatchingHelper.matchEmployments(npsWithoutWorksNumber, rtiWithoutCurrentPayId)\n\n        matches.size must be(1)\n        val optMatchingRtiEmpl = matches.get(npsWithoutWorksNumber.head)\n        optMatchingRtiEmpl must be(defined)\n        optMatchingRtiEmpl.get.sequenceNo must be(1)\n      }\n    }\n\n    \"return Nil constructed list if there are zero matching rti employments for a single nps employment1\" in {\n      val rtiData = rtiNonMatchingEmploymentsResponse.as[RtiData]\n      val npsEmployments = npsEmploymentResponse.as[List[NpsEmployment]]\n      val matches = EmploymentMatchingHelper.matchEmployments(npsEmployments, rtiData.employments)\n\n      matches.get(npsEmployments.head) must be (empty)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/rti\/RtiDataSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.rti\n\nimport org.joda.time.LocalDate\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport play.api.libs.json.Json.fromJson\nimport play.api.libs.json.{JsArray, JsObject, JsValue, Json}\nimport uk.gov.hmrc.tai.model.rti.{RtiData, RtiEarlierYearUpdate}\nimport uk.gov.hmrc.taxhistory.model.api.EarlierYearUpdate\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass RtiDataSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val rtiSuccessfulResponseURLDummy: JsValue = loadFile(\"\/json\/rti\/response\/dummyRti.json\")\n\n  \"RtiData\" should {\n\n    val rtiDetails = rtiSuccessfulResponseURLDummy.as[RtiData](RtiData.reader)\n\n    \"transform Rti Response Json correctly to RtiData Model \" in {\n      rtiDetails shouldBe a[RtiData]\n      rtiDetails.nino shouldBe \"AA000000\"\n    }\n\n    \"transform Rti Response Json correctly containing Employments\" in {\n      val employment49 = rtiDetails.employments.find(emp => emp.sequenceNo == 49)\n      employment49.isDefined shouldBe true\n\n      employment49.get.sequenceNo shouldBe 49\n      employment49.get.currentPayId shouldBe Some(\"6044041000000\")\n      employment49.get.officeNumber shouldBe \"531\"\n      employment49.get.payments.size shouldBe 5\n      employment49.get.earlierYearUpdates.size shouldBe 2\n      employment49.get.earlierYearUpdates.head.taxablePayDelta shouldBe -600.99\n      employment49.get.earlierYearUpdates.head.totalTaxDelta shouldBe -10.99\n      employment49.get.earlierYearUpdates.head.receivedDate shouldBe LocalDate.parse(\"2016-06-01\")\n      employment49.get.toPayAndTax.studentLoan.get shouldBe BigDecimal.valueOf(333.33)\n\n      val employment39 = rtiDetails.employments.find(emp => emp.sequenceNo == 39)\n      employment39.isDefined shouldBe true\n      employment39.get.currentPayId shouldBe Some(\"111111\")\n      employment39.get.officeNumber shouldBe \"267\"\n      employment39.get.payments.size shouldBe 7\n      employment39.get.earlierYearUpdates.size shouldBe 0\n      employment39.get.toPayAndTax.studentLoan shouldBe None\n    }\n\n    \"transform Rti Response Json correctly which containing Payments\" in {\n      val payments20160313 = rtiDetails.employments.flatMap(emp => emp.payments.find(pay => pay.paidOnDate == new LocalDate(2016, 3, 31)))\n      payments20160313.size shouldBe 1\n      payments20160313.head.paidOnDate shouldBe new LocalDate(2016, 3, 31)\n      payments20160313.head.taxablePayYTD shouldBe BigDecimal.valueOf(20000.00)\n      payments20160313.head.totalTaxYTD shouldBe BigDecimal.valueOf(1880.00)\n      payments20160313.head.studentLoansYTD.get shouldBe BigDecimal.valueOf(333.33)\n    }\n\n    \"sort payment list by paid on date with latest payment in last position\" in {\n      val paymentsList = rtiDetails.employments.head.payments.sorted\n      paymentsList.size shouldBe 5\n      paymentsList.last.paidOnDate shouldBe new LocalDate(2016, 3, 31)\n      paymentsList.last.taxablePayYTD shouldBe BigDecimal.valueOf(20000.00)\n      paymentsList.last.totalTaxYTD shouldBe BigDecimal.valueOf(1880.00)\n    }\n\n    \"transform Rti Response Json correctly which containing EndOfYearUpdates\" in {\n      val earlierYearUpdates = rtiDetails.employments.flatMap(emp => emp.earlierYearUpdates.find(eyu => eyu.receivedDate == new LocalDate(2016, 6, 1)))\n      earlierYearUpdates.size shouldBe 1\n      earlierYearUpdates.head.receivedDate shouldBe new LocalDate(2016, 6, 1)\n      earlierYearUpdates.head.taxablePayDelta shouldBe BigDecimal.valueOf(-600.99)\n      earlierYearUpdates.head.totalTaxDelta shouldBe BigDecimal.valueOf(-10.99)\n    }\n\n    \"transform Rti Response Json containing inYear payment but no eyu payment\" in {\n      val rtiResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiHasOnlyInYearPayments.json\")\n      val rtiDetails = rtiResponse.as[RtiData](RtiData.reader)\n      val employment = rtiDetails.employments.head\n\n      employment.earlierYearUpdates shouldBe List.empty\n      employment.payments.size shouldBe 5\n    }\n\n    \"transform Rti Response Json containing eyu payment but no inYear payment\" in {\n      val rtiResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiHasOnlyEyuPayments.json\")\n      val rtiDetails = rtiResponse.as[RtiData](RtiData.reader)\n      val employment = rtiDetails.employments.head\n\n      employment.earlierYearUpdates.size shouldBe 2\n      employment.payments shouldBe List.empty\n    }\n  }\n\n  \"RtiEarlierYearUpdate\" when {\n    val eyuSerialised: JsObject = Json.parse(\n      s\"\"\"\n         |{\n         |  \"optionalAdjustmentAmount\": [\n         |    {\n         |      \"type\": \"TaxablePayDelta\",\n         |      \"amount\": -600.99\n         |    },\n         |    {\n         |      \"type\": \"TotalTaxDelta\",\n         |      \"amount\": -10.99\n         |    },\n         |    {\n         |      \"type\": \"StudentLoanRecoveredDelta\",\n         |      \"amount\": 333.33\n         |    }\n         |  ],\n         |  \"rcvdDate\": \"2016-06-01\"\n         |}\n        \"\"\".stripMargin).as[JsObject]\n\n    val eyuDeserialised = RtiEarlierYearUpdate(\n      taxablePayDelta = BigDecimal(-600.99),\n      totalTaxDelta = BigDecimal(-10.99),\n      studentLoanRecoveredDelta = Some(333.33),\n      receivedDate = LocalDate.parse(\"2016-06-01\")\n    )\n\n    \"deserialising from an RTI EYU json object\" should {\n      \"deserialise to an RtiEarlierYearUpdate\" when {\n        \"the EYU's 'optionalAdjustmentAmount' array is present\" in {\n          fromJson[RtiEarlierYearUpdate](eyuSerialised).get shouldBe eyuDeserialised\n        }\n        \"the EYU's 'optionalAdjustmentAmount' array is not present\" in {\n          val eyuWithoutAdjustmentAmount = eyuSerialised - \"optionalAdjustmentAmount\"\n          fromJson[RtiEarlierYearUpdate](eyuWithoutAdjustmentAmount).get shouldBe RtiEarlierYearUpdate(\n            taxablePayDelta = BigDecimal(\"0\"),\n            totalTaxDelta = BigDecimal(\"0\"),\n            studentLoanRecoveredDelta = None,\n            receivedDate = eyuDeserialised.receivedDate\n          )\n        }\n      }\n\n      \"deserialise the taxablePayDelta field\" when {\n        \"the EYU's 'optionalAdjustmentAmount' contains an object with 'type' of 'TaxablePayDelta'\" in {\n          fromJson[RtiEarlierYearUpdate](eyuSerialised).get.taxablePayDelta shouldBe BigDecimal(\"-600.99\")\n        }\n        \"the EYU's 'optionalAdjustmentAmount' does not contain an object with 'type' of 'TaxablePayDelta'\" in {\n          val eyuWithoutTaxablePayDelta = eyuSerialised + (\"optionalAdjustmentAmount\" -> JsArray())\n          fromJson[RtiEarlierYearUpdate](eyuWithoutTaxablePayDelta).get.taxablePayDelta shouldBe BigDecimal(\"0\")\n        }\n      }\n\n      \"deserialise the totalTaxDelta field\" when {\n        \"the EYU's 'optionalAdjustmentAmount' contains an object with 'type' of 'TotalTaxDelta'\" in {\n          fromJson[RtiEarlierYearUpdate](eyuSerialised).get.totalTaxDelta shouldBe BigDecimal(\"-10.99\")\n        }\n        \"the EYU's 'optionalAdjustmentAmount' does not contain an object with 'type' of 'TotalTaxDelta'\" in {\n          val eyuWithoutTotalTaxDelta = eyuSerialised + (\"optionalAdjustmentAmount\" -> JsArray())\n          fromJson[RtiEarlierYearUpdate](eyuWithoutTotalTaxDelta).get.totalTaxDelta shouldBe BigDecimal(\"0\")\n        }\n      }\n\n      \"deserialise the studentLoanRecoveredDelta field\" when {\n        \"the EYU's 'optionalAdjustmentAmount' contains an object with 'type' of 'StudentLoanRecoveredDelta'\" in {\n          fromJson[RtiEarlierYearUpdate](eyuSerialised).get.studentLoanRecoveredDelta shouldBe Some(BigDecimal(\"333.33\"))\n        }\n        \"the EYU's 'optionalAdjustmentAmount' does not contain an object with 'type' of 'TotalTaxDelta'\" in {\n          val eyuWithoutTotalTaxDelta = eyuSerialised + (\"optionalAdjustmentAmount\" -> JsArray())\n          fromJson[RtiEarlierYearUpdate](eyuWithoutTotalTaxDelta).get.studentLoanRecoveredDelta shouldBe None\n        }\n      }\n    }\n\n    \"toEarlierYearUpdate is called\" should {\n      val testUuid = UUID.randomUUID()\n\n      \"convert itself to an EarlierYearUpdate\" in {\n        val taxHistoryEyu = eyuDeserialised.toEarlierYearUpdate.copy(earlierYearUpdateId = testUuid)\n        taxHistoryEyu shouldBe EarlierYearUpdate(\n          taxablePayEYU = eyuDeserialised.taxablePayDelta,\n          taxEYU = eyuDeserialised.totalTaxDelta,\n          studentLoanEYU = eyuDeserialised.studentLoanRecoveredDelta,\n          receivedDate = eyuDeserialised.receivedDate,\n          earlierYearUpdateId = testUuid\n        )\n      }\n\n      \"generate a random earlierYearUpdateId\" in {\n        val eyu1 = eyuDeserialised.toEarlierYearUpdate\n        val eyu2 = eyuDeserialised.toEarlierYearUpdate\n        eyu1 should not be eyu2\n\n        eyu1.copy(earlierYearUpdateId = testUuid) shouldBe eyu2.copy(earlierYearUpdateId = testUuid)\n      }\n\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/PayAsYouEarnSpec.scala","text":"<reponame>hmrc\/tax-history<filename>test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/PayAsYouEarnSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport org.joda.time.LocalDate\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport play.api.libs.json.Json._\nimport play.api.libs.json.{JsObject, _}\nimport uk.gov.hmrc.taxhistory.model.nps._\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\nimport java.util.UUID\n\nclass PayAsYouEarnSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  private lazy val fullPayeJson: JsObject = loadFile(\"\/json\/model\/api\/paye.json\").as[JsObject]\n\n  private val employment1Id = \"01318d7c-bcd9-47e2-8c38-551e7ccdfae3\"\n\n  \"PayAsYouEarn\" when {\n    \"(de)serialising all the PayAsYouEarn details\" should {\n      \"serialise everything to a json object\" in {\n        toJson(PayAsYouEarn()) shouldBe a[JsObject]\n      }\n      \"deserialise from a json object to PayAsYouEarn\" in {\n        fromJson[PayAsYouEarn](fullPayeJson).get shouldBe a[PayAsYouEarn]\n      }\n    }\n\n    \"(de)serialising the 'employments' field\" should {\n      val employment1 = Employment(\n        employmentId = UUID.fromString(employment1Id),\n        startDate = Some(new LocalDate(\"2016-01-21\")),\n        endDate = Some(new LocalDate(\"2017-01-01\")),\n        payeReference = \"paye-1\",\n        employerName = \"employer-1\",\n        employmentStatus = EmploymentStatus.Live,\n        employmentPaymentType = Some(EmploymentPaymentType.IncapacityBenefit),\n        worksNumber = \"00191048716\"\n      )\n      val employments1Json = Json.parse(\n        s\"\"\"\n           |    {\n           |      \"employmentId\": \"$employment1Id\",\n           |      \"startDate\": \"2016-01-21\",\n           |      \"endDate\": \"2017-01-01\",\n           |      \"payeReference\": \"paye-1\",\n           |      \"employerName\": \"employer-1\",\n           |      \"employmentPaymentType\": \"IncapacityBenefit\",\n           |      \"employmentStatus\": 1,\n           |      \"worksNumber\": \"00191048716\"\n           |    }\n        \"\"\".stripMargin)\n\n      val employment2 = Employment(\n        employmentId = UUID.fromString(\"019f5fee-d5e4-4f3e-9569-139b8ad81a87\"),\n        startDate = Some(new LocalDate(\"2016-02-22\")),\n        endDate = None,\n        payeReference = \"paye-2\",\n        employerName = \"employer-2\",\n        employmentStatus = EmploymentStatus.Live,\n        employmentPaymentType = None,\n        worksNumber = \"00191048716\"\n      )\n      val employments2Json = Json.parse(\n        \"\"\"\n          |    {\n          |      \"employmentId\": \"019f5fee-d5e4-4f3e-9569-139b8ad81a87\",\n          |      \"startDate\": \"2016-02-22\",\n          |      \"payeReference\": \"paye-2\",\n          |      \"employerName\": \"employer-2\",\n          |      \"employmentStatus\": 1,\n          |      \"worksNumber\": \"00191048716\"\n          |    }\n        \"\"\".stripMargin)\n\n      val employmentsDeserialised = List(employment1, employment2)\n      val employmentsSerialised = JsArray(Seq(employments1Json, employments2Json))\n\n      \"serialise to an empty json array when there are no employments\" in {\n        val payeNoEmployments = PayAsYouEarn(employments = Nil)\n        (toJson(payeNoEmployments) \\ \"employments\") shouldBe JsDefined(JsArray(Nil))\n      }\n      \"serialise to a json array of employments when there are employments\" in {\n        val payeWithEmployments = PayAsYouEarn(employments = employmentsDeserialised)\n        (toJson(payeWithEmployments) \\ \"employments\") shouldBe JsDefined(employmentsSerialised)\n      }\n      \"deserialise from an empty json array\" in {\n        val noEmploymentsJson = fullPayeJson + (\"employments\" -> JsArray())\n        fromJson[PayAsYouEarn](noEmploymentsJson).get.employments shouldBe empty\n      }\n      \"deserialise from a non-empty json array of employments\" in {\n        val withEmploymentsJson = fullPayeJson + (\"employments\" -> employmentsSerialised)\n        fromJson[PayAsYouEarn](withEmploymentsJson).get.employments shouldBe employmentsDeserialised\n      }\n    }\n\n    \"(de)serialising the 'allowances' field\" should {\n      val allowancesDeserialised = List(\n        Allowance(\n          allowanceId = UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"),\n          iabdType = \"payeType\",\n          amount = BigDecimal(\"12.00\")\n        )\n      )\n      val allowancesSerialised = Json.parse(\n        \"\"\"\n          |  [\n          |    {\n          |      \"allowanceId\": \"c9923a63-4208-4e03-926d-7c7c88adc7ee\",\n          |      \"iabdType\": \"payeType\",\n          |      \"amount\": 12\n          |    }\n          |  ]\n        \"\"\".stripMargin)\n\n      \"serialise to an empty json array value when there are no allowances\" in {\n        val payeNoAllowances = PayAsYouEarn(allowances = Nil)\n        (toJson(payeNoAllowances) \\ \"allowances\") shouldBe JsDefined(JsArray(Nil))\n      }\n      \"serialise to a json array of allowance objects when there are allowances\" in {\n        val payeWithAllowances = PayAsYouEarn(allowances = allowancesDeserialised)\n        (toJson(payeWithAllowances) \\ \"allowances\") shouldBe JsDefined(allowancesSerialised)\n      }\n      \"deserialise from an empty json array\" in {\n        val noAllowancesJson = fullPayeJson + (\"allowances\" -> JsArray())\n        fromJson[PayAsYouEarn](noAllowancesJson).get.allowances shouldBe empty\n      }\n      \"deserialise from a non-empty json array of allowances\" in {\n        val withAllowancesJson = fullPayeJson + (\"allowances\" -> allowancesSerialised)\n        fromJson[PayAsYouEarn](withAllowancesJson).get.allowances shouldBe allowancesDeserialised\n      }\n    }\n\n    \"(de)serialising the 'benefits' field\" should {\n      val benefit1 = CompanyBenefit(\n        companyBenefitId = UUID.fromString(\"c9923a63-4208-4e03-926d-7c7c88adc7ee\"),\n        iabdType = \"companyBenefitType\",\n        amount = BigDecimal(\"12.00\"),\n        source = None\n      )\n      val benefitsDeserialised = Map(employment1Id -> List(benefit1))\n      val benefitsSerialised = Json.parse(\n        s\"\"\"\n           |  {\n           |    \"$employment1Id\": [\n           |      {\n           |        \"companyBenefitId\": \"c9923a63-4208-4e03-926d-7c7c88adc7ee\",\n           |        \"iabdType\": \"companyBenefitType\",\n           |        \"amount\": 12,\n           |        \"isForecastBenefit\": true\n           |      }\n           |    ]\n           |  }\n        \"\"\".stripMargin)\n\n      \"serialise to an empty json object value when there are no company benefits for any employment\" in {\n        val payeNoBenefits = PayAsYouEarn(benefits = Map.empty)\n        (toJson(payeNoBenefits) \\ \"benefits\") shouldBe JsDefined(JsObject(Nil))\n      }\n      \"serialise to a json object (mapping employmentId to arrays of benefits) when there are company benefits for some employments\" in {\n        val payeWithBenefits = PayAsYouEarn(benefits = benefitsDeserialised)\n        (toJson(payeWithBenefits) \\ \"benefits\") shouldBe JsDefined(benefitsSerialised)\n      }\n      \"deserialise from an empty json object\" in {\n        val noBenefits = fullPayeJson + (\"benefits\" -> JsObject(Nil))\n        fromJson[PayAsYouEarn](noBenefits).get.benefits shouldBe empty\n      }\n      \"deserialise from a non-empty json object containing mappings of employmentId to arrays of company benefit objects\" in {\n        val withBenefitsJson = fullPayeJson + (\"benefits\" -> benefitsSerialised)\n        fromJson[PayAsYouEarn](withBenefitsJson).get.benefits shouldBe benefitsDeserialised\n      }\n    }\n\n    \"(de)serialising the 'payAndTax' field\" should {\n      val payAndTax1 = PayAndTax(\n        payAndTaxId = UUID.fromString(\"2e2abe0a-8c4f-49fc-bdd2-cc13054e7172\"),\n        taxablePayTotal = Some(BigDecimal(\"2222.22\")),\n        taxablePayTotalIncludingEYU = Some(BigDecimal(\"2222.23\")),\n        taxTotal = Some(BigDecimal(\"111.11\")),\n        taxTotalIncludingEYU = Some(BigDecimal(\"111.12\")),\n        paymentDate = Some(new LocalDate(\"2016-02-20\")),\n        studentLoan = Some(BigDecimal(\"333.33\")),\n        earlierYearUpdates = Nil\n      )\n      val payAndTaxDeserialised = Map(employment1Id -> payAndTax1)\n      val payAndTaxSerialised = Json.parse(\n        s\"\"\"\n           |  {\n           |    \"$employment1Id\": {\n           |      \"payAndTaxId\": \"2e2abe0a-8c4f-49fc-bdd2-cc13054e7172\",\n           |      \"taxablePayTotal\": 2222.22,\n           |      \"taxablePayTotalIncludingEYU\": 2222.23,\n           |      \"taxTotal\": 111.11,\n           |      \"taxTotalIncludingEYU\": 111.12,\n           |      \"paymentDate\": \"2016-02-20\",\n           |      \"studentLoan\": 333.33,\n           |      \"earlierYearUpdates\": []\n           |    }\n           |  }\n        \"\"\".stripMargin)\n\n      \"serialise to an empty json object value when there is no payAndTax for any employment\" in {\n        val payeNoPayAndTax = PayAsYouEarn(payAndTax = Map.empty)\n        (toJson(payeNoPayAndTax) \\ \"payAndTax\") shouldBe JsDefined(JsObject(Nil))\n      }\n      \"serialise to a json object (mapping employmentId to payAndTax object) when there is payAndTax for some employments\" in {\n        val payeWithPayAndTax = PayAsYouEarn(payAndTax = payAndTaxDeserialised)\n        (toJson(payeWithPayAndTax) \\ \"payAndTax\") shouldBe JsDefined(payAndTaxSerialised)\n      }\n      \"deserialise from an empty json object\" in {\n        val noPayAndTax = fullPayeJson + (\"payAndTax\" -> JsObject(Nil))\n        fromJson[PayAsYouEarn](noPayAndTax).get.payAndTax shouldBe empty\n      }\n      \"deserialise from a non-empty json object containing mappings of employmentId to payAndTax objects\" in {\n        val withPayAndTaxJson = fullPayeJson + (\"payAndTax\" -> payAndTaxSerialised)\n        fromJson[PayAsYouEarn](withPayAndTaxJson).get.payAndTax shouldBe payAndTaxDeserialised\n      }\n    }\n\n    \"(de)serialising the 'incomeSources' field\" should {\n      val incomeSource1 = IncomeSource(\n        employmentId = 1,\n        employmentType = 1,\n        actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"0\")),\n        taxCode = \"227L\",\n        basisOperation = Some(2),\n        employmentTaxDistrictNumber = 126,\n        employmentPayeRef = \"P32\",\n        allowances = List(\n          TaAllowance(`type` = 11, npsDescription = \"personal allowance\", amount = BigDecimal(\"11000\"), sourceAmount = Some(BigDecimal(\"11000\")))\n        ),\n        deductions = List(\n          TaDeduction(`type` = 7, npsDescription = \"employer benefits \", amount = BigDecimal(\"65\"), sourceAmount = Some(BigDecimal(\"65\"))),\n          TaDeduction(`type` = 8, npsDescription = \"car benefit\", amount = BigDecimal(\"8026\"), sourceAmount = Some(BigDecimal(\"8026\"))),\n          TaDeduction(`type` = 13, npsDescription = \"medical insurance\", amount = BigDecimal(\"637\"), sourceAmount = Some(BigDecimal(\"637\")))\n        )\n      )\n      val incomeSourcesDeserialised = Map(employment1Id -> incomeSource1)\n      val incomeSourcesSerialised = Json.parse(\n        s\"\"\"\n           |   {\n           |      \"$employment1Id\": {\n           |        \"employmentId\": 1,\n           |        \"employmentType\": 1,\n           |        \"actualPUPCodedInCYPlusOneTaxYear\": 0,\n           |        \"taxCode\": \"227L\",\n           |        \"basisOperation\": 2,\n           |        \"employmentTaxDistrictNumber\": 126,\n           |        \"employmentPayeRef\": \"P32\",\n           |        \"allowances\": [\n           |          {\n           |            \"npsDescription\": \"personal allowance\",\n           |            \"amount\": 11000,\n           |            \"type\": 11,\n           |            \"sourceAmount\": 11000\n           |          }\n           |        ],\n           |        \"deductions\": [\n           |          {\n           |            \"npsDescription\": \"employer benefits \",\n           |            \"amount\": 65,\n           |            \"type\": 7,\n           |            \"sourceAmount\": 65\n           |          },\n           |          {\n           |            \"npsDescription\": \"car benefit\",\n           |            \"amount\": 8026,\n           |            \"type\": 8,\n           |            \"sourceAmount\": 8026\n           |          },\n           |          {\n           |            \"npsDescription\": \"medical insurance\",\n           |            \"amount\": 637,\n           |            \"type\": 13,\n           |            \"sourceAmount\": 637\n           |          }\n           |        ]\n           |      }\n           |    }\n    \"\"\".stripMargin)\n\n      \"serialise to an empty json object value when there are no incomeSources for any employment\" in {\n        val payeNoIncomeSources = PayAsYouEarn(incomeSources = Map.empty)\n        (toJson(payeNoIncomeSources) \\ \"incomeSources\") shouldBe JsDefined(JsObject(Nil))\n      }\n      \"serialise to a json object (mapping employmentId to incomeSource objects) when there is an incomeSource for some employments\" in {\n        val payeWithIncomeSources = PayAsYouEarn(incomeSources = incomeSourcesDeserialised)\n        (toJson(payeWithIncomeSources) \\ \"incomeSources\") shouldBe JsDefined(incomeSourcesSerialised)\n      }\n      \"deserialise from an empty json object\" in {\n        val noIncomeSources = fullPayeJson + (\"incomeSources\" -> JsObject(Nil))\n        fromJson[PayAsYouEarn](noIncomeSources).get.incomeSources shouldBe empty\n      }\n      \"deserialise from a non-empty json object containing mappings of employmentId to incomeSource objects\" in {\n        val withIncomeSourceJson = fullPayeJson + (\"incomeSources\" -> incomeSourcesSerialised)\n        fromJson[PayAsYouEarn](withIncomeSourceJson).get.incomeSources shouldBe incomeSourcesDeserialised\n      }\n    }\n\n    \"(de)serialising the 'taxAccount' field\" should {\n      val taxAccountDeserialised = Some(TaxAccount(\n        taxAccountId = UUID.fromString(\"3923afda-41ee-4226-bda5-e39cc4c82934\"),\n        outstandingDebtRestriction = Some(BigDecimal(\"22.22\")),\n        underpaymentAmount = Some(BigDecimal(\"11.11\")),\n        actualPUPCodedInCYPlusOneTaxYear = Some(BigDecimal(\"33.33\"))\n      ))\n      val taxAccountSerialised = Json.parse(\n        \"\"\"\n          |  {\n          |    \"taxAccountId\": \"3923afda-41ee-4226-bda5-e39cc4c82934\",\n          |    \"outstandingDebtRestriction\": 22.22,\n          |    \"underpaymentAmount\": 11.11,\n          |    \"actualPUPCodedInCYPlusOneTaxYear\": 33.33\n          |  }\n        \"\"\".stripMargin)\n\n      \"serialise to a missing field when the optional TaxAccount is empty\" in {\n        val payeNoTaxAccount = PayAsYouEarn(taxAccount = None)\n        (toJson(payeNoTaxAccount) \\ \"taxAccount\") shouldBe a[JsUndefined]\n      }\n      \"serialise to a json object when there is some TaxAccount details present\" in {\n        val payeWithTaxAccount = PayAsYouEarn(taxAccount = taxAccountDeserialised)\n        (toJson(payeWithTaxAccount) \\ \"taxAccount\") shouldBe JsDefined(taxAccountSerialised)\n      }\n      \"deserialise from a missing field to a None\" in {\n        val noTaxAccount = fullPayeJson - \"taxAccount\"\n        fromJson[PayAsYouEarn](noTaxAccount).get.taxAccount shouldBe None\n      }\n      \"deserialise from a non-empty json object to some TaxAccount\" in {\n        val withTaxAccountJson = fullPayeJson + (\"taxAccount\" -> taxAccountSerialised)\n        fromJson[PayAsYouEarn](withTaxAccountJson).get.taxAccount shouldBe taxAccountDeserialised\n      }\n    }\n\n    \"(de)serialising the 'statePension' field\" should {\n      val statePensionDeserialised = Some(StatePension(\n        grossAmount = BigDecimal(\"1253\"),\n        typeDescription = \"State Pension\",\n        paymentFrequency = Some(1),\n        startDate = Some(LocalDate.parse(\"2018-01-23\"))\n      ))\n      val statePensionSerialised = Json.parse(\n        \"\"\"\n          |{\n          |    \"grossAmount\": 1253,\n          |    \"typeDescription\": \"State Pension\",\n          |    \"paymentFrequency\": 1,\n          |    \"startDate\": \"2018-01-23\"\n          |}\n        \"\"\".stripMargin)\n\n      \"serialise to a missing field when the optional StatePension is empty\" in {\n        val payeNoStatePension = PayAsYouEarn(statePension = None)\n        (toJson(payeNoStatePension) \\ \"statePension\") shouldBe a[JsUndefined]\n      }\n      \"serialise to a json object when there is some StatePension details present\" in {\n        val payeWithStatePension = PayAsYouEarn(statePension = statePensionDeserialised)\n        (toJson(payeWithStatePension) \\ \"statePension\") shouldBe JsDefined(statePensionSerialised)\n      }\n      \"deserialise from a missing field to a None\" in {\n        val noStatePension = fullPayeJson - \"statePension\"\n        fromJson[PayAsYouEarn](noStatePension).get.statePension shouldBe None\n      }\n      \"deserialise from a non-empty json object to some StatePension\" in {\n        val withStatePensionJson = fullPayeJson + (\"statePension\" -> statePensionSerialised)\n        fromJson[PayAsYouEarn](withStatePensionJson).get.statePension shouldBe statePensionDeserialised\n      }\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/controllers\/TaxAccountControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.controllers\n\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito._\nimport org.scalatest.{BeforeAndAfterEach, OptionValues}\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.mvc.ControllerComponents\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.agentmtdidentifiers.model.Arn\nimport uk.gov.hmrc.domain.Nino\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.taxhistory.model.api.{IncomeSource, TaxAccount}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.EmploymentHistoryService\nimport uk.gov.hmrc.taxhistory.utils.{HttpErrors, TestRelationshipAuthService}\nimport uk.gov.hmrc.time.TaxYear\n\nimport java.util.UUID\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass TaxAccountControllerSpec extends AnyWordSpec with Matchers with OptionValues\n  with GuiceOneServerPerSuite with MockitoSugar with TestUtil with BeforeAndAfterEach {\n\n  private val mockEmploymentHistoryService = mock[EmploymentHistoryService]\n\n  private val ninoWithAgent = randomNino()\n  private val ninoWithoutAgent = randomNino()\n\n  private val testTaxAccount = TaxAccount()\n  private val testTaxYear = TaxYear.current.previous.currentYear\n  private val testTaxCode = \"1150L\"\n\n  val cc: ControllerComponents = stubControllerComponents()\n  implicit val executionContext: ExecutionContext = cc.executionContext\n\n  override def beforeEach: Unit = {\n    reset(mockEmploymentHistoryService)\n  }\n\n  val testTaxAccountController = new TaxAccountController(\n    employmentHistoryService = mockEmploymentHistoryService,\n    relationshipAuthService = TestRelationshipAuthService(Map(ninoWithAgent -> Arn(\"TestArn\"))),\n    cc\n  )\n\n  \"getTaxAccount\" must {\n\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getTaxAccount(any[Nino], any[TaxYear])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testTaxAccount)))\n\n      val result = testTaxAccountController.getTaxAccount(ninoWithAgent.nino, testTaxYear).apply(FakeRequest())\n      status(result) shouldBe OK\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getTaxAccount(any(), any())(any[HeaderCarrier]))\n          .thenReturn(Future.failed(httpException))\n        val result = testTaxAccountController.getTaxAccount(ninoWithAgent.nino, testTaxYear).apply(FakeRequest())\n        status(result) shouldBe expectedStatus\n      }\n    }\n\n    \"respond with UNAUTHORIZED Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getTaxAccount(any[Nino], any[TaxYear])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testTaxAccount)))\n\n      val result = testTaxAccountController.getTaxAccount(ninoWithoutAgent.nino, testTaxYear).apply(FakeRequest())\n      status(result) shouldBe UNAUTHORIZED\n    }\n  }\n\n  \"getIncomeSource\" must {\n\n    val testEmnploymentId = UUID.randomUUID().toString\n    val testIncomeSource = IncomeSource(1, 1, None, List.empty, List.empty, testTaxCode, None, 1, \"\")\n\n    \"respond with OK for successful get\" in {\n      when(mockEmploymentHistoryService.getIncomeSource(any[Nino], any[TaxYear], any[String])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testIncomeSource)))\n\n      val result = testTaxAccountController.getIncomeSource(ninoWithAgent.nino, testTaxYear, testEmnploymentId).apply(FakeRequest())\n      status(result) shouldBe OK\n    }\n\n    \"propagate error responses from upstream microservices\" in {\n      HttpErrors.toCheck.foreach { case (httpException, expectedStatus) =>\n        when(mockEmploymentHistoryService.getIncomeSource(any(), any(), any[String])(any[HeaderCarrier]))\n          .thenReturn(Future.failed(httpException))\n        val result = testTaxAccountController.getIncomeSource(ninoWithAgent.nino, testTaxYear, testEmnploymentId).apply(FakeRequest())\n        status(result) shouldBe expectedStatus\n      }\n    }\n\n    \"respond with UNAUTHORIZED Status for enrolments which is not HMRC Agent\" in {\n      when(mockEmploymentHistoryService.getIncomeSource(any[Nino], any[TaxYear], any[String])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(testIncomeSource)))\n\n      val result = testTaxAccountController.getIncomeSource(ninoWithoutAgent.nino, testTaxYear, testEmnploymentId).apply(FakeRequest())\n      status(result) shouldBe UNAUTHORIZED\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/model\/api\/IndividualTaxYearSpec.scala","text":"<reponame>hmrc\/tax-history<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport org.scalatest.OptionValues\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\nimport play.api.libs.json.{JsValue, Json}\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\n\nclass IndividualTaxYearSpec extends TestUtil with AnyWordSpecLike with Matchers with OptionValues {\n\n  lazy val indiviualTaxYearJson: JsValue = loadFile(\"\/json\/model\/api\/individual-tax-year.json\")\n  lazy val indiviualTaxYearListJson: JsValue = loadFile(\"\/json\/model\/api\/individual-tax-years.json\")\n\n  lazy val indivTaxYear1: IndividualTaxYear = IndividualTaxYear(year = 2016, allowancesURI = \"\/2016\/allowances\", employmentsURI = \"\/2016\/employments\", taxAccountURI = \"\/2016\/tax-account\")\n  lazy val indivTaxYear2: IndividualTaxYear = IndividualTaxYear(year = 2015, allowancesURI = \"\/2015\/allowances\", employmentsURI = \"\/2015\/employments\", taxAccountURI = \"\/2015\/tax-account\")\n\n  lazy val taxYearList = List(indivTaxYear1, indivTaxYear2)\n\n  \"IndividualTaxYear\" should {\n    \"transform into Json from object correctly \" in {\n      Json.toJson(indivTaxYear1) shouldBe indiviualTaxYearJson\n    }\n    \"transform into object from json correctly \" in {\n      indiviualTaxYearJson.as[IndividualTaxYear] shouldBe indivTaxYear1\n    }\n    \"transform into Json from object list correctly \" in {\n      Json.toJson(taxYearList) shouldBe indiviualTaxYearListJson\n    }\n    \"transform into object list from json correctly \" in {\n      indiviualTaxYearListJson.as[List[IndividualTaxYear]] shouldBe taxYearList\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/utils\/Retry.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.utils\n\nimport akka.actor.ActorSystem\nimport akka.pattern.after\nimport uk.gov.hmrc.http.{BadGatewayException, GatewayTimeoutException, UpstreamErrorResponse}\n\nimport javax.inject.Inject\nimport scala.concurrent.duration.FiniteDuration\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass Retry @Inject()(val times: Int, val delay: FiniteDuration, val system: ActorSystem) extends Logging {\n\n  private def apply[A](n: Int = times)(f: => Future[A])(implicit ec: ExecutionContext): Future[A] = {\n    f.recoverWith {\n      case ShouldRetryAfter(e) if n > 0 =>\n        logger.warn(s\"Retrying after failure $e\")\n        after(delay, system.scheduler)(apply(n - 1)(f))\n    }\n  }\n\n  def apply[A](f: => Future[A])(implicit ec: ExecutionContext): Future[A] = {\n    apply(times)(f)\n  }\n\n  private object ShouldRetryAfter {\n    def unapply(e: Exception): Option[Exception] = e match {\n      case ex: GatewayTimeoutException => Some(ex)\n      case ex: BadGatewayException => Some(ex)\n      case ex@UpstreamErrorResponse(_, _, _, _) => Some(ex)\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/auditable\/Auditable.scala","text":"<reponame>hmrc\/tax-history\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.auditable\n\nimport com.google.inject.Inject\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.AuditExtensions\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.play.audit.model.DataEvent\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.model.audit.{DataEventAuditType, DataEventDetail, DataEventTransaction}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass Auditable @Inject()(config: AppConfig, val audit: AuditConnector)(implicit executionContext: ExecutionContext){\n\n  \/\/ This only has side-effects, making a fire and forget call to an external system\n  def sendDataEvent(transactionName: DataEventTransaction, path: String = \"N\/A\",\n                    tags: Map[String, String] = Map.empty[String, String],\n                    detail: DataEventDetail, eventType: DataEventAuditType)\n                   (implicit hc: HeaderCarrier): Future[Unit] =\n    Future(audit.sendEvent(DataEvent(config.appName, auditType = eventType.toString,\n      tags = AuditExtensions.auditHeaderCarrier(hc).toAuditTags(transactionName.toString, path) ++ tags,\n      detail = AuditExtensions.auditHeaderCarrier(hc).toAuditDetails(detail.detail.toSeq: _*))))\n\n  \/\/ This only has side-effects, making a fire and forget sendDataEvent\n  def sendDataEvents(transactionName: DataEventTransaction, path: String = \"N\/A\",\n                     tags: Map[String, String] = Map.empty[String, String],\n                     details: Seq[DataEventDetail], eventType: DataEventAuditType)\n                    (implicit hc: HeaderCarrier): Unit =\n    details foreach (detail => sendDataEvent(transactionName, path, tags, detail, eventType))\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/helper\/EmploymentMatchingHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services.helper\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport uk.gov.hmrc.tai.model.rti.RtiEmployment\nimport uk.gov.hmrc.taxhistory.model.nps.NpsEmployment\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.helper.HelperTestData.{nps, rti}\nimport uk.gov.hmrc.taxhistory.services.helpers.EmploymentMatchingHelper\n\nclass EmploymentMatchingHelperSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n  \"Given 2 NPS and 2 RTI employments from the same employer, match those 2 NPS employments with the RTI employments\" when {\n    \"the worksNumber\/currentPayId is present\" in {\n      val rtiEmployment1 = rti(currentPayId = Some(\"1234\"), seq = 3)\n      val rtiEmployment2 = rti(currentPayId = Some(\"5678\"), seq = 4)\n\n      val npsEmployment1 = nps(worksNumber = Some(\"1234\"), seq = 3)\n      val npsEmployment2 = nps(worksNumber = Some(\"5678\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 2\n      matchedEmployments must contain (npsEmployment1, rtiEmployment1)\n      matchedEmployments must contain (npsEmployment2, rtiEmployment2)\n    }\n\n    \"the worksNumber\/currentPayId is missing\" in {\n      val rtiEmployment1 = rti(currentPayId = None, seq = 3)\n      val rtiEmployment2 = rti(currentPayId = None, seq = 4)\n\n      val npsEmployment1 = nps(worksNumber = None, seq = 3)\n      val npsEmployment2 = nps(worksNumber = None, seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 2\n      matchedEmployments must contain (npsEmployment1, rtiEmployment1)\n      matchedEmployments must contain (npsEmployment2, rtiEmployment2)\n    }\n  }\n\n  \"Given 2 NPS and 1 RTI employments from the same employer, match the RTI to the one correct NPS\" when {\n    \"the two NPS employments have a different worksNumber\/currentPayId\" in {\n      val rtiEmployment = rti(currentPayId = Some(\"1234\"), seq = 3)\n\n      val npsEmployment1 = nps(worksNumber = Some(\"1234\"), seq = 3)\n      val npsEmployment2 = nps(worksNumber = Some(\"5678\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment1, rtiEmployment)\n    }\n\n    \"the two NPS employments have the same worksNumber\/currentPayId but a different sequenceNumber\" in {\n      val rtiEmployment = rti(currentPayId = Some(\"456\"), seq = 1)\n\n      val npsEmployment1 = nps(worksNumber = Some(\"456\"), seq = 1)\n      val npsEmployment2 = nps(worksNumber = Some(\"456\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment1, rtiEmployment)\n    }\n\n    \"the two NPS employments have a missing worksNumber\/currentPayId\" in {\n      val rtiEmployment = rti(currentPayId = None, seq = 1)\n\n      val npsEmployment1 = nps(worksNumber = None, seq = 1)\n      val npsEmployment2 = nps(worksNumber = None, seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment1, rtiEmployment)\n    }\n  }\n\n  \"Given 1 NPS and 2 RTI employments from the same employer, match the NPS to the correct RTI\" when {\n    \"the two RTI employments have a different worksNumber\/currentPayId\" in {\n      val rtiEmployment1 = rti(currentPayId = Some(\"1234\"), seq = 3)\n      val rtiEmployment2 = rti(currentPayId = Some(\"5678\"), seq = 4)\n\n      val npsEmployment = nps(worksNumber = Some(\"5678\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment, rtiEmployment2)\n    }\n\n    \"the two RTI employments have the same worksNumber\/currentPayId but different sequenceNumber\" in {\n      val rtiEmployment1 = rti(currentPayId = Some(\"5678\"), seq = 3)\n      val rtiEmployment2 = rti(currentPayId = Some(\"5678\"), seq = 4)\n\n      val npsEmployment = nps(worksNumber = Some(\"5678\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment, rtiEmployment2)\n    }\n\n    \"the two RTI employments have a missing worksNumber\/currentPayId\" in {\n      val rtiEmployment1 = rti(currentPayId = None, seq = 3)\n      val rtiEmployment2 = rti(currentPayId = None, seq = 4)\n\n      val npsEmployment = nps(worksNumber = None, seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment, rtiEmployment2)\n    }\n  }\n\n  \"Given 1 NPS and 1 RTI employment from the same employer, the employments are matched only by taxOfficeNumber\/payeRef\" when {\n    \"even if the worksNumber\/currentPayId and sequence numbers do not match\" in {\n      val rtiEmployment = rti(currentPayId = Some(\"1234\"), seq = 3)\n      val npsEmployment = nps(worksNumber = Some(\"5678\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(List(npsEmployment), List(rtiEmployment)).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment, rtiEmployment)\n    }\n\n    \"even if the worksNumber\/currentPayId is missing and the sequence numbers do not match\" in {\n      val rtiEmployment = rti(currentPayId = None, seq = 3)\n      val npsEmployment = nps(worksNumber = None, seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(List(npsEmployment), List(rtiEmployment)).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment, rtiEmployment)\n    }\n  }\n\n  \"Given 2 NPS and 2 RTI employments from the same employer but there is only one matching pair, there is one correct match\" when {\n    \"the worksNumber\/currentPayId is present but matches only on one pair\" in {\n      val rtiEmployment1 = rti(currentPayId = Some(\"1234\"), seq = 3)\n      val rtiEmployment2 = rti(currentPayId = Some(\"5678\"), seq = 4)\n\n      val npsEmployment1 = nps(worksNumber = Some(\"5678\"), seq = 4)\n      val npsEmployment2 = nps(worksNumber = Some(\"1111\"), seq = 4)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment1, rtiEmployment2)\n    }\n\n    \"the worksNumber\/currentPayId is missing and the sequenceNumber matches only on one pair\" in {\n      val rtiEmployment1 = rti(currentPayId = None, seq = 3)\n      val rtiEmployment2 = rti(currentPayId = None, seq = 4)\n\n      val npsEmployment1 = nps(worksNumber = None, seq = 4)\n      val npsEmployment2 = nps(worksNumber = None, seq = 5)\n\n      val matchedEmployments = EmploymentMatchingHelper.matchEmployments(\n        npsEmployments = List(npsEmployment1, npsEmployment2),\n        rtiEmployments = List(rtiEmployment1, rtiEmployment2)\n      ).toSeq\n\n      matchedEmployments must have length 1\n      matchedEmployments must contain (npsEmployment1, rtiEmployment2)\n    }\n  }\n\n  \"Given multiple same employer employments, match the employments correctly\" in {\n\n    val rtiRecords:List[RtiEmployment] = List(\n      rti(officeNumber = \"123\", payeRef = \"xxx123456\", currentPayId = Some(\"1234\"), seq = 3),\n      rti(officeNumber = \"888\", payeRef = \"xxx888888\", currentPayId = Some(\"7654\"), seq = 8),\n      rti(officeNumber = \"888\", payeRef = \"xxx888888\", currentPayId = Some(\"7764\"), seq = 9),\n      rti(officeNumber = \"123\", payeRef = \"xxx123456\", currentPayId = Some(\"5678\"), seq = 4),\n      rti(officeNumber = \"999\", payeRef = \"yyy555555\", currentPayId = Some(\"9999\"), seq = 10)\n    )\n    val npsRecords: List[NpsEmployment] = List(\n      nps(taxDistrictNumber = \"123\", payeNumber = \"xxx123456\", worksNumber = Some(\"1234\"), seq = 3),\n      nps(taxDistrictNumber = \"123\", payeNumber = \"xxx123456\", worksNumber = Some(\"5678\"), seq = 4),\n      nps(taxDistrictNumber = \"888\", payeNumber = \"xxx888888\", worksNumber = Some(\"7654\"), seq = 8),\n      nps(taxDistrictNumber = \"888\", payeNumber = \"xxx888888\", worksNumber = Some(\"7764\"), seq = 9),\n      nps(taxDistrictNumber = \"999\", payeNumber = \"yyy555555\", worksNumber = Some(\"9999\"), seq = 10)\n    )\n\n    val result: Map[NpsEmployment, RtiEmployment] = EmploymentMatchingHelper.matchEmployments(npsRecords, rtiRecords)\n\n    result.size must be(5)\n\n    result.keySet.toList.map(_.worksNumber.get).sorted must be(result.values.toList.map(_.currentPayId.get).sorted)\n  }\n\n  \"Given a nonempty list of NPS employments and and empty list of RTI employments return an empty Map\" in {\n\n    val npsRecords: List[NpsEmployment] = List(\n      nps(taxDistrictNumber = \"123\", payeNumber = \"xxx123456\", worksNumber = Some(\"1234\"), seq = 3),\n      nps(taxDistrictNumber = \"123\", payeNumber = \"xxx123456\", worksNumber = Some(\"5678\"), seq = 4),\n      nps(taxDistrictNumber = \"888\", payeNumber = \"xxx888888\", worksNumber = Some(\"7654\"), seq = 8),\n      nps(taxDistrictNumber = \"888\", payeNumber = \"xxx888888\", worksNumber = Some(\"7764\"), seq = 9),\n      nps(taxDistrictNumber = \"999\", payeNumber = \"yyy555555\", worksNumber = Some(\"9999\"), seq = 10)\n    )\n\n    val rtiRecords: List[RtiEmployment] = List()\n\n    val result: Map[NpsEmployment, RtiEmployment] = EmploymentMatchingHelper.matchEmployments(npsRecords, rtiRecords)\n\n    result.isEmpty mustBe true\n  }\n\n  \"Given a nonempty list of RTI employments and and empty list of NPS employments return an empty Map\" in {\n\n    val rtiRecords:List[RtiEmployment] = List(\n      rti(officeNumber = \"123\", payeRef = \"xxx123456\", currentPayId = Some(\"1234\"), seq = 3),\n      rti(officeNumber = \"888\", payeRef = \"xxx888888\", currentPayId = Some(\"7654\"), seq = 8),\n      rti(officeNumber = \"888\", payeRef = \"xxx888888\", currentPayId = Some(\"7764\"), seq = 9),\n      rti(officeNumber = \"123\", payeRef = \"xxx123456\", currentPayId = Some(\"5678\"), seq = 4),\n      rti(officeNumber = \"999\", payeRef = \"yyy555555\", currentPayId = Some(\"9999\"), seq = 10)\n    )\n\n    val npsRecords: List[NpsEmployment] = List()\n\n    val result: Map[NpsEmployment, RtiEmployment] = EmploymentMatchingHelper.matchEmployments(npsRecords, rtiRecords)\n\n    result.isEmpty mustBe true\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/services\/TaxHistoryHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.services\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\nimport uk.gov.hmrc.taxhistory.services.helpers.TaxHistoryHelper\n\n\nclass TaxHistoryHelperSpec extends PlaySpec with MockitoSugar with TestUtil {\n\n\n  object TestTaxHistoryHelper extends TaxHistoryHelper\n\n  \"TaxHistory Helper\" should {\n\n    \"correctly compare matching numerical taxDistrictNumbers\" in {\n      TestTaxHistoryHelper.formatString(\"12\") mustBe \"12\"\n    }\n    \"correctly compare matching alphabetical taxDistrictNumbers\" in {\n      TestTaxHistoryHelper.formatString(\"ABC\") mustBe \"ABC\"\n    }\n\n    \"correctly compare taxDistrictNumbers as integers if one has a leading zero\" in {\n      TestTaxHistoryHelper.formatString(\"073\") mustBe \"73\"\n    }\n    \"not match different taxDistrictNumbers\" in {\n      TestTaxHistoryHelper.formatString(\"330\") mustBe \"330\"\n    }\n    \"not match taxDistrictNumbers if one is blank\" in {\n      TestTaxHistoryHelper.formatString(\"\")  mustBe \"\"\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/connectors\/CitizenDetailsConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.connectors\n\nimport akka.actor.ActorSystem\nimport javax.inject.{Inject, Singleton}\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.domain.{Nino, SaUtr}\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.http.HttpClient\nimport uk.gov.hmrc.taxhistory.config.AppConfig\nimport uk.gov.hmrc.taxhistory.metrics.{MetricsEnum, TaxHistoryMetrics}\nimport uk.gov.hmrc.taxhistory.utils.Retry\nimport uk.gov.hmrc.http.HttpReads.Implicits._\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass CitizenDetailsConnector @Inject()(val http: HttpClient,\n                                        val metrics: TaxHistoryMetrics,\n                                        val config: AppConfig,\n                                        val system: ActorSystem)\n                                       (implicit executionContext: ExecutionContext)  extends ConnectorMetrics {\n\n  val withRetry: Retry = config.newRetryInstance(\"des\", system)\n\n  def lookupSaUtr(nino: Nino)(implicit hc: HeaderCarrier): Future[Option[SaUtr]] = {\n    withMetrics(MetricsEnum.CITIZEN_DETAILS) {\n      withRetry {\n        http.GET[JsValue](s\"${config.citizenDetailsBaseUrl}\/citizen-details\/nino\/$nino\").map { json =>\n          (json \\ \"ids\" \\ \"sautr\").asOpt[SaUtr]\n        }\n      }\n    }.recover {\n      case _: NotFoundException => None\n    }\n  }\n}"}
{"repo_name":"hmrc\/tax-history","path":"test\/uk\/gov\/hmrc\/taxhistory\/fixtures\/RtiEmployments.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.fixtures\n\nimport play.api.libs.json.JsValue\nimport uk.gov.hmrc.tai.model.rti.RtiEmployment\nimport uk.gov.hmrc.taxhistory.model.utils.TestUtil\n\ntrait RtiEmployments extends TestUtil {\n\n  lazy val rtiEmploymentResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRti.json\")\n  val rtiERTaxablePayTotal: BigDecimal = BigDecimal.valueOf(20000.00)\n  val rtiERTaxTotal: BigDecimal = BigDecimal.valueOf(1880.00)\n\n  lazy val rtiPartialDuplicateEmploymentsResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiPartialDuplicateEmployments.json\")\n  lazy val rtiNonMatchingEmploymentsResponse: JsValue = loadFile(\"\/json\/rti\/response\/dummyRtiNonMatchingEmployment.json\")\n\n  val rtiEmployment1: RtiEmployment = RtiEmployment(1,\"offNo1\",\"ref1\",currentPayId = None, payments = Nil, earlierYearUpdates = Nil)\n  val rtiEmployment2: RtiEmployment = RtiEmployment(5,\"offNo2\",\"ref2\",currentPayId = None, payments = Nil, earlierYearUpdates = Nil)\n  val rtiEmployment3: RtiEmployment = RtiEmployment(3,\"offNo3\",\"ref3\",currentPayId = None, payments = Nil, earlierYearUpdates = Nil)\n  val rtiEmployment4: RtiEmployment = RtiEmployment(4,\"offNo4\",\"ref4\",currentPayId = None, payments = Nil, earlierYearUpdates = Nil)\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/config\/AppConfig.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.config\n\nimport akka.actor.ActorSystem\n\nimport javax.inject.{Inject, Singleton}\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\nimport uk.gov.hmrc.taxhistory.utils.Retry\n\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.duration.{Duration, DurationInt, FiniteDuration}\nimport scala.language.postfixOps\n\n@Singleton\nclass AppConfig @Inject()(config: ServicesConfig) {\n\n  lazy val appName: String = config.getString(\"appName\")\n  lazy val mongoExpiry: Duration = Duration(config.getInt(\"mongodb.cache.expire.seconds\"), TimeUnit.SECONDS)\n  lazy val mongoName: String = config.getString(\"mongodb.name\")\n  lazy val desEnv: String = config.getConfString(\"des.env\", \"local\")\n  lazy val desAuth: String = config.getConfString(\"des.authorizationToken\", \"Local\")\n  lazy val currentYearFlag: Boolean = config.getBoolean(\"featureFlags.currentYearFlag\")\n  lazy val statePensionFlag: Boolean = config.getBoolean(\"featureFlags.statePensionFlag\")\n  lazy val jobSeekersAllowanceFlag: Boolean = config.getBoolean(\"featureFlags.jobSeekersAllowanceFlag\")\n\n  lazy val desBaseUrl: String = config.baseUrl(\"des\")\n  lazy val citizenDetailsBaseUrl: String = config.baseUrl(\"citizen-details\")\n\n  def newRetryInstance(name: String, actorSystem: ActorSystem): Retry = {\n    val times = config.getInt(s\"microservice.services.$name.retry.times\")\n    val interval = getConfFiniteDuration(s\"microservice.services.$name.retry.interval\", 500 millis)\n    new Retry(times, interval, actorSystem)\n  }\n\n  private def getConfFiniteDuration(key: String, default: FiniteDuration): FiniteDuration = {\n    val d = FiniteDuration(config.getInt(key), \"ms\")\n    require(d.isFinite(), s\"not a finite duration: $key\")\n    FiniteDuration(d.length, d.unit)\n  }\n\n}\n"}
{"repo_name":"hmrc\/tax-history","path":"app\/uk\/gov\/hmrc\/taxhistory\/model\/api\/EmploymentPaymentType.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.taxhistory.model.api\n\nimport play.api.libs.json._\n\nimport scala.util.Try\n\nsealed trait EmploymentPaymentType extends Product with Serializable {\n  val name: String\n}\n\nobject EmploymentPaymentType {\n  case object OccupationalPension extends EmploymentPaymentType { val name = \"OccupationalPension\" }\n  case object JobseekersAllowance extends EmploymentPaymentType { val name = \"JobseekersAllowance\" }\n  case object IncapacityBenefit extends EmploymentPaymentType { val name = \"IncapacityBenefit\" }\n  case object EmploymentAndSupportAllowance extends EmploymentPaymentType { val name = \"EmploymentAndSupportAllowance\" }\n  case object StatePensionLumpSum extends EmploymentPaymentType { val name = \"StatePensionLumpSum\" }\n\n  def apply(name: String): EmploymentPaymentType = name.trim match {\n    case OccupationalPension.name => OccupationalPension\n    case JobseekersAllowance.name => JobseekersAllowance\n    case IncapacityBenefit.name => IncapacityBenefit\n    case EmploymentAndSupportAllowance.name => EmploymentAndSupportAllowance\n    case StatePensionLumpSum.name => StatePensionLumpSum\n  }\n\n  def unapply(paymentType: EmploymentPaymentType): Option[String] = Some(paymentType.name)\n\n  def paymentType(payeReference: String,\n            receivingOccupationalPension: Boolean,\n            receivingJobSeekersAllowance: Boolean = false): Option[EmploymentPaymentType] = {\n    if(receivingOccupationalPension) {\n      Some(OccupationalPension)\n    } else if (receivingJobSeekersAllowance) {\n      Some(JobseekersAllowance)\n    } else {\n      payeReference match {\n        case \"892\/BA500\" => Some(IncapacityBenefit)\n        case \"267\/ESA500\" => Some(EmploymentAndSupportAllowance)\n        case \"267\/LS500\" => Some(StatePensionLumpSum)\n        case \"475\/BB00987\" => Some(JobseekersAllowance)\n        case _ => None\n      }\n    }\n  }\n\n  private implicit val reads: Reads[EmploymentPaymentType] = {\n    case JsString(value) => Try(JsSuccess(EmploymentPaymentType(value))).getOrElse(JsError(s\"Invalid EmploymentPaymentType $value\"))\n    case invalid => JsError(s\"Invalid EmploymentPaymentType $invalid\")\n  }\n\n  private implicit val writes: Writes[EmploymentPaymentType] = (o: EmploymentPaymentType) => JsString(o.name)\n\n  implicit val format: Format[EmploymentPaymentType] = Format[EmploymentPaymentType](reads, writes)\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/config\/WebSecurityConfiguration.scala","text":"<reponame>ArieShout\/spring-scala<filename>src\/main\/scala\/me\/menxiao\/config\/WebSecurityConfiguration.scala\npackage me.menxiao.config\n\nimport javax.sql.DataSource\nimport org.springframework.context.annotation.{Bean, Configuration}\nimport org.springframework.security.config.annotation.web.builders.HttpSecurity\nimport org.springframework.security.config.annotation.web.configuration.WebSecurityConfigurerAdapter\nimport org.springframework.security.core.userdetails.UserDetailsService\nimport org.springframework.security.core.userdetails.jdbc.JdbcDaoImpl\n\n@Configuration\nclass WebSecurityConfiguration {\n  @Bean def webSecurityConfig(dataSource: DataSource): WebSecurityConfigurerAdapter =\n    new WebSecurityConfigurerAdapter() {\n      override def configure(http: HttpSecurity): Unit = {\n        \/\/        http.authorizeRequests.antMatchers(\n        \/\/          \"\/console\", \"\/console\/**\", \"\/console\/\",\n        \/\/          \"\/swagger-ui.html\", \"\/swagger-resources\", \"\/v2\/**\",\n        \/\/          \"\/**\/*.css\", \"\/**\/*.js\", \"\/**\/*.png\",\n        \/\/          \"\/configuration\/**\").permitAll\n        \/\/        http.authorizeRequests().anyRequest().authenticated()\n        http.authorizeRequests().anyRequest().permitAll()\n        http.csrf().disable()\n        http.headers().frameOptions().disable()\n        http.httpBasic()\n      }\n\n      @Bean override def userDetailsService(): UserDetailsService = {\n        val manager = new JdbcDaoImpl\n        manager.setDataSource(dataSource)\n        manager\n      }\n    }\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/SpringScalaApplication.scala","text":"package me.menxiao\n\nimport org.springframework.boot.SpringApplication\nimport org.springframework.boot.autoconfigure.SpringBootApplication\n\n@SpringBootApplication\nclass SpringScalaApplication\n\nobject SpringScalaApplication extends App {\n  SpringApplication.run(classOf[SpringScalaApplication], args: _*)\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/model\/User.scala","text":"package me.menxiao.model\n\nimport javax.persistence._\n\nimport scala.beans.BeanProperty\n\n@Entity\nclass User extends Serializable {\n  @Id\n  @GeneratedValue(strategy = GenerationType.IDENTITY)\n  @BeanProperty\n  var id: Long = _\n\n  @BeanProperty\n  @Column(name = \"username\")\n  var username: String = _\n\n  @BeanProperty\n  @Column(name = \"password\")\n  var password: String = _\n\n  @BeanProperty\n  @Column(name = \"enabled\")\n  var enabled: Boolean = _\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/service\/UserService.scala","text":"package me.menxiao.service\n\nimport me.menxiao.model.User\nimport me.menxiao.repository.UserRepository\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\nimport scala.jdk.CollectionConverters._\nimport scala.jdk.OptionConverters._\n\n@Service\nclass UserService(@Autowired private val userRepository: UserRepository) {\n  def listUsers(): Seq[User] = userRepository.findAll.asScala.toSeq\n\n  def getUser(id: Long): Option[User] = userRepository.findById(id).toScala\n\n  def createUser(users: User): Long = {\n    userRepository.save(users)\n    users.id\n  }\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/config\/SwaggerConfiguration.scala","text":"<filename>src\/main\/scala\/me\/menxiao\/config\/SwaggerConfiguration.scala<gh_stars>0\npackage me.menxiao.config\n\nimport java.util\n\nimport com.fasterxml.classmate.TypeResolver\nimport org.springframework.context.annotation.{Bean, Configuration}\nimport org.springframework.web.bind.annotation.RestController\nimport springfox.documentation.builders.{PathSelectors, RequestHandlerSelectors}\nimport springfox.documentation.schema.{AlternateTypeRule, AlternateTypeRuleConvention, AlternateTypeRules, WildcardType}\nimport springfox.documentation.spi.DocumentationType\nimport springfox.documentation.spring.web.plugins.Docket\nimport springfox.documentation.swagger2.annotations.EnableSwagger2\n\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\nimport scala.reflect._\nimport scala.reflect.runtime.universe._\n\n@Configuration\n@EnableSwagger2\nclass SwaggerConfiguration {\n  @Bean def api(): Docket = {\n    new Docket(DocumentationType.SWAGGER_2)\n      .select()\n      .apis(RequestHandlerSelectors.withClassAnnotation(classOf[RestController]))\n      .paths(PathSelectors.any())\n      .build()\n      .genericModelSubstitutes(classOf[Option[_]])\n  }\n\n  @Bean def alternativeTypeRules(typeResolver: TypeResolver): AlternateTypeRuleConvention = {\n    new AlternateTypeRuleConvention {\n      override def rules(): util.List[AlternateTypeRule] =\n        Seq(\n          rule[mutable.Buffer[_], util.List[_]],\n\n          rule[Seq[_], util.List[_]],\n          rule[mutable.Seq[_], util.List[_]],\n\n          rule[Set[_], util.Set[_]],\n          rule[mutable.Set[_], util.Set[_]],\n\n          rule[collection.concurrent.Map[_, _], util.concurrent.ConcurrentMap[_, _]],\n          rule[Map[_, _], util.Map[_, _]],\n          rule[mutable.Map[_, _], util.Map[_, _]],\n\n          rule[Iterable[_], java.lang.Iterable[_]],\n          rule[Iterator[_], util.Iterator[_]],\n        ).asJava\n\n      override def getOrder: Int = org.springframework.core.Ordered.HIGHEST_PRECEDENCE\n\n      private def rule[TOriginal: ClassTag : WeakTypeTag, TAlternate: ClassTag]: AlternateTypeRule = {\n        val original = classTag[TOriginal].runtimeClass\n        val alternate = classTag[TAlternate].runtimeClass\n        val arity = weakTypeOf[TOriginal] match {\n          case ExistentialType(_, TypeRef(_, _, args)) => args.length\n          case TypeRef(_, _, args) => args.length\n        }\n        val wildcards = 1.to(arity).map(_ => classOf[WildcardType]).toArray\n        AlternateTypeRules.newRule(\n          typeResolver.resolve(original, wildcards: _*),\n          typeResolver.resolve(alternate, wildcards: _*)\n        )\n      }\n    }\n  }\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/repository\/UserRepository.scala","text":"<reponame>ArieShout\/spring-scala\npackage me.menxiao.repository\n\nimport me.menxiao.model.User\nimport org.springframework.data.repository.CrudRepository\nimport org.springframework.stereotype.Repository\n\n@Repository\ntrait UserRepository extends CrudRepository[User, Long] {\n  def findUserByUsername(username: String): User\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/config\/JacksonScalaModuleConfigurer.scala","text":"<filename>src\/main\/scala\/me\/menxiao\/config\/JacksonScalaModuleConfigurer.scala\npackage me.menxiao.config\n\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport org.springframework.context.ApplicationListener\nimport org.springframework.stereotype.Component\nimport springfox.documentation.schema.configuration.ObjectMapperConfigured\n\n@Component\nclass JacksonScalaModuleConfigurer extends ApplicationListener[ObjectMapperConfigured] {\n  override def onApplicationEvent(event: ObjectMapperConfigured): Unit = {\n    event.getObjectMapper.registerModule(DefaultScalaModule)\n  }\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/main\/scala\/me\/menxiao\/controller\/UserController.scala","text":"<filename>src\/main\/scala\/me\/menxiao\/controller\/UserController.scala\npackage me.menxiao.controller\n\nimport javax.sql.DataSource\nimport me.menxiao.model.User\nimport me.menxiao.service.UserService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.http.{HttpHeaders, HttpStatus, ResponseEntity}\nimport org.springframework.web.bind.annotation._\n\n@RestController\n@RequestMapping(path = Array(\"\/api\"))\nclass UserController(\n                      @Autowired val userService: UserService,\n                      @Autowired val dataSource: DataSource\n                    ) {\n\n  @GetMapping(path = Array(\"\/users\"))\n  def getAllUsers: Seq[User] = {\n    userService.listUsers()\n  }\n\n  @GetMapping(path = Array(\"\/users\/{id}\"))\n  def getUser(@PathVariable id: Long): Option[User] = {\n    userService.getUser(id)\n  }\n\n  @PostMapping(path = Array(\"\/users\"))\n  def createUser(@RequestBody users: User): ResponseEntity[Long] = {\n    val id = userService.createUser(users)\n    new ResponseEntity(id, new HttpHeaders, HttpStatus.CREATED)\n  }\n}\n"}
{"repo_name":"ArieShout\/spring-scala","path":"src\/test\/scala\/me\/menxiao\/SpringScalaApplicationTests.scala","text":"package me.menxiao\n\nimport org.junit.Test\nimport org.springframework.boot.test.context.SpringBootTest\n\n@SpringBootTest\nclass SpringScalaApplicationTests {\n  @Test def contextLoads(): Unit = {\n  }\n}\n"}
{"repo_name":"genos\/Programming","path":"workbench\/oaft\/oaft-scala\/build.sbt","text":"name := \"oaft\"\n\norganization := \"com.qf\"\n\nversion := \"0.1.0-SNAPSHOT\"\n\nscalaVersion := \"2.13.1\"\n\nlibraryDependencies ++= Seq(\n  )\n\nscalacOptions ++= Seq(\n  \"-feature\",\n  \"-unchecked\",\n  \"-language:higherKinds\",\n  \"-deprecation\",\n  \"-Xfatal-warnings\",\n  \"-Xlint\",\n  \"encoding\",\n  \"utf8\"\n)\n"}
{"repo_name":"genos\/Programming","path":"workbench\/ttkv\/build.sbt","text":"lazy val root = (project in file(\".\"))\n  .settings(\n    name := \"ttkv\",\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %% \"cats-effect\" % \"1.3.0\",\n      \"org.typelevel\" %% \"alleycats-core\" % \"1.6.0\",\n      \"org.scalacheck\" %% \"scalacheck\" % \"1.14.0\" % \"test\"\n    ),\n    scalacOptions ++= Seq(\n      \"-feature\",\n      \"-deprecation\",\n      \"-unchecked\",\n      \"-language:postfixOps\",\n      \"-language:higherKinds\",\n      \"-Ypartial-unification\"\n    )\n  )\n"}
{"repo_name":"genos\/Programming","path":"workbench\/ttkv\/src\/main\/scala\/ttkv\/TTKV.scala","text":"<filename>workbench\/ttkv\/src\/main\/scala\/ttkv\/TTKV.scala\npackage ttkv\n\nimport cats.effect.{Clock, Sync}\nimport cats.implicits._\nimport alleycats.std.iterable._\nimport scala.concurrent.duration.NANOSECONDS\nimport scala.collection.immutable.LongMap\n\ncase class TTKV[K, V](inner: Map[K, LongMap[V]]) extends AnyVal {\n\n  def put[F[_]](key: K, value: V)\n               (implicit sync: Sync[F], clock: Clock[F]): F[TTKV[K, V]] =\n    clock.monotonic(NANOSECONDS).map { t =>\n      val m = inner.getOrElse(key, LongMap.empty) + (t -> value)\n      TTKV(inner + (key -> m))\n    }\n\n  def get(key: K, time: Option[Long] = None): Option[V] =\n    for {\n      m <- inner.get(key)\n      keys = m.keys.filter(_ <= time.getOrElse(Long.MaxValue))\n      t0 <- keys.maximumOption\n      value <- m.get(t0)\n    } yield value\n\n  def times(key: K): List[Long] =\n    inner.get(key).map(_.keys.toList.sorted).getOrElse(Nil)\n\n  def times: List[Long] =\n    inner.keys.toList.flatMap(times).sorted\n\n}\n\nobject TTKV {\n\n  def empty[K, V]: TTKV[K, V] = TTKV(Map.empty)\n\n}\n"}
{"repo_name":"genos\/Programming","path":"workbench\/cats-test\/build.sbt","text":"<reponame>genos\/Programming\nval cats = \"org.typelevel\" %% \"cats\" % \"0.9.0\"\nval macroParadise = compilerPlugin(\"org.scalamacros\" % \"paradise\" % \"2.1.0\" cross CrossVersion.full)\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    organization := \"com.qf\",\n    name := \"Cats Test\",\n    scalaVersion := \"2.12.1\",\n    version := \"0.1.0-SNAPSHOT\",\n    libraryDependencies ++= Seq(cats, macroParadise),\n    scalacOptions ++= Seq(\n      \"-deprecation\",\n      \"-encoding\", \"UTF-8\",\n      \"-feature\",\n      \"-language:_\"\n    )\n  )\n"}
{"repo_name":"genos\/Programming","path":"workbench\/ttkv\/src\/test\/scala\/ttkv\/TTKVSpec.scala","text":"package ttkv\n\nimport org.scalacheck.Properties\nimport org.scalacheck.Prop.{forAll, BooleanOperators}\nimport cats.effect.{Clock, IO, Sync}\n\nobject TTKVSpec extends Properties(\"TTKV[IO]\") {\n\n  implicit val sync = Sync[IO]\n  implicit val clock = Clock.create[IO]\n\n  property(\"initially empty\") = forAll { (a: Char) =>\n    TTKV.empty.get(a) == None\n  }\n\n  property(\"single get\") = forAll { (a: Char, x: Int) =>\n    TTKV.empty.put(a, x).map(_.get(a) == Some(x)).unsafeRunSync\n  }\n\n  property(\"two gets, different keys\") = forAll {\n    (a: Char, b: Char, x: Int, y: Int) =>\n      (a != b) ==>\n        TTKV.empty\n          .put(a, x)\n          .flatMap(_.put(b, y))\n          .map { m =>\n            (m.get(a) == Some(x)) && (m.get(b) == Some(y))\n          }\n          .unsafeRunSync\n  }\n\n  property(\"two puts, same key\") = forAll { (a: Char, x: Int, y: Int) =>\n    TTKV.empty\n      .put(a, x)\n      .flatMap(_.put(a, y))\n      .map(_.get(a) == Some(y))\n      .unsafeRunSync\n  }\n\n  property(\"two puts same key => two times\") = forAll {\n    (a: Char, x: Int, y: Int) =>\n      TTKV.empty\n        .put(a, x)\n        .flatMap(_.put(a, y))\n        .map(_.times(a).length == 2)\n        .unsafeRunSync\n  }\n\n  property(\"two puts => two times\") = forAll {\n    (a: Char, b: Char, x: Int, y: Int) =>\n      TTKV.empty\n        .put(a, x)\n        .flatMap(_.put(b, y))\n        .map(_.times.length == 2)\n        .unsafeRunSync\n  }\n\n  property(\"middle get\") = forAll { (a: Char, x: Int, y: Int, d: Double) =>\n    ((0 <= d) && (d < 1)) ==>\n      TTKV.empty\n        .put(a, x)\n        .flatMap(_.put(a, y))\n        .map { m =>\n          val ts = m.times(a)\n          val t0 = ts.head\n          val t1 = ts.last\n          val \u03b4 = (t1 - t0) * d\n          m.get(a, Some(t0 + \u03b4.toLong)) == Some(x)\n        }\n        .unsafeRunSync\n  }\n\n  property(\"get before time\") = forAll { (a: Char, x: Int, t: Long) =>\n    (t > 0) ==>\n      TTKV.empty\n        .put(a, x)\n        .map { m =>\n          val t0 = m.times(a).head\n          m.get(a, Some(t0 - t)) == None\n        }\n        .unsafeRunSync\n  }\n\n}\n"}
{"repo_name":"genos\/Programming","path":"workbench\/oaft\/oaft-scala\/src\/main\/scala\/App.scala","text":"package com.qf.oaft\n\nobject ExpAlg {\n  trait Repr[T]\n\n  case class Eval[T](value: T) extends Repr[T]\n  def eval[T]: Eval[T] => T = _.value\n\n  case class View[T](view: String) extends Repr[T]\n  def view[T]: View[T] => String = _.view\n\n  trait ExpAlg[R[_]] {\n    def lit: Int => R[Int]\n    def add: R[Int] => R[Int] => R[Int]\n  }\n\n  implicit object ExpAlgEval extends ExpAlg[Eval] {\n    def lit = Eval(_)\n    def add = x => y => Eval(x.value + y.value)\n  }\n\n  implicit object ExpAlgView extends ExpAlg[View] {\n    def lit = x => View(x.toString)\n    def add = x => y => View(s\"(${x.view} + ${y.view})\")\n  }\n\n  trait MulAlg[R[_]] {\n    def mul: R[Int] => R[Int] => R[Int]\n  }\n\n  implicit object MulAlgEval extends MulAlg[Eval] {\n    def mul = x => y => Eval(x.value * y.value)\n  }\n  implicit object MulAlgView extends MulAlg[View] {\n    def mul = x => y => View(s\"(${x.view} * ${y.view})\")\n  }\n\n  def e1[R[_]](implicit ea: ExpAlg[R]): R[Int] = {\n    import ea._\n    add(lit(1))(add(lit(2))(lit(3)))\n  }\n  val v1: Int    = eval(e1[Eval])\n  val s1: String = view(e1[View])\n\n  def e2[R[_]](implicit ea: ExpAlg[R], ma: MulAlg[R]): R[Int] = {\n    import ea._, ma._\n    mul(lit(4))(add(lit(5))(lit(6)))\n  }\n  val v2: Int    = eval(e2[Eval])\n  val s2: String = view(e2[View])\n}\n\nobject App {\n  import ExpAlg._\n  def main(args: Array[String]): Unit = {\n    println(v1)\n    println(s1)\n    println(v2)\n    println(s2)\n  }\n}\n"}
{"repo_name":"genos\/Programming","path":"workbench\/cats-test\/src\/main\/scala\/App.scala","text":"<gh_stars>1-10\npackage com.example.catstest\n\nimport cats._\nimport cats.data._\nimport cats.implicits._\n\nobject App {\n\n  def eitherExample: Unit = {\n    type Result[A] = Either[String, A]\n    val l: Result[Int] = Either.left(\"Failed\")\n    val r: Result[Int] = Either.right(1)\n    println(l map (_ + 1))\n    println(r map (_ + 1))\n  }\n\n  def validatedExample: Unit = {\n    type Error = List[String]\n    type EitherErrInt = Either[Error, Int]\n    type ValidatedR = Validated[Error, Int]\n    val x1: EitherErrInt = Either.right(1)\n    val x2: EitherErrInt = Either.left(List(\"Stops here\"))\n    val x3: EitherErrInt = Either.left(List(\"This will be ignored\"))\n    val v1: ValidatedR = Validated.valid(1)\n    val v2: ValidatedR = Validated.invalid(List(\"Accumulates this\"))\n    val v3: ValidatedR = Validated.invalid(List(\"And this\"))\n    println(\n      for {\n        x <- x1\n        y <- x2\n        z <- x3\n      } yield x + y + z\n    )\n    println((v1 |@| v2 |@| v3) map { _ + _ + _ })\n    println((v1 |@| v1 |@| v1) map { _ + _ + _ })\n  }\n\n  def main(args: Array[String]) {\n    println(\"eitherExample:\")\n    eitherExample\n    println(\"validatedExample:\")\n    validatedExample\n  }\n}\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/LabelType.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport scalation.linalgebra.VectorD\nimport scalation.math.ExtremeD.MAX_VALUE\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `LabelType` specifies (data) type for vertex and edge labels.\n *  `TLabel` must be a subtype of Ordering [Any].\n *  @see www.scala-lang.org\/api\/current\/#scala.math.Ordering\n *\/\nobject LabelType\n{\n    \/** Type for label, e.g., `Int`, `Double`, `String`, `Vector`D, etc. (not made generic for speed)\n     *\/\n\/\/  type TLabel = Int          \/\/ change and recompile (FIX: use Scala Macros)\n    type TLabel = Double\n\/\/  type TLabel = String\n\/\/  type TLabel = VectorD\n\n    \/** The default value for the `TLabel` type\n     *\/\n\/\/  val TLabel_DEFAULT = 0          \/\/ change and recompile (FIX: use Scala Macros)\n    val TLabel_DEFAULT = 0.0\n\/\/  val TLabel_DEFAULT = null\n\/\/  val TLabel_DEFAULT = new VectorD (0)\n\n    \/** The maximum value for the `TLabel` type\n     *\/\n\/\/  val TLabel_MAX = Int.MaxValue          \/\/ change and recompile (FIX: use Scala Macros)\n    val TLabel_MAX = MAX_VALUE\n\/\/  val TLabel_MAX = null\n\/\/  val TLabel_MAX = new VectorD (MAX_VALUE)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert to the string to a `TLabel` type.\n     *  @param s  the string to convert\n     *\/\n\/\/  def toTLabel (s: String): TLabel = s.toInt                   \/\/ for Int\n    def toTLabel (s: String): TLabel = s.toDouble                \/\/ for Double\n\/\/  def toTLabel (s: String): TLabel = s                         \/\/ for String\n\/\/  def toTLabel (s: String): TLabel = VectorD (s)               \/\/ for VectorD\n\n} \/\/ LabelType object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/par\/BayesClassifier.scala","text":"<reponame>DongYuYu\/Scalation\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Sat Aug  8 20:26:34 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier.par\n\nimport scala.collection.mutable.ListBuffer\n\nimport scalation.analytics.classifier.{BayesMetrics, ClassifierInt}\nimport scalation.linalgebra.gen.{HMatrix3, HMatrix5}\nimport scalation.linalgebra._\nimport scalation.math.log2\nimport scalation.relalgebra.Relation\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The 'DAG' class provides a data structure for storing directed acyclic graphs.\n *  @param parent  records the parents for each node in the graph\n *\/\nclass DAG (val parent: Array [Array [Int]])\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert 'this' `DAG` to a string.\n     *\/\n    override def toString: String =\n    {\n        val sb = new StringBuilder ()\n        for (p <- parent) sb append p.deep\n        sb.toString\n    } \/\/ toString\n\n} \/\/ DAG class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifier` object provides factory methods for building Bayesian\n *  classifiers.  The following types of classifiers are currently supported:\n *  `NaiveBayes`       - Naive Bayes classifier\n *  `SelNaiveBayes`    - Selective Naive Bayes classifier\n *  `AugNaiveBayes`    - Augmented Naive Bayes classifier\n *  `AugSelNaiveBayes` - Augmented Selective Naive Bayes classifier\n *  `TANBayes`         - Tree Augmented Naive Bayes classifier\n *  `SelTAN`           - Selective Tree Augmented Naive Bayes classifier\n *  `BayesNetwork2`    - Ordering-based Bayesian Network with k = 2\n *\/\nabstract class BayesClassifier (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String])\n         extends ClassifierInt (x, y, fn, k, cn) with BayesMetrics\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the model with feature order and selection\n     *  @param testStart  beginning of test region. (inclusive)\n     *  @param testEnd    end of test region. (exclusive)\n     *\/\n    def buildModel(testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute conditional mutual information for XY given Z from frequency counts\n     *  @see http:\/\/www.cs.technion.ac.il\/~dang\/journal_papers\/friedman1997Bayesian.pdf, p.12\n     *  @param pz    the probability of Z\n     *  @param ptz   the probability of X given Z, or Y given Z\n     *  @param pxyz  the probability of Y and Y given Z\n     *\/\n    def condMutualInformation(pz: VectorD, ptz: HMatrix3[Double], pxyz: HMatrix5[Double]): MatrixD =\n    {\n        val sum = new MatrixD(ptz.dim2, ptz.dim2)\n        for (i <- 0 until ptz.dim2; j <- 0 until ptz.dim2) {\n            for (q <- 0 until ptz.dim_3(i); t <- 0 until ptz.dim_3(j)) {\n                for (r <- 0 until pz.dim) {\n                    sum(i, j) += pxyz(r, i, j, q, t) * log2 ((pz(r) * pxyz(r, i, j, q, t)) \/ (ptz(r, i, q) * ptz(r, j, t)))\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n        sum\n    } \/\/ mutualInformation\n\n} \/\/ BayesClassifier class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifier` object provides factory methods for building Bayes\n *  classifiers.\n *\/\nobject BayesClassifier\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Naive Bayes classification model.\n     *  @param x   the integer-valued data vectors stored as rows of a matrix\n     *  @param y   the class vector, where y(l) = class for row l of the matrix x, x(l)\n     *  @param fn  the names for all features\/variables\n     *  @param k   the number of classes\n     *  @param cn  the names for all classes\n     *  @param vc  the value count (number of distinct values) for each feature\n     *  @param me  use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n               vc: VectoI, me: Int): NaiveBayes =\n    {\n        new NaiveBayes (x, y, fn, k, cn, vc, me)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Naive Bayes classification model,\n     *  passing 'x' and 'y' together in one matrix.\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn  the names for all features\/variables\n     *  @param k   the number of classes\n     *  @param cn  the names for all classes\n     *  @param vc  the value count (number of distinct values) for each feature\n     *  @param me  use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               vc: VectoI, me: Int): NaiveBayes =\n    {\n        NaiveBayes (xy, fn, k, cn, vc, me)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Selective Naive Bayes classification model.\n     *  @param x     the integer-valued data vectors stored as rows of a matrix\n     *  @param y     the class vector, where y(l) = class for row l of the matrix x, x(l)\n     *  @param fn    the names for all features\/variables\n     *  @param k     the number of classes\n     *  @param cn    the names for all classes\n     *  @param fset  the list of selected features\n     *  @param vc    the value count (number of distinct values) for each feature\n     *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n               me: Int, fset: ListBuffer [Int], vc: VectoI): SelNaiveBayes =\n    {\n        new SelNaiveBayes (x, y, fn, k, cn, me, fset, vc)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Selective Naive Bayes classification model,\n     *  passing 'x' and 'y' together in one matrix.\n     *  @param xy    the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn    the names for all features\/variables\n     *  @param k     the number of classes\n     *  @param cn    the names for all classes\n     *  @param fset  the list of selected features\n     *  @param vc    the value count (number of distinct values) for each feature\n     *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               me: Int ,fset: ListBuffer[Int], vc: VectoI): SelNaiveBayes =\n    {\n        SelNaiveBayes (xy, fn, k, cn, me, fset, vc)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Tree Augmented Naive Bayes Classification model\n     *  @param x      the integer-valued data vectors stored as rows of a matrix\n     *  @param y      the class vector, where y(l) = class for row l of the matrix, x(l)\n     *  @param fn     the names for all features\/variables\n     *  @param k      the number of classes\n     *  @param cn     the names for all classes\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n               thres: Double, me: Int, vc: VectoI): TANBayes =\n    {\n        new TANBayes (x, y, fn, k, cn, thres, me, vc)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Tree Augmented Naive Bayes Classification model,\n     *  passing 'x' and 'y' together in one matrix.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\n     *  @param k      the number of classes\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               thres: Double, me: Int, vc: VectoI): TANBayes =\n    {\n        TANBayes (xy, fn, k, cn, thres, me, vc)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a Bayesian Network 2 classification model.\n     *  @param x     the integer-valued data vectors stored as rows of a matrix\n     *  @param y     the class vector, where y(l) = class for row l of the matrix, x(l)\n     *  @param fn    the names for all features\/variables\n     *  @param k     the number of classes\n     *  @param cn    the names for all classes\n     *  @param vc    the value count (number of distinct values) for each feature\n     *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n               thres: Double, vc: VectoI, me: Int): BayesNetwork2 =\n    {\n        new BayesNetwork2 (x, y, fn, vc, k, cn, thres, me)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Bayesian Network 2 classification model, passing 'x' and 'y' together in one matrix.\n     *  @param xy    the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn    the names of the features\n     *  @param k     the number of classes\n     *  @param vc    the value count (number of distinct values) for each feature\n     *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               thres: Double,vc: VectoI, me: Int): BayesNetwork2 =\n    {\n        BayesNetwork2 (xy, fn, vc, k, cn, thres, me)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert a selected feature set from a list to a `Boolean` array representation.\n     *  @param list  the list of selected features, e.g., (1, 3, 5)\n     *  @param n     the total number (selected or not) of features\n     *\/\n    def list2Array (list: ListBuffer [Int], n: Int): Array [Boolean] =\n    {\n        if (list == null) return null\n        val arr = Array.fill (n)(false)\n        for (js <- list) arr(js) = true\n        arr\n    } \/\/ list2Array\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create and test a Bayes Classifier\n     *  @param bc      the Bayes Classifier\n     *  @param name    name of the classifier\n     *\/\n    def test (bc: BayesClassifier, name: String)\n    {\n        println (\"-\" * 50)\n        println (\"Test \" + name)\n        bc.buildModel ()\n        println (\"Average accuracy = \" + bc.crossValidate())\n        println (\"-\" * 50)\n    } \/\/test\n\n} \/\/ BayesClassifier\n\nimport BayesClassifier.test\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest` object is used to test the `BayesClassifier` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-naiveBayes-example.pdf\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest\n *\/\nobject BayesClassifierTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                 x0 x1 x2  y\n    val xy = new MatrixI((10, 4), 1, 0, 1, 1,                 \/\/ data matrix\n                                  1, 0, 1, 0,\n                                  1, 0, 1, 1,\n                                  0, 0, 1, 0,\n                                  0, 0, 0, 1,\n                                  0, 1, 0, 0,\n                                  0, 1, 0, 1,\n                                  0, 1, 1, 0,\n                                  1, 1, 0, 0,\n                                  1, 0, 0, 1)\n\n    val fn = Array (\"Color\", \"Type\", \"Origin\")                 \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                               \/\/ class names\n    val k  = 2                                                 \/\/ number of classes\n\n    println (\"---------------------------------------------------------------\")\n    println (\"D A T A   M A T R I X\")\n    println (\"xy = \" + xy)\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1,null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),           \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc = null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest2` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest2\n *\/\nobject BayesClassifierTest2 extends App\n{\n    val fname = BASE_DIR + \"bayes_data.csv\"       \/\/ file's relative path name\n    val (m, n) = (683, 10)                        \/\/ number of (rows\/lines, columns) in file\n\n    val xy = ClassifierInt (fname, m, n)          \/\/ load 'xy' data matrix from file\n\n    xy.setCol (n - 1, xy.col(n - 1).map((z: Int) => z \/ 2 - 1))\n\n    val fn = Array (\"Clump Thickness\", \"Uniformity of Cell Size\", \"Uniformity of Cell Shape\", \"Marginal Adhesion\",\n                    \"Single Epithelial Cell Size\", \"Bare Nuclei\", \"Bland Chromatin\", \"Normal Nucleoli\", \"Mitoses\")\n    val vc = VectorI (11, 11, 11, 11, 11, 11, 11, 11, 11)\n    val cn = Array (\"benign\", \"malignant\")\n    val k  = 2\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest3` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest3\n *\/\nobject BayesClassifierTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\")\n    val k  = 2\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest3 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest4` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest4\n *\/\nobject BayesClassifierTest4 extends App {\n    val filename = BASE_DIR + \"adult.txt\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (Seq (0, 1, 3, 4, 5, 6, 7, 8, 9, 12, 13, 14))\n    val fn = Array (\"0\", \"1\", \"2\", \"3\", \"4\", \"5\", \"6\", \"7\", \"8\", \"9\", \"10\", \"11\", \"12\")\n    val cn = Array (\"0\", \"1\")\n    val k = 2\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest4 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest5` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest5\n *\/\nobject BayesClassifierTest5 extends App\n{\n    val filename = BASE_DIR + \"letter-recognition.data\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    xy.swapCol (0, xy.dim2 - 1)\n    val fn = data.colName.toArray\n    val cn = Array (\"A\", \"B\", \"C\", \"D\", \"E\", \"F\", \"G\", \"H\", \"I\", \"J\", \"K\", \"L\", \"M\",\n                    \"N\", \"O\", \"P\", \"Q\", \"R\", \"S\", \"T\", \"U\", \"V\", \"W\", \"X\", \"Y\", \"Z\")\n    val k = 26\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest5 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest6` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest6\n *\/\nobject BayesClassifierTest6 extends App\n{\n    val filename = BASE_DIR + \"german.data\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null); xy.setCol (24, xy.col (24).map ((z: Int) => z - 1))\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\")                                       \/\/ class names\n    val k  = 2\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest6 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest7` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest7\n *\/\nobject BayesClassifierTest7 extends App\n{\n    val filename = BASE_DIR + \"flare.data\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\")\n    val k  = 2\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest7 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest8` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest8\n *\/\nobject BayesClassifierTest8 extends App\n{\n    val filename = BASE_DIR + \"connect-4.dat\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\", \"2\")\n    val k  = 3\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest8 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest9` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest9\n *\/\nobject BayesClassifierTest9 extends App\n{\n    val filename = BASE_DIR + \"connect-4.dat\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\", \"2\")\n    val k  = 3\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest9 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest10` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest10\n *\/\nobject BayesClassifierTest10 extends App\n{\n    val filename = BASE_DIR + \"nursery.dat\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\", \"2\", \"3\", \"4\")\n    val k  = 5\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest10 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesClassifierTest11` object is used to test the `BayesClassifier` class.\n *  > run-main scalation.analytics.classifier.par.BayesClassifierTest11\n *\/\nobject BayesClassifierTest11 extends App\n{\n    val filename = BASE_DIR + \"kr-vs-k.dat\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\", \"2\", \"3\", \"4\", \"5\", \"6\", \"7\", \"8\",\n                    \"9\", \"10\", \"11\", \"12\", \"13\", \"14\", \"15\", \"16\", \"17\")\n    val k  = 18\n\n    test (BayesClassifier (xy, fn, k, cn, null, 1),                 \"Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 1, null, null),           \"Selective Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, 1, null),            \"Tree Augmented Naive Bayes classifier\")\n    test (BayesClassifier (xy, fn, k, cn, 0.3, vc =  null, me = 1), \"Bayesian Network2 classifier\")\n\n} \/\/ BayesClassifierTest11 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/TANBayes.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Mon Jul 27 01:27:00 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport java.util.Random\n\nimport scala.collection.mutable.{Set => SET, Map}\n\nimport scalation.graphalytics.Pair\nimport scalation.graphalytics.mutable.{MinSpanningTree, MGraph}\n\nimport scalation.linalgebra.{MatrixD, MatriI, MatrixI, VectorD, VectoI, VectorI}\nimport scalation.linalgebra.gen.{HMatrix2, HMatrix3, HMatrix4, HMatrix5}\nimport scalation.random.PermutedVecI\nimport scalation.random.RNGStream._\nimport scalation.relalgebra.Relation\n\nimport BayesClassifier.me_default\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TANBayes` class implements an Integer-Based Tree Augmented Naive Bayes\n *  Classifier,  which is a commonly used such classifier for discrete input data.\n *  The classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier supports limited dependency between features\/variables.\n *  -----------------------------------------------------------------------------\n *  @param x    the integer-valued data vectors stored as rows of a matrix\n *  @param y   the class vector, where y(l) = class for row l of the matrix, x(l)\n *  @param fn  the names for all features\/variables\n *  @param k   the number of classes\n *  @param cn  the names for all classes\n *  @param me  use m-estimates (me == 0 => regular MLE estimates)\n *  @param vc  the value count (number of distinct values) for each feature\n *\/\nclass TANBayes (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                me: Double = me_default, private var vc: VectoI = null)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG  = false \/\/ debug flag\n\n    private var parent = new VectorI (n)                 \/\/ vector holding the parent for each feature\/variable\n    private val vcp    = new VectorI (n)                 \/\/ value count for the parent\n\n    private val f_C  = new VectorI (k)                   \/\/ frequency counts for classes 0, ..., k-1\n    private var p_C  = new VectorD (k)                   \/\/ probabilities for classes 0, ..., k-1\n    private val f_CXP  = new HMatrix4 [Int] (k, n)       \/\/ conditional frequency counts for variable\/feature j: xj\n    private val p_X_CP = new HMatrix4 [Double] (k, n)    \/\/ conditional probabilities for variable\/feature j: xj\n\n    private val N0 = 5.0                                 \/\/ parameter needed for smoothing\n    val tiny = 1E-9\n\n    if (vc == null) {\n        shiftToZero; vc = vc_fromData                    \/\/ set to default for binary data (2)\n    } \/\/ if\n\n    private val vca = vc.toArray\n\n    private val g_f_CXZ = new HMatrix5 [Int] (k, n, n, vca, vca)   \/\/ joint frequency of C, X, and Z, where X, Z are features\/columns\n    private val f_CXZ   = new HMatrix5 [Int] (k, n, n, vca, vca)\n    private val g_f_CX  = new HMatrix3 [Int] (k, n, vca)           \/\/ joint frequency of C and X\n    private val f_CX    = new HMatrix3 [Int] (k, n, vca)\n    private val g_f_C   = new VectorI (k)\n    private val g_f_X   = new HMatrix2[Int] (n, vca)\n    private val f_X     = new HMatrix2[Int] (n, vca)\n\n    if (DEBUG) {\n        println (\"value count vc      = \" + vc)\n        println (\"value count vcp     = \" + vcp)\n        println (\"parent features par = \" + parent)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the model by computing global frequencies.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG) =\n    {\n        \/\/ compute frequency values based on the entire dataset\n        frequenciesAll ()\n\n        val pp: Traversable [Array [Int]] = for (p <- parent) yield Array (p)\n        (Array.fill(n)(true), new DAG (pp.toArray))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        computeParentQ ((testStart until testEnd).toArray)\n        computeVcp ()\n        f_CXP.alloc (vc, vcp)\n        p_X_CP.alloc (vc, vcp)\n        copyFreqCXP()\n        train2()\n        if (smooth) smoothParam(testEnd - testStart)\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j. This is the quick version that uses\n     *  the \"subtraction\" method to achieve efficiency.\n     *  @param itest  indices of the instances considered testing data\n     *\/\n    def trainQ (itest: Array [Int])\n    {\n        computeParentQ (itest)                             \/\/ frequency computations are also done here\n        computeVcp()\n        f_CXP.alloc (vc, vcp)\n        p_X_CP.alloc (vc, vcp)\n        \/\/ only the joint frequencies of Class, X-feature, and its Parent needs to be copied, other frequencies were done in computeParentQ\n        copyFreqCXP ()\n        train2 ()\n        if (smooth) smoothParam (itest.size)\n    } \/\/ trainQ\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *\/\n    private def train2 ()\n    {\n        p_C = f_C.toDouble \/ md                               \/\/ prior probability for class yi\n        for (i <- 0 until k; j <- 0 until n) {                \/\/ for each class yi & feature xj\n            val me_vc = me \/ vc(j).toDouble\n            for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {\n                val d = if (parent(j) > -1) f_CX(i, parent(j), xp)\n                        else                f_C(i)\n                \/\/ for each value for feature j: xj, par(j): xp\n                p_X_CP(i, j, xj, xp) = (f_CXP(i, j, xj, xp) + me_vc) \/ (d + me)\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"p_C = \" + p_C)                 \/\/ P(C = i)\n            println (\"p_X_CP = \" + p_X_CP)                 \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute frequency counts using the entire data matrix\n     *\/\n    def frequenciesAll ()\n    {\n        for (i <- 0 until m) {\n            val yi = y(i)\n            g_f_C(yi) += 1\n            for (j <- 0 until n) {\n                g_f_X(j, x(i, j)) += 1\n                g_f_CX(yi, j, x(i, j)) += 1\n                for (j2 <- j+1 until n) g_f_CXZ(yi, j, j2, x(i, j), x(i, j2)) += 1\n            } \/\/ for\n        } \/\/ for\n\n        for (c <- 0 until k; j <- 0 until n; j2 <- j+1 until n; xj <- 0 until vc(j); xj2 <- 0 until vc(j2)) {\n            g_f_CXZ(c, j2, j, xj2, xj) = g_f_CXZ(c, j, j2, xj, xj2)\n        } \/\/ for\n    } \/\/ frequenciesAll\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform smoothing operations on the learned parameters by using Dirichlet priors\n     *  to compute the posterior probabilities of the parameters given the training dataset.\n     *  @see citeseerx.ist.psu.edu\/viewdoc\/download?doi=10.1.1.178.8884&rep=rep1&type=pdf\n     *  @param testSize  size of the test size\n     *\/\n    private def smoothParam (testSize: Int = 0)\n    {\n        for (i <- 0 until k) {\n            p_C(i) *= m \/ (m + N0)\n            p_C(i) += N0 * k \/ (m + N0)\n            for (j <- 0 until n) {\n                val pj = parent(j)\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {\n\n                    val f_px = if (pj > -1) f_CX(i, pj, xp) else f_C(i)\n\n                    \/\/ NOTE: two alternative priors, may work better for some datasets\n\/\/                  val theta0 = f_CXP(i, j, xj, xp) \/ (md - testSize)\n\/\/                  val theta0 = f_CX(i, j, xj) \/ (md - testSize)\n                    val theta0 = f_X(j, xj) \/ (md - testSize)\n\n                    p_X_CP(i, j, xj, xp) *= (f_px \/ (f_px + N0))\n                    p_X_CP(i, j, xj, xp) += (N0 \/ (f_px + N0) * theta0)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ smoothParam\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone\/copy the values used in CMI calculations (most of them can also be\n     *  used in the training process) from global freq variables\n     *  (based on the entire dataset) into local ones (based on portions of the\n     *  dataset).\n     *\/\n    private def copyFreqCMI ()\n    {\n        for (i <- 0 until k) {\n            f_C(i) = g_f_C(i)\n            for (j <- x.range2; xj <- 0 until vc(j)) {\n                if (i == 0) f_X(j, xj) = g_f_X(j, xj)\n                f_CX(i, j, xj) = g_f_CX(i, j, xj)\n                for (j2 <- j+1 until n; xj2 <- 0 until vc(j2)) {\n                    f_CXZ(i, j, j2, xj, xj2) = g_f_CXZ(i, j, j2, xj, xj2)\n                    f_CXZ(i, j2, j, xj2, xj) = f_CXZ(i, j, j2, xj, xj2)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ copyFreq\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone\/copy the values from global freq variables into local ones.\n     *\/\n    private def copyFreqCXP ()\n    {\n        for (i <- 0 until k; j <- x.range2; xj <- 0 until vc(j); xp <- 0 until vcp(j)) {\n            f_CXP(i, j, xj, xp) = if (parent(j) > -1) f_CXZ(i, j, parent(j), xj, xp)\n                                  else                f_CX(i, j, xj)\n        } \/\/ for\n    } \/\/ copyFreq\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Decrement frequency counters used in CMI calculations based on the 'i'th\n     *  row of the data matrix.\n     *  @param i  the index for current data row\n     *\/\n    private def decrementCMI (i: Int)\n    {\n        val yi   = y(i)                                       \/\/ get the class for ith row\n        f_C(yi) -= 1                                          \/\/ decrement frequency for class yi\n        for (j <- x.range2) {\n            f_X(j, x(i, j)) -= 1\n            f_CX (yi, j, x(i, j)) -= 1\n            for (j2 <- j+1 until n) {\n                f_CXZ (yi, j, j2, x(i, j), x(i, j2)) -= 1\n                f_CXZ (yi, j2, j, x(i, j2), x(i, j)) -= 1\n            } \/\/ for\n        } \/\/ for\n    } \/\/ decrementCMI\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature x_i is only a possible candidate for parent of feature x_j if i < j.\n     *\/\n    def computeParentQ (itest: Array [Int])\n    {\n        val cmiMx = calcCMIQ (itest)\n        for (j1 <- 0 until n; j2 <- 0 until j1) cmiMx(j1, j2) = cmiMx(j2, j1)\n\n        val ch       = Array.ofDim[SET[Int]] (n)\n        val elabel   = Map [Pair, Double] ()\n\n        for (i <- 0 until n) ch(i) = SET((i + 1 until n): _*)\n        for (i <- 0 until n; j <- i + 1 until n) elabel += new Pair(i, j) -> cmiMx(i, j)\n\n        parent = VectorI (maxSpanningTree (ch, elabel).makeITree ())\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create MaxSpanningTree from conditional mutual information\n     *\/\n    def maxSpanningTree (ch: Array[SET[Int]], elabel: Map[(Int, Int), Double]): MinSpanningTree =\n    {\n        val g = new MGraph (ch, Array.ofDim(n), elabel)\n        new MinSpanningTree (g, false, false)     \/\/ param 2 = false means max spanning tree\n    } \/\/ maxSpanningTree\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value counts of each parent feature based on the parent vector.\n     *\/\n    def computeVcp ()\n    {\n        vcp.set(1)                              \/\/ set default value count to 1\n        for (j <- 0 until n if (parent(j) > -1)) vcp(j) = vc(parent(j))\n    } \/\/ computeVcp\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the conditional mutual information matrix\n     *\/\n    def calcCMIQ (itest: Array [Int]): MatrixD =\n    {\n        val p_CXZ = new HMatrix5 [Double] (k, n, n, vca, vca)    \/\/ joint probability of C, X, and Z, where X, Z are features\/columns\n        val p_CX  = new HMatrix3 [Double] (k, n, vca)            \/\/ joint probability of C and X\n        var p_C: VectorD = null\n\n        copyFreqCMI ()\n        for (i <- itest) decrementCMI(i)\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute marginal and joint probabilities\n         *\/\n        def probabilities ()\n        {\n            for (j <- 0 until n) {\n                for (xj <- 0 until vc(j)) {\n                    \/\/p_X(j, xj) = (f_X(j, xj)) \/ md\n                    for (c <- 0 until k) {\n                        p_CX(c, j, xj) = (f_CX(c, j, xj) + tiny) \/ md\n                        for (j2 <- j + 1 until n; xj2 <- 0 until vc(j2)) {\n                            p_CXZ(c, j, j2, xj, xj2) = (f_CXZ(c, j, j2, xj, xj2) + tiny) \/ md\n                        } \/\/ for\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n        } \/\/ probabilities\n\n        p_C = f_C.toDouble \/ m\n        probabilities ()\n\n        cmiJoint (p_C, p_CX, p_CXZ)\n    } \/\/ calcCMIQ\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z        the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (p_C)\n        for (i <- 0 until k; j <- 0 until n) {\n                prob(i) *=  (if (parent(j) > -1) p_X_CP(i, j, z(j), z(parent(j)))   \/\/ P(X_j = z_j | C = i), parent\n                             else                p_X_CP(i, j, z(j), 0))             \/\/ P(X_j = z_j | C = i), no parent (other than the class)\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()             \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))          \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset ()\n    {\n        f_C.set (0)\n        f_CX.set (0)\n        f_X.set (0)\n        f_CXZ.set (0)\n    } \/\/ reset\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the parent.\n     *\/\n    override def getParent: VectorI = parent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the accuracy of the classified results by cross-validation, returning\n     *  the accuracy. This version of cross-validation relies on \"subtracting\"\n     *  frequencies from the previously stored global data to achieve efficiency.\n     *  @param nx  number of crosses and cross-validations (defaults to 10x).\n     *\/\n    override def crossValidateRand (nx: Int = 10): Double =\n    {\n        \/\/println(\"Calling efficient CV\")\n        val testSize = size \/ nx\n        var sum      = 0.0\n        val rng = new Random ()\n        val permutedVec = PermutedVecI (VectorI.range(0, size), ranStream)\n        val randOrder = permutedVec.igen\n        val itestA = randOrder.split(nx)\n\n        for (itest <- itestA) {\n            reset ()\n            trainQ (itest.asInstanceOf [Array [Int]])\n            sum += test (itest)\n        } \/\/ for\n\n        sum \/ nx.toDouble\n    } \/\/ crossValidateRand\n\n} \/\/ TANBayes class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TANBayes` object is the companion object for the `TANBayes` class.\n *\/\nobject TANBayes\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `TANBayes` object, passing 'x' and 'y' together in one matrix.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\n     *  @param k      the number of classes\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param vc     the value count (number of distinct values) for each feature\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               me: Double = me_default, vc: VectoI = null) =\n    {\n        new TANBayes (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn, me, vc)\n    } \/\/ apply\n\n} \/\/ TANBayes object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TANBayesTest` object is used to test the `TANBayes` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-AugNaiveBayes-example.pdf\n *  > run-main scalation.analytics.classifier.TANBayesTest\n *\/\nobject TANBayesTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                x0 x1 x2\n    val x = new MatrixI((10, 3), 1, 0, 1,             \/\/ data matrix\n                                 1, 0, 1,\n                                 1, 0, 1,\n                                 0, 0, 1,\n                                 0, 0, 0,\n                                 0, 1, 0,\n                                 0, 1, 0,\n                                 0, 1, 1,\n                                 1, 1, 0,\n                                 1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)     \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array(\"Color\", \"Type\", \"Origin\")          \/\/ feature\/variable names\n    val cn = Array(\"No\", \"Yes\")                        \/\/ class names\n\n    println(\"xy = \" + (x :^+ y))\n    println(\"---------------------------------------------------------------\")\n\n    val tan = new TANBayes(x, y, fn, 2, cn)            \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    tan.train()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                         \/\/ existing data vector to classify\n    val z2 = VectorI (1, 1, 1)                         \/\/ new data vector to classify\n    println (\"classify (\" + z1 + \") = \" + tan.classify (z1) + \"\\n\")\n    println (\"classify (\" + z2 + \") = \" + tan.classify (z2) + \"\\n\")\n\n    tan.crossValidate ()                               \/\/ cross validate the classifier\n\n} \/\/ TANBayesTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TANBayesTest2` object is used to test the `TANBayes` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.TANBayesTest2\n *\/\nobject TANBayesTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                 x0 x1  y\n    val xy = new MatrixI((10, 3), 1, 1, 1,\n                                  1, 1, 1,\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  1, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  0, 0, 0,\n                                  0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")                  \/\/ feature names\n    val cn = Array (\"No\", \"Yes\")                       \/\/ class names\n\n    println(\"xy = \" + xy)\n    println(\"---------------------------------------------------------------\")\n\n    val tan = TANBayes(xy, fn, 2, cn, 1, null)    \/\/ create the classifier\n    \/\/tan.computeParent ()\n\n    \/\/ train the classifier ---------------------------------------------------\n    tan.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0) \/\/ new data vector to classify\n    println(\"classify (\" + z + \") = \" + tan.classify (z) + \"\\n\")\n\n    tan.crossValidate()                                 \/\/ cross validate the classifier\n\n} \/\/ TANBayesTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TANBayesTest3` object is used to test the `TANBayes` class.\n *  > run-main scalation.analytics.classifier.TANBayesTest3\n *\/\nobject TANBayesTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.slice(0, xy.dim2 - 1).toArray\n    val cn = Array (\"p\", \"e\")                           \/\/ class names\n    val k  = 2\n\n    println(\"---------------------------------------------------------------\")\n    val tan = TANBayes (xy, fn, k, cn)    \/\/ create the classifier\n    tan.buildModel ()\n    println(\"cv accu = \" + tan.crossValidateRand())\n\n} \/\/ TANBayesTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/calculus\/package.scala","text":"<reponame>DongYuYu\/Scalation<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Oct  8 14:15:14 EDT 2016\n *  @see     LICENSE (MIT style license file)\n *\/\n\npackage scalation\n\nimport scala.language.implicitConversions\n\nimport scalation.math.FunctionS2S\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `calculus` package contains classes with methods for computing\n *  derivatives, gradient vectors, Jacobian matrices, integrals and basic\n *  operators in Functional Analysis.\n *\/\npackage object calculus\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/**\/\n    type Interval = (Double,Double)\n    \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Implicit conversion from 'FunctionS2S' to 'Hilbert', which supports \n     *  functional operators.\n     *  @param f  the function to turn into a Hilbert function\n     *\/\n    implicit def functionS2S2Hilbert (f: FunctionS2S) = new Hilbert (f)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Zero function.\n     *\/\n    def _0f (x: Double): Double = 0.0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** One function.\n     *\/\n    def _1f (x: Double): Double = 1.0\n\n} \/\/ calculus package object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/mutable\/MGraphSimCAR.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue Dec 20 15:10:55 EST 2016\n *  @see     LICENSE (MIT style license file).\n *\n *  @see     www2012.wwwconference.org\/proceedings\/proceedings\/p949.pdf\n *\n *  `MGraph` Graph Simulation CAR Using Mutable Sets\n *\/\n\npackage scalation.graphalytics.mutable\n\nimport scala.collection.mutable.Map\nimport scala.collection.mutable.{Set => SET}\nimport scala.reflect.ClassTag\n\nimport scalation.graphalytics.mutable.{ExampleMGraphS => EX_GRAPH}\nimport scalation.util.{MultiSet, Wildcard}\n\nimport LabelFunctions._\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MGraphSimCAR` class provides an implementation for Simple Graph Simulation.\n *  @param g  the data graph  G(V, E, l)\n *  @param q  the query graph Q(U, D, k)\n *\/\nclass MGraphSimCAR [TLabel: ClassTag] (g: MGraph [TLabel], q: MGraph [TLabel]) \n      extends GraphMatcher (g, q)\n{\n    \/** The DEBUG flag \n     *\/\n    private val DEBUG = true \n\n    \/** The Child labels for the query graph \n     *\/\n    private val cLabel = Array.ofDim [MultiSet [TLabel]] (q.size)\n    for (u <- cLabel.indices) cLabel(u) = qChildLabels (q, u)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the Graph Simulation pattern matching algorithm to find the mappings\n     *  from the query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]] = nisarMGraphSimCAR (feasibleMates ())\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the mappings 'phi' produced by the 'feasibleMates' method,\n     *  eliminate mappings 'u -> v' when v's children fail to match u's.\n     *  @param phi  array of mappings from a query vertex u to { graph vertices v }\n     *\/\n    private def nisarMGraphSimCAR (phi: Array [SET [Int]]): Array [SET [Int]] =\n    {\n        var alter = true\n        while (alter) {                                                    \/\/ check for matching children\n            alter = false\n\n            \/\/ loop over query vertices u, data vertices v in phi(u), and u's children u_c\n            for (u <- qRange; v <- phi(u)) {\n                val chu = cLabel(u)\n                val chv = gChildLabels (g, v,  u, q.ch(u), phi)\n                val res = ! (chu \u2286  chv)\n\n                for (u_c <- q.ch(u); v_c <- g.ch(v)) { \n                    val elab_u2u_c = q.elabel ((u, u_c))                       \/\/ edge label in q for (u, u_c)\n                    val elab_v2v_c = g.elabel ((v, v_c))                       \/\/ edge label in g for (v, v_c)\n                    \/\/val hasWild    = elab_u2u_c.isInstanceOf [String] && hasWildcards (elab_u2u_c.asInstanceOf [String])\n                    \/\/val welab_u2u_c = if (hasWild) new Wildcard (elab_u2u_c.asInstanceOf [String]) else null.asInstanceOf [Wildcard]\n                    \/\/val result = (welab_u2u_c =~ (elab_v2v_c).asInstanceOf [String]) \n                    val result = (elab_v2v_c == elab_u2u_c)\n\n\t\t    if (DEBUG) println (\"u = \" + u + \" v = \" + v + \" chu = \" + chu + \" chv = \" + chv \n                                      + \" qLabel = \" + elab_u2u_c + \" gLabel = \" + elab_v2v_c )\n\t\t    if ((res || (elab_u2u_c != elab_v2v_c )) && (!result) ) {\n                        phi(u) -= v                                            \/\/ remove v due to lack of child match\n                        alter   = true\n                    } \/\/ if\n                } \/\/ for\n            } \/\/ for           \n        } \/\/ while\n        phi\n    } \/\/ nisarMGraphSimCAR\n\n} \/\/ MGraphSimCAR class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MGraphSimCARTest` object is used to test the `MGraphSimCAR` class.\n *  > run-main scalation.graphalytics.mutable.MGraphSimCARTest\n *\/\nobject MGraphSimCARTest extends App\n{\n    val g = EX_GRAPH.g1\n    val q = EX_GRAPH.q1\n\n    println (s\"g.checkEdges = ${g.checkEdges}\")\n    q.printG ()\n    println (s\"q.checkEdges = ${q.checkEdges}\")\n    g.printG ()\n\n    (new MGraphSimCAR (g, q)).test (\"MGraphSimCAR\")    \/\/ MGraph Simulation Pattern Matcher\n\n} \/\/ MGraphSimCARTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MGraphSimCARTest2` object is used to test the `MGraphSimCAR` class.\n *  > run-main scalation.graphalytics.mutable.MGraphSimCARTest2\n *\/\nobject MGraphSimCARTest2 extends App\n{\n    val g = EX_GRAPH.g2\n    val q = EX_GRAPH.q2\n\n    println (s\"g.checkEdges = ${g.checkEdges}\")\n    q.printG ()\n    println (s\"q.checkEdges = ${q.checkEdges}\")\n    g.printG ()\n\n    (new MGraphSimCAR (g, q)).test (\"MGraphSimCAR\")    \/\/ MGraph Simulation Pattern Matcher\n\n} \/\/ MGraphSimCARTest2 object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MGraphSimCARTest3` object is used to test the `MGraphSimCAR` class.\n *  > run-main scalation.graphalytics.mutable.MGraphSimCARTest3\n *\nobject MGraphSimCARTest3 extends App\n{\n    val g = EX_GRAPH.g3\n    val q = EX_GRAPH.q3\n\n    println (s\"g.checkEdges = ${g.checkEdges}\")\n    g.printG ()\n    println (s\"q.checkEdges = ${q.checkEdges}\")\n    q.printG ()\n\n    (new MGraphSimCAR (g, q)).test (\"MGraphSimCAR\")    \/\/ MGraph Simulation Pattern Matcher\n\n} \/\/ MGraphSimCARTest3 object\n *\/\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/AffinityPropagationClusterer.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/clusterer\/AffinityPropagationClusterer.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Wed Mar  8 11:19:09 2017\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.clusterer\n\nimport scala.util.control.Breaks.{breakable, break}\nimport math.{min, max}\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.random.{Discrete, Randi, Uniform, RandomVecD, RandomVecI}\nimport scalation.util.{banner, Error}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `AffinityPropagationClusterer` class cluster several vectors\/points \n *  using the Adaptive Affinity Propagation clustering technique.  \n *-----------------------------------------------------------------------------\n *  @see https:\/\/en.wikipedia.org\/wiki\/Affinity_propagation\n *  @see https:\/\/arxiv.org\/abs\/0805.1096\n *-----------------------------------------------------------------------------\n *  @param x        the vectors\/points to be clustered stored as rows of a matrix\n *  @param k        the number of clusters to make\n *  @param \u03bb        the damping factor (default = 0.5)\n *  @param s        the random number stream (to vary the clusters made)\n *\/\nclass AffinityPropagationClusterer (x: MatrixD, k: Int = -1, \u03bb: Double = 0.5, s: Int = 0)\n    extends Clusterer with Error\n{\n    protected val DEBUG    = true                                \/\/ debug flag\n    protected val n        = x.dim1\n    protected val r        = new MatrixD (n, n)                  \/\/ \"responsibility\" matrix\n    protected val a        = new MatrixD (n, n)                  \/\/ \"availability\" matrix\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the centroids. Should only be called after `cluster ()`. \n     *\/\n    def centroids (): MatrixD = null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the sizes of the centroids. Should only be called after \n     *  `cluster ()`. \n     *\/\n    def csize (): VectorI = null\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute a distance metric (distance squared) between vectors\/points 'u' and 'v'.\n     *  @param u  the first vector\/point\n     *  @param v  the second vector\/point\n     *\/\n    override def distance (u: VectorD, v: VectorD): Double =\n    {\n        (u - v).normSq       \/\/ squared Euclidean norm used for efficiency, may use other norms\n    } \/\/ distance\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the similarity between any two points using the negative of the\n     *  distance metric (usually the squared Euclidean distance).\n     *  @param i  the index of the first vector\/point\n     *  @param j  the index of the second vector\/point\n     *\/\n    private def sim (i: Int, j: Int): Double =\n    {\n        -distance (x(i), x(j))\n    } \/\/ sim\n\n    private def updateR ()\n    {\n        for (i <- 0 until n) {\n            var max1e = Double.NegativeInfinity\n            var max2e = Double.NegativeInfinity\n            var jmax  = 0\n            for (j <- 0 until n) {\n                for (jp <- 0 until n) {\n                    val e = a(i, jp) + sim (i, jp)\n                    if (e > max1e)      { max2e = max1e; max1e = e; jmax = j }\n                    else if (e > max2e) { max2e = e }\n                } \/\/ for\n            } \/\/ for\n            for (j <- 0 until n) {\n                val maxe = if (j == jmax) max2e else max1e\n                r(i, j) = (\u03bb * r(i, j)) + ((1.0 - \u03bb) * (sim(i, j) - maxe))\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (s\"updated r = $r\")\n    } \/\/ updateR\n\n    private def updateA ()\n    {\n        for (i <- 0 until n) {\n            val rp  = new VectorD (n)\n            var sum = 0.0\n            for (j <- 0 until n) {\n                rp(j) = if (r(j, i) < 0 && j != i) 0 else r(j, i)\n                sum += rp(j)\n            } \/\/ for\n            for (j <- 0 until n) {\n                var newa = sum - rp(j)\n                if (newa > 0 & j != i) newa = 0\n                a(j, i) = (\u03bb * a(j, i)) + ((1.0 - \u03bb) * newa)\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (s\"updated a = $a\")\n    } \/\/ updateA\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of points\/vectors, put them in clusters, returning the cluster\n     *  assignment vector.  A basic goal is to minimize the sum of the distances\n     *  between points within each cluster.\n     *\/\n    def cluster (): Array [Int] =\n    {\n        updateR ()\n        updateA ()\n        null\n    } \/\/ cluster\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y, determine which cluster it belongs to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int = 0\n    \n} \/\/ AffinityPropagationClusterer\n\nobject AffinityPropagationClustererTest extends App\n{\n    val v = new MatrixD ((6, 2), 1.0, 2.0,\n                                 2.0, 1.0,\n                                 5.0, 4.0,\n                                 4.0, 5.0,\n                                 9.0, 8.0,\n                                 8.0, 9.0)\n\n    val k = 3\n\n    println (\"v = \" + v)\n    println (\"k = \" + k)\n    println (\"----------------------------------------------------\")\n\n    val cl = new AffinityPropagationClusterer (v, k)\n    cl.cluster ()\n\n} \/\/ AffinityPropagationClustererTest\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/QuasiNewton.scala","text":"<filename>src\/main\/scala\/scalation\/minima\/QuasiNewton.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Fri Sep 30 13:37:32 EDT 2011\n *  @see     LICENSE (MIT style license file).\n *------------------------------------------------------------------------------\n *  @see The Superlinear Convergence of a Modified BFGS-Type Method for Unconstrained Optimization \n *  @see On the Robustness of Conjugate-Gradient Methods and Quasi-Newton Methods\n *  @see Limited Memory BFGS for Nonsmooth Optimization\n *  @see http:\/\/en.wikipedia.org\/wiki\/BFGS_method\n *  @see http:\/\/www.personal.psu.edu\/cxg286\/Math555.pdf\n *  @see http:\/\/people.orie.cornell.edu\/aslewis\/publications\/bfgs_inexactLS.pdf\n *  @see http:\/\/people.orie.cornell.edu\/aslewis\/publications\/bfgs_exactLS.pdf\n *\/\n\npackage scalation.minima\n\nimport scala.math.{abs, max, pow}\n\nimport scalation.calculus.Differential.{FunctionV2S, gradient, gradientD}\nimport scalation.linalgebra.{MatrixD, VectorD}\nimport scalation.linalgebra.MatrixD.{eye, outer}\nimport scalation.math.ExtremeD.MAX_VALUE\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `QuasiNewton` the class implements the Broyden\u2013Fletcher\u2013Goldfarb\u2013Shanno (BFGS)\n *  Quasi-Newton Algorithm for solving Non-Linear Programming (NLP) problems.\n *  BFGS determines a search direction by  deflecting the steepest descent direction\n *  vector (opposite the gradient) by *  multiplying it by a matrix that approximates\n *  the inverse Hessian.  Note, this  implementation may be set up to work with the matrix\n *  'b' (approximate Hessian) or directly with the 'binv' matrix (the inverse of 'b').\n *\n *  minimize    f(x)\n *  subject to  g(x) <= 0   [ optionally g(x) == 0 ]\n *\n *  @param f        the objective function to be minimized\n *  @param g        the constraint function to be satisfied, if any\n *  @param ineq     whether the constraint is treated as inequality (default) or equality\n *  @param exactLS  whether to use exact (e.g., `GoldenLS`)\n *                            or inexact (e.g., `WolfeLS`) Line Search\n *\/\nclass QuasiNewton (f: FunctionV2S, g: FunctionV2S = null,\n                    ineq: Boolean = true, exactLS: Boolean = false)\n      extends Minimizer with Error\n{\n    private val DEBUG    = true              \/\/ the debug flag\n    private val WEIGHT   = 1000.0            \/\/ weight on penalty for constraint violation\n\n    private var df: Array [FunctionV2S] = null   \/\/ array of partials\n    private var b: MatrixD    = null         \/\/ approx. Hessian matrix (use b or binv)\n    private var binv: MatrixD = null         \/\/ inverse of approx. Hessian matrix\n    private var bfgs          = true         \/\/ use BFGS (true) or Steepest-Descent (false)\n\n    type Pair = Tuple2 [VectorD, VectorD]    \/\/ pair of vectors\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use the Steepest-Descent algorithm rather than the default BFGS algorithm.\n     *\/\n    def setSteepest () { bfgs = false }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Update the 'b' matrix, whose inverse is used to deflect -gradient to a\n     *  better direction than steepest descent (-gradient).\n     *  @param s  the step vector (next point - current point)\n     *  @param y  the difference in the gradients (next - current)\n     *\/\n\/\/  def updateB (s: VectorD, y: VectorD)\n\/\/  {\n\/\/      var sy = s dot y                     \/\/ dot product of s and y\n\/\/      if (abs (sy) < TOL) sy = TOL\n\/\/      val sb = s * b\n\/\/      b += outer (y, y) \/ sy - outer (sb, sb) \/ (sb dot s)\n\/\/  } \/\/ updateB\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Update the 'binv' matrix, which is used to deflect -gradient to a better\n     *  search direction than steepest descent (-gradient).\n     *  Compute the 'binv' matrix directly using the Sherman\u2013Morrison formula.\n     *  @see http:\/\/en.wikipedia.org\/wiki\/BFGS_method\n     *  @param s  the step vector (next point - current point)\n     *  @param y  the difference in the gradients (next - current)\n     *\/\n    def updateBinv (s: VectorD, y: VectorD)\n    {\n        var sy = s dot y                     \/\/ dot product of s and y\n        if (abs (sy) < TOL) sy = TOL\n        val binvy = binv * y\n        binv +=  (outer (s, s) * (sy + (binvy dot y))) \/ (sy * sy) -\n                 (outer (binvy, s) + outer (s, binvy)) \/ sy\n    } \/\/ updateBinv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the partial derivative functions.  If these functions are available,\n     *  they are more efficient and more accurate than estimating the values\n     *  using difference quotients (the default approach).\n     *  @param partials  the array of partial derivative functions\n     *\/\n    def setDerivatives (partials: Array [FunctionV2S])\n    {\n        if (g != null) flaw (\"setDerivatives\", \"only works for unconstrained problems\")\n        df = partials       \/\/ use given functions for partial derivatives\n    } \/\/ setDerivatives\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The objective function f plus a weighted penalty based on the constraint\n     *  function g.\n     *  @param x  the coordinate values of the current point\n     *\/\n    override def fg (x: VectorD): Double =\n    {\n        val f_x = f(x)\n        if (g == null) {                  \/\/ unconstrained\n            f_x\n        } else {                          \/\/ constrained, g(x) <= 0\n            val penalty = if (ineq) max (g(x), 0.0) else abs (g(x))\n            f_x + abs (f_x) * WEIGHT * penalty * penalty\n        } \/\/ if\n    } \/\/ fg\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an exact 'GoldenSectionLS' or inexact 'WolfeLS' Line Search.\n     *  Search in direction 'dir', returning the distance 'z' to move in that direction.\n     *  Default to \n     *  @param x     the current point\n     *  @param dir   the direction to move in\n     *  @param step  the initial step size\n     *\/\n    def lineSearch (x: VectorD, dir: VectorD, step: Double = STEP): Double =\n    {\n        def f_1D (z: Double): Double = fg(x + dir * z)    \/\/ create a 1D function\n        val ls = if (exactLS) new GoldenSectionLS (f_1D)  \/\/ Golden Section Line Search\n                 else new WolfeLS (f_1D)                  \/\/ Wolfe line search ((c1 = .0001, c2 = .9)\n        ls.search (step)                                  \/\/ perform a Line Search\n    } \/\/ lineSearch\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve the following Non-Linear Programming (NLP) problem using BFGS:\n     *  min { f(x) | g(x) <= 0 }.  To use explicit functions for gradient,\n     *  replace 'gradient (fg, x._1 + s)' with 'gradientD (df,  x._1 + s)'.\n     *  @param x0     the starting point \n     *  @param step   the initial step size\n     *  @param toler  the tolerance\n     *\/\n    def solve (x0: VectorD, step: Double = STEP, toler: Double = TOL): VectorD =\n    {\n        if (DEBUG) println (\"QuasiNewton.solve: starting at x0 = \" + x0)\n\n        var x:  Pair = (x0, gradient (fg, x0))        \/\/ current (point, gradient)\n        var xx: Pair = (null, null)                   \/\/ next (point, gradient)\n        var s:  VectorD = null                        \/\/ step vector\n        var dir = -x._2                               \/\/ initial direction is -gradient\n\n        binv = eye (x0.dim)                           \/\/ inverse of approx. Hessian matrix\n\/\/      b    = eye (x0.dim)                           \/\/ approx. Hessian matrix (either use b or binv)\n\n        if (DEBUG) println (\"solve: ||gradient||^2 = \" + x._2.normSq)\n\n        for (k <- 1 to MAX_ITER if x._2.normSq > TOL) {\n            s  = dir * lineSearch (x._1, dir)         \/\/ update step vector\n            xx = (x._1 + s, gradient (fg, x._1 + s))  \/\/ compute the next point\n            if (bfgs) {\n                dir = -(binv * xx._2)                 \/\/ next search direction using BFGS and 'binv'\n                updateBinv (s, xx._2 - x._2)          \/\/ update the deflection matrix 'binv'\n\/\/              dir = -(b.inverse * xx._2)            \/\/ next search direction using BFGS and 'b'\n\/\/              updateB (s, xx._2 - x._2)             \/\/ update the deflection matrix 'b'\n            } else {\n                dir = -xx._2                          \/\/ next search direction using Steepest-Descent\n            } \/\/ if\n            if (DEBUG) println (\"solve: (k = \" + k + \") move from \" + x._1 + \" to \" + xx._1\n                              + \" where fg(xx._1) = \" + fg(xx._1))\n            for (x_i <- xx._1 if abs (x_i) > MAX_VALUE) return x._1\n            x = xx                                    \/\/ make the next point, the current point\n        } \/\/ for\n        x._1                                          \/\/ return the current point\n    } \/\/ solve\n\n} \/\/ QuasiNewton class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `QuasiNewtonTest` object is used to test the `QuasiNewton` class.\n *  > run-main scalation.minima.QuasiNewtonTest\n *\/\nobject QuasiNewtonTest extends App\n{\n    def x0 = new VectorD (2)\n\n    println (\"\\nMinimize: (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def f (x: VectorD): Double = (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    var solver = new QuasiNewton (f)\n    var x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value f(x) = \" + f(x))\n\n    println (\"\\nMinimize: x_0^4 + (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def g (x: VectorD): Double = pow (x(0), 4.0) + (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    solver = new QuasiNewton (g)\n    x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value g(x) = \" + g(x))\n\n} \/\/ QuasiNewtonTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/LogisticFunction.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun Dec 28 12:00:07 EST 2014\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scala.math.{exp, log}\n\nimport scalation.linalgebra.VectoD\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `LogisticFunction` object contains Activation functions.\n *\/\nobject LogisticFunction\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value of the logistic function at 't'.\n     *  @param t  the logistic function argument\n     *  @param a  the shift parameter\n     *  @param b  the spread parameter\n     *\/\n    def logistic (t: Double, a: Double, b: Double): Double = 1.0 \/ (1.0 + exp (-(a + b*t)))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the vector of values of the logistic function applied to vector 't'.\n     *  The values are computed in-place.\n     *  @param t  the logistic function argument\n     *  @param a  the shift parameter\n     *  @param b  the spread parameter\n     *\/\n    def logistic (t: VectoD, a: Double, b: Double): VectoD = \n    {\n        for (i <- 0 until t.dim) t(i) = 1.0 \/ (1.0 + exp (-(a + b*t(i))))\n        t\n    } \/\/ logistic\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the log of the odds of an event occurring (e.g., success, 1).\n     *  The inverse of the logit function is the standard logistic function\n     *  (sigmoid function).\n     *  @param p  the probability, a number between 0 and 1.\n     *\/\n    def logit (p: Double): Double = log (p \/ (1.0 - p))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value of the sigmoid function at 't'.  This is a special case of\n     *  the logistic function, where 'a = 0' and 'b = 1'.  It is also referred to as\n     *  the standard logistic function.  It is also the inverse of the logit function.\n     *  @param t  the sigmoid function argument\n     *\/\n    def sigmoid (t: Double): Double = 1.0 \/ (1.0 + exp (-t))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the vector of values of the sigmoid function applied to vector 't.'\n     *  The values are computed in-place.\n     *  @param t  the sigmoid function vector argument\n     *\/\n    def sigmoid (t: VectoD): VectoD =\n    {\n        for (i <- 0 until t.dim) t(i) = 1.0 \/ (1.0 + exp (-t(i)))\n        t\n    } \/\/ sigmoid\n\n} \/\/ LogisticFunction\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/SimpleTest.scala","text":"\npackage scalation.analytics\n\nimport scalation.linalgebra.{VectoD, VectorD}\n\nclass SimpleTest [VecT <: VectoD] (y: VecT)\n{\n    def sq: VectoD = y * y\n\n} \/\/ SimpleTest class\n\n\/\/ run-main scalation.analytics.SimpleTest\n\nobject SimpleTest extends App\n{\n    val x = VectorD (2.0, 3.0)\n    val s = new SimpleTest (x)\n    println (\"sq (x) = \" + s.sq)\n\n} \/\/ SimpleTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/DecisionTreeID3.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/classifier\/DecisionTreeID3.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Wed Jan  9 15:07:13 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport scala.math.{ceil, floor}\nimport scala.collection.mutable.HashMap\n\nimport scalation.analytics.Probability.entropy\nimport scalation.linalgebra.{MatriI, MatrixI, VectorD, VectoI, VectorI}\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DecisionTreeID3` class implements a Decision Tree classifier using the\n *  ID3 algorithm.  The classifier is trained using a data matrix 'x' and a\n *  classification vector 'y'.  Each data vector in the matrix is classified into\n *  one of 'k' classes numbered '0, ..., k-1'.  Each column in the matrix represents\n *  a feature (e.g., Humidity).  The 'vc' array gives the number of distinct values\n *  per feature (e.g., 2 for Humidity).\n *  @param x   the data vectors stored as rows of a matrix\n *  @param y   the class array, where y_i = class for row i of the matrix x\n *  @param fn  the names for all features\/variables\n *  @param k   the number of classes\n *  @param cn  the names for all classes\n *  @param vc  the value count array indicating number of distinct values per feature\n *\/\nclass DecisionTreeID3 (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                      private var vc: VectoI = null)\n      extends ClassifierInt (x, y, fn, k, cn)\n{\n    abstract class Node\n    case class FeatureNode (f: Int, branches: HashMap [Int, Node]) extends Node\n    case class LeafNode (y: Int) extends Node\n    type Path = List [Tuple2 [Int, Int]]\n    \n    private val DEBUG    = false                  \/\/ debug flag\n    private val y_prob   = new VectorD (k)        \/\/ probability that class c occurs\n\n    if (vc == null) vc = vc_default               \/\/ set value count (vs) to default for binary data (2)\n    for (i <- 0 until m) y_prob(y(i)) += 1\n    y_prob \/= md\n    private val entropy_0 = entropy (y_prob)      \/\/ the initial entropy\n    println (\"the initial entropy entropy_0 = \" + entropy_0)\n    private var tree: Node = null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a feature column (e.g., 2 (Humidity)) and a value (e.g., 1 (High))\n     *  use the frequency of occurrence of the value for each classification\n     *  (e.g., 0 (no), 1 (yes)) to estimate k probabilities.  Also, determine\n     *  the fraction of training cases where the feature has this value\n     *  (e.g., fraction where Humidity is High = 7\/14).\n     *  @param dset   the list of data set tuples to consider (e.g. value, row index)\n     *  @param value  one of the possible values for this feature (e.g., 1 (High))\n     *\/\n    def frequency (dset: Array [Tuple2 [Int, Int]], value: Int): Tuple2 [Double, VectorD] =\n    {\n        val prob  = new VectorD (k)     \/\/ probability vector for a given feature and value\n        var count = 0.0\n        for ((i, j) <- dset if i == value) {\n            count   += 1.0\n            prob(j) += 1\n        } \/\/ for\n        (count \/ dset.size, prob \/= count)     \/\/ return the fraction and the probability vector \n    } \/\/ frequency\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Extract column from matrix, filtering out values rows that are not on path.\n     *  @param f  the feature to consider (e.g., 2 (Humidity))\n     *  @param p  the path\n     *\/\n    def dataset (f: Int, path: Path): Array [Tuple2 [Int, Int]] =\n    {\n        val col = x.col(f).apply.zipWithIndex \n        col.filter (t => path.forall (tt => x(t._2, tt._1) == tt._2)).map (t => (t._1, y(t._2))).toArray\n    } \/\/ dataset\n    \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the most frequent classification.\n     *  @param a  array of discrete classifications\n     *\/ \n    def mode (a: Array [Int]): Int =\n    {\n        a.groupBy (i => i).map (t => (t._1, t._2.size)).maxBy (_._2)._1\n    } \/\/ mode \n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the information gain due to using the values of a feature\/attribute\n     *  to distinguish the training cases (e.g., how well does Humidity with its\n     *  values Normal and High indicate whether one will play tennis).\n     *  @param f  the feature to consider (e.g., 2 (Humidity))\n     *  @param p  the path\n     *\/\n    def gain (f: Int, path: Path): Double =\n    {\n        val dset = dataset (f, path)                  \/\/ extract values from column f indata matrix x\n\/\/      val vals = dset.map (_._1).toSet.size\n        val vals = vc(f)                              \/\/ number of distinct values for feature f\n        var sum  = 0.0\n        for (i <- 0 until vals) {\n            val (coun_fi, prob_fi) = frequency (dset, i)\n            val entr_fi = entropy (prob_fi)           \/\/ entropy for feature f value i\n            println (\"gain from feature \" + f + \" for value \" + i + \" is \" + entr_fi)\n            sum += coun_fi * entr_fi\n        } \/\/ for\n        val igain = entropy_0 - sum                   \/\/ the drop in entropy\n        println (\"entropy = \" + sum + \": overall gain from feature \" + f + \" is \" + igain)\n        igain                                         \/\/ return the information gain\n    } \/\/ gain\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the decision tree.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int, testEnd: Int)    \/\/ FIX - use these parameters\n    {\n        tree = buildTree (List [Tuple2 [Int, Int]] ())\n        println (tree)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Extend the tree given a path e.g. ((outlook, sunny), ...).\n     *  @param path an existing path in the tree ((feature, value), ...)\n     *\/\n    def buildTree (path: Path): Node = \n    {\n        val features = ((0 until x.dim2) diff path.map (_._1))\n                \n        var opt = (0, gain (0, path))\n        for (f <- features) {\n            val fgain = gain (f, path)\n            println (\"for feature \" + f + \" the gain is \" + fgain)\n            if (fgain > opt._2) opt = (f, fgain)\n        } \/\/ for\n        println (\"optimal feature is \" + opt._1 + \" with a gain of \" + opt._2)\n        \n        val f = opt._1\n        val node = new FeatureNode(f, new HashMap[Int, Node])\n        for (b <- 0 until vc(f)) {    \/\/ build subtree or leaf for each branch value\n            \/\/ base case\n            val dset = dataset (f, (f, b) :: path)\n            if (dset.size == 0 || features.size == 0 || dset.map (_._2).toSet.size == 1) {\n                node.branches += b -> new LeafNode (mode (dset.map (_._2)))\n            } else {\n                node.branches += b -> buildTree((f, b) :: path)\n            } \/\/ if\n        } \/\/ for\n        node\n    } \/\/ buildTree\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a data vector z, classify it returning the class number (0, ..., k-1)\n     *  by following a decision path from the root to a leaf.\n     *  Return the best class, its name and FIX.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        var n = tree\n        for (i <- 0 until z.dim) {\n            n match { \n                case FeatureNode (f, branches) => n = branches (z(f))\n                case LeafNode (y) => { val best = y; return (best, cn(best), -1.0) }   \/\/ FIX - need metric\n            } \/\/ match\n        } \/\/ for\n        (-1, \"?\", -1.0)          \/\/ FIX - need metric\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset ()\n    {\n        \/\/ FIX: to be implemented\n    } \/\/ reset\n\n} \/\/ DecisionTreeID3 class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `DecisionTreeID3` is the companion object for the `DecisionTreeID3` class.\n *\/\nobject DecisionTreeID3\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `DecisionTreeID3` object, passing 'x' and 'y' together in one table.\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn  the names for all features\/variables\n     *  @param k   the number of classes\n     *  @param cn  the names for all classes\n     *  @param vc  the value count array indicating number of distinct values per feature\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String], vc: VectoI = null) =\n    {\n        new DecisionTreeID3 (xy(0 until xy.dim1, 0 until xy.dim2-1), xy.col(xy.dim2-1), fn, k, cn, vc)\n    } \/\/ apply\n\n} \/\/ DecisionTreeID3 object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DecisionTreeID3Test` object is used to test the `DecisionTreeID3` class.\n *  Ex: Classify (No\/Yes) whether a person will play tennis based on the measured\n *  features.\n *  @see http:\/\/www.cise.ufl.edu\/~ddd\/cap6635\/Fall-97\/Short-papers\/2.htm\n *\/\nobject DecisionTreeID3Test extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ Outlook:     Rain (0), Overcast (1), Sunny (2)\n    \/\/ Temperature: Cold (0), Mild (1), Hot (2)\n    \/\/ Humidity:    Normal (0), High (1)\n    \/\/ Wind:        Weak (0), Strong (1)\n    \/\/ features:                Outlook Temp Humidity Wind\n    val x  = new MatrixI ((14, 4),  2,     2,     1,     0,       \/\/ day  1 - data matrix\n                                    2,     2,     1,     1,       \/\/ day  2\n                                    1,     2,     1,     0,       \/\/ day  3\n                                    0,     1,     1,     0,       \/\/ day  4\n                                    0,     0,     0,     0,       \/\/ day  5\n                                    0,     0,     0,     1,       \/\/ day  6\n                                    1,     0,     0,     1,       \/\/ day  7\n                                    2,     1,     1,     0,       \/\/ day  8\n                                    2,     0,     0,     0,       \/\/ day  9\n                                    0,     1,     0,     0,       \/\/ day 10\n                                    2,     1,     0,     1,       \/\/ day 11\n                                    1,     1,     1,     1,       \/\/ day 12\n                                    1,     2,     0,     0,       \/\/ day 13\n                                    0,     1,     1,     1)       \/\/ day 14\n    \/\/ day:           1  2  3  4  5  6  7  8  9 10 11 12 13 14\n    val y  = VectorI (0, 0, 1, 1, 1, 0, 1, 0, 1, 1, 1, 1, 1, 0)   \/\/ classification vector: 0(No), 1(Yes))\n    val vc = VectorI (3, 3, 2, 2)                                 \/\/ distinct values for each feature\n    val fn = Array (\"Outlook\", \"Temp\", \"Humidity\", \"Wind\")\n    println (\"x  = \" + x)\n    println (\"y  = \" + y)\n    println (\"vc = \" + vc)\n    println (\"---------------------------------------------------------------\")\n\n    \/\/ train the classifier ---------------------------------------------------\n    val id3 = new DecisionTreeID3 (x, y, fn, 2, null, vc)        \/\/ create the classifier            \n    id3.train ()\n\n    val z = VectorI (2, 2, 1, 1)                                 \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + id3.classify (z))\n\n} \/\/ DecisionTreeID3Test object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/KMeansPPClusterer.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue Mar  7 22:10:21 2017\n *  @see     LICENSE (MIT style license file).\n *\n *  @see webee.technion.ac.il\/people\/koby\/publications_all\/pdfs\/\/conf_ijcai_SlonimAC13.pdf\n *  @see cseweb.ucsd.edu\/~avattani\/papers\/hartigan.pdf\n *\/\n\npackage scalation.analytics.clusterer\n\nimport scala.collection.mutable.Set\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.random.{Discrete, Randi, Uniform, PermutedVecI, RandomVecI}\nimport scalation.util.{banner, Error}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Algorithm` object specifies which algorithm to use.\n *\/\nobject Algorithm extends Enumeration\n{\n    type Algorithm = Value\n    val HARTIGAN, LLOYD = Value\n} \/\/ Algorithm\n\nimport Algorithm._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClusterer` class cluster several vectors\/points using \n *  the k-means++ clustering technique.  \n *-----------------------------------------------------------------------------\n *  @see ilpubs.stanford.edu:8090\/778\/1\/2006-13.pdf \n *-----------------------------------------------------------------------------\n *  @param x     the vectors\/points to be clustered stored as rows of a matrix\n *  @param k     the number of clusters to make\n *  @param algo  the clustering algorithm to use\n *  @param s     the random number stream (to vary the clusters made)\n *\/\nclass KMeansPPClusterer (x: MatrixD, k: Int, algo: Algorithm = HARTIGAN, s: Int = 0)\n    extends Clusterer with Error\n{\n    protected val DEBUG    = false                               \/\/ debug flag\n    protected val MAX_ITER = 200                                 \/\/ the maximum number of iterations\n    protected var _k       = 0                                   \/\/ last centroid chosen \n    protected val cent     = new MatrixD (k, x.dim2)             \/\/ the k centroids of clusters\n    protected val pdf      = new VectorD (x.dim1)                \/\/ pdf for choosing centroids\n    protected val sizes    = new VectorI (k)                     \/\/ the cluster sizes\n    protected val clustr   = Array.ofDim [Int] (x.dim1)          \/\/ assignment of vectors to clusters\n    protected val raniv    = PermutedVecI (VectorI.range (0, x.dim1), s)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the sizes of the centroids. Should only be called after \n     *  `cluster ()`. \n     *\/\n    def csize (): VectorI = sizes\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the centroids. Should only be called after `cluster ()`. \n     *\/\n    def centroids (): MatrixD = cent    \n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the shortest distance from a data point 'u' to the closest \n     *  centroid we have already chosen.\n     *  @param u  the vector\/point\n     *\/\n    private def shortestDistance (u: VectorD): Double =\n    {\n        var min = Double.PositiveInfinity\n        for (i <- 0 to _k) {\n            val d = distance (u, cent(i))\n            if (d < min) min = d\n        } \/\/ for\n        min\n    } \/\/ shortestDistance\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of the shortest distances from each data point to its\n     *  closest centroid.\n     *\/\n    private def pseudoSSE (): Double =\n    {\n        var sum = 0.0\n        for (i <- x.range1) sum += shortestDistance (x(i))\n        sum\n    } \/\/ pseudoSSE\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Update the probability distribution for choosing the next centroid.\n     *\/\n    private def updatePDF ()\n    {\n        val psse = pseudoSSE ()\n        for (i <- x.range1) pdf(i) = shortestDistance (x(i)) \/ psse\n        if (DEBUG) println (s\"updated pdf = $pdf\")\n    } \/\/ updatePDF\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Initialize the centroids according to the k-means++ technique.\n     *\/\n    private def initCentroids ()\n    {\n\tif (DEBUG) println(s\"From initCentroids, x: $x\")\n        val ran1 = new Randi (0, x.dim1-1, s)                    \/\/ uniform integer distribution\n        cent(0)  = x(ran1.igen)                                  \/\/ pick first centroid uniformly at random\n        for (i <- 1 until k) {                                   \/\/ pick remaining centroids\n            updatePDF ()                                         \/\/ update probability distribution\n            val ran2 = Discrete (pdf, stream = (s+i) % 1000)\n            cent(i)  = x(ran2.igen)                              \/\/ pick next centroid according to pdf\n            _k       = i                                         \/\/ update last centroid chosen\n        } \/\/ for\n        if (DEBUG) println (s\"initial cent = $cent\")\n    } \/\/ initCentroids\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the centroids based on current assignment of points to clusters.\n     *\/\n    private def calcCentroids ()\n    {\n        val cx = new MatrixD (k, x.dim2)                         \/\/ to hold sum of vectors for each cluster\n        val cs = new VectorD (k)                                 \/\/ to hold number of vectors in each cluster\n        for (i <- x.range1) {\n            val ci  = clustr(i)                                  \/\/ x(i) currently assigned to cluster ci\n            cx(ci)  = cx(ci) + x(i)                              \/\/ add the next vector in cluster\n            cs(ci) += 1.0                                        \/\/ add 1 to number in cluster\n        } \/\/ for\n        for (c <- 0 until k) cent(c) = cx(c) \/ cs(c)             \/\/ divide to get averages\/means\n    } \/\/ calcCentroids\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reassign each vector\/point to the cluster with the closest centroid.\n     *  Indicate done, if no points changed clusters (for stopping rule).\n     *  @param first  whether this is the first call to 'reassign'\n     *\/\n    private def reassign (first: Boolean = false): Boolean =\n    {\n        var done = true\n        for (i <- x.range1) {\n            if (first) {                                         \/\/ first call => no c0\n                val cc     = closest (x(i))                      \/\/ find closest cluster for x(i)\n                clustr(i)  = cc                                  \/\/ assign x(i) to this cluster\n                sizes(cc) += 1                                   \/\/ increment the size of this cluster\n                done       = false                               \/\/ change => not done\n            } else {\n                val c0 = clustr(i)                               \/\/ record current cluster assignment c0\n                if (sizes(c0) > 1) {                             \/\/ make sure cluster c0 has multiple points\n                    val cc  = closest (x(i))\n                    if (cc != c0) {                              \/\/ if closest is not the current cluster\n                        sizes(c0) -= 1                           \/\/ decrement the number of points in current cluster\n                        clustr(i)  = cc                          \/\/ reassign x(i) to the closest cluster\n                        sizes(cc) += 1                           \/\/ increment the size of this cluster\n                        done       = false                       \/\/ change => not done\n                    } \/\/ if\n                } \/\/ if\n            } \/\/ if\n        } \/\/ for\n\n        \/\/ import scalation.plot.ClusterPlotFX\n        \/\/ val plot = new ClusterPlotFX (x, clustr, k)\n        \n        done                                                     \/\/ return whether there was a change during this pass\n    } \/\/ reassign\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Cluster the points using Llooyd's algorithm.\n     *\/\n    private def clusterLloyd (): Array [Int] =\n    {\n        breakable { for (l <- 1 to MAX_ITER) {\n            if (reassign (l==1)) break                           \/\/ reassign points to clusters (no change => break)\n            calcCentroids ()                                     \/\/ re-calculate the centroids\n            if (DEBUG) {\n                println (\"(\" + l + \") clustr = \" + clustr.deep)\n                println (\"(\" + l + \") cent   = \" + cent)\n            } \/\/ if\n        }} \/\/ for\n        if (DEBUG) println (s\"clustr = ${clustr.deep}\")\n        clustr\n    } \/\/ clusterLloyd\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Cluster the points using a version of the Hartigan-Wong algorithm.\n     *  @see www.tqmp.org\/RegularArticles\/vol09-1\/p015\/p015.pdf\n     *\/\n    def clusterHartigan (): Array [Int] =\n    {\n        reassign (true)\n        calcCentroids ()\n        breakable { for (l <- 1 to MAX_ITER) {\n            if (reassign2 ()) break                              \/\/ reassign points to clusters (no change => break)\n            if (DEBUG) {\n                println (\"(\" + l + \") clustr = \" + clustr.deep)\n                println (\"(\" + l + \") cent   = \" + cent)\n            } \/\/ if\n        }} \/\/ for\n        if (DEBUG) println (s\"clustr = ${clustr.deep}\")\n        clustr\n    } \/\/ clusterHartigan\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reassign each vector\/point to the cluster with the closest centroid.\n     *  This one follows a version of the Hartigan-Wong algorithm.\n     *  Indicate done, if no points changed clusters (for stopping rule).\n     *  @see www.tqmp.org\/RegularArticles\/vol09-1\/p015\/p015.pdf\n     *\/\n    private def reassign2 (): Boolean =\n    {\n        var done = true                                          \/\/ done indicates no changes\n        val iv   = raniv.igen                                    \/\/ randomly order the points\n        for (i <- iv) {\n            val c0     = clustr(i)                               \/\/ record point v's current cluster (c0)\n            if (sizes(c0) > 1) {                                 \/\/ make sure not to empty a cluster\n                calcCentroids ()                                 \/\/ re-calculate the centroids\n                val c1 = closestByR2 (i)                         \/\/ find closest cluster to point v\n                sizes(c0) -= 1                                   \/\/ decrement the size of cluster c0\n                clustr(i)  = c1                                  \/\/ reassign point v to cluster c1\n                sizes(c1) += 1                                   \/\/ increment size of cluster c1\n                if (c1 != c0) done = false                       \/\/ changed clusters => not done\n            } \/\/ if\n        } \/\/ for\n        done                                                     \/\/ return whether there were no changes\n    } \/\/ reassign2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the closest cluster to point 'u'.\n     *\/\n    private def closest (u: VectorD): Int =\n    {\n        var cmin = 0; var min = distance (u, cent(0))\n        for (c <- 1 until k) {\n            val d = distance (u, cent(c))\n            if (d < min) { cmin = c; min = d }\n        } \/\/ for\n        cmin\n    } \/\/ closest\n\n   \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the closest cluster to point 'u' according to the R2 value \n     *  described in the Hartigan-Wong algorithm.\n     *\/\n    private def closestByR2 (i: Int): Int =\n    {\n        val u    = x(i)\n        var cmin = 0; var min = distance (u, cent(0))\n        var r2   = 0.0\n        val cc   = clustr(i)\n        for (c <- 1 until k) {\n            r2 = if (c == cc) (sizes(c) * distance (u, cent(c))) \/ (sizes(c) - 1)\n                 else         (sizes(c) * distance (u, cent(c))) \/ (sizes(c) + 1)\n            if (r2 < min) { cmin = c; min = r2 }\n        } \/\/ for\n        cmin\n    } \/\/ closestByR2\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of points\/vectors, put them in clusters, returning the cluster\n     *  assignment vector.  A basic goal is to minimize the sum of the distances\n     *  between points within each cluster.\n     *\/\n    def cluster (): Array [Int] =\n    {\n        if (clustered) return clustr\n        clustered = true\n        initCentroids ()\n        algo match {\n            case LLOYD         => clusterLloyd ()\n            case HARTIGAN      => clusterHartigan ()\n        } \/\/ match\n    } \/\/ cluster\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y, determine which cluster it belongs to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int =\n    {\n\tvar cluster = 0\n      \tvar d = Double.PositiveInfinity\n\tfor(i <- cent.range1 ){\n\t      if (distance( y, cent(i) ) < d ) {\n\t          cluster = i\n\t          d = distance( y, cent(i) )\n\t      } \/\/ if\n\t} \/\/ for\t\n\tcluster\n    } \/\/ classify\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a matrix of new points\/vector, determine which cluster it \n     *  belongs to.\n     *  @param v  the vectors to classify\n     *\/\n    def classify (v: MatrixD): Array [Int] =\n    {\n        val cluster = Array.ofDim [Int] (x.dim1)\n        for (i <- v.range1) cluster(i) = classify(v(i))\n\tcluster\n    } \/\/ classify\n    \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y and a set of hypothetical centroids,\n     *  determine which cluster it would belong to.\n     *  @param y  the vector to classify\n     *\/\n    def classify2 (y: VectorD, cents: MatrixD): Int =\n    {\n\tvar cluster = 0\n      \tvar d = Double.PositiveInfinity\n\tfor(i <- cents.range1 ){\n\t      if (distance( y, cents(i) ) < d ) {\n\t          cluster = i\n\t          d = distance( y, cents(i) )\n\t      }\/\/ if\n\t}\/\/ for\t\n\tcluster\n    } \/\/ classify2\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of squared errors (distance squared) from all points in\n     *  cluster 'c' to the cluster's centroid.\n     *  @param c  the current cluster\n     *\/\n    def sse (c: Int): Double =\n    {\n        var sum = 0.0\n        for (i <- x.range1) {\n            val cli = clustr(i)\n            if (cli == c) sum += distance (x(i), cent(cli))\n        } \/\/ for\n        sum\n    } \/\/ sse\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of squared errors (distance sqaured from centroid for all points)\n     *\/\n    def sse (): Double = sse (x)\n\n    def plot\n    {\n\n    } \/\/ plot\n\n} \/\/ KMeansPPClusterer\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** Companion object for the `KMeansPPClusterer` class.\n *\/\nobject KMeansPPClusterer\n{\n    import scalation.random.PermutedVecI\n\n    private var streams = VectorI.range (0, 1000)               \/\/ vector of random number streams\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a vector this is a permutation of the current vector of random number streams.\n     *  @param stream  the stream to use in this process\n     *\/\n    def permuteStreams (stream: Int = 0)\n    {\n        streams = PermutedVecI (streams, stream).igen\n    } \/\/ permuteStreams\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `KMeansPPClusterer` with random retarts.  It will restart enough\n     *  times to see a local minumum 'check' times.\n     *  @param x      the vectors\/points to be clustered stored as rows of a matrix\n     *  @param k      the number of clusters to make\n     *  @param algo   the clustering algorithm to use\n     *  @param check  the number of times to see local minumum before stopping\n     *\/\n    def apply (x: MatrixD, k: Int, algo: Algorithm = HARTIGAN, check: Int = 3): (KMeansPPClusterer, Array [Int]) =\n    {\n        var seen   = 0\n        var ssemin = Double.PositiveInfinity\n        var kmppmin: KMeansPPClusterer = null\n\n        for (s <- streams) {\n            val kmpp = new KMeansPPClusterer (x, k, algo, s = s)\n            val cls  = kmpp.cluster ()\n            val sse  = kmpp.sse ()\n            \/\/println (s\"sse = $sse\")\n            if (sse == ssemin) {\n                if (seen == check) return (kmppmin, kmppmin.clustr)\n                else               seen += 1\n            } \/\/ if\n            if (sse < ssemin) { ssemin = sse; kmppmin = kmpp; seen = 0 }\n        } \/\/ for\n        return (kmppmin, kmppmin.clustr)\n    } \/\/ apply\n\n} \/\/ KMeansPPClusterer object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTester` trait includes a `test` function to aid in the\n *  testing of the `KMeansPPClusterer` class. \n *\/\ntrait KMeansPPClustererTester\n{\n    import scalation.stat.Statistic\n    import scalation.plot.Plot\n\n    def checkEmpty (cls: Array [Int], k: Int)\n    {\n        for (c <- 0 until k if ! (cls contains c)) assert (false, s\"empty cluster found c = $c\")\n    } \/\/ checkEmpty\n\n    def test (v: MatrixD, k: Int, opt: Double = -1, plot: Boolean = false, nstreams: Int = 1000)\n    {\n        banner (s\"Testing KMeansPlusPlusCluster\")\n        println (s\"v.dim1 = ${v.dim1}\")\n        println (s\"v.dim2 = ${v.dim2}\")\n        println (s\"     k = $k\")\n        if (plot) new Plot (v.col(0), v.col(1))\n        for (algo <- Algorithm.values) {\n            banner (s\"test (algo = $algo)\")\n            val statSSE = new Statistic (\"sse\")\n            var ok      = 0\n            for (s <- 0 until nstreams) {\n                val cl  = new KMeansPPClusterer (v, k, algo, s)\n                val cls = cl.cluster ()\n                val sse = cl.sse ()\n                checkEmpty (cls, k)\n                \/\/ println (s\"stream $s, sse = $sse\")\n                statSSE.tally (sse)\n                if ((opt != -1) && (sse <= opt)) ok += 1\n\t\t\n            } \/\/ for\n            println (Statistic.labels)\n            println (statSSE)\n            println (s\"min sse = ${statSSE.min}\")\n            if (opt != -1) println (s\"optimal = $ok \/ $nstreams\")\n        } \/\/ for \n    } \/\/ test\n\n    def test2 (v: MatrixD, k: Int, opt: Double = -1, plot: Boolean = false, nstreams: Int = 1000)\n    {\n        banner (s\"Testing KMeansPlusPlusCluster object\")\n        println (s\"v.dim1 = ${v.dim1}\")\n        println (s\"v.dim2 = ${v.dim2}\")\n        println (s\"     k = $k\")\n        if (plot) new Plot (v.col(0), v.col(1))\n        for (algo <- Algorithm.values) {\n            banner (s\"test2 (algo = $algo)\")\n            val statSSE = new Statistic (\"sse\")\n            var ok      = 0\n            for (s <- 0 until nstreams) {\n                KMeansPPClusterer.permuteStreams (s)\n                val (cl, cls)  = KMeansPPClusterer (v, k, algo)\n                val sse = cl.sse ()\n                checkEmpty (cls, k)\n                \/\/ println (s\"stream $s, sse = $sse\")\n                statSSE.tally (sse)\n                if ((opt != -1) && (sse <= opt)) ok += 1\n\t\t\n            } \/\/ for\n            println (Statistic.labels)\n            println (statSSE)\n            println (s\"min sse = ${statSSE.min}\")\n            if (opt != -1) println (s\"optimal = $ok \/ $nstreams\")            \n        } \/\/ for \n    } \/\/ test2\n\ndef test3 (v: MatrixD, k: Int, opt: Double = -1, plot: Boolean = false, nstreams: Int = 10)\n    {\n        banner (s\"Testing KMeansPlusPlusCluster classify() method\")\n        println (s\"v.dim1 = ${v.dim1}\")\n        println (s\"v.dim2 = ${v.dim2}\")\n        println (s\"     k = $k\")\n        if (plot) new Plot (v.col(0), v.col(1))\n\n\t\n\tval points = Array(Array(1.5,1.5),\n\t    \t           Array(4.5,4.5),\n\t\t\t   Array(8.5,8.5))\n\n        for (algo <- Algorithm.values) {\n            banner (s\"test2 (algo = $algo)\")\n            var ok      = 0\n            for (s <- 0 until nstreams) {\n                KMeansPPClusterer.permuteStreams (s)\n                val (cl, cls)  = KMeansPPClusterer (v, k, algo)\n                checkEmpty (cls, k)\n\t\tprintln(s\"cls: ${cls.deep}\")\n\t\tfor( i <- points.indices ){\n\t     \t    var point = new VectorD(2,points(i))\n\t     \t    println(s\"point: ${points(i).deep}, cl.classify(point): ${cl.classify(point)}\") \n\t\t}\n            } \/\/ for\n        } \/\/ for \n    } \/\/ test3\n\n    \n} \/\/ KMeansPlusPlusClutererTester\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClassifyTest` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClassifyTest\n *\/\nobject KMeansPPClassifyTest\n       extends App with KMeansPPClustererTester\n{\n    val v  = new MatrixD ((6, 2), 1.0, 2.0,\n                                  2.0, 1.0,\n                                  5.0, 4.0,\n                                  4.0, 5.0,\n                                  9.0, 8.0,\n                                  8.0, 9.0)\n    val k   = 3\n    val opt = 3.0\n    test3 (v, k, opt)\n    \n    \n} \/\/ KMeansPPClassifyTest\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest\n *\/\nobject KMeansPPClustererTest\n       extends App with KMeansPPClustererTester\n{\n    val v  = new MatrixD ((6, 2), 1.0, 2.0,\n                                  2.0, 1.0,\n                                  5.0, 4.0,\n                                  4.0, 5.0,\n                                  9.0, 8.0,\n                                  8.0, 9.0)\n    val k   = 3\n    val opt = 3.0\n    test (v, k, opt)\n    test2 (v, k, opt)\n    \n    \n} \/\/ KMeansPlusplusclustererTest\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest2` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest2\n *\/\nobject KMeansPPClustererTest2\n       extends App with KMeansPPClustererTester\n{\n    import scalation.random.{Normal, Bernoulli}\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v     = new MatrixD (50, 2)\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n    val k   = 4\n    val opt = 76         \/\/ rounded up\n\n    test (v, k, opt)\n    test2 (v, k, opt)\n\n} \/\/ KMeansPlusplusclustererTest2\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest3` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest3\n *\/\nobject KMeansPPClustererTest3\n       extends App with KMeansPPClustererTester\n{\n    import scalation.random.{Normal, Bernoulli}\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v     = new MatrixD (50, 3)\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    val k   = 8\n    val opt = 106         \/\/ rounded up\n\n    test (v, k, opt)\n    test2 (v, k, opt)\n\n} \/\/ KMeansPlusplusclustererTest3\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest4` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest4\n *\/\nobject KMeansPPClustererTest4\n       extends App with KMeansPPClustererTester\n{\n    import scalation.random.{Normal, Bernoulli}\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v     = new MatrixD (100, 4)\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    val k   = 16\n    val opt = 290         \/\/ rounded up\n\n    test (v, k, opt)\n    test2 (v, k, opt)\n\n} \/\/ KMeansPlusplusclustererTest4\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest5` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest5\n *\/\nobject KMeansPPClustererTest5\n       extends App with KMeansPPClustererTester\n{\n\n\tval v = new MatrixD ((7, 2), 1.0, 2.0,\n                                 2.0, 1.0,\n                                 5.0, 4.0,\n                                 4.0, 5.0,\n                                 9.0, 8.0,\n                                 8.0, 9.0,\n\t\t\t\t 19.0, 32.0)\n\tval k = 3\n\tvar minSSE = Double.PositiveInfinity\n\tvar outlier = -1\n\tfor (i <- v.range1) {\n\t     val vNew = v.sliceExclude(i,v.dim2)\n\t     KMeansPPClusterer.permuteStreams (i%1000)\n             val (cl, cls)  = KMeansPPClusterer (vNew, k)\n             val sse = cl.sse ()\n\t     if (sse < minSSE ) {minSSE = sse;outlier=i;println(\"found new outlier\")}\n\t} \/\/ for\n\tprintln(s\"outlier: $outlier, minSSE: $minSSE\")\n} \/\/ KMeansPPClustererTest5\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansPPClustererTest6` object is used to test the `KMeansPlusPlusCluterer`\n *  class.\n *  > run-main scalation.analytics.clusterer.KMeansPPClustererTest6\n *\/\nobject KMeansPPClustererTest6\n       extends App with KMeansPPClustererTester\n{\n    import scalation.linalgebra.MatrixD\n    import scalation.stat.Statistic\n\n    val stat = new Statistic (\"SSE\")\n    val v = MatrixD (\"..\/data\/tclust.csv\")\n    val k = 3\n\n    for (s <- 0 until 10) {\n        val cl  = new KMeansPPClusterer (v, k, s = s)\n        val cls = cl.cluster ()\n        val sse = cl.sse ()\n        stat.tally (sse)\n        import scalation.plot.HeatMapFX\n        val hmap = new HeatMapFX(v, cls, k, \"test\")\n    } \/\/ for\n\n    println (Statistic.labels)\n    println (stat)\n\n} \/\/ KMeansPPClustererTest6\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/CheckLP.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun Sep  4 21:57:30 EDT 2011\n *  @see     LICENSE (MIT style license file).\n *-----------------------------------------------------------------------------\n *  @see Linear Programming and Network Flows, Bazaraa and Jarvis\n *  @see www.wiley.com\/WileyCDA\/WileyTitle\/productCd-0470462728,subjectCd-BA04.html\n *  @see Algorithms, 4th Edition, <NAME> and <NAME>\n *  @see www.cs.princeton.edu\/algs4\/63or\/Simplex.java.html\n *  @see en.wikibooks.org\/wiki\/Operations_Research\/The_Simplex_Method\n *\/\n\npackage scalation.minima\n\nimport scala.math.abs\n\nimport scalation.linalgebra.{MatriD, VectoD}\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `CheckLP` class checks the solution to Linear Programming (LP) problems.\n *  Given a constraint matrix 'a', limit\/RHS vector 'b' and cost vector 'c',\n *  determine if the values for the solution\/decision vector 'x' minimizes the\n *  objective function 'f(x)', while satisfying all of the constraints, i.e.,\n *\n *  minimize    f(x) = c x\n *  subject to  a x <= b, x >= 0\n *\n *  Check the feasibility and optimality of the solution.\n *  @param a  the M-by-N constraint matrix\n *  @param b  the M-length limit\/RHS vector (make b_i negative for \">=\" constraint => surplus)\n *  @param c  the N-length cost vector\n *\/\nclass CheckLP (a: MatriD, b: VectoD, c: VectoD)\n      extends Error\n{\n    private val DEBUG   = true           \/\/ debug flag\n    private val EPSILON = 1E-9           \/\/ number close to zero\n    private val M       = a.dim1         \/\/ the number of constraints (row in a matrix)\n    private val N       = a.dim2         \/\/ the number of decision variables (columns in a matrix)\n\n    if (b.dim != M) flaw (\"constructor\", \"b.dim = \" + b.dim + \" != \" + M)\n    if (c.dim != N) flaw (\"constructor\", \"c.dim = \" + c.dim + \" != \" + N)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determine whether the solution primal feasible 'x >= 0 and a x [<= | >=] b'.\n     *  @param x  the N-length primal solution vector\n     *\/\n    def isPrimalFeasible (x: VectoD): Boolean =\n    {\n        if (x.dim != N) flaw (\"constructor\", \"x.dim = \" + x.dim + \" != \" + N)\n\n        \/\/ non-negativity constraints: check that x >= 0\n        for (j <- 0 until N if x(j) < 0.0) {\n            flaw (\"isPrimalFeasible\", \"x(\" + j + \") = \" + x(j) + \" is negative\")\n            return false\n        } \/\/ for\n\n        val ax = a * x\n        \/\/ resource limit constraints: check that ax_i <= b_i\n        for (i <- 0 until M) {\n            val ax_i = ax(i)\n            val b_i  = b(i)\n            if (ax_i > b_i + EPSILON) {\n                flaw (\"isPrimalFeasible\", \"constraint ax_i <= b_i violated for row \" + i + \": \"\n                                                    + ax_i + \" > \" + b_i)\n                return false\n            } \/\/ if\n        } \/\/ for\n        true\n    } \/\/ isPrimalFeasible\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Determine whether the solution dual feasible 'y <= 0 and y a <= c'.\n     *  @param y  the M-length dual solution vector\n     *\/\n    def isDualFeasible (y: VectoD): Boolean =\n    {\n        if (y.dim != M) flaw (\"constructor\", \"y.dim = \" + y.dim + \" != \" + M)\n\n        \/\/ non-positivity constraints: check that y <= 0\n        for (i <- 0 until M if y(i) > 0.0) {\n            flaw (\"isDualFeasible\", \"y(\" + i + \") = \" + y(i) + \" is positive\")\n            return false\n        } \/\/ for\n\n        val ya = y *: a\n        \/\/ dual constraints: check that ya_j <= c_j\n        for (j <- 0 until N) {\n            val ya_j = ya(j)\n            val c_j  = c(j)\n            if (ya_j > c_j + EPSILON) {\n                flaw (\"isDualFeasible\", \"constraint ya_j <= c_j violated for column \" + j + \": \"\n                                                  + ya_j + \" > \" + c_j)\n                return false\n            } \/\/ if\n        } \/\/ for\n        true\n    } \/\/ isDualFeasible\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether the optimum objective function value f == c x == y b.\n     *  @param x  the N-length primal solution vector\n     *  @param y  the M-length dual solution vector\n     *  @param f  the optimum (minimum) value of the objective function\n     *\/\n    def isOptimal (x: VectoD, y: VectoD, f: Double): Boolean =\n    {\n       val cx = c dot x            \/\/ c x\n       val yb = y dot b            \/\/ y b\n\n       if (abs (f - cx) > EPSILON) {\n           flaw (\"isOptimal\", \"failed since f = \" + f + \" != c x = \" + cx)\n           return false\n       } \/\/ if\n       if (abs (f - yb) > EPSILON) {\n           flaw (\"isOptimal\", \"failed since f = \" + f + \" != y b = \" + yb)\n           return false\n       } \/\/ if\n       true\n    } \/\/ isOptimal\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether the solution is correct, feasible and optimal.\n     *  @param x  the N-length primal solution vector\n     *  @param y  the M-length dual solution vector\n     *  @param f  the optimum (minimum) value of the objective function\n     *\/\n    def isCorrect (x: VectoD, y: VectoD, f: Double): Boolean =\n    {\n        val pFeas = isPrimalFeasible (x)\n        val dFeas = isDualFeasible (y)\n        val optim = isOptimal (x, y, f)\n        if (DEBUG) {\n            println (\"CheckLP.isCorrect: isPrimalFeasible = \" + pFeas)\n            println (\"CheckLP.isCorrect: isDualFeasible   = \" + dFeas)\n            println (\"CheckLP.isCorrect: isOptimal        = \" + optim)\n        } \/\/ if\n        pFeas && dFeas & optim\n    } \/\/ isCorrect\n\n} \/\/ CheckLP class\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/SelTANBayes.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Mon Jul 27 01:27:00 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport scala.collection.mutable.{Map, Set => SET}\nimport scala.util.control.Breaks.{break, breakable}\n\nimport scalation.graphalytics.Pair\nimport scalation.graphalytics.mutable.{MGraph, MinSpanningTree}\nimport scalation.linalgebra.{MatrixD, MatriI, MatrixI, VectorD, VectoI, VectorI}\nimport scalation.linalgebra.gen.{HMatrix2, HMatrix3, HMatrix4, HMatrix5}\nimport scalation.relalgebra.Relation\n\nimport BayesClassifier.me_default\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelTANBayes` class implements an Integer-Based Tree Augmented Selective\n *  Naive Bayes Classifier,  which is a combinations of two commonly used classifiers\n *  for discrete input data.  The classifier is trained using a data matrix 'x' and a\n *  classification vector 'y'.  Each data vector in the matrix is classified into one\n *  of 'k' classes numbered 0, ..., k-1.  Prior probabilities are calculated based on\n *  the population of each class in the training-set.  Relative posterior probabilities\n *  are computed by multiplying these by values computed using conditional probabilities.\n *  The classifier supports limited dependency between features\/variables. The classifier\n *  also uses backward elimination algorithm in an attempt to find the most important\n *  subset of features\/variables.\n *  -----------------------------------------------------------------------------\n *  @param x     the integer-valued data vectors stored as rows of a matrix\n *  @param y     the class vector, where y(l) = class for row l the matrix x, x(l)\n *  @param fn    the names for all features\/variables\n *  @param k     the number of classes\n *  @param cn    the names for all classes\n *  @param fset  the `Boolean` array indicating the selected features\n *  @param vc    the value count (number of distinct values) for each feature\n *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n *\/\nclass SelTANBayes (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n              var fset: Array [Boolean] = null, me: Double = me_default, private var vc: VectoI = null)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG  = false                          \/\/ debug flag\n    private val TOL    = 0.01                           \/\/ tolerance indicating negligible improvement adding features\n    private var parent = new VectorI (n)                \/\/ allocate the parent vector\n    private val vcp    = new VectorI (n)                \/\/ value count for the parent\n\n    private val popC  = new VectorI (k)                 \/\/ frequency counts for classes 0, ..., k-1\n    private val probC = new VectorD (k)                 \/\/ probabilities for classes 0, ..., k-1\n    private val popX  = new HMatrix4 [Int] (k, n)       \/\/ conditional frequency counts for variable\/feature j\n    private val probX = new HMatrix4 [Double] (k, n)    \/\/ conditional probabilities for variable\/feature j\n\n    private val N0 = 7.0                                \/\/ parameter needed for smoothing\n\n    if (vc == null) vc = vc_fromData                    \/\/ set to default for binary data (2)\n    if (fset == null) fset = Array.fill (n)(true)       \/\/ set to default, all features included\n\n    private val f_marg = new HMatrix2 [Int](n)          \/\/ marginal frequency of each feature\n    f_marg.alloc(vc.toArray)\n    private val p_marg = new HMatrix2 [Double](n)\n    p_marg.alloc(vc.toArray)\n\n    private val f_CXZ = new HMatrix5 [Int] (k, n, n, vc.toArray, vc.toArray)     \/\/ joint frequency of C, X, and Z, where X, Z are features\/columns\n    private val p_CXZ = new HMatrix5 [Double] (k, n, n, vc.toArray, vc.toArray)  \/\/ joint probability of C, X, and Z, where X, Z are features\/columns\n\n    private val f_CX  = new HMatrix3 [Int] (k, n, vc.toArray)                    \/\/ joint frequency of C and X\n    private val p_CX  = new HMatrix3 [Double] (k, n, vc.toArray)                 \/\/ joint probability of C and X\n\n    private val f_C = new VectorI (k)\n    private var p_C:VectorD = null\n\n    computeParent ()                                    \/\/ initialize the parent of each feature\n    computeVcp ()                                       \/\/ initialize the value count of each parent feature\n\n    popX.alloc (fset, vc, vcp)\n    probX.alloc (fset, vc, vcp)\n\n    if (DEBUG) {\n        println (\"feature set fset   = \" + fset.deep)\n        println (\"parents parent        = \" + parent)\n        println (\"value count vc     = \" + vc)\n        println (\"value count vcp    = \" + vcp)\n        \/\/println (\"correlation matrix = \" + cor)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature x_i is only a possible candidate for parent of feature x_j if i < j.\n     *\/\n    def computeParent ()\n    {\n        val ch       = Array.ofDim[SET[Int]] (n)\n        val elabel   = Map [Pair, Double] ()\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute frequency counts for each value in each variable\n         *\/\n        def frequencies ()\n        {\n            for (i <- 0 until m) {\n                val yi = y(i)\n                f_C(yi) += 1\n                for (j <- 0 until n) {\n                    f_marg(j, x(i, j)) += 1\n                    f_CX(yi, j, x(i, j)) += 1\n                    for (j2 <- j+1 until n) f_CXZ(yi, j, j2, x(i, j), x(i, j2)) += 1\n                } \/\/ for\n            } \/\/ for\n        } \/\/ frequencies\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute marginal and joint probabilities\n         *\/\n        def probabilities ()\n        {\n            val tiny = 1E-9\n            for (j <- 0 until n) {\n                \/\/val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j)) {\n                    p_marg(j, xj) = f_marg(j, xj) \/ md\n                    for (c <- 0 until k) {\n                        p_CX(c, j, xj) = (f_CX(c, j, xj) + tiny) \/ md\n                        for (j2 <- j + 1 until n; xj2 <- 0 until vc(j2)) {\n                            p_CXZ(c, j, j2, xj, xj2) = (f_CXZ(c, j, j2, xj, xj2) + tiny) \/ md\n                        } \/\/ for\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n        } \/\/ probabilities\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Create MaxSpanningTree from conditional mutual information\n         *\/\n        def maxSpanningTree (cmiMx: MatrixD): MinSpanningTree =\n        {\n            for (i <- 0 until n) ch(i) = SET((i + 1 until n): _*)\n            for (i <- 0 until n; j <- i + 1 until n) elabel += new Pair(i, j) -> cmiMx(i, j)\n            val g = new MGraph (ch, Array.ofDim(n), elabel)\n            new MinSpanningTree (g, false, false)     \/\/ param 2 = false means max spanning tree\n        } \/\/ maxSpanningTree\n\n        frequencies ()\n\n        p_C = f_C.toDouble \/ m\n        probabilities ()\n\n        val cmiMx = cmiJoint (p_C, p_CX, p_CXZ)\n\/\/      println (\"cmiMx = \" + cmiMx)\n\n        parent = VectorI (maxSpanningTree (cmiMx).makeITree ())\n\/\/      println (\"parent = \" + parent)\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value count of each parent feature based on the parent vector.\n     *\/\n    def computeVcp ()\n    {\n        vcp.set (1)                                 \/\/set default value count to 1\n        for (j <- 0 until n if (fset(j) && parent(j) > -1)) vcp(j) = vc(parent(j))\n    } \/\/ computeVcp\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  @param testStart  starting index of test region (inclusive)\n     *  @param testEnd    ending index of test region (exclusive)\n     *\/\n    private def frequencies (testStart: Int, testEnd: Int)\n    {\n        for (l <- 0 until m if l < testStart || l >= testEnd) {\n            \/\/ l = lth row of data matrix x\n            val i = y(l)                                    \/\/ get the class\n            popC(i) += 1                                    \/\/ increment ith class\n            for (j <- 0 until n if fset(j)) {\n                if (parent(j) > -1) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                      \/\/ #(C = i)\n            println (\"popX = \" + popX)                      \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive)\n     *  @param testEnd    ending index of test region (exclusive)\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        frequencies (testStart, testEnd)                    \/\/ compute frequencies skipping test region\n\n        for (i <- 0 until k) {                              \/\/ for each class i\n            val pci = popC(i).toDouble                      \/\/ population of class i\n            probC(i) = pci \/ md                             \/\/ probability of class i\n\n            for (j <- 0 until n if fset(j)) {               \/\/ for each feature j in fset\n                val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {\n                    val d = if (parent(j) > -1) (f_CX(i, parent(j), xp) + me)\n                            else                (popC(i) + me)\n                    \/\/ for each value for feature j: xj, parent(j): xp\n                    probX(i, j, xj, xp) = (popX(i, j, xj, xp) + me_vc) \/ d.toDouble\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println(\"probC = \" + probC)                     \/\/ P(C = i)\n            println(\"probX = \" + probX)                     \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  @param itrain  indices of the instances considered train data\n     *\/\n    private def frequencies (itrain: Array [Int])\n    {\n        for (l <- itrain) {                                  \/\/ l = lth row of data matrix x\n            val i = y(l)                                     \/\/ get the class\n            popC(i) += 1                                     \/\/ increment ith class\n            for (j <- 0 until n if fset(j)) {\n                if (parent(j) > -1) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                       \/\/ #(C = i)\n            println (\"popX = \" + popX)                       \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param itrain  indices of the instances considered train data\n     *\/\n    override def train (itrain: Array [Int])\n    {\n        frequencies (itrain)                                 \/\/ compute frequencies skipping test region\n\n        for (i <- 0 until k) {                               \/\/ for each class i\n            val pci = popC(i).toDouble                       \/\/ population of class i\n            probC(i) = pci \/ md                              \/\/ probability of class i\n\n            for (j <- 0 until n if fset(j)) {                \/\/ for each feature j in fset\n                val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {\n                    val d = if (parent(j) > -1) (f_CX(i, parent(j), xp) + me)\n                            else                (popC(i) + me)\n                    \/\/ for each value for feature j: xj, parent(j): xp\n                    probX(i, j, xj, xp) = (popX(i, j, xj, xp) + me_vc) \/ d.toDouble\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + probC)                     \/\/ P(C = i)\n            println (\"probX = \" + probX)                     \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (k)\n        for (i <- 0 until k) {\n            prob(i) = probC(i)                           \/\/ P(C = i)\n            for (j <- 0 until n if fset(j)) {\n                val pj = parent(j)\n                \/\/ P(x|parent(x))\n                var p_x_px = if (pj > -1) probX(i, j, z(j), z(pj))    \/\/ P(X_j = z_j | C = i), parent\n                else         probX(i, j, z(j), 0)        \/\/ P(X_j = z_j | C = i), no parent (other than the class)\n\n                var f_px = 0.0\n                if (smooth) {\n                    if (pj > -1) {\n                        f_px = f_CX(i, pj, z(pj))\n                        p_x_px *= (f_px \/ (f_px + N0))\n                        p_x_px += ((N0 \/ (f_px + N0)) * p_CX(i, j, z(j)))\n                    } else {\n                        f_px = f_C(i)\n                        p_x_px *= (f_px \/ (f_px + N0))\n                        p_x_px += ((N0 \/ (f_px + N0)) * p_CX(i, j, z(j)))\n                    }\n                }\n                prob(i) *= p_x_px\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()             \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))          \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables\n     *  with the updated parent vector.\n     *\/\n    def reset ()\n    {\n        popC.set (0)\n        probC.set (0)\n        popX.clear ()\n        probX.clear ()\n        popX.alloc (fset, vc, vcp)\n        probX.alloc (fset, vc, vcp)\n    } \/\/ reset\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the Tree Augmented Selective Naive Bayes classier model by using backward-elimination\n     *  Selective algorithm. Limited dependencies between variables\/features are also supported.\n     *  @param testStart  starting index of test region (inclusive)\n     *  @param testEnd    ending index of test region (exclusive)\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG) =\n    {\n        for (j <- 0 until n) fset(j) = true           \/\/ set the feature set to all features included\n        \/\/initialize the model using n-fold cross validation and obtaining the accuracy without removing any features\n        var accuracy = crossValidateRand ()\n        if (DEBUG) println (\"Initial accuracy with no feature removed: \" + accuracy)\n\n        \/\/ keep removing one feature at a time until no more feature should be removed\n        breakable { while (true) {\n            var accuracyDiff = 0.0\n            var minDiff      = 1.0\n            var toRemove     = 0\n            if (DEBUG) println (\"Try to removing each feature and achieve best accuracy...\")\n\n            for (j <- 0 until n if fset(j)) {\n                if (DEBUG) println(\"Test by temporarily removing feature \" + j)\n                fset(j) = false\n                accuracyDiff = accuracy - crossValidateRand()\n                if (accuracyDiff <= minDiff) { minDiff = accuracyDiff; toRemove = j }\n                fset(j) = true\n            } \/\/ for\n            accuracy -= minDiff\n\n            \/\/only remove the feature if the minimum accuracy drop is less than a small TOL value (acceptable accuracy reduction)\n            if (fset(toRemove) && minDiff < TOL) {\n                if (DEBUG) println (\"Feature \" + toRemove + \" has been removed from the model.\")\n                fset(toRemove) = false\n                if (DEBUG) println (\"Re-train model by removing feature \" + toRemove)\n                crossValidateRand()\n                if (DEBUG) println (\"The new accuracy is \" + accuracy + \" after removing feature \" + toRemove)\n            } else {\n                if (DEBUG) println (\"No more features to removed: Re-train the model without removing any features\")\n                crossValidateRand ()\n                if (DEBUG) {\n                    println (\"Final parent  = \" + parent)\n                    println (\"Final fset = \" + fset.deep)\n                } \/\/ if\n                break\n            } \/\/ if\n        }} \/\/ while\n        \/\/computeParent ()\n        val pp: Traversable [Array [Int]] = for (p <- parent) yield Array (p)\n        (fset, new DAG(pp.toArray))\n    } \/\/ buildModel class\n\n} \/\/ SelTANBayes class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `SelTANBayes` is the companion object for the `SelTANBayes` class.\n *\/\nobject SelTANBayes\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `SelTANBayes object, passing 'x' and 'y' together in one table.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\/variables\n     *  @param k      the number of classes\n     *  @param cn     the names for all classes\n     *  @param fset   the `Boolean` array indicating the selected features\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param vc     the value count (number of distinct values) for each feature\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               fset: Array [Boolean] = null, me: Double = me_default, vc: VectoI = null) =\n    {\n        new SelTANBayes (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn,\n                    fset, me, vc)\n    } \/\/ apply\n\n} \/\/ SelTANBayes object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelTANBayesTest` object is used to test the `SelTANBayes` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-SelTANBayes-example.pdf\n *  > run-main scalation.analytics.classifier.SelTANBayesTest\n *\/\nobject SelTANBayesTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                x0 x1 x2\n    val x = new MatrixI((10, 3), 1, 0, 1,               \/\/ data matrix\n                                 1, 0, 1,\n                                 1, 0, 1,\n                                 0, 0, 1,\n                                 0, 0, 0,\n                                 0, 1, 0,\n                                 0, 1, 0,\n                                 0, 1, 1,\n                                 1, 1, 0,\n                                 1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)      \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array(\"Color\", \"Type\", \"Origin\")           \/\/ feature\/variable names\n    val cn = Array(\"No\", \"Yes\")                         \/\/ class names\n\n    println(\"xy = \" + (x :^+ y))\n    println(\"---------------------------------------------------------------\")\n\n    val stan = new SelTANBayes (x, y, fn, 2, cn)             \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    \/\/ stan.train ()\n    stan.buildModel (3)\n\n    \/\/ test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                         \/\/ new data vector to classify\n    val z2 = VectorI (1, 1, 1)                         \/\/ new data vector to classify\n    println (\"classify (\" + z1 + \") = \" + stan.classify (z1) + \"\\n\")\n    println (\"classify (\" + z2 + \") = \" + stan.classify (z2) + \"\\n\")\n\n    stan.crossValidate ()                              \/\/ cross validate the classifier\n\n} \/\/ SelTANBayesTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelTANBayesTest2` object is used to test the `SelTANBayes` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.SelTANBayesTest2\n *\/\nobject SelTANBayesTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0 x1  y\n    val xy = new MatrixI((10, 3), 1, 1, 1,\n                                  1, 1, 1,\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  1, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  0, 0, 0,\n                                  0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")\n    val cn = Array (\"No\", \"Yes\")\n\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val stan = SelTANBayes (xy, fn, 2, cn)                  \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    \/\/ stan.train ()\n    stan.buildModel ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                             \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + stan.classify (z) + \"\\n\")\n\n    stan.crossValidate ()                              \/\/ cross validate the classifier\n\n} \/\/ SelTANBayesTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelTanTest3` object is used to test the `SelTANBayes` class\n *  > run-main scalation.analytic.classifier.SelTANBayesTest3\n *\/\nobject SelTANBayesTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\")                          \/\/ class names\n    val k  = 2\n\n    println(\"---------------------------------------------------------------\")\n    val stan = SelTANBayes (xy, fn, k, cn)                   \/\/ create the classifier\n    stan.buildModel ()\n    \/\/stan.train ()\n    println (\"fset = \" + stan.fset.deep)\n    println (\"cv accu = \" + stan.crossValidateRand ())\n\n} \/\/ SelTANBayesTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/calculus\/PiecewisePoly.scala","text":"\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Apr 29 13:22:47 EDT 2017\n *  @see     LICENSE (MIT style license file).\n *\n *  @see introcs.cs.princeton.edu\/java\/92symbolic\/Polynomial.java.html\n *\/\n\n\npackage scalation.calculus\n\nimport scala.math.abs\n\nimport scalation.linalgebra.VectorD\n\nimport scala.collection.immutable.Vector\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PiecewisePoly` (pwp) class provides simple operations on piecewise polynomials.\n *  There are as many pairs of booleans in the knot vector as there are intervals defining the pwp:\n *  \tThe first member in each pair indicates whether the left endpoint of the corresponding interval\n *  \tis an inclusive (True) end point or an exclusive (False) end point,\n *\tand similarly for the second member and right end point. \n *  @param knot   the 'knot' vector describing the intervals on which the pwp is defined on\n *  @param ends   the list of ordered pairs describing the inclusion\/exclusion rules for endpoints on each interval of the pwp\n *  @param polys  the polynomials defined on each interval of the knot vector\n *\/\n\n\/\/ TODO : knot should probably be a vector of Interval type\ncase class PiecewisePoly (knot: VectorD, ends: Vector[(Boolean,Boolean)], polys: Vector[Poly])\n{\n\t\n    if ( knot.size-1 != ends.length  ) println(s\"Error in constructor: number of end points must match number of knot intervals.\")\n    if ( knot.size-1 != polys.length ) println(s\"Error in constructor: number of knot intervals must match number of polynmoials.\")\n    if ( ends.length != polys.length ) println(s\"Error in constructor: number of end points must match number of polynomials.\")\n    if ( endPointsInvalid ) \t       println(s\"Error in constructor: bad end points description.\")\n\n    assert( knot.size-1 == ends.length && knot.size-1 == polys.length && ends.length == polys.length && !endPointsInvalid )\n    \n    private val DEBUG = true                         \/\/ debug flag\n    val intervals:Int = polys.length                \/\/ number of intervals the piecewise polynomial is defined on\n\n    if (DEBUG) for ( i <- 1 to intervals ) println (s\"PiecwisePoly defined on ${knot(i-1)} to ${knot(i)} as ${polys(i-1)}\")\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply\/evaluate the polynomial at 'x'.\n     *  @param x  the value of the variable\n     *\/\n    def apply (x: Double): Double =\n    {\n\tval interval = getApplyInterval(x)-1\n\tif ( interval < 0 ) println(s\"Error at apply: tried to evaluate for an undefined value.\")\n\tassert(interval >= 0)\n\tif ( DEBUG ) println(s\"Piecewise function for evaluating piecewise function at $x: ${polys(interval)}\")\n        return polys(interval)(x) \n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add 'this' piecewise polynomial and the 'q' piecewise polynomial.\n     *  @param q  the other polynomial\n     *\/\n\n    \/\/TODO maybe the new piecewise poly should be defined on q.knot INTERSECT this.knot\n    def + (q: PiecewisePoly): PiecewisePoly =\n    {\n\tassert( knot.equals(q.knot) && ends.equals(q.ends) )\n       \tval newFuncs = for(i <- 0 until intervals) yield polys(i)+q.polys(i)\n\tPiecewisePoly(knot,ends,newFuncs.toVector)\n    } \/\/ +\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Subtract 'this' piecewise polynomial and the 'q' piecewise polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def - (q: PiecewisePoly): PiecewisePoly =\n    {\n\tassert( knot.equals(q.knot) && ends.equals(q.ends) )\n       \tval newFuncs = for(i <- 0 until intervals) yield polys(i)-q.polys(i)\n\tPiecewisePoly(knot,ends,newFuncs.toVector)\n    } \/\/ -\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply 'this' piecewise polynomial and the 'q' piecewise polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def * (q: PiecewisePoly): PiecewisePoly =\n    {\n\tassert( knot.equals(q.knot) && ends.equals(q.ends) )\n       \tval newFuncs = for(i <- 0 until intervals) yield polys(i)*q.polys(i)\n\tPiecewisePoly(knot,ends,newFuncs.toVector)\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Multiply 'this' piecewise polynomial and the polynomial 'q' NOT a piecewise polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def * (q: Poly): PiecewisePoly =\n    {\n       \tval newFuncs = for(i <- 0 until intervals) yield q*polys(i)\n\tPiecewisePoly(knot,ends,newFuncs.toVector)\n    } \/\/ **\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Take the derivative of 'this' piecewise polynomial,\n     *  returning the result as a piecewise polynomial.\n     *\/\n    def derivative: PiecewisePoly =\n    {\n\tval polys = for( i<- 0 until intervals ) yield this.polys(i).derivative\n\tPiecewisePoly (knot,ends,polys.toVector)\n    }\n\n    def \u216e : PiecewisePoly =\n    {\n        val polys = for( i<- 0 to intervals ) yield this.polys(i).derivative\n\tPiecewisePoly (knot,ends,polys.toVector)\n    }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate 'this' polynomial, returning the result as a polynomial.\n     *  Note, the arbitrary constant 'c' for the indefinite integral is set to 1.\n     *\/\n    def integrate: PiecewisePoly =\n    {\n\tval polys = for( i<- 0 until intervals ) yield this.polys(i).integrate\n\tPiecewisePoly (knot,ends,polys.toVector)\n    }\n\n    def \u222b : PiecewisePoly =\n    {\n\tval polys = for( i<- 0 to intervals ) yield this.polys(i).integrate\n\tPiecewisePoly (knot,ends,polys.toVector)\n    }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate 'this' polynomial on the interval 'on', returning its value as\n     *  a double.\n     *  @param on  the interval of integration\n     *\/\n    def integrate (on: Interval): Double =\n    {\n\tvar (start,finish) = (0,intervals+1)\n\tval (fKnot,lKnot)  = (knot(0),knot(intervals))\n\tval (begin,end)    = (on._1,on._2)\n\tif    ( begin <  fKnot || end >  lKnot || begin >  end ) println(s\"Invalid integration interval: ${on}\")\n\tassert( begin >= fKnot && end <= lKnot && begin <= end )\n\tfor ( i <- 1 to intervals ){\n\t    if ( start  == 0       && knot(i) >= begin ) start  = i\n\t    if ( finish == intervals+1  && knot(i) >= end   ) finish = i\n\t} \/\/ for\n\tvar sum = 0.0\n\tfor ( i <- start to finish ){\n\t    val a = if (knot(i-1) < begin) begin else knot(i-1)\n\t    val b = if (knot(i) > end) end else knot(i)\n\t    if (DEBUG) println(s\"Integrating ${polys(i-1)} on ($a,$b)\")\n\t    sum += polys(i-1).integrate((a,b))\n\t}\n\tsum\n    } \/\/ integrate\n\n    def \u222b (on: Interval): Double = integrate(on)\n    \n    def getApplyInterval(x: Double) : Int =\n    {\n\tvar ret = 0\n\tif ( x < knot(0) || x > knot(knot.size-1) ) {\n\t   println(\"invalid apply interval\")\n\t} \/\/ if \n    \tfor( i <- 1 to intervals) {\n\t     if ( x == knot(i-1) && ends(i)._1 ) ret = i\n\t     else if ( x > knot(i-1) && x < knot(i) ) {\n\t     \tret = i\n\t     } \/\/ if\n\t     else if ( x == knot(i) && ends(i)._2 ) ret = i\n\t} \/\/ for\n\tret\n    }\n\n    \/*TODO more sophisticated endpoints checking.\n    \t   only endpoint checking now makes sure that the function is defined over the entire not vector.\n\t   maybe we should be more flexible and just make sure that the general functional requirements are ensured?\n\t   \t i.e. - f(x1)=f(x2) <-> x1=x2\n    *\/\n    \n    def endPointsInvalid : Boolean =\n    {\n\tif  ( ! (ends(0)._1 && ends(ends.length-1)._2 ) )return true \n\tfor ( i <- 1 to intervals-1 ) if( !(ends(i-1)._2 ^ ends(i)._1 && ends(i)._2 ^ ends(i+1)._1) ) return true\n\tfalse\n    } \/\/ endPointsInvalid\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the polynomial to a string.\n     *\/\n    override def toString: String =\n    {\n\tvar ret = \"\\n\"\n        for( i <- 0 to intervals-1 ){\n\t     val l = if (ends(i)._1) \"[\" else \"(\"\n\t     val r = if (ends(i)._2) \"]\" else \")\"\n\t     ret += s\"${l}${knot(i)},${knot(i+1)}${r} : ${polys(i)}\\n\"\n\t} \n\tret += \"\\n\"\n\tret\n    } \/\/ toString\n\n} \/\/ PiecewisePoly class\n\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PolyTest` object is used to test the `Poly` class.\n *  > run-main scalation.calculus.PiecewisePolyTest\n *\/\nobject PiecewisePolyTest extends App\n{\n    import scalation.plot.Plot\n    import scalation.calculus\n    val mpoly = Poly(1,1,1)\n    val funs  = Array.ofDim[Poly](4)\n    val funs2 = Array.ofDim[Poly](4)\n    val knots = VectorD(0.0,1.0,2.0,3.0,4.0)\n    val p = (true,false)\n    val ends = Vector(p,p,p,(true,true))\n    println(\"\/\/::::::::::::::::::::::::::::\\nCreating Polynomials\\n\/\/::::::::::::::::::::::::::::\")    \n    for ( i <- 0 until 4 ) {\n    \tfuns(i)  = Poly(i+1,i+1,i+1,i+1)\n    \tfuns2(i) = Poly(i+2,i+2,i+2,i+2)\n    } \/\/ for\n    println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nCreating Piecewise Polynomials: pwp1 & pwp2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val pwp1 = PiecewisePoly(knots,ends,funs.toVector)\n        println(\"\\n\\n\")\n    val pwp2 = PiecewisePoly(knots,ends,funs2.toVector)\n        println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nDifferentiating Piecewise Polynomials: dpl1 & dpl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val dpl1 = pwp1.derivative                         \/\/ its derivative\n        println(\"\\n\\n\")\n    val dpl2 = pwp2.derivative\n        println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nIntegrating (Indefinite) Piecewise Polynomials: ipl1 & ipl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val ipl1 = pwp1.integrate                          \/\/ one of its indefinite integrals\n    println(\"\\n\\n\")\n    val ipl2 = pwp2.integrate                          \/\/ one of its indefinite integrals\n    println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nIntegrating (Definite) Piecewise Polynomials: jpl1 & jpl2\\n\/\/::::::::::::::::::::::::::::\")\n        println(\"\\n\\n\")\n    val jpl1 = pwp1.integrate ((0.0, 2.0))             \/\/ one of its definite integrals\n    println(\"\\n\\n\")\n    val jpl2 = pwp2.integrate ((0.0, 2.0))             \/\/ one of its definite integrals\n    println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nSum Of Piecewise Polynomials and Their Derivatives: spl1 & spl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val spl1 = pwp1 + dpl1                              \/\/ sum of polynomials and its dervivate\n        println(\"\\n\\n\")\n    val spl2 = pwp2 + dpl2\t\t\t\t\/\/ sum of polynomials and its dervivate\n        println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nDifference of Piecewise Polynomials and Their Derivatives: mpl1 & mpl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val mpl1 = pwp1 - dpl1                              \/\/ difference of polynomial and its dervivate\n    println(\"\\n\\n\")\n    val mpl2 = pwp2 - dpl2                              \/\/ difference of polynomial and its dervivate\n    println(\"\\n\\n\")\n    println(\"\/\/::::::::::::::::::::::::::::\\nProduct of Piecewise Polynomials and Their Derivatives: tpl1 & tpl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val tpl1 = pwp1 * dpl1                              \/\/ product of polynomial and its dervivate\n    println(\"\\n\\n\")\n    val tpl2 = pwp2 * dpl2                              \/\/ product of polynomial and its dervivate\n    println(\"\/\/::::::::::::::::::::::::::::\\nProduct of Piecewise Polynomials and Non-Piecewise Polynomials: zpl1 & zpl2\\n\/\/::::::::::::::::::::::::::::\")\n    println(\"\\n\\n\")\n    val zpl1 = pwp1 * mpoly                              \/\/ product of polynomial and its dervivate\n    println(\"\\n\\n\")\n    val zpl2 = pwp2 * mpoly                             \/\/ product of polynomial and its dervivate\n    println(\"\\n\\n\")\n    println (s\"pwp1      = $pwp1\")\n    println (s\"dpl1     = $dpl1\")\n    println (s\"ipl1     = $ipl1\")\n    println (s\"spl1     = $spl1\")\n    println (s\"mpl1     = $mpl1\")\n    println (s\"tpl1     = $tpl1\")\n    println (s\"zpl1     = $zpl1\")\n  \n    println (s\"pwp1 (2)  = ${pwp1 (2)}\")\n    println (s\"dpl1 (2) = ${dpl1 (2)}\")\n    println (s\"ipl1 (2) = ${ipl1 (2)}\")\n    println (s\"jpl1     = $jpl1\")\n    println (s\"spl1 (2) = ${spl1 (2)}\")\n    println (s\"mpl1 (2) = ${mpl1 (2)}\")\n    println (s\"tpl1 (2) = ${tpl1 (2)}\")\n    println (s\"zpl1 (2) = ${zpl1 (2)}\")\n    \n    println (s\"pwp2      = $pwp2\")\n    println (s\"dpl2     = $dpl2\")\n    println (s\"ipl2     = $ipl2\")\n    println (s\"spl2     = $spl2\")\n    println (s\"mpl2     = $mpl2\")\n    println (s\"tpl2     = $tpl2\")\n    println (s\"zpl2     = $zpl2\")\n    println (s\"pwp2 (2)  = ${pwp2 (2)}\")\n    println (s\"dpl2 (2) = ${dpl2 (2)}\")\n    println (s\"ipl2 (2) = ${ipl2 (2)}\")\n    println (s\"jpl2     = $jpl2\")\n    println (s\"spl2 (2) = ${spl2 (2)}\")\n    println (s\"mpl2 (2) = ${mpl2 (2)}\")\n    println (s\"tpl2 (2) = ${tpl2 (2)}\")\n    println (s\"zpl2 (2) = ${zpl2 (2)}\")\n\n\/*    val x = VectorD.range (0, 20) \/ 5.0\n    val y = x.map (pl (_))\n    val z = x.map (dpl (_))\n\n    new Plot (x, y, z)\n*\/\n\n} \/\/ PolyTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/LineSearch.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed Oct 24 18:32:24 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.minima\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** This trait specifies the pattern for Line Search (LS) algorithms that perform\n *  line search on f(x) to find an x-value that minimizes a function f.\n *\/\ntrait LineSearch\n{\n    protected val EPSILON = 1E-7             \/\/ number close to zero\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform Line Search (LS) using a line search algorithm.\n     *  @param step  the initial step size\n     *\/\n    def search (step: Double): Double\n\n} \/\/ LineSearch trait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/multi\/ExampleMuGraphD.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Tue Nov  1 19:12:16 EDT 2016\n *  @see     LICENSE (MIT style license file).\n *\n *  Graph Data Structure Using Mutable Sets\n *\/\n\npackage scalation.graphalytics.multi\n\nimport scala.collection.mutable.Map\nimport scala.collection.mutable.{Set => SET}\n\nimport scalation.graphalytics.mutable.{ExampleGraphD => EX_GRAPH}\n\nimport MuGraph.\u03bd\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExampleMuGraphD` object contains example query and data multi-digraphs\n *  in which  the vertex label type `TLabel` is `Double`.\n *\/\nobject ExampleMuGraphD\n{\n    \/\/ -----------------------------------------------------------------------\n    \/\/ Simple data and query multi-digraphs.\n    \/\/ -----------------------------------------------------------------------\n    val schema1 = Map (10.0 -> \"user\",\n                       11.0 -> \"user\",\n                       -1.0 -> \"knows\",\n                       -2.0 -> \"employes\")\n\n    \/\/ data multi-digraph g1 -------------------------------------------------\n\n    val g1 = new MuGraph (Array (SET (),                          \/\/ ch(0)\n                                 SET (0, 2, 3, 4),                \/\/ ch(1)\n                                 SET (0),                         \/\/ ch(2)\n                                 SET (4),                         \/\/ ch(3)\n                                 SET ()),                         \/\/ ch(4)\n                          Array (11.0, 10.0, 11.0, 11.0, 11.0),   \/\/ vertex labels\n                          Map ((1, 0) -> \u03bd(-1.0),                 \/\/ edge labels\n                               (1, 2) -> \u03bd(-1.0),\n                               (1, 3) -> \u03bd(-1.0),\n                               (1, 4) -> \u03bd(-1.0),\n                               (2, 0) -> \u03bd(-1.0),\n                               (3, 4) -> \u03bd(-2.0)),                \/\/ change from -1 to -2 filter out vertices\n                          false, \"g1\", schema1)                   \/\/ inverse, name, schema\n\n    \/\/ query multi-digraph q1 ------------------------------------------------\n\n    val q1 = new MuGraph (Array (SET (1, 2),                      \/\/ ch(0)\n                                 SET (),                          \/\/ ch(1)\n                                 SET (1)),                        \/\/ ch(2)\n                          Array (10.0, 11.0, 11.0),               \/\/ vertex labels\n                          Map ((0, 1) -> \u03bd(-1.0),                 \/\/ edge labels\n                               (0, 2) -> \u03bd(-1.0),\n                               (2, 1) -> \u03bd(-1.0)),\n                          false, \"q1\", schema1)                   \/\/ inverse, name\n\n    val g1p = new MuGraph (g1.ch, g1.label, g1.elabel, true, g1.name, schema1)    \/\/ with parents\n    val q1p = new MuGraph (q1.ch, q1.label, q1.elabel, true, q1.name, schema1)    \/\/ with parents\n\n    \/\/ -----------------------------------------------------------------------\n    \/\/ Data and query graphs from the following paper:\n    \/\/ <NAME>, <NAME>, <NAME> and <NAME>,\n    \/\/ \"Research Directions in Big Data Graph Analytics,\"\n    \/\/ Proceedings of the 4th IEEE International Congress on Big Data (ICBD'15),\n    \/\/ New York, New York (June-July 2015) pp. 785-794.\n    \/\/ -----------------------------------------------------------------------\n\n    \/\/ data multi-digraph g2 -------------------------------------------------\n\n    val g2 = MuGraph (EX_GRAPH.g2,\n                      Map ((0, 1)   -> \u03bd(1.0),\n                           (1, 0)   -> \u03bd(1.0),\n                           (1, 2)   -> \u03bd(1.0),\n                           (1, 3)   -> \u03bd(1.0),\n                           (1, 4)   -> \u03bd(1.0),                  \/\/ 2\n                           (1, 5)   -> \u03bd(1.0),\n                           (5, 6)   -> \u03bd(1.0),\n                           (5, 10)  -> \u03bd(1.0),\n                           (6, 7)   -> \u03bd(1.0),\n                           (6, 4)   -> \u03bd(1.0),                  \/\/ 2\n                           (6, 8)   -> \u03bd(1.0),\n                           (6, 9)   -> \u03bd(1.0),\n                           (7, 1)   -> \u03bd(1.0),\n                           (10, 11) -> \u03bd(1.0),\n                           (11, 12) -> \u03bd(1.0),\n                           (12, 11) -> \u03bd(1.0),\n                           (12, 13) -> \u03bd(1.0),\n                           (14, 13) -> \u03bd(1.0),\n                           (14, 15) -> \u03bd(1.0),\n                           (15, 16) -> \u03bd(1.0),\n                           (16, 17) -> \u03bd(1.0),\n                           (16, 18) -> \u03bd(1.0),\n                           (17, 14) -> \u03bd(1.0),\n                           (17, 19) -> \u03bd(1.0),\n                           (18, 20) -> \u03bd(1.0),\n                           (19, 14) -> \u03bd(1.0),\n                           (20, 19) -> \u03bd(1.0),\n                           (20, 21) -> \u03bd(1.0),\n                           (22, 21) -> \u03bd(1.0),\n                           (22, 23) -> \u03bd(1.0),\n                           (23, 25) -> \u03bd(1.0),\n                           (25, 24) -> \u03bd(1.0),\n                           (25, 26) -> \u03bd(1.0),\n                           (26, 28) -> \u03bd(1.0),\n                           (28, 27) -> \u03bd(1.0),\n                           (28, 29) -> \u03bd(1.0),\n                           (29, 22) -> \u03bd(1.0)),\n                      \"g2\")\n\n    \/\/ query multi-digraph q2 ------------------------------------------------\n  \n    val q2 = MuGraph (EX_GRAPH.q2,\n                      Map ((0, 1) -> \u03bd(1.0),\n                           (1, 0) -> \u03bd(1.0),\n                           (1, 2) -> \u03bd(1.0),\n                           (1, 3) -> \u03bd(1.0)),\n                      \"q2\")\n\n    val g2p = new MuGraph (g2.ch, g2.label, g2.elabel, true, g2.name)    \/\/ with parents\n    val q2p = new MuGraph (q2.ch, q2.label, q2.elabel, true, q2.name)    \/\/ with parents\n\n} \/\/ ExampleMuGraphD object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/multi\/MuGraph.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue Nov  1 19:12:16 EDT 2016\n *  @see     LICENSE (MIT style license file).\n *\n *  Multi-Graph 'MuGraph' Data Structure Using Mutable Sets\n *\/\n\npackage scalation.graphalytics.multi\n\nimport scala.collection.mutable.Map\nimport scala.collection.mutable.{Set => SET}\n\/\/import scala.collection.mutable.{HashSet => SET}\nimport scala.reflect.ClassTag\n\nimport scalation.graphalytics.{Pair, Tree}\nimport scalation.graphalytics.mutable.{Graph, MGraph, MGraphGen}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MuGraph` class stores vertex\/edge-labeled multi-directed graphs using\n *  an adjacency set 'ch' representation, e.g., 'ch = { {1, 2}, {0}, {1} }' means\n *  that the graph has the following edges { (0, 1), (0, 2), (1, 0), (2, 1) }.\n *  Optionally, inverse adjacency via the 'pa' array can be stored at the cost\n *  of nearly doubling the storage requirements.\n *----------------------------------------------------------------------------\n *  @param ch       the array of child (adjacency) vertex sets (outgoing edges)\n *  @param label    the array of vertex labels: v -> vertex label\n *  @param elabel   the map of edge labels: (u, v) -> edge label\n *  @param inverse  whether to store inverse adjacency sets (parents)\n *  @param name     the name of the multi-digraph\n *  @param schema   optional schema: map from label to label type\n *\/\nclass MuGraph [TLabel: ClassTag] (ch:     Array [SET [Int]],\n                                 label:   Array [TLabel],\n                             val elabel:  Map [Pair, SET [TLabel]],\n                                 inverse: Boolean = false,\n                                 name:    String = \"g\",\n                                 schema:  Map [TLabel, String] = null)\n      extends Graph [TLabel] (ch, label, inverse, name) with Cloneable\n{\n    \/** Map from schema label type to set of labels\n     *\/\n    val schemaMap = if (schema == null) null else buildSchemaMap (schema)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the children of vertex 'u' that are connected via an edge labelled\n     *  'elab'.\n     *  @param u     the source vertex\n     *  @param elab  the edge label\n     *\/\n    def children (u: Int, elab: TLabel): SET [Int] =\n    {\n        for (v <- ch(u) if elabel((u, v)) contains elab) yield v\n    } \/\/ children\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the parents of vertex 'v' that are connected via an edge labelled\n     *  'elab'.  Requires the parents 'pa' to be added (@see `Graph`).\n     *  @param v     the destination vertex\n     *  @param elab  the edge label\n     *\/\n    def parents (v: Int, elab: TLabel): SET [Int] =\n    {\n        for (u <- pa(v) if elabel((u, v)) contains elab) yield u\n    } \/\/ children\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the schema map from label type to set of labels.\n     *  @param schema  the schema - map of label types: label -> label type\n     *\/\n    def buildSchemaMap (schema: Map [TLabel, String]): Map [String, SET [TLabel]] =\n    {\n        val schMap = Map [String, SET [TLabel]] ()\n        for ((lab, typ) <- schema) schMap += typ -> (schMap.getOrElse (typ, SET ()) + lab)\n        schMap\n    } \/\/ buildSchemaMap\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone (make a deep copy) of 'this' multi-digraph.\n     *\/\n    override def clone: MuGraph [TLabel] =\n    {\n        val ch2    = Array.ofDim [SET [Int]] (ch.length)\n        val label2 = Array.ofDim [TLabel] (ch.length)\n        for (i <- ch2.indices) {\n            ch2(i) = SET (ch(i).toArray: _*)\n            label2(i) = label(i)\n        } \/\/ for\n        new MuGraph (ch2, label2, elabel.clone, inverse, name)\n    } \/\/ clone\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check whether the edges in the 'elabel' map correspond to edges in the\n     *  the adjacency list.\n     *\/\n    def checkElabels: Boolean =\n    {\n        for ((u, v) <- elabel.keys if ! (ch(u) contains v)) {\n            println (s\"checkElabels: no such edge from $u to $v\")\n            return false\n        } \/\/ for\n        true\n    } \/\/ checkElabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Make this multi-directed graph work like an undirected graph by making\n     *  sure that for every edge 'u -> v', there is a 'v -> u' edge and that\n     *  they have same edge label.\n     *\/\n    override def makeUndirected (): MuGraph [TLabel] =\n    {\n        super.makeUndirected ()\n        val edges = elabel.clone.keys\n        for ((u, v) <- edges) elabel += (v, u) -> elabel(u, v)\n        this\n    } \/\/ makeUndirected\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert 'this' multi-digraph to a string in a shallow sense.\n     *  Large arrays are not converted.  Use 'print' to show all information.\n     *\/\n    override def toString: String =\n    {\n        s\"MuGraph (ch.length = ${ch.length}, label.length = ${label.length}\" +\n        s\"elabel.size = ${elabel.size}, inverse = $inverse, name = $name)\"\n    } \/\/ toString\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the 'i'th row\/line of 'this' multi-digraph to a string.\n     *  @param i     the 'i'th row\/line\n     *  @param clip  whether to clip out \"Set(\" and \")\"\n     *\/\n    override def toLine (i: Int, clip: Boolean = true): String =\n    {\n        val ch_i = ch(i).toString.replace (\"Set(\", \"\").replace (\")\", \"\")\n        s\"$i, ${label(i)}, $ch_i\"\n    } \/\/ toLine\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print 'this' multi-digraph in a deep sense with all the information.\n     *  @param clip  whether to clip out \"Set(\" and \")\"\n     *\/\n    override def printG (clip: Boolean = true)\n    {\n        println (s\"MuGraph ($name, $inverse, $size\")\n        for (i <- ch.indices) println (toLine (i))\n        for ((k, v) <- elabel) println (s\"$k -> $v\")\n        println (\")\")\n    } \/\/ printG\n\n} \/\/ MuGraph class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MuGraph` companion object provides builder methods and example query\n *  multi-digraphs.\n *\/\nobject MuGraph\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build an `MuGraph` from a `Graph`.\n     *  @param gr    the base `Graph` for building the `MuGraph`\n     *  @param eLab  the edge labels\n     *  @param name  the name for the new multi-digraph\n     *\/\n    def apply [TLabel: ClassTag] (gr: Graph [TLabel], eLab: Map [Pair, SET [TLabel]], name: String): MuGraph [TLabel] =\n    {\n        new MuGraph (gr.ch, gr.label, eLab, gr.inverse, name)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build an `MuGraph` from a `MGraph`.\n     *  @param mgr   the base `MGraph` for building the `MuGraph`\n     *  @param name  the name for the new multi-digraph\n     *\/\n    def apply [TLabel: ClassTag] (mgr: MGraph [TLabel], name: String): MuGraph [TLabel] =\n    {\n        new MuGraph (mgr.ch, mgr.label, \u03bd(mgr.elabel), mgr.inverse, name)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build an `MuGraph` from a `Tree`.\n     *  @param tree     the base `Tree` for building the `MuGraph`\n     *  @param name     the name for the new multi-digraph\n     *  @param inverse  whether to add parent references\n     *\/\n    def apply (tree: Tree, name: String = \"t\", inverse: Boolean = false): MuGraph [Double] =\n    {\n        MuGraph (Graph (tree, name, inverse), \u03bd (tree.labelMap), name)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Collect the label(s) into a set.\n     *  @param label  the given label(s)\n     *\/\n    def \u03bd [TLabel: ClassTag] (label: TLabel*): SET [TLabel] = SET (label:_*)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Collect the labels in the map into sets.\n     *  @param labelMap  the initial label map\n     *\/\n    def \u03bd [TLabel: ClassTag] (labelMap: Map [Pair, TLabel]): Map [Pair, SET [TLabel]] =\n    {\n        val vmap = Map [Pair, SET [TLabel]] ()\n        for ((k, v) <- labelMap) vmap += k -> SET (v)\n        vmap\n    } \/\/ \u03bd\n\n} \/\/ MuGraph object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MuGraphTest` object is used to test the `MuGraph` class using examples\n *  from the `ExampleMuGraphI` object, which contains multi-digraphs whose vertex\n *  and edge labels are of type `Int`.\n *  > run-main scalation.graphalytics.mutable.MuGraphTest\n *\nobject MuGraphTest extends App\n{\n    import ExampleMuGraphI._\n\n    g1.printG ()\n    q1.printG ()\n    g2.printG ()\n    q2.printG ()\n\n} \/\/ MuGraphTest\n *\/\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MuGraphTest2` object is used to test the `MuGraph` class using examples\n *  from the `ExampleMuGraphD` object, which contains multi-digraphs whose vertex\n *  and edge labels are of type `Double`.\n *  > run-main scalation.graphalytics.mutable.MuGraphTest2\n *\/\nobject MuGraphTest2 extends App\n{\n    import ExampleMuGraphD._\n\n    g1.printG ()\n    q1.printG ()\n    g2.printG ()\n    q2.printG ()\n\n} \/\/ MuGraphTest2\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MuGraphTest3` object is used to test the `MuGraph` class using a\n *  randomly generated multi-digraph.\n *  > run-main scalation.graphalytics.mutable.MuGraphTest3\n *\/\nobject MuGraphTest3 extends App\n{\n    val mgGen = new MGraphGen [Double]\n\n    private val nVertices = 20         \/\/ number of vertices\n    private val nLabels   = 5          \/\/ number of distinct vertex labels\n    private val eLabels   = 3          \/\/ number of distinct edge labels\n    private val outDegree = 2          \/\/ average out degree\n    private val inverse   = false      \/\/ whether inverse adjacency is used (parents)\n    private val name      = \"gr\"       \/\/ name of the graph\n\n    val mGraph = mgGen.genRandomGraph (nVertices, nLabels, eLabels, outDegree, inverse, name)\n    MuGraph (mGraph, \"mu\" + name).printG ()\n\n} \/\/ MuGraphTest3\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/par\/SelNaiveBayes.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author <NAME>, <NAME>\n *  @version 1.3\n *  @date Sat Apr 30 13:53:16 EDT 2015\n *  @see LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier.par\n\nimport java.util.concurrent.ForkJoinPool\n\nimport scala.collection.mutable.ListBuffer\nimport scala.collection.parallel.ForkJoinTaskSupport\n\nimport scalation.linalgebra._\nimport scalation.linalgebra.gen.HMatrix3\nimport scalation.relalgebra.Relation\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelNaiveBayes` class implements an Integer-Based Naive Bayes Classifier,\n *  which is a commonly used such classifier for discrete input data.  The\n *  classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier is naive, because it assumes feature independence and therefore\n *  simply multiplies the conditional probabilities.\n *  The version is \"selective\", since features whose impact is small are ignored.\n * ----------------------------------------------------------------------------\n *  @param x     the integer-valued data vectors stored as rows of a matrix\n *  @param y     the class vector, where y(l) = class for row l of the matrix x, x(l)\n *  @param fn    the names for all features\/variables\n *  @param k     the number of classes\n *  @param cn    the names for all classes\n *  @param fset  the array of selected features\n *  @param vc    the value count (number of distinct values) for each feature\n *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n *\/\nclass SelNaiveBayes (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                    me: Int = 3, var fset: ListBuffer [Int] = null, private var vc: VectoI = null )\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG       = false                       \/\/ debug flag\n    private val PARALLELISM = 12                          \/\/ parallelism level\n    private val TOL         = 0.01                        \/\/ tolerance indicating negligible improvement adding features\n    private val cor         = calcCorrelation             \/\/ feature correlation matrix\n\n    private val popC  = new VectorI (k)                   \/\/ frequency counts for classes 0, ..., k-1\n    private val probC = new VectorD (k)                   \/\/ probabilities for classes 0, ..., k-1\n    private var popX:  HMatrix3 [Int] = null              \/\/ conditional frequency counts for variable\/feature j\n    private var probX: HMatrix3 [Double] = null           \/\/ conditional probabilities for variable\/feature j\n\n    if (vc == null) vc = vc_fromData                      \/\/ set to default for binary data (2)\n\n    if (DEBUG) {\n        println (\"value count vc     = \" + vc)\n        println (\"correlation matrix = \" + cor)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select the features and save them into fset.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG) =\n    {\n        if (fset == null) {\n            fset = ListBuffer [Int](); selectFeatures ()\n        } \/\/ if\n        (Array.fill (n)(true), new DAG(Array.ofDim [Int] (n, 0)))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the current size of the feature set (it varies as different\n     *  features are selected).  If all features are selected 'nn = n'.\n     *\/\n    def nn = fset.size\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set\/change the feature set to the given feature set.\n     *  @param fset2  feature set to be changed\n     *\/\n    def setFset (fset2: ListBuffer [Int]) { fset = fset2 }\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the accuracy of the classified results by cross-validation, returning\n     *  the accuracy.  The \"test data\" starts at 'testStart' and ends at 'testEnd',\n     *  the rest of the data is \"training data'.\n     *  @param nx     number of crosses and cross-validations (defaults to 5x).\n     *  @param tfset  the array of selected features\n     *\/\n    def crossValidate (nx: Int, tfset: ListBuffer [Int]): Double =\n    {\n        val testSize = size \/ nx\n        var sum = 0.0\n\n        for (i <- 0 until nx) {\n            val testStart = i * testSize\n            val testEnd = testStart + testSize\n            val tpopC = new VectorI (k)                           \/\/ frequency counts for classes 0, ..., k-1\n            val tprobC = new VectorD (k)                          \/\/ probabilities for classes 0, ..., k-1\n            val (tpopX, tprobX) = trainHelper (testStart, testEnd, tpopC, tprobC, tfset)\n            sum += test (testStart, testEnd, tprobC, tprobX, tfset)\n        } \/\/ for\n        val avg = sum \/ nx.toDouble\n        avg\n    } \/\/ crossValidate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the quality of the training with a test-set and return the fraction\n     *  of correct classifications.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *  @param tprobC     probabilities for classes 0, ..., k-1\n     *  @param tprobX     conditional probabilities for variable\/feature j\n     *  @param tfset      the array of selected features\n     *\/\n    def test (testStart: Int, testEnd: Int, tprobC: VectorD, tprobX: HMatrix3 [Double], tfset: ListBuffer [Int]): Double =\n    {\n        var correct = 0\n        for (i <- testStart until testEnd if classifyHelper (x (i), tprobC, tprobX, tfset)._1 == y (i)) correct += 1\n        correct \/ (testEnd - testStart).toDouble\n    } \/\/ test\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Choose the next best feature, returning the next best feature and its score.\n     *  FIX - don't hardcode threadpool size\n     *\/\n    private def nextBest (): (Int, Double) =\n    {\n        var maxscore = Array.ofDim [Double] (n)\n        var jmax = -1\n        val tempfeatures = Array.range (0, n).diff(fset)\n        var temprange = (0 until tempfeatures.size).par\n        temprange.tasksupport = new ForkJoinTaskSupport (new ForkJoinPool (PARALLELISM))\n        println(\"threads num = \" + PARALLELISM)\n        for (j <- temprange) {\n            var tempfset = fset.clone ()\n            tempfset += tempfeatures (j)\n            val score = crossValidate (5, tempfset)\n            if (DEBUG) println(\"j: \" + j + \" score: \" + score)\n            maxscore(j) = score\n        } \/\/ for\n        jmax = tempfeatures (maxscore.indexWhere (x => x == maxscore.max))\n        if (DEBUG)\n            println(\"add feature \" + jmax + \" to fset\")\n        (jmax, maxscore (jmax))\n    } \/\/nextBest\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Select the best features by calling 'nextBest' until improvement is below\n     *  the 'TOL' cutoff.\n     *\/\n    private def selectFeatures ()\n    {\n        var a = 0.0                                        \/\/ accumulated max score\n        while (true) {\n            val (j, m) = nextBest ()\n            if (m - a > TOL) { a = m; fset += j } else return\n        } \/\/ while\n    } \/\/ selectFeatures\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *  @param tpopC      frequency counts for classes 0, ..., k-1\n     *  @param tpopX      conditional frequency counts for variable\/feature j\n     *  @param tfset      the array of selected features\n     *\/\n    private def frequencies (testStart: Int, testEnd: Int, tpopC: VectorI, tpopX: HMatrix3 [Int], tfset: ListBuffer [Int])\n    {\n        for (l <- 0 until m if l < testStart || l >= testEnd) {          \/\/ l = lth row of data matrix x\n            val i = y (l)                                                 \/\/ get the class\n            tpopC(i) += 1                                                 \/\/ increment ith class\n            for (j <- 0 until tfset.size) tpopX (i, j, x(l, tfset (j))) += 1\n        } \/\/ for\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0): Unit =\n    {\n        var (tpopX, tprobX) = trainHelper (testStart, testEnd, popC, probC, fset)\n        popX = tpopX\n        probX = tprobX\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *  @param tpopC      frequency counts for classes 0, ..., k-1\n     *  @param tprobC     probabilities for classes 0, ..., k-1\n     *  @param tfset      the array of selected features\n     *\/\n    def trainHelper (testStart: Int = 0, testEnd: Int = 0, tpopC: VectorI, tprobC: VectorD, tfset: ListBuffer [Int]):\n                    (HMatrix3 [Int], HMatrix3 [Double]) =\n    {\n        if (DEBUG) println (\"train is using the following features \" + fset)\n\n        val tpopX  = new HMatrix3 [Int] (k, tfset.size)              \/\/ conditional frequency counts for variable\/feature j\n        val tprobX = new HMatrix3 [Double] (k, tfset.size)           \/\/ conditional probabilities for variable\/feature j\n        tpopX.alloc (vc.select (tfset.toArray)().toArray)            \/\/ allocate 3rd dimension\n        tprobX.alloc (vc.select (tfset.toArray)().toArray)           \/\/ allocate 3rd dimension\n        frequencies (testStart, testEnd, tpopC, tpopX, tfset)        \/\/ compute frequencies skipping test region\n\n        for (i <- 0 until k) {                                       \/\/ for each class i\n            val pci = tpopC(i).toDouble                              \/\/ population of class i\n            tprobC(i) = pci \/ md                                     \/\/ probability of class i\n\n            for (j <- 0 until tfset.size) {                          \/\/ for each feature j in fset\n                val jj = tfset(j)                                    \/\/ jth feature in fset\n                val me_vc = me \/ vc(jj).toDouble\n                for (xj <- 0 until vc(jj)) {                         \/\/ for each value for feature j: xj\n                    tprobX(i, j, xj) = (tpopX(i, j, xj) + me_vc) \/ (pci + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + tprobC)                            \/\/ P(C = i)\n            println (\"probX = \" + tprobX)                            \/\/ P(X_j = x | C = i)\n        } \/\/ if\n        (tpopX, tprobX)\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        classifyHelper (z, probC, probX, fset)\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  @param z       the data vector to classify\n     *  @param tprobC  probabilities for classes 0, ..., k-1\n     *  @param tprobX  conditional probabilities for variable\/feature j\n     *  @param tfset   the array of selected features\n     *\/\n    def classifyHelper (z: VectoI, tprobC: VectorD, tprobX: HMatrix3 [Double], tfset: ListBuffer [Int]):\n        (Int, String, Double) =\n    {\n        val prob = new VectorD (k)\n        for (i <- 0 until k) {\n            prob(i) = tprobC (i)                                                    \/\/ P(C = i)\n            for (j <- 0 until tfset.size) prob (i) *= tprobX(i, j, z (tfset (j)))   \/\/ P(X_j = z_j | C = i)\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()                    \/\/ class with the highest relative posterior probability\n        (best, cn (best), prob(best))                \/\/ return the best class and its name\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize all the population and probability vectors to 0\n     *  and the hypermatrices to null.\n     *  @param tpopC   frequency counts for classes 0, ..., k-1\n     *  @param tprobC  probabilities for classes 0, ..., k-1\n     *\/\n    def resetHelper (tpopC: VectorI, tprobC: VectorD)\n    {\n        tpopC.set (0)\n        tprobC.set (0)\n    } \/\/ reset\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize all the population and probability vectors to 0\n     *  and the hypermatrices to null.\n     *\/\n    def reset ()\n    {\n        resetHelper(popC, probC)\n        popX = null\n        probX = null\n    } \/\/ reset\n\n} \/\/ SelNaiveBayes class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `SelNaiveBayes` is the companion object for the `SelNaiveBayes` class.\n *\/\nobject SelNaiveBayes\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `SelNaiveBayes` object, passing 'x' and 'y' together in one table.\n     *  @param xy    the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn    the names of the features\/variables\n     *  @param k     the number of classes\n     *  @param cn    the names for all classes\n     *  @param fset  the array of selected features\n     *  @param vc    the value count (number of distinct values) for each feature\n     *  @param me    use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n              me: Int = 3, fset: ListBuffer [Int], vc: VectoI = null) =\n    {\n        new SelNaiveBayes (xy (0 until xy.dim1, 0 until xy.dim2 - 1), xy.col (xy.dim2 - 1), fn, k, cn,\n                           me, fset, vc)\n    } \/\/ apply\n\n} \/\/ SelNaiveBayes object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelNaiveBayesTest` object is used to test the `SelNaiveBayes` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-naiveBayes-example.pdf\n *  > run-main scalation.analytics.classifier.par.SelNaiveBayesTest\n *\/\nobject SelNaiveBayesTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                 x0 x1 x2\n    val x = new MatrixI ((10, 3), 1, 0, 1,                    \/\/ data matrix\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  0, 0, 1,\n                                  0, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  1, 1, 0,\n                                  1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)             \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")                 \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                               \/\/ class names\n    val fset = null\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n    println (\"---------------------------------------------------------------\")\n\n    val snb = new SelNaiveBayes (x, y, fn, 2, cn, 1, null)     \/\/ create the classifier\n    val snbstructure = snb.buildModel ()\n    \/\/ train the classifier ---------------------------------------------------\n    snb.train ()\n\n    \/\/ test samples -----------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                                 \/\/ existing data vector to classify\n    val z2 = VectorI (1, 1, 1)                                 \/\/ new data vector to classify\n    println(\"classify (\" + z1 + \") = \" + snb.classify (z1) + \"\\n\")\n    println(\"classify (\" + z2 + \") = \" + snb.classify (z2) + \"\\n\")\n\n    snb.crossValidate()                                        \/\/ cross validate the classifier\n\n} \/\/ SelNaiveBayesTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelNaiveBayesTest2` object is used to test the `SelNaiveBayes` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.par.SelNaiveBayesTest2\n *\/\nobject SelNaiveBayesTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0 x1  y\n    val xy = new MatrixI ((10, 3), 1, 1, 1,\n                                   1, 1, 1,\n                                   1, 0, 1,\n                                   1, 0, 1,\n                                   1, 0, 0,\n                                   0, 1, 0,\n                                   0, 1, 0,\n                                   0, 1, 1,\n                                   0, 0, 0,\n                                   0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")\n    val cn = Array (\"No\", \"Yes\")\n    val fset = ListBuffer (1, 0)\n\n    println (\"xy = \" + xy)\n    println (\"fset: \" + fset)\n    println (\"--------------------------------------------------------------\")\n\n    val snb = SelNaiveBayes (xy, fn, 2, cn, 1, null)             \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    val snbstructure = snb.buildModel ()\n    snb.train ()\n\n    snb.crossValidate ()                                         \/\/ cross validate the classifier\n\n} \/\/ SelNaiveBayesTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelNaiveBayesTest3` object is used to test the `SelNaiveBayes` class.\n *  > run-main scalation.analytics.classifier.par.SelNaiveBayesTest3\n *\/\nobject SelNaiveBayesTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\") \/\/ class names\n\n    println (\"---------------------------------------------------------------\")\n    val snb = SelNaiveBayes (xy, fn, 2, cn, 1, null)              \/\/ create the classifier\n    snb.buildModel ()\n    snb.train ()\n    snb.crossValidate ()\n\n} \/\/ SelNaiveBayesTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/fda\/Smoothing_F.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/fda\/Smoothing_F.scala\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Fri Mar 24 20:24:40 2017\n *  @see     LICENSE (MIT style license file).\n *\n *  @see open.uct.ac.za\/bitstream\/item\/16664\/thesis_sci_2015_essomba_rene_franck.pdf?sequence=1\n *  @see www.jstatsoft.org\/article\/view\/v051i04\/v51i04.pdf\n *  @see Functional Data Analysis, Second Edition, Chapter 4\n *  @see http:\/\/link.springer.com\/book\/10.1007%2Fb98888\n *\/\n\npackage scalation.analytics.fda\n\nimport scalation.analytics.RidgeRegression\nimport scalation.linalgebra.{MatrixD, VectoD, VectorD}\nimport scalation.math.FunctionS2S\nimport scalation.plot.{FPlot, Plot}\nimport scalation.util.Error\n\nobject SmoothingMethod extends Enumeration\n{\n    type SmoothingMethod = Value\n    val ROUGHNESS, RIDGE, WLS, OLS = Value\n} \/\/ SmoothingMethod\n\nimport SmoothingMethod._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_F` class fits a time-dependent data vector 'y' to B-Splines.\n *  <p>\n *      y(t(i)) = x(t(i)) + \u03b5(t(i))\n *      x(t) = c\u03a6(t)\n *  <p>\n *  where 'x' is the signal, '\u03b5' is the noise, 'c' is a coefficient vector and\n *  '\u03a6(t)' is a vector of basis functions. \n *-----------------------------------------------------------------------------\n *  @param y       the (raw) data points\/vector\n *  @param t       the data time points\/vector\n *  @param \u03c4       the time points\/vector for the knots\n *  @param ord     the order (degree+1) of B-Splines (2, 3, 4, 5 or 6)\n *  @param method  the smoothing method\n *  @param lambda  the regularization parameter (>= 0 or -1 to use GCV) \n *\/\nclass Smoothing_F (y: VectorD, t: VectorD, private var \u03c4: VectorD = null, ord: Int = 4, method: SmoothingMethod = ROUGHNESS, lambda: Double = 1E-5, gap: Int = 1)\n      extends Error\n{\n    private val DEBUG = false                   \/\/ debug flag\n    private val GAP   = gap  \/\/ 1                      \/\/ gap between time points and knots\n    private val m     = t.dim                  \/\/ number of data time points\n    if (\u03c4 == null) \u03c4  = makeKnots\n    private val n     = \u03c4.dim                  \/\/ number of time points for the knots\n    private val bs    = new B_Spline (\u03c4, ord)  \/\/ use B-Spline basis functions\n    private val ns    = bs.size ()\n    private val \u03a6     = bs.phi ()(t)           \/\/ matrix: jth spline at time ti\n    private val \u03a3     = bs.penalty ()(t)       \/\/ penalty matrix\n    private val I     = MatrixD.eye(ns)         \/\/ identity matrix\n    private val W     = MatrixD.eye(m) \/\/ calcCov (y).inverse    \/\/MatrixD.eye(m)         \/\/ weight matrix\n\n    private var \u03bbopt  = lambda                 \/\/ regularization parameter    \n    private var c: VectoD = null               \/\/ coefficient vector\n    private var e: VectoD = null               \/\/ residual\/error vector    \n    private var sse   = 0.0                    \/\/ sum of squared error\n\n    def size = ns\n\n    def summary\n    {\n        val cov    = calcCov(y)\n        val covInv = cov.inverse\n        println (s\"calcVar     = $cov\")\n        println (s\"1\/calcVar   = $cov\")\n        println (s\"cov * covInc = ${cov * covInv}\")\n        println (s\"ns          = $ns\")\n        println (s\"size of \u03bb\u03a3  = ${\u03bbopt * \u03a3.norm}\")\n        println (s\"size of \u03a6'\u03a6 = ${(\u03a6.t * \u03a6).norm}\")\n        println (s\"ratio       = ${(\u03bbopt * \u03a3.norm) \/ (\u03a6.t * \u03a6).norm}\")\n    } \/\/ summary\n\n    def getLambda = \u03bbopt\n\n    if (y.dim != m) flaw (\"constructor\", \"require # data points == # data time points\")\n    if (n > m)      flaw (\"constructor\", \"require # knot points <= # data time points\")\n\n    private def makeKnots: VectorD = VectorD.range (0, m\/GAP) \/ ((m-1)\/GAP) * t(t.dim-1)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the partial fit for the model using one of several training \n     *  methods. If you multitply the training data by this `MatrixD`, then you\n     *  get the symmetric \"hat\" matrix. If you multitply this `MatrixD` by the\n     *  response vector, then you will get the vector estimated model\n     *  coefficients.\n     *  @param \u03bb  the regularization parameter\n     *\/\n    private def pfit (\u03bb: Double): MatrixD = method match {\n        case ROUGHNESS => ((\u03a6.t * W * \u03a6) + (\u03a3 * \u03bb)).inverse * \u03a6.t * W\n        case RIDGE     => ((\u03a6.t * W * \u03a6) + (I * \u03bb)).inverse * \u03a6.t * W\n        case WLS       => (\u03a6.t * W * \u03a6).inverse * \u03a6.t * W\n        case OLS       => (\u03a6.t * \u03a6).inverse * \u03a6.t\n    } \/\/ pfit\n\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the correlation matrix for the basis functions.\n     *\/\n    def calcCov (yy: VectorD, k: Int = 1): MatrixD =\n    {\n        import scalation.stat.vectorD2StatVector\n        val avar = yy.variance\n        val cov  = MatrixD.eye (yy.dim) * avar\n        val acov = yy.acov (k)\n        for (i <- 0 until yy.dim - 1) {\n            cov(i, i+1) = acov\n            cov(i+1, i) = acov\n        } \/\/ for\n        cov\n    } \/\/ calcCov\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Computes the \"hat\" matrix.\n     *  @param \u03bb  the regularization parameter\n     *\/\n    private def H (\u03bb: Double) : MatrixD = \u03a6 * pfit (\u03bb)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the model, i.e., determine the optimal coeifficient 'c' for the\n     *  basis functions by finding optimal Lamdba to minimize gcv.\n     *\/\n    def train (): VectoD =\n    {\n        if (\u03bbopt == -1) useGCV ()\n        c   = pfit (\u03bbopt) * y      \/\/\n        e   = y - \u03a6 * c\n        sse = e dot e\n        c\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the degrees of freedom based on the trace of hat matrix.\n     *  @param \u03bb  the regularization parameter\n     *\/\n    private def df (\u03bb: Double): Double = H (\u03bb).trace\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Generalized Cross Validation (GCV) score.\n     *  @param \u03bb  the regularization parameter\n     *\/\n    private def gcv (\u03bb: Double): Double =\n    {\n        val obj = (m \/ (m - df (\u03bb))) * (sse \/ (m - df (\u03bb)))\n        \/\/println (s\"\u03bb = $\u03bb; ns = $ns; m = $m; df = ${df(\u03bb)}; sse = $sse; obj = $obj\")\n        \/\/ (ns \/ (ns - df (\u03bb))) * (sse \/ (ns - df (\u03bb)))\n        \/\/ (m \/ (m - df (\u03bb))) * (sse \/ (m - df (\u03bb)))\n        obj \n    } \/\/ gcv\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use the Generalized Cross Validation (GCV) method to find the optimal\n     *  \u03bb value. It finds the \u03bb that minimizes the GCV score. \n     *\/\n    private def useGCV ()\n    {\n        import scalation.minima.GoldenSectionLS\n        def f (l: Double): Double =\n        {\n            c   = pfit (l) * y\n            e   = y - \u03a6 * c\n            sse = e dot e\n            gcv (l)\n        } \/\/ f\n        val gs   = new GoldenSectionLS (f)\n        val step = 10\n        \u03bbopt     = gs.search (step)\n        \/\/if (DEBUG) println (s\"\u03bbopt = $\u03bbopt\")\n    } \/\/ useGCV\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the y-value at time point 'tt'.\n     *  @param tt  the given time point\n     *\/\n    def predict (tt: Double): Double =\n    {\n        var sum = 0.0\n        for (j <- bs.range ()) sum += c(j) * bs (ord) (j, tt)\n        sum\n    } \/\/ predict\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the y-values at all time points in vector 'tv'.\n     *  @param tv  the given vector of time points\n     *\/\n    def predict (tv: VectorD): VectorD = tv.map (predict (_))\n\n    def plotBasis (tt: VectorD = t) = bs.plot () (tt)\n\n} \/\/ Smoothing_F class\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest\n *\/\nobject Smoothing_FTest extends App\n{\n    import scalation.random.Normal\n    import math.pow\n\n    val normal1 = Normal (0, 100.0)                                   \/\/ normal random variate generator\n    val normal2 = Normal (0, 5000.0)                                   \/\/ normal random variate generator\n    val normal3 = Normal (0, 100.0)                                   \/\/ normal random variate generator    \n\n    val t      = VectorD.range (0, 100) \/ 17.00                      \/\/ time points\n    val tt     = VectorD.range (0, 1000) \/ 170.00                    \/\/ time points    \n\/*\n    val t      = VectorD.range (0, 50) \/ (17.0 \/ 2.0)                      \/\/ time points\n    val tt     = VectorD.range (0, 500) \/ (170.00 \/ 2.0)                    \/\/ time points    \n *\/  \n    val y      = t.map ((x: Double) => pow(x-4, 5) + 5.0 * pow(x-4, 4) - 20.0 * pow(x-4, 2) + 4.0 * (x-4))\n    val z      = y.map ((e: Double) => e + (if (e < 2) normal1.gen else if (e < 3) normal2.gen else normal3.gen))\n    val mMin   = 4 \/\/ 2                                              \/\/ minimum order to try\n    val mMax   = 4                                                   \/\/ maximum order to try\n    val method = SmoothingMethod.ROUGHNESS \/\/ RIDGE                  \/\/ smoothing method\n    val lambda = -1 \/\/ 0.07318687795319875\n\n    new Plot (t, y, z, s\"TRUE DATA vs. WITH NOISE\", lines = true)\n\n    for (ord <- mMin to mMax) {\n        val \u03c4   = null                                               \/\/ let `Smoothing_F` nake the knots\n        val moo = new Smoothing_F (z, t, \u03c4, ord, method, lambda)     \/\/ smoother (use GCV)\n        moo.plotBasis (tt)\n        val c   = moo.train ()                                       \/\/ train -> set coefficients\n        val x   = moo.predict (t)                                    \/\/ predict for all time points\n        new Plot (t, z, x, s\"B-Spline Fit: ord = $ord; \u03bb = ${moo.getLambda}\", lines = true)\n        new Plot (t, y, x, s\"TRUTH vs. SMOOTHED\", lines = true)\n        moo.summary\n    } \/\/ for\n\n    {\n        import scalation.analytics.PolyRegression\n        val prg   = new PolyRegression (t, z, mMax+1)\n        prg.train ()\n        val yp = prg.predictExpand (t)\n        new Plot (t, y, yp, s\"TRUTH vs. POLYNOMIAL\", lines = true)\n    }\n\n} \/\/ Smoothing_FTest object\n\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest2` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest2\n *\/\nobject Smoothing_FTest2 extends App\n{\n    import scalation.analytics.clusterer.{GapStatistic, KMeansPPClusterer}\n    import java.time.LocalDateTime\n\n    val time = LocalDateTime.now()\n                            .toString()\n                            .replace(\":\", \"-\")\n                            .replace(\".\", \"-\")\n\n    val DATA_FILE = s\"$time-data.csv\"\n    val SMOO_FILE = s\"$time-smoothed.csv\"\n    val SSES_FILE = s\"$time-sse.csv\"\n\n    val ord  = 4                            \/\/ b-spline order\n    val kMax = 30                           \/\/ maximum number of clusters\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* LOAD DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    println (\"Loading observed data...\")\n    val data = MatrixD (\"..\/data\/gene_expression.csv\")  \/\/ observed data\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PREPARE DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    println (\"Preparing data...\")\n    val x = data.slice (0, 1000)\n    val z = new MatrixD (x.dim1, x.dim2)    \/\/ matrix for smoothed sample\n    val t = VectorD.range (0, x.dim2)       \/\/ vector for time points\n    val c = new MatrixD (x.dim1, x.dim2)    \/\/ matrix for smoothing spline coefficients\n\n    x.write (DATA_FILE)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM SMOOTHING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    println (\"Smoothing...\")\n    for (i <- x.range1) {\n        val y   = x(i)\n        val moo = new Smoothing_F (y, t, null, ord, lambda = -1) \/\/ smoother\n        c(i)    = moo.train ()                                   \/\/ train -> set coefficients\n        z(i)    = moo.predict (t)                                \/\/ predict for all time points\n        \/\/new Plot (t, y, z, s\"Smoothing_F ord = $ord; \u03bb = ${moo.getLambda}\", lines = true)\n    } \/\/ for\n\n    z.write (SMOO_FILE)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM KMEANS++ CLUSTERING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    val sseObs = new VectorD (kMax)\n    val sseSmo = new VectorD (kMax)\n    val rsObs  = new VectorD (kMax)\n    val rsSmo  = new VectorD (kMax)\n    val kVals  = VectorD.range (1, kMax + 1)\n\n    println (\"Clustering... \")\n    for (k <- 1 to kMax) {\n        print (s\"k = $k; \")\n        \/\/val (cl1, cls1) = KMeansPPClusterer (x, k)\n        val cl1  = new KMeansPPClusterer (x, k)\n        val cls1 = cl1.cluster ()\n        val sse1 = cl1.sse ()\n        val rs1  = cl1.rSquared (x)\n        sseObs (k-1) = sse1\n        print (s\"observed SSE = $sse1; rs = $rs1; \")\n        \/\/val (cl2, cls2) = KMeansPPClusterer (z, k)\n        val cl2  = new KMeansPPClusterer (z, k)\n        val cls2 = cl2.cluster ()\n        val sse2 = cl2.sse ()\n        val rs2  = cl2.rSquared (z)\n        sseSmo (k-1) = sse2        \n        print (s\"smoothed SSE = $sse2; rs = $rs2\")\n        println ()\n    } \/\/ for\n\n    val sses = MatrixD.++^ (kVals, sseObs) :^+ sseSmo\n    sses.write (SSES_FILE)\n\n    new Plot (kVals, sseObs, sseSmo, \"k-means++ SSEs: Observed vs. Smoothed\", true)\n    new Plot (kVals, sseObs.map(math.log _), sseSmo.map(math.log _), \"k-means++ log SSEs: Observed vs. Smoothed\", true)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM TIGHT CLUSTERING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    \/\/ TODO implement\n\n} \/\/ Smoothing_FTest2\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest3` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest3\n *\/\nobject Smoothing_FTest3 extends App\n{\n    import scalation.plot.PlotM\n    import scalation.analytics.clusterer.{GapStatistic, KMeansPPClusterer, TightClusterer}\n    import scalation.linalgebra.VectorD\n    import scalation.util.banner\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a new random subsample.\n     *\/\n    def createSubsample (x: MatrixD, ns: Int, s: Int = 0): (MatrixD, Array [Int]) =\n    {\n        import scalation.random.RandomVecSample\n        val rsg      = RandomVecSample (x.dim1, ns, s) \n        val indexMap = rsg.igen ().array                    \/\/ select e.g., 5, 3, 7  \/\/ FIX - why toArray\n        val subsamp  = x.selectRows (indexMap)              \/\/ generate random subsample\n        \/\/println (s\"subsamp = $subsamp\")\n        (subsamp, indexMap) \n    } \/\/ createSubsample\n\n    import java.time.LocalDateTime\n\n    val time = LocalDateTime.now()\n                            .toString()\n                            .replace(\":\", \"-\")\n                            .replace(\".\", \"-\")\n\n    val DATA_FILE = s\"$time-data-observed.csv\"\n    val SMOO_FILE = s\"$time-data-smoothed.csv\"\n    val COEF_FILE = s\"$time-data-smoothed-coef.csv\"    \n\n    val ord  = 4                            \/\/ b-spline order\n    val kMin = 5                            \/\/ maximum number of clusters\n    val kMax = 6                            \/\/ maximum number of clusters\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* LOAD DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Loading observed data...\")\n    val data   = MatrixD (\"..\/data\/gene_expression.csv\")  \/\/ observed data\n    val _0     = new VectorD (data.dim2)\n    var nzdata = MatrixD (for (i <- data.range1 if data(i).sum > 100) yield data(i), false)\n\n    println (s\" -    data.min = ${data.min()}; data.max = ${data.max()}\")\n    println (s\" -   data.dim1 = ${data.dim1}\")\n    println (s\" - nzdata.dim1 = ${nzdata.dim1}\")\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PREPARE DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Preparing data...\")\n    val x = nzdata \/\/.slice (0, 1000)\n\n    \/\/val s = (System.currentTimeMillis % 1000).toInt\n    \/\/val (sample, map) = createSubsample (x, 1000, s)\n    \/\/val t = VectorD.range (0, sample.dim2)\n    val t      = VectorD.range (0, x.dim2)\n    val sample = x\n\n    \/\/ sample.write (DATA_FILE)    \n\n    new PlotM (t, sample, null, s\"OBSERVED\", lines = true)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM SMOOTHING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Smoothing...\")\n    val gap    = 4\n    val smooth = new MatrixD (sample.dim1, sample.dim2)\n    val coeffs = new MatrixD (sample.dim1, sample.dim2\/gap + ord - 2)    \/\/ matrix for smoothing spline coefficients\n    val funcs  = Array.ofDim [FunctionS2S] (sample.dim1)\n    for (i <- sample.range1) {\n        val y     = sample(i)\n        val moo   = new Smoothing_F (y, t, null, ord, SmoothingMethod.RIDGE, -1, gap) \/\/ smoother\n        coeffs(i) = moo.train()\n        smooth(i) = moo.predict (t)                     \/\/ predict for all time points\n        funcs(i)  = moo.predict\n        \/\/new Plot (t, y, z, s\"Smoothing_F ord = $ord; \u03bb = ${moo.getLambda}\", lines = true)\n    } \/\/ for\n\n    new PlotM (t, smooth, null, s\"SMOOTHED\", lines = true)\n    new FPlot (0.0 to 11 by 0.1, funcs.toSeq, lines = true)\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM CLUSTERING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    def clusterKMPP (data: MatrixD, k: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): KMeansPPClusterer =\n    {\n        banner (s\"K-Means++ Clustering: $label\")\n        println (s\"k = $k\")\n        val cl    = new KMeansPPClusterer (data, k)\n        val cls   = cl.cluster ()\n        val sse   = cl.sse ()\n        val rs    = cl.rSquared (data)\n        val clust = Array.ofDim [MatrixD] (k)        \n        println (s\"SSE = $sse; rSquared = $rs\")\n        for (c <- 0 until k) {\n            if (orig == null) clust(c) = MatrixD (for (i <- 0 until cls.size if cls(i) == c) yield data(i), false)\n            else              clust(c) = MatrixD (for (i <- 0 until cls.size if cls(i) == c) yield orig(i), false)\n            new PlotM (t, clust(c), _title = s\"KM++: $label; c = $c; n = ${clust(c).dim1}\", lines = true)\n            if (forig != null) {\n                val fclust = for (i <- 0 until cls.size if cls(i) == c) yield forig(i)\n                new FPlot (0.0 to 11 by 0.1, fclust.toSeq, s\"KM++: $label; c = $c; n = ${clust(c).dim1}\", true)\n            } \/\/ if\n        } \/\/ for\n        cl\n    } \/\/ clusterKMPP\n\n    def clusterTight (data: MatrixD, kMin: Int, kMax: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): TightClusterer =\n    {\n        banner (s\"Tight Clustering: $label\")\n        println (s\"kMin = $kMin; kMax = $kMax\")\n        val cl    = new TightClusterer (data, kMax, kMin)\n        val cls   = cl.cluster ()\n        val sse   = 0.0 \/\/ cl.sse ()\n        val rs    = 0.0 \/\/ cl.rSquared (data)\n        println (s\"SSE = $sse; rSquared = $rs\")\n        for (set <- cls) {\n            val clust = MatrixD (set.map(i => if (orig == null) data(i) else orig(i)).toSeq, false)\n            new PlotM (t, clust, _title = s\"TC: $label; n = ${clust.dim1}\", lines = true)\n            if (forig != null) {\n                val fclust = for (i <- set) yield forig(i)\n                new FPlot (0.0 to 11 by 0.1, fclust.toSeq, s\"TC: $label; n = ${clust.dim1}\", true)\n            } \/\/ if\n        } \/\/ for\n        cl\n    } \/\/ clusterTight\n\n\/\/    val ocl = clusterKMPP (sample, 6, \"OBSERVED\")\n\/\/    val scl = clusterKMPP (smooth, 6, \"SMOOTHED\")\n\n\/\/    println(s\"new SSE = ${scl.sse (sample)}; rSquared = ${scl.rSquared (sample)}\")\n\n    val ccl = clusterKMPP (coeffs, kMax, \"  COEFFS\", smooth, funcs)\n\n\/\/    println(s\"new SSE = ${ccl.sse (sample)}; rSquared = ${ccl.rSquared (sample)}\")\n\n\/\/    clusterTight (sample, 1, 6, \"OBSERVED\")\n\/\/    clusterTight (smooth, 1, 6, \"SMOOTHED\")\n    clusterTight (coeffs, kMin, kMax, \"  COEFFS\", smooth, funcs)        \n\n} \/\/ Smoothing_FTest3\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest4` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest\n *\/\nobject Smoothing_FTest4 extends App\n{\n    import scalation.random.Normal\n    import math.pow\n\n    val s   = (System.currentTimeMillis % 1000).toInt\n    val e   = Normal (0, 1.0, stream = s)\n    val rho = 0.3\n    val y   = VectorD.range (0, 50)\n    y(0)    = e.gen; for (i <- 1 until y.dim) y(i) = rho * y(i-1) + e.gen\n    val t   = VectorD.range (0, 50)                          \/\/ time points\n    val \u03c4   = null                                           \/\/ let `Smoothing_F` nake the knots\n    val moo = new Smoothing_F (y, t, \u03c4, 4, lambda = -1)      \/\/ smoother (use GCV)\n    val c   = moo.train ()                                   \/\/ train -> set coefficients\n    val z   = moo.predict (t)                                \/\/ predict for all time points\n    moo.summary\n\n    println (s\"y = $y\")\n    println (s\"var = ${y.variance}\")\n\n    new Plot (t, y, z, lines = true)\n\n} \/\/ Smoothing_FTest4 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest5` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest5\n *\/\nobject Smoothing_FTest5 extends App\n{\n    import scalation.plot.PlotM\n    import scalation.analytics.clusterer.{GapStatistic, KMeansPPClusterer, TightClusterer}\n    import scalation.linalgebra.VectorD\n    import scalation.util.banner\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* LOAD DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Loading observed data...\")\n    val data   = MatrixD (\"\/Users\/mepcotterell\/Desktop\/polyester\/polyester\/chr22_small_timecourse2.csv\")  \/\/ observed data\n    val _0     = new VectorD (data.dim2)\n    var nzdata = MatrixD (for (i <- data.range1 if data(i).sum > 100) yield data(i), false)\n\n    println (s\" -    data.min = ${data.min()}; data.max = ${data.max()}\")\n    println (s\" -   data.dim1 = ${data.dim1}\")\n    println (s\" - nzdata.dim1 = ${nzdata.dim1}\")\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PREPARE DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    val t      = VectorD.range (0, nzdata.dim2)\n    new PlotM (t, nzdata, null, s\"OBSERVED\", lines = true)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM SMOOTHING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Smoothing...\")\n    val ord    = 4\n    val gap    = 2\n    val smooth = new MatrixD (nzdata.dim1, nzdata.dim2)\n    val coeffs = new MatrixD (nzdata.dim1, nzdata.dim2\/gap + ord - 2)    \/\/ matrix for smoothing spline coefficients\n    val funcs  = Array.ofDim [FunctionS2S] (nzdata.dim1)\n    for (i <- nzdata.range1) {\n        val y     = nzdata(i)\n        val moo   = new Smoothing_F (y, t, null, ord, SmoothingMethod.RIDGE, -1, gap) \/\/ smoother\n        coeffs(i) = moo.train()\n        smooth(i) = moo.predict (t)                     \/\/ predict for all time points\n        funcs(i)  = moo.predict\n        \/\/new Plot (t, y, z, s\"Smoothing_F ord = $ord; \u03bb = ${moo.getLambda}\", lines = true)\n    } \/\/ for\n\n    \/\/new PlotM (t, smooth, null, s\"SMOOTHED\", lines = true)\n    new FPlot (0.0 to 11 by 0.1, funcs.toSeq, lines = true)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM CLUSTERING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    val kMin = 1\n    val kMax = 6\n\n    def clusterKMPP (data: MatrixD, k: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): KMeansPPClusterer =\n    {\n        banner (s\"K-Means++ Clustering: $label\")\n        println (s\"k = $k\")\n        val cl    = new KMeansPPClusterer (data, k)\n        val cls   = cl.cluster ()\n        val sse   = cl.sse ()\n        val rs    = cl.rSquared (data)\n        val clust = Array.ofDim [MatrixD] (k)        \n        println (s\"SSE = $sse; rSquared = $rs\")\n        for (c <- 0 until k) {\n            if (orig == null) clust(c) = MatrixD (for (i <- 0 until cls.size if cls(i) == c) yield data(i), false)\n            else              clust(c) = MatrixD (for (i <- 0 until cls.size if cls(i) == c) yield orig(i), false)\n            \/\/new PlotM (t, clust(c), _title = s\"KM++: $label; c = $c; n = ${clust(c).dim1}\", lines = true)\n            if (forig != null) {\n                val fclust = for (i <- 0 until cls.size if cls(i) == c) yield forig(i)\n                new FPlot (0.0 to 11 by 0.1, fclust.toSeq, s\"KM++: $label; c = $c; n = ${clust(c).dim1}\", true)\n            } \/\/ if\n        } \/\/ for\n        cl\n    } \/\/ clusterKMPP\n\n    def clusterTight (data: MatrixD, kMin: Int, kMax: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): TightClusterer =\n    {\n        banner (s\"Tight Clustering: $label\")\n        println (s\"kMin = $kMin; kMax = $kMax\")\n        val cl    = new TightClusterer (data, kMax, kMin)\n        val cls   = cl.cluster ()\n        val sse   = 0.0 \/\/ cl.sse ()\n        val rs    = 0.0 \/\/ cl.rSquared (data)\n        println (s\"SSE = $sse; rSquared = $rs\")\n        for (set <- cls) {\n            val clust = MatrixD (set.map(i => if (orig == null) data(i) else orig(i)).toSeq, false)\n            \/\/new PlotM (t, clust, _title = s\"TC: $label; n = ${clust.dim1}\", lines = true)\n            if (forig != null) {\n                val fclust = for (i <- set) yield forig(i)\n                new FPlot (0.0 to 11 by 0.1, fclust.toSeq, s\"TC: $label; n = ${clust.dim1}\", true)\n            } \/\/ if\n        } \/\/ for\n        cl\n    } \/\/ clusterTight\n\n\/\/    val ocl = clusterKMPP (sample, 6, \"OBSERVED\")\n\/\/    val scl = clusterKMPP (smooth, 6, \"SMOOTHED\")\n\n\/\/    println(s\"new SSE = ${scl.sse (sample)}; rSquared = ${scl.rSquared (sample)}\")\n\n      val ccl = clusterKMPP (coeffs, kMax, \"  COEFFS\", smooth, funcs)\n\n\/\/    println(s\"new SSE = ${ccl.sse (sample)}; rSquared = ${ccl.rSquared (sample)}\")\n\n\/\/    clusterTight (sample, 1, 6, \"OBSERVED\")\n\/\/    clusterTight (smooth, 1, 6, \"SMOOTHED\")\n    clusterTight (coeffs, kMin, kMax, \"  COEFFS\", smooth, funcs)        \n\n} \/\/ Smoothing_FTest5\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Smoothing_FTest6` is used to test the `Smoothing_F` class.\n *  > run-main scalation.analytics.fda.Smoothing_FTest6\n *\/\nobject Smoothing_FTest6 extends App\n{\n    import scalation.plot.PlotM\n    import scalation.analytics.clusterer.{GapStatistic, KMeansPPClusterer, TightClusterer}\n    import scalation.linalgebra.VectorD\n    import scalation.util.banner\n    import scala.collection.mutable.{ArrayBuffer,Set}\n    import scalation.relalgebra.Relation\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* SET PARMETERS *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    val inFileName  = \"Drosophila.csv\"\t\t\/\/ the name of the file with the data points\n    val outFileName = \"DrosophilaClusters\"  \t\/\/ the name of the file to write output to, ex. name: \"outFileName_LC_COEFFS.csv\"\n    val gap    \t    = 1\t\t\t\t\/\/ to set the number of knots in the smoother (gap==1 => n many knots, gap==2 => n\/2, etc.)\n    val ord   \t    = 4\t\t\t\t\/\/ the order for the B-Splines (order 4 => degree 3 polynomial B-Splines)\n    val rowSum\t    = 100\t\t\t\/\/ the filter threshold for important data (i.e. - minimum value for the sum of a row of a data)\n    val kMin \t    = 1\t\t\t\t\/\/ the minimum number of clusters to find\n    val kMax \t    = 6\t\t\t\t\/\/ the maximum number of clusters to find\n    val kEst        = 6\t\t\t\t\/\/ an estimated number of clusters to make when performing loose clustering\n    val useSVD\t      \t    = true \t\t\/\/ use singlular value decomposition during the GapStatistic process?\n    val clusterRawData      = true\t\t\/\/ should we cluster the raw data (i.e. - unsmoothed) ? \n    val clusterSmoothedData = true\t\t\/\/ should we cluster the smoothed data? \n    val clusterCoefficients = true\t\t\/\/ should we cluster the coefficients\n    val clusterLoose\t    = true\t\t\/\/ should we cluster the data without resorting to tight clustering?\n    val clusterTight  \t    = true\t\t\/\/ should we tight cluster the data? \n    val clusterGap\t    = false\t\t\/\/ should we cluster the data without resorting to tight clustering but using the Gap Statistic to find opt k?\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* LOAD, FILTER AND PREPARE DATASET *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \n    banner (\"Loading observed data...\")\n    \n    val taggedDataBuf  = ArrayBuffer.empty[       String]\t\/\/ an array buffer for the names of the genes \n    val cleanedDataBuf = ArrayBuffer.empty[Array[Double]]\t\/\/ an array buffer for the doubles parsed from the strings read in from the CSV \n    val source \t       = io.Source.fromFile(inFileName)\t\t\/\/ the source of the data \n    for( line <- source.getLines.drop(1) ){\n    \t val cols  = line.split(\",\").map(_.trim)\n\t val clean = (for ( i <- 1 until cols.length ) yield cols(i).toDouble )\n\t if ( clean.sum > rowSum ) {\n\t    cleanedDataBuf += clean.toArray\n \t    taggedDataBuf  += cols(0)\n\t } \/\/ if\n    }\n    \n    val nzdata = new MatrixD(cleanedDataBuf.toArray)\n    \n    \/\/var nzdata = MatrixD (for (i <- data.range1 if data(i).sum > rowSum) yield data(i), false) \/\/ filter out the unimportant data\n\n    \/\/println (s\" -    data.min = ${data.min()}; data.max = ${data.max()}\")\n    \/\/println (s\" -   data.dim1 = ${data.dim1}\")\n    \/\/println (s\" - nzdata.dim1 = ${nzdata.dim1}\")\n    \n    val t      = VectorD.range (0, nzdata.dim2)   \n    new PlotM (t, nzdata, null, s\"OBSERVED\", lines = true)\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM SMOOTHING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    banner (\"Smoothing...\")\n    \n    val smooth = new MatrixD (nzdata.dim1, nzdata.dim2)\n    val coeffs = new MatrixD (nzdata.dim1, nzdata.dim2\/gap + ord - 2)    \/\/ matrix for smoothing spline coefficients\n    val funcs  = Array.ofDim [FunctionS2S] (nzdata.dim1)\n    for (i <- nzdata.range1) {\n        val y     = nzdata(i)\n        val moo   = new Smoothing_F (y, t, null, ord, SmoothingMethod.RIDGE, -1, gap) \/\/ smoother\n        coeffs(i) = moo.train()\n        smooth(i) = moo.predict (t)                     \/\/ predict for all time points\n        funcs(i)  = moo.predict\n        \/\/new Plot (t, y, z, s\"Smoothing_F ord = $ord; \u03bb = ${moo.getLambda}\", lines = true)\n    } \/\/ for\n    \n    val t0 = 0.0\n    val tn = nzdata.dim2.asInstanceOf[Double]\n    new FPlot (t0 to tn by 0.1, funcs.toSeq, s\"SmoothedData\", lines = true)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/* PERFORM CLUSTERING *\/\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\n    \/*\tTake a matrix of data, cluster it into a specified number of clusters, and plot out the clusters.\n     *  @param  data  - the data to cluster\n     *\t@param  k     - the number of intended clusters\n     *\t@param  label - a label describing the data\/clustering circumstances\n     *\t@param  orig  - the original data \n     *\/\n    def clusterKMPP (data: MatrixD, k: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): Array[Int] =\n    {\n        banner (s\"K-Means++ Clustering: $label\")\n        println (s\"k = $k\")\n        val cl    = new KMeansPPClusterer (data, k)\n        val cls   = cl.cluster ()\n        val sse   = cl.sse ()\n        val rs    = cl.rSquared (data)\n        println (s\"SSE = $sse; rSquared = $rs\")\n\tfor (c <- 0 until k) {\n            val fclust = for (i <- 0 until cls.size if cls(i) == c) yield forig(i)\n            new FPlot (t0 to tn by 0.1, fclust.toSeq, s\"KM++: $label; c = $c; n = ${fclust.size}\", true)\n        } \/\/ for\n        cls\n    } \/\/ clusterKMPP\n\n    \/*\tTake a matrix of data, cluster it into a specified number of clusters using the gap statistic to estimate opt k, and plot out the clusters.\n     *  @param  data  - the data to cluster\n     *\t@param  kMax     - the number of intended clusters\n     *\t@param  label - a label describing the data\/clustering circumstances\n     *\t@param  orig  - the original data \n     *\/\n    def clusterGap (data: MatrixD, kMax: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): Array[Int] =\n    {\n        banner (s\"Gap Clustering: $label\")\n\tval (cl,cls,k) = GapStatistic.kMeansPP (data,kMax,useSVD = useSVD, plot = false)\n        val sse   = cl.sse ()\n        val rs    = cl.rSquared (data)\n        println (s\"SSE = $sse; rSquared = $rs\")\n\tfor (c <- 0 until k) {\n            val fclust = for (i <- 0 until cls.size if cls(i) == c) yield forig(i)\n            new FPlot (t0 to tn by 0.1, fclust.toSeq, s\"Gap: $label; c = $c; n = ${fclust.size}\", true)\n        } \/\/ for\n        cls\n    } \/\/ clusterGap\n\n    def clusterTight (data: MatrixD, kMin: Int, kMax: Int, label: String, orig: MatrixD = null, forig: Seq[FunctionS2S] = null): ArrayBuffer[Set[Int]] =\n    {\n        banner (s\"Tight Clustering: $label\")\n        println (s\"kMin = $kMin; kMax = $kMax\")\n\tval cl    = new TightClusterer (data, kMax, kMin)\n        val cls   = cl.cluster ()\n        for (set <- cls) {\n            val fclust = for (i <- set) yield forig(i)\n            new FPlot (t0 to tn by 0.1, fclust.toSeq, s\"TC: $label; n = ${fclust.size}\", true)\n        } \/\/ for\n        cls\n    } \/\/ clusterTight\n\n    def writeOutCluster(cls: Array[Int], label: String) =\n    {\n    \tval vecs = ArrayBuffer.empty[Vector[Any]]\n    \tfor( i <- 0 until cls.size ){\n\t     vecs += Vector[Any](taggedDataBuf(i), cls(i)) ++ cleanedDataBuf(i).toVector\n\t}\n\tval clustRel = Relation( s\"genes_${label}\",\n\t\t    \t     \t Seq(\"gene_name\",\n\t\t\t\t     \"cluster_assignment\",\n\t\t\t\t     \"em0-2hr\"  ,\"em2-4hr\"  ,\"em4-6hr\"  ,\"em6-8hr\"  ,\"em8-10hr\" ,\"em10-12hr\",\n\t\t\t\t     \"em12-14hr\",\"em14-16hr\",\"em16-18hr\",\"em18-20hr\",\"em20-22hr\",\"em22-24hr\"\n\t\t\t\t    ),\n\t\t\t\t vecs.toSeq,\n\t\t\t\t 0,\n\t\t\t\t \"SDDDDDDDDDDDD\"\n\t\t\t       ) \n\tclustRel.writeCSV(s\"${outFileName}_${label}.csv\")\n    } \/\/ writeOutCluster\n\n    def writeOutTightCluster(cls: ArrayBuffer[Set[Int]], label: String) =\n    {\n    \tval vecs = ArrayBuffer.empty[Vector[Any]]\n\tval seen = ArrayBuffer.empty[Int]\n\tvar c = -1\n    \tfor (set <- cls) { \n\t    \tc += 1\n\t\tfor( i <- set ) {\n\t\t     vecs += Vector[Any](taggedDataBuf(i) , c) ++ cleanedDataBuf(i).toVector\n\t\t     seen += i\n\t\t} \/\/ for\n        } \/\/ for \n\tfor( i <- cleanedDataBuf.toArray.indices if !seen.contains(i) ) vecs += Vector[Any](taggedDataBuf(i), -1) ++ cleanedDataBuf(i).toVector  \n\tval clustRel = Relation( s\"genes_${label}\",\n\t\t    \t     \t Seq(\"gene_name\",\n\t\t\t\t     \"cluster_assignment\",\n\t\t\t\t     \"em0-2hr\"  ,\"em2-4hr\"  ,\"em4-6hr\"  ,\"em6-8hr\"  ,\"em8-10hr\" ,\"em10-12hr\",\n\t\t\t\t     \"em12-14hr\",\"em14-16hr\",\"em16-18hr\",\"em18-20hr\",\"em20-22hr\",\"em22-24hr\"),\n\t\t\t         vecs.toSeq,\n\t\t\t     \t 0,\n\t\t\t     \t \"SDDDDDDDDDDDD\")\n\tclustRel.writeCSV(s\"${outFileName}_${label}.csv\") \n    } \/\/ writeOutTightCluster\n    \n    val clusts = Array(clusterRawData,clusterSmoothedData,clusterCoefficients)\n    val dats   = Array(nzdata,smooth,coeffs)\n    val labls  = Array(\"OBSERVED\",\"SMOOTHED\",\"COEFFS\")\n  \n    for ( i <- 0 to 2 ){\n    \tif ( clusts(i) ) {\n\t   if ( clusterGap ){\n\t      println(s\"Calculating gap statistic for ${labls(i)} data...\")\n\t      val cls = clusterGap (dats(i), kMax, labls(i), smooth, funcs)\n\t      writeOutCluster(cls,s\"GSC_${labls(i)}\")\n\t      println(s\"done.\")\n\t   }\n\t   if ( clusterLoose ){\n\t   \tprintln(s\" loose clustering ${labls(i)} data...\")\n\t   \tval cls2 = clusterKMPP (dats(i), kEst, labls(i), smooth, funcs)\n\t   \twriteOutCluster(cls2, s\"LC_${labls(i)}\")\n\t  \tprintln(s\"Done.\")\n\t   }\n\t   if ( clusterTight ){\n\t      \tprintln(s\"Tight clustering ${labls(i)} data.\")\n\t   \tval cls3 = clusterTight (dats(i), kMin, kMax, labls(i), smooth, funcs)\n\t   \twriteOutTightCluster(cls3, s\"TC_${labls(i)}\")\n\t   \tprintln(s\"Done.\")\n\t   } \/\/ if \n\t} \/\/ if clusts(i)\n    } \/\/ for i\n\n} \/\/ Smoothing_FTest6\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/mutable\/GraphGen.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Thu Jul 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics.mutable\n\nimport scala.collection.mutable.Queue\nimport scala.collection.mutable.{Set => SET}\nimport scala.reflect.ClassTag\n\nimport scalation.random._\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGen` object is used to build random graphs with various characteristics.\n *  Needs to generate vertex labels of various types including `Int`, `Double`,\n *  `String`, `VectorD` based on the `TLabel` type.\n *  @param typeSelector  the variable for type matches (work around for generic erasure)\n *\/\nclass GraphGen [TLabel: ClassTag] (typeSelector: TLabel)\n       extends Error\n{\n    \/** Random number stream to use (0 to 999)\n     *\/\n    private val stream = 0\n\n    \/** Random number generator in interval (0, 1)\n     *\/\n    private val ran = Random ()\n\n    \/** Random number\/integer generator: 0, 1, ...\n     *\/\n    private val rng = Randi0 ()\n\n    \/** Random set generator\n     *\/\n    private val rsg = RandomSet ()\n\n    \/** Random label generator for the `TLabel` type parameter\n     *\/\n    private var rlg: Variate = _\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the Random Variate Generator, using the one based on the `TLabel` type.\n     *  @param nLabs  the number of labels to generate\n     *\/\n    def setVariate (nLabs: Int)\n    { \n        typeSelector match {\n        case _: Int     => rlg = Randi (1, nLabs, stream)\n        case _: Double  => rlg = Randi (1, nLabs, stream)\n        case _: String  => rlg = RandomWord (nLabs, stream = stream)\n\/\/      case _: VectorD => rlg = RandomVecD (nLabs, stream)\n        case _          => flaw (\"setVariate\", \"label type not supported\")\n        } \/\/ match\n    } \/\/ setVariate\n\n    \/\/------------------------------------------------------------------------\n    \/\/ Methods generating random graphs where the number of outgoing edges (the degree)\n    \/\/ for a vertex is uniformly distributed.\n    \/\/------------------------------------------------------------------------\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generates a random graph with the specified size (number of vertices), \n     *  average degree and labels evenly distributed across vertices from 0 to\n     *  'nLabels - 1'.  Not necessarily a connected graph.\n     *  @param size      the number of vertices to generate\n     *  @param nLabels   the number of labels (distributed uniformly)\n     *  @param avDegree  the average degree\n     *  @param inverse   whether to create inverse adjacency (parents)\n     *  @param name      the name of the graph\n     *\/\n    def genRandomGraph (size: Int, nLabels: Int, avDegree: Int, inverse: Boolean = false,\n                        name: String = \"g\"): Graph [TLabel] =\n    {\n        val ch = Array.ofDim [SET [Int]] (size)\n        for (i <- ch.indices) {\n            val degree = rng.iigen (avDegree * 2 + 1)              \/\/ out degree for vertex i\n            ch(i)      = rsg.igen (degree, size - 1, i)            \/\/ children of vertex i\n        } \/\/ for\n        val label = randDistLabels (size, nLabels)                 \/\/ vertex labels\n        new Graph (ch, label, inverse, name)\n    } \/\/ genRandomGraph\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generates a random connected graph by using 'genRandomGraph' and\n     *  checking whether it is connected.\n     *  @param size      the number of vertices to generate\n     *  @param nLabels   the number of labels (distributed uniformly)\n     *  @param avDegree  the average degree\n     *  @param inverse   whether to create inverse adjacency (parents)\n     *  @param name      the name of the graph\n     *\/\n    def genRandomConnectedGraph (size: Int, nLabels: Int, avDegree: Int, inverse: Boolean = false,\n                                 name: String = \"g\"): Graph [TLabel] =\n    {\n        var g: Graph [TLabel] = null\n        do g = genRandomGraph (size, nLabels, avDegree, inverse, name) while (! g.isConnected)\n        g\n    } \/\/ genRandomConnectedGraph\n  \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generates a random graph with labels distributed based on a power law\n     *  distribution (currently with the magic number 2.1 for the power law exponent).\n     *  @param size      the number of vertices to generate\n     *  @param nLabels   the number of labels (distributed according to power law)\n     *  @param avDegree  the average degree\n     *  @param inverse   whether to create inverse adjacency (parents)\n     *  @param name      the name of the graph\n     *\/\n    def genRandomGraph_PowLabels (size: Int, nLabels: Int, avDegree: Int, inverse: Boolean = false,\n                                  name: String = \"g\"): Graph [TLabel] =\n    {\n        val ch = Array.ofDim [SET [Int]] (size)\n        for (i <- ch.indices) {\n            val degree = rng.iigen (avDegree * 2 + 1)              \/\/ out degree for vertex i\n            ch(i)      = rsg.igen (degree, size - 1, i)            \/\/ children of vertex i\n        } \/\/ for\n        val label = powDistLabels (size, nLabels, 2.1)             \/\/ 2.1 is used in WWW graph pg 72 of m&m graph data\n        new Graph (ch, label, inverse, name)\n    } \/\/ genRandomGraph_PowLabels\n\n    \/\/------------------------------------------------------------------------\n    \/\/ Methods generating random graphs where the number of outgoing edges (the degree)\n    \/\/ for a vertex follows a power law distribution.\n    \/\/------------------------------------------------------------------------\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generates a graph with power law degree distribution with exponent 'distPow'\n     *  and uniformly distributed labels.\n     *  @param size       the number of vertices \n     *  @param nLabels    the number of labels (distributed uniformly)\n     *  @param maxDegree  the maximum allowed degree for any vertex\n     *  @param distPow    the power\/exponent\n     *  @param inverse    whether to create inverse adjacency (parents)\n     *  @param name       the name of the graph\n     *\/\n    def genPowerLawGraph (size: Int, nLabels: Int, maxDegree: Int, distPow: Double,\n                          inverse: Boolean = false, name: String = \"g\"): Graph [TLabel] =\n    {\n        val powLaw = PowerLaw (0, maxDegree, distPow)\n        val ch = Array.ofDim [SET [Int]] (size)\n        for (i <- ch.indices) {\n            val degree = powLaw.igen                               \/\/ out degree\n            ch(i)      = rsg.igen (degree, size - 1, i)            \/\/ children of vertex i\n        } \/\/ for\n        val label = randDistLabels (size, nLabels)\n        new Graph (ch, label, inverse, name)\n    } \/\/ genPowerLawGraph\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generates a graph with power law degree distribution with exponent 'distPow'\n     *  and power law distributed labels.\n     *  @param size       the number of vertices \n     *  @param nLabels    the number of labels (distributed according to power law)\n     *  @param maxDegree  the maximum allowed degree for any vertex\n     *  @param distPow    the power\/exponent\n     *  @param inverse    whether to create inverse adjacency (parents)\n     *  @param name       the name of the graph\n     *\/\n    def genPowerLawGraph_PowLabels (size: Int, nLabels: Int, maxDegree: Int, distPow: Double,\n                                    inverse: Boolean = false, name: String = \"g\"): Graph [TLabel] =\n    {\n        val powLaw = PowerLaw (0, maxDegree, distPow)\n        val ch = Array.ofDim [SET [Int]] (size)\n        for (i <- ch.indices) {\n            val degree = powLaw.igen                               \/\/ out degree\n            ch(i)      = rsg.igen (degree, size - 1, i)            \/\/ children of vertex i\n        } \/\/ for\n        val label = powDistLabels (size, nLabels, distPow)\n        new Graph (ch, label, inverse, name)\n    } \/\/ genPowerLawGraph_PowLabels\n\n    \/\/------------------------------------------------------------------------\n    \/\/ Methods for generating\/extracting query graphs from data graphs.\n    \/\/ Ensures that matches will exist. \n    \/\/------------------------------------------------------------------------\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a graph 'g', performs a breadth first search starting at a random vertex\n     *  until the breadth first tree contains 'size' vertices.  At each junction,\n     *  it chooses a random number of children to traverse, with that random\n     *  number averaging to 'avDegree'.\n     *  @param size      the number of vertices to extract\n     *  @param avDegree  the average out degree\n     *  @param g         the data graph to extract from\n     *  @param inverse   whether to create inverse adjacency (parents)\n     *  @param name      the name of the graph\n     *\/\n    def genBFSQuery (size: Int, avDegree: Int, g: Graph [TLabel], inverse: Boolean = false,\n                     name: String = \"g\"): Graph [TLabel] =\n    {\n        val maxRestarts = 5000\n        var nRestarts   = 0\n        var cycle       = false\n        var nodes       = SET [Int] ()\n        var chMap: Map [Int, SET [Int]] = null\n\n        while (nodes.size < size && nRestarts < maxRestarts) {\n            if (nRestarts % 100 == 0) println (\"restarting \" + nRestarts)\n            chMap      = Map [Int, SET [Int]] ()\n            nodes      = SET [Int] ()\n            val q      = Queue [Int] ()\n            val start  = rng.iigen (g.size - 1)     \/\/ randomly pick a start node in ch \n            q.enqueue (start)\n            nodes += start\n\n            while (! q.isEmpty && nodes.size < size) {\n                var chs  = SET [Int] ()                                 \/\/ set of children to be formed\n                val v    = q.dequeue                                    \/\/ candidate vertex\n                val v_ch = g.ch (v)                                     \/\/ its children\n                if (v_ch.nonEmpty) {\n                    val v_chArr = v_ch.toArray                          \/\/ its children in an array\n                    val degree = rng.iigen (avDegree * 2 + 1)           \/\/ desired out degree\n                    for (i <- 0 until degree if nodes.size < size) {\n                        val newChild = v_chArr (rng.iigen (v_ch.size - 1)) \n                        if (! (nodes contains newChild)) { nodes += newChild; q.enqueue (newChild) }\n                        else cycle = true\n                        if (newChild != v) chs += newChild               \/\/ add newChild\n                    } \/\/ for\n                    chMap += (v -> (chMap.getOrElse (v, SET [Int] ()) ++ chs))\n                } \/\/ if\n            } \/\/ while\n\n            if(nodes.size < size) nRestarts += 1\n        } \/\/ while\n    \n        if (nRestarts == maxRestarts) { println (\"genBFSQuery: could not find a good query\"); return null }\n    \n        \/\/ create a vertex map from old to new ids, e.g., 7 -> 0, 11 -> 1, 15 -> 2\n        var vertexMap = Map [Int, Int] () \n        var c = 0 \n        for (v <- nodes) { vertexMap += (v -> c); c += 1 }\n\n        \/\/ for each new id, record the old id\n        val new2OldIds = Array.ofDim [Int] (size)\n        vertexMap.foreach { case (oldId, newId) => new2OldIds(newId) = oldId }\n\n        \/\/ for each mapped vertex, assign its mapped children\n        val ch = Array.ofDim [SET [Int]] (size).map (x => SET [Int] ())\n        for ((v, v_ch) <- chMap) ch(vertexMap (v)) = v_ch.map (vertexMap (_)) \n\n        \/\/ map the vertex labels\n        val label = new2OldIds.map (g.label(_)).toArray\n        if (cycle) println (\"genBFSQuery: query has a cycle\")\n        new Graph (ch, label, inverse, name)\n    } \/\/ genBFSQuery\n\n    \/\/------------------------------------------------------------------------\n    \/\/ Private helper methods.\n    \/\/------------------------------------------------------------------------\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns an array with labels distributed between 1 and 'nLabels'.\n     *  based on a uniform distribution.\n     *  @param size     the number of vertices\n     *  @param nLabels  the number of labels\n     *\/\n    private def randDistLabels (size: Int, nLabels: Int): Array [TLabel] =\n    {\n        setVariate (nLabels)                                                                \/\/ set rlg\n        typeSelector match {\n        case _: Int     => Array.ofDim (size).map (_ => rlg.igen.asInstanceOf [TLabel])     \/\/ for `Int`\n        case _: Double  => Array.ofDim (size).map (_ => rlg.gen.asInstanceOf [TLabel])      \/\/ for `Double`\n        case _: String  => Array.ofDim (size).map (_ => rlg.sgen.asInstanceOf [TLabel])     \/\/ for `String`\n\/\/      case _: VectorD => \/\/ implement                                                     \/\/ for `VectorD`\n        case _          => { flaw (\"randDistLabels\", \"label type not supported\"); null.asInstanceOf [Array [TLabel]] }\n        } \/\/ match\n    } \/\/ randDistLabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Returns an array with labels distributed between 1 and 'nLabels'.\n     *  based on a power law distribution.\n     *  FIX: 'nLabels' not valid to `Double` and `String` and check correctness of `PowerLaw`.\n     *  FIX: for `String` would like something like `RandomWord`.\n     *  @param size     the number of vertices\n     *  @param nLabels  the number of labels\n     *  @param pow      the power\/exponent\n     *\/\n    private def powDistLabels (size: Int, nLabels: Int, pow: Double): Array [TLabel] =\n    {\n        val powLaw = PowerLaw (1.0, nLabels + 1.0, pow, stream)\n        typeSelector match {\n        case _: Int     => Array.ofDim (size).map (_ => powLaw.igen.asInstanceOf [TLabel])\n        case _: Double  => Array.ofDim (size).map (_ => powLaw.gen.asInstanceOf [TLabel])\n        case _: String  => Array.ofDim (size).map (_ => powLaw.sgen.asInstanceOf [TLabel])\n\/\/      case _: VectorD => \/\/ implement\n        case _          => { flaw (\"powDistLabels\", \"label type not supported\"); null.asInstanceOf [Array [TLabel]] }\n        } \/\/ match\n    } \/\/ powDistLabels\n\n} \/\/ GraphGen class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGenTest` object is used to test the `GraphGen` class for building\n *  random graphs where a vertex's degree is uniformly distributed.\n *  This work build graphs with `Int` vertex labels.\n *  > run-main scalation.graphalytics.mutable.GraphGenTest\n *\/\nobject GraphGenTest extends App\n{\n    val gGen = new GraphGen [Int] (0)\n\n    println (\"GraphGenTest: test genRandomGraph\")\n    (1 to 5).foreach { _ =>\n        val g = gGen.genRandomGraph (4, 100, 1)\n        g.printG ()\n        println (\"CONNECTED?  \" + g.isConnected)\n    } \/\/ foreach\n\n    println (\"GraphGenTest: test genRandomConnectedGraph\")\n    (1 to 5).foreach { _ => gGen.genRandomConnectedGraph (4, 100, 1).printG () }\n\n    println (\"GraphGenTest: test genRandomGraph_PowLabels\")\n    val g1 = gGen.genRandomGraph_PowLabels (200, 50, 2)\n    g1.printG ()\n    println (s\"g1.labelMap = ${g1.labelMap}\")\n \n} \/\/ GraphGenTest\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGenTest2` object is used to test the `GraphGen` class for building\n *  random graphs where a vertex's degree is uniformly distributed.\n *  This work build graphs with `Double` vertex labels.\n *  > run-main scalation.graphalytics.mutable.GraphGenTest2\n *\/\nobject GraphGenTest2 extends App\n{\n    val gGen = new GraphGen [Double] (0.0)\n\n    println (\"GraphGenTest: test genRandomGraph\")\n    (1 to 5).foreach { _ =>\n        val g = gGen.genRandomGraph (4, 100, 1)\n        g.printG ()\n        println (\"CONNECTED?  \" + g.isConnected)\n    } \/\/ foreach\n\n    println (\"GraphGenTest2: test genRandomConnectedGraph\")\n    (1 to 5).foreach { _ => gGen.genRandomConnectedGraph (4, 100, 1).printG () }\n\n    println (\"GraphGenTest2: test genRandomGraph_PowLabels\")\n    val g1 = gGen.genRandomGraph_PowLabels (200, 50, 2)\n    g1.printG ()\n    println (s\"g1.labelMap = ${g1.labelMap}\")\n\n} \/\/ GraphGenTest2\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGenTest3` object is used to test the `GraphGen` class for building\n *  random graphs where a vertex's degree is uniformly distributed.\n *  This work build graphs with `String` vertex labels.\n *  > run-main scalation.graphalytics.mutable.GraphGenTest3\n *\/\nobject GraphGenTest3 extends App\n{\n    val gGen = new GraphGen [String] (\"0\")\n\n    println (\"GraphGenTest: test genRandomGraph\")\n    (1 to 5).foreach { _ =>\n        val g = gGen.genRandomGraph (4, 100, 1)\n        g.printG ()\n        println (\"CONNECTED?  \" + g.isConnected)\n    } \/\/ foreach\n\n    println (\"GraphGenTest3: test genRandomConnectedGraph\")\n    (1 to 5).foreach { _ => gGen.genRandomConnectedGraph (4, 100, 1).printG () }\n\n    println (\"GraphGenTest3: test genRandomGraph_PowLabels\")\n    val g1 = gGen.genRandomGraph_PowLabels (200, 50, 2)\n    g1.printG ()\n    println (s\"g1.labelMap = ${g1.labelMap}\")\n\n} \/\/ GraphGenTest3\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGenTest4` object is used to test the `GraphGen` class for building\n *  power law graphs.\n *  > run-main scalation.graphalytics.mutable.GraphGenTest4\n *\/\nobject GraphGenTest4 extends App\n{\n    val gGen = new GraphGen [Int] (0)\n\n    println (\"GraphGenTest4: test genPowerLawGraph\")\n    val g2 = gGen.genPowerLawGraph (50, 10, 10, 2.1)\n    g2.printG ()\n    g2.ch.sortBy (_.size).foreach { println(_) }\n\n    println (\"GraphGenTest4: test genPowerLawGraph_PowLabels\")\n    val g3 = gGen.genPowerLawGraph_PowLabels (50, 10, 10, 2.1)\n    g3.printG ()\n    g3.ch.sortBy (_.size).foreach { println(_) }\n    println (s\"g3.labelMap = ${g3.labelMap}\")\n\n} \/\/ GraphGenTest4\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphGenTest5` object is used to test the `GraphGen` class for extracting\n *  query graphs from data graphs.\n *  > run-main scalation.graphalytics.mutable.GraphGenTest5\n *\/\nobject GraphGenTest5 extends App\n{\n    val gGen = new GraphGen [Int] (0)\n\n    println (\"GraphGenTest5: test genRandomGraph\")\n    val nVertices = 10000\n    val nLabels   =    10\n    val avDegree  =    16     \n    var g = gGen.genRandomGraph (nVertices, nLabels, avDegree)\n    println (\"done generating data graph\")\n    println (\"g.size    = \" + g.size)\n    println (\"g.nEdges  = \" + g.nEdges)\n    println (\"av degree = \" + g.nEdges \/ g.size.toDouble)\n\n    println (\"GraphGenTest5: test genBFSQuery\")\n    (1 to 5).foreach { _ =>\n        var q = gGen.genBFSQuery (20, 3, g)\n        q.printG ()\n        println (\"q.size    = \" + q.size)\n        println (\"q.nEdges  = \" + q.nEdges)\n        println (\"av degree = \" + q.nEdges \/ q.size.toDouble)\n    } \/\/ foreach\n    println (\"done\")\n\n} \/\/ GraphGenTest5\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/dynamics_pde\/package.scala","text":"\npackage scalation\n\n\/** The `dynamics_pde` package contains classes, traits and objects for\n *  system dynamics simulations using Partial Differential Equations 'PDE's.\n *\/\npackage object dynamics_pde { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/NMFactorization.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Mon Jul 29 14:09:25 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scala.math.{ceil, min}\n\nimport scalation.linalgebra.MatrixD\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NMFactorization` class factors a matrix 'v' into two non negative matrices \n *  'w' and 'h' such that 'v = wh' approximately.\n *  @see  en.wikipedia.org\/wiki\/Non-negative_matrix_factorization\n *  @param v      the matrix to be factored \n *  @param loops  the number of iterations before checking the termination condition  \n *  @param r      factor the m-by-n matrix 'v' in to two factors: an m-by-r and r-by-n matrix  \n *\/ \nclass NMFactorization (v: MatrixD, \n\t\t       loops: Int = 10,\n\t\t       var r: Int = 0)\n{\n    private val m = v.dim1                  \/\/ number of rows in matrix v\n    private val n = v.dim2     \t            \/\/ number of columns in matrix v\n    private val EPSILON = 1.0E-4            \/\/ number close to zero\n    private val DEBUG = true                \/\/ debug flag \n\n    if (r == 0) r = ceil (min (v.dim1, v.dim2).toDouble \/ 2).toInt + 1\n\n    private val w  = new MatrixD (m, r)     \/\/ left factor (m-by-r matrix)\n    private val h  = new MatrixD (r, n)     \/\/ right factor (r-by-n matrix)\n    w.set (1.0); h.set (1.0)                \/\/ initialize all matrix elements to 1\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Factor the original matrix 'v' into left 'w' and right 'h' matrices by\n     *  iteratively calling the 'update' method until the difference between\n     *  'v' and its approximation 'vv = w * h' is sufficiently small.\n     *\/\n    def factor (): Tuple2 [MatrixD, MatrixD] = \n    {\n        var vv: MatrixD = null                        \/\/ holds product of the factors (vv -> v)\n\n        println (\"Original Matrix to Factor v = \" + v)\n        var converged = false                         \/\/ convergence flag\n        var i         = 0                             \/\/ number of update steps performed\n \n        while (! converged) {\n            for (k <- 0 until loops) update ()        \/\/ perform several update steps\n    \n            vv = w * h                                \/\/ compute new product of factors\n            val dist = (vv - v).norm1                 \/\/ compute norm of the difference\n            if (DEBUG) {\n                println (\"Result for iteration \" + i + \":\"); i += loops\n                println (\"w = \" + w + \"\\nh = \" + h)\n                println (\"vv = \" + vv)\n                println (\"dist = \" + dist)\n            } \/\/ if\n\n            if (dist < EPSILON) converged = true             \/\/ quit when distance is small enough\n        } \/\/ while\n\n        println (\"Factors w = \" + w + \"and     h = \" + h)    \/\/ print factors\n        println (\"Product of Factors vv = \" + vv)            \/\/ print approximation\n        (w, h) \t                                             \/\/ return factors\n    } \/\/ factor\n        \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform a multiplicative update step to create better estimates for\n     *  factor matrices w and h.\n     *\/\n    private def update ()\n    {\n\tval v_ht = v * h.t\n\tval h_ht = h * h.t\n\tfor (i <- 0 until m; a <- 0 until r) {\t\n            w(i, a) *= v_ht(i, a) \/ (w(i) dot h_ht.col(a))\n        } \/\/ for\n\n\tval wt_v = w.t * v\n\tval wt_w = w.t * w\n\tfor (b <- 0 until r; j <- 0 until n) {\n\t    h(b, j) *= wt_v(b, j) \/ (wt_w(b) dot h.col(j))\n\t} \/\/ for\t          \n    } \/\/ update\n\n} \/\/ NMFactorization class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NMFactorizationTest` object to test `NMFactorizationTest` class.\n *\/\nobject NMFactorizationTest extends App\n{\n    val v = new MatrixD((4,6), 1.0, 2.0, 3.0,  4.0,  5.0,  6.0,\n                               4.0, 5.0, 6.0,  7.0,  8.0,  6.0,\n\t\t\t       7.0, 8.0, 9.0, 10.0, 11.0, 12.0,\n\t\t\t       7.0, 8.0, 9.0, 10.0, 11.0, 12.0)\n\n    val nmf = new NMFactorization (v)\n    val f = nmf.factor ()\n    println (\"f: \" + f)\n\n} \/\/ NMFactorizationTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/mutable\/LabelFunctions.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue oct 27 05:41:17 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *\/\n\npackage scalation.graphalytics.mutable\n\nimport scala.collection.mutable.Map\nimport scala.collection.mutable.{Set => SET}\nimport scala.reflect.ClassTag\n\nimport scalation.util.MultiSet\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `LabelFunctions` object provides methods for obtaining child and  \n *  parents labels for the corresponding data and query graphs.\n *\/\nobject LabelFunctions\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the query graph and value of query vertex it returns its corresponding \n     *  child labels.\n     *  @param q  query graph\n     *  @param u  query graph vertex\n     *\/\n    def qChildLabels [TLabel: ClassTag] (q: Graph [TLabel], u: Int): MultiSet [TLabel] = \n    {\n        val cLabel = new MultiSet [TLabel] ()\n        for (c <- q.ch(u)) { cLabel += q.label(c); println (\"q.label(c): \" + q.label(c)) }\n        cLabel\n    } \/\/ qChildLabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the query graph and value of query vertex it returns its corresponding\n     *  parent labels.\n     *  @param q  query graph\n     *  @param u  query graph vertex\n     *\/\n    def qParentLabels [TLabel: ClassTag] (q: Graph [TLabel], u: Int): MultiSet [TLabel] =\n    {\n        val pLabel = new MultiSet [TLabel] ()\n        for (p <- q.pa(u)) pLabel += q.label(p)\n        pLabel\n    } \/\/ qParentLabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the value of query vertex, graph vertex and phi, it returns the child \n     *  labels of the data graph corresponding to the child labels of query graph.\n     *  @param g    data graph\n     *  @param v    data graph vertex\n     *  @param u    query graph vertex\n     *  @param chu  children of vertex u\n     *  @param phi  array of mappings from a query vertex u to { data graph vertices v }\n     *\/\n    def gChildLabels [TLabel: ClassTag] (g: Graph [TLabel], v: Int, u: Int, chu: SET [Int], \n                                         phi: Array [SET [Int]]): MultiSet [TLabel] =\n    {\n        val st = SET [Int] ()\n        for (u_c <- chu; v_c <- g.ch(v)) if (phi(u_c) contains v_c) st += v_c\n        val ms = new MultiSet [TLabel] ()\n        for (v_c <- st) ms += g.label(v_c)\n        ms\n    } \/\/ gChildLabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the value of query vertex, graph vertex and phi, it returns the parent\n     *  labels of the data graph corresponding to the parent labels of query graph.\n     *  @param g    data graph\n     *  @param v    data graph vertex\n     *  @param u    query graph vertex\n     *  @param pau  parents of vertex u\n     *  @param phi  array of mappings from a query vertex u to { data graph vertices v }\n     *\/\n    def gParentLabels [TLabel: ClassTag] (g: Graph [TLabel], v: Int, u: Int, pau: SET [Int], \n                                          phi: Array [SET [Int]]): MultiSet [TLabel] =\n    {\n        val st = SET [Int] ()\n        for (u_p <- pau; v_p <- g.pa(v)) if (phi(u_p) contains v_p) st += v_p\n        val ms = new MultiSet [TLabel] ()\n        for (v_p <- st) ms += g.label(v_p)\n        ms\n    } \/\/ gParentLabels\n\n} \/\/ LabelFunctions object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/queueingnet\/package.scala","text":"<filename>src\/main\/scala\/scalation\/queueingnet\/package.scala\n\npackage scalation\n\n\/** The `queueingnet` package contains classes, traits and objects for\n *  solving simple queueing network problems.\n *\/\npackage object queueingnet { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/SteepestDescent.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed Aug 24 19:53:22 EDT 2011\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.minima\n\nimport scala.math.{abs, max, pow}\n\nimport scalation.calculus.Differential.{FunctionV2S, gradient, gradientD}\nimport scalation.linalgebra.VectorD\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SteepestDescent` class solves unconstrained Non-Linear Programming (NLP)\n *  problems using the Steepest Descent algorithm.  Given a function 'f' and a\n *  starting point 'x', the algorithm computes the gradient and takes steps in\n *  the opposite direction.  The algorithm iterates until it converges.  The class\n *  assumes that partial derivative functions are not available unless explicitly\n *  given via the 'setDerivatives' method.\n *\n *  dir_k = -gradient (x)\n *\n *  minimize    f(x)\n *\n *  @param f        the vector-to-scalar objective function\n *  @param exactLS  whether to use exact (e.g., `GoldenLS`)\n *                            or inexact (e.g., `WolfeLS`) Line Search\n *\/\nclass SteepestDescent (f: FunctionV2S, exactLS: Boolean = true)\n      extends Minimizer with Error\n{\n    private val DEBUG    = true                 \/\/ debug flag\n    private val WEIGHT   = 1000.0               \/\/ weight on penalty for constraint violation\n    private var given    = false                \/\/ default: functions for partials are not given\n\n    private var df: Array [FunctionV2S] = null  \/\/ array of partials\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the partial derivative functions.  If these functions are available,\n     *  they are more efficient and more accurate than estimating the values\n     *  using difference quotients (the default approach).\n     *  @param partials  the array of partial derivative functions\n     *\/\n    def setDerivatives (partials: Array [FunctionV2S]) { df = partials; given = true } \n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an exact 'GoldenSectionLS' or inexact 'WolfeLS' line search.\n     *  Search in direction 'dir', returning the distance 'z' to move in that direction.\n     *  @param x     the current point\n     *  @param dir   the direction to move in\n     *  @param step  the initial step size\n     *\/\n    def lineSearch (x: VectorD, dir: VectorD, step: Double = STEP): Double =\n    {\n        def f_1D (z: Double): Double = f(x + dir * z)     \/\/ create a 1D function\n        val ls = if (exactLS) new GoldenSectionLS (f_1D)  \/\/ Golden Section line search\n                 else new WolfeLS (f_1D, .0001, .1)       \/\/ Wolfe line search (c1 = .0001, c2 = .1)\n        ls.search (step)                                  \/\/ perform a line search\n    } \/\/ lineSearch\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve the Non-Linear Programming (NLP) problem using the Steepest Descent\n     *  algorithm.\n     *  @param x0     the starting point\n     *  @param step   the initial step size\n     *  @param toler  the tolerance\n     *\/\n    def solve (x0: VectorD, step: Double = STEP, toler: Double = EPSILON): VectorD =\n    {\n        var x    = x0                                  \/\/ current point\n        var f_x  = f(x)                                \/\/ objective function at current point\n        var y: VectorD = null                          \/\/ next point\n        var f_y  = 0.0                                 \/\/ objective function at next point\n        var dir  = if (given) -gradientD (df, x)       \/\/ initial direction is -gradient: use partials\n                   else -gradient (f, x)               \/\/                                 estimate gradient\n        var dist = 1.0                                 \/\/ distance between current and next point\n        var down = true                                \/\/ moving down flag\n\n        for (k <- 1 to MAX_ITER if down && dist > toler && dir.normSq > toler) {\n\n            y   = x + dir * lineSearch (x, dir, step)  \/\/ determine the next point\n            f_y = f(y)                                 \/\/ objective function value for next point\n            dir = if (given) -gradientD (df, y)        \/\/ next search direction: use partials\n                  else -gradient (f, y)                \/\/                        estimate gradient\n\n            if (DEBUG) println (\"solve: k = \" + k + \", y = \" + y + \", f_y = \" + f_y + \", dir = \" + dir)\n\n            dist = (x - y).normSq                      \/\/ calc the distance between current and next point\n            down = f_y < f_x                           \/\/ still moving down?\n            if (down) { x = y; f_x = f_y }             \/\/ make the next point, the current point\n        } \/\/ for\n        x                                              \/\/ return the current point\n    } \/\/ solve\n\n} \/\/ SteepestDescent class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SteepestDescentTest` object is used to test the `SteepestDescent` class.\n *\/\nobject SteepestDescentTest extends App\n{\n    var x0 = VectorD (0.0, 0.0)                     \/\/ starting point\n    var x: VectorD = null                           \/\/ optimal solution\n\n    println (\"\\nProblem 1: (x_0 - 2)^2 + (x_1 - 3)^2 + 1\") \n    def f (x: VectorD): Double = (x(0) - 2.0) * (x(0) - 2.0) + (x(1) - 3.0) * (x(1) - 3.0) + 1.0\n    val solver = new SteepestDescent (f)\n    x = solver.solve (x0)\n    println (\"optimal solution = \" + x + \", objective value = \" + f(x))\n\n    println (\"\\nProblem 2 (with partials): (x_0 - 2)^2 + (x_1 - 3)^2 + 1\") \n    x0 = VectorD (0.0, 0.0)\n    def df_dx0 (x: VectorD): Double = 2.0 * x(0) - 4.0\n    def df_dx1 (x: VectorD): Double = 2.0 * x(1) - 6.0\n    solver.setDerivatives (Array [FunctionV2S] (df_dx0, df_dx1))\n    x = solver.solve (x0)\n    println (\"optimal solution = \" + x + \", objective value = \" + f(x))\n\n    println (\"\\nProblem 3: x_0\/4 + 5x_0^2 + x_0^4 - 9x_0^2 x_1 + 3x_1^2 + 2x_1^4\")\n    \/\/ @see http:\/\/math.fullerton.edu\/mathews\/n2003\/gradientsearch\/GradientSearchMod\/Links\/GradientSearchMod_lnk_5.html\n    x0 = VectorD (0.0, 0.0)\n    def f3 (x: VectorD): Double = x(0)\/4.0 + 5.0*x(0)*x(0) + pow(x(0),4) -\n                                  9.0*x(0)*x(0)*x(1) + 3.0*x(1)*x(1) + 2.0*pow(x(1),4)\n    val solver3 = new SteepestDescent (f3)\n    x = solver3.solve (x0)\n    println (\"optimal solution = \" + x + \", objective value = \" + f3(x))\n\n} \/\/ SteepestDescentTest\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/multi\/Split.scala","text":"<filename>src\/main\/scala\/scalation\/graphalytics\/multi\/Split.scala\n\npackage scalation.graphalytics.multi\n\nimport scala.collection.mutable.{Set => SET}\n\n\/\/ run-main scalation.graphalytics.multi.Split\nobject Split extends App\n{\n    val g = ExampleMuGraphD.g1\n\n    def split (v: SET [Int], el1: Double, el2: Double): (SET [Int], SET [Int]) =\n    {\n        (v.flatMap (g.children (_, el1)), v.flatMap (g.children (_, el2)))\n    } \/\/ split\n\n    def join (uv: (SET [Int], SET [Int])): SET [(Int, Int)] =\n    {\n        for (i <- uv._1; j <- uv._2) yield (i, j)\n    } \/\/ join\n\n    val x = split (g.labelMap (11.0), -1.0, -2.0)\n    println (s\"x = $x\")\n    val y = join (x)\n    println (s\"y = $y\")\n\n} \/\/ Split object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/par\/package.scala","text":"<reponame>DongYuYu\/Scalation\n\npackage scalation\npackage analytics\npackage classifier\n\n\/** The par package contains classes, traits and objects for\n *  analytics including classification, clustering and prediction\n *  with parallel implementations.\n *\/\npackage object par\n{\n    \/** The relative path for base directory\n     *\/\n    val BASE_DIR = DATA_DIR + \"analytics\" + \u2044 + \"classifier\" + \u2044\n}\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/event\/Entity.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun Nov 15 15:05:06 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.event\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Entity` class represents a single simulation entity for event-scheduling \n *  simulation.\n *  @param iArrivalT  the time from the last arrival\n *  @param serviceT   the amount of time required for the entity's next service\n *  @param director   the controller\/scheduler that this event is a part of\n *\/\ncase class Entity (val iArrivalT: Double, var serviceT: Double, director: Model)\n{\n    \/** the entity id\n     *\/\n    val eid = Entity.next ()\n\n    \/** the time at which the entity arrived\n     *\/\n    val arrivalT = director.clock + iArrivalT\n\n    \/** the time at which waiting started\n     *\/\n    var startWait = 0.0\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the entity to a string\n     *\/\n    override def toString = \"Entity-\" + eid\n\n} \/\/ Entity class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Entity` companion object provides a counter for generating entity ids.\n *\/\nobject Entity\n{\n    private var eCount = 0           \/\/ counter for generating entity ids\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the next id number\n     *\/\n    def next (): Int = { eCount += 1; eCount }\n\n} \/\/ Entity companion object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/HierClusterer.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Wed Jan  9 15:38:04 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n \npackage scalation.analytics.clusterer\n\nimport scala.collection.mutable.{Set, ListBuffer}\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** Cluster several vectors\/points using hierarchical clustering.  Start with\n *  each point forming its own cluster and merge clusters until there are only 'k'.\n *  @param x  the vectors\/points to be clustered stored as rows of a matrix\n *  @param k  stop when the number of clusters equals k\n *\/\nclass HierClusterer (x: MatrixD, k: Int = 2)\n      extends Clusterer with Error\n{\n    if (k >= x.dim1) flaw (\"constructor\", \"k must be less than the number of vectors\")\n\n    private val cent   = new MatrixD (k, x.dim2)           \/\/ the k centroids of clusters\n    private val clustr = Array.ofDim [Int] (x.dim1)        \/\/ assignment of vectors to clusters\n    private val clust  = ListBuffer [Set [VectorD]] ()     \/\/ the list of clusters\n    private val sizes  = new VectorI (k)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the centroids. Should only be called after `cluster ()`. \n     *\/\n    def centroids (): MatrixD = cent\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the sizes of the centroids. Should only be called after \n     *  `cluster ()`. \n     *\/\n    def csize (): VectorI =\n    {\n        for (i <- x.range1) sizes(clustr(i)) += 1\n        sizes\n    } \/\/ csize\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create initial clusters where each point forms its own cluster.\n     *  @param setA  the first set\n     *  @param setB  the second set\n     *\/\n    def clustDist (setA: Set [VectorD], setB: Set [VectorD]): Double =\n    {\n        var d = Double.PositiveInfinity\n        for (a <- setA; b <- setB if distance (a, b) < d) d = distance (a, b)\n        d\n    } \/\/ clustDist\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create initial clusters where each point forms its own cluster.\n     *\/\n    def initClusters ()\n    {\n        for (i <- 0 until x.dim1) clust += Set [VectorD] (x(i))            \n    } \/\/ initCluster\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Iteratively merge clusters until until the number of clusters equals k.\n     *\/\n    def cluster (): Array [Int] =\n    {\n        var set_i: Set [VectorD] = null\n        var set_j: Set [VectorD] = null\n        initClusters ()\n\n        for (kk <- x.dim1 until k by -1) {\n            var minDistance = Double.PositiveInfinity\n            for (i <- 0 until kk-1; j <- i+1 until kk) {\n                val d_ij = clustDist (clust(i), clust(j))\n                if (d_ij < minDistance) {\n                    minDistance = d_ij               \/\/ update minDistance\n                    set_i = clust(i)                 \/\/ remember point sets i and j\n                    set_j = clust(j)\n                } \/\/ if\n            } \/\/ for\n\n            clust += (set_i | set_j)                 \/\/ add the union of sets i and j\n            clust -= set_i                           \/\/ remove set i\n            clust -= set_j                           \/\/ remove set j\n            println (\"cluster: (\" + (kk-1) + \") clust = \" + clust)\n        } \/\/ for\n\n        finalClusters ()                             \/\/ make final cluster assignments\n        calcCentroids ()                             \/\/ calculate centroids for clusters\n        clustr\n    } \/\/ cluster\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For each data point, determine its cluster assignment.\n     *\/\n    def finalClusters ()\n    {\n        for (i <- 0 until x.dim1) {                  \/\/ for each data point\n            breakable { for (c <- 0 until k) {       \/\/ find its cluster\n                if (clust(c) contains x(i)) { clustr(i) = c; break }\n            }} \/\/ for\n        } \/\/ for\n    } \/\/ finalClusters\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the centroids based on current assignment of points to clusters.\n     *\/\n    def calcCentroids ()\n    {\n        val cx = new MatrixD (k, x.dim2)             \/\/ to hold sum of vectors for each cluster\n        val cs = new VectorD (k)                     \/\/ to hold number of vectors in each cluster\n        for (i <- 0 until x.dim1) {\n            val ci = clustr(i)\n            cx(ci) = cx(ci) + x(i)                   \/\/ add the next vector in cluster\n            cs(ci) += 1.0                            \/\/ add 1 to number in cluster\n        } \/\/ for\n        for (c <- 0 until k) cent(c) = cx(c) \/ cs(c)   \/\/ divide to get averages\/means\n        println(s\"cent = $cent\")        \n    } \/\/ calcCentroids\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y, determine which cluster it belongs to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int =\n    {\n        var dist = distance (y, cent(0))             \/\/ calc distance to centroid 0\n        var clus = 0                                 \/\/ assign y to cluster 0\n        for (c <- 1 until k) {\n            val newDist = distance (y, cent(c))      \/\/ calc distance to centroid c\n            if (newDist < dist) {                    \/\/ is it closer than old distance\n                dist = newDist                       \/\/ make it the new distance\n                clus = c                             \/\/ assign y to cluster c\n            } \/\/ if\n        } \/\/ for\n        clus             \n    } \/\/ classify\n\n} \/\/ HierClusterer class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `HierClusterer` object is used to test the `HierClusterer` class.\n *  > run-main scalation.analytics.clusterer.HierClustererTest\n *\/\nobject HierClusterer extends App\n{\n    val v = new MatrixD ((6, 2), 1.0, 2.0,\n                                 2.0, 1.0,\n                                 5.0, 4.0,\n                                 4.0, 5.0,\n                                 9.0, 8.0,\n                                 8.0, 9.0)\n    val y = VectorD (10.0, 10.0)\n    val z = VectorD ( 2.0,  4.0)\n    println (\"v = \" + v)\n    println (\"y = \" + y)\n    println (\"z = \" + z)\n    println (\"----------------------------------------------------\")\n\n    val cl = new HierClusterer (v, 3)                 \n    println (\"--- final cluster = \" + cl.cluster ().deep + \"\\n\")\n    println (\"--- classify \" + y + \" = \" + cl.classify (y) + \"\\n\")\n    println (\"--- classify \" + z + \" = \" + cl.classify (z) + \"\\n\")\n    println (s\"sse = ${cl.sse(v)}\")\n\n} \/\/ HierClustererTest object\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `HierClustererTest2` object is used to test the `HierClusterer` class.\n *  > run-main scalation.analytics.clusterer.HierClustererTest2\n *\/\nobject HierClustererTest2 extends App\n{\n    import scalation.random.{Bernoulli, Normal}\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v     = new MatrixD (50, 2)\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    println (\"v = \" + v)\n    println (\"----------------------------------------------------\")\n\n    val cl = new HierClusterer (v, 4)                 \n    println (\"--- final cluster = \" + cl.cluster ().deep + \"\\n\")\n    println (s\"sse = ${cl.sse(v)}\")\n\n} \/\/ HierClustererTest2 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/fda\/Fourier.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue May 2 21:45:58 EDT 2017\n *  @see     LICENSE (MIT style license file).\n *\n *  @see https:\/\/en.wikipedia.org\/wiki\/Fourier_series\n *\/\n\npackage scalation.analytics.fda\n\nimport math.{cos, Pi, sin}\n\nimport scalation.linalgebra.{MatrixD, VectorD}\nimport scalation.math.double_exp\nimport scalation.plot.FPlot\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Fourier` class provides Fourier basis functions. Such basis functions\n *  are useful are useful for fitting periodic data in Functional Data Analysis.\n *  @see https:\/\/en.wikipedia.org\/wiki\/Fourier_series\n *-----------------------------------------------------------------------------\n *  @param k     the number of terms in the series (k >= 1)\n *  @param w     the fundamental frequency parameter\n *\/\nclass Fourier (k: Int = 4, w: Double = 2.0 * Pi)\n      extends Error\n{\n    private val DEBUG = true                                \/\/ debug flag\n    private val ns    = 2 * k + 1\n\n    def apply (j: Int, t: Double): Double = if (j == 0)          1.0\n                                            else if (j % 2 == 0) sin ((j+1)\/2 * w * t)\n                                            else                 cos ((j+1)\/2 * w * t)\n\n    override def toString =\n    {\n        var s = s\"Fourier(k = $k, w = $w) \\n\"\n        for (j <- range) if (j == 0)          s +=  \"   1.0 \\n\"\n                         else if (j % 2 == 0) s += s\" + sin (${(j+1)\/2} * w * t) \\n\"\n                         else                 s += s\" + cos (${(j+1)\/2} * w * t)\"\n        s\n    } \/\/ toString\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::    \n    \/** Computes a matrix of the basis functions evaluated at the given time\n     *  points.\n     *  @param k  the order of the basis expansion (# terms = 2k+1)\n     *  @param t  the time parameter\n     *\/\n    def phi (t: VectorD): MatrixD =\n    {\n        val nt = t.dim\n        val \u03a6  = new MatrixD (nt, ns)\n        for (i <- \u03a6.range1; j <- \u03a6.range2) \u03a6(i, j) = this (j, t(i))\n        \u03a6\n    } \/\/ phi\n\n    def range = 0 until 2 * k + 1\n\n} \/\/ Fourier\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `FourierTest` object is used to test the `Fourier` class.\n *  > run-main scalation.analytics.fda.FourierTest\n *\/\nobject FourierTest extends App\n{\n    import scala.language.postfixOps\n\n    \/\/ census data (1790--1990)\n    val t = VectorD (1790.0 to 1991 by 10 toSeq)\n    println (t)\n    val y = VectorD (  3.9000,\n                       5.3000,\n                       7.2000,\n                       9.6000,\n                      12.9000,\n                      17.1000,\n                      23.1000,\n                      31.4000,\n                      38.6000,\n                      50.2000,\n                      62.9000,\n                      76.0000,\n                      92.0000,\n                     105.7000,\n                     122.8000,\n                     131.7000,\n                     150.7000,\n                     179.0000,\n                     205.0000,\n                     226.5000,\n                     248.7000)\n\n    import scalation.plot.Plot\n    new Plot (t, y, lines = true)\n\n    val k    = 8                                       \/\/ 2k+1 terms in fourier expansion\n    val L    = y.max () - y.min ()                     \/\/ period length\n    val w    = 2.0 * Pi \/ L                            \/\/ fundamental frequency estimate\n    val four = new Fourier (k, w)                      \/\/ \n    val \u03a6    = four.phi (t)                            \/\/ design matrix of basis functions\n    val I    = MatrixD.eye (t.dim)                     \/\/ identity matrix \n    val \u03bb    = 1.0E-10                                 \/\/ ridge parameter\n    val c    = ((\u03a6.t * \u03a6) + (I * \u03bb)).inverse * \u03a6.t * y \/\/ model coefficients\n\n    def x (tt: Double) = four.range.map(j => c(j) * four(j, tt)).sum\n\/\/    {\n\/\/        var sum = 0.0\n\/\/        for (j <- four.range) sum += c(j) * four (j, tt)\n\/\/        sum\n\/\/    } \/\/ predict\n\n    val z    = t.map (x _)                             \/\/ predicted response\n    val e    = y - z                                   \/\/ residuals\n    val sse  = e dot e                                 \/\/ sum of squared errors\n\n    println (s\"   y = $y\")    \n    println (s\"   \u03a6 = $\u03a6\")\n    println (s\"four = $four\")\n    println (s\"   c = $c\")\n    println (s\"   z = $z\")\n\n    new FPlot (t(0) to t(t.dim-1) by 1, Seq(x), lines = true)\n\n} \/\/ FourierTest\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/GeneticAlgorithm.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed Nov  9 22:07:41 EST 2011\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.minima\n\n\/\/ U N D E R   D E V E L O P M E N T\n\nimport scala.math.max\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.linalgebra.VectorI\nimport scalation.random.Randi\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GeneticAlgorithm` class performs local search to find minima of functions\n *  defined on integer vector domains (z^n).\n *\n *  minimize    f(x)\n *  subject to  g(x) <= 0, x in Z^n\n *\n *  @param x0       the starting point for the search (seed for GA)\n *  @param f        the objective function to be minimize (f maps an integer vector to a double)\n *  @param g        the constraint function to be satisfied, if any\n *  @param maxStep  the maximum\/starting step size (make larger for larger domains)\n *\/\nclass GeneticAlgorithm (f:       VectorI => Double,\n                        x0:      VectorI,\n                        vMax:    Int = 100,\n                        g:       VectorI => Double = null,\n                        maxStep: Int = 5)\n{\n    \/** Pair consisting of an integer vector and its functional value (a double)\n     *\/\n    type Vec_Func = Tuple2 [VectorI, Double]\n\n    \/** Debug flag\n     *\/\n    private val DEBUG = true\n\n    \/** Weight on penalty for constraint violation\n     *\/\n    private val WEIGHT = 1000\n\n    \/** Maximum number of iterations allowed in total (4 maxStep^2)\n     *\/\n    private val TOLERANCE = .001\n\n    \/** Maximum number of generations\n     *\/\n    private val MAX_GEN = 30\n\n    \/** Size of the population\n     *\/\n    private val POP_SIZE = 10\n\n    \/** The current population\n     *\/\n    private val pop = new Array [VectorI] (POP_SIZE)\n\n    \/** Random number generator for selecting an individual (represented by vector x)\n     *\/\n    private val rIndiv = Randi (0, POP_SIZE - 1)\n\n    \/** Random number generator for value for an individual (value for x(k))\n     *\/\n    private val rVal = Randi (0, vMax)\n\n    \/** Random number generator for an index position for an individual (index k)\n     *\/\n    private val rIndex = Randi (0, x0.dim - 1)\n\n    \/** The fittest individual\n     *\/\n    private var best = (x0, fg(x0))\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The objective function f re-scaled by a weighted penalty, if constrained.\n     *  @param x  the coordinate values of the current point\n     *\/\n    def fg (x: VectorI): Double =\n    {\n        if (g == null) {                  \/\/ unconstrained\n            f(x)\n        } else {                          \/\/ constrained, g(x) <= 0\n            val penalty = max (g(x), 0.0)\n            f(x) * (1.0 + WEIGHT * penalty * penalty)\n        } \/\/ if\n    } \/\/ fg\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the current population\n     *\/\n    def printPopulation ()\n    {\n        for (i <- 0 until POP_SIZE) println (pop(i))\n    } \/\/ printPopulation\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generate an initial population of individuals.\n     *\/\n    def genPopulation ()\n    {\n        for (i <- 0 until POP_SIZE) {\n            val pop_i = new VectorI (x0.dim)\n            for (k <- 0 until x0.dim) pop_i(k) = rVal.igen\n            pop(i) = pop_i\n        } \/\/ for\n    } \/\/ genPopulation\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Find the fittest individual (smallest value of objective function).\n     *\/\n    def fittest: Vec_Func =\n    {\n        best = (pop(0), fg(pop(0)))\n        for (i <- 1 until POP_SIZE) {\n            val x   = pop(i)\n            val f_x = fg(x)\n            if (f_x < best._2) best = (x, f_x)\n        } \/\/ for\n        if (DEBUG) println (\"fittest: best = \" + best)\n        best\n    } \/\/ fittest\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For each individual in the population, cross it with some other individual.\n     *\/\n    def crossOver ()\n    {\n        pop(0) = best._1                  \/\/ keep the fittest individual\n        for (i <- 1 until POP_SIZE) {\n            var j = rIndiv.igen\n            if (i != j) {\n                val k = rIndex.igen\n                pop(i) = pop(i)(0 until k) ++ pop(j)(k until x0.dim) \n            } \/\/ if\n        } \/\/ for\n    } \/\/ crossOver\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For each individual in the population, cross it with some other individual.\n     *  Let the crossover be dependent of the fitness of the individual.\n     *\/\n    def fitnessCrossOver ()\n    {\n        \/\/ FIX - implement\n    } \/\/ fitnessCrossOver\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Randomly select individuals for mutation (change a value at one position).\n     *\/\n    def mutate ()\n    {\n        for (i <- 0 until POP_SIZE \/ 2) {\n            var j = rIndiv.igen              \/\/ random individual to mutate\n            if (j == 0) j = 1                \/\/ don't mutate the fittest individual\n            val k = rIndex.igen              \/\/ random index position to change\n            pop(j)(k) = rVal.igen            \/\/ random value\n        } \/\/ for\n    } \/\/ mutate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve the minimization problem using a genetic algorithm.\n     *\/\n    def solve (): Vec_Func =\n    {\n        var noImprovement = 0\n        genPopulation ()\n        var best = fittest\n        breakable { for (g <- 1 to MAX_GEN) {\n            println (\"solve: starting generation \" + g)\n            crossOver ()\n            mutate ()\n            printPopulation\n            val cand = fittest\n            if (cand._2 + TOLERANCE < best._2) {\n                best = cand\n                noImprovement = 0\n            } else {\n                noImprovement += 1\n            } \/\/ if\n            if (noImprovement == 10) break \n        }} \/\/ for\n        best\n    } \/\/ solve\n\n} \/\/ GeneticAlgorithm\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GeneticAlgorithmTest` object is used to test the `GeneticAlgorithm` class\n *  (unconstrained).\n *\/\nobject GeneticAlgorithmTest extends App\n{\n    def f (x: VectorI): Double = (x(0) - 10) * (x(0) - 10) + (x(1) - 20) * (x(1) - 20) + 1\n    val x0  = new VectorI (2)\n    val ga = new GeneticAlgorithm (f, x0)\n    println (\"optimal solution = \" + ga.solve)\n\n} \/\/ GeneticAlgorithmTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GeneticAlgorithmTest2` object is used to test the `GeneticAlgorithm` class\n *  (constrained).\n *\/\n\/\/ object GeneticAlgorithmTest2 extends App\n\/\/ {\n\/\/     def f (x: VectorI): Double = (x(0) - 10) * (x(0) - 10) + (x(1) - 20) * (x(1) - 20) + 1\n\/\/     def g (x: VectorI): Double = -max (x(0) - 1, x(1) - 1)    \/\/ require x(i) >= 1\n\/\/     val x0  = new VectorI (2); x0.set (1)\n\/\/     val ils = new GeneticAlgorithm (f, g)\n\/\/     println (\"optimal solution = \" + ils.solve (x0))\n\/\/\n\/\/ } \/\/ GeneticAlgorithmTest2 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/calculus\/Integral.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Oct  8 12:37:32 EDT 2016\n *  @see     LICENSE (MIT style license file).\n *\n *  @see en.wikipedia.org\/wiki\/Romberg%27s_method\n *  @see www.math.usm.edu\/lambers\/mat460\/fall09\/lecture29.pdf\n *\/\n\npackage scalation.calculus\n\nimport scala.math.{exp, pow}\n\nimport scalation.math.FunctionS2S\nimport scalation.util.banner\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Integral` object provides implementations for five basic integration methods:\n *  <p>\n *      \u222bf(x)dx on interval [a, b]\n *  <p>\n *      trap      - trapezoidal method - linear\n *      simpson   - Simpson method     - quadratic\n *      simpson38 - 3\/8 Simpson method - cubic\n *      boole     - Boole Method       - quartic\n *      romberg   - Romberg method     - recursive, uses trap\n *  <p>\n *  The first four are Composite Newton-Coates type integrators.\n *  @see en.wikipedia.org\/wiki\/Newton%E2%80%93Cotes_formulas\n *\/\nobject Integral\n{\n    private val DEBUG  = false                             \/\/ debug flag\n    private val ITER   = 8                                 \/\/ default iterations for Romberg\n    private val ITMAX  = 20                                \/\/ maximum iterations for Romberg\n    private val SUBDIV = 96                                \/\/ default subdivisions for Newton-Cotes\n\n    private val _4up = (for (j <- 0 until ITMAX) yield pow (4, j)).toArray\n\n    private val _1_2  = 1.0 \/ 2.0\n    private val _1_3  = 1.0 \/ 3.0\n    private val _3_8  = 3.0 \/ 8.0\n    private val _2_45 = 2.0 \/ 45.0\n\n    private val c_simp = Array (2.0, 4.0)                  \/\/ coefficients for simpson\n    private val c_sp38 = Array (2.0, 3.0, 3.0)             \/\/ coefficients for 3\/8 simpson \n    private val c_bool = Array (14.0, 32.0, 12.0, 32.0)    \/\/ coefficients for boole\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the trapezoidal method.\n     *  @param a   the start of the integration interval\n     *  @param b   the end of the integration interval\n     *  @param f   the function to be integrated\n     *  @param sd  the number of subdivision (intervals) of [a, b]\n     *\/\n    def trap (a: Double, b: Double, f: FunctionS2S, sd: Int = SUBDIV): Double =\n    {\n        var x = a\n        val dx = (b - a) \/ sd\n        var sum = f(a) + f(b)\n        for (i <- 1 until sd) { x += dx; sum += 2.0 * f(x) }\n        _1_2 * dx * sum\n    } \/\/ trap\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the Simpson method.\n     *  @param a   the start of the integration interval\n     *  @param b   the end of the integration interval\n     *  @param f   the function to be integrated\n     *  @param sd  the number of subdivision (intervals) of [a, b]\n     *\/\n    def simpson (a: Double, b: Double, f: FunctionS2S, sd: Int = SUBDIV): Double =\n    {\n        var x = a\n        val dx = (b - a) \/ sd\n        var sum = f(a) + f(b)\n        for (i <- 1 until sd) { x += dx; sum += c_simp (i % 2) * f(x) }\n        _1_3 * dx * sum\n    } \/\/ simpson\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the 3\/8 Simpson method.\n     *  @param a   the start of the integration interval\n     *  @param b   the end of the integration interval\n     *  @param f   the function to be integrated\n     *  @param sd  the number of subdivision (intervals) of [a, b]\n     *\/\n    def simpson38 (a: Double, b: Double, f: FunctionS2S, sd: Int = SUBDIV): Double =\n    {\n        var x = a\n        val dx = (b - a) \/ sd\n        var sum = f(a) + f(b)\n        for (i <- 1 until sd) { x += dx; sum += c_sp38 (i % 3) * f(x) }\n        _3_8 * dx * sum\n    } \/\/ simpson38\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the Boole method.\n     *  @param a   the start of the integration interval\n     *  @param b   the end of the integration interval\n     *  @param f   the function to be integrated\n     *  @param sd  the number of subdivision (intervals) of [a, b]\n     *\/\n    def boole (a: Double, b: Double, f: FunctionS2S, sd: Int = SUBDIV): Double =\n    {\n        var x = a\n        val dx = (b - a) \/ sd\n        var sum = 7.0 * (f(a) + f(b))\n        for (i <- 1 until sd) { x += dx; sum += c_bool (i % 4) * f(x) }\n        _2_45 * dx * sum\n    } \/\/ boole\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the Romberg method.\n     *  Translation of Java code from the site below to Scala.\n     *  @see cs.roanoke.edu\/Spring2012\/CPSC402A\/Integrate.java\n     *  FIX: shouldn't need a 2D array\/matrix.\n     *  @param a     the start of the integration interval\n     *  @param b     the end of the integration interval\n     *  @param f     the function to be integrated\n     *  @param iter  the number of iterative steps\n     *\/\n    def romberg (a: Double, b: Double, f: FunctionS2S, iter: Int = ITER): Double =\n    {\n        val t = Array.ofDim [Double] (iter, iter)         \/\/ 2D array\n\n        var sd = 1                                        \/\/ number of subdivisions\n        for (k <- 0 until iter) {\n            t(k)(0) = trap (a, b, f, sd)                  \/\/ use trapezoidal method\n            for (j <- 1 to k) t(k)(j) = (_4up(j) * t(k)(j-1) - t(k-1)(j-1)) \/ (_4up(j) - 1)\n            if (DEBUG) println (\"t(k) = \" + t(k).deep)\n            sd += sd                                      \/\/ double the subdivisions\n        } \/\/ for   \n        t(iter-1)(iter-1)                                 \/\/ return lowest, rightmost element\n    } \/\/ romberg\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate \u222bf(x)dx on interval [a, b] using the default method.\n     *  @param a     the start of the integration interval\n     *  @param b     the end of the integration interval\n     *  @param f     the function to be integrated\n     *\/\n    def \u222b (on: (Double, Double), f: FunctionS2S): Double = romberg (on._1, on._2, f)\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test each of the numerical integrators:  \u222bf(x)dx on interval [a, b].\n     *  @param a    the start of the integration interval\n     *  @param b    the end of the integration interval\n     *  @param f    the function to be integrated\n     *  @param ans  the answer to the integration problem, if known (for % error)\n     *  @param sd   the number of subdivision (intervals) of [a, b]\n     *\/\n    def test (a: Double, b: Double, f: FunctionS2S, ans: Double, sd: Int = SUBDIV)\n    {\n        val itrap = trap (a, b, f, sd)\n        val isimp = simpson (a, b, f, sd)\n        val isp38 = simpson38 (a, b, f, sd)\n        val ibool = boole (a, b, f, sd)\n        val iromb = romberg (a, b, f)\n\n        println (s\"trap integral = $itrap,\\t % error = ${100.0 * (ans - itrap)\/ans}\") \n        println (s\"simp integral = $isimp,\\t % error = ${100.0 * (ans - isimp)\/ans}\") \n        println (s\"sp38 integral = $isp38,\\t % error = ${100.0 * (ans - isp38)\/ans}\") \n        println (s\"bool integral = $ibool,\\t % error = ${100.0 * (ans - ibool)\/ans}\") \n        println (s\"romb integral = $iromb,\\t % error = ${100.0 * (ans - iromb)\/ans}\") \n    } \/\/ test\n\n} \/\/ Integral object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GaussianFunc` class implements the Gaussian function,  a generalization\n *  of the Gaussian\/Normal distribution density function.\n *  @see en.wikipedia.org\/wiki\/Gaussian_function\n *  @param a  the height parameter of the Gaussian function\n *  @param b  the position parameter of the Gaussian function\n *  @param c  the width parameter of the Gaussian function\n *\/\nclass GaussianFunc (a: Double, b: Double, c: Double)\n{\n    private val den = 2.0 * c * c \n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the value of the Gaussian function at x.\n     *  @param x  the domain value for the functional evaluation\n     *\/\n    def gaussianf (x: Double): Double = a * exp (-(x-b)*(x-b) \/ den)\n\n} \/\/ GaussianFunc class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `IntegralTest2` object tests the numerical integrators on simple problems.\n *  Easy problems.\n *  > run-main scalation.calculus.IntegralTest\n *\/\nobject IntegralTest extends App\n{\n    banner (\"integral of 'x'\")\n    def f1 (x: Double): Double = x\n    Integral.test (0.0, 2.0, f1, 2.0)\n\n    banner (\"integral of 'x^2'\")\n    def f2 (x: Double): Double = x * x\n    Integral.test (0.0, 3.0, f2, 9.0)\n\n    banner (\"integral of 'x^3'\")\n    def f3 (x: Double): Double = x * x * x\n    Integral.test (0.0, 4.0, f3, 64.0)\n\n    \/\/ @see www.umiacs.umd.edu\/~ramani\/cmsc460\/Lecture15_integration.pdf\n    banner (\"integral of 'x exp (2x)'\")\n    val ans = 0.25 * (1.0 + 7.0 * exp (8.0))\n    def f4 (x: Double): Double = x * exp (2.0 * x)\n    Integral.test (0.0, 4.0, f4, ans)\n\n} \/\/ IntegralTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `IntegralTest2` object tests the numerical integrators using the Gauss\n *  function that has no analytic solution.  Hard problem.\n *  > run-main scalation.calculus.IntegralTest2\n *\/\nobject IntegralTest2 extends App\n{\n    banner (\"integral of 'a exp (-(x-b)^2\/(2c^2)'\")\n    val gf  = new GaussianFunc (1.0, 0.0, 1.0)\n    val ans = 0.85562439189214880\n    Integral.test (0.0, 1.0, gf.gaussianf, ans)\n\n} \/\/ IntegralTest2 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/par\/ANCOVA.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/par\/ANCOVA.scala\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun Jan  4 23:09:27 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.par\n\nimport scalation.linalgebra.{VectoD, VectorI}\nimport scalation.linalgebra.par.{MatrixD, VectorD}\nimport scalation.util.{Error, time}\n\nimport scalation.analytics.Predictor\nimport scalation.analytics.RegTechnique._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ANCOVA` class supports ANalysis of COVAriance (ANCOVA).  It allows\n *  the addition of a categorical treatment variable 't' into a multiple linear\n *  regression.  This is done by introducing dummy variables 'dj' to distinguish\n *  the treatment level.  The problem is again to fit the parameter vector 'b'\n *  in the augmented regression equation\n *  <p>\n *      y  =  b dot x + e  =  b0  +  b_1   * x_1  +  b_2   * x_2  +  ... b_k * x_k\n                                  +  b_k+1 * d_1  +  b_k+2 * d_2  +  ... b_k+l * d_l + e\n *  <p>\n *  where 'e' represents the residuals (the part not explained by the model).\n *  Use Least-Squares (minimizing the residuals) to fit the parameter vector\n *  <p>\n *      b  =  x_pinv * y\n *  <p>\n *  where 'x_pinv' is the pseudo-inverse.\n *  @see see.stanford.edu\/materials\/lsoeldsee263\/05-ls.pdf\n *  @param x_         the data\/design matrix of continuous variables\n *  @param t          the treatment\/categorical variable vector\n *  @param y          the response vector\n *  @param levels     the number of treatment levels (1, ... levels)\n *  @param technique  the technique used to solve for b in x.t*x*b = x.t*y\n *\/\nclass ANCOVA (x_ : MatrixD, t: VectorI, y: VectorD, levels: Int, technique: RegTechnique = QR)\n      extends Predictor with Error\n{\n    if (x_.dim1 != y.dim) flaw (\"constructor\", \"dimensions of x_ and y are incompatible\")\n    if (t.dim   != y.dim) flaw (\"constructor\", \"dimensions of t and y are incompatible\")\n\n    val x = new MatrixD (x_.dim1, x_.dim2 + levels - 1)    \/\/ augmented design matrix\n    assignVars ()                                          \/\/ assign values for continuous variables\n    assignDummyVars ()                                     \/\/ assign values for dummy variables\n    val rg = new Regression (x, y, technique)              \/\/ regular multiple linear regression\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Assign values for the continuous variables from the 'x' matrix.\n     *\/\n    def assignVars ()\n    {\n        for (i <- 0 until x_.dim1; j <- 0 until x_.dim2) x(i, j) = x_(i, j)\n    } \/\/ for\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Assign values for the dummy variables based on the treatment vector 't'.\n     *\/\n    def assignDummyVars ()\n    {\n        for (i <- 0 until x_.dim1) {\n            val lev = t(i)                                      \/\/ treatment level for ith item\n            if (lev < 1 || lev > levels) flaw (\"assignDummyVars\", \"treatment level is out of range\")\n            if (lev < levels) x(i, x_.dim2 + lev) = 1.0\n        } \/\/ for\n    } \/\/ assignDummyVars\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector (b-vector) in the\n     *  regression equation\n     *      y  =  b dot x + e  =  [b_0, ... b_k+l] dot [1, x_1, ..., d_1, ...] + e\n     *  using the least squares method.\n     *\/\n    def train () { rg.train () }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Retrain the predictor by fitting the parameter vector (b-vector) in the\n     *  multiple regression equation\n     *      yy  =  b dot x + e  =  [b_0, ... b_k+l] dot [1, x_1, ..., d_1, ...] + e\n     *  using the least squares method.\n     *  @param yy  the new response vector\n     *\/\n    def train (yy: VectorD) { rg.train (yy) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the quality of fit including 'rSquared'.\n     *\/\n    def fit: VectorD = rg.fit\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the value of y = f(z) by evaluating the formula y = b dot z,\n     *  e.g., (b0, b1, b2) dot (1, z1, z2).\n     *  @param z  the new vector to predict\n     *\/\n    def predict (z: VectoD): Double = rg.predict (z)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform backward elimination to remove the least predictive variable\n     *  from the model, returning the variable to eliminate, the new parameter\n     *  vector, the new quality of fit.\n     *\/\n    def backElim (): Tuple3 [Int, VectoD, VectorD] = rg.backElim ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Variance Inflation Factor 'VIF' for each variable to test\n     *  for multi-collinearity by regressing 'xj' against the rest of the variables.\n     *  A VIF over 10 indicates that over 90% of the variance of 'xj' can be predicted\n     *  from the other variables, so 'xj' is a candidate for removal from the model.\n     *\/\n    def vif: VectorD = rg.vif\n\n} \/\/ ANCOVA class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ANCOVATest` object tests the `ANCOVA` class using the following\n *  regression equation.\n *  <p>\n *      y  =  b dot x  =  b_0 + b_1*x_1 + b_2*x_2 + b_3*d_1 + b_4*d_2\n *  <p>\n *\/\nobject ANCOVATest extends App\n{\n    \/\/ 5 data points: constant term, x_1 coordinate, x_2 coordinate\n    val x = new MatrixD ((5, 3), 1.0, 36.0,  66.0,               \/\/ 5-by-3 matrix\n                                 1.0, 37.0,  68.0,\n                                 1.0, 47.0,  64.0,\n                                 1.0, 32.0,  53.0,\n                                 1.0,  1.0, 101.0)\n    val t = VectorI (1, 1, 2, 2, 3)                              \/\/ treatements levels\n    val y = VectorD (745.0, 895.0, 442.0, 440.0, 1598.0)         \/\/ response vector\n    val z = VectorD (1.0, 20.0, 80.0, 1.0)\n\n    println (\"x = \" + x)\n    println (\"t = \" + t)\n    println (\"y = \" + y)\n\n    val levels = 3\n    val anc    = new ANCOVA (x, t, y, levels)\n    anc.train ()\n    println (\"fit = \" + anc.fit)\n\n    val yp = anc.predict (z)\n    println (\"predict (\" + z + \") = \" + yp)\n\n} \/\/ ANCOVATest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/event\/package.scala","text":"\npackage scalation\n\n\/** The `event` package contains classes, traits and objects for event oriented\n *  simulation models (for example, event scheduling or event graphs).\n *\/\npackage object event { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/scala3d\/Point3D.scala","text":"<reponame>DongYuYu\/Scalation<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat May 16 13:51:17 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  @see     https:\/\/docs.oracle.com\/javase\/8\/javafx\/api\/javafx\/geometry\/Point3D.html\n *\/\n\npackage scalation.scala3d\n\nimport javafx._\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Point3D` object supplies factory methods for `Point3D`.\n *\/\nobject Point3D\n{\n    \/** The zero vector\/point (0.0, 0.0, 0.0).\n     *\/\n    val ZERO = geometry.Point3D.ZERO\n\n    \/** The unit vector pointing along the x-axis.\n     *\/\n    val X_AXIS = new geometry.Point3D (1.0, 0.0, 0.0)\n\n    \/** The unit vector pointing along the y-axis.\n     *\/\n    val Y_AXIS = new geometry.Point3D (0.0, 1.0, 0.0)\n\n    \/** The unit vector pointing along the z-axis.\n     *\/\n    val Z_AXIS = new geometry.Point3D (0.0, 0.0, 1.0)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a `Point3D` object from x, y. z coordinates.\n     *  @param x  the x coordinate\n     *  @param y  the y coordinate\n     *  @param z  the z coordinate\n     *\/\n    def apply (x: Double, y: Double, z: Double) =\n    {\n        new geometry.Point3D (x, y, z)\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a `Point3D` object from an array.\n     *  @param arr  the array giving coordinates for the point (uses first 3 values)\n     *\/\n    def apply (arr: Array [Double]) =\n    {\n        if (arr.length < 3) println (\"ERROR - Point3D.apply: requires at least 3 values in array\")\n        new geometry.Point3D (arr(0), arr(1), arr(2))\n    } \/\/ apply\n\n} \/\/ Point3D object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/ColorDAG.scala","text":"<gh_stars>1-10\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author   <NAME>, <NAME>\n *  @version  1.0\n *  @date     Sat Apr  12 12:50:34 EST 2013\n *  @see      LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\nimport scala.collection.mutable.ListBuffer\n\nimport scalation.animation.{AnimateCommand, DgAnimator}\nimport scalation.animation.CommandType._\nimport scalation.random.Randi\nimport scalation.scala2d.Colors._\nimport scalation.scala2d.{Ellipse, QCurve, Rectangle}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ColorDAG` class provides a data structure Directed Acyclic Graphs 'DAG's with colored\n *  nodes.  The `ColorDAG` consists of source nodes (in-degree is 0), sink nodes (out-degree is 0)\n *  and internal nodes.  The edges connecting nodes must have color compatibility.\n *  The `ColorDAG` is divided into 'k' stages:  e.g., sources (stage 0), internals (stages 1..k-2)\n *  and sinks (stage k-1).\n *  @param dimensions  the dimension (number of nodes) for each stage\n *  @param maxIn       the maximum number of input colors for an internal node\n *  @param maxOut      the maximum number of output colors for an internal node\n *  @param minColors   the minimum number of child colors allowed in the color hierarchy\n *  @param maxColors   the maximum number of child colors allowed in the color hierarchy\n *  @param colorDepth  the maximum depth of the color hierarchy tree\n *  @param seed        the seed for the various random number generators\n *\/\nclass ColorDAG (dimensions: Array [Int], maxIn: Int, maxOut: Int,\n                minColors: Int, maxColors: Int, colorDepth: Int, seed: Int = 0)\n{\n    val stages = dimensions.length                        \/\/ the number of stages in the DAG (k stages)\n    val nodes  = Array.ofDim [Array [DagNode]] (stages)   \/\/ a ragged array of DagNode arrays to hold the nodes in the DAG\n    val edges  = ListBuffer [Edge] ()                     \/\/ a list to hold the edges of the DAG\n\n    val colors = Tree (colorDepth, minColors, maxColors)  \/\/ get a new tree object with specified limits on child nodes\n    val nColors = colors.size                             \/\/ get the number of colors in the ColorTree\n \n    val randIn  = new Randi (1, maxIn, seed)              \/\/ random number generator for number of incoming edges for a node\n    val randOut = new Randi (1, maxOut, seed)             \/\/ random number generator for number of outgoing edges for a node\n    val randCol = new Randi (0, nColors-1, seed)          \/\/ random number generator for assigning colors to nodes and edges\n\n    for (i <- 0 until stages) nodes(i) = Array.ofDim [DagNode] (dimensions(i))    \/\/ allocate an array for each stage of DAG\n\n    println (\"ColorDAG (dimensions = \" + dimensions.deep +\n                      \" maxIn = \" + maxIn +\n                      \" maxOut = \" + maxOut +\n                      \" minColors = \" + minColors +\n                      \" maxColors = \" + maxColors +\n                      \" colorDepth = \" + colorDepth +\n                      \" seed = \" + seed)\n\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** This inner class holds information about a node in the DAG.\n     *  @param id         the id number for this node\n     *  @param inDegree   the number of incoming edges\/inputs for this node\n     *  @param outDegree  the number of outgoing edges\/outputs for this node\n     *\/\n    class DagNode (val id: Int, val inDegree: Int, val outDegree: Int) \n    {\n        val inColors  = Array.ofDim [TreeNode] (inDegree)      \/\/ array to hold the node's input colors\n        val outColors = Array.ofDim [TreeNode] (outDegree)     \/\/ array to hold the node's output colors\n        val in        = ListBuffer [DagNode] ()                \/\/ list to hold all the nodes providing inputs to this node\n        val out       = ListBuffer [DagNode] ()                \/\/ list to hold all the nodes this node provides outputs for\n        var used      = false                                  \/\/ flag to mark that a node is definitely included in DAG\n        var unused    = false                                  \/\/ flag to mark that a node is ruled out of inclusion in DAG\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** This method determines whether or not the node is a source node.\n         *\/\n        def isSource: Boolean = inDegree == 0\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** This method determines whether or not the node is a sink node.\n         *\/\n        def isSink: Boolean = outDegree == 0\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Convert the DAG node to a string.\n         *\/\n        override def toString: String = \"DagNode( \" + id + \": \" + inColors + \", \" + outColors + \" )\"\n\n    } \/\/ DagNode class\n\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** This class is used to connect two nodes.\n     *  @param fromNode  the node where this edge originates\n     *  @param toNode    the node where this edge terminates\n     *  @param color     the color for this edge\n     *\/\n    class Edge (val fromNode: DagNode, val toNode: DagNode, val color: Color)\n\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generate all the unique nodes that will exist in the DAG and assign\n     *  colors\/types to their inputs and outputs.\n     *\/\n    def genNodes ()\n    {\t       \n        var numNodes = 0\n        for (i <- 0 until stages; j <- 0 until dimensions(i)) {\n            val n = new DagNode (numNodes,\n                                 if (i == 0) 0 else if (i == stages-1) 1 else randIn.igen, \n                                 if (i == stages-1) 0 else if (i == 0) 1 else randOut.igen)\n            numNodes += 1\n            nodes(i)(j) = n \n            for (k <- 0 until n.inDegree)  n.inColors(k)  = genUniqueColor (n.inColors)\n            for (k <- 0 until n.outDegree) n.outColors(k) = genUniqueColor (n.outColors)\n        } \/\/ for\t\n    } \/\/ genNodes\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Generate and return a unique color for either a node's inputs or outputs.\n     *  @param ioColors  the array of existing colors\n     *\/\n    def genUniqueColor (ioColors: Array [TreeNode]): TreeNode =\n    {\n        for (i <- 0 until 2*ioColors.length) {\n            val colr = colors(randCol.igen)\n            if (! (ioColors contains colr)) return colr\n        } \/\/ for\n        println (\"genUniqueColor: unable to generate a unique color\")\n        null\n    } \/\/ genUniqueColor\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For each node in the DAG, check that (1) all of its \"inputs\" are color\/type compatible\n     *  with an output from a node from the previous stage, and (2) at least one of its\n     *  \"outputs\" is color\/type compatible with an input to a node from the next stage.\n     *  Nodes that fails to have all of their inputs satisfied (check number 1) are thrown\n     *  out before check if they have at least one useful output.  Nodes failing check\n     *  number 2 will also be thrown out.\n     *\/\n    def checkIO (): Int =\n    {\n        for (i <- 1 until stages; n <- nodes(i) if ! n.unused) {           \/\/ unused node n\n            for (j <- 0 until n.inDegree) {                                \/\/ check inputs\n                var found = false\n                for (np <- nodes(i-1) if ! np.unused && ! found) {         \/\/ predecessor node np\n                    for (k <- 0 until np.outDegree if ! found) {\n                        if (n.inColors(j) isAncestor np.outColors(k)) found = true\n                    } \/\/ for\n                } \/\/ for\n                if (! found) n.unused = true\n            } \/\/ for\n        } \/\/ for\n\n        for (i <- stages-2 to 0 by -1; n <- nodes(i) if ! n.unused) {      \/\/ unused node n\n            var found = false\n            for (j <- 0 until n.outDegree if ! found) {                    \/\/ check outputs\n                for (ns <- nodes(i+1) if ! ns.unused && ! found) {         \/\/ successor node ns\n                    for (k <- 0 until ns.inDegree if ! found) {\n                        if (ns.inColors(k) isAncestor n.outColors(j)) found = true\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n            if (! found) n.unused = true\n        } \/\/ for\n\n        var numNodes = 0\n        for (i <- 0 until stages; n <- nodes(i) if ! n.unused) {\n            n.used = true\n            numNodes += 1\n        } \/\/ for\n        numNodes                       \/\/ return the number of active nodes\n    } \/\/ checkIO\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Connect all the nodes that are going to be \"used\" in the DAG by creating an edge between\n     *  two nodes in adjacent stages that are color\/type compatible.  Also add these edges to\n     *  the DAG's list of edges.\n     *\/\n    def connect ()\n    {\n        for (i <- 0 until stages-1; n <- nodes(i) if n.used) {             \/\/ used node n\n            for (j <- 0 until n.outDegree) {\n                for (ns <- nodes(i+1) if ns.used) {                        \/\/ successor node ns\n                    for (k <- 0 until ns.inDegree) {\n                        if (ns.inColors(k) isAncestor n.outColors(j)) {\n                            edges += (if (n.isSource) new Edge (n, ns, n.outColors(0).colr)\n                                 else if (ns.isSink)  new Edge (n, ns, ns.inColors(0).colr)\n                                 else                 new Edge (n, ns, n.outColors(j).colr))\n                        } \/\/ if\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ connect\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Populate the in and out `ListBuffers` for each node based on the DAG's list of edges.\n     *\/\n    def popInOut ()\n    {\n        for (e <- edges) {\n            val from = e.fromNode\n            val to   = e.toNode\n            if (! (from.out contains to) && ! (to.in contains from)) {\n                from.out += to\n                to.in    += from\n            } \/\/ if\n        } \/\/ for\n    } \/\/ popInOut\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the nodes and edges in the color DAG.\n     *\/\n    def printDAG ()\n    {\n        println (\"-------------------------------------------------------------------------\")\n        println (\"print ColorDAG\")\n        println (\"Nodes -------------------------------------------------------------------\")\n        for (i <- 0 until stages) {\n            println (\"stage: \" + i)\n            for (n <- nodes(i) if n.used) {\n                if (n.isSource) {\n                    println (\"node(\" + n.id + \"):\\t\" + n.outColors(0).colr)\n                } else if (n.isSink) {\n                    println (\"node(\" + n.id + \"):\\t\" + n.inColors(0).colr)\n                } else {\n                    println (\"node(\" + n.id + \"):\\t\" + n.inColors(0).colr)\n                    println (\"node(\" + 1000 + n.id + \"):\\t\" + n.outColors(0).colr)\n                } \/\/ if\n            } \/\/ for\n        } \/\/ for\n        println (\"Edges -------------------------------------------------------------------\")\n        var count = 0\n        for (e <- edges) {\n            println (\"edge(\" + count + \"):\\t\" + e.fromNode.id + \" -> \" + e.toNode.id + \", \" + e.color)\n            count += 1\n        } \/\/ for\n        println (\"-------------------------------------------------------------------------\")\n    } \/\/ printDAG\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the in (for inputs) and out (for outputs) colors for each node in the DAG.\n     *\/\n    def printColors ()\n    {\n        println (\"nodes(i): [in colors], [out colors]\")\n        for (s <- nodes; n <- s) {                                  \/\/ node n in stage s\n            print (\"node(\" + n.id + \"):\\t[\")\n            for (n_in <- n.inColors) print (n_in.nid + \" \")\n            print (\"],\\t[\")\n            for (n_out <- n.outColors) print (n_out.nid + \" \")\n            println (\"]\")\n        } \/\/ for\n    } \/\/ printColors\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the in (for inputs) and out (for outputs) node list buffers for each used node\n     *  in the DAG.\n     *\/\n    def printInOut ()\n    {\n        for (s <- nodes; n <- s if n.used) {                        \/\/ used node n in stage s\n            print (\"nodes(\" + n.id + \"): [\")\n            for (n_in <- n.in) print (n_in.id + \" \")\n            print (\"], [\")\n            for (n_out <- n.out) print (n_out.id + \" \")\n            println (\"]\")\n        } \/\/ for\n    } \/\/ printInOut\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print the `ColorTree` used by the DAG for node and edge colors\/type and animate its\n     *  construction.\n     *\/ \n    def printColorTree ()\n    {\n        colors.printTree                     \/\/ print the ColorTree\n        colors.showAnimation                 \/\/ show the animation of the ColorTree hierarchy\n    } \/\/ printColorTree\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Animate the color DAG.\n     *\/\n    def animateDAG ()\n    {\n        println (\"Run DAGAnimation\")\n        val nSize = 20\n        val width = 1200 \/ (stages + 1)\n        val dga   = new DgAnimator (\"DAGAnimator\", black, white)\n        val cq    = dga.getCommandQueue\n\n        for (i <- 0 until stages) {                               \/\/ display nodes\n            var nodeCount = dimensions(i)                         \/\/ the number of nodes being animated for current stage\n            var height = 800 \/ (nodeCount+1)                      \/\/ the height for each level in the current stage\n            var count = 0\n            for (n <- nodes(i)) {\n                var y = -nSize\/2 + height + height * count        \/\/ the y coordinate for the current node being animated\n                var x = -nSize\/2 + width + width * i              \/\/ the x coordinate for the current node being animated\n                if (i == 0) {\n                    cq.add (AnimateCommand (CreateNode, n.id, Ellipse (), \"\", false, n.outColors(0).colr,\n                                            Array (x, y, nSize, nSize), 0))\n                } else if (i == stages-1) {\n                    cq.add (AnimateCommand (CreateNode, n.id, Ellipse (), \"\", false, n.inColors(0).colr,\n                                            Array (x, y, nSize, nSize), 0))\n                } else {\n                    cq.add (AnimateCommand (CreateNode, n.id, Rectangle (), \"\", false, n.inColors(0).colr,\n                                            Array (x, y, nSize, nSize), 0))\n                    cq.add (AnimateCommand (CreateNode, 1000 + n.id, Rectangle (), \"\", false, n.outColors(0).colr,\n                                            Array (x, y+nSize, nSize, nSize), 0))\n                } \/\/ if\n                count += 1\n            } \/\/ for\n        } \/\/ for\n\n        var eCount = 0\n        for (e <- edges) {                                        \/\/ display edges\n            eCount += 1\n            cq.add (AnimateCommand (CreateEdge, eCount, QCurve (), \"\", true, e.color,\n                                    null, 2000, e.fromNode.id, e.toNode.id))\n        } \/\/ for\n        dga.animate (0, 100000)\n    } \/\/ animateDAG\n\n} \/\/ ColorDAG class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ColorDAGTest` object used to test the `ColorDAG` class.\n *\/\nobject ColorDAGTest extends App\n{\n    val seed = if (args.length == 1) args(0).toInt else 0\n\n    val stg = Array (5, 5, 5, 5)                       \/\/ define the number of nodes for each stage of color DAG\n    val dag = new ColorDAG (stg, 2, 2, 2, 2, 2, seed)  \/\/ create a new color DAG\n    dag.printColorTree                                 \/\/ print the color type representing the type hierarchy\n\n    dag.genNodes ()                                    \/\/ generate the nodes in the color DAG\n    dag.checkIO ()                                     \/\/ throw out nodes that are color\/type incompatible\n    dag.connect ()                                     \/\/ connect the remaining node via edges\n    dag.popInOut ()                                    \/\/ populated the input\/output lists from edges\n\n    dag.printDAG ()                                    \/\/ print the nodes and edges\n    dag.printColors ()                                 \/\/ print inputs and output colors for each node\n\/\/  dag.printInOut ()                                  \/\/ print the input and output lists for each node\n    dag.animateDAG ()                                  \/\/ animate the color DAG\n\n} \/\/ ColorDAGTest\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/ConjGradient.scala","text":"<filename>src\/main\/scala\/scalation\/minima\/ConjGradient.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Fri Sep 30 13:37:32 EDT 2011\n *  @see     LICENSE (MIT style license file).\n *------------------------------------------------------------------------------\n *  @see http:\/\/www.neos-guide.org\/NEOS\/index.php\/Nonlinear_Conjugate_Gradient_Method\n *\/\n\npackage scalation.minima\n\nimport scala.math.{abs, max, pow}\n\nimport scalation.calculus.Differential.{FunctionV2S, gradient, gradientD}\nimport scalation.linalgebra.VectorD\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ConjGradient` class implements the Polak-Ribiere Conjugate Gradient (PR-CG)\n *  Algorithm for solving Non-Linear  Programming (NLP) problems.  PR-CG determines\n *  a search direction as a weighted combination of the steepest descent direction\n *  (-gradient) and the previous direction.  The weighting is set by the beta function,\n *  which for this implementation used the Polak-Ribiere technique.\n * \n *  dir_k = -gradient (x) + beta * dir_k-1 \n *\n *  minimize    f(x)\n *  subject to  g(x) <= 0    [ optionally g(x) == 0 ]\n *\n *  @param f        the objective function to be minimized\n *  @param g        the constraint function to be satisfied, if any\n *  @param ineq     whether the constraint function must satisfy inequality or equality\n *  @param exactLS  whether to use exact (e.g., `GoldenLS`)\n *                            or inexact (e.g., `WolfeLS`) Line Search\n *\/\nclass ConjGradient (f: FunctionV2S, g: FunctionV2S = null,\n                    ineq: Boolean = true, exactLS: Boolean = true)\n      extends Minimizer with Error\n{\n    private val DEBUG    = true                  \/\/ the debug flag\n    private val WEIGHT   = 1000.0                \/\/ weight on penalty for constraint violation\n\n    private var df: Array [FunctionV2S] = null   \/\/ array of partials\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the beta function using the Polak-Ribiere (PR) technique.  The\n     *  function determines how much of the prior direction is mixed in with -gradient.\n     *  @param gr1  the gradient at the current point\n     *  @param gr2  the gradient at the next point\n     *\/\n    def beta (gr1: VectorD, gr2: VectorD): Double =\n    {\n        max (0.0, (gr2 dot (gr2 - gr1)) \/ (gr1.normSq + EPSILON))    \/\/ PR-CG (Polak-Ribiere)\n    } \/\/ beta\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the partial derivative functions.  If these functions are available,\n     *  they are more efficient and more accurate than estimating the values\n     *  using difference quotients (the default approach).\n     *  @param partials  the array of partial derivative functions\n     *\/\n    def setDerivatives (partials: Array [FunctionV2S])\n    {\n        if (g != null) flaw (\"setDerivatives\", \"only works for unconstrained problems\")\n        df = partials       \/\/ use given functions for partial derivatives\n    } \/\/ setDerivatives\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The objective function f plus a weighted penalty based on the constraint\n     *  function g.\n     *  @param x  the coordinate values of the current point\n     *\/\n    override def fg (x: VectorD): Double =\n    {\n        val f_x = f(x)\n        if (g == null) {                  \/\/ unconstrained\n            f_x\n        } else {                          \/\/ constrained, g(x) <= 0\n            val penalty = if (ineq) max (g(x), 0.0) else abs (g(x))\n            f_x + abs (f_x) * WEIGHT * penalty * penalty\n        } \/\/ if\n    } \/\/ fg\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an exact 'GoldenSectionLS' or inexact 'WolfeLS' line search.\n     *  Search in direction 'dir', returning the distance 'z' to move in that direction.\n     *  @param x     the current point\n     *  @param dir   the direction to move in\n     *  @param step  the initial step size\n     *\/\n    def lineSearch (x: VectorD, dir: VectorD, step: Double = STEP): Double =\n    {\n        def f_1D (z: Double): Double = fg(x + dir * z)    \/\/ create a 1D function\n        val ls = if (exactLS) new GoldenSectionLS (f_1D)  \/\/ Golden Section line search\n                 else new WolfeLS (f_1D, .0001, .1)       \/\/ Wolfe line search (c1 = .0001, c2 = .1)\n        ls.search (step)                                  \/\/ perform a line search\n    } \/\/ lineSearch\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve the Non-Linear Programming (NLP) problem using the PR-CG algorithm.\n     *  To use explicit functions for gradient, replace 'gradient (fg, x)' with\n     *  'gradientD (df,  x)'.\n     *  @param x0     the starting point \n     *  @param step   the initial step size\n     *  @param toler  the tolerance\n     *\/\n    def solve (x0: VectorD, step: Double = STEP, toler: Double = EPSILON): VectorD =\n    {\n        var x    = x0                                  \/\/ current point\n        var f_x  = fg(x)                               \/\/ objective function at current point\n        var y:   VectorD = null                        \/\/ next point\n        var f_y  = 0.0                                 \/\/ objective function at next point\n        var dir  = -gradient (fg, x)                   \/\/ initial direction is -gradient\n        var dir0: VectorD = null                       \/\/ keep the previous direction\n        var dist = 1.0                                 \/\/ distance between current and next point\n        var down = true                                \/\/ moving down flag\n\n        for (k <- 1 to MAX_ITER if down && dist > toler && dir.normSq > toler) {\n\n            y   = x + dir * lineSearch (x, dir, step)  \/\/ determine the next point\n            f_y = fg(y)                                \/\/ objective function value for next point\n            dir0 = dir                                 \/\/ save the current direction\n            dir = -gradient (fg, y)                    \/\/ next search direction using Steepest-Descent\n            if (k > 1) dir += dir0 * beta (dir0, dir)  \/\/ modify search direction using PR-CG\n\n            if (DEBUG) println (\"solve: k = \" + k + \", y = \" + y + \", f_y = \" + f_y + \", dir = \" + dir)\n\n            dist = (x - y).normSq                      \/\/ calc the distance between current and next point\n            down = f_y < f_x                           \/\/ still moving down?\n            if (down) { x = y; f_x = f_y }             \/\/ make the next point, the current point\n        } \/\/ for\n        x                                              \/\/ return the current point\n    } \/\/ solve\n\n} \/\/ ConjGradient class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ConjGradientTest` object is used to test the `ConjGradient` class.\n *\/\nobject ConjGradientTest extends App\n{\n    val x0 = new VectorD (2)\n\n    println (\"\\nMinimize: (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def f (x: VectorD): Double = (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    var solver = new ConjGradient (f)\n    var x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value f(x) = \" + f(x))\n\n    println (\"\\nMinimize: x_0^4 + (x_0 - 3)^2 + (x_1 - 4)^2 + 1\")\n    def g (x: VectorD): Double = pow (x(0), 4.0) + (x(0) - 3.0) * (x(0) - 3.0) + (x(1) - 4.0) * (x(1) - 4.0) + 1.0\n    solver = new ConjGradient (g)\n    x = solver.solve (x0)\n    println (\"optimal solution x = \" + x + \" with an objective value g(x) = \" + g(x))\n\n} \/\/ ConjGradientTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/calculus\/Poly.scala","text":"\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Apr 29 13:22:47 EDT 2017\n *  @see     LICENSE (MIT style license file).\n *\n *  @see introcs.cs.princeton.edu\/java\/92symbolic\/Polynomial.java.html\n *\/\npackage scalation.calculus\n\nimport scala.math.abs\n\nimport scalation.linalgebra.VectorD\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Poly` class provides simple operations on polynomials.\n *  <p>\n *      Poly (2, 3) => 3 x + 2\n *  <p>\n *  Note, reverse order of coefficients, i.e., coefficients for smallest terms first.\n *  @param c  the coefficients of the polynomial\n *\/\ncase class Poly (c: VectorD)\n{\n    private val DEBUG = true                         \/\/ debug flag\n    val deg           = c.size - 1                   \/\/ degree of the polynomial\n\n    if (DEBUG) println (s\"Poly ($c) has degree $deg\")\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply\/evaluate the polynomial at 'x'.\n     *  @param x  the value of the variable\n     *\/\n    def apply (x: Double): Double =\n    {\n        var sum = 0.0\n        for (i <- deg to 0 by -1) sum = x * sum + c(i) \n        sum\n    } \/\/ apply\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add 'this' polynomial and the 'q' polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def + (q: Poly): Poly =\n    {\n        if (deg < q.deg) Poly (c + q.c ++ q.c.slice (deg+1, q.deg+1))\n        else             Poly (q.c + c ++ c.slice (q.deg+1, deg+1))\n    } \/\/ +\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Subtract the 'q' polynomial from 'this' polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def - (q: Poly): Poly =\n    {\n        if (deg < q.deg) Poly (c - q.c ++ q.c.slice (deg+1, q.deg+1))\n        else             Poly (-q.c + c ++ c.slice (q.deg+1, deg+1))\n    } \/\/ -\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add 'this' polynomial and the 'q' polynomial.\n     *  @param q  the other polynomial\n     *\/\n    def * (q: Poly): Poly =\n    {\n        val cc = new VectorD (deg + q.deg + 1)\n        for (i <- 0 to deg; j <- 0 to q.deg) cc(i+j) += c(i) * q.c(j)\n        Poly (cc)\n    } \/\/ *\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Take the derivative of 'this' polynomial, returning the result as a polynomial.\n     *\/\n    def derivative: Poly = Poly ((for (i <- 1 to deg) yield i * c(i)) :_*)\n\n    def \u216e : Poly = Poly ((for (i <- 1 to deg) yield i * c(i)) :_*)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate 'this' polynomial, returning the result as a polynomial.\n     *  Note, the arbitrary constant 'c' for the indefinite integral is set to 1.\n     *\/\n    def integrate: Poly = Poly (1.0 +: (for (i <- 0 to deg) yield c(i) \/ (i+1.0)) :_*)\n\n    def \u222b : Poly = Poly (1.0 +: (for (i <- 0 to deg) yield c(i) \/ (i+1.0)) :_*)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Integrate 'this' polynomial on the interval 'on', returning its value as\n     *  a double.\n     *  @param on  the interval of integration\n     *\/\n    def integrate (on: Interval): Double =\n    {\n        val pl = Poly (1.0 +: (for (i <- 0 to deg) yield c(i) \/ (i+1.0)) :_*)\n        pl (on._2) - pl (on._1)\n    } \/\/ integrate\n\n    def \u222b (on: Interval): Double =\n    {\n        val pl = Poly (1.0 +: (for (i <- 0 to deg) yield c(i) \/ (i+1.0)) :_*)\n        pl (on._2) - pl (on._1)\n    } \/\/ \u222b\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Trim away trailing zero coefficients (i.e., those on highest order terms),\n     *  returning the resulting polynomial of possibly lower degree.\n     *\/\n    def trim: Poly = \n    {\n        var i = deg; while (c(i) == 0.0) i -= 1          \/\/ skip trailing zeros\n        Poly (c.slice (0, i+1))                          \/\/ keep the rest\n    } \/\/ trim\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert the polynomial to a string.\n     *\/\n    override def toString: String =\n    {\n        val sb = new StringBuilder ()\n        for (i <- deg to 0 by -1) sb.append (if (i >= 2)      s\"${c(i)} x^$i + \"\n                                             else if (i == 1) s\"${c(i)} x + \"\n                                             else             s\"${c(i)}\")\n        sb.toString\n    } \/\/ toString\n\n} \/\/ Poly class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Poly` companion object provides factory methods for the 'Poly' class.\n *\/\nobject Poly\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a polynomial from repeated doubles.\n     *  @param c  the coefficients as a repeated double\n     *\/\n    def apply (c: Double*): Poly = Poly (VectorD (c))\n\n} \/\/ Poly object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PolyTest` object is used to test the `Poly` class.\n *  > run-main scalation.calculus.PolyTest\n *\/\nobject PolyTest extends App\n{\n    import scalation.plot.Plot\n\n    val pl  = Poly (4.0, 3.0, 2.0)                  \/\/ example polynomial: 2 x^2 + 3 x + 4\n    val dpl = pl.derivative                         \/\/ its derivative\n    val ipl = pl.integrate                          \/\/ one of its indefinite integrals\n    val jpl = pl.integrate ((0.0, 2.0))             \/\/ one of its definite integrals\n    val spl = pl + dpl                              \/\/ sum of polynomials and its dervivate\n    val mpl = pl - dpl                              \/\/ difference of polynomial and its dervivate\n    val tpl = pl * dpl                              \/\/ product of polynomial and its dervivate\n    val zpl = Poly (4.0, 0.0, 3.0, 0.0, 0.0)        \/\/ polynomial with trailing zero (e.g., 0 x^2)\n\n    println (s\"pl      = $pl\")\n    println (s\"dpl     = $dpl\")\n    println (s\"ipl     = $ipl\")\n    println (s\"spl     = $spl\")\n    println (s\"mpl     = $mpl\")\n    println (s\"tpl     = $tpl\")\n    println (s\"zpl     = $zpl\")\n    println (s\"t(zpl)  = ${zpl.trim}\")\n    println (s\"pl (2)  = ${pl (2)}\")\n    println (s\"dpl (2) = ${dpl (2)}\")\n    println (s\"ipl (2) = ${ipl (2)}\")\n    println (s\"jpl     = $jpl\")\n    println (s\"spl (2) = ${spl (2)}\")\n    println (s\"mpl (2) = ${mpl (2)}\")\n    println (s\"tpl (2) = ${tpl (2)}\")\n\n    val x = VectorD.range (0, 20) \/ 5.0\n    val y = x.map (pl (_))\n    val z = x.map (dpl (_))\n\n    new Plot (x, y, z)\n    \n} \/\/ PolyTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/event\/Model.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun Nov 15 15:05:06 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.event\n\nimport scala.collection.mutable.{ListBuffer, PriorityQueue}\n\nimport scalation.animation.{AnimateCommand, DgAnimator}\nimport scalation.animation.CommandType._\nimport scalation.model.Modelable\nimport scalation.random.{Exponential, Variate}\nimport scalation.scala2d.Ellipse\nimport scalation.scala2d.Colors._\nimport scalation.scala2d.Shapes.Shape\nimport scalation.stat.{Statistic, TimeStatistic}\nimport scalation.util.Identifiable\nimport scalation.util.Monitor.trace\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Model` class schedules events and implements the time advance mechanism\n *  for simulation model following the event-scheduling world view.\n *  @param name       the name of the model\n *  @param animating  whether to animate the model (only for Event Graphs)\n *\/\nclass Model (name: String, animating: Boolean = false)\n      extends Modelable with Identifiable\n{\n    \/** The future event list (time-ordered list of events)\n     *\/\n    private val eventList = PriorityQueue.empty [Event]\n\/\/  private val eventList = new PQueue [Event] () \n\n    private val stats = ListBuffer [Statistic] ()\n\n    \/** The time in sYstem statistics\n     *\/\n    private val t_y_stat = new Statistic (\"t_y\")\n\n    \/** The animation engine\n     *\/\n    private val dgAni = if (animating) new DgAnimator (\"Event Animator\", black, white) else null\n\n    \/** The animation engine's command queue\n     *\/\n    private val aniQ = if (animating) dgAni.getCommandQueue else null\n\n    \/** The start time for the simulation\n     *\/\n    private var start = -1.0\n\n    addStats (t_y_stat)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add statistical collector to the model.\n     *  @param stat  one or more statistical collectors\n     *\/\n    def addStats (stat: Statistic*)\n    {\n        for (st <- stat) stats += st\n    } \/\/ addStats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Place an event on the Future Event List 'FEL' for later execution, thus\n     *  scheduling the event to occur sometime in the future.  Events are ordered\n     *  by their event\/act time.\n     *  @param event  the event to schedule\n     *\/\n    def schedule (event: Event)\n    {\n        eventList += event\n\/\/      println (\"event.proto = \" + event.proto)\n        if (animating) aniQ.add (AnimateCommand (CreateToken, event.id, Ellipse (),\n                                 \"ev\" + event.id, false, black, null, _clock, event.proto.id))\n    } \/\/ schedule\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Cancel the specified 'event' so it will not occur.\n     *  @param event  the event to cancel\n     *\/\n    def cancel (event: Event) { event.cancel () }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Leave the model recording the entity's time in the sYstem.\n     *  @param entity  the entity leaving the model\n     *\/\n    def leave (entity: Entity) { t_y_stat.tally (clock - entity.arrivalT) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Run the simulation by iteratively processing events in time order.\n     *  Requires at least one to already be scheduled (see next method).\n     *  @param startTime   the time at which the simulation is to begin\n     *\/\n    def simulate (startTime: Double = 0.0)\n    {\n        start  = startTime\n        _clock = startTime\n        trace (this, \"starts\", this, _clock)\n\n        var nextEvent: Event = null\n        simulating = true\n        if (eventList.isEmpty) flaw (\"simulate\", \"eventList must not be empty at start\")\n        while (simulating && ! eventList.isEmpty) {\n            nextEvent = eventList.dequeue ()\n            if (nextEvent.live) {\n                _clock = nextEvent.actTime\n\/\/              trace (this, \"executes \" + nextEvent.me, nextEvent.entity, \"%g\".format (_clock))\n                println (nextEvent + \"\\t\" + \"%g\".format (_clock))\n                nextEvent.occur ()\n            } \/\/ if\n            if (animating) aniQ.add (AnimateCommand (DestroyToken, nextEvent.id, null,\n                                     null, false, null, null, _clock, nextEvent.proto.id))\n        } \/\/ while\n\n        if (animating) dgAni.animate (0, 100000)\n        trace (this, \"terminates\", this, _clock)\n    } \/\/ simulate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Report values of the specified model result\/output variables.\n     *  @param vars  the result\/output variables for the simulation\n     *\/\n    def report (vars: Tuple2 [String, Double]*)\n    {\n        println (\"\\nResults for \" + name + \" model\\n\")\n        for (v <- vars) println (\"result: \" + v._1 + \" \\t= \" + v._2)\n    } \/\/ report\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Report statistical results of the simulation for all the collectors.\n     *\/\n    def reportStats ()\n    {\n        println (\"Statistical results for \" + name)\n        println (Statistic.line)\n        println (Statistic.labels)\n        println (Statistic.line)\n        for (st <- stats) println (st)\n        println (Statistic.line)\n    } \/\/ reportStats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the statistical results of the simulation (statistics for each part).\n     *\/\n    def getStatistics: ListBuffer [Statistic] = stats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Put a node\/token command on the animation queue.\n     *  @param who    who is being animated\n     *  @param what   what animation command\n     *  @param color  the color the node\/token\n     *  @param shape  the shape of the node\/token\n     *  @param at     the location of the node\/token\n     *\/\n    def animate (who: Identifiable, what: Value, color: Color, shape: Shape, at: Array [Double])\n    {\n        if (animating) {\n            val eid   = who.id\n            val label = who.name\n            println (\"Model.animate: \" + label + \".\" + eid + \" \" + what + \" \" + color +\n                     \" \" + shape + \" \" + at.deep)\n            aniQ.add (AnimateCommand (what, eid, shape, label, true, color, at, _clock))\n        } \/\/ if\n    } \/\/ animate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Put a edge command on the animation queue.\n     *  @param who    who is being animated\n     *  @param what   what animation command\n     *  @param color  the color the edge\n     *  @param shape  the shape of the edge\n     *  @param from   the location of the origination node\n     *  @param to     the location of the destination node\n     *  @param at     the location of the edge (empty array => implicitly determined)\n     *\/\n    def animate (who: Identifiable, what: Value, color: Color,\n                 shape: Shape, from: Event, to: Event, at: Array [Double] = Array ())\n    {\n        if (animating) {\n            val eid   = who.id\n            val label = who.name\n            println (\"Model.animate: \" + label + \".\" + eid + \" \" + what + \" \" + color +\n                     \" \" + shape + \" \" + from.me + \" \" + to.me + \" \" + at.deep)\n            aniQ.add (AnimateCommand (what, eid, shape, label, true, color, at, _clock, from.id, to.id))\n        } \/\/ if\n    } \/\/ animate\n\n} \/\/ Model class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ModelTest` object is used to test the `Model` class.\n *  > run-main scalation.event.ModelTest\n *\/\nobject ModelTest extends App\n{\n    new PoissonModel (\"Poisson\", 100, Exponential (1.0))\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** The `PoissonModel` models the detection of particles (e.g., gamma rays)\n     *  from the decay of radioactive atoms as a Poisson Process.\n     *  @see http:\/\/stuff.mit.edu\/afs\/sipb\/user\/biyeun\/Public\/8.13\/poisson\/poisson_statistics_biyeun.pdf\n     *  @param name        the name of the simulation model\n     *  @param nArrivals   the number of arrivals to generate (stopping condition)\n     *  @param iArrivalRV  the inter-arrival time distribution (Random Variate)\n     *\/\n    class PoissonModel (name: String, nArrivals: Int, iArrivalRV: Variate)\n          extends Model (name, true)                             \/\/ true => turn on animation\n    {\n        val t_a_stat  = new Statistic ()                  \/\/ time between Arrivals statistics\n        val aLoc      = Array (150.0, 200.0, 50.0, 50.0)  \/\/ Arrival event node location\n\n        val aProto    = new EventNode (this, aLoc)        \/\/ prototype for all Arrival events\n\n        val aLink = Array (CausalLink (\"l_A2A\", this, () => nArr < nArrivals-1, aProto))\n    \n        var nArr   = 0.0                           \/\/ number of particles detected\n\n        aProto.displayLinks (aLink)\n\n        addStats (t_a_stat)\n\n        \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** `Arrival` is a subclass of `EventNode` for handling arrival events.\n         *  @param call   the entity that arrives, in this case a phone call\n         *  @param delay  the time delay for this event's occurrence\n         *\/\n        case class Arrival (call: Entity, delay: Double)\n             extends Event (call, this, delay, t_a_stat, aProto)\n        {\n            override def occur ()\n            {\n                if (aLink(0).condition ()) {\n                    val toArrive = Entity (iArrivalRV.gen, 0.0, PoissonModel.this)\n                    schedule (Arrival (toArrive, toArrive.iArrivalT))\n                } \/\/ if\n                nArr += 1                                        \/\/ update the current state\n            } \/\/ occur\n\n        } \/\/ Arrival class\n\n        \/\/:: start the simulation after scheduling the first priming event\n\n        val firstArrival = Entity (iArrivalRV.gen, 0.0, this)\n        schedule (Arrival (firstArrival, firstArrival.iArrivalT))     \/\/ first priming event\n        simulate ()                                                   \/\/ start simulating\n\n        Thread.sleep (20000)                                      \/\/ wait on animation trace\n        report ((\"nArr\", nArr))\n        reportStats ()\n\n    } \/\/ PoissonModel\n\n} \/\/ ModelTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/scala3d\/PhongMaterial.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun May 17 15:07:22 EDT 2015\n *  @see     LICENSE (MIT style license file)\n *\/\n\npackage scalation.scala3d\n\nimport javafx.scene._\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PhongMaterial` object provides factory methods for building materials\n *  shaded according the Phong reflection model.\n *\/\nobject PhongMaterial\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build Phong material based on the given diffuse and specular colors\n     *  @param diffuseColor   the color light reflected at many angles\n     *  @param specularColor  the color of the mirror-like reflection\n     *\/\n    def apply (diffuseColor: paint.Color, specularColor: paint.Color) =\n    {\n        val mat = new paint.PhongMaterial ()\n        mat.setDiffuseColor (diffuseColor)\n        mat.setSpecularColor (specularColor)\n        mat\n    } \/\/ apply\n\n} \/\/ PhongMaterial object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/Reducer.scala","text":"<reponame>DongYuYu\/Scalation\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Mon Sep  2 16:24:38 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scalation.linalgebra.MatrixD\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Reducer` trait provides a common framework for several data reduction\n *  algorithms.\n *\/\ntrait Reducer\n{\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the original data matrix, produce a lower dimensionality matrix\n     *  that maintains most of the descriptive power of the original matrix.\n     *\/\n    def reduce (): MatrixD\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Approximately recover the original matrix.  The new matrix will have\n     *  the same dimensionality, but will have some lose of information.\n     *\/\n    def recover (): MatrixD\n\n} \/\/ Reducer trait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/process\/Component.scala","text":"<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Mon Sep  7 15:05:06 EDT 2009\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.process\n\nimport scala.collection.mutable.ListBuffer\n\nimport scalation.stat.{Statistic, TimeStatistic}\nimport scalation.util.{Identifiable, Locatable}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Component` trait provides basic common feature for simulation components.\n *  The list of subparts is empty for atomic components and nonempty for\n *  composite components.\n *\/\ntrait Component extends Identifiable with Locatable\n{\n    \/** Radius of a token (for animating entities)\n     *\/\n    val RAD = 5.0\n\n    \/** Diameter of a token (for animating entities)\n     *\/\n    val DIAM = 2.0 * RAD\n\n    \/** List of subparts of the Component (empty for atomic components, nonempty for composites)\n     *\/\n    val subpart = ListBuffer [Component] ()\n\n    \/** Collector of sample statistics (e.g., waiting time)\n     *\/\n    private var _durationStat: Statistic = null\n\n    \/** Collector of time persistent statistics (e.g., number in queue)\n     *\/\n    private var _persistentStat: TimeStatistic = null\n\n    \/** Director of the play\/simulation model (to which this component belongs)\n     *\/\n    private var _director: Model = null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the director who controls the play\/simulation this component is in.\n     *\/\n    def director = _director\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set this component's director (the controller of the simulation model).\n     *  @param director  the director of the play\/simulation\n     *\/\n    def director_= (director: Model)\n    {\n        if (_director == null && director != null) {\n            _director = director\n        } else {\n            flaw (\"setDirector\", \"director may only be set once\")\n        } \/\/ if\n    } \/\/ director_=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Indicate whether this component is composite, i.e., has subparts.\n     *\/\n    def composite: Boolean = subpart.size > 0\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Initialize this component (all of its 'var's).\n     *  @param label  the name of this component\n     *  @param loc    the location of this component\n     *\/\n    def initComponent (label: String, loc: Array [Double])\n    {\n        name = label\n        at   = loc\n        initStats (label)\n    } \/\/ initComponent\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Initialize this component's statistical collectors.\n     *  Sample statistics:  all `Component`s.\n     *  Time-persistent statistics:  all except `Gate`, `Source` and `Sink`.\n     *  @param label  the name of this component\n     *\/\n    def initStats (label: String)\n    {\n        _durationStat   = new Statistic (name)\n        if (! this.isInstanceOf [Source] && ! this.isInstanceOf [Sink] && ! this.isInstanceOf [Gate]) {\n            _persistentStat = new TimeStatistic (\"p-\" + name)\n        } \/\/ if\n    } \/\/ initStats\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Aggregate the statistics of this component's subparts.\n     *\/\n    def aggregate ()\n    {\n        val n = subpart.size\n        if (n > 0) {\n            val durationStatList   = ListBuffer [Statistic] ()\n            val persistentStatList = ListBuffer [TimeStatistic] ()\n            for (p <- subpart) {\n                durationStatList += p.durationStat\n                if (director.full && p.persistentStat != null) persistentStatList += p.persistentStat\n            } \/\/ for\n            _durationStat = Statistic.aggregate (durationStatList, name)\n            if (director.full) _persistentStat = TimeStatistic.aggregate (persistentStatList, \"p-\" + name)\n        } \/\/ if\n    } \/\/ aggregate\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Abstract display method.\n     *\/\n    def display ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Tally the duration (e.g., waiting time) of an activity or delay.\n     *  @param duration  the time duration\n     *\/\n    def tally (duration: Double) { _durationStat.tally (duration) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Accumulate the value (e.g., number in  queue) weighted by its time duration.\n     *  @param value  the value to accumulate\n     *\/\n    def accum (value: Double) { _persistentStat.accum (value, _director.clock) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return sample statistics for durations for this component (e.g., Time in queue).\n     *\/\n    def durationStat = _durationStat\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return time persistent statistics for value for this component (e.g. Number in queue).\n     *\/\n    def persistentStat = _persistentStat\n\n} \/\/ Component trait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/MeanShiftClusterer.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Tue Mar  7 22:10:21 2017\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.clusterer\n\nimport scala.collection.mutable.{Map, Set}\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.random.{Discrete, Randi, Uniform, PermutedVecI, RandomVecI}\nimport scalation.util.{banner, Error}\n\nobject Kernel extends Enumeration\n{\n    type Kernel = Value\n    val GAUSSIAN, FLAT = Value\n} \/\/ Kernel\n\nimport Kernel._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MeanShiftClusterer` class cluster several vectors\/points using \n *  the mean shift clustering technique.  \n *-----------------------------------------------------------------------------\n *  @see https:\/\/en.wikipedia.org\/wiki\/Mean_shift\n *  @see https:\/\/doi.org\/10.1109\/34.400568\n *-----------------------------------------------------------------------------\n *  @param x     the vectors\/points to be clustered stored as rows of a matrix\n *  @param h     the bandwidth parameter \n *  @param s     the random number stream (to vary the clusters made)\n *\/\nclass MeanShiftClusterer (x: MatrixD, h: Double = 0.5, kernel: Kernel = GAUSSIAN, s: Int = 0)\n    extends Clusterer with Error\n{\n    protected val DEBUG    = true                                \/\/ debug flag\n    protected val MAX_ITER = 200                                 \/\/ the maximum number of iterations\n    protected val EPS      = 1E-12                               \/\/ epsilon threshold\n    protected val clustr   = Map [VectorD, Set [Int]] ()         \/\/ clusters\n\n    val ker: (VectorD => Double) = kernel match {\n        case GAUSSIAN => { v => math.exp (- v.normSq \/ (2 * h * h)) }\n        \/\/case GAUSSIAN => { v => math.exp (- v.normSq \/ (hxc)) }\n        case FLAT     => { v => if (v.normSq <= h) 1.0 else 0.0 }\n    } \/\/ ker\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the weighted mean of the density.\n     *  @param v the point\n     *\/\n    def m (v: VectorD): VectorD =\n    {\n        var sum1 = new VectorD (x.dim2)\n        var sum2 = 0.0\n        for (i <- x.range1 if ker (x(i) - v) != 0) sum1 += x(i) * ker (x(i) - v)\n        for (i <- x.range1 if ker (x(i) - v) != 0) sum2 += ker (x(i) - v)\n        sum1 \/ sum2\n    } \/\/ m\n\n    def centroids(): scalation.linalgebra.MatrixD = ???\n    def csize(): scalation.linalgebra.VectorI = ???\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of points\/vectors, put them in clusters, returning the cluster\n     *  assignment vector.\n     *\/\n    def cluster (): Array [Int] =\n    {\n        if (DEBUG) println (x)\n        breakable { for (l <- 1 to MAX_ITER) {\n            var done = true\n            if (DEBUG) println (s\"######## iter l = $l\")\n            for (i <- x.range1) {\n                val v = x(i)\n                x(i) = m(v)\n                if ((x(i) - v).normSq > EPS) done = false\n            } \/\/ for\n            if (DEBUG) println (x)\n\n            if (done) break\n\/*            if (done) {\n                for (i <- x.range1; j <- x.range1) {\n                    if ((x(i) - x(j)).normSq <= EPS) {\n                        val v = x(i)\n                        clustr.getOrElseUpdate (v, Set.empty [Int])\n                        clustr(v) += j\n                    } \/\/ if\n                } \/\/ for\n                break\n            } \/\/ if\n *\/\n        }} \/\/ for\n\n        if (DEBUG) {\n            println (\"######## result\")\n            println (clustr)\n        } \/\/ if\n        null\n    } \/\/ cluster\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y, determine which cluster it belongs to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int = 0\n\n} \/\/ MeanShiftClusterer\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MeanShiftClustererTest` object is used to test the \n *  `MeanShiftClusterer` class.\n *  > run-main scalation.analytics.clusterer.MeanShiftClustererTest\n *\/\nobject MeanShiftClustererTest extends App\n{\n    val x  = new MatrixD ((6, 2), 1.0, 2.0,\n                                  2.0, 1.0,\n                                  5.0, 4.0,\n                                  4.0, 5.0,\n                                  9.0, 8.0,\n                                  8.0, 9.0)\n\n    \/\/val mean = x.mean\n    \/\/for (i <- x.range1) x(i) = x(i) - mean\n\n    val msc = new MeanShiftClusterer (x, kernel = GAUSSIAN)\n    \/\/ val msc = new MeanShiftClusterer (x, h = 2.0, kernel = FLAT)\n    msc.cluster ()\n\n} \/\/ MeanShiftClustererTest\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `MeanShiftClustererTest2` object is used to test the \n *  `MeansShiftCluterer` class.\n *  > run-main scalation.analytics.clusterer.MeanShiftClustererTest2\n *\/\nobject MeanShiftClustererTest2 extends App\n{\n    import scalation.random.{Normal, Bernoulli}\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v     = new MatrixD (10, 2)\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    val msc = new MeanShiftClusterer (v, h = 1.0, kernel = FLAT)\n    msc.cluster ()\n\n} \/\/ MeanShiftClustererTest2\n\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/Perceptron.scala","text":"<reponame>DongYuYu\/Scalation\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Mon Sep  9 13:30:41 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *  @see     http:\/\/en.wikipedia.org\/wiki\/Perceptron\n *  @see     hebb.mit.edu\/courses\/9.641\/2002\/lectures\/lecture03.pdf\n *\/\n\npackage scalation.analytics\n\nimport scala.math.exp\nimport scala.util.control.Breaks.{break, breakable}\n\nimport scalation.linalgebra.{MatrixD, VectoD, VectorD}\nimport scalation.random.Random\nimport scalation.util.Error\n\nimport LogisticFunction.sigmoid\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Perceptron` class supports single-valued 2-layer (input and output)\n *  Neural-Networks.  Given several input vectors and output values (training data),\n *  fit the weights 'w' connecting the layers, so that for a new\n *  input vector 'zi',  the net can predict the output value 'zo', i.e.,\n *  'zi --> zo = f (w dot zi)'.\n *  Note, w0 is treated as the bias, so x0 must be 1.0.\n *  @param x    the input matrix (training data consisting of m input vectors)\n *  @param y    the output vector (training data consisting of m output values)\n *  @param eta  the learning\/convergence rate\n *\/\nclass Perceptron (x: MatrixD, y: VectorD, eta: Double = 1.0)\n      extends Predictor with Error\n{\n    private val MAX_ITER = 200          \/\/ maximum number of iterations\n    private val EPSILON  = 1E-9         \/\/ number close to zero\n    private val DEBUG    = true         \/\/ debug flag\n    private val m        = x.dim1       \/\/ number of data points (input vectors)\n    private val n        = x.dim2       \/\/ dimensionality of the input\n    private val _1       = new VectorD (m); _1.set (1.0)\n\n    if (y.dim != m) flaw (\"constructor\", \"dimensions of x and y are incompatible\")\n\n    println (\"Create a Perceptron with \" + n + \" input, \" + 1 + \" output nodes\")\n\n    private var w: VectorD = null       \/\/ weight vector between input and output layers\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the initial weight matrix w manually before training.\n     *  @param w0   the initial weights for w\n     *\/\n    def setWeights (w0: VectorD) { w  = w0 }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the initial weight vector 'w' with values in (0, 1) before training.\n     *  @param i  the random number stream to use\n     *\/\n    def setWeights (i: Int = 0)\n    {\n        val rn = new Random (i)          \/\/ change i to get different random numbers\n        w      = new VectorD (n)\n        for (i <- 0 until n) w(i) = rn.gen\n    } \/\/ setWeights\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given training data x and y, fit the weight vector w.\n     *\/\n    def train () { if (w == null) setWeights (); minimizeError () }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Minimize the error in the prediction by adjusting the weight vector 'w'.\n     *  The error 'e' is simply the difference between the target value 'y' and the\n     *  predicted value 'z'.  Minimize 1\/2 of the dot product of error with itself\n     *  using gradient-descent. The gradient is '-x.t * (e * z * (_1 - z))', so\n     *  move in the opposite direction of the gradient.\n     *\/\n    def minimizeError ()\n    {\n        breakable { for (k <- 0 until MAX_ITER) {         \/\/ kth learning phase\n            val z = sigmoid (x * w)                       \/\/ vector of predicted outputs\n            val e = y - z                                 \/\/ vector of outputs from training data\n            w += x.t * (e * z * (_1 - z)) * eta           \/\/ adjust the weights\n            println (\"weights for \" + k + \"th phase: w = \" + w + \", error e = \" + e)\n            if ((e dot e) < 2.0 * EPSILON) break          \/\/ break when error is small enough\n        }} \/\/ for\n    } \/\/ minimizeError\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the fit, the weight vector 'w'.\n     *\/\n    def fit: VectorD = w\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new input vector 'zi', predict the output\/response value 'zo'.\n     *  @param zi  the new input vector\n     *\/\n    def predict (zi: VectoD): Double = sigmoid (w dot zi)\n\n} \/\/ Perceptron class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PerceptronTest` object is used to test the `Perceptron` class.  For this\n *  test, the initial weights are used for used for prediction.\n *\/\nobject PerceptronTest extends App\n{\n    val x   = new MatrixD (1, 3)               \/\/ training data - input vectors (not used)\n    val y   = new VectorD (1)                  \/\/ training data - output vectors (not used)\n    val ann = new Perceptron (x, y)            \/\/ create a Perceptron\n\n    val w  = VectorD (0.0, 0.5, 0.5)           \/\/ weight vector w (input to output layer)\n    ann.setWeights (w)                         \/\/ set initial weights\n\n    val z_i = VectorD (1.0, 1.0, 1.0)          \/\/ predict output z_o from input z_i\n    println (\"input vector:  z_i = \" + z_i)\n    println (\"output vector: z_o = \" + ann.predict (z_i))\n\n} \/\/ PerceptronTest object\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `PerceptronTest2` object is used to test the `Perceptron` class.  For this\n *  test, training data is used to fit the weights before using them for prediction.\n *  @see http:\/\/www4.rgu.ac.uk\/files\/chapter3%20-%20bp.pdf\n *\/\nobject PerceptronTest2 extends App\n{\n    val x   = new MatrixD ((1, 3), 1.0, 0.35, 0.9)   \/\/ training data - input vectors\n    val y   = VectorD (0.5)                          \/\/ training data - output vectors\n    val ann = new Perceptron (x, y)                  \/\/ create a Perceptron\n\n    val w  = VectorD (0.0, 0.5, 0.5)                 \/\/ weight vector w (input to output layer)\n    ann.setWeights (w)                               \/\/ set initial weights\n\n    println (\"input vector:  x(0) = \" + x(0))\n    println (\"=== target output value: y(0) = \" + y(0))\n    println (\"--- initial output value: z = \" + ann.predict (x(0)))\n\n    ann.train ()                                     \/\/ fit the weights using training data\n\n    println (\"+++ trained output value: z = \" + ann.predict (x(0)))\n\n} \/\/ PerceptronTest2 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/maxima\/package.scala","text":"<gh_stars>10-100\n\npackage scalation\n\n\/** The `maxima` package contains classes, traits and objects for\n *  optimization to find maxima.\n *\/\npackage object maxima { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/GLM.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Mon Jan  5 14:00:12 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scalation.math.FunctionS2S\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.linalgebra.MatrixD.++\nimport scalation.linalgebra.VectorD.one\n\nimport RegTechnique._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** A General Linear Model 'GLM' can be developed using the `GLM` trait and object\n *  (see below).  The implementation currently supports univariate models with\n *  multivariate models (where each response is a vector) planned for the future.\n *  It provides factory methods for the following special types of GLMs:\n *  `SimpleRegression` - simple linear regression,\n *  `Regression`       - multiple linear regression using Ordinary Least Squares 'OLS'\n *  `Regression_WLS`   - multiple linear regression using Weighted Least Squares 'WLS'\n *  `RidgeRegression`  - robust multiple linear regression,\n *  `TranRegression`   - transformed (e.g., log) multiple linear regression,\n *  `PolyRegression`   - polynomial regression,\n *  `TrigRegression`   - trigonometric regression\n *  `ResponseSurface`  - response surface regression,\n *  `ANOVA`            - GLM form of ANalysis Of VAriance, \n *  `ANCOVA`           - GLM form of ANalysis of COVAriance.\n *\/\ntrait GLM\n{\n    protected var add_1     = true       \/\/ by default, prepend a column of all ones to the design matrix\n    protected var technique = QR         \/\/ by default, use QR Factorization for\n                                         \/\/ the regression technique used to solve for b in x.t*x*b = x.t*y\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Simple Linear Regression model, automatically prepending the\n     *  column of ones.\n     *  @param x  the input\/design m-by-1 vector\n     *  @param y  the response m-vector\n     *\/\n    def apply (x: VectorD, y: VectorD): SimpleRegression =\n    {\n        new SimpleRegression (++ (one (x.dim), x), y)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Multiple Linear Regression model using Ordinary Least Squares 'OLS'.\n     *  @param x  the input\/design m-by-n matrix\n     *  @param y  the response m-vector\n     *\/\n    def apply (x: MatrixD, y: VectorD): Regression [MatrixD, VectorD] =\n    {\n        if (add_1)\n            new Regression [MatrixD, VectorD] (one (x.dim1) +^: x, y, technique)\n        else\n            new Regression [MatrixD, VectorD] (x, y, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Multiple Linear Regression model using Ordinary Least Squares 'OLS'.\n     *  @param xy  the combined input\/design m-by-n matrix and response m-vector\n     *\/\n    def apply (xy: MatrixD): Regression [MatrixD, VectorD] =\n    {\n        if (add_1)\n            new Regression [MatrixD, VectorD] (one (xy.dim1) +^: xy.sliceCol (0, xy.dim2-1), xy.col (xy.dim2-1),\n                            technique)\n        else\n            new Regression [MatrixD, VectorD] (xy.sliceCol (0, xy.dim2-1), xy.col (xy.dim2-1), technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Multiple Linear Regression model using Weighted Least Squares 'WLS'.\n     *  @param x  the input\/design m-by-n matrix\n     *  @param y  the response m-vector\n     *\/\n    def apply (x: MatrixD, y: VectorD, w: VectorD): Regression_WLS =\n    {\n        if (add_1)\n            new Regression_WLS (one (x.dim1) +^: x, y, w, technique)\n        else\n            new Regression_WLS (x, y, w, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Multiple Linear Robust Regression model.\n     *  @param x       the centered input\/design m-by-n matrix NOT augmented with a first column of ones\n     *  @param y       the centered response vector\n     *  @param lambda  the shrinkage parameter (0 => OLS) in the penalty term 'lambda * b dot b'\n     *\/\n    def apply (x: MatrixD, y: VectorD, lambda: Double): RidgeRegression =\n    {\n        new RidgeRegression (x, y, lambda, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Multiple Linear Robust Regression model.\n     *  @param xY      the combined centered input\/design m-by-n matrix and response vector\n     *  @param lambda  the shrinkage parameter (0 => OLS) in the penalty term 'lambda * b dot b'\n     *\/\n    def apply (xy: MatrixD, lambda: Double): RidgeRegression =\n    {\n        new RidgeRegression (xy.sliceCol (0, xy.dim2-1), xy.col (xy.dim2-1), lambda, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Transformed Multiple Linear Regression model.\n     *  @param x          the input\/design m-by-n matrix\n     *  @param y          the response m-vector\n     *  @param transform  the transformation function (e.g., log)\n     *\/\n    def apply (x: MatrixD, y: VectorD, transform: FunctionS2S): TranRegression =\n    {\n        if (add_1)\n            new TranRegression (one (x.dim1) +^: x, y, transform, technique)\n        else\n            new TranRegression (x, y, transform, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Transformed Multiple Linear Regression model.\n     *  @param xy         the combined input\/design m-by-n matrix and response m-vector\n     *  @param transform  the transformation function\n     *\/\n    def apply (xy: MatrixD, transform: FunctionS2S): TranRegression =\n    {\n        if (add_1)\n            new TranRegression (one (xy.dim1) +^: xy.sliceCol (0, xy.dim2-1), xy.col (xy.dim2-1),\n                            transform, technique)\n        else\n            new TranRegression (xy.sliceCol (0, xy.dim2-1), xy.col (xy.dim2-1), transform, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Polynomial Regression model.\n     *  @param t  the input vector: t_i expands to x_i = [1, t_i, t_i^2, ... t_i^k]\n     *  @param y  the response vector\n     *  @param k  the order of the polynomial\n     *\/\n    def apply (t: VectorD, y: VectorD, k: Int): PolyRegression =\n    {\n        new PolyRegression (t, y, k, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Polynomial Regression model.\n     *  @param ty  the combined input vector and response vector\n     *  @param k   the order of the polynomial\n     *\/\n    def apply (ty: MatrixD, k: Int): PolyRegression =\n    {\n        new PolyRegression (ty.col (0), ty.col (1), k, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Trigonometric Regression model.\n     *  @param t  the input vector: 't_i' expands to 'x_i'\n     *  @param y  the response vector\n     *  @param k  the maximum multiplier in the trig function 'kwt'\n     *  @param w  the base displacement angle in radians\n     *\/\n    def apply (t: VectorD, y: VectorD, k: Int, w: Double): TrigRegression =\n    {\n        new TrigRegression (t, y, k, w, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Trigonometric Regression model.\n     *  @param ty  the combined input vector and response vector\n     *  @param k   the maximum multiplier in the trig function 'kwt'\n     *  @param w   the base displacement angle in radians\n     *\/\n    def apply (ty: MatrixD, k: Int, w: Double): TrigRegression =\n    {\n        new TrigRegression (ty.col (0), ty.col (1), k, w, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a Response Surface model.\n     *  @param x_     the input vectors\/points\n     *  @param y      the response vector\n     *  @param cubic  the order of the surface (false for quadratic, true for cubic)\n     *\/\n    def apply (x_ : MatrixD, y: VectorD, cubic: Boolean): ResponseSurface =\n    {\n        new ResponseSurface (x_, y, cubic)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build an ANalysis Of VAriance (ANOVA) model.\n     *  @param t       the treatment\/categorical variable vector\n     *  @param y       the response vector\n     *  @param levels  the number of treatment levels (1, ... levels)\n     *\/\n    def apply (t: VectorI, y: VectorD, levels: Int): ANOVA =\n    {\n        new ANOVA (t, y, levels, technique)\n    } \/\/ apply\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build an ANalysis of COVAriance (ANCOVA) model.\n     *  @param x_      the data\/design matrix of continuous variables\n     *  @param t       the treatment\/categorical variable vector\n     *  @param y       the response vector\n     *  @param levels  the number of treatment levels (1, ... levels)\n     *\/\n    def apply (x_ : MatrixD, t: VectorI, y: VectorD, levels: Int): ANCOVA =\n    {\n        new ANCOVA (x_, t, y, levels, technique)\n    } \/\/ apply\n\n} \/\/ GLM trait\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GLM` object makes the `GLM` trait's methods directly available.\n *  This approach (using traits and objects) allows the methods to also be inherited.\n *\/\nobject GLM extends GLM\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GLMTest` object tests the `GLM` object using the following regression\n *  equation.\n *  <p>\n *      y  =  b dot x  =  b_0 + b_1*x_1 + b_2*x_2 + b_3*d_1 + b_4*d_2\n *  <p>\n *\/\nobject GLMTest extends App\n{\n    \/\/ 5 data points: constant term, x_1 coordinate, x_2 coordinate\n    val x = new MatrixD ((5, 3), 1.0, 36.0,  66.0,               \/\/ 5-by-3 matrix\n                                 1.0, 37.0,  68.0,\n                                 1.0, 47.0,  64.0,\n                                 1.0, 32.0,  53.0,\n                                 1.0,  1.0, 101.0)\n    val t = VectorI (1, 1, 2, 2, 3)                              \/\/ treatments levels\n    val y = VectorD (745.0, 895.0, 442.0, 440.0, 1598.0)         \/\/ response vector\n    val z = VectorD (1.0, 20.0, 80.0, 1.0)\n\n    println (\"x = \" + x)\n    println (\"t = \" + t)\n    println (\"y = \" + y)\n\n    val levels = 3\n\/*\n    val glm    = GLM ( \/* TBD *\/ )\n    glm.train ()\n    println (\"fit = \" + glm.fit)\n\n    val yp = glm.predict (z)\n    println (\"predict (\" + z + \") = \" + yp)\n*\/\n\n} \/\/ GLMTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/DecisionTreeC45.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Wed Jan  9 15:07:13 EST 2013\n *  @see     LICENSE (MIT style license file).\n *  @see     http:\/\/en.wikipedia.org\/wiki\/C4.5_algorithm\n *\/\n\npackage scalation.analytics.classifier\n\nimport scala.collection.mutable.{MutableList, Queue}\nimport scala.math.{ceil, floor}\nimport scala.util.control.Breaks.{break, breakable}\nimport scala.util.Sorting\n\nimport scalation.linalgebra.{MatriI, MatrixI, VectoD, VectorD, VectoI, VectorI}\nimport scalation.util.Error\n\nimport scalation.analytics.Probability.entropy\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DecisionTreeC45` class implements a Decision Tree classifier using the\n *  C4.5 algorithm.  The classifier is trained using a data matrix 'x' and a\n *  classification vector 'y'.  Each data vector in the matrix is classified into\n *  one of 'k' classes numbered '0, ..., k-1'.  Each column in the matrix represents\n *  a feature (e.g., Humidity).  The 'vc' array gives the number of distinct values\n *  per feature (e.g., 2 for Humidity).\n *  @param x       the data vectors stored as rows of a matrix\n *  @param y       the class array, where y_i = class for row i of the matrix x\n *  @param fn      the names for all features\/variables\n *  @param isCont  `Boolean` value to indicate whether according feature is continuous\n *  @param k       the number of classes\n *  @param cn      the names for all classes\n *  @param vc      the value count array indicating number of distinct values per feature\n *\/\nclass DecisionTreeC45 (val x: MatriI, val y: VectoI, fn: Array [String], isCont: Array [Boolean],\n                       k: Int, cn: Array [String], private var vc: VectoI = null)\n      extends ClassifierInt (x, y, fn, k, cn)\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Class that contains information for a tree node.\n     *  @param f         feature of the node, if it is leaf, contains the feature of its parent\n     *  @param value     branch value\n     *  @param theshold  threshold for continuous feature\n     *  @param leaf      `Boolean` value indicate whether is leaf node\n     *  @param decision  decision if it is leaf node\n     *\/\n    class Node (val f: Int, var value: Int, val threshold: Double = -1,\n                val leaf: Boolean = false, val decision: Int = -1)\n    {\n        var next = new MutableList [DecisionTreeC45#Node] ()\n        \n        override def toString (): String =\n        {\n            if (leaf) {\n                \"Node (LeafOf: \" + fn(f) + \"\\t\" + \"BranchValue: \"  + value + \"\\tclass: \" + decision + \")\"\n            } else if (isCont (f)) {\n                if (value == -1) \"Node (feature: \" + fn(f) + \"\\t BranchValue: ROOT\" + \"\\tThreshold: \" + threshold + \")\"\n                else             \"Node (feature: \" + fn(f) + \"\\t BranchValue: \" + value + \"\\tThreshold: \" + threshold + \")\"\n            } else {\n                if (value == -1) \"Node (feature: \" + fn(f) + \"\\t BranchValue: ROOT\" + \")\"\n                else             \"Node (feature: \" + fn(f) + \"\\t BranchValue: \" + value + \")\"\n            } \/\/ if\n        } \/\/ toString\n    } \/\/ Node class\n\n    private val DEBUG  = true                        \/\/ debug flag\n    private val y_prob = new VectorD (k)             \/\/ probability that class c occurs\n\n    if (vc == null) vc = vc_default                  \/\/ set value count (vs) to default for binary data (2)\n    for (i <- 0 until m) y_prob(y(i)) += 1\n    y_prob \/= md\n    private val entropy_0 = entropy (y_prob)         \/\/ the initial entropy\n    private var root: DecisionTreeC45#Node = null    \/\/ decision tree, store according to layers of tree\n    private var threshold = new Array [Double] (n)   \/\/ threshold for continuous features (below <=, above >)\n    \n    for (i <- 0 until n if isCont(i)) vc(i) = 2      \/\/ for continuous features set vc to 2 (below, above)\n      \n    if (DEBUG) println (\"Constructing a C45 Decision Tree: initial entropy = \" + entropy_0)\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a feature column (e.g., 2 (Humidity)) and a value (e.g., 1 (High))\n     *  use the frequency of occurrence the value for each classification\n     *  (e.g., 0 (no), 1 (yes)) to estimate k probabilities.  Also, determine\n     *  the fraction of training cases where the feature has this value\n     *  (e.g., fraction where Humidity is High = 7\/14).\n     *  @param fCol   a feature column to consider (e.g., Humidity)\n     *  @param value  one of the possible values for this feature (e.g., 1 (High))\n     *  @param cont   indicates whether is calculating continuous feature\n     *  @param thres  threshold for continuous feature\n     *\/\n    def frequency (fCol: VectoI, value: Int, cont: Boolean = false, thres: Double = 0):\n                   Tuple2 [Double, VectorD] =\n    {\n        val prob  = new VectorD (k)        \/\/ probability vector for a given feature and value\n        var count = 0.0\n        if (cont) {                        \/\/ feature with continuous values\n            if (value == 0) {\n                for (i <- 0 until m if fCol(i) <= thres) {    \/\/ below threshold\n                    count      += 1.0\n                    prob(y(i)) += 1\n                } \/\/ for\n             } else {\n                for (i <- 0 until m if fCol(i) > thres) {      \/\/ above threshold\n                    count      += 1.0\n                    prob(y(i)) += 1\n                } \/\/ for\n            } \/\/ if\n        } else {                           \/\/ feature with discrete values\n            for (i <- 0 until m if fCol(i) == value) {\n                count      += 1.0\n                prob(y(i)) += 1\n            } \/\/ for\n        } \/\/ if\n        (count \/ md, prob \/= count)        \/\/ return the fraction and the probability vector \n    } \/\/ frequency\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the information gain due to using the values of a feature\/attribute\n     *  to distinguish the training cases (e.g., how well does Humidity with its\n     *  values Normal and High indicate whether one will play tennis).\n     *  @param f  the feature to consider (e.g., 2 (Humidity))\n     *\/\n    def gain (f: Int): Double =\n    {\n        val fCol = x.col(f)            \/\/ extract column f from data matrix x\n        val vals = vc(f)               \/\/ the number of distinct values for feature f\n        var sum  = 0.0\n        for (i <- 0 until vals) {\n            val (coun_fi, prob_fi) = frequency (fCol, i, isCont(f), threshold(f))\n            val entr_fi = entropy (prob_fi)           \/\/ entropy for feature f value i\n            if (DEBUG) println (\"\\tentropy from feature \" + f + \" for value \" + i + \" is \" + entr_fi)\n            sum += coun_fi * entr_fi\n        } \/\/ for\n        val igain = entropy_0 - sum                   \/\/ the drop in entropy\n        \/\/println (\"gain from feature \" + f + \" is \" + igain)\n        igain                                         \/\/ return the information gain\n    } \/\/ gain\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a continuous feature, adjust its threshold to improve gain.\n     *  @param f  the feature index to consider\n     *\/\n    def calThreshold (f: Int)\n    {\n        var thres    =  0.0                          \/\/ start with a threshold of 0\n        var tmpThres =  0.0                          \/\/ try other thresholds\n        var maxGain  = -1.0                          \/\/ maximum gain\n        var tmpGain  =  0.0                          \/\/ gain with current threshold\n        var fCol     = x.col(f)                      \/\/ feature column\n        var values   = new MutableList [Double] ()   \/\/ values for feature\n        for (i <- 0 until m if ! values.contains (fCol(i))) values += fCol(i)\n        values = values.sorted\n\n        if (DEBUG) {\n            println(\"\\n ************ Threshold calculation for feature = \" + f)\n            println(\"possible value for feature = \" + f + \"  are: \" + values)\n        } \/\/ if\n\n        for (i <- 0 until values.length - 1) {\n            tmpThres     = (values(i) + values(i+1)) \/ 2.0\n            threshold(f) = tmpThres                  \/\/ tmp change for gain calculation\n            tmpGain      = gain (f)                  \/\/ compute gain with new threshold\n            if (DEBUG) println (\"for threshold \" + tmpThres + \" the gain is \" + tmpGain)\n            if (tmpGain > maxGain) {\n                thres   = tmpThres                   \/\/ found a better threshold\n                maxGain = tmpGain                    \/\/ save better gain\n            } \/\/ if\n        } \/\/ for\n\n        threshold(f) = thres                         \/\/ save best threshold for this feature\n        if (DEBUG) println (\"for feature \"+ f + \" threshold = \" + thres)\n    } \/\/ calThreshold\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return new x matrix and y array for next step of constructing decision tree.\n     *  @param f      the feature index\n     *  @param value  one of the features values\n     *\/\n    def nextXY (f: Int, value: Int): Tuple2 [MatrixI, VectorI] =\n    {\n        var count = 0\n        if (isCont(f)) {                       \/\/ feature with continuous values\n            if (value == 0) {\n                for (i <- 0 until m if x(i, f) <= threshold(f)) count += 1\n            } else {\n                for (i <- 0 until m if x(i, f) > threshold(f)) count += 1\n            } \/\/ if\n        } else {                               \/\/ feature with discrete values\n            for (i <- 0 until m if x(i, f) == value) count += 1\n        } \/\/ if\n\n        val nx = new MatrixI (count, n)        \/\/ new x matrix\n        val ny = new VectorI (count)           \/\/ new y array\n\n        var x_index = 0\n        if (isCont(f)) {                       \/\/ feature with continuous values\n            if (value == 0) {\n                for (i <- 0 until m if x(i, f) <= threshold(f)) {\n                    ny(x_index) = y(i)\n                    nx(x_index) = x(i)\n                    x_index += 1\n                } \/\/ for\n            } else {\n                for (i <- 0 until m if x(i, f) > threshold(f)) {\n                    ny(x_index) = y(i)\n                    nx(x_index) = x(i)\n                    x_index += 1\n                } \/\/ for\n            } \/\/ if\n        } else {                               \/\/ feature with discrete values\n            for (i <- 0 until m if x(i, f) == value) {\n                ny(x_index) = y(i)\n                nx(x_index) = x(i)\n                x_index += 1\n            } \/\/ for\n        } \/\/ if\n        (nx, ny)\n    } \/\/ nextXY\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier, i.e., determine which feature provides the most\n     *  information gain and select it as the root of the decision tree.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int, testEnd: Int)    \/\/ FIX - use these parameters\n    {\n        if (DEBUG) {\n            println (\"train: inputs:\")\n            println (\"\\t x      = \" + x)\n            println (\"\\t y      = \" + y)\n            println (\"\\t vc     = \" + vc)\n            println (\"\\t isCont = \" + isCont.deep)\n        } \/\/ if\n\n        for (f <- 0 until n if isCont(f)) calThreshold (f)    \/\/ set threshold for cont. features\n        var opt = (0, gain (0))                               \/\/ compute gain for feature 0\n        \n        if (DEBUG) println (\"train: for feature \" + opt._1 + \" the gain is \" + opt._2)\n        \n        for (f <- 1 until n) {\n            val fgain = gain (f)                              \/\/ compute gain for feature f\n            if (DEBUG) println (\"train: for feature \" + f + \" the gain is \" + fgain)\n            if (fgain > opt._2) opt = (f, fgain)              \/\/ save feature giving best gain\n        } \/\/ for\n        \n        if (DEBUG) println (\"train: \\noptimal feature is \" + opt._1 + \" with a gain of \" + opt._2)\n        \n        buildTree (opt)\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given the next most distinguishing feature\/attribute, extend the\n     *  decision tree.\n     *  @param opt  the optimal feature and its gain\n     *\/\n    def buildTree (opt: Tuple2 [Int, Double])\n    {\n        root = if (isCont(opt._1)) new Node (opt._1, -1, threshold(opt._1)) else new Node (opt._1, -1)\n\n        for (i <- 0 until vc(opt._1)) {\n            var next = nextXY (opt._1, i)    \n            var flag = true\n            for (j <- 0 until next._2.dim-1 if next._2(j) != next._2(j+1)) flag = false\n            if (flag) {\n                root.next += new Node (opt._1, root.next.length, -1, true, next._2(1))\n                if (DEBUG) {\n                    println (\" --> Leaf = \" + root.next)\n                    println (\"\\t x      = \" + next._1)\n                    println (\"\\t y      = \" + next._2)\n                    println (\"\\t vc     = \" + vc)\n                    println (\"\\t isCont = \" + isCont.deep)\n                } \/\/ if\n            } else {\n                var subtree = new DecisionTreeC45 (next._1, next._2, fn, isCont, k, cn, vc)\n                subtree.train ()\n                subtree.root.value = root.next.length\n                root.next += subtree.root\n            } \/\/ if\n        } \/\/ if\n    } \/\/ buildTree\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Print out the decision tree using Breadth First Search (BFS).\n     *\/\n    def printTree ()\n    {\n        println(\"\\n*********************\")\n        println(\"  DecisionTree:\\n\")\n        var queue = new Queue [DecisionTreeC45#Node] ()\n        queue += root\n\n        do {\n            var nd = queue.dequeue\n            for (i <- 0 until nd.next.length) queue += nd.next(i)\n            if (isCont (nd.f) && ! nd.leaf) {\n                println (nd + \" --> (\" + nd.next.length + \" )\")\n            } else {\n                println (nd + \" --> (\" + nd.next.length + \" )\")\n            } \/\/ if\n        } while ( ! queue.isEmpty)\n    } \/\/ printTree\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a data vector z, classify it returning the class number (0, ..., k-1)\n     *  by following a decision path from the root to a leaf.\n     *  Return the best class, its name and its FIX.\n     *  @param z  the data vector to classify (purely discrete features)\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        if(DEBUG) println (\"classify: purely discrete features\\n\")\n\n        for (i <- 0 until n if z(i) >= vc(i)) {\n            println(\"classify: the \" + i + \"th value is too large\")\n            break\n        } \/\/ for\n\n        var nd   = root         \/\/ current node\n        var step = 0\n        while ( ! nd.leaf) {\n            println (\"classify: step-\" + step + \": \" + nd)\n            nd = nd.next(z(nd.f))\n            step += 1\n        } \/\/ while\n\n        println (\"classify step-\" + step + \": \" + nd + \"\\n\")\n        val best = nd.decision\n        (best, cn(best), -1.0)               \/\/ FIX - need ranking metric\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a data vector z, classify it returning the class number (0, ..., k-1)\n     *  by following a decision path from the root to a leaf.\n     *  Return the best class, it ane and FIX.\n     *  @param z  the data vector to classify (some continuous features)\n     *\/\n    override def classify (z: VectoD): (Int, String, Double) =\n    {\n        if(DEBUG) println (\"classify: some continuous features\\n\")\n\n        var nd   = root         \/\/ current node\n        var step = 0\n        while ( ! nd.leaf) {\n            println (\"classify: step-\" + step + \": \" + nd)\n            if (isCont (nd.f)) {\n                nd = if (z(nd.f) <= nd.threshold) nd.next(0) else nd.next(1)\n            } else {\n                nd = nd.next(z(nd.f).toInt)\n            } \/\/ if\n            step += 1\n        } \/\/ while\n\n        println (\"classify step-\" + step + \": \" + nd + \"\\n\")\n        val best = nd.decision\n        (best, cn(best), -1.0)          \/\/ FIX - need metric\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset ()\n    {\n        \/\/ FIX: to be implemented\n    } \/\/ reset\n\n} \/\/ DecisionTreeC45 class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `DecisionTreeC45` is the companion object for the `DecisionTreeC45` class.\n *\/\nobject DecisionTreeC45\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `DecisionTreeID3` object, passing 'x' and 'y' together in one table.\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn      the names for all features\/variables\n     *  @param isCont  `Boolean` value to indicate whether according feature is continuous\n     *  @param k       the number of classes\n     *  @param cn      the names for all classes\n     *  @param vc      the value count array indicating number of distinct values per feature\n     *\/\n    def apply (xy: MatriI, fn: Array [String], isCont: Array [Boolean], k: Int, cn: Array [String],\n              vc: VectoI = null) =\n    {\n        new DecisionTreeC45 (xy(0 until xy.dim1, 0 until xy.dim2-1), xy.col(xy.dim2-1), fn, isCont, k, cn, vc)\n    } \/\/ apply\n\n} \/\/ DecisionTreeC45 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `DecisionTreeC45Test` object is used to test the `DecisionTreeC45` class.\n *  Ex: Classify (No\/Yes) whether a person will play tennis based on the measured\n *  features.\n *  @see http:\/\/www.cise.ufl.edu\/~ddd\/cap6635\/Fall-97\/Short-papers\/2.htm\n *\/\nobject DecisionTreeC45Test extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ Outlook:     Rain (0), Overcast (1), Sunny (2)\n    \/\/ Temperature: Cold (0), Mild (1), Hot (2)\n    \/\/ Humidity:    Normal (0), High (1)\n    \/\/ Wind:        Weak (0), Strong (1)\n    \/\/ features:    Outlook Temp Humidity Wind\n    \n    val x  = new MatrixI ((14, 4),   2,     2,     1,     0,      \/\/ day  1 - data matrix\n                                     2,     2,     1,     1,      \/\/ day  2\n                                     1,     2,     1,     0,      \/\/ day  3\n                                     0,     1,     1,     0,      \/\/ day  4\n                                     0,     0,     0,     0,      \/\/ day  5\n                                     0,     0,     0,     1,      \/\/ day  6\n                                     1,     0,     0,     1,      \/\/ day  7\n                                     2,     1,     1,     0,      \/\/ day  8\n                                     2,     0,     0,     0,      \/\/ day  9\n                                     0,     1,     0,     0,      \/\/ day 10\n                                     2,     1,     0,     1,      \/\/ day 11\n                                     1,     1,     1,     1,      \/\/ day 12\n                                     1,     2,     0,     0,      \/\/ day 13\n                                     0,     1,     1,     1)      \/\/ day 14\n    \/\/ day:           1  2  3  4  5  6  7  8  9 10 11 12 13 14\n    val y  = VectorI (0, 0, 1, 1, 1, 0, 1, 0, 1, 1, 1, 1, 1, 0)   \/\/ classification vector: 0(No), 1(Yes))\n    val vc = VectorI (3, 3, 2, 2)                                 \/\/ distinct values for each feature\n    val fn = Array (\"Outlook\", \"Temp\", \"Humidity\", \"Wind\")        \/\/ feature names\n    val flag = Array (false, false, false, false)                 \/\/ is continuous\n    \n\/\/  val x = new MatrixI ((14, 4),  0,     85,     85,    0,    \n\/\/                                 0,     80,     90,    1,    \n\/\/                                 1,     83,     78,    0,    \n\/\/                                 2,     70,     96,    0,    \n\/\/                                 2,     68,     80,    0,    \n\/\/                                 2,     65,     70,    1,    \n\/\/                                 1,     64,     65,    1,    \n\/\/                                 0,     72,     95,    0,    \n\/\/                                 0,     69,     70,    0,    \n\/\/                                 2,     75,     80,    0,    \n\/\/                                 0,     75,     70,    1,    \n\/\/                                 1,     72,     90,    1,\n\/\/                                 1,     81,     75,    0,    \n\/\/                                 2,     71,     80,    1)    \n\/\/                                 \n\/\/  val y  = VectorI (0, 0, 1, 1, 1, 0, 1, 0, 1, 1, 1, 1, 1, 0)     \/\/ classification vector: 0(No), 1(Yes))\n\/\/  val vc = VectorI (3, 3, 2, 2)                                   \/\/ distinct values for each feature\n\/\/  val flag = Array (false, true, true, false)\n\n    \/\/ train the classifier ---------------------------------------------------\n    val cl = new DecisionTreeC45 (x, y, fn, flag, 2, null, vc)      \/\/ create the classifier            \n    cl.train ()\n    cl.printTree ()\n    \n\/\/  test sample ------------------------------------------------------------\n\/\/  val z = VectorD (2, 100, 77.5, 0)                               \/\/ new data vector to classify\n\/\/  println (\"--- classify \" + z + \" = \" + cl.classify (z) + \"\\n\")\n\/\/  val z2 = VectorD (2, 100, 77.6, 1)                              \/\/ new data vector to classify\n\/\/  println (\"--- classify \" + z2 + \" = \" + cl.classify (z2) + \"\\n\")\n    \n} \/\/ DecisionTreeC45Test object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/Clusterer.scala","text":"<reponame>DongYuYu\/Scalation\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Tue May 29 14:45:32 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.clusterer\n\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Clusterer` trait provides a common framework for several clustering\n *  algorithms.\n *\/\ntrait Clusterer\n{\n    \/** Optional names for clusters\n     *\/\n    private var _name: Array [String] = null\n\n    \/** Flag indicating whether the points have already been clusterer\n     *\/\n    protected var clustered = false\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a set of points\/vectors, put them in clusters, returning the cluster\n     *  assignment vector.  A basic goal is to minimize the sum of the distances\n     *  between points within each cluster.\n     *\/\n    def cluster (): Array [Int]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the centroids (a centroid is the mean of points in a cluster).\n     *  Should only be called after 'cluster ()'. \n     *\/\n    def centroids (): MatrixD\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector y, determine which cluster it belongs to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the sizes (number of points within) of the clusters.  Should only\n     *  be called after 'cluster ()'. \n     *\/\n    def csize (): VectorI\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Set the names for the clusters.\n     *  @param n  the array of names\n     *\/\n    def name_ (n: Array [String]) { _name = n   } \/\/ name_\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the name of the i-th cluster.\n     *  @param y  the vector to classify\n     *\/\n    def getName (i: Int): String = \n    {\n        if (_name != null && i < _name.length) _name(i) else \"unknown\"\n    } \/\/ getName\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute a distance metric (e.g., distance squared) between vectors\/points\n     *  'u' and 'v'.  Override this methods to use a different metric, e.g.,\n     *     'norm'   - the Euclidean distance, 2-norm\n     *     'norm1'  - the Manhattan distance, 1-norm\n     *  @param u  the first vector\/point\n     *  @param v  the second vector\/point\n     *\/\n    def distance (u: VectorD, v: VectorD): Double = \n    {\n        (u - v).normSq     \/\/ squared Euclidean norm used for efficiency, may use other norms\n    } \/\/ distance\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of squared errors within the clusters, where error is\n     *  indicated by e.g., the distance from a point to its centroid.\n     *\/\n    def sse (x: MatrixD): Double =\n    {\n        val cent   = centroids ()\n        val clustr = cluster ()\n        var sum    = 0.0\n        for (i <- x.range1) sum += distance (x(i), cent(clustr(i)))\n        sum\n    } \/\/ sse\n\n    def sst (x: MatrixD): Double =\n    {\n        val cent   = centroids ()\n        var csum   = new VectorD (cent.dim2)\n        for (i <- cent.range1) csum += cent(i)\n        val gmean  = csum \/ cent.dim1\n        var sum    = 0.0\n        for (i <- x.range1) sum += distance (x(i), gmean)\n        sum\n    } \/\/ sst\n\n    def rSquared (x: MatrixD): Double =\n    {\n        val ssex = sse (x)\n        val sstx = sst (x)\n        (sstx - ssex) \/ sstx\n    } \/\/ rSquared\n\n} \/\/ Clusterer traait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/AugNaiveBayes.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Mon Jul 27 01:27:00 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport scala.math.abs\n\nimport scalation.linalgebra.{MatriI, MatrixI, VectorD, VectoI, VectorI}\nimport scalation.linalgebra.gen.HMatrix4\nimport scalation.relalgebra.Relation\nimport scalation.util.time\n\nimport BayesClassifier.me_default\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `AugNaiveBayes` class implements an Integer-Based Tree Augmented Naive Bayes\n *  Classifier,  which is a commonly used such classifier for discrete input data.\n *  The classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier supports limited dependency between features\/variables.\n *-----------------------------------------------------------------------------\n *  @param x      the integer-valued data vectors stored as rows of a matrix\n *  @param y      the class vector, where y(l) = class for row l of the matrix, x(l)\n *  @param fn     the names for all features\/variables\n *  @param k      the number of classes\n *  @param cn     the names for all classes\n *  @param vc     the value count (number of distinct values) for each feature\n *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n *\/\nclass AugNaiveBayes (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                     private var vc: VectoI = null, me: Float = me_default, thres: Double = 0.3)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG  = false                          \/\/ debug flag\n    private val cor    = calcCorrelation                \/\/ feature correlation matrix\n    private val parent = new VectorI (n)                \/\/ vector holding the parent for each feature\/variable\n    private val vcp    = new VectorI(n)                 \/\/ value count for the parent\n\n    private val popC  = new VectorI (k)                 \/\/ frequency counts for classes 0, ..., k-1\n    private val probC = new VectorD (k)                 \/\/ probabilities for classes 0, ..., k-1\n    private val popX  = new HMatrix4 [Int] (k, n)       \/\/ conditional frequency counts for variable\/feature j: xj\n    private val probX = new HMatrix4 [Double] (k, n)    \/\/ conditional probabilities for variable\/feature j: xj\n\n    if (vc == null) vc = vc_fromData                    \/\/ set to default for binary data (2)\n\n    if (DEBUG) {\n        println (\"value count vc      = \" + vc)\n        println (\"value count vcp     = \" + vcp)\n        println (\"correlation matrix  = \" + cor)\n        println (\"parent features parent = \" + parent)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build a model, including ordering and selection of features.\n     *  @param testStart  the begining of the test region\n     *  @param testEnd    the end of the test region\n     *\/\n    def buildModel (testStart: Int= 0, testEnd: Int = 0): (Array [Boolean], DAG)=\n    {\n        computeParent()\n        computeVcp ()\n\n        popX.alloc (vc, vcp)\n        probX.alloc (vc, vcp)\n        val pp: Traversable [Array [Int]] = for (p <- parent) yield Array (p)\n        (Array.fill (n)(true), new DAG(pp.toArray))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature x_i is only a possible candidate for parent of feature x_j if\n     *  i < j\n     *\/\n    def computeParent ()\n    {\n        parent(0) = -1                                       \/\/ feature 0 does not have a parent\n        for (i <- 1 until n) {\n            val correl = cor(i).map ((x: Double) => abs (x))\n            parent(i) = if (correl.max () > thres) correl.argmax () else -1\n        } \/\/ for\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value counts of each parent feature based on the parent vector.\n     *\/\n    def computeVcp ()\n    {\n        \/\/set default value count to 1\n        vcp.set(1)\n        for (j <- 0 until n if (parent(j) > -1)) vcp(j) = vc(parent(j))\n    } \/\/ computeVcp\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation\n     *\/\n    def frequencies (testStart: Int, testEnd: Int)\n    {\n        for (l <- 0 until m if l < testStart || l >= testEnd) {    \/\/ l = lth row of data matrix x\n            val i = y(l)                                           \/\/ get the class\n            popC(i) += 1                                           \/\/ increment ith class\n            for (j <- 0 until n) {\n                if (parent(j) > -1) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else             popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                             \/\/ #(C = i)\n            println (\"popX = \" + popX)                             \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        frequencies (testStart, testEnd)                           \/\/ compute frequencies skipping test region\n\n        for (i <- 0 until k) {                                     \/\/ for each class i\n            val pci = popC(i).toDouble                             \/\/ population of class i\n            probC(i) = pci \/ md                                    \/\/ probability of class i\n\n            for (j <- 0 until n) {                                 \/\/ for each feature j\n                val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {  \/\/ for each value for feature j: xj, parent(j): xp\n                    probX(i, j, xj, xp) = (popX(i, j, xj, xp) + me_vc) \/ (pci + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + probC)                           \/\/ P(C = i)\n            println (\"probX = \" + probX)                           \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation\n     *\/\n    private def frequencies (itrain: Array[Int])\n    {\n        for (l <- itrain) {    \/\/ l = lth row of data matrix x\n        val i = y(l)                                           \/\/ get the class\n            popC(i) += 1                                           \/\/ increment ith class\n            for (j <- 0 until n) {\n                if (parent(j) > -1) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else             popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                             \/\/ #(C = i)\n            println (\"popX = \" + popX)                             \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    override def train (itrain: Array[Int])\n    {\n        frequencies (itrain)                           \/\/ compute frequencies skipping test region\n        for (i <- 0 until k) {                                     \/\/ for each class i\n        val pci = popC(i).toDouble                             \/\/ population of class i\n            probC(i) = pci \/ md                                    \/\/ probability of class i\n\n            for (j <- 0 until n) {                                 \/\/ for each feature j\n            val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {  \/\/ for each value for feature j: xj, parent(j): xp\n                    probX(i, j, xj, xp) = (popX(i, j, xj, xp) + me_vc) \/ (pci + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + probC)                           \/\/ P(C = i)\n            println (\"probX = \" + probX)                           \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its real;tive probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (k)\n        for (i <- 0 until k) {\n            prob(i) = probC(i)                                               \/\/ P(C = i)\n            for (j <- 0 until n) {\n                prob(i) *= (if (parent(j) > -1) probX(i, j, z(j), z(parent(j)))    \/\/ P(X_j = z_j | C = i), parent\n                            else             probX(i, j, z(j), 0))           \/\/ P(X_j = z_j | C = i), no parent\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()                   \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))                \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset()\n    {\n        popC.set (0)\n        probC.set (0)\n        popX.clear ()\n        probX.clear ()\n        popX.alloc (vc, vcp)\n        probX.alloc (vc, vcp)\n    } \/\/ reset\n\n} \/\/ AugNaiveBayes class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `AugNaiveBayes` is the companion object for the `AugNaiveBayes` class.\n *\/\nobject AugNaiveBayes\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `AugNaiveBayes object, passing 'x' and 'y' together in one table.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\n     *  @param k      the number of classes\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               vc: VectoI = null, me: Float = me_default, thres: Double = 0.3) =\n    {\n        new AugNaiveBayes (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn,\n                           vc, me, thres)\n    } \/\/ apply\n\n} \/\/ AugNaiveBayes object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `AugNaiveBayesTest` object is used to test the `AugNaiveBayes` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-AugNaiveBayes-example.pdf\n *  > run-main scalation.analytics.classifier.AugNaiveBayesTest\n *\/\nobject AugNaiveBayesTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                 x0 x1 x2\n    val x = new MatrixI ((10, 3), 1, 0, 1,              \/\/ data matrix\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  0, 0, 1,\n                                  0, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  1, 1, 0,\n                                  1, 0, 0)\n\n    val y  = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)     \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")          \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                        \/\/ class names\n\n    println (\"xy = \" + (x :^+ y))\n    println (\"---------------------------------------------------------------\")\n\n    val anb = new AugNaiveBayes (x, y, fn, 2, cn)       \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    anb.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)         \/\/ existing data vector to classify\n    val z2 = VectorI (1, 1, 1)         \/\/ new data vector to classify\n    println (\"classify (\" + z1 + \") = \" + anb.classify (z1) + \"\\n\")\n    println (\"classify (\" + z2 + \") = \" + anb.classify (z2) + \"\\n\")\n\n    \/\/ cross validate the classifier\n    anb.crossValidate ()\n\n} \/\/ AugNaiveBayesTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `AugNaiveBayesTest2` object is used to test the `AugNaiveBayes` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.AugNaiveBayesTest2\n *\/\nobject AugNaiveBayesTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0 x1  y\n    val xy = new MatrixI ((10, 3), 1, 1, 1,\n                                   1, 1, 1,\n                                   1, 0, 1,\n                                   1, 0, 1,\n                                   1, 0, 0,\n                                   0, 1, 0,\n                                   0, 1, 0,\n                                   0, 1, 1,\n                                   0, 0, 0,\n                                   0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")                  \/\/ feature names\n    val cn = Array (\"No\", \"Yes\")                       \/\/ class names\n\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val anb = AugNaiveBayes (xy, fn, 2, cn, null, 0)   \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    anb.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                             \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + anb.classify (z) + \"\\n\")\n\n    \/\/ cross validate the classifier\n    anb.crossValidate ()\n\n} \/\/ AugNaiveBayesTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `AugNaiveBayesTest3` object is used to test the `AugNaiveBayes` class.\n  *  > run-main scalation.analytics.classifier.AugNaiveBayesTest3\n  *\/\nobject AugNaiveBayesTest3 extends App\n{\n    val filename = BASE_DIR +  \"breast-cancer.arff\"\n    var data = Relation(filename, -1, null)\n    val xy = data.toMatriI2(null)\n    val fn = data.colName.toArray\n    val cn = Array (\"p\", \"e\")            \/\/ class names\n    \/\/ val vc = VectorI (7, 5, 11, 3, 10, 5, 4, 3, 13, 3, 7, 5, 5, 10, 10, 3, 5, 4, 9, 10, 7, 8)\n    \/\/println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val anb =AugNaiveBayes(xy, fn, 2, cn,  null,0,0.3)               \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    var testprint: (Array[Boolean], DAG) = null\n    time {testprint = anb.buildModel()}\n    println(\"parent = \" + testprint)\n    anb.train ()\n    \/\/ cross validate the classifier\n    anb.crossValidate ()\n\n} \/\/ AugNaiveBayesTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/physics\/package.scala","text":"\npackage scalation\n\n\/** The `physics` package contains classes, traits and objects for\n *  for simulation oriented games.  It utilizes ODE and PDE solvers\n *  from the scalation package to move objects in either 2D or 3D\n *  canvases\/scene graphs. \n *  @see buildnewgames.com\/gamephysics\/\n *\/\npackage object physics { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/animation\/package.scala","text":"\npackage scalation\n\n\/** The `animation` package contains classes, traits and objects for\n *  2D animation of simulation objects.\n *\/\npackage object animation { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/process\/package.scala","text":"\npackage scalation\n\n\/** The `process` package contains classes, traits and objects for process-oriented\n *  simulation models (for example, process-interaction).\n *\/\npackage object process { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/TwoBAN_OS.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date Fri Oct 16 18:14:54 EDT 2015\n *  @see LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport java.util.Random\n\nimport scala.util.control.Breaks.{break, breakable}\n\nimport scalation.linalgebra._\nimport scalation.linalgebra.gen.{HMatrix2, HMatrix3, HMatrix5}\nimport scalation.random.PermutedVecI\nimport scalation.random.RNGStream.ranStream\nimport scalation.relalgebra.Relation\n\nimport BayesClassifier.me_default\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TwoBAN_OS` class implements an Integer-Based Bayesian Network Classifier,\n *  which is a commonly used such classifier for discrete input data.  Each node is\n *  limited to have at most 2 parents, and hence the \"2\" in the class name `TwoBAN_OS`.\n *  The classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier supports limited dependency between features\/variables.\n *  ------------------------------------------------------------------------------\n *  @param x      the integer-valued data vectors stored as rows of a matrix\n *  @param y      the class vector, where y(l) = class for row l of the matrix, x(l)\n *  @param fn     the names for all features\/variables\n *  @param k      the number of classes\n *  @param cn     the names for all classes\n *  @param vc     the value count (number of distinct values) for each feature\n *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n *\/\nclass TwoBAN_OS (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                 private var vc: VectoI = null, thres: Double = 0.0, me: Float = me_default)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG = false                                           \/\/ debug flag\n\n    private val parent = new MatrixI (n, 2)                             \/\/ vector holding the parent for each feature\/variable\n    private val vcp1   = new VectorI (n)                                \/\/ value count for parent 1\n    private val vcp2   = new VectorI (n)                                \/\/ value count for parent 2\n\n    private val maxRandomRestarts = 48                                  \/\/ maximum number of random restarts\n    private val permutedVec  = PermutedVecI (VectorI.range(0, n), ranStream)\n    private var featureOrder = permutedVec.igen\n    private val tabu = new TabuFeatures ()                              \/\/ the tabu list used in feature swapping\n\n    private val f_C  = new VectorI (k)                                  \/\/ frequency counts for classes 0, ..., k-1\n    private var p_C  = new VectorD (k)                                  \/\/ probabilities for classes 0, ..., k-1\n    private val f_CXPP  = new HMatrix5 [Int] (k, n)                     \/\/ conditional frequency counts for variable\/feature j: xj\n    private val p_X_CPP = new HMatrix5 [Double] (k, n)                  \/\/ conditional probabilities for variable\/feature j: xj\n\n    if (vc == null) {\n        shiftToZero; vc = vc_fromData                                   \/\/ set to default for binary data (2)\n    } \/\/ if\n\n    private val vca = vc.toArray\n\n    private val N0 = 5.0                                 \/\/ parameter needed for smoothing\n\n    \/\/private val g_f_CXPP = new HMatrix5 [Int] (k, n)\n    private val g_f_CXZ = new HMatrix5 [Int] (k, n, n, vca, vca)      \/\/ joint frequency of C, X, and Z, where X, Z are features\/columns\n    private val g_f_CX  = new HMatrix3 [Int] (k, n, vca)              \/\/ joint frequency of C and X\n    private val g_f_C = new VectorI (k)\n    private val g_f_X = new HMatrix2[Int] (n, vca)\n\n    private val f_X = new HMatrix2[Int] (n, vca)\n    private val f_CXZ = new HMatrix5 [Int] (k, n, n, vca, vca)        \/\/ joint frequency of C, X, and Z, where X, Z are features\/columns\n    private val f_CX  = new HMatrix3 [Int] (k, n, vca)                \/\/ joint frequency of C and X\n\n    if (DEBUG) {\n        println (\"value count vc      = \" + vc)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the model by finding the computing global frequencies.\n     *  @param testStart  beginning of test region (inclusive)\n     *  @param testEnd    end of test region (exclusive)\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG) =\n    {\n        \/\/ compute frequency values based on the entire dataset\n        frequenciesAll ()\n\n        (Array.fill(n)(true), new DAG (parent()))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute frequency counts for each value in each variable from the entire\n     *  data matrix.\n     *\/\n    def frequenciesAll ()\n    {\n        for (i <- 0 until m) {\n            val yi = y(i)\n            g_f_C(yi) += 1\n            for (j <- 0 until n) {\n                g_f_X(j, x(i, j)) += 1\n                g_f_CX(yi, j, x(i, j)) += 1\n                for (j2 <- j+1 until n) g_f_CXZ(yi, j, j2, x(i, j), x(i, j2)) += 1\n            } \/\/ for\n        } \/\/ for\n\n        for (c <- 0 until k; j <- 0 until n; j2 <- j+1 until n; xj <- 0 until vc(j); xj2 <- 0 until vc(j2)) {\n            g_f_CXZ(c, j2, j, xj2, xj) = g_f_CXZ(c, j, j2, xj, xj2)\n        } \/\/ for\n    } \/\/ frequenciesAll\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the conditional mutual information matrix\n     *\/\n    def calcCMIQ (itest: Array [Int]): MatrixD =\n    {\n        val p_CXZ = new HMatrix5 [Double] (k, n, n, vca, vca)    \/\/ Joint probability of C, X, and Z, where X, Z are features\/columns\n        val p_CX  = new HMatrix3 [Double] (k, n, vca)            \/\/ Joint probability of C and X\n        var p_C: VectorD = null\n\n        copyFreqCMI()\n        for (i <- itest) decrementCMI(i)\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute marginal and joint probabilities\n         *\/\n        def probabilities ()\n        {\n            val tiny = 1E-9\n            for (j <- 0 until n) {\n                \/\/val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j)) {\n                    for (c <- 0 until k) {\n                        p_CX(c, j, xj) = (f_CX(c, j, xj) + tiny) \/ md\n                        for (j2 <- j + 1 until n; xj2 <- 0 until vc(j2)) {\n                            p_CXZ(c, j, j2, xj, xj2) = (f_CXZ(c, j, j2, xj, xj2) + tiny) \/ md\n                        } \/\/ for\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n        } \/\/ probabilities\n\n        p_C = f_C.toDouble \/ m\n        probabilities ()\n\n        cmiJoint (p_C, p_CX, p_CXZ)\n    } \/\/ calcCMI\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Alternative constructor\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn  the names of the features\n     *  @param k   the number of classes\n     *  @param cn  the names for all classes\n     *\/\n    def this (xy: MatriI, fn: Array [String], k: Int, cn: Array [String])\n    {\n        this (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn)\n    } \/\/ constructor\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the feature order.\n     *\/\n    def getFeatureOrder: VectoI = featureOrder\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the parent.\n     *\/\n    override def getParent: MatrixI = parent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature 'x_i' is only a possible candidate for parent of feature 'x_j' if\n     *  'x_i' appears before 'x_j' in 'featureOrder'.\n     *  @param cmiMx  FIX - what ?\n     *\/\n    def computeParent (cmiMx: MatrixD)\n    {\n        parent.set (-1)\n        for (j <- 0 until n) {\n            val correl = cmiMx(j)\n            val jidx = featureOrder.indexOf(j)\n            for (k <- jidx until n) correl(featureOrder(k)) = 0\n            if (correl.max() > thres) {\n                parent(j, 0) = correl.argmax ()\n                correl(parent(j, 0)) = 0\n                if (correl.max () > thres) parent(j, 1) = correl.argmax ()\n            } \/\/ if\n        } \/\/ for\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value counts of each parent feature based on the parent matrix.\n     *\/\n    def computeVcp ()\n    {\n        vcp1.set(1)                         \/\/ set default value count to 1 for parent 1\n        vcp2.set(1)                         \/\/ set default value count to 1 for parent 2\n        for (j <- 0 until n if parent(j, 0) > -1) {\n            vcp1(j) = vc(parent(j, 0))\n            if (parent(j, 1) > -1) vcp2(j) = vc(parent(j, 1))\n        } \/\/ for\n    } \/\/ computeVcp\n\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        val cmiMx = calcCMIQ ((testStart until testEnd).toArray)\n        learnStructure(cmiMx)\n        copyFreqCXPP((testStart until testEnd).toArray)\n        train2()\n        if (smooth) smoothParam(testEnd - testStart)\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j. This is the quick version that uses\n     *  the \"subtraction\" method to achieve efficiency.\n     *  @param itest  indices of the instances considered testing data\n     *\/\n    def trainQ (itest: Array [Int])\n    {\n        val cmiMx = calcCMIQ (itest)\n        learnStructure (cmiMx)\n        copyFreqCXPP (itest)\n        train2()\n        if (smooth) smoothParam (itest.size)\n    } \/\/ trainQ\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *\/\n    private def train2 ()\n    {\n        p_C = f_C.toDouble \/ md                               \/\/ prior probability for class yi\n        for (i <- 0 until k; j <- 0 until n) {                           \/\/ for each class i\n            val me_vc = me \/ vc(j).toDouble\n            for (xj <- 0 until vc(j); xp <- 0 until vcp1(j); xp2 <- 0 until vcp2(j)) {\n                val d = if (parent(j, 1) > -1) f_CXZ(i, parent(j, 0), parent(j, 1), xp, xp2) + me\n                        else if (parent(j, 0) > -1) f_CX(i, parent(j, 0), xp) + me\n                        else                        f_C(i) + me\n                p_X_CPP(i, j, xj, xp, xp2) = (f_CXPP(i, j, xj, xp, xp2) + me_vc) \/ d.toDouble\n            } \/\/ for\n        } \/\/ for\n    } \/\/ train2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset ()\n    {\n        f_C.set (0)\n        f_X.set(0)\n        f_CX.set(0)\n        f_CXZ.set(0)\n\n        if (DEBUG) {\n            println (\"After Reset\")\n            println (\"new feature order = \" + featureOrder)\n            println (\"new parent = \" + parent)\n        } \/\/ if\n    } \/\/ reset\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Sum up the conditional mutual information score of the BN structure\n     *  represented by 'parent'\n     *  @param parent  parent\/predecessor matrix (dim = n x 2)\n     *  @param cmiMx   the conditional mutual information matrix\n     *\/\n    def scoreCMI (parent: MatrixI = parent, cmiMx: MatrixD): Double =\n    {\n        var sum = 0.0\n        for (j <- 0 until n if parent(j, 0) > -1) {\n            sum += cmiMx (j, parent(j, 0))\n            if (parent(j, 1) > -1) sum += cmiMx (j, parent(j, 1))\n        } \/\/ for\n        sum\n    } \/\/ scoreCMI\n\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Learn the structure Bayes Networks2 classier model by using the 'CMI' criterion.\n     *  Limited dependencies between variables\/features are also supported.\n     *  Maximum number of parents for each feature is 2.\n     *\/\n    def learnStructure (cmiMx: MatrixD) =\n    {\n        \/\/ initialize the model\n        var optimalFeatureOrder = featureOrder\n        computeParent (cmiMx)\n        if (DEBUG) println (\"Parent Matrix = \" + parent)\n\n        var initScore = scoreCMI (parent, cmiMx)\n        var globalMax = initScore                           \/\/ based on the optimalFeatureOrder\n        if (DEBUG) println (\"Initial Score: \" + initScore)\n\n        for (counter <- 0 until maxRandomRestarts) {\n            if (DEBUG) println (\"Random Restart #\" + counter)\n            if (counter > 0) {\n                featureOrder = permutedVec.igen\n                computeParent (cmiMx)\n                tabu.clear ()\n                initScore = scoreCMI (parent, cmiMx)   \/\/ based on new FeatureOrder\n            } \/\/ if\n            if (DEBUG) println (\"Initial feature order after restart = \" + featureOrder)\n\n            \/\/first round of Scores, stored in a VectorD, of all possible neighboring pair-wise swapping\n            val firstScores = new VectorD (n - 1)\n            for (j <- 0 until n - 1) testSwapping (j, firstScores, j, cmiMx)\n\n            if (firstScores.max () > initScore) {\n                var localMax = firstScores.max ()\n                var toSwap   = firstScores.argmax ()\n                swapFeatures (toSwap)                        \/\/ optimalFeatureOrder = featureOrder.toInt\n\n                if (DEBUG) {\n                    println (\"Improving Score locally by\")\n                    println (\"Swapping features \" + featureOrder(toSwap) + \" and \" + featureOrder(toSwap + 1))\n                    println (\"New feature order = \" + featureOrder)\n                } \/\/ if\n\n                \/\/ After the first round of swaps, keep swapping j-1th & j+1th features, and\n                \/\/ jth & j+2th features, where j is the smaller index of the last swap operation.\n                val localScores = new VectorD (2)\n\n                breakable { while (true) {\n                    localScores.set(Double.MinValue)\n                    \/\/ swapping j-1th & jth and j+1th & j+2th elements in the featureOrder\n                    if (toSwap > 0 && tabu.notInTaboo(featureOrder(toSwap - 1), featureOrder(toSwap))) testSwapping(toSwap - 1, localScores, 0, cmiMx)\n                    if (toSwap + 2 < n && tabu.notInTaboo(featureOrder(toSwap + 1), featureOrder(toSwap + 2))) testSwapping(toSwap + 1, localScores, 1, cmiMx)\n\n                    if (localScores.max() > localMax) {\n                        localMax = localScores.max\n                        toSwap = if (localScores.argmax() == 0) toSwap - 1 else toSwap + 1\n\n                        if (DEBUG) {\n                            println (\"Improving Score locally by\")\n                            println (\"Swapping features \" + featureOrder(toSwap) + \" and \" + featureOrder(toSwap + 1))\n                            println (\"New Local Max Score = \" + localMax)\n                        } \/\/ if\n\n                        swapFeatures (toSwap)\n\/\/                      optimalFeatureOrder = featureOrder.toInt\n                    } else {\n                        if (DEBUG) {\n                            println (\"Optimal Score achieved for this round\")\n                            println (\"Initial Score for this round = \" + initScore)\n                            println (\"Final Score for this round = \" + localMax)\n                        } \/\/ if\n\n                        if (localMax > globalMax) {\n                            globalMax = localMax\n                            optimalFeatureOrder = featureOrder\n                            if (DEBUG) {\n                                println (\"Improving Global Max Score\")\n                                println (\"New optimal feature Order = \" + featureOrder)\n                                println (\"New Global Max Score = \" + globalMax)\n                            } \/\/ if\n                        } \/\/ if\n                        break\n                    } \/\/ if\n                }} \/\/ while\n\n            } else {\n                if (DEBUG) println (\"Initial Score and feature order for this round are already optimal.\")\n                if (initScore > globalMax) {\n                    globalMax = initScore\n                    optimalFeatureOrder = featureOrder\n                    if (DEBUG) {\n                        println (\"Improving Global Max Score\")\n                        println (\"New optimal feature Order = \" + featureOrder)\n                        println (\"New Global Max Score = \" + globalMax)\n                    } \/\/ if\n                } \/\/ if\n            } \/\/ if\n        } \/\/ for\n\n        featureOrder = optimalFeatureOrder\n        computeParent (cmiMx)\n        computeVcp ()\n        p_X_CPP.alloc (vc, vcp1, vcp2)\n\n        (Array.fill (n)(true), new DAG (parent()))\n    } \/\/ learnStructure\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Swap 'j'th and j'+1'th element of 'featureOrder', and store the result of the\n     *  calculated criterion in the 'c'th element of 'criterion', then swap the\n     *  features back.\n     *  @param j          index of 'featureOrder'\n     *  @param criterion  the vector that stores all the calculated criterions,\n     *                    i.e., the 'Conditional Mutual Information' criterion.\n     *  @param c          index of criterion\n     *\/\n    private def testSwapping (j: Int, criterion: VectoD, c: Int, cmiMx: MatrixD)\n    {\n        if (DEBUG) {\n            println (\"Test swapping...\")\n            println (\"swapping features \" + featureOrder(j) + \" and \" + featureOrder(j + 1) + \"...\")\n        } \/\/ if\n        featureOrder.swap (j, j + 1)\n\/\/      if (DEBUG) println (\"resetting...\")\n\/\/      reset ()\n\/\/      if (DEBUG) println (\"train4ordering...\")\n\/\/      train4order()\n        if (DEBUG) (\"re-computing parent matrix...\")\n        computeParent(cmiMx)\n        if (DEBUG) println (\"Computing Score...\")\n        criterion(c) = scoreCMI(parent, cmiMx)\n        if (DEBUG) println (\"New Score = \" + criterion(c))\n        if (DEBUG) println (\"swapping back features \" + featureOrder(j) + \" and \" + featureOrder(j + 1) + \"...\")\n        featureOrder.swap (j, j + 1)\n    } \/\/ testSwapping\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Swap 'j'th and 'j+1'th element in 'featureOrder', add the swap operation to\n     *  the tabu list, reset, and re-train the classifier.\n     *  @param j index of 'featureOrder'\n     *\/\n    private def swapFeatures (j: Int)\n    {\n        featureOrder.swap (j, j + 1)\n        tabu.addTaboo (featureOrder(j), featureOrder(j + 1), n \/ 3)\n\/\/      reset (); train4order ()\n    } \/\/ swapFeatures\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its realtive probability\n     *  @param z the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (p_C)\n        for (i <- 0 until k; j <- 0 until n) {\n            prob(i) *=  (if (parent(j, 1) > -1) p_X_CPP (i, j, z(j), z(parent(j, 0)), z(parent(j, 1)))\n                         else if (parent(j, 0) > -1) p_X_CPP(i, j, z(j), z(parent(j, 0)), 0)    \/\/ P(X_j = z_j | C = i), parent\n                         else                p_X_CPP(i, j, z(j), 0, 0))        \/\/ P(X_j = z_j | C = i), no parent (other than the class)\n        } \/\/ for\n        if (DEBUG) println(\"prob = \" + prob)\n        val best = prob.argmax()                \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))            \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert 'this' object to a string.  FIX - to be implemented\n     *\/\n    override def toString: String = \"showStructure\"\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone\/copy the values in global freq variables into local ones.\n     *\/\n    private def copyFreqCXPP (itest: Array[Int])\n    {\n        val itrain = (0 until m) diff itest\n\n        f_CXPP.alloc (vc, vcp1, vcp2)\n        \/\/ compute the joint frequencies of class, feature-X and its two parents\n        for (i <- itrain) {\n            val yi = y(i)\n            for (j <- 0 until n if parent(j, 1) > -1) {\n                f_CXPP(yi, j, x(i, j), x(i, parent(j, 0)), x(i, parent(j, 1))) += 1\n            } \/\/ for\n        } \/\/ for\n\n        for (i <- 0 until k) {\n            for (j <- x.range2; xj <- 0 until vc(j)) {\n                for (xp <- 0 until vcp1(j); xp2 <- 0 until vcp2(j) if (parent(j, 1) == -1)) {\n                    f_CXPP(i, j, xj, xp, xp2) = if (parent(j, 0) > -1) f_CXZ(i, j, parent(j, 0), xj, xp)\n                                                else f_CX(i, j, xj)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ copyFreq\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Clone\/copy the values in global freq variables into local ones.\n     *\/\n    private def copyFreqCMI ()\n    {\n        for (i <- 0 until k) {\n            f_C(i) = g_f_C(i)\n            for (j <- x.range2; xj <- 0 until vc(j)) {\n                if (i == 0) f_X(j, xj) = g_f_X(j, xj)\n                f_CX(i, j, xj) = g_f_CX(i, j, xj)\n                for (j2 <- j+1 until n; xj2 <- 0 until vc(j2)) {\n                    f_CXZ(i, j, j2, xj, xj2) = g_f_CXZ(i, j, j2, xj, xj2)\n                    f_CXZ(i, j2, j, xj2, xj) = f_CXZ(i, j, j2, xj, xj2)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ copyFreqCMI\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Decrement frequency counters used in CMI calculations based on the 'i'th\n     *  row of the data matrix.\n     *  @param i  the index for current data row\n     *\/\n    private def decrementCMI (i: Int)\n    {\n        val yi   = y(i)                                       \/\/ get the class for ith row\n        f_C(yi) -= 1                                          \/\/ decrement frequency for class yi\n        for (j <- x.range2) {\n            f_X(j, x(i, j)) -= 1\n            f_CX (yi, j, x(i, j)) -= 1\n            for (j2 <- j+1 until n) {\n                f_CXZ (yi, j, j2, x(i, j), x(i, j2)) -= 1\n                f_CXZ (yi, j2, j, x(i, j2), x(i, j)) -= 1\n            } \/\/ for\n        } \/\/ for\n    } \/\/ decrement\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform smoothing operations on the learned parameters by using Dirichlet priors\n     *  to compute the posterior probabilities of the parameters given the training dataset.\n     *  @see citeseerx.ist.psu.edu\/viewdoc\/download?doi=10.1.1.178.8884&rep=rep1&type=pdf\n     *  @param testSize  size of the test size\n     *\/\n    private def smoothParam (testSize: Int = 0)\n    {\n        for (i <- 0 until k) {\n            p_C(i) *= m \/ (m + N0)\n            p_C(i) += N0 * k \/ (m + N0)\n            for (j <- 0 until n) {\n                val pj = parent(j, 0)\n                val pj2 = parent(j, 1)\n                for (xj <- 0 until vc(j); xp <- 0 until vcp1(j); xp2 <- 0 until vcp2(j)) {\n\n                    val f_px = if (pj2 > -1) f_CXZ(i, pj, pj2, xp, xp2)\n                               else if (pj > -1) f_CX(i, pj, xp)\n                               else f_C(i)\n\n                    \/\/ NOTE: two alternative priors, may work better for some datasets\n\/\/                  val theta0 = if (pj > -1) f_CXZ(i, j, pj, xj, xp) \/ (md - testSize)\n\/\/                               else f_CX(i, j, xj)\n\/\/                  val theta0 = f_CX(i, j, xj) \/ (md - testSize)\n                    val theta0 = f_X(j, xj) \/ (md - testSize)\n\n                    p_X_CPP(i, j, xj, xp, xp2) *= (f_px \/ (f_px + N0))\n                    p_X_CPP(i, j, xj, xp, xp2) += (N0 \/ (f_px + N0) * theta0)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n    } \/\/ smoothParam\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the accuracy of the classified results by cross-validation, returning\n     *  the accuracy. This version of cross-validation relies on \"subtracting\"\n     *  frequencies from the previously stored global data to achieve efficiency.\n     *  @param nx  number of crosses and cross-validations (defaults to 5x).\n     *\/\n    override def crossValidateRand (nx: Int = 10): Double =\n    {\n        val testSize = size \/ nx\n        var sum      = 0.0\n        val rng = new Random ()\n        val permutedVec = PermutedVecI (VectorI.range(0, size), ranStream)\n        val randOrder = permutedVec.igen\n        val itestA = randOrder.split(nx)\n\n        for (itest <- itestA) {\n            reset ()\n            trainQ (itest.asInstanceOf [Array [Int]])\n            sum += test (itest)\n        } \/\/ for\n\n        sum \/ nx.toDouble\n    } \/\/ crossValidateRand\n\n} \/\/ TwoBAN_OS class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TwoBAN_OS` object is the companion object for the `TwoBAN_OS` class.\n *\/\nobject TwoBAN_OS\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `TwoBAN_OS object, passing 'x' and 'y' together in one table.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\n     *  @param k      the number of classes\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String], vc: VectoI = null,\n               thres: Double = 0.3, me: Float = me_default) =\n    {\n        new TwoBAN_OS (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn,\n                           vc, thres, me)\n    } \/\/ apply\n\n} \/\/ TwoBAN_OS object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TwoBAN_OSTest` object is used to test the `TwoBAN_OS` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-TwoBAN_OS-example.pdf\n *  > run-main scalation.analytics.classifier.TwoBAN_OSTest\n *\/\nobject TwoBAN_OSTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                x0 x1 x2\n    val x = new MatrixI((10, 3), 1, 0, 1,                 \/\/ data matrix\n                                 1, 0, 1,\n                                 1, 0, 1,\n                                 0, 0, 1,\n                                 0, 0, 0,\n                                 0, 1, 0,\n                                 0, 1, 0,\n                                 0, 1, 1,\n                                 1, 1, 0,\n                                 1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)        \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")            \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                          \/\/ class names\n\n    println(\"xy = \" + (x :^+ y))\n    println(\"---------------------------------------------------------------\")\n\n    val bn2 = new TwoBAN_OS(x, y, fn, 2, cn)          \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    \/\/ bn2.train ()\n    bn2.buildModel()\n\n    \/\/test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                            \/\/ existing data vector to classify\n    val z2 = VectorI (1, 1, 1)                            \/\/ new data vector to classify\n    println(\"classify (\" + z1 + \") = \" + bn2.classify (z1) + \"\\n\")\n    println(\"classify (\" + z2 + \") = \" + bn2.classify (z2) + \"\\n\")\n    bn2.crossValidateRand ()                              \/\/ cross validate the classifier\n\n} \/\/ TwoBAN_OSTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TwoBAN_OSTest2` object is used to test the `TwoBAN_OS` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.TwoBAN_OSTest2\n *\/\nobject TwoBAN_OSTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                 x0 x1  y\n    val xy = new MatrixI((10, 3), 1, 1, 1,\n                                  1, 1, 1,\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  1, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  0, 0, 0,\n                                  0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")                   \/\/ feature names\n    val cn = Array (\"No\", \"Yes\")                        \/\/ class names\n\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val bn2 = TwoBAN_OS (xy, fn, 2, cn, null, 0)    \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n\/\/  bn2.train ()\n    bn2.buildModel ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                              \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + bn2.classify (z) + \"\\n\")\n\n    bn2.crossValidateRand()                             \/\/ cross validate the classifier\n\n} \/\/ TwoBAN_OSTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `TwoBAN_OSTest3` object is used to test the `TwoBAN_OS` class.\n *  > run-main scalation.analytics.classifier.TwoBAN_OSTest3\n *\/\nobject TwoBAN_OSTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"p\", \"e\")                               \/\/ class names\n    val k  = 2\n\n    \/\/val vc = VectorI (11, 11, 11, 11, 11, 11, 11, 11, 11)\n    \/\/  println (\"---------------------------------------------------------------\")\n    \/\/  println (\"D A T A   M A T R I X\")\n    \/\/  println (\"xy = \" + xy)\n    val bn2 = TwoBAN_OS (xy, fn, 2, cn, null, 0.1, 1)       \/\/ create the classifier\n\n    bn2.buildModel ()\n    bn2.train ()\n    var testprint: (Array [Boolean], DAG) = null\n\n    println(\"cv accu = \" + bn2.crossValidateRand())\n\n} \/\/ TwoBAN_OSTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/event\/WaitQueue.scala","text":"<filename>src\/main\/scala\/scalation\/event\/WaitQueue.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed Feb  5 19:43:10 EST 2014\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.event\n\nimport scala.collection.mutable.Queue\n\nimport scalation.stat.{Statistic, TimeStatistic}\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `WaitQueue` class is used to hold entities waiting for service and\n *  collect statistics on waiting times.  When the queue is full, entities\n *  are 'barred' from entering the queue.\n *  @param director  the controller\/scheduler that this event is a part of\n *  @param ext       the extension to distinguish the wait queues\n *  @param cap       the capacity of the queue (defaults to unbounded)\n *\/\ncase class WaitQueue (director: Model, ext: String = \"\", cap: Int = Int.MaxValue)\n     extends Queue [Entity]\n{\n    \/** The number of entities barred from entering due to the wait queue being full\n     *\/\n    private var _barred = 0\n\n    \/** The time in Queue (t_q) sample statistics\n     *\/\n    val t_q_stat = new Statistic (\"t_q\" + ext)\n\n    \/** The number in Queue (l_q) time-persistent statistics\n     *\/\n    val l_q_stat = new TimeStatistic (\"l_q\" + ext)\n\n    director.addStats (t_q_stat, l_q_stat)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the number entities barred because of this wait queue being full.\n     *\/\n    def barred: Int = _barred\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Add the entity 'ent' in the wait queue and record when waiting started.\n     *  @param  the entity to be enqueued\n     *\/\n    override def += (ent: Entity): WaitQueue.this.type =\n    {\n         ent.startWait = director.clock\n         if (length <= cap) super.+= (ent) else _barred += 1\n         null\n    } \/\/ +=\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Dequeue the first entity from the wait queue and record the time in the\n     *  wait queue.\n     *\/\n    override def dequeue (): Entity =\n    {\n         val ent = super.dequeue ()\n         val timeInQ = director.clock - ent.startWait\n         t_q_stat.tally (timeInQ)\n         l_q_stat.accum (length + 1, director.clock)\n         ent\n    } \/\/ dequeue\n\n} \/\/ WaitQueue class\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/par\/NaiveBayes.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/classifier\/par\/NaiveBayes.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Sep  8 13:53:16 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier.par\n\nimport java.util.concurrent.ForkJoinPool\n\nimport scala.collection.parallel.ForkJoinTaskSupport\nimport scala.math.min\n\nimport scalation.linalgebra._\nimport scalation.linalgebra.gen.HMatrix3\nimport scalation.relalgebra.Relation\nimport scalation.linalgebra.par.{MatrixD, VectorD}\nimport scalation.util.time\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayes` class implements an Integer-Based Naive Bayes Classifier,\n *  which is a commonly used such classifier for discrete input data.  The\n *  classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier is naive, because it assumes feature independence and therefore\n *  simply multiplies the conditional probabilities.\n *-----------------------------------------------------------------------------\n *  @param x   the integer-valued data vectors stored as rows of a matrix\n *  @param y   the class vector, where y(l) = class for row l of the matrix x, x(l)\n *  @param fn  the names for all features\/variables\n *  @param k   the number of classes\n *  @param cn  the names for all classes\n *  @param vc  the value count (number of distinct values) for each feature\n *  @param me  use m-estimates (me == 0 => regular MLE estimates)\n *\/\nclass NaiveBayes(x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String],\n                 private var vc: VectoI = null, me: Int = 3)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG = false                          \/\/ debug flag\n    private val cor   = calcCorrelation                \/\/ feature correlation matrix\n\n    private var popC  = new VectorI (k)                \/\/ frequency counts for classes 0, ..., k-1\n    private val probC = new VectorD (k)                \/\/ probabilities for classes 0, ..., k-1\n    private var popX  = new HMatrix3 [Int] (k, n)      \/\/ conditional frequency counts for variable\/feature j\n    private val probX = new HMatrix3 [Double] (k, n)   \/\/ conditional probabilities for variable\/feature j\n\n    if (vc == null) vc = vc_fromData                   \/\/ set to default for binary data (2)\n    popX.alloc (vc().toArray)\n    probX.alloc (vc().toArray)\n\n    if (DEBUG) {\n        println (\"value count vc     = \" + vc)\n        println (\"correlation matrix = \" + cor)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the model with feature order and selection\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def buildModel (testStart: Int, testEnd: Int): (Array[Boolean], DAG) =\n    {\n        (Array.fill (n)(true), new DAG(Array.ofDim [Int] (n, 0)))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and value 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation\n     *\/\n    def frequencies (testStart: Int, testEnd: Int)\n    {\n        val endworkers = 3\n        val size = (m\/endworkers)+1\n        val popCw = Array.ofDim [VectorI] (endworkers)\n        val popXw = Array.ofDim [HMatrix3[Int]] (endworkers)\n\n        for(w <- 0 until endworkers){\n            popCw(w) = new VectorI (k)\n            popXw(w) = new HMatrix3 [Int] (k, n)\n            popXw(w).alloc(vc().toArray)\n        } \/\/ for\n\n        var temprange = (0 until endworkers).par\n        temprange.tasksupport = new ForkJoinTaskSupport (new ForkJoinPool (endworkers))\n        for(w <- temprange) {\n            for (l <- w * (size) until min((w+1)*size,m) if l < testStart || l >= testEnd) {\n                \/\/ l = lth row of data matrix x\n                val i = y(l) \/\/ get the class\n                popCw (w)(i) += 1 \/\/ increment ith class\n                for (j <- 0 until n) popXw (w)(i, j, x(l, j)) += 1   \/\/ increment ith class, jth feature, x value\n            } \/\/ for\n        } \/\/ for\n        for (w <- 0 until endworkers){\n            popC += popCw (w)\n            popX += popXw (w)\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                             \/\/ #(C = i)\n            println (\"popX = \" + popX)                             \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int, testEnd: Int)\n    {\n        frequencies (testStart, testEnd)                  \/\/ compute frequencies skipping test region\n        val pcia = Array.ofDim [Double] (k)\n        for (i <- 0 until k) {                            \/\/ for each class i\n            pcia (i) = popC (i).toDouble                  \/\/ population of class i\n            probC (i) = pcia (i) \/ md                     \/\/ probability of class i\n        } \/\/ for\n\n        for (j <- (0 until n).par) {                      \/\/ for each feature j\n            for (i <- 0 until k) {\n                val me_vc = me \/ vc (j).toDouble\n                for (xj <- 0 until vc (j)) {              \/\/ for each value for feature j: xj\n                    probX(i, j, xj) = (popX (i, j, xj) + me_vc) \/ (pcia (i) + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + probC)                  \/\/ P(C = i)\n            println (\"probX = \" + probX)                  \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (k)\n        for (i <- 0 until k) {\n            prob(i) = probC (i)                                    \/\/ P(C = i)\n            for (j <- 0 until n) prob (i) *= probX (i, j, z(j))    \/\/ P(X_j = z_j | C = i)\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()              \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))           \/\/ return the best class, its name and its probaility\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize all the population and probability vectors and\n     *  hypermatrices to 0.\n     *\/\n    def reset ()\n    {\n        popC.set (0)\n        probC.set (0)\n        popX.set (0)\n        probX.set (0)\n    } \/\/ reset\n\n} \/\/ NaiveBayes class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayes` object is the companion object for the `NaiveBayes` class.\n *\/\nobject NaiveBayes\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a 'NaiveBayes' object, passing 'x' and 'y' together in one table.\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn  the names of the features\n     *  @param k   the number of classes\n     *  @param vc  the value count (number of distinct values) for each feature\n     *  @param me  use m-estimates (me == 0 => regular MLE estimates)\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String],\n               vc: VectoI = null, me: Int = 3) =\n    {\n        new NaiveBayes (xy(0 until xy.dim1, 0 until xy.dim2-1), xy.col(xy.dim2-1), fn, k, cn,\n                        vc, me)\n    } \/\/ apply\n\n} \/\/ NaiveBayes object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayesTest` object is used to test the `NaiveBayes` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-naiveBayes-example.pdf\n *  > run-main scalation.analytics.classifier.par.NaiveBayesTest\n *\/\nobject NaiveBayesTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                 x0  x1  x2\n    val x = new MatrixI ((10, 3), 1,  0,  1,                     \/\/ data matrix\n                                  1,  0,  1,\n                                  1,  0,  1,\n                                  0,  0,  1,\n                                  0,  0,  0,\n                                  0,  1,  0,\n                                  0,  1,  0,\n                                  0,  1,  1,\n                                  1,  1,  0,\n                                  1,  0,  0)\n\n    val y  = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)              \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")                   \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                                 \/\/ class names\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n    println (\"---------------------------------------------------------------\")\n\n    val nb = new NaiveBayes (x, y, fn, 2, cn)                    \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    nb.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                                   \/\/ existing data vector to classify\n    val z2 = VectorI (1, 1, 1)                                   \/\/ new data vector to classify\n    println (\"classify (\" + z1 + \") = \" + nb.classify (z1) + \"\\n\")\n    println (\"classify (\" + z2 + \") = \" + nb.classify (z2) + \"\\n\")\n\n    \/\/ cross validate the classifier\n    nb.crossValidate ()\n\n} \/\/ NaiveBayesTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayesTest2` object is used to test the `NaiveBayes` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.par.NaiveBayesTest2\n *\/\nobject NaiveBayesTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0  x1   y\n    val xy = new MatrixI ((10, 3), 1,  1,  1,\n                                   1,  1,  1,\n                                   1,  0,  1,\n                                   1,  0,  1,\n                                   1,  0,  0,\n                                   0,  1,  0,\n                                   0,  1,  0,\n                                   0,  1,  1,\n                                   0,  0,  0,\n                                   0,  0,  0)\n\n    val fn = Array (\"Fast\", \"Strong\")                         \/\/ feature names\n    val cn = Array (\"No\", \"Yes\")                              \/\/ class names\n\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val nb = NaiveBayes (xy, fn, 2, cn, null, 0)              \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    nb.train ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                                    \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + nb.classify (z) + \"\\n\")\n\n    nb.crossValidate ()                                       \/\/ cross validate the classifier\n\n} \/\/ NaiveBayesTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NaiveBayesTest3` object is used to test the `NaiveBayes` class.\n *  > run-main scalation.analytics.classifier.par.NaiveBayesTest3\n *\/\nobject NaiveBayesTest3 extends App\n{\n    val filename = BASE_DIR +  \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"0\", \"1\")                                 \/\/ class names\n    val nb = NaiveBayes (xy, fn, 2, cn, null, 0)              \/\/ create the classifier\n    nb.train()\n    nb.crossValidate()\n\n} \/\/ NaiveBayesTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/mutable\/GraphMatcher.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Wed May 13 14:58:25 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\n *  Graph Pattern Matching Using Mutable Sets\n *\/\n\npackage scalation.graphalytics.mutable\n\nimport scala.collection.mutable.{Set => SET}\n\/\/import scala.collection.mutable.{HashSet => SET}\n\nimport scalation.util.{time, Wildcard}\nimport scalation.util.Wildcard.hasWildcards\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GraphMatcher` abstract class serves as a template for implementing\n *  specific algorithms for graph pattern matching.\n *  @param g  the data graph  G(V, E, l) with vertices v in V\n *  @param q  the query graph Q(U, D, k) with vertices u in U\n *\/\nabstract class GraphMatcher [TLabel] (g: Graph [TLabel], q: Graph [TLabel])\n{\n    protected val qRange     = 0 until q.size     \/\/ range for query graph vertices\n    protected val gRange     = 0 until g.size     \/\/ range for data graph vertices\n    protected val CHECK      = 1024               \/\/ check progress after this many matches\n    protected val LIMIT      = 1E7                \/\/ quit after too many matches\n    protected val SELF_LOOPS = false              \/\/ whether the directed graph has self-loops\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply a graph pattern matching algorithm to find the mappings from the\n     *  query graph 'q' to the data graph 'g'.  These are represented by a\n     *  multi-valued function 'phi' that maps each query graph vertex 'u' to a\n     *  set of data graph vertices '{v}'.\n     *\/\n    def mappings (): Array [SET [Int]]\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply a graph pattern matching algorithm to find subgraphs of data graph\n     *  'g' that isomorphically match query graph 'q'.  These are represented\n     *  by a set of single-valued bijections {'psi'} where each 'psi' function\n     *  maps each query graph vertex 'u' to a data graph vertices 'v'.\n     *\/\n    def bijections (): SET [Array [Int]] =\n    {\n        throw new UnsupportedOperationException ()\n    } \/\/ bijections\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create an initial array of feasible mappings 'phi' from each query\n     *  vertex 'u' to the corresponding set of data graph vertices '{v}' whose\n     *  label matches 'u's.\n     *\/\n    def feasibleMates (): Array [SET [Int]] =\n    {\n        val phi = Array.ofDim [SET [Int]] (q.size)\n        for (u <- qRange) phi(u) = g.labelMap (q.label(u)).clone\n        phi\n\/\/      q.label.map (u_label => g.getVerticesWithLabel (u_label).clone)\n    } \/\/ feasibleMates\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create an initial array of feasible mappings 'phi' from each query\n     *  vertex 'u' to the corresponding set of data graph vertices '{v}' whose\n     *  label matches 'u's.\n     *  This version handles query graph labels that have wildcards.\n     *\/\n    def feasibleMatesW (): Array [SET [Int]] =\n    {\n        val phi = Array.ofDim [SET [Int]] (q.size)\n        for (u <- qRange) {                                                \/\/ iterate thru query graph\n            if (hasWildcards (q.label(u))) {                                  \/\/ iterate thru data graph, FIX - need faster approach\n                val qLabelW = new Wildcard (q.label(u).asInstanceOf [String])\n                phi(u) = SET [Int] ()\n                for (v <- gRange if qLabelW =~ g.label(v).asInstanceOf [String]) phi(u) += v\n            } else {                                                       \/\/ use index\n                phi(u) = g.labelMap (q.label(u)).clone\n            } \/\/ if\n        } \/\/ for\n        phi\n    } \/\/ feasibleMatesW\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Show the mappings between a query graph vertex u and a set of data\n     *  graph vertices {v}.\n     *  @param phi  the set-valued mapping function\n     *\/\n    def showMappings (phi: Array [SET [Int]])\n    {\n        println (\"query u \\t--> graph {v}\")\n        for (i <- phi.indices) println (\"u_\" + i + \" \\t--> \" + phi(i))\n    } \/\/ showMappings\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test the Graph Pattern Matcher.\n     *  @param name  the name of graph pattern matcher\n     *  @param ans   the correct answer\n     *\/\n    def test (name: String, ans: Array [SET [Int]] = null)\n    {\n        val phi = time { mappings () }                     \/\/ time the matcher\n        println (s\"$name ---------------------------------------------------\")\n        showMappings (phi)                                 \/\/ display results\n        if (ans != null) for (i <- phi.indices) assert (phi(i) == ans(i))\n    } \/\/ test\n\n} \/\/ GraphMatcher abstract class\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/GapStatistic.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Thu Mar  9 15:08:30 2017\n *  @see     LICENSE (MIT style license file).\n  *\/\n\npackage scalation.analytics.clusterer\n\nimport math.log\n\nimport scalation.linalgebra.{MatrixD, SVD, VectorD}\nimport scalation.random.RandomVecD\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GapStatistic` object is used to help determine the optimal number\n *  of clusters for a clusterer by comparing results to a reference \n *  distribution.\n *-----------------------------------------------------------------------------\n *  @see web.stanford.edu\/~hastie\/Papers\/gap.pdf \n *\/\nobject GapStatistic\n{\n    import Algorithm._\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute a reference distribution based on a set of points.\n     *  @param x        the vectors\/points to be clustered stored as rows of a matrix\n     *  @param useSVD   use SVD to account for the shape of the points (default = true)\n     *  @param s        the random number stream (to vary the clusters made)\n     *\/\n    def reference (x: MatrixD, useSVD: Boolean = true, stream: Int = 0): MatrixD =\n    {\n        var ref = new MatrixD (x.dim1, x.dim2)\n        if (useSVD) {\n            val mean  = x.mean\n            val xzero = x - mean\n            val svd   = new SVD (xzero)\n            val (u, s, vt) = svd.factor ()\n            val xp    = xzero * vt.t\n            val zp    = new MatrixD (x.dim1, x.dim2)\n            for (i <- zp.range2) {\n                val ci = xp.col(i)\n                zp.setCol (i, RandomVecD (zp.dim1, ci.max, ci.min, stream = (stream + i) % 1000).gen)\n            } \/\/ for\n            ref = (zp * vt) + mean\n        } else {\n            for (i <- ref.range2) {\n                val ci = x.col(i)\n                ref.setCol (i, RandomVecD (ref.dim1, ci.max, ci.min, stream = (stream + i) % 1000).gen)\n            } \/\/ for\n        } \/\/ if\n        ref \n    } \/\/ reference\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute a sum of pairwise distances between points in each cluster (in\n     *  one direction). \n     *  @param x       the vectors\/points to be clustered stored as rows of a matrix\n     *  @param cl      the `Clusterer` use to compute the distance metric \n     *  @param clustr  the cluster assignments\n     *  @param k       the number of clusters\n     *\/\n    def cumDistance (x: MatrixD, cl: Clusterer, clustr: Array[Int], k: Int): VectorD =\n    {\n        val sums = new VectorD (k)\n        for (i <- 0 until x.dim1-1; j <- i+1 until x.dim1 if clustr(i) == clustr(j)) {\n            sums(clustr(j)) += cl.distance (x(i), x(j))\n        } \/\/ for\n        sums\n    } \/\/ cumDistance\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the within sum of squared errors in terms of distances between\n     *  between points within a cluster (in one direction).\n     *  @param x       the vectors\/points to be clustered stored as rows of a matrix\n     *  @param cl      the `Clusterer` use to compute the distance metric \n     *  @param clustr  the cluster assignments\n     *  @param k       the number of clusters\n     *\/\n    def withinSSE (x: MatrixD, cl: Clusterer, clustr: Array[Int], k: Int): Double =\n    {\n        (cumDistance (x, cl, clustr, k) \/ cl.csize().toDouble).sum\n    } \/\/ withinSSE\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return a `KMeansPPClusterer` clustering on the given points with\n     *  an optimal number of clusters `k` chosen using the Gap statistic.\n     *  @param x       the vectors\/points to be clustered stored as rows of a matrix\n     *  @param kMax    the upper bound on the number of clusters\n     *  @param algo    the reassignment aslgorithm used by `KMeansPlusPlusClusterer`\n     *  @param b       the number of reference distributions to create (default = 1)\n     *  @param useSVD  use SVD to account for the shape of the points (default = true)\n     *  @param plot    whether or not to plot the logs of the within-SSEs (default = false)\n     *\/\n    def kMeansPP (x: MatrixD, kMax: Int, algo: Algorithm = HARTIGAN,\n    \t\t       \tb: Int = 10, useSVD: Boolean = true, plot: Boolean = false): (KMeansPPClusterer, Array [Int], Int) =\n    {\n        val awk  = new VectorD (kMax)\n        val rwk  = new VectorD (kMax)\n        val gap  = new VectorD (kMax)\n\tval sdks = new VectorD (kMax)\n        val kv   = VectorD.range(1, kMax+1)\n        var opk  = -1\n\n        for (k <- 0 until kMax) {\n\t    val rwks = new VectorD (b)\t\t\t\t\t\t\/\/ to store the b many reference distribution w vals\n\t    val sdks = new VectorD (b)\t\t\t\t\t\t\/\/ to store the b many sd's for each ref dist from the estimated expected val\n\t    for (l <- 0 until b){  \t\t\t\t\t\t\n\t    \tvar ref = GapStatistic.reference (x, useSVD)\t\t\t\/\/ create b many reference distributions for this data \n\t    \tval (rcl, rcls)  = KMeansPPClusterer (ref, k+1, algo) \/\/ compute and store the log of the withinSSE for each ref distribution\n\t\trwks(l) = log(GapStatistic.withinSSE ( ref, rcl, rcls, k+1 ))\t\/\/ aggregate the withinSSE for each ref distribution to estimate the expected withinSSE\n\t\trwk(k) += rwks(l)\n\t    } \/\/ for\n\t    rwk(k) \/= b\t\t\t\t\t\t\t\t\/\/ The final estimated expected withinSSE for this data set\n\n\t    for( l <- 0 until b){\t\t\t\t\t\t\/\/ compute the sd of the ref dist's from the final estimated expected value\n\t    \t sdks(k) += Math.pow(rwks(l)-rwk(k),2)\t    \t \n\t    } \/\/ for\n\t    sdks(k) \/= b\t\t\t\t\t\t\t\n\t    sdks(k) = Math.pow(sdks(k),1\/2)\t\t\t\t\t\/\/ the final value for the sd of the ref dist's\n\t    \n            val (acl, acls)  = KMeansPPClusterer (  x, k+1, algo)\t\/\/ calculate the actuale KMeansPlusPlus Clustering for the data for k many clusters \n            awk(k) = log(GapStatistic.withinSSE (  x, acl, acls, k+1))\t\t\/\/ find the withinSSE for the k-clustering for the real data \n            gap(k) = rwk(k) - awk(k)\t\t      \t   \t \t\t\/\/ the gap statistic for this k value\n\t    \n            if ((k != 0) && (opk == -1) && (gap(k-1) >= gap(k) - sdks(k))) {  \n                opk = k\n            } \/\/ if\n        } \/\/ for\n\n        assert (opk != -1, \"GapStatistic: no optimal k found!\")\n\n        if (plot) {\n            import scalation.plot.Plot\n            new Plot (kv, awk, rwk, \"Actual wSSE and Reference wSSE vs. k\", true)\n            new Plot (kv, gap, null, \"Gap vs. k\", true)\n        } \/\/ if\n\n        KMeansPPClusterer.permuteStreams (opk)\n        val (cl, cls) = KMeansPPClusterer (x, opk, algo) \/\/ TODO used saved instead of reclustering\n        (cl, cls, opk)\n\n    } \/\/ KMeansPP\n\n} \/\/ GapStatistic object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GapStatisticTest` object is used to test the `GapStatistic` object.\n *  > run-main scalation.analytics.clusterer.GapStatisticTest\n *\/\nobject GapStatisticTest extends App\n{\n    val v  = new MatrixD ((6, 2), 1.0, 2.0,\n                                  2.0, 1.0,\n                                  5.0, 4.0,\n                                  4.0, 5.0,\n                                  9.0, 8.0,\n                                  8.0, 9.0)\n\n    val maxK = 6\n\n    val (cl, cls, k) = GapStatistic.kMeansPP (v, maxK, useSVD = false, plot = true)\n    println (s\"  k = $k\")\n    println (s\"sse = ${cl.sse ()}\")\n\n} \/\/ GapStatisticTest\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `GapStatisticTest2` object is used to test the `GapStatistic` object.\n *  > run-main scalation.analytics.clusterer.GapStatisticTest2\n *\/\nobject GapStatisticTest2 extends App\n{\n    import scalation.linalgebra.VectorD\n    import scalation.random.{Normal, Bernoulli}\n\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 0.1)\n    val dist2 = Normal (8.0, 0.1)\n    val v     = new MatrixD (50, 2)\n    val maxK  = 10 \n\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    val (cl, cls, k) = GapStatistic.kMeansPP (v, maxK, useSVD = false, plot = true)\n    println (s\"  k = $k\")\n    println (s\"sse = ${cl.sse ()}\")\n\n} \/\/ GapStatisticTest2\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/clusterer\/KMeansClusterer.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/clusterer\/KMeansClusterer.scala<gh_stars>1-10\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Tue May 29 14:45:32 EDT 2012\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.clusterer\n\nimport scala.collection.mutable.Set\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.math.double_exp\nimport scalation.linalgebra.{MatrixD, VectorD, VectorI}\nimport scalation.random.{Randi, Uniform, RandomVecD, RandomVecI}\nimport scalation.util.{banner, Error}\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClusterer` class cluster several vectors\/points using k-means\n *  clustering.  Either (1) randomly assign points to 'k' clusters or (2) randomly\n *  pick 'k' points as initial centroids (technique (1) to work better and is the\n *  primary technique).  Iteratively, reassign each point to the cluster containing\n *  the closest centroid.  Stop when there are no changes to the clusters.\n *-----------------------------------------------------------------------------\n *  @param x        the vectors\/points to be clustered stored as rows of a matrix\n *  @param k        the number of clusters to make\n *  @param s        the random number stream (to vary the clusters made)\n *  @param primary  true indicates use the primary technique for initiating the clustering\n *  @param remote   whether to take a maximally remote or a randomly selected point\n *  @param post     whether to perform post processing by randomly swapping points to reduce error\n *\/\nclass KMeansClusterer (x: MatrixD, k: Int, s: Int = 0, primary: Boolean = true, remote: Boolean = true, post: Boolean = true)\n      extends Clusterer with Error\n{\n    if (k >= x.dim1) flaw (\"constructor\", \"k must be less than the number of vectors\")\n\n    protected val DEBUG    = false                               \/\/ debug flag\n    protected val MAX_ITER = 200                                 \/\/ the maximum number of iterations\n    protected val cent     = new MatrixD (k, x.dim2)             \/\/ the k centroids of clusters\n    protected val sizes    = new VectorI (k)                     \/\/ the cluster sizes\n    protected val myDist   = new VectorD (x.dim1)                \/\/ distances from centroids\n    protected val clustr   = Array.ofDim [Int] (x.dim1)          \/\/ assignment of vectors to clusters\n    protected val dist     = new VectorD (x.dim1)                \/\/ distance to closest centroid\n\n    var tc1: Double = 0.0\n    var tc2: Double = 0.0\n\n    dist.set (Double.PositiveInfinity)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the sizes of the centroids. Should only be called after \n     *  `cluster ()`. \n     *\/\n    def csize (): VectorI = sizes\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the centroids. Should only be called after `cluster ()`. \n     *\/\n    def centroids (): MatrixD = cent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Randomly assign each vector\/point 'x(i)' to a random cluster.\n     *  Primary technique for initiating the clustering.\n     *\/\n    def assign ()\n    {\n        val ran = new Randi (0, k-1, s)                          \/\/ for random integers: 0, ..., k-1\n        for (i <- x.range1) {\n            clustr(i) = ran.igen                                 \/\/ randomly assign x(i) to a cluster\n            sizes(clustr(i)) += 1                                \/\/ increment size of this cluster\n        } \/\/ for\n    } \/\/ assign\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Randomly pick vectors\/points to serve as the initial 'k' centroids (cent).\n     *  Secondary technique for initiating the clustering.\n     *\/\n    def pickCentroids ()\n    {\n        val rvi = RandomVecI (k, x.dim1-1, 0, stream = s).igen   \/\/ random vector of integers\n        for (i <- 0 until k) cent(i) = x(rvi(i))                 \/\/ set the centroids\n    } \/\/ pickCentroids\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Fix any empty clusters by taking a point from the largest cluster.\n     *  @param useDistance  whether to pick a random or most remote point in cluster\n     *\/\n    private def fixEmptyClusters (useDistance: Boolean = remote)\n    {\n        if (DEBUG) {\n            banner (s\"fixemptyclusters()\")\n            println (s\"remote = $remote\")\n            println (s\"Initial clustering = ${clustr.deep}\")\n        } \/\/ if\n        for (c <- 0 until k if ! (clustr contains c)) {                  \/\/ for each empty cluster\n            if (DEBUG) println (s\"Cluster c=$c is empty!\")\n            val biggest = sizes.argmax ()                                \/\/ biggest cluster\n            val indices = clustr.indices.filter (clustr(_) == biggest)   \/\/ indices of elements in biggest cluster            \n            if (DEBUG) {\n                println (s\"Current cluster sizes = $sizes\")\n                println (s\"Biggest cluster = $biggest\")\n                println (s\"Biggest cluster indices = $indices\")\n            } \/\/ if\n\n            var i       = 0                                              \/\/ element index to reassign\n            if (useDistance) {\n                i           = clustr.indexOf (biggest)                   \/\/ first element in biggest cluster\n                var max     = distance (x(i), cent(biggest))             \/\/ first distance in biggest cluster\n                for (ii <- indices) {                                    \/\/ find furthest in biggest cluster\n                    val dist = distance (x(ii), cent(biggest))\n                    if (dist > max) { max  = dist; i = ii }\n                } \/\/ for\n            } else {\n                val ran = new Randi (0, indices.size-1)                  \/\/ random integer generator\n                i       = indices(ran.igen)                              \/\/ randomly pick one point from biggest cluster\n            } \/\/ if\n            sizes(clustr(i)) -= 1                                        \/\/ decrement size of previous cluster\n            clustr(i)         = c                                        \/\/ reassign vector x(i) to cluster c\n            sizes(c)         += 1                                        \/\/ increment size of cluster c\n            if (DEBUG) println (s\"New clustering = ${clustr.deep}\")\n        } \/\/ for\n    } \/\/ fixEmptyClusters\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check for empty clusters and throw an execption if found.\n     *\/\n    private def emptyClusters ()\n    {\n        for (c <- 0 until k if ! (clustr contains c)) throw new Exception (s\"Empty cluster c = $c\")\n    } \/\/ emptyClusters\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reassign each vector\/point to the cluster with the closest centroid.\n     *  Indicate done, if no points changed clusters (for stopping rule).\n     *\/\n    def reassign (): Boolean =\n    {\n        var done = true                                          \/\/ done indicates no changes\n        for (i <- x.range1) {\n            val v = x(i)                                         \/\/ let v be the ith vector\n            for (c <- 0 until k) {\n                val newDist = distance (v, cent(c))              \/\/ calc distance to centroid c\n                if (newDist < dist(i)) {                         \/\/ is it closer than old distance\n                    dist(i)           = newDist                  \/\/ make it the new distance\n                    sizes(clustr(i)) -= 1                        \/\/ decrement size of previous cluster\n                    clustr(i)         = c                        \/\/ reassign vector x(i) to cluster c\n                    sizes(c)         += 1                        \/\/ increment size of cluster c\n                    done              = false                    \/\/ changed clusters => not done\n                } \/\/ if\n            } \/\/ for\n        } \/\/ for\n        done                                                     \/\/ return whether there were no changes\n    } \/\/ reassign\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the centroids based on current assignment of points to clusters.\n     *\/\n    def calcCentroids ()\n    {\n        val cx = new MatrixD (k, x.dim2)                         \/\/ to hold sum of vectors for each cluster\n        val cs = new VectorD (k)                                 \/\/ to hold number of vectors in each cluster\n        for (i <- x.range1) {\n            val ci  = clustr(i)                                  \/\/ x(i) currently assigned to cluster ci\n            cx(ci)  = cx(ci) + x(i)                              \/\/ add the next vector in cluster\n            cs(ci) += 1.0                                        \/\/ add 1 to number in cluster\n        } \/\/ for\n        for (c <- 0 until k) cent(c) = cx(c) \/ cs(c)             \/\/ divide to get averages\/means\n    } \/\/ calcCentroids\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Iteratively recompute clusters until the assignment of points does not\n     *  change, returning the final cluster assignment vector.\n     *\/\n    def cluster (): Array [Int] =\n    {\n        if (primary) {\n            assign ()                                            \/\/ randomly assign points to clusters\n            fixEmptyClusters (false)                             \/\/ swap points into empty clusters\n            calcCentroids ()                                     \/\/ calculate the initial centroids\n        } else {\n            pickCentroids ()                                     \/\/ alt., pick points for initial centroids\n            fixEmptyClusters (false)                             \/\/ swap points into empty clusters\n        } \/\/ if\n\n        if (DEBUG) {\n            println (\"(\" + 0 + \") clustr = \" + clustr.deep)\n            println (\"(\" + 0 + \") cent   = \" + cent)\n        } \/\/ if\n\n        breakable { for (l <- 1 to MAX_ITER) {\n            if (reassign ()) break                               \/\/ reassign points to clusters (no change => break)\n            fixEmptyClusters ()                                  \/\/ check for empty clusters            \n            calcCentroids ()                                     \/\/ re-calculate the centroids\n            if (DEBUG) {\n                println (\"(\" + l + \") clustr = \" + clustr.deep)\n                println (\"(\" + l + \") cent   = \" + cent)\n            } \/\/ if\n        }} \/\/ for\n        emptyClusters ()                                         \/\/ should not have any empty clusters\n\n        if (post) trySwaps ()                                    \/\/ swap points to improve sse\n        clustr                                                   \/\/ return the cluster assignment vector\n    } \/\/ cluster\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Swap clusters for points 'x(i)' and 'x(j)'.\n     *  param i  the inded for point x(i)\n     *  param j  the inded for point x(j)\n     *\/\n    private def swapPoints (i: Int, j: Int)\n    {\n        val temp = clustr(i)\n        clustr(i) = clustr(j)\n        clustr(j) = temp\n        calcCentroids ()\n    } \/\/ swapPoints\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Try all pairwise swaps and make them if 'sse' improves.\n     *\/\n    private def trySwaps ()\n    {\n        for (i <- 0 until x.dim1-1; j <- i+1 until x.dim1 if clustr(i) != clustr(j)) {\n            val sum1 = sse (clustr(i)) + sse (clustr(j))\n            swapPoints (i, j)\n            val sum2 = sse (clustr(i)) + sse (clustr(j))\n            if (DEBUG) println (s\"sum1 = $sum1 vs. sum2 = $sum2\")\n            if (sum2 > sum1) {                                   \/\/ if not better, swap back\n                swapPoints (i, j)\n                if (DEBUG) println (s\"swapping back\")\n            } \/\/ if \n        }  \/\/ for\n    } \/\/ randomSwaps\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a new point\/vector 'y', determine which cluster it belongs to,\n     *  i.e., the cluster whose centroid it is closest to.\n     *  @param y  the vector to classify\n     *\/\n    def classify (y: VectorD): Int =\n    {\n        var dist = distance (y, cent(0))                         \/\/ calc distance to centroid 0\n        var clus = 0                                             \/\/ assign y to cluster 0\n        for (c <- 1 until k) {\n            val newDist = distance (y, cent(c))                  \/\/ calc distance to centroid c\n            if (newDist < dist) {                                \/\/ is it closer than old distance\n                dist = newDist                                   \/\/ make it the new distance\n                clus = c                                         \/\/ assign y to cluster c\n            } \/\/ if\n        } \/\/ for\n        clus                                                     \/\/ return cluster y belongs to\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the sum of squared errors (distance squared) from all points in\n     *  cluster 'c' to the cluster's centroid.\n     *  @param c  the current cluster\n     *\/\n    def sse (c: Int): Double =\n    {\n        var sum = 0.0\n        for (i <- x.range1) {\n            val cli = clustr(i)\n            if (cli == c) sum += distance (x(i), cent(cli))\n        } \/\/ for\n        sum\n    } \/\/ sse\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check to see if the sum of squared errors is optimum.\n     *  @param opt  the known (from human\/oracle) optimum\n     *\/\n    def checkOpt (opt: Double): Boolean = sse (x) <= opt\n\n} \/\/ KMeansClusterer class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClustererTest` object is used to test the `KMeansClusterer` class.\n *  > run-main scalation.analytics.clusterer.KMeansClustererTest\n *\/\ntrait KMeansClustererTester\n{\n    import scalation.stat.Statistic\n    def test (v: MatrixD, k: Int, primary: Boolean, remote: Boolean, post: Boolean, opt: Double = -1)\n    {\n        banner (s\"test (primary = $primary, remote = $remote, post = $post)\")\n        val statSSE = new Statistic ()\n        val statTC1 = new Statistic ()\n        val statTC2 = new Statistic ()\n        var ok = 0\n        for (s <- 0 until 1000) {                         \/\/ test with different random streams\n            \/\/banner (\"KMeansClusterer for stream s = \" + s)\n            val cl  = new KMeansClusterer (v, k, s, primary = primary, remote = remote, post = post)\n            cl.cluster ()\n            val sse = cl.sse (v)            \n            \/\/println (\"--- final cluster   = \" + cl.cluster ().deep)\n            \/\/println (\"--- final sse       = \" + sse)            \n            statSSE.tally (sse)\n            statTC1.tally (cl.tc1)\n            statTC2.tally (cl.tc2)\n            if ((opt != -1) && (cl.checkOpt (opt))) ok += 1\n        } \/\/ for\n        if (opt != -1) println (s\"ok = $ok\")\n        println (Statistic.labels)\n        println (statSSE)\n        println (statTC1)\n        println (statTC2)\n\n    } \/\/ test\n} \/\/ KMeansClutererTester\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClustererTest` object is used to test the `KMeansClusterer` class.\n *  > run-main scalation.analytics.clusterer.KMeansClustererTest\n *\/\nobject KMeansClustererTest extends App with KMeansClustererTester\n{\n\n    val v = new MatrixD ((6, 2), 1.0, 2.0,\n                                 2.0, 1.0,\n                                 5.0, 4.0,\n                                 4.0, 5.0,\n                                 9.0, 8.0,\n                                 8.0, 9.0)\n\n    val k = 3\n\n    println (\"v = \" + v)\n    println (\"k = \" + k)\n    println (\"----------------------------------------------------\")\n\n    val tf = Array (true, false)\n    for (primary <- tf; remote <- tf; post <- tf) {\n        test (v, k, primary, remote, post, 3)\n    } \/\/ for\n\n} \/\/ KMeansClustererTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClustererTest2` object is used to test the `KMeansClusterer` class.\n *  > run-main scalation.analytics.clusterer.KMeansClustererTest\n *\/\nobject KMeansClustererTest2 extends App with KMeansClustererTester\n{\n\n    val v = new MatrixD ((8, 2),  1.0,  1.0,\n                                  1.0,  3.0,\n                                  5.0, 18.0,\n                                  5.0, 20.0,\n                                  9.0, 10.0,\n                                  9.0, 12.0,\n                                  15.0, 30.0,\n                                  15.0, 32.0)\n\n    val k = 4\n\n    println (\"v = \" + v)\n    println (\"k = \" + k)\n    println (\"----------------------------------------------------\")\n\n    val tf = Array (true, false)\n    for (primary <- tf; remote <- tf; post <- tf) {\n        test (v, k, primary, remote, post, 8)\n    } \/\/ for\n\n} \/\/ KMeansClustererTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClustererTest2` object is used to test the `KMeansClusterer` class.\n *  > run-main scalation.analytics.clusterer.KMeansClustererTest3\n *\/\nobject KMeansClustererTest3 extends App with KMeansClustererTester\n{\n\n    import scalation.random.{Bernoulli, Normal}\n\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v    = new MatrixD (50, 2)\n    val k    = 4\n\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    import scalation.plot.Plot    \n    new Plot (v.col(0), v.col(1))    \n\n    println (\"v = \" + v)\n    println (\"k = \" + k)\n    println (\"----------------------------------------------------\")\n\n    val tf = Array (true, false)\n    for (primary <- tf; remote <- tf; post <- tf) {\n        test (v, k, primary, remote, post, 76.6)\n    } \/\/ for\n\n} \/\/ KMeansClustererTest3 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `KMeansClustererTest4` object is used to test the `KMeansClusterer` class.\n *  > run-main scalation.analytics.clusterer.KMeansClustererTest4\n * \nobject KMeansClustererTest4 extends App with KMeansClustererTester\n{\n    import org.apache.commons.math3.ml.clustering.KMeansPlusPlusClusterer\n    import scalation.random.{Normal, Bernoulli}\n\n    val coin  = Bernoulli ()\n    val dist1 = Normal (2.0, 1.0)\n    val dist2 = Normal (8.0, 1.0)\n    val v    = new MatrixD (50, 2)\n    val k    = 4\n\n    for (i <- v.range1) v(i) = VectorD (if (coin.gen == 0) dist1.gen else dist2.gen,\n                                        if (coin.gen == 0) dist1.gen else dist2.gen)\n\n    import scalation.plot.Plot    \n    new Plot (v.col(0), v.col(1))\n\n    val cl = new KMeansPlusPlusClusterer (k)\n    \n    println (\"v = \" + v)\n    println (\"k = \" + k)\n    println (\"----------------------------------------------------\")\n\n    val tf = Array (true, false)\n    for (primary <- tf; remote <- tf; post <- tf) {\n        test (v, k, primary, remote, post, 76.6)\n    } \/\/ for\n\n} \/\/ KMeansClustererTest4 object\n *\/\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/minima\/NelderMeadSimplex.scala","text":"\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sun May  5 13:13:42 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\n *  @see     http:\/\/www.scholarpedia.org\/article\/Nelder-Mead_algorithm\n *  @see     http:\/\/papers.ssrn.com\/sol3\/papers.cfm?abstract_id=2097904\n *\/\n\npackage scalation.minima\n\nimport scala.math.{abs, max, pow}\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.calculus.Differential.FunctionV2S\nimport scalation.linalgebra.VectorD\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NelderMeadSimplex` solves Non-Linear Programming (NLP) problems using\n *  the Nelder-Mead Simplex algorithm.  Given a function 'f' and its dimension\n *  'n',  the algorithm moves a simplex defined by n + 1 points in order to find\n *  an optimal solution.  The algorithm is derivative-free.\n *\n *  minimize    f(x)\n *\n *  @param f  the vector-to-scalar objective function\n *  @param n  the dimension of the search space\n *\/\nclass NelderMeadSimplex (f: FunctionV2S, n: Int)\n      extends Minimizer with Error\n{\n    type Vertex = Tuple2 [VectorD, Double]            \/\/ point and its functional value\n\n    private val DEBUG   = true                        \/\/ debug flag\n    private val np1     = n + 1                       \/\/ number of vertices\/points in simplex\n    private val simplex = Array.ofDim [Vertex] (np1)  \/\/ simplex used for search\n\n    private val alpha = 1.0                           \/\/ alpha (> 0)  parameter for reflection\n    private val beta  = 0.5                           \/\/ beta  (0, 1) parameter for contraction\n    private val gamma = 2.0                           \/\/ gamma (> 1)  parameter for expansion\n    private val delta = 0.5                           \/\/ delta (0, 1) parameter for shrinkage\n\n    private var (f_h, f_s, f_l) = (0.0, 0.0, 0.0)     \/\/ worst, second worst, best functional values\n\n    if (n < 2) flaw (\"constructor\", \"requires at least a 2-dimensional problem\")\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Initialize the search simplex by setting n + 1 vertices and computing\n     *  their functional values.\n     *  @param x0  the given starting point\n     *  @param step  the step size\n     *\/\n    def initSimplex (x0: VectorD, step: Double)\n    {\n        simplex(0) = (x0, f(x0))                  \/\/ given starting point and its functional value\n        for (i <- 1 to n) {\n            val x = x0 + x0.oneAt (i-1) * step\n            simplex(i) = (x, f(x))\n        } \/\/ for\n        sort ()                                   \/\/ order vertices high to low\n    } \/\/ initSimplex\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Sort the vertices in non-increasing order (high to low).  Then the key\n     *  indices are worst\/highest (h=0), second worst (s=1), and best\/lowest (l=n).\n     *\/\n    def sort ()\n    {\n        for (i <- 0 until n) {\n            var im = i\n            for (j <- i+1 to n if simplex(j)._2 > simplex(im)._2) im = j\n            if (im != i) {\n                val t = simplex(i); simplex(i) = simplex(im); simplex(im) = t\n            } \/\/ if\n        } \/\/ for\n    } \/\/ sort\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Calculate the centroid of the best-side of the simplex (excluding h=0),\n     *  returning it and its functional value.\n     *\/\n    def centroid (): Vertex =\n    {\n        val c = new VectorD (n)                   \/\/ the centroid of the simplex\n        for (i <- 1 to n) c += simplex(i)._1      \/\/ add vertex points, except h=0\n        val x_c = c \/ n.toDouble                  \/\/ divide by # vertices - 1\n        (x_c, f(x_c))\n    } \/\/ centroid\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reflect: compute the reflection point of the worst point (h=0) across\n     *  the centroid.\n     *  @param x_c  the best-side centroid of the simplex\n     *\/\n    def reflect (x_c: VectorD): Vertex =\n    {\n        val x_r = x_c + (x_c - simplex(0)._1) * alpha\n        (x_r, f(x_r))\n    } \/\/ reflect\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Expand:  compute the expansion point beyond the reflection point.\n     *  @param x_c  the best-side centroid of the simplex\n     *  @param x_r  the reflection point\n     *\/\n    def expand (x_c: VectorD, x_r: VectorD): Vertex = \n    {\n        val x_e = x_c + (x_r - x_c) * gamma\n        (x_e, f(x_e))\n    } \/\/ reflect\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Contract: compute the outer contraction point between x_r and x_c.\n     *  @param x_c  the best-side centroid of the simplex\n     *  @param x_r  the reflection point\n     *\/\n    def contractOut (x_c: VectorD, x_r: VectorD): Vertex =\n    {\n        val x_co = x_c + (x_r - x_c) * beta\n        (x_co, f(x_co))\n    } \/\/ reflect\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Contract: compute the inner contraction point between x_h and x_c.\n     *  @param x_c  the best-side centroid of the simplex\n     *  @param x_r  the reflection point\n     *\/\n    def contractIn (x_c: VectorD, x_r: VectorD): Vertex =\n    {\n        val x_ci = x_c + (simplex(0)._1 - x_c) * beta\n        (x_ci, f(x_ci))\n    } \/\/ contractIn\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Shrink: fixing the best\/lowest point (l=n), move the rest of the points\n     *  toward it.\n     *\/\n    def shrink ()\n    {\n        val x_l = simplex(n)._1                             \/\/ the best vertex point\n        for (i <- 0 until n) {\n            val x = x_l + (simplex(i)._1 - x_l) * delta\n            simplex(i) = (x, f(x))                          \/\/ updated vertex\n        } \/\/ for\n    } \/\/ shrink\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform an exact (e.g., `GoldenSectionLS`) or inexact (e.g., `WolfeLS`) line search.\n     *  Search in direction 'dir', returning the distance 'z' to move in that direction.\n     *  Currently NOT USED, but may be used to find a better point to add to simplex.\n     *  @param x     the current point\n     *  @param dir   the direction to move in\n     *  @param step  the initial step size\n     *\/\n    def lineSearch (x: VectorD, dir: VectorD, step: Double = STEP): Double = 0.0\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Replace the worst vertex (h=0) in the simplex with the new point.\n     *  @param  x_n  the new replacement point\n     *\/\n    def replace (x_n: VectorD)\n    {\n        simplex(0) = (x_n, f(x_n))                                    \/\/ put new vertex at index h=0\n        if (DEBUG) println (\"replace: \" + 0 + \" with \" + simplex(0))\n        sort ()                                                       \/\/ re-establish the vertex order\n    } \/\/ replace\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Improve the simplex by replacing the worst\/highest vertex (x_h) with a\n     *  a better one found on the line containing x_h and the centroid (x_c).\n     *  Try the reflection, expansion, outer contraction and inner contraction\n     *  points, in that order.  If none succeeds, shrink the simplex and iterate.\n     *  Return both distance and difference between x_h (worst) and x_l (best).\n     *  @param toler  the tolerance used for termination\n     *\/\n    def improveSimplex (toler: Double = EPSILON): Tuple2 [Double, Double] =\n    {\n        var dist = (simplex(0)._1 - simplex(n)._1).norm          \/\/ distance between x_h and x_l\n        var diff =  simplex(0)._2 - simplex(n)._2                \/\/ difference between f_h and f_l\n\n        breakable { for (k <- 1 to MAX_ITER) {\n            f_h = simplex(0)._2                                  \/\/ functional value for x_h (highest\/worst)\n            f_s = simplex(1)._2                                  \/\/ functional value for x_s (second worst)\n            f_l = simplex(n)._2                                  \/\/ functional value for x_l (lowest\/best)\n            val (x_c, f_c) = centroid ()                         \/\/ compute best-side centroid of simplex\n            val (x_r, f_r) = reflect (x_c)                       \/\/ compute reflection point\n            val smaller = f_r <  f_l                             \/\/ f_r smaller than best\n            val larger  = f_r >= f_s                             \/\/ f_r at least as large as second worst\n\n            if (! smaller && ! larger) { replace (x_r); break }  \/\/ f_r in middle, replace x_h with x_r\n\n            if (smaller) {\n                val (x_e, f_e) = expand (x_c, x_r)               \/\/ expand beyond reflection point\n                if (f_e < f_r) { replace (x_e); break }          \/\/ replace worst x_h with x_e\n                else           { replace (x_r); break }          \/\/ replace worst x_h with x_r\n            } \/\/ if\n\n            if (larger) {                                        \/\/ contract back from reflection point\n                if (f_r < f_h) {                                 \/\/ f_r between second worst and worst\n                    val (x_co, f_co) = contractOut (x_c, x_r)\n                    if (f_co <= f_r) { replace (x_co); break }   \/\/ replace worst x_h with x_co\n                } else {                                         \/\/ f_r at least as large as worst\n                    val (x_ci, f_ci) = contractIn (x_c, x_r)\n                    if (f_ci <= f_h) { replace (x_ci); break }   \/\/ replace worst x_h with x_ci\n                } \/\/ if\n            } \/\/ if\n\n            shrink ()                                            \/\/ shrink the size of the simplex\n            sort ()                                              \/\/ re-establish vertex order\n            dist = (simplex(0)._1 - simplex(n)._1).norm          \/\/ recompute the distance\n            diff =  simplex(0)._2 - simplex(n)._2                \/\/ recompute the difference\n            if (dist < toler && diff < toler) break              \/\/ check termination condition\n        }} \/\/ for\n\n        (dist, diff)                                             \/\/ return distance and difference\n    } \/\/ improveSimplex\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Solve the Non-Linear Programming (NLP) problem using the Nelder-Mead\n     *  Simplex algorithm.\n     *  @param x0     the given starting point\n     *  @param step   the initial step size\n     *  @param toler  the tolerance used for termination\n     *\/\n    def solve (x0: VectorD, step: Double = STEP, toler: Double = EPSILON): VectorD =\n    {\n        var dist = Double.PositiveInfinity                     \/\/ distance between worst and best vertices\n        var diff = Double.PositiveInfinity                     \/\/ difference between their functional values\n        initSimplex (x0, step)\n        if (DEBUG) println (\"solve: \" + 0 + \":\\tdist = \" + dist + \" diff = \" + diff + \"\\n\\tsimplex = \" + simplex.deep)\n\n        breakable { for (k <- 1 to MAX_ITER) {\n            val (dist, diff) = improveSimplex ()\n            if (DEBUG) println (\"solve: \" + k + \":\\tdist = \" + dist + \" diff = \" + diff + \"\\n\\tsimplex = \" + simplex.deep)\n            if (dist < toler && diff < toler) break            \/\/ check termination condition\n        }} \/\/ for\n\n        val x_l = simplex(n)._1\n        println (\"solve: optimal vertex = \" + x_l)\n        x_l                                                    \/\/ return the best vertex point\n    } \/\/ solve\n\n} \/\/ NelderMeadSimplex class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `NelderMeadSimplexTest` object is used to test the `NelderMeadSimplex` class.\n *  > run-main scalation.minima.NelderMeadSimplexTest\n *\/\nobject NelderMeadSimplexTest extends App\n{\n    var x0 = VectorD (1.0, 1.0)                           \/\/ starting point\n\n    println (\"\\nProblem 1: (x_0 - 2)^2 + (x_1 - 3)^2 + 1\") \n    def f (x: VectorD): Double = (x(0) - 2.0) * (x(0) - 2.0) + (x(1) - 3.0) * (x(1) - 3.0) + 1.0\n    val solver = new NelderMeadSimplex (f, 2)\n    val x = solver.solve (x0)                             \/\/ optimal point\n    println (\"optimal solution = \" + x + \" at \" + f(x))\n\n} \/\/ NelderMeadSimplexTest\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/ExpRegression.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/ExpRegression.scala<gh_stars>1-10\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Sun Jan 11 19:05:20 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\n\/\/ U N D E R   D E V E L O P M E N T\n\n\/\/ FIX: needs improved optimization\n\npackage scalation.analytics\n\nimport scala.math.{exp, pow}\n\nimport scalation.linalgebra.{MatrixD, VectoD, VectorD}\nimport scalation.minima.QuasiNewton\nimport scalation.plot.Plot\nimport scalation.util.Error\n\nimport RegTechnique._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExpRegression` class supports exponential regression.  In this case,\n *  'x' is multi-dimensional [1, x_1, ... x_k].  Fit the parameter vector 'b' in the\n *  exponential regression equation\n *  <p>\n *      log (mu (x))  =  b dot x  =  b_0 + b_1 * x_1 + ... b_k * x_k\n *  <p>\n *  @see www.stat.uni-muenchen.de\/~leiten\/Lehre\/Material\/GLM_0708\/chapterGLM.pdf \n *  @param x       the data\/design matrix\n *  @param nonneg  whether to check that responses are nonnegative\n *  @param y       the response vector\n *\/\nclass ExpRegression (x: MatrixD, nonneg: Boolean, y: VectorD)\n      extends Predictor with Error\n{\n    if (x.dim1 != y.dim) flaw (\"constructor\", \"dimensions of x and y are incompatible\")\n    if (nonneg && ! y.isNonnegative) flaw (\"constructor\", \"response vector y must be nonnegative\")\n\n    private val k          = x.dim2 - 1          \/\/ number of variables (k = n-1)\n    private val m          = x.dim1.toDouble     \/\/ number of data points (rows)\n    private val r_df       = (m-1.0) \/ (m-k-1.0) \/\/ ratio of degrees of freedom\n\n    private var rSquared   = -1.0                \/\/ coefficient of determination (quality of fit)\n    private var rBarSq     = -1.0                \/\/ Adjusted R-squared\n    private var fStat      = -1.0                \/\/ F statistic (quality of fit)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For a given parameter vector b, compute '-2 * Log-Likelihood' (-2LL).\n     *  '-2LL' is the standard measure that follows a Chi-Square distribution. \n     *  @see www.stat.cmu.edu\/~cshalizi\/350\/lectures\/26\/lecture-26.pdf\n     *  @see www.statisticalhorizons.com\/wp-content\/uploads\/Allison.StatComp.pdf\n     *  @param b  the parameters to fit\n     *\/\n    def ll (b: VectorD): Double = \n    {\n        var sum = 0.0\n        for (i <- 0 until y.dim) {\n            val bx = b dot x(i)\n            sum += -bx - y(i) \/ exp { bx }\n        } \/\/ for\n        -2.0 * sum\n    } \/\/ ll\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** For a given parameter vector b, compute '-2 * Log-Likelihood' (-2LL) for\n     *  the null model (the one that does not consider the effects of x(i)).\n     *  @param b  the parameters to fit\n     *\/\n    def ll_null (b: VectorD): Double =\n    {\n        var sum = 0.0\n        for (i <- 0 until y.dim) {\n            val bx = b(0)                                  \/\/ only use intercept\n            sum += -bx - y(i) \/ exp { bx }\n        } \/\/ for\n        -2.0 * sum\n    } \/\/ ll_null\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector (b-vector) in the\n     *  exponential regression equation.\n     *\/\n    def train ()\n    {\n        val b0   = new VectorD (x.dim2)             \/\/ use b_0 = 0 for starting guess for parameters\n        val bfgs = new QuasiNewton (ll)             \/\/ minimizer for -2LL\n        b        = bfgs.solve (b0)                  \/\/ find optimal solution for parameters\n        val e    = y \/ (x * b)                      \/\/ residual\/error vector\n        val sse  = e dot e                          \/\/ residual\/error sum of squares\n        val sst  = (y dot y) - pow (y.sum, 2) \/ m   \/\/ total sum of squares\n        val ssr  = sst - sse                        \/\/ regression sum of squares\n        rSquared = ssr \/ sst                        \/\/ coefficient of determination (R-squared)\n        rBarSq   = 1.0 - (1.0-rSquared) * r_df      \/\/ R-bar-squared (adjusted R-squared)\n        fStat    = ssr * (m-k-1.0)  \/ (sse * k)     \/\/ F statistic (msr \/ mse)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the quality of fit including 'rSquared'.\n     *\/\n    def fit: VectorD = VectorD (rSquared, rBarSq, fStat)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the value of y = f(z) by evaluating the formula y = b dot z,\n     *  e.g., (b_0, b_1, b_2) dot (1, z_1, z_2).\n     *  @param z  the new vector to predict\n     *\/\n    def predict (z: VectoD): Double = exp (b dot z)\n\n} \/\/ ExpRegression class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExpRegressionTest` object tests `ExpRegression` class using the following\n *  exponential regression problem.\n *\/\nobject ExpRegressionTest extends App\n{\n    val x = new MatrixD ((5, 3), 1.0, 36.0,  66.0,               \/\/ 5-by-3 matrix\n                                 1.0, 37.0,  68.0,\n                                 1.0, 47.0,  64.0,\n                                 1.0, 32.0,  53.0,\n                                 1.0,  1.0, 101.0)\n    val y = VectorD (745.0, 895.0, 442.0, 440.0, 1598.0)\n    val z = VectorD (1.0, 20.0, 80.0)\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n    val erg = new ExpRegression (x, true, y)\n    erg.train ()\n    println (\"fit = \" + erg.fit)\n\n    val yp = erg.predict (z)\n    println (\"predict (\" + z + \") = \" + yp)\n\n} \/\/ ExpRegressionTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ExpRegressionTest2` object has a basic test for the `ExpRegression` class.\n  *\/\nobject ExpRegressionTest2 extends App\n{\n    import scalation.random.{Uniform, Exponential, Random}\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Test `ExpRegression` by simulating 'n'-many observations.\n     *  @param n  number of observations\n     *  @param k  number of variables\n     *  @return   (actual, estimated, r^2)\n     *\/\n    def test (n: Int = 10000, k: Int = 5): Tuple5 [Int, Int, VectorD, VectoD, Double] =\n    {\n        val u = new Uniform (0, 1)     \/\/ uniform random\n        val e = new Exponential (1)    \/\/ exponential error\n        val r = new Random ()\n\n        val x = new MatrixD (n, k)     \/\/ data matrix\n        val y = new VectorD (x.dim1)   \/\/ response vector\n        val b = new VectorD (k)        \/\/ known coefficients\n\n        for (i <- 0 until b.dim) b(i) = 1 + r.gen * 6\n\n        for (i <- 0 until x.dim1; j <- 0 until x.dim2) x(i, j) = u.gen\n\n        for (i <- 0 until y.dim) y(i) = exp (x(i) dot b) * e.gen\n\n        val erg = new ExpRegression (x, true, y)\n        erg.train ()\n\n        (n, k, b, erg.coefficient, erg.fit(0))\n    } \/\/ test\n\n    val tests = Array.ofDim [Tuple5 [Int, Int, VectorD, VectoD, Double]] (10)\n\n    for (k <- 0 until tests.size) tests(k) = test(1000, k + 1)\n\n    tests.foreach {\n        case (n, k, actual, fit, rSquared) => {\n            actual.setFormat (\"%.4f, \")\n            fit.setFormat (\"%.4f, \")\n            println (\"nobs = %d, regressors = %d, R^2 = %f\\nactual = %s\\nfir    = %s\\n\".format(n, k, rSquared, actual, fit))\n        } \/\/ case\n    } \/\/ foreach\n\n} \/\/ ExpRegressionTest2\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/CanCorrelation.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/CanCorrelation.scala\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Sep 14 20:47:08 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *  @see     http:\/\/en.wikipedia.org\/wiki\/Canonical_correlation\n *\/\n\n\/\/ U N D E R   D E V E L O P M E N T\n\npackage scalation.analytics\n\nimport scala.util.control.Breaks.{breakable, break}\n\nimport scalation.linalgebra.{Eigenvalue, Eigenvector, MatrixD, VectorD}\nimport scalation.linalgebra.MatrixD.outer\nimport scalation.util.Error\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `CanCorrelation` class performs Canonical Correlation Analysis 'CCA'\n *  on two random vectors.  Samples for the first one are stored in the 'x'\n *  data matrix and samples for the second are stored in the 'y' data matrix.\n *  Find vectors a and b that maximize the correlation between x * a and y * b.\n *  <p>\n *      max {rho (x * a, y * b)}\n *  <p>\n *  Additional vectors orthogonal to a and b can also be found.\n *  @param x  the x data matrix\n *  @param y  the y data matrix\n *\/\nclass CanCorrelation (x: MatrixD, y: MatrixD)\n      extends Reducer with Error                   \/\/ FIX - reducer or predictor?\n{\n    if (! x.isRectangular) flaw (\"constructor\", \"x matrix must be rectangular\")\n    if (! y.isRectangular) flaw (\"constructor\", \"y matrix must be rectangular\")\n\n    private val MAX_ITER = 200                               \/\/ the maximum number of iterations\n    private val EPSILON  = 1E-8                              \/\/ a value close to zero\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reduce the original data ...\n     *\/\n    def reduce (): MatrixD =\n    {\n        null    \/\/ FIX - to be implemented\n    } \/\/ reduce\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Approximately recover the original data ...\n     *\/\n    def recover (): MatrixD =\n    {\n        null    \/\/ FIX - to be implemented\n    } \/\/ recover\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reduce the original data ...\n     *\/\n    def reduce2 (): Tuple2 [MatrixD, MatrixD] =\n    {\n        (null, null)    \/\/ FIX - to be implemented\n    } \/\/ reduce\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Approximately recover the original data ...\n     *\/\n    def recover2 (): Tuple2 [MatrixD, MatrixD] =\n    {\n        (null, null)    \/\/ FIX - to be implemented\n    } \/\/ recover\n\n} \/\/ CanCorrelation class\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/fda\/B_Spline.scala","text":"<reponame>DongYuYu\/Scalation\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** @author  <NAME>, <NAME>, <NAME>, <NAME>\r\n *  @version 1.2\r\n *  @date    Thu Sep 22 21:45:58 EDT 2016\r\n *  @see     LICENSE (MIT style license file).\r\n *\r\n *  @see en.wikipedia.org\/wiki\/B-spline\r\n *  @see cran.r-project.org\/web\/packages\/crs\/vignettes\/spline_primer.pdf\r\n *  @see http:\/\/web.mit.edu\/hyperbook\/Patrikalakis-Maekawa-Cho\/node17.html\r\n *  @see open.uct.ac.za\/bitstream\/item\/16664\/thesis_sci_2015_essomba_rene_franck.pdf?sequence=1\r\n *\/\r\n\r\npackage scalation.analytics.fda\r\n\r\nimport scalation.linalgebra.{MatrixD, VectorD}\r\nimport scalation.math.double_exp\r\nimport scalation.util.Error\r\nimport scalation.math.ExtremeD.TOL\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_Spline` class provides B-Spline basis functions for various orders 'm',\r\n *  where the order is one more than the degree.  A spline function is a piecewise\r\n *  polynomial function where the pieces are stitched together at knots with the\r\n *  goal of maintaining continuity and differentability.  B-Spline basis functions\r\n *  form a popular form of basis functions used in Functional Data Analysis.\r\n *  @see http:\/\/web.mit.edu\/hyperbook\/Patrikalakis-Maekawa-Cho\/node17.html\r\n *-----------------------------------------------------------------------------\r\n *  @param \u03c4\u03c4    the time-points of the original knots in the time dimension\r\n *  @param mMax  the maximum order, allowing splines orders from 1 to mMax\r\n *\/\r\nclass B_Spline (\u03c4\u03c4: VectorD, mMax: Int = 4)\r\n      extends Error\r\n{\r\n    private val DEBUG = false                                \/\/ debug flag\r\n    private val l     = \u03c4\u03c4.dim - 1                           \/\/ the number of intervals\r\n    private val ante  = VectorD.fill (mMax-1)(\u03c4\u03c4(0))         \/\/ \"before\" knots\r\n    private val post  = VectorD.fill (mMax-1)(\u03c4\u03c4(l))         \/\/ \"after\" knots\r\n    private val \u03c4     = ante ++ \u03c4\u03c4 ++ post                   \/\/ augment to accomodate knots\r\n\r\n    if (mMax < 1 || mMax > 10) flaw (\"constructor\", \"B_Spline order restricted to 1 thru 10\")\r\n\r\n    if (DEBUG) {\r\n        println (s\"B_Spline (\u03c4\u03c4 = $\u03c4\u03c4, mMax = $mMax)\")\r\n        println (\"intervals l = \" + l)\r\n        println (\"augmented \u03c4 = \" + \u03c4)\r\n    } \/\/ if\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Range of \"usable\" splines when using the `bs` function. This is needed,\r\n     *  since extra splines may be generated by the general B-spline recurrence.\r\n     *  @param m  the order of the spline\r\n     *\/\r\n    def range (m: Int = mMax) = 0 to l+m-2\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** The number of useable spline basis functions for a specified order,\r\n     *  given the configured knot vector.\r\n     *  @param m  the order of the spline\r\n     *\/\r\n    def size (m: Int = mMax) = range(m).size\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Order one 'm = 1' B-Spline basis functions (flat functions).\r\n     *  @param j  indicates which spline function 0 to l-1\r\n     *  @param t  the time parameter\r\n     *\/\r\n    private def bb1 (k: Int, t: Double): Double =\r\n    { \r\n        val tt = if (t == \u03c4\u03c4(\u03c4\u03c4.dim-1)) t-TOL else t\r\n        if (\u03c4(k) <= tt && tt < \u03c4(k+1)) 1.0 else 0.0\r\n    } \/\/ bb1\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Order 'm' B-Spline basis functions (general recurrence).\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def bb (m: Int)(j: Int, t: Double): Double =\r\n    {\r\n        if (mMax < m) flaw (\"bb\", s\"mMax = $mMax can't be less than m = $m\")\r\n        if (m == 1) return bb1 (j, t)\r\n        val jm = j + m\r\n        val n1 = t  - \u03c4(j)\r\n        val n2 = \u03c4(jm) - t\r\n        val d1 = \u03c4(jm-1) - \u03c4(j) + TOL\r\n        val d2 = \u03c4(jm) - \u03c4(j+1) + TOL\r\n        val a  = (n1 \/ d1) * bb (m-1)(j, t)\r\n        val b  = (n2 \/ d2) * bb (m-1)(j+1, t)\r\n        a + b\r\n    } \/\/ bb\r\n\r\n    \/\/ def d0bb (m: Int) (j: Int, t: Double): Double = bb (m)(j, t)\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Adjusted order 'm' B-Spline basis functions (general recurrence). These\r\n     *  are adjusted so that the first \"usable\" spline is at `j = 0`. The valid\r\n     *  range of usable splines is defined in `range`. \r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def bs (m: Int) (j: Int, t: Double): Double = bb (m)(j+mMax-m, t)\r\n\r\n    \/\/ def d0bs (m: Int) (j: Int, t: Double): Double = bs (m)(j, t)\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** First derivatives of order 'm' B-Spline basis functions (general \r\n     *  recurrence).\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def d1bb (m:Int) (j: Int, t: Double): Double =\r\n    {\r\n        if (mMax < m) flaw (\"d1bb\", s\"mMax = $mMax can't be less than m = $m\")\r\n        if (m == 1) return 0.0\r\n        val jm = j + m\r\n        val n1 = t  - \u03c4(j)\r\n        val n2 = \u03c4(jm) - t\r\n        val d1 = \u03c4(jm-1) - \u03c4(j) + TOL\r\n        val d2 = \u03c4(jm) - \u03c4(j+1) + TOL\r\n        val a  = ( bb (m-1)(j, t)   + n1 * d1bb (m-1)(j, t))   \/ d1\r\n        val b  = (-bb (m-1)(j+1, t) + n2 * d1bb (m-1)(j+1, t)) \/ d2\r\n        a + b\r\n    } \/\/ d1bb\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Adjusted derivatives of order 'm' B-Spline basis functions (general \r\n     *  recurrence). These are adjusted so that the first \"usable\" spline is at\r\n     *  `j = 0`. The valid range of usable splines is defined in `range`.\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def d1bs (m: Int) (j: Int, t: Double): Double = d1bb (m)(j+mMax-m, t)\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Second derivatives of order 'm' B-Spline basis functions (general \r\n     *  recurrence).\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def d2bb (m:Int) (j: Int, t: Double): Double ={\r\n        if (mMax < m) flaw (\"d2bb\", s\"mMax = $mMax can't be less than m = $m\")\r\n        if (m == 2) return 0.0\r\n        val jm = j + m\r\n        val n1 = t  - \u03c4(j)\r\n        val n2 = \u03c4(jm) - t\r\n        val d1 = \u03c4(jm-1) - \u03c4(j) + TOL\r\n        val d2 = \u03c4(jm) - \u03c4(j+1) + TOL\r\n        val a  = ( 2.0 * d1bb (m-1)(j, t)   + n1 * d2bb (m-1)(j, t))   \/ d1\r\n        val b  = (-2.0 * d1bb (m-1)(j+1, t) + n2 * d2bb (m-1)(j+1, t)) \/ d2\r\n        a + b\r\n    } \/\/ d2bb\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::    \r\n    \/** Adjusted seconf derivatives of order 'm' B-Spline basis functions \r\n     *  (general recurrence). These are adjusted so that the first \"usable\" \r\n     *  spline is at `j = 0`. The valid range of usable splines is defined in \r\n     *  `range`.\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def d2bs (m: Int) (j: Int, t: Double): Double = d2bb (m)(j+mMax-m, t)\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Adjusted order 'm' B-Spline basis functions (general recurrence). These\r\n     *  are adjusted so that the first \"usable\" spline is at `j = 0`. The valid\r\n     *  range of usable splines is defined in `range`. \r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param j  indicates which spline function\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def apply (m: Int) (j: Int, t: Double): Double = bs (m)(j, t)\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Adjusted order 'm' B-Spline basis functions (general recurrence). These\r\n      *  are adjusted so that the first \"usable\" spline is at `j = 0`. The valid\r\n      *  range of usable splines is defined in `range`.\r\n      *  @param m  the order of the spline function (degree = order - 1)\r\n      *  @param j  indicates which spline function\r\n      *  @param t  the time parameter\r\n      *\/\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Plot the B-spline basis functions and as well as their frist and second\r\n     *  derivatives (if available).\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def plot (m: Int = mMax) (t: VectorD)\r\n    {\r\n        import scalation.linalgebra.MatrixD\r\n        import scalation.plot.PlotM\r\n        val ns  = range(m).size\r\n        val n   = t.dim\r\n        val d0y = new MatrixD (ns, n) \/\/ \u03c4.dim + mMax, n)                    \/\/ matrix to hold initial B-Splines\r\n        val d1y = new MatrixD (ns, n) \/\/ \u03c4.dim + mMax, n)\r\n        val d2y = new MatrixD (ns, n) \/\/ \u03c4.dim + mMax, n)\r\n        for (i <- 0 until n; j <- range(m)) {\r\n            if (m > 0) d0y(j, i) =   bs (m)(j, t(i))\r\n            if (m > 1) d1y(j, i) = d1bs (m)(j, t(i))\r\n            if (m > 2) d2y(j, i) = d2bs (m)(j, t(i))\r\n        } \/\/ for\r\n        if (m > 0) new PlotM (t, d0y, null, \"B-Spline order \" + m)\r\n        if (m > 1) new PlotM (t, d1y, null, \"First Derivative of B-Spline order \" + m)\r\n        if (m > 2) new PlotM (t, d2y, null, \"Second Derivative of B-Spline order \" + m)\r\n    } \/\/ plot\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n    \/** Computes the dot\/inner product of the second derivatives of the i-th\r\n     *  and j-th basis functions over the supplied time parameter.\r\n     *  derivatives (if available).\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param i  the index of the first spline basis function\r\n     *  @param j  the index of the second spline basis function\r\n     *  @param t  the time parameter\r\n     *  -----------------------------------------------------------------------\r\n     *  `\u03a3[i,j] = Integral B''[i](t) B''[j](t) dt`\r\n     *\/\r\n    def sigma (m: Int = mMax) (i: Int, j: Int, t: VectorD): Double =\r\n    {\r\n        import scalation.calculus.functionS2S2Hilbert\r\n        import scalation.calculus.Integral.\u222b\r\n        val a = t(0)                            \/\/ lower limit\r\n        val b = t(t.dim-1)                      \/\/ upper limit\r\n        val f = (x: Double) => d2bs (m)(i, x)   \/\/ first basis function\r\n        val g = (x: Double) => d2bs (m)(j, x)   \/\/ second basis function\r\n        \u222b ((a, b), f * g)\r\n    } \/\/ sigma\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::    \r\n    \/** Computes the roughness penalty matrix defined in Ramnsay et al. \r\n     *  (Section 5.8), which is composed of the integrals of products of \r\n     *  the second derivative of basis functions.\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def penalty (m: Int = mMax) (t: VectorD): MatrixD =\r\n    {\r\n        val ns = range().size                           \/\/ number of splines\r\n        val \u03a3  = new MatrixD (ns, ns)                   \/\/ penalty matrix\r\n        for (i <- \u03a3.range1; j <- \u03a3.range2) \u03a3(i, j) = sigma (m)(i, j, t)\r\n        \u03a3\r\n    } \/\/ penalty\r\n\r\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::    \r\n    \/** Computes a matrix of the basis functions evaluated at the given time\r\n     *  points.\r\n     *  @param m  the order of the spline function (degree = order - 1)\r\n     *  @param t  the time parameter\r\n     *\/\r\n    def phi (m: Int = mMax) (t: VectorD): MatrixD =\r\n    {\r\n        val nt = t.dim\r\n        val ns = size (m)\r\n        val \u03a6 = new MatrixD (nt, ns)\r\n        for (i <- t.indices; j<- range(m)) \u03a6(i, j) = bs (m) (j, t(i))\r\n        \u03a6\r\n    } \/\/ phi\r\n\r\n} \/\/ B_Spline class\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_SplineTest2` object is used to test the `B_Spline` class.\r\n *  It tests the B-Spline functions using the general recurrence.\r\n *  > run-main scalation.analytics.fda.B_SplineTest2\r\n *\/\r\nobject B_SplineTest2 extends App\r\n{\r\n    import scalation.plot.Plot\r\n\r\n    val mM = 4                                               \/\/ maximum order to test\r\n    val \u03c4  = VectorD (0.0, 20.0, 40.0, 60.0, 80.0, 100.0)    \/\/ knot time-points\r\n    val bs = new B_Spline (\u03c4, mM)                            \/\/ B-Spline generator\r\n    val n  = 100                                             \/\/ number of time-points for plotting\r\n    val t  = VectorD.range (0, n)                            \/\/ time-points for plotting\r\n\r\n    for (m <- 1 to mM) {\r\n\r\n        \/\/---------------------------------------------------------------------\r\n        \/\/ order m B-Splines (polynomial functions)\r\n\r\n        val y1 = new VectorD (n)\r\n        val y2 = new VectorD (n)\r\n\r\n        for (i <- 0 until n) {\r\n            y1(i) = bs.bb (m)(mM-m+1, t(i))                     \/\/ first \"interesting\" B-Spline\r\n            y2(i) = bs.bb (m)(mM-m+2, t(i))                     \/\/ next B-Spline\r\n        } \/\/ for\r\n        new Plot (t, y1, y2, \"B-Spline order \" + m)\r\n\r\n   } \/\/ for\r\n\r\n} \/\/ B_SplineTest2 object\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_SplineTest3` object is used to test the `B_Spline` class.\r\n *  It tests the B-Spline functions using the general recurrence and plots\r\n *  several basis functions using `PlotM`.\r\n *  > run-main scalation.analytics.fda.B_SplineTest3\r\n *\/\r\nobject B_SplineTest3 extends App\r\n{\r\n    import scalation.linalgebra.MatrixD\r\n    import scalation.plot.PlotM\r\n\r\n    val mM = 5                                               \/\/ maximum order to test\r\n    val \u03c4  = VectorD (0.0, 50.0, 100.0)          \/\/ knot time-points\r\n    val bs = new B_Spline (\u03c4, mM)                            \/\/ B-Spline generator\r\n    val n  = 100                                             \/\/ number of time-points for plotting\r\n    val t  = VectorD.range (0, n)\/(n-1)*n                            \/\/ time-points for plotting\r\n    val k  = 0                                               \/\/ index for initial B-Spline\r\n\r\n    for (m <- 2 to 4) {\r\n        \/\/---------------------------------------------------------------------\r\n        \/\/ order m B-Splines (polynomial functions)\r\n        val y = new MatrixD (\u03c4.dim + mM, n)                    \/\/ matrix to hold initial B-Splines\r\n        for (i <- 0 until n; j <- 0 to bs.range(m).last) {\r\n            y(j, i) = bs (m)(j, t(i))\r\n        } \/\/ for\r\n        new PlotM (t, y, null, \"B-Spline order \" + m)\r\n   } \/\/ for\r\n\r\n} \/\/ B_SplineTest3 object\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_SplineTest4` object is used to test the `B_Spline` class.\r\n  *  It tests the B-Spline functions using the general recurrence.\r\n  *  > run-main scalation.analytics.fda.B_SplineTest4\r\n  *\/\r\nobject B_SplineTest4 extends App\r\n{\r\n    val mM = 4                                        \/\/ maximum order to test\r\n    val n  = 100                                      \/\/ number of time points\r\n    val \u03c4  = VectorD (0.0, 0.5 * (n-1), (n-1)) \/ (n)  \/\/ knot vector (unaugmented)\r\n    val bs = new B_Spline (\u03c4, mM)                     \/\/ B-Spline generator\r\n    val t  = VectorD.range (0, n) \/ n                 \/\/ time-points for plotting\r\n    for (m <- 1 to mM) bs.plot (m)(t)                 \/\/ plot\r\n} \/\/ B_SplineTest4 object\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_SplineTest5` object is used to test the `B_Spline` class. Here, we\r\n  * compute the penalty matrix for a ridge regression.\r\n  * > run-main scalation.analytics.fda.B_SplineTest5\r\n  *\/\r\nobject B_SplineTest5 extends App\r\n{\r\n    val mM = 4                                         \/\/ maximum order to test\r\n    val n  = 100                                       \/\/ number of time points\r\n    val \u03c4  = VectorD (0.0, 0.5 * (n-1), (n-1)) \/ n     \/\/ knot vector (unaugmented)\r\n    val bs = new B_Spline (\u03c4, mM)                      \/\/ B-Spline generator\r\n    val t  = VectorD.range (0, n) \/ n                  \/\/ time-points\r\n    val ns = bs.size()                                 \/\/ number of splines\r\n    val \u03a3  = bs.penalty()(t)                           \/\/ penalty matrix\r\n    val \u03bb  = 0.01                                      \/\/ regularization parameter\r\n\r\n    println (s\" \u03bb = $\u03bb\")\r\n    println (s\" \u03a3 = $\u03a3\")\r\n    println (s\"\u03bb\u03a3 = ${\u03a3 * \u03bb}\")\r\n} \/\/ B_SplineTest5 object\r\n\r\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\r\n\/** The `B_SplineTest6` object is used to test the `B_Spline` class. Here, we\r\n  * smooth functional data manually with a roughness penalty.\r\n  * @see Ramsay et al. page 86\r\n  * > run-main scalation.analytics.fda.B_SplineTest5\r\n  *\/\r\nobject B_SplineTest6 extends App\r\n{\r\n    import scalation.random.Normal\r\n    val normal = Normal ()    \r\n    val mM = 4                                         \/\/ maximum order to test\r\n    val n  = 100                                       \/\/ number of time points\r\n    val G  = 10                                          \/\/ gap\r\n                                                         \/\/    val \u03c4  = VectorD.range (0, n\/G) \/ ((n-1)\/G)        \/\/ knot vector (unaugmented)\r\n    val t  = VectorD.range (0, n) \/ n                  \/\/ time-points    \r\n    val \u03c4  = VectorD.range (0, n\/G) \/ ((n-1)\/G) * t(t.dim-1)       \/\/ knot vector (unaugmented)    \r\n    val bs = new B_Spline (\u03c4, mM)                      \/\/ B-Spline generator\r\n\r\n    val ns = bs.range().size                           \/\/ number of splines\r\n    val \u03a3  = bs.penalty()(t)                           \/\/ penalty matrix\r\n    val \u03bb  = 1E-1                                      \/\/ regularization parameter\r\n\r\n    val y = new VectorD (n)\r\n    val w = new VectorD (n)\r\n    for (i <- 0 until n) { w(i) = t(i) * t(i); y(i) = w(i) + normal.gen }\r\n\r\n    val \u03a6 = bs.phi()(t)                                \/\/ basis matrix\r\n    val I = MatrixD.eye(ns)                            \/\/ identity matrix\r\n    val W = MatrixD.eye(n)                             \/\/ weight matrix\r\n    val c = ((\u03a6.t * W * \u03a6) + (\u03a3 * \u03bb)).inverse * \u03a6.t * W * y \/\/ Penalized Ridge\r\n    \/\/val c = ((\u03a6.t * \u03a6) + (I * \u03bb)).inverse * \u03a6.t * y         \/\/ Simple Ridge\r\n    \/\/val c = (\u03a6.t * \u03a6).inverse * \u03a6.t * y                     \/\/ OLS\r\n\r\n    val z = new VectorD (n)                            \/\/ smoothed values\r\n    for (i <- 0 until n) z(i) = {\r\n        var sum = 0.0\r\n        for (j <- bs.range()) sum += c(j) * bs (mM) (j, t(i))\r\n        sum\r\n    } \/\/ for\r\n\r\n    println (s\"  y = $y\")\r\n    println (s\"  \u03bb = $\u03bb\")\r\n    println (s\"  \u03a3 = $\u03a3\")\r\n    println (s\" \u03bb\u03a3 = ${\u03a3 * \u03bb}\")\r\n    println (s\" \u03bbI = ${I * \u03bb}\")\r\n    println (s\"  \u03a6 = $\u03a6\")\r\n    println (s\"\u03a6'\u03a6 = ${\u03a6.t * \u03a6}\")\r\n    println (s\"  c = $c\")\r\n    println (s\"  z = $z\")\r\n\r\n    import scalation.plot.Plot\r\n    new Plot (t, y, z, lines = true)\r\n    new Plot (t, y, w, lines = true)    \r\n\r\n} \/\/ B_SplineTest6 object\r\n\r\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/ResponseSurface.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Tue Jan  6 13:17:19 EST 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics\n\nimport scalation.linalgebra.{MatrixD, VectoD, VectorD}\nimport scalation.linalgebra.VectorD.one\nimport scalation.util.{Error, time}\n\nimport RegTechnique._\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ResponseSurface` class uses multiple regression to fit a quadratic\/cubic\n *  surface to the data.  For example in 2D, the quadratic regression equation is\n *  <p>\n *      y  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_0, x_0^2, x_1, x_0*x_1, x_1^2] + e\n *  <p>\n *  @see scalation.metamodel.QuadraticFit\n *  @param x_         the input vectors\/points\n *  @param y          the response vector\n *  @param cubic      the order of the surface (defaults to quadratic, else cubic)\n *  @param technique  the technique used to solve for b in x.t*x*b = x.t*y\n *\/\nclass ResponseSurface (x_ : MatrixD, y: VectorD, cubic: Boolean = false, technique: RegTechnique = QR)\n      extends Predictor with Error\n{\n    if (x_.dim1 != y.dim) flaw (\"constructor\", \"the sizes of x_ and y are not compatible\")\n\n    \/** The dimensionality (2D, 3D, etc.) of points in matrix x_\n     *\/\n    private val n = x_.dim2    \n\n    \/** The number of quadratic, linear and constant forms\/terms (3, 6, 10, 15, ...)\n     *  of cubic, quadratic, linear and constant forms\/terms (4, 10, 20, 35, ...)\n     *\/\n    private val nt = if (cubic) (n + 1) * (n + 2) * (n + 3) \/ 6\n                     else       (n + 1) * (n + 2) \/ 2\n\n    \/** The design matrix that includes all forms\/terms for each point in x_\n     *\/\n    private val x = allForms ()\n\n    \/** The regression model\n     *\/\n    private val rsm = new Regression (x, y, technique)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create all forms\/terms for each point placing them in a new matrix.\n     *\/\n    def allForms (): MatrixD =\n    {\n        val xa = new MatrixD (x_.dim1, nt)\n        for (i <- 0 until x_.dim1)\n            xa(i) = if (cubic) cForms (x_(i))    \/\/ vector values for all cubic forms\n                    else       qForms (x_(i))    \/\/ vector values for all quadratic forms\n        xa\n    } \/\/ allForms\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a vector\/point 'p', compute the values for all of its quadratic,\n     *  linear and constant forms\/terms, returning them as a vector.\n     *  for 1D: p = (x_0)      => 'VectorD (1, x_0, x_0^2)'\n     *  for 2D: p = (x_0, x_1) => 'VectorD (1, x_0, x_0^2, x_0*x_1, x_1, x_1^2)'\n     *  @param p  the source vector\/point for creating forms\/terms\n     *\/\n    def qForms (p: VectorD): VectorD =\n    {\n        val q = one (1) ++ p          \/\/ augmented vector: [ 1., p(0), ..., p(n-1) ]\n        val z = new VectorD (nt)      \/\/ vector of all forms\/terms\n        var l = 0;\n        for (i <- 0 to n; j <- i to n) { z(l) = q(i) * q(j); l += 1 }\n        z\n    } \/\/ qForms\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a vector\/point 'p', compute the values for all of its cubic, quadratic,\n     *  linear and constant forms\/terms, returning them as a vector.\n     *  for 1D: p = (x_0)      => 'VectorD (1, x_0, x_0^2, x_0^3)'\n     *  for 2D: p = (x_0, x_1) => 'VectorD (1, x_0, x_0^2, x_0^3,\n     *                                        x_0*x_1, x_0^2*x_1, x_0*x_1^2,\n     *                                        x_1, x_1^2, x_1^3)'\n     *  @param p  the source vector\/point for creating forms\/terms\n     *\/\n    def cForms (p: VectorD): VectorD =\n    {\n        val q = one (1) ++ p          \/\/ augmented vector: [ 1., p(0), ..., p(n-1) ]\n        val z = new VectorD (nt)      \/\/ vector of all forms\/terms\n        var l = 0;\n        for (i <- 0 to n; j <- i to n; k <- j to n) { z(l) = q(i) * q(j) * q(k); l += 1 }\n        z\n    } \/\/ cForms\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector ('b'-vector) in the\n     *  quadratic 'rsm' regression equation, e.g., for 2D\n     *      y  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_0, x_0^2, x_1, x_1*x_0, x_1^2] + e\n     *  using the least squares method.\n     *\/\n    def train () { rsm.train () }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Retrain the predictor by fitting the parameter vector ('b'-vector) in the\n     *  quadratic 'rsm' regression equation, e.g., for 2D\n     *      yy  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_0, x_0^2, x_1, x_1*x_0, x_1^2] + e\n     *  using the least squares method.\n     *  @param yy  the new response vector\n     *\/\n    def train (yy: VectorD) { rsm.train (yy) }\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the quality of fit including 'rSquared'.\n     *\/\n    def fit: VectorD = rsm.fit\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the vector of residuals\/errors.\n     *\/\n    override def residual: VectoD = rsm.residual\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a point 'z', use the quadratic 'rsm' regression equation to predict a\n     *  value for the function at 'z'.\n     *  for 1D:  b_0 + b_1*z_0 + b_2*z_0^2\n     *  for 2D:  b_0 + b_1*z_0 + b_2*z_0^2 + b_3*z_1 + b_4*z_1*z_0 + b_5*z_1^2\n     *  @param z  the point\/vector whose functional value is to be predicted\n     *\/\n    def predict (z: VectoD): Double =\n    {\n        val q   = one(1) ++ z    \/\/ augmented vector: [ 1., x(0), ..., x(n-1) ]\n        var l   = 0\n        var sum = 0.0\n        if (cubic)\n            for (i <- 0 to n; j <- i to n; k <- j to n) { sum += b(l) * q(i) * q(j) * q(k); l += 1 }\n        else\n            for (i <- 0 to n; j <- i to n) { sum += b(l) * q(i) * q(j); l += 1 }\n        sum\n    } \/\/ predict\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform backward elimination to remove the least predictive variable\n     *  from the model, returning the variable to eliminate, the new parameter\n     *  vector, the new R-squared value and the new F statistic.\n     *\/\n    def backElim (): Tuple3 [Int, VectoD, VectorD] = rsm.backElim ()\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Variance Inflation Factor (VIF) for each variable to test\n     *  for multi-collinearity by regressing 'xj' against the rest of the variables.\n     *  A VIF over 10 indicates that over 90% of the variance of 'xj' can be predicted\n     *  from the other variables, so 'xj' is a candidate for removal from the model.\n     *\/\n    def vif: VectorD = rsm.vif\n\n} \/\/ ResponseSurface class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `ResponseSurfaceTest` object is used to test the `ResponseSurface` class.\n *\/\nobject ResponseSurfaceTest extends App\n{\n    val x: MatrixD = null\n    val y: VectorD = null\n\n    val rsm = new ResponseSurface (x, y)\n\n} \/\/ ResponseSurfaceTest object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/model\/package.scala","text":"\npackage scalation\n\n\/** The `model` package contains a trait giving a template for models to follow.\n *\/\npackage object model { } \n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/SelOneBAN.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>, <NAME>\n *  @version 1.3\n *  @date    Mon Jul 27 01:27:00 EDT 2015\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier\n\nimport scala.math.abs\nimport scala.util.control.Breaks.{break, breakable}\n\nimport scalation.linalgebra._\nimport scalation.linalgebra.gen.{HMatrix3, HMatrix5, HMatrix4}\nimport scalation.random.PermutedVecI\nimport scalation.random.RNGStream._\nimport scalation.relalgebra.Relation\nimport scalation.util.time\n\nimport BayesClassifier.me_default\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelOneBAN` class implements an Integer-Based one-parent BN Augmented Selective\n *  Naive Bayes Classifier with feature selection,  which is a combinations of two commonly\n *  used classifiers for discrete input data.  The classifier is trained using a data\n *  matrix 'x' and a classification vector 'y'.  Each data vector in the matrix is classified into one\n *  of 'k' classes numbered 0, ..., k-1.  Prior probabilities are calculated based on\n *  the population of each class in the training-set.  Relative posterior probabilities\n *  are computed by multiplying these by values computed using conditional probabilities.\n *  The classifier supports limited dependency between features\/variables. The classifier\n *  also uses backward elimination algorithm in an attempt to find the most important\n *  subset of features\/variables.\n *-----------------------------------------------------------------------------\n *  @param x      the integer-valued data vectors stored as rows of a matrix\n *  @param y      the class vector, where y(l) = class for row l the matrix x, x(l)\n *  @param fn     the names for all features\/variables\n *  @param k      the number of classes\n *  @param cn     the names for all classes\n *  @param fset   the `Boolean` array indicating the selected features\n *  @param vc     the value count (number of distinct values) for each feature\n *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n *\/\nclass SelOneBAN (x: MatriI, y: VectoI, fn: Array [String], k: Int, cn: Array [String], var fset: Array [Boolean] = null,\n                 private var vc: VectoI = null, me: Float = me_default, thres: Double = 0.1,\n                 private var featureOrder: VectorI = null)\n      extends BayesClassifier (x, y, fn, k, cn)\n{\n    private val DEBUG  = false                          \/\/ debug flag\n    private val TOL    = 0.01                           \/\/ tolerance indicating negligible improvement adding features\n\/\/  private val cor    = calcCorrelation                \/\/ feature correlation matrix\n    private val parent = new VectorI (n)                \/\/ allocate the parent vector\n    private val vcp    = new VectorI (n)                \/\/ value count for the parent\n\n    private val popC  = new VectorI (k)                 \/\/ frequency counts for classes 0, ..., k-1\n    private val probC = new VectorD (k)                 \/\/ probabilities for classes 0, ..., k-1\n    private val popX  = new HMatrix4 [Int] (k, n)       \/\/ conditional frequency counts for variable\/feature j\n    private val probX = new HMatrix4 [Double] (k, n)    \/\/ conditional probabilities for variable\/feature j\n\n    private val permutedVec  = PermutedVecI (VectorI.range(0, n), ranStream)\n\n    private val N0 = 7.0                                 \/\/ parameter needed for smoothing\n\n    if (vc == null) { shiftToZero(); vc = vc_fromData }\n    if (fset == null) fset = Array.fill (n)(true)        \/\/ set to default, all features included\n\n    private val f_CXZ = new HMatrix5 [Int] (k, n, n, vc.toArray, vc.toArray)     \/\/ joint frequency of C, X, and Z, where X, Z are features\/columns\n    private val p_CXZ = new HMatrix5 [Double] (k, n, n, vc.toArray, vc.toArray)  \/\/ joint probability of C, X, and Z, where X, Z are features\/columns\n\n    private val f_CX  = new HMatrix3 [Int] (k, n, vc.toArray)                    \/\/ joint frequency of C and X\n    private val p_CX  = new HMatrix3 [Double] (k, n, vc.toArray)                 \/\/ joint probability of C and X\n\n    private val f_C = new VectorI (k)\n    private var p_C: VectorD = null\n\n    private val cmiMx = calcCMI ()\n    for (j1 <- 0 until n; j2 <- 0 until j1) cmiMx(j1, j2) = cmiMx(j2, j1)\n\n    if (DEBUG) {\n        println (\"feature set fset   = \" + fset.deep)\n        println (\"parents parent     = \" + parent)\n        println (\"value count vc     = \" + vc)\n        println (\"value count vcp    = \" + vcp)\n\/\/      println (\"correlation matrix = \" + cor)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the conditional mutual information matrix\n     *\/\n    def calcCMI (): MatrixD =\n    {\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute frequency counts for each value in each variable\n         *\/\n        def frequencies ()\n        {\n            for (i <- 0 until m) {\n                val yi = y(i)\n                f_C(yi) += 1\n                for (j <- 0 until n) {\n                    f_CX(yi, j, x(i, j)) += 1\n                    for (j2 <- j+1 until n) f_CXZ(yi, j, j2, x(i, j), x(i, j2)) += 1\n                } \/\/ for\n            } \/\/ for\n        } \/\/ frequencies\n\n        \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n        \/** Compute marginal and joint probabilities\n         *\/\n        def probabilities ()\n        {\n            val tiny = 1E-9\n            for (j <- 0 until n) {\n                \/\/val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j)) {\n                    for (c <- 0 until k) {\n                        p_CX(c, j, xj) = (f_CX(c, j, xj) + tiny) \/ md\n                        for (j2 <- j + 1 until n; xj2 <- 0 until vc(j2)) {\n                            p_CXZ(c, j, j2, xj, xj2) = (f_CXZ(c, j, j2, xj, xj2) + tiny) \/ md\n                        } \/\/ for\n                    } \/\/ for\n                } \/\/ for\n            } \/\/ for\n        } \/\/ probabilities\n\n        frequencies ()\n\n        p_C = f_C.toDouble \/ m\n        probabilities ()\n\n        cmiJoint (p_C, p_CX, p_CXZ)\n\n    } \/\/ calcCMI\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature x_i is only a possible candidate for parent of feature x_j if i < j.\n     *\/\n    def computeParent ()\n    {\n        \/\/parent(featureOrder(0)) = -1                               \/\/ The first feature does not have a parent\n        \/\/if (featureOrder.size < 2) return\n        for (i <- 0 until n if fset(i)) {\n            val f = featureOrder(i)\n            \/\/val correl = cor(f).map ((x: Double) => abs (x))\n            val pset = for (j <- 0 until i if fset(j)) yield featureOrder(j)\n            if (pset.isEmpty) parent(f) = -1\n            else {\n                val correl = VectorD (for (p <- pset) yield abs(cmiMx(f)(p)))\n                parent(f) = if (correl.max() > thres) pset(correl.argmax ()) else -1\n            } \/\/ if\n        } \/\/ for\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value count of each parent feature based on the parent vector.\n     *\/\n    def computeVcp ()\n    {\n        \/\/ set default value count to 1\n        vcp.set(1)\n        for (j <- 0 until n if (fset(j) && parent(j) > -1)) vcp(j) = vc(parent(j))\n    } \/\/ computeVcp\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Randomize the feature order and re-compute parent and vcp.\n     *\/\n    def randomizeFeatureOrder () { featureOrder = permutedVec.igen }\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  @param testStart  starting index of test region (inclusive)\n     *  @param testEnd    ending index of test region (exclusive)\n     *\/\n    private def frequencies (testStart: Int, testEnd: Int)\n    {\n        for (l <- 0 until m if l < testStart || l >= testEnd) {     \/\/ l = lth row of data matrix x\n            val i = y(l)                                            \/\/ get the class\n            popC(i) += 1                                            \/\/ increment ith class\n            for (j <- 0 until n if fset(j)) {\n                if (parent(j) > -1 & fset(parent(j))) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else                popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                             \/\/ #(C = i)\n            println (\"popX = \" + popX)                             \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'yi' and value 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param itrain  indices of the instances considered train data\n     *\/\n    private def frequencies (itrain: Array [Int])\n    {\n        for (l <- itrain) {\n            val i = y(l)                                            \/\/ get the class\n            popC(i) += 1                                            \/\/ increment ith class\n            for (j <- 0 until n if fset(j)) {\n                if (parent(j) > -1) popX(i, j, x(l, j), x(l, parent(j))) += 1\n                else                popX(i, j, x(l, j), 0) += 1\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"popC = \" + popC)                             \/\/ #(C = i)\n            println (\"popX = \" + popX)                             \/\/ #(X_j = x & C = i)\n        } \/\/ if\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive)\n     *  @param testEnd    ending index of test region (exclusive)\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        frequencies (testStart, testEnd)                           \/\/ compute frequencies skipping test region\n        train2 ()\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param itrain indices of the instances considered train data\n     *\/\n    override def train (itrain: Array [Int])\n    {\n        frequencies (itrain)                                      \/\/ compute frequencies skipping test region\n        train2 ()\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *\/\n    private def train2 ()\n    {\n        for (i <- 0 until k) {                                          \/\/ for each class i\n            val pci = popC(i).toDouble                                  \/\/ population of class i\n            probC(i) = pci \/ md                                         \/\/ probability of class i\n\n            for (j <- 0 until n if fset(j)) {                           \/\/ for each feature j in fset\n            val me_vc = me \/ vc(j).toDouble\n                for (xj <- 0 until vc(j); xp <- 0 until vcp(j)) {       \/\/ for each value for feature j: xj, parent(j): xp\n                    val d = if (parent(j) > -1) (f_CX(i, parent(j), xp) + me)\n                            else                (popC(i) + me)\n                    probX(i, j, xj, xp) = (popX(i, j, xj, xp) + me_vc) \/ d.toDouble\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n\n        if (DEBUG) {\n            println (\"probC = \" + probC)                                \/\/ P(C = i)\n            println (\"probX = \" + probX)                                \/\/ P(X_j = x | C = i)\n        } \/\/ if\n    } \/\/ train2\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z        the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val prob = new VectorD (k)\n        for (i <- 0 until k) {\n            prob(i) = probC(i)                           \/\/ P(C = i)\n            for (j <- 0 until n if fset(j)) {\n                val pj = parent(j)\n                \/\/ P(x|parent(x))\n                var p_x_px = if (pj > -1) probX(i, j, z(j), z(pj))    \/\/ P(X_j = z_j | C = i), parent\n                             else         probX(i, j, z(j), 0)        \/\/ P(X_j = z_j | C = i), no parent (other than the class)\n\n                if (smooth) {\n                    val f_px = if  (pj > -1) f_CX(i, pj, z(pj))\n                               else          f_C(i)\n\n                    p_x_px *= (f_px \/ (f_px + N0))\n                    p_x_px += ((N0 \/ (f_px + N0)) * p_CX(i, j, z(j)))\n                } \/\/ if\n                prob(i) *= p_x_px\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + prob)\n        val best = prob.argmax ()             \/\/ class with the highest relative posterior probability\n        (best, cn(best), prob(best))          \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables\n     *  with the updated parent vector.\n     *\/\n    def reset ()\n    {\n        computeParent ()\n        computeVcp()\n        popC.set (0)\n        probC.set (0)\n        popX.clear ()\n        probX.clear ()\n        popX.alloc (fset, vc, vcp)\n        probX.alloc (fset, vc, vcp)\n    } \/\/ reset\n    \n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the Augmented Selective Naive Bayes classier model by using backward-elimination\n     *  Selective algorithm. Limited dependencies between variables\/features are also supported.\n     *  @param testStart  the start of the test region\n     *  @param testEnd    the end of the test region\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0): (Array [Boolean], DAG) =\n    {\n        if (featureOrder == null) randomizeFeatureOrder ()\n        computeParent ()\n        computeVcp ()\n\n        for (j <- 0 until n) fset(j) = true     \/\/ set the feature set to all features included\n        \/\/ initialize the model using n-fold cross validation and obtaining the accuracy without removing any features\n        var accuracy = crossValidateRand ()\n        if (DEBUG) println (\"Initial accuracy with no feature removed: \" + accuracy)\n\n        \/\/keep removing one feature at a time until no more feature should be removed\n        breakable{ while (true) {\n            var accuracyDiff = 0.0\n            var minDiff = 1.0\n            var toRemove = 0\n            if (DEBUG) println (\"Try to removing each feature and achieve best accuracy...\")\n\n            for (j <- 0 until n if fset(j)) {\n                if (DEBUG) println (\"Test by temporarily removing feature \" + j)\n                fset(j) = false\n                accuracyDiff = accuracy - crossValidateRand ()\n                if (accuracyDiff <= minDiff) { minDiff = accuracyDiff; toRemove = j }\n                fset(j) = true\n            } \/\/ for\n            accuracy -= minDiff\n\n            \/\/ only remove the feature if the minimum accuracy drop is less than a small TOL value (acceptable accuracy reduction)\n            if (fset(toRemove) && minDiff < TOL) {\n                if (DEBUG) println (\"Feature \" + toRemove + \" has been removed from the model.\")\n                fset(toRemove) = false\n                if (DEBUG) println (\"Re-train model by removing feature \" + toRemove)\n                crossValidateRand ()\n                if (DEBUG) println (\"The new accuracy is \" + accuracy + \" after removing feature \" + toRemove)\n            } else {\n                if (DEBUG) println (\"No more features to removed: Re-train the model without removing any features\")\n                crossValidateRand ()\n                if (DEBUG) {\n                    println (\"Final parent  = \" + parent)\n                    println (\"Final fset = \" + fset.deep)\n                } \/\/ if\n                break\n            } \/\/ if\n        }} \/\/ while\n        computeParent ()\n        computeVcp()\n        val pp: Traversable[Array[Int]] =for(p <- parent) yield Array(p)\n        (fset, new DAG(pp.toArray))\n    } \/\/ buildModel class\n\n} \/\/ SelOneBAN class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** `SelOneBAN` is the companion object for the `SelOneBAN` class.\n *\/\nobject SelOneBAN\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a `SelOneBAN object, passing 'x' and 'y' together in one table.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\/variables\n     *  @param k      the number of classes\n     *  @param cn     the names for all classes\n     *  @param fset   the `Boolean` array indicating the selected features\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array [String], k: Int, cn: Array [String], fset: Array [Boolean] = null, vc: VectoI = null,\n               me: Float = me_default, thres: Double = 0.3, featureOrder: VectorI = null) =\n    {\n        new SelOneBAN (xy(0 until xy.dim1, 0 until xy.dim2 - 1), xy.col(xy.dim2 - 1), fn, k, cn,\n                       fset, vc, me, thres, featureOrder)\n    } \/\/ apply\n\n} \/\/ SelOneBAN object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelOneBANTest` object is used to test the `SelOneBAN` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-SelOneBAN-example.pdf\n *  > run-main scalation.analytics.classifier.SelOneBANTest\n *\/\nobject SelOneBANTest extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                 x0 x1 x2\n    val x = new MatrixI ((10, 3), 1, 0, 1,           \/\/ data matrix\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  0, 0, 1,\n                                  0, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  1, 1, 0,\n                                  1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)   \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")       \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                     \/\/ class names\n\n    println (\"xy = \" + (x :^+ y))\n    println (\"---------------------------------------------------------------\")\n\n    val asnb = new SelOneBAN (x, y, fn, 2, cn)  \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    \/\/ asnb.train ()\n    asnb.buildModel (3)\n\n    \/\/ test sample ------------------------------------------------------------\n    val z1 = VectorI (1, 0, 1)                   \/\/ new data vector to classify\n    val z2 = VectorI (1, 1, 1)                   \/\/ new data vector to classify\n    println (\"classify (\" + z1 + \") = \" + asnb.classify (z1) + \"\\n\")\n    println (\"classify (\" + z2 + \") = \" + asnb.classify (z2) + \"\\n\")\n\n    \/\/ cross validate the classifier\n    asnb.crossValidate ()\n\n} \/\/ SelOneBANTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelOneBANTest2` object is used to test the `SelOneBAN` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.SelOneBANTest2\n *\/\nobject SelOneBANTest2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0 x1  y\n    val xy = new MatrixI ((10, 3), 1, 1, 1,\n                                   1, 1, 1,\n                                   1, 0, 1,\n                                   1, 0, 1,\n                                   1, 0, 0,\n                                   0, 1, 0,\n                                   0, 1, 0,\n                                   0, 1, 1,\n                                   0, 0, 0,\n                                   0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")\n    val cn = Array (\"No\", \"Yes\")\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val asnb = SelOneBAN (xy, fn, 2, cn)        \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    \/\/ asnb.train ()\n    asnb.buildModel ()\n\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                       \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + asnb.classify (z) + \"\\n\")\n\n    \/\/ cross validate the classifier\n    asnb.crossValidate ()\n\n} \/\/ SelOneBANTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `SelOneBANTest3` object is used to test the `SelOneBAN` class.\n  *  > run-main scalation.analytics.classifier.SelOneBANTest3\n  *\/\nobject SelOneBANTest3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"p\", \"e\")            \/\/ class names\n    println (\"---------------------------------------------------------------\")\n    val k  = 2\n\n    \/*\n    println (\"---------------------------------------------------------------\")\n    println (\"D A T A   M A T R I X\")\n    println (\"xy = \" + xy)\n    *\/\n\n    val anb =  SelOneBAN(xy, fn, k, cn,null,null) \/\/ create the classifier\n    anb.buildModel()\n\n    println(\"fset = \" + anb.fset.deep)\n    println(\"cv accu = \" + anb.crossValidateRand())\n\n} \/\/ SelOneBANTest3 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/graphalytics\/IsomorphismChecker.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>, <NAME>\n *  @version 1.3\n *  @date    Thu Jul 25 11:28:31 EDT 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.graphalytics\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `IsomorphismChecker` trait check the validity of the isomorphic matches\n *  between the query graph 'q' and subgraphs of the data graph 'g'.\n *\/\ntrait IsomorphismChecker\n{ \n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check the set of bijections indicating the isomorphic matches.\n     *  @param psi  the set of bijections to check\n     *  @param g    the data graph  G(V, E, l)\n     *  @param q    the query graph Q(U, D, k)\n     *\/\n    def checkIsomorphisms (bijections: Set [Array [Int]], q: Graph, g: Graph): Boolean =\n    {\n        for (psi <- bijections) {\n            if (! checkLabels (psi, q, g)) return false\n            if (! checkEdges (psi, q, g))  return false\n        } \/\/ for\n        true\n    } \/\/ checkIsomorphisms\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check the set of bijections for matching semantics (labels).\n     *  @param psi  the set of bijections to check\n     *  @param g    the data graph  G(V, E, l)\n     *  @param q    the query graph Q(U, D, k)\n     *\/\n    def checkLabels (psi: Array [Int], q: Graph, g: Graph): Boolean =\n    {\n        for (i <- q.ch.indices) if (q.label(i) != g.label(psi(i))) return false\n        true\n    } \/\/ checkLabels\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Check the set of bijections for matching structure.\n     *  @param psi  the set of bijections to check\n     *  @param g    the data graph  G(V, E, l)\n     *  @param q    the query graph Q(U, D, k)\n     *\/\n    def checkEdges (psi: Array [Int], q: Graph, g: Graph): Boolean =\n    {\n        for (u <- q.ch.indices; v <- q.ch(u) if ! g.ch(psi(u)).contains (psi(v))) return false\n        true\n    } \/\/ checkEdges\n\n} \/\/ IsomorphismChecker trait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/classifier\/par\/BayesNetwork2.scala","text":"\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author <NAME>, <NAME>\n * @version 1.3\n * @date Fri Oct 16 18:14:54 EDT 2015\n * @see LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.classifier.par\n\nimport java.util.concurrent.ForkJoinPool\n\nimport scala.collection.parallel.ForkJoinTaskSupport\nimport scala.math.abs\nimport scala.util.control.Breaks.{break, breakable}\n\nimport scalation.analytics.classifier.{BayesMetrics, ClassifierInt, TabuFeatures}\nimport scalation.linalgebra._\nimport scalation.linalgebra.gen.HMatrix5\nimport scalation.random.PermutedVecI\nimport scalation.random.RNGStream.ranStream\nimport scalation.relalgebra.Relation\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesNetwork2` class implements an Integer-Based Bayesian Network Classifier,\n *  which is a commonly used such classifier for discrete input data.  Each node is\n *  limited to have at most 2 parents, and hence the \"2\" in the class name `BayesNetwork2`.\n *  The classifier is trained using a data matrix 'x' and a classification vector 'y'.\n *  Each data vector in the matrix is classified into one of 'k' classes numbered\n *  0, ..., k-1.  Prior probabilities are calculated based on the population of\n *  each class in the training-set.  Relative posterior probabilities are computed\n *  by multiplying these by values computed using conditional probabilities.  The\n *  classifier supports limited dependency between features\/variables.\n *------------------------------------------------------------------------------\n *  @param x      the integer-valued data vectors stored as rows of a matrix\n *  @param y      the class vector, where y(l) = class for row l of the matrix, x(l)\n *  @param fn     the names for all features\/variables\n *  @param k      the number of classes\n *  @param cn     the names for all classes\n *  @param vc     the value count (number of distinct values) for each feature\n *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n *\/\nclass BayesNetwork2 (x: MatriI, y: VectoI, fn: Array [String], private var vc: VectoI = null, k: Int,\n                     cn: Array [String], thres: Double = 0.3, me: Int = 3)\n    extends ClassifierInt (x, y, fn, k, cn) with BayesMetrics\n{\n    private val DEBUG       = false                    \/\/ debug flag\n    private val PARALLELISM = 12                       \/\/ parallelism level\n    private var g_cor       = calcCorrelation          \/\/ feature correlation matrix\n    \/\/ transform cor into a full matrix from the lower triangular matrix\n    for (j1 <- 0 until n; j2 <- 0 until j1) g_cor (j2, j1) = g_cor (j1, j2)\n\n    private val maxRandomRestarts = 10                 \/\/ maximum number of random restarts\n    private var g_parent = new MatrixI (n, 2)          \/\/ vector holding the parent for each feature\/variable\n    private var g_vcp1 = new VectorI (n)               \/\/ value count for parent1\n    private var g_vcp2 = new VectorI (n)               \/\/ value count for parent2\n\n    private val g_permutedVec = PermutedVecI (VectorI.range (0, n), ranStream)\n    private var g_featureOrder = g_permutedVec.igen\n    if (DEBUG) println (\"Feature Order = \" + g_featureOrder)\n    private var g_tabu = new TabuFeatures ()           \/\/ the tabu list used in feature swapping\n\n    private var g_popC  = new VectorI (k)              \/\/ frequency counts for classes 0, ..., k-1\n    private var g_probC = new VectorD (k)              \/\/ probabilities for classes 0, ..., k-1\n    private var g_popX  = new HMatrix5 [Int](k, n)     \/\/ conditional frequency counts for variable\/feature j: xj\n    private var g_probX = new HMatrix5 [Double](k, n)  \/\/ conditional probabilities for variable\/feature j: xj\n\n    val t_parent = computeParent (g_parent, g_cor, g_featureOrder)\n    g_parent = t_parent\n    val g_AIC = Array.ofDim [Double] (maxRandomRestarts)\n    val g_optimalFeatureOrder = Array.ofDim [VectorI] (maxRandomRestarts)\n    if (DEBUG) println (\"g_parent Matrix = \" + g_parent)\n    if (vc == null) {\n        shiftToZero; vc = vc_fromData\n    } \/\/ if\n\n    val (t_vcp1, t_vcp2) = computeVcp (g_vcp1, g_vcp2, g_parent)\n    g_vcp1 = t_vcp1\n    g_vcp2 = t_vcp2\n\n    \/\/ allocate popX & probX\n    g_popX.alloc (vc, g_vcp1, g_vcp2)\n    g_probX.alloc (vc, g_vcp1, g_vcp2)\n\n    if (DEBUG) {\n        println (\"value count vc      = \" + vc)\n        println (\"value count for p1  = \" + g_vcp1)\n        println (\"value count for p2  = \" + g_vcp2)\n        println (\"correlation matrix  = \" + g_cor)\n    } \/\/ if\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature 'x_i' is only a possible candidate for parent of feature 'x_j' if\n     *  @param xy  the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn  the names of the features\n     *  @param k   the number of classes\n     *  @param cn  the names for all classes\n     *\/\n    def this (xy: MatriI, fn: Array[String], k: Int, cn: Array[String])\n    {\n        this (xy (0 until xy.dim1, 0 until xy.dim2 - 1), xy.col (xy.dim2 - 1), fn, null, k, cn)\n    } \/\/ constructor\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the feature order.\n     *\/\n    def getFeatureOrder: VectoI = g_featureOrder\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the parent.\n     *\/\n    def getParent: MatrixI = g_parent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the parent of each feature based on the correlation matrix.\n     *  Feature 'x_i' is only a possible candidate for parent of feature 'x_j' if\n     *  'x_i' appears before 'x_j' in 'featureOrder'.\n     *  @param parent        vector holding the parent for each feature\/variable\n     *  @param cor           feature correlation matrix\n     *  @param featureOrder  keep the order of the features\n     *\/\n    def computeParent (parent: MatrixI, cor: MatriD, featureOrder: VectorI): MatrixI =\n    {\n        val cparent = parent\n        cparent.set (-1)\n        for (j <- 0 until n) {\n            val correl = cor (j).map ((x: Double) => abs(x))\n            if (correl.max () > thres) {\n                if (featureOrder.indexOf (correl.argmax ()) < featureOrder.indexOf(j)) {\n                    cparent (j, 0) = correl.argmax ()\n                    correl (cparent (j, 0)) = 0\n                    if (correl.max () > thres && featureOrder.indexOf (correl.argmax()) < featureOrder.indexOf(j))\n                        cparent (j, 1) = correl.argmax ()\n                } else {\n                    correl (correl.argmax ()) = 0\n                    if (correl.max () > thres && featureOrder.indexOf (correl.argmax()) < featureOrder.indexOf(j))\n                        cparent (j, 0) = correl.argmax ()\n                } \/\/ if\n            } \/\/ if\n        } \/\/ for\n        cparent\n    } \/\/ computeParent\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the value counts of each parent feature based on the parent matrix.\n     *  @param vcp1    value count for parent1\n     *  @param vcp2    value count for parent2\n     *  @param parent  vector holding the parent for each feature\/variable\n     *\/\n    def computeVcp (vcp1: VectorI, vcp2: VectorI, parent: MatrixI): (VectorI, VectorI) =\n    {\n        val cvcp1 = vcp1\n        val cvcp2 = vcp2\n        cvcp1.set (1)                 \/\/ set default value count to 1 for parent 1\n        cvcp2.set (1)                 \/\/ set default value count to 1 for parent 2\n        for (j <- 0 until n if parent (j, 0) > -1) {\n            cvcp1 (j) = vc (parent (j, 0))\n            if (parent (j, 1) > -1) cvcp2 (j) = vc (parent (j, 1))\n        } \/\/ for\n        (cvcp1, cvcp2)\n    } \/\/ computeVcp\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation\n     *  @param testEnd    ending index of test region (exclusive) used in cross-validation\n     *  @param popC       frequency counts for classes 0, ..., k-1\n     *  @param popX       conditional frequency counts for variable\/feature j: xj\n     *  @param parent     vector holding the parent for each feature\/variable\n     *\/\n    private def frequencies (testStart: Int, testEnd: Int, popC: VectorI, popX: HMatrix5 [Int], parent: MatrixI):\n                (VectorI, HMatrix5[Int]) =\n    {\n        val fpopC = popC\n        val fpopX = popX\n        for (l <- 0 until m if l < testStart || l >= testEnd) {                \/\/ l = lth row of data matrix x\n            val i = y (l)                                                      \/\/ get the class\n            fpopC (i) += 1                                                      \/\/ increment ith class\n            for (j <- 0 until n) {\n                if (parent (j, 1) > -1) fpopX (i, j, x (l, j), x (l, parent (j, 0)), x (l, parent (j, 1))) += 1\n                else if (parent (j, 0) > -1) fpopX (i, j, x (l, j), x (l, parent (j, 0)), 0) += 1\n                else fpopX (i, j, x (l, j), 0, 0) += 1\n            } \/\/ for\n        } \/\/ for\n        (fpopC, fpopX)\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Count the frequencies for 'y' having class 'i' and 'x' for cases 0, 1, ...\n     *  Only the test region from 'testStart' to 'testEnd' is skipped, the rest is\n     *  training data.\n     *  @param itrain  indices of the instances considered train data\n     *  @param popC    frequency counts for classes 0, ..., k-1\n     *  @param popX    conditional frequency counts for variable\/feature j: xj\n     *  @param parent  vector holding the parent for each feature\/variable\n     *\/\n    private def frequencies (itrain: Array[Int], popC: VectorI, popX: HMatrix5 [Int], parent: MatrixI):\n                (VectorI, HMatrix5[Int]) =\n    {\n        val fpopC = popC\n        val fpopX = popX\n        for (l <- itrain) {                                     \/\/ l = lth row of data matrix x\n            val i = y (l)                                       \/\/ get the class\n            fpopC (i) += 1                                      \/\/ increment ith class\n            for (j <- 0 until n) {\n                if (parent (j, 1) > -1) fpopX (i, j, x (l, j), x (l, parent (j, 0)), x (l, parent (j, 1))) += 1\n                else if (parent (j, 0) > -1) fpopX (i, j, x (l, j), x (l, parent (j, 0)), 0) += 1\n                else fpopX (i, j, x (l, j), 0, 0) += 1\n            } \/\/ for\n        } \/\/ for\n        (fpopC, fpopX)\n    } \/\/ frequencies\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *  @param popC       frequency counts for classes 0, ..., k-1\n     *  @param popX       conditional frequency counts for variable\/feature j: xj\n     *  @param probC      probabilities for classes 0, ..., k-1\n     *  @param probX      conditional probabilities for variable\/feature j: xj\n     *  @param vcp1       value count for parent1\n     *  @param vcp2       value count for parent2\n     *  @param parent     vector holding the parent for each feature\/variable\n     *\/\n    def train4order (testStart: Int = 0, testEnd: Int = 0, popC: VectorI, popX: HMatrix5 [Int], probC: VectorD,\n                     probX: HMatrix5[Double], vcp1: VectorI, vcp2: VectorI, parent: MatrixI): (VectorD, HMatrix5 [Double]) =\n    {\n        val (tpopC, tpopX) = frequencies (testStart, testEnd, popC, popX, parent)     \/\/ compute frequencies skipping test region\n        val tprobC = probC\n        val tprobX = probX\n        for (i <- 0 until k) {                                       \/\/ for each class i\n            val pci = tpopC (i).toDouble                              \/\/ population of class i\n            tprobC (i) = pci \/ md                                     \/\/ probability of class i\n            for (j <- 0 until n) {                                    \/\/ for each feature j\n                val me_vc = me \/ vc (j).toDouble\n                for (xj <- 0 until vc (j); xp1 <- 0 until vcp1 (j); xp2 <- 0 until vcp2 (j)) {\n                    probX (i, j, xj, xp1, xp2) = (tpopX (i, j, xj, xp1, xp2) + me_vc) \/ (pci + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n        (tprobC, tprobX)\n    } \/\/ train4order\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param itrain  indices of the instances considered train data\n     *  @param popC    frequency counts for classes 0, ..., k-1\n     *  @param popX    conditional frequency counts for variable\/feature j: xj\n     *  @param probC   probabilities for classes 0, ..., k-1\n     *  @param probX   conditional probabilities for variable\/feature j: xj\n     *  @param vcp1    value count for parent1\n     *  @param vcp2    value count for parent2\n     *  @param parent  vector holding the parent for each feature\/variable\n     *\/\n    def train4order (itrain: Array [Int], popC: VectorI, popX: HMatrix5 [Int], probC: VectorD, probX: HMatrix5 [Double],\n                     vcp1: VectorI, vcp2: VectorI, parent: MatrixI): (VectorD, HMatrix5 [Double]) =\n    {\n        val (tpopC, tpopX) = frequencies (itrain, popC, popX, parent)     \/\/ compute frequencies skipping test region\n        val tprobC = probC\n        val tprobX = probX\n        for (i <- 0 until k) {                                    \/\/ for each class i\n            val pci = tpopC (i).toDouble                          \/\/ population of class i\n            tprobC (i) = pci \/ md                                 \/\/ probability of class i\n            for (j <- 0 until n) {                                \/\/ for each feature j\n                val me_vc = me \/ vc (j).toDouble\n                for (xj <- 0 until vc (j); xp1 <- 0 until vcp1 (j); xp2 <- 0 until vcp2 (j)) {\n                    probX (i, j, xj, xp1, xp2) = (tpopX (i, j, xj, xp1, xp2) + me_vc) \/ (pci + me)\n                } \/\/ for\n            } \/\/ for\n        } \/\/ for\n        (tprobC, tprobX)\n    } \/\/ train4order\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param itrain  indices of the instances considered train data\n     *\/\n    override def train (itrain: Array [Int])\n    {\n        reset ()\n        val (tprobC, tprobX) = train4order (itrain, g_popC, g_popX, g_probC, g_probX, g_vcp1, g_vcp2, g_parent)\n        g_probC = tprobC\n        g_probX = tprobX\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the classifier by computing the probabilities for C, and the\n     *  conditional probabilities for X_j.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def train (testStart: Int = 0, testEnd: Int = 0)\n    {\n        reset ()\n        val (tprobC, tprobX) = train4order (testStart, testEnd, g_popC, g_popX, g_probC, g_probX, g_vcp1, g_vcp2, g_parent)\n        g_probC = tprobC\n        g_probX = tprobX\n    } \/\/ train\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *\/\n    def reset ()\n    {\n        resetHelper (g_parent, g_cor, g_featureOrder, g_vcp1, g_vcp2, g_popC, g_probC, g_popX, g_probX)\n    } \/\/ reset\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Reset or re-initialize the frequency tables and the probability tables.\n     *  @param parent        vector holding the parent for each feature\/variable\n     *  @param cor           feature correlation matrix\n     *  @param featureOrder  keep the order of the features\n     *  @param vcp1          value count for parent1\n     *  @param vcp2          value count for parent2\n     *  @param popC          frequency counts for classes 0, ..., k-1\n     *  @param probC         probabilities for classes 0, ..., k-1\n     *  @param popX          conditional frequency counts for variable\/feature j: xj\n     *  @param probX         conditional probabilities for variable\/feature j: xj\n     *\/\n    def resetHelper (parent: MatrixI, cor: MatriD, featureOrder: VectorI, vcp1: VectorI, vcp2: VectorI, popC: VectorI, probC: VectorD,\n                     popX: HMatrix5[Int], probX: HMatrix5[Double])\n    {\n        val r_parent = computeParent (parent, cor, featureOrder)\n        val (r_vcp1, r_vcp2) = computeVcp (vcp1, vcp2, r_parent)\n\n        popC.set (0)\n        probC.set (0)\n        popX.clear ()\n        probX.clear ()\n\n        popX.alloc (vc, r_vcp1, r_vcp2)\n        probX.alloc (vc, r_vcp1, r_vcp2)\n    } \/\/ resetHelper\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Build the Bayes Networks2 classier model by using the 'AIC' criterion.\n     *  Limited dependencies between variables\/features are also supported.\n     *  Maximum number of parents for each feature is 2.\n     *  @param testStart  starting index of test region (inclusive) used in cross-validation.\n     *  @param testEnd    ending index of test region. (exclusive) used in cross-validation.\n     *\/\n    def buildModel (testStart: Int = 0, testEnd: Int = 0)\n    {\n        var temprange = (0 until maxRandomRestarts).par\n        temprange.tasksupport = new ForkJoinTaskSupport (new ForkJoinPool (PARALLELISM))\n        println (\"threads num = \" + PARALLELISM)\n        for (counter <- temprange) {\n            \/\/initialize the model\n            var b_parent = new MatrixI (n, 2)                   \/\/ vector holding the parent for each feature\/variable\n            var b_vcp1  = new VectorI (n)                       \/\/ value count for parent1\n            var b_vcp2  = new VectorI (n)                       \/\/ value count for parent2\n\n            val permutedVec = PermutedVecI (VectorI.range (0, n), ranStream)\n            var b_featureOrder: VectorI = permutedVec.igen\n            b_parent = computeParent (b_parent, g_cor, b_featureOrder)\n\n            var b_tabu  = new TabuFeatures ()                   \/\/ the tabu list used in feature swapping\n            var b_popC  = new VectorI (k)                       \/\/ frequency counts for classes 0, ..., k-1\n            var b_probC = new VectorD (k)                       \/\/ probabilities for classes 0, ..., k-1\n            var b_popX  = new HMatrix5 [Int](k, n)              \/\/ conditional frequency counts for variable\/feature j: xj\n            var b_probX = new HMatrix5 [Double](k, n)           \/\/ conditional probabilities for variable\/feature j: xj\n\n            val (t_vcp12, t_vcp22) = computeVcp (b_vcp1, b_vcp2, b_parent)\n            b_vcp1 = t_vcp12\n            b_vcp2 = t_vcp22\n\n            \/\/ allocate popX & probX\n            b_popX.alloc (vc, b_vcp1, b_vcp2)\n            b_probX.alloc (vc, b_vcp1, b_vcp2)\n            val (tprobC, tprobX) = train4order (testStart, testEnd, b_popC, b_popX, b_probC, b_probX,\n                b_vcp1, b_vcp2, b_parent)\n            b_probC = tprobC\n            b_probX = tprobX\n\n            var initAIC = aic (vc, b_vcp1, b_vcp2, b_popX, k, me)\n            var globalMin = initAIC\n            var optimalFeatureOrder = b_featureOrder.toInt\n            if (DEBUG) println (\"Initial AIC: \" + initAIC)\n\n            if (DEBUG) println (\"Random Restart #\" + counter)\n            if (counter > 0) {\n                b_featureOrder = permutedVec.igen\n                b_tabu.clear ()\n                resetHelper (b_parent, g_cor, b_featureOrder, b_vcp1, b_vcp2, b_popC, b_probC, b_popX, b_probX)\n\n                val (tprobC2, tprobX2) = train4order (testStart, testEnd, b_popC, b_popX, b_probC, b_probX,\n                    b_vcp1, b_vcp2, b_parent)\n                b_probC = tprobC2\n                b_probX = tprobX2\n                initAIC = aic (vc, b_vcp1, b_vcp2, b_popX, k, me)\n            } \/\/ if\n            if (DEBUG) println (\"Initial feature order after restart = \" + b_featureOrder)\n\n            \/\/first round of AIC's, stored in a VectorD, of all possible neighboring pair-wise swapping\n            val firstAIC = new VectorD (n - 1)\n            for (j <- 0 until n - 1) {\n                val bfeatureOrder = testSwapping (j, firstAIC, j, b_featureOrder, b_popC, b_popX, b_probC, b_probX, b_vcp1, b_vcp2, b_parent)\n                b_featureOrder = bfeatureOrder\n            } \/\/ for\n\n            if (firstAIC.min () < initAIC) {\n                var localMin = firstAIC.min ()\n                var toSwap = firstAIC.argmin ()\n                b_featureOrder = swapFeatures (toSwap, b_featureOrder, b_tabu)\n                if (DEBUG) {\n                    println (\"Improving AIC locally by\")\n                    println (\"Swapping features \" + b_featureOrder (toSwap) + \" and \" + b_featureOrder (toSwap + 1))\n                    println (\"New feature order = \" + b_featureOrder)\n                } \/\/ if\n\n                \/\/After the first round of swaps, keep swapping j-1th & j+1th features, and\n                \/\/jth & j+2th features, where j is the smaller index of the last swap operation.\n                val localAIC = new VectorD (2)\n\n                breakable {\n                    while (true) {\n                        localAIC.set (Double.MaxValue)\n                        \/\/ swapping j-1th & jth and j+1th & j+2th elements in the featureOrder\n                        if (toSwap > 0 && b_tabu.notInTaboo (b_featureOrder (toSwap - 1), b_featureOrder (toSwap))) {\n                            val bfeatureOrder2 = testSwapping (toSwap - 1, localAIC, 0, b_featureOrder, b_popC, b_popX, b_probC, b_probX, b_vcp1, b_vcp2, b_parent)\n                            b_featureOrder = bfeatureOrder2\n\n                        } \/\/ if\n                        if (toSwap + 2 < n && b_tabu.notInTaboo (b_featureOrder (toSwap + 1), b_featureOrder (toSwap + 2))) {\n                            val bfeatureOrder3 = testSwapping (toSwap + 1, localAIC, 1, b_featureOrder, b_popC, b_popX, b_probC, b_probX, b_vcp1, b_vcp2, b_parent)\n                            b_featureOrder = bfeatureOrder3\n                        } \/\/ if\n\n                        if (localAIC.min () < localMin) {\n                            localMin = localAIC.min\n                            toSwap = if (localAIC.argmin () == 0) toSwap - 1 else toSwap + 1\n\n                            if (DEBUG) {\n                                println (\"Improving AIC locally by\")\n                                println (\"Swapping features \" + b_featureOrder (toSwap) + \" and \" + b_featureOrder (toSwap + 1))\n                                println (\"New Local Min AIC = \" + localMin)\n                            } \/\/ if\n\n                            b_featureOrder = swapFeatures (toSwap, b_featureOrder, b_tabu)\n                        } else {\n                            if (DEBUG) {\n                                println (\"Optimal AIC achieved for this round\")\n                                println (\"Initial AIC for this round = \" + initAIC)\n                                println (\"Final AIC for this round = \" + localMin)\n                            } \/\/ if\n\n                            if (localMin < globalMin) {\n                                g_AIC (counter) = localMin\n                                g_optimalFeatureOrder (counter) = b_featureOrder\n                                if (DEBUG) {\n                                    println (\"Improving Global Min AIC\")\n                                    println (\"New optimal feature Order = \" + b_featureOrder)\n                                    println (\"New Global Min AIC = \" + globalMin)\n                                } \/\/ if\n                            } \/\/ if\n                            break\n                        } \/\/ if\n                    }\n                } \/\/ while\n            } else {\n                if (DEBUG) println (\"Initial AIC and feature order for this round are already optimal.\")\n                if (initAIC < globalMin) {\n                    g_AIC (counter) = initAIC\n                    g_optimalFeatureOrder (counter) = b_featureOrder\n                    if (DEBUG) {\n                        println (\"Improving Global Min AIC\")\n                        println (\"New optimal feature Order = \" + b_featureOrder)\n                        println (\"New Global Min AIC = \" + globalMin)\n                    } \/\/ if\n                } \/\/ if\n            } \/\/ if\n        } \/\/ for\n        g_featureOrder = g_optimalFeatureOrder (g_AIC.indexWhere (x => x == g_AIC.min))\n    } \/\/ buildModel\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Swap 'j'th and j'+1'th element of 'featureOrder', and store the result of the\n     *  calculated criterion in the 'c'th element of 'criterion', then swap the features back.\n     *  @param j             index of 'featureOrder'\n     *  @param c             index of criterion\n     *  @param criterion     the vector that stores all the calculated criterions,\n     *                       i.e., the 'AIC' criterion.\n     *  @param featureOrder  keep the order of the features\n     *  @param popC          frequency counts for classes 0, ..., k-1\n     *  @param popX          conditional frequency counts for variable\/feature j: xj\n     *  @param probC         probabilities for classes 0, ..., k-1\n     *  @param probX         conditional probabilities for variable\/feature j: xj\n     *  @param vcp1          value count for parent1\n     *  @param vcp2          value count for parent2\n     *  @param parent        vector holding the parent for each feature\/variable\n     *\/\n    private def testSwapping (j: Int, criterion: VectoD, c: Int, featureOrder: VectorI, popC: VectorI,\n                              popX: HMatrix5 [Int], probC: VectorD, probX: HMatrix5 [Double], vcp1: VectorI,\n                              vcp2: VectorI, parent: MatrixI): VectorI =\n    {\n        val tfeatureOrder = featureOrder\n        if (DEBUG) {\n            println (\"Test swapping...\")\n            println (\"swapping features \" + tfeatureOrder (j) + \" and \" + tfeatureOrder (j + 1) + \"...\")\n        } \/\/ if\n        tfeatureOrder.swap (j, j + 1)\n        if (DEBUG) println (\"resetting...\")\n        resetHelper (parent, g_cor, featureOrder, vcp1, vcp2, popC, probC, popX, probX)\n        if (DEBUG) println (\"train4ordering...\")\n        val (tprobC, tprobX) = train4order (0, 0, popC, popX, probC, probX, vcp1, vcp2, parent)\n\n        if (DEBUG) println (\"Computing AIC...\")\n        criterion (c) = aic (vc, vcp1, vcp2, popX, k, me)\n        if (DEBUG) println (\"New AIC = \" + criterion (c))\n        if (DEBUG) println (\"swapping back features \" + tfeatureOrder (j) + \" and \" + tfeatureOrder (j + 1) + \"...\")\n        tfeatureOrder.swap (j, j + 1)\n        tfeatureOrder\n    } \/\/ testSwapping\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Swap 'j'th and 'j+1'th element in 'featureOrder', add the swap operation to\n     *  the tabu list, reset, and re-train the classifier.\n     *  @param j             index of 'featureOrder'\n     *  @param featureOrder  keep the order of the features\n     *  @param tabu          the tabu list used in feature swapping\n     *\/\n    private def swapFeatures (j: Int, featureOrder: VectorI, tabu: TabuFeatures): VectorI =\n    {\n        val sfeatureOrder = featureOrder\n        sfeatureOrder.swap (j, j + 1)\n        tabu.addTaboo (sfeatureOrder (j), sfeatureOrder (j + 1), n \/ 3)\n        sfeatureOrder\n    } \/\/ swapFeatures\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Given a discrete data vector 'z', classify it returning the class number\n     *  (0, ..., k-1) with the highest relative posterior probability.\n     *  Return the best class, its name and its relative probability.\n     *  @param z  the data vector to classify\n     *\/\n    def classify (z: VectoI): (Int, String, Double) =\n    {\n        val g_prob = new VectorD (k)\n        for (i <- 0 until k) {\n            g_prob (i) = g_probC (i)                \/\/ P(C = i)\n            for (j <- 0 until n) {\n                g_prob (i) *= (if (g_parent (j, 1) > -1) g_probX (i, j, z (j), z (g_parent (j, 0)), z (g_parent (j, 1)))\n                \/\/ P(X_j = z_j | C = i), 2 parents\n                else if (g_parent (j, 0) > -1) g_probX (i, j, z (j), z (g_parent (j, 0)), 0)\n                \/\/ P(X_j = z_j | C = i), 1 parent\n                else g_probX (i, j, z (j), 0, 0))   \/\/ P(X_j = z_j | C = i), no parent\n            } \/\/ for\n        } \/\/ for\n        if (DEBUG) println (\"prob = \" + g_prob)\n        val best = g_prob.argmax ()                 \/\/ class with the highest relative posterior probability\n        (best, cn(best), g_prob(best))              \/\/ return the best class, its name and its probability\n    } \/\/ classify\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Convert 'this' object to a string.  FIX - implement\n     *\/\n    override def toString: String = \"showStructure\"\n\n} \/\/ BayesNetwork2 class\n\n\n\/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesNetwork2` object is the companion object for the `BayesNetwork2` class.\n *\/\nobject BayesNetwork2\n{\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Create a 'BayesNetwork2 object, passing 'x' and 'y' together in one table.\n     *  @param xy     the data vectors along with their classifications stored as rows of a matrix\n     *  @param fn     the names of the features\n     *  @param k      the number of classes\n     *  @param vc     the value count (number of distinct values) for each feature\n     *  @param me     use m-estimates (me == 0 => regular MLE estimates)\n     *  @param thres  the correlation threshold between 2 features for possible parent-child relationship\n     *\/\n    def apply (xy: MatriI, fn: Array[String], vc: VectoI = null, k: Int,\n               cn: Array[String], thres: Double = 0.3, me: Int = 3) =\n    {\n        new BayesNetwork2 (xy (0 until xy.dim1, 0 until xy.dim2 - 1), xy.col (xy.dim2 - 1), fn, vc, k,\n                           cn, thres, me)\n    } \/\/ apply\n\n} \/\/ BayesNetwork2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesNetwork2Test` object is used to test the `BayesNetwork2` class.\n *  Classify whether a car is more likely to be stolen (1) or not (1).\n *  @see www.inf.u-szeged.hu\/~ormandi\/ai2\/06-BayesNetwork2-example.pdf\n *  > run-main scalation.analytics.classifier.par.BayesNetwork2Test\n *\/\nobject BayesNetwork2Test extends App\n{\n    \/\/ x0: Color:   Red (1), Yellow (0)\n    \/\/ x1: Type:    SUV (1), Sports (0)\n    \/\/ x2: Origin:  Domestic (1), Imported (0)\n    \/\/ features:                 x0 x1 x2\n    val x = new MatrixI ((10, 3), 1, 0, 1,                  \/\/ data matrix\n                                  1, 0, 1,\n                                  1, 0, 1,\n                                  0, 0, 1,\n                                  0, 0, 0,\n                                  0, 1, 0,\n                                  0, 1, 0,\n                                  0, 1, 1,\n                                  1, 1, 0,\n                                  1, 0, 0)\n\n    val y = VectorI (1, 0, 1, 0, 1, 0, 1, 0, 0, 1)          \/\/ classification vector: 0(No), 1(Yes))\n    val fn = Array (\"Color\", \"Type\", \"Origin\")              \/\/ feature\/variable names\n    val cn = Array (\"No\", \"Yes\")                            \/\/ class names\n\n    println (\"xy = \" + (x :^+ y))\n    println (\"---------------------------------------------------------------\")\n\n    val bn2 = new BayesNetwork2 (x, y, fn, null, 2, cn)     \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n\n    bn2.buildModel ()\n    bn2.train ()\n\n     \/\/test sample ------------------------------------------------------------\n      val z1 = VectorI (1, 0, 1)                            \/\/ existing data vector to classify\n      val z2 = VectorI (1, 1, 1)                            \/\/ new data vector to classify\n      println(\"classify (\" + z1 + \") = \" + bn2.classify (z1) + \"\\n\")\n      println(\"classify (\" + z2 + \") = \" + bn2.classify (z2) + \"\\n\")\n\n      bn2.crossValidate ()                                  \/\/ cross validate the classifier\n\n} \/\/ BayesNetwork2Test object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesNetwork2Test2` object is used to test the `BayesNetwork2` class.\n *  Given whether a person is Fast and\/or Strong, classify them as making C = 1\n *  or not making C = 0 the football team.\n *  > run-main scalation.analytics.classifier.par.BayesNetwork2Test2\n *\/\nobject BayesNetwork2Test2 extends App\n{\n    \/\/ training-set -----------------------------------------------------------\n    \/\/ x0: Fast\n    \/\/ x1: Strong\n    \/\/ y:  Classification (No\/0, Yes\/1)\n    \/\/ features:                  x0 x1  y\n    val xy = new MatrixI ((10, 3), 1, 1, 1,\n                                   1, 1, 1,\n                                   1, 0, 1,\n                                   1, 0, 1,\n                                   1, 0, 0,\n                                   0, 1, 0,\n                                   0, 1, 0,\n                                   0, 1, 1,\n                                   0, 0, 0,\n                                   0, 0, 0)\n\n    val fn = Array (\"Fast\", \"Strong\")                           \/\/ feature names\n    val cn = Array (\"No\", \"Yes\")                                \/\/ class names\n\n    println (\"xy = \" + xy)\n    println (\"---------------------------------------------------------------\")\n\n    val bn2 = BayesNetwork2 (xy, fn, null, 2, cn, 0.0, 0)       \/\/ create the classifier\n\n    \/\/ train the classifier ---------------------------------------------------\n    bn2.train ()\n    bn2.buildModel ()\n    bn2.train ()\n    \/\/ test sample ------------------------------------------------------------\n    val z = VectorI (1, 0)                                     \/\/ new data vector to classify\n    println (\"classify (\" + z + \") = \" + bn2.classify (z) + \"\\n\")\n    \/\/bn2.test2()\n    bn2.crossValidate ()                                       \/\/ cross validate the classifier\n\n} \/\/ BayesNetwork2Test2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `BayesNetwork2Test3` object is used to test the `BayesNetwork2` class.\n * > run-main scalation.analytics.classifier.par.BayesNetwork2Test3\n *\/\nobject BayesNetwork2Test3 extends App\n{\n    val filename = BASE_DIR + \"breast-cancer.arff\"\n    var data = Relation (filename, -1, null)\n    val xy = data.toMatriI2 (null)\n    val fn = data.colName.toArray\n    val cn = Array (\"p\", \"e\") \/\/ class names\n    val k = 2\n\n    val bn2 = BayesNetwork2 (xy, fn, null, 2, cn, 0.5, 1)       \/\/ create the classifier\n\n    bn2.buildModel ()\n    bn2.train ()\n    var testprint: (Array [Boolean], DAG) = null\n\n    bn2.crossValidate ()\n\n} \/\/ BayesNetwork2Test4 object\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/dynamics\/Integrator.scala","text":"<gh_stars>1-10\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Sat Jan 30 13:19:22 EST 2010\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.dynamics\n\nimport scalation.linalgebra.VectorD\nimport scalation.util.Error\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Derivatives` object is used to define types of time derivative functions.\n *\/\nobject Derivatives\n{\n    \/** Function type for derivative functions: f (t, y) where y is a scalar\n     *\/\n    type Derivative = (Double, Double) => Double\n\n    \/** Function type for derivative functions: f (t, y) where y is a vector\n     *\/\n    type DerivativeV = (Double, VectorD) => Double\n\n} \/\/ Derivatives\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Integrator` trait provides a template for writing numerical integrators\n *  (e.g., Runge-Kutta 'RK4' or Dormand-Prince 'DOPRI') to produce trajectories for\n *  first-order Ordinary Differential Equations 'ODE's.  The ODE is of the form:\n *  <p>\n *      d\/dt y(t) = f(t, y)  with initial condition y0 = y(t0)\n *  <p>\n *  If 'f' is a linear function of the form 'a(t) * y(t) + b(t)', then the ODE is\n *  linear, if 'a(t) = a' (i.e., a constant) the ODE has constant coefficients and\n *  if 'b(t) = 0' the ODE is homogeneous.  Note this package provides a solver (not\n *  an integrator) as an option for linear, constant coefficient, homogeneous,\n *  first-order ODE.\n *  @see scalation.dynamics.LinearDiffEq.scala\n *\/\ntrait Integrator\n      extends Error\n{\n    import Derivatives.{Derivative, DerivativeV}\n\n    \/** The default step size for the t dimension\n     *\/\n    protected val defaultStepSize = .01\n\n    \/** Estimate of the error in calculating y\n     *\/\n    protected var error = 0.0\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use numerical integration to compute the trajectory of an unknown, time-\n     *  dependent function y(t) governed by a first-order ODE of the form y(t)' = f(t, y),\n     *  i.e., the time derivative of y(t) equals f(t, y).  The derivative function\n     *  f(t, y) is integrated using a numerical integrator (e.g., Runge-Kutta) to\n     *  return the value of y(t) at time t.  The derivative function takes a scalar t\n     *  and a scalar y.\n     *  @param f     the derivative function f(t, y)\n     *  @param y0    the initial value of the y-function at time t0, y0 = y(t0)\n     *  @param t     the time value at which to compute y(t)\n     *  @param t0    the initial time\n     *  @param step  the step size\n     *\/\n    def integrate (f: Derivative, y0: Double, t: Double,\n                   t0: Double = 0.0, step: Double = defaultStepSize): Double\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Apply the integrate method to each derivative to compute the trajectory of\n     *  a time-dependent vector function y(t) governed by a separable system of\n     *  Ordinary Differential Equations (ODE's) where [f_j(t, y_j)] is an array of\n     *  derivative functions.  Each derivative function takes a scalar t and a\n     *  scalar y_j = y(j).\n     *  @param f     the array of derivative functions [f_j(t, y_j)]\n     *  @param y0    the initial value vector, y0 = y(t0)\n     *  @param t     the time value at which to compute y(t)\n     *  @param t0    the initial time\n     *  @param step  the step size\n     *\/\n    def integrateV (f: Array [Derivative], y0: VectorD, t: Double,\n                    t0: Double = 0.0, step: Double = defaultStepSize): VectorD =\n    {\n        val n = y0.dim\n        if (n != f.length) {\n            flaw (\"integrateV\", \"incompatible dimensions between f and y0\")\n            null\n        } else {\n            val y = new VectorD (n)\n            for (i <- 0 until n) y(i) = integrate (f(i), y0(i), t, t0, step)\n            y\n        } \/\/ if\n    } \/\/ integrateV\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Use numerical integration to compute the trajectory of an unknown, time-\n     *  dependent vector function y(t) governed by a system of first-order ODEs of\n     *  the form y(t)' = f(t, y).  The j-th derivative in the array of derivative\n     *  functions, [f_j(t, y)], takes a scalar t and a vector y (note the other\n     *  integrate methods take a scalar t and a scalar y.\n     *  @param f     the array of derivative functions [f_j(t, y)]\n     *  @param y0    the initial value vector, y0 = y(t0)\n     *  @param t     the time value at which to compute y(t)\n     *  @param t0    the initial time\n     *  @param step  the step size\n     *\/\n    def integrateVV (f: Array [DerivativeV], y0: VectorD, t: Double,\n                     t0: Double = 0.0, step: Double = defaultStepSize): VectorD\n\n    \/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Get the error estimate.\n     *\/\n    def getError: Double = error\n\n} \/\/ Integrator trait\n\n"}
{"repo_name":"DongYuYu\/Scalation","path":"src\/main\/scala\/scalation\/analytics\/par\/Regression.scala","text":"<filename>src\/main\/scala\/scalation\/analytics\/par\/Regression.scala\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** @author  <NAME>\n *  @version 1.3\n *  @date    Wed Feb 20 17:39:57 EST 2013\n *  @see     LICENSE (MIT style license file).\n *\/\n\npackage scalation.analytics.par\n\nimport math.pow\n\nimport scalation.linalgebra.{Fac_QR_H, VectoD}\nimport scalation.linalgebra.par._\nimport scalation.plot.Plot\nimport scalation.util.{Error, time}\n\nimport scalation.analytics.Predictor\nimport scalation.analytics.RegTechnique._\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `Regression` class supports multiple linear regression.  In this case,\n *  'x' is multi-dimensional [1, x_1, ... x_k].  Fit the parameter vector 'b' in\n *  the regression equation\n *  <p>\n *      y  =  b dot x + e  =  b_0 + b_1 * x_1 + ... b_k * x_k + e\n *  <p>\n *  where 'e' represents the residuals (the part not explained by the model).\n *  Use Least-Squares (minimizing the residuals) to fit the parameter vector\n *  <p>\n *      b  =  x_pinv * y   [ alternative: b  =  solve (y) ]\n *  <p>\n *  where 'x_pinv' is the pseudo-inverse.  Three techniques are provided:\n *  <p>\n *      'Fac_QR'         \/\/ QR Factorization: slower, more stable (default)\n *      'Fac_Cholesky'   \/\/ Cholesky Factorization: faster, less stable (reasonable choice)\n *      'Inverse'        \/\/ Inverse\/Gaussian Elimination, classical textbook technique (outdated)\n *  <p>\n *  This version uses parallel processing to speed up execution.\n *  @see see.stanford.edu\/materials\/lsoeldsee263\/05-ls.pdf\n *  @param x          the input\/design m-by-n matrix augmented with a first column of ones\n *  @param y          the response vector\n *  @param technique  the technique used to solve for b in x.t*x*b = x.t*y\n *\/\nclass Regression (x: MatrixD, y: VectorD, technique: RegTechnique = QR)\n      extends Predictor with Error\n{\n    if (y != null && x.dim1 != y.dim) flaw (\"constructor\", \"dimensions of x and y are incompatible\")\n    if (x.dim1 <= x.dim2) flaw (\"constructor\", \"not enough data rows in matrix to use regression\")\n\n    private val DEBUG      = false                             \/\/ debug flag\n    private val k          = x.dim2 - 1                        \/\/ number of variables (k = n-1)\n    private val m          = x.dim1.toDouble                   \/\/ number of data points (rows)\n    private val r_df       = (m-1.0) \/ (m-k-1.0)               \/\/ ratio of degrees of freedom\n    private var rSquared   = -1.0                              \/\/ coefficient of determination (quality of fit)\n    private var rBarSq     = -1.0                              \/\/ Adjusted R-squared\n    private var fStat      = -1.0                              \/\/ F statistic (quality of fit)\n\n    type Fac_QR = Fac_QR_H [MatrixD]                           \/\/ change as needed\n\n    private val fac = technique match {                        \/\/ select the factorization technique\n        case QR       => new Fac_QR (x)                        \/\/ QR Factorization\n        case Cholesky => new Fac_Cholesky (x.t * x)            \/\/ Cholesky Factorization\n        case _        => null                                  \/\/ don't factor, use inverse\n    } \/\/ match\n\n    private val x_pinv = technique match {                      \/\/ pseudo-inverse of x\n        case QR       => val (q, r) = fac.factor12 (); r.inverse * q.t\n        case Cholesky => fac.factor (); null                    \/\/ don't compute it directly\n        case _        => (x.t * x).inverse * x.t                \/\/ classic textbook technique\n    } \/\/ match\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Train the predictor by fitting the parameter vector (b-vector) in the\n     *  multiple regression equation\n     *      y  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_1 , ... x_k] + e\n     *  using the least squares method.\n     *\/\n    def train ()\n    {\n        b        = if (x_pinv == null) fac.solve (y)\n                   else x_pinv * y                              \/\/ parameter vector [b_0, b_1, ... b_k]\n        val e    = y - x * b                                    \/\/ residual\/error vector\n        val sse  = e dot e                                      \/\/ residual\/error sum of squares\n        val sst  = (y dot y) - pow (y.sum, 2) \/ m               \/\/ total sum of squares\n        val ssr  = sst - sse                                    \/\/ regression sum of squares\n        rSquared = ssr \/ sst                                    \/\/ coefficient of determination (R-squared)\n        rBarSq   = 1.0 - (1.0-rSquared) * r_df                  \/\/ R-bar-squared (adjusted R-squared)\n        fStat    = ssr * (m-k-1.0)  \/ (sse * k)                 \/\/ F statistic (msr \/ mse)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Retrain the predictor by fitting the parameter vector (b-vector) in the\n     *  multiple regression equation\n     *      yy  =  b dot x + e  =  [b_0, ... b_k] dot [1, x_1 , ... x_k] + e\n     *  using the least squares method.\n     *  @param yy  the new response vector\n     *\/\n    def train (yy: VectorD)\n    {\n        b        = if (x_pinv == null) fac.solve (yy)\n                   else x_pinv * yy                             \/\/ parameter vector [b_0, b_1, ... b_k]\n        val e    = yy - x * b                                   \/\/ residual\/error vector\n        val sse  = e dot e                                      \/\/ residual\/error sum of squares\n        val sst  = (yy dot yy) - pow (yy.sum, 2) \/ m            \/\/ total sum of squares\n        val ssr  = sst - sse                                    \/\/ regression sum of squares\n        rSquared = ssr \/ sst                                    \/\/ coefficient of determination\n        rBarSq   = 1.0 - (1.0-rSquared) * r_df                  \/\/ R-bar-squared (adjusted R-squared)\n        fStat    = ssr * (m-k-1.0)  \/ (sse * k)                 \/\/ F statistic (msr \/ mse)\n    } \/\/ train\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Return the quality of the fit, including 'rSquared'.\n     *\/\n    def fit: VectorD = VectorD (rSquared, rBarSq, fStat)\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Predict the value of y = f(z) by evaluating the formula y = b dot z,\n     *  e.g., (b_0, b_1, b_2) dot (1, z_1, z_2).\n     *  @param z  the new vector to predict\n     *\/\n    def predict (z: VectoD): Double = b dot z\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Perform backward elimination to remove the least predictive variable\n     *  from the model, returning the variable to eliminate, the new parameter\n     *  vector, the new R-squared value and the new F statistic.\n     *\/\n    def backElim (): Tuple3 [Int, VectoD, VectorD] =\n    {\n        var j_max  = -1                               \/\/ index of variable to eliminate\n        var b_max: VectoD = null                      \/\/ parameter values for best solution\n        var ft_max = VectorD (3); ft_max.set (-1.0)   \/\/ optimize on quality of fit (ft(0) is rSquared)\n\n        for (j <- 1 to k) {\n            val keep = m.toInt                        \/\/ i-value large enough to not exclude any rows in slice\n            val rg_j = new Regression (x.sliceExclude (keep, j), y)       \/\/ regress with x_j removed\n            rg_j.train ()\n            val b  = rg_j.coefficient\n            val ft = rg_j.fit\n            if (ft(0) > ft_max(0)) { j_max = j; b_max = b; ft_max = ft }\n        } \/\/ for\n        (j_max, b_max, ft_max)\n    } \/\/ backElim\n\n    \/\/::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n    \/** Compute the Variance Inflation Factor 'VIF' for each variable to test\n     *  for multi-collinearity by regressing 'xj' against the rest of the variables.\n     *  A VIF over 10 indicates that over 90% of the variance of 'xj' can be predicted\n     *  from the other variables, so 'xj' is a candidate for removal from the model.\n     *\/\n    def vif: VectorD =\n    {\n        val vifV = new VectorD (k)           \/\/ VIF vector\n        for (j <- 1 to k) {\n            val keep = m.toInt               \/\/ i-value large enough to not exclude any rows in slice\n            val x_j  = x.col(j)                                           \/\/ x_j is jth column in x\n            val rg_j = new Regression (x.sliceExclude (keep, j), x_j)     \/\/ regress with x_j removed\n            rg_j.train ()\n            vifV(j-1) =  1.0 \/ (1.0 - rg_j.fit(0))                        \/\/ store vif for x_1 in vifV(0)\n        } \/\/ for\n        vifV\n    } \/\/ vif\n\n} \/\/ Regression class\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `RegressionTest` object tests `Regression` class using the following\n *  regression equation.\n *  <p>\n *      y  =  b dot x  =  b_0 + b_1*x_1 + b_2*x_2.\n *  <p>\n *  Test regression and backward elimination.\n *  @see http:\/\/statmaster.sdu.dk\/courses\/st111\/module03\/index.html\n *\/\nobject RegressionTest extends App\n{\n    \/\/ 5 data points: constant term, x_1 coordinate, x_2 coordinate\n    val x = new MatrixD ((5, 3), 1.0, 36.0,  66.0,               \/\/ 5-by-3 matrix\n                                 1.0, 37.0,  68.0,\n                                 1.0, 47.0,  64.0,\n                                 1.0, 32.0,  53.0,\n                                 1.0,  1.0, 101.0)\n    val y = VectorD (745.0, 895.0, 442.0, 440.0, 1598.0)\n    val z = VectorD (1.0, 20.0, 80.0)\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n    val rg = new Regression (x, y)\n    rg.train ()\n    println (\"fit = \" + rg.fit)\n    val yp = rg.predict (z)                              \/\/ predict y for one point\n    println (\"predict (\" + z + \") = \" + yp)\n\n\/\/  val yyp = rg.predict (x)                             \/\/ predict y for several points\n\/\/  println (\"predict (\" + x + \") = \" + yyp)\n\/\/\n\/\/  new Plot (x.col(1), y, yyp)\n\/\/  new Plot (x.col(2), y, yyp)\n\n    println (\"reduced model: fit = \" + rg.backElim ())   \/\/ eliminate least predictive variable\n\n} \/\/ RegressionTest object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `RegressionTest2` object tests `Regression` class using the following\n *  regression equation.\n *  <p>\n *      y = b dot x = b_0 + b_1*x1 + b_2*x_2.\n *  <p>\n *  Test regression using QR Decomposition and Gaussian Elimination for computing\n *  the pseudo-inverse.\n *\/\nobject RegressionTest2 extends App\n{\n    \/\/ 4 data points: constant term, x_1 coordinate, x_2 coordinate\n    val x = new MatrixD ((4, 3), 1.0, 1.0, 1.0,                  \/\/ 4-by-3 matrix\n                                 1.0, 1.0, 2.0,\n                                 1.0, 2.0, 1.0,\n                                 1.0, 2.0, 2.0)\n    val y = VectorD (6.0, 8.0, 7.0, 9.0)\n    val z = VectorD (1.0, 2.0, 3.0)\n    var rg: Regression = null\n\n    println (\"x = \" + x)\n    println (\"y = \" + y)\n\n    println (\"-------------------------------------------------\")\n    println (\"Fit the parameter vector b using QR Factorization\")\n    rg = new Regression (x, y)                       \/\/ use QR Factorization\n    rg.train ()\n    println (\"fit = \" + rg.fit)\n    val yp = rg.predict (z)                          \/\/ predict y for on3 point\n    println (\"predict (\" + z + \") = \" + yp)\n\n\/\/  val yyp = rg.predict (x)                         \/\/ predict y for several points\n\/\/  println (\"predict (\" + x + \") = \" + yyp)\n\/\/\n\/\/  new Plot (x.col(1), y, yyp)\n\/\/  new Plot (x.col(2), y, yyp)\n\n    println (\"-------------------------------------------------\")\n    println (\"Fit the parameter vector b using Cholesky Factorization\")\n    rg = new Regression (x, y, Cholesky)             \/\/ use Cholesky Factorization\n    rg.train ()\n    println (\"fit = \" + rg.fit)\n    println (\"predict (\" + z + \") = \" + rg.predict (z))\n\n    println (\"-------------------------------------------------\")\n    println (\"Fit the parameter vector b using Matrix Inversion\")\n    rg = new Regression (x, y, Inverse)              \/\/ use Matrix Inversion\n    rg.train ()\n    println (\"fit = \" + rg.fit)\n    println (\"predict (\" + z + \") = \" + rg.predict (z))\n\n} \/\/ RegressionTest2 object\n\n\n\/\/:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::\n\/** The `RegressionTest3` object tests the multi-collinearity method in the\n *  `Regression` class using the following regression equation.\n *  <p>\n *      y = b dot x = b_0 + b_1*x_1 + b_2*x_2 + b_3*x_3 + b_4 * x_4\n *  <p>\n *  @see online.stat.psu.edu\/online\/development\/stat501\/12multicollinearity\/05multico_vif.html\n *  @see online.stat.psu.edu\/online\/development\/stat501\/data\/bloodpress.txt\n *\/\nobject RegressionTest3 extends App\n{\n    \/\/ 20 data points:      Constant      x_1     x_2    x_3      x_4\n    \/\/                                    Age  Weight    Dur   Stress\n    val x = new MatrixD ((20, 5), 1.0,   47.0,   85.4,   5.1,    33.0,\n                                  1.0,   49.0,   94.2,   3.8,    14.0,\n                                  1.0,   49.0,   95.3,   8.2,    10.0,\n                                  1.0,   50.0,   94.7,   5.8,    99.0,\n                                  1.0,   51.0,   89.4,   7.0,    95.0,\n                                  1.0,   48.0,   99.5,   9.3,    10.0,\n                                  1.0,   49.0,   99.8,   2.5,    42.0,\n                                  1.0,   47.0,   90.9,   6.2,     8.0,\n                                  1.0,   49.0,   89.2,   7.1,    62.0,\n                                  1.0,   48.0,   92.7,   5.6,    35.0,\n                                  1.0,   47.0,   94.4,   5.3,    90.0,\n                                  1.0,   49.0,   94.1,   5.6,    21.0,\n                                  1.0,   50.0,   91.6,  10.2,    47.0,\n                                  1.0,   45.0,   87.1,   5.6,    80.0,\n                                  1.0,   52.0,  101.3,  10.0,    98.0,\n                                  1.0,   46.0,   94.5,   7.4,    95.0,\n                                  1.0,   46.0,   87.0,   3.6,    18.0,\n                                  1.0,   46.0,   94.5,   4.3,    12.0,\n                                  1.0,   48.0,   90.5,   9.0,    99.0,\n                                  1.0,   56.0,   95.7,   7.0,    99.0)\n    \/\/  response BP\n    val y = VectorD (105.0, 115.0, 116.0, 117.0, 112.0, 121.0, 121.0, 110.0, 110.0, 114.0,\n                     114.0, 115.0, 114.0, 106.0, 125.0, 114.0, 106.0, 113.0, 110.0, 122.0)\n\n    val rg = new Regression (x, y)\n    time { rg.train () }\n\n    println (\"fit      = \" + rg.fit)        \/\/ fit model y = b_0 + b_1*x_1 + b_2*x_2 + b_3*x_3 + b_4*x_4\n    println (\"vif      = \" + rg.vif)        \/\/ test multi-collinearity (VIF)\n\n} \/\/ RegressionTest3 object\n\n"}
{"repo_name":"konradzdeb\/sparklyrExtras","path":"java\/dirsAndPaths.scala","text":"package dirsAndPaths\n\nobject Main {\n  def getDirectory() : String = {\n    System.getProperty(\"user.dir\")\n  }\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/service\/ConfValues.scala","text":"package uk.ac.ebi.ddi.mongoimport.service\n\nimport com.typesafe.config.{Config, ConfigFactory}\n\nobject ConfValues {\n\n  def getConfiguration(): Config ={\n    val conf: Config = ConfigFactory.load()\n    conf\n  }\n\n\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/service\/OmicsWebService.scala","text":"package uk.ac.ebi.ddi.mongoimport.service\n\nimport net.liftweb.json.Serialization.write\nimport net.liftweb.json._\nimport sttp.client._\nimport uk.ac.ebi.ddi.mongoimport.model.{Database, DatasetPage}\nimport uk.ac.ebi.ddi.mongoimport.servicetrait.WSTrait\nimport sttp.model.Uri\n\n\nclass OmicsWebService extends WSTrait{\n  implicit val formats = DefaultFormats\n\n  def saveOmicsDataset(): Unit ={\n      val pageData = getJsonDatasetByDB(0, 20, \"Pride\")\n      for(i <- 0 to getDatasetPageCount(0, 20, pageData)){\n      insertPageDataset(i, 20, pageData)\n    }\n  }\n\n  def saveOmicsDatabase(): Unit ={\n    val db = getJsonDatabase()\n    for(i <- 0 to db.length -1 )\n      MongoImportService.save(write(db(i)), MongoConnection.getDatabaseCollection())\n  }\n\n  \/\/getJsonDataset(start, size)\n  def getDatasetPageCount(start:Int = 0, size:Int = 20, page:DatasetPage): Int ={\n    val data = page\n    data.totalPages\n  }\n\n  def insertPageDataset(start:Int=0, size: Int=20, data: DatasetPage): Unit ={\n    println(data.content(0).accession)\n    for( i <- 0 to size -1 ){\n      data.content(i).database = \"PrideTest\"\n      MongoImportService.save(write(data.content(i)),MongoConnection.getDatasetCollection())\n    }\n  }\n\n  def getJsonDataset(start:Int, size:Int ): DatasetPage ={\n    getResponse[DatasetPage](uri\"https:\/\/www.omicsdi.org:443\/ws\/dataset\/getDatasetPage?start=$start&size=$size\")\n  }\n\n  def getJsonDatabase(): Array[Database] ={\n    getResponse[Array[Database]](uri\"https:\/\/www.omicsdi.org:443\/ws\/database\/all\")\n  }\n\n  def getJsonDatasetByDB(start:Int, size:Int, database: String ): DatasetPage ={\n    getResponse[DatasetPage](uri\"http:\/\/localhost:8080\/dataset\/getDatasetByDB?database=$database&start=$start&size=$size\")\n  }\n\n  def getResponse[T: Manifest](url:Uri): T ={\n    val request = basicRequest.get(\n      url)\n    implicit val backend = HttpURLConnectionBackend()\n    val response = request.send()\n    implicit val formats = DefaultFormats\n    val json = parse(response.body.getOrElse(\"{}\"))\n    val data = json.extract[T]\n    data\n  }\n}\n\nobject OmicsWebService{\n\n  def main(args:Array[String]): Unit ={\n    new OmicsWebService().saveOmicsDataset()\n    \/\/new OmicsWebService().saveOmicsDatabase()\n  }\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/model\/DatasetPage.scala","text":"<reponame>OmicsDI\/ddi-import-ws-mongo\npackage uk.ac.ebi.ddi.mongoimport.model\n\ncase class DatasetPage(totalElements:Int, totalPages:Int, numberOfElements:Int,\nsort: Sort, first: Boolean, last: Boolean, size: Int, content: Array[Dataset], number: Int)\n\ncase class Sort()\n\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/service\/MongoImportService.scala","text":"package uk.ac.ebi.ddi.mongoimport.service\n\nimport org.mongodb.scala._\nimport uk.ac.ebi.ddi.mongoimport.servicetrait.ImportServiceTrait\n\nobject MongoImportService extends ImportServiceTrait {\n\n  def save(data:String, collection: MongoCollection[Document]): Unit ={\n    collection.withWriteConcern(WriteConcern.ACKNOWLEDGED)\n\n    collection.insertOne(Document.apply(data)).subscribe(new Observer[Completed] {\n      override def onNext(result: Completed): Unit = println(s\"onNext: $result\")\n      override def onError(e: Throwable): Unit = println(s\"onError: $e\")\n      override def onComplete(): Unit = println(\"insertion successful\")\n    })\n  }\n\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/model\/Dataset.scala","text":"<filename>src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/model\/Dataset.scala\npackage uk.ac.ebi.ddi.mongoimport.model\n\ncase class Dataset (var _class:Option[String] = Some(\"uk.ac.ebi.ddi.service.db.model.dataset.Dataset\"),\n                     additional: Map[String, Set[String]],\n                   dates: Map[String, Set[String]],\n                   accession:String, var database:String,\n                   scores:Scores,\n                   allSecondaryAccessions:Array[String],\n                   crossReferences: Map[String, Set[String]],\n                   currentStatus:String,\n                   filePath:String,\n                   initHashCode:Int,\n                   claimable:Boolean,\n                   files: Map[String, Set[String]],\n                   description:String,\n                   name:String\/\/,\n                   \/\/id:ObjectId\n)\n\ncase class Scores()\n\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/servicetrait\/ConnectionTrait.scala","text":"package uk.ac.ebi.ddi.mongoimport.servicetrait\n\ntrait ConnectionTrait {\n\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/service\/MongoConnection.scala","text":"<reponame>OmicsDI\/ddi-import-ws-mongo<gh_stars>0\npackage uk.ac.ebi.ddi.mongoimport.service\n\nimport org.mongodb.scala.{Document, MongoClient, MongoCollection, MongoDatabase}\nimport uk.ac.ebi.ddi.mongoimport.servicetrait.ConnectionTrait\n\nobject MongoConnection extends ConnectionTrait{\n\n  val mongoClient: MongoClient = MongoClient(\"mongodb:\/\/ddi_user:tDzDd81J@mongos-hxvm-0<EMAIL>i.ac.uk:27017,mongos-hxvm-001.ebi.ac.uk:27017,mongos-hxvm-001.ebi.ac.uk:27017\/ddi_db?authSource=admin\")\n\n  \/\/ get handle to \"mydb\" database\n  val database: MongoDatabase = mongoClient.getDatabase(\"ddi_db\")\n\n  \/\/ get a handle to the \"test\" collection\n  \/\/val collection: MongoCollection[Document] = database.getCollection(\"test\")\n\n  def getDatasetCollection():MongoCollection[Document] = {\n    database.getCollection(\"datasets.dataset\")\n  }\n\n  def getDatabaseCollection():MongoCollection[Document] = {\n    database.getCollection(\"databases\")\n  }\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/servicetrait\/WSTrait.scala","text":"package uk.ac.ebi.ddi.mongoimport.servicetrait\n\ntrait WSTrait {\n\n}\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"build.sbt","text":"name := \"import-mongo-api\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.1\"\n\nlibraryDependencies ++= Seq(\n  \"com.softwaremill.sttp.client\" %% \"core\" % \"2.0.0-RC3\",\n  \"io.spray\" %% \"spray-json\" % \"1.3.2\",\n  \"net.liftweb\" %% \"lift-json\" % \"3.4.0\",\n  \"org.mongodb.scala\" %% \"mongo-scala-driver\" % \"2.7.0\",\n  \"com.typesafe\" % \"config\" % \"1.3.4\"\n)\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/model\/Database.scala","text":"<filename>src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/model\/Database.scala<gh_stars>0\npackage uk.ac.ebi.ddi.mongoimport.model\n\nimport org.bson.types.ObjectId\n\n\/*information about all databases to retrieve datasets *\/\ncase class Database(var _id:Option[String], repository:String,\norcidName:String, urlTemplate:String, accessionPrefix:Array[String],\ntitle:String, imgAlt:String, sourceUrl:String, image:Array[String],\nsource:String, description:String, domain:String, icon:String, databaseName:String)\n\ncase class Similars(_class:String, accession: String, database: String, similars: List[DatasetRef])\n\ncase class DatasetRef(relationType: String , similarDataset: SimilarDataset)\n\ncase class SimilarDataset($ref: String, $id: ObjectId)\n"}
{"repo_name":"OmicsDI\/ddi-import-ws-mongo","path":"src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/servicetrait\/ImportServiceTrait.scala","text":"<filename>src\/main\/scala\/uk\/ac\/ebi\/ddi\/mongoimport\/servicetrait\/ImportServiceTrait.scala\npackage uk.ac.ebi.ddi.mongoimport.servicetrait\n\ntrait ImportServiceTrait {\n\n}\n"}
{"repo_name":"sunsagong\/leadiq-coding-challenge","path":"app\/models\/Transaction.scala","text":"package models;\n\nimport java.util.List;\nimport javax.persistence.*;\n\nimport play.data.validation.*;\nimport play.db.ebean.*;\nimport play.libs.Json;\n\nimport com.fasterxml.jackson.annotation.JsonIgnore;\nimport com.fasterxml.jackson.annotation.JsonInclude;\nimport com.fasterxml.jackson.annotation.JsonInclude.Include;\nimport com.fasterxml.jackson.databind.JsonNode;\n\n@Entity\npublic class Transaction extends Model{\n\n    @Id\n    @Constraints.Required\n    @JsonIgnore(true)\n    public Long id = null;\n\n    @Constraints.Required\n    @Column(nullable = false)\n    public Double amount = 0.0;\n\n    @Constraints.Required\n    @Column(nullable = false)\n    public String type = \"\";\n\n    @JsonInclude(Include.NON_NULL)\n    public Long parentId = null;\n\n    \/\/ Empty constructor is needed for json bindings\n    public Transaction() {}\n\n    public Transaction(Double amount, String type) {\n        this.amount = amount;\n        this.type = type;\n    }\n\n    public Transaction(Double amount, String type, Long parentId) {\n        this.amount = amount;\n        this.type = type;\n        this.parentId = parentId;\n    }\n\n    public JsonNode toJson() {\n        return Json.toJson(this);\n    }\n\n    public static Transaction fromJson(JsonNode json) {\n        if(json == null) {\n            return null;\n        } else {\n            try {\n                return Json.fromJson(json, Transaction.class);\n            }\n            catch (Exception e) {\n                System.out.println(\"Error \" + e.getMessage());\n                e.printStackTrace();\n                return null;\n            }\n        }\n    }\n\n    public static List<Transaction> findByType(String type) {\n        return find.where()\n            .ieq(\"type\", type)\n            .findList();\n    }\n\n    \/\/shorthand for `Ebean.find(Transaction.class)`\n    public static Finder<Long,Transaction> find = new Finder<Long,Transaction>(Long.class, Transaction.class);\n}\n"}
{"repo_name":"sunsagong\/leadiq-coding-challenge","path":"app\/controllers\/Application.scala","text":"<gh_stars>0\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.libs.json.Json\n\nclass Application extends Controller {\n\n  \/\/ PUT \/transactionservice\/transaction\/$transaction_id\n  def putTransaction(transaction_id:Long) = Action {  request =>\n\n    (request.body \\ \"amount\").asOpt[String].map{ amount =>\n\n      Ok(Json.toJson(Map(\"status\"->\"OK\", \"message\"->(\"Hello\" + amount))))\n\n    }.getOrElse{\n\n      BadRequest(Json.toJson(Map(\"status\"->\"NG\", \"message\"->\"Missing parameter [amount]\")))\n    }\n\n  }\n\n  \/\/ GET \/transactionservice\/transaction\/$transaction_id\n  def getTransaction(transaction_id:Long) = Action {\t\n    \n    Ok(views.html.index(\"get id: \" + transaction_id))\n  }\n\n  \/\/ GET \/transactionservice\/types\/$type\n  def getTypes(tp:String) = Action {\t\n    Ok(views.html.index(\"type: \" + tp))\n  }\n\n  \/\/ GET \/transactionservice\/sum\/$transaction_id\n  def getSum(transaction_id:Long) = Action {\t\n    Ok(views.html.index(\"transaction_id: \" + transaction_id))\n  }\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/KanrenImpure.scala","text":"<reponame>stanojevic\/Move-Eager-Left-Corner-MG-Parser\npackage ed.ac.uk.kanren\n\nimport Kanren._\n\nobject KanrenImpure {\n\n  def ifte(g1: => Goal, g2: => Goal, g3: => Goal) : Goal =\n    s => g1(s).partiallyForceEval match {\n      case _:SearchStreamEmpty[Substitution] => g3(s)\n      case ss => ss.flatMap(g2(_))(Kanren.searchStrategy)\n    }\n\n  def not(g: => Goal) : Goal = ifte(g, FAIL, SUCCESS)\n\n  def once(g: => Goal) : Goal = (s: Substitution) => g(s).take(1).headOption.map(SearchStream(_)).getOrElse(SearchStream.empty)\n\n  def condA(c1: => Clause                                                                                                                                                        ) : Goal = c1.whole\n  def condA(c1: => Clause, c2: => Clause                                                                                                                                         ) : Goal = ifte(c1.first, c1.rest, condA(c2                                      ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause                                                                                                                          ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3                                  ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause                                                                                                           ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4                              ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause                                                                                            ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5                          ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause                                                                             ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6                      ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause, c7: => Clause                                                              ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6, c7                  ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause, c7: => Clause, c8: => Clause                                               ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6, c7, c8              ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause, c7: => Clause, c8: => Clause, c9: => Clause                                ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6, c7, c8, c9          ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause, c7: => Clause, c8: => Clause, c9: => Clause, c10: => Clause                ) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6, c7, c8, c9, c10     ))\n  def condA(c1: => Clause, c2: => Clause, c3: => Clause, c4: => Clause, c5: => Clause, c6: => Clause, c7: => Clause, c8: => Clause, c9: => Clause, c10: => Clause, c11: => Clause) : Goal = ifte(c1.first, c1.rest, condA(c2, c3, c4, c5, c6, c7, c8, c9, c10, c11))\n\n  def condU(c1 : => Clause,\n            c2 : => Clause = clause(FAIL),\n            c3 : => Clause = clause(FAIL),\n            c4 : => Clause = clause(FAIL),\n            c5 : => Clause = clause(FAIL),\n            c6 : => Clause = clause(FAIL),\n            c7 : => Clause = clause(FAIL),\n            c8 : => Clause = clause(FAIL),\n            c9 : => Clause = clause(FAIL),\n            c10: => Clause = clause(FAIL),\n            c11: => Clause = clause(FAIL),\n           ) : Goal = once(condA(c1, c2, c3, c4, c5, c6, c7, c8, c9, c10, c11))\n\n  def project(x1:Term                                    )(f:  Term                          => Goal ) : Goal = s => f( s.walkStar(x1)                                                                 )(s)\n  def project(x1:Term, x2:Term                           )(f: (Term, Term)                   => Goal ) : Goal = s => f( s.walkStar(x1), s.walkStar(x2)                                                 )(s)\n  def project(x1:Term, x2:Term, x3:Term                  )(f: (Term, Term, Term)             => Goal ) : Goal = s => f( s.walkStar(x1), s.walkStar(x2), s.walkStar(x3)                                 )(s)\n  def project(x1:Term, x2:Term, x3:Term, x4:Term         )(f: (Term, Term, Term, Term)       => Goal ) : Goal = s => f( s.walkStar(x1), s.walkStar(x2), s.walkStar(x3), s.walkStar(x4)                 )(s)\n  def project(x1:Term, x2:Term, x3:Term, x4:Term, x5:Term)(f: (Term, Term, Term, Term, Term) => Goal ) : Goal = s => f( s.walkStar(x1), s.walkStar(x2), s.walkStar(x3), s.walkStar(x4), s.walkStar(x5) )(s)\n\n  def plusI(x:Term, y:Term, z:Term) : Goal = project(x, y, z){\n    case ( Val(x:Int), Val(y:Int), _          ) => z === Val(x+y)\n    case ( Val(x:Int), _         , Val(z:Int) ) => y === Val(z-x)\n    case ( _         , Val(y:Int), Val(z:Int) ) => x === Val(z-y)\n    case _                                      => FAIL\n  }\n\n  def copyTermI(u:Term, v:Term) : Goal = project(u)( alphaTransform(_) === v )\n\n  def alphaTransform(u:Term) : Term = {\n    val mapping : Map[Var, Var]  = allVars(u).toList.map(x => (x, Var())).toMap\n    replaceVars(u, mapping)\n  }\n\n  private def replaceVars(u:Term, mapping:Map[Var, Var]) : Term = u match {\n    case x:Var => mapping.getOrElse(x, x)\n    case KCons(h, t) => KCons(replaceVars(h, mapping), replaceVars(t, mapping))\n    case x => x\n  }\n\n  private def allVars(u:Term) : Set[Var] = u match {\n    case u:Var => Set(u)\n    case KCons(h, t) => allVars(h) union allVars(t)\n    case _ => Set()\n  }\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Node.scala","text":"<filename>src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Node.scala<gh_stars>1-10\npackage ed.ac.uk.leftcorner\n\nimport java.io.File\n\nimport ed.ac.uk.visualization.TreeVisualizer.{Color, Shape, SimpleTreeNode}\nimport ed.ac.uk.kanren.Kanren.Term\nimport ed.ac.uk.kanren.{KList, Val}\n\nsealed trait Node{\n\n  def visualize(graphLabel:String=\"\", fileType:String=\"pdf\") : Unit =\n    toSimpleNode.visualize(graphLabel=graphLabel, fileType=fileType)\n\n  def saveVisual(fn:String, graphLabel:String=\"\", fileType:String=\"pdf\") : Unit =\n    toSimpleNode.saveVisual(outFile = new File(fn+\".\"+fileType), graphLabel=graphLabel, fileType=fileType)\n\n  private def toSimpleNode : SimpleTreeNode = this match {\n    case MoveNode(moveType, child) =>\n      SimpleTreeNode(label=moveType, children = List(child.toSimpleNode), color = Color.GRAY)\n    case MergeNode(mergeType, left, right) =>\n      SimpleTreeNode(label=mergeType, children = List(left.toSimpleNode, right.toSimpleNode), color = Color.BLACK)\n    case TerminalNode(start, end, word, feats) =>\n      val w = if(word == \"\") \"\u03b5\" else word\n      SimpleTreeNode(label=s\"$feats\\n$word\", children = List(), position = start*100+end, shape=Shape.RECTANGLE)\n  }\n\n  override def toString: String = Node.recToString(this)\n\n}\n\ncase class MoveNode(moveType:String, child:Node) extends Node\ncase class MergeNode(mergeType:String, left:Node, right:Node) extends Node\ncase class TerminalNode(start:Int, end:Int, word:String, feats:String) extends Node\n\n\nobject Node{\n\n  def fromMgItem(mgItem:Term) : Node = {\n    recTransform(mgItem.asKList(5))\n  }\n\n  def recTransform(term: Term) : Node = term match {\n    case KList(Val(moveType:String), child) => MoveNode(moveType, recTransform(child))\n    case KList(Val(mergeType:String), left, right) => MergeNode(mergeType, recTransform(left), recTransform(right))\n    case KList(Val(start:Int), Val(end:Int), Val(word:String), Val(feats:String)) => TerminalNode(start, end, word, feats)\n  }\n\n  private def recToString(node:Node, depth:Int = 0) : String = {\n    val prefix = (\"\\t\"*depth)+\"(\"\n    val (infix, suffix) = node match {\n      case MoveNode(moveType, child) =>\n        (\n          moveType+\"\\n\"+recToString(child, depth+1),\n          (\"\\t\"*depth)+\")\\n\"\n        )\n      case MergeNode(mergeType, left, right) =>\n        (\n          mergeType+\"\\n\"+recToString(left, depth+1)+recToString(right, depth+1),\n          (\"\\t\"*depth)+\")\\n\"\n        )\n      case TerminalNode(start, end, word, feats) =>\n        (\n          s\"$word :: $feats\",\n          \")\\n\"\n        )\n    }\n    prefix+infix+suffix\n  }\n\n}\n\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/visualization\/TreeVisualizer.scala","text":"<reponame>stanojevic\/Move-Eager-Left-Corner-MG-Parser<gh_stars>1-10\npackage ed.ac.uk.visualization\n\nimport java.io.{File, FileInputStream, FileOutputStream, PrintWriter}\n\nobject TreeVisualizer {\n\n  object Color extends Enumeration {\n    type Color = Value\n    val RED        = Value(\"firebrick1\")\n    val GREEN      = Value(\"green3\")\n    val BLUE       = Value(\"blue\")\n    val PURPLE     = Value(\"purple\")\n    val LIGHT_BLUE = Value(\"lightblue2\")\n    val BLACK      = Value(\"black\")\n    val GRAY       = Value(\"gray\")\n  }\n\n  object Shape extends Enumeration{\n    type Shape = Value\n    val TRAPEZIUM = Value(\"trapezium\")\n    val HOUSE     = Value(\"house\")\n    val BOX       = Value(\"box\")\n    val HEXAGON   = Value(\"hexagon\")\n    val ELLIPSE   = Value(\"ellipse\")\n    val RECTANGLE = Value(\"rectangle\")\n    val NOTHING   = Value(\"plaintext\")\n  }\n\n  case class SimpleTreeNode(\n                             label:String,\n                             children:List[SimpleTreeNode],\n                             color: Color.Color = null,\n                             shape: Shape.Shape = null,\n                             textBold:Boolean=false,\n                             textColor:Color.Color=Color.BLACK,\n                             textSize:Int= -1,\n                             position:Int= 0) {\n\n    def sent : List[String] = allTerminals.sortBy(_.position).map(_.label)\n\n    def allTerminals : List[SimpleTreeNode] =\n      if(children.isEmpty)\n        this :: Nil\n      else\n        children.flatMap(_.allTerminals)\n\n    private def copyFile(src:String, dest:String) : Unit = {\n      val inputChannel = new FileInputStream(src).getChannel\n      val outputChannel = new FileOutputStream(dest).getChannel\n      outputChannel.transferFrom(inputChannel, 0, inputChannel.size())\n      inputChannel.close()\n      outputChannel.close()\n    }\n\n    def saveVisual(outFile:File, graphLabel:String=\"\", fileType:String=\"pdf\") : Unit = {\n      outFile.getName.split(\".\").lastOption.foreach{ x =>\n        if(x != fileType){\n          sys.error(s\"cannot save $fileType into file with extension $x\")\n        }\n      }\n      val dotString = toDotString(this, graphLabel)\n\n      val tmpDotFile = File.createTempFile(\"visual\", \".dot\", null)\n      tmpDotFile.deleteOnExit()\n      val tmpFileName = tmpDotFile.getPath\n      val pw = new PrintWriter(tmpDotFile)\n      pw.println(dotString)\n      pw.close()\n\n      val dotCmd = s\"dot -T$fileType $tmpFileName -O\"\n      val pDot = Runtime.getRuntime.exec(dotCmd)\n      pDot.waitFor()\n      copyFile(s\"$tmpFileName.$fileType\", outFile.getAbsolutePath)\n      new File(tmpFileName).delete()\n      new File(s\"$tmpFileName.$fileType\").delete()\n    }\n\n    def visualize(graphLabel:String=\"\", fileType:String=\"pdf\") : Unit = {\n      val file = File.createTempFile(s\"visual_${graphLabel.replace(\" \", \"_\")}_\", \".\"+fileType, null)\n      file.deleteOnExit()\n      this.saveVisual(file, graphLabel=graphLabel, fileType=fileType)\n\n      val filename = file.toPath\n      val xdgCmd = System.getProperty(\"os.name\") match {\n        \/** run this if you use evince and have big pdfs: gsettings set org.gnome.Evince page-cache-size 500 *\/\n        case \"Linux\" => s\"nohup xdg-open $filename\"\n        case _       => s\"nohup firefox  $filename\"\n      }\n      Runtime.getRuntime.exec(xdgCmd)\n      val seconds = 2\n      Thread.sleep(seconds*1000)\n    }\n\n  }\n\n  \/\/ DOT VISUALIZATION\n\n  def toDotString(mainNode:SimpleTreeNode, graphLabel:String) : String = {\n    def toDotStringRec(node:SimpleTreeNode, nodeId:String) : (String, List[String]) = {\n      var outStr = \"\"\n\n      var terms = List[String]()\n      outStr += nodeId+\"[\"\n      if(node.textBold)\n        outStr += \"fontname=\\\"Times Bold\\\"; \"\n      val fontcolor = Option(node.textColor).getOrElse(Color.BLACK).toString\n      outStr += s\"fontcolor=$fontcolor; \"\n      outStr += \"label=\\\"\"+escapeForDot(node.label)+\"\\\"; \"\n      val shape = Option(node.shape).getOrElse(Shape.ELLIPSE).toString\n      outStr += \"shape=\"+shape+\"; \"\n      val color = Option(node.color).getOrElse(Color.BLUE).toString\n      outStr += s\"color=$color; \"\n      val fontsize = if(node.textSize < 0) 20 else node.textSize\n      outStr += s\"fontsize=$fontsize ; \"\n      outStr += \"style=bold; \"\n      outStr += \"];\\n\"\n      node.children.zipWithIndex.foreach{ case (child, index) =>\n        val childName = nodeId+\"_\"+index\n        if(child.children.nonEmpty){\n          val res = toDotStringRec(child, childName)\n          outStr += res._1\n          terms ++= res._2\n        }else{\n          terms ++= List(childName)\n        }\n        val style = \"\"\n        outStr += s\"$nodeId -- $childName $style ;\\n\"\n      }\n\n      (outStr, terms)\n    }\n\n    var outStr = \"\"\n\n    outStr += \"graph { \\n\"\n    if(graphLabel != \"\"){\n      outStr += \"  label=\\\"\"+escapeForDot(graphLabel)+\"\\\"\\n\"\n    }\n\n    val res = toDotStringRec(mainNode, \"node0\")\n    outStr += res._1\n    val terms = res._2\n\n    outStr += \"  subgraph {rank=same;rankdir=LR;\\n\"\n    (terms zip mainNode.allTerminals).sortBy(_._2.position).foreach{ case (nodeId, node) =>\n      val color = Option(node.color).getOrElse(Color.LIGHT_BLUE).toString\n      val shape = Option(node.shape).getOrElse(Shape.NOTHING).toString\n      val word = node.label\n      outStr += \"    \"+nodeId+\"[ \"\n      if(node.textBold)\n        outStr += \"fontname=\\\"Times Bold\\\"; \"\n      val fontcolor = Option(node.textColor).getOrElse(Color.BLACK).toString\n      outStr += s\"fontcolor=$fontcolor; \"\n      outStr += \"label=\\\"\"+escapeForDot(word)+\"\\\" \"\n      outStr += \"style=bold; \"\n      val fontsize = if(node.textSize < 0) 30 else node.textSize\n      outStr += s\"fontsize=$fontsize \"\n      outStr += \"color=\"+color+\";\"\n      outStr += \"shape=\"+shape+\";\"\n      outStr += \"];\\n\"\n    }\n    outStr += \"    edge[style=\\\"invis\\\"];\\n\"\n\n    outStr += (terms zip mainNode.allTerminals).sortBy(_._2.position).map(_._1).mkString(\"--\")+\";\\n\"\n\n    outStr += \"  }\\n\"\n    outStr += \"}\\n\"\n\n    outStr\n  }\n\n  private def escapeForDot(s:String) : String =\n    s.replace(\"\\\\\", \"\\\\\\\\\")\n     \/\/ .replace(\"<\", \"<\")\n     \/\/ .replace(\">\", \">\")\n     \/\/ .replace(\"\\\\N\", \"\\\\\\\\N\")\n     \/\/ .replace(\"---\", \"ABCDEFGXYZ\")\n     \/\/ .replace(\"--\", \"ABCDEFG\")\n     \/\/ .replace(\"-\", \"\\\\n\")\n     \/\/ .replace(\"ABCDEFGXYZ\", \"\\n--\")\n     \/\/ .replace(\"ABCDEFG\", \"--\")\n\n\n\n  \/\/ PARSING\n\n def fromPennString(s:String) : SimpleTreeNode = {\n    val tokens = tokenizePennString(s)\n    parsePennRec(tokens)._1\n  }\n\n  private def parsePennRec(tokens:List[String]) : (SimpleTreeNode, List[String]) = {\n    if(tokens.head == \"(\"){\n      val label = tokens.tail.head\n      var workingTokens = tokens.tail.tail\n      var children = List[SimpleTreeNode]()\n      while(workingTokens.head != \")\"){\n        val (node, leftOver) = parsePennRec(workingTokens)\n        children ::= node\n        workingTokens = leftOver\n      }\n\n      children = children.reverse\n\n      val node = SimpleTreeNode(\n        label = unescapeBrackets(label),\n        children = children)\n      (node, workingTokens.tail)\n    }else{\n      val label = tokens.head\n      val node = SimpleTreeNode(\n        label = unescapeBrackets(label),\n        children = List()\n      )\n      (node, tokens.tail)\n    }\n  }\n\n  private def tokenizePennString(s:String) : List[String] = {\n    val s1 = s.replaceAllLiterally(\"(\", \"( \")\n    val s2 = s1.replaceAllLiterally(\")\", \" )\")\n    val tokens = s2.split(\"\\\\s+\").toList\n    tokens.filterNot{_.matches(\"^\\\\s*$\")}\n  }\n\n\/\/  private def escapeBrackets(label:String) =\n\/\/    label.replaceAllLiterally(\"(\", \"-LRB-\").\n\/\/      replaceAllLiterally(\")\", \"-RRB-\")\n\n  private def unescapeBrackets(label:String) : String =\n    label.replaceAllLiterally(\"-LRB-\", \"(\").\n      replaceAllLiterally(\"-RRB-\", \")\")\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Grammar.scala","text":"package ed.ac.uk.leftcorner\n\nimport ed.ac.uk.kanren.{KList, SearchStrategy, SearchStream}\n\nimport scala.io.Source\n\nclass Grammar(lexicon:List[(String, List[String])]) {\n\n  private val licensors = lexicon.flatMap(_._2).filter(_ startsWith \"+\").distinct.map(_.tail)\n\n  val (empties, nonEmpties) = lexicon.partition(_._1.matches(\"|\u03b5|\\\\[.*\\\\]\"))\n\n  val mgLogicEager = new MGlogic(licensors, eagerMove=true)\n  val mgLogicStandard = new MGlogic(licensors, eagerMove=false)\n\n  def parse(sent:List[String], eagerMove:Boolean=true, maxAllowedTransitions : Int= -1)(implicit searchStrategy: SearchStrategy) : Stream[Node] = {\n    val initParseState = ParseState.initState(\n      words = sent,\n      maxAllowedTransitions = if(maxAllowedTransitions<0) 3*sent.size else maxAllowedTransitions,\n      mgLogic = if(eagerMove) mgLogicEager else mgLogicStandard,\n      grammar = this\n    )\n    val parseStates = fullExpansion(initParseState)\n    parseStates.toScalaStream.map(_.tree)\n  }\n\n  private def fullExpansion(state : ParseState)(implicit searchStrategy: SearchStrategy) : SearchStream[ParseState] =\n    SearchStream.fromSeq(state.singleExpansion).flatMap(subState =>\n      if(subState.isFinal)\n        SearchStream(subState)\n      else\n        fullExpansion(subState)\n    )\n\n}\n\nobject Grammar{\n\n  def loadFromFile(fn:String) : Grammar = {\n    val lexicon = Source.fromFile(fn).getLines().filterNot(_.matches(\"^ *$\")).filterNot(_.matches(\"^ *%.*\")).map{ line =>\n      val parts = line split \" *:: *\"\n      val word = parts(0).replaceAll(\" \", \"\")\n      val feats = parts(1).split(\" +\").toList.filterNot(_.matches(\" *\"))\n      (word, feats)\n    }.toList\n    new Grammar(lexicon)\n  }\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/Substitution.scala","text":"<gh_stars>1-10\npackage ed.ac.uk.kanren\n\ncase class Association(x:Var, y:Term){\n  def matches(x:Var) : Boolean = x==this.x\n\n  override def toString: String = s\"$x = $y\"\n}\n\nprivate[kanren] class Substitution(val subList:List[Association]) extends Iterable[Association]{\n\n  override def toString(): String =\n    \"Substitutions ==> \"+subList.map(_.toString).sorted.mkString(\", \")\n\n  def walkStar(x:Term) : Term = walk(x) match {\n    case KCons(l, r) =>\n      KCons(walkStar(l), walkStar(r))\n    case y =>\n      y\n  }\n\n  def walk(x:Term) : Term = x match {\n    case x:Var   =>\n      subList.find(_.matches(x)) match {\n        case None => x\n        case Some(Association(_, y:Var)) => walk(y)\n        case Some(Association(_, y    )) => y\n        \/\/ case _ => throw new RuntimeException\n      }\n    case _ =>\n      x\n  }\n\n  def extend(a:Association) : Option[Substitution] =\n    if(a.y.occurs(a.x))\n      None\n    else\n      Some( new Substitution(a :: subList) )\n\n  override def iterator: Iterator[Association] = subList.iterator\n\n  private def reifyS(v:Term) : Substitution =\n    walk(v) match {\n      case x:Var if v == x =>\n        new Substitution(Association(x, Var.newReified(subList.size)) :: subList)\n      case KCons(l, r) =>\n        reifyS(l).reifyS(r)\n      case _ =>\n        this\n    }\n\n  def reify(v:Term) : Term = {\n    val vv = walkStar(v)\n    val r = Substitution.empty.reifyS(vv)\n    r.walkStar(vv)\n  }\n\n}\n\n\nobject Substitution{\n  def empty : Substitution = new Substitution(List())\n}\n\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/Trace.scala","text":"<gh_stars>1-10\npackage ed.ac.uk.kanren\n\nimport scala.collection.mutable.{Map => MutMap}\n\nobject Trace{\n\n  def apply(name:String)(g: => Goal) : Trace =\n    new Trace(name)(g)\n\n  private val nextIntMap = MutMap[String, Int]()\n  private def nextInt(name:String): Int = {\n    nextIntMap(name) = nextIntMap.getOrElse(name, -1) + 1\n    nextIntMap(name)\n  }\n\n}\n\nclass Trace(name:String)(g: => Goal) extends Goal{\n  private val n = Trace.nextInt(name)\n  if(Kanren.TRACE)\n    System.err.println(s\"BUILD $name$n\")\n  override def apply(s: Substitution): SearchStream[Substitution] = {\n    if(Kanren.TRACE)\n      System.err.println(s\"ENTER $name$n\\t -> $s\")\n    val res = g(s)\n    if(Kanren.TRACE)\n      System.err.println(s\"LEAVE $name$n\\t -> $res\")\n    res\n  }\n}\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/Kanren.scala","text":"<gh_stars>1-10\npackage ed.ac.uk.kanren\n\nimport scala.language.implicitConversions\n\nobject Kanren {\n\n  val ImproperEndOfList = ed.ac.uk.kanren.ImproperEndOfList\n  val Var = ed.ac.uk.kanren.Var\n  val Val = ed.ac.uk.kanren.Val\n  type KList = ed.ac.uk.kanren.KList\n  type Var = ed.ac.uk.kanren.Var\n  type Val = ed.ac.uk.kanren.Val\n  val KList = ed.ac.uk.kanren.KList\n  type Goal = ed.ac.uk.kanren.Goal\n  type Term = ed.ac.uk.kanren.Term\n  val list = KList\n  val cons = KCons\n\n\/\/  def consO       : (Term, Term, Term)       => Goal = KanrenList.consO\n\/\/  def carO        : (Term, Term)             => Goal = KanrenList.carO\n\/\/  def cdrO        : (Term, Term)             => Goal = KanrenList.cdrO\n\/\/  def nullO       :  Term                    => Goal = KanrenList.nullO\n\/\/  def appendO     : (Term, Term, Term)       => Goal = KanrenList.appendO\n\/\/  def memberO     : (Term, Term)             => Goal = KanrenList.memberO\n\/\/  def listO       :  Term                    => Goal = KanrenList.listO\n\/\/  def selectO     : (Term, Term, Term)       => Goal = KanrenList.selectO\n\/\/  def sameLengthO : (Term, Term)             => Goal = KanrenList.sameLengthO\n\/\/  def reversO     : (Term, Term)             => Goal = KanrenList.reversO\n\/\/  def replaceO    : (Term, Term, Term, Term) => Goal = KanrenList.replaceO\n\/\/  def assocO      : (Term, Term, Term)       => Goal = KanrenList.assocO\n\n  val SearchStrategy = ed.ac.uk.kanren.SearchStrategy\n\n  var searchStrategy : SearchStrategy = BFS\n  var TRACE : Boolean = false \/\/ if you set this to true probably you should also set searchStrategy to DFS\n\n  implicit def Any2Val(x:Any): Val = Val(x)\n\n  \/\/ this redundant syntax is needed in Scala because Scala doesn't allow lazy varargs\n  implicit def goal2clause (x: Goal                                                       ) : Clause = clause(x                                                          )\n  implicit def tuple2clause(x:(Goal, Goal)                                                ) : Clause = clause(x._1, x._2                                                 )\n  implicit def tuple2clause(x:(Goal, Goal, Goal)                                          ) : Clause = clause(x._1, x._2, x._3                                           )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal)                                    ) : Clause = clause(x._1, x._2, x._3, x._4                                     )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal)                              ) : Clause = clause(x._1, x._2, x._3, x._4, x._5                               )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal, Goal)                        ) : Clause = clause(x._1, x._2, x._3, x._4, x._5, x._6                         )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal, Goal, Goal)                  ) : Clause = clause(x._1, x._2, x._3, x._4, x._5, x._6, x._7                   )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal)            ) : Clause = clause(x._1, x._2, x._3, x._4, x._5, x._6, x._7, x._8             )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal)      ) : Clause = clause(x._1, x._2, x._3, x._4, x._5, x._6, x._7, x._8, x._9       )\n  implicit def tuple2clause(x:(Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal, Goal)) : Clause = clause(x._1, x._2, x._3, x._4, x._5, x._6, x._7, x._8, x._9, x._10)\n\n  def run(f : Term => Goal) : Stream[Term] = run(-1, f)\n  def run(f : (Term, Term) => Goal) : Stream[(Term, Term)] = run(-1, f)\n  def run(f : (Term, Term, Term) => Goal) : Stream[(Term, Term, Term)] = run(-1, f)\n  def run(f : (Term, Term, Term, Term) => Goal) : Stream[(Term, Term, Term, Term)] = run(-1, f)\n\n  def run(k:Int, f : Term => Goal) : Stream[Term] = {\n    val q1 = Var()\n    val res = f(q1)(Substitution.empty)\n    val resCut = if(k > 0)\n      res.take(k)\n    else\n      res.toScalaStream\n    resCut.map(_.reify(q1))\n  }\n\n  def run(k:Int, f : (Term, Term) => Goal) : Stream[(Term, Term)] = {\n    val q1 = Var()\n    val q2 = Var()\n    val res = f(q1, q2)(Substitution.empty)\n    val resCut = if(k > 0)\n      res.take(k)\n    else\n      res.toScalaStream\n    resCut.map{ subs =>\n      val Stream(a1, a2) = subs.reify(list(q1, q2)).asKList.toScalaStream\n      (a1, a2)\n    }\n  }\n\n  def run(k:Int, f : (Term, Term, Term) => Goal) : Stream[(Term, Term, Term)] = {\n    val q1 = Var()\n    val q2 = Var()\n    val q3 = Var()\n    val res = f(q1, q2, q3)(Substitution.empty)\n    val resCut = if(k > 0)\n      res.take(k)\n    else\n      res.toScalaStream\n    resCut.map{ subs =>\n      val Stream(a1, a2, a3) = subs.reify(list(q1, q2, q3)).asKList.toScalaStream\n      (a1, a2, a3)\n    }\n  }\n  def run(k:Int, f : (Term, Term, Term, Term) => Goal) : Stream[(Term, Term, Term, Term)] = {\n    val q1 = Var()\n    val q2 = Var()\n    val q3 = Var()\n    val q4 = Var()\n    val res = f(q1, q2, q3, q4)(Substitution.empty)\n    val resCut = if(k > 0)\n      res.take(k)\n    else\n      res.toScalaStream\n    resCut.map{ subs =>\n      val Stream(a1, a2, a3, a4) = subs.reify(list(q1, q2, q3, q4)).asKList.toScalaStream\n      (a1, a2, a3, a4)\n    }\n  }\n\n  def conde(\n             c1 : => Clause,\n             c2 : => Clause=clause(FAIL),\n             c3 : => Clause=clause(FAIL),\n             c4 : => Clause=clause(FAIL),\n             c5 : => Clause=clause(FAIL),\n             c6 : => Clause=clause(FAIL),\n             c7 : => Clause=clause(FAIL),\n             c8 : => Clause=clause(FAIL),\n             c9 : => Clause=clause(FAIL),\n             c10: => Clause=clause(FAIL),\n             c11: => Clause=clause(FAIL),\n             c12: => Clause=clause(FAIL),\n             c13: => Clause=clause(FAIL),\n             c14: => Clause=clause(FAIL),\n             c15: => Clause=clause(FAIL),\n             c16: => Clause=clause(FAIL),\n             c17: => Clause=clause(FAIL),\n             c18: => Clause=clause(FAIL),\n             c19: => Clause=clause(FAIL),\n             c20: => Clause=clause(FAIL),\n             c21: => Clause=clause(FAIL),\n             c22: => Clause=clause(FAIL),\n             c23: => Clause=clause(FAIL),\n             c24: => Clause=clause(FAIL),\n             c25: => Clause=clause(FAIL),\n           ) : Goal = c1.whole  || c2.whole  || c3.whole  || c4.whole  || c5.whole  || c6.whole  || c7.whole  || c8.whole  || c9.whole  || c10.whole || c11.whole ||\n                      c12.whole || c13.whole || c14.whole || c15.whole || c16.whole || c17.whole || c18.whole || c19.whole || c20.whole || c21.whole || c22.whole ||\n                      c23.whole || c24.whole || c25.whole\n\n  class Clause private[kanren](\n                       cond  : =>Goal,\n                       body1 : =>Goal,\n                       body2 : =>Goal,\n                       body3 : =>Goal,\n                       body4 : =>Goal,\n                       body5 : =>Goal,\n                       body6 : =>Goal,\n                       body7 : =>Goal,\n                       body8 : =>Goal,\n                       body9 : =>Goal,\n                       body10: =>Goal,\n                     ) extends Goal {\n    lazy val first = cond\n    lazy val rest  = body1 && body2 && body3 && body4 && body5 && body6 && body7 && body8 && body9 && body10\n    lazy val whole = first && rest\n\n    override def apply(s: Substitution): SearchStream[Substitution] = whole(s)\n  }\n\n  def clause(\n    cond  : =>Goal,\n    body1 : =>Goal = SUCCESS,\n    body2 : =>Goal = SUCCESS,\n    body3 : =>Goal = SUCCESS,\n    body4 : =>Goal = SUCCESS,\n    body5 : =>Goal = SUCCESS,\n    body6 : =>Goal = SUCCESS,\n    body7 : =>Goal = SUCCESS,\n    body8 : =>Goal = SUCCESS,\n    body9 : =>Goal = SUCCESS,\n    body10: =>Goal = SUCCESS,\n  ) : Clause = new Clause(cond, body1, body2, body3, body4, body5, body6, body7, body8, body9, body10)\n\n\n  \/\/ special ignore var\n  def __ : Var = Var()\n\n  def fresh(f:  Var                                                                                       => Goal) : Goal = f(__                                                            )\n  def fresh(f: (Var, Var)                                                                                 => Goal) : Goal = f(__, __                                                        )\n  def fresh(f: (Var, Var, Var)                                                                            => Goal) : Goal = f(__, __, __                                                    )\n  def fresh(f: (Var, Var, Var, Var)                                                                       => Goal) : Goal = f(__, __, __, __                                                )\n  def fresh(f: (Var, Var, Var, Var, Var)                                                                  => Goal) : Goal = f(__, __, __, __, __                                            )\n  def fresh(f: (Var, Var, Var, Var, Var, Var)                                                             => Goal) : Goal = f(__, __, __, __, __, __                                        )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var)                                                        => Goal) : Goal = f(__, __, __, __, __, __, __                                    )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var)                                                   => Goal) : Goal = f(__, __, __, __, __, __, __, __                                )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var)                                              => Goal) : Goal = f(__, __, __, __, __, __, __, __, __                            )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                                         => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __                        )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                                    => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __                    )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                               => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __                )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                          => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __            )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                     => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __, __        )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)                => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __, __, __    )\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)           => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __)\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var)      => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __)\n  def fresh(f: (Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var, Var) => Goal) : Goal = f(__, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __, __)\n\n  val FAIL    : Goal = _ => SearchStream.empty\n  val SUCCESS : Goal = SearchStream(_)\n  val ALWAYS  : Goal = SUCCESS || ALWAYS\n  val NEVER   : Goal = s => SearchStreamSuspension( NEVER(s) )\n\n}\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/KanrenList.scala","text":"<reponame>stanojevic\/Move-Eager-Left-Corner-MG-Parser\npackage ed.ac.uk.kanren\n\nimport Kanren._\n\nobject KanrenList {\n\n  implicit class ScalaList2KList(xs:List[Term]){\n    def asKList : KList = KList.fromList(xs)\n  }\n\n  def listImproper(xs:Term*) : KList = {\n    assert(xs.size > 1)\n    listImproper(xs.toList)\n  }\n\n  private def listImproper(xs:List[Term]) : KList =\n    if(xs.size == 2)\n      cons(xs(0), xs(1))\n    else\n      cons(xs.head, listImproper(xs.tail))\n\n  def consO(h:Term, t:Term, l:Term) : Goal =\n    KCons(h, t) === l\n\n  def carO(h:Term, l:Term) : Goal =\n    consO(h, __, l)\n\n  def cdrO(t:Term, l:Term) : Goal =\n    consO(__, t, l)\n\n  def nullO(x:Term) : Goal =\n    x === KNil\n\n  def appendO(l:Term, t:Term, out:Term) : Goal =\n    conde(\n      (\n        nullO(l),\n        t === out\n      ),\n      (\n        fresh((a, d, res) => (\n        consO(a, d, l),\n        consO(a, res, out),\n        appendO(d, t, res)\n      )))\n    )\n\n  def memberO(x:Term, l:Term) : Goal =\n    conde(\n      consO(x, __, l),\n      fresh(y => (consO(__, y, l), memberO(x, y)))\n    )\n\n  def listO(l:Term) : Goal = conde(\n    nullO(l),\n    fresh(t => cdrO(t, l) && listO(t) )\n  )\n\n  def selectO(e:Term, l:Term, rest:Term) : Goal =\n    conde(\n      consO(e, rest, l),\n      fresh((h, t, taie) => (\n        consO(h, t, l),\n        consO(h, taie, rest),\n        selectO(e, t, taie)\n      ))\n    )\n\n  def sameLengthO(l:Term, r:Term) : Goal =\n    conde(\n      (nullO(l), nullO(r)),\n      (fresh((lt, rt) => (\n        cdrO(lt, l),\n        cdrO(rt, r),\n        sameLengthO(lt, rt)\n      )))\n    )\n\n  def reversO(l:Term, r:Term) : Goal =\n    conde(\n      (\n        nullO(l),\n        nullO(r)\n      ),\n      (fresh((lh, lt, ltr) => (\n        consO(lh, lt, l),\n        appendO(ltr, KList(lh), r),\n        reversO(lt, ltr)\n      )))\n    )\n\n  def replaceO(toRemove:Term, toInsert:Term, l:Term, r:Term) : Goal = fresh( (head, tailL, tailR) =>\n    conde(\n      (nullO(l), FAIL),\n      (consO(toRemove, tailL, l), consO(toInsert, tailL, r)),\n      (consO(head, tailL, l), consO(head, tailR, r), replaceO(toRemove, toInsert, tailL, tailR))\n    ))\n\n  def assocO(keys:Term, values:Term, set:Term) : Goal = fresh( (k, v, tSet, tValues, tKeys) =>\n    conde(\n      (nullO(keys), nullO(values), nullO(set)),\n      (\n        consO(k, tKeys, keys),\n        consO(v, tValues, values),\n        consO(list(k, v), tSet, set),\n        assocO(tKeys, tValues, tSet)\n      )\n    ))\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/ParseState.scala","text":"package ed.ac.uk.leftcorner\n\nimport ed.ac.uk.kanren.Kanren._\nimport ed.ac.uk.kanren.{KList, Val}\n\nobject ParseState {\n\n  def initState(words:List[String], maxAllowedTransitions : Int, mgLogic: MGlogic, grammar: Grammar) : ParseState = {\n    if(words.exists(w => ! grammar.nonEmpties.exists(x => x._1 == w))){\n      throw new Exception(\"sentence contains a word for which there is no entry in the grammar\")\n    }\n    ParseState(\n      transitionsSoFar = 0,\n      maxAllowedTransitions = maxAllowedTransitions,\n      position = 0,\n      stack = KList(mgLogic.rootSlash),\n      buffer = words,\n      prevState = None,\n      transition = None,\n      mgLogic = mgLogic,\n      grammar = grammar\n    )\n  }\n\n}\n\nsealed case class ParseState(\n                              transitionsSoFar      : Int,\n                              maxAllowedTransitions : Int,\n                              position              : Int,\n                              stack                 : Term,\n                              buffer                : List[String],\n                              prevState             : Option[ParseState],\n                              transition            : Option[String],\n                              mgLogic               : MGlogic,\n                              grammar               : Grammar\n                            ){\n\n  def singleExpansion : Seq[ParseState] =\n    if(isFinal) {\n      List(this)\n    }else if(transitionsSoFar>= maxAllowedTransitions){\n      Nil\n    }else{\n      var options = List[ParseState]()\n\n      options ++= computeOptions(nonEmptyShift = false, mgLogic.transition_predict_O)\n      options ++= computeOptions(nonEmptyShift = false, mgLogic.transition_predictConnect_O)\n\n      if(buffer.nonEmpty){\n        for((word, feats) <- grammar.nonEmpties if word == buffer.head){\n          val newItem = mgLogic.init_MG_item(position, position+1, word, feats)\n          options ++= computeOptions(nonEmptyShift = true, mgLogic.transition_shiftConnect_O(_, newItem, _, _))\n          options ++= computeOptions(nonEmptyShift = true, mgLogic.transition_shift_O       (_, newItem, _, _))\n        }\n      }\n\n      for((word, feats) <- grammar.empties){\n        val newItem = mgLogic.init_MG_item(position, position, word, feats)\n        options ++= computeOptions(nonEmptyShift = false, mgLogic.transition_shiftConnect_O(_, newItem, _, _))\n        options ++= computeOptions(nonEmptyShift = false, mgLogic.transition_shift_O       (_, newItem, _, _))\n      }\n\n      options\n    }\n\n  private def computeOptions(nonEmptyShift:Boolean, goal: (Term, Term, Term) => Goal) : Seq[ParseState] =\n    run( (stackOut, transName) =>\n      goal(stack, stackOut, transName)\n    ).map{ case (newStack, transName) =>\n      this.copy(\n        stack = newStack,\n        transition = Some(flattenName(transName)),\n        prevState = Some(this),\n        position = if(nonEmptyShift) position+1 else position,\n        buffer = if(nonEmptyShift) buffer.tail else buffer,\n        transitionsSoFar = transitionsSoFar+1\n      )\n    }\n\n  private def flattenName(name:Term) : String = name match {\n    case x:KList => x.toScalaStream.map(flattenName).mkString(\"-\")\n    case Val(x) => x.toString\n    case ImproperEndOfList(lastElem) => lastElem.toString\n    case _ => sys.error(\"wtf\")\n  }\n\n  lazy val isFinal : Boolean = stack match {\n    case KList(KList(Val(\"ROOT\"), _*)) => true\n    case _ => false\n  }\n\n  override def toString: String =\n    transition match {\n      case None =>\n        \"init state\\n\"+\n        \"\\tstack[0] : \"+MGlogic.itemToString(stack.asKList.toScalaStream.head)\n      case Some(t) =>\n        s\"transition $t\\n\"+\n        stack.asKList.toScalaStream.zipWithIndex.map{ case (e, i) =>\n          s\"\\tstack[$i] : \"+MGlogic.itemToString(e)\n        }.mkString(\"\\n\")\n    }\n\n  def printTransitionTrace() : Unit =\n    statesInOrder.foreach(println)\n\n  private def statesInOrder : List[ParseState] = prevState match {\n    case Some(prev) => prev.statesInOrder :+ this\n    case None       => this :: Nil\n  }\n\n  def tree : Node = {\n    assert(isFinal)\n    Node.recTransform(stack.asKList(0).asKList(2))\n  }\n\n}\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/SearchStream.scala","text":"<reponame>stanojevic\/Move-Eager-Left-Corner-MG-Parser\npackage ed.ac.uk.kanren\n\n\/**\n  * The reasons for using special streams instead of standard scala streams are:\n  * - Scala streams always evaluate their first argument which can sometimes trigger infinite recursion\n  * - Scala streams ++ would cause DFS while with special streams we can have both DFS and BFS (default)\n  *\/\n\ntrait SearchStrategy\ncase object BFS extends SearchStrategy\ncase object DFS extends SearchStrategy\nobject SearchStrategy{\n  val BFS = ed.ac.uk.kanren.BFS\n  val DFS = ed.ac.uk.kanren.DFS\n}\n\nobject SearchStream{\n\n  def apply[T](subs:T*) : SearchStream[T] =\n    subs.foldRight[SearchStream[T]](SearchStream.empty){ (sub, stream) => SearchStreamCons(sub, stream)}\n\n  def empty[T] : SearchStream[T] = new SearchStreamEmpty[T]\n\n  def fromSeq[T](st: => Seq[T]) : SearchStream[T] = SearchStreamSuspension(\n    st match {\n      case Stream.Empty => empty\n      case h #:: tail => SearchStreamCons(h, fromSeq(tail))\n      case Nil => empty\n      case h :: tail => SearchStreamCons(h, fromSeq(tail))\n      case _ => throw new Exception(\"unsupported type of sequence\")\n    }\n  )\n\n}\n\nsealed trait SearchStream[T] {\n\n  def partiallyForceEval : SearchStream[T] = this match {\n    case stream : SearchStreamSuspension[T] => stream.content.partiallyForceEval\n    case _ => this\n  }\n\n  def toScalaStream : Stream[T] = this match {\n    case _ :SearchStreamEmpty[T]       => Stream.empty[T]\n    case st:SearchStreamCons[T]        => st.head #:: st.tail.toScalaStream\n    case st:SearchStreamSuspension[T]  => st.content.toScalaStream\n  }\n\n  override def toString: String = \"StreamKanren(\"+toStringRec(this)+\")\"\n  private def toStringRec : SearchStream[T] => String = {\n    case _ :SearchStreamEmpty[T]      => \"\"\n    case _ :SearchStreamSuspension[T] => \"--Suspension--\"\n    case st:SearchStreamCons[T]       => st.head.toString + \"\\t;\\t\" + toStringRec(st.tail)\n  }\n\n  def ++ (y: => SearchStream[T])(implicit searchStrategy: SearchStrategy) : SearchStream[T] = this match {\n    case _:SearchStreamEmpty[T] =>\n      \/\/ y\n      SearchStreamSuspension(y)\n    case st:SearchStreamCons[T] =>\n      SearchStreamCons(st.head, SearchStreamSuspension( st.tail ++ y ))\n    case st:SearchStreamSuspension[T] =>\n      SearchStreamSuspension(\n        searchStrategy match{\n          case BFS =>\n            y ++ st.content \/\/ breadth first\n          case DFS =>\n            st.content ++ y \/\/ depth first\n        }\n      )\n    case _ =>\n      throw new RuntimeException\n  }\n\n  def flatMapSeq(goal: T => Seq[T])(implicit searchStrategy: SearchStrategy) : SearchStream[T] = flatMap( { s:T => SearchStream.fromSeq(goal(s))} )\n\n  def flatMap(goal: T => SearchStream[T])(implicit searchStrategy: SearchStrategy) : SearchStream[T] = this match {\n    case e:SearchStreamEmpty[T] =>\n      e\n    case st:SearchStreamCons[T] =>\n      goal(st.head) ++ st.tail.flatMap(goal)\n    case st:SearchStreamSuspension[T] =>\n      SearchStreamSuspension( st.content.flatMap(goal) )\n  }\n\n  def take(k:Int) : Stream[T] = (k, this) match {\n    case (0, _                              ) => Stream.empty\n    case (_, _:SearchStreamEmpty[T]         ) => Stream.empty\n    case (_, st:SearchStreamCons[T]         ) => st.head #:: st.tail.take(k-1)\n    case (_, st:SearchStreamSuspension[T]   ) => st.content.take(k)\n    case _                                    => throw new RuntimeException\n  }\n\n}\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/       Empty        \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\nprivate[kanren] class SearchStreamEmpty[T]() extends SearchStream[T]\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/       Cons        \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\nprivate[kanren] class SearchStreamCons[T] private(l: => T, r: => SearchStream[T]) extends SearchStream[T]{\n  lazy val head = l\n  lazy val tail = r\n}\n\nprivate[kanren] object SearchStreamCons{\n  def apply[T](l: => T, r: => SearchStream[T]) : SearchStream[T] = new SearchStreamCons(l, r)\n}\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/       Suspension        \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\nprivate[kanren] class SearchStreamSuspension[T] private(lambda: => SearchStream[T]) extends SearchStream[T] {\n  lazy val content:SearchStream[T] = lambda\n}\n\nprivate[kanren] object SearchStreamSuspension{\n  def apply[T](lambda: => SearchStream[T]) : SearchStreamSuspension[T] = new SearchStreamSuspension[T](lambda)\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Interactive.scala","text":"<filename>src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Interactive.scala\npackage ed.ac.uk.leftcorner\n\nobject Interactive {\n\n  private var mgLogic : MGlogic = _\n  private var grammar : Grammar = _\n  var state : ParseState = _\n\n  def loadGrammar(fn:String) : Unit = {\n    grammar = Grammar.loadFromFile(fn)\n    println(\"grammar loaded\")\n    useEagerMove\n  }\n\n  def useEagerMove : Unit = {\n    if(grammar == null) System.err.println(\"load grammar first\") else mgLogic = grammar.mgLogicEager\n    println(\"using eager move\")\n  }\n\n  def useStandardMove : Unit = {\n    if(grammar == null) System.err.println(\"load grammar first\") else mgLogic = grammar.mgLogicStandard\n    println(\"using standard move\")\n  }\n\n  def resetParseState(words:List[String]) : Unit = {\n    state = ParseState.initState(words = words, maxAllowedTransitions = 100000, grammar=grammar, mgLogic=mgLogic)\n    println(\"parser state resetted\")\n  }\n\n  def options : Unit = state.singleExpansion.zipWithIndex.foreach{case (a, i) => println(s\"option $i : \\n\\t$a\")}\n\n  def takeAction(i:Int) : Unit = {\n    state = state.singleExpansion(i)\n    println(state)\n    if(state.isFinal){\n      println(\"Parsing finished successfully!\")\n      println(state.tree)\n      println(\"you can visualize result with state.tree.visualize()\")\n    }\n  }\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/MGlogic.scala","text":"<filename>src\/main\/scala\/ed\/ac\/uk\/leftcorner\/MGlogic.scala<gh_stars>1-10\npackage ed.ac.uk.leftcorner\n\nimport ed.ac.uk.kanren.Kanren._\nimport ed.ac.uk.kanren.KanrenList._\nimport ed.ac.uk.kanren.KanrenImpure.project\nimport ed.ac.uk.kanren.Substitution\n\n\/**\n  * This class contains all the logical relations for MG LC parsing\n  * as a prerequisite the only thing needed is to prespecify all the licensor\n  * features (wh, case etc.) so that it could control for SMC even when\n  * movers are unknown\n  *\/\nobject MGlogic{\n\n  case object NO_MOVER\n  case object Selector\n  case object Selectee\n  case object Licensor\n  case object Licensee\n\n  def itemToString(item:Term) : String = item match {\n    case KList(Val(\"ROOT\"), end, _*) => s\"(0, $end) ROOT\"\n    case KList(Val(\"slashed\"), antecedent, Val(\"=>\"), consequent) => itemToString(antecedent) + \"\\t=>\\t\" + itemToString(consequent)\n    case KList(start, end, typee, feats, movers, _, _) => s\"{($start, $end)    $typee    \"+featsToString(feats)+\", \"+moversToString(movers)+\"}\"\n  }\n\n  private def featsToString(feats:Term) : String = feats match {\n    case fs:KList =>\n      fs.toScalaStream.flatMap{\n        case KList(Val(Selectee), f) =>\n          s\"$f\" :: Nil\n        case KList(Val(Selector), f) =>\n          s\"=$f\" :: Nil\n        case KList(Val(Licensee), f) =>\n          s\"-$f\" :: Nil\n        case KList(Val(Licensor), f) =>\n          s\"+$f\" :: Nil\n        case ImproperEndOfList(lastElem) =>\n          \".\" :: lastElem :: Nil\n        case x                       =>\n          x.toString :: Nil\n      }.mkString(\" \")\n    case _ =>\n      feats.toString\n  }\n\n  private def moversToString(movers:Term) : String = movers.asInstanceOf[KList].toScalaStream.map{\n    case KList(Val(f), Val(NO_MOVER))            => s\"[$f: NO_MOVER]\"\n    case KList(Val(f), ImproperEndOfList(v:Var)) => s\"[$f: $v...]\"\n    case KList(Val(f), start, end, feats)        => s\"[$f: ($start, $end)\"+featsToString(feats)+\"]\"\n  }.mkString(\", \")\n\n}\n\nclass MGlogic(licensors:List[String], eagerMove:Boolean) {\n\n  import MGlogic._\n\n  private val selectorRx = \"=([^=+-]+)\".r\n  private val selecteeRx = \"([^=+-]+)\".r\n  private val licensorRx = \"\\\\+([^=+-]+)\".r\n  private val licenseeRx = \"-([^=+-]+)\".r\n\n  private def moversListEmpty : KList = KList.fromList(licensors.map(list(_, NO_MOVER)))\n\n  def rootSlash : Term = {\n    val tree = Var()\n    val end = Var()\n    Substitution.empty.reify(\n      list(\"slashed\",\n        list(0, end, __, list(list(Selectee, \"c\")), moversListEmpty, tree, list()),\n        \"=>\",\n        KList(\"ROOT\", end, tree)\n      )\n    )\n  }\n\n  private def transformFeaturesF(features:List[String]) : List[Term] =\n    features.map(feat)\n\n  private def feat : String => Term = {\n    case selectorRx(f) => list(Selector, f)\n    case selecteeRx(f) => list(Selectee, f)\n    case licensorRx(f) => list(Licensor, f)\n    case licenseeRx(f) => list(Licensee, f)\n  }\n\n  private def constructTreeForUnification(start:Term, end:Term, word:String, features:List[String]) : (Term, Term) = {\n    val bottomNode = list(start, end, word, features.mkString(\" \"))\n    val argFeats:List[String] = features.takeWhile(x => x.startsWith(\"+\") || x.startsWith(\"=\"))\n    val (vars, tree) = argFeats.zipWithIndex.foldLeft[(List[(Var, Var)], Term)]((List[(Var, Var)](), bottomNode)){ (res, featIndexed) =>\n      val (feat, i) = featIndexed\n      if(feat.startsWith(\"=\")){\n        val subTree = Var()\n        val mergeType = Var()\n        val vars = res._1 :+ (subTree, mergeType)\n        val tree = if(i==0) list(mergeType, res._2, subTree) else list(mergeType, subTree, res._2)\n        (vars, tree)\n      }else{\n        val subTree = __\n        val moveType = Var()\n        val vars = res._1 :+ (subTree, moveType)\n        val tree = list(moveType, res._2)\n        (vars, tree)\n      }\n    }\n    (KList.fromListRecursive(vars), tree)\n  }\n\n  def init_MG_item_empty(features:List[String]) : Term = {\n    val position = Var()\n    val (vars, tree) = constructTreeForUnification(position, position, \"\", features)\n    list(\n      position,\n      position,\n      \"::\",\n      list.fromList(transformFeaturesF(features)),\n      list.fromList(licensors.map(list(_, NO_MOVER))),\n      tree,\n      vars\n    )\n  }\n\n  def init_MG_item(start:Int, end:Int, word:String, features:List[String]) : Term = {\n    val (vars, tree) = constructTreeForUnification(start, end, word, features)\n    list(\n      start,\n      end,\n      \"::\",\n      list.fromList(transformFeaturesF(features)),\n      list.fromList(licensors.map(list(_, NO_MOVER))),\n      tree,\n      vars\n    )\n  }\n\n  private def moversListO(movers:Term) : Goal = KList.fromList(licensors.map(cons(_, __))) === movers\n\n  def mgItemO(item:Term) : Goal =\n    mgItemO(item, __, __, __, __, __, __, __)\n\n  def mgItemO(item:Term, start:Term, end:Term, typee:Term, features:Term, movers:Term, tree:Term, argVars:Term) : Goal =\n    item === list(start, end, typee, features, movers, tree, argVars) && moversListO(movers)\n\n  \/\/ A => B\n  def slashItemO(antecedent:Term, consequent:Term, slashed:Term) : Goal = (\n    mgItemO(antecedent),\n    \/\/ mgItemO(consequent),\n    slashed === list(\"slashed\", antecedent, \"=>\", consequent)\n  )\n\n  def composeTernaryDirectedO(slashed1:Term, slashed2:Term, slashed3:Term, result:Term) : Goal = fresh((a, b, c, d) => (\n    slashItemO(a, b, slashed1),\n    slashItemO(b, c, slashed2),\n    slashItemO(c, d, slashed3),\n    slashItemO(a, d, result)\n  ))\n\n  def composeBinaryDirectedO(slashed1:Term, slashed2:Term, result:Term) : Goal = fresh((a, b, c) => (\n    slashItemO(a, b, slashed1),\n    slashItemO(b, c, slashed2),\n    slashItemO(a, c, result)\n  ))\n\n  private def c0_O(stackIn:Term, stackOut:Term) : Goal = fresh( (focus, focusNew, rest0, rest1, candidate) => (\n    consO(focus, rest0, stackIn),\n\/\/    mgItemO(focus),\n    selectO(candidate, rest0, rest1),\n    \/\/    slashItemO(__, __, candidate),\n\/\/    applyBinaryUndirected(candidate, focus, focusNew, __),\n    slashItemO(focus, focusNew, candidate),\n    consO(focusNew, rest1, stackOut)\n  ))\n\n  private def c1_O(stackIn:Term, stackOut:Term) : Goal = fresh( (focus, focusNew, rest0, rest1, candidate) => (\n    consO(focus, rest0, stackIn),\n\/\/    slashItemO(__, __, focus),\n    selectO(candidate, rest0, rest1),\n\/\/    slashItemO(__, __, candidate),\n    composeBinaryDirectedO(candidate, focus, focusNew),\n    consO(focusNew, rest1, stackOut)\n  ))\n\n  private def c2_O(stackIn:Term, stackOut:Term) : Goal = fresh( (focus, focusNew, rest0, rest1, candidate) => (\n    consO(focus, rest0, stackIn),\n\/\/    slashItemO(__, __, focus),\n    selectO(candidate, rest0, rest1),\n    \/\/    slashItemO(__, __, candidate),\n    composeBinaryDirectedO(focus, candidate, focusNew),\n    consO(focusNew, rest1, stackOut)\n  ))\n\n  def c3_O(stackIn:Term, stackOut:Term) : Goal = fresh( (focus, focusNew, rest0, rest1, rest2, candidateA, candidateB) => (\n    consO(focus, rest0, stackIn),\n    selectO(candidateA, rest0, rest1),\n    selectO(candidateB, rest1, rest2),\n    composeTernaryDirectedO(candidateA, focus, candidateB, focusNew),\n    consO(focusNew, rest2, stackOut)\n  ))\n\n  private def connectO(stackIn:Term, stackOut:Term, connectName:Term) : Goal = conde(\n    (c0_O(stackIn, stackOut), connectName === \"c0\"),\n    (c1_O(stackIn, stackOut), connectName === \"c1\"),\n    (c2_O(stackIn, stackOut), connectName === \"c2\"),\n    (c3_O(stackIn, stackOut), connectName === \"c3\"),\n  )\n\n  def transition_predictConnect_O(stackIn:Term, stackOut:Term, transName:Term) : Goal = fresh( (predName, stackIn2, connectName) => (\n    transition_predict_O(stackIn, stackIn2, predName),\n    connectO(stackIn2, stackOut, connectName),\n    consO(predName, connectName, transName)\n  ))\n\n  def transition_predict_O(stackIn:Term, stackOut:Term, transName:Term) : Goal = fresh( (focus, focusNew, rest0) => (\n    consO(focus, rest0, stackIn),\n    lcPredictO(focus, focusNew, transName),\n    consO(focusNew, rest0, stackOut)\n  ))\n\n  def transition_shiftConnect_O(stackIn:Term, newEntry:Term, stackOut:Term, transName:Term) : Goal = fresh( (predName, stackIn2, connectName) => (\n    transition_shift_O(stackIn, newEntry, stackIn2, predName),\n    connectO(stackIn2, stackOut, connectName),\n    consO(predName, connectName, transName)\n  ))\n\n  def transition_shift_O(stackIn:Term, newEntry:Term, stackOut:Term, transName:Term) : Goal =\n    consO(newEntry, stackIn, stackOut) && transName === \"shift\"\n\n  def lcPredictO(itemIn:Term, itemOut:Term, predictName:Term) : Goal = fresh((mgOpName, moveOpNames, sisterItem, parentItem1, parentItem2) =>\n    if(eagerMove){\n      (\n        mgItemO(itemIn),\n        mergeO(itemIn, sisterItem, parentItem1, mgOpName),\n        moveTransitiveO(parentItem1, parentItem2, moveOpNames, 1),\n        slashItemO(sisterItem, parentItem2, itemOut),\n        predictName === list(\"lcMerge\", mgOpName, moveOpNames))\n    }else{\n      conde(\n        (\n          mgItemO(itemIn),\n          mergeO(itemIn, sisterItem, parentItem1, mgOpName),\n          slashItemO(sisterItem, parentItem1, itemOut),\n          predictName === list(\"lcMerge\", mgOpName)),\n        (\n          mgItemO(itemIn),\n          moveO(itemIn, itemOut, mgOpName),\n          predictName === list(\"lcMove\", mgOpName)))\n    }\n  )\n\n  private def combineMoversO(movers1:Term, movers2:Term, moversR:Term) : Goal = conde(\n    (nullO(movers1), nullO(movers2), nullO(moversR)),\n    (fresh((h1, t1, h2, t2, hR, tR) => (\n      consO(h1, t1, movers1),\n      consO(h2, t2, movers2),\n      consO(hR, tR, moversR),\n      project(h1, h2){  \/\/ this is a check for SMC with some extra-logical black magic to prevent multiple successful unifications when both are NO_MOVER\n        case (list(_, Val(NO_MOVER)), list(_, Val(NO_MOVER))) => hR === h1\n        case (cons(_, _            ), list(_, Val(NO_MOVER))) => hR === h1\n        case (list(_, Val(NO_MOVER)), cons(_, _            )) => hR === h2\n        case (list(_, m1:Var       ), cons(_, m2:Var       )) => (m1 === NO_MOVER && m2 === hR) || (m1 === hR && m2 === NO_MOVER)\n        case (cons(_, _            ), cons(_, _            )) => FAIL\n      },\n\/\/      conde(\n\/\/        (h1 === cons(__, cons(__, cons(__, __))), h2 === cons(__, cons(__, cons(__, __))), FAIL),  \/\/ Implicit check for SMC 1\n\/\/        (h1 === list(__, NO_MOVER), h2 === hR), \/\/ Implicit check for SMC 1\n\/\/        (h2 === list(__, NO_MOVER), h1 === hR)  \/\/ Implicit check for SMC 2\n\/\/      ),\n\/\/      conda(\n\/\/        cond(h1 === list(__, NO_MOVER), h2 === hR), \/\/ Implicit check for SMC 1\n\/\/        cond(h2 === list(__, NO_MOVER), h1 === hR)  \/\/ Implicit check for SMC 2\n\/\/      ),\n      combineMoversO(t1, t2, tR)\n    )))\n  )\n\n  private def addMover(features:Term, start:Term, end:Term, moversIn:Term, moversOut:Term) : Goal = fresh( f => (\n    carO(list(Licensee, f), features),\n    replaceO(list(f, NO_MOVER), list(f, start, end, features), moversIn, moversOut) \/\/ Implicit check for SMC 3\n  ))\n\n  private def mainFeatureO(f:Term, item:Term) : Goal =\n    mgItemO(item, __, __, __, cons(f, __), __, __, __)\n\n  private def findHeadAndArgO(item1:Term, item2:Term, itemHead:Term, itemArg:Term) : Goal = conde(\n    (\n      mainFeatureO(list(Selector, __), item1),\n      mainFeatureO(list(Selectee, __), item2),\n      itemHead === item1,\n      itemArg  === item2,\n    ),\n    (\n      mainFeatureO(list(Selectee, __), item1),\n      mainFeatureO(list(Selector, __), item2),\n      itemArg  === item1,\n      itemHead === item2,\n    )\n  )\n\n  def moveTransitiveO(itemIn:Term, itemOut:Term, opName:Term, eagerDepth:Int) : Goal = fresh( (itemInMoved, moveType, otherMoveTypes) =>\n    conde(\n      (\n        mainFeatureO(list(Selectee, __), itemIn),\n        itemOut === itemIn,\n        opName  === list()\n      ),\n      (\n        mainFeatureO(list(Selector, __), itemIn),\n        itemOut === itemIn,\n        opName  === list()\n      ),\n      if(eagerDepth>0)\n        (\n          mainFeatureO(list(Licensor, __), itemIn),\n          moveO(itemIn, itemInMoved, moveType),\n          moveTransitiveO(itemInMoved, itemOut, otherMoveTypes, eagerDepth-1),\n          consO(moveType, otherMoveTypes, opName)\n        )\n      else\n        FAIL\n    )\n  )\n\n  def moveO(itemIn:Term, itemOut:Term, moveType:Term) : Goal = fresh( (treeIn, argVarsIn, argVarsInTail, startMainIn, startMainOut, endMain, f, fRest, moversIn, moversOut, moverStart, moverEnd, moverFeatsExtra) => (\n    mgItemO(itemIn, startMainIn, endMain, \":\", cons(list(Licensor, f), fRest), moversIn, treeIn, argVarsIn),\n    memberO(list(f, moverStart, moverEnd, cons(list(Licensee, f), moverFeatsExtra)), moversIn),\n    conde(\n      ( \/\/ move 1\n        moveType === \"move1\",\n        nullO(moverFeatsExtra),\n        startMainIn === moverEnd,\n        startMainOut === moverStart,\n        replaceO(cons(f, __), list(f, NO_MOVER), moversIn, moversOut)\n      ),\n      ( \/\/ move 2\n        moveType === \"move2\",\n        carO(__, moverFeatsExtra),\n        startMainOut === startMainIn,\n        replaceO(cons(f, __), list(f, moverStart, moverEnd, moverFeatsExtra), moversIn, moversOut)\n      )\n    ),\n    argVarsIn === listImproper(list(__, moveType), argVarsInTail),\n    mgItemO(itemOut, startMainOut, endMain, \":\", fRest, moversOut, treeIn, argVarsInTail),\n  ))\n\n  def mergeO(item1:Term, item2:Term, result:Term, mergeType:Term) : Goal = fresh( (headItem, argItem) => (\n    findHeadAndArgO(item1, item2, headItem, argItem),\n    mergeOrderedO(headItem, argItem, result, mergeType)\n  ))\n\n  private def mergeOrderedO(headItem:Term, argItem:Term, resultItem:Term, mergeType:Term) : Goal = fresh((hTree, hArgVars, hArgVarsTail, aTree, hStart, hEnd, hType, aStart, aEnd, rStart, rEnd, f, hFRest, aFRest, hMovers, aMovers, rMovers1, rMovers2) => (\n    mgItemO(headItem, hStart, hEnd, hType, cons(list(Selector, f), hFRest), hMovers, hTree, hArgVars),\n    mgItemO(argItem , aStart, aEnd, __, cons(list(Selectee, f), aFRest), aMovers, aTree, list()),\n    combineMoversO(hMovers, aMovers, rMovers1),\n    conde(\n      ( \/\/ merge 1\n        mergeType === \"merge1\",\n        hType === \"::\",\n        nullO(aFRest),\n        rMovers2 === rMovers1,\n        rStart   === hStart,\n        hEnd     === aStart,\n        rEnd     === aEnd\n      ),\n      ( \/\/ merge 2\n        mergeType === \"merge2\",\n        hType === \":\",\n        nullO(aFRest),\n        rMovers2 === rMovers1,\n        rStart   === aStart,\n        rEnd     === hEnd,\n        aEnd     === hStart\n      ),\n      ( \/\/ merge 3\n        mergeType === \"merge3\",\n        rStart === hStart,\n        rEnd === hEnd,\n        addMover(aFRest, aStart, aEnd, rMovers1, rMovers2)\n      )\n    ),\n    hArgVars === listImproper(list(aTree, mergeType), hArgVarsTail),\n    mgItemO(\n      resultItem,\n      rStart,\n      rEnd,\n      \":\",\n      hFRest,\n      rMovers2,\n      hTree,\n      hArgVarsTail\n    )\n  ))\n\n}\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/KanrenNumbers.scala","text":"<filename>src\/main\/scala\/ed\/ac\/uk\/kanren\/KanrenNumbers.scala\npackage ed.ac.uk.kanren\n\nimport Kanren._\nimport KanrenList._\n\nobject KanrenNumbers {\n\n  def buildNum(n:Int) : KList = {\n    assert(n>=0)\n    if(n % 2 == 1)\n      cons(1, buildNum((n-1)\/2))\n    else if(n != 0 && n%2 == 0)\n      cons(0, buildNum(n\/2))\n    else \/\/ if(n == 0)\n      KList()\n  }\n\n  def unbuildNum(t:Term, degree:Int=0) : Int = t match {\n    case KNil => 0\n    case KCons(Val(1), KNil) => math.pow(2, degree).toInt\n    case KCons(Val(x:Int), t) => x*math.pow(2, degree).toInt + unbuildNum(t, degree+1)\n    case _ => throw new Exception(\"fail to unbuild the number\")\n  }\n\n  def positivO(n : Term) : Goal =\n    listImproper(__, __) === n\n\n  def gtOneO(n : Term) : Goal =\n    listImproper(__, __, __) === n\n\n  def addO(x:Term, y:Term, r:Term) : Goal = adderO(0, x, y, r)\n\n  def minusO(x:Term, y:Term, r:Term) : Goal = addO(y, r, x)\n\n  def multO(n:Term, m:Term, p:Term) : Goal = conde(\n    (nullO(n), nullO(p)),\n    (positivO(n), nullO(m), nullO(p)),\n    (n===list(1), positivO(m), m===p),\n    (gtOneO(n), m===list(1), n===p),\n    fresh( (x, z) => (\n      consO(0, x, n), positivO(x), consO(0, z, p), positivO(z), gtOneO(m), multO(x, m, z)\n    )),\n    fresh( (x, y) => (\n      consO(1, x, n), positivO(x), consO(0, y, m), positivO(y), multO(m, n, p)\n    )),\n    fresh( (x, y) => (\n      consO(1, x, n), positivO(x), consO(1, y, m), positivO(y), oddMultO(x, n, m, p)\n    ))\n  )\n\n  def ltO(n:Term, m:Term) : Goal = conde(\n    ltLenO(n, m),\n    (\n      eqLenO(n, m),\n      fresh( x =>\n        positivO(x) && addO(n, x, m)\n      )\n    )\n  )\n\n  def ltOrEqO(n:Term, m:Term) : Goal = conde(\n    n === m,\n    ltO(n, m)\n  )\n\n  private def oddMultO(x:Term, n:Term, m:Term, p:Term) : Goal = fresh( q => (\n    boundStarO(q, p, n, m),\n    multO(x, m, q),\n    addO(listImproper(0, q), m, p)\n  ))\n\n  private def boundStarO(q:Term, p:Term, n:Term, m:Term) : Goal = conde(\n    (nullO(q), positivO(p)),\n    fresh( (a0, a1, a2, a3, x, y, z) => (\n      consO(a0, x, q),\n      consO(a1, y, p),\n      conde(\n        (nullO(n), consO(a2, z, m), boundStarO(x, y, z, list())),\n        (consO(a3, z, n), boundStarO(x, y, z, m))\n      )\n    )))\n\n  def lengthO(l:Term, n:Term) : Goal = conde(\n    (nullO(l), nullO(n)),\n    fresh((d, res) => (\n      cdrO(l, d),\n      addO(list(1), res, n),\n      lengthO(d, res)\n    ))\n  )\n\n\/\/  def divO(n:Term, m:Term, quotent:Term, remein:Term) : Goal = conde(\n\/\/    (nullO(quotent), n===remein, ltO(n, m)),\n\/\/    (quotent===list(1), nullO(remein), n===m, ltO(remein, m)),\n\/\/    (ltO(m, n), ltO(remein, m), fresh(mq => (\n\/\/      ltOrEqO(mq, n),\n\/\/      multO(m, quotent, mq),\n\/\/      addO(mq, remein, n)\n\/\/    )))\n\/\/  )\n\n\/\/  def divO(n:Term, m:Term, quotent:Term, remein:Term) : Goal = fresh( mq => (\n\/\/    ltO(remein, m),\n\/\/    ltOrEqO(mq, n),\n\/\/    multO(m, quotent, mq),\n\/\/    addO(mq, remein, n)\n\/\/  ))\n\n  \/**\n    * THIS DOESN'T WORK\n    *\/\n\/\/  @deprecated\n\/\/  def divO(n:Term, m:Term, quotent:Term, remein:Term) : Goal = conde(\n\/\/    (nullO(quotent), remein===n, ltO(n, m)),\n\/\/    (\n\/\/      quotent === list(1),\n\/\/      eqLenO(m, n),\n\/\/      addO(remein, m, n),\n\/\/      ltO(remein, m)\n\/\/    ),\n\/\/    (\n\/\/      positivO(quotent),\n\/\/      ltO(m, n),\n\/\/      ltO(remein, m),\n\/\/      nWiderThanMO(n, m, quotent, remein)\n\/\/    )\n\/\/  )\n\n\/\/  private def nWiderThanMO(n:Term, m:Term, q:Term, r:Term) : Goal = fresh( (nHigh, nLow, qHigh, qLow, mqLow, mrqLow, rr, rHigh) => (\n\/\/    splitO(n, r, nLow, nHigh),\n\/\/    splitO(q, r, qLow, qHigh),\n\/\/    conde(\n\/\/      (\n\/\/        nullO(nHigh),\n\/\/        nullO(qHigh),\n\/\/        minusO(nLow, r, mqLow),\n\/\/        multO(m, qLow, mqLow)\n\/\/      ),\n\/\/      (\n\/\/        positivO(nHigh),\n\/\/        multO(m, qLow, mqLow),\n\/\/        addO(r, mqLow, mrqLow),\n\/\/        minusO(mrqLow, nLow, rr),\n\/\/        splitO(rr, r, list(), rHigh),\n\/\/        divO(nHigh, m, qHigh, rHigh)\n\/\/      )\n\/\/    )\n\/\/  ))\n\n\/\/  private def splitO(n:Term, r:Term, l:Term, h:Term) : Goal = conde(\n\/\/    (nullO(n), nullO(h), nullO(l)),\n\/\/    fresh( (b, np) => (\n\/\/      listImproper(0, b, np) === n,\n\/\/      nullO(r),\n\/\/      listImproper(b, np) === h,\n\/\/      nullO(l)\n\/\/    )),\n\/\/    fresh( np => (\n\/\/      listImproper(1, np) === n,\n\/\/      nullO(r),\n\/\/      np === h,\n\/\/      l === list(1)\n\/\/    )),\n\/\/    fresh( (b, np, a, rp) => (\n\/\/      listImproper(0, b, np) === n,\n\/\/      listImproper(a, rp) === r,\n\/\/      nullO(l),\n\/\/      splitO(listImproper(b, np), rp, list(), h)\n\/\/    )),\n\/\/    fresh( (np, a, rp) => (\n\/\/      listImproper(1, np) === n,\n\/\/      listImproper(a, rp) === r,\n\/\/      l === list(1),\n\/\/      splitO(np, rp, list(), h)\n\/\/    )),\n\/\/    fresh( (b, np, a, rp, lp) => (\n\/\/      listImproper(b, np) === n,\n\/\/      listImproper(a, rp) === r,\n\/\/      listImproper(b, lp) === l,\n\/\/      positivO(lp),\n\/\/      splitO(np, rp, lp, h)\n\/\/    ))\n\/\/  )\n\n  def numO(n:Term) : Goal = conde(\n    nullO(n),\n    n===list(1),\n    (\n      gtOneO(n),\n      fresh( t => conde(\n        (consO(0, t, n), numO(t)),\n        (consO(1, t, n), numO(t)),\n      ))\n    )\n  )\n\n  private def fullAdderO(b:Term, x:Term, y:Term, r:Term, c:Term) : Goal = conde(\n    (b===0, x===0, y===0, r===0, c===0),\n    (b===1, x===0, y===0, r===1, c===0),\n    (b===0, x===1, y===0, r===1, c===0),\n    (b===1, x===1, y===0, r===0, c===1),\n    (b===0, x===0, y===1, r===1, c===0),\n    (b===1, x===0, y===1, r===0, c===1),\n    (b===0, x===1, y===1, r===0, c===1),\n    (b===1, x===1, y===1, r===1, c===1)\n  )\n\n  private def genAdderO(b:Term, n:Term, m:Term, r:Term) : Goal = fresh( (a, c, d, e, x, y, z) => (\n    cons(a, x) === n,\n    cons(d, y) === m,\n    positivO(y),\n    cons(c, z) === r,\n    positivO(z),\n    fullAdderO(b, a, d, c, e),\n    adderO(e, x, y, z)\n  ))\n\n  private def adderO(b:Term, n:Term, m:Term, r:Term) : Goal = conde(\n    (b === 0, nullO(m), n===r),\n    (b === 0, nullO(n), m===r, positivO(m)),\n    (b === 1, nullO(m), adderO(0, n, list(1), r)),\n    (b === 1, nullO(n), positivO(m), adderO(0, list(1), m, r)),\n    (n === list(1), m === list(1), fresh( (a, c) => list(a,c) === r && fullAdderO(b, 1, 1, a, c))),\n    (n === list(1), genAdderO(b, n, m, r)),\n    (m === list(1), gtOneO(n), gtOneO(r), adderO(b, list(1), n, r)),\n    (gtOneO(n), genAdderO(b, n, m, r))\n  )\n\n  private def eqLenO(n:Term, m:Term) : Goal = conde(\n    (nullO(n), nullO(m)),\n    (n===list(1), m===list(1)),\n    fresh( (x, y) => (\n      cdrO(x, n), positivO(x),\n      cdrO(y, m), positivO(y),\n      eqLenO(x, y)\n    ))\n  )\n\n  private def ltLenO(n:Term, m:Term) : Goal = conde(\n    (nullO(n), positivO(m)),\n    (n===list(1), gtOneO(m)),\n    fresh( (x, y) => (\n      cdrO(x, n), positivO(x),\n      cdrO(y, m), positivO(y),\n      ltLenO(x, y)\n    ))\n  )\n\n}\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/Goal.scala","text":"<gh_stars>1-10\npackage ed.ac.uk.kanren\n\ntrait Goal{\n\n  def apply(s: Substitution): SearchStream[Substitution]\n\n  private val left = this \/\/ just because it's easier to refer to \"this\" as \"left\"\n\n  \/\/ \/\/ aliases for || and &&\n  \/\/ def |  (right: => Goal) : Goal = this || right\n  \/\/ def &  (right: => Goal) : Goal = this && right\n  \/\/ def or (right: => Goal) : Goal = this || right\n  \/\/ def and(right: => Goal) : Goal = this && right\n\n  def ||(right: => Goal) : Goal = {\n    implicit val strategy = Kanren.searchStrategy\n    s => left(s) ++ right(s)\n  }\n\n  def &&(right: => Goal) : Goal = {\n    implicit val strategy = Kanren.searchStrategy\n    s => SearchStream(s).flatMap(left(_)).flatMap(right(_))\n  }\n\n}\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/kanren\/Term.scala","text":"package ed.ac.uk.kanren\n\nsealed trait Term{\n\n  def asStr   : String     = this.asInstanceOf[Val].content.asInstanceOf[String]\n  def asInt   : Int        = this.asInstanceOf[Val].content.asInstanceOf[Int]\n  def asSymb  : Symbol     = this.asInstanceOf[Val].content.asInstanceOf[Symbol]\n  def asKList : KList      = this.asInstanceOf[KList]\n  def asList  : List[Term] = this.asInstanceOf[KList].toScalaStream.toList\n\n  private val x = this\n\n  private[kanren] def occurs(y:Var) : Boolean = x match {\n    case _:Var                => y==x\n    case KCons(l, r)          => l.occurs(y) || r.occurs(y)\n    case ImproperEndOfList(_) => throw new Exception(\"there should be no object of this type here\")\n    case _                    => false\n  }\n\n  private def unify(y:Term)(s:Substitution) : Option[Substitution] = (s.walk(x), s.walk(y)) match {\n    case (x            , y            ) if x == y => Some(s)\n    case (x:Var        , y            )           => s.extend(Association(x, y))\n    case (x            , y:Var        )           => s.extend(Association(y, x))\n    case (KCons(xl, xr), KCons(yl, yr))           => Some(s).flatMap(xl unify yl).flatMap(xr unify yr)\n    case _                                        => None\n  }\n\n  def ===(y:Term) : Goal = (s: Substitution) => (x unify y) (s) match {\n    case None => SearchStream.empty\n    case Some(sub) => SearchStream(sub)\n  }\n\n  def toReifiedVarsNormalForm : Term = this match {\n    case KCons(h, t) => KCons(h.toReifiedVarsNormalForm, t.toReifiedVarsNormalForm)\n    case v:Var => new Var(v.name.toString.tail.toLong, v.name)\n    case x => x\n  }\n\n}\n\nobject Var{\n\n  private var counter = 0l\n  private def nextId:Long = {\n    counter += 1\n    counter\n  }\n\n  def newReified(n:Int) : Var =\n    newVar(Symbol(\"_\"+n))\n\n  private def newVarUnnamed() : Var =\n    newVar(Symbol(\"__V\"+nextId))\n\n  private def newVar(name:Symbol) : Var =\n    new Var(nextId, name)\n\n  def apply() : Var =\n    newVarUnnamed()\n\n  def apply(name:Symbol) : Var =\n    newVar(name)\n\n}\n\nclass Var private[kanren] (val id:Long, val name:Symbol) extends Term {\n\n  override def hashCode(): Int = id.##\n\n  override def equals(obj: scala.Any): Boolean = obj match {\n    case v:Var => v.id == id\n    case _ => false\n  }\n\n  override def toString: String = Option(name) match {\n    case Some(symbol) => symbol.toString()\n    case None => s\"var_$id\"\n  }\n\n}\n\ncase class Val(content:Any) extends Term {\n\n  override def toString: String = content.toString\n\n}\n\n\/**\n  * the reason for using special KList instead of Scala's standard lists is\n  * - for having \"improper lists\" that are possible in Scheme but not in standard Scala lists\n  * - for having all terms (including lists) implement Term interface\n  *\/\nsealed trait KList extends Term {\n\n  def toScalaStream : Stream[Term] = this match {\n    case KCons(head, tail:KList) => head #:: tail.toScalaStream\n    case KCons(head, tail:Term) => head #:: ImproperEndOfList(tail) #:: Stream.empty[Term]\n    case KNil => Stream.empty\n  }\n\n  override final def toString: String = \"[\"+toScalaStream.mkString(\", \")+\"]\"\n\n  def apply(i:Int) : Term = this match {\n    case KCons(head, _         ) if i == 0 => head\n    case KCons(_   , tail:KList)           => tail(i-1)\n    case _ => sys.error(s\"can access element $i in KList $this\")\n  }\n\n}\n\n\/\/ used only for expressing improper lists in Scala\ncase class ImproperEndOfList(lastElem:Term) extends Term {\n  override def toString: String = s\". $lastElem\"\n}\n\nobject KList{\n\n  def fromList(xs:List[Term]) : KList =\n    xs.foldRight(empty){ (x, l) => KCons(x, l)}\n\n  def fromListRecursive(xs:AnyRef) : Term = xs match {\n    case xs: List[_] => fromList(xs.map(x => fromListRecursive(x.asInstanceOf[AnyRef])))\n    case (x1:AnyRef, x2:AnyRef) => KList(fromListRecursive(x1), fromListRecursive(x2))\n    case (x1:AnyRef, x2:AnyRef, x3:AnyRef) => KList(fromListRecursive(x1), fromListRecursive(x2), fromListRecursive(x3))\n    case (x1:AnyRef, x2:AnyRef, x3:AnyRef, x4:AnyRef) => KList(fromListRecursive(x1), fromListRecursive(x2), fromListRecursive(x3), fromListRecursive(x4))\n    case t : Term    => t\n    case x : AnyRef  => Val(x)\n  }\n\n  def apply(xs:Term*) : KList =\n    xs.foldRight(empty){ (x, l) => KCons(x, l)}\n\n  def empty : KList = KNil\n\n  def unapplySeq(arg: KList): Option[Seq[Term]] = Some(arg.toScalaStream)\n\n}\n\ncase object KNil extends KList\n\ncase class KCons(head:Term, tail:Term) extends KList\n\n\n"}
{"repo_name":"stanojevic\/Move-Eager-Left-Corner-MG-Parser","path":"src\/main\/scala\/ed\/ac\/uk\/leftcorner\/Main.scala","text":"package ed.ac.uk.leftcorner\n\nobject Main {\n\n  def main(args:Array[String]) : Unit =\n    exampleEagerMove()\n\n  def exampleEagerMove() : Unit = {\n    val g = Grammar.loadFromFile(\".\/src\/main\/scala\/ed\/ac\/uk\/leftcorner\/grammars\/G1.txt\")\n\n    val initState = ParseState.initState(\n      words = \"Bowie likes what Iggy sings\".split(\" \").toList,\n      maxAllowedTransitions = 20,\n      mgLogic = g.mgLogicEager,\n      grammar = g\n    )\n\n    var state = initState\n    state = state.singleExpansion(1)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(13)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(1)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(4)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(15)\n    state = state.singleExpansion(0)\n\n    println()\n    state.printTransitionTrace()\n\n    println()\n    println(state.tree)\n\n    state.tree.visualize(\"resulting tree\")\n\n  }\n\n  def exampleNonEagerMove() : Unit = {\n    val g = Grammar.loadFromFile(\".\/src\/main\/scala\/ed\/ac\/uk\/leftcorner\/grammars\/G1.txt\")\n\n    val initState = ParseState.initState(\n      words = \"Bowie likes what Iggy sings\".split(\" \").toList,\n      maxAllowedTransitions = 20,\n      mgLogic = g.mgLogicStandard,\n      grammar = g\n    )\n\n    var state = initState\n    state = state.singleExpansion(1)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(3)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(2)\n    state = state.singleExpansion(0) \/\/ key step -- has no eager move\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(5)\n    state = state.singleExpansion(0)\n    state = state.singleExpansion(1) \/\/ move and connect\n\n    println()\n    state.printTransitionTrace()\n\n    println()\n    println(state.tree)\n\n    state.tree.visualize(\"resulting tree\")\n\n  }\n\n  def exampleParse() : Unit = {\n\n    implicit val searchStrategy = ed.ac.uk.kanren.DFS\n\n    val g = Grammar.loadFromFile(\"\/home\/milos\/Projects\/CCG-translator\/src\/main\/scala\/edin\/leftcorner\/grammars\/G1.txt\")\n\n    val trees:Stream[Node] = g.parse(sent = \"Aca knows what Bibi likes\".split(\" \").toList, maxAllowedTransitions = 15)\n\n    println(\"parsing started\")\n    for(tree <- trees){\n      println(\"parse tree\")\n      println(tree)\n    }\n    println(\"parsing ended\")\n\n  }\n\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/commands\/LabelCommand.scala","text":"package codecheck.github.app.commands\n\nimport java.io.File\nimport codecheck.github.api.GitHubAPI\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.app.Command\nimport codecheck.github.app.CommandSetting\nimport codecheck.github.app.Repo\nimport codecheck.github.models.Label\nimport codecheck.github.models.LabelInput\nimport codecheck.github.utils.PrintList\nimport scopt.OptionParser\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods\n\n\nclass LabelCommand(val api: GitHubAPI) extends Command {\n  case class Config(\n    repo: Option[Repo],\n    cmd: String = \"list\",\n    name: String = \"\",\n    color: String = \"\",\n    file: File = null,\n    newName: Option[String] = None\n  )\n\n  val parser = new OptionParser[Config](\"label\") {\n    opt[String]('r', \"repo\") action { (x, c) =>\n      c.copy(repo=Some(parseRepo(x, c.repo)))\n    } text(\"target repository [OWNER]\/[REPO]\")\n\n    cmd(\"list\") action { (x, c) =>\n      c.copy(cmd=\"list\")\n    } text(\"list labels\")\n\n    cmd(\"add\") action { (x, c) =>\n      c.copy(cmd=\"add\")\n    } text(\"add a label\") children (\n      arg[String](\"<name>\") action { (x, c) =>\n        c.copy(name=x)\n      } text(\"Label name\"),\n\n      arg[String](\"<color>\") action { (x, c) =>\n        c.copy(color=x)\n      } text(\"Label color\")\n    )\n\n    cmd(\"merge\") action { (x, c) =>\n      c.copy(cmd=\"merge\")\n    } text(\"add or update lables from file\") children(\n      arg[File](\"<file>\") action { (x, c) =>\n        c.copy(file=x)\n      } text(\"Json file to merge\")\n    )\n\n    cmd(\"update\") action { (x, c) =>\n      c.copy(cmd=\"update\")\n    } text(\"update a label\") children (\n      arg[String](\"<name>\") action { (x, c) =>\n        c.copy(name=x)\n      } text(\"Label name\"),\n\n      arg[String](\"<color>\") action { (x, c) =>\n        c.copy(color=x)\n      } text(\"Label color\"),\n\n      opt[String]('n', \"newname\") action { (x, c) =>\n        c.copy(newName=Some(x))\n      } text(\"New name for label\")\n    )\n\n    cmd(\"rm\") action { (x, c) =>\n      c.copy(cmd=\"rm\")\n    } text(\"remove a label\") children (\n      arg[String](\"<name>\") action { (x, c) =>\n        c.copy(name=x)\n      } text(\"Label name\")\n    )\n\n  }\n\n  def run(setting: CommandSetting, args: List[String]): Future[CommandSetting] = {\n    parser.parse(args, new Config(setting.repo)) match {\n      case Some(config) =>\n        runSubcommand(config).map(_ => setting)\n      case None =>\n        Future(setting)\n    }\n  }\n\n  def runSubcommand(config: Config): Future[Any] = {\n    config.cmd match {\n      case \"list\" =>\n        list(config)\n      case \"add\" =>\n        add(config)\n      case \"merge\" =>\n        merge(config)\n      case \"update\" =>\n        update(config)\n      case \"rm\" =>\n        remove(config)\n      case _ =>\n        parser.showUsage\n        Future(true)\n    }\n  }\n\n  def list(config: Config): Future[Any] = withRepo(config.repo) { rapi =>\n    rapi.listLabelDefs.map { list =>\n      val rows = list.map { label =>\n        List(label.name, label.color)\n      }\n      PrintList(\"label\", \"color\").build(rows)\n      true\n    }\n  }\n\n  def add(config: Config): Future[Any] = withRepo(config.repo) { rapi =>\n    val input = LabelInput(config.name, config.color)\n    rapi.createLabelDef(input).map { l =>\n      println(s\"Created ${l.name} - ${l.color}\")\n      true\n    }\n  }\n\n  def update(config: Config): Future[Any] = withRepo(config.repo) { rapi =>\n    val input = LabelInput(config.newName.getOrElse(config.name), config.color)\n    rapi.updateLabelDef(config.name, input).map { l =>\n      println(s\"Updated ${l.name} - ${l.color}\")\n      true\n    }\n  }\n\n  def remove(config: Config): Future[Any] = withRepo(config.repo) { rapi =>\n    rapi.removeLabelDef(config.name).map { b =>\n      println(s\"Removed ${config.name}\")\n      true\n    }\n  }\n\n  def merge(config: Config): Future[Any] = withRepo(config.repo) { rapi =>\n    def doCreateLabel(label: Option[Label], input: LabelInput): Future[String] = {\n      label match {\n        case Some(l) if (l.color == input.color) =>\n          Future(s\"Skip create label ${input.name}\")\n        case Some(l) =>\n          rapi.updateLabelDef(input.name, input).map(_ => s\"Update label ${input.name}\")\n        case None =>\n          rapi.createLabelDef(input).map(_ => s\"Create label ${input.name}\")\n      }\n    }\n    val json = JsonMethods.parse(config.file)\n    val items = (json match {\n      case JArray(list) => list\n      case JObject => List(json)\n      case _ => throw new IllegalArgumentException(\"Invalid json file\\n\" + JsonMethods.pretty(json))\n    }).map(v => LabelInput(\n      (v \\ \"name\").extract[String],\n      (v \\ \"color\").extract[String]\n    ))\n    rapi.listLabelDefs.flatMap { labels =>\n      val ret = items.map { input =>\n        doCreateLabel(labels.find(_.name == input.name), input).map { s =>\n          println(s)\n          s\n        }\n      }\n      Future.sequence(ret)\n    }\n  }\n\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Comment.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.models\n\nimport org.json4s.JValue\n\ncase class Comment(value: JValue) extends AbstractJson(value) {\n  def body = get(\"body\")\n  lazy val user = new User(value \\ \"user\")\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/LabelOp.scala","text":"package codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JString\nimport org.json4s.JNothing\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.Label\nimport codecheck.github.models.LabelInput\n\ntrait LabelOp {\n  self: GitHubAPI =>\n\n  private def doLabels(method: String, owner: String, repo: String, number: Long, labels: Seq[String]): Future[List[Label]] = {\n    val path = s\"\/repos\/$owner\/$repo\/issues\/$number\/labels\"\n    val body = if (method == \"GET\") {\n      JNothing\n    } else {\n      JArray(labels.map(JString(_)).toList)\n    }\n    exec(method, path, body).map {\n      _.body match {\n        case JArray(arr) => arr.map(v => Label(v))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def addLabels(owner: String, repo: String, number: Long, labels: String*): Future[List[Label]] = {\n    doLabels(\"POST\", owner, repo, number, labels)\n  }\n\n  def replaceLabels(owner: String, repo: String, number: Long, labels: String*): Future[List[Label]] = {\n    doLabels(\"PUT\", owner, repo, number, labels)\n  }\n\n  def removeAllLabels(owner: String, repo: String, number: Long): Future[List[Label]] = {\n    doLabels(\"PUT\", owner, repo, number, Nil)\n  }\n\n  def removeLabel(owner: String, repo: String, number: Long, label: String): Future[List[Label]] = {\n    val path = s\"\/repos\/$owner\/$repo\/issues\/$number\/labels\/\" + encode(label)\n    exec(\"DELETE\", path).map {\n      _.body match {\n        case JArray(arr) => arr.map(v => Label(v))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def listLabels(owner: String, repo: String, number: Long): Future[List[Label]] = {\n    doLabels(\"GET\", owner, repo, number, Nil)\n  }\n\n  def listLabelDefs(owner: String, repo: String): Future[List[Label]] = {\n    val path = s\"\/repos\/$owner\/$repo\/labels\"\n    exec(\"GET\", path).map {\n      _.body match {\n        case JArray(arr) => arr.map(v => Label(v))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def getLabelDef(owner: String, repo: String, label: String): Future[Option[Label]] = {\n    val path = s\"\/repos\/$owner\/$repo\/labels\/\" + encode(label)\n    exec(\"GET\", path, fail404=false).map(res => \n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(Label(res.body))\n      }\n    )\n  }\n\n  def createLabelDef(owner: String, repo: String, label: LabelInput): Future[Label] = {\n    val path = s\"\/repos\/$owner\/$repo\/labels\"\n    exec(\"POST\", path, label.value).map(res => Label(res.body))\n  }\n\n  def updateLabelDef(owner: String, repo: String, name: String, label: LabelInput): Future[Label] = {\n    val path = s\"\/repos\/$owner\/$repo\/labels\/\" + encode(name)\n    exec(\"PATCH\", path, label.value).map(res => Label(res.body))\n  }\n\n  def removeLabelDef(owner: String, repo: String, name: String): Future[Boolean] = {\n    val path = s\"\/repos\/$owner\/$repo\/labels\/\" + encode(name)\n    exec(\"DELETE\", path).map {\n      _.statusCode == 204\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/PullRequestOp.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/operations\/PullRequestOp.scala<gh_stars>10-100\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JObject\nimport org.json4s.JString\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.models.PullRequestInput\nimport codecheck.github.models.PullRequestListOption\nimport codecheck.github.models.PullRequest\nimport codecheck.github.models.ReviewRequest\n\ntrait PullRequestOp {\n  self: GitHubAPI =>\n\n  def listPullRequests(\n    owner: String,\n    repo: String,\n    option: PullRequestListOption = PullRequestListOption()\n  ): Future[List[PullRequest]] = {\n    val q = s\"?state=${option.state}\" +\n      s\"&sort=${option.sort}\" +\n      s\"&direction=${option.direction}\" +\n      option.head.map(\"&head=\" + _).getOrElse(\"\") +\n      option.base.map(\"&base=\" + _).getOrElse(\"\")\n\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/pulls$q\").map(\n      _.body match {\n        case JArray(arr) => arr.map(v => PullRequest(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  def getPullRequest(owner: String, repo: String, number: Long): Future[Option[PullRequest]] = {\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/pulls\/$number\", fail404=false).map( res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(PullRequest(res.body))\n      }\n    )\n  }\n\n  def createPullRequest(owner: String, repo: String, input: PullRequestInput): Future[PullRequest] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\"\n    exec(\"POST\", path, input.value).map { result =>\n      PullRequest(result.body)\n    }\n  }\n\n  def closePullRequest(owner: String, repo: String, number: Long): Future[PullRequest] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\"\n    exec(\"PATCH\", path, JObject(List(\n      \"state\" -> JString(\"close\")\n    ))).map { result =>\n      new PullRequest(result.body)\n    }\n  }\n\n  def addReviewRequest(owner: String, repo: String, number: Long, reviewers: String*): Future[ReviewRequest] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\/requested_reviewers\"\n    exec(\"POST\", path, JObject(List(\n      \"reviewers\" -> JArray(reviewers.map(JString).toList)\n    ))).map { result =>\n      ReviewRequest(result.body)\n    }\n  }\n\n  def removeReviewRequest(owner: String, repo: String, number: Long, reviewers: String*): Future[Boolean] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\/requested_reviewers\"\n    exec(\"DELETE\", path, JObject(List(\n      \"reviewers\" -> JArray(reviewers.map(JString).toList)\n    ))).map { result =>\n      result.statusCode >= 200 && result.statusCode < 300\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"build.sbt","text":"organization := \"io.code-check\"\n\nname := \"\"\"github-api\"\"\"\n\nversion := \"0.3.1\"\n\nscalaVersion := \"2.13.1\"\n\ncrossScalaVersions := Seq(\"2.10.7\", \"2.11.12\", \"2.12.10\", \"2.13.1\")\n\ndescription := \"The GitHub API from Scala with Async HTTP Client (Netty)\"\n\nlicenses := Seq(\"MIT\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\"))\n\nhomepage := Some(url(\"http:\/\/github.com\/code-check\/github-api-scala\"))\n\nscmInfo := Some(\n  ScmInfo(\n    url(\"https:\/\/github.com\/code-check\/github-api-scala\"),\n    \"scm:git@github.com:code-check\/github-api-scala.git\"\n  )\n)\n\ndevelopers := List(\n  Developer(\n    id    = \"shunjikonishi\",\n    name  = \"<NAME>\",\n    email = \"@shunjikonishi\",\n    url   = url(\"http:\/\/qiita.com\/shunjikonishi\")\n  )\n)\n\npublishMavenStyle := true\n\npublishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (isSnapshot.value)\n    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else\n    Some(\"releases\"  at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\npublishArtifact in Test := false\n\npomIncludeRepository := { _ => false }\n\n\/\/ Change this to another test framework if you prefer\nlibraryDependencies ++= Seq(\n  \"com.ning\" % \"async-http-client\" % \"1.9.40\" % \"provided\",\n  \"org.asynchttpclient\" % \"async-http-client\" % \"2.0.39\" % \"provided\",\n  \"org.json4s\" %% \"json4s-jackson\" % \"3.6.6\",\n  \"org.json4s\" %% \"json4s-ext\" % \"3.6.6\",\n  \"joda-time\" % \"joda-time\" % \"2.10.1\",\n  \"com.github.scopt\" %% \"scopt\" % \"3.7.1\",\n  \"org.slf4j\" % \"slf4j-nop\" % \"1.7.26\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % \"test\"\n)\n\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\")\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/PullRequestOpSpec.scala","text":"<filename>src\/test\/scala\/PullRequestOpSpec.scala\npackage codecheck.github\npackage operations\n\nimport models._\n\nimport org.scalatest.FunSpec\nimport scala.concurrent.Await\nimport java.util.Date\n\nclass PullRequestOpSpec extends FunSpec with api.Constants {\n\n  describe(\"listPullRequests\") {\n    it(\"with valid repo should succeed\") {\n      val list = Await.result(api.listPullRequests(otherUser, otherUserRepo), TIMEOUT)\n      assert(list.length >= 0)\n      assert(list.exists(_.state == IssueState.open))\n      assert(list.exists(_.mergeable == None))\n      assert(list.exists(_.merged == None))\n      assert(list.exists(_.merge_commit_sha.size == shaSize))\n      assert(list.exists(_.merged_by == None))\n      assert(list.exists(_.comments == None))\n      assert(list.exists(_.commits == None))\n      assert(list.exists(_.additions == None))\n      assert(list.exists(_.deletions == None))\n      assert(list.exists(_.changed_files == None))\n      assert(list.exists(_.maintainer_can_modify == None))\n      assert(list.exists(_.base.repo.exists(_.full_name == s\"$otherUser\/$otherUserRepo\")))\n      assert(list.exists(_.base.user.login == otherUser))\n      assert(list.exists(_.base.repo.exists(_.name == otherUserRepo)))\n    }\n  }\n\n  describe(\"getPullRequest\") {\n    it(\"with open PR should succeed\") {\n      val pr = Await.result(api.getPullRequest(otherUser, otherUserRepo, 21L), TIMEOUT)\n      assert(pr.nonEmpty)\n      assert(pr.exists(_.state == IssueState.closed))\n      assert(pr.exists(_.mergeable == Some(false)))\n      assert(pr.exists(_.merge_commit_sha.size == shaSize))\n      assert(pr.exists(_.merged_by == None))\n      assert(pr.exists(_.comments.exists(_ >= 0)))\n      assert(pr.exists(_.commits.exists(_ >= 0)))\n      assert(pr.exists(_.additions.exists(_ >= 0)))\n      assert(pr.exists(_.deletions.exists(_ >= 0)))\n      assert(pr.exists(_.changed_files.exists(_ >= 0)))\n      assert(pr.exists(_.maintainer_can_modify == Some(false)))\n    }\n  }\n\n  describe(\"createPullRequest(owner, repo, input)\") {\n    val username = otherUser\n    val reponame = otherUserRepo\n\n    \/\/ NOTE: Can only create pull requests for submitting user\n    it(\"should success create and close\") {\n      val title = \"Test Pull Request \" + new Date().toString()\n      val input = PullRequestInput(title, \"githubapi-test-pr\", \"master\", Some(\"PullRequest body\"))\n      val result = Await.result(api.createPullRequest(username, reponame, input), TIMEOUT)\n      assert(result.title == title)\n      assert(result.state == IssueState.open)\n\n      val result2 = Await.result(api.closePullRequest(username, reponame, result.number), TIMEOUT)\n      assert(result2.title == title)\n      assert(result2.state == IssueState.closed)\n    }\n\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/IssueCommentEvent.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.events\n\nimport org.json4s.JValue\nimport codecheck.github.models.Issue\nimport codecheck.github.models.Comment\nimport codecheck.github.models.AbstractJson\n\ncase class IssueCommentEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent {\n  lazy val issue = Issue(value \\ \"issue\")\n  lazy val comment = Comment(value \\ \"comment\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/IssueEvent.scala","text":"package codecheck.github.events\n\nimport org.json4s.JValue\nimport codecheck.github.models.AbstractJson\nimport codecheck.github.models.Issue\nimport codecheck.github.models.IssueAction\nimport codecheck.github.models.Comment\n\ncase class IssueEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent {\n\n  lazy val action = IssueAction.fromString(get(\"action\"))\n  lazy val issue = Issue(value \\ \"issue\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/ErrorResponse.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\nimport org.json4s.JArray\nimport org.json4s.JNothing\nimport org.json4s.jackson.JsonMethods\n\ncase class ErrorResponse(value: JValue) extends AbstractJson(value) {\n  def message = get(\"message\")\n  lazy val errors: List[ErrorObject] = (value \\ \"errors\") match {\n    case JArray(ar) => ar.map(e => ErrorObject(e))\n    case JNothing => Nil\n    case _ => throw new IllegalStateException()\n  }\n  def documentation_url = opt(\"documentation_url\")\n}\n\ncase class ErrorObject(value: JValue) extends AbstractJson(value) {\n  def resource = get(\"resource\")\n  def field = get(\"field\")\n  def code = get(\"code\")\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/PushEvent.scala","text":"package codecheck.github.events\n\nimport org.json4s.JValue\nimport org.json4s.JArray\nimport codecheck.github.models.AbstractJson\nimport codecheck.github.models.PullRequest\nimport codecheck.github.models.PullRequestAction\nimport codecheck.github.models.Repository\nimport codecheck.github.models.User\n\ncase class PushCommit(value: JValue) extends AbstractJson(value) {\n  def id = get(\"id\")\n  def url = get(\"url\")\n  def tree_id = get(\"tree_id\")\n  def distinct = boolean(\"distinct\")\n  def message = get(\"message\")\n  def timestamp = get(\"timestamp\")\n  lazy val author = User(value \\ \"author\")\n  lazy val committer = User(value \\ \"committer\")\n  def added = seq(\"added\")\n  def removed = seq(\"removed\")\n  def modified = seq(\"modified\")\n}\n\ncase class PushEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent {\n  def ref = get(\"ref\")\n  def before = get(\"before\")\n  def after = get(\"after\")\n  lazy val base_ref = opt(\"base_ref\")\n  lazy val head_commit = PushCommit(value \\ \"head_commit\")\n  lazy val commits = (value \\ \"commits\") match {\n    case JArray(arr) => arr.map(PushCommit(_))\n    case _ => Seq.empty[PushCommit]\n  }\n  lazy val repository = Repository(value \\ \"repository\")\n  lazy val pusher = User(value \\ \"pusher\")\n  lazy val sender = User(value \\ \"sender\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/SearchOp.scala","text":"<gh_stars>10-100\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.models.SearchInput\nimport codecheck.github.models.SearchRepositoryResult\nimport codecheck.github.models.SearchCodeResult\nimport codecheck.github.models.SearchIssueResult\nimport codecheck.github.models.SearchUserResult\n\ntrait SearchOp {\n self: GitHubAPI =>\n\n  def searchRepositories(input: SearchInput): Future[SearchRepositoryResult] = {\n    val path = s\"\/search\/repositories${input.query}\"\n    exec(\"GET\", path ).map { res =>\n      SearchRepositoryResult(res.body)\n   }\n  }\n\n  def searchCode(input: SearchInput): Future[SearchCodeResult] = {\n    val path = s\"\/search\/code${input.query}\"\n    exec(\"GET\", path ).map { res =>\n      SearchCodeResult(res.body)\n    }\n  }\n\n  def searchIssues(input: SearchInput): Future[SearchIssueResult] = {\n    val path = s\"\/search\/issues${input.query}\"\n    exec(\"GET\", path ).map { res =>\n      SearchIssueResult(res.body)\n    }\n  }\n\n  def searchUser(input: SearchInput): Future[SearchUserResult] = {\n    val path = s\"\/search\/users${input.query}\"\n    exec(\"GET\", path ).map { res =>\n      SearchUserResult(res.body)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/CollaboratorOpSpec.scala","text":"package codecheck.github\npackage operations\n\nimport exceptions._\n\nimport org.scalatest.path.FunSpec\nimport scala.concurrent.Await\n\nclass CollaboratorOpSpec extends FunSpec with api.Constants\n{\n\n  describe(\"addCollaborator\"){\n    ignore(\"should add Collaborator User to user Repo\"){\n      val res = Await.result(api.addCollaborator(user, userRepo, collaboratorUser),TIMEOUT)\n      assert(res)\n    }\n    ignore(\"should fail for non existent User Repo\"){\n      val res = Await.result(api.addCollaborator(user, repoInvalid, collaboratorUser).failed,TIMEOUT)\n      res match {\n        case e: NotFoundException  =>\n        case _ => fail\n      }\n    }\n  }\n  describe(\"isCollaborator\"){\n    ignore(\"if it is Collaborator\"){\n      val res = Await.result(api.isCollaborator(user, userRepo, collaboratorUser),TIMEOUT)\n      assert(res)\n    }\n    ignore(\"if it is not a valid Collaborator\"){\n      val res1 = Await.result(api.isCollaborator(user, userRepo, otherUserInvalid),TIMEOUT)\n      assert(res1 == false)\n    }\n  }\n  describe(\"listCollaborators\"){\n    ignore(\"should return at least one Collaborator\"){\n      val res = Await.result(api.listCollaborators(user, userRepo),TIMEOUT)\n      val c = res.find(_.login == collaboratorUser)\n      assert(c.isDefined)\n      assert(c.get.id > 0)\n      assert(c.get.avatar_url.length > 0)\n      assert(c.get.url.length > 0)\n      assert(c.get.site_admin == false)\n    }\n  }\n describe(\"removeCollaborator\"){\n    ignore(\"should remove the Collaborator\"){\n      var res = Await.result(api.removeCollaborator(user, userRepo, collaboratorUser),TIMEOUT)\n      assert(res == true)\n    }\n  }\n  ignore(\"should fail for non existent User Repo\"){\n    var res = Await.result(api.removeCollaborator(user, repoInvalid, collaboratorUser).failed,TIMEOUT)\n    res match {\n      case e: NotFoundException  =>\n      case _ => fail\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/utils\/ToDo.scala","text":"<gh_stars>10-100\npackage codecheck.github.utils\n\ntrait ToDo {\n  throw new UnsupportedOperationException()\n}\n\nobject ToDo  {\n  def apply[T]: T = {\n    throw new UnsupportedOperationException()\n  }\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/transport\/CompletionHandler.scala","text":"package codecheck.github.transport\n\ntrait CompletionHandler {\n\n  def onCompleted(res: Response): Unit\n  def onThrowable(t: Throwable): Unit\n\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/LabelOpSpec.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github\npackage operations\n\nimport exceptions._\nimport models._\n\nimport org.scalatest.FunSpec\nimport scala.concurrent.Await\n\nclass LabelOpSpec extends FunSpec with api.Constants {\n\n  val number = 1\n  val gName = generateRandomWord\n\n  describe(\"removeAllLabels\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.removeAllLabels(user, userRepo, number), TIMEOUT)\n      assert(result.length == 0)\n    }\n  }\n\n  describe(\"addLabel\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.addLabels(user, userRepo, number, \"bug\"), TIMEOUT)\n      assert(result.length == 1)\n      val label = result.head\n      assert(label.name == \"bug\")\n      assert(label.url.length > 0)\n      assert(label.color.length == 6)\n    }\n  }\n\n  describe(\"replaceLabels\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.replaceLabels(user, userRepo, number, \"duplicate\", \"invalid\"), TIMEOUT)\n      assert(result.length == 2)\n      assert(result.filter(_.name == \"duplicate\").length == 1)\n      assert(result.filter(_.name == \"invalid\").length == 1)\n    }\n  }\n\n  describe(\"removeLabel\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.removeLabel(user, userRepo, number, \"duplicate\"), TIMEOUT)\n      assert(result.length == 1)\n\n      val result2 = Await.result(api.removeLabel(user, userRepo, number, \"invalid\"), TIMEOUT)\n      assert(result2.length == 0)\n    }\n  }\n\n  describe(\"listLabels\") {\n    it(\"listLabels should succeed\") {\n      Await.result(api.addLabels(user, userRepo, number, \"invalid\"), TIMEOUT)\n      val result = Await.result(api.listLabels(user, userRepo, number), TIMEOUT)\n      assert(result.length == 1)\n      val label = result.head\n      assert(label.name == \"invalid\")\n      assert(label.url.length > 0)\n      assert(label.color.length == 6)\n    }\n  }\n\n  describe(\"listLabelDefs\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.listLabelDefs(user, userRepo), TIMEOUT)\n      assert(result.length > 0)\n      val label = result.head\n      assert(label.name.length > 0)\n      assert(label.url.length > 0)\n      assert(label.color.length == 6)\n    }\n  }\n\n  describe(\"getLabelDef\") {\n    it(\"should succeed\") {\n      Await.result(api.getLabelDef(user, userRepo, \"question\"), TIMEOUT).map { label =>\n        assert(label.name == \"question\")\n        assert(label.url.length > 0)\n        assert(label.color == \"cc317c\")\n      }\n    }\n    it(\"should be None\") {\n      assert(Await.result(api.getLabelDef(user, userRepo, \"hoge\"), TIMEOUT).isEmpty)\n    }\n  }\n\n  describe(\"createLabelDef\") {\n    it(\"should succeed\") {\n      val input = LabelInput(gName, \"cc317c\")\n      val label = Await.result(api.createLabelDef(user, userRepo, input), TIMEOUT)\n      assert(label.name == gName)\n      assert(label.url.length > 0)\n      assert(label.color == \"cc317c\")\n    }\n    it(\"again should fail\") {\n      val input = LabelInput(gName, \"cc317c\")\n      try {\n        val label = Await.result(api.createLabelDef(user, userRepo, input), TIMEOUT)\n        fail\n      } catch {\n        case e: GitHubAPIException =>\n          assert(e.error.errors.length == 1)\n          assert(e.error.errors.head.code == \"already_exists\")\n      }\n    }\n  }\n\n  describe(\"updateLabelDef\") {\n    it(\"should succeed\") {\n      val input = LabelInput(gName, \"84b6eb\")\n      val label = Await.result(api.updateLabelDef(user, userRepo, gName, input), TIMEOUT)\n      assert(label.name == gName)\n      assert(label.url.length > 0)\n      assert(label.color == \"84b6eb\")\n    }\n  }\n\n  describe(\"removeLabelDef\") {\n    it(\"should succeed\") {\n      val result = Await.result(api.removeLabelDef(user, userRepo, gName), TIMEOUT)\n      assert(result)\n    }\n    it(\"removeLabelDef again should fail\") {\n      try {\n        val result = Await.result(api.removeLabelDef(user, userRepo, gName), TIMEOUT)\n        fail\n      } catch {\n        case e: NotFoundException =>\n          assert(e.error.errors.length == 0)\n      }\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/CollaboratorOp.scala","text":"<gh_stars>10-100\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.Collaborator\n\ntrait CollaboratorOp {\n  self: GitHubAPI =>\n\n  def listCollaborators(owner: String,repo:String): Future[List[Collaborator]] = {\n    val path = s\"\/repos\/${owner}\/${repo}\/collaborators\"\n    exec(\"GET\",path).map(\n      _.body match {\n        case JArray(arr) => arr.map(v => Collaborator(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  def isCollaborator(owner: String, repo: String, name: String): Future[Boolean] = {\n    val path = s\"\/repos\/${owner}\/${repo}\/collaborators\/\" + encode(name)\n    exec(\"GET\", path, fail404 = false).map { res =>\n      res.statusCode match {\n        case 404 => false\n        case 204 => true\n      }\n    }\n  }\n\n  def addCollaborator(owner: String, repo: String, name: String): Future[Boolean] = {\n    val path = s\"\/repos\/${owner}\/${repo}\/collaborators\/\" + encode(name)\n    exec(\"PUT\", path).map {\n      _.statusCode == 204\n    }\n  }\n\n  def removeCollaborator(owner: String, repo: String, name: String): Future[Boolean] = {\n    val path = s\"\/repos\/${owner}\/${repo}\/collaborators\/\" + encode(name)\n    exec(\"DELETE\", path).map {\n      _.statusCode == 204\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Label.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\nimport org.json4s.jackson.JsonMethods\n\ncase class Label(value: JValue) extends AbstractJson(value) {\n  def url = get(\"url\")\n  def name = get(\"name\")\n  def color = get(\"color\")\n}\n\ncase class LabelInput(name: String, color: String) extends AbstractInput\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/api\/APIResult.scala","text":"package codecheck.github.api\n\nimport org.json4s.JValue\nimport org.json4s.jackson.JsonMethods\n\ncase class APIResult(statusCode: Int, body: JValue) {\n  override def toString = {\n    \"status = \" + statusCode + \"\\n\" + JsonMethods.pretty(body)\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/exceptions\/PermissionDeniedException.scala","text":"package codecheck.github.exceptions\n\nimport org.json4s.JValue\n\nclass PermissionDeniedException(body: JValue) extends GitHubAPIException(body)\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/LanguageList.scala","text":"package codecheck.github.models\n\nimport org.json4s.{JValue, JObject}\nimport org.json4s.jackson.JsonMethods\nimport codecheck.github.utils.Json4s.formats\n\ncase class LanguageItem(name: String, bytes: Long, rate: Double)\n\ncase class LanguageList(value: JValue) extends AbstractJson(value) {\n\n  lazy val items: List[LanguageItem] = {\n    value match {\n      case JObject(fields) =>\n        val temp = fields.map { case (name, bytes) =>\n          LanguageItem(name, bytes.extract[Long], 0.0)\n        }\n        val total = temp.map(_.bytes).sum\n        temp.map { v =>\n          val r = v.bytes.toDouble \/ total\n          v.copy(rate = r)\n        }\n      case _ => Nil\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/CommandSetting.scala","text":"package codecheck.github.app\n\ncase class CommandSetting(repo: Option[Repo] = None) {\n  def repositoryOwner = repo.map(_.owner)\n}\n\ncase class Repo(owner: String, name: String) \n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/BranchOpSpec.scala","text":"package codecheck.github\npackage operations\n\nimport org.scalatest.FunSpec\nimport org.scalatest.BeforeAndAfterAll\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass BranchOpSpec extends FunSpec\n  with api.Constants\n  with BeforeAndAfterAll\n{\n  describe(\"getBranch\") {\n    it(\"with valid repo and branch should succeed\") {\n      val branchOp = Await.result(api.getBranch(user, userRepo, \"master\"), TIMEOUT)\n      assert(branchOp.isDefined)\n      assert(branchOp.get.name == \"master\")\n    }\n    it(\"with invalid branch should be None\") {\n      val branchOp = Await.result(api.getBranch(user, userRepo, \"unknown\"), TIMEOUT)\n      assert(branchOp.isEmpty)\n    }\n  }\n\n  describe(\"listBranches\") {\n    it(\"with valid repo should succeed\") {\n      val list = Await.result(api.listBranches(user, userRepo), TIMEOUT)\n      assert(list.length > 0)\n      assert(list.exists(_.name == \"master\"))\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/IssueOp.scala","text":"<gh_stars>10-100\npackage codecheck.github.operations\n\nimport java.net.URLEncoder\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JString\nimport org.json4s.JNothing\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.IssueInput\nimport codecheck.github.models.Issue\nimport codecheck.github.models.IssueListOption\nimport codecheck.github.models.IssueListOption4Repository\n\ntrait IssueOp {\n  self: GitHubAPI =>\n\n  private def doList(path: String): Future[List[Issue]] = {\n    exec(\"GET\", path).map(\n      _.body match {\n        case JArray(arr) => arr.map(v => Issue(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  \/\/Only listAll\/User\/OrgIssues return Repository object\n  def listAllIssues(option: IssueListOption = IssueListOption()): Future[List[Issue]] =\n    doList(\"\/issues\" + option.q)\n\n  def listUserIssues(option: IssueListOption = IssueListOption()): Future[List[Issue]] =\n    doList(\"\/user\/issues\" + option.q)\n\n  def listOrgIssues(org: String, option: IssueListOption = IssueListOption()): Future[List[Issue]] =\n    doList(s\"\/orgs\/$org\/issues\" + option.q)\n\n  def listRepositoryIssues(owner: String, repo: String, option: IssueListOption4Repository = IssueListOption4Repository()): Future[List[Issue]] =\n    doList(s\"\/repos\/$owner\/$repo\/issues\" + option.q)\n\n  def getIssue(owner: String, repo: String, number: Long): Future[Option[Issue]] =\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/issues\/$number\", fail404=false).map(res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(Issue(res.body))\n      }\n    )\n\n  def createIssue(owner: String, repo: String, input: IssueInput): Future[Issue] = {\n    val path = s\"\/repos\/$owner\/$repo\/issues\"\n    exec(\"POST\", path, input.value).map { result =>\n      new Issue(result.body)\n    }\n  }\n\n  def editIssue(owner: String, repo: String, number: Long, input: IssueInput): Future[Issue] = {\n    val path = s\"\/repos\/$owner\/$repo\/issues\/$number\"\n    exec(\"PATCH\", path, input.value).map { result =>\n      new Issue(result.body)\n    }\n  }\n\n  def assign(owner: String, repo: String, number: Long, assignee: String): Future[Issue] = {\n    editIssue(owner, repo, number, IssueInput(assignee=Some(assignee)))\n  }\n\n  def unassign(owner: String, repo: String, number: Long): Future[Issue] = {\n    editIssue(owner, repo, number, IssueInput(assignee=Some(\"\")))\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/transport\/Response.scala","text":"package codecheck.github.transport\n\ntrait Response {\n\n  def getResponseBody: Option[String]\n  def getStatusCode: Int\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/ReviewRequest.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\n\ncase class ReviewRequest(value: JValue) extends AbstractJson(value) {\n  def id = get(\"id\").toLong\n  def number = get(\"number\").toLong\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/exceptions\/OAuthAPIException.scala","text":"package codecheck.github.exceptions\n\nimport org.json4s.JValue\nimport codecheck.github.models.OAuthErrorResponse\n\nclass OAuthAPIException(body: JValue) extends Exception {\n  lazy val error = OAuthErrorResponse(body)\n\n  override def getMessage = error.toString\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/SearchOpSpec.scala","text":"<filename>src\/test\/scala\/SearchOpSpec.scala\npackage codecheck.github\npackage operations\n\nimport models._\n\nimport org.scalatest.path.FunSpec\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.exceptions.GitHubAPIException\n\nclass SearchOpSpec extends FunSpec\n  with api.Constants\n{\n\n  describe(\"searchRepositories\") {\n    it(\"with valid SearchInput should succeed\") {\n      val q = \"tetris language:assembly\".trim.replaceAll(\" \",\"+\")\n      val input = SearchRepositoryInput(q,sort=Some(SearchRepositorySort.stars),order=SortDirection.desc)\n      val res = Await.result(api.searchRepositories(input), TIMEOUT)\n      assert(res.total_count >= 1)\n      assert(res.items(0).id >= 1 )\n      assert(res.items(0).name.length >= 1)\n      assert(res.items(0).full_name.length >= 1)\n      assert(res.items(0).description.isDefined)\n      assert(res.items(0).open_issues_count >= 0)\n      assert(res.items(0).language == \"Assembly\")\n      assert(res.items(0).stargazers_count > res.items(1).stargazers_count)\n    }\n    it(\"with valid changed query(q) SearchInput should succeed\") {\n      val q = \"jquery in:name,description\".trim.replaceAll(\" \",\"+\")\n      val input = SearchRepositoryInput(q,sort=Some(SearchRepositorySort.stars),order=SortDirection.desc)\n      val res = Await.result(api.searchRepositories(input), TIMEOUT)\n      assert(res.total_count >= 1)\n      assert(res.items(0).id >= 1 )\n      assert(res.items(0).name.length >= 1)\n      assert(res.items(0).full_name.length >= 1)\n      assert(res.items(0).description.isDefined)\n      assert(res.items(0).open_issues_count >= 0)\n    }\n  }\n  describe(\"searchCode\") {\n    it(\"with valid SearchInput q,no SortOrder should succeed\") {\n      val q = \"addClass in:file language:js repo:jquery\/jquery\".trim.replaceAll(\" \",\"+\")\n      val input = SearchCodeInput(q,sort=None,order=SortDirection.desc)\n      val res = Await.result(api.searchCode(input), TIMEOUT)\n      assert(res.total_count >= 1)\n      assert(res.items(0).repository.id >= 1 )\n      assert(res.items(0).sha.length >= 40)\n      assert(res.items(0).score >= 0d)\n      assert(res.items(0).repository.full_name == \"jquery\/jquery\")\n    }\n    it(\"with valid SearchInput it should succeed\") {\n      val q = \"function size:10000 language:python\".trim.replaceAll(\" \",\"+\")\n      val input = SearchCodeInput(q,sort=Some(SearchCodeSort.indexed),order=SortDirection.asc)\n      val res = Await.result(api.searchCode(input), TIMEOUT)\n      assert(res.total_count >= 1)\n      assert(res.items(0).repository.id >= 1 )\n      assert(res.items(0).path.endsWith(\".py\"))\n      assert(res.items(0).sha.length >= 40)\n      assert(res.items(0).score >= 0d)\n      assert(res.items(0).repository.`private` == false)\n    }\n  }\n  describe(\"searchIssues\") {\n    it(\"with valid SearchInput should succeed\") {\n      val q = \"windows label:bug language:python state:open\".trim.replaceAll(\" \",\"+\")\n      val input = SearchIssueInput(q,sort=Some(SearchIssueSort.created),order=SortDirection.desc)\n      val res = Await.result(api.searchIssues(input), TIMEOUT)\n      assert(res.total_count >= 1)\n      assert(res.items(0).labels(0).name.toLowerCase == \"bug\" )\n      assert(res.items(0).state == IssueState.open)\n      assert(((res.items(0).created_at).compareTo(res.items(1).created_at)) > 0)\n    }\n  }\n  describe(\"searchUser\") {\n    it(\"with valid SearchInput should succeed\") {\n      val q = \"tom repos:>42 followers:>1000\"\n        .trim.replaceAll(\" \",\"+\")\n        .replaceAll(\">\",\"%3E\")\n      val input = SearchUserInput(q,sort=None,order=SortDirection.desc)\n      val res = Await.result(api.searchUser(input), TIMEOUT)\n      assert(res.total_count >= 0)\n      assert(res.items(0).login.length >= 0)\n      assert(res.items(0).id >= 0)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/OrganizationOp.scala","text":"package codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.Organization\nimport codecheck.github.models.OrganizationDetail\nimport codecheck.github.models.OrganizationInput\n\ntrait OrganizationOp {\n  self: GitHubAPI =>\n\n  def listOwnOrganizations: Future[List[Organization]] = {\n    self.exec(\"GET\", s\"\/user\/orgs\").map { \n      _.body match {\n        case JArray(arr) => arr.map(new Organization(_))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def listUserOrganizations(user: String): Future[List[Organization]] = {\n    self.exec(\"GET\", s\"\/users\/${user}\/orgs\").map {\n      _.body match {\n        case JArray(arr) => arr.map(new Organization(_))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def getOrganization(org: String): Future[Option[OrganizationDetail]] = {\n    self.exec(\"GET\", s\"\/orgs\/${org}\", fail404=false).map { res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(new OrganizationDetail(res.body))\n      }\n    }\n  }\n\n  def updateOrganization(org: String, input: OrganizationInput): Future[OrganizationDetail] = {\n    self.exec(\"PATCH\", s\"\/orgs\/${org}\", input.value).map { res => \n      new OrganizationDetail(res.body)\n    }\n  }\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/api\/DebugHandler.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.api\n\nimport org.json4s.JValue\nimport java.io.PrintStream\n\ntrait DebugHandler {\n  def onRequest(method: String, path: String, body: JValue): Unit\n  def onResponse(status: Int, body: Option[String]): Unit\n}\n\nobject NoneHandler extends DebugHandler {\n  def onRequest(method: String, path: String, body: JValue): Unit = {}\n  def onResponse(status: Int, body: Option[String]): Unit = {}\n}\n\nclass PrintlnHandler(out: PrintStream = System.out) extends DebugHandler {\n  def onRequest(method: String, path: String, body: JValue): Unit = {\n    out.println(s\"onRequest: $method $path $body\")\n  }\n  def onResponse(status: Int, body: Option[String]): Unit = {\n    out.println(s\"onResponse: $status $body\")\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/Main.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.app\n\nimport java.util.Base64\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.UnauthorizedException\nimport codecheck.github.transport.asynchttp19.AsyncHttp19Transport\nimport com.ning.http.client.AsyncHttpClient\nimport scopt.OptionParser\n\nobject Main {\n\n  case class Config(user: String = \"\", pass: String = \"\") {\n    def userToken: Option[(String, String)] = {\n      if (user.length > 0 && pass.length > 0) {\n        val encoded = Base64.getEncoder.encodeToString((user + \":\" + pass).getBytes(\"utf-8\"))\n        Some((encoded, \"Basic\"))\n      } else {\n        None\n      }\n    }\n  }\n\n  val appName = \"gh-shell\"\n  val parser = new OptionParser[Config](appName) {\n    head(appName, \"0.1.0\")\n    opt[String]('u', \"user\") action { (x, c) =>\n      c.copy(user=x)\n    } text(\"username for GitHub\")\n    opt[String]('p', \"password\") action { (x, c) =>\n      c.copy(pass=x)\n    } text(\"password\")\n    note(s\"\"\"\n      |Shell for GitHub\n      |\n      |#Use with login\n      |\n      |  $appName -u USERNAME - p PASSWORD\n      |\n      |#Use with GITHUB_TOKEN which set in environment variable\n      |\n      |  env GITHUB_TOKEN=YOUR_GITHUB_TOKEN $appName\n    \"\"\".stripMargin)\n  }\n\n  def run(config: Config) = {\n    config.userToken.orElse {\n      sys.env.get(\"GITHUB_TOKEN\").map(s => (s, \"token\"))\n    }.map { case (token, tokenType) =>\n      val client = new AsyncHttp19Transport(new AsyncHttpClient())\n      val api = new GitHubAPI(token, client, tokenType)\n      try {\n        api.user\n        new CommandRunner(api).run\n        0\n      } catch {\n        case e: UnauthorizedException =>\n          api.close\n          println(\"Unauthorized user\")\n          -1\n      }\n    }.getOrElse {\n      parser.showUsage\n      -1\n    }\n  }\n\n  def main(args: Array[String]): Unit = {\n    parser.parse(args, Config()) match {\n      case Some(config) => run(config)\n      case None =>\n    }\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/exceptions\/UnauthorizedException.scala","text":"package codecheck.github.exceptions\n\nimport org.json4s.JValue\n\nclass UnauthorizedException(body: JValue) extends GitHubAPIException(body)\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/StatusOp.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/operations\/StatusOp.scala\npackage codecheck.github\npackage operations\n\nimport org.json4s.JArray\n\nimport codecheck.github.models.CombinedStatus\nimport codecheck.github.models.Status\nimport codecheck.github.models.StatusInput\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\ntrait StatusOp {\n  self: api.GitHubAPI =>\n\n  def createStatus(owner: String, repo: String, sha: String, input: StatusInput): Future[Status] = {\n    val path = s\"\/repos\/$owner\/$repo\/statuses\/$sha\"\n    exec(\"POST\", path, input.value).map { result =>\n      Status(result.body)\n    }\n  }\n\n  def listStatus(owner: String, repo: String, sha: String): Future[List[Status]] = {\n    val path = s\"\/repos\/$owner\/$repo\/commits\/$sha\/statuses\"\n    exec(\"GET\", path, fail404 = false).map { result =>\n      result.statusCode match {\n        case 404 => Nil\n        case _ => result.body match {\n          case JArray(arr) => arr.map(Status(_))\n          case _ => throw new IllegalStateException()\n        }\n      }\n    }\n  }\n\n  def getStatus(owner: String, repo: String, sha: String): Future[CombinedStatus] = {\n    val path = s\"\/repos\/$owner\/$repo\/commits\/$sha\/status\"\n    exec(\"GET\", path).map { result =>\n      CombinedStatus(result.body)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/DefaultEvent.scala","text":"package codecheck.github.events\n\nimport org.json4s.JValue\nimport codecheck.github.models.AbstractJson\n\ncase class DefaultEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/IssueOpSpec.scala","text":"<gh_stars>10-100\npackage codecheck.github\npackage operations\n\nimport models._\n\nimport org.scalatest.FunSpec\nimport org.scalatest.BeforeAndAfterAll\nimport scala.concurrent.Await\nimport org.joda.time.DateTime\nimport org.joda.time.DateTimeZone\n\nclass IssueOpSpec extends FunSpec with api.Constants with BeforeAndAfterAll {\n\n  val number = 1\n  var nUser: Long = 0\n  var nOrg: Long = 0\n  var nTime: DateTime = DateTime.now\n  val tRepo = \"test-repo2\"\n\n  describe(\"createIssue(owner, repo, input)\") {\n    val input = IssueInput(Some(\"test issue\"), Some(\"testing\"), Some(user), None, Seq(\"question\"))\n\n    it(\"should create issue for user's own repo.\") {\n      val result = Await.result(api.createIssue(user, userRepo, input), TIMEOUT)\n      nUser = result.number\n      assert(result.url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/issues\/\" + nUser)\n      assert(result.labels_url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/issues\/\" + nUser + \"\/labels{\/name}\")\n      assert(result.comments_url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/issues\/\" + nUser + \"\/comments\")\n      assert(result.events_url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/issues\/\" + nUser + \"\/events\")\n      assert(result.html_url == \"https:\/\/github.com\/\" + user + \"\/\" + userRepo + \"\/issues\/\" + nUser)\n      assert(result.title == \"test issue\")\n      assert(result.user.login == user)\n      assert(result.labels.head.name == \"question\")\n      assert(result.state == IssueState.open)\n      assert(result.locked == false)\n      assert(result.assignee.get.login == user)\n      assert(result.comments == 0)\n      assert(result.created_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n      assert(result.updated_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n      assert(result.closed_at.isEmpty)\n      assert(result.body == \"testing\")\n      assert(result.closed_by.isEmpty)\n    }\n\n    it(\"should create issue for organization's repo.\") {\n      val result = Await.result(api.createIssue(organization, tRepo, input), TIMEOUT)\n      nOrg = result.number\n      assert(result.url == \"https:\/\/api.github.com\/repos\/\" + organization + \"\/\" + tRepo + \"\/issues\/\" + nOrg)\n      assert(result.labels_url == \"https:\/\/api.github.com\/repos\/\" + organization + \"\/\" + tRepo + \"\/issues\/\" + nOrg + \"\/labels{\/name}\")\n      assert(result.comments_url == \"https:\/\/api.github.com\/repos\/\" + organization + \"\/\" + tRepo+ \"\/issues\/\" + nOrg + \"\/comments\")\n      assert(result.events_url == \"https:\/\/api.github.com\/repos\/\" + organization + \"\/\" + tRepo + \"\/issues\/\" + nOrg + \"\/events\")\n      assert(result.html_url == \"https:\/\/github.com\/\" + organization + \"\/\" + tRepo + \"\/issues\/\" + nOrg)\n      assert(result.title == \"test issue\")\n      assert(result.user.login == user)\n      assert(result.labels.isEmpty) \/\/Label is not set if user is not the organization member.\n      assert(result.state == IssueState.open)\n      assert(result.locked == false)\n      assert(result.assignee.isEmpty) \/\/Assignee is not set if user is not the organization member.\n      assert(result.milestone.isEmpty) \/\/Assignee is not set if user is not the organization member.\n      assert(result.comments == 0)\n      assert(result.created_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n      assert(result.updated_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n      assert(result.body == \"testing\")\n      assert(result.closed_by.isEmpty)\n    }\n  }\n\n  describe(\"getIssue(owner, repo, number)\") {\n    it(\"should return issue from user's own repo.\") {\n      val result = Await.result(api.getIssue(user, userRepo, nUser), TIMEOUT)\n      assert(result.get.title == \"test issue\")\n    }\n\n    it(\"should return issue from organization's repo.\") {\n      val result = Await.result(api.getIssue(organization, tRepo, nOrg), TIMEOUT)\n      assert(result.get.title == \"test issue\")\n    }\n  }\n\n  describe(\"unassign(owner, repo, number)\") {\n    it(\"should succeed with valid inputs on issues in user's own repo.\") {\n      val result = Await.result(api.unassign(user, userRepo, nUser), TIMEOUT)\n      assert(result.opt(\"assignee\").isEmpty)\n    }\n\n    \/\/ it(\"should succeed with valid inputs on issues in organization's repo.\") {\n    \/\/   val result = Await.result(api.unassign(organization, tRepo, nOrg), TIMEOUT)\n    \/\/   assert(result.opt(\"assignee\").isEmpty)\n    \/\/ }\n  }\n\n  describe(\"assign(owner, repo, number, assignee)\") {\n    it(\"should succeed with valid inputs on issues in user's own repo.\") {\n      val result = Await.result(api.assign(user, userRepo, nUser, user), TIMEOUT)\n      assert(result.get(\"assignee.login\") == user)\n    }\n\n    \/\/ it(\"should succeed with valid inputs on issues in organization's repo.\") {\n    \/\/   val result = Await.result(api.assign(organization, tRepo, nOrg, user), TIMEOUT)\n    \/\/   assert(result.get(\"assignee.login\") == user)\n    \/\/ }\n  }\n\n  describe(\"listAllIssues(option)\") {\n    it(\"shold return at least one issue.\") {\n      val result = Await.result(api.listAllIssues(), TIMEOUT)\n      assert(result.length > 0)\n    }\n\n    it(\"shold return only two issues when using options.\") {\n      val option = IssueListOption(IssueFilter.created, IssueState.open, Seq(\"question\"), since=Some(nTime))\n      val result = Await.result(api.listAllIssues(option), TIMEOUT)\n      assert(result.length > 0)\n      assert(result.head.title == \"test issue\")\n    }\n  }\n\n  describe(\"listUserIssues(option)\") {\n    it(\"shold return at least one issue.\") {\n      val result = Await.result(api.listUserIssues(), TIMEOUT)\n      assert(result.length > 0)\n    }\n\n    it(\"shold return only one issues when using options.\") {\n      val option = IssueListOption(IssueFilter.created, IssueState.open, Seq(\"question\"), since=Some(nTime))\n      val result = Await.result(api.listUserIssues(option), TIMEOUT)\n      assert(result.length > 0)\n      assert(result.head.title == \"test issue\")\n    }\n  }\n\n  describe(\"listRepositoryIssues(owner, repo, option)\") {\n    it(\"should return at least one issue from user's own repo.\") {\n      val result = Await.result(api.listRepositoryIssues(user, userRepo), TIMEOUT)\n      assert(result.length > 0)\n    }\n\n    it(\"should return at least one issue from organization's repo.\") {\n      val result = Await.result(api.listRepositoryIssues(organization, tRepo), TIMEOUT)\n      assert(result.length > 0)\n    }\n\n    it(\"should return only one issue from user's own repo when using options.\") {\n      val option = new IssueListOption4Repository(Some(MilestoneSearchOption(1)), IssueState.open, Some(user), Some(user), labels=Seq(\"question\"), since=Some(nTime))\n      val result = Await.result(api.listRepositoryIssues(user, userRepo, option), TIMEOUT)\n      \/\/showResponse(option.q)\n      assert(result.length == 1)\n      assert(result.head.title == \"test issue\")\n    }\n\n    it(\"should return only one issue from organization's repo when using options.\") {\n      val option = new IssueListOption4Repository(None, IssueState.open, None, Some(user), labels=Nil, since=Some(nTime))\n      val result = Await.result(api.listRepositoryIssues(organization, tRepo, option), TIMEOUT)\n      assert(result.length == 1)\n      assert(result.head.title == \"test issue\")\n    }\n  }\n\n  describe(\"editIssue(owner, repo, number, input)\") {\n    val input = IssueInput(Some(\"test issue edited\"), Some(\"testing again\"), Some(user), None, Seq(\"question\", \"bug\"), Some(IssueState.closed))\n\n    it(\"should edit the issue in user's own repo.\") {\n      val result = Await.result(api.editIssue(user, userRepo, nUser, input), TIMEOUT)\n      assert(result.title == \"test issue edited\")\n      assert(result.body == \"testing again\")\n      assert(result.labels.head.name == \"bug\")\n      assert(result.state == IssueState.closed)\n      assert(result.updated_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n    }\n\n    it(\"should edit the issue in organization's repo.\") {\n      val result = Await.result(api.editIssue(organization, tRepo, nOrg, input), TIMEOUT)\n      assert(result.title == \"test issue edited\")\n      assert(result.body == \"testing again\")\n      assert(result.milestone.isEmpty)\n      assert(result.labels.isEmpty)\n      assert(result.state == IssueState.closed)\n      assert(result.updated_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/transport\/asynchttp20\/AsyncHttp20Transport.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/transport\/asynchttp20\/AsyncHttp20Transport.scala\npackage codecheck.github.transport.asynchttp20\n\nimport org.asynchttpclient.{AsyncHttpClient, Response => AsyncHttpResponse, AsyncCompletionHandler, BoundRequestBuilder}\n\nimport codecheck.github.transport.{Transport, Request, Response, CompletionHandler}\n\nclass AsyncHttp20Transport(client: AsyncHttpClient) extends Transport{\n\n  def prepareGet(url: String): Request    = new AsyncHttp20Request(client.prepareGet(url))\n  def preparePost(url: String): Request   = new AsyncHttp20Request(client.preparePost(url))\n  def preparePut(url: String): Request    = new AsyncHttp20Request(client.preparePut(url))\n  def prepareDelete(url: String): Request = new AsyncHttp20Request(client.prepareDelete(url))\n\n  def close: Unit = client.close()\n\n}\n\nclass AsyncHttp20Request(request: BoundRequestBuilder) extends Request {\n\n  def setBody(body: String): Request = {\n    request.setBody(body)\n    this\n  }\n\n  def setHeader(name: String, value: String): Request = {\n    request.setHeader(name, value)\n    this\n  }\n\n  def setFollowRedirect(b: Boolean): Request = {\n    request.setFollowRedirect(b)\n    this\n  }\n\n  def addFormParam(name: String, value: String): Request = {\n    request.addFormParam(name, value)\n    this\n  }\n\n  def execute(handler: CompletionHandler): Unit = {\n    request.execute(new AsyncCompletionHandler[AsyncHttpResponse]() {\n      def onCompleted(res: AsyncHttpResponse) = {\n        handler.onCompleted(new AsyncHttp20Response(res))\n        res\n      }\n      override def onThrowable(t: Throwable): Unit = {\n        handler.onThrowable(t)\n        super.onThrowable(t)\n      }\n    })\n  }\n}\n\nclass AsyncHttp20Response(response: AsyncHttpResponse) extends Response {\n\n  def getResponseBody: Option[String] = Option(response.getResponseBody())\n  def getStatusCode: Int = response.getStatusCode\n}\n\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/exceptions\/GitHubAPIException.scala","text":"<gh_stars>10-100\npackage codecheck.github.exceptions\n\nimport org.json4s.JValue\nimport codecheck.github.models.ErrorResponse\n\nclass GitHubAPIException(body: JValue) extends Exception {\n  lazy val error = ErrorResponse(body)\n\n  override def getMessage = error.toString\n\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Repository.scala","text":"<gh_stars>10-100\npackage codecheck.github.models\n\nimport java.net.URL\nimport org.json4s.JValue\nimport codecheck.github.utils.ToDo\n\nsealed abstract class RepositoryListType(val name: String) {\n  override def toString = name\n}\n\nobject RepositoryListType {\n  case object all extends RepositoryListType(\"all\")\n  case object owner extends RepositoryListType(\"owner\")\n  case object public extends RepositoryListType(\"public\")\n  case object private_ extends RepositoryListType(\"private\")\n  case object member extends RepositoryListType(\"member\")\n  case object forks extends RepositoryListType(\"forks\")\n  case object sources extends RepositoryListType(\"sources\")\n\n  val values = Array(all, owner, public, private_, member, forks, sources)\n\n  def fromString(str: String) = if (str == \"private\") {\n    private_\n  } else {\n    values.filter(_.name == str).head\n  }\n}\n\nsealed abstract class RepositorySort(val name: String) {\n  override def toString = name\n}\n\nobject RepositorySort {\n  case object created extends RepositorySort(\"created\")\n  case object updated extends RepositorySort(\"updated\")\n  case object pushed extends RepositorySort(\"pushed\")\n  case object full_name extends RepositorySort(\"full_name\")\n\n  val values = Array(created, updated, pushed, full_name)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\ncase class RepositoryListOption(\n  listType: RepositoryListType = RepositoryListType.all,\n  sort: RepositorySort = RepositorySort.full_name,\n  direction: SortDirection = SortDirection.asc\n)\n\ncase class RepositoryInput(\n  name: String,\n  description: Option[String] = None,\n  homepage: Option[URL] = None,\n  `private`: Boolean = false,\n  has_issues: Boolean = true,\n  has_wiki: Boolean = true,\n  has_downloads: Boolean = true,\n  team_id: Option[Int] = None,\n  auto_init: Boolean = false,\n  gitignore_template: Option[String] = None,\n  license_template: Option[String] = None\n) extends AbstractInput\n\ncase class Repository(value: JValue) extends AbstractJson(value) {\n  def id = get(\"id\").toLong\n  def name = get(\"name\")\n  def full_name = get(\"full_name\")\n  def url = get(\"url\")\n  def language = get(\"language\")\n  def stargazers_count = get(\"stargazers_count\").toLong\n\n  def description = opt(\"description\")\n  def open_issues_count = get(\"open_issues_count\").toLong\n  def `private` = boolean(\"private\")\n\n  lazy val permissions = Permissions(value \\ \"permissions\")\n  lazy val owner = User(value \\ \"owner\")\n}\n\ncase class Permissions(value: JValue) extends AbstractJson(value) {\n  def admin = boolean(\"admin\")\n  def push = boolean(\"push\")\n  def pull = boolean(\"pull\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.2-1\")\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.6\")\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/MilestoneOp.scala","text":"<gh_stars>10-100\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JString\nimport org.json4s.JNothing\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.Milestone\nimport codecheck.github.models.MilestoneInput\nimport codecheck.github.models.MilestoneListOption\n\ntrait MilestoneOp {\n  self: GitHubAPI =>\n\n  def listMilestones(\n    owner: String,\n    repo: String,\n    option: MilestoneListOption = MilestoneListOption()\n  ): Future[List[Milestone]] = {\n    val path = s\"\/repos\/$owner\/$repo\/milestones?state=${option.state}&sort=${option.sort}&direction=${option.direction}\"\n    exec(\"GET\", path).map(\n      _.body match {\n        case JArray(arr) => arr.map(v => Milestone(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  def getMilestone(owner: String, repo: String, number: Int): Future[Option[Milestone]] = {\n    val path = s\"\/repos\/$owner\/$repo\/milestones\/$number\"\n    exec(\"GET\", path, fail404=false).map { res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(Milestone(res.body))\n      }\n    }\n  }\n\n  def createMilestone(owner: String, repo: String, input: MilestoneInput): Future[Milestone] = {\n    val path = s\"\/repos\/$owner\/$repo\/milestones\"\n    exec(\"POST\", path, input.value).map(res => Milestone(res.body))\n  }\n\n  def updateMilestone(owner: String, repo: String, number: Int, input: MilestoneInput): Future[Milestone] = {\n    val path = s\"\/repos\/$owner\/$repo\/milestones\/$number\"\n    exec(\"PATCH\", path, input.value).map(res => Milestone(res.body))\n  }\n\n  def removeMilestone(owner: String, repo: String, number: Int): Future[Boolean] = {\n    val path = s\"\/repos\/$owner\/$repo\/milestones\/$number\"\n    exec(\"DELETE\", path).map(_.statusCode == 204)\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/WebhookOp.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.Webhook\nimport codecheck.github.models.WebhookConfig\nimport codecheck.github.models.WebhookCreateInput\nimport codecheck.github.models.WebhookUpdateInput\n\ntrait WebhookOp {\n  self: GitHubAPI =>\n\n  def listWebhooks(owner: String, repo: String): Future[List[Webhook]] = {\n    self.exec(\"GET\", s\"\/repos\/${owner}\/${repo}\/hooks\").map { \n      _.body match {\n        case JArray(arr) => arr.map(new Webhook(_))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n  def getWebhook(owner: String, repo: String, id: Long): Future[Option[Webhook]] = {\n    self.exec(\"GET\", s\"\/repos\/${owner}\/${repo}\/hooks\/${id}\", fail404=false).map { res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(new Webhook(res.body))\n      }\n    }\n  } \n\n  def createWebhook(owner: String, repo: String, input: WebhookCreateInput): Future[Webhook] = {\n    self.exec(\"POST\", s\"\/repos\/${owner}\/${repo}\/hooks\", input.value).map { res =>\n      new Webhook(res.body)\n    }\n  }\n\n  \/\/It is apparently an issue with Github's Webhook API that add_events and remove_events cannot be done\n  \/\/in a single operation. To add and remove events, it must be done through two seperate calls of updateWebhook.\n  def updateWebhook(owner: String, repo: String, id: Long, input: WebhookUpdateInput): Future[Webhook] = {\n    self.exec(\"PATCH\", s\"\/repos\/${owner}\/${repo}\/hooks\/${id}\", input.value).map { res =>\n      new Webhook(res.body)\n    }\n  } \n\n  def testWebhook(owner: String, repo: String, id: Long): Future[Boolean] = {\n    self.exec(\"POST\", s\"\/repos\/${owner}\/${repo}\/hooks\/${id}\/test\", fail404=false).map { res =>\n      res.statusCode match {\n        case 204 => true\n        case _ => false\n      }\n    }\n  } \n\n  def pingWebhook(owner: String, repo: String, id: Long): Future[Boolean] = {\n    self.exec(\"POST\", s\"\/repos\/${owner}\/${repo}\/hooks\/${id}\/pings\", fail404=false).map { res =>\n      res.statusCode match {\n        case 204 => true\n        case _ => false\n      }\n    }\n  } \n\n  def removeWebhook(owner: String, repo: String, id: Long): Future[Boolean] = {\n    self.exec(\"DELETE\", s\"\/repos\/${owner}\/${repo}\/hooks\/${id}\", fail404=false).map { res =>\n      res.statusCode match {\n        case 204 => true\n        case _ => false\n      }\n    }\n  } \n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/events\/PullRequestReviewEventJson.scala","text":"package codecheck.github\npackage events\n\nimport org.json4s.jackson.JsonMethods\n\ntrait PullRequestReviewEventJson {\n\n  val pullRequestReviewEventJson = JsonMethods.parse(\n    \"\"\"{\n      |  \"action\": \"submitted\",\n      |  \"review\": {\n      |    \"id\": 2626884,\n      |    \"user\": {\n      |      \"login\": \"baxterthehacker\",\n      |      \"id\": 6752317,\n      |      \"avatar_url\": \"https:\/\/avatars.githubusercontent.com\/u\/6752317?v=3\",\n      |      \"gravatar_id\": \"\",\n      |      \"url\": \"https:\/\/api.github.com\/users\/baxterthehacker\",\n      |      \"html_url\": \"https:\/\/github.com\/baxterthehacker\",\n      |      \"followers_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/followers\",\n      |      \"following_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/following{\/other_user}\",\n      |      \"gists_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/gists{\/gist_id}\",\n      |      \"starred_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/starred{\/owner}{\/repo}\",\n      |      \"subscriptions_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/subscriptions\",\n      |      \"organizations_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/orgs\",\n      |      \"repos_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/repos\",\n      |      \"events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/events{\/privacy}\",\n      |      \"received_events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/received_events\",\n      |      \"type\": \"User\",\n      |      \"site_admin\": false\n      |    },\n      |    \"body\": \"Looks great!\",\n      |    \"submitted_at\": \"2016-10-03T23:39:09Z\",\n      |    \"state\": \"approved\",\n      |    \"html_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo\/pull\/8#pullrequestreview-2626884\",\n      |    \"pull_request_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\",\n      |    \"_links\": {\n      |      \"html\": {\n      |        \"href\": \"https:\/\/github.com\/baxterthehacker\/public-repo\/pull\/8#pullrequestreview-2626884\"\n      |      },\n      |      \"pull_request\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\"\n      |      }\n      |    }\n      |  },\n      |  \"pull_request\": {\n      |    \"url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\",\n      |    \"id\": 87811438,\n      |    \"html_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo\/pull\/8\",\n      |    \"diff_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo\/pull\/8.diff\",\n      |    \"patch_url\": 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\"language\": null,\n      |        \"has_issues\": true,\n      |        \"has_downloads\": true,\n      |        \"has_wiki\": true,\n      |        \"has_pages\": true,\n      |        \"forks_count\": 2,\n      |        \"mirror_url\": null,\n      |        \"open_issues_count\": 5,\n      |        \"forks\": 2,\n      |        \"open_issues\": 5,\n      |        \"watchers\": 2,\n      |        \"default_branch\": \"master\"\n      |      }\n      |    },\n      |    \"_links\": {\n      |      \"self\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\"\n      |      },\n      |      \"html\": {\n      |        \"href\": \"https:\/\/github.com\/baxterthehacker\/public-repo\/pull\/8\"\n      |      },\n      |      \"issue\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/issues\/8\"\n      |      },\n      |      \"comments\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/issues\/8\/comments\"\n      |      },\n      |      \"review_comments\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\/comments\"\n      |      },\n      |      \"review_comment\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/comments{\/number}\"\n      |      },\n      |      \"commits\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls\/8\/commits\"\n      |      },\n      |      \"statuses\": {\n      |        \"href\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/statuses\/b7a1f9c27caa4e03c14a88feb56e2d4f7500aa63\"\n      |      }\n      |    }\n      |  },\n      |  \"repository\": {\n      |    \"id\": 35129377,\n      |    \"name\": \"public-repo\",\n      |    \"full_name\": \"baxterthehacker\/public-repo\",\n      |    \"owner\": {\n      |      \"login\": \"baxterthehacker\",\n      |      \"id\": 6752317,\n      |      \"avatar_url\": \"https:\/\/avatars.githubusercontent.com\/u\/6752317?v=3\",\n      |      \"gravatar_id\": \"\",\n      |      \"url\": \"https:\/\/api.github.com\/users\/baxterthehacker\",\n      |      \"html_url\": \"https:\/\/github.com\/baxterthehacker\",\n      |      \"followers_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/followers\",\n      |      \"following_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/following{\/other_user}\",\n      |      \"gists_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/gists{\/gist_id}\",\n      |      \"starred_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/starred{\/owner}{\/repo}\",\n      |      \"subscriptions_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/subscriptions\",\n      |      \"organizations_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/orgs\",\n      |      \"repos_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/repos\",\n      |      \"events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/events{\/privacy}\",\n      |      \"received_events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/received_events\",\n      |      \"type\": \"User\",\n      |      \"site_admin\": false\n      |    },\n      |    \"private\": false,\n      |    \"html_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo\",\n      |    \"description\": \"\",\n      |    \"fork\": false,\n      |    \"url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\",\n      |    \"forks_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/forks\",\n      |    \"keys_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/keys{\/key_id}\",\n      |    \"collaborators_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/collaborators{\/collaborator}\",\n      |    \"teams_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/teams\",\n      |    \"hooks_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/hooks\",\n      |    \"issue_events_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/issues\/events{\/number}\",\n      |    \"events_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/events\",\n      |    \"assignees_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/assignees{\/user}\",\n      |    \"branches_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/branches{\/branch}\",\n      |    \"tags_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/tags\",\n      |    \"blobs_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/git\/blobs{\/sha}\",\n      |    \"git_tags_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/git\/tags{\/sha}\",\n      |    \"git_refs_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/git\/refs{\/sha}\",\n      |    \"trees_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/git\/trees{\/sha}\",\n      |    \"statuses_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/statuses\/{sha}\",\n      |    \"languages_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/languages\",\n      |    \"stargazers_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/stargazers\",\n      |    \"contributors_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/contributors\",\n      |    \"subscribers_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/subscribers\",\n      |    \"subscription_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/subscription\",\n      |    \"commits_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/commits{\/sha}\",\n      |    \"git_commits_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/git\/commits{\/sha}\",\n      |    \"comments_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/comments{\/number}\",\n      |    \"issue_comment_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/issues\/comments{\/number}\",\n      |    \"contents_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/contents\/{+path}\",\n      |    \"compare_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/compare\/{base}...{head}\",\n      |    \"merges_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/merges\",\n      |    \"archive_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/{archive_format}{\/ref}\",\n      |    \"downloads_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/downloads\",\n      |    \"issues_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/issues{\/number}\",\n      |    \"pulls_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/pulls{\/number}\",\n      |    \"milestones_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/milestones{\/number}\",\n      |    \"notifications_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/notifications{?since,all,participating}\",\n      |    \"labels_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/labels{\/name}\",\n      |    \"releases_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/releases{\/id}\",\n      |    \"deployments_url\": \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\/deployments\",\n      |    \"created_at\": \"2015-05-05T23:40:12Z\",\n      |    \"updated_at\": \"2016-08-15T17:19:01Z\",\n      |    \"pushed_at\": \"2016-10-03T23:37:43Z\",\n      |    \"git_url\": \"git:\/\/github.com\/baxterthehacker\/public-repo.git\",\n      |    \"ssh_url\": \"git@github.com:baxterthehacker\/public-repo.git\",\n      |    \"clone_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo.git\",\n      |    \"svn_url\": \"https:\/\/github.com\/baxterthehacker\/public-repo\",\n      |    \"homepage\": null,\n      |    \"size\": 233,\n      |    \"stargazers_count\": 2,\n      |    \"watchers_count\": 2,\n      |    \"language\": null,\n      |    \"has_issues\": true,\n      |    \"has_downloads\": true,\n      |    \"has_wiki\": true,\n      |    \"has_pages\": true,\n      |    \"forks_count\": 2,\n      |    \"mirror_url\": null,\n      |    \"open_issues_count\": 5,\n      |    \"forks\": 2,\n      |    \"open_issues\": 5,\n      |    \"watchers\": 2,\n      |    \"default_branch\": \"master\"\n      |  },\n      |  \"sender\": {\n      |    \"login\": \"baxterthehacker\",\n      |    \"id\": 6752317,\n      |    \"avatar_url\": \"https:\/\/avatars.githubusercontent.com\/u\/6752317?v=3\",\n      |    \"gravatar_id\": \"\",\n      |    \"url\": \"https:\/\/api.github.com\/users\/baxterthehacker\",\n      |    \"html_url\": \"https:\/\/github.com\/baxterthehacker\",\n      |    \"followers_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/followers\",\n      |    \"following_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/following{\/other_user}\",\n      |    \"gists_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/gists{\/gist_id}\",\n      |    \"starred_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/starred{\/owner}{\/repo}\",\n      |    \"subscriptions_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/subscriptions\",\n      |    \"organizations_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/orgs\",\n      |    \"repos_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/repos\",\n      |    \"events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/events{\/privacy}\",\n      |    \"received_events_url\": \"https:\/\/api.github.com\/users\/baxterthehacker\/received_events\",\n      |    \"type\": \"User\",\n      |    \"site_admin\": false\n      |  }\n      |}\n      |\"\"\".stripMargin)\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/events\/GitHubEventSpec.scala","text":"package codecheck.github\npackage events\n\nimport org.scalatest.FunSpec\nimport org.scalatest.Inside\nimport org.scalatest.Matchers\n\nclass GitHubEventSpec extends FunSpec with Matchers with Inside\n    with IssueEventJson\n    with PullRequestEventJson\n    with PullRequestReviewEventJson\n    with PushEventJson {\n\n  describe(\"GitHubEvent(issue, JValue)\") {\n    val event = GitHubEvent(\"issues\", issueEventJson)\n\n    it(\"should yield IssueEvent\") {\n      event shouldBe a [IssueEvent]\n    }\n    describe(\"IssueEvent\") {\n      inside(event) {\n        case e @ IssueEvent(name, _) =>\n          it(\"should have a name\") {\n            assert(name === \"issues\")\n          }\n          it(\"should have an action\") {\n            assert(e.action === models.IssueAction.opened)\n          }\n          it(\"should have an issue\") {\n            e.issue shouldBe a [models.Issue]\n          }\n          describe(\"Issue\") {\n            val issue = e.issue\n            it(\"should have a number\") {\n              assert(issue.number === 2L)\n            }\n            it(\"should have a title\") {\n              assert(issue.title === \"Spelling error in the README file\")\n            }\n            it(\"should have a state\") {\n              assert(issue.state === models.IssueState.open)\n            }\n            it(\"should have a body\") {\n              val exp = \"\"\n              assert(issue.body === exp)\n            }\n          }\n      }\n    }\n  }\n\n  describe(\"GitHubEvent(push, JValue)\") {\n    val event = GitHubEvent(\"push\", pushEventJson)\n\n    it(\"should yield PushEvent\") {\n      event shouldBe a [PushEvent]\n    }\n    describe(\"Push\") {\n      inside(event) {\n        case e @ PushEvent(name, _) =>\n          it(\"should have a name\") {\n            assert(name === \"push\")\n          }\n          it(\"should have a ref\") {\n            assert(e.ref === \"refs\/heads\/changes\")\n          }\n          it(\"should have a base ref\") {\n            assert(e.base_ref === None)\n          }\n          it(\"should have a before\") {\n            assert(e.before === \"9049f1265b7d61be4a8904a9a27120d2064dab3b\")\n          }\n          it(\"should have an after\") {\n            assert(e.after === \"0d1a26e67d8f5eaf1f6ba5c57fc3c7d91ac0fd1c\")\n          }\n          it(\"should have a head commit\") {\n            e.head_commit shouldBe a [PushCommit]\n          }\n          describe(\"PushCommit\") {\n            val commit = e.head_commit\n            it(\"should have a id\") {\n              assert(commit.id === \"0d1a26e67d8f5eaf1f6ba5c57fc3c7d91ac0fd1c\")\n            }\n            it(\"should have a message\") {\n              assert(commit.message === \"Update README.md\")\n            }\n            it(\"should have a timestamp\") {\n              assert(commit.timestamp === \"2015-05-05T19:40:15-04:00\")\n            }\n            it(\"should have a tree_id\") {\n              assert(commit.tree_id === \"f9d2a07e9488b91af2641b26b9407fe22a451433\")\n            }\n            it(\"should have a comitter\") {\n              commit.committer shouldBe a [models.User]\n            }\n          }\n          it(\"should have a repository\") {\n            e.repository shouldBe a [models.Repository]\n          }\n          describe(\"Repository\") {\n            val repo = e.repository\n            it(\"should have an id\") {\n              assert(repo.id === 35129377)\n            }\n            it(\"should have a name\") {\n              assert(repo.name === \"public-repo\")\n            }\n            it(\"should have a full_name\") {\n              assert(repo.full_name === \"baxterthehacker\/public-repo\")\n            }\n            it(\"should have a owner\") {\n              repo.owner shouldBe a [models.User]\n            }\n          }\n          it(\"should have a pusher\") {\n            e.pusher shouldBe a [models.User]\n          }\n          it(\"should have a sender\") {\n            e.sender shouldBe a [models.User]\n          }\n      }\n    }\n  }\n\n  describe(\"GitHubEvent(pull_request, JValue)\") {\n    val event = GitHubEvent(\"pull_request\", pullRequestEventJson)\n\n    it(\"should yield PullRequestEvent\") {\n      event shouldBe a [PullRequestEvent]\n    }\n    describe(\"PullRequest\") {\n      inside(event) {\n        case e @ PullRequestEvent(name, _) =>\n          it(\"should have a name\") {\n            assert(name === \"pull_request\")\n          }\n          it(\"should have a number\") {\n            assert(e.number === 1L)\n          }\n          it(\"should have an action\") {\n            assert(e.action === models.PullRequestAction.opened)\n          }\n          it(\"should have a pull request\") {\n            e.pull_request shouldBe a [models.PullRequest]\n          }\n          describe(\"PullRequest\") {\n            val pr = e.pull_request\n            it(\"should have a number\") {\n              assert(pr.number === 1L)\n            }\n            it(\"should have a title\") {\n              assert(pr.title === \"Update the README with new information\")\n            }\n            it(\"should have a state\") {\n              assert(pr.state === models.IssueState.open)\n            }\n            it(\"should have a body\") {\n              val exp = \"This is a pretty simple change that we need to pull into master.\"\n              assert(pr.body === exp)\n            }\n            it(\"should have a head\") {\n              pr.head shouldBe a [models.PullRequestRef]\n            }\n            describe(\"PullRequestRef\") {\n              val head = pr.head\n              it(\"should have a label\") {\n                assert(head.label === \"baxterthehacker:changes\")\n              }\n              it(\"should have a ref\") {\n                assert(head.ref === \"changes\")\n              }\n              it(\"should have a sha\") {\n                assert(head.sha === \"0d1a26e67d8f5eaf1f6ba5c57fc3c7d91ac0fd1c\")\n              }\n              it(\"should have a user\") {\n                head.user shouldBe a [models.User]\n              }\n              it(\"should have a repo\") {\n                head.repo.get shouldBe a [models.Repository]\n              }\n            }\n            it(\"should have a base\") {\n              pr.base shouldBe a [models.PullRequestRef]\n            }\n          }\n      }\n    }\n  }\n\n  describe(\"GitHubEvent(pull_request_review, JValue)\") {\n    val event = GitHubEvent(\"pull_request_review\", pullRequestReviewEventJson)\n\n    it(\"should yield PullRequestReviewEvent\") {\n      event shouldBe a [PullRequestReviewEvent]\n    }\n    describe(\"PullRequestReviewEvent\") {\n      inside(event) {\n        case e @ PullRequestReviewEvent(name, _) =>\n          it(\"should have a name\") {\n            assert(name === \"pull_request_review\")\n          }\n          it(\"should have an action\") {\n            assert(e.action === models.PullRequestReviewAction.submitted)\n          }\n          it(\"should have a review\") {\n            e.review shouldBe a [models.PullRequestReview]\n          }\n          describe(\"PullRequestReview\") {\n            val review = e.review\n            it(\"should have an id\") {\n              assert(review.id === 2626884L)\n            }\n            it(\"should have a state\") {\n              assert(review.state === models.PullRequestReviewState.approved)\n            }\n            it(\"should have a body\") {\n              val exp = \"Looks great!\"\n              assert(review.body === exp)\n            }\n          }\n          it(\"should have a pull request\") {\n            e.pull_request shouldBe a [models.PullRequest]\n          }\n          describe(\"PullRequest\") {\n            val pr = e.pull_request\n            it(\"should have a number\") {\n              assert(pr.number === 8L)\n            }\n            it(\"should have a title\") {\n              assert(pr.title === \"Add a README description\")\n            }\n            it(\"should have a state\") {\n              assert(pr.state === models.IssueState.open)\n            }\n            it(\"should have a body\") {\n              val exp = \"Just a few more details\"\n              assert(pr.body === exp)\n            }\n            it(\"should have a head\") {\n              pr.head shouldBe a [models.PullRequestRef]\n            }\n            describe(\"PullRequestRef\") {\n              val head = pr.head\n              it(\"should have a label\") {\n                assert(head.label === \"skalnik:patch-2\")\n              }\n              it(\"should have a ref\") {\n                assert(head.ref === \"patch-2\")\n              }\n              it(\"should have a sha\") {\n                assert(head.sha === \"b7a1f9c27caa4e03c14a88feb56e2d4f7500aa63\")\n              }\n              it(\"should have a user\") {\n                head.user shouldBe a [models.User]\n              }\n              it(\"should have a repo\") {\n                head.repo.get shouldBe a [models.Repository]\n              }\n            }\n            it(\"should have a base\") {\n              pr.base shouldBe a [models.PullRequestRef]\n            }\n          }\n          it(\"should have a repository\") {\n            e.repository shouldBe a [models.Repository]\n          }\n          describe(\"Repository\") {\n            val repo = e.repository\n            it(\"should have an id\") {\n              assert(repo.id === 35129377L)\n            }\n            it(\"should have a name\") {\n              assert(repo.name === \"public-repo\")\n            }\n            it(\"should have a full_name\") {\n              assert(repo.full_name === \"baxterthehacker\/public-repo\")\n            }\n            it(\"should have a url\") {\n              assert(repo.url === \"https:\/\/api.github.com\/repos\/baxterthehacker\/public-repo\")\n            }\n          }\n          it(\"should have a sender\") {\n            e.sender shouldBe a [models.User]\n          }\n          describe(\"User\") {\n            val user = e.sender\n            it(\"should have an id\") {\n              assert(user.id === 6752317L)\n            }\n            it(\"should have a login\") {\n              assert(user.login === \"baxterthehacker\")\n            }\n            it(\"should have a name\") {\n              assert(user.name === None)\n            }\n          }\n      }\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Milestone.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.models\n\nimport org.json4s.JValue\nimport org.json4s.JsonDSL._\nimport org.joda.time.{DateTime, DateTimeZone}\n\nsealed abstract class MilestoneState(val name: String) {\n  override def toString = name\n}\n\nobject MilestoneState {\n  case object open extends MilestoneState(\"open\")\n  case object closed extends MilestoneState(\"closed\")\n  case object all extends MilestoneState(\"all\")\n\n  val values = Array(open, closed, all)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed abstract class MilestoneSort(val name: String) {\n  override def toString = name\n}\n\nobject MilestoneSort {\n  case object due_date extends MilestoneSort(\"due_date\")\n  case object completeness extends MilestoneSort(\"completeness\")\n\n  val values = Array(due_date, completeness)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\ncase class MilestoneListOption(\n  state: MilestoneState = MilestoneState.open,\n  sort: MilestoneSort = MilestoneSort.due_date,\n  direction: SortDirection = SortDirection.asc\n)\n\ncase class MilestoneInput(\n  title: Option[String] = None,\n  state: Option[MilestoneState] = None,\n  description: Option[String] = None,\n  due_on: Option[DateTime] = None\n) extends AbstractInput {\n  override val value: JValue = {\n    (\"title\" -> title) ~\n    (\"state\" -> state.map(_.name)) ~\n    (\"description\" -> description) ~\n    (\"due_on\" -> due_on.map(_.toDateTime(DateTimeZone.UTC).toString(\"yyyy-MM-dd'T'HH:mm:ss'Z'\")))\n  }\n}\n\nobject MilestoneInput {\n  def apply(title: String): MilestoneInput =\n    MilestoneInput(Some(title), None, None, None)\n  def apply(title: String, description: String): MilestoneInput =\n    MilestoneInput(Some(title), None, Some(description))\n  def apply(title: String, due_on: DateTime): MilestoneInput =\n    MilestoneInput(Some(title), None, None, Some(due_on))\n  def apply(title: String, description: String, due_on: DateTime): MilestoneInput =\n    MilestoneInput(Some(title), None, Some(description), Some(due_on))\n}\n\ncase class Milestone(value: JValue) extends AbstractJson(value) {\n  def url = get(\"url\")\n  def id = get(\"id\").toLong\n  def number = get(\"number\").toInt\n  lazy val state = MilestoneState.fromString(get(\"state\"))\n  def title = get(\"title\")\n  def description = opt(\"description\")\n  lazy val creator = User(value \\ \"creator\")\n  def open_issues = get(\"open_issues\").toInt\n  def closed_issues = get(\"closed_issues\").toInt\n  def created_at = getDate(\"created_at\")\n  def updated_at = getDate(\"updated_at\")\n  def closed_at = dateOpt(\"closed_at\")\n  def due_on = dateOpt(\"due_on\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/AccessToken.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\n\ncase class AccessToken(value: JValue) extends AbstractJson(value) {\n  def access_token = get(\"access_token\")\n  def token_type = get(\"token_type\")\n  def scope: List[String] = get(\"scope\").split(\",\").toList\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/UserOp.scala","text":"package codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.models.User\nimport codecheck.github.models.UserInput\nimport codecheck.github.utils.ToDo\n\ntrait UserOp {\n  self: GitHubAPI =>\n\n  def getAuthenticatedUser: Future[User] = exec(\"GET\", \"\/user\").map { res =>\n    User(res.body)\n  }\n\n  def getUser(username: String): Future[Option[User]] = {\n    exec(\"GET\", s\"\/users\/${username}\", fail404=false).map { res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(new User(res.body))\n      }\n    }\n  }\n  \n  def updateAuthenticatedUser(input: UserInput): Future[User] = {\n    exec(\"PATCH\", s\"\/user\",input.value,fail404=false).map{ res =>\n      User(res.body)\n    }\n  }\n\n  def getAllUsers(since: Long = 0): Future[List[User]] = {\n    val path = if (since == 0) \"\/users\" else s\"\/users?since=$since\"\n    exec(\"GET\", path).map (\n      _.body match {\n        case JArray(arr) => arr.map(v => User(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/PullRequestReviewEvent.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/events\/PullRequestReviewEvent.scala\npackage codecheck.github\npackage events\n\nimport org.json4s.JValue\nimport codecheck.github.models.AbstractJson\nimport codecheck.github.models.PullRequest\nimport codecheck.github.models.PullRequestReview\nimport codecheck.github.models.PullRequestReviewAction\nimport codecheck.github.models.Repository\nimport codecheck.github.models.User\n\ncase class PullRequestReviewEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent {\n  lazy val action = PullRequestReviewAction.fromString(get(\"action\"))\n  lazy val review = PullRequestReview(value \\ \"review\")\n  lazy val pull_request = models.PullRequest(value \\ \"pull_request\")\n  lazy val repository = new Repository(value \\ \"repository\")\n  lazy val sender = new User(value \\ \"sender\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/Command.scala","text":"package codecheck.github.app\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.api.RepositoryAPI\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.utils.Json4s\n\ntrait Command {\n  implicit val formats = Json4s.formats\n\n  val api: GitHubAPI\n\n  def parseRepo(str: String, origin: Option[Repo] = None): Repo = {\n    val split = str.split(\"\/\")\n    if (split.length == 2) {\n      Repo(split(0), split(1))\n    } else {\n      Repo(origin.map(_.owner).getOrElse(api.user.login), str)\n    }\n  }\n\n  def withRepo(repo: Option[Repo])(f: RepositoryAPI => Future[Any]): Future[Any] = {\n    repo.map { v =>\n      val rapi = api.repositoryAPI(v.owner, v.name)\n      f(rapi)\n    }.getOrElse {\n      println(\"Repository not specified\")\n      Future(false)\n    }\n  }\n\n  def run(setting: CommandSetting, args: List[String]): Future[CommandSetting]\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/transport\/Transport.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/transport\/Transport.scala\npackage codecheck.github.transport\n\ntrait Transport {\n\n  def prepareGet(url: String): Request\n  def preparePost(url: String): Request\n  def preparePut(url: String): Request\n  def prepareDelete(url: String): Request\n\n  def close: Unit\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/utils\/Json4s.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/utils\/Json4s.scala\npackage codecheck.github.utils\n\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\nobject Json4s {\n  implicit val formats = DefaultFormats ++ org.json4s.ext.JodaTimeSerializers.all\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/transport\/Request.scala","text":"<reponame>code-check\/github-api<filename>src\/main\/scala\/codecheck\/github\/transport\/Request.scala\npackage codecheck.github.transport\n\ntrait Request {\n  def setBody(body: String): Request\n  def setHeader(name: String, value: String): Request\n  def setFollowRedirect(b: Boolean): Request\n  def addFormParam(name: String, value: String): Request\n\n  def execute(handler: CompletionHandler): Unit\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/BranchOp.scala","text":"package codecheck.github.operations\n\nimport java.net.URLEncoder\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JString\nimport org.json4s.JNothing\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.models.BranchListItem\nimport codecheck.github.models.Branch\n\ntrait BranchOp {\n  self: GitHubAPI =>\n\n  def listBranches(owner: String, repo: String): Future[List[BranchListItem]] = {\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/branches\").map(\n      _.body match {\n        case JArray(arr) => arr.map(v => BranchListItem(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  def getBranch(owner: String, repo: String, branch: String): Future[Option[Branch]] = {\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/branches\/${encode(branch)}\", fail404=false).map{ res =>\n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(Branch(res.body))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/StatusOpSpec.scala","text":"package codecheck.github\npackage operations\n\nimport models._\n\nimport codecheck.github.models.Status\nimport codecheck.github.models.StatusInput\nimport codecheck.github.models.StatusState\n\nimport exceptions._\n\nimport codecheck.github.exceptions.GitHubAPIException\nimport codecheck.github.exceptions.NotFoundException\n\nimport org.scalatest.FunSpec\nimport scala.concurrent.Await\n\nclass StatusOpSpec extends FunSpec with api.Constants {\n\n  describe(\"listStatus(owner, repo, sha)\") {\n\n    it(\"should have zero or more statuses\") {\n      val result = Await.result(api.listStatus(user, userRepo, userSha), TIMEOUT)\n      result.map { status =>\n        assert(StatusState.values.contains(status.state))\n      }\n    }\n  }\n\n  describe(\"getStatus(owner, repo, sha)\") {\n\n    it(\"should have a status or not\") {\n      val result = Await.result(api.getStatus(user, userRepo, userSha), TIMEOUT)\n      assert(StatusState.values.contains(result.state))\n      assert(result.sha == userSha)\n      assert(result.total_count >= 0L)\n      assert(result.statuses.length >= 0L)\n      result.statuses.map { status =>\n        assert(StatusState.values.contains(status.state))\n      }\n    }\n  }\n\n  describe(\"createStatus(owner, repo, sha, input)\") {\n\n    it(\"should be pending\") {\n      val input = StatusInput(StatusState.pending)\n      val result = Await.result(api.createStatus(user, userRepo, userSha, input), TIMEOUT)\n      assert(result.state == StatusState.pending)\n      assert(result.target_url == None)\n      assert(result.description == None)\n      assert(result.context == \"default\")\n    }\n\n    it(\"should be success\") {\n      val input = StatusInput(StatusState.success, Some(\"http:\/\/\"))\n      val result = Await.result(api.createStatus(user, userRepo, userSha, input), TIMEOUT)\n      assert(result.state == StatusState.success)\n      assert(result.target_url == Some(\"http:\/\/\"))\n    }\n\n    it(\"should be error\") {\n      val input = StatusInput(StatusState.error, description = Some(\"Description\"))\n      val result = Await.result(api.createStatus(user, userRepo, userSha, input), TIMEOUT)\n      assert(result.state == StatusState.error)\n      assert(result.description == Some(\"Description\"))\n    }\n\n    it(\"should be failure\") {\n      val input = StatusInput(StatusState.failure, context = Some(\"context\"))\n      val result = Await.result(api.createStatus(user, userRepo, userSha, input), TIMEOUT)\n      assert(result.state == StatusState.failure)\n      assert(result.context == \"context\")\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/RepositoryOpSpec.scala","text":"package codecheck.github\npackage operations\n\nimport org.scalatest.path.FunSpec\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass RepositoryOpSpec extends FunSpec with api.Constants\n{\n\n  describe(\"listOwnRepositories\") {\n    it(\"should succeed\") {\n      val list = Await.result(api.listOwnRepositories(), TIMEOUT)\n      assert(list.size > 0)\n    }\n\n    it(\"Response: listOwnRepositories()\") {\n      val list = Await.result(api.listOwnRepositories(), TIMEOUT)\n      showResponse(list)\n    }\n    \/\/ToDo option test\n  }\n  describe(\"listUserRepositories\") {\n    it(\"should succeed\") {\n      val list = Await.result(api.listUserRepositories(otherUser), TIMEOUT)\n      assert(list.size > 0)\n    }\n\n    it(\"Response: listUserRepositories()\") {\n      val list = Await.result(api.listUserRepositories(otherUser), TIMEOUT)\n      showResponse(list)\n      assert(list.size > 0)\n    }\n  }\n  describe(\"listOrgRepositories\") {\n    it(\"should succeed with valid organization.\") {\n      val list = Await.result(api.listOrgRepositories(organization), TIMEOUT)\n      assert(list.size > 0)\n    }\n\n    it(\"Response: listOrgRepositories()\") {\n      val list = Await.result(api.listOrgRepositories(organization), TIMEOUT)\n      showResponse(list)\n      assert(list.size > 0)\n    }\n\n\n  }\n  describe(\"getRepository\") {\n    it(\"should succeed\") {\n      Await.result(api.getRepository(organization, repo), TIMEOUT).map { res =>\n        assert(res.owner.login == organization)\n        assert(res.name == repo)\n        assert(res.full_name == organization + \"\/\" + repo)\n        assert(res.url == \"https:\/\/api.github.com\/repos\/\" + organization + \"\/\" + repo)\n        \/\/ToDo add more fields\n      }\n    }\n    it(\"should be None\") {\n      assert(Await.result(api.getRepository(organization, repoInvalid), TIMEOUT).isEmpty)\n    }\n  }\n\n  describe(\"listLanguages\") {\n    it(\"should succeed\") {\n      val username = \"shunjikonishi\"\n      val reponame = \"programming-game\"\n      val list = Await.result(api.listLanguages(username, reponame), TIMEOUT)\n      assert(list.items.size > 0)\n      val sumRate = list.items.map(_.rate).sum\n      assert(sumRate > 0.99 && sumRate <= 1.0)\n    }\n  }\n\n\/*\n  describe(\"createUserRepository\") {\n    val createRepoName = \"create-repo-name\"\n    it(\"should succeed\") {\n      val input = RepositoryInput(name = createRepoName)\n      val repo = Await.result(api.createUserRepository(input), TIMEOUT)\n      assert(repo.owner.login == user)\n      assert(repo.name == \"create-repo-test\")\n    }\n    it(\"should fail with existing repository name\") {\n      val input = RepositoryInput(name = createRepoName)\n      try {\n        val repo = Await.result(api.createUserRepository(input), TIMEOUT)\n        fail\n      } catch {\n        case e: ApiException =>\n          assert(e.error.errors.head.field == \"name\")\n        case e: Throwable =>\n          fail\n      }\n    }\n  }\n*\/\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/UserOpSpec.scala","text":"<filename>src\/test\/scala\/UserOpSpec.scala\npackage codecheck.github\npackage operations\n\nimport exceptions._\nimport models._\n\nimport org.scalatest.FunSpec\nimport org.scalatest.BeforeAndAfterAll\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass UserOpSpec extends FunSpec\n  with api.Constants\n  with BeforeAndAfterAll\n{\n  val origin = Await.result(api.getAuthenticatedUser, TIMEOUT)\n\n  override def afterAll(): Unit = {\n    val input = UserInput(\n      origin.name.orElse(Some(\"\")),\n      origin.email.orElse(Some(\"\")),\n      origin.blog.orElse(Some(\"\")),\n      origin.company.orElse(Some(\"\")),\n      origin.location.orElse(Some(\"\")),\n      Some(origin.hireable),\n      origin.bio.orElse(Some(\"\"))\n    )\n    val user = Await.result(api.updateAuthenticatedUser(input), TIMEOUT)\n  }\n  describe(\"getUser\") {\n    it(\"with valid username should succeed\") {\n      val userOp = Await.result(api.getUser(\"sukeshni\"), TIMEOUT)\n      assert(userOp.isDefined)\n      val user = userOp.get\n      assert(user.login == \"sukeshni\")\n    }\n    it(\"with invalid username should be None\") {\n      val userOp = Await.result(api.getUser(\"sukeshni-wrong\"), TIMEOUT)\n      assert(userOp.isEmpty)\n    }\n  }\n\n  describe(\"updateAuthenticatedUser\") {\n    ignore(\"if values updated correctly should succeed\") {\n      val input = new UserInput(\n        Some(\"firstname lastname\"),\n        Some(\"<EMAIL>\"),\n        Some(\"Blog\"),\n        Some(\"Anywhere\"),\n        Some(\"Somewhere\"),\n        Some(!origin.hireable),\n        Some(\"bio\")\n      )\n      val res = Await.result(api.updateAuthenticatedUser(input), TIMEOUT)\n      assert(res.name.get == input.name.get)\n      assert(res.email.getOrElse(\"\") == input.email.get)\n      assert(res.blog.get == input.blog.get)\n      assert(res.company.get == input.company.get)\n      assert(res.location.get == input.location.get)\n      assert(res.bio.get == input.bio.get)\n    }\n  }\n\n  describe(\"getAllUsers\") {\n    it(\"with no since parameter it should succeed\") {\n      val res = Await.result(api.getAllUsers(), TIMEOUT)\n      showResponse(res)\n      assert(res{0}.id == 1)\n    }\n    it(\"with valid since parameter it should succeed\") {\n      val userOp = Await.result(api.getUser(\"sukeshni\"), TIMEOUT)\/\/give a valid username\n      assert(userOp.isDefined)\n      val userOpGet = userOp.get\n      val res = Await.result(api.getAllUsers(userOpGet.id - 1), TIMEOUT)\n      showResponse(res)\n      assert((res{0}.id).toLong == userOpGet.id)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/RepositoryAPISpec.scala","text":"package codecheck.github\npackage api\n\nimport org.scalatest.FunSpec\n\nclass RepositoryAPISpec extends FunSpec with api.Constants {\n\t\n  val gDummy = generateRandomString\n  val gRepo = generateRandomString\n\n  describe(\"with dummy repo\") {\n    val repo = api.repositoryAPI(gDummy, gRepo)\n    it(s\"should has owner ${gDummy}\") {\n      assert(repo.owner == gDummy)\n    }\n    it(s\"should has repo ${gRepo}\") {\n      assert(repo.repo == gRepo)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/PullRequestReview.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/models\/PullRequestReview.scala\npackage codecheck.github\npackage models\n\nimport org.json4s.JsonDSL._\nimport org.json4s.JNull\nimport org.json4s.JValue\n\ncase class PullRequestReviewInput(\n  body: Option[String] = None,\n  event: Option[PullRequestReviewStateInput] = None,\n  comments: Seq[PullRequestReviewCommentInput] = Seq.empty[PullRequestReviewCommentInput]\n) extends AbstractInput {\n  override val value: JValue = {\n    (\"body\" -> body) ~\n    (\"event\" -> event.map(_.name)) ~\n    (\"comments\" -> comments.map(_.value))\n  }\n}\n\ncase class PullRequestReviewCommentInput(\n  path: String,\n  position: Long,\n  body: String\n) extends AbstractInput\n\nsealed abstract class PullRequestReviewAction(val name: String) {\n  override def toString = name\n}\n\nobject PullRequestReviewAction {\n  case object submitted extends PullRequestReviewAction(\"submitted\")\n  case object edited    extends PullRequestReviewAction(\"edited\")\n  case object dismissed extends PullRequestReviewAction(\"dismissed\")\n\n  val values = Array(\n    submitted,\n    edited,\n    dismissed\n  )\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed abstract class PullRequestReviewState(val name: String) {\n  override def toString = name\n}\n\nobject PullRequestReviewState {\n  case object approved  extends PullRequestReviewState(\"approved\")\n  case object dismissed extends PullRequestReviewState(\"dismissed\")\n  case object pending   extends PullRequestReviewState(\"pending\")\n  case object changes_requested   extends PullRequestReviewState(\"changes_requested\")\n\n  val values = Array(\n    approved,\n    dismissed,\n    pending,\n    changes_requested\n  )\n\n  def fromString(str: String) = values.filter(_.name == str.toLowerCase).head\n}\n\nsealed abstract class PullRequestReviewStateInput(val name: String)\n\nobject PullRequestReviewStateInput {\n  case object APPROVE         extends PullRequestReviewStateInput(\"APPROVE\")\n  case object COMMENT         extends PullRequestReviewStateInput(\"COMMENT\")\n  case object PENDING         extends PullRequestReviewStateInput(\"PENDING\")\n  case object REQUEST_CHANGES extends PullRequestReviewStateInput(\"REQUEST_CHANGES\")\n\n  val values = Array(\n    APPROVE,\n    COMMENT,\n    PENDING,\n    REQUEST_CHANGES\n  )\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\ncase class PullRequestReview(value: JValue) extends AbstractJson(value) {\n  def id = get(\"id\").toLong\n  def body = get(\"body\")\n  def commit_id = get(\"commit_id\")\n  lazy val user = User(value \\ \"user\")\n  def state = PullRequestReviewState.fromString(get(\"state\"))\n  def submitted_at = dateOpt(\"submitted_at\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Webhook.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.models\n\nimport org.json4s.JValue\n\nclass Webhook(value: JValue) extends AbstractJson(value) {\n  def id: Long = get(\"id\").toLong\n  def url = get(\"url\")\n  def test_url = get(\"test_url\")\n  def ping_url = get(\"ping_url\")\n  def name = get(\"name\")\n  def events = seq(\"events\")\n  def active = boolean(\"active\")\n  def config = WebhookConfig(opt(\"config.url\"), opt(\"config.content_type\"), opt(\"config.secret\"), opt(\"config.insecure_ssl\").map(_ == \"1\"));\n  def last_response = WebhookResponse(value \\ \"last_response\")\n  def updated_at = getDate(\"updated_at\")\n  def created_at = getDate(\"created_at\")\n}\n\ncase class WebhookConfig(\n  url: Option[String],\n  content_type: Option[String],\n  secret: Option[String],\n  insecure_ssl: Option[Boolean]\n) extends AbstractInput\n\nobject WebhookConfig {\n  def apply(\n    url: String,\n    content_type: String = \"json\",\n    secret: Option[String] = None,\n    insecure_ssl: Boolean = false\n  ): WebhookConfig = WebhookConfig(Some(url), Some(content_type), secret, Some(insecure_ssl))\n}\n\ncase class WebhookCreateInput(\n  name: String,\n  config: WebhookConfig,\n  active: Boolean = true,\n  events: Seq[String] = Seq(\"push\"),\n  add_events: Seq[String] = Nil,\n  remove_events: Seq[String] = Nil\n  ) extends AbstractInput\n\ncase class WebhookUpdateInput(\n  config: Option[WebhookConfig] = None,\n  events: Option[Seq[String]] = None,\n  add_events: Option[Seq[String]] = None,\n  remove_events: Option[Seq[String]] = None,\n  active: Option[Boolean] = None\n  ) extends AbstractInput\n\ncase class WebhookResponse(value: JValue) extends AbstractJson(value) {\n  def code = get(\"code\")\n  def status = get(\"status\")\n  def message = get(\"message\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/PullRequest.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\n\ncase class PullRequestInput(\n  title: String,\n  head: String,\n  base: String,\n  body: Option[String]\n) extends AbstractInput\n\nsealed abstract class PullRequestAction(val name: String) {\n  override def toString = name\n}\n\nobject PullRequestAction {\n  case object assigned    extends PullRequestAction(\"assigned\")\n  case object unassigned  extends PullRequestAction(\"unassigned\")\n  case object review_requested       extends PullRequestAction(\"review_requested\")\n  case object review_request_removed extends PullRequestAction(\"review_request_removed\")\n  case object labeled     extends PullRequestAction(\"labeled\")\n  case object unlabeled   extends PullRequestAction(\"unlabeled\")\n  case object opened      extends PullRequestAction(\"opened\")\n  case object edited      extends PullRequestAction(\"edited\")\n  case object closed      extends PullRequestAction(\"closed\")\n  case object reopened    extends PullRequestAction(\"reopened\")\n  case object synchronize extends PullRequestAction(\"synchronize\")\n\n  val values = Array(\n    assigned,\n    unassigned,\n    review_requested,\n    review_request_removed,\n    labeled,\n    unlabeled,\n    opened,\n    edited,\n    closed,\n    reopened,\n    synchronize\n  )\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\ncase class PullRequestListOption(\n  state: IssueStateFilter = IssueStateFilter.open,\n  head: Option[String] = None,\n  base: Option[String] = None,\n  sort: IssueSort = IssueSort.created,\n  direction: SortDirection = SortDirection.desc\n)\n\ncase class PullRequestRef(value: JValue) extends AbstractJson(value) {\n  def label = get(\"label\")\n  def ref = get(\"ref\")\n  def sha = get(\"sha\")\n  lazy val user = User(value \\ \"user\")\n  lazy val repo = objectOpt(\"repo\")(Repository(_))\n}\n\ncase class PullRequest(value: JValue) extends AbstractJson(value) {\n  def number = get(\"number\").toLong\n  def body = get(\"body\")\n  lazy val user = User(value \\ \"user\")\n  def state = IssueState.fromString(get(\"state\"))\n  def title = get(\"title\")\n  lazy val head = PullRequestRef(value \\ \"head\")\n  lazy val base = PullRequestRef(value \\ \"base\")\n  def mergeable = booleanOpt(\"mergeable\")\n  def merged = booleanOpt(\"merged\")\n  def merge_commit_sha = get(\"merge_commit_sha\")\n  def merged_by = objectOpt(\"merged_by\")(v => User(v))\n  def comments = opt(\"comments\").map(_.toLong)\n  def commits = opt(\"commits\").map(_.toLong)\n  def additions = opt(\"additions\").map(_.toLong)\n  def deletions = opt(\"deletions\").map(_.toLong)\n  def changed_files = opt(\"changed_files\").map(_.toLong)\n  def maintainer_can_modify = booleanOpt(\"maintainer_can_modify\")\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/api\/RepositoryAPI.scala","text":"package codecheck.github.api\n\nimport scala.concurrent.Future\nimport codecheck.github.models.Label\nimport codecheck.github.models.LabelInput\nimport codecheck.github.models.Issue\nimport codecheck.github.models.IssueInput\nimport codecheck.github.models.Milestone\nimport codecheck.github.models.MilestoneInput\nimport codecheck.github.models.MilestoneListOption\nimport codecheck.github.models.PullRequest\nimport codecheck.github.models.PullRequestInput\nimport codecheck.github.models.PullRequestListOption\nimport codecheck.github.models.ReviewRequest\n\ncase class RepositoryAPI(api: GitHubAPI, owner: String, repo: String) {\n  \/\/IssueOp\n  def getIssue(number: Long): Future[Option[Issue]] =\n    api.getIssue(owner, repo, number)\n\n  def editIssue(number: Long, params: IssueInput): Future[Issue] =\n    api.editIssue(owner, repo, number, params)\n\n  def assign(number: Long, assignee: String): Future[Issue] =\n    api.assign(owner, repo, number, assignee)\n\n  def unassign(number: Long): Future[Issue] =\n    api.unassign(owner, repo, number)\n\n  \/\/LabelOp\n  def addLabels(number: Long, labels: String*): Future[List[Label]] =\n    api.addLabels(owner, repo, number, labels:_*)\n\n  def replaceLabels(number: Long, labels: String*): Future[List[Label]] =\n    api.replaceLabels(owner, repo, number, labels:_*)\n\n  def removeAllLabels(number: Long): Future[List[Label]] =\n    api.removeAllLabels(owner, repo, number)\n\n  def removeLabel(number: Long, label: String): Future[List[Label]] =\n    api.removeLabel(owner, repo, number, label)\n\n  def listLabels(number: Long): Future[List[Label]] =\n    api.listLabels(owner, repo, number)\n\n  def listLabelDefs: Future[List[Label]] =\n    api.listLabelDefs(owner, repo)\n\n  def getLabelDef(label: String): Future[Option[Label]] =\n    api.getLabelDef(owner, repo, label)\n\n  def createLabelDef(label: LabelInput): Future[Label] =\n    api.createLabelDef(owner, repo, label)\n\n  def updateLabelDef(name: String, label: LabelInput): Future[Label] =\n    api.updateLabelDef(owner, repo, name, label)\n\n  def removeLabelDef(label: String): Future[Boolean] =\n    api.removeLabelDef(owner, repo, label)\n\n  \/\/MilestoneOp\n  def listMilestones(option: MilestoneListOption = MilestoneListOption()): Future[List[Milestone]] =\n    api.listMilestones(owner, repo, option)\n\n  def getMilestone(number: Int): Future[Option[Milestone]] =\n    api.getMilestone(owner, repo, number)\n\n  def createMilestone(input: MilestoneInput): Future[Milestone] =\n    api.createMilestone(owner, repo, input)\n\n  def updateMilestone(number: Int, input: MilestoneInput): Future[Milestone] =\n    api.updateMilestone(owner, repo, number, input)\n\n  def removeMilestone(number: Int): Future[Boolean] =\n    api.removeMilestone(owner, repo, number)\n\n  \/\/ PullRequestOp\n  def listPullRequests(option: PullRequestListOption = PullRequestListOption()): Future[List[PullRequest]] =\n    api.listPullRequests(owner, repo, option)\n\n  def getPullRequest(number: Long): Future[Option[PullRequest]] =\n    api.getPullRequest(owner, repo, number)\n\n  def createPullRequest(input: PullRequestInput): Future[PullRequest] =\n    api.createPullRequest(owner, repo, input)\n\n  def closePullRequest(number: Long): Future[PullRequest] =\n    api.closePullRequest(owner, repo, number)\n\n  def addReviewRequest(number: Long, reviewers: String*): Future[ReviewRequest] =\n    api.addReviewRequest(owner, repo, number, reviewers:_*)\n\n  def removeReviewRequest(number: Long, reviewers: String*): Future[Boolean] =\n    api.removeReviewRequest(owner, repo, number, reviewers:_*)\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/User.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\nimport codecheck.github.utils.ToDo\nimport org.json4s.JsonDSL._\n\ncase class User(value: JValue) extends AbstractJson(value) {\n  def login: String = get(\"login\")\n  def id: Long = get(\"id\").toLong\n  def email: Option[String] = opt(\"email\")\n  def name: Option[String] = opt(\"name\")\n  def blog: Option[String] = opt(\"blog\")\n  def company: Option[String] = opt(\"company\")\n  def location: Option[String] = opt(\"location\")\n  def hireable: Boolean = booleanOpt(\"hireable\").getOrElse(false)\n  def bio: Option[String] = opt(\"bio\")\n}\n\n\/*case class UserInput extends ToDo*\/\ncase class UserInput (\n\tname: Option[String] = None,\n\temail: Option[String] = None,\n\tblog: Option[String] = None,\n\tcompany: Option[String] = None,\n\tlocation: Option[String] = None,\n\thireable: Option[Boolean] = None,\n\tbio: Option[String] = None\n) extends AbstractInput\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/PullRequestReviewOpSpec.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github\npackage operations\n\nimport models._\n\nimport org.scalatest.FunSpec\nimport scala.concurrent.Await\nimport java.util.Date\n\nclass PullRequestReviewOpSpec extends FunSpec with api.Constants {\n\n  describe(\"listPullRequestReviews\") {\n    it(\"with valid repo should succeed\") {\n      val list = Await.result(api.listPullRequestReviews(otherUser, otherUserRepo, 47), TIMEOUT)\n      assert(list.length >= 0)\n      assert(list.exists(_.id >= 0))\n      assert(list.exists(_.state == PullRequestReviewState.approved))\n      assert(list.exists(_.commit_id.size == shaSize))\n    }\n  }\n\n  describe(\"getPullRequestReview\") {\n    it(\"with valid repo should succeed\") {\n      val review = Await.result(api.getPullRequestReview(otherUser, otherUserRepo, 47, 32477105), TIMEOUT)\n      assert(review.nonEmpty)\n      assert(review.exists(_.id >= 0))\n      assert(review.exists(_.state == PullRequestReviewState.approved))\n      assert(review.exists(_.commit_id.size == shaSize))\n    }\n  }\n\n  describe(\"createPullRequestReview(owner, repo, number, input)\") {\n    val username = otherUser\n    val reponame = otherUserRepo\n\n    it(\"should success create and close\") {\n      val body = \"Test PR review \" + new Date().toString()\n      val input = PullRequestReviewInput(\n        Some(body),\n        Some(PullRequestReviewStateInput.REQUEST_CHANGES),\n        Seq(\n          PullRequestReviewCommentInput(\n            \"challenge.json\",\n            1L,\n            \"Comment body\"\n          )\n        )\n      )\n\n      \/\/ NOTE: You can only add reviews to PRs that aren't your own\n      val result = Await.result(api.createPullRequestReview(username, reponame, 47, input), TIMEOUT)\n      assert(result.body == body)\n      assert(result.state == PullRequestReviewState.changes_requested)\n\n      \/\/ NOTE: You can only dismiss reviews on repos you have rights\n      \/\/ val result2 = Await.result(api.dismissPullRequestReview(username, reponame, 47, result.id, \"githubapi-test-pr-review\"), TIMEOUT)\n      \/\/ assert(result.body == Some(body))\n      \/\/ assert(result.state == PullRequestReviewState.dismissed)\n    }\n\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/commands\/RepositoryCommand.scala","text":"package codecheck.github.app.commands\n\nimport java.io.File\nimport codecheck.github.api.GitHubAPI\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.app.Command\nimport codecheck.github.app.CommandSetting\nimport codecheck.github.app.Repo\nimport codecheck.github.models.Repository\nimport codecheck.github.models.RepositoryListOption\nimport codecheck.github.models.RepositoryListType\nimport codecheck.github.models.RepositorySort\nimport codecheck.github.models.SortDirection\nimport codecheck.github.utils.PrintList\nimport scopt.OptionParser\n\n\nclass RepositoryCommand(val api: GitHubAPI) extends Command {\n  case class Config(\n    cmd: String = \"list\",\n    user: Option[String] = None,\n    org: Option[String] = None,\n    listType: String = \"all\",\n    sort: String = \"full_name\",\n    direction: String = \"asc\"\n  )\n\n  val parser = new OptionParser[Config](\"label\") {\n    cmd(\"list\") action { (x, c) =>\n      c.copy(cmd=\"list\")\n    } text(\"list repositories\") children(\n      opt[String]('u', \"user\") action { (x, c) =>\n        c.copy(user=Some(x))\n      } text(\"List public repositories for the specified user.\"),\n      opt[String]('o', \"org\") action { (x, c) =>\n        c.copy(org=Some(x))\n      } text(\"List repositories for the specified org.\"),\n      opt[String](\"type\") action { (x, c) =>\n        c.copy(listType=x)\n      } text(\"Can be one of all, owner, public, private, member, forks, sources. Default: all\"),\n      opt[String](\"sort\") action { (x, c) =>\n        c.copy(sort=x)\n      } text(\"Can be one of created, updated, pushed, full_name. Default: full_name\"),\n      opt[String](\"direction\") action { (x, c) =>\n        c.copy(direction=x)\n      } text(\"The direction of the sort. Either asc or desc. Default: asc\")\n    )\n\n  }\n\n  def run(setting: CommandSetting, args: List[String]): Future[CommandSetting] = {\n    parser.parse(args, new Config()) match {\n      case Some(config) =>\n        runSubcommand(config).map(_ => setting)\n      case None =>\n        Future(setting)\n    }\n  }\n\n  def runSubcommand(config: Config): Future[Any] = {\n    config.cmd match {\n      case \"list\" =>\n        list(config)\n      case _ =>\n        parser.showUsage\n        Future(true)\n    }\n  }\n\n  def list(config: Config): Future[Any] = {\n    val option = RepositoryListOption(\n      RepositoryListType.fromString(config.listType),\n      RepositorySort.fromString(config.sort),\n      SortDirection.fromString(config.direction)\n    )\n    config.user.map(u => api.listUserRepositories(u, option))\n      .orElse(config.org.map(o => api.listOrgRepositories(o, option)))\n      .getOrElse(api.listOwnRepositories())\n      .map { list =>\n        val owner = config.user.orElse(config.org).getOrElse(api.user.login)\n        val rows = list.map { repo =>\n          List(repo.name, repo.description.getOrElse(\"\"), repo.open_issues_count)\n        }\n        PrintList(\"name\", \"description\", \"issues\").build(rows)\n      true\n    }\n  }\n\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/SortDirection.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/models\/SortDirection.scala<gh_stars>10-100\npackage codecheck.github.models\n\nsealed abstract class SortDirection(val name: String) {\n  override def toString = name\n}\n\nobject SortDirection {\n  case object asc  extends SortDirection(\"asc\")\n  case object desc extends SortDirection(\"desc\")\n\n  val values = Array(asc, desc)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/PullRequestReviewOp.scala","text":"<gh_stars>10-100\npackage codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.JArray\nimport org.json4s.JObject\nimport org.json4s.JString\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.models.PullRequestReviewInput\nimport codecheck.github.models.PullRequestReview\n\ntrait PullRequestReviewOp {\n  self: GitHubAPI =>\n\n  def listPullRequestReviews(\n    owner: String,\n    repo: String,\n    number: Long\n  ): Future[List[PullRequestReview]] = {\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\/pulls\/$number\/reviews\").map(\n      _.body match {\n        case JArray(arr) => arr.map(v => PullRequestReview(v))\n        case _ => throw new IllegalStateException()\n      }\n    )\n  }\n\n  def getPullRequestReview(owner: String, repo: String, number: Long, id: Long): Future[Option[PullRequestReview]] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\/reviews\/$id\"\n    exec(\"GET\", path, fail404=false).map(res => \n      res.statusCode match {\n        case 404 => None\n        case 200 => Some(PullRequestReview(res.body))\n      }\n    )\n  }\n\n  def createPullRequestReview(owner: String, repo: String, number: Long, input: PullRequestReviewInput): Future[PullRequestReview] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\/reviews\"\n    exec(\"POST\", path, input.value).map { result =>\n      PullRequestReview(result.body)\n    }\n  }\n\n  def dismissPullRequestReview(owner: String, repo: String, number: Long, id: Long, message: String): Future[PullRequestReview] = {\n    val path = s\"\/repos\/$owner\/$repo\/pulls\/$number\/reviews\/$id\/dismissals\"\n    exec(\"PUT\", path, JObject(List(\n      \"message\" -> JString(message)\n    ))).map { result =>\n      new PullRequestReview(result.body)\n    }\n  }\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/api\/OAuthAPI.scala","text":"<gh_stars>10-100\npackage codecheck.github.api\n\nimport java.net.URLEncoder\nimport scala.concurrent.Promise\nimport scala.concurrent.Future\nimport org.json4s.jackson.JsonMethods\nimport org.json4s.DefaultFormats\nimport java.util.UUID\nimport codecheck.github.models.AccessToken\nimport codecheck.github.exceptions.OAuthAPIException\nimport codecheck.github.transport._\n\nclass OAuthAPI(clientId: String, clientSecret: String, redirectUri: String, client: Transport) {\n  private implicit val format = DefaultFormats\n\n  private val accessRequestUri = \"https:\/\/github.com\/login\/oauth\/authorize\"\n  private val tokenRequestUri = \"https:\/\/github.com\/login\/oauth\/access_token\"\n\n  def requestAccessUri(scope: String*) = {\n    val params = Map[String, String](\n      \"client_id\" -> clientId,\n      \"redirect_uri\" -> redirectUri,\n      \"scope\" -> scope.mkString(\",\"),\n      \"response_type\" -> \"token\",\n      \"state\" -> UUID.randomUUID.toString\n    )\n    val query: String = params.map { case (k, v) => k +\"=\"+ URLEncoder.encode(v, \"utf-8\") }.mkString(\"&\")\n    accessRequestUri +\"?\"+ query\n  }\n\n  def requestAccessUri(state: String, scope: Seq[String]) = {\n    val params = Map[String, String](\n      \"client_id\" -> clientId,\n      \"redirect_uri\" -> redirectUri,\n      \"scope\" -> scope.mkString(\",\"),\n      \"response_type\" -> \"token\",\n      \"state\" -> state\n    )\n    val query: String = params.map { case (k, v) => k +\"=\"+ URLEncoder.encode(v, \"utf-8\") }.mkString(\"&\")\n    accessRequestUri +\"?\"+ query\n  }\n\n  def requestToken(code: String): Future[AccessToken] = {\n    val params: Map[String, String] = Map(\n      \"client_id\" -> clientId,\n      \"client_secret\" -> clientSecret,\n      \"code\" -> code,\n      \"redirect_uri\" -> redirectUri\n    )\n    val request = client.preparePost(tokenRequestUri)\n      .setHeader(\"Content-Type\", \"application\/x-www-form-urlencoded\")\n      .setHeader(\"Accept\", \"application\/json\")\n      .setFollowRedirect(true)\n    params.foreach { case (k, v) => request.addFormParam(k, v) }\n\n    val deferred = Promise[AccessToken]()\n    request.execute(new CompletionHandler() {\n      def onCompleted(res: Response) = {\n        val body = res.getResponseBody.getOrElse(\"{\\\"error\\\": \\\"No response\\\"}\")\n        val json = JsonMethods.parse(body)\n        (json \\ \"error\").toOption match {\n          case Some(_) => deferred.failure(new OAuthAPIException(json))\n          case None => deferred.success(AccessToken(json))\n        }\n      }\n      def onThrowable(t: Throwable): Unit = {\n        deferred.failure(t)\n      }\n    })\n    deferred.future\n  }\n}\n\nobject OAuthAPI {\n  def apply(clientId: String, clientSecret: String, redirectUri: String)(implicit client: Transport) = new OAuthAPI(clientId, clientSecret, redirectUri, client)\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/api\/GitHubAPI.scala","text":"package codecheck.github.api\n\nimport scala.concurrent.Promise\nimport scala.concurrent.Future\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\nimport java.net.URLEncoder\nimport java.util.Base64\nimport org.json4s.JValue\nimport org.json4s.JNothing\nimport org.json4s.jackson.JsonMethods\n\nimport codecheck.github.exceptions.PermissionDeniedException\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.exceptions.UnauthorizedException\nimport codecheck.github.exceptions.GitHubAPIException\nimport codecheck.github.operations._\nimport codecheck.github.models.User\nimport codecheck.github.transport._\n\nclass GitHubAPI(token: String, client: Transport, tokenType: String = \"token\", debugHandler: DebugHandler = NoneHandler) extends UserOp\n  with OrganizationOp\n  with RepositoryOp\n  with LabelOp\n  with IssueOp\n  with PullRequestOp\n  with PullRequestReviewOp\n  with MilestoneOp\n  with StatusOp\n  with WebhookOp\n  with CollaboratorOp\n  with BranchOp\n  with SearchOp\n{\n\n  private val endpoint = \"https:\/\/api.github.com\"\n\n  private def parseJson(json: String) = {\n    JsonMethods.parse(json)\n  }\n\n  protected def encode(s: String) = URLEncoder.encode(s, \"utf-8\").replaceAll(\"\\\\+\", \"%20\")\n\n  def exec(method: String, path: String, body: JValue = JNothing, fail404: Boolean = true): Future[APIResult] = {\n    debugHandler.onRequest(method, path, body)\n    val deferred = Promise[APIResult]()\n    val url = endpoint + path\n    val request = method match {\n      case \"GET\" => client.prepareGet(url)\n      case \"PATCH\" => client.preparePost(url)\n      case \"POST\" => client.preparePost(url)\n      case \"PUT\" => client.preparePut(url)\n      case \"DELETE\" => client.prepareDelete(url)\n    }\n    if (body != JNothing) {\n      request.setBody(JsonMethods.compact(body))\n    }\n    request\n      .setHeader(\"Authorization\", s\"$tokenType $token\")\n      .setHeader(\"Content-Type\", \"application\/json\")\n      .setHeader(\"Accept\", \"application\/vnd.github.v3+json\")\n    if (method == \"PUT\" && body == JNothing){\n      request\n        .setHeader(\"Content-Length\", \"0\")\n    }\n    request.execute(new CompletionHandler() {\n      def onCompleted(res: Response) = {\n        debugHandler.onResponse(res.getStatusCode, res.getResponseBody)\n        val json = res.getResponseBody.filter(_.length > 0).map(parseJson(_)).getOrElse(JNothing)\n        res.getStatusCode match {\n          case 401 =>\n            deferred.failure(new UnauthorizedException(json))\n          case 403 =>\n            deferred.failure(new PermissionDeniedException(json))\n          case 422 =>\n            deferred.failure(new GitHubAPIException(json))\n          case 404 if fail404 =>\n            deferred.failure(new NotFoundException(json))\n          case _ =>\n            val result = APIResult(res.getStatusCode, json)\n            deferred.success(result)\n        }\n      }\n      def onThrowable(t: Throwable): Unit = {\n        deferred.failure(t)\n      }\n    })\n    deferred.future\n  }\n\n  lazy val user = Await.result(getAuthenticatedUser, Duration.Inf)\n\n  def repositoryAPI(owner: String, repo: String) = RepositoryAPI(this, owner, repo)\n\n  def close = client.close\n\n  def withDebugHandler(dh: DebugHandler): GitHubAPI = new GitHubAPI(token, client, tokenType, dh)\n}\n\nobject GitHubAPI {\n\n  def apply(token: String)(implicit client: Transport): GitHubAPI = new GitHubAPI(token, client)\n\n  def apply(username: String, password: String)(implicit client: Transport): GitHubAPI = {\n    val token = Base64.getEncoder.encodeToString((username + \":\" + password).getBytes(\"utf-8\"))\n    new GitHubAPI(token, client, \"Basic\")\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/app\/commands\/ChangeRepositoryCommand.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.app.commands\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport codecheck.github.api.GitHubAPI\nimport scala.concurrent.Future\nimport codecheck.github.app.Repo\nimport codecheck.github.app.Command\nimport codecheck.github.app.CommandSetting\n\nclass ChangeRepositoryCommand(val api: GitHubAPI) extends Command {\n\n  def check(repo: Repo): Future[Some[Repo]] = {\n    api.getRepository(repo.owner, repo.name).map{ret =>\n      ret.map { v =>\n        val p = v.permissions\n        print(\"Your permissions: \")\n        if (p.admin) print(\"admin \")\n        if (p.push) print(\"push \")\n        if (p.pull) print(\"pull \")\n        println\n        v\n      }.orElse {\n        println(s\"Repository ${repo.owner}\/${repo.name} is not found.\")\n        None\n      }\n    }.transform(\n      (_ => Some(repo)),\n      (_ => new Exception(s\"Repository ${repo.owner}\/${repo.name} is not found.\"))\n    )\n  }\n\n  def run(setting: CommandSetting, args: List[String]): Future[CommandSetting] = {\n    val repo = args match {\n      case str :: Nil =>\n        var split = str.split(\"\/\")\n        val repo = if (split.length == 2) {\n          Repo(split(0), split(1))\n        } else {\n          Repo(setting.repositoryOwner.getOrElse(api.user.login), str)\n        }\n        Some(repo)\n      case owner :: repo :: Nil =>\n        Some(Repo(owner, repo))\n      case _ =>\n        println(\"cr [OWNER] [REPO]\")\n        None\n    }\n    repo.map(check(_).map(v => setting.copy(repo=v))).getOrElse(Future(setting))\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Status.scala","text":"package codecheck.github\npackage models\n\nimport org.json4s.JValue\nimport org.json4s.JArray\n\nsealed abstract class StatusState(override val toString: String)\n\nobject StatusState {\n  case object pending extends StatusState(\"pending\")\n  case object success extends StatusState(\"success\")\n  case object error   extends StatusState(\"error\")\n  case object failure extends StatusState(\"failure\")\n\n  val values = Array(pending, success, error, failure)\n\n  def fromString(str: String) = values.filter(_.toString == str).head\n}\n\ncase class Status(value: JValue) extends AbstractJson(value) {\n  def state = StatusState.fromString(get(\"state\"))\n  def target_url = opt(\"target_url\")\n  def description = opt(\"description\")\n  def context = get(\"context\")\n  def id = get(\"id\").toLong\n  def url = get(\"url\")\n  def created_at = getDate(\"created_at\")\n  def updated_at = getDate(\"updated_at\")\n  lazy val assignee = objectOpt(\"assignee\")(v => User(v))\n}\n\ncase class StatusInput(\n  state: StatusState,\n  target_url: Option[String] = None,\n  description: Option[String] = None,\n  context: Option[String] = None\n) extends AbstractInput {\n  import org.json4s.JsonDSL._\n\n  override val value: JValue =\n    (\"state\" -> state.toString) ~\n    (\"target_url\" -> target_url) ~\n    (\"description\" -> description) ~\n    (\"context\" -> context)\n}\n\ncase class CombinedStatus(value: JValue) extends AbstractJson(value) {\n  def state = StatusState.fromString(get(\"state\"))\n  def sha = get(\"sha\")\n  lazy val statuses = (value \\ \"statuses\") match {\n    case JArray(arr) => arr.map(Status(_))\n    case _ => Nil\n  }\n\n  def repository = Repository(value \\ \"repository\")\n  def commit_url = get(\"commit_url\")\n  def total_count = get(\"total_count\").toLong\n  def url = get(\"url\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/OraganizationOpSpec.scala","text":"package codecheck.github\npackage operations\n\nimport org.scalatest.FunSpec\nimport org.scalatest.BeforeAndAfter\nimport scala.concurrent.Await\nimport org.joda.time.DateTime\nimport org.joda.time.DateTimeZone\n\nimport codecheck.github.models.OrganizationInput\n\nclass OrganizationOpSpec extends FunSpec with api.Constants with BeforeAndAfter {\n\n  describe(\"listOwnOrganizations\") {\n    it(\"should return result.\") {\n      val result = Await.result(api.listOwnOrganizations, TIMEOUT)\n      assert(result.length >= 0)\n    }\n  }\n\n  describe(\"listUserOrganizations(user)\") {\n    it(\"should return at least one organization.\") {\n      val result = Await.result(api.listUserOrganizations(otherUser), TIMEOUT)\n      assert(result.length >= 1)\n    }\n\n    \/\/ it(\"should return multiple organizations if user belongs in more than one.\") {\n    \/\/   val result = Await.result(api.listUserOrganizations(otherUser), TIMEOUT)\n    \/\/   println(result)\n    \/\/   assert(result.length > 1)\n    \/\/ }\n  }\n\n  describe(\"getOrganization\") {\n    it(\"should return correct values.\") {\n      Await.result(api.getOrganization(organization), TIMEOUT).map { org =>\n        showResponse(org)\n        assert(org.login == \"celestialbeings\")\n        assert(org.id > 0)\n        assert(org.url == \"https:\/\/api.github.com\/orgs\/celestialbeings\")\n        assert(org.repos_url == \"https:\/\/api.github.com\/orgs\/celestialbeings\/repos\")\n        assert(org.events_url == \"https:\/\/api.github.com\/orgs\/celestialbeings\/events\")\n        assert(org.members_url == \"https:\/\/api.github.com\/orgs\/celestialbeings\/members{\/member}\")\n        assert(org.public_members_url == \"https:\/\/api.github.com\/orgs\/celestialbeings\/public_members{\/member}\")\n        assert(org.avatar_url.length > 0)\n        assert(org.description == \"No description\")\n        assert(org.name == \"celestialbeings\")\n        assert(org.company.get == \"givery\")\n        assert(org.blog == \"\")\n        assert(org.location == \"Tokyo\")\n        assert(org.email == \"\")\n        assert(org.public_repos == 2)\n        assert(org.public_gists == 0)\n        assert(org.followers == 0)\n        assert(org.following == 0)\n        assert(org.html_url == \"https:\/\/github.com\/celestialbeings\")\n        assert(org.created_at.toDateTime(DateTimeZone.UTC) == DateTime.parse(\"2015-05-13T06:28:23Z\").toDateTime(DateTimeZone.UTC))\n        assert(org.updated_at.toDateTime(DateTimeZone.UTC).getMillis() - DateTime.now(DateTimeZone.UTC).getMillis() <= 5000)\n        assert(org.`type` == \"Organization\")\n      }\n    }\n\n    it(\"should return None if invalid organization.\") {\n      assert(Await.result(api.getOrganization(organizationInvalid), TIMEOUT).isEmpty)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/utils\/PrintList.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/utils\/PrintList.scala\npackage codecheck.github.utils\n\ncase class PrintList(headers: String*) {\n  def format(lens: Seq[Int], row: Seq[Any]): Unit = {\n    lens.zip(row).foreach { case (n, s) =>\n      print(s)\n      print(\" \" * (n - s.toString.length))\n    }\n    println\n  }\n\n  def build(items: Seq[Seq[Any]]) = {\n    if (items.size == 0) {\n      println(\"No items\")\n    } else {\n      val lens = items.foldLeft(\n        headers.map(_.length)\n      ) { (ret, row) =>\n        ret.zip(row).map { case (n, s) => \n          Math.max(n, s.toString.length)\n        }\n      }.map(_ + 2)\n\n      format(lens, headers)\n      println(\"-\" * lens.sum)\n      items.foreach(row => format(lens,row))\n   }\n  }\n}"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/AbstractJson.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\nimport org.json4s.JNothing\nimport org.json4s.JNull\nimport org.json4s.JObject\nimport org.json4s.JArray\nimport org.json4s.Formats\nimport org.json4s.DefaultFormats\nimport org.json4s.jackson.JsonMethods\nimport codecheck.github.utils.Json4s.formats\n\nimport org.joda.time.DateTime\n\nclass AbstractJson(value: JValue) {\n\n  def opt(path: String): Option[String] = {\n    path.split(\"\\\\.\").foldLeft(value) { (v, s) =>\n      v \\ s\n    } match {\n      case JNothing => None\n      case JNull => None\n      case v: JValue => Some(v.extract[String])\n    }\n  }\n\n  def get(path: String) = opt(path).getOrElse(\"\")\n\n  def dateOpt(path: String): Option[DateTime] = {\n    path.split(\"\\\\.\").foldLeft(value) { (v, s) =>\n      v \\ s\n    } match {\n      case JNothing => None\n      case JNull => None\n      case v: JValue => Some(v.extract[DateTime])\n    }\n  }\n\n  def getDate(path: String): DateTime = dateOpt(path).get\n\n  def booleanOpt(path: String): Option[Boolean] = {\n    path.split(\"\\\\.\").foldLeft(value) { (v, s) =>\n      v \\ s\n    } match {\n      case JNothing => None\n      case JNull => None\n      case v: JValue => Some(v.extract[Boolean])\n    }\n  }\n\n  def boolean(path: String): Boolean = booleanOpt(path).get\n\n  def objectOpt[T](path: String)(f: JValue => T): Option[T] = {\n    path.split(\"\\\\.\").foldLeft(value) { (v, s) =>\n      v \\ s\n    } match {\n      case x: JObject => Some(f(x))\n      case _ => None\n    }\n  }\n\n  override def toString = JsonMethods.pretty(value)\n\n  def seqOpt[T](path: String): Seq[T] = {\n    path.split(\"\\\\.\").foldLeft(value) { (v, s) =>\n      v \\ s\n    } match {\n      case JNothing => Nil\n      case JNull => Nil\n      case v: JArray => v.values.map(_.asInstanceOf[T])\n      case v: JValue => List(v.asInstanceOf[T])\n    }\n  }\n\n  def seq(path: String): Seq[String] = seqOpt(path)\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/test\/scala\/WebhookOpSpec.scala","text":"<filename>src\/test\/scala\/WebhookOpSpec.scala\npackage codecheck.github\npackage operations\n\nimport models._\n\nimport org.scalatest.FunSpec\nimport org.scalatest.BeforeAndAfter\nimport scala.concurrent.Await\n\nclass WebhookOpSpec extends FunSpec with api.Constants with BeforeAndAfter {\n\n  val targetURL = \"http:\/\/github-hook.herokuapp.com\/hook\"\n  var nID: Long = 0;\n\n  describe(\"listWebhooks(owner, repo)\") {\n    it(\"should succeed with valid owner, repo.\") {\n      val result = Await.result(api.listWebhooks(user, userRepo), TIMEOUT)\n      assert(result.length >= 0)\n    }\n  }\n\n  describe(\"createWebhook(owner, repo, input)\") {\n    it(\"should succeed with valid user, repo, and inputs.\") {\n      val config = WebhookConfig(targetURL)\n      val input = WebhookCreateInput(\"web\", config, events=Seq(\"*\"))\n      val res = Await.result(api.createWebhook(user, userRepo, input), TIMEOUT)\n      showResponse(res)\n      nID = res.id\n      assert(res.url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/hooks\/\" + nID)\n      assert(res.test_url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/hooks\/\" + nID + \"\/test\")\n      assert(res.ping_url == \"https:\/\/api.github.com\/repos\/\" + user + \"\/\" + userRepo + \"\/hooks\/\" + nID + \"\/pings\")\n      assert(res.name == \"web\")\n      assert(res.events == Seq(\"*\"))\n      assert(res.active == true)\n      assert(res.config.url == Some(targetURL))\n      assert(res.config.content_type == Some(\"json\"))\n      assert(res.config.secret == None)\n      assert(res.config.insecure_ssl == Some(false))\n    }\n  }\n\n  describe(\"getWebhook(owner, repo, id)\") {\n    it(\"should succeed with valid user, repo and id.\") {\n      Await.result(api.getWebhook(user, userRepo, nID), TIMEOUT).map { res =>\n        assert(res.id == nID)\n      }\n    }\n  }\n\n  describe(\"updateWebhook(owner, repo, id, input)\") {\n    it(\"should succeed updating by rewriting events.\") {\n      val input = WebhookUpdateInput(events=Some(Seq(\"create\", \"pull_request\")))\n      val res = Await.result(api.updateWebhook(user, userRepo, nID, input), TIMEOUT)\n      assert(res.events == Seq(\"create\", \"pull_request\"))\n    }\n\n    it(\"should succeed updating by using add_events.\") {\n      val input = WebhookUpdateInput(add_events=Some(Seq(\"push\")))\n      val res = Await.result(api.updateWebhook(user, userRepo, nID, input), TIMEOUT)\n      assert(res.config.url == Some(targetURL))\n      assert(res.events == Seq(\"create\", \"pull_request\", \"push\"))\n    }\n\n    it(\"should succeed updating by using remove_events.\") {\n      val input = WebhookUpdateInput(remove_events=Some(Seq(\"pull_request\")))\n      val res = Await.result(api.updateWebhook(user, userRepo, nID, input), TIMEOUT)\n      assert(res.config.url == Some(targetURL))\n      assert(res.events == Seq(\"create\", \"push\"))\n    }\n\n    it(\"should succeed updating by rewriting config.\") {\n      val config = WebhookConfig(targetURL)\n      val input = WebhookUpdateInput(Some(config))\n      val res = Await.result(api.updateWebhook(user, userRepo, nID, input), TIMEOUT)\n      assert(res.config.url == Some(targetURL))\n    }\n  }\n\n  describe(\"testWebhook(owner, repo, id)\") {\n    it(\"should succeed with valid inputs.\") {\n      val result = Await.result(api.testWebhook(user, userRepo, nID), TIMEOUT)\n      assert(result == true)\n    }\n  }\n\n  describe(\"pingWebhook(owner, repo, id)\") {\n    it(\"should succeed with valid inputs.\") {\n      val result = Await.result(api.pingWebhook(user, userRepo, nID), TIMEOUT)\n      assert(result == true)\n    }\n  }\n\n  describe(\"removeWebhook(owner, repo, id)\") {\n    it(\"should succeed with valid inputs.\") {\n      val result = Await.result(api.removeWebhook(user, userRepo, nID), TIMEOUT)\n      assert(result == true)\n    }\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Search.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/models\/Search.scala\npackage codecheck.github.models\n\nimport org.json4s.JValue\nimport org.json4s.JArray\n\nsealed trait SearchSort {\n  def name: String\n  override def toString = name\n}\n\nsealed abstract class SearchRepositorySort(val name: String) extends SearchSort\n\nobject SearchRepositorySort {\n  case object stars   extends SearchRepositorySort(\"stars\")\n  case object forks   extends SearchRepositorySort(\"forks\")\n  case object updated extends SearchRepositorySort(\"updated\")\n\n  val values = Array(stars, forks, updated)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed abstract class SearchCodeSort(val name: String) extends SearchSort\n\nobject SearchCodeSort {\n  case object indexed extends SearchCodeSort(\"indexed\")\n\n  val values = Array(indexed)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed abstract class SearchIssueSort(val name: String) extends SearchSort\n\nobject SearchIssueSort {\n  case object created  extends SearchIssueSort(\"created\")\n  case object updated  extends SearchIssueSort(\"updated\")\n  case object comments extends SearchIssueSort(\"comments\")\n\n  val values = Array(created, updated, comments)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed abstract class SearchUserSort(val name: String) extends SearchSort\n\nobject SearchUserSort {\n  case object followers    extends SearchUserSort(\"followers\")\n  case object repositories extends SearchUserSort(\"repositories\")\n  case object joined       extends SearchUserSort(\"joined\")\n\n  val values = Array(followers, repositories, joined)\n\n  def fromString(str: String) = values.filter(_.name == str).head\n}\n\nsealed trait SearchInput extends AbstractInput {\n def q: String\n def sort: Option[SearchSort]\n def order: SortDirection\n def query = s\"?q=$q\" + sort.map(sortBy => s\"&sort=$sortBy&order=$order\").getOrElse(\"\")\n}\n\ncase class SearchRepositoryInput (\n val q: String,\n val sort: Option[SearchRepositorySort] = None,\n val order: SortDirection = SortDirection.desc\n) extends SearchInput\n\ncase class SearchRepositoryResult(value: JValue) extends AbstractJson(value) {\n def total_count: Long = get(\"total_count\").toLong\n def incomplete_results: Boolean = boolean(\"incomplete_results\")\n lazy val items = (value \\ \"items\") match {\n    case JArray(arr) => arr.map(Repository(_))\n    case _ => Nil\n  }\n}\n\ncase class SearchCodeInput (\n q: String,\n sort: Option[SearchCodeSort] = None,\n order: SortDirection = SortDirection.desc\n) extends SearchInput\n\ncase class SearchCodeItem(value: JValue) extends AbstractJson(value) {\n  def name: String = get(\"name\")\n  def path: String = get(\"path\")\n  def sha: String = get(\"sha\")\n  def url: String = get(\"url\")\n  def git_url: String = get(\"git_url\")\n  def html_url: String = get(\"html_url\")\n  def score: Double = get(\"score\").toDouble\n  lazy val repository = Repository(value \\ \"repository\")\n}\n\ncase class SearchCodeResult(value: JValue) extends AbstractJson(value) {\n def total_count: Long = get(\"total_count\").toLong\n def incomplete_results: Boolean = boolean(\"incomplete_results\")\n lazy val items = (value \\ \"items\") match {\n    case JArray(arr) => arr.map(SearchCodeItem(_))\n    case _ => Nil\n  }\n}\n\ncase class SearchIssueInput (\n q: String,\n sort: Option[SearchIssueSort] = None,\n order: SortDirection = SortDirection.desc\n) extends SearchInput\n\ncase class SearchIssueResult(value: JValue) extends AbstractJson(value) {\n def total_count: Long = get(\"total_count\").toLong\n def incomplete_results: Boolean = boolean(\"incomplete_results\")\n lazy val items = (value \\ \"items\") match {\n    case JArray(arr) => arr.map(Issue(_))\n    case _ => Nil\n  }\n}\n\ncase class SearchUserInput (\n q: String,\n sort: Option[SearchUserSort] = None,\n order: SortDirection = SortDirection.desc\n) extends SearchInput\n\ncase class SearchUserResult(value: JValue) extends AbstractJson(value) {\n def total_count: Long = get(\"total_count\").toLong\n def incomplete_results: Boolean = boolean(\"incomplete_results\")\n lazy val items = (value \\ \"items\") match {\n    case JArray(arr) => arr.map(User(_))\n    case _ => Nil\n  }\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Collaborator.scala","text":"<filename>src\/main\/scala\/codecheck\/github\/models\/Collaborator.scala\npackage codecheck.github.models\nimport org.json4s.JValue\n\ncase class Collaborator(value: JValue) extends AbstractJson(value) {\n  def login = get(\"login\")\n  def id = get(\"id\").toLong\n  def avatar_url = get(\"avatar_url\")\n  def url = get(\"url\")\n  def site_admin: Boolean = boolean(\"site_admin\")\n}\n\/\/case class CollaboratorInput extends AbstractInput\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/OAuthErrorResponse.scala","text":"package codecheck.github.models\n\nimport org.json4s.JValue\n\ncase class OAuthErrorResponse(value: JValue) extends AbstractJson(value) {\n  def error = get(\"error\")\n  def error_description = get(\"error_description\")\n  def error_uri = get(\"error_uri\")\n}\n\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/Branch.scala","text":"package codecheck.github.models\nimport org.json4s.JValue\n\ncase class BranchListItem(value: JValue) extends AbstractJson(value) {\n  def name = get(\"name\")\n  lazy val commit = CommitInfo(value \\ \"commit\")\n}\n\ncase class CommitInfo(value: JValue) extends AbstractJson(value) {\n  def sha = get(\"sha\")\n  def url = get(\"url\")\n}\n\ncase class Branch(value: JValue) extends AbstractJson(value) {\n  def name = get(\"name\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/events\/PullRequestEvent.scala","text":"package codecheck.github.events\n\nimport org.json4s.JValue\nimport codecheck.github.models.AbstractJson\nimport codecheck.github.models.PullRequest\nimport codecheck.github.models.PullRequestAction\n\ncase class PullRequestEvent(name: String, value: JValue) extends AbstractJson(value) with GitHubEvent {\n  def number = get(\"number\").toLong\n\n  lazy val action = PullRequestAction.fromString(get(\"action\"))\n  lazy val pull_request = PullRequest(value \\ \"pull_request\")\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/models\/AbstractInput.scala","text":"<reponame>code-check\/github-api\npackage codecheck.github.models\n\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods\nimport codecheck.github.utils.Json4s.formats\n\ntrait AbstractInput {\n  val value: JValue = Extraction.decompose(this)\n  override def toString = JsonMethods.pretty(value)\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/operations\/RepositoryOp.scala","text":"package codecheck.github.operations\n\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport org.json4s.{JArray, JString}\n\nimport codecheck.github.api.GitHubAPI\nimport codecheck.github.exceptions.NotFoundException\nimport codecheck.github.utils.ToDo\nimport codecheck.github.models.Repository\nimport codecheck.github.models.RepositoryInput\nimport codecheck.github.models.RepositoryListOption\nimport codecheck.github.models.LanguageList\n\ntrait RepositoryOp {\n  self: GitHubAPI =>\n\n  private def doList(path: String, option: RepositoryListOption): Future[List[Repository]] = {\n    exec(\"GET\", path + s\"?type=${option.listType}&sort=${option.sort}&direction=${option.direction}\").map { res =>\n      res.body match {\n        case JArray(arr) => arr.map(v => Repository(v))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n  def listOwnRepositories(option: RepositoryListOption = RepositoryListOption()): Future[List[Repository]] =\n    doList(\"\/user\/repos\", option)\n\n  def listUserRepositories(user: String, option: RepositoryListOption = RepositoryListOption()): Future[List[Repository]] =\n    doList(s\"\/users\/$user\/repos\", option)\n\n  def listOrgRepositories(org: String, option: RepositoryListOption = RepositoryListOption()): Future[List[Repository]] =\n    doList(s\"\/orgs\/$org\/repos\", option)\n\n  def listAllPublicRepositories(since: Long = 0): Future[List[Repository]] = {\n    val q = if (since == 0) \"\" else \"?since=\" + since\n    exec(\"GET\", \"\/repositories\" + q).map { res =>\n      res.body match {\n        case JArray(arr) => arr.map(v => Repository(v))\n        case _ => throw new IllegalStateException()\n      }\n    }\n  }\n\n\n  def getRepository(owner: String, repo: String): Future[Option[Repository]] = {\n    def handleRedirect(url: String): Future[Option[Repository]] = {\n      val regex = \"https:\/\/api.github.com\/repositories\/(\\\\d+)\".r\n      url match {\n        case regex(id) => getRepositoryById(id.toLong)\n        case _ => Future.successful(None)\n      }\n    }\n    exec(\"GET\", s\"\/repos\/$owner\/$repo\", fail404=false).flatMap { res =>\n      res.statusCode match {\n        case 200 => Future.successful(Some(Repository(res.body)))\n        case 301 =>\n          res.body \\ \"url\" match {\n            case JString(url) => handleRedirect(url)\n            case _ => Future.successful(None)\n          }\n        case 404 => Future.successful(None)\n      }\n    }\n  }\n\n  def getRepositoryById(id: Long): Future[Option[Repository]] = {\n    exec(\"GET\", s\"\/repositories\/$id\", fail404=false).map { res =>\n      res.statusCode match {\n        case 200 => Some(Repository(res.body))\n        case 404 => None\n      }\n    }\n  }\n\n  def createUserRepository(input: RepositoryInput): Future[Repository] = {\n    exec(\"POST\", s\"\/user\/repos\", input.value).map { res =>\n      new Repository(res.body)\n    }\n  }\n  def updateRepository(input: RepositoryInput): Future[Repository] = ToDo[Future[Repository]]\n\n  def removeRepository(owner: String, repo: String): Future[Boolean] = {\n    val path = s\"\/repos\/$owner\/$repo\"\n    exec(\"DELETE\", path).map { v =>\n      v.statusCode == 204\n    }\n  }\n\n  def listLanguages(owner: String, repo: String): Future[LanguageList] = {\n    val path = s\"\/repos\/$owner\/$repo\/languages\"\n    exec(\"GET\", path).map { res =>\n      LanguageList(res.body)\n    }\n  }\n\n\/*\nList contributors\nList languages\nList Teams\nList Tags\nList Branches\nGet Branch\nDelete a Repository\n*\/\n\n}\n"}
{"repo_name":"code-check\/github-api","path":"src\/main\/scala\/codecheck\/github\/exceptions\/NotFoundException.scala","text":"package codecheck.github.exceptions\n\nimport org.json4s.JValue\n\nclass NotFoundException(body: JValue) extends GitHubAPIException(body)\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/views\/ChoiceViewSpec.scala","text":"<filename>test\/unit\/views\/ChoiceViewSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport base.Injector\nimport forms.Choice._\nimport forms.{Choice, UcrType}\nimport models.UcrBlock\nimport org.jsoup.nodes.Document\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, when}\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.data.Form\nimport play.api.test.FakeRequest\nimport uk.gov.hmrc.govukfrontend.views.html.components.{GovukButton, GovukRadios}\nimport uk.gov.hmrc.govukfrontend.views.html.helpers.formWithCSRF\nimport views.components.config.ChoicePageConfig\nimport views.html.choice_page\nimport views.html.components.gds.{errorSummary, gds_main_template, sectionHeader}\nimport views.tags.ViewTest\n\n@ViewTest\nclass ChoiceViewSpec extends ViewSpec with Injector with MockitoSugar with BeforeAndAfterEach {\n\n  private implicit val request = FakeRequest().withCSRFToken\n\n  private val form: Form[Choice] = Choice.form()\n\n  private val govukLayout = instanceOf[gds_main_template]\n  private val govukButton = instanceOf[GovukButton]\n  private val govukRadios = instanceOf[GovukRadios]\n  private val errorSummary = instanceOf[errorSummary]\n  private val sectionHeader = instanceOf[sectionHeader]\n  private val formHelper = instanceOf[formWithCSRF]\n  private val pageConfig = mock[ChoicePageConfig]\n\n  def isIleQueryEnabled(enabled: Boolean): Unit = {\n    when(pageConfig.backLink(any())).thenReturn(\n      if (enabled) Some(controllers.ileQuery.routes.FindConsignmentController.displayQueryForm())\n      else None\n    )\n    when(pageConfig.ileQueryEnabled).thenReturn(enabled)\n  }\n\n  private val choicePage = new choice_page(govukLayout, govukButton, govukRadios, errorSummary, sectionHeader, formHelper, pageConfig)\n  private def createView(form: Form[Choice] = form): Document =\n    choicePage(form)(request, messages)\n\n  override def afterEach(): Unit =\n    reset(pageConfig)\n\n  \"Choice View\" should {\n\n    \"have proper labels for messages\" in {\n      isIleQueryEnabled(true)\n\n      messages must haveTranslationFor(\"movement.choice.title\")\n      messages must haveTranslationFor(\"movement.choice.arrival.label\")\n      messages must haveTranslationFor(\"movement.choice.departure.label\")\n      messages must haveTranslationFor(\"movement.choice.associateucr.label\")\n      messages must haveTranslationFor(\"movement.choice.disassociateucr.label\")\n      messages must haveTranslationFor(\"movement.choice.shutmucr.label\")\n      messages must haveTranslationFor(\"movement.choice.submissions.label\")\n    }\n\n    \"have proper labels for error messages\" in {\n      isIleQueryEnabled(true)\n\n      messages must haveTranslationFor(\"choicePage.input.error.empty\")\n      messages must haveTranslationFor(\"choicePage.input.error.incorrectValue\")\n    }\n\n    \"not render 'Shut Mucr' option\" when {\n\n      \"ILE query was for a Ducr\" in {\n        isIleQueryEnabled(true)\n\n        val view = choicePage(Choice.form(), Some(UcrBlock(\"DUCR\", UcrType.Ducr)))\n\n        view.getElementsByAttributeValue(\"for\", \"choice\").text() must be(messages(\"movement.choice.arrival.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-2\").text() must be(messages(\"movement.choice.associateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-3\").text() must be(messages(\"movement.choice.disassociateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-4\").text() must be(messages(\"movement.choice.departure.label\"))\n      }\n\n      \"user entered Choice page through Ducr Part Details page\" in {\n        isIleQueryEnabled(true)\n\n        val view = choicePage(Choice.form(), Some(UcrBlock(\"DUCR-123X\", UcrType.DucrPart)))\n\n        view.getElementsByAttributeValue(\"for\", \"choice\").text() must be(messages(\"movement.choice.arrival.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-2\").text() must be(messages(\"movement.choice.associateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-3\").text() must be(messages(\"movement.choice.disassociateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-4\").text() must be(messages(\"movement.choice.departure.label\"))\n      }\n    }\n\n    \"render 'Shut Mucr' option\" when {\n\n      \"ILE query was for a Mucr\" in {\n        isIleQueryEnabled(true)\n\n        val view = choicePage(Choice.form(), Some(UcrBlock(\"MUCR\", UcrType.Mucr)))\n\n        view.getElementsByAttributeValue(\"for\", \"choice\").text() must be(messages(\"movement.choice.arrival.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-2\").text() must be(messages(\"movement.choice.associateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-3\").text() must be(messages(\"movement.choice.disassociateucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-4\").text() must be(messages(\"movement.choice.shutmucr.label\"))\n        view.getElementsByAttributeValue(\"for\", \"choice-5\").text() must be(messages(\"movement.choice.departure.label\"))\n      }\n    }\n  }\n\n  \"Choice View on empty page\" should {\n\n    \"display same page title as header with ile query disabled\" in {\n      isIleQueryEnabled(false)\n\n      val viewWithMessage = createView()\n      viewWithMessage.title() must include(viewWithMessage.getElementsByTag(\"h1\").text())\n    }\n\n    \"display same page title as header with ile query enabled\" in {\n      isIleQueryEnabled(true)\n\n      val viewWithMessage = createView()\n      viewWithMessage.title() must include(viewWithMessage.getElementsByTag(\"h1\").text())\n    }\n\n    \"display header with ile query disabled\" in {\n      isIleQueryEnabled(false)\n\n      createView().getElementsByClass(\"govuk-fieldset__heading\").get(0).text() must be(messages(\"movement.choice.title\"))\n    }\n\n    \"display header with ile query enabled\" in {\n      isIleQueryEnabled(true)\n\n      createView().getElementsByClass(\"govuk-fieldset__heading\").get(0).text() must be(messages(\"movement.choice.title.consignment\"))\n    }\n\n    \"display 'Back' button when ile query enabled\" in {\n      isIleQueryEnabled(true)\n\n      val backButton = createView().getElementById(\"back-link\")\n\n      backButton.text() must be(messages(\"site.back\"))\n      backButton.attr(\"href\") must be(controllers.ileQuery.routes.FindConsignmentController.displayQueryForm().url)\n    }\n\n    \"not display 'Back' button when ile query disabled\" in {\n      isIleQueryEnabled(false)\n\n      val backButton = createView().getElementById(\"back-link\")\n\n      backButton must be(null)\n    }\n\n    \"display 5 radio buttons with labels when ileQuery is enabled\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form())\n\n      view.getElementsByAttributeValue(\"for\", \"choice\").text() must be(messages(\"movement.choice.arrival.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-2\").text() must be(messages(\"movement.choice.associateucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-3\").text() must be(messages(\"movement.choice.disassociateucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-4\").text() must be(messages(\"movement.choice.shutmucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-5\").text() must be(messages(\"movement.choice.departure.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-6\") must be(empty)\n    }\n\n    \"display 6 radio buttons with labels when ileQuery is disabled\" in {\n      isIleQueryEnabled(false)\n\n      val view = createView(Choice.form())\n\n      view.getElementsByAttributeValue(\"for\", \"choice\").text() must be(messages(\"movement.choice.arrival.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-2\").text() must be(messages(\"movement.choice.associateucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-3\").text() must be(messages(\"movement.choice.disassociateucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-4\").text() must be(messages(\"movement.choice.shutmucr.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-5\").text() must be(messages(\"movement.choice.departure.label\"))\n      view.getElementsByAttributeValue(\"for\", \"choice-6\").text() must be(messages(\"movement.choice.submissions.label\"))\n    }\n\n    \"display 5 unchecked radio buttons when ileQuery is enabled\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form())\n\n      ensureRadioIsUnChecked(view, \"choice\")\n      ensureRadioIsUnChecked(view, \"choice-2\")\n      ensureRadioIsUnChecked(view, \"choice-3\")\n      ensureRadioIsUnChecked(view, \"choice-4\")\n      ensureRadioIsUnChecked(view, \"choice-5\")\n    }\n\n    \"display 6 unchecked radio buttons when ileQuery is disabled\" in {\n      isIleQueryEnabled(false)\n\n      val view = createView(Choice.form())\n\n      ensureRadioIsUnChecked(view, \"choice\")\n      ensureRadioIsUnChecked(view, \"choice-2\")\n      ensureRadioIsUnChecked(view, \"choice-3\")\n      ensureRadioIsUnChecked(view, \"choice-4\")\n      ensureRadioIsUnChecked(view, \"choice-5\")\n      ensureRadioIsUnChecked(view, \"choice-6\")\n    }\n\n    \"display 'Save and continue' button on page\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView()\n\n      val saveButton = view.getElementsByClass(\"govuk-button\").get(0)\n      saveButton.text() must be(messages(\"site.continue\"))\n    }\n  }\n\n  \"Choice View for invalid input\" should {\n\n    \"display error when no choice is made\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().bind(Map[String, String]()))\n\n      view must haveGovUkGlobalErrorSummary\n      view must containErrorElementWithTagAndHref(\"a\", \"#choice\")\n\n      view.getElementsByClass(\"govuk-list govuk-error-summary__list\").get(0).text() must be(messages(\"choicePage.input.error.empty\"))\n    }\n\n    \"display error when choice is incorrect\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().bind(Map(\"choice\" -> \"incorrect\")))\n\n      view must haveGovUkGlobalErrorSummary\n      view must containErrorElementWithTagAndHref(\"a\", \"#choice\")\n\n      view.getElementsByClass(\"govuk-list govuk-error-summary__list\").get(0).text() must be(messages(\"choicePage.input.error.incorrectValue\"))\n    }\n  }\n\n  \"Choice View when filled\" should {\n\n    \"display selected 1st radio button - Arrival (EAL)\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().fill(Arrival))\n\n      ensureRadioIsChecked(view, \"choice\")\n      ensureRadioIsUnChecked(view, \"choice-2\")\n      ensureRadioIsUnChecked(view, \"choice-3\")\n      ensureRadioIsUnChecked(view, \"choice-4\")\n    }\n\n    \"display selected 2nd radio button - Associate (EDL)\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().fill(AssociateUCR))\n\n      ensureRadioIsUnChecked(view, \"choice\")\n      ensureRadioIsChecked(view, \"choice-2\")\n      ensureRadioIsUnChecked(view, \"choice-3\")\n      ensureRadioIsUnChecked(view, \"choice-4\")\n    }\n\n    \"display selected 3rd radio button - Disassociate (EAC)\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().fill(DisassociateUCR))\n\n      ensureRadioIsUnChecked(view, \"choice\")\n      ensureRadioIsUnChecked(view, \"choice-2\")\n      ensureRadioIsChecked(view, \"choice-3\")\n      ensureRadioIsUnChecked(view, \"choice-4\")\n    }\n\n    \"display selected 4th radio button - Shut a MUCR (CST)\" in {\n      isIleQueryEnabled(true)\n\n      val view = createView(Choice.form().fill(ShutMUCR))\n\n      ensureRadioIsUnChecked(view, \"choice\")\n      ensureRadioIsUnChecked(view, \"choice-2\")\n      ensureRadioIsUnChecked(view, \"choice-3\")\n      ensureRadioIsChecked(view, \"choice-4\")\n    }\n  }\n\n  private def ensureRadioIsChecked(view: Document, elementId: String): Unit = {\n    val option = view.getElementById(elementId).getElementsByAttribute(\"checked\")\n    option.size() mustBe 1\n  }\n\n  private def ensureRadioIsUnChecked(view: Document, elementId: String): Unit = {\n    val option = view.getElementById(elementId)\n    option.attr(\"checked\") mustBe empty\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/config\/AppConfigSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage config\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.{Configuration, Environment}\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nclass AppConfigSpec extends AnyWordSpec with Matchers with MockitoSugar {\n\n  private val environment = Environment.simple()\n  private val validAppConfig: Config =\n    ConfigFactory.parseString(\n      \"\"\"\n        |urls.login=\"http:\/\/localhost:9949\/auth-login-stub\/gg-sign-in\"\n        |urls.loginContinue=\"http:\/\/localhost:9000\/customs-declare-exports-frontend\"\n        |urls.customsDeclarationsGoodsTakenOutOfEu=\"https:\/\/www.gov.uk\/guidance\/customs-declarations-for-goods-taken-out-of-the-eu\"\n        |urls.serviceAvailability=\"https:\/\/www.gov.uk\/guidance\/customs-declaration-service-service-availability-and-issues\"\n        |urls.exitSurveyUrl=\"http:\/\/localhost:9514\/feedback\/customs-movements-frontend\"\n        |urls.eoriService = \"https:\/\/www.gov.uk\/eori\"\n        |urls.cdsRegister = \"https:\/\/www.gov.uk\/guidance\/get-access-to-the-customs-declaration-service\"\n        |urls.cdsCheckStatus = \"https:\/\/www.tax.service.gov.uk\/customs\/register-for-cds\/are-you-based-in-uk\"\n        |urls.previousProcedureCodes = \"http:\/\/previousProcedureCodes\"\n        |urls.customsDecCompletionRequirements=\"http:\/\/customsDecCompletionRequirements\"\n        |urls.locationCodeForAirports=\"http:\/\/locationCodeForAirports\"\n        |urls.certificateOfAgreementAirports=\"http:\/\/certificateOfAgreementAirports\"\n        |urls.locationCodeForMaritimePorts=\"http:\/\/locationCodeForMaritimePorts\"\n        |urls.locationCodeForTempStorage=\"http:\/\/locationCodeForTempStorage\"\n        |urls.designatedExportPlaceCodes=\"http:\/\/designatedExportPlaceCodes\"\n        |urls.locationCodesForCsePremises=\"http:\/\/locationCodesForCsePremises\"\n        |urls.goodsLocationCodesForDataElement=\"http:\/\/goodsLocationCodesForDataElement\"\n        |urls.tariffCdsChiefSupplement=\"http:\/\/tariffCdsChiefSupplement\"\n        |\n        |mongodb.uri=\"mongodb:\/\/localhost:27017\/customs-movements-frontend\"\n        |\n        |microservice.services.auth.host=localhostauth\n        |google-analytics.token=N\/A\n        |google-analytics.host=localhostGoogle\n        |tracking-consent-frontend.gtm.container=a\n        |\n        |countryCodesCsvFilename=code_lists\/mdg-country-codes.csv\n        |countryCodesJsonFilename=location-autocomplete-canonical-list.json\n        |euCountryCodesCsvFilename=code_lists\/mdg-country-codes-eu.csv\n        |\n        |microservice.services.nrs.host=localhostnrs\n        |microservice.services.nrs.port=7654\n        |microservice.services.nrs.apikey=cds-exports\n        |microservice.services.features.default=disabled\n        |microservice.services.features.welsh-translation=false\n        |microservice.services.features.response-error-explanation-mode=Exports\n        |microservice.services.auth.port=9988\n        |\n        |microservice.services.customs-declare-exports-movements.host=localhost\n        |microservice.services.customs-declare-exports-movements.port=9876\n        |microservice.services.customs-declare-exports-movements.fetch-notifications=\/notifications\n        |microservice.services.customs-declare-exports-movements.fetch-all-submissions=\/movements\n        |microservice.services.customs-declare-exports-movements.fetch-single-submission=\/movements\n        |\n        |microservice.services.customs-declare-exports-movements.submit-movements=\/movements\n        |microservice.services.customs-declare-exports-movements.submit-consolidation=\/consolidation\n        |\n        |microservice.services.contact-frontend.url=\/contact-frontend-url\n        |microservice.services.contact-frontend.serviceId=Movements-Service-ID\n        |platform.frontend.host=\"self\/base-url\"\n      \"\"\".stripMargin\n    )\n\n  private val missingValuesAppConfig: Config =\n    ConfigFactory.parseString(\n      \"\"\"\n        |urls.login=\"http:\/\/localhost:9949\/auth-login-stub\/gg-sign-in\"\n        |urls.loginContinue=\"http:\/\/localhost:9000\/customs-declare-exports-frontend\"\n        |urls.customsDeclarationsGoodsTakenOutOfEu=\"https:\/\/www.gov.uk\/guidance\/customs-declarations-for-goods-taken-out-of-the-eu\"\n        |urls.serviceAvailability=\"https:\/\/www.gov.uk\/guidance\/customs-declaration-service-service-availability-and-issues\"\n        |urls.exitSurveyUrl=\"http:\/\/localhost:9514\/feedback\/customs-movements-frontend\"\n        |urls.eoriService = \"https:\/\/www.gov.uk\/eori\"\n        |urls.cdsRegister = \"https:\/\/www.gov.uk\/guidance\/get-access-to-the-customs-declaration-service\"\n        |urls.cdsCheckStatus = \"https:\/\/www.tax.service.gov.uk\/customs\/register-for-cds\/are-you-based-in-uk\"\n        |urls.previousProcedureCodes = \"http:\/\/previousProcedureCodes\"\n        |urls.customsDecCompletionRequirements=\"http:\/\/customsDecCompletionRequirements\"\n        |urls.locationCodeForAirports=\"http:\/\/locationCodeForAirports\"\n        |urls.certificateOfAgreementAirports=\"http:\/\/certificateOfAgreementAirports\"\n        |urls.locationCodeForMaritimePorts=\"http:\/\/locationCodeForMaritimePorts\"\n        |urls.locationCodeForTempStorage=\"http:\/\/locationCodeForTempStorage\"\n        |urls.designatedExportPlaceCodes=\"http:\/\/designatedExportPlaceCodes\"\n        |urls.locationCodesForCsePremises=\"http:\/\/locationCodesForCsePremises\"\n        |urls.goodsLocationCodesForDataElement=\"http:\/\/goodsLocationCodesForDataElement\"\n        |urls.tariffCdsChiefSupplement=\"http:\/\/tariffCdsChiefSupplement\"\n        |\n        |mongodb.uri=\"mongodb:\/\/localhost:27017\/customs-movements-frontend\"\n        |\n        |google-analytics.token=N\/A\n        |google-analytics.host=localhostGoogle\n        |\n        |countryCodesCsvFilename=code_lists\/mdg-country-codes.csv\n        |countryCodesJsonFilename=location-autocomplete-canonical-list.json\n        |euCountryCodesCsvFilename=code_lists\/mdg-country-codes-eu.csv\n        |\n        |microservice.services.nrs.host=localhostnrs\n        |microservice.services.nrs.port=7654\n        |microservice.services.nrs.apikey=cds-exports\n        |microservice.services.features.default=disabled\n        |microservice.services.features.welsh-translation=false\n        |microservice.services.features.response-error-explanation-mode=Exports\n        |microservice.services.auth.port=9988\n        |\n        |microservice.services.contact-frontend.url=\/contact-frontend-url\n        |microservice.services.contact-frontend.serviceId=Movements-Service-ID\n      \"\"\".stripMargin\n    )\n\n  private val validServicesConfiguration = Configuration(validAppConfig)\n  private val missingValuesServicesConfiguration = Configuration(missingValuesAppConfig)\n\n  private def servicesConfig(conf: Configuration) = new ServicesConfig(conf)\n  private def appConfig(conf: Configuration) = new AppConfig(conf, environment, servicesConfig(conf), \"AppName\")\n\n  val validConfigService: AppConfig = appConfig(validServicesConfiguration)\n  val emptyConfigService: AppConfig = appConfig(missingValuesServicesConfiguration)\n\n  \"The config\" should {\n\n    \"have analytics token\" in {\n      validConfigService.analyticsToken must be(\"N\/A\")\n    }\n\n    \"have analytics host\" in {\n      validConfigService.analyticsHost must be(\"localhostGoogle\")\n    }\n\n    \"have gtm container\" in {\n      validConfigService.gtmContainer must be(\"a\")\n    }\n\n    \"have auth URL\" in {\n      validConfigService.authUrl must be(\"http:\/\/localhostauth:9988\")\n    }\n\n    \"have login URL\" in {\n      validConfigService.loginUrl must be(\"http:\/\/localhost:9949\/auth-login-stub\/gg-sign-in\")\n    }\n\n    \/\/ what is continue URL - redirect ?\n    \"have login continue URL\" in {\n      validConfigService.loginContinueUrl must be(\"http:\/\/localhost:9000\/customs-declare-exports-frontend\")\n    }\n\n    \"have previousProcedureCodesUrl URL\" in {\n      validConfigService.previousProcedureCodesUrl must be(\"http:\/\/previousProcedureCodes\")\n    }\n\n    \"have customsDecCompletionRequirements URL\" in {\n      validConfigService.customsDecCompletionRequirements must be(\"http:\/\/customsDecCompletionRequirements\")\n    }\n\n    \"have locationCodeForAirports URL\" in {\n      validConfigService.locationCodeForAirports must be(\"http:\/\/locationCodeForAirports\")\n    }\n\n    \"have certificateOfAgreementAirports URL\" in {\n      validConfigService.certificateOfAgreementAirports must be(\"http:\/\/certificateOfAgreementAirports\")\n    }\n\n    \"have locationCodeForMaritimePorts URL\" in {\n      validConfigService.locationCodeForMaritimePorts must be(\"http:\/\/locationCodeForMaritimePorts\")\n    }\n\n    \"have locationCodeForTempStorage URL\" in {\n      validConfigService.locationCodeForTempStorage must be(\"http:\/\/locationCodeForTempStorage\")\n    }\n\n    \"have designatedExportPlaceCodes URL\" in {\n      validConfigService.designatedExportPlaceCodes must be(\"http:\/\/designatedExportPlaceCodes\")\n    }\n\n    \"have locationCodesForCsePremises URL\" in {\n      validConfigService.locationCodesForCsePremises must be(\"http:\/\/locationCodesForCsePremises\")\n    }\n\n    \"have goodsLocationCodesForDataElement URL\" in {\n      validConfigService.goodsLocationCodesForDataElement must be(\"http:\/\/goodsLocationCodesForDataElement\")\n    }\n\n    \"have tariffCdsChiefSupplement URL\" in {\n      validConfigService.tariffCdsChiefSupplement must be(\"http:\/\/tariffCdsChiefSupplement\")\n    }\n\n    \"have language translation enabled field\" in {\n      validConfigService.languageTranslationEnabled must be(false)\n    }\n\n    \"have language map with English\" in {\n      validConfigService.languageMap.get(\"english\").isDefined must be(true)\n    }\n\n    \"have language map with Cymraeg\" in {\n      validConfigService.languageMap.get(\"cymraeg\").isDefined must be(true)\n    }\n\n    \"have movements backend hostname \" in {\n      validConfigService.customsDeclareExportsMovements must be(\"http:\/\/localhost:9876\")\n    }\n\n    \"have movements submission URL\" in {\n      validConfigService.movementsSubmissionUri must be(\"\/movements\")\n    }\n\n    \"have movement consolidation submission URL\" in {\n      validConfigService.movementConsolidationUri must be(\"\/consolidation\")\n    }\n\n    \"have fetch all submissions URL\" in {\n      validConfigService.fetchAllSubmissions must be(\"\/movements\")\n    }\n\n    \"have fetch single submission\" in {\n      validConfigService.fetchSingleSubmission must be(\"\/movements\")\n    }\n\n    \"have fetch notification URL\" in {\n      validConfigService.fetchNotifications must be(\"\/notifications\")\n    }\n\n    \"have selfBaseUrl\" in {\n      validConfigService.selfBaseUrl must be(defined)\n      validConfigService.selfBaseUrl.get must be(\"self\/base-url\")\n    }\n\n    \"have feedback link\" in {\n      validConfigService.giveFeedbackLink must be(\"\/contact-frontend-url?service=Movements-Service-ID\")\n    }\n\n    \"empty selfBaseUrl when the key is missing\" in {\n      emptyConfigService.selfBaseUrl must be(None)\n    }\n\n    \"throw an exception\" when {\n\n      \"gtm.container is missing\" in {\n        intercept[Exception](emptyConfigService.gtmContainer).getMessage must be(\n          \"Could not find config key 'tracking-consent-frontend.gtm.container'\"\n        )\n      }\n\n      \"auth.host is missing\" in {\n        intercept[Exception](emptyConfigService.authUrl).getMessage must be(\"Could not find config key 'auth.host'\")\n      }\n\n      \"customs-declare-exports-movements.host is missing\" in {\n        intercept[Exception](emptyConfigService.customsDeclareExportsMovements).getMessage must be(\n          \"Could not find config key 'customs-declare-exports-movements.host'\"\n        )\n      }\n\n      \"movement Arrival submission uri is missing\" in {\n        intercept[Exception](emptyConfigService.movementsSubmissionUri).getMessage must be(\n          \"Missing configuration for Customs Declarations Exports Movements submission URI\"\n        )\n      }\n\n      \"consolidation submission uri is missing\" in {\n        intercept[Exception](emptyConfigService.movementConsolidationUri).getMessage must be(\n          \"Missing configuration for Customs Declarations Exports Movements Consolidation\"\n        )\n      }\n\n      \"fetch all submissions uri is missing\" in {\n        intercept[Exception](emptyConfigService.fetchAllSubmissions).getMessage must be(\n          \"Missing configuration for Customs Declaration Exports fetch all submission URI\"\n        )\n      }\n\n      \"fetch single submission uri is missing\" in {\n        intercept[Exception](emptyConfigService.fetchSingleSubmission).getMessage must be(\n          \"Missing configuration for Customs Declaration Exports fetch single submission URI\"\n        )\n      }\n\n      \"fetch notifications uri is missing\" in {\n        intercept[Exception](emptyConfigService.fetchNotifications).getMessage must be(\n          \"Missing configuration for Customs Declarations Exports fetch notifications URI\"\n        )\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"build.sbt","text":"import com.typesafe.sbt.digest.Import._\nimport com.typesafe.sbt.uglify.Import._\nimport com.typesafe.sbt.web.Import._\nimport net.ground5hark.sbt.concat.Import._\nimport sbt.Keys._\nimport sbt._\nimport uk.gov.hmrc.DefaultBuildSettings._\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin.publishingSettings\nimport uk.gov.hmrc.{ForkedJvmPerTestSettings, SbtAutoBuildPlugin}\n\nval appName = \"customs-movements-frontend\"\n\nPlayKeys.devSettings := Seq(\"play.server.http.port\" -> \"6796\")\n\nlazy val microservice = Project(appName, file(\".\"))\n  .enablePlugins(PlayScala, SbtAutoBuildPlugin, SbtDistributablesPlugin, SbtWeb)\n  .settings(\n    libraryDependencies ++= (AppDependencies.compile ++ AppDependencies.test),\n    dependencyOverrides += \"commons-codec\" % \"commons-codec\" % \"1.12\",\n    retrieveManaged := true,\n    evictionWarningOptions in update := EvictionWarningOptions.default.withWarnScalaVersionEviction(false),\n    majorVersion := 0,\n    scalaVersion := \"2.12.12\"\n  )\n  .configs(IntegrationTest)\n  .settings(inConfig(IntegrationTest)(Defaults.itSettings): _*)\n  .settings(publishingSettings: _*)\n  .settings(\n    unmanagedSourceDirectories in Test := Seq((baseDirectory in Test).value \/ \"test\/unit\", (baseDirectory in Test).value \/ \"test\/util\"),\n    addTestReportOption(Test, \"test-reports\")\n  )\n  .settings(\n    Keys.fork in IntegrationTest := false,\n    unmanagedSourceDirectories in IntegrationTest := Seq(\n      (baseDirectory in IntegrationTest).value \/ \"test\/it\",\n      (baseDirectory in Test).value \/ \"test\/util\"\n    ),\n    addTestReportOption(IntegrationTest, \"int-test-reports\"),\n    testGrouping in IntegrationTest := ForkedJvmPerTestSettings.oneForkedJvmPerTest((definedTests in IntegrationTest).value),\n    parallelExecution in IntegrationTest := false\n  )\n  .settings(\n    \/\/ concatenate js - https:\/\/www.npmjs.com\/package\/concatenate-js-middleware\n    Concat.groups :=\n      Seq(\n        \"stylesheets\/vendor\/jquery-ui.min.css\" -> group(Seq(\"stylesheets\/vendor\/jquery-ui.css\")),\n        \"javascripts\/customsdecexfrontend-app.js\" -> group(Seq(\"javascripts\/customsdecexfrontend.js\"))\n      ),\n    \/\/ prevent removal of unused code which generates warning errors due to use of third-party libs\n    uglifyCompressOptions := Seq(\"unused=false\", \"dead_code=false\"),\n    pipelineStages := Seq(digest),\n    \/\/ below line required to force asset pipeline to operate in dev rather than only prod\n    pipelineStages in Assets := Seq(concat, uglify),\n    \/\/ only compress files generated by concat\n    includeFilter in uglify := GlobFilter(\"customsdecexfrontend-*.js\")\n  )\n  .settings(scoverageSettings)\n  .settings(silencerSettings)\n  .disablePlugins(JUnitXmlReportPlugin) \/\/Required to prevent https:\/\/github.com\/scalatest\/scalatest\/issues\/1427\n\nlazy val scoverageSettings: Seq[Setting[_]] = Seq(\n  coverageExcludedPackages := List(\n    \"<empty>\",\n    \"Reverse.*\",\n    \"metrics\\\\..*\",\n    \"features\\\\..*\",\n    \"test\\\\..*\",\n    \".*(BuildInfo|Routes|Options|TestingUtilitiesController).*\"\n  ).mkString(\";\"),\n  coverageMinimum := 84,\n  coverageFailOnMinimum := true,\n  coverageHighlighting := true,\n  parallelExecution in Test := false\n)\n\nlazy val silencerSettings: Seq[Setting[_]] = {\n  val silencerVersion = \"1.7.0\"\n  Seq(\n    libraryDependencies ++= Seq(compilerPlugin(\"com.github.ghik\" % \"silencer-plugin\" % silencerVersion cross CrossVersion.full)),\n    \/\/ silence all warnings on autogenerated files\n    scalacOptions += \"-P:silencer:pathFilters=target\/.*\",\n    \/\/ Make sure you only exclude warnings for the project directories, i.e. make builds reproducible\n    scalacOptions += s\"-P:silencer:sourceRoots=${baseDirectory.value.getCanonicalPath}\"\n  )\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/utils\/validators\/forms\/FieldValidatorSpec.scala","text":"<filename>test\/unit\/utils\/validators\/forms\/FieldValidatorSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils.validators.forms\n\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport testdata.CommonTestData\nimport utils.TestDataHelper\nimport utils.validators.forms.FieldValidator._\n\nclass FieldValidatorSpec extends AnyWordSpec with Matchers {\n\n  val anyString = \"Any string\"\n  val emptyString = \"\"\n\n  \"Predicate operations\" should {\n    \"correctly apply and logic for booleans\" in {\n      (true and true) mustBe true\n      (true and false) mustBe false\n      (false and true) mustBe false\n      (false and false) mustBe false\n    }\n\n    \"correctly apply or logic for booleans\" in {\n      (true or true) mustBe true\n      (true or false) mustBe true\n      (false or true) mustBe true\n      (false or false) mustBe false\n    }\n\n    \"correctly apply and logic for function and boolean\" in {\n      val fun = (input: String) => input.contains(\"a\")\n\n      (fun(\"a\") and true) mustBe true\n      (fun(\"a\") and false) mustBe false\n      (true and fun(\"a\")) mustBe true\n      (false and fun(\"a\")) mustBe false\n\n      (fun(\"b\") and true) mustBe false\n      (fun(\"b\") and false) mustBe false\n      (true and fun(\"b\")) mustBe false\n      (false and fun(\"b\")) mustBe false\n    }\n\n    \"correctly apply or logic for function and boolean\" in {\n      val fun = (input: String) => input.contains(\"a\")\n\n      (fun(\"a\") or true) mustBe true\n      (fun(\"a\") or false) mustBe true\n      (true or fun(\"a\")) mustBe true\n      (false or fun(\"a\")) mustBe true\n\n      (fun(\"b\") or true) mustBe true\n      (fun(\"b\") or false) mustBe false\n      (true or fun(\"b\")) mustBe true\n      (false or fun(\"b\")) mustBe false\n    }\n\n    \"correctly apply and logic for two functions\" in {\n      val fun1 = (input: String) => input.contains(\"a\")\n      val fun2 = (input: String) => input.contains(\"b\")\n\n      (fun1(\"a\") and fun2(\"b\")) mustBe true\n      (fun1(\"a\") and fun2(\"a\")) mustBe false\n      (fun1(\"b\") and fun2(\"b\")) mustBe false\n      (fun1(\"b\") and fun2(\"a\")) mustBe false\n    }\n\n    \"correctly apply or logic for two functions\" in {\n      val fun1 = (input: String) => input.contains(\"a\")\n      val fun2 = (input: String) => input.contains(\"b\")\n\n      (fun1(\"a\") or fun2(\"b\")) mustBe true\n      (fun1(\"a\") or fun2(\"a\")) mustBe true\n      (fun1(\"b\") or fun2(\"b\")) mustBe true\n      (fun1(\"b\") or fun2(\"a\")) mustBe false\n    }\n  }\n\n  \"FormFieldValidator isEmpty\" should {\n    \"return false\" when {\n      \"provided with non empty value\" in {\n        isEmpty(anyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with empty value\" in {\n        isEmpty(emptyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidation nonEmpty\" should {\n    \"return false\" when {\n      \"provided with empty value\" in {\n        nonEmpty(emptyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with non-empty value\" in {\n        nonEmpty(anyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator noLongerThan\" should {\n    \"return false\" when {\n      \"provided with negative length value\" in {\n        val length = -1\n\n        noLongerThan(length)(anyString) mustBe false\n      }\n\n      \"provided with String longer than provided length value\" in {\n        val length = 1\n\n        noLongerThan(length)(anyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with String shorter than provided length value\" in {\n        val length = 20\n\n        noLongerThan(length)(anyString) mustBe true\n      }\n\n      \"provided with String with length equal to provided value\" in {\n        val length = 10\n\n        noLongerThan(length)(anyString) mustBe true\n      }\n\n      \"provided with empty String and length value equal 0\" in {\n        val length = 0\n\n        noLongerThan(length)(emptyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidation noShorterThan\" should {\n    \"return false\" when {\n      \"provided with shorter string\" in {\n        val length = 20\n\n        noShorterThan(length)(anyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with negative length value\" in {\n        val length = -1\n\n        noShorterThan(length)(anyString) mustBe true\n      }\n      \"provided with string longer than provided length value\" in {\n        val length = 1\n\n        noShorterThan(length)(anyString) mustBe true\n      }\n\n      \"provided with string exactly the same length that provided\" in {\n        val length = 10\n\n        noShorterThan(length)(anyString) mustBe true\n      }\n\n      \"provided with empty string and length equal 0\" in {\n        val length = 0\n\n        noShorterThan(length)(emptyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidation hasSpecificLength\" should {\n    \"return false\" when {\n      \"provided with string shorter than expected value\" in {\n        val length = 20\n\n        hasSpecificLength(length)(anyString) mustBe false\n      }\n\n      \"provided with string longer than expected value\" in {\n        val length = 5\n\n        hasSpecificLength(length)(anyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with string has the same length like expected value\" in {\n        val length = 10\n\n        hasSpecificLength(length)(anyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isNumeric\" should {\n    \"return false\" when {\n      \"provided with alphabetic character\" in {\n        val input = \"A\"\n        isNumeric(input) mustBe false\n      }\n\n      \"provided with special character\" in {\n        val input = \"$\"\n        isNumeric(input) mustBe false\n      }\n\n      \"provided with several numeric and an alphabetic character\" in {\n        val input = \"1234567A\"\n        isNumeric(input) mustBe false\n      }\n\n      \"provided with several numeric and a special character\" in {\n        val input = \"1234567&\"\n        isNumeric(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with single numeric character\" in {\n        val input = \"1\"\n        isNumeric(input) mustBe true\n      }\n\n      \"provided with multiple numeric characters\" in {\n        val input = \"1234567890\"\n        isNumeric(input) mustBe true\n      }\n\n      \"provided with empty String\" in {\n        val input = \"\"\n        isNumeric(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isAllCapitalLetter\" should {\n    \"return false\" when {\n      \"provided with string with numbers\" in {\n        val input = \"ASD123ASD\"\n\n        isAllCapitalLetter(input) mustBe false\n      }\n\n      \"provided with string with lowercase\" in {\n        val input = \"ASDzxcASD\"\n\n        isAllCapitalLetter(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with string with uppercase letters\" in {\n        val input = \"ABCDEF\"\n\n        isAllCapitalLetter(input) mustBe true\n      }\n\n      \"provided with empty string\" in {\n        isAllCapitalLetter(emptyString) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator on isAlphabetic\" should {\n    \"return false\" when {\n      \"provided with numeric character\" in {\n        val input = \"1\"\n        isAlphabetic(input) mustBe false\n      }\n\n      \"provided with special character\" in {\n        val input = \"@\"\n        isAlphabetic(input) mustBe false\n      }\n\n      \"provided with several alphabetic and a numeric character\" in {\n        val input = \"ABCDEFG7\"\n        isAlphabetic(input) mustBe false\n      }\n\n      \"provided with several alphabetic and a special character\" in {\n        val input = \"ABCDEFG#\"\n        isAlphabetic(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with single alphabetic character\" in {\n        val input = \"A\"\n        isAlphabetic(input) mustBe true\n      }\n\n      \"provided with multiple alphabetic characters\" in {\n        val input = \"ABCDEFGHIJKLMNOPQRSTUVWXYZ\"\n        isAlphabetic(input) mustBe true\n      }\n\n      \"provided with empty String\" in {\n        val input = \"\"\n        isAlphabetic(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isAlphanumeric\" should {\n    \"return false\" when {\n      \"provided with special character\" in {\n        val input = \"%\"\n        isAlphanumeric(input) mustBe false\n      }\n\n      \"provided with several alphanumeric and a special character\" in {\n        val input = \"ABC123*\"\n        isAlphanumeric(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with single numeric character\" in {\n        val input = \"8\"\n        isAlphanumeric(input) mustBe true\n      }\n\n      \"provided with single alphabetic character\" in {\n        val input = \"A\"\n        isAlphanumeric(input) mustBe true\n      }\n\n      \"provided with both numeric and alphabetic characters\" in {\n        val input = \"ABCD2358\"\n        isAlphanumeric(input) mustBe true\n      }\n\n      \"provided with empty String\" in {\n        val input = \"\"\n        isAlphanumeric(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidation isAlphanumericWithSpecialCharacters\" should {\n    \"return false\" when {\n      \"provided with string contains special characters not present in allowed characters set\" in {\n        val specialCharacters = Set(' ', '$', '@')\n        val inputWithOtherSpecialChars = \"as!$ &*3sda\"\n\n        isAlphanumericWithSpecialCharacters(specialCharacters)(inputWithOtherSpecialChars) mustBe false\n      }\n\n      \"provided with string contains special characters but allowed special characters set is empty\" in {\n        val specialCharacters: Set[Char] = Set()\n        val input = \"asd!@#$%gh\"\n\n        isAlphanumericWithSpecialCharacters(specialCharacters)(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with string doesn't have special characters\" in {\n        val specialCharacters = Set(' ', '$', '@')\n        val input = \"asd213\"\n\n        isAlphanumericWithSpecialCharacters(specialCharacters)(input) mustBe true\n      }\n\n      \"provided with string contains only special characters from the list\" in {\n        val specialCharacters = Set(' ', '$', '@')\n        val input = \"A a B$ b$ C@ c@\"\n\n        isAlphanumericWithSpecialCharacters(specialCharacters)(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidation isAlphanumericWithAllowedSpecialCharacters\" should {\n    \"return false\" when {\n      \"provided with unsupported special characters\" in {\n        val input = \"%$%$#@\"\n\n        isAlphanumericWithAllowedSpecialCharacters(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"provided with only numeric characters\" in {\n        val input = \"1234\"\n\n        isAlphanumericWithAllowedSpecialCharacters(input) mustBe true\n      }\n\n      \"provided with only alphabetic characters\" in {\n        isAlphanumericWithAllowedSpecialCharacters(anyString) mustBe true\n      }\n\n      \"provided with string with both alphabetic and numeric characters\" in {\n        val input = \"123abc\"\n\n        isAlphanumericWithAllowedSpecialCharacters(input) mustBe true\n      }\n\n      \"provided with supported special characters\" in {\n        val input = \"Special characters a,.-'\/\"\n\n        isAlphanumericWithAllowedSpecialCharacters(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator startsWithCapitalLetter\" should {\n    \"return false\" when {\n      \"input start with lowercase\" in {\n        val input = \"lowercaseString\"\n\n        startsWithCapitalLetter(input) mustBe false\n      }\n\n      \"string is empty\" in {\n        startsWithCapitalLetter(emptyString) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"string start with capital letter\" in {\n        val input = \"CapitalLetter\"\n\n        startsWithCapitalLetter(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isContainedIn\" should {\n    \"return false\" when {\n      \"list is empty\" in {\n        isContainedIn(List())(\"element\") mustBe false\n      }\n\n      \"list doesn't contain specific element\" in {\n        isContainedIn(List(\"A\"))(\"B\") mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"element is on the list\" in {\n        val list = List(\"A\", \"B\", \"C\")\n\n        isContainedIn(list)(\"A\") mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator containsNotOnlyZeros\" should {\n    \"return false\" when {\n      \"string contains only zero\" in {\n        containsNotOnlyZeros(\"0\") mustBe false\n      }\n\n      \"string contains only several zeros\" in {\n        containsNotOnlyZeros(\"00\") mustBe false\n        containsNotOnlyZeros(\"000\") mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"string is empty\" in {\n        containsNotOnlyZeros(\"\") mustBe true\n      }\n\n      \"string contains different digits than 0\" in {\n        val input = \"1230\"\n\n        containsNotOnlyZeros(input) mustBe true\n      }\n\n      \"string contains alphabetic characters\" in {\n        val input = \"asv\"\n\n        containsNotOnlyZeros(input) mustBe true\n      }\n\n      \"string contains alphabetic characters and 0\" in {\n        val input = \"0asd00\"\n\n        containsNotOnlyZeros(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isTailNumeric\" should {\n    \"return false\" when {\n      \"input is empty\" in {\n        isTailNumeric(\"\") mustBe false\n      }\n\n      \"input contains two or more characters but not only numeric\" in {\n        isTailNumeric(\"12nd12\") mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"input contains only one character\" in {\n        isTailNumeric(\"0\") mustBe true\n      }\n\n      \"input contains all numeric characters starts from 2nd char\" in {\n        isTailNumeric(\"a1241\") mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator hasNoMoreDecimalPlacesThan\" should {\n    \"return false\" when {\n      \"input contains non-numeric characters\" in {\n        val input = \"123A\"\n        val decimalPlaces = 1\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe false\n      }\n\n      \"input contains decimal separator other than \\\".\\\"\" in {\n        val input = \"123,1\"\n        val decimalPlaces = 1\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe false\n      }\n\n      \"input contains double decimal separator\" in {\n        val input = \"123.4.5\"\n        val decimalPlaces = 4\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe false\n      }\n\n      \"input contains more digits after decimal place than required\" in {\n        val input = \"123.45\"\n        val decimalPlaces = 1\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"input contains less digits after decimal place than required\" in {\n        val input = \"123.4\"\n        val decimalPlaces = 3\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe true\n      }\n\n      \"input contains the exact number of digits after decimal place to what is required\" in {\n        val input = \"123.456\"\n        val decimalPlaces = 3\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe true\n      }\n\n      \"input contains no decimal separator\" in {\n        val input = \"12345\"\n        val decimalPlaces = 3\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe true\n      }\n\n      \"input contains no digit before decimal place\" in {\n        val input = \".123\"\n        val decimalPlaces = 3\n        isDecimalWithNoMoreDecimalPlacesThan(decimalPlaces)(input) mustBe true\n      }\n    }\n  }\n\n  val totalDecimalLength = 10\n  val decimalPlaces = 5\n\n  \"FormFieldValidator validate decimal\" should {\n    \"return false\" when {\n      \"input contains letters\" in {\n        val input = \"123.asd213\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe false\n      }\n\n      \"input contains two or more dots\" in {\n        val firstInput = \"123.123.123\"\n        val secondInput = \"1243.1423.121233.135423.124\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(firstInput) mustBe false\n        validateDecimal(totalDecimalLength)(decimalPlaces)(secondInput) mustBe false\n      }\n\n      \"input without decimal places, but longer than allowed\" in {\n        val input = \"12345678901\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe false\n      }\n\n      \"input longer than length\" in {\n        val input = \"123456.12345\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe false\n      }\n\n      \"input with more decimal places than allowed\" in {\n        val input = \"12.123456\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"input is empty\" in {\n        validateDecimal(totalDecimalLength)(decimalPlaces)(emptyString) mustBe true\n      }\n\n      \"input without decimal places\" in {\n        val input = \"123456\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe true\n      }\n\n      \"input with dot and without decimal places\" in {\n        val input = \"123456.\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe true\n      }\n\n      \"input with whole decimal number\" in {\n        val input = \"1234.1234\"\n\n        validateDecimal(totalDecimalLength)(decimalPlaces)(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator containsDuplicates\" should {\n\n    \"return false\" when {\n      \"input contains no value\" in {\n        val input = Seq.empty\n        containsDuplicates(input) mustBe false\n      }\n\n      \"input contains single value\" in {\n        val input = Seq(\"value\")\n        containsDuplicates(input) mustBe false\n      }\n\n      \"input contains only unique values\" in {\n        val input = Seq(\"value_1\", \"value_2\", \"value_3\")\n        containsDuplicates(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"input contains 2 identical values\" in {\n        val input = Seq(\"value\", \"value\")\n        containsDuplicates(input) mustBe true\n      }\n\n      \"input contains 3 identical values\" in {\n        val input = Seq(\"value\", \"value\", \"value\")\n        containsDuplicates(input) mustBe true\n      }\n\n      \"input contains 2 identical values mixed with uniques\" in {\n        val input = Seq(\"value\", \"value_1\", \"value_2\", \"value\", \"value_3\")\n        containsDuplicates(input) mustBe true\n      }\n\n      \"input contains 2 pairs of identical values\" in {\n        val input = Seq(\"value_1\", \"value_2\", \"value_2\", \"value_1\")\n        containsDuplicates(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator containsUniques\" should {\n\n    \"return false\" when {\n      \"input contains 2 identical values\" in {\n        val input = Seq(\"value\", \"value\")\n        areAllElementsUnique(input) mustBe false\n      }\n\n      \"input contains 3 identical values\" in {\n        val input = Seq(\"value\", \"value\", \"value\")\n        areAllElementsUnique(input) mustBe false\n      }\n\n      \"input contains 2 identical values mixed with uniques\" in {\n        val input = Seq(\"value\", \"value_1\", \"value_2\", \"value\", \"value_3\")\n        areAllElementsUnique(input) mustBe false\n      }\n\n      \"input contains 2 pairs of identical values\" in {\n        val input = Seq(\"value_1\", \"value_2\", \"value_2\", \"value_1\")\n        areAllElementsUnique(input) mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"input contains no value\" in {\n        val input = Seq.empty\n        areAllElementsUnique(input) mustBe true\n      }\n\n      \"input contains single value\" in {\n        val input = Seq(\"value\")\n        areAllElementsUnique(input) mustBe true\n      }\n\n      \"input contains only unique values\" in {\n        val input = Seq(\"value_1\", \"value_2\", \"value_3\")\n        areAllElementsUnique(input) mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator validMucr\" should {\n\n    \/*\n    For reference:\n    GB\/[0-9A-Z]{3,4}-[0-9A-Z]{5,28} or\n    GB\/[0-9A-Z]{9,12}-[0-9A-Z]{1,23} or\n    A:[0-9A-Z]{3}[0-9]{8} or\n    C:[A-Z]{3}[0-9A-Z]{3,30}\n     *\/\n\n    \"return false\" when {\n      \"first format first section too short\" in {\n        validMucr(\"GB\/12-ABCDE\") mustBe false\n      }\n      \"first format first section too long\" in {\n        validMucr(\"GB\/12345-ABCDE\") mustBe false\n      }\n      \"first format first section contains illegal character\" in {\n        validMucr(\"GB\/12e-ABCDE\") mustBe false\n      }\n      \"first format second section too short\" in {\n        validMucr(\"GB\/123-ABCD\") mustBe false\n      }\n      \"first format second section too long\" in {\n        validMucr(\"GB\/123-ABCDEFGHIJABCDEFGHIJABCDEFGHIJ\") mustBe false\n      }\n      \"first format second section contains illegal character\" in {\n        validMucr(\"GB\/123-ABCDe\") mustBe false\n      }\n\n      \"second format first section too short\" in {\n        validMucr(\"GB\/12345678-A\") mustBe false\n      }\n      \"second format first section too long\" in {\n        validMucr(\"GB\/1234567890123-A\") mustBe false\n      }\n      \"second format first section contains illegal character\" in {\n        validMucr(\"GB\/12345678a-A\") mustBe false\n      }\n      \"second format second section too short\" in {\n        validMucr(\"GB\/123456789-\") mustBe false\n      }\n      \"second format second section too long\" in {\n        validMucr(\"GB\/123456789-ABCDEFGHIJABCDEFGHIJABCDEFGHIJ\") mustBe false\n      }\n      \"second format second section contains illegal character\" in {\n        validMucr(\"GB\/123456789-a\") mustBe false\n      }\n\n      \"third format first section wrong size\" in {\n        validMucr(\"A:AB12345678\") mustBe false\n      }\n      \"third format first section contains illegal character\" in {\n        validMucr(\"A:aBC12345678\") mustBe false\n      }\n      \"third format second section wrong size\" in {\n        validMucr(\"A:ABC123456789\") mustBe false\n      }\n      \"third format second section contains illegal character\" in {\n        validMucr(\"A:ABC1234567e\") mustBe false\n      }\n\n      \"fourth format first section wrong size\" in {\n        validMucr(\"C:AB12345\") mustBe false\n      }\n      \"fourth format first section contains illegal character\" in {\n        validMucr(\"C:ABc123\") mustBe false\n      }\n      \"fourth format second section too short\" in {\n        validMucr(\"C:ABC12\") mustBe false\n      }\n      \"fourth format second section too long\" in {\n        validMucr(\"C:ABC1234567890123456789012345678901\") mustBe false\n      }\n      \"fourth format second section contains illegal character\" in {\n        validMucr(\"C:ABC12e\") mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"using test constant\" in {\n        validMucr(CommonTestData.validMucr) mustBe true\n      }\n      \"is minimum first format\" in {\n        validMucr(\"GB\/123-ABCDE\") mustBe true\n      }\n      \"is minimum second format\" in {\n        validMucr(\"GB\/123456789-A\") mustBe true\n      }\n      \"is third format\" in {\n        validMucr(\"A:ABC12345678\") mustBe true\n      }\n      \"is minimum fourth format\" in {\n        validMucr(\"C:ABC123\") mustBe true\n      }\n      \"is maximum first format\" in {\n        validMucr(\"GB\/ABCD-1234567890123456789012345678\") mustBe true\n      }\n      \"is maximum second format\" in {\n        validMucr(\"GB\/ABCDEFGHIJKL-12345678901234567890123\") mustBe true\n      }\n      \"is maximum fourth format\" in {\n        validMucr(\"C:ABC123456789012345678901234567890\") mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator validDucr\" should {\n\n    \/*\n    For reference: [0-9][A-Z][A-Z][0-9A-Z\\(\\)\\-\/]{6,32}\n     *\/\n\n    \"return false\" when {\n      \"first character not a number\" in {\n        validDucr(\"GB1234567890\") mustBe false\n      }\n      \"second character not upper alpha\" in {\n        validDucr(\"91R123456789012\") mustBe false\n        validDucr(\"9gB123456789012\") mustBe false\n      }\n      \"third character not upper alpha\" in {\n        validDucr(\"9G0123456789012-\") mustBe false\n        validDucr(\"9Gb123456789012-\") mustBe false\n      }\n      \"contains less than 6 additional characters\" in {\n        validDucr(\"9GB12345\") mustBe false\n      }\n      \"contains more than 32 additional characters\" in {\n        validDucr(\"9GB123456789012345678901234567890123\") mustBe false\n      }\n      \"contains lower case alpha\" in {\n        validDucr(\"9GB123456a\") mustBe false\n      }\n      \"contains non-allow special character\" in {\n        validDucr(\"9GB123456_\") mustBe false\n      }\n    }\n\n    \"return true\" when {\n      \"using test constant\" in {\n        validDucr(CommonTestData.validDucr) mustBe true\n      }\n      \"is minimum acceptable example\" in {\n        validDucr(\"9GB123456789012-1\") mustBe true\n      }\n      \"is maximum acceptable example\" in {\n        validDucr(\"9GB123456789012-1234567890123456789\") mustBe true\n      }\n      \"contains dash\" in {\n        validDucr(\"9GB123456789012-VALID-MUCR\") mustBe true\n      }\n      \"post-hyphen contains forward-slash\" in {\n        validDucr(\"\"\"9GB123456789012-VALID\/MUCR\"\"\") mustBe true\n      }\n      \"post-hyphen contains parentheses\" in {\n        validDucr(\"9GB123456789012-VALID(MUCR)\") mustBe true\n      }\n    }\n  }\n\n  \"FormFieldValidator isValidDucrPartId\" should {\n\n    \"return true\" when {\n\n      \"provided with DucrPartId containing one digit\" in {\n\n        val input = \"1\"\n        isValidDucrPartId(input) mustBe true\n      }\n\n      \"provided with DucrPartId containing two digits\" in {\n\n        val input = \"12\"\n        isValidDucrPartId(input) mustBe true\n      }\n\n      \"provided with DucrPartId containing three digits\" in {\n\n        val input = \"123\"\n        isValidDucrPartId(input) mustBe true\n      }\n    }\n\n    \"return false\" when {\n\n      \"provided with empty DucrPartId\" in {\n\n        val input = \"\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId containing only single letter\" in {\n\n        val input = \"X\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId containing only letters\" in {\n\n        val input = \"XYZ\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId starting with letter\" in {\n\n        val input = \"X12\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId containing letter in the middle\" in {\n\n        val input = \"1X2\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId ending with letter\" in {\n\n        val input = \"12X\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId containing 4 digits\" in {\n\n        val input = \"1234\"\n        isValidDucrPartId(input) mustBe false\n      }\n\n      \"provided with DucrPartId containing 2 letters at the end\" in {\n        val input = \"1XY\"\n        isValidDucrPartId(input) mustBe false\n      }\n    }\n  }\n\n  \"FormFieldValidator lengthInRange\" should {\n\n    \"return true\" when {\n\n      \"input string has minimum length\" in {\n\n        lengthInRange(5)(10)(TestDataHelper.createRandomString(5)) mustBe true\n      }\n\n      \"input string is between minimum and maximum length\" in {\n\n        lengthInRange(5)(10)(TestDataHelper.createRandomString(7)) mustBe true\n      }\n\n      \"input string has maximum length\" in {\n\n        lengthInRange(5)(10)(TestDataHelper.createRandomString(10)) mustBe true\n      }\n    }\n\n    \"return false\" when {\n\n      \"input string is shorter than allowed\" in {\n\n        lengthInRange(5)(10)(TestDataHelper.createRandomString(2)) mustBe false\n      }\n\n      \"input string is longer than allowed\" in {\n\n        lengthInRange(5)(10)(TestDataHelper.createRandomString(11)) mustBe false\n      }\n    }\n  }\n\n  \"FormFieldValidator ofPattern\" should {\n\n    \"return true\" when {\n\n      \"input matches pattern\" in {\n\n        ofPattern(\"[0-9]{1,5}\")(\"1234\") mustBe true\n      }\n    }\n\n    \"return false\" when {\n\n      \"input doesn't match pattern\" in {\n\n        ofPattern(\"[0-9]{1,5}\")(\"abcd\") mustBe false\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/controllers\/consolidations\/MucrOptionsControllerSpec.scala","text":"<reponame>hmrc\/customs-movements-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.consolidations\n\nimport controllers.ControllerLayerSpec\nimport forms.MucrOptions\nimport forms.MucrOptions.Create\nimport models.UcrBlock\nimport models.cache.AssociateUcrAnswers\nimport org.mockito.ArgumentCaptor\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, verify, when}\nimport org.scalatest.OptionValues\nimport play.api.data.Form\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.Helpers._\nimport play.twirl.api.HtmlFormat\nimport repository.MockCache\nimport testdata.CommonTestData\nimport testdata.CommonTestData.validMucr\nimport views.html.associateucr.mucr_options\n\nimport scala.concurrent.ExecutionContext.global\n\nclass MucrOptionsControllerSpec extends ControllerLayerSpec with MockCache with OptionValues {\n\n  private val page = mock[mucr_options]\n\n  private val queryUcr = UcrBlock(ucr = \"ducr\", ucrType = \"D\")\n\n  private def controller(answers: AssociateUcrAnswers, queryUcr: Option[UcrBlock] = None) =\n    new MucrOptionsController(SuccessfulAuth(), ValidJourney(answers, queryUcr), stubMessagesControllerComponents(), cache, page)(global)\n\n  override def beforeEach() {\n    super.beforeEach()\n    when(page.apply(any(), any(), any())(any(), any())).thenReturn(HtmlFormat.empty)\n  }\n\n  override def afterEach(): Unit = {\n    reset(page)\n    super.afterEach()\n  }\n\n  private def theFormRendered: Form[MucrOptions] = {\n    val captor: ArgumentCaptor[Form[MucrOptions]] = ArgumentCaptor.forClass(classOf[Form[MucrOptions]])\n    verify(page).apply(captor.capture(), any(), any())(any(), any())\n    captor.getValue\n  }\n\n  private def formWrites(x: MucrOptions): JsValue = {\n    val mucrFieldName = if (x.createOrAdd == MucrOptions.Create) \"newMucr\" else \"existingMucr\"\n\n    Json.obj(\"createOrAdd\" -> x.createOrAdd, mucrFieldName -> x.mucr)\n  }\n\n  \"Mucr Options Controller\" should {\n\n    \"return 200 (OK)\" when {\n\n      \"display page method is invoked\" in {\n        val result = controller(AssociateUcrAnswers()).displayPage()(getRequest())\n\n        status(result) mustBe OK\n        theFormRendered.value mustBe empty\n      }\n\n      \"display page with filled data\" in {\n        val mucrOptions = MucrOptions(MucrOptions.Create, CommonTestData.correctUcr)\n\n        val result = controller(AssociateUcrAnswers(None, Some(mucrOptions), None)).displayPage()(getRequest())\n\n        status(result) mustBe OK\n        theFormRendered.value.get.mucr mustBe CommonTestData.correctUcr\n      }\n    }\n\n    \"return 400 (BAD_REQUEST)\" when {\n\n      \"form is incorrect during saving on first validation\" in {\n        val incorrectForm = Json.toJson(MucrOptions(MucrOptions.Create, \"8GB12345612345612345\"))\n\n        val result = controller(AssociateUcrAnswers()).save()(postRequest(incorrectForm))\n\n        status(result) mustBe BAD_REQUEST\n        verify(page).apply(any(), any(), any())(any(), any())\n      }\n\n      \"form is incorrect during saving on second validation\" in {\n        val incorrectForm = Json.toJson(MucrOptions(Create, \"incorrect\"))\n\n        val result = controller(AssociateUcrAnswers()).save()(postRequest(incorrectForm))\n\n        status(result) mustBe BAD_REQUEST\n        verify(page).apply(any(), any(), any())(any(), any())\n      }\n\n      \"a valid MUCR is over 35 characters long\" in {\n        val incorrectForm = Json.toJson(MucrOptions(Create, \"GB\/82F9-0N2F6500040010TO120P0A300689\"))\n\n        val result = controller(AssociateUcrAnswers()).save()(postRequest(incorrectForm))\n\n        status(result) mustBe BAD_REQUEST\n        verify(page).apply(any(), any(), any())(any(), any())\n      }\n    }\n\n    \"return 303 (SEE_OTHER)\" when {\n\n      \"form is correct when queryUcr not present\" in {\n        val correctForm = Json.toJson(MucrOptions(Create, validMucr))(formWrites)\n\n        val result = controller(AssociateUcrAnswers(), queryUcr = None).save()(postRequest(correctForm))\n\n        status(result) mustBe SEE_OTHER\n        redirectLocation(result).value mustBe routes.AssociateUcrController.displayPage().url\n      }\n\n      \"form is correct when queryUcr present\" in {\n\n        val correctForm = Json.toJson(MucrOptions(Create, validMucr))(formWrites)\n\n        val result = controller(AssociateUcrAnswers(), queryUcr = Some(queryUcr)).save()(postRequest(correctForm))\n\n        status(result) mustBe SEE_OTHER\n        redirectLocation(result).value mustBe routes.AssociateUcrSummaryController.displayPage().url\n      }\n\n      \"a MUCR conforms with the regex but has been send but is just 35 characters long\" in {\n        val correctForm = Json.toJson(MucrOptions(Create, \"GB\/82F9-0N2F6500040010TO120P0A30068\"))(formWrites)\n\n        val result = controller(AssociateUcrAnswers(), queryUcr = Some(queryUcr)).save()(postRequest(correctForm))\n\n        status(result) mustBe SEE_OTHER\n        redirectLocation(result).value mustBe routes.AssociateUcrSummaryController.displayPage().url\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/forms\/IleQueryFormSpec.scala","text":"<filename>test\/unit\/forms\/IleQueryFormSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport base.BaseSpec\nimport play.api.data.FormError\nimport play.api.libs.json.{JsObject, JsString}\n\nclass IleQueryFormSpec extends BaseSpec {\n\n  \"IleQueryForm\" should {\n\n    \"convert ducr to upper case\" in {\n\n      val form = IleQueryForm.form.bind(JsObject(Map(\"ucr\" -> JsString(\"8gb123457359100-test0001\"))), JsonBindMaxChars)\n\n      form.errors mustBe (empty)\n      form.value must be(Some(\"8GB123457359100-TEST0001\"))\n    }\n\n    \"convert mucr to upper case\" in {\n\n      val form = IleQueryForm.form.bind(JsObject(Map(\"ucr\" -> JsString(\"gb\/abced1234-15804test\"))), JsonBindMaxChars)\n\n      form.errors mustBe (empty)\n      form.value must be(Some(\"GB\/ABCED1234-15804TEST\"))\n    }\n\n    \"convert mucr to upper case when is 35 characters long\" in {\n\n      val form = IleQueryForm.form.bind(JsObject(Map(\"ucr\" -> JsString(\"gb\/82f9-0n2f6500040010tO120p0a30998\"))), JsonBindMaxChars)\n\n      form.errors mustBe (empty)\n      form.value must be(Some(\"GB\/82F9-0N2F6500040010TO120P0A30998\"))\n    }\n\n    \"display error when mucr is over 35 characters long\" in {\n\n      val form = IleQueryForm.form.bind(JsObject(Map(\"ucr\" -> JsString(\"gb\/82f9-0n2f6500040010tO120p0a309989\"))), JsonBindMaxChars)\n\n      form.errors must be(Seq(FormError(\"ucr\", \"ileQuery.ucr.incorrect\")))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/forms\/MucrOptionsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage forms\n\nimport base.BaseSpec\nimport play.api.data.FormError\nimport play.api.libs.json.{JsObject, JsString}\n\nclass MucrOptionsSpec extends BaseSpec {\n\n  \"MucrOptions\" should {\n\n    \"convert new mucr to upper case\" in {\n\n      val form = MucrOptions.form.bind(\n        JsObject(Map(\"createOrAdd\" -> JsString(\"create\"), \"newMucr\" -> JsString(\"gb\/abced1234-15804test\"), \"existingMucr\" -> JsString(\"\"))),\n        JsonBindMaxChars\n      )\n\n      form.errors mustBe (empty)\n      form.value.map(_.mucr) must be(Some(\"GB\/ABCED1234-15804TEST\"))\n    }\n\n    \"convert existing mucr to upper case\" in {\n\n      val form = MucrOptions.form.bind(\n        JsObject(Map(\"createOrAdd\" -> JsString(\"add\"), \"newMucr\" -> JsString(\"\"), \"existingMucr\" -> JsString(\"gb\/abced1234-15804test\"))),\n        JsonBindMaxChars\n      )\n\n      form.errors mustBe (empty)\n      form.value.map(_.mucr) must be(Some(\"GB\/ABCED1234-15804TEST\"))\n    }\n\n    \"return an error\" when {\n      \"radio option createOrAdd not present\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"other\" -> JsString(\"\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"createOrAdd\", List(\"mucrOptions.error.unselected\")))\n      }\n\n      \"radio option createOrAdd value neither create or add\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"createOrAdd\" -> JsString(\"\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"createOrAdd\", List(\"mucrOptions.error.unselected\")))\n      }\n\n      \"provided with newMucr that is empty\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"createOrAdd\" -> JsString(\"create\"), \"newMucr\" -> JsString(\"\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"newMucr\", List(\"mucrOptions.reference.value.error.empty\")))\n      }\n\n      \"provided with newMucr that is invalid\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"createOrAdd\" -> JsString(\"create\"), \"newMucr\" -> JsString(\"invalid\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"newMucr\", List(\"mucrOptions.reference.value.error.invalid\")))\n      }\n\n      \"provided with existingMucr that is empty\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"createOrAdd\" -> JsString(\"add\"), \"existingMucr\" -> JsString(\"\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"existingMucr\", List(\"mucrOptions.reference.value.error.empty\")))\n      }\n\n      \"provided with existingMucr that is invalid\" in {\n        val form = MucrOptions.form.bind(JsObject(Map(\"createOrAdd\" -> JsString(\"add\"), \"existingMucr\" -> JsString(\"invalid\"))), JsonBindMaxChars)\n\n        form.errors mustBe Seq(FormError(\"existingMucr\", List(\"mucrOptions.reference.value.error.invalid\")))\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/models\/UcrBlockSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport forms.UcrType.Ducr\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport testdata.CommonTestData.{validDucr, validDucrPartId}\n\nclass UcrBlockSpec extends AnyWordSpec with Matchers {\n\n  \"UcrBlock on fullUcr\" when {\n\n    \"provided with UCR only\" should {\n\n      \"return String containing only this UCR\" in {\n\n        val ucrBlock = UcrBlock(ucr = validDucr, ucrType = Ducr.codeValue)\n        val expectedResult = validDucr\n\n        ucrBlock.fullUcr mustBe expectedResult\n      }\n    }\n\n    \"provided with UCR and UcrPartNo\" should {\n\n      \"return String containing both elements separated by '-'\" in {\n\n        val ucrBlock = UcrBlock(ucr = validDucr, ucrPartNo = Some(validDucrPartId), ucrType = Ducr.codeValue)\n        val expectedResult = s\"$validDucr-$validDucrPartId\"\n\n        ucrBlock.fullUcr mustBe expectedResult\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"app\/controllers\/actions\/AuthAction.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.actions\n\nimport com.google.inject.{ImplementedBy, Inject}\nimport controllers.routes\nimport models.SignedInUser\nimport models.requests.AuthenticatedRequest\nimport play.api.Configuration\nimport play.api.mvc._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.retrieve.v2.Retrievals._\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.http.HeaderCarrierConverter\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass AuthActionImpl @Inject()(override val authConnector: AuthConnector, eoriAllowList: EoriAllowList, bodyParsers: PlayBodyParsers)(\n  implicit override val executionContext: ExecutionContext\n) extends AuthAction with AuthorisedFunctions {\n\n  override val parser: BodyParser[AnyContent] = bodyParsers.anyContent\n\n  override def invokeBlock[A](request: Request[A], block: AuthenticatedRequest[A] => Future[Result]): Future[Result] = {\n    implicit val hc: HeaderCarrier =\n      HeaderCarrierConverter.fromRequestAndSession(request, request.session)\n\n    authorised(Enrolment(\"HMRC-CUS-ORG\"))\n      .retrieve(allEnrolments) { allEnrolments: Enrolments =>\n        val eori = allEnrolments\n          .getEnrolment(\"HMRC-CUS-ORG\")\n          .flatMap(_.getIdentifier(\"EORINumber\"))\n\n        if (eori.isEmpty) {\n          throw InsufficientEnrolments()\n        }\n\n        val cdsLoggedInUser = SignedInUser(eori.get.value, allEnrolments)\n\n        if (eoriAllowList.contains(cdsLoggedInUser)) {\n          block(AuthenticatedRequest(request, cdsLoggedInUser))\n        } else {\n          Future.successful(Results.Redirect(routes.UnauthorisedController.onPageLoad))\n        }\n      }\n  }\n}\n\n@ImplementedBy(classOf[AuthActionImpl])\ntrait AuthAction extends ActionBuilder[AuthenticatedRequest, AnyContent] with ActionFunction[Request, AuthenticatedRequest]\n\nclass EoriAllowList @Inject()(configuration: Configuration) {\n  private val values = configuration.get[Seq[String]](\"allowList.eori\")\n  def contains(user: SignedInUser): Boolean = values.isEmpty || values.contains(user.eori)\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/connectors\/exchanges\/ConsolidationSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors.exchanges\n\nimport connectors.exchanges.ActionType.ConsolidationType._\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport play.api.libs.json.{JsObject, JsString, JsSuccess, JsValue}\n\nclass ConsolidationSpec extends AnyWordSpec with Matchers {\n\n  val validEori = \"GB123456789\"\n  private val mucr = \"GB\/1234-12345678\"\n  private val ducr = \"8GB123456789012-123456\"\n\n  \"Consolidation Request reads\" should {\n\n    \"correct read Associate Ducr request\" in {\n\n      val associateDucrJson: JsValue =\n        JsObject(\n          Map(\n            \"consolidationType\" -> JsString(DucrAssociation.typeName),\n            \"eori\" -> JsString(validEori),\n            \"mucr\" -> JsString(mucr),\n            \"ucr\" -> JsString(ducr)\n          )\n        )\n\n      val expectedResult = AssociateDUCRRequest(eori = validEori, mucr = mucr, ucr = ducr)\n\n      Consolidation.format.reads(associateDucrJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Associate Mucr request\" in {\n\n      val associateMucrJson: JsValue =\n        JsObject(\n          Map(\n            \"consolidationType\" -> JsString(MucrAssociation.typeName),\n            \"eori\" -> JsString(validEori),\n            \"mucr\" -> JsString(mucr),\n            \"ucr\" -> JsString(mucr)\n          )\n        )\n\n      val expectedResult = AssociateMUCRRequest(eori = validEori, mucr = mucr, ucr = mucr)\n\n      Consolidation.format.reads(associateMucrJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Associate Ducr Part request\" in {\n\n      val associateDucrPartJson: JsValue =\n        JsObject(\n          Map(\n            \"consolidationType\" -> JsString(DucrPartAssociation.typeName),\n            \"eori\" -> JsString(validEori),\n            \"mucr\" -> JsString(mucr),\n            \"ucr\" -> JsString(mucr)\n          )\n        )\n\n      val expectedResult = AssociateDUCRPartRequest(eori = validEori, mucr = mucr, ucr = mucr)\n\n      Consolidation.format.reads(associateDucrPartJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Disassociate Ducr request\" in {\n\n      val disassociateDucrJson: JsValue =\n        JsObject(Map(\"consolidationType\" -> JsString(DucrDisassociation.typeName), \"eori\" -> JsString(validEori), \"ucr\" -> JsString(ducr)))\n\n      val expectedResult = DisassociateDUCRRequest(eori = validEori, ucr = ducr)\n\n      Consolidation.format.reads(disassociateDucrJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Disassociate Mucr request\" in {\n\n      val disassociateMucrJson: JsValue =\n        JsObject(Map(\"consolidationType\" -> JsString(MucrDisassociation.typeName), \"eori\" -> JsString(validEori), \"ucr\" -> JsString(mucr)))\n\n      val expectedResult = DisassociateMUCRRequest(eori = validEori, ucr = mucr)\n\n      Consolidation.format.reads(disassociateMucrJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Disassociate Ducr Part request\" in {\n\n      val disassociateDucrPartJson: JsValue =\n        JsObject(Map(\"consolidationType\" -> JsString(DucrPartDisassociation.typeName), \"eori\" -> JsString(validEori), \"ucr\" -> JsString(ducr)))\n\n      val expectedResult = DisassociateDUCRPartRequest(eori = validEori, ucr = ducr)\n\n      Consolidation.format.reads(disassociateDucrPartJson) mustBe JsSuccess(expectedResult)\n    }\n\n    \"correct read Shut Mucr request\" in {\n\n      val shutMucrJson: JsValue =\n        JsObject(Map(\"consolidationType\" -> JsString(ShutMucr.typeName), \"eori\" -> JsString(validEori), \"mucr\" -> JsString(mucr)))\n\n      val expectedResult = ShutMUCRRequest(eori = validEori, mucr = mucr)\n\n      Consolidation.format.reads(shutMucrJson) mustBe JsSuccess(expectedResult)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/views\/LocationViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage views\n\nimport base.Injector\nimport controllers.routes\nimport forms.Location\nimport models.cache.{ArrivalAnswers, DepartureAnswers}\nimport play.api.data.Form\nimport play.twirl.api.Html\nimport views.html.location\n\nclass LocationViewSpec extends ViewSpec with Injector {\n\n  private val form: Form[Location] = Location.form()\n  private val locationPage = instanceOf[location]\n  private implicit val request = journeyRequest(ArrivalAnswers())\n\n  private val view: Html = locationPage(form, \"some-reference\", None)\n\n  \"Location View on empty page\" should {\n\n    \"display page title\" in {\n\n      view.getElementsByTag(\"h1\").first() must containMessage(\"location.question\")\n    }\n\n    \"have the correct section header for the Arrival journey\" in {\n\n      view.getElementById(\"section-header\") must containMessage(\"movement.sectionHeading\", \"Arrive\", \"some-reference\")\n    }\n\n    \"have the correct section header for the Departure journey\" in {\n\n      val departureView = locationPage(form, \"some-reference\", None)(journeyRequest(DepartureAnswers()), messages)\n      departureView.getElementById(\"section-header\") must containMessage(\"movement.sectionHeading\", \"Depart\", \"some-reference\")\n    }\n\n    \"display input hint\" in {\n      view.getElementById(\"code-hint-para1\").text() mustBe messages(\"location.hint.paragraph1\")\n      view.getElementById(\"code-hint-para2\").text() mustBe messages(\"location.hint.paragraph2\")\n    }\n\n    \"display goods location expander\" in {\n      view.getElementsByClass(\"govuk-details__summary-text\").first() must containHtml(messages(\"location.expander.title\"))\n    }\n\n    \"display \\\"Back\\\" button that links to Movement Details\" in {\n\n      val backButton = view.getBackButton\n\n      backButton mustBe defined\n      backButton.get must containMessage(\"site.back\")\n      backButton.get must haveHref(routes.MovementDetailsController.displayPage())\n    }\n\n    \"display 'Continue' button on page\" in {\n\n      view.getSubmitButton mustBe defined\n      view.getSubmitButton.get must containMessage(\"site.continue\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/it\/IntegrationSpec.scala","text":"<reponame>hmrc\/customs-movements-frontend<filename>test\/it\/IntegrationSpec.scala\n\/*\n * Copyright 2019 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport com.codahale.metrics.SharedMetricRegistries\n\nimport java.time.{Clock, LocalDateTime, ZoneOffset}\nimport com.github.tomakehurst.wiremock.client.WireMock\nimport com.github.tomakehurst.wiremock.matching.RequestPatternBuilder\nimport connectors.{AuditWiremockTestServer, AuthWiremockTestServer, MovementsBackendWiremockTestServer}\nimport models.cache.{Answers, Cache}\nimport models.{DateTimeProvider, UcrBlock}\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.inject.bind\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\nimport play.api.mvc.{AnyContentAsFormUrlEncoded, Call, Request, Result}\nimport play.api.test.Helpers._\nimport play.api.test.{CSRFTokenHelper, FakeRequest}\nimport play.api.{Application, Configuration}\nimport reactivemongo.play.json.ImplicitBSONHandlers\nimport reactivemongo.play.json.ImplicitBSONHandlers._\nimport reactivemongo.play.json.collection.JSONCollection\nimport repositories.CacheRepository\nimport repository.TestMongoDB\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ntrait IntegrationSpec\n    extends AnyWordSpec with Matchers with BeforeAndAfterEach with GuiceOneServerPerSuite with AuthWiremockTestServer\n    with MovementsBackendWiremockTestServer with AuditWiremockTestServer with Eventually with TestMongoDB {\n\n  \/*\n    Intentionally NOT exposing the real CacheRepository as we shouldn't test our production code using our production classes.\n   *\/\n  private lazy val cacheRepository: JSONCollection = app.injector.instanceOf[CacheRepository].collection\n\n  def ileQueryFeatureConfiguration: Configuration =\n    Configuration.from(Map(\"microservice.services.features.ileQuery\" -> \"enabled\"))\n\n  val disableMetricsConfiguration = Configuration.from(Map(\"metrics.jvm\" -> \"false\", \"metrics.logback\" -> \"false\"))\n\n  val dateTimeProvider = new DateTimeProvider(Clock.fixed(LocalDateTime.now().toInstant(ZoneOffset.UTC), ZoneOffset.UTC))\n\n  override def fakeApplication(): Application =\n    new GuiceApplicationBuilder()\n      .disable[com.kenshoo.play.metrics.PlayModule]\n      .configure(disableMetricsConfiguration)\n      .configure(authConfiguration)\n      .configure(movementsBackendConfiguration)\n      .configure(mongoConfiguration)\n      .configure(auditConfiguration)\n      .configure(ileQueryFeatureConfiguration)\n      .overrides(bind[DateTimeProvider].toInstance(dateTimeProvider))\n      .build()\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n    await(cacheRepository.drop(failIfNotFound = false))\n  }\n\n  override def afterEach(): Unit = {\n    SharedMetricRegistries.clear()\n    super.afterEach()\n  }\n\n  protected def get(call: Call): Future[Result] =\n    route(app, FakeRequest(\"GET\", call.url)).get\n\n  protected def post[T](call: Call, payload: (String, String)*): Future[Result] = {\n    val request: Request[AnyContentAsFormUrlEncoded] = CSRFTokenHelper.addCSRFToken(FakeRequest(\"POST\", call.url).withFormUrlEncodedBody(payload: _*))\n    route(app, request).get\n  }\n\n  protected def theCacheFor(eori: String): Option[Cache] =\n    await(\n      cacheRepository\n        .find(Json.obj(\"eori\" -> eori), projection = None)(ImplicitBSONHandlers.JsObjectDocumentWriter, ImplicitBSONHandlers.JsObjectDocumentWriter)\n        .one[Cache]\n    )\n\n  protected def theAnswersFor(eori: String): Option[Answers] = theCacheFor(eori).flatMap(_.answers)\n\n  protected def givenCacheFor(cache: Cache): Unit = await(cacheRepository.insert(ordered = false).one(Cache.format.writes(cache)))\n  protected def givenCacheFor(eori: String, answers: Answers): Unit = givenCacheFor(Cache(eori, Some(answers), None, None))\n  protected def givenCacheFor(eori: String, answers: Answers, queryUcr: UcrBlock): Unit =\n    givenCacheFor(Cache(eori, Some(answers), Some(queryUcr), None))\n\n  protected def verifyEventually(requestPatternBuilder: RequestPatternBuilder): Unit = eventually(WireMock.verify(requestPatternBuilder))\n\n}\n"}
{"repo_name":"hmrc\/customs-movements-frontend","path":"test\/unit\/controllers\/actions\/AuthActionSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.actions\n\nimport controllers.routes\nimport models.requests.AuthenticatedRequest\nimport org.mockito.ArgumentCaptor\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.BDDMockito.given\nimport org.mockito.Mockito.verify\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatestplus.mockito.MockitoSugar\nimport play.api.mvc.{AnyContent, Result, Results}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.auth.core.authorise.Predicate\nimport uk.gov.hmrc.auth.core.retrieve.{Credentials, Retrieval}\nimport utils.Stubs\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass AuthActionSpec extends AnyWordSpec with Matchers with MockitoSugar with Stubs {\n\n  private val connector = mock[AuthConnector]\n  private val allowList = mock[EoriAllowList]\n  private val parsers = stubControllerComponents().parsers\n  private val block = mock[AuthenticatedRequest[AnyContent] => Future[Result]]\n  private val action = new AuthActionImpl(connector, allowList, parsers)\n\n  \"Auth Action\" should {\n    val controllerResponse = mock[Result]\n\n    \"delegate to controller\" when {\n\n      \"auth success for allow listed eori\" in {\n        val enrolment = Enrolment(\"HMRC-CUS-ORG\", Seq(EnrolmentIdentifier(\"EORINumber\", \"eori\")), \"state\")\n        given(block.apply(any())).willReturn(Future.successful(controllerResponse))\n        given(connector.authorise(any(), any[Retrieval[Enrolments]]())(any(), any())).willReturn(Future.successful(Enrolments(Set(enrolment))))\n        given(allowList.contains(any())).willReturn(true)\n\n        val result: Result = await(action.invokeBlock(FakeRequest(), block))\n\n        result mustBe controllerResponse\n        theAuthCondition mustBe Enrolment(\"HMRC-CUS-ORG\")\n      }\n    }\n\n    \"throw Insufficient Enrolments\" when {\n      \"role is missing\" in {\n        given(connector.authorise(any(), any[Retrieval[Enrolments]]())(any(), any())).willReturn(Future.successful(Enrolments(Set.empty)))\n\n        intercept[InsufficientEnrolments] {\n          await(action.invokeBlock(FakeRequest(), block))\n        }\n      }\n\n      \"eori is missing\" in {\n        val enrolment = Enrolment(\"HMRC-CUS-ORG\", Seq.empty, \"state\")\n        given(connector.authorise(any(), any[Retrieval[Enrolments]]())(any(), any())).willReturn(Future.successful(Enrolments(Set(enrolment))))\n\n        intercept[InsufficientEnrolments] {\n          await(action.invokeBlock(FakeRequest(), block))\n        }\n      }\n    }\n\n    \"redirect to unauthorized\" when {\n      val enrolment = Enrolment(\"HMRC-CUS-ORG\", Seq(EnrolmentIdentifier(\"EORINumber\", \"eori\")), \"state\")\n\n      \"eori missing from allowList\" in {\n        given(connector.authorise(any(), any[Retrieval[Enrolments]]())(any(), any())).willReturn(Future.successful(Enrolments(Set(enrolment))))\n        given(allowList.contains(any())).willReturn(false)\n\n        val result: Result = await(action.invokeBlock(FakeRequest(), block))\n\n        result mustBe Results.Redirect(routes.UnauthorisedController.onPageLoad)\n      }\n    }\n\n    def theAuthCondition: Predicate = {\n      val captor = ArgumentCaptor.forClass(classOf[Predicate])\n      verify(connector).authorise(captor.capture(), any[Retrieval[Option[Credentials]]])(any(), any())\n      captor.getValue\n    }\n  }\n}\n"}
{"repo_name":"sundhine\/moonrunner","path":"src\/main\/scala\/org\/sundhine\/moonrunner\/mazerunner.scala","text":"package org.sundhine.moonrunner\n\nimport monocle.macros.syntax.lens._\n\nobject mazerunner {\n\n  type Maze = Map[Page, BaseNode]\n  type Page = Int\n  type Path = List[Page]\n  type Choices = List[Page]\n\n  case class Stats(skill: Int, stamina: Int, luck: Int)\n\n  def generateStats: Stats = {\n    val r = scala.util.Random\n    Stats(skill = r.nextInt(6) + 7,\n      stamina = r.nextInt(6) + r.nextInt(6) + 14,\n      luck = r.nextInt(6) + 7)\n  }\n\n  def generateSkills: Skills = Set(Disguise, Acrobatics)\n\n  def generateInventory: Inventory = Set.empty\n\n  type AdventureSheet = Set[AdventureSheetWord]\n\n  type Skills = Set[Skill]\n\n  type Inventory = Set[Item]\n\n\n  case class State(stats: Stats,\n                   adventureSheet: AdventureSheet,\n                   inventory: Inventory,\n                   skills: Skills)\n\n  def newState: State = State(\n    stats = generateStats,\n    adventureSheet = Set.empty,\n    inventory = generateInventory,\n    skills = generateSkills)\n\n  \/\/Write on adventure sheet\n  sealed trait AdventureSheetWord\n\n  case object Lugosh extends AdventureSheetWord\n\n  case object DisguisedAsWarden extends AdventureSheetWord\n\n  case object ReleasedPrisoners extends AdventureSheetWord\n\n  case object Darnoc extends AdventureSheetWord\n\n  case object Kehsil extends AdventureSheetWord\n\n  case object Retsam extends AdventureSheetWord\n\n  case object Rotkod extends AdventureSheetWord\n\n  \/\/Items\n  sealed trait Item\n\n  case object LetterOfIntroduction extends Item\n\n  case object Locket extends Item\n\n  \/\/Skills\n  sealed trait Skill\n\n  case object Disguise extends Skill\n\n  case object Combat extends Skill\n\n  case object Acrobatics extends Skill\n\n\n  def addItem(item: Item)(state: State): State = state.lens(_.inventory).modify(s => s + item)\n\n  def addToSheet(adventureSheetWord: AdventureSheetWord)(state: State): State = state.lens(_.adventureSheet).modify(s => s + adventureSheetWord)\n\n  def removeFromSheet(adventureSheetWord: AdventureSheetWord)(state: State): State = state.lens(_.adventureSheet).modify(s => s - adventureSheetWord)\n\n  sealed trait BaseNode\n\n  case object VictoryNode extends BaseNode\n\n  sealed abstract class StoryNode extends BaseNode {\n    def update(state: State): State\n\n    def choices(state: State): Choices\n  }\n\n\n  def choiceNode(nodes: Page*): BaseNode = new StoryNode {\n    override def update(state: State): State = state\n\n    override def choices(state: State): Choices = nodes.toList\n  }\n\n  def updateWithChoiceNode(updateFns: ((State) => State)*)(nodes: Page*): StoryNode = new StoryNode {\n    override def update(state: State): State = updateFns.foldLeft(state)((st, fn) => fn(st))\n\n    override def choices(state: State): Choices = nodes.toList\n  }\n\n  def optionalChoice(choiceFn: State => Choices): StoryNode = new StoryNode {\n    override def update(state: State): State = state\n\n    override def choices(state: State): Choices = choiceFn(state)\n  }\n\n  def failureNode: BaseNode = new StoryNode {\n    override def update(state: State): State = state\n\n    override def choices(state: State): Choices = Nil\n  }\n\n  def victoryNode: BaseNode = VictoryNode\n\n  case class Result(state: State, path: Path) {\n\n    override def toString: String = {\n      s\"Final State: ${pprint.apply(state)}\\nFinal Path: ${path.mkString(\"[\", \",\", \"]\")}\"\n    }\n  }\n\n\n  private def iSolveMaze(maze: Maze, state: State, page: Page, path: Path, visited: Set[Page]): Option[Result] = {\n    if (visited.contains(page)) None\n    else maze(page) match {\n      case VictoryNode => Some(Result(state, (page :: path).reverse))\n      case node: StoryNode =>\n        val newState = node.update(state)\n        node\n          .choices(newState)\n          .toStream\n          .flatMap(nextPage => iSolveMaze(maze, newState, nextPage, page :: path, visited + page))\n          .headOption\n    }\n  }\n\n\n  def solveMaze(maze: Maze, state: State): Option[Result] = iSolveMaze(maze, state, 1, Nil, Set.empty)\n\n}\n\nobject maze {\n\n  import mazerunner._\n\n\n  val maze = Map(\n    1 -> choiceNode(12, 33, 80),\n    2 -> choiceNode(205, 44),\n    3 -> choiceNode(291, 339),\n    4 -> choiceNode(293),\n    5 -> choiceNode(155, 236),\n    6 -> choiceNode(170, 140, 391),\n    7 -> choiceNode(275, 287, 117, 58),\n    8 -> failureNode,\n    9 -> choiceNode(398, 46),\n    10 -> choiceNode(341, 130, 200),\n    11 -> choiceNode(85, 200),\n    12 -> updateWithChoiceNode(addToSheet(Lugosh))(149, 80),\n    13 -> choiceNode(387, 70, 361),\n    14 -> choiceNode(37),\n    15 -> choiceNode(138, 182),\n    16 -> choiceNode(350, 165, 308),\n    17 -> choiceNode(45, 368),\n    18 -> updateWithChoiceNode(addToSheet(DisguisedAsWarden))(220, 275, 287, 117, 58),\n    19 -> choiceNode(164, 215, 280),\n    20 -> failureNode,\n    21 -> choiceNode(397, 48, 158, 286),\n    22 -> choiceNode(322, 66, 254, 81),\n    23 -> choiceNode(2, 44),\n    24 -> choiceNode(352, 312),\n    25 -> choiceNode(251, 277),\n    26 -> choiceNode(110),\n    27 -> failureNode,\n    28 -> choiceNode(364, 38),\n    29 -> choiceNode(349, 298, 59, 153),\n    30 -> choiceNode(147, 169, 147),\n    31 -> choiceNode(200),\n    32 -> choiceNode(225, 133, 271),\n    33 -> choiceNode(189, 55),\n    34 -> choiceNode(185, 250),\n    35 -> choiceNode(234, 118),\n    36 -> failureNode,\n    37 -> choiceNode(329, 26),\n    38 -> choiceNode(98, 202),\n    39 -> choiceNode(389, 201),\n    40 -> choiceNode(306, 366),\n    41 -> choiceNode(236, 5, 195),\n    42 -> choiceNode(63, 333),\n    43 -> choiceNode(248, 200),\n    44 -> choiceNode(357, 393, 207),\n    45 -> choiceNode(347, 255),\n    46 -> choiceNode(87),\n    47 -> failureNode,\n    48 -> failureNode,\n    49 -> choiceNode(24, 136),\n    50 -> choiceNode(78, 295, 200),\n    51 -> choiceNode(84, 383),\n    52 -> choiceNode(86, 253),\n    53 -> choiceNode(200),\n    54 -> choiceNode(369),\n    55 -> choiceNode(319, 12, 80),\n    56 -> choiceNode(141, 17),\n    57 -> optionalChoice(st =>\n      st.adventureSheet.intersect(Set(Darnoc, Kehsil, Retsam, Rotkod)).size match {\n        case n if n == 0 => List(399)\n        case n if n == 1 || n == 2 => List(343)\n        case _ => List(8)\n      }),\n    58 -> choiceNode(318, 348),\n    59 -> choiceNode(103, 153),\n    60 -> choiceNode(143, 20),\n    61 -> choiceNode(11, 390),\n    62 -> choiceNode(248, 200),\n    63 -> choiceNode(142, 276),\n    64 -> choiceNode(391, 140, 6),\n    65 -> choiceNode(272, 272, 101),\n    66 -> choiceNode(222, 81),\n    67 -> choiceNode(217, 188, 300),\n    68 -> choiceNode(115, 137, 41),\n    69 -> choiceNode(90),\n    70 -> choiceNode(330, 361, 387),\n    71 -> choiceNode(260, 383),\n    72 -> choiceNode(374, 28),\n    73 -> choiceNode(131, 362),\n    74 -> choiceNode(178, 231, 95),\n    75 -> choiceNode(86, 253),\n    76 -> choiceNode(19),\n    77 -> choiceNode(172),\n    78 -> choiceNode(198, 295, 200),\n    79 -> choiceNode(315, 200),\n    80 -> choiceNode(377, 252, 149),\n    81 -> failureNode,\n    82 -> choiceNode(387, 361),\n    83 -> choiceNode(208, 249, 122),\n    84 -> failureNode,\n    85 -> choiceNode(364, 38),\n    86 -> choiceNode(345, 173, 253),\n    87 -> choiceNode(167, 379, 268),\n    88 -> choiceNode(19),\n    89 -> failureNode,\n    90 -> choiceNode(325, 153),\n    91 -> choiceNode(43),\n    92 -> choiceNode(200),\n    93 -> choiceNode(39, 201, 389),\n    94 -> choiceNode(3, 383),\n    95 -> choiceNode(178, 231),\n    96 -> choiceNode(230, 35),\n    97 -> choiceNode(393, 57, 207),\n    98 -> choiceNode(123, 338),\n    99 -> victoryNode,\n    100 -> choiceNode(238, 226),\n    101 -> choiceNode(101),\n    102 -> choiceNode(330, 361, 387),\n    103 -> choiceNode(90, 153),\n    104 -> choiceNode(175),\n    105 -> choiceNode(208, 249, 122),\n    106 -> choiceNode(50, 198, 314),\n    107 -> choiceNode(360, 223),\n    108 -> choiceNode(139, 251, 277),\n    109 -> choiceNode(288, 235, 367, 200),\n    110 -> choiceNode(344, 200),\n    111 -> choiceNode(214, 4, 350, 165),\n    112 -> choiceNode(138, 182),\n    113 -> choiceNode(285),\n    114 -> choiceNode(83, 304, 237),\n    115 -> choiceNode(211, 137, 328),\n    116 -> choiceNode(369),\n    117 -> choiceNode(220, 275, 287, 58),\n    118 -> choiceNode(234, 129),\n    119 -> choiceNode(399),\n    120 -> choiceNode(200, 392),\n    121 -> choiceNode(393, 57, 207),\n    122 -> failureNode,\n    123 -> choiceNode(386, 141, 17),\n    \/\/Lugosh is done, not the windmill\n    124 -> optionalChoice(st => List(393, 23, 207) ++ (if (st.adventureSheet(Lugosh)) List(64) else Nil)),\n    125 -> choiceNode(35, 251, 277),\n    126 -> choiceNode(200, 282),\n    127 -> choiceNode(200),\n    128 -> choiceNode(172),\n    129 -> choiceNode(181),\n    130 -> choiceNode(78, 154),\n    131 -> choiceNode(362, 8),\n    132 -> choiceNode(114, 199),\n    133 -> choiceNode(51, 225),\n    134 -> failureNode,\n    135 -> choiceNode(157, 192, 212),\n    136 -> choiceNode(187, 209),\n    137 -> choiceNode(180, 89),\n    138 -> choiceNode(299),\n    139 -> choiceNode(74, 251, 277),\n    140 -> choiceNode(256, 391, 170),\n    141 -> choiceNode(171, 196),\n    142 -> choiceNode(369),\n    143 -> choiceNode(301, 393, 23, 207),\n    144 -> choiceNode(156),\n    145 -> choiceNode(120, 92),\n    146 -> choiceNode(297, 239),\n    147 -> choiceNode(147),\n    148 -> choiceNode(359, 26),\n    149 -> choiceNode(223, 107, 278),\n    150 -> choiceNode(393, 57, 207),\n    151 -> failureNode,\n    152 -> choiceNode(220, 275, 287, 117, 58),\n    153 -> choiceNode(114),\n    154 -> choiceNode(106, 198, 314),\n    155 -> choiceNode(281),\n    156 -> choiceNode(19),\n    157 -> choiceNode(274, 177),\n    158 -> choiceNode(65, 21, 397, 48, 286),\n    159 -> choiceNode(31, 380, 200),\n    160 -> choiceNode(26, 14, 148),\n    161 -> choiceNode(386, 141, 17),\n    162 -> choiceNode(193, 47),\n    163 -> choiceNode(346, 266, 137, 328),\n    164 -> failureNode,\n    165 -> choiceNode(370, 350),\n    166 -> choiceNode(260, 383),\n    167 -> choiceNode(379, 268),\n    168 -> choiceNode(92),\n    169 -> choiceNode(388, 99),\n    170 -> choiceNode(97),\n    171 -> choiceNode(79, 216),\n    172 -> optionalChoice(st =>\n      if (st.adventureSheet(ReleasedPrisoners)) List(183)\n      else List(302)),\n    173 -> choiceNode(307, 331),\n    174 -> choiceNode(374, 28),\n    175 -> choiceNode(94, 3, 383),\n    176 -> choiceNode(284, 53, 200),\n    177 -> choiceNode(274),\n    178 -> choiceNode(95, 231),\n    179 -> choiceNode(35),\n    180 -> choiceNode(363, 309),\n    181 -> choiceNode(369),\n    182 -> failureNode,\n    183 -> updateWithChoiceNode(addToSheet(Rotkod), removeFromSheet(DisguisedAsWarden))(57, 207),\n    184 -> choiceNode(353, 9),\n    185 -> failureNode,\n    186 -> choiceNode(200),\n    187 -> choiceNode(352, 312),\n    188 -> choiceNode(30),\n    189 -> choiceNode(93, 149, 80),\n    190 -> choiceNode(200),\n    191 -> choiceNode(35),\n    192 -> choiceNode(274, 177),\n    193 -> choiceNode(220, 275, 117, 58),\n    194 -> choiceNode(345, 290, 253),\n    195 -> choiceNode(301, 236),\n    196 -> choiceNode(171),\n    197 -> choiceNode(108, 384),\n    198 -> choiceNode(295, 200),\n    199 -> choiceNode(400),\n    200 -> choiceNode(340, 61, 334, 10, 385, 245, 75),\n    201 -> choiceNode(16),\n    202 -> choiceNode(98, 113),\n    203 -> updateWithChoiceNode(addItem(Locket), addToSheet(ReleasedPrisoners))(275, 287, 117, 58),\n    204 -> choiceNode(26, 14, 148),\n    205 -> choiceNode(44),\n    206 -> choiceNode(191, 296),\n    207 -> choiceNode(184, 9),\n    208 -> choiceNode(300, 122),\n    209 -> failureNode,\n    210 -> choiceNode(358, 159),\n    211 -> choiceNode(346, 137, 328),\n    212 -> choiceNode(243),\n    213 -> choiceNode(71, 247, 394, 383),\n    214 -> choiceNode(350, 165),\n    215 -> choiceNode(29),\n    216 -> choiceNode(315, 200),\n    217 -> choiceNode(188, 300),\n    218 -> choiceNode(108, 384),\n    219 -> choiceNode(19),\n    220 -> optionalChoice(state =>\n      if (state.adventureSheet(DisguisedAsWarden)) List(203)\n      else List(264)),\n    221 -> choiceNode(200),\n    222 -> choiceNode(81, 294, 127),\n    223 -> choiceNode(124),\n    224 -> choiceNode(132, 114, 199),\n    225 -> choiceNode(104),\n    226 -> choiceNode(315, 200),\n    227 -> choiceNode(399),\n    228 -> choiceNode(190, 134),\n    229 -> choiceNode(39, 201),\n    230 -> choiceNode(206, 296),\n    231 -> choiceNode(306, 366, 40),\n    232 -> choiceNode(36, 152),\n    233 -> choiceNode(157, 192, 212),\n    234 -> choiceNode(234),\n    235 -> choiceNode(49, 200),\n    236 -> choiceNode(60, 143),\n    237 -> choiceNode(105),\n    238 -> choiceNode(270, 79),\n    239 -> choiceNode(398, 46),\n    240 -> choiceNode(99, 372),\n    241 -> choiceNode(262, 39, 201),\n    242 -> choiceNode(321, 188, 300),\n    243 -> choiceNode(120, 92),\n    244 -> choiceNode(342, 88),\n    245 -> choiceNode(26, 14, 148, 395),\n    246 -> choiceNode(220, 275, 287, 117),\n    247 -> choiceNode(394, 383),\n    248 -> choiceNode(200),\n    249 -> choiceNode(300),\n    250 -> choiceNode(185, 375, 227, 399),\n    251 -> choiceNode(52),\n    252 -> choiceNode(41, 292, 393, 23, 207),\n    253 -> choiceNode(219, 376),\n    254 -> choiceNode(294, 66),\n    255 -> choiceNode(100, 326, 386, 141),\n    256 -> choiceNode(97),\n    257 -> choiceNode(188, 300),\n    258 -> choiceNode(49, 200),\n    259 -> choiceNode(21, 397, 48, 158),\n    260 -> choiceNode(121, 104, 32),\n    261 -> choiceNode(243),\n    262 -> choiceNode(229, 27),\n    263 -> choiceNode(160, 371, 204),\n    264 -> choiceNode(7),\n    265 -> choiceNode(132, 114, 199),\n    266 -> choiceNode(211, 137, 328),\n    267 -> failureNode,\n    268 -> choiceNode(393, 57),\n    269 -> choiceNode(200),\n    270 -> choiceNode(216),\n    271 -> choiceNode(225, 133, 104, 121),\n    272 -> choiceNode(244, 76),\n    273 -> choiceNode(188, 300),\n    274 -> choiceNode(261, 177),\n    275 -> choiceNode(172),\n    276 -> choiceNode(54),\n    277 -> choiceNode(86, 253),\n    278 -> choiceNode(336, 223, 107),\n    279 -> choiceNode(62, 91, 43),\n    280 -> choiceNode(29),\n    281 -> choiceNode(393, 23, 207),\n    282 -> choiceNode(197, 218),\n    283 -> choiceNode(25, 251, 277),\n    284 -> choiceNode(228, 190),\n    285 -> choiceNode(98, 123),\n    286 -> choiceNode(317, 327),\n    287 -> choiceNode(77, 365, 162),\n    288 -> choiceNode(235, 221),\n    289 -> choiceNode(168, 145),\n    290 -> failureNode,\n    291 -> choiceNode(84, 383),\n    292 -> choiceNode(68, 396),\n    293 -> choiceNode(165, 308),\n    294 -> failureNode,\n    295 -> choiceNode(269),\n    296 -> choiceNode(369, 35),\n    297 -> choiceNode(239, 324),\n    298 -> choiceNode(265, 69),\n    299 -> choiceNode(182, 279),\n    300 -> choiceNode(335, 67, 242, 257, 356, 273, 30),\n    301 -> choiceNode(394, 213, 383),\n    302 -> choiceNode(183),\n    303 -> choiceNode(200),\n    304 -> choiceNode(208, 249, 122),\n    305 -> choiceNode(22, 81),\n    306 -> choiceNode(40, 366),\n    307 -> choiceNode(345, 290, 253),\n    308 -> choiceNode(111, 214, 4),\n    309 -> choiceNode(2, 44),\n    310 -> choiceNode(240, 267),\n    311 -> choiceNode(82),\n    312 -> failureNode,\n    313 -> choiceNode(333, 42),\n    314 -> choiceNode(78, 295, 200),\n    315 -> choiceNode(186, 151, 303),\n    316 -> choiceNode(260, 383),\n    317 -> choiceNode(327),\n    318 -> choiceNode(246, 128),\n    319 -> choiceNode(189, 149),\n    320 -> choiceNode(393, 57, 207),\n    321 -> choiceNode(188, 300),\n    322 -> choiceNode(200),\n    323 -> choiceNode(200),\n    324 -> choiceNode(398, 393, 57),\n    325 -> choiceNode(132, 114, 199),\n    326 -> choiceNode(386, 238),\n    327 -> choiceNode(259, 21, 397, 48, 158),\n    328 -> choiceNode(41, 393, 23),\n    329 -> choiceNode(110),\n    330 -> choiceNode(82, 311, 82, 102),\n    331 -> choiceNode(194, 290),\n    332 -> choiceNode(57, 207),\n    333 -> choiceNode(116, 35, 179),\n    334 -> choiceNode(210, 380),\n    335 -> choiceNode(188, 300),\n    336 -> choiceNode(107, 223),\n    337 -> choiceNode(139, 251, 277),\n    338 -> failureNode,\n    339 -> choiceNode(84, 383),\n    340 -> choiceNode(258, 109, 200),\n    341 -> choiceNode(130, 200),\n    342 -> failureNode,\n    343 -> choiceNode(34, 375, 227, 399),\n    344 -> choiceNode(176, 200),\n    345 -> choiceNode(73),\n    346 -> choiceNode(363, 309),\n    347 -> choiceNode(326, 386, 141),\n    348 -> choiceNode(36, 220, 275, 287, 117),\n    349 -> choiceNode(224, 153),\n    350 -> choiceNode(293),\n    351 -> choiceNode(168, 145),\n    352 -> failureNode,\n    353 -> choiceNode(9, 146),\n    354 -> choiceNode(98, 202),\n    355 -> choiceNode(166, 373),\n    356 -> choiceNode(188, 300),\n    357 -> choiceNode(393, 207),\n    358 -> choiceNode(159),\n    359 -> choiceNode(110),\n    360 -> choiceNode(393, 23, 207),\n    361 -> choiceNode(39, 289, 135),\n    362 -> choiceNode(54),\n    363 -> choiceNode(2, 44),\n    364 -> choiceNode(161, 354),\n    365 -> choiceNode(220, 275, 117, 58),\n    366 -> choiceNode(25, 283),\n    367 -> choiceNode(200),\n    368 -> choiceNode(347, 255),\n    369 -> choiceNode(21, 397, 48, 158, 286),\n    370 -> choiceNode(320, 150),\n    371 -> choiceNode(110),\n    372 -> failureNode,\n    373 -> failureNode,\n    374 -> choiceNode(85, 200),\n    375 -> optionalChoice(state => if (state.skills(Combat) || state.skills(Acrobatics)) List(119) else List(119, 185)),\n    376 -> choiceNode(313, 96, 362),\n    377 -> choiceNode(41, 292, 393, 23, 207),\n    378 -> choiceNode(73, 144),\n    379 -> choiceNode(167, 268),\n    380 -> choiceNode(112, 15, 279),\n    381 -> choiceNode(21, 48, 158, 286),\n    382 -> choiceNode(18),\n    383 -> choiceNode(393, 57, 207),\n    384 -> choiceNode(337, 251, 277),\n    385 -> choiceNode(305, 81, 22),\n    386 -> choiceNode(56, 141, 17),\n    387 -> choiceNode(13, 145, 351, 233),\n    388 -> choiceNode(240, 310),\n    389 -> choiceNode(262, 241),\n    390 -> choiceNode(72, 11, 174),\n    391 -> choiceNode(140, 170),\n    392 -> choiceNode(126),\n    393 -> optionalChoice(state =>\n      if (state.inventory(LetterOfIntroduction)) List(232)\n      else if (state.skills(Disguise)) List(382)\n      else List(332)\n    ),\n    394 -> choiceNode(316, 355),\n    395 -> choiceNode(263, 371, 204),\n    396 -> choiceNode(266, 137, 163),\n    397 -> choiceNode(381, 21, 48, 158, 286),\n    398 -> choiceNode(87),\n    399 -> choiceNode(387, 361, 70),\n    400 -> choiceNode(114)\n  )\n\n  def main(args: Array[String]): Unit = {\n    println(solveMaze(maze, newState).get)\n  }\n}\n"}
{"repo_name":"sundhine\/moonrunner","path":"build.sbt","text":"<reponame>sundhine\/moonrunner<gh_stars>0\nname := \"MyProject\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.3\"\n\nval monocleVersion = \"1.4.0\"\n\nlibraryDependencies ++= Seq(\"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\",\n  \"com.github.julien-truffaut\" %% \"monocle-core\" % monocleVersion,\n  \"com.github.julien-truffaut\" %% \"monocle-macro\" % monocleVersion,\n  \"com.lihaoyi\" %% \"pprint\" % \"0.5.2\")\n\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\", \"-Xfatal-warnings\")\n\nfork in run := true"}
{"repo_name":"sundhine\/moonrunner","path":"src\/test\/scala\/org\/sundhine\/moonrunner\/NodeTest.scala","text":"package moonrunner\n\nimport org.scalatest.FlatSpec\nimport org.sundhine.moonrunner.mazerunner._\n\nclass NodeTest extends FlatSpec {\n\n  val state = State(\n    stats = Stats(12,24,12),\n    adventureSheet = Set.empty,\n    inventory = Set.empty,\n    skills = Set.empty)\n\n  behavior of \"maze solver\"\n\n  def solveAndUnwrap(maze: Maze): Option[Path] = solveMaze(maze, state).map(_.path)\n\n  it should \"solve a simple maze\" in {\n    val maze = Map(\n      1 -> choiceNode(2),\n      2 -> victoryNode\n    )\n\n\n    assert(solveAndUnwrap(maze).contains(List(1, 2)))\n  }\n\n  it should \"solve a more complex maze\" in {\n    val maze = Map(\n      1 -> choiceNode(2, 3, 4),\n      2 -> failureNode,\n      3 -> choiceNode(5),\n      4 -> choiceNode(6, 7),\n      5 -> failureNode,\n      6 -> failureNode,\n      7 -> victoryNode,\n    )\n\n    assert(solveAndUnwrap(maze).contains(List(1, 4, 7)))\n  }\n\n  it should \"be stable, so the same maze in the same way\" in {\n    val maze = Map(\n      1 -> choiceNode(2, 3, 4),\n      2 -> choiceNode(4),\n      3 -> choiceNode(5),\n      4 -> choiceNode(6, 7),\n      5 -> failureNode,\n      6 -> choiceNode(8),\n      7 -> choiceNode(8),\n      8 -> victoryNode\n    )\n\n    assert(solveAndUnwrap(maze).contains(List(1, 2, 4, 6, 8)))\n  }\n\n  it should \"handle loops\" in {\n    val maze = Map(\n      1 -> choiceNode(1, 2),\n      2 -> victoryNode\n    )\n\n    assert(solveAndUnwrap(maze).contains(List(1, 2)))\n  }\n\n  it should \"throw an error if the maze has no solution\" in {\n    val maze = Map(\n      1 -> failureNode\n    )\n\n    assert(solveAndUnwrap(maze).isEmpty)\n  }\n\n  behavior of \"more complex story nodes\"\n\n  it should \"correctly update state when the update function is called and expose the correct nodes\" in {\n    val node = updateWithChoiceNode(addToSheet(Lugosh))(1,2,3)\n\n    assert(!state.adventureSheet(Lugosh))\n    val updatedState = node.update(state)\n\n    assert(updatedState.adventureSheet(Lugosh))\n    assert(node.choices(state) == List(1,2,3))\n  }\n\n  it should \"offer certain choices based on status\" in {\n    val node = optionalChoice(st => if (st.adventureSheet(Lugosh)) List(1) else List(2))\n\n    assert(node.choices(state) == List(2))\n\n    assert(node.choices(addToSheet(Lugosh)(state)) == List(1))\n  }\n\n}\n"}
{"repo_name":"lokune\/practical-examples-scala","path":"build.sbt","text":"<reponame>lokune\/practical-examples-scala<gh_stars>0\norganization in ThisBuild := \"com.okune\"\n\nscalaVersion in ThisBuild := \"2.12.3\"\n\nval akkaV = \"2.5.4\"\n\nscalacOptions in ThisBuild :=\n  Seq(\n    \"-deprecation\",\n    \"-encoding\", \"UTF-8\",\n    \"-feature\",\n    \"-language:higherKinds\",\n    \"-unchecked\",\n    \"-Xfuture\",\n    \"-Xlint\",\n    \"-Xmax-classfile-name\", \"254\",\n    \"-Ywarn-unused-import\")\n\njavacOptions in ThisBuild ++=\n  Seq(\n    \"-source\", \"1.8\",\n    \"-target\", \"1.8\")\n\nlazy val root =\n  (project in file(\".\"))\n    .aggregate(\n      streams)\n\nlazy val streams =\n  Project(id = \"akka-streams\", base = file(\"akka-streams\"))\n    .settings(\n      libraryDependencies ++=\n        Seq(\"com.typesafe.akka\" %% \"akka-stream\" % akkaV),\n      fork in Test := true)\n"}
{"repo_name":"lokune\/practical-examples-scala","path":"akka-streams\/src\/main\/scala\/com\/okune\/streams\/BinaryFileBuffer.scala","text":"<gh_stars>0\npackage com.okune.streams\n\nimport java.io.{BufferedReader, EOFException, File, FileReader}\n\nclass BinaryFileBuffer(f: File, bufferSize: Int = 2048) {\n  val originalFile: File = f\n  val br: BufferedReader = new BufferedReader(new FileReader(f), bufferSize)\n\n  private[this] var cache = readLine()\n\n  private[this] def readLine(): Option[String] = try {\n    \/\/ Option(null) resolves to None\n    Option(br.readLine())\n  } catch {\n    case _: EOFException =>\n      None\n  }\n\n  def isEmpty(): Boolean = cache.isEmpty\n\n  def close(): Unit = br.close()\n\n  def peek(): Option[String] = cache\n\n  def pop(): Option[String] = {\n    val seen = peek()\n    cache = readLine()\n    seen\n  }\n}\n\nobject BinaryFileBuffer {\n  def apply(f: File) = new BinaryFileBuffer(f)\n\n  implicit def ordering[A <: BinaryFileBuffer]: Ordering[A] =\n    Ordering.by(_.peek().get.toLong)\n}"}
{"repo_name":"lokune\/practical-examples-scala","path":"akka-streams\/src\/main\/scala\/com\/okune\/streams\/ExternalSort.scala","text":"package com.okune.streams\n\nimport java.io._\nimport java.nio.file.Paths\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.stream._\nimport akka.stream.scaladsl.{FileIO, Framing, Sink, Source}\nimport akka.stream.stage.{GraphStage, GraphStageLogic, InHandler, OutHandler}\nimport akka.util.ByteString\n\nimport scala.collection.mutable\nimport scala.concurrent.{ExecutionContextExecutor, Future}\n\nobject ExternalSort {\n  implicit val system: ActorSystem = ActorSystem(\"ExternalSort\")\n  implicit val materializer: ActorMaterializer = ActorMaterializer()\n  implicit val ec: ExecutionContextExecutor = system.dispatcher\n\n  \/\/sbt \"akka-streams\/runMain com.okune.streams.ExternalSort \\\"\/Users\/lokune\/Desktop\/Sort\/100millionintegers.txt\\\" \\\"\/Users\/lokune\/Desktop\/Sort\/sortedintegers.txt\\\"\"\n  def main(args: Array[String]): Unit = {\n\n    if(args.length < 2) throw new IllegalArgumentException(\"You must provide both input and output filepaths in that order.\")\n\n    val filePath = args(0)\n\n    val outputFilePath = args(1)\n\n    val source: Source[Long, Future[IOResult]] = FileIO.fromPath(Paths.get(filePath))\n      .via(Framing.delimiter(ByteString(\"\\n\"), maximumFrameLength = 256, allowTruncation = true).map(_.utf8String.toLong))\n\n    val sink: Sink[Any, Future[Done]] = Sink.foreach(count => println(s\"$count numbers sorted\"))\n\n    val results: Future[Done] = source.via(new AccumulateStage(1000000))\n      .map(sort).via(new MergeStage(outputFilePath).async).runWith(sink)\n\n    results.onComplete(_ => system.terminate())\n  }\n\n  @inline def sort: Seq[Long] => Seq[Long] = lst => lst.sorted\n\n  \/**\n    * This stage accumulates stream elements and pushes them downstream as a group\n    * In this case, we are accumulating Integers as they are streamed from file in groups of `elementCount`\n    *\n    * @param elementCount number of elements per group\n    * @tparam E element type as received from upstream\n    *\/\n  final class AccumulateStage[E](elementCount: Int) extends GraphStage[FlowShape[E, Seq[E]]] {\n    val in: Inlet[E] = Inlet[E](\"AccumulateStage.in\")\n    val out: Outlet[Seq[E]] = Outlet[Seq[E]](\"AccumulateStage.out\")\n\n    override def shape: FlowShape[E, Seq[E]] = FlowShape.of(in, out)\n\n    override def createLogic(inheritedAttributes: Attributes) = new GraphStageLogic(shape) {\n      var currentCount: Int = 0\n      val buffer: mutable.Builder[E, Vector[E]] = Vector.newBuilder[E]\n\n      setHandlers(in, out, new InHandler with OutHandler {\n        override def onPush(): Unit = {\n          val nextElement = grab(in)\n          currentCount += 1\n          buffer += nextElement\n          if (currentCount < elementCount) {\n            pull(in)\n          } else {\n            val result = buffer.result()\n            reset()\n            push(out, result)\n          }\n        }\n\n        override def onPull(): Unit = {\n          pull(in)\n        }\n\n        override def onUpstreamFinish(): Unit = {\n          val result = buffer.result()\n          \/\/ Push out remaining items when upstream is finsihed\n          if (result.nonEmpty) {\n            emit(out, result)\n          }\n          reset()\n          completeStage()\n        }\n\n        private def reset(): Unit = {\n          buffer.clear()\n          currentCount = 0\n        }\n      })\n    }\n  }\n\n  \/**\n    * Write each sorted group to a temp file then merge into one sorted file\n    *\n    * @param outputFilePath path for the output file\n    * @tparam E element type from upstream\n    * @tparam F element type pushed downstream from this stage\n    *\/\n  final class MergeStage[E, F](outputFilePath: String) extends GraphStage[FlowShape[Seq[E], F]] {\n    val in: Inlet[Seq[E]] = Inlet[Seq[E]](\"MergeStage.in\")\n    val out: Outlet[F] = Outlet[F](\"MergeStage.out\")\n\n    override def shape = FlowShape(in, out)\n\n    override def createLogic(inheritedAttributes: Attributes) = new GraphStageLogic(shape) {\n      val lstFiles: mutable.Builder[String, Vector[String]] = Vector.newBuilder[String]\n      setHandlers(in, out, new InHandler with OutHandler {\n        override def onPush(): Unit = {\n          val nextSeq = grab(in)\n          lstFiles += toFile(nextSeq.asInstanceOf[Vector[Long]]).getAbsolutePath\n          pull(in)\n        }\n\n        override def onPull(): Unit = {\n          pull(in)\n        }\n\n        override def onUpstreamFinish(): Unit = {\n          \/\/Merge files into one\n          val pq: mutable.PriorityQueue[BinaryFileBuffer] = new mutable.PriorityQueue[BinaryFileBuffer]()\n          for (filePath <- lstFiles.result()) {\n            val file = new File(filePath)\n            val bfb = BinaryFileBuffer(file)\n            pq += bfb\n          }\n\n          val bw = new BufferedWriter(new FileWriter(outputFilePath))\n          var rowCounter: Long = 0\n          try {\n            while (pq.nonEmpty) {\n              val bfb: BinaryFileBuffer = pq.dequeue()\n              bfb.pop().foreach { r =>\n                bw.write(r)\n                bw.newLine()\n                rowCounter += 1\n              }\n              if (bfb.isEmpty()) {\n                bfb.br.close()\n                bfb.originalFile.delete()\n              } else {\n                pq.enqueue(bfb)\n              }\n            }\n          } finally {\n            bw.close()\n            for (bfb <- pq) bfb.close()\n          }\n          \/*Push out after upstream is finished*\/\n          emit(out, rowCounter.asInstanceOf[F])\n          completeStage()\n        }\n      })\n    }\n\n    private def toFile(items: Vector[Long]): File = {\n      val tmpFile = {\n        val t = File.createTempFile(\"externalsort\", \"flatfile\")\n        t.deleteOnExit()\n        val bw = new BufferedWriter(new FileWriter(t))\n        try {\n          for (item <- items) {\n            bw.write(item.toString)\n            bw.newLine()\n          }\n          t\n        } finally {\n          bw.close()\n        }\n      }\n      tmpFile\n    }\n  }\n\n}\n\n\n"}
{"repo_name":"lokune\/practical-examples-scala","path":"akka-streams\/src\/main\/scala\/com\/okune\/streams\/MassiveFileCreator.scala","text":"<reponame>lokune\/practical-examples-scala\npackage com.okune.streams\n\nimport java.nio.file.Paths\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.{FileIO, Flow, Keep, Sink, Source}\nimport akka.stream.{ActorMaterializer, IOResult}\nimport akka.util.ByteString\n\nimport scala.concurrent.{ExecutionContextExecutor, Future}\nimport scala.util.Random\n\nobject MassiveFileCreator {\n  implicit val system: ActorSystem = ActorSystem(\"MassiveFileCreator\")\n  implicit val materializer: ActorMaterializer = ActorMaterializer()\n  implicit val ec: ExecutionContextExecutor = system.dispatcher\n\n  \/\/sbt \"akka-streams\/runMain com.okune.streams.MassiveFileCreator \\\"\/Users\/lokune\/Desktop\/Sort\/100millionintegers.txt\\\"\"\n  def main(args: Array[String]): Unit = {\n\n    if (args.length < 1) throw new IllegalArgumentException(\"You must provide output filepath\")\n\n    val filePath: String = args(0)\n    val source: Source[Int, NotUsed] = Source.fromIterator(() => Iterator.continually(Random.nextInt(100000000)).take(100000000))\n\n    def lineSink(filePath: String): Sink[String, Future[IOResult]] =\n      Flow[String]\n        .map(s => ByteString(s + \"\\n\"))\n        .toMat(FileIO.toPath(Paths.get(filePath)))(Keep.right)\n\n\n    val results = source.map(_.toString).runWith(lineSink(filePath))\n\n    results.onComplete(_ => system.terminate())\n  }\n}\n"}
{"repo_name":"rucha3\/gocd-s3-artifacts","path":"build.sbt","text":"<filename>build.sbt\nval ant = \"org.apache.ant\" % \"ant\" % \"1.9.4\"\nval apacheCommons = \"org.apache.commons\" % \"commons-lang3\" % \"3.1\"\nval commonsIo = \"commons-io\" % \"commons-io\" % \"1.3.2\"\nval awsS3 = \"com.amazonaws\" % \"aws-java-sdk-s3\" % \"1.11.127\"\nval nscalaTime = \"com.github.nscala-time\" %% \"nscala-time\" % \"2.4.0\"\nval gson = \"com.google.code.gson\" % \"gson\" % \"2.2.3\"\nval goPluginLibrary = \"cd.go.plugin\" % \"go-plugin-api\" % \"17.2.0\" % Provided\n\nval hamcrest = \"org.hamcrest\" % \"hamcrest-all\" % \"1.3\" % Test\nval junit = \"junit\" % \"junit\" % \"4.12\" % Test\nval junitInterface = \"com.novocode\" % \"junit-interface\" % \"0.11\" % Test\nval mockito = \"org.mockito\" % \"mockito-all\" % \"1.10.19\" % Test\nval scalaTest = \"org.scalatest\" %% \"scalatest\" % \"2.2.0\" % Test\n\nval appVersion = sys.env.get(\"TRAVIS_TAG\") orElse sys.env.get(\"BUILD_LABEL\") getOrElse s\"1.0.0-${System.currentTimeMillis \/ 1000}-SNAPSHOT\"\n\nlazy val root = Project(\n  id = \"gocd-s3-artifacts\",\n  base = file(\".\")\n) aggregate(utils, publish, material, fetch)\n\nlazy val commonSettings = Seq(\n  organization := \"com.indix\",\n  version := appVersion,\n  scalaVersion := \"2.10.4\",\n  unmanagedBase := file(\".\") \/ \"lib\",\n  libraryDependencies ++= Seq(\n    apacheCommons, commonsIo, awsS3, goPluginLibrary, gson\n  ),\n  resourceGenerators in Compile += Def.task {\n    val inputFile = baseDirectory.value \/ \"template\" \/ \"plugin.xml\"\n    val outputFile = (resourceManaged in Compile).value \/ \"plugin.xml\"\n    val contents = IO.read(inputFile)\n    IO.write(outputFile, contents.replaceAll(\"\\\\$\\\\{version\\\\}\", appVersion))\n    Seq(outputFile)\n  }.taskValue,\n  mappings in (Compile, packageBin) += {\n   (resourceManaged in Compile).value \/ \"plugin.xml\" -> \"plugin.xml\"\n  },\n  javacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\")\n)\n\nlazy val utils = (project in file(\"utils\")).\n  settings(commonSettings: _*).\n  settings(\n    name := \"utils\",\n    crossPaths := false,\n    autoScalaLibrary := false,\n    libraryDependencies ++= Seq(\n      junit, junitInterface, mockito\n    ),\n    resourceGenerators in Compile := Seq()\n  )\n\nlazy val publish = (project in file(\"publish\")).\n  dependsOn(utils % \"test->test;compile->compile\").\n  settings(commonSettings: _*).\n  settings(\n    name := \"s3publish\",\n    crossPaths := false,\n    autoScalaLibrary := false,\n    libraryDependencies ++= Seq(\n      ant, junit, junitInterface, mockito\n    )\n  )\n\nlazy val material = (project in file(\"material\")).\n  dependsOn(utils).\n  settings(commonSettings: _*).\n  settings(\n    name := \"s3material\",\n    crossPaths := false,\n    assemblyOption in assembly := (assemblyOption in assembly).value.copy(includeScala = false),\n    libraryDependencies ++= Seq(\n      scalaTest, mockito\n    )\n  )\n\nlazy val fetch = (project in file(\"fetch\")).\n  dependsOn(utils % \"test->test;compile->compile\").\n  settings(commonSettings: _*).\n  settings(\n    name := \"s3fetch\",\n    crossPaths := false,\n    autoScalaLibrary := false,\n    libraryDependencies ++= Seq(\n      junit, mockito\n    )\n  )\n"}
{"repo_name":"ababup1192\/PapaCarloTutorial","path":"src\/main\/scala\/org\/ababup1192\/JsonParserSimulator.scala","text":"package org.ababup1192\n\nimport name.lakhin.eliah.projects.papacarlo.examples.Json\nimport name.lakhin.eliah.projects.papacarlo.lexis.TokenReference\nimport name.lakhin.eliah.projects.papacarlo.syntax.Node\nimport spray.json._\n\n\/\/ papacarlo.syntax.Node\u578b\u3092\u5c11\u3057\u6271\u3044\u3084\u3059\u304f\u3057\u305f\u578b\ncase class MyFragment(id: Int, from: Map[String, Int], to: Map[String, Int])\n\nobject JsonParserSimulator {\n\n  \/\/ \u8ffd\u52a0\u3057\u305f\u30ce\u30fc\u30c9\u306eID \u521d\u671f\u5024root\u30ce\u30fc\u30c9\n  private[this] var addedNodes = List(1)\n  \/\/ private[this] var removedNodes = List.empty[Int]\n\n  private[this] val jsonLexer = Json.lexer\n  private[this] val jsonSyntax = Json.syntax(jsonLexer)\n\n  def main(args: Array[String]): Unit = {\n    \/\/ \u30ce\u30fc\u30c9\u304c\u4f5c\u3089\u308c\u308b\u3054\u3068\u306bID\u3092List\u306b\u8ffd\u52a0\u3002\n    jsonSyntax.onNodeCreate.bind { node =>\n      addedNodes = node.getId :: addedNodes\n    }\n\n    \/\/ \u30d1\u30fc\u30b9\u5bfe\u8c61\u306eJson\n    val json =\n      \"\"\"{\"foo\": {\"bar\": [1, 2, [3, 4], 4]}, \"hoge\": true}\"\"\"\n    jsonLexer.input(json)\n\n    println(json)\n    println(ast)\n    println(ast.elements.map { element =>\n      element.asJsObject.getFields(\"childrenId\")\n    })\n  }\n\n  \/**\n   * AST -> JsonAST\u306b\u5909\u63db\n   * @return \u30ce\u30fc\u30c9\u306e\u914d\u5217\n   *\/\n  def ast: JsArray = {\n    val ast = addedNodes.reverse.foldLeft(JsArray.empty) { (jsArray, id) =>\n      jsonSyntax.getNode(id) match {\n        case Some(node) => JsArray(jsArray.elements :+ exportJsValue(node))\n        case None => jsArray\n      }\n    }\n    ast\n  }\n\n  \/**\n   * Node -> JsValue\u306b\u5909\u63db\u3059\u308b\u305f\u3081\u306e\u30e1\u30bd\u30c3\u30c9\n   * @param node \u5909\u63db\u5bfe\u8c61\u306e\u30ce\u30fc\u30c9\n   * @return \u5909\u63db\u5f8c\u306eJsValue\n   *\/\n  private def exportJsValue(node: Node): JsValue = {\n    val parentId = node.getParent.map(_.getId).getOrElse(-1)\n\n    val childrenId = node.getBranches.flatMap(_._2).map(_.getId).map(JsNumber(_)).toVector\n    val values = node.getValues.flatMap(_._2).map(JsString(_)).toVector\n\n    JsObject(Map(\"id\" -> JsNumber(node.getId), \"parentId\" -> JsNumber(parentId),\n      \"childrenId\" -> JsArray(childrenId), \"kind\" -> JsString(node.getKind), \"value\" -> JsArray(values)))\n  }\n\n  def getNodeFragment(id: Int): Option[MyFragment] = {\n    jsonSyntax.getNode(id) match {\n      case Some(node) =>\n        Some(MyFragment(id, tokenCursor(node.getBegin), tokenCursor(node.getEnd, after = true)))\n      case None => None\n    }\n  }\n\n  private def tokenCursor(token: TokenReference, after: Boolean = false): Map[String, Int] = {\n    val pair = token.collection.cursor(token.index + (if (after) 1 else 0))\n\n    Map(\"line\" -> (pair._1 - 1), \"ch\" -> (pair._2 - 1))\n  }\n\n\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/H2DBUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.sql.{Connection, DriverManager, ResultSet, SQLException}\nimport scalikejdbc._\nimport javax.inject._\n\ncase class TestData(ID: String, NAME: String)\n\n@Singleton\nclass H2DBUtil {\n\n    private val DB_DRIVER = \"org.h2.Driver\"\n    private val DB_CONNECTION = \"jdbc:h2:mem:test;MODE=MYSQL\"\n    private val DB_USER = \"\"\n    private val DB_PASSWORD = \"\"\n\n    val connection: Connection = getDBConnection()\n\n    \/\/ $COVERAGE-OFF$ cannot be tested, it requires actual connection to driver\n    def getDBConnection(): Connection = {\n        var dbConnection: Connection = null\n        try {\n            Class.forName(DB_DRIVER)\n        } catch {\n            case e: ClassNotFoundException =>\n                System.out.println(e.getMessage)\n        }\n\n        try {\n            dbConnection = DriverManager.getConnection(DB_CONNECTION, DB_USER, DB_PASSWORD)\n        } catch {\n            case e: SQLException =>\n                System.out.println(e.getMessage)\n        }\n        dbConnection\n    }\n    \/\/ $COVERAGE-ON$\n\n    def readLocation(sqlString: String): DeviceStateDistrict = {\n        val resultSet = connection.prepareStatement(sqlString).executeQuery()\n        var loc = new DeviceStateDistrict()\n        while (resultSet.next()) {\n            loc = DeviceStateDistrict(resultSet)\n        }\n        loc\n    }\n\n    def executeQuery(sqlString: String) = {\n        connection.prepareStatement(sqlString).execute()\n    }\n\n    def execute(sqlString: String): ResultSet = {\n        val resultSet = connection.prepareStatement(sqlString).executeQuery()\n        resultSet\n    }\n\n}\n\ncase class DeviceStateDistrict(state: String, districtCustom: String) {\n    def this() = this(\"\", \"\")\n}\n\/\/ $COVERAGE-OFF$ cannot be covered since it is dependent on client library\nobject DeviceStateDistrict extends SQLSyntaxSupport[DeviceStateDistrict] {\n    def apply(rs: ResultSet) = new DeviceStateDistrict(\n        rs.getString(\"state\"),\n        rs.getString(\"district_custom\")\n    )\n}\n\/\/ $COVERAGE-ON$"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/DBUtil.scala","text":"<filename>analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/DBUtil.scala\npackage org.ekstep.analytics.api.util\n\nimport akka.actor.Actor\nimport com.datastax.driver.core._\nimport com.datastax.driver.core.querybuilder.{QueryBuilder => QB}\nimport org.ekstep.analytics.api.{Constants, ExperimentDefinition, JobRequest}\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.ekstep.analytics.framework.util.JobLogger\nimport org.joda.time.DateTime\n\nimport scala.collection.JavaConverters.iterableAsScalaIterableConverter\n\nobject DBUtil {\n\n    case class GetJobRequest(requestId: String, clientId: String)\n    case class SaveJobRequest(jobRequest: Array[JobRequest])\n\n    implicit val className = \"DBUtil\"\n    val embeddedCassandra = AppConf.getConfig(\"cassandra.service.embedded.enable\").toBoolean\n    val host = AppConf.getConfig(\"spark.cassandra.connection.host\")\n    val port = if (embeddedCassandra) AppConf.getConfig(\"cassandra.service.embedded.connection.port\").toInt else 9042\n    val cluster = {\n        Cluster.builder()\n            .addContactPoint(host)\n            .withPort(port)\n            .withoutJMXReporting()\n            .build()\n    }\n    val session = cluster.connect()\n\n    def getJobRequest(requestId: String, clientKey: String): JobRequest = {\n        val query = QB.select().from(Constants.PLATFORM_DB, Constants.JOB_REQUEST).allowFiltering().where(QB.eq(\"request_id\", requestId)).and(QB.eq(\"client_key\", clientKey))\n        val resultSet = session.execute(query)\n        val job = resultSet.asScala.map(row => rowToCaseClass(row)).toArray\n        if (job.isEmpty) null; else job.last;\n    }\n\n    def getJobRequestList(clientKey: String): Array[JobRequest] = {\n        val query = QB.select().from(Constants.PLATFORM_DB, Constants.JOB_REQUEST).allowFiltering().where(QB.eq(\"client_key\", clientKey))\n        val job = session.execute(query)\n        job.asScala.map(row => rowToCaseClass(row)).toArray.sortWith(_.dt_job_submitted.get.getMillis > _.dt_job_submitted.get.getMillis)\n    }\n\n    def saveJobRequest(jobRequests: Array[JobRequest]) = {\n        jobRequests.map { jobRequest =>\n            val query = QB.insertInto(Constants.PLATFORM_DB, Constants.JOB_REQUEST).value(\"client_key\", jobRequest.client_key.get).value(\"request_id\", jobRequest.request_id.get).value(\"job_id\", jobRequest.job_id.getOrElse(null)).value(\"status\", jobRequest.status.getOrElse()).value(\"request_data\", jobRequest.request_data.getOrElse(null)).value(\"iteration\", jobRequest.iteration.getOrElse(0)).value(\"dt_job_submitted\", setDateColumn(jobRequest.dt_job_submitted).getOrElse(null)).value(\"location\", jobRequest.location.getOrElse(null))\n                .value(\"dt_file_created\", setDateColumn(jobRequest.dt_file_created).getOrElse(null)).value(\"dt_first_event\", setDateColumn(jobRequest.dt_first_event).getOrElse(null)).value(\"dt_last_event\", setDateColumn(jobRequest.dt_last_event).getOrElse(null)).value(\"dt_expiration\", setDateColumn(jobRequest.dt_expiration).getOrElse(null)).value(\"dt_job_processing\", setDateColumn(jobRequest.dt_job_processing).getOrElse(null)).value(\"dt_job_completed\", setDateColumn(jobRequest.dt_job_completed).getOrElse(null)).value(\"input_events\", jobRequest.input_events.getOrElse(0))\n                .value(\"output_events\", jobRequest.output_events.getOrElse(0)).value(\"file_size\", jobRequest.file_size.getOrElse(0L)).value(\"latency\", jobRequest.latency.getOrElse(0)).value(\"execution_time\", jobRequest.execution_time.getOrElse(0L)).value(\"err_message\", jobRequest.err_message.getOrElse(null)).value(\"stage\", jobRequest.stage.getOrElse(null)).value(\"stage_status\", jobRequest.stage_status.getOrElse(null))\n            session.execute(query)\n        }\n    }\n\n    \/\/Experiment\n    def getExperiementDefinition(expId: String): Option[ExperimentDefinition] = {\n        val query = QB.select().from(Constants.PLATFORM_DB, Constants.EXPERIMENT_TABLE).allowFiltering()\n          .where(QB.eq(\"exp_id\", expId))\n        val resultSet = session.execute(query)\n        val job = resultSet.asScala.map(row => expRowToCaseClass(row)).toArray\n        job.headOption\n    }\n\n    def saveExperimentDefinition(expRequests: Array[ExperimentDefinition]) = {\n        expRequests.map { expRequest =>\n            val query = QB.insertInto(Constants.PLATFORM_DB, Constants.EXPERIMENT_TABLE).value(\"exp_id\", expRequest.expId)\n              .value(\"exp_name\", expRequest.expName).value(\"status\", expRequest.status.get).value(\"exp_description\", expRequest.expDescription)\n              .value(\"exp_data\", expRequest.data).value(\"updated_on\", setDateColumn(expRequest.udpatedOn).orNull)\n              .value(\"created_by\", expRequest.createdBy).value(\"updated_by\", expRequest.updatedBy)\n              .value(\"created_on\", setDateColumn(expRequest.createdOn).orNull).value(\"status_message\", expRequest.status_msg.get)\n              .value(\"criteria\", expRequest.criteria)\n\n            session.execute(query)\n        }\n    }\n\n    def expRowToCaseClass(row: Row): ExperimentDefinition = {\n        import scala.collection.JavaConversions._\n        val statsMap = row.getMap(\"stats\", classOf[String], classOf[java.lang.Long])\n        val stats = mapAsScalaMap(statsMap).toMap\n        ExperimentDefinition(row.getString(\"exp_id\"), row.getString(\"exp_name\"),\n            row.getString(\"exp_description\"), row.getString(\"created_by\"), row.getString(\"updated_by\"),\n            getExpDateColumn(row, \"updated_on\"), getExpDateColumn(row, \"created_on\"),\n            row.getString(\"criteria\"), row.getString(\"exp_data\"),\n            Option(row.getString(\"status\")), Option(row.getString(\"status_message\")), Option(stats.asInstanceOf[Map[String, Long]])\n        )\n    }\n\n    def getDateColumn(row: Row, column: String): Option[DateTime] = if (null == row.getObject(column)) None else Option(new DateTime(row.getTimestamp(\"dt_job_submitted\")))\n\n    def getExpDateColumn(row: Row, column: String): Option[DateTime] = if (null == row.getObject(column)) None else Option(new DateTime(row.getTimestamp(column)))\n\n    def setDateColumn(date: Option[DateTime]): Option[Long] = {\n        val timestamp = date.getOrElse(null)\n        if (null == timestamp) None else Option(timestamp.getMillis())\n    }\n\n\n\n    def rowToCaseClass(row: Row): JobRequest = {\n        JobRequest(Option(row.getString(\"client_key\")), Option(row.getString(\"request_id\")), Option(row.getString(\"job_id\")), Option(row.getString(\"status\")), Option(row.getString(\"request_data\")), Option(row.getInt(\"iteration\")), getDateColumn(row, \"dt_job_submitted\"), Option(row.getString(\"location\")), getDateColumn(row, \"dt_file_created\"),\n            getDateColumn(row, \"dt_first_event\"), getDateColumn(row, \"dt_last_event\"), getDateColumn(row, \"dt_expiration\"), getDateColumn(row, \"dt_job_processing\"), getDateColumn(row, \"dt_job_completed\"), Option(row.getInt(\"input_events\")), Option(row.getInt(\"output_events\")), Option(row.getLong(\"file_size\")),\n            Option(row.getInt(\"latency\")), Option(row.getLong(\"execution_time\")), Option(row.getString(\"err_message\")), Option(row.getString(\"stage\")), Option(row.getString(\"stage_status\")))\n    }\n\n\n    sys.ShutdownHookThread {\n        session.close()\n        JobLogger.log(\"Closing the cassandra session\")\n    }\n\n    def checkCassandraConnection(): Boolean = {\n        try {\n            if (null != session) true else false\n        } catch {\n            \/\/ $COVERAGE-OFF$ Disabling scoverage as the below code cannot be covered\n            \/\/ TODO: Need to get confirmation from amit.\n            case ex: Exception =>\n                false\n            \/\/ $COVERAGE-ON$    \n        }\n    }\n}\n\nclass DBUtil extends Actor {\n    import DBUtil._;\n\n    def receive = {\n        case GetJobRequest(requestId: String, clientId: String) => getJobRequest(requestId, clientId);\n        case SaveJobRequest(jobRequest: Array[JobRequest])      => saveJobRequest(jobRequest);\n    }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/app\/controllers\/Application.scala","text":"package controllers\n\nimport akka.actor.{ActorRef, ActorSystem, Props}\nimport akka.pattern._\nimport akka.routing.FromConfig\nimport javax.inject.Inject\nimport org.ekstep.analytics.api.service.{CacheRefreshActor, DruidHealthCheckService, _}\nimport org.ekstep.analytics.api.util._\nimport org.ekstep.analytics.api.{APIIds, ResponseCode}\nimport org.ekstep.analytics.framework.util.RestUtil\nimport play.api.libs.concurrent.Futures\nimport play.api.libs.json._\nimport play.api.mvc._\nimport play.api.{Configuration, Logger}\nimport javax.inject._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n * @author mahesh\n *\/\n\nclass Application @Inject() (cc: ControllerComponents, futures: Futures, system: ActorSystem, configuration: Configuration, cacheUtil: CacheUtil)(implicit ec: ExecutionContext) extends BaseController(cc, configuration) {\n\n\timplicit override val className: String = \"controllers.Application\"\n\tprivate val clientLogAPIActor = system.actorOf(Props[ClientLogsAPIService].withRouter(FromConfig()), name = \"clientLogAPIActor\")\n\tprivate val druidHealthActor = system.actorOf(Props(new DruidHealthCheckService(RestUtil)), \"druidHealthActor\")\n\t\/\/ private val locationCacheRefreshActor: ActorRef = system.actorOf(Props(new CacheRefreshActor(cacheUtil)), \"cacheRefreshActor\")\n\tval logger: Logger = Logger(this.getClass)\n\n\tdef getDruidHealthStatus() = Action.async { request: Request[AnyContent] =>\n\t\tval result = ask(druidHealthActor, \"health\").mapTo[String]\n\t\tresult.map { x =>\n\t\t\tOk(x).withHeaders(CONTENT_TYPE -> \"text\/plain\");\n\t\t}\n\t}\n\n  def checkAPIhealth() = Action.async { request: Request[AnyContent] =>\n    val result = HealthCheckAPIService.getHealthStatus();\n    Future {\n      Ok(result).withHeaders(CONTENT_TYPE -> \"application\/json\");      \n    }\n  }\n\n\tdef logClientErrors() = Action.async { request: Request[AnyContent] =>\n\t\tval body: String = Json.stringify(request.body.asJson.get)\n\t\ttry {\n\t\t\tval requestObj = JSONUtils.deserialize[ClientLogRequest](body)\n\t\t\tval validator: ValidatorMessage = validateLogClientErrorRequest(requestObj)\n\t\t\tif (validator.status) {\n\t\t\t\tclientLogAPIActor.tell(ClientLogRequest(requestObj.request), ActorRef.noSender)\n\t\t\t\tFuture {\n\t\t\t\t\tOk(JSONUtils.serialize(CommonUtil.OK(APIIds.CLIENT_LOG,\n\t\t\t\t\t\tMap(\"message\" -> s\"Log captured successfully!\"))))\n\t\t\t\t\t\t.withHeaders(CONTENT_TYPE -> \"application\/json\")\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tFuture {\n\t\t\t\t\tBadRequest(JSONUtils.serialize(CommonUtil.errorResponse(APIIds.CLIENT_LOG, validator.msg, ResponseCode.CLIENT_ERROR.toString)))\n\t\t\t\t\t\t.withHeaders(CONTENT_TYPE -> \"application\/json\")\n\t\t\t\t}\n\t\t\t}\n\t\t} catch {\n\t\t\tcase ex: Exception => Future {\n\t\t\t\tInternalServerError(JSONUtils.serialize(CommonUtil.errorResponse(APIIds.CLIENT_LOG, ex.getMessage, ResponseCode.SERVER_ERROR.toString )))\n\t\t\t\t\t.withHeaders(CONTENT_TYPE -> \"application\/json\")\n\t\t\t}\n\t\t}\n\t}\n\n\tdef validateLogClientErrorRequest(requestObj: ClientLogRequest): ValidatorMessage = {\n\t\t\tif (!requestObj.validate.status) {\n\t\t\t\tValidatorMessage(false, requestObj.validate.msg)\n\t\t\t} else {\n\t\t\t\tValidatorMessage(true, \"\")\n\t\t\t}\n\t}\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DeviceProfileService.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.{Actor, Props}\nimport com.google.common.net.InetAddresses\nimport com.google.common.primitives.UnsignedInts\nimport com.typesafe.config.Config\nimport javax.inject.Inject\nimport org.ekstep.analytics.api.util._\nimport redis.clients.jedis.Jedis\nimport redis.clients.jedis.exceptions.JedisConnectionException\n\nimport scala.collection.JavaConverters._\n\ncase class DeviceProfileRequest(did: String, headerIP: String)\n\nclass DeviceProfileService @Inject()(\n                                      config: Config,\n                                      redisUtil: RedisUtil,\n                                      H2DB: H2DBUtil\n                                    ) extends Actor {\n\n  implicit val className: String =\"DeviceProfileService\"\n  val deviceDatabaseIndex: Int = config.getInt(\"redis.deviceIndex\")\n  val geoLocationCityTableName: String = config.getString(\"postgres.table.geo_location_city.name\")\n  val geoLocationCityIpv4TableName: String = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n\n  override def preStart { println(\"starting DeviceProfileService\") }\n\n  override def postStop { println(\"Stopping DeviceProfileService\") }\n\n  override def preRestart(reason: Throwable, message: Option[Any]) {\n    println(s\"Restarting DeviceProfileActor: $message\")\n    reason.printStackTrace()\n    super.preRestart(reason, message)\n  }\n\n  def receive = {\n    case deviceProfile: DeviceProfileRequest =>\n      try {\n        val result = getDeviceProfile(deviceProfile)\n        sender() ! result\n      } catch {\n        case ex: JedisConnectionException =>\n          ex.printStackTrace()\n          val errorMessage = \"Get DeviceProfileAPI failed due to \" + ex.getMessage\n          APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\",\n            \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n              \"rid\" -> \"getDeviceProfile\", \"title\" -> \"getDeviceProfile\")), \"data\" -> errorMessage)),\n            \"getDeviceProfile\")\n        case ex: Exception =>\n          ex.printStackTrace()\n          val errorMessage = \"Get DeviceProfileAPI failed due to \" + ex.getMessage\n          APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\",\n            \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n              \"rid\" -> \"getDeviceProfile\", \"title\" -> \"getDeviceProfile\")), \"data\" -> errorMessage)),\n            \"getDeviceProfile\")\n      }\n  }\n\n  def getDeviceProfile(deviceProfileRequest: DeviceProfileRequest): Option[DeviceProfile] = {\n\n    if (deviceProfileRequest.headerIP.nonEmpty) {\n      val ipLocationFromH2 = resolveLocationFromH2(deviceProfileRequest.headerIP)\n      val did = deviceProfileRequest.did\n\n      \/\/ logging resolved location details\n      if (ipLocationFromH2.state.nonEmpty) {\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"IP Location resolved for $did to state: ${ipLocationFromH2.state}, district: ${ipLocationFromH2.districtCustom}\")), \"getDeviceProfile\")\n      } else {\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"IP Location is not resolved for $did\")), \"getDeviceProfile\")\n      }\n\n      val jedisConnection: Jedis = redisUtil.getConnection(deviceDatabaseIndex)\n      val deviceLocation = try {\n        Option(jedisConnection.hgetAll(did).asScala.toMap)\n      } catch {\n        case ex: Exception =>\n          APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis exception during did lookup: ${ex.getMessage}\")), \"DeviceProfileService\")\n          None\n      } finally {\n        jedisConnection.close()\n      }\n\n      val userDeclaredLoc = if (deviceLocation.nonEmpty && deviceLocation.get.getOrElse(\"user_declared_state\", \"\").nonEmpty) {\n        Option(Location(deviceLocation.get(\"user_declared_state\"), deviceLocation.get(\"user_declared_district\")))\n      } else None\n\n      userDeclaredLoc.foreach { declaredLocation =>\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"[did: $did, user_declared_state: ${declaredLocation.state}, user_declared_district: ${declaredLocation.district}\")), \"DeviceProfileService\")\n      }\n\n      Some(DeviceProfile(userDeclaredLoc, Option(Location(ipLocationFromH2.state, ipLocationFromH2.districtCustom))))\n    } else {\n      None\n    }\n  }\n\n  def resolveLocationFromH2(ipAddress: String): DeviceStateDistrict = {\n    val ipAddressInt: Long = UnsignedInts.toLong(InetAddresses.coerceToInteger(InetAddresses.forString(ipAddress)))\n\n    val query =\n      s\"\"\"\n         |SELECT\n         |  glc.subdivision_1_name state,\n         |  glc.subdivision_2_custom_name district_custom\n         |FROM $geoLocationCityIpv4TableName gip,\n         |  $geoLocationCityTableName glc\n         |WHERE gip.geoname_id = glc.geoname_id\n         |  AND gip.network_start_integer <= $ipAddressInt\n         |  AND gip.network_last_integer >= $ipAddressInt\n               \"\"\".stripMargin\n\n    H2DB.readLocation(query)\n  }\n\n}\n\n\/*\nobject DeviceProfileService {\n  def props = Props[DeviceProfileService].withDispatcher(\"device-profile-actor\")\n}\n*\/\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/test\/ApplicationSpec.scala","text":"<filename>analytics-api\/test\/ApplicationSpec.scala<gh_stars>0\nimport org.junit.runner._\nimport org.specs2.runner._\nimport play.api.test.Helpers._\nimport play.api.test._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass ApplicationSpec extends BaseSpec {\n\n\t\"Application\" should new WithApplication {\n\t\t\"send 404 on a bad request\" in {\n\t\t\troute(app, FakeRequest(GET, \"\/boum\")) must beSome.which(status(_) == NOT_FOUND)\n\t\t}\n\n\t\t\"return api health status report - successful response\" in {\n\t\t\tval response = route(app, FakeRequest(GET, \"\/health\")).get\n\t\t\tstatus(response) must equalTo(OK)\n\t\t}\n\t}\n\n\t\"Client Log API\" should new WithApplication {\n\t\t\"should return error response for invalid request\" in {\n\t\t\tval request = \"\"\" {\"request\":{\"context\":{\"pdata\":{\"id\":\"prod.diksha.portal\",\"ver\":\"1.0\",\"pid\":\"contentPlayer\"}},\"edata\":{\"dspec\":{\"os\":\"\",\"make\":\"\",\"mem\":0,\"idisk\":\"\",\"edisk\":\"\",\"scrn\":\"\",\"camera\":\"\",\"cpu\":\"\",\"sims\":0,\"uaspec\":{\"agent\":\"\",\"ver\":\"\",\"system\":\"\",\"platform\":\"\",\"raw\":\"\"}},\"crashts\":\"1560346371\",\"crash_logs\":\"Exception in thread \\\"main\\\" java.lang.NullPointerException\\n        at com.example.myproject.Book.getTitle(Book.java:16)\\n        at com.example.myproject.Author.getBookTitles(Author.java:25)\\n        at com.example.myproject.Bootstrap.main(Bootstrap.java:14)\\n\"}}} \"\"\"\n\t\t\tpost(\"\/data\/v1\/client\/logs\", request)\n\t\t\tval response = post(\"\/data\/v1\/client\/logs\", request)\n\t\t\thasClientError(response)\n\t\t\tcontentAsString(response) must contain(\"\"\"\"errmsg\": \"property: did is null or empty!\"\"\"\")\n\t\t}\n\n\t\t\"should return success response for valid request\" in {\n\t\t\tval request = \"\"\" {\"request\":{\"context\":{\"pdata\":{\"id\":\"prod.diksha.portal\",\"ver\":\"1.0\",\"pid\":\"contentPlayer\"},\"did\":\"345345-345345-345345-345345\"},\"edata\":{\"dspec\":{\"os\":\"\",\"make\":\"\",\"mem\":0,\"idisk\":\"\",\"edisk\":\"\",\"scrn\":\"\",\"camera\":\"\",\"cpu\":\"\",\"sims\":0,\"uaspec\":{\"agent\":\"\",\"ver\":\"\",\"system\":\"\",\"platform\":\"\",\"raw\":\"\"}},\"crashts\":\"1560346371\",\"crash_logs\":\"Exception in thread \\\"main\\\" java.lang.NullPointerException\\n        at com.example.myproject.Book.getTitle(Book.java:16)\\n        at com.example.myproject.Author.getBookTitles(Author.java:25)\\n        at com.example.myproject.Bootstrap.main(Bootstrap.java:14)\\n\"}}} \"\"\"\n\t\t\tpost(\"\/data\/v1\/client\/logs\", request)\n\t\t\tval response = post(\"\/data\/v1\/client\/logs\", request)\n\t\t\thasClientError(response)\n\t\t\tcontentAsString(response) must contain(\"\"\"\"message\": \"Log captured successfully!\"\"\"\")\n\t\t}\n\t}\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestJobAPIService.scala","text":"<filename>analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestJobAPIService.scala\npackage org.ekstep.analytics.api.service\n\nimport com.typesafe.config.ConfigFactory\nimport org.apache.commons.lang3.StringUtils\nimport org.cassandraunit.CQLDataLoader\nimport org.cassandraunit.dataset.cql.FileCQLDataSet\nimport org.cassandraunit.utils.EmbeddedCassandraServerHelper\nimport org.ekstep.analytics.api._\nimport org.ekstep.analytics.api.util._\nimport org.ekstep.analytics.framework.FrameworkContext\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.joda.time.{DateTime, LocalDate}\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.{BeforeAndAfterAll, FlatSpec, Matchers}\nimport org.sunbird.cloud.storage.BaseStorageService\n\nimport scala.collection.immutable.List\n\nclass TestJobAPIService extends FlatSpec with Matchers with BeforeAndAfterAll with MockFactory {\n  implicit val mockFc = mock[FrameworkContext];\n  implicit val config = ConfigFactory.load()\n\n  override def beforeAll() {\n    if (embeddedCassandraMode) {\n      System.setProperty(\"cassandra.unsafesystem\", \"true\")\n      EmbeddedCassandraServerHelper.startEmbeddedCassandra(20000L)\n      val session = DBUtil.session\n      val dataLoader = new CQLDataLoader(session);\n      dataLoader.load(new FileCQLDataSet(AppConf.getConfig(\"cassandra.cql_path\"), true, true));\n    }\n  }\n\n  override def afterAll() {\n    if (embeddedCassandraMode) {\n      EmbeddedCassandraServerHelper.cleanEmbeddedCassandra()\n      EmbeddedCassandraServerHelper.stopEmbeddedCassandra()\n    }\n  }\n\n  private def embeddedCassandraMode(): Boolean = {\n    val isEmbedded = AppConf.getConfig(\"cassandra.service.embedded.enable\")\n    StringUtils.isNotBlank(isEmbedded) && StringUtils.equalsIgnoreCase(\"true\", isEmbedded)\n  }\n\n  def loadFileData[T](file: String)(implicit mf: Manifest[T]): Array[T] = {\n    if (file == null) {\n      return null\n    }\n    scala.io.Source.fromFile(file).getLines().toList.map(line => JSONUtils.deserialize[T](line)).filter { x => x != null }.toArray\n  }\n\n\n  \"JobAPIService\" should \"return response for data request\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"json\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n    response.responseCode should be(\"OK\")\n  }\n\n  \"JobAPIService\" should \"return success response for data request with type as json without dataset_id, app_id & channel\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"json\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n    response.params.status should be(\"successful\")\n\n  }\n\n  \"JobAPIService\" should \"return success response for data request with dataset_id, app_id & channel\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"json\", \"dataset_id\": \"eks-consumption-raw\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"], \"app_id\": \"Ekstep\", \"channel\": \"KAR\"}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    response.params.status should be(\"successful\")\n\n  }\n\n  \"JobAPIService\" should \"return success response for data request with type as csv and events size is one\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"csv\", \"filter\":{\"events\":[\"OE_ASSESS\"], \"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    response.params.status should be(\"successful\")\n\n  }\n\n  \"JobAPIService\" should \"return failed response for data request with type as csv and events size is not equals to one\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"csv\", \"filter\":{\"events\":[\"OE_ASSESS\", \"OE_START\"], \"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    response.params.status should be(\"failed\")\n\n  }\n\n  \"JobAPIService\" should \"return response for data request without type attribute\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"filter\":{\"events\":[\"OE_ASSESS\"], \"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    response.params.status should be(\"successful\")\n  }\n\n  \"JobAPIService\" should \"return response for data request with type as csv and events is not defined\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"csv\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    response.params.status should be(\"failed\")\n  }\n\n  \"JobAPIService\" should \"submit the failed request for retry\" in {\n    val request = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"filter\":{\"events\":[\"OE_ASSESS\"], \"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"]}}}\"\"\"\n    val response = JobAPIService.dataRequest(request, \"in.ekstep\")\n\n    val requestId = response.result.getOrElse(Map()).getOrElse(\"request_id\", \"\").asInstanceOf[String]\n    StringUtils.isNotEmpty(requestId) should be(true)\n\n    DBUtil.session.execute(\"UPDATE \" + AppConf.getConfig(\"application.env\") + \"_platform_db.job_request SET status='FAILED' WHERE client_key='dev-portal' AND request_id='\" + requestId + \"'\")\n    val getResponse = JobAPIService.getDataRequest(\"dev-portal\", requestId)\n    val failStatus = getResponse.result.getOrElse(Map()).getOrElse(\"status\", \"\").asInstanceOf[String]\n    StringUtils.isNotEmpty(failStatus) should be(true)\n    failStatus should be(\"FAILED\")\n    val response2 = JobAPIService.dataRequest(request, \"in.ekstep\")\n    val status = response.result.getOrElse(Map()).getOrElse(\"status\", \"\").asInstanceOf[String]\n    status should be(\"SUBMITTED\")\n  }\n\n  \"JobAPIService\" should \"not submit the permanently failed\/max attempts reached request while doing retry\" in {\n\n  }\n\n  it should \"return response for get data request\" in {\n    val response = JobAPIService.getDataRequest(\"dev-portal\", \"14621312DB7F8ED99BA1B16D8B430FAC\")\n  }\n\n  it should \"return the list of jobs in descending order\" in {\n\n    DBUtil.cluster.connect(\"local_platform_db\").execute(\"DELETE FROM local_platform_db.job_request WHERE client_key='partner1'\")\n    val request_data1 = \"\"\"{\"filter\":{\"start_date\":\"2016-11-19\",\"end_date\":\"2016-11-20\",\"tags\":[\"becb887fe82f24c644482eb30041da6d88bd8150\"]}}\"\"\"\n    val request_data2 = \"\"\"{\"filter\":{\"start_date\":\"2016-11-19\",\"end_date\":\"2016-11-20\",\"tags\":[\"test-tag\"],\"events\":[\"OE_ASSESS\"]}}\"\"\"\n\n    val requests = Array(\n      JobRequest(Option(\"partner1\"), Option(\"1234\"), None, Option(\"SUBMITTED\"), Option(request_data1),\n        Option(1), Option(DateTime.now()), None, None, None, None, None, None, None, None, None, None, None, None, None, None, None),\n      JobRequest(Option(\"partner1\"), Option(\"273645\"), Option(\"test-job-id\"), Option(\"COMPLETED\"), Option(request_data2),\n        Option(1), Option(DateTime.parse(\"2017-01-08\", CommonUtil.dateFormat)), Option(\"https:\/\/test-location\"), Option(DateTime.parse(\"2017-01-08\", CommonUtil.dateFormat)), None, None, None, None, None, Option(123234), Option(532), Option(12343453L), None, None, None, None, None))\n\n    DBUtil.saveJobRequest(requests)\n\n    val res = JobAPIService.getDataRequestList(\"partner1\", 10)\n    val resultMap = res.result.get\n    val jobRes = JSONUtils.deserialize[List[JobResponse]](JSONUtils.serialize(resultMap.get(\"jobs\").get))\n    jobRes.length should be(2)\n\n    \/\/ fetch data with limit less than the number of record available\n    val res2 = JobAPIService.getDataRequestList(\"partner1\", 1)\n    val resultMap2 = res2.result.get\n    val jobRes2 = JSONUtils.deserialize[List[JobResponse]](JSONUtils.serialize(resultMap2.get(\"jobs\").get))\n    jobRes2.length should be(1)\n\n    \/\/ trying to fetch the record with a key for which data is not available\n    val res1 = JobAPIService.getDataRequestList(\"testKey\", 10)\n    val resultMap1 = res1.result.get.asInstanceOf[Map[String, AnyRef]]\n    resultMap1.get(\"count\").get.asInstanceOf[Int] should be(0)\n  }\n\n  \"JobAPIService\" should \"return different request id for same data having different client keys\" in {\n    val request1 = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-portal\"},\"request\":{\"output_format\": \"json\", \"dataset_id\": \"eks-consumption-raw\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"], \"app_id\": \"Ekstep\", \"channel\": \"KAR\"}}}\"\"\"\n    val response1 = JobAPIService.dataRequest(request1, \"in.ekstep\")\n    val request2 = \"\"\"{\"id\":\"ekstep.analytics.data.out\",\"ver\":\"1.0\",\"ts\":\"2016-12-07T12:40:40+05:30\",\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\",\"client_key\":\"dev-test\"},\"request\":{\"output_format\": \"json\", \"dataset_id\": \"eks-consumption-raw\", \"filter\":{\"start_date\":\"2016-09-01\",\"end_date\":\"2016-09-20\",\"tags\":[\"6da8fa317798fd23e6d30cdb3b7aef10c7e7bef5\"], \"app_id\": \"Ekstep\", \"channel\": \"KAR\"}}}\"\"\"\n    val response2 = JobAPIService.dataRequest(request2, \"in.ekstep\")\n    response2.result.head.get(\"request_id\").get should not be (response1.result.head.get(\"request_id\").get)\n\n  }\n\n  \/\/  \/\/ Channel Exhaust Test Cases\n  \/\/  \/\/ -ve Test cases\n  it should \"return a CLIENT_ERROR in the response if we set `datasetID` other than these ('raw', 'summary', 'metrics', 'failed')\" in {\n    val datasetId = \"test\"\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", datasetId, \"2018-05-14\", \"2018-05-15\", None)\n    resObj.responseCode should be(\"CLIENT_ERROR\")\n    resObj.params.errmsg should be(\"Please provide 'eventType' value should be one of these -> ('raw' or 'summary' or 'metrics', or 'failed') in your request URL\")\n  }\n\n  it should \"return a CLIENT_ERROR in the response if 'fromDate' is empty\" in {\n    val fromDate = \"\"\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", fromDate, \"2018-05-15\", None)\n    resObj.responseCode should be(\"CLIENT_ERROR\")\n    resObj.params.errmsg should be(\"Please provide 'from' in query string\")\n  }\n\n  it should \"return a CLIENT_ERROR in the response if 'endDate' is empty older than fromDate\" in {\n    val toDate = \"2018-05-10\"\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", \"2018-05-15\", toDate, None)\n    resObj.responseCode should be(\"CLIENT_ERROR\")\n    resObj.params.errmsg should be(\"Date range should not be -ve. Please check your 'from' & 'to'\")\n  }\n\n  it should \"return a CLIENT_ERROR in the response if 'endDate' is a future date\" in {\n    val toDate = new LocalDate().plusDays(1).toString()\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", \"2018-05-15\", toDate, None)\n    resObj.responseCode should be(\"CLIENT_ERROR\")\n    resObj.params.errmsg should be(\"'to' should be LESSER OR EQUAL TO today's date..\")\n  }\n  \/\/\n  it should \"return a CLIENT_ERROR in the response if date_range > 10\" in {\n    val toDate = new LocalDate().toString()\n    val fromDate = new LocalDate().minusDays(11).toString()\n\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", fromDate, toDate, None)\n    resObj.responseCode should be(\"CLIENT_ERROR\")\n    resObj.params.errmsg should be(\"Date range should be < 10 days\")\n  }\n  \/\/\n  \/\/  \/\/ +ve test cases\n  \/\/\n  ignore should \"return a successfull response if 'to' is empty\" in {\n    val toDate = \"\"\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", \"2018-05-20\", toDate, None)\n    resObj.responseCode should be(\"OK\")\n  }\n\n  ignore should \"return a successfull response if datasetID is one of these ('raw', 'summary', 'metrics', 'failed') - S3\" in {\n    val datasetId = \"raw\"\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", datasetId, \"2018-05-20\", \"2018-05-21\", None)\n    resObj.responseCode should be(\"OK\")\n  }\n\n  it should \"Return the Success API Response\" in {\n    val mockStorageService = mock[BaseStorageService]\n    (mockFc.getStorageService(_: String)).expects(*).returns(mockStorageService).anyNumberOfTimes();\n    (mockStorageService.upload _).expects(*, *, *, *, *, *, *).returns(\"\").anyNumberOfTimes();\n    (mockStorageService.getSignedURL _).expects(*, *, *, *).returns(\"\").anyNumberOfTimes();\n    (mockStorageService.searchObjectkeys _).expects(*, *, *, *, *, *).returns(List(\"\")).anyNumberOfTimes();\n    (mockStorageService.closeContext _).expects().returns().anyNumberOfTimes()\n    val resObj = JobAPIService.getChannelData(\"in.ekstep\", \"raw\", \"2018-05-20\", \"2018-05-20\", Option(\"device-summary\"))\n    resObj.responseCode should be(\"OK\")\n    val res = resObj.result.getOrElse(Map())\n    println(\"res\" + res)\n    res.contains(\"telemetryURLs\") should be(true)\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DeviceRegisterService.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.{Actor, ActorRef}\nimport com.google.common.net.InetAddresses\nimport com.google.common.primitives.UnsignedInts\nimport com.typesafe.config.Config\nimport is.tagomor.woothee.Classifier\nimport javax.inject.{Inject, Named}\nimport org.apache.logging.log4j.LogManager\nimport org.ekstep.analytics.api.util.{H2DBUtil, _}\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.postgresql.util.PSQLException\nimport redis.clients.jedis.Jedis\nimport redis.clients.jedis.exceptions.JedisConnectionException\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{ExecutionContext, Future}\n\ncase class RegisterDevice(did: String, headerIP: String, ip_addr: Option[String] = None, fcmToken: Option[String] = None, producer: Option[String] = None, dspec: Option[String] = None, uaspec: Option[String] = None, first_access: Option[Long]= None, user_declared_state: Option[String] = None, user_declared_district: Option[String] = None)\ncase class DeviceProfileLog(device_id: String, location: DeviceLocation, device_spec: Option[Map[String, AnyRef]] = None, uaspec: Option[String] = None, fcm_token: Option[String] = None, producer_id: Option[String] = None, first_access: Option[Long] = None, user_declared_state: Option[String] = None, user_declared_district: Option[String] = None)\ncase class DeviceProfile(userDeclaredLocation: Option[Location], ipLocation: Option[Location])\ncase class Location(state: String, district: String)\n\nsealed trait DeviceRegisterStatus\ncase object DeviceRegisterSuccesfulAck extends DeviceRegisterStatus\ncase object DeviceRegisterFailureAck extends DeviceRegisterStatus\n\nclass DeviceRegisterService @Inject()(\n                                       @Named(\"save-metrics-actor\") saveMetricsActor: ActorRef,\n                                       config: Config,\n                                       redisUtil: RedisUtil,\n                                       postgresDB: PostgresDBUtil,\n                                       H2DB: H2DBUtil\n                                     ) extends Actor {\n  \n    implicit val className: String =\"DeviceRegisterService\"\n    implicit val ec: ExecutionContext = context.system.dispatchers.lookup(\"device-register-actor-dispatcher\")\n    val geoLocationCityTableName: String = config.getString(\"postgres.table.geo_location_city.name\")\n    val geoLocationCityIpv4TableName: String = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n    val metricsActor: ActorRef = saveMetricsActor\n    val deviceDatabaseIndex: Int = config.getInt(\"redis.deviceIndex\")\n    \/\/ implicit val jedisConnection: Jedis = redisUtil.getConnection(deviceDatabaseIndex)\n    private val logger = LogManager.getLogger(\"device-logger\")\n    private val enableDebugLogging = config.getBoolean(\"device.api.enable.debug.log\")\n\n    override def preStart { println(\"Starting DeviceRegisterService\") }\n\n    override def postStop { println(\"Stopping DeviceRegisterService\") }\n\n    override def preRestart(reason: Throwable, message: Option[Any]) {\n      println(s\"Restarting DeviceRegisterActor: $message\")\n      reason.printStackTrace()\n      super.preRestart(reason, message)\n    }\n\n\n    def receive = {\n      case deviceRegDetails: RegisterDevice =>\n        try {\n          metricsActor.tell(IncrementApiCalls, ActorRef.noSender)\n          val result = registerDevice(deviceRegDetails)\n          sender() ! result\n        } catch {\n          case ex: PSQLException =>\n            ex.printStackTrace()\n            val errorMessage = s\"DeviceRegisterAPI failed due to ${ex.getMessage}\"\n            metricsActor.tell(IncrementLocationDbErrorCount, ActorRef.noSender)\n            APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\",\n              \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n                \"rid\" -> \"registerDevice\", \"title\" -> \"registerDevice\")), \"data\" -> errorMessage)),\n              \"registerDevice\")\n            throw ex\n          case ex: JedisConnectionException =>\n            ex.printStackTrace()\n            val errorMessage = s\"DeviceRegisterAPI failed due to ${ex.getMessage}\"\n            APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\",\n              \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n                \"rid\" -> \"registerDevice\", \"title\" -> \"registerDevice\")), \"data\" -> errorMessage)),\n              \"registerDevice\")\n            throw ex\n          case ex: Exception =>\n            ex.printStackTrace()\n            val errorMessage = s\"DeviceRegisterAPI failed due to ${ex.getMessage}\"\n            APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\",\n              \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n                \"rid\" -> \"registerDevice\", \"title\" -> \"registerDevice\")), \"data\" -> errorMessage)),\n              \"registerDevice\")\n            throw ex\n        }\n    }\n\n    def registerDevice(registrationDetails: RegisterDevice): Option[DeviceRegisterStatus] = {\n        val validIp = if (registrationDetails.headerIP.startsWith(\"192\")) registrationDetails.ip_addr.getOrElse(\"\") else registrationDetails.headerIP\n        if (validIp.nonEmpty) {\n            val location = resolveLocation(validIp)\n\n            \/\/ logging metrics\n            if(isLocationResolved(location)) {\n                APILogger.log(\"\", Option(Map(\"comments\" -> s\"Location resolved for ${registrationDetails.did} to state: ${location.state}, city: ${location.city}, district: ${location.districtCustom}\")), \"registerDevice\")\n                metricsActor.tell(IncrementLocationDbSuccessCount, ActorRef.noSender)\n            } else {\n                APILogger.log(\"\", Option(Map(\"comments\" -> s\"Location is not resolved for ${registrationDetails.did}\")), \"registerDevice\")\n                metricsActor.tell(IncrementLocationDbMissCount, ActorRef.noSender)\n            }\n\n            val deviceSpec: Map[String, AnyRef] = registrationDetails.dspec match {\n                case Some(value) => JSONUtils.deserialize[Map[String, AnyRef]](value)\n                case None => Map()\n            }\n\n            \/\/ Add device profile to redis cache\n            val deviceProfileMap = getDeviceProfileMap(registrationDetails, location)\n            val jedisConnection: Jedis = redisUtil.getConnection(deviceDatabaseIndex)\n            try {\n              Option(jedisConnection.hmset(registrationDetails.did, deviceProfileMap.asJava))\n            } catch {\n              case ex: Exception =>\n                APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis cache update exception for ${registrationDetails.did}: ${ex.getMessage}\")), \"DeviceRegisterService\")\n                None\n            } finally {\n              jedisConnection.close()\n            }\n\n            APILogger.log(s\"Redis-cache updated for did: ${registrationDetails.did}\", None, \"registerDevice\")\n\n            val deviceProfileLog = DeviceProfileLog(registrationDetails.did, location, Option(deviceSpec),\n              registrationDetails.uaspec, registrationDetails.fcmToken, registrationDetails.producer, registrationDetails.first_access,\n              registrationDetails.user_declared_state, registrationDetails.user_declared_district)\n\n            logDeviceRegisterEvent(deviceProfileLog)\n            Option(DeviceRegisterSuccesfulAck)\n        }\n      Option(DeviceRegisterFailureAck)\n\n    }\n\n    def logDeviceRegisterEvent(deviceProfileLog: DeviceProfileLog) = Future {\n      val deviceRegisterLogEvent = generateDeviceRegistrationLogEvent(deviceProfileLog)\n      logger.info(deviceRegisterLogEvent)\n      metricsActor.tell(IncrementLogDeviceRegisterSuccessCount, ActorRef.noSender)\n    }\n\n    def resolveLocation(ipAddress: String): DeviceLocation = {\n        val ipAddressInt: Long = UnsignedInts.toLong(InetAddresses.coerceToInteger(InetAddresses.forString(ipAddress)))\n\n        val query =\n            s\"\"\"\n               |SELECT\n               |  glc.continent_name,\n               |  glc.country_iso_code country_code,\n               |  glc.country_name,\n               |  glc.subdivision_1_iso_code state_code,\n               |  glc.subdivision_1_name state,\n               |  glc.subdivision_2_name sub_div_2,\n               |  glc.city_name city,\n               |  glc.subdivision_1_custom_name state_custom,\n               |  glc.subdivision_1_custom_code state_code_custom,\n               |  glc.subdivision_2_custom_name district_custom\n               |FROM $geoLocationCityIpv4TableName gip,\n               |  $geoLocationCityTableName glc\n               |WHERE glc.country_iso_code = 'IN'\n               |  AND gip.geoname_id = glc.geoname_id\n               |  AND gip.network_start_integer <= $ipAddressInt\n               |  AND gip.network_last_integer >= $ipAddressInt\n               \"\"\".stripMargin\n\n        metricsActor.tell(IncrementLocationDbHitCount, ActorRef.noSender)\n        postgresDB.readLocation(query).headOption.getOrElse(new DeviceLocation())\n    }\n\n    def isLocationResolved(loc: DeviceLocation): Boolean = {\n        Option(loc.state).nonEmpty\n    }\n\n    def parseUserAgent(uaspec: Option[String]): Option[String] = {\n        uaspec.map {\n            userAgent =>\n                val uaspecMap = Classifier.parse(userAgent)\n                val parsedUserAgentMap = Map(\"agent\" -> uaspecMap.get(\"name\"), \"ver\" -> uaspecMap.get(\"version\"),\n                    \"system\" -> uaspecMap.get(\"os\"), \"raw\" -> userAgent)\n                val uaspecStr = JSONUtils.serialize(parsedUserAgentMap).replaceAll(\"\\\"\", \"'\")\n                uaspecStr\n        }\n    }\n\n    def generateDeviceRegistrationLogEvent(result: DeviceProfileLog): String = {\n\n        val uaspecStr = parseUserAgent(result.uaspec)\n        val currentTime = DateTime.now(DateTimeZone.UTC).getMillis\n\n        val deviceProfile: Map[String, Any] =\n          Map(\"device_id\" -> result.device_id,\n            \"country_code\" -> result.location.countryCode,\n            \"country\" -> result.location.countryName,\n            \"state_code\" -> result.location.stateCode,\n            \"state\" -> result.location.state,\n            \"city\" -> result.location.city,\n            \"state_custom\" -> result.location.stateCustom,\n            \"state_code_custom\" -> result.location.stateCodeCustom,\n            \"district_custom\" -> result.location.districtCustom,\n            \"device_spec\" -> result.device_spec.map(x => JSONUtils.serialize(x.mapValues(_.toString)).replaceAll(\"\\\"\", \"'\")).orNull,\n            \"uaspec\" -> uaspecStr.orNull,\n            \"fcm_token\" -> result.fcm_token.orNull,\n            \"producer_id\" -> result.producer_id.orNull,\n            \"api_last_updated_on\" -> currentTime,\n            \"first_access\" -> currentTime,\n            \"user_declared_state\"  -> result.user_declared_state,\n            \"user_declared_district\" -> result.user_declared_district\n          )\n        JSONUtils.serialize(deviceProfile)\n    }\n\n    def getDeviceProfileMap(registrationDetails: RegisterDevice, deviceLocation: DeviceLocation): Map[String, String] = {\n        \/\/ skipping firstaccess - handled in samza job\n        val dataMap =\n            Map(\"devicespec\" -> registrationDetails.dspec.getOrElse(\"\"),\n                \"uaspec\" -> parseUserAgent(registrationDetails.uaspec).getOrElse(\"\"),\n                \"fcm_token\" -> registrationDetails.fcmToken.getOrElse(\"\"),\n                \"producer\" -> registrationDetails.producer.getOrElse(\"\"),\n                \"user_declared_state\" -> registrationDetails.user_declared_state.getOrElse(\"\"),\n                \"user_declared_district\" -> registrationDetails.user_declared_district.getOrElse(\"\"))\n\n        (dataMap ++ deviceLocation.toMap()).filter(data => data._2 != null && data._2.nonEmpty)\n    }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestHealthCheckAPIService.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestActorRef\nimport org.ekstep.analytics.api.{BaseSpec, Response}\nimport org.ekstep.analytics.api.util.JSONUtils\nimport org.ekstep.analytics.api.util.RedisUtil\n\nclass TestHealthCheckAPIService extends BaseSpec {\n\n    private implicit val system: ActorSystem = ActorSystem(\"health-check-test-actor-system\", config)\n    val redisUtil = mock[RedisUtil]\n\n    override def beforeAll() {\n        super.beforeAll();\n    }\n    \n    override def afterAll() {\n        super.afterAll();\n    }\n\n    \n    \"HealthCheckAPIService\" should \"return health statusof APIs\" in {\n        val response = HealthCheckAPIService.getHealthStatus()\n        val resp = JSONUtils.deserialize[Response](response)\n        \n        resp.id should be (\"ekstep.analytics-api.health\");\n        resp.params.status should be (\"successful\");\n        \n        val result = resp.result.get;\n        result.get(\"name\").get should be (\"analytics-platform-api\")\n        result.get(\"checks\").get.asInstanceOf[List[AnyRef]].length should be (5)\n    }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestH2DBUtil.scala","text":"<gh_stars>0\npackage org.ekstep.analytics.api.util\n\nimport org.ekstep.analytics.api.BaseSpec\nimport java.sql.{Connection, PreparedStatement, ResultSet}\n\nimport org.mockito.Mockito._\n\nclass TestH2DBUtil extends BaseSpec {\n\n  val connectionMock = mock[Connection]\n  val preparedStatementMock = mock[PreparedStatement]\n  val resultSetMock = mock[ResultSet]\n\n  val H2DB = new H2DBUtil() {\n    override def getDBConnection = connectionMock\n  }\n\n  \"H2DB util: readLocation\" should \"return state and district info\" in {\n    val sqlString = \"Select * from geo_location_city_ipv4\"\n    when(connectionMock.prepareStatement(sqlString)).thenReturn(preparedStatementMock)\n    when(preparedStatementMock.executeQuery()).thenReturn(resultSetMock)\n    when(resultSetMock.getString(\"state\")).thenReturn(\"Karnataka\")\n    when(resultSetMock.getString(\"district_custom\")).thenReturn(\"KA\")\n    when(resultSetMock.next()).thenReturn(true).thenReturn(false)\n\n    val deviceLocation = H2DB.readLocation(sqlString)\n    deviceLocation should be eq(DeviceStateDistrict(state = \"Karnataka\", districtCustom = \"KA\"))\n  }\n\n\n  \"H2DB util: execute\" should \"execute the query and return results\" in {\n    reset(connectionMock)\n    reset(preparedStatementMock)\n    reset(resultSetMock)\n\n    val sqlString = \"Select * from geo_location_city_ipv4\"\n    when(connectionMock.prepareStatement(sqlString)).thenReturn(preparedStatementMock)\n    when(preparedStatementMock.executeQuery()).thenReturn(resultSetMock)\n\n    H2DB.execute(sqlString)\n    verify(preparedStatementMock, times(1)).executeQuery()\n  }\n\n  \"H2DB util: executeQuery\" should \"execute the query\" in {\n    reset(connectionMock)\n    reset(preparedStatementMock)\n    reset(resultSetMock)\n\n    val sqlString = \"Select * from geo_location_city_ipv4\"\n    when(connectionMock.prepareStatement(sqlString)).thenReturn(preparedStatementMock)\n\n    H2DB.executeQuery(sqlString)\n    verify(preparedStatementMock, times(1)).execute()\n  }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestCommonUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport org.ekstep.analytics.api.util.CommonUtil.monthPeriod\nimport org.ekstep.analytics.api.{BaseSpec, Range, ResponseCode}\nimport org.joda.time.format.{DateTimeFormat, DateTimeFormatter}\nimport org.joda.time.{DateTime, DateTimeZone, Duration}\n\nclass TestCommonUtil extends BaseSpec {\n\n    \"CommonUtil\" should \"test all utility methods\" in {\n\n        \/\/DateTimeUtils.setCurrentMillisFixed(1454650400000L);\n\n        val dateFormat: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30))\n        val thisYear: Int = (new DateTime).getYear\n        val thisMonth: Int = (new DateTime).getMonthOfYear\n        val thisWeekNo = (new DateTime).getWeekOfWeekyear\n        val monthYear = monthPeriod.print(new DateTime).toInt\n\n        val now = DateTime.now(DateTimeZone.UTC)\n        val dateInt = Integer.parseInt(dateFormat.print(now).replace(\"-\", \"\"))\n        val remainingTime = new Duration(now, now.plusDays(1).withTimeAtStartOfDay).getStandardHours\n\n        CommonUtil.roundDouble(12.7345, 2) should be(12.73);\n        val resp1 = CommonUtil.errorResponse(\"com.test\", \"Test exception\", ResponseCode.SERVER_ERROR.toString());\n        resp1.params.err should be(\"SERVER_ERROR\");\n        resp1.params.errmsg should be(\"Test exception\");\n        resp1.id should be(\"com.test\");\n        val resp2 = CommonUtil.errorResponseSerialized(\"com.test\", \"Test exception\", ResponseCode.SERVER_ERROR.toString());\n        resp2 should include(\"Test exception\");\n        val resp3 = CommonUtil.OK(\"com.test\", Map(\"ttl\" -> 24.asInstanceOf[AnyRef]));\n        resp3.params.err should be(null);\n        resp3.params.status should be(\"successful\");\n        resp3.result.get should be(Map(\"ttl\" -> 24.asInstanceOf[AnyRef]));\n        CommonUtil.getDayRange(7) should be(Range(Integer.parseInt(dateFormat.print(now.minusDays(7)).replace(\"-\", \"\")), dateInt))\n        val startMonth = monthPeriod.print((new DateTime).minusMonths(2)).toInt\n        CommonUtil.getMonthRange(2) should be(Range(startMonth,  monthYear))\n        CommonUtil.getRemainingHours() should be(remainingTime)\n        CommonUtil.getWeeksBetween(1451650400000L, 1454650400000L) should be(5);\n        \n    }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestCacheRefreshActor.scala","text":"<reponame>maheshkumargangula\/sunbird-analytics-service<gh_stars>0\npackage org.ekstep.analytics.api.service\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.testkit.TestActorRef\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.api.util.{CacheUtil, DeviceLocation}\nimport org.mockito.Mockito.{times, verify}\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigFactory\n\nclass TestCacheRefreshActor extends BaseSpec {\n\n  private implicit val system: ActorSystem = ActorSystem(\"cache-refresh-test-actor-system\", config)\n\n  \"Cache refresh actor\" should \"refresh the cache periodically\" in {\n    implicit val config: Config = ConfigFactory.load()\n    val cacheUtilMock = mock[CacheUtil]\n    val cacheRefreshActorRef = TestActorRef(new CacheRefreshActor(cacheUtilMock))\n\n    cacheRefreshActorRef.tell(DeviceLocation(continentName = \"Asia\", countryCode = \"IN\", countryName = \"India\", stateCode = \"KA\",\n      state = \"Karnataka\", subDivsion2 = \"\", city = \"Bangalore\",\n      stateCustom = \"Karnataka\", stateCodeCustom = \"29\", districtCustom = \"\"), ActorRef.noSender)\n\n    verify(cacheUtilMock, times(1)).initDeviceLocationCache()\n  }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestRedisUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.util\n\nimport org.ekstep.analytics.api.BaseSpec\nimport redis.clients.jedis.Jedis\nimport org.mockito.Mockito._\n\nclass TestRedisUtil extends BaseSpec {\n  val jedisMock = mock[Jedis]\n  implicit val jedisConnection: Jedis = jedisMock\n\n  val redisUtil = new RedisUtil() {\n    override def getConnection(database: Int): Jedis = jedisMock\n\n    override def getConnection: Jedis = jedisMock\n  }\n\n  \"Redis util \" should \"add key\/value to cache\" in {\n    redisUtil.addCache(\"foo\", \"bar\", 89000)\n    verify(jedisMock, times(1)).set(\"foo\", \"bar\")\n    verify(jedisMock, times(1)).expire(\"foo\", 89000)\n\n    when(jedisMock.set(\"foo\", \"bar\")).thenThrow(new RuntimeException(\"connection failure\"))\n    redisUtil.addCache(\"foo\", \"bar\", 89000)\n  }\n\n  it should \"get key from cache\" in {\n    when(jedisMock.get(\"foo\")).thenReturn(\"bar\")\n    redisUtil.getKey(\"foo\")\n    verify(jedisMock, times(1)).get(\"foo\")\n\n    when(jedisMock.get(\"foo\")).thenThrow(new RuntimeException(\"connection failure\"))\n    redisUtil.getKey(\"foo\")\n  }\n\n  it should \"get all by key from cache\" in {\n    val keyValue = new util.HashMap[String, String]()\n    keyValue.put(\"foo\", \"bar\")\n    when(jedisMock.hgetAll(\"key1\")).thenReturn(keyValue)\n    redisUtil.getAllByKey(\"key1\")\n    verify(jedisMock, times(1)).hgetAll(\"key1\")\n\n    when(jedisMock.hgetAll(\"key1\")).thenThrow(new RuntimeException(\"connection failure\"))\n    redisUtil.getAllByKey(\"key1\")\n  }\n\n  it should \"establish connection\" in {\n    val conn = redisUtil.getConnection(1)\n    conn.isInstanceOf[Jedis] should be (true)\n  }\n\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/ClientLogsAPIService.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.Actor\nimport org.apache.logging.log4j.LogManager\nimport org.ekstep.analytics.api.util.JSONUtils\n\ncase class Dspec (os: String = \"\", make: String = \"\", mem: Int = 0, idisk: String = \"\", edisk: String = \"\", scrn: String = \"\", camera: String = \"\", cpu: String = \"\", sims: Int = 0, uaspec: Uaspec)\ncase class Uaspec (agent: String = \"\", ver: String = \"\", system: String = \"\", platform: String = \"\", raw: String = \"\")\ncase class ValidatorMessage(status: Boolean, msg: String)\n\nclass validator() {\n  def isNullOrEmpty(str: String): Boolean = if (str != null && ! str.isEmpty) false else true\n}\n\ncase class Context (did: String, dspec: Option[Dspec], extras: Map[String, String]) extends validator {\n  def validate: ValidatorMessage = {\n    if (isNullOrEmpty(did)) {\n      ValidatorMessage(false, \"property: context.did is null or empty!\")\n    } else {\n      ValidatorMessage(true, \"\")\n    }\n  }\n}\n\ncase class Pdata (id: String, ver: String, pid: String) extends validator {\n  def validate: ValidatorMessage = {\n    if (isNullOrEmpty(id)) {\n      ValidatorMessage(false, \"property: pdata.id is null or empty!\")\n    } else if (isNullOrEmpty(pid)) {\n      ValidatorMessage(false, \"property: pdata.pid is null or empty!\")\n    } else if (isNullOrEmpty(ver)) {\n      ValidatorMessage(false, \"property: pdata.ver is null or empty!\")\n    } else {\n      ValidatorMessage(true, \"\")\n    }\n  }\n}\n\ncase class Log(id: String, ts: Long, log: String, appver: String, pageid: String) extends validator {\n  def validate: ValidatorMessage = {\n    if (isNullOrEmpty(log)) {\n      ValidatorMessage(false, \"property: logs*.log is missing!\")\n    } else if (ts == 0) {\n      ValidatorMessage(false, \"property: logs*.ts is not a valid timestamp!\")\n    } else {\n      ValidatorMessage(true, \"\")\n    }\n  }\n}\n\ncase class ClientRequestBody (context: Context, pdata: Pdata, logs: List[Log]) extends validator {\n  def validate: ValidatorMessage = {\n    if (context == null) {\n      ValidatorMessage(false, \"property: context is missing!\")\n    } else if (pdata == null) {\n      ValidatorMessage(false, \"property: pdata is missing!\")\n    } else if (logs == null) {\n      ValidatorMessage(false, \"property: logs is missing!\")\n    } else {\n      ValidatorMessage(true, \"\")\n    }\n  }\n}\n\n\ncase class ClientLogRequest(request: Option[ClientRequestBody]) extends validator {\n  def validate: ValidatorMessage = {\n    request match {\n      case None => ValidatorMessage(false, \"property: request is missing!\")\n      case Some(requestObj) => if (!requestObj.validate.status) {\n        ValidatorMessage(false, requestObj.validate.msg)\n      } else if (!requestObj.context.validate.status) {\n        ValidatorMessage(false,  requestObj.context.validate.msg)\n      } else if (!requestObj.pdata.validate.status) {\n        ValidatorMessage(false,  requestObj.pdata.validate.msg)\n      } else if (requestObj.logs.map(_.validate.status).count(_ == false) > 0) {\n        ValidatorMessage(false,  \"property: logs, mandatory fields are missing or type mismatch!\")\n      } else {\n        ValidatorMessage(true, \"\")\n      }\n    }\n  }\n}\n\n\/\/ $COVERAGE-OFF$\nclass ClientLogsAPIService extends Actor {\n  private val logger = LogManager.getLogger(\"crash-logger\")\n  override def receive: Receive = {\n    case ClientLogRequest(request: Option[ClientRequestBody]) => {\n      request match {\n        case Some(log) => {\n          logger.info(JSONUtils.serialize(log))\n        }\n      }\n    }\n  }\n}\n\/\/ $COVERAGE-ON$\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/test\/BaseSpec.scala","text":"import com.typesafe.config.ConfigFactory\nimport org.specs2.mutable.Specification\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\nimport play.api.mvc.Result\nimport play.api.test.{FakeHeaders, FakeRequest}\nimport play.api.test.Helpers.{POST, contentAsString, contentType, defaultAwaitTimeout, route, status, _}\n\nimport scala.concurrent.Future\n\nclass BaseSpec extends Specification {\n    implicit val app = new GuiceApplicationBuilder().build\n\n    implicit val config = ConfigFactory.load();\n    def post(apiURL: String, request: String, h: FakeHeaders = FakeHeaders(Seq()))\n      : Future[Result] = {\n        val headers = h.add((\"content-type\", \"application\/json\"))\n        route(app, FakeRequest(POST, apiURL, headers, Json.toJson(Json.parse(request)))).get\n    }\n\n    def isOK(response: Future[Result]) {\n        status(response) must equalTo(OK)\n        contentType(response) must beSome.which(_ == \"application\/json\")\n        contentAsString(response) must contain(\"\"\"\"status\":\"successful\"}\"\"\")\n    }\n\n    def hasClientError(response: Future[Result]) {\n        status(response) must equalTo(BAD_REQUEST)\n        contentType(response) must beSome.which(_ == \"application\/json\")\n        contentAsString(response) must contain(\"\"\"\"err\":\"CLIENT_ERROR\",\"status\":\"failed\"\"\"\")\n    }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/CacheUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.sql.Timestamp\n\nimport com.google.common.collect._\nimport com.typesafe.config.Config\nimport javax.inject.{Inject, _}\nimport org.ekstep.analytics.api._\nimport org.joda.time.{DateTime, DateTimeZone}\nimport scalikejdbc._\n\nimport scala.util.Try\n\ncase class ContentResult(count: Int, content: Array[Map[String, AnyRef]])\n\ncase class ContentResponse(id: String, ver: String, ts: String, params: Params, responseCode: String, result: ContentResult)\n\ncase class LanguageResult(languages: Array[Map[String, AnyRef]])\n\ncase class LanguageResponse(id: String, ver: String, ts: String, params: Params, responseCode: String, result: LanguageResult)\n\n\/\/ TODO: Need to refactor this file. Reduce case classes, combine objects. Proper error handling.\n\n@Singleton\nclass CacheUtil @Inject()(postgresDB: PostgresDBUtil, H2DB: H2DBUtil) {\n\n  implicit val className = \"org.ekstep.analytics.api.util.CacheUtil\"\n\n  private var contentListMap: Map[String, Map[String, AnyRef]] = Map();\n  private var recommendListMap: Map[String, Map[String, AnyRef]] = Map();\n  private var languageMap: Map[String, String] = Map();\n  private var cacheTimestamp: Long = 0L;\n  private val consumerChannelTable: Table[String, String, Integer] = HashBasedTable.create();\n\n  def initCache()(implicit config: Config) {}\n\n  def initConsumerChannelCache()(implicit config: Config) {\n\n    APILogger.log(\"Refreshing ChannelConsumer Cache\")\n    consumerChannelTable.clear()\n    lazy val tableName = config.getString(\"postgres.table_name\")\n\n    val sql = s\"select * from $tableName\"\n    Try {\n      postgresDB.read(sql).map {\n        consumerChannel =>\n          consumerChannelTable.put(consumerChannel.consumerId, consumerChannel.channel, consumerChannel.status)\n      }\n      APILogger.log(\"ChannelConsumer Cache Refreshed Successfully!!\")\n    }.recover {\n      case ex: Throwable =>\n        APILogger.log(s\"Failed to refresh ChannelConsumer Cache: ${ex.getMessage}\")\n        ex.printStackTrace()\n    }\n  }\n\n  def initDeviceLocationCache()(implicit config: Config) {\n\n    APILogger.log(\"Refreshing DeviceLocation Cache\")\n    val geoLocationCityTableName: String = config.getString(\"postgres.table.geo_location_city.name\")\n    val geoLocationCityIpv4TableName: String = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n\n    val truncateCityTableQuery = s\"TRUNCATE TABLE $geoLocationCityTableName;\"\n    val truncateRangeTableQuery = s\"TRUNCATE TABLE $geoLocationCityIpv4TableName;\"\n    val createCityTableQuery = s\"CREATE TABLE IF NOT EXISTS $geoLocationCityTableName(geoname_id INTEGER UNIQUE, subdivision_1_name VARCHAR(100), subdivision_2_custom_name VARCHAR(100));\"\n    val createRangeTableQuery = s\"CREATE TABLE IF NOT EXISTS $geoLocationCityIpv4TableName(network_start_integer BIGINT, network_last_integer BIGINT, geoname_id INTEGER);\"\n\n    H2DB.executeQuery(createCityTableQuery)\n    H2DB.executeQuery(createRangeTableQuery)\n    H2DB.executeQuery(truncateCityTableQuery)\n    H2DB.executeQuery(truncateRangeTableQuery)\n\n    val cityQuery = s\"select geoname_id,subdivision_1_name,subdivision_2_custom_name from $geoLocationCityTableName\"\n    val rangeQuery = s\"select network_start_integer, network_last_integer, geoname_id from $geoLocationCityIpv4TableName\"\n    Try {\n      val locCityData = postgresDB.readGeoLocationCity(cityQuery)\n      locCityData.map {\n        loc =>\n          val insertQuery = s\"INSERT INTO $geoLocationCityTableName(geoname_id, subdivision_1_name, subdivision_2_custom_name) VALUES (${loc.geoname_id}, '${loc.subdivision_1_name}', '${loc.subdivision_2_custom_name}')\"\n          H2DB.executeQuery(insertQuery)\n      }\n\n      val locRangeData = postgresDB.readGeoLocationRange(rangeQuery)\n      locRangeData.map {\n        loc =>\n          val insertQuery = s\"INSERT INTO $geoLocationCityIpv4TableName(network_start_integer, network_last_integer, geoname_id) VALUES (${loc.network_start_integer}, ${loc.network_last_integer}, ${loc.geoname_id})\"\n          H2DB.executeQuery(insertQuery)\n      }\n\n      \/\/ checking row counts in h2 database after refreshing\n      val countCityTableQuery = s\"Select count(*) AS count from $geoLocationCityTableName\"\n      val cityTableCount = H2DB.execute(countCityTableQuery)\n      var h2CityTableCount = 0L\n      while (cityTableCount.next()) {\n        h2CityTableCount = cityTableCount.getLong(\"count\")\n      }\n\n      val countRangeTableQuery = s\"Select count(*) AS count from $geoLocationCityIpv4TableName\"\n      val rangeTableCount = H2DB.execute(countRangeTableQuery)\n      var h2RangeTableCount = 0L\n      while (rangeTableCount.next()) {\n        h2RangeTableCount = rangeTableCount.getLong(\"count\")\n      }\n\n      println(\"h2 db city table count after refreshing: \" + h2CityTableCount)\n      println(\"h2 db city table count after refreshing: \" + h2RangeTableCount)\n      APILogger.log(s\"DeviceLocation Cache Refreshed Successfully!! postgress city table records: ${locCityData.length}, postgress range table records: ${locRangeData.length}, h2 db city table records: $h2CityTableCount, h2 db range table records: $h2RangeTableCount\")\n    }.recover {\n      case ex: Throwable =>\n        APILogger.log(s\"Failed to refresh DeviceLocation Cache: ${ex.getMessage}\")\n        ex.printStackTrace()\n    }\n  }\n\n  def getConsumerChannlTable()(implicit config: Config): Table[String, String, Integer] = {\n    if (consumerChannelTable.size() > 0)\n      consumerChannelTable\n    else {\n      initConsumerChannelCache()\n      consumerChannelTable\n    }\n  }\n\n  def validateCache()(implicit config: Config) {\n\n    val timeAtStartOfDay = DateTime.now(DateTimeZone.UTC).withTimeAtStartOfDay().getMillis;\n    if (cacheTimestamp < timeAtStartOfDay) {\n      println(\"cacheTimestamp:\" + cacheTimestamp, \"timeAtStartOfDay:\" + timeAtStartOfDay, \" ### Resetting content cache...### \");\n      if (!contentListMap.isEmpty) contentListMap.empty;\n      if (!recommendListMap.isEmpty) recommendListMap.empty;\n      if (!languageMap.isEmpty) languageMap.empty;\n      initCache();\n    }\n  }\n}\n\ncase class ConsumerChannel(consumerId: String, channel: String, status: Int, createdBy: String, createdOn: Timestamp, updatedOn: Timestamp)\n\n\/\/ $COVERAGE-OFF$ cannot be covered since it is dependent on client library\nobject ConsumerChannel extends SQLSyntaxSupport[ConsumerChannel] {\n  def apply(rs: WrappedResultSet) = new ConsumerChannel(\n    rs.string(\"consumer_id\"), rs.string(\"channel\"), rs.int(\"status\"),\n    rs.string(\"created_by\"), rs.timestamp(\"created_on\"), rs.timestamp(\"updated_on\"))\n}\n\/\/ $COVERAGE-ON$\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/RedisUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.time.Duration\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport redis.clients.jedis.{Jedis, JedisPool, JedisPoolConfig}\nimport scala.collection.JavaConverters._\n\/\/ import javax.inject._\n\n\/\/ @Singleton\nclass RedisUtil {\n  implicit val className = \"org.ekstep.analytics.api.util.RedisUtil\"\n  private val config: Config = ConfigFactory.load()\n  private val redis_host = config.getString(\"redis.host\")\n  private val redis_port = config.getInt(\"redis.port\")\n\n  private def buildPoolConfig = {\n    val poolConfig = new JedisPoolConfig\n    poolConfig.setMaxTotal(config.getInt(\"redis.connection.max\"))\n    poolConfig.setMaxIdle(config.getInt(\"redis.connection.idle.max\"))\n    poolConfig.setMinIdle(config.getInt(\"redis.connection.idle.min\"))\n    poolConfig.setTestOnBorrow(true)\n    poolConfig.setTestOnReturn(true)\n    poolConfig.setTestWhileIdle(true)\n    poolConfig.setMinEvictableIdleTimeMillis(Duration.ofSeconds(config.getInt(\"redis.connection.minEvictableIdleTimeSeconds\")).toMillis)\n    poolConfig.setTimeBetweenEvictionRunsMillis(Duration.ofSeconds(config.getInt(\"redis.connection.timeBetweenEvictionRunsSeconds\")).toMillis)\n    poolConfig.setNumTestsPerEvictionRun(3)\n    poolConfig.setBlockWhenExhausted(true)\n    poolConfig\n  }\n\n  protected var jedisPool = new JedisPool(buildPoolConfig, redis_host, redis_port)\n\n  def getConnection: Jedis = jedisPool.getResource\n\n  def getConnection(database: Int): Jedis = {\n    val conn = jedisPool.getResource\n    conn.select(database)\n    conn\n  }\n\n  def addCache(key: String, value: String, ttl: Int = 0)(implicit jedisConnection: Jedis): Unit = {\n    try {\n      jedisConnection.set(key, value)\n      if (ttl > 0) jedisConnection.expire(key, ttl)\n    } catch {\n      case ex: Exception => APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis connection exception!  ${ex.getMessage}\")), \"RedisUtil\")\n    }\n  }\n\n  def getKey(key: String)(implicit jedisConnection: Jedis): Option[String] = {\n    try {\n      Option(jedisConnection.get(key))\n    } catch {\n      case ex: Exception =>\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis connection exception!  ${ex.getMessage}\")), \"RedisUtil\")\n        None\n    }\n  }\n\n  def getAllByKey(key: String)(implicit jedisConnection: Jedis): Option[Map[String, String]] = {\n    try {\n      Option(jedisConnection.hgetAll(key).asScala.toMap)\n    } catch {\n      case ex: Exception =>\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis connection exception!  ${ex.getMessage}\")), \"RedisUtil\")\n        None\n    }\n  }\n\n  def hmset(key: String, dataMap: Map[String, String])(implicit jedisConnection: Jedis): Unit = {\n    try {\n      Option(jedisConnection.hmset(key, dataMap.asJava))\n    } catch {\n      case ex: Exception =>\n        APILogger.log(\"\", Option(Map(\"comments\" -> s\"Redis connection exception!  ${ex.getMessage}\")), \"RedisUtil\")\n        None\n    }\n  }\n\n  \/\/ $COVERAGE-OFF$ cannot test this method because jedisPool cannot be mocked\n  def resetConnection(): Unit = {\n    jedisPool.close()\n    jedisPool = new JedisPool(buildPoolConfig, redis_host, redis_port)\n  }\n\n  def closePool() = {\n    jedisPool.close()\n  }\n  \/\/ $COVERAGE-ON$\n\n  def checkConnection = {\n    try {\n      val conn = getConnection\n      conn match {\n        case j: Jedis => {\n          conn.close()\n          true\n        }\n        case _ => false\n      }\n    } catch {\n      case ex: Exception => false\n    }\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestDBUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport org.ekstep.analytics.api.{BaseSpec, ExperimentDefinition, JobRequest}\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.joda.time.DateTime\n\nclass TestDBUtil extends BaseSpec {\n\n  it should \"fetch list of jobs in a descending order\" in {\n\n    val res1 = DBUtil.session.execute(\"DELETE FROM \" + AppConf.getConfig(\"application.env\") + \"_platform_db.job_request WHERE client_key='partner1'\")\n    val request_data1 = \"\"\"{\"filter\":{\"start_date\":\"2016-11-19\",\"end_date\":\"2016-11-20\",\"tags\":[\"becb887fe82f24c644482eb30041da6d88bd8150\"]}}\"\"\"\n    val request_data2 = \"\"\"{\"filter\":{\"start_date\":\"2016-11-19\",\"end_date\":\"2016-11-20\",\"tags\":[\"test-tag\"],\"events\":[\"OE_ASSESS\"]}}\"\"\"\n\n    val requests = Array(\n      JobRequest(Option(\"partner1\"), Option(\"1234\"), None, Option(\"SUBMITTED\"), Option(request_data1),\n        Option(1), Option(DateTime.now()), None, None, None, None, None, None, None, None, None, None, None, None, None, None, None),\n      JobRequest(Option(\"partner1\"), Option(\"273645\"), Option(\"test-job-id\"), Option(\"COMPLETED\"), Option(request_data2),\n        Option(1), Option(DateTime.parse(\"2017-01-08\", CommonUtil.dateFormat)), Option(\"https:\/\/test-location\"), Option(DateTime.parse(\"2017-01-08\", CommonUtil.dateFormat)), None, None, None, None, None, Option(123234), Option(532), Option(12343453L), None, None, None, None, None))\n    DBUtil.saveJobRequest(requests)\n\n    val jobs = DBUtil.getJobRequestList(\"partner1\")\n\n    jobs.last.status.get should be(\"COMPLETED\")\n    jobs.head.status.get should be(\"SUBMITTED\")\n  }\n\n\n  it should \"able to query the experiment def data\" in {\n    val request = Array(ExperimentDefinition(\"exp_01\", \"test_exp\", \"Test Exp\", \"Test\", \"Test1\", Option(DateTime.now), Option(DateTime.now),\n      \"\", \"\", Option(\"Active\"), Option(\"\"), Option(Map(\"one\" -> 1L))))\n    DBUtil.saveExperimentDefinition(request)\n    DBUtil.session.execute(\"SELECT * FROM \" + AppConf.getConfig(\"application.env\") + \"_platform_db.experiment_definition\")\n    val result = DBUtil.getExperiementDefinition(\"exp_01\")\n    result.get.expName should be(\"test_exp\")\n  }\n\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/app\/controllers\/JobController.scala","text":"package controllers\n\nimport akka.actor.{ActorSystem, Props}\nimport akka.pattern.ask\nimport akka.routing.FromConfig\nimport javax.inject.Inject\nimport org.ekstep.analytics.api.service.JobAPIService\nimport org.ekstep.analytics.api.service.JobAPIService._\nimport org.ekstep.analytics.api.util.{APILogger, CacheUtil, CommonUtil, JSONUtils}\nimport org.ekstep.analytics.api.{APIIds, ResponseCode, _}\nimport play.api.Configuration\nimport play.api.libs.json.Json\nimport play.api.mvc.{Request, Result, _}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * @author <NAME>, mahesh\n  *\/\n\nclass JobController @Inject() (\n                                system: ActorSystem,\n                                configuration: Configuration,\n                                cc: ControllerComponents,\n                                cacheUtil: CacheUtil\n                              )(implicit ec: ExecutionContext) extends BaseController(cc, configuration) {\n\n  val jobAPIActor = system.actorOf(Props[JobAPIService].withRouter(FromConfig()), name = \"jobApiActor\")\n\n  def dataRequest() = Action.async { request: Request[AnyContent] =>\n    val body: String = Json.stringify(request.body.asJson.get)\n    val channelId = request.headers.get(\"X-Channel-ID\").getOrElse(\"\")\n    val consumerId = request.headers.get(\"X-Consumer-ID\").getOrElse(\"\")\n    val checkFlag = if (config.getBoolean(\"dataexhaust.authorization_check\")) authorizeDataExhaustRequest(consumerId, channelId) else true\n    println(s\"is authenticated! $checkFlag\")\n    if (checkFlag) {\n      val res = ask(jobAPIActor, DataRequest(body, channelId, config)).mapTo[Response]\n      res.map { x =>\n        result(x.responseCode, JSONUtils.serialize(x))\n      }\n    } else {\n      val msg = s\"Given X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId' are not authorized\"\n      APILogger.log(s\"Authorization FAILED for X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId'\")\n      unauthorized(msg)\n    }\n  }\n\n  def getJob(clientKey: String, requestId: String) = Action.async { request: Request[AnyContent] =>\n\n    if (authorizeDataExhaustRequest(request)) {\n      val res = ask(jobAPIActor, GetDataRequest(clientKey, requestId, config)).mapTo[Response]\n      res.map { x =>\n        result(x.responseCode, JSONUtils.serialize(x))\n      }\n    } else {\n      val msg = \"Given X-Consumer-ID and X-Channel-ID are not authorized\"\n      APILogger.log(\"Authorization FAILED\")\n      unauthorized(msg)\n    }\n  }\n\n  def getJobList(clientKey: String) = Action.async { request: Request[AnyContent] =>\n\n    val channelId = request.headers.get(\"X-Channel-ID\").getOrElse(\"\")\n    val consumerId = request.headers.get(\"X-Consumer-ID\").getOrElse(\"\")\n    val checkFlag = if (config.getBoolean(\"dataexhaust.authorization_check\")) authorizeDataExhaustRequest(consumerId, channelId) else true\n    if (checkFlag) {\n      val limit = Integer.parseInt(request.getQueryString(\"limit\").getOrElse(config.getString(\"data_exhaust.list.limit\")))\n      val res = ask(jobAPIActor, DataRequestList(clientKey, limit, config)).mapTo[Response]\n      res.map { x =>\n        result(x.responseCode, JSONUtils.serialize(x))\n      }\n    } else {\n      val msg = s\"Given X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId' are not authorized\"\n      APILogger.log(s\"Authorization FAILED for X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId'\")\n      unauthorized(msg)\n    }\n  }\n\n  def getTelemetry(datasetId: String) = Action.async { request: Request[AnyContent] =>\n\n    val summaryType =  request.getQueryString(\"type\")\n    val from = request.getQueryString(\"from\").getOrElse(\"\")\n    val to = request.getQueryString(\"to\").getOrElse(org.ekstep.analytics.api.util.CommonUtil.getToday())\n\n    val channelId = request.headers.get(\"X-Channel-ID\").getOrElse(\"\")\n    val consumerId = request.headers.get(\"X-Consumer-ID\").getOrElse(\"\")\n    val checkFlag = if (config.getBoolean(\"dataexhaust.authorization_check\")) authorizeDataExhaustRequest(consumerId, channelId) else true\n    if (checkFlag) {\n      APILogger.log(s\"Authorization Successfull for X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId'\")\n      val res = ask(jobAPIActor, ChannelData(channelId, datasetId, from, to, config, summaryType)).mapTo[Response]\n      res.map { x =>\n        result(x.responseCode, JSONUtils.serialize(x))\n      }\n    } else {\n      val msg = s\"Given X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId' are not authorized\"\n      APILogger.log(s\"Authorization FAILED for X-Consumer-ID='$consumerId' and X-Channel-ID='$channelId'\")\n      unauthorized(msg)\n    }\n  }\n\n  private def unauthorized(msg: String): Future[Result] = {\n    val res = CommonUtil.errorResponse(APIIds.CHANNEL_TELEMETRY_EXHAUST, msg, ResponseCode.FORBIDDEN.toString)\n    Future {\n      result(res.responseCode, JSONUtils.serialize(res))\n    }\n  }\n\n  def refreshCache(cacheType: String) = Action { implicit request =>\n      cacheType match {\n          case \"ConsumerChannel\" =>\n            cacheUtil.initConsumerChannelCache()\n          case \"DeviceLocation\" =>\n            cacheUtil.initDeviceLocationCache()\n          case _ =>\n            cacheUtil.initCache()\n      }\n      result(\"OK\", JSONUtils.serialize(CommonUtil.OK(APIIds.CHANNEL_TELEMETRY_EXHAUST, Map(\"msg\" -> s\"$cacheType cache refreshed successfully\"))))\n  }\n\n  def authorizeDataExhaustRequest(consumerId: String, channelId: String): Boolean = {\n    APILogger.log(s\"Authorizing $consumerId and $channelId\")\n    val status = Option(cacheUtil.getConsumerChannlTable().get(consumerId, channelId))\n    if (status.getOrElse(0) == 1) true else false\n  }\n\n  def authorizeDataExhaustRequest(request: Request[AnyContent] ): Boolean = {\n    val authorizationCheck = config.getBoolean(\"dataexhaust.authorization_check\")\n    if(!authorizationCheck) return true\n\n    val consumerId = request.headers.get(\"X-Consumer-ID\").getOrElse(\"\")\n    val channelId = request.headers.get(\"X-Channel-ID\").getOrElse(\"\")\n    authorizeDataExhaustRequest(consumerId, channelId)\n  }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/app\/modules\/ActorInjector.scala","text":"<gh_stars>0\npackage modules\n\nimport com.google.inject.AbstractModule\nimport org.ekstep.analytics.api.service.{DeviceProfileService, _}\nimport org.ekstep.analytics.api.util.APILogger\nimport play.api.libs.concurrent.AkkaGuiceSupport\n\nclass ActorInjector extends AbstractModule with AkkaGuiceSupport {\n  override def configure(): Unit = {\n    \/\/ Actor Binding\n    bindActor[DeviceRegisterService](name = \"device-register-actor\")\n    bindActor[DeviceProfileService](\"device-profile-actor\")\n    bindActor[ExperimentAPIService](name = \"experiment-actor\")\n    bindActor[SaveMetricsActor](name = \"save-metrics-actor\")\n    bindActor[CacheRefreshActor](name = \"cache-refresh-actor\")\n\n    \/\/ Services\n    APILogger.init(\"org.ekstep.analytics-api\")\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestElasticsearchService.scala","text":"package org.ekstep.analytics.api.util\n\nimport com.sksamuel.elastic4s.http.HttpClient\nimport org.ekstep.analytics.api.BaseSpec\n\n\nclass TestElasticsearchService extends BaseSpec {\n\n  val httpClientMock = mock[HttpClient]\n  val ESservice = new ElasticsearchService()\n  implicit val executor =  scala.concurrent.ExecutionContext.global\n\n  \"Elasticsearch service: searchExperiment method\" should \"search and return data \" in {\n\n    val response = ESservice.searchExperiment(Map(\"deviceId\" -> \"device3\", \"userId\" -> \"user3\", \"url\" -> \"http:\/\/xyz.com\", \"producer\"-> \"prod.diksha.app\"))\n    response.map { data => data.map {\n      expData => {\n        expData.userId should be eq(\"user3\")\n        expData.expType should be eq(\"modulus-exp-2\")\n      }\n      }\n    }\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DruidHealthCheckService.scala","text":"<filename>analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/DruidHealthCheckService.scala\npackage org.ekstep.analytics.api.service\n\nimport akka.actor.Actor\nimport org.ekstep.analytics.api.util.APILogger\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.ekstep.analytics.framework.util.HTTPClient\n\nclass DruidHealthCheckService(restUtil: HTTPClient) extends Actor {\n\n  implicit val className = \"org.ekstep.analytics.api.service.DruidHealthCheckService\"\n  val apiUrl = AppConf.getConfig(\"druid.coordinator.host\")+AppConf.getConfig(\"druid.healthcheck.url\")\n\n  def receive = {\n    case \"health\" => sender() ! getStatus\n  }\n\n  def getStatus: String = {\n    val healthreport: StringBuilder = new StringBuilder()\n    try{\n      val response = restUtil.get[Map[String, Double]](apiUrl)\n      response.map { data =>\n        healthreport.append(\"http_druid_health_check_status{datasource=\\\"\")\n          .append(data._1).append(\"\\\"} \")\n          .append(data._2).append(\"\\n\")\n      }\n      healthreport.toString()\n    } catch {\n      case ex: Exception =>\n        ex.printStackTrace()\n        APILogger.log(\"DruidHealthCheckAPI failed due to \" + ex.getMessage)\n        healthreport.toString()\n    }\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestDeviceProfileService.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.testkit.{TestActorRef, TestProbe}\nimport com.typesafe.config.Config\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.api.util.{DeviceStateDistrict, H2DBUtil, RedisUtil}\nimport org.mockito.Mockito.{times, verify, when}\n\nclass TestDeviceProfileService extends BaseSpec {\n\n  val deviceProfileServiceMock: DeviceProfileService = mock[DeviceProfileService]\n  private implicit val system: ActorSystem = ActorSystem(\"device-register-test-actor-system\", config)\n  private val configMock = mock[Config]\n  private val redisUtilMock = mock[RedisUtil]\n  private val H2DBMock = mock[H2DBUtil]\n  val redisIndex: Int = config.getInt(\"redis.deviceIndex\")\n  implicit val executor = scala.concurrent.ExecutionContext.global\n  implicit val jedisConnection = redisUtilMock.getConnection(redisIndex)\n  val saveMetricsActor = TestActorRef(new SaveMetricsActor)\n  val metricsActorProbe = TestProbe()\n  when(configMock.getString(\"postgres.table.geo_location_city.name\")).thenReturn(\"geo_location_city\")\n  when(configMock.getString(\"postgres.table.geo_location_city_ipv4.name\")).thenReturn(\"geo_location_city_ipv4\")\n  when(configMock.getBoolean(\"device.api.enable.debug.log\")).thenReturn(true)\n  private val deviceProfileServiceActorRef = TestActorRef(new DeviceProfileService(configMock, redisUtilMock, H2DBMock) {\n\n  })\n  val geoLocationCityIpv4TableName = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n  val geoLocationCityTableName = config.getString(\"postgres.table.geo_location_city.name\")\n\n\n  override def beforeAll() {\n    super.beforeAll()\n  }\n\n\n  \"Resolve location for get device profile\" should \"return location details given an IP address\" in {\n    when(deviceProfileServiceMock.resolveLocationFromH2(ipAddress = \"172.16.31.10\"))\n      .thenReturn(DeviceStateDistrict(\"Karnataka\", \"BANGALORE\"))\n    val deviceLocation = deviceProfileServiceMock.resolveLocationFromH2(\"172.16.31.10\")\n    deviceLocation.state should be(\"Karnataka\")\n    deviceLocation.districtCustom should be(\"BANGALORE\")\n  }\n\n  \"Resolve location for get device profile\" should \"return empty location if the IP address is not found\" in {\n    when(deviceProfileServiceMock.resolveLocationFromH2(ipAddress = \"172.16.31.10\"))\n      .thenReturn(new DeviceStateDistrict())\n    val deviceLocation = deviceProfileServiceMock.resolveLocationFromH2(\"172.16.31.10\")\n    deviceLocation.state should be(\"\")\n    deviceLocation.districtCustom should be(\"\")\n  }\n\n\n  \"Device profileService\" should \"get the device profile data\" in {\n    val query =\n      s\"\"\"\n         |SELECT\n         |  glc.subdivision_1_name state,\n         |  glc.subdivision_2_custom_name district_custom\n         |FROM $geoLocationCityIpv4TableName gip,\n         |  $geoLocationCityTableName glc\n         |WHERE gip.geoname_id = glc.geoname_id\n         |  AND gip.network_start_integer <= 1781746361\n         |  AND gip.network_last_integer >= 1781746361\n               \"\"\".stripMargin\n    when(H2DBMock.readLocation(query)).thenReturn(DeviceStateDistrict(\"Karnataka\", \"Tumkur\"))\n    when(redisUtilMock.getAllByKey(\"device-001\")).thenReturn(Some(Map(\"user_declared_state\" -> \"Karnatka\", \"user_declared_district\" -> \"Tumkur\")))\n    deviceProfileServiceActorRef.tell(DeviceProfileRequest(\"device-001\", \"172.16.31.10\"), ActorRef.noSender)\n    verify(H2DBMock, times(1)).readLocation(query)\n  }\n\n  \"Device profileService\" should \"When state is not defined\" in {\n\n    val query =\n      s\"\"\"\n         |SELECT\n         |  glc.subdivision_1_name state,\n         |  glc.subdivision_2_custom_name district_custom\n         |FROM $geoLocationCityIpv4TableName gip,\n         |  $geoLocationCityTableName glc\n         |WHERE gip.geoname_id = glc.geoname_id\n         |  AND gip.network_start_integer <= 1781746361\n         |  AND gip.network_last_integer >= 1781746361\n               \"\"\".stripMargin\n    when(H2DBMock.readLocation(query)).thenReturn(DeviceStateDistrict(\"\", \"\"))\n    when(redisUtilMock.getAllByKey(\"device-001\")).thenReturn(Some(Map(\"user_declared_state\" -> \"Karnatka\", \"user_declared_district\" -> \"Tumkur\")))\n    deviceProfileServiceActorRef.tell(DeviceProfileRequest(\"device-001\", \"172.16.31.10\"), ActorRef.noSender)\n    verify(H2DBMock, times(2)).readLocation(query)\n  }\n\n\n  \"Device profileService\" should \"catch the exception\" in {\n    intercept[Exception] {\n      val query =\n        s\"\"\"\n           |SELECT\n           |  glc.subdivision_1_name state,\n           |  glc.subdivision_2_custom_name district_custom\n           |FROM $geoLocationCityIpv4TableName gip,\n           |  $geoLocationCityTableName glc\n           |WHERE gip.geoname_id = glc.geoname_id\n           |  AND gip.network_start_integer <= 1781746361\n           |  AND gip.network_last_integer >= 1781746361\n               \"\"\".stripMargin\n      when(H2DBMock.readLocation(query)).thenThrow(new Exception(\"Error\"))\n      deviceProfileServiceActorRef.tell(DeviceProfileRequest(\"device-001\", \"172.16.31.10\"), ActorRef.noSender)\n    }\n  }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/app\/controllers\/DeviceController.scala","text":"package controllers\n\nimport akka.actor._\nimport akka.pattern.ask\nimport com.google.inject.Inject\nimport org.ekstep.analytics.api.service.experiment.{ExperimentData, ExperimentRequest}\nimport org.ekstep.analytics.api.service.{DeviceProfile, DeviceProfileRequest, DeviceRegisterStatus, RegisterDevice}\nimport org.ekstep.analytics.api.util.{APILogger, CommonUtil, JSONUtils}\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.mvc.{AnyContent, ControllerComponents, Request, Result}\nimport play.api.{Configuration, Environment}\nimport javax.inject._\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass DeviceController @Inject()(\n                                  @Named(\"device-register-actor\") deviceRegisterActor: ActorRef,\n                                  @Named(\"device-profile-actor\") deviceProfileActor: ActorRef,\n                                  @Named(\"experiment-actor\") experimentActor: ActorRef,\n                                  system: ActorSystem,\n                                  configuration: Configuration,\n                                  cc: ControllerComponents,\n                                  env: Environment\n                                ) extends BaseController(cc, configuration) {\n\n  implicit val ec: ExecutionContext = system.dispatchers.lookup(\"device-register-controller-dispatcher\")\n  lazy val isExperimentEnabled: Boolean = configuration.getOptional[Boolean](\"deviceRegisterAPI.experiment.enable\").getOrElse(false)\n\n  def registerDevice(deviceId: String) = Action.async { request: Request[AnyContent] =>\n    val body: JsValue = request.body.asJson.get\n    \/\/ The X-Forwarded-For header from Azure is in the format '192.168.3.11:33740, 192.168.3.11'\n    val ip = request.headers.get(\"X-Forwarded-For\").map {\n      x =>\n        val ipArray = x.split(\",\")\n        if (ipArray.length == 2) ipArray(1).trim else ipArray(0).trim\n    }\n\n    val headerIP = ip.getOrElse(\"\")\n    val uaspec = request.headers.get(\"User-Agent\")\n    val ipAddr = (body \\ \"request\" \\ \"ip_addr\").asOpt[String]\n    val fcmToken = (body \\ \"request\" \\ \"fcmToken\").asOpt[String]\n    val producer = (body \\ \"request\" \\ \"producer\").asOpt[String]\n    val firstAccess = (body \\ \"request\" \\ \"first_access\").asOpt[Long]\n    val dspec: Option[String] = (body \\ \"request\" \\ \"dspec\").toOption.map {\n      value => Json.stringify(value)\n    }\n    val userDefinedState = (body \\ \"request\" \\ \"userDeclaredLocation\" \\ \"state\").asOpt[String]\n    val userDefinedDistrict = (body \\ \"request\" \\ \"userDeclaredLocation\" \\ \"district\").asOpt[String]\n\n    val extMap: Option[Map[String, String]] = (body \\ \"request\" \\ \"ext\").toOption.map {\n      value => {\n        val userId = (value \\ \"userid\").asOpt[String]\n        val url = (value \\ \"url\").asOpt[String]\n        val userIdMap = userId.map { data =>  Map(\"userId\" -> data) }\n        val urlMap = url.map { data => Map(\"url\" -> data) }\n        userIdMap.getOrElse(Map()) ++ urlMap.getOrElse(Map())\n      }\n    }\n\n    val deviceRegisterResult = deviceRegisterActor.ask(RegisterDevice(deviceId, headerIP, ipAddr, fcmToken, producer,\n      dspec, uaspec, firstAccess, userDefinedState, userDefinedDistrict)).mapTo[Option[DeviceRegisterStatus]]\n\n    if (isExperimentEnabled) {\n      val expApiResult = sendExperimentData(Some(deviceId), extMap.getOrElse(Map()).get(\"userId\"), extMap.getOrElse(Map()).get(\"url\"), producer)\n      for {\n        registerOutput <- deviceRegisterResult\n        expOutput <- expApiResult\n      } yield expOutput\n    } else {\n      deviceRegisterResult.map { result =>\n\n        Ok(JSONUtils.serialize(CommonUtil.OK(\"analytics.device-register\",\n          Map(\"message\" -> s\"Device registered successfully\", \"actions\" -> List()))))\n          .as(\"application\/json\")\n      }.recover {\n        case ex: Exception =>\n          InternalServerError(\n            JSONUtils.serialize(CommonUtil.errorResponse(\"analytics.device-register\", ex.getMessage, \"ERROR\"))\n          ).as(\"application\/json\")\n      }\n    }\n  }\n\n  def sendExperimentData(deviceId: Option[String], userId: Option[String], url: Option[String], producer: Option[String]): Future[Result] = {\n    val result = (experimentActor ? ExperimentRequest(deviceId, userId, url, producer)).mapTo[Option[ExperimentData]]\n\n    result.map {\n      expData => {\n      var log: Map[String, String] = Map(\"experimentAssigned\" -> \"false\", \"userId\" -> userId.orNull,\n        \"deviceId\" -> deviceId.orNull, \"url\" -> url.orNull, \"producer\" -> producer.orNull)\n\n      val res = expData match {\n        case Some(data: ExperimentData) => {\n          val result = Map(\"title\" -> \"experiment\", \"experimentId\" -> data.id, \"experimentName\" -> data.name,\n            \"key\" -> data.key, \"startDate\" -> data.startDate, \"endDate\" -> data.endDate)\n          log = log ++ result ++ Map(\"experimentAssigned\" -> \"true\")\n          List(Map(\"type\" -> \"experiment\", \"data\" -> result))\n        }\n        case None => List()\n      }\n\n      APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\", \"params\" -> List(log ++ Map(\"status\" -> 200, \"method\" -> \"POST\",\n          \"rid\" -> \"experimentService\", \"title\" -> \"experimentService\")))), \"ExperimentService\")\n\n      Ok(JSONUtils.serialize(CommonUtil.OK(\"analytics.device-register\",\n        Map(\"message\" -> s\"Device registered successfully\", \"actions\" -> res)))).as(\"application\/json\")\n      }\n\n    }.recover {\n      case ex: Exception => {\n        APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\", \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n            \"rid\" -> \"experimentService\", \"title\" -> \"experimentService\")), \"data\" -> ex.getMessage)), \"ExperimentService\")\n\n        InternalServerError(\n          JSONUtils.serialize(CommonUtil.errorResponse(\"analytics.device-register\", ex.getMessage, \"ERROR\"))\n        ).as(\"application\/json\")\n      }\n    }\n  }\n\n  def getDeviceProfile(deviceId: String) = Action.async { implicit request =>\n\n    \/\/ The X-Forwarded-For header from Azure is in the format '192.168.3.11:33740, 192.168.3.11'\n    val ip = request.headers.get(\"X-Forwarded-For\").map {\n      headers =>\n        val ipArray = headers.split(\",\")\n        if (ipArray.length == 2) ipArray(1).trim else ipArray(0).trim\n    }\n    val headerIP = ip.getOrElse(\"\")\n    val result = (deviceProfileActor ? DeviceProfileRequest(deviceId, headerIP)).mapTo[Option[DeviceProfile]]\n    result.map {\n      deviceData =>\n        if (deviceData.nonEmpty) {\n          APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\", \"params\" -> List(Map(\"userDeclaredLocation\" -> deviceData.get.userDeclaredLocation, \"ipLocation\" -> deviceData.get.ipLocation) ++ Map(\"status\" -> 200, \"method\" -> \"POST\",\n            \"rid\" -> \"getDeviceProfile\", \"title\" -> \"getDeviceProfile\")))), \"getDeviceProfile\")\n\n          Ok(JSONUtils.serialize(CommonUtil.OK(\"analytics.device-profile\",\n            Map(\"userDeclaredLocation\" -> deviceData.get.userDeclaredLocation, \"ipLocation\" -> deviceData.get.ipLocation))))\n            .as(\"application\/json\")\n        } else {\n          InternalServerError(\n            JSONUtils.serialize(CommonUtil.errorResponse(\"analytics.device-profile\", \"IP is missing in the header\", \"ERROR\"))\n          ).as(\"application\/json\")\n        }\n\n    }.recover {\n      case ex: Exception => {\n        ex.printStackTrace()\n        APILogger.log(\"\", Option(Map(\"type\" -> \"api_access\", \"params\" -> List(Map(\"status\" -> 500, \"method\" -> \"POST\",\n          \"rid\" -> \"getDeviceProfile\", \"title\" -> \"getDeviceProfile\")), \"data\" -> ex.getMessage)), \"getDeviceProfile\")\n\n        InternalServerError(\n          JSONUtils.serialize(CommonUtil.errorResponse(\"analytics.device-profile\", ex.getMessage, \"ERROR\"))\n        ).as(\"application\/json\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/test\/BaseControllerSpec.scala","text":"\n\nimport controllers.BaseController\nimport junit.framework.Assert\nimport org.junit.runner.RunWith\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{BeforeAndAfterAll, FlatSpec, Matchers}\nimport org.scalatest.junit.JUnitRunner\nimport play.api.mvc.Result\n\n\n@RunWith(classOf[JUnitRunner])\nclass BaseControllerSpec extends FlatSpec with Matchers with BeforeAndAfterAll with MockitoSugar {\n\n\n  \"BaseController\" should \"Should return success status when code is OK \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"OK\",\"Success\")\n    Assert.assertEquals(result.header.status, 200)\n  }\n\n  \"BaseController\" should \"Should return bad request status when code is CLIENT_ERROR \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"CLIENT_ERROR\",\"Error\")\n    Assert.assertEquals(result.header.status, 400)\n  }\n\n  \"BaseController\" should \"Should return InternalServerError status when code is SERVER_ERROR \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"SERVER_ERROR\",\"Error\")\n    Assert.assertEquals(result.header.status, 500)\n  }\n\n  \"BaseController\" should \"Should return RequestTimeout status when code is REQUEST_TIMEOUT \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"REQUEST_TIMEOUT\",\"Error\")\n    Assert.assertEquals(result.header.status, 408)\n  }\n\n  \"BaseController\" should \"Should return NotFound status when code is RESOURCE_NOT_FOUND \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"RESOURCE_NOT_FOUND\",\"Error\")\n    Assert.assertEquals(result.header.status, 404)\n  }\n\n  \"BaseController\" should \"Should return Forbidden status when code is FORBIDDEN \" in {\n    Assert.assertEquals(true, true);\n    val controller = new BaseController(null, null)\n    val result :Result = controller.result(\"FORBIDDEN\",\"Forbidden\")\n    Assert.assertEquals(result.header.status, 403)\n  }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestDataFetcher.scala","text":"package org.ekstep.analytics.api.util\n\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.framework.{Event, Fetcher, Query}\n\nclass TestDataFetcher extends BaseSpec {\n\n  \"Data fetcher\" should \"fetch data from local file\" in {\n      val result = DataFetcher.fetchBatchData[Event](Fetcher(\"local\", None, Option(Array(Query(None, None, None, None, None, None, None, None, None, Option(\"src\/test\/resources\/dataFetcher\/test-data1.log\"))))))\n      result.length should be (533)\n  }\n\n  ignore should \"fetch file from S3 and return data\" in {\n    val queries = Option(Array(\n      Query(Option(\"dev-data-store\"), Option(\"derived\/wfs\/\"), Option(\"2019-01-03\"), Option(\"2019-01-04\"))\n    ))\n    val result = DataFetcher.fetchBatchData[Event](Fetcher(\"s3\", None, queries))\n    result.length should be (1000)\n  }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/experiment\/TestExperimentService.scala","text":"package org.ekstep.analytics.api.service.experiment\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestActorRef\nimport akka.util.Timeout\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.api.service.experiment.Resolver.ModulusResolver\nimport org.ekstep.analytics.api.util.{ElasticsearchService, JSONUtils, RedisUtil}\nimport org.mockito.Mockito.{timeout, _}\n\/\/ import org.scalatest.Ignore\nimport redis.clients.jedis.Jedis\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, ExecutionContextExecutor, Future}\nimport scala.util.{Failure, Success}\n\nclass TestExperimentService extends BaseSpec {\n  private val redisUtilMock = mock[RedisUtil]\n  private val elasticsearchServiceMock = mock[ElasticsearchService]\n  implicit val actorSystem: ActorSystem = ActorSystem(\"testActorSystem\", config)\n\n  private val experimentService = TestActorRef(new ExperimentService(redisUtilMock, elasticsearchServiceMock)).underlyingActor\n  val experimentServiceActorRef = TestActorRef(new ExperimentService(redisUtilMock, elasticsearchServiceMock))\n  val redisIndex: Int = config.getInt(\"redis.experimentIndex\")\n  private val emptyValueExpirySeconds = config.getInt(\"experimentService.redisEmptyValueExpirySeconds\")\n  implicit val executionContext: ExecutionContextExecutor =  scala.concurrent.ExecutionContext.global\n  implicit val jedisConnection: Jedis = redisUtilMock.getConnection(redisIndex)\n\n  override def beforeAll() {\n    super.beforeAll()\n    ExperimentResolver.register(new ModulusResolver())\n  }\n\n  \"Experiment Service\" should \"return experiment if it is defined for UserId\/DeviceId\" in {\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n\n    val userId = \"user1\"\n    val deviceId = \"device1\"\n    val url = \"http:\/\/diksha.gov.in\/home\"\n    val experimentData: ExperimentData = JSONUtils.deserialize[ExperimentData](Constants.EXPERIMENT_DATA)\n    val fields = experimentService.getFieldsMap(Some(deviceId), Some(userId), Some(url), None)\n    val key = experimentService.keyGen(Some(deviceId), Some(userId), Some(url), None)\n\n    when(elasticsearchServiceMock.searchExperiment(fields)).thenReturn(Future(Some(experimentData)))\n    when(redisUtilMock.getKey(key)).thenReturn(None)\n\n    val result = Await.result(experimentService.getExperiment(Some(deviceId), Some(userId), Some(url), None), 20.seconds)\n\n    result.get.userId should be(\"user1\")\n    result.get.key should be(\"325324123413\")\n    result.get.id should be(\"exp1\")\n    result.get.name should be(\"first-exp\")\n\n    verify(redisUtilMock, timeout(1000).times(1)).addCache(key, JSONUtils.serialize(result.get))\n\n    \/*\n    result onComplete {\n      case Success(data) => data match {\n        case Some(value) => {\n          value.userId should be(\"user1\")\n          value.key should be(\"325324123413\")\n          value.id should be(\"exp1\")\n          value.name should be(\"first-exp\")\n\n          verify(redisUtilMock, timeout(1000).times(1)).addCache(key, JSONUtils.serialize(value))\n        }\n      }\n      case Failure(exception) => exception.printStackTrace()\n    }\n    *\/\n\n  }\n\n\n  it should \"return None if no experiment is defined\" in {\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n    \/\/ no experiment defined for this input\n    val userId = \"user45\"\n    val deviceId = \"device45\"\n    val key = experimentService.keyGen(Some(deviceId), Some(userId), None, None)\n    val fields = experimentService.getFieldsMap(Some(deviceId), Some(userId), None, None)\n\n    when(elasticsearchServiceMock.searchExperiment(fields))\n      .thenReturn(Future(None))\n    when(redisUtilMock.getKey(key)).thenReturn(None)\n\n    val result = experimentService.getExperiment(Some(deviceId), Some(userId), None, None)\n    verify(redisUtilMock, timeout(1000).times(1)).addCache(key, \"NO_EXPERIMENT_ASSIGNED\", emptyValueExpirySeconds)\n\n    result onComplete {\n      case Success(data) =>\n        data should be(None)\n      case Failure(exception) => exception.printStackTrace()\n    }\n\n  }\n\n  it should \"should evaluate 'modulus' type experiment and return response\" in {\n    import akka.pattern.ask\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n\n    implicit val timeout: Timeout = 20.seconds\n    \/\/ no experiment defined for this input\n    val userId = \"user3\"\n    val deviceId = \"device3\"\n    val key = experimentService.keyGen(Some(deviceId), Some(userId), None, None)\n    val fields = experimentService.getFieldsMap(Some(deviceId), Some(userId), None, None)\n    val experimentData = JSONUtils.deserialize[ExperimentData](Constants.MODULUS_EXPERIMENT_DATA)\n\n    when(elasticsearchServiceMock.searchExperiment(fields)).thenReturn(Future(Some(experimentData)))\n    when(redisUtilMock.getKey(key)).thenReturn(None)\n\n    val result = Await.result((experimentServiceActorRef ? ExperimentRequest(Some(deviceId), Some(userId), None, None))\n      .mapTo[Option[ExperimentData]], 20.seconds)\n\n    result.get.userId should be(\"user3\")\n    result.get.key should be(\"modulus-exp-key-2\")\n    result.get.expType should be(\"modulus\")\n    result.get.id should be(\"modulus-exp-2\")\n    result.get.name should be(\"modulus-exp-2\")\n\n    verify(redisUtilMock, times(1)).addCache(key, JSONUtils.serialize(result.get))\n\n    \/*\n    result.onComplete {\n      case Success(value: Option[ExperimentData]) => {\n          value.get.userId should be(\"user3\")\n          value.get.key should be(\"modulus-exp-key-2\")\n          value.get.expType should be(\"modulus\")\n          value.get.id should be(\"modulus-exp-2\")\n          value.get.name should be(\"modulus-exp-2\")\n          verify(redisUtilMock, times(1)).addCache(key, JSONUtils.serialize(value))\n      }\n      case Failure(exception) => exception.printStackTrace()\n    }\n    *\/\n  }\n\n  it should \"evaluate 'modulus' type experiment and return response\" in {\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n    \/\/ no experiment defined for this input\n    val deviceId = \"device3\"\n    val key = experimentService.keyGen(Some(deviceId), None, None, None)\n    val fields = experimentService.getFieldsMap(Some(deviceId), None, None, None)\n    val experimentData = JSONUtils.deserialize[ExperimentData](Constants.MODULUS_EXPERIMENT_WITHOUT_USER_DATA)\n\n    when(elasticsearchServiceMock.searchExperiment(fields)).thenReturn(Future.successful(Some(experimentData)))\n    when(redisUtilMock.getKey(key)).thenReturn(None)\n\n    val result = Await.result(experimentService.getExperiment(Some(deviceId), None, None, None), 20.seconds)\n\n    result.get.userId should be(null)\n    result.get.key should be(\"modulus-exp-key-2\")\n    result.get.expType should be(\"modulus\")\n    result.get.id should be(\"modulus-exp-2\")\n    result.get.name should be(\"modulus-exp-2\")\n\n    verify(redisUtilMock, timeout(1000).times(1)).addCache(key, JSONUtils.serialize(result.get))\n\n\n    \/*\n    val result = experimentService.getExperiment(Some(deviceId), None, None, None)\n    result onComplete {\n      case Success(data) => data match {\n        case Some(value) => {\n          value.userId should be(null)\n          value.key should be(\"modulus-exp-key-2\")\n          value.expType should be(\"modulus\")\n          value.id should be(\"modulus-exp-2\")\n          value.name should be(\"modulus-exp-2\")\n\n          verify(redisUtilMock, timeout(1000).times(1)).addCache(key, JSONUtils.serialize(value))\n        }\n      }\n      case Failure(exception) => exception.printStackTrace()\n    }\n    *\/\n  }\n\n\n  it should \"should evaluate 'modulus' type experiment and return none if modulus is false\" in {\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n    \/\/ no experiment defined for this input\n    val userId = \"user4\"\n    val deviceId = \"device4\"\n    val key = experimentService.keyGen(Some(deviceId), Some(userId), None, None)\n    val fields = experimentService.getFieldsMap(Some(deviceId), Some(userId), None, None)\n    val experimentData = JSONUtils.deserialize[ExperimentData](Constants.MODULUS_EXPERIMENT_DATA_NON_ZERO)\n\n    when(elasticsearchServiceMock.searchExperiment(fields)).thenReturn(Future(Some(experimentData)))\n    when(redisUtilMock.getKey(key)).thenReturn(None)\n\n    Await.result(experimentService.getExperiment(Some(deviceId), Some(userId), None, None), 20.seconds)\n    verify(redisUtilMock, timeout(1000).times(1)).addCache(key, \"\")\n\n    \/*\n    result onComplete {\n      case Success(data) => data should be(None)\n      case Failure(exception) => exception.printStackTrace()\n    }\n    *\/\n  }\n\n  it should \"return data from cache if the experiment result is cached\" in {\n    reset(elasticsearchServiceMock)\n    reset(redisUtilMock)\n    \/\/ no experiment defined for this input\n    val userId = \"user1\"\n    val deviceId = \"device1\"\n    val key = experimentService.keyGen(Some(deviceId), Some(userId), None, None)\n    val fields = experimentService.getFieldsMap(Some(deviceId), Some(userId), None, None)\n\n    when(redisUtilMock.getKey(key)).thenReturn(Option(Constants.EXPERIMENT_DATA))\n\n    val result = Await.result(experimentService.getExperiment(Some(deviceId), Some(userId), None, None), 20.seconds)\n\n    result.get.userId should be(\"user1\")\n    result.get.key should be(\"325324123413\")\n    result.get.id should be(\"exp1\")\n    result.get.name should be(\"first-exp\")\n\n    \/\/ should not call elasticsearch when data is present in redis\n    verify(elasticsearchServiceMock, timeout(1000).times(0)).searchExperiment(fields)\n\n    \/*\n    result onComplete {\n      case Success(data) => data match {\n        case Some(value) => {\n          value.userId should be(\"user1\")\n          value.key should be(\"325324123413\")\n          value.id should be(\"exp1\")\n          value.name should be(\"first-exp\")\n\n          \/\/ should not call elasticsearch when data is present in redis\n          verify(elasticsearchServiceMock, timeout(1000).times(0)).searchExperiment(fields)\n        }\n      }\n      case Failure(exception) => exception.printStackTrace()\n    }\n    *\/\n  }\n\n  it should \"resolve default experiment if not defined\" in {\n    val experimentData = ExperimentData(id = \"exp1\", name = \"experiment1\", startDate = \"2019-11-21\",\n      endDate = \"2019-11-22\", key = \"\", expType = \"\", userId = \"\", deviceId = \"\", userIdMod = 0, deviceIdMod = 0)\n    val result = experimentService.resolveExperiment(experimentData)\n    result.getOrElse(None) should be eq(experimentData)\n  }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/util\/TestCacheUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.sql.{ResultSet, Timestamp}\nimport java.util.Date\n\nimport com.google.common.collect.Table\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.framework.util.HTTPClient\nimport org.mockito.ArgumentMatchers\nimport org.mockito.Mockito._\n\nclass TestCacheUtil extends BaseSpec {\n\n    val postgresDBMock = mock[PostgresDBUtil]\n    val H2DBUtilMock = mock[H2DBUtil]\n    val resultSetMock = mock[ResultSet]\n\n    val cacheUtil = new CacheUtil(postgresDBMock, H2DBUtilMock)\n\n    \"Cache util \" should \"refresh device location cache\" in {\n      when(postgresDBMock.readGeoLocationCity(ArgumentMatchers.any())).thenReturn(List(GeoLocationCity(geoname_id = 29, subdivision_1_name = \"Karnataka\", subdivision_2_custom_name = \"Karnataka\")))\n      when(postgresDBMock.readGeoLocationRange(ArgumentMatchers.any())).thenReturn(List(GeoLocationRange(1234, 1234, 1)))\n      when(H2DBUtilMock.execute(ArgumentMatchers.any())).thenReturn(resultSetMock)\n      when(resultSetMock.next()).thenReturn(true).thenReturn(true).thenReturn(false)\n\n      cacheUtil.initDeviceLocationCache()\n      verify(H2DBUtilMock, times(6)).executeQuery(ArgumentMatchers.any())\n\n      when(postgresDBMock.readGeoLocationCity(ArgumentMatchers.any())).thenThrow(new RuntimeException(\"something went wrong!\"))\n      cacheUtil.initDeviceLocationCache()\n    }\n\n\n    it should \"cache consumer channel\" in {\n      when(postgresDBMock.read(ArgumentMatchers.any())).thenReturn(List(ConsumerChannel(consumerId = \"Ekstep\", channel = \"in.ekstep\", status = 0, createdBy = \"System\", createdOn = new Timestamp(new Date().getTime), updatedOn = new Timestamp(new Date().getTime))))\n\n      cacheUtil.initConsumerChannelCache()\n      verify(postgresDBMock, times(1)).read(ArgumentMatchers.any())\n\n      when(postgresDBMock.read(ArgumentMatchers.any())).thenThrow(new RuntimeException(\"something went wrong!\"))\n      cacheUtil.initConsumerChannelCache()\n    }\n\n    it should \"populate consumer channel table\" in {\n      reset(postgresDBMock)\n      when(postgresDBMock.read(ArgumentMatchers.any())).thenReturn(List(ConsumerChannel(consumerId = \"Ekstep\", channel = \"in.ekstep\", status = 0, createdBy = \"System\", createdOn = new Timestamp(new Date().getTime), updatedOn = new Timestamp(new Date().getTime))))\n      val cacheUtilSpy = spy(cacheUtil)\n      cacheUtilSpy.getConsumerChannlTable()\n      verify(cacheUtilSpy, times(1)).initConsumerChannelCache()\n\n      when(postgresDBMock.read(ArgumentMatchers.any())).thenReturn(List(ConsumerChannel(consumerId = \"Ekstep\", channel = \"in.ekstep\", status = 0, createdBy = \"System\", createdOn = new Timestamp(new Date().getTime), updatedOn = new Timestamp(new Date().getTime))))\n      val result = cacheUtilSpy.getConsumerChannlTable()\n      result.isInstanceOf[Table[String, String, Integer]] should be (true)\n    }\n\n    it should \"validate cache\" in {\n      val cacheUtilSpy = spy(cacheUtil)\n      cacheUtilSpy.validateCache()\n      verify(cacheUtilSpy, times(1)).initCache()\n    }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/HealthCheckAPIService.scala","text":"package org.ekstep.analytics.api.service\n\nimport org.ekstep.analytics.api.util.CommonUtil\nimport org.ekstep.analytics.api.util.DBUtil\nimport org.ekstep.analytics.api.util.ElasticsearchService\nimport org.ekstep.analytics.api.util.JSONUtils\nimport org.ekstep.analytics.api.util.PostgresDBUtil\nimport org.ekstep.analytics.api.util.RedisUtil\n\ncase class ServiceHealthReport(name: String, healthy: Boolean, message: Option[String] = None)\ncase class GetHealthStatus()\n\nobject HealthCheckAPIService {\n\n    lazy val redisUtil = new RedisUtil();\n  \n    def getHealthStatus(): String = {\n\n        val checks = getChecks()\n        val healthy = checks.forall { x => x.healthy == true }\n        val result = Map[String, AnyRef](\n            \"name\" -> \"analytics-platform-api\",\n            \"healthy\" -> Boolean.box(healthy),\n            \"checks\" -> checks);\n        val response = CommonUtil.OK(\"ekstep.analytics-api.health\", result)\n        JSONUtils.serialize(response);\n    }\n\n    private def checkCassandraConnection(): Boolean = {\n        try {\n            DBUtil.checkCassandraConnection\n        } catch {\n            \/\/ $COVERAGE-OFF$ Disabling scoverage as the below code cannot be covered\n            \/\/ TODO: Need to get confirmation from amit.\n            case ex: Exception =>\n                false\n            \/\/ $COVERAGE-ON$    \n        }\n    }\n\n    private def checkRedisConnection(): Boolean = {\n        redisUtil.checkConnection\n    }\n\n    private def checkPostgresConnection(): Boolean = {\n        val postgresDB = new PostgresDBUtil()\n        postgresDB.checkConnection\n    }\n\n    private def checkElasticsearchConnection(): Boolean = {\n        val es = new ElasticsearchService()\n        es.checkConnection\n    }\n\n    private def getChecks(): Array[ServiceHealthReport] = {\n        try {\n            val cassandraStatus = ServiceHealthReport(\"Cassandra Database\", checkCassandraConnection())\n            val postgresStatus = ServiceHealthReport(\"Postgres Database\", checkPostgresConnection())\n            val redisStatus = ServiceHealthReport(\"Redis Database\", checkRedisConnection())\n            val ESStatus = ServiceHealthReport(\"Elasticsearch Database\", checkElasticsearchConnection())\n            val DBStatus = ServiceHealthReport(\"Database Health\", cassandraStatus.healthy && postgresStatus.healthy && redisStatus.healthy && ESStatus.healthy)\n            Array(cassandraStatus, postgresStatus, redisStatus, ESStatus, DBStatus);\n        } catch {\n            \/\/ $COVERAGE-OFF$ Disabling scoverage as the below code cannot be covered\n            case ex: Exception =>\n                val DBStatus = ServiceHealthReport(\"Database Health\", false, Option(ex.getMessage))\n                Array(DBStatus)\n            \/\/ $COVERAGE-ON$\n        }\n    }\n    \n\/\/    def main(args: Array[String]): Unit = {\n\/\/        implicit val sc = CommonUtil.getSparkContext(10, \"Test\");\n\/\/        println(getHealthStatus);\n\/\/    }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/CommonUtil.scala","text":"<reponame>maheshkumargangula\/sunbird-analytics-service\npackage org.ekstep.analytics.api.util\n\nimport java.util.UUID\n\nimport org.apache.commons.lang3.StringUtils\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.ekstep.analytics.api.{ExperimentBodyResponse, ExperimentParams, Params, Range, Response, ResponseCode}\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.joda.time._\nimport org.joda.time.format.{DateTimeFormat, DateTimeFormatter}\n\n\n\/**\n * @author Santhosh\n *\/\nobject CommonUtil {\n\n    @transient val dayPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyyMMdd\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val weekPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy'7'ww\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val monthPeriod: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyyMM\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val weekPeriodLabel: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-ww\").withZone(DateTimeZone.forOffsetHoursMinutes(5, 30));\n    @transient val df: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSSZZ\").withZoneUTC();\n    @transient val dateFormat: DateTimeFormatter = DateTimeFormat.forPattern(\"yyyy-MM-dd\");\n    \n    def getSparkContext(parallelization: Int, appName: String): SparkContext = {\n        val conf = new SparkConf().setAppName(appName);\n        val master = conf.getOption(\"spark.master\");\n        \/\/ $COVERAGE-OFF$ Disabling scoverage as the below code cannot be covered as they depend on environment variables\n        if (master.isEmpty) {\n            conf.setMaster(\"local[*]\");\n        }\n        if (!conf.contains(\"spark.cassandra.connection.host\")) {\n            conf.set(\"spark.cassandra.connection.host\", AppConf.getConfig(\"spark.cassandra.connection.host\"))\n        }\n        if(embeddedCassandraMode)\n          conf.set(\"spark.cassandra.connection.port\", AppConf.getConfig(\"cassandra.service.embedded.connection.port\"))\n\n        new SparkContext(conf);\n        \/\/ $COVERAGE-ON$\n    }\n    \n    private def embeddedCassandraMode() : Boolean = {\n    \tval isEmbedded = AppConf.getConfig(\"cassandra.service.embedded.enable\");\n    \tStringUtils.isNotBlank(isEmbedded) && StringUtils.equalsIgnoreCase(\"true\", isEmbedded);\n    }\n\n    def closeSparkContext()(implicit sc: SparkContext) {\n        sc.stop();\n    }\n\n    def roundDouble(value: Double, precision: Int): Double = {\n        BigDecimal(value).setScale(precision, BigDecimal.RoundingMode.HALF_UP).toDouble;\n    }\n\n    def getWeeksBetween(fromDate: Long, toDate: Long): Int = {\n        val from = new LocalDate(fromDate, DateTimeZone.UTC)\n        val to = new LocalDate(toDate, DateTimeZone.UTC)\n        Weeks.weeksBetween(from, to).getWeeks;\n    }\n\n    def getDayRange(count: Int): Range = {\n        val endDate = DateTime.now(DateTimeZone.UTC);\n        val startDate = endDate.minusDays(count);\n        Range(dayPeriod.print(startDate).toInt, dayPeriod.print(endDate).toInt)\n    }\n\n    def getMonthRange(count: Int): Range = {\n        val endDate = DateTime.now(DateTimeZone.UTC);\n        val startMonth = endDate.minusMonths(count);\n        Range(monthPeriod.print(startMonth).toInt, monthPeriod.print(endDate).toInt)\n    }\n\n    def errorResponse(apiId: String, err: String, responseCode: String): Response = {\n        Response(apiId, \"1.0\", df.print(System.currentTimeMillis()),\n            Params(UUID.randomUUID().toString, null, responseCode, \"failed\", err),\n            responseCode, None)\n    }\n\n    def experimentErrorResponse(apiId: String, errResponse: Map[String, String], responseCode: String): ExperimentBodyResponse = {\n        ExperimentBodyResponse(apiId, \"1.0\", df.print(System.currentTimeMillis()),\n            ExperimentParams(UUID.randomUUID().toString, null, responseCode, \"failed\", errResponse),\n            responseCode, None)\n    }\n\n    def experimentOkResponse(apiId: String, result: Map[String, AnyRef]): ExperimentBodyResponse = {\n        ExperimentBodyResponse(apiId, \"1.0\", df.print(DateTime.now(DateTimeZone.UTC).getMillis), ExperimentParams(UUID.randomUUID().toString(), null, null, \"successful\", null), ResponseCode.OK.toString(), Option(result));\n    }\n\n    def errorResponseSerialized(apiId: String, err: String, responseCode: String): String = {\n        JSONUtils.serialize(errorResponse(apiId, err, responseCode))\n    }\n\n    def OK(apiId: String, result: Map[String, AnyRef]): Response = {\n        Response(apiId, \"1.0\", df.print(DateTime.now(DateTimeZone.UTC).getMillis), Params(UUID.randomUUID().toString(), null, null, \"successful\", null), ResponseCode.OK.toString(), Option(result));\n    }\n\n    def getRemainingHours(): Long = {\n        val now = DateTime.now(DateTimeZone.UTC);\n        new Duration(now, now.plusDays(1).withTimeAtStartOfDay()).getStandardHours;\n    }\n\n    def getToday(): String = {\n        dateFormat.print(new DateTime)\n    }\n    \n    def getPeriod(date: String): Int = {\n        try {\n            Integer.parseInt(date.replace(\"-\", \"\"))  \n        } catch {\n          case t: Throwable => 0; \/\/ TODO: handle error\n        }\n    }\n    \n    def getDaysBetween(start: String, end: String): Int = {\n        val to = dateFormat.parseLocalDate(end)\n        val from = dateFormat.parseLocalDate(start)\n        Days.daysBetween(from, to).getDays()\n    }\n    \n    def caseClassToMap(ccObj: AnyRef) =\n        (Map[String, AnyRef]() \/: ccObj.getClass.getDeclaredFields) {\n            (map, field) =>\n                field.setAccessible(true)\n                map + (field.getName -> field.get(ccObj))\n        }\n\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestDeviceRegisterService.scala","text":"<reponame>maheshkumargangula\/sunbird-analytics-service\npackage org.ekstep.analytics.api.service\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.testkit.{TestActorRef, TestProbe}\nimport com.typesafe.config.Config\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.api.util._\nimport org.ekstep.analytics.framework.util.JSONUtils\nimport org.mockito.Mockito._\nimport redis.clients.jedis.Jedis\n\nimport scala.concurrent.ExecutionContext\n\nclass TestDeviceRegisterService extends BaseSpec {\n\n  val deviceRegisterServiceMock: DeviceRegisterService = mock[DeviceRegisterService]\n  private implicit val system: ActorSystem = ActorSystem(\"device-register-test-actor-system\", config)\n  private val configMock = mock[Config]\n  private val jedisMock = mock[Jedis]\n  private val redisUtilMock = mock[RedisUtil]\n  private val postgresDBMock = mock[PostgresDBUtil]\n  private val H2DBMock = mock[H2DBUtil]\n  implicit val executor: ExecutionContext = scala.concurrent.ExecutionContext.global\n  val redisIndex: Int = config.getInt(\"redis.deviceIndex\")\n  val saveMetricsActor = TestActorRef(new SaveMetricsActor)\n  val metricsActorProbe = TestProbe()\n\n  when(configMock.getInt(\"redis.deviceIndex\")).thenReturn(redisIndex)\n  when(configMock.getString(\"postgres.table.geo_location_city.name\")).thenReturn(\"geo_location_city\")\n  when(configMock.getString(\"postgres.table.geo_location_city_ipv4.name\")).thenReturn(\"geo_location_city_ipv4\")\n  when(configMock.getBoolean(\"device.api.enable.debug.log\")).thenReturn(true)\n  private val deviceRegisterService = TestActorRef(new DeviceRegisterService(saveMetricsActor, configMock, redisUtilMock, postgresDBMock, H2DBMock)).underlyingActor\n  private val deviceRegisterActorRef = TestActorRef(new DeviceRegisterService(saveMetricsActor, configMock, redisUtilMock, postgresDBMock, H2DBMock) {\n    override val metricsActor: ActorRef = metricsActorProbe.ref\n  })\n\n  private val geoLocationCityIpv4TableName = config.getString(\"postgres.table.geo_location_city_ipv4.name\")\n  private val geoLocationCityTableName = config.getString(\"postgres.table.geo_location_city.name\")\n\n  val request: String =\n    s\"\"\"\n       |{\"id\":\"analytics.device.register\",\n       |\"ver\":\"1.0\",\"ts\":\"2016-09-12T18:43:23.890+00:00\",\n       |\"params\":{\"msgid\":\"4f04da60-1e24-4d31-aa7b-1daf91c46341\"},\n       |\"request\":{\"channel\":\"test-channel\",\n       |\"dspec\":{\"cpu\":\"abi:  armeabi-v7a  ARMv7 Processor rev 4 (v7l)\",\"make\":\"Micromax Micromax A065\",\"os\":\"Android 4.4.2\"}}}\n       |\"\"\".stripMargin\n\n  val successResponse: String =\n    s\"\"\"\n       |{\n       |  \"id\":\"analytics.device-register\",\n       |  \"ver\":\"1.0\",\n       |  \"ts\":\"2018-11-08T10:16:27.512+00:00\",\n       |  \"params\":{\n       |    \"resmsgid\":\"79594dd2-ad13-44fd-8797-8a05ca5cac7b\",\n       |    \"status\":\"successful\",\n       |    \"client_key\":null\n       |  },\n       |  \"responseCode\":\"OK\",\n       |  \"result\":{\n       |    \"message\":\"Device registered successfully\"\n       |  }\n       |}\n     \"\"\".stripMargin\n\n  override def beforeAll() {\n    super.beforeAll()\n    when(redisUtilMock.getConnection(redisIndex)).thenReturn(jedisMock)\n  }\n\n  val uaspec = s\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_13_6) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/70.0.3538.77 Safari\/537.36\"\n\n\n  \"Device register request \" should \"generate data for logging device register request\" in {\n\n    val deviceLocation = DeviceLocation(\"Asia\", \"IN\", \"India\", \"KA\", \"Karnataka\", \"\", \"Bangalore\", \"KARNATAKA\", \"29\", \"BANGALORE\")\n    val deviceId = \"test-device-1\"\n    val deviceSpec = JSONUtils.deserialize[Map[String, AnyRef]](\"{\\\"cpu\\\":\\\"abi:  armeabi-v7a  ARMv7 Processor rev 4 (v7l)\\\",\\\"make\\\":\\\"Micromax Micromax A065\\\",\\\"os\\\":\\\"Android 4.4.2\\\"}\")\n    val producerId = Some(\"prod.diksha.app\")\n    val fcmToken = Some(\"<PASSWORD>\")\n\n    when(configMock.getInt(\"metrics.time.interval.min\")).thenReturn(300)\n    when(configMock.getString(\"postgres.table.geo_location_city.name\")).thenReturn(\"geo_location_city.name\")\n    when(configMock.getString(\"postgres.table.geo_location_city_ipv4.name\")).thenReturn(\"geo_location_city_ipv4.name\")\n\n    val deviceProfileLog = DeviceProfileLog(device_id = deviceId, location = deviceLocation, producer_id = producerId,\n      device_spec = Some(deviceSpec), uaspec = Some(uaspec), fcm_token = fcmToken)\n    val log = deviceRegisterService.generateDeviceRegistrationLogEvent(deviceProfileLog)\n    val outputMap = JSONUtils.deserialize[Map[String, AnyRef]](log)\n\n    val listOfExpectedKeys = List(\"device_id\", \"city\", \"country\", \"country_code\", \"state_code_custom\", \"state_code\", \"state\", \"state_custom\",\n      \"district_custom\", \"first_access\", \"device_spec\", \"uaspec\", \"api_last_updated_on\", \"producer_id\", \"fcm_token\")\n    val diff = outputMap.keySet.diff(listOfExpectedKeys.toSet)\n\n    \/\/ All the input keys should be written to log\n    diff.size should be(0)\n  }\n\n\n  \"Optional fields in request\" should \" be skipped from the log\" in {\n\n    val deviceLocation = DeviceLocation(\"Asia\", \"IN\", \"India\", \"KA\", \"Karnataka\", \"\", \"Bangalore\", \"KARNATAKA\", \"29\", \"BANGALORE\")\n    val deviceId = \"test-device-1\"\n    val deviceSpec = JSONUtils.deserialize[Map[String, AnyRef]](\"{\\\"cpu\\\":\\\"abi:  armeabi-v7a  ARMv7 Processor rev 4 (v7l)\\\",\\\"make\\\":\\\"Micromax Micromax A065\\\",\\\"os\\\":\\\"Android 4.4.2\\\"}\")\n\n    when(configMock.getInt(\"metrics.time.interval.min\")).thenReturn(300)\n    when(configMock.getString(\"postgres.table.geo_location_city.name\")).thenReturn(\"geo_location_city.name\")\n    when(configMock.getString(\"postgres.table.geo_location_city_ipv4.name\")).thenReturn(\"geo_location_city_ipv4.name\")\n\n    val deviceProfileLog = DeviceProfileLog(device_id = deviceId, location = deviceLocation, device_spec = Some(deviceSpec), uaspec = Some(uaspec))\n    val log = deviceRegisterService.generateDeviceRegistrationLogEvent(deviceProfileLog)\n    val outputMap = JSONUtils.deserialize[Map[String, AnyRef]](log)\n    \/\/ All the optional keys not present in the input request should not be written to log\n    outputMap.contains(\"fcm_token\") should be(false)\n    outputMap.contains(\"producer_id\") should be(false)\n    outputMap.contains(\"first_access\") should be(true) \/\/ uses current time by default\n  }\n\n  \"Resolve location\" should \"return location details given an IP address\" in {\n    when(deviceRegisterServiceMock.resolveLocation(ipAddress = \"192.168.127.12\"))\n      .thenReturn(DeviceLocation(\"Asia\", \"IN\", \"India\", \"KA\", \"Karnataka\", \"\", \"Bangalore\", \"KARNATAKA\", \"29\", \"BANGALORE\"))\n    val deviceLocation = deviceRegisterServiceMock.resolveLocation(\"192.168.127.12\")\n    deviceLocation.countryCode should be(\"IN\")\n    deviceLocation.countryName should be(\"India\")\n    deviceLocation.stateCode should be(\"KA\")\n    deviceLocation.state should be(\"Karnataka\")\n    deviceLocation.city should be(\"Bangalore\")\n    deviceLocation.stateCustom should be(\"KARNATAKA\")\n    deviceLocation.stateCodeCustom should be(\"29\")\n    deviceLocation.districtCustom should be(\"BANGALORE\")\n  }\n\n  \"Resolve location\" should \"return empty location if the IP address is not found\" in {\n    when(deviceRegisterServiceMock.resolveLocation(ipAddress = \"192.168.127.12\"))\n      .thenReturn(new DeviceLocation())\n    val deviceLocation = deviceRegisterServiceMock.resolveLocation(\"192.168.127.12\")\n    deviceLocation.countryCode should be(\"\")\n    deviceLocation.countryName should be(\"\")\n    deviceLocation.stateCode should be(\"\")\n    deviceLocation.state should be(\"\")\n    deviceLocation.city should be(\"\")\n    deviceLocation.stateCustom should be(\"\")\n    deviceLocation.stateCodeCustom should be(\"\")\n    deviceLocation.districtCustom should be(\"\")\n  }\n\n  \"When User-Agent is empty\" should \"return empty string for user agent map\" in {\n    when(deviceRegisterServiceMock.parseUserAgent(None)).thenReturn(None)\n    val uaspecResult: Option[String] = deviceRegisterServiceMock.parseUserAgent(None)\n    uaspecResult should be(None)\n  }\n\n  \"register device message\" should \"resolve location write to logger\" in {\n    val deviceSpec = \"{\\\"cpu\\\":\\\"abi:  armeabi-v7a  ARMv7 Processor rev 4 (v7l)\\\",\\\"make\\\":\\\"Micromax Micromax A065\\\",\\\"os\\\":\\\"Android 4.4.2\\\"}\"\n    val uaspec = s\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_13_6) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/70.0.3538.77 Safari\/537.36\"\n\n    val query =\n      s\"\"\"\n         |SELECT\n         |  glc.continent_name,\n         |  glc.country_iso_code country_code,\n         |  glc.country_name,\n         |  glc.subdivision_1_iso_code state_code,\n         |  glc.subdivision_1_name state,\n         |  glc.subdivision_2_name sub_div_2,\n         |  glc.city_name city,\n         |  glc.subdivision_1_custom_name state_custom,\n         |  glc.subdivision_1_custom_code state_code_custom,\n         |  glc.subdivision_2_custom_name district_custom\n         |FROM $geoLocationCityIpv4TableName gip,\n         |  $geoLocationCityTableName glc\n         |WHERE glc.country_iso_code = 'IN'\n         |  AND gip.geoname_id = glc.geoname_id\n         |  AND gip.network_start_integer <= 1935923652\n         |  AND gip.network_last_integer >= 1935923652\n               \"\"\".stripMargin\n\n    when(postgresDBMock.readLocation(query)).thenReturn(List(DeviceLocation(continentName = \"Asia\", countryCode = \"IN\", countryName = \"India\", stateCode = \"KA\",\n      state = \"TamilNadu\", subDivsion2 = null, city = \"chennai\",\n      stateCustom = \"chennai\", stateCodeCustom = \"29\", districtCustom = null)))\n\n    deviceRegisterActorRef.tell(RegisterDevice(did = \"device-001\", headerIP = \"172.16.31.10\", ip_addr = Option(\"172.16.31.10\"), fcmToken = Option(\"some-token\"), producer = Option(\"prod.diksha.app\"), dspec = Option(deviceSpec), uaspec = Option(uaspec), first_access = Option(123456789), user_declared_state = Option(\"TamilNadu\"), user_declared_district = Option(\"chennai\")), ActorRef.noSender)\n    verify(postgresDBMock, times(1)).readLocation(query)\n\n    metricsActorProbe.expectMsg(IncrementApiCalls)\n    metricsActorProbe.expectMsg(IncrementLocationDbHitCount)\n    metricsActorProbe.expectMsg(IncrementLocationDbSuccessCount)\n    metricsActorProbe.expectMsg(IncrementLogDeviceRegisterSuccessCount)\n\n  }\n\n  \"Device Register\" should \"get device profile map which will be saved to redis\" in {\n    val register = RegisterDevice(\"test-device\", \"192.168.127.12\", None, None, None, Option(\"\"), None, None, Option(\"Karnataka\"), Option(\"BANGALORE\"))\n    val location = new DeviceLocation()\n    val dataMap = Map(\"device_id\" -> \"test-device\", \"devicespec\" -> \"\", \"user_declared_state\" -> \"Telangana\", \"user_declared_district\" -> \"Hyderbad\").filter(f => (f._2.nonEmpty))\n    when(deviceRegisterServiceMock.getDeviceProfileMap(register, location))\n      .thenReturn(dataMap)\n\n    val deviceDataMap = deviceRegisterServiceMock.getDeviceProfileMap(register, location)\n    deviceDataMap(\"user_declared_state\") should be(\"Telangana\")\n    deviceDataMap(\"user_declared_district\") should be(\"Hyderbad\")\n    deviceDataMap.get(\"devicespec\").isEmpty should be(true)\n  }\n\n  \"When district is not defined\" should \"Not resolve\" in {\n    val deviceSpec = \"{\\\"cpu\\\":\\\"abi:  armeabi-v7a  ARMv7 Processor rev 4 (v7l)\\\",\\\"make\\\":\\\"Micromax Micromax A065\\\",\\\"os\\\":\\\"Android 4.4.2\\\"}\"\n    val uaspec = s\"Mozilla\/5.0 (Macintosh; Intel Mac OS X 10_13_6) AppleWebKit\/537.36 (KHTML, like Gecko) Chrome\/70.0.3538.77 Safari\/537.36\"\n\n    val query =\n      s\"\"\"\n         |SELECT\n         |  glc.continent_name,\n         |  glc.country_iso_code country_code,\n         |  glc.country_name,\n         |  glc.subdivision_1_iso_code state_code,\n         |  glc.subdivision_1_name state,\n         |  glc.subdivision_2_name sub_div_2,\n         |  glc.city_name city,\n         |  glc.subdivision_1_custom_name state_custom,\n         |  glc.subdivision_1_custom_code state_code_custom,\n         |  glc.subdivision_2_custom_name district_custom\n         |FROM $geoLocationCityIpv4TableName gip,\n         |  $geoLocationCityTableName glc\n         |WHERE glc.country_iso_code = 'IN'\n         |  AND gip.geoname_id = glc.geoname_id\n         |  AND gip.network_start_integer <= 1935923652\n         |  AND gip.network_last_integer >= 1935923652\n               \"\"\".stripMargin\n\n    when(postgresDBMock.readLocation(query)).thenReturn(List(\n      DeviceLocation(continentName = \"Asia\", countryCode = \"IN\", countryName = \"India\", stateCode = \"KA\",\n        state = null, subDivsion2 = null, city = null,\n        stateCustom = \"\", stateCodeCustom = \"29\", districtCustom = null))\n    )\n\n    deviceRegisterActorRef.tell(RegisterDevice(did = \"device-001\", headerIP = \"172.16.31.10\", ip_addr = Option(\"172.16.31.10\"), fcmToken = Option(\"<PASSWORD>\"), producer = Option(\"prod.diksha.app\"), dspec = Option(deviceSpec), uaspec = Option(uaspec), first_access = Option(123456789), user_declared_state = None, user_declared_district = None), ActorRef.noSender)\n    verify(postgresDBMock, times(2)).readLocation(query)\n  }\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/util\/PostgresDBUtil.scala","text":"package org.ekstep.analytics.api.util\n\nimport java.sql.Connection\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport scalikejdbc._\nimport javax.inject._\n\n@Singleton\nclass PostgresDBUtil {\n\n    implicit val config: Config = ConfigFactory.load()\n    private lazy val db = config.getString(\"postgres.db\")\n    private lazy val url = config.getString(\"postgres.url\")\n    private lazy val user = config.getString(\"postgres.user\")\n    private lazy val pass = config.getString(\"postgres.pass\")\n\n    Class.forName(\"org.postgresql.Driver\")\n    ConnectionPool.singleton(s\"$url$db\", user, pass)\n\n    implicit val session: AutoSession = AutoSession\n\n    \/\/ $COVERAGE-OFF$ cannot be covered since it is dependent on client library\n    def read(sqlString: String): List[ConsumerChannel] = {\n        SQL(sqlString).map(rs => ConsumerChannel(rs)).list().apply()\n    }\n\n    def readLocation(sqlString: String): List[DeviceLocation] = {\n        SQL(sqlString).map(rs => DeviceLocation(rs)).list().apply()\n    }\n\n    def readGeoLocationCity(sqlString: String): List[GeoLocationCity] = {\n        SQL(sqlString).map(rs => GeoLocationCity(rs)).list().apply()\n    }\n\n    def readGeoLocationRange(sqlString: String): List[GeoLocationRange] = {\n        SQL(sqlString).map(rs => GeoLocationRange(rs)).list().apply()\n    }\n\n    def executeQuery(sqlString: String) = {\n        SQL(sqlString)\n    }\n\n    def checkConnection = {\n        try {\n            val conn = ConnectionPool.borrow()\n            conn match {\n                case c: Connection => {\n                    conn.close()\n                    true\n                }\n                case _ => false\n            }\n        } catch {\n            case ex: Exception => false\n        }\n    }\n}\n\ncase class DeviceLocation(continentName: String, countryCode: String, countryName: String, stateCode: String,\n                          state: String, subDivsion2: String, city: String,\n                          stateCustom: String, stateCodeCustom: String, districtCustom: String) {\n    def this() = this(\"\", \"\", \"\", \"\", \"\", \"\", \"\",\"\",\"\",\"\")\n\n    def toMap() = Map(\"continent_name\" -> continentName,\n        \"country_code\" -> countryCode, \"country_name\" -> countryName, \"state_code\" -> stateCode,\n        \"state\" -> state, \"city\" -> city, \"state_custom\" -> stateCustom, \"state_code_custom\" -> stateCodeCustom,\n        \"district_custom\" -> districtCustom)\n}\n\nobject DeviceLocation extends SQLSyntaxSupport[DeviceLocation] {\n    def apply(rs: WrappedResultSet) = new DeviceLocation(\n        rs.string(\"continent_name\"),\n        rs.string(\"country_code\"),\n        rs.string(\"country_name\"),\n        rs.string(\"state_code\"),\n        rs.string(\"state\"),\n        rs.string(\"sub_div_2\"),\n        rs.string(\"city\"),\n        rs.string(\"state_custom\"),\n        rs.string(\"state_code_custom\"),\n        rs.string(\"district_custom\")\n    )\n}\n\ncase class GeoLocationCity(geoname_id: Int, subdivision_1_name: String, subdivision_2_custom_name: String) {\n    def this() = this(0, \"\", \"\")\n}\n\nobject GeoLocationCity extends SQLSyntaxSupport[GeoLocationCity] {\n    def apply(rs: WrappedResultSet) = new GeoLocationCity(\n        rs.int(\"geoname_id\"),\n        rs.string(\"subdivision_1_name\"),\n        rs.string(\"subdivision_2_custom_name\")\n    )\n}\n\ncase class GeoLocationRange(network_start_integer: Long, network_last_integer: Long, geoname_id: Int) {\n    def this() = this(0, 0, 0)\n}\n\nobject GeoLocationRange extends SQLSyntaxSupport[GeoLocationRange] {\n    def apply(rs: WrappedResultSet) = new GeoLocationRange(\n        rs.long(\"network_start_integer\"),\n        rs.long(\"network_last_integer\"),\n        rs.int(\"geoname_id\")\n    )\n}\n\/\/ $COVERAGE-ON$"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/test\/DeviceControllerSpec.scala","text":"\nimport akka.actor.ActorSystem\nimport akka.testkit.{TestActorRef, TestProbe}\nimport com.typesafe.config.Config\nimport controllers.DeviceController\nimport org.ekstep.analytics.api.service.{DeviceProfileService, DeviceRegisterService, ExperimentAPIService, SaveMetricsActor}\nimport org.ekstep.analytics.api.util.{H2DBUtil, PostgresDBUtil, RedisUtil}\nimport org.junit.runner.RunWith\nimport org.mockito.Mockito.when\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{BeforeAndAfterAll, FlatSpec, Matchers}\nimport play.api.Configuration\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n@RunWith(classOf[JUnitRunner])\nclass DeviceControllerSpec extends FlatSpec with Matchers with BeforeAndAfterAll with MockitoSugar {\n  implicit val system = ActorSystem()\n  private val configMock = mock[Config]\n  private val configurationMock = mock[Configuration]\n  private val redisUtilMock = mock[RedisUtil]\n  private val H2DBMock = mock[H2DBUtil]\n  when(configMock.getString(\"postgres.table.geo_location_city.name\")).thenReturn(\"geo_location_city\")\n  when(configMock.getString(\"postgres.table.geo_location_city_ipv4.name\")).thenReturn(\"geo_location_city_ipv4\")\n  when(configMock.getBoolean(\"device.api.enable.debug.log\")).thenReturn(true)\n  val saveMetricsActor = TestActorRef(new SaveMetricsActor)\n  private val postgresDBMock = mock[PostgresDBUtil]\n  val metricsActorProbe = TestProbe()\n\n\n  \"DeviceController\" should \"Should return success status when code is OK \" in {\n\n    val deviceRegisterServiceActorRef = TestActorRef(new DeviceRegisterService(saveMetricsActor, configMock, redisUtilMock, postgresDBMock, H2DBMock) {\n      override val metricsActor = metricsActorProbe.ref\n    })\n\n    val deviceProfileServiceActorRef = TestActorRef(new DeviceProfileService(configMock, redisUtilMock, H2DBMock) {\n\n    })\n\n    val expActorRef = TestActorRef(new ExperimentAPIService() {\n    })\n    val controller = new DeviceController(deviceRegisterServiceActorRef, deviceProfileServiceActorRef, expActorRef, system, configurationMock, null, null)\n    val result = controller.sendExperimentData(Option(\"exp1\"), Option(\"user1\"), Option(\"http:\/\/test\/exp\"), Option(\"yes\"))\n    import scala.util.{Failure, Success}\n    result.onComplete {\n      case Success(value) => {\n        println(s\"Got the callback, = $value\")\n      }\n      case Failure(e) => {\n        println(e.printStackTrace)\n      }\n      case _ => println(\"nothing\")\n    }\n  }\n}\n\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/SaveMetricsActor.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.Actor\nimport com.typesafe.config.ConfigFactory\nimport org.apache.logging.log4j.LogManager\nimport org.ekstep.analytics.api.util.JSONUtils\n\ncase object SaveMetrics\n\ncase object IncrementApiCalls\ncase object IncrementLocationDbHitCount\ncase object IncrementLocationDbMissCount\ncase object IncrementLocationDbSuccessCount\ncase object IncrementLocationDbErrorCount\ncase object IncrementLogDeviceRegisterSuccessCount\ncase object IncrementDeviceDbSaveSuccessCount\ncase object IncrementDeviceDbSaveErrorCount\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nclass SaveMetricsActor extends Actor {\n\n  private val config = ConfigFactory.load()\n  private val logger = LogManager.getLogger(\"metrics-logger\")\n\n  private var apiCalls: Int = 0\n  private var locationDbHitCount: Int = 0\n  private var locationDbMissCount: Int = 0\n  private var locationDbSuccessCount: Int = 0\n  private var locationDbErrorCount: Int = 0\n  private var logDeviceRegisterSuccessCount: Int = 0\n\n\n  override def preStart(): Unit = {\n    val metricsPublishInterval: Int = config.getInt(\"metrics.time.interval.min\")\n    context.system.scheduler.schedule(initialDelay = 0.seconds, interval = metricsPublishInterval.minutes, self, SaveMetrics)\n  }\n\n  def receive = {\n    case IncrementApiCalls => apiCalls += 1\n    case IncrementLocationDbHitCount => locationDbHitCount += 1\n    case IncrementLocationDbMissCount => locationDbMissCount += 1\n    case IncrementLocationDbSuccessCount => locationDbSuccessCount += 1\n    case IncrementLocationDbErrorCount => locationDbErrorCount += 1\n    case IncrementLogDeviceRegisterSuccessCount => logDeviceRegisterSuccessCount += 1\n    case SaveMetrics => writeMetricsToLog()\n  }\n\n  def resetCounts() = {\n    apiCalls = 0\n    locationDbHitCount = 0\n    locationDbMissCount = 0\n    locationDbSuccessCount = 0\n    locationDbErrorCount = 0\n    logDeviceRegisterSuccessCount = 0\n  }\n\n  def writeMetricsToLog() = {\n    val data = Map(\n      \"job-name\" -> \"DeviceRegisterAPI\",\n      \"api-version\" -> \"v1\",\n      \"timestamp\" -> System.currentTimeMillis(),\n      \"api-calls\" -> apiCalls,\n      \"location-db-hit-count\" -> locationDbHitCount,\n      \"location-db-success-count\" -> locationDbSuccessCount,\n      \"location-db-miss-count\" -> locationDbMissCount,\n      \"location-db-error-count\" -> locationDbErrorCount,\n      \"log-device-register-success-count\" -> logDeviceRegisterSuccessCount)\n    logger.info(JSONUtils.serialize(data))\n    resetCounts()\n  }\n\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/main\/scala\/org\/ekstep\/analytics\/api\/service\/CacheRefreshActor.scala","text":"package org.ekstep.analytics.api.service\n\nimport akka.actor.Actor\nimport com.typesafe.config.{Config, ConfigFactory}\nimport javax.inject.Inject\nimport org.apache.logging.log4j.LogManager\nimport org.ekstep.analytics.api.util.{CacheUtil, DeviceLocation}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nclass CacheRefreshActor @Inject()(cacheUtil: CacheUtil) extends Actor {\n\n    private val logger = LogManager.getLogger(\"cache-refresh-logger\")\n    implicit val config: Config = ConfigFactory.load()\n\n    override def preStart(): Unit = {\n        val cacheRefreshInterval: Int = config.getInt(\"cache.refresh.time.interval.min\")\n        context.system.scheduler.schedule(initialDelay = 0.seconds, interval = cacheRefreshInterval.minutes, self, DeviceLocation)\n    }\n\n    def receive = {\n        case DeviceLocation => cacheUtil.initDeviceLocationCache()\n    }\n}\n"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api\/app\/controllers\/ExperimentController.scala","text":"<filename>analytics-api\/app\/controllers\/ExperimentController.scala\npackage controllers\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.pattern.ask\nimport javax.inject.{Inject, Named}\nimport org.ekstep.analytics.api._\nimport org.ekstep.analytics.api.service.ExperimentAPIService.{CreateExperimentRequest, _}\nimport org.ekstep.analytics.api.util.JSONUtils\nimport play.api.Configuration\nimport play.api.libs.json.Json\nimport play.api.mvc.{Request, _}\n\nimport scala.concurrent.ExecutionContext\n\n\nclass ExperimentController @Inject() (\n @Named(\"experiment-actor\") experimentActor: ActorRef,\n system: ActorSystem,\n configuration: Configuration,\n cc: ControllerComponents\n) (implicit ec: ExecutionContext)\n  extends BaseController(cc, configuration) {\n\n    def createExperiment() = Action.async { request: Request[AnyContent] =>\n        val body: String = Json.stringify(request.body.asJson.get)\n        val res = ask(experimentActor, CreateExperimentRequest(body, config)).mapTo[ExperimentBodyResponse]\n        res.map { x =>\n            result(x.responseCode, JSONUtils.serialize(x))\n        }\n    }\n\n    def getExperiment(experimentId: String) = Action.async { request: Request[AnyContent] =>\n        val res = ask(experimentActor, GetExperimentRequest(experimentId, config)).mapTo[Response]\n        res.map { x =>\n            result(x.responseCode, JSONUtils.serialize(x))\n        }\n    }\n\n}"}
{"repo_name":"maheshkumargangula\/sunbird-analytics-service","path":"analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestDruidHealthCheckService.scala","text":"<filename>analytics-api-core\/src\/test\/scala\/org\/ekstep\/analytics\/api\/service\/TestDruidHealthCheckService.scala\npackage org.ekstep.analytics.api.service\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestActorRef\nimport org.ekstep.analytics.api.BaseSpec\nimport org.ekstep.analytics.framework.conf.AppConf\nimport org.ekstep.analytics.framework.util.HTTPClient\nimport org.mockito.Mockito._\nimport akka.pattern.ask\nimport akka.util.Timeout\nimport scala.concurrent.duration._\n\n\nclass TestDruidHealthCheckAPIService extends BaseSpec {\n  implicit val timeout: Timeout = 20 seconds\n\n  override def beforeAll() {\n    super.beforeAll();\n  }\n\n  override def afterAll() {\n    super.afterAll();\n  }\n\n  \"DruidHealthCheckService\" should \"return health status of druid datasources\" in {\n\n    val HTTPClientMock = mock[HTTPClient]\n    implicit val actorSystem = ActorSystem(\"testActorSystem\", config)\n    implicit val executor =  scala.concurrent.ExecutionContext.global\n\n    val apiURL = AppConf.getConfig(\"druid.coordinator.host\") + AppConf.getConfig(\"druid.healthcheck.url\")\n    when(HTTPClientMock.get[Map[String, Double]](apiURL)).thenReturn(Map(\"summary-events\" -> 100.0))\n\n    val healthCheckActorRef = TestActorRef(new DruidHealthCheckService(HTTPClientMock))\n    val response = healthCheckActorRef ? \"health\"\n    response.map{ data =>\n      data should be(\"http_druid_health_check_status{datasource=\\\"summary-events\\\"} 100.0\\n\")\n    }\n\n    when(HTTPClientMock.get[Map[String, Double]](apiURL)).thenThrow(new RuntimeException(\"something went wrong here!\"))\n    val response2 = healthCheckActorRef ? \"health\"\n    response2.map{ data =>\n      data should be(\"\")\n    }\n  }\n}\n"}
{"repo_name":"cwmyers\/parcel","path":"src\/main\/scala\/parcel\/ParcelInstances.scala","text":"package parcel\n\nimport shapeless.{Generic, ::, HList, HNil}\n\nimport cats.std.all._\nimport cats.Monoid\n\ntrait ParcelInstances {\n\n  implicit val intMonoid = Monoid[Int]\n  implicit val longMonoid = Monoid[Long]\n  implicit val stringMonoid2 = Monoid[String]\n  implicit val doubleMonoid = Monoid[Double]\n  implicit val floatMonoid = Monoid[Float]\n  implicit val byteMonoid = Monoid[Byte]\n\n  implicit val stringParcel: StringParcel[String] = new StringParcel[String] {\n    override def wrap(a: String): String = a\n\n    override def unwrap(a: String): String = a\n  }\n\n  implicit val intParcel: IntParcel[Int] = new IntParcel[Int] {\n    override def wrap(b: Int): Int = b\n\n    override def unwrap(a: Int): Int = a\n  }\n\n  implicit val longParcel: LongParcel[Long] = new LongParcel[Long] {\n    override def wrap(b: Long): Long = b\n\n    override def unwrap(a: Long): Long = a\n  }\n\n  implicit val doubleParcel: DoubleParcel[Double] = new DoubleParcel[Double] {\n    override def wrap(b: Double): Double = b\n\n    override def unwrap(a: Double): Double = a\n  }\n\n  implicit val floatParcel: FloatParcel[Float] = new FloatParcel[Float] {\n    override def wrap(b: Float): Float = b\n\n    override def unwrap(a: Float): Float = a\n  }\n\n  implicit val byteParcel: ByteParcel[Byte] = new ByteParcel[Byte] {\n    override def wrap(b: Byte): Byte = b\n\n    override def unwrap(a: Byte): Byte = a\n  }\n\n  implicit val booleanParcel: BooleanParcel[Boolean] = new BooleanParcel[Boolean] {\n    override def wrap(b: Boolean): Boolean = b\n\n    override def unwrap(a: Boolean): Boolean = a\n  }\n\n\n  implicit def hnilParcel[B: Monoid]: Parcel[HNil, B] = new Parcel[HNil, B] {\n    override def wrap(s: B): HNil = HNil\n\n    override def unwrap(a: HNil): B = implicitly[Monoid[B]].empty\n  }\n\n  implicit def hconsParcel[H, T <: HList, B](implicit wrap1: Parcel[H, B], wrap2: Parcel[T, B]): Parcel[H :: T, B] = new Parcel[H :: T, B] {\n    override def wrap(b: B): ::[H, T] = {\n      val hParcel: Parcel[H, B] = wrap1\n      val tParcel: Parcel[T, B] = wrap2\n      hParcel.wrap(b) :: tParcel.wrap(b)\n    }\n\n    override def unwrap(a: ::[H, T]): B = {\n      implicitly[Parcel[H, B]].unwrap(a.head)\n    }\n\n  }\n\n  implicit def caseClassParser[A, R <: HList, B](implicit\n                                                 gen: Generic[A] {type Repr = R},\n                                                 reprParcel: Parcel[R, B]\n                                                ): Parcel[A, B] = new Parcel[A, B] {\n    override def wrap(s: B): A = gen.from(reprParcel.wrap(s))\n\n    override def unwrap(a: A): B = reprParcel.unwrap(gen.to(a))\n  }\n\n\n}\n"}
{"repo_name":"cwmyers\/parcel","path":"build.sbt","text":"<gh_stars>0\norganization := \"io.github.cwmyers\"\n\nname := \"parcel\"\n\nversion := \"0.0.3\"\n\nscalaVersion := \"2.11.7\"\n\nsbtVersion := \"0.13.5\"\n\nscalacOptions ++= Seq(\"-Xfatal-warnings\", \"-feature\")\n\nlibraryDependencies ++= Seq(\n  \"org.typelevel\"                          %% \"cats\"                     % \"0.4.1\",\n  \"com.chuusai\"                            %% \"shapeless\"                % \"2.2.5\"\n\/\/  \"org.specs2\"                             %% \"specs2\"                   % \"2.4.15\" % \"test\"\n)\n\npublishTo := Some(Resolver.file(\"file\",  new File( \"\/Users\/chris.myers\/projects\/mvn-repo\/releases\" )) )\n"}
{"repo_name":"cwmyers\/parcel","path":"src\/main\/scala\/parcel\/package.scala","text":"<reponame>cwmyers\/parcel<gh_stars>0\n\npackage object parcel {\n  type StringParcel[A] = Parcel[A, String]\n  type IntParcel[A] = Parcel[A, Int]\n  type LongParcel[A] = Parcel[A, Long]\n  type DoubleParcel[A] = Parcel[A, Double]\n  type FloatParcel[A] = Parcel[A, Float]\n  type ByteParcel[A] = Parcel[A, Byte]\n  type BooleanParcel[A] = Parcel[A, Boolean]\n\n  object auto extends ParcelInstances\n}\n"}
{"repo_name":"cwmyers\/parcel","path":"src\/main\/scala\/parcel\/Wrap.scala","text":"package parcel\n\ntrait Wrap[A, B] {\n  def wrap(b: B): A\n}\n"}
{"repo_name":"cwmyers\/parcel","path":"src\/main\/scala\/parcel\/Unwrap.scala","text":"<filename>src\/main\/scala\/parcel\/Unwrap.scala\npackage parcel\n\ntrait Unwrap[A, B] {\n  def unwrap(a: A): B\n}\n"}
{"repo_name":"cwmyers\/parcel","path":"src\/main\/scala\/parcel\/Parcel.scala","text":"package parcel\n\ntrait Parcel[A, B] extends Wrap[A,B] with Unwrap[A,B]\n"}
{"repo_name":"scala-steward\/scalapy","path":"coreMacros\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/ScalaNativeHelpers.scala","text":"package me.shadaj.scalapy.interpreter\n\nimport scala.reflect.macros.blackbox\nimport scala.language.experimental.macros\n\nobject ScalaNativeHelpers {\n  def inlineFnPtr2(c: blackbox.Context)(fn: c.Tree): c.Tree = {\n    import c.universe._\n\n    val out = q\"\"\"(null, _root_.scala.scalanative.unsafe.CFuncPtr.toPtr($fn: _root_.scala.scalanative.unsafe.CFuncPtr2[_root_.scala.scalanative.unsafe.Ptr[Byte], _root_.scala.scalanative.unsafe.Ptr[Byte], _root_.scala.scalanative.unsafe.Ptr[Byte]]))\"\"\"\n    c.untypecheck(out)\n  }\n}\n"}
{"repo_name":"scala-steward\/scalapy","path":"core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/PyValue.scala","text":"<filename>core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/PyValue.scala\npackage me.shadaj.scalapy.interpreter\n\nimport me.shadaj.scalapy.util.Compat\n\nfinal class PyValue private[PyValue](val underlying: Platform.Pointer, safeGlobal: Boolean = false) {\n  if (Platform.isNative && PyValue.allocatedValues.isEmpty && !safeGlobal && !PyValue.disabledAllocationWarning) {\n    println(s\"Warning: the value ${this.getStringified} was allocated into a global space, which means it will not be garbage collected in Scala Native\")\n  }\n\n  if (!safeGlobal && PyValue.allocatedValues.nonEmpty) {\n    PyValue.allocatedValues = (this :: PyValue.allocatedValues.head) :: PyValue.allocatedValues.tail\n  }\n\n  def getStringified: String = CPythonInterpreter.withGil {\n    val pyStr = CPythonAPI.PyObject_Str(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n\n    val cStr = CPythonAPI.PyUnicode_AsUTF8(pyStr)\n    CPythonInterpreter.throwErrorIfOccured()\n\n    val intoScala = Platform.fromCString(cStr, java.nio.charset.Charset.forName(\"UTF-8\"))\n\n    CPythonAPI.Py_DecRef(pyStr)\n\n    intoScala\n  }\n\n  def getString: String = CPythonInterpreter.withGil {\n    val cStr = CPythonAPI.PyUnicode_AsUTF8(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    Platform.fromCString(cStr, java.nio.charset.Charset.forName(\"UTF-8\"))\n  }\n\n  def getBoolean: Boolean = {\n    if (underlying == CPythonInterpreter.falseValue.underlying) false\n    else if (underlying == CPythonInterpreter.trueValue.underlying) true\n    else {\n      throw new IllegalAccessException(\"Cannot convert a non-boolean value to a boolean\")\n    }\n  }\n\n  def getLong: Long = CPythonInterpreter.withGil {\n    val ret = CPythonAPI.PyLong_AsLongLong(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    ret\n  }\n\n  def getDouble: Double = CPythonInterpreter.withGil {\n    val ret = CPythonAPI.PyFloat_AsDouble(underlying)\n    CPythonInterpreter.throwErrorIfOccured()\n    ret\n  }\n\n  def getTuple: Seq[PyValue] = new Seq[PyValue] {\n    def length: Int = CPythonInterpreter.withGil {\n      val ret = Platform.cSizeToLong(CPythonAPI.PyTuple_Size(underlying)).toInt\n      CPythonInterpreter.throwErrorIfOccured()\n      ret\n    }\n\n    def apply(idx: Int): PyValue = CPythonInterpreter.withGil {\n      val ret = CPythonAPI.PyTuple_GetItem(underlying, Platform.intToCSize(idx))\n      CPythonInterpreter.throwErrorIfOccured()\n      PyValue.fromBorrowed(ret)\n    }\n\n    def iterator: Iterator[PyValue] = (0 until length).toIterator.map(apply)\n  }\n\n  def getSeq: Seq[PyValue] = new Seq[PyValue] {\n    def length: Int = CPythonInterpreter.withGil {\n      val ret = Platform.cSizeToLong(CPythonAPI.PySequence_Length(underlying)).toInt\n      CPythonInterpreter.throwErrorIfOccured()\n      ret\n    }\n\n    def apply(idx: Int): PyValue = CPythonInterpreter.withGil {\n      val ret = CPythonAPI.PySequence_GetItem(underlying, idx)\n      CPythonInterpreter.throwErrorIfOccured()\n      PyValue.fromNew(ret)\n    }\n\n    def iterator: Iterator[PyValue] = (0 until length).toIterator.map(apply)\n  }\n\n  import scala.collection.mutable\n  def getMap: mutable.Map[PyValue, PyValue] = new Compat.MutableMap[PyValue, PyValue] {\n    def get(key: PyValue): Option[PyValue] = CPythonInterpreter.withGil {\n      val contains = CPythonAPI.PyDict_Contains(\n        underlying,\n        key.underlying\n      ) == 1\n\n      CPythonInterpreter.throwErrorIfOccured()\n\n      if (contains) {\n        val value = CPythonAPI.PyDict_GetItem(underlying, key.underlying)\n        CPythonInterpreter.throwErrorIfOccured()\n        Some(PyValue.fromBorrowed(value))\n      } else Option.empty[PyValue]\n    }\n\n    def iterator: Iterator[(PyValue, PyValue)] = CPythonInterpreter.withGil {\n      val keysList = new PyValue(CPythonAPI.PyDict_Keys(underlying))\n      CPythonInterpreter.throwErrorIfOccured()\n      keysList.getSeq.toIterator.map { k =>\n        (k, get(k).get)\n      }\n    }\n\n    override def addOne(kv: (PyValue, PyValue)): this.type = ???\n    override def subtractOne(k: PyValue): this.type = ???\n  }\n\n  private[scalapy] var cleaned = false\n\n  def cleanup(): Unit = CPythonInterpreter.withGil {\n    if (!cleaned) {\n      cleaned = true\n      CPythonAPI.Py_DecRef(underlying)\n    }\n  }\n\n  override def finalize(): Unit = cleanup()\n}\n\nobject PyValue {\n  import scala.collection.mutable\n  private[scalapy] var allocatedValues: List[List[PyValue]] = List.empty\n  private[scalapy] var disabledAllocationWarning = false\n\n  def fromNew(underlying: Platform.Pointer, safeGlobal: Boolean = false): PyValue = {\n    new PyValue(underlying, safeGlobal)\n  }\n\n  def fromBorrowed(underlying: Platform.Pointer): PyValue = {\n    CPythonInterpreter.withGil(CPythonAPI.Py_IncRef(underlying))\n    new PyValue(underlying)\n  }\n\n  def disableAllocationWarning(): Unit = {\n    disabledAllocationWarning = true\n  }\n}\n"}
{"repo_name":"scala-steward\/scalapy","path":"core\/native\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/CPythonAPI.scala","text":"package me.shadaj.scalapy.interpreter\n\nimport scala.scalanative.unsafe._\n\n@extern\nobject CPythonAPI {\n  def Py_Initialize(): Unit = extern\n\n  def PyEval_SaveThread(): Platform.Pointer = extern\n  def PyGILState_Ensure(): Int = extern\n  def PyGILState_Release(state: Int): Unit = extern\n\n  def PyRun_String(str: CString, start: Int, globals: Platform.Pointer, locals: Platform.Pointer): Platform.Pointer = extern\n\n  def PyUnicode_FromString(cStr: CString): Platform.Pointer = extern\n  def PyUnicode_AsUTF8(pyString: Platform.Pointer): CString = extern\n\n  def PyBool_FromLong(long: CLong): Platform.Pointer = extern\n\n  def PyNumber_Negative(o1: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_Positive(o1: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_Add(o1: Platform.Pointer, o2: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_Subtract(o1: Platform.Pointer, o2: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_Multiply(o1: Platform.Pointer, o2: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_TrueDivide(o1: Platform.Pointer, o2: Platform.Pointer): Platform.Pointer = extern\n  def PyNumber_Remainder(o1: Platform.Pointer, o2: Platform.Pointer): Platform.Pointer = extern\n  \n  def PyLong_FromLongLong(long: CLongLong): Platform.Pointer = extern\n  def PyLong_AsLong(pyLong: Platform.Pointer): CLong = extern\n  def PyLong_AsLongLong(pyLong: Platform.Pointer): CLongLong = extern\n\n  def PyFloat_FromDouble(double: CDouble): Platform.Pointer = extern\n  def PyFloat_AsDouble(float: Platform.Pointer): Double = extern\n\n  def PyDict_New(): Platform.Pointer = extern\n  def PyDict_SetItem(dict: Platform.Pointer, key: Platform.Pointer, value: Platform.Pointer): Int = extern\n  def PyDict_SetItemString(dict: Platform.Pointer, key: CString, value: Platform.Pointer): Int = extern\n  def PyDict_Contains(dict: Platform.Pointer, key: Platform.Pointer): Int = extern\n  def PyDict_GetItem(dict: Platform.Pointer, key: Platform.Pointer): Platform.Pointer = extern\n  def PyDict_GetItemString(dict: Platform.Pointer, key: Platform.Pointer): Platform.Pointer = extern\n  def PyDict_GetItemWithError(dict: Platform.Pointer, key: Platform.Pointer): Platform.Pointer = extern\n  def PyDict_DelItemString(dict: Platform.Pointer, key: CString): Int = extern\n  def PyDict_Keys(dict: Platform.Pointer): Platform.Pointer = extern\n\n  def PyList_New(size: Int): Platform.Pointer = extern\n  def PyList_Size(list: Platform.Pointer): CSize = extern\n  def PyList_GetItem(list: Platform.Pointer, index: CSize): Platform.Pointer = extern\n  def PyList_SetItem(list: Platform.Pointer, index: CSize, item: Platform.Pointer): Int = extern\n\n  def PyTuple_New(size: Int): Platform.Pointer = extern\n  def PyTuple_Size(tuple: Platform.Pointer): CSize = extern\n  def PyTuple_GetItem(tuple: Platform.Pointer, index: CSize): Platform.Pointer = extern\n  def PyTuple_SetItem(tuple: Platform.Pointer, index: CSize, item: Platform.Pointer): Int = extern\n\n  def PyObject_Str(obj: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_GetItem(obj: Platform.Pointer, idx: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_SetItem(obj: Platform.Pointer, key: Platform.Pointer, newValue: Platform.Pointer): Int = extern\n  def PyObject_GetAttr(obj: Platform.Pointer, name: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_GetAttrString(obj: Platform.Pointer, name: CString): Platform.Pointer = extern\n  def PyObject_SetAttr(obj: Platform.Pointer, name: Platform.Pointer, newValue: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_SetAttrString(obj: Platform.Pointer, name: CString, newValue: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_CallMethodObjArgs(obj: Platform.Pointer, name: Platform.Pointer, args: CVarArg*): Platform.Pointer = extern\n  def PyObject_Call(obj: Platform.Pointer, args: Platform.Pointer, kwArgs: Platform.Pointer): Platform.Pointer = extern\n  def PyObject_Length(obj: Platform.Pointer): CSize = extern\n\n  def PySequence_GetItem(obj: Platform.Pointer, idx: Int): Platform.Pointer = extern\n  def PySequence_Length(obj: Platform.Pointer): CSize = extern\n\n  def PyErr_Occurred(): Platform.Pointer = extern\n  def PyErr_Fetch(pType: Platform.PointerToPointer, pValue: Platform.PointerToPointer, pTraceback: Platform.PointerToPointer): Unit = extern\n  def PyErr_Print(): Unit = extern\n  def PyErr_Clear(): Unit = extern\n\n  def PyEval_GetBuiltins(): Platform.Pointer = extern\n\n  def Py_BuildValue(str: CString): Platform.Pointer = extern\n\n  def PyLong_FromVoidPtr(ptr: Platform.Pointer): Unit = extern\n  def PyCFunction_NewEx(ptr: Platform.Pointer, self: Platform.Pointer, module: Platform.Pointer): Platform.Pointer = extern\n  def PyImport_ImportModule(str: CString): Platform.Pointer = extern\n\n  def PyErr_SetString(tpe: Platform.Pointer, message: CString): Unit = extern\n\n  def Py_IncRef(ptr: Platform.Pointer): Unit = extern\n  def Py_DecRef(ptr: Platform.Pointer): Unit = extern\n}\n"}
{"repo_name":"scala-steward\/scalapy","path":"core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/CPythonInterpreter.scala","text":"<reponame>scala-steward\/scalapy<filename>core\/shared\/src\/main\/scala\/me\/shadaj\/scalapy\/interpreter\/CPythonInterpreter.scala\npackage me.shadaj.scalapy.interpreter\n\nimport java.{util => ju}\n\nimport me.shadaj.scalapy.py.PythonException\nimport me.shadaj.scalapy.py.IndexError\n\nobject CPythonInterpreter {\n  CPythonAPI.Py_Initialize()\n\n  private[scalapy] val globals: Platform.Pointer = CPythonAPI.PyDict_New()\n  CPythonAPI.Py_IncRef(globals)\n\n  private val builtins = CPythonAPI.PyEval_GetBuiltins()\n  Platform.Zone { implicit zone =>\n    CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(\"__builtins__\"), builtins)\n    throwErrorIfOccured()\n  }\n\n  private[scalapy] val falseValue = PyValue.fromNew(CPythonAPI.PyBool_FromLong(Platform.intToCLong(0)), true)\n  private[scalapy] val trueValue = PyValue.fromNew(CPythonAPI.PyBool_FromLong(Platform.intToCLong(1)), true)\n\n  private[scalapy] val noneValue: PyValue = PyValue.fromNew(CPythonAPI.Py_BuildValue(Platform.emptyCString), true)\n\n  private val liveWrappedValues = new ju.IdentityHashMap[AnyRef, PointerBox]\n  private val reverseLiveWrappedValues = new ju.HashMap[Long, AnyRef]\n\n  val (doNotFreeMeOtherwiseJNAFuncPtrBreaks, cleanupFunctionPointer) = Platform.getFnPtr2 { (self, args) =>\n    val id = CPythonAPI.PyLong_AsLongLong(CPythonAPI.PyTuple_GetItem(args, Platform.intToCSize(0)))\n    val pointedTo = reverseLiveWrappedValues.remove(id)\n    liveWrappedValues.remove(pointedTo)\n\n    CPythonAPI.Py_IncRef(noneValue.underlying)\n    noneValue.underlying\n  }\n\n  val emptyStrPtr = Platform.alloc(1)\n  Platform.setPtrByte(emptyStrPtr, 0, 0)\n\n  val cleanupLambdaMethodDef = Platform.alloc(Platform.ptrSize + Platform.ptrSize + 4 + Platform.ptrSize)\n  Platform.setPtrLong(cleanupLambdaMethodDef, 0, Platform.pointerToLong(emptyStrPtr)) \/\/ ml_name\n  Platform.setPtrLong(cleanupLambdaMethodDef, Platform.ptrSize, Platform.pointerToLong(cleanupFunctionPointer)) \/\/ ml_meth\n  Platform.setPtrInt(cleanupLambdaMethodDef, Platform.ptrSize + Platform.ptrSize, 0x0001) \/\/ ml_flags (https:\/\/github.com\/python\/cpython\/blob\/master\/Include\/methodobject.h)\n  Platform.setPtrLong(cleanupLambdaMethodDef, Platform.ptrSize + Platform.ptrSize + 4, Platform.pointerToLong(emptyStrPtr)) \/\/ ml_doc\n  val pyCleanupLambda = PyValue.fromNew(CPythonAPI.PyCFunction_NewEx(cleanupLambdaMethodDef, noneValue.underlying, null), safeGlobal = true)\n  throwErrorIfOccured()\n\n  val weakRefModule = PyValue.fromNew(Platform.Zone { implicit zone =>\n    CPythonAPI.PyImport_ImportModule(Platform.toCString(\"weakref\"))\n  }, safeGlobal = true)\n\n  val typesModule = PyValue.fromNew(Platform.Zone { implicit zone =>\n    CPythonAPI.PyImport_ImportModule(Platform.toCString(\"types\"))\n  }, safeGlobal = true)\n\n  val trackerClassName = valueFromString(\"tracker\", safeGlobal = true)\n  val trackerClass = call(typesModule, \"new_class\", Seq(trackerClassName), Seq(), safeGlobal = true)\n  try {\n    throwErrorIfOccured()\n  } finally {\n    trackerClassName.cleanup()\n  }\n\n  \/\/ must be decrefed after being sent to Python\n  def wrapIntoPyObject(value: AnyRef): PyValue = withGil {\n    if (liveWrappedValues.containsKey(value)) {\n      val underlying = liveWrappedValues.get(value).ptr\n      CPythonAPI.Py_IncRef(underlying)\n      PyValue.fromNew(underlying)\n    } else {\n      CPythonAPI.Py_IncRef(trackerClass.underlying)\n      val trackingPtr = runCallableAndDecref(trackerClass.underlying, Seq(), Seq())\n\n      val id = Platform.pointerToLong(trackingPtr.underlying)\n\n      liveWrappedValues.put(value, new PointerBox(trackingPtr.underlying))\n      reverseLiveWrappedValues.put(id, value)\n\n      call(weakRefModule, \"finalize\", Seq(trackingPtr, pyCleanupLambda, valueFromLong(id)), Seq())\n      throwErrorIfOccured()\n\n      trackingPtr\n    }\n  }\n\n  \/\/ lambda wrapper\n  val (doNotFreeMeOtherwiseJNAFuncPtrBreaks2, lambdaFunctionPointer) = Platform.getFnPtr2 { (self, args) =>\n    val id = Platform.pointerToLong(self)\n    val pointedTo = reverseLiveWrappedValues.get(id).asInstanceOf[PyValue => PyValue]\n\n    try {\n      val res = pointedTo(PyValue.fromBorrowed(args))\n      CPythonAPI.Py_IncRef(res.underlying)\n      res.underlying\n    } catch {\n      case e: IndexError =>\n        val exception = selectGlobal(\"IndexError\")\n        Platform.Zone { implicit zone =>\n          CPythonAPI.PyErr_SetString(exception.underlying,\n            Platform.toCString(e.message)\n          )\n        }\n        null\n      case e: Throwable =>\n        val exception = selectGlobal(\"RuntimeError\")\n        Platform.Zone { implicit zone =>\n          CPythonAPI.PyErr_SetString(exception.underlying,\n            Platform.toCString(e.getMessage())\n          )\n        }\n        null\n    }\n  }\n\n  val lambdaMethodDef = Platform.alloc(Platform.ptrSize + Platform.ptrSize + 4 + Platform.ptrSize)\n  Platform.setPtrLong(lambdaMethodDef, 0, Platform.pointerToLong(emptyStrPtr)) \/\/ ml_name\n  Platform.setPtrLong(lambdaMethodDef, Platform.ptrSize, Platform.pointerToLong(lambdaFunctionPointer)) \/\/ ml_meth\n  Platform.setPtrInt(lambdaMethodDef, Platform.ptrSize + Platform.ptrSize, 0x0001) \/\/ ml_flags (https:\/\/github.com\/python\/cpython\/blob\/master\/Include\/methodobject.h)\n  Platform.setPtrLong(lambdaMethodDef, Platform.ptrSize + Platform.ptrSize + 4, Platform.pointerToLong(emptyStrPtr)) \/\/ ml_doc\n\n  Platform.Zone { implicit zone =>\n    CPythonAPI.PyRun_String(\n      Platform.toCString(\n        \"\"\"import collections.abc\n          |class SequenceProxy(collections.abc.Sequence):\n          |  def __init__(self, len_fn, get_fn):\n          |    self.len_fn = len_fn\n          |    self.get_fn = get_fn\n          |  def __len__(self):\n          |    return self.len_fn()\n          |  def __getitem__(self, idx):\n          |    return self.get_fn(idx)\"\"\".stripMargin\n      ),\n      257,\n      globals,\n      globals\n    )\n\n    throwErrorIfOccured()\n  }\n\n  CPythonAPI.PyEval_SaveThread() \/\/ release the lock created by Py_Initialize\n\n  @inline private[scalapy] def withGil[T](fn: => T): T = {\n    val handle = CPythonAPI.PyGILState_Ensure()\n\n    try {\n      fn\n    } finally {\n      CPythonAPI.PyGILState_Release(handle)\n    }\n  }\n\n  def eval(code: String): Unit = {\n    Platform.Zone { implicit zone =>\n      val Py_single_input = 256\n      withGil {\n        CPythonAPI.PyRun_String(Platform.toCString(code), Py_single_input, globals, globals)\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  def execManyLines(code: String): Unit = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.PyRun_String(\n          Platform.toCString(code),\n          257,\n          globals,\n          globals\n        )\n\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  def set(variable: String, value: PyValue): Unit = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.Py_IncRef(value.underlying)\n        CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(variable), value.underlying)\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  private var counter = 0\n  def getVariableReference(value: PyValue): String = {\n    val variableName = synchronized {\n      val ret = \"spy_o_\" + counter\n      counter += 1\n      ret\n    }\n\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.PyDict_SetItemString(globals, Platform.toCString(variableName), value.underlying)\n        throwErrorIfOccured()\n      }\n    }\n\n    variableName\n  }\n\n  def cleanupVariableReference(variable: String) = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        CPythonAPI.PyDict_DelItemString(globals, Platform.toCString(variable))\n        throwErrorIfOccured()\n      }\n    }\n  }\n\n  def importModule(moduleName: String): PyValue = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        val newModule = CPythonAPI.PyImport_ImportModule(\n          Platform.toCString(moduleName))\n        throwErrorIfOccured()\n        PyValue.fromNew(newModule)\n      }\n    }\n  }\n\n  def valueFromBoolean(b: Boolean): PyValue = if (b) trueValue else falseValue\n  def valueFromLong(long: Long): PyValue = withGil(PyValue.fromNew(CPythonAPI.PyLong_FromLongLong(long)))\n  def valueFromDouble(v: Double): PyValue = withGil(PyValue.fromNew(CPythonAPI.PyFloat_FromDouble(v)))\n  def valueFromString(v: String, safeGlobal: Boolean = false): PyValue = PyValue.fromNew(toNewString(v), safeGlobal)\n\n  \/\/ Hack to patch around Scala Native not letting us auto-box pointers\n  private class PointerBox(val ptr: Platform.Pointer)\n\n  private def toNewString(v: String) = {\n    (Platform.Zone { implicit zone =>\n      withGil(new PointerBox(CPythonAPI.PyUnicode_FromString(\n        Platform.toCString(v, java.nio.charset.Charset.forName(\"UTF-8\"))\n      )))\n    }).ptr\n  }\n\n  def createListCopy[T](seq: Seq[T], elemConv: T => PyValue): PyValue = {\n    withGil {\n      val retPtr = CPythonAPI.PyList_New(seq.size)\n      seq.zipWithIndex.foreach { case (v, i) =>\n        val converted = elemConv(v)\n        CPythonAPI.Py_IncRef(converted.underlying) \/\/ SetItem steals reference\n        CPythonAPI.PyList_SetItem(retPtr, Platform.intToCSize(i), converted.underlying)\n      }\n\n      PyValue.fromNew(retPtr)\n    }\n  }\n\n  val seqProxyClass = selectGlobal(\"SequenceProxy\", safeGlobal = true)\n  def createListProxy[T](seq: Seq[T], elemConv: T => PyValue): PyValue = {\n    call(seqProxyClass, Seq(\n      createLambda(_ => valueFromLong(seq.size)),\n      createLambda(args => {\n        val index = args(0).getLong.toInt\n        if (index < seq.size) {\n          elemConv(seq(index))\n        } else {\n          throw new IndexError(s\"Scala sequence proxy index out of range: $index\")\n        }\n      })\n    ), Seq())\n  }\n\n  def createTuple(seq: Seq[PyValue], safeGlobal: Boolean = false): PyValue = {\n    withGil {\n      val retPtr = CPythonAPI.PyTuple_New(seq.size)\n      seq.zipWithIndex.foreach { case (v, i) =>\n        CPythonAPI.Py_IncRef(v.underlying) \/\/ SetItem steals reference\n        CPythonAPI.PyTuple_SetItem(retPtr, Platform.intToCSize(i), v.underlying)\n      }\n\n      PyValue.fromNew(retPtr, safeGlobal)\n    }\n  }\n\n  def createLambda(fn: Seq[PyValue] => PyValue): PyValue = {\n    val handlerFnPtr = (args: PyValue) => fn.apply(args.getTuple)\n\n    withGil {\n      PyValue.fromNew(CPythonAPI.PyCFunction_NewEx(lambdaMethodDef, wrapIntoPyObject(handlerFnPtr).underlying, null))\n    }\n  }\n\n  private def pointerPointerToString(pointer: Platform.PointerToPointer) = withGil {\n    Platform.fromCString(CPythonAPI.PyUnicode_AsUTF8(\n      CPythonAPI.PyObject_Str(\n        Platform.dereferencePointerToPointer(pointer)\n      )\n    ), java.nio.charset.Charset.forName(\"UTF-8\"))\n  }\n\n  def throwErrorIfOccured() = {\n    if (Platform.pointerToLong(CPythonAPI.PyErr_Occurred()) != 0) {\n      Platform.Zone { implicit zone =>\n        val pType = Platform.allocPointerToPointer\n        val pValue = Platform.allocPointerToPointer\n        val pTraceback = Platform.allocPointerToPointer\n\n        withGil(CPythonAPI.PyErr_Fetch(pType, pValue, pTraceback))\n\n        val pTypeStringified = pointerPointerToString(pType)\n\n        val pValueObject = Platform.dereferencePointerToPointer(pValue)\n        val pValueStringified = if (pValueObject != null) {\n          \" \" + pointerPointerToString(pValue)\n        } else \"\"\n\n        throw new PythonException(pTypeStringified + pValueStringified)\n      }\n    }\n  }\n\n  def load(code: String): PyValue = {\n    Platform.Zone { implicit zone =>\n      val Py_eval_input = 258\n      withGil {\n        val result = CPythonAPI.PyRun_String(Platform.toCString(code), Py_eval_input, globals, globals)\n        throwErrorIfOccured()\n\n        PyValue.fromNew(result)\n      }\n    }\n  }\n\n  def unaryNeg(a: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Negative(\n      a.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def unaryPos(a: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Positive(\n      a.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryAdd(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Add(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binarySub(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Subtract(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryMul(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Multiply(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryDiv(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_TrueDivide(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  def binaryMod(a: PyValue, b: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyNumber_Remainder(\n      a.underlying,\n      b.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromNew(ret)\n  }\n\n  private def runCallableAndDecref(callable: Platform.Pointer, args: Seq[PyValue], kwArgs: Seq[(String, PyValue)], safeGlobal: Boolean = false): PyValue = withGil {\n    val kwArgsDictionary = if (kwArgs.nonEmpty) newDictionary() else null\n    Platform.Zone { implicit zone =>\n      kwArgs.foreach { case (key, value) =>\n        CPythonAPI.PyDict_SetItemString(kwArgsDictionary.underlying, Platform.toCString(key), value.underlying)\n      }\n    }\n\n    val tupleArgs = createTuple(args, safeGlobal = true)\n    val result = CPythonAPI.PyObject_Call(\n      callable,\n      tupleArgs.underlying,\n      if (kwArgs.nonEmpty) kwArgsDictionary.underlying else null\n    )\n\n    try {\n      throwErrorIfOccured()\n    } finally {\n      CPythonAPI.Py_DecRef(callable)\n      tupleArgs.cleanup()\n    }\n\n    PyValue.fromNew(result, safeGlobal)\n  }\n\n  def callGlobal(method: String, args: Seq[PyValue], kwArgs: Seq[(String, PyValue)]): PyValue = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        val methodString = toNewString(method)\n        var callable = CPythonAPI.PyDict_GetItemWithError(globals, methodString)\n        if (callable == null) {\n          CPythonAPI.PyErr_Clear()\n          callable = CPythonAPI.PyDict_GetItemWithError(builtins, methodString)\n        }\n\n        CPythonAPI.Py_IncRef(callable)\n        CPythonAPI.Py_DecRef(methodString)\n\n        throwErrorIfOccured()\n\n        runCallableAndDecref(callable, args, kwArgs)\n      }\n    }\n  }\n\n  def call(on: PyValue, method: String, args: Seq[PyValue], kwArgs: Seq[(String, PyValue)], safeGlobal: Boolean = false): PyValue = {\n    Platform.Zone { implicit zone =>\n      withGil {\n        val callable = CPythonAPI.PyObject_GetAttrString(on.underlying, Platform.toCString(method))\n        throwErrorIfOccured()\n\n        runCallableAndDecref(callable, args, kwArgs, safeGlobal)\n      }\n    }\n  }\n\n  def call(callable: PyValue, args: Seq[PyValue], kwArgs: Seq[(String, PyValue)]): PyValue = {\n    withGil {\n      CPythonAPI.Py_IncRef(callable.underlying)\n      runCallableAndDecref(callable.underlying, args, kwArgs)\n    }\n  }\n\n  def selectGlobal(name: String, safeGlobal: Boolean = false): PyValue = {\n    Platform.Zone { implicit zone =>\n      val nameString = toNewString(name)\n\n      withGil {\n        var gottenValue = CPythonAPI.PyDict_GetItemWithError(globals, nameString)\n        if (gottenValue == null) {\n          CPythonAPI.PyErr_Clear()\n          gottenValue = CPythonAPI.PyDict_GetItemWithError(builtins, nameString)\n        }\n\n        CPythonAPI.Py_DecRef(nameString)\n\n        throwErrorIfOccured()\n\n        PyValue.fromNew(gottenValue, safeGlobal)\n      }\n    }\n  }\n\n  def select(on: PyValue, value: String, safeGlobal: Boolean = false): PyValue = {\n    val valueString = toNewString(value)\n\n    withGil {\n      val underlying = CPythonAPI.PyObject_GetAttr(\n        on.underlying,\n        valueString\n      )\n\n      CPythonAPI.Py_DecRef(valueString)\n\n      throwErrorIfOccured()\n\n      PyValue.fromNew(underlying, safeGlobal)\n    }\n  }\n\n  def update(on: PyValue, value: String, newValue: PyValue): Unit = {\n    val valueString = toNewString(value)\n\n    withGil {\n      CPythonAPI.PyObject_SetAttr(\n        on.underlying,\n        valueString,\n        newValue.underlying\n      )\n\n      CPythonAPI.Py_DecRef(valueString)\n\n      throwErrorIfOccured()\n    }\n  }\n\n  def newDictionary(): PyValue = withGil {\n    val newDictReference = CPythonAPI.PyDict_New()\n    throwErrorIfOccured()\n    PyValue.fromNew(newDictReference)\n  }\n\n  def selectBracket(on: PyValue, key: PyValue): PyValue = withGil {\n    val ret = CPythonAPI.PyObject_GetItem(\n      on.underlying,\n      key.underlying\n    )\n\n    throwErrorIfOccured()\n\n    PyValue.fromBorrowed(ret)\n  }\n\n  def updateBracket(on: PyValue, key: PyValue, newValue: PyValue): Unit = {\n    withGil {\n      CPythonAPI.PyObject_SetItem(\n        on.underlying,\n        key.underlying,\n        newValue.underlying\n      )\n\n      throwErrorIfOccured()\n    }\n  }\n}\n\n"}
{"repo_name":"sunahsuh\/goose-android","path":"src\/main\/scala\/com\/gravity\/goose\/text\/StopWords.scala","text":"\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.gravity.goose.text\n\n\/**\n * Created by <NAME>\n * User: jim\n * Date: 8\/16\/11\n *\/\n\nimport java.util._\nimport com.gravity.goose.utils.FileHelper\n\nobject StopWords {\n\n  \/\/ the confusing pattern below is basically just match any non-word character excluding white-space.\n  private val PUNCTUATION: StringReplacement = StringReplacement.compile(\"[^\\\\p{Ll}\\\\p{Lu}\\\\p{Lt}\\\\p{Lo}\\\\p{Nd}\\\\p{Pc}\\\\s]\", string.empty)\n\n  val STOP_WORDS = FileHelper.loadResourceFile(\"stopwords-en.txt\", StopWords.getClass).split(\"\\n\").toSet\n\n\n  def removePunctuation(str: String): String = {\n    PUNCTUATION.replaceAll(str)\n  }\n\n  def getStopWordCount(content: String): WordStats = {\n\n    if (string.isNullOrEmpty(content)) return WordStats.EMPTY\n    val ws: WordStats = new WordStats\n    val strippedInput: String = removePunctuation(content)\n\n    val candidateWords: Array[String] = string.SPACE_SPLITTER.split(strippedInput)\n\n    val overlappingStopWords: List[String] = new ArrayList[String]\n\n    candidateWords.foreach(w => {\n       if (STOP_WORDS.contains(w.toLowerCase)) overlappingStopWords.add(w.toLowerCase)\n    })\n    ws.setWordCount(candidateWords.length)\n    ws.setStopWordCount(overlappingStopWords.size)\n    ws.setStopWords(overlappingStopWords)\n    ws\n  }\n\n\n}\n"}
{"repo_name":"sunahsuh\/goose-android","path":"src\/main\/scala\/com\/gravity\/goose\/network\/HtmlFetcher.scala","text":"\/**\n * Licensed to Gravity.com under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  Gravity.com licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.gravity.goose.network\n\nimport org.apache.http.HttpEntity\nimport org.apache.http.HttpResponse\nimport org.apache.http.HttpVersion\nimport org.apache.http.client.CookieStore\nimport org.apache.http.client.HttpClient\nimport org.apache.http.client.methods.HttpGet\nimport org.apache.http.client.params.CookiePolicy\nimport org.apache.http.client.protocol.ClientContext\nimport org.apache.http.conn.scheme.PlainSocketFactory\nimport org.apache.http.conn.ssl.SSLSocketFactory\nimport org.apache.http.conn.scheme.Scheme\nimport org.apache.http.conn.scheme.SchemeRegistry\nimport org.apache.http.cookie.Cookie\nimport org.apache.http.impl.conn.tsccm.ThreadSafeClientConnManager\nimport org.apache.http.params.BasicHttpParams\nimport org.apache.http.params.HttpConnectionParams\nimport org.apache.http.params.HttpParams\nimport org.apache.http.params.HttpProtocolParams\nimport org.apache.http.protocol.BasicHttpContext\nimport org.apache.http.protocol.HttpContext\nimport org.apache.http.util.EntityUtils\nimport java.io._\nimport java.net.SocketException\nimport java.net.SocketTimeoutException\nimport java.net.URLConnection\nimport java.util.ArrayList\nimport java.util.Date\nimport java.util.List\nimport com.gravity.goose.utils.Logging\nimport com.gravity.goose.Configuration\nimport org.apache.http.impl.client.{DefaultHttpRequestRetryHandler, AbstractHttpClient, DefaultHttpClient}\n\n\/**\n * User: <NAME>\n * Date: 12\/16\/10\n * This guy is kind of a doozy because goose is meant to pull millions of articles per day so the legitimacy of these links\n * is in question. For example many times you'll see mp3, mov, wav, etc.. files mislabeled as HTML with HTML content types,\n * only through inspection of the actual content will you learn what the real type of content is. Also spam sites could\n * contain up to 1GB of text that is just wasted resources so we set a max bytes level on how much content we're going\n * to try and pull back before we say screw it.\n *\/\nobject HtmlFetcher extends Logging {\n  \/**\n   * holds a reference to our override cookie store, we don't want to store\n   * cookies for head requests, only slows shit down\n   *\/\n  var emptyCookieStore: CookieStore = null\n  \/**\n   * holds the HttpClient object for making requests\n   *\/\n  private var httpClient: HttpClient = null\n  initClient()\n\n\n  def getHttpClient: HttpClient = {\n    httpClient\n  }\n\n  \/**\n   * Makes an http fetch to go retrieve the HTML from a url, store it to disk and pass it off\n   * @param config Goose Configuration\n   * @param url The web address to fetch\n   * @return If all goes well, a `Some[String]` otherwise `None`\n   * @throws NotFoundException(String)\n   * @throws BadRequestException(String)\n   * @throws NotAuthorizedException(String, Int)\n   * @throws ServerErrorException(String, Int)\n   * @throws UnhandledStatusCodeException(String, Int)\n   * @throws MaxBytesException()\n   *\/\n  def getHtml(config: Configuration, url: String): Option[String] = {\n    var httpget: HttpGet = null\n    var htmlResult: String = null\n    var entity: HttpEntity = null\n    var instream: InputStream = null\n\n    \/\/ Identified the the apache http client does not drop URL fragments before opening the request to the host\n    \/\/ more info: http:\/\/stackoverflow.com\/questions\/4251841\/400-error-with-httpclient-for-a-link-with-an-anchor\n    val cleanUrl = {\n      val foundAt = url.indexOf(\"#\")\n      if (foundAt >= 0) url.substring(0, foundAt) else url\n    }\n\n    try {\n      val localContext: HttpContext = new BasicHttpContext\n      localContext.setAttribute(ClientContext.COOKIE_STORE, HtmlFetcher.emptyCookieStore)\n      httpget = new HttpGet(cleanUrl)\n      HttpProtocolParams.setUserAgent(httpClient.getParams, config.getBrowserUserAgent());\n\n      val params = httpClient.getParams\n      HttpConnectionParams.setConnectionTimeout(params, config.getConnectionTimeout())\n      HttpConnectionParams.setSoTimeout(params, config.getSocketTimeout())\n\n      trace(\"Setting UserAgent To: \" + HttpProtocolParams.getUserAgent(httpClient.getParams))\n      val response: HttpResponse = httpClient.execute(httpget, localContext)\n\n      HttpStatusValidator.validate(cleanUrl, response.getStatusLine.getStatusCode) match {\n        case Left(ex) => throw ex\n        case _ =>\n      }\n\n      entity = response.getEntity\n      if (entity != null) {\n        instream = entity.getContent\n        var encodingType: String = \"UTF-8\"\n        try {\n          encodingType = EntityUtils.getContentCharSet(entity)\n          if (encodingType == null) {\n            encodingType = \"UTF-8\"\n          }\n        }\n        catch {\n          case e: Exception => {\n            if (logger.isDebugEnabled) {\n              trace(\"Unable to get charset for: \" + cleanUrl)\n              trace(\"Encoding Type is: \" + encodingType)\n            }\n          }\n        }\n        try {\n          htmlResult = HtmlFetcher.convertStreamToString(instream, 15728640, encodingType).trim\n        }\n        finally {\n          EntityUtils.consume(entity)\n        }\n      }\n      else {\n        trace(\"Unable to fetch URL Properly: \" + cleanUrl)\n      }\n    }\n    catch {\n      case e: NullPointerException => {\n        logger.warn(e.toString + \" \" + e.getMessage + \" Caught for URL: \" + cleanUrl)\n      }\n      case e: MaxBytesException => {\n        trace(\"GRVBIGFAIL: \" + cleanUrl + \" Reached max bytes size\")\n        throw e\n      }\n      case e: SocketException => {\n        logger.warn(e.getMessage + \" Caught for URL: \" + cleanUrl)\n      }\n      case e: SocketTimeoutException => {\n        trace(e.toString)\n      }\n      case e: LoggableException => {\n        logger.warn(e.getMessage)\n        return None\n      }\n      case e: Exception => {\n        trace(\"FAILURE FOR LINK: \" + cleanUrl + \" \" + e.toString)\n        return None\n      }\n    }\n    finally {\n      if (instream != null) {\n        try {\n          instream.close()\n        }\n        catch {\n          case e: Exception => {\n            logger.warn(e.getMessage + \" Caught for URL: \" + cleanUrl)\n          }\n        }\n      }\n      if (httpget != null) {\n        try {\n          httpget.abort()\n          entity = null\n        }\n        catch {\n          case e: Exception => {\n          }\n        }\n      }\n    }\n    if (logger.isDebugEnabled) {\n      logger.debug(\"starting...\")\n    }\n    if (htmlResult == null || htmlResult.length < 1) {\n      if (logger.isDebugEnabled) {\n        logger.debug(\"HTMLRESULT is empty or null\")\n      }\n      throw new NotHtmlException(cleanUrl)\n    }\n    var is: InputStream = null\n    var mimeType: String = null\n    try {\n      is = new ByteArrayInputStream(htmlResult.getBytes(\"UTF-8\"))\n      mimeType = URLConnection.guessContentTypeFromStream(is)\n      if (mimeType != null) {\n        if ((mimeType == \"text\/html\") == true || (mimeType == \"application\/xml\") == true) {\n          return Some(htmlResult)\n        }\n        else {\n          if (htmlResult.contains(\"<title>\") == true && htmlResult.contains(\"<p>\") == true) {\n            return Some(htmlResult)\n          }\n          trace(\"GRVBIGFAIL: \" + mimeType + \" - \" + cleanUrl)\n          throw new NotHtmlException(cleanUrl)\n        }\n      }\n      else {\n        throw new NotHtmlException(cleanUrl)\n      }\n    }\n    catch {\n      case e: UnsupportedEncodingException => {\n        logger.warn(e.getMessage + \" Caught for URL: \" + cleanUrl)\n      }\n      case e: IOException => {\n        logger.warn(e.getMessage + \" Caught for URL: \" + cleanUrl)\n      }\n    }\n    None\n  }\n\n  private def initClient() {\n\n    trace(\"Initializing HttpClient\")\n\n    val httpParams: HttpParams = new BasicHttpParams\n    HttpConnectionParams.setConnectionTimeout(httpParams, 10 * 1000)\n    HttpConnectionParams.setSoTimeout(httpParams, 10 * 1000)\n    HttpProtocolParams.setVersion(httpParams, HttpVersion.HTTP_1_1)\n    emptyCookieStore = new CookieStore {\n      def addCookie(cookie: Cookie) {\n      }\n\n      def getCookies: List[Cookie] = {\n        emptyList\n      }\n\n      def clearExpired(date: Date): Boolean = {\n        false\n      }\n\n      def clear() {\n      }\n\n      private[network] var emptyList: ArrayList[Cookie] = new ArrayList[Cookie]\n    }\n    httpParams.setParameter(\"http.protocol.cookie-policy\", CookiePolicy.BROWSER_COMPATIBILITY)\n    httpParams.setParameter(\"http.User-Agent\", \"Mozilla\/5.0 (X11; U; Linux x86_64; de; rv:1.9.2.8) Gecko\/20100723 Ubuntu\/10.04 (lucid) Firefox\/3.6.8\")\n    httpParams.setParameter(\"http.language.Accept-Language\", \"en-us\")\n    httpParams.setParameter(\"http.protocol.content-charset\", \"UTF-8\")\n    httpParams.setParameter(\"Accept\", \"application\/xml,application\/xhtml+xml,text\/html;q=0.9,text\/plain;q=0.8,image\/png,*\/*;q=0.5\")\n    httpParams.setParameter(\"Cache-Control\", \"max-age=0\")\n    httpParams.setParameter(\"http.connection.stalecheck\", false)\n    val schemeRegistry: SchemeRegistry = new SchemeRegistry\n    schemeRegistry.register(new Scheme(\"http\", 80, PlainSocketFactory.getSocketFactory))\n    schemeRegistry.register(new Scheme(\"https\", 443, SSLSocketFactory.getSocketFactory))\n    val cm = new ThreadSafeClientConnManager(schemeRegistry)\n    cm.setMaxTotal(20000)\n    cm.setDefaultMaxPerRoute(500)\n    httpClient = new DefaultHttpClient(cm, httpParams)\n    httpClient.asInstanceOf[AbstractHttpClient].setHttpRequestRetryHandler(new DefaultHttpRequestRetryHandler(0, false))\n    httpClient.getParams.setParameter(\"http.conn-manager.timeout\", 120000L)\n    httpClient.getParams.setParameter(\"http.protocol.wait-for-continue\", 10000L)\n    httpClient.getParams.setParameter(\"http.tcp.nodelay\", true)\n  }\n\n  \/**\n   * reads bytes off the string and returns a string\n   *\n   * @param is the source stream from the response\n   * @param maxBytes The max bytes that we want to read from the input stream\n   * @return String\n   *\/\n  def convertStreamToString(is: InputStream, maxBytes: Int, encodingType: String): String = {\n    val buf: Array[Char] = new Array[Char](2048)\n    var r: Reader = null\n    val s = new StringBuilder\n    try {\n      r = new InputStreamReader(is, encodingType)\n      var bytesRead: Int = 2048\n      var inLoop = true\n      while (inLoop) {\n        if (bytesRead >= maxBytes) {\n          throw new MaxBytesException\n        }\n        var n: Int = r.read(buf)\n        bytesRead += 2048\n\n        if (n < 0) inLoop = false\n        if (inLoop) s.appendAll(buf, 0, n)\n      }\n      return s.toString()\n    }\n    catch {\n      case e: SocketTimeoutException => {\n        logger.warn(e.toString + \" \" + e.getMessage)\n      }\n      case e: UnsupportedEncodingException => {\n        logger.warn(e.toString + \" Encoding: \" + encodingType)\n      }\n      case e: IOException => {\n        logger.warn(e.toString + \" \" + e.getMessage)\n      }\n    }\n    finally {\n      if (r != null) {\n        try {\n          r.close()\n        }\n        catch {\n          case e: Exception => {\n          }\n        }\n      }\n    }\n    null\n  }\n\n\n}\n\n\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/models\/services\/UserServiceImpl.scala","text":"<reponame>PhilAndrew\/play-silhouette-slick3-postgres-seed\npackage models.services\n\nimport java.lang.IllegalArgumentException\nimport java.util.UUID\nimport javax.inject.Inject\n\nimport com.mohiva.play.silhouette.api.LoginInfo\nimport com.mohiva.play.silhouette.impl.providers.CommonSocialProfile\nimport models.User\nimport models.daos.UserDAO\nimport play.api.libs.concurrent.Execution.Implicits._\n\nimport scala.concurrent.Future\n\n\/**\n * Handles actions to users.\n *\n * @param userDAO The user DAO implementation.\n *\/\nclass UserServiceImpl @Inject() (userDAO: UserDAO) extends UserService {\n\n  \/**\n   * Retrieves a user that matches the specified login info.\n   *\n   * @param loginInfo The login info to retrieve a user.\n   * @return The retrieved user or None if no user could be retrieved for the given login info.\n   *\/\n  def retrieve(loginInfo: LoginInfo): Future[Option[User]] = userDAO.find(loginInfo)\n\n  \/**\n   * Finds a user by its user email.\n   *\n   * @param email The email of the user to find.\n   * @return The found user or None if no user for the given email could be found.\n   *\/\n  def find(email : String): Future[Option[User]] = userDAO.find(email)\n\n  \/**\n   * Saves a user.\n   *\n   * @param user The user to save.\n   * @return The saved user.\n   *\/\n  def save(user: User) = {\n    user.email match {\n      case Some(email) =>\n        if (user.userID.isEmpty) {\n          find (user.email.get).flatMap {\n            case Some (user) => Future.failed (new IllegalArgumentException (\"Trying to create a user with an email that already exists\") )\n            case None => userDAO.save (user)\n          }\n        } else {\n          userDAO.save (user)\n        }\n      case None => Future.failed (new IllegalArgumentException (\"Trying to create a user without email\") )\n    }\n  }\n\n  \/**\n   * Saves the social profile for a user.\n   *\n   * If a user exists for this profile then update the user, otherwise create a new user with the given profile.\n   *\n   * @param profile The social profile to save.\n   * @return The user for whom the profile was saved.\n   *\/\n  def save(profile: CommonSocialProfile) = {\n    userDAO.find(profile.loginInfo).flatMap {\n      case Some(user) => \/\/ Update user with profile\n        userDAO.save(user.copy(\n          firstName = profile.firstName,\n          lastName = profile.lastName,\n          email = profile.email,\n          avatarURL = profile.avatarURL\n        ))\n      case None => \/\/ Insert a new user\n        userDAO.save(User(\n          userID = None,\n          loginInfo = profile.loginInfo,\n          firstName = profile.firstName,\n          lastName = profile.lastName,\n          email = profile.email,\n          avatarURL = profile.avatarURL\n        ))\n    }\n  }\n}\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/utils\/postgres\/PlayPostgresDriver.scala","text":"package utils.postgres\n\n\/\/: ----------------------------------------------------------------------------\n\/\/: Postgres driver from Slick-PG\n\/\/: https:\/\/github.com\/tminglei\/slick-pg\n\/\/:\n\/\/: Dependencies:\n\/\/: ?\n\/\/: ----------------------------------------------------------------------------\n\nimport com.github.tminglei.slickpg._\nimport play.api.libs.json._\n\ntrait PlayPostgresDriver extends ExPostgresDriver\nwith PgArraySupport\nwith PgDateSupport\nwith PgRangeSupport\nwith PgHStoreSupport\nwith PgPlayJsonSupport\nwith PgSearchSupport\nwith PgPostGISSupport\nwith PgNetSupport\nwith PgLTreeSupport {\n  override val pgjson = \"jsonb\" \/\/to keep back compatibility, pgjson's value was \"json\" by default\n\n  override val api = MyAPI\n\n  object MyAPI extends API with ArrayImplicits\n  with DateTimeImplicits\n  with JsonImplicits\n  with NetImplicits\n  with LTreeImplicits\n  with RangeImplicits\n  with HStoreImplicits\n  with SearchImplicits\n  with SearchAssistants {\n    implicit val strListTypeMapper = new SimpleArrayJdbcType[String](\"text\").to(_.toList)\n    implicit val playJsonArrayTypeMapper =\n      new AdvancedArrayJdbcType[JsValue](pgjson,\n        (s) => utils.SimpleArrayUtils.fromString[JsValue](Json.parse(_))(s).orNull,\n        (v) => utils.SimpleArrayUtils.mkString[JsValue](_.toString())(v)\n      ).to(_.toList)\n  }\n}\n\nobject PlayPostgresDriver extends PlayPostgresDriver\n\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/models\/daos\/PasswordInfoDAOImpl.scala","text":"package models.daos\n\nimport com.mohiva.play.silhouette.api.LoginInfo\nimport com.mohiva.play.silhouette.api.util.PasswordInfo\nimport com.mohiva.play.silhouette.impl.daos.DelegableAuthInfoDAO\nimport play.api.Play\nimport play.api.db.slick.{DatabaseConfigProvider, HasDatabaseConfig}\nimport play.api.libs.concurrent.Execution.Implicits._\nimport slick.driver.JdbcProfile\nimport scala.collection.mutable\nimport scala.concurrent.Future\n\n\/**\n * The DAO to store the password information.\n *\/\nclass PasswordInfoDAOImpl extends DelegableAuthInfoDAO[PasswordInfo]  with HasDatabaseConfig[JdbcProfile] {\n  protected val dbConfig = DatabaseConfigProvider.get[JdbcProfile](Play.current)\n\n  import driver.api._\n  import models.daos.UserDAOImpl._\n  import models.daos.PasswordInfoDAOImpl._\n\n  \/**\n   * Finds the auth info which is linked with the specified login info.\n   *\n   * @param loginInfo The linked login info.\n   * @return The retrieved auth info or None if no auth info could be retrieved for the given login info.\n   *\/\n  def find(loginInfo: LoginInfo): Future[Option[PasswordInfo]] = {\n    {\n      db.run(LoginInfos.filter(i => i.providerKey === loginInfo.providerKey && i.providerID === loginInfo.providerID)\n        .result.headOption).mapTo[Option[LoginInfoRow]].flatMap {\n        case Some(loginInfoRow) => db.run(PasswordInfos.filter(_.loginInfoId === loginInfoRow.id).result.headOption).mapTo[Option[PasswordInfoRow]].flatMap {\n          case Some(passrow) => Future.successful(Some(PasswordInfo(passrow.hasher, passrow.password, passrow.salt)))\n          case None => Future.successful(None)\n        }\n        case None => Future.successful(None)\n      }\n    }\n  }\n\n  \/**\n   * Adds new auth info for the given login info.\n   *\n   * @param loginInfo The login info for which the auth info should be added.\n   * @param authInfo The auth info to add.\n   * @return The added auth info.\n   *\/\n  def add(loginInfo: LoginInfo, authInfo: PasswordInfo): Future[PasswordInfo] = {\n    db.run(LoginInfos.filter(i => i.providerKey === loginInfo.providerKey && i.providerID === loginInfo.providerID)\n      .result.headOption).mapTo[Option[LoginInfoRow]].flatMap {\n      case Some(loginInfoRow) => db.run(PasswordInfos += PasswordInfoRow(authInfo.hasher, authInfo.password, authInfo.salt, loginInfoRow.id.get)).flatMap {\n        _ => Future.successful(authInfo)\n      }\n      case None =>\n        Future.successful(authInfo)\n    }\n  }\n\n  \/**\n   * Updates the auth info for the given login info.\n   *\n   * @param loginInfo The login info for which the auth info should be updated.\n   * @param authInfo The auth info to update.\n   * @return The updated auth info.\n   *\/\n  def update(loginInfo: LoginInfo, authInfo: PasswordInfo): Future[PasswordInfo] = {\n    db.run(LoginInfos.filter(i => i.providerKey === loginInfo.providerKey && i.providerID === loginInfo.providerID)\n      .result.headOption).mapTo[Option[LoginInfoRow]].flatMap {\n      case Some(loginInfoRow) => db.run(PasswordInfos.filter(_.loginInfoId === loginInfoRow.id.get).update(PasswordInfoRow(authInfo.hasher, authInfo.password, authInfo.salt, loginInfoRow.id.get))).flatMap {\n        _ => Future.successful(authInfo)\n      }\n      case None =>\n        Future.failed(new Exception(\"Can't update authInfo\"))\n    }\n  }\n\n  \/**\n   * Saves the auth info for the given login info.\n   *\n   * This method either adds the auth info if it doesn't exists or it updates the auth info\n   * if it already exists.\n   *\n   * @param loginInfo The login info for which the auth info should be saved.\n   * @param authInfo The auth info to save.\n   * @return The saved auth info.\n   *\/\n  def save(loginInfo: LoginInfo, authInfo: PasswordInfo): Future[PasswordInfo] = {\n    find(loginInfo).flatMap {\n      case Some(_) => update(loginInfo, authInfo)\n      case None => add(loginInfo, authInfo)\n    }\n  }\n\n  \/**\n   * Removes the auth info for the given login info.\n   *\n   * @param loginInfo The login info for which the auth info should be removed.\n   * @return A future to wait for the process to be completed.\n   *\/\n  def remove(loginInfo: LoginInfo): Future[Unit] = {\n    Future.failed(new Exception(\"Can't delete authInfo \/\/ TODO\"))\n  }\n\n}\n\n\/**\n * The companion object.\n *\/\nobject PasswordInfoDAOImpl extends HasDatabaseConfig[JdbcProfile] {\n\n  protected val dbConfig = DatabaseConfigProvider.get[JdbcProfile](Play.current)\n  import driver.api._\n\n  class PasswordInfosTable(tag: Tag) extends Table[PasswordInfoRow](tag, \"users_passwordinfo\") {\n    def hasher = column[String](\"hasher\")\n    def password = column[String](\"password\")\n    def salt = column[Option[String]](\"salt\")\n    def loginInfoId = column[Long](\"logininfo_id\", O.PrimaryKey)\n    def * = (hasher, password, salt, loginInfoId) <> (PasswordInfoRow.tupled,PasswordInfoRow.unapply _)\n  }\n  case class PasswordInfoRow(hasher : String, password : String,salt :  Option[String], loginInfoId : Long)\n\n  val PasswordInfos = TableQuery[PasswordInfosTable]\n}\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/models\/postgres\/TestTable.scala","text":"<filename>app\/models\/postgres\/TestTable.scala\npackage models.postgres\n\n\/\/: ----------------------------------------------------------------------------\n\/\/:\n\/\/: Dependencies:\n\/\/: ?\n\/\/: ----------------------------------------------------------------------------\n\nimport java.sql.Timestamp\nimport  com.github.tminglei.slickpg.Range\nimport com.vividsolutions.jts.geom._\nimport utils.postgres.PlayPostgresDriver.api._\n\ncase class Test(id: Option[Long],\n                during: Range[Timestamp],\n                text: String,\n                props: Map[String,String],\n                tags: List[String])\n\nclass TestTable(tag: Tag) extends Table[Test](tag, \"test_table\") {\n  def id = column[Long](\"id\", O.AutoInc, O.PrimaryKey)\n  def during = column[Range[Timestamp]](\"during\")\n  def text = column[String](\"text\", O.SqlType(\"varchar(4000)\"))\n  def props = column[Map[String,String]](\"props_hstore\")\n  def tags = column[List[String]](\"tags_arr\")\n\n  def * = (id.?, during, text, props, tags) <> (Test.tupled, Test.unapply)\n}\n\nobject tests extends TableQuery(new TestTable(_)) {\n  \/\/ will generate sql like:\n  \/\/   select * from test where id = ?\n  def byId(ids: Long*) = tests\n    .filter(_.id inSetBind ids)\n    .map(t => t)\n  \/\/ will generate sql like:\n  \/\/   select * from test where tags && ?\n  def byTag(tags: String*) = tests\n    .filter(_.tags @& tags.toList.bind)\n    .map(t => t)\n  \/\/ will generate sql like:\n  \/\/   select * from test where during && ?\n  def byTsRange(tsRange: Range[Timestamp]) = tests\n    .filter(_.during @& tsRange.bind)\n    .map(t => t)\n  \/\/ will generate sql like:\n  \/\/   select * from test where case(props -> ? as [T]) == ?\n  def search(queryStr: String) = tests\n    .filter( t => {tsVector(t.text) @@ tsQuery(queryStr.bind)})\n    .map(r => (r.id, r.text, tsRank(tsVector(r.text), tsQuery(queryStr.bind))))\n    .sortBy(_._3)\n}\n\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/models\/daos\/UserDAOImpl.scala","text":"<reponame>PhilAndrew\/play-silhouette-slick3-postgres-seed\npackage models.daos\n\n\nimport com.mohiva.play.silhouette.api.LoginInfo\nimport models.User\nimport play.api.Play\nimport play.api.db.slick.{HasDatabaseConfig, DatabaseConfigProvider}\nimport slick.driver.JdbcProfile\nimport com.mohiva.play.silhouette.api.util.PasswordInfo\nimport com.mohiva.play.silhouette.impl.providers.CommonSocialProfile\nimport play.api.Play\nimport play.api.db.slick.DatabaseConfigProvider\nimport play.api.db.slick.HasDatabaseConfig\nimport slick.driver.JdbcProfile\nimport scala.collection.mutable\nimport scala.util.Failure\nimport models.daos.UserDAOImpl.{LoginInfoRow, UserRow}\nimport play.api.libs.concurrent.Execution.Implicits.defaultContext\n\nimport scala.concurrent.Future\n\n\/**\n * Give access to the user object.\n *\/\nclass UserDAOImpl extends UserDAO with HasDatabaseConfig[JdbcProfile] {\n  protected val dbConfig = DatabaseConfigProvider.get[JdbcProfile](Play.current)\n\n  import driver.api._\n\n  import models.daos.UserDAOImpl._\n\n  \/**\n   * Finds a user by its login info.\n   *\n   * @param loginInfo The login info of the user to find.\n   * @return The found user or None if no user for the given login info could be found.\n   *\/\n  def find(loginInfo: LoginInfo) = {  db.run(LoginInfos.filter(i => i.providerKey === loginInfo.providerKey && i.providerID === loginInfo.providerID)\n    .result.headOption).mapTo[Option[LoginInfoRow]].flatMap{\n    case Some(loginInfoRow) => db.run(UserLoginInfos.filter(_.loginInfoId === loginInfoRow.id).result.headOption).mapTo[Option[UserLoginInfoRow]].flatMap{\n      case Some(userLoginInfoRow) =>  find(userLoginInfoRow.userID)\n      case None => Future.successful(None)\n    }\n    case None =>   Future.successful(None)\n  }\n  }\n\n  \/**\n   * Finds a login info for a user.\n   *\n   * @param userID The userId.\n   * @return The found loginInfo.\n   *\/\n  def findLoginInfo(userID: Long) : Future[Option[LoginInfo]] = {\n    db.run(UserLoginInfos.filter(_.userID === userID).result.headOption).mapTo[Option[UserLoginInfoRow]].flatMap{\n      case Some(userLoginInfoRow) =>\n        db.run(LoginInfos.filter(_.id === userLoginInfoRow.loginInfoId).result.headOption).mapTo[Option[LoginInfoRow]].flatMap{\n          case Some(loginInfo) =>  Future.successful(Some(LoginInfo(loginInfo.providerId,loginInfo.providerKey)))\n          case None => Future.successful(None)\n        }\n      case None => Future.successful(None)\n    }\n  }\n\n\n  \/**\n   * Finds a user by its user ID.\n   *\n   * @param userID The ID of the user to find.\n   * @return The found user or None if no user for the given ID could be found.\n   *\/\n  def find(userID: Long) = {\n    db.run(Users.filter(_.id === userID).result.headOption).mapTo[Option[UserRow]].flatMap{\n      case Some(user) => findLoginInfo(user.userID.get).mapTo[Option[LoginInfo]].flatMap {\n        case Some(loginInfo) => Future.successful(Some(UserRowToUser(user,loginInfo)))\n        case None => Future.successful(None)\n      }\n      case None =>   Future.successful(None)\n    }\n  }\n\n  \/**\n   * Finds a user by its user email.\n   *\n   * @param email The email of the user to find.\n   * @return The found user or None if no user for the given email could be found.\n   *\/\n  def find(email: String) = {\n    db.run(Users.filter(_.email === email).result.headOption).mapTo[Option[UserRow]].flatMap{\n      case Some(user) => findLoginInfo(user.userID.get).mapTo[Option[LoginInfo]].flatMap {\n        case Some(loginInfo) => Future.successful(Some(UserRowToUser(user,loginInfo)))\n        case None => Future.successful(None)\n      }\n      case None =>   Future.successful(None)\n    }\n  }\n\n\n  \/**\n   * Saves a user.\n   *\n   * @param user The user to save.\n   * @return The saved user.\n   *\/\n  def save(user: User) =\n    user.userID match {\n      case Some(id) => db.run(Users.filter(_.id === id).update(UserToUserRow(user))).mapTo[Integer].flatMap {\n        updated =>\n          if (updated > 0) {\n            save(user.loginInfo,id).flatMap{ _ => Future.successful(user)}\n          } else {\n            create(user)\n          }\n      }\n      case None => create(user)\n    }\n\n\n  \/**\n   * Saves a loginInfo. If the user iD is undefined, creates a new user.\n   *\n   * @param loginInfo The loginInfo to save.\n   * @return The saved loginInfo.\n   *\/\n  def save(loginInfo: LoginInfo,userId : Long) : Future[LoginInfo] = {\n    db.run(LoginInfos.filter(i => i.providerKey === loginInfo.providerKey && i.providerID === loginInfo.providerID).result.headOption).mapTo[Option[LoginInfoRow]].flatMap {\n      case Some(loginInfoRow) => Future.successful(loginInfo)\n      case None =>\n        db.run((LoginInfos returning LoginInfos.map(_.id)) += LoginInfoRow(None,loginInfo.providerID,loginInfo.providerKey)).mapTo[Long].flatMap{\n          id => db.run(UserLoginInfos += UserLoginInfoRow(userId,id)).flatMap{ _ => Future.successful(loginInfo)}\n        }\n    }\n  }\n\n  \/**\n   * Creates a user.\n   *\n   * @param user The user to Create.\n   * @return The created user.\n   *\/\n  def create(user: User): Future[User] = {\n    db.run((Users returning Users.map(_.id)) += UserToUserRow(user)).mapTo[Long].flatMap {\n      id => save(user.loginInfo, id).flatMap {\n        loginInfo => Future.successful(User(Some(id), loginInfo, user.firstName, user.lastName, user.email, user.avatarURL))\n      }\n    }\n  }\n\n}\n\n\/**\n * The companion object.\n *\/\nobject UserDAOImpl  extends HasDatabaseConfig[JdbcProfile] {\n\n  protected val dbConfig = DatabaseConfigProvider.get[JdbcProfile](Play.current)\n  import driver.api._\n\n  case class UserRow(userID: Option[Long],firstName: String,lastName: String,email: String,avatarURL: Option[String])\n  case class LoginInfoRow(id : Option[Long], providerId : String,providerKey : String)\n  case class UserLoginInfoRow(userID : Long, loginInfoId : Long)\n\n  val Users = TableQuery[UsersTable]\n  val LoginInfos = TableQuery[LoginInfosTable]\n  val UserLoginInfos= TableQuery[UserLoginInfosTable]\n\n\n  def UserRowToUser(row : UserRow, loginInfo : LoginInfo) : User = {\n    User(row.userID,loginInfo,Some(row.firstName),Some(row.lastName),Some(row.email),row.avatarURL)\n  }\n\n  def UserToUserRow(row : User) : UserRow = {\n    UserRow(row.userID,row.firstName.getOrElse(\"\"),row.lastName.getOrElse(\"\"),row.email.getOrElse(\"\"),row.avatarURL)\n  }\n\n\n  class UsersTable(tag: Tag) extends Table[UserRow](tag, \"users\") {\n    def id = column[Long](\"user_id\", O.PrimaryKey, O.AutoInc)\n    def firstName = column[String](\"first_name\")\n    def lastName = column[String](\"last_name\")\n    def email = column[String](\"email\")\n    def avatarURL = column[Option[String]](\"avatar_url\")\n    def uniqueEmail = index(\"IDX_EMAIL\", email, unique = true)\n    def * = (id.?, firstName, lastName, email, avatarURL) <> (UserRow.tupled,UserRow.unapply _)\n  }\n\n  class LoginInfosTable(tag: Tag) extends Table[LoginInfoRow](tag, \"users_logininfo\") {\n    def id = column[Long](\"id\", O.PrimaryKey, O.AutoInc)\n    def providerID = column[String](\"provider_id\")\n    def providerKey = column[String](\"provider_key\")\n    def * = (id.?, providerID, providerKey) <> (LoginInfoRow.tupled,LoginInfoRow.unapply _ )\n  }\n\n  class UserLoginInfosTable(tag: Tag) extends Table[UserLoginInfoRow](tag, \"users_userlogininfo\") {\n    def userID = column[Long](\"user_id\")\n    def loginInfoId = column[Long](\"logininfo_id\")\n    def * = (userID, loginInfoId) <> (UserLoginInfoRow.tupled,UserLoginInfoRow.unapply _)\n  }\n\n}\n"}
{"repo_name":"PhilAndrew\/play-silhouette-slick3-postgres-seed","path":"app\/utils\/postgres\/package.scala","text":"<filename>app\/utils\/postgres\/package.scala\npackage utils\n\n\/\/: ----------------------------------------------------------------------------\n\/\/:\n\/\/: Dependencies:\n\/\/: ?\n\/\/: ----------------------------------------------------------------------------\n\nimport java.time.{LocalDateTime, LocalDate}\n\nimport com.github.tminglei.slickpg\nimport com.vividsolutions.jts.geom._\nimport play.api.data._\nimport play.api.data.format._\nimport java.util.UUID\nimport play.api.libs.json.JsValue\n\npackage object postgres {\n  type Range[T] = slickpg.Range[T]\n  val Range = slickpg.Range\n\n  \/\/\/ play form formatter aliases\n  implicit val stringFormat = Formats.stringFormat\n  implicit val longFormat = Formats.longFormat\n  implicit val intFormat = Formats.intFormat\n  implicit val booleanFormat = Formats.booleanFormat\n  implicit val j8DateFormat = MyFormats.j8DateFormat\n  implicit val j8DateTimeFormat = MyFormats.j8DateTimeFormat\n  implicit val uuidFormat = MyFormats.uuidFormat\n  implicit val intRangeFormat = MyFormats.rangeFormat[Int](_.toInt)\n  implicit val longRangeFormat = MyFormats.rangeFormat[Long](_.toLong)\n  implicit val floatRangeFormat = MyFormats.rangeFormat[Float](_.toFloat)\n  implicit val dateRangeFormat = MyFormats.rangeFormat[LocalDate](LocalDate.parse)\n  implicit val dateTimeRangeFormat = MyFormats.rangeFormat[LocalDateTime](LocalDateTime.parse)\n  implicit val geometryFormat = MyFormats.geometryFormat[Geometry]\n  implicit val pointFormat = MyFormats.geometryFormat[Point]\n  implicit val polygonFormat = MyFormats.geometryFormat[Polygon]\n  implicit val lineStringFormat = MyFormats.geometryFormat[LineString]\n  implicit val linearRingFormat = MyFormats.geometryFormat[LinearRing]\n  implicit val geometryCollectionFormat = MyFormats.geometryFormat[GeometryCollection]\n  implicit val multiPointFormat = MyFormats.geometryFormat[MultiPoint]\n  implicit val multiPolygonFormat = MyFormats.geometryFormat[MultiPolygon]\n  implicit val multiLineStringFormat = MyFormats.geometryFormat[MultiLineString]\n  implicit val strMapFormat = MyFormats.strMapFormat\n  implicit val jsonFormat = MyFormats.jsonFormat\n\n  \/\/ play form mappings\n  val uuid: Mapping[UUID] = Forms.of[UUID]\n  val point: Mapping[Point] = Forms.of[Point]\n  val polygon: Mapping[Polygon] = Forms.of[Polygon]\n  val date: Mapping[LocalDate] = Forms.of[LocalDate]\n  val datetime: Mapping[LocalDateTime] = Forms.of[LocalDateTime]\n  val strMap: Mapping[Map[String, String]] = Forms.of[Map[String, String]]\n  val intRange: Mapping[Range[Int]] = Forms.of[Range[Int]]\n  val longRange: Mapping[Range[Long]] = Forms.of[Range[Long]]\n  val floatRange: Mapping[Range[Float]] = Forms.of[Range[Float]]\n  val dateRange: Mapping[Range[LocalDate]] = Forms.of[Range[LocalDate]]\n  val dateTimeRange: Mapping[Range[LocalDateTime]] = Forms.of[Range[LocalDateTime]]\n  val json: Mapping[JsValue] = Forms.of[JsValue]\n}"}
{"repo_name":"ksilin\/adminclient","path":"src\/test\/scala\/com\/example\/adminclient\/AdminClientCloudSpec.scala","text":"<reponame>ksilin\/adminclient\n\/*\n * Copyright 2020 ksilin\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.example.adminclient\n\nimport java.util\nimport java.util.Properties\nimport java.util.concurrent.ExecutionException\nimport org.apache.kafka.clients.admin.{AdminClient, CreatePartitionsResult, CreateTopicsResult, DescribeClusterResult, ListTopicsResult, NewPartitions, NewTopic}\nimport org.apache.kafka.common.KafkaFuture\nimport org.apache.kafka.common.errors.SaslAuthenticationException\nimport org.scalatest.freespec.AnyFreeSpec\nimport org.scalatest.matchers.must.Matchers\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\n\nclass AdminClientCloudSpec extends AnyFreeSpec with Matchers with FutureConverter {\n\n  val config: SpecConfig = SpecConfig()\n  val userKafkaConfigName = \"userKafkaApiKey\" \/\/\n  val userCloudConfigName = \"userCloudApiKey\" \/\/\n  val userUiConfigName = \"userUi\" \/\/\n  val saConfigName = \"serviceAccountKafkaApiKey\"\n\n  \"cluster admin functions must work for cluster-level api-key\" - {\n\n    \/\/ \u276f ccloud kafka acl list --service-account 110947 --cluster lkc-8yjzq\n    \/\/\n    \/\/  ServiceAccountId | Permission | Operation | Resource |  Name   |  Type\n    \/\/+------------------+------------+-----------+----------+---------+---------+\n    \/\/  User:110947      | ALLOW      | READ      | GROUP    | acldemo | LITERAL\n    \/\/  User:110947      | ALLOW      | READ      | TOPIC    | acldemo | LITERAL\n    \/\/  User:110947      | ALLOW      | WRITE     | TOPIC    | acldemo | LITERAL\n\n    \/\/ \u276f ccloud kafka acl create --allow --operation DESCRIBE --service-account 110947 --cluster-scope --cluster lkc-8yjzq\n    \/\/\n    \/\/  ServiceAccountId | Permission | Operation | Resource |     Name      |  Type\n    \/\/+------------------+------------+-----------+----------+---------------+---------+\n    \/\/  User:110947      | ALLOW      | DESCRIBE  | CLUSTER  | kafka-cluster | LITERAL\n\n    val clusterName = \"copsTamAwsKsiTst\"\n    val props: Properties = config.propertiesFor(userKafkaConfigName, clusterName)\n    \/\/ !!! requires kafka dependency, otherwise, future resolution fails with a 'Timeout'\n    val client: AdminClient = AdminClient.create(props)\n\n    \"must be able to list topics\" in {\n      val res: ListTopicsResult               = client.listTopics() \/\/ describeCluster()\n      val getn: KafkaFuture[util.Set[String]] = res.names()\n      val getItDone: util.Set[String] = getn.get()\n      println(getItDone)\n    }\n\n    \"must be able to get cluster id\" in {\n      val res: DescribeClusterResult = client.describeCluster()\n      val getn: KafkaFuture[String]  = res.clusterId()\n      val sf                         = toScalaFuture(getn)\n      val clusterId                  = Await.result(sf, 10.seconds)\n      println(clusterId)\n    }\n\n    val testTopicName = \"adminClient_test\"\n\n    \"must be able to create a topic\" in {\n      \/\/ TODO - delete the topic first\n      val topic = new NewTopic(testTopicName, 1, 3.shortValue())\n      val res: CreateTopicsResult               = client.createTopics(List(topic).asJava) \/\/ describeCluster()\n      val getn: KafkaFuture[Void] = res.all()\n      val getItDone: Void = getn.get()\n    }\n\n    \"must be able to add partitions\" in {\n      val partitionIncrease = NewPartitions.increaseTo(2)\n      val res: CreatePartitionsResult               = client.createPartitions(Map(testTopicName -> partitionIncrease).asJava) \/\/ describeCluster()\n      val getn: KafkaFuture[Void] = res.all()\n      val getItDone: Void = getn.get()\n    }\n\n  }\n\n  \"cluster admin functions must not be available for cloud-level api-key\" - {\n\n    val clusterName = \"copsTamAwsKsiTst\"\n    val props: Properties = config.propertiesFor(userCloudConfigName, clusterName)\n    \/\/ !!! requires kafka dependency, otherwise, future resolution fails with a 'Timeout'\n    val client: AdminClient = AdminClient.create(props)\n\n    \"must not be able to authenticate to list topics\" in {\n      val res: ListTopicsResult               = client.listTopics() \/\/ describeCluster()\n      val getn: KafkaFuture[util.Set[String]] = res.names()\n      val sf                           = toScalaFuture(getn)\n      val ex                         = intercept[ExecutionException](Await.result(sf, 10.seconds))\n      val cause                      = ex.getCause\n      cause mustBe a[SaslAuthenticationException]\n      cause.getMessage mustBe \"Authentication failed\"\n    }\n\n    \"must not be able to authenticate to get cluster id\" in {\n      val res: DescribeClusterResult = client.describeCluster()\n      val getn: KafkaFuture[String]  = res.clusterId()\n      val sf                         = toScalaFuture(getn)\n      val ex                         = intercept[ExecutionException](Await.result(sf, 10.seconds))\n      val cause                      = ex.getCause\n      cause mustBe a[SaslAuthenticationException]\n      cause.getMessage mustBe \"Authentication failed\"\n    }\n  }\n\n  \"cluster admin functions must be available for cluster-level api-key for a service account\" - {\n\n    val clusterName = \"copsTamAwsKsiTst\"\n    val props: Properties = config.propertiesFor(saConfigName, clusterName)\n    \/\/ !!! requires kafka dependency, otherwise, future resolution fails with a 'Timeout'\n    val client: AdminClient = AdminClient.create(props)\n\n    \"must be able to list topics\" in {\n      val res: ListTopicsResult               = client.listTopics() \/\/ describeCluster()\n      val getn: KafkaFuture[util.Set[String]] = res.names()\n      val getItDone                           = getn.get()\n      println(getItDone)\n    }\n\n    \"must not be able to get cluster id\" in {\n      val res: DescribeClusterResult = client.describeCluster()\n      val getn: KafkaFuture[String]  = res.clusterId()\n      val getItDone                           = getn.get()\n      println(getItDone)\n    }\n  }\n\n  \"cluster admin functions are not available with UI user\/pw \" - {\n\n    val clusterName = \"copsTamAwsKsiTst\"\n    val props: Properties = config.propertiesFor(userUiConfigName, clusterName)\n    \/\/ !!! requires kafka dependency, otherwise, future resolution fails with a 'Timeout'\n    val client: AdminClient = AdminClient.create(props)\n\n    \"must be able to get cluster id\" in {\n      val res: DescribeClusterResult = client.describeCluster()\n      val getn: KafkaFuture[String]  = res.clusterId()\n      val sf                         = toScalaFuture(getn)\n      val ex                         = intercept[ExecutionException](Await.result(sf, 10.seconds))\n      val cause                      = ex.getCause\n      cause mustBe a[SaslAuthenticationException]\n      cause.getMessage mustBe \"Authentication failed\"\n    }\n\n  }\n\n}\n"}
{"repo_name":"ksilin\/adminclient","path":"src\/test\/scala\/com\/example\/adminclient\/ApiKeyAclCloudSpec.scala","text":"\/*\n * Copyright 2020 ksilin\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.example.adminclient\n\nimport java.util\nimport java.util.Properties\nimport org.apache.kafka.clients.admin.{AdminClient, CreateAclsResult}\nimport org.apache.kafka.common.acl.{AccessControlEntry, AccessControlEntryFilter, AclBinding, AclBindingFilter, AclOperation, AclPermissionType}\nimport org.apache.kafka.common.resource.{PatternType, ResourcePattern, ResourcePatternFilter, ResourceType}\nimport org.scalatest.freespec.AnyFreeSpec\nimport org.scalatest.matchers.must.Matchers\n\nimport scala.jdk.CollectionConverters._\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\n\nclass ApiKeyAclCloudSpec extends AnyFreeSpec with Matchers with FutureConverter {\n\n  val config: SpecConfig = SpecConfig()\n  val userConfigName = \"userKafkaApiKey\" \/\/\n  val saConfigName = \"serviceAccountKafkaApiKey\"\n\n  \"check and adjust ACLs\" - {\n\n    val clusterName = \"copsTamAwsKsiTst\"\n    val props: Properties = config.propertiesFor(userConfigName, clusterName)\n\n    \/\/ !!! requires kafka dependency, otherwise, future resolution fails with a 'Timeout'\n    val client: AdminClient = AdminClient.create(props)\n\n    \"must be able to get all ACLs in cluster\" in {\n      val getAcls = client.describeAcls(AclBindingFilter.ANY).values()\n      val sf: Future[util.Collection[AclBinding]] = toScalaFuture(getAcls)\n      val acls: Iterable[AclBinding] = Await.result(sf, 10.seconds).asScala\n\n      println(s\"all acls in cluster:\")\n      acls foreach println\n    }\n\n    \"must be able to get ACLs of current user\" in {\n\n      val user = config.userConfigMap(userConfigName)\n\n      val currentUserACEntryFilter = new AccessControlEntryFilter(user.principal, \"*\", AclOperation.ANY, AclPermissionType.ANY)\n      val currentUserAclBindingFilter: AclBindingFilter = new AclBindingFilter(ResourcePatternFilter.ANY, currentUserACEntryFilter)\n\n      val getAcls = client.describeAcls(currentUserAclBindingFilter).values()\n      val sf: Future[util.Collection[AclBinding]] = toScalaFuture(getAcls)\n      val acls: Iterable[AclBinding] = Await.result(sf, 10.seconds).asScala\n      println(s\"acls for ${user.accountId}:\")\n      acls foreach println\n    }\n\n    \"must be able to set ACL for SA user\" in {\n\n      val saSaslConfig: SaslConfig = config.userConfigMap(saConfigName)\n\n      \/\/ The only valid name for the CLUSTER resource is kafka-cluster\n      val resourcePattern = new ResourcePattern(ResourceType.CLUSTER, \"kafka-cluster\", PatternType.LITERAL)\n      val accessControlEntry = new AccessControlEntry(saSaslConfig.principal, \"*\", AclOperation.DESCRIBE, AclPermissionType.ALLOW)\n\n      \/\/ The only valid name for the CLUSTER resource is kafka-cluster\n      val resourcePatternFilter = new ResourcePatternFilter(ResourceType.CLUSTER, \"kafka-cluster\", PatternType.LITERAL)\n      val accessControlEntryFilter = new AccessControlEntryFilter(saSaslConfig.principal, \"*\", AclOperation.DESCRIBE, AclPermissionType.ALLOW)\n\n      val aclBindingFilter = new AclBindingFilter(resourcePatternFilter, accessControlEntryFilter)\n      val deleteAcls = client.deleteAcls(List(aclBindingFilter).asJava)\n      val aclsDeleted: List[AclBinding] = Await.result(toScalaFuture(deleteAcls.all()), 10.seconds).asScala.toList\n      \/\/println(\"acls deleted: \")\n      \/\/aclsDeleted foreach println\n\n      val aclBindingForSA = new AclBinding(resourcePattern, accessControlEntry)\n\n      val createAcls: CreateAclsResult = client.createAcls(List(aclBindingForSA).asJava)\n      val aclsCreated: Void = Await.result(toScalaFuture(createAcls.all()), 10.seconds)\n\n      val currentUserACEntryFilter = new AccessControlEntryFilter(saSaslConfig.principal, \"*\", AclOperation.ANY, AclPermissionType.ANY)\n      val currentUserAclBindingFilter: AclBindingFilter = new AclBindingFilter(ResourcePatternFilter.ANY, currentUserACEntryFilter)\n\n      val getAcls = client.describeAcls(currentUserAclBindingFilter).values()\n      val sf: Future[util.Collection[AclBinding]] = toScalaFuture(getAcls)\n      val foundAcls: Iterable[AclBinding] = Await.result(sf, 10.seconds).asScala\n      \/\/println(s\"acls for ${saSaslConfig.accountId}:\")\n      \/\/foundAcls foreach println\n      foundAcls.size mustBe 1\n      foundAcls.head must be(aclBindingForSA)\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"ksilin\/adminclient","path":"build.sbt","text":"\/\/ *****************************************************************************\n\/\/ Projects\n\/\/ *****************************************************************************\n\nlazy val adminclient =\n  project\n    .in(file(\".\"))\n    .enablePlugins(AutomateHeaderPlugin)\n    .settings(commonSettings)\n    .settings(\n      libraryDependencies ++= Seq(\n        library.clients,\n        library.kafka,\n        library.pureConfig,\n        library.scalatest % Test,\n      ),\n    )\n\n\/\/ *****************************************************************************\n\/\/ Library dependencies\n\/\/ *****************************************************************************\n\nlazy val library =\n  new {\n    object Version {\n      val kafka = \"2.8.0\"\n      val scalatest = \"3.2.0\"\n    }\n    val clients = \"org.apache.kafka\" % \"kafka-clients\" % Version.kafka\n    val kafka = \"org.apache.kafka\" %% \"kafka\" % Version.kafka\n    val pureConfig = \"com.github.pureconfig\" %% \"pureconfig\" % \"0.14.0\"\n    val scalatest = \"org.scalatest\" %% \"scalatest\" % Version.scalatest\n  }\n\n\/\/ *****************************************************************************\n\/\/ Settings\n\/\/ *****************************************************************************\n\nlazy val commonSettings =\n  Seq(\n    scalaVersion := \"2.13.3\",\n    organization := \"default\",\n    organizationName := \"ksilin\",\n    startYear := Some(2020),\n    licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    scalacOptions ++= Seq(\n      \"-unchecked\",\n      \"-deprecation\",\n      \"-language:_\",\n      \"-encoding\", \"UTF-8\",\n      \"-Ywarn-unused:imports\",\n    ),\n   \/\/ testFrameworks += new TestFramework(\"munit.Framework\"),\n    resolvers += \"confluent\" at \"https:\/\/packages.confluent.io\/maven\/\",\n      scalafmtOnCompile := true,\n)\n"}
{"repo_name":"ksilin\/adminclient","path":"src\/test\/scala\/com\/example\/adminclient\/SpecConfig.scala","text":"<reponame>ksilin\/adminclient\npackage com.example.adminclient\n\nimport java.util.Properties\n\nimport org.apache.kafka.clients.admin.AdminClientConfig\nimport pureconfig.ConfigReader.Result\nimport pureconfig._\nimport pureconfig.generic.ProductHint\nimport pureconfig.generic.auto._\n\ncase class SaslConfig(user: String, password: String, accountId: Int){\n  val saslString: String = s\"\"\"org.apache.kafka.common.security.plain.PlainLoginModule required username=\"${user}\" password=\"${password}\";\"\"\".stripMargin\n  val principal = s\"User:$accountId\"\n}\n\ncase class CloudClusterCoords( endpoint: String, name: String, lkc: String)\n\ncase class SpecConfig(configSource: ConfigObjectSource = ConfigSource.default) {\n\n  private val CREDENTIALS = \"credentials\"\n  private val CLUSTERS = \"clusters\"\n\n  implicit def hint[A]: ProductHint[A] = ProductHint[A](ConfigFieldMapping(CamelCase, CamelCase))\n\n  private val getUserConfigs: Result[Map[String, SaslConfig]] = configSource.at(CREDENTIALS).load[Map[String, SaslConfig]]\n  println(getUserConfigs)\n  val userConfigMap: Map[String, SaslConfig] = getUserConfigs.getOrElse(Map.empty)\n\n  val clustersMap: Map[String, CloudClusterCoords] =configSource.at(CLUSTERS).load[Map[String, CloudClusterCoords]].getOrElse(Map.empty)\n  println(clustersMap)\n\n  val propertiesBase: Properties = {\n    val p = new Properties()\n    p.setProperty(\"ssl.endpoint.identification.algorithm\", \"https\")\n    p.setProperty(\"sasl.mechanism\", \"PLAIN\")\n    p.setProperty(AdminClientConfig.REQUEST_TIMEOUT_MS_CONFIG, \"20000\")\n    p.setProperty(AdminClientConfig.RETRY_BACKOFF_MS_CONFIG, \"500\")\n    p.setProperty(AdminClientConfig.SECURITY_PROTOCOL_CONFIG, \"SASL_SSL\")\n    p\n  }\n\n  def propertiesFor(user: String, endpointName: String): Properties = {\n    val newProps = new Properties()\n    newProps.putAll(propertiesBase)\n    newProps.setProperty(\"sasl.jaas.config\", userConfigMap(user).saslString)\n    newProps.setProperty(AdminClientConfig.BOOTSTRAP_SERVERS_CONFIG, clustersMap(endpointName).endpoint)\n    newProps\n  }\n\n\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-bundle\/src\/main\/resources\/config\/experiments.scala","text":"package config\n\nimport com.typesafe.config.ConfigFactory\nimport org.peelframework.core.beans.data.{DataSet, ExperimentOutput}\nimport org.peelframework.core.beans.experiment.ExperimentSuite\nimport org.peelframework.dstat.beans.system.Dstat\nimport org.peelframework.flink.beans.experiment.FlinkExperiment\nimport org.peelframework.flink.beans.system.Flink\nimport org.springframework.context.annotation._\nimport org.springframework.context.{ApplicationContext, ApplicationContextAware}\n\n\/** Experiments definitions for the 'flink-hashagg' bundle. *\/\n@Configuration\n@ComponentScan(\/\/ Scan for annotated Peel components in the 'de.tu_berlin.dima.experiments.flink.hashagg' package\n  value = Array(\"de.tu_berlin.dima.experiments.flink.hashagg\"),\n  useDefaultFilters = false,\n  includeFilters = Array[ComponentScan.Filter](\n    new ComponentScan.Filter(value = Array(classOf[org.springframework.stereotype.Service])),\n    new ComponentScan.Filter(value = Array(classOf[org.springframework.stereotype.Component]))\n  )\n)\n@ImportResource(value = Array(\n  \"classpath:peel-core.xml\",\n  \"classpath:peel-extensions.xml\"\n))\n@Import(value = Array(\n  classOf[org.peelframework.extensions], \/\/ base system beans\n  classOf[config.fixtures.systems], \/\/ custom system beans\n  classOf[config.fixtures.datasets] \/\/ dataset beans\n))\nclass experiments extends ApplicationContextAware {\n\n  val runs = 5\n\n  \/* The enclosing application context. *\/\n  var ctx: ApplicationContext = null\n\n  def setApplicationContext(ctx: ApplicationContext): Unit = {\n    this.ctx = ctx\n  }\n\n  \/\/ ---------------------------------------------------\n  \/\/ Experiments\n  \/\/ ---------------------------------------------------\n\n  def ex(name: String, ds: String, wl: String): ExperimentSuite = new ExperimentSuite(\n    for {\n      distribution \/**\/ <- Seq(\"uniform\", \"binomial\", \"zipf\")\n      strategy \/*    *\/ <- Seq(\"hash\", \"sort\")\n    } yield new FlinkExperiment(\n      name \/*   *\/ = s\"$ds.$distribution.$wl.$strategy\",\n      command \/**\/ =\n        s\"\"\"\n           |-v -c de.tu_berlin.dima.experiments.flink.hashagg.flink.Workload${wl.split('-')(1)} \\\\\n           |$${app.path.apps}\/flink-hashagg-flink-jobs-1.0.0.jar                                \\\\\n           |$strategy                                                                           \\\\\n           |$${system.hadoop-2.path.input}\/$ds.$distribution                                    \\\\\n           |$${system.hadoop-2.path.output}\/$wl\n        \"\"\".stripMargin.trim,\n      config \/* *\/ = ConfigFactory.parseString(\n        s\"\"\"\n           |system.flink.config.yaml {\n           |  # 1 GiB of memory\n           |  taskmanager.heap.mb = 1024\n           |  # 0.5 * 1 = 0.5 GiB will be managed\n           |  taskmanager.memory.fraction = 0.5\n           |  # 16384 * 16384 = 0.25 GiB memory for network\n           |  taskmanager.network.numberOfBuffers = 16384\n           |  taskmanager.network.bufferSizeInBytes = 16384\n           |}\n         \"\"\".stripMargin),\n      runs \/*   *\/ = runs,\n      runner \/* *\/ = ctx.getBean(\"flink-1.1-FLINK-3477\", classOf[Flink]),\n      systems \/**\/ = Set(ctx.getBean(\"dstat-0.7.2\", classOf[Dstat])),\n      inputs \/* *\/ = Set(ctx.getBean(s\"$ds.$distribution\", classOf[DataSet])),\n      outputs \/**\/ = Set(ctx.getBean(s\"$wl.output\", classOf[ExperimentOutput]))\n    )\n  )\n\n  \/\/ { A1, A2, A3 } \u00d7 { X, Y }\n\n  @Bean(name = Array(\"ex-A1.X\"))\n  def `ex-A1.X`: ExperimentSuite =\n    ex(name = \"ex-A1.X\", \"ds-A1\", \"wl-X\")\n\n  @Bean(name = Array(\"ex-A1.Y\"))\n  def `ex-A1.Y`: ExperimentSuite =\n    ex(name = \"ex-A1.Y\", \"ds-A1\", \"wl-Y\")\n\n  @Bean(name = Array(\"ex-A2.X\"))\n  def `ex-A2.X`: ExperimentSuite =\n    ex(name = \"ex-A2.X\", \"ds-A2\", \"wl-X\")\n\n  @Bean(name = Array(\"ex-A2.Y\"))\n  def `ex-A2.Y`: ExperimentSuite =\n    ex(name = \"ex-A2.Y\", \"ds-A2\", \"wl-Y\")\n\n  @Bean(name = Array(\"ex-A3.X\"))\n  def `ex-A3.X`: ExperimentSuite =\n    ex(name = \"ex-A3.X\", \"ds-A3\", \"wl-X\")\n\n  @Bean(name = Array(\"ex-A3.Y\"))\n  def `ex-A3.Y`: ExperimentSuite =\n    ex(name = \"ex-A3.Y\", \"ds-A3\", \"wl-Y\")\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-peelextensions\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/cli\/command\/QueryResults.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.cli.command\n\nimport java.io.PrintWriter\nimport java.lang.{System => Sys}\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.{Files, Paths, StandardOpenOption}\n\nimport anorm.SqlParser._\nimport anorm.{~, _}\nimport net.sourceforge.argparse4j.inf.{Namespace, Subparser}\nimport org.peelframework.core.cli.command.Command\nimport org.peelframework.core.config.loadConfig\nimport org.peelframework.core.results.DB\nimport org.peelframework.core.util.console._\nimport org.peelframework.core.util.shell\nimport org.springframework.context.ApplicationContext\nimport org.springframework.stereotype.Service\nimport resource._\n\n\/** Query the database for the runtimes of a particular experiment. *\/\n@Service(\"db:results\")\nclass QueryResults extends Command {\n\n  import scala.language.postfixOps\n\n  override val help = \"query the database for the runtimes of a particular experiment.\"\n\n  override def register(parser: Subparser) = {\n    \/\/ options\n    parser.addArgument(\"--connection\")\n      .`type`(classOf[String])\n      .dest(\"app.db.connection\")\n      .metavar(\"ID\")\n      .help(\"database config name (default: h2)\")\n    \/\/ arguments\n    parser.addArgument(\"suite\")\n      .`type`(classOf[String])\n      .dest(\"app.suite.name\")\n      .metavar(\"SUITE\")\n      .help(\"experiments suite to run\")\n    \/\/ parameters\n    parser.addArgument(\"--output-type\", \"-o\")\n      .`type`(classOf[String])\n      .choices(\"table\", \"plots\")\n      .dest(\"app.output.mode\")\n      .metavar(\"MODE\")\n      .help(\"output mode\")\n\n    \/\/ option defaults\n    parser.setDefault(\"app.db.connection\", \"h2\")\n    parser.setDefault(\"app.output.mode\", \"plots\")\n  }\n\n  override def configure(ns: Namespace) = {\n    \/\/ set ns options and arguments to system properties\n    Sys.setProperty(\"app.db.connection\", ns.getString(\"app.db.connection\"))\n    Sys.setProperty(\"app.suite.name\", ns.getString(\"app.suite.name\"))\n    Sys.setProperty(\"app.output.mode\", ns.getString(\"app.output.mode\"))\n  }\n\n  override def run(context: ApplicationContext) = {\n    logger.info(s\"Querying runtime results for suite '${Sys.getProperty(\"app.suite.name\")}' from '${Sys.getProperty(\"app.db.connection\")}'\")\n\n    \/\/ load application configuration\n    implicit val config = loadConfig()\n\n    \/\/ create database connection\n    val connName = Sys.getProperty(\"app.db.connection\")\n    implicit val conn = DB.getConnection(connName)\n\n    val suite = config.getString(\"app.suite.name\")\n    val outputMode = Symbol(config.getString(\"app.output.mode\"))\n\n    try {\n      \/\/ Create an SQL query\n      val result = SQL(\n        \"\"\"\n          |SELECT   ex.name                    as name                    ,\n          |         MEDIAN(er.time)            as med_time                ,\n          |         AVG(d1.v_long)             as avg_num_emissions       ,\n          |         AVG(d2.v_long)             as avg_num_emitted_records\n          |FROM     experiment       as ex                                ,\n          |         experiment_run   as er                                ,\n          |         experiment_event as d1                                ,\n          |         experiment_event as d2\n          |WHERE    ex.id    = er.experiment_id\n          |AND      er.id    = d1.experiment_run_id\n          |AND      er.id    = d2.experiment_run_id\n          |AND      d1.name  = 'numEmissions'\n          |AND      d2.name  = 'numEmittedRecords'\n          |AND      ex.suite = {suite}\n          |GROUP BY name\n          |ORDER BY name;\n        \"\"\".stripMargin.trim\n      )\n        .on(\"suite\" -> suite)\n        .as({\n          get[String](\"name\") ~ get[Int](\"med_time\") ~ get[Double](\"avg_num_emissions\") ~ get[Double](\"avg_num_emitted_records\") map {\n            case name ~ medTime ~ avgNumEmissions ~ avgNumEmittedRecords => (name, medTime, avgNumEmissions, avgNumEmittedRecords)\n          }\n        } *)\n\n      outputMode match {\n        case 'table => \/\/ render results as txt\n\n          System.out.println(Seq(\n            \"name\" \/*                         *\/ padTo(25, ' '),\n            \"med_time\" \/*                     *\/ padTo(10, ' '),\n            \"avg_num_emissions\" \/*            *\/ padTo(20, ' '),\n            \"avg_num_emitted_records\" \/*      *\/ padTo(25, ' ')\n          ) mkString(\"|\", \"|\", \"|\"))\n\n          System.out.println(Seq(25, 10, 20, 25) map (l => \"-\" * l) mkString(\"|\", \"|\", \"|\"))\n\n          for ((name, medTime, avgNumEmissions, avgNumEmittedRecords) <- result) {\n            System.out.println(Seq(\n              s\"$name\" \/*                     *\/ padTo(25, ' '),\n              s\"$medTime\" \/*                  *\/ padTo(10, ' '),\n              f\"$avgNumEmissions%1.2f\" \/*     *\/ padTo(20, ' '),\n              f\"$avgNumEmittedRecords%1.2f\" \/**\/ padTo(25, ' ')\n            ) mkString(\"|\", \"|\", \"|\"))\n          }\n\n        case 'plots => \/\/ render results as png\n          val gplsPath = Paths.get(config.getString(\"app.path.utils\"), \"gpl\")\n          val basePath = Paths.get(config.getString(\"app.path.results\"), suite, \"plots\")\n          val dataPath = basePath.resolve(\"results.dat\")\n\n          \/\/ ensure base folder exists\n          shell.ensureFolderIsWritable(basePath)\n\n          \/\/ write data file\n          logger.info(s\"Writing query results into path '$dataPath'\")\n\n          for {\n            bwriter <- managed(Files.newBufferedWriter(dataPath, StandardCharsets.UTF_8, StandardOpenOption.CREATE))\n            pwriter <- managed(new PrintWriter(bwriter))\n          } {\n            for (((name, medTime, avgNumEmissions, avgNumEmittedRecords), i) <- result zipWithIndex) {\n              val offset = i * 0.5 + 0.5 * (i \/ 2)\n              pwriter.println(Seq(\n                f\"$offset%1.2f\" \/*              *\/ padTo(10, ' '),\n                s\"$name\" \/*                     *\/ padTo(25, ' '),\n                s\"$medTime\" \/*                  *\/ padTo(10, ' '),\n                f\"$avgNumEmissions%1.2f\" \/*     *\/ padTo(20, ' '),\n                f\"$avgNumEmittedRecords%1.2f\" \/**\/ padTo(25, ' ')\n              ) mkString \"\")\n            }\n          }\n\n          \/\/ execute gnuplot scripts\n          logger.info(s\"Plotting query results using Gnuplot\")\n\n          \/\/ plot runtimes\n          shell !(\n            cmd \/**\/ = s\"\"\"gnuplot -e \"gplsPath='$gplsPath'\" -e \"basePath='$basePath'\" -e \"suite='$suite'\" $gplsPath\/runtimes.gpl\"\"\",\n            errorMsg = \"Cannot plot 'runtimes.gpl' with Gnuplot\")\n          \/\/ plot # emissions\n          shell !(\n            cmd \/**\/ = s\"\"\"gnuplot -e \"gplsPath='$gplsPath'\" -e \"basePath='$basePath'\" -e \"suite='$suite'\" $gplsPath\/emissions.gpl\"\"\",\n            errorMsg = \"Cannot plot 'runtimes.gpl' with Gnuplot\")\n          \/\/ plot # emitted records\n          shell !(\n            cmd \/**\/ = s\"\"\"gnuplot -e \"gplsPath='$gplsPath'\" -e \"basePath='$basePath'\" -e \"suite='$suite'\" $gplsPath\/records.gpl\"\"\",\n            errorMsg = \"Cannot plot 'runtimes.gpl' with Gnuplot\")\n      }\n\n\n    }\n    catch {\n      case e: Throwable =>\n        logger.error(s\"Error while querying runtime results for suite '$suite'\".red)\n        throw e\n    } finally {\n      logger.info(s\"Closing connection to database '$connName'\")\n      conn.close()\n      logger.info(\"#\" * 60)\n    }\n  }\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-bundle\/src\/main\/resources\/config\/fixtures\/datasets.scala","text":"package config.fixtures\n\nimport com.typesafe.config.ConfigFactory\nimport org.peelframework.core.beans.data.{CopiedDataSet, DataSet, ExperimentOutput, GeneratedDataSet}\nimport org.peelframework.core.beans.experiment.ExperimentSequence.SimpleParameters\nimport org.peelframework.core.beans.experiment.{ExperimentSequence, ExperimentSuite}\nimport org.peelframework.flink.beans.experiment.FlinkExperiment\nimport org.peelframework.flink.beans.job.FlinkJob\nimport org.peelframework.flink.beans.system.Flink\nimport org.peelframework.hadoop.beans.system.HDFS2\nimport org.springframework.context.annotation.{Bean, Configuration}\nimport org.springframework.context.{ApplicationContext, ApplicationContextAware}\n\n\/** `WordCount` experiment fixtures for the 'flink-hashagg' bundle. *\/\n@Configuration\nclass datasets extends ApplicationContextAware {\n\n  \/* The enclosing application context. *\/\n  var ctx: ApplicationContext = null\n\n  def setApplicationContext(ctx: ApplicationContext): Unit = {\n    this.ctx = ctx\n  }\n\n  \/\/ ---------------------------------------------------\n  \/\/ Data Generators\n  \/\/ ---------------------------------------------------\n\n  def dg(name: String, tuplesPerTask: Long, keyCardinality: Int, keyDist: String): FlinkJob = new FlinkJob(\n    runner \/* *\/ = ctx.getBean(\"flink-1.1-FLINK-3477\", classOf[Flink]),\n    command \/**\/ =\n      s\"\"\"\n         |-v -c de.tu_berlin.dima.experiments.flink.hashagg.datagen.flink.DatasetAGenerator  \\\\\n         |$${app.path.datagens}\/flink-hashagg-datagens-1.0.0.jar                             \\\\\n         |$${system.default.config.parallelism.total}                                        \\\\\n         |$tuplesPerTask                                                                     \\\\\n         |$keyCardinality                                                                    \\\\\n         |$keyDist                                                                           \\\\\n         |$${system.hadoop-2.path.input}\/$name.${keyDist.split('[')(0).toLowerCase}\n      \"\"\".stripMargin.trim\n  )\n\n  \/\/ ---------------------------------------------------\n  \/\/ Data Sets\n  \/\/ ---------------------------------------------------\n\n  def ds(name: String, tuplesPerTask: Long, keyCardinality: Int, keyDist: String): DataSet = new GeneratedDataSet(\n    src \/**\/ = dg(name, tuplesPerTask, keyCardinality, keyDist),\n    dst \/**\/ = s\"$${system.hadoop-2.path.input}\/$name.$keyDist\",\n    fs \/* *\/ = ctx.getBean(\"hdfs-2.7.1\", classOf[HDFS2])\n  )\n\n  \/\/ ds-A1\n\n  @Bean(name = Array(\"ds-A1.uniform\"))\n  def `ds-A1.uniform`: DataSet =\n    ds(\"ds-A1\", 40000000L, 40000, \"Uniform\")\n\n  @Bean(name = Array(\"ds-A1.binomial\"))\n  def `ds-A1.binomial`: DataSet =\n    ds(\"ds-A1\", 40000000L, 40000, \"Binomial[0.5]\")\n\n  @Bean(name = Array(\"ds-A1.zipf\"))\n  def `ds-A1.zipf`: DataSet =\n    ds(\"ds-A1\", 40000000L, 40000, \"Zipf[1]\")\n\n  \/\/ ds-A2\n\n  @Bean(name = Array(\"ds-A2.uniform\"))\n  def `ds-A2.uniform`: DataSet =\n    ds(\"ds-A2\", 40000000L, 400000, \"Uniform\")\n\n  @Bean(name = Array(\"ds-A2.binomial\"))\n  def `ds-A2.binomial`: DataSet =\n    ds(\"ds-A2\", 40000000L, 400000, \"Binomial[0.5]\")\n\n  @Bean(name = Array(\"ds-A2.zipf\"))\n  def `ds-A2.zipf`: DataSet =\n    ds(\"ds-A2\", 40000000L, 400000, \"Zipf[1]\")\n\n  \/\/ ds-A3\n\n  @Bean(name = Array(\"ds-A3.uniform\"))\n  def `ds-A3.uniform`: DataSet =\n    ds(\"ds-A3\", 40000000L, 4000000, \"Uniform\")\n\n  @Bean(name = Array(\"ds-A3.binomial\"))\n  def `ds-A3.binomial`: DataSet =\n    ds(\"ds-A3\", 40000000L, 4000000, \"Binomial[0.5]\")\n\n  @Bean(name = Array(\"ds-A3.zipf\"))\n  def `ds-A3.zipf`: DataSet =\n    ds(\"ds-A3\", 40000000L, 4000000, \"Zipf[1]\")\n\n  \/\/ ---------------------------------------------------\n  \/\/ Output Paths\n  \/\/ ---------------------------------------------------\n\n  @Bean(name = Array(\"wl-X.output\"))\n  def `wl-X.output`: ExperimentOutput = new ExperimentOutput(\n    path \/**\/ = \"${system.hadoop-2.path.output}\/wl-X\",\n    fs \/*  *\/ = ctx.getBean(\"hdfs-2.7.1\", classOf[HDFS2])\n  )\n\n  @Bean(name = Array(\"wl-Y.output\"))\n  def `wl-Y.output`: ExperimentOutput = new ExperimentOutput(\n    path \/**\/ = \"${system.hadoop-2.path.output}\/wl-Y\",\n    fs \/*  *\/ = ctx.getBean(\"hdfs-2.7.1\", classOf[HDFS2])\n  )\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-datagens\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/datagen\/flink\/Dictionary.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.datagen.flink\n\nimport de.tu_berlin.dima.experiments.flink.hashagg.datagen.util.RanHash\n\nclass Dictionary private(seed: Long, size: Int) {\n\n  import Dictionary._\n\n  private val random: RanHash = new RanHash(seed)\n\n  def apply(index: Int): String = {\n    require(0 <= index && index < size)\n    \/\/ skip to the correct position within the random sequence\n    random.skipTo(index * MAX_LENGTH)\n    val len = random.nextInt(MAX_LENGTH - MIN_LENGTH - 1) + MIN_LENGTH\n    val strBld = new StringBuilder(len)\n    for (i <- 0 until len) {\n      val c = ('a'.toInt + random.nextInt(NUM_CHARACTERS)).toChar\n      strBld.append(c)\n    }\n    strBld.mkString\n  }\n}\n\nobject Dictionary {\n\n  val MIN_LENGTH \/*    *\/ = 10\n  val MAX_LENGTH \/*    *\/ = 20\n  val NUM_CHARACTERS \/**\/ = 26\n\n  def apply(seed: Long, size: Int): Dictionary =\n    new Dictionary(seed, size)\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-datagens\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/datagen\/flink\/Distributions.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.datagen.flink\n\nimport org.apache.commons.math3.distribution._\n\nobject Distributions {\n\n  trait DiscreteDistribution {\n    def sample(cumulativeProbability: Double) : Int\n  }\n\n  case class DiscreteUniform(k: Int) extends DiscreteDistribution {\n    val distribution = new UniformIntegerDistribution(0, k - 1)\n    def sample(cp: Double) = distribution.inverseCumulativeProbability(cp)\n  }\n\n  \/\/ approximated by NormalDistribution, since BinomialDistribution is too slow\n  \/\/ for the relationship between the two, see this article\n  \/\/ http:\/\/www.real-statistics.com\/binomial-and-related-distributions\/relationship-binomial-and-normal-distributions\/\n  case class Binomial(sampleSize: Int, p: Double) extends DiscreteDistribution {\n    val n = sampleSize - 1\n    val distribution = new NormalDistribution(n * p, Math.sqrt(n * p * (1 - p)))\n    def sample(cp: Double) = (distribution.inverseCumulativeProbability(cp) - 1).toInt % n\n  }\n\n  \/\/ TODO: since BinomialDistribution is too slow, either approximate with ParetoDistribution or write custom CDF^{-1}\n  \/\/ for the relationship between the two, see this article\n  \/\/ http:\/\/www.hpl.hp.com\/research\/idl\/papers\/ranking\/ranking.html\n  case class Zipf(sampleSize: Int, exponent: Double) extends DiscreteDistribution {\n    val n = sampleSize\n    val distribution = new ParetoDistribution(1, 1 + 1\/exponent)\n    def sample(cp: Double) = (distribution.inverseCumulativeProbability(cp) - 1).toInt % n\n  }\n}"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-flink-jobs\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/flink\/WorkloadX.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.flink\n\nimport org.apache.flink.api.common.operators.base.ReduceOperatorBase.CombineHint\nimport org.apache.flink.api.scala._\nimport org.apache.flink.core.fs.FileSystem\n\n\/** Compute the largest length per group. *\/\nobject WorkloadX {\n\n  def main(args: Array[String]) {\n    if (args.length != 3) {\n      Console.err.println(\"Usage: <jar> combiner-strategy inputPath outputPath\")\n      System.exit(-1)\n    }\n\n    val combineHint = args(0).toLowerCase match {\n      case \"hash\" =>\n        CombineHint.HASH\n      case \"sort\" =>\n        CombineHint.SORT\n      case _ =>\n        CombineHint.OPTIMIZER_CHOOSES\n    }\n    val inputPath = args(1)\n    val outputPath = args(2)\n\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    env\n      .readCsvFile[(Long, String)](inputPath)\n      .map{kv => (kv._1, kv._2.length)}\n      .groupBy(0)\n      .reduce((x, y) => (x._1, Math.max(x._2, y._2)), combineHint)\n      .writeAsCsv(outputPath, writeMode = FileSystem.WriteMode.OVERWRITE)\n\n    env.execute(s\"WorkloadX[${combineHint.toString.toLowerCase}]\")\n  }\n\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-peelextensions\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/cli\/command\/QueryRuntimes.scala","text":"<reponame>TU-Berlin-DIMA\/flink-hashagg-experiments\n\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.cli.command\n\nimport java.lang.{System => Sys}\n\nimport anorm.SqlParser._\nimport anorm._\nimport org.peelframework.core.cli.command.Command\nimport org.peelframework.core.config.loadConfig\nimport org.peelframework.core.results.DB\nimport org.peelframework.core.util.console._\nimport net.sourceforge.argparse4j.inf.{Namespace, Subparser}\nimport org.springframework.context.ApplicationContext\nimport org.springframework.stereotype.Service\n\n\/** Query the database for the runtimes of a particular experiment. *\/\n@Service(\"query:runtimes\")\nclass QueryRuntimes extends Command {\n\n  import scala.language.postfixOps\n\n  override val help = \"query the database for the runtimes of a particular experiment.\"\n\n  override def register(parser: Subparser) = {\n    \/\/ options\n    parser.addArgument(\"--connection\")\n      .`type`(classOf[String])\n      .dest(\"app.db.connection\")\n      .metavar(\"ID\")\n      .help(\"database config name (default: h2)\")\n    \/\/ arguments\n    parser.addArgument(\"suite\")\n      .`type`(classOf[String])\n      .dest(\"app.suite.name\")\n      .metavar(\"SUITE\")\n      .help(\"experiments suite to run\")\n    \/\/ arguments\n    parser.addArgument(\"--aggregation-mode\", \"-a\")\n      .`type`(classOf[String])\n      .choices(\"min\", \"max\", \"mean\", \"median\")\n      .dest(\"app.aggregation.mode\")\n      .metavar(\"MODE\")\n      .help(\"aggregation mode\")\n\n    \/\/ option defaults\n    parser.setDefault(\"app.db.connection\", \"h2\")\n    parser.setDefault(\"app.aggregation.mode\", \"median\")\n  }\n\n  override def configure(ns: Namespace) = {\n    \/\/ set ns options and arguments to system properties\n    Sys.setProperty(\"app.db.connection\", ns.getString(\"app.db.connection\"))\n    Sys.setProperty(\"app.suite.name\", ns.getString(\"app.suite.name\"))\n    Sys.setProperty(\"app.aggregation.mode\", ns.getString(\"app.aggregation.mode\"))\n  }\n\n  override def run(context: ApplicationContext) = {\n    logger.info(s\"Querying runtime results for suite '${Sys.getProperty(\"app.suite.name\")}' from '${Sys.getProperty(\"app.db.connection\")}'\")\n\n    \/\/ load application configuration\n    implicit val config = loadConfig()\n\n    \/\/ create database connection\n    val connName = Sys.getProperty(\"app.db.connection\")\n    implicit val conn = DB.getConnection(connName)\n\n    val suite = config.getString(\"app.suite.name\")\n    val mode = Symbol(config.getString(\"app.aggregation.mode\"))\n\n    try {\n      \/\/ Create an SQL query\n      val runtimes = SQL(\n        \"\"\"\n          |SELECT   e.name         as name  ,\n          |         r.id           as rid   ,\n          |         r.run          as run   ,\n          |         r.time         as time\n          |FROM     experiment     as e     ,\n          |         experiment_run as r\n          |WHERE    e.id    = r.experiment_id\n          |AND      e.suite = {suite}\n          |ORDER BY name, run\n        \"\"\".stripMargin.trim\n      )\n        .on(\"suite\" -> suite)\n        .as({\n          get[String](\"name\") ~ get[Int](\"rid\") ~ get[Int](\"run\") ~ get[Int](\"time\") map {\n            case name ~ rid ~ run ~ time => (name, rid, run, time)\n          }\n        } *)\n        .groupBy { case (name, _, _, _) => name }.toSeq\n        .map { case (name, runs) => (name, runs.sortBy { case (_, _, _, time) => time }) }\n        .sortBy { case (name, _) => name }\n\n      \/\/ render results table\n\n      val colLength = 35\n      val cols = List(\"name\") ++ aggColNames(mode)\n\n      System.out.println(\"-\" * colLength * cols.size)\n      System.out.println(cols.map(_.padTo(colLength, ' ')).mkString(\"\"))\n      System.out.println(\"-\" * colLength * cols.size)\n\n      for ((name, runs) <- runtimes) {\n        val row = List(name) ++ aggData(mode, runs)\n        System.out.println(row.map(_.toString.padTo(colLength, ' ')).mkString(\"\"))\n      }\n\n      System.out.println(\"-\" * colLength * cols.size)\n    }\n    catch {\n      case e: Throwable =>\n        logger.error(s\"Error while querying runtime results for suite '$suite'\".red)\n        throw e\n    } finally {\n      logger.info(s\"Closing connection to database '$connName'\")\n      conn.close()\n      logger.info(\"#\" * 60)\n    }\n  }\n\n  def aggColNames(mode: Symbol): List[String] = mode match {\n    case 'min =>\n      List(\"min time (ms)\", \"run\", \"run id\")\n    case 'max =>\n      List(\"max time (ms)\", \"run\", \"run id\")\n    case 'mean =>\n      List(\"mean time (ms)\", \"std dev time (ms)\")\n    case 'median =>\n      List(\"median time (ms)\", \"run\", \"run id\")\n  }\n\n  def aggData(mode: Symbol, runs: List[(String, Int, Int, Int)]): List[Any] = mode match {\n    case 'min =>\n      val data = runs.map { case (_, rid, run, time) => (time, run, rid) }.minBy { case (time, run, rid) => time }\n      List(data._1, data._2, data._3)\n    case 'max =>\n      val data = runs.map { case (_, rid, run, time) => (time, run, rid) }.maxBy { case (time, run, rid) => time }\n      List(data._1, data._2, data._3)\n    case 'mean =>\n      val X = runs.map { case (_, rid, run, time) => time }\n      val \u03bc = X.sum \/ X.size.toDouble\n      val \u03c3 = Math.sqrt(X.map { time => (time - \u03bc) * (time - \u03bc) }.sum \/ X.size.toDouble)\n      List(f\"$\u03bc%1.2f\", f\"$\u03c3%1.2f\")\n    case 'median =>\n      val data = runs.map { case (_, rid, run, time) => (time, run, rid) }.apply((runs.size + 1) \/ 2)\n      List(data._1, data._2, data._3)\n  }\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-datagens\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/datagen\/flink\/DatasetAGenerator.scala","text":"<reponame>TU-Berlin-DIMA\/flink-hashagg-experiments\n\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.datagen.flink\n\nimport de.tu_berlin.dima.experiments.flink.hashagg.datagen.flink.Distributions.{Binomial, DiscreteDistribution, DiscreteUniform, Zipf}\nimport de.tu_berlin.dima.experiments.flink.hashagg.datagen.util.RanHash\nimport org.apache.flink.api.scala._\nimport org.apache.flink.core.fs.FileSystem\nimport org.apache.flink.util.NumberSequenceIterator\n\n\/** Data generator for `Dataset A`.\n  *\n  * The generator maps a PRNG string to a pseudo-random `(key, value)` sequence as follows.\n  *\n  * The first fragment of size `SIZE_OF_DICT * Dictionary.MAX_LENGTH` is mapped to the finite values dictionary.\n  * The second fragment of size `numberOfPairs * 2` is mapped to the actual `(key, value)` pairs.\n  *\n  * Each pair thereby consumes exactly two PRNG numbers - the first is used to sample the key, and the second the value.\n  *\/\nobject DatasetAGenerator {\n\n  val SIZE_OF_DICT \/**\/ = 1000000\n\n  val SEED_ROOT \/*   *\/ = 0xC00FFEE\n  val SEED_DICT \/*   *\/ = SEED_ROOT\n  val SEED_PAIR \/*   *\/ = SEED_ROOT + SIZE_OF_DICT * Dictionary.MAX_LENGTH\n\n  val valDist \/*     *\/ = DiscreteUniform(SIZE_OF_DICT)\n\n  def main(args: Array[String]): Unit = {\n\n    if (args.length != 5) {\n      Console.err.println(\"Usage: <jar> numberOfTasks tuplesPerTask keyCardinality keyDist[params] outputPath\")\n      System.exit(-1)\n    }\n\n    val numberOfTasks \/*  *\/ = args(0).toInt\n    val tuplesPerTask \/*  *\/ = args(1).toLong\n    val keyCardinality \/* *\/ = args(2).toInt\n    val keyDist \/*        *\/ = parseDist(keyCardinality, args(3))\n    val outputPath \/*     *\/ = args(4)\n\n    val numberOfPairs \/*  *\/ = numberOfTasks * tuplesPerTask\n\n    val environment \/*    *\/ = ExecutionEnvironment.getExecutionEnvironment\n\n    environment\n      \/\/ create a sequence [1 .. N] to create N words\n      .fromParallelCollection(new NumberSequenceIterator(1, numberOfPairs))\n      \/\/ set up workers\n      .setParallelism(numberOfTasks)\n      \/\/ map every n <- [1 .. N] to a random word from the dictionary and a random key\n      .map(i => {\n        val r = new RanHash(SEED_PAIR + i * 2)\n        val k = keyDist.sample(r.next())\n        val v = Dictionary(SEED_DICT, SIZE_OF_DICT)(valDist.sample(r.next()))\n        s\"$k,$v\"\n      })\n      \/\/ write result to file\n      .writeAsText(outputPath, FileSystem.WriteMode.OVERWRITE)\n\n    environment.execute(s\"DatasetAGenerator[E=$tuplesPerTask][K=$keyCardinality][P=${args(3)}]\")\n  }\n\n  object Patterns {\n    val DiscreteUniform = \"\"\"(Uniform)\"\"\".r\n    val Binomial \/*  *\/ = \"\"\"Binomial\\[(1|1\\.0|0\\.\\d+)\\]\"\"\".r\n    val Zipf \/*      *\/ = \"\"\"Zipf\\[(\\d+(?:\\.\\d+)?)\\]\"\"\".r\n  }\n\n  def parseDist(card: Int, s: String): DiscreteDistribution = s match {\n    case Patterns.DiscreteUniform(_) =>\n      DiscreteUniform(card)\n    case Patterns.Binomial(a) =>\n      Binomial(card, a.toDouble)\n    case Patterns.Zipf(a) =>\n      Zipf(card, a.toDouble)\n  }\n\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-flink-jobs\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/flink\/WorkloadY.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.flink\n\nimport org.apache.flink.api.common.operators.base.ReduceOperatorBase.CombineHint\nimport org.apache.flink.api.scala._\nimport org.apache.flink.core.fs.FileSystem\n\n\/** Get the largest value per group based on lexicographic ordering. *\/\nobject WorkloadY {\n\n  def main(args: Array[String]) {\n    if (args.length != 3) {\n      Console.err.println(\"Usage: <jar> combiner-strategy inputPath outputPath\")\n      System.exit(-1)\n    }\n\n    val combineHint = args(0).toLowerCase match {\n      case \"hash\" =>\n        CombineHint.HASH\n      case \"sort\" =>\n        CombineHint.SORT\n      case _ =>\n        CombineHint.OPTIMIZER_CHOOSES\n    }\n    val inputPath = args(1)\n    val outputPath = args(2)\n\n    val env = ExecutionEnvironment.getExecutionEnvironment\n\n    env\n      .readCsvFile[(Long, String)](inputPath)\n      .groupBy(0)\n      .reduce((x, y) => (x._1, if (x._2 > y._2) x._2 else y._2), combineHint)\n      .writeAsCsv(outputPath, writeMode = FileSystem.WriteMode.OVERWRITE)\n\n    env.execute(s\"WorkloadY[${combineHint.toString.toLowerCase}]\")\n  }\n\n}\n"}
{"repo_name":"TU-Berlin-DIMA\/flink-hashagg-experiments","path":"flink-hashagg-peelextensions\/src\/main\/scala\/de\/tu_berlin\/dima\/experiments\/flink\/hashagg\/results\/etl\/extractor\/CombinerMetricsExtractor.scala","text":"\/**\n * Copyright (C) ${project.inceptionYear} TU Berlin (<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *         http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage de.tu_berlin.dima.experiments.flink.hashagg.results.etl.extractor\n\nimport java.io.File\nimport java.nio.file.Paths\n\nimport akka.actor.{ActorRef, FSM, Props}\nimport org.peelframework.core.results.etl.extractor.{EventExtractor, EventExtractorCompanion, PatternBasedProcessMatching}\nimport org.peelframework.core.results.etl.reader.{FileReader, Line, LineFileReader}\nimport org.peelframework.core.results.model.{ExperimentEvent, ExperimentRun}\nimport org.springframework.context.ApplicationContext\nimport org.springframework.stereotype.Component\n\nimport scala.util.matching.Regex\n\n\/** An extractor for Flink task transition events. *\/\nclass CombinerMetricsExtractor(\n  override val run: ExperimentRun,\n  override val appContext: ApplicationContext,\n  override val writer: ActorRef) extends EventExtractor[Line] {\n\n  import CombinerMetricsExtractor.{LogEntry, CombinerMetricPattern}\n\n  final def receive: Receive = {\n    case Line(LogEntry(_, CombinerMetricPattern(taskName, number, total, metricName, value))) =>\n      writer ! ExperimentEvent(\n        experimentRunID \/**\/ = run.id,\n        name \/*           *\/ = Symbol(metricName),\n        task \/*           *\/ = Some(taskName),\n        taskInstance \/*   *\/ = Some(number.toInt),\n        vLong \/*          *\/ = Some(value.toLong))\n  }\n}\n\n\/** Companion object. *\/\n@Component\nobject CombinerMetricsExtractor extends EventExtractorCompanion with PatternBasedProcessMatching {\n\n  val TMLog = \"\"\"flink-(.+)-taskmanager-\\d+-(.+)\\.log\"\"\".r\n  val LogEntry = \"\"\"([0-9]{4}-[0-9]{2}-[0-9]{2} [0-9]{2}:[0-9]{2}:[0-9]{2},[0-9]{3}).* - (.+)\"\"\".r\n  val CombinerMetricPattern = \"\"\"(.+) \\((\\d+)\/(\\d+)\\) (\\w+): (\\d+)\"\"\".r\n\n  \/** A prefix fore the relative file that needs to match. **\/\n  override val prefix: String = {\n    Paths.get(\"logs\", \"flink\").toString\n  }\n\n  \/** A list of file patterns for in which the event extractor is interested *\/\n  override val filePatterns: Seq[Regex] = {\n    Seq(TMLog)\n  }\n\n  \/** Constructs a reader that parses the file as a sequence of objects that can be handled by the extractor actor. *\/\n  override def reader(file: File): FileReader[Any] = {\n    LineFileReader(file)\n  }\n\n  \/** Create the extractor props. *\/\n  override def props(run: ExperimentRun, context: ApplicationContext, file: File, writer: ActorRef): Props = {\n    Props(new CombinerMetricsExtractor(run, context, writer))\n  }\n}\n\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/Order.scala","text":"\/\/\/*\n\/\/ * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n\/\/ *\n\/\/ * Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ * you may not use this file except in compliance with the License.\n\/\/ * You may obtain a copy of the License at\n\/\/ *\n\/\/ *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/ *\n\/\/ * Unless required by applicable law or agreed to in writing, software\n\/\/ * distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ * See the License for the specific language governing permissions and\n\/\/ * limitations under the License.\n\/\/ *\/\n\/\/\n\/\/package hobby.chenai.nakam.autotx.core\n\/\/\n\/\/import hobby.chenai.nakam.autotx.core.order.Item\n\/\/\n\/\/\/**\n\/\/  * @author <NAME>(<EMAIL>)\n\/\/  * @version 1.0, 25\/05\/2017\n\/\/  *\/\n\/\/class Order {\n\/\/  val item: Item = ???\n\/\/\n\/\/  val rule: Rule = Buy(Exchange.BTCC, Token.BTC, 0, FeeSrc.CNY, 0, FeeSrc.CNY)\n\/\/}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/AbsCashGroup.scala","text":"<reponame>dedge-space\/txdsl\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.coin\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 11\/06\/2017\n  *\/\nabstract class AbsCashGroup extends AbsCoinGroup {\n  override protected[coin] type GROUP = AbsCashGroup\n  override type COIN <: AbsCash\n\n  @deprecated\n  abstract class AbsCoin(count: Long) extends super.AbsCoin(count: Long)\n\n  abstract class AbsCash(count: Long) extends super.AbsCoin(count: Long) {\n    final lazy val isCash = true\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/DSL.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core\n\nimport hobby.chenai.nakam.autotx.core.coin.{AbsCashGroup, AbsCoinGroup}\nimport hobby.chenai.nakam.autotx.core.exch.AbsExchange\n\nimport scala.language.implicitConversions\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 29\/05\/2017\n  *\/\nobject DSL {\n  val ~>: = Ops\n\n  def \\(x: Any): Unit = println(x)\n\n  def ln(): Unit = \\(\"\")\n\n  def symbols[E](count: Int)(implicit elem: E = \" \", list: List[E] = Nil): List[E] = {\n    if (count <= 0) list\n    else elem :: symbols(count - 1)(elem, list)\n  }\n\n  def fill2Length(any: Any, length: Int, prefix$suf: Boolean = true): String = {\n    val syms = symbols(length - any.toString.length)().mkString(\"\")\n    if (prefix$suf) syms + any else any + syms\n  }\n\n  object Action extends Enumeration {\n    type ACTION = Act\n    private[Action] class Act(val msg: String, val symbol: String) extends Val {\n      override def toString() = prefix + \" \" + msg\n\n      lazy val prefix = symbols(9 - msg.length)(symbol).mkString(\"\")\n      lazy val suffix = symbols(3)(symbol).mkString(\"\")\n    }\n    val BUY = new Act(\"buy\", \"<\")\n    val SALE = new Act(\"sale\", \">\")\n    val CANCEL = new Act(\"cancel\", \"!\")\n  }\n\n  import Action._\n\n  object Ops {\n    def buy(token: AbsCoinGroup#AbsCoin) = new Ops(BUY, token)\n\n    def sale(token: AbsCoinGroup#AbsCoin) = new Ops(SALE, token)\n\n    def cancel(token: AbsCoinGroup#AbsCoin) = new Ops(CANCEL, token)\n  }\n\n  class Ops(val action: ACTION, val token: AbsCoinGroup#AbsCoin) {\n    private implicit var exchange: AbsExchange = _\n    private var cash: AbsCashGroup#AbsCash = _\n\n    def on(exchange: AbsExchange): Ops = {\n      this.exchange = exchange\n      this\n    }\n\n    def use(cash: AbsCashGroup#AbsCash): Ops = {\n      this.cash = cash\n      this\n    }\n\n    def ~>= : Ops = {\n      println(s\"$action: ${token.formatted(15)()} on ${exchange.name}\" +\n        s\" use ${(if (cash == null) token to exchange.pricingCash.unitStd else cash).formatted(15)()}\" +\n        s\" ${action.suffix} scheduling...\")\n      this\n    }\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/exch\/AbsExchange.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.exch\n\nimport java.util.concurrent.ConcurrentHashMap\nimport hobby.chenai.nakam.autotx.coinTpeImpl\nimport hobby.chenai.nakam.autotx.core.coin._\nimport hobby.chenai.nakam.lang.TypeBring.AsIs\nimport hobby.chenai.nakam.tool.cache.{Delegate, LazyGet, Lru, Memoize}\n\nimport scala.language.postfixOps\n\n\/**\n  * @param name         \u4ea4\u6613\u6240\u540d\u79f0\u3002\n  * @param pricingToken \u5b9a\u4ef7\u7684token\u3002\u5fc5\u987b\u586b\uff0c\u4f46\u53ea\u8981\u4e0d`updateTokenPricingRate()`\u5c31\u4e0d\u4f1a\u7528\u5b83\u6765\u8ba1\u7b97\u5b9a\u4ef7\u3002\n  * @param pricingCash  \u5b9a\u4ef7\u7684\u6cd5\u5e01\u3002\n  * @param tokens       \u672c\u5e73\u53f0\u652f\u6301\u7684tokens\u3002\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 30\/05\/2017\n  *\/\nabstract class AbsExchange(val name: String, override val pricingToken: AbsTokenGroup, override val pricingCash: AbsCashGroup,\n                           tokens: AbsTokenGroup*) extends CoinEx(pricingToken, pricingCash)\n  with Memoize[(AbsTokenGroup, AbsCoinGroup), FixedFracDigitsRule] with LazyGet with Lru {\n  require(!tokens.contains(pricingToken))\n\n  val supportTokens = pricingToken :: tokens.toList.distinct\n  private val zero = pricingCash.unitStd * 0\n  supportTokens.foreach(cashPriRateMap.put(_, zero))\n  \/\/ tokenPriRateMap\uff08\u5373token\u5b9a\u4ef7\uff09\u662f\u53ef\u9009\u7684\uff0c\u56e0\u6b64\u4e0dput into Map.\n  \/\/ supportTokens.foreach(tokenPriRateMap.put(_, zero))\n\n  println(\"init:\" + toString)\n\n  \/** \u4e0d\u540c\u4ea4\u6613\u6240\u7684\u89c4\u5219\u4e0d\u540c\u3002\u6240\u4ee5\u9700\u8981\u91cd\u5199\u3002 *\/\n  protected def loadFfdRule(counterParty: (AbsTokenGroup, AbsCoinGroup)): FixedFracDigitsRule\n\n  override protected val maxCacheSize = 50\n  override protected val delegate = new Delegate[(AbsTokenGroup, AbsCoinGroup), FixedFracDigitsRule] {\n    override def load(key: (AbsTokenGroup, AbsCoinGroup)) = Option(loadFfdRule(key))\n\n    override def update(key: (AbsTokenGroup, AbsCoinGroup), value: FixedFracDigitsRule) = Option(value)\n  }\n\n  override final def getFfdRule[T <: AbsTokenGroup, C <: AbsCoinGroup](token: T, pricingCoin: C): FixedFracDigitsRule =\n    get(token, pricingCoin).as[FixedFracDigitsRule]\n\n  \/\/ \u6ca1\u6709\u6bd4\u7279\u5e01\u6c47\u7387\u5219\u5fc5\u987b\u6709\u6cd5\u5e01\u6c47\u7387\n  \/** \u4ece\u52a0\u5bc6\u8d27\u5e01\u5230\u6cd5\u5e01\u7684\u6c47\u7387\uff0c\u800c\u6cd5\u5e01\u5728\u4e00\u4e2a\u4ea4\u6613\u6240\u53ea\u6709\u4e00\u79cd\u3002 *\/\n  private final lazy val cashPriRateMap = new ConcurrentHashMap[AbsTokenGroup, PriCCoin]\n  \/** \u4ece\u52a0\u5bc6\u8d27\u5e01\u5230\u6bd4\u7279\u5e01\u7684\u6c47\u7387\u3002 *\/\n  private final lazy val tokenPriRateMap = new ConcurrentHashMap[AbsTokenGroup, PriTCoin]\n\n  override protected final def isCashExSupported(token: AbsTokenGroup) = cashPriRateMap.containsKey(token)\n\n  override protected final def isTokenExSupported(token: AbsTokenGroup) = tokenPriRateMap.containsKey(token)\n\n  protected final lazy val impl = coinTpeImpl[PriTCoin, PriCCoin]\n\n  final def updateCashPricingRate(token: AbsTokenGroup#Unt, rate: AbsCashGroup#AbsCash): Unit = {\n    import impl._\n    cashPriRateMap.put(requireSupports(token.group), rate)\n  }\n\n  final def updateTokenPricingRate(token: AbsTokenGroup#Unt, rate: AbsTokenGroup#AbsToken): Unit = {\n    import impl._\n    tokenPriRateMap.put(requireSupports(token.group), rate)\n  }\n\n  private def requireSupports(tokenGroup: AbsTokenGroup): AbsTokenGroup = {\n    require(supportTokens.contains(tokenGroup), s\"parameter `tokenGroup`: $tokenGroup, \" +\n      s\"is not contains in `supportTokens`: $supportTokenString.\")\n    tokenGroup\n  }\n\n  override protected final def getExRate(tokenGroup: AbsTokenGroup, token$cash: Boolean) = {\n    val rate = if (token$cash) tokenPriRateMap.get(tokenGroup) else cashPriRateMap.get(tokenGroup)\n    require(rate != null && rate.value > 0, s\"rate of $tokenGroup(:${\n      if (token$cash) pricingToken else pricingCash\n    }) have not initialized on $name.\")\n    rate\n  }\n\n  override def toString = s\"$name(:$pricingCash|$pricingToken)$supportTokenString\"\n\n  def supportTokenString = supportTokens.mkString(\"[\", \", \", \"]\")\n}\n\nabstract class CoinEx(val pricingToken: AbsTokenGroup, val pricingCash: AbsCashGroup) {\n  type PriTCoin = pricingToken.COIN\n  type PriCCoin = pricingCash.COIN\n\n  protected val supportTokens: Seq[AbsCoinGroup]\n\n  protected def getFfdRule[T <: AbsTokenGroup, C <: AbsCoinGroup](token: T, pricingCoin: C): FixedFracDigitsRule\n\n  protected def isTokenExSupported(token: AbsTokenGroup): Boolean\n\n  protected def isCashExSupported(token: AbsTokenGroup): Boolean\n\n  protected def getExRate(tokenGroup: AbsTokenGroup, token$cash: Boolean): AbsCoinGroup#AbsCoin\n\n  def applyExch(src: AbsCoinGroup#AbsCoin, dst: AbsCoinGroup#Unt): AbsCoinGroup#AbsCoin = {\n    \/\/ pricingToken\u5df2\u7ecf\u5728supportTokens\u91cc\u9762\u4e86\n    if ((if (src.isCash) src.group eq pricingCash else supportTokens.contains(src.group.as[AbsTokenGroup]))\n      && (if (dst.isCash) dst.group eq pricingCash else supportTokens.contains(dst.group.as[AbsTokenGroup])))\n      ex.applyOrElse((src, dst, true), (x: (AbsCoinGroup#AbsCoin, _, _)) => x._1)\n    else src\n  }\n\n  \/**\n    * \u6709token(btc)\u5b9a\u4ef7\u5219\u4f18\u5148token, \u5426\u5219\u5f3a\u5236\u6cd5\u5e01\u5b9a\u4ef7\uff08\u82e5\u6ca1\u6709\u5219\u62a5\u9519\uff09\u3002\n    *\/\n  private lazy val ex: (AbsCoinGroup#AbsCoin, AbsCoinGroup#AbsCoin, Boolean) PartialFunction AbsCoinGroup#AbsCoin = {\n    \/\/ pricingCash => pricingCash \/\/ \u5230\u8fd9\u91cc\u4e0d\u4f1a\u51fa\u73b0\u4e24\u4e2a\u4e0d\u4e00\u6837\u7684\u6cd5\u5e01\n    case (cash: AbsCashGroup#AbsCash, dst: AbsCashGroup#AbsCash, _) => dst.unit << cash\n    \/\/ token => pricingCash\n    case (token: AbsTokenGroup#AbsToken, dst: AbsCashGroup#AbsCash, promise) =>\n      if (promise \/*\u6ce8\u610f\u8fd9\u4e2apromise\u4e0d\u80fd\u628a\u4efb\u52a1\u518d\u8f6c\u7ed9pricingToken\uff0c\u4e0d\u7136\u4f1a\u6b7b\u9012\u5f52*\/ || isCashExSupported(token.group)) {\n        val ffdRule = getFfdRule(token.group, dst.group)\n        import ffdRule._\n        import ffdRule.impl._\n        dst.unit << sell(token, getExRate(token.group, token$cash = false))\n      } else token\n    \/\/ pricingCash => token\n    case (cash: AbsCashGroup#AbsCash, dst: AbsTokenGroup#AbsToken, promise) =>\n      if (promise || isCashExSupported(dst.group)) {\n        val ffdRule = getFfdRule(dst.group, cash.group)\n        import ffdRule._\n        import ffdRule.impl._\n        dst.unit << buy(cash \/*\u6ce8\u610f\u8fd9\u91cc\u4e0d\u662fdst, cash\u8868\u793a\u6709\u591a\u5c11\u94b1*\/ , getExRate(dst.group, token$cash = false))\n      } else cash\n    \/\/ pricingToken => pricingToken \/\/ \u4e0etoken\u4e0d\u540c\uff0ccash\u5c31\u4e00\u79cd\uff0c\u4e0d\u9700\u8981\u5224\u65ad\u3002\n    case (token: AbsTokenGroup#AbsToken, dst: AbsTokenGroup#AbsToken, _)\n      if (token.group eq pricingToken) && (dst.group eq pricingToken) => dst.unit << token\n    \/\/ token => pricingToken\n    case (token: AbsTokenGroup#AbsToken, dst: AbsTokenGroup#AbsToken, promise) if dst.group eq pricingToken =>\n      if (isTokenExSupported(token.group)) {\n        val ffdRule = getFfdRule(token.group, dst.group)\n        import ffdRule._\n        import ffdRule.impl._\n        dst.unit << sell(token, getExRate(token.group, token$cash = true))\n      } else if (promise) ex.apply(ex.apply(token, pricingCash.unitStd, promise), dst, promise)\n      else token\n    \/\/ pricingToken => token\n    case (token: AbsTokenGroup#AbsToken, dst: AbsTokenGroup#AbsToken, promise) if token.group eq pricingToken =>\n      if (isTokenExSupported(dst.group)) {\n        val ffdRule = getFfdRule(dst.group, token.group)\n        import ffdRule._\n        import ffdRule.impl._\n        dst.unit << buy(token \/*\u6ce8\u610f\u8fd9\u91cc\u4e0d\u662fdst, token\u8868\u793a\u6709\u591a\u5c11\u94b1*\/ , getExRate(dst.group, token$cash = true))\n      } else if (promise) ex.apply(ex.apply(token, pricingCash.unitStd, promise), dst, promise)\n      else token\n    \/\/ token => token\n    case (src: AbsTokenGroup#AbsToken, dst: AbsTokenGroup#AbsToken, promise) =>\n      if (dst.group == src.group) dst.unit << src\n      else {\n        val ptf = isTokenExSupported(src.group)\n        val ptt = isTokenExSupported(dst.group)\n        val cf = isCashExSupported(src.group)\n        val ct = isCashExSupported(dst.group)\n        if (ptf && ptt) ex.apply(ex.apply(src, pricingToken.unitStd, false), dst, false)\n        else if (cf && ct) ex.apply(ex.apply(src, pricingCash.unitStd, false), dst, false)\n        else if (promise) {\n          if (ptf || ptt) ex.apply(ex.apply(src, pricingToken.unitStd, true), dst, true)\n          else ex.apply(ex.apply(src, pricingCash.unitStd, true), dst, true)\n        } else src\n      }\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/exch\/FixedFracDigitsRule.scala","text":"\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.exch\n\nimport hobby.chenai.nakam.autotx.coinTpeImpl\nimport hobby.chenai.nakam.autotx.core.coin.AbsCoinGroup\nimport hobby.chenai.nakam.util.NumFmt\n\n\/**\n  * \u63a5\u53d7\u5c0f\u6570\u4f4d\u89c4\u5219\u3002\n  * <P>\n  * \u5bf9\u4e8e\u4e0d\u540c\u7684\u5e01\u79cd\uff0c\u4ea4\u6613\u65f6\u63a5\u53d7\u7684Token\u81ea\u8eab\u5c0f\u6570\u4f4d\u548c\u5b9a\u4ef7\u5e01\u5c0f\u6570\u4f4d\u5404\u6709\u4e0d\u540c\u3002<br>\n  * \u5bf9\u4e8e\u540c\u4e00\u4e2a\u4ea4\u6613\u6240\uff0c\u4e70\u548c\u5356\u662f\u4e00\u6837\u7684\u89c4\u5219\uff0c\u53ef\u4ee5\u7528\u540c\u4e00\u4e2a\u672c\u5bf9\u8c61\u3002\n  *\n  * @param tokenGroup       \u8981\u4e70\u5165\u6216\u5356\u51fa\u7684\u4ee3\u5e01\u7c7b\u578b\uff08Group\uff09\u3002\n  * @param ffd4Token        tokenGroup \u7c7b\u578b\u4ee3\u5e01\u63a5\u53d7\u7684\u5c0f\u6570\u4f4d\u3002\u76f8\u5bf9\u4e8e\u6807\u51c6\u5355\u4f4d `token.std.unit`\u3002\n  * @param pricingCoinGroup \u5b9a\u4ef7\u8d27\u5e01\u7c7b\u578b\uff0c\u5305\u62ecToken\u6216Cash\u3002\n  * @param ffd4Pricing      \u5b9a\u4ef7\u8d27\u5e01\u63a5\u53d7\u7684\u5c0f\u6570\u4f4d\u3002\u76f8\u5bf9\u4e8e\u6807\u51c6\u5355\u4f4d `coin.std.unit`\u3002\n  * @param cutTotal         \u662f\u5426\u5bf9\u4e70\u5356\u7ed3\u679c\u503c\u7684\u5c0f\u6570\u8fdb\u884c\u518d\u6b21\u526a\u5207\u3002\u9ed8\u8ba4\u526a\u5207\uff0c\u4fdd\u5b88\u505a\u6cd5\uff0c\u5426\u5219\u5bf9\u4ea4\u6613\u6240\u4e0d\u5229\u3002\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 18\/07\/2017\n  *\/\nclass FixedFracDigitsRule(val tokenGroup: AbsCoinGroup, val ffd4Token: Int,\n                          val pricingCoinGroup: AbsCoinGroup, val ffd4Pricing: Int,\n                          val cutTotal: Boolean = true) {\n\n  def cut(token: tokenGroup.COIN): Double = token.std.valueFfd(ffd4Token)\n\n  def cut$(pricing: pricingCoinGroup.COIN): Double = pricing.std.valueFfd(ffd4Pricing)\n\n  def sell(token: tokenGroup.COIN, pricingExRate: pricingCoinGroup.COIN): pricingCoinGroup.COIN = {\n    val value = cut(token) * cut$(pricingExRate)\n    pricingCoinGroup.unitStd * (if (cutTotal) NumFmt.cut2FixedFracDigits(value, ffd4Pricing) else value)\n  }\n\n  def buy(cash: pricingCoinGroup.COIN, pricingExRate: pricingCoinGroup.COIN): tokenGroup.COIN = {\n    val value = cut$(cash) \/ cut$(pricingExRate)\n    tokenGroup.unitStd * (if (cutTotal) NumFmt.cut2FixedFracDigits(value, ffd4Pricing) else value)\n  }\n\n  lazy val impl = coinTpeImpl[tokenGroup.COIN, pricingCoinGroup.COIN]\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/Rule.scala","text":"<gh_stars>0\n\/\/\/*\n\/\/ * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n\/\/ *\n\/\/ * Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ * you may not use this file except in compliance with the License.\n\/\/ * You may obtain a copy of the License at\n\/\/ *\n\/\/ *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/ *\n\/\/ * Unless required by applicable law or agreed to in writing, software\n\/\/ * distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ * See the License for the specific language governing permissions and\n\/\/ * limitations under the License.\n\/\/ *\/\n\/\/\n\/\/package hobby.chenai.nakam.autotx.core\n\/\/\n\/\/import hobby.chenai.nakam.autotx.core.FeeSrc.FeeSrc\n\/\/import hobby.chenai.nakam.autotx.core.coin.AbsCoinZone\n\/\/\n\/\/\/**\n\/\/  * @param token     \u4ee3\u5e01\u7c7b\u578b\n\/\/  * @param feesFixed \u56fa\u5b9a\u5355\u7b14\u4ea4\u6613\u8d39\u7528\uff08\u5e73\u53f0\u56de\u6263\uff09\n\/\/  * @param feesFSrc  feesFixed\u7684\u8d39\u7528\u5355\u4f4d\n\/\/  * @param feesPerct \u6309\u6bd4\u4f8b\u6536\u53d6\u7684\u8d39\u7528\uff08\u5e73\u53f0\u56de\u6263\uff09\n\/\/  * @param feesPSrc  feesPerct\u7684\u8d39\u7528\u5355\u4f4d\n\/\/  * @param buy       true\u4e70false\u5356\n\/\/  * @author <NAME>(<EMAIL>)\n\/\/  * @version 1.0, 25\/05\/2017\n\/\/  *\/\n\/\/class Rule private[core](val token: AbsCoinZone#AbsToken,\n\/\/                         val feesFixed: Float,\n\/\/                         val feesFSrc: FeeSrc,\n\/\/                         val feesPerct: Float,\n\/\/                         val feesPSrc: FeeSrc,\n\/\/                         val buy: Boolean)\n\/\/\n\/\/object Buy {\n\/\/  def apply(token: Token,\n\/\/            feesFixed: Float, feesFSrc: FeeSrc,\n\/\/            feesPerct: Float, feesPSrc: FeeSrc)\n\/\/  = new Rule(exchange, token, feesFixed, feesFSrc, feesPerct, feesPSrc, true)\n\/\/\n\/\/  def apply(exchange: Exchange, token: Token,\n\/\/            feesFixed: Float,\n\/\/            feesPerct: Float, feeSrc: FeeSrc): Rule\n\/\/  = apply(exchange, token, feesFixed, feeSrc, feesPerct, feeSrc)\n\/\/\n\/\/  lazy val YUN_BI_BTC = Buy()\n\/\/}\n\/\/\n\/\/object Sale {\n\/\/  def apply(exchange: Exchange, token: Token,\n\/\/            feesFixed: Float, feesFSrc: FeeSrc,\n\/\/            feesPerct: Float, feesPSrc: FeeSrc)\n\/\/  = new Rule(exchange, token, feesFixed, feesFSrc, feesPerct, feesPSrc, false)\n\/\/\n\/\/  def apply(exchange: Exchange, token: Token,\n\/\/            feesFixed: Float,\n\/\/            feesPerct: Float, feeSrc: FeeSrc): Rule\n\/\/  = apply(exchange, token, feesFixed, feeSrc, feesPerct, feeSrc)\n\/\/}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/task\/RealTimePriceScheduler.scala","text":"\/*\n * Copyright (C) 2018-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.task\n\nimport hobby.wei.c.reflow\nimport hobby.wei.c.reflow.implicits._\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 11\/07\/2018\n  *\/\nobject RealTimePriceScheduler {\n  def apply(): reflow.Trait = new MTrait()\n\n  class MTrait extends reflow.Trait.Adapter {\n    override protected def name() = getClass.getName\n\n    override def newTask() = new MTask\n\n    override protected def requires() = kces.counterPartySeq + kces.counterPartyUserPrefer\n\n    override protected def outs() = none\n\n    override protected def priority() = P_NORMAL\n\n    override protected def period() = SHORT\n\n    override protected def desc() = \"\u52a0\u8f7d\u6307\u5b9a\u4ea4\u6613\u6240\u7684\u4ea4\u6613\u5bf9\"\n  }\n\n  class MTask extends reflow.Task {\n    override protected def doWork(): Unit = {\n      \/\/ TODO: \u5f53\u524d\u662f\u8c03\u5ea6\u5668\u3002\n      \/\/ TODO: \u53ef\u80fd\u5b58\u5728\u4ea4\u6613\u5bf9\u592a\u591a\u7684\u60c5\u51b5\uff0c\u9700\u8981\u5e76\u884c\u4e0b\u8f7d\u3002\u540c\u65f6\u4f18\u5148\u4e0b\u8f7d\u7528\u6237\u5173\u6ce8\u7684\u3002\u4ee5\u53ca\u9760\u8c31\u7a0b\u5ea6\u8f83\u9ad8\u7684\u3002\n\n      \/\/ TODO: \u8fd9\u4e2a\u4efb\u52a1\u53ef\u80fd\u6210\u4e3a\u4e00\u4e2a\u8d1f\u8d23\u52a0\u8f7d\u6570\u636e\u8c03\u5ea6\u7684\u4efb\u52a1\uff1a\u52a8\u6001\u521b\u5efa\u5e76\u884c\u4efb\u52a1\u3002\n    }\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/test\/scala\/CoinUnit.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport hobby.chenai.nakam.autotx.core.DSL._\nimport hobby.chenai.nakam.autotx.core.coin.CnyGroup\nimport hobby.chenai.nakam.autotx.core.coin.BtcGroup._\nimport hobby.chenai.nakam.autotx.core.coin.CnyGroup._\nimport hobby.chenai.nakam.autotx.core.coin.EthGroup._\nimport hobby.chenai.nakam.autotx.core.exch.{AbsExchange, YUNBI}\n\nimport scala.language.postfixOps\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 08\/06\/2017\n  *\/\nobject CoinUnit {\n  def main(args: Array[String]): Unit = {\n  }\n\n  implicit val exchange: AbsExchange = YUNBI\n  YUNBI.updateCashPricingRate(BTC, 40000 CNY)\n  YUNBI.updateCashPricingRate(ETH, 3000 CNY)\n\n  \\(\"(0 BTC) to BTC: \" + ((0 BTC) to BTC))\n  \\(\"(0 BTC) to SAT: \" + ((0 BTC) to SAT))\n  \\(\"(0 BTC) to CNY: \" + ((0 BTC) to CNY))\n  \\(\"(0 BTC) to FEN: \" + ((0 BTC) to Fen))\n  \\(\"(0 BTC) to ETH: \" + ((0 BTC) to ETH))\n\n  ln\n\n  \\(\"(1 BTC) to BTC: \" + ((1 BTC) to BTC))\n  \\(\"(1 BTC) to SAT: \" + ((1 BTC) to SAT))\n  \\(\"(1 BTC) to CNY: \" + ((1 BTC) to CNY))\n  \\(\"(1 BTC) to FEN: \" + ((1 BTC) to Fen))\n  \\(\"(1 BTC) to ETH: \" + ((1 BTC) to ETH))\n\n  ln\n\n  \\(\"(0.1 BTC) to BTC: \" + ((0.1 BTC) to BTC))\n  \\(\"(0.1 BTC) to SAT: \" + ((0.1 BTC) to SAT))\n  \\(\"(0.1 BTC) to CNY: \" + ((0.1 BTC) to CNY))\n  \\(\"(0.1 BTC) to FEN: \" + ((0.1 BTC) to Fen))\n  \\(\"(0.1 BTC) to ETH: \" + ((0.1 BTC) to ETH))\n\n  ln\n\n  \\(\"5.44 JIAO: \" + (5.44 Jiao))\n  \\(\"5.45 JIAO: \" + (5.45 Jiao))\n  \\(\"1.494 FEN: \" + (1.494 Fen))\n  \\(\"1.495 FEN: \" + (1.495 Fen))\n  \\(\"1.44 FEN: \" + (1.44 Fen))\n  \\(\"1.45 FEN: \" + (1.45 Fen))\n  \\(\"1.4 FEN: \" + (1.4 Fen))\n  \\(\"1.5 FEN: \" + (1.5 Fen))\n\n  ln\n\n  \\(\"(1.12 CNY) > (112 FEN): \" + ((1.12 CNY) > (112 Fen)))\n  \\(\"(1.12 CNY) == (112 FEN): \" + ((1.12 CNY) == (112 Fen)))\n  \\(\"(1.12 CNY) == (112.1 FEN): \" + ((1.12 CNY) == (112.1 Fen)))\n  \\(\"(1.12 CNY) < (112.1 FEN): \" + ((1.12 CNY) < (112.1 Fen)))\n\n  ln\n\n  \\(\"(980 FEN) to (2 SAT).unit: \" + ((980 Fen) to (2 SAT).unit))\n  \\(\"(980 FEN) to (2 SAT).std.unit: \" + ((980 Fen) to (2 SAT).std.unit))\n  \\(\"(980 FEN) to JIAO: \" + ((980 Fen) to Jiao))\n  \\(\"(5.4 JIAO) to ETH: \" + ((5.4 Jiao) to ETH))\n  \\(\"(5.4 JIAO) to ETH to CNY: \" + ((5.4 Jiao) to ETH to CNY))\n  \\(\"(5.45 JIAO) to ETH to CNY to BTC to JIAO: \" + ((5.45 Jiao) to ETH to CNY to BTC to Jiao))\n  \/\/ SAT \u7684\u7cbe\u5ea6\u592a\u9ad8\uff0c\u8f6c\u6362\u6b21\u6570\u8fc7\u591a\uff0c\u4f1a\u6709\u635f\u5931\u3002\n  \\(\"(5.51 SAT) to ETH to BTC to FEN to SAT: \" + ((5.51 SAT) to ETH to BTC to Fen to SAT))\n  \\(\"(5.51 SAT) to ETH: \" + ((5.51 SAT) to ETH))\n\n  ln\n\n  \/\/ SAT \u7684\u7cbe\u5ea6\u592a\u9ad8\uff0c\u4f1a\u6709\u635f\u5931\n  \/\/  BTCC.updateCashRate(BTC, 20000000)\n  \/\/  BTCC.updateCashRate(ETH, 165000)\n  \/\/\n  \/\/  implicit val exchangeBtcc = BTCC\n\n  \\(\"(5.44 JIAO) to ETH to CNY to BTC to JIAO: \" + ((5.44 Jiao) to ETH to CNY to BTC to Jiao))\n  val jiao: CnyGroup.COIN = CNY.^((5.4506789 Jiao) to ETH to CNY to BTC to Jiao)\n  \/\/  \\(\"(5.45 JIAO) to ETH to CNY to BTC to JIAO: \" + jiao.value(CNY))\n  \\(\"(5.45 JIAO) to ETH to CNY to BTC to JIAO to FEN_3: \" + (jiao to Fen_3))\n  \\(\"(5.49 SAT) to ETH to BTC to FEN to SAT: \" + ((5.49 SAT) to ETH to BTC to Fen to SAT))\n  \\(\"(5.51 SAT) to ETH to BTC to FEN to SAT: \" + ((5.51 SAT) to ETH to BTC to Fen to SAT))\n  \\(\"(5.51 SAT) to ETH: \" + ((5.51 SAT) to ETH))\n\n  ln\n\n  \\(\"(1 CNY) == (10 FEN): \" + ((1 CNY) == (10 Fen)))\n  \\(\"(1 CNY) > (10 FEN): \" + ((1 CNY) > (10 Fen)))\n  \\(\"(1 CNY) == (10 JIAO): \" + ((1 CNY) == (10 Jiao)))\n  \\(\"(1 CNY) < (10 JIAO): \" + ((1 CNY) < (10 Jiao)))\n  \\(\"(1 BTC) == (1 CNY): \" + ((1 BTC) == (1 CNY)))\n  \\(\"(0.00050 BTC) == (50000 SAT): \" + ((0.00050 BTC) == (50000 SAT)))\n  \\(\"(1.12 CNY) == (112 FEN): \" + ((1.12 CNY) == (112 Fen)))\n  \\(\"(1.12 CNY) >= (112 FEN): \" + ((1.12 CNY) >= (112 Fen)))\n  \\(\"(1.12 CNY) > (112 FEN): \" + ((1.12 CNY) > (112 Fen)))\n  \\(\"(1.12 CNY) != (112 FEN): \" + ((1.12 CNY) != (112 Fen)))\n  \\(\"(1.12 CNY) < (112.1 FEN): \" + ((1.12 CNY) < (112.1 Fen)))\n\n  ln()\n\n  \\(\"(1 SAT) to FEN_3: \" + ((1 SAT) to Fen_3))\n  \\(\"(1 SAT) to FEN: \" + ((1 SAT) to Fen))\n  \\(\"(1 SAT) to CNY: \" + ((1 SAT) to CNY))\n\n  \\(SAT)\n  \\(BTC)\n  \\(CNY)\n  \\(Fen)\n  \\(Fen_3)\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/order\/Item.scala","text":"\/\/\/*\n\/\/ * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n\/\/ *\n\/\/ * Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ * you may not use this file except in compliance with the License.\n\/\/ * You may obtain a copy of the License at\n\/\/ *\n\/\/ *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/ *\n\/\/ * Unless required by applicable law or agreed to in writing, software\n\/\/ * distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ * See the License for the specific language governing permissions and\n\/\/ * limitations under the License.\n\/\/ *\/\n\/\/\n\/\/package hobby.chenai.nakam.autotx.core.order\n\/\/\n\/\/import hobby.chenai.nakam.autotx.core.Rule\n\/\/\n\/\/\/**\n\/\/  * @param id    \u6302\u5355id\n\/\/  * @param rule  \u4ea4\u6613\u89c4\u5219\n\/\/  * @param num   \u6570\u91cf\n\/\/  * @param price \u8d2d\u4e70\u5355\u4ef7\n\/\/  * @author <NAME>(<EMAIL>)\n\/\/  * @version 1.0, 25\/05\/2017\n\/\/  *\/\n\/\/class Item(val id: String,\n\/\/           val rule: Rule,\n\/\/           val num: Float,\n\/\/           val price: Float) {\n\/\/  lazy val fees = rule.feesFixed + price * num * rule.feesPerct\n\/\/\n\/\/  \/\/  def fees(price: Float, num: Float) = {\n\/\/  \/\/    feesFSrc match {\n\/\/  \/\/      case TOKEN => price * feesFixed \/\/ \u7ed9\u56fa\u5b9a\u7684token\u6570\u91cf\n\/\/  \/\/      case _ => feesFixed\n\/\/  \/\/    }\n\/\/  \/\/  } + {\n\/\/  \/\/    feesPSrc match {\n\/\/  \/\/      case _ => price * num * feesPerct \/\/ \u7ed9\u4ef7\u503c\u7684\u767e\u5206\u6bd4\n\/\/  \/\/    }\n\/\/  \/\/  }\n\/\/}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/Fee.scala","text":"<reponame>dedge-space\/txdsl\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core\n\nimport hobby.chenai.nakam.autotx.core.coin.AbsCoinGroup\nimport hobby.chenai.nakam.autotx.core.exch.AbsExchange\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 25\/05\/2017\n  *\/\nclass Fee[+GT <: AbsCoinGroup, +GF <: AbsCoinGroup](protected val coinGroup: GT, protected val feeGroup: GF) {\n  import feeGroup._\n\n  \/** \u5047\u5b9a\u624b\u7eed\u8d39\u53ea\u6536\u4e00\u79cd\u8d27\u5e01\u3002\u5982\u679c\u9700\u8981\u591a\u4e2a\uff0c\u53ef\u4ee5\u521b\u5efa\u591a\u4e2a\u672c\u5bf9\u8c61\u3002\n    *\n    * @param quota      \u56fa\u5b9a\u8d39\u7528\u3002\u6ce8\u610f\u65b9\u6cd5 `costs()` \u7684\u8fd4\u56de\u503c\u7684\u5355\u4f4d\u4e0e\u672c\u5355\u4f4d\u76f8\u540c\u3002\n    * @param percentage \u6309\u6bd4\u4f8b\u6536\u53d6\u7684\u8d39\u7528\u3002\n    * @param baseline   \u8d39\u7528\u57fa\u51c6\u7ebf\u3002\n    *\/\n  class Rule(val quota: COIN, val percentage: Double, val baseline: COIN) {\n    import quota.t2\n\n    \/** \u8ba1\u7b97\u4ea4\u6613\u8d39\u3002\n      *\n      * @param amount \u4ea4\u6613\u7684\u6570\u91cf\n      * @param ex     \u4ea4\u6613\u6240\n      * @return \u4ea4\u6613\u603b\u8d39\u7528\u3002\u6ce8\u610f\u5355\u4f4d `unit` \u5c06\u4e0e `baseline` \u76f8\u540c\u3002\n      *\/\n    def costs(amount: coinGroup.COIN)(implicit ex: AbsExchange): COIN =\n      baseline max (quota + (amount to quota.unit) * percentage)\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/BtcGroup.scala","text":"<filename>src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/BtcGroup.scala<gh_stars>0\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.coin\n\nimport scala.language.{existentials, implicitConversions, postfixOps}\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 29\/05\/2017\n  *\/\nobject BtcGroup extends AbsTokenGroup {\n  override type COIN = Token\n  override type UNIT = COIN with Unt\n\n  override def unitStd = BTC\n\n  override def make(count: Long, unt: UNIT) = new Token(count) {\n    override def unit = unt\n  }\n\n  abstract class Token private[BtcGroup](count: Long) extends AbsToken(count: Long) {\n    override def equals(obj: Any) = obj match {\n      case that: Token => that.canEqual(this) && that.count == this.count\n      case _ => false\n    }\n\n    override def canEqual(that: Any) = that.isInstanceOf[Token]\n  }\n\n  \/\/ \u65e2\u662f\u5355\u4f4d\u6570\u636e\u4e5f\u662f\u679a\u4e3e\n  lazy val SAT: UNIT = new Token(1) with Unt {\n    override val name = \"SAT\"\n  }\n  lazy val BTC: UNIT = new Token(100000000) with Unt { \/\/ \u4e00\u4ebf\u806a\n    override val name = \"BTC\"\n  }\n\n  class ImpDsl(count: Double) {\n    implicit def SAT: COIN = BtcGroup.SAT * count\n\n    implicit def BTC: COIN = BtcGroup.BTC * count\n  }\n\n  \/\/ \u4e0d\u53ef\u4ee5\u5199\u5728\u7236\u7c7b\u91cc\uff0c\u5426\u5219\u5bf9\u4e8e\u591a\u4e2a\u4e0d\u540c\u7684\u5e01\u79cd\u5c31\u4e0d\u77e5\u9053\u8f6c\u6362\u7ed9\u8c01\u4e86\u3002\n  implicit def wrapBtcNum(count: Double): ImpDsl = new ImpDsl(count)\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"build.sbt","text":"name := baseDirectory.value.getName\n\norganization := \"hobby.chenai.nakam\"\n\nversion := \"0.0.1-SNAPSHOT\"\n\nscalaVersion := \"2.11.11\"\n\ncrossScalaVersions := Seq(\n  \/*\"2.11.7\", \u591a\u4f59\uff0c\u4e0d\u9700\u8981\u4e24\u4e2a*\/\n  \"2.11.11\",\n  \/*\"2.12.2\", \u6709\u4e00\u4e9b\u7f16\u8bd1\u95ee\u9898\uff1a`the interface is not a direct parent`\u3002*\/\n  \"2.12.6\")\n\nlazy val scalaSettings = Seq(\n  scalaVersion := \"2.11.11\"\n)\n\nlazy val root = Project(id = \"autotx\", base = file(\".\"))\n  .dependsOn(\/*lang*\/)\n  .settings(scalaSettings,\n    aggregate in update := false\n  )\n\n\/\/ \u542f\u7528\u5bf9 java8 lambda \u8bed\u6cd5\u7684\u652f\u6301\u3002\nscalacOptions += \"-Xexperimental\"\n\nexportJars := true\n\noffline := true\n\n\/\/ \u89e3\u51b3\u751f\u6210\u6587\u6863\u62a5\u9519\u5bfc\u81f4 jitpack.io \u51fa\u9519\u7684\u95ee\u9898\u3002\npublishArtifact in packageDoc := false\n\n\/\/ \u5982\u679c\u8981\u7528 jitpack \u6253\u5305\u7684\u8bdd\u5c31\u52a0\u4e0a\uff0c\u6253\u5b8c\u4e86\u518d\u6ce8\u6389\u3002\nresolvers += \"jitpack\" at \"https:\/\/jitpack.io\"\n\nlibraryDependencies ++= Seq(\n  \"com.github.dedge-space\" % \"scala-lang\" % \"e2c7c95585\",\n  \"com.github.dedge-space\" % \"reflow\" % \"fb6411f3ae\",\n\n  \"junit\" % \"junit\" % \"[4.12,)\" % Test,\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.0-SNAP7\" % Test\n)\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/coinTpeImpl.scala","text":"\/*\n * Copyright (C) 2018-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx\n\nimport hobby.chenai.nakam.autotx.core.coin.AbsCoinGroup\nimport hobby.chenai.nakam.lang.TypeBring\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 10\/07\/2018\n  *\/\nobject coinTpeImpl {\n  def apply[PriTC <: AbsCoinGroup#AbsCoin, PriCC <: AbsCoinGroup#AbsCoin]: coinTpeImpl[PriTC, PriCC] = new coinTpeImpl[PriTC, PriCC] {}\n}\n\ntrait coinTpeImpl[PriTC <: AbsCoinGroup#AbsCoin, PriCC <: AbsCoinGroup#AbsCoin] {\n  implicit lazy val ptc = new TypeBring[PriTC, PriTC, AbsCoinGroup#AbsCoin] {}.t2\n  implicit lazy val pcc = new TypeBring[PriCC, PriCC, AbsCoinGroup#AbsCoin] {}.t2\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/AbsCoinGroup.scala","text":"\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.coin\n\nimport hobby.chenai.nakam.autotx.core.exch.AbsExchange\nimport hobby.chenai.nakam.lang.TypeBring\nimport hobby.chenai.nakam.util.NumFmt\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 25\/05\/2017\n  *\/\nabstract class AbsCoinGroup {\n  groupSelf =>\n\n  \/\/ COIN\u8868\u793a\u7684\u662f\u540c\u4e00\u4e2a\u5bf9\u8c61\uff08\u5982BtcZone\uff09\u4e0b\u7684\u8def\u5f84\u4f9d\u8d56\u7c7b\u578b\uff0cBTC, CONG\u7b49\u5c5e\u4e8eBtcZone.COIN\uff08\u6216BtcZone.Token\uff09\u7c7b\u7684\u5b9e\u4f8b\uff0c\n  \/\/ \u53ef\u4ee5new BtcZone.COIN()\u521b\u5efa\u65b0\u5b9e\u4f8b\uff0c\u4f46\u4e0d\u662fAbsCoinZone#AbsCoin\u7684\u5b9e\u4f8b\uff0c\u4e0d\u8fc7\u540e\u8005\u53ef\u4ee5\u7528\u4e8e\u6a21\u5f0f\u5339\u914d\uff0c\u4ece\u5c5e\u8303\u56f4\u66f4\u5e7f\u3002\n  type COIN <: AbsCoin\n  type UNIT <: COIN with Unt\n  protected[coin] type GROUP <: AbsCoinGroup\n\n  def unitStd: UNIT\n\n  def make(count: Long, unit: UNIT): COIN\n\n  override def toString = s\"GROUP[${unitStd.name}]\"\n\n  abstract class AbsCoin(private[core] val count: Long) extends NumFmt\n    with Equals with Ordered[COIN] with TypeBring[UNIT, COIN, AbsCoinGroup#AbsCoin] {\n    require(count >= 0, s\"[`Coin.count`\u6ea2\u51fa: $count].\")\n\n    val isCash: Boolean\n\n    final val group: GROUP = groupSelf.asInstanceOf[GROUP]\n\n    def unit: UNIT\n\n    def value: Double = this \/ unit\n\n    def +(that: COIN): COIN = make(this.count + that.count, unit)\n\n    def -(that: COIN): COIN = make(this.count - that.count, unit)\n\n    \/\/ \u7531\u4e8etoString.formatted\u4e5f\u4f1a\u8fdb\u884cround\u64cd\u4f5c\uff0c\u5982\u679c\u8fd9\u91cc\u518d\u8fdb\u884cround\u4f1a\u8d8a\u7b97\u8d8a\u591a\uff1a\n    \/\/ \u4f8b\u59826.45 FEN, round\u540e\u7684count = 65(\u7ed9\u6700\u4f4e\u5355\u4f4d\u591a\u4fdd\u7559\u4e861\u4f4d\uff0c\u537364.5, round(64.5) = 65),\n    \/\/ \u6700\u7ec8toString\u7684\u65f6\u5019round(6.5) = 7. \u56e0\u6b64\u8fd9\u91cc\u76f4\u63a5\u8fdb\u884ctoLong\u820d\u5f03\u5c0f\u6570\u3002\n    def *(x: Double): COIN = make((this.count * x).toLong \/*round*\/ , unit)\n\n    def \/(x: Double): COIN = make((this.count \/ x).toLong \/*round*\/ , unit)\n\n    def \/(that: COIN): Double = this.count.toDouble \/ that.count\n\n    \/**\n      * \u5c06\u5355\u4f4d\u6807\u51c6\u5316\u3002\u7531\u4e8e\u67d0\u4e9b\u9884\u5b9a\u4e49\u7684[\u4f5c\u4e3a\u679a\u4e3e\u7684]\u5e38\u91cf\u5c06\u81ea\u5df1\u672c\u8eab\u4f5c\u4e3a\u4e86\u6807\u51c6\u5355\u4f4d\u3002\n      *\/\n    def std: COIN = if (unit eq unitStd) this else mod(unitStd)\n\n    \/**\n      * \u8f6c\u6362\u5230\u53c2\u6570\u6307\u5b9a\u5355\u4f4d\u3002\n      *\/\n    \/\/ \u6ce8\u610funit\u7684\u53c2\u6570\u7c7b\u578b\uff0c\u5728\u67d0\u4e9b\u60c5\u51b5\u4e0b\uff0c\u5373\u4f7f\u6211\u4eec\u77e5\u9053\u662f\u540c\u4e00\u4e2a\u5bf9\u8c61\uff08\u5982CnyZone\u5355\u4f8b\u5bf9\u8c61\uff09\u4e0b\u7684\u8def\u5f84\u4f9d\u8d56\u7c7b\u578b\uff0c\n    \/\/ \u4f46\u65e0\u6cd5\u7528\u7c7b\u578b\u53c2\u6570\u8fdb\u884c\u89c4\u7ea6\uff0c\u5bfc\u81f4\u7f16\u8bd1\u5668\u65e0\u6cd5\u8ba4\u4e3a\u662f\u540c\u4e00\u4e2a\u8def\u5f84\u4f9d\u8d56\u7c7b\u578b\u3002\n    \/\/ \u56e0\u6b64\u8fd9\u91cc\u4f7f\u7528\u4e86\u66f4\u5bbd\u6cdb\u7684\u7c7b\u578b\u5e76\u8fdb\u884c\u4e86\u7c7b\u578b\u8f6c\u6362\uff0c\u8fd9\u610f\u5473\u7740\uff0c\u5982\u679c\u5728\u8fd0\u884c\u65f6\u7c7b\u578b\u786e\u5b9e\u4e0d\u662f\u540c\u4e00\u4e2a\u5bf9\u8c61\u8def\u5f84\u4e0b\u7684\uff0c\u90a3\u4e48\u4f1a\u629b\u5f02\u5e38\u3002\n    def mod(unit: UNIT): COIN = if (unit eq this.unit) this else make(count, unit)\n\n    \/\/    protected def requireGroupSame(unit: AbsCoinGroup#Unt): Unit = {\n    \/\/      require(unit.group == group, s\"unit group mismatch. require: $group, found: ${unit.group}\")\n    \/\/    }\n\n    override def compare(that: COIN) = this.count compare that.count\n\n    def min(that: COIN): COIN = if (this < that) this else that.mod(unit)\n\n    def max(that: COIN): COIN = if (this > that) this else that.mod(unit)\n\n    \/\/ COIN \u4f1a\u88ab\u64e6\u9664\uff0c\u5b50\u7c7b\u5b9e\u73b0\u3002\n    \/\/ override def equals(any: scala.Any)\n    \/\/ override def canEqual(that: Any)\n\n    override def hashCode() = 41 * (41 + count.hashCode()) + group.hashCode\n\n    \/**\n      * \u5728\u4e0d\u540c\u8d27\u5e01\u4e4b\u95f4\u6362\u7b97\u3002\n      *\n      * @param that     \u76ee\u6807\u5355\u4f4d\u3002\u6ce8\u610f\u8fd9\u4e2a\u53c2\u6570\u7684\u7c7b\u578b\u4e0e\u5176\u5b83\u4e0d\u540c\uff0c\u4e00\u822c\u53c2\u6570\u7c7b\u578bCOIN\u7528\u4e8e\n      *                 \u540c\u4e00\u4e2a\u8def\u5f84\u4f9d\u8d56\u7c7b\u578b\uff0c\u800c\u672c\u53c2\u6570\u53ef\u4ee5\u63a5\u53d7\u591a\u4e2a\u4e0d\u540c\u7684\u8def\u5f84\u4f9d\u8d56\u7c7b\u578b\u3002\n      * @param exchange \u4ea4\u6613\u5e73\u53f0\u3002\n      * @return \u82e5\u5151\u6362\u6210\u529f\uff0c\u5219\u8fd4\u56de\u503c\u4e0e `that` \u540c\u7c7b\u578b\uff1b\u82e5\u4e0d\u6210\u529f\uff0c\u5219\u76f4\u63a5\u8fd4\u56de\u672c\u5bf9\u8c61\u3002\u56e0\u6b64\u8fd4\u56de\u503c\u7684\u7c7b\u578b\u4e0d\u786e\u5b9a\u3002\n      *\/\n    def to(that: AbsCoinGroup#Unt)(implicit exchange: AbsExchange)\n    : AbsCoinGroup#AbsCoin = if (that.group eq this.group) mod(that) else exchange.applyExch(this, that)\n\n    \/\/    protected def format: String = value formatted s\"%.${unit.decmlFmt}f\"\n\n    override final def toString = if (unit eq this) unit.name else formatted(-1, unit.decmlFmt)(null)\n\n    override protected def unitNameFmt = unit.nameFmt\n  }\n\n  \/\/ \u4e0d\u80fd\u7528Unit, \u4f1a\u4e0e\u7cfb\u7edf\u7c7b\u578b\u51b2\u7a81\u3002\n  trait Unt extends AbsCoin {\n    override final def unit = this\n\n    def name: String\n\n    def nameFmt: String = name\n\n    def decmlFmt: Int = decimals(count)\n\n    def decimals(n: Double): Int = if (n == 1) 0 else 1 + decimals(n \/ 10)\n\n    def <<(coin: AbsCoinGroup#AbsCoin): COIN = coin mod unit\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/EthGroup.scala","text":"<filename>src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/EthGroup.scala\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.coin\n\nimport scala.language.{existentials, implicitConversions, postfixOps}\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 30\/05\/2017\n  *\/\nobject EthGroup extends AbsTokenGroup {\n  override type COIN = Token\n  override type UNIT = COIN with Unt\n\n  override def unitStd = ETH\n\n  override def make(count: Long, unt: UNIT) = new Token(count) {\n    override def unit = unt\n  }\n\n  abstract class Token private[EthGroup](count: Long) extends AbsToken(count: Long) {\n    override def equals(obj: Any) = obj match {\n      case that: Token => that.canEqual(this) && that.count == this.count\n      case _ => false\n    }\n\n    override def canEqual(that: Any) = that.isInstanceOf[Token]\n  }\n\n  \/\/ \u65e2\u662f\u5355\u4f4d\u6570\u636e\u4e5f\u662f\u679a\u4e3e\n  lazy val GWei: UNIT = new Token(1) with Unt {\n    override val name = \"GWei\"\n  }\n  \/\/ \u4ee5\u592a\u7684\u5355\u4f4d\u6bd4\u8f83\u6df7\u4e71\uff0c\u6682\u4fdd\u7559\u5230GWei(1e9Wei, 1e-9Ether)\u3002\u5982\u679c\u5c0f\u6570\u4f4d\u6570\u592a\u591a\uff0c\u5219\u7559\u7ed9\u6574\u6570\u7684\u4f4d\u6570\u5c31\u4f1a\u51cf\u5c11\u3002\n  lazy val ETH: UNIT = new Token(1000000000) with Unt {\n    override val name = \"ETH\"\n    \/\/ override val decmlFmt: Int = super.decmlFmt - 1 \/\/ \u524d\u4e00\u7248\u8bbe\u7f6e\u4e867\u4e2a0\u4f46\u53ea\u4fdd\u75596\u4f4d\u6709\u6548\u4f4d\uff0c\u6545\u6709\u6b21\u8bbe\u7f6e\u3002\n  }\n\n  class ImpDsl(count: Double) {\n    implicit def GWei: COIN = EthGroup.GWei * count\n\n    implicit def ETH: COIN = EthGroup.ETH * count\n  }\n\n  implicit def wrapEthNum(count: Double): ImpDsl = new ImpDsl(count)\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/exch\/YUNBI.scala","text":"<filename>src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/exch\/YUNBI.scala\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.exch\n\nimport hobby.chenai.nakam.autotx.core.coin._\nimport hobby.chenai.nakam.autotx.core.coin.BtcGroup._\nimport hobby.chenai.nakam.autotx.core.coin.CnyGroup._\nimport hobby.chenai.nakam.autotx.core.coin.EthGroup._\n\nimport scala.language.postfixOps\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 31\/05\/2017\n  *\/\nobject YUNBI extends AbsExchange(\"YUNBI\", BtcGroup, CnyGroup, EthGroup) {\n  \/\/ \u4e91\u5e01\u7684\u624b\u7eed\u8d39\u662f\u8fd9\u4e48\u6536\u7684\uff1a\u4e70\u5230\u7684\u6216\u5356\u51fa\u7684\uff0c\u4ece\u6536\u5165\u91cc\u9762\u6309\u6bd4\u4f8b\u6263\u9664\u3002\u5373\uff1a\u4e70\u5230\u7684\u5e01\u6263\u5e01\uff0c\u5356\u51fa\u7684\u94b1\u6263\u94b1\u3002\n  \/\/ \u5bf9\u4e8e\u624b\u7eed\u8d39\uff0c\u6ca1\u6709\u63a5\u53d7\u51e0\u4f4d\u5c0f\u6570\u4e00\u8bf4\u3002\n  updateTokenPricingRate(ETH, 0.09 BTC)\n  updateCashPricingRate(ETH, 3000 CNY)\n\n  override def loadFfdRule(counterParty: (AbsTokenGroup, AbsCoinGroup)): FixedFracDigitsRule = counterParty match {\n    case (EthGroup, BtcGroup) => new FixedFracDigitsRule(EthGroup, 6, BtcGroup, 8, false)\n    case (EthGroup, CnyGroup) => new FixedFracDigitsRule(EthGroup, 6, CnyGroup, 5, false)\n  }\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/core\/coin\/CnyGroup.scala","text":"\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.core.coin\n\nimport scala.language.{existentials, implicitConversions, postfixOps}\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 30\/05\/2017\n  *\/\nobject CnyGroup extends AbsCashGroup {\n  override type COIN = RMB\n  override type UNIT = COIN with Unt\n\n  lazy override val unitStd = CNY\n\n  override def make(count: Long, unt: UNIT) = new RMB(\n    count \/\/ if (unt == FEN_3) count else count \/ 1000 * 1000 \/\/ \u53ef\u4ee5\u8fd9\u6837\u91cd\u6784FEN\u4ee5\u4e0a\u7684\u7cbe\u5ea6\n  ) {\n    override def unit = unt\n  }\n\n  abstract class RMB private[CnyGroup](count: Long) extends AbsCash(count: Long) {\n    override def equals(obj: Any) = obj match {\n      case that: RMB => that.canEqual(this) && that.count == this.count\n      case _ => false\n    }\n\n    override def canEqual(that: Any) = that.isInstanceOf[RMB]\n  }\n\n  private trait CNU extends Unt {\n    override val decmlFmt: Int = super.decmlFmt - 3\n  }\n\n  \/\/ SC\u4e91\u50a8\u5e01\u7cbe\u786e\u52300.00001\n  lazy val Fen_3: UNIT = new RMB(1) with Unt {\n    override val name = \"Fen-3\"\n\n    override def nameFmt = CNY.nameFmt\n\n    override val decmlFmt: Int = decimals(CNY.count)\n  }\n  \/\/ \u66f4\u9ad8\u7cbe\u5ea6, \u4e0d\u8fc7decimals\u4f1a\u53bb\u63893\u4f4d\uff0ctoString\u65f6\u4f1a\u683c\u5f0f\u5316\u6389\u3002\n  lazy val Fen: UNIT = new RMB(1000) with CNU {\n    override val name = \"Fen\"\n  }\n  lazy val Jiao: UNIT = new RMB(10000) with CNU {\n    override val name = \"Jiao\"\n  }\n  lazy val CNY: UNIT = new RMB(100000) with CNU {\n    override val name = \"CNY\"\n  }\n\n  class ImpDsl(count: Double) {\n    implicit def Fen_3: COIN = CnyGroup.Fen_3 * count\n\n    implicit def Fen: COIN = CnyGroup.Fen * count\n\n    implicit def Jiao: COIN = CnyGroup.Jiao * count\n\n    implicit def CNY: COIN = CnyGroup.CNY * count\n  }\n\n  implicit def wrapCnyNum(count: Double): ImpDsl = new ImpDsl(count)\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/task\/kces.scala","text":"\/*\n * Copyright (C) 2018-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx.task\n\nimport hobby.wei.c.reflow.Kce\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 11\/07\/2018\n  *\/\nobject kces {\n  lazy val refreshFromNet = new Kce[String](\"refresh_from_net\") {}\n\n  \/** \u4ea4\u6613\u6240\u540d\u79f0\u3002 *\/\n  lazy val exchangeName = new Kce[String](\"exchange_name\") {}\n\n  \/\/ TODO: \u8fd8\u6709\u4e00\u4e9bheader`apiKey\/apiSecret`\u4e4b\u7c7b\u7684\u53c2\u6570\uff0c\u5c01\u88c5\u6210\u4efb\u52a1\u8bfb\u53d6\u3002\n\n  \/** `exchangeName`\u5bf9\u5e94\u7684\u4ea4\u6613\u6240\u4e0b\u7684\u4ea4\u6613\u5bf9\u8bf7\u6c42\u5730\u5740\u3002 *\/\n  \/\/ \u7531\u4efb\u52a1\u81ea\u5df1\u8bfb\u53d6\u3002\n  \/\/ lazy val counterPartyUrl = new Kce[String](\"counter_party_url\") {}\n\n  \/** \u4ea4\u6613\u5bf9\u5217\u8868\u3002 *\/\n  lazy val counterPartySeq = new Kce[Seq[(String, String)]](\"counter_party_seq\") {}\n\n  \/** \u7528\u6237\u5173\u6ce8\u7684\u4ea4\u6613\u5bf9\u5217\u8868\u3002 *\/\n  lazy val counterPartyUserPrefer = new Kce[Seq[(String, String)]](\"counter_party_user_prefer\") {}\n  \/** \u7528\u6237\u5173\u6ce8\u7684\u4ea4\u6613\u5bf9\u5217\u8868\u3002 *\/\n  lazy val realTimeData = new Kce[Seq[(String, String)]](\"real_time_data\") {}\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/test\/scala\/Syntax.scala","text":"<reponame>dedge-space\/txdsl\n\/*\n * Copyright (C) 2017-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport hobby.chenai.nakam.autotx.core.Fee\nimport hobby.chenai.nakam.autotx.core.DSL._\nimport hobby.chenai.nakam.autotx.core.coin._\nimport hobby.chenai.nakam.autotx.core.coin.BtcGroup.{SAT, _}\nimport hobby.chenai.nakam.autotx.core.coin.CnyGroup._\nimport hobby.chenai.nakam.autotx.core.coin.EthGroup._\nimport Syntax.{A, ABCD}\nimport hobby.chenai.nakam.autotx.core.exch.{AbsExchange, YUNBI}\n\nimport scala.language.postfixOps\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 28\/05\/2017\n  *\/\nobject Syntax {\n  def main(args: Array[String]): scala.Unit = {\n    \/\/ ...\n  }\n\n  val f0: (Int, Int) => Int = _ + _\n  val f1 = (_: Int) + (_: Int)\n  val f2: (Int, Int) => Int = (x: Int, y: Int) => x + y\n  val f3 = (x: Int, y: Int) => x + y\n\n  implicit val exchange: AbsExchange = YUNBI\n  YUNBI.updateCashPricingRate(BTC, 40000 CNY)\n  YUNBI.updateCashPricingRate(ETH, 3000 CNY)\n\n  \\(SAT == BTC)\n  \\(BTC == BTC)\n  \\(\"BTC equals CNY: \" + (SAT equals Fen))\n  \\(BTC.isInstanceOf[BtcGroup.Token])\n  \\(BTC.getClass eq SAT.getClass)\n  \\(BTC.getClass eq Jiao.getClass)\n  \\(BTC.getClass + \", \" + Jiao.getClass)\n  \\(SAT)\n  \\(BTC)\n  \\(SAT * 1000 + (2 BTC))\n  \\((10000 SAT) + (1000 SAT))\n  \\(1 BTC)\n  \\(\"SAT == (1 SAT)? \" + (SAT == (1 SAT)))\n  \\(Jiao)\n  \\(Jiao == (1 Jiao))\n  \\(\"JIAO canEqual CNY: \" + (Jiao canEqual CNY))\n\n  \/\/  println(new Token(0).isInstanceOf[BtcZone.BTC])\n  matchText(BTC)\n  matchText(1 BTC)\n  matchText(10 BTC)\n  matchText(2 CNY)\n\n\n  def matchText(token: AbsCoinGroup#AbsCoin) = token match {\n    case BTC => println(token + \" matches BTC object\")\n    case _: BtcGroup.COIN => println(token + \" matches BtcZone.COIN type\")\n    \/\/case _: BtcZone.Token => println(token + \" matches BtcZone.Token type\")\n    case _: AbsCoinGroup#AbsCoin => println(token + \" matches AbsTokenZone#AbsCoin type\")\n    case _ => println(token + \"matches nothing\")\n  }\n\n  \\(\"CNY.isInstanceOf[CnyZone.RMB]:\" + CNY.isInstanceOf[CnyGroup.RMB])\n  \\(\"CNY.isInstanceOf[AbsCoinZone#AbsCash]:\" + CNY.isInstanceOf[AbsCashGroup#AbsCash])\n\n  \/\/  require(CNY.getClass == (1 JIAO).getClass, s\"${CNY unitName}\u4e0d\u652f\u6301${JIAO.unitName}\")\n\n  \\(CNY.getClass + \", class: \" + Jiao.getClass)\n\n  type CASH = CnyGroup.COIN\n\n  def typeMatch(any: Any) = any match {\n    case _: CASH => \\ _\n    case _ => \\(\"_\")\n  }\n\n  \\(\"typeMatch(CNY):\" + typeMatch(CNY))\n  \\(\"typeMatch(JIAO):\" + typeMatch(Jiao))\n  \\(\"typeMatch(BTC):\" + typeMatch(BTC))\n\n  \/*\n    abstract class Cat[-T, +U, -X, +Y, A] {\n      def meow[W](volume: T, listener: Cat[U, T, Y, Cat[U, T, Cat[T,\n        Cat[A, U, Cat[U, T, A, A, A], Y, A], X, Y, A], X, A], A])\n\n      : Cat[T, U,\n        Cat[Cat[T, U, X, Y, A], Cat[U, T, Y, X, A], U, T, A],\n        Cat[T, U, X, Y, A],\n        Cat[A, A, A, A, A]]\n    }*\/\n\n  class A[+T] {\n  }\n\n  class B[+T] extends A[T]\n\n  class C[T] extends B[T] {\n    def method[N <: Y](t: T, n: N): N = n\n  }\n\n  class D[T] extends C[T]\n\n  class E extends D\n\n  class X\n\n  class Y extends X\n\n  class Z extends Y\n\n  \/*\n    val aaxx: A[X] = new A[X]\n    val aaxy: A[X] = new A[Y]\n    val abxx: A[X] = new B[X]\n    val abxy: A[X] = new B[Y]\n    val aayx: A[Y] = new A[X] \/\/ \u62a5\u9519\n    val aayy: A[Y] = new A[Y]\n    val abyx: A[Y] = new B[X] \/\/ \u62a5\u9519\n    val abyy: A[Y] = new B[Y]\n\n    val baxx: B[X] = new A[X] \/\/ \u62a5\u9519\n    val baxy: B[X] = new A[Y] \/\/ \u62a5\u9519\n    val bayx: B[Y] = new A[X] \/\/ \u62a5\u9519\n    val bayy: B[Y] = new A[Y] \/\/ \u62a5\u9519\n    val bbxx: B[X] = new B[X]\n    val bbxy: B[X] = new B[Y] \/\/ \u62a5\u9519\n    val bbyx: B[Y] = new B[X]\n    val bbyy: B[Y] = new B[Y]\n  *\/\n  \/*\n    val arr: Array[Any] = Array(1, 2, 3, 4, \"\")\n    \/\/  val arrABY: Array[A[B[Y]]] = Array(new A[B[Y]], new B[B[Y]], new A[B[X]], new B[B[X]], new B[A[Y]])\n    val arrAAX: Array[A[A[Y]]] = Array(new A[B[Y]], new B[B[Y]], new A[B[Y]], new B[B[X]])\n    val arrABCY: Array[A[B[C[Y]]]] = Array(new A[B[C[Y]]], new B[B[C[Y]]], new B[B[A[X]]])\n    val arrNew: Array[A[B[C[Y]]]] = Array[A[B[C[Y]]]]()\n    val listNew: List[A[B[C[Y]]]] = List[B[B[C[Y]]]]()\n    val arrNew1: Array[A[B[A[B[Y]]]]] = Array[A[B[A[B[Y]]]]]()\n    val listNew1: List[A[B[A[B[Y]]]]] = List[A[C[A[A[X]]]]]()\n\n    val seq: Seq[A[X]] = List(new A[Y], new B[Y])*\/\n\n  def test[T: D, M >: T, N <: Y](t: T, m: M, n: N): N = implicitly[C[T]].method(t, n)\n\n  def meow[H <: C[X], I >: H, J >: H <: Any, K >: H <: I](): Unit = {}\n\n\n  object EthFee extends Fee(EthGroup, CnyGroup) {\n    import feeGroup._\n    lazy val BUY = new Rule(1 CNY, 0.0001, 1 Jiao)\n  }\n\n  ln()\n  ln()\n\n  \\(\"buy.costs(1 ETH): \" + EthFee.BUY.costs(1 ETH))\n\n\n  def matchIf(x: Any) = x match {\n    case _ if x.isInstanceOf[B[_]] => \\(\"x isInstanceOf B\")\n    case 10 => \\(\"=> 10\")\n    case i: Int if i == 10 => \\(\"x == 10\")\n    case s@_ if s == \"string\" => \\(\"x == string\")\n    case a => \\(a)\n  }\n\n  matchIf(new B[X])\n  matchIf(10)\n  matchIf(\"string\")\n  matchIf('c')\n\n  ln()\n  ln()\n\n  ~>: buy (10000 SAT) on YUNBI use (1 CNY) ~>=\n\n  ~>: buy (98 BTC) on YUNBI ~>=\n\n  ~>: buy (98 BTC) ~>=\n\n  \\((12.34567890 CNY) formatted())\n  \\((12.34567890987 Fen_3).formatted(fixedFracDigits = 25)(null))\n  \\((1234020000 Fen_3) formatted 25)\n  \\((12345678900000023L SAT) to BTC formatted 25)\n  \\((23L SAT).formatted(25, 4)(SAT.formatter))\n\n\n  case class O(var s: String, var i: Int) {\n    def test: String = s\n  }\n\n  O(\"\", 0) match {\n    case s O 5 => s\n    case _ => \"\"\n  }\n\n  trait ABCD {\n    protected implicit def ^(s: String): O = ???\n  }\n}\n\nclass BCDE extends A with ABCD {\n  \"\" test\n}\n"}
{"repo_name":"dedge-space\/txdsl","path":"src\/main\/scala\/hobby\/chenai\/nakam\/autotx\/AutoTx.scala","text":"<reponame>dedge-space\/txdsl\n\/*\n * Copyright (C) 2018-present, <NAME>(<EMAIL>)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage hobby.chenai.nakam.autotx\n\nimport hobby.chenai.nakam.autotx.core.coin.{AbsCashGroup, AbsTokenGroup, CnyGroup}\nimport hobby.chenai.nakam.autotx.core.coin.EthGroup._\nimport hobby.chenai.nakam.autotx.task.{kces, CounterParty, RealTimePriceScheduler}\nimport hobby.wei.c.reflow.{Feedback, Poster, Reflow}\nimport hobby.wei.c.reflow.implicits._\nimport hobby.wei.c.reflow.Feedback.Progress.Policy\n\nimport scala.language.postfixOps\n\n\/**\n  * @author <NAME>(<EMAIL>)\n  * @version 1.0, 10\/07\/2018\n  *\/\nobject AutoTx {\n  \/\/ TODO: \u6ce8\u610f\u5728 Android \u5e73\u53f0\u4e0a\u9700\u8981\u4fee\u6539\u3002\n  \/\/ Reflow.setThreadResetor(new ThreadResetor {})\n  \/\/ Reflow.setLogger()\n  Reflow.setDebugMode(true)\n\n  implicit lazy val policy: Policy = Policy.Depth(3) -> Policy.Fluent -> Policy.Interval(600)\n  implicit lazy val poster: Poster = null\n\n  object SupportedExchange extends Enumeration {\n    type Tpe = Exchange\n    private[SupportedExchange] case class Exchange(name: String) extends Val\n    val HuoBi = Exchange(\"HuoBi\")\n  }\n\n  def startOnAll(): Unit = SupportedExchange.values.foreach(_ => startOn(_))\n\n  def startOn(exchange: SupportedExchange.Tpe): Unit = {\n    Reflow.create(CounterParty())\n      .next(RealTimePriceScheduler())\n      .submit(\"\u542f\u52a8\u5668\", none)\n      .start((kces.exchangeName, exchange.name), Feedback.Log)\n  }\n\n  \/\/ TODO: \u5728\u72ec\u7acb\u8fdb\u7a0b\u5b9e\u65f6\u8fd0\u7b97\n  load\u5e02\u573a\u5b9e\u65f6\u6570\u636e()\n  Analyzer4CNY.\u5206\u6790\u4f18\u8d28\u5e01()\n\n  object Analyzer4CNY extends Analyzer(CnyGroup)\n\n  abstract class Analyzer(protected val cash: AbsCashGroup) {\n    def entryOrdersIntelligent(): Unit = {\n      val (yes, mount) = \u662f\u5426\u7ee7\u7eed\u6295\u5165\u8d44\u91d1\n      if (yes) {\n        val \u4f18\u8d28\u5e01\u79cd = \u7b5b\u9009\u51fa\u6307\u6570\u7b26\u5408\u7528\u6237\u8bbe\u7f6e(\u5206\u6790\u4f18\u8d28\u5e01())\n        val \u76ee\u6807 = \u5177\u5907\u6700\u4f73\u65f6\u673a\u7684(\u4f18\u8d28\u5e01\u79cd)\n        if (\u76ee\u6807.nonEmpty) autoEntryOrdersOfBuying(mount, \u76ee\u6807)\n        else {\n          \/\/ \u7b49\u5f85\u4e8b\u4ef6\u89e6\u53d1\u8c03\u7528\uff1a\u4f59\u989d\u53d8\u52a8\uff0c\u7528\u6237\u8bbe\u7f6e\u66f4\u6539\uff0c\u7528\u6237\u624b\u52a8\u89e6\u53d1\n        }\n      } else {\n        \/\/ \u7b49\u5f85\u4e8b\u4ef6\u89e6\u53d1\u8c03\u7528\uff1a\u4f59\u989d\u53d8\u52a8\uff0c\u7528\u6237\u8bbe\u7f6e\u66f4\u6539\uff0c\u7528\u6237\u624b\u52a8\u89e6\u53d1\u3002\n      }\n    }\n\n    \/\/ \u5177\u4f53\u7684\u4e00\u4e2a\u8ba2\u5355\n    def entryOrderOfBuying(money: AbsCashGroup#AbsCash, token: AbsTokenGroup): Unit = {\n      \/\/ TODO: http \u8bf7\u6c42\u53c2\u6570\uff0c\u7528\u6237\u662f\u5426\u6ce8\u518c\uff0capiKey\/apiSecret\u3002\n    }\n\n    def \u5177\u5907\u6700\u4f73\u65f6\u673a\u7684(\u4f18\u8d28\u5e01: Seq[(AbsTokenGroup, Double)]): Seq[(AbsTokenGroup, Double \/*\u5efa\u8bae\u8d2d\u4e70\u6bd4\u4f8b*\/ )] = {\n      \/\/ \u5206\u6790\u8206\u8bba\u60c5\u51b5\u3002\u725b\u5e02 or \u718a\u5e02\u3002\n      \/\/ \u65f6\u673a\u662f\u4ec0\u4e48\uff1f\u54ea\u4e2a\u6700\u6709\u66b4\u6da8\u7684\u8d8b\u52bf\uff08\u6700\u5c0f\u7684\u4ee3\u4ef7\u53ef\u4ee5\u62c9\u8d77\u6765\uff09\u3002\n      if (\u4f18\u8d28\u5e01.isEmpty) Nil else Nil\n    }\n\n    def autoEntryOrdersOfBuying(\u91d1\u989d: AbsCashGroup#AbsCash, \u4f18\u8d28\u5e01\u79cd: Seq[(AbsTokenGroup, Double)]): Unit = {\n      \u4f18\u8d28\u5e01\u79cd.foreach { \u5e01 =>\n        \/\/ TODO: \u62c6\u5206\u6210\u51e0\u5355\uff0c\u9700\u8981\u8ba1\u7b97\u6700\u4f18\u89e3\u3002\n        val each = \u91d1\u989d \/ 10\n        (0 until 10).foreach { _ => entryOrderOfBuying(each * \u5e01._2, \u5e01._1) }\n      }\n    }\n\n    def \u5206\u6790\u4f18\u8d28\u5e01(): Seq[(AbsTokenGroup, Double \/*\u589e\u957f\u6307\u6570\uff08\u7efc\u5408\u8bc4\u5206\uff09*\/ )] = {\n      \/\/ \u5355\u4f4d\u65f6\u95f4\u5185\uff08\u4e00\u5929\uff1f\u4e00\u5c0f\u65f6\uff1f\uff09\u4e0a\u6da8\u6982\u7387\u3001\u6da8\u5e45\u3002\u9700\u8981\u628a\u4e0a\u8ff0\u53c2\u6570\u7efc\u5408\u8bc4\u4f30\u3002\n      (ETH.group, 0.65) :: Nil\n    }\n\n    def \u7b5b\u9009\u51fa\u6307\u6570\u7b26\u5408\u7528\u6237\u8bbe\u7f6e(\u4f18\u8d28\u5e01: Seq[(AbsTokenGroup, Double)]): Seq[(AbsTokenGroup, Double \/*\u589e\u957f\u6307\u6570\uff08\u7efc\u5408\u8bc4\u5206\uff09*\/ )] = {\n      \u4f18\u8d28\u5e01\n    }\n\n    \/** \u662f\u5426\u7ee7\u7eed\u6295\u5165\u8d44\u91d1\u3002 *\/\n    def \u662f\u5426\u7ee7\u7eed\u6295\u5165\u8d44\u91d1: (Boolean, AbsCashGroup#AbsCash) = (\u53ef\u7528\u73b0\u91d1\u989d >= \u53ef\u6302\u5355\u6700\u4f4e\u73b0\u91d1\u989d, \u53ef\u7528\u73b0\u91d1\u989d)\n\n    def \u53ef\u6302\u5355\u6700\u4f4e\u73b0\u91d1\u989d: cash.COIN = ???\n\n    def \u53ef\u7528\u73b0\u91d1\u989d: cash.COIN = \u73b0\u91d1\u603b\u4f59\u989d - \u73b0\u91d1\u5907\u7528\u9884\u7559\n\n    def \u73b0\u91d1\u603b\u4f59\u989d: cash.COIN = ???\n\n    def \u73b0\u91d1\u5907\u7528\u9884\u7559: cash.COIN = ???\n  }\n\n  def load\u4ea4\u6613\u5bf9And\u8ba1\u4ef7\u89c4\u5219(): Unit = {\n    \/\/ TODO: \u5b58\u5165\u6570\u636e\u5e93\uff0c\u66f4\u65b0\u9891\u73871\u59291\u6b21\u3002\u53ef\u5f3a\u5236\u5237\u65b0\u3002\n  }\n\n  def load\u5e02\u573a\u5b9e\u65f6\u6570\u636e(): Unit = {\n    \/\/ TODO: \u6839\u636e\u9650\u5b9a\u9891\u7387\uff08\u59825\u5206\u949f600\u6b21\u8c03\u7528\uff09\u5b9e\u65f6\u5237\u65b0\u6570\u636e\u3002\u5b58\u5e93\u4ee5\u4f9b\u5206\u6790\u3002\n  }\n}\n"}
{"repo_name":"Acmezon\/AcmeSupermarketTwitter","path":"src\/main\/scala\/TwitterScrapper.scala","text":"<reponame>Acmezon\/AcmeSupermarketTwitter\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming.Seconds\nimport org.apache.spark.streaming.StreamingContext\nimport org.apache.spark.streaming.StreamingContextState\nimport org.apache.spark.streaming.twitter.TwitterUtils\nimport com.mongodb.casbah.MongoClient\nimport com.mongodb.casbah.commons.MongoDBObject\nimport com.mongodb.casbah.Imports._\nimport com.typesafe.config.ConfigFactory\nimport java.io.FileOutputStream\nimport java.io.File\nimport java.io.PrintWriter\nimport scala.collection.mutable.{Map}\n\nobject TwitterScrapper {  \n  def log(message: String, level: String) = {\n    val formatter = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\");\n    val moment = formatter.format(new Date())\n    \n    val line = moment + \" \" + level + \": \" + message;\n    \n    val f = new File(\"logs\/social_media.log\");\n    \n    var writer: PrintWriter = null;\n    if ( f.exists() && !f.isDirectory() ) {\n        writer = new PrintWriter(new FileOutputStream(new File(\"logs\/social_media.log\"), true));\n        writer.append(line + \"\\n\");\n        writer.close();\n    }\n    else {\n        f.getParentFile().mkdirs();\n        writer = new PrintWriter(\"logs\/social_media.log\");\n        writer.println(line);\n        writer.close();\n    }\n    \n  }\n  \n  def main(args: Array[String]) {    \n    val config =  ConfigFactory.parseFile(new File(\".\/application.conf\"))\n    \/\/ Configure Twitter credentials\n    TwitterCredentials.configureTwitterCredentials()\n\n    \/\/ Your code goes here\n    val conf = new SparkConf().setAppName(\"TwitterScrapper\")\n    val ssc = new StreamingContext(conf, Seconds(5))\n    \n    var tweets = TwitterUtils.createStream(ssc, None)\n    var statuses = tweets.map { status => (status.getText, status.getCreatedAt, status.getLang) }\n    statuses = statuses.filter { status => status._3 == \"es\" || status._3 == \"en\" }\n    \n    val brandName = config.getString(\"app.brand-name\").replaceAll(\"[~!@#$^%&*\\\\(\\\\)_+={}\\\\[\\\\]|;:\\\"'<,>.?`\/\\\\\\\\-]\", \"\").toLowerCase();\n    val productName = config.getString(\"app.product-name\").replaceAll(\"[~!@#$^%&*\\\\(\\\\)_+={}\\\\[\\\\]|;:\\\"'<,>.?`\/\\\\\\\\-]\", \"\").toLowerCase();\n    \n    val brandStatuses = statuses.filter { status =>  status._1.toLowerCase().matches(\"\\\\b\" + brandName + \"\\\\b\") || status._1.toLowerCase().matches(\"\\\\b\" + productName + \"\\\\b\") }\n    \n    var brandSum = 0L\n    var brandCount = 0.0\n    \n    brandStatuses.count().foreachRDD((rdd, time) => {\n      val prev_avg = if(brandCount == 0.0) 0.0 else brandSum \/ brandCount;\n      brandSum += rdd.first()\n      brandCount += 1.0\n      \n      val curr_avg = brandSum \/ brandCount\n      \n      val increaseRate = if(prev_avg == 0.0) 0.0 else (curr_avg - prev_avg) * 100;\n      \n      val mongoBrandRuleConnection = MongoClient();\n      var mongoBrandRuleColl = mongoBrandRuleConnection(\"Acme-Supermarket\")(\"social_media_rules\");\n      \n      val query = MongoDBObject(\"_type\" -> \"BrandRule\", \"increaseRate\" -> MongoDBObject( \"$lte\" -> increaseRate));\n      val fields = MongoDBObject(\"_id\" -> 1);\n      val brandRules = mongoBrandRuleColl.find(query, fields);\n      \n      brandRules.foreach { rule => \n        val mongoBrandNotificationConnection = MongoClient();\n        var mongoBrandNotificationColl = mongoBrandNotificationConnection(\"Acme-Supermarket\")(\"social_media_notifications\");\n      \n        val brandNotification = MongoDBObject(\n          \"_type\" -> \"BrandNotification\",\n          \"percentageExceeded\" -> increaseRate,\n          \"brand_rule_id\" -> rule.get(\"_id\").toString(),\n          \"moment\" -> new Date()\n        )\n        \n        mongoBrandNotificationColl += brandNotification;\n        \n        log(\"Brand notification for rule\" + rule.get(\"_id\").toString(), \"INFO\");\n        \n        mongoBrandNotificationConnection.underlying.close();\n        mongoBrandNotificationColl = null;\n      }\n      \n      mongoBrandRuleConnection.underlying.close();\n      mongoBrandRuleColl = null;\n    })\n    \n    brandStatuses.foreachRDD( brandRDD => {\n      brandRDD.foreach(brand => {\n        val mongoBrandDataConnection = MongoClient();\n        var mongoBrandDataColl = mongoBrandDataConnection(\"Acme-Supermarket\")(\"social_media_brand_data\");\n        \n        val brandOcurrence = MongoDBObject(\n            \"date\" -> new Date(),\n            \"description\" -> brand._1\n        );\n        \n        mongoBrandDataColl += brandOcurrence;\n        \n        mongoBrandDataConnection.underlying.close();\n        mongoBrandDataColl = null;\n        \n        log(\"Ocurrencia de marca\", \"INFO\");\n      })\n    });\n    \n    val product_data = Map[Integer, Map[String, Any]]();\n    \n    val mongoProductRuleConnection = MongoClient();\n    var mongoProductRuleColl = mongoProductRuleConnection(\"Acme-Supermarket\")(\"social_media_rules\");\n    \n    val query = MongoDBObject(\"_type\" -> \"ProductRule\");\n    val fields = MongoDBObject(\"_id\" -> 1, \"product_id\" -> 1);\n    val productRules = mongoProductRuleColl.find(query, fields);\n    \n    val product_ids = productRules.map { rule => Integer.parseInt(rule.get(\"product_id\").toString()) }.toList\n   \n    val mongoProductConnection = MongoClient();\n    var mongoProductColl = mongoProductConnection(\"Acme-Supermarket\")(\"products\");\n            \n    val ruled_products = mongoProductColl.find(\"_id\" $in product_ids);\n   \n    val stopWords = new StopWords();\n    \n    ruled_products.foreach { product => \n      val p_id = Integer.parseInt(product.get(\"_id\").toString());\n      var p_name = product.get(\"name\").toString().toLowerCase().split(\" \");\n      \n      p_name = stopWords.filter_stopwords(p_name, Languages.Any);\n      \n      val productStatuses = statuses.filter(status => p_name.exists(word => status._1.matches(\".*\\\\b\" + word.replaceAll(\"[~!@#$^%&*\\\\(\\\\)_+={}\\\\[\\\\]|;:\\\"'<,>.?`\/\\\\\\\\-]\", \"\") + \"\\\\b.*\")) )\n      \n      productStatuses.count().foreachRDD((rdd, time) => {\n        var prev_avg = 0.0;\n        var curr_avg = 0.0;\n        \n        if(product_data.contains(p_id)) {\n          val product_values = product_data.get(p_id).get;\n          var product_sum = product_values.get(\"sum\").get.asInstanceOf[Long];\n          var product_count = product_values.get(\"count\").get.asInstanceOf[Double];\n          \n          prev_avg = product_sum \/ product_count;\n          \n          product_sum += rdd.first();\n          product_count += 1.0;\n          \n          curr_avg = product_sum \/ product_count;\n          \n          product_values.put(\"sum\", product_sum);\n          product_values.put(\"count\", product_count);\n          \n          product_data.put(p_id, product_values);\n        } else {\n          val product_values = Map[String, Any]();\n          val product_sum = rdd.first();\n          val product_count = 1.0;\n          \n          curr_avg = product_sum \/ product_count;\n          \n          product_values.put(\"sum\", product_sum);\n          product_values.put(\"count\", product_count);\n          \n          product_data.put(p_id, product_values);\n        }\n        \n        val increaseRate = if(prev_avg == 0.0) 0.0 else (curr_avg - prev_avg) * 100;\n        \n        val mongoProductRuleConnection = MongoClient();\n        var mongoProductRuleColl = mongoProductRuleConnection(\"Acme-Supermarket\")(\"social_media_rules\");\n        \n        val query = MongoDBObject(\"_type\" -> \"ProductRule\", \"increaseRate\" -> MongoDBObject( \"$lte\" -> increaseRate));\n        val fields = MongoDBObject(\"_id\" -> 1);\n        val productRules = mongoProductRuleColl.find(query, fields);\n        \n        productRules.foreach { rule => \n          val mongoProductNotificationConnection = MongoClient();\n          var mongoProductNotificationColl = mongoProductNotificationConnection(\"Acme-Supermarket\")(\"social_media_notifications\");\n        \n          val productNotification = MongoDBObject(\n            \"_type\" -> \"ProductNotification\",\n            \"percentageExceeded\" -> increaseRate,\n            \"product_rule_id\" -> rule.get(\"_id\").toString(),\n            \"moment\" -> new Date()\n          )\n          \n          mongoProductNotificationColl += productNotification;\n          \n          log(\"Product notification for rule\" + rule.get(\"_id\").toString(), \"INFO\");\n          \n          mongoProductNotificationConnection.underlying.close();\n          mongoProductNotificationColl = null;\n        }\n        \n        mongoProductRuleConnection.underlying.close();\n        mongoProductRuleColl = null;\n      });\n    }\n    \n    statuses.foreachRDD( statusRDD => {\n      statusRDD.foreach( status => {\n        var stopWords = new StopWords();\n        \/\/println(status._1);\n        \n        val mongoProductConnection = MongoClient();\n        var mongoProductColl = mongoProductConnection(\"Acme-Supermarket\")(\"products\");\n        \n        val mongoProductDataConnection = MongoClient();\n        var mongoProductDataColl = mongoProductDataConnection(\"Acme-Supermarket\")(\"social_media_product_data\");\n        \n        \/\/Por cada producto, mirar si el tweet contiene al nombre del mismo y, en caso afirmativo, \n        \/\/meter una entrada en la tabla SocialMediaProductData con el texto y la fecha del tweet y la ID del producto        \n        val query = MongoDBObject.empty;\n        val fields = MongoDBObject(\"_id\" -> 1, \"name\" -> 1);\n        val products = mongoProductColl.find(query, fields);\n                \n        products.foreach { product => {\n          val p_id = product.get(\"_id\");\n          val p_name = product.get(\"name\").toString().toLowerCase().replaceAll(\"[~!@#$^%&*\\\\(\\\\)_+={}\\\\[\\\\]|;:\\\"'<,>.?`\/\\\\\\\\-]\", \"\");\n          \n          if(status._1.toLowerCase().matches(\".*\\\\b\" + p_name + \"\\\\b.*\")) {\n            val productOcurrence = MongoDBObject(\n              \"date\" -> new Date(),\n              \"description\" -> status._1,\n              \"product_id\" -> p_id\n            );\n            \n            mongoProductDataColl += productOcurrence;\n            log(\"Ocurrencia de producto\", \"INFO\");\n          }\n        }}\n        \n        \/\/Clean-up\n        mongoProductConnection.underlying.close();\n        mongoProductColl = null;\n        \n        mongoProductDataConnection.underlying.close();\n        mongoProductDataColl = null;\n        \n        stopWords = null;\n      });\n    });\n    \n    sys.addShutdownHook({\n      println(\"ShutdownHook called\")\n      ssc.stop(true, true)\n\n      while (!ssc.getState().equals(StreamingContextState.STOPPED)) {\n        println(\"Stopping... - \" +  ssc.getState().toString())\n      }\n    })\n    \n    ssc.start()   \n    ssc.awaitTermination()\n  }\n}"}
{"repo_name":"Acmezon\/AcmeSupermarketTwitter","path":"src\/main\/scala\/Languages.scala","text":"<reponame>Acmezon\/AcmeSupermarketTwitter\nobject Languages extends Enumeration {\n  type Language = Value\n  val En, Es, Any = Value\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/WaitingFor.scala","text":"package org.purevalue.arbitrage.util\n\nimport java.util.concurrent.{CountDownLatch, TimeUnit}\n\nimport scala.concurrent.TimeoutException\nimport scala.concurrent.duration.FiniteDuration\n\ncase class WaitingFor() {\n  private val latch: CountDownLatch = new CountDownLatch(1)\n\n  def arrived(): Unit = latch.countDown()\n\n  def isArrived: Boolean = latch.getCount == 0\n\n  def await(maxWaitTime: FiniteDuration): Unit = {\n    val arrived = latch.await(maxWaitTime.toMillis, TimeUnit.MILLISECONDS)\n    if (!arrived) throw new TimeoutException(\"Maximum wait time exceeded\")\n  }\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/TradeRoomInitCoordinator.scala","text":"package org.purevalue.arbitrage.traderoom\n\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.adapter.binance.{BinanceAccountDataChannel, BinancePublicDataChannel, BinancePublicDataInquirer}\nimport org.purevalue.arbitrage.adapter.bitfinex.{BitfinexAccountDataChannel, BitfinexPublicDataChannel, BitfinexPublicDataInquirer}\nimport org.purevalue.arbitrage.adapter.coinbase.{CoinbaseAccountDataChannel, CoinbasePublicDataChannel, CoinbasePublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradeRoomInitCoordinator.{AllTradePairs, Reply}\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.{Exchange, ExchangeAccountDataChannelInit, ExchangePublicDataChannelInit, ExchangePublicDataInquirerInit}\nimport org.purevalue.arbitrage.{Config, Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\n\ncase class ExchangeInitStuff(exchangePublicDataInquirerProps: ExchangePublicDataInquirerInit,\n                             exchangePublicDataChannelProps: ExchangePublicDataChannelInit,\n                             exchangeAccountDataChannelProps: ExchangeAccountDataChannelInit)\n\nobject TradeRoomInitCoordinator {\n  def apply(config: Config,\n            parent: ActorRef[UserRootGuardian.Reply]):\n  Behavior[Reply] =\n    Behaviors.setup(context => new TradeRoomInitCoordinator(context, config, parent))\n\n  sealed trait Reply\n  case class AllTradePairs(exchange: String, pairs: Set[TradePair]) extends Reply\n  case class UsableTradePairsSet(exchange: String)\n  case class StreamingStarted(exchange: String)\n}\nclass TradeRoomInitCoordinator(context: ActorContext[TradeRoomInitCoordinator.Reply],\n                               config: Config,\n                               parent: ActorRef[UserRootGuardian.Reply])\n  extends AbstractBehavior[TradeRoomInitCoordinator.Reply](context) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n\n  \/\/ @formatter:off\n  var allTradePairs:      Map[String, Set[TradePair]] = Map()\n  var exchanges:          Map[String, ActorRef[Exchange.Message]] = Map()\n  \/\/ @formatter:on\n\n  val AllExchanges: Map[String, ExchangeInitStuff] = Map(\n    \"binance\" -> ExchangeInitStuff(\n      BinancePublicDataInquirer.apply,\n      BinancePublicDataChannel.apply,\n      BinanceAccountDataChannel.apply\n    ),\n    \"bitfinex\" -> ExchangeInitStuff(\n      BitfinexPublicDataInquirer.apply,\n      BitfinexPublicDataChannel.apply,\n      BitfinexAccountDataChannel.apply\n    ),\n    \"coinbase\" -> ExchangeInitStuff(\n      CoinbasePublicDataInquirer.apply,\n      CoinbasePublicDataChannel.apply,\n      CoinbaseAccountDataChannel.apply\n    )\n  )\n\n  \/\/ we want to keep only trade pairs\n  \/\/ - [1] which are NOT connected to Fiat money\n  \/\/ - [2] that are available on at least two exchanges\n  \/\/ - [3] plus trade pairs, where one side is a part of [2] and the other side is a local reserve asset\n  \/\/ - [4] plus all crypto-coin to USD equivalent coin pairs (for liquidity calculations & conversions)\n  def determineUsableTradepairs(): Map[String, Set[TradePair]] = {\n    val allGlobalTradePairs = allTradePairs.values.flatten.toSet\n    val globalArbitragePairs = allGlobalTradePairs\n      .filterNot(e => e.involvedAssets.exists(_.isFiat))\n      .filter(e => allTradePairs.count(_._2.contains(e)) > 1)\n\n    val arbitrageAssets = globalArbitragePairs.flatMap(_.involvedAssets)\n\n    def condition3(exchange: String, pair: TradePair): Boolean = {\n      (arbitrageAssets.contains(pair.baseAsset) && (pair.quoteAsset == config.exchanges(exchange).usdEquivalentCoin || config.exchanges(exchange).reserveAssets.contains(pair.quoteAsset))) ||\n        (arbitrageAssets.contains(pair.quoteAsset) && pair.baseAsset == config.exchanges(exchange).usdEquivalentCoin || config.exchanges(exchange).reserveAssets.contains(pair.baseAsset))\n    }\n\n    def condition4(exchange: String, pair: TradePair): Boolean = {\n      !pair.baseAsset.isFiat && pair.quoteAsset == config.exchanges(exchange).usdEquivalentCoin\n    }\n\n    val usableTradePairs = allTradePairs\n      .map(e => e._1 ->\n        e._2.filter(x =>\n          globalArbitragePairs.contains(x)\n            || condition3(e._1, x)\n            || condition4(e._1, x)\n        ))\n\n    for (exchange <- exchanges.keySet) {\n      log.info(s\"[$exchange] unusable trade pairs: ${(allTradePairs(exchange) -- usableTradePairs(exchange)).toSeq.sortBy(_.toString)}\")\n    }\n\n    usableTradePairs\n  }\n\n\n  def startExchange(exchangeName: String, exchangeInit: ExchangeInitStuff): Unit = {\n    exchanges = exchanges +\n      (exchangeName -> context.spawn(\n        Exchange(\n          exchangeName,\n          config,\n          config.exchanges(exchangeName),\n          exchangeInit\n        ), \"Exchange-\" + exchangeName))\n  }\n\n\n  def initialized(): Behavior[Reply] = {\n    log.debug(\"TradeRoom initialized\")\n    val tradeRoom = context.spawn(TradeRoom(config, exchanges), \"TradeRoom\")\n    parent ! UserRootGuardian.TradeRoomInitialized(tradeRoom)\n    context.watch(tradeRoom)\n    Behaviors.empty\n  }\n\n  def sendStartStreaming(): Behavior[Reply] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    exchanges.foreach {\n      case (name, actor) =>\n        actor.ask(ref => StartStreaming(ref))\n        log.debug(s\"streaming started on $name\")\n    }\n    initialized()\n  }\n\n  def pushUsableTradePairs(usableTradePairs: Map[String, Set[TradePair]]): Behavior[Reply] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    exchanges.foreach {\n      case (exchange, actor) => actor.ask(ref => SetUsableTradePairs(usableTradePairs(exchange), ref))\n    }\n    sendStartStreaming()\n  }\n\n  def startExchanges(): Unit = {\n    for (name: String <- config.exchanges.keys) {\n      startExchange(name, AllExchanges(name))\n    }\n  }\n\n  override def onMessage(msg: Reply): Behavior[Reply] = {\n    msg match {\n      case AllTradePairs(exchange, pairs) =>\n        allTradePairs = allTradePairs + (exchange -> pairs)\n        log.debug(s\"received trade pairs for $exchange\")\n\n        if (allTradePairs.keySet != exchanges.keySet) {\n          Behaviors.same\n        } else {\n          log.info(\"trade pairs received\")\n\n          pushUsableTradePairs(\n            determineUsableTradepairs()\n          )\n        }\n    }\n  }\n\n  startExchanges() \/\/ parallel\n  exchanges.keys.foreach(exchange =>\n    exchanges(exchange) ! GetAllTradePairs(context.self)\n  )\n}\n\n\/\/ TODO\n\/\/  override val supervisorStrategy: AllForOneStrategy = {\n\/\/    AllForOneStrategy() {\n\/\/      case _: Exception => Escalate\n\/\/    }\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/CryptoUtil.scala","text":"package org.purevalue.arbitrage.util\n\nimport java.security.MessageDigest\nimport javax.crypto.Mac\nimport javax.crypto.spec.SecretKeySpec\n\nobject CryptoUtil {\n  private def hmacSignature(algorithm: String, authPayload: Array[Byte], apiSecretKey: Array[Byte]): Array[Byte] = {\n    val hasher = Mac.getInstance(algorithm)\n    hasher.init(new SecretKeySpec(apiSecretKey, algorithm))\n    hasher.doFinal(authPayload)\n  }\n\n  def hmacSha256Signature(authPayload: String, apiSecretKey: Array[Byte]): Array[Byte] =\n    hmacSignature(\"HmacSHA256\", authPayload.getBytes, apiSecretKey)\n\n  def hmacSha384Signature(authPayload: String, apiSecretKey: Array[Byte]): Array[Byte] =\n    hmacSignature(\"HmacSHA384\", authPayload.getBytes, apiSecretKey)\n\n  def hmacSha512Signature(authPayload: Array[Byte], apiSecretKey: Array[Byte]): Array[Byte] =\n    hmacSignature(\"HmacSHA512\", authPayload, apiSecretKey)\n\n  def sha256Hash(input: Array[Byte]): Array[Byte] = {\n    MessageDigest.getInstance(\"SHA-256\").digest(input)\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/Util.scala","text":"<reponame>bitmagier\/arbitrage-trader<gh_stars>1-10\npackage org.purevalue.arbitrage.util\n\nimport java.text.{DecimalFormat, DecimalFormatSymbols}\nimport java.util.Locale\n\nimport org.purevalue.arbitrage.traderoom.CryptoValue\n\nobject Util {\n  def applyBalanceDiff(balance: Iterable[CryptoValue], diff: Iterable[CryptoValue]): Iterable[CryptoValue] = {\n    balance.map {\n      v => CryptoValue(v.asset, v.amount + diff.filter(_.asset == v.asset).map(_.amount).sum)\n    } ++ diff.filter(e => !balance.exists(_.asset == e.asset))\n  }\n\n\n  def formatDecimal(d: Double): String = formatDecimal(d, 8)\n\n  def formatDecimal(d: Double, visibleFractionDigits: Int, minimumFractionDigits: Int = 2): String = {\n    val format = new DecimalFormat()\n    format.setDecimalFormatSymbols(new DecimalFormatSymbols(Locale.ENGLISH))\n    format.setMinimumIntegerDigits(1)\n    format.setMinimumFractionDigits(minimumFractionDigits)\n    format.setMaximumFractionDigits(visibleFractionDigits)\n    format.setGroupingUsed(false)\n    format.format(d)\n  }\n\n  \/\/ format with exactly the given precision\n  def formatDecimalWithFixPrecision(d: Double, precision: Int): String = {\n    val numWholeDigits = d.toInt.toString.length\n    val numFractionDigits: Int = precision - numWholeDigits\n    formatDecimal(d, numFractionDigits, numFractionDigits)\n  }\n\n  def alignToStepSizeCeil(amount: Double, stepSize: Double): Double = {\n    stepSize * (amount \/ stepSize).ceil\n  }\n\n  def alignToStepSizeNearest(price: Double, tickSize: Double): Double = {\n    if (tickSize == 0.0) price\n    else tickSize * (price \/ tickSize).round\n  }\n\n  \/\/ determines the number of fraction digits to show, for a stepSize. e.g. stepSize = 0.00001 => 5\n  def stepSizeToFractionDigits(stepSize: Double): Int = Math.log10(1.0 \/ stepSize).ceil.toInt\n\n  def convertBytesToLowerCaseHex(bytes: Seq[Byte]): String = {\n    val sb = new StringBuilder\n    for (b <- bytes) {\n      sb.append(String.format(\"%02x\", Byte.box(b)))\n    }\n    sb.toString\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/PioneerOrderRunner.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.Instant\nimport java.util.UUID\nimport java.util.concurrent.atomic.AtomicReference\n\nimport akka.actor.typed.scaladsl.AskPattern._\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.traderoom.TradeRoom._\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.PioneerOrderRunner.Message\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.purevalue.arbitrage.util.{InitSequence, InitStep, Util, WaitingFor}\nimport org.purevalue.arbitrage.{Config, ExchangeConfig, Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, ExecutionContextExecutor, Future}\nimport scala.util.{Failure, Success}\n\n\n\/\/ run some validated pioneer orders before the exchange gets available for further orders\nobject PioneerOrderRunner {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig,\n            exchange: ActorRef[Exchange.Message]):\n  Behavior[Message] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new PioneerOrderRunner(context, timers, config, exchangeConfig, exchange)))\n  }\n\n  sealed trait Message\n  case class Watch() extends Message\n  case class Finished() extends Message\n}\nclass PioneerOrderRunner(context: ActorContext[Message],\n                         timers: TimerScheduler[Message],\n                         config: Config,\n                         exchangeConfig: ExchangeConfig,\n                         exchange: ActorRef[Exchange.Message]) extends AbstractBehavior[Message](context) {\n\n  import PioneerOrderRunner._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  case class PioneerOrder(request: OrderRequest, ref: OrderRef)\n\n  private implicit val actorSystem: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  private implicit val executionContext: ExecutionContextExecutor = actorSystem.executionContext\n\n  private val deadline: Instant = Instant.now.plusMillis(config.global.internalCommunicationTimeoutDuringInit.duration.toMillis * 3)\n\n  private val exchangeName = exchangeConfig.name\n  private val primaryReserveAsset = exchangeConfig.reserveAssets.head\n  private val secondaryReserveAsset = exchangeConfig.reserveAssets(1)\n\n  private val pioneerOrder1: AtomicReference[Option[PioneerOrder]] = new AtomicReference(None)\n  private val pioneerOrder2: AtomicReference[Option[PioneerOrder]] = new AtomicReference(None)\n  private val pioneerOrder3: AtomicReference[Option[PioneerOrder]] = new AtomicReference(None)\n\n  private val order1Validated = WaitingFor()\n  private val order2Validated = WaitingFor()\n  private val order3Validated = WaitingFor()\n\n  private val order1BalanceUpdateArrived = WaitingFor()\n  private val order2BalanceUpdateArrived = WaitingFor()\n\n  private val afterPioneerOrder1BalanceExpected: AtomicReference[Option[Iterable[CryptoValue]]] = new AtomicReference(None)\n  private val afterPioneerOrder2BalanceExpected: AtomicReference[Option[Iterable[CryptoValue]]] = new AtomicReference(None)\n\n  private val MaxPriceDiff = 0.001\n  private val MaxAmountDiff = 0.003\n\n\n  def getPriceEstimate(pair: TradePair): Double = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    Await.result(\n      exchange.ask(ref => Exchange.GetPriceEstimate(pair, ref)),\n      timeout.duration.plus(500.millis)\n    )\n  }\n\n  def diffMoreThan(a: Double, b: Double, maxDiffRate: Double): Boolean = ((a - b).abs \/ a.abs) > maxDiffRate\n\n  def validateFilledPioneerOrder(request: OrderRequest, order: Order): Unit = {\n    def failed(reasonShort: String) = throw new RuntimeException(s\"Pioneer order validation failed. reason: '$reasonShort'! \\n$request, \\n$order\")\n\n    if (order.exchange != request.exchange) failed(\"exchange name mismatch\")\n    if (order.side != request.side) failed(\"trade side mismatch\")\n    if (order.pair != request.pair) failed(\"trade pair mismatch\")\n    if (order.orderType != OrderType.LIMIT) failed(\"order type mismatch\")\n    if (diffMoreThan(order.quantity, request.amountBaseAsset, MaxAmountDiff)) failed(\"quantity mismatch\")\n\n    if (order.orderStatus.isFinal) {\n      if (order.price.isEmpty) failed(\"order price not set\")\n      if (diffMoreThan(order.price.get, request.limit, MaxPriceDiff)) failed(\"order limit\/price mismatch\")\n      if (order.orderStatus != OrderStatus.FILLED) failed(\"order status mismatch\")\n\n      if (order.cumulativeFilledQuantity.isEmpty) failed(\"cumulativeFilledQuantity not set\")\n      \/\/ This check is not applicable with the small acceptable diff value on bitfinex, because sometimes the reported fill is a lot less than the requested amount.\n      \/\/ Example: amountBaseAsset:0.00175778 versus cumulativeFilledQty: Some(0.0015133)\n      \/\/ OrderRequest(51c18f89-71b9-4a46-b367-4e4a242c251d, orderBundleId:None, bitfinex, BTC:USDT, Buy, 0.0015, amountBaseAsset:0.00175778, limit:11386.2768),\n      \/\/ Order(52458298624,bitfinex,BTC:USDT,Buy,LIMIT,Some(11386.0),None,2020-10-10T08:39:21.581Z,0.00175778,FILLED,Some(0.0015133),Some(11383.443661891704),2020-10-10T08:39:21.587Z)\n      val maxAmountDiff = if (exchangeConfig.name == \"bitfinex\") 0.2 else MaxAmountDiff\n      if (diffMoreThan(order.cumulativeFilledQuantity.get, request.amountBaseAsset, maxAmountDiff)) failed(\"cumulative filled quantity mismatch\") \/\/ in most cases the fee is substracted from the amount we get\n\n      val PriceAverageRoundingToleranceRate = 0.00000001\n      if (request.side == TradeSide.Buy && order.priceAverage.isDefined &&\n        order.priceAverage.get * (1.0 - PriceAverageRoundingToleranceRate) > order.price.get) failed(\"price average above price\/limit\")\n      if (request.side == TradeSide.Sell && order.priceAverage.isDefined &&\n        order.priceAverage.get * (1.0 + PriceAverageRoundingToleranceRate) < order.price.get) failed(\"price average below price\/limit\")\n\n      val incomingRequested = request.calcIncomingLiquidity\n      val incomingReal = order.calcIncomingLiquidity(request.feeRate)\n      val expectedIncomingAsset: Asset = request.side match {\n        case TradeSide.Buy => request.pair.baseAsset\n        case TradeSide.Sell => request.pair.quoteAsset\n      }\n      if (incomingReal.asset != expectedIncomingAsset) failed(\"incoming asset mismatch\")\n      if (incomingReal.amount < incomingRequested.amount && diffMoreThan(incomingReal.amount, incomingRequested.amount, MaxAmountDiff))\n        failed(\"incoming amount mismatch\")\n\n      val expectedOutgoingAsset: Asset = request.side match {\n        case TradeSide.Buy => request.pair.quoteAsset\n        case TradeSide.Sell => request.pair.baseAsset\n      }\n      val outgoingRequested = request.calcOutgoingLiquidity\n      val outgoingReal = order.calcOutgoingLiquidity(request.feeRate)\n      if (outgoingReal.asset != expectedOutgoingAsset) failed(\"outgoing asset mismatch\")\n      if (outgoingReal.amount > outgoingRequested.amount && diffMoreThan(outgoingReal.amount, outgoingRequested.amount, MaxAmountDiff))\n        failed(\"outgoing amount mismatch\")\n\n      \/\/ We can check the balance only against local ticker, because reference-ticker is not available at this point.\n      \/\/ The local ticker might not be very up-to-date (like on bitfinex), so we need to be more tolerant regarding the max-diff\n      val sumUSD = OrderBill.aggregateValues(\n        OrderBill.calcBalanceSheet(order, request.feeRate),\n        exchangeConfig.usdEquivalentCoin,\n        (_, tradePair) => Some(getPriceEstimate(tradePair)))\n      val maxAcceptableLoss = 0.03 + (request.feeRate * config.tradeRoom.pioneerOrderValueUSD)\n      if (sumUSD < -maxAcceptableLoss) failed(s\"unexpected loss of ${formatDecimal(sumUSD, 4)} USD\") \/\/ more than 3 cent + fee loss is absolutely unacceptable\n    }\n  }\n\n\n  def validateCanceledPioneerOrder(request: OrderRequest, order: Order): Unit = {\n    def failed(reasonShort: String) = throw new RuntimeException(s\"Pioneer order validation failed. reason: '$reasonShort'! \\n$request, \\n$order\")\n\n    if (order.exchange != request.exchange) failed(\"exchange name mismatch\")\n    if (order.side != request.side) failed(\"trade side mismatch\")\n    if (order.pair != request.pair) failed(\"trade pair mismatch\")\n    if (order.orderType != OrderType.LIMIT) failed(\"order type mismatch\")\n    if (order.price.isEmpty) failed(\"orderPrice not set\")\n    if (diffMoreThan(order.price.get, request.limit, MaxPriceDiff)) failed(\"order price mismatch\")\n    if (diffMoreThan(order.quantity, request.amountBaseAsset, MaxAmountDiff)) failed(\"quantity mismatch\")\n\n    if (order.orderStatus.isFinal) {\n      if (order.orderStatus != OrderStatus.CANCELED) failed(\"order status mismatch\")\n    }\n  }\n\n\n  def watchOrder(o: PioneerOrder, validationMethod: (OrderRequest, Order) => Unit, arrival: WaitingFor): Unit = {\n    if (Instant.now.isAfter(deadline)) {\n      throw new RuntimeException(\"Timeout while waiting for pioneer order to complete\")\n    }\n\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    exchange.ask(ref => Exchange.GetActiveOrders(ref)).mapTo[Map[OrderRef, Order]].onComplete {\n      case Success(activeOrders) =>\n        try {\n          activeOrders.get(o.ref) match {\n            case Some(order) if order.orderStatus.isFinal =>\n              validationMethod(o.request, order)\n              log.info(s\"[$exchangeName]  pioneer order ${o.request.shortDesc} successfully validated\")\n              arrival.arrived()\n              exchange ! RemoveActiveOrder(o.ref)\n\n            case Some(order) =>\n              log.debug(s\"[$exchangeName] pioneer order in progress: $order\")\n              validationMethod(o.request, order)\n\n            case None => \/\/ nop\n          }\n        } catch {\n          case e: Exception =>\n            exchange ! PioneerOrderFailed(e)\n            context.self ! Finished()\n        }\n\n      case Failure(e) => log.error(\"GetActiveOrders failed\", e)\n    }\n  }\n\n  def walletLiquidCryptoValues(): Future[Iterable[CryptoValue]] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    exchange.ask(ref => GetWalletLiquidCrypto(ref))\n  }\n\n  def convert(value: CryptoValue, targetAsset: Asset)(implicit timeout: Timeout): Future[CryptoValue] = {\n    exchange.ask(ref => Exchange.ConvertValue(value, targetAsset, ref)).mapTo[CryptoValue]\n  }\n\n  def watchBalance(expectedBalance: Iterable[CryptoValue], arrival: WaitingFor): Unit = {\n    val SignificantBalanceDeviationInUSD: Double = 0.50\n\n    var balanceDiff: Map[Asset, Double] = expectedBalance.map(e => e.asset -> e.amount).toMap\n\n    walletLiquidCryptoValues().onComplete {\n      case Success(liquidCryptoValues) =>\n        for (walletCryptoValue <- liquidCryptoValues) {\n          val diffAmount = balanceDiff.getOrElse(walletCryptoValue.asset, 0.0) - walletCryptoValue.amount\n          balanceDiff = balanceDiff + (walletCryptoValue.asset -> diffAmount)\n        }\n\n        implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n        Future.sequence(\n          balanceDiff\n            .map(e => CryptoValue(e._1, e._2))\n            .map(e => convert(e, exchangeConfig.usdEquivalentCoin))\n        ).onComplete {\n          case Success(balanceDiffInUSD) =>\n            if (!balanceDiffInUSD.exists(_.amount > SignificantBalanceDeviationInUSD)) {\n              log.debug(s\"[$exchangeName] expected wallet balance arrived\")\n              arrival.arrived()\n            } else {\n              log.debug(s\"diff between expected minus actual balance is $balanceDiffInUSD\")\n            }\n\n          case Failure(e) => log.error(\"convert failed\", e)\n        }\n\n      case Failure(e) => log.error(\"walletLiquidCryptoValues failed\", e)\n    }\n  }\n\n  def watchNextEvent(): Unit = {\n    try {\n      if (pioneerOrder1.get().isDefined && !order1Validated.isArrived)\n        watchOrder(pioneerOrder1.get().get, (r, o) => validateFilledPioneerOrder(r, o), order1Validated)\n      else if (pioneerOrder1.get().isDefined && order1Validated.isArrived && !order1BalanceUpdateArrived.isArrived && afterPioneerOrder1BalanceExpected.get().isDefined)\n        watchBalance(afterPioneerOrder1BalanceExpected.get().get, order1BalanceUpdateArrived)\n      else if (pioneerOrder2.get().isDefined && !order2Validated.isArrived)\n        watchOrder(pioneerOrder2.get().get, (r, o) => validateFilledPioneerOrder(r, o), order2Validated)\n      else if (pioneerOrder1.get().isDefined && order2Validated.isArrived && !order2BalanceUpdateArrived.isArrived && afterPioneerOrder2BalanceExpected.get().isDefined)\n        watchBalance(afterPioneerOrder2BalanceExpected.get().get, order2BalanceUpdateArrived)\n      else if (pioneerOrder3.get().isDefined && !order3Validated.isArrived)\n        watchOrder(pioneerOrder3.get().get, (r, o) => validateCanceledPioneerOrder(r, o), order3Validated)\n      else\n        log.debug(s\"nothing to watch: orders: [\\n${pioneerOrder1.get()}, \\n${pioneerOrder2.get()}, \\n${pioneerOrder3.get()}] \\n\" +\n          s\"validated: [${order1Validated.isArrived}, ${order2Validated.isArrived}, ${order3Validated.isArrived}]\")\n    } catch {\n      case e: Throwable =>\n        log.debug(s\"[$exchangeName] PioneerOrderRunner failed\", e)\n        exchange ! PioneerOrderFailed(e)\n        context.self ! Finished()\n    }\n  }\n\n\n  def submitPioneerOrder(pair: TradePair, side: TradeSide, amountBaseAsset: Double, unrealisticGoodlimit: Boolean): Future[PioneerOrder] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n\n    exchange.ask(ref => Exchange.DetermineRealisticLimit(pair, side, amountBaseAsset, ref))\n      .mapTo[Double]\n      .flatMap {\n        realisticLimit =>\n          val limit = if (unrealisticGoodlimit) {\n            side match {\n              case TradeSide.Buy => realisticLimit * 0.9\n              case TradeSide.Sell => realisticLimit * 1.1\n            }\n          } else {\n            realisticLimit\n          }\n\n          val orderRequest = OrderRequest(UUID.randomUUID(), None, exchangeName, pair, side, exchangeConfig.feeRate, amountBaseAsset, limit)\n\n          log.debug(s\"[$exchangeName] pioneer order: ${orderRequest.shortDesc}\")\n\n          exchange.ask(ref => Exchange.NewLimitOrder(orderRequest, ref)).mapTo[NewOrderAck]\n            .map(_.toOrderRef)\n            .map(PioneerOrder(orderRequest, _))\n      }\n  }\n\n  def cancelPioneerOrder(o: PioneerOrder): Unit = {\n    log.debug(s\"[$exchangeName] performing intended cancel of ${o.request.shortDesc}\")\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    exchange.ask((ref: ActorRef[CancelOrderResult]) => Exchange.CancelOrder(o.ref, Some(ref))).onComplete {\n      case Success(result) =>\n        if (result.success) {\n          log.info(s\"Intended cancel of PioneerOrder $o ${o.request.shortDesc} succeeded\")\n        } else {\n          log.error(s\"Intended cancel of PioneerOrder ${o.request.shortDesc} failed: \" +\n            (if (result.orderUnknown) \"(order unknown) \" else \"\") + result.text.getOrElse(\"\"))\n        }\n\n      case Failure(e) => log.error(\"CancelOrder failed\", e)\n    }\n  }\n\n  def submitFirstPioneerOrder(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n\n    val tradePair = TradePair(secondaryReserveAsset, primaryReserveAsset)\n    val (balanceBeforeOrder, pioneerOrder) = Await.result(\n      for {\n        balanceBeforeOrder <- walletLiquidCryptoValues()\n        amount <- convert(\n          CryptoValue(exchangeConfig.usdEquivalentCoin, config.tradeRoom.pioneerOrderValueUSD),\n          tradePair.baseAsset)\n          .map(_.amount)\n        pioneerOrder <- submitPioneerOrder(tradePair, TradeSide.Buy, amount, unrealisticGoodlimit = false)\n      } yield (balanceBeforeOrder, pioneerOrder),\n      timeout.duration.plus(500.millis)\n    )\n\n    pioneerOrder1.set(Some(pioneerOrder))\n\n    val expectedBalanceDiff: Seq[CryptoValue] =\n      OrderBill.calcBalanceSheet(pioneerOrder1.get().get.request)\n        .map(e => CryptoValue(e.asset, e.amount))\n    afterPioneerOrder1BalanceExpected.set(Some(Util.applyBalanceDiff(balanceBeforeOrder, expectedBalanceDiff)))\n  }\n\n  def submitSecondPioneerOrder(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val tradePair = TradePair(secondaryReserveAsset, primaryReserveAsset)\n    val (balanceBeforeOrder, pioneerOrder) = Await.result(\n      for {\n        balanceBeforeOrder <- walletLiquidCryptoValues()\n        amount <- convert(\n          CryptoValue(exchangeConfig.usdEquivalentCoin, config.tradeRoom.pioneerOrderValueUSD),\n          tradePair.baseAsset)\n          .map(_.amount)\n        pioneerOrder <- submitPioneerOrder(tradePair, TradeSide.Sell, amount, unrealisticGoodlimit = false)\n      } yield (balanceBeforeOrder, pioneerOrder),\n      timeout.duration.plus(500.millis)\n    )\n\n    pioneerOrder2.set(Some(pioneerOrder))\n\n    val expectedBalanceDiff: Seq[CryptoValue] =\n      OrderBill.calcBalanceSheet(pioneerOrder2.get().get.request)\n        .map(e => CryptoValue(e.asset, e.amount))\n    afterPioneerOrder2BalanceExpected.set(Some(Util.applyBalanceDiff(balanceBeforeOrder, expectedBalanceDiff)))\n  }\n\n  def submitBuyToCancelPioneerOrder(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val pioneerOrder = Await.result(\n      for {\n        amountToBuy <- convert(\n          CryptoValue(exchangeConfig.usdEquivalentCoin, config.tradeRoom.pioneerOrderValueUSD),\n          secondaryReserveAsset)\n          .map(_.amount)\n        pioneerOrder <- submitPioneerOrder(\n          TradePair(secondaryReserveAsset, exchangeConfig.usdEquivalentCoin),\n          TradeSide.Buy,\n          amountToBuy,\n          unrealisticGoodlimit = true)\n      } yield pioneerOrder,\n      timeout.duration.plus(500.millis)\n    )\n    pioneerOrder3.set(Some(pioneerOrder))\n\n    Thread.sleep(500)\n    cancelPioneerOrder(pioneerOrder3.get().get)\n  }\n\n  def setup(): Unit = {\n    log.info(s\"running pioneer order for $exchangeName\")\n\n    val maxWaitTime = config.global.internalCommunicationTimeoutDuringInit.duration\n    val InitSequence = new InitSequence(log, s\"$exchangeName  PioneerOrderRunner\",\n      List(\n        InitStep(s\"Submit pioneer order 1 (buy ${secondaryReserveAsset.officialSymbol} from ${primaryReserveAsset.officialSymbol})\", () => submitFirstPioneerOrder()),\n        InitStep(\"Waiting until Pioneer order 1 is validated\", () => order1Validated.await(maxWaitTime)),\n        InitStep(\"Waiting until wallet balance reflects update from order 1\", () => order1BalanceUpdateArrived.await(maxWaitTime)),\n        InitStep(s\"Submit pioneer order 2 (sell ${secondaryReserveAsset.officialSymbol} to ${primaryReserveAsset.officialSymbol})\", () => submitSecondPioneerOrder()),\n        InitStep(\"Waiting until Pioneer order 2 is validated\", () => order2Validated.await(maxWaitTime)),\n        InitStep(\"Waiting until wallet balance reflects update from order 2\", () => order2BalanceUpdateArrived.await(maxWaitTime)),\n        InitStep(\"Submit pioneer order 3 and directly cancel that order\", () => submitBuyToCancelPioneerOrder()),\n        InitStep(\"Waiting until Pioneer order 3 is validated\", () => order3Validated.await(maxWaitTime))\n      ))\n\n    Future(InitSequence.run()).onComplete {\n      case Success(_) =>\n        log.info(s\"[$exchangeName] PioneerOrderRunner successful completed\")\n        exchange ! PioneerOrderSucceeded()\n        context.self ! Finished()\n\n      case Failure(e) =>\n        log.error(s\"[$exchangeName] PioneerOrderRunner failed\", e)\n        exchange ! PioneerOrderFailed(e)\n        context.self ! Finished()\n    }\n  }\n\n  override def onMessage(message: Message): Behavior[Message] = {\n    Behaviors.receiveMessage[Message] {\n      \/\/ @formatter:off\n      case Watch()    => watchNextEvent(); this\n      case Finished() => Behaviors.stopped\n      \/\/ @formatter:on\n    }\n  }\n\n  timers.startTimerWithFixedDelay(Watch(), 200.millis)\n  setup()\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/package.scala","text":"package org.purevalue.arbitrage\n\npackage object util {\n  val IsoFiatCurrencies: Map[String, String] = Map(\n    \"AED\" -> \"UAE Dirham\",\n    \"AFN\" -> \"Afghani\",\n    \"ALL\" -> \"Lek\",\n    \"AMD\" -> \"Armenian Dram\",\n    \"ANG\" -> \"Netherlands Antillean Guilder\",\n    \"AOA\" -> \"Kwanza\",\n    \"ARS\" -> \"Argentine Peso\",\n    \"AUD\" -> \"Australian Dollar\",\n    \"AWG\" -> \"Aruban Florin\",\n    \"AZN\" -> \"Azerbaijan Manat\",\n    \"BAM\" -> \"Convertible Mark\",\n    \"BBD\" -> \"Barbados Dollar\",\n    \"BDT\" -> \"Taka\",\n    \"BGN\" -> \"Bulgarian Lev\",\n    \"BHD\" -> \"Bahraini Dinar\",\n    \"BIF\" -> \"Burundi Franc\",\n    \"BMD\" -> \"Bermudian Dollar\",\n    \"BND\" -> \"Brunei Dollar\",\n    \"BOB\" -> \"Boliviano\",\n    \"BOV\" -> \"Mvdol\",\n    \"BRL\" -> \"Brazilian Real\",\n    \"BSD\" -> \"Bahamian Dollar\",\n    \"BTN\" -> \"Ngultrum\",\n    \"BWP\" -> \"Pula\",\n    \"BYN\" -> \"Belarusian Ruble\",\n    \"BZD\" -> \"Belize Dollar\",\n    \"CAD\" -> \"Canadian Dollar\",\n    \"CDF\" -> \"Congolese Franc\",\n    \"CHE\" -> \"WIR Euro\",\n    \"CHF\" -> \"Swiss Franc\",\n    \"CHW\" -> \"WIR Franc\",\n    \"CLF\" -> \"Unidad de Fomento\",\n    \"CLP\" -> \"Chilean Peso\",\n    \"CNY\" -> \"Yuan Renminbi\",\n    \"COP\" -> \"Colombian Peso\",\n    \"COU\" -> \"Unidad de Valor Real\",\n    \"CRC\" -> \"Costa Rican Colon\",\n    \"CUC\" -> \"Peso Convertible\",\n    \"CUP\" -> \"Cuban Peso\",\n    \"CVE\" -> \"Cabo Verde Escudo\",\n    \"CZK\" -> \"Czech Koruna\",\n    \"DJF\" -> \"Djibouti Franc\",\n    \"DKK\" -> \"Danish Krone\",\n    \"DOP\" -> \"Dominican Peso\",\n    \"DZD\" -> \"Algerian Dinar\",\n    \"EGP\" -> \"Egyptian Pound\",\n    \"ERN\" -> \"Nakfa\",\n    \"ETB\" -> \"Ethiopian Birr\",\n    \"EUR\" -> \"Euro\",\n    \"FJD\" -> \"Fiji Dollar\",\n    \"FKP\" -> \"Falkland Islands Pound\",\n    \"GBP\" -> \"Pound Sterling\",\n    \"GEL\" -> \"Lari\",\n    \"GHS\" -> \"Ghana Cedi\",\n    \"GIP\" -> \"Gibraltar Pound\",\n    \"GMD\" -> \"Dalasi\",\n    \"GNF\" -> \"Guinean Franc\",\n    \"GTQ\" -> \"Quetzal\",\n    \"GYD\" -> \"Guyana Dollar\",\n    \"HKD\" -> \"Hong Kong Dollar\",\n    \"HNL\" -> \"Lempira\",\n    \"HRK\" -> \"Kuna\",\n    \"HTG\" -> \"Gourde\",\n    \"HUF\" -> \"Forint\",\n    \"IDR\" -> \"Rupiah\",\n    \"ILS\" -> \"New Israeli Sheqel\",\n    \"INR\" -> \"Indian Rupee\",\n    \"IQD\" -> \"Iraqi Dinar\",\n    \"IRR\" -> \"Iranian Rial\",\n    \"ISK\" -> \"Iceland Krona\",\n    \"JMD\" -> \"Jamaican Dollar\",\n    \"JOD\" -> \"Jordanian Dinar\",\n    \"JPY\" -> \"Yen\",\n    \"KES\" -> \"Kenyan Shilling\",\n    \"KGS\" -> \"Som\",\n    \"KHR\" -> \"Riel\",\n    \"KMF\" -> \"Comorian Franc\",\n    \"KPW\" -> \"North Korean Won\",\n    \"KRW\" -> \"Won\",\n    \"KWD\" -> \"Kuwaiti Dinar\",\n    \"KYD\" -> \"Cayman Islands Dollar\",\n    \"KZT\" -> \"Tenge\",\n    \"LAK\" -> \"Lao Kip\",\n    \"LBP\" -> \"Lebanese Pound\",\n    \"LKR\" -> \"Sri Lanka Rupee\",\n    \"LRD\" -> \"Liberian Dollar\",\n    \"LSL\" -> \"Loti\",\n    \"LYD\" -> \"Libyan Dinar\",\n    \"MAD\" -> \"<NAME>\",\n    \"MDL\" -> \"Moldovan Leu\",\n    \"MGA\" -> \"Malagasy Ariary\",\n    \"MKD\" -> \"Denar\",\n    \"MMK\" -> \"Kyat\",\n    \"MNT\" -> \"Tugrik\",\n    \"MOP\" -> \"Pataca\",\n    \"MRU\" -> \"Ouguiya\",\n    \"MUR\" -> \"Mauritius Rupee\",\n    \"MVR\" -> \"Rufiyaa\",\n    \"MWK\" -> \"Malawi Kwacha\",\n    \"MXN\" -> \"Mexican Peso\",\n    \"MXV\" -> \"Mexican Unidad de Inversion (UDI)\",\n    \"MYR\" -> \"Malaysian Ringgit\",\n    \"MZN\" -> \"Mozambique Metical\",\n    \"NAD\" -> \"Namibia Dollar\",\n    \"NGN\" -> \"Naira\",\n    \"NIO\" -> \"Cordoba Oro\",\n    \"NOK\" -> \"Norwegian Krone\",\n    \"NPR\" -> \"Nepalese Rupee\",\n    \"NZD\" -> \"New Zealand Dollar\",\n    \"OMR\" -> \"Rial Omani\",\n    \"PAB\" -> \"Balboa\",\n    \"PEN\" -> \"Sol\",\n    \"PGK\" -> \"Kina\",\n    \"PHP\" -> \"Philippine Peso\",\n    \"PKR\" -> \"Pakistan Rupee\",\n    \"PLN\" -> \"Zloty\",\n    \"PYG\" -> \"Guarani\",\n    \"QAR\" -> \"Qatari Rial\",\n    \"RON\" -> \"Romanian Leu\",\n    \"RSD\" -> \"Serbian Dinar\",\n    \"RUB\" -> \"Russian Ruble\",\n    \"RWF\" -> \"Rwanda Franc\",\n    \"SAR\" -> \"Saudi Riyal\",\n    \"SBD\" -> \"Solomon Islands Dollar\",\n    \"SCR\" -> \"Seychelles Rupee\",\n    \"SDG\" -> \"Sudanese Pound\",\n    \"SEK\" -> \"Swedish Krona\",\n    \"SGD\" -> \"Singapore Dollar\",\n    \"SHP\" -> \"Saint Helena Pound\",\n    \"SLL\" -> \"Leone\",\n    \"SOS\" -> \"Somali Shilling\",\n    \"SRD\" -> \"Surinam Dollar\",\n    \"SSP\" -> \"South Sudanese Pound\",\n    \"STN\" -> \"Dobra\",\n    \"SVC\" -> \"El Salvador Colon\",\n    \"SYP\" -> \"Syrian Pound\",\n    \"SZL\" -> \"Lilangeni\",\n    \"THB\" -> \"Baht\",\n    \"TJS\" -> \"Somoni\",\n    \"TMT\" -> \"Turkmenistan New Manat\",\n    \"TND\" -> \"Tunisian Dinar\",\n    \"TOP\" -> \"Pa\u2019anga\",\n    \"TRY\" -> \"Turkish Lira\",\n    \"TTD\" -> \"Trinidad and Tobago Dollar\",\n    \"TWD\" -> \"New Taiwan Dollar\",\n    \"TZS\" -> \"Tanzanian Shilling\",\n    \"UAH\" -> \"Hryvnia\",\n    \"UGX\" -> \"Uganda Shilling\",\n    \"USD\" -> \"US Dollar\",\n    \"UYI\" -> \"Uruguay Peso en Unidades Indexadas (UI)\",\n    \"UYU\" -> \"Peso Uruguayo\",\n    \"UYW\" -> \"Unidad Previsional\",\n    \"UZS\" -> \"Uzbekistan Sum\",\n    \"VES\" -> \"Bol\u00edvar Soberano\",\n    \"VND\" -> \"Dong\",\n    \"VUV\" -> \"Vatu\",\n    \"WST\" -> \"Tala\",\n    \"XAF\" -> \"CFA Franc BEAC\",\n    \"XAU\" -> \"Gold\",\n    \"XCD\" -> \"East Caribbean Dollar\",\n    \"XOF\" -> \"CFA Franc BCEAO\",\n    \"XPD\" -> \"Palladium\",\n    \"XPF\" -> \"CFP Franc\",\n    \"XPT\" -> \"Platinum\",\n    \"XAG\" -> \"Silver\",\n    \"XSU\" -> \"Sucre\",\n    \"XUA\" -> \"ADB Unit of Account\",\n    \"YER\" -> \"Yemeni Rial\",\n    \"ZAR\" -> \"Rand\",\n    \"ZMW\" -> \"Zambian Kwacha\",\n    \"ZWL\" -> \"Zimbabwe Dollar\"\n  )\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/package.scala","text":"<gh_stars>1-10\npackage org.purevalue.arbitrage.traderoom\n\nimport java.time.{Duration, Instant}\n\nimport akka.actor.typed.{ActorRef, Behavior}\nimport org.purevalue.arbitrage.adapter.{AccountDataChannel, PublicDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.OrderBookTooFlatException\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.purevalue.arbitrage.{Config, ExchangeConfig, GlobalConfig}\n\npackage object exchange {\n  type ExchangePublicDataInquirerInit = Function2[GlobalConfig, ExchangeConfig, Behavior[PublicDataInquirer.Command]]\n  type ExchangePublicDataChannelInit = Function5[GlobalConfig, ExchangeConfig, Set[TradePair], ActorRef[Exchange.Message], ActorRef[PublicDataInquirer.Command], Behavior[PublicDataChannel.Event]]\n  type ExchangeAccountDataChannelInit = Function4[Config, ExchangeConfig, ActorRef[Exchange.Message], ActorRef[PublicDataInquirer.Command], Behavior[AccountDataChannel.Command]]\n\n  trait ExchangePublicStreamData extends Retryable\n\n  case class Heartbeat(ts: Instant) extends ExchangePublicStreamData\n\n  case class DataAge(heartbeatTS: Option[Instant],\n                     tickerTS: Option[Instant],\n                     orderBookTS: Option[Instant]) {\n    def withHeartBeatTS(ts: Instant): DataAge = DataAge(Some(ts), tickerTS, orderBookTS)\n\n    def withTickerTS(ts: Instant): DataAge = DataAge(heartbeatTS, Some(ts), orderBookTS)\n\n    def withOrderBookTS(ts: Instant): DataAge = DataAge(heartbeatTS, tickerTS, Some(ts))\n\n    def latest: Instant = (heartbeatTS.toSeq ++ tickerTS.toSeq ++ orderBookTS.toSeq).max\n  }\n\n  case class Ticker(exchange: String,\n                    pair: TradePair,\n                    highestBidPrice: Double,\n                    highestBidQuantity: Option[Double],\n                    lowestAskPrice: Double,\n                    lowestAskQuantity: Option[Double],\n                    lastPrice: Option[Double]) extends ExchangePublicStreamData {\n    def priceEstimate: Double = lastPrice match {\n      case Some(last) => (highestBidPrice + lowestAskPrice + last) \/ 3\n      case None => (highestBidPrice + lowestAskPrice) \/ 2\n    }\n  }\n\n  \/**\n   * A bid is an offer to buy an asset.\n   * (likely aggregated) bid position(s) for a price level\n   *\/\n  case class Bid(price: Double, quantity: Double) {\n    override def toString: String = s\"Bid(price=${formatDecimal(price)}, amount=${formatDecimal(quantity)})\"\n  }\n\n  \/**\n   * An ask is an offer to sell an asset.\n   * (likely aggregated) ask position(s) for a price level\n   *\/\n  case class Ask(price: Double, quantity: Double) {\n    override def toString: String = s\"Ask(price=${formatDecimal(price)}, amount=${formatDecimal(quantity)})\"\n  }\n\n  case class OrderBook(exchange: String,\n                       pair: TradePair,\n                       bids: Map[Double, Bid], \/\/ price-level -> bid\n                       asks: Map[Double, Ask] \/\/ price-level -> ask\n                      ) extends ExchangePublicStreamData {\n    def toCondensedString: String = {\n      val bestBid = highestBid\n      val bestAsk = lowestAsk\n      s\"${bids.keySet.size} Bids (highest price: ${formatDecimal(bestBid.price)}, quantity: ${bestBid.quantity}) \" +\n        s\"${asks.keySet.size} Asks(lowest price: ${formatDecimal(bestAsk.price)}, quantity: ${bestAsk.quantity})\"\n    }\n\n    def highestBid: Bid = bids(bids.keySet.max)\n\n    def lowestAsk: Ask = asks(asks.keySet.min)\n\n    \/**\n     * @return sum of bid quantity (want to buy) in the price range from current-price till price level at (1-rate) * current-price\n     *\/\n    def bidDepthAround(rate: Double): CryptoValue = {\n      val limit = highestBid.price * (1.0 - rate)\n      val quantity = bids.filter(_._1 >= limit).values.foldLeft(0.0)((sum, e) => sum + e.quantity)\n      CryptoValue(pair.baseAsset, quantity)\n    }\n\n    \/**\n     * @return summed of ask auantity (want to sell) in the price range from current-price till price level at (1+rate) * current-price\n     *\/\n    def askDepthAround(rate: Double): CryptoValue = {\n      val limit = lowestAsk.price * (1.0 + rate)\n      val quantity = asks.filter(_._1 <= limit).values.foldLeft(0.0)((sum, e) => sum + e.quantity)\n      CryptoValue(pair.baseAsset, quantity)\n    }\n  }\n\n  case class OrderBookUpdate(exchange: String,\n                             pair: TradePair,\n                             bidUpdates: Seq[Bid], \/\/ quantity == 0.0 means: remove position from our OrderBook\n                             askUpdates: Seq[Ask]) extends ExchangePublicStreamData\n\n\n  trait Retryable {\n    val MaxApplyDelay: Duration = Duration.ofMillis(200)\n    var applyDeadline: Option[Instant] = None \/\/ when this dataset can be applied latest before timing out\n  }\n\n  case class Stats24h(exchange: String,\n                      pair: TradePair,\n                      averagePrice: Double,\n                      volumeBaseAsset: Double) extends ExchangePublicStreamData\n\n  trait ExchangeAccountStreamData extends Retryable\n\n  case class Balance(asset: Asset, amountAvailable: Double, amountLocked: Double) {\n    override def toString: String = s\"Balance(${asset.officialSymbol}: \" +\n      s\"available:${formatDecimal(amountAvailable, asset.defaultFractionDigits)}, \" +\n      s\"locked: ${formatDecimal(amountLocked, asset.defaultFractionDigits)})\"\n  }\n\n  case class Wallet(exchange: String, doNotTouchTheseAssets: Set[Asset], balance: Map[Asset, Balance]) {\n\n    def withBalance(balance: Map[Asset, Balance]): Wallet = Wallet(exchange, doNotTouchTheseAssets, balance)\n\n    def toOverviewString(aggregateAsset: Asset, ticker: Map[TradePair, Ticker]): String = {\n      val liquidity = this.liquidCryptoValueSum(aggregateAsset, ticker)\n      val inconvertible = this.inconvertibleCryptoValues(aggregateAsset, ticker)\n      s\"Wallet [$exchange]: Liquid crypto total sum: $liquidity. \" +\n        s\"\"\"In detail: [${liquidCryptoValues(aggregateAsset, ticker).mkString(\", \")}]\"\"\" +\n        (if (inconvertible.nonEmpty) s\"\"\"; Inconvertible to ${aggregateAsset.officialSymbol}: [${inconvertible.mkString(\", \")}]\"\"\" else \"\") +\n        (if (this.fiatMoney.nonEmpty) s\"\"\"; Fiat Money: [${this.fiatMoney.mkString(\", \")}]\"\"\" else \"\") +\n        (if (this.notTouchValues.nonEmpty) s\"\"\", Not-touching: [${this.notTouchValues.mkString(\", \")}]\"\"\" else \"\")\n    }\n\n    override def toString: String = s\"\"\"Wallet($exchange, ${balance.mkString(\",\")})\"\"\"\n\n    def inconvertibleCryptoValues(aggregateAsset: Asset, ticker: Map[TradePair, Ticker]): Seq[CryptoValue] =\n      balance\n        .filterNot(_._1.isFiat)\n        .map(e => CryptoValue(e._1, e._2.amountAvailable))\n        .filter(e => !e.canConvertTo(aggregateAsset, ticker))\n        .toSeq\n        .sortBy(_.asset.officialSymbol)\n\n    def notTouchValues: Seq[CryptoValue] =\n      balance\n        .filter(e => doNotTouchTheseAssets.contains(e._1))\n        .map(e => CryptoValue(e._1, e._2.amountAvailable))\n        .toSeq\n        .sortBy(_.asset.officialSymbol)\n\n    def fiatMoney: Seq[FiatMoney] =\n      balance\n        .filter(_._1.isFiat)\n        .map(e => FiatMoney(e._1, e._2.amountAvailable))\n        .toSeq\n        .sortBy(_.asset.officialSymbol)\n\n    def availableCryptoValues(): Iterable[CryptoValue] = {\n      balance\n        .filterNot(_._1.isFiat)\n        .filterNot(e => doNotTouchTheseAssets.contains(e._1))\n        .map(e => CryptoValue(e._1, e._2.amountAvailable))\n    }\n\n    \/\/ \"liquid crypto values\" are our wallet value of crypt assets, which are available for trading and converting-calculations\n    def liquidCryptoValues(aggregateAsset: Asset, ticker: Map[TradePair, Ticker]): Seq[CryptoValue] =\n      balance\n        .filterNot(_._1.isFiat)\n        .filterNot(b => doNotTouchTheseAssets.contains(b._1))\n        .map(b => CryptoValue(b._1, b._2.amountAvailable))\n        .filter(_.canConvertTo(aggregateAsset, ticker))\n        .toSeq\n        .sortBy(_.convertTo(aggregateAsset, ticker).amount)\n        .reverse\n\n\n    def liquidCryptoValueSum(aggregateAsset: Asset, ticker: Map[TradePair, Ticker]): CryptoValue = {\n      liquidCryptoValues(aggregateAsset, ticker)\n        .map(_.convertTo(aggregateAsset, ticker))\n        .foldLeft(CryptoValue(aggregateAsset, 0.0))((a, x) => CryptoValue(a.asset, a.amount + x.amount))\n    }\n  }\n\n  case class CompleteWalletUpdate(balance: Map[Asset, Balance]) extends ExchangeAccountStreamData\n  case class WalletAssetUpdate(balance: Map[Asset, Balance]) extends ExchangeAccountStreamData\n  case class WalletBalanceUpdate(asset: Asset, amountDelta: Double) extends ExchangeAccountStreamData\n\n\n  def determineRealisticLimit(pair: TradePair,\n                              side: TradeSide,\n                              quantity: Double,\n                              orderbookBasedLimitQuantityOverbooking: Double,\n                              tickerLimitRealityAdjustmentRate: Double,\n                              ticker: Map[TradePair, Ticker],\n                              orderBook: Map[TradePair, OrderBook]): Double = {\n    new OrderLimitChooser(orderBook.get(pair), ticker(pair))\n      .determineRealisticOrderLimit(side, quantity, orderbookBasedLimitQuantityOverbooking, tickerLimitRealityAdjustmentRate) match {\n      case Some(limit) => limit\n      case None => throw new OrderBookTooFlatException(pair, side)\n    }\n  }\n\n  \/**\n   * Gives back a rating for trading a amount on that tradepair on the local exchange - compared to reference ticker\n   * Ratings can be interpreted as a percentage of the local limit needed to fulfill a local trade compared to the reference ticker.\n   * A result rate > 0 indicates a positive rating - being better than the reference ticker, a negative rate the opposite\n   *\/\n  def localExchangeRateRating(pair: TradePair,\n                              side: TradeSide,\n                              localLimit: Double,\n                              referenceTicker: Map[TradePair, Ticker]): Double = {\n    referenceTicker.get(pair).map(_.priceEstimate) match {\n      case Some(referencePrice) => side match {\n        case TradeSide.Buy => 1.0 - localLimit \/ referencePrice \/\/ 1 - x\/R\n        case TradeSide.Sell => localLimit \/ referencePrice - 1.0 \/\/ x\/R - 1\n      }\n      case None => 0.0 \/\/ we can not judge it, because no reference ticker available\n    }\n  }\n\n  def localExchangeRateRating(pair: TradePair,\n                              side: TradeSide,\n                              quantity: Double,\n                              orderbookBasedLimitQuantityOverbooking: Double,\n                              tickerLimitRealityAdjustmentRate: Double,\n                              ticker: Map[TradePair, Ticker],\n                              referenceTicker: Map[TradePair, Ticker],\n                              orderBook: Map[TradePair, OrderBook]\n                             ): Double = {\n    val localLimit = determineRealisticLimit(pair, side, quantity, orderbookBasedLimitQuantityOverbooking, tickerLimitRealityAdjustmentRate, ticker, orderBook)\n    localExchangeRateRating(pair, side, localLimit, referenceTicker)\n  }\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/TradeSimulator.scala","text":"<reponame>bitmagier\/arbitrage-trader<gh_stars>1-10\npackage org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.adapter.AccountDataChannel\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange.{CancelOrderResult, GetTickerSnapshot}\nimport org.purevalue.arbitrage.traderoom.{LocalCryptoValue, Order, OrderRequest, OrderStatus, OrderType, OrderUpdate, TradePair}\nimport org.purevalue.arbitrage.{ExchangeConfig, GlobalConfig}\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.concurrent.TrieMap\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\nobject TradeSimulator {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig,\n            exchange: ActorRef[Exchange.Message]):\n  Behavior[AccountDataChannel.Command] =\n    Behaviors.setup(context => new TradeSimulator(context, globalConfig, exchangeConfig, exchange))\n}\nclass TradeSimulator(context: ActorContext[AccountDataChannel.Command],\n                     globalConfig: GlobalConfig,\n                     exchangeConfig: ExchangeConfig,\n                     exchange: ActorRef[Exchange.Message])\n  extends AccountDataChannel(context) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  import AccountDataChannel._\n\n  val activeOrders: collection.concurrent.Map[String, Order] = TrieMap() \/\/ external-order-id -> Order\n\n  override def cancelOrder(ref: OrderRef): Future[Exchange.CancelOrderResult] = {\n    Future.successful {\n      if (activeOrders.contains(ref.externalOrderId)) {\n        val o = activeOrders(ref.externalOrderId)\n        exchange ! Exchange.IncomingAccountData(\n          Seq(OrderUpdate(ref.externalOrderId, exchangeConfig.name, ref.pair, o.side, None, None, None, None, None, Some(OrderStatus.CANCELED), None, None, None, Instant.now))\n        )\n        activeOrders.remove(ref.externalOrderId)\n        CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = true, orderUnknown = false, None)\n      } else {\n        CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = false, orderUnknown = false, Some(\"failed because we assume the order is already filled\"))\n      }\n    }\n  }\n\n  def newLimitOrder(externalOrderId: String, creationTime: Instant, o: OrderRequest): OrderUpdate =\n    OrderUpdate(externalOrderId, o.exchange, o.pair, o.side, Some(OrderType.LIMIT), Some(o.limit), None, Some(o.amountBaseAsset), Some(creationTime), Some(OrderStatus.NEW), None, None, Some(o.limit), creationTime)\n\n  def limitOrderPartiallyFilled(externalOrderId: String, creationTime: Instant, o: OrderRequest): OrderUpdate =\n    OrderUpdate(externalOrderId, o.exchange, o.pair, o.side, Some(OrderType.LIMIT), Some(o.limit), None, Some(o.amountBaseAsset), Some(creationTime), Some(OrderStatus.PARTIALLY_FILLED), Some(o.amountBaseAsset \/ 2.0), None, Some(o.limit), Instant.now)\n\n  def limitOrderFilled(externalOrderId: String, creationTime: Instant, o: OrderRequest): OrderUpdate =\n    OrderUpdate(externalOrderId, o.exchange, o.pair, o.side, Some(OrderType.LIMIT), Some(o.limit), None, Some(o.amountBaseAsset), Some(creationTime), Some(OrderStatus.FILLED), Some(o.amountBaseAsset), None, Some(o.limit), Instant.now)\n\n  def walletBalanceUpdate(delta: LocalCryptoValue): WalletBalanceUpdate = WalletBalanceUpdate(delta.asset, delta.amount)\n\n  def orderLimitCloseToTickerSync(o: OrderRequest, ticker: Map[TradePair, Ticker], maxDiffRate: Double): Boolean = {\n    val tickerPrice = ticker(o.pair).priceEstimate\n    val diffRate = (1.0 - tickerPrice \/ o.limit).abs\n    diffRate < maxDiffRate\n  }\n\n  def simulateOrderLifetime(externalOrderId: String, o: OrderRequest, ticker: Map[TradePair, Ticker]): Unit = {\n    Thread.sleep(100)\n    val creationTime = Instant.now\n    val limitOrder = newLimitOrder(externalOrderId, creationTime, o)\n    exchange ! Exchange.SimulatedAccountData(limitOrder)\n\n    activeOrders.update(limitOrder.externalOrderId, limitOrder.toOrder)\n\n    if (orderLimitCloseToTickerSync(o, ticker, 0.03)) {\n      Thread.sleep(100)\n      exchange ! Exchange.SimulatedAccountData(limitOrderPartiallyFilled(externalOrderId, creationTime, o))\n      val out = o.calcOutgoingLiquidity\n      val outPart = LocalCryptoValue(out.exchange, out.asset, -out.amount \/ 2)\n      val in = o.calcIncomingLiquidity\n      val inPart = LocalCryptoValue(in.exchange, in.asset, in.amount \/ 2)\n      exchange ! Exchange.SimulatedAccountData(walletBalanceUpdate(outPart))\n      exchange ! Exchange.SimulatedAccountData(walletBalanceUpdate(inPart))\n\n      Thread.sleep(100)\n      exchange ! Exchange.SimulatedAccountData(limitOrderFilled(externalOrderId, creationTime, o))\n      activeOrders.remove(limitOrder.externalOrderId)\n      exchange ! Exchange.SimulatedAccountData(walletBalanceUpdate(outPart))\n      exchange ! Exchange.SimulatedAccountData(walletBalanceUpdate(inPart))\n    }\n  }\n\n  def newLimitOrder(o: OrderRequest, ticker: Map[TradePair, Ticker]): Exchange.NewOrderAck = {\n    val externalOrderId = s\"external-${UUID.randomUUID()}\"\n\n    executionContext.execute(() => simulateOrderLifetime(externalOrderId, o, ticker))\n\n    Exchange.NewOrderAck(exchangeConfig.name, o.pair, externalOrderId, o.id)\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = message match {\n    case c: AccountDataChannel.CancelOrder =>\n      handleCancelOrder(c)\n      Behaviors.same\n\n    case AccountDataChannel.NewLimitOrder(orderRequest, replyTo) =>\n      implicit val timeout: Timeout = globalConfig.internalCommunicationTimeout\n      exchange.ask(ref => GetTickerSnapshot(ref)).onComplete {\n        case Success(s) => replyTo ! newLimitOrder(orderRequest, s.ticker)\n        case Failure(e) => log.error(\"GetTickerSnapshot failed\", e)\n      }\n      Behaviors.same\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexHttpUtil.scala","text":"package org.purevalue.arbitrage.adapter.bitfinex\n\nimport akka.actor.typed.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.headers.RawHeader\nimport akka.stream.Materializer\nimport org.purevalue.arbitrage.util.CryptoUtil.hmacSha384Signature\nimport org.purevalue.arbitrage.util.Util.convertBytesToLowerCaseHex\nimport org.purevalue.arbitrage.util.WrongAssumption\nimport org.purevalue.arbitrage.{GlobalConfig, Main, SecretsConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{JsValue, JsonParser, JsonReader}\n\nimport java.time.Instant\nimport scala.concurrent.{ExecutionContext, Future}\n\nprivate[bitfinex] object BitfinexHttpUtil {\n  private val log = LoggerFactory.getLogger(getClass)\n  private val globalConfig: GlobalConfig = Main.config().global\n  private var lastBitfinexNonce: Option[Long] = None\n\n  def bitfinexNonce: String = synchronized {\n    var nonce = Instant.now.toEpochMilli * 1000\n    if (lastBitfinexNonce.isDefined && lastBitfinexNonce.get == nonce) {\n      nonce = nonce + 1\n    }\n    lastBitfinexNonce = Some(nonce)\n    nonce.toString\n  }\n\n  def httpRequestBitfinexHmacSha384(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig)\n                                   (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[HttpResponse] = {\n    val nonce = bitfinexNonce\n    val apiPath = Uri(uri).toRelative.toString() match {\n      case s: String if s.startsWith(\"\/\") => s.substring(1) \/\/ \"v2\/auth\/...\"\n      case _ => throw new WrongAssumption(\"relative url starts with \/\")\n    }\n    val contentToSign = s\"\/api\/$apiPath$nonce${requestBody.getOrElse(\"\")}\"\n    val signature = convertBytesToLowerCaseHex(hmacSha384Signature(contentToSign, apiKeys.apiSecretKey.getBytes))\n\n    Http().singleRequest(\n      HttpRequest(\n        method,\n        uri = Uri(uri),\n        headers = List(\n          RawHeader(\"bfx-nonce\", nonce),\n          RawHeader(\"bfx-apikey\", apiKeys.apiKey),\n          RawHeader(\"bfx-signature\", signature)\n        ),\n        entity = requestBody match {\n          case None => HttpEntity.Empty\n          case Some(x) => HttpEntity(ContentTypes.`application\/json`, x)\n        }\n      ))\n  }\n\n  def httpRequestPureJsonBitfinexAccount(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig)\n                                        (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[(StatusCode, JsValue)] =\n    httpRequestBitfinexHmacSha384(method, uri, requestBody, apiKeys)\n      .flatMap {\n        response: HttpResponse =>\n          if (!response.status.isSuccess()) log.warn(s\"$response\")\n          response.entity.toStrict(globalConfig.httpTimeout).map { r =>\n            r.contentType match {\n              case ContentTypes.`application\/json` => (response.status, JsonParser(r.data.utf8String))\n              case _ => throw new RuntimeException(s\"Non-Json message received:\\n${r.data.utf8String}\")\n            }\n          }\n      }\n\n  def httpRequestJsonBitfinexAccount[T, E](method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig)\n                                          (implicit evidence1: JsonReader[T], evidence2: JsonReader[E], system: ActorSystem[_],\n                                           fm: Materializer, executor: ExecutionContext):\n  Future[Either[T, E]] = {\n    httpRequestPureJsonBitfinexAccount(method, uri, requestBody, apiKeys).map {\n      case (statusCode, j) =>\n        try {\n          if (statusCode.isSuccess()) Left(j.convertTo[T])\n          else Right(j.convertTo[E])\n        } catch {\n          case e: Exception => throw new RuntimeException(s\"$uri failed\", e)\n        }\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/LiquidityBalancerRun.scala","text":"<reponame>bitmagier\/arbitrage-trader\npackage org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.Instant\n\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityBalancer.WorkingContext\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.OrderBookTooFlatException\nimport org.purevalue.arbitrage.traderoom.{OrderRequest, TradePair, TradeRoom}\nimport org.purevalue.arbitrage.{Config, ExchangeConfig, Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, ExecutionContextExecutor, Future}\nimport scala.util.control.Breaks.{break, breakable}\nimport scala.util.{Failure, Success}\n\n\nobject LiquidityBalancerRun {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig,\n            tradePairs: Set[TradePair],\n            parent: ActorRef[Exchange.Message],\n            tradeRoom: ActorRef[TradeRoom.Message],\n            wc: WorkingContext):\n  Behavior[Command] =\n    Behaviors.setup(context => new LiquidityBalancerRun(context, config, exchangeConfig, tradePairs, parent, tradeRoom, wc))\n\n  sealed trait Command\n  private case class Run() extends Command\n}\n\n\/\/ Temporary Actor - stops itself after successful run\nclass LiquidityBalancerRun(context: ActorContext[LiquidityBalancerRun.Command],\n                           config: Config,\n                           exchangeConfig: ExchangeConfig,\n                           tradePairs: Set[TradePair],\n                           parent: ActorRef[Exchange.Message],\n                           tradeRoom: ActorRef[TradeRoom.Message],\n                           wc: WorkingContext) extends AbstractBehavior[LiquidityBalancerRun.Command](context) {\n\n  import LiquidityBalancerRun._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  private implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  private implicit val executionContext: ExecutionContextExecutor = system.executionContext\n  private implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n\n  if (wc.liquidityLocks.values.exists(_.exchange != exchangeConfig.name)) throw new IllegalArgumentException\n\n  def placeOrders(orders: Iterable[OrderRequest]): Future[Iterable[OrderRef]] = {\n    if (orders.isEmpty) return Future.successful(Nil)\n\n    Future.sequence(\n      orders.map(o =>\n        tradeRoom.ask(ref => TradeRoom.PlaceLiquidityTransformationOrder(o, ref))\n          .recover {\n            case e: Exception =>\n              log.error(s\"[${exchangeConfig.name}] Error while placing liquidity tx order $o\", e)\n              None\n          }\n      )\n    ).map(_.flatten)\n  }\n\n  def unfinishedOrders(refs: Iterable[OrderRef]): Future[Iterable[OrderRef]] = {\n    tradeRoom.ask(ref => TradeRoom.GetFinishedLiquidityTxs(ref))\n      .map(l => refs.filterNot(e => l.contains(e)))\n  }\n\n  def waitUntilLiquidityOrdersFinished(orderRefs: Iterable[TradeRoom.OrderRef]): Unit = {\n    if (orderRefs.isEmpty) return\n\n    val orderFinishDeadline = Instant.now.plus(config.tradeRoom.maxOrderLifetime.multipliedBy(2))\n    var stillUnfinished: Iterable[OrderRef] = null\n    breakable {\n      do {\n        stillUnfinished = Await.result(\n          unfinishedOrders(orderRefs),\n          config.global.internalCommunicationTimeout.duration.plus(500.millis)\n        )\n        if (stillUnfinished.isEmpty) break\n        Thread.sleep(200)\n      } while (Instant.now.isBefore(orderFinishDeadline))\n    }\n    if (stillUnfinished.isEmpty) {\n      log.debug(s\"[${exchangeConfig.name}] all ${orderRefs.size} liquidity transaction(s) finished\")\n    } else { \/\/ should not happen, because TradeRoom\/Exchange doing cleanup unfinished orders by themself!\n      throw new RuntimeException(s\"Not all liquidity tx orders did finish. Still unfinished: [$stillUnfinished]\")\n    }\n  }\n\n  def balanceLiquidity(): Unit = {\n    placeOrders(\n      new LiquidityBalancer(config, exchangeConfig, tradePairs, wc).calculateOrders()\n    ).onComplete {\n      \/\/ @formatter:off\n      case Success(orderRefs)                    => waitUntilLiquidityOrdersFinished(orderRefs)\n      case Failure(e: OrderBookTooFlatException) => log.warn(s\"[code improved needed] [${exchangeConfig.name}] Cannot perform liquidity housekeeping because the order book of trade pair ${e.tradePair} was too flat\")\n      case Failure(e)                            => log.error(s\"[${exchangeConfig.name}] liquidity houskeeping failed\", e)\n      \/\/ @formatter:on\n    }\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = message match {\n    case Run() =>\n      balanceLiquidity()\n      parent ! Exchange.LiquidityBalancerRunFinished()\n      Behaviors.stopped\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/Exceptions.scala","text":"package org.purevalue.arbitrage.util\n\nfinal class WrongAssumption(message: String) extends RuntimeException(message)\nfinal class BadCalculationError(message: String) extends RuntimeException(message)\nfinal class IncomingDataError(message: String) extends RuntimeException(message)\nfinal class ConnectionClosedException(message: String) extends RuntimeException(message)\nfinal class StaleDataException(message: String) extends RuntimeException(message)\nfinal class InitializationException(message: String) extends RuntimeException(message)"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/TradeRoom.scala","text":"<gh_stars>1-10\npackage org.purevalue.arbitrage.traderoom\n\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior, PostStop, Signal}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.trader.{FooTrader, TemporaryLowDetector}\nimport org.purevalue.arbitrage.traderoom.OrderSetPlacer.NewOrderSet\nimport org.purevalue.arbitrage.traderoom.TradeRoom._\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.{LiquidityLock, LiquidityLockClearance, LiquidityLockRequest}\nimport org.purevalue.arbitrage.traderoom.exchange.{DataAge, Exchange, LiquidityBalancerStats, LiquidityManager, OrderBook, Stats24h, Ticker, TickerSnapshot, Wallet}\nimport org.purevalue.arbitrage.util.Emoji\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.slf4j.LoggerFactory\n\nimport java.time.temporal.ChronoUnit\nimport java.time.{Duration, Instant}\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\nimport scala.collection.concurrent.TrieMap\nimport scala.concurrent.duration.{DurationInt, FiniteDuration}\nimport scala.concurrent.{ExecutionContextExecutor, Future}\nimport scala.util.{Failure, Success}\n\n\ncase class TradeContext(tradePairs: Map[String, Set[TradePair]],\n                        tickers: Map[String, Map[TradePair, Ticker]],\n                        orderBooks: Map[String, Map[TradePair, OrderBook]],\n                        stats24h: Map[String, Map[TradePair, Stats24h]],\n                        dataAge: Map[String, DataAge],\n                        wallets: Map[String, Wallet],\n                        referenceTickerExchange: String,\n                        feeRates: Map[String, Double],\n                        doNotTouch: Map[String, Set[Asset]],\n                        activeOrderBundleOrders: Iterable[OrderRef]) {\n  def referenceTicker: Map[TradePair, Ticker] = tickers(referenceTickerExchange)\n}\n\nobject TradeRoom {\n  def apply(config: Config,\n            exchanges: Map[String, ActorRef[Exchange.Message]]):\n  Behavior[Message] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new TradeRoom(context, timers, config, exchanges)))\n  }\n\n  sealed trait Message\n  final case class OrderRef(exchange: String, pair: TradePair, externalOrderId: String)\n  final case class OrderBundle(orderRequestBundle: OrderRequestBundle,\n                               lockedLiquidity: Seq[LiquidityLock],\n                               orderRefs: Seq[OrderRef]) {\n    def shortDesc: String = s\"OrderBundle(${orderRequestBundle.id}, ${orderRequestBundle.tradeDesc})\"\n  }\n  final case class FinishedOrderBundle(bundle: OrderBundle,\n                                       finishedOrders: Seq[Order],\n                                       finishTime: Instant,\n                                       bill: OrderBill) {\n    def shortDesc: String = s\"FinishedOrderBundle(${finishedOrders.map(o => o.shortDesc).mkString(\" & \")})\"\n  }\n  final case class LiquidityTx(orderRequest: OrderRequest,\n                               orderRef: OrderRef,\n                               lockedLiquidity: LiquidityLock,\n                               creationTime: Instant)\n  final case class FinishedLiquidityTx(liquidityTx: LiquidityTx,\n                                       finishedOrder: Order,\n                                       finishTime: Instant,\n                                       bill: OrderBill)\n\n  case class FullDataSnapshot(exchange: String,\n                              usableTradePairs: Set[TradePair],\n                              ticker: Map[TradePair, Ticker],\n                              orderBook: Map[TradePair, OrderBook],\n                              stats24h: Map[TradePair, Stats24h],\n                              dataAge: DataAge,\n                              wallet: Wallet)\n\n  \/\/ communication\n  case class GetReferenceTicker(replyTo: ActorRef[TickerSnapshot]) extends Message\n  case class LogStats() extends Message\n  case class HouseKeeping() extends Message\n  case class OrderUpdateTrigger(ref: OrderRef, resendCounter: Int = 0) extends Message \/\/ status of an order has changed\n  case class TriggerTrader() extends Message\n  case class PlaceLiquidityTransformationOrder(orderRequest: OrderRequest, replyTo: ActorRef[Option[OrderRef]]) extends Message\n  case class GetFinishedLiquidityTxs(replyTo: ActorRef[Set[OrderRef]]) extends Message\n  case class TradeRoomJoined(exchange: String) extends Message\n  case class PlaceOrderRequestBundle(bundle: OrderRequestBundle) extends Message\n}\n\n\/**\n *  - brings exchanges and traders together\n *  - handles open\/partial trade execution\n *  - provides higher level (aggregated per order bundle) interface to traders\n *  - manages trade history\n *\/\nclass TradeRoom(context: ActorContext[TradeRoom.Message],\n                timers: TimerScheduler[TradeRoom.Message],\n                config: Config,\n                exchanges: Map[String, ActorRef[Exchange.Message]])\n  extends AbstractBehavior[TradeRoom.Message](context) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  import TradeRoom._\n\n  private implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  private implicit val executionContext: ExecutionContextExecutor = system.executionContext\n\n  private val orderBundleSafetyGuard = new OrderBundleSafetyGuard(config)\n\n  private val logScheduleRate: FiniteDuration = FiniteDuration(config.tradeRoom.statsReportInterval.toNanos, TimeUnit.NANOSECONDS)\n  timers.startTimerAtFixedRate(LogStats(), logScheduleRate)\n\n  private var tradersStarted: Boolean = false\n  private var fooTrader: ActorRef[FooTrader.Command] = _\n  private var temporaryLowDetector: ActorRef[TemporaryLowDetector.Command] = _\n\n  private val feeRates: Map[String, Double] = config.exchanges.values.map(e => (e.name, e.feeRate)).toMap \/\/ TODO query from exchange\n  private val doNotTouchAssets: Map[String, Set[Asset]] = config.exchanges.values.map(e => (e.name, e.doNotTouchTheseAssets)).toMap\n\n  \/\/ housekeeping of our requests: OrderBundles + LiquidityTx\n  private val activeOrderBundles: collection.concurrent.Map[UUID, OrderBundle] = TrieMap()\n  private val activeLiquidityTx: collection.concurrent.Map[OrderRef, LiquidityTx] = TrieMap()\n  @volatile private var finishedOrderBundles: List[FinishedOrderBundle] = List()\n  private val finishedLiquidityTxs: collection.concurrent.Map[OrderRef, FinishedLiquidityTx] = TrieMap()\n\n  def collectTradeContext(): Future[TradeContext] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n\n    val publicData: Iterable[Future[FullDataSnapshot]] = {\n      exchanges.values.map(_.ask(ref => GetFullDataSnapshot(ref)))\n    }\n\n    Future.sequence(publicData).map(d =>\n      TradeContext(\n        d.map(e => e.exchange -> e.usableTradePairs).toMap,\n        d.map(e => e.exchange -> e.ticker).toMap,\n        d.map(e => e.exchange -> e.orderBook).toMap,\n        d.map(e => e.exchange -> e.stats24h).toMap,\n        d.map(e => e.exchange -> e.dataAge).toMap,\n        d.map(e => e.exchange -> e.wallet).toMap,\n        config.tradeRoom.referenceTickerExchange,\n        feeRates,\n        config.exchanges.map(e => e._1 -> e._2.doNotTouchTheseAssets),\n        activeOrderBundles.flatMap(_._2.orderRefs))\n    )\n  }\n\n  \/**\n   * Lock liquidity\n   *\n   * @return all (locked=true) or nothing\n   *\/\n  def lockAllRequiredLiquidity(tradePattern: String, coins: Seq[LocalCryptoValue], dontUseTheseReserveAssets: Set[Asset]):\n  Future[Option[List[LiquidityLock]]] = {\n\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    Future.sequence(\n      coins\n        .groupBy(_.exchange)\n        .map { x =>\n          exchanges(x._1).ask((ref: ActorRef[Option[LiquidityLock]]) =>\n            LiquidityLockRequest(\n              UUID.randomUUID(),\n              Instant.now(),\n              x._1,\n              tradePattern,\n              x._2.map(c => CryptoValue(c.asset, c.amount)),\n              isForLiquidityTx = false,\n              dontUseTheseReserveAssets,\n              None,\n              ref\n            ))\n        }\n    ).map {\n      case x if x.forall(_.isDefined) =>\n        Some(x.flatten.toList)\n      case x => \/\/ release all other locks in case of partial non-success\n        x.filter(_.isDefined).flatten.foreach { e =>\n          exchanges(e.exchange) ! LiquidityLockClearance(e.liquidityRequestId)\n        }\n        None\n    }\n  }\n\n  def placeOrders(orderRequests: Seq[OrderRequest]): Future[Seq[OrderRef]] = {\n    implicit val timeout: Timeout = config.global.httpTimeout.mul(2) \/\/ covers parallel order request + possible order cancel operations\n\n    context.spawn(OrderSetPlacer(config.global, exchanges), s\"OrderSetPlacer-${UUID.randomUUID()}\")\n      .ask((ref: ActorRef[Seq[NewOrderAck]]) => NewOrderSet(orderRequests, ref))\n      .map(_.map(_.toOrderRef))\n  }\n\n  def tryToPlaceLiquidityTransformationOrder(request: OrderRequest): Future[Option[OrderRef]] = {\n    if (doNotTouchAssets(request.exchange).intersect(request.pair.involvedAssets).nonEmpty) return Future.failed(new IllegalArgumentException)\n\n    \/\/ this should not occur - but here is a last guard\n    if (activeLiquidityTx.keys.exists(ref => ref.exchange == request.exchange && ref.pair == request.pair)) {\n      log.warn(s\"Ignoring liquidity tx because a similar one (same trade pair on same exchange) is still in place: $request\")\n      return Future.successful(None)\n    }\n\n    implicit val timeout: Timeout = config.global.httpTimeout.plus(config.global.internalCommunicationTimeout.duration)\n    val tradePattern = s\"${request.exchange}-liquidityTx\"\n    exchanges(request.exchange).ask((ref: ActorRef[Option[LiquidityLock]]) =>\n      LiquidityManager.LiquidityLockRequest(\n        UUID.randomUUID(),\n        Instant.now,\n        request.exchange,\n        tradePattern,\n        Seq(request.calcOutgoingLiquidity.cryptoValue),\n        isForLiquidityTx = true,\n        Set(),\n        None,\n        ref\n      )).flatMap {\n      case Some(lock) =>\n        exchanges(request.exchange)\n          .ask((ref: ActorRef[NewOrderAck]) => NewLimitOrder(request, ref))\n          .map { newOrderAck =>\n          val ref: OrderRef = newOrderAck.toOrderRef\n          activeLiquidityTx.update(ref, LiquidityTx(request, ref, lock, Instant.now))\n          log.debug(s\"successfully placed liquidity tx order $newOrderAck\")\n          Some(ref)\n        } recover {\n          case e: Exception =>\n            log.error(s\"failed to place new liquidity tx $request\", e)\n            exchanges(request.exchange) ! LiquidityLockClearance(lock.liquidityRequestId)\n            None\n        }\n\n      case None =>\n        log.debug(s\"could not acquire lock for liquidity tx\")\n        Future.successful(None)\n    } recover {\n      case e: Throwable =>\n        log.error(\"LiquidityLockRequest failed\", e)\n        None\n    }\n  }\n\n  def registerOrderBundle(b: OrderRequestBundle, lockedLiquidity: Seq[LiquidityLock], orders: Seq[OrderRef]) {\n    activeOrderBundles.update(b.id, OrderBundle(b, lockedLiquidity, orders))\n  }\n\n  def tryToPlaceOrderBundle(bundle: OrderRequestBundle): Unit = {\n    if (bundle.orderRequests.exists(e =>\n      doNotTouchAssets(e.exchange).intersect(e.pair.involvedAssets).nonEmpty)) {\n      log.warn(s\"ignoring $bundle containing a DO-NOT-TOUCH asset\")\n    }\n\n    collectTradeContext().onComplete {\n      case Success(tc: TradeContext) =>\n        val isSafe: (Boolean, Option[Double]) = orderBundleSafetyGuard.isSafe(bundle)(tc)\n        if (isSafe._1) {\n          val totalWin: Double = isSafe._2.get\n          val requiredLiquidity: Seq[LocalCryptoValue] = bundle.orderRequests.map(_.calcOutgoingLiquidity)\n\n          lockAllRequiredLiquidity(bundle.tradePattern, requiredLiquidity, bundle.involvedReserveAssets) onComplete {\n\n            case Success(Some(lockedLiquidity)) =>\n              placeOrders(bundle.orderRequests) onComplete {\n                case Success(orderRefs: Seq[OrderRef]) =>\n                  registerOrderBundle(bundle, lockedLiquidity, orderRefs)\n                  log.info(s\"${Emoji.Excited}  Placed checked $bundle (estimated total win: ${formatDecimal(totalWin, 2)})\")\n\n                case Failure(e) => log.error(\"placing orders failed\", e)\n              }\n\n            case Success(None) => log.info(s\"\"\"${Emoji.Robot}  Liquidity for trades not yet available: ${requiredLiquidity.mkString(\", \")}\"\"\")\n            case Failure(e) => log.error(\"lockAllRequiredLiquidity failed\", e)\n          }\n        }\n      case Failure(e) => log.error(\"collectTradeContext failed\", e)\n    }\n  }\n\n  \/\/ TODO probably we will need a merged reference-ticker which comes from binance + assets from other exchanges, which binance does not have\n\n  def logStats(): Unit = {\n    val now = Instant.now\n\n    def logWalletOverview(wallets: Map[String, Wallet], tickers: Map[String, Map[TradePair, Ticker]]): Unit = {\n      wallets.values.foreach { w =>\n        val walletOverview: String = w.toOverviewString(config.exchanges(w.exchange).usdEquivalentCoin, tickers(w.exchange))\n        log.info(s\"${Emoji.Robot}  $walletOverview\")\n      }\n    }\n\n    def logOrderBundleSafetyGuardStats(): Unit = {\n      log.info(s\"${Emoji.Robot}  OrderBundleSafetyGuard decision stats: [${orderBundleSafetyGuard.unsafeStats.mkString(\"|\")}]\")\n    }\n\n    def logOrderGainStats(referenceTicker: Map[TradePair, Ticker]): Unit = {\n      val reportingUsdEquivalentCoin: Asset = config.exchanges(config.tradeRoom.referenceTickerExchange).usdEquivalentCoin\n      val lastHourArbitrageSumUSD: Double =\n        OrderBill.aggregateValues(\n          finishedOrderBundles\n            .filter(b => Duration.between(b.finishTime, now).toHours < 1)\n            .flatMap(_.bill.balanceSheet),\n          reportingUsdEquivalentCoin,\n          (_, tp) => referenceTicker.get(tp).map(_.priceEstimate))\n\n      val lastHourLiquidityTxSumUSDT: Double =\n        OrderBill.aggregateValues(\n          finishedLiquidityTxs.values\n            .filter(b => Duration.between(b.finishTime, now).toHours < 1)\n            .flatMap(_.bill.balanceSheet),\n          reportingUsdEquivalentCoin,\n          (_, tp) => referenceTicker.get(tp).map(_.priceEstimate))\n\n      val lastHourSumUSDT: Double = lastHourArbitrageSumUSD + lastHourLiquidityTxSumUSDT\n      log.info(s\"${Emoji.Robot}  Last 1h: cumulated gain: ${formatDecimal(lastHourSumUSDT, 2)} USD \" +\n        s\"(arbitrage orders: ${formatDecimal(lastHourArbitrageSumUSD, 2)} USD, \" +\n        s\"liquidity tx: ${formatDecimal(lastHourLiquidityTxSumUSDT, 2)} USD) \")\n\n      val totalArbitrageSumUSDT: Double =\n        OrderBill.aggregateValues(\n          finishedOrderBundles\n            .flatMap(_.bill.balanceSheet),\n          reportingUsdEquivalentCoin,\n          (_, tp) => referenceTicker.get(tp).map(_.priceEstimate))\n      val totalLiquidityTxSumUSDT: Double =\n        OrderBill.aggregateValues(\n          finishedLiquidityTxs.values\n            .flatMap(_.bill.balanceSheet),\n          reportingUsdEquivalentCoin,\n          (_, tp) => referenceTicker.get(tp).map(_.priceEstimate))\n      val totalSumUSDT: Double = totalArbitrageSumUSDT + totalLiquidityTxSumUSDT\n      log.info(s\"${Emoji.Robot}  Total cumulated gain: ${formatDecimal(totalSumUSDT, 2)} USD \" +\n        s\"(arbitrage orders: ${formatDecimal(totalArbitrageSumUSDT, 2)} USD, liquidity tx: \" +\n        s\"${formatDecimal(totalLiquidityTxSumUSDT, 2)} USD) \")\n\n      LiquidityBalancerStats.logStats()\n    }\n\n    def logFinalOrderStateStats(): Unit = {\n      def orderStateStats(orders: Iterable[Order]): Map[OrderStatus, Int] =\n        orders\n          .groupBy(_.orderStatus)\n          .map(e => (e._1, e._2.size))\n\n      val lastHourLimit = Instant.now.minus(1, ChronoUnit.HOURS)\n      val liquidityTxOrders1h = finishedLiquidityTxs.values.filter(_.finishTime.isAfter(lastHourLimit)).map(_.finishedOrder)\n      val orderBundleOrders1h = finishedOrderBundles.filter(_.finishTime.isAfter(lastHourLimit)).flatMap(_.finishedOrders)\n\n      log.info(\n        s\"\"\"${Emoji.Robot}  Last 1h final order status: trader tx:[${orderStateStats(orderBundleOrders1h).mkString(\",\")}],\n           |liquidity tx: [${orderStateStats(liquidityTxOrders1h).mkString(\",\")}]\"\"\".stripMargin)\n    }\n\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val wf: Iterable[Future[Wallet]] = exchanges.values.map(e => e.ask(ref => GetWallet(ref)))\n    val tf: Iterable[Future[TickerSnapshot]] = exchanges.values.map(e => e.ask(ref => GetTickerSnapshot(ref)))\n    val rtf: Future[TickerSnapshot] = pullReferenceTicker\n    (for {\n      wallets <- Future.sequence(wf)\n      tickers <- Future.sequence(tf)\n      referenceTicker <- rtf\n    } yield (\n      wallets.map(e => e.exchange -> e).toMap,\n      tickers.map(e => e.exchange -> e.ticker).toMap,\n      referenceTicker.ticker\n    )).onComplete {\n      case Success((wallets, tickers, referenceTicker)) =>\n        logWalletOverview(wallets, tickers)\n        logOrderBundleSafetyGuardStats()\n        logFinalOrderStateStats()\n        logOrderGainStats(referenceTicker)\n      case Failure(e) =>\n        log.warn(\"get wallets\/tickers\/referenceTicker failed\", e)\n    }\n  }\n\n  def activeOrder(orderRef: OrderRef): Future[Option[Order]] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    exchanges(orderRef.exchange).ask(ref => GetActiveOrders(ref)).map(_.get(orderRef))\n  }\n\n  \/\/ cleanup completed order bundle, which is still in the \"active\" list\n  def cleanupOrderBundle(orderBundleId: UUID): Unit = {\n\n    activeOrderBundles.synchronized { \/\/ to avoid, that the cleanup-code of another OrderUpdateTrigger of the same order-bundle is race-conditioning with us\n\n      val bundle: OrderBundle = activeOrderBundles.get(orderBundleId) match {\n        case Some(bundle) => bundle\n        case None =>\n          log.warn(s\"OrderBundle with ID=$orderBundleId is gone\")\n          return\n      }\n      val of: Seq[Future[Option[Order]]] = bundle.orderRefs.map(e => activeOrder(e))\n      val rtf = pullReferenceTicker\n      (for {\n        orders <- Future.sequence(of)\n        referenceTicker <- rtf\n      } yield (orders.flatten, referenceTicker.ticker)).onComplete {\n        case Success((orders, referenceTicker)) =>\n          val finishTime = orders.map(_.lastUpdateTime).max\n          val usdEquivalentCoin: Asset = config.exchanges(config.tradeRoom.referenceTickerExchange).usdEquivalentCoin\n          val bill: OrderBill = OrderBill.calc(orders, referenceTicker, usdEquivalentCoin, config.exchanges.map(e => (e._1, e._2.feeRate)))\n          val finishedOrderBundle = FinishedOrderBundle(bundle, orders, finishTime, bill)\n          finishedOrderBundles = finishedOrderBundle :: finishedOrderBundles\n          activeOrderBundles.remove(orderBundleId)\n          bundle.orderRefs.foreach {\n            e => exchanges(e.exchange) ! RemoveActiveOrder(e)\n          }\n\n          bundle.lockedLiquidity.foreach { l =>\n            exchanges(l.exchange) ! LiquidityLockClearance(l.liquidityRequestId)\n          }\n\n          if (orders.exists(_.orderStatus != OrderStatus.FILLED)) {\n            log.warn(s\"${Emoji.Questionable}  ${finishedOrderBundle.shortDesc} did not complete. Orders: \\n${orders.mkString(\"\\n\")}\")\n          } else if (bill.sumUSDAtCalcTime >= 0) {\n            val emoji = if (bill.sumUSDAtCalcTime >= 1.0) Emoji.Opera else Emoji.Winning\n            log.info(s\"$emoji  ${finishedOrderBundle.shortDesc} completed with a win of ${formatDecimal(bill.sumUSDAtCalcTime, 2)} USD\")\n          } else {\n            log.warn(s\"${Emoji.SadFace}  ${finishedOrderBundle.shortDesc} completed with a loss of ${formatDecimal(bill.sumUSDAtCalcTime, 2)} USD ${Emoji.LookingDown}:\\n $finishedOrderBundle\")\n          }\n\n        case Failure(e) => log.error(\"get orders\/referenceTicker failed\", e)\n      }\n    }\n  }\n\n\n  def cleanupLiquidityTxOrder(tx: LiquidityTx): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val of = activeOrder(tx.orderRef)\n    val rtf = pullReferenceTicker\n    (for {\n      order <- of\n      referenceTicker <- rtf\n    } yield (order.get, referenceTicker.ticker)).onComplete {\n      case Success((order, referenceTicker)) =>\n        val usdEquivalentCoin: Asset = config.exchanges(order.exchange).usdEquivalentCoin\n        val bill: OrderBill = OrderBill.calc(Seq(order), referenceTicker, usdEquivalentCoin, feeRates)\n        val finishedLiquidityTx = FinishedLiquidityTx(tx, order, order.lastUpdateTime, bill)\n        finishedLiquidityTxs.update(finishedLiquidityTx.liquidityTx.orderRef, finishedLiquidityTx)\n        activeLiquidityTx.remove(tx.orderRef)\n        exchanges(tx.orderRef.exchange) ! RemoveActiveOrder(tx.orderRef)\n        exchanges(tx.lockedLiquidity.exchange) ! LiquidityLockClearance(tx.lockedLiquidity.liquidityRequestId)\n      case Failure(e) => log.error(s\"get order\/referenceTicker failed\", e)\n    }\n  }\n\n  def cleanupPossiblyFinishedOrderBundle(orderBundle: OrderBundle): Unit = {\n    val f: Seq[Future[Option[Order]]] = orderBundle.orderRefs.map(activeOrder)\n    Future.sequence(f).onComplete {\n      case Success(orders) =>\n        val orderBundleId: UUID = orderBundle.orderRequestBundle.id\n        orders.flatten match {\n          case order: Seq[Order] if order.isEmpty =>\n            log.error(s\"No order present for ${orderBundle.shortDesc} -> cleaning up\")\n            cleanupOrderBundle(orderBundleId)\n          case order: Seq[Order] if order.forall(_.orderStatus == OrderStatus.FILLED) =>\n            if (log.isDebugEnabled) log.debug(s\"All orders of ${orderBundle.shortDesc} FILLED -> finishing it\")\n            cleanupOrderBundle(orderBundleId)\n            log.info(s\"${Emoji.Robot}  OrderBundle ${orderBundle.shortDesc} successfully finished\")\n          case order: Seq[Order] if order.forall(_.orderStatus.isFinal) =>\n            if (log.isDebugEnabled) log.debug(s\"${Emoji.Robot}  All orders of ${orderBundle.shortDesc} have a final state (${order.map(_.orderStatus).mkString(\",\")}) -> not ideal\")\n            cleanupOrderBundle(orderBundleId)\n            log.warn(s\"${Emoji.Robot}  Finished OrderBundle ${orderBundle.shortDesc}, but NOT all orders are FILLED: $orders\")\n          case order: Seq[Order] => \/\/ order bundle still active: nothing to do\n            if (log.isDebugEnabled) log.debug(s\"Watching minor order update for $orderBundle: $order\")\n        }\n      case Failure(e) => log.error(s\"get activeOrder failed\", e)\n    }\n  }\n\n  def cleanupPossiblyFinishedLiquidityTxOrder(tx: LiquidityTx): Unit = {\n    activeOrder(tx.orderRef).onComplete {\n      case Success(None) => log.error(s\"order ${tx.orderRef} does not exist!\")\n      case Success(Some(order)) =>\n        if (order.orderStatus == OrderStatus.FILLED) {\n          log.info(s\"${Emoji.Robot}  Liquidity tx ${tx.orderRequest.tradeDesc} (externalId:${tx.orderRef.externalOrderId}) FILLED\")\n          cleanupLiquidityTxOrder(tx)\n        }\n        else if (order.orderStatus.isFinal) {\n          log.warn(s\"${Emoji.NoSupport}  Liquidity tx ${tx.orderRef} finished with state ${order.orderStatus}\")\n          cleanupLiquidityTxOrder(tx)\n        }\n        else { \/\/ order still active: nothing to do\n          if (log.isTraceEnabled) log.trace(s\"Watching liquidity tx minor order update: $order\")\n        }\n      case Failure(e) => log.error(s\"get activOrder(${tx.orderRef}) failed\", e)\n    }\n  }\n\n  def onOrderUpdate(t: OrderUpdateTrigger): Unit = {\n    val MaxTries = 3\n\n    activeOrderBundles.values.find(e => e.orderRefs.contains(t.ref)) match {\n      case Some(orderBundle) =>\n        cleanupPossiblyFinishedOrderBundle(orderBundle)\n        return\n      case None => \/\/ proceed to next statement\n    }\n\n    activeLiquidityTx.get(t.ref) match {\n      case Some(liquidityTx) => cleanupPossiblyFinishedLiquidityTxOrder(liquidityTx)\n      case None =>\n        if (t.resendCounter < MaxTries) {\n          \/\/ wait 200ms and try again, before giving up - sometimes the real order-filled-update is faster than our registering of the acknowledge\n          Future(concurrent.blocking {\n            Thread.sleep(200)\n            context.self ! OrderUpdateTrigger(t.ref, t.resendCounter + 1)\n          })\n        } else {\n          activeOrder(t.ref).onComplete {\n            case Success(None) => \/\/ order & liquidityTx gone -> nothing there to pay heed to\n            case Success(Some(order)) =>\n              log.warn(s\"Got order-update (${t.ref.exchange}: ${t.ref.externalOrderId}) but cannot find active order bundle or liquidity tx for it.\" +\n                s\" Corresponding order is: $order\")\n            \/\/ otherwise, when the active order is already gone, we can just drop that update-trigger, because it comes too late.\n            \/\/ Then the order from activeOrderBundles\/activeLiquidityTx was already cleaned-up by a previous trigger\n            case Failure(e) => log.error(s\"activeOrder(${t.ref}) failed\", e)\n          }\n        }\n    }\n  }\n\n  def cancelAgedActiveOrders(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val f = exchanges.values.map(e => e.ask(ref => GetActiveOrders(ref)).map(_.values))\n    Future.sequence(f).onComplete {\n      case Success(allActiveOrders) =>\n        val limit: Instant = Instant.now.minus(config.tradeRoom.maxOrderLifetime)\n        val orderToCancel: Iterable[Order] =\n          allActiveOrders.flatten\n            .filterNot(_.orderStatus.isFinal)\n            .filter(_.creationTime.isBefore(limit))\n\n        for (o: Order <- orderToCancel) {\n          val source: String = activeLiquidityTx.values.find(_.orderRef.externalOrderId == o.externalId) match {\n            case Some(liquidityTx) => s\"from liquidity-tx: ${liquidityTx.orderRequest.shortDesc}\"\n            case None => activeOrderBundles.values.find(_.orderRefs.exists(_.externalOrderId == o.externalId)) match {\n              case Some(orderBundle) => s\"from order-bundle: ${orderBundle.shortDesc}\"\n              case None => \"not referenced in order-bundles nor liquidity-tx\"\n            }\n          }\n\n          log.warn(s\"${Emoji.Judgemental}  Canceling aged order ${o.shortDesc} $source\")\n          exchanges(o.exchange) ! CancelOrder(o.ref, None)\n        }\n\n      case Failure(e) => log.error(\"GetActiveOrders failed\", e)\n    }\n  }\n\n\n  def reportOrphanOpenOrders(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val f = exchanges.values.map(e => e.ask(ref => GetActiveOrders(ref)))\n    Future.sequence(f).onComplete {\n      case Success(allActiveOrders) =>\n        val orphanOrders = allActiveOrders.flatten\n          .filterNot(o => activeOrderBundles.values.exists(_.orderRefs.contains(o._1)))\n          .filterNot(o => activeLiquidityTx.contains(o._1))\n        if (orphanOrders.nonEmpty) {\n          log.warn(s\"\"\"unreferenced order(s) on ${orphanOrders.head._1.exchange}: ${orphanOrders.map(_._2.shortDesc).mkString(\", \")}\"\"\")\n          orphanOrders\n            .filter(_._2.orderStatus.isFinal)\n            .foreach { o =>\n              exchanges(o._1.exchange) ! RemoveOrphanOrder(o._1)\n            }\n        }\n\n      case Failure(e) => log.error(\"GetActiveOrders failed\", e)\n    }\n  }\n\n  def houseKeeping(): Unit = {\n    cancelAgedActiveOrders()\n    reportOrphanOpenOrders()\n\n    \/\/ TODO report entries in openOrders, which are not referenced by activeOrderBundle or activeLiquidityTx - but what to do with them?\n    \/\/ TODO report apparently dead entries in openOrderBundle\n    \/\/ TODO report apparently dead entries in openLiquidityTx\n  }\n\n\n  var exchangesJoined: Set[String] = Set()\n\n  def startTraders(): Unit = {\n    fooTrader = context.spawn(FooTrader(Config.trader(\"foo-trader\"), context.self), \"FooTrader\")\n    temporaryLowDetector = context.spawn(TemporaryLowDetector(config.exchanges), \"TemporaryLowDetector\")\n\n    val traderScheduleDelay: FiniteDuration = FiniteDuration(config.tradeRoom.traderTriggerInterval.toMillis, TimeUnit.MILLISECONDS)\n    timers.startTimerWithFixedDelay(TriggerTrader(), traderScheduleDelay)\n    tradersStarted = true\n  }\n\n  def onExchangeJoined(exchange: String): Unit = {\n    exchangesJoined = exchangesJoined + exchange\n    if (exchangesJoined == exchanges.keySet && !tradersStarted) {\n      log.info(s\"${Emoji.Satisfied}  All exchanges initialized\")\n      timers.startTimerAtFixedRate(HouseKeeping(), 3.seconds)\n      startTraders()\n    }\n  }\n\n  def pullReferenceTicker: Future[TickerSnapshot] = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    exchanges(config.tradeRoom.referenceTickerExchange)\n      .ask(ref => GetTickerSnapshot(ref))\n      .recover {\n        case e: Throwable =>\n          log.error(\"GetTickerSnapshot failed\", e)\n          throw e\n      }\n  }\n\n  def triggerTrader(): Unit = {\n    collectTradeContext().onComplete {\n      case Success(tc) =>\n        fooTrader ! FooTrader.SearchRun(tc)\n        temporaryLowDetector ! TemporaryLowDetector.SearchRun(tc)\n      case Failure(e) => log.error(\"collectTradeContext failed\", e)\n    }\n  }\n\n  override def onMessage(message: Message): Behavior[Message] = {\n    message match {\n      \/\/ @formatter:off\n      case TradeRoomJoined(exchange)                                => onExchangeJoined(exchange)\n      case PlaceOrderRequestBundle(bundle)                          => tryToPlaceOrderBundle(bundle)\n      case PlaceLiquidityTransformationOrder(orderRequest, replyTo) => tryToPlaceLiquidityTransformationOrder(orderRequest).foreach(r => replyTo ! r)\n\n      case t: OrderUpdateTrigger                                    => onOrderUpdate(t)\n\n      case GetReferenceTicker(replyTo)                              => pullReferenceTicker.foreach(replyTo ! _)\n      case GetFinishedLiquidityTxs(replyTo)                         => replyTo ! finishedLiquidityTxs.keySet.toSet\n\n      case LogStats()                                               => logStats()\n      case HouseKeeping()                                           => houseKeeping()\n      case TriggerTrader()                                          => triggerTrader()\n      \/\/ @formatter:on\n    }\n    this\n  }\n\n  override def onSignal: PartialFunction[Signal, Behavior[Message]] = {\n    case PostStop =>\n      log.info(\"TradeRoom stopped\")\n      this\n  }\n\n  if (config.tradeRoom.tradeSimulation) log.info(s\"Starting in trade simulation mode\")\n  else log.info(s\"${Emoji.DoYouEvenLiftBro}  Starting in production mode\")\n\n  for (exchange <- exchanges.values) {\n    exchange ! Exchange.JoinTradeRoom(context.self)\n  }\n}\n\n\/\/ TODO single finished OrderBundle proof-of-concept check: If real win is a loss, we stop our application directly!\n\/\/ TODO finished orderbundle statistics: Last hour: number of trades, Estimated Win, real win at tx times, real win now\n\/\/ TODO decouple reference-ticker delivery from ExchangeTPDataManager (=active trade pairs), because Tradepair cleanup works against a rich reference ticker"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/Order.scala","text":"package org.purevalue.arbitrage.traderoom\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom.exchange.{ExchangeAccountStreamData, Ticker}\nimport org.purevalue.arbitrage.util.IncomingDataError\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.slf4j.LoggerFactory\n\n\n\/**\n * A (real) order, which comes from exchange data feed\n *\n * @see https:\/\/academy.binance.com\/economics\/what-are-makers-and-takers\n *\/\n\ncase class Order(externalId: String,\n                 exchange: String,\n                 pair: TradePair,\n                 side: TradeSide,\n                 orderType: OrderType,\n                 price: Option[Double], \/\/ may not be there for MARKET orders\n                 stopPrice: Option[Double], \/\/ [candidate for removal] for STOP_LIMIT - but i've not found that attribute on all exchanges\n                 creationTime: Instant,\n                 @volatile var quantity: Double,\n                 @volatile var orderStatus: OrderStatus,\n                 @volatile var cumulativeFilledQuantity: Option[Double],\n                 @volatile var priceAverage: Option[Double],\n                 @volatile var lastUpdateTime: Instant) {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  def shortDesc: String = {\n    val direction: String = side match {\n      case TradeSide.Buy => \"<-\"\n      case TradeSide.Sell => \"->\"\n    }\n    s\"[$exchange $side ${cumulativeFilledQuantity.map(formatDecimal(_, pair.baseAsset.defaultFractionDigits))} \" +\n      s\"${pair.baseAsset.officialSymbol}$direction${pair.quoteAsset.officialSymbol} \" +\n      s\"\"\"filled ${if (cumulativeFilledQuantity.isDefined && priceAverage.isDefined) formatDecimal(cumulativeFilledQuantity.get * priceAverage.get, pair.quoteAsset.defaultFractionDigits) else \"n\/a\"} \"\"\" +\n      s\"price ${price.map(formatDecimal(_, pair.quoteAsset.defaultFractionDigits))} $orderStatus]\"\n  }\n\n\n  \/\/ from cointracking.freshdesk.com\/en\/support\/solutions\/articles\/29000021505-bnb-balance-wrong-due-to-fees-not-being-deducted-\n  \/\/ In case of a sell, the fee needs to be entered as additional amount on the sell side.\n  \/\/ In case of a buy, the fee needs to be subtracted from the buy side.\n\n  \/\/ absolute (positive) amount minus fees\n  def calcOutgoingLiquidity(feeRate: Double): LocalCryptoValue = side match {\n    case TradeSide.Buy =>\n      if (Seq(OrderStatus.FILLED, OrderStatus.PARTIALLY_FILLED).contains(orderStatus))\n        LocalCryptoValue(\n          exchange,\n          pair.quoteAsset,\n          (priceAverage, cumulativeFilledQuantity) match {\n            case (Some(p), Some(q)) => p * q\n            case (Some(p), None) => p * quantity\n            case (None, Some(q)) if price.isDefined => price.get * q\n            case _ if price.isDefined => price.get * quantity\n            \/\/ if something falls through here, we have to avoid using this function in this case\n          })\n      else LocalCryptoValue(exchange, pair.quoteAsset, 0.0)\n\n    case TradeSide.Sell =>\n      if (Seq(OrderStatus.FILLED, OrderStatus.PARTIALLY_FILLED).contains(orderStatus))\n        LocalCryptoValue(\n          exchange,\n          pair.baseAsset,\n          cumulativeFilledQuantity match {\n            case Some(q) => q * (1.0 + feeRate)\n            case None => quantity * (1.0 + feeRate)\n          })\n      else LocalCryptoValue(exchange, pair.baseAsset, 0.0)\n  }\n\n  \/\/ absolute (positive) amount minus fees\n  def calcIncomingLiquidity(feeRate: Double): LocalCryptoValue = side match {\n    case TradeSide.Buy =>\n      if (Seq(OrderStatus.FILLED, OrderStatus.PARTIALLY_FILLED).contains(orderStatus))\n        LocalCryptoValue(exchange,\n          pair.baseAsset,\n          cumulativeFilledQuantity match {\n            case Some(q) => q * (1.0 - feeRate)\n            case None => quantity * (1.0 - feeRate)\n          })\n      else LocalCryptoValue(exchange, pair.baseAsset, 0.0)\n\n    case TradeSide.Sell =>\n      if (Seq(OrderStatus.FILLED, OrderStatus.PARTIALLY_FILLED).contains(orderStatus))\n        LocalCryptoValue(\n          exchange,\n          pair.quoteAsset,\n          (priceAverage, cumulativeFilledQuantity) match {\n            case (Some(p), Some(q)) => p * q\n            case (Some(p), None) => p * quantity\n            case (None, Some(q)) if price.isDefined => price.get * q\n            case _ if price.isDefined => price.get * quantity\n            \/\/ if something falls through here, we have to avoid using this function in this case\n          })\n      else LocalCryptoValue(exchange, pair.quoteAsset, 0.0)\n  }\n\n  def ref: TradeRoom.OrderRef = OrderRef(exchange, pair, externalId)\n\n  def applyUpdate(u: OrderUpdate): Unit = {\n    if (u.exchange != exchange ||\n      u.externalOrderId != externalId ||\n      u.pair != pair ||\n      u.side != side ||\n      (u.orderType.isDefined && u.orderType.get != orderType))\n      throw new IllegalArgumentException(s\"$u does not match \\n$this\")\n\n    if (u.updateTime.isBefore(lastUpdateTime)) {\n      log.debug(s\"Ignoring $u, because updateTime is not after order's lastUpdateTime: $this\")\n    } else if (u.updateTime.equals(lastUpdateTime) && orderStatus.isFinal)\n      log.debug(s\"Ignoring $u, because it has same timestamp and we already have a final order-status here\")\n    else {\n      if (u.orderStatus.isDefined) orderStatus = u.orderStatus.get\n      if (u.priceAverage.isDefined) priceAverage = u.priceAverage\n      if (u.originalQuantity.isDefined) quantity = u.originalQuantity.get\n      cumulativeFilledQuantity = u.cumulativeFilledQuantity match {\n        case Some(q) => Some(q)\n        case None if u.remainingQuantity.isDefined => Some(quantity - u.remainingQuantity.get)\n        case _ => cumulativeFilledQuantity\n      }\n      lastUpdateTime = u.updateTime\n    }\n  }\n}\n\n\nsealed trait TradeSide\nobject TradeSide {\n  case object Buy extends TradeSide\n  case object Sell extends TradeSide\n}\n\nsealed trait OrderType\nobject OrderType {\n  case object LIMIT extends OrderType\n  case object MARKET extends OrderType\n  case object STOP_LOSS extends OrderType\n  case object STOP_LOSS_LIMIT extends OrderType\n  case object TAKE_PROFIT extends OrderType \/\/ binance only\n  case object TAKE_PROFIT_LIMIT extends OrderType \/\/ binance only\n  case object LIMIT_MAKER extends OrderType \/\/ binance only\n}\n\nsealed trait OrderStatus {\n  def isFinal: Boolean\n}\nsealed trait IntermediateOrderStatus extends OrderStatus {\n  override def isFinal: Boolean = false\n}\nsealed trait FinalOrderStatus extends OrderStatus {\n  override def isFinal: Boolean = true\n}\nobject OrderStatus {\n  case object NEW extends IntermediateOrderStatus\n  case object PARTIALLY_FILLED extends IntermediateOrderStatus\n  case object FILLED extends FinalOrderStatus\n  case object CANCELED extends FinalOrderStatus \/\/ cancelled by user\n  case object EXPIRED extends FinalOrderStatus \/\/ order was canceled acording to order type's rules\n  case object REJECTED extends FinalOrderStatus\n  case object PAUSE extends IntermediateOrderStatus\n}\n\n\/**\n * Order update coming from exchange data flow\n *\/\ncase class OrderUpdate(externalOrderId: String,\n                       exchange: String,\n                       pair: TradePair,\n                       side: TradeSide,\n                       orderType: Option[OrderType],\n                       orderPrice: Option[Double], \/\/ may be the original price or a rounded one from the exchange. May not be there for market orders\n                       stopPrice: Option[Double],\n                       originalQuantity: Option[Double],\n                       orderCreationTime: Option[Instant],\n                       orderStatus: Option[OrderStatus],\n                       cumulativeFilledQuantity: Option[Double],\n                       remainingQuantity: Option[Double], \/\/ on coinbase we get that insteas of a cumulativeFilledQuantity\n                       priceAverage: Option[Double],\n                       updateTime: Instant) extends ExchangeAccountStreamData {\n\n  if ((originalQuantity.isDefined && originalQuantity.get < 0.0) ||\n    cumulativeFilledQuantity.isDefined && cumulativeFilledQuantity.get < 0.0)\n    throw new IncomingDataError(\"quantity negative\")\n\n  def toOrder: Order = Order(\n    externalOrderId,\n    exchange,\n    pair,\n    side,\n    orderType.get, \/\/ shall and will fail when an OrderUpdate without orderType is used for toOrder\n    orderPrice,\n    stopPrice,\n    orderCreationTime.getOrElse(Instant.now),\n    (originalQuantity, cumulativeFilledQuantity) match {\n      case (Some(oq), _) => oq\n      case (_, Some(cq)) if orderStatus.exists(_.isFinal) => cq\n      case _ => 0.0\n    },\n    orderStatus.getOrElse(originalQuantity match { \/\/ defaults in case not order status is available\n      case Some(originalQuantity) if cumulativeFilledQuantity.isDefined && cumulativeFilledQuantity.get == originalQuantity => OrderStatus.FILLED\n      case Some(originalQuantity) if cumulativeFilledQuantity.isDefined && cumulativeFilledQuantity.get < originalQuantity => OrderStatus.PARTIALLY_FILLED\n      case Some(_) => OrderStatus.NEW\n      case None => OrderStatus.NEW\n    }),\n    cumulativeFilledQuantity match {\n      case Some(q) => Some(q)\n      case None if originalQuantity.isDefined && remainingQuantity.isDefined => Some(originalQuantity.get - remainingQuantity.get)\n      case _ => None\n    },\n    priceAverage,\n    updateTime\n  )\n}\n\n\/**\n * OrderRequest: a single trade request before it is sent to an exchange\n *\n * This is the order flow: [Trader] -> OrderRequest -> [Exchange] -> Order(OrderStatus)\n *\/\ncase class OrderRequest(id: UUID,\n                        orderBundleId: Option[UUID], \/\/ mandatory for arbitrage orders, empty for liquidity tx orders\n                        exchange: String,\n                        pair: TradePair,\n                        side: TradeSide,\n                        feeRate: Double,\n                        amountBaseAsset: Double,\n                        limit: Double) {\n  def tradeDesc: String = {\n    val orderDesc = side match {\n      case TradeSide.Buy => s\"${pair.baseAsset.officialSymbol}<-${pair.quoteAsset.officialSymbol}\"\n      case TradeSide.Sell => s\"${pair.baseAsset.officialSymbol}->${pair.quoteAsset.officialSymbol}\"\n    }\n    s\"($exchange: ${formatDecimal(amountBaseAsset, pair.baseAsset.defaultFractionDigits)} \" +\n      s\"$orderDesc ${formatDecimal(amountBaseAsset * limit, pair.quoteAsset.defaultFractionDigits)} \" +\n      s\"limit ${formatDecimal(limit, pair.quoteAsset.defaultFractionDigits)})\"\n  }\n\n  def shortDesc: String = s\"OrderRequest$tradeDesc\"\n\n\n  override def toString: String = s\"OrderRequest($id, orderBundleId:$orderBundleId, $exchange, $pair, $side, $feeRate, \" +\n    s\"amountBaseAsset:${formatDecimal(amountBaseAsset)}, limit:${formatDecimal(limit)})\"\n\n  \/\/ absolute (positive) amount minus fees\n  def calcOutgoingLiquidity: LocalCryptoValue = side match {\n    case TradeSide.Buy => LocalCryptoValue(exchange, pair.quoteAsset, limit * amountBaseAsset)\n    case TradeSide.Sell => LocalCryptoValue(exchange, pair.baseAsset, amountBaseAsset * (1.0 + feeRate))\n  }\n\n  \/\/ absolute (positive) amount minus fees\n  def calcIncomingLiquidity: LocalCryptoValue = side match {\n    case TradeSide.Buy => LocalCryptoValue(exchange, pair.baseAsset, amountBaseAsset * (1.0 - feeRate))\n    case TradeSide.Sell => LocalCryptoValue(exchange, pair.quoteAsset, limit * amountBaseAsset)\n  }\n}\n\n\/**\n * The bill which is expected from executing an OrderRequest\n * (direct costs only, not including liquidity TXs)\n *\/\ncase class OrderBill(balanceSheet: Seq[LocalCryptoValue], sumUSDAtCalcTime: Double) {\n  override def toString: String = s\"\"\"OrderBill(balanceSheet:[${balanceSheet.mkString(\", \")}], sumUSD:${formatDecimal(sumUSDAtCalcTime, 2)})\"\"\"\n}\nobject OrderBill {\n  \/**\n   * Calculates the balance sheet of that order\n   * incoming value have positive amount; outgoing value have negative amount\n   *\/\n  def calcBalanceSheet(order: OrderRequest): Seq[LocalCryptoValue] = {\n    Seq(order.calcIncomingLiquidity, order.calcOutgoingLiquidity.negate)\n  }\n\n  def calcBalanceSheet(order: Order, feeRate: Double): Seq[LocalCryptoValue] = {\n    Seq(order.calcIncomingLiquidity(feeRate), order.calcOutgoingLiquidity(feeRate).negate)\n  }\n\n  def aggregateValues(balanceSheet: Iterable[LocalCryptoValue],\n                      targetAsset: Asset,\n                      findConversionRate: (String, TradePair) => Option[Double]): Double = {\n\n    val sumByLocalAsset: Iterable[LocalCryptoValue] = balanceSheet\n      .groupBy(e => (e.exchange, e.asset))\n      .map(e => LocalCryptoValue(e._1._1, e._1._2, e._2.map(_.amount).sum))\n\n    sumByLocalAsset\n      .map(_.convertTo(targetAsset, findConversionRate).amount)\n      .sum\n  }\n\n  def aggregateValues(balanceSheet: Iterable[LocalCryptoValue],\n                      targetAsset: Asset,\n                      tickers: Map[String, Map[TradePair, Ticker]]): Double =\n    aggregateValues(balanceSheet, targetAsset, (e, pair) => tickers(e).get(pair).map(_.priceEstimate))\n\n  def calc(orders: Seq[OrderRequest],\n           aggregateUSDxAsset: Asset,\n           referenceTicker: Map[TradePair, Ticker]): OrderBill = {\n    if (!Asset.UsdEquivalentCoins.contains(aggregateUSDxAsset)) throw new IllegalArgumentException(\"not a USD equivalent asset\")\n\n    val balanceSheet: Seq[LocalCryptoValue] = orders.flatMap(calcBalanceSheet)\n    val sumUSD: Double = aggregateValues(balanceSheet, aggregateUSDxAsset, (_, tradePair) => referenceTicker.get(tradePair).map(_.priceEstimate))\n    OrderBill(balanceSheet, sumUSD)\n  }\n\n  def calc(orders: Seq[Order],\n           referenceTicker: collection.Map[TradePair, Ticker],\n           aggregateUSDxAsset: Asset,\n           feeRates: Map[String, Double]): OrderBill = {\n    if (!Asset.UsdEquivalentCoins.contains(aggregateUSDxAsset)) throw new IllegalArgumentException(\"not a USD equivalent asset\")\n\n    val balanceSheet: Seq[LocalCryptoValue] =\n      orders.flatMap(o => calcBalanceSheet(o, feeRates(o.exchange)))\n    val sumUSD: Double = aggregateValues(balanceSheet, aggregateUSDxAsset, (_, tradePair) => referenceTicker.get(tradePair).map(_.priceEstimate))\n    OrderBill(balanceSheet, sumUSD)\n  }\n}\n\n\/** High level order request bundle, covering 2 or more trader orders *\/\ncase class OrderRequestBundle(id: UUID,\n                              tradePattern: String,\n                              creationTime: Instant,\n                              orderRequests: List[OrderRequest],\n                              bill: OrderBill) {\n  def tradeDesc: String = s\"\"\"[${orderRequests.map(_.tradeDesc).mkString(\" & \")}]\"\"\"\n\n  def involvedReserveAssets: Set[Asset] = orderRequests.flatMap(e => Seq(e.pair.baseAsset, e.pair.quoteAsset)).toSet\n\n  override def toString: String = s\"OrderRequestBundle($id, $tradePattern, creationTime:$creationTime, orders:$orderRequests, $bill)\"\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/test\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/OrderLimitChooserSpec.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport akka.actor.ActorSystem\nimport akka.testkit.{ImplicitSender, TestKit}\nimport org.purevalue.arbitrage.traderoom.Asset.BTC\nimport org.purevalue.arbitrage.traderoom.{Asset, TradePair, TradeSide}\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\n\nclass OrderLimitChooserSpec extends TestKit(ActorSystem(\"ExchangeLiquidityManagerSpec\"))\n  with ImplicitSender\n  with AnyWordSpecLike\n  with Matchers\n  with BeforeAndAfterAll {\n\n  \"OrderLimitChooser\" must {\n    \"use ticker, if no order book is present\" in {\n\n      val limitChooser = new OrderLimitChooser(\n        None,\n        Ticker(\"e1\", TradePair(BTC, Asset(\"USDT\")), 9999.0, None, 10001.0, None, Some(10000.0))\n      )\n\n      limitChooser.determineRealisticOrderLimit(TradeSide.Buy, 1.0, 1.0, 0.0)\n        .get shouldBe 10000.0 +- 0.000001\n    }\n\n    \"find optimal limit for Sell and Buy\" in {\n      val book = OrderBook(\"e1\", TradePair(BTC, Asset(\"USDT\")),\n        Map(\n          10000.1 -> Bid(1000.1, 100),\n          10000.0 -> Bid(10000.0, 2),\n          9999.1 -> Bid(9999.1, 3),\n          9998.0 -> Bid(9998.0, 20)),\n        Map(10000.2 -> Ask(10000.2, 1),\n          10000.6 -> Ask(10000.6, 2),\n          10002.0 -> Ask(10002.0, 20),\n          10002.1 -> Ask(10002.1, 100)\n        )\n      )\n\n      val limitChooser = new OrderLimitChooser(Some(book), null)\n\n      limitChooser.determineRealisticOrderLimit(TradeSide.Buy, 0.5, 1.0, 0.0) shouldBe Some(10000.2)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Buy, 2.0, 1.0, 0.0) shouldBe Some(10000.6)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Buy, 20, 1.0, 0.0) shouldBe Some(10002.0)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Buy, 500, 1.0, 0.0) shouldBe None\n\n      limitChooser.determineRealisticOrderLimit(TradeSide.Sell, 0.5, 1.0, 0.0) shouldBe Some(10000.0)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Sell, 2.0, 1.0, 0.0) shouldBe Some(10000.0)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Sell, 20, 1.0, 0.0) shouldBe Some(9998.0)\n      limitChooser.determineRealisticOrderLimit(TradeSide.Sell, 500, 1.0, 0.0) shouldBe None\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/trader\/FooTrader.scala","text":"package org.purevalue.arbitrage.trader\n\nimport java.time.{Duration, Instant}\nimport java.util.UUID\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport com.typesafe.config.Config\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.OrderLimitChooser\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.ExecutionContextExecutor\n\nobject FooTrader {\n  def apply(traderConfig: Config, tradeRoom: ActorRef[TradeRoom.Message]):\n  Behavior[Command] =\n    Behaviors.setup(context => new FooTrader(context, traderConfig, tradeRoom))\n\n  sealed trait Command\n  case class SearchRun(tc: TradeContext) extends Command\n}\n\n\/**\n * A basic trader to evolve the concept\n *\/\nclass FooTrader(context: ActorContext[FooTrader.Command],\n                traderConfig: Config,\n                tradeRoom: ActorRef[TradeRoom.Message]) extends AbstractBehavior[FooTrader.Command](context) {\n\n  import FooTrader._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  implicit val executionContext: ExecutionContextExecutor = system.executionContext\n\n  val traderName: String = \"FooTrader\"\n  val maxOpenOrderBundles: Int = traderConfig.getInt(\"max-open-order-bundles\")\n  var pendingOrderBundles: Map[UUID, OrderRequestBundle] = Map()\n  var activeOrderBundles: Map[UUID, OrderRequestBundle] = Map()\n  var numSearchesTotal: Int = 0\n  var numSearchesDiff: Int = 0\n  var numSingleSearchesDiff: Int = 0\n  var shotsDelivered: Int = 0\n  var lastLifeSign: Instant = Instant.now()\n\n  val OrderbookBasedLimitQuantityOverbookingRate: Double = traderConfig.getDouble(\"order-bundle.orderbook-based-tx-limit-quantity-overbooking\")\n  val TickerBasedOrderLimitRealityAdjustmentRate: Double = traderConfig.getDouble(\"order-bundle.ticker-based-tx-limit-beyond-edge-limit\")\n  val OrderBundleMinGainInUSD: Double = traderConfig.getDouble(\"order-bundle.min-gain-in-usd\")\n  val TradeAmountInUSD: Double = traderConfig.getDouble(\"order-bundle.trade-amount-in-usd\")\n\n  sealed trait NoResultReason\n  case class NotEnoughExchangesAvailableForTrading() extends NoResultReason\n  case class BuyOrSellBookEmpty() extends NoResultReason\n  case class BidAskGap() extends NoResultReason\n  case class Confused() extends NoResultReason\n  case class NoUSDTConversion(asses: Asset) extends NoResultReason\n  case class MinGainTooLow() extends NoResultReason\n  case class MinGainTooLow2() extends NoResultReason\n\n  def canTrade(exchange: String, tradePair: TradePair)(implicit tc: TradeContext): Boolean =\n    !tc.doNotTouch(exchange).contains(tradePair.baseAsset) && !tc.doNotTouch(exchange).contains(tradePair.quoteAsset)\n\n  \/\/ finds (average) exchange rate based on reference ticker, if tradepair is available there\n  \/\/ otherwise ticker rate is retrieved from fallBackTickerExchanges\n  def findPrice(tradePair: TradePair, fallBackTickerExchanges: Iterable[String])(implicit tc: TradeContext): Option[Double] = {\n    def _findPrice(exchangeOptions: List[String]): Option[Double] = {\n      if (exchangeOptions.isEmpty) None\n      else tc.tickers(exchangeOptions.head).get(tradePair)\n        .map(_.priceEstimate)\n        .orElse(_findPrice(exchangeOptions.tail))\n    }\n\n    val exchangesInOrder = tc.referenceTickerExchange :: fallBackTickerExchanges.filterNot(_ == tc.referenceTickerExchange).toList\n    _findPrice(exchangesInOrder)\n  }\n\n  def determineLimit(exchange: String, tradePair: TradePair, tradeSide: TradeSide, amountBaseAsset: Double)(implicit tc: TradeContext): Option[Double] = {\n    new OrderLimitChooser(tc.orderBooks(exchange).get(tradePair), tc.tickers(exchange)(tradePair))\n      .determineRealisticOrderLimit(tradeSide, amountBaseAsset, OrderbookBasedLimitQuantityOverbookingRate, TickerBasedOrderLimitRealityAdjustmentRate)\n  }\n\n  def findBestShot(tradePair: TradePair)(implicit tc: TradeContext): Either[OrderRequestBundle, NoResultReason] = {\n    val availableExchanges: Iterable[String] =\n      tc.tradePairs\n        .filter(_._2.contains(tradePair))\n        .filter(e => canTrade(e._1, tradePair))\n        .keys\n\n    if (availableExchanges.size <= 1) return Right(NotEnoughExchangesAvailableForTrading())\n\n    val usdEquivatentCalcCoin: Asset = Asset.UsdEquivalentCoins\n      .find(_.canConvertTo(tradePair.baseAsset, tp => findPrice(tp, availableExchanges).isDefined)).get \/\/ there must be one exchange having that trade pair\n    val tradeAmountBaseAsset: Double =\n      CryptoValue(usdEquivatentCalcCoin, TradeAmountInUSD)\n        .convertTo(tradePair.baseAsset, tp => findPrice(tp, availableExchanges))\n        .amount\n\n    val buyLimits: Map[String, Double] = availableExchanges\n      .map(exchange => exchange -> determineLimit(exchange, tradePair, TradeSide.Buy, tradeAmountBaseAsset))\n      .filter(_._2.isDefined)\n      .map(e => e._1 -> e._2.get)\n      .toMap\n\n    val sellLimits: Map[String, Double] = availableExchanges\n      .map(exchange => exchange -> determineLimit(exchange, tradePair, TradeSide.Sell, tradeAmountBaseAsset))\n      .filter(_._2.isDefined)\n      .map(e => e._1 -> e._2.get)\n      .toMap\n\n    val buyExchange: String = buyLimits.minBy(_._2)._1\n    val sellExchange: String = sellLimits.maxBy(_._2)._1\n    val buyLimit: Double = buyLimits(buyExchange)\n    val sellLimit: Double = sellLimits(sellExchange)\n\n    val minGainInUSD: Double = OrderBundleMinGainInUSD\n\n    val calculatedPureWinUSD: Double = CryptoValue(tradePair.baseAsset, tradeAmountBaseAsset * sellLimit - tradeAmountBaseAsset * buyLimit)\n      .convertTo(usdEquivatentCalcCoin, tp => findPrice(tp, availableExchanges)).amount\n\n    if (calculatedPureWinUSD < minGainInUSD) return Right(MinGainTooLow())\n\n    val orderBundleId = UUID.randomUUID()\n    val ourBuyBaseAssetOrder =\n      OrderRequest(\n        UUID.randomUUID(),\n        Some(orderBundleId),\n        buyExchange,\n        tradePair,\n        TradeSide.Buy,\n        tc.feeRates(buyExchange),\n        tradeAmountBaseAsset \/ (1.0 - tc.feeRates(buyExchange)), \/\/ usually we have to buy X + fee, because fee gets substracted; an exeption is on binance when paying with BNB\n        buyLimit\n      )\n    val ourSellBaseAssetOrder =\n      OrderRequest(\n        UUID.randomUUID(),\n        Some(orderBundleId),\n        sellExchange,\n        tradePair,\n        TradeSide.Sell,\n        tc.feeRates(sellExchange),\n        tradeAmountBaseAsset,\n        sellLimit\n      )\n\n    val bill: OrderBill = OrderBill.calc(Seq(ourBuyBaseAssetOrder, ourSellBaseAssetOrder), usdEquivatentCalcCoin, tc.referenceTicker)\n    if (bill.sumUSDAtCalcTime < OrderBundleMinGainInUSD) {\n      Right(MinGainTooLow2())\n    } else {\n      Left(OrderRequestBundle(\n        orderBundleId,\n        traderName,\n        Instant.now(),\n        List(ourBuyBaseAssetOrder, ourSellBaseAssetOrder),\n        bill\n      ))\n    }\n  }\n\n  var noResultReasonStats: Map[NoResultReason, Int] = Map()\n\n  def findBestShots(topN: Int)(implicit tc: TradeContext): Seq[OrderRequestBundle] = {\n    var result: List[OrderRequestBundle] = List()\n    val cryptoTradePairs = tc.tickers.values.flatMap(_.keys).filterNot(_.involvedAssets.exists(_.isFiat))\n    for (tradePair: TradePair <- cryptoTradePairs) {\n      if (tc.tickers.count(_._2.keySet.contains(tradePair)) > 1) {\n        numSingleSearchesDiff += 1\n        findBestShot(tradePair) match {\n\n          case Left(shot) if result.size < topN =>\n            result = shot :: result\n\n          case Left(shot) if shot.bill.sumUSDAtCalcTime > result.map(_.bill.sumUSDAtCalcTime).min =>\n            result = shot :: result.sortBy(_.bill.sumUSDAtCalcTime).tail\n\n          case Left(_) => \/\/ ignoring result\n\n          case Right(noResultReason) =>\n            noResultReasonStats += (noResultReason -> (1 + noResultReasonStats.getOrElse(noResultReason, 0)))\n\n          case _ => throw new IllegalStateException()\n        }\n      }\n    }\n    result.sortBy(_.bill.sumUSDAtCalcTime).reverse\n  }\n\n  def lifeSign(): Unit = {\n    val duration = Duration.between(lastLifeSign, Instant.now())\n    if (duration.compareTo(traderConfig.getDuration(\"lifesign-interval\")) > 0) {\n      log.info(s\"FooTrader life sign: $shotsDelivered shots delivered. $numSearchesDiff search runs \" +\n        s\"($numSingleSearchesDiff single searches) done in last ${duration.toMinutes} minutes. Total search runs: $numSearchesTotal\")\n      log.info(s\"FooTrader no-result-reasons: $noResultReasonStats\")\n      lastLifeSign = Instant.now()\n      numSingleSearchesDiff = 0\n      numSearchesDiff = 0\n    }\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = message match {\n    case SearchRun(tc) =>\n      lifeSign()\n      numSearchesDiff += 1\n      numSearchesTotal += 1\n      findBestShots(3)(tc).foreach { b =>\n        shotsDelivered += 1\n        tradeRoom ! TradeRoom.PlaceOrderRequestBundle(b)\n      }\n      Behaviors.same\n  }\n\n  log.info(\"FooTrader started\")\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexPublicDataChannel.scala","text":"package org.purevalue.arbitrage.adapter.bitfinex\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.http.scaladsl.model.{StatusCodes, Uri}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.PublicDataChannel.Disconnected\nimport org.purevalue.arbitrage.adapter.bitfinex.BitfinexPublicDataInquirer.GetBitfinexTradePairs\nimport org.purevalue.arbitrage.adapter.{PublicDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradePair\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange.IncomingPublicData\nimport org.purevalue.arbitrage.traderoom.exchange._\nimport org.purevalue.arbitrage.util.Emoji\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsObject, JsValue, JsonParser, RootJsonFormat, enrichAny}\n\nimport java.time.Instant\nimport scala.collection.concurrent.TrieMap\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\n\n\nprivate[bitfinex] trait IncomingPublicBitfinexJson\nprivate[bitfinex] case class UnknownChannelDataMessage(m: String) extends IncomingPublicBitfinexJson\nprivate[bitfinex] case class JsonMessage(j: JsObject) extends IncomingPublicBitfinexJson\nprivate[bitfinex] case class SubscribeRequestJson(event: String = \"subscribe\", channel: String, symbol: String)\n\nprivate[bitfinex] case class RawHeartbeat() extends IncomingPublicBitfinexJson\n\nprivate[bitfinex] case class RawTickerEntryJson(bid: Double, \/\/ Price of last highest bid\n                                                bidSize: Double, \/\/ Sum of 25 highest bid sizes\n                                                ask: Double, \/\/ Price of last lowest ask\n                                                askSize: Double, \/\/ Sum of 25 lowest ask sizes\n                                                dailyChange: Double, \/\/ Amount that the last price has changed since yesterday\n                                                dailyChangeRelative: Double, \/\/ Relative price change since yesterday (*100 for percentage change)\n                                                lastPrice: Double, \/\/ Price of the last trade\n                                                volume: Double, \/\/ Daily volume\n                                                high: Double, \/\/ Daily high\n                                                low: Double) { \/\/ Daily low\n  def toTicker(exchange: String, tradePair: TradePair): Ticker =\n    Ticker(exchange, tradePair, bid, None, ask, None, Some(lastPrice))\n}\nprivate[bitfinex] object RawTickerEntryJson {\n  def apply(v: Vector[Double]): RawTickerEntryJson =\n    RawTickerEntryJson(v(0), v(1), v(2), v(3), v(4), v(5), v(6), v(7), v(8), v(9))\n}\n\nprivate[bitfinex] case class RawTickerJson(channelId: Int, value: RawTickerEntryJson) extends IncomingPublicBitfinexJson \/\/ [channelId, [bid, bidSize, ask, askSize, dailyChange, dailyChangeRelative, lastPrice, volume, high, low]]\n\nprivate[bitfinex] object RawTickerJson {\n  def apply(v: Tuple2[Int, RawTickerEntryJson]): RawTickerJson = RawTickerJson(v._1, v._2)\n}\n\n\nprivate[bitfinex] case class RawOrderBookEntryJson(price: Double, count: Int, amount: Double)\nprivate[bitfinex] object RawOrderBookEntryJson {\n  def apply(v: Tuple3[Double, Int, Double]): RawOrderBookEntryJson = RawOrderBookEntryJson(v._1, v._2, v._3)\n}\n\n\/\/ [channelId, [[price, count, amount],...]]\nprivate[bitfinex] case class RawOrderBookSnapshotJson(channelId: Int, values: List[RawOrderBookEntryJson]) extends IncomingPublicBitfinexJson {\n  def toOrderBook(exchange: String, tradePair: TradePair): OrderBook = {\n    val bids = values\n      .filter(_.count > 0)\n      .filter(_.amount > 0)\n      .map(e => e.price -> Bid(e.price, e.amount))\n      .toMap\n    val asks = values\n      .filter(_.count > 0)\n      .filter(_.amount < 0)\n      .map(e => e.price -> Ask(e.price, -e.amount))\n      .toMap\n    OrderBook(exchange, tradePair, bids, asks)\n  }\n}\nprivate[bitfinex] object RawOrderBookSnapshotJson {\n  def apply(v: Tuple2[Int, List[RawOrderBookEntryJson]]): RawOrderBookSnapshotJson = RawOrderBookSnapshotJson(v._1, v._2)\n}\n\/\/ [channelId, [price, count, amount]]\nprivate[bitfinex] case class RawOrderBookUpdateJson(channelId: Int, value: RawOrderBookEntryJson) extends IncomingPublicBitfinexJson {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  \/*\n    Algorithm to create and keep a book instance updated\n\n    1. subscribe to channel\n    2. receive the book snapshot and create your in-memory book structure\n    3. when count > 0 then you have to add or update the price level\n    3.1 if amount > 0 then add\/update bids\n    3.2 if amount < 0 then add\/update asks\n    4. when count = 0 then you have to delete the price level.\n    4.1 if amount = 1 then remove from bids\n    4.2 if amount = -1 then remove from asks\n  *\/\n  def toOrderBookUpdate(exchange: String, tradePair: TradePair): OrderBookUpdate = {\n    if (value.count > 0) {\n      if (value.amount > 0)\n        OrderBookUpdate(exchange, tradePair, List(Bid(value.price, value.amount)), List())\n      else if (value.amount < 0)\n        OrderBookUpdate(exchange, tradePair, List(), List(Ask(value.price, -value.amount)))\n      else {\n        log.warn(s\"undefined update case: $this\")\n        OrderBookUpdate(exchange, tradePair, List(), List())\n      }\n    } else if (value.count == 0) {\n      if (value.amount == 1.0d)\n        OrderBookUpdate(exchange, tradePair, List(Bid(value.price, 0.0d)), List()) \/\/ quantity == 0.0 means remove price level in our OrderBook\n      else if (value.amount == -1.0d)\n        OrderBookUpdate(exchange, tradePair, List(), List(Ask(value.price, 0.0d))) \/\/ quantity == 0.0 means remove price level in our OrderBook\n      else {\n        log.warn(s\"undefined update case: $this\")\n        OrderBookUpdate(exchange, tradePair, List(), List())\n      }\n    } else {\n      log.warn(s\"undefined update case: $this\")\n      OrderBookUpdate(exchange, tradePair, List(), List())\n    }\n  }\n}\nprivate[bitfinex] object RawOrderBookUpdateJson {\n  def apply(v: Tuple2[Int, RawOrderBookEntryJson]): RawOrderBookUpdateJson = RawOrderBookUpdateJson(v._1, v._2)\n}\n\nprivate[bitfinex] case class TickerJson(symbol:String, volume:Double)\n\nprivate[bitfinex] object WebSocketJsonProtocoll extends DefaultJsonProtocol {\n  implicit val subscribeRequest: RootJsonFormat[SubscribeRequestJson] = jsonFormat3(SubscribeRequestJson)\n\n  implicit object rawTickerFormat extends RootJsonFormat[RawTickerEntryJson] {\n\n    def read(value: JsValue): RawTickerEntryJson = RawTickerEntryJson(value.convertTo[Vector[Double]])\n\n    def write(v: RawTickerEntryJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object rawTickerMessageFormat extends RootJsonFormat[RawTickerJson] {\n    def read(value: JsValue): RawTickerJson = RawTickerJson(value.convertTo[Tuple2[Int, RawTickerEntryJson]])\n\n    def write(v: RawTickerJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object rawOrderBookEntryFormat extends RootJsonFormat[RawOrderBookEntryJson] {\n    def read(value: JsValue): RawOrderBookEntryJson = RawOrderBookEntryJson(value.convertTo[Tuple3[Double, Int, Double]])\n\n    def write(v: RawOrderBookEntryJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object rawOrderBookSnapshotFormat extends RootJsonFormat[RawOrderBookSnapshotJson] {\n    def read(value: JsValue): RawOrderBookSnapshotJson = RawOrderBookSnapshotJson(value.convertTo[Tuple2[Int, List[RawOrderBookEntryJson]]])\n\n    def write(v: RawOrderBookSnapshotJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object rawOrderBookUpdateFormat extends RootJsonFormat[RawOrderBookUpdateJson] {\n    def read(value: JsValue): RawOrderBookUpdateJson = RawOrderBookUpdateJson(value.convertTo[Tuple2[Int, RawOrderBookEntryJson]])\n\n    def write(v: RawOrderBookUpdateJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object tickerJsonFormat extends RootJsonFormat[TickerJson] {\n    def read(value: JsValue): TickerJson = {\n      val v = value.convertTo[Vector[JsValue]]\n      TickerJson(v(0).convertTo[String], v(8).convertTo[Double])\n    }\n    def write(v: TickerJson): JsValue = throw new NotImplementedError\n  }\n}\n\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\nobject BitfinexPublicDataChannel {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig,\n            relevantTradePairs: Set[TradePair],\n            exchange: ActorRef[Exchange.Message],\n            publicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[PublicDataChannel.Event] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context =>\n        new BitfinexPublicDataChannel(context, timers, globalConfig, exchangeConfig, relevantTradePairs, exchange, publicDataInquirer)))\n  }\n}\n\n\/**\n * Bitfinex public data channel\n * Converts Raw data to unified ExchangeTPStreamData\n *\/\nprivate[bitfinex] class BitfinexPublicDataChannel(context: ActorContext[PublicDataChannel.Event],\n                                                  timers: TimerScheduler[PublicDataChannel.Event],\n                                                  globalConfig: GlobalConfig,\n                                                  exchangeConfig: ExchangeConfig,\n                                                  relevantTradePairs: Set[TradePair],\n                                                  exchange: ActorRef[Exchange.Message],\n                                                  publicDataInquirer: ActorRef[PublicDataInquirer.Command])\n  extends PublicDataChannel(context, timers, exchangeConfig) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  val WebSocketEndpoint: Uri = Uri(s\"wss:\/\/api-pub.bitfinex.com\/ws\/2\")\n  val MaximumNumberOfChannelsPerConnection: Int = 25\n\n  var bitfinexTradePairByApiSymbol: Map[String, BitfinexTradePair] = _\n  val tickerSymbolsByConnectionIdAndChannelId: collection.concurrent.Map[(Int, Int), String] = TrieMap() \/\/ Map[(connectionID,channelId), tickerSymbol]\n  val orderBookSymbolsByConnectionIdAndChannelId: collection.concurrent.Map[(Int, Int), String] = TrieMap() \/\/ Map[(connectionID,channelId), orderBookSymbol]\n\n  var wsList: List[(Future[WebSocketUpgradeResponse], Promise[Option[Message]])] = List()\n  var connectedList: List[Future[Done.type]] = List()\n\n  import WebSocketJsonProtocoll._\n\n  def tickerChannelTradePair(connectionId: Int, channelId: Int): TradePair = bitfinexTradePairByApiSymbol(tickerSymbolsByConnectionIdAndChannelId((connectionId, channelId))).toTradePair\n\n  def orderBookChannelTradepair(connectionId: Int, channelId: Int): TradePair = bitfinexTradePairByApiSymbol(orderBookSymbolsByConnectionIdAndChannelId((connectionId, channelId))).toTradePair\n\n  def exchangeDataMapping(connectionId: Int, in: Seq[IncomingPublicBitfinexJson]): Seq[ExchangePublicStreamData] = in.map {\n    \/\/ @formatter:off\n    case t: RawTickerJson            => t.value.toTicker(exchangeConfig.name, tickerChannelTradePair(connectionId, t.channelId))\n    case b: RawOrderBookSnapshotJson => b.toOrderBook(exchangeConfig.name, orderBookChannelTradepair(connectionId, b.channelId))\n    case b: RawOrderBookUpdateJson   => b.toOrderBookUpdate(exchangeConfig.name, orderBookChannelTradepair(connectionId, b.channelId))\n    case RawHeartbeat()              => Heartbeat(Instant.now)\n    case other                       => log.error(s\"unhandled object: $other\"); throw new NotImplementedError()\n    \/\/ @formatter:on\n  }\n\n  \/\/ TODO handle bitfinex Info codes:\n  \/\/ 20051 : Stop\/Restart Websocket Server (please reconnect)\n  \/\/ 20060 : Entering in Maintenance mode. Please pause any activity and resume after receiving the info message 20061 (it should take 120 seconds at most).\n  \/\/ 20061 : Maintenance ended. You can resume normal activity. It is advised to unsubscribe\/subscribe again all channels.\n\n  def handleEvent(connectionId: Int, event: String, j: JsObject): Unit = event match {\n    case \"subscribed\" =>\n      if (log.isTraceEnabled) log.trace(s\"received SubscribeResponse message: $j\")\n      val channel = j.fields(\"channel\").convertTo[String]\n      val channelId = j.fields(\"chanId\").convertTo[Int]\n\n      channel match {\n        case \"ticker\" =>\n          val symbol = j.fields(\"symbol\").convertTo[String]\n          tickerSymbolsByConnectionIdAndChannelId.put((connectionId, channelId), symbol)\n        case \"book\" =>\n          val symbol = j.fields(\"symbol\").convertTo[String]\n          orderBookSymbolsByConnectionIdAndChannelId.put((connectionId, channelId), symbol)\n\n        case _ => log.error(s\"unknown channel subscribe response for: $channel\")\n      }\n    case \"error\" =>\n      val errorName: String = j.fields(\"code\").convertTo[Int] match {\n        case 10000 => \"Unknown event\"\n        case 10001 => \"Unknown pair\"\n        case 10300 => \"Subscription failed (generic)\"\n        case 10301 => \"Already subscribed\"\n        case 10302 => \"Unknown channel\"\n        case 10305 => \"Reached limit of open channels\"\n        case 10400 => \"Subscription failed (generic)\"\n        case 10401 => \"Not subscribed\"\n        case _ => \"unknown error code\"\n      }\n      log.error(s\"received error ($errorName) message: $j\")\n    case \"info\" => log.debug(s\"received info message: $j\")\n    case _ => log.warn(s\"received unidentified message: $j\")\n  }\n\n  def decodeJsonObject(s: String): IncomingPublicBitfinexJson = JsonMessage(JsonParser(s).asJsObject)\n\n  val ChannelTypeTicker: Int = 1\n  val ChannelTypeOrderBook: Int = 2\n\n  def channelTypeWithWait(connectionId: Int, channelId: Int): Option[Int] = {\n    val deadline = Instant.now.plusSeconds(1)\n    do {\n      if (tickerSymbolsByConnectionIdAndChannelId.contains((connectionId, channelId))) return Some(ChannelTypeTicker)\n      if (orderBookSymbolsByConnectionIdAndChannelId.contains((connectionId, channelId))) return Some(ChannelTypeOrderBook)\n      Thread.sleep(50) \/\/ we wait a little and try again, because in the beginning of the stream some data arrives before the channel subscribe response message is processed\n    } while (Instant.now.isBefore(deadline))\n    None\n  }\n\n  def decodeDataArray(connectionId: Int, dataChannelMessage: String): IncomingPublicBitfinexJson = {\n    val (channelId, payload) = new BitfinexDataArrayMessageParser(dataChannelMessage).decode\n    if (payload.startsWith(\"\"\"\"hb\"\"\"\")) { \/\/ [ CHANNEL_ID, \"hb\" ]\n      RawHeartbeat()\n    } else if (payload.startsWith(\"[\")) {\n      channelTypeWithWait(connectionId, channelId) match {\n        case Some(ChannelTypeTicker) => JsonParser(dataChannelMessage).convertTo[RawTickerJson] \/\/ e.g. [241965,[225.34,791.79880999,225.9,634.57980242,2.66,0.012,225.24,122.90567532,232.83,222.58]]\n        case Some(ChannelTypeOrderBook) => payload match {\n          case payload: String if payload.startsWith(\"[[\") => JsonParser(dataChannelMessage).convertTo[RawOrderBookSnapshotJson] \/\/ [channelId, [[price, count, amount],...]]\n          case _ => JsonParser(dataChannelMessage).convertTo[RawOrderBookUpdateJson] \/\/ [channelId, [price, count, amount]]\n        }\n        case Some(_) => throw new NotImplementedError()\n        case None =>\n          log.error(s\"bitfinex: data message with unknown channelId $channelId received: $dataChannelMessage\")\n          UnknownChannelDataMessage(dataChannelMessage)\n      }\n    } else {\n      log.error(s\"bitfinex: Unable to decode bifinex data message:\\n$dataChannelMessage\")\n      UnknownChannelDataMessage(dataChannelMessage)\n    }\n  }\n\n  def decodeMessage(connectionId: Int, message: Message): Future[Seq[IncomingPublicBitfinexJson]] = message match {\n    case msg: TextMessage =>\n      msg.toStrict(globalConfig.httpTimeout)\n        .map(_.getStrictText)\n        .map {\n          case s: String if s.startsWith(\"{\") => decodeJsonObject(s)\n          case s: String if s.startsWith(\"[\") => decodeDataArray(connectionId, s)\n          case x =>\n            log.error(s\"unidentified response: $x\")\n            Nil\n        } map {\n        case JsonMessage(j) if j.fields.contains(\"event\") =>\n          handleEvent(connectionId, j.fields(\"event\").convertTo[String], j)\n          Nil\n        case j: JsonMessage =>\n          log.warn(s\"Unhandled JsonMessage received: $j\")\n          Nil\n        case _: UnknownChannelDataMessage =>\n          Nil\n        case m: IncomingPublicBitfinexJson =>\n          if (log.isTraceEnabled) log.trace(s\"received: $m\")\n          Seq(m)\n        case other =>\n          log.warn(s\"${Emoji.Confused}  Unhandled object $other\")\n          Nil\n      }\n\n    case msg: Message =>\n      log.warn(s\"Unexpected kind of message received: $msg\")\n      Future.successful(Nil)\n  }\n\n\n  \/\/ flow to us\n  \/\/ emits a list of Messages and then keep the connection open\n  def wsFlow(connectionId: Int, subscribeMessages: List[SubscribeRequestJson]): Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(connectionId, message)\n          .map(e => exchangeDataMapping(connectionId, e))\n          .map(IncomingPublicData)\n          .foreach(exchange ! _)\n      ),\n      Source(\n        subscribeMessages.map(m => TextMessage(m.toJson.compactPrint))\n      ).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n  def createConnected(futureResponse: Future[WebSocketUpgradeResponse]): Future[Done.type] =\n    futureResponse.flatMap {\n      upgrade =>\n        if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n          log.info(s\"connected\")\n          Future.successful(Done)\n        } else {\n          throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n        }\n    }\n\n  private def subscribeTickerMessage(tradePair: TradePair): SubscribeRequestJson = {\n    val apiSymbol = bitfinexTradePairByApiSymbol.values.find(_.toTradePair == tradePair).get.apiSymbol\n    SubscribeRequestJson(channel = \"ticker\", symbol = apiSymbol)\n  }\n\n  private def subscribeOrderBookMessage(tradePair: TradePair): SubscribeRequestJson = {\n    val apiSymbol = bitfinexTradePairByApiSymbol.values.find(_.toTradePair == tradePair).get.apiSymbol\n    SubscribeRequestJson(channel = \"book\", symbol = apiSymbol)\n  }\n\n  def initBitfinexTradePairBySymbol(): Unit = {\n    implicit val timeout: Timeout = globalConfig.internalCommunicationTimeoutDuringInit\n    bitfinexTradePairByApiSymbol = Await.result(\n      publicDataInquirer.ask(ref => GetBitfinexTradePairs(ref)),\n      timeout.duration.plus(500.millis))\n      .filter(e => relevantTradePairs.contains(e.toTradePair))\n      .map(e => (e.apiSymbol, e))\n      .toMap\n  }\n\n  def connect(): Unit = {\n    log.info(\"initializing bitfinex public data channel\")\n    initBitfinexTradePairBySymbol()\n\n    log.info(s\"connecting WebSockets ...\")\n    wsList = List()\n    connectedList = List()\n    var connectionId: Int = 0\n    relevantTradePairs.grouped(MaximumNumberOfChannelsPerConnection).foreach { partition =>\n      log.debug(s\"\"\"starting WebSocket stream partition for Tickers ${partition.mkString(\",\")}\"\"\")\n      val subscribeMessages: List[SubscribeRequestJson] = partition.map(e => subscribeTickerMessage(e)).toList\n      connectionId += 1\n      val ws = Http().singleWebSocketRequest(WebSocketRequest(WebSocketEndpoint), wsFlow(connectionId, subscribeMessages))\n      ws._2.future.onComplete { _ =>\n        log.info(s\"connection closed\")\n        context.self ! Disconnected()\n      }\n      wsList = ws :: wsList\n      connectedList = createConnected(ws._1) :: connectedList\n    }\n\n    relevantTradePairs.grouped(MaximumNumberOfChannelsPerConnection).foreach { partition =>\n      log.debug(s\"\"\"starting WebSocket stream partition for OrderBooks ${partition.mkString(\",\")}\"\"\")\n      val subscribeMessages: List[SubscribeRequestJson] = partition.map(e => subscribeOrderBookMessage(e)).toList\n      connectionId += 1\n      val ws = Http().singleWebSocketRequest(WebSocketRequest(WebSocketEndpoint), wsFlow(connectionId, subscribeMessages))\n      ws._2.future.onComplete { _ =>\n        log.info(s\"connection closed\")\n        context.self ! Disconnected()\n      }\n      wsList = ws :: wsList\n      connectedList = createConnected(ws._1) :: connectedList\n    }\n    log.info(s\"${wsList.size} WebSockets started\")\n  }\n\n  override def postStop(): Unit = {\n    wsList\n      .filterNot(_._2.isCompleted)\n      .foreach { c =>\n        c._2.success(None) \/\/ close open connections\n      }\n  }\n\n  connect()\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/AccountDataChannel.scala","text":"<reponame>bitmagier\/arbitrage-trader\npackage org.purevalue.arbitrage.adapter\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext}\nimport akka.actor.typed.{ActorRef, ActorSystem}\nimport org.purevalue.arbitrage.traderoom.OrderRequest\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange\nimport org.purevalue.arbitrage.{Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\n\nobject AccountDataChannel {\n  trait Command\n  case class ConnectionClosed(component: String) extends Command\n  case class NewLimitOrder(orderRequest: OrderRequest, replyTo: ActorRef[Exchange.NewOrderAck]) extends Command\n  case class CancelOrder(ref: OrderRef, replyTo: Option[ActorRef[Exchange.CancelOrderResult]]) extends Command\n}\nabstract class AccountDataChannel(context: ActorContext[AccountDataChannel.Command]) extends AbstractBehavior[AccountDataChannel.Command](context) {\n\n  import AccountDataChannel._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  implicit val executionContext: ExecutionContext = system.executionContext\n\n  def cancelOrder(ref: OrderRef): Future[Exchange.CancelOrderResult]\n\n  def handleCancelOrder(c: CancelOrder): Unit = {\n    cancelOrder(c.ref).onComplete {\n      case Success(result) =>\n        c.replyTo match {\n          case Some(replyTo) => replyTo ! result\n          case None if result.success => log.info(s\"order successfully cancelled ${c.ref}\")\n          case None => log.info(s\"order cancel failed: \" +\n            (if (result.orderUnknown) \"(order unknown) \" else \"\") + result.text.getOrElse(\"\")\n          )\n        }\n      case Failure(e) =>\n        log.error(\"cancelOrder failed\", e)\n        throw new RuntimeException()\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/OrderLimitChooser.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport org.purevalue.arbitrage.traderoom.TradeSide\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.{Iterator, Map}\n\nclass OrderLimitChooser(private val orderBook: Option[OrderBook], private val ticker: Ticker) {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  \/**\n   * First we determine a theoretical ideal order limit (like when realityAdjustmentRate is 0.0) based on order book, if present,\n   * to get our order through for the best available price. Ticker price is used instead, if no order book is present.\n   *\n   * In reality the order book changes between our snapshot timestamp, so we assume to have a higher quantity to trade (by multiplying the amount by orderbookBasedLimitQuantityOverbooking)\n   * If the limit is calculated based on the ticker value, we adjust the (theoretical ideal) edge-limit to reality, by changing the limit a bit to our disadvantage-side by the tickerLimitRealityAdjustmentRate\n   *\n   * The result will be None, in case we have an order book available, but not enough entires in the order book to fulfil our order\n   * (happened on bitfinex for TUSD:USDT). In this case we don't want to place an order there anyway.\n   *\/\n  def determineRealisticOrderLimit(tradeSide: TradeSide, amountBaseAssetEstimate: Double,\n                                   orderbookBasedLimitQuantityOverbooking: Double, tickerLimitRealityAdjustmentRate: Double): Option[Double] = {\n    \/\/                                            Iterator (price , amount)  : limit\n    def fillAmount(amount: Double, stackIterator: Iterator[(Double, Double)]): Option[Double] = {\n      var filled: Double = 0.0\n      var price: Option[Double] = None\n      while (filled < amount && stackIterator.hasNext) {\n        stackIterator.next() match {\n          case (_price, _amount) =>\n            price = Some(_price)\n            filled = filled + _amount\n        }\n      }\n      if (filled >= amount) price\n      else None\n    }\n\n    \/**\n     * Determines the theoretical ideal order limit, based on order book, if present.\n     *\/\n    def highestLevelToFulfillAmount(bids: Map[Double, Bid], amount: Double): Option[Double] = {\n      val stackIterator = bids.values.map(e => (e.price, e.quantity)).toSeq.sortBy(_._1).reverseIterator \/\/ (price,quantity) sorted with highest price first\n      val result = fillAmount(amount, stackIterator)\n      if (result.isEmpty) {\n        log.debug(s\"Order book [${orderBook.map(_.exchange)} ${orderBook.map(_.pair)}] not filled enough to take our order: $tradeSide $amount. Bids: $bids\")\n      }\n      result\n    }\n\n    \/**\n     * Determines the theoretical ideal order limit, based on order book, if present.\n     *\/\n    def lowestLevelToFulfillAmount(asks: Map[Double, Ask], amount: Double): Option[Double] = {\n      val stackIterator = asks.values.map(e => (e.price, e.quantity)).toSeq.sortBy(_._1).iterator \/\/ (price,quantity) sorted with lowest price first\n      val result = fillAmount(amount, stackIterator)\n      if (result.isEmpty) {\n        log.debug(s\"Order book [${orderBook.map(_.exchange)} ${orderBook.map(_.pair)}] not filled enough to take our order: $tradeSide $amount. Bids: $asks\")\n      }\n      result\n    }\n\n    if (orderBook.isDefined) {\n      tradeSide match {\n        case TradeSide.Sell => highestLevelToFulfillAmount(orderBook.get.bids, amountBaseAssetEstimate * orderbookBasedLimitQuantityOverbooking)\n        case TradeSide.Buy => lowestLevelToFulfillAmount(orderBook.get.asks, amountBaseAssetEstimate * orderbookBasedLimitQuantityOverbooking)\n      }\n    } else { \/\/ fallback for exchanges where we have no order book\n      tradeSide match {\n        case TradeSide.Sell => Some(ticker.priceEstimate * (1.0 - tickerLimitRealityAdjustmentRate))\n        case TradeSide.Buy => Some(ticker.priceEstimate * (1.0 + tickerLimitRealityAdjustmentRate))\n      }\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/test\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/LiquidityBalancerSpec.scala","text":"<reponame>bitmagier\/arbitrage-trader\npackage org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.Duration\n\nimport org.purevalue.arbitrage.traderoom.Asset.{BTC, USDT}\nimport org.purevalue.arbitrage.traderoom.TradeSide.{Buy, Sell}\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityBalancer.{LiquidityTransfer, WorkingContext}\nimport org.purevalue.arbitrage.traderoom.{Asset, CryptoValue, TradePair, TradeSide}\nimport org.purevalue.arbitrage.{Config, ExchangeConfig, GlobalConfig, LiquidityManagerConfig, TradeRoomConfig}\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\nimport org.scalatest.wordspec.AnyWordSpecLike\n\nimport scala.concurrent.duration.DurationInt\n\nclass LiquidityBalancerSpec extends AnyWordSpecLike\n  with Matchers {\n\n  Asset.register(\"ETH\", \"Ethereum\", isFiat = false)\n  Asset.register(\"ALGO\", \"Algorand\", isFiat = false)\n  Asset.register(\"ADA\", \"Cardano\", isFiat = false)\n  Asset.register(\"LINK\", \"Link\", isFiat = false)\n  Asset.register(\"OMG\", \"OMG\", isFiat = false)\n\n  val ETH: Asset = Asset(\"ETH\")\n  val ALGO: Asset = Asset(\"ALGO\")\n  val ADA: Asset = Asset(\"ADA\")\n  val LINK: Asset = Asset(\"LINK\")\n  val OMG: Asset = Asset(\"OMG\")\n\n  val ExchangeName = \"foo\"\n  val TxGranularityUSD = 20.0\n  val Cfg: Config = org.purevalue.arbitrage.Config(\n    GlobalConfig(1.second, 1.second, 1.second),\n    TradeRoomConfig(tradeSimulation = true, ExchangeName, null, null, 50.0, null, null, null, List(ExchangeName)),\n    Map(ExchangeName -> ExchangeConfig(ExchangeName, deliversOrderBook = true, deliversStats24h = false, List(USDT, BTC, ETH), Set(), USDT,\n      0.0, Set(), tickerIsRealtime = true, null, None, 1, Duration.ZERO, 1.0)),\n\n    LiquidityManagerConfig(null, null, 0.0002, 55.0, 1.0, 0.0001, TxGranularityUSD))\n\n  private val BitcoinPriceUSD = 10200.24\n  private val EthPriceUSD = 342.12\n  private lazy val ExchangeTicker: Map[TradePair, Ticker] =\n    Map[TradePair, Double](\n      TradePair(BTC, USDT) -> BitcoinPriceUSD,\n      TradePair(ETH, USDT) -> EthPriceUSD,\n      TradePair(ETH, BTC) -> EthPriceUSD \/ BitcoinPriceUSD,\n      TradePair(ALGO, USDT) -> 0.35,\n      TradePair(ALGO, BTC) -> 0.35 \/ BitcoinPriceUSD,\n      TradePair(ADA, USDT) -> 0.0891,\n      TradePair(ADA, BTC) -> 0.0891 \/ BitcoinPriceUSD,\n      TradePair(LINK, USDT) -> 10.55,\n      TradePair(LINK, BTC) -> 10.55 \/ BitcoinPriceUSD,\n      TradePair(LINK, ETH) -> 10.55 \/ EthPriceUSD,\n      TradePair(OMG, USDT) -> 3.50,\n      TradePair(OMG, BTC) -> 3.50 \/ BitcoinPriceUSD\n    ).map(e => e._1 -> Ticker(ExchangeName, e._1, e._2, None, e._2, None, Some(e._2)))\n\n  val TradePairs: Set[TradePair] = ExchangeTicker.keySet\n  val BalanceSnapshot: Map[Asset, Balance] = Map(\n    BTC -> 1.0,\n    LINK -> 500.0\n  ).map(e => e._1 -> Balance(e._1, e._2, 0.0))\n\n  val wc: WorkingContext = WorkingContext(ExchangeTicker, ExchangeTicker, Map(), BalanceSnapshot, Map(), Map())\n  val defaultLiquidityBalancer: LiquidityBalancer = new LiquidityBalancer(Cfg, Cfg.exchanges(ExchangeName), TradePairs, wc)\n\n  \"LiquidityBalancer\" must {\n    \"calc buckets correctly\" in {\n      defaultLiquidityBalancer.bucketSize(ALGO) shouldBe 20.0 \/ 0.35 +- 0.00001\n\n      defaultLiquidityBalancer.tradePairAndSide(ALGO, BTC) shouldBe(TradePair(ALGO, BTC), Sell)\n\n      defaultLiquidityBalancer.calcRemainingSupply(\n        Map(BTC -> 100, ETH -> 50),\n        Seq(LiquidityTransfer(TradePair(ALGO, BTC), Buy, 2, 2 * 20.0 \/ 0.35, 0.35, 0.0))\n      ) shouldBe Map(BTC -> 98, ETH -> 50)\n\n      defaultLiquidityBalancer.toBucketsRound(BTC, 1.0) shouldBe ((1.0 * BitcoinPriceUSD) \/ Cfg.liquidityManager.txValueGranularityInUSD).round\n      defaultLiquidityBalancer.toSupplyBuckets(BTC, 1.0) shouldBe ((1.0 * BitcoinPriceUSD) \/ Cfg.liquidityManager.txValueGranularityInUSD).round - 1\n\n      defaultLiquidityBalancer.calcPureSupplyOverhead shouldBe Map(\n        BTC -> defaultLiquidityBalancer.toSupplyBuckets(BTC, 1.0),\n        LINK -> defaultLiquidityBalancer.toSupplyBuckets(LINK, 500.0)\n      )\n    }\n\n    \"determine needed transfers\" in {\n      val orders = defaultLiquidityBalancer.calculateOrders()\n\n      LiquidityBalancerStats.logStats()\n\n      orders should have size 3\n      val linkToEthOrder = orders.find(e =>\n        e.exchange == ExchangeName\n          && e.pair == TradePair(LINK, ETH)\n          && e.side == Sell)\n      val btcToUsdtOrder = orders.find(e =>\n        e.exchange == ExchangeName\n          && e.pair == TradePair(BTC, USDT)\n          && e.side == Sell)\n      val linkToUsdtOrder = orders.find(e =>\n        e.exchange == ExchangeName\n          && e.pair == TradePair(LINK, USDT)\n          && e.side == Sell)\n\n      linkToEthOrder.isDefined shouldBe true\n      btcToUsdtOrder.isDefined shouldBe true\n      linkToUsdtOrder.isDefined shouldBe true\n\n      linkToEthOrder.get.amountBaseAsset shouldBe (3 * 20.0) \/ 10.55 +- 0.000001\n      linkToEthOrder.get.limit shouldBe ((10.55 \/ EthPriceUSD) * (1.0 - Cfg.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit)) +- 0.00001\n\n      {\n        val btcBucketSize = defaultLiquidityBalancer.bucketSize(BTC)\n        val minLeftBtcSupply = CryptoValue(USDT, Cfg.liquidityManager.minimumKeepReserveLiquidityPerAssetInUSD)\n          .convertTo(BTC, wc.ticker).amount\n        val maxTransferValue = 1.0 - minLeftBtcSupply\n        val minTransferValue = ((maxTransferValue \/ btcBucketSize).round - 1) * btcBucketSize\n        println(s\"BTC ${btcToUsdtOrder.get.amountBaseAsset} between $minTransferValue and $maxTransferValue}\")\n        btcToUsdtOrder.get.amountBaseAsset should (be >= minTransferValue and be <= maxTransferValue)\n      }\n\n      {\n        val linkBucketSize = defaultLiquidityBalancer.bucketSize(LINK)\n        val maxTransferValue = 500.0 - linkToEthOrder.get.amountBaseAsset\n        val minTransferValue = ((maxTransferValue \/ linkBucketSize).round - 1) * linkBucketSize\n        println(s\"LINK ${linkToUsdtOrder.get.amountBaseAsset} between $minTransferValue and $maxTransferValue}\")\n        linkToUsdtOrder.get.amountBaseAsset should (be >= minTransferValue and be <= maxTransferValue)\n      }\n    }\n\n    \"squash transfers\" in {\n      val t1 = Seq(\n        LiquidityTransfer(TradePair(ETH, BTC), TradeSide.Buy, 2, 100.0, 0.1, 0.0),\n        LiquidityTransfer(TradePair(ETH, BTC), TradeSide.Buy, 2, 100.0, 0.1, 0.0),\n        LiquidityTransfer(TradePair(ETH, USDT), TradeSide.Sell, 1, 100.0, 200, 0.0),\n      )\n      val t2 = Seq(LiquidityTransfer(TradePair(ETH, USDT), TradeSide.Sell, 2, 100.0, 200, 0.0))\n      val squashed = defaultLiquidityBalancer.squash(t1 ++ t2)\n\n      squashed should have size 2\n      val r1 = squashed.find(e => e.pair == TradePair(ETH, BTC)).get\n      val r2 = squashed.find(e => e.pair == TradePair(ETH, USDT)).get\n\n      r1.side shouldBe TradeSide.Buy\n      r1.buckets shouldBe 4\n      r1.quantity shouldBe 200.0\n\n      r2.side shouldBe TradeSide.Sell\n      r2.buckets shouldBe 3\n      r2.quantity shouldBe 200.0\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/PublicDataInquirer.scala","text":"<reponame>bitmagier\/arbitrage-trader<gh_stars>1-10\npackage org.purevalue.arbitrage.adapter\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext}\nimport akka.actor.typed.{ActorRef, ActorSystem}\nimport org.purevalue.arbitrage.traderoom.TradePair\nimport org.purevalue.arbitrage.{Main, UserRootGuardian}\n\nimport scala.concurrent.ExecutionContext\n\nobject PublicDataInquirer {\n  trait Command\n  case class GetAllTradePairs(replyTo: ActorRef[Set[TradePair]]) extends Command\n}\nabstract class PublicDataInquirer(context: ActorContext[PublicDataInquirer.Command]) extends AbstractBehavior[PublicDataInquirer.Command](context) {\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  implicit val executionContext: ExecutionContext = system.executionContext\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/test\/scala\/org\/purevalue\/arbitrage\/util\/UtilSpec.scala","text":"package org.purevalue.arbitrage.util\n\nimport org.scalatest.TestSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\n\nclass UtilSpec extends TestSuite\n  with AnyWordSpecLike\n  with Matchers {\n\n  \"Util\" must {\n    \"formatDecimalWithPrecision\" in {\n      Util.formatDecimalWithFixPrecision(1.0, 8) shouldBe \"1.0000000\"\n      Util.formatDecimalWithFixPrecision(1.0, 4) shouldBe \"1.000\"\n      Util.formatDecimalWithFixPrecision(11755.938472987563254, 8) shouldBe \"11755.938\"\n      Util.formatDecimalWithFixPrecision(11755.93, 8) shouldBe \"11755.930\"\n      Util.formatDecimalWithFixPrecision(0.0384235, 8) shouldBe \"0.0384235\"\n      Util.formatDecimalWithFixPrecision(-0.0384235, 8) shouldBe \"-0.0384235\"\n      Util.formatDecimalWithFixPrecision(0.038423, 8) shouldBe \"0.0384230\"\n      Util.formatDecimalWithFixPrecision(0.03842351, 8) shouldBe \"0.0384235\"\n    }\n\n    \"formatDecimal\" in {\n      Util.formatDecimal(-0.0012333, 5) shouldBe \"-0.00123\"\n    }\n\n    \"convert step size to fraction digits\" in {\n      Util.stepSizeToFractionDigits(0.01) shouldBe 2\n      Util.stepSizeToFractionDigits(0.000001) shouldBe 6\n      Util.stepSizeToFractionDigits(0.000002) shouldBe 6\n      Util.stepSizeToFractionDigits(0.000005) shouldBe 6\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinancePublicDataChannel.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinancePublicDataChannel.scala\npackage org.purevalue.arbitrage.adapter.binance\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.http.scaladsl.model.{StatusCodes, Uri}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.{PublicDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradePair\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange.IncomingPublicData\nimport org.purevalue.arbitrage.traderoom.exchange.{Exchange, ExchangePublicStreamData, Stats24h, Ticker}\nimport org.purevalue.arbitrage.util.Emoji\nimport org.purevalue.arbitrage.util.HttpUtil.httpGetJson\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsObject, JsValue, JsonParser, RootJsonFormat, enrichAny}\n\nimport scala.collection.Set\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\nimport scala.util.{Failure, Success}\n\n\nprivate[binance] case class StreamSubscribeRequestJson(method: String = \"SUBSCRIBE\", params: Seq[String], id: Int)\n\nprivate[binance] trait IncomingPublicBinanceJson\n\nprivate[binance] case class BookTickerRestJson(symbol: String,\n                                               bidPrice: String,\n                                               bidQty: String,\n                                               askPrice: String,\n                                               askQty: String) {\n  def toTicker(exchange: String, resolveSymbol: String => TradePair): Ticker = {\n    Ticker(exchange, resolveSymbol(symbol), bidPrice.toDouble, Some(bidQty.toDouble), askPrice.toDouble, Some(askQty.toDouble), None)\n  }\n}\n\n\/\/private[binance] case class OrderBookRestJson(lastUpdateId: Long,\n\/\/                                              bids: Vector[Tuple2[String, String]],\n\/\/                                              asks: Vector[Tuple2[String, String]]) extends IncomingPublicBinanceJson {\n\/\/  def toOrderBook(exchange: String, pair: TradePair): OrderBook = {\n\/\/    OrderBook(\n\/\/      exchange,\n\/\/      pair,\n\/\/      bids.map(e => e._1.toDouble -> Bid(e._1.toDouble, e._2.toDouble)).toMap,\n\/\/      asks.map(e => e._1.toDouble -> Ask(e._1.toDouble, e._2.toDouble)).toMap\n\/\/    )\n\/\/  }\n\/\/}\n\nprivate[binance] case class BookTickerStreamJson(u: Long, \/\/ order book updateId\n                                                 s: String, \/\/ symbol\n                                                 b: String, \/\/ best bid price\n                                                 B: String, \/\/ best bid quantity\n                                                 a: String, \/\/ best ask price\n                                                 A: String \/\/ best ask quantity\n                                                ) extends IncomingPublicBinanceJson {\n  def toTicker(exchange: String, resolveSymbol: String => TradePair): Ticker =\n    Ticker(exchange, resolveSymbol(s), b.toDouble, Some(B.toDouble), a.toDouble, Some(A.toDouble), None)\n}\n\nprivate[binance] case class SymbolTickerStreamJson(e: String, \/\/ \"24hrTicker\"\n                                                   s:String, \/\/ symbol\n                                                   w: String, \/\/ weighted average price\n                                                   v: String, \/\/ total traded base asset volume\n                                                   q: String \/\/ total traded quote asset volume\n                                                  ) extends IncomingPublicBinanceJson {\n  def toStats24h(exchange: String, resolveSymbol: String => TradePair): Stats24h =\n    Stats24h(exchange, resolveSymbol(s), w.toDouble, v.toDouble)\n}\n\n\/\/private[binance] case class DiffDepthStreamJson(e: String,\n\/\/                                                E: Long,\n\/\/                                                s: String,\n\/\/                                                U: Long,\n\/\/                                                u: Long,\n\/\/                                                b: Vector[Tuple2[String, String]],\n\/\/                                                a: Vector[Tuple2[String, String]]) extends IncomingPublicBinanceJson {\n\/\/  def toOrderBookUpdate(exchange: String, resolveSymbol: String => TradePair): OrderBookUpdate =\n\/\/    OrderBookUpdate(\n\/\/      exchange,\n\/\/      resolveSymbol(s),\n\/\/      b.map(e => Bid(e._1.toDouble, e._2.toDouble)),\n\/\/      a.map(e => Ask(e._1.toDouble, e._2.toDouble))\n\/\/    )\n\/\/}\n\nprivate[binance] object WebSocketJsonProtocol extends DefaultJsonProtocol {\n  implicit val subscribeMsg: RootJsonFormat[StreamSubscribeRequestJson] = jsonFormat3(StreamSubscribeRequestJson)\n  implicit val bookTickerRestJson: RootJsonFormat[BookTickerRestJson] = jsonFormat5(BookTickerRestJson)\n  implicit val bookTickerStreamJson: RootJsonFormat[BookTickerStreamJson] = jsonFormat6(BookTickerStreamJson)\n  implicit val symbolTickerStreamJson: RootJsonFormat[SymbolTickerStreamJson] = jsonFormat5(SymbolTickerStreamJson)\n\/\/  implicit val orderBookRestJson: RootJsonFormat[OrderBookRestJson] = jsonFormat3(OrderBookRestJson)\n\/\/  implicit val diffDepthStreamJson: RootJsonFormat[DiffDepthStreamJson] = jsonFormat7(DiffDepthStreamJson)\n}\n\n\nobject BinancePublicDataChannel {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig,\n            relevantTradePairs: Set[TradePair],\n            exchange: ActorRef[Exchange.Message],\n            binancePublicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[PublicDataChannel.Event] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context =>\n        new BinancePublicDataChannel(context, timers, globalConfig, exchangeConfig, relevantTradePairs, exchange, binancePublicDataInquirer)))\n  }\n}\n\/**\n * Binance TradePair-based data channel\n * Converts Raw TradePair-based data to unified ExchangeTPStreamData\n *\/\nprivate[binance] class BinancePublicDataChannel(context: ActorContext[PublicDataChannel.Event],\n                                                timers: TimerScheduler[PublicDataChannel.Event],\n                                                globalConfig: GlobalConfig,\n                                                exchangeConfig: ExchangeConfig,\n                                                relevantTradePairs: Set[TradePair],\n                                                exchange: ActorRef[Exchange.Message],\n                                                binancePublicDataInquirer: ActorRef[PublicDataInquirer.Command])\n  extends PublicDataChannel(context, timers, exchangeConfig) {\n\n  import PublicDataChannel._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  val BinanceBaseRestEndpoint = \"https:\/\/api.binance.com\"\n  val WebSocketEndpoint: Uri = Uri(s\"wss:\/\/stream.binance.com:9443\/stream\")\n  val IdBookTickerStream: Int = 1\n  val IdSymbolTickerStream: Int = 2\n\n  @volatile var outstandingStreamSubscribeResponses: Set[Int] = Set(IdBookTickerStream, IdSymbolTickerStream)\n\n  private var binanceTradePairBySymbol: Map[String, BinanceTradePair] = _\n\n  import WebSocketJsonProtocol._\n\n  def resolveTradePairSymbol(symbol: String): TradePair = binanceTradePairBySymbol(symbol).toTradePair\n\n  def onStreamSubscribeResponse(j: JsObject): Unit = {\n    if (log.isTraceEnabled) log.trace(s\"received $j\")\n    val channelId = j.fields(\"id\").convertTo[Int]\n    if (outstandingStreamSubscribeResponses.nonEmpty) {\n      synchronized {\n        outstandingStreamSubscribeResponses = outstandingStreamSubscribeResponses - channelId\n      }\n    }\n    if (outstandingStreamSubscribeResponses.isEmpty) {\n      context.self ! PublicDataChannel.OnStreamsRunning()\n    }\n  }\n\n  def exchangeDataMapping(in: Seq[IncomingPublicBinanceJson]): Seq[ExchangePublicStreamData] = in.map {\n    \/\/ @formatter:off\n    case t: BookTickerStreamJson   => t.toTicker(exchangeConfig.name, resolveTradePairSymbol)\n    case t: SymbolTickerStreamJson => t.toStats24h(exchangeConfig.name, resolveTradePairSymbol)\n    case other                     =>\n      log.error(s\"binance unhandled object: $other\")\n      throw new RuntimeException()\n    \/\/ @formatter:on\n  }\n\n  def decodeDataMessage(j: JsObject): Seq[IncomingPublicBinanceJson] = {\n    j.fields(\"stream\").convertTo[String] match {\n      case \"!bookTicker\" =>\n        j.fields(\"data\").convertTo[BookTickerStreamJson] match {\n          case t if binanceTradePairBySymbol.contains(t.s) => Seq(t)\n          case other =>\n            if (log.isTraceEnabled) log.trace(s\"ignoring data message, because its not in our symbol list: $other\")\n            Nil\n        }\n\n      case \"!ticker@arr\" =>\n        j.fields(\"data\").convertTo[Vector[SymbolTickerStreamJson]] flatMap {\n          case t if binanceTradePairBySymbol.contains(t.s) => Some(t)\n          case _ => None\n        }\n\n      case name: String =>\n        log.warn(s\"${Emoji.Confused}  Unhandled data stream '$name' received: $j\")\n        Nil\n    }\n  }\n\n  def decodeMessage(message: Message): Future[Seq[IncomingPublicBinanceJson]] = message match {\n    case msg: TextMessage =>\n      msg.toStrict(globalConfig.httpTimeout)\n        .map(_.getStrictText)\n        .map(s => JsonParser(s).asJsObject() match {\n          case j: JsObject if j.fields.contains(\"result\") =>\n            onStreamSubscribeResponse(j)\n            Nil\n          case j: JsObject if j.fields.contains(\"stream\") =>\n            decodeDataMessage(j)\n          case j: JsObject =>\n            log.warn(s\"Unknown json object received: $j\")\n            Nil\n        })\n    case _ =>\n      log.warn(s\"Received non TextMessage\")\n      Future.successful(Nil)\n  }\n\n  def subscribeMessages: List[StreamSubscribeRequestJson] = List(\n    StreamSubscribeRequestJson(params = Seq(\"!bookTicker\"), id = IdBookTickerStream),\n    StreamSubscribeRequestJson(params = Seq(\"!ticker@arr\"), id = IdSymbolTickerStream)\n  )\n\n  \/\/ flow to us\n  \/\/ emits a list of Messages and then keep the connection open\n  def wsFlow: Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(message)\n          .map(exchangeDataMapping)\n          .map(IncomingPublicData)\n          .foreach(exchange ! _)\n      ),\n      Source(\n        subscribeMessages.map(msg => TextMessage(msg.toJson.compactPrint))\n      ).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n\n  \/\/ the materialized value is a tuple with\n  \/\/ upgradeResponse is a Future[WebSocketUpgradeResponse] that completes or fails when the connection succeeds or fails\n  \/\/ and closed is a Future[Done] with the stream completion from the incoming sink\n  var ws: (Future[WebSocketUpgradeResponse], Promise[Option[Message]]) = _\n\n  \/\/ just like a regular http request we can access response status which is available via upgrade.response.status\n  \/\/ status code 101 (Switching Protocols) indicates that server support WebSockets\n  var connected: Future[Done.type] = _\n\n  def createConnected: Future[Done.type] =\n    ws._1.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        log.info(\"connected\")\n        Future.successful(Done)\n      } else {\n        throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n      }\n    }\n\n  def initBinanceTradePairBySymbol(): Unit = {\n    implicit val timeout: Timeout = globalConfig.internalCommunicationTimeoutDuringInit\n    binanceTradePairBySymbol = Await.result(\n      binancePublicDataInquirer.ask(ref => BinancePublicDataInquirer.GetBinanceTradePairs(ref)),\n      timeout.duration.plus(500.millis))\n      .filter(e => relevantTradePairs.contains(e.toTradePair))\n      .map(e => (e.symbol, e))\n      .toMap\n  }\n\n  def connect(): Unit = {\n    log.info(\"initializing binance public data channel\")\n    initBinanceTradePairBySymbol()\n\n    log.info(s\"connecting WebSocket $WebSocketEndpoint ...\")\n    ws = Http().singleWebSocketRequest(WebSocketRequest(WebSocketEndpoint), wsFlow)\n    ws._2.future.onComplete { _ =>\n      log.info(s\"connection closed\")\n      context.self ! Disconnected()\n    }\n    connected = createConnected\n  }\n\n  def deliverBookTickerState(): Unit = {\n    httpGetJson[Seq[BookTickerRestJson], JsValue](s\"$BinanceBaseRestEndpoint\/api\/v3\/ticker\/bookTicker\") onComplete {\n      case Success(Left(tickers)) =>\n        val rawTicker: Seq[BookTickerRestJson] = tickers.filter(e => binanceTradePairBySymbol.keySet.contains(e.symbol))\n        exchange ! IncomingPublicData(\n          rawTicker.map(_.toTicker(exchangeConfig.name, resolveTradePairSymbol))\n        )\n      case Success(Right(errorResponse)) => log.error(s\"deliverBookTickerState failed: $errorResponse\")\n      case Failure(e) => log.error(\"Query\/Transform BookTickerRestJson failed\", e)\n    }\n  }\n\n  override def onStreamsRunning(): Unit = {\n    deliverBookTickerState()\n  }\n\n  override def postStop(): Unit = {\n    if (ws != null && !ws._2.isCompleted) ws._2.success(None)\n  }\n\n  connect()\n}\n\n\/\/ A single connection to stream.binance.com is only valid for 24 hours; expect to be disconnected at the 24 hour mark"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbasePublicDataInquirer.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbasePublicDataInquirer.scala<gh_stars>1-10\npackage org.purevalue.arbitrage.adapter.coinbase\n\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport org.purevalue.arbitrage.adapter.PublicDataInquirer\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbasePublicDataInquirer.{CoinbaseBaseRestEndpoint, GetCoinbaseTradePairs}\nimport org.purevalue.arbitrage.traderoom.{Asset, TradePair}\nimport org.purevalue.arbitrage.util.HttpUtil\nimport org.purevalue.arbitrage.util.HttpUtil.httpGetJson\nimport org.purevalue.arbitrage.util.Util.stepSizeToFractionDigits\nimport org.purevalue.arbitrage.{ExchangeConfig, GlobalConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, RootJsonFormat}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\nprivate[coinbase] case class CoinbaseTradePair(id: String, \/\/ = product_id\n                                               baseAsset: Asset,\n                                               quoteAsset: Asset,\n                                               baseIncrement: Double,\n                                               quoteIncrement: Double,\n                                               baseMinSize: Double) {\n  def toTradePair: TradePair = TradePair(baseAsset, quoteAsset)\n}\n\nprivate[coinbase] case class ProductJson(id: String,\n                                         base_currency: String,\n                                         quote_currency: String,\n                                         base_increment: String,\n                                         quote_increment: String,\n                                         base_min_size: String,\n                                         base_max_size: String,\n                                         status: String, \/\/ \"online\"\n                                         status_message: String,\n                                         cancel_only: Boolean,\n                                         limit_only: Boolean,\n                                         post_only: Boolean,\n                                         trading_disabled: Boolean) {\n  def toCoinbaseTradePair: CoinbaseTradePair = CoinbaseTradePair(\n    id,\n    Asset(base_currency),\n    Asset(quote_currency),\n    base_increment.toDouble,\n    quote_increment.toDouble,\n    base_min_size.toDouble\n  )\n}\n\nprivate[coinbase] case class CurrencyJson(id: String,\n                                          name: String,\n                                          min_size: String)\n\nprivate[coinbase] object CoinbaseJsonProtocol extends DefaultJsonProtocol {\n  implicit val productJson: RootJsonFormat[ProductJson] = jsonFormat13(ProductJson)\n  implicit val currencyJson: RootJsonFormat[CurrencyJson] = jsonFormat3(CurrencyJson)\n}\n\nobject CoinbasePublicDataInquirer {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig):\n  Behavior[PublicDataInquirer.Command] =\n    Behaviors.setup(context => new CoinbasePublicDataInquirer(context, globalConfig, exchangeConfig))\n\n  val CoinbaseBaseRestEndpoint: String = \"https:\/\/api.pro.coinbase.com\" \/\/ \"https:\/\/api-public.sandbox.pro.coinbase.com\" \/\/\n\n  case class GetCoinbaseTradePairs(replyTo: ActorRef[Set[CoinbaseTradePair]]) extends PublicDataInquirer.Command\n}\nprivate[coinbase] class CoinbasePublicDataInquirer(context: ActorContext[PublicDataInquirer.Command],\n                                                   globalConfig: GlobalConfig,\n                                                   exchangeConfig: ExchangeConfig) extends PublicDataInquirer(context) {\n\n  import PublicDataInquirer._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  var tradePairs: Set[TradePair] = _\n  var coinbaseTradePairs: Set[CoinbaseTradePair] = _\n\n  import CoinbaseJsonProtocol._\n\n  def registerAssets(): Unit = {\n    Await.result(\n      httpGetJson[Seq[CurrencyJson], String](s\"$CoinbaseBaseRestEndpoint\/currencies\"),\n      globalConfig.httpTimeout.plus(1.second)) match {\n      case Left(currencies) =>\n        \/\/ we don't have information about what is FIAT here, but Asset-register will correct that\n        currencies.foreach { e =>\n          Asset.register(e.id, Some(e.name), None, stepSizeToFractionDigits(e.min_size.toDouble), exchangeConfig.assetSourceWeight)\n        }\n      case Right(error) =>\n        throw new RuntimeException(s\"coinbase: GET \/currencies failed: $error\")\n    }\n    log.debug(\"assets registered\")\n  }\n\n  def pullTradePairs(): Unit = {\n    coinbaseTradePairs =\n      Await.result(\n        HttpUtil.httpGetJson[Vector[ProductJson], String](\n          s\"$CoinbaseBaseRestEndpoint\/products\"\n        ) map {\n          case Left(products: Vector[ProductJson]) =>\n            products\n              .filter(e => e.status == \"online\" && !e.trading_disabled && !e.cancel_only && !e.post_only)\n              .map(_.toCoinbaseTradePair)\n              .filterNot(e => exchangeConfig.assetBlocklist.contains(e.baseAsset) || exchangeConfig.assetBlocklist.contains(e.quoteAsset))\n\n          case Right(error) =>\n            throw new RuntimeException(s\"query products failed with: $error\")\n        },\n        globalConfig.httpTimeout.plus(500.millis)\n      ).toSet\n\n    tradePairs = coinbaseTradePairs.map(_.toTradePair)\n    log.debug(\"pulled trade pairs\")\n  }\n\n  def init(): Unit = {\n    log.debug(\"starting \"+getClass.getSimpleName)\n    try {\n      registerAssets()\n      pullTradePairs()\n    } catch {\n      case e:Throwable =>\n        log.error(\"init failed\", e)\n        throw e\n    }\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      \/\/ @formatter:off\n      case GetAllTradePairs(replyTo)      => replyTo ! tradePairs\n      case GetCoinbaseTradePairs(replyTo) => replyTo ! coinbaseTradePairs\n      \/\/ @formatter:on\n    }\n    this\n  }\n\n  init()\n}\n\n\/\/ Unless otherwise specified, all timestamps from API are returned in ISO 8601 with microseconds\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinancePublicDataInquirer.scala","text":"package org.purevalue.arbitrage.adapter.binance\n\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.PublicDataInquirer\nimport org.purevalue.arbitrage.adapter.binance.BinancePublicDataInquirer._\nimport org.purevalue.arbitrage.traderoom.exchange.{Ask, Bid}\nimport org.purevalue.arbitrage.traderoom.{Asset, TradePair}\nimport org.purevalue.arbitrage.util.HttpUtil.httpGetJson\nimport org.purevalue.arbitrage.util.Util.stepSizeToFractionDigits\nimport org.slf4j.LoggerFactory\nimport spray.json._\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\n\n\/\/ The LOT_SIZE filter defines the quantity rules for the symbol\nprivate[binance] case class LotSize(minQty: Double,\n                                    maxQty: Double,\n                                    stepSize: Double) \/\/ stepSize defines the intervals that a quantity\/icebergQty can be increased\/decreased by\nprivate[binance] case class LotSizeJson(minQty: String,\n                                        maxQty: String,\n                                        stepSize: String) {\n  def toLotSize: LotSize = LotSize(minQty.toDouble, maxQty.toDouble, stepSize.toDouble)\n}\n\nprivate[binance] case class RawBinanceTradePairJson(symbol: String, status: String, baseAsset: String, baseAssetPrecision: Int, quoteAsset: String,\n                                                    quotePrecision: Int, baseCommissionPrecision: Int, quoteCommissionPrecision: Int,\n                                                    orderTypes: Seq[String], icebergAllowed: Boolean, ocoAllowed: Boolean,\n                                                    quoteOrderQtyMarketAllowed: Boolean, isSpotTradingAllowed: Boolean,\n                                                    isMarginTradingAllowed: Boolean, filters: Seq[JsObject], permissions: Seq[String])\n\nprivate[binance] case class RawBinanceExchangeInformationJson(timezone: String, serverTime: Long, rateLimits: Seq[JsObject], exchangeFilters: Seq[JsObject], symbols: Seq[RawBinanceTradePairJson])\n\nprivate[binance] object BinanceJsonProtocol extends DefaultJsonProtocol {\n  implicit val rawSymbolFormat: RootJsonFormat[RawBinanceTradePairJson] = jsonFormat16(RawBinanceTradePairJson)\n  implicit val rawExchangeInformationFormat: RootJsonFormat[RawBinanceExchangeInformationJson] = jsonFormat5(RawBinanceExchangeInformationJson)\n  implicit val lotSizeJsonFormat: RootJsonFormat[LotSizeJson] = jsonFormat3(LotSizeJson)\n}\n\n\n\/*\n * Binance General API Information\n * The base endpoint is: https:\/\/api.binance.com\n * All endpoints return either a JSON object or array.\n * Data is returned in ascending order. Oldest first, newest last.\n * All time and timestamp related fields are in milliseconds.\n *\n * HTTP Return Codes\n * HTTP 4XX return codes are used for malformed requests; the issue is on the sender's side.\n * HTTP 403 return code is used when the WAF Limit (Web Application Firewall) has been violated.\n * HTTP 429 return code is used when breaking a request rate limit.\n * HTTP 418 return code is used when an IP has been auto-banned for continuing to send requests after receiving 429 codes.\n * HTTP 5XX return codes are used for internal errors; the issue is on Binance's side. It is important to NOT treat this as a failure operation; the execution status is UNKNOWN and could have been a success.\n *\/\n\nprivate[binance] case class BinanceTradePair(baseAsset: Asset,\n                                             quoteAsset: Asset,\n                                             symbol: String,\n                                             baseAssetPrecision: Int,\n                                             quotePrecision: Int,\n                                             tickSize: Double, \/\/ price_filter: tickSize defines the intervals that a price\/stopPrice can be increased\/decreased by; disabled on tickSize == 0.\n                                             lotSize: LotSize,\n                                             minNotional: Double) {\n  def toTradePair: TradePair = TradePair(baseAsset, quoteAsset)\n}\n\nobject BinancePublicDataInquirer {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig):\n  Behavior[PublicDataInquirer.Command] =\n    Behaviors.setup(context => new BinancePublicDataInquirer(context, globalConfig, exchangeConfig))\n\n  case class GetBinanceTradePairs(replyTo: ActorRef[Set[BinanceTradePair]]) extends PublicDataInquirer.Command\n\n  def toBid(e: Seq[String]): Bid = {\n    if (e.length != 2) throw new IllegalArgumentException(e.toString())\n    Bid(\n      e.head.toDouble, \/\/ Price level\n      e(1).toDouble \/\/ Quantity\n    )\n  }\n\n  def toAsk(e: Seq[String]): Ask = {\n    if (e.length != 2) throw new IllegalArgumentException(e.toString())\n    Ask(\n      e.head.toDouble, \/\/ Price level\n      e(1).toDouble \/\/ Quantity\n    )\n  }\n\n  val BinanceBaseRestEndpoint = \"https:\/\/api.binance.com\"\n}\n\n\/**\n * Binance exchange - account data channel\n *\/\nprivate[binance] class BinancePublicDataInquirer(context: ActorContext[PublicDataInquirer.Command],\n                                                 globalConfig: GlobalConfig,\n                                                 exchangeConfig: ExchangeConfig) extends PublicDataInquirer(context) {\n\n  import PublicDataInquirer._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  var exchangeInfo: RawBinanceExchangeInformationJson = _\n  var binanceTradePairs: Set[BinanceTradePair] = _\n\n  def tradePairs: Set[TradePair] = binanceTradePairs.map(_.toTradePair)\n\n  def init(): Unit = {\n    import BinanceJsonProtocol._\n\n    try {\n      exchangeInfo = Await.result(\n        httpGetJson[RawBinanceExchangeInformationJson, JsValue](s\"$BinanceBaseRestEndpoint\/api\/v3\/exchangeInfo\"),\n        globalConfig.httpTimeout.plus(500.millis)) match {\n        case Left(response) => response\n        case Right(errorResponse) =>\n          log.error(s\"query exchange info failed: $errorResponse\")\n          throw new RuntimeException()\n      }\n\n      val rawBinanceTradePairs = exchangeInfo.symbols\n        .filter(s => s.status == \"TRADING\" && s.orderTypes.contains(\"LIMIT\") && s.permissions.contains(\"SPOT\"))\n        .map(s => (\n          s.baseAsset,\n          s.quoteAsset,\n          s.symbol,\n          s.baseAssetPrecision,\n          s.quotePrecision,\n          s.filters.find(_.fields(\"filterType\") == JsString(\"PRICE_FILTER\")).get.fields(\"tickSize\").convertTo[String].toDouble,\n          s.filters.find(_.fields(\"filterType\") == JsString(\"LOT_SIZE\")).get.convertTo[LotSizeJson].toLotSize,\n          s.filters.find(_.fields(\"filterType\") == JsString(\"MIN_NOTIONAL\")).get.fields(\"minNotional\").convertTo[String].toDouble\n        ))\n\n      val baseAssetsToRegister: Map[String, Int] =\n        rawBinanceTradePairs.groupBy(_._1)\n          .map(e => (e._1, stepSizeToFractionDigits(e._2.head._7.stepSize)))\n      val furtherQuoteAssetsToRegister: Set[String] =\n        rawBinanceTradePairs.map(_._2).toSet -- baseAssetsToRegister.keys\n\n      baseAssetsToRegister.foreach { e =>\n        Asset.register(e._1, None, None, e._2, exchangeConfig.assetSourceWeight)\n      }\n      furtherQuoteAssetsToRegister.foreach { e =>\n        Asset.register(e, None, None)\n      }\n\n      binanceTradePairs = rawBinanceTradePairs\n        .map(e => BinanceTradePair(Asset(e._1), Asset(e._2), e._3, e._4, e._5, e._6, e._7, e._8))\n        .filterNot(e => exchangeConfig.assetBlocklist.contains(e.baseAsset) || exchangeConfig.assetBlocklist.contains(e.quoteAsset))\n        .toSet\n\n      if (log.isTraceEnabled) log.trace(\"received ExchangeInfo\")\n    } catch {\n      case e: Exception =>\n        log.error(\"init failed\", e)\n        throw new RuntimeException()\n    }\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      \/\/ @formatter:off\n      case GetAllTradePairs(replyTo)     => replyTo ! tradePairs\n      case GetBinanceTradePairs(replyTo) => replyTo ! binanceTradePairs \/\/ from BinancePublicDataChannel\n      \/\/ @formatter:on\n    }\n    this\n  }\n\n  init()\n}\n\n\n\/* sample RawBinanceTradePairJson for symbol=BTCUSDT:\n{\n  \"baseAsset\": \"BTC\",\n  \"baseAssetPrecision\": 8,\n  \"baseCommissionPrecision\": 8,\n  \"filters\": [{\n  \"filterType\": \"PRICE_FILTER\",\n  \"maxPrice\": \"1000000.00000000\",\n  \"minPrice\": \"0.01000000\",\n  \"tickSize\": \"0.01000000\"\n}, {\n  \"avgPriceMins\": 5,\n  \"filterType\": \"PERCENT_PRICE\",\n  \"multiplierDown\": \"0.2\",\n  \"multiplierUp\": \"5\"\n}, {\n  \"filterType\": \"LOT_SIZE\",\n  \"maxQty\": \"9000.00000000\",\n  \"minQty\": \"0.00000100\",\n  \"stepSize\": \"0.00000100\"\n}, {\n  \"applyToMarket\": true,\n  \"avgPriceMins\": 5,\n  \"filterType\": \"MIN_NOTIONAL\",\n  \"minNotional\": \"10.00000000\"\n}, {\n  \"filterType\": \"ICEBERG_PARTS\",\n  \"limit\": 10\n}, {\n  \"filterType\": \"MARKET_LOT_SIZE\",\n  \"maxQty\": \"394.27164616\",\n  \"minQty\": \"0.00000000\",\n  \"stepSize\": \"0.00000000\"\n}, {\n  \"filterType\": \"MAX_NUM_ALGO_ORDERS\",\n  \"maxNumAlgoOrders\": 5\n}, {\n  \"filterType\": \"MAX_NUM_ORDERS\",\n  \"maxNumOrders\": 200\n}],\n  \"icebergAllowed\": true,\n  \"isMarginTradingAllowed\": true,\n  \"isSpotTradingAllowed\": true,\n  \"ocoAllowed\": true,\n  \"orderTypes\": [\"LIMIT\", \"LIMIT_MAKER\", \"MARKET\", \"STOP_LOSS_LIMIT\", \"TAKE_PROFIT_LIMIT\"],\n  \"permissions\": [\"SPOT\", \"MARGIN\"],\n  \"quoteAsset\": \"USDT\",\n  \"quoteCommissionPrecision\": 8,\n  \"quoteOrderQtyMarketAllowed\": true,\n  \"quotePrecision\": 8,\n  \"status\": \"TRADING\",\n  \"symbol\": \"BTCUSDT\"\n}\n*\/"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"build.sbt","text":"name := \"arbitrage-trader\"\n\nversion := \"0.9.4-SNAPSHOT\"\n\nscalaVersion := \"2.13.4\"\n\nval AkkaVersion = \"2.6.+\"\nval AkkaHttpVersion = \"10.2.+\"\n\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-slf4j\" % AkkaVersion\nlibraryDependencies += \"ch.qos.logback\" % \"logback-classic\" % \"1.2.+\"\n\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-actor-typed\" % AkkaVersion\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-http-core\" % AkkaHttpVersion\nlibraryDependencies += \"io.spray\" %% \"spray-json\" % \"1.3.+\"\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-stream\" % AkkaVersion\n\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.2.+\" % \"test\"\nlibraryDependencies += \"com.typesafe.akka\" %% \"akka-actor-testkit-typed\" % AkkaVersion % Test\n\/\/libraryDependencies += \"org.scalamock\" %% \"scalamock\" % \"4.4.0\" % Test\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexAccountDataChannel.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexAccountDataChannel.scala\npackage org.purevalue.arbitrage.adapter.bitfinex\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior, PostStop, Signal}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.http.scaladsl.model.{HttpMethods, StatusCodes, Uri}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.bitfinex.BitfinexHttpUtil.httpRequestJsonBitfinexAccount\nimport org.purevalue.arbitrage.adapter.bitfinex.BitfinexOrderUpdateJson.{toOrderStatus, toOrderType}\nimport org.purevalue.arbitrage.adapter.bitfinex.BitfinexPublicDataInquirer.{GetBitfinexAssets, GetBitfinexTradePairs}\nimport org.purevalue.arbitrage.adapter.{AccountDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.{Balance, Exchange, ExchangeAccountStreamData, WalletAssetUpdate}\nimport org.purevalue.arbitrage.util.CryptoUtil.hmacSha384Signature\nimport org.purevalue.arbitrage.util.Util.{convertBytesToLowerCaseHex, formatDecimal}\nimport org.purevalue.arbitrage.util.WrongAssumption\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsNumber, JsObject, JsString, JsValue, JsonParser, RootJsonFormat, enrichAny}\n\nimport java.time.Instant\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\n\n\nprivate[bitfinex] trait IncomingBitfinexAccountJson\n\nprivate[bitfinex] case class BitfinexAuthMessage(apiKey: String, authSig: String, authNonce: String, authPayload: String, filter: Vector[String], event: String = \"auth\")\nprivate[bitfinex] case class BitfinexOrderUpdateJson(streamType: String, \/\/ \"os\" = order snapshot, \"on\" = order new, \"ou\" = order update, \"oc\" = order cancel\n                                                     orderId: Long,\n                                                     groupId: Option[Long],\n                                                     clientOrderId: Long,\n                                                     symbol: String,\n                                                     createTime: Long,\n                                                     updateTime: Long,\n                                                     amount: Double, \/\/ filled so far - positive means buy, negative means sell\n                                                     amountOriginal: Double, \/\/ positive means buy, negative means sell\n                                                     orderType: String, \/\/ The type of the order: LIMIT, MARKET, STOP, STOP LIMIT, TRAILING STOP, EXCHANGE MARKET, EXCHANGE LIMIT, EXCHANGE STOP, EXCHANGE STOP LIMIT, EXCHANGE TRAILING STOP, FOK, EXCHANGE FOK, IOC, EXCHANGE IOC.\n                                                     orderTypePrev: Option[String],\n                                                     timeInForceTime: Option[Long],\n                                                     flags: Long,\n                                                     orderStatus: String, \/\/ Order Status: ACTIVE, EXECUTED @ PRICE(AMOUNT) e.g. \"EXECUTED @ 107.6(-0.2)\", PARTIALLY FILLED @ PRICE(AMOUNT), INSUFFICIENT MARGIN was: PARTIALLY FILLED @ PRICE(AMOUNT), CANCELED, CANCELED was: PARTIALLY FILLED @ PRICE(AMOUNT), RSN_DUST (amount is less than 0.00000001), RSN_PAUSE (trading is paused \/ paused due to AMPL rebase event)\n                                                     price: Double,\n                                                     priceAverage: Double,\n                                                     priceTrailing: Double,\n                                                     priceAuxLimit: Double, \/\/ Auxiliary Limit price (STOP_LIMIT)\n                                                     notifY: Int, \/\/ 0 if false, 1 if true\n                                                     hidden: Option[Int], \/\/ 1 if Hidden, 0 if not hidden\n                                                     placedId: Option[Long], \/\/ if another order caused this order to be placed (OCO) this will be that other order's ID\n                                                     routing: String \/\/ indicates origin of action: BFX, ETHFX, API>BFX, API>ETHFX\n                                                    ) extends IncomingBitfinexAccountJson {\n\n  def extractBetweenRoundBrackets(s: String): String = {\n    s.substring(s.indexOf('(') + 1, s.indexOf(')'))\n  }\n\n  def parseCumulativeFilled: Option[Double] = orderStatus match {\n    case status: String if status.startsWith(\"EXECUTED\") => Some(extractBetweenRoundBrackets(status).toDouble) \/\/ EXECUTED @ PRICE(AMOUNT) e.g. \"EXECUTED @ 107.6(-0.2)\"\n    case status: String if status.startsWith(\"PARTIALLY FILLED\") => Some(extractBetweenRoundBrackets(status).toDouble) \/\/ PARTIALLY FILLED @ PRICE(AMOUNT)\n    case status: String if status.startsWith(\"CANCELLED was: PARTIALLY FILLED\") => Some(extractBetweenRoundBrackets(status).toDouble) \/\/ CANCELED was: PARTIALLY FILLED @ PRICE(AMOUNT)\n    case _ => None\n  }\n\n  def toOrderUpdate(exchange: String, resolveTradePair: String => TradePair): OrderUpdate = OrderUpdate(\n    orderId.toString,\n    exchange,\n    resolveTradePair(symbol),\n    if (amountOriginal >= 0.0) TradeSide.Buy else TradeSide.Sell,\n    Some(toOrderType(orderType)),\n    Some(price),\n    if (priceAuxLimit != 0.0) Some(priceAuxLimit) else None, \/\/ TODO check what we get\n    Some(amountOriginal.abs),\n    Some(Instant.ofEpochMilli(createTime)),\n    Some(toOrderStatus(orderStatus)),\n    Some(parseCumulativeFilled.map(_.abs).getOrElse(amount.abs)),\n    None,\n    Some(priceAverage),\n    Instant.ofEpochMilli(updateTime))\n}\nprivate[bitfinex] object BitfinexOrderUpdateJson {\n\n  import DefaultJsonProtocol._\n\n  \/\/  received event 'order update': [0,\"os\",[\n  \/\/  [51506597828,null,1600515007213,\"tBTCUST\",1600515007213,1600515007219,0.0022697,0.0022697,\"EXCHANGE LIMIT\",null,\n  \/\/  null, null,0,\"ACTIVE\",null,null,11015,0,0,0,\n  \/\/  null,null,null,0,0,null,null,null,\"API>BFX\",null,\n  \/\/  null,{\"aff_code\":\"IUXlFHleA\"}]]]\n  def apply(streamType: String, v: Vector[JsValue]): BitfinexOrderUpdateJson = BitfinexOrderUpdateJson(\n    streamType,\n    v(0).convertTo[Long],\n    v(1).convertTo[Option[Long]],\n    v(2).convertTo[Long],\n    v(3).convertTo[String],\n    v(4).convertTo[Long],\n    v(5).convertTo[Long],\n    v(6).convertTo[Double],\n    v(7).convertTo[Double],\n    v(8).convertTo[String],\n    v(9).convertTo[Option[String]],\n    v(10).convertTo[Option[Long]],\n    v(12).convertTo[Long],\n    v(13).convertTo[String],\n    v(16).convertTo[Double],\n    v(17).convertTo[Double],\n    v(18).convertTo[Double],\n    v(19).convertTo[Double],\n    v(23).convertTo[Int],\n    v(24).convertTo[Option[Int]],\n    v(25).convertTo[Option[Long]],\n    v(28).convertTo[String]\n  )\n\n  def toOrderType(orderType: String): OrderType = orderType match {\n    case \"LIMIT\" => OrderType.LIMIT \/\/ used for margin\/funding\n    case \"MARKET\" => OrderType.MARKET \/\/ used for margin\/funding\n    case \"STOP\" => OrderType.STOP_LOSS \/\/ used for margin\/funding\n    case \"STOP LIMIT\" => OrderType.STOP_LOSS_LIMIT \/\/ used for margin\/funding\n    case \"EXCHANGE MARKET\" => OrderType.MARKET \/\/ this is what we get delivered from the bitfinex exchange market\n    case \"EXCHANGE LIMIT\" => OrderType.LIMIT \/\/ this is what we get delivered from the bitfinex exchange market\n    case \"EXCHANGE STOP\" => OrderType.STOP_LOSS \/\/ this is what we get delivered from the bitfinex exchange market\n    case \"EXCHANGE STOP LIMIT\" => OrderType.STOP_LOSS_LIMIT \/\/ this is what we get delivered from the bitfinex exchange market\n    \/\/ not implemented, because not used: TRAILING STOP, EXCHANGE TRAILING STOP, FOK, EXCHANGE FOK, IOC, EXCHANGE IOC.\n    case unhandled: String => throw new RuntimeException(s\"bitfinex unhandled ORDER_TYPE $unhandled\")\n  }\n\n\n  def toOrderStatus(orderStatus: String): OrderStatus = orderStatus match {\n    case \"ACTIVE\" => OrderStatus.NEW\n    case s: String if s.startsWith(\"CANCELED\") => OrderStatus.CANCELED\n    case s: String if s.startsWith(\"EXECUTED\") => OrderStatus.FILLED\n    case s: String if s.startsWith(\"PARTIALLY FILLED\") => OrderStatus.PARTIALLY_FILLED\n    case s: String if s.startsWith(\"RSN_DUST\") => OrderStatus.REJECTED\n    case s: String if s.startsWith(\"INSUFFICIENT MARGIN\") => OrderStatus.REJECTED\n  }\n}\n\nprivate[bitfinex] case class BitfinexTradeExecutedJson(tradeId: Long,\n                                                       symbol: String,\n                                                       executionTime: Long,\n                                                       orderId: Long,\n                                                       execAmount: Double, \/\/ positive means buy, negative means sell\n                                                       execPrice: Double,\n                                                       orderType: String,\n                                                       orderPrice: Double,\n                                                       maker: Int,\n                                                       clientOrderId: Long\n                                                      ) extends IncomingBitfinexAccountJson {\n  \/\/ fee: Option[Double], \/\/ \"tu\" only\n  \/\/ feeCurrency: Option[String] \/\/ \"tu\" only\n  def toOrderUpdate(exchange: String, resolveTradePair: String => TradePair): OrderUpdate = OrderUpdate(\n    orderId.toString,\n    exchange,\n    resolveTradePair(symbol),\n    if (execAmount >= 0.0) TradeSide.Buy else TradeSide.Sell,\n    Some(toOrderType(orderType)),\n    Some(orderPrice),\n    None,\n    None,\n    None,\n    None,\n    Some(execAmount.abs),\n    None,\n    Some(orderPrice),\n    Instant.ofEpochMilli(executionTime)\n  )\n}\nprivate[bitfinex] object BitfinexTradeExecutedJson {\n\n  import DefaultJsonProtocol._\n\n  \/\/ received event 'trade executed': [0,\"te\",\n  \/\/ [506686915,\"tBTCUST\",1600881484897,51752664645,-0.00190809,10481,\"EXCHANGE LIMIT\",10479,-1,null,null,1600881484896]\n  \/\/ ]\n  def apply(v: Vector[JsValue]): BitfinexTradeExecutedJson =\n    BitfinexTradeExecutedJson(\n      v(0).convertTo[Long],\n      v(1).convertTo[String],\n      v(2).convertTo[Long],\n      v(3).convertTo[Long],\n      v(4).convertTo[Double],\n      v(5).convertTo[Double],\n      v(6).convertTo[String],\n      v(7).convertTo[Double],\n      v(8).convertTo[Int],\n      v(11).convertTo[Long]\n    )\n}\n\nprivate[bitfinex] case class BitfinexWalletUpdateJson(walletType: String,\n                                                      currency: String,\n                                                      balance: Double,\n                                                      unsettledInterest: Double,\n                                                      balanceAvailable: Option[Double], \/\/ maybe null if not fresh enough\n                                                      description: Option[String]\n                                                      \/\/ ignoring meta: json \/\/ Provides info on the reason for the wallet update, if available.\n                                                     ) extends IncomingBitfinexAccountJson {\n  def toWalletAssetUpdate(resolveAsset: String => Asset): WalletAssetUpdate = WalletAssetUpdate(\n    if (walletType == \"exchange\") {\n      val asset = resolveAsset(currency)\n      val balanceAvailable: Double = this.balanceAvailable.getOrElse(balance)\n      Map(asset -> Balance(asset, balanceAvailable, balance - balanceAvailable))\n    }\n    else Map() \/\/ ignore \"margin\/funding\" wallets\n  )\n}\nprivate[bitfinex] object BitfinexWalletUpdateJson {\n\n  import DefaultJsonProtocol._\n\n  def apply(v: Vector[JsValue]): BitfinexWalletUpdateJson =\n    BitfinexWalletUpdateJson(\n      v(0).convertTo[String],\n      v(1).convertTo[String],\n      v(2).convertTo[Double],\n      v(3).convertTo[Double],\n      v(4).convertTo[Option[Double]],\n      v(5).convertTo[Option[String]])\n}\n\nprivate[bitfinex] case class SubmitLimitOrderJson(`type`: String,\n                                                  symbol: String,\n                                                  price: String,\n                                                  amount: String, \/\/ Amount of order (positive for buy, negative for sell)\n                                                  meta: JsObject)\n\nprivate[bitfinex] case class SubmitOrderResponseJson(mts: Long,\n                                                     orders: Vector[BitfinexOrderUpdateJson],\n                                                     status: String, \/\/ SUCCESS, ERROR. FAILURE, ...\n                                                     text: String)\n\nprivate[bitfinex] case class CancelOrderResponseJson(mts: Long,\n                                                     order: BitfinexOrderUpdateJson,\n                                                     status: String,\n                                                     text: String)\n\nprivate[bitfinex] object BitfinexAccountDataJsonProtocoll extends DefaultJsonProtocol {\n  implicit val bitfinexAuthMessage: RootJsonFormat[BitfinexAuthMessage] = jsonFormat6(BitfinexAuthMessage)\n  implicit val submitLimitOrderJson: RootJsonFormat[SubmitLimitOrderJson] = jsonFormat5(SubmitLimitOrderJson)\n\n  \/\/ [1600515007,\n  \/\/ \"on-req\",\n  \/\/ null,\n  \/\/ null,\n  \/\/ [[51506597828,null,1600515007213,\"tBTCUST\",1600515007213,1600515007213,0.0022697,0.0022697,\"EXCHANGE LIMIT\",null,null,null,0,\"ACTIVE\",null,null,11015,0,0,0,null,null,null,0,0,null,null,null,\"API>BFX\",null,null,{\"aff_code\":\"IUXlFHleA\"}]],\n  \/\/ null,\n  \/\/ \"SUCCESS\",\n  \/\/ \"Submitting 1 orders.\"]\n  implicit object submitOrderResponseJson extends RootJsonFormat[SubmitOrderResponseJson] {\n    def read(value: JsValue): SubmitOrderResponseJson = {\n      val v = value.convertTo[Vector[JsValue]]\n      val orderUpdates: Vector[BitfinexOrderUpdateJson] =\n        v(4).convertTo[Vector[Vector[JsValue]]]\n          .map(o => BitfinexOrderUpdateJson(\"on\", o))\n      SubmitOrderResponseJson(v(0).convertTo[Long], orderUpdates, v(6).convertTo[String], v(7).convertTo[String])\n    }\n\n    def write(v: SubmitOrderResponseJson): JsValue = throw new NotImplementedError\n  }\n\n  implicit object cancelOrderResponseJson extends RootJsonFormat[CancelOrderResponseJson] {\n    def read(value: JsValue): CancelOrderResponseJson = {\n      val v = value.convertTo[Vector[JsValue]]\n      val orderUpdate = BitfinexOrderUpdateJson(\"oc\", v(4).convertTo[Vector[JsValue]])\n      CancelOrderResponseJson(v(0).convertTo[Long], orderUpdate, v(6).convertTo[String], v(7).convertTo[String])\n    }\n\n    def write(v: CancelOrderResponseJson): JsValue = throw new NotImplementedError()\n  }\n}\n\n\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n\nobject BitfinexAccountDataChannel {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig,\n            exchange: ActorRef[Exchange.Message],\n            publicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[AccountDataChannel.Command] =\n    Behaviors.setup(context => new BitfinexAccountDataChannel(context, config, exchangeConfig, exchange, publicDataInquirer))\n\n  private case class Connect() extends AccountDataChannel.Command\n  private case class OnStreamsRunning() extends AccountDataChannel.Command()\n}\nprivate[bitfinex] class BitfinexAccountDataChannel(context: ActorContext[AccountDataChannel.Command],\n                                                   config: Config,\n                                                   exchangeConfig: ExchangeConfig,\n                                                   exchange: ActorRef[Exchange.Message],\n                                                   publicDataInquirer: ActorRef[PublicDataInquirer.Command]) extends AccountDataChannel(context) {\n\n  import AccountDataChannel._\n  import BitfinexAccountDataChannel._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  val BaseRestEndpoint = \"https:\/\/api.bitfinex.com\"\n  val WebSocketEndpoint: Uri = Uri(\"wss:\/\/api.bitfinex.com\/ws\/2\")\n\n  var bitfinexAssets: Set[BitfinexAsset] = _\n  var bitfinexTradePairs: Set[BitfinexTradePair] = _\n  var bitfinexTradePairByApiSymbol: Map[String, BitfinexTradePair] = _\n  var bitfinexTradePairByTradePair: Map[TradePair, BitfinexTradePair] = _\n\n  import BitfinexAccountDataJsonProtocoll._\n\n  def symbolToAsset(symbol: String): Asset =\n    bitfinexAssets.find(_.apiSymbol == symbol) match {\n      case Some(bitfinexAsset) => bitfinexAsset.asset\n      case None => Asset(symbol)\n    }\n\n  def exchangeDataMapping(in: Seq[IncomingBitfinexAccountJson]): Seq[ExchangeAccountStreamData] = in.map {\n    \/\/ @formatter:off\n    case o: BitfinexOrderUpdateJson   => o.toOrderUpdate(exchangeConfig.name, symbol => bitfinexTradePairByApiSymbol(symbol).toTradePair)\n    case t: BitfinexTradeExecutedJson => t.toOrderUpdate(exchangeConfig.name, symbol => bitfinexTradePairByApiSymbol(symbol).toTradePair)\n    case w: BitfinexWalletUpdateJson  => w.toWalletAssetUpdate(symbol => symbolToAsset(symbol))\n    case x                            => log.error(s\"$x\"); throw new NotImplementedError\n    \/\/ @formatter:on\n  }\n\n  def decodeJsonObject(s: String): Unit = {\n    JsonParser(s).asJsObject match {\n      case j: JsObject if j.fields.contains(\"event\") =>\n        j.fields(\"event\").convertTo[String] match {\n          case \"auth\" if j.fields(\"status\").convertTo[String] == \"OK\" =>\n            if (log.isTraceEnabled) log.trace(s\"received auth response: $j\")\n            context.self ! OnStreamsRunning()\n            None\n          case \"auth\" =>\n            log.error(s\"bitfinex account WebSocket authentification failed with: $j\")\n            throw new RuntimeException()\n          case _ =>\n            log.info(s\"bitfinex: watching event message: $s\") \/\/ TODO log level\n            None\n        }\n      case j: JsObject =>\n        log.warn(s\"Unknown json event object received: $j\")\n        None\n    }\n  }\n\n  def decodeDataArray(s: String): Seq[IncomingBitfinexAccountJson] = {\n    JsonParser(s).convertTo[Vector[JsValue]] match {\n      case dataArray: Vector[JsValue] if dataArray.length >= 2 && dataArray.head.convertTo[Long] == 0 =>\n        dataArray(1).convertTo[String] match {\n\n          case \"hb\" =>\n            if (log.isTraceEnabled) log.trace(s\"received heartbeat event\")\n            Nil\n\n          case \"os\" => \/\/ order snapshot\n            if (log.isTraceEnabled) log.trace(s\"received event 'order snaphot': $s\")\n            dataArray(2).convertTo[Vector[JsValue]]\n              .map(e => BitfinexOrderUpdateJson(\"os\", e.convertTo[Vector[JsValue]]))\n\n          case streamType: String if Seq(\"on\", \"ou\", \"oc\").contains(streamType) =>\n            if (log.isTraceEnabled) log.trace(s\"received event 'order new\/update\/cancel': $s\")\n            Seq(BitfinexOrderUpdateJson(streamType, dataArray(2).convertTo[Vector[JsValue]]))\n\n          case streamType: String if Seq(\"ps\", \"pn\", \"pu\", \"pc\").contains(streamType) =>\n            if (log.isTraceEnabled) log.trace(s\"ignoring 'Position' data: $s\")\n            Nil\n\n          case \"tu\" =>\n            if (log.isTraceEnabled) log.trace(s\"watching trade update event: $s\")\n            Nil \/\/ ignoring trade updates (prefering order updates, which have more details)\n\n          case \"te\" =>\n            if (log.isTraceEnabled) log.trace(s\"watching event 'trade executed': $s\")\n            \/\/Seq(BitfinexTradeExecutedJson(dataArray(2).convertTo[Vector[JsValue]]))\n            Nil\n\n          case \"ws\" =>\n            if (log.isTraceEnabled) log.trace(s\"received event 'wallet snapshot': $s\")\n            dataArray(2).convertTo[Vector[JsValue]].map(e => BitfinexWalletUpdateJson(e.convertTo[Vector[JsValue]]))\n\n          case \"wu\" =>\n            if (log.isTraceEnabled) log.trace(s\"received event 'wallet update': $s\")\n            Seq(BitfinexWalletUpdateJson(dataArray(2).convertTo[Vector[JsValue]]))\n\n          case \"bu\" =>\n            if (log.isTraceEnabled) log.trace(s\"watching event 'balance update': $s\")\n            Nil \/\/ we ignore that event, we can calculate balance from wallet\n\n          case \"miu\" =>\n            if (log.isTraceEnabled) log.trace(s\"watching event 'margin info update': $s\")\n            Nil \/\/ ignore margin info update\n\n          case \"fiu\" =>\n            if (log.isTraceEnabled) log.trace(s\"watching event 'funding info': $s\")\n            Nil \/\/ ignore funding info\n\n          case s: String if Seq(\"fte\", \"ftu\").contains(s) =>\n            if (log.isTraceEnabled) log.trace(s\"watching event 'funding trade': $s\")\n            Nil \/\/ ignore funding trades\n\n          case \"n\" =>\n            if (log.isTraceEnabled) log.trace(s\"received notification event: $s\")\n            Nil \/\/ ignore notifications\n\n          case x =>\n            log.error(s\"bitfinex: received data of unidentified stream type '$x': $s\")\n            throw new RuntimeException()\n        }\n    }\n  }\n\n  def decodeMessage(message: Message): Future[Seq[IncomingBitfinexAccountJson]] = message match {\n    case msg: TextMessage =>\n      msg.toStrict(config.global.httpTimeout)\n        .map(_.getStrictText)\n        .map {\n          case s: String if s.startsWith(\"{\") => decodeJsonObject(s); Nil\n          case s: String if s.startsWith(\"[\") => decodeDataArray(s)\n          case x =>\n            log.error(s\"unidentified response: $x\")\n            throw new RuntimeException()\n        }\n    case _ =>\n      log.warn(s\"Received non TextMessage\")\n      Future.successful(Nil)\n  }\n\n  def authMessage: BitfinexAuthMessage = {\n    val authNonce: String = Instant.now.toEpochMilli.toString\n    val authPayload = \"AUTH\" + authNonce\n    BitfinexAuthMessage(\n      apiKey = exchangeConfig.secrets.apiKey,\n      convertBytesToLowerCaseHex(hmacSha384Signature(authPayload, exchangeConfig.secrets.apiSecretKey.getBytes)),\n      authNonce,\n      authPayload,\n      filter = Vector(\"trading\", \"trading-tBTCUSD\", \"wallet\", \"wallet-exchange-BTC\", \"balance\", \"notify\")\n    )\n  }\n\n  val wsFlow: Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(message)\n          .map(exchangeDataMapping)\n          .map(IncomingAccountData)\n          .foreach(exchange ! _)\n      ),\n      Source(List(\n        TextMessage(authMessage.toJson.compactPrint)\n      )).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n  var ws: (Future[WebSocketUpgradeResponse], Promise[Option[Message]]) = _\n  var connected: Future[Done.type] = _\n\n  def createConnected: Future[Done.type] =\n    ws._1.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        log.info(\"connected\")\n        Future.successful(Done)\n      } else {\n        throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n      }\n    }\n\n  def pullBitfinexTradePairs(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    bitfinexTradePairs = Await.result(\n      publicDataInquirer.ask(ref => GetBitfinexTradePairs(ref)),\n      timeout.duration.plus(500.millis)\n    )\n    bitfinexTradePairByApiSymbol = bitfinexTradePairs.map(e => e.apiSymbol -> e).toMap\n    bitfinexTradePairByTradePair = bitfinexTradePairs.map(e => e.toTradePair -> e).toMap\n  }\n\n  def pullBitfinexAssets(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    bitfinexAssets = Await.result(\n      publicDataInquirer.ask(ref => GetBitfinexAssets(ref)),\n      timeout.duration.plus(500.millis)\n    )\n  }\n\n  def connect(): Unit = {\n    log.info(s\"connecting WebSocket $WebSocketEndpoint ...\")\n    ws = Http().singleWebSocketRequest(WebSocketRequest(WebSocketEndpoint), wsFlow)\n    ws._2.future.onComplete { e =>\n      log.info(s\"connection closed\")\n      context.self ! ConnectionClosed(getClass.getSimpleName)\n    }\n    connected = createConnected\n  }\n\n  def newLimitOrder(o: OrderRequest): Future[NewOrderAck] = {\n    import BitfinexAccountDataJsonProtocoll._\n\n    val MinPricePrecision: Int = 5\n    val MaxPricePrecision: Int = 8\n\n    def toSubmitLimitOrderJson(o: OrderRequest, resolveSymbol: TradePair => String, affiliateCode: Option[String]): SubmitLimitOrderJson = {\n      SubmitLimitOrderJson(\n        \"EXCHANGE LIMIT\", \/\/ has to be \"EXCHANGE ...\" see https:\/\/github.com\/bitfinexcom\/bitfinex-api-node\/issues\/220\n        resolveSymbol.apply(o.pair),\n        formatDecimal(o.limit, Math.min(Math.max(MinPricePrecision, o.pair.quoteAsset.defaultFractionDigits), MaxPricePrecision)),\n        o.side match {\n          case TradeSide.Buy => formatDecimal(o.amountBaseAsset, o.pair.baseAsset.defaultFractionDigits)\n          case TradeSide.Sell => formatDecimal(-o.amountBaseAsset, o.pair.baseAsset.defaultFractionDigits)\n        },\n        affiliateCode match {\n          case Some(code) => JsObject(Map(\"aff_code\" -> JsString(code)))\n          case None => JsObject()\n        }\n      )\n    }\n\n    if (o.amountBaseAsset < 0.0) throw new WrongAssumption(\"our order amount is not positive\")\n\n    val requestBody = toSubmitLimitOrderJson(o, tp => bitfinexTradePairByTradePair(tp).apiSymbol, exchangeConfig.refCode).toJson.compactPrint\n    httpRequestJsonBitfinexAccount[SubmitOrderResponseJson, JsValue](\n      HttpMethods.POST,\n      s\"$BaseRestEndpoint\/v2\/auth\/w\/order\/submit\",\n      Some(requestBody),\n      exchangeConfig.secrets\n    ) map {\n      case Left(response) => response match {\n        case r: SubmitOrderResponseJson if r.status == \"SUCCESS\" && r.orders.length == 1 =>\n          if (log.isTraceEnabled) log.trace(s\"$r\")\n          val order = r.orders.head\n          exchange ! IncomingAccountData(exchangeDataMapping(Seq(order)))\n          NewOrderAck(exchangeConfig.name, o.pair, order.orderId.toString, o.id)\n        case r: SubmitOrderResponseJson =>\n          log.error(s\"newLimitOrder(${o.shortDesc}) failed: $r\")\n          throw new RuntimeException()\n      }\n      case Right(errorResponse) =>\n        log.error(s\"NewLimitOrder(${o.shortDesc}) failed: $errorResponse\")\n        throw new RuntimeException()\n    } recover {\n      case t:Throwable =>\n        log.error(s\"NewLimitOrder(${o.shortDesc}) failed\", t)\n        throw new RuntimeException()\n    }\n  }\n\n  override def cancelOrder(ref: OrderRef): Future[CancelOrderResult] = {\n    import BitfinexAccountDataJsonProtocoll._\n\n    val requestBody = JsObject(\"id\" -> JsNumber(ref.externalOrderId))\n    httpRequestJsonBitfinexAccount[CancelOrderResponseJson, JsValue](\n      HttpMethods.POST,\n      s\"$BaseRestEndpoint\/v2\/auth\/w\/order\/cancel\",\n      Some(requestBody.compactPrint),\n      exchangeConfig.secrets\n    ).map {\n      case Left(response) => response match {\n        case r: CancelOrderResponseJson if r.status == \"SUCCESS\" =>\n          if (log.isTraceEnabled) log.trace(s\"$r\")\n          exchange ! IncomingAccountData(exchangeDataMapping(Seq(r.order)))\n          CancelOrderResult(exchangeConfig.name, ref.pair, r.order.orderId.toString, success = true)\n        case r: CancelOrderResponseJson =>\n          log.debug(s\"Cancel order failed. Response: $r\")\n          CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = false, orderUnknown = false, Some(r.text))\n      }\n      case Right(errorResponse) => \/\/ TODO figure out what we get when order-id does not exist and set CancelOrderResult.orderUnknown accordingly. For now we take the error-response as orderUnknown=true\n        log.warn(s\"CancelOrder id=${ref.externalOrderId} failed: $errorResponse\")\n        CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = false, orderUnknown = true, Some(errorResponse.compactPrint))\n    }\n  }\n\n  def onStreamsRunning(): Unit = {\n    exchange ! AccountDataChannelInitialized()\n  }\n\n  def init(): Unit = {\n    log.info(\"initializing Bitfinex account data channel\")\n    try {\n      pullBitfinexTradePairs()\n      pullBitfinexAssets()\n      context.self ! Connect()\n    } catch {\n      case e: Exception => log.error(\"init failed\", e)\n    }\n  }\n\n  def postStop(): Unit = {\n    if (ws != null && !ws._2.isCompleted) ws._2.success(None)\n  }\n\n  \/\/ @formatter:off\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      case Connect()                               => connect()\n      case OnStreamsRunning()                      => onStreamsRunning()\n      case NewLimitOrder(o, replyTo)               => newLimitOrder(o).foreach(replyTo ! _)\n      case c: CancelOrder                          => handleCancelOrder(c)\n    }\n    this\n  }\n  \/\/ @formatter:on\n\n  override def onSignal: PartialFunction[Signal, Behavior[Command]] = {\n    case PostStop =>\n      postStop()\n      log.info(s\"${this.getClass.getSimpleName} stopped\")\n      this\n  }\n\n  init()\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/OrderSetPlacer.scala","text":"package org.purevalue.arbitrage.traderoom\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior, MessageAdaptionFailure, Signal, Terminated}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.traderoom.OrderSetPlacer.NewOrderSet\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange.{CancelOrder, NewLimitOrder, NewOrderAck}\nimport org.purevalue.arbitrage.{GlobalConfig, Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration.DurationInt\n\n\/**\n * Places all orders in parallel.\n * If one order placement fails, it tries to immediately cancel the successful ones\n *\/\nobject OrderSetPlacer {\n  def apply(globalConfig: GlobalConfig,\n            exchanges: Map[String, ActorRef[Exchange.Message]]):\n  Behavior[NewOrderSet] =\n    Behaviors.setup(context => new OrderSetPlacer(context, globalConfig, exchanges))\n\n  sealed trait Message\n  case class NewOrderSet(orders: Seq[OrderRequest], replyTo: ActorRef[Seq[NewOrderAck]]) extends Message\n}\nclass OrderSetPlacer(context: ActorContext[NewOrderSet],\n                     globalConfig: GlobalConfig,\n                     exchanges: Map[String, ActorRef[Exchange.Message]]) extends AbstractBehavior[NewOrderSet](context) {\n\n  private var ackCollector: Option[ActorRef[NewOrderAck]] = None\n\n  override def onMessage(message: NewOrderSet): Behavior[NewOrderSet] =\n    message match {\n      case request: NewOrderSet =>\n        val numRequests = request.orders.length\n        ackCollector = Some(context.spawn(AckCollector(globalConfig, exchanges, numRequests, request.replyTo), s\"${context.self.path.name}-AckCollector\"))\n        request.orders.foreach { o =>\n          exchanges(o.exchange) ! NewLimitOrder(o, ackCollector.get)\n        }\n        context.watch(ackCollector.get)\n        Behaviors.empty\n    }\n\n  override def onSignal: PartialFunction[Signal, Behavior[NewOrderSet]] = {\n    case Terminated(_) =>\n      Behaviors.stopped\n  }\n}\n\nobject AckCollector {\n  def apply(globalConfig: GlobalConfig,\n            exchanges: Map[String, ActorRef[Exchange.Message]],\n            numRequests: Int,\n            reportTo: ActorRef[Seq[NewOrderAck]]):\n  Behavior[NewOrderAck] =\n    Behaviors.setup(context => new AckCollector(context, globalConfig, exchanges, numRequests, reportTo))\n}\nclass AckCollector(context: ActorContext[NewOrderAck],\n                   globalConfig: GlobalConfig,\n                   exchanges: Map[String, ActorRef[Exchange.Message]],\n                   numRequests: Int,\n                   reportTo: ActorRef[Seq[NewOrderAck]]) extends AbstractBehavior[NewOrderAck](context) {\n  private val log = LoggerFactory.getLogger(getClass)\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  implicit val executionContext: ExecutionContext = system.executionContext\n  private var answers: List[NewOrderAck] = List()\n  private var numFailures: Int = 0\n\n\n  def onResponse(): Behavior[NewOrderAck] = {\n    if (answers.length + numFailures < numRequests) {\n      Behaviors.same\n    } else {\n      if (numFailures == 0) {\n        reportTo ! answers\n      } else { \/\/ try to cancel the other orders\n        implicit val timeout: Timeout = globalConfig.httpTimeout.plus(500.millis)\n        answers.foreach { e =>\n          exchanges(e.exchange) ! CancelOrder(e.toOrderRef, None)\n        }\n        reportTo ! answers\n      }\n      Behaviors.stopped\n    }\n  }\n\n  override def onMessage(message: NewOrderAck): Behavior[NewOrderAck] = message match {\n    case a: NewOrderAck =>\n      answers = a :: answers\n      onResponse()\n  }\n\n  override def onSignal: PartialFunction[Signal, Behavior[NewOrderAck]] = {\n    case MessageAdaptionFailure(exception) =>\n      log.warn(s\"OrderSetPlacer received a failure: ${exception.getMessage}\")\n      numFailures += 1\n      onResponse()\n  }\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/trader\/TemporaryLowDetector.scala","text":"package org.purevalue.arbitrage.trader\n\nimport akka.actor.typed.Behavior\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors, TimerScheduler}\nimport org.purevalue.arbitrage.ExchangeConfig\nimport org.purevalue.arbitrage.trader.TemporaryLowDetector.{LogStats, SearchRun}\nimport org.purevalue.arbitrage.traderoom.{CryptoValue, TradeContext, TradePair}\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.slf4j.LoggerFactory\n\nimport java.time.{Duration, Instant}\nimport scala.concurrent.duration.DurationInt\n\nobject TemporaryLowDetector {\n  def apply(exchangesConfig: Map[String, ExchangeConfig]):\n  Behavior[Command] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new TemporaryLowDetector(context, timers, exchangesConfig)))\n  }\n\n  sealed trait Command\n  case class SearchRun(tc: TradeContext) extends Command\n  case class LogStats() extends Command\n}\nclass TemporaryLowDetector(context: ActorContext[TemporaryLowDetector.Command],\n                           timers: TimerScheduler[TemporaryLowDetector.Command],\n                           exchangesConfig: Map[String, ExchangeConfig])\n  extends AbstractBehavior[TemporaryLowDetector.Command](context) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n  private val MinLowDuration = Duration.ofSeconds(2)\n  private val MaxLowDuration = Duration.ofMinutes(20)\n  private val LowEventBeginThreshold: Double = 0.995\n  private val LowEventEndThreshold: Double = 0.999\n\n  case class LowEventKey(exchange: String, pair: TradePair, startingTime: Instant)\n  case class MeasuringPoint(time: Instant, price: Double, mainStreamPrice: Double)\n\n  case class LowEvent(key: LowEventKey, var points: Vector[MeasuringPoint], var ended: Boolean) {\n\n    def snapshots(num: Int): Seq[Double] = {\n      val inc: Double = (points.size - 1) \/ num\n      val indexes: Seq[Int] = (0 to num).map(_ * inc).map(_.round.toInt)\n      indexes.map(i => points(i)).map(e => e.price \/ e.mainStreamPrice)\n    }\n\n    override def toString: String = s\"${key.exchange} ${key.pair} ${key.startingTime} \" +\n      s\"\"\"${Duration.between(key.startingTime, points.last.time).toSeconds} s: ${snapshots(6).map(e => formatDecimal(e, 4, 4)).mkString(\", \")}}\"\"\"\n  }\n\n  private var events: Map[LowEventKey, LowEvent] = Map()\n\n  def newEvent(event: LowEvent): Unit = {\n    events = events + (event.key -> event)\n  }\n\n  def openEvents: Iterable[LowEvent] = {\n    events.values.filter(e =>\n      !e.ended &&\n        e.key.startingTime.isAfter(Instant.now.minus(MaxLowDuration)))\n  }\n\n  def eventSeemsEnded(event: LowEvent): Boolean = {\n    val now = Instant.now\n    val duration = Duration.between(event.key.startingTime, now)\n    if (!event.ended && duration.compareTo(MinLowDuration) < 0) return false\n    if (event.ended || duration.compareTo(MaxLowDuration) > 0) return true\n\n    val priceLevel: Double = event.points.last.price \/ event.points.last.mainStreamPrice\n    priceLevel >= LowEventEndThreshold\n  }\n\n  def inNewEventZone(price: Double, mainStreamPrice: Double): Boolean = {\n    val level = price \/ mainStreamPrice\n    level <= LowEventBeginThreshold\n  }\n\n  def addMeasuringPoint(event: LowEvent, point: MeasuringPoint): Unit = {\n    events(event.key).points = events(event.key).points :+ point\n    if (eventSeemsEnded(event)) {\n      event.ended = true\n    }\n  }\n\n  def average(values: Iterable[Double]): Double = values.sum \/ values.size\n\n  def preparePrices(tc: TradeContext): Map[TradePair, Map[String, Double]] = {\n    \/**\n     * @return true, if 24h volume > 1.5 Mio USD\n     *\/\n    def volume24hSufficient(exchange: String, pair: TradePair): Boolean = {\n      CryptoValue(\n        pair.baseAsset,\n        tc.stats24h(exchange)(pair).volumeBaseAsset\n      ).convertTo(exchangesConfig(exchange).usdEquivalentCoin, tc.tickers(exchange)).amount > 150000\n    }\n\n    \/**\n     * Tests if order book is filled enough for smooth trading.\n     * Algorithm: checks order book depth between current price +3% is greater than 10.000 USD\n     * and depth between current proce and -3% is greater than 10.000 USD\n     *\/\n    def orderBookDepthSufficient(exchange: String, pair: TradePair): Boolean = {\n      val book = tc.orderBooks(exchange)(pair)\n      val bidDepth: CryptoValue = book.bidDepthAround(0.03)\n      val askDepth: CryptoValue = book.askDepthAround(0.03)\n\n      bidDepth.convertTo(exchangesConfig(exchange).usdEquivalentCoin, tc.tickers(exchange)).amount >= 10000 &&\n        askDepth.convertTo(exchangesConfig(exchange).usdEquivalentCoin, tc.tickers(exchange)).amount >= 10000\n    }\n\n    def determineUsablePairs: Map[String, Set[TradePair]] = {\n      val pairsWithSufficientVolume: Map[String, Set[TradePair]] =\n        tc.tradePairs\n          .map(e => (\n            e._1,\n            e._2.filter(p =>\n              (exchangesConfig(e._1).deliversStats24h && volume24hSufficient(e._1, p)) ||\n                (exchangesConfig(e._1).deliversOrderBook && orderBookDepthSufficient(e._1, p)))))\n\n      val usablePairs: Set[TradePair] = pairsWithSufficientVolume.values.flatten\n        .foldLeft(Map[TradePair, Int]())((a, b) => if (a.contains(b)) a + (b -> (a(b) + 1)) else a + (b -> 1))\n        .filter(_._2 > 1) \/\/ only pairs available at more than one exchange\n        .keys\n        .toSet\n\n      pairsWithSufficientVolume\n        .map(e => (e._1, e._2.intersect(usablePairs)))\n    }\n\n    def price(exchange: String, pair: TradePair): Double = {\n      if (exchangesConfig(exchange).tickerIsRealtime)\n        tc.tickers(exchange)(pair).priceEstimate\n      else\n        (tc.orderBooks(exchange)(pair).highestBid.price + tc.orderBooks(exchange)(pair).lowestAsk.price) \/ 2\n    }\n\n    var result: Map[TradePair, Map[String, Double]] = Map() \/\/ Map[pair -> Map[exchange, price]]\n    val usablePairsPerExchange: Map[String, Set[TradePair]] = determineUsablePairs\n\n    for (pair: TradePair <- usablePairsPerExchange.values.flatten.toSet) {\n      var pricePerExchange: Map[String, Double] = Map()\n\n      for (exchange <- usablePairsPerExchange.keys) {\n        if (usablePairsPerExchange(exchange).contains(pair)) {\n          pricePerExchange += (exchange -> price(exchange, pair))\n        }\n      }\n\n      result = result + (pair -> pricePerExchange)\n    }\n\n    result\n  }\n\n  def searchRun(tc: TradeContext): Unit = {\n    val time = Instant.now\n    val open: Iterable[LowEvent] = openEvents\n    val prices: Map[TradePair, Map[String, Double]] = preparePrices(tc)\n\n    for (pair <- prices.keySet) {\n\n      open.find(e => e.key.pair == pair) match {\n\n        case Some(lowEvent) =>\n          val point = MeasuringPoint(\n            time,\n            prices(pair)(lowEvent.key.exchange),\n            average(\n              prices(pair).filterNot(_._1 == lowEvent.key.exchange).values\n            )\n          )\n          addMeasuringPoint(lowEvent, point)\n\n        case None =>\n          val lowest: (String, Double) = prices(pair).minBy(_._2)\n          val mainstreamPrice = average(\n            prices(pair).filterNot(_._1 == lowest._1).values\n          )\n          if (inNewEventZone(lowest._2, mainstreamPrice)) {\n            newEvent(\n              LowEvent(\n                LowEventKey(lowest._1, pair, time),\n                Vector(MeasuringPoint(time, lowest._2, mainstreamPrice)),\n                ended = false\n              )\n            )\n          }\n      }\n    }\n  }\n\n  def logStats(): Unit = {\n    for (event <- events.values.filter(_.ended)) {\n      log.info(s\"event: $event\")\n    }\n  }\n\n  def cleanStats(): Unit = {\n    events = events.filterNot(_._2.ended)\n  }\n\n  override def onMessage(message: TemporaryLowDetector.Command): Behavior[TemporaryLowDetector.Command] = {\n    message match {\n      case SearchRun(tc) => searchRun(tc)\n\n      case LogStats() =>\n        logStats()\n        cleanStats()\n    }\n    this\n  }\n\n  timers.startTimerAtFixedRate(LogStats(), 30.minutes)\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/test\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbaseHttpUtilSpec.scala","text":"package org.purevalue.arbitrage.adapter.coinbase\n\nimport org.scalatest.TestSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\n\nclass CoinbaseHttpUtilSpec extends TestSuite with AnyWordSpecLike with Matchers {\n  \"CoinbaseHttpUtil\" must {\n    \"parse server time\" in {\n      CoinbaseHttpUtil.parseServerTime(\"\"\"{\"iso\":\"2020-10-01T21:22:24Z\",\"epoch\":1601587344.1}\"\"\") shouldBe 1601587344.1\n      CoinbaseHttpUtil.parseServerTime(\"\"\"{\"iso\":\"2020-10-01T21:22:24Z\",\"epoch\":1601587344.}\"\"\") shouldBe 1601587344.0\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/Config.scala","text":"package org.purevalue.arbitrage\n\nimport java.time.Duration\nimport java.util.concurrent.TimeUnit\n\nimport akka.util.Timeout\nimport com.typesafe.config.ConfigFactory\nimport org.purevalue.arbitrage.traderoom.Asset\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration.FiniteDuration\n\ncase class SecretsConfig(apiKey: String,\n                         apiSecretKey: String,\n                         apiKeyPassphrase: Option[String])\n\ncase class ExchangeConfig(name: String,\n                          deliversOrderBook: Boolean,\n                          deliversStats24h: Boolean,\n                          reserveAssets: List[Asset], \/\/ reserve assets in order of importance; first in list is the primary reserve asset\n                          assetBlocklist: Set[Asset],\n                          usdEquivalentCoin: Asset, \/\/ primary local USD equivalent coin. USDT, USDC etc. for amount calculations\n                          feeRate: Double, \/\/ average rate\n                          doNotTouchTheseAssets: Set[Asset],\n                          tickerIsRealtime: Boolean, \/\/ whether we get a realtime ticker from that exchange or not\n                          secrets: SecretsConfig,\n                          refCode: Option[String],\n                          assetSourceWeight: Int,\n                          tradePairsInitTimeout: Duration,\n                          tradePairsInitMinPortion: Double \/\/ \/\/ portion of all (usable) trade pairs, which must be initialized before the timeout, otherwise we get a failure\n                         ) {\n  def primaryReserveAsset: Asset = reserveAssets.head\n}\n\nobject ExchangeConfig {\n  def apply(name: String, c: com.typesafe.config.Config): ExchangeConfig = {\n    val rawDoNotTouchAssets = c.getStringList(\"do-not-touch-these-assets\").asScala\n    rawDoNotTouchAssets.foreach(Asset.register(_, None, None))\n    val doNotTouchTheseAssets = rawDoNotTouchAssets.map(e => Asset(e)).toSet\n    if (doNotTouchTheseAssets.exists(_.isFiat)) throw new IllegalArgumentException(s\"$name: Don't worry bro, I'll never touch Fiat Money\")\n    val rawReserveAssets = c.getStringList(\"reserve-assets\").asScala\n    rawReserveAssets.foreach(Asset.register(_, None, None))\n    val reserveAssets = rawReserveAssets.map(e => Asset(e)).toList\n    if (reserveAssets.exists(doNotTouchTheseAssets.contains)) throw new IllegalArgumentException(s\"$name: reserve-assets & do-not-touch-these-assets overlap!\")\n    if (reserveAssets.exists(_.isFiat)) throw new IllegalArgumentException(s\"$name: Cannot us a Fiat currency as reserve-asset\")\n    if (reserveAssets.size < 2) throw new IllegalArgumentException(s\"$name: Need at least two reserve assets (more are better)\")\n\n    val assetBlocklist = c.getStringList(\"assets-blocklist\").asScala\n    assetBlocklist.foreach(Asset.register(_, None, None))\n\n    val usdEquivalentCoin = c.getString(\"usd-equivalent-coin\")\n    Asset.register(usdEquivalentCoin, None, None)\n\n    ExchangeConfig(\n      name,\n      c.getBoolean(\"delivers-order-book\"),\n      c.getBoolean(\"delivers-stats24h\"),\n      reserveAssets,\n      assetBlocklist.map(e => Asset(e)).toSet,\n      Asset(usdEquivalentCoin),\n      c.getDouble(\"fee-rate\"),\n      doNotTouchTheseAssets,\n      c.getBoolean(\"ticker-is-realtime\"),\n      secretsConfig(c.getConfig(\"secrets\")),\n      if (c.hasPath(\"ref-code\")) Some(c.getString(\"ref-code\")) else None,\n      c.getInt(\"asset-source-weight\"),\n      c.getDuration(\"trade-pairs-init-timeout\"),\n      c.getDouble(\"trade-pairs-init-min-portion\")\n    )\n  }\n\n  private def secretsConfig(c: com.typesafe.config.Config) = SecretsConfig(\n    c.getString(\"api-key\"),\n    c.getString(\"api-secret-key\"),\n    if (c.hasPath(\"api-key-passphrase\")) Some(c.getString(\"api-key-passphrase\")) else None\n  )\n}\n\ncase class OrderBundleSafetyGuardConfig(maximumReasonableWinPerOrderBundleUSD: Double,\n                                        maxOrderLimitTickerVariance: Double,\n                                        maxTickerAge: Duration,\n                                        minTotalGainInUSD: Double)\nobject OrderBundleSafetyGuardConfig {\n  def apply(c: com.typesafe.config.Config): OrderBundleSafetyGuardConfig = OrderBundleSafetyGuardConfig(\n    c.getDouble(\"max-reasonable-win-per-order-bundle-usd\"),\n    c.getDouble(\"max-order-limit-ticker-variance\"),\n    c.getDuration(\"max-ticker-age\"),\n    c.getDouble(\"min-total-gain-in-usd\")\n  )\n}\ncase class TradeRoomConfig(tradeSimulation: Boolean,\n                           referenceTickerExchange: String,\n                           maxOrderLifetime: Duration,\n                           restarWhenDataStreamIsOlderThan: Duration,\n                           pioneerOrderValueUSD: Double,\n                           statsReportInterval: Duration,\n                           traderTriggerInterval: Duration,\n                           orderBundleSafetyGuard: OrderBundleSafetyGuardConfig,\n                           activeExchanges: List[String]) {\n  if (pioneerOrderValueUSD > 100.0) throw new IllegalArgumentException(\"pioneer order value is unnecessary big\")\n  if (!activeExchanges.contains(referenceTickerExchange)) throw new IllegalArgumentException(\"reference-ticker-exchange not in list of active exchanges\")\n}\nobject TradeRoomConfig {\n  def apply(c: com.typesafe.config.Config): TradeRoomConfig = {\n    TradeRoomConfig(\n      c.getBoolean(\"trade-simulation\"),\n      c.getString(\"reference-ticker-exchange\"),\n      c.getDuration(\"max-order-lifetime\"),\n      c.getDuration(\"restart-when-data-stream-is-older-than\"),\n      c.getDouble(\"pioneer-order-value-usd\"),\n      c.getDuration(\"stats-report-interval\"),\n      c.getDuration(\"trader-trigger-interval\"),\n      OrderBundleSafetyGuardConfig(c.getConfig(\"order-bundle-safety-guard\")),\n      c.getStringList(\"active-exchanges\").asScala.toList\n    )\n  }\n}\n\ncase class LiquidityManagerConfig(liquidityLockMaxLifetime: Duration, \/\/ when a liquidity lock is not cleared, this is the maximum time, it can stay active\n                                  liquidityDemandActiveTime: Duration, \/\/ when demanded liquidity is not requested within that time, the coins are transferred back to a reserve asset\n                                  maxAcceptableExchangeRateLossVersusReferenceTicker: Double, \/\/ defines the maximum acceptable relative loss (local exchange rate versus reference ticker) for liquidity conversion transactions\n                                  minimumKeepReserveLiquidityPerAssetInUSD: Double, \/\/ when we convert to a reserve liquidity or re-balance our reserve liquidity, each of them should reach at least that value (measured in USD)\n                                  orderbookBasedTxLimitQuantityOverbooking: Double, \/\/ we assume, we have to trade more quantity (real quantity multiplied by this factor), when we calculate the ideal order limit based on an orderbook, because in reality we are not alone on the exchange\n                                  tickerBasedTxLimitBeyondEdgeLimit: Double, \/\/ [limit-reality-adjustment-rate] for ticker based limit calculation; defines the rate we set our limit above the highest ask or below the lowest bid (use 0.0 for matching exactly the bid or ask price).\n                                  txValueGranularityInUSD: Double) \/\/ that's the granularity (and also minimum amount) we transfer for reserve asset re-balance orders)}\nobject LiquidityManagerConfig {\n  def apply(c: com.typesafe.config.Config): LiquidityManagerConfig = LiquidityManagerConfig(\n    c.getDuration(\"liquidity-lock-max-lifetime\"),\n    c.getDuration(\"liquidity-demand-active-time\"),\n    c.getDouble(\"max-acceptable-exchange-rate-loss-versus-reference-ticker\"),\n    c.getDouble(\"minimum-keep-reserve-liquidity-per-asset-in-usd\"),\n    c.getDouble(\"orderbook-based-tx-limit-quantity-overbooking\"),\n    c.getDouble(\"ticker-based-tx-limit-beyond-edge-limit\"),\n    c.getDouble(\"tx-value-granularity-in-usd\")\n  )\n}\n\ncase class GlobalConfig(httpTimeout: FiniteDuration,\n                        internalCommunicationTimeout: Timeout,\n                        internalCommunicationTimeoutDuringInit: Timeout)\nobject GlobalConfig {\n  def apply(c: com.typesafe.config.Config): GlobalConfig = GlobalConfig(\n    FiniteDuration(c.getDuration(\"http-timeout\").toMillis, TimeUnit.MILLISECONDS),\n    Timeout.create(c.getDuration(\"internal-communication-timeout\")),\n    Timeout.create(c.getDuration(\"internal-communication-timeout-during-init\"))\n  )\n}\n\ncase class Config(global: GlobalConfig,\n                  tradeRoom: TradeRoomConfig,\n                  exchanges: Map[String, ExchangeConfig],\n                  liquidityManager: LiquidityManagerConfig) {\n}\nobject Config {\n  private val c = ConfigFactory.load()\n\n  def load(): Config = {\n    val globalConfig = GlobalConfig(c.getConfig(\"global\"))\n    val tradeRoom = TradeRoomConfig(c.getConfig(\"trade-room\"))\n    val exchanges: Map[String, ExchangeConfig] = tradeRoom.activeExchanges\n      .map(e => e -> ExchangeConfig(e, c.getConfig(s\"exchange.$e\"))).toMap\n    val liquidityManager = LiquidityManagerConfig(c.getConfig(\"liquidity-manager\"))\n\n    if (!exchanges(tradeRoom.referenceTickerExchange).tickerIsRealtime) throw new IllegalArgumentException(\"reference ticker needs to be a realtime ticker\")\n\n    Config(globalConfig, tradeRoom, exchanges, liquidityManager)\n  }\n\n  def trader(name: String): com.typesafe.config.Config = c.getConfig(s\"trader.$name\")\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/PublicDataChannel.scala","text":"package org.purevalue.arbitrage.adapter\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorSystem, Behavior, PostStop, Signal}\nimport org.purevalue.arbitrage.util.ConnectionClosedException\nimport org.purevalue.arbitrage.{ExchangeConfig, Main, UserRootGuardian}\n\nimport scala.concurrent.ExecutionContext\n\nobject PublicDataChannel {\n  trait Event\n  case class OnStreamsRunning() extends Event\n  case class DeliverTradePairStats() extends Event\n  case class Disconnected() extends Event\n}\nabstract class PublicDataChannel(context: ActorContext[PublicDataChannel.Event],\n                                 timers: TimerScheduler[PublicDataChannel.Event],\n                                 exchangeConfig: ExchangeConfig) extends AbstractBehavior[PublicDataChannel.Event](context) {\n\n  import PublicDataChannel._\n\n  implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  implicit val executionContext: ExecutionContext = system.executionContext\n\n  def onStreamsRunning(): Unit = {}\n\n  def postStop(): Unit = {}\n\n  override def onMessage(message: Event): Behavior[Event] = message match {\n    \/\/ @formatter:off\n    case OnStreamsRunning()      => onStreamsRunning(); Behaviors.same\n    case Disconnected()          => throw new ConnectionClosedException(getClass.getSimpleName)\n    \/\/ @formatter:on\n  }\n\n  override def onSignal: PartialFunction[Signal, Behavior[Event]] = {\n    case PostStop => postStop(); Behaviors.same\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbaseAccountDataChannel.scala","text":"package org.purevalue.arbitrage.adapter.coinbase\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, Behavior, PostStop, Signal}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.http.scaladsl.model.{HttpMethods, HttpResponse, StatusCodes}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbaseHttpUtil.{Signature, httpRequestCoinbaseAccount, httpRequestJsonCoinbaseAccount, parseServerTime}\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbasePublicDataChannel.CoinbaseWebSocketEndpoint\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbasePublicDataInquirer.{CoinbaseBaseRestEndpoint, GetCoinbaseTradePairs}\nimport org.purevalue.arbitrage.adapter.{AccountDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.{Balance, CompleteWalletUpdate, Exchange, ExchangeAccountStreamData}\nimport org.purevalue.arbitrage.util.HttpUtil\nimport org.purevalue.arbitrage.util.Util.{alignToStepSizeCeil, alignToStepSizeNearest, formatDecimalWithFixPrecision}\nimport org.purevalue.arbitrage.{Config, ExchangeConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsObject, JsonParser, RootJsonFormat, enrichAny}\n\nimport java.time.Instant\nimport java.util.UUID\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\nimport scala.util.{Failure, Success}\n\n\nprivate[coinbase] case class SubscribeRequestWithAuthJson(`type`: String = \"subscribe\",\n                                                          product_ids: Seq[String],\n                                                          channels: Seq[String],\n                                                          key: String,\n                                                          signature: String,\n                                                          timestamp: String,\n                                                          passphrase: String)\n\nprivate[coinbase] trait IncomingCoinbaseAccountJson\n\nprivate[coinbase] object CoinbaseOrder {\n  def toOrderType(order_type: String): OrderType = order_type match {\n    case \"limit\" => OrderType.LIMIT\n    case \"market\" => OrderType.MARKET\n    case \"stop\" => OrderType.STOP_LOSS_LIMIT\n    case _ => throw new NotImplementedError()\n  }\n\n  def toString(t: OrderType): String = t match {\n    case OrderType.LIMIT => \"limit\"\n    case OrderType.MARKET => \"market\"\n    case _ => throw new NotImplementedError()\n  }\n\n  def toTradeSide(side: String): TradeSide = side match {\n    case \"buy\" => TradeSide.Buy\n    case \"sell\" => TradeSide.Sell\n    case _ => throw new NotImplementedError()\n  }\n\n  def toString(side: TradeSide): String = side match {\n    case TradeSide.Buy => \"buy\"\n    case TradeSide.Sell => \"sell\"\n  }\n\n  def toOrderStatus(status: String): OrderStatus = status match {\n    case \"open\" => OrderStatus.NEW\n    case \"pending\" => OrderStatus.NEW\n    case \"active\" => OrderStatus.PARTIALLY_FILLED\n    case \"done\" => OrderStatus.FILLED\n  }\n}\n\/\/ A valid order has been received and is now active.\n\/\/ This message is emitted for every single valid order as soon as the matching engine receives it whether it fills immediately or not.\nprivate[coinbase] case class CoinbaseOrderReceivedJson(`type`: String,\n                                                       time: String, \/\/ \"2014-11-07T08:19:27.028459Z\",\n                                                       product_id: String, \/\/\"BTC-USD\",\n                                                       sequence: Long, \/\/ 10,\n                                                       order_id: String, \/\/ \"d50ec984-77a8-460a-b958-66f114b0de9b\",\n                                                       size: Option[String], \/\/ \"1.34\", (not delivered for \"market\" orders)\n                                                       price: Option[String], \/\/ \"502.1\", (not delivered for \"market\" orders)\n                                                       side: String, \/\/ \"buy\",\n                                                       order_type: String \/\/ \"limit\"\n                                                      ) extends IncomingCoinbaseAccountJson {\n  def toOrderUpdate(exchange: String, resolveProductId: String => TradePair): OrderUpdate = {\n    val ts = Instant.parse(time)\n    OrderUpdate(\n      order_id,\n      exchange,\n      resolveProductId(product_id),\n      CoinbaseOrder.toTradeSide(side),\n      Some(CoinbaseOrder.toOrderType(order_type)),\n      price.map(_.toDouble),\n      None, \/\/ ?\n      size.map(_.toDouble),\n      Some(ts),\n      Some(OrderStatus.NEW),\n      None,\n      None,\n      None,\n      ts\n    )\n  }\n}\n\nprivate[coinbase] case class CoinbaseOrderChangedJson(`type`: String,\n                                                      time: String,\n                                                      sequence: Long,\n                                                      order_id: String,\n                                                      product_id: String,\n                                                      new_size: String,\n                                                      old_size: String,\n                                                      price: String,\n                                                      side: String) extends IncomingCoinbaseAccountJson {\n  def toOrderUpdate(exchange: String, resolveProductId: String => TradePair): OrderUpdate = OrderUpdate(\n    order_id,\n    exchange,\n    resolveProductId(product_id),\n    CoinbaseOrder.toTradeSide(side),\n    None,\n    Some(price.toDouble),\n    None,\n    Some(new_size.toDouble),\n    None,\n    None,\n    None,\n    None,\n    None,\n    Instant.parse(time)\n  )\n}\n\nprivate[coinbase] case class CoinbaseOrderDoneJson(`type`: String,\n                                                   time: String,\n                                                   product_id: String,\n                                                   sequence: Long,\n                                                   price: String,\n                                                   order_id: String,\n                                                   reason: String, \/\/ \"filled\" or \"canceled\"\n                                                   side: String,\n                                                   remaining_size: String) extends IncomingCoinbaseAccountJson {\n  def toOrderUpdate(exchange: String, resolveProductId: String => TradePair): OrderUpdate = OrderUpdate(\n    order_id,\n    exchange,\n    resolveProductId(product_id),\n    CoinbaseOrder.toTradeSide(side),\n    None,\n    Some(price.toDouble),\n    None,\n    None,\n    None,\n    reason match {\n      case \"filled\" => Some(OrderStatus.FILLED)\n      case \"canceled\" => Some(OrderStatus.CANCELED)\n    },\n    None,\n    Some(remaining_size.toDouble),\n    None,\n    Instant.parse(time)\n  )\n}\n\nprivate[coinbase] case class NewOrderRequestJson(client_oid: String,\n                                                 product_id: String,\n                                                 `type`: String, \/\/ \"limit\" or \"market\"\n                                                 side: String,\n                                                 size: String,\n                                                 price: String\n                                                ) \/\/ not needed: stop, stop_price\n\nprivate[coinbase] case class NewOrderResponseJson(id: String,\n                                                  product_id: String,\n                                                  settled: Boolean,\n                                                  price: String,\n                                                  size: String,\n                                                  side: String,\n                                                  stp: String,\n                                                  `type`: String,\n                                                  time_in_force: String,\n                                                  post_only: Boolean,\n                                                  created_at: String,\n                                                  fill_fees: String,\n                                                  filled_size: String,\n                                                  executed_value: String,\n                                                  status: String \/\/ \"pending\"\n                                                 ) {\n  def toOrderUpdate(exchange: String, resolveProductId: String => TradePair): OrderUpdate = {\n    val ts = Instant.parse(created_at)\n    OrderUpdate(\n      id,\n      exchange,\n      resolveProductId(product_id),\n      CoinbaseOrder.toTradeSide(side),\n      Some(CoinbaseOrder.toOrderType(`type`)),\n      Some(price.toDouble),\n      None,\n      Some(size.toDouble),\n      Some(ts),\n      Some(CoinbaseOrder.toOrderStatus(status)),\n      Some(filled_size.toDouble),\n      None,\n      Some(executed_value.toDouble \/ filled_size.toDouble),\n      ts\n    )\n  }\n\n  def toNewOrderAck(exchange: String, resolveProductId: String => TradePair, ourOrderId: UUID): NewOrderAck =\n    NewOrderAck(\n      exchange,\n      resolveProductId(product_id),\n      id,\n      ourOrderId\n    )\n}\n\nprivate[coinbase] case class CoinbaseAccountJson(id: String,\n                                                 currency: String,\n                                                 balance: String,\n                                                 available: String,\n                                                 hold: String,\n                                                 profile_id: String,\n                                                 trading_enabled: Boolean) {\n  def toBalance: Balance = Balance(\n    Asset(currency),\n    available.toDouble,\n    hold.toDouble\n  )\n}\n\nprivate[coinbase] case class ErrorMessageJson(message:String)\n\nprivate[coinbase] object CoinbaseAccountJsonProtocol extends DefaultJsonProtocol {\n  implicit val subscribeRequestWithAuthJson: RootJsonFormat[SubscribeRequestWithAuthJson] = jsonFormat7(SubscribeRequestWithAuthJson)\n  implicit val coinbaseOrderReceivedJson: RootJsonFormat[CoinbaseOrderReceivedJson] = jsonFormat9(CoinbaseOrderReceivedJson)\n  implicit val coinbaseOrderChangedJson: RootJsonFormat[CoinbaseOrderChangedJson] = jsonFormat9(CoinbaseOrderChangedJson)\n  implicit val coinbaseOrderDoneJson: RootJsonFormat[CoinbaseOrderDoneJson] = jsonFormat9(CoinbaseOrderDoneJson)\n  implicit val newOrderRequestJson: RootJsonFormat[NewOrderRequestJson] = jsonFormat6(NewOrderRequestJson)\n  implicit val newOrderResponseJson: RootJsonFormat[NewOrderResponseJson] = jsonFormat15(NewOrderResponseJson)\n  implicit val coinbaseAccountJson: RootJsonFormat[CoinbaseAccountJson] = jsonFormat7(CoinbaseAccountJson)\n  implicit val errorMessageJson: RootJsonFormat[ErrorMessageJson] = jsonFormat1(ErrorMessageJson)\n}\n\nobject CoinbaseAccountDataChannel {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig,\n            exchange: ActorRef[Exchange.Message],\n            publicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[AccountDataChannel.Command] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new CoinbaseAccountDataChannel(context, timers, config, exchangeConfig, exchange, publicDataInquirer)))\n  }\n\n  private case class DeliverAccounts() extends AccountDataChannel.Command\n  private case class OnStreamsRunning() extends AccountDataChannel.Command\n}\nprivate[coinbase] class CoinbaseAccountDataChannel(context: ActorContext[AccountDataChannel.Command],\n                                                   timers: TimerScheduler[AccountDataChannel.Command],\n                                                   config: Config,\n                                                   exchangeConfig: ExchangeConfig,\n                                                   exchange: ActorRef[Exchange.Message],\n                                                   publicDataInquirer: ActorRef[PublicDataInquirer.Command]) extends AccountDataChannel(context) {\n\n  import AccountDataChannel._\n  import CoinbaseAccountDataChannel._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  val UserChannelName: String = \"user\"\n\n  var coinbaseTradePairsByProductId: Map[String, CoinbaseTradePair] = _\n  var coinbaseTradePairsByTradePair: Map[TradePair, CoinbaseTradePair] = _\n\n  import CoinbaseAccountJsonProtocol._\n\n  def pullCoinbaseTradePairs(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    val coinbaseTradePairs: Set[CoinbaseTradePair] = Await.result(\n      publicDataInquirer.ask(ref => GetCoinbaseTradePairs(ref)),\n      timeout.duration.plus(500.millis))\n\n    coinbaseTradePairsByProductId = coinbaseTradePairs.map(e => e.id -> e).toMap\n    coinbaseTradePairsByTradePair = coinbaseTradePairs.map(e => e.toTradePair -> e).toMap\n  }\n\n  \/\/ @formatter:off\n  def exchangeDataMapping(in: IncomingCoinbaseAccountJson): ExchangeAccountStreamData = in match {\n    case o: CoinbaseOrderReceivedJson => o.toOrderUpdate(exchangeConfig.name, id => coinbaseTradePairsByProductId(id).toTradePair)\n    case o: CoinbaseOrderChangedJson  => o.toOrderUpdate(exchangeConfig.name, id => coinbaseTradePairsByProductId(id).toTradePair)\n    case o: CoinbaseOrderDoneJson     => o.toOrderUpdate(exchangeConfig.name, id => coinbaseTradePairsByProductId(id).toTradePair)\n  } \/\/ @formatter:on\n\n  \/\/ @formatter:off\n  def decodeJsObject(messageType: String, j: JsObject): Seq[IncomingCoinbaseAccountJson] = {\n    messageType match {\n      case \"subscriptions\" =>\n        if (log.isDebugEnabled) log.debug(j.compactPrint)\n        context.self ! OnStreamsRunning()\n        Nil\n      case \"received\"      => Seq(j.convertTo[CoinbaseOrderReceivedJson])\n      case \"change\"        => Seq(j.convertTo[CoinbaseOrderChangedJson]) \/\/ An order has changed. This is the result of self-trade prevention adjusting the order size or available funds\n      case \"done\"          => Seq(j.convertTo[CoinbaseOrderDoneJson])\n      case \"open\"          => Nil \/\/ ignore: This message will only be sent for orders which are not fully filled immediately.\n      case \"match\"         => Nil \/\/ ignore: A trade occurred between two orders.\n      case \"activate\"      => Nil \/\/ ignore: An activate message is sent when a stop order is placed.\n      case \"error\"         => log.error(j.prettyPrint); throw new RuntimeException()\n      case _               => log.warn(s\"received unhandled message type: $j\"); Nil\n    }\n  } \/\/ \/\/ @formatter:on\n\n  def decodeMessage(message: Message): Future[Seq[IncomingCoinbaseAccountJson]] = message match {\n    case msg: TextMessage =>\n      msg.toStrict(config.global.httpTimeout)\n        .map(_.getStrictText)\n        .map(s => JsonParser(s).asJsObject() match {\n          case j: JsObject if j.fields.contains(\"type\") =>\n            import DefaultJsonProtocol._\n            decodeJsObject(j.fields(\"type\").convertTo[String], j)\n          case j: JsObject =>\n            log.warn(s\"Unknown json object received: $j\")\n            Nil\n        })\n    case _ =>\n      log.warn(s\"Received non TextMessage\")\n      Future.successful(Nil)\n  }\n\n  \/\/ coinbase allows a maximum diff of 30 seconds between their server time and the timestamp value in the request\n  def queryServerTime(): Future[Double] = {\n    \/\/ the returned format from coinbase is not always JSON-compatible (no zeros after decimal point at the full second\n    \/\/ so we parse it manually\n    HttpUtil.httpGet(s\"$CoinbaseBaseRestEndpoint\/time\") flatMap {\n      case HttpResponse(code, headers, entity, protocol) =>\n        (code,\n          entity.toStrict(config.global.httpTimeout)\n            .map(_.data.utf8String)) match {\n          case (code, entity) if code.isSuccess() => entity.map(parseServerTime)\n          case (code, entity) => throw new RuntimeException(s\"coinbase: GET \/time failed with: $code, $entity\")\n        }\n    }\n  }\n\n  def subscribeMessage: SubscribeRequestWithAuthJson = {\n    Await.result(\n      queryServerTime().map { serverTime =>\n        val s: Signature = CoinbaseHttpUtil.createSignature(HttpMethods.GET, s\"$CoinbaseBaseRestEndpoint\/users\/self\/verify\", None, exchangeConfig.secrets, serverTime)\n        SubscribeRequestWithAuthJson(\"subscribe\", coinbaseTradePairsByProductId.keys.toSeq, Seq(UserChannelName), s.cbAccessKey, s.cbAccessSign, s.cbAccessTimestamp, s.cbAccessPassphrase)\n      },\n      config.global.httpTimeout.plus(1.second))\n  }\n\n  def wsFlow(): Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(message)\n          .map(_.map(exchangeDataMapping))\n          .map(IncomingAccountData)\n          .foreach(exchange ! _)\n      ),\n      Source(\n        List(TextMessage(subscribeMessage.toJson.compactPrint))\n      ).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n  var ws: (Future[WebSocketUpgradeResponse], Promise[Option[Message]]) = _\n  var connected: Future[Done.type] = _\n\n  def createConnected: Future[Done.type] =\n    ws._1.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        log.info(\"connected\")\n        Future.successful(Done)\n      } else {\n        throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n      }\n    }\n\n  def connect(): Unit = {\n    log.info(s\"starting WebSocket $CoinbaseWebSocketEndpoint ...\")\n    ws = Http().singleWebSocketRequest(WebSocketRequest(CoinbaseWebSocketEndpoint), wsFlow())\n    ws._2.future.onComplete { e =>\n      log.info(s\"connection closed\")\n      context.self ! ConnectionClosed(getClass.getSimpleName)\n    }\n    connected = createConnected\n  }\n\n  def onStreamsRunning(): Unit = {\n    exchange ! AccountDataChannelInitialized()\n  }\n\n  def newLimitOrder(o: OrderRequest): Future[NewOrderAck] = {\n\n    def newLimitOrder(o: OrderRequest, serverTime: Double): Future[NewOrderAck] = {\n      val coinbaseTradepair = coinbaseTradePairsByTradePair(o.pair)\n\n      val size: String = formatDecimalWithFixPrecision(\n        \/\/ The size must be greater than the base_min_size for the product and no larger than the base_max_size\n        Math.max(coinbaseTradepair.baseMinSize,\n          alignToStepSizeCeil(o.amountBaseAsset, coinbaseTradepair.baseIncrement)), 8)\n\n      val price: String = formatDecimalWithFixPrecision(\n        alignToStepSizeNearest(o.limit, coinbaseTradepair.quoteIncrement), 8) \/\/ The price must be specified in quote_increment product units.\n\n      val requestBody: String = NewOrderRequestJson(\n        o.id.toString,\n        coinbaseTradePairsByTradePair(o.pair).id,\n        CoinbaseOrder.toString(OrderType.LIMIT),\n        CoinbaseOrder.toString(o.side),\n        size,\n        price).toJson.compactPrint\n\n      httpRequestJsonCoinbaseAccount[NewOrderResponseJson, String](\n        HttpMethods.POST, s\"$CoinbaseBaseRestEndpoint\/orders\", Some(requestBody), exchangeConfig.secrets, serverTime)\n        .map {\n          case Left(newOrderResponse) =>\n            exchange ! IncomingAccountData(Seq(newOrderResponse.toOrderUpdate(exchangeConfig.name, id => coinbaseTradePairsByProductId(id).toTradePair)))\n            newOrderResponse.toNewOrderAck(exchangeConfig.name, id => coinbaseTradePairsByProductId(id).toTradePair, o.id)\n          case Right(error) =>\n            log.error(s\"newLimitOrder(${o.shortDesc}) failed: $error\")\n            throw new RuntimeException()\n        } recover {\n        case e: Exception =>\n          log.error(s\"NewLimitOrder(${o.shortDesc}) failed. Request body:\\n$requestBody\\ncoinbaseTradePair:$coinbaseTradepair\\n\", e)\n          throw e\n      }\n    }\n\n    (for {\n      serverTime <- queryServerTime()\n      newOrderAck <- newLimitOrder(o, serverTime)\n    } yield newOrderAck) recover {\n      case e:Throwable =>\n        log.error(\"query serverTime\/newLimitOrder failed\", e)\n        throw e;\n    }\n  }\n\n  def cancelOrder(ref: OrderRef): Future[CancelOrderResult] = {\n\n    def cancelOrder(ref: OrderRef, serverTime: Double): Future[CancelOrderResult] = {\n      val productId: String = coinbaseTradePairsByTradePair(ref.pair).id\n      val uri = s\"$CoinbaseBaseRestEndpoint\/orders\/${ref.externalOrderId}?product_id=$productId\"\n      httpRequestCoinbaseAccount(\n        HttpMethods.DELETE,\n        uri,\n        None,\n        exchangeConfig.secrets,\n        serverTime\n      ) map {\n        case (statusCode, j) if statusCode.isSuccess() => CancelOrderResult(exchangeConfig.name, ref.pair, productId, success = true, orderUnknown = false, Some(s\"HTTP-$statusCode $j\"))\n        case (statusCode, j) =>\n          log.warn(s\"DELETE $uri failed with: $statusCode, $j\")\n          CancelOrderResult(exchangeConfig.name, ref.pair, productId, success = false, orderUnknown = true, Some(s\"HTTP-$statusCode $j\")) \/\/ TODO decode error message to check if reason = Order unknown. For now we always say orderUnknown=true here\n      }\n    }\n\n    for {\n      serverTime <- queryServerTime()\n      cancelOrderResult <- cancelOrder(ref, serverTime)\n    } yield cancelOrderResult\n  }\n\n  def deliverAccounts(): Unit = {\n\n    def queryAccounts(serverTime: Double, remainingTries:Int=3): Future[CompleteWalletUpdate] = {\n      httpRequestJsonCoinbaseAccount[Seq[CoinbaseAccountJson], ErrorMessageJson](HttpMethods.GET, s\"$CoinbaseBaseRestEndpoint\/accounts\", None, exchangeConfig.secrets, serverTime)\n        .map {\n          case Left(accounts) =>\n            CompleteWalletUpdate(\n              accounts\n                .map(_.toBalance)\n                .map(e => e.asset -> e)\n                .toMap\n            )\n          case Right(error) =>\n            if (error.message == \"ServiceUnavailable\" && remainingTries > 0) {\n              Await.result(\n                queryAccounts(serverTime, remainingTries - 1),\n                config.global.httpTimeout.mul(remainingTries).plus(500.millis)\n              )\n            } else {\n              log.error(s\"coinbase: queryAccounts() failed: ${error.message}\")\n              throw new RuntimeException()\n            }\n        }\n    }\n\n    (for {\n      serverTime <- queryServerTime()\n      accounts <- queryAccounts(serverTime)\n    } yield accounts) onComplete {\n      case Success(accounts) => exchange ! IncomingAccountData(Seq(accounts))\n      case Failure(e) => log.error(s\"query serverTime\/accounts failed\", e)\n    }\n  }\n\n  def init(): Unit = {\n    log.info(\"initializing Coinbase account data channel\")\n    try {\n      pullCoinbaseTradePairs()\n      connect()\n      if (config.tradeRoom.tradeSimulation) {\n        context.self ! DeliverAccounts()\n      } else {\n        timers.startTimerAtFixedRate(DeliverAccounts(), 1500.millis)\n      }\n    } catch {\n      case e: Exception => log.error(\"init failed\", e)\n    }\n  }\n\n  def postStop(): Unit = {\n    if (ws != null && !ws._2.isCompleted) ws._2.success(None)\n  }\n\n\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      \/\/ @formatter:off\n      case OnStreamsRunning()                      => onStreamsRunning()\n      case NewLimitOrder(o, replyTo)               => newLimitOrder(o).foreach(replyTo ! _)\n      case c: CancelOrder                          => handleCancelOrder(c)\n      case DeliverAccounts()                       => deliverAccounts()\n      \/\/ @formatter:on\n    }\n    this\n  }\n\n  override def onSignal: PartialFunction[Signal, Behavior[Command]] = {\n    case PostStop => postStop(); this\n  }\n\n  init()\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/HttpUtil.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/util\/HttpUtil.scala\npackage org.purevalue.arbitrage.util\n\nimport akka.actor.typed.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport org.purevalue.arbitrage.{GlobalConfig, Main}\nimport org.slf4j.LoggerFactory\nimport spray.json.{JsValue, JsonParser, JsonReader}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject HttpUtil {\n  private val log = LoggerFactory.getLogger(getClass)\n  private val globalConfig: GlobalConfig = Main.config().global\n\n  def httpGet(uri: String)\n             (implicit system: ActorSystem[_]): Future[HttpResponse] = {\n    Http().singleRequest(\n      HttpRequest(method = HttpMethods.GET, uri = uri)\n    )\n  }\n\n  private def readJsonResponse(response: HttpResponse)\n                              (implicit system: ActorSystem[_], executor: ExecutionContext): Future[(StatusCode, JsValue)] = {\n    if (!response.status.isSuccess()) log.warn(s\"$response\")\n    response.entity.toStrict(globalConfig.httpTimeout)\n      .map { r =>\n        r.contentType match {\n          case ContentTypes.`application\/json` => (response.status, JsonParser(r.data.utf8String))\n          case _ => throw new RuntimeException(s\"Non-Json message received:\\n${r.data.utf8String}\")\n        }\n      }\n  }\n\n  \/\/  def httpGetPureJson(uri: String)\n  \/\/                     (implicit system: ActorSystem[_], executor: ExecutionContext): Future[(StatusCode, JsValue)] = {\n  \/\/    httpGet(uri)\n  \/\/      .flatMap(readJsonResponse)\n  \/\/  }\n\n  \/\/  def httpGetJson[T, E](uri: String)\n  \/\/                       (implicit evidence1: JsonReader[T],\n  \/\/                        evidence2: JsonReader[E],\n  \/\/                        system: ActorSystem[_],\n  \/\/                        executor: ExecutionContext): Future[Either[T, E]] = {\n  \/\/    httpGetPureJson(uri)\n  \/\/      .map {\n  \/\/        case (statusCode, j) =>\n  \/\/          try {\n  \/\/            if (statusCode.isSuccess()) Left(j.convertTo[T])\n  \/\/            else Right(j.convertTo[E])\n  \/\/          } catch {\n  \/\/            case e: Exception => throw new RuntimeException(s\"GET $uri failed\", e)\n  \/\/          }\n  \/\/      }\n  \/\/  }\n  def httpGetJson[T, E](uri: String)\n                       (implicit evidence1: JsonReader[T], evidence2: JsonReader[E], system: ActorSystem[_], executor: ExecutionContext): Future[Either[T, E]] = {\n    httpJson[T, E](HttpMethods.GET, uri, HttpEntity.Empty)\n  }\n\n  def http(method: HttpMethod, uri: String, entity: RequestEntity)\n          (implicit system: ActorSystem[_]): Future[HttpResponse] = {\n    Http().singleRequest(\n      HttpRequest(\n        method = method,\n        uri = uri,\n        entity = entity\n      )\n    )\n  }\n\n  def httpPureJson(method: HttpMethod, uri: String, entity: RequestEntity)\n                  (implicit system: ActorSystem[_], executor: ExecutionContext):\n  Future[(StatusCode, JsValue)] = {\n    http(method, uri, entity)\n      .flatMap(readJsonResponse)\n  }\n\n  def httpJson[T, E](method: HttpMethod, uri: String, entity: RequestEntity)\n                    (implicit evidence1: JsonReader[T], evidence2: JsonReader[E], system: ActorSystem[_], executor: ExecutionContext): Future[Either[T, E]] = {\n    httpPureJson(method, uri, entity)\n      .map {\n        case (statusCode, j) =>\n          try {\n            if (statusCode.isSuccess()) Left(j.convertTo[T])\n            else Right(j.convertTo[E])\n          } catch {\n            case e: Exception => throw new RuntimeException(s\"${method.value} $uri failed\", e)\n          }\n      }\n  }\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/Exchange.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.{Duration, Instant}\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.adapter.{AccountDataChannel, PublicDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradeRoom.{OrderRef, OrderUpdateTrigger, TradeRoomJoined}\nimport org.purevalue.arbitrage.traderoom.TradeRoomInitCoordinator.StreamingStarted\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityBalancer.WorkingContext\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.{LiquidityLockClearance, LiquidityLockRequest}\nimport org.purevalue.arbitrage.traderoom.{Asset, CryptoValue, ExchangeInitStuff, Order, OrderRequest, OrderUpdate, TradePair, TradeRoom, TradeRoomInitCoordinator, TradeSide, exchange}\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.purevalue.arbitrage.util.{Emoji, InitSequence, InitStep, InitializationException, StaleDataException, WaitingFor}\nimport org.purevalue.arbitrage.{Config, ExchangeConfig, Main, UserRootGuardian}\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.duration.{DurationInt, FiniteDuration}\nimport scala.concurrent.{Await, ExecutionContextExecutor, Future}\nimport scala.util.{Failure, Success}\n\ncase class TickerSnapshot(exchange: String, ticker: Map[TradePair, Ticker])\ncase class DataTSSnapshot(exchange: String, heartbeatTS: Option[Instant], tickerTS: Option[Instant], orderBookTS: Option[Instant])\n\nobject Exchange {\n  def apply(exchangeName: String,\n            config: Config,\n            exchangeConfig: ExchangeConfig,\n            initStuff: ExchangeInitStuff):\n  Behavior[Message] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new Exchange(context, timers, exchangeName, config, exchangeConfig, initStuff)))\n  }\n\n  trait Message\n\n  case class StartAccountDataManager() extends Message\n  case class StartPublicDataChannel() extends Message\n  case class InitiatePioneerOrders() extends Message\n\n  case class IncomingPublicData(data: Seq[ExchangePublicStreamData]) extends Message\n  case class IncomingAccountData(data: Seq[ExchangeAccountStreamData]) extends Message\n  case class SimulatedAccountData(dataset: ExchangeAccountStreamData) extends Message\n\n  case class GetAllTradePairs(replyTo: ActorRef[TradeRoomInitCoordinator.Reply]) extends Message\n  case class GetTickerSnapshot(replyTo: ActorRef[TickerSnapshot]) extends Message\n  case class GetWallet(replyTo: ActorRef[Wallet]) extends Message\n  case class GetFullDataSnapshot(replyTo: ActorRef[TradeRoom.FullDataSnapshot]) extends Message\n  case class GetActiveOrders(replyTo: ActorRef[Map[OrderRef, Order]]) extends Message\n  case class GetWalletLiquidCrypto(replyTo: ActorRef[Seq[CryptoValue]]) extends Message\n\n  case class SetUsableTradePairs(tradeable: Set[TradePair], replyTo: ActorRef[TradeRoomInitCoordinator.UsableTradePairsSet]) extends Message\n  case class JoinTradeRoom(tradeRoom: ActorRef[TradeRoom.Message]) extends Message\n  case class RemoveActiveOrder(ref: OrderRef) extends Message\n  case class RemoveOrphanOrder(ref: OrderRef) extends Message\n\n  case class StartStreaming(replyTo: ActorRef[StreamingStarted]) extends Message\n  case class Initialized() extends Message\n  case class AccountDataChannelInitialized() extends Message\n  case class WalletUpdateTrigger() extends Message\n  case class PioneerOrderSucceeded() extends Message\n  case class PioneerOrderFailed(e: Throwable) extends Message\n  case class DataHouseKeeping() extends Message\n  case class LiquidityHouseKeeping() extends Message\n  case class LiquidityBalancerRunFinished() extends Message\n\n  case class CancelOrder(ref: OrderRef, replyTo: Option[ActorRef[CancelOrderResult]]) extends Message\n  case class CancelOrderResult(exchange: String,\n                               tradePair: TradePair,\n                               externalOrderId: String,\n                               success: Boolean,\n                               orderUnknown: Boolean = false,\n                               text: Option[String] = None) extends Message\n  case class NewLimitOrder(orderRequest: OrderRequest, replyTo: ActorRef[NewOrderAck]) extends Message\n  case class NewOrderAck(exchange: String, tradePair: TradePair, externalOrderId: String, orderId: UUID) { \/\/ answer to NewLimitOrder (done by *AccountDataChannel)\n    def toOrderRef: OrderRef = OrderRef(exchange, tradePair, externalOrderId)\n  }\n  case class ConvertValue(value: CryptoValue, targetAsset: Asset, replyTo: ActorRef[CryptoValue]) extends Message\n  case class GetPriceEstimate(pair: TradePair, replyTo: ActorRef[Double]) extends Message\n  case class DetermineRealisticLimit(pair: TradePair, side: TradeSide, quantity: Double, replyTo: ActorRef[Double]) extends Message\n}\n\nclass Exchange(context: ActorContext[Exchange.Message],\n               timers: TimerScheduler[Exchange.Message],\n               exchangeName: String,\n               config: Config,\n               exchangeConfig: ExchangeConfig,\n               initStuff: ExchangeInitStuff) extends AbstractBehavior[Exchange.Message](context) {\n\n  import Exchange._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  private case class ExchangePublicData(var ticker: Map[TradePair, Ticker],\n                                        var orderBook: Map[TradePair, OrderBook],\n                                        var stats24h: Map[TradePair, Stats24h],\n                                        var dataAge: DataAge)\n\n  private case class ExchangeAccountData(var wallet: Wallet,\n                                         var activeOrders: Map[OrderRef, Order])\n\n\n  private implicit val system: ActorSystem[UserRootGuardian.Reply] = Main.actorSystem\n  private implicit val executionContext: ExecutionContextExecutor = system.executionContext\n\n  private val publicData: ExchangePublicData = ExchangePublicData(Map(), Map(), Map(), DataAge(None, None, None))\n  private val accountData: ExchangeAccountData = ExchangeAccountData(\n    Wallet(exchangeName, exchangeConfig.doNotTouchTheseAssets, Map()),\n    Map())\n\n  private var liquidityHouseKeepingRunning: Boolean = false\n\n  private var tradeRoom: Option[ActorRef[TradeRoom.Message]] = None\n  private var liquidityBalancerRunTempActor: ActorRef[LiquidityBalancerRun.Command] = _\n\n  private var shutdownInitiated: Boolean = false\n\n  private var allTradePairs: Set[TradePair] = _\n\n  private var usableTradePairs: Set[TradePair] = _ \/\/ all trade pairs we need for calculations and trades\n  private var publicDataInquirer: ActorRef[PublicDataInquirer.Command] = _\n\n  private var liquidityManager: ActorRef[LiquidityManager.Command] = _\n  private var tradeSimulator: Option[ActorRef[AccountDataChannel.Command]] = None\n  private var publicDataChannel: ActorRef[PublicDataChannel.Event] = _\n  private var accountDataChannel: ActorRef[AccountDataChannel.Command] = _\n  private var pioneerOrderRunner: ActorRef[PioneerOrderRunner.Message] = _\n\n  def tradeSimulationMode: Boolean = config.tradeRoom.tradeSimulation\n\n  def startPublicDataChannel(): Unit = {\n    publicDataChannel = context.spawn(\n      initStuff.exchangePublicDataChannelProps(config.global, exchangeConfig, usableTradePairs, context.self, publicDataInquirer),\n      s\"${exchangeConfig.name}-PublicDataChannel\")\n  }\n\n  def initLiquidityManager(): Unit = {\n    liquidityManager = context.spawn(\n      LiquidityManager(\n        config,\n        exchangeConfig\n      ), s\"LiquidityManager-$exchangeName\"\n    )\n  }\n\n  var tickerCompletelyInitialized: Boolean = false\n  var orderBookCompletelyInitialized: Boolean = false\n  var stats24hCompletelyInitialized: Boolean = false\n  val exchangeStarted: Instant = Instant.now\n  var lastPublicDataInitLogged: Instant = Instant.now\n\n  \/**\n   * Waits 60s (config value) for init of at least 90% (config value) of all data pairs.\n   * Remaining pairs, that have not been initialized in this time are taken out of \"usableTradePairs\"\n   *\/\n  def publicDataChannelInitializedCheck(): Unit = {\n    if (!publicDataChannelInitialized.isArrived) {\n      var waitingList: ListBuffer[String] = ListBuffer()\n\n      if (!tickerCompletelyInitialized) {\n        tickerCompletelyInitialized = usableTradePairs.subsetOf(publicData.ticker.keySet)\n        waitingList += s\"tickers: ${usableTradePairs -- publicData.ticker.keySet}\"\n      }\n\n      if (exchangeConfig.deliversOrderBook && !orderBookCompletelyInitialized) {\n        orderBookCompletelyInitialized = usableTradePairs.subsetOf(publicData.orderBook.keySet)\n        waitingList += s\"order books: ${usableTradePairs -- publicData.orderBook.keySet}\"\n      }\n\n      if (exchangeConfig.deliversStats24h && !stats24hCompletelyInitialized) {\n        stats24hCompletelyInitialized = usableTradePairs.subsetOf(publicData.stats24h.keySet)\n        waitingList += s\"24h stats: ${usableTradePairs -- publicData.stats24h.keySet}\"\n      }\n\n      if (tickerCompletelyInitialized &&\n        (!exchangeConfig.deliversOrderBook || orderBookCompletelyInitialized) &&\n        (!exchangeConfig.deliversStats24h || stats24hCompletelyInitialized)) {\n        log.info(s\"[$exchangeName] public data channel initialized\")\n        publicDataChannelInitialized.arrived()\n      }\n      else {\n        if (Instant.now.isAfter(lastPublicDataInitLogged.plusSeconds(5))) {\n          log.info(s\"\"\"[$exchangeName] still waiting for ${waitingList.mkString(\",\")}\"\"\")\n          lastPublicDataInitLogged = Instant.now\n        }\n\n        if (Instant.now.isAfter(exchangeStarted.plus(exchangeConfig.tradePairsInitTimeout))) {\n          var pairsToRemove: Set[TradePair] = usableTradePairs -- publicData.ticker.keySet\n          if (exchangeConfig.deliversOrderBook) pairsToRemove ++= (usableTradePairs -- publicData.orderBook.keySet)\n          if (exchangeConfig.deliversStats24h) pairsToRemove ++= (usableTradePairs -- publicData.stats24h.keySet)\n\n          val tradePairsInitPortion = (usableTradePairs.size - pairsToRemove.size).toDouble \/ usableTradePairs.size\n          if (tradePairsInitPortion < exchangeConfig.tradePairsInitMinPortion) {\n            throw new InitializationException(s\"Only ${formatDecimal(tradePairsInitPortion * 100.0, 0, 0)}% \" +\n              s\"of all usable trade pairs were initialized in ${exchangeConfig.tradePairsInitTimeout.toSeconds}s. This is insufficient!\")\n          } else {\n            log.warn(s\"[$exchangeName] removing pairs from usable trade pairs due to limited init time: $pairsToRemove\")\n            usableTradePairs --= pairsToRemove\n            publicDataChannelInitialized.arrived()\n          }\n        }\n      }\n    }\n  }\n\n  def onPublicDataUpdated(): Unit = {\n    publicDataChannelInitializedCheck()\n  }\n\n  def checkIfBalanceIsSufficientForTrading(): Unit = {\n\n    def balanceSufficient: Boolean =\n      accountData.wallet.balance.contains(exchangeConfig.usdEquivalentCoin) &&\n        accountData.wallet.balance(exchangeConfig.usdEquivalentCoin).amountAvailable >= config.tradeRoom.pioneerOrderValueUSD &&\n        accountData.wallet.liquidCryptoValueSum(exchangeConfig.usdEquivalentCoin, publicData.ticker).amount >=\n          config.liquidityManager.minimumKeepReserveLiquidityPerAssetInUSD\n\n    val minRequiredBalance: Double = config.liquidityManager.minimumKeepReserveLiquidityPerAssetInUSD\n\n    if (!balanceSufficient) {\n      throw new RuntimeException(s\"Insufficient balance for trading on $exchangeName. \" +\n        s\"Expectation is to have at least ${config.tradeRoom.pioneerOrderValueUSD} ${exchangeConfig.usdEquivalentCoin.officialSymbol} \" +\n        s\"for the pioneer order \" +\n        s\"and a cumulated amount of at least $minRequiredBalance USD available for trading. \" +\n        s\"Wallet:\\n${accountData.wallet.balance.values.filter(_.amountAvailable > 0.0).mkString(\"\\n\")}\")\n    }\n  }\n\n\n  def startAccountDataManager(): Unit = {\n    if (shutdownInitiated) return\n    if (exchangeConfig.secrets.apiKey.isEmpty || exchangeConfig.secrets.apiSecretKey.isEmpty) {\n      throw new RuntimeException(s\"Can not start AccountDataManager for exchange $exchangeName because API-Key is not set\")\n    } else {\n      accountDataChannel = context.spawn(\n        initStuff.exchangeAccountDataChannelProps(config, exchangeConfig, context.self, publicDataInquirer),\n        s\"${exchangeConfig.name}.AccountDataChannel\")\n\n      if (tradeSimulationMode) {\n        tradeSimulator = Some(context.spawn(\n          TradeSimulator(config.global, exchangeConfig, context.self),\n          s\"TradeSimulator-$exchangeName\"))\n      }\n    }\n  }\n\n  def initiatePioneerOrders(): Unit = {\n    pioneerOrderRunner = context.spawn(\n      PioneerOrderRunner(\n        config,\n        exchangeConfig,\n        context.self),\n      s\"PioneerOrderRunner-$exchangeName\")\n  }\n\n  def joinTradeRoom(j: JoinTradeRoom): Unit = {\n    this.tradeRoom = Some(j.tradeRoom)\n    initLiquidityManager()\n    joinedTradeRoom.arrived()\n  }\n\n  def switchToInitializedMode(): Unit = {\n    timers.startTimerAtFixedRate(DataHouseKeeping(), 1.minute)\n    Future {\n      concurrent.blocking {\n        Thread.sleep(90000) \/\/ delay start\n        timers.startTimerWithFixedDelay(LiquidityHouseKeeping(), 30.seconds)\n      }\n    }\n    log.info(s\"${Emoji.Excited}  [$exchangeName] completely initialized and running\")\n\n    context.self ! Initialized()\n  }\n\n  val accountDataChannelInitialized: WaitingFor = WaitingFor()\n  val publicDataChannelInitialized: WaitingFor = WaitingFor()\n  val walletInitialized: WaitingFor = WaitingFor()\n  val pioneerOrdersSucceeded: WaitingFor = WaitingFor()\n  val joinedTradeRoom: WaitingFor = WaitingFor()\n\n  def startStreaming(replyTo: ActorRef[TradeRoomInitCoordinator.StreamingStarted]): Unit = {\n    val maxWaitTime = config.global.internalCommunicationTimeoutDuringInit.duration\n    val pioneerOrderMaxWaitTime: FiniteDuration = maxWaitTime.plus(FiniteDuration(config.tradeRoom.maxOrderLifetime.toMillis, TimeUnit.MILLISECONDS))\n    val self = context.self\n    val initSequence = new InitSequence(\n      log,\n      exchangeName,\n      List(\n        InitStep(\"start account-data-manager\", () => self ! StartAccountDataManager()),\n        InitStep(\"start public-data-channel\", () => self ! StartPublicDataChannel()),\n        InitStep(\"wait until account-data-channel initialized\", () => accountDataChannelInitialized.await(maxWaitTime)),\n        InitStep(\"wait until wallet data arrives\", () => { \/\/ wait another 2 seconds for all wallet entries to arrive (bitfinex)\n          walletInitialized.await(maxWaitTime)\n          Thread.sleep(2000)\n        }),\n        InitStep(\"wait until public-data-channel initialized\", () => publicDataChannelInitialized.await(maxWaitTime)),\n        InitStep(\"check if balance is sufficient for trading\", () => checkIfBalanceIsSufficientForTrading()),\n        InitStep(\"warmup channels for 3 seconds\", () => Thread.sleep(3000)),\n        InitStep(s\"initiate pioneers\", () => self ! InitiatePioneerOrders()),\n        InitStep(\"waiting for pioneer orders to succeed\", () => pioneerOrdersSucceeded.await(pioneerOrderMaxWaitTime)),\n        InitStep(\"send streaming-started\", () => replyTo ! StreamingStarted(exchangeName)),\n        InitStep(\"wait until joined trade-room\", () => joinedTradeRoom.await(maxWaitTime * 3))\n      ))\n\n    Future(initSequence.run()).onComplete {\n      case Success(_) => switchToInitializedMode()\n      case Failure(e) =>\n        val msg = s\"[$exchangeName] Init sequence failed\"\n        throw new RuntimeException(msg, e)\n    }\n  }\n\n  def setUsableTradePairs(tradePairs: Set[TradePair]): Unit = {\n    usableTradePairs = tradePairs\n    log.info(s\"\"\"[$exchangeName] usable trade pairs: ${tradePairs.toSeq.sortBy(_.toString).mkString(\", \")}\"\"\")\n  }\n\n\n  def init(): Unit = {\n    log.info(s\"Initializing Exchange $exchangeName\" +\n      s\"${if (tradeSimulationMode) \" in TRADE-SIMULATION mode\" else \"\"}\" +\n      s\"${if (exchangeConfig.doNotTouchTheseAssets.nonEmpty) s\" (DoNotTouch: ${exchangeConfig.doNotTouchTheseAssets.mkString(\", \")})\" else \"\"}\")\n\n    publicDataInquirer = context.spawn(\n      initStuff.exchangePublicDataInquirerProps(config.global, exchangeConfig),\n      s\"PublicDataInquirer-$exchangeName\")\n\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    allTradePairs = Await.result(\n      publicDataInquirer.ask(ref => PublicDataInquirer.GetAllTradePairs(ref)),\n      timeout.duration.plus(500.millis)\n    )\n    log.info(s\"\"\"[$exchangeName] All trade pairs: ${allTradePairs.toSeq.sorted.mkString(\", \")}\"\"\")\n  }\n\n  override def onMessage(message: Message): Behavior[Message] = message match {\n    \/\/ @formatter:off\n    case StartAccountDataManager()                => startAccountDataManager(); Behaviors.same\n    case StartPublicDataChannel()                 => startPublicDataChannel(); Behaviors.same\n    case InitiatePioneerOrders()                  => initiatePioneerOrders(); Behaviors.same\n\n    case IncomingPublicData(data)                 => applyPublicDataset(data); Behaviors.same\n    case IncomingAccountData(data)                => data.foreach(applyAccountData); Behaviors.same\n    case SimulatedAccountData(dataset)            => applySimulatedAccountData(dataset); Behaviors.same\n\n    case o: NewLimitOrder                         => onNewLimitOrder(o); Behaviors.same\n    case c: CancelOrder                           => onCancelOrder(c); Behaviors.same \/\/ needed for pioneer order runner\n\n    case WalletUpdateTrigger()                    => if (!walletInitialized.isArrived) walletInitialized.arrived(); Behaviors.same\n\n    case SetUsableTradePairs(tradePairs, replyTo) =>\n      setUsableTradePairs(tradePairs)\n      replyTo ! TradeRoomInitCoordinator.UsableTradePairsSet(exchangeName)\n      Behaviors.same\n\n    case RemoveActiveOrder(ref)                   => accountData.activeOrders = accountData.activeOrders - ref; Behaviors.same\n    case StartStreaming(replyTo)                  => startStreaming(replyTo); Behaviors.same\n    case AccountDataChannelInitialized()          => accountDataChannelInitialized.arrived(); Behaviors.same\n    case PioneerOrderSucceeded()                  => pioneerOrdersSucceeded.arrived(); Behaviors.same\n    case PioneerOrderFailed(e)                    => log.error(s\"[$exchangeName] Pioneer order failed\", e); stop()\n\n    case GetAllTradePairs(replyTo)                => replyTo ! TradeRoomInitCoordinator.AllTradePairs(exchangeName, allTradePairs); Behaviors.same\n    case GetActiveOrders(replyTo)                 => replyTo ! accountData.activeOrders; Behaviors.same\n    case GetPriceEstimate(tradePair, replyTo)     => replyTo ! publicData.ticker(tradePair).priceEstimate; Behaviors.same\n    case GetWalletLiquidCrypto(replyTo)           =>\n      replyTo ! accountData.wallet.liquidCryptoValues(exchangeConfig.usdEquivalentCoin, publicData.ticker)\n      Behaviors.same\n\n    case GetTickerSnapshot(replyTo)               => replyTo ! TickerSnapshot(exchangeName, publicData.ticker); Behaviors.same\n    case ConvertValue(value, target, replyTo)     => replyTo ! value.convertTo(target, publicData.ticker); Behaviors.same\n\n    case DetermineRealisticLimit(pair, side, quantity, replyTo) =>\n      replyTo ! determineRealisticLimit(pair, side, quantity)\n      Behaviors.same\n\n    case j: JoinTradeRoom                         => joinTradeRoom(j); Behaviors.same\n    case Initialized()                            => tradeRoom.get ! TradeRoomJoined(exchangeName); Behaviors.receiveMessage(initializedModeReceive)\n    \/\/ @formatter:on\n  }\n\n  def checkValidity(o: OrderRequest): Unit = {\n    if (exchangeConfig.doNotTouchTheseAssets.contains(o.pair.baseAsset)\n      || exchangeConfig.doNotTouchTheseAssets.contains(o.pair.quoteAsset))\n      throw new IllegalArgumentException(\"Order with DO-NOT-TOUCH asset\")\n  }\n\n  def onNewLimitOrder(o: NewLimitOrder): Unit = {\n    if (shutdownInitiated) return\n    checkValidity(o.orderRequest)\n    val forwardMsg = AccountDataChannel.NewLimitOrder(o.orderRequest, o.replyTo)\n    if (tradeSimulationMode) tradeSimulator.get ! forwardMsg\n    else accountDataChannel ! forwardMsg\n  }\n\n  \/\/ TODO remove order from accountData.activeOrders when order does not exist on exchange\n  \/\/       case Success(result) if result.orderUnknown =>\n  \/\/          accountData.activeOrders = accountData.activeOrders - c.ref \/\/ when order did not exist on exchange, we remove it here too\n  def onCancelOrder(c: CancelOrder): Unit = {\n    if (accountData.activeOrders.contains(c.ref)) {\n      val forwardMsg = AccountDataChannel.CancelOrder(c.ref, c.replyTo)\n      if (tradeSimulationMode) tradeSimulator.get ! forwardMsg\n      else accountDataChannel ! forwardMsg\n    } else {\n      log.debug(s\"[$exchangeName] onCancelOrder($c): order already gone\")\n    }\n  }\n\n  def guardedRetry(e: ExchangePublicStreamData): Unit = {\n    if (e.applyDeadline.isEmpty) e.applyDeadline = Some(Instant.now.plus(e.MaxApplyDelay))\n    if (Instant.now.isAfter(e.applyDeadline.get)) {\n      log.warn(s\"ignoring update [timeout] $e\")\n    } else {\n      log.debug(s\"scheduling retry of $e\")\n      context.pipeToSelf(\n        Future {\n          concurrent.blocking {\n            Thread.sleep(20)\n            IncomingPublicData(Seq(e))\n          }\n        })(_)\n    }\n  }\n\n  private def applyPublicDataset(data: Seq[ExchangePublicStreamData]): Unit = data.foreach {\n    case h: Heartbeat =>\n      publicData.dataAge = publicData.dataAge.withHeartBeatTS(h.ts)\n\n    case t: Ticker =>\n      publicData.ticker = publicData.ticker.updated(t.pair, t)\n      publicData.dataAge = publicData.dataAge.withTickerTS(Instant.now)\n      onPublicDataUpdated()\n\n    case b: OrderBook =>\n      publicData.orderBook = publicData.orderBook.updated(b.pair, b)\n      publicData.dataAge = publicData.dataAge.withOrderBookTS(Instant.now)\n      onPublicDataUpdated()\n\n    case b: OrderBookUpdate =>\n      val book: Option[OrderBook] = publicData.orderBook.get(b.pair)\n      if (book.isEmpty) {\n        guardedRetry(b)\n      } else {\n        if (book.get.exchange != b.exchange) throw new IllegalArgumentException\n        val newBids: Map[Double, Bid] =\n          (book.get.bids -- b.bidUpdates.filter(_.quantity == 0.0).map(_.price)) ++ b.bidUpdates.filter(_.quantity != 0.0).map(e => e.price -> e)\n        val newAsks: Map[Double, Ask] =\n          (book.get.asks -- b.askUpdates.filter(_.quantity == 0.0).map(_.price)) ++ b.askUpdates.filter(_.quantity != 0.0).map(e => e.price -> e)\n\n        publicData.orderBook = publicData.orderBook.updated(b.pair, OrderBook(book.get.exchange, book.get.pair, newBids, newAsks))\n        publicData.dataAge = publicData.dataAge.withOrderBookTS(Instant.now)\n      }\n\n    case v: Stats24h =>\n      publicData.stats24h = publicData.stats24h.updated(v.pair, v)\n      onPublicDataUpdated()\n  }\n\n  private def guardedRetry(e: ExchangeAccountStreamData): Unit = {\n    if (e.applyDeadline.isEmpty) e.applyDeadline = Some(Instant.now.plus(e.MaxApplyDelay))\n    if (Instant.now.isAfter(e.applyDeadline.get)) {\n      log.debug(s\"ignoring update [timeout] $e\")\n    } else {\n      log.debug(s\"scheduling retry of $e\")\n      context.pipeToSelf(\n        Future(concurrent.blocking {\n          Thread.sleep(20)\n          IncomingAccountData(Seq(e))\n        }))(_)\n    }\n  }\n\n  private def applyAccountData(data: ExchangeAccountStreamData): Unit = {\n    if (log.isTraceEnabled) log.trace(s\"applying incoming $data\")\n\n    data match {\n      case w: WalletBalanceUpdate =>\n        val balance = accountData.wallet.balance.map {\n          case (a: Asset, b: Balance) if a == w.asset =>\n            (a, Balance(b.asset, b.amountAvailable + w.amountDelta, b.amountLocked))\n          case (a: Asset, b: Balance) => (a, b)\n        }.filterNot(e => e._2.amountAvailable == 0.0 && e._2.amountLocked == 0.0)\n          .filterNot(e => exchangeConfig.assetBlocklist.contains(e._1))\n        accountData.wallet = accountData.wallet.withBalance(balance)\n        context.self ! WalletUpdateTrigger()\n\n      case w: WalletAssetUpdate =>\n        val balance = (accountData.wallet.balance ++ w.balance)\n          .filterNot(e => e._2.amountAvailable == 0.0 && e._2.amountLocked == 0.0)\n          .filterNot(e => exchangeConfig.assetBlocklist.contains(e._1))\n        accountData.wallet = accountData.wallet.withBalance(balance)\n        context.self ! WalletUpdateTrigger()\n\n      case w: CompleteWalletUpdate =>\n        val balance = w.balance\n          .filterNot(e => e._2.amountAvailable == 0.0 && e._2.amountLocked == 0.0)\n          .filterNot(e => exchangeConfig.assetBlocklist.contains(e._1))\n        if (balance != accountData.wallet.balance) { \/\/ we get snapshots delivered here, so updates are needed only, when something changed\n          accountData.wallet = accountData.wallet.withBalance(balance)\n          context.self ! WalletUpdateTrigger()\n        }\n\n      case o: OrderUpdate =>\n        val ref = OrderRef(exchangeConfig.name, o.pair, o.externalOrderId)\n        if (accountData.activeOrders.contains(ref)) {\n          accountData.activeOrders(ref).applyUpdate(o)\n        } else {\n          if (o.orderType.isDefined) {\n            accountData.activeOrders = accountData.activeOrders.updated(ref, o.toOrder)\n          } else {\n            \/\/ better wait for initial order update before applying this one\n            guardedRetry(o)\n          }\n        }\n\n        if (tradeRoom.isDefined) tradeRoom.get ! OrderUpdateTrigger(ref)\n\n      case _ => throw new NotImplementedError\n    }\n  }\n\n  def applySimulatedAccountData(dataset: ExchangeAccountStreamData): Unit = {\n    if (!config.tradeRoom.tradeSimulation) throw new RuntimeException\n    log.trace(s\"Applying simulation data ...\")\n    applyAccountData(dataset)\n  }\n\n  \/**\n   * Will trigger a restart of the TradeRoom if stale data is found\n   *\/\n  def checkIfWeHaveStalePublicData(): Boolean = {\n    val lastSeen: Instant = publicData.dataAge.latest\n    if (Duration.between(lastSeen, Instant.now).compareTo(config.tradeRoom.restarWhenDataStreamIsOlderThan) > 0) {\n      val msg = s\"[$exchangeName] public data is outdated!\"\n      log.error(msg) \/\/ TODO check if we need to log here too. Better only the exception get caught and logged\n      throw new StaleDataException(msg)\n    } else false\n  }\n\n  def dataHouseKeeping(): Unit = {\n    checkIfWeHaveStalePublicData()\n  }\n\n  def liquidityHouseKeeping(): Unit = {\n    if (liquidityHouseKeepingRunning) return\n    liquidityHouseKeepingRunning = true\n\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n\n    val f1 = liquidityManager.ask(ref => LiquidityManager.GetState(ref))\n    val f2 = tradeRoom.get.ask(ref => TradeRoom.GetReferenceTicker(ref))\n    Await.result(for {\n      lmState <- f1\n      referenceTicker <- f2\n    } yield (lmState, referenceTicker.ticker),\n      config.global.internalCommunicationTimeout.duration\n    ) match {\n      case (lmState, referenceTicker) =>\n        val wc = WorkingContext(\n          publicData.ticker,\n          referenceTicker,\n          publicData.orderBook,\n          accountData.wallet.balance.map(e => e._1 -> e._2),\n          lmState.liquidityDemand,\n          lmState.liquidityLocks)\n\n        liquidityBalancerRunTempActor = context.spawn(\n          LiquidityBalancerRun(config, exchangeConfig, usableTradePairs, context.self, tradeRoom.get, wc),\n          s\"${exchangeConfig.name}-liquidity-balancer-run\")\n    }\n  }\n\n  def stop(): Behavior[Message] = {\n    shutdownInitiated = true\n    Behaviors.stopped\n  }\n\n  def removeOrphanOrder(ref: OrderRef): Unit = {\n    val order = accountData.activeOrders.get(ref)\n    accountData.activeOrders = accountData.activeOrders - ref\n    if (order.isDefined) {\n      log.info(s\"[$exchangeName] cleaned up orphan finished order ${\n        order.get\n      }\")\n    }\n  }\n\n  def determineRealisticLimit(pair: TradePair, side: TradeSide, quantity: Double): Double = {\n    exchange.determineRealisticLimit(\n      pair,\n      side,\n      quantity,\n      config.liquidityManager.orderbookBasedTxLimitQuantityOverbooking,\n      config.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit,\n      publicData.ticker,\n      publicData.orderBook)\n  }\n\n  def exchangeDataSnapshot: TradeRoom.FullDataSnapshot =\n    TradeRoom.FullDataSnapshot(\n      exchangeName,\n      usableTradePairs,\n      publicData.ticker,\n      publicData.orderBook,\n      publicData.stats24h,\n      publicData.dataAge,\n      accountData.wallet\n    )\n\n\n  def initializedModeReceive(message: Message): Behavior[Message] = {\n    message match {\n      \/\/ @formatter:off\n      case IncomingPublicData(data)        => applyPublicDataset(data)\n      case IncomingAccountData(data)       => data.foreach(applyAccountData)\n      case SimulatedAccountData(dataset)   => applySimulatedAccountData(dataset)\n\n      case _: WalletUpdateTrigger          => \/\/ currently unused\n\n      case m: NewLimitOrder                => onNewLimitOrder(m)\n      case m: CancelOrder                  => onCancelOrder(m)\n      case m: LiquidityLockRequest         => liquidityManager ! m.withWallet(accountData.wallet)\n      case m: LiquidityLockClearance       => liquidityManager ! m\n      case RemoveActiveOrder(ref)          => accountData.activeOrders = accountData.activeOrders - ref\n      case RemoveOrphanOrder(ref)          => removeOrphanOrder(ref)\n\n      case GetTickerSnapshot(replyTo)      => replyTo ! TickerSnapshot(exchangeName, publicData.ticker)\n      case GetWallet(replyTo)              => replyTo ! accountData.wallet\n      case GetActiveOrders(replyTo)        => replyTo ! accountData.activeOrders\n      case GetFullDataSnapshot(replyTo)    => replyTo ! exchangeDataSnapshot\n\n      case AccountDataChannelInitialized() => log.info(s\"[$exchangeName] account data channel re-initialized\")\n\n      case DataHouseKeeping()              => dataHouseKeeping()\n      case LiquidityHouseKeeping()         => liquidityHouseKeeping()\n      case LiquidityBalancerRunFinished()  => liquidityHouseKeepingRunning = false\n      \/\/ @formatter:on\n    }\n\n    Behaviors.same\n  }\n\n  init()\n\n\n  \/\/  override val supervisorStrategy: OneForOneStrategy = {\n  \/\/    OneForOneStrategy(maxNrOfRetries = 10, withinTimeRange = 5.minutes, loggingEnabled = true) {\n  \/\/      \/\/ @formatter:off\n\/\/      case _: ActorKilledException => Restart\n\/\/      case _: Exception            => Escalate\n\/\/      \/\/ @formatter:on\n  \/\/    }\n  \/\/  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/LiquidityBalancer.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport java.util.UUID\n\nimport org.purevalue.arbitrage.traderoom.TradeSide.{Buy, Sell}\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityBalancer.{LiquidityTransfer, WorkingContext}\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.{LiquidityLock, UniqueDemand}\nimport org.purevalue.arbitrage.traderoom.{Asset, CryptoValue, OrderRequest, TradePair, TradeSide}\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.purevalue.arbitrage.{Config, ExchangeConfig}\nimport org.slf4j.LoggerFactory\n\nimport scala.annotation.tailrec\n\ntrait LBStatisticEvent {\n  def exchange: String\n}\ncase class NoManufacturingOptionAvailable(exchange: String, demandAsset: Asset) extends LBStatisticEvent\ncase class NoGoodManufacturingOptionAvailable(exchange: String, demandAsset: Asset) extends LBStatisticEvent\ncase class LiquidityRebalanceCurrentlyLossy(exchange: String, source: Asset, destination: Asset) extends LBStatisticEvent\n\nobject LiquidityBalancerStats {\n  private val log = LoggerFactory.getLogger(getClass)\n  private var stats: Map[LBStatisticEvent, Int] = Map()\n\n  def inc(e: LBStatisticEvent): Unit = {\n    stats.synchronized {\n      stats = stats.updated(e, stats.getOrElse(e, 0) + 1)\n    }\n  }\n\n  def logStats(): Unit = {\n    log.info(\n      s\"\"\"LiquidityBalancer statistic:\n         |${stats.mkString(\"\\n\")}\"\"\".stripMargin)\n  }\n}\n\nobject LiquidityBalancer {\n  case class WorkingContext(ticker: Map[TradePair, Ticker],\n                            referenceTicker: Map[TradePair, Ticker],\n                            orderBook: Map[TradePair, OrderBook],\n                            balanceSnapshot: Map[Asset, Balance],\n                            liquidityDemand: Map[String, UniqueDemand],\n                            liquidityLocks: Map[UUID, LiquidityLock])\n\n  case class LiquidityTransfer(pair: TradePair, side: TradeSide, buckets: Int, quantity: Double, limit: Double, exchangeRateRating: Double) {\n    def supplyAsset: Asset = if (side == Buy) pair.quoteAsset else pair.baseAsset\n\n    def sinkAsset: Asset = if (side == Buy) pair.baseAsset else pair.quoteAsset\n  }\n}\nclass LiquidityBalancer(val config: Config,\n                        val exchangeConfig: ExchangeConfig,\n                        val tradePairs: Set[TradePair],\n                        val wc: WorkingContext) {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  \/\/ tx granularity = asset's bucket size\n  def bucketSize(asset: Asset): Double =\n    CryptoValue(exchangeConfig.usdEquivalentCoin, config.liquidityManager.txValueGranularityInUSD)\n      .convertTo(asset, wc.ticker)\n      .amount\n\n  def toSupplyBuckets(asset: Asset,\n                      amount: Double): Int =\n    Math.max(0, (amount \/ bucketSize(asset)).round.toInt - 1)\n\n  def toBucketsRound(asset: Asset,\n                     amount: Double): Int =\n    (amount \/ bucketSize(asset)).round.toInt\n\n  def toBucketsCeil(asset: Asset, amount: Double): Int = {\n    (amount \/ bucketSize(asset)).ceil.toInt\n  }\n\n  def toBucketsFloor(asset: Asset, amount: Double): Int = {\n    (amount \/ bucketSize(asset)).floor.toInt\n  }\n\n  def createOrders(transfers: Iterable[LiquidityTransfer]): Iterable[OrderRequest] = {\n    transfers.map(e =>\n      OrderRequest(UUID.randomUUID(), None, exchangeConfig.name, e.pair, e.side, exchangeConfig.feeRate, e.quantity, e.limit))\n  }\n\n  \/\/ (demand - supply) & greater than zero\n  \/\/ demand-buckets = (amount \/ tx-granularity-of-asset).round + 1\n  def calcUnsatisfiedDemand: Map[Asset, Int] = {\n    val pureDemand: Map[Asset, Double] = wc.liquidityDemand.values\n      .map(e => (e.asset, e.amount))\n      .groupBy(_._1)\n      .map(e => e._1 -> e._2.map(_._2).sum)\n\n    pureDemand.map {\n      case (asset, pureDemand) =>\n        val resultingDemand: Double = pureDemand - wc.balanceSnapshot.get(asset).map(_.amountAvailable).getOrElse(0.0)\n        val demandBuckets: Int = if (resultingDemand <= 0.0) 0 else (resultingDemand \/ bucketSize(asset)).round.toInt + 1\n        (asset, demandBuckets)\n    }\n  }\n\n  \/\/ (supply - max(demand, lock)) & greater-than-zero\n  \/\/ supply-buckets = (amount \/ tx-granularity-of-asset).round - 1\n  def calcPureSupplyOverhead: Map[Asset, Int] = {\n    wc.balanceSnapshot\n      .filterNot(_._1.isFiat)\n      .filterNot(e => exchangeConfig.doNotTouchTheseAssets.contains(e._1))\n      .map {\n        case (asset, balance) =>\n          val demand: Double = wc.liquidityDemand.values.find(_.asset == asset).map(_.amount).getOrElse(0.0)\n          val locked: Double = wc.liquidityLocks.values.flatMap(_.coins).filter(_.asset == asset).map(_.amount).sum\n          val overheadAmount: Double = balance.amountAvailable - Math.max(demand, locked)\n          val overheadBuckets: Int = toSupplyBuckets(asset, overheadAmount)\n          (asset, overheadBuckets)\n      }.filter(_._2 > 0.0)\n  }\n\n  def tradePairAndSide(source: Asset, destination: Asset): (TradePair, TradeSide) = {\n    \/\/ @formatter:off\n    tradePairs.find(e => e.baseAsset == destination && e.quoteAsset == source) match {\n      case Some(pair) => (pair, Buy)\n      case None       => (TradePair(source, destination), Sell)\n    } \/\/ @formatter:on\n  }\n\n  \/**\n   * Determines remaining supply = supply minus all transfers from that supply.\n   * Will throw an IllegalArgumentException if one transfer adds a bucket to supply\n   *\/\n  def calcRemainingSupply(supply: Map[Asset, Int],\n                          transfers: Iterable[LiquidityTransfer]): Map[Asset, Int] = {\n    var result = supply\n    for (t <- transfers) {\n      if (supply.contains(t.sinkAsset)) throw new IllegalArgumentException(s\"supply $supply contains transfer target asset ${t.sinkAsset.officialSymbol}. Transfers: $transfers\")\n      if (!supply.contains(t.supplyAsset)) throw new IllegalArgumentException(s\"transfer $t not covered by supply: $supply\")\n\n      result = result(t.supplyAsset) - t.buckets match {\n        case tooLow: Int if tooLow < 0 => throw new IllegalArgumentException(s\"found negative supply left\")\n        case zero: Int if zero == 0 => result - t.supplyAsset\n        case remainingBuckets: Int => result.updated(t.supplyAsset, remainingBuckets)\n      }\n    }\n    result\n  }\n\n  \/**\n   * Fill unsatisfied-demands (in order) using supply-overhead:\n   * <pre>\n   * [1] when there is a trade pair available\n   * [2] and when exchange-rate is acceptable\n   * [3] then use one with the best exchange rate rating\n   * [4] if multiple options are left, use non-reserve-assets first (any), then use reserve-assets (in reverse order)\n   * <\/pre>\n   *\n   * @return total number of (possible) transactions (in buckets) to satisfy the demand\n   *\/\n  def fillDemand(purpose: String,\n                 unsatisfiedDemand: List[(Asset, Int)],\n                 supplyOverhead: Map[Asset, Int]): List[LiquidityTransfer] = {\n    \/**\n     * @return a number indicating the asset's preference level regarding option [4]\n     *         a higher preference-level is preferred over a lower one\n     *\/\n    def sourceAssetPreference(asset: Asset): Int = {\n      if (exchangeConfig.reserveAssets.contains(asset)) {\n        exchangeConfig.reserveAssets.indexOf(asset) \/\/ position of reserve asset\n      } else {\n        exchangeConfig.reserveAssets.size \/\/ one number above reserve assets for any non-reserve asset\n      }\n    }\n\n    \/**\n     * @return <pre>\n     *         (remainingDemandBuckets:Int,\n     *         remainingSupply:Map[Asset,Int],\n     *         transfer:Option[LiquidityBucketTransfer])<\/pre>\n     *\/\n    def findTransfer(demandAsset: Asset,\n                     demandBuckets: Int,\n                     supply: Map[Asset, Int]):\n    (Int, Map[Asset, Int], Option[LiquidityTransfer]) = {\n\n      if (demandBuckets == 0) return (demandBuckets, supply, None)\n\n      val theoreticalTransferOptions =\n        supply\n          .filter(_._1.canConvertDirectlyTo(demandAsset, tradePairs)) \/\/ transfer possible\n          .map(e => {\n            val (pair, side) = tradePairAndSide(e._1, demandAsset)\n            val buckets: Int = Math.min(demandBuckets, e._2)\n            val quantity: Double = buckets * bucketSize(pair.baseAsset)\n            val limit = determineRealisticLimit(\n              pair, side, quantity,\n              config.liquidityManager.orderbookBasedTxLimitQuantityOverbooking,\n              config.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit, wc.ticker, wc.orderBook)\n\n            val exchangeRateRating: Double = localExchangeRateRating(pair, side, limit, wc.referenceTicker)\n            LiquidityTransfer(pair, side, buckets, quantity, limit, exchangeRateRating)\n          })\n\n      theoreticalTransferOptions match {\n        case o if o.isEmpty =>\n          log.debug(s\"[${exchangeConfig.name}] No manufacturing option available for $demandAsset. Supply was: $supply\")\n          LiquidityBalancerStats.inc(NoManufacturingOptionAvailable(exchangeConfig.name, demandAsset))\n          (demandBuckets, supply, None)\n\n        \/\/ check if rating is above loss limit\n        case o => o.filter(_.exchangeRateRating >= -config.liquidityManager.maxAcceptableExchangeRateLossVersusReferenceTicker) match {\n          case o if o.isEmpty =>\n            LiquidityBalancerStats.inc(NoGoodManufacturingOptionAvailable(exchangeConfig.name, demandAsset))\n            log.debug(s\"[${exchangeConfig.name}] No good manufacturing option available for $demandAsset. Supply was: $supply\")\n            (demandBuckets, supply, None)\n\n          case transferOptions =>\n            val bestRating = transferOptions.map(_.exchangeRateRating).max\n            val BestRatingEquivalenceLevel = 0.00001\n            val transfer = transferOptions\n              .filter(_.exchangeRateRating >= bestRating - BestRatingEquivalenceLevel)\n              .maxBy(e => sourceAssetPreference(e.supplyAsset))\n            (demandBuckets - transfer.buckets, calcRemainingSupply(supply, Seq(transfer)), Some(transfer))\n        }\n      }\n    }\n\n    \/**\n     * @return (remainingDemand, remainingSupply, transfer)\n     *\/\n    @tailrec\n    def findNextTransfer(demand: List[(Asset, Int)],\n                         supply: Map[Asset, Int]):\n    (List[(Asset, Int)], Map[Asset, Int], Option[LiquidityTransfer]) = {\n\n      if (demand.isEmpty) (demand, supply, None)\n      else\n        findTransfer(demand.head._1, demand.head._2, supply) match {\n          case (_, _, None) => findNextTransfer(demand.tail, supply)\n          case (remainingDemandBuckets: Int, rs: Map[Asset, Int], Some(t: LiquidityTransfer)) if remainingDemandBuckets == 0 =>\n            (demand.tail, rs, Some(t))\n          case (remainingDemandBuckets: Int, rs: Map[Asset, Int], Some(t: LiquidityTransfer)) =>\n            ((demand.head._1, remainingDemandBuckets) :: demand.tail, rs, Some(t))\n        }\n    }\n\n    if (log.isDebugEnabled) log.debug(s\"[${exchangeConfig.name}] [$purpose] fillDemand(unsatisfiedDemand:$unsatisfiedDemand, supplyOverhead:$supplyOverhead)\")\n\n    findNextTransfer(unsatisfiedDemand, supplyOverhead) match {\n      case (_, _, None) => Nil\n      case (remainingDemand, remainingSupply, Some(transfer)) => transfer :: fillDemand(purpose, remainingDemand, remainingSupply)\n    }\n  }\n\n  \/**\n   * Remaining final supply overhead with respect to minKeepReserveBuckets\n   *\/\n  def calcFinalSupplyOverhead(supplyOverhead: Map[Asset, Int],\n                              minimumKeepReserveAssetBuckets: Int): Map[Asset, Int] = {\n    supplyOverhead\n      .map { \/\/ @formatter:off\n        case (asset, buckets) if exchangeConfig.reserveAssets.contains(asset) => (asset, Math.max(0, buckets - minimumKeepReserveAssetBuckets))\n        case (asset, buckets)                                                 => (asset, buckets)\n      } \/\/ @formatter:on\n      .filter(_._2 != 0)\n  }\n\n  \/\/ = supply +- transfers\n  def calcSupplyAfterTransfers(supply: Map[Asset, Int],\n                               transfers: Iterable[LiquidityTransfer]): Map[Asset, Int] = {\n    var result: Map[Asset, Int] = supply\n\n    for (t <- transfers) {\n      val diff: Seq[(Asset, Int)] = t.side match {\n        case Buy => Seq((t.pair.baseAsset, t.buckets), (t.pair.quoteAsset, -t.buckets))\n        case Sell => Seq((t.pair.quoteAsset, t.buckets), (t.pair.baseAsset, -t.buckets))\n      }\n      diff.foreach { d =>\n        if (result.contains(d._1)) {\n          result = result.updated(d._1, result(d._1) + d._2)\n        }\n      }\n    }\n    result\n  }\n\n\n  \/\/ delivers secondary reserve asset liquidity demand - sorted by importance of reserve asset\n  def calcSecondaryReserveFillUpDemand(previousTransfers: Iterable[LiquidityTransfer],\n                                       minimumKeepReserveAssetBuckets: Int): List[(Asset, Int)] = {\n    val secondaryReserveBalanceBuckets: Map[Asset, Int] =\n      exchangeConfig.reserveAssets.tail\n        .map(e => e -> toBucketsFloor(e, wc.balanceSnapshot.get(e).map(_.amountAvailable).getOrElse(0.0)))\n        .toMap\n\n    val secondaryReserveBalanceAfterTransfers: Map[Asset, Int] = calcSupplyAfterTransfers(secondaryReserveBalanceBuckets, previousTransfers)\n    if (secondaryReserveBalanceAfterTransfers.exists(_._2 < 0)) throw new IllegalArgumentException(s\"$secondaryReserveBalanceAfterTransfers\")\n\n    secondaryReserveBalanceAfterTransfers\n      .map(e => e._1 -> (minimumKeepReserveAssetBuckets - e._2)) \/\/ asset -> demand\n      .filter(_._2 > 0) \/\/ take only positive demands\n      .toList\n      .sortBy(e => exchangeConfig.reserveAssets.indexOf(e._1)) \/\/ sort by position of reserve asset\n  }\n\n  def transferAllSupplyTo(destination: Asset,\n                          supply: Map[Asset, Int]): Iterable[LiquidityTransfer] = {\n    supply\n      .flatMap { e =>\n        val (pair, side) = tradePairAndSide(e._1, destination)\n        val quantity: Double = bucketSize(pair.baseAsset) * e._2\n        val limit: Double = determineRealisticLimit(pair, side, quantity,\n          config.liquidityManager.orderbookBasedTxLimitQuantityOverbooking,\n          config.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit,\n          wc.ticker, wc.orderBook)\n\n        val exchangeRateRating: Double = localExchangeRateRating(pair, side, limit, wc.referenceTicker)\n        if (exchangeRateRating >= -config.liquidityManager.maxAcceptableExchangeRateLossVersusReferenceTicker) {\n          Some(LiquidityTransfer(pair, side, e._2, quantity, limit, exchangeRateRating))\n        } else {\n          LiquidityBalancerStats.inc(LiquidityRebalanceCurrentlyLossy(exchangeConfig.name, e._1, destination))\n          log.debug(s\"[${exchangeConfig.name}] Liquidity rebalance currently lossy: ${e._1}->$destination, exchangeRateRating: ${formatDecimal(exchangeRateRating, 5)}}}\")\n          None\n        }\n      }\n  }\n\n  def squash(unsquashed: Iterable[LiquidityTransfer]): Iterable[LiquidityTransfer] = {\n    unsquashed\n      .groupBy(e => (e.supplyAsset, e.pair, e.side))\n      .map { e =>\n        val quantity = e._2.map(_.quantity).sum\n        val limit = determineRealisticLimit(e._1._2, e._1._3, quantity,\n          config.liquidityManager.orderbookBasedTxLimitQuantityOverbooking,\n          config.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit,\n          wc.ticker, wc.orderBook)\n\n        LiquidityTransfer(e._1._2, e._1._3, e._2.map(_.buckets).sum, quantity, limit, 0.0) \/\/ rating is not important any more, we just merge already approved single transfers and find an appropriate limit\n      }\n  }\n\n  def calculateOrders(): Iterable[OrderRequest] = {\n    try {\n      \/\/ satisfy noticed liquidity demand\n      val unsatisfiedDemand: List[(Asset, Int)] = calcUnsatisfiedDemand.toList.sortBy(_._2)\n      val supplyOverhead: Map[Asset, Int] = calcPureSupplyOverhead\n      val fillDemandTransfers: Iterable[LiquidityTransfer] = fillDemand(\"liquidity-demand\", unsatisfiedDemand, supplyOverhead)\n\n      \/\/ fill-up secondary reserve assets in order\n      val minimumKeepReserveAssetBuckets: Int =\n        toBucketsCeil(exchangeConfig.usdEquivalentCoin, config.liquidityManager.minimumKeepReserveLiquidityPerAssetInUSD)\n\n      val afterDemandsFilledSupplyOverhead: Map[Asset, Int] =\n        calcFinalSupplyOverhead(\n          calcRemainingSupply(supplyOverhead, fillDemandTransfers),\n          minimumKeepReserveAssetBuckets\n        )\n\n      val secondaryReserveFillUpDemand: List[(Asset, Int)] = calcSecondaryReserveFillUpDemand(fillDemandTransfers, minimumKeepReserveAssetBuckets)\n      val secondaryReserveFillUpTransfers: Iterable[LiquidityTransfer] =\n        fillDemand(\"secondary reserve fill-up\", secondaryReserveFillUpDemand, afterDemandsFilledSupplyOverhead)\n\n      \/\/ transfer remaining supply overhead to primary reserve asset\n      val primaryReserveInflowTransfers: Iterable[LiquidityTransfer] =\n        transferAllSupplyTo(\n          exchangeConfig.primaryReserveAsset,\n          calcRemainingSupply(afterDemandsFilledSupplyOverhead, secondaryReserveFillUpTransfers)\n            .filterNot(_._1 == exchangeConfig.primaryReserveAsset)\n        )\n\n      createOrders(\n        squash(fillDemandTransfers ++ secondaryReserveFillUpTransfers ++ primaryReserveInflowTransfers)\n      )\n    } catch {\n      case e: Exception =>\n        log.error(s\"[${exchangeConfig.name}] liquidity balancer failed.\\nAvailable trade pairs: ${tradePairs.toSeq.sortBy(_.toString)}.\", e)\n        Nil\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/Main.scala","text":"<gh_stars>1-10\npackage org.purevalue.arbitrage\n\nimport akka.actor.typed.scaladsl.Behaviors\nimport akka.actor.typed.{ActorRef, ActorSystem, Behavior}\nimport org.purevalue.arbitrage.traderoom.{TradeRoom, TradeRoomInitCoordinator}\n\n\nobject UserRootGuardian {\n  var tradeRoomInitCoordinator: ActorRef[TradeRoomInitCoordinator.Reply] = _\n  var tradeRoom: ActorRef[TradeRoom.Message] = _\n\n  def apply(config: Config): Behavior[UserRootGuardian.Reply] =\n    Behaviors.setup {\n      context =>\n        tradeRoomInitCoordinator = context.spawn(TradeRoomInitCoordinator(config, context.self), \"TradeRoomInitCoordinator\")\n\n        Behaviors.receiveMessage {\n          case TradeRoomInitialized(tradeRoom) =>\n            this.tradeRoom = tradeRoom\n            Behaviors.same\n        }\n    }\n\n  sealed trait Reply\n  case class TradeRoomInitialized(tradeRoom: ActorRef[TradeRoom.Message]) extends Reply\n\n  \/\/ TODO\n  \/\/  override val supervisorStrategy: AllForOneStrategy = {\n  \/\/    AllForOneStrategy(maxNrOfRetries = 5, withinTimeRange = 2.minutes, loggingEnabled = true) {\n  \/\/      \/\/ @formatter:off\n\/\/      case _: ActorKilledException => Restart\n\/\/      case _: Exception            => Escalate\n\/\/    } \/\/ @formatter:on\n  \/\/  }\n}\n\n\nobject Main extends App {\n  private val _config = Config.load()\n  private val _actorSystem: ActorSystem[UserRootGuardian.Reply] = ActorSystem[UserRootGuardian.Reply](UserRootGuardian(config()), \"ArbitrageTrader\")\n\n  def config(): Config = _config\n  def actorSystem: ActorSystem[UserRootGuardian.Reply] = _actorSystem\n}\n\n\n\/*\nFrom Akka 2.5 Documentation:\n\nThe precise sequence of events during a restart is the following:\n\n- suspend the actor (which means that it will not process normal messages until resumed), and recursively suspend all children\n- call the old instance\u2019s preRestart hook (defaults to sending termination requests to all children and calling postStop)\n- wait for all children which were requested to terminate (using context.stop()) during preRestart to actually terminate; this\u2014like all actor operations\u2014is non-blocking, the termination notice from the last killed child will effect the progression to the next step\n- create new actor instance by invoking the originally provided factory again\n- invoke postRestart on the new instance (which by default also calls preStart)\n- send restart request to all children which were not killed in step 3; restarted children will follow the same process recursively, from step 2\n- resume the actor\n*\/\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinanceAccountDataChannel.scala","text":"package org.purevalue.arbitrage.adapter.binance\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, Behavior, PostStop, Signal}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.http.scaladsl.model.{HttpMethods, StatusCodes, Uri}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.binance.BinanceHttpUtil.httpRequestJsonBinanceAccount\nimport org.purevalue.arbitrage.adapter.binance.BinanceOrder.{toOrderStatus, toOrderType, toTradeSide}\nimport org.purevalue.arbitrage.adapter.binance.BinancePublicDataInquirer.{BinanceBaseRestEndpoint, GetBinanceTradePairs}\nimport org.purevalue.arbitrage.adapter.{AccountDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradeRoom.OrderRef\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange._\nimport org.purevalue.arbitrage.traderoom.exchange.{Balance, Exchange, ExchangeAccountStreamData, TickerSnapshot, Wallet, WalletAssetUpdate, WalletBalanceUpdate}\nimport org.purevalue.arbitrage.util.Util.{alignToStepSizeCeil, alignToStepSizeNearest, formatDecimal, formatDecimalWithFixPrecision}\nimport org.purevalue.arbitrage.util.{BadCalculationError, ConnectionClosedException, WrongAssumption}\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsObject, JsValue, JsonParser, RootJsonFormat, enrichAny}\n\nimport java.time.Instant\nimport java.util.UUID\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\nimport scala.util.{Failure, Success}\n\n\nprivate[binance] case class ListenKeyJson(listenKey: String)\nprivate[binance] case class AccountStreamSubscribeRequestJson(method: String = \"SUBSCRIBE\", params: Seq[String], id: Int)\n\nprivate[binance] trait IncomingBinanceAccountJson\n\nprivate[binance] case class BalanceJson(asset: String, free: String, locked: String) {\n  def toBalance: Option[Balance] = {\n    if (free.toDouble == 0.0 && locked.toDouble == 0.0)\n      None\n    else if (!Asset.isKnown(asset)) {\n      LoggerFactory.getLogger(getClass).warn(s\"We need to ignore a filled balance here, because it's asset is unknown: $this\")\n      None\n    } else\n      Some(Balance(\n        Asset(asset),\n        free.toDouble,\n        locked.toDouble\n      ))\n  }\n}\n\nprivate[binance] case class AccountInformationJson(makerCommission: Int,\n                                                   takerCommission: Int,\n                                                   buyerCommission: Int,\n                                                   sellerCommission: Int,\n                                                   canTrade: Boolean,\n                                                   canWithdraw: Boolean,\n                                                   canDeposit: Boolean,\n                                                   updateTime: Long,\n                                                   accountType: String,\n                                                   balances: Vector[BalanceJson],\n                                                   permissions: Vector[String]) extends IncomingBinanceAccountJson {\n  def toWalletAssetUpdate: WalletAssetUpdate = WalletAssetUpdate(\n    balances\n      .flatMap(_.toBalance)\n      .map(e => (e.asset, e))\n      .toMap\n  )\n}\n\nprivate[binance] case class OutboundAccountBalanceJson(a: String, f: String, l: String) {\n  def toBalance: Option[Balance] = BalanceJson(a, f, l).toBalance\n}\n\n\/\/ {\"B\":[{\"a\":\"BTC\",\"f\":\"0.00933255\",\"l\":\"0.00000000\"},{\"a\":\"BNB\",\"f\":\"10.49918278\",\"l\":\"0.00000000\"},{\"a\":\"USDT\",\"f\":\"782.25814525\",\"l\":\"0.00000000\"}],\"E\":1601137542661,\"e\":\"outboundAccountPosition\",\"u\":1601137542660}\nprivate[binance] case class OutboundAccountPositionJson(e: String, \/\/ event type\n                                                        E: Long, \/\/ event time\n                                                        u: Long, \/\/ time of last account update\n                                                        B: Vector[OutboundAccountBalanceJson] \/\/ balances\n                                                       ) extends IncomingBinanceAccountJson {\n  def toWalletAssetUpdate: WalletAssetUpdate = WalletAssetUpdate(\n    B.flatMap(_.toBalance)\n      .map(e => (e.asset, e))\n      .toMap)\n}\n\nprivate[binance] case class BalanceUpdateJson(e: String, \/\/ event type\n                                              E: Long, \/\/ event time\n                                              a: String, \/\/ asset\n                                              d: String, \/\/ balance delta\n                                              T: Long \/\/ clear time\n                                             ) extends IncomingBinanceAccountJson {\n  def toWalletBalanceUpdate: WalletBalanceUpdate = {\n    if (!Asset.isKnown(a)) throw new Exception(s\"We need to ignore a BalanceUpdateJson here, because it's asset is unknown: $this\")\n    WalletBalanceUpdate(Asset(a), d.toDouble)\n  }\n}\n\nprivate[binance] case class OpenOrderJson(symbol: String,\n                                          orderId: Long,\n                                          \/\/ orderListId: Long,\n                                          clientOrderId: String,\n                                          price: String,\n                                          origQty: String,\n                                          executedQty: String,\n                                          cummulativeQuoteQty: String, \/\/ yes cumulative has only one 'm', but this is what the API delivers :-)\n                                          status: String,\n                                          \/\/timeInForce: String,\n                                          `type`: String,\n                                          side: String,\n                                          stopPrice: String,\n                                          \/\/ icebergQty: String,\n                                          time: Long,\n                                          updateTime: Long,\n                                          isWorking: Boolean\n                                          \/\/ origQuoteOrderQty: String\n                                         ) extends IncomingBinanceAccountJson {\n  def toOrderUpdate(exchange: String, resolveTradePair: String => TradePair): OrderUpdate = OrderUpdate(\n    orderId.toString,\n    exchange,\n    resolveTradePair(symbol),\n    toTradeSide(side),\n    Some(toOrderType(`type`)),\n    Some(price.toDouble),\n    stopPrice.toDouble match {\n      case 0.0 => None\n      case x => Some(x)\n    },\n    Some(origQty.toDouble),\n    Some(Instant.ofEpochMilli(time)),\n    Some(toOrderStatus(status)),\n    Some(cummulativeQuoteQty.toDouble),\n    None,\n    Some(cummulativeQuoteQty.toDouble \/ executedQty.toDouble),\n    Instant.ofEpochMilli(updateTime))\n}\n\n\n\/\/ see https:\/\/github.com\/binance-exchange\/binance-official-api-docs\/blob\/master\/rest-api.md#enum-definitions\nprivate[binance] case class OrderExecutionReportJson(e: String, \/\/ Event type\n                                                     E: Long, \/\/ Event time\n                                                     s: String, \/\/ Symbol\n                                                     c: String, \/\/ Client order ID\n                                                     S: String, \/\/ Side (BUY, SELL)\n                                                     o: String, \/\/ Order type (LIMIT, MARKET, STOP_LOSS, STOP_LOSS_LIMIT, TAKE_PROFIT, TAKE_PROFIT_LIMIT, LIMIT_MAKER)\n                                                     \/\/ f: String, \/\/ Time in force (GTC - Good Til Canceled, IOC - Immediate Or Cancel, FOK - Fill or Kill)\n                                                     q: String, \/\/ Order quantity (e.g. \"1.00000000\")\n                                                     p: String, \/\/ Order price\n                                                     P: String, \/\/ Stop price\n                                                     \/\/ F: String, \/\/ Iceberg quantity\n                                                     g: Long, \/\/ OrderListId\n                                                     C: String, \/\/ Original client order ID; This is the ID of the order being canceled (or null otherwise)\n                                                     x: String, \/\/ Current execution type (NEW - The order has been accepted into the engine, CANCELED - canceled by user, (REJECTED), TRADE - part of the order or all of the order's quantity has filled, EXPIRED - the order was canceled according to the order's rules)\n                                                     X: String, \/\/ Current order status (e.g. NEW, PARTIALLY_FILLED, FILLED, CANCELED, PENDING_CANCEL, REJECTED, EXPIRED)\n                                                     r: String, \/\/ Order reject reason; will be an error code or \"NONE\"\n                                                     i: Long, \/\/ Order ID\n                                                     \/\/ l: String, \/\/ Last executed quantity\n                                                     z: String, \/\/ Cumulative filled quantity (Average price can be found by doing Z divided by z)\n                                                     \/\/ L: String, \/\/ Last executed price\n                                                     \/\/ n: String, \/\/ Commission amount\n                                                     \/\/ N: String, \/\/ Commission asset (null)\n                                                     T: Long, \/\/ Transaction time\n                                                     t: Long, \/\/ Trade ID\n                                                     \/\/ I: Long, \/\/ Ignore\n                                                     w: Boolean, \/\/ Is the order on the book?\n                                                     m: Boolean, \/\/ Is this trade the maker side?\n                                                     \/\/ M: Boolean, \/\/ Ignore\n                                                     O: Long, \/\/ Order creation time\n                                                     Z: String \/\/ Cumulative quote asset transacted quantity\n                                                     \/\/ Y: String, \/\/ Last quote asset transacted quantity (i.e. lastPrice * lastQty)\n                                                     \/\/ Q: String \/\/ Quote Order Qty\n                                                    ) extends IncomingBinanceAccountJson {\n\n  \/\/ creationTime, orderPrice, stopPrice, originalQuantity\n  def toOrderUpdate(exchange: String, resolveTradePair: String => TradePair): OrderUpdate = OrderUpdate(\n    i.toString,\n    exchange,\n    resolveTradePair(s),\n    toTradeSide(S),\n    Some(toOrderType(o)),\n    Some(p.toDouble),\n    P.toDouble match {\n      case 0.0 => None\n      case x => Some(x)\n    },\n    Some(q.toDouble),\n    Some(Instant.ofEpochMilli(O)),\n    Some(toOrderStatus(X)),\n    Some(z.toDouble),\n    None,\n    Some(Z.toDouble \/ z.toDouble),\n    Instant.ofEpochMilli(E))\n}\n\nprivate[binance] object BinanceOrder {\n  def toTradeSide(s: String): TradeSide = s match {\n    case \"BUY\" => TradeSide.Buy\n    case \"SELL\" => TradeSide.Sell\n  }\n\n  def toString(s: TradeSide): String = s match {\n    case TradeSide.Buy => \"BUY\"\n    case TradeSide.Sell => \"SELL\"\n  }\n\n  \/\/ @formatter:off\n  def toOrderType(o: String): OrderType = o match {\n    case \"LIMIT\"              => OrderType.LIMIT\n    case \"MARKET\"             => OrderType.MARKET\n    case \"STOP_LOSS\"          => OrderType.STOP_LOSS\n    case \"STOP_LOSS_LIMIT\"    => OrderType.STOP_LOSS_LIMIT\n    case \"TAKE_PROFIT\"        => OrderType.TAKE_PROFIT\n    case \"TAKE_PROFIT_LIMIT\"  => OrderType.TAKE_PROFIT_LIMIT\n    case \"LIMIT_MAKER\"        => OrderType.LIMIT_MAKER\n  } \/\/ @formatter:on\n\n  \/\/ @formatter:off\n  def toString(o: OrderType): String = o match {\n    case OrderType.LIMIT             => \"LIMIT\"\n    case OrderType.MARKET            => \"MARKET\"\n    case OrderType.STOP_LOSS         => \"STOP_LOSS\"\n    case OrderType.STOP_LOSS_LIMIT   => \"STOP_LOSS_LIMIT\"\n    case OrderType.TAKE_PROFIT       => \"TAKE_PROFIT\"\n    case OrderType.TAKE_PROFIT_LIMIT => \"TAKE_PROFIT_LIMIT\"\n    case OrderType.LIMIT_MAKER       => \"LIMIT_MAKER\"\n  } \/\/ @formatter:on\n\n  \/\/ @formatter:off\n  def toOrderStatus(X: String): OrderStatus = X match {\n    case \"NEW\"              => OrderStatus.NEW\n    case \"PARTIALLY_FILLED\" => OrderStatus.PARTIALLY_FILLED\n    case \"FILLED\"           => OrderStatus.FILLED\n    case \"CANCELED\"         => OrderStatus.CANCELED\n    case \"REJECTED\"         => OrderStatus.REJECTED\n    case \"EXPIRED\"          => OrderStatus.EXPIRED\n  } \/\/ @formatter:on\n}\n\nprivate[binance] case class NewOrderResponseAckJson(symbol: String,\n                                                    orderId: Long,\n                                                    orderListId: Long,\n                                                    clientOrderId: String,\n                                                    transactTime: Long) {\n  def toNewOrderAck(exchange: String, symbolToTradePair: String => TradePair): NewOrderAck =\n    NewOrderAck(exchange, symbolToTradePair(symbol), orderId.toString, UUID.fromString(clientOrderId))\n}\n\nprivate[binance] case class CancelOrderResponseJson(symbol: String,\n                                                    origClientOrderId: String,\n                                                    orderId: Long,\n                                                    orderListId: Long,\n                                                    clientOrderId: String,\n                                                    price: String,\n                                                    origQty: String,\n                                                    executedQty: String,\n                                                    cummulativeQuoteQty: String,\n                                                    status: String,\n                                                    timeInForce: String,\n                                                    `type`: String,\n                                                    side: String) extends IncomingBinanceAccountJson {\n  def toOrderUpdate(exchange: String, symbolToTradePair: String => TradePair): OrderUpdate = OrderUpdate(\n    orderId.toString,\n    exchange,\n    symbolToTradePair(symbol),\n    BinanceOrder.toTradeSide(side),\n    Some(BinanceOrder.toOrderType(`type`)),\n    Some(price.toDouble),\n    None,\n    Some(origQty.toDouble),\n    None,\n    Some(BinanceOrder.toOrderStatus(status)),\n    Some(executedQty.toDouble),\n    None,\n    None,\n    Instant.now \/\/ we don't have any better\n  )\n}\n\n\/\/ @see https:\/\/github.com\/binance-exchange\/binance-official-api-docs\/blob\/master\/errors.md\nprivate[binance] case class ErrorResponseJson(code: Int, msg: String)\n\nprivate[binance] object BinanceAccountDataJsonProtocoll extends DefaultJsonProtocol {\n  implicit val listenKeyJson: RootJsonFormat[ListenKeyJson] = jsonFormat1(ListenKeyJson)\n  implicit val subscribeMsg: RootJsonFormat[AccountStreamSubscribeRequestJson] = jsonFormat3(AccountStreamSubscribeRequestJson)\n  implicit val balanceJson: RootJsonFormat[BalanceJson] = jsonFormat3(BalanceJson)\n  implicit val accountInformationJson: RootJsonFormat[AccountInformationJson] = jsonFormat11(AccountInformationJson)\n  implicit val outboundAccountInfoBalanceJson: RootJsonFormat[OutboundAccountBalanceJson] = jsonFormat3(OutboundAccountBalanceJson)\n  implicit val outboundAccountPositionJson: RootJsonFormat[OutboundAccountPositionJson] = jsonFormat4(OutboundAccountPositionJson)\n  implicit val balanceUpdateJson: RootJsonFormat[BalanceUpdateJson] = jsonFormat5(BalanceUpdateJson)\n  implicit val orderExecutionReportJson: RootJsonFormat[OrderExecutionReportJson] = jsonFormat22(OrderExecutionReportJson)\n  implicit val openOrderJson: RootJsonFormat[OpenOrderJson] = jsonFormat14(OpenOrderJson)\n  implicit val newOrderResponseAckJson: RootJsonFormat[NewOrderResponseAckJson] = jsonFormat5(NewOrderResponseAckJson)\n  implicit val cancelOrderResponseJson: RootJsonFormat[CancelOrderResponseJson] = jsonFormat13(CancelOrderResponseJson)\n  implicit val errorResponseJson: RootJsonFormat[ErrorResponseJson] = jsonFormat2(ErrorResponseJson)\n}\n\n\nobject BinanceAccountDataChannel {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig,\n            exchange: ActorRef[Exchange.Message],\n            publicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[AccountDataChannel.Command] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context => new BinanceAccountDataChannel(context, timers, config, exchangeConfig, exchange, publicDataInquirer)))\n  }\n\n  private case class Connect() extends AccountDataChannel.Command\n  private case class SendPing() extends AccountDataChannel.Command\n  private case class QueryAccountInformation() extends AccountDataChannel.Command\n  private case class OnStreamsRunning() extends AccountDataChannel.Command\n}\n\nprivate[binance] class BinanceAccountDataChannel(context: ActorContext[AccountDataChannel.Command],\n                                                 timers: TimerScheduler[AccountDataChannel.Command],\n                                                 config: Config,\n                                                 exchangeConfig: ExchangeConfig,\n                                                 exchange: ActorRef[Exchange.Message],\n                                                 publicDataInquirer: ActorRef[PublicDataInquirer.Command])\n  extends AccountDataChannel(context) {\n\n  import AccountDataChannel._\n  import BinanceAccountDataChannel._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  \/\/ outboundAccountPosition is sent any time an account balance has changed and contains the assets\n  \/\/ that were possibly changed by the event that generated the balance change\n  val OutboundAccountPositionStreamName = \"outboundAccountPosition\"\n  val IdOutboundAccountPositionStream: Int = 1\n  \/\/ Balance Update occurs during the following:\n  \/\/ - Deposits or withdrawals from the account\n  \/\/ - Transfer of funds between accounts (e.g. Spot to Margin)\n  val BalanceUpdateStreamName = \"balanceUpdate\"\n  val IdBalanceUpdateStream: Int = 2\n  \/\/ Orders are updated with the executionReport event\n  val OrderExecutionReportStreamName = \"executionReport\"\n  val IdOrderExecutionResportStream: Int = 3\n\n  @volatile var outstandingStreamSubscribeResponses: Set[Int] =\n    Set(IdOutboundAccountPositionStream, IdBalanceUpdateStream, IdOrderExecutionResportStream)\n\n  @volatile var listenKey: String = _\n\n  var binanceTradePairsBySymbol: Map[String, BinanceTradePair] = _\n  var binanceTradePairsByTradePair: Map[TradePair, BinanceTradePair] = _\n\n  lazy val WebSocketEndpoint: Uri = Uri(s\"wss:\/\/stream.binance.com:9443\/ws\/$listenKey\")\n  var ws: (Future[WebSocketUpgradeResponse], Promise[Option[Message]]) = _\n  var connected: Future[Done.type] = _\n\n  import BinanceAccountDataJsonProtocoll._\n\n\n  def exchangeDataMapping(in: Seq[IncomingBinanceAccountJson]): Seq[ExchangeAccountStreamData] = in.map {\n    \/\/ @formatter:off\n    case a: AccountInformationJson      => a.toWalletAssetUpdate\n    case a: OutboundAccountPositionJson => a.toWalletAssetUpdate\n    case b: BalanceUpdateJson           => b.toWalletBalanceUpdate\n    case o: OrderExecutionReportJson    => o.toOrderUpdate(exchangeConfig.name, symbol => binanceTradePairsBySymbol(symbol).toTradePair)\n    case o: OpenOrderJson               => o.toOrderUpdate(exchangeConfig.name, symbol => binanceTradePairsBySymbol(symbol).toTradePair)\n    case o: CancelOrderResponseJson     => o.toOrderUpdate(exchangeConfig.name, symbol => binanceTradePairsBySymbol(symbol).toTradePair)\n    case x                              => log.error(s\"don't know hot wo map $x\"); throw new NotImplementedError\n    \/\/ @formatter:on\n  }\n\n  def onStreamSubscribeResponse(j: JsObject): Unit = {\n    if (log.isTraceEnabled) log.trace(s\"received $j\")\n\n    val channelId = j.fields(\"id\").convertTo[Int]\n    synchronized {\n      outstandingStreamSubscribeResponses -= channelId\n    }\n\n    if (outstandingStreamSubscribeResponses.isEmpty) {\n      log.info(\"all streams running\")\n      context.self ! OnStreamsRunning()\n    } else {\n      log.info(s\"still waiting for stream subscribe responses: $outstandingStreamSubscribeResponses\")\n    }\n  }\n\n  def decodeMessage(message: Message): Future[Seq[IncomingBinanceAccountJson]] = message match {\n    case msg: TextMessage =>\n      try {\n        msg.toStrict(config.global.httpTimeout)\n          .map(_.getStrictText)\n          .map(s => JsonParser(s).asJsObject())\n          .map {\n            case j: JsObject if j.fields.contains(\"result\") =>\n              onStreamSubscribeResponse(j)\n              Nil\n            case j: JsObject if j.fields.contains(\"e\") =>\n              j.fields(\"e\").convertTo[String] match {\n                case OutboundAccountPositionStreamName =>\n                  if (log.isTraceEnabled) log.trace(s\"received $j\")\n                  List(j.convertTo[OutboundAccountPositionJson])\n                case BalanceUpdateStreamName =>\n                  if (log.isTraceEnabled) log.trace(s\"received $j\")\n                  List(j.convertTo[BalanceUpdateJson])\n                case OrderExecutionReportStreamName =>\n                  if (log.isTraceEnabled) log.trace(s\"received $j\")\n                  List(j.convertTo[OrderExecutionReportJson])\n                case \"outboundAccountInfo\" =>\n                  if (log.isTraceEnabled) log.trace(s\"watching obsolete outboundAccountInfo: $j\")\n                  Nil\n                case name =>\n                  log.error(s\"Unknown data stream '$name' received: $j\")\n                  Nil\n              }\n            case j: JsObject =>\n              log.warn(s\"Unknown json object received: $j\")\n              Nil\n          }\n      } catch {\n        case e: Throwable =>\n          log.error(\"decodeMessage failed\", e)\n          Future.failed(e)\n      }\n    case x =>\n      log.warn(s\"Received non TextMessage: $x\")\n      Future.successful(Nil)\n  }\n\n  def deliverAccountInformation(): Unit = {\n    import BinanceAccountDataJsonProtocoll._\n    httpRequestJsonBinanceAccount[AccountInformationJson, JsValue](\n      HttpMethods.GET, s\"$BinanceBaseRestEndpoint\/api\/v3\/account\", None, exchangeConfig.secrets, sign = true).onComplete {\n      case Success(Left(response)) =>\n        if (log.isTraceEnabled) log.trace(s\"received initial account information: $response\")\n        exchange ! IncomingAccountData(exchangeDataMapping(Seq(response)))\n      case Success(Right(errorResponse)) =>\n        log.error(s\"deliverAccountInformation failed: $errorResponse\")\n        throw new RuntimeException()\n      case Failure(e) =>\n        log.error(s\"deliverAccountInformation failed\", e)\n        throw new RuntimeException()\n    }\n  }\n\n  def deliverOpenOrders(): Unit = {\n    import BinanceAccountDataJsonProtocoll._\n    httpRequestJsonBinanceAccount[List[OpenOrderJson], JsValue](\n      HttpMethods.GET, s\"$BinanceBaseRestEndpoint\/api\/v3\/openOrders\", None, exchangeConfig.secrets, sign = true).onComplete {\n      case Success(Left(response)) =>\n        if (log.isTraceEnabled) log.trace(s\"received initial open orders: $response\")\n        exchange ! IncomingAccountData(exchangeDataMapping(response))\n      case Success(Right(errorResponse)) =>\n        log.error(s\"deliverOpenOrders failed: $errorResponse\")\n        throw new RuntimeException()\n      case Failure(e) =>\n        log.error(s\"deliverOpenOrders failed\", e)\n        throw new RuntimeException()\n    }\n  }\n\n  def pingUserStream(): Unit = {\n    import DefaultJsonProtocol._\n    httpRequestJsonBinanceAccount[String, String](HttpMethods.PUT,\n      s\"$BinanceBaseRestEndpoint\/api\/v3\/userDataStream?listenKey=$listenKey\", None, exchangeConfig.secrets, sign = false)\n  }\n\n  def logWallet(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeout\n    val wf = exchange.ask(ref => GetWallet(ref)).mapTo[Wallet]\n    val tf = exchange.ask(ref => GetTickerSnapshot(ref)).mapTo[TickerSnapshot].map(_.ticker)\n    (for {\n      wallet <- wf\n      ticker <- tf\n    } yield (wallet, ticker)).onComplete {\n      case Success((wallet, ticker)) =>\n        log.info(s\"[${exchangeConfig.name}] Wallet available crypto: ${wallet.availableCryptoValues()}\\n\" +\n          s\"liquid crypto: ${wallet.liquidCryptoValues(exchangeConfig.usdEquivalentCoin, ticker)}\");\n      case Failure(e) =>\n        log.warn(s\"GetWallet\/GetTickerSnapshot failed\", e)\n    }\n  }\n\n  def newLimitOrder(o: OrderRequest): Future[NewOrderAck] = {\n    if (o.amountBaseAsset < 0.0) throw new WrongAssumption(\"our order amount is always positive\")\n\n    val binanceTradePair = binanceTradePairsByTradePair(o.pair)\n    val price: Double = alignToStepSizeNearest(o.limit, binanceTradePair.tickSize)\n    val quantity: Double = alignToStepSizeCeil(o.amountBaseAsset, binanceTradePair.lotSize.stepSize) match {\n      case q: Double if price * q < binanceTradePair.minNotional =>\n        val newQuantity = alignToStepSizeCeil(binanceTradePair.minNotional \/ price, binanceTradePair.lotSize.stepSize)\n        log.info(s\"binance: ${o.shortDesc} increasing quantity from ${o.amountBaseAsset} to ${formatDecimal(newQuantity)} to match min_notional filter\")\n        newQuantity\n      case q: Double => q\n    }\n    \/\/ safety check\n    if (quantity > o.amountBaseAsset * 2)\n      throw new BadCalculationError(s\"Trade amount was much to small: ${o.shortDesc}. Required min-notional is \" +\n        s\"${formatDecimal(binanceTradePair.minNotional)}, so for that limit we need a minimum quantity of ${formatDecimal(quantity)} (next time)!\")\n    if (price > o.limit * 1.05)\n      throw new BadCalculationError(s\"resulting price ${formatDecimal(price)} is > 105% of original limit ${formatDecimal(o.limit)}\")\n\n    val requestBody: String =\n      s\"symbol=${binanceTradePair.symbol}\" +\n        s\"&side=${BinanceOrder.toString(o.side)}\" +\n        s\"&type=${BinanceOrder.toString(OrderType.LIMIT)}\" +\n        s\"&timeInForce=GTC\" +\n        s\"&quantity=${formatDecimalWithFixPrecision(quantity, binanceTradePair.baseAssetPrecision)}\" +\n        s\"&price=${formatDecimalWithFixPrecision(price, binanceTradePair.quotePrecision)}\" +\n        s\"&newClientOrderId=${o.id.toString}\" +\n        s\"&newOrderRespType=ACK\"\n\n    val response: Future[NewOrderResponseAckJson] = httpRequestJsonBinanceAccount[NewOrderResponseAckJson, ErrorResponseJson](\n      HttpMethods.POST,\n      s\"$BinanceBaseRestEndpoint\/api\/v3\/order\",\n      Some(requestBody),\n      exchangeConfig.secrets,\n      sign = true\n    ).map {\n      case Left(response) => response\n      case Right(errorResponse) =>\n        errorResponse match {\n          case ErrorResponseJson(BinanceErrorCodes.NewOrderRejected, \"Account has insufficient balance for requested action.\") =>\n            logWallet()\n          case _ =>\n        }\n        throw new RuntimeException(s\"newLimitOrder(${o.shortDesc}) failed: $errorResponse\")\n    } recover {\n      case e: Exception =>\n        log.error(s\"NewLimitOrder(${o.shortDesc}) failed. Request body:\\n$requestBody\\nbinanceTradePair:$binanceTradePair\\n\", e)\n        throw e\n    }\n\n    response.map(_.toNewOrderAck(exchangeConfig.name, symbol => binanceTradePairsBySymbol(symbol).toTradePair))\n  }\n\n  \/\/ fire and forget - error logging in case of failure\n  override def cancelOrder(ref: OrderRef): Future[Exchange.CancelOrderResult] = {\n    val symbol = binanceTradePairsByTradePair(ref.pair).symbol\n    httpRequestJsonBinanceAccount[CancelOrderResponseJson, ErrorResponseJson](\n      HttpMethods.DELETE,\n      s\"$BinanceBaseRestEndpoint\/api\/v3\/order?symbol=$symbol&orderId=${ref.externalOrderId}\",\n      None,\n      exchangeConfig.secrets,\n      sign = true\n    ).map {\n      case Left(response) =>\n        if (log.isTraceEnabled) log.trace(s\"Order successfully canceled: $response\")\n        exchange ! IncomingAccountData(exchangeDataMapping(Seq(response)))\n        CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = true)\n      case Right(errorResponse) =>\n        log.debug(s\"CancelOrder failed: $errorResponse\")\n        val orderUnknown: Boolean = errorResponse.code match {\n          case BinanceErrorCodes.NoSuchOrder => true\n          case BinanceErrorCodes.CancelRejected if errorResponse.msg == \"Unknown order sent.\" => true\n          case _ => false\n        }\n        CancelOrderResult(exchangeConfig.name, ref.pair, ref.externalOrderId, success = false, orderUnknown, Some(errorResponse.toString))\n    }\n  }\n\n  def createListenKey(): Unit = {\n    import BinanceAccountDataJsonProtocoll._\n    listenKey = Await.result(\n      httpRequestJsonBinanceAccount[ListenKeyJson, JsValue](HttpMethods.POST,\n        s\"$BinanceBaseRestEndpoint\/api\/v3\/userDataStream\", None, exchangeConfig.secrets, sign = false),\n\n      config.global.httpTimeout.plus(500.millis)) match {\n      case Left(response) => response.listenKey\n      case Right(errorResponse) => throw new RuntimeException(s\"createListenKey failed: $errorResponse\")\n    }\n    log.debug(s\"got listenKey: $listenKey\")\n  }\n\n  def pullBinanceTradePairs(): Unit = {\n    implicit val timeout: Timeout = config.global.internalCommunicationTimeoutDuringInit\n    val binanceTradePairs: Set[BinanceTradePair] = Await.result(\n      publicDataInquirer.ask(ref => GetBinanceTradePairs(ref)),\n      timeout.duration.plus(500.millis))\n\n    binanceTradePairsBySymbol = binanceTradePairs.map(e => e.symbol -> e).toMap\n    binanceTradePairsByTradePair = binanceTradePairs.map(e => e.toTradePair -> e).toMap\n  }\n\n  \/\/ is called, when all data streams are running\n  def onStreamsRunning(): Unit = {\n    deliverAccountInformation()\n    deliverOpenOrders()\n    exchange ! Exchange.AccountDataChannelInitialized()\n  }\n\n  val SubscribeMessages: List[AccountStreamSubscribeRequestJson] = List(\n    AccountStreamSubscribeRequestJson(params = Seq(OutboundAccountPositionStreamName), id = IdOutboundAccountPositionStream),\n    AccountStreamSubscribeRequestJson(params = Seq(BalanceUpdateStreamName), id = IdBalanceUpdateStream),\n    AccountStreamSubscribeRequestJson(params = Seq(OrderExecutionReportStreamName), id = IdOrderExecutionResportStream)\n  )\n\n  val wsFlow: Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(message)\n          .map(exchangeDataMapping)\n          .map(IncomingAccountData)\n          .foreach(exchange ! _)\n      ),\n      Source(\n        SubscribeMessages.map(msg => TextMessage(msg.toJson.compactPrint))\n      ).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n\n  def createConnected: Future[Done.type] =\n    ws._1.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        log.info(\"connected\")\n        timers.startTimerAtFixedRate(SendPing(), 30.minutes)\n        Future.successful(Done)\n      } else {\n        log.error(s\"Connection failed: ${upgrade.response.status}\")\n        throw new RuntimeException()\n      }\n    }\n\n  def connect(): Unit = {\n    log.info(s\"connecting WebSocket $WebSocketEndpoint ...\")\n    ws = Http().singleWebSocketRequest(WebSocketRequest(WebSocketEndpoint), wsFlow)\n    ws._2.future.onComplete { e =>\n      log.info(s\"connection closed\")\n      context.self ! ConnectionClosed(\"BinanceAccountDataChannel\")\n    }\n    connected = createConnected\n  }\n\n  def init(): Unit = {\n    log.info(\"initializing Binance account data channel\")\n    try {\n      createListenKey()\n      pullBinanceTradePairs()\n      context.self ! Connect()\n    } catch {\n      case e: Exception =>\n        log.error(\"init failed\", e)\n        throw new RuntimeException()\n    }\n  }\n\n  \/\/ @formatter:off\n  override def onMessage(message: Command): Behavior[Command] = message match {\n    case Connect()                                    => connect(); this\n    case OnStreamsRunning()                           => onStreamsRunning(); this\n    case SendPing()                                   => pingUserStream(); this\n    case AccountDataChannel.NewLimitOrder(o, replyTo) => newLimitOrder(o).foreach(ack => replyTo ! ack); this\n    case c: AccountDataChannel.CancelOrder            => handleCancelOrder(c); this\n    case ConnectionClosed(c)                          => throw new ConnectionClosedException(c) \/\/ in order to let the actor terminate and restart by\n  }\n  \/\/ @formatter:oon\n\n  def postStop(): Unit = {\n    \/\/ https:\/\/github.com\/binance-exchange\/binance-official-api-docs\/blob\/master\/user-data-stream.md\n    if (ws != null && !ws._2.isCompleted) ws._2.success(None)\n  }\n\n  override def onSignal: PartialFunction[Signal, Behavior[AccountDataChannel.Command]] = {\n    case PostStop =>\n      postStop()\n      log.info(s\"${this.getClass.getSimpleName} stopped\")\n      this\n  }\n\n  init()\n}\n\n\/\/ A single connection to stream.binance.com is only valid for 24 hours; expect to be disconnected at the 24 hour mark"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexPublicDataInquirer.scala","text":"package org.purevalue.arbitrage.adapter.bitfinex\n\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport org.purevalue.arbitrage._\nimport org.purevalue.arbitrage.adapter.PublicDataInquirer\nimport org.purevalue.arbitrage.adapter.bitfinex.BitfinexPublicDataInquirer.{BitfinexBaseRestEndpointPublic, GetBitfinexAssets, GetBitfinexTradePairs}\nimport org.purevalue.arbitrage.traderoom.{Asset, TradePair}\nimport org.purevalue.arbitrage.util.HttpUtil.httpGetJson\nimport org.slf4j.LoggerFactory\nimport spray.json._\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\nprivate[bitfinex] case class BitfinexAsset(asset: Asset, apiSymbol: String)\nprivate[bitfinex] case class BitfinexTradePair(baseAsset: Asset, quoteAsset: Asset, apiSymbol: String) {\n  def toTradePair: TradePair = TradePair(baseAsset, quoteAsset)\n}\n\n\nobject BitfinexPublicDataInquirer {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig):\n  Behavior[PublicDataInquirer.Command] =\n    Behaviors.setup(context => new BitfinexPublicDataInquirer(context, globalConfig, exchangeConfig))\n\n  val BitfinexBaseRestEndpointPublic = \"https:\/\/api-pub.bitfinex.com\"\n\n  case class GetBitfinexTradePairs(replyTo: ActorRef[Set[BitfinexTradePair]]) extends PublicDataInquirer.Command\n  case class GetBitfinexAssets(replyTo: ActorRef[Set[BitfinexAsset]]) extends PublicDataInquirer.Command\n}\n\n\/**\n * Bitfinex exchange data channel\n *\/\nprivate[bitfinex] class BitfinexPublicDataInquirer(context: ActorContext[PublicDataInquirer.Command],\n                                                   globalConfig: GlobalConfig,\n                                                   exchangeConfig: ExchangeConfig) extends PublicDataInquirer(context) {\n\n  import PublicDataInquirer._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  var bitfinexAssets: Set[BitfinexAsset] = _\n  var bitfinexTradePairs: Set[BitfinexTradePair] = _\n\n  def tradePairs: Set[TradePair] = bitfinexTradePairs.map(_.toTradePair)\n\n  def initTradePairs(): Unit = {\n    import DefaultJsonProtocol._\n\n    val apiSymbolToOfficialCurrencySymbolMapping: Map[String, String] =\n      Await.result(\n        httpGetJson[List[List[Tuple2[String, String]]], JsValue](s\"$BitfinexBaseRestEndpointPublic\/v2\/conf\/pub:map:currency:sym\"),\n        globalConfig.httpTimeout.plus(500.millis)) match {\n        case Left(response) =>\n          response.head\n            .map(e => (e._1, e._2.toUpperCase))\n            .toMap\n        case Right(errorResponse) => throw new RuntimeException(s\"query currency symbols failed: $errorResponse\")\n      }\n\n    if (log.isTraceEnabled) log.trace(s\"currency mappings received: $apiSymbolToOfficialCurrencySymbolMapping\")\n\n    \/\/ currency->verbose name\n    val currencyNames: Map[String, String] =\n      Await.result(\n        httpGetJson[List[List[Tuple2[String, String]]], JsValue](s\"$BitfinexBaseRestEndpointPublic\/v2\/conf\/pub:map:currency:label\"),\n        globalConfig.httpTimeout.plus(500.millis)) match {\n        case Left(response) =>\n          response.head\n            .map(e => (e._1, e._2))\n            .toMap\n        case Right(errorResponse) =>\n          log.error(s\"query currency labels failed: $errorResponse\")\n          throw new RuntimeException()\n      }\n\n    if (log.isTraceEnabled) log.trace(s\"pub:map:currency:label: $currencyNames\")\n\n    val rawBitfinexCurrencies: Set[String] = Await.result(\n      httpGetJson[List[List[String]], JsValue](s\"$BitfinexBaseRestEndpointPublic\/v2\/conf\/pub:list:currency\"),\n      globalConfig.httpTimeout.plus(500.millis)) match {\n      case Left(response) => response.head.toSet\n      case Right(errorResponse) => throw new RuntimeException(s\"query currencies failed: $errorResponse\")\n    }\n\n    rawBitfinexCurrencies.foreach { e =>\n      val officialSymbol = apiSymbolToOfficialCurrencySymbolMapping.getOrElse(e, e)\n      val name: Option[String] = currencyNames.get(e)\n      Asset.register(officialSymbol, name, None)\n    }\n\n    bitfinexAssets = rawBitfinexCurrencies.map { e =>\n      val officialSymbol = apiSymbolToOfficialCurrencySymbolMapping.getOrElse(e, e)\n      BitfinexAsset(Asset(officialSymbol), e)\n    }\n\n    if (log.isTraceEnabled) log.trace(s\"bitfinex assets: $bitfinexAssets\")\n\n    val rawTradePairs: List[String] =\n      Await.result(\n        httpGetJson[List[List[String]], JsValue](s\"$BitfinexBaseRestEndpointPublic\/v2\/conf\/pub:list:pair:exchange\"),\n        globalConfig.httpTimeout) match {\n        case Left(response) => response.head\n        case Right(errorResponse) =>\n          log.error(s\"query exchange pairs failed: $errorResponse\")\n          throw new RuntimeException()\n      }\n    if (log.isTraceEnabled) log.trace(s\"pub:list:pair:exchange: $rawTradePairs\")\n\n    bitfinexTradePairs = rawTradePairs\n      .filter(_.length == 6)\n      .map(e => (e.substring(0, 3), e.substring(3, 6), e)) \/\/ currency1-apiSymbol, currency2-apiSymbol, tradePair\n      .map(e =>\n        (apiSymbolToOfficialCurrencySymbolMapping.getOrElse(e._1, e._1), \/\/ resolve official currency symbols\n          apiSymbolToOfficialCurrencySymbolMapping.getOrElse(e._2, e._2), e._3))\n      .filter(e =>\n        bitfinexAssets.exists(_.asset.officialSymbol == e._1)\n          && bitfinexAssets.exists(_.asset.officialSymbol == e._2)) \/\/ crosscheck with bitfinex (configured) assets\n      .map(e => BitfinexTradePair(Asset(e._1), Asset(e._2), s\"t${e._3}\"))\n      .filterNot(e => exchangeConfig.assetBlocklist.contains(e.baseAsset) || exchangeConfig.assetBlocklist.contains(e.quoteAsset))\n      .toSet\n    if (log.isTraceEnabled) log.trace(s\"bitfinex trade pairs: $bitfinexTradePairs\")\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      \/\/ @formatter:off\n      case GetAllTradePairs(replyTo)      => replyTo ! tradePairs\n      case GetBitfinexTradePairs(replyTo) => replyTo ! bitfinexTradePairs\n      case GetBitfinexAssets(replyTo)     => replyTo ! bitfinexAssets\n      \/\/ @formatter:on\n    }\n    this\n  }\n\n  initTradePairs()\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/test\/scala\/org\/purevalue\/arbitrage\/traderoom\/OrderSpec.scala","text":"<reponame>bitmagier\/arbitrage-trader\npackage org.purevalue.arbitrage.traderoom\n\nimport java.util.UUID\n\nimport org.purevalue.arbitrage.traderoom.Asset.BTC\nimport org.scalatest.TestSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpecLike\n\nclass OrderSpec extends TestSuite\n  with AnyWordSpecLike\n  with Matchers {\n\n  Asset.register(\"ALGO\", \"Algorand\", isFiat = false)\n\n  \/\/ from cointracking.freshdesk.com\/en\/support\/solutions\/articles\/29000021505-bnb-balance-wrong-due-to-fees-not-being-deducted-\n  \/\/ In case of a sell, the fee needs to be entered as additional amount on the sell side.\n  \/\/ In case of a buy, the fee needs to be subtracted from the buy side.\n\n  \"OrderBill\" must {\n    \"calculate correct balance sheet of a Buy trannsaction\" in {\n      val balance: Seq[LocalCryptoValue] = OrderBill.calcBalanceSheet(\n        OrderRequest(\n          UUID.randomUUID(),\n          null,\n          \"e1\",\n          TradePair(Asset(\"ALGO\"), BTC),\n          TradeSide.Buy,\n          0.01,\n          100.0,\n          0.42\n        ))\n\n      balance should have size 2\n      balance should contain allOf (LocalCryptoValue(\"e1\", BTC, -0.42 * 100.0), LocalCryptoValue(\"e1\", Asset(\"ALGO\"), 100.0 * 0.99))\n    }\n\n    \"calculate correct balance sheet of a Sell trannsaction\" in {\n      val balance: Seq[LocalCryptoValue] = OrderBill.calcBalanceSheet(\n        OrderRequest(\n          UUID.randomUUID(),\n          null,\n          \"e1\",\n          TradePair(Asset(\"ALGO\"), BTC),\n          TradeSide.Sell,\n          0.01,\n          100.0,\n          0.42\n        ))\n\n      balance should have size 2\n      balance should contain allOf (LocalCryptoValue(\"e1\", BTC, 0.42 * 100.0), LocalCryptoValue(\"e1\", Asset(\"ALGO\"), -100.0 * 1.01))\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/OrderBundleSafetyGuard.scala","text":"package org.purevalue.arbitrage.traderoom\n\nimport java.time.{Duration, Instant}\n\nimport org.purevalue.arbitrage.Config\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager.OrderBookTooFlatException\nimport org.purevalue.arbitrage.traderoom.exchange.localExchangeRateRating\nimport org.purevalue.arbitrage.util.Emoji\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.slf4j.LoggerFactory\n\nsealed trait SafetyGuardDecision\ncase object Okay extends SafetyGuardDecision\ncase object NegativeBalance extends SafetyGuardDecision\ncase object TickerOutdated extends SafetyGuardDecision\ncase object TooFantasticWin extends SafetyGuardDecision\ncase object OrderLimitFarAwayFromTicker extends SafetyGuardDecision\ncase object SameTradePairOrderStillActive extends SafetyGuardDecision\ncase object TotalTransactionUneconomic extends SafetyGuardDecision\n\nclass OrderBundleSafetyGuard(config: Config) {\n  private val log = LoggerFactory.getLogger(getClass)\n  private var warningAlreadyWritten: Set[String] = Set()\n  private var stats: Map[SafetyGuardDecision, Int] = Map()\n\n  def unsafeStats: Map[SafetyGuardDecision, Int] = stats\n\n  private def orderLimitCloseToTicker(order: OrderRequest)(implicit tc: TradeContext): Boolean = {\n    if (config.exchanges(order.exchange).tickerIsRealtime) {\n      val ticker = tc.tickers(order.exchange)(order.pair)\n      val bestOfferPrice: Double = if (order.side == TradeSide.Buy) ticker.lowestAskPrice else ticker.highestBidPrice\n      val diff = ((order.limit - bestOfferPrice) \/ bestOfferPrice).abs\n      val valid = diff < config.tradeRoom.orderBundleSafetyGuard.maxOrderLimitTickerVariance\n      if (!valid) {\n        log.warn(s\"${Emoji.Disagree}  Got OrderBundle with $order where the order-limit is too far away (rate=${formatDecimal(diff, 2)}) from ticker value \" +\n          s\"(max variance=${formatDecimal(config.tradeRoom.orderBundleSafetyGuard.maxOrderLimitTickerVariance)})\")\n        log.debug(s\"$order, $ticker\")\n      }\n      valid\n    } else {\n      true \/\/ in case our exchange ticker is not a realtime ticker (like on bitfinex), we just give back an okay here\n    }\n  }\n\n  private def dataUpToDate(o: OrderRequest)(implicit tc: TradeContext): Boolean = {\n    val lastSeen = tc.dataAge(o.exchange).latest\n    val age = Duration.between(lastSeen, Instant.now)\n    val r = age.compareTo(config.tradeRoom.orderBundleSafetyGuard.maxTickerAge) < 0\n    if (!r) {\n      log.warn(s\"${Emoji.NoSupport}  Sorry, can't let that order through, because we have an aged orderBook or ticker (${age.toSeconds} s) for ${o.exchange} here.\")\n      log.debug(s\"${Emoji.NoSupport}  $o\")\n    }\n    r\n  }\n\n  \/**\n   * Because the liquidity providing and returning to reserve liquidity transactions (done by the Liquidity Manager)\n   * may ruin the plan to make a win out of the arbitrage trade bundle,\n   * we simulate the following transactions:\n   * - Providing Altcoins for the transaction(s) from a non-involved Reserve Asset on the same exchange\n   * - Transforming the bought Altcoins back to that Reserve Asset on the same exchange\n   * and then calculate the balance\n   *\n   * For instance:\n   * Liquidity reserve Assets are: BTC und USDT\n   * TradeBundleTrades are: Exchange1: ETC:BTC Buy   und Exchange2: ETC:BTC Sell  amount=3.5 ETC\n   * Altcoin liquidity providing: On Exchange2: Buy 3.5 ETC from USDT         => + 3.5 ETC - 3.5 * (1.0 + fee) * (Rate[ETC:USDT] on Exchange2) USDT\n   * Reserve liquidity back-conversion: On Exchange1: Buy USDT from 3.5 ETC   => - 3.5 ETC + 3.5 * (1.0 + fee) * (Rate[ETC:USDT] on Exchange1) USDT\n   *\n   * It is possible to use different Liquidity reserve assets for different involved assets\/trades\n   *\/\n  private def balanceOfLiquidityTransformationCompensationTransactionsInUSD(t: OrderRequestBundle)(implicit tc: TradeContext): Option[Double] = {\n    val involvedAssetsPerExchange: Map[String, Set[Asset]] =\n      t.orderRequests\n        .groupBy(_.exchange)\n        .map(e => (\n          e._1,\n          e._2\n            .flatMap(o =>\n              Seq(o.pair.baseAsset, o.pair.quoteAsset))\n            .toSet))\n    val uninvolvedReserveAssetsPerExchange: Map[String, Set[Asset]] =\n      t.orderRequests\n        .map(_.exchange)\n        .toSet[String] \/\/ set of involved exchanges\n        .map(e => (\n          e,\n          config.exchanges(e).reserveAssets\n            .filterNot(involvedAssetsPerExchange(e))\n            .toSet\n        )).toMap\n\n\n    val toProvide: Iterable[LocalCryptoValue] =\n      t.orderRequests\n        .map(_.calcOutgoingLiquidity)\n        .filterNot(e => config.exchanges(e.exchange).reserveAssets.contains(e.asset))\n    val toConvertBack: Iterable[LocalCryptoValue] =\n      t.orderRequests\n        .map(_.calcIncomingLiquidity)\n        .filterNot(e => config.exchanges(e.exchange).reserveAssets.contains(e.asset))\n\n    def findBestReserveAssetToProvide(exchange: String, assetToProvide: Asset, amountToProvide: Double, availableReserveAssets: Set[Asset]): Option[Asset] = {\n      val usableReserveAssets = availableReserveAssets.filter(r => tc.tradePairs(exchange).contains(TradePair(assetToProvide, r)))\n      var reserveAssetRatings: Map[Asset, Double] = Map()\n      for (r <- usableReserveAssets) {\n        try {\n          val rating = localExchangeRateRating(\n            TradePair(assetToProvide, r),\n            TradeSide.Buy, \/\/ TODO [later, when needed] try other way around too - also in LiquidityManager\n            amountToProvide,\n            config.liquidityManager.orderbookBasedTxLimitQuantityOverbooking,\n            config.liquidityManager.tickerBasedTxLimitBeyondEdgeLimit,\n            tc.tickers(exchange),\n            tc.referenceTicker,\n            tc.orderBooks(exchange)\n          )\n          reserveAssetRatings = reserveAssetRatings + (r -> rating)\n        } catch {\n          case e: OrderBookTooFlatException => log.debug(s\"order book too flat: ${e.tradePair} ${e.side}\") \/\/ so cannot use that reserve asset\n        }\n      }\n\n      if (reserveAssetRatings.isEmpty) None\n      else Some(reserveAssetRatings.maxBy(_._2)._1)\n    }\n\n    val unableToProvideConversionForCoin: Option[LocalCryptoValue] = {\n      (toProvide ++ toConvertBack).find(v =>\n        findBestReserveAssetToProvide(v.exchange, v.asset, v.amount, uninvolvedReserveAssetsPerExchange(v.exchange)).isEmpty)\n    }\n    if (unableToProvideConversionForCoin.isDefined) {\n      val msg = s\"${Emoji.EyeRoll}  Sorry, no suitable reserve asset found to support reserve liquidity conversion \" +\n        s\"from\/to ${unableToProvideConversionForCoin.get.asset} on ${unableToProvideConversionForCoin.get.exchange}.\"\n      if (!warningAlreadyWritten.contains(msg)) {\n        log.warn(s\"${Emoji.EyeRoll}  Sorry, no suitable reserve asset found to support reserve liquidity conversion \" +\n          s\"from\/to ${unableToProvideConversionForCoin.get.asset} on ${unableToProvideConversionForCoin.get.exchange}.\")\n        log.debug(s\"^^^ Regarding $t\")\n        warningAlreadyWritten = warningAlreadyWritten + msg\n      }\n      return None\n    }\n\n    val transactions: Iterable[OrderRequest] =\n      toProvide.map(e => {\n        val reserveAsset = findBestReserveAssetToProvide(e.exchange, e.asset, e.amount, uninvolvedReserveAssetsPerExchange(e.exchange)).get\n        val tradePair = TradePair(e.asset, reserveAsset)\n        OrderRequest(null, null,\n          e.exchange,\n          tradePair,\n          TradeSide.Buy,\n          config.exchanges(e.exchange).feeRate,\n          e.amount,\n          tc.tickers(e.exchange)(tradePair).priceEstimate\n        )\n      }) ++ toConvertBack.map(e => {\n        val reserveAsset = findBestReserveAssetToProvide(e.exchange, e.asset, e.amount, uninvolvedReserveAssetsPerExchange(e.exchange)).get\n        val tradePair = TradePair(e.asset, reserveAsset)\n        OrderRequest(null, null,\n          e.exchange,\n          tradePair,\n          TradeSide.Sell,\n          config.exchanges(e.exchange).feeRate,\n          e.amount,\n          tc.tickers(e.exchange)(tradePair).priceEstimate\n        )\n      })\n\n    val balanceSheet: Iterable[LocalCryptoValue] = transactions.flatMap(OrderBill.calcBalanceSheet)\n    val sumUSD = balanceSheet\n      .groupBy(_.exchange)\n      .map(e => OrderBill.aggregateValues(e._2, config.exchanges(e._1).usdEquivalentCoin, tc.tickers)) \/\/ local sum USD-equivalent per exchange\n      .sum\n    Some(sumUSD)\n  }\n\n\n  \/\/ returns decision-result and the total win in case the decision-result is true\n  private def totalTransactionsWinInRage(t: OrderRequestBundle)(implicit tc: TradeContext): (Boolean, Option[Double]) = {\n    val b: Option[Double] = balanceOfLiquidityTransformationCompensationTransactionsInUSD(t)\n    if (b.isEmpty) return (false, None)\n    if ((t.bill.sumUSDAtCalcTime + b.get) < config.tradeRoom.orderBundleSafetyGuard.minTotalGainInUSD) {\n      log.debug(s\"${Emoji.LookingDown}  Got interesting $t, but the sum of costs (${formatDecimal(b.get)} USD) of the necessary \" +\n        s\"liquidity transformation transactions makes the whole thing uneconomic (total gain: ${formatDecimal(t.bill.sumUSDAtCalcTime + b.get)} USD \" +\n        s\"= lower than threshold ${config.tradeRoom.orderBundleSafetyGuard.minTotalGainInUSD} USD).\")\n      (false, None)\n    } else (true, Some(t.bill.sumUSDAtCalcTime))\n  }\n\n  \/\/ reject OrderBundles, when there is another active order of the same exchange+tradepair still active\n  private def sameTradePairOrdersStillActive(bundle: OrderRequestBundle)(implicit tc: TradeContext): Boolean = {\n    val activeExchangeOrderPairs: Iterable[(String, TradePair)] =\n      tc.activeOrderBundleOrders.map(o => (o.exchange, o.pair))\n    if (bundle.orderRequests.exists(o => activeExchangeOrderPairs.exists(e => e._1 == o.exchange && e._2 == o.pair))) {\n      if (log.isDebugEnabled)\n        log.debug(s\"rejecting new $bundle because another order of same exchange+tradepair is still active. Active trade pairs: $activeExchangeOrderPairs\")\n      else\n        log.info(s\"${Emoji.Disagree} rejecting new order bundle because same exchange+tradepair is still active\")\n      true\n    } else false\n  }\n\n  private def _isSafe(bundle: OrderRequestBundle)(implicit tc: TradeContext): (Boolean, SafetyGuardDecision, Option[Double]) = {\n\n    def unsafe(d: SafetyGuardDecision): (Boolean, SafetyGuardDecision, Option[Double]) = (false, d, None)\n\n    if (bundle.bill.sumUSDAtCalcTime <= 0) {\n      log.warn(s\"${Emoji.Disagree}  Got OrderBundle with negative balance: ${bundle.bill.sumUSDAtCalcTime}. I will not execute that one!\")\n      log.debug(s\"$bundle\")\n      unsafe(NegativeBalance)\n    } else if (!bundle.orderRequests.forall(dataUpToDate)) {\n      unsafe(TickerOutdated)\n    } else if (bundle.bill.sumUSDAtCalcTime >= config.tradeRoom.orderBundleSafetyGuard.maximumReasonableWinPerOrderBundleUSD) {\n      log.warn(s\"${Emoji.Disagree}  Got OrderBundle with unbelievable high estimated win of ${formatDecimal(bundle.bill.sumUSDAtCalcTime)} USD. I will rather not execute that one - seem to be a bug!\\n$bundle\")\n      unsafe(TooFantasticWin)\n    } else if (!bundle.orderRequests.forall(orderLimitCloseToTicker))\n      unsafe(OrderLimitFarAwayFromTicker)\n    else if (sameTradePairOrdersStillActive(bundle)) {\n      unsafe(SameTradePairOrderStillActive)\n    } else {\n      val r: (Boolean, Option[Double]) = totalTransactionsWinInRage(bundle)\n      if (!r._1) unsafe(TotalTransactionUneconomic)\n      else (true, Okay, r._2)\n    }\n  }\n\n  \/\/ returns decision result and the total win. in case of a positive decision result\n  def isSafe(bundle: OrderRequestBundle)(implicit tc: TradeContext): (Boolean, Option[Double]) = {\n    _isSafe(bundle) match {\n      case (result, reason, win) =>\n        this.synchronized {\n          stats = stats + (reason -> (stats.getOrElse(reason, 0) + 1))\n        }\n        (result, win)\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/bitfinex\/BitfinexDataArrayMessageParser.scala","text":"package org.purevalue.arbitrage.adapter.bitfinex\n\nimport java.text.ParseException\n\n\nclass BitfinexDataArrayMessageParser(private val s: String) {\n  private var pos: Int = 0\n\n  private def skipWhitespaces(): Unit = {\n    while (s.charAt(pos).isWhitespace) pos += 1\n  }\n\n  private def skip(char: Char): Unit = {\n    skipWhitespaces()\n    if (s.charAt(pos) == char) pos += 1\n    else throw new ParseException(s\"char $char not found in '$s'\", pos)\n  }\n\n  private def readInt(): Int = {\n    var intLength = 0\n    while (s.charAt(pos).isDigit) {\n      pos += 1\n      intLength += 1\n    }\n    s.substring(pos - intLength, pos).toInt\n  }\n\n  def decode: (Int, String) = {\n    skip('[')\n    skipWhitespaces()\n    val channelId: Int = readInt()\n    skip(',')\n    if (s.last != ']') throw new ParseException(s\"data array does not end with ']': $s\", s.length - 1)\n    skipWhitespaces()\n    val payload = s.substring(pos, s.length - 1)\n    (channelId, payload)\n  }\n}"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/Emoji.scala","text":"package org.purevalue.arbitrage.util\n\n\/\/ from github.com\/dysfunc\/ascii-emoji\nobject Emoji {\n  val Bitcoin = \"\u0e3f\"\n  val ThreeBitcoin = \"\u0e3f\u0e3f\u0e3f\"\n  val SadAndConfused = \"\"\"\u00af\\_(\u2299\ufe3f\u2299)_\/\u00af\"\"\"\n  val SadAndCrying = \"(\u1d5f\u0eb6\ufe35 \u1d5f\u0eb6)\"\n  val Confused = \"\u00bf\u24e7_\u24e7\ufb8c\"\n  val CryingFace = \"\u0ca5_\u0ca5\"\n  val Disagree = \"\u0669\u25d4\u032f\u25d4\u06f6\"\n  val DoYouEvenLiftBro = \"\u1566(\u00f2_\u00f3\u02c7)\u1564\"\n  val Excited = \"\u261c(\u2312\u25bd\u2312)\u261e\"\n  val SadFace = \"(\u0ca5\u2323\u0ca5)\"\n  val Love = \"\u2665\u203f\u2665\"\n  val Opera = \"\u30fe(\u00b4\u3007`)\uff89\u266a\u266a\u266a\"\n  val Robot = \"{\u2022\u0303_\u2022\u0303}\"\n  val Questionable = \"(\u053e\u2038 \u053e)\"\n  val Winning = \"(\u2022\u0300\u1d17\u2022\u0301)\u0648 \u0311\u0311\"\n  val EyeRoll = \"\u2940.\u2940\"\n  val LookingDown = \"(._.)\"\n  val Satisfied = \"(\u25e0\ufe4f\u25e0)\"\n  val Judgemental = \"{\u0ca0\u0296\u0ca0}\"\n  val NoSupport = \"\u4e41( \u25d4 \u0c6a\u25d4)\u300c\"\n  val Zoned = \"(\u2299_\u25ce)\"\n  val HappyHug = \"\"\"\\(\u1d54\u1d55\u1d54)\/\"\"\"\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbaseHttpUtil.scala","text":"<reponame>bitmagier\/arbitrage-trader\npackage org.purevalue.arbitrage.adapter.coinbase\n\nimport akka.actor.typed.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.headers.RawHeader\nimport akka.stream.Materializer\nimport org.purevalue.arbitrage.util.CryptoUtil.hmacSha256Signature\nimport org.purevalue.arbitrage.{GlobalConfig, Main, SecretsConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{JsValue, JsonParser, JsonReader}\n\nimport java.nio.charset.StandardCharsets\nimport java.util.Base64\nimport scala.concurrent.{ExecutionContext, Future}\n\nprivate[coinbase] object CoinbaseHttpUtil {\n  private val log = LoggerFactory.getLogger(getClass)\n  private lazy val globalConfig: GlobalConfig = Main.config().global\n\n  \/\/ {\"iso\":\"2020-10-01T21:22:24Z\",\"epoch\":1601587344.} <- spray cannot parse that, but we can\n  def parseServerTime(jsonLike: String): Double = {\n    val end = jsonLike.lastIndexOf('}')\n    val start = jsonLike.lastIndexOf(':') + 1\n    jsonLike.substring(start, end).toDouble\n  }\n\n  case class Signature(cbAccessKey: String, cbAccessSign: String, cbAccessTimestamp: String, cbAccessPassphrase: String)\n\n  def createSignature(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, serverTime: Double): Signature = {\n    \/\/ [coinbase documentation]\n    \/\/ The CB-ACCESS-TIMESTAMP header MUST be number of seconds since Unix Epoch in UTC. Decimal values are allowed\n    \/\/ Your timestamp must be within 30 seconds of the api service time or your request will be considered expired and rejected.\n    \/\/ We recommend using the time endpoint to query for the API server time if you believe there many be time skew between your server and the API servers.\n    val timestamp: String = serverTime.toString\n    val requestPath = Uri(uri).toRelative.toString()\n    val contentToSign = s\"\"\"$timestamp${method.value}$requestPath${requestBody.getOrElse(\"\")}\"\"\"\n    val secretKey = Base64.getDecoder.decode(apiKeys.apiSecretKey)\n    val signature = new String(Base64.getEncoder.encode(hmacSha256Signature(contentToSign, secretKey)), StandardCharsets.ISO_8859_1)\n    Signature(apiKeys.apiKey, signature, timestamp, apiKeys.apiKeyPassphrase.get)\n  }\n\n  \/\/ https:\/\/docs.pro.coinbase.com\/#api-key-permissions\n  def httpRequestCoinbaseHmacSha256(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, serverTime: Double)\n                                   (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[HttpResponse] = {\n    val signature = createSignature(method, uri, requestBody, apiKeys, serverTime)\n\n    Http().singleRequest(\n      HttpRequest(\n        method,\n        uri = Uri(uri),\n        headers = List(\n          RawHeader(\"CB-ACCESS-KEY\", signature.cbAccessKey),\n          RawHeader(\"CB-ACCESS-SIGN\", signature.cbAccessSign),\n          RawHeader(\"CB-ACCESS-TIMESTAMP\", signature.cbAccessTimestamp),\n          RawHeader(\"CB-ACCESS-PASSPHRASE\", signature.cbAccessPassphrase)\n        ),\n        entity = requestBody match {\n          case None => HttpEntity.Empty\n          case Some(x) => HttpEntity(ContentTypes.`application\/json`, x)\n        }\n      ))\n  }\n\n  def httpRequestCoinbaseAccount(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, serverTime: Double)\n                                (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[(StatusCode, String)] = {\n    httpRequestCoinbaseHmacSha256(method, uri, requestBody, apiKeys, serverTime)\n      .flatMap {\n        response: HttpResponse =>\n          response.entity.toStrict(globalConfig.httpTimeout).map { r =>\n            if (!response.status.isSuccess()) log.warn(s\"$response\")\n            (response.status, r.data.utf8String)\n          }\n      }\n  }\n\n  def httpRequestPureJsonCoinbaseAccount(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, serverTime: Double)\n                                        (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[(StatusCode, JsValue)] = {\n    httpRequestCoinbaseHmacSha256(method, uri, requestBody, apiKeys, serverTime)\n      .flatMap {\n        response: HttpResponse =>\n          response.entity.toStrict(globalConfig.httpTimeout).map { r =>\n            if (!response.status.isSuccess()) log.warn(s\"$response\")\n            r.contentType match {\n              case ContentTypes.`application\/json` => (response.status, JsonParser(r.data.utf8String))\n              case _ => throw new RuntimeException(s\"Non-Json message received:\\n${r.data.utf8String}\")\n            }\n          }\n      }\n  }\n\n  def httpRequestJsonCoinbaseAccount[T, E](method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, serverTime: Double)\n                                          (implicit evidence1: JsonReader[T], evidence2: JsonReader[E], system: ActorSystem[_], fm: Materializer,\n                                           executor: ExecutionContext):\n  Future[Either[T, E]] = {\n    httpRequestPureJsonCoinbaseAccount(method, uri, requestBody, apiKeys, serverTime).map {\n      case (statusCode, j) =>\n        try {\n          if (statusCode.isSuccess()) Left(j.convertTo[T])\n          else Right(j.convertTo[E])\n        } catch {\n          case e: Exception => throw new RuntimeException(s\"$uri failed. Response: $statusCode, $j, \", e)\n        }\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinanceErrorCodes.scala","text":"package org.purevalue.arbitrage.adapter.binance\n\n\/**\n * @see https:\/\/github.com\/binance-exchange\/binance-official-api-docs\/blob\/master\/errors.md\n *\/\nobject BinanceErrorCodes {\n  val NoSuchOrder: Int = -2013 \/\/ order does not exist\n  val CancelRejected: Int = -2011\n  val NewOrderRejected: Int = -2010\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinanceHttpUtil.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/binance\/BinanceHttpUtil.scala\npackage org.purevalue.arbitrage.adapter.binance\n\nimport akka.actor.typed.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.headers.RawHeader\nimport akka.stream.Materializer\nimport org.purevalue.arbitrage.util.CryptoUtil.hmacSha256Signature\nimport org.purevalue.arbitrage.util.Util.convertBytesToLowerCaseHex\nimport org.purevalue.arbitrage.{GlobalConfig, Main, SecretsConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{JsValue, JsonParser, JsonReader}\n\nimport java.time.Instant\nimport scala.concurrent.{ExecutionContext, Future}\n\nprivate[binance] object BinanceHttpUtil {\n  private val log = LoggerFactory.getLogger(getClass)\n  private val globalConfig: GlobalConfig = Main.config().global\n\n  def httpRequestBinanceHmacSha256(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, sign: Boolean)\n                                  (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[HttpResponse] = {\n    val finalUriParams: Option[String] =\n      if (sign) {\n        val totalParamsBeforeSigning: String = (Uri(uri).queryString() match {\n          case None => \"\"\n          case Some(x) => x + \"&\"\n        }) + s\"timestamp=${Instant.now.toEpochMilli}\"\n        val contentToSign = totalParamsBeforeSigning + requestBody.getOrElse(\"\")\n        val signature = convertBytesToLowerCaseHex(hmacSha256Signature(contentToSign, apiKeys.apiSecretKey.getBytes))\n        Some(totalParamsBeforeSigning + \"&\" + s\"signature=$signature\")\n      } else {\n        Uri(uri).rawQueryString\n      }\n\n    Http().singleRequest(\n      HttpRequest(\n        method,\n        uri = Uri(uri).withRawQueryString(finalUriParams.getOrElse(\"\")),\n        headers = List(RawHeader(\"X-MBX-APIKEY\", apiKeys.apiKey)),\n        entity = requestBody match {\n          case None => HttpEntity.Empty\n          case Some(x) => HttpEntity(x)\n        }\n      ))\n  }\n\n\n  def httpRequestPureJsonBinanceAccount(method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, sign: Boolean)\n                                       (implicit system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[(StatusCode, JsValue)] = {\n    httpRequestBinanceHmacSha256(method, uri, requestBody, apiKeys, sign)\n      .flatMap {\n        response: HttpResponse =>\n          response.entity.toStrict(globalConfig.httpTimeout).map { r =>\n            if (!response.status.isSuccess()) log.warn(s\"$response\")\n            r.contentType match {\n              case ContentTypes.`application\/json` => (response.status, JsonParser(r.data.utf8String))\n              case _ => throw new RuntimeException(s\"Non-Json message received:\\n${r.data.utf8String}\")\n            }\n          }\n      }\n  }\n\n  def httpRequestJsonBinanceAccount[T, E](method: HttpMethod, uri: String, requestBody: Option[String], apiKeys: SecretsConfig, sign: Boolean)\n                                         (implicit evidence1: JsonReader[T], evidence2: JsonReader[E], system: ActorSystem[_], fm: Materializer, executor: ExecutionContext):\n  Future[Either[T, E]] = {\n    httpRequestPureJsonBinanceAccount(method, uri, requestBody, apiKeys, sign).map {\n      case (statusCode, j) =>\n        try {\n          if (statusCode.isSuccess()) Left(j.convertTo[T])\n          else Right(j.convertTo[E])\n        } catch {\n          case e: Exception => throw new RuntimeException(s\"$uri failed. Response: $statusCode, $j, \", e)\n        }\n    }\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbasePublicDataChannel.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/adapter\/coinbase\/CoinbasePublicDataChannel.scala<gh_stars>1-10\npackage org.purevalue.arbitrage.adapter.coinbase\n\nimport akka.Done\nimport akka.actor.typed.scaladsl.AskPattern.{Askable, schedulerFromActorSystem}\nimport akka.actor.typed.scaladsl.{ActorContext, Behaviors, TimerScheduler}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.model.ws.{Message, TextMessage, WebSocketRequest, WebSocketUpgradeResponse}\nimport akka.stream.scaladsl.{Flow, Keep, Sink, Source}\nimport akka.util.Timeout\nimport org.purevalue.arbitrage.adapter.PublicDataChannel.Disconnected\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbasePublicDataChannel.CoinbaseWebSocketEndpoint\nimport org.purevalue.arbitrage.adapter.coinbase.CoinbasePublicDataInquirer.GetCoinbaseTradePairs\nimport org.purevalue.arbitrage.adapter.{PublicDataChannel, PublicDataInquirer}\nimport org.purevalue.arbitrage.traderoom.TradePair\nimport org.purevalue.arbitrage.traderoom.exchange.Exchange.IncomingPublicData\nimport org.purevalue.arbitrage.traderoom.exchange.{Ask, Bid, Exchange, ExchangePublicStreamData, OrderBook, OrderBookUpdate, Ticker}\nimport org.purevalue.arbitrage.{ExchangeConfig, GlobalConfig}\nimport org.slf4j.LoggerFactory\nimport spray.json.{DefaultJsonProtocol, JsObject, JsonParser, RootJsonFormat, enrichAny}\n\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{Await, Future, Promise}\n\nprivate[coinbase] case class SubscribeRequestJson(`type`: String = \"subscribe\",\n                                                  product_ids: Seq[String],\n                                                  channels: Seq[String])\n\nprivate[coinbase] trait IncomingPublicCoinbaseJson\n\nprivate[coinbase] case class TickerJson(`type`: String,\n                                        product_id: String,\n                                        price: String,\n                                        best_ask: String,\n                                        best_bid: String\n                                       ) extends IncomingPublicCoinbaseJson {\n  def toTicker(exchange: String, resolveProductId: String => TradePair): Ticker = Ticker(\n    exchange,\n    resolveProductId(product_id),\n    best_bid.toDouble,\n    None,\n    best_ask.toDouble,\n    None,\n    Some(price.toDouble))\n}\n\nprivate[coinbase] case class OrderBookSnapshotJson(`type`: String,\n                                                   product_id: String,\n                                                   bids: Vector[Tuple2[String, String]], \/\/ price,size\n                                                   asks: Vector[Tuple2[String, String]] \/\/ price,size\n                                                  ) extends IncomingPublicCoinbaseJson {\n  def toOrderBook(exchange: String, resolveProductId: String => TradePair): OrderBook = OrderBook(\n    exchange,\n    resolveProductId(product_id),\n    bids.map(e => Bid(e._1.toDouble, e._2.toDouble))\n      .map(e => e.price -> e)\n      .toMap,\n    asks.map(e => Ask(e._1.toDouble, e._2.toDouble))\n      .map(e => e.price -> e)\n      .toMap\n  )\n}\n\nprivate[coinbase] case class OrderBookUpdateJson(`type`: String,\n                                                 product_id: String,\n                                                 time: String, \/\/ 2019-08-14T20:42:27.265Z\"\n                                                 changes: Vector[Tuple3[String, String, String]] \/\/ side, price, side\n                                                ) extends IncomingPublicCoinbaseJson {\n  def toOrderBookUpdate(exchange: String, resolveProductId: String => TradePair): OrderBookUpdate = OrderBookUpdate(\n    exchange,\n    resolveProductId(product_id),\n    changes\n      .filter(_._1 == \"buy\")\n      .map(e => Bid(e._2.toDouble, e._3.toDouble)),\n    changes\n      .filter(_._1 == \"sell\")\n      .map(e => Ask(e._2.toDouble, e._3.toDouble))\n  )\n}\n\nprivate[coinbase] case class ProductTickerJson(volume: String)\n\nprivate[coinbase] object CoinbasePublicJsonProtocol extends DefaultJsonProtocol {\n  implicit val subscribeRequestJson: RootJsonFormat[SubscribeRequestJson] = jsonFormat3(SubscribeRequestJson)\n  implicit val tickerJson: RootJsonFormat[TickerJson] = jsonFormat5(TickerJson)\n  implicit val orderBookSnapshotJson: RootJsonFormat[OrderBookSnapshotJson] = jsonFormat4(OrderBookSnapshotJson)\n  implicit val orderBookUpdateJson: RootJsonFormat[OrderBookUpdateJson] = jsonFormat4(OrderBookUpdateJson)\n  implicit val productTickerJson: RootJsonFormat[ProductTickerJson] = jsonFormat1(ProductTickerJson)\n}\n\nobject CoinbasePublicDataChannel {\n  def apply(globalConfig: GlobalConfig,\n            exchangeConfig: ExchangeConfig,\n            relevantTradePairs: Set[TradePair],\n            exchange: ActorRef[Exchange.Message],\n            publicDataInquirer: ActorRef[PublicDataInquirer.Command]):\n  Behavior[PublicDataChannel.Event] = {\n    Behaviors.withTimers(timers =>\n      Behaviors.setup(context =>\n        new CoinbasePublicDataChannel(context, timers, globalConfig, exchangeConfig, relevantTradePairs, exchange, publicDataInquirer)))\n  }\n\n  \/\/ The websocket feed is publicly available, but connections to it are rate-limited to 1 per 4 seconds per IP.\n  val CoinbaseWebSocketEndpoint: String = \"wss:\/\/ws-feed.pro.coinbase.com\" \/\/ \"wss:\/\/ws-feed-public.sandbox.pro.coinbase.com\"\n}\nprivate[coinbase] class CoinbasePublicDataChannel(context: ActorContext[PublicDataChannel.Event],\n                                                  timers: TimerScheduler[PublicDataChannel.Event],\n                                                  globalConfig: GlobalConfig,\n                                                  exchangeConfig: ExchangeConfig,\n                                                  relevantTradePairs: Set[TradePair],\n                                                  exchange: ActorRef[Exchange.Message],\n                                                  publicDataInquirer: ActorRef[PublicDataInquirer.Command])\n  extends PublicDataChannel(context, timers, exchangeConfig) {\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  val TickerChannelName: String = \"ticker\"\n  val OrderBookChannelname: String = \"level2\"\n\n  var coinbaseTradePairByProductId: Map[String, CoinbaseTradePair] = _\n\n  import CoinbasePublicJsonProtocol._\n\n  \/\/ @formatter:off\n  def exchangeDataMapping(in: IncomingPublicCoinbaseJson): ExchangePublicStreamData = {\n    in match {\n      case t: TickerJson            => t.toTicker(exchangeConfig.name, id => coinbaseTradePairByProductId(id).toTradePair)\n      case o: OrderBookSnapshotJson => o.toOrderBook(exchangeConfig.name, id => coinbaseTradePairByProductId(id).toTradePair)\n      case o: OrderBookUpdateJson   => o.toOrderBookUpdate(exchangeConfig.name, id => coinbaseTradePairByProductId(id).toTradePair)\n    }\n  } \/\/ @formatter:on\n\n\n  \/\/ @formatter:off\n  def decodeJsObject(messageType: String, j: JsObject): Seq[IncomingPublicCoinbaseJson] = {\n    if (log.isDebugEnabled) log.debug(s\"received: $j\")\n    messageType match {\n      case \"subscriptions\"   => log.debug(s\"$j\"); Nil\n      case TickerChannelName => Seq(j.convertTo[TickerJson])\n      case \"snapshot\"        => Seq(j.convertTo[OrderBookSnapshotJson])\n      case \"l2update\"        => Seq(j.convertTo[OrderBookUpdateJson])\n      case \"error\"           => log.error(j.prettyPrint); throw new RuntimeException()\n      case _                 => log.warn(\"received unhandled messageType: $j\"); Nil\n    }\n  } \/\/ @formatter:on\n\n  def decodeMessage(message: Message): Future[Seq[IncomingPublicCoinbaseJson]] = message match {\n    case msg: TextMessage =>\n      msg.toStrict(globalConfig.httpTimeout)\n        .map(_.getStrictText)\n        .map(s => JsonParser(s).asJsObject() match {\n          case j: JsObject if j.fields.contains(\"type\") =>\n            decodeJsObject(j.fields(\"type\").convertTo[String], j)\n          case j: JsObject =>\n            log.warn(s\"Unknown json object received: $j\")\n            Nil\n        })\n    case _ =>\n      log.warn(s\"Received non TextMessage\")\n      Future.successful(Nil)\n  }\n\n  def subscribeMessages: List[SubscribeRequestJson] = {\n    List(\n      SubscribeRequestJson(\n        product_ids = coinbaseTradePairByProductId.filter(e => relevantTradePairs.contains(e._2.toTradePair)).keys.toSeq,\n        channels = Seq(TickerChannelName)),\n      SubscribeRequestJson(\n        product_ids = coinbaseTradePairByProductId.filter(e => relevantTradePairs.contains(e._2.toTradePair)).keys.toSeq,\n        channels = Seq(OrderBookChannelname))\n    )\n  }\n\n  \/\/ flow to us\n  def wsFlow: Flow[Message, Message, Promise[Option[Message]]] = {\n    Flow.fromSinkAndSourceCoupledMat(\n      Sink.foreach[Message](message =>\n        decodeMessage(message)\n          .map(_.map(exchangeDataMapping))\n          .map(IncomingPublicData)\n          .foreach(exchange ! _)\n      ),\n      Source(\n        subscribeMessages.map(e => TextMessage(e.toJson.compactPrint))\n      ).concatMat(Source.maybe[Message])(Keep.right))(Keep.right)\n  }\n\n  var ws: (Future[WebSocketUpgradeResponse], Promise[Option[Message]]) = _\n  var connected: Future[Done.type] = _\n\n  def createConnected: Future[Done.type] =\n    ws._1.flatMap { upgrade =>\n      if (upgrade.response.status == StatusCodes.SwitchingProtocols) {\n        log.info(\"connected\")\n        Future.successful(Done)\n      } else {\n        throw new RuntimeException(s\"Connection failed: ${upgrade.response.status}\")\n      }\n    }\n\n  def connect(): Unit = {\n    log.info(s\"connect WebSocket $CoinbaseWebSocketEndpoint...\")\n\n    ws = Http().singleWebSocketRequest(WebSocketRequest(CoinbaseWebSocketEndpoint), wsFlow)\n    ws._2.future.onComplete { _ =>\n      log.info(s\"connection closed\")\n      context.self ! Disconnected()\n    }\n    connected = createConnected\n  }\n\n  def initCoinbaseTradePairBySymbol(): Unit = {\n    implicit val timeout: Timeout = globalConfig.internalCommunicationTimeoutDuringInit\n    coinbaseTradePairByProductId = Await.result(\n      publicDataInquirer.ask(ref => GetCoinbaseTradePairs(ref)),\n      timeout.duration.plus(500.millis))\n      .filter(e => relevantTradePairs.contains(e.toTradePair))\n      .map(e => (e.id, e))\n      .toMap\n  }\n\n  def init(): Unit = {\n    log.info(\"initializing coinbase public data channel\")\n    initCoinbaseTradePairBySymbol()\n    connect()\n  }\n\n  override def postStop(): Unit = {\n    if (ws != null && !ws._2.isCompleted) ws._2.success(None)\n  }\n\n  init()\n}\n\n\/\/ TODO [later] subscribe to status channel: The status channel will send all products and currencies on a preset interval.\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/util\/InitSequence.scala","text":"<filename>src\/main\/scala\/org\/purevalue\/arbitrage\/util\/InitSequence.scala\npackage org.purevalue.arbitrage.util\n\nimport org.purevalue.arbitrage.Main.actorSystem\nimport org.slf4j.Logger\n\nimport scala.concurrent.ExecutionContextExecutor\n\ncase class InitStep(name: String, method: () => Unit)\ncase class InitStepFailedException(message: String, cause: Throwable) extends RuntimeException(message, cause)\n\nclass InitSequence(private val parentLogger: Logger,\n                   private val instanceName: String,\n                   private val sequence: List[InitStep]) {\n  private implicit val executionContext: ExecutionContextExecutor = actorSystem.executionContext\n\n  def run(): Unit = {\n    var position: Int = 0\n    for (step <- sequence) {\n      position += 1\n      try {\n        parentLogger.info(s\"[$instanceName]: starting init step [$position\/${sequence.size}] '${step.name}'\")\n        step.method()\n      } catch {\n        case t: Throwable => throw InitStepFailedException(s\"[$instanceName] Init step [$position\/${sequence.size}] '${step.name}' failed\", t)\n      }\n    }\n    parentLogger.info(s\"\"\"[$instanceName] init sequence completed\"\"\")\n  }\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/Asset.scala","text":"<gh_stars>1-10\npackage org.purevalue.arbitrage.traderoom\n\nimport org.purevalue.arbitrage.traderoom.Asset.{BTC, ETH}\nimport org.purevalue.arbitrage.traderoom.exchange.Ticker\nimport org.purevalue.arbitrage.util.Util.formatDecimal\nimport org.purevalue.arbitrage.util.{IsoFiatCurrencies, WrongAssumption}\n\n\n\/\/ Crypto asset \/ coin.\n\/\/ It should NOT be created somewhere else - but registered via Asset.register().\n\/\/ The way to get it is via Asset(officialSymbol)\nclass Asset(val officialSymbol: String,\n            val name: Option[String],\n            val isFiat: Boolean,\n            val defaultFractionDigits: Int = 5,\n            val sourceWeight: Int = 0) {\n\n  private def canConvertIndirectly(targetAsset: Asset, intermediateAsset: Asset, conversionRateExists: TradePair => Boolean): Boolean = {\n    canConvertDirectlyTo(intermediateAsset, conversionRateExists) &&\n      intermediateAsset.canConvertDirectlyTo(targetAsset, conversionRateExists)\n  }\n\n  def canConvertDirectlyTo(targetAsset: Asset, conversionRateExists: TradePair => Boolean): Boolean = {\n    this == targetAsset ||\n      conversionRateExists(TradePair(this, targetAsset)) ||\n      conversionRateExists(TradePair(targetAsset, this))\n  }\n\n  def canConvertTo(targetAsset: Asset, conversionRateExists: TradePair => Boolean): Boolean = {\n    canConvertDirectlyTo(targetAsset, conversionRateExists) ||\n      canConvertIndirectly(targetAsset, BTC, conversionRateExists)\n  }\n\n  def canConvertTo(targetAsset: Asset, ticker: Map[TradePair, Ticker]): Boolean = {\n    canConvertTo(targetAsset, tp => ticker.contains(tp))\n  }\n\n  def canConvertTo(targetAsset: Asset, tradePairs: Set[TradePair]): Boolean = {\n    canConvertTo(targetAsset, tp => tradePairs.contains(tp))\n  }\n\n  override def equals(obj: Any): Boolean = {\n    obj.isInstanceOf[Asset] &&\n      this.officialSymbol == obj.asInstanceOf[Asset].officialSymbol\n  }\n\n  override def hashCode: Int = officialSymbol.hashCode\n\n  override def toString: String = officialSymbol\n}\n\nobject Asset {\n  private val MaxSourceWeight = 10\n  \/\/ some essential values we need everywhere\n  private val PredefinedAssets: Seq[Asset] = Seq(\n    new Asset(\"EUR\", Some(\"Euro\"), isFiat = true, 2, MaxSourceWeight),\n    new Asset(\"USD\", Some(\"U.S. Dollar\"), isFiat = true, 2, MaxSourceWeight),\n    new Asset(\"BTC\", Some(\"Bitcoin\"), isFiat = false, 8, MaxSourceWeight),\n    new Asset(\"ETH\", Some(\"Ethereum\"), isFiat = false, 5, MaxSourceWeight),\n    new Asset(\"USDT\", Some(\"Tether\"), isFiat = false, 2, MaxSourceWeight),\n    new Asset(\"USDC\", Some(\"USD Coin\"), isFiat = false, 2, MaxSourceWeight)\n  )\n\n  \/\/ often used assets\n  lazy val BTC: Asset = Asset(\"BTC\")\n  lazy val EUR: Asset = Asset(\"EUR\")\n  lazy val USD: Asset = Asset(\"USD\")\n  lazy val USDT: Asset = Asset(\"USDT\")\n  lazy val USDC: Asset = Asset(\"USDC\")\n  lazy val ETH: Asset = Asset(\"ETH\")\n\n  lazy val UsdEquivalentCoins: Set[Asset] = Set(USDT, USDC)\n\n  \/\/ this is the reference to know exactly about which asset (or coin) we are talking (no matter at which exchange)\n  private var allAssets: Map[String, Asset] = Map()\n\n  def isKnown(officialSymbol: String): Boolean = allAssets.contains(officialSymbol)\n\n  def register(a: Asset): Unit = register(a.officialSymbol, a.name, Some(a.isFiat), a.defaultFractionDigits, a.sourceWeight)\n\n  def register(officialSymbol: String, name: String, isFiat: Boolean): Unit = register(officialSymbol, Some(name), Some(isFiat))\n\n  def register(officialSymbol: String, name: Option[String], _isFiat: Option[Boolean], defaultFractionDigits: Int = 5, sourceWeight: Int = 0): Unit = {\n    val FiatDefaultFractionDigits = 2\n    val isFiat: Boolean = IsoFiatCurrencies.contains(officialSymbol) || _isFiat.contains(true)\n\n    def mergeName(a: Option[String], b: Option[String]): Option[String] = Seq(a, b).flatten.headOption\n\n    if (sourceWeight > MaxSourceWeight) throw new WrongAssumption(\"dynamic registered asset has a too high source weight\")\n\n    synchronized {\n      allAssets =\n        allAssets.get(officialSymbol) match {\n          case None => allAssets + (\n            IsoFiatCurrencies.get(officialSymbol) match {\n              case Some(currencyName: String) => officialSymbol -> new Asset(officialSymbol, Some(currencyName), true, FiatDefaultFractionDigits, MaxSourceWeight)\n              case None => officialSymbol -> new Asset(officialSymbol, name, isFiat, defaultFractionDigits, sourceWeight)\n            })\n\n          case Some(oldValue) if oldValue.sourceWeight < sourceWeight =>\n            allAssets + (officialSymbol -> new Asset(officialSymbol, mergeName(name, oldValue.name), isFiat, defaultFractionDigits, sourceWeight))\n\n          case Some(oldValue) if oldValue.name.isEmpty && name.isDefined =>\n            allAssets + \/\/ merge name\n              (oldValue.officialSymbol -> new Asset(oldValue.officialSymbol, name, oldValue.isFiat, oldValue.defaultFractionDigits, oldValue.sourceWeight))\n\n          case _ => allAssets\n        }\n    }\n  }\n\n  def apply(officialSymbol: String): Asset = {\n    val result: Option[Asset] =\n      synchronized {\n        allAssets.get(officialSymbol)\n      }\n    if (result.isEmpty) {\n      throw new RuntimeException(s\"Unknown asset with officialSymbol $officialSymbol\")\n    }\n    result.get\n  }\n\n  PredefinedAssets.foreach(register)\n}\n\n\n\/\/ a universal usable trade-pair\ncase class TradePair(baseAsset: Asset, quoteAsset: Asset) extends Ordered[TradePair] {\n\n  def compare(that: TradePair): Int = this.toString compare that.toString\n\n  def reverse: TradePair = TradePair(quoteAsset, baseAsset)\n\n  def involvedAssets: Set[Asset] = Set(baseAsset, quoteAsset)\n\n  override def toString: String = s\"${baseAsset.officialSymbol}:${quoteAsset.officialSymbol}\"\n}\n\ncase class FiatMoney(asset: Asset, amount: Double) {\n  if (!asset.isFiat) throw new IllegalArgumentException(s\"$asset is not Fiat Money\")\n\n  override def toString: String = s\"\"\"${formatDecimal(amount, 2)} ${asset.officialSymbol}\"\"\"\n}\n\ncase class CryptoValue(asset: Asset, amount: Double) {\n  if (asset.isFiat) throw new IllegalArgumentException(s\"Fiat $asset isn't a crypto asset\")\n\n  override def toString: String = s\"${formatDecimal(amount, asset.defaultFractionDigits)} ${asset.officialSymbol}\"\n\n  def canConvertTo(targetAsset: Asset, ticker: Map[TradePair, Ticker]): Boolean =\n    this.asset.canConvertTo(targetAsset, ticker)\n\n  def canConvertTo(targetAsset: Asset, tradePairs: Set[TradePair]): Boolean =\n    this.asset.canConvertTo(targetAsset, tradePairs)\n\n  def directConversion(to: Asset, findConversionRate: TradePair => Option[Double]): Option[CryptoValue] = {\n    findConversionRate(TradePair(asset, to)) match { \/\/ try direct conversion first\n      case Some(rate) => Some(CryptoValue(to, amount * rate))\n      case None =>\n        findConversionRate(TradePair(to, asset)) match { \/\/ try reverse trade pair\n          case Some(rate) => Some(CryptoValue(to, amount \/ rate))\n          case None => None\n        }\n    }\n  }\n\n  def convertTo(targetAsset: Asset, findConversionRate: TradePair => Option[Double]): CryptoValue = {\n\n    def tryConvertVia(viaAsset: Asset): Option[CryptoValue] = {\n      if ((this.asset != viaAsset && targetAsset != viaAsset) &&\n        (findConversionRate(TradePair(this.asset, viaAsset)).isDefined || findConversionRate(TradePair(viaAsset, this.asset)).isDefined) &&\n        (findConversionRate(TradePair(targetAsset, viaAsset)).isDefined || findConversionRate(TradePair(viaAsset, targetAsset)).isDefined)) {\n        directConversion(viaAsset, findConversionRate).get\n          .directConversion(targetAsset, findConversionRate)\n      } else None\n    }\n\n    if (this.asset == targetAsset) this\n    else {\n      directConversion(targetAsset, findConversionRate) match {\n        case Some(r) => r\n        case None => tryConvertVia(BTC) match {\n          case Some(r) => r\n          case None => tryConvertVia(ETH) match {\n            case Some(r) => r\n            case None => throw new RuntimeException(s\"No option available to convert $asset -> $targetAsset\")\n          }\n        }\n      }\n    }\n  }\n\n  def convertTo(targetAsset: Asset, ticker: Map[TradePair, Ticker]): CryptoValue =\n    convertTo(targetAsset, tp => ticker.get(tp).map(_.priceEstimate))\n}\n\/**\n * CryptoValue on a specific exchange\n *\/\ncase class LocalCryptoValue(exchange: String, asset: Asset, amount: Double) {\n  if (asset.isFiat) throw new IllegalArgumentException(s\"Fiat $asset isn't a crypto asset\")\n\n  def cryptoValue: CryptoValue = CryptoValue(asset, amount)\n\n  def negate: LocalCryptoValue = LocalCryptoValue(exchange, asset, -amount)\n\n  def convertTo(targetAsset: Asset, findConversionRate: (String, TradePair) => Option[Double]): LocalCryptoValue = {\n    val v = CryptoValue(asset, amount)\n      .convertTo(targetAsset, tradepair => findConversionRate(exchange, tradepair))\n    LocalCryptoValue(exchange, v.asset, v.amount)\n  }\n\n  override def toString: String = s\"LocalCryptoValue($exchange: ${formatDecimal(amount, asset.defaultFractionDigits)} ${asset.officialSymbol})\"\n}\n"}
{"repo_name":"bitmagier\/arbitrage-trader","path":"src\/main\/scala\/org\/purevalue\/arbitrage\/traderoom\/exchange\/LiquidityManager.scala","text":"package org.purevalue.arbitrage.traderoom.exchange\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport akka.actor.typed.scaladsl.{AbstractBehavior, ActorContext, Behaviors}\nimport akka.actor.typed.{ActorRef, Behavior}\nimport org.purevalue.arbitrage.Main.actorSystem\nimport org.purevalue.arbitrage.traderoom._\nimport org.purevalue.arbitrage.traderoom.exchange.LiquidityManager._\nimport org.purevalue.arbitrage.{Config, ExchangeConfig}\nimport org.slf4j.LoggerFactory\n\nimport scala.concurrent.ExecutionContextExecutor\n\n\/*\n- The LiquidityManager is responsible for providing the Assets which are requested by Traders.\n     There is one manager per exchange, which:\n        - manages liquidity storing assets (like BTC, USDT) (unused altcoin liquidity goes back to these)\n        - provides\/creates liquidity of specific assets demanded by (unfulfilled) liquidity requests, which is believed to be used soon by next upcoming trades\n\n   [Concept]\n   - Every single valid OrderRequest (no matter if enough balance is available or not) will result in a Liquidity-Request,\n     which may be granted or not, based on the available (yet unreserved) asset balance\n   - If that Liquidity-Request is covered by the current balance of the corresponding wallet,\n       then it is granted and this amount in the Wallet is marked as locked (for a limited duration until clearance) => [LiquidityLock]\n   - Else, if that Liquidity-Request is not covered by the current balance, then\n       - it is denied and a LiquidityDemand is noticed by the ExchangeLiquidityManager,\n         which (may) result in a liquidity providing trade in favor of the requested asset balance, given that enough Reserve-Liquidity is available.\n\n   - Every completed trade (no matter if succeeded or canceled) will result in a clearance of it's previously acquired Liquidity-Locks,\n   - Clearance of a Liquidity-Lock means removal of that lock (the underlying coins should be gone into a transaction in between anyway):\n   - In case, that the maximum lifetime of a liquidity-lock is reached, it will be cleared automatically by housekeeping\n\n   [Concept Liquidity-Demand]\n     - The Liquidity-Demand can only be fulfilled, when enough amount of one of the configured Reserve-Assets is available\n     - Furthermore it shall only be fulfilled by a Reserve-Asset, which is not involved in any order of the connected OrderRequestBundle, where the demand comes from!\n     - Furthermore it can only be fulfilled, if the current exchange-rate on the local exchange is good enough,\n       which means, it must be close to the Reference-Ticker exchange-rate or better than that (getting more coins out of the same amount of reserve-asset)\n\n   [Concept Reserve-Liquidity-Management]\n     - Unused (not locked or demanded) liquidity of a non-Reserve-Asset will be automatically converted to a Reserve-Asset.\n       Which reserve-asset it will be, is determined by:\n       - [non-loss-asset-filter] Filtering acceptable exchange-rates based on ticker on that exchange compared to a [ReferenceTicker]-value\n       - [fill-up] Try to reach minimum configured balance of each reserve-assets in their order of preference\n       - [play safe] Remaining value goes to first (highest prio) reserve-asset (having a acceptable exchange-rate)\n*\/\n\nobject LiquidityManager {\n  def apply(config: Config,\n            exchangeConfig: ExchangeConfig):\n  Behavior[Command] =\n    Behaviors.setup(context => new LiquidityManager(context, config, exchangeConfig))\n\n  sealed trait Command extends Exchange.Message\n  \/**\n   * UniqueDemand\n   * A unique demand is characterized by an asset name and a trade-pattern.\n   * The trade pattern is a type identifier for incoming orderbundles typically containing: Trader-name + trading strategy name (optional)\n   * The point is, that demand for a coin on an exchange with the same trade-pattern are condensed to the last one,\n   * while demands for the same coin with different trade-pattern are added up.\n   *\/\n  case class UniqueDemand(tradePattern: String, \/\/ UK (different trader or different trading strategy shall be represented by a different tradePattern)\n                          asset: Asset, \/\/ UK\n                          amount: Double,\n                          dontUseTheseReserveAssets: Set[Asset], \/\/ not used any more; replaced by exchange rate rating\n                          lastRequested: Instant) {\n    def uk: String = tradePattern + asset.officialSymbol\n  }\n\n  case class GetState(replyTo: ActorRef[State]) extends Command\n  case class State(liquidityDemand: Map[String, UniqueDemand],\n                   liquidityLocks: Map[UUID, LiquidityLock])\n\n  case class LiquidityLockRequest(id: UUID,\n                                  createTime: Instant,\n                                  exchange: String,\n                                  tradePattern: String,\n                                  coins: Seq[CryptoValue],\n                                  isForLiquidityTx: Boolean,\n                                  dontUseTheseReserveAssets: Set[Asset],\n                                  wallet: Option[Wallet], \/\/ is filled in by exchange actor, which forwards this message\n                                  replyTo: ActorRef[Option[LiquidityLock]]) extends Command {\n    def withWallet(wallet: Wallet): LiquidityLockRequest = LiquidityLockRequest(\n      id, createTime, exchange, tradePattern, coins, isForLiquidityTx, dontUseTheseReserveAssets, Some(wallet), replyTo\n    )\n  }\n\n  case class LiquidityLock(exchange: String,\n                           liquidityRequestId: UUID,\n                           coins: Seq[CryptoValue],\n                           createTime: Instant)\n  case class LiquidityLockClearance(liquidityRequestId: UUID) extends Command\n\n  class OrderBookTooFlatException(val tradePair: TradePair, val side: TradeSide) extends Exception\n}\nclass LiquidityManager(context: ActorContext[Command],\n                       config: Config,\n                       exchangeConfig: ExchangeConfig\n                      ) extends AbstractBehavior[Command](context) {\n\n  import LiquidityManager._\n\n  private val log = LoggerFactory.getLogger(getClass)\n\n  case class LiquidityDemand(exchange: String,\n                             tradePattern: String,\n                             coins: Seq[CryptoValue],\n                             dontUseTheseReserveAssets: Set[Asset]) {\n    if (coins.exists(_.asset.isFiat)) throw new IllegalArgumentException(\"Seriously, you demand for Fiat Money?\")\n  }\n\n  private object LiquidityDemand {\n    def apply(r: LiquidityLockRequest): LiquidityDemand =\n      LiquidityDemand(r.exchange, r.tradePattern, r.coins, r.dontUseTheseReserveAssets)\n  }\n\n  private implicit val executionContext: ExecutionContextExecutor = actorSystem.executionContext\n\n  \/\/ Map(uk:\"trade-pattern + asset\", UniqueDemand))\n  private var liquidityDemand: Map[String, UniqueDemand] = Map()\n  private var liquidityLocks: Map[UUID, LiquidityLock] = Map()\n\n  def noticeUniqueDemand(d: UniqueDemand): Unit = {\n    if (log.isTraceEnabled) log.trace(s\"noticed $d\")\n    liquidityDemand = liquidityDemand + (d.uk -> d)\n  }\n\n  def noticeDemand(d: LiquidityDemand): Unit = {\n    d.coins\n      .map(c => UniqueDemand(d.tradePattern, c.asset, c.amount, d.dontUseTheseReserveAssets, Instant.now))\n      .foreach(noticeUniqueDemand)\n  }\n\n  def clearLock(id: UUID): Unit = {\n    liquidityLocks = liquidityLocks - id\n    if (log.isTraceEnabled) log.trace(s\"Liquidity lock with ID $id cleared\")\n  }\n\n  def addLock(l: LiquidityLock): Unit = {\n    liquidityLocks = liquidityLocks + (l.liquidityRequestId -> l)\n    if (log.isTraceEnabled) log.trace(s\"Liquidity locked: $l\")\n  }\n\n  def clearObsoleteDemands(): Unit = {\n    val limit = Instant.now.minus(config.liquidityManager.liquidityDemandActiveTime)\n    liquidityDemand = liquidityDemand.filter(_._2.lastRequested.isAfter(limit))\n  }\n\n  def clearObsoleteLocks(): Unit = {\n    val limit: Instant = Instant.now.minus(config.liquidityManager.liquidityLockMaxLifetime)\n    liquidityLocks = liquidityLocks.filter(_._2.createTime.isAfter(limit))\n  }\n\n  def determineUnlockedBalance(wallet: Wallet): Map[Asset, Double] = {\n    val lockedLiquidity: Map[Asset, Double] = liquidityLocks\n      .values\n      .flatMap(_.coins) \/\/ all locked values\n      .groupBy(_.asset) \/\/ group by asset\n      .map(e => (e._1, e._2.map(_.amount).sum)) \/\/ sum up values of same asset\n\n    wallet.balance\n      .filterNot(_._1.isFiat)\n      .filterNot(e => exchangeConfig.doNotTouchTheseAssets.contains(e._1))\n      .map(e => (e._1, Math.max(0.0, e._2.amountAvailable - lockedLiquidity.getOrElse(e._1, 0.0))))\n  }\n\n\n  \/\/ just cleanup\n  def houseKeeping(): Unit = {\n    clearObsoleteLocks()\n    clearObsoleteDemands()\n  }\n\n  \/\/ Accept, if free (not locked) coins are available.\n  def lockLiquidity(r: LiquidityLockRequest): Option[LiquidityLock] = {\n    if (r.coins.exists(e => exchangeConfig.doNotTouchTheseAssets.contains(e.asset))) throw new IllegalArgumentException\n    if (r.coins.exists(_.asset.isFiat)) throw new IllegalArgumentException\n\n    val unlockedBalances = determineUnlockedBalance(r.wallet.get)\n    val sumCoinsPerAsset = r.coins \/\/ coins should contain already only values of different assets, but we need to be 100% sure, that we do not work with multiple requests for the same coin\n      .groupBy(_.asset)\n      .map(x => CryptoValue(x._1, x._2.map(_.amount).sum))\n\n    if (sumCoinsPerAsset.forall(c => unlockedBalances.getOrElse(c.asset, 0.0) >= c.amount)) {\n      val lock = LiquidityLock(r.exchange, r.id, r.coins, Instant.now)\n      addLock(lock)\n      Some(lock)\n    } else {\n      log.debug(s\"refused liquidity-lock request on ${r.exchange} for ${r.coins.mkString(\" ,\")} (don't use: ${r.dontUseTheseReserveAssets})\")\n      None\n    }\n  }\n\n  def checkValidity(r: LiquidityLockRequest): Unit = {\n    if (r.exchange != exchangeConfig.name) throw new IllegalArgumentException\n    if (r.coins.exists(c => exchangeConfig.doNotTouchTheseAssets.contains(c.asset))) throw new IllegalArgumentException(\"liquidity request for a DO-NOT-TOUCH asset\")\n  }\n\n  def liquidityLockRequest(r: LiquidityLockRequest): Option[LiquidityLock] = {\n    houseKeeping()\n    checkValidity(r)\n    if (!r.isForLiquidityTx) {\n      noticeDemand(LiquidityDemand(r)) \/\/ notice\/refresh the demand, when 'someone' wants to lock liquidity for trading\n    }\n    lockLiquidity(r)\n  }\n\n  override def onMessage(message: Command): Behavior[Command] = {\n    message match {\n      \/\/ @formatter:off\n      case r: LiquidityLockRequest      => r.replyTo ! liquidityLockRequest(r); this\n      case LiquidityLockClearance(id)   => clearLock(id); this\n      case GetState(replyTo)            => houseKeeping(); replyTo ! State(liquidityDemand, liquidityLocks); this\n      \/\/ @formatter:off\n    }\n  }\n}\n\n\/\/ TODO statistics: min\/max\/average time a liquidity providing order needs to be filled\n\/\/ TODO statistics: LiquidityRequest successful ones \/ unsuccessful ones\n\/\/ TODO statistics: min\/max\/average time a convert back to reserve-liquidity tx needs to be filled\n\/\/ TODO statistics: total number and final balance of all done liquidity providing and back-converting transactions\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/GoogleAuthController.scala","text":"<reponame>tsukaby\/anime-lineup\npackage controller.api\n\nimport controller.ApplicationController\nimport model.User\nimport scalikejdbc._\nimport skinny.controller.feature.GoogleLoginFeature\nimport skinny.oauth2.client.google.GoogleUser\n\nclass GoogleAuthController extends ApplicationController with GoogleLoginFeature {\n  \/\/ these env variables are expected by default\n  \/\/ SKINNY_OAUTH2_CLIENT_ID_GOOGLE\n  \/\/ SKINNY_OAUTH2_CLIENT_SECRET_GOOGLE\n\n  override protected def saveAuthorizedUser(gUser: GoogleUser): Unit = {\n    val user = User.findBy(sqls.eq(User.defaultAlias.googleUserId, gUser.id)).getOrElse {\n      val createdId = User.createWithAttributes(\n        'name -> \"foo\",\n        'googler_user_id -> gUser.id\n      )\n      User.findById(createdId).get\n    }\n    session.setAttribute(\"currentUser\", user)\n  }\n\n  override protected def redirectURI: String = if (isDevelopmentMode) {\n    val port = if (serverPort == 80) \"\" else s\":$serverPort\"\n    s\"http:\/\/local.anime-lineup.tsukaby.com$port\/api\/auth\/google\/callback\"\n  } else {\n    s\"https:\/\/anime-lineup.tsukaby.com\/api\/auth\/google\/callback\"\n  }\n\n  override protected def handleWhenLoginSucceeded(): Any = {\n    redirect302(\"\/\")\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/Company.scala","text":"<gh_stars>1-10\npackage model\n\nimport skinny.orm._, feature._\nimport scalikejdbc._\nimport org.joda.time._\n\ncase class Company(\n  companyId: Long,\n  name: String,\n  companyType: Int\n)\n\nobject Company extends SkinnyCRUDMapper[Company] {\n  override lazy val tableName = \"company\"\n  override lazy val defaultAlias = createAlias(\"c\")\n  override lazy val primaryKeyFieldName = \"companyId\"\n\n  override def extract(rs: WrappedResultSet, rn: ResultName[Company]): Company = {\n    autoConstruct(rs, rn)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/AnimatorsController.scala","text":"<reponame>tsukaby\/anime-lineup\npackage controller.api\n\nimport model.Animator\nimport scalikejdbc._\nimport skinny._\nimport skinny.controller.feature.AngularXHRServerFeature\n\nclass AnimatorsController extends SkinnyApiController with AngularXHRServerFeature {\n  protectFromForgery()\n\n  def index = {\n    val name = params.get(\"name\")\n\n    val sql = name.map(x => sqls.like(Animator.defaultAlias.name, s\"%$x%\"))\n\n    val result = sql.map(x => Animator.findAllBy(x)).getOrElse(Animator.findAll())\n    renderWithFormat(result)(Format.JSON)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/test\/scala\/model\/CompanySpec.scala","text":"<reponame>tsukaby\/anime-lineup\npackage model\n\nimport skinny.DBSettings\nimport skinny.test._\nimport org.scalatest.fixture.FlatSpec\nimport org.scalatest._\nimport scalikejdbc._\nimport scalikejdbc.scalatest._\nimport org.joda.time._\n\nclass CompanySpec extends FlatSpec with Matchers with DBSettings with AutoRollback {\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/Animator.scala","text":"<gh_stars>1-10\npackage model\n\nimport skinny.orm._, feature._\nimport scalikejdbc._\nimport org.joda.time._\n\ncase class Animator(\n  animatorId: Long,\n  name: String,\n  wikipediaSiteUrl: String\n)\n\nobject Animator extends SkinnyCRUDMapper[Animator] {\n  override lazy val tableName = \"animator\"\n  override lazy val defaultAlias = createAlias(\"animator\")\n  override lazy val primaryKeyFieldName = \"animatorId\"\n\n  override def extract(rs: WrappedResultSet, rn: ResultName[Animator]): Animator = {\n    autoConstruct(rs, rn)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/Controllers.scala","text":"<reponame>tsukaby\/anime-lineup\npackage controller\n\nimport _root_.controller.api._\nimport skinny._\nimport skinny.controller.AssetsController\n\nobject Controllers {\n\n  def mount(ctx: ServletContext): Unit = {\n    apiCompanies.mount(ctx)\n    apiAnimes.mount(ctx)\n    apiAnimators.mount(ctx)\n    apiSeasons.mount(ctx)\n    thumbs.mount(ctx)\n    fbAuth.mount(ctx)\n    googleAuth.mount(ctx)\n    twitterAuth.mount(ctx)\n    \/\/root.mount(ctx)\n    AssetsController.mount(ctx)\n  }\n\n  \/*\n  object root extends RootController with Routes {\n    val indexUrl = get(\"\/?\")(index).as('index)\n  }\n  *\/\n  object apiAnimators extends AnimatorsController with Routes {\n    val indexUrl = get(\"\/api\/animator\/?\")(index).as('index)\n  }\n\n  object apiAnimes extends AnimesController with Routes {\n    val indexUrl = get(\"\/api\/animes\/?\")(index).as('index)\n  }\n\n  object apiCompanies extends CompaniesController with Routes {\n    val indexUrl = get(\"\/api\/companies\/?\")(index).as('index)\n  }\n\n  object apiSeasons extends SeasonsController with Routes {\n    val indexUrl = get(\"\/api\/seasons\/?\")(index).as('index)\n  }\n\n  object thumbs extends ThumbsController with Routes {\n    val showUrl = get(\"\/thumbs\/:url\")(show).as('show)\n  }\n\n  object fbAuth extends FBAuthController with Routes {\n    val facebookLoginUrl = get(\"\/api\/auth\/facebook\")(loginRedirect).as('facebookLogin)\n    val facebookLoginCallbackUrl = get(\"\/api\/auth\/facebook\/callback\")(callback).as('facebookLogin)\n  }\n  \n  object googleAuth extends GoogleAuthController with Routes {\n    val googleLoginUrl = get(\"\/api\/auth\/google\")(loginRedirect).as('googleLogin)\n    val googleLoginCallbackUrl = get(\"\/api\/auth\/google\/callback\")(callback).as('googleLogin)\n  }\n\n  object twitterAuth extends TwitterAuthController with Routes {\n    val twitterLoginUrl = get(\"\/api\/auth\/twitter\")(loginRedirect).as('twitterLogin)\n    val twitterLoginCallbackUrl = get(\"\/api\/auth\/twitter\/callback\")(callback).as('twitterLogin)\n  }\n\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/SeasonsController.scala","text":"<reponame>tsukaby\/anime-lineup\npackage controller.api\n\nimport model.Season\nimport skinny._\nimport skinny.controller.feature.AngularXHRServerFeature\n\nclass SeasonsController extends SkinnyApiController with AngularXHRServerFeature {\n  protectFromForgery()\n\n  def index = {\n    val result = Season.findAll()\n    renderWithFormat(result)(Format.JSON)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/Image.scala","text":"package model\n\nimport skinny.orm._, feature._\nimport scalikejdbc._\nimport org.joda.time._\n\ncase class Image(\n  imageId: String,\n  content: Array[Byte]\n)\n\nobject Image extends SkinnyCRUDMapperWithId[String, Image] {\n  override lazy val tableName = \"image\"\n  override lazy val defaultAlias = createAlias(\"i\")\n  override lazy val primaryKeyFieldName = \"imageId\"\n  override def idToRawValue(id: String): Any = id\n  override def rawValueToId(value: Any): String = value.toString\n  override def useExternalIdGenerator = true\n  override def generateId = java.util.UUID.randomUUID.toString\n\n  \/*\n   * If you're familiar with ScalikeJDBC\/Skinny ORM, using #autoConstruct makes your mapper simpler.\n   * (e.g.)\n   * override def extract(rs: WrappedResultSet, rn: ResultName[Image]) = autoConstruct(rs, rn)\n   *\n   * Be aware of excluding associations like this:\n   * (e.g.)\n   * case class Member(id: Long, companyId: Long, company: Option[Company] = None)\n   * object Member extends SkinnyCRUDMapper[Member] {\n   *   override def extract(rs: WrappedResultSet, rn: ResultName[Member]) =\n   *     autoConstruct(rs, rn, \"company\") \/\/ \"company\" will be skipped\n   * }\n   *\/\n  override def extract(rs: WrappedResultSet, rn: ResultName[Image]): Image = new Image(\n    imageId = rs.get(rn.imageId),\n    content = rs.get(rn.content)\n  )\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/AnimesController.scala","text":"package controller.api\n\nimport model.Anime\nimport scalikejdbc._\nimport skinny._\nimport skinny.controller.feature.AngularXHRServerFeature\n\nclass AnimesController extends SkinnyApiController with AngularXHRServerFeature {\n  protectFromForgery()\n\n  def index = {\n    val name = params.get(\"name\")\n    val year = params.get(\"year\")\n    val seasonType = params.get(\"season_type\")\n\n    val sql = sqls.toAndConditionOpt(\n      name.map(x => sqls.like(Anime.defaultAlias.name, s\"%$x%\")),\n      year.map(x => sqls.eq(Anime.defaultAlias.year, x)),\n      seasonType.map(x => sqls.eq(Anime.defaultAlias.seasonType, x))\n    )\n    val result = sql.map(x => Anime.findAllBy(x)).getOrElse(Anime.findAll())\n    renderWithFormat(result)(Format.JSON)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/FBAuthController.scala","text":"<filename>src\/main\/scala\/controller\/api\/FBAuthController.scala\npackage controller.api\n\nimport controller.ApplicationController\nimport model.User\nimport scalikejdbc._\nimport skinny.controller.feature.FacebookLoginFeature\nimport skinny.oauth2.client.facebook.FacebookUser\n\nclass FBAuthController extends ApplicationController with FacebookLoginFeature {\n  \/\/ these env variables are expected by default\n  \/\/ SKINNY_OAUTH2_CLIENT_ID_FACEBOOK\n  \/\/ SKINNY_OAUTH2_CLIENT_SECRET_FACEBOOK\n\n\n  override def redirectURI = if (isDevelopmentMode) {\n    \"http:\/\/local.anime-lineup.tsukaby.com:8080\/\"\n  } else {\n    \"https:\/\/anime-lineup.tsukaby.com\/\"\n  }\n\n  override protected def saveAuthorizedUser(fbUser: FacebookUser): Unit = {\n    val user = User.findBy(sqls.eq(User.defaultAlias.facebookUserId, fbUser.id)).getOrElse {\n      val createdId = User.createWithAttributes(\n        'name -> \"foo\",\n        'facebook_user_id -> fbUser.id\n      )\n      User.findById(createdId).get\n    }\n    session.setAttribute(\"currentUser\", user)\n  }\n\n  override protected def handleWhenLoginFailed(): Any = {\n    \/\/flash(\"warn\") = \"Login failed. Please try again.\"\n    println(\"Login failed. Please try again.\")\n    redirect302(\"\/\")\n  }\n\n  override protected def handleWhenLoginSucceeded(): Any = {\n    \/\/flash(\"info\") = \"You have successfully registered and logged in.\"\n    println(\"You have successfully registered and logged in.\")\n    redirect302(\"\/\")\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/CompaniesController.scala","text":"<gh_stars>1-10\npackage controller.api\n\nimport model.Company\nimport scalikejdbc._\nimport skinny._\nimport skinny.controller.feature.AngularXHRServerFeature\n\nclass CompaniesController extends SkinnyApiController with AngularXHRServerFeature {\n  protectFromForgery()\n\n  def index = {\n    val name = params.get(\"name\")\n\n    val sql = name.map(x => sqls.like(Company.defaultAlias.name, s\"%$x%\"))\n\n    val result = sql.map(x => Company.findAllBy(x)).getOrElse(Company.findAll())\n    renderWithFormat(result)(Format.JSON)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/ThumbsController.scala","text":"package controller\n\nimport java.io.{ByteArrayOutputStream, FileInputStream}\n\nimport com.sksamuel.scrimage.Position\nimport model.Image\nimport org.openqa.selenium.phantomjs.PhantomJSDriver\nimport org.openqa.selenium.{Dimension, OutputType}\nimport skinny._\n\nclass ThumbsController extends SkinnyController {\n  protectFromForgery()\n\n  def show = {\n    (for {\n      url <- params.getAs[String](\"url\")\n      width <- params.getAs[Int](\"width\")\n      height <- params.getAs[Int](\"height\")\n    } yield {\n        contentType = \"image\/jpeg\"\n\n        val imageId = s\"$url?width=$width&height=$height\"\n        Image.findById(imageId).map(_.content).getOrElse {\n          val content = getImage(url, width, height)\n          Image.createWithAttributes(\n            'image_id -> imageId,\n            'content -> content\n          )\n          content\n        }\n      }) getOrElse haltWithBody(404)\n  }\n\n  \/**\n   * Get a thumbnail image on the web page.\n   *\n   * @param url Web site url for capturing.\n   * @param width Capture image size.\n   * @param height Capture image size.\n   * @return Binary of thumbnail.\n   *\/\n  def getImage(url: String, width: Int, height: Int): Array[Byte] = {\n    implicit val driverTmp = new PhantomJSDriver()\n    driverTmp.get(url)\n    driverTmp.manage().window().setSize(new Dimension(1024, 768))\n    val file = driverTmp.getScreenshotAs(OutputType.FILE)\n\n    val fis = new FileInputStream(file)\n    val img = com.sksamuel.scrimage.Image(fis).scaleToWidth(width).resizeTo(width, height, Position.TopLeft).writer(com.sksamuel.scrimage.Format.JPEG).withCompression(80)\n\n    fis.close()\n    driverTmp.quit()\n\n    val baos = new ByteArrayOutputStream()\n    img.write(baos)\n    val result = baos.toByteArray\n    baos.close()\n\n    result\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/User.scala","text":"<reponame>tsukaby\/anime-lineup\npackage model\n\nimport skinny.orm._, feature._\nimport scalikejdbc._\nimport org.joda.time._\n\ncase class User(\n  userId: Long,\n  name: String,\n  facebookUserId: Option[Long] = None,\n  googleUserId: Option[Long] = None,\n  twitterUserId: Option[Long] = None,\n  createdAt: DateTime,\n  updatedAt: DateTime\n)\n\nobject User extends SkinnyCRUDMapper[User] {\n  override lazy val tableName = \"user\"\n  override lazy val defaultAlias = createAlias(\"u\")\n  override lazy val primaryKeyFieldName = \"userId\"\n\n  \/*\n   * If you're familiar with ScalikeJDBC\/Skinny ORM, using #autoConstruct makes your mapper simpler.\n   * (e.g.)\n   * override def extract(rs: WrappedResultSet, rn: ResultName[User]) = autoConstruct(rs, rn)\n   *\n   * Be aware of excluding associations like this:\n   * (e.g.)\n   * case class Member(id: Long, companyId: Long, company: Option[Company] = None)\n   * object Member extends SkinnyCRUDMapper[Member] {\n   *   override def extract(rs: WrappedResultSet, rn: ResultName[Member]) =\n   *     autoConstruct(rs, rn, \"company\") \/\/ \"company\" will be skipped\n   * }\n   *\/\n  override def extract(rs: WrappedResultSet, rn: ResultName[User]): User = new User(\n    userId = rs.get(rn.userId),\n    name = rs.get(rn.name),\n    facebookUserId = rs.get(rn.facebookUserId),\n    googleUserId = rs.get(rn.googleUserId),\n    twitterUserId = rs.get(rn.twitterUserId),\n    createdAt = rs.get(rn.createdAt),\n    updatedAt = rs.get(rn.updatedAt)\n  )\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/controller\/api\/TwitterAuthController.scala","text":"package controller.api\n\nimport controller.ApplicationController\nimport model.User\nimport scalikejdbc._\nimport skinny.controller.feature.TwitterLoginFeature\n\nclass TwitterAuthController extends ApplicationController with TwitterLoginFeature {\n  \/\/ these env variables are expected by default\n  \/\/ SKINNY_OAUTH1_CONSUMER_KEY_TWITTER\n  \/\/ SKINNY_OAUTH1_CONSUMER_SECRET_TWITTER\n\n  \/\/ Twitter API doesn't allow localhost app, edit \/etc\/hosts\n  override def isLocalDebug = true\n\n  override protected def saveAuthorizedUser(twUser: twitter4j.User): Unit = {\n    val user = User.findBy(sqls.eq(User.defaultAlias.googleUserId, twUser.getId)).getOrElse {\n      val createdId = User.createWithAttributes(\n        'name -> \"tw\",\n        'twitter_user_id -> twUser.getId\n      )\n      User.findById(createdId).get\n    }\n    session.setAttribute(\"currentUser\", user)\n  }\n\n  override protected def handleWhenLoginSucceeded(): Any = {\n    redirect302(\"\/\")\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/Anime.scala","text":"<filename>src\/main\/scala\/model\/Anime.scala\npackage model\n\nimport skinny.orm._, feature._\nimport scalikejdbc._\nimport org.joda.time._\n\ncase class Anime(\n  animeId: Long,\n  name: String,\n  year: Int,\n  seasonType: Int,\n  productionCompanyId: Long,\n  directorId: Option[Long] = None,\n  originalPiece: String,\n  officialSiteUrl: String,\n  wikipediaSiteUrl: String,\n  productionCompany: Option[Company] = None,\n  director: Option[Animator] = None\n)\n\nobject Anime extends SkinnyCRUDMapper[Anime] {\n  override lazy val tableName = \"anime\"\n  override lazy val defaultAlias = createAlias(\"anime\")\n  override lazy val primaryKeyFieldName = \"animeId\"\n\n  belongsToWithFk[Company](Company, \"production_company_id\", (a, pc) => a.copy(productionCompany = pc)).byDefault\n\n  \/\/lazy val directorIdRef =\n  belongsToWithFk[Animator](Animator, \"director_id\", (a, opt) => a.copy(director = opt)).byDefault\n\n  override def extract(rs: WrappedResultSet, rn: ResultName[Anime]): Anime = {\n    autoConstruct(rs, rn, \"productionCompany\", \"director\")\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/main\/scala\/model\/Season.scala","text":"<filename>src\/main\/scala\/model\/Season.scala\npackage model\n\nimport scalikejdbc._\nimport skinny.orm._\n\ncase class Season(\n                   year: Int,\n                   seasonType: Int\n                   )\n\nobject Season extends SkinnyNoIdCRUDMapper[Season] {\n  override lazy val tableName = \"season\"\n  override lazy val defaultAlias = createAlias(\"s\")\n\n  override def extract(rs: WrappedResultSet, rn: ResultName[Season]): Season = {\n    autoConstruct(rs, rn)\n  }\n}\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"project\/plugins.sbt","text":"\/\/ --------------------------------------------\n\/\/ sbt plugins for this Skinny app project\n\/\/ --------------------------------------------\nresolvers += Classpaths.sbtPluginReleases\n\n\/\/ --------\n\/\/ Scalatra sbt plugin\naddSbtPlugin(\"org.scalatra.sbt\" % \"scalatra-sbt\" % \"0.3.5\" excludeAll(\n  ExclusionRule(organization = \"org.mortbay.jetty\"),\n  ExclusionRule(organization = \"org.eclipse.jetty\"),\n  ExclusionRule(organization = \"org.apache.tomcat.embed\"),\n  ExclusionRule(organization = \"com.earldouglas\")\n))\n\/\/ scalatra-sbt depends on xsbt-web-plugin\n\/\/ TODO: scalatra-sbt 0.3.5 is incompatible with xsbt-web-plugin 1.0.0\n\/\/ https:\/\/github.com\/scalatra\/scalatra-sbt\/issues\/9\naddSbtPlugin(\"com.earldouglas\" % \"xsbt-web-plugin\" % \"0.9.1\" excludeAll(\n  ExclusionRule(organization = \"org.mortbay.jetty\"),\n  ExclusionRule(organization = \"org.eclipse.jetty\"),\n  ExclusionRule(organization = \"org.apache.tomcat.embed\")\n))\n\/\/ for Scalate template compilaion\naddSbtPlugin(\"com.mojolly.scalate\" % \"xsbt-scalate-generator\" % \"0.5.0\")\n\n\/\/ --------\n\/\/ scalarifrom for code formatting\n\/\/ NOTE: Disabled by default because this is confusing for beginners\n\/\/\n\/\/addSbtPlugin(\"com.typesafe.sbt\" % \"sbt-scalariform\" % \"1.3.0\")\n\n\/\/ --------\n\/\/ IntelliJ IDEA\naddSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.6.0\")\n\n\/\/ --------\n\/\/ scoverage for test coverage (.\/skinny test:coverage)\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.0.4\")\n\n\/\/ --------\n\/\/ scalac options for sbt\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\")\n\n\/\/ addSbtPlugin(\"com.timushev.sbt\" % \"sbt-updates\" % \"0.1.8\")\n\/\/ addSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.7.4\")\n\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"project\/Build.scala","text":"import sbt._, Keys._\nimport org.scalatra.sbt._, PluginKeys._\nimport com.mojolly.scalate.ScalatePlugin._, ScalateKeys._\nimport com.earldouglas.xsbtwebplugin.WebPlugin._\nimport com.earldouglas.xsbtwebplugin.PluginKeys._\nimport org.sbtidea.SbtIdeaPlugin._\nimport scala.language.postfixOps\n\nobject SkinnyAppBuild extends Build {\n\n  \/\/ -------------------------------------------------------\n  \/\/ Common Settings\n  \/\/ -------------------------------------------------------\n\n  val appOrganization = \"org.skinny-framework\"\n  val appName = \"anime-lineup\"\n  val appVersion = \"0.1.0\"\n\n  val skinnyVersion = \"1.3.17\"\n  val scalatraVersion = \"2.3.1\"\n  val theScalaVersion = \"2.11.6\"\n  val jettyVersion = \"9.2.10.v20150310\"\n\n  lazy val baseSettings = ScalatraPlugin.scalatraWithJRebel ++ herokuSettings ++ Seq(\n    organization := appOrganization,\n    name := appName,\n    version := appVersion,\n    scalaVersion := theScalaVersion,\n    dependencyOverrides := Set(\n      \"org.scala-lang\" % \"scala-library\" % scalaVersion.value,\n      \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value,\n      \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value\n    ),\n    libraryDependencies ++= Seq(\n      \"org.skinny-framework\" %% \"skinny-framework\" % skinnyVersion,\n      \"org.skinny-framework\" %% \"skinny-assets\" % skinnyVersion,\n      \"org.skinny-framework\" %% \"skinny-task\" % skinnyVersion,\n      \"org.skinny-framework\" %% \"skinny-oauth2-controller\" % skinnyVersion,\n      \"org.skinny-framework\" %% \"skinny-twitter-controller\" % skinnyVersion,\n      \"org.skinny-framework\" % \"skinny-logback\" % \"1.0.6\",\n      \"org.apache.commons\" % \"commons-dbcp2\" % \"2.1\",\n      \"mysql\" % \"mysql-connector-java\" % \"5.1.34\",\n      \"com.h2database\" % \"h2\" % \"1.4.187\", \/\/ your own JDBC driver\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.1.2\",\n      \"org.skinny-framework\" %% \"skinny-factory-girl\" % skinnyVersion % \"test\",\n      \"org.skinny-framework\" %% \"skinny-test\" % skinnyVersion % \"test\",\n      \"org.scalatra\" %% \"scalatra-scalatest\" % scalatraVersion % \"test\",\n      \"org.eclipse.jetty\" % \"jetty-webapp\" % jettyVersion % \"container\",\n      \"org.eclipse.jetty\" % \"jetty-plus\" % jettyVersion % \"container\",\n      \"javax.servlet\" % \"javax.servlet-api\" % \"3.1.0\" % \"container;provided;test\",\n      \"com.github.detro\" % \"phantomjsdriver\" % \"1.2.0\" exclude(\"org.seleniumhq.selenium\", \"jetty-repacked\"), \/\/ For screen capture.\n      \"com.sksamuel.scrimage\" %% \"scrimage-core\" % \"1.4.2\" \/\/ For convert image.\n    ),\n    resolvers ++= Seq(\n      \"sonatype releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\"\n      \/\/,\"sonatype snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n    ),\n    \/\/ Faster \".\/skinny idea\" \n    transitiveClassifiers in Global := Seq(Artifact.SourceClassifier),\n    \/\/ the name-hashing algorithm for the incremental compiler.\n    incOptions := incOptions.value.withNameHashing(true),\n    logBuffered in Test := false,\n    javaOptions in Test ++= Seq(\"-Dskinny.env=test\"),\n    scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\"),\n    ideaExcludeFolders := Seq(\".idea\", \".idea_modules\", \"db\", \"target\", \"task\/target\", \"build\", \"standalone-build\", \"node_modules\")\n  )\n\n  lazy val scalatePrecompileSettings = scalateSettings ++ Seq(\n    scalateTemplateConfig in Compile <<= (sourceDirectory in Compile) { base =>\n      Seq(TemplateConfig(file(\".\") \/ \"src\" \/ \"main\" \/ \"webapp\" \/ \"WEB-INF\",\n        \/\/ These imports should be same as src\/main\/scala\/templates\/ScalatePackage.scala\n        Seq(\"import controller._\", \"import model._\"),\n        Seq(Binding(\"context\", \"_root_.org.scalatra.scalate.ScalatraRenderContext\", importMembers = true, isImplicit = true)),\n        Some(\"templates\")))\n    }\n  )\n\n  lazy val jettyOrbitHack = Seq(ivyXML := <dependencies>\n    <exclude org=\"org.eclipse.jetty.orbit\"\/>\n  <\/dependencies>)\n\n  \/\/ -------------------------------------------------------\n  \/\/ Development\n  \/\/ -------------------------------------------------------\n\n  lazy val devBaseSettings = baseSettings ++ Seq(\n    unmanagedClasspath in Test <+= (baseDirectory) map { bd => Attributed.blank(bd \/ \"src\/main\/webapp\") },\n    \/\/ Scalatra tests become slower when multiple controller tests are loaded in the same time\n    parallelExecution in Test := false,\n    port in container.Configuration := 8080\n  )\n  lazy val dev = Project(id = \"dev\", base = file(\".\"),\n    settings = devBaseSettings ++ Seq(\n      name := appName + \"-dev\",\n      target := baseDirectory.value \/ \"target\" \/ \"dev\"\n    )\n  )\n  lazy val precompileDev = Project(id = \"precompileDev\", base = file(\".\"),\n    settings = devBaseSettings ++ scalatePrecompileSettings ++ Seq(\n      name := appName + \"-precompile-dev\",\n      target := baseDirectory.value \/ \"target\" \/ \"precompile-dev\",\n      ideaIgnoreModule := true\n    )\n  )\n\n  \/\/ -------------------------------------------------------\n  \/\/ Task Runner\n  \/\/ -------------------------------------------------------\n\n  lazy val task = Project(id = \"task\", base = file(\"task\"),\n    settings = baseSettings ++ Seq(\n      mainClass := Some(\"TaskRunner\"),\n      name := appName + \"-task\"\n    )\n  ) dependsOn (dev)\n\n  \/\/ -------------------------------------------------------\n  \/\/ Packaging\n  \/\/ -------------------------------------------------------\n\n  lazy val packagingBaseSettings = baseSettings ++ scalatePrecompileSettings ++ Seq(\n    sources in doc in Compile := List(),\n    publishTo <<= version { (v: String) =>\n      val base = \"https:\/\/oss.sonatype.org\/\"\n      if (v.trim.endsWith(\"SNAPSHOT\")) Some(\"snapshots\" at base + \"content\/repositories\/snapshots\")\n      else Some(\"releases\" at base + \"service\/local\/staging\/deploy\/maven2\")\n    }\n  )\n  lazy val build = Project(id = \"build\", base = file(\"build\"),\n    settings = packagingBaseSettings ++ Seq(\n      name := appName,\n      ideaIgnoreModule := true\n    )\n  )\n  lazy val standaloneBuild = Project(id = \"standalone-build\", base = file(\"standalone-build\"),\n    settings = packagingBaseSettings ++ Seq(\n      name := appName + \"-standalone\",\n      libraryDependencies += \"org.skinny-framework\" %% \"skinny-standalone\" % skinnyVersion,\n      ideaIgnoreModule := true\n    ) ++ jettyOrbitHack\n  )\n\n  \/\/ -------------------------------------------------------\n  \/\/ Deployment on Heroku\n  \/\/ -------------------------------------------------------\n  \/\/ Run \".\/skinny heroku:init\"\n\n  lazy val stage = taskKey[Unit](\"Dummy stage task to keep Heroku happy\")\n  lazy val herokuSettings = Seq(stage := {\n    \"heroku\/stage\" !\n  })\n\n}\n\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"build.sbt","text":"\/\/ ------------------------------\n\/\/ Automated code formatter before compilaion\n\/\/ Disabled by default because this is confusing for beginners\n\/\/scalariformSettings\n\n\/\/ ------------------------------\n\/\/ for .\/skinnny console\ninitialCommands := \"\"\"\nimport skinny._\nimport _root_.controller._, model._\nimport org.joda.time._\nimport scalikejdbc._, config._\nDBSettings.initialize()\n\"\"\"\n\n\/\/ ------------------------------\n\/\/ sbt-dependency-graph\n\/\/net.virtualvoid.sbt.graph.Plugin.graphSettings\n\n"}
{"repo_name":"tsukaby\/anime-lineup","path":"src\/test\/scala\/integrationtest\/RootController_IntegrationTestSpec.scala","text":"<filename>src\/test\/scala\/integrationtest\/RootController_IntegrationTestSpec.scala<gh_stars>1-10\npackage integrationtest\n\nimport org.scalatra.test.scalatest._\nimport skinny.test.SkinnyTestSupport\nimport _root_.controller.Controllers\n\nclass RootController_IntegrationTestSpec extends ScalatraFlatSpec with SkinnyTestSupport {\n  \/\/Controllers.root.mount(servletContextHandler.getServletContext)\n\n  it should \"show top page\" in {\n    get(\"\/\") {\n      status should equal(200)\n    }\n  }\n\n}\n"}
{"repo_name":"ollyw\/zio-grpc","path":"project\/Versions.scala","text":"<gh_stars>0\nobject Version {\n\n  val zio  = \"1.0.7\"\n  val grpc = \"1.39.0\"\n}\n"}
{"repo_name":"objektwerks\/scalafx","path":"build.sbt","text":"<gh_stars>0\nname := \"scalafx.akka.http\"\norganization := \"objektwerks\"\nversion := \"0.1-SNAPSHOT\"\nscalaVersion := \"2.13.7\"\nlibraryDependencies ++= {\n  val akkaVersion = \"2.6.18\"\n  val akkaHttpVersion = \"10.2.7\"\n  val json4sVersion = \"4.0.3\"\n  Seq(\n    \"org.scalafx\" %% \"scalafx\" % \"17.0.1-R26\",\n    \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpVersion,\n    \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-slf4j\" % akkaVersion,\n    \"org.json4s\" %% \"json4s-jackson\" % json4sVersion,\n    \"org.json4s\" %% \"json4s-native\" % json4sVersion,\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.2.9\"\n  )\n}\n"}
{"repo_name":"Cowards\/log_audit","path":"src\/main\/scala\/com\/wedata\/stream\/app\/LogAuditFlowBase.scala","text":"<reponame>Cowards\/log_audit<filename>src\/main\/scala\/com\/wedata\/stream\/app\/LogAuditFlowBase.scala<gh_stars>1-10\npackage com.wedata.stream.app\n\nimport java.util.{Date, Properties}\n\nimport scala.util.matching.Regex\nimport org.apache.flink.streaming.api.scala.{DataStream, StreamExecutionEnvironment, _}\nimport org.apache.flink.api.common.restartstrategy.RestartStrategies\nimport org.apache.flink.api.common.serialization.SimpleStringSchema\nimport org.apache.flink.streaming.api.{CheckpointingMode, scala}\nimport org.apache.flink.streaming.connectors.fs.bucketing.{BasePathBucketer, BucketingSink, DateTimeBucketer}\nimport org.apache.flink.streaming.connectors.kafka.FlinkKafkaConsumer08\nimport _root_.java.time.ZoneId\nimport java.text.SimpleDateFormat\n\nimport com.wedata.stream.app.LogAuditFlowSupply.sink_2_hdfs_supply\nimport org.apache.commons.lang3.time.FastDateFormat\nimport org.apache.flink.streaming.connectors.fs.StringWriter\n\nobject LogAuditFlowBase {\n\n  private val ZOOKEEPER_HOST = \"cdh1:2181,cdh2:2181,cdh3:2181\"\n  private val KAFKA_BROKER = \"cdh1:9092,cdh2:9092,cdh3:9092\"\n  private val TRANSACTION_GROUP = \"audit_sql_group_base_1\"\n  \/\/baseTopic\n  private val topicKafka_base = \"log_audit_base_re\"\n  \/\/kafkaSource\u540d\n  private val kafka_source_base = \"kafka_source_base\"\n  \/\/sink\u540d\n  private val sink_2_hdfs_base = \"sink_2_hdfs_base\"\n\n  \/\/sourceMethod\n  def main(args: Array[String]): Unit = {\n\n    \/\/\u83b7\u53d6\u5f53\u524d\u7684\u73af\u5883\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.enableCheckpointing(2000)\n    env.getCheckpointConfig.setCheckpointingMode(CheckpointingMode.EXACTLY_ONCE)\n    \/\/job\u5931\u8d25\u91cd\u542f\u7b56\u7565\uff0c\u91cd\u8bd54\u6b21\uff0c\u6bcf10s\u4e00\u6b21\n    env.getConfig.setRestartStrategy(RestartStrategies.fixedDelayRestart(4, 10000))\n\n    \/\/kafka consumer\n    val kafkaProps = new Properties()\n    \/\/\u8fde\u63a5zookeeper\n    kafkaProps.setProperty(\"zookeeper.connect\", ZOOKEEPER_HOST)\n    \/\/\u8fde\u63a5kafkaBroker\n    kafkaProps.setProperty(\"bootstrap.servers\", KAFKA_BROKER)\n    kafkaProps.setProperty(\"group.id\", TRANSACTION_GROUP)\n    val kafkaConsumer = new FlinkKafkaConsumer08[String](topicKafka_base, new SimpleStringSchema(), kafkaProps)\n    val transac: DataStream[String] = env.addSource(kafkaConsumer).setParallelism(2).name(kafka_source_base)\n    \/\/\u5b9a\u4e49\u65f6\u95f4\u683c\u5f0f\n    val date: Date = new Date()\n    val format: SimpleDateFormat = new SimpleDateFormat(\"yyyy-MM-dd\")\n    val today = \"2019\"\n    \/\/    val today = format.format(date)\n    \/\/\u5b58\u653e\u7ed3\u679c\u6d41\n    var result: DataStream[String] = transac\n    \/\/log\u91cc\u9762\u7b2c\u4e00\u884c\u7684\u7c7b\u540d\n    val className = \"org.apache.hadoop.yarn.server.resourcemanager.RMAppManager$ApplicationSummary\"\n    \/\/\u82e5\u540c\u65f6\u6ee1\u8db3\u65f6\u95f4\u548c\u7c7b\u90fd\u5339\u914d\u8fdb\u884c\u6b63\u5219\u5339\u914d\u548c\u8f6c\u6362\u64cd\u4f5c\n    val filterValue = transac.filter(x => x.contains(today) && x.contains(className))\n    val csvLine = filterValue.map(line => {\n      \/\/\u6b63\u5219\u5339\u914d\u89c4\u5219\n      val pattern = new Regex(\"appId=(.+?),.*?,queue=(.+?),.*?,submitTime=(.+?),*,startTime=(.+?),*,finishTime=(.+?),*,finalStatus=(.+?),*,memorySeconds=(.+?),*,vcoreSeconds=(.+?),.*?,applicationType=(.+?),.*?\",line)\n      var temp_Line = \"\";\n      for (m <- pattern.findAllIn(line).matchData; e <- m.subgroups) {\n        temp_Line += e + \"^\"\n      }\n      temp_Line.substring(0, temp_Line.length - 1)\n\n      temp_Line += \"\\n\"\n\n      temp_Line\n    })\n\n    \/\/sink\u64cd\u4f5c\n    val dateTimeBucketer = new Date()\n    val fdf = FastDateFormat.getInstance(\"yyyy-MM-dd\")\n    val dateTimeBucketerStr = fdf.format(dateTimeBucketer)\n    val hdfsPathSupply = s\"hdfs:\/\/\/tmp\/table_temp\/log_audit_kafka_flink_base\/dt=${dateTimeBucketerStr}\"\n    val sink2hdfs = new BucketingSink[String](hdfsPathSupply)\n    sink2hdfs.setBucketer(new BasePathBucketer[String]())\n    sink2hdfs.setBatchRolloverInterval(1 * 60 * 1000)\n    sink2hdfs.setBatchSize(1024 * 1024 * 400); \/\/ this is 400 MB, sink.setBatchRolloverInterval(60* 60 * 1000); \/\/ this is 60 mins sink.setPendingPrefix(\"\"); sink.setPendingSuffix(\"\"); sink.setInProgressPrefix(\".\");\n    sink2hdfs.setInactiveBucketThreshold(1L);\n    sink2hdfs.setInactiveBucketCheckInterval(1L)\n    csvLine.addSink(sink2hdfs).setParallelism(3).name(sink_2_hdfs_base)\n    env.execute()\n\n\n  }\n\n}"}
{"repo_name":"Cowards\/log_audit","path":"src\/main\/scala\/com\/wedata\/stream\/app\/TestReMatch.scala","text":"package com.wedata.stream.app\n\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.regex.Pattern\n\nimport org.apache.flink.streaming.api.scala.DataStream\n\nimport scala.io.Source\nimport scala.util.matching.Regex\nimport scala.util.parsing.combinator.RegexParsers\n\n\/**\n  * @version 2019-03-29.\n  * @url github.com\/uk0\n  * @project log_audit\n  * @since JDK1.8.\n  * @author firshme\n  *\/\nobject TestReMatch {\n\n\n  def main(args: Array[String]): Unit = {\n    \/\/\u5b9a\u4e49\u65f6\u95f4\u683c\u5f0f\n    val lines = Source.fromFile(\"\/Users\/zhangjianxin\/Desktop\/Mark\/log_audit\/test_log\/hadoop-cmf-yarn-RESOURCEMANAGER-cdh-m2.sxkj.online.log.out\").getLines.toList\n\n    \/\/log\u91cc\u9762\u7b2c\u4e00\u884c\u7684\u7c7b\u540d\n    val className = \"org.apache.hadoop.yarn.server.resourcemanager.RMAppManager$ApplicationSummary\"\n    \/\/\u82e5\u540c\u65f6\u6ee1\u8db3\u65f6\u95f4\u548c\u7c7b\u90fd\u5339\u914d\u8fdb\u884c\u6b63\u5219\u5339\u914d\u548c\u8f6c\u6362\u64cd\u4f5c\n    val filterValue = lines.filter(x => x.contains(\"2019-03-21\") && x.contains(className))\n\n    filterValue.foreach(line => {\n      val pattern = new Regex(\"appId=(.+?),.*?,queue=(.+?),.*?,submitTime=(.+?),*,startTime=(.+?),*,finishTime=(.+?),*,finalStatus=(.+?),*,memorySeconds=(.+?),*,vcoreSeconds=(.+?),.*?,applicationType=(.+?),.*?\", line)\n      var temp_Line = \"\";\n      println(\"----------------------------------------------------\")\n      for (m <- pattern.findAllIn(line).matchData; e <- m.subgroups) {\n        temp_Line += e + \"^\"\n      }\n      println(temp_Line.substring(0,temp_Line.length-1))\n\n    })\n  }\n}\n"}
{"repo_name":"Cowards\/log_audit","path":"src\/main\/scala\/com\/wedata\/stream\/app\/LogAuditFlowSupply.scala","text":"<filename>src\/main\/scala\/com\/wedata\/stream\/app\/LogAuditFlowSupply.scala\npackage com.wedata.stream.app\n\nimport java.util.{Date, Properties}\n\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.api.common.restartstrategy.RestartStrategies\nimport org.apache.flink.api.common.serialization.SimpleStringSchema\nimport org.apache.flink.streaming.api.{CheckpointingMode, scala}\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.connectors.fs.bucketing.{BasePathBucketer, BucketingSink, DateTimeBucketer}\nimport org.apache.flink.streaming.connectors.kafka.FlinkKafkaConsumer08\nimport _root_.java.time.ZoneId\nimport java.text.SimpleDateFormat\n\nimport org.apache.commons.lang3.time.FastDateFormat\nimport org.apache.flink.streaming.api.functions.sink.filesystem.BucketAssigner\nimport org.apache.flink.streaming.connectors.fs.{NonRollingBucketer, RollingSink, StringWriter}\n\nobject LogAuditFlowSupply {\n  private val ZOOKEEPER_HOST = \"cdh1:2181,cdh2:2181,cdh3:2181\"\n  private val KAFKA_BROKER = \"cdh1:9092,cdh2:9092,cdh3:9092\"\n  private val TRANSACTION_GROUP = \"audit_sql_group_supply_latest1\"\n  \/\/supplyTopic\n  private val topicKafka_supply = \"log_audit_supply_re\"\n  \/\/kafkaSource\u540d\n  private val kafka_source_supply = \"kafka_source_supply\"\n  \/\/sink\u540d\n  private val sink_2_hdfs_supply = \"sink_2_hdfs_supply\"\n  \/\/sourceMethod\n\n  def main(args: Array[String]): Unit = {\n    \/\/\u83b7\u53d6\u5f53\u524d\u7684\u73af\u5883\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.enableCheckpointing(2000)\n    env.getCheckpointConfig.setCheckpointingMode(CheckpointingMode.EXACTLY_ONCE)\n    \/\/job\u5931\u8d25\u91cd\u542f\u7b56\u7565\uff0c\u91cd\u8bd54\u6b21\uff0c\u6bcf10s\u4e00\u6b21\n    env.getConfig.setRestartStrategy(RestartStrategies.fixedDelayRestart(4, 10000))\n\n    \/\/kafka consumer\n    val kafkaProps = new Properties()\n    \/\/\u8fde\u63a5zookeeper\n    kafkaProps.setProperty(\"zookeeper.connect\", ZOOKEEPER_HOST)\n    \/\/\u8fde\u63a5kafkaBroker\n    kafkaProps.setProperty(\"bootstrap.servers\", KAFKA_BROKER)\n    kafkaProps.setProperty(\"group.id\", TRANSACTION_GROUP)\n    val kafkaConsumer = new FlinkKafkaConsumer08[String](topicKafka_supply, new SimpleStringSchema(), kafkaProps)\n    val transac = env.addSource(kafkaConsumer).setParallelism(2).name(kafka_source_supply)\n\n    val dateTimeBucketer = new Date()\n    val fdf = FastDateFormat.getInstance(\"yyyy-MM-dd\")\n    val dateTimeBucketerStr = fdf.format(dateTimeBucketer)\n    val hdfsPathSupply =  s\"hdfs:\/\/\/tmp\/table_temp\/log_audit_kafka_flink_supply\/dt=${dateTimeBucketerStr}\"\n    val sink2hdfs = new BucketingSink[String](hdfsPathSupply)\n    sink2hdfs.setBucketer(new BasePathBucketer[String]())\n    sink2hdfs.setBatchRolloverInterval(1 * 60 * 1000)\n    sink2hdfs.setBatchSize(1024 * 1024 * 400); \/\/ this is 400 MB, sink.setBatchRolloverInterval(60* 60 * 1000); \/\/ this is 60 mins sink.setPendingPrefix(\"\"); sink.setPendingSuffix(\"\"); sink.setInProgressPrefix(\".\");\n    sink2hdfs.setInactiveBucketThreshold(1L);\n    sink2hdfs.setInactiveBucketCheckInterval(1L)\n    transac.addSink(sink2hdfs).setParallelism(3).name(sink_2_hdfs_supply)\n    env.execute()\n  }\n}"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/view\/NotFoundViewTest.scala","text":"package com.twitter.server.view\n\nimport com.twitter.finagle.http.{Request, Response, Status}\nimport com.twitter.finagle.Service\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.newResponse\nimport com.twitter.util.Await\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass NotFoundViewTest extends FunSuite {\n  test(\"wraps content based on http status\") {\n    val handler = new Service[Request, Response] {\n      def apply(req: Request) = newResponse(\n        contentType = \"text\/plain;charset=UTF-8\",\n        status = Status.NotFound,\n        content = Buf.Utf8(\"hello\"))\n    }\n\n    val svc = new NotFoundView andThen handler\n\n    val req0 = Request(\"\/\")\n    req0.headerMap.add(\"Accept\", \"text\/html\")\n    val res0 = Await.result(svc(req0))\n    assert(res0.headerMap.get(\"content-type\") == Some(\"text\/html;charset=UTF-8\"))\n    assert(res0.status == Status.NotFound)\n    assert(res0.contentString.contains(\"<html>\"))\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/EventRecordingHandlerTest.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.util.events.Sink\nimport org.junit.runner.RunWith\nimport org.mockito.Mockito._\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\n\n@RunWith(classOf[JUnitRunner])\nclass EventRecordingHandlerTest extends FunSuite\n  with MockitoSugar\n{\n\n  test(\"updateRecording\") {\n    val sink = mock[Sink]\n    val handler = new EventRecordingHandler(sink)\n\n    handler.updateRecording(s\"\/admin\/events\/record\/${EventRecordingHandler.RecordOn}\")\n    verify(sink).recording_=(true)\n\n    handler.updateRecording(s\"\/admin\/events\/record\/${EventRecordingHandler.RecordOff}\")\n    verify(sink).recording_=(false)\n\n    handler.updateRecording(s\"\/admin\/events\/record\/foo\")\n    verifyNoMoreInteractions(sink)\n  }\n\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/TracingHandlerTest.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.finagle.http.{Request, Status}\nimport com.twitter.finagle.tracing.Record\nimport com.twitter.finagle.tracing.{Trace, Tracer}\nimport com.twitter.util.Await\nimport org.junit.runner.RunWith\nimport org.mockito.Matchers.any\nimport org.mockito.Mockito.{never, verify}\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.{BeforeAndAfter, FunSuite}\n\n@RunWith(classOf[JUnitRunner])\nclass TracingHandlerSpec extends FunSuite with MockitoSugar with BeforeAndAfter {\n  val service = new TracingHandler\n\n  test(\"enable tracing\") {\n    val tracer = mock[Tracer]\n    try {\n      \/\/ FIXME: This relies on a global.\n      Trace.disable()\n      Trace.letTracer(tracer) {\n        Trace.record(\"msg\")\n        verify(tracer, never()).record(any(classOf[Record]))\n\n        val request = Request(\"\/\", (\"enable\", \"true\"))\n        assert(Await.result(service(request)).status == Status.Ok)\n\n        Trace.record(\"msg\")\n        verify(tracer).record(any(classOf[Record]))\n      }\n    } finally {\n      Trace.enable()\n    }\n  }\n\n  test(\"disable tracing\") {\n    val tracer = mock[Tracer]\n    try {\n      Trace.enable()\n      Trace.letTracer(tracer) {\n        Trace.record(\"msg\")\n        verify(tracer).record(any(classOf[Record]))\n\n        val tracer2 = mock[Tracer]\n        Trace.letTracer(tracer2) {\n          val request = Request(\"\/\", (\"disable\", \"true\"))\n          assert(Await.result(service(request)).status == Status.Ok)\n\n          Trace.record(\"msg\")\n          verify(tracer2, never()).record(any(classOf[Record]))\n        }\n      }\n    } finally {\n      Trace.enable()\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/util\/TwitterStats.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server.util\n\nimport com.twitter.finagle.stats.StatsReceiver\nimport com.twitter.concurrent.Scheduler\n\nobject TwitterStats {\n\n  def register(statsReceiver: StatsReceiver): Unit = {\n    val scheduler = statsReceiver.scope(\"scheduler\")\n\n    scheduler.provideGauge(\"dispatches\") {\n      Scheduler.numDispatches.toFloat\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/LoggingHandlerTest.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.http.{Request, Status}\nimport com.twitter.logging.{Level, Logger}\nimport com.twitter.util.Await\nimport org.junit.runner.RunWith\nimport org.scalatest.{Matchers, FunSuite}\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass LoggingHandlerTest extends FunSuite\n  with Matchers\n{\n  test(\"query all loggers\") {\n    val handler = new LoggingHandler\n    val loggers = Logger.iterator\n\n    val res = Await.result(handler(Request(\"\/\")))\n    assert(res.status == Status.Ok)\n    val text = res.contentString\n    for (logger <- loggers) {\n      assert(text.contains(logger.name))\n    }\n\n    val browserReq = Request(\"\/\")\n    browserReq.headerMap.set(\"User-Agent\", \"Mozilla\")\n    val browserRes = Await.result(handler(Request(\"\/\")))\n    assert(browserRes.status == Status.Ok)\n    val html = browserRes.contentString\n    for (logger <- loggers) {\n      assert(html.contains(logger.name))\n    }\n  }\n\n  test(\"change log level\") {\n    val handler = new LoggingHandler\n\n    Logger(\"\").setLevel(Level.INFO)\n    assert(Logger(\"\").getLevel == Level.INFO)\n    Await.result(handler(Request(\"\/?logger=root&level=DEBUG\")))\n    assert(Logger(\"\").getLevel == Level.DEBUG)\n  }\n\n  test(\"text output\") {\n    val handler = new LoggingHandler\n\n    val l0 = () => {\n      val logger = Logger(\"l0\")\n      logger.setLevel(Level.ALL)\n      logger\n    }\n\n    val l1 = () => {\n      val logger = Logger(\"l1\")\n      logger.setLevel(Level.DEBUG)\n      logger\n    }\n\n    Logger.withLoggers(List(l0, l1)) {\n      val req = Request(\"\/\")\n      val res = Await.result(handler(req))\n      assert(res.status == Status.Ok)\n      val text = res.contentString\n      text should include (\"root OFF\")\n      text should include (\"l0 ALL\")\n      text should include (\"l1 DEBUG\")\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/view\/TextBlockViewTest.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server.view\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.Service\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils._\nimport com.twitter.util.Await\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass TextBlockViewTest extends FunSuite {\n  test(\"wraps content based on user-agent\") {\n    val handler = new Service[Request, Response] {\n      def apply(req: Request) = newResponse(\n        contentType = \"text\/plain;charset=UTF-8\",\n        content = Buf.Utf8(\"hello\"))\n    }\n\n    val svc = new TextBlockView andThen handler\n\n    val req0 = Request(\"\/\")\n    req0.headerMap.set(\"Accept\", \"text\/html\")\n    val res0 = Await.result(svc(req0))\n    assert(res0.headerMap.get(\"content-type\") == Some(\"text\/html;charset=UTF-8\"))\n    assert(res0.contentString == \"<pre>hello<\/pre>\")\n\n    val req = Request(\"\/\")\n    val res = Await.result(svc(req))\n    assert(res.headerMap.get(\"content-type\") == Some(\"text\/plain;charset=UTF-8\"))\n    assert(res.contentString == \"hello\")\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/AdminHttpServer.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server\n\nimport com.twitter.app.App\nimport com.twitter.finagle.{Http, ListeningServer, NullServer, Service, param}\nimport com.twitter.finagle.client.ClientRegistry\nimport com.twitter.finagle.filter.ServerAdmissionControl\nimport com.twitter.finagle.http.{HttpMuxer, Request, Response}\nimport com.twitter.finagle.server.ServerRegistry\nimport com.twitter.finagle.stats.NullStatsReceiver\nimport com.twitter.finagle.tracing.NullTracer\nimport com.twitter.server.util.HttpUtils\nimport com.twitter.server.view.{IndexView, NotFoundView}\nimport com.twitter.util.registry.Library\nimport com.twitter.util.{Future, Monitor}\nimport java.net.InetSocketAddress\nimport java.util.logging.{Level, Logger}\nimport scala.language.reflectiveCalls\n\nobject AdminHttpServer {\n  \/**\n   * Represents an element which can be routed to via the admin http server.\n   *\n   * @param path The path used to access the route. A request\n   * is routed to the path as per the [[com.twitter.finagle.http.HttpMuxer]]\n   * spec.\n   *\n   * @param handler The service which requests are routed to.\n   *\n   * @param alias A short name used to identify the route when listed in\n   * index.\n   *\n   * @param group A grouping used to organize the route in the\n   * admin server pages. Routes with the same grouping are displayed\n   * together in the admin server pages.\n   *\n   * @param includeInIndex Indicates whether the route is included\n   * as part of the admin server index.\n   *\/\n  case class Route(\n    path: String,\n    handler: Service[Request, Response],\n    alias: String,\n    group: Option[String],\n    includeInIndex: Boolean)\n\n  \/**\n   * Create a Route using a Finagle service interface\n   *\/\n  def mkRoute(\n    path: String,\n    handler: Service[Request, Response],\n    alias: String,\n    group: Option[String],\n    includeInIndex: Boolean\n  ): Route = {\n    Route(path, handler, alias, group, includeInIndex)\n  }\n\n  \/**\n   * Create a Route using a Finagle service interface and a service using finagle-http\n   *\/\n  def mkRoutex(\n    path: String,\n    handler: Service[Request, Response],\n    alias: String,\n    group: Option[String],\n    includeInIndex: Boolean\n  ): Route = {\n    Route(path, handler, alias, group, includeInIndex)\n  }\n\n  \/**\n   * The name used for the finagle server.\n   *\/\n  val ServerName = \"adminhttp\"\n\n}\n\ntrait AdminHttpServer { self: App =>\n  import AdminHttpServer._\n\n\n  def defaultHttpPort: Int = 9990\n  val adminPort = flag(\"admin.port\", new InetSocketAddress(defaultHttpPort), \"Admin http server port\")\n\n  private[this] val adminHttpMuxer = new Service[Request, Response] {\n    override def apply(request: Request): Future[Response] = underlying(request)\n\n    @volatile var underlying: Service[Request, Response] =\n      new Service[Request, Response] {\n        def apply(request: Request): Future[Response] =\n          HttpUtils.new404(\"no admin server initialized\")\n      }\n  }\n\n  @volatile protected var adminHttpServer: ListeningServer = NullServer\n\n  private var allRoutes: Seq[Route] = Seq()\n\n  \/**\n   * The address to which the Admin HTTP server is bound.\n   *\/\n  def adminBoundAddress: InetSocketAddress = {\n    \/\/ this should never be a NullServer unless\n    \/\/ [[com.twitter.server.AdminHttpServer#premain]] is skipped\/broken\n    adminHttpServer.boundAddress.asInstanceOf[InetSocketAddress]\n  }\n\n  def addAdminRoutes(newRoutes: Seq[Route]): Unit = synchronized {\n    allRoutes = allRoutes ++ newRoutes\n    updateMuxer()\n  }\n\n  def addAdminRoute(route: Route) {\n    addAdminRoutes(Seq(route))\n  }\n\n  \/\/ TODO: remove routes, have all routes be added via addAdminRoutes\n  \/\/ For now these routes will be added to allRoutes in premain\n  protected def routes: Seq[Route] = Nil\n\n  \/**\n    * Name used for registration in the [[com.twitter.util.registry.Library]]\n    * @return library name to register in the Library registry.\n    *\/\n  protected def libraryName: String = \"twitter-server\"\n\n  private[this] def updateMuxer() = {\n    \/\/ a logger used to log all sync and async exceptions\n    \/\/ that occur in the admin server.\n    val log = Logger.getLogger(getClass.getName)\n\n    \/\/ Stat libraries join the global muxer namespace.\n    \/\/ Special case and group them here.\n    val (metricLinks, otherLinks) = {\n      val links = HttpMuxer.patterns.map {\n        case path@\"\/admin\/metrics.json\" =>\n          IndexView.Link(path, s\"$path?pretty=true\")\n        case path => IndexView.Link(path, path)\n      }\n      links partition {\n        case IndexView.Link(\"\/admin\/metrics.json\", _) => true\n        case IndexView.Link(\"\/admin\/per_host_metrics.json\", _) => true\n        case IndexView.Link(\"\/stats.json\", _) => true\n        case _ => false\n      }\n    }\n\n    \/\/ convert local routes into the IndexView data model\n    val localRoutes =\n      allRoutes.filter(_.includeInIndex).groupBy(_.group) flatMap {\n        case (group, rs) =>\n          val links = rs map { r => IndexView.Link(r.alias, r.path) }\n          if (!group.isDefined) links else {\n            val linx = if (group != Some(\"Metrics\")) links else links++metricLinks\n            Seq(IndexView.Group(group.get, linx))\n          }\n      }\n\n    \/\/ create index with both the local and global muxer namespaces\n    \/\/ and server\/client registries.\n    val index = { () =>\n      val serverGroup = {\n        val serverLinks: Seq[IndexView.Entry] = (ServerRegistry.registrants collect {\n          case server if server.name.nonEmpty =>\n            IndexView.Link(server.name, \"\/admin\/servers\/\" + server.name)\n        }).toSeq\n        IndexView.Group(\"Listening Servers\", serverLinks.sorted(IndexView.EntryOrdering))\n      }\n\n      val clientGroup = {\n        val clientLinks: Seq[IndexView.Entry] = (ClientRegistry.registrants collect {\n          case client if client.name.nonEmpty =>\n            IndexView.Link(client.name, \"\/admin\/clients\/\" + client.name)\n        }).toSeq\n        IndexView.Group(\"Downstream Clients\", clientLinks.sorted(IndexView.EntryOrdering))\n      }\n\n      val miscGroup = IndexView.Group(\"Misc\", otherLinks)\n      miscGroup +: clientGroup +: serverGroup +: localRoutes.toSeq\n    }\n\n    \/\/ create a service which multiplexes across all endpoints.\n    val localMuxer = allRoutes.foldLeft(new HttpMuxer) {\n      case (muxer, route) =>\n        log.info(s\"${route.path} => ${route.handler.getClass.getName}\")\n        val service = new IndexView(route.alias, route.path, index) andThen route.handler\n        muxer.withHandler(route.path, service)\n    }\n    adminHttpMuxer.underlying = HttpUtils.combine(Seq(localMuxer, HttpMuxer))\n  }\n\n  private[this] def startServer(): Unit = {\n    val log = Logger.getLogger(getClass.getName)\n    val loggingMonitor = new Monitor {\n      def handle(exc: Throwable): Boolean = {\n        log.log(Level.SEVERE, s\"Caught exception in AdminHttpHandler: $exc\", exc)\n        false\n      }\n    }\n    log.info(s\"Serving admin http on ${adminPort()}\")\n    adminHttpServer = Http.server\n      .configured(param.Stats(NullStatsReceiver))\n      .configured(param.Tracer(NullTracer))\n      .configured(param.Monitor(loggingMonitor))\n      .configured(param.Label(ServerName))\n      \/\/ disable admission control, since we want the server to report stats\n      \/\/ especially when it's in a bad state.\n      .configured(ServerAdmissionControl.Param(false))\n      .serve(adminPort(), new NotFoundView andThen adminHttpMuxer)\n\n    closeOnExit(adminHttpServer)\n    Library.register(libraryName, Map.empty)\n  }\n\n  premain {\n    addAdminRoutes(routes)\n    startServer\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/ServerRegistryHandlerTest.scala","text":"<filename>src\/test\/scala\/com\/twitter\/server\/handler\/ServerRegistryHandlerTest.scala\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.server.StackServer\nimport com.twitter.finagle.{http, Stack, param}\nimport com.twitter.finagle.util.StackRegistry\nimport com.twitter.server.util.MetricSourceTest\nimport com.twitter.util.Await\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass ServerRegistryHandlerTest extends FunSuite {\n  test(\"query a server\") {\n    val metricsCtx = new MetricSourceTest.Ctx\n    import metricsCtx._\n\n    val registry = new StackRegistry { def registryName: String = \"server\" }\n    registry.register(\":8080\", StackServer.newStack, Stack.Params.empty + param.Label(\"server0\"))\n    registry.register(\":8081\", StackServer.newStack, Stack.Params.empty + param.Label(\"s\/bar\/foo\"))\n    val handler = new ServerRegistryHandler(\"\/admin\/servers\/\", source, registry)\n\n    val res = Await.result(handler(http.Request(\"\/admin\/servers\/server0\")))\n    assert(res.status == http.Status.Ok)\n    val content = res.contentString\n    assert(content.contains(\"server0\"))\n    assert(content.contains(\":8080\"))\n\n    val res2 = Await.result(handler(http.Request(\"\/admin\/servers\/s\/bar\/foo\")))\n    assert(res2.status == http.Status.Ok)\n    val content2 = res2.contentString\n    assert(content2.contains(\"s\/bar\/foo\"))\n    assert(content2.contains(\":8081\"))\n\n    val res1 = Await.result(handler(http.Request(\"\/admin\/servers\/server1\")))\n    assert(res1.status == http.Status.NotFound)\n  }\n\n  test(\"server profile\") {\n    val metricsCtx = new MetricSourceTest.Ctx\n    import metricsCtx._\n\n    val registry = new StackRegistry { def registryName: String = \"server\"}\n    registry.register(\":8080\", StackServer.newStack, Stack.Params.empty + param.Label(\"server0\"))\n\n    val handler = new ServerRegistryHandler(\"\/admin\/servers\/\", source, registry)\n\n    val res = Await.result(handler(http.Request(\"\/admin\/servers\/index.html\")))\n    assert(res.status == http.Status.Ok)\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/EventsHandler.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{ParamMap, Request, Response}\nimport com.twitter.finagle.tracing.SpanId\nimport com.twitter.io.{Reader, Buf}\nimport com.twitter.server.handler.EventRecordingHandler._\nimport com.twitter.server.util.HttpUtils.{accepts, expectsJson}\nimport com.twitter.server.util.{JsonSink, TraceEventSink}\nimport com.twitter.util.events.{Sink, Event}\nimport com.twitter.util.{Future, Throw, Try}\nimport java.util.logging.{LogRecord, Logger}\n\n\/**\n * \"Controller\" for displaying the current state of the sink.\n *\/\nprivate[server] class EventsHandler(sink: Sink) extends Service[Request, Response] {\n  import EventsHandler._\n\n  private[this] val log = Logger.getLogger(getClass.getName)\n\n  def this() = this(Sink.default)\n\n  private[this] def eventFilterFromParams(params: ParamMap): EventFilter = {\n    val eventTypeFilter = params.get(\"eventType\") match {\n      case Some(eventType) => EventFilter.withEventType(eventType)\n      case None => EventFilter.NoEventFilter\n    }\n\n    val objectValFilter = params.get(\"objectVal\") match {\n      case Some(objectVal) =>\n        EventFilter.withObjectVal(objectVal)\n      case None =>\n        EventFilter.NoEventFilter\n    }\n\n    val spanIdFilter = params.get(\"spanId\") match {\n      case Some(spanId) => EventFilter.withSpanId(spanId)\n      case None => EventFilter.NoEventFilter\n    }\n\n    val traceIdFilter = params.get(\"traceId\") match {\n      case Some(traceId) => EventFilter.withTraceId(traceId)\n      case None => EventFilter.NoEventFilter\n    }\n\n    eventTypeFilter\n      .and(objectValFilter)\n      .and(spanIdFilter)\n      .and(traceIdFilter)\n  }\n\n  def apply(req: Request): Future[Response] =\n    if (accepts(req, \"trace\/\"))\n      respond(TraceEvent, TraceEventSink.serialize(sink))\n    else if (expectsJson(req))\n      respond(LineDelimitedJson, JsonSink.serialize(sink))\n    else\n      if (!req.params.isEmpty) {\n        val eventFilter = eventFilterFromParams(\n          req.params.filterNot { case (k, v) => v.isEmpty } )\n        respond(Html, tableBodyHtml(sink.events.toSeq.filter(eventFilter)))\n      } else {\n        respond(Html, Reader.fromBuf(Buf.Utf8(pageHtml(sink))))\n      }\n\n  private[this] def respond(contentType: String, reader: Reader): Future[Response] = {\n    val response = Response()\n    response.contentType = contentType\n    response.setChunked(true)\n    Reader.copy(reader, response.writer).onFailure { e =>\n      log.info(\"Encountered an error while writing the event stream: \" + e)\n    }.ensure(response.writer.close())\n    Future.value(response)\n  }\n}\n\nprivate object EventsHandler {\n  import AsyncStream.fromSeq\n  import Percentile.annotate\n\n  val Html = \"text\/html;charset=UTF-8\"\n  val LineDelimitedJson = \"application\/x-ldjson;charset=UTF-8\"\n  val TraceEvent = \"trace\/json;charset=UTF-8\"\n\n  object EventFilter {\n\n    def withEventType(eventType: String): EventFilter = new EventFilter {\n      def apply(event: Event): Boolean =\n        event.etype.id.contains(eventType)\n    }\n\n    def withObjectVal(objectVal: String): EventFilter = new EventFilter {\n      def apply(event: Event): Boolean =\n        event.objectVal.toString.contains(objectVal)\n    }\n\n    def withSpanId(spanId: String): EventFilter = new EventFilter {\n      def apply(event: Event): Boolean =\n        spanId == SpanId.toString(event.spanIdVal)\n    }\n\n    def withTraceId(traceId: String): EventFilter = new EventFilter {\n      def apply(event: Event): Boolean =\n        traceId == SpanId.toString(event.traceIdVal)\n    }\n\n    object NoEventFilter extends EventFilter {\n      def apply(event: Event): Boolean =\n        true\n    }\n  }\n\n  abstract class EventFilter extends (Event => Boolean) { self =>\n    def apply(event: Event): Boolean\n\n    def and(that: EventFilter): EventFilter =\n      if (self == EventFilter.NoEventFilter) that\n      else if (that == EventFilter.NoEventFilter) self\n      else\n        new EventFilter {\n          def apply(event: Event): Boolean =\n            self(event) && that(event)\n        }\n  }\n\n  val columns: Seq[String] =\n    Seq(\"Event\", \"When\", \"LongVal\", \"ObjectVal\", \"DoubleVal\", \"TraceID\", \"SpanID\")\n\n  val header: String =\n    columns.mkString(\"<tr><th>\", \"\"\"<\/th><th>\"\"\", \"<\/th><th><\/th><\/tr>\") +\n      \"\"\"<tr>\n        <td>\n          <div class=\"filter-input-group\">\n            <input class=\"filter-input form-control\" id=\"eventTypeFilter\" type=\"text\">\n            <span class=\"filter-input-clear glyphicon glyphicon-remove-circle\"><\/span>\n          <\/div>\n        <\/td>\n        <td><\/td>\n        <td><\/td>\n        <td>\n          <div class=\"filter-input-group\">\n            <input class=\"filter-input form-control\" id=\"objectValFilter\" type=\"text\">\n            <span class=\"filter-input-clear glyphicon glyphicon-remove-circle\"><\/span>\n          <\/div>\n        <\/td>\n        <td><\/td>\n        <td>\n          <div class=\"filter-input-group\">\n            <input class=\"filter-input form-control\" id=\"traceIdFilter\" type=\"text\">\n            <span class=\"filter-input-clear glyphicon glyphicon-remove-circle\"><\/span>\n          <\/div>\n        <\/td>\n        <td>\n          <div class=\"filter-input-group\">\n            <input class=\"filter-input form-control\" id=\"spanIdFilter\" type=\"text\">\n            <span class=\"filter-input-clear glyphicon glyphicon-remove-circle\"><\/span>\n          <\/div>\n        <\/td>\n        <td>\n          <form id=\"filter\">\n            <button id=\"filter-submit\" class=\"btn btn-mini btn-primary\" type=\"submit\">Filter<\/button>\n            <button id=\"filter-loading\" class=\"btn btn-mini btn-primary\"><span class=\"glyphicon glyphicon-refresh glyphicon-refresh-animate\"><\/span> Loading<\/button>\n          <\/form>\n        <\/td>\n      <\/tr>\"\"\"\n\n  def showObject(o: Object): String = o match {\n    case r: LogRecord => s\"${r.getLevel.toString} ${r.getMessage}\"\n    case _ => o.toString\n  }\n\n  def rowOf(e: Event): Buf = Buf.Utf8(Seq(\n    e.etype.id,\n    s\"<nobr>${e.when.toString}<\/nobr>\",\n    if (e.longVal == Event.NoLong) \"\" else e.longVal.toString,\n    if (e.objectVal == Event.NoObject) \"\" else showObject(e.objectVal),\n    if (e.doubleVal == Event.NoDouble) \"\" else e.doubleVal.toString,\n    if (e.traceIdVal == Event.NoTraceId) \"\" else SpanId.toString(e.traceIdVal),\n    if (e.spanIdVal == Event.NoSpanId) \"\" else SpanId.toString(e.spanIdVal)\n  ).mkString(\"<tr><td>\", \"<\/td><td>\", \"<\/td><td><\/td><\/tr>\"))\n\n  def newline(buf: Buf): Buf = buf.concat(Buf.Utf8(\"\\n\"))\n\n\n  def tableOf(events: Seq[Event]): AsyncStream[Buf] =\n    \/\/ Note: The events iterator can be potentially large, so to avoid fully\n    \/\/ buffering a big HTML document, we stream it as soon as it's ready.\n    \/\/ HTML tables seemingly were designed with incremental display in mind\n    \/\/ (see http:\/\/tools.ietf.org\/html\/rfc1942), so user-agents may even be\n    \/\/ able to take advantage of this and begin rendering the table earlier,\n    \/\/ and progressively as rows arrive.\n      annotate(fromSeq(events)).map(rowOf _ andThen newline)\n\n  def pageHtml(sink: Sink): String = \"\"\"\n  <h2>Events<\/h2>\n  <p>The server publishes interesting events during its operation and this section\n  displays a log of the most recent.<\/p>\n  \"\"\" + (if (Sink.enabled) {\n    val isRecording: Boolean = sink.recording\n    val onCheck = if (isRecording) \"checked\" else \"\"\n    val offCheck = if (isRecording) \"\" else \"checked\"\n    val onLoad =\n      \"\"\"\n      <script>\n         $(document).ready(function() {\n          var displayEvents = function(data) {\n            $(\"#eventTable > tbody\").html(data);\n            $(\"#filter-loading\").hide();\n            $(\"#filter-submit\").show();\n          }\n          var loadEvents = function() {\n            $(\"#filter-submit\").removeClass(\"active\");\n            $(\"#filter-submit\").hide();\n            $(\"#filter-loading\").show();\n            $(\".filter-input\").blur();\n            $(\"#eventTable > tbody\").empty();\n\n            $.post(\n              \"\/admin\/events\",\n              {\n                eventType: $('#eventTypeFilter').val(),\n                objectVal: $('#objectValFilter').val(),\n                spanId: $('#spanIdFilter').val(),\n                traceId: $('#traceIdFilter').val()\n              },\n              displayEvents)\n\n          }\n          $('#filter').submit(function () {\n            loadEvents();\n            return false;\n          });\n          $(':input').keypress(function (e) {\n            if (e.which == 13) {\n              $('#filter').submit();\n              return false;\n            }\n          });\n          $(\".filter-input-clear\").each(function() {\n            $(this).click(function() {\n              $(this).prev(':input').val('');\n              loadEvents();\n            });\n          });\n          $('input:radio[name=recording]').change(function() {\n            $.post(\"\/admin\/events\/record\/\" + this.value, loadEvents)\n            if (this.value == \"recordOn\") {\n              $(\"#eventTable\").show();\n            } else {\n              $(\"#eventTable\").hide();\n            }\n          });\n          if ($(\"#rec1\").prop(\"checked\") == true) {\n            loadEvents();\n          } else {\n             $(\"#eventTable\").hide()\n          }\n\n         });\n       <\/script>\"\"\"\n    val toggle =\n      s\"\"\"\n      <div>Events are only captured when recording is enabled. Current state:<\/div>\n      <div class=\"radio\">\n        <label>\n          <input type=\"radio\" name=\"recording\" id=\"rec1\" value=\"$RecordOn\" $onCheck>\n          On\n        <\/label>\n      <\/div>\n      <div class=\"radio\">\n        <label>\n          <input type=\"radio\" name=\"recording\" id=\"rec2\" value=\"$RecordOff\" $offCheck>\n          Off\n        <\/label>\n      <\/div>\n    \"\"\"\n\n    val table =\n      s\"\"\"<table id=\"eventTable\" class=\"table table-condensed table-striped\">\n      <caption>A log of events originating from this server process.<\/caption>\n      <thead>$header<\/thead>\n      <tbody>\n      <\/tbody>\n    <\/table>\"\"\"\n\n    onLoad + toggle + \"\"\"\n    <div class=\"fr-more\"><a\n    href=\"javascript:$('.fr-more-info').show(); $('.fr-more').hide()\"\n    >Read more...<\/a><\/div>\n    <div class=\"fr-more-info\" style=\"display:none\"><p>Event capture is currently\n    <strong>enabled<\/strong>. This is the default. To disable event capture,\n    use the following flag.\n    <dl class=\"dl-horizontal\">\n      <dt>sinkEnabled<\/dt>\n      <dd>Turn on event capture (default: true).<\/dd>\n    <\/dl><\/p>\n    <div>Example usage:<pre><code>\n    $ java -Dcom.twitter.util.events.sinkEnabled=false MyApp\n    <\/code><\/pre><\/div><\/div>\"\"\" + table\n\n  } else {\n    \"\"\"\n    <p>Event capture is currently <strong>disabled<\/strong>.\n    To enable event capture, use the following flags.\n    <dl class=\"dl-horizontal\">\n      <dt>sinkEnabled<\/dt>\n      <dd>Turn on event capture (default: true).<\/dd>\n      <dt>approxNumEvents<\/dt>\n      <dd>The number of events to keep in memory (default: 10000).<\/dd>\n    <\/dl><\/p>\n    <div>Example usage:<pre><code>\n    $ java -Dcom.twitter.util.events.sinkEnabled=true \\\n           -Dcom.twitter.util.events.approxNumEvents=10000 \\\n           MyApp\n    <\/code><\/pre><\/div>\n    \"\"\"\n  })\n\n  def tableBodyHtml(events: Seq[Event]): Reader =\n    Reader.concat(tableOf(events).map(Reader.fromBuf))\n}\n\nprivate object Percentile {\n  import AsyncStream.fromFuture\n  import java.lang.reflect.Method\n\n  trait Ctx {\n    def StatAdd: Object\n    def getHistogram(name: String): Object\n    def buildSnapshot(histogram: Object): Object\n    def getPercentiles(snapshot: Object): Array[Object]\n    def getQuantile(percentile: Object): Double\n    def getValue(percentile: Object): Long\n  }\n\n  def field(cname: String, field: String): Try[Object] =\n    Try.withFatals(Class.forName(cname).getField(field).get((): Unit)) {\n      case e: NoClassDefFoundError => Throw(e)\n    }\n\n  def method(cname: String, method: String, args: Class[_]*): Try[Method] =\n    Try.withFatals(Class.forName(cname).getMethod(method, args:_*)) {\n      case e: NoClassDefFoundError => Throw(e)\n    }\n\n  val nsStats = \"com.twitter.finagle.stats\"\n  val nsMetrics = \"com.twitter.common.metrics\"\n  val tryCtx: Try[Ctx] = for {\n    a <- field(nsStats + \".MetricsStatsReceiver$\", \"MODULE$\")\n    b <- method(nsStats + \".MetricsStatsReceiver$\", \"StatAdd\")\n    c <- Try(b.invoke(a))\n    d <- method(nsMetrics + \".Metrics\", \"createHistogram\", classOf[String])\n    e <- method(nsMetrics + \".HistogramInterface\", \"snapshot\")\n    f <- method(nsMetrics + \".Snapshot\", \"percentiles\")\n    g <- method(nsMetrics + \".Percentile\", \"getQuantile\")\n    h <- method(nsMetrics + \".Percentile\", \"getValue\")\n    i <- method(nsMetrics + \".Metrics\", \"root\").map(_.invoke(null))\n  } yield new Ctx {\n    val StatAdd = c\n    def getHistogram(name: String) = d.invoke(i, name)\n    def buildSnapshot(histogram: Object) = e.invoke(histogram)\n    def getPercentiles(snapshot: Object) = f.invoke(snapshot).asInstanceOf[Array[Object]]\n    def getQuantile(percentile: Object) = g.invoke(percentile).asInstanceOf[Double]\n    def getValue(percentile: Object) = h.invoke(percentile).asInstanceOf[Long]\n  }\n\n  def percentileFor(ctx: Ctx, snapshot: Object, value: Long): Double = {\n    import ctx._\n    val ps = getPercentiles(snapshot)\n    var v = Event.NoDouble\n    for (p <- ps; if value >= getValue(p)) v = getQuantile(p)\n    v\n  }\n\n  type Snapshots = Map[String, Object]\n\n  def fold(ctx: Ctx, snaps: Snapshots, es: AsyncStream[Event]): AsyncStream[Event] = {\n    import ctx._\n    fromFuture(es.uncons).flatMap {\n      case Some((stat, tail)) if stat.etype == StatAdd =>\n        val name = stat.objectVal.toString\n        snaps.get(name) match {\n          case None =>\n            val snap = buildSnapshot(getHistogram(name))\n            val d = percentileFor(ctx, snap, stat.longVal)\n            stat.copy(doubleVal = d) +:: fold(ctx, snaps + (name -> snap), tail())\n\n          case Some(snap) =>\n            val d = percentileFor(ctx, snap, stat.longVal)\n            stat.copy(doubleVal = d) +:: fold(ctx, snaps, tail())\n        }\n\n      case Some((e, tail)) => e +:: fold(ctx, snaps, tail())\n      case None => AsyncStream.empty[Event]\n    }\n  }\n\n  def annotate(events: AsyncStream[Event]): AsyncStream[Event] =\n    if (tryCtx.isThrow) events else fold(tryCtx.get, Map.empty[String, Object], events)\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/AdminRedirectHandler.scala","text":"<gh_stars>0\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Fields, Request, Response, Status}\nimport com.twitter.io.Buf\nimport com.twitter.server.Admin.Path\nimport com.twitter.server.util.HttpUtils.newResponse\nimport com.twitter.util.Future\nimport java.net.URI\n\nclass AdminRedirectHandler extends Service[Request, Response] {\n\n  def apply(req: Request): Future[Response] = {\n    newResponse(\n      status = Status.TemporaryRedirect,\n      contentType = \"text\/plain;charset=UTF-8\",\n      content = Buf.Empty,\n      headers = Seq((Fields.Location, URI.create(Path.Admin)))\n    )\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/ExportingHistogramsTest.scala","text":"package com.twitter.server\n\nimport com.twitter.finagle.stats.BucketAndCount\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner]) \nclass ExportingHistogramsTest extends FunSuite {\n  import handler.HistogramQueryHandler.{pdf, cdf, BucketAndPercentage}\n\t\n  val empty = Seq.empty\n  val single = Seq(BucketAndCount(0, 1, 5))\n  val corner = Seq(BucketAndCount(0, 1, 1), BucketAndCount(2137204091, Int.MaxValue, 1))\n  val larger = Seq(\n    BucketAndCount(0, 1, 3),\n    BucketAndCount(1, 2, 1),\n    BucketAndCount(100, 102, 6), \n    BucketAndCount(2137204091, Int.MaxValue, 3)\n  )\n\n  test(\"pdf works on empty\") {\n    assert(pdf(empty) == Seq.empty)\n  }\n\n  test(\"pdf works on single entry\") {\n    assert(pdf(single) == Seq(BucketAndPercentage(0, 1, 1.0f)))\n  }\n\n  test(\"pdf works on corner buckets\") {\n    assert(pdf(corner) == Seq(BucketAndPercentage(0, 1, 0.5f), \n      BucketAndPercentage(2137204091, Int.MaxValue, 0.5f))) \n  }\n\n  test(\"pdf works on larger sequence\") {\n    assert(pdf(larger) == Seq(\n      BucketAndPercentage(0, 1, 3.0f\/13),\n      BucketAndPercentage(1, 2, 1.0f\/13),\n      BucketAndPercentage(100, 102, 6.0f\/13),\n      BucketAndPercentage(2137204091, Int.MaxValue, 3.0f\/13)\n    ))\n  }\n\n  test(\"cdf works on empty\") {\n    assert(cdf(empty) == Seq.empty)\n  }\n\n  test(\"cdf works on single entry\") {\n    assert(cdf(single) == Seq(BucketAndPercentage(0, 1, 1.0f)))\n  }\n\n  test(\"cdf works on corner buckets\") {\n    assert(cdf(corner) == Seq(BucketAndPercentage(0, 1, 0.5f), \n      BucketAndPercentage(2137204091, Int.MaxValue, 1.0f)))\n  }\n\n  test(\"cdf works on larger sequence\") {\n    assert(cdf(larger) == Seq(\n      BucketAndPercentage(0, 1, 3.0f\/13),\n      BucketAndPercentage(1, 2, 4.0f\/13),\n      BucketAndPercentage(100, 102, 10.0f\/13),\n      BucketAndPercentage(2137204091, Int.MaxValue, 1.0f)\n    ))\n  }\n\n}\n\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/Linters.scala","text":"<gh_stars>0\npackage com.twitter.server\n\nimport com.twitter.app.App\nimport com.twitter.finagle.client.ClientRegistry\nimport com.twitter.finagle.service.FailFastFactory\nimport com.twitter.finagle.param\nimport com.twitter.finagle.server.ServerRegistry\nimport com.twitter.finagle.stats.{StatsReceiverWithCumulativeGauges, LoadedStatsReceiver,\n  DelegatingStatsReceiver}\nimport com.twitter.finagle.util.StackRegistry\nimport com.twitter.server.lint.LoggingRules\nimport com.twitter.util.lint._\n\n\/**\n * Registers any global linter [[Rule rules]].\n *\/\ntrait Linters { app: App =>\n\n  private[this] def rules: Rules =\n    GlobalRules.get\n\n  premain {\n    registerLinters()\n  }\n\n  \/** Exposed for testing *\/\n  private[server] def registerLinters(): Unit = {\n    numberOfStatsReceivers()\n    tooManyCumulativeGauges()\n    Seq(ClientRegistry, ServerRegistry).foreach { registry =>\n      stackRegistryDuplicates(registry)\n      nullStatsReceivers(registry)\n    }\n    memcacheFailFast()\n    rules.add(LoggingRules.MultipleSlf4jImpls)\n  }\n\n  private[this] def numberOfStatsReceivers(): Unit = {\n    val rule = Rule(\n      Category.Performance,\n      \"Number of StatsReceivers\",\n      \"More than one StatsReceiver loaded causes a larger than necessary \" +\n        \"memory footprint and slower runtime usage. Examine your (transitive) \" +\n        \"dependencies and remove unwanted StatsReceivers either via dependency \" +\n        \"management or the com.twitter.finagle.util.loadServiceIgnoredPaths flag. \" +\n        \"Alternatively, having none loaded indicates that the service will not \" +\n        \"have any telemetry reported which is dangerous way to operate a service.\"\n    ) {\n      val srs = DelegatingStatsReceiver.all(LoadedStatsReceiver)\n      if (srs.size == 1) {\n        Nil\n      } else if (srs.isEmpty) {\n        Seq(Issue(\"No StatsReceivers registered\"))\n      } else {\n        Seq(Issue(s\"Multiple StatsReceivers registered: ${srs.mkString(\", \")}\"))\n      }\n    }\n    rules.add(rule)\n  }\n\n  private[this] def tooManyCumulativeGauges(): Unit = {\n    val srs = DelegatingStatsReceiver.all(LoadedStatsReceiver)\n    srs.foreach {\n      case srwg: StatsReceiverWithCumulativeGauges =>\n        srwg.registerLargeGaugeLinter(rules)\n      case _ =>\n    }\n  }\n\n  private[this] def stackRegistryDuplicates(stackReg: StackRegistry): Unit = {\n    val rule = Rule(\n      Category.Configuration,\n      s\"Duplicate ${stackReg.registryName} StackRegistry names\",\n      \"Duplicate registry entries indicate that multiple clients or servers are \" +\n        \"being registered with the same `com.twitter.finagle.param.Label`.\"\n    ) {\n      val dups = stackReg.registeredDuplicates\n      if (dups.isEmpty) Nil\n      else {\n        dups.map { e =>\n          Issue(s\"name=${e.name} protocolLib=${e.protocolLibrary} addr=${e.addr}\")\n        }\n      }\n    }\n    rules.add(rule)\n  }\n\n  private[this] def nullStatsReceivers(stackReg: StackRegistry): Unit = {\n    val rule = Rule(\n      Category.Configuration,\n      s\"Finagle ${stackReg.registryName} without metrics\",\n      \"Not reporting metrics makes investigating problems exceedingly difficult. \" +\n        \"Wire in a `StatsReceiver` via `ClientBuilder.reportTo()` or \" +\n        \"`Stack.configured(param.Stats)`\"\n    ) {\n      stackReg.registrants.flatMap { entry =>\n        val sr = entry.params[param.Stats].statsReceiver\n        if (!sr.isNull) None else {\n          if (stackReg == ServerRegistry && entry.name == AdminHttpServer.ServerName)\n            None\n          else\n            Some(Issue(s\"${stackReg.registryName} name=${entry.name}\"))\n        }\n      }.toSeq\n    }\n    rules.add(rule)\n  }\n\n  private[this] def memcacheFailFast(): Unit = {\n    val rule = Rule(\n      Category.Configuration,\n      \"Memcache client has FailFast enabled\",\n      \"\"\"FailFast is only appropriate when a replica set is present. Memcached\n        |is usually sharded. Consider disabling FailFast or using the\n        |c.t.f.Memcached.client which has recommended settings built in.\"\"\".stripMargin\n    ) {\n      ClientRegistry.registrants\n        .filter(_.protocolLibrary == \"memcached\")\n        .groupBy(_.name)\n        .filter { case (_, entries) =>\n          entries.head.params[FailFastFactory.FailFast].enabled == true\n        }.map { case (label, _) =>\n          Issue(s\"$label memcache client should disable FailFast\")\n        }.toSeq\n    }\n    GlobalRules.get.add(rule)\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/ServerInfoHandler.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.stats.LoadedStatsReceiver\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.newResponse\nimport com.twitter.server.util.JsonConverter\nimport com.twitter.util.Future\nimport com.twitter.util.registry.GlobalRegistry\nimport java.lang.management.ManagementFactory\nimport java.util.{Date, Properties}\nimport scala.collection.JavaConverters._\n\n\/**\n * A simple http service for serving up information pulled from a build.properties\n * file. The ClassLoader for the given object is used to load the build.properties file,\n * which is first searched for relative to the given object's class's package\n * (class-package-name\/build.properties), and if not found there, then it is searched for\n * with an absolute path (\"\/build.properties\").\n *\/\nclass ServerInfoHandler(obj: AnyRef) extends Service[Request, Response] {\n  private[this] val mxRuntime = ManagementFactory.getRuntimeMXBean\n\n  private[this] val buildProperties = new Properties\n\n  try {\n    buildProperties.load(obj.getClass.getResource(\"build.properties\").openStream)\n  } catch {\n    case _: Throwable =>\n      try {\n        buildProperties.load(obj.getClass.getResource(\"\/build.properties\").openStream)\n      } catch {\n        case _: Throwable =>\n      }\n  }\n\n  private[this] val basicServerInfo = Map(\n    \"name\" -> \"unknown\",\n    \"version\" -> \"0.0\",\n    \"build\" -> \"unknown\",\n    \"build_revision\" -> \"unknown\",\n    \"build_branch_name\" -> \"unknown\",\n    \"merge_base\" -> \"unknown\",\n    \"merge_base_commit_date\" -> \"unknown\",\n    \"scm_repository\" -> \"unknown\"\n  )\n\n  private[this] val combinedInfo = basicServerInfo ++ buildProperties.asScala\n\n  private[this] val registry = GlobalRegistry.get\n\n  combinedInfo.foreach { case (key, value) =>\n    registry.put(Seq(\"build.properties\", key), value)\n  }\n\n  {\n    \/\/ Note, don't use `scala.sys.props` until we are on 2.12:\n    \/\/ https:\/\/github.com\/scala\/scala\/pull\/4372\n    val props = System.getProperties\n    for (key <- props.stringPropertyNames().asScala) {\n      val value = props.getProperty(key)\n      \/\/ we acquired a snapshot of keys above, but `key`\n      \/\/ could have since been removed.\n      if (value != null)\n        registry.put(Seq(\"system\", \"properties\", key), value)\n    }\n  }\n\n  sys.env.foreach { case (key, value) =>\n    registry.put(Seq(\"system\", \"env\", key), value)\n  }\n\n  registry.put(Seq(\"system\", \"jvm_arguments\"),\n    ManagementFactory.getRuntimeMXBean.getInputArguments.toString)\n\n  \/\/ Expose this build revision as a number. Useful to check cluster consistency.\n  combinedInfo.get(\"build.git.revision.number\") match {\n    case Some(rev) => LoadedStatsReceiver.provideGauge(\"build.git.revision.number\") { rev.toFloat }\n    case None =>\n  }\n\n  private[this] val serverInfo = combinedInfo ++ Map(\n    \"build_last_few_commits\" ->\n      buildProperties.getProperty(\"build_last_few_commits\", \"unknown\").split(\"\\n\"),\n    \"build\" ->\n      buildProperties.getProperty(\"build_name\", \"unknown\"),\n    \"start_time\" -> new Date(mxRuntime.getStartTime).toString\n  ) - \"build_name\"\n\n  def apply(req: Request): Future[Response] = {\n    newResponse(\n      contentType = \"application\/json;charset=UTF-8\",\n      content = Buf.Utf8(JsonConverter.writeToString(serverInfo + (\"uptime\" -> mxRuntime.getUptime)))\n    )\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/ResourceHandlerTest.scala","text":"<filename>src\/test\/scala\/com\/twitter\/server\/handler\/ResourceHandlerTest.scala<gh_stars>0\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.http\nimport com.twitter.io.{Buf, Charsets}\nimport com.twitter.util.Await\nimport java.io.{ByteArrayInputStream, File, FileWriter, InputStream}\nimport java.nio.file.Files\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport scala.io.Source\n\n@RunWith(classOf[JUnitRunner])\nclass ResourceHandlerTest extends FunSuite {\n  private def staticResourceResolver(content: String): PartialFunction[String, InputStream] =\n    PartialFunction(_ => new ByteArrayInputStream(content.getBytes(\"UTF8\")))\n\n  test(\"404\") {\n    val handler = new ResourceHandler(\"\/\", PartialFunction.empty)\n    val res = Await.result(handler(http.Request(\"nonexistent.filetype\")))\n    assert(res.status == http.Status.NotFound)\n  }\n\n  test(\"400\") {\n    val handler = new ResourceHandler(\"\/\", PartialFunction.empty)\n    val res = Await.result(handler(http.Request(\"..\/..\/illegal\")))\n    assert(res.status == http.Status.BadRequest)\n  }\n\n  test(\"load js\") {\n    val content = \"var foo = function() { }\"\n    val handler = new ResourceHandler(\"\/\", staticResourceResolver(content))\n    val res = Await.result(handler(http.Request(\"test.js\")))\n    assert(res.status == http.Status.Ok)\n    assert(res.headerMap.get(\"content-type\") == Some(\"application\/javascript;charset=UTF-8\"))\n    assert(res.contentString == content)\n  }\n\n  test(\"load css\") {\n    val content = \"#foo { color: blue; }\"\n    val handler = new ResourceHandler(\"\/\", staticResourceResolver(content))\n    val res = Await.result(handler(http.Request(\"test.css\")))\n    assert(res.status == http.Status.Ok)\n    assert(res.headerMap.get(\"content-type\") == Some(\"text\/css;charset=UTF-8\"))\n    assert(res.contentString == content)\n  }\n\n  test(\"load bytes\") {\n    val content = \"jileuhto8q34ty3fni34oqbo87ybq\"\n    val handler = new ResourceHandler(\"\/\", staticResourceResolver(content))\n    val res = Await.result(handler(http.Request(\"test.raw\")))\n    assert(res.status == http.Status.Ok)\n    assert(res.headerMap.get(\"content-type\") == Some(\"application\/octet-stream\"))\n    val bytes = Buf.ByteArray.Owned.extract(res.content)\n    assert(new String(bytes, Charsets.Iso8859_1) == content)\n  }\n\n  private def createTempFile(filename: String, content: String): File = {\n    val dir = Files.createTempDirectory(\"ResourceHandlerTest\")\n    val tempFile = dir.resolve(filename).toFile\n    val writer = new FileWriter(tempFile)\n    writer.write(content)\n    writer.close()\n    tempFile.deleteOnExit()\n    dir.toFile.deleteOnExit()\n    tempFile\n  }\n\n  private def slurpStream(inputStream: InputStream): String = {\n    val source = Source.fromInputStream(inputStream).withClose(() => inputStream.close())\n    val result = source.getLines().mkString\n    source.close()\n    result\n  }\n\n  private val jarPath = \"www\"\n  private val resourceName = \"test.js\"\n  private val resourceContent = \"var foo = function() { }\"\n  private val fileName = \"only_on_disk.js\"\n  private val fileContent = \"var foo = function() { return 'disk'; }\"\n\n  test(\"fromJar - resource exists\") {\n    val observed = slurpStream(ResourceHandler.jarResolver(jarPath)(resourceName))\n    assert(observed == resourceContent)\n  }\n\n  test(\"fromJar - resource doesn't exist\") {\n    assert(!ResourceHandler.jarResolver(jarPath).isDefinedAt(\"nonexistent_file.js\"))\n  }\n\n  test(\"fromDirectory - resource exists\") {\n    val file = createTempFile(fileName, fileContent)\n    val observed = slurpStream(ResourceHandler.directoryResolver(file.getParent)(file.getName))\n    assert(observed == fileContent)\n  }\n\n  test(\"fromDirectory - resource doesn't exist\") {\n    assert(!ResourceHandler.directoryResolver(\".\").isDefinedAt(\"nonexistent_file.js\"))\n  }\n\n  test(\"fromDirectoryOrJar - resource exists in both\") {\n    val file = createTempFile(resourceName, fileContent)\n    val stream = ResourceHandler.directoryOrJarResolver(jarPath, file.getParent)(resourceName)\n    val observed = slurpStream(stream)\n    assert(observed == fileContent)\n  }\n\n  test(\"fromDirectoryOrJar - resource exists only on disk\") {\n    val file = createTempFile(fileName, fileContent)\n    val stream = ResourceHandler.directoryOrJarResolver(jarPath, file.getParent)(fileName)\n    val observed = slurpStream(stream)\n    assert(observed == fileContent)\n  }\n\n  test(\"fromDirectoryOrJar - resource exists only in jar\") {\n    val stream = ResourceHandler.directoryOrJarResolver(jarPath, \"nonexistent_dir\")(resourceName)\n    val observed = slurpStream(stream)\n    assert(observed == resourceContent)\n  }\n\n  test(\"fromDirectoryOrJar - resource doesn't exist\") {\n    assert(\n      !ResourceHandler.directoryOrJarResolver(jarPath, \"nonexistent_dir\")\n        .isDefinedAt(\"nonexistent_file.js\")\n    )\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/AnnouncerHandler.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.finagle.{Announcer, Service}\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.util.Future\nimport com.twitter.server.util.HttpUtils.newOk\n\nclass AnnouncerHandler extends Service[Request, Response] {\n  def apply(req: Request): Future[Response] = {\n    val msg = (Announcer.announcements map { case (addr, targets) =>\n      val indented = targets.zipWithIndex map { case (t, i) => (\" \" * i * 2) + t }\n      addr.toString + \"\\n\" + indented.mkString(\"\\n\")\n    }).mkString(\"\\n\\n\")\n\n    newOk(msg)\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/HistogramQueryHandler.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.stats.{BucketAndCount, HistogramDetail, WithHistogramDetails}\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.{newResponse, parse}\nimport com.twitter.server.util.JsonConverter\nimport com.twitter.util.Future\n\nobject HistogramQueryHandler {\n\n  val ContentTypeJson = \"application\/json;charset=UTF-8\"\n  val ContentTypeHtml = \"text\/html;charset=UTF-8\"\n\n  \/**\n   * Stores histogram bucket and a percentage.\n   * The percentage is either the density or a\n   * cumulative density for the bucket\n   *\/\n  case class BucketAndPercentage(lowerLimit: Long, upperLimit: Long, percentage: Float)\n\n  private[HistogramQueryHandler] def countPoints(counts: Seq[BucketAndCount]): Int =\n    counts.foldLeft(0) { case (acc, v) => acc + v.count }\n\n  \/\/ For each key return a percentage\n  private[server] def pdf(counts: Seq[BucketAndCount]): Seq[BucketAndPercentage] = {\n    val count = countPoints(counts)\n    counts.map { v => BucketAndPercentage(v.lowerLimit, v.upperLimit, v.count.toFloat\/count) }\n  }\n\n  \/\/ For each key return a cumulative percentage\n  private[server] def cdf(counts: Seq[BucketAndCount]): Seq[BucketAndPercentage] = {\n    val count = countPoints(counts)\n    var c = 0\n    counts.map { v: BucketAndCount =>\n      c += v.count\n      BucketAndPercentage(v.lowerLimit, v.upperLimit, c.toFloat\/ count) }\n  }\n\n  private[HistogramQueryHandler] def deliverData(counts: Seq[BucketAndCount],\n    transform: Seq[BucketAndCount] => Any): String =\n      JsonConverter.writeToString(transform(counts))\n\n  \/\/ Generates html for visualizing histograms\n  private[HistogramQueryHandler] val render: String = {\n      val css = \"\"\"<link type=\"text\/css\" href=\"\/admin\/files\/css\/histogram-query.css\" rel=\"stylesheet\"\/>\"\"\"\n\n      val chart =\n        \"\"\"<div class=\"chart\">\n             <div id=\"curve_chart\" style=\"width: 900px; height: 500px\"><\/div>\n           <\/div>\"\"\"\n\n      \/** Generates an html table to display key statistics of a histogram *\/\n      val statsTable = {\n        def entry(name: String): String = {\n          s\"\"\"<tr>\n                <td>$name:<\/td>\n                <td id=$name><\/td>\n              <\/tr>\"\"\"\n        }\n        s\"\"\"\n          <div id=\"stats\">\n            <table>\n              <thead>\n                <th colspan=\"2\">Statistics<\/th>\n              <\/thead>\n              <tbody>\n                ${entry(\"Count\")}\n                ${entry(\"Sum\")}\n                ${entry(\"Avg\")}\n                ${entry(\"Max\")}\n                ${entry(\"Min\")}\n                ${entry(\"P-50\")}\n                ${entry(\"P-90\")}\n                ${entry(\"P-95\")}\n                ${entry(\"P-99\")}\n                ${entry(\"P-999\")}\n                ${entry(\"P-9999\")}\n              <\/tbody>\n            <\/table>\n          <\/div>\"\"\"\n      }\n\n      val buttonPanel =\n        \"\"\"<div id=\"option-panel\">\n          <form action=\"post\">\n            <span class=\"option-description\">Type:\n              <a id=\"PDF\" class=\"button-switch button-light-green left-rounded\" title=\"Probability density function\">PDF<\/a><a id=\"CDF\" class=\"button-switch button-green right-rounded\" title=\"Cumulative density function\">CDF<\/a>\n            <\/span>\n\n            <span class=\"option-description\">Scale:\n              <a id=\"reg\" class=\"button-switch button-red left-rounded\" title=\"Linear scale\">Reg<\/a><a id=\"log\" class=\"button-switch button-light-red right-rounded\" title=\"Log scale\">Log<\/a>\n            <\/span>\n\n            <span class=\"option-description\">Refresh:\n              <a id=\"refreshOn\" class=\"button-switch button-gray left-rounded\" title=\"Refresh the plot every minute\">On<\/a><a id=\"refreshOff\" class=\"button-switch button-black right-rounded\">Off<\/a>\n            <\/span>\n\n            <span class=\"option-description-last\"><a id=\"download-link\" class=\"button-download button-blue\" title=\"Download bucket counts in json\">Download<\/a><\/span>\n          <\/form>\n        <\/div>\"\"\"\n\n      val scripts = \"\"\"\n        <script type=\"text\/javascript\" src=\"https:\/\/www.gstatic.com\/charts\/loader.js\"><\/script>\n        <script type=\"text\/javascript\" src=\"\/admin\/files\/js\/histogram-utils.js\"><\/script>\n        <script type=\"text\/javascript\" src=\"\/admin\/files\/js\/histogram-dom.js\"><\/script>\n        <script type=\"text\/javascript\" src=\"\/admin\/files\/js\/histogram-main.js\"><\/script>\"\"\"\n      css + chart + statsTable + buttonPanel + scripts\n  }\n\n  \/\/ Generates html for the histogram selection page (\/admin\/histograms)\n  private[HistogramQueryHandler] def renderFront(keys: Seq[String]): String = {\n    val css = \"\"\"\n      <link type=\"text\/css\" href=\"\/admin\/files\/css\/metric-query.css\" rel=\"stylesheet\"\/>\n      <link type=\"text\/css\" href=\"\/admin\/files\/css\/histogram-homepage.css\" rel=\"stylesheet\"\/>\n      \"\"\"\n    val histogramListing = s\"\"\"\n      <div id=\"metrics-grid\" class=\"row\">\n        <div class=\"col-md-4 snuggle-right\">\n          <ul id=\"metrics\" class=\"list-unstyled\">\n            ${ (for (key <- keys.sorted) yield {\n                  s\"\"\"<li id=\"${key.replace(\"\/\", \"-\")}\"><a id=\"special-$key\">$key<\/a><\/li>\"\"\"\n                }).mkString(\"\\n\") }\n          <\/ul>\n        <\/div>\n        <div class=\"col-md-8 snuggle-left\">\n          <div style=\"width: 95%; margin: 0 auto;\">\n            <div id=\"metrics-header\">Histograms<\/div>\n            <ul>\n              <li class=\"metrics-point\">Visualize metric distributions<\/li>\n              <li class=\"metrics-point\">Download histogram contents<\/li>\n              <li class=\"metrics-point\">For more, read the\n                <a id=\"doc-link\" href=\"https:\/\/twitter.github.io\/twitter-server\/Features.html#histograms\">docs<\/a>\n              <\/li>\n            <\/ul>\n          <\/div>\n        <\/div>\n      <\/div>\n      \"\"\"\n\n    val scripts = s\"\"\"\n      <script>\n        ${ (for (key <- keys.sorted) yield {\n          s\"\"\"document.getElementById(\"special-$key\").setAttribute(\"href\", window.location.href + \"?h=$key&fmt=plot_cdf\");\"\"\"\n        }).mkString(\"\\n\") }\n      <\/script>\n      \"\"\"\n    css + histogramListing + scripts\n  }\n}\n\n\/**\n * A handler which accepts queries via http strings and returns\n * json encoded histogram details\n *\/\nprivate[server] class HistogramQueryHandler(details: WithHistogramDetails) extends Service[Request, Response] {\n  import HistogramQueryHandler._\n\n  \/\/ If possible, access histograms inside statsReceiversLoaded\n  private[this] def histograms: Map[String, HistogramDetail] = details.histogramDetails\n\n  private[this] def jsonResponse(query: String,\n    transform: Seq[BucketAndCount] => String) =\n      newResponse(\n        contentType = ContentTypeJson,\n        content = {\n          histograms.get(query) match {\n            case Some(h) => Buf.Utf8(transform(h.counts))\n            case None => Buf.Utf8(s\"Key: $query is not a valid histogram.\")\n          }\n        }\n      )\n\n  private[this] def renderHistogramsJson(): String = {\n    JsonConverter.writeToString(histograms.map {case (key, value) => (key, value.counts)})\n  }\n\n  private[this] def htmlResponse(query: String) =\n    newResponse(\n      contentType = ContentTypeHtml,\n      content = Buf.Utf8 {\n        if (histograms.contains(query))\n          render\n        else\n          s\"Key: $query is not a valid histogram.\"\n      }\n    )\n\n  \/**\n   * Handles requests for all histograms (\/admin\/histogram.json)\n   * or for a specific histogram (\/admin\/histogram?h=...)\n   *\n   * For specific histograms the following options are available:\n   *\n   * \"h\": the name of the histogram\n   *    Ex: finagle\/timer\/deviation_ms\n   *\n   * \"fmt\": the type of format used to display results.\n   *    The formats we support are raw, pdf, and cdf\n   *    raw: histogram bucket counts\n   *      (use to do a custom computation with histogram counts)\n   *    pdf: percentage of total for each bucket\n   *      (use to identify modes of a distribution)\n   *    cdf: cumulative percentage of total for each bucket\n   *      (use to view more quantiles)\n   *\n   * \"log_scale\": whether or not the x-axis increases linearly or exponentially.\n   *    This parameter can be omitted if not querying for plots\n   *\/\n\n  def apply(req: Request): Future[Response] = {\n    val (path, params) = parse(req.uri)\n\n    path match {\n      case \"\/admin\/histograms.json\" =>\n       newResponse(contentType = ContentTypeJson, content = Buf.Utf8(renderHistogramsJson))\n      case \"\/admin\/histograms\" =>\n        params.get(\"h\") match {\n          case Some(Seq(query)) =>\n            params.get(\"fmt\") match {\n              case Some(Seq(\"plot_pdf\")) | Some(Seq(\"plot_cdf\")) =>\n                htmlResponse(query)\n\n              case Some(Seq(\"raw\")) =>\n                jsonResponse(query, { counts: Seq[BucketAndCount] =>\n                  deliverData(counts, x => x) })\n\n              case Some(Seq(\"pdf\")) =>\n                jsonResponse(query, { counts: Seq[BucketAndCount] =>\n                  deliverData(counts, x => pdf(x)) })\n\n              case Some(Seq(\"cdf\")) =>\n                jsonResponse(query, { counts: Seq[BucketAndCount] =>\n                  deliverData(counts, x => cdf(x)) })\n\n              case _ =>\n                newResponse(\n                  contentType = ContentTypeHtml,\n                  content = Buf.Utf8(\"Please provide a format: fmt = raw | pdf | cdf\"))\n            }\n          case _ =>\n            newResponse(\n              contentType = ContentTypeHtml,\n              content = Buf.Utf8(renderFront(histograms.keySet.toSeq))\n            )\n        }\n      case _ => newResponse(contentType = ContentTypeHtml, content = Buf.Utf8(\"Invalid endpoint. Did you mean \/admin\/histograms.json?\"))\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/EventRecordingHandler.scala","text":"<reponame>darthsuogles\/twitter-server\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.io.Buf\nimport com.twitter.util.Future\nimport com.twitter.util.events.Sink\nimport com.twitter.server.util.HttpUtils.newResponse\nimport java.util.logging.Logger\n\nprivate[server] object EventRecordingHandler {\n\n  private val log = Logger.getLogger(getClass.getName)\n\n  val RecordOn = \"recordOn\"\n\n  val RecordOff = \"recordOff\"\n}\n\n\n\/**\n * Modifies the state of the [[Sink sink's]] event recording.\n *\/\nprivate[server] class EventRecordingHandler(\n    sink: Sink = Sink.default)\n  extends Service[Request, Response] {\n\n  import EventRecordingHandler._\n\n  def apply(req: Request): Future[Response] = {\n    val uri = req.uri\n    val reply = updateRecording(uri)\n\n    newResponse(\n      contentType = \"text\/html;charset=UTF-8\",\n      content = Buf.Utf8(reply))\n  }\n\n  private[handler] def updateRecording(uri: String): String = {\n    val action = uri.split(\"\/\").last\n    action match {\n      case RecordOn =>\n        sink.recording = true\n        \"recording enabled\"\n      case RecordOff =>\n        sink.recording = false\n        \"recording disabled\"\n      case _ =>\n        log.warning(s\"Unknown action for event recording '$action' for uri '$uri'\")\n        s\"unknown action '$action', allowed values: '$RecordOn', '$RecordOff'\"\n    }\n  }\n\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/util\/TraceEventSink.scala","text":"package com.twitter.server.util\n\nimport com.twitter.concurrent.AsyncStream\nimport com.twitter.io.{Buf, Reader}\nimport com.twitter.util.events.{Event, Sink}\nimport java.util.logging.LogRecord\n\n\/**\n * A utility to serialize the [[com.twitter.util.events.Sink]] in a format\n * readable by [[http:\/\/goo.gl\/iN9ozV Trace Viewer]].\n *\n * Add the following to the `onExit` hook to export the Sink to a file when the\n * server exits, or place it behind an endpoint to be triggered by request.\n *\n * {{{\n * val trace = Writer.fromOutputStream(new FileOutputStream(\"sink.trace.json\"))\n * val done = Reader.copy(TraceEventSink.serialize(Sink.default), trace) ensure trace.close()\n * Await.result(done, 3.seconds)\n * }}}\n *\/\nobject TraceEventSink {\n  private val comma = Buf.Utf8(\",\")\n  private val nl = Buf.Utf8(\"\\n\")\n  private val leftBracket = Buf.Utf8(\"[\")\n  private val sp = Buf.Utf8(\" \")\n\n  private def showObject(o: Object): String = o match {\n    case r: LogRecord => s\"${r.getLevel.toString} ${r.getMessage}\"\n    case _ => o.toString\n  }\n\n  private def asTraceEvent(e: Event): Buf = Buf.Utf8(\n    Json.serialize(Map(\n      \"name\" -> e.etype.id,\n      \"cat\" -> \"\",\n      \"ph\" -> \"i\",\n      \"ts\" -> (e.when.inMillis * 1000).toString,\n      \"pid\" -> e.getTraceId.getOrElse(0),\n      \"tid\" -> e.getSpanId.getOrElse(0),\n      \"args\" -> Map(\n        Seq(\n          \"longVal\" -> e.getLong,\n          \"objectVal\" -> e.getObject.map(showObject),\n          \"doubleVal\" -> e.getDouble\n        ).filterNot(_._2.isEmpty):_*\n      )\n    ))\n  )\n\n  \/**\n   * Serialize a sink into the [[http:\/\/goo.gl\/iN9ozV Trace Event]] format.\n   *\/\n  def serialize(sink: Sink): Reader = {\n    val delim = nl.concat(comma).concat(sp)\n    val events: Seq[Buf] = sink.events.toSeq.map(asTraceEvent)\n\n    \/\/ Note: we leave out the \"]\" from the JSON array since it's optional. See:\n    \/\/ http:\/\/goo.gl\/iN9ozV#heading=h.f2f0yd51wi15.\n    if (events.isEmpty) Reader.fromBuf(leftBracket) else Reader.concat(\n      Reader.fromBuf(leftBracket.concat(events.head)) +::\n        AsyncStream.fromSeq(events.tail.map { buf =>\n          Reader.fromBuf(delim.concat(buf))\n        })\n    )\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/Admin.scala","text":"<gh_stars>0\npackage com.twitter.server\n\nimport com.twitter.app.App\nimport com.twitter.finagle.stats.{WithHistogramDetails, DelegatingStatsReceiver,\n  AggregateWithHistogramDetails}\nimport com.twitter.server.handler._\nimport com.twitter.server.view._\n\nobject Admin {\n\n  \/**\n   * Common constants for [[AdminHttpServer.Route]]'s `group`.\n   *\/\n  object Grouping {\n    val ProcessInfo = \"Process Info\"\n    val PerfProfile = \"Performance Profile\"\n    val Utilities = \"Utilities\"\n    val Metrics = \"Metrics\"\n  }\n\n  \/**\n   * Constants for Admin endpoints.\n   *\/\n  object Path {\n    val Root = \"\"\n    val Admin = \"\/admin\"\n    val Clients = Admin + \"\/clients\/\"\n    val Servers = Admin + \"\/servers\/\"\n    val Files = Admin + \"\/files\/\"\n  }\n}\n\n\/**\n * Defines many of the default `\/admin\/` HTTP routes.\n *\/\ntrait Admin { self: App with AdminHttpServer with Stats =>\n  import Admin._\n  import AdminHttpServer.Route\n  import Admin.Grouping\n\n  override protected def routes: Seq[Route] = {\n    val standardRoutes = Seq(\n      Route(\n        path = Path.Root, handler = new AdminRedirectHandler,\n        alias = \"Admin Redirect\", group = None, includeInIndex = false),\n      Route(\n        path = Path.Admin, handler = new SummaryHandler,\n        alias = \"Summary\", group = None, includeInIndex = true),\n      Route(\n        path = \"\/admin\/server_info\", handler = new TextBlockView andThen new ServerInfoHandler(self),\n        alias = \"Build Properties\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/admin\/contention\", handler = new TextBlockView andThen new ContentionHandler,\n        alias = \"Contention\", group = Some(Grouping.PerfProfile), includeInIndex = true),\n      Route(\n        path = \"\/admin\/lint\", handler = new LintHandler(),\n        alias = \"Lint\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/admin\/lint.json\", handler = new LintHandler(),\n        alias = \"Lint\", group = Some(Grouping.ProcessInfo), includeInIndex = false),\n      Route(\n        path = \"\/admin\/threads\", handler = new ThreadsHandler,\n        alias = \"Threads\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/admin\/threads.json\", handler = new ThreadsHandler,\n        alias = \"Threads\", group = Some(Grouping.ProcessInfo), includeInIndex = false),\n      Route(\n        path = \"\/admin\/announcer\", handler = new TextBlockView andThen new AnnouncerHandler,\n        alias = \"Announcer\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/admin\/dtab\", handler = new TextBlockView andThen new DtabHandler,\n        alias = \"Dtab\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/admin\/pprof\/heap\", handler = new HeapResourceHandler,\n        alias = \"Heap\", group = Some(Grouping.PerfProfile), includeInIndex = true),\n      Route(\n        path = \"\/admin\/pprof\/profile\", handler = new ProfileResourceHandler(Thread.State.RUNNABLE),\n        alias = \"Profile\", group = Some(Grouping.PerfProfile), includeInIndex = true),\n      Route(\n        path = \"\/admin\/pprof\/contention\", handler = new ProfileResourceHandler(Thread.State.BLOCKED),\n        alias = \"Blocked Profile\", group = Some(Grouping.PerfProfile), includeInIndex = true),\n      Route(\n        path = \"\/admin\/ping\", handler = new ReplyHandler(\"pong\"),\n        alias = \"Ping\", group = Some(Grouping.Utilities), includeInIndex = true),\n      Route(\n        path = \"\/admin\/shutdown\", handler = new ShutdownHandler(this),\n        alias = \"Shutdown\", group = Some(Grouping.Utilities), includeInIndex = true),\n      Route(\n        path = \"\/admin\/tracing\", handler = new TracingHandler,\n        alias = \"Tracing\", group = Some(Grouping.Utilities), includeInIndex = true),\n      Route(\n        path = \"\/admin\/events\", handler = new EventsHandler,\n        alias = \"Events\", group = Some(Grouping.Utilities), includeInIndex = true),\n      Route(\n        path = \"\/admin\/events\/record\/\", handler = new EventRecordingHandler(),\n        alias = \"EventRecording\", group = None, includeInIndex = false),\n      Route(\n        path = \"\/admin\/logging\", handler = new LoggingHandler,\n        alias = \"Logging\", group = Some(Grouping.Utilities), includeInIndex = true),\n      Route(\n        path = \"\/admin\/metrics\", handler = new MetricQueryHandler,\n        alias = \"Watch\", group = Some(Grouping.Metrics), includeInIndex = true),\n      Route(\n        path = Path.Clients, handler = new ClientRegistryHandler(Path.Clients),\n        alias = \"Clients\", group = None, includeInIndex = false),\n      Route(\n        path = Path.Servers, handler = new ServerRegistryHandler(Path.Servers),\n        alias = \"Servers\", group = None, includeInIndex = false),\n      Route(\n        path = Path.Files,\n        handler = ResourceHandler.fromJar(\n          baseRequestPath = Path.Files,\n          baseResourcePath = \"twitter-server\"),\n        alias = \"Files\", group = None, includeInIndex = false),\n      Route(\n        path = \"\/admin\/registry.json\", handler = new RegistryHandler,\n        alias = \"Registry\", group = Some(Grouping.ProcessInfo), includeInIndex = true),\n      Route(\n        path = \"\/favicon.ico\", ResourceHandler.fromJar(\n          baseRequestPath = \"\/\",\n          baseResourcePath = \"twitter-server\/img\"),\n        alias = \"Favicon\", group = None, includeInIndex = false)\n    )\n\n    \/\/ If histograms are available, add an additional endpoint\n    val histos = DelegatingStatsReceiver.all(statsReceiver)\n      .collect { case histo: WithHistogramDetails => histo }\n    standardRoutes ++ {\n      if (histos.nonEmpty) {\n        val aggregate = AggregateWithHistogramDetails(histos)\n\n        val histogramHandler = new HistogramQueryHandler(aggregate)\n        Seq(\n          Route(\n            path = \"\/admin\/histograms\", handler = histogramHandler,\n            alias = \"Histograms\", group = Some(Grouping.Metrics), includeInIndex = true),\n          Route(\n            path = \"\/admin\/histograms.json\",\n            handler = histogramHandler,\n            alias = \"\/admin\/histograms.json\",\n            group = Some(Grouping.Metrics),\n            includeInIndex = false)\n        )\n      } else Nil\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/LintHandlerTest.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.util.lint.{Issue, Category, Rule}\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass LintHandlerTest extends FunSuite {\n\n  private val ruleOk = Rule(Category.Performance, \"ok\", \"desc\") { Nil }\n  private def nFailed(n: Int): Rule = Rule(Category.Performance, \"failures\", \"desc\") {\n    Seq.fill(n) { Issue(\"fail\") }\n  }\n\n  test(\"json metadata\") {\n    val handler = new LintHandler()\n    val numFailures = 3\n    val map = handler.jsonMapFromRules(Seq(ruleOk, nFailed(numFailures)))\n\n    val metadata = map(\"lint_results\")\n      .asInstanceOf[Map[String, Any]](\"metadata\")\n      .asInstanceOf[Map[String, Any]]\n\n    assert(metadata(\"num_rules_run\") == 2)\n    assert(metadata(\"num_rules_ok\") == 1)\n    assert(metadata(\"num_rules_failed\") == 1)\n    assert(metadata(\"num_issues_found\") == numFailures)\n  }\n\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/AdminHttpServerTest.scala","text":"package com.twitter.server\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.{Http, ListeningServer}\nimport com.twitter.finagle.http.{HttpMuxHandler, Request, Response}\nimport com.twitter.server.util.HttpUtils._\nimport com.twitter.util.{Await, Future}\nimport java.net.{InetAddress, InetSocketAddress}\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\nclass MockMetricsExporter extends HttpMuxHandler {\n  val pattern = \"\/admin\/metrics.json\"\n  def apply(req: Request): Future[Response] =\n    newOk(\"standard metrics!\")\n}\n\nclass MockOstrichExporter extends HttpMuxHandler {\n  val pattern = \"\/stats.json\"\n  def apply(req: Request): Future[Response] =\n    newOk(\"metrics!\")\n}\n\nclass MockHostMetricsExporter extends HttpMuxHandler {\n  val pattern = \"\/admin\/per_host_metrics.json\"\n  def apply(req: Request): Future[Response] =\n    newOk(\"per host metrics!\")\n}\n\n\n@RunWith(classOf[JUnitRunner])\nclass AdminHttpServerTest extends FunSuite  {\n\n  def checkServer(server: ListeningServer): Unit = {\n    val port = server.boundAddress.asInstanceOf[InetSocketAddress].getPort\n    val client = Http.client.newService(s\"localhost:$port\")\n\n    val resp0 = Await.result(client(Request(\"\/stats.json\")), 1.second)\n    assert(resp0.contentString.contains(\"metrics!\"))\n\n    val resp = Await.result(client(Request(\"\/admin\/metrics.json\")), 1.second)\n    assert(resp.contentString.contains(\"standard metrics!\"))\n\n    val resp1 = Await.result(client(Request(\"\/admin\/per_host_metrics.json\")), 1.second)\n    assert(resp1.contentString.contains(\"per host metrics!\"))\n  }\n\n  def closeServer(twitterServer: TwitterServer, adminServer: ListeningServer): Unit = {\n    val adminServerBoundPort = adminServer.boundAddress.asInstanceOf[InetSocketAddress].getPort\n    assert(adminServerBoundPort == twitterServer.adminBoundAddress.getPort)\n    val client = Http.client.newService(s\"localhost:$adminServerBoundPort\")\n\n    Await.result(client(Request(\"\/quitquitquit\")), 1.second)\n\n    \/\/ throws if adminHttpServer does not exit before the grace period,\n    \/\/ which indicates that we have not closed it properly.\n    Await.result(adminServer, 2.seconds)\n  }\n\n  test(\"server serves and is closed properly\") {\n    val server = new TestTwitterServer {\n      override def main() {\n        checkServer(adminHttpServer)\n        closeServer(this, adminHttpServer)\n        Await.result(close(5.seconds))\n      }\n    }\n    server.main(args = Array.empty[String])\n  }\n\n  test(\"shadow server serves and is closed properly\") {\n    val server = new TestTwitterServer with ShadowAdminServer {\n      override def main() {\n        checkServer(shadowHttpServer)\n        \/\/ ShadowAdminServer does not listen for \/quitquitquit\n        \/\/ so send it to the admin server\n        closeServer(this, adminHttpServer)\n        Await.result(close(5.seconds))\n      }\n    }\n    server.shadowAdminPort.let(new InetSocketAddress(InetAddress.getLoopbackAddress, 0)) {\n      server.main(args = Array.empty[String])\n    }\n  }\n} \n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/ServerRegistryHandler.scala","text":"<gh_stars>0\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.finagle.server.ServerRegistry\nimport com.twitter.finagle.util.StackRegistry\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.{new404, newResponse, parse}\nimport com.twitter.server.util.MetricSource\nimport com.twitter.server.view.StackRegistryView\nimport com.twitter.util.Future\n\nprivate object ServerRegistryHandler {\n  def render(servers: Seq[(String, StackRegistry.Entry)]): String =\n    s\"\"\"<link type=\"text\/css\" href=\"\/admin\/files\/css\/server-registry.css\" rel=\"stylesheet\"\/>\n        <script type=\"application\/javascript\" src=\"\/admin\/files\/js\/server-registry.js\"><\/script>\n        <script type=\"application\/javascript\" src=\"\/admin\/files\/js\/chart-renderer.js\"><\/script>\n        <ul id=\"server-tabs\" class=\"nav nav-tabs\" data-refresh-uri=\"\/admin\/metrics\">\n          ${\n             (for {\n                 (scope, entry) <- servers\n               } yield {\n                 s\"\"\"<li><a href=\"#${entry.name}-entry\" data-toggle=\"tab\">$scope<\/a><\/li>\"\"\"\n             }).mkString(\"\\n\")\n           }\n        <\/ul>\n        <!-- Tab panes -->\n        <div id=\"servers\" class=\"tab-content\">\n          ${\n             (for ((scope, entry) <- servers) yield {\n                val scopeDash = scope.replace(\"\/\", \"-\")\n                s\"\"\"<div class=\"tab-pane borders\" id=\"${entry.name}-entry\">\n                      <div class=\"row\">\n                        <!-- server stats -->\n                        <div class=\"server-info col-md-3\">\n                          <dl class=\"server-stats dl-horizontal\">\n                            <dt><a href=\"\/admin\/metrics#$scope\/load\">Load:<\/a><\/dt>\n                            <dd id=\"${scopeDash}-load\" data-key=\"$scope\/load\">...<\/dd>\n\n                            <dt><a href=\"\/admin\/metrics#$scope\/failures\">Failures:<\/a><\/dt>\n                            <dd id=\"${scopeDash}-failures\" data-key=\"$scope\/failures\">...<\/dd>\n\n                            <dt><a href=\"\/admin\/metrics#$scope\/success\">Success:<\/a><\/dt>\n                            <dd id=\"${scopeDash}-success\" data-key=\"$scope\/success\">...<\/dd>\n\n                            <dt><a href=\"\/admin\/metrics#$scope\/requests\">Requests:<\/a><\/dt>\n                            <dd id=\"${scopeDash}-requests\"data-key=\"$scope\/requests\">...<\/dd>\n                          <\/dl>\n                        <\/div>\n                        <!-- graph -->\n                        <div id=\"server-graph\" class=\"col-md-9\"><\/div>\n                      <\/div>\n\n                    <\/div>\"\"\"\n             }).mkString(\"\\n\")\n           }\n        <\/div>\"\"\"\n}\n\n\/**\n * Renders information about servers registered to Finagle's ServerRegistry\n * in an html fragment. Servers can be queried by passing in the server name\n * as part of the uri (ex. \"\/admin\/servers\/myserver\").\n *\/\nclass ServerRegistryHandler(\n    uriPrefix: String,\n    source: MetricSource = new MetricSource,\n    registry: StackRegistry = ServerRegistry)\n  extends Service[Request, Response] {\n  \/\/ Search the metrics source for the stat scope that includes `serverName`.\n  \/\/ The search namespace includes both \"$serverName\/\" and \"srv\/$serverName\"\n  \/\/ to take into account finagle's ServerStatsReceiver. Note, unnamed servers are\n  \/\/ ignored as we can't dissambiguate their stats.\n  private[this] def findScope(serverName: String): Option[String] = {\n    val k0 = s\"$serverName\"\n    val k1 = s\"srv\/$serverName\"\n    if (source.contains(s\"$k0\/load\")) Some(k0)\n    else if (source.contains(s\"$k1\/load\")) Some(k1)\n    else None\n  }\n\n  def apply(req: Request): Future[Response] = {\n    val (path, _) = parse(req.uri)\n    path.stripPrefix(uriPrefix) match {\n      case idx@(\"index.html\" | \"index.htm\" | \"index.txt\" | \"servers\") =>\n        val servers = (registry.registrants flatMap {\n          case e: StackRegistry.Entry if e.name.nonEmpty =>\n            for (scope <- findScope(e.name)) yield (scope, e)\n\n          case _ => Nil\n        }).toSeq\n        val html = ServerRegistryHandler.render(servers)\n        \/\/ This is useful to avoid the returned fragment being wrapped\n        \/\/ with an index in the context of an ajax call.\n        val typ = if (idx.endsWith(\".txt\")) \"text\/plain\" else \"text\/html\"\n        newResponse(\n          contentType = s\"$typ;charset=UTF-8\",\n          content = Buf.Utf8(html)\n        )\n\n      case name =>\n        val entries = registry.registrants filter { _.name == name }\n        if (entries.isEmpty) new404(s\"$name could not be found.\") else {\n          val server = entries.head\n          val scope = findScope(server.name)\n          val html = StackRegistryView.render(server, scope)\n          newResponse(\n            contentType = \"text\/html;charset=UTF-8\",\n            content = Buf.Utf8(html)\n          )\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/TwitterHandler.scala","text":"package com.twitter.server.handler\n\nimport com.twitter.finagle.Service\nimport com.twitter.finagle.http.{Request, Response, Status}\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.{newResponse, parse}\nimport com.twitter.util.Future\nimport java.util.logging.Logger\nimport scala.collection.{Map, Seq}\n\ntrait TwitterHandler extends Service[Request, Response] {\n  private[this] val log = Logger.getLogger(getClass.getName)\n\n  def respond(msg: String, status: Status = Status.Ok): Future[Response] =\n    newResponse(\n      contentType = \"text\/plain;charset=UTF-8\",\n      status = status,\n      content = Buf.Utf8(msg)\n    )\n\n  protected[handler] def getParams(uri: String): Map[String, Seq[String]] =\n    parse(uri)._2\n\n  protected def log(req: Request, msg: String): Unit = {\n    log.info(\"[%s %s] %s\".format(req.method, req.uri, msg))\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/EventSinkTest.scala","text":"<reponame>darthsuogles\/twitter-server<gh_stars>0\npackage com.twitter.server\n\nimport com.twitter.logging.{Level, Logger}\nimport com.twitter.util.events.{Event, Sink}\nimport java.util.logging.{LogManager, LogRecord}\nimport org.junit.runner.RunWith\nimport org.scalacheck.Gen\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\nimport scala.collection.mutable\n\n@RunWith(classOf[JUnitRunner])\nclass EventSinkTest extends FunSuite with GeneratorDrivenPropertyChecks {\n  import EventSink._\n  import EventSinkTest._\n\n  test(\"EventSink publishes to according to Capture specification\") {\n    \/\/ Prevent the root logger from writing to stdout.\n    LogManager.getLogManager.reset()\n\n    lazy val loggers = List(\"a\", \"b\", \"c\", \"d\").map(Logger.get)\n\n    Logger.withLazyLoggers(loggers) {\n      \/\/ Test inputs comprise a journal of logging events (List[Entry]), and a\n      \/\/ list of captures. An entry is a 3-tuple of Logger, Level and message.\n      \/\/ These entries are \"run\" by invoking log with the tuple arguments.\n      val genTestInputs = for {\n        journal <- Gen.listOf(genEntry(loggers))\n        captures <- sequence(journal.map(_.logger).distinct)\n      } yield (journal, captures)\n\n      forAll(genTestInputs) { case (journal, captures) =>\n        val sink = Sink.of(mutable.ListBuffer.empty)\n        val config = Configuration(sink, captures:_*)\n\n        \/\/ Attach the handlers with the sink and capture specification.\n        EventSink.runConfig(config)\n\n        \/\/ Interpret the journal by running each entry through the logger.\n        journal foreach { case Entry(logger, level, message) =>\n          logger.log(level, message)\n        }\n\n        assert(sink.events.map(normalize).flatten.toList == journal.filter {\n          case Entry(logger, messageLevel, message) =>\n            captures.find(_.logger == logger) match {\n              case Some(Capture(_, captureLevel, _)) =>\n                \/\/ This logging event should have made it to the sink unless:\n                \/\/ - the capture spec turned capture off for this logger\n                captureLevel.intValue != Level.OFF.intValue &&\n                \/\/ - the logger ignores messages of this level\n                logger.isLoggable(messageLevel) &&\n                \/\/ - the handler ignores messages of this level\n                messageLevel.intValue >= captureLevel.intValue\n\n              case _ => false\n            }\n          }.map(e => e.level -> e.message)\n        )\n      }\n    }\n  }\n}\n\nprivate object EventSinkTest {\n  import EventSink._\n\n  val genLevel: Gen[Level] =\n    Gen.oneOf(Level.OFF, Level.FATAL, Level.CRITICAL, Level.ERROR,\n      Level.WARNING, Level.INFO, Level.DEBUG, Level.TRACE, Level.ALL)\n\n  \/\/ A logging event in suspension.\n  case class Entry(logger: Logger, level: Level, message: String) {\n    override def toString() = s\"Entry(${logger.name}, $level, $message)\"\n  }\n\n  def genEntry(loggers: Seq[Logger]): Gen[Entry] = for {\n    logger <- Gen.oneOf(loggers)\n    level <- genLevel\n    message <- Gen.alphaStr\n  } yield Entry(logger, level, message.take(10))\n\n  def normalize(e: Event) = e match {\n    case Event(Record, _, _, log: LogRecord, _, _, _) => Some(log.getLevel -> log.getMessage)\n    case _ => None\n  }\n\n  \/\/ Given a list of loggers, we can generate a list of captures by sequencing\n  \/\/ the actions to generate arbitrary Levels.\n  def sequence(loggers: List[Logger]): Gen[List[Capture]] =\n    loggers.foldLeft(Gen.wrap(Nil: List[Capture])) { case (captures, logger) =>\n      for (c <- captures; level <- genLevel) yield Capture(logger, level) +: c\n    }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/handler\/EventsHandlerTest.scala","text":"<filename>src\/test\/scala\/com\/twitter\/server\/handler\/EventsHandlerTest.scala\npackage com.twitter.server.handler\n\nimport com.twitter.finagle.http.{Request, Response}\nimport com.twitter.util.events.{Sink, Event}\nimport com.twitter.util.{Await, FuturePool, Promise, Time}\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass EventsHandlerTest extends FunSuite {\n\n  if (!sys.props.contains(\"SKIP_FLAKY\")) {\n    test(\"streaming html\") {\n      val p = new Promise[Stream[Event]]\n      val e = Event(Event.nullType, Time.now)\n\n      val stream = e #:: Await.result(p)\n\n      val sink = new Sink {\n        def event(e: Event.Type, l: Long, o: Object, d: Double, t: Long, s: Long) = ()\n        def events = stream.toIterator\n      }\n\n      val controller = new EventsHandler(sink)\n      val req = Request()\n      \/\/ Necessary for controller to determine that this is a request for HTML.\n      req.headerMap.add(\"User-Agent\", \"Mozilla\")\n\n      val res = Await.result(controller(req)).asInstanceOf[Response]\n      val preamble = res.reader.read(Int.MaxValue)\n      assert(preamble.isDefined)\n\n      \/\/ We have to run this in a pool or Reader.read ends up blocking, because\n      \/\/ we call Await.result in the sink events iterator. This is ok, this\n      \/\/ Future is still useful for the assertion that `sink` and Response reader\n      \/\/ are connected.\n      val content = FuturePool.unboundedPool { res.reader.read(Int.MaxValue) }\n      assert(!content.isDefined)\n\n      \/\/ Doesn't matter that this is an exception, it's just used as a control\n      \/\/ signal for resumption of `stream`'s tail.\n      p.setException(new Exception)\n\n      assert(Await.result(content).isDefined)\n      res.reader.discard()\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/test\/scala\/com\/twitter\/server\/util\/MetricSourceTest.scala","text":"package com.twitter.server.util\n\nimport com.twitter.conversions.time._\nimport com.twitter.finagle.stats.{StatsRegistry, StatEntry}\nimport com.twitter.util.Time\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\n\nprivate[server] object MetricSourceTest {\n  class Ctx {\n    case class Entry(delta: Double, value: Double) extends StatEntry\n    private[twitter] var underlying = Map[String, StatEntry]()\n    val sr = new StatsRegistry { def apply() = underlying }\n    val registry = { () => Seq(sr) }\n    val source = new MetricSource(registry, 1.second)\n  }\n}\n\n@RunWith(classOf[JUnitRunner])\nclass MetricSourceTest extends FunSuite {\n  import MetricSourceTest._\n\n  test(\"get\") {\n    Time.withCurrentTimeFrozen { tc =>\n      val ctx = new Ctx\n      import ctx._\n\n      underlying = Map(\"clnt\/foo\/requests\" -> Entry(0.0, 10.0))\n      assert(source.get(\"clnt\/foo\/requests\") == None)\n\n      tc.advance(1.second)\n      assert(source.get(\"clnt\/foo\/requests\").get.delta == 0.0)\n      assert(source.get(\"clnt\/foo\/requests\").get.value == 10.0)\n    }\n  }\n\n  test(\"contains\") {\n    Time.withCurrentTimeFrozen { tc =>\n      val ctx = new Ctx\n      import ctx._\n\n      underlying = Map(\"clnt\/foo\/requests\" -> Entry(0.0, 0.0))\n      assert(source.contains(\"clnt\/foo\/requests\") == false)\n\n      tc.advance(1.second)\n      assert(source.contains(\"clnt\/foo\/requests\") == true)\n    }\n  }\n\n  test(\"keySet\") {\n    Time.withCurrentTimeFrozen { tc =>\n      val ctx = new Ctx\n      import ctx._\n\n      underlying = Map(\n        \"clnt\/foo\/requests\" -> Entry(0.0, 0.0),\n        \"clnt\/foo\/success\" -> Entry(0.0, 0.0))\n      assert(source.keySet == Set.empty[String])\n      tc.advance(1.second)\n      assert(source.keySet == Set(\"clnt\/foo\/requests\", \"clnt\/foo\/success\"))\n    }\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/util\/JsonConverter.scala","text":"package com.twitter.server.util\n\nimport com.fasterxml.jackson.core.util.DefaultPrettyPrinter\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.twitter.finagle.http.{Response, Status, Version}\nimport com.twitter.io.Buf\n\nobject JsonConverter {\n  private[this] val writer = {\n    val mapper = new ObjectMapper().registerModule(DefaultScalaModule)\n    val printer = new DefaultPrettyPrinter\n    \/\/printer.indentArraysWith(new DefaultPrettyPrinter.Lf2SpacesIndenter)\n    mapper.writer(printer)\n  }\n\n  def apply(obj: Any): Response = {\n    val msg = writer.writeValueAsString(obj)\n    val response = Response(Version.Http11, Status.Ok)\n    response.content = Buf.Utf8(msg)\n    response\n  }\n\n  def writeToString(obj: Any): String = {\n    writer.writeValueAsString(obj)\n  }\n}\n"}
{"repo_name":"darthsuogles\/twitter-server","path":"src\/main\/scala\/com\/twitter\/server\/handler\/ShutdownHandler.scala","text":"<filename>src\/main\/scala\/com\/twitter\/server\/handler\/ShutdownHandler.scala\npackage com.twitter.server.handler\n\nimport com.twitter.app.App\nimport com.twitter.finagle.http.{Request, Response, Status}\nimport com.twitter.finagle.Service\nimport com.twitter.io.Buf\nimport com.twitter.server.util.HttpUtils.{parse, newOk, newResponse}\nimport com.twitter.util.{Duration, Future}\nimport java.util.logging.Logger\n\nclass ShutdownHandler(app: App) extends Service[Request, Response] {\n  private[this] val log = Logger.getLogger(getClass.getName)\n\n  protected def getGraceParam(uri: String): Option[String] =\n    parse(uri)._2.get(\"grace\").flatMap(_.headOption)\n\n  def apply(req: Request): Future[Response] = {\n    log.info(s\"[${req.uri}] from ${req.remoteAddress.getHostAddress} quitting\")\n    val grace = getGraceParam(req.uri) map { d =>\n      try Duration.parse(d) catch { case e: NumberFormatException =>\n        val msg = \"could not parse 'grace' parameter: %s is not a valid duration\".format(d)\n        return newResponse(\n          status = Status.BadRequest,\n          contentType = \"text\/plain;charset=UTF-8\",\n          content = Buf.Utf8(msg)\n        )\n      }\n    }\n    app.close(grace getOrElse app.defaultCloseGracePeriod)\n    newOk(\"quitting\\n\")\n  }\n}\n"}
{"repo_name":"isuru-sam\/TwiitterStream","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject._\nimport play.api.mvc.Action\nimport play.api.mvc.Results.Ok\nimport play.api.mvc.Controller\nimport play.api.libs.oauth.OAuthCalculator\nimport play.api.libs.oauth.{ ConsumerKey, RequestToken }\nimport play.api.Play.current\nimport scala.concurrent.Future\nimport play.api.libs.concurrent.Execution.Implicits._\nimport play.api.libs.ws._\nimport play.api.libs.iteratee._\nimport play.api.Logger\n\nimport play.api.libs.json._\nimport play.extras.iteratees._\nimport play.api.mvc.WebSocket\n\nimport play.api.libs.streams.ActorFlow\nimport akka.actor.ActorSystem\nimport akka.stream.Materializer\nimport play.api.mvc.WebSocket.MessageFlowTransformer\nimport actor.TwitterStreamer\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject()(implicit system: ActorSystem, materializer: Materializer,configuration: play.api.Configuration) extends Controller {\nimplicit val messageFlowTransformer = MessageFlowTransformer.jsonMessageFlowTransformer[String, JsValue]\n  \/**\n   * Create an Action to render an HTML page with a welcome message.\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index = Action { implicit request =>\nOk(views.html.index(\"Tweets\"))\n}\n\n  \/*def tweets = play.api.mvc.Action.async {   \n    credentials.map {\n      case (consumerKey, requestToken) =>\n        WS\n          .url(\"https:\/\/stream.twitter.com\/1.1\/statuses\/filter.json\")\n          .sign(OAuthCalculator(consumerKey, requestToken))\n          .withQueryString(\"track\" -> \"reactive\")\n          .get { response =>\n            Logger.info(\"Status: \" + response.status)\n            loggingIteratee\n          }.map { _ =>\n            Ok(\"Stream closed\")\n          }\n    }getOrElse {\n  Future.successful(InternalServerError(\"No credentials are set\"))\n}\n }*\/\n   def tweets = WebSocket.accept[String, JsValue] { implicit request =>\n     println(\"here\")\n    ActorFlow.actorRef(out => TwitterStreamer.props(out))\n  }\n   \n  \n   \n   \n\/*  \ndef tweets2 = WebSocket.acceptWithActor[String, JsValue] {\nrequest => out => TwitterStreamer.props(out)\n}*\/\n\n  def replicateFeed = Action { implicit request => Ok\n  \/\/  Ok.feed(TwitterStreamer.subscribeNode)\n  }\n  \n\n  \n\n  def tweets2 = Action.async {\n    credentials.map {\n      case (consumerKey, requestToken) =>\n        val (iteratee, enumerator) = Concurrent.joined[Array[Byte]]\n        val jsonStream: Enumerator[JsObject] =\n          enumerator &>\n            Encoding.decode() &>\n            Enumeratee.grouped(JsonIteratees.jsSimpleObject)\n        val loggingIteratee = Iteratee.foreach[JsObject] { value =>\n          Logger.info(value.toString)\n        }\n        jsonStream run loggingIteratee\n        WS\n          .url(\"https:\/\/stream.twitter.com\/1.1\/statuses\/filter.json\")\n          .sign(OAuthCalculator(consumerKey, requestToken))\n          .withQueryString(\"track\" -> \"reactive\")\n          .get { response =>\n            Logger.info(\"Status: \" + response.status)\n            iteratee\n          }.map { _ =>\n            Ok(\"Stream closed\")\n          }\n    }getOrElse {\n  Future.successful(InternalServerError(\"No credentials are set\"))\n}\n  }\n  \n  \n  \n     def loggingIteratee = Iteratee.foreach[Array[Byte]] { array =>Logger.info(array.map(_.toChar).mkString)}\n  \n\n  \n    def credentials: Option[(ConsumerKey, RequestToken)] = for {\n      apiKey <- configuration.getString(\"twitter.apiKey\")\n      apiSecret <- configuration.getString(\"twitter.apiSecret\")\n      token <- configuration.getString(\"twitter.token\")\n      tokenSecret <- configuration.getString(\"twitter.tokenSecret\")\n    } yield (\n      ConsumerKey(apiKey, apiSecret),\n      RequestToken(token, tokenSecret))\n  \n\n}"}
{"repo_name":"isuru-sam\/TwiitterStream","path":"app\/actors\/TwitterStreamer2.scala","text":"<gh_stars>0\npackage actors\n\nimport akka.actor._\nimport play.api._\nimport play.api.Play.current\nimport play.api.libs.iteratee._\nimport play.api.libs.iteratee.Concurrent.Broadcaster\nimport play.api.libs.json._\nimport play.api.libs.oauth._\nimport play.api.libs.ws.WS\nimport play.extras.iteratees._\nimport play.api.libs.concurrent.Execution.Implicits._\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass TwitterStreamer2(out: ActorRef) extends Actor {\n  def receive = {\n    case \"subscribe\" =>\n      Logger.info(\"Received subscription from a client\")\n      TwitterStreamer2.subscribe(out)\n  }\n\n  override def postStop() {\n    Logger.info(\"Client unsubscribing from stream\")\n    TwitterStreamer2.unsubscribe(out)\n  }\n}\n\nobject TwitterStreamer2 {\n\n  private var broadcastEnumerator: Option[Enumerator[JsObject]] = None\n\n  private var broadcaster: Option[Broadcaster] = None\n\n  private val subscribers = new ArrayBuffer[ActorRef]()\n\n  def props(out: ActorRef) = Props(new TwitterStreamer2(out))\n\n  def subscribe(out: ActorRef): Unit = {\n\n    if (broadcastEnumerator.isEmpty) {\n      init()\n    }\n\n    def twitterClient: Iteratee[JsObject, Unit] = Cont {\n      case in@Input.EOF => Done(None)\n      case in@Input.El(o) =>\n        if (subscribers.contains(out)) {\n          out ! o\n          twitterClient\n        } else {\n          Done(None)\n        }\n      case in@Input.Empty =>\n        twitterClient\n    }\n\n    broadcastEnumerator.foreach { enumerator =>\n      enumerator run twitterClient\n    }\n    subscribers += out\n  }\n\n  def unsubscribe(subscriber: ActorRef): Unit = {\n      val index = subscribers.indexWhere(_ == subscriber)\n      if (index > 0) {\n        subscribers.remove(index)\n        Logger.info(\"Unsubscribed client from stream\")\n      }\n  }\n\n  def subscribeNode: Enumerator[JsObject] = {\n    if (broadcastEnumerator.isEmpty) {\n      TwitterStreamer2.init()\n    }\n\n    broadcastEnumerator.getOrElse {\n      Enumerator.empty[JsObject]\n    }\n  }\n\n  def init(): Unit = {\n\n    credentials.map { case (consumerKey, requestToken) =>\n\n      val (iteratee, enumerator) = Concurrent.joined[Array[Byte]]\n\n      val jsonStream: Enumerator[JsObject] = enumerator &>\n        Encoding.decode() &>\n        Enumeratee.grouped(JsonIteratees.jsSimpleObject)\n\n      val (e, b) = Concurrent.broadcast(jsonStream)\n\n      broadcastEnumerator = Some(e)\n      broadcaster = Some(b)\n\n      val maybeMasterNodeUrl = Option(System.getProperty(\"masterNodeUrl\"))\n      val url = maybeMasterNodeUrl.getOrElse {\n        \"https:\/\/stream.twitter.com\/1.1\/statuses\/filter.json\"\n      }\n\n      WS\n        .url(url)\n        .sign(OAuthCalculator(consumerKey, requestToken))\n        .withQueryString(\"track\" -> \"cat\")\n        .get { response =>\n        Logger.info(\"Status: \" + response.status)\n        iteratee\n      }.map { _ =>\n        Logger.info(\"Twitter stream closed\")\n      }\n\n    } getOrElse {\n      Logger.error(\"Twitter credentials are not configured\")\n    }\n\n  }\n\n  private def credentials = for {\n    apiKey <- Play.configuration.getString(\"twitter.apiKey\")\n    apiSecret <- Play.configuration.getString(\"twitter.apiSecret\")\n    token <- Play.configuration.getString(\"twitter.token\")\n    tokenSecret <- Play.configuration.getString(\"twitter.tokenSecret\")\n  } yield (ConsumerKey(apiKey, apiSecret), RequestToken(token, tokenSecret))\n\n\n}\n"}
{"repo_name":"isuru-sam\/TwiitterStream","path":"app\/actors\/TwitterStreamer.scala","text":"<reponame>isuru-sam\/TwiitterStream\npackage actor;\n\nimport akka.actor.{ Actor, ActorRef, Props }\nimport play.api.Logger\nimport play.api.libs.json.Json\nclass TwitterStreamer(out: ActorRef) extends Actor {\n  \/*def receive = { \n    case \"subscribe\" =>\n      Logger.info(\"Received subscription from a client\")\n      println(\"here\")\n      out ! Json.obj(\"text\" -> \"Hello, world!\")\n         case _ => println(\"many\")\n  }*\/\n   def receive = {\n    case msg: String =>\n      out ! (\"I received your message: \" + msg)\n  }\n  \n  \n}\nobject TwitterStreamer {\n  def props(out: ActorRef) = Props(new TwitterStreamer(out))\n}"}
{"repo_name":"gondimribeiro\/func-program-design-scala","path":"example\/assignment.sbt","text":"<reponame>gondimribeiro\/func-program-design-scala\n\/\/ Student tasks (i.e. submit, packageSubmission)\nenablePlugins(StudentTasks)\n\ncourseraId := ch.epfl.lamp.CourseraId(\n  key = \"<KEY>\",\n  itemId = \"AYDPu\",\n  premiumItemId = None,\n  partId = \"5QFuy\"\n)\n"}
{"repo_name":"gondimribeiro\/func-program-design-scala","path":"quickcheck\/src\/main\/scala\/quickcheck\/QuickCheck.scala","text":"package quickcheck\n\nimport org.scalacheck._\nimport Arbitrary._\nimport Gen._\nimport Prop._\n\nimport scala.collection.immutable.Nil\n\nabstract class QuickCheckHeap extends Properties(\"Heap\") with IntHeap {\n  lazy val genHeap: Gen[H] = oneOf(\n    const(empty),\n    for {\n      a <- arbitrary[Int]\n      h <- oneOf(const(empty), genHeap)\n    } yield insert(a, h)\n  )\n\n  implicit lazy val arbHeap: Arbitrary[H] = Arbitrary(genHeap)\n\n  def getList(h: H): List[Int] = {\n    if (isEmpty(h)) List()\n    else findMin(h) :: getList(deleteMin(h))\n  }\n\n  def isSorted(l: List[Int]): Boolean = l match {\n    case List() => true\n    case List(_) => true\n    case _ => l.sliding(2).forall { case List(x, y) => x <= y }\n  }\n\n  def insertList(l: List[Int]): H = {\n    if (l.isEmpty) empty\n    else insert(l.head, insertList(l.tail))\n  }\n\n  property(\"min1\") = forAll { (a: Int) =>\n    val h = insert(a, empty)\n    findMin(h) == a\n  }\n\n  property(\"gen1\") = forAll { (h: H) =>\n    val m = if (isEmpty(h)) 0 else findMin(h)\n    findMin(insert(m, h)) == m\n  }\n\n  property(\"min2\") = forAll { (a: Int, b: Int) =>\n    val h1 = insert(a, empty)\n    val h2 = insert(b, h1)\n    val min1 = findMin(h2)\n\n    val h2Del = deleteMin(h2)\n    val min2 = findMin(h2Del)\n\n    if (a < b) min1 == a && min2 == b\n    else min1 == b && min2 == a\n  }\n\n  property(\"insertDelete\") = forAll { (a: Int) =>\n    val h1 = insert(a, empty)\n    val h2 = deleteMin(h1)\n\n    isEmpty(h2)\n  }\n\n  property(\"storage\") = forAll { (a: Int, h: H) =>\n    def checkStorage(h: H): Boolean ={\n      if (isEmpty(h)) false\n      else if (findMin(h) == a) true\n      else checkStorage(deleteMin(h))\n    }\n\n    checkStorage(insert(a, h))\n  }\n\n  property(\"isSorted\") = forAll { (h: H) => isSorted(getList(h)) }\n\n  property(\"emptyMeld\") = forAll { (h: H) =>\n    if (isEmpty(h)) true\n    else {\n      val min = findMin(h)\n      val emptyMeld = meld(h, empty)\n\n      findMin(emptyMeld) == min\n    }\n  }\n\n  property(\"meldMin\") = forAll { (h1: H, h2: H) =>\n    if (isEmpty(h1) || isEmpty(h2)) true\n    else {\n      val min1 = findMin(h1)\n      val min2 = findMin(h2)\n\n      val meldedH = meld(h1, h2)\n\n      val globalMin = if (min1 < min2) min1 else min2\n\n      findMin(meldedH) == globalMin\n    }\n  }\n}\n"}
{"repo_name":"gondimribeiro\/func-program-design-scala","path":"calculator\/src\/main\/scala\/calculator\/Polynomial.scala","text":"<gh_stars>0\npackage calculator\n\nobject Polynomial extends PolynomialInterface {\n  def computeDelta(a: Signal[Double], b: Signal[Double],\n      c: Signal[Double]): Signal[Double] = {\n\n    \/\/ delta = b ** 2 - 4ac\n    new Var(math.pow(b(), 2) - 4 * a() * c())\n  }\n\n  def computeSolutions(a: Signal[Double], b: Signal[Double],\n      c: Signal[Double], delta: Signal[Double]): Signal[Set[Double]] = {\n\n    \/\/ (-b +- sqrt(delta)) \/ 2a\n    new Var(\n      delta() match {\n        case d if d < 0 => Set()\n        case d => Set(\n          (-b() + math.sqrt(d)) \/ (2 * a()),\n          (-b() - math.sqrt(d)) \/ (2 * a())\n        )\n      }\n    )\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/http\/JsonQueryResultHandlerSpec.scala","text":"package uk.gov.ons.br.http\n\n\nimport org.scalamock.scalatest.MockFactory\nimport play.api.http.MimeTypes.JSON\nimport play.api.libs.json.{JsObject, JsString, Writes}\nimport play.api.mvc.Result\nimport play.api.test.Helpers._\nimport uk.gov.ons.br.http.JsonQueryResultHandlerSpec.{FakeUnit, SampleFakeUnit, SampleFakeUnitJson}\nimport uk.gov.ons.br.repository.QueryResult\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.{ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nimport scala.concurrent.Future\n\nclass JsonQueryResultHandlerSpec extends UnitSpec with MockFactory {\n\n  private trait Fixture {\n    implicit val writesFakeUnit = mock[Writes[FakeUnit]]\n    private val underTest = new JsonQueryResultHandler()\n\n    def handle(queryResult: QueryResult[FakeUnit]): Future[Result] =\n      Future.successful(underTest(queryResult))\n  }\n\n  \"A Json QueryResult Handler\" - {\n    \"returns OK with a JSON representation of the query result when non empty\" in new Fixture {\n      (writesFakeUnit.writes _).expects(SampleFakeUnit).returning(SampleFakeUnitJson)\n\n      val futResult = handle(Right(Some(SampleFakeUnit)))\n\n      status(futResult) shouldBe OK\n      contentType(futResult).value shouldBe JSON\n      contentAsJson(futResult) shouldBe SampleFakeUnitJson\n    }\n\n    \"returns NOT_FOUND when the query result is empty\" in new Fixture {\n      val futResult = handle(Right(None))\n\n      status(futResult) shouldBe NOT_FOUND\n    }\n\n    \"returns GATEWAY_TIMEOUT when the query result is a repository timeout error\" in new Fixture {\n      val futResult = handle(Left(TimeoutRepositoryError(\"Timeout\")))\n\n      status(futResult) shouldBe GATEWAY_TIMEOUT\n    }\n\n    \"returns INTERNAL_SERVER_ERROR when the query result is a repository server error\" in new Fixture {\n      val futResult = handle(Left(ServerRepositoryError(\"Retrieval failed\")))\n\n      status(futResult) shouldBe INTERNAL_SERVER_ERROR\n    }\n\n    \"returns INTERNAL_SERVER_ERROR when the query result contains invalid data\" in new Fixture {\n      val futResult = handle(Left(ResultRepositoryError(\"Bad data\")))\n\n      status(futResult) shouldBe INTERNAL_SERVER_ERROR\n    }\n  }\n}\n\nprivate object JsonQueryResultHandlerSpec {\n  type FakeUnit = AnyVal\n  val SampleFakeUnit = 42L\n  val SampleFakeUnitJson = JsObject(Seq(\"name\" -> JsString(\"value\")))\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/FieldSpec.scala","text":"package uk.gov.ons.br.repository\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.slf4j.event.Level.ERROR\nimport uk.gov.ons.br.repository.Field.{Raw, Typed}\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.test.logging.{LogEntry, LoggingSpy}\n\nimport scala.util.{Failure, Success}\n\n\/*\n * Note that we use a LoggingSpy rather than a mock logger.\n * This allows us to assert on the semantic content of the log rather than the details of how the log statement was\n * created from a format and variables.\n *\/\nclass FieldSpec extends UnitSpec with MockFactory {\n\n  private trait Fixture {\n    val Employees = \"employees\"\n    implicit val logger = LoggingSpy.error()\n  }\n\n  private trait PresentFixture extends Fixture {\n    val EmployeesValue = \"42\"\n    val Variables = Map(Employees -> EmployeesValue)\n  }\n\n  private trait MissingFixture extends Fixture {\n    val Variables = Map(\"jobs\" -> \"36\")\n  }\n\n  private trait NonNumericFixture extends Fixture {\n    val EmployeesValue = \"non-numeric\"\n    val Variables = Map(Employees -> EmployeesValue)\n  }\n\n  \"A raw field\" - {\n    \"can be extracted from row variables by name\" - {\n      \"when present\" in new PresentFixture {\n        Raw.named(Employees).apply(Variables) shouldBe Employees -> Some(EmployeesValue)\n      }\n\n      \"when missing\" in new MissingFixture {\n        Raw.named(Employees).apply(Variables) shouldBe Employees -> None\n      }\n    }\n\n    \"when optional\" - {\n      \"returns Some(string) when present\" in new PresentFixture {\n        Raw.optional(Employees -> Some(EmployeesValue)) shouldBe Some(EmployeesValue)\n      }\n\n      \"returns None when missing\" in new MissingFixture {\n        Raw.optional(Employees -> None) shouldBe None\n      }\n    }\n\n    \"when mandatory\" - {\n      \"returns Some(string) when present\" in new PresentFixture {\n        Raw.mandatory.apply(Employees -> Some(EmployeesValue)) shouldBe Some(EmployeesValue)\n      }\n\n      \"logs when missing\" in new MissingFixture {\n        Raw.mandatory.apply(Employees -> None) shouldBe None\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Mandatory field [$Employees] is missing.\", t = None)\n        )\n      }\n    }\n  }\n\n  \"A typed field\" - {\n    \"can be obtained by converting a raw field\" - {\n      \"when present and the conversion is successful\" in new PresentFixture {\n        val successfulConversion = Success(123456L)\n\n        Typed.tryConversion(_ => successfulConversion).apply(Employees -> Some(EmployeesValue)) shouldBe\n          Employees -> Some(successfulConversion)\n      }\n\n      \"when present and the conversion fails\" in new PresentFixture {\n        val failedConversion = Failure(new Exception(\"conversion failed\"))\n\n        Typed.tryConversion(_ => failedConversion).apply(Employees -> Some(EmployeesValue)) shouldBe\n          Employees -> Some(failedConversion)\n      }\n\n      \"when missing\" in new Fixture {\n        Typed.tryConversion(_ => Success(123456L)).apply(Employees -> None) shouldBe\n          Employees -> None\n      }\n    }\n\n    \"when optional\" - {\n      \"returns Success(Some(value)) when present and a successful conversion\" in new Fixture {\n        Typed.optional[Int].apply(Employees -> Some(Success(42))) shouldBe Success(Some(42))\n      }\n\n      \"logs when present and a failed conversion\" in new Fixture {\n        val cause = new Exception(\"conversion failed\")\n\n        Typed.optional[Int].apply(Employees -> Some(Failure(cause))) shouldBe Failure(cause)\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Conversion attempt of field [$Employees] failed with cause [conversion failed].\", t = Some(cause))\n        )\n      }\n\n      \"returns Success(None) when missing\" in new Fixture {\n        Typed.optional[Int].apply(Employees -> None) shouldBe Success(None)\n      }\n    }\n\n    \"when mandatory\" - {\n      \"returns Success(value) when present and a successful conversion\" in new Fixture {\n        Typed.mandatory[Int].apply(Employees -> Some(Success(42))) shouldBe Success(42)\n      }\n\n      \"logs when present and a failed conversion\" in new Fixture {\n        val cause = new Exception(\"conversion failed\")\n\n        Typed.mandatory[Int].apply(Employees -> Some(Failure(cause))) shouldBe Failure(cause)\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Conversion attempt of field [$Employees] failed with cause [conversion failed].\", t = Some(cause))\n        )\n      }\n\n      \"logs when missing\" in new Fixture {\n        Typed.mandatory[Int].apply(Employees -> None) shouldBe a [Failure[_]]\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Mandatory field [$Employees] is missing.\", t = None)\n        )\n      }\n    }\n  }\n\n  \"A conversion\" - {\n    \"toInt\" - {\n      \"succeeds when the field value represents a valid Int\" in new PresentFixture {\n        Field.Conversions.toInt(EmployeesValue) shouldBe Success(EmployeesValue.toInt)\n      }\n\n      \"fails when the field value does not represent a valid Int\" in new NonNumericFixture {\n        Field.Conversions.toInt(EmployeesValue) shouldBe a [Failure[_]]\n      }\n    }\n\n    \"toBigDecimal\" - {\n      \"succeeds when the field value represents a valid decimal\" in new Fixture {\n        Field.Conversions.toBigDecimal(\"3.14159\") shouldBe Success(BigDecimal(\"3.14159\"))\n      }\n\n      \"fails when the field value does not represent a valid decimal\" in new NonNumericFixture {\n        Field.Conversions.toInt(EmployeesValue) shouldBe a [Failure[_]]\n      }\n    }\n  }\n\n  \"A field that is\" - {\n    \"an optionalStringNamed\" - {\n      \"returns Some(string) when present\" in new PresentFixture {\n        Field.optionalStringNamed(Employees).apply(Variables) shouldBe Some(EmployeesValue)\n      }\n\n      \"returns None when missing\" in new MissingFixture {\n        Field.optionalStringNamed(Employees).apply(Variables) shouldBe None\n      }\n    }\n\n    \"a mandatoryStringNamed\" - {\n      \"returns Some(string when present)\" in new PresentFixture {\n        Field.mandatoryStringNamed(Employees).apply(Variables) shouldBe Some(EmployeesValue)\n      }\n\n      \"logs when missing\" in new MissingFixture {\n        Field.mandatoryStringNamed(Employees).apply(Variables) shouldBe None\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Mandatory field [$Employees] is missing.\", t = None)\n        )\n      }\n    }\n\n    \"an optionalIntNamed\" - {\n      \"returns Success(Some(int)) when a value is present which represents a valid Int\" in new PresentFixture {\n        Field.optionalIntNamed(Employees).apply(Variables) shouldBe Success(Some(EmployeesValue.toInt))\n      }\n\n      \"returns Success(None) when missing\" in new MissingFixture {\n        Field.optionalIntNamed(Employees).apply(Variables) shouldBe Success(None)\n      }\n\n      \"logs when a value is present which does not represent a valid Int\" in new NonNumericFixture {\n        Field.optionalIntNamed(Employees).apply(Variables) shouldBe a [Failure[_]]\n\n        logger.log should have size 1\n        logger.log.get(0).level shouldBe ERROR\n        logger.log.get(0).msg should startWith (s\"Conversion attempt of field [$Employees] failed\")\n      }\n    }\n\n    \"a mandatoryIntNamed\" - {\n      \"returns Success(int) when a value is present which represents a valid Int\" in new PresentFixture {\n        Field.mandatoryIntNamed(Employees).apply(Variables) shouldBe Success(EmployeesValue.toInt)\n      }\n\n      \"logs when missing\" in new MissingFixture {\n        Field.mandatoryIntNamed(Employees).apply(Variables) shouldBe a [Failure[_]]\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Mandatory field [$Employees] is missing.\", t = None)\n        )\n      }\n\n      \"logs when a value is present which does not represent a valid Int\" in new NonNumericFixture {\n        Field.mandatoryIntNamed(Employees).apply(Variables) shouldBe a [Failure[_]]\n\n        logger.log should have size 1\n        logger.log.get(0).level shouldBe ERROR\n        logger.log.get(0).msg should startWith (s\"Conversion attempt of field [$Employees] failed\")\n      }\n    }\n\n    \"a mandatoryBigDecimalNamed\" - {\n      \"returns Success(bigDecimal) when a value is present which represents a valid decimal\" in new Fixture {\n        Field.mandatoryBigDecimalNamed(\"pi\").apply(Map(\"pi\" -> \"3.14159\")) shouldBe Success(BigDecimal(\"3.14159\"))\n      }\n\n      \"logs when missing\" in new MissingFixture {\n        Field.mandatoryBigDecimalNamed(Employees).apply(Variables) shouldBe a[Failure[_]]\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Mandatory field [$Employees] is missing.\", t = None)\n        )\n      }\n\n      \"logs when a value is present which does not represent a valid decimal\" in new NonNumericFixture {\n        Field.mandatoryBigDecimalNamed(Employees).apply(Variables) shouldBe a [Failure[_]]\n\n        logger.log should have size 1\n        logger.log.get(0).level shouldBe ERROR\n        logger.log.get(0).msg should startWith (s\"Conversion attempt of field [$Employees] failed\")\n      }\n    }\n\n    \"an optional object\" - {\n      \"comprising 5 optional fields\" - {\n        \"is not defined when all fields are empty\" in new Fixture {\n          val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n\n          Field.whenExistsNonEmpty(None, None, None, None, None)(fn) shouldBe None\n        }\n\n        \"is defined when all fields are defined\" in new Fixture {\n          val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n          fn.expects(Some(\"a\"), Some(\"b\"), Some(\"c\"), Some(\"d\"), Some(\"e\")).returning(42)\n\n          Field.whenExistsNonEmpty(Some(\"a\"), Some(\"b\"), Some(\"c\"), Some(\"d\"), Some(\"e\"))(fn) shouldBe Some(42)\n        }\n\n        \"is defined when\" - {\n          \"only the first field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(Some(\"a\"), None, None, None, None).returning(1)\n\n            Field.whenExistsNonEmpty(Some(\"a\"), None, None, None, None)(fn) shouldBe Some(1)\n          }\n\n          \"only the second field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, Some(\"b\"), None, None, None).returning(2)\n\n            Field.whenExistsNonEmpty(None, Some(\"b\"), None, None, None)(fn) shouldBe Some(2)\n          }\n\n          \"only the third field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, Some(\"c\"), None, None).returning(3)\n\n            Field.whenExistsNonEmpty(None, None, Some(\"c\"), None, None)(fn) shouldBe Some(3)\n          }\n\n          \"only the fourth field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, None, Some(\"d\"), None).returning(4)\n\n            Field.whenExistsNonEmpty(None, None, None, Some(\"d\"), None)(fn) shouldBe Some(4)\n          }\n\n          \"only the fifth field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, None, None, Some(\"e\")).returning(5)\n\n            Field.whenExistsNonEmpty(None, None, None, None, Some(\"e\"))(fn) shouldBe Some(5)\n          }\n        }\n      }\n\n      \"comprising 6 optional fields\" - {\n        \"is not defined when all fields are empty\" in new Fixture {\n          val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n\n          Field.whenExistsNonEmpty(None, None, None, None, None, None)(fn) shouldBe None\n        }\n\n        \"is defined when all fields are defined\" in new Fixture {\n          val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n          fn.expects(Some(\"a\"), Some(\"b\"), Some(\"c\"), Some(\"d\"), Some(\"e\"), Some(\"f\")).returning(42)\n\n          Field.whenExistsNonEmpty(Some(\"a\"), Some(\"b\"), Some(\"c\"), Some(\"d\"), Some(\"e\"), Some(\"f\"))(fn) shouldBe Some(42)\n        }\n\n        \"is defined when\" - {\n          \"only the first field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(Some(\"a\"), None, None, None, None, None).returning(1)\n\n            Field.whenExistsNonEmpty(Some(\"a\"), None, None, None, None, None)(fn) shouldBe Some(1)\n          }\n\n          \"only the second field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, Some(\"b\"), None, None, None, None).returning(2)\n\n            Field.whenExistsNonEmpty(None, Some(\"b\"), None, None, None, None)(fn) shouldBe Some(2)\n          }\n\n          \"only the third field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, Some(\"c\"), None, None, None).returning(3)\n\n            Field.whenExistsNonEmpty(None, None, Some(\"c\"), None, None, None)(fn) shouldBe Some(3)\n          }\n\n          \"only the fourth field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, None, Some(\"d\"), None, None).returning(4)\n\n            Field.whenExistsNonEmpty(None, None, None, Some(\"d\"), None, None)(fn) shouldBe Some(4)\n          }\n\n          \"only the fifth field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, None, None, Some(\"e\"), None).returning(5)\n\n            Field.whenExistsNonEmpty(None, None, None, None, Some(\"e\"), None)(fn) shouldBe Some(5)\n          }\n\n          \"only the sixth field is defined\" in new Fixture {\n            val fn = mockFunction[Option[String], Option[String], Option[String], Option[String], Option[String], Option[String], Int]\n            fn.expects(None, None, None, None, None, Some(\"f\")).returning(6)\n\n            Field.whenExistsNonEmpty(None, None, None, None, None, Some(\"f\"))(fn) shouldBe Some(6)\n          }\n        }\n      }\n    }\n\n    \"an optional concatenated string\" - {\n      \"is not defined when all fields are not defined\" in new Fixture {\n        Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(Map.empty) shouldBe None\n      }\n\n      \"concatenates all fields in the order specified when all fields are defined\" in new Fixture {\n        val variables = Map(\"aName\" -> \"aValue\", \"bName\" -> \"bValue\", \"cName\" -> \"cValue\")\n\n        Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n          Some(\"aValuebValuecValue\")\n      }\n\n      \"comprises\" - {\n        \"only the first field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValue\")\n        }\n\n        \"only the second field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"bName\" -> \"bValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"bValue\")\n        }\n\n        \"only the third field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"cName\" -> \"cValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"cValue\")\n        }\n\n        \"the second field appended to the first when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\", \"bName\" -> \"bValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValuebValue\")\n        }\n\n        \"the third field appended to the first when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\", \"cName\" -> \"cValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValuecValue\")\n        }\n\n        \"the third field appended to the second when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"bName\" -> \"bValue\", \"cName\" -> \"cValue\")\n\n          Field.optionalConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"bValuecValue\")\n        }\n      }\n    }\n\n    \"a mandatory concatenated string\" - {\n      \"is not defined when all fields are not defined\" in new Fixture {\n        Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(Map.empty) shouldBe None\n\n        logger.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"Unable to concatenate mandatory string.  All of [aName,bName,cName] are missing.\", t = None)\n        )\n      }\n\n      \"concatenates all fields in the order specified when all fields are defined\" in new Fixture {\n        val variables = Map(\"aName\" -> \"aValue\", \"bName\" -> \"bValue\", \"cName\" -> \"cValue\")\n\n        Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n          Some(\"aValuebValuecValue\")\n      }\n\n      \"comprises\" - {\n        \"only the first field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValue\")\n        }\n\n        \"only the second field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"bName\" -> \"bValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"bValue\")\n        }\n\n        \"only the third field when it is the only field defined\" in new Fixture {\n          val variables = Map(\"cName\" -> \"cValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"cValue\")\n        }\n\n        \"the second field appended to the first when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\", \"bName\" -> \"bValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValuebValue\")\n        }\n\n        \"the third field appended to the first when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"aName\" -> \"aValue\", \"cName\" -> \"cValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"aValuecValue\")\n        }\n\n        \"the third field appended to the second when they are the only fields defined\" in new Fixture {\n          val variables = Map(\"bName\" -> \"bValue\", \"cName\" -> \"cValue\")\n\n          Field.mandatoryConcatenatedStringFrom(\"aName\", \"bName\", \"cName\").apply(variables) shouldBe\n            Some(\"bValuecValue\")\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/actions\/DefaultQueryActionMakerSpec.scala","text":"package uk.gov.ons.br.actions\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport play.api.mvc.Results.Ok\nimport play.api.mvc.{AnyContent, BodyParser, Result}\nimport play.api.test.{FakeRequest, StubPlayBodyParsersFactory}\nimport uk.gov.ons.br.actions.DefaultQueryActionMakerSpec.{FakeUnit, FakeUnitRef, SampleUnit, SampleUnitRef}\nimport uk.gov.ons.br.repository.{QueryRepository, QueryResult}\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass DefaultQueryActionMakerSpec extends UnitSpec with MockFactory with GuiceOneAppPerTest with ScalaFutures {\n  \/*\n   * This is unpleasant, but we need to extend the class under test in order to have access to the QueryResult type.\n   * Our mock function and argument matcher need to be defined within the scope of the QueryResult type.\n   *\n   * Note that importantly we do not do anything that would prevent an instance of this class from acting exactly\n   * the same as a DefaultQueryActionMaker.\n   *\/\n  private class FixtureQueryActionMaker(bodyParser: BodyParser[AnyContent], queryRepository: QueryRepository[FakeUnitRef, FakeUnit])\n                                       (implicit ec: ExecutionContext) extends DefaultQueryActionMaker[FakeUnitRef, FakeUnit](bodyParser, queryRepository) {\n    val block = mockFunction[QueryRequest[AnyContent], Future[Result]]\n\n    def aRequest(withQueryResult: QueryResult[FakeUnit]): QueryRequest[AnyContent] => Boolean =\n      request => request.queryResult == withQueryResult\n  }\n\n  private trait Fixture extends StubPlayBodyParsersFactory {\n    private implicit val executionContext = ExecutionContext.Implicits.global\n    private implicit val materializer = app.materializer\n\n    val queryRepository = mock[QueryRepository[FakeUnitRef, FakeUnit]]\n    val underTest = new FixtureQueryActionMaker(stubPlayBodyParsers.default, queryRepository)\n  }\n\n  \"A DefaultQueryActionMaker\" - {\n    \"makes an action that performs a query and adds the query result to the request\" in new Fixture {\n      val queryResult = Right(Some(SampleUnit))\n      (queryRepository.queryByUnitReference _).expects(SampleUnitRef).returning(Future.successful(queryResult))\n      val blockResult = Ok(\"some-payload\")\n      underTest.block.expects(where(underTest.aRequest(withQueryResult = queryResult))).returning(Future.successful(blockResult))\n\n      val actionFunction = underTest.byUnitReference(SampleUnitRef)\n\n      whenReady(actionFunction.invokeBlock(FakeRequest(\"GET\", \"some-uri\"), underTest.block)) { result =>\n        result shouldBe blockResult\n      }\n    }\n  }\n}\n\nprivate object DefaultQueryActionMakerSpec {\n  case class FakeUnitRef(value: String)\n  case class FakeUnit(ref: FakeUnitRef, name: String, postcode: String)\n\n  val SampleUnitRef = FakeUnitRef(\"ABC123\")\n  val SampleUnit = FakeUnit(ref = SampleUnitRef, name = \"some-name\", postcode = \"some-postcode\")\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/Address.scala","text":"package uk.gov.ons.br.models\n\n\nimport play.api.libs.json.{Json, Writes}\n\ncase class Address(line1: String,\n                   line2: Option[String],\n                   line3: Option[String],\n                   line4: Option[String],\n                   line5: Option[String],\n                   postcode: String)\n\nobject Address {\n  implicit val writes: Writes[Address] = Json.writes[Address]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseCommandRepositorySpec.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.repository.hbase\n\nimport java.time.Month.JANUARY\nimport java.time.ZoneOffset.UTC\nimport java.time._\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.slf4j.Logger\nimport uk.gov.ons.br.models.Ubrn\nimport uk.gov.ons.br.repository.CommandRepository.{EditApplied, UpdateParentLinkCommand}\nimport uk.gov.ons.br.repository.hbase.HBaseColumn.name\nimport uk.gov.ons.br.repository.hbase.HBaseCommandRepositorySpec._\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.Future\n\nclass HBaseCommandRepositorySpec extends UnitSpec with MockFactory with ScalaFutures {\n\n  private trait Fixture {\n    val hBase = mock[HBaseRepository]\n    val makeRowKey = mockFunction[FakeUnitRef, RowKey]\n    val makeParentValue = mockFunction[Ubrn, String]\n    val makeEditHistoryId = mockFunction[HBaseColumn]\n    val clock = Clock.fixed(EditedAtInstant, UTC)\n    private implicit val logger = stub[Logger]\n\n    val underTest = new HBaseCommandRepository[FakeUnitRef, Ubrn](hBase, makeRowKey, makeParentValue, ParentLinkColumn, makeEditHistoryId, clock)\n  }\n\n  \"A HBase Command Repository\" - {\n    \"applies the target command to a HBase database when the update of a parent link is requested\" in new Fixture {\n      val updateParentCommand = UpdateParentLinkCommand(from = OldParentLinkValue, to = NewParentUbrn, editedBy = UserId)\n      makeRowKey.expects(UnitRef).returning(RowKey)\n      makeParentValue.expects(NewParentUbrn).returning(NewParentLinkValue)\n      makeEditHistoryId.expects().returning(EditHistoryColumn)\n      (hBase.updateRow(_: RowKey, _: HBaseCell, _: HBaseCell, _: Seq[HBaseCell])(_: Logger)).expects(\n        RowKey,\n        HBaseCell(ColumnName, OldParentLinkValue),\n        HBaseCell(ColumnName, NewParentLinkValue),\n        Seq(HBaseCell(name(EditHistoryColumn), s\"$UserId~$EditedAt~$OldParentLinkValue~$NewParentLinkValue\")),\n        *\n      ).returning(Future.successful(EditApplied))\n\n      whenReady(underTest.updateParentLink(UnitRef, updateParentCommand)) { result =>\n        result shouldBe EditApplied\n      }\n    }\n  }\n}\n\nprivate object HBaseCommandRepositorySpec {\n  case class FakeUnitRef(value: String)\n\n  val UnitRef = FakeUnitRef(\"ABC123\")\n  val ParentLinkColumn = HBaseColumn(family = \"data\", qualifier = \"parent\")\n  val ColumnName = name(ParentLinkColumn)\n  val RowKey = \"a-row-key\"\n  val OldParentLinkValue = \"old-parent-link\"\n  val NewParentLinkValue = \"new-parent-link\"\n  val NewParentUbrn = Ubrn(\"9999999999999999\")\n  val UserId = \"auser\"\n  val EditHistoryColumn = HBaseColumn(family = \"history\", qualifier = \"some-edit-id\")\n  val EditedAtInstant = LocalDateTime.of(2019, JANUARY, 30, 14, 15, 16, 123000000).toInstant(UTC)\n  val EditedAt = \"2019-01-30T14:15:16.123\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/config\/AsyncSolrClientLoader.scala","text":"package uk.gov.ons.br.config\n\n\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigException.BadValue\nimport io.ino.solrs.RetryPolicy.TryAvailableServers\nimport io.ino.solrs.future.ScalaFutureFactory.Implicit\nimport io.ino.solrs.{AsyncSolrClient, CloudSolrServers, RoundRobinLB}\nimport org.slf4j.Logger\nimport play.api.ConfigLoader\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nimport scala.concurrent.Future\nimport scala.util.control.NonFatal\n\nclass AsyncSolrClientLoader(logger: Logger) extends ConfigLoader[AsyncSolrClient[Future]] {\n\n  private val Standalone = \"standalone\"\n\n  override def load(rootConfig: Config, path: String): AsyncSolrClient[Future] = {\n    val config = rootConfig.getConfig(path)\n    val collection = config.getString(\"collection\")\n    if (config.hasPath(Standalone)) configureStandaloneClient(config.getConfig(Standalone), collection)\n    else configureCloudClient(config.getConfig(\"cloud\"), collection)\n  }\n\n  private def configureStandaloneClient(config: Config, collection: String): AsyncSolrClient[Future] = {\n    val solrUrl = BaseUrl.asUrlString(baseUrlFrom(config)) + \"\/\" + collection\n    logger.info(\"Configuring Standalone Solr client with Url [{}]\", solrUrl)\n    AsyncSolrClient(solrUrl)\n  }\n\n  private def baseUrlFrom(config: Config): BaseUrl =\n    BaseUrl(\n      config.getString(\"protocol\"),\n      config.getString(\"host\"),\n      portFrom(config),\n      Some(config.getString(\"prefix\"))\n    )\n\n  private def portFrom(config: Config): Port = {\n    val path = \"port\"\n    val n = config.getInt(path)\n    try Port(n)\n    catch {\n      case NonFatal(e) => throw new BadValue(path, e.getMessage)\n    }\n  }\n\n  private def configureCloudClient(config: Config, collection: String): AsyncSolrClient[Future] = {\n    import scala.collection.JavaConverters._\n    val zkHosts = config.getStringList(\"zookeeperHosts\").asScala.mkString(\",\")\n    logger.info(\"Configuring Solr Cloud client with Zookeeper Hosts [{}]\", zkHosts)\n    val servers = new CloudSolrServers(zkHost = zkHosts, defaultCollection = Some(collection))\n    AsyncSolrClient.Builder(RoundRobinLB(servers)).\n      withRetryPolicy(TryAvailableServers).build\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/filters\/AccessLoggingFilterSpec.scala","text":"package uk.gov.ons.br.filters\n\nimport akka.stream.Materializer\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport org.slf4j.event.Level.{ERROR, INFO}\nimport play.api.http.HeaderNames.HOST\nimport play.api.mvc.Results.{InternalServerError, NotFound, Ok}\nimport play.api.mvc.{AnyContentAsEmpty, RequestHeader, Result}\nimport play.api.test.{FakeHeaders, FakeRequest}\nimport uk.gov.ons.br.filters.AccessLoggingFilterSpec.{Method, RemoteAddress, Uri, fakeRequest}\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.test.logging.{LogEntry, LoggingSpy}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * Note that this test utilises a 'LoggingSpy' rather than a mock Logger.\n * This allows our test to focus at a higher level of abstraction.  We can assert that a target log entry was\n * created, rather than a particular function was called with a particular format and arguments.\n * We have taken this approach because we want our implementation to be able to take advantage of the higher\n * performance string formatting of slf4j without the test having to be extremely specific about formats and\n * arguments (and therefore potentially brittle).\n *\/\nclass AccessLoggingFilterSpec extends UnitSpec with MockFactory with ScalaFutures with GuiceOneAppPerTest {\n\n  private trait WithLoggingSpy {\n    val loggingSpy: LoggingSpy\n  }\n\n  private trait InfoLoggingSpy extends WithLoggingSpy {\n    override val loggingSpy: LoggingSpy = LoggingSpy.info(\"access@info\")\n  }\n\n  private trait ErrorLoggingSpy extends WithLoggingSpy {\n    override val loggingSpy: LoggingSpy = LoggingSpy.error(\"access@error\")\n  }\n\n  private trait Fixture { this: WithLoggingSpy =>\n    private implicit val materializer: Materializer = app.materializer\n    private implicit val executionContext: ExecutionContext = ExecutionContext.Implicits.global\n    val request = fakeRequest\n    val nextAction = mockFunction[RequestHeader, Future[Result]]\n\n    lazy val underTest = new AccessLoggingFilter(loggingSpy)\n\n    def awaitFilterLogging(request: RequestHeader): Future[Result] = {\n      val futResult = underTest.apply(nextAction)(request)\n      \/*\n       * We happen to know that nextAction has always been stubbed to return a fully resolved Future.\n       * However, any logging side-effects from the filter may be executed asynchronously upon completion, and so\n       * we need to give any logging a chance to complete before allowing the mock logger to self verify the logging\n       * expectations.\n       * If these tests appear to be flaky, this delay probably needs adjustment ...\n       *\/\n      Thread.sleep(500L)\n      futResult\n    }\n  }\n\n  \"An AccessLoggingFilter\" - {\n    \"when the appender log level is set to INFO\" - {\n      \"passively logs the details of a successful request at INFO level\" in new Fixture with InfoLoggingSpy {\n        nextAction.expects(request).returning(Future.successful(Ok(\"some-payload\")))\n\n        awaitFilterLogging(request).futureValue shouldBe Ok(\"some-payload\")\n\n        loggingSpy.log should contain theSameElementsAs Seq(\n          LogEntry(INFO, msg = s\"$Method $Uri from $RemoteAddress status=200\", t = None)\n        )\n      }\n\n      \"passively logs the details of a server error at ERROR level\" in new Fixture with InfoLoggingSpy {\n        nextAction.expects(request).returning(Future.successful(InternalServerError(\"server error\")))\n\n        awaitFilterLogging(request).futureValue shouldBe InternalServerError(\"server error\")\n\n        loggingSpy.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"$Method $Uri from $RemoteAddress status=500\", t = None)\n        )\n      }\n\n      \"passively logs the details of other requests (including client errors) at INFO level\" in new Fixture with InfoLoggingSpy {\n        nextAction.expects(request).returning(Future.successful(NotFound))\n\n        awaitFilterLogging(request).futureValue shouldBe NotFound\n\n        loggingSpy.log should contain theSameElementsAs Seq(\n          LogEntry(INFO, msg = s\"$Method $Uri from $RemoteAddress status=404\", t = None)\n        )\n      }\n\n      \/\/ just in case the Future fails and we did not successfully recover ...\n      \"passively logs the details of any request without a HTTP response at ERROR level\" in new Fixture with InfoLoggingSpy {\n        val cause = new Exception(\"request failure\")\n        nextAction.expects(request).returning(Future.failed(cause))\n\n        awaitFilterLogging(request).failed.futureValue shouldBe cause\n\n        loggingSpy.log should contain theSameElementsAs Seq(\n          LogEntry(ERROR, msg = s\"$Method $Uri from $RemoteAddress status=FAIL Exception-request failure\", t = None)\n        )\n      }\n    }\n\n    \"when the appender log level is set to ERROR\" - {\n      \"does not log details of successful requests\" in new Fixture with ErrorLoggingSpy {\n        nextAction.expects(request).returning(Future.successful(Ok(\"some-payload\")))\n\n        awaitFilterLogging(request).futureValue shouldBe Ok(\"some-payload\")\n\n        loggingSpy.log should be (empty)\n      }\n\n      \"does not log details of non-server error requests\" in new Fixture with ErrorLoggingSpy {\n        nextAction.expects(request).returning(Future.successful(NotFound))\n\n        awaitFilterLogging(request).futureValue shouldBe NotFound\n\n        loggingSpy.log should be (empty)\n      }\n    }\n  }\n}\n\nprivate object AccessLoggingFilterSpec {\n  private val Method = \"GET\"\n  private val Uri = \"some-uri\"\n  private val RemoteAddress = \"172.16.17.32\"\n  private val Headers = FakeHeaders(Seq(HOST -> \"localhost\"))\n\n  def fakeRequest: RequestHeader =\n    FakeRequest(Method, Uri, Headers, body = AnyContentAsEmpty, RemoteAddress)\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/utils\/BaseUrlSpec.scala","text":"<reponame>ONSdigital\/br-api-common<gh_stars>0\npackage uk.gov.ons.br.utils\n\nimport org.scalatest.{FreeSpec, Matchers}\nimport uk.gov.ons.br.utils.BaseUrl.asUrlString\n\nclass BaseUrlSpec extends FreeSpec with Matchers {\n\n  \"A port number\" - {\n    \"cannot be negative\" in {\n      val thrown = the [IllegalArgumentException] thrownBy Port(-1)\n\n      thrown.getMessage should endWith (\"Port [-1] is outside the valid range [0-65535]\")\n    }\n\n    \"cannot be greater than 65535\" in {\n      val thrown = the [IllegalArgumentException] thrownBy Port(65536)\n\n      thrown.getMessage should endWith (\"Port [65536] is outside the valid range [0-65535]\")\n    }\n\n    \/\/ reserved under TCP but we will allow such a configuration\n    \"can be zero\" in {\n      Port(0).value shouldBe 0\n    }\n\n    \"can be 65535\" in {\n      Port(65535).value shouldBe 65535\n    }\n  }\n\n  \"A BaseUrl\" - {\n    \"can be represented as a URL string\" - {\n      \"when it does not contain a prefix component\" in {\n        asUrlString(BaseUrl(protocol = \"http\", host = \"hostname\", port = Port(1234))) shouldBe \"http:\/\/hostname:1234\"\n      }\n\n      \"when it contains a prefix component\" in {\n        asUrlString(BaseUrl(protocol = \"http\", host = \"hostname\", port = Port(1234), prefix = Some(\"HBase\"))) shouldBe \"http:\/\/hostname:1234\/HBase\"\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/parsers\/JsonPatchBodyParserSpec.scala","text":"package uk.gov.ons.br.parsers\n\n\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport play.api.http.Status.{BAD_REQUEST, UNSUPPORTED_MEDIA_TYPE}\nimport play.api.libs.json.{JsNumber, JsString}\nimport play.api.test.{FakeRequest, StubPlayBodyParsersFactory}\nimport play.mvc.Http.HeaderNames.CONTENT_TYPE\nimport play.mvc.Http.MimeTypes.JSON\nimport uk.gov.ons.br.models.patch.{ReplaceOperation, TestOperation}\nimport uk.gov.ons.br.parsers.JsonPatchBodyParser.JsonPatchMediaType\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.ExecutionContext\n\n\/*\n * See https:\/\/github.com\/playframework\/playframework\/blob\/master\/framework\/src\/play\/src\/test\/scala\/play\/mvc\/RawBodyParserSpec.scala\n * for an example of how a BodyParser can be tested.\n *\/\nclass JsonPatchBodyParserSpec extends UnitSpec with GuiceOneAppPerTest with ScalaFutures {\n\n  private trait Fixture extends StubPlayBodyParsersFactory {\n    val PatchSpec = \"\"\"|[{\"op\": \"test\", \"path\": \"\/a\/b\/c\", \"value\": \"foo\"},\n                       | {\"op\": \"replace\", \"path\": \"\/a\/b\/c\", \"value\": 42}]\"\"\".stripMargin\n\n    implicit val materializer = app.materializer\n    val underTest = new JsonPatchBodyParser(stubPlayBodyParsers.tolerantJson)(ExecutionContext.global)\n  }\n\n  \"A body representing a JSON patch specification\" - {\n    \"can be parsed when valid\" in new Fixture {\n      val request = FakeRequest().withHeaders(CONTENT_TYPE -> JsonPatchMediaType)\n      val body = Source.single(ByteString(PatchSpec))\n\n      whenReady(underTest(request).run(body)) { result =>\n        result.right.value shouldBe Seq(\n          TestOperation(\"\/a\/b\/c\", JsString(\"foo\")),\n          ReplaceOperation(\"\/a\/b\/c\", JsNumber(42)))\n      }\n    }\n\n    \"is rejected\" - {\n      \"when the media type is not that of Json Patch\" in new Fixture {\n        val request = FakeRequest().withHeaders(CONTENT_TYPE -> JSON)\n        val body = Source.single(ByteString(PatchSpec))\n\n        whenReady(underTest(request).run(body)) { result =>\n          result.left.value.header.status shouldBe UNSUPPORTED_MEDIA_TYPE\n        }\n      }\n\n      \"when the patch document is not valid json\" in new Fixture {\n        val request = FakeRequest().withHeaders(CONTENT_TYPE -> JsonPatchMediaType)\n        val invalidJson = s\"\"\"[{\"op\": \"test\", \"path\": \"\/a\/b\/c\", \"value\": \"foo\"]\"\"\" \/\/ object is not closed correctly\n        val body = Source.single(ByteString(invalidJson))\n\n        whenReady(underTest(request).run(body)) { result =>\n          result.left.value.header.status shouldBe BAD_REQUEST\n        }\n      }\n\n      \"when the patch document does not conform to the Json Patch specification (RFC6902)\" in new Fixture {\n        val request = FakeRequest().withHeaders(CONTENT_TYPE -> JsonPatchMediaType)\n        val invalidPatch = s\"\"\"[{\"op\": \"test\", \"path\": \"\/a\/b\/c\"}]\"\"\" \/\/ missing 'value' field\n        val body = Source.single(ByteString(invalidPatch))\n\n        whenReady(underTest(request).run(body)) { result =>\n          result.left.value.header.status shouldBe BAD_REQUEST\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrDocumentSupportSpec.scala","text":"package uk.gov.ons.br.repository.solr\n\n\nimport java.util\n\nimport org.apache.solr.common.SolrDocument\nimport uk.gov.ons.br.repository.solr.SolrDocumentSupport.asFields\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\nclass SolrDocumentSupportSpec extends UnitSpec {\n\n  \"A SolrDocument\" - {\n    \"can be converted to a Map of fields\" - {\n      \"when the document is empty\" in {\n        val solrDocument = new SolrDocument(new util.HashMap[String, AnyRef]())\n\n        asFields(solrDocument) shouldBe Map.empty\n      }\n\n      \"when the document consists of a single string value\" in {\n        val solrDocument = new SolrDocument(mutable.Map(\"key\" -> (\"value\": AnyRef)).asJava)\n\n        asFields(solrDocument) shouldBe Map(\"key\" -> \"value\")\n      }\n\n      \"when the document consists of a single integer value\" in {\n        val solrDocument = new SolrDocument(mutable.Map(\"key\" -> 42.asInstanceOf[AnyRef]).asJava)\n\n        asFields(solrDocument) shouldBe Map(\"key\" -> \"42\")\n      }\n\n      \"when the document contains multiple fields\" in {\n        val solrDocument = new SolrDocument(mutable.Map(\n          \"str\" -> (\"strvalue\": AnyRef),\n          \"num\" -> 42.asInstanceOf[AnyRef]).asJava\n        )\n\n        asFields(solrDocument) shouldBe Map(\"str\" -> \"strvalue\", \"num\" -> \"42\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/http\/JsonSearchResultHandlerSpec.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.http\n\n\nimport org.scalamock.scalatest.MockFactory\nimport play.api.libs.json.{JsArray, JsObject, JsString, Writes}\nimport play.api.mvc.Result\nimport play.api.test.Helpers._\nimport play.mvc.Http.MimeTypes.JSON\nimport uk.gov.ons.br.http.JsonSearchResultHandlerSpec.{FakeSearchUnit, SampleFakeSearchUnits, SampleFakeSearchUnitsJson}\nimport uk.gov.ons.br.repository.SearchResult\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.{ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nimport scala.concurrent.Future\n\nclass JsonSearchResultHandlerSpec extends UnitSpec with MockFactory {\n\n  private trait Fixture {\n    implicit val writesFakeSearchUnit = mock[Writes[Seq[FakeSearchUnit]]]\n    private val underTest = new JsonSearchResultHandler()\n\n    def handle(searchResult: SearchResult[FakeSearchUnit]): Future[Result] =\n      Future.successful(underTest(searchResult))\n  }\n\n  \"A Json SearchResult Handler\" - {\n    \"returns OK with a JSON representation of the search result when non empty\" in new Fixture {\n      (writesFakeSearchUnit.writes _).expects(SampleFakeSearchUnits).returning(SampleFakeSearchUnitsJson)\n\n      val futResult = handle(Right(SampleFakeSearchUnits))\n\n      status(futResult) shouldBe OK\n      contentType(futResult).value shouldBe JSON\n      contentAsJson(futResult) shouldBe SampleFakeSearchUnitsJson\n    }\n\n    \"returns GATEWAY_TIMEOUT when the query result is a repository timeout error\" in new Fixture {\n      val futResult = handle(Left(TimeoutRepositoryError(\"Timeout\")))\n\n      status(futResult) shouldBe GATEWAY_TIMEOUT\n    }\n\n    \"returns INTERNAL_SERVER_ERROR when the query result is a repository server error\" in new Fixture {\n      val futResult = handle(Left(ServerRepositoryError(\"Retrieval failed\")))\n\n      status(futResult) shouldBe INTERNAL_SERVER_ERROR\n    }\n\n    \"returns INTERNAL_SERVER_ERROR when the query result contains invalid data\" in new Fixture {\n      val futResult = handle(Left(ResultRepositoryError(\"Bad data\")))\n\n      status(futResult) shouldBe INTERNAL_SERVER_ERROR\n    }\n  }\n}\n\nprivate object JsonSearchResultHandlerSpec {\n  type FakeSearchUnit = AnyVal\n  val SampleFakeSearchUnits = Seq(42L)\n  val SampleFakeSearchUnitsJson = JsArray(Seq(JsObject(Seq(\"name\" -> JsString(\"value\")))))\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/http\/JsonQueryResultHandler.scala","text":"package uk.gov.ons.br.http\n\n\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.libs.json.{Json, Writes}\nimport play.api.mvc.Result\nimport play.api.mvc.Results.{GatewayTimeout, InternalServerError, NotFound, Ok}\nimport uk.gov.ons.br.repository.QueryResult\nimport uk.gov.ons.br.{RepositoryError, ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nclass JsonQueryResultHandler[U](implicit writes: Writes[U]) extends QueryResultHandler[U] {\n  private lazy val logger: Logger = LoggerFactory.getLogger(this.getClass)\n\n  override def apply(queryResult: QueryResult[U]): Result = {\n    val result = queryResult.fold(resultOnFailure, resultOnSuccess)\n    queryResult.left.foreach(err => logger.error(\"Encountered query repository error [{}]\", err))\n    if (logger.isDebugEnabled) logger.debug(\"Translated queryResult of [{}] to HTTP status [{}]\", queryResult, result.header.status)\n    result\n  }\n\n  private def resultOnFailure(repositoryError: RepositoryError): Result =\n    repositoryError match {\n      case _: TimeoutRepositoryError => GatewayTimeout\n      case _: ResultRepositoryError => InternalServerError\n      case _: ServerRepositoryError => InternalServerError\n    }\n\n  private def resultOnSuccess(optValue: Option[U]): Result =\n    optValue.fold[Result](NotFound) { value =>\n      Ok(Json.toJson(value))\n    }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/AbstractHBaseRestRepositoryWiremockSpec.scala","text":"package uk.gov.ons.br.repository.hbase.rest\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.{PatienceConfiguration, ScalaFutures}\nimport org.scalatest.time.{Millis, Span}\nimport org.scalatest.{EitherValues, Matchers, Outcome}\nimport org.slf4j.Logger\nimport play.api.libs.json.Reads\nimport play.api.libs.ws.WSClient\nimport play.api.test.WsTestClient\nimport uk.gov.ons.br.repository.hbase.HBaseRow\nimport uk.gov.ons.br.test.hbase.{HBaseJsonRequestBuilder, WireMockHBase}\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nimport scala.concurrent.ExecutionContext\n\nprivate[rest] abstract class AbstractHBaseRestRepositoryWiremockSpec extends org.scalatest.fixture.FreeSpec with WireMockHBase with\n  HBaseJsonRequestBuilder with Matchers with EitherValues with MockFactory with ScalaFutures with PatienceConfiguration {\n\n  \/\/ test timeout must exceed the configured HBaseRest timeout to properly test client-side timeout handling\n  override implicit val patienceConfig: PatienceConfig =\n    PatienceConfig(timeout = scaled(Span(1500, Millis)), interval = scaled(Span(50, Millis)))\n\n  protected case class FixtureParam(config: HBaseRestRepositoryConfig,\n                                    auth: Authorization,\n                                    repository: HBaseRestRepository,\n                                    readsRows: Reads[Seq[HBaseRow]],\n                                    logger: Logger)\n\n  protected val HBasePort: Int\n\n  override protected def withFixture(test: OneArgTest): Outcome =\n    withWireMockHBase(HBasePort) { () =>\n      WsTestClient.withClient { wsClient =>\n        val fixture = makeFixtureParam(wsClient)\n        withFixture(test.toNoArgTest(fixture))\n      }(new play.api.http.Port(HBasePort))\n    }\n\n  protected def makeFixtureParam(wsClient: WSClient): FixtureParam = {\n    val config = HBaseRestRepositoryConfig(\n      BaseUrl(protocol = \"http\", host = \"localhost\", port = Port(HBasePort), prefix = None),\n      namespace = \"namespace\", tableName = \"table\", username = \"username\", password = \"password\", timeout = 1000L)\n    val auth = Authorization(config.username, config.password)\n    val readsRows = mock[Reads[Seq[HBaseRow]]]\n    val repository = new HBaseRestRepository(config, wsClient, readsRows)(ExecutionContext.global)\n    val logger = stub[Logger]\n    FixtureParam(config, auth, repository, readsRows, logger)\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/actions\/DefaultSearchActionMakerSpec.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.actions\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport play.api.mvc.Results.Ok\nimport play.api.mvc.{AnyContent, BodyParser, Result}\nimport play.api.test.{FakeRequest, StubPlayBodyParsersFactory}\nimport uk.gov.ons.br.actions.DefaultSearchActionMakerSpec.{SampleSearchUnit, SearchTerm, SearchUnit}\nimport uk.gov.ons.br.repository.{SearchRepository, SearchResult}\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass DefaultSearchActionMakerSpec extends UnitSpec with MockFactory with GuiceOneAppPerTest with ScalaFutures {\n  \/*\n   * This is unpleasant, but we need to extend the class under test in order to have access to the SearchResult type.\n   * Our mock function and argument matcher need to be defined within the scope of the SearchResult type.\n   *\n   * Note that importantly we do not do anything that would prevent an instance of this class from acting exactly\n   * the same as a DefaultSearchActionMaker.\n   *\/\n  private class FixtureSearchActionMaker(bodyParser: BodyParser[AnyContent], searchRepository: SearchRepository[SearchUnit])\n                                        (implicit ec: ExecutionContext) extends DefaultSearchActionMaker[SearchUnit](bodyParser, searchRepository) {\n    val block = mockFunction[SearchRequest[AnyContent], Future[Result]]\n\n    def aRequest(withSearchResult: SearchResult[SearchUnit]): SearchRequest[AnyContent] => Boolean =\n      request => request.searchResult == withSearchResult\n  }\n\n  private trait Fixture extends StubPlayBodyParsersFactory {\n    private implicit val executionContext = ExecutionContext.Implicits.global\n    private implicit val materializer = app.materializer\n\n    val searchRepository = mock[SearchRepository[SearchUnit]]\n    val underTest = new FixtureSearchActionMaker(stubPlayBodyParsers.default, searchRepository)\n  }\n\n  \"A DefaultSearchActionMaker\" - {\n    \"makes an action that performs a search and adds the search result to the request\" in new Fixture {\n      val searchResult = Right(Seq(SampleSearchUnit))\n      (searchRepository.searchFor _).expects(SearchTerm).returning(Future.successful(searchResult))\n\n      val blockResult = Ok(\"some-payload\")\n      underTest.block.expects(where(underTest.aRequest(withSearchResult = searchResult))).returning(Future.successful(blockResult))\n\n      val actionFunction = underTest.forTerm(SearchTerm)\n\n      whenReady(actionFunction.invokeBlock(FakeRequest(\"GET\", \"some-uri\"), underTest.block)) { result =>\n        result shouldBe blockResult\n      }\n    }\n  }\n}\n\nprivate object DefaultSearchActionMakerSpec {\n  case class SearchUnit(name: String, postcode: String)\n\n  val SearchTerm = \"some-term\"\n  val SampleSearchUnit = SearchUnit(name = \"some-name\", postcode = \"some-postcode\")\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/http\/JsonSearchResultHandler.scala","text":"package uk.gov.ons.br.http\n\n\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.libs.json.{Json, Writes}\nimport play.api.mvc.Result\nimport play.api.mvc.Results.{GatewayTimeout, InternalServerError, Ok}\nimport uk.gov.ons.br.repository.SearchResult\nimport uk.gov.ons.br.{RepositoryError, ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nclass JsonSearchResultHandler[U](implicit writes: Writes[Seq[U]]) extends SearchResultHandler[U] {\n  private lazy val logger: Logger = LoggerFactory.getLogger(this.getClass)\n\n  override def apply(searchResult: SearchResult[U]): Result = {\n    val result = searchResult.fold(resultOnFailure, resultOnSuccess)\n    searchResult.left.foreach(err => logger.error(\"Encountered search repository error [{}]\", err))\n    if (logger.isDebugEnabled) logger.debug(\"Translated searchResult of [{}] to HTTP status [{}]\", searchResult, result.header.status)\n    result\n  }\n\n  private def resultOnFailure(repositoryError: RepositoryError): Result =\n    repositoryError match {\n      case _: TimeoutRepositoryError => GatewayTimeout\n      case _: ResultRepositoryError => InternalServerError\n      case _: ServerRepositoryError => InternalServerError\n    }\n\n  private def resultOnSuccess(matches: Seq[U]): Result =\n    Ok(Json.toJson(matches))\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/patch\/Operation.scala","text":"package uk.gov.ons.br.models.patch\n\n\nimport play.api.libs.json.{ JsResult, JsValue, Reads }\n\nsealed trait Operation {\n  val path: String\n}\n\nfinal case class AddOperation(path: String, value: JsValue) extends Operation\nfinal case class RemoveOperation(path: String) extends Operation\nfinal case class ReplaceOperation(path: String, value: JsValue) extends Operation\nfinal case class TestOperation(path: String, value: JsValue) extends Operation\n\nobject Operation {\n  implicit val reads = new Reads[Operation] {\n    override def reads(json: JsValue): JsResult[Operation] =\n      json.validate[JsonPatchOperation].flatMap { patchOperation =>\n        val op = patchOperation.op\n        op.createOperation(patchOperation.path, json)\n      }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/patch\/OperationTypeSpec.scala","text":"package uk.gov.ons.br.models.patch\n\nimport play.api.libs.json._\nimport uk.gov.ons.br.models.patch.OperationTypes.{Add, Remove, Replace, Test}\nimport uk.gov.ons.br.test.UnitSpec\n\nclass OperationTypeSpec extends UnitSpec {\n\n  private trait OperationFixture {\n    val path = \"\/a\/b\/c\"\n  }\n\n  \"An OperationType\" - {\n    \"can be read from Json\" - {\n      \"when an add operation\" in {\n        JsString(\"add\").validate[OperationType] shouldBe JsSuccess(Add)\n      }\n\n      \"when a remove operation\" in {\n        JsString(\"remove\").validate[OperationType] shouldBe JsSuccess(Remove)\n      }\n\n      \"when a replace operation\" in {\n        JsString(\"replace\").validate[OperationType] shouldBe JsSuccess(Replace)\n      }\n\n      \"when a test operation\" in {\n        JsString(\"test\").validate[OperationType] shouldBe JsSuccess(Test)\n      }\n    }\n\n    \"cannot be read from json\" - {\n      \"when not of type string\" in {\n        JsNumber(123).validate[OperationType] shouldBe a [JsError]\n      }\n\n      \"when unrecognised\" in {\n        JsString(\"unknown\").validate[OperationType] shouldBe JsError(\"Unrecognised operation [unknown]\")\n      }\n    }\n  }\n\n  \"An add operation\" - {\n    \"can be created\" in new OperationFixture {\n      val json = Json.parse(\"\"\"{\"value\": \"foo\"}\"\"\")\n\n      Add.createOperation(path, json).asOpt shouldBe Some(AddOperation(path, value = JsString(\"foo\")))\n    }\n\n    \"cannot be created\" - {\n      \"when value is missing\" in new OperationFixture {\n        val json = Json.parse(\"\"\"{}\"\"\")\n\n        Add.createOperation(path, json) shouldBe a [JsError]\n      }\n    }\n  }\n\n  \"A remove operation\" - {\n    \"can be created\" in new OperationFixture {\n      val json = Json.parse(\"{}\") \/\/ will be ignored anyway\n\n      Remove.createOperation(path, json).asOpt shouldBe Some(RemoveOperation(path))\n    }\n  }\n\n  \"A replace operation\" - {\n    \"can be created\" in new OperationFixture {\n      val json = Json.parse(\"\"\"{\"value\": \"foo\"}\"\"\")\n\n      Replace.createOperation(path, json).asOpt shouldBe Some(ReplaceOperation(path, value = JsString(\"foo\")))\n    }\n\n    \"cannot be created\" - {\n      \"when value is missing\" in new OperationFixture {\n        val json = Json.parse(\"\"\"{}\"\"\")\n\n        Replace.createOperation(path, json) shouldBe a [JsError]\n      }\n    }\n  }\n\n  \"A test operation\" - {\n    \"can be created\" in new OperationFixture {\n      val json = Json.parse(\"\"\"{\"value\": \"foo\"}\"\"\")\n\n      Test.createOperation(path, json).asOpt shouldBe Some(TestOperation(path, value = JsString(\"foo\")))\n    }\n\n    \"cannot be created\" - {\n      \"when value is missing\" in new OperationFixture {\n        val json = Json.parse(\"\"\"{}\"\"\")\n\n        Test.createOperation(path, json) shouldBe a [JsError]\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseQueryRepositorySpec.scala","text":"<reponame>ONSdigital\/br-api-common<filename>src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseQueryRepositorySpec.scala\npackage uk.gov.ons.br.repository.hbase\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.hbase.HBaseQueryRepositorySpec._\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.{ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass HBaseQueryRepositorySpec extends UnitSpec with MockFactory with ScalaFutures {\n\n  private trait Fixture {\n    private implicit val executionContext = ExecutionContext.Implicits.global\n    private implicit val logger = stub[Logger]\n\n    val hBase = mock[HBaseRepository]\n    val rowMapper = mock[HBaseRowMapper[FakeUnit]]\n    val rowKeyMaker = mockFunction[FakeUnitRef, RowKey]\n    val underTest = new HBaseQueryRepository[FakeUnitRef, FakeUnit](hBase, rowMapper, rowKeyMaker)\n  }\n\n  \"A HBase Query Repository\" - {\n    \"can retrieve a unit by the unit reference\" - {\n      \"returning the target unit when it exists and is valid\" in new Fixture {\n        rowKeyMaker.expects(SampleUnitRef).returning(SampleRowKey)\n        (hBase.findRow(_: RowKey)(_: Logger)).expects(SampleRowKey, *).returning(Future.successful(Right(Some(SampleRow))))\n        (rowMapper.fromRow(_: HBaseRow)(_: Logger)).expects(SampleRow, *).returning(Some(SampleUnit))\n\n        whenReady(underTest.queryByUnitReference(SampleUnitRef)) { result =>\n          result.right.value shouldBe Some(SampleUnit)\n        }\n      }\n\n      \"returning nothing when the target unit does not exist\" in new Fixture {\n        rowKeyMaker.expects(SampleUnitRef).returning(SampleRowKey)\n        (hBase.findRow(_: RowKey)(_: Logger)).expects(SampleRowKey, *).returning(Future.successful(Right(None)))\n\n        whenReady(underTest.queryByUnitReference(SampleUnitRef)) { result =>\n          result.right.value shouldBe None\n        }\n      }\n\n      \"returning an error when a valid unit cannot be constructed from the found data\" in new Fixture {\n        rowKeyMaker.expects(SampleUnitRef).returning(SampleRowKey)\n        (hBase.findRow(_: RowKey)(_: Logger)).expects(SampleRowKey, *).returning(Future.successful(Right(Some(SampleRow))))\n        (rowMapper.fromRow(_: HBaseRow)(_: Logger)).expects(SampleRow, *).returning(None)\n\n        whenReady(underTest.queryByUnitReference(SampleUnitRef)) { result =>\n          result.left.value shouldBe ResultRepositoryError(\"Unable to construct a unit from the HBase row\")\n        }\n      }\n\n      \"returning an error when a failure is encountered querying HBase\" in new Fixture {\n        rowKeyMaker.expects(SampleUnitRef).returning(SampleRowKey)\n        (hBase.findRow(_: RowKey)(_: Logger)).expects(SampleRowKey, *).returning(Future.successful(Left(ServerRepositoryError(\"findRow error\"))))\n\n        whenReady(underTest.queryByUnitReference(SampleUnitRef)) { result =>\n          result.left.value shouldBe ServerRepositoryError(\"findRow error\")\n        }\n      }\n\n      \"returning an error when a HBase query fails to respond within an acceptable time period\" in new Fixture {\n        rowKeyMaker.expects(SampleUnitRef).returning(SampleRowKey)\n        (hBase.findRow(_: RowKey)(_: Logger)).expects(SampleRowKey, *).returning(Future.successful(Left(TimeoutRepositoryError(\"Timeout\"))))\n\n        whenReady(underTest.queryByUnitReference(SampleUnitRef)) { result =>\n          result.left.value shouldBe TimeoutRepositoryError(\"Timeout\")\n        }\n      }\n    }\n  }\n}\n\nprivate object HBaseQueryRepositorySpec {\n  case class FakeUnitRef(value: String)\n  case class FakeUnit(ref: FakeUnitRef, name: String, postcode: String)\n\n  val SampleUnitRef = FakeUnitRef(\"ABC123\")\n  val SampleUnit = FakeUnit(ref = SampleUnitRef, name = \"some-name\", postcode = \"some-postcode\")\n  val SampleRowKey = \"sample-row-key\"\n  val SampleRow = HBaseRow(key = SampleRowKey, cells = Seq(\n    HBaseCell(\"family:column1\", \"value1\"),\n    HBaseCell(\"family:column2\", \"value2\"))\n  )\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestUrl.scala","text":"<filename>src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestUrl.scala\npackage uk.gov.ons.br.repository.hbase.rest\n\n\nimport uk.gov.ons.br.repository.hbase.RowKey\nimport uk.gov.ons.br.utils.BaseUrl\n\n\/*\n * Note that in SBR all HBase Rest queries specify the target column family, to overcome issues that were encountered\n * with prefix searches (i.e. those ending in a wildcard).\n * As we now only query HBase via an exact rowKey we can simplify the code by not specifying the target column\n * family up front.\n *\/\nprivate[rest] object HBaseRestUrl {\n  private val CheckedPutSuffix = \"\/?check=put\"\n\n  def forCheckedPut(withBase: BaseUrl, namespace: String, table: String, rowKey: RowKey): String =\n    forRow(withBase, namespace, table, rowKey).concat(CheckedPutSuffix)\n\n  def forCheckedPut(namespace: String, table: String, rowKey: RowKey): String =\n    forRow(namespace, table, rowKey).concat(CheckedPutSuffix)\n\n  def forRow(withBase: BaseUrl, namespace: String, table: String, rowKey: RowKey): String =\n    s\"${BaseUrl.asUrlString(withBase)}\/${forRow(namespace, table, rowKey)}\"\n\n  def forRow(namespace: String, table: String, rowKey: RowKey): String =\n    s\"$namespace:$table\/$rowKey\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestRepository.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.repository.hbase.rest\n\n\nimport javax.inject.Inject\nimport org.slf4j.Logger\nimport play.api.http.HeaderNames.{ACCEPT, CONTENT_TYPE}\nimport play.api.http.MimeTypes.JSON\nimport play.api.http.Status.{NOT_FOUND, NOT_MODIFIED, OK, UNAUTHORIZED}\nimport play.api.libs.json.{JsValue, Json, Reads}\nimport play.api.libs.ws.WSAuthScheme.BASIC\nimport play.api.libs.ws.{WSClient, WSRequest, WSResponse}\nimport uk.gov.ons.br.repository.CommandRepository._\nimport uk.gov.ons.br.repository.QueryResult\nimport uk.gov.ons.br.repository.hbase.rest.HBaseRestRepository.{bodyAsJson, describeStatus, withTranslationOfFailureToError}\nimport uk.gov.ons.br.repository.hbase.{HBaseCell, HBaseRepository, HBaseRow, RowKey}\nimport uk.gov.ons.br.utils.BaseUrl\nimport uk.gov.ons.br.{RepositoryError, ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future, TimeoutException}\nimport scala.util.Try\nimport scala.util.control.NonFatal\n\ncase class HBaseRestRepositoryConfig(baseUrl: BaseUrl,\n                                     namespace: String,\n                                     tableName: String,\n                                     username: String,\n                                     password: String,\n                                     timeout: Long)\n\n\/*\n * The public finder methods exposed by this class should be implemented in such a way as to always\n * return a successful Future, materialising any failure in the result value (on the left).\n * This simplifies client interaction.\n *\n * Note that the client provides an slf4j logger, as this is an interface that can be stubbed \/ mocked.\n * Scala Logging only offers a concrete class, and we do not really want to depend on Play logging in the\n * repository layer.  We must therefore be aware of the cost of building log messages for a log level that\n * is not enabled.\n *\/\nclass HBaseRestRepository @Inject() (config: HBaseRestRepositoryConfig,\n                                     wsClient: WSClient,\n                                     readsRows: Reads[Seq[HBaseRow]])\n                                    (implicit ec: ExecutionContext) extends HBaseRepository {\n\n  override def findRow(rowKey: RowKey)(implicit logger: Logger): Future[QueryResult[HBaseRow]] =\n    queryByRowKey(rowKey).map(verifyAtMostOneRow)\n\n  private def queryByRowKey(rowKey: RowKey)(implicit logger: Logger): Future[Either[RepositoryError, Seq[HBaseRow]]] = {\n    val url = urlForRow(rowKey)\n    if (logger.isDebugEnabled) logger.debug(\"Requesting [{}] from HBase REST.\", url)\n    baseRequest(url).withHttpHeaders(ACCEPT -> JSON).get().map {\n      (fromResponseToErrorOrJson _).andThen(convertToErrorOrRows)\n    }.recover(withTranslationOfFailureToError)\n  }\n\n  private val urlForRow: RowKey => String =\n    HBaseRestUrl.forRow(withBase = config.baseUrl, namespace = config.namespace, table = config.tableName, _)\n\n  private val urlForCheckedPut: RowKey => String =\n    HBaseRestUrl.forCheckedPut(withBase = config.baseUrl, namespace = config.namespace, table = config.tableName, _)\n\n  private def baseRequest(url: String): WSRequest =\n    wsClient.\n      url(url).\n      withAuth(config.username, config.password, scheme = BASIC).\n      withRequestTimeout(config.timeout.milliseconds)\n\n  \/*\n   * Note that official environments running Cloudera will receive an OK result containing an \"empty row\" on Not Found.\n   * Developers using HBase directly in a local environment will more than likely receive a 404.\n   *\/\n  private def fromResponseToErrorOrJson(response: WSResponse)(implicit logger: Logger): QueryResult[JsValue] = {\n    if (logger.isDebugEnabled) logger.debug(\"HBase query response has status [{}]\", describeStatus(response))\n    response.status match {\n      case OK => bodyAsJson(response)\n      case NOT_FOUND => Right(None)\n      case UNAUTHORIZED => Left(ServerRepositoryError(describeStatus(response) + \" - check HBase REST configuration\"))\n      case _ => Left(ServerRepositoryError(describeStatus(response)))\n    }\n  }\n\n  private def convertToErrorOrRows(errorOrJson: QueryResult[JsValue])\n                                  (implicit logger: Logger): Either[RepositoryError, Seq[HBaseRow]] =\n    errorOrJson.flatMap { optJson =>\n      if (logger.isDebugEnabled) logger.debug(\"HBase REST response JSON is [{}]\", optJson)\n      optJson.fold[Either[RepositoryError, Seq[HBaseRow]]](Right(Seq.empty)) { json =>\n        parseJson(json)\n      }\n    }\n\n  private def parseJson(json: JsValue)(implicit logger: Logger): Either[RepositoryError, Seq[HBaseRow]] = {\n    val eitherErrorsOrRows = readsRows.reads(json).asEither\n    if (logger.isDebugEnabled) logger.debug(\"HBase REST parsed response is [{}]\", eitherErrorsOrRows)\n    eitherErrorsOrRows.left.map(errors => ServerRepositoryError(s\"Unable to parse HBase REST json response [$errors].\"))\n  }\n\n  private def verifyAtMostOneRow(errorOrRows: Either[RepositoryError, Seq[HBaseRow]]): QueryResult[HBaseRow] =\n    errorOrRows.flatMap {\n      \/\/ order is important here - tail is not supported by an empty Seq\n      case rows if rows.isEmpty => Right(None)\n      case rows if rows.tail.isEmpty => Right(rows.headOption)\n      case rows => Left(ResultRepositoryError(s\"At most one result was expected but found [${rows.size}]\"))\n    }\n\n  \/\/ we use this signature to enforce at least one updateCell\n  override def updateRow(rowKey: RowKey, checkCell: HBaseCell, updateCell: HBaseCell, otherUpdateCells: Seq[HBaseCell] = Seq.empty)\n                        (implicit logger: Logger): Future[OptimisticEditResult] =\n    ifExists(rowKey, _ => doCheckedEdit(rowKey, checkCell, updateCell, otherUpdateCells))\n\n  \/*\n   * A HBase \"checked action\" (either an update or delete) simply returns 304: Not Modified when no action is taken.\n   * This can be because the \"check\" is not satisfied (i.e. the value has been changed by another user), but may\n   * simply be because there is no such row with the target key.\n   *\n   * In order for us to provide a useful RESTful interface to our clients, we need to distinguish between the\n   * Conflict and Not Found cases.  In order to do this, we perform a GET operation first.\n   *\/\n  private def ifExists(rowKey: RowKey, edit: HBaseRow => Future[OptimisticEditResult])(implicit logger: Logger): Future[OptimisticEditResult] =\n    findRow(rowKey).flatMap { queryResult =>\n      queryResult.fold(\n        err => Future.successful(EditFailed(s\"Failure encountered performing ifExists lookup [$err]\")),\n        _.fold[Future[OptimisticEditResult]](ifEmpty = Future.successful(EditTargetNotFound)) { row =>\n          edit(row)\n        }\n      )\n    }\n\n  private def doCheckedEdit(rowKey: RowKey, checkCell: HBaseCell, updateCell: HBaseCell, otherUpdateCells: Seq[HBaseCell])\n                           (implicit logger: Logger): Future[OptimisticEditResult] = {\n    val updateUrl = urlForCheckedPut(rowKey)\n    if (logger.isDebugEnabled)\n      logger.debug(\"Requesting update of [{}] additionally setting [{}] at [{}] via HBase REST\", updateCell.column,\n        otherUpdateCells.map(_.column).mkString, updateUrl)\n    \/\/ order is important here - the \"check value\" (which acts as an optimistic lock) must be last\n    val updateBody = Seq(HBaseRow(key = rowKey, cells = updateCell +: otherUpdateCells :+ checkCell))\n    if (logger.isDebugEnabled) logger.debug(\"HBase update request body is {}\", updateBody)\n    val json = Json.toJson(updateBody)(HBaseRestData.format)\n    baseRequest(updateUrl).withHttpHeaders(CONTENT_TYPE -> JSON).put(json).\n      map(fromResponseToOptimisticEditResult).\n      recover {\n        \/\/ TODO should we distinguish timeout (as query does)?\n        case NonFatal(t) => EditFailed(s\"${t.getClass.getSimpleName} - [${t.getMessage}]\")\n      }\n  }\n\n  private def fromResponseToOptimisticEditResult(response: WSResponse)(implicit logger: Logger): OptimisticEditResult = {\n    if (logger.isDebugEnabled) logger.debug(\"HBase edit response has status [{}]\", describeStatus(response))\n    response.status match {\n      case OK => EditApplied\n      case NOT_MODIFIED => EditConflicted\n      case _ => EditFailed(describeStatus(response))\n    }\n  }\n}\n\nprivate object HBaseRestRepository {\n  private def bodyAsJson(response: WSResponse): QueryResult[JsValue] =\n    Try(response.json).fold(\n      err => Left(ServerRepositoryError(s\"Unable to create JsValue from HBase response [${err.getMessage}]\")),\n      json => Right(json)).map(Some(_))\n\n  private def describeStatus(response: WSResponse): String =\n    s\"${response.statusText} (${response.status})\"\n\n  private def withTranslationOfFailureToError[B]: PartialFunction[Throwable, Either[RepositoryError, B]] = {\n    case timeout: TimeoutException => Left(TimeoutRepositoryError(timeout.getMessage))\n    case NonFatal(t) => Left(ServerRepositoryError(t.getMessage))\n  }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/controllers\/BadRequestControllerSpec.scala","text":"package uk.gov.ons.br.controllers\n\nimport play.api.test.Helpers._\nimport play.api.test.{FakeRequest, StubControllerComponentsFactory}\nimport uk.gov.ons.br.controllers.BadRequestControllerSpec.UnusedPathParameter\nimport uk.gov.ons.br.test.UnitSpec\n\nclass BadRequestControllerSpec extends UnitSpec {\n\n  private trait Fixture extends StubControllerComponentsFactory {\n    val underTest = new BadRequestController(stubControllerComponents())\n  }\n\n  \"A request\" - {\n    \"receives a Bad Request response\" in new Fixture {\n      val response = underTest.badRequest(UnusedPathParameter)(FakeRequest())\n\n      status(response) shouldBe BAD_REQUEST\n    }\n  }\n}\n\nobject BadRequestControllerSpec {\n  val UnusedPathParameter = \"unused\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseRepository.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.repository.hbase\n\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.CommandRepository.OptimisticEditResult\nimport uk.gov.ons.br.repository.QueryResult\n\nimport scala.concurrent.Future\n\n\/*\n * The equivalent of this abstraction in SBR takes tableName as a function argument.\n * Enforcing a micro-service data ownership model, a repository is now locked to a dedicated namespace & table.\n *\/\ntrait HBaseRepository {\n  def findRow(rowKey: RowKey)(implicit logger: Logger): Future[QueryResult[HBaseRow]]\n\n  \/\/ originally used a var-arg for otherUpdateCells but ScalaMock does not support this in a curried function\n  def updateRow(rowKey: RowKey, checkCell: HBaseCell, updateCell: HBaseCell, otherUpdateCells: Seq[HBaseCell] = Seq.empty)\n               (implicit logger: Logger): Future[OptimisticEditResult]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/config\/HBaseRestRepositoryConfigLoader.scala","text":"package uk.gov.ons.br.config\n\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigException.BadValue\nimport play.api.ConfigLoader\nimport uk.gov.ons.br.repository.hbase.rest.HBaseRestRepositoryConfig\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nimport scala.util.control.NonFatal\n\n\/*\n * We want a misconfigured server to \"fail fast\".\n * A Guice module should be configured to use this ConfigLoader during its configure method.\n * If any required key is missing \/ any value cannot be successfully parsed, an exception should be thrown\n * which will fail the startup of the service (at deployment time).\n *\n * Note that in real deployment environments the HBase url requires a 'prefix' value that follows the port.\n * This is not the case in local development environments.\n *\/\nobject HBaseRestRepositoryConfigLoader extends ConfigLoader[HBaseRestRepositoryConfig] {\n  override def load(rootConfig: Config, path: String): HBaseRestRepositoryConfig = {\n    val config = rootConfig.getConfig(path)\n    HBaseRestRepositoryConfig(\n      baseUrl = baseUrlFrom(config),\n      namespace = config.getString(\"namespace\"),\n      tableName = config.getString(\"tableName\"),\n      username = config.getString(\"username\"),\n      password = <PASSWORD>.getString(\"password\"),\n      timeout = config.getLong(\"timeout\")\n    )\n  }\n\n  private def baseUrlFrom(config: Config): BaseUrl =\n    BaseUrl(\n      config.getString(\"protocol\"),\n      config.getString(\"host\"),\n      portFrom(config),\n      noneEmpty(stringOrDefault(config, \"prefix\"))\n    )\n\n  private def portFrom(config: Config): Port = {\n    val path = \"port\"\n    val n = config.getInt(path)\n    try Port(n)\n    catch {\n      case NonFatal(e) => throw new BadValue(path, e.getMessage)\n    }\n  }\n\n  private def stringOrDefault(config: Config, key: String, default: => String = \"\"): String =\n    if (config.hasPath(key)) config.getString(key) else default\n\n  private def noneEmpty(str: String): Option[String] =\n    if (str.trim.isEmpty) None else Some(str)\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/actions\/EditActionSpec.scala","text":"package uk.gov.ons.br.actions\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport play.api.libs.json.JsString\nimport play.api.mvc.Results.{BadRequest, NoContent}\nimport play.api.mvc._\nimport play.api.test.FakeRequest\nimport uk.gov.ons.br.actions.EditAction.UserIdHeaderName\nimport uk.gov.ons.br.actions.EditActionSpec.{UserId, aPatchRequest}\nimport uk.gov.ons.br.models.patch.{Operation, Patch, TestOperation}\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass EditActionSpec extends UnitSpec with MockFactory with GuiceOneAppPerTest with ScalaFutures {\n\n  private trait Fixture {\n    private implicit val executionContext = ExecutionContext.Implicits.global\n\n    val block = mockFunction[EditRequest[Patch], Future[Result]]\n    val bodyParser = stub[BodyParser[Patch]]\n    val underTest = new EditAction(bodyParser)\n  }\n\n  \"An EditAction\" - {\n    \"returns BadRequest when the X-User-Id header is not defined\" in new Fixture {\n      whenReady(underTest.async(block)(aPatchRequest)) { result =>\n        result shouldBe BadRequest\n      }\n    }\n\n    \"invokes the controller block with an EditRequest when the X-User-Id header is defined\" in new Fixture {\n      val request = aPatchRequest.withHeaders(Headers(UserIdHeaderName -> UserId))\n      block.expects(where[EditRequest[Patch]] { _.userId === UserId }).returning(Future.successful(NoContent))\n\n      whenReady(underTest.async(block)(request)) { result =>\n        result shouldBe NoContent\n      }\n    }\n  }\n}\n\nobject EditActionSpec {\n  val UserId = \"jdoe\"\n  val APatch = Seq(\n    TestOperation(\"\/links\/ubrn\", JsString(\"1234567890123456\"))\n  )\n\n  def aPatchRequest: Request[Seq[Operation]] =\n    FakeRequest(\"PATCH\", \"some-uri\").withBody(APatch)\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/LinkToLegalUnitSpec.scala","text":"package uk.gov.ons.br.models\n\nimport play.api.libs.json.Json\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.test.json.JsonString\nimport uk.gov.ons.br.test.json.JsonString.withString\n\nclass LinkToLegalUnitSpec extends UnitSpec {\n\n  private trait Fixture {\n    def expectedJsonStrOf(link: LinkToLegalUnit): String =\n      JsonString.ofObject(\n        withString(named = \"ubrn\", withValue = link.ubrn)\n      )\n  }\n\n  \"A link to a Legal Unit\" - {\n    \"can be represented as Json\" in new Fixture {\n      val aLink = LinkToLegalUnit(ubrn = \"1234567890123456\")\n\n      Json.toJson(aLink) shouldBe Json.parse(expectedJsonStrOf(aLink))\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseQueryRepository.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport javax.inject.Inject\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.{QueryRepository, QueryResult}\nimport uk.gov.ons.br.{RepositoryError, ResultRepositoryError}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * Adds a \"business object\" view of the underlying repository.\n * This shields client code from the underlying representation of a HBase request \/ response.\n *\n * Note that we are injecting an slf4j logger as this is an interface that can be stubbed \/ mocked.\n * Scala Logging only offers a concrete class, and we do not really want to depend on Play logging in the\n * repository layer.  We must therefore be aware of the cost of building log messages for a log level that\n * is not enabled.\n *\/\nclass HBaseQueryRepository[R, U] @Inject() (hBase: HBaseRepository,\n                                            rowMapper: HBaseRowMapper[U],\n                                            makeRowKey: R => RowKey)\n                                           (implicit ec: ExecutionContext, logger: Logger) extends QueryRepository[R, U] {\n  override def queryByUnitReference(unitRef: R): Future[QueryResult[U]] = {\n    val rowKey = makeRowKey(unitRef)\n    if (logger.isDebugEnabled) logger.debug(\"Translated unit reference [{}] to rowKey [{}].\", unitRef, rowKey)\n    queryByRowKey(rowKey)\n  }\n\n  private def queryByRowKey(rowKey: RowKey): Future[QueryResult[U]] =\n    hBase.findRow(rowKey).map { errorOrPossibleRow =>\n      if (logger.isDebugEnabled) logger.debug(\"Query result for rowKey [{}] is [{}].\", rowKey: Any, errorOrPossibleRow: Any)\n      errorOrPossibleRow.flatMap { optRow =>\n        optRow.fold[QueryResult[U]](Right(None)) { row =>\n          fromRow(row).map(Some(_))\n        }\n      }\n    }\n\n  private def fromRow(row: HBaseRow): Either[RepositoryError, U] = {\n    val optUnit = rowMapper.fromRow(row)\n    optUnit.fold(ifEmpty = logger.warn(\"Unable to construct a unit from the row [{}].\", row)) { unit =>\n      if (logger.isDebugEnabled) logger.debug(\"Constructed unit [{}] from the row [{}].\", unit, row)\n    }\n    optUnit.toRight(ResultRepositoryError(\"Unable to construct a unit from the HBase row\"))\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestRepository_Update_WiremockSpec.scala","text":"package uk.gov.ons.br.repository.hbase.rest\n\nimport com.github.tomakehurst.wiremock.client.WireMock.{aResponse, equalToJson}\nimport play.api.http.Status.{BAD_REQUEST, UNAUTHORIZED}\nimport play.api.libs.json.{JsResult, JsSuccess, Json}\nimport uk.gov.ons.br.repository.CommandRepository.{EditApplied, EditConflicted, EditFailed, EditTargetNotFound}\nimport uk.gov.ons.br.repository.hbase.rest.HBaseRestRepository_Update_WiremockSpec.{CheckAndUpdateRequestBody, CheckAndUpdateAndSetAdditionalFieldRequestBody, OldCell, OtherCell, RowKey, UpdatedCell}\nimport uk.gov.ons.br.repository.hbase.{HBaseCell, HBaseColumn, HBaseRow, RowKey}\nimport uk.gov.ons.br.test.hbase.HBaseJsonBodyBuilder\n\nclass HBaseRestRepository_Update_WiremockSpec extends AbstractHBaseRestRepositoryWiremockSpec {\n\n  \/\/ uses a different value to the Query Spec to allow concurrent spec execution\n  override protected val HBasePort = 8076\n\n  private object FixtureHelper {\n    private val DummyJsonResponseStr = \"\"\"{\"some\":\"json\"}\"\"\"\n    private val DummyJsonResponse = Json.parse(DummyJsonResponseStr)\n\n    def stubHBaseTargetEntityLookupWillFail(withRowKey: RowKey)(implicit fixtureParam: FixtureParam): Unit = {\n      import fixtureParam._\n      stubHBaseFor(getHBaseJson(config.namespace, config.tableName, withRowKey, auth).willReturn(aServiceUnavailableResponse()))\n    }\n\n    def stubHBaseTargetEntityWillBeNotFound(withRowKey: RowKey)(implicit fixtureParam: FixtureParam): Unit =\n      stubHBaseTargetEntityRetrieves(withRowKey, JsSuccess(Seq.empty))\n\n    def stubHBaseTargetEntityWillBeFound(withRowKey: RowKey)(implicit fixtureParam: FixtureParam): Unit = {\n      val row = HBaseRow(withRowKey, Seq(HBaseCell(HBaseColumn.name(\"family\")(\"qualifier\"), \"value\")))\n      stubHBaseTargetEntityRetrieves(withRowKey, JsSuccess(Seq(row)))\n    }\n\n    private def stubHBaseTargetEntityRetrieves(rowKey: RowKey, bodyParseResult: JsResult[Seq[HBaseRow]])(implicit fixtureParam: FixtureParam): Unit = {\n      import fixtureParam._\n      stubHBaseFor(getHBaseJson(config.namespace, config.tableName, rowKey, auth).willReturn(anOkResponse().withBody(DummyJsonResponseStr)))\n      (readsRows.reads _).expects(DummyJsonResponse).returning(bodyParseResult)\n      () \/\/ explicitly return unit to avoid warning about disregarded return value\n    }\n  }\n\n  import FixtureHelper._\n\n  \"A HBase REST Repository\" - {\n    \"successfully applies an update to a row that has not been modified by another user\" - {\n      \"when the update sets a single field\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(anOkResponse())\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditApplied\n        }\n      }\n\n      \"when the update sets multiple fields\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateAndSetAdditionalFieldRequestBody)).\n          willReturn(anOkResponse())\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell, Seq(OtherCell))(logger)) { result =>\n          result shouldBe EditApplied\n        }\n      }\n    }\n\n    \"prevents an update\" - {\n      \"when the field has been modified by another user\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(aNotModifiedResponse())\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditConflicted\n        }\n      }\n    }\n\n    \"rejects an update\" - {\n      \"when the target entity does not exist\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeNotFound(withRowKey = RowKey)\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditTargetNotFound\n        }\n      }\n    }\n\n    \"fails an update\" - {\n      \/*\n       * Test patienceConfig must exceed the fixedDelay for this to work...\n       *\/\n      \"when the server takes longer to respond than the configured client-side timeout\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(anOkResponse().withFixedDelay((config.timeout + 100).toInt))\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe a [EditFailed]\n        }\n      }\n\n      \"when the configured user credentials are not accepted\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(aResponse().withStatus(UNAUTHORIZED))\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditFailed(\"Unauthorized (401)\")\n        }\n      }\n\n      \"when the attempt to confirm that the target entity exists fails\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityLookupWillFail(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(anOkResponse())\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe a [EditFailed]\n          result.asInstanceOf[EditFailed].msg should startWith(\"Failure encountered performing ifExists lookup\")\n        }\n      }\n\n      \"when the update response is a client error\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(aResponse().withStatus(BAD_REQUEST))\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditFailed(\"Bad Request (400)\")\n        }\n      }\n\n      \"when the update response is a server error\" in { implicit fixture =>\n        import fixture._\n        stubHBaseTargetEntityWillBeFound(withRowKey = RowKey)\n        stubHBaseFor(checkedPutHBaseJson(namespace = config.namespace, tableName = config.tableName, auth = auth, rowKey = RowKey).\n          withRequestBody(equalToJson(CheckAndUpdateRequestBody)).\n          willReturn(aServiceUnavailableResponse())\n        )\n\n        whenReady(repository.updateRow(RowKey, checkCell = OldCell, updateCell = UpdatedCell)(logger)) { result =>\n          result shouldBe EditFailed(\"Service Unavailable (503)\")\n        }\n      }\n    }\n  }\n}\n\nprivate object HBaseRestRepository_Update_WiremockSpec extends HBaseJsonBodyBuilder {\n  private val RowKey = \"rowKey\"\n  private val ColumnFamily = \"family\"\n  private val ColumnQualifier = \"qualifier\"\n  private val ColumnName = HBaseColumn.name(ColumnFamily)(ColumnQualifier)\n  private val OldCell = HBaseCell(ColumnName, \"oldValue\")\n  private val UpdatedCell = HBaseCell(ColumnName, \"updatedValue\")\n  private val OtherColumn = HBaseColumn(\"otherColumnFamily\", \"otherColumnQualifier\")\n  private val OtherCell = HBaseCell(HBaseColumn.name(OtherColumn), \"otherColumnValue\")\n\n  private val CheckAndUpdateRequestBody =\n    aBodyWith(\n      aRowWith(key = RowKey,\n        aColumnWith(family = ColumnFamily, qualifier = ColumnQualifier, value = UpdatedCell.value, timestamp = None),\n        aColumnWith(family = ColumnFamily, qualifier = ColumnQualifier, value = OldCell.value, timestamp = None)\n      )\n    )\n\n  private val CheckAndUpdateAndSetAdditionalFieldRequestBody =\n    aBodyWith(\n      aRowWith(key = RowKey,\n        aColumnWith(family = ColumnFamily, qualifier = ColumnQualifier, value = UpdatedCell.value, timestamp = None),\n        aColumnWith(family = OtherColumn.family, qualifier = OtherColumn.qualifier, value = OtherCell.value, timestamp = None),\n        aColumnWith(family = ColumnFamily, qualifier = ColumnQualifier, value = OldCell.value, timestamp = None)\n      )\n    )\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/LinkToLegalUnit.scala","text":"package uk.gov.ons.br.models\n\nimport play.api.libs.json.{Json, Writes}\n\n\/*\n * Modelling ubrn as a simple String here for now.\n * Would prefer a type - but it is not clear if there will be a suitable anti-corruption layer to enforce its invariants.\n *\/\ncase class LinkToLegalUnit(ubrn: String)\n\nobject LinkToLegalUnit {\n  implicit val writes: Writes[LinkToLegalUnit] = Json.writes[LinkToLegalUnit]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestUrlSpec.scala","text":"package uk.gov.ons.br.repository.hbase.rest\n\n\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nclass HBaseRestUrlSpec extends UnitSpec {\n\n  private trait Fixture {\n    val baseUrl = BaseUrl(protocol = \"http\", host = \"hostname\", port = Port(1234), prefix = None)\n  }\n\n  \"A HBase REST url can be built\" - {\n    \"that identifies a specific table row by its rowKey\" in new Fixture {\n      val url = HBaseRestUrl.forRow(baseUrl, namespace = \"namespace\", table = \"table\", rowKey = \"rowKey\")\n\n      url shouldBe \"http:\/\/hostname:1234\/namespace:table\/rowKey\"\n    }\n\n    \"that specifies a checked put to a target row\" in new Fixture {\n      val url = HBaseRestUrl.forCheckedPut(baseUrl, namespace = \"namespace\", table = \"table\", rowKey = \"rowKey\")\n\n      url shouldBe \"http:\/\/hostname:1234\/namespace:table\/rowKey\/?check=put\"\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestData.scala","text":"<reponame>ONSdigital\/br-api-common<gh_stars>0\npackage uk.gov.ons.br.repository.hbase.rest\n\nimport java.nio.charset.StandardCharsets\nimport java.util.Base64\n\nimport com.github.ghik.silencer.silent\nimport play.api.libs.json._\nimport uk.gov.ons.br.repository.hbase.{HBaseCell, HBaseRow}\n\n\/*\n * HBase only stores bytes, and so all data sent to \/ read from HBase is Base64 encoded.\n * We shield the client from this, and provide a format that seamlessly decodes \/ encodes as required.\n *\/\nobject HBaseRestData {\n  \/*\n   * These types model the underlying HBase representation.\n   * As we are relying on automatic format derivation, the field names MUST match those used by HBase EXACTLY.\n   *\/\n  private case class EncodedRows(Row: Seq[EncodedRow])\n  private case class EncodedRow(key: String, Cell: Seq[EncodedColumn])\n  private case class EncodedColumn(column: String, `$`: String)\n\n  \/*\n   * @silent unused - compiler warns that column & row formats are unused - but they are resolved implicitly\n   *\/\n  @silent private implicit val encodedColumnFormat: Format[EncodedColumn] = Json.format[EncodedColumn]\n  @silent private implicit val encodedRowFormat: Format[EncodedRow] = Json.format[EncodedRow]\n  private implicit val encodedRowsFormat: Format[EncodedRows] = Json.format[EncodedRows]\n\n  private val Charset = StandardCharsets.UTF_8\n\n  private object Decoder extends (EncodedRow => HBaseRow) {\n    def apply(encodedRow: EncodedRow): HBaseRow =\n      HBaseRow(key = decode(encodedRow.key), cells = encodedRow.Cell.map(decodeColumn))\n\n    private def decodeColumn(encodedColumn: EncodedColumn): HBaseCell =\n      HBaseCell(column = decode(encodedColumn.column), value = decode(encodedColumn.`$`))\n\n    private def decode(value: String): String = {\n      val bytes = Base64.getDecoder.decode(value)\n      new String(bytes, Charset)\n    }\n  }\n\n  private object Encoder extends (HBaseRow => EncodedRow) {\n    def apply(row: HBaseRow): EncodedRow =\n      EncodedRow(key = encode(row.key), Cell = row.cells.map(encodeColumn))\n\n    private def encodeColumn(col: HBaseCell): EncodedColumn =\n      EncodedColumn(column = encode(col.column), `$` = encode(col.value))\n\n    private def encode(value: String): String = {\n      val bytes = value.getBytes(Charset)\n      Base64.getEncoder.encodeToString(bytes)\n    }\n  }\n\n  implicit val format: Format[Seq[HBaseRow]] = new Format[Seq[HBaseRow]] {\n    override def reads(json: JsValue): JsResult[Seq[HBaseRow]] =\n      json.validate[EncodedRows].map {\n        _.Row.map(Decoder)\n      }\n\n    override def writes(rows: Seq[HBaseRow]): JsValue = {\n      val encodedRows = EncodedRows(rows.map(Encoder))\n      Json.toJson(encodedRows)\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/Lifespan.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.models\n\n\nimport play.api.libs.json.{Json, Writes}\n\n\/*\n * Modelling the dates as strings for now - these are a pass-through and so we cannot vouch for their validity.\n *\/\ncase class Lifespan(birthDate: String,\n                    deathDate: Option[String],\n                    deathCode: Option[String])\n\nobject Lifespan {\n  implicit val writes: Writes[Lifespan] = Json.writes[Lifespan]\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/AddressSpec.scala","text":"<filename>src\/test\/scala\/uk\/gov\/ons\/br\/models\/AddressSpec.scala\npackage uk.gov.ons.br.models\n\n\nimport play.api.libs.json.Json\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.test.json.JsonString\nimport uk.gov.ons.br.test.json.JsonString.{withOptionalString, withString}\n\nclass AddressSpec extends UnitSpec {\n\n  private trait Fixture {\n    def expectedJsonStrOf(address: Address): String =\n      JsonString.ofObject(\n        withString(named = \"line1\", withValue = address.line1),\n        withOptionalString(named = \"line2\", withValue = address.line2),\n        withOptionalString(named = \"line3\", withValue = address.line3),\n        withOptionalString(named = \"line4\", withValue = address.line4),\n        withOptionalString(named = \"line5\", withValue = address.line5),\n        withString(named = \"postcode\", withValue = address.postcode)\n      )\n  }\n\n  \"An Address\" - {\n    \"can be represented as Json\" - {\n      \"when all fields are defined\" in new Fixture {\n        val anAddress = Address(line1 = \"line1-value\", line2 = Some(\"line2-value\"), line3 = Some(\"line3-value\"),\n          line4 = Some(\"line4-value\"), line5 = Some(\"line5-value\"), postcode = \"postcode-value\")\n\n        Json.toJson(anAddress) shouldBe Json.parse(expectedJsonStrOf(anAddress))\n      }\n\n      \"when only mandatory fields are defined\" in new Fixture {\n        val anAddress = Address(line1 = \"line1-value\", line2 = None, line3 = None, line4 = None, line5 = None,\n          postcode = \"postcode-value\")\n\n        Json.toJson(anAddress) shouldBe Json.parse(expectedJsonStrOf(anAddress))\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/http\/DefaultPatchResultHandlerSpec.scala","text":"<reponame>ONSdigital\/br-api-common<gh_stars>0\npackage uk.gov.ons.br.http\n\n\nimport play.api.mvc.Results.{Conflict, InternalServerError, NoContent, NotFound, UnprocessableEntity}\nimport uk.gov.ons.br.services.PatchService._\nimport uk.gov.ons.br.test.UnitSpec\n\nclass DefaultPatchResultHandlerSpec extends UnitSpec {\n\n  \"The DefaultPatchResultHandler\" - {\n    \"returns NoContent when the application of a patch succeeds\" in {\n      DefaultPatchResultHandler(PatchApplied) shouldBe NoContent\n    }\n\n    \"returns Conflict when the attempt to apply a patch conflicts with another edit\" in {\n      DefaultPatchResultHandler(PatchConflicted) shouldBe Conflict\n    }\n\n    \"returns NotFound when the patch target cannot be found\" in {\n      DefaultPatchResultHandler(PatchTargetNotFound) shouldBe NotFound\n    }\n\n    \"returns UnprocessableEntity when a patch is rejected\" in {\n      DefaultPatchResultHandler(PatchRejected(\"some reason\")) shouldBe UnprocessableEntity\n    }\n\n    \"returns InternalServerError when the application of a patch fails\" in {\n      DefaultPatchResultHandler(PatchFailed(\"some reason\")) shouldBe InternalServerError\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseRowMapper.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport org.slf4j.Logger\n\ntrait HBaseRowMapper[U] {\n  def fromRow(row: HBaseRow)(implicit logger: Logger): Option[U]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/actions\/QueryActionMaker.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.actions\n\nimport javax.inject.Inject\nimport play.api.mvc._\nimport uk.gov.ons.br.repository.{QueryRepository, QueryResult}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * From the Play docs: \"A controller in Play is nothing more than an object that generates Action values.\"\n * Actions are therefore the preferred approach to re-using behaviour across Controllers.\n *\n * Here we define an action that encapsulates retrieving a unit from a repository by the unit reference.\n * The query result is added to the request, and this custom request is passed to the controller block.\n * The controller simply has to define a block of type: QueryRequest[AnyContent] => Result where the passed\n * QueryRequest instance already contains the query result.\n *\/\n\ntrait QueryActionMaker[R, U] {\n  class QueryRequest[A](val queryResult: QueryResult[U], originalRequest: Request[A]) extends WrappedRequest[A](originalRequest)\n\n  def byUnitReference(unitRef: R): ActionBuilder[QueryRequest, AnyContent] with ActionTransformer[Request, QueryRequest]\n}\n\nclass DefaultQueryActionMaker[R, U] @Inject()(bodyParser: BodyParser[AnyContent], queryRepository: QueryRepository[R, U])\n                                             (implicit ec: ExecutionContext) extends QueryActionMaker[R, U] {\n  override def byUnitReference(unitRef: R): ActionBuilder[QueryRequest, AnyContent] with ActionTransformer[Request, QueryRequest] =\n    new ActionBuilder[QueryRequest, AnyContent] with ActionTransformer[Request, QueryRequest] {\n      override protected def transform[A](request: Request[A]): Future[QueryRequest[A]] =\n        queryRepository.queryByUnitReference(unitRef).map(new QueryRequest(_, request))\n\n      override protected def executionContext: ExecutionContext = ec\n      override def parser: BodyParser[AnyContent] = bodyParser\n    }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/LifespanSpec.scala","text":"package uk.gov.ons.br.models\n\nimport play.api.libs.json.Json\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.test.json.JsonString\nimport uk.gov.ons.br.test.json.JsonString.{withOptionalString, withString}\n\nclass LifespanSpec extends UnitSpec {\n\n  private trait Fixture {\n    def expectedJsonStrOf(lifespan: Lifespan): String =\n      JsonString.ofObject(\n        withString(named = \"birthDate\", withValue = lifespan.birthDate),\n        withOptionalString(named = \"deathDate\", withValue = lifespan.deathDate),\n        withOptionalString(named = \"deathCode\", withValue = lifespan.deathCode)\n      )\n  }\n\n  \"A Lifespan\" - {\n    \"can be represented as Json\" - {\n      \"when all fields are defined\" in new Fixture {\n        val aLifespan = Lifespan(birthDate = \"23\/12\/2012\", deathDate = Some(\"17\/10\/2015\"), deathCode = Some(\"658664\"))\n\n        Json.toJson(aLifespan) shouldBe Json.parse(expectedJsonStrOf(aLifespan))\n      }\n\n      \"when only mandatory fields are defined\" in new Fixture {\n        val aLifespan = Lifespan(birthDate = \"23\/12\/2012\", deathDate = None, deathCode = None)\n\n        Json.toJson(aLifespan) shouldBe Json.parse(expectedJsonStrOf(aLifespan))\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/services\/UnitRegistryService.scala","text":"package uk.gov.ons.br.services\n\n\nimport uk.gov.ons.br.services.UnitRegistryService.UnitRegistryResult\n\nimport scala.concurrent.Future\n\ntrait UnitRegistryService[R] {\n  def isRegistered(unitRef: R): Future[UnitRegistryResult]\n}\n\nobject UnitRegistryService {\n  sealed trait UnitRegistryResult\n  object UnitFound extends UnitRegistryResult\n  object UnitNotFound extends UnitRegistryResult\n  case class UnitRegistryFailure(msg: String) extends UnitRegistryResult\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseEditHistoryIdMakerSpec.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport java.util.UUID\n\nimport org.scalatest.matchers.{BeMatcher, MatchResult}\nimport uk.gov.ons.br.repository.hbase.HBaseEditHistoryIdMakerSpec.{ColumnFamily, IsUUIDMatcher}\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.util.Try\n\nclass HBaseEditHistoryIdMakerSpec extends UnitSpec {\n\n  private trait Fixture {\n    val aUUID = new IsUUIDMatcher\n    val makeId = HBaseEditHistoryIdMaker(ColumnFamily)\n  }\n\n  \"A HBase EditHistory Id Maker\" - {\n    \"makes a column with the expected column family\" in new Fixture {\n      makeId().family shouldBe ColumnFamily\n    }\n\n    \"makes a column with a unique qualifier\" in new Fixture {\n      val id1 = makeId()\n      val id2 = makeId()\n\n      id1.qualifier should not be id2.qualifier\n      id1.qualifier should be (aUUID)\n      id2.qualifier should be (aUUID)\n    }\n  }\n}\n\nobject HBaseEditHistoryIdMakerSpec {\n  val ColumnFamily = \"f\"\n\n  class IsUUIDMatcher extends BeMatcher[String] {\n    override def apply(left: String): MatchResult = {\n      val tryUUID = Try(UUID.fromString(left))\n      MatchResult(\n        matches = tryUUID.isSuccess,\n        rawFailureMessage = s\"$left was not a UUID\",\n        rawNegatedFailureMessage = s\"$left was a UUID\"\n      )\n    }\n  }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/services\/PatchService.scala","text":"<reponame>ONSdigital\/br-api-common<gh_stars>0\npackage uk.gov.ons.br.services\n\n\nimport uk.gov.ons.br.models.patch.Patch\nimport uk.gov.ons.br.services.PatchService.{PatchDescriptor, PatchStatus}\n\nimport scala.concurrent.Future\n\ntrait PatchService[R] {\n  def applyPatchTo(unitRef: R, patch: PatchDescriptor): Future[PatchStatus]\n}\n\nobject PatchService {\n  case class PatchDescriptor(editedBy: String, operations: Patch)\n\n  sealed trait PatchStatus\n  case object PatchApplied extends PatchStatus\n  case object PatchConflicted extends PatchStatus\n  case object PatchTargetNotFound extends PatchStatus\n  case class PatchRejected(msg: String) extends PatchStatus\n  case class PatchFailed(msg: String) extends PatchStatus\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/controllers\/BadRequestController.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.controllers\n\nimport com.github.ghik.silencer.silent\nimport javax.inject.{Inject, Singleton}\nimport play.api.mvc.{Action, AnyContent, BaseController, ControllerComponents}\n\n\/*\n * This controller does nothing but respond with Bad Request (400)\n *\n * @silent unused - although the arguments to any badRequest method are unused, they are required as the Play router\n *                  dictates that all path parameters are in fact passed through to the controller.\n *\/\n@silent\n@SuppressWarnings(Array(\"UnusedMethodParameter\"))\n@Singleton\nclass BadRequestController @Inject() (protected val controllerComponents: ControllerComponents) extends BaseController {\n  def badRequest(arg: String): Action[AnyContent] = Action {\n    BadRequest\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/patch\/JsonPatchOperation.scala","text":"<filename>src\/main\/scala\/uk\/gov\/ons\/br\/models\/patch\/JsonPatchOperation.scala\npackage uk.gov.ons.br.models.patch\n\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{ JsPath, Reads }\n\nprivate[patch] case class JsonPatchOperation(op: OperationType, path: String)\n\nprivate[patch] object JsonPatchOperation {\n  implicit val reads: Reads[JsonPatchOperation] = (\n    (JsPath \\ \"op\").read[OperationType] and\n      (JsPath \\ \"path\").read[String])(JsonPatchOperation.apply _)\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/utils\/JsResultSupportSpec.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.utils\n\nimport play.api.libs.json.{JsError, JsSuccess}\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.util.{Failure, Success}\n\nclass JsResultSupportSpec extends UnitSpec {\n\n  \"A JsResult\" - {\n    \"can be created from a Try\" - {\n      \"when a Success\" in {\n        val value = \"hello world!\"\n\n        JsResultSupport.fromTry(Success(value)) shouldBe JsSuccess(value)\n      }\n\n      \"when a Failure\" in {\n        val cause = new Exception(\"failure message\")\n\n        JsResultSupport.fromTry(Failure(cause)) shouldBe JsError(cause.getMessage)\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/Ubrn.scala","text":"package uk.gov.ons.br.models\n\nimport play.api.libs.json.Reads.StringReads\nimport play.api.libs.json.{JsResult, JsValue, Reads}\nimport uk.gov.ons.br.utils.JsResultSupport\n\nimport scala.util.Try\n\n\/\/ Unique Business Reference Number\n\/\/ private constructor dictates that an instance is only available via apply() - which applies validation.\nfinal case class Ubrn private (value: String)\n\nobject Ubrn {\n  def apply(value: String): Ubrn = {\n    require(value.matches(\"\\\\d{16}\"), \"Ubrn must be 16 digits\")\n    new Ubrn(value)\n  }\n\n  implicit val reads: Reads[Ubrn] = new Reads[Ubrn] {\n    override def reads(json: JsValue): JsResult[Ubrn] =\n      StringReads.reads(json).flatMap { str =>\n        JsResultSupport.fromTry(Try(Ubrn(str)))\n      }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrDocumentSupport.scala","text":"package uk.gov.ons.br.repository.solr\n\n\nimport org.apache.solr.common.SolrDocument\n\nimport scala.collection.JavaConverters._\n\nobject SolrDocumentSupport {\n  \/*\n   * Note that a SolrDocument may contain \"multi-valued fields\" i.e. multiple values for the same key.\n   * We do not support such fields - and simply retain one field per key.\n   *\n   * Note that we do not use the getFieldValuesMap or getFieldValueMap methods on SolrDocument.  These\n   * return Map implementations with many unsupported methods - resulting in a UnsupportedOperationException\n   * when attempting to apply the standard JavaConverters.\n   *\/\n  def asFields(document: SolrDocument): Map[String, String] =\n    document.entrySet().asScala.toSeq.map { e =>\n      e.getKey -> e.getValue\n    }.toMap.mapValues(_.toString)\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/http\/package.scala","text":"package uk.gov.ons.br\n\n\nimport play.api.mvc.Result\nimport uk.gov.ons.br.repository.{QueryResult, SearchResult}\nimport uk.gov.ons.br.services.PatchService.PatchStatus\n\npackage object http {\n  type QueryResultHandler[U] = QueryResult[U] => Result\n  type PatchResultHandler = PatchStatus => Result\n  type SearchResultHandler[U] = SearchResult[U] => Result\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/actions\/EditAction.scala","text":"<reponame>ONSdigital\/br-api-common<filename>src\/main\/scala\/uk\/gov\/ons\/br\/actions\/EditAction.scala\npackage uk.gov.ons.br.actions\n\nimport javax.inject.Inject\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.mvc.Results.BadRequest\nimport play.api.mvc._\nimport uk.gov.ons.br.actions.EditAction.UserIdHeaderName\nimport uk.gov.ons.br.models.patch.Patch\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * From the Play docs: \"A controller in Play is nothing more than an object that generates Action values.\"\n * Actions are therefore the preferred approach to re-using behaviour across Controllers.\n *\n * Here we define an action that extracts the editedBy userId from a header, and makes it available from\n * a custom request object.  This custom request is passed to the controller block, meaning that the controller\n * should define a block of type EditRequest[Patch] => Result.\n * If the userId header is not defined, this action responds with BadRequest.\n *\/\n\nclass EditRequest[A](val userId: String, originalRequest: Request[A]) extends WrappedRequest[A](originalRequest)\n\nclass EditAction @Inject() (bodyParser: BodyParser[Patch])(implicit ec: ExecutionContext) extends ActionBuilder[EditRequest, Patch] with ActionRefiner[Request, EditRequest] {\n  private lazy val logger: Logger = LoggerFactory.getLogger(this.getClass)\n\n  override protected def refine[A](request: Request[A]): Future[Either[Result, EditRequest[A]]] = {\n    val optUserId = request.headers.get(UserIdHeaderName)\n    val resultOrEditRequest = optUserId.fold[Either[Result, EditRequest[A]]] {\n      logger.error(s\"Mandatory header is missing [$UserIdHeaderName]\")\n      Left(BadRequest)\n    } { userId =>\n      Right(new EditRequest[A](userId, request))\n    }\n\n    Future.successful(resultOrEditRequest)\n  }\n\n  override protected def executionContext: ExecutionContext = ec\n  override def parser: BodyParser[Patch] = bodyParser\n}\n\nobject EditAction {\n  val UserIdHeaderName = \"X-User-Id\"\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"project\/Dependencies.scala","text":"<gh_stars>0\nimport sbt._\n\nobject Dependencies {\n  private lazy val silencerVersion = \"1.3.1\"\n  \n  lazy val playWs = \"com.typesafe.play\" %% \"play-ws\" % \"2.6.20\"\n  lazy val registersApiTest =  \"uk.gov.ons\" %% \"br-api-test-common\" % \"1.4\"\n  lazy val scalaMock = \"org.scalamock\" %% \"scalamock\" % \"4.1.0\"\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.4\"\n  lazy val silencerLib = \"com.github.ghik\" %% \"silencer-lib\" % silencerVersion\n  lazy val silencerPlugin = \"com.github.ghik\" %% \"silencer-plugin\" % silencerVersion\n  lazy val slf4jApi = \"org.slf4j\" % \"slf4j-api\" % \"1.7.25\"\n  lazy val solrs = \"io.ino\" %% \"solrs\" % \"2.2.0\"\n}\n\n\/*\n * For explicit resolution of transitive dependency conflicts.\n * Favour versions required by Play where possible\n *\/\nobject DependencyOverrides {\n  lazy val commonsLang = \"org.apache.commons\" % \"commons-lang3\" % \"3.6\"\n  lazy val findBugs = \"com.google.code.findbugs\" % \"jsr305\" % \"3.0.2\"\n  lazy val jacksonDatabind = \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.8.11.2\"\n  lazy val jclOverSlf4j = \"org.slf4j\" % \"jcl-over-slf4j\" % \"1.7.25\"\n  lazy val scalaJava8Compat = \"org.scala-lang.modules\" %% \"scala-java8-compat\" % \"0.9.0\"\n  lazy val scalaParserCombinators = \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.0.6\"\n  lazy val scalaXml = \"org.scala-lang.modules\" %% \"scala-xml\" % \"1.0.6\"\n  lazy val seleniumRemoteDriver = \"org.seleniumhq.selenium\" % \"selenium-remote-driver\" % \"3.5.3\"\n  lazy val guava = \"com.google.guava\" % \"guava\" % \"22.0\"\n\n  \/\/ we are not using selenium - favour the jetty components needed by wiremock\n  lazy val httpClient = \"org.apache.httpcomponents\" % \"httpclient\" % \"4.5.5\"\n  lazy val jettyHttp = \"org.eclipse.jetty\" % \"jetty-http\" % \"9.2.24.v20180105\"\n  lazy val jettyIo = \"org.eclipse.jetty\" % \"jetty-io\" % \"9.2.24.v20180105\"\n  lazy val jettyUtil = \"org.eclipse.jetty\" % \"jetty-util\" % \"9.2.24.v20180105\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestRepository_MockClientSpec.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.repository.hbase.rest\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.OneInstancePerTest\nimport org.scalatest.concurrent.ScalaFutures\nimport org.slf4j.Logger\nimport play.api.http.Status\nimport play.api.libs.json._\nimport play.api.libs.ws.{BodyWritable, WSClient, WSRequest, WSResponse}\nimport uk.gov.ons.br.ServerRepositoryError\nimport uk.gov.ons.br.repository.CommandRepository.EditFailed\nimport uk.gov.ons.br.repository.hbase.{HBaseCell, HBaseColumn, HBaseRow}\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, ExecutionContext, Future}\n\n\/*\n * This spec mocks the wsClient, which disregards the rule \"don't mock types you don't own\" (see \"Growing\n * Object-Oriented Software, Guided by Tests\" by Freeman & Pryce).  Prefer the sibling test that uses Wiremock\n * where possible.  This was introduced to simplify asserting that the client-side timeout is configured correctly,\n * as this is not observable via Wiremock.  It also allows us to assert that the configured host \/ port are used,\n * as the wsTestClient used by the acceptance test overrides these.\n *\/\nclass HBaseRestRepository_MockClientSpec extends UnitSpec with MockFactory with ScalaFutures with OneInstancePerTest {\n\n  private trait Fixture {\n    val Protocol = \"http\"\n    val Host = \"somehost\"\n    val PortNumber = 4321\n    val ClientTimeout = 3321L\n    val AwaitTime = 500.milliseconds\n    val RowKey = \"rowKey\"\n    val config = HBaseRestRepositoryConfig(\n      BaseUrl(protocol = Protocol, host = Host, port = Port(PortNumber), prefix = Some(\"HBase\")),\n      namespace = \"namespace\", tableName = \"table\", username = \"username\", password = \"password\", timeout = ClientTimeout)\n\n    implicit val logger = stub[Logger]\n    val readsRows = stub[Reads[Seq[HBaseRow]]]\n    val wsClient = stub[WSClient]\n    val wsRequest = mock[WSRequest]\n    val wsResponse = stub[WSResponse]\n    val underTest = new HBaseRestRepository(config, wsClient, readsRows)(ExecutionContext.global)\n\n    def expectRequestHeadersAndAuth(): Unit = {\n      (wsRequest.withHttpHeaders _).expects(*).returning(wsRequest)\n      (wsRequest.withAuth _).expects(*, *, *).returning(wsRequest)\n      () \/\/ explicitly return unit to avoid warning about disregarded return value\n    }\n  }\n\n  private trait EditFixture extends Fixture {\n    val UpdateUrlSuffix = \"\/?check=put\"\n    private val ColumnName = HBaseColumn.name(\"family\")(\"qualifier\")\n    val OriginalCell = HBaseCell(ColumnName, \"old-value\")\n    val UpdatedCell = HBaseCell(ColumnName, \"new-value\")\n\n    def stubTargetRowExists(): Unit = {\n      val getRequest = stub[WSRequest]\n      val getResponse = stub[WSResponse]\n      (wsClient.url _).when(where[String] { ! _.endsWith(UpdateUrlSuffix) }).returns(getRequest)\n      (getRequest.withHttpHeaders _).when(*).returns(getRequest)\n      (getRequest.withAuth _).when(*, *, *).returns(getRequest)\n      (getRequest.withRequestTimeout _).when(*).returns(getRequest)\n      (getRequest.get _).when().returns(Future.successful(getResponse))\n      (getResponse.status _).when().returns(Status.OK)\n      (getResponse.json _).when().returns(JsObject.empty)\n      (readsRows.reads _).when(*).returns(JsSuccess(Seq(HBaseRow(RowKey, Seq(OriginalCell)))))\n      () \/\/ explicitly return unit to avoid warning about disregarded return value\n    }\n  }\n\n  \"A HBase REST repository\" - {\n    \"when querying data\" - {\n      \"specifies the configured client-side timeout when making a request\" in new Fixture {\n        (wsClient.url _).when(*).returns(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(ClientTimeout.milliseconds).returning(wsRequest)\n        (wsRequest.get _).expects().returning(Future.successful(wsResponse))\n\n        Await.result(underTest.findRow(RowKey), AwaitTime)\n      }\n\n      \"targets the specified host and port when making a request\" in new Fixture {\n        (wsClient.url _).when(where[String](_.startsWith(s\"$Protocol:\/\/$Host:$PortNumber\"))).returning(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(*).returning(wsRequest)\n        (wsRequest.get _).expects().returning(Future.successful(wsResponse))\n\n        Await.result(underTest.findRow(RowKey), AwaitTime)\n      }\n\n      \/*\n       * Any connection failed \/ socket disconnected type issue will likely result in the WsRequest's\n       * Future failing.  This tests the \"catch-all\" case, and that we can effectively recover the Future.\n       *\/\n      \"materialises an error into a failure\" in new Fixture {\n        (wsClient.url _).when(*).returns(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(*).returning(wsRequest)\n        (wsRequest.get _).expects().returning(Future.failed(new Exception(\"Connection failed\")))\n\n        whenReady(underTest.findRow(RowKey)) { result =>\n          result.left.value shouldBe ServerRepositoryError(\"Connection failed\")\n        }\n      }\n    }\n\n    \"when updating data\" - {\n      \"specifies the configured client-side timeout when making a request\" in new EditFixture {\n        stubTargetRowExists()\n        (wsClient.url _).when(where[String] { _.endsWith(UpdateUrlSuffix) }).returns(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(ClientTimeout.milliseconds).returning(wsRequest)\n        (wsRequest.put(_: JsValue)(_: BodyWritable[JsValue])).expects(*, *).returning(Future.successful(wsResponse))\n\n        Await.result(underTest.updateRow(RowKey, checkCell = OriginalCell, updateCell = UpdatedCell), AwaitTime)\n      }\n\n      \"targets the specified host and port when making a request\" in new EditFixture {\n        stubTargetRowExists()\n        (wsClient.url _).when(where[String] { url =>\n          url.startsWith(s\"$Protocol:\/\/$Host:$PortNumber\") && url.endsWith(UpdateUrlSuffix)\n        }).returning(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(*).returning(wsRequest)\n        (wsRequest.put(_: JsValue)(_: BodyWritable[JsValue])).expects(*, *).returning(Future.successful(wsResponse))\n\n        Await.result(underTest.updateRow(RowKey, checkCell = OriginalCell, updateCell = UpdatedCell), AwaitTime)\n      }\n\n      \/*\n       * Any connection failed \/ socket disconnected type issue will likely result in the WsRequest's\n       * Future failing.  This tests the \"catch-all\" case, and that we can effectively recover the Future.\n       *\/\n      \"materialises an error into a failure\" in new EditFixture {\n        stubTargetRowExists()\n        (wsClient.url _).when(where[String] { _.endsWith(UpdateUrlSuffix) }).returns(wsRequest)\n        expectRequestHeadersAndAuth()\n        (wsRequest.withRequestTimeout _).expects(*).returning(wsRequest)\n        (wsRequest.put(_: JsValue)(_: BodyWritable[JsValue])).expects(*, *).returning(\n          Future.failed(new Exception(\"Connection failed\")))\n\n        whenReady(underTest.updateRow(RowKey, checkCell = OriginalCell, updateCell = UpdatedCell)) { result =>\n          result shouldBe a [EditFailed]\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/UbrnSpec.scala","text":"package uk.gov.ons.br.models\n\nimport play.api.libs.json.{JsError, JsNumber, JsString, JsSuccess}\nimport uk.gov.ons.br.test.UnitSpec\n\nclass UbrnSpec extends UnitSpec {\n\n  \"A UBRN\" - {\n    \"can be created from a value comprising of 16 digits\" in {\n      Ubrn(\"1234567890123456\").value shouldBe \"1234567890123456\"\n    }\n\n    \"cannot be created\" - {\n      \"from a value that contains a non-digit character\" in {\n        an [IllegalArgumentException] shouldBe thrownBy {\n          Ubrn(\"123456789X123456\")\n        }\n      }\n\n      \"from a value with fewer than 16 digits\" in {\n        an [IllegalArgumentException] shouldBe thrownBy {\n          Ubrn(\"123456789012345\")\n        }\n      }\n\n      \"from a value with more than 16 digits\" in {\n        an [IllegalArgumentException] shouldBe thrownBy {\n          Ubrn(\"12345678901234567\")\n        }\n      }\n    }\n\n    \"can be read from a Json String comprising of 16 digits\" in {\n      JsString(\"1234567890123456\").validate[Ubrn] shouldBe JsSuccess(Ubrn(\"1234567890123456\"))\n    }\n\n    \"cannot be read\" - {\n      \"from a Json String containing a non-digit character\" in {\n        JsString(\"123456789X123456\").validate[Ubrn] shouldBe a [JsError]\n      }\n\n      \"from a Json String with fewer than 16 digits\" in {\n        JsString(\"123456789012345\").validate[Ubrn] shouldBe a [JsError]\n      }\n\n      \"from a Json String with more than 16 digits\" in {\n        JsString(\"12345678901234567\").validate[Ubrn] shouldBe a [JsError]\n      }\n\n      \"from a Json value that is not a string\" in {\n        JsNumber(12345678901234567L).validate[Ubrn] shouldBe a [JsError]\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseEditHistoryIdMaker.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport java.util.UUID\n\nobject HBaseEditHistoryIdMaker {\n  def apply(columnFamily: String): () => HBaseColumn =\n    () => HBaseColumn(family = columnFamily, qualifier = UUID.randomUUID().toString)\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrSearchRepository.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.repository.solr\n\n\nimport javax.inject.Inject\nimport org.apache.solr.common.SolrDocument\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.{SearchRepository, SearchResult}\nimport uk.gov.ons.br.{ResultRepositoryError, ServerRepositoryError}\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.control.NonFatal\n\nclass SolrSearchRepository[U] @Inject() (solrClient: SolrClient,\n                                         solrDocumentMapper: SolrDocumentMapper[U])\n                                        (implicit ec: ExecutionContext, logger: Logger) extends SearchRepository[U] {\n  override def searchFor(term: String): Future[SearchResult[U]] = {\n    if (logger.isDebugEnabled()) logger.debug(\"Searching for term [{}]\", term)\n    solrClient.searchFor(term).map { queryResponse =>\n      if (logger.isDebugEnabled()) logger.debug(\"Found [{}] documents matching term [{}]\", queryResponse.getResults.getNumFound, term)\n      val documents = queryResponse.getResults.asScala.toVector\n      val units = documents.flatMap(fromDocument)\n      if (logger.isDebugEnabled()) logger.debug(\"[{}] documents successfully converted into [{}] results\", documents.size, units.size)\n      if (documents.nonEmpty && units.isEmpty) Left(ResultRepositoryError(s\"Unable to construct a unit from ANY of the matching documents\"))\n      else Right(units)\n    }.recover {\n      case NonFatal(t) => Left(ServerRepositoryError(s\"${t.getClass.getSimpleName} - ${t.getMessage}\"))\n    }\n  }\n\n  private def fromDocument(document: SolrDocument): Option[U] = {\n    val optUnit = solrDocumentMapper.fromDocument(document)\n    optUnit.fold(logger.warn(s\"Unable to construct a unit from the document {}\", document)) { unit =>\n      if (logger.isDebugEnabled) logger.debug(\"Constructed unit [{}] from the document [{}].\", unit, document)\n    }\n    optUnit\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/Field.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.repository\n\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.Field.Conversions.{toBigDecimal, toInt}\n\nimport scala.Function.const\nimport scala.util.{Failure, Success, Try}\n\nobject Field {\n  type Variables = Map[String, String]\n  type RawField = (String, Option[String])\n  type TypedField[A] = (String, Option[Try[A]])\n\n  private[repository] object Raw {\n    def named(name: String): Variables => RawField =\n      fields => name -> fields.get(name)\n\n    \/*\n     * End states for untyped (String) fields.\n     *\/\n\n    def optional: RawField => Option[String] = {\n      case (_, optValue) => optValue\n    }\n\n    def mandatory(implicit logger: Logger): RawField => Option[String] = {\n      case (name, optValue) =>\n        if (optValue.isEmpty) logMissingMandatoryField(logger, name)\n        optValue\n    }\n  }\n\n  private[repository] object Typed {\n    def tryConversion[A](f: String => Try[A]): RawField => TypedField[A] = {\n      case (name, optValue) => name -> optValue.map(f)\n    }\n\n    \/*\n     * End states for typed fields.\n     *\/\n\n    def optional[A](implicit logger: Logger): TypedField[A] => Try[Option[A]] =\n      endState(\n        onMissing = const[Try[Option[A]], String](Success(None)),\n        onSuccessfulConversion = Some.apply)\n\n    def mandatory[A](implicit logger: Logger): TypedField[A] => Try[A] =\n      endState(\n        onMissing = name => {\n          logMissingMandatoryField(logger, name)\n          Failure(new NoSuchElementException(name))\n        },\n        onSuccessfulConversion = identity)\n\n    private def endState[A, B](onMissing: String => Try[B], onSuccessfulConversion: A => B)(implicit logger: Logger): TypedField[A] => Try[B] = {\n      case (name, optTryValue) =>\n        optTryValue.fold(onMissing(name)) { tryValue =>\n          logCauseOnFailure(logger, name, tryValue)\n          tryValue.map(onSuccessfulConversion)\n        }\n    }\n\n    private def logCauseOnFailure[A](logger: Logger, name: String, tryValue: Try[A]): Unit =\n      tryValue.failed.foreach { cause =>\n        logFailedConversion(logger, name, cause)\n      }\n\n    private def logFailedConversion(logger: Logger, name: String, cause: Throwable): Unit =\n      logger.error(s\"Conversion attempt of field [$name] failed with cause [${cause.getMessage}].\", cause)\n  }\n\n  private[repository] object Conversions {\n    def toInt(field: String): Try[Int] =\n      Try(field.toInt)\n\n    def toBigDecimal(field: String): Try[BigDecimal] =\n      Try(BigDecimal(field))\n  }\n\n  private def logMissingMandatoryField(logger: Logger, name: String): Unit =\n    logger.error(\"Mandatory field [{}] is missing.\", name)\n\n  \/*\n   * Both optional & mandatory strings are returned as Option values to support use in for expressions.\n   * The only difference between the two is that mandatory will log an error if the field is missing.\n   *\n   * When used in for expressions:\n   * - if the field is optional '=' should be used to capture the value.\n   * - if the field is mandatory a generator '<-' should be used to abort the expression\n   *\/\n  def optionalStringNamed(name: String): Variables => Option[String] =\n    Raw.optional.compose(Raw.named(name))\n\n  def mandatoryStringNamed(name: String)(implicit logger: Logger): Variables => Option[String] =\n    Raw.mandatory.compose(Raw.named(name))\n\n  \/*\n   * Whether the field is optional or mandatory determines the value of the Try when the field is missing.\n   * Optional fields default to Success, and mandatory fields default to Failure.\n   * This supports use in for expressions, with an optional field yielding None when missing, in contrast to\n   * a mandatory field which aborts the expression when missing.\n   *\/\n  def optionalIntNamed(name: String)(implicit logger: Logger): Variables => Try[Option[Int]] =\n    Typed.optional[Int].compose(anIntNamed(name))\n\n  def mandatoryIntNamed(name: String)(implicit logger: Logger): Variables => Try[Int] =\n    Typed.mandatory[Int].compose(anIntNamed(name))\n\n  private def anIntNamed(name: String): Variables => (String, Option[Try[Int]]) =\n    Raw.named(name).andThen(Typed.tryConversion(toInt))\n\n  def mandatoryBigDecimalNamed(name: String)(implicit logger: Logger): Variables => Try[BigDecimal] =\n    Typed.mandatory[BigDecimal].compose(aBigDecimalNamed(name))\n\n  private def aBigDecimalNamed(name: String): Variables => (String, Option[Try[BigDecimal]]) =\n    Raw.named(name).andThen(Typed.tryConversion(toBigDecimal))\n\n  \/*\n   * This supports the scenario where a field is a sub-object consisting of optional values, and we only want to\n   * define the field if at least one of the optional values is non-empty.\n   *\n   * The second argument-list represents the function to apply, and will typically be the apply function of the case\n   * class that represents the field type.\n   *\/\n  def whenExistsNonEmpty[A, B, C, D, E, F](a: Option[A], b: Option[B], c: Option[C], d: Option[D], e: Option[E])\n                                          (f: (Option[A], Option[B], Option[C], Option[D], Option[E]) => F): Option[F] =\n    whenExistsNonEmpty(a, b, c, d, e, None) { (a, b, c, d, e, _) =>\n      f(a, b, c, d, e)\n    }\n\n  def whenExistsNonEmpty[A, B, C, D, E, F, G](a: Option[A], b: Option[B], c: Option[C], d: Option[D], e: Option[E], f: Option[F])\n                                             (g: (Option[A], Option[B], Option[C], Option[D], Option[E], Option[F]) => G): Option[G] =\n    a.orElse(b).orElse(c).orElse(d).orElse(e).orElse(f).map { _ =>\n      g(a, b, c, d, e, f)\n    }\n\n  \/*\n   * The following cater for the special case where we want to map many database fields to one logical field.\n   * This only makes sense for strings - where we simply concatenate the field values.\n   *\/\n  def optionalConcatenatedStringFrom(name: String, nextName: String, otherNames: String*): Variables => Option[String] =\n    concatenatedStringFrom(name, nextName, otherNames: _*)(None)\n\n  def mandatoryConcatenatedStringFrom(name: String, nextName: String, otherNames: String*)(implicit logger: Logger): Variables => Option[String] =\n    concatenatedStringFrom(name, nextName, otherNames: _*) {\n      logger.error(\"Unable to concatenate mandatory string.  All of [{}] are missing.\", (name +: nextName +: otherNames).mkString(\",\"))\n      None\n    }\n\n  \/\/ we use this signature to mandate at least two field names\n  private def concatenatedStringFrom(name: String, nextName: String, otherNames: String*)\n                                    (onNotDefined: => Option[String]): Variables => Option[String] = {\n    val fields = (name +: nextName +: otherNames).map(optionalStringNamed)\n    variables => {\n      val values = fields.map(_.apply(variables))\n      if (values.exists(_.isDefined)) Some(values.flatten.mkString) else onNotDefined\n    }\n  }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/package.scala","text":"<filename>src\/main\/scala\/uk\/gov\/ons\/br\/repository\/package.scala\npackage uk.gov.ons.br\n\nsealed trait RepositoryError\n\/\/ Repository did not return a result within an acceptable time period\ncase class TimeoutRepositoryError(msg: String) extends RepositoryError\n\/\/ Repository returned a result that business logic considers invalid\ncase class ResultRepositoryError(msg: String) extends RepositoryError\n\/\/ General case where repository signalled an error\ncase class ServerRepositoryError(msg: String) extends RepositoryError\n\npackage object repository {\n  type QueryResult[U] = Either[RepositoryError, Option[U]]\n  type SearchResult[U] = Either[RepositoryError, Seq[U]]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/QueryRepository.scala","text":"package uk.gov.ons.br.repository\n\nimport scala.concurrent.Future\n\ntrait QueryRepository[R, U] {\n  def queryByUnitReference(unitRef: R): Future[QueryResult[U]]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseCell.scala","text":"package uk.gov.ons.br.repository.hbase\n\ncase class HBaseCell(column: String, value: String)\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/SearchRepository.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.repository\n\nimport scala.concurrent.Future\n\ntrait SearchRepository[U] {\n  def searchFor(term: String): Future[SearchResult[U]]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/utils\/JsResultSupport.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.utils\n\nimport play.api.libs.json.{ JsError, JsResult, JsSuccess }\n\nimport scala.util.Try\n\nobject JsResultSupport {\n  def fromTry[A](tryA: Try[A]): JsResult[A] =\n    tryA.fold(\n      err => JsError(err.getMessage),\n      a => JsSuccess(a))\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/utils\/BaseUrl.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.utils\n\ncase class Port(value: Int) {\n  require(value >= Port.Min && value <= Port.Max, s\"Port [$value] is outside the valid range [${Port.Min}-${Port.Max}]\")\n}\n\nobject Port {\n  private val Min = 0\n  private val Max = 65535\n}\n\ncase class BaseUrl(protocol: String, host: String, port: Port, prefix: Option[String] = None)\n\nobject BaseUrl {\n  def asUrlString(baseUrl: BaseUrl): String =\n    s\"${baseUrl.protocol}:\/\/${baseUrl.host}:${baseUrl.port.value}${baseUrl.prefix.fold(\"\")(p => \"\/\" + p)}\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/filters\/AccessLoggingFilter.scala","text":"package uk.gov.ons.br.filters\n\nimport akka.stream.Materializer\nimport org.slf4j.Logger\nimport play.api.http.Status\nimport play.api.mvc.{Filter, RequestHeader, Result}\nimport uk.gov.ons.br.filters.AccessLoggingFilter.{LogEntryWithResultFormat, logEntryWithResultArguments}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * This is based on the example at: https:\/\/www.playframework.com\/documentation\/2.6.x\/ScalaLogging\n *\n * Note that we are injecting an slf4j logger as this is an interface that can be stubbed \/ mocked.\n * Scala Logging only offers a concrete class, and ScalaMock cannot mock the Play logger because the\n * message is a byName parameter.  Note that benchmarks have confirmed that using slf4j parameterized\n * messages is faster than Scala String interpolation.\n *\/\nclass AccessLoggingFilter(logger: Logger)(implicit val mat: Materializer, ec: ExecutionContext) extends Filter {\n  def apply(next: RequestHeader => Future[Result])(request: RequestHeader): Future[Result] = {\n    val resultFuture = next(request)\n    resultFuture.onComplete {\n      _.fold(logRequestWithFailure(request, _), logRequestWithResult(request, _))\n    }\n\n    resultFuture\n  }\n\n  \/*\n   * As this is an access log we simply attempt to summarise the characteristics of cause, but avoid logging\n   * the full stack trace.\n   *\/\n  private def logRequestWithFailure(request: RequestHeader, cause: Throwable): Unit =\n    logger.error(\"{} {} from {} status=FAIL {}-{}\", Array(request.method, request.uri, request.remoteAddress,\n      cause.getClass.getSimpleName, cause.getMessage): _*)\n\n  private def logRequestWithResult(request: RequestHeader, result: Result): Unit = {\n    val statusCode = result.header.status\n    if (Status.isServerError(statusCode)) {\n      logger.error(LogEntryWithResultFormat, logEntryWithResultArguments(request, statusCode): _*)\n    } else {\n      if (logger.isInfoEnabled) logger.info(LogEntryWithResultFormat, logEntryWithResultArguments(request, statusCode): _*)\n    }\n  }\n}\n\nprivate object AccessLoggingFilter {\n  val LogEntryWithResultFormat = \"{} {} from {} status={}\"\n\n  \/*\n   * Must be Array[AnyRef] in order to map to a Java Object... varargs argument on slf4j.\n   * This implies that scala.Int (a value type) must be converted to java.lang.Integer (for which there is an implicit conversion).\n   *\/\n  def logEntryWithResultArguments(request: RequestHeader, statusCode: Int): Array[AnyRef] =\n    Array(request.method, request.uri, request.remoteAddress, statusCode: java.lang.Integer)\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseColumn.scala","text":"package uk.gov.ons.br.repository.hbase\n\n\/**\n  * A HBase column identifier comprises a column family together with a qualifier.\n  *\n  * @param family the column family\n  * @param qualifier the column qualifier\n  *\/\n\/\/ @throws IllegalArgumentException if family is blank\ncase class HBaseColumn(family: String, qualifier: String) {\n  require(family.trim.nonEmpty, \"Column family cannot be blank\")\n}\n\nobject HBaseColumn {\n  private val Delimiter = \":\"\n\n  def name(family: String)(qualifier: String): String =\n    name(HBaseColumn(family, qualifier))\n\n  def name(column: HBaseColumn): String =\n    column.family + Delimiter + column.qualifier\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/models\/patch\/JsonPatchOperationSpec.scala","text":"<filename>src\/test\/scala\/uk\/gov\/ons\/br\/models\/patch\/JsonPatchOperationSpec.scala\npackage uk.gov.ons.br.models.patch\n\n\nimport play.api.libs.json._\nimport uk.gov.ons.br.models.patch.OperationTypes.{Add, Remove, Replace, Test}\nimport uk.gov.ons.br.test.UnitSpec\n\nclass JsonPatchOperationSpec extends UnitSpec {\n\n  private trait Fixture {\n    def readAsJsonPatchOperation(jsonStr: String): JsResult[JsonPatchOperation] =\n      Json.parse(jsonStr).validate[JsonPatchOperation]\n  }\n\n  \"A JsonPatchOperation\" - {\n    \"can be read from Json\" - {\n      \"when an add operation\" in new Fixture {\n        val jsonStr = \"\"\"{\"op\": \"add\", \"path\": \"\/a\/b\/c\", \"value\": [\"foo\", \"bar\"]}\"\"\"\n\n        readAsJsonPatchOperation(jsonStr) shouldBe JsSuccess(JsonPatchOperation(Add, \"\/a\/b\/c\"))\n      }\n\n      \"when a remove operation\" in new Fixture {\n        val jsonStr = \"\"\"{\"op\": \"remove\", \"path\": \"\/a\/b\/c\"}\"\"\"\n\n        readAsJsonPatchOperation(jsonStr) shouldBe JsSuccess(JsonPatchOperation(Remove, \"\/a\/b\/c\"))\n      }\n\n      \"when a replace operation\" in new Fixture {\n        val jsonStr = \"\"\"{\"op\": \"replace\", \"path\": \"\/a\/b\/c\", \"value\": 42}\"\"\"\n\n        readAsJsonPatchOperation(jsonStr) shouldBe JsSuccess(JsonPatchOperation(Replace, \"\/a\/b\/c\"))\n      }\n\n      \"when a test operation\" in new Fixture {\n        val jsonStr = \"\"\"{\"op\": \"test\", \"path\": \"\/a\/b\/c\", \"value\": \"foo\"}\"\"\"\n\n        readAsJsonPatchOperation(jsonStr) shouldBe JsSuccess(JsonPatchOperation(Test, \"\/a\/b\/c\"))\n      }\n    }\n\n    \"cannot be read from json\" - {\n      \"when not of the correct type\" in new Fixture {\n        val jsonStr = \"\"\"[\"test\", \"\/a\/b\/c\", \"foo\"]\"\"\"\n\n        readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n      }\n\n      \"when op\" - {\n        \"is missing\" in new Fixture {\n          val jsonStr = \"\"\"{\"path\": \"\/a\/b\/c\", \"value\": \"foo\"}\"\"\"\n\n          readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n        }\n\n        \"is not a string value\" in new Fixture {\n          val jsonStr = \"\"\"{\"op\": 42, \"path\": \"\/a\/b\/c\", \"value\": \"foo\"}\"\"\"\n\n          readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n        }\n\n        \"is unrecognised\" in new Fixture {\n          val jsonStr = \"\"\"{\"op\": \"unknown\", \"path\": \"\/a\/b\/c\", \"value\": \"foo\"}\"\"\"\n\n          readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n        }\n      }\n\n      \"when path\" - {\n        \"is missing\" in new Fixture {\n          val jsonStr = \"\"\"{\"op\": \"test\", \"value\": \"foo\"}\"\"\"\n\n          readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n        }\n\n        \"is not a string value\" in new Fixture {\n          val jsonStr = \"\"\"{\"op\": \"test\", \"path\": 42, \"value\": \"foo\"}\"\"\"\n\n          readAsJsonPatchOperation(jsonStr) shouldBe a [JsError]\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/actions\/SearchActionMaker.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.actions\n\n\nimport javax.inject.Inject\nimport play.api.mvc._\nimport uk.gov.ons.br.repository.{SearchRepository, SearchResult}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * From the Play docs: \"A controller in Play is nothing more than an object that generates Action values.\"\n * Actions are therefore the preferred approach to re-using behaviour across Controllers.\n *\n * Here we define an action that encapsulates searching for a term across a repository.\n * The search result is added to the request, and this custom request is passed to the controller block.\n * The controller simply has to define a block of type: SearchRequest[AnyContent] => Result where the passed\n * SearchRequest instance already contains the search result.\n *\/\n\ntrait SearchActionMaker[U] {\n  class SearchRequest[A](val searchResult: SearchResult[U], originalRequest: Request[A]) extends WrappedRequest[A](originalRequest)\n\n  def forTerm(term: String): ActionBuilder[SearchRequest, AnyContent] with ActionTransformer[Request, SearchRequest]\n}\n\nclass DefaultSearchActionMaker[U] @Inject() (bodyParser: BodyParser[AnyContent], searchRepository: SearchRepository[U])\n                                            (implicit ec: ExecutionContext) extends SearchActionMaker[U] {\n  override def forTerm(term: String): ActionBuilder[SearchRequest, AnyContent] with ActionTransformer[Request, SearchRequest] =\n    new ActionBuilder[SearchRequest, AnyContent] with ActionTransformer[Request, SearchRequest]  {\n      override protected def transform[A](request: Request[A]): Future[SearchRequest[A]] =\n        searchRepository.searchFor(term).map(new SearchRequest(_, request))\n\n      override protected def executionContext: ExecutionContext = ec\n      override def parser: BodyParser[AnyContent] = bodyParser\n    }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseRow.scala","text":"package uk.gov.ons.br.repository.hbase\n\n\/*\n * Note that we originally modelled cells as a Map, having made the assumption that the fields belonging to a row\n * have unique names.  While this is true when reading data, the assumption does not hold for write operations,\n * where checkAndAct operations are modelled as a \"row\" containing two versions of the same cell - the before and\n * after values.\n *\/\ncase class HBaseRow(key: RowKey, cells: Seq[HBaseCell])\n\nobject HBaseRow {\n  def asFields(row: HBaseRow): Map[String, String] =\n    row.cells.map { cell =>\n      cell.column -> cell.value\n    }.toMap\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/services\/admindata\/AdminDataPatchServiceSpec.scala","text":"<filename>src\/test\/scala\/uk\/gov\/ons\/br\/services\/admindata\/AdminDataPatchServiceSpec.scala\npackage uk.gov.ons.br.services.admindata\n\n\nimport org.scalamock.scalatest.MockFactory\nimport org.scalatest.concurrent.ScalaFutures\nimport play.api.libs.json._\nimport uk.gov.ons.br.models.Ubrn\nimport uk.gov.ons.br.models.patch.{Patch, ReplaceOperation, TestOperation}\nimport uk.gov.ons.br.repository.CommandRepository\nimport uk.gov.ons.br.repository.CommandRepository._\nimport uk.gov.ons.br.services.PatchService._\nimport uk.gov.ons.br.services.UnitRegistryService\nimport uk.gov.ons.br.services.UnitRegistryService.{UnitFound, UnitNotFound, UnitRegistryFailure}\nimport uk.gov.ons.br.services.admindata.AdminDataPatchServiceSpec._\nimport uk.gov.ons.br.test.UnitSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass AdminDataPatchServiceSpec extends UnitSpec with MockFactory with ScalaFutures {\n\n  private trait Fixture {\n    private implicit val executionContext = ExecutionContext.Implicits.global\n    implicit val readsUbrn = mock[Reads[Ubrn]]\n    val repository = mock[CommandRepository[FakeUnitRef, Ubrn]]\n    val unitRegistryService = mock[UnitRegistryService[Ubrn]]\n    val underTest = new AdminDataPatchService(repository, unitRegistryService)\n  }\n\n  \"An Admin Data PatchService\" - {\n    \"can apply a patch requesting a checked update of the Admin Unit's parent UBRN to that of a Legal Unit that exists in the register\" in new Fixture {\n      val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n      val updateParentCommand = UpdateParentLinkCommand(from = From, to = ToUbrn, editedBy = UserId)\n      (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n      (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitFound))\n      (repository.updateParentLink _).expects(AdminUnitRef, updateParentCommand).returning(Future.successful(EditApplied))\n\n      whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n        result shouldBe PatchApplied\n      }\n    }\n\n    \"can signal that an attempt to apply a patch conflicted with another change\" in new Fixture {\n      val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n      val updateParentCommand = UpdateParentLinkCommand(from = From, to = ToUbrn, editedBy = UserId)\n      (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n      (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitFound))\n      (repository.updateParentLink _).expects(AdminUnitRef, updateParentCommand).returning(Future.successful(EditConflicted))\n\n      whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n        result shouldBe PatchConflicted\n      }\n    }\n\n    \"can signal that the Admin Unit that is the subject of the patch could not be found\" in new Fixture {\n      val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n      val updateParentCommand = UpdateParentLinkCommand(from = From, to = ToUbrn, editedBy = UserId)\n      (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n      (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitFound))\n      (repository.updateParentLink _).expects(AdminUnitRef, updateParentCommand).returning(Future.successful(EditTargetNotFound))\n\n      whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n        result shouldBe PatchTargetNotFound\n      }\n    }\n\n    \"can signal that an attempt to apply a patch failed (as a result of some error)\" in new Fixture {\n      val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n      val updateParentCommand = UpdateParentLinkCommand(from = From, to = ToUbrn, editedBy = UserId)\n      val failureMessage = \"some message\"\n      (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n      (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitFound))\n      (repository.updateParentLink _).expects(AdminUnitRef, updateParentCommand).returning(Future.successful(EditFailed(failureMessage)))\n\n      whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n        result shouldBe PatchFailed(failureMessage)\n      }\n    }\n\n    \"rejects a patch\" - {\n      \"when the test path is not the parent link path\" in new Fixture {\n        val operationsWithInvalidTestPath = Seq(\n          TestOperation(\"\/links\/legalUnit\", JsString(From)),\n          ReplaceOperation(\"\/links\/ubrn\", ReplaceOperationJsValue)\n        )\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, operationsWithInvalidTestPath))) { result =>\n          result shouldBe PatchRejected(\"Unsupported test path [\/links\/legalUnit]\")\n        }\n      }\n\n      \"when the replace path is not the parent link path\" in new Fixture {\n        val operationsWithInvalidReplacePath = Seq(\n          TestOperation(\"\/links\/ubrn\", JsString(From)),\n          ReplaceOperation(\"\/links\/legalUnit\", ReplaceOperationJsValue)\n        )\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, operationsWithInvalidReplacePath))) { result =>\n          result shouldBe PatchRejected(\"Unsupported replace path [\/links\/legalUnit]\")\n        }\n      }\n\n      \"when both the test & replace paths are not the parent link path\" in new Fixture {\n        val operationsWithInvalidPath = Seq(\n          TestOperation(\"\/links\/legalUnit\", JsString(From)),\n          ReplaceOperation(\"\/links\/legalUnit\", ReplaceOperationJsValue)\n        )\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, operationsWithInvalidPath))) { result =>\n          result shouldBe PatchRejected(\"Unsupported test path [\/links\/legalUnit] and replace path [\/links\/legalUnit]\")\n        }\n      }\n\n      \/*\n       * Permitting a 'replace' operation by itself would not allow us to use a 'checkAndUpdate' operation,\n       * and would run the risk of overwriting another user's concurrent changes.\n       *\/\n      \"that does not contain both a 'test' and a 'replace' operation\" in new Fixture {\n        val replaceOnlyOperation = Seq(ReplaceOperation(\"\/links\/ubrn\", ReplaceOperationJsValue))\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, replaceOnlyOperation))) { result =>\n          result shouldBe PatchRejected(\"Unsupported sequence of operations\")\n        }\n      }\n\n      \"containing a test value that is not a string\" in new Fixture {\n        val operationsWithInvalidFromValue = Seq(\n          TestOperation(\"\/links\/ubrn\", JsNumber(42)),\n          ReplaceOperation(\"\/links\/ubrn\", ReplaceOperationJsValue)\n        )\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, operationsWithInvalidFromValue))) { result =>\n          result shouldBe a [PatchRejected]\n          result.asInstanceOf[PatchRejected].msg should startWith(\"test value must be a string\")\n        }\n      }\n\n      \"containing a replacement value that is not a Ubrn\" in new Fixture {\n        val operationsWithInvalidToValue = Seq(\n          TestOperation(\"\/links\/ubrn\", JsString(From)),\n          ReplaceOperation(\"\/links\/ubrn\", ReplaceOperationJsValue)\n        )\n        (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsError(\"Invalid UBRN\"))\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, PatchDescriptor(editedBy = UserId, operationsWithInvalidToValue))) { result =>\n          result shouldBe a [PatchRejected]\n          result.asInstanceOf[PatchRejected].msg should startWith(\"replace value must have UBRN format\")\n        }\n      }\n\n      \"requesting a checked update of the Admin Unit's parent UBRN to that of a Legal Unit that is not known to the register\" in new Fixture {\n        val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n        (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n        (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitNotFound))\n\n        whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n          result shouldBe PatchRejected(s\"A Legal Unit with the target UBRN [$ToUbrn] was not found\")\n        }\n      }\n    }\n\n    \"fails when an error is encountered while attempting to confirm that the requested parent Legal Unit is known to the register\" in new Fixture {\n      val patch = PatchDescriptor(editedBy = UserId, parentUpdateOperations(test = JsString(From), replace = ReplaceOperationJsValue))\n      val failureMessage = \"some message\"\n      (readsUbrn.reads _).expects(ReplaceOperationJsValue).returning(JsSuccess(ToUbrn))\n      (unitRegistryService.isRegistered _).expects(ToUbrn).returning(Future.successful(UnitRegistryFailure(failureMessage)))\n\n      whenReady(underTest.applyPatchTo(AdminUnitRef, patch)) { result =>\n        result shouldBe PatchFailed(s\"Failed confirming that target UBRN exists [$failureMessage]\")\n      }\n    }\n  }\n}\n\nprivate object AdminDataPatchServiceSpec {\n  case class FakeUnitRef(value: String)\n\n  val AdminUnitRef = FakeUnitRef(\"1234567890\")\n  val From = \"1111111111111111\"\n  val ToUbrn = Ubrn(\"9999999999999999\")\n  val ReplaceOperationJsValue = JsString(\"6666666666666666\")\n  val UserId = \"auser\"\n\n  def parentUpdateOperations(test: JsString, replace: JsString): Patch = Seq(\n    TestOperation(\"\/links\/ubrn\", test),\n    ReplaceOperation(\"\/links\/ubrn\", replace)\n  )\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/rest\/HBaseRestRepository_Query_WiremockSpec.scala","text":"package uk.gov.ons.br.repository.hbase.rest\n\n\nimport com.github.tomakehurst.wiremock.client.WireMock.aResponse\nimport play.api.http.Status.{BAD_REQUEST, UNAUTHORIZED}\nimport play.api.libs.json.{JsError, JsSuccess, Json}\nimport uk.gov.ons.br.repository.hbase.HBaseColumn.name\nimport uk.gov.ons.br.repository.hbase.rest.HBaseRestRepository_Query_WiremockSpec._\nimport uk.gov.ons.br.repository.hbase.{HBaseCell, HBaseColumn, HBaseRow}\nimport uk.gov.ons.br.{ResultRepositoryError, ServerRepositoryError, TimeoutRepositoryError}\n\nclass HBaseRestRepository_Query_WiremockSpec extends AbstractHBaseRestRepositoryWiremockSpec {\n\n  override protected val HBasePort = 8075\n\n  \"A HBase REST Repository\" - {\n    \"when attempting to retrieve a specific row by the rowKey\" - {\n\n      \"can process a valid success response\" - {\n        \"containing a single row\" in { fixture =>\n          val targetRow = HBaseRow(key = RowKey, cells = Seq(HBaseCell(ColumnName, ColumnValue)))\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(DummyJsonResponseStr)\n          ))\n          (fixture.readsRows.reads _).expects(Json.parse(DummyJsonResponseStr)).returning(\n            JsSuccess(Seq(targetRow))\n          )\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.right.value shouldBe Some(targetRow)\n          }\n        }\n\n        \/*\n         * This is the NOT FOUND case when running against Cloudera, which returns an \"empty row\" (rather than a 404).\n         *\/\n        \"containing no rows\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(DummyJsonResponseStr)\n          ))\n          (fixture.readsRows.reads _).expects(Json.parse(DummyJsonResponseStr)).returning(\n            JsSuccess(Seq.empty)\n          )\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.right.value shouldBe None\n          }\n        }\n      }\n\n      \/*\n       * Currently only applicable for developers testing directly against a recent version of HBase.\n       * This contrasts with the behaviour of Cloudera, which instead returns OK with a representation of an \"empty row\".\n       *\/\n      \"can process a NOT FOUND response\" in { fixture =>\n        stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n          aNotFoundResponse()\n        ))\n\n        whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n          result.right.value shouldBe None\n        }\n      }\n\n      \"fails\" - {\n        \"when multiple rows are returned\" in { fixture =>\n          val multipleRows = Seq(\n            HBaseRow(key = \"row1\", cells = Seq(HBaseCell(ColumnName, ColumnValue))),\n            HBaseRow(key = \"row2\", cells = Seq(HBaseCell(ColumnName, ColumnValue)))\n          )\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(DummyJsonResponseStr)\n          ))\n          (fixture.readsRows.reads _).expects(Json.parse(DummyJsonResponseStr)).returning(\n            JsSuccess(multipleRows)\n          )\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe ResultRepositoryError(\"At most one result was expected but found [2]\")\n          }\n        }\n\n        \"when the configured user credentials are not accepted\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            aResponse().withStatus(UNAUTHORIZED)\n          ))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe ServerRepositoryError(\"Unauthorized (401) - check HBase REST configuration\")\n          }\n        }\n\n        \"when the response is a client error\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            aResponse().withStatus(BAD_REQUEST)\n          ))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe ServerRepositoryError(\"Bad Request (400)\")\n          }\n        }\n\n        \"when the response is a server error\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            aServiceUnavailableResponse()\n          ))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe ServerRepositoryError(\"Service Unavailable (503)\")\n          }\n        }\n\n        \"when an OK response is returned containing a non-JSON body\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(\"this-is-not-json\")\n          ))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe a [ServerRepositoryError]\n            result.left.value.asInstanceOf[ServerRepositoryError].msg should startWith(\"Unable to create JsValue from HBase response\")\n          }\n        }\n\n        \"when an OK response contains a JSON body that cannot be parsed\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(DummyJsonResponseStr)\n          ))\n          (fixture.readsRows.reads _).expects(Json.parse(DummyJsonResponseStr)).returning(JsError(\"parse failure\"))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe a [ServerRepositoryError]\n            result.left.value.asInstanceOf[ServerRepositoryError].msg should startWith(\"Unable to parse HBase REST json response\")\n          }\n        }\n\n        \/*\n         * Test patienceConfig must exceed the fixedDelay for this to work...\n         *\/\n        \"when the server takes longer to respond than the configured client-side timeout\" in { fixture =>\n          stubHBaseFor(getHBaseJson(namespace = fixture.config.namespace, tableName = fixture.config.tableName, auth = fixture.auth, rowKey = RowKey).willReturn(\n            anOkResponse().withBody(DummyJsonResponseStr).withFixedDelay((fixture.config.timeout + 100).toInt)\n          ))\n\n          whenReady(fixture.repository.findRow(RowKey)(fixture.logger)) { result =>\n            result.left.value shouldBe a [TimeoutRepositoryError]\n          }\n        }\n      }\n    }\n  }\n}\n\nprivate object HBaseRestRepository_Query_WiremockSpec {\n  private val DummyJsonResponseStr = \"\"\"{\"some\":\"json\"}\"\"\"\n  private val RowKey = \"rowKey\"\n  private val ColumnName = name(HBaseColumn(\"family\", \"qualifier\"))\n  private val ColumnValue = \"columnValue\"\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/models\/patch\/package.scala","text":"<reponame>ONSdigital\/br-api-common<filename>src\/main\/scala\/uk\/gov\/ons\/br\/models\/patch\/package.scala\npackage uk.gov.ons.br.models\n\npackage object patch {\n  type Patch = Seq[Operation]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrClient.scala","text":"package uk.gov.ons.br.repository.solr\n\n\nimport org.apache.solr.client.solrj.response.QueryResponse\n\nimport scala.concurrent.Future\n\ntrait SolrClient {\n  def searchFor(term: String): Future[QueryResponse]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrDocumentMapper.scala","text":"<reponame>ONSdigital\/br-api-common<filename>src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/SolrDocumentMapper.scala<gh_stars>0\npackage uk.gov.ons.br.repository.solr\n\n\nimport org.apache.solr.common.SolrDocument\nimport org.slf4j.Logger\n\ntrait SolrDocumentMapper[U] {\n  def fromDocument(document: SolrDocument)(implicit logger: Logger): Option[U]\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/services\/admindata\/AdminDataPatchService.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.services.admindata\n\n\nimport javax.inject.Inject\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.libs.json.{JsValue, Reads}\nimport uk.gov.ons.br.models.Ubrn\nimport uk.gov.ons.br.models.patch.{ReplaceOperation, TestOperation}\nimport uk.gov.ons.br.repository.CommandRepository\nimport uk.gov.ons.br.repository.CommandRepository._\nimport uk.gov.ons.br.services.PatchService._\nimport uk.gov.ons.br.services.UnitRegistryService.{UnitFound, UnitNotFound, UnitRegistryFailure}\nimport uk.gov.ons.br.services.admindata.AdminDataPatchService.{asPatchStatus, asRejectionOr}\nimport uk.gov.ons.br.services.{PatchService, UnitRegistryService}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/*\n * We assume that the Admin Unit is using the LinkToLegalUnit model and that this object is given the key \"links\".\n * This gives us the default ParentLinkPath - but this can be configured per client service at DI time.\n * Note that we treat this constructor argument as a constant within this class, and so capitalise it accordingly.\n * This makes it a 'stable identifier' that can then be used in patterns.\n *\/\nclass AdminDataPatchService[R] @Inject() (repository: CommandRepository[R, Ubrn],\n                                          unitRegistryService: UnitRegistryService[Ubrn],\n                                          ParentLinkPath: String = \"\/links\/ubrn\")\n                                         (implicit ec: ExecutionContext, readsUbrn: Reads[Ubrn]) extends PatchService[R] {\n  require(ParentLinkPath.startsWith(\"\/\"), \"ParentLinkPath must start with '\/'\")\n  private lazy val logger: Logger = LoggerFactory.getLogger(this.getClass)\n\n  override def applyPatchTo(unitRef: R, patch: PatchDescriptor): Future[PatchStatus] = {\n    if (logger.isDebugEnabled) logger.debug(\"Applying patch to [{}] with descriptor [{}]\", unitRef, patch)\n    patch.operations match {\n      case TestOperation(ParentLinkPath, testValue) :: ReplaceOperation(ParentLinkPath, replaceValue) :: Nil =>\n        (for {\n          testStr <- asRejectionOr[String](testValue, rejectionMsg = \"test value must be a string\")\n          replacementUbrn <- asRejectionOr[Ubrn](replaceValue, rejectionMsg = \"replace value must have UBRN format\")\n        } yield (testStr, replacementUbrn)).fold[Future[PatchStatus]](\n          Future.successful,\n          { case (from, toUbrn) =>\n            updateParentUbrn(withUnitRef = unitRef, from, toUbrn, patch.editedBy)\n          }\n        )\n      case TestOperation(unsupportedTestPath, _) :: ReplaceOperation(ParentLinkPath, _) :: Nil =>\n        Future.successful(PatchRejected(s\"Unsupported test path [$unsupportedTestPath]\"))\n      case TestOperation(ParentLinkPath, _) :: ReplaceOperation(unsupportedReplacePath, _) :: Nil =>\n        Future.successful(PatchRejected(s\"Unsupported replace path [$unsupportedReplacePath]\"))\n      case TestOperation(unsupportedTestPath, _) :: ReplaceOperation(unsupportedReplacePath, _) :: Nil =>\n        Future.successful(PatchRejected(s\"Unsupported test path [$unsupportedTestPath] and replace path [$unsupportedReplacePath]\"))\n      case _ =>\n        Future.successful(PatchRejected(\"Unsupported sequence of operations\"))\n    }\n  }\n\n  \/*\n   * We check the target Legal Unit exists before updating a link to point to it.\n   * This is a \"best effort\" attempt to maintain the consistency of the database.  As we have no way to perform an\n   * atomic operation across tables, there is a risk (in future) that a concurrent process could delete the target\n   * Legal Unit between the check and the update steps.  For now, we assume that units will not be outright deleted\n   * and that this is sufficient.\n   *\/\n  private def updateParentUbrn(withUnitRef: R, from: String, toUbrn: Ubrn, editedBy: String): Future[PatchStatus] =\n    unitRegistryService.isRegistered(toUbrn).flatMap {\n      case UnitFound => repository.updateParentLink(withUnitRef, UpdateParentLinkCommand(from, toUbrn, editedBy)).map {\n        toPatchStatus\n      }\n      case UnitNotFound => Future.successful(PatchRejected(s\"A Legal Unit with the target UBRN [$toUbrn] was not found\"))\n      case UnitRegistryFailure(msg) => Future.successful(PatchFailed(s\"Failed confirming that target UBRN exists [$msg]\"))\n    }\n\n  private def toPatchStatus(editResult: OptimisticEditResult): PatchStatus = {\n    val status = asPatchStatus(editResult)\n    if (logger.isDebugEnabled) logger.debug(\"Translated editResult of [{}] to patch status [{}]\", editResult, status: Any)\n    status\n  }\n}\n\nprivate object AdminDataPatchService {\n  def asRejectionOr[A](value: JsValue, rejectionMsg: => String)(implicit reads: Reads[A]): Either[PatchRejected, A] = {\n    val errorOrA = value.validate[A].asEither\n    errorOrA.left.map(errors => PatchRejected(s\"$rejectionMsg - [$errors]\"))\n  }\n\n  def asPatchStatus(editResult: OptimisticEditResult): PatchStatus =\n    editResult match {\n      case EditApplied => PatchApplied\n      case EditConflicted => PatchConflicted\n      case EditTargetNotFound => PatchTargetNotFound\n      case EditFailed(msg) => PatchFailed(msg)\n    }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseRowSpec.scala","text":"<gh_stars>0\npackage uk.gov.ons.br.repository.hbase\n\nimport uk.gov.ons.br.repository.hbase.HBaseColumn.name\nimport uk.gov.ons.br.repository.hbase.HBaseRowSpec._\nimport uk.gov.ons.br.test.UnitSpec\n\nclass HBaseRowSpec extends UnitSpec {\n  \"A HBaseRow\" - {\n    \"can represent its cells as a mapping of column name to field value\" in {\n      HBaseRow.asFields(SampleRow) shouldBe Map(\n        ColumnName1 -> ColumnValue1,\n        ColumnName2 -> ColumnValue2\n      )\n    }\n  }\n}\n\nprivate object HBaseRowSpec {\n  val ColumnName1 = name(HBaseColumn(family = \"cf1\", qualifier = \"cq1\"))\n  val ColumnName2 = name(HBaseColumn(family = \"cf2\", qualifier = \"cq2\"))\n  val ColumnValue1 = \"value1\"\n  val ColumnValue2 = \"value2\"\n\n  val SampleRow = HBaseRow(key = \"unused\", cells = Seq(\n    HBaseCell(column = ColumnName1, value = ColumnValue1),\n    HBaseCell(column = ColumnName2, value = ColumnValue2)\n  ))\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseColumnSpec.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport uk.gov.ons.br.test.UnitSpec\n\nclass HBaseColumnSpec extends UnitSpec {\n\n  \"A fully qualified column name\" - {\n    \"is comprised of\" - {\n      \"a column family and a column family qualifier\" in {\n        HBaseColumn.name(HBaseColumn(\"family\", \"qualifier\")) shouldBe \"family:qualifier\"\n      }\n\n      \"where the column family may not be\" - {\n        \"empty\" in {\n          an [IllegalArgumentException] should be thrownBy HBaseColumn(\"\", \"qualifier\")\n        }\n\n        \"blank\" in {\n          an [IllegalArgumentException] should be thrownBy HBaseColumn(\"  \", \"qualifier\")\n        }\n      }\n\n      \"where the column family qualifier may be empty\" in {\n        HBaseColumn.name(HBaseColumn(\"family\", \"\")) shouldBe \"family:\"\n      }\n    }\n  }\n\n  \"A partially applied column name consisting of only the family\" - {\n    \"can be used to conveniently build multiple qualified column names\" in {\n      val aColumnNameQualifiedWith = HBaseColumn.name(\"family\") _\n\n      aColumnNameQualifiedWith(\"qualifier1\") shouldBe \"family:qualifier1\"\n      aColumnNameQualifiedWith(\"qualifier2\") shouldBe \"family:qualifier2\"\n    }\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/package.scala","text":"<filename>src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/package.scala\npackage uk.gov.ons.br.repository\n\npackage object hbase {\n  type RowKey = String\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/solrs\/SolrsClientWrapper.scala","text":"<filename>src\/main\/scala\/uk\/gov\/ons\/br\/repository\/solr\/solrs\/SolrsClientWrapper.scala\npackage uk.gov.ons.br.repository.solr.solrs\n\n\nimport io.ino.solrs.AsyncSolrClient\nimport javax.inject.Inject\nimport org.apache.solr.client.solrj.SolrQuery\nimport org.apache.solr.client.solrj.response.QueryResponse\nimport uk.gov.ons.br.repository.solr.SolrClient\n\nimport scala.concurrent.Future\n\nclass SolrsClientWrapper @Inject() (delegate: AsyncSolrClient[Future]) extends SolrClient {\n  override def searchFor(term: String): Future[QueryResponse] =\n    delegate.query(new SolrQuery(term))\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/test\/scala\/uk\/gov\/ons\/br\/config\/HBaseRestRepositoryConfigLoaderSpec.scala","text":"<reponame>ONSdigital\/br-api-common\npackage uk.gov.ons.br.config\n\n\nimport com.typesafe.config.{Config, ConfigException, ConfigFactory}\nimport uk.gov.ons.br.config.HBaseRestRepositoryConfigLoaderSpec.Example\nimport uk.gov.ons.br.repository.hbase.rest.HBaseRestRepositoryConfig\nimport uk.gov.ons.br.test.UnitSpec\nimport uk.gov.ons.br.utils.{BaseUrl, Port}\n\nclass HBaseRestRepositoryConfigLoaderSpec extends UnitSpec {\n\n  private trait Fixture {\n    val TargetPath = \"db.hbase\"\n\n    private def string(value: String): String =\n      s\"\"\"\"$value\"\"\"\"\n\n    private def number(value: Long): String =\n      value.toString\n\n    def sampleConfigurationWith(prefix: Option[String] = None): String = {\n      val defaultValues = Map(\n        \"username\" -> string(Example.Username),\n        \"password\" -> string(<PASSWORD>.Password),\n        \"timeout\" -> number(Example.Timeout),\n        \"namespace\" -> string(Example.Namespace),\n        \"protocol\" -> string(Example.Protocol),\n        \"host\" -> string(Example.Host),\n        \"port\" -> number(Example.Port),\n        \"tableName\" -> string(Example.TableName)\n      )\n\n      prefix.fold(defaultValues) { prefixValue =>\n        defaultValues + ((\"prefix\", string(prefixValue)))\n      }.map { case (k, v) =>\n          s\"$k = $v\"\n      }.mkString(s\"$TargetPath {\", \"\\n\", \"}\")\n    }\n\n    val configOf: String => Config =\n      ConfigFactory.parseString(_: String)\n  }\n\n  \"The configuration of a HBase REST repository\" - {\n    \"can be successfully loaded when\" - {\n      \"the configuration defines a non-empty prefix value\" in new Fixture {\n        val config = configOf(sampleConfigurationWith(prefix = Some(Example.Prefix)))\n\n        HBaseRestRepositoryConfigLoader.load(rootConfig = config, path = TargetPath) shouldBe HBaseRestRepositoryConfig(\n          baseUrl = BaseUrl(protocol = Example.Protocol, host = Example.Host, port = Port(Example.Port), prefix = Some(Example.Prefix)),\n          namespace = Example.Namespace,\n          tableName = Example.TableName,\n          username = Example.Username,\n          password = <PASSWORD>,\n          timeout = Example.Timeout\n        )\n      }\n\n      \"the configuration defines an empty prefix value\" in new Fixture {\n        val config = configOf(sampleConfigurationWith(prefix = Some(\"  \")))\n\n        HBaseRestRepositoryConfigLoader.load(rootConfig = config, path = TargetPath) shouldBe HBaseRestRepositoryConfig(\n          baseUrl = BaseUrl(protocol = Example.Protocol, host = Example.Host, port = Port(Example.Port), prefix = None),\n          namespace = Example.Namespace,\n          tableName = Example.TableName,\n          username = Example.Username,\n          password = <PASSWORD>,\n          timeout = Example.Timeout\n        )\n      }\n\n      \"the configuration omits a prefix value\" in new Fixture {\n        val config = configOf(sampleConfigurationWith(prefix = None))\n\n        HBaseRestRepositoryConfigLoader.load(rootConfig = config, path = TargetPath) shouldBe HBaseRestRepositoryConfig(\n          baseUrl = BaseUrl(protocol = Example.Protocol, host = Example.Host, port = Port(Example.Port), prefix = None),\n          namespace = Example.Namespace,\n          tableName = Example.TableName,\n          username = Example.Username,\n          password = <PASSWORD>,\n          timeout = 6000L\n        )\n      }\n    }\n\n    \"cannot be loaded\" - {\n      \"when a mandatory key is missing\" in new Fixture {\n        val mandatoryKeys = Seq(\"username\", \"password\", \"timeout\", \"namespace\", \"tableName\", \"protocol\", \"host\", \"port\")\n        mandatoryKeys.foreach { key =>\n          withClue(s\"with missing key $key\") {\n            val config = configOf(sampleConfigurationWith(prefix = None).replaceFirst(key, \"missing\"))\n            a [ConfigException] should be thrownBy {\n              HBaseRestRepositoryConfigLoader.load(rootConfig = config, path = TargetPath)\n            }\n          }\n        }\n      }\n\n      \"when the configured timeout value is non-numeric\" in new Fixture {\n        val badConfig = configOf(sampleConfigurationWith(prefix = None).replaceFirst(s\"timeout = ${Example.Timeout}\", \"\"\"timeout = \"not-a-number\"\"\"\"))\n\n        a [ConfigException] should be thrownBy {\n          HBaseRestRepositoryConfigLoader.load(rootConfig = badConfig, path = TargetPath)\n        }\n      }\n\n      \"when the configured port value\" - {\n        \"is non-numeric\" in new Fixture {\n          val badConfig = configOf(sampleConfigurationWith(prefix = None).replaceFirst(s\"port = ${Example.Port}\", \"\"\"port = \"not-a-number\"\"\"\"))\n\n          a [ConfigException] should be thrownBy {\n            HBaseRestRepositoryConfigLoader.load(rootConfig = badConfig, path = TargetPath)\n          }\n        }\n\n        \"is negative\" in new Fixture {\n          val badConfig = configOf(sampleConfigurationWith(prefix = None).replaceFirst(s\"port = ${Example.Port}\", \"\"\"port = -1\"\"\"))\n\n          a [ConfigException] should be thrownBy {\n            HBaseRestRepositoryConfigLoader.load(rootConfig = badConfig, path = TargetPath)\n          }\n        }\n\n        \"is too large\" in new Fixture {\n          val badConfig = configOf(sampleConfigurationWith(prefix = None).replaceFirst(s\"port = ${Example.Port}\", \"\"\"port = 65536\"\"\"))\n\n          a [ConfigException] should be thrownBy {\n            HBaseRestRepositoryConfigLoader.load(rootConfig = badConfig, path = TargetPath)\n          }\n        }\n      }\n    }\n  }\n}\n\nprivate object HBaseRestRepositoryConfigLoaderSpec {\n  object Example {\n    val Username = \"example-username\"\n    val Password = \"<PASSWORD>\"\n    val Timeout = 6000L\n    val Namespace = \"example-namespace\"\n    val Protocol = \"http\"\n    val Host = \"example-hostname\"\n    val Port = 1234\n    val TableName = \"example-tablename\"\n    val Prefix = \"example-prefix\"\n  }\n}"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/http\/DefaultPatchResultHandler.scala","text":"package uk.gov.ons.br.http\n\n\nimport org.slf4j.{Logger, LoggerFactory}\nimport play.api.mvc.Result\nimport play.api.mvc.Results.{Conflict, InternalServerError, NoContent, NotFound, UnprocessableEntity}\nimport uk.gov.ons.br.services.PatchService._\n\nobject DefaultPatchResultHandler extends PatchResultHandler {\n  private lazy val logger: Logger = LoggerFactory.getLogger(this.getClass)\n\n  override def apply(patchStatus: PatchStatus): Result = {\n    val result = toResult(patchStatus)\n    logError(patchStatus)\n    if (logger.isDebugEnabled) logger.debug(\"Translated patchStatus of [{}] to HTTP status [{}]\", patchStatus, result.header.status)\n    result\n  }\n\n  private def toResult(patchStatus: PatchStatus): Result =\n    patchStatus match {\n      case PatchApplied => NoContent\n      case PatchConflicted => Conflict\n      case PatchTargetNotFound => NotFound\n      case PatchRejected(_) => UnprocessableEntity\n      case PatchFailed(_) => InternalServerError\n    }\n\n  private def logError(patchStatus: PatchStatus): Unit =\n    patchStatus match {\n      case PatchRejected(msg) => logger.error(\"PatchRejected [{}]\", msg)\n      case PatchFailed(msg) => logger.error(\"PatchFailed [{}]\", msg)\n      case _ => ()\n    }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/hbase\/HBaseCommandRepository.scala","text":"package uk.gov.ons.br.repository.hbase\n\nimport java.time.format.DateTimeFormatter.ISO_LOCAL_DATE_TIME\nimport java.time.{Clock, LocalDateTime}\n\nimport javax.inject.Inject\nimport org.slf4j.Logger\nimport uk.gov.ons.br.repository.CommandRepository\nimport uk.gov.ons.br.repository.CommandRepository.{OptimisticEditResult, UpdateParentLinkCommand}\n\nimport scala.concurrent.Future\n\nclass HBaseCommandRepository[R, P] @Inject() (hBase: HBaseRepository,\n                                              makeRowKey: R => RowKey,\n                                              makeParentValue: P => String,\n                                              parentLinkColumn: HBaseColumn,\n                                              makeEditHistoryId: () => HBaseColumn,\n                                              clock: Clock)\n                                             (implicit logger: Logger) extends CommandRepository[R, P] {\n  private lazy val parentLinkColumnName = HBaseColumn.name(parentLinkColumn)\n  private val parentLink: String => HBaseCell = HBaseCell(parentLinkColumnName, _)\n\n  override def updateParentLink(unitRef: R, cmd: UpdateParentLinkCommand[P]): Future[OptimisticEditResult] = {\n    if (logger.isDebugEnabled) logger.debug(\"Requesting [{}] is applied to unit with reference [{}]\", cmd: Any, unitRef: Any)\n    val toValue = makeParentValue(cmd.to)\n    hBase.updateRow(\n      rowKey = makeRowKey(unitRef),\n      checkCell = parentLink(cmd.from),\n      updateCell = parentLink(toValue),\n      otherUpdateCells = Seq(makeEditHistoryCell(before = cmd.from, after = toValue, editedBy = cmd.editedBy))\n    )\n  }\n\n  private def makeEditHistoryCell(before: String, after: String, editedBy: String): HBaseCell = {\n    val editedAt = LocalDateTime.now(clock).format(ISO_LOCAL_DATE_TIME)\n    val editHistoryValue = Seq(editedBy, editedAt, before, after).mkString(\"~\")\n    val editHistoryId = makeEditHistoryId()\n    HBaseCell(HBaseColumn.name(editHistoryId), editHistoryValue)\n  }\n}\n"}
{"repo_name":"ONSdigital\/br-api-common","path":"src\/main\/scala\/uk\/gov\/ons\/br\/repository\/CommandRepository.scala","text":"package uk.gov.ons.br.repository\n\nimport uk.gov.ons.br.repository.CommandRepository.{OptimisticEditResult, UpdateParentLinkCommand}\n\nimport scala.concurrent.Future\n\ntrait CommandRepository[R, P] {\n  def updateParentLink(unitRef: R, cmd: UpdateParentLinkCommand[P]): Future[OptimisticEditResult]\n}\n\nobject CommandRepository {\n  \/*\n   * As the 'from' value may be invalid \/ malformed, we cannot mandate that it has the parent reference type (P).\n   *\/\n  case class UpdateParentLinkCommand[P](from: String, to: P, editedBy: String)\n\n  sealed trait OptimisticEditResult\n  object EditApplied extends OptimisticEditResult\n  object EditConflicted extends OptimisticEditResult\n  object EditTargetNotFound extends OptimisticEditResult\n  case class EditFailed(msg: String) extends OptimisticEditResult\n}"}
{"repo_name":"xuwei-k\/scala-js-slide","path":"src\/main\/scala\/slide\/ScalaJSSlide.scala","text":"package slide\n\nimport scala.scalajs.js\n\nimport org.scalajs.jquery._\nimport org.scalajs.dom._\n\nimport js.annotation.JSExport\n\nobject AsInt {\n  def unapply(s: String): Option[Int] = {\n    try {\n      Some(s.toInt)\n    } catch {\n      case e: NumberFormatException => None\n    }\n  }\n}\n\nobject KeyCode {\n  val LEFT = 37\n  val UP = 38\n  val RIGHT = 39\n  val DOWN = 40\n  val ESC = 27\n}\n\ntrait URLUtil {\n\n  def hashValue(hash: String): Option[String] = hash match {\n    case h if h.startsWith(\"#\") => Some(h.substring(1))\n    case _ => None\n  }\n\n}\n\n@JSExport\nobject ScalaJSSlide extends URLUtil {\n\n  var currentPageNum = 1\n\n  def render(pageNum: Int): Unit = {\n    jQuery(\"div.section\").hide()\n    jQuery(s\"div.section:nth-child($pageNum)\").show()\n    location.hash = s\"#$pageNum\"\n    currentPageNum = pageNum\n  }\n\n  def moveToTopPage(): Unit = render(1)\n\n  def moveToNextPage(): Unit =\n    render(Seq(currentPageNum + 1, jQuery(\"div.section\").length.toInt).min)\n\n  def moveToPreviousPage(): Unit =\n    render(Seq(currentPageNum - 1, 1).max)\n\n  def move(e: JQueryEventObject): Unit = {\n\n    sealed abstract class Direction\n    case object Next extends Direction\n    case object Prev extends Direction\n\n    val directions: Map[Int, Direction] = Map(\n      KeyCode.LEFT -> Prev,\n      KeyCode.UP -> Prev,\n      KeyCode.RIGHT -> Next,\n      KeyCode.DOWN -> Next\n    )\n\n    val keyCodeAsInt = js.Number.toDouble(e.which).toInt\n    keyCodeAsInt match {\n      case KeyCode.ESC =>\n        moveToTopPage()\n      case k => directions.get(k).foreach {\n        case Next => moveToNextPage()\n        case Prev => moveToPreviousPage()\n      }\n    }\n  }\n\n  @JSExport\n  def main(): Unit = {\n\n    jQuery(document).ready {\n      () =>\n        currentPageNum = (for {\n          AsInt(i) <- hashValue(location.hash)\n        } yield i).getOrElse(1)\n        jQuery(\"div.section\").hide()\n        render(currentPageNum)\n        jQuery(document).bind(\"keydown\", move _)\n\n        jQuery(\"div.section\").each { (index: js.Any, elem: Element) =>\n          val footer = jQuery(\"<div>\").addClass(\"footer\")\n          val prev = jQuery(\"<img>\").addClass(\"slide-prev\").attr(\"src\", \".\/img\/left.png\")\n          val next = jQuery(\"<img>\").addClass(\"slide-next\").attr(\"src\", \".\/img\/right.png\")\n          footer.append(prev).append(next).appendTo(elem)\n        }\n\n        jQuery(\"img.slide-prev\").click { (_: JQueryEventObject) =>\n          moveToPreviousPage()\n        }\n        jQuery(\"img.slide-next\").click { (_: JQueryEventObject) =>\n          moveToNextPage()\n        }\n    }\n\n  }\n}\n"}
{"repo_name":"xuwei-k\/scala-js-slide","path":"build.sbt","text":"<filename>build.sbt\n\/\/ Turn this project into a Scala.js project by importing these settings\nscalaJSSettings\n\nname := \"slide\"\n\nversion := \"0.1-SNAPSHOT\"\n\nlibraryDependencies ++= Seq(\n  \"org.scala-lang.modules.scalajs\" %% \"scalajs-dom\" % \"0.2\",\n  \"org.scala-lang.modules.scalajs\" %% \"scalajs-jquery\" % \"0.1-SNAPSHOT\",\n  \"org.scala-lang.modules.scalajs\" %% \"scalajs-jasmine-test-framework\" % scalaJSVersion % \"test\"\n)\n"}
{"repo_name":"xuwei-k\/scala-js-slide","path":"project\/build.sbt","text":"addSbtPlugin(\"org.scala-lang.modules.scalajs\" % \"scalajs-sbt-plugin\" % \"0.4.0\")\n"}
{"repo_name":"MrKustra94\/monix-bio","path":"core\/shared\/src\/main\/scala\/monix\/bio\/internal\/TaskToReactivePublisher.scala","text":"<filename>core\/shared\/src\/main\/scala\/monix\/bio\/internal\/TaskToReactivePublisher.scala\n\/*\n * Copyright (c) 2019-2019 by The Monix Project Developers.\n * See the project homepage at: https:\/\/monix.io\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage monix.bio.internal\n\nimport monix.bio.BIO\nimport monix.execution.rstreams.Subscription\nimport monix.execution.{Scheduler, UncaughtExceptionReporter}\nimport org.reactivestreams.Subscriber\n\nprivate[bio] object TaskToReactivePublisher {\n\n  \/**\n    * Implementation for `BIO.toReactivePublisher`\n    *\/\n  def apply[E, A](self: BIO[E, A])(implicit s: Scheduler, ev: E <:< Throwable): org.reactivestreams.Publisher[A] =\n    new org.reactivestreams.Publisher[A] {\n\n      def subscribe(out: Subscriber[_ >: A]): Unit = {\n        out.onSubscribe {\n          new Subscription {\n            private[this] var isActive = true\n            private[this] val conn = TaskConnection[E]()\n            private[this] val context = BIO.Context(s, BIO.defaultOptions.withSchedulerFeatures, conn)\n\n            def request(n: Long): Unit = {\n              require(n > 0, \"n must be strictly positive, according to the Reactive Streams contract, rule 3.9\")\n              if (isActive) {\n                BIO.unsafeStartEnsureAsync(self, context, new PublisherCallback[E, A](out))\n              }\n            }\n\n            def cancel(): Unit = {\n              isActive = false\n              conn.cancel.runAsyncAndForget\n            }\n          }\n        }\n      }\n\n    }\n\n  private final class PublisherCallback[E, A](\n    out: Subscriber[_ >: A]\n  )(implicit logger: UncaughtExceptionReporter, ev: E <:< Throwable)\n      extends BiCallback[E, A] {\n\n    private[this] var isActive = true\n\n    override def onFatalError(e: Throwable): Unit =\n      if (isActive) {\n        isActive = false\n        out.onError(e)\n      } else {\n        logger.reportFailure(e)\n      }\n\n    override def onError(e: E): Unit =\n      onFatalError(e)\n\n    override def onSuccess(value: A): Unit =\n      if (isActive) {\n        isActive = false\n        out.onNext(value)\n        out.onComplete()\n      }\n\n  }\n\n}\n"}
{"repo_name":"knoldus\/dstreams-kafka-example","path":"build.sbt","text":"<filename>build.sbt\norganization := \"knoldus\"\n\nname := \"dstreams-kafka-example\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.11.0\"\n\nlibraryDependencies ++= Seq(\n  \"org.apache.spark\" %% \"spark-streaming\" % \"2.2.1\",\n  \"org.apache.spark\" %% \"spark-streaming-kafka-0-10\" % \"2.2.1\",\n  \"net.manub\" %% \"scalatest-embedded-kafka\" % \"0.15.1\" % Test,\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.2\" % Test\n)\n"}
{"repo_name":"knoldus\/dstreams-kafka-example","path":"src\/test\/scala\/DStreamsSpec.scala","text":"\nimport net.manub.embeddedkafka.EmbeddedKafka\nimport org.apache.kafka.common.serialization.{StringDeserializer, StringSerializer}\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming.StreamingContext\nimport org.scalatest.WordSpec\nimport org.apache.spark.streaming.Seconds\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport org.apache.spark.streaming.kafka010._\n\n\nclass DStreamsSpec extends WordSpec with EmbeddedKafka {\n\n  implicit val serializer = new StringSerializer()\n\n  def publishWords(start: Int, end: Int) = {\n    start to end foreach { recordNum =>\n      \/\/TODO Add Serializer and dser\n      publishToKafka(\"words\", recordNum.toString)\n      println(recordNum)\n      Thread.sleep(1000)\n    }\n  }\n\n  \"DStreams\" should {\n\n    \"print every 5 seconds\" in {\n\n      withRunningKafka {\n\n        val kafkaParams = Map(\n          \"bootstrap.servers\" -> \"localhost:6001\",\n          \"key.deserializer\" -> classOf[StringDeserializer],\n          \"value.deserializer\" -> classOf[StringDeserializer],\n          \"group.id\" -> \"spark-streaming-example\",\n          \"auto.offset.reset\" -> \"earliest\"\n        )\n\n        val topics = List(\"words\")\n\n        val sparkConf = new SparkConf()\n          .setAppName(\"testapp\")\n          .setMaster(\"local[2]\")\n\n        val streamingContext = new StreamingContext(sparkConf, Seconds(5))\n\n        val sc = streamingContext.sparkContext\n        sc.setLogLevel(\"WARN\")\n\n        val inputDstream =\n          KafkaUtils.createDirectStream(\n            streamingContext,\n            LocationStrategies.PreferConsistent,\n            ConsumerStrategies.Subscribe[String, String](topics, kafkaParams)\n          )\n\n        inputDstream.map { record =>\n          record.value.toString\n        }.print()\n\n        \/\/Generate 1,000 words with a velocity of 1 Record \/ Sec\n        Future {\n          publishWords(1, 1000)\n        }\n\n        streamingContext.start()\n\n\n        streamingContext.awaitTermination()\n\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"docs\/code\/CodeSamples.scala","text":"class CodeSamples {\n\n  \/\/#example1\n  val x = 4\n\n  def multiply(i: Int) = i * x\n\n  val product = multiply(42)\n  \/\/#example1\n}\n"}
{"repo_name":"malliina\/staticweb","path":"build.sbt","text":"<filename>build.sbt\nimport java.nio.file.Path\n\nimport autowire._\nimport com.lihaoyi.workbench.Api\nimport com.lihaoyi.workbench.WorkbenchBasePlugin.server\nimport sbtcrossproject.CrossPlugin.autoImport.crossProject\n\nimport scala.concurrent.ExecutionContext\n\nval distPath = settingKey[String](\"Path to built prod distribution (relative to base directory)\")\nval distDirectory = settingKey[Path](\"Prod distribution directory\")\nval deploy = taskKey[Unit](\"Deploys the application\")\nval build = taskKey[Unit](\"Builds the content\")\nval prepare = taskKey[Unit](\"Generates the site for deployment\")\nval Static = config(\"static\")\n\ninThisBuild(\n  Seq(\n    version := \"0.0.1\",\n    scalaVersion := \"2.12.8\",\n    distPath := \"dist\",\n    distDirectory := (baseDirectory.in(ThisBuild).value \/ \"target\" \/ distPath.value).toPath\n  )\n)\n\nval shared = crossProject(JSPlatform, JVMPlatform)\n\nval sharedJs = shared.js\nval sharedJvm = shared.jvm\n\nval client: Project = project.in(file(\"client\"))\n  .enablePlugins(ScalaJSBundlerPlugin, WorkbenchBasePlugin)\n  .dependsOn(sharedJs)\n  .settings(\n    version in webpack := \"4.28.2\",\n    version in startWebpackDevServer := \"3.1.4\",\n    emitSourceMaps := false,\n    webpackBundlingMode in fastOptJS := BundlingMode.LibraryOnly(),\n    webpackConfigFile in fastOptJS := Some(baseDirectory.value \/ \"webpack.dev.config.js\"),\n    webpackBundlingMode in fullOptJS := BundlingMode.Application,\n    webpackConfigFile in fullOptJS := Some(baseDirectory.value \/ \"webpack.prod.config.js\"),\n    npmDevDependencies in Compile ++= Seq(\n      \"autoprefixer\" -> \"9.4.3\",\n      \"cssnano\" -> \"4.1.8\",\n      \"css-loader\" -> \"2.1.0\",\n      \"mini-css-extract-plugin\" -> \"0.5.0\",\n      \"postcss-loader\" -> \"3.0.0\",\n      \"postcss-import\" -> \"12.0.1\",\n      \"postcss-preset-env\" -> \"6.5.0\",\n      \"style-loader\" -> \"0.23.1\",\n      \"webpack-merge\" -> \"4.1.5\"\n    ),\n    scalaJSUseMainModuleInitializer := true,\n    libraryDependencies ++= Seq(\n      \"com.lihaoyi\" %%% \"scalatags\" % \"0.6.7\",\n      \"org.scala-js\" %%% \"scalajs-dom\" % \"0.9.1\",\n      \"org.scalatest\" %%% \"scalatest\" % \"3.0.5\" % Test\n    ),\n    workbenchDefaultRootObject := Some((s\"${distDirectory.value}\/index.html\", s\"${distDirectory.value}\/\"))\n  )\n\nval content: Project = project.in(file(\"content\"))\n  .dependsOn(sharedJvm)\n  .settings(\n    exportJars := false,\n    libraryDependencies ++= Seq(\n      \"com.google.cloud\" % \"google-cloud-storage\" % \"1.55.0\",\n      \"com.lihaoyi\" %% \"scalatags\" % \"0.6.7\",\n      \"org.slf4j\" % \"slf4j-api\" % \"1.7.25\",\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\",\n      \"ch.qos.logback\" % \"logback-core\" % \"1.2.3\"\n    ),\n    build := Def.taskDyn {\n      val files = webpack.in(client, Compile, fastOptJS in client).value\n      val excludedScripts = Seq(\"styles\", \"fonts\")\n      val assets = AssetUtils.prepareRelative(files, excludedScripts, distDirectory.value)\n      run in Compile toTask s\" build ${distDirectory.value} \/workbench.js $assets\"\n    }.value,\n    \/\/ Watches both JS sources and content sources, so that recompilation is triggered when either changes\n    watchSources := watchSources.value ++ (watchSources in client).value,\n    refreshBrowsers := {\n      implicit val ec: ExecutionContext = scala.concurrent.ExecutionContext.Implicits.global\n      (server in client).value.Wire[Api].reload().call()\n    },\n    refreshBrowsers := refreshBrowsers.triggeredBy(build).value,\n    clean in Static := AssetUtils.deleteDirectory(distDirectory.value),\n    prepare := Def.taskDyn {\n      val files = webpack.in(client, Compile, fullOptJS in client).value\n      \/\/ Excludes scripts emitted from CSS extraction\n      val excludedScripts = Seq(\"styles\", \"fonts\")\n      val assets = AssetUtils.prepareRelative(files, excludedScripts, distDirectory.value)\n      run in Compile toTask s\" build ${distDirectory.value} $assets\"\n    }.dependsOn(clean in Static).value,\n    deploy := Def.taskDyn {\n      run in Compile toTask s\" deploy ${distDirectory.value} static.malliina.com\"\n    }.value,\n    deploy := (deploy dependsOn prepare).value\n  )\n\nval docs = project.in(file(\"docs\"))\n  .settings(\n    unmanagedSourceDirectories in Compile += baseDirectory.value \/ \"code\"\n  )\n\nval mdoc = project\n  .in(file(\"mdoc\"))\n  .dependsOn(content)\n  .enablePlugins(MdocPlugin)\n  .settings(\n    mdocJS := Option(client),\n    mdocVariables := Map(\n      \"VERSION\" -> version.value\n    ),\n    resolvers += Resolver.bintrayRepo(\"cibotech\", \"public\"),\n    libraryDependencies += \"com.cibo\" %%% \"evilplot\" % \"0.6.3\"\n  )\n"}
{"repo_name":"malliina\/staticweb","path":"mdoc\/src\/main\/scala\/mdoc\/CodeModifier.scala","text":"package mdoc\n\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.Files\n\nimport scala.collection.JavaConverters.asScalaBufferConverter\n\n\/** Borrows the syntax from https:\/\/github.com\/playframework\/play-doc.\n  *\/\nclass CodeModifier extends PreModifier {\n  override val name = \"code\"\n\n  override def process(ctx: PreModifierContext): String = {\n    \/\/ Given a markdown of ```scala mdoc:code:file:label, ctx.info is \"file:label\"\n    ctx.info.split(\":\", 2).toList match {\n      case file :: label :: Nil =>\n        val sourceFile = ctx.inputFile.toNIO.getParent.resolve(file)\n        val lines = Files.readAllLines(sourceFile, StandardCharsets.UTF_8).asScala.toList\n        val delimiter = s\"\/\/#$label\"\n        val start = lines.indexWhere(_.trim == delimiter)\n        val end = lines.indexWhere(_.trim == delimiter, start + 1)\n        if (start >= 0 || end >= 0) {\n          val slice = lines.slice(start + 1, end)\n          val indentCount = indents(slice)\n          (Seq(\"```scala\") ++ slice.map(_.drop(indentCount)) ++ Seq(\"```\")).mkString(\"\\n\")\n        } else {\n          ctx.reporter.error(s\"Start\/end labels $label not found in $file.\")\n          \"\"\n        }\n      case _ =>\n        ctx.reporter.error(s\"File and label not found. Use format 'file:label'.\")\n        \"\"\n    }\n  }\n\n  def indents(lines: Seq[String]) = lines.filter(_.trim.nonEmpty).map(_.takeWhile(_ == ' ').length).min\n}\n"}
{"repo_name":"malliina\/staticweb","path":"mdoc\/src\/main\/scala\/mdoc\/MyPlotModifier.scala","text":"package mdoc\n\nimport java.nio.file.{Files, Paths}\n\nimport com.cibo.evilplot.geometry.Drawable\n\nimport scala.meta.inputs.Position\n\n\/**\n  * @see https:\/\/github.com\/scalameta\/mdoc\/blob\/master\/mdoc-docs\/src\/main\/scala\/mdoc\/docs\/EvilplotModifier.scala\n  *\/\nclass MyPlotModifier extends PostModifier {\n  override val name = \"demoplot\"\n\n  override def process(ctx: PostModifierContext): String = {\n    val relPath = Paths.get(ctx.info)\n    val out = ctx.outputFile.toNIO.getParent.resolve(relPath)\n    ctx.lastValue match {\n      case d: Drawable =>\n        Files.createDirectories(out.getParent)\n        if (!Files.isRegularFile(out)) {\n          d.write(out.toFile)\n        }\n        s\"![](${ctx.info})\"\n      case _ =>\n        val (pos, obtained) = ctx.variables.lastOption match {\n          case Some(variable) =>\n            val prettyObtained =\n              s\"${variable.staticType} = ${variable.runtimeValue}\"\n            (variable.pos, prettyObtained)\n          case None =>\n            (Position.Range(ctx.originalCode, 0, 0), \"nothing\")\n        }\n        ctx.reporter.error(\n          pos,\n          s\"\"\"type mismatch:\n            expected: com.cibo.evilplot.geometry.Drawable\n            obtained: $obtained\"\"\"\n        )\n        \"\"\n    }\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"project\/plugins.sbt","text":"Seq(\n  \"org.scala-js\" % \"sbt-scalajs\" % \"0.6.26\",\n  \"org.portable-scala\" % \"sbt-scalajs-crossproject\" % \"0.6.0\",\n  \"ch.epfl.scala\" % \"sbt-scalajs-bundler\" % \"0.14.0\",\n  \"com.lihaoyi\" % \"workbench\" % \"0.4.1\",\n  \"org.scalameta\" % \"sbt-mdoc\" % \"1.2.0\"\n).map(addSbtPlugin)\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/Html.scala","text":"<reponame>malliina\/staticweb<filename>content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/Html.scala\npackage com.malliina.staticweb.content\n\nimport com.malliina.staticweb.Constants.HelloContainerId\nimport com.malliina.staticweb.content.Html.defer\nimport scalatags.Text.all._\n\nobject Html {\n  val defer = attr(\"defer\").empty\n\n  def apply(css: Seq[String], js: Seq[String]): Html = new Html(css, js)\n}\n\nclass Html(css: Seq[String], js: Seq[String]) {\n  def index = template(\n    div(id := HelloContainerId)(\n      h1(\"Hi\")\n    )\n  )\n\n  def notFound = template(div(h1(\"Not found\")))\n\n  def template(content: Modifier*) = TagPage(\n    html(\n      head(\n        meta(charset := \"UTF-8\"),\n        tag(\"title\")(\"Scala.js website\"),\n        css.map { path => link(href := path, rel := \"stylesheet\") },\n        js.map { path => script(defer, src := path, `type` := \"text\/javascript\") }\n      ),\n      body(\n        content\n      )\n    )\n  )\n}\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/Main.scala","text":"<reponame>malliina\/staticweb\npackage com.malliina.staticweb.content\n\nimport java.nio.file.Paths\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    val command = args(0)\n    val target = Paths.get(args(1))\n    command match {\n      case \"build\" =>\n        val files = args.drop(2)\n        val css = files.filter(_.endsWith(\".css\"))\n        val js = files.filter(_.endsWith(\".js\"))\n        Generator.generate(SiteSpec(css, js, target))\n      case \"deploy\" =>\n        val bucket = args(2)\n        GCP(target, bucket).deploy()\n      case other =>\n        throw new Exception(s\"Unknown input: '$other'.\")\n    }\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/GCP.scala","text":"package com.malliina.staticweb.content\n\nimport java.io._\nimport java.nio.file.attribute.BasicFileAttributes\nimport java.nio.file.{FileVisitResult, Files, Path, SimpleFileVisitor}\nimport java.util.zip.GZIPOutputStream\n\nimport com.google.cloud.storage.Acl.{Role, User}\nimport com.google.cloud.storage.{Acl, BlobInfo}\nimport com.malliina.staticweb.content.GCP.log\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.JavaConverters.{asScalaIteratorConverter, mutableSeqAsJavaListConverter}\nimport scala.collection.mutable\n\nobject GCP {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  def apply(dist: Path, bucketName: String) = new GCP(dist, bucketName, StorageClient())\n\n  \/\/ https:\/\/stackoverflow.com\/a\/27917071\n  def deleteDirectory(dir: Path): Path = {\n    if (Files.exists(dir)) {\n      Files.walkFileTree(dir, new SimpleFileVisitor[Path] {\n        override def visitFile(file: Path, attrs: BasicFileAttributes): FileVisitResult = {\n          Files.delete(file)\n          FileVisitResult.CONTINUE\n        }\n\n        override def postVisitDirectory(dir: Path, exc: IOException): FileVisitResult = {\n          Files.delete(dir)\n          FileVisitResult.CONTINUE\n        }\n      })\n    } else {\n      dir\n    }\n  }\n}\n\n\/** Deploys files in `dist` to `bucketName` in Google Cloud Storage.\n  *\/\nclass GCP(dist: Path, bucketName: String, client: StorageClient) {\n  val bucket = client.bucket(bucketName)\n\n  val defaultContentType = \"application\/octet-stream\"\n  val contentTypes = Map(\n    \"html\" -> \"text\/html\",\n    \"js\" -> \"text\/javascript\",\n    \"css\" -> \"text\/css\",\n    \"jpg\" -> \"image\/jpg\"\n  )\n\n  val defaultCacheControl = \"private, max-age=0\"\n  val cacheControls = Map(\n    \"js\" -> \"public, max-age=31536000\",\n    \"css\" -> \"public, max-age=31536000\",\n    \"html\" -> \"public, max-age=10\"\n  )\n\n  def keyFor(file: Path) = {\n    val relativePath = dist.relativize(file).toString.replace('\\\\', '\/')\n    if (relativePath.startsWith(\"\/\")) relativePath.drop(1) else relativePath\n  }\n\n  def deploy(): Unit = {\n    val files = Files.walk(dist).iterator().asScala.toList.filter(p => Files.isRegularFile(p))\n    files.foreach { file =>\n      val name = file.getFileName.toString\n      val extension = ext(file)\n      val contentType = contentTypes.getOrElse(extension, defaultContentType)\n      val isFingerprinted = name.count(_ == '.') > 1\n      val cacheControl =\n        if (isFingerprinted) cacheControls.getOrElse(extension, defaultCacheControl)\n        else defaultCacheControl\n      val key = keyFor(file)\n      val blob = BlobInfo.newBuilder(bucketName, key)\n        .setContentType(contentType)\n        .setAcl(mutable.Buffer(Acl.of(User.ofAllUsers(), Role.READER)).asJava)\n        .setContentEncoding(\"gzip\")\n        .setCacheControl(cacheControl)\n        .build()\n      val gzipFile = Files.createTempFile(name, \"gz\")\n      gzip(file, gzipFile)\n      client.upload(blob, gzipFile)\n      log.info(s\"Uploaded '$file' with key '$key' as '$contentType' to '$bucketName'.\")\n    }\n    files.find(_.getFileName.toString == \"index.html\").foreach { indexFile =>\n      val key = keyFor(indexFile)\n      bucket.toBuilder.setIndexPage(key).build().update()\n      log.info(s\"Set index page to '$key'.\")\n    }\n    files.find(_.getFileName.toString == \"notfound.html\").foreach { notFoundFile =>\n      val key = keyFor(notFoundFile)\n      bucket.toBuilder.setNotFoundPage(key).build().update()\n      log.info(s\"Set 404 page to '$key'.\")\n    }\n    log.info(s\"Deployed to '$bucketName'.\")\n  }\n\n  def gzip(src: Path, dest: Path): Unit =\n    using(new FileInputStream(src.toFile)) { in =>\n      using(new FileOutputStream(dest.toFile)) { out =>\n        using(new GZIPOutputStream(out, 8192)) { gzip =>\n          copyStream(in, gzip)\n          gzip.finish()\n        }\n      }\n    }\n\n  \/\/ Adapted from sbt-io\n  private def copyStream(in: InputStream, out: OutputStream): Unit = {\n    val buffer = new Array[Byte](8192)\n\n    def read(): Unit = {\n      val byteCount = in.read(buffer)\n      if (byteCount >= 0) {\n        out.write(buffer, 0, byteCount)\n        read()\n      }\n    }\n\n    read()\n  }\n\n  def using[T <: AutoCloseable, U](res: T)(code: T => U): U = try {\n    code(res)\n  } finally {\n    res.close()\n  }\n\n  def ext(path: Path) = {\n    val name = path.getFileName.toString\n    val idx = name.lastIndexOf('.')\n    if (idx >= 0 && name.length > idx + 1) name.substring(idx + 1)\n    else \"\"\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/Generator.scala","text":"package com.malliina.staticweb.content\n\nimport java.nio.file.{Files, Path, StandardOpenOption}\n\nimport org.slf4j.LoggerFactory\n\nobject Generator {\n  private val log = LoggerFactory.getLogger(getClass)\n\n  def write(page: TagPage, to: Path): Path = {\n    if (!Files.isRegularFile(to)) {\n      val dir = to.getParent\n      if (!Files.isDirectory(dir))\n        Files.createDirectories(dir)\n      Files.createFile(to)\n    }\n    Files.write(to, page.toBytes, StandardOpenOption.TRUNCATE_EXISTING)\n    log.info(s\"Wrote ${to.toAbsolutePath}.\")\n    to\n  }\n\n  def generate(spec: SiteSpec) = {\n    val to = spec.to\n    val html = Html(spec.css, spec.js)\n    write(html.index, to.resolve(\"index.html\"))\n    write(html.notFound, to.resolve(\"notfound.html\"))\n  }\n}\n\ncase class SiteSpec(css: Seq[String], js: Seq[String], to: Path)\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/StorageClient.scala","text":"<gh_stars>0\npackage com.malliina.staticweb.content\n\nimport java.io.FileInputStream\nimport java.nio.file.{Files, Path, Paths}\n\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.storage.{BlobInfo, Storage, StorageOptions}\n\nimport scala.collection.JavaConverters.asJavaCollectionConverter\n\nobject StorageClient {\n  val credentialsFile = Paths.get(sys.props(\"user.home\")).resolve(\".gcp\").resolve(\"credentials.json\")\n\n  def apply(): StorageClient =\n    new StorageClient(StorageOptions.newBuilder().setCredentials(credentials).build().getService)\n\n  def credentials = {\n    val file = sys.env.get(\"GOOGLE_APPLICATION_CREDENTIALS\").map(Paths.get(_)).getOrElse(credentialsFile)\n    GoogleCredentials.fromStream(new FileInputStream(file.toFile))\n      .createScoped(Seq(\"https:\/\/www.googleapis.com\/auth\/cloud-platform\").asJavaCollection)\n  }\n}\n\nclass StorageClient(val client: Storage) {\n  def bucket(name: String) = client.get(name)\n\n  def upload(blob: BlobInfo, file: Path) = client.create(blob, Files.readAllBytes(file))\n}\n"}
{"repo_name":"malliina\/staticweb","path":"client\/src\/main\/scala\/com\/malliina\/staticweb\/js\/StaticApp.scala","text":"package com.malliina.staticweb.js\n\nimport com.malliina.staticweb.Constants.HelloContainerId\nimport org.scalajs.dom.document\nimport scalatags.JsDom.all._\n\nobject StaticApp {\n  def main(args: Array[String]): Unit = {\n    Option(document.getElementById(HelloContainerId)).foreach { container =>\n      container.appendChild(p(\"Welcome to Scala.js\").render)\n    }\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"project\/AssetUtils.scala","text":"<reponame>malliina\/staticweb<filename>project\/AssetUtils.scala\nimport java.io.IOException\nimport java.nio.file.attribute.BasicFileAttributes\nimport java.nio.file.{FileVisitResult, Files, Path, SimpleFileVisitor}\n\nimport sbt._\nimport scalajsbundler.sbtplugin.ScalaJSBundlerPlugin.autoImport.{BundlerFileType, BundlerFileTypeAttr}\n\nobject AssetUtils {\n\n  case class AssetGroup(scripts: Seq[File], styles: Seq[File])\n\n  def prepareRelative(files: Seq[Attributed[File]], excludePrefixes: Seq[String], base: Path) = {\n    val eligible = assetGroup(files, excludePrefixes)\n    val assetsDir = base.toFile \/ \"assets\"\n\n    def copyAndRelativize(subDir: String, file: File) = {\n      val dest = assetsDir \/ subDir \/ file.name\n      if (file.getAbsolutePath != dest.getAbsolutePath)\n        IO.copyFile(file, dest)\n      base.relativize(dest.toPath)\n    }\n\n    val relative =\n      eligible.styles.map(copyAndRelativize(\"css\", _)) ++\n        eligible.scripts.map(copyAndRelativize(\"js\", _))\n    relative.map { p =>\n      val r = p.toFile.getPath\n      if (r.startsWith(\"\/\")) r else s\"\/$r\"\n    }.mkString(\" \")\n  }\n\n  def assetGroup(files: Seq[Attributed[File]], excludePrefixes: Seq[String]): AssetGroup = {\n    def filesOf(fileType: BundlerFileType) = files.filter(_.metadata.get(BundlerFileTypeAttr).contains(fileType))\n\n    \/\/ Separates app scripts from library ones for ordering\n    val apps = filesOf(BundlerFileType.Application) ++ filesOf(BundlerFileType.ApplicationBundle)\n    val libraries = filesOf(BundlerFileType.Library)\n    val assets = filesOf(BundlerFileType.Asset)\n    val loaders = filesOf(BundlerFileType.Loader)\n    val scripts = (apps ++ loaders ++ assets ++ libraries).distinct.reverse.map(_.data)\n      .filter(f => f.ext == \"js\" && !excludePrefixes.exists(e => f.name.startsWith(e)))\n      .distinct\n    val styles = files.map(_.data).filter(_.ext == \"css\")\n    AssetGroup(scripts, styles)\n  }\n\n  \/\/ https:\/\/stackoverflow.com\/a\/27917071\n  def deleteDirectory(dir: Path): Path = {\n    if (Files.exists(dir)) {\n      Files.walkFileTree(dir, new SimpleFileVisitor[Path] {\n        override def visitFile(file: Path, attrs: BasicFileAttributes): FileVisitResult = {\n          Files.delete(file)\n          FileVisitResult.CONTINUE\n        }\n\n        override def postVisitDirectory(dir: Path, exc: IOException): FileVisitResult = {\n          Files.delete(dir)\n          FileVisitResult.CONTINUE\n        }\n      })\n    } else {\n      dir\n    }\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"client\/src\/test\/scala\/com\/malliina\/staticweb\/js\/TemplateTests.scala","text":"<reponame>malliina\/staticweb\npackage com.malliina.staticweb.js\n\nimport org.scalatest.FunSuite\n\nclass TemplateTests extends FunSuite {\n  test(\"can run test\") {\n    assert(1 === 1)\n  }\n}\n"}
{"repo_name":"malliina\/staticweb","path":"shared\/shared\/src\/main\/scala\/com\/malliina\/staticweb\/Constants.scala","text":"<reponame>malliina\/staticweb\npackage com.malliina.staticweb\n\nobject Constants extends Constants\n\ntrait Constants {\n  val HelloContainerId = \"hello-container\"\n}\n"}
{"repo_name":"malliina\/staticweb","path":"content\/src\/main\/scala\/com\/malliina\/staticweb\/content\/TagPage.scala","text":"package com.malliina.staticweb.content\n\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.{Files, Path, StandardOpenOption}\n\nimport scalatags.Text\n\ncase class TagPage(tags: Text.TypedTag[String]) {\n  override def toString = tags.toString()\n\n  def toBytes = s\"${TagPage.DocTypeTag}${tags.render}\".getBytes(StandardCharsets.UTF_8)\n\n  def toFile(file: Path) = {\n    if (!Files.exists(file)) Files.createFile(file)\n    Files.write(file, toBytes, StandardOpenOption.TRUNCATE_EXISTING)\n  }\n}\n\nobject TagPage {\n  val DocTypeTag = \"<!DOCTYPE html>\"\n}\n"}
{"repo_name":"sf2ne\/exchange-api","path":"src\/main\/scala\/com\/horizon\/exchangeapi\/AuthorizationSupport.scala","text":"<reponame>sf2ne\/exchange-api\npackage com.horizon.exchangeapi\n\nimport akka.event.LoggingAdapter\nimport com.horizon.exchangeapi\nimport com.horizon.exchangeapi.auth._\n\nimport scala.util._\nimport scala.collection.mutable.{HashMap => MutableHashMap}\nimport javax.security.auth.Subject\n\nimport scala.jdk.CollectionConverters.CollectionHasAsScala\nimport scala.util.matching.Regex\n\n\/** The list of access rights. *\/\nobject Access extends Enumeration {\n  type Access = Value\n  val READ: exchangeapi.Access.Value = Value(\"READ\") \/\/ these 1st 3 are generic and will be changed to specific ones below based on the identity and target\n  val WRITE: exchangeapi.Access.Value = Value(\"WRITE\") \/\/ implies READ and includes delete\n  val CREATE: exchangeapi.Access.Value = Value(\"CREATE\")\n  val READ_MYSELF: exchangeapi.Access.Value = Value(\"READ_MYSELF\") \/\/ is used for users, nodes, agbots\n  val WRITE_MYSELF: exchangeapi.Access.Value = Value(\"WRITE_MYSELF\")\n  val CREATE_NODE: exchangeapi.Access.Value = Value(\"CREATE_NODE\") \/\/ we use WRITE_MY_NODES instead of this\n  val READ_MY_NODES: exchangeapi.Access.Value = Value(\"READ_MY_NODES\") \/\/ when an node tries to do this it means other node owned by the same user, but i do not think this works\n  val WRITE_MY_NODES: exchangeapi.Access.Value = Value(\"WRITE_MY_NODES\")\n  val READ_ALL_NODES: exchangeapi.Access.Value = Value(\"READ_ALL_NODES\")\n  val WRITE_ALL_NODES: exchangeapi.Access.Value = Value(\"WRITE_ALL_NODES\")\n  val SEND_MSG_TO_NODE: exchangeapi.Access.Value = Value(\"SEND_MSG_TO_NODE\")\n  val CREATE_AGBOT: exchangeapi.Access.Value = Value(\"CREATE_AGBOT\") \/\/ we use WRITE_MY_AGBOTS instead of this\n  val READ_MY_AGBOTS: exchangeapi.Access.Value = Value(\"READ_MY_AGBOTS\") \/\/ when an agbot tries to do this it means other agbots owned by the same user\n  val WRITE_MY_AGBOTS: exchangeapi.Access.Value = Value(\"WRITE_MY_AGBOTS\")\n  val READ_ALL_AGBOTS: exchangeapi.Access.Value = Value(\"READ_ALL_AGBOTS\")\n  val WRITE_ALL_AGBOTS: exchangeapi.Access.Value = Value(\"WRITE_ALL_AGBOTS\")\n  val DATA_HEARTBEAT_MY_AGBOTS: exchangeapi.Access.Value = Value(\"DATA_HEARTBEAT_MY_AGBOTS\")\n  val SEND_MSG_TO_AGBOT: exchangeapi.Access.Value = Value(\"SEND_MSG_TO_AGBOT\")\n  val CREATE_USER: exchangeapi.Access.Value = Value(\"CREATE_USER\")\n  val CREATE_SUPERUSER: exchangeapi.Access.Value = Value(\"CREATE_SUPERUSER\")\n  val READ_ALL_USERS: exchangeapi.Access.Value = Value(\"READ_ALL_USERS\")\n  val WRITE_ALL_USERS: exchangeapi.Access.Value = Value(\"WRITE_ALL_USERS\")\n  val WRITE_SUPERUSER: exchangeapi.Access.Value = Value(\"WRITE_SUPERUSER\")\n  \/\/val RESET_USER_PW = Value(\"RESET_USER_PW\")\n  val READ_MY_SERVICES: exchangeapi.Access.Value = Value(\"READ_MY_SERVICES\")\n  val WRITE_MY_SERVICES: exchangeapi.Access.Value = Value(\"WRITE_MY_SERVICES\")\n  val READ_ALL_SERVICES: exchangeapi.Access.Value = Value(\"READ_ALL_SERVICES\")\n  val WRITE_ALL_SERVICES: exchangeapi.Access.Value = Value(\"WRITE_ALL_SERVICES\")\n  val CREATE_SERVICES: exchangeapi.Access.Value = Value(\"CREATE_SERVICES\")\n  val READ_MY_PATTERNS: exchangeapi.Access.Value = Value(\"READ_MY_PATTERNS\")\n  val WRITE_MY_PATTERNS: exchangeapi.Access.Value = Value(\"WRITE_MY_PATTERNS\")\n  val READ_ALL_PATTERNS: exchangeapi.Access.Value = Value(\"READ_ALL_PATTERNS\")\n  val WRITE_ALL_PATTERNS: exchangeapi.Access.Value = Value(\"WRITE_ALL_PATTERNS\")\n  val CREATE_PATTERNS: exchangeapi.Access.Value = Value(\"CREATE_PATTERNS\")\n  val READ_MY_BUSINESS: exchangeapi.Access.Value = Value(\"READ_MY_BUSINESS\")\n  val WRITE_MY_BUSINESS: exchangeapi.Access.Value = Value(\"WRITE_MY_BUSINESS\")\n  val READ_ALL_BUSINESS: exchangeapi.Access.Value = Value(\"READ_ALL_BUSINESS\")\n  val WRITE_ALL_BUSINESS: exchangeapi.Access.Value = Value(\"WRITE_ALL_BUSINESS\")\n  val CREATE_BUSINESS: exchangeapi.Access.Value = Value(\"CREATE_BUSINESS\")\n  val READ_MY_ORG: exchangeapi.Access.Value = Value(\"READ_MY_ORG\")\n  val WRITE_MY_ORG: exchangeapi.Access.Value = Value(\"WRITE_MY_ORG\")\n  val SET_IBM_ORG_TYPE: exchangeapi.Access.Value = Value(\"SET_IBM_ORG_TYPE\")\n  val STATUS: exchangeapi.Access.Value = Value(\"STATUS\")\n  val ORGSTATUS: exchangeapi.Access.Value = Value(\"ORGSTATUS\")\n  val UTILITIES: exchangeapi.Access.Value = Value(\"UTILITIES\")\n  val MAXCHANGEID: exchangeapi.Access.Value = Value(\"MAXCHANGEID\")\n  val CREATE_ORGS: exchangeapi.Access.Value = Value(\"CREATE_ORGS\")\n  val DELETE_ORG: exchangeapi.Access.Value = Value(\"DELETE_ORG\") \/\/ separate from WRITE_MY_ORG or WRITE_OTHER_ORGS so we can restrict it more\n  val READ_OTHER_ORGS: exchangeapi.Access.Value = Value(\"READ_OTHER_ORGS\")\n  val READ_IBM_ORGS: exchangeapi.Access.Value = Value(\"READ_IBM_ORGS\")\n  val WRITE_OTHER_ORGS: exchangeapi.Access.Value = Value(\"WRITE_OTHER_ORGS\")\n  val CREATE_IN_OTHER_ORGS: exchangeapi.Access.Value = Value(\"CREATE_IN_OTHER_ORGS\")\n  val ADMIN: exchangeapi.Access.Value = Value(\"ADMIN\")\n  \/\/ Hub Admin Permissions\n  val READ_MY_USERS: exchangeapi.Access.Value = Value(\"READ_MY_USERS\")\n  val WRITE_MY_USERS: exchangeapi.Access.Value = Value(\"WRITE_MY_USERS\")\n  val WRITE_ALL_ORGS: exchangeapi.Access.Value = Value(\"WRITE_ALL_ORGS\")\n\n  val ALL_IN_ORG: exchangeapi.Access.Value = Value(\"ALL_IN_ORG\") \/\/ for org admin\n  val ALL: exchangeapi.Access.Value = Value(\"ALL\")\n  val NEVER_ALLOWED: exchangeapi.Access.Value = Value(\"NEVER_ALLOWED\") \/\/ should not be put in any role below (including root)\n\n  val NOT_FOUND: exchangeapi.Access.Value = Value(\"NOT_FOUND\") \/\/ special case where the target we are trying to determine access to does not exist\n}\nimport com.horizon.exchangeapi.Access._\n\nobject AccessGroups {\n  val CROSS_ORG_ACCESS = Set(CREATE_ORGS, DELETE_ORG, READ_OTHER_ORGS, WRITE_OTHER_ORGS, CREATE_IN_OTHER_ORGS, SET_IBM_ORG_TYPE, ADMIN, NEVER_ALLOWED)\n}\n\n\/\/ These are default roles (always defined). More can be added in the config file\nobject AuthRoles {\n  val SuperUser = \"SuperUser\"\n  val AdminUser = \"AdminUser\"\n  val HubAdmin = \"HubAdmin\"\n  val User = \"User\"\n  val Node = \"Node\"\n  val Agbot = \"Agbot\"\n  val Anonymous = \"Anonymous\"\n  val requiredRoles = Set(Anonymous, User, AdminUser, HubAdmin, SuperUser, Node, Agbot)\n}\n\n\/* Not using the java authorization framework anymore, because it doesn't add any value for us and adds complexity\n\/\/ Authorization and its subclasses are used by the authorizeTo() methods in Identity subclasses\nsealed trait Authorization {\n  def as(subject: Subject): Unit\n  def specificAccessRequired: Access\n}\n\nfinal case class RequiresAccess(specificAccess: Access) extends Authorization {\n  override def as(subject: Subject): Unit = {\n    Subject.doAsPrivileged(subject, PermissionCheck(specificAccess.toString), null)\n  }\n\n  override def specificAccessRequired = specificAccess\n}\n*\/\n\n\/** Who is allowed to do what. *\/\nobject Role {\n  \/\/ the list of roles and their permissions are in config.json\n  type AccessList = Set[String]\n  \/\/case class AccessList extends Set[String]\n\n  \/\/ Making the roles and their ACLs a map, so it is more flexible at runtime\n  val roles = new MutableHashMap[String, AccessList]()\n\n  \/\/ Sets the access list to the specified role\n  def setRole(role: String, accessValues: AccessList): Option[AccessList] = roles.put(role, accessValues)\n\n  \/\/ we need at least these roles set in the config file\n  \/\/someday: if\/when we support adding user-defined roles, we need to enhance this check\n  def haveRequiredRoles: Boolean = roles.keySet == AuthRoles.requiredRoles   \/\/ will return true even if the elements are in a different order\n\n  val allAccessValues: Set[String] = Access.values.map(_.toString)\n\n  \/\/ Returns true if the specified access string is valid. Used to check input from config.json.\n  def isValidAcessValues(accessValues: AccessList): Boolean = {\n    for (a <- accessValues) if (!allAccessValues.contains(a)) return false\n    true\n  }\n\n  \/\/ Returns true if the role has the specified access\n  def hasAuthorization(role: String, access: Access)(implicit logger: LoggingAdapter): Boolean = {\n    if (access == Access.NEVER_ALLOWED) return false\n    roles.get(role) match {\n      case Some(accessList) =>\n        if (accessList.contains(Access.ALL.toString) ) return true \/\/ root user\n        if (accessList.contains(Access.ALL_IN_ORG.toString) && !AccessGroups.CROSS_ORG_ACCESS.contains(access) ) return true \/\/ org admin\n        accessList.contains(access.toString)\n      case None =>\n        logger.error (s\"Role.hasAuthorization: role $role does not exist\")\n        false\n    }\n  }\n\n  def superUser = \"root\/root\"\n  def isSuperUser(username: String): Boolean = username == superUser \/\/ only checks the username, does not verify the pw\n  def isHubAdmin(username: String): Boolean = username.startsWith(\"root\/\") \/\/ only checks that user is in root org, doesn't verify anything else\n}\n\nfinal case class Creds(id: String, token: String) { \/\/ id and token are generic names and their values can actually be username and password\n  \/\/def isAnonymous: Boolean = (id == \"\" && token == \"\")\n  \/\/someday: maybe add an optional hint to this so when they specify creds as username\/password we know to try to authenticate as a user 1st\n}\n\nfinal case class OrgAndId(org: String, id: String) {\n  override def toString: String = if (org == \"\" || id.startsWith(org + \"\/\") || id.startsWith(Role.superUser)) id.trim else org.trim + \"\/\" + id.trim\n}\n\n\/\/ This class is separate from the one above, because when the id is for a cred, we want automatically add the org only when a different org is not there\nfinal case class OrgAndIdCred(org: String, id: String) {\n  override def toString: String = if (org == \"\" || id.contains(\"\/\") || id.startsWith(Role.superUser)) id.trim else org.trim + \"\/\" + id.trim    \/\/ we only check for slash, because they could already have on a different org\n}\n\nfinal case class CompositeId(compositeId: String) {\n  def getOrg: String = {\n    val reg: Regex = \"\"\"^(\\S+?)\/.*\"\"\".r\n    compositeId match {\n      case reg(org) => org\n      case _ => \"\"\n    }\n  }\n\n  def getId: String = {\n    val reg: Regex = \"\"\"^\\S+?\/(\\S+)$\"\"\".r\n    compositeId match {\n      case reg(id) => id\n      case _ => \"\"\n    }\n  }\n\n  def split: (String, String) = {\n    val reg: Regex = \"\"\"^(\\S*?)\/(\\S*)$\"\"\".r\n    compositeId match {\n      case reg(org, id) => (org, id)\n      \/\/ These 2 lines never get run, and aren't needed. If we really want to handle a special, put something like this as the 1st case above: case reg(org, \"\") => return (org, \"\")\n      \/\/case reg(org, _) => return (org, \"\")\n      \/\/case reg(_, id) => return (\"\", id)\n      case _ => (\"\", \"\")\n    }\n  }\n}\n\n\/\/ The context info about the request passed into the login() methods\nfinal case class RequestInfo(creds: Creds, isDbMigration: Boolean, hint: String)\n\n\/*\nAuthorizationSupport is used by AuthenticationSupport, auth\/Module, and auth\/IbmCloudModule.\nIt contains several authentication utilities:\n  - AuthenticatedIdentity\n  - all the Identity subclasses (used for local authentication)\n  - all the Target subclasses (used for authorization)\n *\/\ntrait AuthorizationSupport {\n  implicit def logger: LoggingAdapter\n\n  \/\/ Embodies both the exchange-specific Identity, and the JAAS\/javax.security.auth Subject\n  \/\/ Note: this is defined here, instead of AuthenticationSupport, because its authorizeTo() method uses this class extensively\n  case class AuthenticatedIdentity(identity: Identity, subject: Subject) {\n\n    \/\/ Determines if this authenticated identity has the specified access to the specified target\n    def authorizeTo(target: Target, access: Access): Try[Identity] = {\n      try {\n        identity match {\n          case IUser(_) =>\n            if (target.getId == \"iamapikey\" || target.getId == \"iamtoken\") {\n              \/\/ This is a cloud IAM user. Get the actual username before continuing.\n              val authenticatedIdentity: Creds = subject.getPrivateCredentials(classOf[IUser]).asScala.head.creds\n              identity.authorizeTo(TUser(authenticatedIdentity.id), access)\n            } else {\n              identity.authorizeTo(target, access)\n            }\n          case _ =>\n            \/\/ This is an exchange node or agbot\n            identity.authorizeTo(target, access)\n        }\n      } catch {\n        case _: Exception =>\n          Failure(new AccessDeniedException(identity.accessDeniedMsg(access, target)))\n      }\n    }\n  }\n}\n\n\/** This class and its subclasses represent the identity that is used as credentials to run rest api methods *\/\nabstract class Identity {\n  def creds: Creds\n  def role: String = \"\"   \/\/ set in the subclasses to a role defined in Role\n  def toIUser: IUser = IUser(creds)\n  def toINode: INode = INode(creds)\n  def toIAgbot: IAgbot = IAgbot(creds)\n  def toIAnonymous: IAnonymous = IAnonymous(Creds(\"\",\"\"))\n  def isSuperUser = false       \/\/ IUser overrides this\n  def isAdmin = false       \/\/ IUser overrides this\n  def isHubAdmin = false       \/\/ IUser overrides this\n  def isAnonymous = false \/\/ = creds.isAnonymous\n  def identityString: String = creds.id     \/\/ for error msgs\n  def accessDeniedMsg(access: Access, target: Target): String = ExchMsg.translate(\"access.denied.no.auth\", identityString, access, target.toAccessMsg)\n  \/\/var hasFrontEndAuthority = false   \/\/ true if this identity was already vetted by the front end\n  def isMultiTenantAgbot: Boolean = false\n\n\/** Returns true if the token is correct for this user and not expired *\/\ndef isTokenValid(token: String, username: String): Boolean = {\n  \/\/ Get their current hashed pw to use as the secret\n  AuthCache.getUser(username) match {\n    case Some(userHashedTok) => Token.isValid(token, userHashedTok)\n    case None => throw new InvalidCredentialsException(ExchMsg.translate(\"invalid.credentials\"))\n  }\n}\n\n  \/\/ Called by auth\/Module.login() to authenticate a local user\/node\/agbot\n  \/\/ Note: this is defined here, instead of AuthenticationSupport, because this class is already set up to use AuthCache\n  def authenticate(hint: String = \"\"): Identity = {\n    \/\/if (hasFrontEndAuthority) return this       \/\/ it is already a specific subclass\n    \/\/if (creds.isAnonymous) return toIAnonymous\n    if (hint == \"token\") {\n      if (isTokenValid(creds.token, creds.id)) return toIUser\n      \/\/else throw new InvalidCredentialsException(\"invalid token\")  <- hint==token means it *could* be a token, not that it *must* be\n    }\n    AuthCache.ids.getValidType(creds) match {\n      case Success(cacheIdType) =>\n        cacheIdType match {\n          case CacheIdType.User => toIUser\n          case CacheIdType.Node => toINode\n          case CacheIdType.Agbot => toIAgbot\n          case CacheIdType.None => throw new InvalidCredentialsException() \/\/ will be caught by AuthenticationSupport.authenticate()\n        }\n      case Failure(t) => throw t  \/\/ this is usually 1 of our exceptions - will be caught by AuthenticationSupport.authenticate()\n    }\n  }\n\n  def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity]\n\n  def getOrg: String = {\n    val reg: Regex = \"\"\"^(\\S+?)\/.*\"\"\".r\n    creds.id match {\n      case reg(org) => org\n      case _ => \"\"\n    }\n  }\n\n  def getIdentity: String = {\n    val reg: Regex = \"\"\"^\\S+?\/(\\S+)$\"\"\".r\n    creds.id match {\n      case reg(id) => id\n      case _ => \"\"\n    }\n  }\n\n  def isMyOrg(target: Target): Boolean = {\n    target.getOrg == getOrg\n  }\n}\n\n\/** A generic identity before we have run authenticate to figure out what type of credentials this is *\/\ncase class IIdentity(creds: Creds) extends Identity {\n  def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity] = {\n    \/\/ should never be called because authenticate() will return a real resource\n    Failure(new AuthInternalErrorException(\"Not Implemented\"))\n  }\n}\n\ncase class IUser(creds: Creds) extends Identity {\n  override def isSuperUser: Boolean = Role.isSuperUser(creds.id)\n\n  override lazy val role: String =\n    if (isSuperUser) AuthRoles.SuperUser\n    else if (isAdmin) AuthRoles.AdminUser\n    else if (isHubAdmin) AuthRoles.HubAdmin\n    else AuthRoles.User\n\n  override def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity] = {\n    val requiredAccess: Access =\n      \/\/ Transform any generic access into specific access\n      if (isMyOrg(target) || target.isPublic) {\n        target match {\n          case TUser(id) => access match { \/\/ a user accessing a user\n            case Access.READ => logger.debug(s\"authorizeTo(): target id=$id, identity creds.id=${creds.id}\")\n              if (id == creds.id) Access.READ_MYSELF\n              \/\/ since we are in the section in which identity and target are in the same org, if identity is a hub admin we are viewing the users in the root org. Note: the root user is also an hub admin and org admin.\n              else if (isHubAdmin || target.mine) Access.READ_MY_USERS \/\/ the routes's getAnyProblem() methods will catch the rest of the hubAdmin cases\n              else Access.READ_ALL_USERS\n            case Access.WRITE => if (id == creds.id) Access.WRITE_MYSELF\n              else if (target.isSuperUser) Access.WRITE_SUPERUSER\n              else if (isHubAdmin  || target.mine) Access.WRITE_MY_USERS \/\/ the routes's getAnyProblem() methods will catch the rest of the hubAdmin cases\n              else Access.WRITE_ALL_USERS\n            case Access.CREATE => if (target.isSuperUser) Access.CREATE_SUPERUSER\n              else Access.CREATE_USER \/\/ this also applies to a hub admin creating another hub admin\n            case _ => access\n          }\n          case TNode(_) => access match { \/\/ a user accessing a node\n            case Access.READ => if (iOwnTarget(target)) Access.READ_MY_NODES else Access.READ_ALL_NODES\n            case Access.WRITE => if (iOwnTarget(target)) Access.WRITE_MY_NODES else Access.WRITE_ALL_NODES\n            case Access.CREATE => Access.CREATE_NODE \/\/ not used, because WRITE is used for create also\n            case _ => access\n          }\n          case TAgbot(_) => access match { \/\/ a user accessing a agbot\n            case Access.READ => if (iOwnTarget(target)) Access.READ_MY_AGBOTS else Access.READ_ALL_AGBOTS\n            case Access.WRITE => if (iOwnTarget(target)) Access.WRITE_MY_AGBOTS else Access.WRITE_ALL_AGBOTS\n            case Access.CREATE => Access.CREATE_AGBOT\n            case _ => access\n          }\n          case TService(_) => access match { \/\/ a user accessing a service\n            case Access.READ => if (iOwnTarget(target)) Access.READ_MY_SERVICES else Access.READ_ALL_SERVICES\n            case Access.WRITE => if (iOwnTarget(target)) Access.WRITE_MY_SERVICES else Access.WRITE_ALL_SERVICES\n            case Access.CREATE => Access.CREATE_SERVICES\n            case _ => access\n          }\n          case TPattern(_) => access match { \/\/ a user accessing a pattern\n            case Access.READ => if (iOwnTarget(target)) Access.READ_MY_PATTERNS else Access.READ_ALL_PATTERNS\n            case Access.WRITE => if (iOwnTarget(target)) Access.WRITE_MY_PATTERNS else Access.WRITE_ALL_PATTERNS\n            case Access.CREATE => Access.CREATE_PATTERNS\n            case _ => access\n          }\n          case TBusiness(_) => access match { \/\/ a user accessing a business policy\n            case Access.READ => if (iOwnTarget(target)) Access.READ_MY_BUSINESS else Access.READ_ALL_BUSINESS\n            case Access.WRITE => if (iOwnTarget(target)) Access.WRITE_MY_BUSINESS else Access.WRITE_ALL_BUSINESS\n            case Access.CREATE => Access.CREATE_BUSINESS\n            case _ => access\n          }\n          case TOrg(_) => access match {    \/\/ a user accessing the org resource he is part of\n            case Access.READ => Access.READ_MY_ORG\n            case Access.READ_IBM_ORGS => Access.READ_IBM_ORGS\n            case Access.WRITE if (Role.isHubAdmin(creds.id)) => Access.WRITE_ALL_ORGS \/\/ this is modifying the root org\n            case Access.WRITE => Access.WRITE_MY_ORG \/\/ an org admin modifying their own org\n            case Access.DELETE_ORG if (Role.isHubAdmin(creds.id)) => Access.NEVER_ALLOWED \/\/ never allowed to delete\n            case Access.CREATE => Access.CREATE_ORGS\n            case _ => access \/\/ this includes the case of an org admin trying to DELETE_ORG\n          }\n          case TAction(_) => access \/\/ a user running an action\n        }\n      } else if (isHubAdmin) { \/\/ cross-org access is \"normal\" for a hub admin, because the hub admin is defined in the root org\n        \/\/ since we are in the cross-org section, the target will never be itself or root\n        target match {\n          case TUser(id) => access match { \/\/ a hub admin accessing a user\n              case Access.READ => logger.debug(s\"authorizeTo(): target id=$id, identity creds.id=${creds.id}\")\n                Access.READ_MY_USERS \/\/ the get routes filter out regular users\n              case Access.WRITE => Access.WRITE_MY_USERS \/\/ we don't know the content of the request body here, routes's getAnyProblem() methods will prevent updating regular users\n              case Access.CREATE => Access.CREATE_USER \/\/ we don't know the content of the request body here, routes's getAnyProblem() methods will prevent updating regular users\n              case _ => access\n            }\n          case TOrg(_) => access match {    \/\/ a hub admin accessing an org resource\n              case Access.READ => Access.READ_OTHER_ORGS\n              case Access.READ_IBM_ORGS => Access.READ_IBM_ORGS\n              case Access.WRITE => Access.WRITE_OTHER_ORGS\n              case Access.CREATE => Access.CREATE_ORGS\n              case _ => access \/\/ this includes the case of an org admin or hub admin trying to DELETE_ORG\n            }\n          case TAgbot(_) => access match {    \/\/ a hub admin accessing an agbot\n            case Access.READ => Access.READ_ALL_AGBOTS\n            case Access.WRITE => Access.WRITE_ALL_AGBOTS\n            case _ => access\n          }\n          case _ => access\n        }\n      } else if (!target.isThere && access == Access.READ) {  \/\/ not my org, not public, not there, and we are trying to read it\n        Access.NOT_FOUND\n      } else {  \/\/ not my org and not public, but is there or we might create it\n        access match {\n          case Access.READ => Access.READ_OTHER_ORGS\n          case Access.WRITE => Access.WRITE_OTHER_ORGS\n          case Access.CREATE => Access.CREATE_IN_OTHER_ORGS\n          case _ => access\n        }\n      }\n    if (requiredAccess == Access.NOT_FOUND) Failure(new ResourceNotFoundException(ExchMsg.translate(\"resource.not.found\", target.id)))\n    else if (Role.hasAuthorization(role, requiredAccess)) Success(this)\n    else Failure(new AccessDeniedException(accessDeniedMsg(requiredAccess, target)))\n  }\n\n  override def isAdmin: Boolean = {\n    if (isSuperUser) return true\n    val resp: Boolean = AuthCache.getUserIsAdmin(creds.id).getOrElse(false)\n    resp\n  }\n\n  override def isHubAdmin: Boolean = {\n    if (isSuperUser) return true\n    val resp: Boolean = AuthCache.getUserIsHubAdmin(creds.id).getOrElse(false)\n    resp\n  }\n\n  def iOwnTarget(target: Target): Boolean = {\n    if (target.mine) true\n    else if (target.all) false\n    else target.isOwner(this)\n  }\n}\n\ncase class INode(creds: Creds) extends Identity {\n  override lazy val role: String = AuthRoles.Node\n\n  def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity] = {\n    \/\/ Transform any generic access into specific access\n    val requiredAccess: Access =\n      if (isMyOrg(target) || target.isPublic || isMsgToMultiTenantAgbot(target,access)) {\n        target match {\n          case TUser(id) => access match { \/\/ a node accessing a user\n            case Access.READ => Access.READ_ALL_USERS\n            case Access.WRITE => Access.WRITE_ALL_USERS\n            case Access.CREATE => if (Role.isSuperUser(id)) Access.CREATE_SUPERUSER else Access.CREATE_USER\n            case _ => access\n          }\n          case TNode(id) => access match { \/\/ a node accessing a node\n            case Access.READ => if (id == creds.id) Access.READ_MYSELF else if (target.mine) Access.READ_MY_NODES else Access.READ_ALL_NODES\n            case Access.WRITE => if (id == creds.id) Access.WRITE_MYSELF else if (target.mine) Access.WRITE_MY_NODES else Access.WRITE_ALL_NODES\n            case Access.CREATE => Access.CREATE_NODE\n            case _ => access\n          }\n          case TAgbot(_) => access match { \/\/ a node accessing a agbot\n            case Access.READ => Access.READ_ALL_AGBOTS\n            case Access.WRITE => Access.WRITE_ALL_AGBOTS\n            case Access.CREATE => Access.CREATE_AGBOT\n            case _ => access\n          }\n          case TService(_) => access match { \/\/ a node accessing a service\n            case Access.READ => Access.READ_ALL_SERVICES\n            case Access.WRITE => Access.WRITE_ALL_SERVICES\n            case Access.CREATE => Access.CREATE_SERVICES\n            case _ => access\n          }\n          case TPattern(_) => access match { \/\/ a user accessing a pattern\n            case Access.READ => Access.READ_ALL_PATTERNS\n            case Access.WRITE => Access.WRITE_ALL_PATTERNS\n            case Access.CREATE => Access.CREATE_PATTERNS\n            case _ => access\n          }\n          case TBusiness(_) => access match { \/\/ a user accessing a business policy\n            case Access.READ => Access.READ_ALL_BUSINESS\n            case Access.WRITE => Access.WRITE_ALL_BUSINESS\n            case Access.CREATE => Access.CREATE_BUSINESS\n            case _ => access\n          }\n          case TOrg(_) => access match { \/\/ a node accessing his org resource\n            case Access.READ => Access.READ_MY_ORG\n            case Access.WRITE => Access.WRITE_MY_ORG\n            case Access.CREATE => Access.CREATE_ORGS\n            case _ => access\n          }\n          case TAction(_) => access \/\/ a node running an action\n        }\n      } else if (!target.isThere && access == Access.READ) {  \/\/ not my org, not public, not there, and we are trying to read it\n        Access.NOT_FOUND\n      } else {  \/\/ not my org and not public, not a msg send to agbot, but is there or we might create it\n        access match {\n          case Access.READ => Access.READ_OTHER_ORGS\n          case Access.WRITE => Access.WRITE_OTHER_ORGS\n          case Access.CREATE => Access.CREATE_IN_OTHER_ORGS\n          case _ => access\n        }\n      }\n    if (requiredAccess == Access.NOT_FOUND) Failure(new ResourceNotFoundException(ExchMsg.translate(\"resource.not.found\", target.id)))\n    else if (Role.hasAuthorization(role, requiredAccess)) Success(this)\n    else Failure(new AccessDeniedException(accessDeniedMsg(requiredAccess, target)))\n\n  }\n\n  def isMsgToMultiTenantAgbot(target: Target, access: Access): Boolean = {\n    target.getOrg == \"IBM\" && (access == Access.SEND_MSG_TO_AGBOT || access == Access.READ)    \/\/someday: implement instance-level ACLs instead of hardcoding this\n  }\n}\n\ncase class IAgbot(creds: Creds) extends Identity {\n  override lazy val role: String = AuthRoles.Agbot\n\n  def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity] = {\n    \/\/ Transform any generic access into specific access\n    val requiredAccess: Access =\n      if (isMyOrg(target) || target.isPublic || isMultiTenantAgbot) {\n        target match {\n          case TUser(id) => access match { \/\/ a agbot accessing a user\n            case Access.READ => Access.READ_ALL_USERS\n            case Access.WRITE => Access.WRITE_ALL_USERS\n            case Access.CREATE => if (Role.isSuperUser(id)) Access.CREATE_SUPERUSER else Access.CREATE_USER\n            case _ => access\n          }\n          case TNode(_) => access match { \/\/ a agbot accessing a node\n            case Access.READ => Access.READ_ALL_NODES\n            case Access.WRITE => Access.WRITE_ALL_NODES\n            case Access.CREATE => Access.CREATE_NODE\n            case _ => access\n          }\n          case TAgbot(id) => access match { \/\/ a agbot accessing a agbot\n            case Access.READ => if (id == creds.id) Access.READ_MYSELF else if (target.mine) Access.READ_MY_AGBOTS else Access.READ_ALL_AGBOTS\n            case Access.WRITE => if (id == creds.id) Access.WRITE_MYSELF else if (target.mine) Access.WRITE_MY_AGBOTS else Access.WRITE_ALL_AGBOTS\n            case Access.CREATE => Access.CREATE_AGBOT\n            case _ => access\n          }\n          case TService(_) => access match { \/\/ a agbot accessing a service\n            case Access.READ => Access.READ_ALL_SERVICES\n            case Access.WRITE => Access.WRITE_ALL_SERVICES\n            case Access.CREATE => Access.CREATE_SERVICES\n            case _ => access\n          }\n          case TPattern(_) => access match { \/\/ a user accessing a pattern\n            case Access.READ => Access.READ_ALL_PATTERNS\n            case Access.WRITE => Access.WRITE_ALL_PATTERNS\n            case Access.CREATE => Access.CREATE_PATTERNS\n            case _ => access\n          }\n          case TBusiness(_) => access match { \/\/ a user accessing a business policy\n            case Access.READ => Access.READ_ALL_BUSINESS\n            case Access.WRITE => Access.WRITE_ALL_BUSINESS\n            case Access.CREATE => Access.CREATE_BUSINESS\n            case _ => access\n          }\n          case TOrg(_) => access match { \/\/ a agbot accessing his org resource\n            case Access.READ => Access.READ_MY_ORG\n            case Access.WRITE => Access.WRITE_MY_ORG\n            case Access.CREATE => Access.CREATE_ORGS\n            case _ => access\n          }\n          case TAction(_) => access \/\/ a agbot running an action\n        }\n      } else if (!target.isThere && access == Access.READ) {  \/\/ not my org, not public, not there, and we are trying to read it\n        Access.NOT_FOUND\n      } else {  \/\/ not my org and not public, not a msg send to node, but is there or we might create it\n        access match {\n          case Access.READ => Access.READ_OTHER_ORGS\n          case Access.WRITE => Access.WRITE_OTHER_ORGS\n          case Access.CREATE => Access.CREATE_IN_OTHER_ORGS\n          case _ => access\n        }\n      }\n    if (requiredAccess == Access.NOT_FOUND) Failure(new ResourceNotFoundException(ExchMsg.translate(\"resource.not.found\", target.id)))\n    else if (Role.hasAuthorization(role, requiredAccess)) Success(this)\n    else Failure(new AccessDeniedException(accessDeniedMsg(requiredAccess, target)))\n  }\n\n  override def isMultiTenantAgbot: Boolean = getOrg == \"IBM\"    \/\/someday: implement instance-level ACLs instead of hardcoding this\n}\n\n\/\/ Note: i don't think this is used now\ncase class IAnonymous(creds: Creds) extends Identity {\n  override lazy val role: String = AuthRoles.Anonymous\n\n  def authorizeTo(target: Target, access: Access)(implicit logger: LoggingAdapter): Try[Identity] = {\n    \/\/ Transform any generic access into specific access\n    val requiredAccess: Access =\n      \/\/ Note: IAnonymous.isMyOrg() is always false (except for admin operations), so if we had another route that should work for anonymous, so something like:\n      \/\/if (access == Access.RESET_USER_PW) Access.RESET_USER_PW else\n      if (isMyOrg(target) || target.isPublic) {\n        target match {\n          case TUser(id) => access match { \/\/ a anonymous accessing a user\n            case Access.READ => Access.READ_ALL_USERS\n            case Access.WRITE => Access.WRITE_ALL_USERS\n            case Access.CREATE => if (Role.isSuperUser(id)) Access.CREATE_SUPERUSER else Access.CREATE_USER\n            case _ => access\n          }\n          case TNode(_) => access match { \/\/ a anonymous accessing a node\n            case Access.READ => Access.READ_ALL_NODES\n            case Access.WRITE => Access.WRITE_ALL_NODES\n            case Access.CREATE => Access.CREATE_NODE\n            case _ => access\n          }\n          case TAgbot(_) => access match { \/\/ a anonymous accessing a agbot\n            case Access.READ => Access.READ_ALL_AGBOTS\n            case Access.WRITE => Access.WRITE_ALL_AGBOTS\n            case Access.CREATE => Access.CREATE_AGBOT\n            case _ => access\n          }\n          case TService(_) => access match { \/\/ a anonymous accessing a service\n            case Access.READ => Access.READ_ALL_SERVICES\n            case Access.WRITE => Access.WRITE_ALL_SERVICES\n            case Access.CREATE => Access.CREATE_SERVICES\n            case _ => access\n          }\n          case TPattern(_) => access match { \/\/ a user accessing a pattern\n            case Access.READ => Access.READ_ALL_PATTERNS\n            case Access.WRITE => Access.WRITE_ALL_PATTERNS\n            case Access.CREATE => Access.CREATE_PATTERNS\n            case _ => access\n          }\n          case TBusiness(_) => access match { \/\/ a user accessing a business policy\n            case Access.READ => Access.READ_ALL_BUSINESS\n            case Access.WRITE => Access.WRITE_ALL_BUSINESS\n            case Access.CREATE => Access.CREATE_BUSINESS\n            case _ => access\n          }\n          case TOrg(_) => access match { \/\/ a anonymous accessing his org resource\n            case Access.READ => Access.READ_MY_ORG\n            case Access.WRITE => Access.WRITE_MY_ORG\n            case Access.CREATE => Access.CREATE_ORGS\n            case _ => access\n          }\n          case TAction(_) => access \/\/ a anonymous running an action\n        }\n      } else if (!target.isThere && access == Access.READ) {  \/\/ not my org, not public, not there, and we are trying to read it\n        Access.NOT_FOUND\n      } else {  \/\/ not my org and not public, but is there or we might create it\n        access match {\n          case Access.READ => Access.READ_OTHER_ORGS\n          case Access.WRITE => Access.WRITE_OTHER_ORGS\n          case Access.CREATE => Access.CREATE_IN_OTHER_ORGS\n          case _ => access\n        }\n      }\n    if (requiredAccess == Access.NOT_FOUND) Failure(new ResourceNotFoundException(ExchMsg.translate(\"resource.not.found\", target.id)))\n    else if (Role.hasAuthorization(role, requiredAccess)) Success(this)\n    else Failure(new AccessDeniedException(accessDeniedMsg(requiredAccess, target)))\n  }\n}\n\n\/** This and its subclasses are used to identify the target resource the rest api method goes after *\/\nabstract class Target {\n  def id: String    \/\/ this is the composite id, e.g. orgid\/username\n  def all: Boolean = getId == \"*\"\n  def mine: Boolean = getId == \"#\"\n  def isPublic: Boolean = false    \/\/ is overridden by some subclasses\n  def isThere: Boolean = false    \/\/ is overridden by some subclasses\n  def isOwner(user: IUser): Boolean = false    \/\/ is overridden by some subclasses\n  \/\/def isAdmin = false       \/\/ <- we can't reliably determine these 2\n  \/\/def isHubAdmin = false\n  def isSuperUser = false       \/\/ TUser overrides this\n  def label: String = \"\"    \/\/ overridden by subclasses. This should be the exchange resource type\n  def toAccessMsg = s\"$label=$id\"  \/\/ the way the target should be described in access denied msgs\n\n  \/\/ Returns just the orgid part of the resource\n  def getOrg: String = {\n    val reg: Regex = \"\"\"^(\\S+?)\/.*\"\"\".r\n    id match {\n      case reg(org) => org\n      case _ => \"\"\n    }\n  }\n\n  \/\/ Returns just the id or username part of the resource\n  def getId: String = {\n    val reg: Regex = \"\"\"^\\S+?\/(\\S+)$\"\"\".r\n    id match {\n      case reg(id) => id\n      case _ => \"\"\n    }\n  }\n}\n\ncase class TOrg(id: String) extends Target {\n  override def getOrg: String = id    \/\/ otherwise the regex in the base class will return blank because there is no \/\n  override def getId = \"\"\n  override def isThere: Boolean = true   \/\/ we don't have a cache to quickly tell if this org exists, so return true and let the db access sort it out\n  override def label = \"org\"\n}\n\ncase class TUser(id: String) extends Target {\n  override def isOwner(user: IUser): Boolean = id == user.creds.id\n  override def isThere: Boolean = all || mine || AuthCache.getUserIsAdmin(id).nonEmpty\n  \/\/override def isAdmin: Boolean = AuthCache.getUserIsAdmin(id).getOrElse(false) \/\/ <- these 2 are reliable on every exchange instance\n  \/\/override def isHubAdmin: Boolean = AuthCache.getUserIsHubAdmin(id).getOrElse(false)\n  override def isSuperUser: Boolean = Role.isSuperUser(id)\n  override def label = \"user\"\n}\n\ncase class TNode(id: String) extends Target {\n  override def isOwner(user: IUser): Boolean = {\n    AuthCache.getNodeOwner(id) match {\n      case Some(owner) => if (owner == user.creds.id) true else false\n      case None => true    \/\/ if we did not find it, we consider that as owning it because we will create it\n    }\n  }\n  override def isThere: Boolean = all || mine || AuthCache.getNodeOwner(id).nonEmpty\n  override def label = \"node\"\n}\n\ncase class TAgbot(id: String) extends Target {\n  override def isOwner(user: IUser): Boolean = {\n    AuthCache.getAgbotOwner(id) match {\n      case Some(owner) => if (owner == user.creds.id) true else false\n      case None => true    \/\/ if we did not find it, we consider that as owning it because we will create it\n    }\n  }\n  override def isThere: Boolean = all || mine || AuthCache.getAgbotOwner(id).nonEmpty\n  override def label = \"agbot\"\n}\n\ncase class TService(id: String) extends Target {      \/\/ for services only the user that created it can update\/delete it\n  override def isOwner(user: IUser): Boolean = {\n    AuthCache.getServiceOwner(id) match {\n      case Some(owner) => if (owner == user.creds.id) true else false\n      case None => true    \/\/ if we did not find it, we consider that as owning it because we will create it\n    }\n  }\n  override def isPublic: Boolean = if (all) true else AuthCache.getServiceIsPublic(id).getOrElse(false)\n  override def isThere: Boolean = all || mine || AuthCache.getServiceOwner(id).nonEmpty\n  override def label = \"service\"\n}\n\ncase class TPattern(id: String) extends Target {      \/\/ for patterns only the user that created it can update\/delete it\n  override def isOwner(user: IUser): Boolean = {\n    AuthCache.getPatternOwner(id) match {\n      case Some(owner) => if (owner == user.creds.id) true else false\n      case None => true    \/\/ if we did not find it, we consider that as owning it because we will create it\n    }\n  }\n  override def isPublic: Boolean = if (all) true else AuthCache.getPatternIsPublic(id).getOrElse(false)\n  override def isThere: Boolean = all || mine || AuthCache.getPatternOwner(id).nonEmpty\n  override def label = \"pattern\"\n}\n\ncase class TBusiness(id: String) extends Target {      \/\/ for business policies only the user that created it can update\/delete it\n  override def isOwner(user: IUser): Boolean = {\n    AuthCache.getBusinessOwner(id) match {\n      case Some(owner) => if (owner == user.creds.id) true else false\n      case None => true    \/\/ if we did not find it, we consider that as owning it because we will create it\n    }\n  }\n  \/\/ business policies can never be public, so no need to override isPublic\n  override def isThere: Boolean = all || mine || AuthCache.getBusinessOwner(id).nonEmpty\n  override def label = \"business policy\"\n}\n\ncase class TAction(id: String = \"\") extends Target { \/\/ for post rest api methods that do not target any specific resource (e.g. admin operations)\n  override def label = \"action\"\n}\n"}
{"repo_name":"xpeng2333\/spark20602","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/optim\/aggregator\/SquareHingeAggregator.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.optim.aggregator\n\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.ml.feature.Instance\nimport org.apache.spark.ml.linalg._\n\n\/**\n * SquaredHingeAggregator computes the gradient and loss for squared Hinge loss function, as used in\n * binary classification for instances in sparse or dense vector in an online fashion.\n *\n * Two SquaredHingeAggregator can be merged together to have a summary of loss and gradient of\n * the corresponding joint dataset.\n *\n * This class standardizes feature values during computation using bcFeaturesStd.\n *\n * @param bcCoefficients The coefficients corresponding to the features.\n * @param fitIntercept Whether to fit an intercept term.\n * @param bcFeaturesStd The standard deviation values of the features.\n *\/\nprivate[ml] class SquaredHingeAggregator(\n    bcFeaturesStd: Broadcast[Array[Double]],\n    fitIntercept: Boolean)(bcCoefficients: Broadcast[Vector])\n  extends DifferentiableLossAggregator[Instance, SquaredHingeAggregator] {\n\n  private val numFeatures: Int = bcFeaturesStd.value.length\n  private val numFeaturesPlusIntercept: Int = if (fitIntercept) numFeatures + 1 else numFeatures\n  @transient private lazy val coefficientsArray = bcCoefficients.value match {\n    case DenseVector(values) => values\n    case _ => throw new IllegalArgumentException(s\"coefficients only supports dense vector\" +\n      s\" but got type ${bcCoefficients.value.getClass}.\")\n  }\n  protected override val dim: Int = numFeaturesPlusIntercept\n\n  \/**\n   * Add a new training instance to this SquaredHingeAggregator, and update the loss and gradient\n   * of the objective function.\n   *\n   * @param instance The instance of data point to be added.\n   * @return This SquaredHingeAggregator object.\n   *\/\n  def add(instance: Instance): this.type = {\n    instance match { case Instance(label, weight, features) =>\n      require(numFeatures == features.size, s\"Dimensions mismatch when adding new instance.\" +\n        s\" Expecting $numFeatures but got ${features.size}.\")\n      require(weight >= 0.0, s\"instance weight, $weight has to be >= 0.0\")\n\n      if (weight == 0.0) return this\n      val localFeaturesStd = bcFeaturesStd.value\n      val localCoefficients = coefficientsArray\n      val localGradientSumArray = gradientSumArray\n\n      val dotProduct = {\n        var sum = 0.0\n        features.foreachActive { (index, value) =>\n          if (localFeaturesStd(index) != 0.0 && value != 0.0) {\n            sum += localCoefficients(index) * value \/ localFeaturesStd(index)\n          }\n        }\n        if (fitIntercept) sum += localCoefficients(numFeaturesPlusIntercept - 1)\n        sum\n      }\n\n      val labelScaled = 2 * label - 1.0\n      val scaledDoctProduct = labelScaled * dotProduct\n      val loss = if (1.0 > scaledDoctProduct) {\n        val hingeLoss = 1.0 - scaledDoctProduct\n        hingeLoss * hingeLoss * weight\n      } else {\n        0.0\n      }\n\n      if (1.0 > scaledDoctProduct) {\n        val gradientScale = (scaledDoctProduct - 1) * labelScaled * 2 * weight\n        features.foreachActive { (index, value) =>\n          if (localFeaturesStd(index) != 0.0 && value != 0.0) {\n            localGradientSumArray(index) += value * gradientScale \/ localFeaturesStd(index)\n          }\n        }\n        if (fitIntercept) {\n          localGradientSumArray(localGradientSumArray.length - 1) += gradientScale\n        }\n      }\n      lossSum += loss\n      weightSum += weight\n      this\n    }\n  }\n}\n"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/sql-30\/src\/itest\/scala\/org\/elasticsearch\/spark\/sql\/ServiceLoadingTest.scala","text":"\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage org.elasticsearch.spark.sql\n\nimport java.util.ServiceLoader\n\nimport org.apache.spark.sql.sources.DataSourceRegister\nimport org.junit.{Assert, Test}\n\nimport scala.collection.JavaConverters._\n\nclass ServiceLoadingTest {\n\n  @Test\n  def serviceLoadingTest(): Unit = {\n    val serviceLoader = ServiceLoader.load(classOf[DataSourceRegister], Thread.currentThread().getContextClassLoader)\n    if (serviceLoader.asScala.map(_.shortName()).exists(_.equals(\"es\")) == false) {\n      Assert.fail(\"Cannot locate 'es' data source\")\n    }\n  }\n\n}\n"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/core\/src\/main\/scala\/org\/elasticsearch\/spark\/serialization\/ScalaValueWriter.scala","text":"\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.serialization\n\nimport org.elasticsearch.hadoop.EsHadoopIllegalArgumentException\nimport org.elasticsearch.hadoop.serialization.Generator\nimport org.elasticsearch.hadoop.serialization.builder.JdkValueWriter\nimport org.elasticsearch.hadoop.serialization.builder.ValueWriter.Result\nimport org.elasticsearch.spark.serialization.{ReflectionUtils => RU}\n\nimport scala.collection.immutable.Nil\nimport scala.collection.{Map, mutable}\n\nclass ScalaValueWriter(writeUnknownTypes: Boolean = false) extends JdkValueWriter(writeUnknownTypes) {\n\n  \/**\n   * Used for tracking the serialization of nested POJOs that are treated\n   * as JavaBeans. Alias for a mutable HashSet of type Any\n   *\/\n  type BeanTracker = mutable.HashSet[Any]\n\n  def this() {\n    this(false)\n  }\n\n  private[this] val beanTracker = new BeanTracker\n\n  override def write(value: AnyRef, generator: Generator): Result = {\n    doWriteScala(value, generator, null)\n  }\n\n  override protected def doWrite(value: Any, generator: Generator, parentField: String): Result = {\n    doWriteScala(value, generator, parentField)\n  }\n\n  private def doWriteScala(value: Any, generator: Generator, parentField:String): Result = {\n    value match {\n      case null | None | () => generator.writeNull()\n      case Nil =>\n        generator.writeBeginArray(); generator.writeEndArray()\n\n      case Some(s: AnyRef) => return doWrite(s, generator, parentField)\n\n      case m: Map[_, _] => {\n        generator.writeBeginObject()\n        for ((k, v) <- m) {\n          if (shouldKeep(parentField, k.toString)) {\n            val hasValue = Option(v) match {\n              case Some(()) => false\n              case Some(None) => false\n              case Some(_) => true\n              case None => true\n            }\n            if (hasValue || hasWriteNullValues) {\n              generator.writeFieldName(k.toString)\n              val result = doWrite(v, generator, k.toString)\n              if (!result.isSuccesful) {\n                return result\n              }\n            }\n          }\n        }\n        generator.writeEndObject()\n      }\n\n      case i: Traversable[_] => {\n        generator.writeBeginArray()\n        for (v <- i) {\n          val result = doWrite(v, generator, parentField)\n          if (!result.isSuccesful) {\n            return result\n          }\n        }\n        generator.writeEndArray()\n      }\n\n      case b: Array[Byte] => {\n        generator.writeBinary(b)\n      }\n\n      case i: Array[_] => {\n        generator.writeBeginArray()\n        for (v <- i) {\n          val result = doWrite(v, generator, parentField)\n          if (!result.isSuccesful) {\n            return result\n          }\n        }\n        generator.writeEndArray()\n      }\n\n      case p: Product => {\n        \/\/ handle case class\n        if (RU.isCaseClass(p)) {\n          val result = doWrite(RU.caseClassValues(p), generator, parentField)\n          if (!result.isSuccesful) {\n            return result\n          }\n        } \/\/ normal product - treat it as a list\/array\n        else {\n          generator.writeBeginArray()\n          for (t <- p.productIterator) {\n            val result = doWrite(t.asInstanceOf[AnyRef], generator, parentField)\n            if (!result.isSuccesful) {\n              return result\n            }\n          }\n          generator.writeEndArray()\n        }\n      }\n\n      case _ => {\n        \/\/ check if it's called by accident on a DataFrame\/SchemaRDD (happens)\n        if (value.getClass().getName().startsWith(\"org.apache.spark.sql.\")) {\n          throw new EsHadoopIllegalArgumentException(\"Spark SQL types are not handled through basic RDD saveToEs() calls; typically this is a mistake(as the SQL schema will be ignored). Use 'org.elasticsearch.spark.sql' package instead\")\n        }\n\n        val result = super.doWrite(value, generator, parentField)\n\n        \/\/ Normal JDK types failed, try the JavaBean last. The JavaBean logic accepts just about\n        \/\/ anything, even if it's not a real java bean. Check to see if the value that failed\n        \/\/ is the same value we're about to treat as a bean. If the failed value is not the current\n        \/\/ value, then the last call probably failed on a subfield of the current value that\n        \/\/ couldn't be serialized; There's a chance that we could treat a container object (map,\n        \/\/ list) like a java bean, which is improper. In these cases we should skip the javabean\n        \/\/ handling and just return the result\n        if (!result.isSuccesful && result.getUnknownValue == value) {\n          if (!beanTracker.contains(value) && RU.isJavaBean(value)) {\n\n            \/\/ Recursion warning:\n            \/\/ There's a chance that when we are handed an object, that object has a getter method\n            \/\/ that returns itself, or an object that contains itself, or any level of self nesting.\n            \/\/ This can cause stack overflow errors when serializing. Guard against this:\n\n            \/\/ First, keep track of objects we've seen, and don't try to serialize them while we're\n            \/\/ already serializing them\n            beanTracker.add(value)\n            try {\n              \/\/ Second, Try to sense the immediate case of self reference and break out early to avoid\n              \/\/ stack overflow.\n              val asMap = RU.javaBeanAsMap(value).filterNot(e => e._2 == value)\n              val beanResult = doWrite(asMap, generator, parentField)\n              return beanResult\n            } finally {\n              \/\/ Third, Allow usage of the same bean only if it doesn't recurse into itself.\n              \/\/ This doubles as clean-up logic to avoid having to clear the set every write call.\n              beanTracker.remove(value)\n            }\n          } else {\n            return result\n          }\n        } else {\n          return result\n        }\n      }\n    }\n\n    Result.SUCCESFUL()\n  }\n}\n"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/sql-20\/src\/itest\/scala\/org\/elasticsearch\/spark\/integration\/AbstractScalaEsScalaSparkStreaming.scala","text":"<gh_stars>0\n\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.integration\n\nimport java.util.concurrent.TimeUnit\nimport java.{lang => jl, util => ju}\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.streaming.dstream.DStream\nimport org.apache.spark.streaming.scheduler.{StreamingListenerOutputOperationCompleted, _}\nimport org.apache.spark.streaming.{Seconds, StreamingContext, StreamingContextState}\nimport org.apache.spark.{SparkConf, SparkContext, SparkException}\nimport org.elasticsearch.hadoop.EsAssume\nimport org.elasticsearch.hadoop.EsHadoopIllegalArgumentException\nimport org.elasticsearch.hadoop.cfg.ConfigurationOptions\nimport org.elasticsearch.hadoop.cfg.ConfigurationOptions._\nimport org.elasticsearch.hadoop.rest.RestUtils\nimport org.elasticsearch.hadoop.util.TestUtils\nimport org.elasticsearch.hadoop.util.TestUtils.resource\nimport org.elasticsearch.hadoop.util.TestUtils.docEndpoint\nimport org.elasticsearch.hadoop.util.{EsMajorVersion, StringUtils, TestSettings}\nimport org.elasticsearch.spark.rdd.EsSpark\nimport org.elasticsearch.spark.rdd.Metadata._\nimport org.elasticsearch.spark.serialization.{Bean, Garbage, ModuleCaseClass, ReflectionUtils, Trip}\nimport org.elasticsearch.spark.streaming._\nimport org.hamcrest.Matchers._\nimport org.junit.Assert._\nimport org.junit._\nimport org.junit.runner.RunWith\nimport org.junit.runners.Parameterized.Parameters\nimport org.junit.runners.{MethodSorters, Parameterized}\n\nimport scala.collection.JavaConversions.propertiesAsScalaMap\nimport scala.collection.mutable\nimport scala.reflect.ClassTag\n\nobject AbstractScalaEsScalaSparkStreaming {\n  @transient val conf = new SparkConf()\n    .set(\"spark.serializer\", \"org.apache.spark.serializer.KryoSerializer\")\n    .setMaster(\"local\")\n    .setAppName(\"estest\")\n    .set(\"spark.executor.extraJavaOptions\", \"-XX:MaxPermSize=256m\")\n    .setJars(SparkUtils.ES_SPARK_TESTING_JAR)\n  @transient var sc: SparkContext = null\n  @transient var ssc: StreamingContext = null\n\n  @BeforeClass\n  def setup(): Unit =  {\n    conf.setAll(TestSettings.TESTING_PROPS)\n    sc = new SparkContext(conf)\n  }\n\n  @AfterClass\n  def cleanup(): Unit =  {\n    if (sc != null) {\n      sc.stop\n      \/\/ give jetty time to clean its act up\n      Thread.sleep(TimeUnit.SECONDS.toMillis(3))\n    }\n  }\n\n  @Parameters\n  def testParams(): ju.Collection[Array[jl.Object]] = {\n    val list = new ju.ArrayList[Array[jl.Object]]()\n    list.add(Array(\"stream-default\", jl.Boolean.FALSE))\n    list\n  }\n}\n\n@FixMethodOrder(MethodSorters.NAME_ASCENDING)\n@RunWith(classOf[Parameterized])\nclass AbstractScalaEsScalaSparkStreaming(val prefix: String, readMetadata: jl.Boolean) extends Serializable {\n\n  val sc = AbstractScalaEsScalaSparkStreaming.sc\n  val cfg = Map(ConfigurationOptions.ES_READ_METADATA -> readMetadata.toString)\n  val version = TestUtils.getEsClusterInfo.getMajorVersion\n  val keyword = if (version.onOrAfter(EsMajorVersion.V_5_X)) \"keyword\" else \"string\"\n\n  var ssc: StreamingContext = _\n\n  @Before\n  def createStreamingContext(): Unit = {\n    ssc = new StreamingContext(sc, Seconds(1))\n  }\n\n  @After\n  def tearDownStreamingContext(): Unit = {\n    if (ssc.getState() != StreamingContextState.STOPPED) {\n      ssc.stop(stopSparkContext = false, stopGracefully = true)\n    }\n  }\n\n  @Test\n  def testEsRDDWriteIndexCreationDisabled(): Unit = {\n    val expecting = ExpectingToThrow(classOf[EsHadoopIllegalArgumentException]).from(ssc)\n\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" -> (\".\", \"..\", \"...\"))\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\")\n\n    val target = wrapIndex(resource(\"spark-test-nonexisting-scala-basic-write\", \"data\", version))\n\n    val batch = sc.makeRDD(Seq(doc1, doc2))\n    runStream(batch)(_.saveToEs(target, cfg + (ES_INDEX_AUTO_CREATE -> \"no\")))\n\n    assertTrue(!RestUtils.exists(target))\n    expecting.assertExceptionFound()\n  }\n\n  @Test\n  def testEsDataFrame1Write(): Unit = {\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" ->(\".\", \"..\", \"...\"))\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\")\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-basic-write\", \"data\", version))\n\n    val batch = sc.makeRDD(Seq(doc1, doc2))\n\n    runStream(batch)(_.saveToEs(target, cfg))\n\n    assertTrue(RestUtils.exists(target))\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"OTP\"))\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"two\"))\n  }\n\n  @Test\n  def testNestedUnknownCharacter(): Unit = {\n    val expected = ExpectingToThrow(classOf[SparkException]).from(ssc)\n    val doc = Map(\"itemId\" -> \"1\", \"map\" -> Map(\"lat\" -> 1.23, \"lon\" -> -70.12), \"list\" -> (\"A\", \"B\", \"C\"), \"unknown\" -> new Garbage(0))\n    val batch = sc.makeRDD(Seq(doc))\n    runStream(batch)(_.saveToEs(wrapIndex(resource(\"spark-streaming-test-nested-map\", \"data\", version)), cfg))\n    expected.assertExceptionFound()\n  }\n\n  @Test\n  def testEsRDDWriteCaseClass(): Unit = {\n    val javaBean = new Bean(\"bar\", 1, true)\n    val caseClass1 = Trip(\"OTP\", \"SFO\")\n    val caseClass2 = ModuleCaseClass(1, \"OTP\", \"MUC\")\n\n    val vals = ReflectionUtils.caseClassValues(caseClass2)\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-basic-write-objects\", \"data\", version))\n\n    val batch = sc.makeRDD(Seq(javaBean, caseClass1))\n    runStreamRecoverably(batch)(_.saveToEs(target, cfg))\n\n    val batch2 = sc.makeRDD(Seq(javaBean, caseClass2))\n    runStream(batch2)(_.saveToEs(target, Map(\"es.mapping.id\"->\"id\")))\n\n    assertTrue(RestUtils.exists(target))\n    assertEquals(3, EsSpark.esRDD(sc, target).count())\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"\"))\n  }\n\n  @Test\n  def testEsRDDWriteWithMappingId(): Unit = {\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" -> (\".\", \"..\", \"...\"), \"number\" -> 1)\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\", \"number\" -> 2)\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-id-write\", \"data\", version))\n    val docPath = wrapIndex(docEndpoint(\"spark-streaming-test-scala-id-write\", \"data\", version))\n\n    val batch = sc.makeRDD(Seq(doc1, doc2))\n    runStream(batch)(_.saveToEs(target, Map(ES_MAPPING_ID -> \"number\")))\n\n    assertEquals(2, EsSpark.esRDD(sc, target).count())\n    assertTrue(RestUtils.exists(docPath + \"\/1\"))\n    assertTrue(RestUtils.exists(docPath + \"\/2\"))\n\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"SFO\"))\n  }\n\n  @Test\n  def testEsRDDWriteWithDynamicMapping(): Unit = {\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" -> (\".\", \"..\", \"...\"), \"number\" -> 1)\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\", \"number\" -> 2)\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-dyn-id-write\", \"data\", version))\n    val docPath = wrapIndex(docEndpoint(\"spark-streaming-test-scala-dyn-id-write\", \"data\", version))\n\n    val pairRDD = sc.makeRDD(Seq((3, doc1), (4, doc2)))\n    runStream(pairRDD)(_.saveToEsWithMeta(target, cfg))\n\n    println(RestUtils.get(target + \"\/_search?\"))\n\n    assertEquals(2, EsSpark.esRDD(sc, target).count())\n    assertTrue(RestUtils.exists(docPath + \"\/3\"))\n    assertTrue(RestUtils.exists(docPath + \"\/4\"))\n\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"SFO\"))\n  }\n\n  @Test\n  def testEsRDDWriteWithDynamicMapMapping(): Unit = {\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" -> (\".\", \"..\", \"...\"), \"number\" -> 1)\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\", \"number\" -> 2)\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-dyn-id-write-map\", \"data\", version))\n    val docPath = wrapIndex(docEndpoint(\"spark-streaming-test-scala-dyn-id-write-map\", \"data\", version))\n\n    val metadata1 = Map(ID -> 5)\n    val metadata2 = Map(ID -> 6, VERSION -> \"23\")\n\n    assertEquals(5, metadata1.getOrElse(ID, null))\n    assertEquals(6, metadata2.getOrElse(ID, null))\n\n    val pairRDD = sc.makeRDD(Seq((metadata1, doc1), (metadata2, doc2)))\n\n    runStream(pairRDD)(_.saveToEsWithMeta(target, cfg))\n\n    assertTrue(RestUtils.exists(docPath + \"\/5\"))\n    assertTrue(RestUtils.exists(docPath + \"\/6\"))\n\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"SFO\"))\n  }\n\n  @Test\n  def testEsRDDWriteWithMappingExclude(): Unit = {\n    val trip1 = Map(\"reason\" -> \"business\", \"airport\" -> \"SFO\")\n    val trip2 = Map(\"participants\" -> 5, \"airport\" -> \"OTP\")\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-write-exclude\", \"data\", version))\n\n    val batch = sc.makeRDD(Seq(trip1, trip2))\n    runStream(batch)(_.saveToEs(target, Map(ES_MAPPING_EXCLUDE -> \"airport\")))\n\n    assertTrue(RestUtils.exists(target))\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"business\"))\n    assertThat(RestUtils.get(target +  \"\/_search?\"), containsString(\"participants\"))\n    assertThat(RestUtils.get(target +  \"\/_search?\"), not(containsString(\"airport\")))\n  }\n\n  @Test\n  def testEsRDDIngest(): Unit = {\n    EsAssume.versionOnOrAfter(EsMajorVersion.V_5_X, \"Ingest Supported in 5.x and above only\")\n\n    val client: RestUtils.ExtendedRestClient = new RestUtils.ExtendedRestClient\n    val pipelineName: String = prefix + \"-pipeline\"\n    val pipeline: String = \"{\\\"description\\\":\\\"Test Pipeline\\\",\\\"processors\\\":[{\\\"set\\\":{\\\"field\\\":\\\"pipeTEST\\\",\\\"value\\\":true,\\\"override\\\":true}}]}\"\n    client.put(\"\/_ingest\/pipeline\/\" + pipelineName, StringUtils.toUTF(pipeline))\n    client.close()\n\n    val doc1 = Map(\"one\" -> null, \"two\" -> Set(\"2\"), \"three\" -> (\".\", \"..\", \"...\"))\n    val doc2 = Map(\"OTP\" -> \"Otopeni\", \"SFO\" -> \"San Fran\")\n\n    val target = wrapIndex(resource(\"spark-streaming-test-scala-ingest-write\", \"data\", version))\n\n    val ingestCfg = cfg + (ConfigurationOptions.ES_INGEST_PIPELINE -> pipelineName) + (ConfigurationOptions.ES_NODES_INGEST_ONLY -> \"true\")\n\n    val batch = sc.makeRDD(Seq(doc1, doc2))\n    runStream(batch)(_.saveToEs(target, ingestCfg))\n\n    assertTrue(RestUtils.exists(target))\n    assertThat(RestUtils.get(target + \"\/_search?\"), containsString(\"\\\"pipeTEST\\\":true\"))\n  }\n\n\n  @Test\n  def testEsMultiIndexRDDWrite(): Unit = {\n    val trip1 = Map(\"reason\" -> \"business\", \"airport\" -> \"sfo\")\n    val trip2 = Map(\"participants\" -> 5, \"airport\" -> \"otp\")\n\n    val target = wrapIndex(resource(\"spark-streaming-test-trip-{airport}\", \"data\", version))\n    val batch = sc.makeRDD(Seq(trip1, trip2))\n    runStream(batch)(_.saveToEs(target, cfg))\n\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-trip-otp\", \"data\", version))))\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-trip-sfo\", \"data\", version))))\n\n    assertThat(RestUtils.get(wrapIndex(resource(\"spark-streaming-test-trip-sfo\", \"data\", version) + \"\/_search?\")), containsString(\"business\"))\n    assertThat(RestUtils.get(wrapIndex(resource(\"spark-streaming-test-trip-otp\", \"data\", version) + \"\/_search?\")), containsString(\"participants\"))\n  }\n\n  @Test\n  def testEsWriteAsJsonMultiWrite(): Unit = {\n    val json1 = \"{\\\"reason\\\" : \\\"business\\\",\\\"airport\\\" : \\\"sfo\\\"}\"\n    val json2 = \"{\\\"participants\\\" : 5,\\\"airport\\\" : \\\"otp\\\"}\"\n\n    val batch = sc.makeRDD(Seq(json1, json2))\n    runStreamRecoverably(batch)(_.saveJsonToEs(wrapIndex(resource(\"spark-streaming-test-json-{airport}\", \"data\", version)), cfg))\n\n    val json1BA = json1.getBytes()\n    val json2BA = json2.getBytes()\n\n    val batch2 = sc.makeRDD(Seq(json1BA, json2BA))\n    runStream(batch2)(_.saveJsonToEs(wrapIndex(resource(\"spark-streaming-test-json-ba-{airport}\", \"data\", version)), cfg))\n\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-json-sfo\", \"data\", version))))\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-json-otp\", \"data\", version))))\n\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-json-ba-sfo\", \"data\", version))))\n    assertTrue(RestUtils.exists(wrapIndex(resource(\"spark-streaming-test-json-ba-otp\", \"data\", version))))\n\n    assertThat(RestUtils.get(wrapIndex(resource(\"spark-streaming-test-json-sfo\", \"data\", version) + \"\/_search?\")), containsString(\"business\"))\n    assertThat(RestUtils.get(wrapIndex(resource(\"spark-streaming-test-json-otp\", \"data\", version) + \"\/_search?\")), containsString(\"participants\"))\n  }\n\n  @Test\n  def testEsRDDWriteWithUpsertScriptUsingBothObjectAndRegularString(): Unit = {\n    val mapping = wrapMapping(\"data\", s\"\"\"{\n                    |    \"properties\": {\n                    |      \"id\": {\n                    |        \"type\": \"$keyword\"\n                    |      },\n                    |      \"note\": {\n                    |        \"type\": \"$keyword\"\n                    |      },\n                    |      \"address\": {\n                    |        \"type\": \"nested\",\n                    |        \"properties\": {\n                    |          \"id\":    { \"type\": \"$keyword\"  },\n                    |          \"zipcode\": { \"type\": \"$keyword\"  }\n                    |        }\n                    |      }\n                    |    }\n                    |}\"\"\".stripMargin)\n\n    val index = \"spark-streaming-test-contact\"\n    val typed = \"data\"\n    val target = resource(index, typed, version)\n    val docPath = docEndpoint(index, typed, version)\n\n    RestUtils.touch(index)\n    RestUtils.putMapping(index, typed, mapping.getBytes(StringUtils.UTF_8))\n    RestUtils.postData(s\"$docPath\/1\", \"\"\"{ \"id\" : \"1\", \"note\": \"First\", \"address\": [] }\"\"\".getBytes(StringUtils.UTF_8))\n    RestUtils.postData(s\"$docPath\/2\", \"\"\"{ \"id\" : \"2\", \"note\": \"First\", \"address\": [] }\"\"\".getBytes(StringUtils.UTF_8))\n\n    val lang = if (version.onOrAfter(EsMajorVersion.V_5_X)) \"painless\" else \"groovy\"\n    val props = Map(\"es.write.operation\" -> \"upsert\",\n      \"es.input.json\" -> \"true\",\n      \"es.mapping.id\" -> \"id\",\n      \"es.update.script.lang\" -> lang\n    )\n\n    \/\/ Upsert a value that should only modify the first document. Modification will add an address entry.\n    val lines = sc.makeRDD(List(\"\"\"{\"id\":\"1\",\"address\":{\"zipcode\":\"12345\",\"id\":\"1\"}}\"\"\"))\n    val up_params = \"new_address:address\"\n    val up_script = if (version.onOrAfter(EsMajorVersion.V_5_X)) {\n      \"ctx._source.address.add(params.new_address)\"\n    } else {\n      \"ctx._source.address+=new_address\"\n    }\n    runStreamRecoverably(lines)(_.saveToEs(target, props + (\"es.update.script.params\" -> up_params) + (\"es.update.script\" -> up_script)))\n\n    \/\/ Upsert a value that should only modify the second document. Modification will update the \"note\" field.\n    val notes = sc.makeRDD(List(\"\"\"{\"id\":\"2\",\"note\":\"Second\"}\"\"\"))\n    val note_up_params = \"new_note:note\"\n    val note_up_script = if (version.onOrAfter(EsMajorVersion.V_5_X)) {\n      \"ctx._source.note = params.new_note\"\n    } else {\n      \"ctx._source.note=new_note\"\n    }\n    runStream(notes)(_.saveToEs(target, props + (\"es.update.script.params\" -> note_up_params) + (\"es.update.script\" -> note_up_script)))\n\n    assertTrue(RestUtils.exists(s\"$docPath\/1\"))\n    assertThat(RestUtils.get(s\"$docPath\/1\"), both(containsString(\"\"\"\"zipcode\":\"12345\"\"\"\")).and(containsString(\"\"\"\"note\":\"First\"\"\"\")))\n\n    assertTrue(RestUtils.exists(s\"$docPath\/2\"))\n    assertThat(RestUtils.get(s\"$docPath\/2\"), both(not(containsString(\"\"\"\"zipcode\":\"12345\"\"\"\"))).and(containsString(\"\"\"\"note\":\"Second\"\"\"\")))\n  }\n\n  @Test\n  def testNullAsEmpty(): Unit = {\n    val data = Seq(\n      Map(\"field1\" -> 5.4, \"field2\" -> \"foo\"),\n      Map(\"field2\" -> \"bar\"),\n      Map(\"field1\" -> 0.0, \"field2\" -> \"baz\")\n    )\n    val target = wrapIndex(resource(\"spark-streaming-test-nullasempty\", \"data\", version))\n    val batch = sc.makeRDD(data)\n\n    runStream(batch)(_.saveToEs(target))\n\n    assertEquals(3, EsSpark.esRDD(sc, target, cfg).count())\n  }\n\n  \/**\n   * Run a streaming job. Streaming jobs for this test case will not be runnable after this method.\n   * In cases where you must run multiple streaming jobs in a test case, use runStreamRecoverably\n   *\/\n  def runStream[T: ClassTag](rdd: RDD[T])(f: DStream[T] => Unit): Unit = {\n    val rddQueue = mutable.Queue(rdd)\n    val stream = ssc.queueStream(rddQueue, oneAtATime = true)\n    f(stream)\n    ssc.start()\n    TimeUnit.SECONDS.sleep(2) \/\/ Let the stream processing happen\n    ssc.stop(stopSparkContext = false, stopGracefully = true)\n  }\n\n  \/**\n   * Run a streaming job in a way that other streaming jobs may be run\n   *\/\n  def runStreamRecoverably[T: ClassTag](rdd: RDD[T])(f: DStream[T] => Unit): Unit = {\n    val rddQueue = mutable.Queue(rdd)\n    val stream = ssc.queueStream(rddQueue, oneAtATime = true)\n    f(stream)\n    ssc.start()\n    TimeUnit.SECONDS.sleep(2) \/\/ Let the stream processing happen\n    ssc.stop(stopSparkContext = false, stopGracefully = true)\n    ssc = new StreamingContext(sc, Seconds(1))\n  }\n\n  def wrapIndex(index: String) = {\n    prefix + index\n  }\n\n  def wrapMapping(typename: String, mapping: String): String = {\n    if (TestUtils.isTypelessVersion(version)) {\n      mapping\n    } else {\n      s\"\"\"{\"$typename\":$mapping}\"\"\"\n    }\n  }\n\n  object ExpectingToThrow {\n    def apply[T<:Throwable](expected: Class[T]): ExpectingToThrow[T] = new ExpectingToThrow(expected)\n  }\n\n  \/**\n   * Implement a StreamingListener to listen for failed output operations\n   * on an StreamingContext. If there's an exception that matches, keep track.\n   * At the end of the test you should call assertExceptionFound to note if\n   * the expected outcome occurred.\n   *\/\n  class ExpectingToThrow[T <: Throwable](expected: Class[T]) extends StreamingListener {\n    var foundException: Boolean = false\n    var exceptionType: Any = _\n\n    override def onOutputOperationCompleted(outputOperationCompleted: StreamingListenerOutputOperationCompleted): Unit = {\n      val exceptionName = outputOperationCompleted.outputOperationInfo.failureReason match {\n        case Some(value) => value.substring(0, value.indexOf(':'))\n        case None => \"\"\n      }\n\n      foundException = foundException || expected.getCanonicalName.equals(exceptionName)\n      exceptionType = if (foundException) exceptionName\n    }\n\n    def from(ssc: StreamingContext): ExpectingToThrow[T] = {\n      ssc.addStreamingListener(this)\n      this\n    }\n\n    def assertExceptionFound(): Unit = {\n      if (!foundException) {\n        exceptionType match {\n          case s: String => Assert.fail(s\"Expected ${expected.getCanonicalName} but got $s\")\n          case _ => Assert.fail(s\"Expected ${expected.getCanonicalName} but no Exceptions were thrown\")\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/core\/src\/test\/scala\/org\/elasticsearch\/spark\/cfg\/SparkConfigTest.scala","text":"<filename>spark\/core\/src\/test\/scala\/org\/elasticsearch\/spark\/cfg\/SparkConfigTest.scala\n\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.cfg\n\nimport org.apache.hadoop.security.UserGroupInformation\nimport org.elasticsearch.spark.serialization.ReflectionUtils._\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.hamcrest.Matchers._\nimport org.apache.spark.SparkConf\nimport org.elasticsearch.hadoop.cfg.PropertiesSettings\n\nimport java.util.Locale\n\nclass SparkConfigTest {\n\n  @Test\n  def testProperties(): Unit = {\n    val cfg = new SparkConf().set(\"type\", \"onegative\")\n    val settings = new SparkSettingsManager().load(cfg)\n    val props = new PropertiesSettings().load(settings.save())\n    assertEquals(\"onegative\", props.getProperty(\"type\"))\n  }\n  \n  @Test\n  def testSparkProperties(): Unit = {\n    val cfg = new SparkConf().set(\"spark.type\", \"onegative\")\n    val settings = new SparkSettingsManager().load(cfg)\n    val props = new PropertiesSettings().load(settings.save())\n    assertEquals(\"onegative\", props.getProperty(\"type\"))\n  }\n\n  @Test\n  def testSparkPropertiesOverride(): Unit = {\n    val cfg = new SparkConf().set(\"spark.type\", \"fail\").set(\"type\", \"win\")\n    val settings = new SparkSettingsManager().load(cfg)\n    val props = new PropertiesSettings().load(settings.save())\n    assertEquals(\"win\", props.getProperty(\"type\"))\n  }\n\n  @Test\n  def testOpaqueId(): Unit = {\n    var cfg = new SparkConf()\n    assertEquals(String.format(Locale.ROOT, \"[spark] [%s] [] []\", UserGroupInformation.getCurrentUser.getShortUserName),\n        new SparkSettingsManager().load(cfg).getOpaqueId)\n    val appName = \"some app\"\n    val appdId = \"some app id\"\n    cfg = new SparkConf().set(\"spark.app.name\", appName).set(\"spark.app.id\", appdId)\n    assertEquals(String.format(Locale.ROOT, \"[spark] [%s] [%s] [%s]\", UserGroupInformation.getCurrentUser.getShortUserName, appName,\n      appdId), new SparkSettingsManager().load(cfg).getOpaqueId)\n  }\n}"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/core\/src\/main\/scala\/org\/elasticsearch\/spark\/rdd\/AbstractEsRDDIterator.scala","text":"<gh_stars>0\n\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.rdd\n\nimport org.apache.commons.logging.Log\nimport org.apache.spark.TaskContext\nimport org.apache.spark.TaskKilledException\nimport org.elasticsearch.hadoop.cfg.Settings\nimport org.elasticsearch.hadoop.rest.RestService\nimport org.elasticsearch.hadoop.rest.PartitionDefinition\n\nimport java.util.Locale\n\nprivate[spark] abstract class AbstractEsRDDIterator[T](\n    val context: TaskContext,\n    partition: PartitionDefinition)\n  extends Iterator[T] {\n\n  protected var finished = false\n  private var gotNext = false\n  private var nextValue: T = _\n  private var closed = false\n\n  @transient private lazy val log = getLogger()\n\n  private var initialized = false;\n\n  lazy val reader = {\n     initialized = true\n     val settings = partition.settings()\n\n     \/\/ initialize mapping\/ scroll reader\n     initReader(settings, log)\n     if (settings.getOpaqueId() != null && settings.getOpaqueId().contains(\"task attempt\") == false) {\n       settings.setOpaqueId(String.format(Locale.ROOT, \"%s, stage %s, task attempt %s\", settings.getOpaqueId(),\n         context.stageId().toString, context.taskAttemptId.toString))\n     }\n     val readr = RestService.createReader(settings, partition, log)\n     readr.scrollQuery()\n  }\n\n  \/\/ Register an on-task-completion callback to close the input stream.\n  CompatUtils.addOnCompletition(context, () => closeIfNeeded())\n\n  def hasNext: Boolean = {\n    if (CompatUtils.isInterrupted(context)) {\n      throw new TaskKilledException\n    }\n\n    !finished && reader.hasNext()\n  }\n\n  override def next(): T = {\n    if (!hasNext) {\n      throw new NoSuchElementException(\"End of stream\")\n    }\n    val value = reader.next();\n    createValue(value)\n  }\n\n  def closeIfNeeded(): Unit = {\n    if (!closed) {\n      close()\n      closed = true\n    }\n  }\n\n  protected def close() = {\n    if (initialized) {\n      reader.close()\n    }\n  }\n\n  def getLogger(): Log\n  def initReader(settings:Settings, log: Log): Unit\n  def createValue(value: Array[Object]): T\n\n}\n"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/core\/src\/main\/scala\/org\/elasticsearch\/spark\/rdd\/JDKCollectionConvertersCompat.scala","text":"\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.rdd\n\n\/**\n * Magic to get cross-compiling access to scala.jdk.CollectionConverter\n * with a fallback on scala.collection.JavaConverters, without deprecation\n * warning in any Scala version.\n * From https:\/\/github.com\/scala\/scala-collection-compat\/issues\/208#issuecomment-497735669\n *\/\nprivate[elasticsearch] object JDKCollectionConvertersCompat {\n  object Scope1 {\n    object jdk {\n      type CollectionConverters = Int\n    }\n  }\n  import Scope1._\n\n  object Scope2 {\n    import scala.collection.{JavaConverters => CollectionConverters}\n    object Inner {\n      import scala._\n      import jdk.CollectionConverters\n      val Converters = CollectionConverters\n    }\n  }\n\n  val Converters = Scope2.Inner.Converters\n}"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/sql-30\/src\/main\/scala\/org\/elasticsearch\/spark\/sql\/RowValueReader.scala","text":"<reponame>zhaomin1423\/elasticsearch-hadoop\n\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\npackage org.elasticsearch.spark.sql\n\nimport java.util.Collections\nimport java.util.{Set => JSet}\n\nimport org.elasticsearch.hadoop.EsHadoopIllegalStateException\nimport org.elasticsearch.hadoop.cfg.Settings\nimport org.elasticsearch.hadoop.serialization.SettingsAware\n\nprivate[sql] trait RowValueReader extends SettingsAware {\n\n  protected var readMetadata = false\n  var metadataField = \"\"\n  \/\/ columns for each row (loaded on each new row)\n  protected var rowColumnsMap: scala.collection.Map[String, Seq[String]] = Map.empty\n  \/\/ fields that need to be handled as arrays (in absolute name format)\n  protected var arrayFields: JSet[String] = Collections.emptySet()\n  protected var sparkRowField = Utils.ROOT_LEVEL_NAME\n  protected var currentFieldIsGeo = false\n  \n  abstract override def setSettings(settings: Settings) = {\n    super.setSettings(settings)\n\n    readMetadata = settings.getReadMetadata\n    val rowInfo = SchemaUtils.getRowInfo(settings)\n    rowColumnsMap = rowInfo._1\n    arrayFields = rowInfo._2\n  }\n\n  def rowColumns(currentField: String): Seq[String] = {\n    rowColumnsMap.get(currentField) match {\n      case Some(v) => v\n      case None => throw new EsHadoopIllegalStateException(s\"Field '$currentField' not found; typically this occurs with arrays which are not mapped as single value\")\n    }\n  }\n\n  def addToBuffer(esRow: ScalaEsRow, key: AnyRef, value: Any): Unit = {\n    val pos = esRow.rowOrder.indexOf(key.toString())\n    if (pos < 0 || pos >= esRow.values.size) {\n      \/\/ geo types allow fields which are ignored - need to skip these if they are not part of the schema\n      if (pos >= 0 || !currentFieldIsGeo) {\n        if (key.toString().contains(\".\")) {\n          throw new EsHadoopIllegalStateException(\n            s\"Found field '$sparkRowField'. Fields containing dots ('.') are not supported in es-hadoop\")\n        } else {\n          throw new EsHadoopIllegalStateException(s\"Position for '$sparkRowField' not found in row; typically this is caused by a mapping inconsistency\")\n        }\n      }\n    } else {\n      esRow.values.update(pos, value)\n    }\n  }\n}"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/sql-30\/src\/main\/scala\/org\/elasticsearch\/spark\/sql\/streaming\/EsSinkMetadataLog.scala","text":"<filename>spark\/sql-30\/src\/main\/scala\/org\/elasticsearch\/spark\/sql\/streaming\/EsSinkMetadataLog.scala\n\/*\n * Licensed to Elasticsearch under one or more contributor\n * license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright\n * ownership. Elasticsearch licenses this file to you under\n * the Apache License, Version 2.0 (the \"License\"); you may\n * not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied.  See the License for the\n * specific language governing permissions and limitations\n * under the License.\n *\/\n\npackage org.elasticsearch.spark.sql.streaming\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.execution.streaming.CompactibleFileStreamLog\nimport org.elasticsearch.hadoop.cfg.Settings\n\n\/**\n * Provides logic for managing batch ID committing as well as cleaning up\n * state between batch executions for the [[EsSparkSqlStreamingSink]]\n *\/\nclass EsSinkMetadataLog(settings: Settings, sparkSession: SparkSession, path: String)\n  extends CompactibleFileStreamLog[EsSinkStatus](EsSinkMetadataLog.VERSION_NUMBER, sparkSession, path) {\n\n  override protected def fileCleanupDelayMs: Long = SparkSqlStreamingConfigs.getFileCleanupDelayMs(settings)\n\n  override protected def isDeletingExpiredLog: Boolean = SparkSqlStreamingConfigs.getIsDeletingExpiredLog(settings)\n\n  override protected def defaultCompactInterval: Int = SparkSqlStreamingConfigs.getDefaultCompactInterval(settings)\n\n  \/**\n   * Compatibility requirement: Spark 3.0 and below used this method instead of shouldRetain.\n   *\n   * This method was renamed in 3.1 but can still be used in 3.0 as long as it is present at runtime.\n   *\/\n  def compactLogs(logs: Seq[EsSinkStatus]): Seq[EsSinkStatus] = logs\n\n  override def shouldRetain(log: EsSinkStatus, currentTime: Long): Boolean = true\n}\n\n\/**\n * Companion object for [[EsSinkMetadataLog]].\n *\/\nobject EsSinkMetadataLog {\n  private [sql] val VERSION_NUMBER = 1\n}\n"}
{"repo_name":"zhaomin1423\/elasticsearch-hadoop","path":"spark\/core\/src\/test\/scala\/org\/elasticsearch\/spark\/serialization\/ScalaValueReaderTest.scala","text":"<filename>spark\/core\/src\/test\/scala\/org\/elasticsearch\/spark\/serialization\/ScalaValueReaderTest.scala\npackage org.elasticsearch.spark.serialization\n\nimport org.elasticsearch.hadoop.serialization.FieldType.DATE_NANOS\nimport org.elasticsearch.hadoop.serialization.Parser\nimport org.junit.Assert._\nimport org.junit.Test\nimport org.mockito.Mockito\n\nimport java.sql.Timestamp\nimport java.util.Date\n\nclass ScalaValueReaderTest {\n  @Test\n  def testCreateDateNanos(): Unit = {\n    val reader = new ScalaValueReader()\n    val nanoDate = reader.createDateNanos(\"2015-01-01T12:10:30.123456789Z\")\n    assertEquals(1420114230123l, nanoDate.getTime)\n    assertEquals(123456789, nanoDate.getNanos)\n  }\n\n  @Test\n  def testReadValue(): Unit = {\n    val reader = new ScalaValueReader()\n    val parser = Mockito.mock(classOf[Parser])\n\n    Mockito.when(parser.currentToken()).thenReturn(Parser.Token.VALUE_STRING)\n    val stringValue: String = reader.readValue(parser, \"2015-01-01T12:10:30.123456789Z\", DATE_NANOS).asInstanceOf[String]\n    assertEquals(\"2015-01-01T12:10:30.123456789Z\", stringValue)\n\n    Mockito.when(parser.currentToken()).thenReturn(Parser.Token.VALUE_NUMBER)\n    Mockito.when(parser.longValue()).thenReturn(1420114230123l)\n    val dateLong = reader.readValue(parser, \"1420114230123\", DATE_NANOS).asInstanceOf[Long]\n    assertEquals(1420114230123l, dateLong)\n\n    reader.richDate = true\n    Mockito.when(parser.currentToken()).thenReturn(Parser.Token.VALUE_STRING)\n    val timestamp = reader.readValue(parser, \"2015-01-01T12:10:30.123456789Z\", DATE_NANOS).asInstanceOf[Timestamp]\n    assertEquals(1420114230123l, timestamp.getTime)\n    assertEquals(123456789, timestamp.getNanos)\n\n    Mockito.when(parser.currentToken()).thenReturn(Parser.Token.VALUE_NUMBER)\n    Mockito.when(parser.longValue()).thenReturn(1420114230123l)\n    val date = reader.readValue(parser, \"1420114230123\", DATE_NANOS).asInstanceOf[Date]\n    assertEquals(1420114230123l, date.getTime)\n  }\n}\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"tests\/src\/test\/scala\/bindgen\/BindgenSpec.scala","text":"<filename>tests\/src\/test\/scala\/bindgen\/BindgenSpec.scala\npackage bindgen\n\nimport utest._\n\n\nobject BindgenSpec extends TestSuite {\n  import scala.io.Source\n  import java.io.File\n  import scala.sys.process._\n\n  def contentOf(name: String): String = contentOf(new File(name))\n  def contentOf(file: File)  : String = Source.fromFile(file).getLines.mkString(\"\\n\")\n\n  val inputDir   = \"src\/test\/resources\/samples\"\n  val includeDir = \"src\/test\/resources\/samples\/include\"\n  val outputDir  = \"target\/bindgen-samples\"\n\n  Option(new File(outputDir)).foreach { dir =>\n    Option(dir.listFiles()).foreach { files => files.foreach { file => file.delete }}\n    dir.mkdirs\n  }\n\n  val bin = sys.props.get(\"native.bin\").getOrElse {\n    sys.error(\"native.bin is not set\")\n  }\n\n  val util = new Object with FileUtils\n\n\n  val tests = this {\n    \"ability to generate bindings\"-{\n      for {\n        file  <- new File(inputDir).listFiles()\n        input    = file.toString                                            if input.endsWith(\".h\")\n        expected = util.resolve(None, None, Option(input), \".h\", \".scala\")  if (new File(expected)).exists\n      } {\n        val actual = util.resolve(Option(outputDir), None, Option(input), \".h\", \".scala\")\n\n        val cmd = Array(bin, \"-v\", \"-v\", \"-d\", \"-o\", actual, input, \"--\", \"-I\", includeDir)\n        assert(Process(cmd).! == 0)\n\n        assert((new File(actual)).exists)\n        val expectedContents = contentOf(expected)\n        val actualContents   = contentOf(actual)\n        assert(expectedContents == actualContents)\n      }\n    }\n  }\n}\n\n\/\/FIXME: https:\/\/github.com\/frgomes\/scala-bindgen\/issues\/27\ntrait FileUtils {\n  import java.io.File\n  import java.nio.file.Paths\n  import java.nio.file.Path\n\n \/\/ def mkdirs(name: Option[String])\n  def mkdirs(name: String): File = mkdirs(Paths.get(name).toFile)\n  def mkdirs(file: java.io.File): File = {\n    val dir = file.getParentFile\n    if(!dir.isDirectory)\n      if (!dir.mkdirs)\n        throw new java.io.IOException(s\"Cannot create directory ${dir.toString}\")\n    file\n  }\n\n  private def resolve(chdir: Option[String], name: Option[String]): String = {\n    val dir  =\n      chdir match {\n        case None     => \".\"\n        case Some(\"\") => \".\"\n        case Some(d)  => d\n      }\n    val path =\n      if(name.isEmpty)\n        throw new IllegalArgumentException(\"Cannot access a null name.\")\n      else\n        Paths.get(name.get)\n    if(path.isAbsolute) path.toString else Paths.get(dir, path.toString).toString\n  }\n\n  def resolve(chdir: Option[String], name: Option[String], default: Option[String]): String =\n    name match {\n      case Some(\"-\") => \"-\"\n      case None      => resolve(chdir, default)\n      case Some(\"\")  => resolve(chdir, default)\n      case _         => resolve(chdir, name)\n    }\n\n  def resolve(chdir: Option[String], name: Option[String], default: Option[String], from: String, to: String): String = {\n    def replaceThenResolve: String = {\n        val name = default.getOrElse(throw new IllegalArgumentException(\"Cannot enforce extension on a null default name.\"))\n        resolve(chdir, Option(name.replace(from, to)))\n    }\n    name match {\n      case Some(\"-\") => \"-\"\n      case None      => replaceThenResolve\n      case Some(\"\")  => replaceThenResolve\n      case _         => resolve(chdir, name)\n    }\n  }\n\n  \/\/ Java-like API\n\n  def resolve(chdir: String, name: String, default: String): String =\n    resolve(Option(chdir), Option(name), Option(default))\n\n  def resolve(chdir: String, name: String, default: String, from: String, to: String): String =\n    resolve(Option(chdir), Option(name), Option(default), from, to)\n}\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"bindgen\/src\/main\/scala\/clang.scala","text":"package scala.scalanative\npackage bindings\n\nobject clang {\n  import scalanative.native._\n\n  type Data              = Ptr[Byte]\n  type CXIndex           = Ptr[Byte]\n  type CXCursor          = Ptr[Byte]\n  type CXType            = Ptr[Byte]\n  type CXTranslationUnit = Ptr[Byte]\n  type CXUnsavedFile     = Ptr[Byte]\n  type Visitor           = CFunctionPtr3[CXCursor, CXCursor, Data, UInt]\n\n  type CXCursorKind            = UInt\n  type CXTypeKind              = UInt\n  type CXTranslationUnit_Flags = UInt\n  type CXChildVisitResult      = UInt\n\n  @extern\n  @link(\"clang\")\n  object api {\n    @name(\"bindgen_clang_CXCursor_StructDecl\")\n    def CXCursor_StructDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXCursor_UnionDecl\")\n    def CXCursor_UnionDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXCursor_EnumDecl\")\n    def CXCursor_EnumDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXCursor_EnumConstantDecl\")\n    def CXCursor_EnumConstantDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXCursor_FunctionDecl\")\n    def CXCursor_FunctionDecl(): CXCursorKind = extern;\n\n    @name(\"bindgen_clang_CXCursor_VarDecl\")\n    def CXCursor_VarDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXCursor_TypedefDecl\")\n    def CXCursor_TypedefDecl(): CXCursorKind = extern\n\n    @name(\"bindgen_clang_CXTranslationUnit_None\")\n    def CXTranslationUnit_None(): CXTranslationUnit_Flags = extern\n\n    @name(\"bindgen_clang_CXTranslationUnit_SkipFunctionBodies\")\n    def CXTranslationUnit_SkipFunctionBodies(): CXTranslationUnit_Flags =\n      extern\n\n    @name(\"bindgen_clang_CXChildVisit_Break\")\n    def CXChildVisit_Break(): CXChildVisitResult = extern\n\n    @name(\"bindgen_clang_CXChildVisit_Continue\")\n    def CXChildVisit_Continue(): CXChildVisitResult = extern\n\n    @name(\"bindgen_clang_CXChildVisit_Recurse\")\n    def CXChildVisit_Recurse(): CXChildVisitResult = extern\n\n    @name(\"bindgen_clang_CXType_Invalid\")\n    def CXType_Invalid(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Unexposed\")\n    def CXType_Unexposed(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Void\")\n    def CXType_Void(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Bool\")\n    def CXType_Bool(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Char_U\")\n    def CXType_Char_U(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_UChar\")\n    def CXType_UChar(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Char16\")\n    def CXType_Char16(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Char32\")\n    def CXType_Char32(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_UShort\")\n    def CXType_UShort(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_UInt\")\n    def CXType_UInt(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ULong\")\n    def CXType_ULong(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ULongLong\")\n    def CXType_ULongLong(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_UInt128\")\n    def CXType_UInt128(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Char_S\")\n    def CXType_Char_S(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_SChar\")\n    def CXType_SChar(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_WChar\")\n    def CXType_WChar(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Short\")\n    def CXType_Short(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Int\")\n    def CXType_Int(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Long\")\n    def CXType_Long(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_LongLong\")\n    def CXType_LongLong(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Int128\")\n    def CXType_Int128(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Float\")\n    def CXType_Float(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Double\")\n    def CXType_Double(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_LongDouble\")\n    def CXType_LongDouble(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_NullPtr\")\n    def CXType_NullPtr(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Overload\")\n    def CXType_Overload(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Dependent\")\n    def CXType_Dependent(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ObjCId\")\n    def CXType_ObjCId(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ObjCClass\")\n    def CXType_ObjCClass(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ObjCSel\")\n    def CXType_ObjCSel(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Complex\")\n    def CXType_Complex(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Pointer\")\n    def CXType_Pointer(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_BlockPointer\")\n    def CXType_BlockPointer(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_LValueReference\")\n    def CXType_LValueReference(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_RValueReference\")\n    def CXType_RValueReference(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Record\")\n    def CXType_Record(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Enum\")\n    def CXType_Enum(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Typedef\")\n    def CXType_Typedef(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ObjCInterface\")\n    def CXType_ObjCInterface(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ObjCObjectPointer\")\n    def CXType_ObjCObjectPointer(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_FunctionNoProto\")\n    def CXType_FunctionNoProto(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_FunctionProto\")\n    def CXType_FunctionProto(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_ConstantArray\")\n    def CXType_ConstantArray(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_Vector\")\n    def CXType_Vector(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_IncompleteArray\")\n    def CXType_IncompleteArray(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_VariableArray\")\n    def CXType_VariableArray(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_DependentSizedArray\")\n    def CXType_DependentSizedArray(): CXTypeKind = extern\n\n    @name(\"bindgen_clang_CXType_MemberPointer\")\n    def CXType_MemberPointer(): CXTypeKind = extern;\n\n    @name(\"bindgen_clang_getCursorKind\")\n    def getCursorKind(cursor: CXCursor): CXCursorKind = extern\n\n    @name(\"bindgen_clang_Cursor_getNumArguments\")\n    def Cursor_getNumArguments(cursor: CXCursor): CInt = extern\n\n    @name(\"bindgen_clang_getEnumConstantDeclValue\")\n    def getEnumConstantDeclValue(cursor: CXCursor): CLongLong = extern\n\n    @name(\"bindgen_clang_getCursorType\")\n    def getCursorType(cursor: CXCursor): CXType = extern\n\n    @name(\"bindgen_clang_getResultType\")\n    def getResultType(tpe: CXType): CXType = extern\n\n    @name(\"bindgen_clang_getEnumDeclIntegerType\")\n    def getEnumDeclIntegerType(cursor: CXCursor): CXType = extern\n\n    @name(\"bindgen_clang_getTypedefDeclUnderlyingType\")\n    def getTypedefDeclUnderlyingType(cursor: CXCursor): CXType = extern\n\n    @name(\"bindgen_clang_getTranslationUnitCursor\")\n    def getTranslationUnitCursor(unit: CXTranslationUnit): CXCursor = extern\n\n    @name(\"bindgen_clang_getCursorKindSpelling\")\n    def getCursorKindSpelling(kind: CXCursorKind): CString = extern\n\n    @name(\"bindgen_clang_getCursorSpelling\")\n    def getCursorSpelling(cursor: CXCursor): CString = extern\n\n    @name(\"bindgen_clang_getTypeSpelling\")\n    def getTypeSpelling(tpe: CXType): CString = extern;\n\n    @name(\"bindgen_clang_Cursor_getArgument\")\n    def Cursor_getArgument(cursor: CXCursor, i: CInt): CXCursor = extern\n\n    @name(\"bindgen_clang_visitChildren\")\n    def visitChildren(parent: CXCursor, visitor: Visitor, data: Data): UInt =\n      extern\n\n    @name(\"clang_createIndex\")\n    def createIndex(excludeDeclarationsFromPCH: CInt,\n                    displayDiagnostics: CInt): CXIndex = extern\n\n    @name(\"clang_disposeIndex\")\n    def disposeIndex(index: CXIndex): Unit = extern\n\n    @name(\"clang_parseTranslationUnit\")\n    def parseTranslationUnit(index: CXIndex,\n                             fileName: CString,\n                             argv: Ptr[CString],\n                             argc: CInt,\n                             unsavedFiles: CXUnsavedFile,\n                             numUnsavedFiles: CInt,\n                             options: UInt): CXTranslationUnit = extern\n\n    @name(\"clang_disposeTranslationUnit\")\n    def disposeTranslationUnit(unit: CXTranslationUnit): Unit = extern\n  }\n}\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"tests\/src\/test\/resources\/samples\/test003.scala","text":"def f(\n  shape: enum shapes\n  ): int = extern\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"bindgen\/src\/test\/scala\/FileUtilsSpec.scala","text":"package bindgen\n\nimport utest._\n\nobject Test extends TestSuite {\n  val util = new Object with FileUtils\n  val tests = this {\n    \"ability to determine output file name\" - {\n\n      \"when output goes to STDOUT\"-{\n        \"well formed chdir and default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"-\"\n          val default  = \"test.h\"\n          val expected = \"-\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir\"-{\n          val chdir = null\n          val out   = \"-\"\n          val default  = \"test.h\"\n          val expected = \"-\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"-\"\n          val default  = null\n          val expected = \"-\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir and default\"-{\n          val chdir = null\n          val out   = \"-\"\n          val default  = null\n          val expected = \"-\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n      }\n\n\n      \"when output assumes defaults\"-{\n        \"well formed chdir and default, output is null\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = null \/\/ assuming defaults means that this can be either null or \"\"\n          val default  = \"test.h\"\n          val expected = \"target\/bindgen\/tests\/test.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"well formed chdir and default, output is empty\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = null \/\/ assuming defaults means that this can be either null or \"\"\n          val default  = \"test.h\"\n          val expected = \"target\/bindgen\/tests\/test.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir\"-{\n          val chdir = null\n          val out   = null \/\/ assuming defaults means that this can be either null or \"\"\n          val default  = \"test.h\"\n          val expected = \".\/test.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = null \/\/ assuming defaults means that this can be either null or \"\"\n          val default  = null\n          intercept[IllegalArgumentException] {\n            util.resolve(chdir, out, default, \".h\", \".scala\")\n          }\n        }\n        \"badly formed chdir and default\"-{\n          val chdir = null\n          val out   = null \/\/ assuming defaults means that this can be either null or \"\"\n          val default  = null\n          intercept[IllegalArgumentException] {\n            util.resolve(chdir:String, out, default, \".h\", \".scala\")\n          }\n        }\n      }\n\n\n      \"when output specifies a simple file name\"-{\n        \"well formed chdir and default, output is null\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"unified.scala\"\n          val default  = \"test.h\"\n          val expected = \"target\/bindgen\/tests\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir\"-{\n          val chdir = null\n          val out   = \"unified.scala\"\n          val default  = \"test.h\"\n          val expected = \".\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"unified.scala\"\n          val default  = null\n          val expected = \"target\/bindgen\/tests\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir and default\"-{\n          val chdir = null\n          val out   = \"unified.scala\"\n          val default  = null\n          val expected = \".\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n      }\n\n\n      \"when output specifies a relative file name\"-{\n        \"well formed chdir and default, output is null\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"another\/unified.scala\"\n          val default  = \"test.h\"\n          val expected = \"target\/bindgen\/tests\/another\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir\"-{\n          val chdir = null\n          val out   = \"another\/unified.scala\"\n          val default  = \"test.h\"\n          val expected = \".\/another\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"another\/unified.scala\"\n          val default  = null\n          val expected = \"target\/bindgen\/tests\/another\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir and default\"-{\n          val chdir = null\n          val out   = \"another\/unified.scala\"\n          val default  = null\n          val expected = \".\/another\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n      }\n\n\n      \"when output specifies an absolute file name\"-{\n        \"well formed chdir and default, output is null\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"\/tmp\/unified.scala\"\n          val default  = \"test.h\"\n          val expected = \"\/tmp\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir\"-{\n          val chdir = null\n          val out   = \"\/tmp\/unified.scala\"\n          val default  = \"test.h\"\n          val expected = \"\/tmp\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed default\"-{\n          val chdir = \"target\/bindgen\/tests\"\n          val out   = \"\/tmp\/unified.scala\"\n          val default  = null\n          val expected = \"\/tmp\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n        \"badly formed chdir and default\"-{\n          val chdir = null\n          val out   = \"\/tmp\/unified.scala\"\n          val default  = null\n          val expected = \"\/tmp\/unified.scala\"\n          val actual   = util.resolve(chdir, out, default, \".h\", \".scala\")\n          assert(expected == actual)\n        }\n      }\n\n    }\n  }\n}\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"tests\/src\/test\/resources\/samples\/test000.scala","text":"def acall(\n  c: int\n  ): int = extern\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"tests\/src\/test\/resources\/samples\/test001.scala","text":"type SomeInt = int\nobject color_Enum {\n  val RED = 1\n  val GREEN = 2\n  val BLUE = 100\n}\ndef strchr(\n  s: const char *\n  c: int\n  ): char * = extern\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"bindgen\/src\/main\/scala\/Main.scala","text":"<gh_stars>10-100\npackage bindgen\n\nimport scalanative.native._\n\n\ncase class Args(files: Seq[String]    = Seq(),\n                chdir: Option[String] = None,\n                pkg: Option[String]   = Some(\"scalanative.native.bindings\"),\n                out: Option[String]   = None,\n                recursive: Boolean    = false,\n                verbose: Int          = 0,\n                debug: Boolean        = false)\n\nobject CLI {\n  val parser = new scopt.OptionParser[Args](\"bindgen\") {\n    head(\"bindgen\", \"0.1\")\n\n    arg[String](\"files...\")\n      .unbounded()\n      .optional()\n      .action((x, c) => c.copy(files = c.files :+ x))\n      .text(\"\"\"Header file(s) to be converted to Scala.\"\"\")\n\n    opt[String]('C', \"chdir\")\n      .optional\n      .valueName(\"DIR\")\n      .action((x, c) => c.copy(chdir = Option(x)))\n      .text(\"\"\"Change to DIR before performing any operations.\"\"\")\n\n    opt[String]('P', \"package\")\n      .valueName(\"PACKAGE\")\n      .action((x, c) => c.copy(pkg = Option(x)))\n      .text(\"\"\"Package name.\"\"\")\n\n    opt[String]('o', \"out\")\n      .optional\n      .valueName(\"FILE\")\n      .action((x, c) => c.copy(out = Option(x)))\n      .text(\"\"\"Unified output file.\"\"\")\n\n    opt[Unit]('r', \"recursive\")\n      .action((_, c) => c.copy(recursive = true))\n      .text(\"\"\"Produces bindigs for #include(s) recursively.\"\"\")\n\n    opt[Unit]('d', \"debug\")\n      .action((_, c) => c.copy(debug = true))\n      .text(\"\"\"Emit Clang AST to stderr.\"\"\")\n\n    opt[Unit]('v', \"verbose\")\n      .minOccurs(0).maxOccurs(10)\n      .action((_, c) => c.copy(verbose = c.verbose + 1))\n      .text(\"\"\"Increase verbosity.\"\"\")\n\n    help(\"help\")\n      .text(\"\"\"prints this usage text\"\"\")\n  }\n}\n\nobject Main {\n\n  def main(args: Array[String]): Unit = {\n    val (left, right) = args.span(item => \"--\" != item)\n    val cargs = if(right.isEmpty) Array[String]() else right.tail.toArray\n    val errno: Int =\n      CLI.parser.parse(left, Args()) match {\n        case Some(a) => (new Generator(a, cargs)).process\n        case None    => -1 \/\/ arguments are bad, error message will have been displayed\n      }\n\n    System.exit(errno)\n  }\n}\n\nclass Generator(args: Args, cargs: Array[String]) extends FileUtils {\n  import scala.scalanative.bindings.clang._\n  import scala.scalanative.bindings.clang.api._\n  import scala.collection.mutable.ListBuffer\n\n  import java.io.{File, FileOutputStream, PrintStream}\n\n  private val tree    = new Object with Tree\n  private val visitor = AST.visitor\n  private val cerr    = new PrintStream(System.err)\n\n  def process: Int = Zone { implicit z =>\n    val cargc: CInt = cargs.length\n    val cargv: Ptr[CString] = stackalloc[CString](cargs.length)\n    var i = 0; while(i<cargc) { cargv(i) = toCString(cargs(i)); i = i + 1 }\n\n    val index: CXIndex = createIndex(0, 1)\n    val xs =\n      args.files.map { name =>\n        if (args.verbose > 1) cerr.println(s\"[${name}]\")\n        val tu: CXTranslationUnit =\n          parseTranslationUnit(index,\n                               toCString(name),\n                               cargv,\n                               cargc,\n                               null,\n                               0,\n                               CXTranslationUnit_SkipFunctionBodies)\n        if(tu == null) throw new RuntimeException(\"CXTranslationUnit is null\")\n        val root: CXCursor = getTranslationUnitCursor(tu)\n        if(root == null) throw new RuntimeException(\"CXCursor is null\")\n        val result = visitChildren(root, visitor, tree.cast[Data]).toInt\n        if(args.verbose > 0) println(s\"${result} ${name}\")\n        if(result==0) makeOutput(tree, resolve(args.chdir, args.out, Option(name), \".h\", \".scala\"))\n        disposeTranslationUnit(tu)\n        if (args.debug || args.verbose > 0) cerr.println(\"----------------------------------------------\")\n        result\n      }\n    if (index != null) disposeIndex(index)\n    xs.sum\n  }\n\n  private def makeOutput(tree: Tree, out: String): Unit = {\n    val cout = if(\"-\" == out) new PrintStream(System.out) else new PrintStream(new FileOutputStream(mkdirs(out)))\n\n    if(args.debug) {\n      cerr.println(s\"typedefs.size  = ${tree.typedefs.size}\")\n      cerr.println(s\"enums.size     = ${tree.enums.size}\")\n      cerr.println(s\"functions.size = ${tree.functions.size}\")\n    }\n\n    tree.typedefs.foreach { entry =>\n      cout.println(s\"type ${entry.name} = ${entry.underlying}\")\n    }\n\n    tree.enums.foreach { entry =>\n      cout.println(s\"object ${entry.name}_Enum {\")\n      cout.println(\n        entry.values\n          .map(enum => s\"  val ${enum.name} = ${enum.value}\")\n          .mkString(\"\\n\"))\n      cout.println(\"}\")\n    }\n\n    tree.functions.foreach { entry =>\n      cout.println(s\"def ${entry.name}(\")\n      cout.println(\n        entry.args\n          .map(param => s\"  ${param.name}: ${param.tpe}\")\n          .mkString(\"\\n\"))\n      cout.println(s\"  ): ${entry.returnType} = extern\")\n    }\n\n    cout.flush()\n    if(\"-\" != out) cout.close\n  }\n}\n\n\ntrait FileUtils {\n  import java.io.File\n  import java.nio.file.Paths\n  import java.nio.file.Path\n\n \/\/ def mkdirs(name: Option[String])\n  def mkdirs(name: String): File = mkdirs(Paths.get(name).toFile)\n  def mkdirs(file: java.io.File): File = {\n    val dir = file.getParentFile\n    if(!dir.isDirectory)\n      if (!dir.mkdirs)\n        throw new java.io.IOException(s\"Cannot create directory ${dir.toString}\")\n    file\n  }\n\n  private def resolve(chdir: Option[String], name: Option[String]): String = {\n    val dir  =\n      chdir match {\n        case None     => \".\"\n        case Some(\"\") => \".\"\n        case Some(d)  => d\n      }\n    val path =\n      if(name.isEmpty)\n        throw new IllegalArgumentException(\"Cannot access a null name.\")\n      else\n        Paths.get(name.get)\n    if(path.isAbsolute) path.toString else Paths.get(dir, path.toString).toString\n  }\n\n  def resolve(chdir: Option[String], name: Option[String], default: Option[String]): String =\n    name match {\n      case Some(\"-\") => \"-\"\n      case None      => resolve(chdir, default)\n      case Some(\"\")  => resolve(chdir, default)\n      case _         => resolve(chdir, name)\n    }\n\n  def resolve(chdir: Option[String], name: Option[String], default: Option[String], from: String, to: String): String = {\n    def replaceThenResolve: String = {\n        val name = default.getOrElse(throw new IllegalArgumentException(\"Cannot enforce extension on a null default name.\"))\n        resolve(chdir, Option(name.replace(from, to)))\n    }\n    name match {\n      case Some(\"-\") => \"-\"\n      case None      => replaceThenResolve\n      case Some(\"\")  => replaceThenResolve\n      case _         => resolve(chdir, name)\n    }\n  }\n\n  \/\/ Java-like API\n\n  def resolve(chdir: String, name: String, default: String): String =\n    resolve(Option(chdir), Option(name), Option(default))\n\n  def resolve(chdir: String, name: String, default: String, from: String, to: String): String =\n    resolve(Option(chdir), Option(name), Option(default), from, to)\n}\n\nobject AST {\n  import scala.collection.mutable.ListBuffer\n  import scala.scalanative.bindings.clang._\n  import scala.scalanative.bindings.clang.api._\n\n  def visitor: Visitor = (cursor: CXCursor, parent: CXCursor, data: Data) => {\n\n    val tree               = data.cast[Tree]\n    val kind: CXCursorKind = getCursorKind(cursor)\n\n    if (kind == CXCursor_FunctionDecl) {\n      val name               = getCursorSpelling(cursor)\n      val cursorType         = getCursorType(cursor)\n      val returnType         = getResultType(cursorType)\n      val returnTypeSpelling = getTypeSpelling(returnType)\n      val argc               = Cursor_getNumArguments(cursor)\n\n      tree.functions += Function(fromCString(name),\n                                 fromCString(returnTypeSpelling),\n                                 functionParams(cursor))\n\n    } else if (kind == CXCursor_EnumDecl) {\n      val name       = getCursorSpelling(cursor)\n      val enumType   = getEnumDeclIntegerType(cursor)\n      val enumValues = ListBuffer[Enum.Value]()\n\n      visitChildren(cursor, enumVisitor, enumValues.cast[Data])\n\n      tree.enums += Enum(fromCString(name), List(enumValues: _*))\n\n    } else if (kind == CXCursor_TypedefDecl) {\n      val name                = getCursorSpelling(cursor)\n      val typedefType         = getTypedefDeclUnderlyingType(cursor)\n      val typedefTypeSpelling = getTypeSpelling(typedefType)\n\n      tree.typedefs += Typedef(fromCString(name),\n                               fromCString(typedefTypeSpelling))\n\n    } else {\n      val name         = fromCString(getCursorSpelling(cursor))\n      val kindSpelling = fromCString(getCursorKindSpelling(kind))\n      println(s\"Unhandled cursor kind for ${name}: ${kindSpelling}\")\n    }\n\n    CXChildVisit_Continue\n  }\n\n  def functionParam(i: Int, parent: CXCursor): Function.Param = {\n    val cursor       = Cursor_getArgument(parent, i)\n    val tpe          = getCursorType(cursor)\n    val name         = getCursorSpelling(cursor)\n    val typeSpelling = getTypeSpelling(tpe)\n    val nonEmptyName =\n      Option(fromCString(name)).filter(_.nonEmpty).getOrElse(s\"arg$i\")\n\n    Function.Param(nonEmptyName, fromCString(typeSpelling))\n  }\n\n  def functionParams(cursor: CXCursor): Seq[Function.Param] = {\n    val argc = Cursor_getNumArguments(cursor)\n    var i    = 0\n    var args = List.empty[Function.Param]\n\n    while (i < argc) {\n      args = args :+ functionParam(i, cursor)\n      i += 1\n    }\n    args\n  }\n\n  val enumVisitor: Visitor =\n    (cursor: CXCursor, parent: CXCursor, data: Data) => {\n      val enumValues         = data.cast[ListBuffer[Enum.Value]]\n      val kind: CXCursorKind = getCursorKind(cursor)\n      assert(kind == CXCursor_EnumConstantDecl)\n      val name  = getCursorSpelling(cursor)\n      val value = getEnumConstantDeclValue(cursor)\n      enumValues += Enum.Value(fromCString(name), value)\n      CXChildVisit_Continue\n    }\n}\n\n\ntrait Tree {\n  import scala.collection.mutable.ListBuffer\n  val typedefs : ListBuffer[Typedef]  = ListBuffer()\n  val functions: ListBuffer[Function] = ListBuffer()\n  val enums    : ListBuffer[Enum]     = ListBuffer()\n}\n\nsealed trait Node\ncase class Typedef (name: String,\n                    underlying: String)        extends Node\ncase class Function(name: String,\n                    returnType: String,\n                    args: Seq[Function.Param]) extends Node\ncase class Enum    (name: String,\n                    values: Seq[Enum.Value])   extends Node\n\nobject Function {\n  case class Param(name: String, tpe: String)\n}\n\nobject Enum {\n  case class Value(name: String, value: CLongLong)\n}\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"tests\/src\/test\/resources\/samples\/test002.scala","text":"def f(\n  c: enum color\n  i: SomeInt\n  ): int = extern\n"}
{"repo_name":"frgomes\/scala-bindgen","path":"build.sbt","text":"import scalanative.sbtplugin.ScalaNativePluginInternal._\n\norganization := \"org.scala-native\"\nname := \"scala-bindgen\"\n\nlazy val platform: Seq[Setting[_]] =\n  Seq(\n    scalaVersion := \"2.11.11\",\n    libraryDependencies ++=\n      Seq(\n        \"org.scala-native\" %%% \"nativelib\" % \"0.3.1\",\n        \"org.scala-native\" %%% \"javalib\"   % \"0.3.1\",\n        \"org.scala-native\" %%% \"scalalib\"  % \"0.3.1\",\n        \"com.github.scopt\" %%% \"scopt\"     % \"3.6.0\"\n      )\n  )\n\nlazy val testSettings: Seq[Setting[_]] =\n  Seq(\n    fork in Test := true,\n    libraryDependencies += \"com.lihaoyi\" %%% \"utest\" % \"0.4.8\" % \"test\",\n    testFrameworks += new TestFramework(\"utest.runner.Framework\")\n  )\n\nlazy val disableDocs: Seq[Setting[_]] =\n  Seq(sources in doc in Compile := List())\n\nlazy val bindgen =\n  project\n    .in(file(\"bindgen\"))\n    .enablePlugins(ScalaNativePlugin)\n    .settings(platform)\n    .settings(testSettings)\n    .settings(\n      nativeCompileLL in Compile += {\n        val compiler = (nativeClang in Compile).value.getAbsolutePath\n        val opts     = (nativeCompileOptions in Compile).value\n        val cpath    = (resourceDirectory in Compile).value \/ \"clang.c\"\n        val opath    = (crossTarget in Compile).value \/ \"clang.o\"\n        val compilec = Seq(compiler) ++ opts ++ Seq(\"-c\",\n                                                    cpath.toString,\n                                                    \"-o\",\n                                                    opath.toString)\n\n        streams.value.log.info(s\"Compiling $cpath to $opath\")\n        val exitCode = Process(compilec, target.value) ! streams.value.log\n        if (exitCode != 0) {\n          streams.value.log.error(\"Failed to compile \" + cpath)\n        }\n        opath\n      }\n    )\n    .settings(\n      javaOptions in Test += \"-Dnative.bin=\" + (nativeLinkLL in Compile).value\n    )\n\nlazy val tests =\n  project\n    .in(file(\"tests\"))\n    .settings(testSettings)\n    .settings(\n      javaOptions in Test += \"-Dnative.bin=\" + nativeLinkLL.in(bindgen, Compile).value\n    )\n"}
{"repo_name":"Shinpeim\/WebSocketSampleInPlayFramework","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.Play.current\n\nobject Application extends Controller {\n\n  def index = Action {\n    Ok(views.html.index())\n  }\n\n  def echoSocket = WebSocket.acceptWithActor[String, String] { request => out =>\n    actors.EchoSocketActor.props(out)\n  }\n}"}
{"repo_name":"Shinpeim\/WebSocketSampleInPlayFramework","path":"app\/actors\/EchoSocketActor.scala","text":"<filename>app\/actors\/EchoSocketActor.scala\npackage actors\n\nimport akka.actor._\n\nobject EchoSocketActor {\n  def props(out: ActorRef):Props = Props(classOf[EchoSocketActor], out)\n}\n\nclass EchoSocketActor(out: ActorRef) extends Actor{\n  def receive = {\n    case msg: String =>\n      out ! msg \/\/ echo back\n  }\n}\n"}
{"repo_name":"yankeehack\/service","path":"build.sbt","text":"<reponame>yankeehack\/service\nname := \"\"\"service\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.3\",\n  \"com.typesafe.akka\" %% \"akka-contrib\" % \"2.3.3\",\n  \"de.grundid.opendatalab\" % \"geojson-jackson\" % \"1.1\",\n  \"org.webjars\" % \"bootstrap\" % \"3.0.0\",\n  \"org.webjars\" % \"knockout\" % \"2.3.0\",\n  \"org.webjars\" % \"requirejs\" % \"2.1.11-1\",\n  \"org.webjars\" % \"leaflet\" % \"0.7.2\",\n  \"org.webjars\" % \"rjs\" % \"2.1.11-1-trireme\" % \"test\",\n  \"org.webjars\" % \"squirejs\" % \"0.1.0\" % \"test\"\n)\n\nscalaVersion := \"2.11.1\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava)\n\nMochaKeys.requires += \"SetupMocha.js\"\n\npipelineStages := Seq(rjs, digest, gzip)\n\n\n\nfork in run := true"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/SparkCC.scala","text":"package org.apache.spark.examples.iceke\n\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * Created by iceke on 17\/5\/16.\n  *\/\nobject SparkCC {\n  def main(args:Array[String]){\n\n    val sparkConf = new SparkConf().setAppName(args(4))\n    val ctx = new SparkContext(sparkConf)\n    val lines = ctx.textFile(args(0),args(1).toInt)\n    val iterations = args(2).toInt\n\n    val edges = lines.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0).toInt, parts(1).toInt)\n    }\n\n    val g = edges.groupByKey().cache()\n\n    var messages = g.map( eMsg => {\n      (eMsg._1,eMsg._1)\n    })\n\n    for( i <- 1 to iterations){\n\n      val newVertices = g.join(messages).values.flatMap( value => {\n        value._1.map(vtx => (vtx,math.min(vtx,value._2)))\n      })\n\n      messages = newVertices.reduceByKey((v1,v2) => math.min(v1,v2))\n\n    }\n\n    messages.saveAsTextFile(args(3))\n    val result = messages.map(_._2).distinct.count()\n    println(\"the count of connected components is \"+result)\n\n  }\n\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/SparkFloatPR.scala","text":"package org.apache.spark.examples.iceke\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.{SparkContext, SparkConf}\n\n\/**\n  * Created by iceke on 17\/6\/1.\n  *\/\nobject SparkFloatPR {\n  def main(args: Array[String]) {\n    if (args.length < 1) {\n      System.err.println(\"Usage: SparkPageRank <file> <iter> <out>\")\n      System.exit(1)\n    }\n\n    val sparkConf = new SparkConf().setAppName(args(3)).setMaster(args(4))\n    val iters = if (args.length > 1) args(1).toInt else 10\n    val ctx = new SparkContext(sparkConf)\n    val lines = ctx.textFile(args(0))\n    val text = lines.map { s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0).toInt, parts(1).toFloat)\n    }\n\n\n\n    val links = if(args(5).toInt == 1)\n      text.groupByKey().persist(StorageLevel.MEMORY_ONLY_SER)\n    else\n      text.groupByKey().cache()\n    \/\/println(\"!!!!!!!!!!!!!!text length:\" +links.count())\n    var ranks = links.mapValues(v => 1.0)\n\n    for (i <- 1 to iters) {\n      val contribs = links.join(ranks)\n        .values.flatMap{ case (urls, rank) =>\n        val size = urls.size\n        urls.map(url => (url, rank \/ size))\n      }\n      ranks = contribs.reduceByKey(_ + _)\n        .map{case (k,v) => (k.asInstanceOf[Int],0.15 + 0.85 * v)}\n    }\n\n    ranks.saveAsTextFile(args(2))\n    \/\/ranks.foreach(t => println(t._1 + \":\" + t._2))\n\n    ctx.stop()\n\n  }\n\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"core\/src\/main\/scala\/org\/apache\/spark\/util\/collection\/PrimitiveVector.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/util\/collection\/PrimitiveVector.scala<gh_stars>0\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.util.collection\n\nimport scala.reflect.ClassTag\n\n\/**\n * An append-only, non-threadsafe, array-backed vector that is optimized for primitive types.\n *\/\nprivate[spark]\nclass PrimitiveVector[@specialized(Long, Int, Double) V: ClassTag](initialSize: Int = 64) {\n  private var _numElements = 0\n   var _array: Array[V] = _\n\n  \/\/ NB: This must be separate from the declaration, otherwise the specialized parent class\n  \/\/ will get its own array with the same initial size.\n  _array = new Array[V](initialSize)\n\n  def apply(index: Int): V = {\n    require(index < _numElements)\n    _array(index)\n  }\n\n  def +=(value: V): Unit = {\n    if (_numElements == _array.length) {\n      resize(_array.length * 2)\n    }\n    _array(_numElements) = value\n    _numElements += 1\n  }\n\n  def capacity: Int = _array.length\n\n  def length: Int = _numElements\n\n  def size: Int = _numElements\n\n  def iterator: Iterator[V] = new Iterator[V] {\n    var index = 0\n    override def hasNext: Boolean = index < _numElements\n    override def next(): V = {\n      if (!hasNext) {\n        throw new NoSuchElementException\n      }\n      val value = _array(index)\n      index += 1\n      value\n    }\n  }\n\n  \/** Gets the underlying array backing this vector. *\/\n  def array: Array[V] = _array\n\n  \/** Trims this vector so that the capacity is equal to the size. *\/\n  def trim(): PrimitiveVector[V] = resize(size)\n\n  \/** Resizes the array, dropping elements if the total length decreases. *\/\n  def resize(newLength: Int): PrimitiveVector[V] = {\n    _array = copyArrayWithLength(newLength)\n    if (newLength < _numElements) {\n      _numElements = newLength\n    }\n    this\n  }\n\n  \/** Return a trimmed version of the underlying array. *\/\n  def toArray: Array[V] = {\n    copyArrayWithLength(size)\n  }\n\n  private def copyArrayWithLength(length: Int): Array[V] = {\n    val copy = new Array[V](length)\n    _array.copyToArray(copy)\n    copy\n  }\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/SparkPageRank.scala","text":"<gh_stars>0\npackage org.apache.spark.examples.iceke\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * Created by iceke on 17\/5\/16.\n  *\/\nobject SparkPageRank {\n  def showWarning() {\n    System.err.println(\n      \"\"\"WARN: This is a naive implementation of PageRank and is given as an example!\n        |Please use the PageRank implementation found in org.apache.spark.graphx.lib.PageRank\n        |for more conventional use.\n      \"\"\".stripMargin)\n  }\n\n  def main(args: Array[String]) {\n    if (args.length < 1) {\n      System.err.println(\"Usage: SparkPageRank <file> <iter>\")\n      System.exit(1)\n    }\n\n    showWarning()\n\n    val sparkConf = new SparkConf().setAppName(\"PageRank\").setMaster(args(3))\n    val iters = if (args.length > 1) args(1).toInt else 10\n    val ctx = new SparkContext(sparkConf)\n    val lines = ctx.textFile(args(0), 1)\n    val links = lines.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0), parts(1))\n    }.distinct().groupByKey().cache()\n    var ranks = links.mapValues(v => 1.0)\n\n    for (i <- 1 to iters) {\n      val contribs = links.join(ranks).values.flatMap{ case (urls, rank) =>\n        val size = urls.size\n        urls.map(url => (url, rank \/ size))\n      }\n      ranks = contribs.reduceByKey(_ + _).mapValues(0.15 + 0.85 * _)\n    }\n\n    \/\/ val output = ranks.collect()\n    \/\/ output.foreach(tup => println(tup._1 + \" has rank: \" + tup._2 + \".\"))\n    ranks.saveAsTextFile(args(2))\n\n    ctx.stop()\n  }\n\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/LabTest2.scala","text":"package org.apache.spark.examples.iceke\n\nimport org.apache.spark.{SparkContext, SparkConf}\n\n\/**\n  * Created by iceke on 16\/12\/27.\n  *\/\nobject LabTest2 {\n  def main(args: Array[String]) {\n    if (args.length < 1) {\n      System.err.println(\"Usage: SparkPageRank <file> <iter> <out>\")\n      System.exit(1)\n    }\n\n    val sparkConf = new SparkConf().setAppName(\"LabTest\").setMaster(args(3))\n    val iters = if (args.length > 1) args(1).toInt else 10\n    val ctx = new SparkContext(sparkConf)\n    val lines = ctx.textFile(args(0))\n    val links = lines.map { s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0).toInt, parts(1).toInt)\n    }\n\n    val index1 = links.map(_._1)\n    val index2 = links.map(_._2)\n\n    val ice = index1.zip(index2)\n\n    val result = ice.groupByKey()\n\n    result.saveAsTextFile(args(2))\n    ctx.stop()\n  }\n\n\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/SparkSort.scala","text":"<gh_stars>0\npackage org.apache.spark.examples.iceke\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * Created by iceke on 17\/5\/16.\n  *\/\nobject SparkSort {\n  def main(args: Array[String]){\n    if(args.length<2){\n      System.err.println(\"Usage of Parameters: ApplicationName inputPath\")\n      System.exit(1)\n    }\n    val sparkConf = new SparkConf().setAppName(args(0))\n    val sparkContext = new SparkContext(sparkConf)\n    \/\/val sparkContext = FlintWCContext.create(sparkConf)\n    val lines = sparkContext.textFile(args(1))\n    val words = lines.flatMap(s => {\n      val parts = s.split(\"\\\\s+\")\n      parts.map(Integer.parseInt(_)).map((_,1))\n    })\n    val results = words.reduceByKey(_+_).sortByKey()\n    results.saveAsTextFile(args(1))\n  }\n\n}\n"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/iceke\/SparkPRNew.scala","text":"package org.apache.spark.examples.iceke\n\nimport org.apache.spark.rdd.{RDD, ShuffledRDD}\nimport org.apache.spark.util.collection.CompactBuffer\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n  * Created by iceke on 17\/1\/17.\n  *\/\nobject SparkPRNew {\n  private val ordering = implicitly[Ordering[Int]]\n\n  def main(args: Array[String]) {\n\n    val sparkConf = new SparkConf().setAppName(args(0)).setMaster(args(4))\n    val iters = args(1).toInt\n    val ctx = new SparkContext(sparkConf)\n    val startTime = System.nanoTime()\n    val lines = ctx.textFile(args(2))\n    val links = lines.map{ s =>\n      val parts = s.split(\"\\\\s+\")\n      (parts(0).toInt, parts(1).toInt)\n    }.groupByKey().\n      asInstanceOf[ShuffledRDD[Int, _, _]].\n      setKeyOrdering(ordering).\n      asInstanceOf[RDD[(Int, Iterable[Int])]].cache()\n    var ranks = links.mapValues(v => 1.0)\n\n    for(i <- 1 to iters){\n\n      val contribs = links.zipPartitions(ranks) {\n        case (link, vertices) =>\n          new Iterator[(Int, Double)] {\n            var keyRecord: Int = 0\n            var changeVertex = true\n            var currentLinkIndex = 0\n            var currentContrib = 0.0d\n            var currentDestIndex = 0\n            var currentDestNum = 0\n            var currentDestList: CompactBuffer[Int] = null\n\n            def matchRecord(): Boolean = {\n              assert(changeVertex)\n              if(!link.hasNext) return false\n\n              var matched = false\n              var tempLink = link.next()\n              keyRecord = tempLink._1\n              while(!matched&&vertices.hasNext){\n                val currentVertex = vertices.next()\n                while(currentVertex._1>keyRecord){\n                  if(!link.hasNext) return false\n                  tempLink = link.next()\n                  keyRecord = tempLink._1\n                }\n\n                if(currentVertex._1==keyRecord){\n                  matched = true\n                  currentDestNum = tempLink._2.size\n                  currentDestList = tempLink._2.asInstanceOf[CompactBuffer[Int]]\n                  currentDestIndex = 0\n                  currentContrib = currentVertex._2\/currentDestNum\n                  changeVertex = false\n                }\n              }\n              matched\n            }\n\n            def hasNext(): Boolean = !changeVertex || matchRecord()\n\n            def next(): (Int, Double) = {\n              if (!hasNext) Iterator.empty.next()\n              else{\n\n                if (currentDestIndex == currentDestNum-1) changeVertex = true\n\n                val destId = currentDestList(currentDestIndex)\n                currentDestIndex += 1\n\n                (destId,currentContrib)\n              }\n\n            }\n          }\n      }\n      ranks = contribs.reduceByKey(_ + _).asInstanceOf[ShuffledRDD[Int, _, _]].\n        setKeyOrdering(ordering).\n        asInstanceOf[RDD[(Int, Double)]].\n        mapValues(0.15 + 0.85 * _)\n    }\n\n    \/\/ranks.foreach(t => println(t._1 + \":\" + t._2))\n    ranks.saveAsTextFile(args(3))\n\n    ctx.stop()\n\n    val endTime = System.nanoTime()\n    println(\"Cost \" + (endTime-startTime))\n  }\n\n}"}
{"repo_name":"kzx1025\/Spark-1.6.0","path":"core\/src\/main\/scala\/org\/apache\/spark\/record\/DataFlow.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/record\/DataFlow.scala\npackage org.apache.spark.record\n\n\/**\n  * Created by iceke on 17\/6\/2.\n  *\/\nclass DataFlow {\n\n}\n"}
{"repo_name":"rfarrjr\/orca","path":"orca-loadtest\/src\/main\/scala\/com\/netflix\/spinnaker\/orca\/loadtest\/actions\/OrcaActions.scala","text":"\/*\n * Copyright 2017 Netflix, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.netflix.spinnaker.orca.loadtest.actions\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport io.gatling.http.request.builder.HttpRequestBuilder\n\nobject OrcaActions {\n\n  val postOrchestration: HttpRequestBuilder = http(s\"Orchestrate task\")\n    .post(\"\/orchestrate\")\n      \/\/ TODO: get the body from the session instead\n      .header(\"Content-Type\", \"application\/json\")\n      .body(RawFileBody(\"wait.json\"))\n    .check(status is 200)\n}\n"}
{"repo_name":"rfarrjr\/orca","path":"orca-loadtest\/src\/main\/scala\/com\/netflix\/spinnaker\/orca\/loadtest\/OrcaSimulation.scala","text":"\/*\n * Copyright 2017 Netflix, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.netflix.spinnaker.orca.loadtest\n\nimport com.netflix.spinnaker.orca.loadtest.scenarios.OrcaScenarios\nimport io.gatling.core.Predef._\nimport io.gatling.core.structure.PopulationBuilder\nimport io.gatling.http.Predef._\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.duration._\n\nclass OrcaSimulation extends Simulation {\n\n  val config = new OrcaSimulationConfig(OrcaSimulationConfig.loadConfig())\n\n  \/\/ TODO rz - Make a circular feeder of RawFileBody instead. This might take a bit more digging.\n  lazy val CircularTaskFeeder: Feeder[String] = {\n    Iterator.continually(Map(\n      \"body\" -> \"\"\n    ))\n  }\n\n  setUp {\n    createScenarioList()\n  }\n\n  def createScenarioList(): List[PopulationBuilder] = {\n    val scenarios: ListBuffer[PopulationBuilder] = new ListBuffer()\n\n    if (config.submitOrchestration.rampUsersTo > 0) {\n      scenarios.append(\n        OrcaScenarios.submitOrchestration(CircularTaskFeeder).inject(\n          rampUsersPerSec(config.submitOrchestration.rampUsersPerSec) to config.submitOrchestration.rampUsersTo during config.rampUpPeriod.seconds,\n          constantUsersPerSec(config.submitOrchestration.rampUsersTo) during config.duration\n        ).protocols(http.baseURL(config.serviceUrl))\n      )\n    }\n\n    scenarios.toList\n  }\n}\n"}
{"repo_name":"rfarrjr\/orca","path":"orca-loadtest\/src\/main\/scala\/com\/netflix\/spinnaker\/orca\/loadtest\/OrcaSimulationConfig.scala","text":"<filename>orca-loadtest\/src\/main\/scala\/com\/netflix\/spinnaker\/orca\/loadtest\/OrcaSimulationConfig.scala<gh_stars>0\n\/*\n * Copyright 2017 Netflix, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.netflix.spinnaker.orca.loadtest\n\nimport java.io.File\n\nimport com.typesafe.config.{Config, ConfigFactory}\n\nobject OrcaSimulationConfig {\n\n  def loadConfig(): Config = {\n    val configFilePath = sys.props.get(\"simulation.config\")\n\n    if (configFilePath.isDefined) {\n      val file = new File(configFilePath.get)\n      ConfigFactory.parseFile(file)\n    } else {\n      ConfigFactory.parseResources(\"orca-simulation.conf\")\n    }\n  }\n}\n\nclass OrcaSimulationConfig(config: Config) {\n\n  val serviceUrl = config.getString(\"service.orca.serviceUrl\")\n\n  val rampUpPeriod = config.getInt(\"service.orca.rampUpPeriod\")\n  val duration = config.getInt(\"service.orca.duration\")\n\n  val submitOrchestration = new {\n    val rampUsersPerSec = config.getInt(\"service.orca.submitOrchestration.rampUsersPerSec\")\n    val rampUsersTo = config.getInt(\"service.orca.submitOrchestration.rampUsersTo\")\n  }\n}\n"}
{"repo_name":"b0npu\/VideoPlayer","path":"src\/main\/scala\/com\/b0npu\/videoplayer\/GridViewAdapter.scala","text":"<reponame>b0npu\/VideoPlayer\npackage com.b0npu.videoplayer\n\nimport android.content.Context\nimport android.database.Cursor\nimport android.graphics.{Bitmap, BitmapFactory}\nimport android.net.Uri\nimport android.provider.{BaseColumns, MediaStore}\nimport android.util.Log\nimport android.view.{View, ViewGroup}\nimport android.widget.{BaseAdapter, ImageView}\n\n\/**\n  * \u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092GridView\u306b\u8868\u793a\u3059\u308b\u305f\u3081\u306eAdapter\u30af\u30e9\u30b9(BaseAdapter\u306e\u30b5\u30d6\u30af\u30e9\u30b9)\n  *\n  * GridView\u3092\u8868\u793a\u3059\u308bActivity\u306e\u60c5\u5831(Context)\u3092\u5f15\u6570\u3067\u53d7\u53d6\u308a\u683c\u5b50\u72b6\u306bView\u3092\u8868\u793a\u3059\u308b\n  * \u683c\u5b50\u72b6\u306b\u8868\u793a\u3057\u305fView\u306b\u306fImageView\u3092\u914d\u7f6e\u3057\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b\n  *\/\nclass GridViewAdapter(context: Context) extends BaseAdapter {\n\n  \/**\n    * \u30d5\u30a3\u30fc\u30eb\u30c9\u306e\u5b9a\u7fa9\n    *\n    * \u30b3\u30f3\u30b9\u30c8\u30e9\u30af\u30bf\u306e\u5f15\u6570(Context)\u3092\u683c\u7d0d\u3059\u308b\u5b9a\u6570\u3092\u5b9a\u7fa9\n    * GridView\u306b\u8868\u793a\u3059\u308b\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u53d6\u5f97\u3059\u308b\u305f\u3081\u306b\u5fc5\u8981\u306a\u5909\u6570\u3082\u5b9a\u7fa9\u3059\u308b\n    * (\u81ea\u30af\u30e9\u30b9\u3067\u4f7f\u3046\u3060\u3051\u306e\u30d5\u30a3\u30fc\u30eb\u30c9\u306fprivate\u306b\u3057\u3066\u660e\u793a\u7684\u306b\u975e\u516c\u958b\u306b\u3057\u3066\u307e\u3059)\n    *\/\n  private val videoThumbnailContext: Context = context\n\n  \/* \u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eID\u3068\u30d5\u30a1\u30a4\u30eb\u540d\u3092\u683c\u7d0d\u3059\u308b\u914d\u5217\u3092\u5b9a\u7fa9 *\/\n  private var videoFileIdArray: Array[Long] = Array.empty\n  private var videoFileNameArray: Array[String] = Array.empty\n\n  \/* SD\u30ab\u30fc\u30c9\u306e\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eURI\u306b\u554f\u3044\u5408\u308f\u305b\u3092\u3057\u3066\u691c\u7d22\u7d50\u679c\u3092Cursor\u306b\u683c\u7d0d\u3059\u308b *\/\n  private val videoMediaStoreUri: Uri = MediaStore.Video.Media.EXTERNAL_CONTENT_URI\n  private val videoThumbnailContextResolver = videoThumbnailContext.getContentResolver\n  private val videoFileCursor: Cursor = videoThumbnailContextResolver.query(videoMediaStoreUri, null, null, null, null)\n  \/* \u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u304c\u7121\u304b\u3063\u305f\u5834\u5408\u306bFATAL EXCEPTION\u3067\u7570\u5e38\u7d42\u4e86\u3057\u305f\u308a\u3059\u308b\u306e\u3067\u4f8b\u5916\u51e6\u7406\u306e\u4e2d\u3067Cursor\u306e\u4e2d\u8eab\u3092\u53d6\u5f97\u3059\u308b *\/\n  try {\n    \/* Cursor\u306b\u683c\u7d0d\u3057\u305f\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306e\u691c\u7d22\u7d50\u679c\u306e\u5148\u982d\u304b\u3089\u9806\u306b\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eID\u3068\u30d5\u30a1\u30a4\u30eb\u540d\u3092\u53d6\u5f97\u3057\u914d\u5217\u306b\u683c\u7d0d\u3059\u308b *\/\n    videoFileCursor.moveToFirst\n    do {\n      \/* \u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eID\u3068\u30d5\u30a1\u30a4\u30eb\u540d\u3092\u53d6\u5f97\u3059\u308b *\/\n      val videoFileId = videoFileCursor.getLong(videoFileCursor.getColumnIndex(BaseColumns._ID))\n      val videoFileName = videoFileCursor.getString(videoFileCursor.getColumnIndex(MediaStore.MediaColumns.TITLE))\n\n      videoFileIdArray :+= videoFileId\n      videoFileNameArray :+= videoFileName\n\n    } while (videoFileCursor.moveToNext)\n\n  } catch {\n    case e: Exception \u21d2 Log.v(\"Error\", s\"$e\")\n  }\n\n  \/**\n    * getView\u30e1\u30bd\u30c3\u30c9\u3092\u30aa\u30fc\u30d0\u30fc\u30e9\u30a4\u30c9\n    *\n    * \u3053\u306e\u30e1\u30bd\u30c3\u30c9\u306fGridView\u306e\u683c\u5b50\u72b6\u306e\u5404View\u306bImageView\u3092\u8868\u793a\u3059\u308b\u30e1\u30bd\u30c3\u30c9\u3067\n    * \u5f15\u6570\u306econvertView\u306b\u8868\u793a\u53ef\u80fd\u306aView\u304c\u7121\u3051\u308c\u3070ImageView\u3092\u751f\u6210\u3057\u3066\u8868\u793a\u3059\u308b\n    * \u30a2\u30d7\u30ea\u306e\u8d77\u52d5\u6642\u7b49\u3067\u8868\u793a\u53ef\u80fd\u306aconvertView\u304c\u7121\u3051\u308c\u3070\n    * \u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u306e\u30b5\u30e0\u30cd\u30a4\u30eb(\u30d3\u30c3\u30c8\u30de\u30c3\u30d7\u753b\u50cf)\u3092\u4f5c\u6210\u3057\u3066\n    * ImageView\u306b\u8a2d\u7f6e\u3057GridView\u306b\u914d\u7f6e\u3059\u308b\n    *\/\n  override def getView(position: Int, convertView: View, parent: ViewGroup): View = {\n\n    val imageView: ImageView = new ImageView(videoThumbnailContext)\n\n    if (convertView == null) {\n\n      \/* \u9078\u629e\u3055\u308c\u305f\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u53d6\u5f97\u3057\u3066\u9069\u5f53\u306a\u5927\u304d\u3055\u306b\u3059\u308b *\/\n      val thumbnailBitmap: Bitmap = MediaStore.Video.Thumbnails.getThumbnail(\n        videoThumbnailContextResolver,\n        videoFileIdArray(position),\n        MediaStore.Video.Thumbnails.MINI_KIND,\n        new BitmapFactory.Options\n      )\n      val resizeThumbnail: Bitmap = Bitmap.createScaledBitmap(thumbnailBitmap, 320, 180, true)\n\n      \/* \u30b5\u30e0\u30cd\u30a4\u30eb\u3092ImageView\u306b\u8a2d\u7f6e\u3057\u3066GridView\u306b\u6e21\u3059 *\/\n      imageView.setImageBitmap(resizeThumbnail)\n      imageView\n\n    } else {\n      \/* \u8868\u793a\u3067\u304d\u308bconvertView\u304c\u3042\u308c\u3070convertView\u3092GridView\u306b\u6e21\u3059 *\/\n      convertView\n    }\n  }\n\n  \/**\n    * getItem\u30e1\u30bd\u30c3\u30c9\u3092\u30aa\u30fc\u30d0\u30fc\u30e9\u30a4\u30c9\n    *\n    * \u3053\u306e\u30e1\u30bd\u30c3\u30c9\u306fGridView\u306eposition\u306b\u3042\u308bItem\u3092\u53d6\u5f97\u3059\u308b\u30e1\u30bd\u30c3\u30c9\u3067\n    * position\u306e\u4f4d\u7f6e\u306b\u3042\u308b\u30b5\u30e0\u30cd\u30a4\u30eb\u306e\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u540d\u3092\u53d6\u5f97\u3059\u308b\n    *\/\n  override def getItem(position: Int): AnyRef = {\n    videoFileNameArray(position)\n  }\n\n  \/**\n    * getItemId\u30e1\u30bd\u30c3\u30c9\u3092\u30aa\u30fc\u30d0\u30fc\u30e9\u30a4\u30c9\n    *\n    * \u3053\u306e\u30e1\u30bd\u30c3\u30c9\u306fGridView\u306eposition\u306b\u3042\u308bItem\u306eId\u3092\u53d6\u5f97\u3059\u308b\u30e1\u30bd\u30c3\u30c9\u3067\n    * position\u306e\u4f4d\u7f6e\u306b\u3042\u308b\u30b5\u30e0\u30cd\u30a4\u30eb\u306e\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eId\u3092\u53d6\u5f97\u3059\u308b\n    *\/\n  override def getItemId(position: Int): Long = {\n    videoFileIdArray(position)\n  }\n\n  \/**\n    * getCount\u30e1\u30bd\u30c3\u30c9\u3092\u30aa\u30fc\u30d0\u30fc\u30e9\u30a4\u30c9\n    *\n    * \u3053\u306e\u30e1\u30bd\u30c3\u30c9\u306fGridView\u306b\u914d\u7f6e\u3055\u308c\u305fView\u306e\u6570\u3092\u53d6\u5f97\u3059\u308b\u30e1\u30bd\u30c3\u30c9\u3067\n    * videoFileIdArray\u306b\u683c\u7d0d\u3057\u305f\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306e\u6570\u3092\u53d6\u5f97\u3059\u308b\n    *\/\n  override def getCount: Int = {\n    videoFileIdArray.length\n  }\n\n}"}
{"repo_name":"b0npu\/VideoPlayer","path":"src\/main\/scala\/com\/b0npu\/videoplayer\/MainActivity.scala","text":"package com.b0npu.videoplayer\n\nimport android.Manifest\nimport android.content.pm.PackageManager\nimport android.content.{DialogInterface, Intent}\nimport android.net.Uri\nimport android.os.Bundle\nimport android.provider.Settings\nimport android.support.v4.app.ActivityCompat\nimport android.support.v4.content.PermissionChecker\nimport android.support.v7.app.{AlertDialog, AppCompatActivity}\nimport android.view.{Gravity, View}\nimport android.widget.{AdapterView, TextView}\n\n\/**\n  * \u30a2\u30d7\u30ea\u8d77\u52d5\u6642\u306e\u753b\u9762\u3092\u8868\u793a\u3059\u308b\u30af\u30e9\u30b9\n  *\n  * \u30a2\u30d7\u30ea\u306e\u753b\u9762\u3092\u751f\u6210\u3059\u308bonCreate\u30e1\u30bd\u30c3\u30c9\u3067viewVideoThumbnail\u30e1\u30bd\u30c3\u30c9\u3092\u547c\u3073\n  * SD\u30ab\u30fc\u30c9\u306b\u4fdd\u5b58\u3055\u308c\u3066\u3044\u308b\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb) \u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092GridView\u3067\u8868\u793a\u3059\u308b\n  *\/\nclass MainActivity extends AppCompatActivity with TypedFindView {\n\n  \/**\n    * \u30d5\u30a3\u30fc\u30eb\u30c9\u306e\u5b9a\u7fa9\n    *\n    * requestPermissions\u30e1\u30bd\u30c3\u30c9\u3067\u6a29\u9650\u3092\u8981\u6c42\u3057\u305f\u969b\u306b\n    * \u30b3\u30fc\u30eb\u30d0\u30c3\u30af\u30e1\u30bd\u30c3\u30c9\u306eonRequestPermissionsResult\u30e1\u30bd\u30c3\u30c9\u306b\u6e21\u3059\u5b9a\u6570\u3092\u5b9a\u7fa9\n    * (\u81ea\u30af\u30e9\u30b9\u3067\u4f7f\u3046\u3060\u3051\u306e\u30d5\u30a3\u30fc\u30eb\u30c9\u306fprivate\u306b\u3057\u3066\u660e\u793a\u7684\u306b\u975e\u516c\u958b\u306b\u3057\u3066\u307e\u3059)\n    *\/\n  private val REQUEST_READ_STORAGE_PERMISSION_CODE: Int = 0x01\n\n  \/**\n    * \u30a2\u30d7\u30ea\u306e\u753b\u9762\u3092\u751f\u6210\n    *\n    * \u30a2\u30d7\u30ea\u3092\u8d77\u52d5\u3059\u308b\u3068onCreate\u304c\u547c\u3070\u308c\u3066Activity\u304c\u521d\u671f\u5316\u3055\u308c\u308b\n    * \u52d5\u753b\u306e\u8868\u793a\u306b\u5fc5\u8981\u306a\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3(SD\u30ab\u30fc\u30c9\u306e\u30c7\u30fc\u30bf\u306e\u8aad\u307f\u8fbc\u307f)\u3092\u78ba\u8a8d\u3057\u3066\n    * \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304c\u8a31\u53ef\u3055\u308c\u3066\u3044\u306a\u3044\u5834\u5408\u306frequestReadStoragePermission\u30e1\u30bd\u30c3\u30c9\u3067\n    * \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u8981\u6c42\u3059\u308b\n    * \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304c\u8a31\u53ef\u3055\u308c\u3066\u3044\u308c\u3070viewVideoThumbnail\u30e1\u30bd\u30c3\u30c9\u3067\n    * \u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b\n    *\/\n  override def onCreate(savedInstanceState: Bundle): Unit = {\n    super.onCreate(savedInstanceState)\n    setContentView(R.layout.activity_main)\n    if (PermissionChecker.checkSelfPermission(MainActivity.this, Manifest.permission.READ_EXTERNAL_STORAGE)\n      != PackageManager.PERMISSION_GRANTED) {\n      requestReadStoragePermission\n    } else {\n      viewVideoThumbnail\n    }\n  }\n\n  \/**\n    * viewVideoThumbnail\u30e1\u30bd\u30c3\u30c9\u306e\u5b9a\u7fa9\n    *\n    * SD\u30ab\u30fc\u30c9\u306e\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u3092\u8aad\u307f\u8fbc\u3093\u3067GridView\u306b\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3057\n    * \u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u9078\u629e\u3059\u308b\u3068\u52d5\u753b\u3092\u518d\u751f\u3059\u308b\n    * GridView\u3078\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u306e\u914d\u7f6e\u306fGridViewAdapter(BaseAdapter\u3092\u7d99\u627f\u3057\u305f\u30b5\u30d6\u30af\u30e9\u30b9)\u3092\n    * \u4f7f\u3046\u306e\u3067GridView\u306bGridViewAdapter\u3092\u8a2d\u7f6e\u3057\u3066\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b\n    *\/\n  private def viewVideoThumbnail: Unit = {\n\n    \/* \u30ec\u30a4\u30a2\u30a6\u30c8\u306b\u8a2d\u7f6e\u3057\u305fgridView\u306eid\u3092\u5909\u6570\u306b\u683c\u7d0d\u3059\u308b *\/\n    val gridView = findView(TR.gridView)\n\n    \/* GridView\u306bGridViewAdapter\u3092\u8a2d\u7f6e\u3057\u3066\u753b\u9762\u306b\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b *\/\n    val gridViewAdapter = new GridViewAdapter(MainActivity.this)\n\n    if (gridViewAdapter.getCount > 0) {\n      \/* SD\u30ab\u30fc\u30c9\u306b\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u304c\u3042\u308c\u3070\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b *\/\n      gridView.setAdapter(gridViewAdapter)\n\n    } else {\n      \/* SD\u30ab\u30fc\u30c9\u306b\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u304c\u7121\u304f\u3066\u8868\u793a\u3059\u308b\u30b5\u30e0\u30cd\u30a4\u30eb\u304c\u7121\u3044\u5834\u5408\u306f\u901a\u77e5\u3059\u308b *\/\n      val textView = new TextView(MainActivity.this)\n      textView.setGravity(Gravity.CENTER)\n      textView.setTextSize(48)\n      textView.setText(\"No Media File\")\n      setContentView(textView)\n    }\n\n    \/* \u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u9078\u629e\u3057\u305f\u3089\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u3092VideoPlayerActivity\u3067\u518d\u751f\u3059\u308b *\/\n    gridView.setOnItemClickListener(new AdapterView.OnItemClickListener {\n\n      override def onItemClick(parent: AdapterView[_], view: View, position: Int, id: Long): Unit = {\n        \/* \u30a4\u30f3\u30c6\u30f3\u30c8\u306bVideoPlayerActivity\u30af\u30e9\u30b9\u3068\u52d5\u753b\u306eID\u3092\u6307\u5b9a\u3057\u3066VideoPlayer\u306e\u753b\u9762\u3092\u958b\u304f *\/\n        val videoPlayerIntent = new Intent(MainActivity.this, classOf[VideoPlayerActivity])\n        videoPlayerIntent.putExtra(\"id\", parent.getItemIdAtPosition(position))\n        startActivity(videoPlayerIntent)\n      }\n    })\n\n  }\n\n  \/**\n    * openSettings\u30e1\u30bd\u30c3\u30c9\u306e\u5b9a\u7fa9\n    *\n    * \u30a4\u30f3\u30c6\u30f3\u30c8\u3092\u4f7f\u3063\u3066\u30a2\u30d7\u30ea\u306e\u8a2d\u5b9a\u753b\u9762\u3092\u958b\u304f\n    *\/\n  private def openSettings: Unit = {\n\n    val appSettingsIntent: Intent = new Intent(Settings.ACTION_APPLICATION_DETAILS_SETTINGS)\n    val appPackageUri: Uri = Uri.fromParts(\"package\", getPackageName, null)\n\n    \/* \u30a4\u30f3\u30c6\u30f3\u30c8\u306b\u30a2\u30d7\u30ea\u306eURI\u3092\u6307\u5b9a\u3057\u3066\u30a2\u30d7\u30ea\u60c5\u5831\u306e\u753b\u9762\u3092\u958b\u304f *\/\n    appSettingsIntent.setData(appPackageUri)\n    startActivity(appSettingsIntent)\n  }\n\n  \/**\n    * requestReadStoragePermission\u30e1\u30bd\u30c3\u30c9\u306e\u5b9a\u7fa9\n    *\n    * READ_EXTERNAL_STORAGE\u306e\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef(\u6a29\u9650\u53d6\u5f97)\u3092\u8981\u6c42\u3059\u308b\n    * shouldShowRequestPermissionRationale\u30e1\u30bd\u30c3\u30c9\u3092\u4f7f\u3063\u3066\n    * \u4ee5\u524d\u306b\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u62d2\u5426\u3055\u308c\u305f\u3053\u3068\u304c\u3042\u308b\u304b\u78ba\u8a8d\u3057\n    * \u62d2\u5426\u3055\u308c\u305f\u3053\u3068\u304c\u3042\u308b\u5834\u5408\u306f\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u304c\u5fc5\u8981\u306a\u7406\u7531\u3092\n    * \u30c0\u30a4\u30a2\u30ed\u30b0\u306b\u8868\u793a\u3057\u3066\u304b\u3089\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u8981\u6c42\u3059\u308b\n    *\/\n  private def requestReadStoragePermission: Unit = {\n\n    \/* \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u62d2\u5426\u3055\u308c\u305f\u3053\u3068\u304c\u3042\u308b\u304b\u78ba\u8a8d\u3059\u308b *\/\n    if (ActivityCompat.shouldShowRequestPermissionRationale(MainActivity.this, Manifest.permission.READ_EXTERNAL_STORAGE)) {\n\n      \/* \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u62d2\u5426\u3055\u308c\u305f\u3053\u3068\u304c\u3042\u308c\u3070\u8a31\u53ef\u304c\u5fc5\u8981\u306a\u7406\u7531\u3092\u8aac\u660e\u3057\u3066\u304b\u3089\u8a31\u53ef\u3092\u8981\u6c42\u3059\u308b *\/\n      new AlertDialog.Builder(MainActivity.this)\n        .setTitle(\"\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8ffd\u52a0\u8aac\u660e\")\n        .setMessage(\"\u3053\u306e\u30a2\u30d7\u30ea\u3067\u52d5\u753b\u3092\u8868\u793a\u3059\u308b\u306b\u306f\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304c\u5fc5\u8981\u3067\u3059\")\n        .setPositiveButton(android.R.string.ok, new DialogInterface.OnClickListener {\n\n          override def onClick(dialogInterface: DialogInterface, i: Int): Unit = {\n            \/* \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u8981\u6c42 *\/\n            ActivityCompat.requestPermissions(\n              MainActivity.this,\n              Array[String](Manifest.permission.READ_EXTERNAL_STORAGE),\n              REQUEST_READ_STORAGE_PERMISSION_CODE\n            )\n          }\n        })\n        .create\n        .show\n\n    } else {\n      \/* \u521d\u56de\u8981\u6c42\u6642\u304b\u300c\u4eca\u5f8c\u306f\u78ba\u8a8d\u3057\u306a\u3044\u300d\u3092\u9078\u629e\u3055\u308c\u3066\u3044\u308b\u5834\u5408\u306e\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u306e\u8981\u6c42 *\/\n      ActivityCompat.requestPermissions(\n        MainActivity.this,\n        Array[String](Manifest.permission.READ_EXTERNAL_STORAGE),\n        REQUEST_READ_STORAGE_PERMISSION_CODE\n      )\n    }\n  }\n\n  \/**\n    * onRequestPermissionsResult\u30e1\u30bd\u30c3\u30c9\u3092\u30aa\u30fc\u30d0\u30fc\u30e9\u30a4\u30c9\n    *\n    * \u3053\u306e\u30e1\u30bd\u30c3\u30c9\u306frequestPermissions\u30e1\u30bd\u30c3\u30c9\u306e\u30b3\u30fc\u30eb\u30d0\u30c3\u30af\u30e1\u30bd\u30c3\u30c9\u3067\n    * requestPermissions\u30e1\u30bd\u30c3\u30c9\u3067\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u8981\u6c42\u3057\u305f\u7d50\u679c\u3092\u53d6\u5f97\u3059\u308b\n    * \u5f15\u6570\u306erequestCode\u3067\u8981\u6c42\u3055\u308c\u305f\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u3092\u533a\u5225\u3057\n    * grantResult\u306e\u8981\u7d20\u3067\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u30fb\u4e0d\u8a31\u53ef\u3092\u78ba\u8a8d\u3059\u308b\n    *\/\n  override def onRequestPermissionsResult(requestCode: Int, permissions: Array[_root_.java.lang.String], grantResults: Array[Int]): Unit = {\n\n    \/* \u8981\u6c42\u3055\u308c\u305f\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306b\u3088\u3063\u3066\u5bfe\u5fdc\u304c\u5909\u308f\u308b\u306e\u3067\u4f55\u306e\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304b\u78ba\u8a8d\u3059\u308b *\/\n    requestCode match {\n\n      case REQUEST_READ_STORAGE_PERMISSION_CODE \u21d2\n        \/* \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8981\u6c42\u304c\u62d2\u5426\u3055\u308c\u3066\u3044\u305f\u5834\u5408\u306f\u30c0\u30a4\u30a2\u30ed\u30b0\u306b\u8868\u793a\u3059\u308b *\/\n        if (grantResults.length != 1 || grantResults(0) != PackageManager.PERMISSION_GRANTED) {\n\n          \/* \u300c\u4eca\u5f8c\u306f\u78ba\u8a8d\u3057\u306a\u3044\u300d\u304c\u9078\u629e\u3055\u308c\u3066\u3044\u306a\u3051\u308c\u3070\u518d\u5ea6\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u306e\u8a31\u53ef\u3092\u8981\u6c42\u3059\u308b *\/\n          if (ActivityCompat.shouldShowRequestPermissionRationale(MainActivity.this, Manifest.permission.READ_EXTERNAL_STORAGE)) {\n\n            new AlertDialog.Builder(MainActivity.this)\n              .setTitle(\"\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u53d6\u5f97\u30a8\u30e9\u30fc\")\n              .setMessage(\"\u52d5\u753b\u306e\u8868\u793a\u306b\u5fc5\u8981\u306a\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304c\u53d6\u5f97\u3067\u304d\u307e\u305b\u3093\u3067\u3057\u305f\")\n              .setPositiveButton(android.R.string.ok, new DialogInterface.OnClickListener {\n\n                override def onClick(dialogInterface: DialogInterface, i: Int): Unit = {\n                  requestReadStoragePermission\n                }\n              })\n              .create\n              .show\n\n          } else {\n            \/* \u300c\u4eca\u5f8c\u306f\u78ba\u8a8d\u3057\u306a\u3044\u300d\u3092\u9078\u629e\u3055\u308c\u3066\u3044\u308b\u5834\u5408\u306f\u30a2\u30d7\u30ea\u306e\u8a2d\u5b9a\u753b\u9762\u3092\u958b\u304f *\/\n            new AlertDialog.Builder(MainActivity.this)\n              .setTitle(\"\u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u53d6\u5f97\u30a8\u30e9\u30fc\")\n              .setMessage(\"\u4eca\u5f8c\u306f\u8a31\u53ef\u3057\u306a\u3044\u304c\u9078\u629e\u3055\u308c\u307e\u3057\u305f\uff01\uff01\u30a2\u30d7\u30ea\u8a2d\u5b9a\uff1e\u6a29\u9650\u3092\u78ba\u8a8d\u3057\u3066\u304f\u3060\u3055\u3044\uff08\u6a29\u9650\u3092ON\/OFF\u3059\u308b\u3053\u3068\u3067\u72b6\u614b\u306f\u30ea\u30bb\u30c3\u30c8\u3055\u308c\u307e\u3059\uff09\")\n              .setPositiveButton(android.R.string.ok, new DialogInterface.OnClickListener {\n\n                override def onClick(dialogInterface: DialogInterface, i: Int): Unit = {\n                  \/* \u30a2\u30d7\u30ea\u306e\u8a2d\u5b9a\u753b\u9762\u3092\u958b\u3044\u3066\u624b\u52d5\u3067\u8a31\u53ef\u3057\u3066\u3082\u3089\u3046 *\/\n                  openSettings\n                }\n              })\n              .create\n              .show\n          }\n\n        } else {\n          \/* \u30d1\u30fc\u30df\u30c3\u30b7\u30e7\u30f3\u304c\u8a31\u53ef\u3055\u308c\u305f\u5834\u5408\u306f\u52d5\u753b\u306e\u30b5\u30e0\u30cd\u30a4\u30eb\u3092\u8868\u793a\u3059\u308b *\/\n          viewVideoThumbnail\n        }\n    }\n  }\n}\n"}
{"repo_name":"b0npu\/VideoPlayer","path":"src\/main\/scala\/com\/b0npu\/videoplayer\/VideoPlayerActivity.scala","text":"package com.b0npu.videoplayer\n\nimport android.content.Intent\nimport android.media.MediaPlayer\nimport android.media.MediaPlayer.OnPreparedListener\nimport android.net.Uri\nimport android.os.Bundle\nimport android.provider.MediaStore\nimport android.support.v7.app.AppCompatActivity\nimport android.widget.{MediaController, VideoView}\n\n\/**\n  * \u30d3\u30c7\u30aa\u30d7\u30ec\u30fc\u30e4\u30fc\u306e\u753b\u9762\u3092\u8868\u793a\u3059\u308b\u30af\u30e9\u30b9\n  *\n  * \u30a2\u30d7\u30ea\u306e\u753b\u9762\u3092\u751f\u6210\u3059\u308bonCreate\u30e1\u30bd\u30c3\u30c9\u3067MainActivity\u304b\u3089Intent\u3092\u53d7\u53d6\u308a\n  * GridView\u3067\u9078\u629e\u3055\u308c\u305f\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u3092\u518d\u751f\u3059\u308b\n  *\/\nclass VideoPlayerActivity extends AppCompatActivity with TypedFindView {\n\n  \/**\n    * \u30a2\u30d7\u30ea\u306e\u753b\u9762\u3092\u751f\u6210\n    *\n    * \u30a2\u30d7\u30ea\u3092\u8d77\u52d5\u3059\u308b\u3068onCreate\u304c\u547c\u3070\u308c\u3066Activity\u304c\u521d\u671f\u5316\u3055\u308c\u308b\n    * \u9078\u629e\u3055\u308c\u305f\u52d5\u753b\u30d5\u30a1\u30a4\u30eb(mp4\u30d5\u30a1\u30a4\u30eb)\u306eID\u3092Intent\u304b\u3089\u53d6\u5f97\u3057\n    * VideoView\u3067\u52d5\u753b\u3092\u518d\u751f\u3059\u308b\n    *\/\n  override def onCreate(savedInstanceState: Bundle): Unit = {\n    super.onCreate(savedInstanceState)\n    setContentView(R.layout.activity_videoplayer)\n\n    \/* \u30ec\u30a4\u30a2\u30a6\u30c8\u306b\u8a2d\u7f6e\u3057\u305fvideoView\u306eid\u3092\u53d6\u5f97\u3057\u3066VideoView\u306b\u30b3\u30f3\u30c8\u30ed\u30fc\u30e9\u3092\u914d\u7f6e\u3059\u308b *\/\n    val videoView: VideoView = findView(TR.videoView)\n    videoView.setMediaController(new MediaController(VideoPlayerActivity.this))\n\n    \/* Intent\u304b\u3089\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eId\u3092\u53d6\u5f97\u3057\u518d\u751f\u3059\u308b\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306eURI\u3092VideoView\u306b\u6e21\u3059 *\/\n    val videoFileIntent: Intent = getIntent\n    val videoFileId = videoFileIntent.getLongExtra(\"id\", 0)\n    val videoFileUri = Uri.withAppendedPath(MediaStore.Video.Media.EXTERNAL_CONTENT_URI, videoFileId.toString)\n    videoView.setVideoURI(videoFileUri)\n\n    \/* VideoView\u304c\u52d5\u753b\u30d5\u30a1\u30a4\u30eb\u306e\u8aad\u8fbc\u307f\u3092\u7d42\u3048\u305f\u3089\u52d5\u753b\u3092\u518d\u751f\u3059\u308b *\/\n    videoView.setOnPreparedListener(new OnPreparedListener {\n      override def onPrepared(mediaPlayer: MediaPlayer): Unit = {\n        mediaPlayer.start\n      }\n    })\n  }\n}\n\n"}
{"repo_name":"mikelward\/conf","path":"templates\/tasks.json.build.sbt","text":"<gh_stars>1-10\n{\n    \"version\": \"0.1.0\",\n    \"command\": \"sbt\",\n    \"isShellCommand\": true,\n    \"tasks\": [\n        {\n            \"taskName\": \"build\",\n            \"suppressTaskName\": true,\n            \"args\": [\"compile\"]\n        },\n        {\n            \"taskName\": \"test\"\n        }\n    ]\n}\n\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"tests\/MinCutTest.scala","text":"package scalan.graph.tests\n\nimport org.scalatest.FunSuite\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport java.lang.Math.log\n\n\/\/ http:\/\/stackoverflow.com\/questions\/21353358\/graph-as-adjacency-list-performance\n\n\/\/import utils.Tools.loadAdjacencyList\n\n@RunWith(classOf[JUnitRunner])\nclass MinCutTest extends FunSuite {\n\n  import scalan.graph.examples.MinCut._\n\n  trait Sample {\n    val minCut1 = Map(\n      1 -> List(2, 3, 4),\n      2 -> List(1),\n      3 -> List(1),\n      4 -> List(1)\n    )\n    val minCut2_1 = Map(\n      1 -> List(2, 4),\n      2 -> List(1, 3, 4),\n      3 -> List(2, 4),\n      4 -> List(1, 2, 3)\n    )\n    val minCut2_2 = Map(\n      1 -> List(2, 4),\n      2 -> List(1, 3, 5),\n      3 -> List(2, 4),\n      4 -> List(1, 3, 5),\n      5 -> List(1, 2, 4)\n    )\n    val minCut3 = Map(\n      1 -> List(2, 3, 4),\n      2 -> List(1, 3, 4),\n      3 -> List(1, 2, 4),\n      4 -> List(1, 2, 3)\n    )\n  }\n\n  test(\"min-cut 1\") {\n    new Sample {\n      \/\/ Given\n      val graph = Graph(minCut1)\n      \/\/ When\n      val retry = graph.n * log(graph.n).toInt\n      val actual = graph.minCut(retry)\n      \/\/ Then\n      assert(actual === 1)\n    }\n  }\n\n  test(\"min-cut 2 (1)\") {\n    new Sample {\n      \/\/ Given\n      val graph = Graph(minCut2_1)\n      \/\/ When\n      val retry = graph.n * log(graph.n).toInt\n      val actual = graph.minCut(retry)\n      \/\/ Then\n      assert(actual === 2)\n    }\n  }\n\n  test(\"min-cut 2 (2)\") {\n    new Sample {\n      \/\/ Given\n      val graph = Graph(minCut2_2)\n      \/\/ When\n      val retry = graph.n * log(graph.n).toInt\n      val actual = graph.minCut(retry)\n      \/\/ Then\n      assert(actual === 2)\n    }\n  }\n\n  test(\"min-cut 3\") {\n    new Sample {\n      \/\/ Given\n      val graph = Graph(minCut3)\n      \/\/ When\n      val retry = graph.n * log(graph.n).toInt \n      val actual = graph.minCut(retry)\n      \/\/ Then\n      assert(actual === 3)\n    }\n  }\n\n  \/\/ ignore(\"min-cut assignment\") {\n  \/\/   \/\/ Given\n  \/\/   val graph = Graph(loadAdjacencyList(\"week3\/kargerMinCut.txt\"))\n  \/\/   \/\/ When\n  \/\/   val actual = graph.minCut(100)\n  \/\/   \/\/ Then\n  \/\/   info(s\"Found min-cut ${actual}\")\n  \/\/ }\n\n}\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"build.sbt","text":"version := \"0.0\"\n\nscalaVersion := \"2.10.2\"\n\nscalaOrganization := \"org.scala-lang.virtualized\"\n\norganization := \"huawei-research\"\n\nscalacOptions += \"-Yvirtualize\"\n\nscalacOptions += \"-Yno-generic-signatures\"\n\nlibraryDependencies += \"EPFL\" %% \"lms\" % \"0.3-SNAPSHOT\"\n\nlibraryDependencies += \"com.huawei.scalan\" %% \"enterprise-edition\" % \"0.3.0-SNAPSHOT\"\n\nlibraryDependencies += \"stanford-ppl\" %% \"framework\" % \"0.1-SNAPSHOT\"\n\nlibraryDependencies += \"stanford-ppl\" %% \"runtime\" % \"0.1-SNAPSHOT\"\n\nlibraryDependencies += \"stanford-ppl\" %% \"delite-test\" % \"0.1-SNAPSHOT\"\n\nlibraryDependencies += \"org.scala-lang.virtualized\" % \"scala-library\" % \"2.10.2\"\n\nlibraryDependencies += \"org.scala-lang.virtualized\" % \"scala-compiler\" % \"2.10.2\"\n\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"2.1.2\"\n\nlibraryDependencies += \"junit\" % \"junit\" % \"4.10\" % \"test\"\n\n\nscalaSource in Compile <<= baseDirectory(_ \/ \"src\")\n\nscalaSource in Test <<= baseDirectory(_ \/ \"tests\")\n\nretrieveManaged := true\n\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"src\/graph\/bfs.scala","text":"package scalan\n\nimport scala.collection.mutable.{Queue,Set,ListBuffer}\n\ntrait BFS {\n\n  type Adj = List[Int]\n  type Graph = Array[Adj]\n\n  \/\/final val NoParent = -1\n\n  def bfs(g: Graph, start: Int): List[Int] = {\n    val nodes = ListBuffer(start)\n    val frontier = Queue(start)\n    val visited = Set[Int]()\n    while (!frontier.isEmpty) {\n      val node = frontier.dequeue\n      visited += node\n      val neighbors = g(node)\n      for (n <- neighbors) {\n        \/\/println(n)\n        if (!visited(n)) {\n          visited += n\n          nodes += n\n        }\n      }\n    }\n    nodes.toList\n  }\n\n\n}\n\nclass BFSdriver extends BFS\n\nobject TestBFS {\n  def main(args: Array[String]) {\n    println(\"Hello, world!\")\n\n    val graph500_s3 = Array(\n      List(1, 2, 4, 6, 7),\n      List(0, 2, 3, 4, 6, 7),\n      List(0, 1, 4, 7),\n      List(1, 4, 5, 7),\n      List(0, 1, 2, 3, 5, 6, 7),\n      List(3, 4, 6),\n      List(0, 1, 4, 5),\n      List(0, 1, 2, 3, 4)\n    )\n\n\n    val bfs_driver = new BFSdriver\n    val bfs_nodes = bfs_driver.bfs(graph500_s3, 1)\n\n    println(\"bfs_nodes: \" + bfs_nodes)\n  }\n}\n\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"src\/graph\/Dijkstra.scala","text":"<reponame>alsam\/scalan-graph-examples\npackage scalan.graph.examples\n\nimport scala.collection.mutable.BitSet\nimport scala.collection.mutable.HashSet\nimport scala.collection.mutable.HashMap\nimport scala.io.Source\nimport scala.collection.mutable.PriorityQueue\n\n\/**\n * Strongly Connected Components\n *\/\nobject Dijkstra {\n\n  type AdjacencyList = Map[Int, Map[Int, Int]]\n\n  case class Graph(adjacencyList: AdjacencyList) {\n    val size = adjacencyList.size\n    def shortestPath(from: Int, to: Int): Int = shortestPath2(from)(to)\n    def shortestPath1(from: Int): Map[Int, Int] = {\n      val X = new HashSet[Int] += from\n      val A = new HashMap[Int, Int] += from -> 0\n      while (X.size < size) {\n        val (out, length) = X.flatMap(in =>\n          adjacencyList(in).filterNot({\n            case (out, length) => X(out)\n          }).map({\n            case (out, length) => (out, A(in) + length)\n          })\n        ).minBy(_._2)\n        X += out\n        A += out -> length\n      }\n      A.toMap\n    }\n    def shortestPath2(from: Int): Map[Int, Int] = {\n      val X = new BitSet += from\n      val A = new HashMap[Int, Int] += from -> 0\n      while (X.size < size) {\n        val (out, length) = X.flatMap(in =>\n          adjacencyList(in).filterNot({\n            case (out, length) => X(out)\n          }).map({\n            case (out, length) => (out, A(in) + length)\n          })\n        ).minBy(_._2)\n        X += out\n        A += out -> length\n      }\n      A.toMap\n    }\n    def shortestPath3(from: Int): Map[Int, Int] = {\n      case class Elem(item: Int, priority: Int)\n      \/\/type MinHeap = PriorityQueue[Elem](Ordering.by[Elem, Int](_.priority))\n      \/\/type MaxHeap = PriorityQueue[Elem](Ordering.by[Elem, Int](_.priority).reverse)\n      Map()\n    }\n  }\n\n  object Graph {\n    private val Label = \"\"\"^(\\d+)\\s+\"\"\".r(\"label\")\n    private val Edges = \"\"\"(\\d+),(\\d+)\"\"\".r(\"out\", \"length\")\n    private def extract(line: String) = {\n      val label = Label.findFirstMatchIn(line).get.group(\"label\").toInt\n      val edges = Edges.findAllMatchIn(line).map(m =>\n        m.group(\"out\").toInt -> m.group(\"length\").toInt\n      ).toMap\n      label -> edges\n    }\n    def load(filename: String): Graph = {\n      val resource = getClass.getClassLoader.getResource(filename)\n      val adjacencyList = Source.fromURL(resource).getLines().map(extract).toMap\n      new Graph(adjacencyList)\n    }\n  }\n\n}\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"src\/graph\/SCC.scala","text":"<reponame>alsam\/scalan-graph-examples<gh_stars>0\npackage scalan.graph.examples\n\nimport scala.collection.mutable.{ListBuffer, BitSet}\nimport scala.io.Source\nimport scala.collection.mutable.Stack\n\n\/**\n * Strongly Connected Components\n *\/\nobject Scc {\n\n  type AdjacencyList = Array[ListBuffer[Int]]\n  type SCC = ListBuffer[Int]\n  type SCCs = ListBuffer[SCC]\n\n  class Graph(original: AdjacencyList, reversed: AdjacencyList) {\n    val length = original.length\n\n    class State() {\n      private val visited = new BitSet\n      def setVisited(node: Int) = visited += node\n      def isNotVisited(node: Int): Boolean = !visited(node)\n    }\n\n    def stronglyConnectedComponents: SCCs = {\n      def dfs(graph: AdjacencyList, state: State = new State)(i: Int, acc: List[Int] = Nil): List[Int] = {\n        state.setVisited(i)\n        i :: graph(i).foldLeft[List[Int]](acc)((acc, j) => {\n          if (state.isNotVisited(j)) dfs(graph, state)(j, acc) else acc\n        })\n      }\n      def dfs2(graph: AdjacencyList, state: State = new State)(start: Int): SCC = {\n        val stack = Stack(start)\n        val head = ListBuffer.empty[Int]\n        val tail = ListBuffer.empty[Int]\n        while (!stack.isEmpty) {\n          val i = stack.pop\n          state.setVisited(i)\n          val ins = graph(i).foldLeft(List.empty[Int])((list, j) => {\n            if (state.isNotVisited(j)) j :: list else list\n          })\n          if (ins.isEmpty) i +=: tail else {stack pushAll ins; head += i}\n        }\n        head ++= tail\n      }\n      println(\"Start DFS Pass #1\")\n      val state1 = new State\n      val dfsPass1 = dfs2(reversed, state1) _\n      val finished = (length - 1 to 0 by -1).foldLeft(ListBuffer.empty[Int])((list, i) => {\n        if (state1.isNotVisited(i)) dfsPass1(i) ++= list else list\n      })\n      println(\"Start DFS Pass #2\")\n      val state2 = new State\n      val dfsPass2 = dfs2(original, state2) _\n      for (i <- finished if state2.isNotVisited(i)) yield dfsPass2(i)\n    }\n  }\n\n  object Graph {\n    private val Pattern = \"(\\\\d+) (\\\\d+)\".r(\"out\", \"in\")\n    private def extract(line: String) = Pattern.findFirstMatchIn(line) match {\n      case Some(m) => (m.group(\"out\").toInt, m.group(\"in\").toInt)\n      case None => throw new IllegalArgumentException(\"Malformed row\")\n    }\n    def load(filename: String): Graph = {\n      val resource = getClass.getClassLoader.getResource(filename)\n      val size = Source.fromURL(resource).getLines().foldLeft(0)((max, line) => {\n        Math.max(extract(line)._1, max)\n      })\n      val original = Array.fill[ListBuffer[Int]](size) {ListBuffer.empty}\n      val reversed = Array.fill[ListBuffer[Int]](size) {ListBuffer.empty}\n      Source.fromURL(resource).getLines().foreach(line => {\n        val (out, in) = extract(line)\n        original(out - 1) += in - 1\n        reversed(in - 1) += out - 1\n      })\n      new Graph(original, reversed)\n    }\n  }\n\n}\n"}
{"repo_name":"alsam\/scalan-graph-examples","path":"src\/graph\/MinCut.scala","text":"package scalan.graph.examples\n\nimport scala.util.Random\n\n\nobject MinCut {\n\n  type Edge = Set[Int]\n  type Edges = Array[Edge]\n\n  class Graph(vertices: Set[Int], edges: Edges) {\n\n    val n = vertices.size\n    val m = edges.length\n\n    def minCut: Int = {\n      val random = new Random(System.nanoTime)\n      def contract(that: Edges): Edges = {\n        \/\/ Pick one edge, keep a reference I and remove it\n        val I = that(random.nextInt(that.length))\n        \/\/ Filter Edges following rules\n        that\n          \/\/ if E is OR equals I (ie. self loop), remove E\n          .filterNot(E => (E eq I) || (E equals I))\n          \/\/ if E intersects I, add I in E and keep E else just keep E\n          .map(E => if ((E intersect I).size > 0) E ++ I else E)\n      }\n      def rec(iteration: Int, that: Edges): Int = {\n        if (iteration == 0) that.length \/\/ Found a min cut, return count\n        else rec(iteration - 1, contract(that))\n      }\n      rec(n - 2, edges)\n    }\n\n    def minCut(retry: Int): Int = {\n      (0 to retry).foldLeft[Int](0)((min, i) => {\n        println(s\"Iteration #${i}, actual min is ${min}\")\n        if (i == 0) minCut else Math.min(min, minCut)\n      })\n    }\n\n  }\n\n  object Graph {\n    type AdjacencyList = Map[Int, List[Int]]\n    def apply(adjacencyList: AdjacencyList): Graph = {\n      val vertices = adjacencyList.keySet\n      val edges: Edges = adjacencyList.flatMap(entry => {\n        val out = entry._1\n        val ins = entry._2\n        ins.map(in => Set(out, in))\n      }).toSet.toArray\n      new Graph(vertices, edges)\n    }\n  }\n\n}\n"}
{"repo_name":"ennru\/twirl","path":"sbt-twirl\/src\/main\/scala\/play\/twirl\/sbt\/SbtTwirl.scala","text":"\/*\n * Copyright (C) Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\npackage play.twirl.sbt\n\nimport play.twirl.compiler.TwirlCompiler\nimport sbt.Keys._\nimport sbt._\n\nimport scala.io.Codec\n\nobject Import {\n  object TwirlKeys {\n    val twirlVersion    = SettingKey[String](\"twirl-version\", \"Twirl version used for twirl-api dependency\")\n    val templateFormats = SettingKey[Map[String, String]](\"twirl-template-formats\", \"Defined twirl template formats\")\n    val templateImports = SettingKey[Seq[String]](\"twirl-template-imports\", \"Extra imports for twirl templates\")\n    val constructorAnnotations = SettingKey[Seq[String]](\n      \"twirl-constructor-annotations\",\n      \"Annotations added to constructors in injectable templates\"\n    )\n    @deprecated(\"No longer supported\", \"1.2.0\")\n    val useOldParser = SettingKey[Boolean](\"twirl-use-old-parser\", \"No longer supported\")\n    val sourceEncoding =\n      TaskKey[String](\"twirl-source-encoding\", \"Source encoding for template files and generated scala files\")\n    val compileTemplates =\n      TaskKey[Seq[File]](\"twirl-compile-templates\", \"Compile twirl templates into scala source files\")\n  }\n}\n\nobject SbtTwirl extends AutoPlugin {\n  import Import.TwirlKeys._\n\n  val autoImport = Import\n\n  override def requires = sbt.plugins.JvmPlugin\n\n  override def trigger = noTrigger\n\n  override def projectSettings: Seq[Setting[_]] =\n    inConfig(Compile)(twirlSettings) ++\n      inConfig(Test)(twirlSettings) ++\n      defaultSettings ++\n      positionSettings ++\n      dependencySettings\n\n  def twirlSettings: Seq[Setting[_]] = Seq(\n    includeFilter in compileTemplates := \"*.scala.*\",\n    excludeFilter in compileTemplates := HiddenFileFilter,\n    sourceDirectories in compileTemplates := Seq(sourceDirectory.value \/ \"twirl\"),\n    watchSources in Defaults.ConfigGlobal +=\n      WatchSource(\n        (sourceDirectory in compileTemplates).value,\n        (includeFilter in compileTemplates).value,\n        (excludeFilter in compileTemplates).value\n      ),\n    sources in compileTemplates := Defaults\n      .collectFiles(\n        sourceDirectories in compileTemplates,\n        includeFilter in compileTemplates,\n        excludeFilter in compileTemplates\n      )\n      .value,\n    target in compileTemplates := crossTarget.value \/ \"twirl\" \/ Defaults.nameForSrc(configuration.value.name),\n    compileTemplates := compileTemplatesTask.value,\n    sourceGenerators += compileTemplates.taskValue,\n    managedSourceDirectories += (target in compileTemplates).value\n  )\n\n  def defaultSettings: Seq[Setting[_]] = Seq(\n    templateFormats := defaultFormats,\n    templateImports := TwirlCompiler.DefaultImports,\n    constructorAnnotations := Nil,\n    sourceEncoding := scalacEncoding(scalacOptions.value)\n  )\n\n  def positionSettings: Seq[Setting[_]] = Seq(\n    sourcePositionMappers += TemplateProblem.positionMapper(Codec(sourceEncoding.value))\n  )\n\n  def dependencySettings = Def.settings(\n    twirlVersion := readResourceProperty(\"twirl.version.properties\", \"twirl.api.version\"),\n    libraryDependencies += {\n      val crossVer = crossVersion.value\n      val isScalaJS = CrossVersion(crossVer, scalaVersion.value, scalaBinaryVersion.value) match {\n        case Some(f) => f(\"\").contains(\"_sjs0.6\") \/\/ detect ScalaJS CrossVersion\n        case None    => false\n      }\n      \/\/ TODO: use %%% from sbt-crossproject when we add support for scalajs 1.0\n      val baseModuleID = \"com.typesafe.play\" %% \"twirl-api\" % twirlVersion.value\n      if (isScalaJS) baseModuleID.cross(crossVer) else baseModuleID\n    }\n  )\n\n  def scalacEncoding(options: Seq[String]): String = {\n    val i = options.indexOf(\"-encoding\") + 1\n    if (i > 0 && i < options.length) options(i) else \"UTF-8\"\n  }\n\n  def defaultFormats = Map(\n    \"html\" -> \"play.twirl.api.HtmlFormat\",\n    \"txt\"  -> \"play.twirl.api.TxtFormat\",\n    \"xml\"  -> \"play.twirl.api.XmlFormat\",\n    \"js\"   -> \"play.twirl.api.JavaScriptFormat\"\n  )\n\n  def compileTemplatesTask = Def.task {\n    TemplateCompiler.compile(\n      (sourceDirectories in compileTemplates).value,\n      (target in compileTemplates).value,\n      templateFormats.value,\n      templateImports.value,\n      constructorAnnotations.value,\n      (includeFilter in compileTemplates).value,\n      (excludeFilter in compileTemplates).value,\n      Codec(sourceEncoding.value),\n      streams.value.log\n    )\n  }\n\n  def readResourceProperty(resource: String, property: String): String = {\n    val props  = new java.util.Properties\n    val stream = getClass.getClassLoader.getResourceAsStream(resource)\n    try {\n      props.load(stream)\n    } catch {\n      case e: Exception =>\n    } finally {\n      if (stream ne null) stream.close\n    }\n    props.getProperty(property)\n  }\n}\n"}
{"repo_name":"ennru\/twirl","path":"build.sbt","text":"import interplay.ScalaVersions._\nimport sbtcrossproject.crossProject\nimport org.scalajs.jsenv.nodejs.NodeJSEnv\n\n\/\/ Binary compatibility is this version\nval previousVersion: Option[String] = Some(\"1.5.0\")\n\nval ScalaTestVersion              = \"3.1.2\"\nval ScalaXmlVersion               = \"1.3.0\"\nval ScalaParserCombinatorsVersion = \"1.1.2\"\n\nval mimaSettings = Seq(\n  mimaPreviousArtifacts := previousVersion.map(organization.value %% name.value % _).toSet\n)\n\nval javacParameters = Seq(\n  \"-source\",\n  \"1.8\",\n  \"-target\",\n  \"1.8\",\n  \"-Xlint:deprecation\",\n  \"-Xlint:unchecked\"\n)\n\nval scalacCompilerParams = Seq(\n  \"-target:jvm-1.8\",\n  \"-Ywarn-unused:imports\",\n  \"-Xlint:nullary-unit\",\n  \"-Xlint\",\n  \"-Ywarn-dead-code\",\n)\n\nval javaCompilerSettings = Seq(\n  javacOptions in Compile ++= javacParameters,\n  javacOptions in Test ++= javacParameters,\n)\n\nval headerSettings = Seq(\n  headerLicense := {\n    Some(\n      HeaderLicense.Custom(\n        s\"Copyright (C) Lightbend Inc. <https:\/\/www.lightbend.com>\"\n      )\n    )\n  },\n  headerEmptyLine := false\n)\n\n\/\/ Customise sbt-dynver's behaviour to make it work with tags which aren't v-prefixed\ndynverVTagPrefix in ThisBuild := false\n\n\/\/ Sanity-check: assert that version comes from a tag (e.g. not a too-shallow clone)\n\/\/ https:\/\/github.com\/dwijnand\/sbt-dynver\/#sanity-checking-the-version\nGlobal \/ onLoad := (Global \/ onLoad).value.andThen { s =>\n  val v = version.value\n  if (dynverGitDescribeOutput.value.hasNoTags)\n    throw new MessageOnlyException(\n      s\"Failed to derive version from git tags. Maybe run `git fetch --unshallow`? Version: $v\"\n    )\n  s\n}\n\n\/\/ this overrides interplay release settings with some adaptations for working with sbt-dynver\n\/\/ moreover, it contain only bits necessary for twirl, nothing else\nlazy val releaseSettings: Seq[Setting[_]] = Seq(\n  \/\/ Release settings\n  releaseCrossBuild := false,\n  releaseProcess := {\n    import ReleaseTransformations._\n\n    def ifDefinedAndTrue(key: SettingKey[Boolean], step: State => State): State => State = { state =>\n      Project.extract(state).getOpt(key in ThisBuild) match {\n        case Some(true) => step(state)\n        case _          => state\n      }\n    }\n\n    Seq[ReleaseStep](\n      checkSnapshotDependencies,\n      runClean,\n      releaseStepCommandAndRemaining(\"+test\"),\n      releaseStepTask(playBuildExtraTests in thisProjectRef.value),\n      releaseStepCommandAndRemaining(\"+publishSigned\"),\n      releaseStepTask(playBuildExtraPublish in thisProjectRef.value),\n      ifDefinedAndTrue(playBuildPromoteBintray, releaseStepTask(bintrayRelease in thisProjectRef.value)),\n      ifDefinedAndTrue(playBuildPromoteSonatype, releaseStepCommand(\"sonatypeBundleRelease\")),\n      pushChanges\n    )\n  }\n)\n\nval commonSettings = javaCompilerSettings ++ headerSettings ++ Seq(\n  scalaVersion := scala212,\n  crossScalaVersions := Seq(scala212, scala213),\n  scalacOptions ++= scalacCompilerParams,\n)\n\nlazy val twirl = project\n  .in(file(\".\"))\n  .enablePlugins(PlayRootProject)\n  .settings(\n    commonSettings,\n    releaseSettings,\n    crossScalaVersions := Nil, \/\/ workaround so + uses project-defined variants\n    mimaFailOnNoPrevious := false\n  )\n  .aggregate(apiJvm, apiJs, parser, compiler, plugin)\n\nlazy val nodeJs = {\n  if (System.getProperty(\"NODE_PATH\") != null)\n    new NodeJSEnv(NodeJSEnv.Config().withExecutable(System.getProperty(\"NODE_PATH\")))\n  else\n    new NodeJSEnv()\n}\n\nlazy val api = crossProject(JVMPlatform, JSPlatform)\n  .in(file(\"api\"))\n  .enablePlugins(PlayLibrary, Playdoc)\n  .configs(Docs)\n  .settings(\n    commonSettings,\n    mimaSettings,\n    name := \"twirl-api\",\n    jsEnv := nodeJs,\n    libraryDependencies += \"org.scala-lang.modules\" %%% \"scala-xml\" % ScalaXmlVersion,\n    libraryDependencies += \"org.scalatest\"          %%% \"scalatest\" % ScalaTestVersion % \"test\",\n  )\n\nlazy val apiJvm = api.jvm\nlazy val apiJs  = api.js\n\nlazy val parser = project\n  .in(file(\"parser\"))\n  .enablePlugins(PlayLibrary)\n  .settings(\n    commonSettings,\n    mimaSettings,\n    name := \"twirl-parser\",\n    libraryDependencies += \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % ScalaParserCombinatorsVersion % \"optional\",\n    libraryDependencies += \"com.novocode\"           % \"junit-interface\"           % \"0.11\"                        % \"test\",\n    libraryDependencies += \"org.scalatest\"          %%% \"scalatest\"               % ScalaTestVersion              % \"test\",\n  )\n\nlazy val compiler = project\n  .in(file(\"compiler\"))\n  .enablePlugins(PlayLibrary)\n  .dependsOn(apiJvm, parser % \"compile;test->test\")\n  .settings(\n    commonSettings,\n    mimaSettings,\n    name := \"twirl-compiler\",\n    libraryDependencies += \"org.scala-lang\"         % \"scala-compiler\"            % scalaVersion.value,\n    libraryDependencies += \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % ScalaParserCombinatorsVersion % \"optional\",\n    fork in run := true,\n  )\n\nlazy val plugin = project\n  .in(file(\"sbt-twirl\"))\n  .enablePlugins(PlaySbtPlugin, SbtPlugin)\n  .dependsOn(compiler)\n  .settings(\n    javaCompilerSettings,\n    headerSettings,\n    name := \"sbt-twirl\",\n    organization := \"com.typesafe.sbt\",\n    scalaVersion := scala212,\n    libraryDependencies += \"org.scalatest\" %%% \"scalatest\" % ScalaTestVersion % \"test\",\n    resourceGenerators in Compile += generateVersionFile.taskValue,\n    scriptedDependencies := {\n      scriptedDependencies.value\n      publishLocal\n        .all(\n          ScopeFilter(\n            inDependencies(compiler)\n          )\n        )\n        .value\n    },\n    scalacOptions ++= scalacCompilerParams,\n    mimaFailOnNoPrevious := false,\n  )\n\nplayBuildRepoName in ThisBuild := \"twirl\"\nplayBuildExtraTests := {\n  (scripted in plugin).toTask(\"\").value\n}\nplayBuildExtraPublish := {\n  (PgpKeys.publishSigned in plugin).value\n}\n\n\/\/ Version file\n\ndef generateVersionFile = Def.task {\n  val version = (Keys.version in apiJvm).value\n  val file    = (resourceManaged in Compile).value \/ \"twirl.version.properties\"\n  val content = s\"twirl.api.version=$version\"\n  IO.write(file, content)\n  Seq(file)\n}\n\naddCommandAlias(\"validateCode\", \";headerCheckAll;scalafmtCheckAll;scalafmtSbtCheck\")\n"}
{"repo_name":"ennru\/twirl","path":"api\/shared\/src\/main\/scala\/play\/twirl\/api\/TwirlHelperImports.scala","text":"\/*\n * Copyright (C) Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\npackage play.twirl.api\n\nimport scala.language.implicitConversions\n\n\/**\n * Imports for useful Twirl helpers.\n *\/\nobject TwirlHelperImports {\n\n  \/** Allows Java collections to be used as if they were Scala collections. *\/\n  implicit def twirlJavaCollectionToScala[T](x: java.lang.Iterable[T]): Iterable[T] = {\n    import scala.collection.JavaConverters._\n    x.asScala\n  }\n\n  \/** Allows inline formatting of java.util.Date  *\/\n  implicit class TwirlRichDate(date: java.util.Date) {\n    def format(pattern: String): String = {\n      new java.text.SimpleDateFormat(pattern).format(date)\n    }\n  }\n\n  \/** Adds a when method to Strings to control when they are rendered. *\/\n  implicit class TwirlRichString(string: String) {\n    def when(predicate: => Boolean): String = {\n      predicate match {\n        case true  => string\n        case false => \"\"\n      }\n    }\n  }\n}\n"}
{"repo_name":"ennru\/twirl","path":"api\/shared\/src\/main\/scala\/play\/twirl\/api\/TemplateMagic.scala","text":"\/*\n * Copyright (C) Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\npackage play.twirl.api\n\nimport scala.language.implicitConversions\n\n@deprecated(\"Use TwirlDefaultImports instead\", \"1.2.0\")\nobject TemplateMagic {\n  \/\/ --- UTILS\n\n  def defining[T](t: T)(handler: T => Any) = {\n    handler(t)\n  }\n\n  def using[T](t: T) = t\n\n  \/\/ --- IF\n\n  implicit def iterableToBoolean(x: Iterable[_]) = x != null && !x.isEmpty\n  implicit def optionToBoolean(x: Option[_])     = x != null && x.isDefined\n  implicit def stringToBoolean(x: String)        = x != null && !x.isEmpty\n\n  \/\/ --- JAVA\n\n  implicit def javaCollectionToScala[T](x: java.lang.Iterable[T]) = {\n    import scala.collection.JavaConverters._\n    x.asScala\n  }\n\n  \/\/ --- DEFAULT\n\n  case class Default(default: Any) {\n    def ?:(x: Any) = x match {\n      case \"\"    => default\n      case Nil   => default\n      case false => default\n      case 0     => default\n      case None  => default\n      case _     => x\n    }\n  }\n\n  implicit def anyToDefault(x: Any) = Default(x)\n\n  \/\/ --- DATE\n\n  class RichDate(date: java.util.Date) {\n    def format(pattern: String) = {\n      new java.text.SimpleDateFormat(pattern).format(date)\n    }\n  }\n\n  implicit def richDate(date: java.util.Date) = new RichDate(date)\n\n  \/\/ --- STRING\n\n  class RichString(string: String) {\n    def when(predicate: => Boolean) = {\n      predicate match {\n        case true  => string\n        case false => \"\"\n      }\n    }\n  }\n\n  implicit def richString(string: String) = new RichString(string)\n}\n"}
{"repo_name":"lrytz\/scala-collection-contrib","path":"build.sbt","text":"<reponame>lrytz\/scala-collection-contrib\nimport sbtcrossproject.CrossPlugin.autoImport.{ crossProject, CrossType }\nimport ScalaModulePlugin._\n\nlazy val root = project.in(file(\".\"))\n  .aggregate(`scala-collection-contribJS`, `scala-collection-contribJVM`)\n  .settings(\n    disablePublishing,\n    \/\/ HACK If we don\u2019t add this dependency the tests compilation of the aggregated projects fails\n    libraryDependencies += \"junit\" % \"junit\" % \"4.12\" % Test\n  )\n\nlazy val `scala-collection-contrib` = crossProject(JVMPlatform, JSPlatform)\n  .crossType(CrossType.Pure)\n  .withoutSuffixFor(JVMPlatform).in(file(\".\"))\n  .settings(scalaModuleSettings)\n  .jvmSettings(scalaModuleSettingsJVM)\n  .settings(\n    name := \"scala-collection-contrib\",\n    version := \"0.2.1-SNAPSHOT\",\n\n    crossScalaVersions in ThisBuild := Seq(\"2.13.0\"),\n\n    scalacOptions ++= Seq(\"-opt-warnings\", \"-language:higherKinds\", \"-deprecation\", \"-feature\", \"-Xfatal-warnings\"),\n    scalacOptions in (Compile, doc) ++= Seq(\"-implicits\", \"-groups\"),\n\n    testOptions += Tests.Argument(TestFrameworks.JUnit, \"-q\", \"-v\", \"-s\", \"-a\"),\n    parallelExecution in Test := false,  \/\/ why?\n\n    mimaPreviousVersion := Some(\"0.1.0\"),\n\n    homepage := Some(url(\"https:\/\/github.com\/scala\/scala-collection-contrib\")),\n    licenses := Seq(\"Apache-2.0\" -> url(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n\n    libraryDependencies ++= Seq(\n      \"junit\"            % \"junit\"           % \"4.12\"   % Test,\n      \"com.novocode\"     % \"junit-interface\" % \"0.11\"   % Test,\n      \"org.openjdk.jol\"  % \"jol-core\"        % \"0.9\"    % Test\n    )\n  )\n  .jsConfigure(_.enablePlugins(ScalaJSJUnitPlugin))\n  .jsSettings(\n    mimaPreviousVersion := None,\n    \/\/ Scala.js cannot run forked tests\n    fork in Test := false\n  )\n\nlazy val `scala-collection-contribJVM` = `scala-collection-contrib`.jvm\nlazy val `scala-collection-contribJS` = `scala-collection-contrib`.js\n"}
{"repo_name":"lrytz\/scala-collection-contrib","path":"src\/test\/scala\/scala\/collection\/decorators\/BitSetDecoratorTest.scala","text":"<filename>src\/test\/scala\/scala\/collection\/decorators\/BitSetDecoratorTest.scala\npackage scala.collection.decorators\n\nimport org.junit.{Assert, Test}\n\nimport scala.collection.BitSet\n\nclass BitSetDecoratorTest {\n\n  import Assert.{assertEquals, assertSame}\n  import BitSet.empty\n\n  @Test\n  def shiftEmptyLeft(): Unit = {\n    for (shiftBy <- 0 to 128) {\n      assertSame(empty, empty << shiftBy)\n    }\n  }\n\n  @Test\n  def shiftLowestBitLeft(): Unit = {\n    for (shiftBy <- 0 to 128) {\n      assertEquals(BitSet(shiftBy), BitSet(0) << shiftBy)\n    }\n  }\n\n  @Test\n  def shiftNegativeLeft(): Unit = {\n    assertEquals(BitSet(0), BitSet(1) << -1)\n  }\n\n  @Test\n  def largeShiftLeft(): Unit = {\n    val bs = BitSet(0 to 300 by 5: _*)\n    for (shiftBy <- 0 to 128) {\n      assertEquals(bs.map(_ + shiftBy), bs << shiftBy)\n    }\n  }\n\n  @Test\n  def shiftEmptyRight(): Unit = {\n    for (shiftBy <- 0 to 128) {\n      assertSame(empty, empty >> shiftBy)\n    }\n  }\n\n  @Test\n  def shiftLowestBitRight(): Unit = {\n    assertEquals(BitSet(0), BitSet(0) >> 0)\n    for (shiftBy <- 1 to 128) {\n      assertSame(empty, BitSet(0) >> shiftBy)\n    }\n  }\n\n  @Test\n  def shiftToLowestBitRight(): Unit = {\n    for (shiftBy <- 0 to 128) {\n      assertEquals(BitSet(0), BitSet(shiftBy) >> shiftBy)\n    }\n  }\n\n  @Test\n  def shiftNegativeRight(): Unit = {\n    assertEquals(BitSet(1), BitSet(0) >> -1)\n  }\n\n  @Test\n  def largeShiftRight(): Unit = {\n    val bs = BitSet(0 to 300 by 5: _*)\n    for (shiftBy <- 0 to 128) {\n      assertEquals(bs.collect {\n        case b if b >= shiftBy => b - shiftBy\n      }, bs >> shiftBy)\n    }\n  }\n\n}\n"}
{"repo_name":"dustinkim\/graal-scala-runtime","path":"src\/main\/scala\/LambdaFunction.scala","text":"import cats.effect.IO\nimport cats.implicits._\nimport io.circe.generic.auto._\nimport io.circe.parser.decode\nimport io.circe.syntax._\nimport io.circe.{Decoder, Encoder}\n\nimport scala.sys.process._\n\nfinal private case class ParseError(rawInput: String, jsonError: String)\n\nfinal private case class Wrapper(body: String)\n\nabstract class LambdaFunction[Input: Decoder, Err: Encoder, Output: Encoder] {\n  def run(a: Input): IO[Either[Err, Output]]\n\n  final def main(args: Array[String]): Unit = {\n    val arg = args.headOption.getOrElse(\"\")\n    val unwrappedBody =\n      decode[Input](arg)\n    lazy val wrappedBody =\n      decode[Wrapper](arg)\n        .flatMap(r => decode[Input](r.body))\n    val req: Either[io.circe.Error, Input] =\n      unwrappedBody.orElse(wrappedBody).orElse(unwrappedBody)\n\n    val RUNTIME_API_ADDRESS = sys.env.get(\"RUNTIME_API_ADDRESS\")\n    val INVOCATION_ID = sys.env.get(\"INVOCATION_ID\")\n\n    req\n      .traverse(run)\n      .map {\n        case Left(err) =>\n          (RUNTIME_API_ADDRESS, INVOCATION_ID) match {\n            case (Some(r), Some(i)) =>\n              Seq(\n                s\"curl\",\n                \"-sS\",\n                \"-X\",\n                \"POST\",\n                s\"$r\/$i\/error\",\n                \"-d\",\n                ParseError(arg, err.getMessage).asJson.toString\n                  .replace(\"\\n\", \" \")).!\n            case _ =>\n              pprint.log(ParseError(arg, err.getMessage).asJson.toString)\n          }\n          System.exit(1)\n        case Right(Left(value)) =>\n          (RUNTIME_API_ADDRESS, INVOCATION_ID) match {\n            case (Some(r), Some(i)) =>\n              Seq(\n                s\"curl\",\n                \"-sS\",\n                \"-X\",\n                \"POST\",\n                s\"$r\/$i\/error\",\n                \"-d\",\n                value.asJson.toString.replace(\"\\n\", \" \")).!\n            case _ => pprint.log(value.asJson.toString)\n          }\n          System.exit(1)\n        case Right(Right(value)) =>\n          (RUNTIME_API_ADDRESS, INVOCATION_ID) match {\n            case (Some(r), Some(i)) =>\n              Seq(\n                s\"curl\",\n                \"-sS\",\n                \"-X\",\n                \"POST\",\n                s\"$r\/$i\/response\",\n                \"-d\",\n                value.asJson.toString.replace(\"\\n\", \" \")).!\n            case _ => pprint.log(value.asJson.toString)\n          }\n          System.exit(0)\n      }\n      .unsafeRunSync()\n  }\n}\n"}
{"repo_name":"dustinkim\/graal-scala-runtime","path":"src\/main\/scala\/HelloWorld.scala","text":"import cats.effect.IO\nimport cats.implicits.catsSyntaxEitherId\nimport io.circe.generic.auto._\n\nfinal case class Request(key1: String, key2: String, key3: String)\nfinal case class Response(key1: String)\n\nobject HelloWorld extends LambdaFunction[Request, Unit, Response] {\n\n  override def run(a: Request): IO[Either[Unit, Response]] =\n    IO(Response(\"Hello\").asRight)\n}\n"}
{"repo_name":"notyy\/scala_template_typeflow","path":"code_template\/scala\/AliyunHttpInputEndpoint.scala","text":"package $PackageName$.aliyun\n\nimport com.aliyun.fc.runtime.{Context, HttpRequestHandler}\nimport com.aliyun.oss.{OSS, OSSClientBuilder}\nimport com.aliyuncs.fc.client.FunctionComputeClient\nimport com.github.notyy.typeflow.util.{JSONUtil, Param, AliyunUtil}\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\n\nimport scala.io.Source\nimport scala.util.{Failure, Success}\n\nclass $DefinitionName$Handler extends HttpRequestHandler{\n  private var result: Option[Param[Object]] = None\n\n  override def handleRequest(request: HttpServletRequest, response: HttpServletResponse, context: Context): Unit = {\n    val accessKey = System.getenv(\"ACCESS_KEY\")\n    val accessSecretKey = System.getenv(\"SECRET_KEY\")\n    val accountId = System.getenv(\"ACCOUNT_ID\")\n\n    \/\/TODO region should not be hardcoded\n    val fcClient = new FunctionComputeClient(\"cn-shanghai\", accountId, accessKey, accessSecretKey)\n    val ossClient: OSS = new OSSClientBuilder().build(\"oss-cn-shanghai-internal.aliyuncs.com\", accessKey, accessSecretKey)\n    val source = Source.fromInputStream(request.getInputStream)\n    JSONUtil.fromJSON[Param[$Params$]](source.mkString).map{ input =>\n$CallingChain$\n    } match {\n      case Success(value) => {\n        if(result.isDefined) {\n          response.setStatus(200)\n          response.getWriter.println(JSONUtil.toJSON(result.get))\n        } else {\n          val successResult = \"success complete, but no result\"\n          response.setStatus(200)\n          response.getWriter.println(successResult)\n          println(successResult)\n        }\n      }\n      case Failure(exception) => {\n        response.getWriter.println(exception.getMessage)\n        response.setStatus(500)\n      }\n    }\n  }\n\n  def setResponse(param: Param[Object]): Unit = {\n    this.result = Some(param)\n  }\n}\n"}
{"repo_name":"notyy\/scala_template_typeflow","path":"ref_code\/LoadAccumulateValueHandler.scala","text":"<reponame>notyy\/scala_template_typeflow<filename>ref_code\/LoadAccumulateValueHandler.scala\npackage com.github.notyy.example.aliyun\n\nimport java.io.{InputStream, OutputStream}\n\nimport com.aliyun.fc.runtime.{Context, StreamRequestHandler}\nimport com.aliyun.oss.OSSClientBuilder\n\nimport scala.io.Source\nimport scala.util.{Failure, Success, Try}\n\nclass LoadAccumulateValueHandler extends StreamRequestHandler {\n  override def handleRequest(input: InputStream, output: OutputStream, context: Context): Unit = {\n    val accessKey = System.getenv(\"ACCESS_KEY\")\n    val accessSecretKey = System.getenv(\"SECRET_KEY\")\n    val accountId = System.getenv(\"ACCOUNT_ID\")\n    val bucketName = System.getenv(\"BUCKET_NAME\")\n    val objectName = System.getenv(\"OBJECT_NAME\")\n\n    Try {\n      val ossClient = new OSSClientBuilder().build(\"oss-cn-shanghai-internal.aliyuncs.com\", accessKey, accessSecretKey)\n      val ossObject = ossClient.getObject(bucketName, objectName)\n      val rs = Source.fromInputStream(ossObject.getObjectContent).mkString\n      ossObject.close()\n      rs\n    } match {\n      case Success(value) => output.write(value.getBytes)\n      case Failure(exception) => output.write(exception.getMessage.getBytes)\n    }\n  }\n}\n"}
{"repo_name":"notyy\/scala_template_typeflow","path":"src\/main\/scala\/com\/github\/notyy\/example\/HelloWorld.scala","text":"<reponame>notyy\/scala_template_typeflow\npackage com.github.notyy.example\n\nobject HelloWorld extends App {\n  println(\"hello,world\")\n}\n"}
{"repo_name":"concretevitamin\/keystone","path":"src\/main\/scala\/pipelines\/Transformer.scala","text":"<filename>src\/main\/scala\/pipelines\/Transformer.scala\npackage pipelines\n\nimport org.apache.spark.rdd.RDD\nimport pipelines.Pipelines.PipelineNode\n\nimport scala.reflect.ClassTag\n\n\/**\n * Creates a chain of transformers. (This is only used internally).\n * @param a First transformer.\n * @param b Second transformer.\n * @tparam A Transformer chain input type.\n * @tparam B Intermediate type.\n * @tparam C Output type.\n *\/\nprivate class TransformerChain[A : ClassTag, B, C : ClassTag](\n    val a: Transformer[A, B],\n    val b: Transformer[B, C]) extends Transformer[A, C] {\n\n  \/**\n   * Transform an input.\n   * @param in Input.\n   * @return Transformed input.\n   *\/\n  override def transform(in: A): C = b.transform(a.transform(in))\n\n  \/**\n   * Transform an RDD of Inputs.\n   * @param in Input RDD.\n   * @return RDD of transformed inputs.\n   *\/\n  override def transform(in: RDD[A]): RDD[C] = b.transform(a.transform(in))\n}\n\n\/**\n * Special kind of transformer that does nothing.\n *\/\nclass IdentityTransformer[T : ClassTag] extends Transformer[T, T] {\n  override def transform(in: T): T = in\n  override def transform(in: RDD[T]): RDD[T] = in\n}\n\n\/**\n * A transformer is a deterministic object that takes data of type A and turns it into type B.\n * It differs from a function in that it can operate on RDDs.\n *\n * @tparam A Input type.\n * @tparam B Output type.\n *\/\nabstract class Transformer[A : ClassTag, B : ClassTag]\n  extends PipelineNode[RDD[A], RDD[B]]\n  with Serializable\n  with PipelineStage[A, B] {\n\n  \/**\n   * Takes an A and returns a B.\n   *\n   * @param in Input.\n   * @return Output.\n   *\/\n  def transform(in: A): B\n\n  \/**\n   * Takes an RDD[A] and returns an RDD[B].\n   *\n   * @param in Collection of A's.\n   * @return Collection of B's.\n   *\/\n  def transform(in: RDD[A]): RDD[B] = in.map(transform)\n\n  \/**\n   * Syntactic sugar for transform().\n   *\n   * @param in Collection of A's.\n   * @return Collection of B's.\n   *\/\n  def apply(in: RDD[A]): RDD[B] = transform(in)\n\n  \/**\n   * Append a transformer onto another transformer, forming a transformer chain.\n   * This is the logical equivalent of function composition.\n   *\n   * @param next Second transformer.\n   * @tparam C Output type of second transformer.\n   * @return A new transformer chain.\n   *\/\n  def andThen[C : ClassTag](next: Transformer[B, C]): Transformer[A, C] = new TransformerChain[A, B, C](this, next)\n}"}
{"repo_name":"concretevitamin\/keystone","path":"src\/main\/scala\/pipelines\/Pipeline.scala","text":"<filename>src\/main\/scala\/pipelines\/Pipeline.scala\npackage pipelines\n\nimport org.apache.spark.rdd.RDD\n\n\nimport scala.reflect.ClassTag\n\n\/**\n * Helper object contains fundamental type definition. A node is a unary function.\n *\/\nobject Pipelines {\n  type PipelineNode[Input, Output] = (Input => Output)\n}\n\n\/**\n * A pipeline stage is a single stage of a pipeline.\n *\n * @tparam I Input type.\n * @tparam O Output type.\n *\/\ntrait PipelineStage[I, O]\n\n\/**\n * A Pipeline consists of at least two stages (even if one is identity.)\n *\n * @param initStage Initial stage.\n * @param nextStage Second Stage.\n * @tparam A Input type.\n * @tparam B Intermediate type.\n * @tparam C Output type.\n * @tparam L Label type.\n *\/\nclass Pipeline[A : ClassTag, B : ClassTag, C : ClassTag, L] private (\n    initStage: PipelineStage[A, B],\n    nextStage: PipelineStage[B, C]) extends SupervisedEstimator[A, C, L] {\n\n  \/**\n   * Adds a transformer to the end of the pipeline.\n   *\n   * @param stage New transformer.\n   * @tparam D Transformer output type.\n   * @return A new pipeline with the transformer appended.\n   *\/\n  def addStage[D : ClassTag](stage: Transformer[C, D]): Pipeline[A, C, D, L] = {\n    new Pipeline[A, C, D, L](this, stage)\n  }\n\n  \/**\n   * Adds an unsupervised estimator to the end of the pipeline.\n   * THe supervised estimator will train with the output of the current pipeline.\n   *\n   * @param stage New unsupervised estimator.\n   * @tparam D Unsupervised estimator output type.\n   * @return A new pipeline with the estimator appended.\n   *\/\n  def addStage[D : ClassTag](stage: UnsupervisedEstimator[C, D]): Pipeline[A, C, D, L] = {\n    new Pipeline[A, C, D, L](this, stage)\n  }\n\n  \/**\n   * Adds a supervised estimator to the end of the pipeline.\n   * The supervised estimator will train with the output of the current pipeline.\n   *\n   * @param stage New supervised estimator.\n   * @tparam D Supervised estimator output type.\n   * @return A new pipeline with the estimator appended.\n   *\/\n  def addStage[D : ClassTag](stage: SupervisedEstimator[C, D, L]): Pipeline[A, C, D, L] = {\n    new Pipeline[A, C, D, L](this, stage)\n  }\n\n  \/**\n   * Adds a new unsupervised estimator with input data to the end of the pipeline.\n   *\n   * @param stage New unsupervised estimator.\n   * @param data Data to train the unsupervised estimator.\n   * @tparam D Output type of the unsupervised estimator.\n   * @return A new pipeline with the estimator appended.\n   *\/\n  def addStage[D : ClassTag](stage: UnsupervisedEstimator[C, D], data: RDD[C]): Pipeline[A, C, D, L] = {\n    new Pipeline[A, C, D, L](this, UnsupervisedEstimatorWithData(stage, data))\n  }\n\n  \/**\n   * Adds a new supervised estimator with input data to the end of the pipeline.\n   *\n   * @param stage New supervised estimator.\n   * @param data Data to train the supervised estimator.\n   * @param labels Labels to use when training the supervised estimator.\n   * @tparam D Output type of the new supervised estimator.\n   * @return A new pipeline with the estimator appended.\n   *\/\n  def addStage[D : ClassTag](\n      stage: SupervisedEstimator[C, D, L],\n      data: RDD[C],\n      labels: RDD[L]): Pipeline[A, C, D, L] = {\n    new Pipeline[A, C, D, L](this, SupervisedEstimatorWithData(stage, data, labels))\n  }\n\n  \/**\n   * Fit the current pipeline on input data.\n   *\n   * @param in Input data.\n   * @param labels Input labels.\n   * @return A transformer which can be applied to new data.\n   *\/\n  override def fit(in: RDD[A], labels: RDD[L]): Transformer[A, C] = {\n    val firstTransformer = initStage match {\n      case estimator: UnsupervisedEstimator[A, B] => estimator.fit(in)\n      case estimator: SupervisedEstimator[A, B, L] => estimator.fit(in, labels)\n      case SupervisedEstimatorWithData(x, data, l) => x.fit(data, l)\n      case UnsupervisedEstimatorWithData(x, data) => x.fit(data)\n      case transformer: Transformer[A, B] => transformer\n      case _ => throw new IllegalArgumentException\n    }\n\n    val secondTransformer = nextStage match {\n      case estimator: UnsupervisedEstimator[B, C] => estimator.fit(firstTransformer.transform(in))\n      case estimator: SupervisedEstimator[B, C, L] => estimator.fit(firstTransformer.transform(in), labels)\n      case SupervisedEstimatorWithData(x, data, l) => x.fit(data, l)\n      case UnsupervisedEstimatorWithData(x, data) => x.fit(data)\n      case transformer: Transformer[B, C] => transformer\n      case _ => throw new IllegalArgumentException\n    }\n\n    new TransformerChain[A, B, C](firstTransformer, secondTransformer)\n  }\n}\n\n\/**\n * Companion object with useful constructors.\n *\/\nobject Pipeline {\n  \/**\n   * Construct a simple two-stage pipeline.\n   * @param a First stage.\n   * @param b Second stage.\n   * @return A pipeline.\n   *\/\n  def apply[A : ClassTag, B : ClassTag, C : ClassTag, L](\n      a: PipelineStage[A, B],\n      b: PipelineStage[B, C]) = new Pipeline[A, B, C, L](a, b)\n\n  \/**\n   * Construct a one-stage supervised pipeline.\n   * @param a Pipeline stage.\n   * @tparam A Input type.\n   * @tparam B Output type.\n   * @tparam L Label type.\n   * @return A one-stage supervised pipeline.\n   *\/\n  def apply[A : ClassTag, B : ClassTag, L](a: PipelineStage[A, B]) = new Pipeline[A, A, B, L](null, a)\n\n  \/**\n   * Construct an empty pipeline.\n   * @tparam A\n   * @tparam L\n   * @return An empty pipeline.\n   *\/\n  def apply[A : ClassTag, L]() = new Pipeline[A, A, A, L](new IdentityTransformer[A], new IdentityTransformer[A])\n}"}
{"repo_name":"concretevitamin\/keystone","path":"src\/main\/scala\/pipelines\/Estimator.scala","text":"package pipelines\n\nimport org.apache.spark.rdd.RDD\n\n\/**\n * An Unsupervised estimator. An estimator can emit a transformer via a call to its fit method on unlabeled data.\n *\n * @tparam I Input type.\n * @tparam O Output type.\n *\/\nabstract class UnsupervisedEstimator[I, O] extends Serializable with PipelineStage[I, O] {\n  def fit(in: RDD[I]): Transformer[I, O]\n}\n\n\/**\n * A Supervised estimator. A supervised estimator emits a transformer via a call to its fit method on labeled data.\n *\n * @tparam I Input type.\n * @tparam O Output type.\n * @tparam L Label type.\n *\/\nabstract class SupervisedEstimator[I, O, L] extends Serializable with PipelineStage[I, O] {\n  def fit(data: RDD[I], labels: RDD[L]): Transformer[I, O]\n}\n\n\/**\n * An unsupervised estimator that carries its data with it.\n * @param e Estimator.\n * @param data Data.\n * @tparam I Input type.\n * @tparam O Output type.\n *\/\nprivate case class UnsupervisedEstimatorWithData[I, O](\n    e: UnsupervisedEstimator[I, O],\n    data: RDD[I]) extends PipelineStage[I, O]\n\n\/**\n * A supervised estimator that carries its data with it.\n * @param e Estimator.\n * @param data Data.\n * @param labels Labels.\n * @tparam I Input type.\n * @tparam O Output type.\n * @tparam L Label type.\n *\/\nprivate case class SupervisedEstimatorWithData[I, O, L](\n    e: SupervisedEstimator[I, O, L],\n    data: RDD[I],\n    labels: RDD[L]) extends PipelineStage[I, O]"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Win.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:14\n *\/\nclass Win extends Serializable {\n  @BeanProperty var winId: String = _\n\n  @BeanProperty var winRanking: Integer = _\n\n  @BeanProperty var winName: String = _\n\n  @BeanProperty var users: java.util.List[User] = _\n\n  @BeanProperty var competition: Competition = _\n\n  override def toString: String = {\n    \"Win{\" +\n      \"winId='\" + winId + '\\'' +\n      \", winRanking=\" + winRanking +\n      \", winName='\" + winName + '\\'' +\n      \", users=\" + users +\n      \", competition=\" + competition +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/TestMapper.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/TestMapper.scala\npackage com.tracy.competition.dao\n\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/13 20:33\n *\/\n@Mapper\ntrait TestMapper {\n\n  def doNothing(): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/shiro\/ShiroConfig.scala","text":"package com.tracy.competition.config.shiro\n\nimport java.util\nimport java.util.{LinkedHashMap, Map}\n\nimport com.tracy.competition.realm.UserRealm\nimport javax.servlet.Filter\nimport org.apache.shiro.authc.credential.HashedCredentialsMatcher\nimport org.apache.shiro.mgt.SecurityManager\nimport org.apache.shiro.spring.LifecycleBeanPostProcessor\nimport org.apache.shiro.spring.security.interceptor.AuthorizationAttributeSourceAdvisor\nimport org.apache.shiro.spring.web.ShiroFilterFactoryBean\nimport org.apache.shiro.web.mgt.DefaultWebSecurityManager\nimport org.apache.shiro.web.session.mgt.DefaultWebSessionManager\nimport org.crazycake.shiro.{RedisCacheManager, RedisManager, RedisSessionDAO}\nimport org.springframework.aop.framework.autoproxy.DefaultAdvisorAutoProxyCreator\nimport org.springframework.context.annotation.{Bean, Configuration}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:07\n *\/\n@Configuration\nclass ShiroConfig {\n\n  \/**\n   * Shiro\u7684Web\u8fc7\u6ee4\u5668Factory \u547d\u540d:shiroFilter\n   *\/\n  @Bean(name = Array(\"shiroFilter\"))\n  def shiroFilterFactoryBean(securityManager: SecurityManager): ShiroFilterFactoryBean = {\n    val shiroFilterFactoryBean = new ShiroFilterFactoryBean\n    \/\/Shiro\u7684\u6838\u5fc3\u5b89\u5168\u63a5\u53e3,\u8fd9\u4e2a\u5c5e\u6027\u662f\u5fc5\u987b\u7684\n    shiroFilterFactoryBean.setSecurityManager(securityManager)\n    val filterMap = new util.LinkedHashMap[String, Filter]\n    filterMap.put(\"authc\", new AjaxPermissionsAuthorizationFilter)\n    shiroFilterFactoryBean.setFilters(filterMap)\n    \/*\u5b9a\u4e49shiro\u8fc7\u6ee4\u94fe  Map\u7ed3\u6784\n             * Map\u4e2dkey(xml\u4e2d\u662f\u6307value\u503c)\u7684\u7b2c\u4e00\u4e2a'\/'\u4ee3\u8868\u7684\u8def\u5f84\u662f\u76f8\u5bf9\u4e8eHttpServletRequest.getContextPath()\u7684\u503c\u6765\u7684\n             * anon\uff1a\u5b83\u5bf9\u5e94\u7684\u8fc7\u6ee4\u5668\u91cc\u9762\u662f\u7a7a\u7684,\u4ec0\u4e48\u90fd\u6ca1\u505a,\u8fd9\u91cc.do\u548c.jsp\u540e\u9762\u7684*\u8868\u793a\u53c2\u6570,\u6bd4\u65b9\u8bf4login.jsp?main\u8fd9\u79cd\n             * authc\uff1a\u8be5\u8fc7\u6ee4\u5668\u4e0b\u7684\u9875\u9762\u5fc5\u987b\u9a8c\u8bc1\u540e\u624d\u80fd\u8bbf\u95ee,\u5b83\u662fShiro\u5185\u7f6e\u7684\u4e00\u4e2a\u62e6\u622a\u5668org.apache.shiro.web.filter.authc.FormAuthenticationFilter\n             *\/ val filterChainDefinitionMap = new util.LinkedHashMap[String, String]\n    \/* \u8fc7\u6ee4\u94fe\u5b9a\u4e49\uff0c\u4ece\u4e0a\u5411\u4e0b\u987a\u5e8f\u6267\u884c\uff0c\u4e00\u822c\u5c06 \/ ** \u653e\u5728\u6700\u4e3a\u4e0b\u8fb9:\u8fd9\u662f\u4e00\u4e2a\u5751\u5462\uff0c\u4e00\u4e0d\u5c0f\u5fc3\u4ee3\u7801\u5c31\u4e0d\u597d\u4f7f\u4e86;\n              authc:\u6240\u6709url\u90fd\u5fc5\u987b\u8ba4\u8bc1\u901a\u8fc7\u624d\u53ef\u4ee5\u8bbf\u95ee; anon:\u6240\u6709url\u90fd\u90fd\u53ef\u4ee5\u533f\u540d\u8bbf\u95ee *\/ filterChainDefinitionMap.put(\"*.js\", \"anon\")\n    filterChainDefinitionMap.put(\"*.css\", \"anon\")\n    filterChainDefinitionMap.put(\"\/druid\/**\", \"anon\")\n    filterChainDefinitionMap.put(\"\/swagger-ui.html\/**\", \"anon\")\n    filterChainDefinitionMap.put(\"\/user\/login\", \"anon\")\n    filterChainDefinitionMap.put(\"\/user\/isLogin\", \"anon\")\n    filterChainDefinitionMap.put(\"\/user\/logout\", \"anon\")\n    filterChainDefinitionMap.put(\"\/file\/uploadFile\", \"anon\")\n    filterChainDefinitionMap.put(\"\/notification\/insertCompetition\", \"anon\")\n\n    \/\/ \u6dfb\u52a0\u8fc7\u6ee4\u5668\u914d\u7f6e\n    filterChainDefinitionMap.put(\"\/**\", \"anon\")\n\n    shiroFilterFactoryBean.setFilterChainDefinitionMap(filterChainDefinitionMap)\n    shiroFilterFactoryBean\n  }\n\n  @Bean\n  def securityManager: SecurityManager = {\n    val securityManager = new DefaultWebSecurityManager\n    \/\/ \u8bbe\u7f6erealm.\n    securityManager.setRealm(userRealm)\n    \/\/ \u81ea\u5b9a\u4e49\u7f13\u5b58\u5b9e\u73b0 \u4f7f\u7528redis\n    securityManager.setCacheManager(cacheManager)\n    \/\/ \u81ea\u5b9a\u4e49session\u7ba1\u7406 \u4f7f\u7528redis\n    securityManager.setSessionManager(sessionManager)\n    securityManager\n  }\n\n  \/**\n   * \u8eab\u4efd\u8ba4\u8bc1realm; (\u8fd9\u4e2a\u9700\u8981\u81ea\u5df1\u5199\uff0c\u8d26\u53f7\u5bc6\u7801\u6821\u9a8c\uff1b\u6743\u9650\u7b49)\n   *\n   * @return\n   *\/\n  @Bean\n  def userRealm: UserRealm = {\n    val userRealm = new UserRealm\n    userRealm.setCredentialsMatcher(hashedCredentialsMatcher)\n    userRealm\n  }\n\n  \/**\n   * \u52a0\u5bc6\u89c4\u5219\n   * \u7528MD5\u52a0\u5bc61024\u6b21\n   *\n   * @return\n   *\/\n  def hashedCredentialsMatcher: HashedCredentialsMatcher = {\n    val hashedCredentialsMatcher = new HashedCredentialsMatcher\n    \/\/\u6563\u5217\u7b97\u6cd5:\u8fd9\u91cc\u4f7f\u7528MD5\u7b97\u6cd5;\n    hashedCredentialsMatcher.setHashAlgorithmName(\"md5\")\n    \/\/\u6563\u5217\u7684\u6b21\u6570\uff0c\u6bd4\u5982\u6563\u5217\u4e24\u6b21\uff0c\u76f8\u5f53\u4e8e md5(md5(\"\"));\n    hashedCredentialsMatcher.setHashIterations(1024)\n    \/\/storedCredentialsHexEncoded\u9ed8\u8ba4\u662ftrue\uff0c\u6b64\u65f6\u7528\u7684\u662f\u5bc6\u7801\u52a0\u5bc6\u7528\u7684\u662fHex\u7f16\u7801\uff1bfalse\u65f6\u7528Base64\u7f16\u7801\n    hashedCredentialsMatcher.setStoredCredentialsHexEncoded(true)\n    hashedCredentialsMatcher\n  }\n\n  \/**\n   * cacheManager \u7f13\u5b58 redis\u5b9e\u73b0\n   * \u4f7f\u7528\u7684\u662fshiro-redis\u5f00\u6e90\u63d2\u4ef6\n   *\n   * @return\n   *\/\n  def cacheManager: RedisCacheManager = {\n    val redisCacheManager = new RedisCacheManager\n    redisCacheManager.setRedisManager(redisManager)\n    redisCacheManager\n  }\n\n  \/**\n   * \u914d\u7f6eshiro redisManager\n   * \u4f7f\u7528\u7684\u662fshiro-redis\u5f00\u6e90\u63d2\u4ef6\n   *\n   * @return\n   *\/\n  def redisManager: RedisManager = {\n    val redisManager = new RedisManager\n    redisManager.setHost(\"www.tracys.cn\")\n    redisManager.setPort(6379)\n    \/\/ \u914d\u7f6e\u7f13\u5b58\u8fc7\u671f\u65f6\u95f4\uff0c\u5355\u4f4d\/\u79d2\n    redisManager.setExpire(1800)\n    redisManager.setTimeout(0)\n    redisManager.setPassword(\"<PASSWORD>\")\n    redisManager\n  }\n\n  \/**\n   * Session Manager\n   * \u4f7f\u7528\u7684\u662fshiro-redis\u5f00\u6e90\u63d2\u4ef6\n   *\/\n  @Bean def sessionManager: DefaultWebSessionManager = {\n    val sessionManager = new DefaultWebSessionManager\n    sessionManager.setSessionDAO(redisSessionDAO)\n    sessionManager\n  }\n\n  \/**\n   * RedisSessionDAO shiro sessionDao\u5c42\u7684\u5b9e\u73b0 \u901a\u8fc7redis\n   * \u4f7f\u7528\u7684\u662fshiro-redis\u5f00\u6e90\u63d2\u4ef6\n   *\/\n  @Bean def redisSessionDAO: RedisSessionDAO = {\n    val redisSessionDAO = new RedisSessionDAO\n    redisSessionDAO.setRedisManager(redisManager)\n    redisSessionDAO\n  }\n\n\n  \/** *\n   * \u6388\u6743\u6240\u7528\u914d\u7f6e\n   *\n   * @return\n   *\/\n  @Bean def getDefaultAdvisorAutoProxyCreator: DefaultAdvisorAutoProxyCreator = {\n    val defaultAdvisorAutoProxyCreator = new DefaultAdvisorAutoProxyCreator\n    defaultAdvisorAutoProxyCreator.setProxyTargetClass(true)\n    defaultAdvisorAutoProxyCreator\n  }\n\n  \/** *\n   * \u4f7f\u6388\u6743\u6ce8\u89e3\u8d77\u4f5c\u7528\u4e0d\u5982\u4e0d\u60f3\u914d\u7f6e\u53ef\u4ee5\u5728pom\u6587\u4ef6\u4e2d\u52a0\u5165\n   * <dependency>\n   * <groupId>org.springframework.boot<\/groupId>\n   * <artifactId>spring-boot-starter-aop<\/artifactId>\n   * <\/dependency>\n   *\n   * @param securityManager securityManager\n   * @return\n   *\/\n  @Bean def authorizationAttributeSourceAdvisor(securityManager: SecurityManager): AuthorizationAttributeSourceAdvisor = {\n    val authorizationAttributeSourceAdvisor = new AuthorizationAttributeSourceAdvisor\n    authorizationAttributeSourceAdvisor.setSecurityManager(securityManager)\n    authorizationAttributeSourceAdvisor\n  }\n\n  \/**\n   * Shiro\u751f\u547d\u5468\u671f\u5904\u7406\u5668\n   *\/\n  @Bean def getLifecycleBeanPostProcessor = new LifecycleBeanPostProcessor\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/realm\/UserRealm.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.realm\n\nimport java.util\nimport java.util.{HashSet, Set}\n\nimport com.tracy.competition.domain.constant.EncoderConstant\nimport com.tracy.competition.domain.entity.{Promise, Role, User}\nimport com.tracy.competition.service.{PromiseService, RoleService, UserService}\nimport org.apache.shiro.authc.{AuthenticationException, AuthenticationInfo, AuthenticationToken, SimpleAuthenticationInfo, UnknownAccountException, UsernamePasswordToken}\nimport org.apache.shiro.authz.{AuthorizationInfo, SimpleAuthorizationInfo}\nimport org.apache.shiro.realm.AuthorizingRealm\nimport org.apache.shiro.subject.PrincipalCollection\nimport org.apache.shiro.util.ByteSource\nimport org.springframework.beans.factory.annotation.Autowired\n\nimport scala.collection.JavaConverters._\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:06\n *\/\nclass UserRealm extends AuthorizingRealm{\n  @Autowired private val userService: UserService = null\n\n  @Autowired private val roleService: RoleService = null\n\n  @Autowired private val promiseService: PromiseService = null\n\n  \/**\n   * \u6388\u6743\n   *\n   * @param principalCollection principalCollection\n   * @return\n   *\/\n  override protected def doGetAuthorizationInfo(principalCollection: PrincipalCollection): AuthorizationInfo = { \/\/\u5f00\u59cb\u83b7\u53d6\u6743\u9650\n    val primaryPrincipal: Any = principalCollection.getPrimaryPrincipal\n    val simpleAuthorizationInfo: SimpleAuthorizationInfo = new SimpleAuthorizationInfo\n\n    primaryPrincipal match {\n      case user: User =>\n        \/\/\u83b7\u53d6user\u7684\u89d2\u8272\n        val roleSet: util.Set[Role] = roleService.getRoleByUserId(user.getUserId)\n        val roles: util.Set[String] = new util.HashSet[String]\n        for (role <- roleSet.asScala) {\n          roles.add(role.getRoleName)\n        }\n        simpleAuthorizationInfo.addRoles(roles)\n        \/\/\u901a\u8fc7\u89d2\u8272\u83b7\u53d6\u6743\u9650\n        val promiseSet: util.Set[Promise] = promiseService.getPromiseByRole(roleSet)\n        val promises: util.Set[String] = new util.HashSet[String]\n\n        for (promise <- promiseSet.asScala) {\n          promises.add(promise.getPromiseName)\n        }\n        simpleAuthorizationInfo.addStringPermissions(promises)\n      case _ =>\n    }\n\n    simpleAuthorizationInfo\n  }\n\n  \/**\n   * \u8ba4\u8bc1\n   *\n   * @param authenticationToken authenticationToken\n   * @return\n   * @throws AuthenticationException AuthenticationException\n   *\/\n  @throws[AuthenticationException]\n  override protected def doGetAuthenticationInfo(authenticationToken: AuthenticationToken): AuthenticationInfo = { \/\/\u8f6c\u6362\u4e3aUsernamePasswordToken\n    val upToken: UsernamePasswordToken = authenticationToken.asInstanceOf[UsernamePasswordToken]\n    \/\/\u4ece\u6570\u636e\u5e93\u4e2d\u83b7\u53d6\u7528\u6237\u4fe1\u606f\n    println(userService.findUserByUserName(upToken.getUsername))\n\n    val userFindUserByUsername: User = userService.findUserByUserName(upToken.getUsername)\n    if (userFindUserByUsername == null) throw new UnknownAccountException(\"\u7528\u6237\u4e0d\u5b58\u5728\")\n    userFindUserByUsername.setRoles(roleService.getRoleByUserId(userFindUserByUsername.getUserId))\n    \/\/\u76d0\u503c \u4ee5\u7528\u6237\u540d\u4f5c\u4e3a\u76d0\u503c\n    \/\/\u914d\u7f6e\u6587\u4ef6\u4e2d\u6807\u660e\u7528MD5\u52a0\u5bc6\u4e861024\u6b21\n    val credentialsSalt: ByteSource = ByteSource.Util.bytes(EncoderConstant.SALT)\n    \/\/\u6bd4\u5bf9\u5bc6\u7801\n    new SimpleAuthenticationInfo(userFindUserByUsername, userFindUserByUsername.getPassword, credentialsSalt, this.getName)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/FileController.scala","text":"package com.tracy.competition.controller\n\nimport java.io.{BufferedInputStream, File, FileInputStream, IOException, OutputStream}\nimport java.util\nimport java.util.{List, UUID}\n\nimport com.tracy.competition.domain.entity.{Competition, Notification}\nimport com.tracy.competition.service.FileService\nimport com.tracy.competition.utils.{RedisUtil, ResponseMessage, SystemFileUtil}\nimport javax.servlet.http.HttpServletResponse\nimport org.apache.commons.lang3.{ArrayUtils, StringUtils}\nimport org.springframework.beans.factory.annotation.{Autowired, Value}\nimport org.springframework.context.annotation.PropertySource\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, RequestParam, ResponseBody}\nimport org.springframework.web.multipart.MultipartFile\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:17\n *\/\nobject FileController {\n  \/**\n   * \u7ade\u8d5b\u7c7b\u522b\u6587\u4ef6\n   *\/\n  private val COMPETITION = \"competition\"\n  \/**\n   * \u901a\u544a\u7c7b\u522b\u6587\u4ef6\n   *\/\n  private val NOTIFICATION = \"notification\"\n}\n\n@Controller\n@PropertySource(Array(\"classpath:file.properties\"))\n@RequestMapping(Array(\"\/file\"))\nclass FileController {\n  @Autowired private val fileService: FileService = null\n  @Autowired private val redisUtil: RedisUtil = null\n\n  \/\/\u62bd\u53d6\u4e0a\u4f20\u8def\u5f84\n  @Value(\"${filePath}\") private val filePath: String = null\n\n  \/**\n   * \u6821\u9a8c\u4e0a\u4f20\u7ade\u8d5b\u901a\u77e5\u7684\u6587\u4ef6\uff0c\u8fdb\u884c\u4fdd\u5b58\u6216\u4fee\u6539\n   *\/\n  @RequestMapping(value = Array(\"\/uploadFile\"), method = Array(RequestMethod.POST))\n  @ResponseBody\n  @throws[IOException]\n  def uploadCompetitionFile(@RequestParam(\"multipartFiles\") multipartFiles: Array[MultipartFile]): ResponseMessage = { \/\/\u83b7\u5f97\u7ade\u8d5b\u901a\u77e5\u8868\u5355\u7684\u5bf9\u5e94\u7ade\u8d5bid\n    val competitionId: String = redisUtil.get(\"competitionId\").toString\n    \/\/\u8bbe\u7f6e\u6587\u4ef6\u4fdd\u5b58\u8def\u5f84\n    val path: String = filePath + competitionId + \"\\\\\"\n    val uploadMsg: ResponseMessage = doUploadFile(multipartFiles, path, FileController.COMPETITION, competitionId)\n    if (uploadMsg != null) {\n      return uploadMsg\n    }\n    redisUtil.del(\"competitionId\")\n    ResponseMessage(\"1\", \"\u64cd\u4f5c\u6210\u529f\")\n  }\n\n  \/**\n   * \u6821\u9a8c\u4e0a\u4f20\u516c\u544a\u548c\u83b7\u5956\u901a\u77e5\u7684\u6587\u4ef6\uff0c\u8fdb\u884c\u4fdd\u5b58\u6216\u4fee\u6539\n   *\/\n  @RequestMapping(value = Array(\"\/uploadNoticeFile\"), method = Array(RequestMethod.POST))\n  @ResponseBody\n  @throws[IOException]\n  def uploadNoticeFile(@RequestParam(\"multipartFiles\") multipartFiles: Array[MultipartFile]): ResponseMessage = { \/\/\u83b7\u5f97\u7cfb\u7edf\u516c\u544a\u8868\u5355\u7684\u5bf9\u5e94\u516c\u544aid\n    val notificationId: String = redisUtil.get(\"notificationId\").toString\n    val path: String = filePath + notificationId + \"\\\\\"\n    println(notificationId)\n    println(path)\n    val uploadMsg: ResponseMessage = doUploadFile(multipartFiles, path, FileController.NOTIFICATION, notificationId)\n    if (uploadMsg != null) {\n      return uploadMsg\n    }\n    redisUtil.del(\"notificationId\")\n    return ResponseMessage(\"1\", \"\u64cd\u4f5c\u6210\u529f\")\n  }\n\n  \/**\n   * \u5220\u9664\u6587\u4ef6\n   *\/\n  @RequestMapping(value = Array(\"\/deleteFile\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def deleteFile(fileId: String): ResponseMessage = {\n    try {\n      val file: com.tracy.competition.domain.entity.File = fileService.findFileById(fileId)\n      val f: java.io.File = new File(file.getFilePath)\n      \/\/\u6587\u4ef6\u662f\u5426\u5b58\u5728\n      if (f.exists) { \/\/\u5b58\u5728\u5c31\u5220\u9664\n        if (f.delete) {\n          println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u6210\u529f\")\n        }\n        else {\n          println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u5931\u8d25\")\n        }\n      }\n      else {\n        println(\"\u672c\u5730\u4e0d\u5b58\u5728\")\n      }\n      fileService.deleteFileById(fileId)\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        return ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n    }\n    return ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  }\n\n  \/**\n   * \u6587\u4ef6\u4e0b\u8f7d\n   *\n   * @param file     file\n   * @param response response\n   * @return ResponseMessage\n   *\/\n  @RequestMapping(value = Array(\"\/downloadFile\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def downloadFile(@RequestBody file: com.tracy.competition.domain.entity.File, response: HttpServletResponse): ResponseMessage = { \/\/\u83b7\u53d6\u6587\u4ef6\u7684\u4fe1\u606f\n    try {\n      val dbFile: com.tracy.competition.domain.entity.File = fileService.findFileById(file.getFileId)\n      \/\/\u62ff\u5230\u6587\u4ef6\u8def\u5f84\n      val filePath: String = dbFile.getFilePath\n      val f: java.io.File = new File(filePath)\n      if (f.exists) {\n        val buffer: Array[Byte] = new Array[Byte](1024)\n        var fis: FileInputStream = null\n        var bis: BufferedInputStream = null\n        try {\n          fis = new FileInputStream(f)\n          bis = new BufferedInputStream(fis)\n          \/\/\u4ece\u54cd\u5e94\u4e2d\u62ff\u5230\u8f93\u51fa\u6d41\u5bf9\u8c61\n          val os: OutputStream = response.getOutputStream\n          var i: Int = bis.read(buffer)\n          while ( {\n            i != -(1)\n          }) {\n            os.write(buffer, 0, i)\n            i = bis.read(buffer)\n          }\n          os.close()\n          return ResponseMessage(\"0\", \"\u4e0b\u8f7d\u6587\u4ef6\u6210\u529f\")\n        } catch {\n          case e: Exception =>\n            e.printStackTrace()\n            return ResponseMessage(\"-1\", \"\u4e0b\u8f7d\u6587\u4ef6\u5931\u8d25\")\n        } finally {\n          if (bis != null) {\n            try bis.close()\n            catch {\n              case e: IOException =>\n                e.printStackTrace()\n            }\n          }\n          if (fis != null) {\n            try fis.close()\n            catch {\n              case e: IOException =>\n                e.printStackTrace()\n            }\n          }\n        }\n      }\n      return ResponseMessage(\"-1\", \"\u4e0b\u8f7d\u6587\u4ef6\u4e0d\u5b58\u5728\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        return ResponseMessage(\"-1\", \"\u4e0b\u8f7d\u6587\u4ef6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u4e0a\u4f20\u6587\u4ef6\n   *\n   * @param multipartFiles \u7528\u6237\u7aef\u4f20\u6765\u6587\u4ef6\n   * @param path           \u6587\u4ef6\u4fdd\u5b58\u7684\u7236\u8def\u5f84\n   * @param fileType       \u6587\u4ef6\u7c7b\u578b\uff0c\u5305\u62ec\u7ade\u8d5b\u7c7b\u578b\u3001\u901a\u77e5\u7c7b\u578b\n   * @param idForFileType  id\n   * @return responseMessage\n   * @throws IOException exception\n   *\/\n  @throws[IOException]\n  private def doUploadFile(multipartFiles: Array[MultipartFile], path: String, fileType: String, idForFileType: String): ResponseMessage = {\n\n    \/\/\u5bfc\u5165Break\u63a7\u5236\u5305\n    import scala.util.control.Breaks._\n\n    var files: util.List[com.tracy.competition.domain.entity.File] = null\n    if (ArrayUtils.isNotEmpty(multipartFiles)) {\n      for (multipartFile <- multipartFiles) {\n\n        breakable({\n          val fileName: String = multipartFile.getOriginalFilename\n          if (StringUtils.isEmpty(fileName)) {\n            return ResponseMessage(\"0\", \"\u65e0\u6548\u7684\u6587\u4ef6\u540d\")\n          }\n          \/\/\u5982\u679c\u662f\u6bd4\u8d5b\u7c7b\u578b\u6587\u4ef6\n          if (fileType == FileController.COMPETITION) {\n            files = fileService.findFileByCompetitionId(idForFileType)\n          }\n          \/\/\u5982\u679c\u662f\u901a\u77e5\u7c7b\u578b\u6587\u4ef6\n          if (fileType == FileController.NOTIFICATION) {\n            files = fileService.findFileByNotificationId(idForFileType)\n          }\n          if (files != null && SystemFileUtil.isExists(fileName, files)) {\n            \/\/todo: continue is not supported\n            break() \/\/ == continue\n\n          }\n          val file: java.io.File = SystemFileUtil.createFile(path, fileName)\n          \/\/\u83b7\u5f97\u6587\u4ef6\u5bf9\u8c61\n          val f: com.tracy.competition.domain.entity.File = packageFileEntity(path, fileName, fileType, idForFileType)\n          try { \/\/ \u6587\u4ef6\u5199\u5165\n            multipartFile.transferTo(file)\n            \/\/\u6587\u4ef6\u4fdd\u5b58\u81f3\u6570\u636e\u5e93\n            fileService.insertFile(f)\n          } catch {\n            case e: Exception =>\n              e.printStackTrace()\n              return ResponseMessage(\"0\", \"\u64cd\u4f5c\u5931\u8d25\")\n          }\n        })\n      }\n    }\n    null\n  }\n\n  \/**\n   * \u5c01\u88c5\u81ea\u5b9a\u4e49File\u5bf9\u8c61\n   *\n   * @param parentPath    \u6587\u4ef6\u5939\u8def\u5f84\n   * @param fileName      \u6587\u4ef6\u540d\n   * @param fileType      \u6587\u4ef6\u7c7b\u578b\n   * @param idForFileType \u7c7b\u578b\u5bf9\u5e94\u7684id\n   * @return file\u5bf9\u8c61\n   *\/\n  private def packageFileEntity(parentPath: String, fileName: String, fileType: String, idForFileType: String): com.tracy.competition.domain.entity.File = {\n    val f: com.tracy.competition.domain.entity.File = new com.tracy.competition.domain.entity.File\n    f.setFileId(UUID.randomUUID.toString)\n    f.setFileName(fileName)\n    f.setFilePath(parentPath + fileName)\n    if (fileType == FileController.COMPETITION) {\n      val competition: Competition = new Competition\n      competition.setCompetitionId(idForFileType)\n      f.setCompetition(competition)\n    }\n    if (fileType == FileController.NOTIFICATION) {\n      val notification: Notification = new Notification\n      notification.setNotificationId(idForFileType)\n      f.setNotification(notification)\n    }\n    f\n  }\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/RedisConfig.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.config\n\nimport com.fasterxml.jackson.annotation.{JsonAutoDetect, JsonTypeInfo, PropertyAccessor}\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport org.springframework.context.annotation.{Bean, Configuration}\nimport org.springframework.data.redis.connection.RedisConnectionFactory\nimport org.springframework.data.redis.core.RedisTemplate\nimport org.springframework.data.redis.serializer.{Jackson2JsonRedisSerializer, StringRedisSerializer}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 12:09\n *\/\n@Configuration\nclass RedisConfig {\n\n  \/**\n   * \u5b9e\u4f8b\u5316 redisTemplate\n   *\n   * @param factory RedisConnectionFactory\n   * @return \u5b9e\u4f8b\u5316\u5bf9\u8c61\n   *\/\n  @Bean def redisTemplate(factory: RedisConnectionFactory): RedisTemplate[String, Object] = {\n    \/\/\u5b9e\u4f8b\u5316\n    val redisTemplate = new RedisTemplate[String, Object]\n    redisTemplate.setConnectionFactory(factory)\n\n    \/\/\u521b\u5efajackson2json\u7684redis\u5e8f\u5217\u5316\u5668\n    val jackson2JsonRedisSerializer = new Jackson2JsonRedisSerializer[Object](classOf[Object])\n    val om = new ObjectMapper\n    om.setVisibility(PropertyAccessor.ALL, JsonAutoDetect.Visibility.ANY)\n    om.enableDefaultTyping(ObjectMapper.DefaultTyping.NON_FINAL)\n\n    jackson2JsonRedisSerializer.setObjectMapper(om)\n\n    val stringRedisSerializer = new StringRedisSerializer\n    \/\/key\u91c7\u7528string\u5e8f\u5217\u5316\u65b9\u5f0f\n    redisTemplate.setKeySerializer(stringRedisSerializer)\n    \/\/hash\u7684key\u4e5f\u91c7\u7528string\u5e8f\u5217\u5316\u65b9\u5f0f\n    redisTemplate.setHashKeySerializer(stringRedisSerializer)\n    \/\/value\u91c7\u7528jackson2JsonRedisSerializer\u65b9\u5f0f\u5e8f\u5217\u5316\n    redisTemplate.setValueSerializer(jackson2JsonRedisSerializer)\n    \/\/hash\u7684value\u4e5f\u91c7\u7528jackson2JsonRedisSerializer\u65b9\u5f0f\u5e8f\u5217\u5316\n    redisTemplate.setHashValueSerializer(jackson2JsonRedisSerializer)\n    redisTemplate.afterPropertiesSet()\n\n    redisTemplate\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/NotificationDao.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/NotificationDao.scala\npackage com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Notification\nimport com.tracy.competition.utils.CompetitionNotificationVO\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:14\n *\/\n@Mapper\ntrait NotificationDao {\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u67e5\u627e\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findNotificationByType(notificationType: Integer): util.List[Notification]\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u548c\u72b6\u6001\u67e5\u627e\u7cfb\u7edf\u516c\u544a\n   *\n   * @param notificationType notificationType\n   * @param notificationState notificationState\n   * @return\n   *\/\n  def findSystemNoticeByTypeAndState(notificationType: Integer, notificationState: Integer): util.List[Notification]\n\n  \/**\n   * \u63d2\u5165\u65b0\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def insertNotification(notification: Notification): Unit\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u67e5\u627e\u5185\u5bb9\uff0c\u7528\u4e8e\u56de\u663e\u4fee\u6539\u901a\u77e5\u7684\u4fe1\u606f\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def findDataByNotificationId(notificationId: String): Notification\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u5220\u9664\u5bf9\u5e94\u901a\u77e5\u53ca\u6587\u4ef6\uff0c\u7ade\u8d5b\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def deleteNotificationById(notificationId: String): Unit\n\n  \/**\n   * \u4fee\u6539\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u7ade\u8d5b\u5185\u5bb9\n   *\n   * @param competitionNotificationVO competitionNotificationVO\n   * @return\n   *\/\n  def updateNotification(competitionNotificationVO: CompetitionNotificationVO): Unit\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/CompetitionTypeDao.scala","text":"package com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.CompetitionType\nimport org.apache.ibatis.annotations.Mapper\n\n\n\/**\n * @author Tracy\n * @date 2020\/11\/14 17:09\n *\/\n@Mapper\ntrait CompetitionTypeDao {\n    \/**\n     * \u83b7\u53d6\u5168\u90e8\u6bd4\u8d5b\u7c7b\u578b\n     *\n     * @return\n     *\/\n    def findAllCompetitionType: util.List[CompetitionType]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/PromiseDao.scala","text":"package com.tracy.competition.dao\n\nimport java.util\nimport java.util.Set\n\nimport com.tracy.competition.domain.entity.{Promise, Role}\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:15\n *\/\n@Mapper trait PromiseDao {\n  \/**\n   * \u901a\u8fc7\u89d2\u8272\u83b7\u53d6\u6743\u9650\n   *\n   * @param roles roles\n   * @return\n   *\/\n  def getPromiseByRole(roles: util.Set[Role]): util.Set[Promise]\n}\n\n\n\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/UserNotification.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:14\n *\/\nclass UserNotification extends Serializable {\n  @BeanProperty var state: Integer = _\n\n  @BeanProperty var userId: String = _\n\n  @BeanProperty var notificationId: String = _\n\n  override def toString: String = {\n    \"UserNotification{\" +\n      \"state=\" + state +\n      \", userId='\" + userId + '\\'' +\n      \", notificationId='\" + notificationId + '\\'' +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Advice.scala","text":"<gh_stars>0\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:12\n *\/\nclass Advice extends Serializable {\n  @BeanProperty var adviceId: String = _\n\n  @BeanProperty var user: User = _\n\n  @BeanProperty var adviceType: String = _\n\n  @BeanProperty var adviceState: Integer = _\n\n  @BeanProperty var adviceContent: String = _\n\n  @BeanProperty var adviceDate: java.lang.Long = 0L\n\n  @BeanProperty var disposeTime: java.lang.Long = 0L\n\n  override def toString: String = {\n    \"Advice{\" +\n      \"adviceId='\" + adviceId + '\\'' +\n      \", user=\" + user +\n      \", adviceType='\" + adviceType + '\\'' +\n      \", adviceState=\" + adviceState +\n      \", adviceContent='\" + adviceContent + '\\'' +\n      \", adviceDate=\" + adviceDate +\n      \", disposeTime=\" + disposeTime +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/UserController.scala","text":"package com.tracy.competition.controller\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.constant.EncoderConstant\nimport com.tracy.competition.domain.entity.User\nimport com.tracy.competition.domain.enums.{ErrorEnum, SuccessEnum}\nimport com.tracy.competition.service.UserService\nimport com.tracy.competition.utils.ResponseMessage\nimport org.apache.shiro.SecurityUtils\nimport org.apache.shiro.authc.{AuthenticationException, UnknownAccountException, UsernamePasswordToken}\nimport org.apache.shiro.crypto.hash.SimpleHash\nimport org.apache.shiro.subject.Subject\nimport org.apache.shiro.util.ByteSource\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:41\n *\/\n@Controller\n@RequestMapping(Array(\"\/user\")) class UserController {\n  @Autowired private val userService: UserService = null\n\n  \/**\n   * \u7528\u6237\u767b\u5f55\n   *\n   * @param user\n   * @return\n   *\/\n  @ResponseBody\n  @RequestMapping(value = Array(\"\/login\"), method = Array(RequestMethod.POST))\n  def login(@RequestBody user: User): ResponseMessage = { \/\/\u83b7\u53d6subject\n    val subject: Subject = SecurityUtils.getSubject\n    if (!subject.isAuthenticated) {\n      println(\"\u7528\u6237\u672a\u767b\u5f55\")\n      \/\/\u5982\u679c\u7528\u6237\u672a\u767b\u5f55\uff0c\u6267\u884c\u767b\u5f55\u903b\u8f91\n      try {\n        val usernamePasswordToken: UsernamePasswordToken = new UsernamePasswordToken(user.getUserName, user.getPassword)\n        \/\/ \u6267\u884c\u8ba4\u8bc1\u63d0\u4ea4\n        subject.login(usernamePasswordToken)\n        \/\/\u8fd4\u56de\u767b\u5f55\u6210\u529f\u4fe1\u606f\n        val responseMessage: ResponseMessage = ResponseMessage(SuccessEnum.S_LOGIN_SUCCESS)\n        \/\/\u83b7\u53d6\u7528\u6237\u7684\u4fe1\u606f\n        val principal: User = subject.getPrincipal.asInstanceOf[User]\n        import scala.collection.JavaConverters._\n        for (role <- principal.getRoles.asScala) {\n          if (role.getRoleId == user.getRoles.iterator.next.getRoleId) { \/\/\u5c06\u89d2\u8272\u8fd4\u56de\n            responseMessage.getData.put(\"roles\", principal.getRoles)\n            println(principal.getRoles)\n            return responseMessage\n          }\n        }\n        if (\"1\" == user.getRoles.iterator.next.getRoleId) { \/\/\u65e0\u8be5\u89d2\u8272\uff0c\u767b\u51fa\uff08\u540e\u540c\uff09\n          if (SecurityUtils.getSubject.isAuthenticated) subject.logout()\n          ResponseMessage(ErrorEnum.E_NOTADMIN)\n        }\n        else if (\"2\" == user.getRoles.iterator.next.getRoleId) {\n          if (SecurityUtils.getSubject.isAuthenticated) subject.logout()\n          ResponseMessage(ErrorEnum.E_NOTSTUDENT)\n        }\n        else {\n          if (SecurityUtils.getSubject.isAuthenticated) subject.logout()\n          ResponseMessage(ErrorEnum.E_NOTROLE)\n        }\n      } catch {\n        case e: UnknownAccountException =>\n          e.printStackTrace()\n          \/\/\u8fd4\u56de\u7528\u6237\u4e0d\u5b58\u5728\n          ResponseMessage(ErrorEnum.E_UNKNOWN_ACCOUNT)\n        case e: AuthenticationException =>\n          e.printStackTrace()\n          \/\/\u8fd4\u56de\u5bc6\u7801\u9519\u8bef\u4fe1\u606f\n          ResponseMessage(ErrorEnum.E_PASSWORD_ERROR)\n      }\n    }\n    else { \/\/\u5982\u679c\u7528\u6237\u5df2\u7ecf\u767b\u5f55\u5219\u65e0\u9700\u6267\u884c\u767b\u5f55\u8f6e\u903b\u8f91\uff0c\u76f4\u63a5\u8fd4\u56de\u767b\u5f55\u6210\u529f\n      ResponseMessage(SuccessEnum.S_LOGINED)\n    }\n  }\n\n  \/**\n   * \u7528\u6237\u4e2a\u4eba\u4fe1\u606f\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findUserByUsername\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findUserByUsername: User = {\n    var user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    user = userService.findUserByUserName(user.getUserName)\n    user\n  }\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u5bc6\u7801\n   *\n   * @param u\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/updatePassword\"), method = Array(RequestMethod.POST))\n  @ResponseBody def updatePassword(@RequestBody u: User): ResponseMessage = try {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    \/\/\u83b7\u53d6\u76d0\u503c\n    val credentialsSalt: ByteSource = ByteSource.Util.bytes(EncoderConstant.SALT)\n    \/\/\u52a0\u5bc6\u5bc6\u7801\n    val simpleHash: SimpleHash = new SimpleHash(\"MD5\", u.getPassword, credentialsSalt, 1024)\n    user.setPassword(<PASSWORD>)\n    userService.updatePassword(user)\n    val subject: Subject = SecurityUtils.getSubject\n    if (subject.isAuthenticated) subject.logout()\n    ResponseMessage(\"1\", \"\u4fee\u6539\u6210\u529f,\u8bf7\u91cd\u65b0\u767b\u5f55\uff01\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u4fee\u6539\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6ce8\u9500\u767b\u5f55\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/logout\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def logout: ResponseMessage = try {\n    val subject: Subject = SecurityUtils.getSubject\n    if (subject.isAuthenticated) {\n      subject.logout()\n      ResponseMessage(\"1\", \"\u9000\u51fa\u6210\u529f\")\n    }\n    else ResponseMessage(ErrorEnum.E_UNAUTHENTICATED)\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u9000\u51fa\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u67e5\u627e\u7528\u6237\n   *\n   * @param userId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getUserByUserId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getUserByUserId(userId: String): User = userService.findUserByUserId(userId)\n\n  \/**\n   * \u5224\u65ad\u662f\u5426\u767b\u5f55\n   *\n   *\/\n  @RequestMapping(value = Array(\"\/isLogin\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def isLogin: ResponseMessage = {\n    if (SecurityUtils.getSubject.isAuthenticated) return ResponseMessage(\"200\", \"\u5df2\u767b\u5f55\")\n    ResponseMessage(\"1001\", \"\u672a\u767b\u5f55,\u81ea\u52a8\u8df3\u8f6c\u5230\u767b\u5f55\u754c\u9762\uff01\")\n  }\n\n  \/**\n   * \u83b7\u5f97\u6240\u6709\u7528\u6237\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getAllUser\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getAllUser: ResponseMessage = {\n    var users: util.List[User] = null\n    try {\n      users = userService.getAllUser\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"userList\", users)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/CompetitionType.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass CompetitionType extends Serializable {\n  @BeanProperty var competitionTypeId: String = _\n  @BeanProperty var competitionTypeName: String = _\n\n  override def toString: String = {\n    \"CompetitionType{\" +\n      \"competitionTypeId='\" + competitionTypeId + '\\'' +\n      \", competitionTypeName='\" + competitionTypeName + '\\'' +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/SystemNoticeService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Notification\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:37\n *\/\ntrait SystemNoticeService {\n\n  \/**\n   * \u6839\u636e\u7c7b\u578b\u83b7\u53d6\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findNoticeByType(notificationType: Integer): util.List[Notification]\n\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u7684\u516c\u544a\u5185\u5bb9\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def insertNotice(notification: Notification): Unit\n\n  \/**\n   * \u5220\u9664\u516c\u544a\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def deleteNotificationById(notificationId: String): Unit\n\n  \/**\n   * \u66f4\u65b0\u516c\u544a\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def updateNotification(notification: Notification): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/CompetitionController.scala","text":"package com.tracy.competition.controller\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.{Competition, Team, User, UserCompetition}\nimport com.tracy.competition.service.{CompetitionService, TeamService}\nimport com.tracy.competition.utils.{POIUtils, RedisUtil, ResponseMessage}\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.http.ResponseEntity\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{GetMapping, RequestMapping, RequestMethod, ResponseBody}\nimport scala.collection.JavaConverters._\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:14\n *\/\n@Controller\n@RequestMapping(Array(\"\/competition\")) class CompetitionController {\n  @Autowired private val teamService: TeamService = null\n  @Autowired private val redisUtil: RedisUtil = null\n  @Autowired private val competitionService: CompetitionService = null\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u83b7\u5f97\u6bd4\u8d5b\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findCompetitionById\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findCompetitionById(competitionId: String): ResponseMessage = try {\n    val competition: Competition = competitionService.findCompetitionById(competitionId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"competition\", competition)\n    println(competition)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u83b7\u5f97\u8be5\u7ade\u8d5b\u5df2\u62a5\u540d\u7684\u7528\u6237\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findUserByCompetitionId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findUserByCompetitionId(competitionId: String): ResponseMessage = try {\n    val users: util.List[User] = competitionService.findUserByCompetitionId(competitionId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"users\", users)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u83b7\u5f97\u6240\u6709\u6bd4\u8d5b\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAllCompetition\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findAllCompetition: ResponseMessage = try {\n    val competitions: util.List[Competition] = competitionService.findAllCompetition\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"competitions\", competitions)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6839\u636e\u5f53\u524d\u7528\u6237id\u83b7\u5f97\u5df2\u53c2\u52a0\u7684\u7ade\u8d5b\u5217\u8868\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findCompetitionListByUserId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findCompetitionListByUserId: ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    println(user)\n    try {\n      val userCompetitions: util.List[UserCompetition] = competitionService.findCompetitionListByUserId(user.getUserId)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"userCompetitions\", userCompetitions)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u67e5\u8be2\u6240\u6709\u7ec4\u961f\u6bd4\u8d5b\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAllTeamCompetition\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findAllTeamCompetition: ResponseMessage = try {\n    val competitions: util.List[Competition] = competitionService.findAllTeamCompetition\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"competitions\", competitions)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u901a\u8fc7\u7ade\u8d5bid,\u67e5\u8be2\u62a5\u540d\u8be5\u7ade\u8d5b\u7684\u7528\u6237\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getUserReportList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getUserReportList(competitionId: String): ResponseMessage = try {\n    val users: util.List[User] = competitionService.findUserList(competitionId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"users\", users)\n    redisUtil.set(\"competitionId\", competitionId)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  @GetMapping(Array(\"\/export\")) def exportData: ResponseEntity[Array[Byte]] = {\n    val list: util.List[User] = competitionService.findUserList(redisUtil.get(\"competitionId\").toString)\n    POIUtils.userExcel(list)\n  }\n\n  @GetMapping(Array(\"\/exportTeam\")) def exportTeamData: ResponseEntity[Array[Byte]] = { \/\/\u6839\u636e\u7ade\u8d5bid\u53ca\u5df2\u62a5\u540d\u7684\u72b6\u6001\uff083\uff09\uff0c\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n    val teamList: util.List[Team] = teamService.findTeamByCompetitionIdAndRegistered(redisUtil.get(\"competitionId\").toString)\n    for (team <- teamList.asScala) { \/\/\u83b7\u53d6\u961f\u4f0d\u6210\u5458\u653e\u5165\u961f\u4f0d\n      team.setUsers(teamService.findUserListByTeamIdAndCaptainId(team.getTeamId, team.getCaptain.getUserId))\n    }\n    POIUtils.teamExcel(teamList)\n  }\n}"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/RoleService.scala","text":"package com.tracy.competition.service;\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Role;\n\n\n\/**\n * @author Tracy\n * @date 2020\/11\/4 17:09\n *\/\ntrait RoleService {\n\n    \/**\n     * \u901a\u8fc7adminid\u83b7\u53d6\u89d2\u8272\n     *\n     * @param userId userId\n     * @return\n     *\/\n    def getRoleByUserId(userId: String): util.Set[Role]\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/WinNotificationController.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.controller\n\nimport java.io.IOException\nimport java.util\nimport java.util.{List, UUID}\n\nimport com.tracy.competition.domain.entity.{File, Notification, UserCompetition}\nimport com.tracy.competition.service.{ApplyService, FileService, WinNotificationService}\nimport com.tracy.competition.utils.{RedisUtil, ResponseMessage}\nimport org.apache.commons.collections4.CollectionUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:41\n *\/\n@Controller\n@RequestMapping(Array(\"\/win\")) class WinNotificationController {\n  @Autowired private val winNotificationService: WinNotificationService = null\n  @Autowired private val applyService: ApplyService = null\n  @Autowired private val redisUtil: RedisUtil = null\n  @Autowired private val fileService: FileService = null\n\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u83b7\u5956\u901a\u77e5\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAllWinNotification\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findAllWinNotification: ResponseMessage = try {\n    val notifications: util.List[Notification] = winNotificationService.findAllWinNotification(2)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"notifications\", notifications)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  @RequestMapping(value = Array(\"\/findWinByCompetitionId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findWinByCompetitionId(competitionId: String): ResponseMessage = try {\n    val userCompetitions: util.List[UserCompetition] = applyService.findWinByCompetitionId(competitionId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"userCompetitions\", userCompetitions)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u516c\u544a\n   *\n   * @param notification\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/insertWinNotification\"), method = Array(RequestMethod.POST))\n  @ResponseBody\n  @throws[IOException]\n  def insertWinNotification(@RequestBody notification: Notification): ResponseMessage = { \/\/\u751f\u6210id\n    notification.setNotificationId(UUID.randomUUID.toString)\n    println(\"---------------------------------\" + notification.getUserIds)\n    \/\/\u5224\u65ad\u662f\u5426\u4e3a\u4e0a\u4f20\u6587\u4ef6\u7684\u83b7\u5956\u901a\u77e5\n    if (CollectionUtils.isEmpty(notification.getUserIds)) { \/\/\u5c06notificationId\u5b58\u5165redis\uff0c\u5b58\u50a8\u6587\u4ef6\u65f6\u4f7f\u7528\n      redisUtil.set(\"notificationId\", notification.getNotificationId)\n    }\n    \/\/\u83b7\u5f97\u5f53\u524d\u6beb\u79d2\u503c\u4f5c\u4e3a\u901a\u77e5\u65f6\u95f4\n    notification.setNotificationTime(System.currentTimeMillis)\n    \/\/\u8bbe\u7f6e\u7c7b\u578b\u4e3a2\uff08\u5373\u83b7\u5956\u901a\u77e5\uff09\n    notification.setNotificationType(2)\n    try winNotificationService.insertWinNotification(notification)\n    catch {\n      case e: Exception =>\n        e.printStackTrace()\n        return ResponseMessage(\"0\", \"\u6dfb\u52a0\u5931\u8d25\")\n    }\n    ResponseMessage(\"1\", \"\u6dfb\u52a0\u6210\u529f\")\n  }\n\n  \/**\n   * \u5220\u9664\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/deleteWinNotification\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody\n  @throws[IOException]\n  def deleteWinNotificationById(notificationId: String, competitionId: String): ResponseMessage = try {\n    var s: String = null\n    val files: util.List[File] = fileService.findFileByNotificationId(notificationId)\n    \/\/\u5982\u679c\u6709\u6587\u4ef6\n    if (files.size > 0) { \/\/\u622a\u53d6\u6587\u4ef6\u4fdd\u5b58\u6240\u5728\u7684\u6587\u4ef6\u5939\u8def\u5f84\n      s = files.get(0).getFilePath.substring(0, files.get(0).getFilePath.length - files.get(0).getFileName.length - 1)\n      println(s)\n      \/\/\u5feb\u901ffor\u5faa\u73af \u5feb\u6377\u952eiter\n      import scala.collection.JavaConverters._\n      for (file <- files.asScala) {\n        println(file)\n        val f: java.io.File = new java.io.File(file.getFilePath)\n        \/\/\u6587\u4ef6\u662f\u5426\u5b58\u5728\n        if (f.exists) { \/\/\u5b58\u5728\u5c31\u5220\u9664\n          if (f.delete) println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u6210\u529f\")\n          else println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u5931\u8d25\")\n        }\n        else println(\"\u672c\u5730\u4e0d\u5b58\u5728\")\n      }\n      \/\/\u83b7\u5f97\u4e0a\u7ea7\u6587\u4ef6\u5939\n      val f1: java.io.File = new java.io.File(s)\n      \/\/\u5220\u9664\u6587\u4ef6\u5939\n      f1.delete\n      \/\/\u5220\u9664\u4fe1\u606f\n    }\n    winNotificationService.deleteWinNotificationById(notificationId, competitionId)\n    ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n  }\n\n  \/**\n   * \u83b7\u53d6\u56de\u663e\u8868\u5355\u6570\u636e\n   *\n   * @param competitionId\n   * @param notificationId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findWinForm\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findWinForm(notificationId: String, competitionId: String): ResponseMessage = try {\n    val userCompetitions: util.List[UserCompetition] = applyService.findWinByCompetitionId(competitionId)\n    val files: util.List[File] = fileService.findFileByNotificationId(notificationId)\n    if (userCompetitions != null && userCompetitions.size != 0) {\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f,\u4e3a\u83b7\u5956\u540d\u5355\")\n      responseMessage.getData.put(\"userCompetitions\", userCompetitions)\n      return responseMessage\n    }\n    else if (files != null && files.size != 0) {\n      val responseMessage: ResponseMessage = ResponseMessage(\"2\", \"\u83b7\u53d6\u6210\u529f,\u4e3a\u83b7\u5956\u6587\u4ef6\")\n      responseMessage.getData.put(\"files\", files)\n      return responseMessage\n    }\n    ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u66f4\u65b0\u516c\u544a\n   *\n   * @param notification notification\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/updateWinNotification\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody\n  @throws[IOException]\n  def updateWinNotification(@RequestBody notification: Notification): ResponseMessage = {\n    if (notification.getUserIds == null || notification.getUserIds.size == 0) redisUtil.set(\"notificationId\", notification.getNotificationId)\n    println(notification)\n    try winNotificationService.updateWinNotification(notification)\n    catch {\n      case e: Exception =>\n        e.printStackTrace()\n        return ResponseMessage(\"0\", \"\u4fee\u6539\u5931\u8d25\")\n    }\n    ResponseMessage(\"1\", \"\u4fee\u6539\u6210\u529f\")\n  }\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/PromiseService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Promise, Role}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:18\n *\/\ntrait PromiseService {\n\n  \/**\n   * \u901a\u8fc7\u89d2\u8272\u83b7\u53d6\u6743\u9650\n   *\n   * @param roles roles\n   * @return\n   *\/\n  def getPromiseByRole(roles: util.Set[Role]): util.Set[Promise]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/TeamService.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/service\/TeamService.scala\npackage com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Apply, Team, User}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:37\n *\/\ntrait TeamService {\n  \/**\n   * \u4fdd\u5b58\u65b0\u521b\u5efa\u961f\u4f0d\u4fe1\u606f\n   *\n   * @param team team\n   * @return\n   *\/\n  def insertTeam(team: Team): Unit\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u521b\u5efa\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findMyTeam(userId: String): util.List[Team]\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u548c\u81ea\u5df1\u7684id\u83b7\u5f97\u9664\u81ea\u5df1\u4ee5\u5916\u7684\u6210\u5458\u5217\u8868\n   *\n   * @param teamId teamId\n   * @param userId userId\n   * @return\n   *\/\n  def findUsersByTeamIdAndNotNowUser(teamId: String, userId: String): util.List[User]\n\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u4fe1\u606f\u4fee\u6539\u6570\u636e\u5e93\u961f\u4f0d\u6570\u636e\n   *\n   * @param team team\n   * @return\n   *\/\n  def updateMyTeam(team: Team): Unit\n\n  \/**\n   * \u5220\u9664\u961f\u4f0d\u4e2d\u7684\u6210\u5458\n   *\n   * @param teamId teamId\n   * @param userId userId\n   *\/\n  def deleteTeamUser(teamId: String, userId: String): Unit\n\n  \/**\n   * \u89e3\u6563\u961f\u4f0d\uff0c\u5e76\u6e05\u7a7a\u961f\u5458\n   *\n   * @param teamId teamId\n   *\/\n  def deleteTeam(teamId: String): Unit\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u52a0\u5165\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findJoinTeam(userId: String): util.List[Team]\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u6bd4\u8d5bid\u5220\u9664\u4e00\u4e2a\u961f\u4f0d\u6210\u5458\n   *\n   * @param teamId teamId\n   * @param userId userId\n   *\/\n  def deleteTeamOneUser(teamId: String, userId: String): Unit\n\n  \/**\n   * \u6839\u636e\u7528\u6237\u6240\u6709\u6bd4\u8d5b\u83b7\u53d6\u6240\u6709\u5904\u4e8e\u6b63\u5728\u7533\u8bf7\u72b6\u6001\u7533\u8bf7\n   *\n   * @param teams teams\n   * @return\n   *\/\n  def findAllMyTeamApply(teams: util.List[Team]): util.List[Apply]\n\n  \/**\n   * \u6839\u636e\u7528\u6237\u6240\u6709\u6bd4\u8d5b\u83b7\u53d6\u8be5\u7528\u6237\u5904\u7406\u7684\u6240\u6709\u901a\u8fc7\u6216\u62d2\u7edd\u7684\u7533\u8bf7\n   *\n   * @param teams teams\n   * @return\n   *\/\n  def findAllMyHistoryTeamApply(teams: util.List[Team]): util.List[Apply]\n\n  \/**\n   * \u62a5\u540d\uff0c\u4fee\u6539\u961f\u4f0d\u4fe1\u606f\n   *\n   * @param team team\n   *\/\n  def updateTeam(team: Team): Unit\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u83b7\u53d6\u961f\u4f0d\n   *\n   * @param userId userId\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findTeamByCaptainIdAndCompetitionId(userId: String, competitionId: String): Team\n\n  \/**\n   * \u53d6\u6d88\u961f\u4f0d\u62a5\u540d\n   *\n   * @param teamId teamId\n   *\/\n  def updateTeamCancelApply(teamId: String): Unit\n\n  \/**\n   * \u6839\u636e\u7ade\u8d5bid\u53ca\u5df2\u62a5\u540d\u7684\u72b6\u6001\uff083\uff09\uff0c\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findTeamByCompetitionIdAndRegistered(competitionId: String): util.List[Team]\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u548c\u961f\u957fid\u83b7\u53d6\u961f\u4f0d\u6240\u6709\u6210\u5458\u4fe1\u606f\n   *\n   * @param teamId teamId\n   * @param captainId captainId\n   * @return\n   *\/\n  def findUserListByTeamIdAndCaptainId(teamId: String, captainId: String): util.List[User]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/CompetitionApplication.scala","text":"package com.tracy.competition\n\nimport org.springframework.boot.SpringApplication\nimport org.springframework.boot.autoconfigure.SpringBootApplication\nimport org.springframework.transaction.annotation.EnableTransactionManagement\n\n\/**\n * @author Tracy\n * @date 2021\/2\/8 23:53\n *\/\nobject CompetitionApplication extends App {\n\n  \/\/ ~ project entrance\n  SpringApplication.run(classOf[AppConfig])\n}\n\n@SpringBootApplication\n@EnableTransactionManagement\nclass AppConfig {\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/WinNotificationServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.{FileDao, NotificationDao, WinNotificationServiceDao}\nimport com.tracy.competition.domain.entity.Notification\nimport com.tracy.competition.service.WinNotificationService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport org.springframework.transaction.annotation.{Isolation, Propagation, Transactional}\n\nimport scala.collection.JavaConverters._\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:36\n *\/\n@Service\nclass WinNotificationServiceImpl extends WinNotificationService {\n\n  @Autowired private val winNotificationServiceDao: WinNotificationServiceDao = null\n\n  @Autowired private val notificationDao: NotificationDao = null\n\n  @Autowired private val fileDao: FileDao = null\n\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  override def findAllWinNotification(notificationType: Integer): util.List[Notification] = {\n    winNotificationServiceDao.findAllWinNotification(notificationType)\n  }\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u83b7\u5956\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def insertWinNotification(notification: Notification): Unit = {\n    winNotificationServiceDao.insertWinNotification(notification)\n    if (notification.getUserIds != null && notification.getUserIds.size != 0) {\n      var ranking = 1\n      val competitionId: String = notification.getCompetition.getCompetitionId\n\n      for (userId <- notification.getUserIds.asScala) {\n        winNotificationServiceDao.updateWinRanking(userId, competitionId, ranking)\n        ranking += 1\n      }\n    }\n  }\n\n  \/**\n   * \u5220\u9664\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationId notificationId\n   * @param competitionId  competitionId\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteWinNotificationById(notificationId: String, competitionId: String): Unit = {\n    \/\/\u5148\u5220\u9664\u6587\u4ef6\n    fileDao.deleteFileByNnotificationId(notificationId)\n    notificationDao.deleteNotificationById(notificationId)\n    winNotificationServiceDao.deleteWin(competitionId)\n  }\n\n  \/**\n   * \u4fee\u6539\u83b7\u5956\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def updateWinNotification(notification: Notification): Unit = {\n    winNotificationServiceDao.updateWinNotification(notification)\n    \/\/\u5982\u679c\u6570\u7ec4\u4e2d\u6709\u5143\u7d20\uff0c\u6e05\u7a7a\u539f\u6709\u83b7\u5956\u8bb0\u5f55\u4fe1\u606f\uff0c\u91cd\u65b0\u5b58\u50a8\n    if (notification.getUserIds != null && notification.getUserIds.size != 0) { \/\/\u6e05\u7a7a\n      winNotificationServiceDao.deleteWin(notification.getCompetition.getCompetitionId)\n      var ranking = 1\n      val competitionId: String = notification.getCompetition.getCompetitionId\n      for (userId <- notification.getUserIds.asScala) {\n        winNotificationServiceDao.updateWinRanking(userId, competitionId, ranking)\n        ranking += 1\n      }\n    }\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/constant\/EncoderConstant.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.domain.constant\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 10:23\n *\/\nobject EncoderConstant {\n\n  \/**\n   * shiro\u5bc6\u7801\u52a0\u5bc6\u76d0\u503c\n   *\/\n  final val SALT: String = \"d86d7bab3d6ac01ad9dc6a897652f2d2\"\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/RecruitDao.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/RecruitDao.scala\npackage com.tracy.competition.dao\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.{Team, UserTeam}\nimport org.apache.ibatis.annotations.{Mapper, Param}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:15\n *\/\n@Mapper trait RecruitDao {\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u72b6\u6001\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n   *\n   * @param teamState teamState\n   * @param captainId captainId\n   * @return\n   *\/\n  def findAllTeamByState(@Param(\"teamState\") teamState: Integer, @Param(\"captainId\") captainId: String): util.List[Team]\n\n  \/**\n   * \u67e5\u8be2\u8be5\u7528\u6237\u7684\u6240\u6709\u52a0\u5165\u7684\u961f\u4f0d\u5217\u8868\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findAllUserTeam(userId: String): util.List[UserTeam]\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/utils\/ResponseMessage.scala","text":"<gh_stars>0\npackage com.tracy.competition.utils\n\nimport com.tracy.competition.domain.enums.{ErrorEnum, SuccessEnum}\n\nimport scala.beans.BeanProperty\n\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 10:28\n *\/\nclass ResponseMessage extends Serializable {\n  @BeanProperty var status: String = _\n  @BeanProperty var msg: String = _\n  @BeanProperty var data = new java.util.HashMap[String, Object]\n\n  def this(status: String, msg: String) {\n    this()\n    this.status = status\n    this.msg = msg\n  }\n\n  def this(successEnum: SuccessEnum) {\n    this()\n    this.status = successEnum.getSuccessCode\n    this.msg = successEnum.getSuccessMsg\n  }\n\n  def this(errorEnum: ErrorEnum) {\n    this()\n    this.status = errorEnum.getErrorCode\n    this.msg = errorEnum.getErrorMsg\n  }\n}\n\nobject ResponseMessage {\n  def apply(status: String, msg: String): ResponseMessage = new ResponseMessage(status: String, msg: String)\n\n  def apply(successEnum: SuccessEnum): ResponseMessage = new ResponseMessage(successEnum: SuccessEnum)\n\n  def apply(errorEnum: ErrorEnum): ResponseMessage = new ResponseMessage(errorEnum: ErrorEnum)\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/exception\/GlobalExceptionHandler.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.config.exception\n\nimport com.tracy.competition.domain.enums.ErrorEnum\nimport com.tracy.competition.utils.ResponseMessage\nimport org.springframework.web.bind.annotation.{ControllerAdvice, ExceptionHandler, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 11:35\n *\/\n@ControllerAdvice\n@ResponseBody\nclass GlobalExceptionHandler {\n\n  \/**\n   * \u7a7a\u6307\u9488\u5f02\u5e38\u5904\u7406handler\n   *\n   * @return\n   *\/\n  @ExceptionHandler(Array(classOf[NullPointerException]))\n  def nullPointerException(): ResponseMessage = {\n    ResponseMessage(ErrorEnum.E_NULLPOINTER)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/SystemNoticeController.scala","text":"package com.tracy.competition.controller\n\nimport java.io.IOException\nimport java.util\nimport java.util.{List, UUID}\n\nimport com.tracy.competition.domain.entity.{File, Notification}\nimport com.tracy.competition.service.{FileService, SystemNoticeService}\nimport com.tracy.competition.utils.{RedisUtil, ResponseMessage}\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:37\n *\/\n@Controller\n@RequestMapping(Array(\"\/notice\")) class SystemNoticeController {\n  @Autowired private val systemNoticeService: SystemNoticeService = null\n  @Autowired private val fileService: FileService = null\n  @Autowired private val redisUtil: RedisUtil = null\n\n  \/**\n   * \u5df2\u6307\u5b9anotificationType\u4e3a1\u7684\u4e3a\u7cfb\u7edf\u901a\u77e5\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAll\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findNotice: ResponseMessage = try {\n    val notifications: util.List[Notification] = systemNoticeService.findNoticeByType(1)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"notifications\", notifications)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u516c\u544a\n   *\n   * @param notification notification\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/insertNotice\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody\n  @throws[IOException]\n  def insertNotice(@RequestBody notification: Notification): ResponseMessage = { \/\/\u751f\u6210id\n    notification.setNotificationId(UUID.randomUUID.toString)\n    \/\/\u5c06notificationId\u5b58\u5165redis\uff0c\u5b58\u50a8\u6587\u4ef6\u65f6\u4f7f\u7528\n    redisUtil.set(\"notificationId\", notification.getNotificationId)\n    \/\/\u83b7\u5f97\u5f53\u524d\u6beb\u79d2\u503c\u4f5c\u4e3a\u516c\u544a\u65f6\u95f4\n    notification.setNotificationTime(System.currentTimeMillis)\n    \/\/\u8bbe\u7f6e\u7c7b\u578b\u4e3a1\uff08\u5373\u7cfb\u7edf\u516c\u544a\uff09\n    notification.setNotificationType(1)\n    println(notification)\n    try systemNoticeService.insertNotice(notification)\n    catch {\n      case e: Exception =>\n        e.printStackTrace()\n        return ResponseMessage(\"0\", \"\u6dfb\u52a0\u5931\u8d25\")\n    }\n    ResponseMessage(\"1\", \"\u6dfb\u52a0\u6210\u529f\")\n  }\n\n  \/**\n   * \u5220\u9664\u516c\u544a\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/deleteNotice\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody\n  @throws[IOException]\n  def deleteNoticeById(notificationId: String): ResponseMessage = try {\n    var s: String = null\n    val files: util.List[File] = fileService.findFileByNotificationId(notificationId)\n    \/\/\u5982\u679c\u6709\u6587\u4ef6\n    if (files.size > 0) { \/\/\u622a\u53d6\u6587\u4ef6\u4fdd\u5b58\u6240\u5728\u7684\u6587\u4ef6\u5939\u8def\u5f84\n      s = files.get(0).getFilePath.substring(0, files.get(0).getFilePath.length - files.get(0).getFileName.length - 1)\n      println(s)\n      \/\/\u5feb\u901ffor\u5faa\u73af \u5feb\u6377\u952eiter\n      import scala.collection.JavaConverters._\n      for (file <- files.asScala) {\n        println(file)\n        val f: java.io.File = new java.io.File(file.getFilePath)\n        \/\/\u6587\u4ef6\u662f\u5426\u5b58\u5728\n        if (f.exists) { \/\/\u5b58\u5728\u5c31\u5220\u9664\n          if (f.delete) println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u6210\u529f\")\n          else println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u5931\u8d25\")\n        }\n        else println(\"\u672c\u5730\u4e0d\u5b58\u5728\")\n      }\n      \/\/\u83b7\u5f97\u4e0a\u7ea7\u6587\u4ef6\u5939\n      val f1: java.io.File = new java.io.File(s)\n      \/\/\u5220\u9664\u6587\u4ef6\u5939\n      f1.delete\n      \/\/\u5220\u9664\u4fe1\u606f\n    }\n    systemNoticeService.deleteNotificationById(notificationId)\n    ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n  }\n\n  \/**\n   * \u4fee\u6539\u516c\u544a\u5185\u5bb9\n   *\n   * @param notification notification\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/updateNotice\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def updateNotification(@RequestBody notification: Notification): ResponseMessage = {\n    println(notification)\n    \/\/\u5c06competitionId\u5b58\u5165redis\uff0c\u4fee\u6539\u6587\u4ef6\u65f6\u4f7f\u7528\n    redisUtil.set(\"notificationId\", notification.getNotificationId)\n    try {\n      systemNoticeService.updateNotification(notification)\n      ResponseMessage(\"1\", \"\u4fee\u6539\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u4fee\u6539\u5931\u8d25\")\n    }\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/RoleDao.scala","text":"package com.tracy.competition.dao\n\nimport java.util\nimport java.util.Set\n\nimport com.tracy.competition.domain.entity.Role\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:16\n *\/\n@Mapper\ntrait RoleDao {\n  \/**\n   * \u901a\u8fc7userId\u83b7\u53d6user\u7684\u89d2\u8272\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def getRoleByUserId(userId: String): util.Set[Role]\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/NotificationController.scala","text":"package com.tracy.competition.controller\n\nimport java.io.IOException\nimport java.util\nimport java.util.{List, UUID}\n\nimport com.tracy.competition.domain.entity.{College, Competition, CompetitionType, Notification, User, File}\nimport com.tracy.competition.service.{CollegeService, CompetitionTypeService, FileService, NotificationService, UserService}\nimport com.tracy.competition.utils.{CompetitionNotificationVO, RedisUtil, ResponseMessage}\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:26\n *\/\n@Controller\n@RequestMapping(Array(\"\/notification\")) class NotificationController {\n  @Autowired private val notificationService: NotificationService = null\n  @Autowired private val fileService: FileService = null\n  @Autowired private val userService: UserService = null\n  @Autowired private val collegeService: CollegeService = null\n  @Autowired private val competitionTypeService: CompetitionTypeService = null\n  @Autowired private val redisUtil: RedisUtil = null\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u67e5\u627e\u901a\u77e5\uff0c\u5df2\u6307\u5b9anotificationType\u4e3a0\u7684\u4e3a\u7ade\u8d5b\u901a\u77e5\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findNotificationByType\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findNotificationByType: ResponseMessage = try { \/\/\u83b7\u53d6\u7c7b\u578b\u4e3a0\uff08\u7ade\u8d5b\u901a\u77e5\uff09\u7684\u6570\u636e\n    val notifications: util.List[Notification] = notificationService.findNotificationByType(0)\n    println(notifications)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"notifications\", notifications)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u52a0\u8f7d\u6240\u6709\u7ade\u8d5b\u7c7b\u578b\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAllType\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findAllType: ResponseMessage = try {\n    val competitionTypes: util.List[CompetitionType] = competitionTypeService.findAllCompetitionType\n    println(competitionTypes)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"competitionTypes\", competitionTypes)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u7ade\u8d5b\uff0c\u901a\u77e5\n   *\n   * @param competitionNotificationVO competitionNotificationVO\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/insertCompetition\"), method = Array(RequestMethod.POST))\n  @ResponseBody\n  @throws[IOException]\n  def insertCompetitionNotification(@RequestBody competitionNotificationVO: CompetitionNotificationVO): ResponseMessage = { \/\/\u5c01\u88c5\u6bd4\u8d5b\u7c7b\n    val competition: Competition = new Competition\n    competition.setCompetitionContent(competitionNotificationVO.getCompetitionContent)\n    competition.setCompetitionLevel(competitionNotificationVO.getCompetitionLevel)\n    competition.setCompetitionSite(competitionNotificationVO.getCompetitionSite)\n    competition.setCompetitionName(competitionNotificationVO.getCompetitionName)\n    competition.setCompetitionType(competitionNotificationVO.getCompetitionType)\n    competition.setCompetitionPeopleSum(competitionNotificationVO.getCompetitionPeopleSum)\n    val competitionId: String = UUID.randomUUID.toString\n    \/\/\u5c06competitionId\u5b58\u5165redis\uff0c\u5b58\u50a8\u6587\u4ef6\u65f6\u4f7f\u7528\n    redisUtil.set(\"competitionId\", competitionId)\n    \/\/\u9ed8\u8ba4\u4e3a\u6bd4\u8d5b\u8fdb\u884c\u4e2d\n    competition.setCompetitionState(1)\n    competition.setCompetitionId(competitionId)\n    if (competitionNotificationVO.getCompetitionTime == null || \"\" == competitionNotificationVO.getCompetitionTime || \"\u5f85\u5b9a\" == competitionNotificationVO.getCompetitionTime) competition.setCompetitionTime(\"\u5f85\u5b9a\")\n    else competition.setCompetitionTime(competitionNotificationVO.getCompetitionTime)\n    \/\/\u82e5\u4e3a\u9662\u7ea7\u6bd4\u8d5b\n    if (competition.getCompetitionLevel == 1) {\n      val college: College = new College\n      college.setCollegeId(competitionNotificationVO.getCollegeId)\n      competition.setCollege(college)\n    }\n    \/\/\u5c01\u88c5\u901a\u77e5\u7c7b\n    val notification: Notification = new Notification\n    notification.setNotificationTitle(competitionNotificationVO.getNotificationTitle)\n    notification.setNotificationId(UUID.randomUUID.toString)\n    notification.setNotificationTime(System.currentTimeMillis)\n    notification.setNotificationState(1)\n    notification.setNotificationType(0)\n    notification.setCompetition(competition)\n    println(notification)\n    println(competition)\n    try {\n      notificationService.insertCompetitionAndNotification(competition, notification)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u6dfb\u52a0\u6210\u529f\")\n      responseMessage.getData.put(\"competitionId\", competition.getCompetitionId)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u6dfb\u52a0\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u67e5\u627e\u5185\u5bb9\uff0c\u7528\u4e8e\u56de\u663e\u4fee\u6539\u901a\u77e5\u7684\u4fe1\u606f\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findDataByNotificationId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findDataByNotificationId(notificationId: String): ResponseMessage = try {\n    val notification: Notification = notificationService.findDataByNotificationId(notificationId)\n    val files: util.List[File] = fileService.findFileByCompetitionId(notification.getCompetition.getCompetitionId)\n    notification.getCompetition.setFiles(files)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"notification\", notification)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u5220\u9664\u8be5\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u6bd4\u8d5b\n   *\n   * @param notificationId notificationId\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/deleteByNotificationId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def deleteByNotificationId(notificationId: String, competitionId: String): ResponseMessage = try {\n    var s: String = null\n    val files: util.List[File] = fileService.findFileByCompetitionId(competitionId)\n    \/\/\u5982\u679c\u6709\u6587\u4ef6\n    if (files.size > 0) { \/\/\u4fdd\u5b58\u6587\u4ef6\u5939\u8def\u5f84\n      s = files.get(0).getFilePath.substring(0, files.get(0).getFilePath.length - files.get(0).getFileName.length - 1)\n      println(s)\n      \/\/\u5feb\u901ffor\u5faa\u73af \u5feb\u6377\u952eiter\n      import scala.collection.JavaConverters._\n      for (file <- files.asScala) {\n        val f: java.io.File = new java.io.File(file.getFilePath)\n        \/\/\u6587\u4ef6\u662f\u5426\u5b58\u5728\n        if (f.exists) { \/\/\u5b58\u5728\u5c31\u5220\u9664\n          if (f.delete) println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u6210\u529f\")\n          else println(\"\u672c\u5730\u6587\u4ef6\u5220\u9664\u5931\u8d25\")\n        }\n        else println(\"\u672c\u5730\u4e0d\u5b58\u5728\")\n      }\n      \/\/\u83b7\u5f97\u4e0a\u7ea7\u6587\u4ef6\u5939\n      val f1: java.io.File = new java.io.File(s)\n      \/\/\u5220\u9664\u6587\u4ef6\u5939\n      f1.delete\n    }\n    \/\/\u5220\u9664\u4fe1\u606f\n    notificationService.deleteNotificationById(notificationId, competitionId)\n    ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6839\u636e\u5f53\u524d\u7528\u6237\u5b66\u6821id\u67e5\u8be2\u5b66\u9662\u5217\u8868\uff0c\u7528\u4e8e\u56de\u663e\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findCollege\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findCollege: ResponseMessage = try { \/\/\u83b7\u5f97\u5f53\u524d\u7528\u6237\uff08\u542b\u7528\u6237\u540d\u5bc6\u7801\uff09\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    \/\/\u6839\u636e\u7528\u6237\u540d\u83b7\u5f97\u7528\u6237\u7684\u5b66\u9662id\n    val collegeId: String = userService.findCollegeIdByUserName(user.getUserName)\n    \/\/\u6839\u636e\u5b66\u6821id\u83b7\u5f97\u5b66\u9662\u5217\u8868\n    val colleges: util.List[College] = collegeService.findCollegeByUniversityId(collegeService.findCollegeById(collegeId).getUniversity.getUniversityId)\n    println(colleges)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"colleges\", colleges)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u4fee\u6539\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u7ade\u8d5b\u5185\u5bb9\n   *\n   * @param competitionNotificationVO competitionNotificationVO\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/updateNotification\"), method = Array(RequestMethod.POST))\n  @ResponseBody def updateNotification(@RequestBody competitionNotificationVO: CompetitionNotificationVO): ResponseMessage = { \/\/\u5c06competitionId\u5b58\u5165redis\uff0c\u4fee\u6539\u6587\u4ef6\u65f6\u4f7f\u7528\n    redisUtil.set(\"competitionId\", competitionNotificationVO.getCompetitionId)\n    try {\n      notificationService.updateNotification(competitionNotificationVO)\n      ResponseMessage(\"1\", \"\u4fee\u6539\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u4fee\u6539\u5931\u8d25\")\n    }\n  }\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/AdviceController.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/controller\/AdviceController.scala\npackage com.tracy.competition.controller\n\nimport java.util\nimport java.util.UUID\n\nimport com.tracy.competition.domain.entity.Advice\nimport com.tracy.competition.service.impl.AdviceServiceImpl\nimport com.tracy.competition.utils.ResponseMessage\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, RestController}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 10:25\n *\/\n@RestController\n@RequestMapping(Array(\"\/advice\"))\nclass AdviceController {\n\n  @Autowired\n  private val adviceService: AdviceServiceImpl = null\n\n  \/**\n   * \u65b0\u589e\u53cd\u9988\u5efa\u8bae\n   *\n   * @param advice advice\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/submitAdvice\"), method = Array(RequestMethod.POST))\n  def submitAdvice(@RequestBody advice: Advice): ResponseMessage = {\n    \/\/\u8bbe\u7f6e\u6295\u8bc9\u5efa\u8bae\u4eba\u4e3a\u5f53\u524d\u7528\u6237\n    \/\/    advice.setUser(SecurityUtils.getSubject.getPrincipal.asInstanceOf[User])\n    advice.setAdviceId(UUID.randomUUID.toString)\n    advice.setAdviceDate(System.currentTimeMillis)\n\n    \/\/\u72b6\u60010\u672a\u5904\u7406\uff0c1\u5df2\u5904\u7406\n    advice.setAdviceState(0)\n    println(advice)\n    try {\n      adviceService.insertAdvice(advice)\n      ResponseMessage(\"1\", \"\u63d0\u4ea4\u6210\u529f\uff01\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u63d0\u4ea4\u5931\u8d25\uff01\")\n    }\n  }\n\n  \/**\n   * \u901a\u8fc7\u72b6\u6001\u83b7\u5f97\u6240\u6709\u53cd\u9988\u5efa\u8bae\uff0c\u72b6\u6001 0\u672a\u5904\u7406\uff0c1\u5df2\u5904\u7406\n   *\n   * @param adviceState adviceState\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getAllAdvice\"), method = Array(RequestMethod.GET))\n  def getAllAdvice(adviceState: Integer): ResponseMessage = {\n    try {\n      val advices: util.List[Advice] = adviceService.getAllAdvice(adviceState)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\uff01\")\n      responseMessage.getData.put(\"advices\", advices)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\uff01\")\n    }\n  }\n\n  \/**\n   * \u5904\u7406\u53cd\u9988\u5efa\u8bae\uff0c\u6839\u636eid\n   *\n   * @param adviceId adviceId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/disposeAdvice\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def disposeAdvice(adviceId: String): ResponseMessage = {\n    val advice = new Advice\n    advice.setAdviceId(adviceId)\n    advice.setDisposeTime(System.currentTimeMillis)\n    advice.setAdviceState(1)\n    try {\n      adviceService.updateAdvice(advice)\n      ResponseMessage(\"1\", \"\u5904\u7406\u6210\u529f\uff0c\u53ef\u5230\u53cd\u9988\u5efa\u8bae\u7ba1\u7406->\u5df2\u5904\u7406\u53cd\u9988 \u67e5\u770b\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u5904\u7406\u5931\u8d25\")\n    }\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/PromiseServiceImpl.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/PromiseServiceImpl.scala\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.PromiseDao\nimport com.tracy.competition.domain.entity.{Promise, Role}\nimport com.tracy.competition.service.PromiseService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:19\n *\/\n@Service\nclass PromiseServiceImpl extends PromiseService {\n\n  @Autowired private val promiseDao: PromiseDao = null\n\n  \/**\n   * \u901a\u8fc7\u89d2\u8272\u83b7\u53d6\u6743\u9650\n   *\n   * @param roles roles\n   * @return\n   *\/\n  override def getPromiseByRole(roles: util.Set[Role]): util.Set[Promise] = promiseDao.getPromiseByRole(roles)\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/test\/scala\/com\/tracy\/competition\/MapperTest.scala","text":"package com.tracy.competition\n\nimport org.junit.runner.RunWith\nimport org.springframework.boot.test.context.SpringBootTest\nimport org.springframework.test.context.junit4.SpringRunner\n\n\/**\n * @author Tracy\n * @date 2021\/2\/13 20:22\n *\/\n@SpringBootTest\n@RunWith(classOf[SpringRunner])\nclass MapperTest {\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/utils\/SystemFileUtil.scala","text":"package com.tracy.competition.utils\n\nimport java.io.{File, IOException}\n\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:00\n *\/\nobject SystemFileUtil {\n\n  \/**\n   * \u5224\u65ad\u662f\u5426\u6587\u4ef6\u540d\u662f\u5426\u5df2\u7ecf\u5b58\u5728\n   *\n   * @param fileName \u6587\u4ef6\u540d\n   * @param files    \u6587\u4ef6\n   * @return boolean\n   *\/\n  def isExists(fileName: String, files: java.util.Collection[com.tracy.competition.domain.entity.File]): Boolean = { \/\/\u5224\u65ad\u662f\u5426\u5df2\u7ecf\u5b58\u5728\u8be5\u6587\u4ef6\u540d\n    import scala.collection.JavaConverters._\n    for (file <- files.asScala) {\n      if (fileName == file.getFileName) return true\n    }\n    false\n  }\n\n  \/**\n   * \u521b\u5efa\u6587\u4ef6\n   *\n   * @param path     \u7236\u8def\u5f84\n   * @param fileName \u6587\u4ef6\u540d\n   * @return file\n   * @throws IOException exception\n   *\/\n  @throws[IOException]\n  def createFile(path: String, fileName: String): File = { \/\/\u5c01\u88c5\u6587\u4ef6\u5bf9\u8c61\n    val file = new File(path, fileName)\n    \/\/\u5224\u65ad\u6587\u4ef6\u5939\u662f\u5426\u5b58\u5728\uff0c\u5982\u679c\u4e0d\u5b58\u5728\u5219\u521b\u5efa\n    if (!file.exists) {\n      if (!file.getParentFile.exists) file.getParentFile.mkdirs\n      file.createNewFile\n    }\n    file\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/UniversityService.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/service\/UniversityService.scala\npackage com.tracy.competition.service\n\nimport com.tracy.competition.domain.entity.University\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:39\n *\/\ntrait UniversityService {\n  \/**\n   * \u6839\u636e\u7528\u6237\u7684\u5b66\u9662id\u67e5\u8be2\u5b66\u6821\n   *\n   * @param collegeId collegeId\n   * @return\n   *\/\n  def findUniversityByCollegeId(collegeId: String): University\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/SystemNoticeServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.{FileDao, NotificationDao, SystemNoticeDao}\nimport com.tracy.competition.domain.entity.Notification\nimport com.tracy.competition.service.SystemNoticeService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport org.springframework.transaction.annotation.{Isolation, Propagation, Transactional}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:27\n *\/\n@Service\nclass SystemNoticeServiceImpl extends SystemNoticeService {\n\n  @Autowired private val systemNoticeDao: SystemNoticeDao = null\n\n  @Autowired private val notificationDao: NotificationDao = null\n\n  @Autowired private val fileDao: FileDao = null\n\n  \/**\n   * \u6839\u636e\u7c7b\u578b\u83b7\u53d6\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  override def findNoticeByType(notificationType: Integer): util.List[Notification] = {\n    systemNoticeDao.findNoticeByType(notificationType)\n  }\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u7684\u516c\u544a\u5185\u5bb9\n   *\n   * @param notification notification\n   * @return\n   *\/\n  override def insertNotice(notification: Notification): Unit = {\n    systemNoticeDao.insertNotice(notification)\n  }\n\n  \/**\n   * \u5220\u9664\u516c\u544a\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteNotificationById(notificationId: String): Unit = {\n    \/\/\u5148\u5220\u9664\u6587\u4ef6\uff0c\u6587\u4ef6\u5f15\u7528\u516c\u544a\u5916\u952e\n    fileDao.deleteFileByNnotificationId(notificationId)\n    notificationDao.deleteNotificationById(notificationId)\n  }\n\n  \/**\n   * \u66f4\u65b0\u516c\u544a\n   *\n   * @param notification notification\n   * @return\n   *\/\n  override def updateNotification(notification: Notification): Unit = {\n    systemNoticeDao.updateNotification(notification)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/DruidConfig.scala","text":"package com.tracy.competition.config\n\nimport com.alibaba.druid.pool.DruidDataSource\nimport org.springframework.boot.context.properties.ConfigurationProperties\nimport org.springframework.context.annotation.{Bean, Configuration, PropertySource}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 0:45\n *\/\n@Configuration\n@PropertySource(Array(\"classpath:db-config.properties\"))\nclass DruidConfig {\n\n  \/**\n   * \u5728\u5bb9\u5668\u4e2d\u6ce8\u5165Druid\u6570\u636e\u6e90\n   *\n   * @return \u6570\u636e\u6e90\n   *\/\n  @ConfigurationProperties(prefix = \"spring.datasource\")\n  @Bean def druid = new DruidDataSource\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/RecruitServiceImpl.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<gh_stars>0\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.RecruitDao\nimport com.tracy.competition.domain.entity.{Team, User, UserTeam}\nimport com.tracy.competition.service.RecruitService\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:26\n *\/\n@Service\nclass RecruitServiceImpl extends RecruitService {\n\n  @Autowired private val recruitDao: RecruitDao = null\n\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u72b6\u6001\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n   *\n   * @param teamState teamState\n   * @return\n   *\/\n  override def findAllTeamByState(teamState: Integer): util.List[Team] = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    recruitDao.findAllTeamByState(teamState, user.getUserId)\n  }\n\n  \/**\n   * \u67e5\u8be2\u8be5\u7528\u6237\u7684\u6240\u6709\u52a0\u5165\u7684\u961f\u4f0d\u5217\u8868\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def findAllUserTeam(userId: String): util.List[UserTeam] = {\n    recruitDao.findAllUserTeam(userId)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/ApplyController.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/controller\/ApplyController.scala\npackage com.tracy.competition.controller\n\nimport java.util\nimport java.util.UUID\n\nimport com.tracy.competition.domain.entity._\nimport com.tracy.competition.service.{ApplyService, TeamService}\nimport com.tracy.competition.utils.ResponseMessage\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, RestController}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:08\n *\/\n@RestController\n@RequestMapping(Array(\"\/apply\"))\nclass ApplyController {\n\n  @Autowired private val applyService: ApplyService = null\n  @Autowired private val teamService: TeamService = null\n\n  \/**\n   * \u4e2a\u4eba\u8d5b\u62a5\u540d\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/doApply\"), method = Array(RequestMethod.POST))\n  def doApply(competitionId: String): ResponseMessage = {\n    \/\/\u521b\u5efa\u4e2d\u95f4\u8868\u5bf9\u8c61\uff0c\u5c01\u88c5\u62a5\u540d\u4fe1\u606f\n    val userCompetition: UserCompetition = new UserCompetition\n    val competition: Competition = new Competition\n    competition.setCompetitionId(competitionId)\n    userCompetition.setCompetition(competition)\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    userCompetition.setUser(user)\n    \/\/\u83b7\u53d6\u5f53\u524d\u65f6\u95f4\u6beb\u79d2\u503c,\u5e76\u5b58\u5165\u5c01\u88c5\u5bf9\u8c61\n    userCompetition.setDate(System.currentTimeMillis)\n    try {\n      applyService.insertApply(userCompetition)\n      ResponseMessage(\"1\", \"\u62a5\u540d\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u62a5\u540d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u7ec4\u961f\u8d5b\u62a5\u540d\n   *\n   * @param teamId teamId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/doApplyByTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def doApplyByTeam(teamId: String): ResponseMessage = { \/\/\u521b\u5efa\u961f\u4f0d\u5bf9\u8c61\uff0c\u5c01\u88c5id\u548c\u62a5\u540d\u65f6\u95f4,\u961f\u4f0d\u72b6\u6001\n    val team: Team = new Team\n    team.setTeamId(teamId)\n    \/\/\u8bbe\u7f6e\u961f\u4f0d\u72b6\u6001\u4e3a3,\u5373\u5df2\u62a5\u540d\n    team.setTeamState(3)\n    team.setApplyTime(System.currentTimeMillis)\n    println(team)\n    try {\n      teamService.updateTeam(team)\n      ResponseMessage(\"1\", \"\u62a5\u540d\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u62a5\u540d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u4e2a\u4eba\u8d5b\u53d6\u6d88\u62a5\u540d\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/cancelApply\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def cancelApply(competitionId: String): ResponseMessage = {\n    val userCompetition: UserCompetition = new UserCompetition\n    val competition: Competition = new Competition\n    competition.setCompetitionId(competitionId)\n    userCompetition.setCompetition(competition)\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    userCompetition.setUser(user)\n    try {\n      applyService.deleteApply(userCompetition)\n      ResponseMessage(\"1\", \"\u53d6\u6d88\u62a5\u540d\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u53d6\u6d88\u62a5\u540d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u7ba1\u7406\u5458\u53d6\u6d88\u7528\u6237\u62a5\u540d\n   *\n   * @param userCompetition userCompetition\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/adminCancelApply\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def adminCancelApply(@RequestBody userCompetition: UserCompetition): ResponseMessage = {\n    println(userCompetition)\n    try {\n      applyService.deleteApply(userCompetition)\n      ResponseMessage(\"1\", \"\u53d6\u6d88\u62a5\u540d\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u53d6\u6d88\u62a5\u540d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u7ec4\u961f\u8d5b\u53d6\u6d88\u62a5\u540d\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/cancelTeamApply\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def cancelTeamApply(competitionId: String): ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val team: Team = teamService.findTeamByCaptainIdAndCompetitionId(user.getUserId, competitionId)\n      if (team != null && team.getApplyTime != null) if (team.getCaptain.getUserId == user.getUserId) {\n        teamService.updateTeamCancelApply(team.getTeamId)\n        ResponseMessage(\"1\", \"\u53d6\u6d88\u62a5\u540d\u6210\u529f\")\n      }\n      else { \/\/\u975e\u961f\u957f\u53d6\u6d88\u62a5\u540d\n        ResponseMessage(\"1\", \"\u53d6\u6d88\u62a5\u540d\u5931\u8d25\uff0c\u961f\u5458\u65e0\u6743\u53d6\u6d88\u62a5\u540d\uff0c\u8bf7\u8054\u7cfb\u961f\u957f\")\n      }\n      else ResponseMessage(\"0\", \"\u672a\u62a5\u540d\uff0c\u53d6\u6d88\u62a5\u540d\u5931\u8d25\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u53d6\u6d88\u62a5\u540d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u7ba1\u7406\u5458\u53d6\u6d88\u7ec4\u961f\u8d5b\u62a5\u540d\n   *\n   * @param teamId teamId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/adminCancelTeamApply\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def adminCancelTeamApply(teamId: String): ResponseMessage = try {\n    val team: Team = new Team\n    team.setTeamId(teamId)\n    team.setTeamState(2)\n    println(team)\n    teamService.updateTeam(team)\n    ResponseMessage(\"1\", \"\u53d6\u6d88\u62a5\u540d\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u53d6\u6d88\u62a5\u540d\u5931\u8d25\")\n  }\n\n  \/**\n   * \u83b7\u5f97\u8be5\u7528\u6237\u5bf9\u4e8e\u8be5\u7ade\u8d5b\u7684\u7684\u62a5\u540d\u72b6\u6001\/\u5df2\u62a5\u540d\/\u672a\u62a5\u540d\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/loadApplyState\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def loadApplyState(competitionId: String): ResponseMessage = {\n    val userCompetition: UserCompetition = new UserCompetition\n    val competition: Competition = new Competition\n    competition.setCompetitionId(competitionId)\n    userCompetition.setCompetition(competition)\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    userCompetition.setUser(user)\n    try {\n      val uc: UserCompetition = applyService.findApplyByUserIdAndCompetitionId(userCompetition)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u52a0\u8f7d\u6210\u529f\")\n      responseMessage.getData.put(\"userCompetition\", uc)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u52a0\u8f7d\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u83b7\u5f97\u8be5\u961f\u4f0d\u5bf9\u4e8e\u8be5\u7ade\u8d5b\u7684\u7684\u62a5\u540d\u72b6\u6001\/\u5df2\u62a5\u540d\/\u672a\u62a5\u540d\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/loadTeamApplyState\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def loadTeamApplyState(competitionId: String): ResponseMessage = try {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    val team: Team = teamService.findTeamByCaptainIdAndCompetitionId(user.getUserId, competitionId)\n    if (team != null && team.getApplyTime != null) {\n      val responseMessage: ResponseMessage = ResponseMessage(\"2\", \"\u6709\u5df2\u62a5\u540d\u8be5\u6bd4\u8d5b\u961f\u4f0d\")\n      responseMessage.getData.put(\"team\", team)\n      return responseMessage\n    }\n    ResponseMessage(\"1\", \"\u65e0\u5df2\u62a5\u540d\u8be5\u6bd4\u8d5b\u961f\u4f0d\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u52a0\u8f7d\u5931\u8d25\")\n  }\n\n  \/**\n   * \u53d1\u8d77\u52a0\u5165\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param apply apply\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/joinTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def joinTeam(@RequestBody apply: Apply): ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    apply.setUser(user)\n    apply.setApplyState(0)\n    \/\/\u5224\u65ad\u662f\u5426\u6709\u6b63\u5728\u52a0\u5165\u8be5\u961f\u4f0d\u7684\u7533\u8bf7\n    if (applyService.findApplyByUserIdAndApplyStateAndTeamId(apply))\n      return ResponseMessage(\"-1\", \"\u60a8\u6709\u6b63\u5728\u7533\u8bf7\u52a0\u5165\u8be5\u961f\u4f0d\u7684\u7533\u8bf7\uff0c\u8bf7\u524d\u5f80\u201c\u6211\u7684\u6bd4\u8d5b\u00b7\u961f\u4f0d -> \u6211\u7684\u7533\u8bf7\u201d\u67e5\u770b\")\n    apply.setApplyId(UUID.randomUUID.toString)\n    apply.setApplyTime(System.currentTimeMillis)\n    try {\n      applyService.insertTeamApply(apply)\n      ResponseMessage(\"1\", \"\u63d0\u4ea4\u7533\u8bf7\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u63d0\u4ea4\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u901a\u8fc7\u52a0\u5165\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param apply apply\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/pass\"), method = Array(RequestMethod.POST))\n  def pass(@RequestBody apply: Apply): ResponseMessage = {\n    println(apply)\n    apply.setApplyDisposeTime(System.currentTimeMillis)\n    \/\/\u8bbe\u7f6e\u7533\u8bf7\u72b6\u6001\u4e3a1\uff0c\u5373\u901a\u8fc7\n    apply.setApplyState(1)\n    \/\/\u961f\u4f0d\u4eba\u6570\u52a01\n    apply.getTeam.setTeamHeadcount(apply.getTeam.getTeamHeadcount + 1)\n    \/\/\u82e5\u961f\u4f0d\u4eba\u6570\u7b49\u4e8e\u7ade\u8d5b\u89c4\u5b9a\u4eba\u6570\n    if (apply.getTeam.getTeamHeadcount == apply.getTeam.getCompetition.getCompetitionPeopleSum) { \/\/\u8bbe\u7f6e\u961f\u4f0d\u72b6\u6001\u4e3a\u5df2\u6ee1\u5458\n      apply.getTeam.setTeamState(2)\n    }\n    else { \/\/\u8bbe\u7f6e\u4e3a\u961f\u4f0d\u72b6\u6001\u62db\u52df\u4e2d\n      apply.getTeam.setTeamState(1)\n    }\n    try {\n      applyService.updateApplyByDispose(apply)\n      ResponseMessage(\"1\", \"\u5904\u7406\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u5904\u7406\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u62d2\u7edd\u52a0\u5165\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param applyId applyId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/refuse\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def refuse(applyId: String): ResponseMessage = {\n    val apply: Apply = new Apply\n    apply.setApplyId(applyId)\n    apply.setApplyDisposeTime(System.currentTimeMillis)\n    apply.setApplyState(2)\n    try {\n      applyService.updateApplyByDispose(apply)\n      ResponseMessage(\"1\", \"\u5904\u7406\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u5904\u7406\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u6b63\u5728\u7533\u8bf7\u7684\u7533\u8bf7\u5217\u8868\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getMyJoinApplyList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def getMyJoinApplyList: ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val applies: util.List[Apply] = applyService.findMyApplyList(user.getUserId, 0)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"applies\", applies)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u5df2\u7ed3\u675f\u7684\u7533\u8bf7\u5217\u8868\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getHistoryJoinApplyList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def getHistoryJoinApplyList: ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try { \/\/\u9664\u72b6\u60010\u4ee5\u5916\u90fd\u662f\u5df2\u7ed3\u675f\u7684\u7533\u8bf7\n      val applies: util.List[Apply] = applyService.findMyHistoryApplyList(user.getUserId, 0)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"applies\", applies)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u64a4\u9500\u52a0\u5165\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param applyId applyId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/cancelMyTeamApply\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  def cancelMyTeamApply(applyId: String): ResponseMessage = try {\n    applyService.deleteTeamApply(applyId)\n    ResponseMessage(\"1\", \"\u64a4\u9500\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u64a4\u9500\u5931\u8d25\")\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/utils\/POIUtils.scala","text":"package com.tracy.competition.utils\n\nimport java.io.{ByteArrayOutputStream, IOException}\nimport java.nio.charset.StandardCharsets\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Team, User}\nimport org.apache.poi.hpsf.{DocumentSummaryInformation, SummaryInformation}\nimport org.apache.poi.hssf.usermodel.{HSSFCell, HSSFCellStyle, HSSFRow, HSSFSheet, HSSFWorkbook}\nimport org.apache.poi.ss.usermodel.{FillPatternType, IndexedColors}\nimport org.springframework.http.{HttpHeaders, HttpStatus, MediaType, ResponseEntity}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 12:40\n *\/\nobject POIUtils {\n\n  \/\/\u5bfc\u51fa\n  def userExcel(list: util.List[User]): ResponseEntity[Array[Byte]] = {\n    \/\/1. \u521b\u5efa\u4e00\u4e2a Excel \u6587\u6863\n    val workbook = new HSSFWorkbook\n    \/\/2. \u521b\u5efa\u6587\u6863\u6458\u8981\n    workbook.createInformationProperties()\n    \/\/3. \u83b7\u53d6\u5e76\u914d\u7f6e\u6587\u6863\u4fe1\u606f\n    val docInfo: DocumentSummaryInformation = workbook.getDocumentSummaryInformation\n    \/\/\u6587\u6863\u7c7b\u522b\n    docInfo.setCategory(\"\u62a5\u540d\u4fe1\u606f\")\n\n    \/\/4. \u83b7\u53d6\u6587\u6863\u6458\u8981\u4fe1\u606f\n    val summInfo: SummaryInformation = summaryInfo(workbook.getSummaryInformation)\n\n    \/\/5. \u521b\u5efa\u6837\u5f0f\n    \/\/\u521b\u5efa\u6807\u9898\u884c\u7684\u6837\u5f0f\n    val headerStyle: HSSFCellStyle = headStyleSetting(workbook.createCellStyle)\n\n    val sheet: HSSFSheet = sheetParams(workbook.createSheet(\"\u62a5\u540d\u4fe1\u606f\u8868\"))\n\n    \/\/6. \u521b\u5efa\u6807\u9898\u884c\n    val r0: HSSFRow = sheet.createRow(0)\n    \/\/\u8bbe\u7f6e\u884c\u503c\n    val c0: HSSFCell = r0.createCell(0)\n    c0.setCellValue(\"\u5e8f\u53f7\")\n    c0.setCellStyle(headerStyle)\n    val c1: HSSFCell = r0.createCell(1)\n    c1.setCellStyle(headerStyle)\n    c1.setCellValue(\"\u59d3\u540d\")\n    val c2: HSSFCell = r0.createCell(2)\n    c2.setCellStyle(headerStyle)\n    c2.setCellValue(\"\u5b66\u6821\")\n    val c3: HSSFCell = r0.createCell(3)\n    c3.setCellStyle(headerStyle)\n    c3.setCellValue(\"\u5b66\u9662\")\n    val c4: HSSFCell = r0.createCell(4)\n    c4.setCellStyle(headerStyle)\n    c4.setCellValue(\"\u5e74\u7ea7\")\n    val c5: HSSFCell = r0.createCell(5)\n    c5.setCellStyle(headerStyle)\n    c5.setCellValue(\"\u73ed\u7ea7\")\n    val c6: HSSFCell = r0.createCell(6)\n    c6.setCellStyle(headerStyle)\n    c6.setCellValue(\"\u6027\u522b\")\n    val c7: HSSFCell = r0.createCell(7)\n    c7.setCellStyle(headerStyle)\n    c7.setCellValue(\"\u8054\u7cfb\u7535\u8bdd\")\n    for (i <- 0 until list.size) {\n      val user: User = list.get(i)\n      val row: HSSFRow = sheet.createRow(i + 1)\n      row.createCell(0).setCellValue(i + 1)\n      row.createCell(1).setCellValue(user.getName)\n      row.createCell(2).setCellValue(user.getCollege.getUniversity.getUniversityName)\n      row.createCell(3).setCellValue(user.getCollege.getCollegeName)\n      row.createCell(4).setCellValue(user.getPeriod.toDouble)\n      row.createCell(5).setCellValue(user.getUserClassName)\n      row.createCell(6).setCellValue(user.getSex)\n      row.createCell(7).setCellValue(user.getPhone)\n    }\n\n    packageResponseEntity(workbook)\n  }\n\n  def teamExcel(teamList: util.List[Team]): ResponseEntity[Array[Byte]] = {\n    val workbook = new HSSFWorkbook\n    workbook.createInformationProperties()\n    val docInfo: DocumentSummaryInformation = workbook.getDocumentSummaryInformation\n    docInfo.setCategory(\"\u961f\u4f0d\u62a5\u540d\u4fe1\u606f\")\n    val summInfo: SummaryInformation = summaryInfo(workbook.getSummaryInformation)\n\n    val headerStyle: HSSFCellStyle = headStyleSetting(workbook.createCellStyle)\n\n    val sheet: HSSFSheet = sheetParams(workbook.createSheet(\"\u62a5\u540d\u4fe1\u606f\u8868\"))\n\n    val r0: HSSFRow = sheet.createRow(0)\n    val c0: HSSFCell = r0.createCell(0)\n    c0.setCellValue(\"\u5e8f\u53f7\")\n    c0.setCellStyle(headerStyle)\n    val c1: HSSFCell = r0.createCell(1)\n    c1.setCellStyle(headerStyle)\n    c1.setCellValue(\"\u961f\u4f0d\u540d\")\n    val c2: HSSFCell = r0.createCell(2)\n    c2.setCellStyle(headerStyle)\n    c2.setCellValue(\"\u59d3\u540d\")\n    val c3: HSSFCell = r0.createCell(3)\n    c3.setCellStyle(headerStyle)\n    c3.setCellValue(\"\u5b66\u6821\")\n    val c4: HSSFCell = r0.createCell(4)\n    c4.setCellStyle(headerStyle)\n    c4.setCellValue(\"\u5b66\u9662\")\n    val c5: HSSFCell = r0.createCell(5)\n    c5.setCellStyle(headerStyle)\n    c5.setCellValue(\"\u5e74\u7ea7\")\n    val c6: HSSFCell = r0.createCell(6)\n    c6.setCellStyle(headerStyle)\n    c6.setCellValue(\"\u73ed\u7ea7\")\n    val c7: HSSFCell = r0.createCell(7)\n    c7.setCellStyle(headerStyle)\n    c7.setCellValue(\"\u6027\u522b\")\n    val c8: HSSFCell = r0.createCell(8)\n    c8.setCellStyle(headerStyle)\n    c8.setCellValue(\"\u8054\u7cfb\u7535\u8bdd\")\n    \/\/\u5f53\u524d\u884c\uff0c\u9ed8\u8ba41,  0\u4e3a\u8868\u5934\n    var nowLine = 1\n    for (i <- 0 until teamList.size) {\n      val team: Team = teamList.get(i)\n      System.out.println(team)\n      val row: HSSFRow = sheet.createRow(nowLine)\n      row.createCell(0).setCellValue(i + 1)\n      row.createCell(1).setCellValue(team.getTeamName)\n      row.createCell(2).setCellValue(team.getCaptain.getName)\n      row.createCell(3).setCellValue(team.getCaptain.getCollege.getUniversity.getUniversityName)\n      row.createCell(4).setCellValue(team.getCaptain.getCollege.getCollegeName)\n      row.createCell(5).setCellValue(team.getCaptain.getPeriod.toDouble)\n      row.createCell(6).setCellValue(team.getCaptain.getUserClassName)\n      row.createCell(7).setCellValue(team.getCaptain.getSex)\n      row.createCell(8).setCellValue(team.getCaptain.getPhone)\n      \/\/\u884c\u81ea\u52a0\n      nowLine += 1\n      \/\/\u961f\u4f0d\u6210\u5458\u6807\u9898\u884c\n      val rr0: HSSFRow = sheet.createRow(nowLine)\n      \/\/\u8bbe\u7f6e\u884c\u503c,\u4ece1\u5f00\u59cb\uff0c\u4ee3\u8868\u6210\u5458\u504f\u79fb\u4e00\u683c\n      val cc1: HSSFCell = rr0.createCell(1)\n      cc1.setCellValue(\"\u6210\u5458\u5e8f\u53f7\")\n      cc1.setCellStyle(headerStyle)\n      val cc2: HSSFCell = rr0.createCell(2)\n      cc2.setCellStyle(headerStyle)\n      cc2.setCellValue(\"\u59d3\u540d\")\n      val cc3: HSSFCell = rr0.createCell(3)\n      cc3.setCellStyle(headerStyle)\n      cc3.setCellValue(\"\u5b66\u6821\")\n      val cc4: HSSFCell = rr0.createCell(4)\n      cc4.setCellStyle(headerStyle)\n      cc4.setCellValue(\"\u5b66\u9662\")\n      val cc5: HSSFCell = rr0.createCell(5)\n      cc5.setCellStyle(headerStyle)\n      cc5.setCellValue(\"\u5e74\u7ea7\")\n      val cc6: HSSFCell = rr0.createCell(6)\n      cc6.setCellStyle(headerStyle)\n      cc6.setCellValue(\"\u73ed\u7ea7\")\n      val cc7: HSSFCell = rr0.createCell(7)\n      cc7.setCellStyle(headerStyle)\n      cc7.setCellValue(\"\u6027\u522b\")\n      val cc8: HSSFCell = rr0.createCell(8)\n      cc8.setCellStyle(headerStyle)\n      cc8.setCellValue(\"\u8054\u7cfb\u7535\u8bdd\")\n      nowLine += 1\n      for (j <- 1 until team.getUsers.size) {\n        val user: User = team.getUsers.get(j)\n        val row1: HSSFRow = sheet.createRow(nowLine)\n        row1.createCell(1).setCellValue(j)\n        row1.createCell(2).setCellValue(user.getName)\n        row1.createCell(3).setCellValue(user.getCollege.getUniversity.getUniversityName)\n        row1.createCell(4).setCellValue(user.getCollege.getCollegeName)\n        row1.createCell(5).setCellValue(user.getPeriod.toDouble)\n        row1.createCell(6).setCellValue(user.getUserClassName)\n        row1.createCell(7).setCellValue(user.getSex)\n        row1.createCell(8).setCellValue(user.getPhone)\n        nowLine += 1\n      }\n    }\n\n    packageResponseEntity(workbook)\n  }\n\n  \/**\n   * \u6458\u8981\u4fe1\u606f\u521d\u59cb\u5316\n   * @param summInfo  summaryInformation\n   * @return\n   *\/\n  private def summaryInfo(summInfo: SummaryInformation): SummaryInformation = {\n    \/\/\u6587\u6863\u6807\u9898\n    summInfo.setTitle(\"\u62a5\u540d\u4fe1\u606f\")\n    \/\/\u6587\u6863\u4f5c\u8005\n    summInfo.setAuthor(\"admin\")\n    \/\/ \u6587\u6863\u5907\u6ce8\n    summInfo.setComments(\"\u672c\u6587\u6863\u7531\u7ade\u8d5b\u7ba1\u7406\u7cfb\u7edf\u5bfc\u51fa\")\n    summInfo\n  }\n\n  \/**\n   * \u8bbe\u7f6e\u5934\u53c2\u6570\n   * @param headerStyle headerStyle\n   * @return\n   *\/\n  private def headStyleSetting(headerStyle: HSSFCellStyle): HSSFCellStyle = {\n    headerStyle.setFillForegroundColor(IndexedColors.YELLOW.index)\n    headerStyle.setFillPattern(FillPatternType.SOLID_FOREGROUND)\n    headerStyle\n  }\n\n  \/**\n   * \u8bbe\u7f6e\u5217\u53c2\u6570\n   * @param sheet  sheet\n   * @return\n   *\/\n  private def sheetParams(sheet: HSSFSheet): HSSFSheet = {\n    \/\/\u8bbe\u7f6e\u5217\u7684\u5bbd\u5ea6\n    sheet.setColumnWidth(0, 5 * 256)\n    sheet.setColumnWidth(1, 10 * 256)\n    sheet.setColumnWidth(2, 20 * 256)\n    sheet.setColumnWidth(3, 20 * 256)\n    sheet.setColumnWidth(4, 10 * 256)\n    sheet.setColumnWidth(5, 20 * 256)\n    sheet.setColumnWidth(6, 5 * 256)\n    sheet.setColumnWidth(7, 15 * 256)\n    sheet\n  }\n\n  \/**\n   * \u5c06workbook\u5c01\u88c5\u81f3http\u54cd\u5e94\u4f53\n   *\n   * @param workbook workbook\n   * @return\n   *\/\n  private def packageResponseEntity(workbook: HSSFWorkbook): ResponseEntity[Array[Byte]] = {\n    val baos = new ByteArrayOutputStream\n    val headers = new HttpHeaders\n    try {\n      headers.setContentDispositionFormData(\"attachment\", new String(\"\u62a5\u540d\u8868.xls\".getBytes(StandardCharsets.UTF_8), StandardCharsets.ISO_8859_1))\n      headers.setContentType(MediaType.APPLICATION_OCTET_STREAM)\n      workbook.write(baos)\n    } catch {\n      case e: IOException =>\n        e.printStackTrace()\n    }\n    new ResponseEntity[Array[Byte]](baos.toByteArray, headers, HttpStatus.CREATED)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Competition.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass Competition extends Serializable {\n  @BeanProperty var competitionId: String = _\n\n  @BeanProperty var college: College = _\n\n  @BeanProperty var users: java.util.List[User] = _\n\n  @BeanProperty var competitionName: String = _\n\n  @BeanProperty var competitionState: Integer = _\n\n  @BeanProperty var competitionFile: String = _\n\n  @BeanProperty var competitionContent: String = _\n\n  @BeanProperty var competitionType: String = _\n\n  @BeanProperty var competitionTime: String = _\n\n  @BeanProperty var competitionStoptime: java.lang.Long = 0L\n\n  @BeanProperty var competitionLevel: Integer = _\n\n  @BeanProperty var competitionSite: String = _\n\n  @BeanProperty var competitionPeopleSum: Integer = _\n\n  @BeanProperty var notifications: java.util.List[Notification] = _\n\n  @BeanProperty var files: java.util.List[File] = _\n\n  @BeanProperty var win: Win = _\n\n  @BeanProperty var teams: java.util.List[Team] = _\n\n  override def toString: String = {\n    \"Competition{\" +\n      \"competitionId='\" + competitionId + '\\'' +\n      \", college=\" + college +\n      \", users=\" + users +\n      \", competitionName='\" + competitionName + '\\'' +\n      \", competitionState=\" + competitionState +\n      \", competitionFile='\" + competitionFile + '\\'' +\n      \", competitionContent='\" + competitionContent + '\\'' +\n      \", competitionType='\" + competitionType + '\\'' +\n      \", competitionTime='\" + competitionTime + '\\'' +\n      \", competitionStoptime=\" + competitionStoptime +\n      \", competitionLevel=\" + competitionLevel +\n      \", competitionSite='\" + competitionSite + '\\'' +\n      \", competitionPeopleSum=\" + competitionPeopleSum +\n      \", notifications=\" + notifications +\n      \", files=\" + files +\n      \", win=\" + win +\n      \", teams=\" + teams +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/AdviceServiceImpl.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/AdviceServiceImpl.scala\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.AdviceDao\nimport com.tracy.competition.domain.entity.Advice\nimport com.tracy.competition.service.AdviceService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 11:11\n *\/\n@Service\nclass AdviceServiceImpl extends AdviceService {\n\n  @Autowired private val adviceDao: AdviceDao = null\n\n  \/**\n   * \u63d2\u5165\u53cd\u9988\u5efa\u8bae\n   *\n   * @param advice advice\n   *\/\n  override def insertAdvice(advice: Advice): Unit = {\n    adviceDao.insertAdvice(advice)\n  }\n\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u7684\u6295\u8bc9\u5efa\u8bae\n   *\n   * @param adviceState adviceState\n   * @return\n   *\/\n  override def getAllAdvice(adviceState: Integer): util.List[Advice] = {\n    adviceDao.getAllAdvice(adviceState)\n  }\n\n  \/**\n   * \u66f4\u65b0\u5904\u7406\u540e\u7684\u5efa\u8bae\u4fe1\u606f\n   *\n   * @param advice advice\n   *\/\n  override def updateAdvice(advice: Advice): Unit = {\n    adviceDao.updateAdvice(advice)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/ApplyService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Apply, UserCompetition}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:30\n *\/\ntrait ApplyService {\n\n  \/**\n   * \u4fdd\u5b58\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   * @return\n   *\/\n  def insertApply(userCompetition: UserCompetition): Unit\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u67e5\u8be2\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   * @return\n   *\/\n  def findApplyByUserIdAndCompetitionId(userCompetition: UserCompetition): UserCompetition\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u5220\u9664\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   *\/\n  def deleteApply(userCompetition: UserCompetition): Unit\n\n  \/**\n   * \u6839\u636e\u7ade\u8d5bid\u83b7\u53d6\u83b7\u5956\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findWinByCompetitionId(competitionId: String): util.List[UserCompetition]\n\n  \/**\n   * \u4fdd\u5b58\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param apply apply\n   * @return\n   *\/\n  def insertTeamApply(apply: Apply): Unit\n\n  \/**\n   * \u901a\u8fc7\u5904\u7406\u52a0\u5165\u961f\u4f0d\u7684\u7ed3\u679c\uff0c\u4fee\u6539\u7533\u8bf7\u4fe1\u606f\n   *\n   * @param apply apply\n   *\/\n  def updateApplyByDispose(apply: Apply): Unit\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u6240\u6709\u7533\u8bf7\u4e2d\u7684\u7533\u8bf7\n   *\n   * @param userId userId\n   * @param applyState applyState\n   * @return\n   *\/\n  def findMyApplyList(userId: String, applyState: Integer): util.List[Apply]\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u6240\u6709\u5df2\u7ed3\u675f\u7684\u7533\u8bf7\uff0c\u72b6\u6001\u53c2\u6570\uff0c\u6b63\u5728\u7533\u8bf7\u7684\u72b6\u60010\uff0c\u9664\u53bb\u72b6\u6001\u4e3a0\u7684\u90fd\u4e3a\u5df2\u7ed3\u675f\u7533\u8bf7\n   *\n   * @param userId userId\n   * @param applyState applyState\n   * @return\n   *\/\n  def findMyHistoryApplyList(userId: String, applyState: Integer): util.List[Apply]\n\n  \/**\n   * \u6839\u636e\u7528\u6237id,\u7533\u8bf7\u72b6\u6001\uff0c\u961f\u4f0did\u67e5\u627e\u8bb0\u5f55\n   *\n   * @param apply apply\n   * @return\n   *\/\n  def findApplyByUserIdAndApplyStateAndTeamId(apply: Apply): Boolean\n\n  \/**\n   * \u6839\u636e\u7533\u8bf7id\u5220\u9664\u7533\u8bf7\n   *\n   * @param applyId applyId\n   *\/\n  def deleteTeamApply(applyId: String): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/ApplyDao.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/ApplyDao.scala\npackage com.tracy.competition.dao\n\nimport com.tracy.competition.domain.entity.Apply\nimport com.tracy.competition.domain.entity.UserCompetition\nimport com.tracy.competition.domain.entity.UserTeam\nimport org.apache.ibatis.annotations.Mapper\nimport org.apache.ibatis.annotations.Param\nimport java.util\nimport java.util.List\n\n\n\/**\n * \u5904\u7406\u62a5\u540d\u53ca\u83b7\u5956\u4fe1\u606f\n *\n * @author Tracy\n * @date 2020\/11\/14 17:09\n *\/\n@Mapper\ntrait ApplyDao {\n    \/**\n     * \u4fdd\u5b58\u62a5\u540d\u4fe1\u606f\n     *\n     * @param userCompetition userCompetition\n     * @return\n     *\/\n    def insertApply(userCompetition: UserCompetition): Unit\n\n    \/**\n     * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u67e5\u8be2\u62a5\u540d\u4fe1\u606f\n     *\n     * @param userCompetition userCompetition\n     * @return\n     *\/\n    def findApplyByUserIdAndCompetitionId(userCompetition: UserCompetition): UserCompetition\n\n    \/**\n     * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u5220\u9664\u62a5\u540d\u4fe1\u606f\n     *\n     * @param userCompetition userCompetition\n     *\/\n    def deleteApply(userCompetition: UserCompetition): Unit\n\n    \/**\n     * \u6839\u636e\u7ade\u8d5bid\u83b7\u53d6\u83b7\u5956\u5217\u8868\n     *\n     * @param competitionId competitionId\n     * @return\n     *\/\n    def findWinByCompetitionId(competitionId: String): util.List[UserCompetition]\n\n    \/**\n     * \u4fdd\u5b58\u961f\u4f0d\u7533\u8bf7\n     *\n     * @param apply apply\n     * @return\n     *\/\n    def insertTeamApply(apply: Apply): Unit\n\n    \/**\n     * \u901a\u8fc7\u5904\u7406\u52a0\u5165\u961f\u4f0d\u7684\u7ed3\u679c\uff0c\u4fee\u6539\u7533\u8bf7\u4fe1\u606f\n     *\n     * @param apply apply\n     *\/\n    def updateApplyByDispose(apply: Apply): Unit\n\n    \/**\n     * \u83b7\u53d6\u7528\u6237\u6240\u6709\u7533\u8bf7\u4e2d\u7684\u7533\u8bf7\n     *\n     * @param userId userId\n     * @param applyState applyState\n     * @return\n     *\/\n    def findMyApplyList(@Param(\"userId\") userId: String, @Param(\"applyState\") applyState: Integer): util.List[Apply]\n\n    \/**\n     * \u83b7\u53d6\u7528\u6237\u6240\u6709\u5df2\u7ed3\u675f\u7684\u7533\u8bf7\uff0c\u72b6\u6001\u53c2\u6570\uff0c\u6b63\u5728\u7533\u8bf7\u7684\u72b6\u60010\uff0c\u9664\u53bb\u72b6\u6001\u4e3a0\u7684\u90fd\u4e3a\u5df2\u7ed3\u675f\u7533\u8bf7\n     *\n     * @param userId userId\n     * @param applyState applyState\n     * @return\n     *\/\n    def findMyHistoryApplyList(@Param(\"userId\") userId: String, @Param(\"applyState\") applyState: Integer): util.List[Apply]\n\n    \/**\n     * \u4fdd\u5b58\u7528\u6237-\u961f\u4f0d\u4fe1\u606f\n     *\n     * @param userTeam userTeam\n     *\/\n    def insertUserTeam(userTeam: UserTeam): Unit\n\n    \/**\n     * \u6839\u636e\u7528\u6237id,\u7533\u8bf7\u72b6\u6001\uff0c\u961f\u4f0did\u67e5\u627e\u8bb0\u5f55\n     *\n     * @param apply apply\n     * @return\n     *\/\n    def findApplyByUserIdAndApplyStateAndTeamId(apply: Apply): Apply\n\n    \/**\n     * \u6839\u636e\u7533\u8bf7id\u5220\u9664\u7533\u8bf7\n     *\n     * @param applyId applyId\n     *\/\n    def deleteTeamApply(applyId: String): Unit\n\n    \/**\n     * \u5220\u9664\u961f\u4f0d\u6240\u6709\u7533\u8bf7\n     *\n     * @param teamId teamId\n     *\/\n    def deleteApplyByTeamId(teamId: String): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/UniversityDao.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/UniversityDao.scala\npackage com.tracy.competition.dao\n\nimport com.tracy.competition.domain.entity.University\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:18\n *\/\n@Mapper trait UniversityDao {\n  \/**\n   * \u6839\u636e\u7528\u6237\u7684\u5b66\u9662id\u67e5\u8be2\u5b66\u6821\n   *\n   * @param collegeId collegeId\n   * @return\n   *\/\n  def findUniversityByCollegeId(collegeId: String): University\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Notification.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Notification.scala\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass Notification extends Serializable {\n  @BeanProperty var notificationId: String = _\n\n  @BeanProperty var notificationContent: String = _\n\n  @BeanProperty var competition: Competition = _\n\n  @BeanProperty var notificationTime: java.lang.Long = 0L\n\n  @BeanProperty var notificationTitle: String = _\n\n  @BeanProperty var notificationType: Integer = _\n\n  @BeanProperty var notificationState: Integer = _\n\n  @BeanProperty var files: java.util.List[File] = _\n\n  @BeanProperty var userIds:java.util.List[String] = _\n\n  override def toString: String = {\n    \"Notification{\" +\n      \"notificationId='\" + notificationId + '\\'' +\n      \", notificationContent='\" + notificationContent + '\\'' +\n      \", competition=\" + competition +\n      \", notificationTime='\" + notificationTime + '\\'' +\n      \", notificationTitle='\" + notificationTitle + '\\'' +\n      \", notificationType=\" + notificationType +\n      \", notificationState=\" + notificationState +\n      \", files=\" + files +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/College.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 0:53\n *\/\nclass College extends Serializable {\n\n  @BeanProperty var collegeId: String = _\n\n  @BeanProperty var university: University = _\n\n  @BeanProperty var collegeName: String = _\n\n  @BeanProperty var users: java.util.List[User] = _\n\n  override def toString: String = {\n    \"College{\" +\n      \"collegeId='\" + collegeId + '\\'' +\n      \", university=\" + university +\n      \", collegeName='\" + collegeName + '\\'' +\n      \", users=\" + users +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Apply.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass Apply extends Serializable {\n  @BeanProperty var applyId: String = _\n\n  @BeanProperty var applyTime: java.lang.Long = 0L\n\n  @BeanProperty var applyContent: String = _\n\n  @BeanProperty var applyDisposeTime: java.lang.Long = 0L\n\n  @BeanProperty var applyState: Integer = _\n\n  @BeanProperty var user: User = _\n\n  @BeanProperty var team: Team = _\n\n  override def toString: String = {\n    \"Apply{\" +\n      \"applyId='\" + applyId + '\\'' +\n      \", applyTime=\" + applyTime +\n      \", applyContent='\" + applyContent + '\\'' +\n      \", applyDisposeTime=\" + applyDisposeTime +\n      \", applyState=\" + applyState +\n      \", user=\" + user +\n      \", team=\" + team +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/University.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/University.scala\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 0:54\n *\/\nclass University extends Serializable {\n\n  @BeanProperty var universityId: String = _\n  @BeanProperty var universityName: String = _\n  @BeanProperty var universityCity: String = _\n  @BeanProperty var colleges: java.util.List[College] = _\n\n  override def toString: String = {\n    \"University{\" +\n      \"universityId='\" + universityId + '\\'' +\n      \", universityName='\" + universityName + '\\'' +\n      \", universityCity='\" + universityCity + '\\'' +\n      \", colleges=\" + colleges +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Role.scala","text":"package com.tracy.competition.domain.entity\n\nimport java.util\nimport java.util.List\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:06\n *\/\nclass Role extends Serializable {\n  @BeanProperty var roleId: String = _\n\n  @BeanProperty var roleName: String = _\n\n  @BeanProperty var promises: util.List[Promise] = _\n\n  @BeanProperty var users: util.List[User] = _\n\n  override def toString: String = {\n    \"Role{\" +\n      \"roleId='\" + roleId + '\\'' +\n      \", roleName='\" + roleName + '\\'' +\n      \", promises=\" + promises +\n      \", users=\" + users +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/TeamServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.{ApplyDao, TeamDao}\nimport com.tracy.competition.domain.entity.{Apply, Team, User}\nimport com.tracy.competition.service.TeamService\nimport org.apache.commons.collections4.CollectionUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport org.springframework.transaction.annotation.{Isolation, Propagation, Transactional}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:29\n *\/\n@Service\nclass TeamServiceImpl extends TeamService {\n\n  @Autowired private val teamDao: TeamDao = null\n  @Autowired private val applyDao: ApplyDao = null\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u521b\u5efa\u961f\u4f0d\u4fe1\u606f\n   *\n   * @param team team\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def insertTeam(team: Team): Unit = {\n    teamDao.insertTeam(team)\n    \/\/\u5c06\u81ea\u5df1\u589e\u52a0\u5230\u961f\u4f0d\u4e2d\n    teamDao.insertUserTeam(team.getTeamId, team.getCaptain.getUserId)\n  }\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u521b\u5efa\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def findMyTeam(userId: String): util.List[Team] = teamDao.findMyTeam(userId)\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u548c\u81ea\u5df1\u7684id\u83b7\u5f97\u9664\u81ea\u5df1\u4ee5\u5916\u7684\u6210\u5458\u5217\u8868\n   *\n   * @param teamId teamId\n   * @param userId userId\n   * @return\n   *\/\n  override def findUsersByTeamIdAndNotNowUser(teamId: String, userId: String): util.List[User] = {\n    teamDao.findUsersByTeamIdAndNotNowUser(teamId, userId)\n  }\n\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u4fe1\u606f\u4fee\u6539\u6570\u636e\u5e93\u961f\u4f0d\u6570\u636e\n   *\n   * @param team team\n   * @return\n   *\/\n  override def updateMyTeam(team: Team): Unit = teamDao.updateMyTeam(team)\n\n  \/**\n   * \u5220\u9664\u961f\u4f0d\u4e2d\u7684\u6210\u5458\n   *\n   * @param teamId teamId\n   * @param userId userId\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteTeamUser(teamId: String, userId: String): Unit = {\n    teamDao.deleteTeamUser(teamId, userId)\n    teamDao.updateTeamHeadcount(teamId)\n  }\n\n  \/**\n   * \u89e3\u6563\u961f\u4f0d\uff0c\u5e76\u6e05\u7a7a\u961f\u5458\n   *\n   * @param teamId teamId\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteTeam(teamId: String): Unit = {\n    \/\/\u901a\u8fc7\u961f\u4f0did\u5220\u9664\u6240\u6709\u961f\u5458\n    teamDao.deleteTeamUserByTeamId(teamId)\n    \/\/\u5220\u9664\u6240\u6709\u7533\u8bf7\n    applyDao.deleteApplyByTeamId(teamId)\n    teamDao.deleteTeam(teamId)\n  }\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u52a0\u5165\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def findJoinTeam(userId: String): util.List[Team] = teamDao.findJoinTeam(userId)\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u6bd4\u8d5bid\u5220\u9664\u4e00\u4e2a\u961f\u4f0d\u6210\u5458\n   *\n   * @param teamId teamId\n   * @param userId userId\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteTeamOneUser(teamId: String, userId: String): Unit = {\n    teamDao.deleteTeamUser(teamId, userId)\n    \/\/\u83b7\u5f97\u5f53\u524d\u961f\u4f0d\n    val team: Team = teamDao.findTeamById(teamId)\n    \/\/\u5224\u65ad\u5f53\u524d\u961f\u4f0d\u72b6\u6001,\u5982\u679c\u4e3a\u5df2\u6ee1\u4eba\u6216\u5df2\u62a5\u540d\uff0c\u4fee\u6539\u961f\u4f0d\u72b6\u6001\uff0c\u53cd\u4e4b\u4e0d\u4fee\u6539\n    if ((team.getTeamState == 2) || (team.getTeamState == 3)) team.setTeamState(0)\n    \/\/\u961f\u4f0d\u4eba\u6570\u51cf1\n    team.setTeamHeadcount(team.getTeamHeadcount - 1)\n    teamDao.updateTeamStateAndHeadCount(team)\n  }\n\n  \/**\n   * \u6839\u636e\u7528\u6237\u6240\u6709\u6bd4\u8d5b\u83b7\u53d6\u6240\u6709\u5904\u4e8e\u6b63\u5728\u7533\u8bf7\u72b6\u6001\u7533\u8bf7\n   *\n   * @param teams teams\n   * @return\n   *\/\n  override def findAllMyTeamApply(teams: util.List[Team]): util.List[Apply] = {\n    if (CollectionUtils.isEmpty(teams)) null else teamDao.findAllMyTeamApply(teams)\n  }\n\n  \/**\n   * \u6839\u636e\u7528\u6237\u6240\u6709\u6bd4\u8d5b\u83b7\u53d6\u8be5\u7528\u6237\u5904\u7406\u7684\u6240\u6709\u901a\u8fc7\u6216\u62d2\u7edd\u7684\u7533\u8bf7\n   *\n   * @param teams teams\n   * @return\n   *\/\n  override def findAllMyHistoryTeamApply(teams: util.List[Team]): util.List[Apply] = {\n    if (CollectionUtils.isEmpty(teams))\n      null\n    \/\/\u83b7\u53d6\u5ba1\u6279\u8fc7\u7684\u7533\u8bf7\u5217\u8868\n    else\n      teamDao.findAllMyDispose(teams)\n  }\n\n  \/**\n   * \u62a5\u540d\uff0c\u4fee\u6539\u961f\u4f0d\u4fe1\u606f\n   *\n   * @param team team\n   *\/\n  override def updateTeam(team: Team): Unit = teamDao.updateTeam(team)\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u83b7\u53d6\u961f\u4f0d\n   *\n   * @param userId        userId\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findTeamByCaptainIdAndCompetitionId(userId: String, competitionId: String): Team = {\n    teamDao.findTeamByCaptainIdAndCompetitionId(userId, competitionId)\n  }\n\n  \/**\n   * \u53d6\u6d88\u961f\u4f0d\u62a5\u540d\n   *\n   * @param teamId teamId\n   *\/\n  override def updateTeamCancelApply(teamId: String): Unit = {\n    teamDao.updateTeamCancelApply(teamId)\n  }\n\n  \/**\n   * \u6839\u636e\u7ade\u8d5bid\u53ca\u5df2\u62a5\u540d\u7684\u72b6\u6001\uff083\uff09\uff0c\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findTeamByCompetitionIdAndRegistered(competitionId: String): util.List[Team] = {\n    teamDao.findTeamByCompetitionIdAndRegistered(competitionId)\n  }\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u548c\u961f\u957fid\u83b7\u53d6\u961f\u4f0d\u6240\u6709\u6210\u5458\u4fe1\u606f\n   *\n   * @param teamId    teamId\n   * @param captainId captainId\n   * @return\n   *\/\n  override def findUserListByTeamIdAndCaptainId(teamId: String, captainId: String): util.List[User] = {\n    \/\/\u83b7\u53d6\u961f\u4f0d\u6210\u5458\u4fe1\u606f\n    val users: util.List[User] = teamDao.findUserListByTeamId(teamId)\n    println(users)\n    println(users.size)\n    users\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/WinNotificationServiceDao.scala","text":"package com.tracy.competition.dao\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.Notification\nimport org.apache.ibatis.annotations.{Mapper, Param}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:19\n *\/\n@Mapper\ntrait WinNotificationServiceDao {\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findAllWinNotification(notificationType: Integer): util.List[Notification]\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u83b7\u5956\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def insertWinNotification(notification: Notification): Unit\n\n  \/**\n   * \u4fdd\u5b58\u624b\u52a8\u5f55\u5165\u7684\u83b7\u5956\u4fe1\u606f\n   *\n   * @param userId userId\n   * @param ranking ranking\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def updateWinRanking(@Param(\"userId\") userId: String, @Param(\"competitionId\") competitionId: String, @Param(\"ranking\") ranking: Integer): Unit\n\n  \/**\n   * \u6e05\u9664\u83b7\u5956\u4fe1\u606f\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def deleteWin(competitionId: String): Unit\n\n  \/**\n   * \u66f4\u65b0\u83b7\u5956\u901a\u77e5\u5185\u5bb9\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def updateWinNotification(notification: Notification): Unit\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/AdviceDao.scala","text":"package com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Advice\nimport org.apache.ibatis.annotations.{Mapper, Param}\n\n\n\/**\n * @author Tracy\n * @date 2020\/11\/14 17:09\n *\/\n@Mapper\ntrait AdviceDao {\n  \/**\n   * \u63d2\u5165\u53cd\u9988\u5efa\u8bae\n   *\n   * @param advice advice\n   *\/\n  def insertAdvice(advice: Advice): Unit\n\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u7684\u6295\u8bc9\u5efa\u8bae\n   *\n   * @return\n   *\/\n  def getAllAdvice(@Param(\"adviceState\") adviceState: Integer): util.List[Advice]\n\n  \/**\n   * \u66f4\u65b0\u610f\u89c1\n   *\n   * @param advice advice\n   *\/\n  def updateAdvice(advice: Advice): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/HelloController.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/controller\/HelloController.scala\npackage com.tracy.competition.controller\n\nimport org.springframework.web.bind.annotation.{RequestMapping, ResponseBody, RestController}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/13 20:31\n *\/\n@RestController\nclass HelloController {\n\n  @ResponseBody\n  @RequestMapping(Array(\"\/nihao\"))\n  def hello(): String = {\n    \"hello world\"\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/RecruitService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Team, UserTeam}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:36\n *\/\ntrait RecruitService {\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u72b6\u6001\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n   *\n   * @param teamState teamState\n   * @return\n   *\/\n  def findAllTeamByState(teamState: Integer): util.List[Team]\n\n  \/**\n   * \u67e5\u8be2\u8be5\u7528\u6237\u7684\u6240\u6709\u52a0\u5165\u7684\u961f\u4f0d\u5217\u8868\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findAllUserTeam(userId: String): util.List[UserTeam]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/CompetitionDao.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/dao\/CompetitionDao.scala\npackage com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Competition, User, UserCompetition}\nimport com.tracy.competition.utils.CompetitionNotificationVO\nimport org.apache.ibatis.annotations.Mapper\n\n\n\/**\n * @author Tracy\n * @date 2020\/11\/14 17:09\n *\/\n@Mapper\ntrait CompetitionDao {\n    \/**\n     * \u901a\u8fc7\u7ade\u8d5bid\u67e5\u8be2\u6bd4\u8d5b\u8be6\u60c5\n     *\n     * @param competitionId competitionId\n     * @return\n     *\/\n    def findCompetitionById(competitionId: String): Competition\n\n    \/**\n     * \u901a\u8fc7\u7ade\u8d5bid\u5220\u9664\u6bd4\u8d5b\n     *\n     * @param competitionId competitionId\n     * @return\n     *\/\n    def deleteCompetitionById(competitionId: String): Unit\n\n    \/**\n     * \u63d2\u5165\u65b0\u6bd4\u8d5b\n     *\n     * @param competition competition\n     * @return\n     *\/\n    def insertCompetition(competition: Competition): Unit\n\n    \/**\n     * \u4fee\u6539\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u7ade\u8d5b\u5185\u5bb9\n     *\n     * @param competitionNotificationVO competitionNotificationVO\n     * @return\n     *\/\n    def updateCompetition(competitionNotificationVO: CompetitionNotificationVO): Unit\n\n    \/**\n     * \u67e5\u8be2\u6240\u6709\u6bd4\u8d5b\u8be6\u60c5\n     *\n     * @return\n     *\/\n    def findAllCompetition: util.List[Competition]\n\n    \/**\n     * \u6839\u636e\u6bd4\u8d5bid\u83b7\u5f97\u53c2\u8d5b\u5217\u8868\n     *\n     * @param competitionId competitionId\n     * @return\n     *\/\n    def findUserByCompetitionId(competitionId: String): util.List[User]\n\n    \/**\n     * \u6839\u636e\u5f53\u524d\u7528\u6237id\u83b7\u5f97\u5df2\u53c2\u52a0\u5217\u8868\n     *\n     * @param userId userId\n     * @return\n     *\/\n    def findCompetitionListByUserId(userId: String): util.List[UserCompetition]\n\n    \/**\n     * \u67e5\u8be2\u6240\u6709\u7ec4\u961f\u6bd4\u8d5b\u5217\u8868\n     *\n     * @return\n     *\/\n    def findAllTeamCompetition: util.List[Competition]\n\n    \/**\n     * \u901a\u8fc7\u7ade\u8d5bid,\u67e5\u8be2\u62a5\u540d\u8be5\u7ade\u8d5b\u7684\u7528\u6237\u5217\u8868\n     *\n     * @param competitionId competitionId\n     * @return\n     *\/\n    def findUserList(competitionId: String): util.List[User]\n\n    \/**\n     * \u83b7\u53d6\u7ec4\u961f\u8d5b\u5df2\u62a5\u540d\u7ade\u8d5b\u5217\u8868\n     *\n     * @param userId userId\n     * @return\n     *\/\n    def findTeamCompetitionListByUserId(userId: String): util.List[UserCompetition]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/FileService.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/FileService.scala<gh_stars>0\npackage com.tracy.competition.service\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.File\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:34\n *\/\ntrait FileService {\n  \/**\n   * \u63d2\u5165\u65b0\u6587\u4ef6\n   *\n   * @param file file\n   * @return\n   *\/\n  def insertFile(file: File): Unit\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findFileByCompetitionId(competitionId: String): util.List[File]\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u5220\u9664\u6587\u4ef6\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def deleteFileByCompetitionId(competitionId: String): Unit\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u641c\u7d22\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  def findFileById(fileId: String): File\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u5220\u9664\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  def deleteFileById(fileId: String): Unit\n\n\n  \/**\n   * \u6839\u636e\u516c\u544aid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def findFileByNotificationId(notificationId: String): util.List[File]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/CollegeService.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.College\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:32\n *\/\ntrait CollegeService {\n\n  \/**\n   * \u6839\u636e\u5b66\u9662\u540d\u548c\u7528\u6237\u6240\u5728\u5b66\u6821\u67e5\u8be2\u5b66\u9662\n   *\n   * @param collegeName collegeName\n   * @param universityId universityId\n   * @return\n   *\/\n  def findCollegeByNameAndUniversityId(collegeName: String, universityId: String): College\n\n  \/**\n   * \u6839\u636eid\u67e5\u8be2\u5b66\u9662\n   *\n   * @param collegeId collegeId\n   * @return\n   *\/\n  def findCollegeById(collegeId: String): College\n\n  \/**\n   * \u6839\u636e\u5b66\u6821id\u67e5\u8be2\u5b66\u9662\u5217\u8868\n   *\n   * @param universityId universityId\n   * @return\n   *\/\n  def findCollegeByUniversityId(universityId: String): util.List[College]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/CompetitionServiceImpl.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/CompetitionServiceImpl.scala<gh_stars>0\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.CompetitionDao\nimport com.tracy.competition.domain.entity.{Competition, User, UserCompetition}\nimport com.tracy.competition.service.CompetitionService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:14\n *\/\n@Service\nclass CompetitionServiceImpl extends CompetitionService {\n\n  @Autowired private val competitionDao: CompetitionDao = null\n\n  \/**\n   * \u901a\u8fc7\u7ade\u8d5bid\u67e5\u8be2\u6bd4\u8d5b\u8be6\u60c5\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findCompetitionById(competitionId: String): Competition = {\n    competitionDao.findCompetitionById(competitionId)\n  }\n\n  \/**\n   * \u67e5\u8be2\u6240\u6709\u6bd4\u8d5b\u8be6\u60c5\n   *\n   * @return\n   *\/\n  override def findAllCompetition: util.List[Competition] = competitionDao.findAllCompetition;\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u83b7\u5f97\u6bd4\u8d5b\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findUserByCompetitionId(competitionId: String): util.List[User] = {\n    competitionDao.findUserByCompetitionId(competitionId)\n  }\n\n  \/**\n   * \u6839\u636e\u5f53\u524d\u7528\u6237id\u83b7\u5f97\u5df2\u53c2\u52a0\u5217\u8868\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def findCompetitionListByUserId(userId: String): util.List[UserCompetition] = {\n    val competitions: util.List[UserCompetition] = competitionDao.findCompetitionListByUserId(userId)\n    \/\/\u83b7\u53d6\u7ec4\u961f\u8d5b\u5df2\u62a5\u540d\u5217\u8868\n    val competitions1: util.List[UserCompetition] = competitionDao.findTeamCompetitionListByUserId(userId)\n    println(\"------------\" + competitions1)\n    competitions.addAll(competitions1)\n    competitions\n  }\n\n  \/**\n   * \u67e5\u8be2\u6240\u6709\u7ec4\u961f\u6bd4\u8d5b\u5217\u8868\n   *\n   * @return\n   *\/\n  override def findAllTeamCompetition: util.List[Competition] = {\n    competitionDao.findAllTeamCompetition\n  }\n\n  \/**\n   * \u901a\u8fc7\u7ade\u8d5bid,\u67e5\u8be2\u62a5\u540d\u8be5\u7ade\u8d5b\u7684\u7528\u6237\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findUserList(competitionId: String): util.List[User] = {\n    competitionDao.findUserList(competitionId)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/UserDao.scala","text":"<gh_stars>0\npackage com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.User\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:19\n *\/\n@Mapper\ntrait UserDao {\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\uff0c\u5bc6\u7801\u67e5\u8be2\u7528\u6237\n   *\n   * @param user user\n   * @return\n   *\/\n  def findByUsernameAndPassword(user: User): User\n\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\u67e5\u8be2\u5b66\u9662id\n   *\n   * @param userName userName\n   * @return\n   *\/\n  def findCollegeIdByUserName(userName: String): String\n\n  \/**\n   * \u901a\u8fc7userName\u67e5\u8be2\u6240\u6709\u7528\u6237\u4fe1\u606f\n   *\n   * @param userName userName\n   * @return\n   *\/\n  def findUserByUserName(userName: String): User\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u4fe1\u606f\n   *\n   * @param user user\n   *\/\n  def updateUser(user: User): Unit\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u5bc6\u7801\n   *\n   * @param user user\n   *\/\n  def updatePassword(user: User): Unit\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u83b7\u53d6\u7528\u6237\u4fe1\u606f\n   *\n   * @param captainId captainId\n   * @return\n   *\/\n  def findUserByUserId(captainId: String): User\n\n  \/**\n   * \u83b7\u5f97\u6240\u6709\u7528\u6237\n   *\n   * @return\n   *\/\n  def getAllUser: util.List[User]\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/UserServiceImpl.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.UserDao\nimport com.tracy.competition.domain.entity.User\nimport com.tracy.competition.service.UserService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:21\n *\/\n@Service\nclass UserServiceImpl extends UserService{\n\n  @Autowired private val userDao: UserDao = null\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\uff0c\u5bc6\u7801\u67e5\u8be2\u7528\u6237\n   *\n   * @param user user\n   * @return\n   *\/\n  override def findByUsernameAndPassword(user: User): User = userDao.findByUsernameAndPassword(user)\n\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\u67e5\u8be2\u5b66\u9662id\n   *\n   * @param userName userName\n   * @return\n   *\/\n  override def findCollegeIdByUserName(userName: String): String = userDao.findCollegeIdByUserName(userName)\n\n  \/**\n   * \u901a\u8fc7userName\u67e5\u8be2\u6240\u6709\u7528\u6237\u4fe1\u606f\n   *\n   * @param userName userName\n   * @return\n   *\/\n  override def findUserByUserName(userName: String): User = userDao.findUserByUserName(userName)\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u5bc6\u7801\n   *\n   * @param user user\n   *\/\n  override def updatePassword(user: User): Unit = userDao.updatePassword(user)\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u4fe1\u606f\n   *\n   * @param user user\n   *\/\n  override def updateUser(user: User): Unit = userDao.updateUser(user)\n\n  \/**\n   * \u901a\u8fc7userId\u67e5\u8be2\u6240\u6709\u7528\u6237\u4fe1\u606f\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def findUserByUserId(userId: String): User = userDao.findUserByUserId(userId)\n\n  \/**\n   * \u83b7\u5f97\u6240\u6709\u7528\u6237\n   *\n   * @return\n   *\/\n  override def getAllUser: util.List[User] = userDao.getAllUser\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/CollegeServiceImpl.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/CollegeServiceImpl.scala<gh_stars>0\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.CollegeDao\nimport com.tracy.competition.domain.entity.College\nimport com.tracy.competition.service.CollegeService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:13\n *\/\n@Service\nclass CollegeServiceImpl extends CollegeService {\n\n  @Autowired private val collegeDao: CollegeDao = null\n\n  \/**\n   * \u6839\u636e\u5b66\u9662\u540d\u548c\u7528\u6237\u6240\u5728\u5b66\u6821\u67e5\u8be2\u5b66\u9662\n   *\n   * @param collegeName  collegeName\n   * @param universityId universityId\n   * @return\n   *\/\n  override def findCollegeByNameAndUniversityId(collegeName: String, universityId: String): College = {\n    collegeDao.findCollegeByNameAndUniversityId(collegeName, universityId)\n  }\n\n  \/**\n   * \u6839\u636eid\u67e5\u8be2\u5b66\u9662\n   *\n   * @param collegeId collegeId\n   * @return\n   *\/\n  override def findCollegeById(collegeId: String): College = collegeDao.findCollegeById(collegeId)\n\n  \/**\n   * \u6839\u636e\u5b66\u6821id\u67e5\u8be2\u5b66\u9662\u5217\u8868\n   *\n   * @param universityId universityId\n   * @return\n   *\/\n  override def findCollegeByUniversityId(universityId: String): util.List[College] = {\n    collegeDao.findCollegeByUniversityId(universityId)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/FileServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.FileDao\nimport com.tracy.competition.domain.entity.File\nimport com.tracy.competition.service.FileService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:19\n *\/\n@Service\nclass FileServiceImpl extends FileService {\n\n  @Autowired private val fileDao: FileDao = null\n\n  \/**\n   * \u63d2\u5165\u65b0\u6587\u4ef6\n   *\n   * @param file file\n   * @return\n   *\/\n  override def insertFile(file: File): Unit = fileDao.insertFile(file)\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findFileByCompetitionId(competitionId: String): util.List[File] = {\n    fileDao.findFileByCompetitionId(competitionId)\n  }\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u5220\u9664\u6587\u4ef6\n   *\n   * @param CompetitionId CompetitionId\n   * @return\n   *\/\n  override def deleteFileByCompetitionId(CompetitionId: String): Unit = {\n    fileDao.deleteFileByCompetitionId(CompetitionId)\n  }\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u641c\u7d22\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  override def findFileById(fileId: String): File = fileDao.findFileById(fileId)\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u5220\u9664\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  override def deleteFileById(fileId: String): Unit = fileDao.deleteFileById(fileId)\n\n  \/**\n   * \u6839\u636e\u516c\u544aid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  override def findFileByNotificationId(notificationId: String): util.List[File] = {\n    fileDao.findFileByNotificationId(notificationId)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/test\/scala\/com\/tracy\/competition\/AppTest.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition\n\nimport com.tracy.competition.dao.{AdviceDao, UserDao}\nimport com.tracy.competition.domain.entity.{College, University, User}\nimport com.tracy.competition.domain.enums.SuccessEnum\nimport com.tracy.competition.utils.ResponseMessage\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.boot.test.context.SpringBootTest\nimport org.springframework.test.context.junit4.SpringRunner\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 0:38\n *\/\n@SpringBootTest\n@RunWith(classOf[SpringRunner])\nclass AppTest {\n\n  @Autowired\n  val userDao: UserDao = null\n\n  @Test\n  def test(): Unit = {\n\n    val university = new University\n    university.setColleges(new java.util.ArrayList[College]())\n\n    println(s\"university = ${university}\")\n  }\n\n  @Test\n  def test02(): Unit = {\n    val user: java.util.List[User] = userDao.getAllUser\n\n    println(user)\n\n    val user1: User = userDao.findUserByUserId(\"f1\")\n    println(user1)\n  }\n\n  @Test\n  def test03(): Unit = {\n    println(SuccessEnum.S_LOGIN_SUCCESS.getSuccessMsg)\n\n    val resp: ResponseMessage = ResponseMessage(SuccessEnum.S_LOGIN_SUCCESS)\n\n    println(resp.status + \" \" + resp.msg)\n  }\n\n  @Test\n  def test04(): Unit = {\n    val arr: Array[Int] = Array(1,2,3,4)\n\n    def sum(arg: Int*): Int = {\n      arg.sum\n    }\n\n    println(sum(arr: _*))\n\n    val a :Int = 4\n  }\n\n  @Autowired val adviceDao: AdviceDao = null\n\n  @Test\n  def test05(): Unit = {\n\n    println(adviceDao.getAllAdvice(1))\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/CompetitionTypeService.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/CompetitionTypeService.scala<gh_stars>0\npackage com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.CompetitionType\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:34\n *\/\ntrait CompetitionTypeService {\n  \/**\n   * \u83b7\u53d6\u5168\u90e8\u6bd4\u8d5b\u7c7b\u578b\n   *\n   * @return\n   *\/\n  def findAllCompetitionType: util.List[CompetitionType]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/FileDao.scala","text":"<gh_stars>0\npackage com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.File\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:13\n *\/\n@Mapper\ntrait FileDao {\n  \/**\n   * \u63d2\u5165\u65b0\u6587\u4ef6\n   *\n   * @param file file\n   * @return\n   *\/\n  def insertFile(file: File): Unit\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findFileByCompetitionId(competitionId: String): util.List[File]\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u5220\u9664\u6587\u4ef6\n   *\n   * @param CompetitionId CompetitionId\n   * @return\n   *\/\n  def deleteFileByCompetitionId(CompetitionId: String): Unit\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u641c\u7d22\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  def findFileById(fileId: String): File\n\n  \/**\n   * \u6839\u636e\u6587\u4ef6id\u5220\u9664\u6587\u4ef6\n   *\n   * @param fileId fileId\n   * @return\n   *\/\n  def deleteFileById(fileId: String): Unit\n\n  \/**\n   * \u6839\u636e\u516c\u544aid\u67e5\u8be2\u6587\u4ef6\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def findFileByNotificationId(notificationId: String): util.List[File]\n\n  \/**\n   * \u6839\u636e\u516c\u544aid\u5220\u9664\u6587\u4ef6\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def deleteFileByNnotificationId(notificationId: String): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/CollegeDao.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.dao\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.College\nimport org.apache.ibatis.annotations.Mapper\n\n\n\/**\n * @author Tracy\n * @date 2020\/11\/14 17:09\n *\/\n@Mapper\ntrait CollegeDao {\n    \/**\n     * \u6839\u636e\u5b66\u9662\u540d\u548c\u7528\u6237\u6240\u5728\u5b66\u6821\u67e5\u8be2\u5b66\u9662\n     *\n     * @param collegeName collegeName\n     * @param universityId  universityId\n     * @return\n     *\/\n    def findCollegeByNameAndUniversityId(collegeName: String, universityId: String): College\n\n    \/**\n     * \u6839\u636eid\u67e5\u8be2\u5b66\u9662\n     *\n     * @param collegeId collegeId\n     * @return\n     *\/\n    def findCollegeById(collegeId: String): College\n\n    \/**\n     * \u6839\u636e\u5b66\u6821id\u67e5\u8be2\u5b66\u9662\u5217\u8868\n     *\n     * @param universityId universityId\n     * @return\n     *\/\n    def findCollegeByUniversityId(universityId: String): util.List[College]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/NotificationService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Competition, Notification}\nimport com.tracy.competition.utils.CompetitionNotificationVO\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:35\n *\/\ntrait NotificationService {\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u67e5\u627e\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findNotificationByType(notificationType: Integer): util.List[Notification]\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u548c\u72b6\u6001\u67e5\u627e\u7cfb\u7edf\u516c\u544a\n   *\n   * @param notificationType notificationType\n   * @param notificationState notificationState\n   * @return\n   *\/\n  def findSystemNoticeByTypeAndState(notificationType: Integer, notificationState: Integer): util.List[Notification]\n\n  \/**\n   * \u5c06\u65b0\u901a\u77e5\uff0c\u6bd4\u8d5b\n   *\n   * @param notification notification\n   * @param competition competition\n   * @return\n   *\/\n  def insertCompetitionAndNotification(competition: Competition, notification: Notification): Unit\n\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u67e5\u627e\u5185\u5bb9\uff0c\u7528\u4e8e\u56de\u663e\u4fee\u6539\u901a\u77e5\u7684\u4fe1\u606f\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def findDataByNotificationId(notificationId: String): Notification\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u5220\u9664\u5bf9\u5e94\u901a\u77e5\u53ca\u6587\u4ef6\uff0c\u7ade\u8d5b\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  def deleteNotificationById(notificationId: String, competitionId: String): Unit\n\n\n  \/**\n   * \u4fee\u6539\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u7ade\u8d5b\u5185\u5bb9\n   *\n   * @param competitionNotificationVO competitionNotificationVO\n   * @return\n   *\/\n  def updateNotification(competitionNotificationVO: CompetitionNotificationVO): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/RoleServiceImpl.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/RoleServiceImpl.scala\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.RoleDao\nimport com.tracy.competition.domain.entity.Role\nimport com.tracy.competition.service.RoleService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:26\n *\/\n@Service\nclass RoleServiceImpl extends RoleService {\n\n  @Autowired private val roleDao: RoleDao = null\n\n  \/**\n   * \u901a\u8fc7adminid\u83b7\u53d6\u89d2\u8272\n   *\n   * @param userId userId\n   * @return\n   *\/\n  override def getRoleByUserId(userId: String): util.Set[Role] = roleDao.getRoleByUserId(userId)\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/shiro\/AjaxPermissionsAuthorizationFilter.scala","text":"package com.tracy.competition.config.shiro\n\nimport java.io.PrintWriter\n\nimport com.alibaba.fastjson.JSONObject\nimport com.tracy.competition.domain.enums.ErrorEnum\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\nimport javax.servlet.{Filter, ServletRequest, ServletResponse}\nimport org.apache.shiro.web.filter.authc.FormAuthenticationFilter\nimport org.springframework.boot.web.servlet.FilterRegistrationBean\nimport org.springframework.context.annotation.Bean\nimport org.springframework.web.bind.annotation.RequestMethod\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:08\n *\/\nclass AjaxPermissionsAuthorizationFilter extends FormAuthenticationFilter {\n\n  override protected def onAccessDenied(request: ServletRequest, response: ServletResponse): Boolean = {\n    val jsonObject = new JSONObject\n    \/\/\u7528\u6237\u672a\u767b\u5f55\u8fd4\u56de\u672a\u767b\u5f55\u7684json\u4fe1\u606f\n    jsonObject.put(\"status\", ErrorEnum.E_UNAUTHENTICATED.getErrorCode)\n    jsonObject.put(\"msg\", ErrorEnum.E_UNAUTHENTICATED.getErrorMsg)\n    var out: PrintWriter = null\n    val res: HttpServletResponse = response.asInstanceOf[HttpServletResponse]\n    try {\n      res.setCharacterEncoding(\"UTF-8\")\n      res.setContentType(\"application\/json\")\n      out = response.getWriter\n      out.println(jsonObject)\n    } catch {\n      case _: Exception =>\n\n    } finally if (null != out) {\n      out.flush()\n      out.close()\n    }\n    false\n  }\n\n  \/**\n   * \u89e3\u51b3\u590d\u6742\u8bf7\u6c42\uff0c\u4ed6\u4eec\u7684contentType\u662fapplication\/json\uff0c\u65b9\u6cd5\u7c7b\u578btype\u662fpost\u3001patch\u3001delete\u3001put\uff0c\n   * \u8fd9\u4e9b\u8bf7\u6c42\u5728\u6267\u884c\u7684\u65f6\u5019\uff0c\u4f1a\u5148\u5f80\u670d\u52a1\u5668\u53d1\u9001\u4e00\u4e2a\u63a2\u6d4b\u8bf7\u6c42\uff0c\u800c\u8fd9\u4e2a\u63a2\u6d4b\u8bf7\u6c42\u7684\u65b9\u6cd5\u7c7b\u578b\u5c31\u662fOPTIONS\uff0c\n   * \u8fd9\u4e2a\u8bf7\u6c42\uff0c\u9ed8\u8ba4\u662f\u4e0d\u4f1a\u5e26\u4e0acookie\u7684\uff0c\u800c\u4e14\u4e5f\u65e0\u6cd5\u8bbe\u7f6e\u8ba9\u4ed6\u5e26\u4e0acookie\u3002\n   * \u5982\u679c\u540e\u7aef\u5728\u63a5\u6536\u5230\u4e00\u4e2a\u8bf7\u6c42\u4e4b\u540e\uff0c\u5224\u65ad\u6ca1\u6709\u643a\u5e26cookie,\u6216\u8005\u643a\u5e26\u7684cookie\u5df2\u7ecf\u8fc7\u671f\uff0c\n   * \u90a3\u4e48\u4ed6\u4f1a\u8ba9\u8fd9\u4e2a\u8bf7\u6c42\u8fd4\u56de\u9519\u8bef\uff0c\u4e0d\u4f1a\u6210\u529f\u8fd4\u56de\u72b6\u6001\u7801200\u3002\n   * \u8fd9\u6837\uff0c\u590d\u6742\u8bf7\u6c42\u7684\u771f\u6b63\u8bf7\u6c42\u5c31\u4e0d\u4f1a\u5230\u8fbe\u670d\u52a1\u7aef\u3002\n   * \u6240\u4ee5\u590d\u6742\u8bf7\u6c42\u8fd9\u91cc\u5c31\u6c38\u8fdc\u4e5f\u8bf7\u6c42\u4e0d\u5230\u6570\u636e\u3002\n   * <p>\n   * \u6b64\u65b9\u6cd5\u7136\u6240\u6709\u590d\u6742\u8bf7\u6c42\u7684\u63a2\u6d4b\u8bf7\u6c42\u90fd\u8fd4\u56de200\n   *\n   * @param request\n   * @param response\n   * @param mappedValue\n   * @return\n   * @throws Exception\n   *\/\n  @throws[Exception]\n  override def onPreHandle(request: ServletRequest, response: ServletResponse, mappedValue: Any): Boolean = {\n    val req: HttpServletRequest = request.asInstanceOf[HttpServletRequest]\n    val res: HttpServletResponse = response.asInstanceOf[HttpServletResponse]\n    if (req.getMethod == RequestMethod.OPTIONS.name) return true\n    super.onPreHandle(request, response, mappedValue)\n  }\n\n  \/**\n   * \u4e3aresponse\u8bbe\u7f6eheader\uff0c\u5b9e\u73b0\u8de8\u57df\n   *\/\n  private def setHeader(request: HttpServletRequest, response: HttpServletResponse): Unit = { \/\/\u8de8\u57df\u7684header\u8bbe\u7f6e\n    response.setHeader(\"Access-control-Allow-Origin\", request.getHeader(\"Origin\"))\n    response.setHeader(\"Access-Control-Allow-Methods\", request.getMethod)\n    response.setHeader(\"Access-Control-Allow-Credentials\", \"true\")\n    response.setHeader(\"Access-Control-Allow-Headers\", request.getHeader(\"Access-Control-Request-Headers\"))\n    \/\/\u9632\u6b62\u4e71\u7801\uff0c\u9002\u7528\u4e8e\u4f20\u8f93JSON\u6570\u636e\n    response.setHeader(\"Content-Type\", \"application\/json;charset=UTF-8\")\n  }\n\n  @Bean def registration(filter: AjaxPermissionsAuthorizationFilter): FilterRegistrationBean[Filter] = {\n    val registration = new FilterRegistrationBean[Filter](filter)\n    registration.setEnabled(false)\n    registration\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Promise.scala","text":"package com.tracy.competition.domain.entity\n\nimport java.util\nimport java.util.List\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:06\n *\/\nclass Promise extends Serializable {\n  @BeanProperty var promiseId: String = _\n\n  @BeanProperty var promiseName: String = _\n\n  @BeanProperty var roles: java.util.List[Role] = _\n\n  override def toString: String = {\n    \"Promise{\" +\n      \"promiseId='\" + promiseId + '\\'' +\n      \", promiseName='\" + promiseName + '\\'' +\n      \", roles=\" + roles +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/AdviceService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Advice\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 11:11\n *\/\ntrait AdviceService {\n  \/**\n   * \u63d2\u5165\u53cd\u9988\u5efa\u8bae\n   *\n   * @param advice advice\n   *\/\n  def insertAdvice(advice: Advice): Unit\n\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u7684\u6295\u8bc9\u5efa\u8bae\n   *\n   * @param adviceState adviceState\n   * @return\n   *\/\n  def getAllAdvice(adviceState: Integer): util.List[Advice]\n\n  \/**\n   * \u66f4\u65b0\u5904\u7406\u540e\u7684\u5efa\u8bae\u4fe1\u606f\n   *\n   * @param advice advice\n   *\/\n  def updateAdvice(advice: Advice): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/realm\/MyRealm.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala<gh_stars>0\npackage com.tracy.competition.realm\n\n\/**\n * @author Tracy\n * @date 2021\/2\/13 20:35\n *\/\nclass MyRealm {\n\n  \/**\n   * customize realm for module\n   *\/\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/dao\/SystemNoticeDao.scala","text":"<gh_stars>0\npackage com.tracy.competition.dao\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.Notification\nimport org.apache.ibatis.annotations.Mapper\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:16\n *\/\n@Mapper\ntrait SystemNoticeDao {\n  \/**\n   * \u6839\u636e\u7c7b\u578b\u83b7\u53d6\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findNoticeByType(notificationType: Integer): util.List[Notification]\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u7684\u516c\u544a\u5185\u5bb9\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def insertNotice(notification: Notification): Unit\n\n  \/**\n   * \u66f4\u65b0\u516c\u544a\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def updateNotification(notification: Notification): Unit\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/NotificationServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.{CompetitionDao, FileDao, NotificationDao}\nimport com.tracy.competition.domain.entity.{Competition, Notification}\nimport com.tracy.competition.service.NotificationService\nimport com.tracy.competition.utils.CompetitionNotificationVO\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport org.springframework.transaction.annotation.{Isolation, Propagation, Transactional}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:22\n *\/\n@Service\nclass NotificationServiceImpl extends NotificationService {\n  @Autowired private val notificationDao: NotificationDao = null\n  @Autowired private val competitionDao: CompetitionDao = null\n  @Autowired private val fileDao: FileDao = null\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u67e5\u627e\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  override def findNotificationByType(notificationType: Integer): util.List[Notification] = {\n    notificationDao.findNotificationByType(notificationType)\n  }\n\n  \/**\n   * \u901a\u77e5\u7c7b\u578b\u548c\u72b6\u6001\u67e5\u627e\u7cfb\u7edf\u516c\u544a\n   *\n   * @param notificationType  notificationType\n   * @param notificationState notificationState\n   * @return\n   *\/\n  override def findSystemNoticeByTypeAndState(notificationType: Integer, notificationState: Integer): util.List[Notification] = {\n    notificationDao.findSystemNoticeByTypeAndState(notificationType, notificationState)\n  }\n\n  \/**\n   * \u5c06\u65b0\u901a\u77e5\uff0c\u6bd4\u8d5b\n   *\n   * @param notification notification\n   * @param competition  competition\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def insertCompetitionAndNotification(competition: Competition, notification: Notification): Unit = {\n    competitionDao.insertCompetition(competition)\n    notificationDao.insertNotification(notification)\n  }\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u67e5\u627e\u5185\u5bb9\uff0c\u7528\u4e8e\u56de\u663e\u4fee\u6539\u901a\u77e5\u7684\u4fe1\u606f\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  override def findDataByNotificationId(notificationId: String): Notification = {\n    notificationDao.findDataByNotificationId(notificationId)\n  }\n\n  \/**\n   * \u6839\u636e\u901a\u77e5id\u5220\u9664\u5bf9\u5e94\u901a\u77e5\u53ca\u6587\u4ef6\uff0c\u7ade\u8d5b\n   *\n   * @param notificationId notificationId\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def deleteNotificationById(notificationId: String, competitionId: String): Unit = {\n    \/\/\u5220\u901a\u77e5\n    notificationDao.deleteNotificationById(notificationId)\n    \/\/\u5220\u7ade\u8d5b\u6587\u4ef6\n    fileDao.deleteFileByCompetitionId(competitionId)\n    \/\/\u5220\u7ade\u8d5b\n    competitionDao.deleteCompetitionById(competitionId)\n  }\n\n  \/**\n   * \u4fee\u6539\u7ade\u8d5b\u901a\u77e5\u53ca\u7ade\u8d5b\u6587\u4ef6\uff0c\u7ade\u8d5b\u5185\u5bb9\n   *\n   * @param competitionNotificationVO competitionNotificationVO\n   * @return\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def updateNotification(competitionNotificationVO: CompetitionNotificationVO): Unit = {\n    notificationDao.updateNotification(competitionNotificationVO)\n    competitionDao.updateCompetition(competitionNotificationVO)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/ApplyServiceImpl.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/service\/impl\/ApplyServiceImpl.scala<gh_stars>0\npackage com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.{ApplyDao, TeamDao}\nimport com.tracy.competition.domain.entity.{Apply, UserCompetition, UserTeam}\nimport com.tracy.competition.service.ApplyService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport org.springframework.transaction.annotation.{Isolation, Propagation, Transactional}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:07\n *\/\n@Service\nclass ApplyServiceImpl extends ApplyService {\n\n  @Autowired private val applyDao: ApplyDao = null\n  @Autowired private val teamDao: TeamDao = null\n\n  \/**\n   * \u4fdd\u5b58\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   * @return\n   *\/\n  override def insertApply(userCompetition: UserCompetition): Unit = {\n    applyDao.insertApply(userCompetition)\n  }\n\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u67e5\u8be2\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   * @return\n   *\/\n  override def findApplyByUserIdAndCompetitionId(userCompetition: UserCompetition): UserCompetition = {\n    applyDao.findApplyByUserIdAndCompetitionId(userCompetition)\n  }\n\n  \/**\n   * \u6839\u636e\u7528\u6237id\u548c\u7ade\u8d5bid\u5220\u9664\u62a5\u540d\u4fe1\u606f\n   *\n   * @param userCompetition userCompetition\n   *\/\n  override def deleteApply(userCompetition: UserCompetition): Unit = {\n    applyDao.deleteApply(userCompetition)\n  }\n\n\n  \/**\n   * \u6839\u636e\u7ade\u8d5bid\u83b7\u53d6\u83b7\u5956\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  override def findWinByCompetitionId(competitionId: String): util.List[UserCompetition] = {\n    applyDao.findWinByCompetitionId(competitionId)\n  }\n\n\n  \/**\n   * \u4fdd\u5b58\u961f\u4f0d\u7533\u8bf7\n   *\n   * @param apply apply\n   * @return\n   *\/\n  override def insertTeamApply(apply: Apply): Unit = applyDao.insertTeamApply(apply)\n\n  \/**\n   * \u901a\u8fc7\u5904\u7406\u52a0\u5165\u961f\u4f0d\u7684\u7ed3\u679c\uff0c\u4fee\u6539\u7533\u8bf7\u4fe1\u606f\n   *\n   * @param apply apply\n   *\/\n  @Transactional(isolation = Isolation.REPEATABLE_READ, propagation = Propagation.REQUIRED, rollbackFor = Array(classOf[Exception]))\n  override def updateApplyByDispose(apply: Apply): Unit = {\n    applyDao.updateApplyByDispose(apply)\n    \/\/\u5982\u679c\u4e3a\u901a\u8fc7\u52a0\u5165\u961f\u4f0d\u64cd\u4f5c\n    if (apply.getApplyState == 1) {\n      val userTeam = new UserTeam\n      userTeam.setUserId(apply.getUser.getUserId)\n      userTeam.setTeamId(apply.getTeam.getTeamId)\n      System.out.println(userTeam)\n      \/\/\u4fdd\u5b58\u7528\u6237-\u961f\u4f0d\u5bf9\u5e94\u4fe1\u606f\n      applyDao.insertUserTeam(userTeam)\n      teamDao.updateTeamStateAndHeadCount(apply.getTeam)\n    }\n  }\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u6240\u6709\u7533\u8bf7\u4e2d\u7684\u7533\u8bf7\n   *\n   * @param userId     userId\n   * @param applyState applyState\n   * @return\n   *\/\n  override def findMyApplyList(userId: String, applyState: Integer): util.List[Apply] = {\n    applyDao.findMyApplyList(userId, applyState)\n  }\n\n\n  \/**\n   * \u83b7\u53d6\u7528\u6237\u6240\u6709\u5df2\u7ed3\u675f\u7684\u7533\u8bf7\uff0c\u72b6\u6001\u53c2\u6570\uff0c\u6b63\u5728\u7533\u8bf7\u7684\u72b6\u60010\uff0c\u9664\u53bb\u72b6\u6001\u4e3a0\u7684\u90fd\u4e3a\u5df2\u7ed3\u675f\u7533\u8bf7\n   *\n   * @param userId     userId\n   * @param applyState applyState\n   * @return\n   *\/\n  override def findMyHistoryApplyList(userId: String, applyState: Integer): util.List[Apply] = {\n    applyDao.findMyHistoryApplyList(userId, applyState)\n  }\n\n  \/**\n   * \u6839\u636e\u7528\u6237id,\u7533\u8bf7\u72b6\u6001\uff0c\u961f\u4f0did\u67e5\u627e\u8bb0\u5f55\n   *\n   * @param apply apply\n   * @return\n   *\/\n  override def findApplyByUserIdAndApplyStateAndTeamId(apply: Apply): Boolean = {\n    applyDao.findApplyByUserIdAndApplyStateAndTeamId(apply) != null\n  }\n\n  \/**\n   * \u6839\u636e\u7533\u8bf7id\u5220\u9664\u7533\u8bf7\n   *\n   * @param applyId applyId\n   *\/\n  override def deleteTeamApply(applyId: String): Unit = applyDao.deleteTeamApply(applyId)\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/utils\/CompetitionNotificationVO.scala","text":"package com.tracy.competition.utils\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:15\n *\/\nclass CompetitionNotificationVO {\n  @BeanProperty var notificationId: String = _\n\n  @BeanProperty var competitionId: String = _\n\n  @BeanProperty var competitionName: String = _\n\n  @BeanProperty var notificationTitle: String = _\n\n  @BeanProperty var competitionContent: String = _\n\n  @BeanProperty var competitionSite: String = _\n\n  @BeanProperty var competitionType: String = _\n\n  @BeanProperty var competitionLevel: Integer = _\n\n  @BeanProperty var competitionTime: String = _\n\n  @BeanProperty var collegeId: String = _\n\n  @BeanProperty var notificationState: Integer = _\n\n  @BeanProperty var competitionState: Integer = _\n\n  @BeanProperty var competitionPeopleSum: Integer = _\n\n  override def toString: String = {\n    \"CompetitionNotificationVO{\" +\n      \"notificationId='\" + notificationId + '\\'' +\n      \", competitionId='\" + competitionId + '\\'' +\n      \", competitionName='\" + competitionName + '\\'' +\n      \", notificationTitle='\" + notificationTitle + '\\'' +\n      \", competitionContent='\" + competitionContent + '\\'' +\n      \", competitionSite='\" + competitionSite + '\\'' +\n      \", competitionType='\" + competitionType + '\\'' +\n      \", competitionLevel=\" + competitionLevel +\n      \", competitionTime='\" + competitionTime + '\\'' +\n      \", collegeId='\" + collegeId + '\\'' +\n      \", notificationState=\" + notificationState +\n      \", competitionState=\" + competitionState +\n      \", competitionPeopleSum=\" + competitionPeopleSum +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/UserTeam.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:14\n *\/\nclass UserTeam extends Serializable {\n  @BeanProperty var userId: String = _\n\n  @BeanProperty var teamId: String = _\n\n  override def toString: String = {\n    \"UserTeam{\" +\n      \"userId='\" + userId + '\\'' +\n      \", teamId='\" + teamId + '\\'' +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/WebConfig.scala","text":"package com.tracy.competition.config\n\nimport org.springframework.context.annotation.Configuration\nimport org.springframework.web.servlet.config.annotation.{CorsRegistry, ResourceHandlerRegistry, WebMvcConfigurer}\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.JavaConverters._\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 11:38\n *\/\n@Configuration\nclass WebConfig extends WebMvcConfigurer {\n\n  private final val ORIGINS: Array[String] = Array(\n    \"GET\",\n    \"POST\",\n    \"PUT\",\n    \"DELETE\"\n  )\n\n  \/**\n   * \u914d\u7f6e\u9759\u6001\u8d44\u6e90\u8def\u5f84\u6620\u5c04\n   *\n   * @param registry registry\n   *\/\n  override def addResourceHandlers(registry: ResourceHandlerRegistry): Unit = {\n    registry.addResourceHandler(\"\/images\/**\").addResourceLocations(\"file:\/file\/\")\n  }\n\n  override def addCorsMappings(registry: CorsRegistry): Unit = {\n    registry\n      .addMapping(\"\/**\")\n      .allowedOrigins(\"*\")\n      .allowCredentials(true)\n      .allowedMethods(ORIGINS: _*)\n      .maxAge(3600)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/WinNotificationService.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.Notification\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:39\n *\/\ntrait WinNotificationService {\n  \/**\n   * \u83b7\u53d6\u6240\u6709\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationType notificationType\n   * @return\n   *\/\n  def findAllWinNotification(notificationType: Integer): util.List[Notification]\n\n\n  \/**\n   * \u4fdd\u5b58\u65b0\u83b7\u5956\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def insertWinNotification(notification: Notification): Unit\n\n  \/**\n   * \u5220\u9664\u83b7\u5956\u901a\u77e5\n   *\n   * @param notificationId notificationId\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def deleteWinNotificationById(notificationId: String, competitionId: String): Unit\n\n  \/**\n   * \u4fee\u6539\u83b7\u5956\u901a\u77e5\n   *\n   * @param notification notification\n   * @return\n   *\/\n  def updateWinNotification(notification: Notification): Unit\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/utils\/RedisUtil.scala","text":"<gh_stars>0\npackage com.tracy.competition.utils\n\nimport java.util.concurrent.TimeUnit\n\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.data.redis.core.RedisTemplate\nimport org.springframework.stereotype.Component\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 12:14\n *\/\n@Component\nclass RedisUtil {\n\n  @Autowired private val redisTemplate: RedisTemplate[String, Object] = null\n\n  \/**\n   * \u6307\u5b9a\u7f13\u5b58\u5931\u6548\u65f6\u95f4\n   *\n   * @param key  key\n   * @param time \u65f6\u95f4(\u79d2)\n   * @return \u64cd\u4f5c\u7ed3\u679c true\u6210\u529f false\u5931\u8d25\n   *\/\n  def expire(key: String, time: Long): Boolean = try {\n    if (time > 0) redisTemplate.expire(key, time, TimeUnit.SECONDS)\n    true\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      false\n  }\n\n  \/**\n   * \u6839\u636ekey \u83b7\u53d6\u8fc7\u671f\u65f6\u95f4\n   *\n   * @param key \u4e0d\u80fd\u4e3a\u7a7a\n   * @return \u8fd4\u56de0\u4ee3\u8868\u6c38\u4e45\u6709\u6548\n   *\/\n  def getExpire(key: String): Long = redisTemplate.getExpire(key, TimeUnit.SECONDS)\n\n  \/**\n   * \u5224\u65adkey\u662f\u5426\u5b58\u5728\n   *\n   * @param key key\n   * @return true\u5b58\u5728 false\u4e0d\u5b58\u5728\n   *\/\n  def hasKey(key: String): Boolean = try redisTemplate.hasKey(key)\n  catch {\n    case e: Exception =>\n      e.printStackTrace()\n      false\n  }\n\n  \/**\n   * \u5220\u9664\u7f13\u5b58\n   *\n   * @param key \u53ef\u4ee5\u4f20\u4e00\u4e2a\u503c\u6216\u8005\u591a\u4e2a\n   *\/\n  def del(key: String*): Unit = {\n    if (key != null && key.nonEmpty)\n      if (key.length == 1) redisTemplate.delete(key(0))\n  }\n\n  \/**\n   * \u666e\u901a\u7f13\u5b58\u83b7\u53d6\n   *\n   * @param key key\n   * @return \u503c\n   *\/\n  def get(key: String): Object = if (key == null) null\n  else redisTemplate.opsForValue.get(key)\n\n  \/**\n   * \u666e\u901a\u7f13\u5b58\u653e\u5165\n   *\n   * @param key   key\n   * @param value value\n   * @return \u64cd\u4f5c\u7ed3\u679c \u6210\u529f\u8fd4\u56detrue,\u5931\u8d25\u8fd4\u56defalse\n   *\/\n  def set(key: String, value: Object): Boolean = try {\n    redisTemplate.opsForValue.set(key, value)\n    true\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      false\n  }\n\n  \/**\n   * \u666e\u901a\u7f13\u5b58\u653e\u5165\u5e76\u8bbe\u7f6e\u65f6\u95f4\n   *\n   * @param key   key\n   * @param value value\n   * @param time  \u65f6\u95f4(\u79d2) \u5982\u679c\u8bbe\u7f6e\u65f6\u95f4\u5c0f\u4e8e\u7b49\u4e8e0\u5c06\u8bbe\u7f6e\u4e3a\u65e0\u9650\u671f\n   * @return \u8fd4\u56detrue\u6210\u529f, \u8fd4\u56defalse\u5931\u8d25\n   *\/\n  def set(key: String, value: Object, time: Long): Boolean = try if (time > 0) {\n    redisTemplate.opsForValue.set(key, value, time, TimeUnit.SECONDS)\n    true\n  }\n  else set(key, value)\n  catch {\n    case e: Exception =>\n      e.printStackTrace()\n      false\n  }\n\n\n  \/**\n   * \u9012\u589e\n   *\n   * @param key   key\n   * @param delta \u9012\u589e\u7684\u503c(\u8981\u52a0\u51e0)\n   * @return\n   *\/\n  def incr(key: String, delta: Long): Long = if (delta < 0) throw new RuntimeException(\"\u9012\u589e\u56e0\u5b50\u5fc5\u987b\u5927\u4e8e0\")\n  else redisTemplate.opsForValue.increment(key, delta)\n\n  \/**\n   * \u9012\u51cf\n   *\n   * @param key   key\n   * @param delta \u9012\u51cf\u7684\u503c(\u8981\u51cf\u51e0)\n   * @return\n   *\/\n  def decr(key: String, delta: Long): Long = {\n    if (delta < 0)\n      throw new RuntimeException(\"\u9012\u51cf\u56e0\u5b50\u5fc5\u987b\u5927\u4e8e0\")\n    else\n      redisTemplate.opsForValue.increment(key, -delta)\n  }\n\n  \/**\n   * \u83b7\u53d6\u54c8\u5e0c\u8868\u4e2d\u7684\u503c\n   *\n   * @param key  \u952e(not null)\n   * @param item \u54c8\u5e0c\u8868\u4e2d\u7684\u952e(not null)\n   * @return \u503c\n   *\/\n  def hget(key: String, item: String): Object = redisTemplate.opsForHash.get(key, item)\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/Team.scala","text":"package com.tracy.competition.domain.entity\n\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass Team extends Serializable {\n  @BeanProperty var teamId: String = _\n\n  @BeanProperty var captain: User = _\n\n  @BeanProperty var applyTime: java.lang.Long = 0L\n\n  @BeanProperty var teamName: String = _\n\n  @BeanProperty var teamState: Integer = _\n\n  @BeanProperty var teamHeadcount: Integer = _\n\n  @BeanProperty var competition: Competition = _\n\n  @BeanProperty var users: java.util.List[User] = _\n\n  @BeanProperty var teamContent: String = _\n\n  @BeanProperty var applies: java.util.List[Apply] = _\n\n  override def toString: String = {\n    \"Team{\" +\n      \"teamId='\" + teamId + '\\'' +\n      \", captain=\" + captain +\n      \", applyTime=\" + applyTime +\n      \", teamName='\" + teamName + '\\'' +\n      \", teamState=\" + teamState +\n      \", teamHeadcount=\" + teamHeadcount +\n      \", competition=\" + competition +\n      \", users=\" + users +\n      \", teamContent='\" + teamContent + '\\'' +\n      \", applies=\" + applies +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/User.scala","text":"package com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 0:36\n *\/\nclass User extends Serializable {\n\n  @BeanProperty var userId: String = _\n\n  @BeanProperty var userName: String = _\n\n  @BeanProperty var password: String = _\n\n  @BeanProperty var name: String = _\n\n  @BeanProperty var phone: String = _\n\n  @BeanProperty var email: String = _\n\n  @BeanProperty var sex: String = _\n\n  @BeanProperty var period: Integer = _\n\n  @BeanProperty var college: College = _\n\n  @BeanProperty var userClassName: String = _\n\n  @BeanProperty var Roles: java.util.Set[Role] = _\n\n  override def toString: String = {\n    \"User{\" +\n      \"userId='\" + userId + '\\'' +\n      \", userName='\" + userName + '\\'' +\n      \", password='\" + password + '\\'' +\n      \", name='\" + name + '\\'' +\n      \", phone='\" + phone + '\\'' +\n      \", email='\" + email + '\\'' +\n      \", sex='\" + sex + '\\'' +\n      \", period=\" + period +\n      \", college=\" + college +\n      \", userClassName='\" + userClassName + '\\'' +\n      \", Roles=\" + Roles +\n      '}'\n  }\n\n}"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/config\/SwaggerConfig.scala","text":"\/\/package com.tracy.competition.config\n\/\/\n\/\/import org.springframework.context.annotation.{Bean, Configuration}\n\/\/import springfox.documentation.builders.{ApiInfoBuilder, PathSelectors, RequestHandlerSelectors}\n\/\/import springfox.documentation.service.ApiInfo\n\/\/import springfox.documentation.spi.DocumentationType\n\/\/import springfox.documentation.spring.web.plugins.Docket\n\/\/import springfox.documentation.swagger2.annotations.EnableSwagger2\n\/\/\n\/\/\/**\n\/\/ * @author Tracy\n\/\/ * @date 2021\/2\/9 12:03\n\/\/ *\/\n\/\/@Configuration\n\/\/@EnableSwagger2\n\/\/class SwaggerConfig {\n\/\/\n\/\/  @Bean def createRestApi: Docket = {\n\/\/    new Docket(DocumentationType.SWAGGER_2)\n\/\/      .apiInfo(apiInfo)\n\/\/      .select\n\/\/      .apis(RequestHandlerSelectors.basePackage(\"com.tracy.competition.controller\"))\n\/\/      .paths(PathSelectors.any)\n\/\/      .build\n\/\/  }\n\/\/\n\/\/  private def apiInfo = {\n\/\/    new ApiInfoBuixlder()\n\/\/      .title(\"\u805a\u8d5b\u5802 Restful APIs For Scala\")\n\/\/      .description(\"\u805a\u8d5b\u5802\u540e\u7aef\u76f8\u5173\u63a5\u53e3\uff0c\u4f7f\u7528Scala\u91cd\u6784\")\n\/\/      .termsOfServiceUrl(\"https:\/\/github.com\/Tracyyy-s\/jusaitang-back\")\n\/\/      .contact(\"tracy\")\n\/\/      .version(\"1.0\")\n\/\/      .build\n\/\/  }\n\/\/}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/test\/scala\/com\/tracy\/competition\/TestRedis.scala","text":"package com.tracy.competition\n\nimport com.tracy.competition.utils.RedisUtil\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.boot.test.context.SpringBootTest\nimport org.springframework.test.context.junit4.SpringRunner\n\n\/**\n * @author Tracy\n * @date 2021\/2\/13 20:21\n *\/\n@SpringBootTest\n@RunWith(classOf[SpringRunner])\nclass TestRedis {\n\n  @Autowired val redisUtil: RedisUtil = null\n\n  @Test\n  def test01(): Unit = {\n    println(redisUtil.hget(\"users\", \"10000\"))\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/test\/scala\/com\/tracy\/competition\/AppTest2.scala","text":"package com.tracy.competition\n\nimport java.lang.reflect.Field\nimport java.util\n\nimport com.tracy.competition.domain.entity.User\nimport com.tracy.competition.service.UserService\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.boot.test.context.SpringBootTest\nimport org.springframework.test.context.junit4.SpringRunner\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 17:03\n *\/\n@SpringBootTest\n@RunWith(classOf[SpringRunner])\nclass AppTest2 {\n\n  @Autowired val userService: UserService = null\n\n  @Test\n  def test01(): Unit = {\n\n    val user: User = userService.findUserByUserName(\"10000\")\n\n    val clazz: Class[_ <: User] = user.getClass\n\n    val fields: Array[Field] = clazz.getDeclaredFields\n\n    fields.foreach(field => {\n      field.setAccessible(true)\n\n      val value: AnyRef = field.get(user)\n      println(field.getName + \": \" + field.get(user))\n    })\n  }\n\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/CompetitionService.scala","text":"package com.tracy.competition.service\n\nimport java.util\n\nimport com.tracy.competition.domain.entity.{Competition, User, UserCompetition}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:33\n *\/\ntrait CompetitionService {\n  \/**\n   * \u901a\u8fc7\u7ade\u8d5bid\u67e5\u8be2\u6bd4\u8d5b\u8be6\u60c5\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findCompetitionById(competitionId: String): Competition\n\n  \/**\n   * \u67e5\u8be2\u6240\u6709\u6bd4\u8d5b\u8be6\u60c5\n   *\n   * @return\n   *\/\n  def findAllCompetition: util.List[Competition]\n\n  \/**\n   * \u6839\u636e\u6bd4\u8d5bid\u83b7\u5f97\u6bd4\u8d5b\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findUserByCompetitionId(competitionId: String): util.List[User]\n\n  \/**\n   * \u6839\u636e\u5f53\u524d\u7528\u6237id\u83b7\u5f97\u5df2\u53c2\u52a0\u5217\u8868\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findCompetitionListByUserId(userId: String): util.List[UserCompetition]\n\n  \/**\n   * \u67e5\u8be2\u6240\u6709\u7ec4\u961f\u6bd4\u8d5b\u5217\u8868\n   *\n   * @return\n   *\/\n  def findAllTeamCompetition: util.List[Competition]\n\n  \/**\n   * \u901a\u8fc7\u7ade\u8d5bid,\u67e5\u8be2\u62a5\u540d\u8be5\u7ade\u8d5b\u7684\u7528\u6237\u5217\u8868\n   *\n   * @param competitionId competitionId\n   * @return\n   *\/\n  def findUserList(competitionId: String): util.List[User]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/UniversityServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport com.tracy.competition.dao.UniversityDao\nimport com.tracy.competition.domain.entity.University\nimport com.tracy.competition.service.UniversityService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:35\n *\/\n@Service\nclass UniversityServiceImpl extends UniversityService {\n\n  @Autowired private val universityDao: UniversityDao = null\n  \/**\n   * \u6839\u636e\u7528\u6237\u7684\u5b66\u9662id\u67e5\u8be2\u5b66\u6821\n   *\n   * @param collegeId collegeId\n   * @return\n   *\/\n  override def findUniversityByCollegeId(collegeId: String): University = {\n    universityDao.findUniversityByCollegeId(collegeId)\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/UserCompetition.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/UserCompetition.scala\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:14\n *\/\nclass UserCompetition extends Serializable {\n  @BeanProperty var competition: Competition = _\n\n  @BeanProperty var user: User = _\n\n  @BeanProperty var date: java.lang.Long = 0L\n\n  @BeanProperty var winRanking: Integer = _\n\n  @BeanProperty var winLevelName:String = _\n\n  override def toString: String = {\n    \"UserCompetition{\" +\n      \"competition=\" + competition +\n      \", user=\" + user +\n      \", date=\" + date +\n      \", winRanking=\" + winRanking +\n      \", winLevelName='\" + winLevelName + '\\'' +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/impl\/CompetitionTypeServiceImpl.scala","text":"package com.tracy.competition.service.impl\n\nimport java.util\n\nimport com.tracy.competition.dao.CompetitionTypeDao\nimport com.tracy.competition.domain.entity.CompetitionType\nimport com.tracy.competition.service.CompetitionTypeService\nimport com.tracy.competition.utils.RedisUtil\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 14:17\n *\/\n@Service\nclass CompetitionTypeServiceImpl extends CompetitionTypeService {\n\n  @Autowired private val redisUtil: RedisUtil = null\n  @Autowired private val competitionTypeDao: CompetitionTypeDao = null\n\n  \/**\n   * \u83b7\u53d6\u5168\u90e8\u6bd4\u8d5b\u7c7b\u578b\n   *\n   * @return\n   *\/\n  override def findAllCompetitionType: util.List[CompetitionType] = {\n    var competitionTypes: util.List[CompetitionType] = null\n    if (redisUtil.hasKey(\"competitionTypes\")) {\n      competitionTypes = redisUtil.get(\"competitionTypes\").asInstanceOf[util.List[CompetitionType]]\n      println(\"Redis\u7f13\u5b58\u53d6\u51fa\u7684\u7ade\u8d5b\u7c7b\u578b\")\n    }\n    else {\n      competitionTypes = competitionTypeDao.findAllCompetitionType\n      redisUtil.set(\"competitionTypes\", competitionTypes)\n      println(\"\u6570\u636e\u5e93\u53d6\u51fa\u7684\u7ade\u8d5b\u7c7b\u578b\")\n    }\n    competitionTypes\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/TeamController.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/controller\/TeamController.scala\npackage com.tracy.competition.controller\n\nimport java.util\nimport java.util.{ArrayList, List, UUID}\n\nimport com.tracy.competition.domain.entity.{Apply, Team, User}\nimport com.tracy.competition.service.TeamService\nimport com.tracy.competition.utils.{RedisUtil, ResponseMessage}\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestBody, RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:39\n *\/\n@Controller\n@RequestMapping(Array(\"\/team\")) class TeamController {\n  @Autowired private val redisUtil: RedisUtil = null\n  @Autowired private val teamService: TeamService = null\n\n  \/**\n   * \u521b\u5efa\u961f\u4f0d\n   *\n   * @param team team\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/addTeam\"), method = Array(RequestMethod.POST))\n  @ResponseBody def addTeam(@RequestBody team: Team): ResponseMessage = { \/\/\u751f\u6210id\n    team.setTeamId(UUID.randomUUID.toString)\n    \/\/\u83b7\u5f97\u5f53\u524d\u7528\u6237\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    \/\/\u8bbe\u7f6e\u961f\u957f\u4e3a\u521b\u5efa\u8be5\u961f\u4f0d\u7684\u5f53\u524d\u7528\u6237\n    team.setCaptain(user)\n    \/\/\u521d\u59cb\u4eba\u6570\u4e3a1\n    team.setTeamHeadcount(1)\n    \/\/\u521d\u59cb\u72b6\u6001\u4e3a0\uff08\u672a\u6ee1\u4eba\uff0c\u4f46\u4e0d\u5904\u4e8e\u62db\u52df\uff09\n    team.setTeamState(0)\n    try {\n      teamService.insertTeam(team)\n      ResponseMessage(\"1\", \"\u521b\u5efa\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u521b\u5efa\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u521b\u5efa\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findMyTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findMyTeam: ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val teams: util.List[Team] = teamService.findMyTeam(user.getUserId)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"teams\", teams)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u83b7\u53d6\u5f53\u524d\u7528\u6237\u52a0\u5165\u7684\u6240\u6709\u961f\u4f0d\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findJoinTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findJoinTeam: ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val teams: util.List[Team] = teamService.findJoinTeam(user.getUserId)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"teams\", teams)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u83b7\u5f97\u961f\u4f0d\u5176\u4ed6\u6210\u5458\u4fe1\u606f\n   *\n   * @param teamId teamId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findUsersByTeamId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findUsersByTeamId(teamId: String): ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val users: util.List[User] = teamService.findUsersByTeamIdAndNotNowUser(teamId, user.getUserId)\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"users\", users)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u4fe1\u606f\u4fee\u6539\u6570\u636e\u5e93\u961f\u4f0d\u6570\u636e\n   *\n   * @param team team\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/updateMyTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def updateMyTeam(@RequestBody team: Team): ResponseMessage = try {\n    teamService.updateMyTeam(team)\n    ResponseMessage(\"1\", \"\u4fee\u6539\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u4fee\u6539\u5931\u8d25\")\n  }\n\n  \/**\n   * \u5220\u9664\u961f\u4f0d\u4e2d\u7684\u6210\u5458\n   *\n   * @param teamId teamId\n   * @param userId userId\n   *\/\n  @RequestMapping(value = Array(\"\/deleteTeamUser\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def deleteTeamUser(teamId: String, userId: String): ResponseMessage = try {\n    teamService.deleteTeamUser(teamId, userId)\n    ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n  }\n\n  \/**\n   * \u89e3\u6563\u961f\u4f0d\uff0c\u5e76\u6e05\u7a7a\u961f\u5458\n   *\n   * @param teamId teamId\n   *\/\n  @RequestMapping(value = Array(\"\/deleteTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def deleteTeam(teamId: String): ResponseMessage = try {\n    teamService.deleteTeam(teamId)\n    ResponseMessage(\"1\", \"\u5220\u9664\u6210\u529f\")\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u5220\u9664\u5931\u8d25\")\n  }\n\n  \/**\n   * \u9000\u51fa\u961f\u4f0d\n   *\n   * @param teamId teamId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/exitTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def exitTeam(teamId: String): ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      teamService.deleteTeamOneUser(teamId, user.getUserId)\n      ResponseMessage(\"1\", \"\u9000\u51fa\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u9000\u51fa\u5931\u8d25\")\n    }\n  }\n\n  @RequestMapping(value = Array(\"\/joinMyTeamList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def joinMyTeamList: ResponseMessage = try {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    val teams: util.List[Team] = teamService.findMyTeam(user.getUserId)\n    val applies: util.List[Apply] = teamService.findAllMyTeamApply(teams)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"applies\", applies)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  @RequestMapping(value = Array(\"\/myDisposeList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def myDisposeList: ResponseMessage = try {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    val teams: util.List[Team] = teamService.findMyTeam(user.getUserId)\n    val applies: util.List[Apply] = teamService.findAllMyHistoryTeamApply(teams)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"applies\", applies)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  @RequestMapping(value = Array(\"\/getMyTeamByCompetitionId\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getMyTeamByCompetitionId(competitionId: String): ResponseMessage = {\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    try {\n      val teams: util.List[Team] = teamService.findMyTeam(user.getUserId)\n      val teams1: util.List[Team] = new util.ArrayList[Team]\n      if (teams.size != 0) {\n        import scala.collection.JavaConversions._\n        for (team <- teams) {\n          if (team.getCompetition.getCompetitionId == competitionId) teams1.add(team)\n        }\n      }\n      val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n      responseMessage.getData.put(\"teams\", teams1)\n      responseMessage\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n    }\n  }\n\n  @RequestMapping(value = Array(\"\/getTeamReportList\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getTeamReportList(competitionId: String): ResponseMessage = try { \/\/\u6839\u636e\u7ade\u8d5bid\u53ca\u5df2\u62a5\u540d\u7684\u72b6\u6001\uff083\uff09\uff0c\u83b7\u53d6\u961f\u4f0d\u5217\u8868\n    val teams: util.List[Team] = teamService.findTeamByCompetitionIdAndRegistered(competitionId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"teams\", teams)\n    \/\/\u5c06id\u653e\u5165\u7f13\u5b58\uff0c\u4f9b\u5bfc\u51fa\u7528\n    redisUtil.set(\"competitionId\", competitionId)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  \/**\n   * \u6839\u636e\u961f\u4f0did\u548c\u961f\u957fid\u83b7\u53d6\u961f\u4f0d\u6240\u6709\u6210\u5458\u4fe1\u606f\n   *\n   * @param teamId teamId\n   * @param captainId captainId\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/getTeamMembers\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def getTeamMembers(teamId: String, captainId: String): ResponseMessage = try {\n    val users: util.List[User] = teamService.findUserListByTeamIdAndCaptainId(teamId, captainId)\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"users\", users)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n}\n\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/domain\/entity\/File.scala","text":"<gh_stars>0\npackage com.tracy.competition.domain.entity\n\nimport scala.beans.BeanProperty\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 1:13\n *\/\nclass File extends Serializable {\n  @BeanProperty var fileId: String = _\n\n  @BeanProperty var filePath: String = _\n\n  @BeanProperty var fileName: String = _\n\n  @BeanProperty var competition: Competition = _\n\n  @BeanProperty var notification: Notification = _\n\n  override def toString: String = {\n    \"File{\" +\n      \"fileId='\" + fileId + '\\'' +\n      \", filePath='\" + filePath + '\\'' +\n      \", fileName='\" + fileName + '\\'' +\n      \", competition=\" + competition +\n      \", notification=\" + notification +\n      '}'\n  }\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/service\/UserService.scala","text":"<reponame>Tracyyy-s\/jusaitang-back-scala\npackage com.tracy.competition.service\n\nimport java.util\nimport java.util.List\n\nimport com.tracy.competition.domain.entity.User\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 13:13\n *\/\ntrait UserService {\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\uff0c\u5bc6\u7801\u67e5\u8be2\u7528\u6237\n   *\n   * @param user user\n   * @return\n   *\/\n  def findByUsernameAndPassword(user: User): User\n\n  \/**\n   * \u901a\u8fc7\u7528\u6237\u540d\u67e5\u8be2\u5b66\u9662id\n   *\n   * @param userName userName\n   * @return\n   *\/\n  def findCollegeIdByUserName(userName: String): String\n\n  \/**\n   * \u901a\u8fc7userName\u67e5\u8be2\u6240\u6709\u7528\u6237\u4fe1\u606f\n   *\n   * @param userName userName\n   * @return\n   *\/\n  def findUserByUserName(userName: String): User\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u5bc6\u7801\n   *\n   * @param user user\n   *\/\n  def updatePassword(user: User): Unit\n\n  \/**\n   * \u4fee\u6539\u7528\u6237\u4fe1\u606f\n   *\n   * @param user user\n   *\/\n  def updateUser(user: User): Unit\n\n  \/**\n   * \u901a\u8fc7userId\u67e5\u8be2\u6240\u6709\u7528\u6237\u4fe1\u606f\n   *\n   * @param userId userId\n   * @return\n   *\/\n  def findUserByUserId(userId: String): User\n\n  \/**\n   * \u83b7\u5f97\u6240\u6709\u7528\u6237\n   *\n   * @return\n   *\/\n  def getAllUser: util.List[User]\n}\n"}
{"repo_name":"Tracyyy-s\/jusaitang-back-scala","path":"src\/main\/scala\/com\/tracy\/competition\/controller\/RecruitController.scala","text":"<filename>src\/main\/scala\/com\/tracy\/competition\/controller\/RecruitController.scala\npackage com.tracy.competition.controller\n\nimport java.util\nimport java.util.{ArrayList, List}\n\nimport com.tracy.competition.domain.entity.{Team, User, UserTeam}\nimport com.tracy.competition.service.{RecruitService, TeamService}\nimport com.tracy.competition.utils.ResponseMessage\nimport org.apache.shiro.SecurityUtils\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Controller\nimport org.springframework.web.bind.annotation.{RequestMapping, RequestMethod, ResponseBody}\n\n\/**\n * @author Tracy\n * @date 2021\/2\/9 15:35\n *\/\n@Controller\n@RequestMapping(Array(\"\/recruit\")) class RecruitController {\n  @Autowired private val recruitService: RecruitService = null\n  @Autowired private val teamService: TeamService = null\n\n  \/**\n   * \u6839\u636e\u961f\u4f0d\u72b6\u6001\u83b7\u53d6\u6b63\u5728\u62db\u52df\u7684\u961f\u4f0d\u5217\u8868\n   *\n   * @return\n   *\/\n  @RequestMapping(value = Array(\"\/findAllRecruitTeam\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def findAllRecruitTeam: ResponseMessage = try { \/\/\u961f\u4f0d\u72b6\u6001\u4e3a1\u7684\u4e3a\u672a\u6ee1\u5458\uff0c\u6b63\u5728\u62db\u52df\n    val teams: util.List[Team] = recruitService.findAllTeamByState(1)\n    val user: User = SecurityUtils.getSubject.getPrincipal.asInstanceOf[User]\n    val userTeams: util.List[UserTeam] = recruitService.findAllUserTeam(user.getUserId)\n    \/\/\u5b58\u653e\u672a\u52a0\u5165\u4e14\u6b63\u5728\u62db\u52df\u7684\u961f\u4f0d\n    val teams1: util.List[Team] = new util.ArrayList[Team]\n    var i: Int = 0\n    import scala.collection.JavaConverters._\n    import scala.util.control.Breaks._\n    for (team <- teams.asScala) {\n      i = 0\n      breakable({\n        while ( {\n          i < userTeams.size\n        }) {\n          if (team.getTeamId == userTeams.get(i).getTeamId)\n            break \/\/todo: break is not supported\n\n          i += 1\n        }\n      })\n      if (i == userTeams.size) teams1.add(team)\n    }\n    val responseMessage: ResponseMessage = ResponseMessage(\"1\", \"\u83b7\u53d6\u6210\u529f\")\n    responseMessage.getData.put(\"teams\", teams1)\n    responseMessage\n  } catch {\n    case e: Exception =>\n      e.printStackTrace()\n      ResponseMessage(\"0\", \"\u83b7\u53d6\u5931\u8d25\")\n  }\n\n  @RequestMapping(value = Array(\"\/recruitUser\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def recruitUser(teamId: String): ResponseMessage = {\n    val team: Team = new Team\n    team.setTeamId(teamId)\n    \/\/\u8bbe\u7f6e\u961f\u4f0d\u72b6\u6001\u4e3a1,\u5373\u62db\u52df\u4e2d\n    team.setTeamState(1)\n    try {\n      teamService.updateTeam(team)\n      ResponseMessage(\"1\", \"\u53d1\u8d77\u62db\u52df\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u53d1\u8d77\u62db\u52df\u5931\u8d25\")\n    }\n  }\n\n  @RequestMapping(value = Array(\"\/cancelRecruit\"), method = Array(RequestMethod.POST, RequestMethod.GET))\n  @ResponseBody def cancelRecruit(teamId: String): ResponseMessage = {\n    val team: Team = new Team\n    team.setTeamId(teamId)\n    \/\/\u8bbe\u7f6e\u961f\u4f0d\u72b6\u6001\u4e3a0,\u5373\u672a\u62db\u52df\n    team.setTeamState(0)\n    try {\n      teamService.updateTeam(team)\n      ResponseMessage(\"1\", \"\u53d6\u6d88\u62db\u52df\u6210\u529f\")\n    } catch {\n      case e: Exception =>\n        e.printStackTrace()\n        ResponseMessage(\"0\", \"\u53d6\u6d88\u62db\u52df\u5931\u8d25\")\n    }\n  }\n}\n\n"}
{"repo_name":"sebacla\/template-scala","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject._\nimport play.api._\nimport play.api.mvc._\nimport play.api.libs.json._\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject()(val controllerComponents: ControllerComponents) extends BaseController {\n\n  \/**\n   * Create an Action to render an HTML page.\n   *\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index() = Action { implicit request: Request[AnyContent] =>\n    Ok(views.html.index())\n  }\n  \/**\n     * Create an Action to render an HTML page.\n     *\n     * The configuration in the `routes` file means that this method\n     * will be called when the application receives a `GET` request with\n     * a path of `\/`.\n     *\/\n    val json: JsValue = Json.obj(\n            \"name\"     -> \"<NAME>\",\n            \"location\" -> Json.obj(\"lat\" -> 51.235685, \"long\" -> -1.309197),\n            \"residents\" -> Json.arr(\n              Json.obj(\n                \"name\" -> \"Fiver\",\n                \"age\"  -> 4,\n                \"role\" -> JsNull\n              ),\n              Json.obj(\n                \"name\" -> \"Bigwig\",\n                \"age\"  -> 6,\n                \"role\" -> \"Owsla\"\n              )\n            )\n          )\n    def test() = Action { implicit request: Request[AnyContent] =>\n      \n      Ok(json)\n    }\n}\n"}
{"repo_name":"cristianspinetta\/scala-angular-mongo-template","path":"app\/controllers\/Users.scala","text":"<gh_stars>0\npackage controllers\n\nimport base.Logging\nimport play.api.libs.concurrent.Execution.Implicits.defaultContext\nimport play.api.libs.json._\nimport play.api.mvc._\nimport play.modules.reactivemongo.MongoController\nimport play.modules.reactivemongo.json.collection.JSONCollection\nimport reactivemongo.api.Cursor\n\nimport scala.concurrent.Future\n\n\/**\n * The Users controllers encapsulates the Rest endpoints and the interaction with the MongoDB, via ReactiveMongo\n * play plugin. This provides a non-blocking driver for mongoDB as well as some useful additions for handling JSon.\n * @see https:\/\/github.com\/ReactiveMongo\/Play-ReactiveMongo\n *\/\ntrait Users extends Controller with MongoController with Logging {\n\n  \/*\n   * Get a JSONCollection (a Collection implementation that is designed to work\n   * with JsObject, Reads and Writes.)\n   * Note that the `collection` is not a `val`, but a `def`. We do _not_ store\n   * the collection reference to avoid potential problems in development with\n   * Play hot-reloading.\n   *\/\n  def collection: JSONCollection = db.collection[JSONCollection](\"users\")\n\n  \/\/ ------------------------------------------ \/\/\n  \/\/ Using case classes + Json Writes and Reads \/\/\n  \/\/ ------------------------------------------ \/\/\n\n  import models.JsonFormats._\n  import models._\n\n  def createUser = Action.async(parse.json) {\n    request =>\n    \/*\n     * request.body is a JsValue.\n     * There is an implicit Writes that turns this JsValue as a JsObject,\n     * so you can call insert() with this JsValue.\n     * (insert() takes a JsObject as parameter, or anything that can be\n     * turned into a JsObject using a Writes.)\n     *\/\n      request.body.validate[User].map {\n        user =>\n        \/\/ `user` is an instance of the case class `models.User`\n          collection.insert(user).map {\n            lastError =>\n              logger.debug(s\"Successfully inserted with LastError: $lastError\")\n              Created(s\"User Created\")\n          }\n      }.getOrElse(Future.successful(BadRequest(\"invalid json\")))\n  }\n\n  def updateUser(firstName: String, lastName: String) = Action.async(parse.json) {\n    request =>\n      request.body.validate[User].map {\n        user =>\n          \/\/ find our user by first name and last name\n          val nameSelector = Json.obj(\"firstName\" -> firstName, \"lastName\" -> lastName)\n          collection.update(nameSelector, user).map {\n            lastError =>\n              logger.debug(s\"Successfully updated with LastError: $lastError\")\n              Created(s\"User Updated\")\n          }\n      }.getOrElse(Future.successful(BadRequest(\"invalid json\")))\n  }\n\n  def findUsers = Action.async {\n    \/\/ let's do our query\n    val cursor: Cursor[User] = collection.\n      \/\/ find all\n      find(Json.obj(\"active\" -> true)).\n      \/\/ sort them by creation date\n      sort(Json.obj(\"created\" -> -1)).\n      \/\/ perform the query and get a cursor of JsObject\n      cursor[User]\n\n    \/\/ gather all the JsObjects in a list\n    val futureUsersList: Future[List[User]] = cursor.collect[List]()\n\n    \/\/ transform the list into a JsArray\n    val futurePersonsJsonArray: Future[JsArray] = futureUsersList.map { users =>\n      Json.arr(users)\n    }\n    \/\/ everything's ok! Let's reply with the array\n    futurePersonsJsonArray.map {\n      users =>\n        Ok(users(0))\n    }\n  }\n\n}\n\nobject Users extends Users\n"}
{"repo_name":"cristianspinetta\/scala-angular-mongo-template","path":"app\/Global.scala","text":"import play.api.GlobalSettings\n\n\/**\n * Set up the Guice injector and provide the mechanism for return objects from the dependency graph.\n *\/\nobject Global extends GlobalSettings {\n}\n"}
{"repo_name":"cristianspinetta\/scala-angular-mongo-template","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport java.io.File\n\nimport base.Logging\nimport play.api.Play\nimport play.api.Play.current\nimport play.api.mvc._\n\ntrait Application extends Controller with Logging {\n\n  def index = Action {\n    logger.info(\"Serving index page...\")\n\n    val javascripts = {\n      if (Play.isDev) {\n        \/\/ Load all .js and .coffeescript files within app\/assets\n        Option(Play.getFile(\"app\/assets\")).\n          filter(_.exists).\n          map(findScripts).\n          getOrElse(Nil)\n      } else {\n        \/\/ Concated and minified by UglifyJS\n        \"concat.min.js\" :: Nil\n      }\n    }\n\n    Ok(views.html.index(javascripts))\n  }\n\n  private def findScripts(base: File): Seq[String] = {\n    val baseUri = base.toURI\n    directoryFlatMap(base, scriptMapper).\n      map(f => baseUri.relativize(f.toURI).getPath)\n  }\n\n  private def scriptMapper(file: File): Option[File] = {\n    val name = file.getName\n    if (name.endsWith(\".js\")) Some(file)\n    else if (name.endsWith(\".coffee\")) Some(new File(file.getParent, name.dropRight(6) + \"js\"))\n    else None\n  }\n\n  private def directoryFlatMap[A](in: File, fileFun: File => Option[A]): Seq[A] = {\n    in.listFiles.flatMap {\n      case f if f.isDirectory => directoryFlatMap(f, fileFun)\n      case f if f.isFile => fileFun(f)\n    }\n  }\n\n}\n\nobject Application extends Application\n"}
{"repo_name":"cristianspinetta\/scala-angular-mongo-template","path":"app\/base\/Logging.scala","text":"<reponame>cristianspinetta\/scala-angular-mongo-template<filename>app\/base\/Logging.scala\npackage base\n\nimport play.api.Logger\n\n\/**\n * Created by cristian on 24\/10\/15.\n *\/\ntrait Logging {\n  val logger = Logger(this.getClass)\n}\n"}
{"repo_name":"arturopala\/validator","path":"src\/main\/scala\/com\/github\/arturopala\/validator\/Validator.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.arturopala.validator\n\nimport cats.Semigroup\nimport cats.data.Validated\nimport cats.data.Validated.{Invalid, Valid}\nimport cats.Eq\n\n\/** Simpler validator abstraction using Cats Validated https:\/\/typelevel.org\/cats\/datatypes\/validated.html. *\/\nobject Validator {\n\n  import Implicits._\n\n  \/** The validator function. *\/\n  final type Validate[T] = T => Validated[List[String], Unit]\n\n  \/** Combine provided validator functions. *\/\n  def apply[T](constraints: Validate[T]*): Validate[T] =\n    (entity: T) =>\n      constraints\n        .foldLeft[Validated[List[String], Unit]](Valid(()))((v, fx) => v.combine(fx(entity)))\n\n  def always[T]: Validate[T] = (_: T) => Valid(())\n\n  def never[T]: Validate[T] = (_: T) => Invalid(Nil)\n\n  \/** Succeed only if all constraints are valid. *\/\n  def all[T](constraints: Validate[T]*): Validate[T] = apply(constraints: _*)\n\n  \/** Succeed only if all constraints are valid, otherwise prepend errorPrefix. *\/\n  def allWithPrefix[T](errorPrefix: String, constraints: Validate[T]*): Validate[T] =\n    (entity: T) => all(constraints: _*)(entity).leftMap(_.map(e => s\"$errorPrefix$e\"))\n\n  \/** Succeed only if all constraints are valid, otherwise prepend calculated errorPrefix. *\/\n  def allWithComputedPrefix[T](errorPrefix: T => String, constraints: Validate[T]*): Validate[T] =\n    (entity: T) =>\n      all(constraints: _*)(entity).leftMap { r =>\n        val prefix = errorPrefix(entity)\n        r.map(e => s\"$prefix$e\")\n      }\n\n  \/** Succeed if any of the constraints is valid. *\/\n  def any[T](constraints: Validate[T]*): Validate[T] =\n    (entity: T) =>\n      if (constraints.isEmpty) Valid(())\n      else {\n        val results = constraints.map(_.apply(entity))\n        if (results.exists(_.isValid)) Valid(())\n        else results.reduce((a, b) => a.combine(b))\n      }\n\n  \/** Succeed if any of the constraints is valid, otherwise prepend errorPrefix. *\/\n  def anyWithPrefix[T](errorPrefix: String, constraints: Validate[T]*): Validate[T] =\n    (entity: T) => any(constraints: _*)(entity).leftMap(_.map(e => s\"$errorPrefix$e\"))\n\n  \/** Succeed if any of the constraints is valid, otherwise prepend errorPrefix. *\/\n  def anyWithComputedPrefix[T](errorPrefix: T => String, constraints: Validate[T]*): Validate[T] =\n    (entity: T) =>\n      any(constraints: _*)(entity).leftMap { r =>\n        val prefix = errorPrefix(entity)\n        r.map(e => s\"$prefix$e\")\n      }\n\n  \/** Depending on the test result follow continue with either first or second constraint. *\/\n  def conditionally[T](\n    test: T => Boolean,\n    constraintWhenTrue: Validate[T],\n    constraintWhenFalse: Validate[T]\n  ): Validate[T] =\n    (entity: T) =>\n      if (test(entity)) constraintWhenTrue(entity)\n      else constraintWhenFalse(entity)\n\n  \/** If the test is true then check the next constraint, otherwise valid. *\/\n  def whenTrue[T](test: T => Boolean, constraintWhenTrue: Validate[T]): Validate[T] =\n    (entity: T) =>\n      if (test(entity)) constraintWhenTrue(entity)\n      else Valid(())\n\n  \/** If the test is false then try the next constraint, otherwise valid. *\/\n  def whenFalse[T](test: T => Boolean, constraintWhenFalse: Validate[T]): Validate[T] =\n    (entity: T) =>\n      if (test(entity)) Valid(())\n      else constraintWhenFalse(entity)\n\n  \/** Depending on the guard constraint result continue with either first or second constraint. *\/\n  def when[T](\n    guardConstraint: Validate[T],\n    constraintWhenValid: Validate[T],\n    constraintWhenInvalid: Validate[T]\n  ): Validate[T] =\n    (entity: T) =>\n      guardConstraint(entity) match {\n        case Valid(_)   => constraintWhenValid(entity)\n        case Invalid(_) => constraintWhenInvalid(entity)\n      }\n\n  \/** If the guard constraint is valid then check next constraint. *\/\n  def whenValid[T](guardConstraint: Validate[T], constraintWhenValid: Validate[T]): Validate[T] =\n    (entity: T) =>\n      guardConstraint(entity) match {\n        case Valid(_) => constraintWhenValid(entity)\n        case invalid  => invalid\n      }\n\n  \/** If the guard constraint is invalid then try next constraint. *\/\n  def whenInvalid[T](guardConstraint: Validate[T], constraintWhenInvalid: Validate[T]): Validate[T] =\n    (entity: T) =>\n      guardConstraint(entity) match {\n        case Invalid(_) => constraintWhenInvalid(entity)\n        case valid      => valid\n      }\n\n  \/** Combine two constraints to make a constraint on a pair. *\/\n  def product[A, B](constraintA: Validate[A], constraintB: Validate[B]): Validate[(A, B)] =\n    (entity: (A, B)) => constraintA(entity._1).combine(constraintB(entity._2))\n\n  \/** Combine three constraints to make a constraint on a tuple. *\/\n  def product[A, B, C](\n    constraintA: Validate[A],\n    constraintB: Validate[B],\n    constraintC: Validate[C]\n  ): Validate[(A, B, C)] =\n    (entity: (A, B, C)) => constraintA(entity._1).combine(constraintB(entity._2)).combine(constraintC(entity._3))\n\n  \/** Combine four constraints to make a constraint on a tuple. *\/\n  def product[A, B, C, D](\n    constraintA: Validate[A],\n    constraintB: Validate[B],\n    constraintC: Validate[C],\n    constraintD: Validate[D]\n  ): Validate[(A, B, C, D)] =\n    (entity: (A, B, C, D)) =>\n      constraintA(entity._1)\n        .combine(constraintB(entity._2))\n        .combine(constraintC(entity._3))\n        .combine(constraintD(entity._4))\n\n  private type SimpleValidator[T] = T => Validated[String, Unit]\n\n  def validate[T](constraints: SimpleValidator[T]*): Validate[T] =\n    (entity: T) =>\n      constraints\n        .foldLeft[Validated[List[String], Unit]](Valid(()))((v, fx) => v.combine(fx(entity).leftMap(_ :: Nil)))\n\n  \/** Validate if the test passes, otherwise fail with error. *\/\n  def check[T](test: T => Boolean, error: String): Validate[T] =\n    (entity: T) => Validated.cond(test(entity), (), error :: Nil)\n\n  \/** Validate if two properties return the same value. *\/\n  def checkEquals[T, A: Eq](value1: T => A, value2: T => A, error: String): Validate[T] =\n    (entity: T) => Validated.cond(implicitly[Eq[A]].eqv(value1(entity), value2(entity)), (), error :: Nil)\n\n  \/** Validate if two properties return different value. *\/\n  def checkNotEquals[T, A: Eq](value1: T => A, value2: T => A, error: String): Validate[T] =\n    (entity: T) => Validated.cond(implicitly[Eq[A]].neqv(value1(entity), value2(entity)), (), error :: Nil)\n\n  \/** Validate if the test returns Right, otherwise fail with Left error. *\/\n  def checkFromEither[T](test: T => Either[String, Any]): Validate[T] =\n    (entity: T) => Validated.fromEither(test(entity).map(_ => ()).left.map(_ :: Nil))\n\n  \/** Validate if the test returns Some, otherwise fail with error. *\/\n  def checkIsDefined[T](test: T => Option[Any], error: String): Validate[T] =\n    (entity: T) => Validated.fromOption(test(entity).map(_ => ()), error :: Nil)\n\n  \/** Validate if the test returns None, otherwise fail with error. *\/\n  def checkIsEmpty[T](test: T => Option[Any], error: String): Validate[T] =\n    (entity: T) => if (test(entity).isEmpty) Valid(()) else Invalid(error :: Nil)\n\n  \/** Apply constraint to the extracted property. *\/\n  def checkProperty[T, E](element: T => E, constraint: Validate[E]): Validate[T] =\n    (entity: T) => constraint(element(entity))\n\n  \/** Apply constraint to the extracted property if defined, otherwise follow isValidIfNone flag. *\/\n  def checkIfSome[T, E](\n    element: T => Option[E],\n    constraint: Validate[E],\n    isValidIfNone: Boolean = true\n  ): Validate[T] =\n    (entity: T) =>\n      element(entity)\n        .map(constraint)\n        .getOrElse(\n          if (isValidIfNone) Valid(()) else Invalid(List(\"Expected Some value but got None\"))\n        )\n\n  \/** Apply constraint to each element of the extracted sequence. *\/\n  def checkEach[T, E](elements: T => Seq[E], constraint: Validate[E]): Validate[T] =\n    (entity: T) => {\n      val es = elements(entity)\n      if (es.nonEmpty)\n        es.map(constraint)\n          .reduce(_.combine(_).leftMap(_.distinct))\n      else Valid(())\n    }\n\n  \/** Apply constraint to each element of the extracted sequence.\n    *  If invalid then compute and add prefix to the errors.\n    *\/\n  def checkEachWithErrorPrefix[T, E](\n    elements: T => Seq[E],\n    constraint: Validate[E],\n    errorPrefix: Int => String\n  ): Validate[T] =\n    (entity: T) => {\n      val es = elements(entity)\n      if (es.nonEmpty)\n        es.zipWithIndex\n          .map { case (v, i) => constraint(v).leftMap(_.map(e => s\"${errorPrefix(i)}$e\")) }\n          .reduce(_.combine(_).leftMap(_.distinct))\n      else Valid(())\n    }\n\n  \/** Apply constraint to each element of the extracted sequence if non empty. *\/\n  def checkEachIfNonEmpty[T, E](elements: T => Seq[E], constraint: Validate[E]): Validate[T] =\n    (entity: T) => {\n      val es = elements(entity)\n      if (es.nonEmpty)\n        es.map(constraint)\n          .reduce(_.combine(_))\n      else Invalid(List(\"Sequence must not be empty\"))\n    }\n\n  \/** Apply constraint to each element of the extracted sequence if non empty.\n    *  If invalid then compute and add prefix to the errors.\n    *\/\n  def checkEachIfNonEmptyWithErrorPrefix[T, E](\n    elements: T => Seq[E],\n    constraint: Validate[E],\n    errorPrefix: Int => String\n  ): Validate[T] =\n    (entity: T) => {\n      val es = elements(entity)\n      if (es.nonEmpty)\n        es.zipWithIndex\n          .map { case (v, i) => constraint(v).leftMap(_.map(e => s\"${errorPrefix(i)}$e\")) }\n          .reduce(_.combine(_).leftMap(_.distinct))\n      else Invalid(List(\"Sequence must not be empty\"))\n    }\n\n  \/** Apply constraint to each element of the extracted sequence if defined. *\/\n  def checkEachIfSome[T, E](\n    extract: T => Option[Seq[E]],\n    constraint: Validate[E],\n    isValidIfNone: Boolean = true\n  ): Validate[T] =\n    (entity: T) =>\n      extract(entity)\n        .map(checkEach(identity, constraint))\n        .getOrElse(\n          if (isValidIfNone) Valid(()) else Invalid(List(\"Expected Some sequence but got None\"))\n        )\n\n  \/** Apply constraint to each element of the extracted sequence if non empty.\n    *  If invalid then compute and add prefix to the errors.\n    *\/\n  def checkEachIfSomeWithErrorPrefix[T, E](\n    extract: T => Option[Seq[E]],\n    constraint: Validate[E],\n    errorPrefix: Int => String,\n    isValidIfNone: Boolean\n  ): Validate[T] =\n    (entity: T) =>\n      extract(entity)\n        .map(checkEachWithErrorPrefix(identity, constraint, errorPrefix))\n        .getOrElse(\n          if (isValidIfNone) Valid(()) else Invalid(List(\"Expected Some sequence but got None\"))\n        )\n\n  \/** Check if all extracted optional properties are defined. *\/\n  def checkIfAllDefined[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (extractors.forall(f => f(entity).isDefined)) Valid(())\n      else Invalid(List(s\"All of $expectations must be defined\"))\n\n  \/** Check if all extracted optional properties are empty. *\/\n  def checkIfAllEmpty[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (extractors.forall(f => f(entity).isEmpty)) Valid(())\n      else Invalid(List(s\"All of $expectations must be empty\"))\n\n  \/** Check if the extracted optional properties are either all defined or all empty. *\/\n  def checkIfAllOrNoneDefined[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) => {\n      val checks = extractors.map(f => f(entity))\n      if (checks.forall(_.isDefined) || checks.forall(_.isEmpty)) Valid(())\n      else Invalid(List(s\"The $expectations must be either all defined or all empty\"))\n    }\n\n  \/** Check if all tests passes *\/\n  def checkIfAllTrue[T](\n    tests: Seq[T => Boolean],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (tests.forall(f => f(entity))) Valid(())\n      else Invalid(List(s\"All of $expectations must be true\"))\n\n  \/** Check if all tests fails *\/\n  def checkIfAllFalse[T](\n    tests: Seq[T => Boolean],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (tests.forall(f => !f(entity))) Valid(())\n      else Invalid(List(s\"All of $expectations must be false\"))\n\n  \/** Check if at least one extracted property is defined. *\/\n  def checkIfAtLeastOneIsDefined[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (extractors.exists(f => f(entity).isDefined)) Valid(())\n      else Invalid(List(s\"One of $expectations must be defined\"))\n\n  \/** Check if at least one test passes. *\/\n  def checkIfAtLeastOneIsTrue[T](\n    tests: Seq[T => Boolean],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (tests.exists(f => f(entity))) Valid(())\n      else Invalid(List(s\"One of $expectations must be true\"))\n\n  \/** Check if at most one extracted property is defined. *\/\n  def checkIfAtMostOneIsDefined[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (extractors.count(f => f(entity).isDefined) <= 1) Valid(())\n      else Invalid(List(s\"At most one of $expectations can be defined\"))\n\n  \/** Check if at most one test passes. *\/\n  def checkIfAtMostOneIsTrue[T](\n    tests: Seq[T => Boolean],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (tests.count(f => f(entity)) <= 1) Valid(())\n      else Invalid(List(s\"At most one of $expectations can be true\"))\n\n  \/** Check if one and only one extracted property is defined. *\/\n  def checkIfOnlyOneIsDefined[T](\n    extractors: Seq[T => Option[Any]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (extractors.count(f => f(entity).isDefined) == 1) Valid(())\n      else Invalid(List(s\"Only one of $expectations can be defined\"))\n\n  \/** Check if one and only one test passes. *\/\n  def checkIfOnlyOneIsTrue[T](\n    tests: Seq[T => Boolean],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) =>\n      if (tests.count(f => f(entity)) == 1) Valid(())\n      else Invalid(List(s\"Only one of $expectations can be true\"))\n\n  \/** Check if one and only one set of properties is fully defined. *\/\n  def checkIfOnlyOneSetIsDefined[T](\n    extractors: Seq[Set[T => Option[Any]]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) => {\n      val definedSetCount =\n        extractors.map(_.map(f => f(entity).isDefined).reduce(_ && _)).count(_ == true)\n      if (definedSetCount == 0)\n        Invalid(\n          List(\n            s\"One of the alternative sets $expectations must be defined\"\n          )\n        )\n      else if (definedSetCount > 1)\n        Invalid(\n          List(s\"Only one of the alternative sets $expectations can be defined\")\n        )\n      else Valid(())\n    }\n\n  \/** Check if one and only one set of tests passes. *\/\n  def checkIfOnlyOneSetIsTrue[T](\n    tests: Seq[Set[T => Boolean]],\n    expectations: String\n  ): Validate[T] =\n    (entity: T) => {\n      val definedSetCount =\n        tests.map(_.map(f => f(entity)).reduce(_ && _)).count(_ == true)\n      if (definedSetCount == 0)\n        Invalid(\n          List(\n            s\"One of the alternative sets $expectations must be all true\"\n          )\n        )\n      else if (definedSetCount > 1)\n        Invalid(\n          List(s\"Only one of the alternative sets $expectations can all be true\")\n        )\n      else Valid(())\n    }\n\n  final implicit class StringMatchers(val value: String) extends AnyVal {\n    def lengthMinMaxInclusive(min: Int, max: Int): Boolean =\n      value != null && value.length >= min && value.length <= max\n    def lengthMin(min: Int): Boolean = value != null && value.length >= min\n    def lengthMax(max: Int): Boolean = value != null && value.length <= max\n    def isRight(test: String => Either[String, _]): Boolean = test(value).isRight\n    def isLeft(test: String => Either[String, _]): Boolean = test(value).isLeft\n    def isTrue(test: String => Boolean): Boolean = test(value)\n    def isFalse(test: String => Boolean): Boolean = !test(value)\n    def isOneOf(seq: Seq[String]): Boolean = seq.contains(value)\n    def isOneOf(set: Set[String]): Boolean = set.contains(value)\n  }\n\n  final implicit class OptionalStringMatchers(val value: Option[String]) extends AnyVal {\n    def lengthMinMaxInclusive(min: Int, max: Int): Boolean =\n      value.forall(v => v != null && v.length >= min && v.length <= max)\n    def lengthMin(min: Int): Boolean =\n      value.forall(v => v != null && v.length >= min)\n    def lengthMax(max: Int): Boolean =\n      value.forall(v => v != null && v.length <= max)\n    def isRight(test: String => Either[String, _]): Boolean = value.forall(_.isRight(test))\n    def isLeft(test: String => Either[String, _]): Boolean = value.forall(_.isLeft(test))\n    def isTrue(test: String => Boolean): Boolean = value.forall(_.isTrue(test))\n    def isFalse(test: String => Boolean): Boolean = value.forall(_.isFalse(test))\n    def matches(regex: String): Boolean = value.forall(_.matches(regex))\n    def isOneOf(seq: Seq[String]): Boolean = value.forall(seq.contains)\n    def isOneOf(set: Set[String]): Boolean = value.forall(set.apply)\n  }\n\n  final implicit class IntMatchers(val value: Int) extends AnyVal {\n    def inRange(min: Int, max: Int, multipleOf: Option[Int] = None): Boolean =\n      value <= max && value >= min && multipleOf.forall(a => (value % a).abs < 0.0001)\n    def lteq(max: Int, multipleOf: Option[Int] = None): Boolean =\n      value <= max && multipleOf.forall(a => (value % a).abs < 0.0001)\n    def gteq(min: Int, multipleOf: Option[Int] = None): Boolean =\n      value >= min && multipleOf.forall(a => (value % a).abs < 0.0001)\n  }\n\n  final implicit class OptionalIntMatchers(val value: Option[Int]) extends AnyVal {\n    def inRange(min: Int, max: Int, multipleOf: Option[Int] = None): Boolean =\n      value.forall(v => v <= max && v >= min && multipleOf.forall(a => (v % a).abs < 0.0001))\n    def lteq(max: Int, multipleOf: Option[Int] = None): Boolean =\n      value.forall(v => v <= max && multipleOf.forall(a => (v % a).abs < 0.0001))\n    def gteq(min: Int, multipleOf: Option[Int] = None): Boolean =\n      value.forall(v => v >= min && multipleOf.forall(a => (v % a).abs < 0.0001))\n  }\n\n  final implicit class BigDecimalMatchers(val value: BigDecimal) extends AnyVal {\n    def inRange(min: BigDecimal, max: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value != null && value <= max && value >= min && multipleOf.forall(a => (value % a).abs < 0.0001)\n    def lteq(max: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value != null && value <= max && multipleOf.forall(a => (value % a).abs < 0.0001)\n    def gteq(min: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value != null && value >= min && multipleOf.forall(a => (value % a).abs < 0.0001)\n  }\n\n  final implicit class OptionalBigDecimalMatchers(val value: Option[BigDecimal]) extends AnyVal {\n    def inRange(min: BigDecimal, max: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value.forall(v => v != null && v <= max && v >= min && multipleOf.forall(a => (v % a).abs < 0.0001))\n    def lteq(max: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value.forall(v => v != null && v <= max && multipleOf.forall(a => (v % a).abs < 0.0001))\n    def gteq(min: BigDecimal, multipleOf: Option[BigDecimal] = None): Boolean =\n      value.forall(v => v != null && v >= min && multipleOf.forall(a => (v % a).abs < 0.0001))\n  }\n\n  final implicit class BooleanOps(val value: Boolean) extends AnyVal {\n    def map[T](f: Unit => T): Option[T] = if (value) Some(f(())) else None\n    def orElse(b: => Boolean): Boolean = value || b\n    def asOption: Option[Unit] = if (value) Some(()) else None\n    def isDefined: Boolean = value\n  }\n\n  final implicit class ValidateOps[T](val thisValidate: T => Validated[List[String], Unit]) {\n    def &(otherValidate: Validate[T]): Validate[T] = Validator.all(thisValidate, otherValidate)\n    def |(otherValidate: Validate[T]): Validate[T] = Validator.any(thisValidate, otherValidate)\n    def *[U](otherValidate: Validate[U]): Validate[(T, U)] = Validator.product(thisValidate, otherValidate)\n\n    def ?(otherValidate: Validate[T]): Validate[T] = Validator.whenValid[T](thisValidate, otherValidate)\n    def ?!(otherValidate: Validate[T]): Validate[T] = Validator.whenInvalid[T](thisValidate, otherValidate)\n\n    def andWhenValid(otherValidate: Validate[T]): Validate[T] = Validator.whenValid[T](thisValidate, otherValidate)\n    def andWhenInvalid(otherValidate: Validate[T]): Validate[T] = Validator.whenInvalid[T](thisValidate, otherValidate)\n\n    def @:(errorPrefix: String): Validate[T] = withErrorPrefix(errorPrefix)\n    def @@(errorPrefix: String): Validate[T] = withErrorPrefix(errorPrefix)\n\n    def withErrorPrefix(errorPrefix: String): Validate[T] =\n      (entity: T) => thisValidate(entity).leftMap(_.map(e => s\"$errorPrefix$e\"))\n\n    def withErrorPrefixComputed(errorPrefix: T => String): Validate[T] =\n      (entity: T) =>\n        thisValidate(entity).leftMap { r =>\n          val prefix = errorPrefix(entity)\n          r.map(e => s\"$prefix$e\")\n        }\n\n    def debug: Validate[T] =\n      (entity: T) => {\n        print(entity)\n        print(\" => \")\n        thisValidate(entity).debug\n      }\n\n    def debugWith(show: T => String): Validate[T] =\n      (entity: T) => {\n        print(show(entity))\n        print(\" => \")\n        thisValidate(entity).debug\n      }\n  }\n\n  final implicit class ValidatedOps(val validated: Validated[List[String], Unit]) {\n    def errors: Option[Seq[String]] = validated match {\n      case Invalid(errors) => Some(errors.distinct)\n      case Valid(_)        => None\n    }\n\n    def errorsCount: Int = errors.map(_.length).getOrElse(0)\n\n    def errorString: Option[String] = errors.map(_.mkString(\",\"))\n    def errorString(sep: String): Option[String] = errors.map(_.mkString(sep))\n    def errorString(start: String, sep: String, end: String): Option[String] = errors.map(_.mkString(start, sep, end))\n\n    def debug: Validated[List[String], Unit] = {\n      println(validated.fold(e => s\"Invalid(${e.mkString(\", \")})\", _ => \"Valid\"))\n      validated\n    }\n  }\n\n  object Implicits {\n    implicit val listSemigroup: Semigroup[List[String]] = Semigroup.instance(_ ++ _)\n    implicit val unitSemigroup: Semigroup[Unit] = Semigroup.instance((_, _) => ())\n    implicit val stringSemigroup: Semigroup[String] = Semigroup.instance(_ + _)\n  }\n}\n"}
{"repo_name":"arturopala\/validator","path":"build.sbt","text":"<filename>build.sbt\nval githubRepoName = \"validator\"\n\nval developerName = \"<NAME>\"\nval developerEmail = \"<EMAIL>\"\nval githubUserName = \"arturopala\"\n\nval scala213 = \"2.13.6\"\nval scala212 = \"2.12.15\"\nval scala3 = \"3.1.0\"\nval scalaJSVersion = \"1.7.0\"\nval scalaNativeVersion = \"0.4.0\"\nval mUnitVersion = \"0.7.29\"\nval catsVersion = \"2.6.1\"\n\nval scala2Versions = List(scala213, scala212)\nval scala3Versions = List(scala3)\nval allScalaVersions = scala2Versions ++ scala3Versions\n\ninThisBuild(\n  List(\n    scalaVersion := scala213,\n    organization := s\"com.github.$githubUserName\",\n    homepage := Some(url(s\"https:\/\/github.com\/$githubUserName\/$githubRepoName\")),\n    licenses := List(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\n        githubUserName,\n        developerName,\n        developerEmail,\n        url(s\"https:\/\/uk.linkedin.com\/in\/$githubUserName\")\n      )\n    ),\n    organizationName := developerName,\n    startYear := Some(2020),\n    licenses += (\"Apache-2.0\", new URL(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n    scalafixDependencies += \"com.github.liancheng\" %% \"organize-imports\" % \"0.5.0\",\n    semanticdbEnabled := true,\n    semanticdbVersion := scalafixSemanticdb.revision,\n    scalafixScalaBinaryVersion := \"2.13\",\n    versionScheme := Some(\"early-semver\")\n  )\n)\n\nlazy val sharedSettings = Seq(\n  name := githubRepoName,\n  scalaVersion := scala213,\n  Compile \/ excludeFilter := NothingFilter,\n  unmanagedResources \/ excludeFilter := NothingFilter,\n  (Compile \/ scalafmtOnCompile) := true,\n  (Test \/ scalafmtOnCompile) := true,\n  logBuffered := false,\n  doc \/ scalacOptions += \"-groups\",\n  scalacOptions.withRank(KeyRanks.Invisible) += \"-Ywarn-unused\", \/\/ required by `RemoveUnused` rule\n  (Test \/ parallelExecution) := false,\n  headerLicense := Some(HeaderLicense.ALv2(\"2021\", developerName)),\n  libraryDependencies ++= Seq(\n    \"org.typelevel\" %%% \"cats-core\"        % catsVersion,\n    \"org.scalameta\" %%% \"munit\"            % mUnitVersion % Test,\n    \"org.scalameta\" %%% \"munit-scalacheck\" % mUnitVersion % Test\n  ),\n  testFrameworks += new TestFramework(\"munit.Framework\")\n)\n\npublish \/ skip := true\ncrossScalaVersions := List()\n\nlazy val jVMSettings = List(\n  crossScalaVersions := allScalaVersions,\n  gitHubPagesOrgName := githubUserName,\n  gitHubPagesRepoName := githubRepoName,\n  gitHubPagesSiteDir := baseDirectory.value \/ \"target\" \/ \"site\"\n)\n\nlazy val jSSettings = List(\n  crossScalaVersions := allScalaVersions,\n  scalaJSLinkerConfig ~= (_.withModuleKind(ModuleKind.CommonJSModule)),\n  libraryDependencies ++= List(\n    (\"org.scala-js\" %% \"scalajs-test-interface\" % scalaJSVersion % Test)\n      .cross(CrossVersion.for3Use2_13),\n    (\"org.scala-js\" %% \"scalajs-junit-test-runtime\" % scalaJSVersion % Test)\n      .cross(CrossVersion.for3Use2_13)\n  )\n)\n\nlazy val nativeSettings = List(\n  scalaVersion := scala213,\n  crossScalaVersions := scala2Versions,\n  libraryDependencies ++= List(\n    \"org.scala-native\" %%% \"test-interface\" % scalaNativeVersion % Test,\n    \"org.scala-native\" %%% \"junit-runtime\"  % nativeVersion      % Test\n  )\n)\n\nlazy val root = crossProject(JSPlatform, JVMPlatform, NativePlatform)\n  .crossType(CrossType.Pure)\n  .in(file(\".\"))\n  .settings(sharedSettings)\n  .jvmSettings(jVMSettings)\n  .jsSettings(jSSettings)\n  .nativeSettings(nativeSettings)\n  .jvmConfigure(\n    _.enablePlugins(AutomateHeaderPlugin, GitHubPagesPlugin, SiteScaladocPlugin)\n  )\n\nlazy val rootJVM = root.jvm\nlazy val rootJS = root.js\nlazy val rootNative = root.native\n\nlazy val docs = project\n  .in(file(\"project-mdoc\"))\n  .dependsOn(rootJVM)\n  .settings(\n    sharedSettings,\n    mdocIn := (rootJVM \/ baseDirectory).value \/ \"..\" \/ \"src\" \/ \"docs\",\n    mdocOut := (rootJVM \/ baseDirectory).value \/ \"..\",\n    mdocVariables := Map(\n      \"VERSION\"                  -> previousStableVersion.value.getOrElse(\"0.1.0\"),\n      \"SCALA_NATIVE_VERSION\"     -> scalaNativeVersion,\n      \"SCALA_JS_VERSION\"         -> scalaJSVersion,\n      \"DOTTY_STABLE_VERSION\"     -> scala3,\n      \"SUPPORTED_SCALA_VERSIONS\" -> allScalaVersions.map(v => s\"`$v`\").mkString(\", \")\n    ),\n    publish \/ skip := true\n  )\n  .enablePlugins(MdocPlugin)\n\naddCompilerPlugin(\"org.scala-native\" % \"junit-plugin\" % nativeVersion cross CrossVersion.full)\n"}
{"repo_name":"arturopala\/validator","path":"src\/test\/scala\/com\/github\/arturopala\/validator\/StringMatchersSpec.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.arturopala.validator\n\nclass StringMatchersSpec extends munit.ScalaCheckSuite {\n\n  import Validator._\n\n  test(\"StringMatchers.lengthMinMaxInclusive\") {\n    assert(\"a\".lengthMinMaxInclusive(0, 1) == true)\n    assert(\"a\".lengthMinMaxInclusive(1, 2) == true)\n    assert(\"a\".lengthMinMaxInclusive(2, 3) == false)\n    assert(\"a\".lengthMinMaxInclusive(0, 3) == true)\n    assert(\"abc\".lengthMinMaxInclusive(0, 1) == false)\n    assert(\"abc\".lengthMinMaxInclusive(1, 2) == false)\n    assert(\"abc\".lengthMinMaxInclusive(2, 3) == true)\n    assert(\"abc\".lengthMinMaxInclusive(0, 3) == true)\n  }\n\n  test(\"StringMatchers.lengthMin\") {\n    assert(\"a\".lengthMin(1) == true)\n    assert(\"a\".lengthMin(2) == false)\n    assert(\"aa\".lengthMin(2) == true)\n    assert(\"aa\".lengthMin(3) == false)\n    assert(\"aaa\".lengthMin(3) == true)\n  }\n\n  test(\"StringMatchers.lengthMax\") {\n    assert(\"a\".lengthMax(1) == true)\n    assert(\"a\".lengthMax(2) == true)\n    assert(\"aa\".lengthMax(2) == true)\n    assert(\"aa\".lengthMax(3) == true)\n    assert(\"aaa\".lengthMax(3) == true)\n    assert(\"aaa\".lengthMax(2) == false)\n    assert(\"aa\".lengthMax(1) == false)\n    assert(\"a\".lengthMax(0) == false)\n  }\n\n  test(\"StringMatchers.isTrue\") {\n    def onlyDigits(s: String): Boolean = s.forall(_.isDigit)\n    assert(\"a\".isTrue(onlyDigits) == false)\n    assert(\"a1a\".isTrue(onlyDigits) == false)\n    assert(\"1a2\".isTrue(onlyDigits) == false)\n    assert(\"a12\".isTrue(onlyDigits) == false)\n    assert(\"1\".isTrue(onlyDigits) == true)\n    assert(\"21\".isTrue(onlyDigits) == true)\n    assert(\"321\".isTrue(onlyDigits) == true)\n  }\n\n  test(\"StringMatchers.isFalse\") {\n    def onlyDigits(s: String): Boolean = s.forall(_.isDigit)\n    assert(\"a\".isFalse(onlyDigits) == true)\n    assert(\"a1a\".isFalse(onlyDigits) == true)\n    assert(\"1a2\".isFalse(onlyDigits) == true)\n    assert(\"a12\".isFalse(onlyDigits) == true)\n    assert(\"1\".isFalse(onlyDigits) == false)\n    assert(\"21\".isFalse(onlyDigits) == false)\n    assert(\"321\".isFalse(onlyDigits) == false)\n  }\n\n}\n"}
{"repo_name":"arturopala\/validator","path":"src\/test\/scala\/com\/github\/arturopala\/validator\/ValidatorSpec.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.arturopala.validator\n\nimport org.scalacheck.Prop\nimport org.scalacheck.Prop._\nimport org.scalacheck.Gen\n\nclass ValidatorSpec extends munit.ScalaCheckSuite {\n\n  import Validator._\n\n  case class Foo(bar: String, bazOpt: Option[Int] = None)\n\n  property(\"Validator.all combines provided validators to verify if all checks passes\") {\n    val nonEmptyStringValidator = Validator.check[String](_.nonEmpty, \"string must be non-empty\")\n    val emptyStringValidator = Validator.check[String](_.isEmpty(), \"string must be empty\")\n    val validate: Validate[String] = nonEmptyStringValidator & emptyStringValidator\n\n    forAll { (string: String) =>\n      Prop.all(\n        emptyStringValidator(\"\").isValid,\n        nonEmptyStringValidator(\"\").isInvalid,\n        emptyStringValidator(s\"a$string\").isInvalid,\n        nonEmptyStringValidator(s\"a$string\").isValid,\n        Validator(nonEmptyStringValidator, emptyStringValidator).apply(string).isInvalid,\n        Validator.all(nonEmptyStringValidator, emptyStringValidator).apply(string).isInvalid,\n        validate(string).isInvalid\n      )\n    }\n  }\n\n  property(\"Validator.all(with error prefix) combines provided validators to verify if all checks passes\") {\n    val nonEmptyStringValidator = Validator.check[String](_.nonEmpty, \"string must be non-empty\")\n    val emptyStringValidator = Validator.check[String](_.isEmpty(), \"string must be empty\")\n    val validate: Validate[String] =\n      Validator.allWithPrefix(\"foo: \", nonEmptyStringValidator, emptyStringValidator)\n\n    forAll { (string: String) =>\n      Prop.all(\n        emptyStringValidator(\"\").isValid,\n        (\"foo: \" @: nonEmptyStringValidator)(\"\").errorString == Some(\"foo: string must be non-empty\"),\n        (emptyStringValidator.withErrorPrefix(\"@ \"))(s\"a$string\").errorString == Some(\"@ string must be empty\"),\n        nonEmptyStringValidator(s\"a$string\").isValid,\n        Validator.allWithPrefix(\"foo_\", nonEmptyStringValidator, emptyStringValidator).apply(string).errorString ==\n          Some(if (string.isEmpty) \"foo_string must be non-empty\" else \"foo_string must be empty\"),\n        Validator.allWithPrefix(\"bar\/\", nonEmptyStringValidator, emptyStringValidator).apply(string).errorString ==\n          Some(if (string.isEmpty) \"bar\/string must be non-empty\" else \"bar\/string must be empty\"),\n        validate(string).errorString ==\n          Some(if (string.isEmpty) \"foo: string must be non-empty\" else \"foo: string must be empty\")\n      )\n    }\n  }\n\n  property(\"Validator.all(with calculated error prefix) combines provided validators to verify if all checks passes\") {\n    val nonEmptyStringValidator = Validator.check[String](_.nonEmpty, \"string must be non-empty\")\n    val emptyStringValidator = Validator.check[String](_.isEmpty(), \"string must be empty\")\n\n    val calculatePrefix: String => String = s => s\"${s.take(1)}: \"\n\n    forAll { (string: String) =>\n      val f = string.take(1)\n      Prop.all(\n        Validator\n          .allWithComputedPrefix(calculatePrefix, nonEmptyStringValidator, emptyStringValidator)\n          .apply(string)\n          .errorString ==\n          Some(if (string.isEmpty) s\"$f: string must be non-empty\" else s\"$f: string must be empty\"),\n        Validator\n          .allWithComputedPrefix(calculatePrefix, nonEmptyStringValidator, emptyStringValidator)\n          .apply(string)\n          .errorString ==\n          Some(if (string.isEmpty) s\"$f: string must be non-empty\" else s\"$f: string must be empty\"),\n        Validator\n          .allWithComputedPrefix(calculatePrefix, nonEmptyStringValidator, emptyStringValidator)\n          .apply(string)\n          .errorString ==\n          Some(if (string.isEmpty) s\"$f: string must be non-empty\" else s\"$f: string must be empty\")\n      )\n    }\n  }\n\n  property(\"Validator.any combines provided validators to verify if any of the checks passes\") {\n    val hasDigitValidator = Validator.check[String](_.exists(_.isDigit), \"some characters must be digits\")\n    val hasLowerCaseValidator =\n      Validator.check[String](_.exists(_.isLower), \"some characters must be lower case\")\n    val validate: Validate[String] = hasDigitValidator | hasLowerCaseValidator\n\n    forAllNoShrink(Gen.alphaChar, Gen.numChar) { (a: Char, d: Char) =>\n      (a.isLower) ==>\n        Prop.all(\n          hasDigitValidator(s\"$a\/$d\").isValid,\n          hasLowerCaseValidator(s\"$a!$d\").isValid,\n          hasDigitValidator(s\"${a.toUpper}\").errorString == Some(\"some characters must be digits\"),\n          hasLowerCaseValidator(s\"${a.toUpper}\").errorString == Some(\"some characters must be lower case\"),\n          validate(s\"$a-$d\").isValid,\n          validate(s\"$a-$a\").isValid,\n          validate(s\"$d-$d\").isValid,\n          validate(s\"$d-$a\").isValid,\n          Validator.any(hasDigitValidator, hasLowerCaseValidator).apply(s\"$a-$d\").isValid,\n          Validator.any(hasDigitValidator, hasLowerCaseValidator).apply(s\"$a-$a\").isValid,\n          Validator.any(hasDigitValidator, hasLowerCaseValidator).apply(s\"$d-$d\").isValid,\n          Validator.any(hasDigitValidator, hasLowerCaseValidator).apply(s\"$d-$a\").isValid,\n          validate(s\"${a.toUpper}\" * d.toInt).errorString(\", \") == Some(\n            \"some characters must be digits, some characters must be lower case\"\n          ),\n          Validator\n            .any(hasDigitValidator, hasLowerCaseValidator)\n            .apply(s\"${a.toUpper}\" * d.toInt)\n            .errorString(\", \") == Some(\n            \"some characters must be digits, some characters must be lower case\"\n          )\n        )\n    }\n  }\n\n  property(\"Validator.any(with error prefix) combines provided validators to verify if any of the checks passes\") {\n    val hasDigitValidator = Validator.check[String](_.exists(_.isDigit), \"some characters must be digits\")\n    val hasLowerCaseValidator =\n      Validator.check[String](_.exists(_.isLower), \"some characters must be lower case\")\n\n    forAllNoShrink(Gen.alphaChar, Gen.numChar) { (a: Char, d: Char) =>\n      (a.isLower) ==>\n        Prop.all(\n          Validator.anyWithPrefix(\"foo_\", hasDigitValidator, hasLowerCaseValidator).apply(s\"$a-$d\").isValid,\n          Validator.anyWithPrefix(\"foo_\", hasDigitValidator, hasLowerCaseValidator).apply(s\"$a-$a\").isValid,\n          Validator.anyWithPrefix(\"foo_\", hasDigitValidator, hasLowerCaseValidator).apply(s\"$d-$d\").isValid,\n          Validator.anyWithPrefix(\"foo_\", hasDigitValidator, hasLowerCaseValidator).apply(s\"$d-$a\").isValid,\n          Validator\n            .anyWithPrefix(\"foo_\", hasDigitValidator, hasLowerCaseValidator)\n            .apply(s\"${a.toUpper}\" * d.toInt)\n            .errorString(\", \") == Some(\n            \"foo_some characters must be digits, foo_some characters must be lower case\"\n          )\n        )\n    }\n  }\n\n  property(\n    \"Validator.any(with calculated error prefix) combines provided validators to verify if any of the checks passes\"\n  ) {\n    val hasDigitValidator = Validator.check[String](_.exists(_.isDigit), \"some characters must be digits\")\n    val hasLowerCaseValidator =\n      Validator.check[String](_.exists(_.isLower), \"some characters must be lower case\")\n\n    val calculatePrefix: String => String = s => s\"${s.take(1)}_\"\n\n    forAllNoShrink(Gen.alphaChar, Gen.numChar) { (a: Char, d: Char) =>\n      (a.isLower) ==>\n        Prop.all(\n          Validator\n            .anyWithComputedPrefix(calculatePrefix, hasDigitValidator, hasLowerCaseValidator)\n            .apply(s\"${a.toUpper}\" * d.toInt)\n            .errorString(\", \") == Some(\n            s\"${a.toUpper}_some characters must be digits, ${a.toUpper}_some characters must be lower case\"\n          )\n        )\n    }\n  }\n\n  test(\"Validator.conditionally runs the test and follows with either first or second check\") {\n    val validateOnlyDigits = Validator.check[String](_.forall(_.isDigit), \"all characters must be digits\")\n    val validateNonEmpty = Validator.check[String](_.nonEmpty, \"must be non empty string\")\n    def validateLength(length: Int) = Validator.check[String](_.length() == length, s\"must have $length characters\")\n    val validateAllUpperCase = Validator.check[String](_.forall(_.isUpper), \"all characters must be upper case\")\n    val validate: Validate[String] =\n      Validator.conditionally[String](\n        _.headOption.contains('0'),\n        validateLength(3) & validateOnlyDigits,\n        validateNonEmpty & validateAllUpperCase\n      )\n\n    assert(validate(\"A\").isValid)\n    assert(validate(\"AZ\").isValid)\n    assert(validate(\"ABC\").isValid)\n    assert(validate(\"000\").isValid)\n    assert(validate(\"012\").isValid)\n    assert(validate(\"\").errorString == Some(\"must be non empty string\"))\n    assert(validate(\"Az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"a\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"0\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"00\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"123\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"0000\").errorString == Some(\"must have 3 characters\"))\n  }\n\n  test(\"Validator.whenTrue runs the test and if true then follows with the next check\") {\n    val validateOnlyDigits = Validator.check[String](_.forall(_.isDigit), \"all characters must be digits\")\n    def validateLength(length: Int) = Validator.check[String](_.length() == length, s\"must have $length characters\")\n    val validate: Validate[String] =\n      Validator.whenTrue[String](_.headOption.contains('0'), validateLength(3) & validateOnlyDigits)\n\n    assert(validate(\"000\").isValid)\n    assert(validate(\"012\").isValid)\n    assert(validate(\"A\").isValid)\n    assert(validate(\"AZ\").isValid)\n    assert(validate(\"ABC\").isValid)\n    assert(validate(\"\").isValid)\n    assert(validate(\"Az\").isValid)\n    assert(validate(\"az\").isValid)\n    assert(validate(\"a\").isValid)\n    assert(validate(\"123\").isValid)\n    assert(validate(\"0\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"00\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"0000\").errorString == Some(\"must have 3 characters\"))\n  }\n\n  test(\"Validator.whenFalse runs the test and if false then tries the next check\") {\n    val validateNonEmpty = Validator.check[String](_.nonEmpty, \"must be non empty string\")\n    val validateAllUpperCase = Validator.check[String](_.forall(_.isUpper), \"all characters must be upper case\")\n    val validate: Validate[String] =\n      Validator.whenFalse[String](_.headOption.contains('0'), validateNonEmpty & validateAllUpperCase)\n\n    assert(validate(\"A\").isValid)\n    assert(validate(\"AZ\").isValid)\n    assert(validate(\"ABC\").isValid)\n    assert(validate(\"0\").isValid)\n    assert(validate(\"00\").isValid)\n    assert(validate(\"000\").isValid)\n    assert(validate(\"0000\").isValid)\n    assert(validate(\"0abc\").isValid)\n    assert(validate(\"012\").isValid)\n    assert(validate(\"0123\").isValid)\n    assert(validate(\"\").errorString == Some(\"must be non empty string\"))\n    assert(validate(\"Az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"a\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"1\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"12\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"123\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"1ABC\").errorString == Some(\"all characters must be upper case\"))\n  }\n\n  test(\"Validator.when runs the guard check and follows with either first or second check\") {\n    val validateStartsWithZero =\n      Validator.check[String](_.headOption.contains('0'), \"first character must be a Zero\")\n    val validateOnlyDigits = Validator.check[String](_.forall(_.isDigit), \"all characters must be digits\")\n    val validateNonEmpty = Validator.check[String](_.nonEmpty, \"must be non empty string\")\n    def validateLength(length: Int) = Validator.check[String](_.length() == length, s\"must have $length characters\")\n    val validateAllUpperCase = Validator.check[String](_.forall(_.isUpper), \"all characters must be upper case\")\n    val validate: Validate[String] =\n      Validator.when(\n        validateStartsWithZero,\n        validateLength(3) & validateOnlyDigits,\n        validateNonEmpty & validateAllUpperCase\n      )\n\n    assert(validate(\"A\").isValid)\n    assert(validate(\"AZ\").isValid)\n    assert(validate(\"ABC\").isValid)\n    assert(validate(\"000\").isValid)\n    assert(validate(\"012\").isValid)\n    assert(validate(\"\").errorString == Some(\"must be non empty string\"))\n    assert(validate(\"Az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"az\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"a\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"0\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"00\").errorString == Some(\"must have 3 characters\"))\n    assert(validate(\"123\").errorString == Some(\"all characters must be upper case\"))\n    assert(validate(\"0000\").errorString == Some(\"must have 3 characters\"))\n  }\n\n  test(\"Validator.whenValid runs the guard check and if valid then follows with the next check\") {\n    val validateStartsWithZero =\n      Validator.check[String](_.headOption.contains('0'), \"first character must be a Zero\")\n    val validateOnlyDigits = Validator.check[String](_.forall(_.isDigit), \"all characters must be digits\")\n    def validateLength(length: Int) = Validator.check[String](_.length() == length, s\"must have $length characters\")\n    val validate1: Validate[String] =\n      Validator.whenValid(validateStartsWithZero, validateLength(3) & validateOnlyDigits).debug\n    val validate2: Validate[String] =\n      validateStartsWithZero.andWhenValid(validateLength(3) & validateOnlyDigits)\n    val validate3: Validate[String] =\n      validateStartsWithZero ? (validateLength(3) & validateOnlyDigits)\n\n    def runtWith(validate: Validate[String]) = {\n      assert(validate(\"000\").isValid)\n      assert(validate(\"012\").isValid)\n      assert(validate(\"A\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"AZ\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"ABC\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"Az\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"az\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"a\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"123\").errorString == Some(\"first character must be a Zero\"))\n      assert(validate(\"0\").errorString == Some(\"must have 3 characters\"))\n      assert(validate(\"00\").errorString == Some(\"must have 3 characters\"))\n      assert(validate(\"0000\").errorString == Some(\"must have 3 characters\"))\n    }\n\n    runtWith(validate1)\n    runtWith(validate2)\n    runtWith(validate3)\n  }\n\n  test(\"Validator.whenInvalid runs the guard check and if invalid then tries the next check\") {\n    val validateStartsWithZero =\n      Validator.check[String](_.headOption.contains('0'), \"first character must be a Zero\")\n    val validateNonEmpty = Validator.check[String](_.nonEmpty, \"must be non empty string\")\n    val validateAllUpperCase = Validator.check[String](_.forall(_.isUpper), \"all characters must be upper case\")\n    val validate1: Validate[String] =\n      Validator.whenInvalid(validateStartsWithZero, validateNonEmpty & validateAllUpperCase)\n    val validate2: Validate[String] =\n      validateStartsWithZero.andWhenInvalid(validateNonEmpty & validateAllUpperCase)\n    val validate3: Validate[String] =\n      validateStartsWithZero ?! (validateNonEmpty & validateAllUpperCase)\n\n    def runtWith(validate: Validate[String]) = {\n      assert(validate(\"A\").isValid)\n      assert(validate(\"AZ\").isValid)\n      assert(validate(\"ABC\").isValid)\n      assert(validate(\"0\").isValid)\n      assert(validate(\"00\").isValid)\n      assert(validate(\"000\").isValid)\n      assert(validate(\"0000\").isValid)\n      assert(validate(\"012\").isValid)\n      assert(validate(\"0123\").isValid)\n      assert(validate(\"\").errorString == Some(\"must be non empty string\"))\n      assert(validate(\"Az\").errorString == Some(\"all characters must be upper case\"))\n      assert(validate(\"az\").errorString == Some(\"all characters must be upper case\"))\n      assert(validate(\"a\").errorString == Some(\"all characters must be upper case\"))\n      assert(validate(\"1\").errorString == Some(\"all characters must be upper case\"))\n      assert(validate(\"12\").errorString == Some(\"all characters must be upper case\"))\n      assert(validate(\"123\").errorString == Some(\"all characters must be upper case\"))\n    }\n\n    runtWith(validate1)\n    runtWith(validate2)\n    runtWith(validate3)\n  }\n\n  property(\"Validator.product combines provided validators to verify tuples of values\") {\n    val hasDigitValidator = Validator.check[Char](_.isDigit, \"character must be a digit\")\n    val hasLowerCaseValidator =\n      Validator.check[Char](_.isLower, \"character must be lower case\")\n    val validate: Validate[(Char, Char)] = hasDigitValidator * hasLowerCaseValidator\n\n    forAllNoShrink(Gen.alphaChar, Gen.numChar) { (a: Char, d: Char) =>\n      (a.isLower && !a.isDigit) ==>\n        Prop.all(\n          hasDigitValidator(d).isValid,\n          hasLowerCaseValidator(a).isValid,\n          hasDigitValidator(a).errorString == Some(\"character must be a digit\"),\n          hasLowerCaseValidator(a.toUpper).errorString == Some(\"character must be lower case\"),\n          validate.apply((d, a)).isValid,\n          validate.apply((a, d)).errorString == Some(\"character must be a digit,character must be lower case\")\n        )\n    }\n  }\n\n  property(\"Validator.check returns Valid only if condition fulfilled\") {\n    val validate =\n      Validator.check[Foo]((foo: Foo) => foo.bar.startsWith(\"a\"), \"foo.bar must start with A\")\n\n    Prop.all(\n      forAll { (string: String) =>\n        validate(Foo(s\"a$string\")).isValid\n        validate(Foo(s\"a$string\")).errorString.isEmpty\n      },\n      forAll { (string: String, char: Char) =>\n        (char != 'a') ==>\n          (validate(Foo(s\"$char$string\")).errorString == Some(\"foo.bar must start with A\"))\n      }\n    )\n  }\n\n  property(\"Validator.checkEquals returns Valid only if values are the same\") {\n    val validate =\n      Validator.checkEquals[Foo, Int](_.bar.toInt, _.bazOpt.getOrElse(0), \"foo.bar must be the same as foo.baz\")\n\n    forAll { (int: Int) =>\n      validate(Foo(int.toString(), Some(int))).isValid\n      validate(Foo(int.toString(), Some(int - 1))).isInvalid\n      validate(Foo(int.toString(), Some(int + 1))).isInvalid\n    }\n  }\n\n  property(\"Validator.checkNotEquals returns Valid only if values are not the same\") {\n    val validate =\n      Validator.checkNotEquals[Foo, Int](_.bar.toInt, _.bazOpt.getOrElse(0), \"foo.bar must be not the same as foo.baz\")\n\n    forAll { (int: Int) =>\n      validate(Foo(int.toString(), Some(int))).isInvalid\n      validate(Foo(int.toString(), Some(int - 1))).isValid\n      validate(Foo(int.toString(), Some(int + 1))).isValid\n    }\n  }\n\n  property(\"Validator.checkIsDefined returns Valid only if condition returns Some\") {\n    val validate: Validate[Option[Int]] =\n      Validator.checkIsDefined[Option[Int]](identity, \"option must be defined\")\n\n    Prop.all(\n      forAll { (int: Int) =>\n        validate(Some(int)).isValid\n      },\n      validate(None).errorString == Some(\"option must be defined\")\n    )\n  }\n\n  property(\"Validator.checkIsEmpty returns Valid only if condition returns None\") {\n    val validate: Validate[Option[Int]] =\n      Validator.checkIsEmpty[Option[Int]](identity, \"option must be defined\")\n\n    Prop.all(\n      forAll { (int: Int) =>\n        validate(Some(int)).isInvalid\n      },\n      validate(None).isValid\n    )\n  }\n\n  property(\"Validator.checkFromEither returns Valid only if condition returns Right\") {\n    val validate: Validate[Int] =\n      Validator.checkFromEither[Int]((i: Int) => if (i > 0) Right(i) else Left(\"must be positive\"))\n\n    forAll { (int: Int) =>\n      if (int > 0)\n        validate(int).isValid\n      else\n        validate(int).errorString == Some(\"must be positive\")\n    }\n  }\n\n  property(\"Validator.checkFromEither(with error prefix) returns Valid only if condition returns Right\") {\n    val validate: Validate[Int] =\n      Validator\n        .checkFromEither[Int]((i: Int) => if (i > 0) Right(i) else Left(\"must be positive\"))\n        .withErrorPrefix(\"integer \")\n\n    forAll { (int: Int) =>\n      if (int > 0)\n        validate(int).isValid\n      else\n        validate(int).errorString == Some(\"integer must be positive\")\n    }\n  }\n\n  property(\"Validator.checkProperty returns Valid only if extracted property passes check\") {\n    val nonEmptyStringValidator = Validator.check[String](_.nonEmpty, \"string must be non-empty\")\n    val validate: Validate[Foo] =\n      Validator.checkProperty[Foo, String]((foo: Foo) => foo.bar, nonEmptyStringValidator)\n\n    forAll { (string: String) =>\n      if (string.nonEmpty)\n        validate(Foo(string)).isValid\n      else\n        validate(Foo(string)).errorString == Some(\"string must be non-empty\")\n    }\n  }\n\n  property(\"Validator.checkProperty(with error prefix) returns Valid only if nested validator returns Valid\") {\n    val nonEmptyStringValidator = Validator.check[String](_.nonEmpty, \"string must be non-empty\")\n    val validate: Validate[Foo] =\n      Validator\n        .checkProperty[Foo, String]((foo: Foo) => foo.bar, nonEmptyStringValidator)\n        .withErrorPrefix(\"Foo.bar \")\n\n    forAll { (string: String) =>\n      if (string.nonEmpty)\n        validate(Foo(string)).isValid\n      else\n        validate(Foo(string)).errorString == Some(\"Foo.bar string must be non-empty\")\n    }\n  }\n\n  property(\"Validator.checkIfSome returns Valid only if nested validator returns Valid\") {\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Foo] =\n      Validator.checkIfSome[Foo, Int]((foo: Foo) => foo.bazOpt, positiveIntegerValidator)\n\n    forAll { (int: Int) =>\n      Prop.all(\n        validate(Foo(\"\", None)).isValid,\n        if (int > 0)\n          validate(Foo(\"\", Some(int))).isValid\n        else\n          validate(Foo(\"\", Some(int))).errorString == Some(\"must be positive integer\")\n      )\n    }\n  }\n\n  property(\"Validator.checkIfSome(with invalid if None) returns Valid only if nested validator returns Valid\") {\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Foo] =\n      Validator.checkIfSome[Foo, Int]((foo: Foo) => foo.bazOpt, positiveIntegerValidator, isValidIfNone = false)\n\n    forAll { (int: Int) =>\n      Prop.all(\n        validate(Foo(\"\", None)).isInvalid,\n        if (int > 0)\n          validate(Foo(\"\", Some(int))).isValid\n        else\n          validate(Foo(\"\", Some(int))).errorString == Some(\"must be positive integer\")\n      )\n    }\n  }\n\n  property(\"Validator.checkIfSome(with error prefix) returns Valid only if nested validator returns Valid\") {\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Foo] =\n      Validator\n        .checkIfSome[Foo, Int]((foo: Foo) => foo.bazOpt, positiveIntegerValidator, isValidIfNone = true)\n        .withErrorPrefix(\"Foo.bazOpt \")\n\n    forAll { (int: Int) =>\n      Prop.all(\n        validate(Foo(\"\", None)).isValid,\n        if (int > 0)\n          validate(Foo(\"\", Some(int))).isValid\n        else\n          validate(Foo(\"\", Some(int))).errorString == Some(\"Foo.bazOpt must be positive integer\")\n      )\n    }\n  }\n\n  property(\n    \"Validator.checkIfSome(with error prefix and invalid if none) returns Valid only if nested validator returns Valid\"\n  ) {\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Foo] =\n      Validator\n        .checkIfSome[Foo, Int]((foo: Foo) => foo.bazOpt, positiveIntegerValidator, isValidIfNone = false)\n        .withErrorPrefix(\"Foo.bazOpt \")\n\n    forAll { (int: Int) =>\n      Prop.all(\n        validate(Foo(\"\", None)).isInvalid,\n        if (int > 0)\n          validate(Foo(\"\", Some(int))).isValid\n        else\n          validate(Foo(\"\", Some(int))).errorString == Some(\"Foo.bazOpt must be positive integer\")\n      )\n    }\n  }\n\n  property(\n    \"Validator.checkEach returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEach[Ints, Int]((i: Ints) => i.seq, negativeIntegerValidator)\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).errorString == Some(\"must be negative integer\")\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEach(with error prefix fx) returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator\n        .checkEachWithErrorPrefix[Ints, Int]((i: Ints) => i.seq, negativeIntegerValidator, (i: Int) => s\"is[$i] \")\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        val result = validate(Ints(ints))\n        Prop.all(result.isInvalid, result.errorsCount == ints.size)\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEach(with error prefix fx) returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachWithErrorPrefix[Ints, Int](\n        (i: Ints) => i.seq,\n        negativeIntegerValidator,\n        (_: Int) => s\"each element of 'is' \"\n      )\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        val result = validate(Ints(ints))\n        Prop.all(\n          result.isInvalid,\n          result.errorsCount == 1,\n          result.errorString == Some(\"each element of 'is' must be negative integer\")\n        )\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfNonEmpty returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfNonEmpty[Ints, Int]((i: Ints) => i.seq, negativeIntegerValidator)\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isInvalid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).errorString == Some(\"must be negative integer\")\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfNonEmpty(with error prefix fx) returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator\n        .checkEachIfNonEmptyWithErrorPrefix[Ints, Int](\n          (i: Ints) => i.seq,\n          negativeIntegerValidator,\n          (i: Int) => s\"is[$i] \"\n        )\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isInvalid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        val result = validate(Ints(ints))\n        Prop.all(result.isInvalid, result.errorsCount == ints.size)\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfNonEmpty(with error prefix fx) returns Valid only if all elements of the sequence passes check\"\n  ) {\n    case class Ints(seq: Seq[Int])\n    val negativeIntegerValidator = Validator.check[Int](_ < 0, \"must be negative integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfNonEmptyWithErrorPrefix[Ints, Int](\n        (i: Ints) => i.seq,\n        negativeIntegerValidator,\n        (_: Int) => s\"each element of 'is' \"\n      )\n\n    Prop.all(\n      validate(Ints(Seq.empty)).isInvalid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, -1))) { (ints: Seq[Int]) =>\n        validate(Ints(ints)).isValid\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(0, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        val result = validate(Ints(ints))\n        Prop.all(\n          result.isInvalid,\n          result.errorsCount == 1,\n          result.errorString == Some(\"each element of 'is' must be negative integer\")\n        )\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfSome returns Valid only if None or all elements of the sequence passes check\"\n  ) {\n    case class Ints(seqOpt: Option[Seq[Int]])\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfSome[Ints, Int]((i: Ints) => i.seqOpt, positiveIntegerValidator)\n\n    Prop.all(\n      validate(Ints(None)).isValid,\n      validate(Ints(Some(Seq.empty))).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, 0))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).errorString == Some(\"must be positive integer\")\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(1, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).isValid\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfSome returns Valid only if sequence is defined and all elements of the sequence passes check\"\n  ) {\n    case class Ints(seqOpt: Option[Seq[Int]])\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfSome[Ints, Int]((i: Ints) => i.seqOpt, positiveIntegerValidator, isValidIfNone = false)\n\n    Prop.all(\n      validate(Ints(None)).isInvalid,\n      validate(Ints(Some(Seq.empty))).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, 0))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).errorString == Some(\"must be positive integer\")\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(1, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).isValid\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfSome(with error prefix) returns Valid only if sequence is None or all elements of the sequence passes check\"\n  ) {\n    case class Ints(seqOpt: Option[Seq[Int]])\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfSomeWithErrorPrefix[Ints, Int](\n        (i: Ints) => i.seqOpt,\n        positiveIntegerValidator,\n        (i: Int) => s\"intsOpt[$i] \",\n        isValidIfNone = true\n      )\n\n    Prop.all(\n      validate(Ints(None)).isValid,\n      validate(Ints(Some(Seq.empty))).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, 0))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).errorsCount == ints.size\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(1, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).isValid\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkEachIfSome(with error prefix) returns Valid only if sequence is defined and all elements of the sequence passes check\"\n  ) {\n    case class Ints(seqOpt: Option[Seq[Int]])\n    val positiveIntegerValidator = Validator.check[Int](_ > 0, \"must be positive integer\")\n    val validate: Validate[Ints] =\n      Validator.checkEachIfSomeWithErrorPrefix[Ints, Int](\n        (i: Ints) => i.seqOpt,\n        positiveIntegerValidator,\n        (i: Int) => s\"intsOpt[$i] \",\n        isValidIfNone = false\n      )\n\n    Prop.all(\n      validate(Ints(None)).isInvalid,\n      validate(Ints(Some(Seq.empty))).isValid,\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(Integer.MIN_VALUE, 0))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).errorsCount == ints.size\n      },\n      forAll(Gen.nonEmptyContainerOf[Seq, Int](Gen.chooseNum(1, Integer.MAX_VALUE))) { (ints: Seq[Int]) =>\n        validate(Ints(Some(ints))).isValid\n      }\n    )\n  }\n\n  property(\n    \"Validator.checkIfAllDefined returns Valid only if all of the provided functions returns Some\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfAllDefined[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAllEmpty returns Valid only if all of the provided functions returns None\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfAllEmpty[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAllOrNoneDefined returns Valid only if all of the provided functions returns None\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfAllOrNoneDefined[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAtLeastOneIsDefined returns Valid only if at least one of the provided functions returns Some\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfAtLeastOneIsDefined[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(0), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isValid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(4), Some(true), None)).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAtMostOneIsDefined returns Valid only if at most one of the provided functions returns Some\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfAtMostOneIsDefined[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(0), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneIsDefined returns Valid if only one of the provided functions returns Some\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfOnlyOneIsDefined[Bar](Seq(_.a, _.b, _.c, _.d), \"a, b, c, d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(0), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneSetIsDefined returns Valid if only one of the provided set of functions have all results defined\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfOnlyOneSetIsDefined[Bar](Seq(Set(_.a, _.b, _.c, _.d)), \"a and b and c and d\")\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneSetIsDefined returns Valid if only one of the provided set of functions have all results defined\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator.checkIfOnlyOneSetIsDefined[Bar](\n      Seq(\n        Set(_.c, _.d),\n        Set(_.a, _.b)\n      ),\n      \"(a and b) or (c and d)\"\n    )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(-1), Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(4), Some(true), None)).isValid,\n      validate(Bar(Some(\"\"), Some(4), None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(4), Some(true), None)).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAllTrue returns Valid only if all of the provided functions return true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfAllTrue[Bar](\n        Seq(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1)),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(1), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(true), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(1), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(false), Some(Seq(1, 2)))).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAllFalse returns Valid only if all of the provided functions return true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfAllFalse[Bar](\n        Seq(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1)),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n      .debug\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(1), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isValid,\n      validate(Bar(None, None, Some(true), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isValid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isValid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(1), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(true), None)).isValid,\n      validate(Bar(None, Some(0), Some(false), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(false), Some(Seq(1, 2)))).isInvalid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAtLeastOneIsTrue returns Valid if only if at least one of the provided functions return true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfAtLeastOneIsTrue[Bar](\n        Seq(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1)),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(1), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isValid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(true), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isValid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isValid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(1), Some(true), None)).isValid,\n      validate(Bar(None, Some(0), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfAtMostOneIsTrue returns Valid only if at most one of the provided functions return true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfAtMostOneIsTrue[Bar](\n        Seq(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1)),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(1), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isValid,\n      validate(Bar(None, Some(0), None, None)).isValid,\n      validate(Bar(None, None, Some(true), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isValid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isValid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isValid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isValid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(1), Some(true), None)).isValid,\n      validate(Bar(None, Some(0), Some(true), None)).isValid,\n      validate(Bar(None, Some(1), Some(false), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(false), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneIsTrue returns Valid if only one of the provided functions return true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfOnlyOneIsTrue[Bar](\n        Seq(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1)),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(None, Some(1), None, None)).isValid,\n      validate(Bar(None, None, Some(false), None)).isValid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isValid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(true), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isValid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isValid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isValid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, None)).isValid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isValid,\n      validate(Bar(None, Some(1), Some(true), None)).isValid,\n      validate(Bar(None, Some(0), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneSetIsTrue returns Valid if only one of the provided set of functions is all true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfOnlyOneSetIsTrue[Bar](\n        Seq(Set(_.a.isDefined, _.b.exists(_ > 0), _.c.contains(false), _.d.exists(_.size > 1))),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(1), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(true), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(1), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(false), Some(Seq(1, 2)))).isValid\n    )\n  }\n\n  property(\n    \"Validator.checkIfOnlyOneSetIsTrue returns Valid if only one of the provided set of functions is all true\"\n  ) {\n    case class Bar(a: Option[String], b: Option[Int], c: Option[Boolean], d: Option[Seq[Int]])\n    val validate = Validator\n      .checkIfOnlyOneSetIsTrue[Bar](\n        Seq(\n          Set(_.a.isDefined, _.b.exists(_ > 0)),\n          Set(_.c.contains(false), _.d.exists(_.size > 1))\n        ),\n        \"a must be defined or b must be gt zero or c must contain false or d must be a sequence of at least two elements\"\n      )\n\n    Prop.all(\n      validate(Bar(None, None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(None, Some(1), None, None)).isInvalid,\n      validate(Bar(None, None, Some(false), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1, 2)))).isInvalid,\n      validate(Bar(None, Some(0), None, None)).isInvalid,\n      validate(Bar(None, None, Some(true), None)).isInvalid,\n      validate(Bar(None, None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, None, Some(true), Some(Seq(1, 2, 3)))).isInvalid,\n      validate(Bar(None, Some(0), Some(false), Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(0), Some(true), Some(Seq(1)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(-1), Some(true), Some(Seq.empty))).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(true), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, None)).isInvalid,\n      validate(Bar(Some(\"\"), None, None, Some(Seq(1)))).isInvalid,\n      validate(Bar(None, Some(1), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(true), None)).isInvalid,\n      validate(Bar(None, Some(0), Some(false), None)).isInvalid,\n      validate(Bar(Some(\"\"), Some(1), Some(false), Some(Seq(1, 2)))).isInvalid,\n      validate(Bar(Some(\"\"), Some(0), Some(false), Some(Seq(1, 2)))).isValid,\n      validate(Bar(Some(\"\"), Some(1), Some(true), Some(Seq(1, 2)))).isValid\n    )\n  }\n\n}\n"}
{"repo_name":"alexarchambault\/scala-cli","path":"modules\/build\/src\/main\/scala\/scala\/build\/preprocessing\/directives\/UsingScalaNativeOptionsDirectiveHandler.scala","text":"<filename>modules\/build\/src\/main\/scala\/scala\/build\/preprocessing\/directives\/UsingScalaNativeOptionsDirectiveHandler.scala\npackage scala.build.preprocessing.directives\n\nimport scala.build.Position\nimport scala.build.errors.BuildException\nimport scala.build.options.{BuildOptions, ScalaNativeOptions}\nimport scala.build.preprocessing.ScopePath\n\ncase object UsingScalaNativeOptionsDirectiveHandler extends UsingDirectiveHandler {\n  def name: String = \"Scala Native options\"\n\n  def description: String = \"Add Scala Native options\"\n\n  def usage: String = \"using native-gc _value_ | using native-version _value_\"\n\n  override def usageMd: String =\n    \"\"\"`using native-gc` _value_\n      | \n      |`using native-version` _value_\n      |\n      |`using native-compile` _value1_ _value2_\n      |\n      |`using native-linking` _value1_ _value2_\"\"\".stripMargin\n\n  override def examples: Seq[String] = Seq(\n    \"using native-version 0.4.0\"\n  )\n\n  def handle(directive: Directive, cwd: ScopePath): Option[Either[BuildException, BuildOptions]] =\n    directive.values match {\n      case Seq(param @ \"native-gc\", value @ _*) =>\n        if (value.size == 1) {\n          val options = BuildOptions(\n            scalaNativeOptions = ScalaNativeOptions(\n              gcStr = Some(value.head)\n            )\n          )\n          Some(Right(options))\n        }\n        else Some(Left(SingleValueExpected(param, value)))\n      case Seq(param @ \"native-version\", value @ _*) =>\n        if (value.size == 1) {\n          val options = BuildOptions(\n            scalaNativeOptions = ScalaNativeOptions(\n              version = Some(value.head)\n            )\n          )\n          Some(Right(options))\n        }\n        else Some(Left(SingleValueExpected(param, value)))\n      case Seq(param @ \"native-compile\", value @ _*) =>\n        val options = BuildOptions(\n          scalaNativeOptions = ScalaNativeOptions(\n            compileOptions = value.toList\n          )\n        )\n        Some(Right(options))\n      case Seq(param @ \"native-linking\", value @ _*) =>\n        val options = BuildOptions(\n          scalaNativeOptions = ScalaNativeOptions(\n            linkingOptions = value.toList\n          )\n        )\n        Some(Right(options))\n      case _ =>\n        None\n\n    }\n\n  override def keys: Seq[String] =\n    Seq(\"native-gc\", \"native-version\", \"native-compile\", \"native-linking\")\n\n  override def handleValues(\n    values: Seq[Any],\n    cwd: ScopePath,\n    positionOpt: Option[Position]\n  ): Either[BuildException, BuildOptions] = {\n    val scalaNativeOptions = DirectiveUtil.stringValues(values).toList\n    val options = BuildOptions(\n      scalaNativeOptions = ScalaNativeOptions(\n        compileOptions = scalaNativeOptions\n      )\n    )\n    Right(options)\n  }\n\n}\n\nfinal case class SingleValueExpected(param: String, values: Seq[String]) extends BuildException(\n      s\"Expected single value for $param but found $values\"\n    )\n"}
{"repo_name":"alexarchambault\/scala-cli","path":"modules\/build\/src\/main\/scala\/scala\/build\/preprocessing\/DataPreprocessor.scala","text":"package scala.build.preprocessing\n\nimport java.nio.charset.StandardCharsets\n\nimport scala.build.Inputs\nimport scala.build.errors.BuildException\n\ncase object DataPreprocessor extends Preprocessor {\n  def preprocess(input: Inputs.SingleElement)\n    : Option[Either[BuildException, Seq[PreprocessedSource]]] =\n    input match {\n      case file: Inputs.VirtualData =>\n        val content = new String(file.content, StandardCharsets.UTF_8)\n\n        val inMemory = Seq(\n          PreprocessedSource.InMemory(\n            Left(file.source),\n            file.subPath,\n            content,\n            0,\n            None,\n            None,\n            Nil,\n            None,\n            file.scopePath\n          )\n        )\n\n        Some(Right(inMemory))\n      case _ =>\n        None\n    }\n}\n"}
{"repo_name":"alexarchambault\/scala-cli","path":"modules\/build\/src\/main\/scala\/scala\/build\/options\/ClassPathOptions.scala","text":"package scala.build.options\n\nimport dependency._\n\nimport scala.build.Positioned\n\nfinal case class ClassPathOptions(\n  extraRepositories: Seq[String] = Nil,\n  extraClassPath: Seq[os.Path] = Nil,\n  extraCompileOnlyJars: Seq[os.Path] = Nil,\n  extraSourceJars: Seq[os.Path] = Nil,\n  fetchSources: Option[Boolean] = None,\n  extraDependencies: Seq[Positioned[AnyDependency]] = Nil,\n  resourceVirtualDir: Seq[os.SubPath] = Nil\n)\n\nobject ClassPathOptions {\n  implicit val hasHashData: HasHashData[ClassPathOptions] = HasHashData.derive\n  implicit val monoid: ConfigMonoid[ClassPathOptions]     = ConfigMonoid.derive\n}\n"}
{"repo_name":"alexarchambault\/scala-cli","path":"modules\/build\/src\/main\/scala\/scala\/build\/bsp\/BspImpl.scala","text":"package scala.build.bsp\n\nimport ch.epfl.scala.{bsp4j => b}\nimport com.swoval.files.PathWatchers\nimport dependency.ScalaParameters\nimport org.eclipse.lsp4j.jsonrpc\n\nimport java.io.{InputStream, OutputStream}\nimport java.util.concurrent.{CompletableFuture, Executor}\n\nimport scala.build.EitherCps.{either, value}\nimport scala.build._\nimport scala.build.bloop.BloopServer\nimport scala.build.blooprifle.BloopRifleConfig\nimport scala.build.errors.BuildException\nimport scala.build.internal.{Constants, CustomCodeWrapper}\nimport scala.build.options.{BuildOptions, Scope}\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.{ExecutionContext, Future, Promise}\nimport scala.jdk.CollectionConverters._\nimport scala.util.{Failure, Success}\n\nfinal class BspImpl(\n  logger: Logger,\n  bloopRifleConfig: BloopRifleConfig,\n  inputs: Inputs,\n  buildOptions: BuildOptions,\n  verbosity: Int,\n  threads: BspThreads,\n  in: InputStream,\n  out: OutputStream\n) extends Bsp {\n\n  import BspImpl.PreBuildData\n\n  def notifyBuildChange(actualLocalServer: BspServer): Unit = {\n    val events =\n      for (targetId <- actualLocalServer.targetIds)\n        yield {\n          val event = new b.BuildTargetEvent(targetId)\n          event.setKind(b.BuildTargetEventKind.CHANGED)\n          event\n        }\n    val params = new b.DidChangeBuildTarget(events.asJava)\n    actualLocalClient.onBuildTargetDidChange(params)\n  }\n\n  private def prepareBuild(\n    actualLocalServer: BspServer,\n    bloopServer: Option[BloopServer]\n  ): Either[(BuildException, Scope), (PreBuildData, PreBuildData)] = either {\n    logger.log(\"Preparing build\")\n\n    val crossSources = value {\n      CrossSources.forInputs(\n        inputs,\n        Sources.defaultPreprocessors(\n          buildOptions.scriptOptions.codeWrapper.getOrElse(CustomCodeWrapper)\n        )\n      )\n    }\n\n    if (verbosity >= 3)\n      pprint.stderr.log(crossSources)\n\n    val scopedSources = value(crossSources.scopedSources(buildOptions))\n\n    if (verbosity >= 3)\n      pprint.stderr.log(scopedSources)\n\n    val sourcesMain = scopedSources.sources(Scope.Main, buildOptions)\n    val sourcesTest = scopedSources.sources(Scope.Test, buildOptions)\n\n    if (verbosity >= 3)\n      pprint.stderr.log(sourcesMain)\n\n    val options0Main = sourcesMain.buildOptions\n    val options0Test = sourcesTest.buildOptions.orElse(options0Main)\n\n    val generatedSourcesMain = sourcesMain.generateSources(inputs.generatedSrcRoot(Scope.Main))\n    val generatedSourcesTest = sourcesTest.generateSources(inputs.generatedSrcRoot(Scope.Test))\n\n    actualLocalServer.setExtraDependencySources(buildOptions.classPathOptions.extraSourceJars)\n    actualLocalServer.setGeneratedSources(generatedSourcesMain ++ generatedSourcesTest)\n\n    val (classesDir0Main, scalaParamsMain, artifactsMain, projectMain, buildChangedMain) = value {\n      Build.prepareBuild(\n        inputs,\n        sourcesMain,\n        generatedSourcesMain,\n        options0Main,\n        Scope.Main,\n        logger,\n        localClient,\n        bloopServer\n      ) match {\n        case Right(v) => Right(v)\n        case Left(e)  => Left((e, Scope.Main))\n      }\n    }\n\n    val (classesDir0Test, scalaParamsTest, artifactsTest, projectTest, buildChangedTest) = value {\n      Build.prepareBuild(\n        inputs,\n        sourcesTest,\n        generatedSourcesTest,\n        options0Test,\n        Scope.Test,\n        logger,\n        localClient,\n        bloopServer\n      ) match {\n        case Right(v) => Right(v)\n        case Left(e)  => Left((e, Scope.Main))\n      }\n    }\n\n    val mainScope = PreBuildData(\n      sourcesMain,\n      options0Main,\n      classesDir0Main,\n      scalaParamsMain,\n      artifactsMain,\n      projectMain,\n      generatedSourcesMain,\n      buildChangedMain\n    )\n\n    val testScope = PreBuildData(\n      sourcesTest,\n      options0Test,\n      classesDir0Test,\n      scalaParamsTest,\n      artifactsTest,\n      projectTest,\n      generatedSourcesTest,\n      buildChangedTest\n    )\n\n    (mainScope, testScope)\n  }\n\n  private def buildE(\n    actualLocalServer: BspServer,\n    bloopServer: BloopServer,\n    notifyChanges: Boolean\n  ): Either[(BuildException, Scope), Unit] = either {\n    val (preBuildDataMain, preBuildDataTest) =\n      value(prepareBuild(actualLocalServer, Some(bloopServer)))\n    if (notifyChanges && (preBuildDataMain.buildChanged || preBuildDataTest.buildChanged))\n      notifyBuildChange(actualLocalServer)\n    Build.buildOnce(\n      inputs,\n      preBuildDataMain.sources,\n      inputs.generatedSrcRoot(Scope.Main),\n      preBuildDataMain.generatedSources,\n      preBuildDataMain.buildOptions,\n      Scope.Main,\n      logger,\n      actualLocalClient,\n      bloopServer\n    ).swap.map(e => (e, Scope.Main)).swap\n    Build.buildOnce(\n      inputs,\n      preBuildDataTest.sources,\n      inputs.generatedSrcRoot(Scope.Test),\n      preBuildDataTest.generatedSources,\n      preBuildDataTest.buildOptions,\n      Scope.Test,\n      logger,\n      actualLocalClient,\n      bloopServer\n    ).swap.map(e => (e, Scope.Test)).swap\n  }\n\n  private def build(\n    actualLocalServer: BspServer,\n    bloopServer: BloopServer,\n    client: BspClient,\n    notifyChanges: Boolean,\n    logger: Logger\n  ): Unit =\n    buildE(actualLocalServer, bloopServer, notifyChanges) match {\n      case Left((ex, scope)) =>\n        client.reportBuildException(actualLocalServer.targetScopeIdOpt(scope), ex)\n        logger.debug(s\"Caught $ex during BSP build, ignoring it\")\n      case Right(()) =>\n        for (targetId <- actualLocalServer.targetIds)\n          client.resetBuildExceptionDiagnostics(targetId)\n    }\n\n  private val shownGlobalMessages =\n    new java.util.concurrent.ConcurrentHashMap[String, Unit]()\n\n  private def showGlobalWarningOnce(msg: String) =\n    shownGlobalMessages.computeIfAbsent(\n      msg,\n      _ => {\n        val params = new b.ShowMessageParams(b.MessageType.WARNING, msg)\n        actualLocalClient.onBuildShowMessage(params)\n      }\n    )\n\n  def compile(\n    actualLocalServer: BspServer,\n    executor: Executor,\n    doCompile: () => CompletableFuture[b.CompileResult],\n    bloopServer: BloopServer\n  ): CompletableFuture[b.CompileResult] = {\n    val preBuild = CompletableFuture.supplyAsync(\n      () =>\n        prepareBuild(actualLocalServer, Some(bloopServer)) match {\n          case Right((preBuildDataMain, preBuildDataTest)) =>\n            if (preBuildDataMain.buildChanged || preBuildDataTest.buildChanged)\n              notifyBuildChange(actualLocalServer)\n            Right((\n              preBuildDataMain.classesDir,\n              preBuildDataMain.project,\n              preBuildDataMain.generatedSources,\n              preBuildDataTest.classesDir,\n              preBuildDataTest.project,\n              preBuildDataTest.generatedSources\n            ))\n          case Left((ex, scope)) =>\n            Left((ex, scope))\n        },\n      executor\n    )\n\n    preBuild.thenCompose { maybeParams =>\n      maybeParams match {\n        case Left((ex, scope)) =>\n          actualLocalClient.reportBuildException(actualLocalServer.targetScopeIdOpt(scope), ex)\n          CompletableFuture.completedFuture(\n            new b.CompileResult(b.StatusCode.ERROR)\n          )\n        case Right(params) =>\n          for (targetId <- actualLocalServer.targetIds)\n            actualLocalClient.resetBuildExceptionDiagnostics(targetId)\n          doCompile().thenCompose { res =>\n            val (\n              classesDir0,\n              project,\n              generatedSources,\n              classesDir0Test,\n              projectTest,\n              generatedSourcesTest\n            ) = params\n            if (res.getStatusCode == b.StatusCode.OK)\n              CompletableFuture.supplyAsync(\n                () => {\n                  Build.postProcess(\n                    generatedSources,\n                    inputs.generatedSrcRoot(Scope.Main),\n                    classesDir0,\n                    logger,\n                    inputs.workspace,\n                    updateSemanticDbs = true,\n                    scalaVersion = project.scalaCompiler.scalaVersion\n                  ).left.foreach(_.foreach(showGlobalWarningOnce))\n                  Build.postProcess(\n                    generatedSourcesTest,\n                    inputs.generatedSrcRoot(Scope.Test),\n                    classesDir0Test,\n                    logger,\n                    inputs.workspace,\n                    updateSemanticDbs = true,\n                    scalaVersion = projectTest.scalaCompiler.scalaVersion\n                  ).left.foreach(_.foreach(showGlobalWarningOnce))\n                  res\n                },\n                executor\n              )\n            else\n              CompletableFuture.completedFuture(res)\n          }\n      }\n    }\n  }\n\n  def registerWatchInputs(watcher: Build.Watcher): Unit =\n    inputs.elements.foreach {\n      case elem: Inputs.OnDisk =>\n        val eventFilter: PathWatchers.Event => Boolean = { event =>\n          val newOrDeletedFile =\n            event.getKind == PathWatchers.Event.Kind.Create ||\n            event.getKind == PathWatchers.Event.Kind.Delete\n          lazy val p        = os.Path(event.getTypedPath.getPath.toAbsolutePath)\n          lazy val relPath  = p.relativeTo(elem.path)\n          lazy val isHidden = relPath.segments.exists(_.startsWith(\".\"))\n          def isScalaFile   = relPath.last.endsWith(\".sc\") || relPath.last.endsWith(\".scala\")\n          def isJavaFile    = relPath.last.endsWith(\".java\")\n          newOrDeletedFile && !isHidden && (isScalaFile || isJavaFile)\n        }\n        val watcher0 = watcher.newWatcher()\n        watcher0.register(elem.path.toNIO, Int.MaxValue)\n        watcher0.addObserver {\n          Build.onChangeBufferedObserver { event =>\n            if (eventFilter(event))\n              watcher.schedule()\n          }\n        }\n      case _ =>\n    }\n\n  val actualLocalClient = new BspClient(\n    threads.buildThreads.bloop.jsonrpc, \/\/ meh\n    logger\n  )\n  actualLocalClient.setProjectName(inputs.workspace, inputs.projectName)\n  val localClient: b.BuildClient with BloopBuildClient =\n    if (verbosity >= 3)\n      new BspImpl.LoggingBspClient(actualLocalClient)\n    else\n      actualLocalClient\n\n  var remoteServer: BloopServer    = null\n  var actualLocalServer: BspServer = null\n\n  val watcher = new Build.Watcher(\n    ListBuffer(),\n    threads.buildThreads.fileWatcher,\n    build(actualLocalServer, remoteServer, actualLocalClient, notifyChanges = true, logger),\n    ()\n  )\n\n  def run(): Future[Unit] = {\n\n    val classesDir = Build.classesRootDir(inputs.workspace, inputs.projectName)\n\n    remoteServer = BloopServer.buildServer(\n      bloopRifleConfig,\n      \"scala-cli\",\n      Constants.version,\n      inputs.workspace.toNIO,\n      classesDir.toNIO,\n      localClient,\n      threads.buildThreads.bloop,\n      logger.bloopRifleLogger\n    )\n    localClient.onConnectWithServer(remoteServer.server)\n\n    actualLocalServer =\n      new BspServer(\n        remoteServer.server,\n        compile = doCompile =>\n          compile(actualLocalServer, threads.prepareBuildExecutor, doCompile, remoteServer),\n        logger = logger\n      )\n    actualLocalServer.setProjectName(inputs.workspace, inputs.projectName)\n    actualLocalServer.setProjectTestName(inputs.workspace, inputs.projectName)\n\n    val localServer: b.BuildServer with b.ScalaBuildServer with b.JavaBuildServer =\n      if (verbosity >= 3)\n        new LoggingBuildServerAll(actualLocalServer)\n      else\n        actualLocalServer\n\n    val launcher = new jsonrpc.Launcher.Builder[b.BuildClient]()\n      .setExecutorService(threads.buildThreads.bloop.jsonrpc) \/\/ FIXME No\n      .setInput(in)\n      .setOutput(out)\n      .setRemoteInterface(classOf[b.BuildClient])\n      .setLocalService(localServer)\n      .create()\n    val remoteClient = launcher.getRemoteProxy\n    actualLocalClient.forwardToOpt = Some(remoteClient)\n\n    for (targetId <- actualLocalServer.targetIds)\n      inputs.flattened().foreach {\n        case f: Inputs.SingleFile =>\n          actualLocalClient.resetDiagnostics(f.path, targetId)\n        case _: Inputs.Virtual =>\n      }\n\n    prepareBuild(actualLocalServer, Some(remoteServer)) match {\n      case Left((ex, scope)) =>\n        actualLocalClient.reportBuildException(actualLocalServer.targetScopeIdOpt(scope), ex)\n        logger.log(ex)\n      case Right(_) =>\n    }\n\n    logger.log {\n      val hasConsole = System.console() != null\n      if (hasConsole)\n        \"Listening to incoming JSONRPC BSP requests, press Ctrl+D to exit.\"\n      else\n        \"Listening to incoming JSONRPC BSP requests.\"\n    }\n    val f = launcher.startListening()\n\n    val initiateFirstBuild: Runnable = { () =>\n      try build(actualLocalServer, remoteServer, actualLocalClient, notifyChanges = false, logger)\n      catch {\n        case t: Throwable =>\n          logger.debug(s\"Caught $t during initial BSP build, ignoring it\")\n      }\n    }\n    threads.prepareBuildExecutor.submit(initiateFirstBuild)\n\n    registerWatchInputs(watcher)\n\n    val es = ExecutionContext.fromExecutorService(threads.buildThreads.bloop.jsonrpc)\n    val futures = Seq(\n      BspImpl.naiveJavaFutureToScalaFuture(f).map(_ => ())(es),\n      actualLocalServer.initiateShutdown\n    )\n    Future.firstCompletedOf(futures)(es)\n  }\n\n  def shutdown(): Unit = {\n    watcher.dispose()\n    if (remoteServer != null)\n      remoteServer.shutdown()\n  }\n\n}\n\nobject BspImpl {\n\n  \/\/ from https:\/\/github.com\/com-lihaoyi\/Ammonite\/blob\/7eb58c58ec8c252dc5bd1591b041fcae01cccf90\/amm\/interp\/src\/main\/scala\/ammonite\/interp\/script\/AmmoniteBuildServer.scala#L550-L565\n  private def naiveJavaFutureToScalaFuture[T](\n    f: java.util.concurrent.Future[T]\n  ): Future[T] = {\n    val p = Promise[T]()\n    val t = new Thread {\n      setDaemon(true)\n      setName(\"bsp-wait-for-exit\")\n      override def run(): Unit =\n        p.complete {\n          try Success(f.get())\n          catch { case t: Throwable => Failure(t) }\n        }\n    }\n    t.start()\n    p.future\n  }\n\n  private final class LoggingBspClient(actualLocalClient: BspClient) extends LoggingBuildClient\n      with BloopBuildClient {\n    def underlying  = actualLocalClient\n    def clear()     = underlying.clear()\n    def diagnostics = underlying.diagnostics\n    def setProjectParams(newParams: Seq[String]) =\n      underlying.setProjectParams(newParams)\n    def setGeneratedSources(newGeneratedSources: Seq[GeneratedSource]) =\n      underlying.setGeneratedSources(newGeneratedSources)\n  }\n\n  private final case class PreBuildData(\n    sources: Sources,\n    buildOptions: BuildOptions,\n    classesDir: os.Path,\n    scalaParams: ScalaParameters,\n    artifacts: Artifacts,\n    project: Project,\n    generatedSources: Seq[GeneratedSource],\n    buildChanged: Boolean\n  )\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/RedirectController.scala","text":"<filename>app\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/RedirectController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.Logging\nimport play.api.mvc._\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.monitoring.{ContactHelpdesk, ContactHelpdeskOrg, ContactHelpline, EventDispatcher}\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\n\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass RedirectController @Inject()(implicit appConfig: AppConfig,\n                                   mcc: MessagesControllerComponents,\n                                   val eventDispatcher: EventDispatcher,\n                                   ec: ExecutionContext)\n  extends FrontendController(mcc) with Logging {\n\n  def contactHelpdesk(redirectUrl: String): Action[AnyContent] = Action { implicit request =>\n    eventDispatcher.dispatchEvent(ContactHelpdesk)\n    Redirect(redirectUrl)\n  }\n\n  def contactHelpdeskOrg(redirectUrl: String): Action[AnyContent] = Action { implicit request =>\n    eventDispatcher.dispatchEvent(ContactHelpdeskOrg)\n    Redirect(redirectUrl)\n  }\n\n  def contactHelpline(redirectUrl: String, origin: String): Action[AnyContent] = Action { implicit request =>\n    eventDispatcher.dispatchEvent(ContactHelpline(appConfig.contactHelplineGAEventMapper(origin)))\n    Redirect(redirectUrl)\n  }\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/CallHelpdeskController.scala","text":"<reponame>hmrc\/helpline-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport play.api.Logging\nimport play.api.mvc._\nimport uk.gov.hmrc.auth.core.{AuthConnector, AuthorisedFunctions}\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.models.CallOption._\nimport uk.gov.hmrc.helplinefrontend.models._\nimport uk.gov.hmrc.helplinefrontend.models.form.{CallOptionForm, CallOptionOrganisationForm}\nimport uk.gov.hmrc.helplinefrontend.monitoring._\nimport uk.gov.hmrc.helplinefrontend.views.html.helpdesks._\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\n\nimport javax.inject.{Inject, Singleton}\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass CallHelpdeskController @Inject()(implicit\n                                       val authConnector: AuthConnector,\n                                       appConfig: AppConfig,\n                                       mcc: MessagesControllerComponents,\n                                       ivDeceased: IVDeceased,\n                                       childBenefitPage: ChildBenefit,\n                                       incomeTaxPayePage: IncomeTaxPaye,\n                                       nationalInsurancePage: NationalInsurance,\n                                       selfAssessmentPage: SelfAssessment,\n                                       statePensionPage: StatePension,\n                                       taxCreditsPage: TaxCredits,\n                                       seissPage: Seiss,\n                                       generalEnquiriesPage: GeneralEnquiries,\n                                       generalEnquiriesOrganisationPage: GeneralEnquiriesOrganisation,\n                                       corporationTaxPage: CorporationTax,\n                                       machineGamesDutyPage: MachineGamesDuty,\n                                       payeForEmployersPage: PayeForEmployers,\n                                       selfAssessmentOrganisationPage: SelfAssessmentOrganisation,\n                                       vatPage: Vat,\n                                       callOptionsNoAnswers: CallOptionsNoAnswers,\n                                       callOptionsOrganisationNoAnswers: CallOptionsOrganisationNoAnswers,\n                                       whichServiceAccess: WhichServiceAccess,\n                                       whichServiceAccessOther: WhichServiceAccessOther,\n                                       val eventDispatcher: EventDispatcher,\n                                       ec: ExecutionContext)\n  extends FrontendController(mcc) with Logging with AuthorisedFunctions {\n\n  def checkIsAuthorisedUser()(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Boolean] = {\n    authorised(){\n      appConfig.isLoggedInUser = true\n      Future.successful(appConfig.isLoggedInUser)\n    }.recover {\n      case _: Exception =>\n        appConfig.isLoggedInUser = false\n        false\n    }\n  }\n\n  def getGoBackURl(callBackUrl: Option[String]): Option[String] = {\n    if (appConfig.backCallEnabled) callBackUrl else None\n  }\n\n  def getHelpdeskPage(helpKey: String, back: Option[String]): Action[AnyContent] = Action.async { implicit request =>\n\n    checkIsAuthorisedUser().flatMap{ _ =>\n      val backCall: Option[String] = getGoBackURl(back)\n      val callOption: CallOption = CallOption.withNameInsensitiveOption(helpKey).getOrElse(GeneralEnquiries)\n      Future.successful(Ok(\n        callOption match {\n          case Deceased          => ivDeceased(backCall)\n          case ChildBenefit      => childBenefitPage(backCall)\n          case IncomeTaxPaye     => incomeTaxPayePage(backCall)\n          case NationalInsurance => nationalInsurancePage(backCall)\n          case SelfAssessment    => selfAssessmentPage(backCall)\n          case StatePension      => statePensionPage(backCall)\n          case TaxCredits        => taxCreditsPage(backCall)\n          case _                 => generalEnquiriesPage(backCall)\n        }\n      ))\n    }\n  }\n\n  def getHelpdeskOrganisationPage(helpKey: String, back: Option[String]): Action[AnyContent] = Action.async { implicit request =>\n\n    checkIsAuthorisedUser().flatMap{ _ =>\n      val backCall: Option[String] = getGoBackURl(back)\n      val callOption: CallOption = CallOption.withNameInsensitiveOption(helpKey).getOrElse(GeneralEnquiries)\n      Future.successful(Ok(\n        callOption match {\n          \/\/machine-gaming-duty is replaced with machine-games-duty now. have left gaming-duty in here in case anyone clicks on history\n          case MachineGamesDuty | MachineGamingDuty => machineGamesDutyPage(backCall)\n          case CorporationTax                       => corporationTaxPage(backCall)\n          case PayeForEmployers                     => payeForEmployersPage(backCall)\n          case SelfAssessment                       => selfAssessmentOrganisationPage(backCall)\n          case Vat                                  => vatPage(backCall)\n          case _                                    => generalEnquiriesOrganisationPage(backCall)\n        }\n      ))\n    }\n  }\n\n  def callOptionsNoAnswersPage(): Action[AnyContent] = Action.async { implicit request =>\n\n    checkIsAuthorisedUser().flatMap{ _ =>\n      logger.debug(s\"[VER-539] Showing options for ${ appConfig.callOptionsList.mkString(\", \")}\")\n      eventDispatcher.dispatchEvent(ContactHmrcInd)\n      Future.successful(Ok(callOptionsNoAnswers(CallOptionForm.callOptionForm(appConfig.callOptionsList))).addingToSession(\"affinityGroup\" -> \"Individual\"))\n    }\n\n  }\n\n  def callOptionsNoAnswersOrganisationPage(): Action[AnyContent] = Action.async { implicit request =>\n\n    checkIsAuthorisedUser().flatMap{ _ =>\n      eventDispatcher.dispatchEvent(ContactHmrcOrg)\n      Future.successful(Ok(callOptionsOrganisationNoAnswers(CallOptionForm.callOptionForm(appConfig.callOptionsList))).addingToSession(\"affinityGroup\" -> \"Organisation\"))\n    }\n\n  }\n\n  def selectCallOption(): Action[AnyContent] = Action.async { implicit request =>\n    val result = CallOptionForm.callOptionForm(appConfig.callOptionsList).bindFromRequest.fold(\n      errors \u21d2 BadRequest(callOptionsNoAnswers(errors)),\n      value => {\n        eventDispatcher.dispatchEvent(ContactType(appConfig.defaultCallOptionsAndGAEventMapper(value)))\n        Redirect(routes.CallHelpdeskController.getHelpdeskPage(value, Some(routes.CallHelpdeskController.callOptionsNoAnswersPage().url)))\n      }\n    )\n    Future.successful(result)\n  }\n\n  def selectOrganisationCallOption(): Action[AnyContent] = Action.async { implicit request =>\n    val result = CallOptionOrganisationForm.callOptionOrganisationForm(appConfig.callOptionsOrganisationList).bindFromRequest.fold(\n      errors \u21d2 BadRequest(callOptionsOrganisationNoAnswers(errors)),\n      value => {\n        eventDispatcher.dispatchEvent(ContactType(appConfig.defaultCallOptionsOrganisationAndGAEventMapper(value)))\n        Redirect(routes.CallHelpdeskController.getHelpdeskOrganisationPage(value, Some(routes.CallHelpdeskController.callOptionsNoAnswersOrganisationPage().url)))\n      }\n    )\n    Future.successful(result)\n  }\n\n  def whichServiceAccessPage(): Action[AnyContent] = Action.async { implicit request =>\n    checkIsAuthorisedUser().flatMap{ _ =>\n      eventDispatcher.dispatchEvent(ContactHmrcSa)\n      Future.successful(Ok(whichServiceAccess(CallOptionForm.callOptionForm(appConfig.standaloneIndividualList))).addingToSession(\"affinityGroup\" -> \"Individual\"))\n    }\n  }\n\n  def selectServiceAccessOption(): Action[AnyContent] = Action.async { implicit request =>\n    val result = CallOptionForm.callOptionForm(appConfig.standaloneIndividualList).bindFromRequest.fold(\n      errors \u21d2 BadRequest(whichServiceAccess(errors)),\n      value => {\n        eventDispatcher.dispatchEvent(ContactType(appConfig.standaloneIndividualAndGAEventMapper(value)))\n        Redirect(routes.CallHelpdeskController.getHelpdeskPage(value, Some(routes.CallHelpdeskController.whichServiceAccessPage().url)))\n      }\n    )\n    Future.successful(result)\n  }\n\n  def whichServiceAccessOtherPage(): Action[AnyContent] = Action.async { implicit request =>\n    checkIsAuthorisedUser().flatMap{ _ =>\n      eventDispatcher.dispatchEvent(ContactHmrcOrg)\n      Future.successful(Ok(whichServiceAccessOther(CallOptionForm.callOptionForm(appConfig.standaloneOrganisationList))).addingToSession(\"affinityGroup\" -> \"Organisation\"))\n    }\n  }\n\n  def selectServiceAccessOtherOption(): Action[AnyContent] = Action.async { implicit request =>\n    val result = CallOptionForm.callOptionForm(appConfig.standaloneOrganisationList).bindFromRequest.fold(\n      errors \u21d2 BadRequest(whichServiceAccessOther(errors)),\n      value => {\n        eventDispatcher.dispatchEvent(ContactType(appConfig.standaloneOrganisationAndGAEventMapper(value)))\n        Redirect(routes.CallHelpdeskController.getHelpdeskOrganisationPage(value, Some(routes.CallHelpdeskController.whichServiceAccessOtherPage().url)))\n      }\n    )\n    Future.successful(result)\n  }\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/SignOutController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport play.api.mvc.{Action, AnyContent, MessagesControllerComponents}\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.play.bootstrap.frontend.controller.FrontendController\nimport javax.inject.{Inject, Singleton}\nimport uk.gov.hmrc.helplinefrontend.monitoring.{EventDispatcher, SignedOut, SignedOutOrg}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass SignOutController @Inject()(cc: MessagesControllerComponents)\n                                 (implicit appConfig: AppConfig, executionContext: ExecutionContext,val eventDispatcher: EventDispatcher)\n  extends FrontendController(cc) {\n\n  def signOut(): Action[AnyContent] = Action.async { implicit request =>\n\n    request.session.get(\"affinityGroup\") match {\n      case Some(\"Organisation\") =>  eventDispatcher.dispatchEvent(SignedOutOrg)\n      case _ => eventDispatcher.dispatchEvent(SignedOut)\n    }\n\n    val ggRedirectParms = Map(\n      \"continue\" -> Seq(s\"${appConfig.logoutCallback}\"),\n      \"origin\"   -> Seq(\"helpline\")\n    )\n\n    Future.successful(Redirect(appConfig.ggLogoutUrl, ggRedirectParms))\n  }\n\n  def signedOut(): Action[AnyContent] = Action { implicit request =>\n    appConfig.isLoggedInUser = false\n    Redirect(appConfig.logoutPage)\n  }\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/config\/AppConfig.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.config\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.Configuration\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nimport scala.collection.mutable\nimport scala.concurrent.Future\n\n@Singleton\nclass AppConfig @Inject()(config: Configuration, servicesConfig: ServicesConfig) {\n\n  val welshLanguageSupportEnabled: Boolean = config.getOptional[Boolean](\"features.welsh-language-support\").getOrElse(true)\n  val backCallEnabled: Boolean = config.getOptional[Boolean](\"features.back-call-support\").getOrElse(false)\n\n   val defaultCallOptionsAndGAEventMapper = mutable.LinkedHashMap(\n    \"child-benefit\" -> \"contact_childbenefit\",\n    \"income-tax-paye\" -> \"contact_incometaxpaye\",\n    \"national-insurance\" -> \"contact_natinsurance\",\n    \"self-assessment\" -> \"contact_sa\",\n    \"state-pension\" -> \"contact_pension\",\n    \"tax-credits\" -> \"contact_taxcred\",\n    \"general-enquiries\" -> \"contact_other\"\n  )\n\n  val defaultCallOptionsOrganisationAndGAEventMapper = mutable.LinkedHashMap(\n    \"corporation-tax\" -> \"contact_corporationtax\",\n    \"machine-games-duty\" -> \"contact_machinegamingduty\",\n    \"paye-for-employers\" -> \"contact_paye\",\n    \"self-assessment\" -> \"contact_sa_org\",\n    \"vat\" -> \"contact_vat\",\n    \"help-with-a-service\" -> \"contact_other_org\"\n  )\n\n  val standaloneIndividualAndGAEventMapper = mutable.LinkedHashMap(\n    \"child-benefit\" -> \"contact_childbenefit\",\n    \"income-tax-paye\" -> \"contact_incometaxpaye\",\n    \"national-insurance\" -> \"contact_natinsurance\",\n    \"self-assessment\" -> \"contact_sa\",\n    \"state-pension\" -> \"contact_pension\",\n    \"tax-credits\" -> \"contact_taxcred\"\n  )\n\n  val standaloneOrganisationAndGAEventMapper = mutable.LinkedHashMap(\n    \"corporation-tax\" -> \"contact_corporationtax\",\n    \"machine-games-duty\" -> \"contact_machinegamingduty\",\n    \"vat\" -> \"contact_vat\",\n    \"help-with-a-service\" -> \"contact_other_org\"\n  )\n\n  val contactHelplineGAEventMapper = Map(\n    \"child-benefit\" -> \"further-contact_childbenefit\",\n    \"income-tax-paye\" -> \"further-contact_incometaxpaye\",\n    \"national-insurance\" -> \"further-contact_natinsurance\",\n    \"self-assessment\" -> \"further-contact_sa\",\n    \"SEISS\" -> \"further-contact_seiss\",\n    \"state-pension\" -> \"further-contact_pension\",\n    \"tax-credits\" -> \"further-contact_taxcred\",\n    \"general-enquiries\" -> \"further-contact_other\",\n    \"corporation-tax\" -> \"further-contact_corporationtax\",\n    \"machine-games-duty\" -> \"further-contact_machinegamingduty\",\n    \"paye-for-employers\" -> \"further-contact_paye\",\n    \"self-assessment-org\" -> \"further-contact_sa_org\",\n    \"vat\" -> \"further-contact_vat\",\n    \"general-enquiries-org\" -> \"further-contact_other_org\"\n  )\n\n  val callOptionsList: List[String] =\n    config.getOptional[String](\"features.call-options\")\n      .fold(defaultCallOptionsAndGAEventMapper.keySet.toList)(_.split(\",\").toList)\n\n  val callOptionsOrganisationList: List[String] =\n    config.getOptional[String](\"features.organisation.call-options\")\n      .fold(defaultCallOptionsOrganisationAndGAEventMapper.keySet.toList)(_.split(\",\").toList)\n\n  val standaloneIndividualList: List[String] =\n    config.getOptional[String](\"features.standalone.individual.call-options\")\n      .fold(standaloneIndividualAndGAEventMapper.keySet.toList)(_.split(\",\").toList)\n\n  val standaloneOrganisationList: List[String] =\n    config.getOptional[String](\"features.standalone.organisation.call-options\")\n      .fold(standaloneOrganisationAndGAEventMapper.keySet.toList)(_.split(\",\").toList)\n\n  lazy val platformAnalyticsUrl = servicesConfig.baseUrl(\"platform-analytics\")\n\n  \/\/TODO:Is this really the way to store state in a play app?\n  var isLoggedInUser: Boolean = false\n\n  lazy val logoutPage: String = servicesConfig.getConfString(\"logoutPage\", \"https:\/\/www.access.service.gov.uk\/logout\")\n  lazy val basGatewayUrl: String = servicesConfig.getConfString(\"auth.bas-gateway.url\", throw new RuntimeException(\"Bas gateway url required\"))\n  lazy val logoutPath: String = servicesConfig.getConfString(\"auth.logOutUrl\", \"\")\n  lazy val ggLogoutUrl = s\"$basGatewayUrl$logoutPath\"\n  lazy val logoutCallback: String = servicesConfig.getConfString(\"auth.logoutCallbackUrl\", \"\/helpline\/signed-out\")\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"it\/CallHelpdeskControllerISpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport java.net.URLEncoder\n\nimport play.api.http.Status.OK\nimport play.api.libs.ws.WSResponse\nimport play.api.test.Helpers.LOCATION\n\nclass CallHelpdeskControllerISpec extends helperSpec {\n\n  val getPageBaseUrl = \"\/helpline\"\n  val deceasedHelpKey = \"deceased\"\n  val callOptionsPage = \"\/call-options-no-answers\"\n\n  \"GET \/helpline\/:helpKey\" should {\n    \"return deceased help page if the help key is 'deceased' but there is no go back url\" in {\n      withClient {\n        wsClient => {\n          wsClient.url(resource(s\"$getPageBaseUrl\/$deceasedHelpKey\")).get().futureValue\n        }\n      }.status shouldBe OK\n    }\n  }\n\n  \"GET \/helpline\/call-options-no-answers\" should {\n    \"return a page which list the call options and takes you to the corresponding help pages\" in {\n      val callOptions = List(\"child-benefit\", \"income-tax-paye\", \"national-insurance\", \"self-assessment\", \"state-pension\", \"tax-credits\", \"general-enquiries\")\n      val backLinkToCallOptionsPage = URLEncoder.encode(getPageBaseUrl + callOptionsPage, \"UTF-8\")\n\n      withClient {\n        wsClient => {\n          val callOptionsPageResponse: WSResponse = wsClient.url(resource(s\"$getPageBaseUrl$callOptionsPage\")).get().futureValue\n\n          callOptionsPageResponse.status shouldBe OK\n          callOptions.map {\n            callOption =>\n\n              callOptionsPageResponse.body should include(callOption)\n\n              val callOptionSelected = s\"selected-call-option=${URLEncoder.encode(callOption, \"UTF-8\")}\"\n              val submitCallOption = wsClient.url(resource(s\"$getPageBaseUrl$callOptionsPage\"))\n                .withHttpHeaders(\"Csrf-Token\" -> \"<PASSWORD>\", \"Content-Type\" -> \"application\/x-www-form-urlencoded\")\n                .withFollowRedirects(false).post(callOptionSelected).futureValue\n\n              submitCallOption.header(LOCATION).get should endWith(s\"$getPageBaseUrl\/$callOption?back=$backLinkToCallOptionsPage\")\n          }\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nresolvers += Resolver.bintrayIvyRepo(\"hmrc\", \"sbt-plugin-releases\")\nresolvers += Resolver.bintrayRepo(\"hmrc\", \"releases\")\nresolvers += Resolver.typesafeRepo(\"releases\")\nresolvers += MavenRepository(\"HMRC-open-artefacts-maven2\", \"https:\/\/open.artefacts.tax.service.gov.uk\/maven2\")\nresolvers += Resolver.url(\"HMRC-open-artefacts-ivy\", url(\"https:\/\/open.artefacts.tax.service.gov.uk\/ivy2\"))(Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"uk.gov.hmrc\"       % \"sbt-auto-build\"     % \"3.0.0\")\naddSbtPlugin(\"uk.gov.hmrc\"       % \"sbt-git-versioning\" % \"2.2.0\")\naddSbtPlugin(\"uk.gov.hmrc\"       % \"sbt-distributables\" % \"2.1.0\")\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\"         % \"2.8.7\")\naddSbtPlugin(\"org.irundaia.sbt\"  % \"sbt-sassify\"        % \"1.5.1\")\naddSbtPlugin(\"org.scoverage\"     % \"sbt-scoverage\"      % \"1.6.0\")\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/monitoring\/analytics\/AnalyticsEventHandler.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.monitoring.analytics\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.Logging\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.mvc.Request\nimport uk.gov.hmrc.helplinefrontend.monitoring._\nimport uk.gov.hmrc.http.{HeaderCarrier, HeaderNames}\n\nimport scala.concurrent.ExecutionContext\n\n@Singleton\nclass AnalyticsEventHandler @Inject()(connector: AnalyticsConnector) extends EventHandler with Logging {\n\n  private lazy val factory = new AnalyticsRequestFactory()\n\n  override def handleEvent(event: MonitoringEvent)(implicit request: Request[_], hc: HeaderCarrier, ec: ExecutionContext): Unit = {\n    event match {\n      case ContactHmrcSa => sendEvent(factory.contactHmrcSa)\n      case ContactHmrcInd => sendEvent(factory.contactHmrcInd)\n      case ContactHmrcOrg => sendEvent(factory.contactHmrcOrg)\n      case e: ContactType => sendEvent(factory.contactType(e.value))\n      case ContactHelpdesk =>  sendEvent(factory.contactHelpdesk)\n      case ContactHelpdeskOrg =>  sendEvent(factory.contactHelpdeskOrg)\n      case e: ContactHelpline =>  sendEvent(factory.contactHelpline(e.value))\n      case SignedOut => sendEvent(factory.signOut())\n      case SignedOutOrg => sendEvent(factory.signOutOrg())\n      case _ => ()\n    }\n  }\n\n  private def clientId(implicit request: Request[_]) = request.cookies.get(\"_ga\").map(_.value)\n\n  private def sendEvent(reqCreator: (Option[String]) => AnalyticsRequest)\n                                             (implicit request: Request[_], hc: HeaderCarrier, ec: ExecutionContext): Unit = {\n    val  xSessionId: Option[String] = request.headers.get(HeaderNames.xSessionId)\n    if(clientId.isDefined || xSessionId.isDefined) {\n      val analyticsRequest = reqCreator(clientId)\n      connector.sendEvent(analyticsRequest)\n    } else  {\n      logger.info(\"VER-381 - No sessionId found in request\")\n    }\n  }\n}\n\nprivate class AnalyticsRequestFactory() {\n\n  private implicit val dimensionReads = Json.reads[DimensionValue]\n\n  private def getDimensions(request: Request[_]) = {\n    val jsonString: JsValue = Json.parse(request.session.data.getOrElse(\"dimensions\", \"{}\"))\n    val dimensions: Seq[DimensionValue] = Json.fromJson[Seq[DimensionValue]](jsonString).getOrElse(Seq())\n    dimensions\n  }\n\n  def contactHmrcSa(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", \"contact_hmrc_sa\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def contactHmrcInd(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", \"contact_hmrc_individual\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def contactHmrcOrg(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    AnalyticsRequest(clientId, Seq(Event(\"sos_iv\", \"more_info\", \"contact_hmrc_org\", getDimensions(request))))\n  }\n\n  def contactType(contactType: String)(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", contactType, getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def contactHelpdesk(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", \"contact_online_services_helpdesk\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def contactHelpdeskOrg(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", \"contact_online_services_helpdesk_org\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def contactHelpline(label: String)(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"more_info\", label, getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def signOut()(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"iv_end\", \"sign_out_indvhelpline\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n\n  def signOutOrg()(clientId: Option[String])(implicit request: Request[_]): AnalyticsRequest = {\n    val gaEvent = Event(\"sos_iv\", \"iv_end\", \"sign_out_orghelpline\", getDimensions(request))\n    AnalyticsRequest(clientId, Seq(gaEvent))\n  }\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"it\/helperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport play.api.test.WsTestClient\nimport uk.gov.hmrc.integration.ServiceSpec\n\nclass helperSpec extends AnyWordSpec with Matchers with WsTestClient with ServiceSpec {\n\n  override def afterAll(): Unit = {\n    \/\/ Not calling this as we don't use ServiceManagerClient\n  }\n\n  override def externalServices: Seq[String] = Seq.empty\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"app\/uk\/gov\/hmrc\/helplinefrontend\/models\/CallOption.scala","text":"<reponame>hmrc\/helpline-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.models\n\nimport enumeratum.EnumEntry.UpperHyphencase\nimport enumeratum._\n\nimport scala.collection.immutable\n\nsealed trait CallOption extends EnumEntry with UpperHyphencase\n\nobject CallOption extends Enum[CallOption]{\n\n  val values: immutable.IndexedSeq[CallOption] = findValues\n\n  case object Deceased          extends CallOption\n  case object ChildBenefit      extends CallOption\n  case object IncomeTaxPaye     extends CallOption\n  case object NationalInsurance extends CallOption\n  case object SelfAssessment    extends CallOption\n  case object StatePension      extends CallOption\n  case object TaxCredits        extends CallOption\n  case object Seiss             extends CallOption\n  case object CorporationTax    extends CallOption\n  case object MachineGamesDuty  extends CallOption\n  case object MachineGamingDuty extends CallOption\n  case object PayeForEmployers  extends CallOption\n  case object Vat               extends CallOption\n  case object GeneralEnquiries  extends CallOption\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"test\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/RedirectControllerSpec.scala","text":"<reponame>hmrc\/helpline-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport akka.Done\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Configuration\nimport play.api.http.Status\nimport play.api.mvc.{AnyContentAsEmpty, Cookie, MessagesControllerComponents, Result}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers.{defaultAwaitTimeout, status}\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.monitoring.EventDispatcher\nimport uk.gov.hmrc.helplinefrontend.monitoring.analytics.{AnalyticsConnector, AnalyticsEventHandler, AnalyticsRequest, Event}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient}\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass RedirectControllerSpec extends AnyWordSpec with Matchers with GuiceOneAppPerSuite with Eventually {\n\n  val config: Configuration = Configuration.from(Map(\n    \"features.back-call-support\" -> false\n  ))\n  val customiseAppConfig = new AppConfig(config, new ServicesConfig(config))\n\n  val appConfig: AppConfig = app.injector.instanceOf[AppConfig]\n  val messagesCC: MessagesControllerComponents = app.injector.instanceOf[MessagesControllerComponents]\n  val ec: ExecutionContext =  app.injector.instanceOf[ExecutionContext]\n\n  val gaClientId = \"GA1.1.283183975.1456746121\"\n  var analyticsRequests = Seq.empty[AnalyticsRequest]\n  val request: FakeRequest[AnyContentAsEmpty.type] = FakeRequest().withCookies(Cookie(\"_ga\", gaClientId))\n\n  val httpClient: HttpClient = app.injector.instanceOf[HttpClient]\n\n  object TestConnector extends AnalyticsConnector(appConfig, httpClient) {\n    override def sendEvent(request: AnalyticsRequest)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Done] = {\n      analyticsRequests = analyticsRequests :+ request\n      Future.successful(Done)\n    }\n  }\n\n  object TestHandler extends AnalyticsEventHandler(TestConnector)\n\n  val eventDispatcher = new EventDispatcher(TestHandler)\n\n  val controller: RedirectController = new RedirectController()(appConfig, messagesCC, eventDispatcher, ec)\n\n  val url = \"https:\/\/www.gov.uk\/government\/organisations\/hm-revenue-customs\/contact\/online-services-helpdesk\"\n\n  val contactUrl = \"https:\/\/www.gov.uk\/government\/service-specific-url\"\n\n  \"RedirectController\" should {\n\n    appConfig.contactHelplineGAEventMapper.foreach {\n      entry =>\n        s\"send ${entry._1} ga event when user clicks on helpline link\" in {\n          val result: Future[Result] = controller.contactHelpline(url, entry._1)(request)\n          status(result) shouldBe Status.SEE_OTHER\n          eventually {\n            analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n              Event(\"sos_iv\", \"more_info\", entry._2, Seq())))\n          }\n        }\n    }\n\n    \"send contact_online_services_helpdesk ga event when user clicks on helpdesk link\" in {\n      val result: Future[Result] = controller.contactHelpdesk(url)(request)\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_online_services_helpdesk\", Seq())))\n      }\n    }\n\n    \"send contact_online_services_helpdesk_org ga event when user clicks on helpdesk link\" in {\n      val result: Future[Result] = controller.contactHelpdeskOrg(url)(request)\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_online_services_helpdesk_org\", Seq())))\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"test\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/CallHelpdeskControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport akka.Done\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Configuration\nimport play.api.http.Status\nimport play.api.mvc.{AnyContentAsEmpty, Cookie, MessagesControllerComponents, Result}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core.AuthConnector\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.monitoring.EventDispatcher\nimport uk.gov.hmrc.helplinefrontend.monitoring.analytics._\nimport uk.gov.hmrc.helplinefrontend.views.html.helpdesks._\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient}\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass CallHelpdeskControllerSpec extends AnyWordSpec with Matchers with GuiceOneAppPerSuite with Eventually {\n\n  private val fakeRequest = FakeRequest(\"GET\", \"\/\")\n  val config: Configuration = Configuration.from(Map(\n    \"features.back-call-support\" -> false\n  ))\n  val customiseAppConfig = new AppConfig(config, new ServicesConfig(config))\n\n  val appConfig: AppConfig = app.injector.instanceOf[AppConfig]\n  val authConnector: AuthConnector = app.injector.instanceOf[AuthConnector]\n  val messagesCC: MessagesControllerComponents = app.injector.instanceOf[MessagesControllerComponents]\n  val contactUsDeceased: IVDeceased = app.injector.instanceOf[IVDeceased]\n  val childBenefit: ChildBenefit = app.injector.instanceOf[ChildBenefit]\n  val incomeTaxPaye: IncomeTaxPaye = app.injector.instanceOf[IncomeTaxPaye]\n  val nationalInsurance: NationalInsurance = app.injector.instanceOf[NationalInsurance]\n  val selfAssessment: SelfAssessment = app.injector.instanceOf[SelfAssessment]\n  val statePension: StatePension = app.injector.instanceOf[StatePension]\n  val taxCredits: TaxCredits = app.injector.instanceOf[TaxCredits]\n  val seiss: Seiss = app.injector.instanceOf[Seiss]\n  val generalEnquiries: GeneralEnquiries = app.injector.instanceOf[GeneralEnquiries]\n  val generalEnquiriesOrganisation: GeneralEnquiriesOrganisation = app.injector.instanceOf[GeneralEnquiriesOrganisation]\n  val corporationTax: CorporationTax = app.injector.instanceOf[CorporationTax]\n  val machineGamingDuty: MachineGamesDuty = app.injector.instanceOf[MachineGamesDuty]\n  val payeForEmployers: PayeForEmployers = app.injector.instanceOf[PayeForEmployers]\n  val selfAssessmentOrganisation: SelfAssessmentOrganisation = app.injector.instanceOf[SelfAssessmentOrganisation]\n  val vat: Vat = app.injector.instanceOf[Vat]\n  val callOptionsOrganisationNoAnswers: CallOptionsOrganisationNoAnswers =  app.injector.instanceOf[CallOptionsOrganisationNoAnswers]\n  val callOptionsNoAnswers: CallOptionsNoAnswers = app.injector.instanceOf[CallOptionsNoAnswers]\n  val whichServiceAccess: WhichServiceAccess = app.injector.instanceOf[WhichServiceAccess]\n  val whichServiceAccessOther: WhichServiceAccessOther = app.injector.instanceOf[WhichServiceAccessOther]\n  val ec: ExecutionContext =  app.injector.instanceOf[ExecutionContext]\n\n  val gaClientId = \"GA1.1.283183975.1456746121\"\n  var analyticsRequests = Seq.empty[AnalyticsRequest]\n  val request: FakeRequest[AnyContentAsEmpty.type] = FakeRequest()\n    .withCookies(Cookie(\"_ga\", gaClientId))\n    .withSession(\"dimensions\" -> \"\"\"[{\"index\":2,\"value\":\"ma\"},{\"index\":3,\"value\":\"UpliftNino\"},{\"index\":4,\"value\":\"200-MEO\"},{\"index\":5,\"value\":\"No Enrolments\"}]\"\"\")\n\n  val expectedDimensions = Seq(DimensionValue(2,\"ma\"), DimensionValue(3,\"UpliftNino\"), DimensionValue(4,\"200-MEO\"), DimensionValue(5,\"No Enrolments\"))\n  val httpClient: HttpClient = app.injector.instanceOf[HttpClient]\n\n  object TestConnector extends AnalyticsConnector(appConfig, httpClient) {\n    override def sendEvent(request: AnalyticsRequest)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Done] = {\n      analyticsRequests = analyticsRequests :+ request\n      Future.successful(Done)\n    }\n  }\n\n  object TestHandler extends AnalyticsEventHandler(TestConnector)\n\n  val eventDispatcher = new EventDispatcher(TestHandler)\n\n  val controller: CallHelpdeskController =\n    new CallHelpdeskController()(authConnector,\n                                 appConfig,\n                                 messagesCC,\n                                 contactUsDeceased,\n                                 childBenefit,\n                                 incomeTaxPaye,\n                                 nationalInsurance,\n                                 selfAssessment,\n                                 statePension,\n                                 taxCredits,\n                                 seiss,\n                                 generalEnquiries,\n                                 generalEnquiriesOrganisation,\n                                 corporationTax,\n                                 machineGamingDuty,\n                                 payeForEmployers,\n                                 selfAssessmentOrganisation,\n                                 vat,\n                                 callOptionsNoAnswers,\n                                 callOptionsOrganisationNoAnswers,\n                                 whichServiceAccess,\n                                 whichServiceAccessOther,\n                                 eventDispatcher,\n                                 ec)\n\n  val childBenefitHelpKey: String = \"CHILD-BENEFIT\"\n  val corporationTaxHelpKey: String = \"CORPORATION-TAX\"\n  val deceasedHelpKey: String = \"deceased\"\n  val incomeTaxPayeHelpKey: String = \"INCOME-TAX-PAYE\"\n  val nationalInsuranceHelpKey: String = \"NATIONAL-INSURANCE\"\n  val machineGamingDutyHelpKey: String = \"MACHINE-GAMING-DUTY\"\n  val payeForEmployersHelpKey: String = \"PAYE-FOR-EMPLOYERS\"\n  val selfAssessmentHelpKey: String = \"SELF-ASSESSMENT\"\n  val selfAssessmentOrganisationHelpKey: String = \"self-assessment\"\n  val statePensionHelpKey: String = \"STATE-PENSION\"\n  val taxCreditsHelpKey: String = \"TAX-CREDITS\"\n  val generalEnquiriesHelpKey: String = \"GENERAL-ENQUIRIES\"\n  val generalEnquiriesOrganisationHelpKey: String = \"SOMETHING-ELSE\"\n  val seissHelpKey: String = \"SEISS\"\n  val vatHelpKey: String = \"VAT\"\n  val defaultHelpKey: String = \"GENERAL-ENQUIRIES\"\n\n  \"CallHelpdeskController get deceased help page\" should {\n    \"return deceased help page if the help key is 'deceased' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(deceasedHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"Has this person died?\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return deceased help page if the help key is 'deceased' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(deceasedHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"Has this person died?\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get child benefit help page\" should {\n    \"return child benefit help page if the help key is 'CHILD-BENEFIT' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(childBenefitHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Child Benefit query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return child benefit help page if the help key is 'CHILD-BENEFIT' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(childBenefitHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Child Benefit query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get corporation tax help page\" should {\n    \"return corporation tax help page if the help key is 'CORPORATION-TAX' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(corporationTaxHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Corporation Tax\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return corporation tax help page if the help key is 'CORPORATION-TAX' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(corporationTaxHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Corporation Tax\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get Income Tax and PAYE help page\" should {\n    \"return Income Tax and PAYE help page if the help key is 'INCOME-TAX-PAYE' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(incomeTaxPayeHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have an Income Tax or PAYE query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Income Tax and PAYE help page if the help key is 'INCOME-TAX-PAYE' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(incomeTaxPayeHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have an Income Tax or PAYE query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get National Insurance help page\" should {\n    \"return National Insurance help page if the help key is 'NATIONAL-INSURANCE' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(nationalInsuranceHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a National Insurance query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return National Insurance help page if the help key is 'NATIONAL-INSURANCE' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(nationalInsuranceHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a National Insurance query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n\n    \"return National Insurance help page if the help key is 'NATIONAL-INSURANCE' and there is a go back url, but back call is not supported\" in {\n      val controller: CallHelpdeskController =\n        new CallHelpdeskController()(authConnector, customiseAppConfig, messagesCC, contactUsDeceased, childBenefit, incomeTaxPaye, nationalInsurance,\n          selfAssessment, statePension, taxCredits, seiss, generalEnquiries, generalEnquiriesOrganisation, corporationTax, machineGamingDuty,\n          payeForEmployers, selfAssessmentOrganisation, vat, callOptionsNoAnswers, callOptionsOrganisationNoAnswers, whichServiceAccess, whichServiceAccessOther, eventDispatcher, ec)\n\n      val result: Future[Result] = controller.getHelpdeskPage(nationalInsuranceHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a National Insurance query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n  }\n\n  \"CallHelpdeskController get Machine Games Duty help page\" should {\n    \"return Machine Games Duty help page if the help key is 'MACHINE-GAMING-DUTY' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(machineGamingDutyHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Machine Games Duty\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Machine Games Duty help page if the help key is 'MACHINE-GAMING-DUTY' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(machineGamingDutyHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Machine Games Duty\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get paye for employers help page\" should {\n    \"return paye for employers help page if the help key is 'PAYE-FOR-EMPLOYERS' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(payeForEmployersHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with PAYE for employers\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return paye for employers help page if the help key is 'PAYE-FOR-EMPLOYERS' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(payeForEmployersHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with PAYE for employers\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get vat help page\" should {\n    \"return vat help page if the help key is 'VAT' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(vatHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with VAT\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return vat help page if the help key is 'VAT' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(vatHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with VAT\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get Self Assessment help page\" should {\n    \"return Self Assessment help page if the help key is 'SELF-ASSESSMENT' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(selfAssessmentHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Self Assessment query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Self Assessment help page if the help key is 'SELF ASSESSMENT' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(selfAssessmentHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Self Assessment query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get Self Assessment help page\" should {\n    \"return Self Assessment help page if the help key is 'self-assessment' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(selfAssessmentOrganisationHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Self Assessment\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Self Assessment help page if the help key is 'self-assessment' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(selfAssessmentOrganisationHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with Self Assessment\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get State Pension help page\" should {\n    \"return State Pension help page if the help key is 'STATE-PENSION' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(statePensionHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a State Pension query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return State Pension help page if the help key is 'STATE-PENSION' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(statePensionHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a State Pension query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get Tax Credits help page\" should {\n    \"return Tax Credits help page if the help key is 'TAX-CREDITS' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(taxCreditsHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a tax credits query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Tax Credits help page if the help key is 'TAX-CREDITS' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(taxCreditsHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a tax credits query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \/\/VER-1648 The business have asked us to remove SEISS references, but may add back later\n  \"CallHelpdeskController get Seiss help page\" should {\n    pending\n    \"return Seiss help page if the help key is 'SEISS' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(seissHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Self-Employment Income Support Scheme query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return Seiss help page if the help key is 'SEISS' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(seissHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a Self-Employment Income Support Scheme query\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get call-options-no-answers page\" should {\n    \"return a page with a list all the available help pages as radio buttons, and no go back url\" in {\n      val result: Future[Result] = controller.callOptionsNoAnswersPage()(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n  }\n\n  \"CallHelpdeskController get which-service-are-you-trying-to-access page\" should {\n    \"return a page with a list all the available help pages as radio buttons, and no back url\" in {\n      val result: Future[Result] = controller.whichServiceAccessPage()(request)\n      status(result) shouldBe Status.OK\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_hmrc_sa\", expectedDimensions)))\n      }\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n  }\n\n  \"CallHelpdeskController get which-service-are-you-trying-to-access-other page\" should {\n    \"return a page with a list all the available help pages as radio buttons, and a back url\" in {\n      val result: Future[Result] = controller.whichServiceAccessOtherPage()(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get  General Enquiries help page\" should {\n    \"return General Enquiries help page if the help key is 'DEFAULT' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(defaultHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a query about something else\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return General Enquiries help page if the help key is 'DEFAULT' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskPage(defaultHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you have a query about something else\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController get General Enquiries help page\" should {\n    \"return General Enquiries help page if the help key is 'SOMETHING-ELSE' but there is no go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(generalEnquiriesOrganisationHelpKey, None)(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with a service\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe false\n    }\n\n    \"return General Enquiries help page if the help key is 'SOMETHING-ELSE' and there is a go back url\" in {\n      val result: Future[Result] = controller.getHelpdeskOrganisationPage(generalEnquiriesOrganisationHelpKey, Some(\"backURL\"))(fakeRequest)\n      status(result) shouldBe Status.OK\n      contentAsString(result).contains(\"If you need help with a service\") shouldBe true\n      contentAsString(result).contains(\"Back\") shouldBe true\n    }\n  }\n\n  \"CallHelpdeskController \" should {\n\n    \"fire contact_childbenefits ga event when user clicks on Child benefit\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"child-benefit\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_childbenefit\", expectedDimensions)))\n      }\n    }\n    \"fire contact_incometaxpaye ga event when user clicks on income tax\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"income-tax-paye\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_incometaxpaye\", expectedDimensions)))\n      }\n    }\n    \"fire contact_natinsurance ga event when user clicks on national insurance\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"national-insurance\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_natinsurance\", expectedDimensions)))\n      }\n    }\n    \"fire contact_sa ga event when user clicks on self assessment\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"self-assessment\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_sa\", expectedDimensions)))\n      }\n    }\n    \"fire contact_seiss ga event when user clicks on SEISS\" in {\n      pending \/\/VER-1648 The business have asked us to remove SEISS references, but may add back later\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"SEISS\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_seiss\", expectedDimensions)))\n      }\n    }\n    \"fire contact_pension ga event when user clicks on state pension\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"state-pension\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_pension\", expectedDimensions)))\n      }\n    }\n    \"fire contact_taxcred ga event when user clicks on tax credits\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"tax-credits\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_taxcred\", expectedDimensions)))\n      }\n    }\n    \"fire contact_other ga event when user clicks on other\" in {\n      val result: Future[Result] = controller.selectCallOption()(request.withFormUrlEncodedBody(\"selected-call-option\" -> \"general-enquiries\"))\n      status(result) shouldBe Status.SEE_OTHER\n      eventually {\n        analyticsRequests.last shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_other\", expectedDimensions)))\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"test\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/SignOutControllerSpec.scala","text":"<reponame>hmrc\/helpline-frontend\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers\n\nimport akka.Done\nimport akka.util.Timeout\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.mvc.{AnyContentAsEmpty, MessagesControllerComponents, Result}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers.{redirectLocation, status}\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.monitoring.EventDispatcher\nimport uk.gov.hmrc.helplinefrontend.monitoring.analytics.{AnalyticsConnector, AnalyticsEventHandler, AnalyticsRequest}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient}\n\nimport scala.concurrent.duration.DurationInt\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SignOutControllerSpec extends AnyWordSpec with Matchers with GuiceOneAppPerSuite with Eventually {\n\n  val mcc: MessagesControllerComponents = app.injector.instanceOf[MessagesControllerComponents]\n  val appConfig: AppConfig = app.injector.instanceOf[AppConfig]\n  var analyticsRequests = Seq.empty[AnalyticsRequest]\n  val httpClient: HttpClient = app.injector.instanceOf[HttpClient]\n\n  object TestConnector extends AnalyticsConnector(appConfig, httpClient) {\n    override def sendEvent(request: AnalyticsRequest)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Done] = {\n      analyticsRequests = analyticsRequests :+ request\n      Future.successful(Done)\n    }\n  }\n  object TestHandler extends AnalyticsEventHandler(TestConnector)\n  val eventDispatcher = new EventDispatcher(TestHandler)\n\n  val controller = new SignOutController(mcc)(appConfig, ExecutionContext.global, eventDispatcher)\n\n  implicit val request: FakeRequest[AnyContentAsEmpty.type] = FakeRequest()\n  implicit val hc: HeaderCarrier = HeaderCarrier()\n  implicit val timeout : Timeout = 5.seconds\n\n  \"SignOut Controller\" should {\n    \"Redirect to logout\" in {\n\n      val result: Future[Result]  = controller.signOut().apply(request.withSession((\"affinityGroup\" -> \"Organisation\")))\n\n      val expectedRedirectLocation =\n        Some(\"http:\/\/localhost:9553\/bas-gateway\/sign-out-without-state?continue=http%3A%2F%2Flocalhost%3A10102%2Fhelpline%2Fsigned-out&origin=helpline\")\n\n      status(result) shouldBe 303\n      redirectLocation(result) shouldBe expectedRedirectLocation\n    }\n\n    \"Redirect to the logout page\" in {\n      val result = controller.signedOut().apply(request)\n\n      val expectedRedirectLocation = Some(\"https:\/\/www.ete.access.service.gov.uk\/logout\")\n\n      status(result) shouldBe 303\n      redirectLocation(result) shouldBe expectedRedirectLocation\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/helpline-frontend","path":"test\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/monitoring\/analytics\/AnalyticsEventHandlerSpec.scala","text":"<filename>test\/uk\/gov\/hmrc\/helplinefrontend\/controllers\/monitoring\/analytics\/AnalyticsEventHandlerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage uk.gov.hmrc.helplinefrontend.controllers.monitoring.analytics\n\nimport akka.Done\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.mvc.Cookie\nimport play.api.test.FakeRequest\nimport uk.gov.hmrc.helplinefrontend.config.AppConfig\nimport uk.gov.hmrc.helplinefrontend.monitoring.analytics.{AnalyticsConnector, AnalyticsEventHandler, AnalyticsRequest, Event}\nimport uk.gov.hmrc.helplinefrontend.monitoring._\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass AnalyticsEventHandlerSpec\n  extends AnyWordSpec\n    with Eventually\n    with GuiceOneAppPerSuite\n    with Matchers {\n\n  \"dispatcher\" should {\n\n    \"send more_info\/contact_hmrc_org event when ContactHmrcOrg dispatched \" in new Setup {\n      dispatcher.dispatchEvent(ContactHmrcOrg)(request, hc, global)\n      eventually {\n        analyticsRequests.head shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_hmrc_org\", Seq())))\n      }\n    }\n\n    \"send more_info\/contact_hmrc event when user clicks on contact link in IV\" in new Setup {\n      dispatcher.dispatchEvent(ContactHmrcInd)(request, hc, global)\n      eventually {\n        analyticsRequests.head shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_hmrc_individual\", Seq())))\n      }\n    }\n\n    \"send more_info\/which-service-are-you-trying-to-access event when user clicks on contact link in IV\" in new Setup {\n      dispatcher.dispatchEvent(ContactHmrcSa)(request, hc, global)\n      eventually {\n        analyticsRequests.head shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"contact_hmrc_sa\", Seq())))\n      }\n    }\n\n    \"send more_info\/test event when user clicks on contact link \" in new Setup {\n      dispatcher.dispatchEvent(ContactType(\"test\"))(request, hc, global)\n      eventually {\n        analyticsRequests.head shouldBe AnalyticsRequest(Some(gaClientId), Seq(\n          Event(\"sos_iv\", \"more_info\", \"test\", Seq())))\n      }\n    }\n  }\n\n  private trait Setup {\n    val gaClientId = \"GA1.1.283183975.1456746121\"\n    val hc = HeaderCarrier()\n    var analyticsRequests = Seq.empty[AnalyticsRequest]\n    val request = FakeRequest().withCookies(Cookie(\"_ga\", gaClientId))\n\n    val appConfg = app.injector.instanceOf[AppConfig]\n    val httpClient = app.injector.instanceOf[HttpClient]\n\n    object TestConnector extends AnalyticsConnector(appConfg, httpClient) {\n      override def sendEvent(request: AnalyticsRequest)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[Done] = {\n        analyticsRequests = analyticsRequests :+ request\n        Future.successful(Done)\n      }\n    }\n\n    object TestHandler extends AnalyticsEventHandler(TestConnector)\n\n    val dispatcher = new EventDispatcher(TestHandler)\n\n  }\n\n}\n"}
{"repo_name":"scaled\/fsharp-mode","path":"src\/scala\/FSharpMode.scala","text":"<filename>src\/scala\/FSharpMode.scala\n\/\/\n\/\/ Scaled F# Mode - a Scaled major mode for editing F# code\n\/\/ http:\/\/github.com\/scaled\/fsharp-mode\/blob\/master\/LICENSE\n\npackage scaled.fsharp\n\nimport scaled._\nimport scaled.code.{Commenter, Indenter}\nimport scaled.grammar.GrammarCodeMode\n\n@Major(name=\"fsharp\",\n       tags=Array(\"code\", \"project\", \"fsharp\"),\n       pats=Array(\".*\\\\.fs\"),\n       desc=\"A major editing mode for the F# language.\")\nclass FSharpMode (env :Env) extends GrammarCodeMode(env) {\n\n  override def langScope = \"source.fsharp\"\n\n  override protected def createIndenter = new Indenter(config) {\n    import Indenter._\n    override def apply (info :Info) = if (info.row == 0) 0 else {\n      val prev = info.buffer.line(info.row-1)\n      val prevFirst = prev.firstNonWS\n      \/\/ if prev line ends with '=' or '->', indent one step\n      if (endsWith(prev, equalsM) || endsWith(prev, arrowM)) prevFirst + indentWidth\n      \/\/ indent match cases under 'function' by one step\n      else if (endsWith(prev, functionM)) prevFirst + indentWidth\n      \/\/ indent 'match x when' cases under 'match'\n      else if (endsWith(prev, withM) && prev.indexOf(matchM) >= 0) prev.indexOf(matchM)\n      \/\/ if previous line is blank, leave indentation alone\n      else if (prevFirst == prev.length) info.first\n      \/\/ otherwise indent to same level as previous line\n      else prevFirst\n    }\n\n    private val equalsM = Matcher.exact(\"=\")\n    private val arrowM = Matcher.exact(\"->\")\n    private val matchM = Matcher.regexp(\"\\\\bmatch\\\\b\")\n    private val withM = Matcher.regexp(\"\\\\bwith\\\\b\")\n    private val functionM = Matcher.regexp(\"\\\\bfunction\\\\b\")\n  }\n\n  override val commenter = new Commenter() {\n    override def linePrefix  = \"\/\/\"\n    override def blockOpen   = \"\/*\"\n    override def blockPrefix = \"*\"\n    override def blockClose  = \"*\/\"\n    override def docOpen     = \"\/\/\/\"\n    override def docPrefix   = \"\/\/\/\"\n  }\n\n  \/\/ TODO: more things!\n}\n"}
{"repo_name":"scaled\/fsharp-mode","path":"test\/src\/scala\/ScopesTest.scala","text":"\/\/\n\/\/ Scaled FSharp Mode - support for editing FSharp code\n\/\/ https:\/\/github.com\/scaled\/fsharp-mode\/blob\/master\/LICENSE\n\npackage scaled.fsharp\n\nimport org.junit.Assert._\nimport org.junit._\nimport scaled._\nimport scaled.code._\nimport scaled.grammar._\nimport scaled.impl.BufferImpl\n\nclass FSharpScopesTest {\n\n  \/\/ @Test def dumpGrammar () :Unit = {\n  \/\/   val plugin = new FSharpGrammarPlugin()\n  \/\/   plugin.grammar.print(System.out)\n  \/\/ }\n\n  val testFSharpCode = Seq(\n    \/\/                1         2         3         4         5         6         7         8\n    \/\/      012345678901234567890123456789012345678901234567890123456789012345678901234567890123456\n    \/* 0*\/ \"namespace FSTest\",\n    \/* 1*\/ \"\",\n    \/* 2*\/ \"open System\",\n    \/* 3*\/ \"open System.IO\",\n    \/* 4*\/ \"\",\n    \/* 5*\/ \"type private TestType = {\",\n    \/* 6*\/ \"  sources :FileInfo list\",\n    \/* 7*\/ \"  options :FSharpProjectionOptions\",\n    \/* 8*\/ \"  target :FileInfo\",\n    \/* 9*\/ \"  errors :Diagnostic list\",\n    \/*10*\/ \"}\",\n    \/*11*\/ \"\",\n    \/*12*\/ \"\/\/\/ Maintains caches of parsed versions of .fsprojOrFsx files\",\n    \/*13*\/ \"type ProjectManager (checker :FSharpChecker) =\",\n    \/*14*\/ \"  let knownSolutions = new Dictionary<String, list<FileInfo>>()\",\n    \/*15*\/ \"  member this.AddWorkspaceRoot(root :DirectoryInfo) :Async<unit> = 0\",\n    \/*--*\/ \"\").mkString(\"\\n\")\n\n  val plugin = new FSharpGrammarPlugin()\n\n  @Test def testRecordScopes () :Unit = {\n    \/\/ val code = (\"type ProjectManager (checker :FSharpChecker) =\\n\" +\n    \/\/             \"  let knownSolutions = new Dictionary<String, list<FileInfo>>()\")\n    val code = (\"let foo :List<number> = bar\")\n    val buffer = BufferImpl(new TextStore(\"Test.fs\", \"\", code))\n    val scoper = Grammar.testScoper(Seq(plugin.grammar(\"source.fsharp\")), buffer,\n                                    List(new Selector.Processor(plugin.effacers)))\n    scoper.rethinkBuffer()\n\n    val start = 0  ; val end = buffer.lines.length\n    start until end foreach { ll =>\n      println(buffer.line(ll))\n      scoper.showScopes(ll) foreach { s => println(s\"$ll: $s\") }\n    }\n  }\n\n  \/\/ @Test def testStylesLink () :Unit = {\n  \/\/   val buffer = BufferImpl(new TextStore(\"Test.fs\", \"\", testFSharpCode))\n  \/\/   val scoper = Grammar.testScoper(Seq(plugin.grammar(\"source.fsharp\")), buffer,\n  \/\/                                   List(new Selector.Processor(plugin.effacers)))\n  \/\/   scoper.rethinkBuffer()\n\n  \/\/   \/\/ println(scoper.showMatchers(Set(\"#code\", \"#class\")))\n  \/\/   val start = 0  ; val end = buffer.lines.length\n  \/\/   start until end foreach { ll =>\n  \/\/     println(buffer.line(ll))\n  \/\/     scoper.showScopes(ll) foreach { s => println(ll + \": \" + s) }\n  \/\/   }\n\n  \/\/   \/\/ assertFalse(\"Whitespace before doc comment not scoped as comment\",\n  \/\/   \/\/            scoper.scopesAt(Loc(8, 0)).contains(\"comment.block.documentation.fsharp\"))\n  \/\/   \/\/ assertTrue(\"Open doc comment is scoped as comment\",\n  \/\/   \/\/            scoper.scopesAt(Loc(8, 2)).contains(\"comment.block.documentation.fsharp\"))\n  \/\/   \/\/ assertTrue(\"Doc comment content is scoped as comment\",\n  \/\/   \/\/            scoper.scopesAt(Loc(8, 6)).contains(\"comment.block.documentation.fsharp\"))\n  \/\/ }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/AccessRights.scala","text":"package io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\n\nsealed trait AccessRights {\n  val tag: Byte\n}\n\nobject AccessRights {\n  case object None extends AccessRights {\n    val tag: Byte = 0 \/\/ 0b000\n  }\n\n  case object Read extends AccessRights {\n    val tag: Byte = 1 \/\/ 0b0001\n  }\n\n  case object Write extends AccessRights {\n    val tag: Byte = 2 \/\/ 0b0010\n  }\n\n  case object ReadWrite extends AccessRights {\n    val tag: Byte = 3 \/\/ 0b0011\n  }\n\n  case object Add extends AccessRights {\n    val tag: Byte = 4 \/\/ 0b0100\n  }\n\n  case object ReadAdd extends AccessRights {\n    val tag: Byte = 5 \/\/ 0b0101\n  }\n\n  case object AddWrite extends AccessRights {\n    val tag: Byte = 6 \/\/ 0b0110\n  }\n\n  case object ReadAddWrite extends AccessRights {\n    val tag: Byte = 7 \/\/ 0b0111\n  }\n\n  implicit val toBytesAccessRights: ToBytes[AccessRights] = new ToBytes[AccessRights] {\n    override def toBytes(a: AccessRights): Array[Byte] = Array(a.tag)\n  }\n\n  val deserializer: FromBytes.Deserializer[AccessRights] =\n    FromBytes.byte.flatMap {\n      case tag if tag == None.tag         => FromBytes.pure(None)\n      case tag if tag == Read.tag         => FromBytes.pure(Read)\n      case tag if tag == Write.tag        => FromBytes.pure(Write)\n      case tag if tag == ReadWrite.tag    => FromBytes.pure(ReadWrite)\n      case tag if tag == Add.tag          => FromBytes.pure(Add)\n      case tag if tag == ReadAdd.tag      => FromBytes.pure(ReadAdd)\n      case tag if tag == ReadAdd.tag      => FromBytes.pure(ReadAdd)\n      case tag if tag == AddWrite.tag     => FromBytes.pure(AddWrite)\n      case tag if tag == ReadAddWrite.tag => FromBytes.pure(ReadAddWrite)\n      case other                          => FromBytes.raise(FromBytes.Error.InvalidVariantTag(other, \"AccessRights\"))\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/util\/fileIO\/package.scala","text":"package io.casperlabs.storage.util\nimport java.io.IOException\nimport java.nio.file._\nimport java.util.stream.Collectors\n\nimport cats.implicits._\nimport cats.effect.Sync\nimport io.casperlabs.storage.util.fileIO.IOError.RaiseIOError\n\nimport scala.collection.JavaConverters._\nimport scala.util.control.NonFatal\n\npackage object fileIO {\n  private[fileIO] def handleIo[F[_]: Sync: RaiseIOError, A](\n      io: => A,\n      handleIoException: IOException => IOError\n  ): F[A] =\n    handleIoF(io, e => RaiseIOError[F].raise[A](handleIoException(e)))\n\n  private[io] def handleIoF[F[_]: Sync: RaiseIOError, A](\n      io: => A,\n      handleIoException: IOException => F[A]\n  ): F[A] =\n    Sync[F].defer {\n      try {\n        io.pure[F]\n      } catch {\n        case e: IOException =>\n          handleIoException(e)\n        case e: SecurityException =>\n          RaiseIOError[F].raise[A](FileSecurityViolation(e))\n        case e: UnsupportedOperationException =>\n          RaiseIOError[F].raise[A](UnsupportedFileOperation(e))\n        case e: IllegalArgumentException =>\n          RaiseIOError[F].raise[A](IllegalFileOperation(e))\n        case NonFatal(e) =>\n          RaiseIOError[F].raise[A](UnexpectedIOError(e))\n      }\n    }\n\n  def moveFile[F[_]: Sync: RaiseIOError](\n      from: Path,\n      to: Path,\n      options: CopyOption*\n  ): F[Path] =\n    handleIo(\n      Files.move(from, to, options: _*), {\n        case e: FileAlreadyExistsException =>\n          FileAlreadyExists(e)\n        case e: DirectoryNotEmptyException =>\n          DirectoryNotEmpty(e)\n        case e: AtomicMoveNotSupportedException =>\n          AtomicMoveNotSupported(e)\n        case NonFatal(e) =>\n          UnexpectedIOError(e)\n      }\n    )\n\n  def isDirectory[F[_]: Sync: RaiseIOError](path: Path): F[Boolean] =\n    handleIo(Files.isDirectory(path), UnexpectedIOError.apply)\n\n  def isRegularFile[F[_]: Sync: RaiseIOError](path: Path): F[Boolean] =\n    handleIo(Files.isRegularFile(path), UnexpectedIOError.apply)\n\n  def makeDirectory[F[_]: Sync: RaiseIOError](dirPath: Path): F[Path] =\n    handleIo(Files.createDirectories(dirPath), UnexpectedIOError.apply)\n\n  def listInDirectory[F[_]: Sync: RaiseIOError](dirPath: Path): F[List[Path]] =\n    for {\n      files <- handleIo(Files.list(dirPath), {\n                case e: NotDirectoryException => FileIsNotDirectory(e)\n                case e                        => UnexpectedIOError(e)\n              })\n      filesList = files\n        .collect(Collectors.toList[Path])\n        .asScala\n        .toList\n    } yield filesList\n\n  def listRegularFiles[F[_]: Sync: RaiseIOError](dirPath: Path): F[List[Path]] =\n    for {\n      files        <- listInDirectory(dirPath)\n      regularFiles <- files.filterA[F](isRegularFile[F])\n    } yield regularFiles\n\n  def createTemporaryFile[F[_]: Sync: RaiseIOError](prefix: String, suffix: String): F[Path] =\n    handleIo(Files.createTempFile(prefix, suffix), UnexpectedIOError.apply)\n\n  def createSameDirectoryTemporaryFile[F[_]: Sync: RaiseIOError](original: Path): F[Path] = {\n    val tmpFile = original.resolveSibling(original.getFileName + \".tmp\")\n    deleteIfExists(tmpFile) >> createFile(tmpFile)\n  }\n\n  def createNewFile[F[_]: Sync: RaiseIOError](filePath: Path): F[Boolean] =\n    handleIo(filePath.toFile.createNewFile(), UnexpectedIOError.apply)\n\n  def createFile[F[_]: Sync: RaiseIOError](filePath: Path): F[Path] =\n    handleIo(Files.createFile(filePath), UnexpectedIOError.apply)\n\n  def deleteIfExists[F[_]: Sync: RaiseIOError](filePath: Path): F[Boolean] =\n    handleIo(Files.deleteIfExists(filePath), {\n      case e: DirectoryNotEmptyException => DirectoryNotEmpty(e)\n      case e                             => UnexpectedIOError(e)\n    })\n\n  def writeToFile[F[_]: Sync: RaiseIOError](filePath: Path, bytes: Array[Byte]): F[Path] =\n    handleIo(Files.write(filePath, bytes), FileWriteFailed.apply)\n\n  def readAllBytesFromFile[F[_]: Sync: RaiseIOError](filePath: Path): F[Array[Byte]] =\n    handleIo(Files.readAllBytes(filePath), FileReadFailed.apply)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/diagnostics\/GrpcDiagnosticsService.scala","text":"<gh_stars>1-10\npackage io.casperlabs.node.diagnostics\n\nimport cats.effect._\nimport cats.implicits._\nimport com.google.protobuf.empty.Empty\nimport io.casperlabs.comm.discovery.NodeDiscovery\nimport io.casperlabs.node.api.diagnostics.{DiagnosticsGrpcMonix, Peers}\nimport io.casperlabs.shared.Log\nimport monix.eval.{Task, TaskLike}\n\nobject GrpcDiagnosticsService {\n  def apply[F[_]: Concurrent: TaskLike: Log: NodeDiscovery](): F[DiagnosticsGrpcMonix.Diagnostics] =\n    Sync[F].delay {\n      new DiagnosticsGrpcMonix.Diagnostics {\n        override def listPeers(request: Empty): Task[Peers] =\n          TaskLike[F].apply {\n            NodeDiscovery[F].recentlyAlivePeersAscendingDistance\n              .map(nodes => Peers().withPeers(nodes))\n          }\n      }\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/EventEmitter.scala","text":"<filename>casper\/src\/main\/scala\/io\/casperlabs\/casper\/EventEmitter.scala\npackage io.casperlabs.casper\n\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.casper.consensus.Block.ProcessedDeploy\nimport simulacrum.typeclass\n\n\/** Emit events based on the local deploy buffer, which are only\n  * observed on the nodes where the deploy was sent.\n  *\/\n@typeclass trait DeployEventEmitter[F[_]] {\n  def deployAdded(deploy: Deploy): F[Unit]\n  def deploysDiscarded(deployHashesWithReasons: Seq[(DeployHash, String)]): F[Unit]\n  def deploysRequeued(deployHashes: Seq[DeployHash]): F[Unit]\n}\n\n\/** Emit events based on whole blocks. Includes raising events for the deploys embedded in the blocks. *\/\n@typeclass trait BlockEventEmitter[F[_]] {\n  def blockAdded(blockHash: BlockHash): F[Unit]\n  def newLastFinalizedBlock(\n      lfb: BlockHash,\n      indirectlyFinalized: Set[BlockHash]\n  ): F[Unit]\n}\n\n\/** Emit events to be observed by the outside world. *\/\n@typeclass trait EventEmitter[F[_]] extends BlockEventEmitter[F] with DeployEventEmitter[F]\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/Time.scala","text":"<gh_stars>1-10\npackage io.casperlabs.shared\n\nimport cats._\nimport cats.data._\nimport io.casperlabs.catscontrib._\nimport Catscontrib._\nimport cats.effect.Timer\n\nimport scala.concurrent.duration.{FiniteDuration, MILLISECONDS, NANOSECONDS}\n\ntrait Time[F[_]] {\n  def currentMillis: F[Long]\n  def nanoTime: F[Long]\n  def sleep(duration: FiniteDuration): F[Unit]\n}\n\nobject Time extends TimeInstances {\n  def apply[F[_]](implicit L: Time[F]): Time[F] = L\n\n  def forTrans[F[_]: Monad, T[_[_], _]: MonadTrans](implicit TM: Time[F]): Time[T[F, ?]] =\n    new Time[T[F, ?]] {\n      def currentMillis: T[F, Long]                   = TM.currentMillis.liftM[T]\n      def nanoTime: T[F, Long]                        = TM.nanoTime.liftM[T]\n      def sleep(duration: FiniteDuration): T[F, Unit] = TM.sleep(duration).liftM[T]\n    }\n}\n\nsealed abstract class TimeInstances {\n  implicit def stateTTime[S, F[_]: Monad: Time[*[_]]]: Time[StateT[F, S, ?]] =\n    Time.forTrans[F, StateT[*[_], S, ?]]\n\n  implicit def mkTime[F[_]](implicit timer: Timer[F]): Time[F] =\n    new Time[F] {\n      def currentMillis: F[Long]                   = timer.clock.realTime(MILLISECONDS)\n      def nanoTime: F[Long]                        = timer.clock.monotonic(NANOSECONDS)\n      def sleep(duration: FiniteDuration): F[Unit] = timer.sleep(duration)\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/era\/SQLiteEraStorage.scala","text":"<gh_stars>1-10\npackage io.casperlabs.storage.era\n\nimport cats._\nimport cats.implicits._\nimport cats.effect.Sync\nimport com.google.protobuf.ByteString\nimport doobie._\nimport doobie.implicits._\nimport java.util.concurrent.TimeUnit\nimport io.casperlabs.casper.consensus.Era\nimport io.casperlabs.storage.util.DoobieCodecs\nimport io.casperlabs.storage.BlockHash\n\nclass SQLiteEraStorage[F[_]: Sync](\n    tickUnit: TimeUnit,\n    readXa: Transactor[F],\n    writeXa: Transactor[F]\n) extends EraStorage[F]\n    with DoobieCodecs {\n\n  override def addEra(era: Era): F[Boolean] = {\n    val hash        = era.keyBlockHash\n    val parentHash  = Option(era.parentKeyBlockHash).filterNot(_.isEmpty)\n    val startMillis = TimeUnit.MILLISECONDS.convert(era.startTick, tickUnit)\n    val endMillis   = TimeUnit.MILLISECONDS.convert(era.endTick, tickUnit)\n\n    val insertEra =\n      sql\"\"\"INSERT OR IGNORE INTO eras\n            (hash, parent_hash, start_millis, end_millis, start_tick, end_tick, data)\n            VALUES ($hash, $parentHash, $startMillis, $endMillis, ${era.startTick}, ${era.endTick}, $era)\n            \"\"\".update.run\n\n    insertEra.transact(writeXa).map(_ > 0)\n  }\n\n  override def getEra(keyBlockHash: BlockHash): F[Option[Era]] =\n    sql\"\"\"SELECT data FROM eras WHERE hash=$keyBlockHash\"\"\".query[Era].option.transact(readXa)\n\n  override def getChildEras(keyBlockHash: BlockHash): F[Set[Era]] =\n    sql\"\"\"SELECT data FROM eras WHERE parent_hash=$keyBlockHash\"\"\"\n      .query[Era]\n      .to[Set]\n      .transact(readXa)\n\n  override def getChildlessEras: F[Set[Era]] =\n    sql\"\"\"SELECT data\n          FROM   eras e\n          WHERE  NOT EXISTS (\n            SELECT 1 FROM eras c\n            WHERE  c.parent_hash = e.hash\n          )\n      \"\"\".query[Era].to[Set].transact(readXa)\n}\n\nobject SQLiteEraStorage {\n  def create[F[_]: Sync](\n      tickUnit: TimeUnit,\n      readXa: Transactor[F],\n      writeXa: Transactor[F]\n  ): F[EraStorage[F]] = Sync[F].delay {\n    new SQLiteEraStorage[F](tickUnit, readXa, writeXa)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/NodeRuntime.scala","text":"package io.casperlabs.node\n\nimport java.nio.file.Path\n\nimport cats._\nimport cats.effect._\nimport cats.effect.concurrent.{Ref, Semaphore}\nimport cats.mtl.{FunctorRaise, MonadState}\nimport cats.syntax.applicative._\nimport cats.syntax.apply._\nimport cats.syntax.flatMap._\nimport cats.syntax.functor._\nimport cats.syntax.show._\nimport com.olegpy.meow.effects._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper._\nimport io.casperlabs.casper.MultiParentCasperImpl.Broadcaster\nimport io.casperlabs.casper.MultiParentCasperRef.MultiParentCasperRef\nimport io.casperlabs.casper.DeploySelection.DeploySelection\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.casper.genesis.Genesis\nimport io.casperlabs.casper.validation.{Validation, ValidationImpl}\nimport io.casperlabs.casper.util.CasperLabsProtocol\nimport io.casperlabs.catscontrib._\nimport io.casperlabs.catscontrib.Catscontrib._\nimport io.casperlabs.catscontrib.TaskContrib._\nimport io.casperlabs.catscontrib.effect.implicits.syncId\nimport io.casperlabs.comm._\nimport io.casperlabs.comm.discovery._\nimport io.casperlabs.comm.discovery.NodeUtils._\nimport io.casperlabs.comm.grpc.SslContexts\nimport io.casperlabs.comm.rp._\nimport io.casperlabs.comm.gossiping.{Relaying, WaitHandle}\nimport io.casperlabs.ipc.ChainSpec\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.node.api.graphql.FinalizedBlocksStream\nimport io.casperlabs.node.api.EventStream\nimport io.casperlabs.node.configuration.Configuration\nimport io.casperlabs.node.casper.consensus.Consensus\nimport io.casperlabs.shared._\nimport io.casperlabs.smartcontracts.{ExecutionEngineService, GrpcExecutionEngineService}\nimport io.casperlabs.storage.SQLiteStorage\nimport io.casperlabs.storage.block._\nimport io.casperlabs.storage.dag._\nimport io.casperlabs.storage.deploy.{DeployStorage, DeployStorageWriter}\nimport io.casperlabs.storage.util.fileIO._\nimport io.casperlabs.storage.util.fileIO.IOError._\nimport io.netty.handler.ssl.ClientAuth\nimport java.util.concurrent.TimeUnit\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport monix.execution.atomic.AtomicLong\nimport org.flywaydb.core.Flyway\nimport org.flywaydb.core.api.Location\nimport scala.concurrent.duration._\n\nclass NodeRuntime private[node] (\n    conf: Configuration,\n    chainSpec: ChainSpec,\n    id: NodeIdentifier,\n    mainScheduler: Scheduler\n)(\n    implicit log: Log[Task],\n    logId: Log[Id],\n    uncaughtExceptionHandler: UncaughtExceptionHandler\n) {\n  import NodeRuntime.RelayingProxy\n\n  private[this] val loopScheduler =\n    Scheduler.fixedPool(\"loop\", 2, reporter = uncaughtExceptionHandler)\n\n  \/\/ Bounded thread pool for incoming traffic. Limited thread pool size so loads of request cannot exhaust all resources.\n  private[this] val ingressScheduler =\n    Scheduler.cached(\"ingress-io\", 2, 64, reporter = uncaughtExceptionHandler)\n  \/\/ Unbounded thread pool for outgoing, blocking IO. It is recommended to have unlimited thread pools for waiting on IO.\n  private[this] val egressScheduler =\n    Scheduler.cached(\"egress-io\", 2, Int.MaxValue, reporter = uncaughtExceptionHandler)\n\n  private[this] val dbConnScheduler =\n    Scheduler.cached(\"db-conn\", 1, 64, reporter = uncaughtExceptionHandler)\n  private[this] val dbIOScheduler =\n    Scheduler.cached(\"db-io\", 1, Int.MaxValue, reporter = uncaughtExceptionHandler)\n\n  implicit val raiseIOError: RaiseIOError[Task] = IOError.raiseIOErrorThroughSync[Task]\n\n  implicit val concurrentEffectForEffect = {\n    implicit val s = mainScheduler\n    implicitly[ConcurrentEffect[Task]]\n  }\n\n  \/\/ intra-node gossiping port.\n  private val port         = conf.server.port\n  private val kademliaPort = conf.server.kademliaPort\n\n  \/**\n    * Main node entry. It will:\n    * 1. set up configurations\n    * 2. create instances of typeclasses\n    * 3. run the node program.\n    *\/\n  \/\/ TODO: Resolve scheduler chaos in Runtime, RuntimeManager and CasperPacketHandler\n\n  val main: Task[Unit] = {\n    implicit val metricsId: Metrics[Id] = diagnostics.effects.metrics[Id](syncId)\n\n    \/\/ SSL context to use for the public facing API.\n    val maybeApiSslContext = if (conf.grpc.useTls) {\n      val (cert, key) = conf.tls.readPublicApiCertAndKey\n      Option(SslContexts.forServer(cert, key, ClientAuth.NONE))\n    } else None\n\n    implicit val metrics = diagnostics.effects.metrics[Task]\n\n    val resources = for {\n      implicit0(executionEngineService: ExecutionEngineService[Task]) <- GrpcExecutionEngineService[\n                                                                          Task\n                                                                        ](\n                                                                          conf.grpc.socket,\n                                                                          conf.server.maxMessageSize,\n                                                                          conf.server.engineParallelism.value\n                                                                        )\n      \/\/TODO: We may want to adjust threading model for better performance\n      (writeTransactor, readTransactor) <- effects.doobieTransactors(\n                                            connectEC = dbConnScheduler,\n                                            transactEC = dbIOScheduler,\n                                            conf.server.dataDir\n                                          )\n      _ <- Resource.liftF(runRdmbsMigrations(conf.server.dataDir))\n\n      implicit0(\n        storage: SQLiteStorage.CombinedStorage[Task]\n      ) <- Resource.liftF(\n            SQLiteStorage.create[Task](\n              deployStorageChunkSize = conf.blockstorage.deployStreamChunkSize,\n              tickUnit = TimeUnit.MILLISECONDS,\n              readXa = readTransactor,\n              writeXa = writeTransactor,\n              wrapBlockStorage = (underlyingBlockStorage: BlockStorage[Task]) =>\n                CachingBlockStorage[Task](\n                  underlyingBlockStorage,\n                  maxSizeBytes = conf.blockstorage.cacheMaxSizeBytes\n                ),\n              wrapDagStorage = (underlyingDagStorage: DagStorage[Task]\n                with DagRepresentation[Task]\n                with AncestorsStorage[Task]\n                with FinalityStorage[Task]) =>\n                CachingDagStorage[Task](\n                  underlyingDagStorage,\n                  maxSizeBytes = conf.blockstorage.cacheMaxSizeBytes,\n                  neighborhoodAfter = conf.blockstorage.cacheNeighborhoodAfter,\n                  neighborhoodBefore = conf.blockstorage.cacheNeighborhoodBefore\n                ).map(\n                  cache =>\n                    \/\/ Compiler fails to infer the proper type without this\n                    cache: DagStorage[Task] with DagRepresentation[Task] with FinalityStorage[\n                      Task\n                    ] with AncestorsStorage[Task]\n                )\n            )\n          )\n\n      _ <- Resource.liftF {\n            Task\n              .delay {\n                log.info(\"Cleaning storage ...\")\n                storage.clear()\n              }\n              .whenA(conf.server.cleanBlockStorage)\n          }\n\n      genesis <- makeGenesis[Task](chainSpec)\n\n      maybeValidatorId <- Resource.liftF(ValidatorIdentity.fromConfig[Task](conf.casper))\n\n      implicit0(eventStream: EventStream[Task]) <- Resource.pure[Task, EventStream[Task]](\n                                                    EventStream\n                                                      .create[Task](\n                                                        ingressScheduler,\n                                                        conf.server.eventStreamBufferSize.value\n                                                      )\n                                                  )\n\n      implicit0(deployBuffer: DeployBuffer[Task]) <- Resource.pure[Task, DeployBuffer[Task]](\n                                                      DeployBuffer.create[Task](\n                                                        chainSpec.getGenesis.name,\n                                                        conf.casper.minTtl\n                                                      )\n                                                    )\n\n      implicit0(state: MonadState[Task, RPConf]) <- Resource\n                                                     .liftF((for {\n                                                       local      <- localPeerNode[Task]()\n                                                       bootstraps <- initPeers[Task]\n                                                       conf <- rpConf[Task](\n                                                                local\n                                                                  .withChainId(genesis.blockHash),\n                                                                bootstraps.map(\n                                                                  _.withChainId(genesis.blockHash)\n                                                                )\n                                                              )\n                                                     } yield conf.stateInstance))\n      implicit0(nodeAsk: NodeAsk[Task])            = effects.peerNodeAsk(state)\n      implicit0(boostrapsAsk: BootstrapsAsk[Task]) = effects.bootstrapsAsk(state)\n\n      lfb <- Resource.liftF[Task, BlockHash](\n              storage.getLastFinalizedBlock\n            )\n\n      implicit0(finalizedBlocksStream: FinalizedBlocksStream[Task]) <- Resource.suspend(\n                                                                        FinalizedBlocksStream\n                                                                          .of[Task](lfb)\n                                                                      )\n\n      implicit0(nodeDiscovery: NodeDiscovery[Task]) <- effects.nodeDiscovery(\n                                                        id,\n                                                        kademliaPort,\n                                                        conf.server.defaultTimeout,\n                                                        conf.server.alivePeersCacheExpirationPeriod,\n                                                        conf.server.relayFactor,\n                                                        conf.server.relaySaturation,\n                                                        ingressScheduler,\n                                                        egressScheduler\n                                                      )\n\n      \/\/ TODO: Only a loop started with the TransportLayer keeps filling this up,\n      \/\/ so if we use the GossipService it's going to stay empty. The diagnostics\n      \/\/ should use NodeDiscovery instead.\n      implicit0(connectionsCell: Connect.ConnectionsCell[Task]) <- Resource.liftF(\n                                                                    effects.rpConnections\n                                                                  )\n\n      implicit0(multiParentCasperRef: MultiParentCasperRef[Task]) <- Resource.liftF(\n                                                                      MultiParentCasperRef\n                                                                        .of[Task]\n                                                                    )\n\n      implicit0(protocolVersions: CasperLabsProtocol[Task]) <- Resource.liftF(\n                                                                CasperLabsProtocol\n                                                                  .fromChainSpec[Task](chainSpec)\n                                                              )\n\n      implicit0(deploySelection: DeploySelection[Task]) <- Resource.liftF(\n                                                            DeploySelection\n                                                              .createMetered[Task](\n                                                                conf.casper.maxBlockSizeBytes\n                                                              )\n                                                              .pure[Task]\n                                                          )\n\n      implicit0(relayingProxy: RelayingProxy[Task]) <- Resource.liftF[Task, RelayingProxy[Task]](\n                                                        RelayingProxy[Task]\n                                                      )\n\n      isSyncedRef <- Resource.liftF(Ref.of[Task, Boolean](false))\n\n      implicit0(consensusEff: Consensus[Task]) <- {\n        if (conf.highway.enabled)\n          Resource.liftF(Log[Task].info(s\"Starting in Highway mode.\")) *>\n            casper.consensus.Highway(conf, chainSpec, maybeValidatorId, genesis, isSyncedRef)\n        else\n          Resource.liftF(Log[Task].info(s\"Starting in NCB mode.\")) as {\n            casper.consensus\n              .NCB[Task](conf, chainSpec, maybeValidatorId)\n          }\n      }\n\n      \/\/ Creating with 0 permits initially, enabled after the initial synchronization.\n      blockApiLock <- Resource.liftF(Semaphore[Task](0))\n\n      \/\/ Set up gossiping machinery and start synchronizing with the network.\n      relaying <- casper.gossiping\n                   .apply[\n                     Task\n                   ](\n                     port,\n                     conf,\n                     maybeValidatorId,\n                     genesis,\n                     ingressScheduler,\n                     egressScheduler,\n                     \/\/ Enable block production after sync.\n                     onInitialSyncCompleted = blockApiLock.releaseN(1) *> isSyncedRef.set(true)\n                   )\n\n      \/\/ Update the relaying we passed to consensus to use the real one.\n      _ <- Resource.liftF(relayingProxy.set(relaying))\n\n      \/\/ The BlockAPI does relaying of blocks its creating on its own and wants to have a broadcaster.\n      implicit0(broadcaster: Broadcaster[Task]) <- Resource.liftF(\n                                                    MultiParentCasperImpl.Broadcaster\n                                                      .fromGossipServices(\n                                                        maybeValidatorId,\n                                                        relaying\n                                                      )\n                                                      .pure[Task]\n                                                  )\n\n      \/\/ For now just either starting the auto-proposer or not, but ostensibly we\n      \/\/ could pass it the flag to run or not and also wire it into the ControlService\n      \/\/ so that the operator can turn it on\/off on the fly.\n      _ <- AutoProposer[Task](\n            checkInterval = conf.casper.autoProposeCheckInterval,\n            ballotInterval = conf.casper.autoProposeBallotInterval,\n            accInterval = conf.casper.autoProposeAccInterval,\n            accCount = conf.casper.autoProposeAccCount,\n            blockApiLock = blockApiLock\n          ).whenA(conf.casper.autoProposeEnabled && !conf.highway.enabled)\n\n      _ <- api.Servers\n            .internalServersR(\n              conf.grpc.portInternal,\n              conf.server.maxMessageSize,\n              ingressScheduler,\n              blockApiLock,\n              maybeApiSslContext\n            )\n\n      _ <- api.Servers.externalServersR[Task](\n            conf.grpc.portExternal,\n            conf.server.maxMessageSize,\n            ingressScheduler,\n            maybeApiSslContext,\n            maybeValidatorId.isEmpty\n          )\n\n      _ <- api.Servers.httpServerR[Task](\n            conf.server.httpPort,\n            conf,\n            id,\n            ingressScheduler\n          )\n    } yield (nodeAsk, nodeDiscovery, storage.writer, deployBuffer)\n\n    resources.allocated flatMap {\n      case ((nodeAsk, nodeDiscovery, deployStorage, deployBuffer), release) =>\n        handleUnrecoverableErrors {\n          nodeProgram(nodeAsk, nodeDiscovery, deployStorage, deployBuffer, release)\n        }\n    }\n\n  }\n\n  private def runRdmbsMigrations(serverDataDir: Path): Task[Unit] =\n    Task.delay {\n      val db = serverDataDir.resolve(\"sqlite.db\").toString\n      val conf =\n        Flyway\n          .configure()\n          .dataSource(s\"jdbc:sqlite:$db\", \"\", \"\")\n          .locations(new Location(\"classpath:db\/migration\"))\n      val flyway = conf.load()\n      flyway.migrate()\n      ()\n    }\n\n  \/** Start periodic tasks as fibers. They'll automatically stop during shutdown. *\/\n  private def nodeProgram(\n      implicit\n      localAsk: NodeAsk[Task],\n      nodeDiscovery: NodeDiscovery[Task],\n      deployStorageWriter: DeployStorageWriter[Task],\n      deployBuffer: DeployBuffer[Task],\n      release: Task[Unit]\n  ): Task[Unit] = {\n\n    val time = effects.time\n\n    val info: Task[Unit] =\n      if (conf.casper.standalone)\n        Log[Task].info(s\"Starting stand-alone node.\")\n      else\n        Log[Task].info(\n          s\"Starting node that will bootstrap from ${conf.server.bootstrap.map(_.show).mkString(\", \") -> \"bootstraps\"}\"\n        )\n\n    val cleanupDiscardedDeploysLoop: Task[Unit] = for {\n      _ <- deployStorageWriter.cleanupDiscarded(1.hour)\n      _ <- time.sleep(1.minute)\n    } yield ()\n\n    val checkPendingDeploysExpirationLoop: Task[Unit] = for {\n      _ <- DeployBuffer[Task].discardExpiredDeploys(24.hours)\n      _ <- time.sleep(1.minute)\n    } yield ()\n\n    for {\n      _ <- addShutdownHook(release)\n      _ <- info\n      _ <- Task\n            .defer(cleanupDiscardedDeploysLoop.forever)\n            .executeOn(loopScheduler)\n            .start\n\n      _ <- Task\n            .defer(checkPendingDeploysExpirationLoop.forever)\n            .executeOn(loopScheduler)\n            .start\n\n      localNode <- localAsk.ask\n      _         <- Log[Task].info(s\"Listening for traffic on ${localNode.show -> \"peer\"}.\")\n      \/\/ This loop will keep the program from exiting until shutdown is initiated.\n      _ <- NodeDiscovery[Task].discover.attemptAndLog.executeOn(loopScheduler)\n    } yield ()\n  }\n\n  private def shutdown(release: Task[Unit]): Unit = {\n    implicit val s = egressScheduler\n    \/\/ Everything has been moved to Resources.\n    val task = for {\n      _ <- log.info(\"Shutting down...\")\n      _ <- release\n      _ <- log.info(\"Goodbye.\")\n    } yield ()\n    \/\/ Run the release synchronously so that we can see the final message.\n    task.runSyncUnsafe(1.minute)\n  }\n\n  private def addShutdownHook(release: Task[Unit]): Task[Unit] =\n    Task.delay(\n      sys.addShutdownHook(shutdown(release))\n    )\n\n  \/**\n    * Handles unrecoverable errors in program. Those are errors that should not happen in properly\n    * configured environment and they mean immediate termination of the program\n    *\/\n  private def handleUnrecoverableErrors(prog: Task[Unit]): Task[Unit] =\n    prog\n      .onErrorHandleWith { th =>\n        log.error(\"Caught unhandable error. Exiting. Stacktrace below.\") *> Task.delay {\n          th.printStackTrace()\n        }\n      } *> Task.delay(System.exit(1)).as(Right(()))\n\n  private def rpConf[F[_]: Sync](local: Node, bootstraps: List[Node]) =\n    Ref.of[F, RPConf](\n      RPConf(\n        local,\n        bootstraps,\n        conf.server.defaultTimeout,\n        ClearConnectionsConf(\n          conf.server.maxNumOfConnections,\n          \/\/ TODO read from conf\n          numOfConnectionsPinged = 10\n        )\n      )\n    )\n\n  private def localPeerNode[F[_]: Sync: Log]() =\n    WhoAmI\n      .fetchLocalPeerNode[F](\n        conf.server.host,\n        conf.server.port,\n        conf.server.kademliaPort,\n        conf.server.noUpnp,\n        id\n      )\n\n  private def initPeers[F[_]: MonadThrowable]: F[List[NodeWithoutChainId]] =\n    conf.server.bootstrap match {\n      case Nil if !conf.casper.standalone =>\n        MonadThrowable[F].raiseError(\n          new java.lang.IllegalStateException(\n            \"Not in standalone mode but there's no bootstrap configured!\"\n          )\n        )\n      case nodes =>\n        nodes.pure[F]\n    }\n\n  private def makeGenesis[F[_]: MonadThrowable](chainSpec: ChainSpec)(\n      implicit E: ExecutionEngineService[F],\n      L: Log[F],\n      B: BlockStorage[F],\n      FS: FinalityStorage[F]\n  ): Resource[F, Block] =\n    Resource.liftF[F, Block] {\n      for {\n        _       <- Log[F].info(s\"Constructing Genesis block...\")\n        genesis <- Genesis.fromChainSpec[F](chainSpec.getGenesis)\n        _ <- Log[F].info(\n              s\"Genesis hash is ${PrettyPrinter.buildString(genesis.getBlockMessage.blockHash) -> \"genesis\" -> null}\"\n            )\n      } yield genesis.getBlockMessage\n    }\n}\n\nobject NodeRuntime {\n  def apply(\n      conf: Configuration,\n      chainSpec: ChainSpec\n  )(\n      implicit\n      scheduler: Scheduler,\n      log: Log[Task],\n      logId: Log[Id],\n      uncaughtExceptionHandler: UncaughtExceptionHandler\n  ): Task[NodeRuntime] =\n    for {\n      id      <- NodeEnvironment.create(conf)\n      runtime <- Task.delay(new NodeRuntime(conf, chainSpec, id, scheduler))\n    } yield runtime\n\n  \/** There's a forward dependency between Highway consensus and the gossiping. *\/\n  class RelayingProxy[F[_]: Monad](\n      underlyingRef: Ref[F, Option[Relaying[F]]]\n  ) extends Relaying[F] {\n    override def relay(hashes: List[ByteString]): F[WaitHandle[F]] =\n      underlyingRef.get.flatMap {\n        case None =>\n          ().pure[F].pure[F]\n        case Some(underlying) =>\n          underlying.relay(hashes)\n      }\n\n    def set(underlying: Relaying[F]) =\n      underlyingRef.set(Some(underlying))\n  }\n  object RelayingProxy {\n    def apply[F[_]: Sync]: F[RelayingProxy[F]] =\n      Ref.of[F, Option[Relaying[F]]](None) map (new RelayingProxy(_))\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/Pagination.scala","text":"package io.casperlabs.node.api\n\nimport java.util\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.api.BlockAPI.BlockAndMaybeDeploys\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.comm.ServiceError.InvalidArgument\nimport pbdirect._\nimport io.casperlabs.node.{ByteStringReader, ByteStringWriter}\nimport scala.util.{Failure, Success, Try}\n\ntrait Pagination {\n  type PageTokenParams\n\n  type PageSize  = Int\n  type PageToken = String\n\n  def parsePageToken(\n      pageSize: PageSize,\n      pageToken: PageToken\n  ): Try[(PageSize, PageTokenParams)]\n\n  def createPageToken(pageTokenParamsOpt: Option[PageTokenParams]): PageToken\n}\n\nobject DeployInfoPagination extends Pagination {\n  case class DeployInfoPageTokenParams(\n      lastTimeStamp: Long,\n      lastDeployHash: ByteString,\n      isNext: Boolean\n  )\n  val MAXSIZE   = 50\n  val NEXT_PAGE = \"N\"\n  val PREV_PAGE = \"P\"\n\n  override type PageTokenParams = DeployInfoPageTokenParams\n\n  override def parsePageToken(\n      size: PageSize,\n      token: PageToken\n  ): Try[(PageSize, PageTokenParams)] = {\n    val pageSize = math.max(0, math.min(size, MAXSIZE))\n    if (token.isEmpty) {\n      Try { (pageSize, DeployInfoPageTokenParams(Long.MaxValue, ByteString.EMPTY, isNext = true)) }\n    } else\n      Try {\n        util.Base64.getUrlDecoder\n          .decode(token.trim)\n          .pbTo[DeployInfoPageTokenParams]\n      } match {\n        case Failure(_) =>\n          Failure(\n            InvalidArgument(\n              \"Failed parsing pageToken\"\n            )\n          )\n        case Success(pageTokenParams) =>\n          Success {\n            (pageSize, pageTokenParams)\n          }\n      }\n  }\n\n  override def createPageToken(\n      pageTokenParamsOpt: Option[PageTokenParams]\n  ): PageToken =\n    pageTokenParamsOpt match {\n      case None => \"\"\n      case Some(pageTokenParams) =>\n        util.Base64.getUrlEncoder.encodeToString(pageTokenParams.toPB)\n    }\n\n  \/**\n    * Compute the nextPageToken and prevPageToken.\n    *\n    * If `deploys` is not empty,\n    *   then the `nextPageToken` can be generated from the last element of `deploys`,\n    *     and the `prevPageToken` can generate from the first element of `deploys`.\n    *\n    * If `deploys` is empty and we are fetching the next page,\n    *   then the `prevPageToken` should be the MAX_CURSOR, and nextPageToken is \"\",\n    *     to indicate there is no more elements.\n    * Else if we are fetching the previous page,\n    *   then the prevPageToken should be \"\",\n    *     and nextPageToken should be the MIN_CURSOR.\n    *\/\n  def createNextAndPrePageToken(\n      deploys: List[Deploy],\n      pageTokenParams: PageTokenParams\n  ): (PageToken, PageToken) =\n    if (deploys.isEmpty) {\n      if (pageTokenParams.isNext) {\n        (\n          \"\",\n          DeployInfoPagination.createPageToken(\n            Some(DeployInfoPageTokenParams(Long.MinValue, ByteString.EMPTY, isNext = false))\n          )\n        )\n      } else {\n        (\n          DeployInfoPagination.createPageToken(\n            Some(DeployInfoPageTokenParams(Long.MaxValue, ByteString.EMPTY, isNext = true))\n          ),\n          \"\"\n        )\n      }\n    } else {\n      val nextPageToken = DeployInfoPagination.createPageToken(\n        deploys.lastOption\n          .map(\n            d =>\n              DeployInfoPageTokenParams(\n                d.getHeader.timestamp,\n                d.deployHash,\n                isNext = true\n              )\n          )\n      )\n      val prevPageToken = createPageToken(\n        deploys.headOption\n          .map(\n            d =>\n              DeployInfoPageTokenParams(\n                d.getHeader.timestamp,\n                d.deployHash,\n                isNext = false\n              )\n          )\n      )\n      (nextPageToken, prevPageToken)\n    }\n}\n\n\/** TODO: common code can be abstracted from together with the [[DeployInfoPagination]].\n  * However and most probably pagination will exist only for deploys and blocks.\n  * Abstract only when a new pagination needs to be added. *\/\nobject BlockInfoPagination extends Pagination {\n  case class BlockInfoPageTokenParams(\n      lastTimeStamp: Long,\n      lastBlockHash: ByteString\n  )\n  val MAXSIZE   = 25\n  val NEXT_PAGE = \"N\"\n  val PREV_PAGE = \"P\"\n\n  override type PageTokenParams = BlockInfoPageTokenParams\n\n  override def parsePageToken(\n      size: PageSize,\n      token: PageToken\n  ): Try[(PageSize, PageTokenParams)] = {\n    val pageSize = math.max(0, math.min(size, MAXSIZE))\n    if (token.isEmpty) {\n      Try { (pageSize, BlockInfoPageTokenParams(Long.MaxValue, ByteString.EMPTY)) }\n    } else\n      Try {\n        util.Base64.getUrlDecoder\n          .decode(token.trim)\n          .pbTo[BlockInfoPageTokenParams]\n      } match {\n        case Failure(_) =>\n          Failure(\n            InvalidArgument(\n              \"Failed parsing pageToken\"\n            )\n          )\n        case Success(pageTokenParams) =>\n          Success {\n            (pageSize, pageTokenParams)\n          }\n      }\n  }\n\n  override def createPageToken(\n      pageTokenParamsOpt: Option[PageTokenParams]\n  ): PageToken =\n    pageTokenParamsOpt match {\n      case None => \"\"\n      case Some(pageTokenParams) =>\n        util.Base64.getUrlEncoder.encodeToString(pageTokenParams.toPB)\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/dag\/EraObservedBehavior.scala","text":"package io.casperlabs.casper.dag\n\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.dag.ObservedValidatorBehavior.{Empty, Equivocated, Honest}\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.models.Message\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.dag.DagLookup\nimport io.casperlabs.storage.dag.DagRepresentation.Validator\nimport shapeless.tag.@@\n\nfinal class EraObservedBehavior[A] private (\n    val data: Map[BlockHash, Map[Validator, ObservedValidatorBehavior[A]]]\n) {\n  \/\/ Returns set of equivocating validators that are visible in the j-past-cone\n  \/\/ of the era.\n  def equivocatorsVisibleInEras(\n      keyBlockHashes: Set[BlockHash]\n  ): Set[Validator] =\n    data\n      .collect {\n        case (keyBlockHash, lms) if keyBlockHashes(keyBlockHash) =>\n          lms.filter(_._2.isEquivocated).keySet\n      }\n      .flatten\n      .toSet\n\n  def keyBlockHashes: Set[BlockHash] = data.keySet\n\n  def validatorsInEra(keyBlockHash: BlockHash): Set[Validator] =\n    data.get(keyBlockHash).fold(Set.empty[Validator])(_.keySet)\n\n  def latestMessagesInEra(\n      keyBlockHash: BlockHash\n  )(implicit ev: A =:= Message): Map[Validator, Set[Message]] =\n    data.get(keyBlockHash) match {\n      case None => Map.empty[Validator, Set[Message]]\n      case Some(lms) =>\n        lms.mapValues {\n          case Empty               => Set.empty[Message]\n          case Honest(msg)         => Set(msg)\n          case Equivocated(m1, m2) => Set(m1, m2)\n        }\n    }\n}\n\nobject EraObservedBehavior {\n\n  sealed trait LocalView\n  sealed trait MessageView\n\n  type LocalDagView[A] = EraObservedBehavior[A] @@ LocalView\n  type MessageJPast[A] = EraObservedBehavior[A] @@ MessageView\n\n  def local(data: Map[ByteString, Map[Validator, Set[Message]]]): LocalDagView[Message] =\n    apply(data).asInstanceOf[LocalDagView[Message]]\n\n  \/**\n    * Calculates panorama of a set of justifications.\n    *\n    * Panorama is a \"view\" into the past of the message (j-past-cone).\n    * It is the latest message (or multiple messages) per validator seen\n    * in the j-past-cone of the message.\n    *\n    * This particular method is capped by a \"stop block\". It won't consider\n    * blocks created before that stop block.\n    *\n    * NOTE: In the future, this will be using Andreas' Merkle trie optimization.\n    * @param dag\n    * @param justifications\n    * @param erasObservedBehavior\n    * @param stop\n    * @return\n    *\/\n  def messageJPast[F[_]: MonadThrowable](\n      dag: DagLookup[F],\n      justifications: List[Message],\n      erasObservedBehavior: LocalDagView[Message],\n      stop: Message\n  ): F[MessageJPast[Message]] = {\n    type PerEraValidatorMessages =\n      Map[ByteString, Map[Validator, ObservedValidatorBehavior[Message]]]\n    import ObservedValidatorBehavior._\n\n    val stream = DagOperations\n      .toposortJDagDesc(dag, justifications)\n      .takeUntil(_ == stop)\n      .filter(!_.isGenesisLike) \/\/ Not interested in Genesis block\n\n    val keyBlockHashes = erasObservedBehavior.keyBlockHashes\n\n    val initStates: PerEraValidatorMessages =\n      keyBlockHashes.toList\n        .map(\n          kbh =>\n            kbh -> erasObservedBehavior\n              .validatorsInEra(kbh)\n              .filterNot(_.isEmpty()) \/\/ Not interested in Genesis validator.\n              .map(_ -> ObservedValidatorBehavior.Empty)\n              .toMap\n        )\n        .toMap\n\n    \/\/ Previously seen message from the validator.\n    val prevMessageSeen: Map[ByteString, Map[Validator, Message]] = Map.empty\n    val validatorStatusMatches\n        : (ByteString, Validator, ObservedValidatorBehavior[Message]) => Boolean =\n      (era, validator, seenBehavior) => erasObservedBehavior.data(era)(validator) == seenBehavior\n\n    \/\/ If we've seen, in the j-past-cone of the message, the same statuses\n    \/\/ as ones we have collected locally then we're done.\n    \/\/ This is correct b\/c a node has to download all dependencies first,\n    \/\/ before validating the block.\n    val isDone: PerEraValidatorMessages => Boolean = state =>\n      state.forall {\n        case (era, eraLMS) =>\n          eraLMS.forall {\n            case (validator, seenStatus) =>\n              validatorStatusMatches(era, validator, seenStatus)\n          }\n      }\n\n    stream\n      .foldWhileLeft((initStates, prevMessageSeen)) {\n        case ((latestMessages, prevMessages), message) =>\n          if (isDone(latestMessages)) {\n            Right((latestMessages, prevMessages))\n          } else {\n            val msgCreator = message.validatorId\n            val msgEra     = message.eraId\n            val eraMsgs    = latestMessages(msgEra)\n            Left(eraMsgs(msgCreator) match {\n              case Honest(prevMsg) =>\n                if (prevMessages(msgEra)(msgCreator).validatorPrevMessageHash == message.messageHash)\n                  (\n                    latestMessages,\n                    prevMessages\n                      .updated(msgEra, prevMessages(msgEra).updated(msgCreator, message))\n                  )\n                else {\n                  \/\/ Validator equivocated in this era\n                  (\n                    latestMessages.updated(\n                      msgEra,\n                      latestMessages(msgEra).updated(msgCreator, Equivocated(prevMsg, message))\n                    ),\n                    prevMessages\n                  )\n                }\n              case Empty =>\n                (\n                  latestMessages\n                    .updated(msgEra, latestMessages(msgEra).updated(msgCreator, Honest(message))),\n                  prevMessages\n                    .updated(\n                      msgEra,\n                      prevMessages.getOrElse(msgEra, Map.empty).updated(msgCreator, message)\n                    )\n                )\n              case Equivocated(_, _) => (latestMessages, prevMessages)\n            })\n          }\n      }\n      .map {\n        case (observedBehaviors, _) =>\n          new EraObservedBehavior[Message](observedBehaviors).asInstanceOf[MessageJPast[Message]]\n      }\n  }\n\n  private def apply(\n      data: Map[ByteString, Map[Validator, Set[Message]]]\n  ): EraObservedBehavior[Message] =\n    new EraObservedBehavior(data.mapValues(_.map {\n      case (v, lms) =>\n        if (lms.isEmpty) v -> ObservedValidatorBehavior.Empty\n        else if (lms.size == 1) v -> ObservedValidatorBehavior.Honest(lms.head)\n        else v                    -> ObservedValidatorBehavior.Equivocated(lms.head, lms.drop(1).head)\n    }))\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/test\/scala\/io\/casperlabs\/shared\/SemaphoreMapSpec.scala","text":"package io.casperlabs.shared\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport java.util.concurrent.atomic.AtomicInteger\nimport java.util.function.IntBinaryOperator\nimport org.scalatest.{FlatSpec, Inspectors, Matchers}\nimport scala.collection.concurrent.TrieMap\nimport scala.concurrent.duration._\n\nclass SemaphoreMapSpec extends FlatSpec with Matchers with Inspectors {\n\n  \"SemaphoreMap\" should \"only allow concurrency up to the capacity per key\" in {\n    class Counter() {\n      val current = new AtomicInteger(0)\n      val max     = new AtomicInteger(0)\n    }\n\n    val counterMap = TrieMap.empty[Int, Counter]\n    val capacity   = 2\n    val groups     = 3\n    val threads    = groups * capacity\n\n    val test = for {\n      semaphoreMap <- SemaphoreMap[Task, Int](capacity)\n      tasks = List.range(0, threads * 10).map { i =>\n        val k = i % groups\n        semaphoreMap.withPermit(k) {\n          for {\n            counter <- Task.delay {\n                        val counter = counterMap.getOrElseUpdate(k, new Counter())\n                        val curr    = counter.current.incrementAndGet()\n                        counter.max.accumulateAndGet(curr, new IntBinaryOperator {\n                          def applyAsInt(left: Int, right: Int) = math.max(left, right)\n                        })\n                        counter\n                      }\n            _ <- Task.sleep(50.millis)\n            _ <- Task.delay {\n                  counter.current.decrementAndGet()\n                }\n          } yield ()\n        }\n      }\n      _ <- Task.gatherUnordered(tasks)\n    } yield {\n      forAll(counterMap.values) { c =>\n        c.current.get shouldBe 0\n        c.max.get shouldBe capacity\n      }\n    }\n\n    implicit val scheduler = Scheduler.fixedPool(\"semaphore-threads\", threads)\n    test.runSyncUnsafe(10.seconds)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/bytesrepr\/BytesView.scala","text":"<filename>models\/src\/main\/scala\/io\/casperlabs\/models\/bytesrepr\/BytesView.scala<gh_stars>1-10\npackage io.casperlabs.models.bytesrepr\n\nimport java.nio.{ByteBuffer, ByteOrder}\n\n\/** Captures a view (slice) of an Array without re-allocating bytes from the\n  * underlying array. The reason for introducing this class instead of using\n  * `ByteBuffer` directly is because `ByteBuffer` is mutable.\n  *\/\nclass BytesView private (\n    private val underlying: Array[Byte],\n    private val start: Int,\n    val length: Int\n) {\n\n  \/** Creates two new views, one with the first `n` elements, and one with the\n    * remaining elements; if possible.\n    *\/\n  def safeTake(n: Int): Option[(BytesView, BytesView)] =\n    if (n <= length)\n      Some(\n        (\n          new BytesView(underlying, start + n, length - n),\n          new BytesView(underlying, start, n)\n        )\n      )\n    else None\n\n  def pop: Option[(BytesView, Byte)] =\n    if (length >= 1)\n      Some(\n        (\n          new BytesView(underlying, start + 1, length - 1),\n          underlying(start)\n        )\n      )\n    else None\n\n  def toByteBuffer: ByteBuffer =\n    ByteBuffer.wrap(underlying, start, length).order(ByteOrder.LITTLE_ENDIAN)\n\n  def toArray: Array[Byte] = underlying.slice(start, start + length)\n\n  def nonEmpty: Boolean = length > 0\n}\n\nobject BytesView {\n  def apply(underlying: Array[Byte], start: Int): Option[BytesView] =\n    if (start >= 0 && start < underlying.length)\n      Some(new BytesView(underlying, start, underlying.length - start))\n    else None\n\n  def apply(underlying: Array[Byte]): BytesView = new BytesView(underlying, 0, underlying.length)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/migrations\/FlywayMigrationsSuite.scala","text":"package io.casperlabs.storage.migrations\n\nimport java.nio.file.{Files, Paths}\n\nimport cats.syntax.either._\nimport org.flywaydb.core.Flyway\nimport org.scalatest.{BeforeAndAfterEach, FunSuite}\n\nimport scala.util.Try\n\nclass FlywayMigrationsSuite extends FunSuite with BeforeAndAfterEach {\n\n  private val db = Paths.get(\"\/\", \"tmp\", \"casperlabs-flyway-migration-test.db\")\n\n  test(\"Flyway migration should detect migration SQL scripts and run them\") {\n    val conf =\n      Flyway\n        .configure()\n        .dataSource(s\"jdbc:sqlite:${db.toString}\", \"\", \"\")\n        .locations(\"classpath:test-migrations\")\n    val flyway               = conf.load()\n    val appliedMigrationsNum = flyway.migrate()\n    val validationResult     = Either.catchNonFatal(flyway.validate())\n    assert(appliedMigrationsNum == 1)\n    assert(validationResult == Right(()))\n  }\n\n  override protected def beforeEach(): Unit = cleanup()\n\n  override protected def afterEach(): Unit = cleanup()\n\n  private def cleanup(): Unit = Try(Files.delete(db))\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/ArbitraryStorageData.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.storage\n\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.casper.consensus.state.Key\nimport io.casperlabs.ipc.{Transform, TransformEntry, TransformIdentity}\nimport io.casperlabs.models.ArbitraryConsensus\nimport io.casperlabs.storage.BlockMsgWithTransform.StageEffects\nimport org.scalacheck._\n\nimport scala.collection.JavaConverters._\n\ntrait ArbitraryStorageData extends ArbitraryConsensus {\n  import Arbitrary.arbitrary\n\n  val transformsNum: Gen[Int] = Gen.choose(0, 10)\n\n  implicit val transform: Arbitrary[TransformEntry] = Arbitrary {\n    for {\n      bs        <- genHash\n      key       = Key(Key.Value.Hash(Key.Hash(bs)))\n      transform = Transform(Transform.TransformInstance.Identity(TransformIdentity()))\n    } yield TransformEntry(Some(key), Some(transform))\n  }\n\n  implicit def arbBlockMsgWithTransformFromBlock(\n      implicit c: ConsensusConfig\n  ): Arbitrary[BlockMsgWithTransform] = Arbitrary {\n    for {\n      block                 <- arbitrary[Block]\n      blockMsgWithTransform <- genBlockMsgWithTransformFromBlock(block)\n    } yield blockMsgWithTransform\n  }\n\n  def listOfBlockMsgWithTransform(min: Int, max: Int)(\n      implicit c: ConsensusConfig\n  ): Gen[List[BlockMsgWithTransform]] =\n    for {\n      n      <- Gen.choose(min, max)\n      blocks <- Gen.listOfN(n, arbitrary[BlockMsgWithTransform])\n    } yield blocks\n\n  def genBlockMsgWithTransformDagFromGenesis(\n      implicit c: ConsensusConfig\n  ): Gen[List[BlockMsgWithTransform]] =\n    for {\n      blocks <- genBlockDagFromGenesis\n      blockMsgsWithTransform <- Gen\n                                 .sequence(blocks.map(genBlockMsgWithTransformFromBlock))\n                                 .map(_.asScala.toList)\n    } yield blockMsgsWithTransform\n\n  def blockWithNewHashesGen(blockElements: List[Block]): Gen[List[Block]] =\n    Gen.listOfN(blockElements.size, genHash).map { blockHashes =>\n      blockElements.zip(blockHashes).map {\n        case (b, hash) => b.withBlockHash(hash)\n      }\n    }\n\n  private def genBlockMsgWithTransformFromBlock(b: Block): Gen[BlockMsgWithTransform] =\n    for {\n      n          <- transformsNum\n      stage      = 0\n      transforms <- Gen.listOfN(n, arbitrary[TransformEntry]).map(StageEffects(stage, _))\n    } yield BlockMsgWithTransform(Option(b), if (n == 0) Seq.empty else Seq(transforms))\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/block\/BlockStorage.scala","text":"package io.casperlabs.storage.block\n\nimport cats.Applicative\nimport cats.implicits._\nimport io.casperlabs.casper.consensus.info.{BlockInfo, DeployInfo}\nimport io.casperlabs.casper.consensus.{Block, BlockSummary}\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.ipc.TransformEntry\nimport io.casperlabs.metrics.Metered\nimport io.casperlabs.storage.BlockMsgWithTransform.StageEffects\nimport io.casperlabs.storage.{BlockHash, BlockMsgWithTransform, DeployHash}\nimport simulacrum.typeclass\n\nimport scala.language.higherKinds\n\n@typeclass\ntrait BlockStorageWriter[F[_]] {\n  def put(blockHash: BlockHash, blockMsgWithTransform: BlockMsgWithTransform): F[Unit]\n\n  def put(\n      blockMsgWithTransform: BlockMsgWithTransform\n  )(implicit applicative: Applicative[F]): F[Unit] =\n    blockMsgWithTransform.blockMessage.fold(().pure[F])(\n      b => put(b.blockHash, blockMsgWithTransform)\n    )\n\n  def put(\n      blockMessage: Block,\n      transforms: Map[Int, Seq[TransformEntry]]\n  ): F[Unit] =\n    put(blockMessage.blockHash, blockMessage, transforms)\n\n  def put(\n      blockHash: BlockHash,\n      blockMessage: Block,\n      transforms: Map[Int, Seq[TransformEntry]]\n  ): F[Unit] =\n    put(\n      blockHash,\n      BlockMsgWithTransform(Some(blockMessage), BlockStorage.blockEffectsMapToProto(transforms))\n    )\n}\n\n@typeclass\ntrait BlockStorageReader[F[_]] extends BlockStorageWriter[F] {\n  def get(blockHash: BlockHash)(\n      implicit dv: DeployInfo.View = DeployInfo.View.FULL\n  ): F[Option[BlockMsgWithTransform]]\n\n  def getByPrefix(blockHashPrefix: String)(\n      implicit dv: DeployInfo.View = DeployInfo.View.FULL\n  ): F[Option[BlockMsgWithTransform]]\n\n  def isEmpty: F[Boolean]\n\n  def apply(\n      blockHash: BlockHash\n  )(\n      implicit applicativeF: Applicative[F],\n      dv: DeployInfo.View = DeployInfo.View.FULL\n  ): F[BlockMsgWithTransform] =\n    get(blockHash).map(_.get)\n\n  def contains(blockHash: BlockHash)(implicit applicativeF: Applicative[F]): F[Boolean] =\n    get(blockHash).map(_.isDefined)\n\n  def getBlockSummary(blockHash: BlockHash): F[Option[BlockSummary]]\n\n  def getBlockInfo(blockHash: BlockHash): F[Option[BlockInfo]]\n\n  def getBlockInfoByPrefix(blockHashPrefix: String): F[Option[BlockInfo]]\n\n  \/**\n    * Note: if there are no blocks for the specified deployHash,\n    * Result.get(deployHash) returns Some(Set.empty[BlockHash]) instead of None\n    *\/\n  def findBlockHashesWithDeployHashes(\n      deployHashes: List[DeployHash]\n  ): F[Map[DeployHash, Set[BlockHash]]]\n\n  def getBlockMessage(\n      blockHash: BlockHash\n  )(\n      implicit applicative: Applicative[F],\n      dv: DeployInfo.View = DeployInfo.View.FULL\n  ): F[Option[Block]] =\n    get(blockHash).map(_.flatMap(_.blockMessage))\n\n  def getUnsafe(hash: BlockHash)(\n      implicit MT: MonadThrowable[F],\n      dv: DeployInfo.View = DeployInfo.View.FULL\n  ): F[BlockMsgWithTransform] =\n    unsafe(hash, get)\n\n  def getBlockUnsafe(\n      hash: BlockHash\n  )(implicit MT: MonadThrowable[F], dv: DeployInfo.View = DeployInfo.View.FULL): F[Block] =\n    getUnsafe(hash).map(_.getBlockMessage)\n\n  def getBlockSummaryUnsafe(hash: BlockHash)(implicit MT: MonadThrowable[F]): F[BlockSummary] =\n    unsafe(hash, getBlockSummary)\n\n  private def unsafe[A](hash: BlockHash, f: BlockHash => F[Option[A]])(\n      implicit MT: MonadThrowable[F]\n  ): F[A] =\n    f(hash) flatMap { maybeA =>\n      MT.fromOption(\n        maybeA,\n        new NoSuchElementException(\n          s\"BlockStorage is missing hash ${Base16.encode(hash.toByteArray)}\"\n        )\n      )\n    }\n}\n\n@typeclass\ntrait BlockStorage[F[_]] extends BlockStorageWriter[F] with BlockStorageReader[F] {\n\n  def checkpoint(): F[Unit]\n\n  def clear(): F[Unit]\n\n  def close(): F[Unit]\n}\n\nobject BlockStorage {\n  type BlockMessage = Block\n\n  trait MeteredBlockStorage[F[_]] extends BlockStorage[F] with Metered[F] {\n\n    abstract override def get(\n        blockHash: BlockHash\n    )(implicit dv: DeployInfo.View = DeployInfo.View.FULL): F[Option[BlockMsgWithTransform]] =\n      incAndMeasure(\"get\", super.get(blockHash))\n\n    abstract override def getByPrefix(\n        blockHashPrefix: String\n    )(implicit dv: DeployInfo.View = DeployInfo.View.FULL): F[Option[BlockMsgWithTransform]] =\n      incAndMeasure(\"getByPrefix\", super.getByPrefix(blockHashPrefix))\n\n    abstract override def isEmpty: F[Boolean] =\n      incAndMeasure(\"isEmpty\", super.isEmpty)\n\n    abstract override def getBlockSummary(blockHash: BlockHash): F[Option[BlockSummary]] =\n      incAndMeasure(\"getBlockSummary\", super.getBlockSummary(blockHash))\n\n    abstract override def getBlockInfo(blockHash: BlockHash): F[Option[BlockInfo]] =\n      incAndMeasure(\"getBlockInfo\", super.getBlockInfo(blockHash))\n\n    abstract override def getBlockInfoByPrefix(\n        blockHashPrefix: String\n    ): F[Option[BlockInfo]] =\n      incAndMeasure(\"getSummaryByPrefix\", super.getBlockInfoByPrefix(blockHashPrefix))\n\n    abstract override def put(\n        blockHash: BlockHash,\n        blockMsgWithTransform: BlockMsgWithTransform\n    ): F[Unit] =\n      incAndMeasure(\"put\", super.put(blockHash, blockMsgWithTransform))\n\n    abstract override def checkpoint(): F[Unit] =\n      incAndMeasure(\"checkpoint\", super.checkpoint())\n\n    abstract override def contains(\n        blockHash: BlockHash\n    )(implicit applicativeF: Applicative[F]): F[Boolean] =\n      incAndMeasure(\"contains\", super.contains(blockHash))\n\n    abstract override def findBlockHashesWithDeployHashes(\n        deployHashes: List[DeployHash]\n    ): F[Map[DeployHash, Set[BlockHash]]] =\n      incAndMeasure(\n        \"findBlockHashesWithDeployHashes\",\n        super.findBlockHashesWithDeployHashes(deployHashes)\n      )\n  }\n\n  def blockEffectsMapToProto(\n      blockEffects: Map[Int, Seq[TransformEntry]]\n  ): Seq[StageEffects] =\n    blockEffects.toSeq.map((StageEffects.apply _).tupled)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/test\/scala\/io\/casperlabs\/catscontrib\/FiberSyntaxTest.scala","text":"<filename>shared\/src\/test\/scala\/io\/casperlabs\/catscontrib\/FiberSyntaxTest.scala\npackage io.casperlabs.catscontrib\n\nimport java.util.concurrent.TimeoutException\n\nimport cats.effect.concurrent.Ref\nimport monix.eval.Task\nimport org.scalatest.{Assertion, FlatSpec}\nimport io.casperlabs.shared.LogStub\nimport io.casperlabs.catscontrib.TaskContrib.TaskOps\nimport monix.execution.Scheduler.Implicits.global\nimport io.casperlabs.catscontrib.effect.implicits.fiberSyntax\nimport org.scalatest.concurrent.Eventually\n\nimport scala.concurrent.duration._\n\nclass FiberSyntaxTest extends FlatSpec with Eventually {\n\n  behavior of \"FiberSyntaxTest\"\n\n  it should \"log an error thrown in the forked fiber\" in {\n    implicit val logger   = LogStub[Task]()\n    val errorMessage      = \"BOOM\"\n    val error: Task[Unit] = Task.raiseError(new Throwable(errorMessage))\n\n    error.forkAndLog.attempt.unsafeRunSync\n\n    eventually(assert(logger.errors.exists(_.contains(errorMessage))))\n  }\n\n  implicit val patienceConfiguration: PatienceConfig = PatienceConfig(\n    timeout = 2.seconds,\n    interval = 50.millis\n  )\n\n  it should \"really fork and not block main thread\" in {\n    implicit val logger = LogStub[Task]()\n\n    val originalValue: Int = 0\n    val fiberA: Int        = 10\n    val fiberB: Int        = 100\n\n    def assertContains[A](ref: Ref[Task, A], expected: A): Task[Assertion] =\n      ref.get.map(v => assert(v == expected))\n\n    val test = for {\n      container <- Ref[Task].of(originalValue)\n      _         <- container.set(fiberA).delayExecution(500.millis).forkAndLog\n      \/\/ Test that container holds 0; forked fiber hasn't changed it yet.\n      _ <- assertContains(container, originalValue)\n      _ <- container.set(fiberB).forkAndLog.start\n    } yield {\n      eventually(assertContains(container, fiberB).unsafeRunSync)\n      eventually(assertContains(container, fiberA).unsafeRunSync)\n    }\n\n    test.unsafeRunSync\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/synchronization\/StashingSynchronizerSpec.scala","text":"<filename>comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/synchronization\/StashingSynchronizerSpec.scala<gh_stars>1-10\npackage io.casperlabs.comm.gossiping.synchronization\n\nimport cats.effect.concurrent.Deferred\nimport cats.syntax.either._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.BlockSummary\nimport io.casperlabs.comm.discovery.Node\nimport io.casperlabs.comm.gossiping.ArbitraryConsensusAndComm\nimport io.casperlabs.comm.gossiping.synchronization.Synchronizer.SyncError\nimport monix.eval.Task\nimport monix.execution.atomic.{Atomic, AtomicInt}\nimport monix.execution.schedulers.CanBlock.permit\nimport monix.execution.schedulers.SchedulerService\nimport monix.execution.{ExecutionModel, Scheduler}\nimport org.scalacheck.{Gen, Shrink}\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\nimport org.scalatest.{BeforeAndAfterEach, Inspectors, Matchers, WordSpecLike}\n\nimport scala.concurrent.duration._\n\nclass StashingSynchronizerSpec\n    extends WordSpecLike\n    with Matchers\n    with BeforeAndAfterEach\n    with ArbitraryConsensusAndComm\n    with GeneratorDrivenPropertyChecks {\n  import StashingSynchronizerSpec._\n  import cats.implicits._\n\n  private implicit val chainId: ByteString = sample(genHash)\n\n  implicit def noShrink[T]: Shrink[T] = Shrink.shrinkAny\n\n  val requestsGen: Gen[List[(Node, Set[ByteString])]] = for {\n    nodes       <- Gen.listOfN(10, arbNode.arbitrary)\n    blockHashes <- Gen.listOfN(10, genHash)\n    hashesPerNode <- nodes.traverse(\n                      n =>\n                        for {\n                          k      <- Gen.choose(1, blockHashes.size)\n                          hashes <- Gen.pick(k, blockHashes)\n                        } yield (n, hashes.toSet)\n                    )\n  } yield hashesPerNode\n\n  \"StashingSynchronizer\" when {\n    \"approved\" should {\n      \"run stashed requests in parallel but sequentially per node\" in\n        forAll(requestsGen) { requests =>\n          TestFixture() { (synchronizer, deferred, mock) =>\n            for {\n              fiber <- requests.parTraverse {\n                        case (source, hashes) => synchronizer.syncDag(source, hashes)\n                      }.start\n              _ <- Task.sleep(30.milliseconds)\n              _ <- Task(mock.requests.get().toList shouldBe empty)\n              _ <- deferred.complete(())\n              _ <- fiber.join\n              _ <- Task {\n                    mock.requests.get().toList should contain allElementsOf requests\n                      .groupBy(_._1)\n                      .mapValues(_.map(_._2).reduce(_ ++ _))\n                      .toList\n                  }\n            } yield {\n              mock.concurrencyPerNode.get().values.max shouldBe 1\n              \/\/Doesn't pass in CI because it doesn't have much cores\n              \/\/mock.totalConcurrency.get() should be > 1\n            }\n          }\n        }\n      \"propagate SyncError errors\" in\n        forAll(requestsGen) { requests =>\n          val syncError =\n            SyncError.ValidationError(sample(arbBlockSummary.arbitrary), new RuntimeException)\n          TestFixture(error = syncError.asRight[Throwable].some) { (synchronizer, deferred, mock) =>\n            for {\n              fiber <- requests.traverse {\n                        case (source, hashes) => synchronizer.syncDag(source, hashes)\n                      }.start\n              _   <- Task.sleep(30.milliseconds)\n              _   <- Task(mock.requests.get().toList shouldBe empty)\n              _   <- deferred.complete(())\n              res <- fiber.join\n              _ <- Task {\n                    mock.requests.get().toList should contain allElementsOf requests\n                      .groupBy(_._1)\n                      .mapValues(_.map(_._2).reduce(_ ++ _))\n                      .toList\n                    Inspectors.forAll(res) { either =>\n                      either.isLeft shouldBe true\n                      either.left.get shouldBe an[SyncError.ValidationError]\n                      either.left.get shouldBe syncError\n                    }\n                  }\n            } yield ()\n          }\n        }\n      \"propagate unexpected runtime errors\" in\n        forAll(requestsGen) { requests =>\n          val exception = new RuntimeException(\"Boom!\")\n          TestFixture(error = exception.asLeft[SyncError].some) { (synchronizer, deferred, mock) =>\n            for {\n              fiber <- requests.traverse {\n                        case (source, hashes) => synchronizer.syncDag(source, hashes).attempt\n                      }.start\n              _   <- Task.sleep(30.milliseconds)\n              _   <- Task(mock.requests.get().toList shouldBe empty)\n              _   <- deferred.complete(())\n              res <- fiber.join\n              _ <- Task {\n                    mock.requests.get().toList should contain allElementsOf requests\n                      .groupBy(_._1)\n                      .mapValues(_.map(_._2).reduce(_ ++ _))\n                      .toList\n                    Inspectors.forAll(res) { either =>\n                      either.isLeft shouldBe true\n                      either.left.get shouldBe an[RuntimeException]\n                      either.left.get shouldBe exception\n                    }\n                  }\n            } yield ()\n          }\n        }\n    }\n  }\n}\n\nobject StashingSynchronizerSpec {\n  class MockSynchronizer(error: Option[Either[Throwable, SyncError]]) extends Synchronizer[Task] {\n    val requests =\n      Atomic(Map.empty[Node, Set[ByteString]].withDefault(_ => Set.empty))\n    private val utilityTotalConcurrency = AtomicInt(0)\n    private val utilityPerNodeConcurrency =\n      Atomic(Map.empty[Node, Int].withDefault(_ => 0))\n    val totalConcurrency = AtomicInt(0)\n    val concurrencyPerNode =\n      Atomic(Map.empty[Node, Int].withDefault(_ => 0))\n\n    def syncDag(\n        source: Node,\n        targetBlockHashes: Set[ByteString]\n    ): Task[Either[SyncError, Vector[BlockSummary]]] =\n      Task.defer {\n        utilityTotalConcurrency.increment()\n        totalConcurrency.transform(math.max(_, utilityTotalConcurrency.get()))\n        utilityTotalConcurrency.decrement()\n\n        utilityPerNodeConcurrency.transform(map => map.updated(source, map(source) + 1))\n        concurrencyPerNode.transform(\n          map => map.updated(source, math.max(map(source), utilityPerNodeConcurrency.get()(source)))\n        )\n        utilityPerNodeConcurrency.transform(map => map.updated(source, map(source) - 1))\n        requests.transform { rs =>\n          rs.updated(source, rs(source) ++ targetBlockHashes)\n        }\n        error.fold(Task.now(Vector.empty[BlockSummary].asRight[SyncError])) {\n          case Left(e)  => Task.raiseError[Either[SyncError, Vector[BlockSummary]]](e)\n          case Right(e) => Task.now(e.asLeft[Vector[BlockSummary]])\n        }\n      }\n\n    def downloaded(blockHash: ByteString): Task[Unit] = Task.unit\n  }\n\n  object TestFixture {\n    def apply(error: Option[Either[Throwable, SyncError]] = None)(\n        test: (Synchronizer[Task], Deferred[Task, Unit], MockSynchronizer) => Task[Unit]\n    ): Unit = {\n      val run = for {\n        deferred <- Deferred[Task, Unit]\n        mock     <- Task(new MockSynchronizer(error))\n        stashed  <- StashingSynchronizer.wrap(mock, deferred.get)\n        _        <- test(stashed, deferred, mock)\n      } yield ()\n      implicit val scheduler: SchedulerService =\n        Scheduler.computation(\n          parallelism = 100,\n          executionModel = ExecutionModel.AlwaysAsyncExecution\n        )\n      run.runSyncUnsafe(5.seconds)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/URef.scala","text":"package io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr._\n\ncase class URef(address: ByteArray32, accessRights: AccessRights)\n\nobject URef {\n  implicit val toBytesURef: ToBytes[URef] = new ToBytes[URef] {\n    override def toBytes(u: URef): Array[Byte] =\n      ToBytes.toBytes(u.address) ++ ToBytes.toBytes(u.accessRights)\n  }\n\n  def lt(x: URef, y: URef): Boolean =\n    ByteArray32.lt(x.address, y.address) || (\n      (x.address == y.address) && (x.accessRights.tag < y.accessRights.tag)\n    )\n\n  val deserializer: FromBytes.Deserializer[URef] =\n    for {\n      address      <- ByteArray32.deserializer\n      accessRights <- AccessRights.deserializer\n    } yield URef(address, accessRights)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/StoredValue.scala","text":"<reponame>hnjolles1\/CasperLabs<filename>models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/StoredValue.scala\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\nimport io.casperlabs.models.cltype\n\nsealed trait StoredValue\n\nobject StoredValue {\n  case class CLValue(value: cltype.CLValue)      extends StoredValue\n  case class Account(account: cltype.Account)    extends StoredValue\n  case class Contract(contract: cltype.Contract) extends StoredValue\n\n  implicit val toBytesStoredValue: ToBytes[StoredValue] = new ToBytes[StoredValue] {\n    override def toBytes(v: StoredValue): Array[Byte] = v match {\n      case CLValue(value)     => CLVALUE_TAG +: ToBytes.toBytes(value)\n      case Account(account)   => ACCOUNT_TAG +: ToBytes.toBytes(account)\n      case Contract(contract) => CONTRACT_TAG +: ToBytes.toBytes(contract)\n    }\n  }\n\n  val deserializer: FromBytes.Deserializer[StoredValue] =\n    FromBytes.byte.flatMap {\n      case tag if tag == CLVALUE_TAG  => cltype.CLValue.deserializer.map(v => CLValue(v))\n      case tag if tag == ACCOUNT_TAG  => cltype.Account.deserializer.map(v => Account(v))\n      case tag if tag == CONTRACT_TAG => cltype.Contract.deserializer.map(v => Contract(v))\n      case other                      => FromBytes.raise(FromBytes.Error.InvalidVariantTag(other, \"StoredValue\"))\n    }\n\n  val CLVALUE_TAG: Byte  = 0\n  val ACCOUNT_TAG: Byte  = 1\n  val CONTRACT_TAG: Byte = 2\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/configuration\/Options.scala","text":"package io.casperlabs.node.configuration\n\n\/\/\/\/\/\/\/ WARNING! Do not clean this imports, they needed for @scallop macro\nimport java.nio.file.Path\n\nimport cats._\nimport cats.implicits._\nimport com.github.ghik.silencer.silent\nimport io.casperlabs.comm.discovery.NodeUtils.NodeWithoutChainId\nimport io.casperlabs.configuration.cli.scallop\nimport io.casperlabs.node.BuildInfo\nimport io.casperlabs.node.configuration.Utils._\nimport izumi.logstage.api.{Log => IzLog}\nimport org.rogach.scallop._\nimport scala.collection.mutable\nimport scala.concurrent.duration.FiniteDuration\nimport scala.io.Source\nimport scala.language.implicitConversions\n\nprivate[configuration] object Converter extends ParserImplicits {\n  import Options._\n\n  implicit val bootstrapAddressConverter: ValueConverter[List[NodeWithoutChainId]] =\n    new ValueConverter[List[NodeWithoutChainId]] {\n      def parse(\n          s: List[(String, List[String])]\n      ): Either[String, Option[List[NodeWithoutChainId]]] = {\n        val all = s.unzip._2.flatten.mkString(\" \")\n        Parser[List[NodeWithoutChainId]].parse(all).map(Option(_).filterNot(_.isEmpty))\n      }\n\n      val argType: ArgType.V = ArgType.LIST\n    }\n\n  implicit val optionsFlagConverter: ValueConverter[Flag] = new ValueConverter[Flag] {\n    def parse(s: List[(String, List[String])]): Either[String, Option[Flag]] =\n      flagConverter.parse(s).map(_.map(flag))\n\n    val argType: ArgType.V = ArgType.FLAG\n  }\n\n  implicit val finiteDurationConverter: ValueConverter[FiniteDuration] =\n    new ValueConverter[FiniteDuration] {\n\n      override def parse(s: List[(String, List[String])]): Either[String, Option[FiniteDuration]] =\n        s match {\n          case (_, duration :: Nil) :: Nil =>\n            Parser[FiniteDuration].parse(duration).map(_.some)\n          case Nil => Right(None)\n          case _   => Left(\"Provide a duration.\")\n        }\n\n      override val argType: ArgType.V = ArgType.SINGLE\n    }\n\n  implicit val logLevelConverter: ValueConverter[IzLog.Level] =\n    singleArgConverter(lvl => IzLog.Level.parse(lvl))\n}\n\nprivate[configuration] object Options {\n  import shapeless.tag.@@\n\n  sealed trait FlagTag\n  type Flag = Boolean @@ FlagTag\n\n  def flag(b: Boolean): Flag = b.asInstanceOf[Flag]\n\n  def safeCreate(args: Seq[String], defaults: Map[CamelCase, String]): Either[String, Options] =\n    Either.catchNonFatal(Options(args, defaults)).leftMap(_.getMessage)\n}\n\n\/\/noinspection TypeAnnotation\nprivate[configuration] final case class Options private (\n    arguments: Seq[String],\n    defaults: Map[CamelCase, String]\n) extends ScallopConf(arguments) {\n  helpWidth(120)\n  \/\/Do not clean this imports, they needed for @scallop macro\n  import Converter._\n  import cats.syntax.show._\n  import io.casperlabs.comm.discovery.NodeUtils._\n  import io.casperlabs.comm.discovery.NodeUtils\n  import Options.Flag\n\n  \/\/Used in @scallop macro when it puts things into `field`\n  private implicit def showList[T: Show]: Show[List[T]] = xs => xs.map(_.show).mkString(\" \")\n  @silent(\"is never used\")\n  private implicit val showNodeList = showList[NodeWithoutChainId]\n  \/\/Used in @scallop macro\n  @silent(\"is never used\")\n  private implicit def show[T: NotNode]: Show[T] = Show.show(_.toString)\n\n  \/\/Needed only for eliminating red code from IntelliJ IDEA, see @scallop definition\n  @silent(\"is never used\")\n  private def gen[A](descr: String, short: Char = '\\u0000'): ScallopOption[A] =\n    sys.error(\"Add @scallop macro annotation\")\n\n  \/**\n    * Converts between string representation of field name and its actual value\n    * Filled by [[io.casperlabs.configuration.cli.scallop]] macro\n    *\/\n  private val fields =\n    mutable.Map.empty[(ScallopConfBase, CamelCase), () => ScallopOption[String]]\n\n  def fieldByName(fieldName: CamelCase): Option[String] =\n    subcommand\n      .flatMap(\n        command => fields.get((command, fieldName)).flatMap { _.apply().toOption }\n      )\n\n  def parseCommand: Either[String, Configuration.Command] =\n    subcommand.fold(s\"Command was not provided\".asLeft[Configuration.Command]) {\n      case this.run         => Configuration.Command.Run.asRight[String]\n      case this.diagnostics => Configuration.Command.Run.asRight[String]\n      case _                => \"Failed to parse command\".asLeft[Configuration.Command]\n    }\n\n  def readConfigFile: Either[String, Option[String]] =\n    configFile.toOption\n      .map(\n        p => Either.catchNonFatal(Source.fromFile(p.toFile).mkString.some).leftMap(_.getMessage)\n      )\n      .fold(none[String].asRight[String])(identity)\n\n  val configFile = opt[Path](descr = \"Path to the TOML configuration file.\")\n\n  version(\n    s\"CasperLabs Node ${BuildInfo.version} (${BuildInfo.gitHeadCommit.getOrElse(\"commit # unknown\")})\"\n  )\n  printedName = \"casperlabs\"\n  banner(\n    \"\"\"\n      |Configuration file --config-file can contain tables\n      |[server], [grpc], [casper], [tls], [metrics], [influx] and [blockstorage].\n      |\n      |CLI options match TOML keys and environment variables, example:\n      |    --[prefix]-[key-name]=value e.g. --server-data-dir=\/casperlabs\n      |\n      |    equals\n      |\n      |    [prefix]            [server]                  CL_[PREFIX]_[SNAKIFIED_KEY]\n      |    key-name = \"value\"  data-dir = \"\/casperlabs\"  CL_SERVER_DATA_DIR=\/casperlabs\n      |\n      |Each option has a type listed in opt's description beginning that should be used in TOML file.\n      |\n      |CLI arguments will take precedence over environment variables.\n      |environment variables will take precedence over TOML file.\n    \"\"\".stripMargin\n  )\n\n  val diagnostics = new Subcommand(\"diagnostics\") {\n    helpWidth(120)\n    descr(\"Node diagnostics\")\n\n    @scallop\n    val grpcPortExternal =\n      gen[Int](\"Port used for external gRPC API, e.g. deployments.\")\n\n    @scallop\n    val serverHost =\n      gen[String](\"Externally addressable hostname or IP of node on which gRPC service is running.\")\n\n    @scallop\n    val serverMaxMessageSize =\n      gen[Int](\"Maximum size of message that can be sent via transport layer.\")\n\n    @scallop\n    val serverChunkSize =\n      gen[Int](\"Size of chunks to split larger payloads into when streamed via transport layer.\")\n  }\n  addSubcommand(diagnostics)\n\n  val run = new Subcommand(\"run\") {\n\n    helpWidth(120)\n\n    @scallop\n    val logLevel =\n      gen[IzLog.Level](\"Log level, e.g. DEBUG, INFO, WARN, ERROR.\")\n\n    @scallop\n    val logJsonPath =\n      gen[Path](\"Optionally print logs to a file in JSON format.\")\n\n    @scallop\n    val grpcPortExternal =\n      gen[Int](\"Port used for external gRPC API, e.g. deployments.\")\n\n    @scallop\n    val grpcUseTls =\n      gen[Flag](\"Enable TLS encryption for public facing gRPC API endpoints.\")\n\n    @scallop\n    val serverMaxMessageSize =\n      gen[Int](\"Maximum size of message that can be sent via transport layer.\")\n\n    @scallop\n    val serverEngineParallelism =\n      gen[Int](\"Target parallelism for execution engine requests.\")\n\n    @scallop\n    val serverChunkSize =\n      gen[Int](\"Size of chunks to split larger payloads into when streamed via transport layer.\")\n\n    @scallop\n    val serverEventStreamBufferSize =\n      gen[Int](\"Size of the buffer to store emitted block events\")\n\n    @scallop\n    val grpcPortInternal =\n      gen[Int](\"Port used for internal gRPC API, e.g. diagnostics.\")\n\n    @scallop\n    val grpcSocket =\n      gen[Path](\"Socket path used for internal gRPC API.\")\n\n    @scallop\n    val serverDynamicHostAddress =\n      gen[Flag](\"Host IP address changes dynamically.\")\n\n    @scallop\n    val serverNoUpnp =\n      gen[Flag](\"Use this flag to disable UpNp.\")\n\n    @scallop\n    val serverDefaultTimeout =\n      gen[FiniteDuration](\n        \"Default timeout for roundtrip connections.\"\n      )\n\n    @scallop\n    val tlsCertificate =\n      gen[Path](\n        \"Path to node's X.509 certificate file, that is being used for identification.\",\n        'c'\n      )\n\n    @scallop\n    val tlsKey =\n      gen[Path](\n        \"Path to node's unencrypted secp256r1 PKCS#8 private key file, that is being used for TLS communication.\",\n        'k'\n      )\n\n    @scallop\n    val tlsApiCertificate =\n      gen[Path](\n        \"Path to an optional X.509 certificate file signed by a trusted root CA, to be used in the with public API.\"\n      )\n\n    @scallop\n    val tlsApiKey =\n      gen[Path](\n        \"Path to the unencrypted secp256r1 PKCS#8 private key file corresponding to the API certificate, if given.\"\n      )\n\n    @scallop\n    val serverPort =\n      gen[Int](\"Network port to use for intra-node gRPC communication.\", 'p')\n\n    @scallop\n    val serverHttpPort =\n      gen[Int](\"HTTP port for utility services: \/metrics, \/version and \/status.\")\n\n    @scallop\n    val serverKademliaPort =\n      gen[Int](\n        \"Kademlia port used for node discovery based on Kademlia algorithm.\"\n      )\n\n    @scallop\n    val casperKnownValidatorsFile =\n      gen[Path](\n        \"Path to plain text file listing the public keys of validators known to the user (one per line). \" +\n          \"Signatures from these validators are required in order to accept a block which starts the local\" +\n          s\"node's view of the DAG.\"\n      )\n\n    @scallop\n    val casperChainSpecPath =\n      gen[Path](\"Path to the directory which contains the Chain Spec.\")\n\n    @scallop\n    val casperAutoProposeEnabled =\n      gen[Flag](\"Enable auto-proposal of blocks.\")\n\n    @scallop\n    val casperAutoProposeCheckInterval =\n      gen[FiniteDuration](\"Time between proposal checks.\")\n    @scallop\n    val casperAutoProposeBallotInterval =\n      gen[FiniteDuration](\"Maximum time to allow before trying to propose a ballot or block.\")\n\n    @scallop\n    val casperAutoProposeAccInterval =\n      gen[FiniteDuration](\"Time to accumulate deploys before proposing.\")\n\n    @scallop\n    val casperAutoProposeAccCount =\n      gen[Int](\"Number of deploys to accumulate before proposing.\")\n\n    @scallop\n    val casperMaxBlockSizeBytes =\n      gen[Int](\"Maximum block size [in bytes].\")\n\n    @scallop\n    val serverBootstrap =\n      gen[List[NodeWithoutChainId]](\n        \"Bootstrap casperlabs node address for initial seed. Accepts multiple instances for redundancy.\",\n        'b'\n      )\n\n    @scallop\n    val serverCleanBlockStorage =\n      gen[Flag](\"Use this flag to clear the blockStorage and dagStorage\")\n\n    @scallop\n    val serverRelayFactor =\n      gen[Int](\"Number of new nodes to which try to gossip a new block.\")\n\n    @scallop\n    val serverRelaySaturation =\n      gen[Int](\n        \"Percentage (in between 0 and 100) of nodes required to have already seen a new block before stopping to try to gossip it to new nodes.\"\n      )\n\n    @scallop\n    val serverApprovalRelayFactor =\n      gen[Int](\"Number of nodes to relay genesis approvals to.\")\n\n    @scallop\n    val serverApprovalPollInterval =\n      gen[FiniteDuration](\n        \"Time to wait between asking the bootstrap node for an updated list of genesis approvals.\"\n      )\n\n    @scallop\n    val serverAlivePeersCacheExpirationPeriod =\n      gen[FiniteDuration](\n        \"Time to cache live peers for and to ban unresponsive ones.\"\n      )\n\n    @scallop\n    val serverSyncMaxPossibleDepth =\n      gen[Int](\"Maximum DAG depth to allow when syncing after a new block notification.\")\n\n    @scallop\n    val serverSyncMinBlockCountToCheckWidth =\n      gen[Int](\n        \"Minimum DAG size before we start checking the branching factor for abnormal growth.\"\n      )\n\n    @scallop\n    val serverSyncMaxBondingRate =\n      gen[Double](\n        \"Maximum bonding rate per rank to allow during syncs before terminating the operation as malicious.\"\n      )\n\n    @scallop\n    val serverSyncMaxDepthAncestorsRequest =\n      gen[Int](\"Maximum DAG depth to ask in iterative requests during syncing.\")\n\n    @scallop\n    val serverSyncDisableValidations =\n      gen[Flag](\"Disable DAG shape validations during synchronization.\")\n\n    @scallop\n    val serverInitSyncMaxNodes =\n      gen[Int](\"Maximum number of nodes to try to sync with initially in a round.\")\n\n    @scallop\n    val serverInitSyncMinSuccessful =\n      gen[Int](\"Minimum number of successful initial syncs in a round to call it done.\")\n\n    @scallop\n    val serverInitSyncMemoizeNodes =\n      gen[Boolean](\n        \"Remember the selection of nodes to synchronize with initially, or pick a new set in each round.\"\n      )\n\n    @scallop\n    val serverInitSyncSkipFailedNodes =\n      gen[Boolean](\n        \"Skip nodes which failed previous synchronization attempts or allow them to be tried again.\"\n      )\n\n    @scallop\n    val serverInitSyncMaxBlockCount =\n      gen[Int](\"Maximum number of blocks to allow to be synced initially.\")\n\n    @scallop\n    val serverInitSyncStep =\n      gen[Int](\n        \"Depth of DAG slices (by rank) retrieved slice-by-slice until node fully synchronized.\"\n      )\n\n    @scallop\n    val serverInitSyncRoundPeriod =\n      gen[FiniteDuration](\"Time to wait between initial synchronization attempts.\")\n\n    @scallop\n    val serverPeriodicSyncRoundPeriod =\n      gen[FiniteDuration](\"Time to wait between periodic synchronization attempts.\")\n\n    @scallop\n    val serverDownloadMaxParallelBlocks =\n      gen[Int](\"Maximum number of parallel block downloads initiated by the download manager.\")\n    @scallop\n    val serverDownloadMaxRetries =\n      gen[Int](\"Maximum number of times to retry to download a block from the same node.\")\n\n    @scallop\n    val serverDownloadRetryInitialBackoffPeriod =\n      gen[FiniteDuration](\n        \"Time to wait before trying to download a failed block again from the same node.\"\n      )\n\n    @scallop\n    val serverDownloadRetryBackoffFactor =\n      gen[Double](\n        \"Exponential factor to apply on subsequent wait times before trying to download again.\"\n      )\n\n    @scallop\n    val serverRelayMaxParallelBlocks =\n      gen[Int](\"Maximum number of parallel block downloads allowed to peers.\")\n\n    @scallop\n    val serverRelayBlockChunkConsumerTimeout =\n      gen[FiniteDuration](\"Maximum time to allow a peer downloading a block to consume each chunk.\")\n\n    @scallop\n    val casperStandalone =\n      gen[Flag](\n        \"Start a stand-alone node (no bootstrapping).\",\n        's'\n      )\n\n    @scallop\n    val casperRequiredSigs =\n      gen[Int](\n        \"Number of signatures from trusted validators required to creating an approved genesis block.\"\n      )\n\n    @scallop\n    val serverHost =\n      gen[String](\"Hostname or IP of this node.\")\n\n    @scallop\n    val serverDataDir =\n      gen[Path](\"Path to data directory. \")\n\n    @scallop\n    val serverMaxNumOfConnections =\n      gen[Int](\"Maximum number of peers allowed to connect to the node.\")\n\n    @scallop\n    val serverBlockUploadRateMaxRequests = gen[Int](\n      \"Maximum number of block download requests per peer in period (see below), \" +\n        \"if 0 then rate limiting will be disabled.\"\n    )\n\n    @scallop\n    val serverBlockUploadRatePeriod = gen[FiniteDuration](\n      \"Time window to apply rate limiting (see above), \" +\n        \"if 0 then rate limiting will be disabled.\"\n    )\n\n    @scallop\n    val serverBlockUploadRateMaxThrottled = gen[Int](\n      \"Maximum number of in-flight throttled block download requests per peer, \" +\n        \"if 0 then unlimited, if reached max size then peer will receive RESOURCE_EXHAUSTED response.\"\n    )\n\n    @scallop\n    val casperMinTtl = gen[FiniteDuration](\n      \"Minimum deploy TTL value.\"\n    )\n\n    @scallop\n    val blockstorageCacheMaxSizeBytes =\n      gen[Long](\"Maximum size of each of in-memory block\/dag\/justifications caches in bytes.\")\n\n    @scallop\n    val blockstorageCacheNeighborhoodBefore =\n      gen[Int](\"How far to go to the past (by ranks) for caching neighborhood of looked up block\")\n\n    @scallop\n    val blockstorageCacheNeighborhoodAfter = gen[Int](\n      \"How far to go to the future (by ranks) for caching neighborhood of looked up block\"\n    )\n\n    @scallop\n    val blockstorageDeployStreamChunkSize = gen[Int](\n      \"How many records to pull from the DB in a chunk of a stream.\"\n    )\n\n    @scallop\n    val casperValidatorPublicKey =\n      gen[String](\n        \"base-64 or PEM encoding of the public key to use for signing a proposed blocks. \" +\n          s\"Can be inferred from the private key for some signature algorithms.\"\n      )\n\n    @scallop\n    val casperValidatorPublicKeyPath =\n      gen[Path](\n        \"base-64 or PEM encoding of the public key to use for signing a proposed blocks.\" +\n          s\"Can be inferred from the private key for some signature algorithms.\"\n      )\n\n    @scallop\n    val casperValidatorPrivateKey =\n      gen[String](\n        \"base-64 or PEM encoding of the private key to use for signing a proposed blocks. \" +\n          s\"It is not recommended to use in production since private key could be revealed through the process table.\" +\n          \"Use the `validator-private-key-path` instead.\"\n      )\n\n    @scallop\n    val casperValidatorPrivateKeyPath =\n      gen[Path](\n        \"Path to the base-64 or PEM encoded private key to use for signing a proposed blocks.\"\n      )\n\n    @scallop\n    val casperValidatorSigAlgorithm =\n      gen[String](\n        \"Name of the algorithm to use for signing proposed blocks. \" +\n          s\"Currently supported values: ed25519.\"\n      )\n\n    @scallop\n    val highwayEnabled =\n      gen[Flag](\n        \"Use highway, or stick to NCB.\"\n      )\n\n    @scallop\n    val highwayOmegaMessageTimeStart =\n      gen[Double](\n        \"Fraction of time through the round after which we can create an omega message.\"\n      )\n\n    @scallop\n    val highwayOmegaMessageTimeEnd =\n      gen[Double](\n        \"Fraction of time through the round before which we must have created the omega message.\"\n      )\n\n    @scallop\n    val highwayInitRoundExponent =\n      gen[Int](\n        \"Initial round exponent to start the node with, before auto-adjustment takes over; corresponds to the tick unit of the chain.\"\n      )\n\n    @scallop\n    val metricsPrometheus =\n      gen[Flag](\"Enable the Prometheus metrics reporter.\")\n\n    @scallop\n    val metricsZipkin =\n      gen[Flag](\"Enable the Zipkin span reporter.\")\n\n    @scallop\n    val metricsSigar =\n      gen[Flag](\"Enable Sigar host system metrics.\")\n\n    @scallop\n    val metricsInflux =\n      gen[Flag](\"Enable Influx system metrics.\")\n\n    @scallop\n    val influxHostname =\n      gen[String](\"Hostname or IP of the Influx instance.\")\n\n    @scallop\n    val influxDatabase =\n      gen[String](\"Name of the database in Influx.\")\n\n    @scallop\n    val influxPort =\n      gen[Int](\"Port of the Influx instance.\")\n\n    @scallop\n    val influxProtocol =\n      gen[String](\"Protocol used in Influx.\")\n  }\n  addSubcommand(run)\n\n  verify()\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/finality\/package.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper\n\npackage object finality {\n  type Level = Long\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/package.scala","text":"package io.casperlabs\n\npackage object shared extends LogPackage {}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/MessageExecutorSpec.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.highway\n\nimport cats._\nimport cats.implicits._\nimport cats.effect.{Clock, Timer}\nimport cats.effect.concurrent.{Ref, Semaphore}\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.{DeploySelection, ValidatorIdentity}\nimport io.casperlabs.casper.consensus.{Block, Bond}\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.casper.mocks.{MockEventEmitter, NoOpValidation}\nimport io.casperlabs.casper.validation\nimport io.casperlabs.casper.validation.{HighwayValidationImpl, Validation}\nimport io.casperlabs.casper.validation.Errors.ValidateErrorWrapper\nimport io.casperlabs.casper.finality.MultiParentFinalizer\nimport io.casperlabs.casper.validation.Validation.BlockEffects\nimport io.casperlabs.casper.scalatestcontrib._\nimport io.casperlabs.casper.consensus.info.DeployInfo\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.casper.{EquivocatedBlock, Valid, ValidatorIdentity}\nimport io.casperlabs.crypto.Keys.{PrivateKey, PublicKey}\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm.Ed25519\nimport io.casperlabs.models.Message\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.storage.{BlockHash, SQLiteStorage}\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.dag.DagStorage\nimport io.casperlabs.storage.deploy.DeployStorage\nimport io.casperlabs.shared.Log\nimport monix.eval.Task\nimport org.scalatest._\nimport scala.concurrent.duration._\nimport io.casperlabs.storage.dag.DagRepresentation\nimport io.casperlabs.storage.dag.FinalityStorage\n\nclass MessageExecutorSpec extends FlatSpec with Matchers with Inspectors with HighwayFixture {\n\n  def executorFixture(f: SQLiteStorage.CombinedStorage[Task] => ExecutorFixture): Unit =\n    withCombinedStorage() { db =>\n      f(db).test\n    }\n\n  implicit val consensusConfig = ConsensusConfig()\n\n  \/\/ Pick a key pair we can sign with.\n  val thisValidator  = sample(genAccountKeys)\n  val otherValidator = sample(genAccountKeys)\n\n  implicit class AccountKeyOps(keys: AccountKeys) {\n    \/\/ Resign a block after we messed with its contents.\n    def signBlock(block: Block): Block = {\n      val bodyHash  = protoHash(block.getBody)\n      val header    = block.getHeader.withBodyHash(bodyHash)\n      val blockHash = protoHash(header)\n      block\n        .withHeader(header)\n        .withBlockHash(blockHash)\n        .withSignature(keys.sign(blockHash))\n    }\n  }\n\n  implicit def `Message => ValidatedMessage`(m: Message): ValidatedMessage = Validated(m)\n\n  \/** A fixture based on the Highway one where we won't be using the TestScheduler,\n    * just call methods on the `messageExecutor` and override its dependencies to\n    * turn validation on\/off and capture the effects it carries out.\n    *\/\n  abstract class ExecutorFixture(\n      store: SQLiteStorage.CombinedStorage[Task],\n      printLevel: Log.Level = Log.Level.Error,\n      validate: Boolean = false\n  ) extends Fixture(\n        length = Duration.Zero,\n        printLevel = printLevel\n      ) (implicitly[Timer[Task]], store) {\n\n    \/\/ Passed `store` to the base class explicitly to avoid a compiler bug,\n    \/\/ the NullPointerException of the type checker that can happen.\n    implicit val db = store\n\n    override lazy val bonds = List(\n      \/\/ Our validators needs to be bonded in Genesis, so the blocks created by them don't get rejected.\n      Bond(thisValidator.publicKey).withStake(state.BigInt(\"10000\")),\n      Bond(otherValidator.publicKey).withStake(state.BigInt(\"5000\"))\n    )\n\n    \/\/ Make a message producer that's supposed to make valid blocks.\n    def makeMessageProducer(keys: AccountKeys): MessageProducer[Task] = {\n      implicit val deployBuffer    = DeployBuffer.create[Task](chainName, minTtl = Duration.Zero)\n      implicit val deploySelection = DeploySelection.create[Task](sizeLimitBytes = Int.MaxValue)\n\n      MessageProducer[Task](\n        validatorIdentity = ValidatorIdentity(\n          PublicKey(keys.publicKey.toByteArray),\n          PrivateKey(keys.privateKey.toByteArray),\n          signatureAlgorithm = Ed25519\n        ),\n        chainName = chainName,\n        upgrades = Seq.empty,\n        \/\/ Tests might be torn down before this step is done.\n        asyncRequeueOrphans = false\n      )\n    }\n\n    \/\/ Make blocks in the test validator's name.\n    override lazy val messageProducer = makeMessageProducer(thisValidator)\n\n    \/\/ Produce the first block for the test validator validator, already inserted, with dependencies.\n    def insertFirstBlock(): Task[Block] =\n      for {\n        _ <- insertGenesis()\n        _ <- addGenesisEra()\n        message <- messageProducer.block(\n                    keyBlockHash = genesis.messageHash,\n                    roundId = conf.toTicks(conf.genesisEraStart),\n                    mainParent = genesis.messageHash,\n                    justifications = Map.empty,\n                    isBookingBlock = false\n                  )\n        _     <- forkchoice.set(message)\n        block <- BlockStorage[Task].getBlockUnsafe(message.messageHash)\n      } yield block\n\n    \/\/ Prepare a second block for the test validator, without inserting.\n    def prepareSecondBlock() =\n      for {\n        first <- insertFirstBlock()\n        second <- prepareNextBlock(\n                   thisValidator,\n                   first,\n                   first.getHeader.keyBlockHash,\n                   first.getHeader.roundId\n                 )\n      } yield second\n\n    \/\/ Make a new block without inserting it.\n    def prepareNextBlock(\n        keys: AccountKeys,\n        parent: Block,\n        keyBlockHash: BlockHash,\n        roundId: Long\n    ): Task[Block] =\n      for {\n        dag          <- DagStorage[Task].getRepresentation\n        parentTips   <- dag.latestInEra(parent.getHeader.keyBlockHash)\n        currTips     <- dag.latestInEra(keyBlockHash)\n        parentLatest <- parentTips.latestMessages\n        currLatest   <- currTips.latestMessages\n        allLatest    = parentLatest |+| currLatest\n        maybePrev    = currLatest.get(keys.publicKey).map(_.head)\n        nextJRank    = ProtoUtil.nextJRank(allLatest.values.flatten.toSeq)\n        now          <- Clock[Task].currentTimeMillis\n        second = keys.signBlock {\n          parent.withHeader(\n            parent.getHeader\n              .withTimestamp(now)\n              .withKeyBlockHash(keyBlockHash)\n              .withRoundId(roundId)\n              .withJRank(nextJRank)\n              .withValidatorPublicKey(keys.publicKey)\n              .withValidatorBlockSeqNum(maybePrev.map(_.validatorMsgSeqNum + 1).getOrElse(1))\n              .withValidatorPrevBlockHash(maybePrev.map(_.messageHash).getOrElse(ByteString.EMPTY))\n              .withParentHashes(List(parent.blockHash))\n              .withJustifications(allLatest.toSeq.map {\n                case (v, ms) =>\n                  ms.toSeq.map(m => Block.Justification(v, m.messageHash))\n              }.flatten)\n          )\n        }\n      } yield second\n\n    override lazy val validation: Validation[Task] =\n      if (validate) new HighwayValidationImpl[Task]\n      else new NoOpValidation[Task]\n\n    \/\/ Collect emitted events.\n    override implicit lazy val eventEmitter: MockEventEmitter[Task] =\n      MockEventEmitter.unsafe[Task]\n\n    def validateAndAdd(block: Block): Task[Unit] =\n      for {\n        semaphore <- Semaphore[Task](1)\n        _         <- messageExecutor.validateAndAdd(semaphore, block, isBookingBlock = false)\n      } yield ()\n  }\n\n  behavior of \"validateAndAdd\"\n\n  it should \"validate and save a valid block\" in executorFixture { implicit db =>\n    new ExecutorFixture(db, validate = true, printLevel = Log.Level.Warn) {\n      override def test =\n        for {\n          block <- prepareSecondBlock()\n          _     <- validateAndAdd(block)\n          dag   <- DagStorage[Task].getRepresentation\n          _     <- dag.contains(block.blockHash) shouldBeF true\n          _     <- BlockStorage[Task].contains(block.blockHash) shouldBeF true\n        } yield ()\n    }\n  }\n\n  it should \"validate and save a ballot\" in executorFixture { implicit db =>\n    new ExecutorFixture(db, validate = true, printLevel = Log.Level.Warn) {\n      override def test =\n        for {\n          (ballot: Block) <- prepareSecondBlock().map { block =>\n                              thisValidator.signBlock(\n                                block.withHeader(\n                                  block.getHeader.withMessageType(Block.MessageType.BALLOT)\n                                )\n                              )\n                            }\n          _       <- validateAndAdd(ballot)\n          dag     <- DagStorage[Task].getRepresentation\n          message <- dag.lookupUnsafe(ballot.blockHash)\n          _       = message shouldBe a[Message.Ballot]\n        } yield ()\n    }\n  }\n\n  it should \"raise an error for unattributable errors\" in executorFixture { implicit db =>\n    new ExecutorFixture(db, validate = true, printLevel = Log.Level.Crit) {\n      override def test =\n        for {\n          \/\/ A block without signature cannot be a slashed\n          block  <- prepareSecondBlock().map(_.clearSignature)\n          result <- validateAndAdd(block).attempt\n          _ = result match {\n            case Left(ex)  => ex shouldBe a[ValidateErrorWrapper]\n            case Right(()) => fail(\"Should have raised.\")\n          }\n          _ <- BlockStorage[Task].contains(block.blockHash) shouldBeF false\n        } yield ()\n    }\n  }\n\n  \/\/ TODO (CON-623): In the future we want these not to raise, but for that the fork\n  \/\/ choice would also have to know not to build on them because they are invalid blocks.\n  it should \"raise an error for attributable errors\" in executorFixture { implicit db =>\n    new ExecutorFixture(db, validate = true, printLevel = Log.Level.Crit) {\n      override def test =\n        for {\n          \/\/ Make a block that signed by the validator that has invalid content.\n          block <- prepareSecondBlock() map { block =>\n                    thisValidator.signBlock(block.withHeader(block.getHeader.withJRank(100)))\n                  }\n          result <- validateAndAdd(block).attempt\n          _ = result match {\n            case Left(ex)  => ex shouldBe a[ValidateErrorWrapper]\n            case Right(()) => fail(\"Should have raised.\")\n          }\n          _ <- BlockStorage[Task].contains(block.blockHash) shouldBeF false\n        } yield ()\n    }\n  }\n\n  it should \"save an equivocation\" in executorFixture { implicit db =>\n    new ExecutorFixture(db, validate = true) {\n      override def test =\n        for {\n          first <- insertFirstBlock()\n\n          \/\/ Make two blocks by the other validator that form an equivocation.\n          blockA <- prepareNextBlock(\n                     otherValidator,\n                     first,\n                     first.getHeader.keyBlockHash,\n                     first.getHeader.roundId + 1\n                   )\n          blockB <- prepareNextBlock(\n                     otherValidator,\n                     first,\n                     first.getHeader.keyBlockHash,\n                     first.getHeader.roundId + 2\n                   )\n\n          _   <- validateAndAdd(blockA)\n          eff <- messageExecutor.computeEffects(blockB, false)\n          _   = eff._1 shouldBe EquivocatedBlock\n          _   = eff._2.effects shouldBe empty\n          _   <- validateAndAdd(blockB)\n          _   <- BlockStorage[Task].contains(blockB.blockHash) shouldBeF true\n\n          dag  <- DagStorage[Task].getRepresentation\n          tips <- dag.latestInEra(first.getHeader.keyBlockHash)\n          _    <- tips.getEquivocators shouldBeF Set(otherValidator.publicKey)\n        } yield ()\n    }\n  }\n\n  it should \"not consider blocks that don't cite each other across eras as equivocations\" in executorFixture {\n    implicit db =>\n      new ExecutorFixture(db, validate = true) {\n        override def test =\n          for {\n            era0  <- addGenesisEra()\n            first <- insertFirstBlock()\n            era1  <- era0.addChildEra(keyBlockHash = first.blockHash)\n\n            \/\/ Make one block in the genesis era and one in the child era;\n            \/\/ they don't cite each other.\n            block0 <- prepareNextBlock(\n                       thisValidator,\n                       first,\n                       era0.keyBlockHash,\n                       era0.endTick\n                     )\n\n            block1 <- prepareNextBlock(\n                       thisValidator,\n                       first,\n                       era1.keyBlockHash,\n                       era1.startTick\n                     )\n\n            _      <- validateAndAdd(block0)\n            status <- messageExecutor.computeEffects(block1, false).map(_._1)\n            _      <- validateAndAdd(block1)\n            _      <- BlockStorage[Task].contains(block1.blockHash) shouldBeF true\n          } yield {\n            \/\/ TODO (CON-643): Update the EquivocationDetector to only detect in a given era,\n            \/\/ or only detect in up to the keyblock, but not globally. For now it will detect\n            \/\/ them and therefore not save the effects they have.\n            if (status != Valid) cancel(\"CON-643\")\n            status shouldBe Valid\n          }\n      }\n  }\n\n  it should \"not emit events\" in executorFixture { implicit db =>\n    new ExecutorFixture(db) {\n      override def test =\n        for {\n          block  <- prepareSecondBlock()\n          _      <- validateAndAdd(block)\n          events <- eventEmitter.events\n        } yield {\n          events shouldBe empty\n        }\n    }\n  }\n\n  behavior of \"effectsAfterAdded\"\n\n  it should \"emit events\" in executorFixture { implicit db =>\n    new ExecutorFixture(db) {\n      override def test =\n        for {\n          block   <- insertFirstBlock()\n          message = Message.fromBlock(block).get\n          wait    <- messageExecutor.effectsAfterAdded(message)\n          _       <- wait\n          events  <- eventEmitter.events\n        } yield {\n          forExactly(1, events) { event =>\n            event.value.isBlockAdded shouldBe true\n          }\n        }\n    }\n  }\n\n  it should \"update the last finalized block\" in executorFixture { implicit db =>\n    new ExecutorFixture(db) {\n\n      val messageAddedRef = Ref.unsafe[Task, Option[Message]](none)\n\n      override lazy val finalizer = new MultiParentFinalizer[Task] {\n        override def onNewMessageAdded(\n            message: Message\n        ) =\n          messageAddedRef\n            .set(Some(message))\n            .as(\n              Some(\n                MultiParentFinalizer.FinalizedBlocks(message.messageHash, BigInt(0), Set.empty)\n              )\n            )\n      }\n\n      override def test =\n        for {\n          block   <- insertFirstBlock()\n          message = Message.fromBlock(block).get\n          wait    <- messageExecutor.effectsAfterAdded(message)\n          _       <- wait\n          _       <- messageAddedRef.get shouldBeF Some(message)\n          _       <- FinalityStorage[Task].isFinalized(block.blockHash) shouldBeF true\n          events  <- eventEmitter.events\n        } yield {\n          forExactly(1, events) { event =>\n            event.value.isNewFinalizedBlock shouldBe true\n          }\n        }\n    }\n  }\n\n  it should \"mark deploys as processed\" in executorFixture { implicit db =>\n    new ExecutorFixture(db) {\n      override def test =\n        for {\n          block   <- sample(arbBlock.arbitrary.filter(_.getBody.deploys.size > 0)).pure[Task]\n          deploys = block.getBody.deploys.map(_.getDeploy).toList\n          _       <- DeployStorage[Task].writer.addAsPending(deploys)\n          _       <- BlockStorage[Task].put(block, BlockEffects.empty.effects)\n          message = Message.fromBlock(block).get\n          wait    <- messageExecutor.effectsAfterAdded(message)\n          _       <- wait\n          statuses <- deploys.traverse { d =>\n                       DeployStorage[Task].reader.getBufferedStatus(d.deployHash)\n                     }\n        } yield {\n          forAll(statuses) { maybeStatus =>\n            maybeStatus should not be empty\n            maybeStatus.get.state shouldBe DeployInfo.State.PROCESSED\n          }\n        }\n    }\n  }\n\n  behavior of \"computeEffects\"\n\n  trait ExecEngineSerivceWithFakeEffects { self: ExecutorFixture =>\n    import io.casperlabs.ipc._\n    import io.casperlabs.smartcontracts.ExecutionEngineService\n    import io.casperlabs.casper.helper.HashSetCasperTestNode.simpleEEApi\n    import state.Key\n\n    def sampleBlockWithDeploys =\n      sample(arbBlock.arbitrary.filter(_.getBody.deploys.nonEmpty))\n\n    override lazy val execEngineService =\n      simpleEEApi[Task](initialBonds = Map.empty, generateConflict = false)\n  }\n\n  it should \"return the effects of a valid block\" in executorFixture { implicit db =>\n    new ExecutorFixture(db) with ExecEngineSerivceWithFakeEffects {\n      override def test =\n        messageExecutor.computeEffects(sampleBlockWithDeploys, false) map {\n          case (status, effects) =>\n            status shouldBe Valid\n            effects.effects should not be (empty)\n        }\n    }\n  }\n\n  it should \"not return the effects of an invalid block\" in executorFixture { implicit db =>\n    val functorRaiseInvalidBlock =\n      validation.raiseValidateErrorThroughApplicativeError[Task]\n\n    new ExecutorFixture(db) with ExecEngineSerivceWithFakeEffects {\n      \/\/ Fake validation which lets everything through but it raises the one\n      \/\/ invalid status which should result in a block being saved.\n      override lazy val validation = new NoOpValidation[Task] {\n        override def checkEquivocation(dag: DagRepresentation[Task], block: Block): Task[Unit] =\n          functorRaiseInvalidBlock.raise(EquivocatedBlock)\n      }\n\n      override def test =\n        messageExecutor.computeEffects(sample[Block], false) map {\n          case (status, effects) =>\n            status shouldBe EquivocatedBlock\n            effects.effects shouldBe (empty)\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/errors.scala","text":"<filename>comm\/src\/main\/scala\/io\/casperlabs\/comm\/errors.scala\npackage io.casperlabs.comm\n\nimport java.nio.file._\n\nimport cats.data._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.catscontrib._\nimport io.casperlabs.comm.discovery.Node\nimport io.casperlabs.crypto.codec.Base16\nimport io.grpc.{Status, StatusRuntimeException}\n\nimport scala.util.control.NoStackTrace\n\n\/** Errors that we want to propagate over gRPC interfaces,\n  * matching one of https:\/\/grpc.io\/grpc-java\/javadoc\/io\/grpc\/Status.html *\/\nsealed trait ServiceError extends NoStackTrace\nobject ServiceError {\n  \/\/ Created class so that in logs it's a bit more readable.\n  \/\/ TODO: Provide customer `Serializable` implementation so test can be forked.\n  class Exception(status: Status) extends StatusRuntimeException(status) with ServiceError\n\n  \/** Factory to create and match gRPC errors. *\/\n  abstract class StatusError(status: Status) {\n    def apply(msg: String): Exception =\n      new Exception(status.withDescription(msg))\n\n    def unapply(ex: Throwable): Option[String] = ex match {\n      case ex: StatusRuntimeException if ex.getStatus.getCode == status.getCode =>\n        Some(ex.getStatus.getDescription)\n      case _ =>\n        None\n    }\n  }\n\n  object NotFound extends StatusError(Status.NOT_FOUND) {\n    def deploy(deployHash: ByteString): ServiceError.Exception =\n      deploy(Base16.encode(deployHash.toByteArray))\n\n    def deploy(deployHashBase16: String): ServiceError.Exception =\n      apply(s\"Deploy ${deployHashBase16} could not be found.\")\n\n    def block(blockHash: ByteString): ServiceError.Exception =\n      block(Base16.encode(blockHash.toByteArray))\n\n    def block(blockHashBase16: String): ServiceError.Exception =\n      apply(s\"Block ${blockHashBase16} could not be found.\")\n\n    def balance(account: ByteString): ServiceError.Exception =\n      balance(Base16.encode(account.toByteArray))\n\n    def balance(accountBase16: String): ServiceError.Exception =\n      apply(s\"Balance of $accountBase16 account could not be found\")\n  }\n\n  \/\/ NOTE: See https:\/\/github.com\/grpc\/grpc\/blob\/master\/doc\/statuscodes.md about when to use which one.\n\n  object Aborted            extends StatusError(Status.ABORTED)\n  object AlreadyExists      extends StatusError(Status.ALREADY_EXISTS)\n  object DeadlineExceeded   extends StatusError(Status.DEADLINE_EXCEEDED)\n  object FailedPrecondition extends StatusError(Status.FAILED_PRECONDITION)\n  object Internal           extends StatusError(Status.INTERNAL)\n  object InvalidArgument    extends StatusError(Status.INVALID_ARGUMENT)\n  object OutOfRange         extends StatusError(Status.OUT_OF_RANGE)\n  object ResourceExhausted  extends StatusError(Status.RESOURCE_EXHAUSTED)\n  object Unauthenticated    extends StatusError(Status.UNAUTHENTICATED)\n  object Unavailable        extends StatusError(Status.UNAVAILABLE)\n  object Unimplemented      extends StatusError(Status.UNIMPLEMENTED)\n}\n\nsealed trait GossipError extends NoStackTrace\nobject GossipError {\n\n  \/** Download from the other party failed due to invalid chunk sizes. *\/\n  final case class InvalidChunks(msg: String, source: Node) extends Exception(msg) with GossipError\n\n  \/** Tried to schedule a download for which we don't have the dependencies. *\/\n  final case class MissingDependencies(msg: String, missing: Seq[ByteString])\n      extends Exception(msg)\n      with GossipError\n\n  object MissingDependencies {\n    def apply(blockHash: ByteString, missing: Seq[ByteString]): MissingDependencies =\n      MissingDependencies(\n        s\"Block ${Base16.encode(blockHash.toByteArray)} has missing dependencies: [${missing\n          .map(x => Base16.encode(x.toByteArray))\n          .mkString(\", \")}]\",\n        missing\n      )\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/RuntimeOps.scala","text":"package io.casperlabs.shared\n\nimport java.util.{Timer, TimerTask}\nimport scala.concurrent.duration.FiniteDuration\n\ntrait RuntimeOps {\n\n  \/** Try exiting normally, but if it doesn't work use the more forceful option.  *\/\n  def exitOrHalt(status: Int, timeout: FiniteDuration): Unit =\n    try {\n      val timer = new Timer()\n      timer.schedule(new TimerTask() {\n        override def run(): Unit =\n          Runtime.getRuntime.halt(status)\n      }, timeout.toMillis)\n      System.exit(status)\n    } catch {\n      case _: Throwable =>\n        Runtime.getRuntime.halt(status)\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/protobuf\/dsl.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.models.cltype.protobuf\n\nimport cats.syntax.option._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.state.{CLType, CLValueInstance, Key, Unit}\n\nobject dsl {\n\n  object types {\n    val bool: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.BOOL))\n    val i32: CLType    = CLType(CLType.Variants.SimpleType(CLType.Simple.I32))\n    val i64: CLType    = CLType(CLType.Variants.SimpleType(CLType.Simple.I64))\n    val u8: CLType     = CLType(CLType.Variants.SimpleType(CLType.Simple.U8))\n    val u32: CLType    = CLType(CLType.Variants.SimpleType(CLType.Simple.U32))\n    val u64: CLType    = CLType(CLType.Variants.SimpleType(CLType.Simple.U64))\n    val u128: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.U128))\n    val u256: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.U256))\n    val u512: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.U512))\n    val unit: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.UNIT))\n    val string: CLType = CLType(CLType.Variants.SimpleType(CLType.Simple.STRING))\n    val key: CLType    = CLType(CLType.Variants.SimpleType(CLType.Simple.KEY))\n    val uref: CLType   = CLType(CLType.Variants.SimpleType(CLType.Simple.UREF))\n\n    def option(inner: CLType): CLType =\n      CLType(CLType.Variants.OptionType(CLType.OptionProto(inner.some)))\n\n    def list(inner: CLType): CLType =\n      CLType(CLType.Variants.ListType(CLType.List(inner.some)))\n\n    def fixedList(inner: CLType, length: Int): CLType =\n      CLType(\n        CLType.Variants.FixedListType(CLType.FixedList(inner.some, length))\n      )\n\n    def result(ok: CLType, err: CLType): CLType =\n      CLType(\n        CLType.Variants\n          .ResultType(CLType.Result(ok = ok.some, err = err.some))\n      )\n\n    def map(key: CLType, value: CLType): CLType =\n      CLType(\n        CLType.Variants\n          .MapType(CLType.Map(key = key.some, value = value.some))\n      )\n\n    def tuple1(inner: CLType): CLType =\n      CLType(CLType.Variants.Tuple1Type(CLType.Tuple1(inner.some)))\n\n    def tuple2(t1: CLType, t2: CLType): CLType =\n      CLType(\n        CLType.Variants\n          .Tuple2Type(CLType.Tuple2(t1.some, t2.some))\n      )\n\n    def tuple3(t1: CLType, t2: CLType, t3: CLType): CLType =\n      CLType(\n        CLType.Variants\n          .Tuple3Type(CLType.Tuple3(t1.some, t2.some, t3.some))\n      )\n\n    val any: CLType = CLType(CLType.Variants.AnyType(CLType.Any()))\n  }\n\n  object values {\n    def bool(b: Boolean): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.BoolValue(b)\n    )\n\n    def i32(i: Int): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.I32(i)\n    )\n\n    def i64(i: Long): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.I64(i)\n    )\n\n    def u8(b: Byte): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U8(b.toInt)\n    )\n\n    def u32(i: Int): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U32(i)\n    )\n\n    def u64(i: Long): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U64(i)\n    )\n\n    def u128(i: BigInt): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U128(\n        CLValueInstance.U128(i.toString)\n      )\n    )\n\n    def u256(i: BigInt): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U256(\n        CLValueInstance.U256(i.toString)\n      )\n    )\n\n    def u512(i: BigInt): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.U512(\n        CLValueInstance.U512(i.toString)\n      )\n    )\n\n    val unit: CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.Unit(Unit())\n    )\n\n    def string(s: String): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.StrValue(s)\n    )\n\n    def key(k: Key): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.Key(k)\n    )\n\n    def uref(u: Key.URef): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.Uref(u)\n    )\n\n    def bytes(bs: Seq[Byte]): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.BytesValue(ByteString.copyFrom(bs.toArray))\n    )\n\n    def option(inner: Option[CLValueInstance.Value]): CLValueInstance.Value =\n      CLValueInstance.Value(\n        value = CLValueInstance.Value.Value.OptionValue(\n          CLValueInstance.OptionProto(inner)\n        )\n      )\n\n    def list(inner: Seq[CLValueInstance.Value]): CLValueInstance.Value =\n      CLValueInstance.Value(\n        value = CLValueInstance.Value.Value.ListValue(\n          CLValueInstance.List(inner)\n        )\n      )\n\n    def fixedList(inner: Seq[CLValueInstance.Value]): CLValueInstance.Value =\n      CLValueInstance.Value(\n        value = CLValueInstance.Value.Value.FixedListValue(\n          CLValueInstance.FixedList(inner.size, inner)\n        )\n      )\n\n    def result(\n        inner: Either[CLValueInstance.Value, CLValueInstance.Value]\n    ): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.ResultValue(\n        CLValueInstance.Result(\n          inner.fold(\n            CLValueInstance.Result.Value.Err.apply,\n            CLValueInstance.Result.Value.Ok.apply\n          )\n        )\n      )\n    )\n\n    def map(inner: Seq[CLValueInstance.MapEntry]): CLValueInstance.Value =\n      CLValueInstance.Value(\n        value = CLValueInstance.Value.Value.MapValue(\n          CLValueInstance.Map(inner)\n        )\n      )\n\n    def tuple1(_1: CLValueInstance.Value): CLValueInstance.Value =\n      CLValueInstance.Value(\n        value = CLValueInstance.Value.Value.Tuple1Value(\n          CLValueInstance.Tuple1(Some(_1))\n        )\n      )\n\n    def tuple2(\n        _1: CLValueInstance.Value,\n        _2: CLValueInstance.Value\n    ): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.Tuple2Value(\n        CLValueInstance.Tuple2(Some(_1), Some(_2))\n      )\n    )\n\n    def tuple3(\n        _1: CLValueInstance.Value,\n        _2: CLValueInstance.Value,\n        _3: CLValueInstance.Value\n    ): CLValueInstance.Value = CLValueInstance.Value(\n      value = CLValueInstance.Value.Value.Tuple3Value(\n        CLValueInstance.Tuple3(Some(_1), Some(_2), Some(_3))\n      )\n    )\n  }\n\n  object instances {\n    def bool(b: Boolean): CLValueInstance = CLValueInstance(\n      clType = types.bool.some,\n      value = values.bool(b).some\n    )\n\n    def i32(i: Int): CLValueInstance = CLValueInstance(\n      clType = types.i32.some,\n      value = values.i32(i).some\n    )\n\n    def i64(i: Long): CLValueInstance = CLValueInstance(\n      clType = types.i64.some,\n      value = values.i64(i).some\n    )\n\n    def u8(b: Byte): CLValueInstance = CLValueInstance(\n      clType = types.u8.some,\n      value = values.u8(b).some\n    )\n\n    def u32(i: Int): CLValueInstance = CLValueInstance(\n      clType = types.u32.some,\n      value = values.u32(i).some\n    )\n\n    def u64(i: Long): CLValueInstance = CLValueInstance(\n      clType = types.u64.some,\n      value = values.u64(i).some\n    )\n\n    def u128(i: BigInt): CLValueInstance = CLValueInstance(\n      clType = types.u128.some,\n      value = values.u128(i).some\n    )\n\n    def u256(i: BigInt): CLValueInstance = CLValueInstance(\n      clType = types.u256.some,\n      value = values.u256(i).some\n    )\n\n    def u512(i: BigInt): CLValueInstance = CLValueInstance(\n      clType = types.u512.some,\n      value = values.u512(i).some\n    )\n\n    val unit: CLValueInstance = CLValueInstance(\n      clType = types.unit.some,\n      value = values.unit.some\n    )\n\n    def string(s: String): CLValueInstance = CLValueInstance(\n      clType = types.string.some,\n      value = values.string(s).some\n    )\n\n    def key(k: Key): CLValueInstance = CLValueInstance(\n      clType = types.key.some,\n      value = values.key(k).some\n    )\n\n    def uref(u: Key.URef): CLValueInstance = CLValueInstance(\n      clType = types.uref.some,\n      value = values.uref(u).some\n    )\n\n    def bytes(bs: Seq[Byte]): CLValueInstance = CLValueInstance(\n      clType = types.list(types.u8).some,\n      value = values.bytes(bs).some\n    )\n\n    def bytesFixedLength(bs: Seq[Byte]): CLValueInstance = CLValueInstance(\n      clType = types.fixedList(types.u8, bs.size).some,\n      value = values.bytes(bs).some\n    )\n\n    object option {\n      def some(element: CLValueInstance): CLValueInstance = CLValueInstance(\n        clType = element.clType.map(types.option),\n        value = values.option(element.value).some\n      )\n\n      def none(innerType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.option(innerType).some,\n        value = values.option(None).some\n      )\n    }\n\n    object list {\n      def empty(innerType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.list(innerType).some,\n        value = values.list(Nil).some\n      )\n\n      def apply(elements: Seq[CLValueInstance]): CLValueInstance = CLValueInstance(\n        clType = elements.headOption.flatMap(_.clType).fold(types.any)(types.list).some,\n        value = values.list(elements.flatMap(_.value)).some\n      )\n    }\n\n    object fixedList {\n      def empty(innerType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.fixedList(innerType, 0).some,\n        value = values.fixedList(Nil).some\n      )\n\n      def apply(elements: Seq[CLValueInstance]): CLValueInstance = CLValueInstance(\n        clType = elements.headOption\n          .flatMap(_.clType)\n          .fold(types.any)(types.fixedList(_, elements.size))\n          .some,\n        value = values.fixedList(elements.flatMap(_.value)).some\n      )\n    }\n\n    object result {\n      def ok(element: CLValueInstance, errType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.result(element.clType.getOrElse(types.any), errType).some,\n        value = element.value.map(v => values.result(Right(v)))\n      )\n\n      def err(element: CLValueInstance, okType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.result(okType, element.clType.getOrElse(types.any)).some,\n        value = element.value.map(v => values.result(Left(v)))\n      )\n    }\n\n    object map {\n      def empty(keyType: CLType, valueType: CLType): CLValueInstance = CLValueInstance(\n        clType = types.map(keyType, valueType).some,\n        value = values.map(Nil).some\n      )\n\n      def apply(elements: Seq[(CLValueInstance, CLValueInstance)]): CLValueInstance =\n        CLValueInstance(\n          clType = elements.headOption\n            .fold(types.map(types.any, types.any)) {\n              case (key, value) =>\n                types.map(key.clType.getOrElse(types.any), value.clType.getOrElse(types.any))\n            }\n            .some,\n          value = values\n            .map(\n              elements.map {\n                case (key, value) => CLValueInstance.MapEntry(key.value, value.value)\n              }\n            )\n            .some\n        )\n    }\n\n    def tuple1(_1: CLValueInstance): CLValueInstance =\n      CLValueInstance(\n        clType = _1.clType.map(types.tuple1),\n        value = _1.value.map(values.tuple1)\n      )\n\n    def tuple2(\n        _1: CLValueInstance,\n        _2: CLValueInstance\n    ): CLValueInstance = CLValueInstance(\n      clType = for {\n        t1 <- _1.clType\n        t2 <- _2.clType\n      } yield types.tuple2(t1, t2),\n      value = for {\n        v1 <- _1.value\n        v2 <- _2.value\n      } yield values.tuple2(v1, v2)\n    )\n\n    def tuple3(\n        _1: CLValueInstance,\n        _2: CLValueInstance,\n        _3: CLValueInstance\n    ): CLValueInstance = CLValueInstance(\n      clType = for {\n        t1 <- _1.clType\n        t2 <- _2.clType\n        t3 <- _3.clType\n      } yield types.tuple3(t1, t2, t3),\n      value = for {\n        v1 <- _1.value\n        v2 <- _2.value\n        v3 <- _3.value\n      } yield values.tuple3(v1, v2, v3)\n    )\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/synchronization\/SynchronizerSpec.scala","text":"package io.casperlabs.comm.gossiping.synchronization\n\nimport cats.effect.concurrent.Ref\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.casper.consensus.Block.Justification\nimport io.casperlabs.casper.consensus.{BlockSummary, Bond, GenesisCandidate}\nimport io.casperlabs.comm.discovery.Node\nimport io.casperlabs.comm.gossiping._\nimport io.casperlabs.comm.gossiping.synchronization._\nimport io.casperlabs.comm.gossiping.synchronization.Synchronizer.SyncError\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.shared.LogStub\nimport monix.eval.Task\nimport monix.execution.Scheduler.Implicits.global\nimport monix.execution.atomic.AtomicInt\nimport monix.execution.schedulers.CanBlock.permit\nimport monix.tail.Iterant\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\nimport org.scalatest.{BeforeAndAfterEach, Inspectors, Matchers, WordSpecLike}\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.duration._\n\nclass SynchronizerSpec\n    extends WordSpecLike\n    with Matchers\n    with BeforeAndAfterEach\n    with ArbitraryConsensusAndComm\n    with GeneratorDrivenPropertyChecks {\n  import SynchronizerSpec._\n\n  override implicit val generatorDrivenConfig: PropertyCheckConfiguration =\n    PropertyCheckConfiguration(minSuccessful = 25, workers = 1)\n\n  override def numValidators = 3\n\n  implicit val consensusConfig: ConsensusConfig = ConsensusConfig(dagDepth = 5, dagWidth = 5)\n\n  def genPositiveInt(min: Int, max: Int): Gen[Int] =\n    Gen.choose(min, max)\n\n  def genDoubleGreaterEqualOf0(max: Double): Gen[Double] =\n    Gen.choose(0.0, max)\n\n  \/\/ A dependency-free summary.\n  def sampleSummary = {\n    val s = sample[BlockSummary]\n    s.withHeader(s.getHeader.clearJustifications.clearParentHashes)\n  }\n  implicit class SampleSummaryOps(s: BlockSummary) {\n    def withParents(ps: BlockSummary*) =\n      s.withHeader(s.getHeader.withParentHashes(ps.map(_.blockHash)))\n    def sampleChild: BlockSummary =\n      sampleSummary.withParents(s)\n  }\n  implicit class SampleSummaryListOps(ss: List[BlockSummary]) {\n    def sampleChild: BlockSummary =\n      sampleSummary.withParents(ss: _*)\n  }\n\n  \"Synchronizer\" when {\n    \"streamed DAG contains cycle\" should {\n      \"return SyncError.Cycle\" in forAll(genPartialDagFromTips) { dag =>\n        log.reset()\n        val withCycle = dag ++ dag.take(1)\n\n        def test(cycledDag: Vector[BlockSummary]): Unit = TestFixture(cycledDag)() {\n          (synchronizer, _) =>\n            synchronizer.syncDag(Node(), Set(dag.head.blockHash)) foreachL { dagOrError =>\n              dagOrError.isLeft shouldBe true\n              dagOrError.left.get shouldBe an[SyncError.Cycle]\n              dagOrError.left.get\n                .asInstanceOf[SyncError.Cycle]\n                .summary shouldBe cycledDag.last\n            }\n        }\n        test(withCycle)\n      }\n    }\n    \"streamed DAG is too deep\" should {\n      \"return SyncError.TooDeep\" in forAll(\n        genPartialDagFromTips,\n        genPositiveInt(1, consensusConfig.dagDepth - 1)\n      ) { (dag, n) =>\n        log.reset()\n        TestFixture(dag)(maxPossibleDepth = n) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.TooDeep]\n          }\n        }\n      }\n    }\n    \"streamed DAG is abnormally wide\" should {\n      \"return SyncError.TooWide\" in forAll(\n        genPartialDagFromTips(\n          ConsensusConfig(dagDepth = 5, dagBranchingFactor = 4, dagWidth = Int.MaxValue)\n        ),\n        genDoubleGreaterEqualOf0(3)\n      ) { (dag, n) =>\n        log.reset()\n        TestFixture(dag)(maxBondingRate = n, minBlockCountToCheckWidth = 0) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.TooWide]\n          }\n        }\n      }\n    }\n    \"streamed DAG is not abnormally wide but has justifications on different ranks\" should {\n      \"not return SyncError.TooWide\" in forAll(\n        genSummaryDagFromGenesis(\n          ConsensusConfig(dagSize = 20)\n        )\n      ) { dag =>\n        val summaryMap = dag.groupBy(_.blockHash).mapValues(_.head)\n        def collectAncestors(acc: Set[ByteString], blockHash: ByteString): Set[ByteString] = {\n          val summary = summaryMap(blockHash)\n          val deps = summary.justifications\n            .map(_.latestBlockHash) ++ summary.parentHashes\n          deps.foldLeft(acc) {\n            case (acc, dep) if !acc(dep) =>\n              collectAncestors(acc + dep, dep)\n            case (acc, _) =>\n              acc\n          }\n        }\n        val target    = dag.last.blockHash\n        val ancestors = collectAncestors(Set(target), target)\n        val bonds =\n          dag.map(_.validatorPublicKey).distinct.map(Bond(_).withStake(state.BigInt(\"1\", 512)))\n        val subdag = dag.filter(x => ancestors(x.blockHash)).map { summary =>\n          summary\n            .withHeader(summary.getHeader.withState(summary.state.withBonds(bonds)))\n        }\n        log.reset()\n        TestFixture(subdag.reverse)(\n          maxBondingRate = 1.0,\n          minBlockCountToCheckWidth = 0,\n          maxDepthAncestorsRequest = 20\n        ) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(target)).map {\n            _ match {\n              case Right(dag) => dag should contain theSameElementsAs subdag\n              case Left(ex)   => throw ex\n            }\n          }\n        }\n      }\n    }\n\n    \"streamed summary can not be connected to initial block hashes\" should {\n      \"return SyncError.Unreachable\" in forAll(\n        genPartialDagFromTips,\n        arbBlockSummary.arbitrary\n      ) { (dag, arbitraryBlock) =>\n        log.reset()\n        TestFixture(dag :+ arbitraryBlock)() { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.Unreachable]\n          }\n        }\n      }\n    }\n\n    \"streamed summary is too far away from initial block hashes\" should {\n      \"return SyncError.Unreachable\" in forAll(\n        genPartialDagFromTips,\n        genPositiveInt(1, consensusConfig.dagDepth - 2)\n      ) { (dag, n) =>\n        log.reset()\n        TestFixture(dag)(maxDepthAncestorsRequest = n) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.Unreachable]\n          }\n        }\n      }\n    }\n\n    \"there are multiple paths leading to the same block\" should {\n      \"use the shortest for reachability checks\" in {\n        \/\/ Say we have the following DAG and sync from J with max depth 2; all we have is A.\n        \/\/            E - G - I\n        \/\/          \/          \\\n        \/\/ A - B - C - F - H --- J\n        \/\/\n        \/\/ First we'll get [J,I,H,G,F], which will tell us that we are missing parent hashes C and E.\n        \/\/ Second time we set targets [C,E] and get [E,C,B,A]. The distance check of A must be on the\n        \/\/ the shorter [A,B,C] path, not the longer [A,B,C,E] which would be over the limit.\n\n        val a = sampleSummary\n        val b = a.sampleChild\n        val c = b.sampleChild\n        val e = c.sampleChild\n        val f = c.sampleChild\n        val g = e.sampleChild\n        val h = f.sampleChild\n        val i = g.sampleChild\n        val j = List(h, i).sampleChild\n\n        val first  = Vector(j, i, h, g, f)\n        val second = Vector(e, c, b, a)\n\n        TestFixture(first, second)(\n          maxDepthAncestorsRequest = 2,\n          notInDag = hash => Task.now(hash != a.blockHash)\n        ) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(j.blockHash)).foreachL { dagOrError =>\n            dagOrError match {\n              case Left(err)  => fail(err.getMessage)\n              case Right(dag) => dag should have size (first.size + second.size).toLong\n            }\n          }\n        }\n      }\n    }\n\n    \"streamed block summary can not be validated\" should {\n      \"return SyncError.ValidationError\" in forAll(\n        genPartialDagFromTips\n      ) { dag =>\n        log.reset()\n        val e = new RuntimeException(\"Boom!\")\n        TestFixture(dag)(validate = _ => Task.raiseError[Unit](e)) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.ValidationError]\n            dagOrError.left.get.asInstanceOf[SyncError.ValidationError].reason shouldBe e\n          }\n        }\n      }\n    }\n    \"returned new part of DAG can not be connected to our DAG\" should {\n      \"return SyncError.MissingDependencies\" in forAll(\n        genPartialDagFromTips\n      ) { dag =>\n        log.reset()\n        TestFixture(dag)(notInDag = _ => Task.now(true)) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe an[SyncError.MissingDependencies]\n          }\n        }\n      }\n    }\n    \"streaming is halted with error\" should {\n      \"log error and return empty DAG\" in forAll(\n        genPartialDagFromTips\n      ) { dag =>\n        log.reset()\n        val e = new RuntimeException(\"Boom!\")\n        TestFixture(dag)(error = e.some) { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).attempt.foreachL { dagOrError =>\n            dagOrError.isLeft shouldBe true\n            dagOrError.left.get shouldBe e\n            log.causes should have size 1\n            log.causes.head shouldBe e\n          }\n        }\n      }\n    }\n\n    \"started multiple sync with the same node\" should {\n      \"only run one sync at a time\" in forAll(\n        genPartialDagFromTips\n      ) { dag =>\n        log.reset()\n        TestFixture(dag)() { (synchronizer, variables) =>\n          for {\n            fibers <- List.range(0, 5).traverse { _ =>\n                       synchronizer\n                         .syncDag(Node(), Set(dag.head.blockHash))\n                         .map(_ => variables.requestsGauge.get())\n                         .start\n                     }\n            readings <- fibers.traverse(_.join)\n          } yield {\n            readings.max should be <= 1\n          }\n        }\n      }\n    }\n\n    \"syncs repeatedy\" when {\n      \"using the same source\" should {\n        \"not traverse the DAG twice\" in forAll(\n          genPartialDagFromTips\n        ) { dag =>\n          \/\/ This was copied from the iterative test.\n          log.reset()\n          val ancestorsDepthRequest: Int = 2\n          val grouped = {\n            val headGroup   = Vector(Vector(dag.head))\n            val generations = dag.tail.grouped(consensusConfig.dagWidth).toVector\n            val groups      = headGroup ++ generations\n            groups.grouped(ancestorsDepthRequest).toVector.map(_.flatten)\n          }\n          val finalParents = dag.takeRight(consensusConfig.dagWidth).map(_.blockHash).toSet\n          TestFixture((grouped ++ grouped): _*)(\n            maxDepthAncestorsRequest = ancestorsDepthRequest,\n            notInDag = bs => Task.now(!finalParents(bs))\n          ) { (synchronizer, variables) =>\n            for {\n              r1 <- synchronizer.syncDag(Node(), Set(dag.head.blockHash))\n              r2 <- synchronizer.syncDag(Node(), Set(dag.head.blockHash))\n              d1 = r1.fold(throw _, identity)\n              d2 = r2.fold(throw _, identity)\n            } yield {\n              d2.length should be < d1.length\n              variables.requestsCounter.get should be < ((grouped.size.toDouble \/ ancestorsDepthRequest).ceil.toInt + 1) * 2\n            }\n          }\n        }\n      }\n    }\n\n    \"asked to sync DAG\" should {\n      \"ignore branching factor checks until specified count-threshold is reached\" in forAll(\n        genPartialDagFromTips(\n          ConsensusConfig(dagDepth = 3, dagBranchingFactor = 3, dagWidth = Int.MaxValue)\n        ),\n        genDoubleGreaterEqualOf0(2)\n      ) { (dag, n) =>\n        log.reset()\n        TestFixture(dag)(maxBondingRate = n, minBlockCountToCheckWidth = Int.MaxValue) {\n          (synchronizer, _) =>\n            synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n              dagOrError.isRight shouldBe true\n              dagOrError.right.get should contain allElementsOf dag\n            }\n        }\n      }\n\n      \"include justifications as known hashes\" in forAll(\n        genPartialDagFromTips,\n        genHash\n      ) { (dag, justification) =>\n        log.reset()\n        TestFixture(dag)(justifications = List(justification)) { (synchronizer, variables) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { _ =>\n            variables.knownHashes should contain allElementsOf List(justification)\n          }\n        }\n      }\n\n      \"iteratively traverse DAG\" in forAll(\n        genPartialDagFromTips\n      ) { dag =>\n        log.reset()\n        val ancestorsDepthRequest: Int = 2\n        val grouped = {\n          val headGroup   = Vector(Vector(dag.head))\n          val generations = dag.tail.grouped(consensusConfig.dagWidth).toVector\n          val groups      = headGroup ++ generations\n          groups.grouped(ancestorsDepthRequest).toVector.map(_.flatten)\n        }\n        val finalParents = dag.takeRight(consensusConfig.dagWidth).map(_.blockHash).toSet\n        TestFixture(grouped: _*)(\n          maxDepthAncestorsRequest = ancestorsDepthRequest,\n          notInDag = bs => Task.now(!finalParents(bs))\n        ) { (synchronizer, variables) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isRight shouldBe true\n            val d = dagOrError.right.get\n            d should contain allElementsOf dag.dropRight(consensusConfig.dagWidth)\n            variables.requestsCounter\n              .get() shouldBe (grouped.size.toDouble \/ ancestorsDepthRequest).ceil.toInt + 1\n          }\n        }\n      }\n\n      \"return DAG in topological order\" in forAll(genPartialDagFromTips) { dag =>\n        log.reset()\n        val hashToSummary = dag.map(s => (s.blockHash, s)).toMap.lift\n\n        def allAncestors(summary: BlockSummary): List[BlockSummary] = {\n          def directAncestors(s: BlockSummary): List[BlockSummary] =\n            s.parentHashes\n              .flatMap(p => hashToSummary(p).toList)\n              .toList ::: s.justifications\n              .flatMap(j => hashToSummary(j.latestBlockHash))\n              .toList\n\n          @annotation.tailrec\n          def loop(acc: List[BlockSummary], summaries: List[BlockSummary]): List[BlockSummary] =\n            if (summaries.isEmpty) {\n              acc\n            } else {\n              val ancestors = summaries.flatMap(directAncestors).distinct\n              loop(acc ::: ancestors, ancestors)\n            }\n          loop(Nil, List(summary)).distinct\n        }\n\n        TestFixture(dag)() { (synchronizer, _) =>\n          synchronizer.syncDag(Node(), Set(dag.head.blockHash)).foreachL { dagOrError =>\n            dagOrError.isRight shouldBe true\n            val d = dagOrError.right.get\n            val hashToIndex =\n              d.zipWithIndex.map { case (s, i) => (s.blockHash, i) }.toMap.withDefaultValue(-1)\n            d should not be empty\n            Inspectors.forAll(d.zipWithIndex) {\n              case (summary, index) =>\n                val ancestors = allAncestors(summary)\n                ancestors.forall(a => hashToIndex(a.blockHash) < index) shouldBe true\n            }\n          }\n        }\n      }\n    }\n  }\n}\n\nobject SynchronizerSpec {\n  implicit var log     = LogStub[Task]()\n  implicit val metrics = new Metrics.MetricsNOP[Task]\n\n  object MockBackend {\n    def apply(\n        mockJustifications: List[ByteString],\n        mockNotInDag: ByteString => Task[Boolean],\n        mockValidate: BlockSummary => Task[Unit]\n    ): SynchronizerImpl.Backend[Task] =\n      new SynchronizerImpl.Backend[Task] {\n        def justifications: Task[List[ByteString]]           = Task.now(mockJustifications)\n        def validate(blockSummary: BlockSummary): Task[Unit] = mockValidate(blockSummary)\n        def notInDag(blockHash: ByteString): Task[Boolean]   = mockNotInDag(blockHash)\n      }\n  }\n\n  object MockGossipService {\n    def apply(\n        requestsCounter: AtomicInt,\n        requestsGauge: AtomicInt,\n        error: Option[RuntimeException],\n        knownHashes: ListBuffer[ByteString],\n        \/\/ Each request will return the next DAG.\n        dags: Vector[BlockSummary]*\n    ): Task[GossipService[Task]] =\n      Task.now {\n        new NoOpsGossipService[Task] {\n          override def streamAncestorBlockSummaries(\n              request: StreamAncestorBlockSummariesRequest\n          ) = {\n            request.knownBlockHashes.foreach(h => knownHashes += h)\n            Iterant\n              .resource {\n                Task.delay(requestsGauge.increment())\n              } { _ =>\n                Task.delay(requestsGauge.decrement())\n              }\n              .flatMap { _ =>\n                error.fold(\n                  Iterant.fromSeq[Task, BlockSummary] {\n                    dags.lift(requestsCounter.getAndIncrement()).getOrElse(Vector.empty)\n                  }\n                ) { e =>\n                  Iterant.raiseError(e)\n                }\n              }\n          }\n        }\n      }\n  }\n\n  case class TestVariables(\n      requestsCounter: AtomicInt,\n      requestsGauge: AtomicInt,\n      knownHashes: ListBuffer[ByteString]\n  )\n\n  object TestFixture {\n\n    \/** The `dags` contain successive responses to requests. *\/\n    def apply(dags: Vector[BlockSummary]*)(\n        maxPossibleDepth: Int = Int.MaxValue,\n        maxBondingRate: Double = 1.0,\n        maxDepthAncestorsRequest: Int = Int.MaxValue,\n        minBlockCountToCheckWidth: Int = Int.MaxValue,\n        validate: BlockSummary => Task[Unit] = _ => Task.unit,\n        notInDag: ByteString => Task[Boolean] = _ => Task.now(false),\n        error: Option[RuntimeException] = None,\n        justifications: List[ByteString] = Nil\n    )(test: (Synchronizer[Task], TestVariables) => Task[Unit]): Unit = {\n      val requestsCounter = AtomicInt(0)\n      val requestsGauge   = AtomicInt(0)\n      val knownHashes     = ListBuffer.empty[ByteString]\n\n      SynchronizerImpl[Task](\n        connectToGossip =\n          _ => MockGossipService(requestsCounter, requestsGauge, error, knownHashes, dags: _*),\n        backend = MockBackend(justifications, notInDag, validate),\n        maxPossibleDepth = maxPossibleDepth,\n        minBlockCountToCheckWidth = minBlockCountToCheckWidth,\n        maxBondingRate = maxBondingRate,\n        maxDepthAncestorsRequest = maxDepthAncestorsRequest,\n        disableValidations = false\n      ).flatMap { synchronizer =>\n          test(synchronizer, TestVariables(requestsCounter, requestsGauge, knownHashes))\n        }\n        .runSyncUnsafe(5.seconds)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/protobuf\/MappingsTest.scala","text":"package io.casperlabs.models.cltype.protobuf\n\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport io.casperlabs.models.cltype.{CLType, CLValueInstance}\nimport io.casperlabs.models.cltype.CLTypeSerializationTest.arbCLType\nimport io.casperlabs.models.cltype.CLValueInstanceTest.arbCLInstance\n\nclass MappingsTest extends FlatSpec with Matchers with PropertyChecks {\n  \"CLType to\/fromProto\" should \"work\" in forAll { (t: CLType) =>\n    val p = Mappings.toProto(t)\n    val q = Mappings.fromProto(p)\n\n    Right(t) shouldBe q\n  }\n\n  it should \"be stack safe (deep nesting)\" in {\n    val deepType = (1 to 1000000).foldLeft[CLType](CLType.Unit) {\n      case (acc, _) => CLType.Option(acc)\n    }\n    val deepProto = Mappings.toProto(deepType)\n    val _         = Mappings.fromProto(deepProto)\n  }\n\n  it should \"be stack safe (wide nesting)\" in {\n    val wideType = (1 to 20).foldLeft[CLType](CLType.Unit) {\n      case (acc, _) => CLType.Tuple2(acc, acc)\n    }\n    val wideProto = Mappings.toProto(wideType)\n    val _         = Mappings.fromProto(wideProto)\n  }\n\n  \"CLValueInstance to\/fromProto\" should \"work\" in forAll { (v: CLValueInstance) =>\n    val p = Mappings.toProto(v)\n    val q = Mappings.fromProto(p)\n\n    Right(v) shouldBe q\n  }\n\n  it should \"be stack safe (deep nesting)\" in {\n    val deepType = (1 to 1000000).foldLeft[CLValueInstance](CLValueInstance.Unit) {\n      case (acc, _) => CLValueInstance.Option(Some(acc), acc.clType).right.get\n    }\n    val deepProto = Mappings.toProto(deepType)\n    val _         = Mappings.fromProto(deepProto)\n  }\n\n  it should \"be stack safe (wide nesting)\" in {\n    val wideType = (1 to 20).foldLeft[CLValueInstance](CLValueInstance.Unit) {\n      case (acc, _) => CLValueInstance.Tuple2(acc, acc)\n    }\n    val wideProto = Mappings.toProto(wideType)\n    val _         = Mappings.fromProto(wideProto)\n  }\n\n  \"CLValueInstance.List(U8) and CLValueInstance.FixedList(U8)\" should \"convert into bytes\" in {\n    val bytes          = Array.range(0, 32).map(_.toByte)\n    val bytesInstances = bytes.map(CLValueInstance.U8.apply)\n    val list           = CLValueInstance.List(bytesInstances, CLType.U8).right.get\n    val fixedList      = CLValueInstance.FixedList(bytesInstances, CLType.U8, bytes.length).right.get\n\n    Mappings.toProto(list) shouldBe dsl.instances.bytes(bytes)\n    Mappings.toProto(fixedList) shouldBe dsl.instances.bytesFixedLength(bytes)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/SemVerSerializationTest.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.SerializationTest.roundTrip\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport SemVerSerializationTest.arbSemVer\n\nclass SemVerSerializationTest extends FlatSpec with Matchers with PropertyChecks {\n  \"SemVers\" should \"serialize properly\" in forAll { (v: SemVer) =>\n    roundTrip(v, SemVer.deserializer)\n  }\n}\n\nobject SemVerSerializationTest {\n  val genSemVer: Gen[SemVer] = for {\n    major <- Gen.choose(1, 10)\n    minor <- Gen.choose(0, 20)\n    patch <- Gen.choose(0, 1000)\n  } yield SemVer(major, minor, patch)\n\n  implicit val arbSemVer: Arbitrary[SemVer] = Arbitrary(genSemVer)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/DeployFilters.scala","text":"<filename>casper\/src\/main\/scala\/io\/casperlabs\/casper\/DeployFilters.scala\npackage io.casperlabs.casper\n\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.dag.DagOperations\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.dag.DagRepresentation\n\n\/**\n  * Provides filters for dealing with streams of deploys. The intent is to\n  * compose these filters when selecting deploys to include in a block.\n  *\/\nobject DeployFilters {\n\n  \/**\n    * Creates a function which returns true for deploys where `deploy.header.timestamp`\n    * is less than or equal to the given timestamp.\n    *\/\n  def timestampBefore(timestamp: Long): Deploy.Header => Boolean = _.timestamp <= timestamp\n\n  \/**\n    * Creates a function which returns true for deploys where\n    * `deploy.header.timestamp + deploy.header.ttl_millis` is greater than or\n    * equal to the given timestamp. I.e. this takes deploys that are not expired as of\n    * the provided timestamp.\n    *\/\n  def notExpired(timestamp: Long, maxTTL: Int): Deploy.Header => Boolean = header => {\n    val ttl = ProtoUtil.getTimeToLive(header, maxTTL)\n    timestamp <= (header.timestamp + ttl)\n  }\n\n  \/**\n    * Creates a function which returns true for deploys where all\n    * `deploy.header.dependencies` are contained in blocks in the\n    * p-past-cone of one or more of the provided `parents`.\n    *\/\n  def dependenciesMet[F[_]: MonadThrowable: BlockStorage](\n      dag: DagRepresentation[F],\n      parents: Set[BlockHash]\n  ): Deploy => F[Boolean] = { deploy =>\n    val dependencies = deploy.getHeader.dependencies.toList\n\n    if (dependencies.nonEmpty)\n      filterDeploysNotInPast(dag, parents, dependencies).map(_.isEmpty)\n    else true.pure[F]\n  }\n\n  object Pipes {\n    def timestampBefore[F[_]](\n        timestamp: Long\n    ): fs2.Pipe[F, (DeployHash, Deploy.Header), (DeployHash, Deploy.Header)] =\n      filter(tupleRight(DeployFilters.timestampBefore(timestamp)))\n\n    def notExpired[F[_]](\n        timestamp: Long,\n        maxTTL: Int\n    ): fs2.Pipe[F, (DeployHash, Deploy.Header), (DeployHash, Deploy.Header)] =\n      filter(tupleRight(DeployFilters.notExpired(timestamp, maxTTL)))\n\n    def dependenciesMet[F[_]: MonadThrowable: BlockStorage](\n        dag: DagRepresentation[F],\n        parents: Set[BlockHash]\n    ): fs2.Pipe[F, Deploy, Deploy] =\n      filterA(DeployFilters.dependenciesMet(dag, parents))\n\n    def validMaxTtl[F[_]: MonadThrowable](\n        maxTTL: Int\n    ): fs2.Pipe[F, (DeployHash, Deploy.Header), (DeployHash, Deploy.Header)] =\n      filter(tupleRight(d => d.ttlMillis < maxTTL))\n\n    \/**\n      * Lifts a boolean function on A to one on (B, A) by acting only\n      * on the right element of the tuple.\n      *\/\n    private def tupleRight[A, B](condition: A => Boolean): ((B, A)) => Boolean = {\n      case (_, a) => condition(a)\n    }\n\n    \/**\n      * Convenience method for creating a Pipe from a boolean condition.\n      * Retains only elements that meet the condition.\n      *\/\n    private def filter[F[_], A](condition: A => Boolean): fs2.Pipe[F, A, A] = _.filter(condition)\n\n    \/**\n      * Convenience method for creating a Pipe from a boolean condition with effect.\n      * Retains only elements that meet the condition.\n      *\/\n    private def filterA[F[_]: cats.Functor, A](condition: A => F[Boolean]): fs2.Pipe[F, A, A] =\n      _.evalMap { a =>\n        condition(a).map(result => if (result) a.some else none[A])\n      }.unNone\n  }\n\n  \/** Find deploys which either haven't been processed yet or are in blocks which are\n    * not in the past cone of the chosen parents.\n    *\/\n  def filterDeploysNotInPast[F[_]: MonadThrowable: BlockStorage](\n      dag: DagRepresentation[F],\n      parents: Set[BlockHash],\n      deployHashes: List[ByteString]\n  ): F[List[ByteString]] =\n    for {\n      deployHashToBlocksMap <- BlockStorage[F].findBlockHashesWithDeployHashes(deployHashes)\n\n      blockHashes = deployHashToBlocksMap.values.flatten.toList.distinct\n\n      nonOrphanedBlockHashes <- DagOperations\n                                 .collectWhereDescendantPathExists[F](\n                                   dag,\n                                   blockHashes.toSet,\n                                   parents\n                                 )\n\n      deploysNotInPast = deployHashToBlocksMap.collect {\n        case (deployHash, blockHashes)\n            if blockHashes.isEmpty || !blockHashes.exists(nonOrphanedBlockHashes) =>\n          deployHash\n      }.toList\n\n    } yield deploysNotInPast\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/stateT.scala","text":"<reponame>hnjolles1\/CasperLabs<filename>shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/stateT.scala\npackage io.casperlabs.catscontrib\n\nimport cats._, cats.data._, cats.implicits._\n\nobject stateT extends StateTInstances\n\ntrait StateTInstances {\n  implicit def stateTMonadTrans[A]: MonadTrans[StateT[*[_], A, ?]] = new StateTMonadTrans[A] {}\n}\n\ntrait StateTMonadTrans[A] extends MonadTrans[StateT[*[_], A, ?]] {\n\n  def liftM[M[_], B](mb: M[B])(implicit M: Monad[M]): StateT[M, A, B] = StateT.liftF(mb)\n\n  implicit def apply[M[_]: Monad]: Monad[StateT[M, A, ?]] = Monad[StateT[M, A, ?]]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/dag\/IndexedDagStorage.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.storage.dag\n\nimport cats.Monad\nimport cats.effect.Concurrent\nimport cats.effect.concurrent.{Ref, Semaphore}\nimport cats.implicits._\nimport io.casperlabs.casper.consensus.Block\n\nfinal class IndexedDagStorage[F[_]: Monad](\n    lock: Semaphore[F],\n    underlying: DagStorage[F],\n    idToBlocksRef: Ref[F, Map[Long, Block]],\n    currentIdRef: Ref[F, Long]\n) extends DagStorage[F] {\n\n  \/* May not return immutable representation for some implementations *\/\n  def getRepresentation: F[DagRepresentation[F]] =\n    for {\n      _      <- lock.acquire\n      result <- underlying.getRepresentation\n      _      <- lock.release\n    } yield result\n\n  private[storage] def insert(block: Block): F[DagRepresentation[F]] =\n    for {\n      _          <- lock.acquire\n      _          <- underlying.insert(block)\n      _          <- lock.release\n      updatedDag <- getRepresentation\n    } yield updatedDag\n\n  def index(block: Block): F[Unit] =\n    lock.withPermit {\n      for {\n        nextId <- currentIdRef.modify(s => (s + 1, s + 1))\n        _      <- idToBlocksRef.update(_.updated(nextId, block))\n      } yield ()\n    }\n\n  def inject(index: Int, block: Block): F[Unit] =\n    for {\n      _ <- lock.acquire\n      _ <- idToBlocksRef.update(_.updated(index.toLong, block))\n      _ <- underlying.insert(block)\n      _ <- lock.release\n    } yield ()\n\n  def checkpoint(): F[Unit] = underlying.checkpoint()\n\n  def clear(): F[Unit] =\n    for {\n      _ <- lock.acquire\n      _ <- underlying.clear()\n      _ <- idToBlocksRef.set(Map.empty)\n      _ <- currentIdRef.set(-1)\n      _ <- lock.release\n    } yield ()\n\n  def close(): F[Unit] = underlying.close()\n\n  def lookupById(id: Int): F[Option[Block]] =\n    for {\n      idToBlocks <- idToBlocksRef.get\n    } yield idToBlocks.get(id.toLong)\n\n  def lookupByIdUnsafe(id: Int): F[Block] =\n    for {\n      idToBlocks <- idToBlocksRef.get\n    } yield idToBlocks(id.toLong)\n}\n\nobject IndexedDagStorage {\n  def apply[F[_]](implicit B: IndexedDagStorage[F]): IndexedDagStorage[F] = B\n\n  def create[F[_]: Concurrent](underlying: DagStorage[F]): F[IndexedDagStorage[F]] =\n    for {\n      semaphore  <- Semaphore[F](1)\n      idToBlocks <- Ref.of[F, Map[Long, Block]](Map.empty)\n      currentId  <- Ref.of[F, Long](-1L)\n    } yield new IndexedDagStorage[F](\n      semaphore,\n      underlying,\n      idToBlocks,\n      currentId\n    )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/finality\/votingmatrix\/VotingMatrixState.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.finality.votingmatrix\n\nimport io.casperlabs.casper.Estimator.Validator\nimport io.casperlabs.casper.finality.Level\nimport io.casperlabs.casper.finality.votingmatrix.VotingMatrix.Vote\nimport io.casperlabs.models.Weight\nimport scala.collection.mutable.{IndexedSeq => MutableSeq}\n\nprivate[votingmatrix] case class VotingMatrixState(\n    votingMatrix: MutableSeq[MutableSeq[Level]],\n    firstLevelZeroVotes: MutableSeq[Option[Vote]],\n    validatorToIdx: Map[Validator, Int],\n    weightMap: Map[Validator, Weight],\n    validators: MutableSeq[Validator]\n)\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/ByteArray32.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\n\n\/** Special type indicating a byte array with exactly 32 elements. *\/\ncase class ByteArray32 private (bytes: IndexedSeq[Byte])\n\nobject ByteArray32 {\n  def apply(bytes: IndexedSeq[Byte]): Option[ByteArray32] =\n    if (bytes.length == 32) Some(new ByteArray32(bytes))\n    else None\n\n  implicit val toBytes: ToBytes[ByteArray32] = new ToBytes[ByteArray32] {\n    override def toBytes(b: ByteArray32): Array[Byte] =\n      b.bytes.toArray\n  }\n\n  def lt(a: ByteArray32, b: ByteArray32): Boolean = (a, b) match {\n    case (ByteArray32(xs), ByteArray32(ys)) =>\n      xs.iterator.zip(ys.iterator).find { case (x, y) => x != y } match {\n        case None         => false \/\/ a == b since all elements were equal\n        case Some((x, y)) => x < y\n      }\n  }\n\n  val deserializer: FromBytes.Deserializer[ByteArray32] =\n    FromBytes.take(32).map(view => new ByteArray32(view.toArray))\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/test\/scala\/io\/casperlabs\/node\/api\/graphql\/GraphQLServiceSpec.scala","text":"package io.casperlabs.node.api.graphql\n\nimport cats.data.Kleisli\nimport cats.effect.{ConcurrentEffect, Resource}\nimport cats.implicits._\nimport io.casperlabs.shared.Log\nimport io.casperlabs.shared.Log.NOPLog\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.metrics.Metrics.MetricsNOP\nimport io.circe.parser.parse\nimport io.circe.syntax._\nimport io.circe.{Json, JsonObject}\nimport monix.eval.Task\nimport monix.eval.instances.CatsConcurrentEffectForTask\nimport monix.execution.Scheduler.Implicits.global\nimport monix.execution.atomic.Atomic\nimport org.http4s._\nimport org.http4s.circe._\nimport org.http4s.implicits._\nimport org.http4s.server.Router\nimport org.http4s.server.blaze.BlazeServerBuilder\nimport org.java_websocket.extensions.IExtension\nimport org.java_websocket.protocols.IProtocol\nimport java.net.URI\n\nimport org.java_websocket.client.WebSocketClient\nimport org.java_websocket.drafts.Draft_6455\nimport org.java_websocket.handshake.ServerHandshake\n\nimport scala.collection.JavaConverters._\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.{Matchers, WordSpecLike}\nimport sangria.execution.{ExceptionHandler, Executor, HandledException}\nimport sangria.schema._\nimport fs2._\n\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success, Try}\n\nclass GraphQLServiceSpec extends WordSpecLike with Matchers with Eventually {\n\n  implicit val patienceConfiguration: PatienceConfig = PatienceConfig(\n    timeout = 5.seconds,\n    interval = 100.millis\n  )\n\n  import GraphQLServiceSpec._\n\n  \"GraphQL service\" when {\n    \"receives GraphQL query by POST\" should {\n      \"return a successful response\" in TestFixture.query() { service =>\n        for {\n          response <- service(\n                       Request(\n                         method = Method.POST,\n                         body = body(Query)\n                       )\n                     )\n        } yield check(response, Status.Ok, QuerySuccessfulResponse.some)\n      }\n\n      \"handle logically invalid GraphQL query\" in TestFixture.query() { service =>\n        for {\n          response <- service(\n                       Request(\n                         method = Method.POST,\n                         body = body(InvalidQuery)\n                       )\n                     )\n        } yield check(response, Status.BadRequest, checkBodyError _)\n      }\n\n      \"handle invalid HTTP request\" in TestFixture.query() { service =>\n        for {\n          response <- service(\n                       Request(\n                         method = Method.POST,\n                         body = body(\"invalid non JSON body\")\n                       )\n                     )\n        } yield check(response, Status.BadRequest, checkBodyError _)\n      }\n\n      \"return failure in case of errors in GraphQL schema resolver function\" in TestFixture.query(\n        Failure(new RuntimeException(\"Boom!\"))\n      ) { service =>\n        for {\n          response <- service(\n                       Request(\n                         method = Method.POST,\n                         body = body(Query)\n                       )\n                     )\n        } yield check(response, Status.Ok, checkBodyError _)\n      }\n    }\n\n    \"receives GraphQL subscription by WebSocket\" should {\n      \"return a successful response stream for multiple requests in parallel\" in TestFixture\n        .subscription(\n          List(\n            GraphQLWebSocketMessage.ConnectionInit,\n            GraphQLWebSocketMessage.Start(\"1\", GraphQLQuery(SubscriptionQuery)),\n            GraphQLWebSocketMessage.Start(\"2\", GraphQLQuery(SubscriptionQuery)),\n            GraphQLWebSocketMessage.Start(\"3\", GraphQLQuery(s\"query { $QueryFieldName }\"))\n          ).map(_.asJson.toString)\n        ) { responses =>\n          val expected = List(\n            GraphQLWebSocketMessage.ConnectionAck,\n            GraphQLWebSocketMessage.ConnectionKeepAlive,\n            GraphQLWebSocketMessage.Complete(\"1\"),\n            GraphQLWebSocketMessage.Complete(\"2\"),\n            GraphQLWebSocketMessage.Complete(\"3\"),\n            GraphQLWebSocketMessage.Data(\"3\", Json.fromJsonObject(QuerySuccessfulResponse))\n          ) ::: SubscriptionResponsesEncoded.flatMap(\n            json =>\n              List(\n                GraphQLWebSocketMessage.Data(\"1\", json),\n                GraphQLWebSocketMessage.Data(\"2\", json)\n              )\n          )\n          eventually {\n            responses.get() should contain allElementsOf expected\n          }\n        }\n\n      \"cancel a stream if receives Stop\" in TestFixture.subscription(\n        toSend = List(\n          GraphQLWebSocketMessage.ConnectionInit,\n          GraphQLWebSocketMessage.Start(\"1\", GraphQLQuery(SubscriptionQuery)),\n          GraphQLWebSocketMessage.Stop(\"1\")\n        ).map(_.asJson.toString),\n        subscriptionResponse = SubscriptionResponse.zipLeft(Stream.awakeEvery[Task](1.seconds))\n      ) { responses =>\n        assertThrows[Exception](eventually {\n          responses.get() should contain atLeastOneElementOf (SubscriptionResponsesEncoded\n            .map(json => GraphQLWebSocketMessage.Data(\"1\", json)) :+\n            GraphQLWebSocketMessage.Complete(\"1\"))\n        })\n      }\n\n      \"ignore unparseable messages\" in TestFixture\n        .subscription(\n          List(\n            (GraphQLWebSocketMessage.ConnectionInit: GraphQLWebSocketMessage).asJson.toString,\n            \"Invalid message\"\n          )\n        ) { responses =>\n          val expected = List(\n            GraphQLWebSocketMessage.ConnectionAck,\n            GraphQLWebSocketMessage.ConnectionKeepAlive,\n            GraphQLWebSocketMessage.ConnectionError(\n              s\"Failed to parse GraphQL WebSocket message: Invalid message, reason: expected json value got 'Invali...' (line 1, column 1)\"\n            )\n          )\n          eventually {\n            responses.get() should contain allElementsOf expected\n          }\n        }\n      \"ignore messages not following protocol\" in TestFixture\n        .subscription(\n          List(\n            (GraphQLWebSocketMessage\n              .Start(\"1\", GraphQLQuery(SubscriptionQuery)): GraphQLWebSocketMessage).asJson.toString\n          )\n        ) { responses =>\n          val expected = List(\n            GraphQLWebSocketMessage.ConnectionError(\n              s\"Unexpected message: Start(1,GraphQLQuery($SubscriptionQuery)) in state: 'Waiting for init message', ignoring\"\n            )\n          )\n          eventually {\n            responses.get() should contain allElementsOf expected\n          }\n        }\n      \"periodically send keep-alive messages\" in TestFixture\n        .subscription(\n          List(\n            (GraphQLWebSocketMessage.ConnectionInit: GraphQLWebSocketMessage).asJson.toString\n          )\n        ) { responses =>\n          eventually {\n            responses.get() should contain allElementsOf List(\n              GraphQLWebSocketMessage.ConnectionKeepAlive,\n              GraphQLWebSocketMessage.ConnectionKeepAlive\n            )\n          }\n        }\n      \"validate query\" in TestFixture\n        .subscription(\n          List(\n            GraphQLWebSocketMessage.ConnectionInit,\n            GraphQLWebSocketMessage.Start(\"1\", GraphQLQuery(SubscriptionInvalidQuery))\n          ).map(_.asJson.toString)\n        ) { responses =>\n          eventually {\n            val messages = responses.get().iterator\n            messages.next() shouldBe GraphQLWebSocketMessage.ConnectionAck\n            messages.next() shouldBe GraphQLWebSocketMessage.ConnectionKeepAlive\n            val error = messages.next()\n            error shouldBe an[GraphQLWebSocketMessage.Error]\n            error.asInstanceOf[GraphQLWebSocketMessage.Error].id shouldBe \"1\"\n            error.asInstanceOf[GraphQLWebSocketMessage.Error].payload should startWith(\n              \"Query does not pass validation.\"\n            )\n          }\n        }\n    }\n  }\n\n  def body(query: String): Stream[Task, Byte] =\n    Stream.emits[Task, Byte](query.getBytes.toList)\n\n  def check(\n      actual: Response[Task],\n      expectedStatus: Status,\n      expectedBodyOpt: Option[JsonObject] = None\n  ): Unit = {\n    val actualStatus = actual.status\n    actualStatus shouldBe expectedStatus\n    expectedBodyOpt.foreach { expectedBody =>\n      val actualBody = actual.as[Json].map(_.asObject.get).runSyncUnsafe(5.seconds)\n      actualBody shouldBe expectedBody\n    }\n  }\n\n  def check(actual: Response[Task], expectedStatus: Status, checkBody: JsonObject => Unit): Unit = {\n    val actualStatus = actual.status\n    actualStatus shouldBe expectedStatus\n    val actualBody = actual.as[Json].map(_.asObject.get).runSyncUnsafe(5.seconds)\n    checkBody(actualBody)\n  }\n\n  def checkBodyError(body: JsonObject): Unit = body(\"errors\") should not be empty\n}\n\nobject GraphQLServiceSpec {\n\n  type Service = Kleisli[Task, Request[Task], Response[Task]]\n\n  implicit val concurrentEffectMonix: ConcurrentEffect[Task] =\n    new CatsConcurrentEffectForTask() (global, Task.defaultOptions)\n\n  implicit val noOpLog: Log[Task] = Log.NOPLog[Task]\n\n  implicit val fs2SubscriptionStream: Fs2SubscriptionStream[Task] =\n    new Fs2SubscriptionStream[Task]()\n\n  implicit val metrics: Metrics[Task] = new MetricsNOP[Task] {}\n\n  val QueryFieldName     = \"testField\"\n  val QueryFieldResponse = \"testFieldResponse\"\n  val Query = Json\n    .fromJsonObject(JsonObject(\"query\" -> Json.fromString(s\"query { $QueryFieldName }\")))\n    .toString()\n  val QuerySuccessfulResponse = JsonObject(\n    \"data\" -> Json.fromJsonObject(\n      JsonObject(\n        QueryFieldName -> Json.fromString(QueryFieldResponse)\n      )\n    )\n  )\n  val InvalidQuery = Json\n    .fromJsonObject(JsonObject(\"query\" -> Json.fromString(s\"query { nonExistingField }\")))\n    .toString()\n\n  val SubscriptionFieldName    = \"testField\"\n  val SubscriptionQuery        = s\"subscription { $SubscriptionFieldName }\"\n  val SubscriptionInvalidQuery = \"subscription { nonExistingField }\"\n  val SubscriptionResponse     = Stream.emits[Task, String]((1 to 10).map(_.toString))\n  val SubscriptionResponsesEncoded = SubscriptionResponse.compile.toList\n    .map(_.map { s =>\n      Json.fromJsonObject(\n        JsonObject(\n          \"data\" -> Json.fromJsonObject(\n            JsonObject(\n              \"testField\" -> Json.fromString(s)\n            )\n          )\n        )\n      )\n    })\n    .runSyncUnsafe(1.second)\n\n  def createExecutor(\n      queryResponse: Try[String] = Success(QueryFieldResponse),\n      subscriptionResponse: Stream[Task, String] = SubscriptionResponse\n  ): Executor[Unit, Unit] =\n    Executor(\n      schema = Schema(\n        query = ObjectType(\n          \"Query\",\n          fields[Unit, Unit](\n            Field(QueryFieldName, StringType, resolve = _ => TryValue[Unit, String](queryResponse))\n          )\n        ),\n        subscription = ObjectType(\n          \"Subscription\",\n          fields[Unit, Unit](\n            Field.subs(\n              SubscriptionFieldName,\n              StringType,\n              resolve = _ => subscriptionResponse.map(Action(_))\n            )\n          )\n        ).some\n      ),\n      exceptionHandler = ExceptionHandler({\n        case (_, e) => HandledException(e.getMessage)\n      })\n    )\n\n  object TestFixture {\n    def query(\n        queryResponse: Try[String] = Success(QueryFieldResponse)\n    )(test: Service => Task[Unit]): Unit =\n      test(GraphQL.buildRoute[Task](createExecutor(queryResponse), 1.second, global).orNotFound)\n        .runSyncUnsafe(5.seconds)\n\n    def subscription(\n        toSend: List[String],\n        subscriptionResponse: Stream[Task, String] = SubscriptionResponse,\n        keepAlivePeriod: FiniteDuration = 5.seconds\n    )(test: Atomic[Vector[GraphQLWebSocketMessage]] => Unit): Unit =\n      (for {\n        _         <- createServer(subscriptionResponse, keepAlivePeriod)\n        responses <- sendWS(toSend)\n      } yield responses).use(responses => Task(test(responses))).runSyncUnsafe(5.seconds)\n\n    def createServer(\n        subscriptionResponse: Stream[Task, String] = SubscriptionResponse,\n        keepAlivePeriod: FiniteDuration = 5.seconds\n    ): Resource[Task, Unit] =\n      BlazeServerBuilder[Task]\n        .bindHttp(40403, \"localhost\")\n        .withNio2(true)\n        .withHttpApp(\n          Router(\n            \"\/graphql\" -> GraphQL\n              .buildRoute[Task](\n                createExecutor(subscriptionResponse = subscriptionResponse),\n                keepAlivePeriod,\n                global\n              )\n          ).orNotFound\n        )\n        .resource\n        .void\n\n    def sendWS(messages: List[String]): Resource[Task, Atomic[Vector[GraphQLWebSocketMessage]]] =\n      Resource\n        .make(Task {\n          val responses = Atomic(Vector.empty[GraphQLWebSocketMessage])\n          val client = new WebSocketClient(\n            new URI(\"ws:\/\/localhost:40403\/graphql\"),\n            new Draft_6455(\n              List.empty[IExtension].asJava,\n              List(new IProtocol { self =>\n                override def acceptProvidedProtocol(s: String): Boolean =\n                  s equalsIgnoreCase \"graphql-ws\"\n\n                override def getProvidedProtocol: String = \"graphql-ws\"\n\n                override def copyInstance(): IProtocol = self\n              }).asJava\n            )\n          ) { self =>\n            override def onOpen(serverHandshake: ServerHandshake): Unit =\n              messages.foreach(self.send)\n\n            override def onMessage(s: String): Unit =\n              responses.transform(_ :+ parse(s).flatMap(_.as[GraphQLWebSocketMessage]).right.get)\n\n            override def onClose(i: Int, s: String, b: Boolean): Unit = ()\n\n            override def onError(e: Exception): Unit = ()\n          }\n          client.connectBlocking()\n          (client, responses)\n        })({\n          case (client, _) => Task(client.closeBlocking())\n        })\n        .map(_._2)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"crypto\/src\/main\/scala\/io\/casperlabs\/crypto\/keys.scala","text":"<filename>crypto\/src\/main\/scala\/io\/casperlabs\/crypto\/keys.scala\npackage io.casperlabs.crypto\nimport cats.syntax.either._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm\nimport shapeless.tag.@@\n\nobject Keys {\n  sealed trait PublicKeyTag\n\n  \/**\n    * Encodes Array[Byte]\n    *\/\n  type PublicKey = Array[Byte] @@ PublicKeyTag\n\n  \/**\n    * Encodes ByteString\n    *\/\n  type PublicKeyBS = ByteString @@ PublicKeyTag\n\n  def PublicKey(a: Array[Byte]): PublicKey = a.asInstanceOf[PublicKey]\n\n  def PublicKey(a: ByteString): PublicKeyBS = a.asInstanceOf[PublicKeyBS]\n\n  implicit def convertTypeclasses[F[_]](implicit Typeclass: F[Array[Byte]]): F[PublicKey] =\n    Typeclass.asInstanceOf[F[PublicKey]]\n\n  sealed trait PrivateKeyTag\n  type PrivateKey = Array[Byte] @@ PrivateKeyTag\n\n  def PrivateKey(a: Array[Byte]): PrivateKey = a.asInstanceOf[PrivateKey]\n\n  sealed trait SignatureTag\n  type Signature = Array[Byte] @@ SignatureTag\n\n  def Signature(a: Array[Byte]): Signature = a.asInstanceOf[Signature]\n\n  sealed trait ParseError { self =>\n    def errorMessage: String\n    def asParseError: ParseError = self\n  }\n  object ParseError {\n    case object PublicKeysDoNotMatch extends ParseError {\n      override def errorMessage: String =\n        \"Given public key not compatible with derived public key from private key.\"\n    }\n    case object KeysDoNotMatch extends ParseError {\n      override def errorMessage: String = \"Private and public keys do not match each other.\"\n    }\n    case object EmptyPrivateKey extends ParseError {\n      override def errorMessage: String = \"Private key must be specified.\"\n    }\n    case object KeyParseError extends ParseError {\n      override def errorMessage: String =\n        \"An error occurred during parsing, there might be something wrong with the keys.\"\n    }\n    case object EmptyPublicKey extends ParseError {\n      override def errorMessage: String =\n        \"Public must be specified or private key is invalid, failed to infer public key from private key.\"\n    }\n    case object UnknownSignatureAlgorithm extends ParseError {\n      override def errorMessage: String =\n        \"Unknown signature algorithm. Supported values: ed25519\"\n    }\n  }\n\n  type ParseResult = (PrivateKey, PublicKey, SignatureAlgorithm)\n\n  def parse(\n      signatureAlgorithm: String,\n      privateKeyRaw: String,\n      maybePublicKeyRaw: Option[String]\n  ): Either[ParseError, ParseResult] =\n    signatureAlgorithm match {\n      case SignatureAlgorithm(sa) => parse(sa, privateKeyRaw, maybePublicKeyRaw)\n      case _                      => ParseError.UnknownSignatureAlgorithm.asLeft[ParseResult]\n    }\n\n  private def parse(\n      signatureAlgorithm: SignatureAlgorithm,\n      privateKeyRaw: String,\n      maybePublicKeyRaw: Option[String]\n  ): Either[ParseError, ParseResult] = {\n    val maybePrivateKey        = signatureAlgorithm.tryParsePrivateKey(privateKeyRaw)\n    val maybeGivenPublicKey    = maybePublicKeyRaw.flatMap(signatureAlgorithm.tryParsePublicKey)\n    val maybeInferredPublicKey = maybePrivateKey.flatMap(signatureAlgorithm.tryToPublic)\n\n    if (privateKeyRaw.isEmpty)\n      ParseError.EmptyPrivateKey.asLeft[ParseResult]\n    else\n      maybePrivateKey.fold(ParseError.KeyParseError.asParseError.asLeft[ParseResult]) {\n        privateKey =>\n          (maybeGivenPublicKey, maybeInferredPublicKey) match {\n\n            case (Some(pub1), Some(pub2)) if pub1 sameElements pub2 =>\n              (privateKey, pub1, signatureAlgorithm).asRight[ParseError]\n\n            case (Some(_), Some(_)) =>\n              ParseError.PublicKeysDoNotMatch.asParseError.asLeft[ParseResult]\n\n            case (Some(publicKey), None)\n                if signatureAlgorithm.areMatchTogether(publicKey, privateKey) =>\n              (privateKey, publicKey, signatureAlgorithm).asRight[ParseError]\n\n            case (Some(_), None) =>\n              ParseError.KeysDoNotMatch.asParseError.asLeft[ParseResult]\n\n            case (None, Some(publicKey)) =>\n              (privateKey, publicKey, signatureAlgorithm).asRight[ParseError]\n\n            case (None, None) =>\n              ParseError.EmptyPublicKey.asParseError.asLeft[ParseResult]\n          }\n      }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"smart-contracts\/src\/test\/scala\/io\/casperlabs\/smartcontracts\/ExecutionEngineServiceTest.scala","text":"package io.casperlabs.smartcontracts\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport io.casperlabs.ipc.ExecuteRequest\nimport org.scalacheck.{Gen, Shrink}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\n\nclass ExecutionEngineServiceTest\n    extends FlatSpec\n    with Matchers\n    with ArbitraryIpc\n    with GeneratorDrivenPropertyChecks {\n\n  val minMessageSize = 2 * 1024 * 1024  \/\/ 2MB\n  val maxMessageSize = 16 * 1024 * 1024 \/\/ 16MB\n\n  implicit override val generatorDrivenConfig: PropertyCheckConfiguration =\n    PropertyCheckConfiguration(minSuccessful = 10)\n\n  \/\/ Default shrinker doesn't respect Gen's configuration and we may end up with message size smaller\n  \/\/ than generated DeployItem.\n  implicit def noShrink[T]: Shrink[T] = Shrink(_ => Stream.empty)\n\n  \"batchDeploys\" should \"create execute requests in batches, limited by size\" in forAll(\n    sizeDeployItemList(0, 50),\n    Gen.chooseNum(minMessageSize, maxMessageSize),\n    Gen.choose(1, 4)\n  ) {\n    case (deployItems, msgSize, parallelism) =>\n      val baseRequest =\n        ExecuteRequest(ByteString.EMPTY, 0L, protocolVersion = Some(ProtocolVersion(1)))\n      val batches =\n        ExecutionEngineService.batchDeploys(baseRequest, msgSize, parallelism)(deployItems)\n      batches.flatMap(_.deploys) should contain theSameElementsInOrderAs deployItems\n      batches.foreach { request =>\n        request.serializedSize shouldBe <=(msgSize)\n      }\n      if (deployItems.size <= parallelism)\n        batches.size shouldBe deployItems.size\n      else\n        batches.size shouldBe >=(parallelism)\n  }\n\n  it should \"create as many batches as the target parallelism if possible\" in forAll(\n    sizeDeployItemList(0, 50),\n    Gen.choose(1, 4)\n  ) {\n    case (deployItems, parallelism) =>\n      val baseRequest =\n        ExecuteRequest(ByteString.EMPTY, 0L, protocolVersion = Some(ProtocolVersion(1)))\n      val batches =\n        ExecutionEngineService.batchDeploys(baseRequest, Int.MaxValue, parallelism)(deployItems)\n      if (deployItems.size <= parallelism)\n        batches.size shouldBe deployItems.size\n      else\n        batches.size shouldBe parallelism\n  }\n\n  \"groupSizes\" should \"create balanced groups\" in {\n    ExecutionEngineService.groupSizes(5, 4) shouldBe List(1, 1, 1, 2)\n    ExecutionEngineService.groupSizes(10, 4) shouldBe List(2, 2, 3, 3)\n    ExecutionEngineService.groupSizes(7, 3) shouldBe List(2, 2, 3)\n    ExecutionEngineService.groupSizes(3, 5) shouldBe List(1, 1, 1)\n  }\n\n  it should \"preserve the overall size\" in forAll(\n    Gen.choose(0, 100),\n    Gen.choose(1, 4)\n  ) {\n    case (size, parallelism) =>\n      ExecutionEngineService.groupSizes(size, parallelism).sum shouldBe size\n  }\n\n  it should \"allocate the remainder evenly\" in forAll(\n    Gen.choose(1, 50),\n    Gen.choose(1, 8)\n  ) {\n    case (size, parallelism) =>\n      val sizes = ExecutionEngineService.groupSizes(size, parallelism)\n      sizes.max - sizes.min shouldBe <=(1)\n  }\n\n  \"groupElements\" should \"create groups with the given sizes\" in {\n    val items = List.range(0, 10)\n    val sizes = List(2, 4, 3, 1, 5)\n    ExecutionEngineService.groupElements(items, sizes) shouldBe List(\n      List(0, 1),\n      List(2, 3, 4, 5),\n      List(6, 7, 8),\n      List(9)\n    )\n  }\n\n  it should \"handle 0 sized groups\" in {\n    val items = List.range(0, 5)\n    val sizes = List(2, 0, 3)\n    ExecutionEngineService.groupElements(items, sizes) shouldBe List(\n      List(0, 1),\n      List(),\n      List(2, 3, 4)\n    )\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/gossiping\/package.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.comm\n\npackage object gossiping {\n  val GossipingMetricsSource       = CommMetricsSource \/ \"gossiping\"\n  val BlockGossipingMetricsSource  = GossipingMetricsSource \/ \"blocks\"\n  val DeployGossipingMetricsSource = GossipingMetricsSource \/ \"deploys\"\n\n  \/** Alias for return type of methods that return a handle that can be waited upon. *\/\n  type WaitHandle[F[_]] = F[Unit]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"client\/src\/main\/scala\/io\/casperlabs\/client\/DeployService.scala","text":"package io.casperlabs.client\nimport io.casperlabs.casper.consensus\nimport io.casperlabs.casper.consensus.info.BlockInfo\nimport io.casperlabs.casper.consensus.state.StoredValueInstance\nimport simulacrum.typeclass\n\nimport scala.util.Either\nimport scala.concurrent.duration._\n\n@typeclass trait DeployService[F[_]] {\n  def deploy(\n      d: consensus.Deploy\n  ): F[Either[Throwable, String]]\n  def propose(): F[Either[Throwable, String]]\n  def showBlock(\n      blockHash: String\n  ): F[Either[Throwable, BlockInfo]]\n  def showDeploys(\n      blockHash: String,\n      bytesStandard: Boolean,\n      json: Boolean\n  ): F[Either[Throwable, String]]\n  def showDeploy(\n      deployHash: String,\n      bytesStandard: Boolean,\n      json: Boolean,\n      waitForProcessed: Boolean,\n      timeoutSeconds: FiniteDuration\n  ): F[Either[Throwable, String]]\n  def showBlocks(depth: Int, bytesStandard: Boolean, json: Boolean): F[Either[Throwable, String]]\n  def visualizeDag(depth: Int, showJustificationLines: Boolean): F[Either[Throwable, String]]\n  def queryState(\n      blockHash: String,\n      keyVariant: String,\n      keyValue: String,\n      path: String\n  ): F[Either[Throwable, StoredValueInstance]]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/MakeSemaphore.scala","text":"<reponame>hnjolles1\/CasperLabs<filename>shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/MakeSemaphore.scala\npackage io.casperlabs.catscontrib\n\nimport cats.effect.Concurrent\nimport cats.effect.concurrent.Semaphore\nimport simulacrum.typeclass\n\n\/** Requiring `Concurrent` just to be able to create a `Semaphore` is too powerful. *\/\n@typeclass\ntrait MakeSemaphore[F[_]] {\n  def apply(n: Long): F[Semaphore[F]]\n}\n\nobject MakeSemaphore {\n  implicit def fromConcurrent[F[_]: Concurrent]: MakeSemaphore[F] =\n    new MakeSemaphore[F] {\n      override def apply(n: Long): F[Semaphore[F]] =\n        Semaphore(n)\n    }\n\n  def apply[F[_]](n: Long)(implicit ev: MakeSemaphore[F]) = ev(n)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/validation\/Errors.scala","text":"package io.casperlabs.casper.validation\n\nimport cats.Functor\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.InvalidBlock\nimport io.casperlabs.casper.PrettyPrinter\nimport io.casperlabs.shared.Log\nimport scala.util.control.NoStackTrace\nimport scala.concurrent.duration.FiniteDuration\n\nobject Errors {\n  \/\/ Wrapper for the tests that were originally outside the `attemptAdd` method\n  \/\/ and meant the block was not getting saved.\n  final case class DropErrorWrapper(status: InvalidBlock) extends Exception with NoStackTrace\n  final case class ValidateErrorWrapper(status: InvalidBlock)\n      extends Exception(status.toString)\n      with NoStackTrace\n  final case class ErrorMessageWrapper(message: String) extends Exception(message) with NoStackTrace\n\n  sealed trait DeployHeaderError { self =>\n    val deployHash: ByteString\n    def errorMessage: String\n\n    def logged[F[_]: Log: Functor]: F[DeployHeaderError] =\n      Log[F].warn(s\"${self.errorMessage -> \"error\" -> null}\").as(self)\n  }\n  object DeployHeaderError {\n    def missingHeader(deployHash: ByteString): DeployHeaderError = MissingHeader(deployHash)\n\n    def timeToLiveTooShort(\n        deployHash: ByteString,\n        ttl: Int,\n        minTTL: FiniteDuration\n    ): DeployHeaderError =\n      TimeToLiveTooShort(deployHash, ttl, minTTL)\n\n    def timeToLiveTooLong(deployHash: ByteString, ttl: Int, maxTTL: Int): DeployHeaderError =\n      TimeToLiveTooLong(deployHash, ttl, maxTTL)\n\n    def tooManyDependencies(\n        deployHash: ByteString,\n        numDependencies: Int,\n        maxDependencies: Int\n    ): DeployHeaderError =\n      TooManyDependencies(deployHash, numDependencies, maxDependencies)\n\n    def invalidDependency(deployHash: ByteString, dependency: ByteString): DeployHeaderError =\n      InvalidDependency(deployHash, dependency)\n\n    def invalidChainName(\n        deployHash: ByteString,\n        deployChainName: String,\n        expectedChainName: String\n    ): DeployHeaderError =\n      InvalidChainName(deployHash, deployChainName, expectedChainName)\n\n    def timestampInFuture(\n        deployHash: ByteString,\n        timestamp: Long,\n        drift: Int\n    ): DeployHeaderError =\n      TimestampInFuture(deployHash, timestamp, drift)\n\n    final case class MissingHeader(deployHash: ByteString) extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Deploy ${PrettyPrinter.buildString(deployHash)} does not contain a header\"\n    }\n\n    final case class TimeToLiveTooShort(deployHash: ByteString, ttl: Int, minTTL: FiniteDuration)\n        extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Time to live $ttl in deploy ${PrettyPrinter.buildString(deployHash)} is shorter than minimum valid time to live ${minTTL.toMillis}\"\n    }\n\n    final case class TimeToLiveTooLong(deployHash: ByteString, ttl: Int, maxTTL: Int)\n        extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Time to live $ttl in deploy ${PrettyPrinter.buildString(deployHash)} is longer than maximum valid time to live $maxTTL\"\n    }\n\n    final case class TooManyDependencies(\n        deployHash: ByteString,\n        numDependencies: Int,\n        maxDependencies: Int\n    ) extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Deploy ${PrettyPrinter.buildString(deployHash)} with $numDependencies is invalid. The maximum number of dependencies is $maxDependencies\"\n    }\n\n    final case class InvalidDependency(deployHash: ByteString, dependency: ByteString)\n        extends DeployHeaderError {\n      def errorMessage: String = {\n        val deploy = PrettyPrinter.buildString(deployHash)\n        val dep    = PrettyPrinter.buildString(dependency)\n\n        s\"Deploy $deploy with dependency $dep is invalid. Dependencies are expected to be 32 bytes.\"\n      }\n    }\n\n    final case class InvalidChainName(\n        deployHash: ByteString,\n        deployChainName: String,\n        expectedChainName: String\n    ) extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Deploy ${PrettyPrinter.buildString(deployHash)} with chain name '$deployChainName' is invalid. Expected empty chain or '$expectedChainName'.\"\n    }\n\n    final case class TimestampInFuture(\n        deployHash: ByteString,\n        timestamp: Long,\n        drift: Int\n    ) extends DeployHeaderError {\n      def errorMessage: String =\n        s\"Deploy ${PrettyPrinter.buildString(deployHash)} has timestamp $timestamp which is more than ${drift}ms in the future.\"\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/helper\/DeployOps.scala","text":"<filename>casper\/src\/test\/scala\/io\/casperlabs\/casper\/helper\/DeployOps.scala\npackage io.casperlabs.casper.helper\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Block.ProcessedDeploy\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.casper.validation.Validation.DRIFT\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm.Ed25519\nimport io.casperlabs.ipc.ChainSpec.DeployConfig\nimport io.casperlabs.models.{ArbitraryConsensus, DeployImplicits}\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\n\nimport scala.concurrent.duration.FiniteDuration\n\nobject DeployOps extends ArbitraryConsensus {\n  val deployConfig = DeployConfig(\n    maxTtlMillis = 24 * 60 * 60 * 1000, \/\/ 1 day\n    maxDependencies = 10\n  )\n\n  implicit class ChangeDeployOps(deploy: Deploy) {\n    \/\/ Clears previous signatures and adds a new one.\n    def signSingle: Deploy = {\n      val (sk, pk) = Ed25519.newKeyPair\n      DeployImplicits.DeployOps(deploy.withApprovals(Seq.empty)).sign(sk, pk)\n    }\n\n    \/\/ Adds a new signature to already existing ones.\n    def addSignature: Deploy = {\n      val (sk, pk) = Ed25519.newKeyPair\n      DeployImplicits.DeployOps(deploy).sign(sk, pk)\n    }\n    def withSessionCode(bytes: ByteString): Deploy =\n      rehash(\n        deploy.withBody(deploy.getBody.withSession(Deploy.Code().withWasm(bytes)))\n      )\n    def withPaymentCode(bytes: ByteString): Deploy =\n      rehash(\n        deploy.withBody(deploy.getBody.withPayment(Deploy.Code().withWasm(bytes)))\n      )\n    def withTimestamp(timestamp: Long): Deploy =\n      rehash(\n        deploy.withHeader(deploy.getHeader.withTimestamp(timestamp))\n      )\n    def withTtl(ttl: Int): Deploy =\n      rehash(\n        deploy.withHeader(deploy.getHeader.withTtlMillis(ttl))\n      )\n    def withDependencies(dependencies: Seq[ByteString]): Deploy =\n      rehash(\n        deploy.withHeader(deploy.getHeader.withDependencies(dependencies))\n      )\n\n    def withChainName(chainName: String): Deploy =\n      rehash(\n        deploy.withHeader(deploy.getHeader.withChainName(chainName))\n      )\n\n    def processed(cost: Long): ProcessedDeploy = ProcessedDeploy().withDeploy(deploy).withCost(cost)\n  }\n\n  private def rehash(deploy: Deploy): Deploy = {\n    val header = deploy.getHeader.withBodyHash(ProtoUtil.protoHash(deploy.getBody))\n    val d      = deploy.withDeployHash(ProtoUtil.protoHash(header)).withHeader(header)\n    d.signSingle\n  }\n\n  def randomTooShortTTL(minTtl: FiniteDuration): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = for {\n      d   <- arbitrary[Deploy]\n      ttl <- Gen.choose(1, minTtl.toMillis - 1)\n    } yield d.withTtl(ttl.toInt)\n\n    sample(genDeploy)\n  }\n\n  def randomTooLongTTL(): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = for {\n      d   <- arbitrary[Deploy]\n      ttl <- Gen.choose(deployConfig.maxTtlMillis + 1, Int.MaxValue)\n    } yield d.withTtl(ttl)\n\n    sample(genDeploy)\n  }\n\n  def randomTimstampInFuture(): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = for {\n      d     <- arbitrary[Deploy]\n      now   = System.currentTimeMillis\n      drift <- Gen.choose(DRIFT + 1000, Int.MaxValue)\n    } yield d.withTimestamp(now + drift)\n\n    sample(genDeploy)\n  }\n\n  def randomTooManyDependencies(): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = for {\n      d <- arbitrary[Deploy]\n      numDependencies <- Gen.chooseNum(\n                          deployConfig.maxDependencies + 1,\n                          2 * deployConfig.maxDependencies\n                        )\n      dependencies <- Gen.listOfN(numDependencies, genHash)\n    } yield d.withDependencies(dependencies)\n\n    sample(genDeploy)\n  }\n\n  def randomInvalidDependency(): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = for {\n      d          <- arbitrary[Deploy]\n      nBytes     <- Gen.oneOf(Gen.chooseNum(0, 31), Gen.chooseNum(33, 100))\n      dependency <- genBytes(nBytes)\n    } yield d.withDependencies(List(dependency))\n\n    sample(genDeploy)\n  }\n\n  def randomNonzeroTTL(): Deploy = {\n    implicit val c = ConsensusConfig()\n\n    val genDeploy = arbitrary[Deploy]\n      .filter(\n        d =>\n          d.getHeader.ttlMillis > 0 && d.getHeader.timestamp < (Long.MaxValue - d.getHeader.ttlMillis)\n      )\n\n    sample(genDeploy)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/graphql\/schema\/globalstate\/types\/package.scala","text":"<filename>node\/src\/main\/scala\/io\/casperlabs\/node\/api\/graphql\/schema\/globalstate\/types\/package.scala\npackage io.casperlabs.node.api.graphql.schema.globalstate\n\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.models.bytesrepr._\nimport io.casperlabs.models.cltype\nimport io.casperlabs.models.cltype.{CLType, CLValueInstance}\nimport io.casperlabs.node.api.graphql.schema.utils.ProtocolVersionType\nimport sangria.schema._\n\npackage object types {\n  \/\/ Everything defined as ObjectTypes because\n  \/\/ sangria doesn't support UnionTypes created from with ScalarTypes.\n\n  lazy val AccessRightsEnum: EnumType[Option[cltype.AccessRights]] =\n    EnumType[Option[cltype.AccessRights]](\n      \"AccessRightsType\",\n      values = List(\n        EnumValue(\n          \"UNKNOWN\",\n          value = None\n        ),\n        EnumValue(\n          \"READ\",\n          value = Some(cltype.AccessRights.Read)\n        ),\n        EnumValue(\n          \"WRITE\",\n          value = Some(cltype.AccessRights.Write)\n        ),\n        EnumValue(\n          \"ADD\",\n          value = Some(cltype.AccessRights.Add)\n        ),\n        EnumValue(\n          \"READ_ADD\",\n          value = Some(cltype.AccessRights.ReadAdd)\n        ),\n        EnumValue(\n          \"READ_WRITE\",\n          value = Some(cltype.AccessRights.ReadWrite)\n        ),\n        EnumValue(\n          \"ADD_WRITE\",\n          value = Some(cltype.AccessRights.AddWrite)\n        ),\n        EnumValue(\n          \"READ_ADD_WRITE\",\n          value = Some(cltype.AccessRights.ReadAddWrite)\n        )\n      )\n    )\n\n  lazy val KeyAddress =\n    ObjectType(\n      \"KeyAddress\",\n      fields[Unit, cltype.Key.Account](\n        Field(\n          \"value\",\n          StringType,\n          resolve = c => Base16.encode(c.value.address.bytes.toArray)\n        )\n      )\n    )\n\n  lazy val KeyHash = ObjectType(\n    \"KeyHash\",\n    fields[Unit, cltype.Key.Hash](\n      Field(\n        \"value\",\n        StringType,\n        resolve = c => Base16.encode(c.value.address.bytes.toArray)\n      )\n    )\n  )\n\n  lazy val URef = ObjectType(\n    \"URef\",\n    fields[Unit, CLValueInstance.URef](\n      Field(\n        \"address\",\n        StringType,\n        resolve = c => Base16.encode(c.value.value.address.bytes.toArray)\n      ),\n      Field(\n        \"accessRights\",\n        AccessRightsEnum,\n        resolve = _.value.value.accessRights\n      )\n    )\n  )\n\n  lazy val KeyURef = ObjectType(\n    \"KeyURef\",\n    fields[Unit, cltype.Key.URef](\n      Field(\"uref\", URef, resolve = c => CLValueInstance.URef(c.value.uref))\n    )\n  )\n\n  lazy val KeyLocal = ObjectType(\n    \"KeyLocal\",\n    fields[Unit, cltype.Key.Local](\n      Field(\n        \"hash\",\n        StringType,\n        resolve = c => Base16.encode((c.value.seed.bytes ++ c.value.hash.bytes).toArray)\n      )\n    )\n  )\n\n  lazy val KeyUnion = UnionType(\n    \"KeyUnion\",\n    types = List(\n      KeyAddress,\n      KeyHash,\n      KeyURef,\n      KeyLocal\n    )\n  )\n\n  lazy val KeyType = ObjectType(\n    \"Key\",\n    fields[Unit, CLValueInstance.Key](\n      Field(\n        \"value\",\n        KeyUnion,\n        resolve = _.value.value match {\n          case value: cltype.Key.Local   => value\n          case value: cltype.Key.Hash    => value\n          case value: cltype.Key.Account => value\n          case value: cltype.Key.URef    => value\n        }\n      )\n    )\n  )\n\n  lazy val NamedKey = ObjectType(\n    \"NamedKey\",\n    fields[Unit, (String, cltype.Key)](\n      Field(\"name\", StringType, resolve = _.value._1),\n      Field(\"key\", KeyType, resolve = c => CLValueInstance.Key(c.value._2))\n    )\n  )\n\n  lazy val Contract = ObjectType(\n    \"Contract\",\n    fields[Unit, cltype.Contract](\n      Field(\"body\", StringType, resolve = c => Base16.encode(c.value.bytes.toArray)),\n      Field(\"namedKeys\", ListType(NamedKey), resolve = _.value.namedKeys.toList),\n      Field(\n        \"protocolVersion\",\n        ProtocolVersionType,\n        resolve = c => cltype.protobuf.Mappings.toProto(c.value.protocolVersion)\n      )\n    )\n  )\n\n  lazy val AccountAssociatedKey = ObjectType(\n    \"AccountAssociatedKey\",\n    fields[Unit, (cltype.Account.PublicKey, cltype.Account.Weight)](\n      Field(\n        \"pubKey\",\n        StringType,\n        resolve = c => Base16.encode(c.value._1.bytes.toArray)\n      ),\n      Field(\"weight\", IntType, resolve = _.value._2.toInt)\n    )\n  )\n\n  lazy val AccountActionThresholds = ObjectType(\n    \"AccountActionThresholds\",\n    fields[Unit, cltype.Account.ActionThresholds](\n      Field(\"deploymentThreshold\", IntType, resolve = _.value.deployment.toInt),\n      Field(\"keyManagementThreshold\", IntType, resolve = _.value.keyManagement.toInt)\n    )\n  )\n\n  lazy val Account = ObjectType(\n    \"Account\",\n    fields[Unit, cltype.Account](\n      Field(\"pubKey\", StringType, resolve = c => Base16.encode(c.value.publicKey.bytes.toArray)),\n      Field(\"mainPurse\", KeyURef, resolve = c => cltype.Key.URef(c.value.mainPurse)),\n      Field(\"namedKeys\", ListType(NamedKey), resolve = _.value.namedKeys.toList),\n      Field(\n        \"associatedKeys\",\n        ListType(AccountAssociatedKey),\n        resolve = _.value.associatedKeys.toList\n      ),\n      Field(\"actionThreshold\", AccountActionThresholds, resolve = _.value.actionThresholds)\n    )\n  )\n\n  lazy val Bool = ObjectType(\n    \"Bool\",\n    fields[Unit, CLValueInstance.Bool](\n      Field(\"value\", BooleanType, resolve = _.value.value)\n    )\n  )\n\n  lazy val I32 = ObjectType(\n    \"I32\",\n    fields[Unit, CLValueInstance.I32](\n      Field(\"value\", IntType, resolve = _.value.value)\n    )\n  )\n\n  lazy val I64 = ObjectType(\n    \"I64\",\n    fields[Unit, CLValueInstance.I64](\n      Field(\"value\", LongType, resolve = _.value.value)\n    )\n  )\n\n  lazy val U8 = ObjectType(\n    \"U8\",\n    fields[Unit, CLValueInstance.U8](\n      Field(\"value\", IntType, resolve = _.value.value.toInt)\n    )\n  )\n\n  lazy val U32 = ObjectType(\n    \"U32\",\n    fields[Unit, CLValueInstance.U32](\n      Field(\"value\", IntType, resolve = _.value.value)\n    )\n  )\n\n  lazy val U64 = ObjectType(\n    \"U64\",\n    fields[Unit, CLValueInstance.U64](\n      Field(\"value\", LongType, resolve = _.value.value)\n    )\n  )\n\n  lazy val U128 = ObjectType(\n    \"U128\",\n    fields[Unit, CLValueInstance.U128](\n      Field(\"value\", BigIntType, resolve = _.value.value.value)\n    )\n  )\n\n  lazy val U256 = ObjectType(\n    \"U256\",\n    fields[Unit, CLValueInstance.U256](\n      Field(\"value\", BigIntType, resolve = _.value.value.value)\n    )\n  )\n\n  lazy val U512 = ObjectType(\n    \"U512\",\n    fields[Unit, CLValueInstance.U512](\n      Field(\"value\", BigIntType, resolve = _.value.value.value)\n    )\n  )\n\n  lazy val UnitType = ObjectType(\n    \"Unit\",\n    fields[Unit, CLValueInstance.Unit.type](\n      Field(\"value\", StringType, resolve = _ => \"Unit\")\n    )\n  )\n\n  lazy val CLString = ObjectType(\n    \"CLString\",\n    fields[Unit, CLValueInstance.String](\n      Field(\"value\", StringType, resolve = _.value.value)\n    )\n  )\n\n  lazy val CLOption: ObjectType[Unit, CLValueInstance.Option] = ObjectType(\n    \"Option\",\n    () =>\n      fields[Unit, CLValueInstance.Option](\n        Field(\"value\", OptionType(CLValueUnion), resolve = _.value.value)\n      )\n  )\n\n  lazy val CLList: ObjectType[Unit, CLValueInstance.List] = ObjectType(\n    \"List\",\n    () =>\n      fields[Unit, CLValueInstance.List](\n        Field(\"value\", ListType(CLValueUnion), resolve = _.value.value)\n      )\n  )\n\n  lazy val FixedList = ObjectType(\n    \"FixedList\",\n    () =>\n      fields[Unit, CLValueInstance.FixedList](\n        Field(\"value\", ListType(CLValueUnion), resolve = _.value.value),\n        Field(\"length\", IntType, resolve = _.value.length)\n      )\n  )\n\n  lazy val ResultUnion = UnionType(\n    \"Either\",\n    types = List(\n      ObjectType(\n        \"ResultError\",\n        () =>\n          fields[Unit, Left[CLValueInstance, CLValueInstance]](\n            Field(\"value\", CLValueUnion, resolve = _.value.value)\n          )\n      ),\n      ObjectType(\n        \"ResultOk\",\n        () =>\n          fields[Unit, Right[CLValueInstance, CLValueInstance]](\n            Field(\"value\", CLValueUnion, resolve = _.value.value)\n          )\n      )\n    )\n  )\n\n  lazy val Result = ObjectType(\n    \"Result\",\n    () =>\n      fields[Unit, CLValueInstance.Result](\n        Field(\"value\", ResultUnion, resolve = _.value.value match {\n          case err: Left[CLValueInstance, CLValueInstance] => err\n          case ok: Right[CLValueInstance, CLValueInstance] => ok\n        })\n      )\n  )\n\n  lazy val CLMap = ObjectType(\n    \"Map\",\n    () =>\n      fields[Unit, CLValueInstance.Map](\n        Field(\"value\", ListType(Tuple2), resolve = _.value.value.toSeq.map {\n          case (key, value) => CLValueInstance.Tuple2(key, value)\n        })\n      )\n  )\n\n  lazy val Tuple1 = ObjectType(\n    \"Tuple1\",\n    () =>\n      fields[Unit, CLValueInstance.Tuple1](\n        Field(\"_1\", CLValueUnion, resolve = _.value._1)\n      )\n  )\n\n  lazy val Tuple2 = ObjectType(\n    \"Tuple2\",\n    () =>\n      fields[Unit, CLValueInstance.Tuple2](\n        Field(\"_1\", CLValueUnion, resolve = _.value._1),\n        Field(\"_2\", CLValueUnion, resolve = _.value._2)\n      )\n  )\n\n  lazy val Tuple3 = ObjectType(\n    \"Tuple3\",\n    () =>\n      fields[Unit, CLValueInstance.Tuple3](\n        Field(\"_1\", CLValueUnion, resolve = _.value._1),\n        Field(\"_2\", CLValueUnion, resolve = _.value._2),\n        Field(\"_3\", CLValueUnion, resolve = _.value._3)\n      )\n  )\n\n  lazy val CLValueUnion: UnionType[Unit] = UnionType(\n    \"CLValueUnion\",\n    types = List(\n      Bool,\n      I32,\n      I64,\n      U8,\n      U32,\n      U64,\n      U128,\n      U256,\n      U512,\n      UnitType,\n      CLString,\n      KeyType,\n      URef,\n      CLOption,\n      CLList,\n      FixedList,\n      Result,\n      CLMap,\n      Tuple1,\n      Tuple2,\n      Tuple3\n    )\n  )\n\n  lazy val StoredValueUnion: UnionType[Unit] = UnionType(\n    \"StoredValueUnion\",\n    types = List(\n      Account,\n      Contract,\n      Bool,\n      I32,\n      I64,\n      U8,\n      U32,\n      U64,\n      U128,\n      U256,\n      U512,\n      UnitType,\n      CLString,\n      KeyType,\n      URef,\n      CLOption,\n      CLList,\n      FixedList,\n      Result,\n      CLMap,\n      Tuple1,\n      Tuple2,\n      Tuple3\n    )\n  )\n\n  lazy val StoredValue = ObjectType(\n    \"StoredValue\",\n    fields[Unit, cltype.StoredValueInstance](\n      Field(\n        \"value\",\n        StoredValueUnion,\n        resolve = _.value match {\n          case cltype.StoredValueInstance.Contract(value) => value\n          case cltype.StoredValueInstance.Account(value)  => value\n          case cltype.StoredValueInstance.CLValue(value) =>\n            value match {\n              case v: CLValueInstance.Bool      => v\n              case v: CLValueInstance.I32       => v\n              case v: CLValueInstance.I64       => v\n              case v: CLValueInstance.U8        => v\n              case v: CLValueInstance.U32       => v\n              case v: CLValueInstance.U64       => v\n              case v: CLValueInstance.U128      => v\n              case v: CLValueInstance.U256      => v\n              case v: CLValueInstance.U512      => v\n              case CLValueInstance.Unit         => CLValueInstance.Unit\n              case v: CLValueInstance.String    => v\n              case v: CLValueInstance.Key       => v\n              case v: CLValueInstance.URef      => v\n              case v: CLValueInstance.Option    => v\n              case v: CLValueInstance.List      => v\n              case v: CLValueInstance.FixedList => v\n              case v: CLValueInstance.Result    => v\n              case v: CLValueInstance.Map       => v\n              case v: CLValueInstance.Tuple1    => v\n              case v: CLValueInstance.Tuple2    => v\n              case v: CLValueInstance.Tuple3    => v\n            }\n        }\n      )\n    )\n  )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/rp\/Connect.scala","text":"package io.casperlabs.comm.rp\n\nimport cats._\nimport cats.effect.Sync\nimport cats.implicits._\nimport cats.mtl._\nimport io.casperlabs.catscontrib.Catscontrib._\nimport io.casperlabs.catscontrib._\nimport io.casperlabs.comm._\nimport io.casperlabs.comm.discovery._\nimport io.casperlabs.comm.discovery.NodeUtils._\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.metrics.implicits._\nimport io.casperlabs.shared._\n\nimport scala.concurrent.duration._\n\nobject Connect {\n\n  type Connection            = Node\n  type Connections           = List[Connection]\n  type ConnectionsCell[F[_]] = Cell[F, Connections]\n\n  private implicit val metricsSource: Metrics.Source =\n    Metrics.Source(CommMetricsSource, \"rp.connect\")\n\n  object ConnectionsCell {\n    def apply[F[_]](implicit ev: ConnectionsCell[F]): ConnectionsCell[F] = ev\n  }\n\n  object Connections {\n    def empty: Connections = List.empty[Connection]\n    implicit class ConnectionsOps(connections: Connections) {\n\n      def addConn[F[_]: Apply: Log: Metrics](connection: Connection): F[Connections] =\n        addConn[F](List(connection))\n\n      def addConn[F[_]: Apply: Log: Metrics](toBeAdded: List[Connection]): F[Connections] = {\n        val ids = toBeAdded.map(_.id)\n        val newConnections = connections.partition(peer => ids.contains(peer.id)) match {\n          case (_, rest) => rest ++ toBeAdded\n        }\n        val size = newConnections.size.toLong\n        Log[F].info(s\"Peers: $size.\") *>\n          Metrics[F].setGauge(\"peers\", size).as(newConnections)\n      }\n\n      def removeConn[F[_]: Apply: Log: Metrics](connection: Connection): F[Connections] =\n        removeConn[F](List(connection))\n\n      def removeConn[F[_]: Apply: Log: Metrics](toBeRemoved: List[Connection]): F[Connections] = {\n        val ids = toBeRemoved.map(_.id)\n        val newConnections = connections.partition(peer => ids.contains(peer.id)) match {\n          case (_, rest) => rest\n        }\n        val size = newConnections.size.toLong\n        Log[F].info(s\"Peers: $size.\") *>\n          Metrics[F].setGauge(\"peers\", size).as(newConnections)\n      }\n    }\n  }\n\n  type RPConfState[F[_]] = MonadState[F, RPConf]\n  type RPConfAsk[F[_]]   = ApplicativeAsk[F, RPConf]\n\n  object RPConfAsk {\n    def apply[F[_]](implicit ev: ApplicativeAsk[F, RPConf]): ApplicativeAsk[F, RPConf] = ev\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/dag\/AncestorsStorage.scala","text":"<filename>storage\/src\/main\/scala\/io\/casperlabs\/storage\/dag\/AncestorsStorage.scala\npackage io.casperlabs.storage.dag\n\nimport cats.implicits._\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.models.Message\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.crypto.codec.Base16\nimport cats.data.NonEmptyList\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.metrics.Metered\nimport io.casperlabs.models.BlockImplicits._\n\ntrait AncestorsStorage[F[_]] { self: DagLookup[F] =>\n\n  implicit val MT: MonadThrowable[F]\n\n  \/** Finds an ancestor of `startHash` at `height` in p-DAG.\n    *\n    * This is done by recursively looking up a parent of a block at specific height.\n    *\n    * Every block is stored with a list of its parents at heights that are power of 2.\n    * i.e.\n    * {{{\n    * G <- A <- B <- C <- D <- E <- F <- G <- H\n    * 0    1    2    3    4    5    6    7    8 (main rank, p-DAG ranks)\n    * }}}\n    * We're considering block `H`. Its parents' heights (counting from `H`) are:\n    * {{{\n    * g <- A <- B <- C <- D <- E <- F <- G <- H\n    * 8    7    6    5    4    3    2    1\n    * -                   -         -    - parents with power of 2 heights\n    * 3                   2         1    0 exponents\n    * }}}\n    *\n    * `H` will be stored with a list of parents and their distance from `H`:\n    * (H, 1, G)\n    * (H, 2, F)\n    * (H, 4, D)\n    * (H, 8, g)\n    *\n    * The same is done for all blocks that come before `H`.\n    * If we're looking for a parent of `H` at height 1 we calculate a height difference,\n    * which is 7, then decompose it into sum of powers of 2 (4, 2, 1) and recursively look\n    * for ancestors at these heights. They will be at i-th index in the block's parents array.\n    * {{{\n    * (H, 4) -> (H, 2^2) -> D\n    * (D, 2) -> (D, 2^1) -> B\n    * (B, 1) -> (B, 2^0) -> A\n    * }}}\n    *\n    * Note that if we were looking for an ancestor of the block that is at exactly power of 2 distance\n    * from the block, we would find it immediately in the DB.\n    *\/\n  def getAncestorAt(start: Message, height: Long): F[Message] = {\n    val diff = start.mainRank - height\n    AncestorsStorage.decompose(diff).foldM(start) {\n      case (b, h) =>\n        findAncestor(b.messageHash, h).flatMap {\n          case None =>\n            \/\/ PrettyPrinter not available here.\n            val hashStr = Base16.encode(b.messageHash.toByteArray)\n            MT.raiseError[Message](\n              new IllegalStateException(\n                s\"Missing expected ancestor of $hashStr at height $h\"\n              )\n            )\n          case Some(ancestorHash) =>\n            self.lookupUnsafe(ancestorHash)\n        }\n    }\n  }\n\n  \/**\n    * Collects power of 2 ancestors of the block.\n    *\/\n  def collectMessageAncestors(block: Block): F[List[(Long, BlockHash)]] =\n    if (block.isGenesisLike)\n      List.empty[(Long, BlockHash)].pure[F]\n    else {\n      MT.tailRecM(NonEmptyList.one((1L, block.parents.head))) {\n        case ancestors =>\n          val (ancestorDistance, ancestorHash) = ancestors.head\n          findAncestor(ancestorHash, ancestorDistance)\n            .map {\n              case None =>\n                Right(ancestors.toList)\n              case Some(nextAncestor) =>\n                val visitedAncestors = (ancestorDistance * 2, nextAncestor) :: ancestors\n                Left(visitedAncestors)\n            }\n      }\n    }\n\n  \/**\n    * Looks up an ancestor of the block at specified distance from it.\n    *\n    * @param block\n    * @return Ancestor hash at the specified distance from the `block`.\n    *\/\n  private[storage] def findAncestor(block: BlockHash, distance: Long): F[Option[BlockHash]]\n}\n\nobject AncestorsStorage {\n  trait MeteredAncestorsStorage[F[_]] extends AncestorsStorage[F] with Metered[F] {\n    self: DagLookup[F] =>\n    abstract override private[storage] def findAncestor(block: BlockHash, distance: Long) =\n      incAndMeasure(\"findAncestor\", super.findAncestor(block, distance))\n  }\n\n  sealed trait Relation extends Product with Serializable\n  object Relation {\n    case object Ancestor   extends Relation\n    case object Descendant extends Relation\n    case object Equal      extends Relation\n\n    def equal: Relation      = Equal\n    def ancestor: Relation   = Ancestor\n    def descendant: Relation = Descendant\n  }\n\n  \/** Decomposes `n` as a sum of powers of 2, in decreasing order *\/\n  private[dag] def decompose(n: Long): List[Long] = n match {\n    case nonPositive if nonPositive <= 0 => Nil\n    case 1                               => List(1L)\n    case 2                               => List(2L)\n    case 3                               => List(2L, 1L)\n    case 4                               => List(4L)\n    case m =>\n      val x  = BigInt(m)\n      val i0 = x.lowestSetBit\n      val p0 = 1L << i0\n\n      i0.until(x.bitLength)\n        .foldLeft(List.empty[Long] -> p0) {\n          case ((powers, p), i) =>\n            if (x.testBit(i)) (p :: powers, 2 * p)\n            else (powers, 2 * p)\n        }\n        ._1\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/HighwayConfSpec.scala","text":"package io.casperlabs.casper.highway\n\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\nimport org.scalatest._\n\nclass HighwayConfSpec extends WordSpec with Matchers with TickUtils {\n  import HighwayConf._\n\n  val Zero = hours(0)\n\n  val init = HighwayConf(\n    genesisEraStart = date(2000, 1, 3),\n    tickUnit = TimeUnit.MILLISECONDS,\n    eraDuration = EraDuration.FixedLength(Zero),\n    bookingDuration = Zero,\n    entropyDuration = Zero,\n    postEraVotingDuration = VotingDuration.FixedLength(Zero),\n    omegaMessageTimeStart = 0.0,\n    omegaMessageTimeEnd = 0.0\n  )\n\n  \"toTicks\" should {\n    \"convert to the number of ticks since epoch\" in {\n      init.toTicks(init.genesisEraStart) shouldBe Ticks(dateTimestamp(2000, 1, 3))\n    }\n  }\n\n  \"toInstant\" should {\n    \"convert ticks to insants\" in {\n      val a = Instant.ofEpochMilli(System.currentTimeMillis)\n      val b = init.toTicks(a)\n      val c = init.toInstant(b)\n      c shouldBe a\n    }\n  }\n\n  \"eraEnd\" when {\n    \/\/ There was a leap second announced for 2008 Dec 31; that's surely included in JDK8.\n\n    \"eraDuration is given as Ticks\" should {\n      \"add the specified number of ticks\" in {\n        val conf = init.copy(\n          tickUnit = TimeUnit.SECONDS,\n          eraDuration = EraDuration.FixedLength(days(7))\n        )\n\n        \/\/ Start from the previous Monday midnight.\n        val startTick = date(2008, 12, 29)\n        val endTick   = conf.eraEnd(startTick)\n\n        \/\/ The GregorianCalendar doesn't deal with leap seconds,\n        \/\/ while the LocalDateTime spreads it around; we should\n        \/\/ not see any discrepancy.\n        endTick shouldBe date(2009, 1, 5)\n\n        conf.toTicks(endTick) shouldBe dateTimestamp(2009, 1, 5) \/ 1000\n      }\n    }\n\n    \"eraDuration is given as Calendar\" should {\n      \"add a specified calendar unit\" in {\n        val conf = init.copy(\n          eraDuration = EraDuration.Calendar(3, EraDuration.CalendarUnit.MONTHS)\n        )\n        val startTick = date(2008, 12, 1)\n        val endTick   = conf.eraEnd(startTick)\n        endTick shouldBe date(2009, 3, 1)\n      }\n    }\n  }\n\n  \"genesisEraEnd\" should {\n    \"expand the genesis era to produce multiple booking blocks\" in {\n      val conf = init.copy(\n        genesisEraStart = date(2019, 12, 16),\n        bookingDuration = days(10),\n        eraDuration = EraDuration.FixedLength(days(7))\n      )\n      conf.genesisEraEnd shouldBe date(2019, 12, 30)\n    }\n  }\n\n  \"criticalBoundaries\" should {\n    \"collect all booking block ticks for the genesis era\" in {\n      val conf = init.copy(\n        genesisEraStart = date(2019, 12, 2),\n        bookingDuration = days(18),\n        eraDuration = EraDuration.FixedLength(days(7))\n      )\n      val boundaries = conf.criticalBoundaries(\n        conf.genesisEraStart,\n        conf.genesisEraEnd,\n        conf.bookingDuration\n      )\n\n      boundaries should contain theSameElementsInOrderAs List(\n        date(2019, 12, 5),\n        date(2019, 12, 12),\n        date(2019, 12, 19)\n      )\n    }\n\n    \"collect just the single key tick for a normal era\" in {\n      val conf = init.copy(\n        bookingDuration = days(10),\n        entropyDuration = hours(2),\n        eraDuration = EraDuration.FixedLength(days(7))\n      )\n      val boundaries = conf.criticalBoundaries(\n        date(2019, 12, 23),\n        date(2019, 12, 30),\n        conf.keyDuration\n      )\n\n      boundaries should contain only (\n        date(2019, 12, 27) plus hours(2)\n      )\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/FiberSyntax.scala","text":"package io.casperlabs.catscontrib\n\nimport cats.effect.Concurrent\nimport cats.effect.implicits._\nimport cats.implicits._\nimport io.casperlabs.shared.Log\n\nclass FiberSyntax[F[_]: Concurrent: Log: MonadThrowable, A](fa: F[A]) {\n\n  \/** Forks execution into a fiber.\n    * Logs any errors thrown in the fiber.\n    * Return something we can wait upon until the fiber is finished. *\/\n  def forkAndLog: F[F[A]] =\n    fa.onError {\n        case error =>\n          Log[F].error(s\"Error was thrown in the forked fiber: $error\")\n      }\n      .start\n      .map(_.join)\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/Message.scala","text":"package io.casperlabs.models\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus\nimport io.casperlabs.casper.consensus.Block.MessageType.{BALLOT, BLOCK, Unrecognized}\nimport io.casperlabs.casper.consensus.{BlockSummary, Bond}\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.catscontrib.MonadThrowable\nimport cats.implicits._\nimport shapeless.tag.@@\nimport Message.{JRank, MainRank}\n\nimport scala.util.{Failure, Success, Try}\nimport scala.reflect.quasiquotes.Rank\nimport shapeless.tag\n\n\/** A sum type representing message types that can be exchanged between validators.\n  *\n  * The intent is to map protobuf messages to internal types as soon as it's possible.\n  * This way we can do necessary validation of protobuf fields (like existence of required fields)\n  * and represent different messages in type-safe way.\n  *\/\nsealed trait Message {\n  type Id = ByteString\n  val messageHash: Id\n  val validatorId: ByteString\n  val timestamp: Long\n  val jRank: JRank\n  val mainRank: MainRank\n  val parentBlock: Id\n  val justifications: Seq[consensus.Block.Justification]\n  val validatorMsgSeqNum: Int\n  val signature: consensus.Signature\n  val roundId: Long\n\n  \/\/ Returns the `keyBlockHash`, but it was considered unintuitive after a while.\n  val eraId: Id\n\n  val parents: Seq[Id]\n  val blockSummary: BlockSummary\n\n  val validatorPrevMessageHash: Id\n\n  def isBlock: Boolean\n  def isBallot: Boolean = !isBlock\n\n  def isGenesisLike: Boolean =\n    this.parents.isEmpty &&\n      this.validatorId.isEmpty &&\n      this.signature.sig.isEmpty\n}\n\nobject Message {\n  sealed trait JRankTag\n  sealed trait MainRankTag\n\n  type JRank = Long @@ JRankTag\n  def asJRank(l: Long): JRank = l.asInstanceOf[JRank]\n\n  type MainRank = Long @@ MainRankTag\n  def asMainRank(l: Long): MainRank = l.asInstanceOf[MainRank]\n\n  case class Block private (\n      messageHash: Message#Id,\n      validatorId: ByteString,\n      timestamp: Long,\n      roundId: Long,\n      eraId: Message#Id,\n      parentBlock: Message#Id,\n      justifications: Seq[consensus.Block.Justification],\n      jRank: JRank,\n      mainRank: MainRank,\n      validatorMsgSeqNum: Int,\n      signature: consensus.Signature,\n      blockSummary: BlockSummary,\n      validatorPrevMessageHash: Message#Id\n  ) extends Message {\n    \/\/ For Genesis block we expect it to have no parents.\n    \/\/ We could either encode it as separate ADT variant or keep the assumptions.\n    override val parents: Seq[Id] =\n      (parentBlock +: secondaryParents).filterNot(_ == ByteString.EMPTY)\n\n    lazy val secondaryParents =\n      if (blockSummary.getHeader.parentHashes.isEmpty) Seq.empty\n      else blockSummary.getHeader.parentHashes.tail\n\n    lazy val weightMap: Map[ByteString, Weight] = blockSummary.getHeader.getState.bonds.map {\n      case Bond(validatorPk, stake) => validatorPk -> Weight(stake)\n    }.toMap\n\n    def isBlock: Boolean = true\n  }\n\n  case class Ballot private (\n      messageHash: Message#Id,\n      validatorId: ByteString,\n      timestamp: Long,\n      roundId: Long,\n      eraId: Message#Id,\n      parentBlock: Message#Id,\n      justifications: Seq[consensus.Block.Justification],\n      jRank: JRank,\n      mainRank: MainRank,\n      validatorMsgSeqNum: Int,\n      signature: consensus.Signature,\n      blockSummary: BlockSummary,\n      validatorPrevMessageHash: Message#Id\n  ) extends Message {\n    override val parents: Seq[Id] = Seq(parentBlock)\n    def isBlock: Boolean          = false\n  }\n\n  def fromBlockSummary(b: consensus.BlockSummary): Try[Message] =\n    try {\n      val messageHash        = b.blockHash\n      val header             = b.getHeader\n      val timestamp          = header.timestamp\n      val roundId            = header.roundId\n      val keyBlockHash       = header.keyBlockHash\n      val parentBlock        = header.parentHashes.headOption.getOrElse(ByteString.EMPTY)\n      val validatorId        = header.validatorPublicKey\n      val justifications     = header.justifications\n      val jRank              = asJRank(header.jRank)\n      val mainRank           = asMainRank(header.mainRank)\n      val validatorMsgSeqNum = header.validatorBlockSeqNum\n      val role               = header.messageType\n      val signature          = b.getSignature\n      val prevMsgHash        = header.validatorPrevBlockHash\n\n      role match {\n        case BALLOT =>\n          Success(\n            Ballot(\n              messageHash,\n              validatorId,\n              timestamp,\n              roundId,\n              keyBlockHash,\n              parentBlock,\n              justifications,\n              jRank,\n              mainRank,\n              validatorMsgSeqNum,\n              signature,\n              b,\n              prevMsgHash\n            )\n          )\n        case BLOCK =>\n          Success(\n            Block(\n              messageHash,\n              validatorId,\n              timestamp,\n              roundId,\n              keyBlockHash,\n              parentBlock,\n              justifications,\n              jRank,\n              mainRank,\n              validatorMsgSeqNum,\n              signature,\n              b,\n              prevMsgHash\n            )\n          )\n        case Unrecognized(_) =>\n          Failure(\n            new IllegalArgumentException(\n              s\"The message ${Base16.encode(messageHash.toByteArray).take(10)} has unrecognized message type.\"\n            )\n          )\n      }\n    } catch {\n      case ex: Throwable =>\n        val message =\n          s\"The message ${Base16.encode(b.blockHash.toByteArray).take(10)} could not be parsed to either Block type or a Ballot.\"\n        Failure(new IllegalArgumentException(message, ex))\n    }\n\n  def fromBlock(b: consensus.Block): Try[Message] =\n    fromBlockSummary(BlockSummary.fromBlock(b))\n\n  def fromOptionalSummary[F[_]: MonadThrowable](\n      b: Option[consensus.BlockSummary]\n  ): F[Option[Message]] =\n    b.fold(none[Message].pure[F])(\n      bs => MonadThrowable[F].fromTry(fromBlockSummary(bs)).map(Some(_))\n    )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/validation\/ValidationImpl.scala","text":"package io.casperlabs.casper.validation\n\nimport cats.Applicative\nimport cats.implicits._\nimport cats.mtl.FunctorRaise\nimport cats.data.NonEmptyList\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper._\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Bond}\nimport io.casperlabs.casper.equivocations.EquivocationDetector\nimport io.casperlabs.casper.util.ProtoUtil.bonds\nimport io.casperlabs.casper.util.execengine.ExecEngineUtil\nimport io.casperlabs.casper.util.execengine.ExecEngineUtil.{StateHash, TransformMap}\nimport io.casperlabs.casper.util.{CasperLabsProtocol, ProtoUtil}\nimport io.casperlabs.casper.highway.ForkChoice\nimport io.casperlabs.catscontrib.Fs2Compiler\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.models.Weight\nimport io.casperlabs.shared._\nimport io.casperlabs.smartcontracts.ExecutionEngineService\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.dag.DagRepresentation\nimport cats.effect.Sync\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport io.casperlabs.smartcontracts.ExecutionEngineService.CommitResult\nimport io.casperlabs.models.Message\nimport cats.Monad\n\nobject ValidationImpl {\n  def apply[F[_]](implicit ev: ValidationImpl[F]): Validation[F] = ev\n\n  implicit val metricsSource = CasperMetricsSource \/ \"validation\"\n\n  def metered[F[_]: Sync: Metrics](\n      underlying: Validation[F]\n  ): Validation[F] =\n    new Validation[F] {\n      override def neglectedInvalidBlock(\n          block: Block,\n          invalidBlockTracker: Set[BlockHash]\n      ): F[Unit] =\n        Metrics[F].timer(\"neglectedInvalidBlock\")(\n          underlying.neglectedInvalidBlock(block, invalidBlockTracker)\n        )\n\n      override def parents(b: Block, dag: DagRepresentation[F])(\n          implicit bs: BlockStorage[F]\n      ): F[ExecEngineUtil.MergeResult[TransformMap, Block]] =\n        Metrics[F].timer(\"parents\")(underlying.parents(b, dag))\n\n      override def transactions(\n          block: Block,\n          preStateHash: StateHash,\n          preStateBonds: Seq[Bond],\n          effects: Validation.BlockEffects\n      )(\n          implicit ee: ExecutionEngineService[F],\n          bs: BlockStorage[F],\n          clp: CasperLabsProtocol[F]\n      ): F[Unit] =\n        Metrics[F].timer(\"transactions\")(\n          underlying.transactions(block, preStateHash, preStateBonds, effects)\n        )\n\n      override def blockFull(\n          block: Block,\n          dag: DagRepresentation[F],\n          chainName: String,\n          maybeGenesis: Option[Block]\n      )(\n          implicit bs: BlockStorage[F],\n          versions: CasperLabsProtocol[F],\n          compiler: Fs2Compiler[F]\n      ): F[Unit] =\n        Metrics[F].timer(\"blockFull\")(underlying.blockFull(block, dag, chainName, maybeGenesis))\n\n      override def blockSummary(summary: BlockSummary, chainName: String)(\n          implicit versions: CasperLabsProtocol[F]\n      ): F[Unit] =\n        Metrics[F].timer(\"blockSummary\")(underlying.blockSummary(summary, chainName))\n\n      override def checkEquivocation(dag: DagRepresentation[F], block: Block): F[Unit] =\n        Metrics[F].timer(\"checkEquivocation\")(underlying.checkEquivocation(dag, block))\n    }\n}\n\nabstract class ValidationImpl[F[_]: Sync: FunctorRaise[*[_], InvalidBlock]: Log: Time: Metrics](\n    isHighway: Boolean\n) extends Validation[F] {\n  import io.casperlabs.models.BlockImplicits._\n  import Validation.{ignore, raise, reject}\n\n  type Data        = Array[Byte]\n  type BlockHeight = Long\n\n  protected def tipsFromLatestMessages(\n      dag: DagRepresentation[F],\n      keyBlockHash: BlockHash,\n      latestMessagesHashes: Map[Estimator.Validator, Set[BlockHash]]\n  ): F[NonEmptyList[BlockHash]]\n\n  \/** Check the block without executing deploys. *\/\n  override def blockFull(\n      block: Block,\n      dag: DagRepresentation[F],\n      chainName: String,\n      maybeGenesis: Option[Block]\n  )(\n      implicit bs: BlockStorage[F],\n      versions: CasperLabsProtocol[F],\n      compiler: Fs2Compiler[F]\n  ): F[Unit] = {\n    val summary = BlockSummary(block.blockHash, block.header, block.signature)\n    for {\n      _ <- Validation.checkDroppable(\n            if (block.body.isEmpty)\n              ignore[F](block.blockHash, s\"block body is missing.\").as(false)\n            else true.pure[F],\n            \/\/ Validate that the sender is a bonded validator.\n            maybeGenesis.fold(summary.isGenesisLike.pure[F]) { _ =>\n              Validation.blockSender[F](summary)\n            }\n          )\n      _ <- blockSummary(summary, chainName)\n      \/\/ Checks that need dependencies.\n      _ <- Validation.missingBlocks[F](summary)\n      _ <- Validation.timestamp[F](summary)\n      _ <- Validation.blockRank[F](summary, dag)\n      _ <- Validation.validatorPrevBlockHash[F](summary, dag, isHighway)\n      _ <- Validation.sequenceNumber[F](summary, dag)\n      _ <- Validation.swimlane[F](summary, dag, isHighway)\n      \/\/ TODO: Validate that blocks only have block parents and ballots have a single parent which is a block.\n      \/\/ Checks that need the body.\n      _ <- Validation.blockHash[F](block)\n      _ <- Validation.deployCount[F](block)\n      _ <- Validation.deployHashes[F](block)\n      _ <- Validation.deploySignatures[F](block)\n      _ <- Validation.deployHeaders[F](block, dag, chainName)\n      _ <- Validation.deployUniqueness[F](block, dag)\n    } yield ()\n  }\n\n  \/**\n    * Checks that the parents of `b` were chosen correctly according to the\n    * forkchoice rule. This is done by using the justifications of `b` as the\n    * set of latest messages, so the justifications must be fully explicit.\n    * For multi-parent blocks this requires doing commutativity checking, so\n    * the combined effect of all parents except the first (i.e. the effect\n    * which would need to be applied to the first parent's post-state to\n    * obtain the pre-state of `b`) is given as the return value in order to\n    * avoid repeating work downstream.\n    *\/\n  override def parents(\n      b: Block,\n      dag: DagRepresentation[F]\n  )(\n      implicit bs: BlockStorage[F]\n  ): F[ExecEngineUtil.MergeResult[ExecEngineUtil.TransformMap, Block]] = {\n    def printHashes(hashes: NonEmptyList[ByteString]) =\n      hashes.toList.map(PrettyPrinter.buildString).mkString(\"[\", \", \", \"]\")\n\n    val latestMessagesHashes = ProtoUtil\n      .getJustificationMsgHashes(b.getHeader.justifications)\n\n    for {\n      tipHashes            <- tipsFromLatestMessages(dag, b.getHeader.keyBlockHash, latestMessagesHashes)\n      _                    <- Log[F].debug(s\"Estimated tips are ${printHashes(tipHashes) -> \"tips\"}\")\n      tips                 <- tipHashes.traverse(ProtoUtil.unsafeGetBlock[F])\n      merged               <- ExecEngineUtil.merge[F](tips, dag)\n      computedParentHashes = merged.parents.map(_.blockHash)\n      parentHashes         = ProtoUtil.parentHashes(b)\n      _ <- if (parentHashes.isEmpty)\n            raise(InvalidParents)\n          else if (parentHashes == computedParentHashes)\n            Applicative[F].unit\n          else {\n            val parentsString =\n              parentHashes.map(PrettyPrinter.buildString).mkString(\",\")\n            val estimateString =\n              computedParentHashes.map(PrettyPrinter.buildString).mkString(\",\")\n            val justificationString = latestMessagesHashes.values\n              .map(hashes => hashes.map(PrettyPrinter.buildString).mkString(\"[\", \",\", \"]\"))\n              .mkString(\",\")\n            reject[F](\n              b,\n              InvalidParents,\n              s\"block parents $parentsString did not match estimate $estimateString based on justification $justificationString.\"\n            )\n          }\n    } yield merged\n  }\n\n  \/\/ Validates whether received block is valid (according to that nodes logic):\n  \/\/ 1) Validates whether pre state hashes match\n  \/\/ 2) Runs deploys from the block\n  \/\/ 3) Validates whether post state hashes match\n  \/\/ 4) Validates whether bonded validators, as at the end of executing the block, match.\n  override def transactions(\n      block: Block,\n      preStateHash: StateHash,\n      preStateBonds: Seq[Bond],\n      blockEffects: Validation.BlockEffects\n  )(\n      implicit ee: ExecutionEngineService[F],\n      bs: BlockStorage[F],\n      clp: CasperLabsProtocol[F]\n  ): F[Unit] = {\n    val blockPreState  = ProtoUtil.preStateHash(block)\n    val blockPostState = ProtoUtil.postStateHash(block)\n    if (preStateHash == blockPreState) {\n      for {\n        possibleCommitResult <- ExecEngineUtil\n                                 .commitEffects[F](\n                                   preStateHash,\n                                   preStateBonds,\n                                   block.getHeader.getProtocolVersion,\n                                   blockEffects\n                                 )\n                                 .attempt\n        \/\/TODO: distinguish \"internal errors\" and \"user errors\"\n        _ <- possibleCommitResult match {\n              case Left(ex) =>\n                Log[F].error(\n                  s\"Could not commit effects of ${PrettyPrinter.buildString(block.blockHash) -> \"block\"}: $ex\"\n                ) *>\n                  raise(InvalidTransaction)\n              case Right(commitResult) =>\n                for {\n                  _ <- reject[F](block, InvalidPostStateHash, \"invalid post state hash\")\n                        .whenA(commitResult.postStateHash != blockPostState)\n                  _ <- Validation.bondsCache[F](block, commitResult.bondedValidators)\n                } yield ()\n            }\n      } yield ()\n    } else {\n      raise(InvalidPreStateHash)\n    }\n  }\n\n  \/**\n    * If block contains an invalid justification block B and the creator of B is still bonded,\n    * return a RejectableBlock. Otherwise return an IncludeableBlock.\n    *\/\n  override def neglectedInvalidBlock(\n      block: Block,\n      invalidBlockTracker: Set[BlockHash]\n  ): F[Unit] = {\n    val invalidJustifications = block.justifications.filter(\n      justification => invalidBlockTracker.contains(justification.latestBlockHash)\n    )\n    val neglectedInvalidJustification = invalidJustifications.exists { justification =>\n      val slashedValidatorBond =\n        bonds(block).find(_.validatorPublicKey == justification.validatorPublicKey)\n      slashedValidatorBond match {\n        case Some(bond) => Weight(bond.stake) > 0\n        case None       => false\n      }\n    }\n    if (neglectedInvalidJustification) {\n      reject[F](block, NeglectedInvalidBlock, \"Neglected invalid justification.\")\n    } else {\n      Applicative[F].unit\n    }\n  }\n\n  \/** Validate just the BlockSummary, assuming we don't have the block yet, or all its dependencies.\n    * We can check that all the fields are present, the signature is fine, etc.\n    * We'll need the full body to validate the block properly but this preliminary check can prevent\n    * obviously corrupt data from being downloaded. *\/\n  override def blockSummary(\n      summary: BlockSummary,\n      chainName: String\n  )(implicit versions: CasperLabsProtocol[F]): F[Unit] = {\n    val treatAsGenesis = summary.isGenesisLike\n    for {\n      _ <- Validation.checkDroppable[F](\n            Validation.formatOfFields[F](summary, treatAsGenesis),\n            Validation.version(\n              summary,\n              CasperLabsProtocol[F].versionAt(_)\n            ),\n            if (!treatAsGenesis) Validation.blockSignature[F](summary) else true.pure[F]\n          )\n      _ <- Validation.summaryHash[F](summary)\n      _ <- Validation.chainIdentifier[F](summary, chainName)\n      _ <- ballot(summary)\n    } yield ()\n  }\n\n  \/\/ Validates that a message that is supposed to be a ballot adheres to ballot's specification.\n  private def ballot(\n      b: BlockSummary\n  ): F[Unit] =\n    FunctorRaise[F, InvalidBlock]\n      .raise[Unit](InvalidTargetHash)\n      .whenA(b.getHeader.messageType.isBallot && b.getHeader.parentHashes.size != 1)\n\n  override def checkEquivocation(dag: DagRepresentation[F], block: Block): F[Unit] =\n    for {\n      message <- Sync[F].fromTry(Message.fromBlock(block))\n      _       <- EquivocationDetector.checkEquivocation[F](dag, message, isHighway)\n    } yield ()\n}\n\nclass NCBValidationImpl[F[_]: Sync: FunctorRaise[*[_], InvalidBlock]: Log: Time: Metrics]\n    extends ValidationImpl[F](isHighway = false) {\n\n  override def tipsFromLatestMessages(\n      dag: DagRepresentation[F],\n      keyBlockHash: BlockHash,\n      latestMessagesHashes: Map[Estimator.Validator, Set[BlockHash]]\n  ): F[NonEmptyList[BlockHash]] =\n    EquivocationDetector.detectVisibleFromJustifications(\n      dag,\n      latestMessagesHashes\n    ) flatMap { equivocators =>\n      Estimator\n        .tips[F](dag, keyBlockHash, latestMessagesHashes, equivocators)\n    }\n}\n\nclass HighwayValidationImpl[F[_]: Sync: FunctorRaise[*[_], InvalidBlock]: Log: Time: Metrics: ForkChoice]\n    extends ValidationImpl[F](isHighway = true) {\n\n  override def tipsFromLatestMessages(\n      dag: DagRepresentation[F],\n      keyBlockHash: BlockHash,\n      latestMessagesHashes: Map[Estimator.Validator, Set[BlockHash]]\n  ): F[NonEmptyList[BlockHash]] =\n    for {\n      choice <- ForkChoice[F]\n                 .fromJustifications(keyBlockHash, latestMessagesHashes.values.flatten.toSet)\n      tips = NonEmptyList.one(choice.block.messageHash)\n    } yield tips\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/Key.scala","text":"<filename>models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/Key.scala<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.cltype\nimport io.casperlabs.models.bytesrepr._\n\nsealed trait Key {\n  protected val tag: Byte\n  protected def innerToBytes: Array[Byte]\n}\n\nobject Key {\n  case class Account(address: ByteArray32) extends Key {\n    override protected val tag: Byte        = Account.tag\n    protected def innerToBytes: Array[Byte] = ToBytes[ByteArray32].toBytes(address)\n  }\n\n  object Account {\n    val tag: Byte = 0\n  }\n\n  case class Hash(address: ByteArray32) extends Key {\n    override protected val tag: Byte        = Hash.tag\n    protected def innerToBytes: Array[Byte] = ToBytes[ByteArray32].toBytes(address)\n  }\n\n  object Hash {\n    val tag: Byte = 1\n  }\n\n  case class URef(uref: cltype.URef) extends Key {\n    override protected val tag: Byte        = URef.tag\n    protected def innerToBytes: Array[Byte] = ToBytes[cltype.URef].toBytes(uref)\n  }\n\n  object URef {\n    val tag: Byte = 2\n  }\n\n  case class Local(seed: ByteArray32, hash: ByteArray32) extends Key {\n    override protected val tag: Byte = Local.tag\n    protected def innerToBytes: Array[Byte] =\n      ToBytes[ByteArray32].toBytes(seed) ++ ToBytes[ByteArray32].toBytes(hash)\n  }\n\n  object Local {\n    val tag: Byte = 3\n  }\n\n  implicit val toBytesKey: ToBytes[Key] = new ToBytes[Key] {\n    override def toBytes(k: Key): Array[Byte] =\n      k.tag +: k.innerToBytes\n  }\n\n  val deserializer: FromBytes.Deserializer[Key] =\n    FromBytes.byte.flatMap {\n      case tag if tag == Account.tag =>\n        ByteArray32.deserializer.map[Key](address => Account(address))\n      case tag if tag == Hash.tag => ByteArray32.deserializer.map[Key](address => Hash(address))\n      case tag if tag == URef.tag => cltype.URef.deserializer.map[Key](uref => URef(uref))\n      case tag if tag == Local.tag =>\n        for {\n          seed <- ByteArray32.deserializer\n          hash <- ByteArray32.deserializer\n        } yield Local(seed, hash)\n      case other => FromBytes.raise(FromBytes.Error.InvalidVariantTag(other, \"Key\"))\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/KeySerializationTest.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.SerializationTest.roundTrip\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport KeySerializationTest.arbKey\n\nclass KeySerializationTest extends FlatSpec with Matchers with PropertyChecks {\n  \"Keys\" should \"serialize properly\" in forAll { (k: Key) =>\n    roundTrip(k, Key.deserializer)\n  }\n}\n\nobject KeySerializationTest {\n  val genAccountKey: Gen[Key.Account] =\n    ByteArray32SerializationTest.genByteArray32.map(Key.Account(_))\n\n  val genHashKey: Gen[Key.Hash] = ByteArray32SerializationTest.genByteArray32.map(Key.Hash(_))\n  val genURefKey: Gen[Key.URef] = URefSerializationTest.genURef.map(Key.URef(_))\n  val genLocalKey: Gen[Key.Local] = for {\n    seed <- ByteArray32SerializationTest.genByteArray32\n    hash <- ByteArray32SerializationTest.genByteArray32\n  } yield Key.Local(seed, hash)\n\n  val genKey: Gen[Key] = Gen.oneOf(genAccountKey, genHashKey, genURefKey, genLocalKey)\n\n  implicit val arbKey: Arbitrary[Key] = Arbitrary(genKey)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/util\/execengine\/ExecutionEngineServiceStub.scala","text":"package io.casperlabs.casper.util.execengine\n\nimport cats.data.NonEmptyList\nimport cats.Applicative\nimport cats.effect.Sync\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.casper\nimport io.casperlabs.casper.consensus.state.{Unit => _, _}\nimport io.casperlabs.casper.consensus.{Block, Bond}\nimport io.casperlabs.casper.util.{CasperLabsProtocol, ProtoUtil}\nimport io.casperlabs.casper.util.execengine.ExecEngineUtil.StateHash\nimport io.casperlabs.casper.validation.{NCBValidationImpl, Validation}\nimport io.casperlabs.crypto.Keys.PublicKey\nimport io.casperlabs.ipc._\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.metrics.Metrics.MetricsNOP\nimport io.casperlabs.models.SmartContractEngineError\nimport io.casperlabs.shared.{Log, Time}\nimport io.casperlabs.models.cltype\nimport io.casperlabs.smartcontracts.ExecutionEngineService\nimport io.casperlabs.storage.block._\nimport io.casperlabs.storage.dag._\nimport io.casperlabs.models.BlockImplicits._\n\nimport scala.concurrent.duration.FiniteDuration\nimport scala.util.Either\n\nobject ExecutionEngineServiceStub {\n  type Bonds = Map[PublicKey, Long]\n\n  import ExecEngineUtil.{MergeResult, TransformMap}\n\n  implicit def functorRaiseInvalidBlock[F[_]: Sync] =\n    casper.validation.raiseValidateErrorThroughApplicativeError[F]\n\n  def merge[F[_]: MonadThrowable: BlockStorage: Metrics](\n      candidateParentBlocks: List[Block],\n      dag: DagRepresentation[F]\n  ): F[MergeResult[TransformMap, Block]] =\n    NonEmptyList.fromList(candidateParentBlocks) map { blocks =>\n      ExecEngineUtil.merge[F](blocks, dag).map(x => x: MergeResult[TransformMap, Block])\n    } getOrElse {\n      MergeResult.empty[TransformMap, Block].pure[F]\n    }\n\n  def validateBlockCheckpoint[F[_]: Sync: Log: BlockStorage: ExecutionEngineService: CasperLabsProtocol](\n      b: Block,\n      dag: DagRepresentation[F]\n  ): F[Either[Throwable, StateHash]] = {\n    implicit val time = new Time[F] {\n      override def currentMillis: F[Long]                   = 0L.pure[F]\n      override def nanoTime: F[Long]                        = 0L.pure[F]\n      override def sleep(duration: FiniteDuration): F[Unit] = Sync[F].unit\n    }\n    implicit val metrics    = new MetricsNOP[F]\n    implicit val validation = new NCBValidationImpl[F]\n    (for {\n      parents <- ProtoUtil.unsafeGetParents[F](b)\n      merged  <- ExecutionEngineServiceStub.merge[F](parents, dag)\n      preStateHash <- ExecEngineUtil\n                       .computePrestate[F](merged, rank = b.mainRank, upgrades = Nil)\n      preStateBonds = merged.parents.headOption.getOrElse(b).getHeader.getState.bonds\n      effects <- ExecEngineUtil\n                  .effectsForBlock[F](b, preStateHash)\n                  .map(\n                    be =>\n                      \/\/ This is a little hack needed for tests.\n                      \/\/ Genesis block doesn't have any effects\n                      \/\/ but is sent using exec + commit which won't call EE.commit\n                      \/\/ if there are no effects.\n                      if (ExecEngineUtil.isGenesisLike(b))\n                        Validation.BlockEffects(Map(0 -> Seq.empty))\n                      else be\n                  )\n      _ <- Validation[F].transactions(b, preStateHash, preStateBonds, effects)\n    } yield ProtoUtil.postStateHash(b)).attempt\n  }\n\n  def mock[F[_]](\n      runGenesisWithChainSpecFunc: (\n          ChainSpec.GenesisConfig\n      ) => F[Either[Throwable, GenesisResult]],\n      upgradeFunc: (\n          ByteString,\n          ChainSpec.UpgradePoint,\n          ProtocolVersion\n      ) => F[Either[Throwable, UpgradeResult]],\n      execFunc: (\n          ByteString,\n          Long,\n          Seq[DeployItem],\n          ProtocolVersion\n      ) => F[Either[Throwable, Seq[DeployResult]]],\n      commitFunc: (\n          ByteString,\n          Seq[TransformEntry]\n      ) => F[Either[Throwable, ExecutionEngineService.CommitResult]],\n      queryFunc: (ByteString, Key, Seq[String]) => F[Either[Throwable, cltype.StoredValue]]\n  ): ExecutionEngineService[F] = new ExecutionEngineService[F] {\n    override def emptyStateHash: ByteString = ByteString.EMPTY\n    override def runGenesis(\n        genesisConfig: ChainSpec.GenesisConfig\n    ): F[Either[Throwable, GenesisResult]] =\n      runGenesisWithChainSpecFunc(genesisConfig)\n\n    override def upgrade(\n        prestate: ByteString,\n        upgrade: ChainSpec.UpgradePoint,\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, UpgradeResult]] =\n      upgradeFunc(prestate, upgrade, protocolVersion)\n\n    override def exec(\n        prestate: ByteString,\n        blocktime: Long,\n        deploys: Seq[DeployItem],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, Seq[DeployResult]]] =\n      execFunc(prestate, blocktime, deploys, protocolVersion)\n    override def commit(\n        prestate: ByteString,\n        effects: Seq[TransformEntry],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, ExecutionEngineService.CommitResult]] = commitFunc(prestate, effects)\n\n    override def query(\n        state: ByteString,\n        baseKey: Key,\n        path: Seq[String],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, cltype.StoredValue]] = queryFunc(state, baseKey, path)\n  }\n\n  def failExec[F[_]: Applicative](bonds: Seq[Bond] = Seq.empty): ExecutionEngineService[F] =\n    new NoOpExecutionEngineService[F](bonds) {\n      override def exec(\n          prestate: ByteString,\n          blocktime: Long,\n          deploys: Seq[DeployItem],\n          protocolVersion: ProtocolVersion\n      ): F[Either[Throwable, Seq[DeployResult]]] =\n        Either\n          .left[Throwable, Seq[DeployResult]](\n            new RuntimeException(\"Failed ExecutionEngineService.exec\")\n          )\n          .pure[F]\n    }\n\n  def failCommit[F[_]: Applicative](bonds: Seq[Bond] = Seq.empty): ExecutionEngineService[F] =\n    new NoOpExecutionEngineService[F](bonds) {\n      override def commit(\n          prestate: ByteString,\n          effects: Seq[TransformEntry],\n          protocolVersion: ProtocolVersion\n      ): F[Either[Throwable, ExecutionEngineService.CommitResult]] =\n        Either\n          .left[Throwable, ExecutionEngineService.CommitResult](\n            new RuntimeException(\"Failed ExecutionEngineService.commit\")\n          )\n          .pure[F]\n    }\n\n  def noOpApi[F[_]: Applicative](\n      bonds: Seq[Bond] = Seq.empty\n  ): ExecutionEngineService[F] =\n    new NoOpExecutionEngineService[F](bonds)\n\n  class NoOpExecutionEngineService[F[_]: Applicative](bonds: Seq[Bond] = Seq.empty)\n      extends ExecutionEngineService[F] {\n\n    override def emptyStateHash: ByteString = ByteString.EMPTY\n\n    override def runGenesis(\n        genesisConfig: ChainSpec.GenesisConfig\n    ): F[Either[Throwable, GenesisResult]] =\n      GenesisResult().asRight[Throwable].pure[F]\n\n    override def upgrade(\n        prestate: ByteString,\n        upgrade: ChainSpec.UpgradePoint,\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, UpgradeResult]] =\n      UpgradeResult().asRight[Throwable].pure[F]\n\n    override def exec(\n        prestate: ByteString,\n        blocktime: Long,\n        deploys: Seq[DeployItem],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, Seq[DeployResult]]] =\n      Seq\n        .fill(deploys.size)(\n          DeployResult(\n            DeployResult.Value\n              .PreconditionFailure(DeployResult.PreconditionFailure(\"Test precondition failure.\"))\n          )\n        )\n        .asRight[Throwable]\n        .pure[F]\n\n    override def commit(\n        prestate: ByteString,\n        effects: Seq[TransformEntry],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, ExecutionEngineService.CommitResult]] =\n      ExecutionEngineService\n        .CommitResult(prestate, bonds)\n        .asRight[Throwable]\n        .pure[F]\n\n    override def query(\n        state: ByteString,\n        baseKey: Key,\n        path: Seq[String],\n        protocolVersion: ProtocolVersion\n    ): F[Either[Throwable, cltype.StoredValue]] =\n      (cltype.StoredValue\n        .CLValue(cltype.CLValue(cltype.CLType.Bool, Vector.empty))\n        .asInstanceOf[cltype.StoredValue])\n        .asRight[Throwable]\n        .pure[F]\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/helper\/BlockUtil.scala","text":"<filename>casper\/src\/test\/scala\/io\/casperlabs\/casper\/helper\/BlockUtil.scala\npackage io.casperlabs.casper.helper\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.crypto.Keys.PrivateKey\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm\nimport io.casperlabs.casper.consensus.{Block, Signature}\nimport io.casperlabs.casper.util.ProtoUtil\n\nimport scala.util.Random\n\nobject BlockUtil {\n  def resignBlock(b: Block, sk: PrivateKey): Block = {\n    \/\/ NOTE: Not changing the validator public key, this will likely be invalid.\n    val sigAlgorithm = SignatureAlgorithm.unapply(b.getSignature.sigAlgorithm).get\n    val sig          = ByteString.copyFrom(sigAlgorithm.sign(b.blockHash.toByteArray, sk))\n    b.withSignature(b.getSignature.withSig(sig))\n  }\n\n  def generateValidator(prefix: String = \"\"): ByteString =\n    generateHash(prefix)\n\n  def generateHash(prefix: String = \"\"): BlockHash =\n    ByteString.copyFromUtf8(prefix + Random.nextString(20)).substring(0, 32)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/dag\/AncestorsStorageTest.scala","text":"<reponame>hnjolles1\/CasperLabs<filename>storage\/src\/test\/scala\/io\/casperlabs\/storage\/dag\/AncestorsStorageTest.scala\npackage io.casperlabs.storage.dag\n\nimport org.scalatest.FlatSpec\nimport org.scalatest.Matchers\nimport org.scalatest.compatible.Assertion\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport cats.effect.laws.discipline.arbitrary\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.casper.consensus.Signature\nimport io.casperlabs.storage.{ArbitraryStorageData, SQLiteFixture}\nimport io.casperlabs.storage.SQLiteStorage\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.BlockMsgWithTransform\n\nclass AncestorsStorageTest\n    extends FlatSpec\n    with Matchers\n    with ArbitraryStorageData\n    with SQLiteFixture[BlockStorage[Task] with AncestorsStorage[Task]] {\n\n  override def db: String = \"\/tmp\/message_ancestors_test.db\"\n\n  override def createTestResource: Task[BlockStorage[Task] with AncestorsStorage[Task]] =\n    SQLiteStorage.create[Task](readXa = xa, writeXa = xa)\n\n  implicit val consensusConfig: ConsensusConfig = ConsensusConfig(\n    dagSize = 5,\n    dagDepth = 3,\n    dagBranchingFactor = 1,\n    maxSessionCodeBytes = 1,\n    maxPaymentCodeBytes = 1,\n    minSessionCodeBytes = 1,\n    minPaymentCodeBytes = 1\n  )\n\n  def randomMessage: Block =\n    sample(arbBlock.arbitrary)\n\n  def createGenesis: Block = {\n    val b = randomMessage\n    b.withHeader(\n        b.getHeader\n          .withParentHashes(Seq.empty)\n          .withValidatorPublicKey(ByteString.EMPTY)\n      )\n      .clearSignature\n  }\n\n  implicit class BlockOps(b: Block) {\n    def withMainParent(block: Block): Block =\n      b.withHeader(\n        b.getHeader\n          .withParentHashes(Seq(block.blockHash))\n          .withMainRank(block.getHeader.mainRank + 1)\n      )\n  }\n\n  behavior of \"collectMessageAncestors\"\n\n  it should \"return an empty list of ancestors for Genesis\" in {\n    val genesis = createGenesis\n\n    runSQLiteTest {\n      case (storage: BlockStorage[Task] with AncestorsStorage[Task]) =>\n        for {\n          _         <- storage.put(genesis.blockHash, BlockMsgWithTransform().withBlockMessage(genesis))\n          ancestors <- storage.collectMessageAncestors(genesis)\n        } yield assert(ancestors.isEmpty)\n    }\n  }\n\n  it should \"return correct ancestors at power of 2 heights from the block\" in {\n    \/\/ g - A - B - C - D - E - F - G - H | block\n    \/\/ 0   1   2   3   4   5   6   7   8 | main rank\n    \/\/ 3               2       1   0   * | power of 2 ancestors of `H`\n    \/\/ 2       1   0   *                 | power of 2 ancestors of `D`\n    \/\/     1   0   *                     | power of 2 ancestors of `C`\n    val genesis = createGenesis\n    implicit def `Block => BlockMsgWithTransforms`(b: Block): BlockMsgWithTransform =\n      BlockMsgWithTransform().withBlockMessage(b)\n\n    runSQLiteTest {\n      case (storage: BlockStorage[Task] with AncestorsStorage[Task]) =>\n        for {\n          _ <- storage.put(genesis.blockHash, genesis)\n          a = randomMessage.withMainParent(genesis)\n          b = randomMessage.withMainParent(a)\n          c = randomMessage.withMainParent(b)\n          d = randomMessage.withMainParent(c)\n          e = randomMessage.withMainParent(d)\n          f = randomMessage.withMainParent(e)\n          g = randomMessage.withMainParent(f)\n          h = randomMessage.withMainParent(g)\n          _ <- storage.put(a.blockHash, a)\n          _ <- storage.put(b.blockHash, b)\n          _ <- storage.put(c.blockHash, c)\n          _ <- storage.put(d.blockHash, d)\n          _ <- storage.put(e.blockHash, e)\n          _ <- storage.put(f.blockHash, f)\n          _ <- storage.put(g.blockHash, g)\n          _ <- storage.put(h.blockHash, h)\n          _ <- storage\n                .collectMessageAncestors(h)\n                .map(\n                  _ shouldBe List(\n                    1 -> g.blockHash,\n                    2 -> f.blockHash,\n                    4 -> d.blockHash,\n                    8 -> genesis.blockHash\n                  ).reverse\n                )\n          _ <- storage\n                .collectMessageAncestors(d)\n                .map(\n                  _ shouldBe List(\n                    1 -> c.blockHash,\n                    2 -> b.blockHash,\n                    4 -> genesis.blockHash\n                  ).reverse\n                )\n          _ <- storage\n                .collectMessageAncestors(c)\n                .map(\n                  _ shouldBe List(\n                    1 -> b.blockHash,\n                    2 -> a.blockHash\n                  ).reverse\n                )\n        } yield ()\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"client\/src\/main\/scala\/io\/casperlabs\/client\/Printer.scala","text":"package io.casperlabs.client\n\nimport java.math.BigInteger\n\nimport io.casperlabs.crypto.codec.Base16\nimport io.circe.Json\nimport scalapb.GeneratedMessage\nimport scalapb.descriptors._\nimport scalapb.textformat.TextGenerator\n\nobject Printer {\n\n  def print(m: GeneratedMessage, bytesStandard: Boolean, json: Boolean): String =\n    if (json) {\n      Json.print(m, bytesStandard)\n    } else {\n      ProtoString.print(m, bytesStandard)\n    }\n\n  \/** Based on what scalapb-circe `JsonFormat.toJsonString` does but allows to customize Base16\/Base64 for bytes. *\/\n  private object Json {\n    private val base16Printer = new scalapb_circe.Printer() {\n      override def serializeSingleValue(\n          fd: FieldDescriptor,\n          value: PValue,\n          formattingLongAsNumber: Boolean\n      ): Json =\n        value match {\n          case PByteString(value) =>\n            io.circe.Json.fromString(Base16.encode(value.toByteArray))\n          case v => super.serializeSingleValue(fd, v, formattingLongAsNumber)\n        }\n    }\n    private val base64Printer = new scalapb_circe.Printer()\n    private val indent        = ' '.toString * 2\n\n    def print(m: GeneratedMessage, bytesStandard: Boolean): String = {\n      val json = if (bytesStandard) base64Printer.toJson(m) else base16Printer.toJson(m)\n      json.printWith(io.circe.Printer.indented(indent))\n    }\n  }\n\n  \/** Based on what scalapb `toProtoString` does but but allows to customize Base16\/ASCII-escaped for bytes. *\/\n  private object ProtoString {\n    def print(m: GeneratedMessage, bytesStandard: Boolean): String =\n      if (bytesStandard) {\n        scalapb.TextFormat.printToUnicodeString(m)\n      } else {\n        this.printToUnicodeString(m)\n      }\n\n    private def printToUnicodeString(m: GeneratedMessage) = {\n      val out = new TextGenerator(singleLine = false, escapeNonAscii = false)\n      print(m.toPMessage, out)\n      out.result()\n      out.result()\n    }\n\n    private def print(p: PMessage, out: TextGenerator): Unit =\n      p.value.toSeq.sortBy(_._1.number).foreach {\n        case (fd, value) => printField(fd, value, out)\n      }\n\n    private def printField(\n        fd: FieldDescriptor,\n        value: PValue,\n        out: TextGenerator\n    ): Unit =\n      value match {\n        case PRepeated(values) =>\n          values.foreach(v => printSingleField(fd, v, out))\n        case PEmpty =>\n        case _ =>\n          printSingleField(fd, value, out)\n      }\n\n    private def printSingleField(\n        fd: FieldDescriptor,\n        value: PValue,\n        out: TextGenerator\n    ) = {\n      out.add(fd.name)\n      value match {\n        case PMessage(_) =>\n          out.addNewLine(\" {\").indent()\n          printFieldValue(fd, value, out)\n          out.outdent().addNewLine(\"}\")\n        case _ =>\n          out.add(\": \")\n          printFieldValue(fd, value, out)\n          out.addNewLine(\"\")\n      }\n    }\n\n    private def printFieldValue(\n        fd: FieldDescriptor,\n        value: PValue,\n        out: TextGenerator\n    ): Unit =\n      value match {\n        case scalapb.descriptors.PInt(v) =>\n          if (fd.protoType.isTypeUint32 || fd.protoType.isTypeFixed32)\n            out.add(unsignedToString(v))\n          else\n            out.add(v.toString)\n        case scalapb.descriptors.PLong(v) =>\n          if (fd.protoType.isTypeUint64 || fd.protoType.isTypeFixed64)\n            out.add(unsignedToString(v))\n          else\n            out.add(v.toString)\n        case scalapb.descriptors.PBoolean(v) =>\n          out.add(v.toString)\n        case scalapb.descriptors.PFloat(v) =>\n          out.add(v.toString)\n        case scalapb.descriptors.PDouble(v) =>\n          out.add(v.toString)\n        case scalapb.descriptors.PEnum(v) =>\n          if (!v.isUnrecognized)\n            out.add(v.name)\n          else\n            out.add(v.number.toString)\n        case e: scalapb.descriptors.PMessage =>\n          print(e, out)\n        case scalapb.descriptors.PString(v) =>\n          out\n            .add(\"\\\"\")\n            .addMaybeEscape(v)\n            .add(\"\\\"\")\n        case scalapb.descriptors.PByteString(v) =>\n          out\n            .add(\"\\\"\")\n            \/\/.add(textformat.TextFormatUtils.escapeBytes(v))\n            .add(Base16.encode(v.toByteArray))\n            .add(\"\\\"\")\n        case scalapb.descriptors.PRepeated(_) =>\n          throw new RuntimeException(\"Should not happen.\")\n        case scalapb.descriptors.PEmpty =>\n          throw new RuntimeException(\"Should not happen.\")\n      }\n\n    \/** Convert an unsigned 32-bit integer to a string. *\/\n    private def unsignedToString(value: Int): String =\n      if (value >= 0) java.lang.Integer.toString(value)\n      else java.lang.Long.toString(value & 0X00000000FFFFFFFFL)\n\n    \/** Convert an unsigned 64-bit integer to a string. *\/\n    private def unsignedToString(value: Long): String =\n      if (value >= 0) java.lang.Long.toString(value)\n      else BigInteger.valueOf(value & 0X7FFFFFFFFFFFFFFFL).setBit(63).toString\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/graphql\/schema\/utils\/package.scala","text":"package io.casperlabs.node.api.graphql.schema\n\nimport cats._\nimport cats.syntax._\nimport cats.implicits._\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport java.time.{Instant, ZoneId, ZonedDateTime}\n\nimport sangria.schema._\n\npackage object utils {\n  \/\/ Not defining inputs yet because it's a read-only field\n  val DateType: ScalarType[Long] = ScalarType[Long](\n    \"Date\",\n    coerceUserInput = _ => ???,\n    coerceOutput =\n      (l, _) => ZonedDateTime.ofInstant(Instant.ofEpochMilli(l), ZoneId.of(\"Z\")).toString,\n    coerceInput = _ => ???\n  )\n\n  val ProtocolVersionType = ObjectType(\n    \"ProtocolVersion\",\n    \"ProtocolVersion at the time a Block was created; follows semver semantics\",\n    fields[Unit, ProtocolVersion](\n      Field(\n        \"major\",\n        IntType,\n        \"Major version\".some,\n        resolve = c => c.value.major\n      ),\n      Field(\n        \"minor\",\n        IntType,\n        \"Minor version\".some,\n        resolve = c => c.value.minor\n      ),\n      Field(\n        \"path\",\n        IntType,\n        \"Patch version\".some,\n        resolve = c => c.value.patch\n      )\n    )\n  )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/EventStream.scala","text":"package io.casperlabs.node.api\n\nimport cats._\nimport cats.implicits._\nimport cats.effect._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.casper.DeployHash\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.api.BlockAPI\nimport io.casperlabs.casper.consensus.info.{BlockInfo, DeployInfo, Event}\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.casper.EventEmitter\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.node.api.casper.StreamEventsRequest\nimport io.casperlabs.node.api.graphql.FinalizedBlocksStream\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.dag.DagStorage\nimport io.casperlabs.storage.deploy.DeployStorage\nimport monix.execution.{Ack, Scheduler}\nimport monix.reactive.{Observable, OverflowStrategy}\nimport monix.reactive.subjects.ConcurrentSubject\nimport simulacrum.typeclass\nimport io.casperlabs.shared.Log\n\n@typeclass trait EventStream[F[_]] extends EventEmitter[F] {\n  def subscribe(request: StreamEventsRequest): Observable[Event]\n}\n\nobject EventStream {\n  def create[F[_]: Concurrent: DeployStorage: BlockStorage: DagStorage: Log: Metrics](\n      scheduler: Scheduler,\n      eventStreamBufferSize: Int\n  ): EventStream[F] = {\n    \/\/ Don't send code in the deploy bodies.\n    implicit val deployView = DeployInfo.View.BASIC\n\n    val source =\n      ConcurrentSubject.publish[Event](OverflowStrategy.DropOld(eventStreamBufferSize))(scheduler)\n\n    def emit(event: Event) =\n      Sync[F].delay(source.onNext(event)).void\n\n    new EventStream[F] {\n      import Event._\n\n      override def subscribe(request: StreamEventsRequest): Observable[Event] = {\n        import Event.Value._\n\n        val accountFilter: ByteString => Boolean =\n          request.getDeployFilter.accountPublicKeys.toSet match {\n            case keys if keys.nonEmpty => keys.contains\n            case _                     => _ => true\n          }\n\n        val deployHashFilter: DeployHash => Boolean =\n          request.getDeployFilter.deployHashes.toSet match {\n            case hashes if hashes.nonEmpty => hashes.contains\n            case _                         => _ => true\n          }\n\n        def deployFilter(d: Deploy) =\n          accountFilter(d.getHeader.accountPublicKey) && deployHashFilter(d.deployHash)\n\n        source.filter {\n          _.value match {\n            case Empty => false\n            case Value.BlockAdded(_) =>\n              request.blockAdded\n\n            case Value.NewFinalizedBlock(_) =>\n              request.blockFinalized\n\n            case Value.DeployAdded(e) =>\n              request.deployAdded && deployFilter(e.getDeploy)\n\n            case Value.DeployDiscarded(e) =>\n              request.deployDiscarded && deployFilter(e.getDeploy)\n\n            case Value.DeployRequeued(e) =>\n              request.deployRequeued && deployFilter(e.getDeploy)\n\n            case Value.DeployProcessed(e) =>\n              request.deployProcessed && deployFilter(e.getProcessedDeploy.getDeploy)\n\n            case Value.DeployFinalized(e) =>\n              request.deployFinalized && deployFilter(e.getProcessedDeploy.getDeploy)\n\n            case Value.DeployOrphaned(e) =>\n              request.deployOrphaned && deployFilter(e.getDeployInfo.getDeploy)\n          }\n        }\n      }\n\n      override def blockAdded(blockHash: BlockHash): F[Unit] = {\n        BlockAPI.getBlockInfo[F](\n          Base16.encode(blockHash.toByteArray),\n          BlockInfo.View.FULL\n        ) flatMap { blockInfo =>\n          emit {\n            Event().withBlockAdded(BlockAdded().withBlock(blockInfo))\n          }\n        }\n      } >> {\n        DeployStorage[F].reader\n          .getProcessedDeploys(blockHash)\n          .flatMap { deploys =>\n            deploys.traverse { d =>\n              emit {\n                Event().withDeployProcessed(\n                  DeployProcessed().withBlockHash(blockHash).withProcessedDeploy(d)\n                )\n              }\n            }\n          }\n          .void\n      }\n\n      override def newLastFinalizedBlock(\n          lfb: BlockHash,\n          indirectlyFinalized: Set[BlockHash]\n      ): F[Unit] =\n        emit {\n          Event().withNewFinalizedBlock(\n            NewFinalizedBlock(lfb, indirectlyFinalized.toSeq)\n          )\n        } >> {\n          (lfb +: indirectlyFinalized.toList).traverse { blockHash =>\n            DeployStorage[F].reader\n              .getProcessedDeploys(blockHash)\n              .flatMap { deploys =>\n                deploys.traverse { d =>\n                  emit {\n                    Event().withDeployFinalized(\n                      DeployFinalized().withBlockHash(blockHash).withProcessedDeploy(d)\n                    )\n                  }\n                }\n              }\n          }.void\n        }\n\n      override def deployAdded(deploy: Deploy): F[Unit] =\n        emit {\n          Event().withDeployAdded(DeployAdded().withDeploy(deploy.clearBody))\n        }\n\n      override def deploysDiscarded(deployHashesWithReasons: Seq[(DeployHash, String)]): F[Unit] = {\n        val reasons = deployHashesWithReasons.toMap\n        DeployStorage[F].reader\n          .getByHashes(reasons.keySet)\n          .evalMap { deploy =>\n            emit {\n              Event().withDeployDiscarded(\n                DeployDiscarded().withDeploy(deploy).withMessage(reasons(deploy.deployHash))\n              )\n            }\n          }\n          .compile\n          .drain\n      }\n\n      override def deploysRequeued(deployHashes: Seq[DeployHash]): F[Unit] =\n        DeployStorage[F].reader\n          .getByHashes(deployHashes.toSet)\n          .evalMap { deploy =>\n            emit {\n              Event().withDeployRequeued(DeployRequeued().withDeploy(deploy))\n            }\n          }\n          .compile\n          .drain\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/ArbitraryConsensusAndComm.scala","text":"package io.casperlabs.comm.gossiping\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.comm.discovery.Node\nimport io.casperlabs.models.ArbitraryConsensus\nimport org.scalacheck.{Arbitrary, Gen}\n\ntrait ArbitraryConsensusAndComm extends ArbitraryConsensus {\n\n  implicit def arbNode(implicit chainId: ByteString): Arbitrary[Node] = Arbitrary {\n    for {\n      id   <- genHash\n      host <- Gen.listOfN(4, Gen.choose(0, 255)).map(xs => xs.mkString(\".\"))\n    } yield {\n      Node(id, host, 40400, 40404, chainId)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"gatling\/src\/test\/scala\/io\/casperlabs\/gatling\/KademliaSimulation.scala","text":"<filename>gatling\/src\/test\/scala\/io\/casperlabs\/gatling\/KademliaSimulation.scala\npackage io.casperlabs.gatling\n\nimport com.github.phisgr.gatling.grpc.Predef._\nimport io.casperlabs.comm.discovery.{KademliaGrpcMonix, LookupRequest, PingRequest}\nimport io.gatling.core.Predef._\nimport io.gatling.core.session.Expression\nimport io.grpc.ManagedChannelBuilder\n\nimport scala.util.Random\n\nclass KademliaSimulation extends Simulation {\n  val grpcConf = grpc(ManagedChannelBuilder.forAddress(\"localhost\", 40404).usePlaintext()).shareChannel\n\n  val numberOfKnownNodes = 200\n\n  val knownNodes = Array.fill(numberOfKnownNodes)(randomNode)\n\n  val knownNodeProbability = 0.75\n\n  def randomKnownNode =\n    knownNodes(Random.nextInt(knownNodes.length))\n\n  def knownOrRandomNode =\n    if (Random.nextDouble() < knownNodeProbability)\n      randomKnownNode\n    else\n      randomNode\n\n  def randomPing: Expression[PingRequest] =\n    buildValidExpr(PingRequest(Some(randomNode)))\n\n  def lookupNode: Expression[LookupRequest] = buildValidExpr {\n    LookupRequest(knownOrRandomNode.id, Some(knownOrRandomNode))\n  }\n\n  def pingKnown: Expression[PingRequest] =\n    buildValidExpr(PingRequest(Some(randomKnownNode)))\n\n  val pingSc = scenario(\"Kademlia ping\")\n    .repeat(1000) {\n      exec(\n        grpc(\"kademlia-ping-flood\")\n          .rpc(KademliaGrpcMonix.METHOD_PING)\n          .payload(randomPing)\n      ).exitHereIfFailed\n    }\n    .repeat(200) {\n      exec(\n        grpc(\"kademlia-ping-known\")\n          .rpc(KademliaGrpcMonix.METHOD_PING)\n          .payload(pingKnown)\n      )\n    }\n\n  val lookupSc = scenario(\"Kademlia lookup\")\n    .repeat(1000) {\n      exec(\n        grpc(\"kademlia-lookup\")\n          .rpc(KademliaGrpcMonix.METHOD_LOOKUP)\n          .payload(lookupNode)\n      )\n    }\n\n  setUp(\n    pingSc.inject(atOnceUsers(20)),\n    lookupSc.inject(atOnceUsers(20))\n  ).protocols(grpcConf)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/ValidatorIdentity.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper\n\nimport java.nio.file.Path\n\nimport cats.Monad\nimport cats.effect.{Resource, Sync}\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Signature\nimport io.casperlabs.crypto.Keys\nimport io.casperlabs.crypto.codec.Base64\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm\nimport io.casperlabs.shared.{Log, LogSource}\n\nimport scala.io.Source\nimport scala.language.higherKinds\n\nfinal case class ValidatorIdentity(\n    publicKey: Keys.PublicKey,\n    privateKey: Keys.PrivateKey,\n    signatureAlgorithm: SignatureAlgorithm\n) {\n  def signature(data: Array[Byte]): Signature =\n    Signature(\n      signatureAlgorithm.name,\n      ByteString.copyFrom(signatureAlgorithm.sign(data, privateKey))\n    )\n}\n\nobject ValidatorIdentity {\n  private def fileContent[F[_]: Sync](path: Path): F[String] =\n    Resource\n      .fromAutoCloseable(Sync[F].delay(Source.fromFile(path.toFile)))\n      .use(s => Sync[F].delay(s.mkString))\n\n  private def createValidatorIdentity[F[_]: Log: Monad](\n      signatureAlgorithm: String,\n      privateKeyRaw: String,\n      maybePublicKeyRaw: Option[String]\n  ): F[Option[ValidatorIdentity]] =\n    Keys\n      .parse(signatureAlgorithm, privateKeyRaw, maybePublicKeyRaw)\n      .fold(\n        parseError =>\n          Log[F]\n            .error(s\"Failed to parse keys, ${parseError.errorMessage}\") >> none[ValidatorIdentity]\n            .pure[F], {\n          case (privateKey, publicKey, sa) =>\n            Log[F].info(s\"Validator identity: ${Base64.encode(publicKey) -> \"validator\"}\") >>\n              ValidatorIdentity(publicKey, privateKey, sa).some.pure[F]\n        }\n      )\n\n  def fromConfig[F[_]: Sync: Log](conf: CasperConf): F[Option[ValidatorIdentity]] =\n    conf.validatorPrivateKey\n      .map(_.asLeft[Path])\n      .orElse(conf.validatorPrivateKeyPath.map(_.asRight[String])) match {\n      case Some(key) =>\n        val readPublicKey = conf.validatorPublicKey\n          .map(_.asLeft[Path])\n          .orElse(conf.validatorPublicKeyPath.map(_.asRight[String]))\n          .map(_.bimap(_.some.pure[F], p => fileContent(p).map(_.some)).merge)\n          .getOrElse(none[String].pure[F])\n\n        for {\n          privateKey     <- key.bimap(_.pure[F], fileContent[F]).merge\n          maybePublicKey <- readPublicKey\n          maybeValidatorIdentity <- createValidatorIdentity(\n                                     conf.validatorSigAlgorithm,\n                                     privateKey,\n                                     maybePublicKey\n                                   )\n        } yield maybeValidatorIdentity\n      case None =>\n        Log[F]\n          .warn(\"No private key detected, cannot create validator identification.\")\n          .map(_ => none[ValidatorIdentity])\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/Contract.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\n\ncase class Contract(bytes: IndexedSeq[Byte], namedKeys: Map[String, Key], protocolVersion: SemVer)\n\nobject Contract {\n  implicit val toBytesContract: ToBytes[Contract] = new ToBytes[Contract] {\n    override def toBytes(c: Contract): Array[Byte] =\n      ToBytes.toBytes(c.bytes) ++ ToBytes.toBytes(c.namedKeys) ++ ToBytes.toBytes(c.protocolVersion)\n  }\n\n  val deserializer: FromBytes.Deserializer[Contract] =\n    for {\n      contractBytes   <- FromBytes.bytes\n      namedKeys       <- FromBytes.map(FromBytes.string, Key.deserializer)\n      protocolVersion <- SemVer.deserializer\n    } yield Contract(contractBytes.toIndexedSeq, namedKeys, protocolVersion)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/util\/ByteStringPrettifier.scala","text":"package io.casperlabs.casper.util\n\nimport org.scalactic.Prettifier\nimport io.casperlabs.casper.PrettyPrinter\nimport io.casperlabs.models.PartialPrettifier\nimport com.google.protobuf.ByteString\nimport scala.util.Success\nimport scala.collection.{mutable, GenMap}\nimport scala.collection.GenTraversable\nimport _root_.cats.instances.`package`.byte\n\ntrait ByteStringPrettifier {\n  \/\/ Shameless copy-paste of Scalactic's Prettifier that injects special pretty-printer for ByteString.\n  implicit val byteStringPrettifier: Prettifier = PartialPrettifier {\n    case bs: ByteString => PrettyPrinter.buildString(bs)\n  }\n}\n\nobject ByteStringPrettifier extends ByteStringPrettifier\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/StoredValueSerializationTest.scala","text":"<filename>models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/StoredValueSerializationTest.scala\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.SerializationTest.roundTrip\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport StoredValueSerializationTest.arbStoredValue\n\nclass StoredValueSerializationTest extends FlatSpec with Matchers with PropertyChecks {\n  \"StoredValues\" should \"serialize properly\" in forAll { (v: StoredValue) =>\n    roundTrip(v, StoredValue.deserializer)\n  }\n}\n\nobject StoredValueSerializationTest {\n  val genStoredValue: Gen[StoredValue] = Gen.choose(0, 2).flatMap {\n    case 0 => CLValueSerializationTest.genCLValue.map(v => StoredValue.CLValue(v))\n    case 1 => AccountSerializationTest.genAccount.map(a => StoredValue.Account(a))\n    case 2 => ContractSerializationTest.genContract.map(c => StoredValue.Contract(c))\n  }\n\n  implicit val arbStoredValue: Arbitrary[StoredValue] = Arbitrary(genStoredValue)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/finality\/FinalityDetector.scala","text":"package io.casperlabs.casper.finality\n\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.models.Message\nimport io.casperlabs.storage.dag.DagRepresentation\n\ntrait FinalityDetector[F[_]] {\n\n  \/** Signal whether any block is finalized when `block` is added to the DAG. *\/\n  def onNewMessageAddedToTheBlockDag(\n      dag: DagRepresentation[F],\n      message: Message,\n      latestFinalizedBlock: BlockHash\n  ): F[Option[CommitteeWithConsensusValue]]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/util\/TopologicalSortUtil.scala","text":"<gh_stars>1-10\npackage io.casperlabs.storage.util\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.storage.BlockHash\n\nobject TopologicalSortUtil {\n  type BlockSort = Vector[Vector[BlockHash]]\n  def update(sort: BlockSort, offset: Long, block: Block): BlockSort = {\n    val hash             = block.blockHash\n    val offsetDiff: Long = block.getHeader.jRank - offset\n\n    assert(offsetDiff <= Int.MaxValue)\n    val number = offsetDiff.toInt\n\n    \/\/block numbers must be sequential, so a new block can only be\n    \/\/at a known height or 1 greater than a known height\n    if (number > sort.length) {\n      throw new java.lang.IllegalArgumentException(\n        s\"Block ${hex(block.blockHash)} has rank ${number} \" +\n          s\"which is higher then the maximum expected height ${sort.length} at this DAG state. \" +\n          s\"Parents are [${block.getHeader.parentHashes.map(hex).mkString(\", \")}]\"\n      )\n    }\n\n    number match {\n      \/\/this is a new block height\n      case n if n == sort.length => sort :+ Vector(hash)\n\n      \/\/this is another block at a known height\n      case n if n < sort.length =>\n        val curr = sort(number)\n        sort.updated(number, curr :+ hash)\n    }\n  }\n\n  private def hex(hash: ByteString) = Base16.encode(hash.toByteArray)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/db\/migration\/V20200219_1143__Fill_validator_block_seq_num.scala","text":"<filename>storage\/src\/main\/scala\/db\/migration\/V20200219_1143__Fill_validator_block_seq_num.scala<gh_stars>1-10\npackage db.migration\n\nimport cats.effect.Blocker\nimport doobie.implicits._\nimport doobie.util.ExecutionContexts\nimport doobie.util.transactor.Transactor\nimport io.casperlabs.casper.consensus.BlockSummary\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.util.DoobieCodecs\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport monix.execution.schedulers.CanBlock\nimport org.flywaydb.core.api.migration.{BaseJavaMigration, Context}\n\nclass V20200219_1143__Fill_validator_block_seq_num extends BaseJavaMigration with DoobieCodecs {\n  override def migrate(context: Context) = {\n    val connection            = context.getConnection\n    implicit val scheduler    = Scheduler(ExecutionContexts.synchronous)\n    implicit val contextShift = Task.contextShift(scheduler)\n    implicit val canBlock     = CanBlock.permit\n    val xa = Transactor\n      .fromConnection[Task](connection, Blocker.liftExecutionContext(ExecutionContexts.synchronous))\n\n    val data = sql\"SELECT block_hash, data FROM block_metadata\"\n      .query[(BlockHash, BlockSummary)]\n      .stream\n      .evalMap {\n        case (hash, summary) =>\n          val n = summary.getHeader.validatorBlockSeqNum\n          sql\"UPDATE block_metadata SET validator_block_seq_num=$n WHERE block_hash=$hash\".update.run\n      }\n    data.transact(xa).compile.toList.runSyncUnsafe()\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/discovery\/NodeUtils.scala","text":"package io.casperlabs.comm.discovery\n\nimport cats._\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.crypto.codec.Base16\nimport io.lemonlabs.uri.Url\n\nimport scala.util.Try\n\nfinal case class NodeIdentifier(key: List[Byte]) extends AnyVal {\n  override def toString: String = Base16.encode(key.toArray)\n\n  def asByteString: ByteString = ByteString.copyFrom(key.toArray)\n}\n\nobject NodeIdentifier {\n  def apply(bs: Seq[Byte]): NodeIdentifier = NodeIdentifier(bs.toList)\n\n  def apply(bs: ByteString): NodeIdentifier = NodeIdentifier(bs.toByteArray.toList)\n\n  def apply(name: String): NodeIdentifier =\n    NodeIdentifier(name.sliding(2, 2).toList.map(Integer.parseInt(_, 16).toByte))\n}\n\nobject NodeUtils {\n  implicit val showNode: Show[Node] = Show.show(\n    node =>\n      s\"casperlabs:\/\/${NodeIdentifier(node.id)}@${node.host}?protocol=${node.protocolPort}&discovery=${node.discoveryPort}\"\n  )\n\n  implicit val showNodeWithoutChainId: Show[NodeWithoutChainId] =\n    showNode.contramap(nodeWithoutChainId => nodeWithoutChainId.withChainId(ByteString.EMPTY))\n\n  final case class NodeWithoutChainId(private val node: Node) {\n    def withChainId(chainId: ByteString): Node = node.withChainId(chainId)\n  }\n\n  implicit class NodeCompanionOps(val nodeCompanion: Node.type) {\n\n    def apply(\n        id: NodeIdentifier,\n        host: String,\n        protocol: Int,\n        discovery: Int,\n        chainId: ByteString\n    ): Node =\n      Node(ByteString.copyFrom(id.key.toArray), host, protocol, discovery, chainId)\n\n    def fromAddress(str: String): Either[String, NodeWithoutChainId] = {\n      val maybeUrl: Option[Url] = Try(Url.parse(str)).toOption\n\n      val maybePeer = maybeUrl flatMap (\n          url =>\n            for {\n              _         <- url.schemeOption.filter(_ == \"casperlabs\")\n              id        <- url.user\n              host      <- url.hostOption\n              discovery <- url.query.param(\"discovery\").flatMap(v => Try(v.toInt).toOption)\n              protocol  <- url.query.param(\"protocol\").flatMap(v => Try(v.toInt).toOption)\n            } yield NodeWithoutChainId(\n              apply(\n                NodeIdentifier(id),\n                host.value,\n                protocol,\n                discovery,\n                ByteString.EMPTY\n              )\n            )\n        )\n      maybePeer.fold[Either[String, NodeWithoutChainId]](\n        Left(s\"bad address: $str\")\n      )(Right(_))\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/metrics\/MetricsSyntax.scala","text":"<filename>shared\/src\/main\/scala\/io\/casperlabs\/metrics\/MetricsSyntax.scala\npackage io.casperlabs.metrics\n\nimport scala.language.higherKinds\nimport cats.effect.Bracket\nimport cats.data.WriterT\n\ntrait MetricsBlockSyntax[A, F[_]] {\n  def block: F[A]\n\n  def timer(name: String)(implicit M: Metrics[F], ms: Metrics.Source): F[A] =\n    M.timer(name)(block)\n\n  def gauge(\n      name: String,\n      delta: Long = 1\n  )(implicit M: Metrics[F], ms: Metrics.Source, B: Bracket[F, Throwable]): F[A] =\n    M.gauge(name, delta)(block)\n\n  def timerGauge(\n      name: String\n  )(implicit M: Metrics[F], ms: Metrics.Source, B: Bracket[F, Throwable]): F[A] =\n    M.gauge(s\"${name}_ongoing\")(M.timer(name)(block))\n}\n\ntrait MetricsWriterTSyntax[F[_], L, V] {\n  def writerT: WriterT[F, L, V]\n\n  def timer(name: String)(implicit M: Metrics[F], ms: Metrics.Source): WriterT[F, L, V] =\n    WriterT(M.timer(name)(writerT.run))\n\n  def gauge(\n      name: String,\n      delta: Long = 1\n  )(implicit M: Metrics[F], ms: Metrics.Source, B: Bracket[F, Throwable]): WriterT[F, L, V] =\n    WriterT(M.gauge(name, delta)(writerT.run))\n\n  def timerGauge(\n      name: String\n  )(implicit M: Metrics[F], ms: Metrics.Source, B: Bracket[F, Throwable]): WriterT[F, L, V] =\n    WriterT(M.gauge(s\"${name}_ongoing\")(writerT.run))\n}\n\ntrait MetricsStreamSyntax[A, F[_]] {\n  def stream: fs2.Stream[F, A]\n\n  def timer(name: String)(implicit M: Metrics[F], ms: Metrics.Source): fs2.Stream[F, A] =\n    M.timerS(name)(stream)\n\n  def gauge(\n      name: String,\n      delta: Long = 1\n  )(implicit M: Metrics[F], ms: Metrics.Source): fs2.Stream[F, A] =\n    M.gaugeS(name, delta)(stream)\n\n  def timerGauge(name: String)(implicit M: Metrics[F], ms: Metrics.Source): fs2.Stream[F, A] =\n    M.gaugeS(s\"${name}_ongoing\")(M.timerS(name)(stream))\n}\n\npackage object implicits {\n  implicit final class MetricsBlockSyntaxConversion[A, F[_]](val block: F[A])\n      extends MetricsBlockSyntax[A, F]\n  implicit final class MetricsStreamSyntaxConversion[A, F[_]](val stream: fs2.Stream[F, A])\n      extends MetricsStreamSyntax[A, F]\n  implicit final class MetricsWriterTSyntaxConversion[L, V, F[_], G[_]](\n      val writerT: WriterT[F, L, V]\n  ) extends MetricsWriterTSyntax[F, L, V]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/Account.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\nimport Account.{ActionThresholds, PublicKey, Weight}\n\ncase class Account(\n    publicKey: PublicKey,\n    namedKeys: Map[String, Key],\n    mainPurse: URef,\n    associatedKeys: Map[PublicKey, Weight],\n    actionThresholds: ActionThresholds\n)\n\nobject Account {\n  type PublicKey = ByteArray32\n  type Weight    = Byte\n  case class ActionThresholds(deployment: Weight, keyManagement: Weight)\n\n  implicit val toBytesActionThresholds: ToBytes[ActionThresholds] = new ToBytes[ActionThresholds] {\n    override def toBytes(a: ActionThresholds): Array[Byte] =\n      ToBytes.toBytes(a.deployment -> a.keyManagement)\n  }\n\n  val desActionThresholds: FromBytes.Deserializer[ActionThresholds] =\n    FromBytes.tuple2(FromBytes.byte, FromBytes.byte).map {\n      case (deployment, keyManagement) => ActionThresholds(deployment, keyManagement)\n    }\n\n  private implicit val publicKeyOrdering = Ordering.fromLessThan[PublicKey] {\n    case (k1, k2) =>\n      k1.bytes.length < k2.bytes.length ||\n        (k1.bytes.length == k2.bytes.length && k1.bytes\n          .zip(k2.bytes)\n          .dropWhile { case (b1, b2) => b1 == b2 }\n          .headOption\n          .exists { case (b1, b2) => b1 < b2 })\n  }\n\n  implicit val toBytesAccount: ToBytes[Account] = new ToBytes[Account] {\n    override def toBytes(a: Account): Array[Byte] =\n      ToBytes.toBytes(a.publicKey) ++\n        ToBytes.toBytes(a.namedKeys) ++\n        ToBytes.toBytes(a.mainPurse) ++\n        ToBytes.toBytes(a.associatedKeys) ++\n        ToBytes.toBytes(a.actionThresholds)\n  }\n\n  val deserializer: FromBytes.Deserializer[Account] =\n    for {\n      publicKey        <- ByteArray32.deserializer\n      namedKeys        <- FromBytes.map(FromBytes.string, Key.deserializer)\n      mainPurse        <- URef.deserializer\n      associatedKeys   <- FromBytes.map(ByteArray32.deserializer, FromBytes.byte)\n      actionThresholds <- desActionThresholds\n    } yield Account(publicKey, namedKeys, mainPurse, associatedKeys, actionThresholds)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/diagnostics\/effects\/package.scala","text":"<filename>node\/src\/main\/scala\/io\/casperlabs\/node\/diagnostics\/effects\/package.scala\npackage io.casperlabs.node.diagnostics\n\nimport cats.effect.Sync\nimport cats.implicits._\nimport io.casperlabs.metrics.Metrics\n\npackage object effects {\n  def metrics[F[_]: Sync]: Metrics[F] =\n    new Metrics[F] {\n      import kamon._\n\n      private val m = scala.collection.concurrent.TrieMap[String, metric.Metric[_]]()\n\n      private def source(name: String)(implicit ev: Metrics.Source): String = s\"$ev.$name\"\n\n      def incrementCounter(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.counter(source(name))) match {\n            case c: metric.Counter => c.increment(delta)\n          }\n        }\n\n      def incrementSampler(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.rangeSampler(source(name))) match {\n            case c: metric.RangeSampler => c.increment(delta)\n          }\n        }\n\n      def sample(name: String)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.rangeSampler(source(name))) match {\n            case c: metric.RangeSampler => c.sample\n          }\n        }\n\n      def setGauge(name: String, value: Long)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.gauge(source(name))) match {\n            case c: metric.Gauge => c.set(value)\n          }\n        }\n\n      def incrementGauge(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.gauge(source(name))) match {\n            case c: metric.Gauge => c.increment(delta)\n          }\n        }\n\n      def decrementGauge(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.gauge(source(name))) match {\n            case c: metric.Gauge => c.decrement(delta)\n          }\n        }\n\n      def record(name: String, value: Long, count: Long = 1)(implicit ev: Metrics.Source): F[Unit] =\n        Sync[F].delay {\n          m.getOrElseUpdate(source(name), Kamon.histogram(source(name))) match {\n            case c: metric.Histogram => c.record(value, count)\n          }\n        }\n\n      def timer[A](name: String)(block: F[A])(implicit ev: Metrics.Source): F[A] =\n        m.getOrElseUpdate(source(name), Kamon.timer(source(name))) match {\n          case c: metric.Timer =>\n            for {\n              t  <- Sync[F].delay(c.start())\n              r0 <- Sync[F].attempt(block)\n              _  = t.stop()\n              r  <- r0.fold(Sync[F].raiseError[A], Sync[F].pure)\n            } yield r\n        }\n\n      def timerS[A](\n          name: String\n      )(stream: fs2.Stream[F, A])(implicit ev: Metrics.Source): fs2.Stream[F, A] =\n        m.getOrElseUpdate(source(name), Kamon.timer(source(name))) match {\n          case c: metric.Timer =>\n            fs2.Stream.bracket(Sync[F].delay(c.start()))(t => Sync[F].delay(t.stop())) >> stream\n        }\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/BlockImplicits.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.models\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Block.{GlobalState, Justification}\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport io.casperlabs.casper.consensus.{Block, BlockSummary}\nimport io.casperlabs.models.Message._\n\nobject BlockImplicits {\n  implicit class BlockOps(val block: Block) extends AnyVal {\n    def isGenesisLike: Boolean =\n      block.getHeader.parentHashes.isEmpty &&\n        block.getHeader.validatorPublicKey.isEmpty &&\n        block.getSignature.sig.isEmpty\n\n    def parentHashes: Seq[ByteString]        = block.getHeader.parentHashes\n    def parents: Seq[ByteString]             = block.getHeader.parentHashes\n    def justifications: Seq[Justification]   = block.getHeader.justifications\n    def justificationHashes: Seq[ByteString] = block.getHeader.justifications.map(_.latestBlockHash)\n    def state: GlobalState                   = block.getHeader.getState\n    def bodyHash: ByteString                 = block.getHeader.bodyHash\n    def timestamp: Long                      = block.getHeader.timestamp\n    def protocolVersion: ProtocolVersion     = block.getHeader.getProtocolVersion\n    def deployCount: Int                     = block.getHeader.deployCount\n    def chainName: String                    = block.getHeader.chainName\n    def validatorBlockSeqNum: Int            = block.getHeader.validatorBlockSeqNum\n    def validatorPublicKey: ByteString       = block.getHeader.validatorPublicKey\n    def jRank: JRank                         = asJRank(block.getHeader.jRank)\n    def mainRank: MainRank                   = asMainRank(block.getHeader.mainRank)\n    def weightMap: Map[ByteString, Weight] =\n      block.getHeader.getState.bonds\n        .map(b => (b.validatorPublicKey, Weight(b.stake)))\n        .toMap\n\n    def getSummary: BlockSummary =\n      BlockSummary(block.blockHash, block.header, block.signature)\n    def clearDeployBodies: Block = block.update(\n      _.body.deploys := block.getBody.deploys\n        .map(\n          processedDeploy => processedDeploy.withDeploy(processedDeploy.getDeploy.clearBody)\n        )\n    )\n  }\n\n  implicit class BlockSummaryOps(val summary: BlockSummary) extends AnyVal {\n    def isGenesisLike: Boolean =\n      summary.getHeader.parentHashes.isEmpty &&\n        summary.getHeader.validatorPublicKey.isEmpty &&\n        summary.getSignature.sig.isEmpty\n    def parentHashes: Seq[ByteString]      = summary.getHeader.parentHashes\n    def parents: Seq[ByteString]           = summary.getHeader.parentHashes\n    def justifications: Seq[Justification] = summary.getHeader.justifications\n    def state: GlobalState                 = summary.getHeader.getState\n    def bodyHash: ByteString               = summary.getHeader.bodyHash\n    def timestamp: Long                    = summary.getHeader.timestamp\n    def protocolVersion: ProtocolVersion   = summary.getHeader.getProtocolVersion\n    def deployCount: Int                   = summary.getHeader.deployCount\n    def chainName: String                  = summary.getHeader.chainName\n    def validatorBlockSeqNum: Int          = summary.getHeader.validatorBlockSeqNum\n    def validatorPublicKey: ByteString     = summary.getHeader.validatorPublicKey\n    def jRank: JRank                       = asJRank(summary.getHeader.jRank)\n    def mainRank: MainRank                 = asMainRank(summary.getHeader.mainRank)\n    def weightMap: Map[ByteString, Weight] =\n      summary.getHeader.getState.bonds\n        .map(b => (b.validatorPublicKey, Weight(b.stake)))\n        .toMap\n  }\n\n  implicit class BlockSummaryObjectOps(val blockSummary: BlockSummary.type) extends AnyVal {\n    def fromBlock(b: Block): BlockSummary = BlockSummary(b.blockHash, b.header, b.signature)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/mocks\/MockEventEmitter.scala","text":"<gh_stars>0\npackage io.casperlabs.casper.mocks\n\nimport cats._\nimport cats.implicits._\nimport cats.effect.Sync\nimport cats.effect.concurrent.Ref\nimport io.casperlabs.casper.{DeployHash, EventEmitter}\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.consensus.info.{BlockInfo, Event}\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Deploy}\n\nclass MockEventEmitter[F[_]: Applicative](\n    eventsRef: Ref[F, Vector[Event]]\n) extends EventEmitter[F] {\n  def events = eventsRef.get\n\n  private def add(event: Event) =\n    eventsRef.update(_ :+ event)\n\n  override def blockAdded(blockHash: BlockHash): F[Unit] =\n    add(\n      Event().withBlockAdded(\n        Event.BlockAdded().withBlock(BlockInfo().withSummary(BlockSummary(blockHash)))\n      )\n    )\n\n  override def newLastFinalizedBlock(\n      lfb: BlockHash,\n      indirectlyFinalized: Set[BlockHash]\n  ): F[Unit] =\n    add(Event().withNewFinalizedBlock(Event.NewFinalizedBlock(lfb, indirectlyFinalized.toSeq)))\n\n  override def deployAdded(deploy: Deploy): F[Unit] =\n    add(Event().withDeployAdded(Event.DeployAdded().withDeploy(deploy)))\n\n  override def deploysDiscarded(deployHashesWithReasons: Seq[(DeployHash, String)]): F[Unit] =\n    deployHashesWithReasons.toList\n      .map {\n        case (deployHash, message) =>\n          Event().withDeployDiscarded(\n            Event.DeployDiscarded().withDeploy(Deploy(deployHash)).withMessage(message)\n          )\n      }\n      .traverse(add(_))\n      .void\n\n  override def deploysRequeued(deployHashes: Seq[DeployHash]): F[Unit] =\n    deployHashes.toList\n      .map { deployHash =>\n        Event().withDeployRequeued(Event.DeployRequeued().withDeploy(Deploy(deployHash)))\n      }\n      .traverse(add(_))\n      .void\n\n}\n\nobject MockEventEmitter {\n  def unsafe[F[_]: Sync] = new MockEventEmitter[F](Ref.unsafe[F, Vector[Event]](Vector.empty))\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/IterantOps.scala","text":"package io.casperlabs.shared\n\nimport cats.effect._\nimport cats.implicits._\nimport monix.tail.Iterant\n\nobject IterantOps {\n  implicit class RichIterant[F[_]: Sync, A](it: Iterant[F, A]) {\n    def foldLeftM[B](b: B)(f: (B, A) => F[B]): F[B] = it.foldWhileLeftEvalL(Sync[F].pure(b)) {\n      case (s, a) => f(s, a).map(_.asLeft[B])\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/equivocations\/EquivocationDetector.scala","text":"package io.casperlabs.casper.equivocations\n\nimport cats.Monad\nimport cats.implicits._\nimport cats.mtl.FunctorRaise\nimport io.casperlabs.casper.Estimator.{BlockHash, Validator}\nimport io.casperlabs.casper.consensus.Block\nimport io.casperlabs.casper.dag.DagOperations\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.casper.{CasperState, EquivocatedBlock, InvalidBlock, PrettyPrinter}\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.models.Message\nimport io.casperlabs.shared.{Cell, Log, LogSource, StreamT}\nimport io.casperlabs.storage.dag.DagRepresentation\nimport io.casperlabs.shared.Sorting.jRankOrdering\n\nimport scala.collection.immutable.{Map, Set}\n\nobject EquivocationDetector {\n\n  \/** !!!CAUTION!!!: Must be called before storing block in the DAG\n    *\n    * Check whether a new block creates an equivocation when being added to the DAG,\n    * if so raise an `EquivocatedBlock` error.\n    *\n    * For example:\n    *\n    *    v0            v1             v2\n    *\n    *           |  b3     b4   |\n    *           |    \\   \/     |\n    *           |     b2   b5  |\n    *           |      |  \/    |\n    *           |      b1      |\n    *\n    * When the node receives b4, `checkEquivocations` will detect that b4 and b3 don't cite each other;\n    * in other words, b4 creates an equivocation. After a while, the node receives b5;\n    * since we had added all equivocating messages to the block DAG, once\n    * a validator has been detected as equivocating, then for every message M1 he creates later,\n    * we can find least one message M2 that M1 and M2 don't cite each other. In other words, a block\n    * created by a validator who has equivocated will create another equivocation. In this way, b5\n    * doesn't cite blocks (b2, b3, and b4), and blocks (b2, b3, and b4) don't cite b5 either. So b5\n    * creates equivocations.\n    *\/\n  def checkEquivocation[F[_]: Monad: Log: FunctorRaise[*[_], InvalidBlock]](\n      dag: DagRepresentation[F],\n      message: Message,\n      isHighway: Boolean\n  ): F[Unit] =\n    for {\n      tips <- if (isHighway) {\n               dag.latestInEra(message.eraId)\n             } else {\n               dag.latestGlobal\n             }\n      validatorLatestMessages <- tips.latestMessage(message.validatorId)\n      equivocated             <- isEquivocation[F](message, validatorLatestMessages)\n      _                       <- FunctorRaise[F, InvalidBlock].raise[Unit](EquivocatedBlock).whenA(equivocated)\n    } yield ()\n\n  \/**\n    * Check whether block creates equivocations\n    *\n    * Caution:\n    *   Always use method `checkEquivocation` instead of calling this one directly.\n    *   It may not work when receiving further blocks created by a validator who has equivocated.\n    *   For example:\n    *\n    *       |   v0   |\n    *       |        |\n    *       |        |\n    *       |     B4 |\n    *       |     |  |\n    *       | B2  B3 |\n    *       |  \\  \/  |\n    *       |   B1   |\n    *\n    *   Local node could detect that Validator v0 has equivocated after receiving B3,\n    *   then when adding B4, this method doesn't work, it returns false but actually B4\n    *   equivocated with B2.\n    *\/\n  private def isEquivocation[F[_]: Monad: Log](\n      message: Message,\n      validatorLatestMessages: Set[Message]\n  ): F[Boolean] =\n    for {\n      equivocated <- validatorLatestMessages.toList match {\n                      case Nil =>\n                        \/\/ It is the first message by that validator.\n                        false.pure[F]\n                      case head :: Nil =>\n                        \/\/ Since we've already validated that message.prevBlockHash is correct\n                        \/\/ i.e. it correctly cites latest message by the creator.\n                        \/\/ And we've also validated that message creator is not merging his swimlane,\n                        \/\/ a message creates an equivocation iff latest message (as seen by local node)\n                        \/\/ is different from what new message cites as the previous one.\n                        if (message.validatorPrevMessageHash != head.messageHash) {\n                          Log[F]\n                            .warn(\n                              s\"Found equivocation: justifications of ${PrettyPrinter\n                                .buildString(message.messageHash) -> \"message\"} don't cite the latest message by ${PrettyPrinter\n                                .buildString(message.validatorId) -> \"validator\"}: ${PrettyPrinter\n                                .buildString(head.messageHash)    -> \"latestMessage\"}\"\n                            )\n                            .as(true)\n                        } else false.pure[F]\n                      case _ =>\n                        Log[F]\n                          .warn(\n                            s\"${PrettyPrinter.buildString(message.validatorId) -> \"validator\"} has already equivocated in the past.\"\n                          )\n                          .as(true)\n                    }\n    } yield equivocated\n\n  \/**\n    * Find equivocating validators that a block can see based on its direct justifications\n    *\n    * We use `bfToposortTraverseF` to traverse from `latestMessageHashes` down beyond the minimal rank\n    * of base block of equivocationRecords. Since we have already validated `validatorBlockSeqNum`\n    * equals 1 plus that of previous block created by the same validator, if we find a duplicated\n    * value, we know the validator has equivocated.\n    *\n    * @param dag the block dag\n    * @param justificationMsgHashes generate from direct justifications\n    * @tparam F effect type\n    * @return validators that can be seen equivocating from the view of latestMessages\n    *\/\n  def detectVisibleFromJustifications[F[_]: MonadThrowable](\n      dag: DagRepresentation[F],\n      justificationMsgHashes: Map[Validator, Set[BlockHash]]\n  ): F[Set[Validator]] =\n    for {\n      equivocations <- dag.getEquivocations\n      minBaseRank   = findMinBaseRank(equivocations)\n      equivocators <- minBaseRank.fold(Set.empty[Validator].pure[F])(minBaseRank => {\n                       for {\n                         justificationMessages <- justificationMsgHashes.values.toList\n                                                   .flatTraverse(_.toList.traverse(dag.lookup))\n                                                   .map(_.flatten)\n                         equivocators = equivocations.keySet\n                         acc <- DagOperations\n                                 .toposortJDagDesc[F](dag, justificationMessages)\n                                 .foldWhileLeft(State()) {\n                                   case (state, b) =>\n                                     val creator            = b.validatorId\n                                     val creatorBlockSeqNum = b.validatorMsgSeqNum\n                                     if (state\n                                           .allDetected(equivocators) || b.jRank <= minBaseRank) {\n                                       \/\/ Stop traversal if all known equivocations has been found in j-past-cone\n                                       \/\/ of `b` or we traversed beyond the minimum rank of all equivocations.\n                                       Right(state)\n                                     } else if (state.alreadyDetected(creator)) {\n                                       Left(state)\n                                     } else if (state.alreadyVisited(creator, creatorBlockSeqNum)) {\n                                       Left(state.addEquivocator(creator))\n                                     } else {\n                                       Left(state.addVisited(creator, creatorBlockSeqNum))\n                                     }\n                                 }\n                       } yield acc.detectedEquivocators\n                     })\n    } yield equivocators\n\n  private case class State(\n      detectedEquivocators: Set[Validator] = Set.empty,\n      visitedBlocks: Map[Validator, Int] = Map.empty\n  ) {\n    def addEquivocator(v: Validator): State = copy(detectedEquivocators = detectedEquivocators + v)\n    def addVisited(v: Validator, blockSeqNum: Int): State =\n      copy(visitedBlocks = visitedBlocks + (v -> blockSeqNum))\n    def alreadyVisited(v: Validator, blockSeqNum: Int): Boolean =\n      visitedBlocks.get(v).contains(blockSeqNum)\n    def alreadyDetected(v: Validator): Boolean   = detectedEquivocators.contains(v)\n    def allDetected(vs: Set[Validator]): Boolean = detectedEquivocators == vs\n  }\n\n  \/\/ Finds the \"base rank\" of the equivocations.\n  \/\/ base rank is defined as the lowest block that sees _any_ equivocation.\n  def findMinBaseRank(latestMessages: Map[Validator, Set[Message]]): Option[Long] = {\n    val equivocators = latestMessages.filter(_._2.size > 1)\n    if (equivocators.isEmpty) None\n    else Some(equivocators.values.flatten.minBy(_.jRank).jRank - 1)\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"benchmarks\/src\/main\/scala\/io\/casperlabs\/benchmarks\/Benchmarks.scala","text":"<gh_stars>1-10\npackage io.casperlabs.benchmarks\n\nimport java.io.File\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.StandardOpenOption\n\nimport cats._\nimport cats.effect.{Sync, Timer}\nimport cats.implicits._\nimport io.casperlabs.client.{DeployRuntime, DeployService}\nimport io.casperlabs.client.configuration.DeployConfig\nimport io.casperlabs.crypto.Keys\nimport io.casperlabs.crypto.Keys.{PrivateKey, PublicKey}\nimport io.casperlabs.crypto.codec.Base64\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm\nimport io.casperlabs.shared.{FilesAPI, Log}\n\nimport scala.concurrent.duration._\n\nobject Benchmarks {\n\n  \/** Each round consists of many token transfer deploys from different accounts to single recipient\n    * TODO: Remove Sync\n    *  *\/\n  def run[F[_]: Log: DeployService: Timer: FilesAPI: Monad: Sync](\n      outputStats: File,\n      initialFundsPrivateKeyFile: File,\n      initialFundsPublicKeyFile: File,\n      accountsNum: Int = 250,\n      roundsNum: Int = 100,\n      approximateTransferCost: Long = 10000000\n  ): F[Unit] = {\n    \/\/ TODO: Probably can cause overflow problems, for the time being it can stay as is.\n    val initialFundsPerAccount = roundsNum * approximateTransferCost\n\n    def readPrivateKey =\n      FilesAPI[F].readString(initialFundsPrivateKeyFile.toPath, StandardCharsets.UTF_8).map {\n        rawKey =>\n          SignatureAlgorithm.Ed25519.tryParsePrivateKey(rawKey).get\n      }\n\n    def readPublicKey =\n      FilesAPI[F].readString(initialFundsPublicKeyFile.toPath, StandardCharsets.UTF_8).map {\n        rawKey =>\n          SignatureAlgorithm.Ed25519.tryParsePublicKey(rawKey).get\n      }\n\n    def writeStatsFileHeader: F[Unit] =\n      FilesAPI[F]\n        .writeString(\n          outputStats.toPath,\n          \"Deploy time, Propose time, Total time, Deploys\/sec in propose\\n\",\n          StandardCharsets.UTF_8,\n          StandardOpenOption.CREATE :: StandardOpenOption.TRUNCATE_EXISTING :: StandardOpenOption.WRITE :: Nil\n        )\n\n    def send(\n        recipientPublicKey: PublicKey,\n        senderPrivateKey: PrivateKey,\n        senderPublicKey: PublicKey,\n        amount: Long\n    ): F[Unit] = DeployRuntime.transfer[F](\n      deployConfig = DeployConfig.empty,\n      senderPublicKey = senderPublicKey,\n      senderPrivateKey = senderPrivateKey,\n      recipientPublicKey = recipientPublicKey,\n      amount = amount,\n      exit = false,\n      ignoreOutput = true,\n      false,\n      3.minutes\n    )\n\n    def createAccountKeyPair(): (Keys.PrivateKey, Keys.PublicKey) =\n      SignatureAlgorithm.Ed25519.newKeyPair\n\n    val senders: List[(Keys.PrivateKey, Keys.PublicKey)] =\n      List.fill(accountsNum)(createAccountKeyPair())\n    val recipient @ (_, recipientPublicKey): (Keys.PrivateKey, Keys.PublicKey) =\n      createAccountKeyPair()\n\n    def initializeAccounts(\n        initialFundsPrivateKey: PrivateKey,\n        initialFundsPublicKey: PublicKey\n    ): F[Unit] =\n      for {\n        _ <- Log[F].info(\"Initializing accounts...\")\n        _ <- (recipient :: senders).traverse {\n              case (_, pk) =>\n                for {\n                  _ <- send(\n                        recipientPublicKey = pk,\n                        senderPrivateKey = initialFundsPrivateKey,\n                        senderPublicKey = initialFundsPublicKey,\n                        amount = initialFundsPerAccount\n                      )\n                  blockHash <- propose(print = false)\n                  _         <- checkSuccess(blockHash, 1)\n                } yield ()\n            }\n      } yield ()\n\n    def oneRoundTransfer(): F[Unit] =\n      for {\n        _ <- Log[F].info(\"Sending deploys...\")\n        _ <- senders.traverse {\n              case (sk, pk) =>\n                send(\n                  recipientPublicKey = recipientPublicKey,\n                  senderPrivateKey = sk,\n                  senderPublicKey = pk,\n                  amount = 1\n                )\n            }\n      } yield ()\n\n    def propose(print: Boolean): F[String] =\n      for {\n        _         <- Log[F].info(\"Proposing...\").whenA(print)\n        blockHash <- DeployService[F].propose().rethrow\n      } yield blockHash\n\n    def checkSuccess(blockHash: String, expectedDeployNum: Int): F[Unit] =\n      for {\n        blockInfo   <- DeployService[F].showBlock(blockHash).rethrow\n        deployCount = blockInfo.getSummary.getHeader.deployCount\n        _ <- Sync[F]\n              .raiseError(\n                new IllegalStateException(\n                  s\"Proposed block $blockInfo contains $deployCount!=$expectedDeployNum\"\n                )\n              )\n              .whenA(deployCount != expectedDeployNum)\n        deployErrorCount = blockInfo.getStatus.getStats.deployErrorCount\n        _ <- Sync[F]\n              .raiseError(\n                new IllegalStateException(\n                  s\"Proposed block $blockInfo contains $deployErrorCount!=0 failed deploys\"\n                )\n              )\n              .whenA(deployErrorCount != 0)\n      } yield ()\n\n    def measure[A](task: F[A]): F[(FiniteDuration, A)] =\n      for {\n        start <- Timer[F].clock.monotonic(MILLISECONDS)\n        a     <- task\n        end   <- Timer[F].clock.monotonic(MILLISECONDS)\n      } yield (FiniteDuration(end - start, MILLISECONDS), a)\n\n    def writeResults(\n        deployTime: FiniteDuration,\n        proposeTime: FiniteDuration,\n        total: FiniteDuration,\n        round: Long\n    ): F[Unit] = {\n      def format(fd: FiniteDuration): String = fd.toCoarsest.toString()\n      val message =\n        s\"${format(deployTime)}, ${format(proposeTime)}, ${format(total)}, ${((accountsNum * 1000.0) \/ proposeTime.toMillis.toDouble)\n          .formatted(\"%1.2f\")}\"\n      FilesAPI[F].writeString(\n        outputStats.toPath,\n        message ++ \"\\n\",\n        StandardCharsets.UTF_8,\n        StandardOpenOption.WRITE ::\n          StandardOpenOption.APPEND :: Nil\n      ) >> Log[F].info(s\"${round - 1 -> \"round\"}: $message\")\n    }\n\n    def round(round: Long): F[Unit] =\n      for {\n        _                        <- Log[F].info(s\"Starting new round: $round\")\n        (deployTime, _)          <- measure(oneRoundTransfer())\n        (proposeTime, blockHash) <- measure(propose(print = true))\n        _                        <- checkSuccess(blockHash, accountsNum)\n        totalTime                = deployTime + proposeTime\n        _                        <- writeResults(deployTime, proposeTime, totalTime, round)\n      } yield ()\n\n    def rounds(n: Int): F[Unit] = {\n      def loop(roundNum: Long): F[Unit] =\n        if (roundNum == n) {\n          Monad[F].unit\n        } else {\n          round(roundNum).flatMap(_ => loop(roundNum + 1))\n        }\n\n      for {\n        _          <- Log[F].info(\"Running...\")\n        _          <- writeStatsFileHeader\n        privateKey <- readPrivateKey\n        publicKey  <- readPublicKey\n        _          <- initializeAccounts(privateKey, publicKey)\n        _          <- loop(1)\n        _          <- Log[F].info(\"Done\")\n      } yield ()\n    }\n\n    rounds(roundsNum)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/UncaughtExceptionHandler.scala","text":"package io.casperlabs.shared\n\nimport cats.Id\nimport monix.execution.UncaughtExceptionReporter\nimport scala.concurrent.duration.FiniteDuration\n\nclass UncaughtExceptionHandler(shutdownTimeout: FiniteDuration)(implicit logId: Log[Id])\n    extends UncaughtExceptionReporter\n    with RuntimeOps {\n  override def reportFailure(ex: scala.Throwable): Unit = {\n    Log[Id].error(s\"Uncaught Exception : $ex\")\n    ex match {\n      case _: VirtualMachineError | _: LinkageError | _: FatalErrorShutdown =>\n        \/\/ To flush logs\n        Thread.sleep(1000)\n        exitOrHalt(1, shutdownTimeout)\n      case _ =>\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/highway\/EraRuntime.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.highway\n\nimport cats._\nimport cats.data.{EitherT, WriterT}\nimport cats.implicits._\nimport cats.effect.{Clock, Concurrent, Sync}\nimport cats.effect.concurrent.{Ref, Semaphore}\nimport com.google.protobuf.ByteString\nimport java.time.Instant\n\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Era}\nimport io.casperlabs.casper.dag.DagOperations\nimport io.casperlabs.casper.validation.Errors.ErrorMessageWrapper\nimport io.casperlabs.catscontrib.{MakeSemaphore, MonadThrowable}\nimport io.casperlabs.crypto.Keys.{PublicKey, PublicKeyBS}\nimport io.casperlabs.models.Message\nimport io.casperlabs.metrics.implicits._\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.shared.Log\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.dag.{DagRepresentation, DagStorage, FinalityStorageReader}\nimport io.casperlabs.storage.era.EraStorage\nimport io.casperlabs.shared.SemaphoreMap\n\nimport scala.util.Random\nimport scala.util.control.NoStackTrace\n\n\/** Class to encapsulate the message handling logic of messages in an era.\n  *\n  * It can create blocks\/ballots and persist them, even new eras,\n  * but it should not have externally visible side effects, i.e.\n  * not communicate over the network.\n  *\n  * Persisting messages is fine: if we want to handle messages concurrently\n  * we have to keep track of the validator sequence number and make sure\n  * we cite our own previous messages.\n  *\n  * The handler methods will return a list of domain events,\n  * and a list of future actions in the form of an ADT;\n  * it's up to the supervisor protocol to broadcast them\n  * and schedule followup actions.\n  *\n  * This should make testing easier: the return values are not opaque.\n  *\/\nclass EraRuntime[F[_]: Sync: Clock: Metrics: Log: EraStorage: FinalityStorageReader: ForkChoice](\n    conf: HighwayConf,\n    val era: Era,\n    leaderFunction: LeaderFunction,\n    roundExponentRef: Ref[F, Int],\n    maybeMessageProducer: Option[MessageProducer[F]],\n    \/\/ Make sure only one message is created by us at any time to avoid an equivocation.\n    \/\/ That includes collecting justifications and making a block or ballot: if we say\n    \/\/ our previous message was X, and make a message X <- Y, we must not at the same time\n    \/\/ make a message X <- Z. Since we let the fork choice tell us what justifications to use,\n    \/\/ we must protect the fork choice _and_ the message production with a common semaphore.\n    \/\/ Also make sure that we only add one message from another validator at a time, so as\n    \/\/ not to miss any equivocations that may happen if they arrive at the same time.\n    validatorSemaphoreMap: SemaphoreMap[F, PublicKeyBS],\n    \/\/ Indicate whether the initial syncing mechanism that runs when the node is started\n    \/\/ is still ongoing, or it has concluded and the node is caught up with its peers.\n    \/\/ Before that, responding to messages risks creating an equivocation, in case some\n    \/\/ state was somehow lost after a restart. It could also force others to deal with\n    \/\/ messages build on blocks long gone and check a huge swathe of the DAG for merge\n    \/\/ conflicts.\n    isSynced: => F[Boolean],\n    dag: DagRepresentation[F],\n    \/\/ Random number generator used to pick the omega delay.\n    rng: Random = new Random()\n) {\n  import EraRuntime._, Agenda._\n  import HighwayConf.VotingDuration\n\n  implicit val metricsSource = HighwayMetricsSource \/ \"EraRuntime\"\n\n  type HWL[A] = HighwayLog[F, A]\n  private val noop = HighwayLog.unit[F]\n\n  val startTick = Ticks(era.startTick)\n  val endTick   = Ticks(era.endTick)\n  val start     = conf.toInstant(startTick)\n  val end       = conf.toInstant(endTick)\n\n  val bookingBoundaries =\n    conf.criticalBoundaries(start, end, delayDuration = conf.bookingDuration)\n\n  val keyBoundaries =\n    conf.criticalBoundaries(start, end, delayDuration = conf.keyDuration)\n\n  \/** When we handle an incoming block or create a new one we may have to do additional work:\n    * - if the block is a booking block, we have to execute the auction to pick the validators for the upcoming era\n    * - when see a switch block, we have to look for a main ancestor which was a key block, to decide which era it belongs to.\n    * These blocks can be identified by their round ID being after a boundary (a deadline),\n    * while their main parent was still before the deadline.\n    *\/\n  private def isBoundary(boundaries: List[Instant])(\n      mainParentBlockRound: Instant,\n      blockRound: Instant\n  ) = boundaries.exists(isCrossing(_)(mainParentBlockRound, blockRound))\n\n  val isBookingBoundary = isBoundary(bookingBoundaries)(_, _)\n  val isKeyBoundary     = isBoundary(keyBoundaries)(_, _)\n\n  \/** Switch blocks are the first blocks which are created _after_ the era ends.\n    * They are still created by the validators of this era, and they signal the\n    * end of the era. Switch blocks are what the child era is going to build on,\n    * however, the validators of _this_ era are the ones that can finalize it by\n    * building ballots on top of it. They cannot build more blocks on them though.\n    *\/\n  val isSwitchBoundary = isCrossing(end)(_, _)\n\n  private implicit class MessageOps(msg: Message) {\n\n    \/** Convert the round of the message to a time equivalent for comparisons with critical block boundaries. *\/\n    def roundInstant: Instant =\n      conf.toInstant(Ticks(msg.roundId))\n\n    \/** Check if this block is the first in its main-chain that crosses the end of the era. *\/\n    def isSwitchBlock: F[Boolean] = isBoundaryBlock(isSwitchBoundary)\n\n    \/** Check if this block is one that crosses an era booking boundary, therefor has to execute the auction. *\/\n    def isBookingBlock: F[Boolean] = isBoundaryBlock(isBookingBoundary)\n\n    \/** Check whether the parent to child transition crosses a boundary. *\/\n    private def isBoundaryBlock(isBoundary: (Instant, Instant) => Boolean): F[Boolean] =\n      if (msg.parentBlock.isEmpty || !msg.isInstanceOf[Message.Block])\n        false.pure[F]\n      else\n        dag\n          .lookupUnsafe(msg.parentBlock)\n          .map(parent => isBoundary(parent.roundInstant, msg.roundInstant))\n\n    \/** Check whether a block or ballot is a lambda message. *\/\n    def isLambdaMessage: F[Boolean] =\n      if (leaderFunction(Ticks(msg.roundId)) == msg.validatorId)\n        msg match {\n          case _: Message.Block  => true.pure[F]\n          case b: Message.Ballot => isLambdaLikeBallot(dag, b, endTick)\n        }\n      else false.pure[F]\n  }\n\n  private implicit class MessageProducerOps(mp: MessageProducer[F]) {\n    def withPermit[T](block: F[T]): F[T] =\n      validatorSemaphoreMap.withPermit(mp.validatorId)(block)\n  }\n\n  \/** Current tick based on wall clock time. *\/\n  private def currentTick =\n    Clock[F].realTime(conf.tickUnit).map(Ticks(_))\n\n  \/** Check if the era is finished at a given tick, including the post-era voting period. *\/\n  private val isEraOverAt: Ticks => F[Boolean] =\n    conf.postEraVotingDuration match {\n      case VotingDuration.FixedLength(duration) =>\n        val votingEndTick = conf.toTicks(end plus duration)\n        tick => (tick >= votingEndTick).pure[F]\n\n      case VotingDuration.SummitLevel(1) =>\n        \/\/ We have to keep voting until the switch block given by the fork choice\n        \/\/ in *this* era is finalized.\n        tick =>\n          if (tick < endTick) false.pure[F]\n          else {\n            ForkChoice[F]\n              .fromKeyBlock(era.keyBlockHash)\n              .timerGauge(\"is_era_over_forkchoice\")\n              .flatMap { choice =>\n                choice.block.isSwitchBlock.ifM(\n                  FinalityStorageReader[F].isFinalized(choice.block.messageHash),\n                  false.pure[F]\n                )\n              }\n          }\n\n      case VotingDuration.SummitLevel(_) =>\n        \/\/ Don't know how to do this for higher levels of k, we'll have to figure it out,\n        \/\/ run multiple instances of higher level finalizers or something.\n        ???\n    }\n\n  \/** Calculate the beginning and the end of this round,\n    * based on the current tick and the round length. *\/\n  private def roundBoundariesAt(tick: Ticks): F[(Ticks, Ticks)] =\n    \/\/ TODO (round_parameter_storage): We should be able to tell about each past tick what the exponent at the time was.\n    roundExponentRef.get map { exp =>\n      \/\/ The era start may not be divisible by the round length.\n      \/\/ We should be okay to use `Ticks.roundBoundaries` here if we follow the\n      \/\/ rules of when we can update the round exponent, that is, when the higher\n      \/\/ and lower speeds align themselves.\n      Ticks.roundBoundaries(startTick, exp)(tick)\n    }\n\n  \/** Only produce messages once we have finished the initial syncing when the node starts. *\/\n  private def ifSynced(thunk: HWL[Unit]): HWL[Unit] =\n    HighwayLog\n      .liftF(isSynced)\n      .ifM(thunk, noop)\n\n  \/** Execute some action unless we have already moved on from the round it was in. *\/\n  private def ifCurrentRound(roundId: Ticks)(thunk: HWL[Unit]): HWL[Unit] =\n    \/\/ It's okay not to send a response to a message where we *did* participate\n    \/\/ in the round it belongs to, but we moved on to a newer round.\n    HighwayLog.liftF(isCurrentRound(roundId)).ifM(thunk, noop)\n\n  private def isCurrentRound(roundId: Ticks): F[Boolean] =\n    currentTick.flatMap(roundBoundariesAt).map {\n      case (from, _) => from == roundId\n    }\n\n  \/** Build a block or ballot unless the fork choice is at the moment not something\n    * that we can legally use, for example because it was reverted to some pre-midnight\n    * block in the parent era. The fork choice will not pick something in a sibling era,\n    * because it always starts from the key block of *this* era, and the sibling eras\n    * have different key blocks, so it should be enough to check that the round ID of\n    * the fork choice is earlier than the start of this era.\n    *\/\n  private def ifCanBuildOn[T](choice: ForkChoice.Result)(build: => F[T]): F[Option[T]] =\n    \/\/ Doesn't apply on Genesis.\n    if (!choice.block.parentBlock.isEmpty && choice.block.roundId < startTick) none.pure[F]\n    else build.map(_.some)\n\n  private def createLambdaResponse(\n      messageProducer: MessageProducer[F],\n      lambdaMessage: Message\n  ): HWL[Unit] = ifSynced {\n    for {\n      m <- HighwayLog.liftF {\n            messageProducer\n              .withPermit {\n                for {\n                  \/\/ We need to cite the lambda message, and our own latest message.\n                  \/\/ NOTE: The latter will be empty until the validator produces something in this era.\n                  tips              <- dag.latestInEra(era.keyBlockHash)\n                  ownLatestMessages <- tips.latestMessageHash(messageProducer.validatorId)\n                  justifications = List(\n                    PublicKey(lambdaMessage.validatorId) -> Set(lambdaMessage.messageHash),\n                    messageProducer.validatorId          -> ownLatestMessages\n                  ).filterNot(_._2.isEmpty).toMap\n                  \/\/ See what the fork choice is, given the lambda and our own latest message, that is our target.\n                  \/\/ In the voting period the lambda message is a ballot, so can't be a target,\n                  \/\/ but in any case our own latest message might point at something with more weight already.\n                  choice <- ForkChoice[F]\n                             .fromJustifications(\n                               lambdaMessage.eraId,\n                               justifications.values.flatten.toSet\n                             )\n                             .timerGauge(\"response_forkchoice\")\n                  maybeMessage <- ifCanBuildOn(choice) {\n                                   messageProducer\n                                     .ballot(\n                                       keyBlockHash = era.keyBlockHash,\n                                       roundId = Ticks(lambdaMessage.roundId),\n                                       target = choice.block.messageHash,\n                                       justifications = choice.justificationsMap\n                                     )\n                                     .timerGauge(\"response_ballot\")\n                                 }\n                } yield maybeMessage\n              }\n              .timerGauge(\"create_response\")\n          }\n      _ <- m.fold(noop) { msg =>\n            HighwayLog.tell[F](HighwayEvent.CreatedLambdaResponse(msg)) >>\n              recordJustificationsDistance(msg)\n          }\n    } yield ()\n  }\n\n  private def createLambdaMessage(\n      messageProducer: MessageProducer[F],\n      roundId: Ticks\n  ): HWL[Unit] = ifSynced {\n    for {\n      m <- HighwayLog.liftF {\n            messageProducer\n              .withPermit {\n                ForkChoice[F]\n                  .fromKeyBlock(era.keyBlockHash)\n                  .timerGauge(\"lambda_forkchoice\")\n                  .flatMap { choice =>\n                    ifCanBuildOn(choice) {\n                      \/\/ In the active period we create a block, but during voting\n                      \/\/ it can only be a ballot, after the switch block has been created.\n                      val block = messageProducer\n                        .block(\n                          keyBlockHash = era.keyBlockHash,\n                          roundId = roundId,\n                          mainParent = choice.block.messageHash,\n                          justifications = choice.justificationsMap,\n                          isBookingBlock = isBookingBoundary(\n                            choice.block.roundInstant,\n                            conf.toInstant(roundId)\n                          )\n                        )\n                        .timerGauge(\"lambda_block\")\n                        .widen[Message]\n\n                      val ballot = messageProducer\n                        .ballot(\n                          keyBlockHash = era.keyBlockHash,\n                          roundId = roundId,\n                          target = choice.block.messageHash,\n                          justifications = choice.justificationsMap\n                        )\n                        .timerGauge(\"lambda_ballot\")\n                        .widen[Message]\n\n                      if (roundId < endTick) {\n                        block\n                      } else {\n                        choice.block.isSwitchBlock.ifM(ballot, block)\n                      }\n                    }\n                  }\n              }\n              .timerGauge(\"create_lambda\")\n          }\n      _ <- m.fold(noop) { msg =>\n            HighwayLog.tell[F](HighwayEvent.CreatedLambdaMessage(msg)) >>\n              recordJustificationsDistance(msg) >>\n              handleCriticalMessages(msg)\n          }\n    } yield ()\n  }\n\n  private def createOmegaMessage(\n      messageProducer: MessageProducer[F],\n      roundId: Ticks\n  ): HWL[Unit] = ifSynced {\n    for {\n      m <- HighwayLog.liftF {\n            messageProducer\n              .withPermit {\n                ForkChoice[F]\n                  .fromKeyBlock(era.keyBlockHash)\n                  .timerGauge(\"omega_forkchoice\")\n                  .flatMap { choice =>\n                    ifCanBuildOn(choice) {\n                      messageProducer\n                        .ballot(\n                          keyBlockHash = era.keyBlockHash,\n                          roundId = roundId,\n                          target = choice.block.messageHash,\n                          justifications = choice.justificationsMap\n                        )\n                        .timerGauge(\"omega_ballot\")\n                    }\n                  }\n              }\n              .timerGauge(\"create_omega\")\n          }\n      _ <- m.fold(noop)(msg => {\n            recordJustificationsDistance(msg) >>\n              HighwayLog.tell[F](HighwayEvent.CreatedOmegaMessage(msg))\n          })\n    } yield ()\n  }\n\n  \/\/ Returns a map that represents number of msg justifications at their distance from the message.\n  \/\/ Distance is a difference of rounds between the message and cited message.\n  private def justificationsRoundsDistance(msg: Message): F[Map[Long, Int]] =\n    msg.justifications.toList\n      .traverse(j => dag.lookupUnsafe(j.latestBlockHash))\n      .map { justificationMessages =>\n        justificationMessages\n          .filter(_.eraId == msg.eraId)\n          .map(j => msg.jRank - j.jRank)\n          .groupBy(identity)\n          .mapValues(_.size)\n      }\n\n  private def recordJustificationsDistance(msg: Message): HWL[Unit] =\n    HighwayLog.liftF(justificationsRoundsDistance(msg).flatMap { distances =>\n      distances.toList.traverse {\n        case (rankDistance, count) =>\n          Metrics[F].record(\"justificationsJRankDistances\", rankDistance, count.toLong)\n      }.void\n    })\n\n  \/** Trace the lineage of the switch block back to find a key block,\n    * then the corresponding booking block.\n    *\/\n  private def createEra(\n      switchBlock: Message.Block\n  ): HWL[Unit] = {\n    val keyBlockBoundary     = end minus conf.keyDuration\n    val bookingBlockBoundary = end minus conf.bookingDuration\n\n    \/\/ Trace back to the corresponding key block.\n    val keyBlockF = findBlockCrossingBoundary(switchBlock, isCrossing(keyBlockBoundary))\n\n    val maybeChildEra = keyBlockF flatMap { keyBlock =>\n      \/\/ Checking if the era exist; if it does, we don't need to look up the booking block.\n      EraStorage[F]\n        .containsEra(keyBlock.messageHash)\n        .ifM(\n          none[Era].pure[F],\n          for {\n            bookingBlock <- findBlockCrossingBoundary(\n                             keyBlock,\n                             isCrossing(bookingBlockBoundary)\n                           )\n            magicBits <- collectMagicBits(dag, bookingBlock, keyBlock)\n            seed      = LeaderSequencer.seed(bookingBlock.messageHash.toByteArray, magicBits)\n            childEra = Era(\n              parentKeyBlockHash = era.keyBlockHash,\n              keyBlockHash = keyBlock.messageHash,\n              bookingBlockHash = bookingBlock.messageHash,\n              startTick = conf.toTicks(end),\n              endTick = conf.toTicks(conf.eraEnd(end)),\n              bonds = bookingBlock.blockSummary.getHeader.getState.bonds,\n              leaderSeed = ByteString.copyFrom(seed)\n            )\n            isNew <- EraStorage[F].addEra(childEra)\n          } yield childEra.some.filter(_ => isNew)\n        )\n    }\n\n    HighwayLog.liftF(maybeChildEra) flatMap {\n      case Some(era) => HighwayLog.tell[F](HighwayEvent.CreatedEra(era))\n      case None      => noop\n    }\n  }\n\n  \/** Find a block in the ancestry where the parent is before a time,\n    * but the block is after the time. *\/\n  private def findBlockCrossingBoundary(\n      descendant: Message,\n      isBoundary: (Instant, Instant) => Boolean\n  ): F[Message] = {\n    def loop(child: Message, childTime: Instant): F[Message] =\n      \/\/ If we reached Genesis, for any reason, use it, there's nothing else further back.\n      if (child.parentBlock.isEmpty) child.pure[F]\n      else {\n        dag.lookupUnsafe(child.parentBlock).flatMap { parent =>\n          val parentTime = parent.roundInstant\n          if (isBoundary(parentTime, childTime))\n            child.pure[F]\n          else\n            loop(parent, parentTime)\n        }\n      }\n    loop(descendant, descendant.roundInstant)\n  }\n\n  \/** Pick a time during the round to send the omega message. *\/\n  private def chooseOmegaTick(roundStart: Ticks, roundEnd: Ticks): Ticks = {\n    val r = rng.nextDouble()\n    val o = conf.omegaMessageTimeStart + r * (conf.omegaMessageTimeEnd - conf.omegaMessageTimeStart)\n    val t = roundStart + o * (roundEnd - roundStart)\n    Ticks(t.toLong)\n  }\n\n  \/** Preliminary check before the block is executed. Invalid blocks can be dropped. *\/\n  def validate(message: Message): EitherT[F, String, Unit] = {\n    val ok = EitherT.rightT[F, String](())\n\n    def checkF(errorMessage: String, errorCondition: F[Boolean]) = EitherT {\n      errorCondition.ifM(errorMessage.asLeft[Unit].pure[F], ok.value)\n    }\n    def check(errorMessage: String, errorCondition: Boolean) =\n      checkF(errorMessage, errorCondition.pure[F])\n\n    checkF(\n      \"The block is coming from a doppelganger.\",\n      isSynced.map(_ && maybeMessageProducer.map(_.validatorId).contains(message.validatorId))\n    ) >>\n      check(\n        \"The round ID is before the start of the era.\",\n        message.roundId < startTick\n      ) >>\n      check(\n        \"The round ID is after the end of the voting period.\",\n        conf.postEraVotingDuration match {\n          case VotingDuration.FixedLength(d) => conf.toTicks(end plus d) < message.roundId\n          case _                             => false\n        }\n      ) >>\n      check(\n        \"The validator is not bonded in the era.\",\n        era.bonds.find(_.validatorPublicKey == message.validatorId).isEmpty\n      ) >> {\n      message match {\n        case b: Message.Block =>\n          check(\n            \"The block is not coming from the leader of the round.\",\n            leaderFunction(Ticks(message.roundId)) != message.validatorId\n          ) >>\n            checkF(\n              \"The leader has already sent a lambda message in this round.\",\n              \/\/ Not going to check this for ballots: two lambda-like ballots\n              \/\/ can only be an equivocation, otherwise the 2nd one cites the first\n              \/\/ and that means it's not lambda-like.\n              hasOtherLambdaMessageInSameRound[F](dag, b, endTick)\n            ) >>\n            checkF(\n              \"Only ballots should be build on top of a switch block in the current era.\",\n              dag.lookupUnsafe(message.parentBlock).flatMap(_.isSwitchBlock)\n            )\n\n        case b: Message.Ballot if b.roundId >= endTick =>\n          checkF(\n            \"A ballot during the voting-only period can only be built on pre-era-end blocks and switch blocks.\",\n            for {\n              parent <- dag.lookupUnsafe(b.parentBlock)\n              switch <- parent.isSwitchBlock\n            } yield !(parent.roundId < endTick || switch)\n          )\n\n        case _ =>\n          ok\n      }\n    }\n  }\n\n  \/** Produce a starting agenda, depending on whether the validator is bonded or not. *\/\n  def initAgenda: F[Agenda] =\n    maybeMessageProducer.fold(Agenda.empty.pure[F]) { _ =>\n      currentTick flatMap { tick =>\n        isEraOverAt(tick).ifM(\n          Agenda.empty.pure[F],\n          roundBoundariesAt(tick) flatMap {\n            case (from, to) =>\n              val roundId = if (from >= tick) from else to\n              Agenda(roundId -> StartRound(roundId)).pure[F]\n          }\n        )\n      }\n    }\n\n  \/** Handle a block or ballot coming from another validator.\n    * The block is already validated and stored, here we just want to get the protocol reactions.\n    * For example:\n    * - if it's a lambda message, create a lambda response\n    * - if it's a switch block, create a new era, unless it exists already.\n    * Returns a list of events that happened during the persisting of changes.\n    * This method is always called as a reaction to an incoming message,\n    * so it doesn't return a future agenda of its own.\n    *\/\n  def handleMessage(message: ValidatedMessage): HWL[Unit] = {\n    def check(ok: Boolean, error: String) =\n      if (ok) noop\n      else MonadThrowable[HWL].raiseError[Unit](new IllegalStateException(error) with NoStackTrace)\n\n    for {\n      _ <- check(\n            message.eraId == era.keyBlockHash,\n            \"Shouldn't receive messages from other eras!\"\n          )\n      _ <- maybeMessageProducer.fold(noop) { mp =>\n            for {\n              synced <- HighwayLog.liftF(isSynced)\n              _ <- check(\n                    !synced || message.validatorId != mp.validatorId,\n                    \"Shouldn't receive our own messages!\"\n                  )\n              _ <- ifCurrentRound(Ticks(message.roundId)) {\n                    HighwayLog\n                      .liftF(message.isLambdaMessage)\n                      .ifM(createLambdaResponse(mp, message), noop)\n                  }\n              _ <- HighwayLog\n                    .liftF(isCurrentRound(Ticks(message.roundId)))\n                    .ifM(\n                      HighwayLog.liftF(Metrics[F].incrementCounter(\"incoming_same_round_message\")),\n                      HighwayLog\n                        .liftF(Metrics[F].incrementCounter(\"incoming_different_round_message\"))\n                    )\n                    .whenA(synced)\n            } yield ()\n          }\n      _ <- handleCriticalMessages(message)\n    } yield ()\n  }\n\n  \/** Handle something that happens during a round:\n    * - in rounds when we are leading, create a lambda message\n    * - if it's a booking block, execute the auction\n    * - if the main parent is a switch block, create a ballot instead\n    * - sometime through the round, create an omega message\n    * - if we're beyond the voting period after the end of the era, stop.\n    *\n    * Returns a list of events that took place, as well as its future agenda,\n    * telling the caller (a supervisor) when it has to be scheduled again.\n    *\/\n  def handleAgenda(action: Agenda.Action): HWL[Agenda] =\n    action match {\n      case Agenda.StartRound(roundId) =>\n        \/\/ Only create the agenda at the end, so if it takes too long to produce\n        \/\/ a block we schedule the *next* round, possibly skipping a bunch.\n        \/\/ Alternatively `StartRound` could just return a `CreateLambdaMessage`,\n        \/\/ a `CreateOmegaMessage` and another `StartRound` to make them all\n        \/\/ independently scheduleable.\n        def agenda =\n          for {\n            now                           <- currentTick\n            (currentRoundId, nextRoundId) <- roundBoundariesAt(now)\n            \/\/ NOTE: These will potentially ask for the fork choice in this era;\n            \/\/ it would be good if it was cached and updated only when new messages are added.\n            isOverAtCurrent <- isEraOverAt(currentRoundId)\n            isOverAtNext    <- isEraOverAt(nextRoundId)\n            _ <- Log[F]\n                  .info(s\"No more rounds in ${era.keyBlockHash.show -> \"era\"}\")\n                  .whenA(isOverAtNext)\n          } yield {\n            val omega = if (!isOverAtCurrent) {\n              \/\/ Schedule the omega for whatever the current round is, don't bother\n              \/\/ with the old one if the block production was so slow that it pushed\n              \/\/ us into the next round already. We can still participate in this one.\n              val omegaTick = chooseOmegaTick(currentRoundId, nextRoundId)\n              Agenda(omegaTick -> Agenda.CreateOmegaMessage(currentRoundId))\n            } else Agenda.empty\n\n            val next = if (!isOverAtNext) {\n              Agenda(nextRoundId -> Agenda.StartRound(nextRoundId))\n            } else Agenda.empty\n\n            omega ++ next\n          }\n\n        maybeMessageProducer\n          .filter(_.validatorId == leaderFunction(roundId))\n          .fold(noop) {\n            createLambdaMessage(_, roundId)\n          } >> HighwayLog.liftF(agenda)\n\n      case Agenda.CreateOmegaMessage(roundId) =>\n        maybeMessageProducer.fold(noop) {\n          createOmegaMessage(_, roundId)\n        } >> HighwayLog.liftF(Agenda.empty.pure[F])\n    }\n\n  \/** Do any kind of special logic when we encounter a \"critical\" block in the protocol:\n    * - booking blocks should execute the auction, but that should be in their\n    *   post state hash as well, so we pass the flag to the message producer\n    * - key blocks don't need special handling when they are made\n    * - switch blocks might be the ones that grant the rewards,\n    *   according to how many blocks were finalized on time during the era\n    *\/\n  private def handleCriticalMessages(message: Message): HWL[Unit] =\n    message match {\n      case _: Message.Ballot =>\n        noop\n      case block: Message.Block =>\n        HighwayLog.liftF(block.isSwitchBlock).ifM(createEra(block), noop)\n    }\n\n  \/** Perform the validation and persistence of an incoming block.\n    * Doesn't include reacting to it. It's here so we can encapsulate\n    * the logic to make sure no two blocks from the same validator are\n    * added concurrently, and that we validate the message according to the\n    * rules of this era. *\/\n  def validateAndAddBlock(messageExecutor: MessageExecutor[F], block: Block): F[ValidatedMessage] =\n    for {\n      message    <- MonadThrowable[F].fromTry(Message.fromBlock(block))\n      maybeError <- validate(message).value\n      _ <- maybeError.fold(\n            error =>\n              \/\/ TODO (CON-623): Some of these errors can be attributable. Those should be slashed\n              \/\/ and not stop processing, so we'll need to return more detailed statuses from\n              \/\/ validate to decide what to do, whether to react or not.\n              MonadThrowable[F].raiseError[Unit](\n                new ErrorMessageWrapper(\n                  s\"Could not validate block ${block.blockHash.show} against era ${era.keyBlockHash.show}: $error\"\n                )\n              ),\n            _ => ().pure[F]\n          )\n      semaphore      <- validatorSemaphoreMap.getOrAdd(PublicKey(block.getHeader.validatorPublicKey))\n      isBookingBlock <- message.isBookingBlock\n      _              <- messageExecutor.validateAndAdd(semaphore, block, isBookingBlock)\n    } yield Validated(message)\n}\n\nobject EraRuntime {\n\n  def genesisEra(\n      conf: HighwayConf,\n      genesis: BlockSummary\n  ): Era = Era(\n    keyBlockHash = genesis.blockHash,\n    bookingBlockHash = genesis.blockHash,\n    startTick = conf.toTicks(conf.genesisEraStart),\n    endTick = conf.toTicks(conf.genesisEraEnd),\n    bonds = genesis.getHeader.getState.bonds\n  )\n\n  def fromGenesis[F[_]: Sync: MakeSemaphore: Clock: Metrics: Log: DagStorage: EraStorage: FinalityStorageReader: ForkChoice](\n      conf: HighwayConf,\n      genesis: BlockSummary,\n      maybeMessageProducer: Option[MessageProducer[F]],\n      initRoundExponent: Int,\n      isSynced: => F[Boolean],\n      leaderSequencer: LeaderSequencer = LeaderSequencer\n  ): F[EraRuntime[F]] = {\n    val era = genesisEra(conf, genesis)\n    fromEra[F](conf, era, maybeMessageProducer, initRoundExponent, isSynced, leaderSequencer)\n  }\n\n  def fromEra[F[_]: Sync: MakeSemaphore: Clock: Metrics: Log: DagStorage: EraStorage: FinalityStorageReader: ForkChoice](\n      conf: HighwayConf,\n      era: Era,\n      maybeMessageProducer: Option[MessageProducer[F]],\n      initRoundExponent: Int,\n      isSynced: => F[Boolean],\n      leaderSequencer: LeaderSequencer = LeaderSequencer\n  ): F[EraRuntime[F]] =\n    for {\n      leaderFunction   <- leaderSequencer[F](era)\n      roundExponentRef <- Ref.of[F, Int](initRoundExponent)\n      dag              <- DagStorage[F].getRepresentation\n      semaphoreMap     <- SemaphoreMap[F, PublicKeyBS](1)\n    } yield {\n      new EraRuntime[F](\n        conf,\n        era,\n        leaderFunction,\n        roundExponentRef,\n        \/\/ Whether the validator is bonded depends on the booking block. Only bonded validators\n        \/\/ have to produce blocks and ballots in the era.\n        maybeMessageProducer.filter { mp =>\n          era.bonds.exists(b => b.validatorPublicKey == mp.validatorId)\n        },\n        semaphoreMap,\n        isSynced,\n        dag\n      )\n    }\n\n  \/** List of future actions to take. *\/\n  type Agenda = Vector[Agenda.DelayedAction]\n\n  object Agenda {\n    sealed trait Action\n\n    \/** What action to take and when. *\/\n    case class DelayedAction(tick: Ticks, action: Action)\n\n    \/** Handle one round:\n      * - in rounds when we are leading, create a lambda message\n      * - if it's a booking block, execute the auction\n      * - if the main parent is a switch block, create a ballot instead\n      * - if we're beyond the voting period after the end of the era, stop.\n      *\/\n    case class StartRound(roundId: Ticks) extends Action\n\n    \/** Create an Omega message, some time during the round *\/\n    case class CreateOmegaMessage(roundId: Ticks) extends Action\n\n    def apply(\n        actions: (Ticks, Action)*\n    ): Agenda =\n      actions.map(DelayedAction.tupled).toVector\n\n    val empty = apply()\n  }\n\n  \/** Check that a parent timestamp is before, while the child is at or after a given boundary. *\/\n  def isCrossing(boundary: Instant)(parent: Instant, child: Instant): Boolean =\n    parent.isBefore(boundary) && !child.isBefore(boundary)\n\n  \/** Collect the magic bits between the booking block and the key block, *\/\n  def collectMagicBits[F[_]: MonadThrowable](\n      dag: DagRepresentation[F],\n      bookingBlock: Message,\n      keyBlock: Message\n  ): F[Seq[Boolean]] =\n    DagOperations\n      .bfTraverseF(List(keyBlock)) { msg =>\n        List(msg.parentBlock).filterNot(_.isEmpty).traverse(dag.lookupUnsafe)\n      }\n      .takeUntil(_.messageHash == bookingBlock.messageHash)\n      .map(_.blockSummary.getHeader.magicBit)\n      .toList\n      .map(_.reverse)\n\n  \/** Check that two messages are in the same round. Different eras (e.g. the parent and the child)\n    * can share a round ID, but they are still different rounds.\n    *\/\n  def isSameRoundAs(a: Message)(b: Message): Boolean =\n    a.eraId == b.eraId && a.roundId == b.roundId\n\n  \/** Check if a message from a validator cites their own message in the same round as the message itself.\n    * If it does, that would mean that this message was not the first in that round. In the voting period,\n    * that is enough to distinguish between two potential ballots from the leader to pick the lambda.\n    *\n    * A lambda block may cite an omega block from the same validator if they were made concurrently,\n    * or an omega from a different validator, if that validator works a lot faster and pushed out a ballot\n    * even faster than the lambda block's justifications were established, although this is unlikely.\n    *\/\n  def citesOwnMessageInSameRound[F[_]: MonadThrowable](\n      dag: DagRepresentation[F],\n      message: Message\n  ): F[Boolean] =\n    message.justifications\n      .filter(_.validatorPublicKey == message.validatorId)\n      .toList\n      .findM[F] { j =>\n        dag.lookupUnsafe(j.latestBlockHash).map(isSameRoundAs(message))\n      }\n      .map(_.isDefined)\n\n  \/** Given a ballot which we already established is coming from the leader of its round,\n    * check whether it looks like a lambda message (rather than an omega): a lambda message\n    * normally only cites messages from different rounds than its own, because it starts at\n    * the beginning of the block, and it shouldn't have time to receive stray omega messages\n    * from the same round even from validators running with very low round exponents.\n    *\/\n  def isLambdaLikeBallot[F[_]: MonadThrowable](\n      dag: DagRepresentation[F],\n      ballot: Message.Ballot,\n      eraEndTick: Ticks\n  ): F[Boolean] =\n    if (ballot.roundId < eraEndTick) false.pure[F]\n    else citesOwnMessageInSameRound(dag, ballot).map(!_)\n\n  \/** Given a lambda message from the leader of a round, check if the validator has sent\n    * another lambda message already in the same round. Ignores equivocations, just the\n    * checks the legal j-DAG.\n    *\/\n  def hasOtherLambdaMessageInSameRound[F[_]: MonadThrowable](\n      dag: DagRepresentation[F],\n      message: Message,\n      eraEndTick: Ticks\n  ): F[Boolean] =\n    DagOperations\n      .swimlaneV[F](\n        message.validatorId,\n        message,\n        dag\n      )\n      \/\/ We know this one is a lambda message.\n      .filter(_.messageHash != message.messageHash)\n      \/\/ Only look at messages in this round, in this era.\n      .takeWhile(isSameRoundAs(message))\n      \/\/ Try to find a lambda message.\n      .findF {\n        case _: Message.Block =>\n          \/\/ We established that this validator is the lead, so a block from them is a lambda.\n          true.pure[F]\n        case b: Message.Ballot =>\n          \/\/ The era is over, so this is a voting only period message.\n          \/\/ In the active period, it's easy to know that a ballot is either a lambda response or an omega.\n          \/\/ In the voting only period, however, lambda messages are ballots too.\n          \/\/ The only way to tell if a ballot might be a lambda message is that it cites nothing from this round.\n          isLambdaLikeBallot(dag, b, eraEndTick)\n        case _ =>\n          false.pure[F]\n      }\n      .map(_.isDefined)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/effects\/ConsoleIO.scala","text":"<filename>node\/src\/main\/scala\/io\/casperlabs\/node\/effects\/ConsoleIO.scala\npackage io.casperlabs.node.effects\n\nimport cats._\nimport cats.data._\nimport cats.implicits._\nimport io.casperlabs.catscontrib._\n\ntrait ConsoleIO[F[_]] {\n  def println(str: String): F[Unit]\n}\n\nobject ConsoleIO extends ConsoleIO0 {\n  def apply[F[_]](implicit ev: ConsoleIO[F]): ConsoleIO[F] = ev\n}\n\ntrait ConsoleIO0 {\n  import eitherT._\n  implicit def eitherTConsoleIO[F[_]: Monad: ConsoleIO, E]: ConsoleIO[EitherT[F, E, ?]] =\n    ForTrans.forTrans[F, EitherT[*[_], E, ?]]\n}\n\nclass NOPConsoleIO[F[_]: Applicative] extends ConsoleIO[F] {\n  def println(str: String): F[Unit] = ().pure[F]\n}\n\nobject ForTrans {\n  def forTrans[F[_]: Monad, T[_[_], _]: MonadTrans](implicit C: ConsoleIO[F]): ConsoleIO[T[F, ?]] =\n    new ConsoleIO[T[F, ?]] {\n      def println(str: String): T[F, Unit] = MonadTrans[T].liftM(ConsoleIO[F].println(str))\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/bytesrepr\/ToBytes.scala","text":"package io.casperlabs.models.bytesrepr\n\nimport java.nio.{ByteBuffer, ByteOrder}\nimport java.nio.charset.StandardCharsets\nimport simulacrum.typeclass\n\n@typeclass trait ToBytes[T] {\n  def toBytes(t: T): Array[Byte]\n}\n\nobject ToBytes {\n  def toBytes[T: ToBytes](t: T): Array[Byte] = ToBytes[T].toBytes(t)\n\n  implicit val toBytesBool: ToBytes[Boolean] = new ToBytes[Boolean] {\n    override def toBytes(b: Boolean): Array[Byte] =\n      if (b) Array(Constants.Boolean.TRUE_TAG)\n      else Array(Constants.Boolean.FALSE_TAG)\n  }\n\n  implicit val toBytesByte: ToBytes[Byte] = new ToBytes[Byte] {\n    override def toBytes(i: Byte): Array[Byte] = Array(i)\n  }\n\n  implicit val toBytesInt: ToBytes[Int] = new ToBytes[Int] {\n    override def toBytes(i: Int): Array[Byte] =\n      ByteBuffer\n        .allocate(4)\n        .order(ByteOrder.LITTLE_ENDIAN)\n        .putInt(i)\n        .array()\n  }\n\n  implicit val toBytesLong: ToBytes[Long] = new ToBytes[Long] {\n    override def toBytes(i: Long): Array[Byte] =\n      ByteBuffer\n        .allocate(8)\n        .order(ByteOrder.LITTLE_ENDIAN)\n        .putLong(i)\n        .array()\n  }\n\n  implicit val toBytesBigInt: ToBytes[BigInt] = new ToBytes[BigInt] {\n    override def toBytes(i: BigInt): Array[Byte] = {\n      val bigEndian           = i.toByteArray\n      val nonZeroLittleEndian = bigEndian.dropWhile(_ == 0).reverse\n      val numBytes            = nonZeroLittleEndian.length.toByte\n\n      numBytes +: nonZeroLittleEndian\n    }\n  }\n\n  implicit val toBytesUnit: ToBytes[Unit] = new ToBytes[Unit] {\n    override def toBytes(x: Unit): Array[Byte] = Array.empty[Byte]\n  }\n\n  implicit val toBytesString: ToBytes[String] = new ToBytes[String] {\n    override def toBytes(s: String): Array[Byte] = {\n      val bytes = s.getBytes(StandardCharsets.UTF_8)\n      ToBytes[Int].toBytes(bytes.length) ++ bytes\n    }\n  }\n\n  implicit def toBytesOption[T: ToBytes]: ToBytes[Option[T]] = new ToBytes[Option[T]] {\n    override def toBytes(value: Option[T]): Array[Byte] = value match {\n      case None    => Array(Constants.Option.NONE_TAG)\n      case Some(t) => Constants.Option.SOME_TAG +: ToBytes[T].toBytes(t)\n    }\n  }\n\n  private def _toBytesSeq[T: ToBytes](list: Seq[T]): Array[Byte] = {\n    val n     = list.size\n    val bytes = list.flatMap(t => ToBytes[T].toBytes(t)).toArray\n    ToBytes[Int].toBytes(n) ++ bytes\n  }\n\n  implicit def toBytesSeq[T: ToBytes]: ToBytes[Seq[T]] = new ToBytes[Seq[T]] {\n    override def toBytes(list: Seq[T]): Array[Byte] = _toBytesSeq(list)\n  }\n\n  implicit def toBytesIndexedSeq[T: ToBytes]: ToBytes[IndexedSeq[T]] = new ToBytes[IndexedSeq[T]] {\n    override def toBytes(list: IndexedSeq[T]): Array[Byte] = _toBytesSeq(list)\n  }\n\n  implicit def toBytesEither[A: ToBytes, B: ToBytes]: ToBytes[Either[A, B]] =\n    new ToBytes[Either[A, B]] {\n      override def toBytes(value: Either[A, B]): Array[Byte] = value match {\n        case Left(a)  => Constants.Either.LEFT_TAG +: ToBytes[A].toBytes(a)\n        case Right(b) => Constants.Either.RIGHT_TAG +: ToBytes[B].toBytes(b)\n      }\n    }\n\n  implicit def toBytesMap[K: ToBytes: Ordering, V: ToBytes]: ToBytes[Map[K, V]] =\n    new ToBytes[Map[K, V]] {\n      override def toBytes(map: Map[K, V]): Array[Byte] = {\n        val sortedTuples = map.toVector.sortBy(_._1)\n        ToBytes[Seq[(K, V)]].toBytes(sortedTuples)\n      }\n    }\n\n  implicit def toBytesTuple1[T1: ToBytes]: ToBytes[Tuple1[T1]] =\n    new ToBytes[Tuple1[T1]] {\n      override def toBytes(tuple: Tuple1[T1]): Array[Byte] = ToBytes[T1].toBytes(tuple._1)\n    }\n\n  implicit def toBytesTuple2[T1: ToBytes, T2: ToBytes]: ToBytes[(T1, T2)] =\n    new ToBytes[(T1, T2)] {\n      override def toBytes(tuple: (T1, T2)): Array[Byte] = {\n        val first  = ToBytes[T1].toBytes(tuple._1)\n        val second = ToBytes[T2].toBytes(tuple._2)\n\n        first ++ second\n      }\n    }\n\n  implicit def toBytesTuple3[T1: ToBytes, T2: ToBytes, T3: ToBytes]: ToBytes[(T1, T2, T3)] =\n    new ToBytes[(T1, T2, T3)] {\n      override def toBytes(tuple: (T1, T2, T3)): Array[Byte] = {\n        val first  = ToBytes[T1].toBytes(tuple._1)\n        val second = ToBytes[T2].toBytes(tuple._2)\n        val third  = ToBytes[T3].toBytes(tuple._3)\n\n        first ++ second ++ third\n      }\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/CLTypeSerializationTest.scala","text":"package io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.SerializationTest.roundTrip\nimport io.casperlabs.models.bytesrepr.{FromBytes, ToBytes}\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport CLTypeSerializationTest.{arbCLType, bytesRoundTrip, nested}\n\nclass CLTypeSerializationTest extends FlatSpec with PropertyChecks {\n  \"CLTypes\" should \"serialize properly\" in forAll { (t: CLType) =>\n    roundTrip(t, CLType.deserializer)\n  }\n\n  it should \"serialize in a stack safe way\" in {\n    val deepType      = nested(CLType.Unit, 500000)(t => CLType.List(t))\n    val deepFixedList = CLType.FixedList(deepType, 17)\n    val deeperType    = nested(deepFixedList, 500000)(t => CLType.Option(t))\n\n    \/\/ We can't compare the actual type because it turns out the\n    \/\/ auto-generated equality on case classes is not stack safe.\n    bytesRoundTrip(deeperType, CLType.deserializer)\n\n    val wideType      = nested(CLType.String, 5)(t => CLType.Tuple2(t, t))\n    val wideFixedList = CLType.FixedList(wideType, 31)\n    val widerType     = nested(wideFixedList, 5)(t => CLType.Tuple3(t, t, t))\n\n    bytesRoundTrip(widerType, CLType.deserializer)\n  }\n}\n\nobject CLTypeSerializationTest extends Matchers {\n\n  def genCLType: Gen[CLType] = Gen.choose(0, 21).flatMap {\n    case 0  => Gen.const(CLType.Bool)\n    case 1  => Gen.const(CLType.I32)\n    case 2  => Gen.const(CLType.I64)\n    case 3  => Gen.const(CLType.U8)\n    case 4  => Gen.const(CLType.U32)\n    case 5  => Gen.const(CLType.U64)\n    case 6  => Gen.const(CLType.U128)\n    case 7  => Gen.const(CLType.U256)\n    case 8  => Gen.const(CLType.U512)\n    case 9  => Gen.const(CLType.Unit)\n    case 10 => Gen.const(CLType.String)\n    case 11 => Gen.const(CLType.Key)\n    case 12 => Gen.const(CLType.URef)\n\n    case 13 => genCLType.map(inner => CLType.Option(inner))\n    case 14 => genCLType.map(inner => CLType.List(inner))\n\n    case 15 =>\n      for {\n        inner <- genCLType\n        n     <- Gen.choose(1, 100)\n      } yield CLType.FixedList(inner, n)\n\n    case 16 =>\n      for {\n        ok  <- genCLType\n        err <- genCLType\n      } yield CLType.Result(ok, err)\n\n    case 17 =>\n      for {\n        key   <- genCLType\n        value <- genCLType\n      } yield CLType.Map(key, value)\n\n    case 18 => genCLType.map(inner => CLType.Tuple1(inner))\n\n    case 19 =>\n      for {\n        t1 <- genCLType\n        t2 <- genCLType\n      } yield CLType.Tuple2(t1, t2)\n\n    case 20 =>\n      for {\n        t1 <- genCLType\n        t2 <- genCLType\n        t3 <- genCLType\n      } yield CLType.Tuple3(t1, t2, t3)\n\n    case 21 => Gen.const(CLType.Any)\n\n    \/\/ this should never happen since we generate from 0 to 21\n    case _ => Gen.fail\n  }\n\n  implicit val arbCLType: Arbitrary[CLType] = Arbitrary(genCLType)\n\n  def nested(base: CLType, n: Int)(nest: CLType => CLType): CLType = (1 to n).foldLeft(base) {\n    case (acc, _) => nest(acc)\n  }\n\n  def bytesRoundTrip[T: ToBytes](t: T, des: FromBytes.Deserializer[T]) = {\n    val bytes = ToBytes[T].toBytes(t)\n\n    val bytes2 = FromBytes.deserialize(des, bytes).map(value => ToBytes[T].toBytes(value))\n\n    bytes2.map(_.toSeq) shouldBe Right(bytes.toSeq)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/test\/scala\/io\/casperlabs\/node\/api\/DeployInfoPaginationSpec.scala","text":"package io.casperlabs.node.api\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.node.api.casper.ListDeployInfosRequest\nimport io.casperlabs.node.api.DeployInfoPagination.DeployInfoPageTokenParams\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\nimport org.scalatest.{Matchers, PropSpec}\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\n\nclass DeployInfoPaginationSpec extends PropSpec with Matchers with GeneratorDrivenPropertyChecks {\n  property(\"decode after encode returns the original input\") {\n    forAll(Gen.chooseNum(0, Long.MaxValue), Gen.listOfN(32, arbitrary[Byte]), arbitrary[Boolean]) {\n      (l, d, t) =>\n        val bs              = ByteString.copyFrom(d.toArray)\n        val pageTokenParams = DeployInfoPageTokenParams(l, bs, t)\n        val pageToken       = DeployInfoPagination.createPageToken(Some(pageTokenParams))\n        val (_, p) =\n          DeployInfoPagination.parsePageToken(0, pageToken).get\n        p should be(pageTokenParams)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/PartialPrettifier.scala","text":"package io.casperlabs.models\n\nimport org.scalactic.Prettifier\nimport com.google.protobuf.ByteString\nimport scala.util.Success\nimport scala.collection.{mutable, GenMap}\nimport scala.collection.GenTraversable\nimport _root_.cats.instances.`package`.byte\n\nobject PartialPrettifier {\n  \/\/ Shameless copy-paste of Scalactic's Prettifier that injects special pretty-printer for ByteString.\n  def apply(pp: PartialFunction[Any, String]): Prettifier = Prettifier {\n    case x if pp.isDefinedAt(x) => pp(x)\n    case Some(e)                => \"Some(\" + apply(pp)(e) + \")\"\n    case Success(e)             => \"Success(\" + apply(pp)(e) + \")\"\n    case Left(e)                => \"Left(\" + apply(pp)(e) + \")\"\n    case Right(e)               => \"Right(\" + apply(pp)(e) + \")\"\n    case anArray: Array[_]      => \"Array(\" + (anArray.map(apply(pp)(_))).mkString(\", \") + \")\"\n    case aWrappedArray: mutable.WrappedArray[_] =>\n      \"Array(\" + (aWrappedArray.map(apply(pp)(_))).mkString(\", \") + \")\"\n    case anArrayOps: mutable.ArrayOps[_] =>\n      \"Array(\" + (anArrayOps.map(apply(pp)(_))).mkString(\", \") + \")\"\n    case aGenMap: GenMap[_, _] =>\n      aGenMap.stringPrefix + \"(\" +\n        (aGenMap.toIterator\n          .map {\n            case (key, value) => \/\/ toIterator is needed for consistent ordering\n              apply(pp)(key) + \" -> \" + apply(pp)(value)\n          })\n          .mkString(\", \") + \")\"\n    case aGenTraversable: GenTraversable[_] =>\n      val isSelf =\n        if (aGenTraversable.size == 1) {\n          aGenTraversable.head match {\n            case ref: AnyRef => ref eq aGenTraversable\n            case other       => other == aGenTraversable\n          }\n        } else\n          false\n      if (isSelf)\n        aGenTraversable.toString\n      else\n        aGenTraversable.stringPrefix + \"(\" + aGenTraversable.toIterator\n          .map(apply(pp)(_))\n          .mkString(\", \") + \")\" \/\/ toIterator is needed for consistent ordering\n    \/\/ SKIP-SCALATESTJS-START\n    case javaCol: java.util.Collection[_] =>\n      \/\/ By default java collection follows http:\/\/download.java.net\/jdk7\/archive\/b123\/docs\/api\/java\/util\/AbstractCollection.html#toString()\n      \/\/ let's do our best to prettify its element when it is not overriden\n      import scala.collection.JavaConverters._\n      val theToString = javaCol.toString\n      if (theToString.startsWith(\"[\") && theToString.endsWith(\"]\"))\n        \"[\" + javaCol.iterator().asScala.map(apply(pp)(_)).mkString(\", \") + \"]\"\n      else\n        theToString\n    case javaMap: java.util.Map[_, _] =>\n      \/\/ By default java map follows http:\/\/download.java.net\/jdk7\/archive\/b123\/docs\/api\/java\/util\/AbstractMap.html#toString()\n      \/\/ let's do our best to prettify its element when it is not overriden\n      import scala.collection.JavaConverters._\n      val theToString = javaMap.toString\n      if (theToString.startsWith(\"{\") && theToString.endsWith(\"}\"))\n        \"{\" + javaMap.entrySet.iterator.asScala\n          .map { entry =>\n            apply(pp)(entry.getKey) + \"=\" + apply(pp)(entry.getValue)\n          }\n          .mkString(\", \") + \"}\"\n      else\n        theToString\n    case tuple2: Tuple2[_, _] =>\n      \"(\" ++ apply(pp)(tuple2._1) ++ \", \" ++ apply(pp)(tuple2._2) ++ \")\"\n    case other => Prettifier.default(other)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/CLValue.scala","text":"package io.casperlabs.models.cltype\n\nimport cats.implicits._\nimport io.casperlabs.models.bytesrepr\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\n\ncase class CLValue(clType: CLType, value: IndexedSeq[Byte])\n\nobject CLValue {\n  def from[T: ToBytes](t: T, clType: CLType): CLValue = CLValue(clType, ToBytes.toBytes(t))\n\n  implicit val toBytesCLValue: ToBytes[CLValue] = new ToBytes[CLValue] {\n    override def toBytes(v: CLValue): Array[Byte] =\n      ToBytes.toBytes(v.value) ++ ToBytes.toBytes(v.clType)\n  }\n\n  val deserializer: FromBytes.Deserializer[CLValue] =\n    for {\n      value  <- FromBytes.bytes\n      clType <- CLType.deserializer\n    } yield CLValue(clType, value.toIndexedSeq)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/MemoSpec.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models\nimport monix.eval.Coeval\nimport org.scalatest.{FlatSpec, Matchers}\nimport io.casperlabs.shared.Log\n\nclass MemoSpec extends FlatSpec with Matchers with Log.LogId {\n\n  behavior of \"Memo\"\n\n  it should \"memoize the result\" in {\n    var timesExecuted = 0\n    val random = new Memo[Int](Coeval.delay {\n      timesExecuted += 1\n      9\n    })\n    assert(timesExecuted == 0)\n    assert(random.get.value() == 9)\n    assert(timesExecuted == 1)\n    assert(random.get.value() == 9)\n    assert(timesExecuted == 1)\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/mocks.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.comm.gossiping\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus._\nimport monix.eval.Task\nimport monix.tail.Iterant\n\ntrait NoOpsGossipService[F[_]] extends GossipService[F] {\n  override def newBlocks(request: NewBlocksRequest): F[NewBlocksResponse] = ???\n  override def streamAncestorBlockSummaries(\n      request: StreamAncestorBlockSummariesRequest\n  ): Iterant[F, BlockSummary] = ???\n  override def streamLatestMessages(\n      request: StreamLatestMessagesRequest\n  ): Iterant[F, Block.Justification] = ???\n  override def streamBlockSummaries(\n      request: StreamBlockSummariesRequest\n  ): Iterant[F, BlockSummary]                                                                = ???\n  override def getBlockChunked(request: GetBlockChunkedRequest): Iterant[F, Chunk]           = ???\n  override def streamDeploysChunked(request: StreamDeploysChunkedRequest): Iterant[F, Chunk] = ???\n  override def addApproval(request: AddApprovalRequest): F[Unit]                             = ???\n  override def getGenesisCandidate(request: GetGenesisCandidateRequest): F[GenesisCandidate] = ???\n  override def streamDagSliceBlockSummaries(\n      request: StreamDagSliceBlockSummariesRequest\n  ): Iterant[F, BlockSummary] = ???\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/highway\/LeaderSequencer.scala","text":"package io.casperlabs.casper.highway\n\nimport cats._\nimport cats.implicits._\nimport cats.data.NonEmptyList\nimport io.casperlabs.crypto.hash.Blake2b256\nimport io.casperlabs.crypto.Keys.{PublicKey, PublicKeyBS}\nimport io.casperlabs.casper.consensus.{Bond, Era}\nimport io.casperlabs.catscontrib.MonadThrowable\nimport java.security.SecureRandom\nimport java.nio.{ByteBuffer, ByteOrder}\n\ntrait LeaderSequencer {\n  def apply[F[_]: MonadThrowable](era: Era): F[LeaderFunction]\n}\n\nobject LeaderSequencer extends LeaderSequencer {\n\n  override def apply[F[_]: MonadThrowable](era: Era): F[LeaderFunction] =\n    MonadThrowable[F].fromOption(\n      NonEmptyList\n        .fromList {\n          era.bonds.filterNot(x => x.getStake.value.isEmpty || x.getStake.value == \"0\").toList\n        }\n        .map { bonds =>\n          apply(era.bookingBlockHash.toByteArray, bonds)\n        },\n      new IllegalStateException(\"There must be some bonded validators in the era!\")\n    )\n\n  \/** Concatentate all the magic bits into a byte array,\n    * padding them with zeroes on the right.\n    *\/\n  def toByteArray(bits: Seq[Boolean]): Array[Byte] = {\n    val arr = Array.fill(math.ceil(bits.size \/ 8.0).toInt)(0)\n    bits.zipWithIndex.foreach {\n      case (bit, i) =>\n        if (bit) {\n          val a = i \/ 8\n          val b = 7 - i % 8\n          arr(a) = arr(a) | 1 << b\n        }\n    }\n    arr.map(_.toByte)\n  }\n\n  def seed(parentSeed: Array[Byte], magicBits: Seq[Boolean]) =\n    Blake2b256.hash(parentSeed ++ toByteArray(magicBits))\n\n  \/** Make a function that assigns a leader to each round, deterministically,\n    * with a relative frequency based on their weight. *\/\n  def apply(leaderSeed: Array[Byte], bonds: NonEmptyList[Bond]): LeaderFunction = {\n    \/\/ Make a list of (validator, from, to) triplets.\n    type ValidatorRange = (PublicKeyBS, BigInt, BigInt)\n\n    val (validators, total) = {\n      val acc = bonds\n        .foldLeft(List.empty[ValidatorRange] -> BigInt(0)) {\n          case ((ranges, total), bond) =>\n            val key   = PublicKey(bond.validatorPublicKey)\n            val stake = BigInt(bond.getStake.value)\n            \/\/ This should be trivial; the auction should not allow 0 bids,\n            \/\/ but if it did, there would be no way to pick between them.\n            require(stake > 0, s\"Bonds must be positive: $stake\")\n            val from = total\n            val to   = total + stake\n            ((key, from, to) :: ranges) -> to\n        }\n      \/\/ Keep the order of validator, it's coming from the block, same for everyone.\n      val ranges = acc._1.reverse.toVector\n      \/\/ Using BigDecimal to be able to multiply with a Double later.\n      val total = BigDecimal(acc._2)\n      ranges -> total\n    }\n\n    \/\/ Given a target sum of bonds, find the validator with a total cumulative weight in that range.\n    def bisect(target: BigInt, i: Int = 0, j: Int = validators.size - 1): PublicKeyBS = {\n      val k = (i + j) \/ 2\n      val v = validators(k)\n      \/\/ The first validator has the 0 inclusive, upper exclusive.\n      if (v._2 <= target && target < v._3 || i == j) {\n        v._1\n      } else if (target < v._2) {\n        bisect(target, i, k)\n      } else {\n        bisect(target, k + 1, j)\n      }\n    }\n\n    (tick: Ticks) => {\n      \/\/ On Linux SecureRandom uses NativePRNG, and ignores the seed.\n      \/\/ Re-seeding also doesn't reset the seed, just augments it, so a new instance is required.\n      \/\/ https:\/\/stackoverflow.com\/questions\/50107982\/rhe-7-not-respecting-java-secure-random-seed\n      \/\/ NODE-1095: Find a more secure, cross platform algorithm.\n      val random = SecureRandom.getInstance(\"SHA1PRNG\", \"SUN\")\n      \/\/ Ticks need to be deterministic, so each time we have to reset the seed.\n      val tickSeed = leaderSeed ++ longToBytesLittleEndian(tick)\n      random.setSeed(tickSeed)\n      \/\/ Pick a number between [0, 1) and use it to find a validator.\n      \/\/ NODE-1096: If possible generate a random BigInt directly, without involving a Double.\n      val r = BigDecimal.valueOf(random.nextDouble())\n      \/\/ Integer arithmetic is supposed to be safer than Double.\n      val t = (total * r).toBigInt\n      \/\/ Find the first validator over the target.\n      bisect(t)\n    }\n  }\n\n  private def longToBytesLittleEndian(i: Long): Array[Byte] =\n    ByteBuffer\n      .allocate(8)\n      .order(ByteOrder.LITTLE_ENDIAN)\n      .putLong(i)\n      .array\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/helper\/NoOpsEventEmitter.scala","text":"package io.casperlabs.casper.helper\n\nimport cats.Applicative\nimport cats.effect.Sync\nimport cats.implicits._\nimport io.casperlabs.casper.DeployHash\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.EventEmitter\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.deploy.DeployStorage\nimport io.casperlabs.shared.Log\nimport io.casperlabs.storage.dag.FinalityStorage\n\nobject NoOpsEventEmitter {\n  def create[F[_]: Applicative]: EventEmitter[F] =\n    new EventEmitter[F] {\n      override def blockAdded(blockHash: BlockHash): F[Unit] = ().pure[F]\n\n      override def newLastFinalizedBlock(\n          lfb: BlockHash,\n          indirectlyFinalized: Set[BlockHash]\n      ): F[Unit] = ().pure[F]\n\n      override def deployAdded(deploy: Deploy): F[Unit] =\n        ().pure[F]\n      override def deploysDiscarded(deployHashesWithReasons: Seq[(DeployHash, String)]): F[Unit] =\n        ().pure[F]\n      override def deploysRequeued(deployHashes: Seq[DeployHash]): F[Unit] =\n        ().pure[F]\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/CLValueInstanceTest.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport cats.Functor\nimport cats.implicits._\nimport eu.timepit.refined._\nimport eu.timepit.refined.api.Refined\nimport eu.timepit.refined.numeric._\nimport io.casperlabs.models.bytesrepr.ToBytes\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport scala.annotation.tailrec\nimport CLTypeSerializationTest.nested\nimport KeySerializationTest.{arbKey, genKey}\nimport URefSerializationTest.{arbURef, genURef}\n\nclass CLValueInstanceTest extends FlatSpec with Matchers with PropertyChecks {\n  \"CLValue instantiation\" should \"be stack safe (deep nesting)\" in {\n    val n        = 1000000\n    val deepType = nested(CLType.Bool, n)(t => CLType.Option(t))\n    val bytes    = Array.fill[Byte](n + 1)(1)\n    val instance = CLValueInstance.from(CLValue(deepType, bytes))\n\n    @tailrec\n    def checkInstance(i: CLValueInstance, count: Int = 0): Unit =\n      if (count == n) {\n        i shouldBe CLValueInstance.Bool(true)\n      } else {\n        checkInstance(i.asInstanceOf[CLValueInstance.Option].value.get, count + 1)\n      }\n\n    checkInstance(instance.right.get)\n  }\n\n  it should \"be stack safe (wide nesting)\" in {\n    val n        = 20\n    val k        = math.pow(2, n.toDouble).toInt\n    val wideType = nested(CLType.Bool, n)(t => CLType.Tuple2(t, t))\n    val bytes    = Array.fill[Byte](k)(1)\n    val instance = CLValueInstance.from(CLValue(wideType, bytes))\n\n    @tailrec\n    def checkInstance(nodes: Vector[CLValueInstance], depth: Int = 0): Unit =\n      if (depth == n) {\n        nodes.foreach { n =>\n          n shouldBe CLValueInstance.Bool(true)\n        }\n      } else {\n        val nextLevel = nodes.flatMap { n =>\n          val t = n.asInstanceOf[CLValueInstance.Tuple2]\n          Vector(t._1, t._2)\n        }\n        checkInstance(nextLevel, depth + 1)\n      }\n\n    checkInstance(Vector(instance.right.get))\n  }\n\n  it should \"instantiate CLType.Bool properly\" in forAll { (b: Boolean) =>\n    instantiateTest(b, CLType.Bool, CLValueInstance.Bool.apply)\n  }\n\n  it should \"instantiate CLType.I32 properly\" in forAll { (i: Int) =>\n    instantiateTest(i, CLType.I32, CLValueInstance.I32.apply)\n  }\n\n  it should \"instantiate CLType.I64 properly\" in forAll { (i: Long) =>\n    instantiateTest(i, CLType.I64, CLValueInstance.I64.apply)\n  }\n\n  it should \"instantiate CLType.U8 properly\" in forAll { (i: Byte) =>\n    instantiateTest(i, CLType.U8, CLValueInstance.U8.apply)\n  }\n\n  it should \"instantiate CLType.U32 properly\" in forAll { (i: Int) =>\n    instantiateTest(i, CLType.U32, CLValueInstance.U32.apply)\n  }\n\n  it should \"instantiate CLType.U64 properly\" in forAll { (i: Long) =>\n    instantiateTest(i, CLType.U64, CLValueInstance.U64.apply)\n  }\n\n  it should \"instantiate CLType.U128 properly\" in forAll { (i: BigInt) =>\n    whenever(i >= 0) {\n      instantiateTest[BigInt](\n        i,\n        CLType.U128,\n        x => CLValueInstance.U128(refineV[NonNegative](x).right.get)\n      )\n    }\n  }\n\n  it should \"instantiate CLType.U256 properly\" in forAll { (i: BigInt) =>\n    whenever(i >= 0) {\n      instantiateTest[BigInt](\n        i,\n        CLType.U128,\n        x => CLValueInstance.U128(refineV[NonNegative](x).right.get)\n      )\n    }\n  }\n\n  it should \"instantiate CLType.U512 properly\" in forAll { (i: BigInt) =>\n    whenever(i >= 0) {\n      instantiateTest[BigInt](\n        i,\n        CLType.U128,\n        x => CLValueInstance.U128(refineV[NonNegative](x).right.get)\n      )\n    }\n  }\n\n  it should \"instantiate CLType.Unit properly\" in {\n    instantiateTest[Unit]((), CLType.Unit, _ => CLValueInstance.Unit)\n  }\n\n  it should \"instantiate CLType.String properly\" in forAll { (s: String) =>\n    instantiateTest(s, CLType.String, CLValueInstance.String.apply)\n  }\n\n  it should \"instantiate CLType.Key properly\" in forAll { (k: Key) =>\n    instantiateTest(k, CLType.Key, CLValueInstance.Key.apply)\n  }\n\n  it should \"instantiate CLType.URef properly\" in forAll { (u: URef) =>\n    instantiateTest(u, CLType.URef, CLValueInstance.URef.apply)\n  }\n\n  it should \"instantiate CLType.Option properly\" in forAll { (o: Option[Long]) =>\n    instantiateTestF[Option, Long](\n      o,\n      CLType.U64,\n      CLType.Option.apply,\n      CLValueInstance.U64.apply,\n      (x, t) => CLValueInstance.Option(x, t).right.get\n    )\n  }\n\n  it should \"instantiate CLType.List properly\" in forAll { (list: List[Key]) =>\n    instantiateTestF[List, Key](\n      list,\n      CLType.Key,\n      CLType.List.apply,\n      CLValueInstance.Key.apply,\n      (x, t) => CLValueInstance.List(x, t).right.get\n    )\n  }\n\n  it should \"instantiate CLType.FixedList properly\" in forAll { (list: List[String]) =>\n    val n = list.size\n    instantiateTestF[List, String](\n      list,\n      CLType.String,\n      CLType.FixedList(_, n),\n      CLValueInstance.String.apply,\n      (x, t) => CLValueInstance.FixedList(x, t, n).right.get\n    )(Functor[List], toBytesFixedList[String])\n  }\n\n  it should \"instantiate CLType.Result properly\" in forAll { (e: Either[String, URef]) =>\n    instantiateTest[Either[String, URef]](\n      e,\n      CLType.Result(ok = CLType.URef, err = CLType.String),\n      x =>\n        CLValueInstance\n          .Result(\n            x.bimap(CLValueInstance.String.apply, CLValueInstance.URef.apply),\n            CLType.URef,\n            CLType.String\n          )\n          .right\n          .get\n    )\n  }\n\n  it should \"instantiate CLType.Map properly\" in forAll { (m: Map[Int, Boolean]) =>\n    instantiateTest[Map[Int, Boolean]](\n      m,\n      CLType.Map(CLType.I32, CLType.Bool),\n      x =>\n        CLValueInstance\n          .Map(\n            x.map { case (k, v) => (CLValueInstance.I32(k), CLValueInstance.Bool(v)) },\n            CLType.I32,\n            CLType.Bool\n          )\n          .right\n          .get\n    )\n  }\n\n  it should \"instantiate CLType.Tuple1 properly\" in forAll { (t: Tuple1[Byte]) =>\n    instantiateTest[Tuple1[Byte]](\n      t,\n      CLType.Tuple1(CLType.U8),\n      x => CLValueInstance.Tuple1(CLValueInstance.U8(x._1))\n    )\n  }\n\n  it should \"instantiate CLType.Tuple2 properly\" in forAll { (t: (Long, Long)) =>\n    instantiateTest[(Long, Long)](\n      t,\n      CLType.Tuple2(CLType.U64, CLType.I64),\n      x => CLValueInstance.Tuple2(CLValueInstance.U64(x._1), CLValueInstance.I64(x._2))\n    )\n  }\n\n  it should \"instantiate CLType.Tuple3 properly\" in forAll {\n    (t: (String, Option[Int], Seq[Byte])) =>\n      instantiateTest[(String, Option[Int], Seq[Byte])](\n        t,\n        CLType.Tuple3(CLType.String, CLType.Option(CLType.I32), CLType.List(CLType.U8)),\n        x =>\n          CLValueInstance.Tuple3(\n            CLValueInstance.String(x._1),\n            CLValueInstance.Option(x._2.map(CLValueInstance.I32.apply), CLType.I32).right.get,\n            CLValueInstance.List(x._3.map(CLValueInstance.U8.apply), CLType.U8).right.get\n          )\n      )\n  }\n\n  private def instantiateTest[T: ToBytes](t: T, clType: CLType, instance: T => CLValueInstance) = {\n    val clValue    = CLValue.from(t, clType)\n    val clInstance = CLValueInstance.from(clValue)\n\n    clInstance shouldBe Right(instance(t))\n    clInstance.flatMap(_.toValue) shouldBe Right(clValue)\n  }\n\n  private def instantiateTestF[F[_]: Functor, T](\n      ft: F[T],\n      innerType: CLType,\n      fType: CLType => CLType,\n      innerInstance: T => CLValueInstance,\n      fInstance: (F[CLValueInstance], CLType) => CLValueInstance\n  )(implicit toBytes: ToBytes[F[T]]) =\n    instantiateTest[F[T]](\n      ft,\n      fType(innerType),\n      x => fInstance(x.map(innerInstance), innerType)\n    )\n\n  private implicit def toBytesList[T: ToBytes]: ToBytes[List[T]] = new ToBytes[List[T]] {\n    def toBytes(list: List[T]): Array[Byte] = ToBytes.toBytesSeq[T].toBytes(list)\n  }\n\n  private def toBytesFixedList[T: ToBytes]: ToBytes[List[T]] = new ToBytes[List[T]] {\n    \/\/ length is not included in a FixedList\n    def toBytes(list: List[T]): Array[Byte] = ToBytes.toBytesSeq[T].toBytes(list).drop(4)\n  }\n}\n\nobject CLValueInstanceTest {\n  def genCLInstance: Gen[CLValueInstance] = Gen.choose(0, 20).flatMap {\n    case 0 => Gen.oneOf(true, false).map(CLValueInstance.Bool.apply)\n    case 1 => Gen.chooseNum(-1000, 1000).map(CLValueInstance.I32.apply)\n    case 2 => Gen.chooseNum(-10000L, 10000L).map(CLValueInstance.I64.apply)\n    case 3 => Gen.chooseNum[Byte](-100, 100).map(CLValueInstance.U8.apply)\n    case 4 => Gen.chooseNum(0, 1000).map(CLValueInstance.U32.apply)\n    case 5 => Gen.chooseNum(0L, 10000L).map(CLValueInstance.U64.apply)\n\n    case 6 =>\n      Gen.chooseNum(0, 10000).map { i =>\n        val nn = refineV[NonNegative](BigInt(i)).right.get\n        CLValueInstance.U128(nn)\n      }\n    case 7 =>\n      Gen.chooseNum(0, 10000).map { i =>\n        val nn = refineV[NonNegative](BigInt(i)).right.get\n        CLValueInstance.U256(nn)\n      }\n    case 8 =>\n      Gen.chooseNum(0, 10000).map { i =>\n        val nn = refineV[NonNegative](BigInt(i)).right.get\n        CLValueInstance.U512(nn)\n      }\n\n    case 9  => Gen.const(CLValueInstance.Unit)\n    case 10 => Gen.alphaStr.map(CLValueInstance.String.apply)\n    case 11 => genKey.map(CLValueInstance.Key.apply)\n    case 12 => genURef.map(CLValueInstance.URef.apply)\n\n    case 13 =>\n      Gen\n        .option(genCLInstance)\n        .map(\n          instance =>\n            CLValueInstance.Option(instance, instance.map(_.clType).getOrElse(CLType.Any)).right.get\n        )\n\n    case 14 =>\n      Gen.oneOf(\n        Gen.const(CLValueInstance.List(Nil, CLType.Any).right.get),\n        genCLInstance.map { instance =>\n          CLValueInstance.List(List.fill(5)(instance), instance.clType).right.get\n        }\n      )\n\n    case 15 =>\n      for {\n        n     <- Gen.choose(1, 100)\n        inner <- genCLInstance\n      } yield CLValueInstance.FixedList(List.fill(n)(inner), inner.clType, n).right.get\n\n    case 16 =>\n      Gen.oneOf(\n        genCLInstance.map(\n          instance => CLValueInstance.Result(Left(instance), CLType.Any, instance.clType).right.get\n        ),\n        genCLInstance.map(\n          instance => CLValueInstance.Result(Right(instance), instance.clType, CLType.Any).right.get\n        )\n      )\n\n    case 17 =>\n      Gen.oneOf(\n        Gen.const(CLValueInstance.Map(Map.empty, CLType.Any, CLType.Any).right.get),\n        for {\n          key   <- genCLInstance\n          value <- genCLInstance\n        } yield CLValueInstance.Map(Map(key -> value), key.clType, value.clType).right.get\n      )\n\n    case 18 => genCLInstance.map(inner => CLValueInstance.Tuple1(inner))\n\n    case 19 =>\n      for {\n        t1 <- genCLInstance\n        t2 <- genCLInstance\n      } yield CLValueInstance.Tuple2(t1, t2)\n\n    case 20 =>\n      for {\n        t1 <- genCLInstance\n        t2 <- genCLInstance\n        t3 <- genCLInstance\n      } yield CLValueInstance.Tuple3(t1, t2, t3)\n\n    \/\/ this should never happen since we generate from 0 to 21\n    case _ => Gen.fail\n  }\n\n  implicit val arbCLInstance: Arbitrary[CLValueInstance] = Arbitrary(genCLInstance)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/mocks\/MockEraStorage.scala","text":"package io.casperlabs.casper.highway.mocks\n\nimport cats._\nimport cats.implicits._\nimport cats.effect._\nimport cats.effect.concurrent.Ref\nimport io.casperlabs.casper.consensus.Era\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.era.EraStorage\n\nclass MockEraStorage[F[_]: Applicative](\n    erasRef: Ref[F, Map[BlockHash, Era]]\n) extends EraStorage[F] {\n  def addEra(era: Era): F[Boolean] =\n    erasRef.modify { es =>\n      es.updated(era.keyBlockHash, era) -> !es.contains(era.keyBlockHash)\n    }\n\n  def getEra(keyBlockHash: BlockHash): F[Option[Era]] =\n    erasRef.get.map(_.get(keyBlockHash))\n\n  def getChildEras(keyBlockHash: BlockHash): F[Set[Era]] = ???\n  def getChildlessEras: F[Set[Era]]                      = ???\n}\n\nobject MockEraStorage {\n  def apply[F[_]: Sync] =\n    for {\n      erasRef <- Ref.of[F, Map[BlockHash, Era]](Map.empty)\n    } yield new MockEraStorage(erasRef)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/util\/CasperLabsProtocol.scala","text":"package io.casperlabs.casper.util\n\nimport cats.Applicative\nimport cats.implicits._\nimport io.casperlabs.casper.consensus.{state, Block}\nimport io.casperlabs.casper.util.ProtocolVersions.Config\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.ipc\nimport io.casperlabs.ipc.ChainSpec.DeployConfig\nimport simulacrum.typeclass\nimport io.casperlabs.models.Message.MainRank\n\n@typeclass\ntrait CasperLabsProtocol[F[_]] {\n\n  \/** Returns a [[state.ProtocolVersion]] at block height. *\/\n  def versionAt(blockHeight: MainRank): F[state.ProtocolVersion]\n\n  \/** Returns a [[state.ProtocolVersion]] at specific block. *\/\n  def protocolFromBlock(b: Block): F[state.ProtocolVersion]\n\n  \/** Returns a configuration at specific block height.\n    *\n    * Note that this \"merges\" all configurations up to that block height.\n    * Specifically if certain configuration parameter isn't defined at latest\n    * upgrade point, latest one will be used.\n    *\/\n  def configAt(blockHeight: MainRank): F[Config]\n}\n\nobject CasperLabsProtocol {\n  import ProtocolVersions.Config\n\n  def unsafe[F[_]: Applicative](\n      versions: (Long, state.ProtocolVersion, Option[ipc.ChainSpec.DeployConfig])*\n  ): CasperLabsProtocol[F] = {\n    def toDeployConfig(ipcDeployConfig: Option[ipc.ChainSpec.DeployConfig]): DeployConfig =\n      ipcDeployConfig\n        .map(d => DeployConfig(d.maxTtlMillis, d.maxDependencies))\n        .getOrElse(DeployConfig())\n\n    def toConfig(\n        blockHeightMin: Long,\n        protocolVersion: state.ProtocolVersion,\n        deployConfig: Option[ipc.ChainSpec.DeployConfig]\n    ): Config =\n      Config(blockHeightMin, protocolVersion, toDeployConfig(deployConfig))\n\n    val underlying = ProtocolVersions(versions.toList.map((toConfig _).tupled))\n\n    type T[A1] = (Long, state.ProtocolVersion, Option[A1])\n    def merge[A1](c1: T[A1], c2: T[A1]): T[A1] = (c2._1, c2._2, c2._3.orElse(c1._3))\n\n    \/\/ Merges configs, starting from Genesis and applying changes from later configs.\n    \/\/ Ex: Genesis => (Upgrade1 or Genesis) => (Upgrade2 or Upgrade1 or Genesis) => \u2026\n    val merged =\n      ProtocolVersions(\n        versions\n          .sortBy(_._1)\n          .scan(versions.head)(merge)\n          .map((toConfig _).tupled)\n          .toList\n          .drop(1) \/\/ We have to drop the first element since `scan` will return Genesis twice (Genesis, Genesis or Genesis, \u2026).\n      )\n\n    new CasperLabsProtocol[F] {\n      def versionAt(blockHeight: MainRank): F[state.ProtocolVersion] =\n        underlying.versionAt(blockHeight).pure[F]\n      def protocolFromBlock(b: Block): F[state.ProtocolVersion] = underlying.fromBlock(b).pure[F]\n      def configAt(blockHeight: MainRank): F[Config]            = merged.configAt(blockHeight).pure[F]\n    }\n  }\n\n  def apply[F[_]: MonadThrowable](\n      configs: (Long, state.ProtocolVersion, Option[ipc.ChainSpec.DeployConfig])*\n  ): F[CasperLabsProtocol[F]] =\n    MonadThrowable[F].catchNonFatal(unsafe(configs: _*))\n\n  def fromChainSpec[F[_]: MonadThrowable](spec: ipc.ChainSpec): F[CasperLabsProtocol[F]] = {\n    val versions = (\n      0L,\n      spec.getGenesis.getProtocolVersion,\n      spec.getGenesis.deployConfig\n    ) +:\n      spec.upgrades.map(\n        up =>\n          (\n            up.getActivationPoint.rank,\n            up.getProtocolVersion,\n            up.newDeployConfig\n          )\n      )\n    apply(versions: _*)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"client\/src\/main\/scala\/io\/casperlabs\/client\/configuration\/Args.scala","text":"package io.casperlabs.client.configuration\n\nimport cats._\nimport cats.implicits._\nimport cats.free.Trampoline\nimport cats.syntax.either._\nimport com.google.protobuf.wrappers\nimport com.google.protobuf.ByteString\nimport com.google.protobuf.descriptor.FieldDescriptorProto\nimport io.casperlabs.casper.consensus.Deploy.{Arg, LegacyArg}\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.models.cltype.protobuf.dsl\nimport io.circe.Json\nimport org.rogach.scallop._\nimport scalapb_circe.{JsonFormat, Parser, Printer}\nimport scalapb_json.JsonFormatException\nimport scalapb.GeneratedMessageCompanion\nimport scalapb.descriptors.{FieldDescriptor, PByteString, PMessage, PValue, ScalaType}\nimport scala.util.Try\nimport com.google.protobuf.descriptor.FieldDescriptorProto.Type.TYPE_BYTES\n\ncase class Args(args: Seq[Arg])\n\nobject Args {\n  \/\/ Convert from JSON string to args.\n  implicit val valueConverter: ValueConverter[Args] =\n    implicitly[ValueConverter[String]].flatMap { json =>\n      Args.fromJson(json).map(args => Some(Args(args)))\n    }\n\n  \/\/ Override the format of `bytes` to be Base16.\n  \/\/ https:\/\/github.com\/scalapb-json\/scalapb-circe\/blob\/0.2.x\/shared\/src\/main\/scala\/scalapb_circe\/JsonFormat.scala\n  val parser = new Parser(\n    preservingProtoFieldNames = true\n  ) {\n    override def parseSingleValue(\n        containerCompanion: GeneratedMessageCompanion[_],\n        fd: FieldDescriptor,\n        value: Json\n    ): PValue =\n      fd.scalaType match {\n        case ScalaType.ByteString =>\n          value.asString match {\n            case Some(s) =>\n              PByteString(ByteString.copyFrom(Base16.decode(s)))\n            case None =>\n              throw new JsonFormatException(\n                s\"Unexpected value ($value) for field ${fd.asProto.getName} of ${fd.containingMessage.name}\"\n              )\n          }\n        case _ =>\n          super.parseSingleValue(containerCompanion, fd, value)\n      }\n  }\n\n  \/\/ Parse JSON formatted arguments using the Proto3 JSON format.\n  def fromJson(s: String): Either[String, List[Arg]] =\n    for {\n      json <- io.circe.parser.parse(s).leftMap(_.message)\n      arr  <- json.as[List[Json]].leftMap(_.message)\n      args <- arr\n               .traverse { js =>\n                 Try(parser.fromJson[Arg](js))\n                 \/\/ Fall back on the old JSON format if we could not parse a type\n                 \/\/ TODO: remove this when there are no more usages of the old format\n                   .flatMap { arg =>\n                     if (arg.value.flatMap(_.clType).isEmpty) legacyFromJson(js)\n                     else Try(arg)\n                   }\n                   .toEither\n                   .leftMap(_.getMessage)\n               }\n    } yield args\n\n  private def legacyFromJson(js: Json): Try[Arg] =\n    Try(parser.fromJson[LegacyArg](js)).flatMap(legacy => Try(legacyArgToArg(legacy)))\n\n  private def legacyArgToArg(legacy: LegacyArg): Arg =\n    Arg(name = legacy.name, value = legacy.value.map(v => legacyValueToInstance(v).run))\n\n  private def legacyValueToInstance(value: LegacyArg.Value): Trampoline[state.CLValueInstance] =\n    value.value match {\n      case LegacyArg.Value.Value.Empty =>\n        Trampoline.done(\n          state.CLValueInstance(\n            clType = state.CLType(state.CLType.Variants.Empty).some,\n            value = None\n          )\n        )\n\n      case LegacyArg.Value.Value.IntValue(i) => Trampoline.done(dsl.instances.i32(i))\n\n      case LegacyArg.Value.Value.IntList(list) =>\n        Trampoline.done(\n          state.CLValueInstance(\n            clType = dsl.types.list(dsl.types.i32).some,\n            value = dsl.values.list(list.values.map(dsl.values.i32)).some\n          )\n        )\n\n      case LegacyArg.Value.Value.StringValue(s) => Trampoline.done(dsl.instances.string(s))\n\n      case LegacyArg.Value.Value.StringList(list) =>\n        Trampoline.done(\n          state.CLValueInstance(\n            clType = dsl.types.list(dsl.types.string).some,\n            value = dsl.values.list(list.values.map(dsl.values.string)).some\n          )\n        )\n\n      case LegacyArg.Value.Value.LongValue(i) => Trampoline.done(dsl.instances.i64(i))\n\n      case LegacyArg.Value.Value.Key(k) => Trampoline.done(dsl.instances.key(k))\n\n      case LegacyArg.Value.Value.BytesValue(bytes) =>\n        Trampoline.done(\n          state.CLValueInstance(\n            clType = dsl.types.fixedList(dsl.types.u8, bytes.size).some,\n            value = dsl.values.fixedList(bytes.toByteArray.map(dsl.values.u8)).some\n          )\n        )\n\n      case LegacyArg.Value.Value.BigInt(x) =>\n        x.bitWidth match {\n          case 128 => Trampoline.done(dsl.instances.u128(BigInt(x.value)))\n          case 256 => Trampoline.done(dsl.instances.u256(BigInt(x.value)))\n          case 512 => Trampoline.done(dsl.instances.u512(BigInt(x.value)))\n\n          case other =>\n            throw new IllegalArgumentException(s\"Invalid Legacy BigInt bit width $other\")\n        }\n\n      case LegacyArg.Value.Value.OptionalValue(x) =>\n        x.value match {\n          case LegacyArg.Value.Value.Empty =>\n            Trampoline.done(dsl.instances.option.none(dsl.types.any))\n\n          case _ =>\n            Trampoline.defer(legacyValueToInstance(x)).map { inner =>\n              state.CLValueInstance(\n                clType = inner.clType.map(dsl.types.option),\n                value = dsl.values.option(inner.value).some\n              )\n            }\n        }\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/mocks\/MockFinalityStorage.scala","text":"package io.casperlabs.casper.mocks\n\nimport cats._\nimport cats.implicits._\nimport cats.effect._\nimport cats.effect.concurrent.Ref\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.dag.FinalityStorage\n\nclass MockFinalityStorage[F[_]: Monad](\n    lastFinalizedRef: Ref[F, BlockHash],\n    finalizedRef: Ref[F, Set[BlockHash]]\n) extends FinalityStorage[F] {\n  override def getLastFinalizedBlock: F[BlockHash] =\n    lastFinalizedRef.get\n  override def isFinalized(block: BlockHash): F[Boolean] =\n    finalizedRef.get.map(_ contains block)\n  override def markAsFinalized(mainParent: BlockHash, secondary: Set[BlockHash]): F[Unit] =\n    lastFinalizedRef.set(mainParent) >> finalizedRef.update {\n      _ ++ secondary + mainParent\n    }\n}\n\nobject MockFinalityStorage {\n  def apply[F[_]: Sync](blocks: BlockHash*): F[MockFinalityStorage[F]] =\n    for {\n      lastFinalizedRef <- Ref.of[F, BlockHash](blocks.last)\n      finalizedRef     <- Ref.of[F, Set[BlockHash]](blocks.toSet)\n    } yield new MockFinalityStorage(lastFinalizedRef, finalizedRef)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/metrics\/Metrics.scala","text":"package io.casperlabs.metrics\n\nimport cats._\nimport cats.data._\nimport cats.implicits._\nimport cats.syntax._\nimport cats.effect.Bracket\nimport io.casperlabs.catscontrib._\nimport Catscontrib._\n\nimport scala.language.higherKinds\n\ntrait Metrics[F[_]] {\n  \/\/ Counter\n  def incrementCounter(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit]\n\n  \/\/ RangeSampler\n  def incrementSampler(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit]\n  def sample(name: String)(implicit ev: Metrics.Source): F[Unit]\n\n  \/\/ Gauge\n  def setGauge(name: String, value: Long)(implicit ev: Metrics.Source): F[Unit]\n\n  def incrementGauge(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit]\n\n  def decrementGauge(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit]\n\n  def gauge[A](name: String, delta: Long = 1)(\n      block: F[A]\n  )(implicit ev: Metrics.Source, B: Bracket[F, Throwable]): F[A] =\n    B.guarantee(incrementGauge(name, delta) *> block)(decrementGauge(name, delta))\n\n  def gaugeS[A](name: String, delta: Long = 1)(\n      stream: fs2.Stream[F, A]\n  )(implicit ev: Metrics.Source): fs2.Stream[F, A] =\n    fs2.Stream.bracket(incrementGauge(name, delta))(_ => decrementGauge(name, delta)) >> stream\n\n  \/\/ Histogram\n  def record(name: String, value: Long, count: Long = 1)(implicit ev: Metrics.Source): F[Unit]\n\n  def timer[A](name: String)(block: F[A])(implicit ev: Metrics.Source): F[A]\n  def timerS[A](name: String)(stream: fs2.Stream[F, A])(\n      implicit ev: Metrics.Source\n  ): fs2.Stream[F, A]\n}\n\nobject Metrics {\n  def apply[F[_]](implicit M: Metrics[F]): Metrics[F] = M\n\n  class MetricsNOP[F[_]: Applicative] extends Metrics[F] {\n    def incrementCounter(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit] =\n      ().pure[F]\n    def incrementSampler(name: String, delta: Long = 1)(implicit ev: Metrics.Source): F[Unit] =\n      ().pure[F]\n    def sample(name: String)(implicit ev: Metrics.Source): F[Unit]                      = ().pure[F]\n    def setGauge(name: String, value: Long)(implicit ev: Metrics.Source): F[Unit]       = ().pure[F]\n    def incrementGauge(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] = ().pure[F]\n    def decrementGauge(name: String, delta: Long)(implicit ev: Metrics.Source): F[Unit] = ().pure[F]\n    def record(name: String, value: Long, count: Long = 1)(implicit ev: Metrics.Source): F[Unit] =\n      ().pure[F]\n    def timer[A](name: String)(block: F[A])(implicit ev: Metrics.Source): F[A] = block\n    def timerS[A](name: String)(stream: fs2.Stream[F, A])(\n        implicit ev: Metrics.Source\n    ): fs2.Stream[F, A] = stream\n  }\n\n  import shapeless.tag.@@\n  sealed trait SourceTag\n  type Source = String @@ SourceTag\n  @SuppressWarnings(Array(\"org.wartremover.warts.AsInstanceOf\"))\n  private def Source(name: String): Source = name.asInstanceOf[Source]\n  implicit class SourceOps(base: Source) {\n    def \/(path: String): Source = Source(base, path)\n  }\n  def Source(prefix: Source, name: String): Source = Source(s\"$prefix.$name\")\n  val BaseSource: Source                           = Source(\"casperlabs\")\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"gatling\/src\/test\/scala\/io\/casperlabs\/gatling\/package.scala","text":"<filename>gatling\/src\/test\/scala\/io\/casperlabs\/gatling\/package.scala\npackage io.casperlabs\n\nimport com.google.protobuf.ByteString\nimport io.casperlabs.comm.discovery.Node\nimport io.gatling.commons.validation\nimport io.gatling.core.session.Expression\n\nimport scala.util.Random\n\npackage object gatling {\n  def getRandomHexString(numchars: Int): String = {\n    val sb = new StringBuffer\n    while (sb.length < numchars) sb.append(Integer.toHexString(Random.nextInt))\n\n    sb.toString.substring(0, numchars)\n  }\n\n  implicit class StringOps1(str: String) {\n    def toByteStr: ByteString = ByteString.copyFromUtf8(str)\n  }\n\n  def randomNode: Node =\n    Node(\n      id = getRandomHexString(20).toByteStr,\n      host = \"127.0.0.1\",\n      protocolPort = 1337,\n      discoveryPort = 1337\n    )\n\n  def buildValidExpr[A](a: => A): Expression[A] = _ => validation.Success(a)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/cltype\/ByteArray32SerializationTest.scala","text":"<gh_stars>1-10\npackage io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.SerializationTest.roundTrip\nimport org.scalacheck.{Arbitrary, Gen}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.scalatest.prop.PropertyChecks\nimport ByteArray32SerializationTest.arbByteArray32\n\nclass ByteArray32SerializationTest extends FlatSpec with Matchers with PropertyChecks {\n  \"ByteArray32\" should \"serialize properly\" in forAll { (b: ByteArray32) =>\n    roundTrip(b, ByteArray32.deserializer)\n  }\n}\n\nobject ByteArray32SerializationTest {\n  val genByteArray32: Gen[ByteArray32] =\n    Gen\n      .listOfN[Byte](32, Gen.choose[Byte](-128, 127))\n      .map(bytes => ByteArray32(bytes.toIndexedSeq).get)\n\n  implicit val arbByteArray32: Arbitrary[ByteArray32] = Arbitrary(genByteArray32)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/RangeOps.scala","text":"package io.casperlabs.catscontrib\n\nimport cats.implicits._\nimport cats.Monad\nimport scala.collection.immutable.Range\n\nobject RangeOps {\n\n  \/**\n    * Defining `foldM` for `Range`. We cannot extend `cats.Foldable` because `Range` has no type parameter.\n    *\/\n  implicit class FoldM(range: Range) {\n    def foldM[G[_]: Monad, B](z: B)(f: (B, Int) => G[B]): G[B] = range.foldLeft(z.pure[G]) {\n      case (acc, i) => acc.flatMap(b => f(b, i))\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"client\/src\/test\/scala\/io\/casperlabs\/client\/configuration\/ArgsSpec.scala","text":"package io.casperlabs.client.configuration\n\nimport cats.syntax.option._\nimport cats.syntax.either._\nimport org.scalatest._\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.casper.consensus.Deploy.Arg\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.models.cltype.CLType\nimport io.casperlabs.models.cltype.protobuf.dsl\nimport com.google.protobuf.ByteString\n\nclass ArgsSpec extends FlatSpec with Matchers {\n  behavior of \"Args\"\n\n  it should \"parse JSON arguments\" in {\n    val bool       = true\n    val int        = 314\n    val long       = 2342L\n    val byte: Byte = 7\n    val bigInt     = BigInt(\"123456789101112131415161718\")\n    val string     = \"Hello, world!\"\n    val address    = Array.range(0, 32).map(_.toByte)\n    val addressHex = Base16.encode(address)\n\n    val json = s\"\"\"\n    [\n      {\"name\" : \"bool\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"BOOL\" }, \"value\" : { \"bool_value\" : $bool }}},\n\n      {\"name\" : \"i32\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"I32\" }, \"value\" : { \"i32\" : $int }}},\n\n      {\"name\" : \"i64\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"I64\" }, \"value\" : { \"i64\" : $long }}},\n\n      {\"name\" : \"u8\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U8\" }, \"value\" : { \"u8\" : $byte }}},\n\n      {\"name\" : \"u32\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U32\" }, \"value\" : { \"u32\" : $int }}},\n\n      {\"name\" : \"u64\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U64\" }, \"value\" : { \"u64\" : $long }}},\n\n      {\"name\" : \"u128\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U128\" }, \"value\" : { \"u128\" :  {\"value\" : \"${bigInt.toString}\"}}}},\n\n      {\"name\" : \"u256\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U256\" }, \"value\" : { \"u256\" :  {\"value\" : \"${bigInt.toString}\"}}}},\n\n      {\"name\" : \"u512\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"U512\" }, \"value\" : { \"u512\" :  {\"value\" : \"${bigInt.toString}\"}}}},\n\n      {\"name\" : \"unit\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"UNIT\" }, \"value\" : { \"unit\" : {} }}},\n\n      {\"name\" : \"string\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"STRING\" }, \"value\" : { \"str_value\" : \"$string\" }}},\n\n      {\"name\" : \"accountKey\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"KEY\" }, \"value\" : {\"key\": {\"address\": {\"account\": \"$addressHex\"}}}}},\n\n      {\"name\" : \"hashKey\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"KEY\" }, \"value\" : {\"key\": {\"hash\": {\"hash\": \"$addressHex\"}}}}},\n\n      {\"name\" : \"localKey\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"KEY\" }, \"value\" : {\"key\": {\"local\": {\"hash\": \"$addressHex\"}}}}},\n\n      {\"name\" : \"urefKey\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"KEY\" }, \"value\" : {\"key\": {\"uref\": {\"uref\": \"$addressHex\", \"access_rights\": 5}}}}},\n\n      {\"name\" : \"uref\", \"value\" : {\"cl_type\" : { \"simple_type\" : \"UREF\" }, \"value\" : {\"uref\": {\"uref\": \"$addressHex\", \"access_rights\": 5}}}},\n\n      {\n        \"name\" : \"maybe_u64\",\n        \"value\" : {\n          \"cl_type\" : {\"option_type\" : {\"inner\" : {\"simple_type\" : \"U64\"}}},\n          \"value\" : {\"option_value\" : {}}\n        }\n      },\n\n      {\n        \"name\" : \"maybe_u64\",\n        \"value\" : {\n          \"cl_type\" : {\"option_type\" : {\"inner\" : {\"simple_type\" : \"U64\"}}},\n          \"value\" : {\"option_value\" : {\"value\" : {\"u64\" : $long}}}\n        }\n      },\n\n      {\n        \"name\" : \"list_i32\",\n        \"value\" : {\n          \"cl_type\" : {\"list_type\" : {\"inner\" : {\"simple_type\" : \"I32\"}}},\n          \"value\" : {\"list_value\" : {\"values\" : [{\"i32\" : 0}, {\"i32\" : 1}, {\"i32\" : 2}, {\"i32\" : 3}]}}\n        }\n      },\n\n      {\n        \"name\" : \"fixed_list_str\",\n        \"value\" : {\n          \"cl_type\" : {\"fixed_list_type\" : {\"inner\" : {\"simple_type\" : \"STRING\"}, \"len\" : 3}},\n          \"value\" : {\"fixed_list_value\" : {\"length\" : 3, \"values\" : [{\"str_value\" : \"A\"}, {\"str_value\" : \"B\"}, {\"str_value\" : \"C\"}]}}\n        }\n      },\n\n      {\n        \"name\" : \"err_string\",\n        \"value\" : {\n          \"cl_type\" : {\"result_type\" : {\"ok\" : {\"simple_type\" : \"BOOL\"}, \"err\" : {\"simple_type\" : \"STRING\"}}},\n          \"value\" : {\"result_value\" : {\"err\" : {\"str_value\" : \"$string\"}}}\n        }\n      },\n\n      {\n        \"name\" : \"ok_bool\",\n        \"value\" : {\n          \"cl_type\" : {\"result_type\" : {\"ok\" : {\"simple_type\" : \"BOOL\"}, \"err\" : {\"simple_type\" : \"STRING\"}}},\n          \"value\" : {\"result_value\" : {\"ok\" : {\"bool_value\" : $bool}}}\n        }\n      },\n\n      {\n        \"name\" : \"map_string_i32\",\n        \"value\" : {\n          \"cl_type\" : {\"map_type\" : {\"key\" : {\"simple_type\" : \"STRING\"}, \"value\" : {\"simple_type\" : \"I32\"}}},\n          \"value\" : {\n            \"map_value\" : {\n              \"values\" : [\n                {\"key\" : {\"str_value\" : \"A\"}, \"value\" : {\"i32\" : 0}},\n                {\"key\" : {\"str_value\" : \"B\"}, \"value\" : {\"i32\" : 1}},\n                {\"key\" : {\"str_value\" : \"C\"}, \"value\" : {\"i32\" : 2}}\n              ]\n            }\n          }\n        }\n      },\n\n      {\n        \"name\" : \"tuple1\",\n        \"value\" : {\n          \"cl_type\" : {\"tuple1_type\" : {\"type0\" : {\"simple_type\" : \"U8\"}}},\n          \"value\" : {\"tuple1_value\" : {\"value_1\" : {\"u8\" : $byte}}}\n        }\n      },\n\n      {\n        \"name\" : \"tuple2\",\n        \"value\" : {\n          \"cl_type\" : {\"tuple2_type\" : {\"type0\" : {\"simple_type\" : \"U8\"}, \"type1\" : {\"simple_type\" : \"U32\"}}},\n          \"value\" : {\"tuple2_value\" : {\"value_1\" : {\"u8\" : $byte}, \"value_2\" : {\"u32\" : $int}}}\n        }\n      },\n\n      {\n        \"name\" : \"tuple3\",\n        \"value\" : {\n          \"cl_type\" : {\"tuple3_type\" : {\n            \"type0\" : {\"simple_type\" : \"U8\"},\n            \"type1\" : {\"simple_type\" : \"U32\"},\n            \"type2\" : {\"simple_type\" : \"U64\"}\n          }},\n          \"value\" : {\"tuple3_value\" : {\n            \"value_1\" : {\"u8\" : $byte},\n            \"value_2\" : {\"u32\" : $int},\n            \"value_3\" : {\"u64\" : $long}\n          }}\n        }\n      },\n\n      {\n        \"name\" : \"raw_bytes\",\n        \"value\" : {\n          \"cl_type\" : {\"list_type\" : {\"inner\" : {\"simple_type\" : \"U8\"}}},\n          \"value\" : {\"bytes_value\" : \"$addressHex\"}\n        }\n      },\n\n      {\n        \"name\" : \"raw_bytes_fixed\",\n        \"value\" : {\n          \"cl_type\" : {\"fixed_list_type\" : {\"inner\" : {\"simple_type\" : \"U8\"}, \"len\" : 32}},\n          \"value\" : {\"bytes_value\" : \"$addressHex\"}\n        }\n      }\n    ]\n    \"\"\"\n\n    val args = Args.fromJson(json).fold(e => fail(e), identity)\n\n    args should have size 28\n    args(0) shouldBe Arg(\"bool\").withValue(\n      dsl.instances.bool(bool)\n    )\n    args(1) shouldBe Arg(\"i32\").withValue(\n      dsl.instances.i32(int)\n    )\n    args(2) shouldBe Arg(\"i64\").withValue(\n      dsl.instances.i64(long)\n    )\n    args(3) shouldBe Arg(\"u8\").withValue(\n      dsl.instances.u8(byte)\n    )\n    args(4) shouldBe Arg(\"u32\").withValue(\n      dsl.instances.u32(int)\n    )\n    args(5) shouldBe Arg(\"u64\").withValue(\n      dsl.instances.u64(long)\n    )\n    args(6) shouldBe Arg(\"u128\").withValue(\n      dsl.instances.u128(bigInt)\n    )\n    args(7) shouldBe Arg(\"u256\").withValue(\n      dsl.instances.u256(bigInt)\n    )\n    args(8) shouldBe Arg(\"u512\").withValue(\n      dsl.instances.u512(bigInt)\n    )\n    args(9) shouldBe Arg(\"unit\").withValue(\n      dsl.instances.unit\n    )\n    args(10) shouldBe Arg(\"string\").withValue(\n      dsl.instances.string(string)\n    )\n    args(11) shouldBe Arg(\"accountKey\").withValue(\n      state.CLValueInstance(\n        clType = dsl.types.key.some,\n        value = dsl.values\n          .key(state.Key().withAddress(state.Key.Address(ByteString.copyFrom(address))))\n          .some\n      )\n    )\n    args(12) shouldBe Arg(\"hashKey\").withValue(\n      state.CLValueInstance(\n        clType = dsl.types.key.some,\n        value = dsl.values\n          .key(state.Key().withHash(state.Key.Hash(ByteString.copyFrom(address))))\n          .some\n      )\n    )\n    args(13) shouldBe Arg(\"localKey\").withValue(\n      state.CLValueInstance(\n        clType = dsl.types.key.some,\n        value = dsl.values\n          .key(state.Key().withLocal(state.Key.Local(ByteString.copyFrom(address))))\n          .some\n      )\n    )\n    args(14) shouldBe Arg(\"urefKey\").withValue(\n      state.CLValueInstance(\n        clType = dsl.types.key.some,\n        value = dsl.values\n          .key(\n            state\n              .Key()\n              .withUref(\n                state.Key\n                  .URef(ByteString.copyFrom(address), state.Key.URef.AccessRights.READ_ADD)\n              )\n          )\n          .some\n      )\n    )\n    args(15) shouldBe Arg(\"uref\").withValue(\n      state.CLValueInstance(\n        clType = dsl.types.uref.some,\n        value = dsl.values\n          .uref(\n            state.Key\n              .URef(ByteString.copyFrom(address), state.Key.URef.AccessRights.READ_ADD)\n          )\n          .some\n      )\n    )\n    args(16) shouldBe Arg(\"maybe_u64\").withValue(\n      dsl.instances.option.none(dsl.types.u64)\n    )\n    args(17) shouldBe Arg(\"maybe_u64\").withValue(\n      dsl.instances.option.some(dsl.instances.u64(long))\n    )\n    args(18) shouldBe Arg(\"list_i32\").withValue(\n      dsl.instances.list(\n        List(0, 1, 2, 3).map(dsl.instances.i32)\n      )\n    )\n    args(19) shouldBe Arg(\"fixed_list_str\").withValue(\n      dsl.instances.fixedList(\n        List(\"A\", \"B\", \"C\").map(dsl.instances.string)\n      )\n    )\n    args(20) shouldBe Arg(\"err_string\").withValue(\n      dsl.instances.result.err(dsl.instances.string(string), dsl.types.bool)\n    )\n    args(21) shouldBe Arg(\"ok_bool\").withValue(\n      dsl.instances.result.ok(dsl.instances.bool(bool), dsl.types.string)\n    )\n    args(22) shouldBe Arg(\"map_string_i32\").withValue(\n      dsl.instances.map(\n        List(\"A\", \"B\", \"C\")\n          .map(dsl.instances.string)\n          .zip(\n            List(0, 1, 2).map(dsl.instances.i32)\n          )\n      )\n    )\n    args(23) shouldBe Arg(\"tuple1\").withValue(\n      dsl.instances.tuple1(dsl.instances.u8(byte))\n    )\n    args(24) shouldBe Arg(\"tuple2\").withValue(\n      dsl.instances.tuple2(dsl.instances.u8(byte), dsl.instances.u32(int))\n    )\n    args(25) shouldBe Arg(\"tuple3\").withValue(\n      dsl.instances.tuple3(dsl.instances.u8(byte), dsl.instances.u32(int), dsl.instances.u64(long))\n    )\n    args(26) shouldBe Arg(\"raw_bytes\").withValue(\n      dsl.instances.bytes(address)\n    )\n    args(27) shouldBe Arg(\"raw_bytes_fixed\").withValue(\n      dsl.instances.bytesFixedLength(address)\n    )\n  }\n\n  \/\/ TODO: remove this when there are no more usages of the old format\n  it should \"parse JSON legacy arguments\" in {\n    val int_value   = 12345\n    val amount      = 123456L\n    val account     = Array.range(0, 32).map(_.toByte)\n    val hex_account = Base16.encode(account)\n    val json        = s\"\"\"\n    [\n      {\"name\": \"my_long_value\", \"value\": {\"long_value\": ${amount}}},\n      {\"name\": \"my_account\", \"value\": {\"bytes_value\": \"${hex_account}\"}},\n      {\"name\": \"maybe_long\", \"value\": {\"optional_value\": {}}},\n      {\"name\": \"maybe_long\", \"value\": {\"optional_value\": {\"long_value\": ${amount}}}},\n      {\"name\": \"surname\", \"value\": {\"string_value\": \"Nakamoto\"}},\n      {\"name\": \"big_number\", \"value\": {\"big_int\": {\"value\": \"2\", \"bit_width\": 512}}},\n      {\"name\": \"my_hash\", \"value\": {\"key\": {\"hash\": {\"hash\": \"${hex_account}\"}}}},\n      {\"name\": \"my_address\", \"value\": {\"key\": {\"address\": {\"account\": \"${hex_account}\"}}}},\n      {\"name\": \"my_uref\", \"value\": {\"key\": {\"uref\": {\"uref\": \"${hex_account}\", \"access_rights\": 5}}}},\n      {\"name\": \"my_local\", \"value\": {\"key\": {\"local\": {\"hash\": \"${hex_account}\"}}}},\n      {\"name\": \"my_int_value\", \"value\": {\"int_value\": ${int_value}}},\n      {\"name\": \"my_int_list\", \"value\": {\"int_list\": {\"values\": [0, 1, 2]}}},\n      {\"name\": \"my_string_list\", \"value\": {\"string_list\": {\"values\": [\"A\", \"B\", \"C\"]}}}\n    ]\n    \"\"\"\n\n    Args.fromJson(json) match {\n      case Left(error) =>\n        fail(error)\n      case Right(args) =>\n        args should have size 13\n        args(0) shouldBe Arg(\"my_long_value\").withValue(\n          dsl.instances.i64(amount)\n        )\n        args(1) shouldBe Arg(\"my_account\").withValue(\n          dsl.instances.fixedList(account.map(dsl.instances.u8))\n        )\n        args(2) shouldBe Arg(\"maybe_long\").withValue(\n          dsl.instances.option.none(dsl.types.any)\n        )\n        args(3) shouldBe Arg(\"maybe_long\").withValue(\n          dsl.instances.option.some(dsl.instances.i64(amount))\n        )\n        args(4) shouldBe Arg(\"surname\").withValue(\n          dsl.instances.string(\"Nakamoto\")\n        )\n        args(5) shouldBe Arg(\"big_number\").withValue(\n          dsl.instances.u512(2)\n        )\n        args(6) shouldBe Arg(\"my_hash\").withValue(\n          state.CLValueInstance(\n            clType = dsl.types.key.some,\n            value = dsl.values\n              .key(state.Key().withHash(state.Key.Hash(ByteString.copyFrom(account))))\n              .some\n          )\n        )\n        args(7) shouldBe Arg(\"my_address\").withValue(\n          state.CLValueInstance(\n            clType = dsl.types.key.some,\n            value = dsl.values\n              .key(state.Key().withAddress(state.Key.Address(ByteString.copyFrom(account))))\n              .some\n          )\n        )\n        args(8) shouldBe Arg(\"my_uref\").withValue(\n          state.CLValueInstance(\n            clType = dsl.types.key.some,\n            value = dsl.values\n              .key(\n                state\n                  .Key()\n                  .withUref(\n                    state.Key\n                      .URef(ByteString.copyFrom(account), state.Key.URef.AccessRights.READ_ADD)\n                  )\n              )\n              .some\n          )\n        )\n        args(9) shouldBe Arg(\"my_local\").withValue(\n          state.CLValueInstance(\n            clType = dsl.types.key.some,\n            value = dsl.values\n              .key(state.Key().withLocal(state.Key.Local(ByteString.copyFrom(account))))\n              .some\n          )\n        )\n        args(10) shouldBe Arg(\"my_int_value\").withValue(\n          dsl.instances.i32(int_value)\n        )\n        args(11) shouldBe Arg(\"my_int_list\").withValue(\n          dsl.instances.list(List(0, 1, 2).map(dsl.instances.i32))\n        )\n        args(12) shouldBe Arg(\"my_string_list\").withValue(\n          dsl.instances.list(List(\"A\", \"B\", \"C\").map(dsl.instances.string))\n        )\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/SQLiteFixture.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.storage\n\nimport java.nio.file.{Files, Paths}\n\nimport cats.effect.Blocker\nimport doobie.util.ExecutionContexts\nimport doobie.util.transactor.Transactor\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.metrics.Metrics.MetricsNOP\nimport io.casperlabs.shared.Time\nimport monix.execution.schedulers.CanBlock.permit\nimport monix.execution.Scheduler.Implicits.global\nimport monix.eval.Task\nimport org.flywaydb.core.Flyway\nimport org.flywaydb.core.api.Location\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach, Suite}\n\nimport scala.concurrent.duration._\nimport scala.util.Try\n\ntrait SQLiteFixture[A] extends BeforeAndAfterEach with BeforeAndAfterAll { self: Suite =>\n  def db: String\n  def createTestResource: Task[A]\n\n  protected implicit val xa: Transactor[Task] = Transactor.fromDriverManager[Task](\n    \"org.sqlite.JDBC\",\n    s\"jdbc:sqlite:$db\",\n    \"\",\n    \"\",\n    Blocker.liftExecutionContext(ExecutionContexts.synchronous)\n  )\n  protected implicit val metricsNOP: Metrics[Task] = new MetricsNOP[Task]\n  protected implicit val time: Time[Task] = new Time[Task] {\n    override def currentMillis: Task[Long] = Task(System.currentTimeMillis())\n\n    override def nanoTime: Task[Long] = Task(System.nanoTime())\n\n    override def sleep(duration: FiniteDuration): Task[Unit] = Task.sleep(duration)\n  }\n\n  protected val flyway: Flyway = {\n    val conf =\n      Flyway\n        .configure()\n        .dataSource(s\"jdbc:sqlite:$db\", \"\", \"\")\n        .locations(new Location(\"classpath:\/db\/migration\"))\n    conf.load()\n  }\n\n  protected def runSQLiteTest[B](test: A => Task[B], timeout: FiniteDuration = 5.seconds): B =\n    runSQLiteTest(createTestResource, test, timeout)\n\n  \/* If you need customise resources creation for some tests *\/\n  protected def runSQLiteTest[B](\n      resources: Task[A],\n      test: A => Task[B],\n      timeout: FiniteDuration\n  ): B = {\n    val program = for {\n      _ <- Task(cleanupTables())\n      _ <- Task(setupTables())\n      a <- resources\n      b <- test(a)\n    } yield b\n    program.runSyncUnsafe(timeout)\n  }\n\n  protected def setupTables(): Unit = flyway.migrate()\n\n  protected def cleanupTables(): Unit = flyway.clean()\n\n  protected def cleanupDatabase(): Unit = Try(Files.delete(Paths.get(db)))\n\n  override protected def beforeEach(): Unit = cleanupTables()\n\n  override protected def afterEach(): Unit = cleanupTables()\n\n  override protected def beforeAll(): Unit = cleanupDatabase()\n\n  override protected def afterAll(): Unit = cleanupDatabase()\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/util\/implicits.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.util\n\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.PrettyPrinter\nimport io.casperlabs.casper.consensus.BlockSummary\nimport io.casperlabs.crypto.Keys.PrivateKey\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm\nimport io.casperlabs.models.Message\n\nobject implicits {\n  implicit val showBlockHash: cats.Show[BlockHash] = cats.Show.show(PrettyPrinter.buildString)\n  implicit val showBlockSummary: cats.Show[BlockSummary] =\n    cats.Show.show(m => PrettyPrinter.buildString(m.blockHash))\n  implicit val eqBlockHash: cats.Eq[BlockHash] = (x: BlockHash, y: BlockHash) => x == y\n  implicit val eqBlockSummary: cats.Eq[BlockSummary] = (x: BlockSummary, y: BlockSummary) =>\n    x.blockHash == y.blockHash\n  implicit val eqMessageSummary: cats.Eq[Message] = (x: Message, y: Message) =>\n    x.messageHash == y.messageHash\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/shared\/FatalErrorShutdown.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.shared\n\n\/\/ Fatal error that should shut down the node.\ncase class FatalErrorShutdown(message: String) extends VirtualMachineError(message)\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/GrpcCasperService.scala","text":"package io.casperlabs.node.api\n\nimport cats.effect._\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport com.google.protobuf.empty.Empty\nimport io.casperlabs.casper.MultiParentCasperRef.MultiParentCasperRef\nimport io.casperlabs.casper.api.BlockAPI\nimport io.casperlabs.casper.consensus.{state, Block}\nimport io.casperlabs.casper.consensus.info._\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport io.casperlabs.casper.MultiParentCasperRef\nimport io.casperlabs.catscontrib.{Fs2Compiler, MonadThrowable}\nimport io.casperlabs.comm.ServiceError.{FailedPrecondition, InvalidArgument, Unavailable}\nimport io.casperlabs.crypto.Keys.PublicKey\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.models.SmartContractEngineError\nimport io.casperlabs.node.api.Utils.{\n  validateAccountPublicKey,\n  validateBlockHashPrefix,\n  validateDeployHash\n}\nimport io.casperlabs.node.api.casper._\nimport io.casperlabs.shared.Log\nimport io.casperlabs.smartcontracts.ExecutionEngineService\nimport io.casperlabs.models.cltype.protobuf.Mappings\nimport io.casperlabs.storage.block._\nimport io.casperlabs.storage.deploy.DeployStorage\nimport io.casperlabs.storage.dag.{DagStorage, FinalityStorage}\nimport monix.eval.{Task, TaskLike}\nimport monix.reactive.Observable\n\nobject GrpcCasperService {\n\n  def apply[F[_]: Concurrent: TaskLike: Log: Metrics: FinalityStorage: BlockStorage: ExecutionEngineService: DeployStorage: Fs2Compiler: DeployBuffer: DagStorage: EventStream](\n      isReadOnlyNode: Boolean\n  ): F[CasperGrpcMonix.CasperService] =\n    BlockAPI.establishMetrics[F] *> Sync[F].delay {\n      val adaptToInvalidArgument: PartialFunction[Throwable, Throwable] = {\n        case e => InvalidArgument(e.getMessage)\n      }\n\n      new CasperGrpcMonix.CasperService {\n        override def deploy(request: DeployRequest): Task[Empty] =\n          TaskLike[F].apply {\n            if (isReadOnlyNode)\n              MonadThrowable[F].raiseError(\n                FailedPrecondition(\"Node is in read-only mode.\")\n              )\n            else BlockAPI.deploy[F](request.getDeploy).map(_ => Empty())\n          }\n\n        override def getBlockInfo(request: GetBlockInfoRequest): Task[BlockInfo] =\n          TaskLike[F].apply {\n            validateBlockHashPrefix[F](\n              request.blockHashBase16,\n              request.blockHash,\n              adaptToInvalidArgument\n            ) >>= { blockHashPrefix =>\n              BlockAPI\n                .getBlockInfo[F](\n                  blockHashPrefix,\n                  request.view\n                )\n            }\n          }\n\n        override def streamBlockInfos(request: StreamBlockInfosRequest): Observable[BlockInfo] = {\n          val infos = TaskLike[F].apply {\n            BlockAPI.getBlockInfos[F](\n              depth = request.depth,\n              maxRank = request.maxRank,\n              blockView = request.view\n            )\n          }\n          Observable.fromTask(infos).flatMap(Observable.fromIterable)\n        }\n\n        override def getDeployInfo(request: GetDeployInfoRequest): Task[DeployInfo] =\n          TaskLike[F].apply {\n            validateDeployHash[F](\n              request.deployHashBase16,\n              request.deployHash,\n              adaptToInvalidArgument\n            ) >>= { deployHash =>\n              BlockAPI\n                .getDeployInfo[F](deployHash, request.view)\n            }\n          }\n\n        override def streamBlockDeploys(\n            request: StreamBlockDeploysRequest\n        ): Observable[Block.ProcessedDeploy] = {\n          val deploys = TaskLike[F].apply {\n            validateBlockHashPrefix[F](\n              request.blockHashBase16,\n              request.blockHash,\n              adaptToInvalidArgument\n            ) >>= { blockHashPrefix =>\n              BlockAPI.getBlockDeploys[F](blockHashPrefix, request.view)\n            }\n          }\n          Observable.fromTask(deploys).flatMap(Observable.fromIterable)\n        }\n\n        override def getBlockState(request: GetBlockStateRequest): Task[state.StoredValueInstance] =\n          batchGetBlockState(\n            BatchGetBlockStateRequest(\n              request.blockHashBase16,\n              request.blockHash,\n              List(request.getQuery)\n            )\n          ) map {\n            _.values.head\n          }\n\n        override def batchGetBlockState(\n            request: BatchGetBlockStateRequest\n        ): Task[BatchGetBlockStateResponse] = TaskLike[F].apply {\n          for {\n            blockHashPrefix <- validateBlockHashPrefix[F](\n                                request.blockHashBase16,\n                                request.blockHash,\n                                adaptToInvalidArgument\n                              )\n            info            <- BlockAPI.getBlockInfo[F](blockHashPrefix, BlockInfo.View.BASIC)\n            stateHash       = info.getSummary.state.postStateHash\n            protocolVersion = info.getSummary.getHeader.getProtocolVersion\n            values          <- request.queries.toList.traverse(getState(stateHash, _, protocolVersion))\n          } yield BatchGetBlockStateResponse(values)\n        }\n\n        private def getState(\n            stateHash: ByteString,\n            query: StateQuery,\n            protocolVersion: ProtocolVersion\n        ): F[state.StoredValueInstance] =\n          for {\n            key <- toKey[F](query.keyVariant, query.keyBase16)\n            possibleResponse <- ExecutionEngineService[F].query(\n                                 stateHash,\n                                 key,\n                                 query.pathSegments,\n                                 protocolVersion\n                               )\n            protoValue = possibleResponse.flatMap { storedValue =>\n              Mappings\n                .toProto(storedValue)\n                .leftMap(\n                  err => SmartContractEngineError(s\"Error with EE response $storedValue:\\n$err\")\n                )\n            }\n            value <- Concurrent[F].fromEither(protoValue).handleErrorWith {\n                      case SmartContractEngineError(msg) =>\n                        MonadThrowable[F].raiseError(InvalidArgument(msg))\n                    }\n          } yield value\n\n        override def listDeployInfos(\n            request: ListDeployInfosRequest\n        ): Task[ListDeployInfosResponse] =\n          TaskLike[F].apply {\n            for {\n              accountPublicKeyBase16 <- validateAccountPublicKey[F](\n                                         request.accountPublicKeyBase16,\n                                         request.accountPublicKey,\n                                         adaptToInvalidArgument\n                                       )\n              (pageSize, pageTokenParams) <- MonadThrowable[F].fromTry(\n                                              DeployInfoPagination\n                                                .parsePageToken(\n                                                  request.pageSize,\n                                                  request.pageToken\n                                                )\n                                            )\n              accountPublicKeyBs = PublicKey(\n                ByteString.copyFrom(\n                  Base16.decode(accountPublicKeyBase16)\n                )\n              )\n              deploys <- DeployStorage[F]\n                          .reader(request.view)\n                          .getDeploysByAccount(\n                            accountPublicKeyBs,\n                            pageSize,\n                            pageTokenParams.lastTimeStamp,\n                            pageTokenParams.lastDeployHash,\n                            pageTokenParams.isNext\n                          )\n              deployInfos <- DeployStorage[F]\n                              .reader(request.view)\n                              .getDeployInfos(deploys)\n              (nextPageToken, prevPageToken) = DeployInfoPagination.createNextAndPrePageToken(\n                deploys,\n                pageTokenParams\n              )\n              result = ListDeployInfosResponse()\n                .withDeployInfos(deployInfos)\n                .withNextPageToken(nextPageToken)\n                .withPrevPageToken(prevPageToken)\n            } yield result\n          }\n\n        override def getLastFinalizedBlockInfo(\n            request: GetLastFinalizedBlockInfoRequest\n        ): Task[BlockInfo] =\n          TaskLike[F].apply {\n            FinalityStorage[F].getLastFinalizedBlock.flatMap { blockHash =>\n              BlockAPI\n                .getBlockInfo[F](\n                  Base16.encode(blockHash.toByteArray),\n                  request.view\n                )\n            }\n          }\n\n        override def streamEvents(request: StreamEventsRequest): Observable[Event] =\n          EventStream[F].subscribe(request)\n      }\n    }\n\n  def toKey[F[_]: MonadThrowable](\n      keyType: StateQuery.KeyVariant,\n      keyValue: String\n  ): F[state.Key] =\n    Utils.toKey[F](keyType.name, keyValue).handleErrorWith {\n      case ex: java.lang.IllegalArgumentException =>\n        MonadThrowable[F].raiseError(InvalidArgument(ex.getMessage))\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/test\/scala\/io\/casperlabs\/shared\/FilesAPISuite.scala","text":"package io.casperlabs.shared\n\nimport java.nio.charset.StandardCharsets\nimport java.nio.file.{Files, NoSuchFileException, Path, Paths}\nimport java.util.UUID\n\nimport cats.effect.SyncIO\nimport io.casperlabs.shared.Log.NOPLog\nimport org.scalatest.{BeforeAndAfterEach, Matchers, WordSpec}\n\nimport scala.util.Try\n\nclass FilesAPISuite extends WordSpec with Matchers with BeforeAndAfterEach {\n\n  import FilesAPISuite.TestFixture\n  val nonExistentFile: Path = Paths.get(s\"\/tmp\/$random.txt\")\n  val nonExistentFileWithParents: Path = Paths.get(\n    s\"\/tmp\/$random\/$random\/$random.txt\"\n  )\n  val existingFile: Path       = Paths.get(s\"\/tmp\/$random.txt\")\n  val existingFileData: String = random\n\n  override protected def beforeEach(): Unit = {\n    Try(Files.delete(nonExistentFile))\n    Try(Files.delete(nonExistentFileWithParents))\n    Try(Files.delete(nonExistentFileWithParents.getParent))\n    Try(Files.delete(nonExistentFileWithParents.getParent.getParent))\n    Try(Files.delete(existingFile))\n    Try(Files.write(existingFile, existingFileData.getBytes()))\n  }\n\n  override protected def afterEach(): Unit = {\n    Try(Files.delete(existingFile))\n    Try(Files.delete(nonExistentFile))\n    Try(Files.delete(nonExistentFileWithParents))\n    Try(Files.delete(nonExistentFileWithParents.getParent))\n    Try(Files.delete(nonExistentFileWithParents.getParent.getParent))\n  }\n\n  def random: String = UUID.randomUUID().toString\n\n  \"FilesAPI implementation\" when {\n    \"file doesn't exist\" should {\n\n      \"throw an NoSuchFileException exception when readBytes\" in TestFixture { api =>\n        for {\n          either <- api.readBytes(nonExistentFile).attempt\n        } yield {\n          either.isLeft shouldBe true\n          either.left.get shouldBe an[NoSuchFileException]\n        }\n      }\n      \"throw an NoSuchFileException exception when read\" in TestFixture { api =>\n        for {\n          either <- api\n                     .readString(nonExistentFile, StandardCharsets.UTF_8)\n                     .attempt\n        } yield {\n          either.isLeft shouldBe true\n          either.left.get shouldBe an[NoSuchFileException]\n        }\n      }\n      \"create file when writeBytes\" in TestFixture { api =>\n        for {\n          _ <- api.writeBytes(nonExistentFile, \"Hello\".getBytes(StandardCharsets.UTF_8))\n        } yield {\n          Files.exists(nonExistentFile) shouldBe true\n        }\n      }\n      \"create file when writeString\" in TestFixture { api =>\n        for {\n          _ <- api.writeString(nonExistentFile, \"Hello\")\n        } yield {\n          Files.exists(nonExistentFile) shouldBe true\n        }\n      }\n    }\n\n    \"file and parent directories don't exist\" should {\n      \"create parents directories and file when writeBytes\" in TestFixture { api =>\n        for {\n          _ <- api.writeBytes(nonExistentFileWithParents, \"Hello\".getBytes(StandardCharsets.UTF_8))\n        } yield {\n          Files.exists(nonExistentFileWithParents) shouldBe true\n        }\n      }\n\n      \"create parents directories and file when writeString\" in TestFixture { api =>\n        for {\n          _ <- api.writeString(nonExistentFileWithParents, \"Hello\")\n        } yield {\n          Files.exists(nonExistentFileWithParents) shouldBe true\n        }\n      }\n    }\n\n    \"file exists\" should {\n      \"return data when readBytes\" in TestFixture { api =>\n        for {\n          either <- api.readBytes(existingFile).attempt\n        } yield {\n          either.isRight shouldBe true\n        }\n      }\n      \"return data when readString\" in TestFixture { api =>\n        for {\n          either <- api.readString(existingFile).attempt\n        } yield {\n          either.isRight shouldBe true\n        }\n      }\n      \"override file when writeBytes if called without additional options\" in TestFixture { api =>\n        val newData = random.getBytes(StandardCharsets.UTF_8)\n        for {\n          _ <- api.writeBytes(existingFile, newData)\n        } yield {\n          Files\n            .readAllBytes(existingFile)\n            .toList should contain theSameElementsInOrderAs newData.toList\n        }\n      }\n      \"override file when writeString if called without additional options\" in TestFixture { api =>\n        val newData = random\n        for {\n          _ <- api.writeString(existingFile, newData)\n        } yield {\n          import scala.collection.JavaConverters._\n          Files\n            .readAllLines(existingFile)\n            .asScala\n            .mkString\n            .trim shouldBe newData\n        }\n      }\n    }\n  }\n}\n\nobject FilesAPISuite {\n  private implicit val NOPLog: Log[SyncIO] = Log.NOPLog[SyncIO]\n\n  object TestFixture {\n    def apply(test: FilesAPI[SyncIO] => SyncIO[Unit]): Unit =\n      test(FilesAPI.create[SyncIO]).unsafeRunSync()\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/graphql\/FinalizedBlocksStream.scala","text":"package io.casperlabs.node.api.graphql\n\nimport cats.effect._\nimport cats.effect.Concurrent\nimport cats.effect.implicits._\nimport cats.implicits._\nimport io.casperlabs.node.api.casper.StreamEventsRequest\nimport io.casperlabs.node.api.EventStream\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.shared.Log\nimport fs2._\nimport fs2.concurrent._\nimport monix.eval.{TaskLift, TaskLike}\n\ntrait FinalizedBlocksStream[F[_]] {\n  def subscribe: Stream[F, BlockHash]\n}\n\nobject FinalizedBlocksStream {\n\n  private final case class FinalizedBlockStream[F[_]](subscribe: Stream[F, BlockHash])\n      extends FinalizedBlocksStream[F]\n\n  def apply[F[_]](implicit FBS: FinalizedBlocksStream[F]): FinalizedBlocksStream[F] = FBS\n\n  def of[F[_]: Concurrent: TaskLike: TaskLift: EventStream: Log](\n      initLFB: BlockHash\n  ): F[Resource[F, FinalizedBlocksStream[F]]] =\n    for {\n      \/\/ If readers are too slow, they will miss some messages, but that's okay\n      \/\/ Since they interested only in the latest finalized messages.\n      topic     <- CappedTopic[F, BlockHash](initLFB)\n      maxQueued = 100\n      subscription = TaskLift[F]\n        .apply(\n          EventStream[F]\n            .subscribe(StreamEventsRequest(blockFinalized = true))\n            .collect {\n              case event if event.value.isNewFinalizedBlock =>\n                event.getNewFinalizedBlock.blockHash\n            }\n            .consumeWith(monix.reactive.Consumer.foreachEval(topic.publish1(_)))\n        )\n        .start\n        .tupleLeft(FinalizedBlockStream[F](topic.subscribe(maxQueued)))\n    } yield Resource.make(subscription)(_._2.cancel).map(_._1)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/mocks\/MockMessageProducer.scala","text":"<filename>casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/mocks\/MockMessageProducer.scala\npackage io.casperlabs.casper.highway.mocks\n\nimport cats._\nimport cats.implicits._\nimport cats.syntax.show\nimport cats.effect.Sync\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Bond}\nimport io.casperlabs.casper.highway.{MessageProducer, Ticks}\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.crypto.Keys.{PublicKey, PublicKeyBS}\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.BlockMsgWithTransform\nimport io.casperlabs.storage.block.BlockStorageWriter\nimport io.casperlabs.storage.dag.DagStorage\nimport io.casperlabs.models.Message\nimport scala.util.control.NonFatal\n\nclass MockMessageProducer[F[_]: Sync: BlockStorageWriter: DagStorage](\n    val validatorId: PublicKeyBS\n) extends MessageProducer[F] {\n  import io.casperlabs.casper.highway.`Show[BlockHash]`\n\n  private def insert(message: Message): F[Unit] = {\n    val summary = message.blockSummary\n    for {\n      _ <- BlockStorageWriter[F].put(\n            BlockMsgWithTransform().withBlockMessage(\n              Block(\n                blockHash = summary.blockHash,\n                header = summary.header,\n                signature = summary.signature\n              )\n            )\n          )\n      \/\/ Check that we got a version of the storage that maintains the DAG store as well.\n      dag <- DagStorage[F].getRepresentation\n      msg <- dag.lookup(message.messageHash)\n      _ = assert(\n        msg.isDefined,\n        s\"Storing block ${message.messageHash.show} did not update the DAG storage!\"\n      )\n    } yield ()\n  }\n\n  private def withParent[A <: Message](\n      parentBlockHash: BlockHash\n  )(f: Message => F[A]): F[A] =\n    for {\n      dag <- DagStorage[F].getRepresentation\n      parent <- dag.lookupUnsafe(parentBlockHash).recoverWith {\n                 case NonFatal(ex) =>\n                   Sync[F].raiseError(\n                     new IllegalStateException(\n                       s\"Couldn't look up parent in MockMessageProducer: $ex\"\n                     )\n                   )\n               }\n      child <- f(parent)\n      _     <- insert(child)\n    } yield child\n\n  override def ballot(\n      keyBlockHash: BlockHash,\n      roundId: Ticks,\n      target: ByteString,\n      justifications: Map[PublicKeyBS, Set[BlockHash]]\n  ): F[Message.Ballot] = withParent(target) { parent =>\n    val unsigned = BlockSummary()\n      .withHeader(\n        Block\n          .Header()\n          .withMessageType(Block.MessageType.BALLOT)\n          .withValidatorPublicKey(validatorId)\n          .withParentHashes(List(target))\n          .withJustifications(\n            for {\n              kv <- justifications.toList\n              h  <- kv._2.toList\n            } yield Block.Justification(kv._1, h)\n          )\n          .withRoundId(roundId)\n          .withKeyBlockHash(keyBlockHash)\n          .withState(\n            Block.GlobalState().withBonds(parent.blockSummary.getHeader.getState.bonds)\n          )\n      )\n    val hash   = ProtoUtil.protoHash(unsigned)\n    val signed = unsigned.withBlockHash(hash)\n\n    Sync[F]\n      .fromTry(Message.fromBlockSummary(signed))\n      .map(_.asInstanceOf[Message.Ballot])\n  }\n\n  override def block(\n      keyBlockHash: ByteString,\n      roundId: Ticks,\n      mainParent: ByteString,\n      justifications: Map[PublicKeyBS, Set[BlockHash]],\n      isBookingBlock: Boolean\n  ): F[Message.Block] =\n    withParent(mainParent) { parent =>\n      val unsigned = BlockSummary()\n        .withHeader(\n          Block\n            .Header()\n            .withValidatorPublicKey(validatorId)\n            .withParentHashes(List(mainParent))\n            .withJustifications(\n              for {\n                kv <- justifications.toList\n                h  <- kv._2.toList\n              } yield Block.Justification(kv._1, h)\n            )\n            .withRoundId(roundId)\n            .withKeyBlockHash(keyBlockHash)\n            .withState(\n              Block.GlobalState().withBonds(parent.blockSummary.getHeader.getState.bonds)\n            )\n        )\n      val hash   = ProtoUtil.protoHash(unsigned)\n      val signed = unsigned.withBlockHash(hash)\n\n      Sync[F]\n        .fromTry(Message.fromBlockSummary(signed))\n        .map(_.asInstanceOf[Message.Block])\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/graphql\/schema\/GraphQLSchemaBuilder.scala","text":"package io.casperlabs.node.api.graphql.schema\n\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.Estimator.{BlockHash, Validator}\nimport io.casperlabs.casper.MultiParentCasperRef.MultiParentCasperRef\nimport io.casperlabs.casper.api.BlockAPI\nimport io.casperlabs.casper.api.BlockAPI.BlockAndMaybeDeploys\nimport io.casperlabs.casper.consensus.info.{BlockInfo, DeployInfo}\nimport io.casperlabs.catscontrib.{Fs2Compiler, MonadThrowable}\nimport io.casperlabs.crypto.Keys.PublicKey\nimport io.casperlabs.crypto.codec.{Base16, StringSyntax}\nimport io.casperlabs.models.SmartContractEngineError\nimport io.casperlabs.node.api.BlockInfoPagination.BlockInfoPageTokenParams\nimport io.casperlabs.node.api.DeployInfoPagination.DeployInfoPageTokenParams\nimport io.casperlabs.node.api.Utils.{\n  validateAccountPublicKey,\n  validateBlockHashPrefix,\n  validateDeployHash\n}\nimport io.casperlabs.node.api.graphql.RunToFuture.ops._\nimport io.casperlabs.node.api.graphql._\nimport io.casperlabs.node.api.graphql.schema.blocks.types.GraphQLBlockTypes.AccountKey\nimport io.casperlabs.node.api.graphql.schema.blocks.types.{\n  BlocksWithPageInfo,\n  DeployInfosWithPageInfo,\n  GraphQLBlockTypes,\n  PageInfo\n}\nimport io.casperlabs.node.api.{BlockInfoPagination, DeployInfoPagination, Utils}\nimport io.casperlabs.shared.Log\nimport io.casperlabs.smartcontracts.ExecutionEngineService\nimport io.casperlabs.models.cltype.StoredValueInstance\nimport io.casperlabs.storage.block._\nimport io.casperlabs.storage.dag.DagStorage\nimport io.casperlabs.storage.deploy.DeployStorage\nimport sangria.execution.deferred.{DeferredResolver, Fetcher, HasId}\nimport sangria.schema._\n\nimport scala.concurrent.Future\n\n\/\/ format: off\nprivate[graphql] class GraphQLSchemaBuilder[F[_]: Fs2SubscriptionStream\n                                                : Log\n                                                : RunToFuture\n                                                : MultiParentCasperRef\n                                                : BlockStorage\n                                                : FinalizedBlocksStream\n                                                : MonadThrowable\n                                                : ExecutionEngineService\n                                                : DeployStorage\n                                                : DagStorage\n                                                : Fs2Compiler] {\n\/\/ format: on\n\n  \/\/ GraphQL projections don't expose the body.\n  val deployView = DeployInfo.View.BASIC\n\n  val blockFetcher = Fetcher.caching(\n    { (_: Unit, hashes: Seq[BlockHash]) =>\n      \/\/ Fetches only unique blocks without repetitive reading of the same block many times.\n      \/\/\n      \/\/ TODO: However, it still will be slow due to (in decreasing priority):\n      \/\/ 1) One-by-one reading from the database: update underlying API to accept multiple block hashes using 'WHERE block_hash IN ...'\n      \/\/\n      \/\/ 2) Reading a full block: make use of Sangria Projections, although, not clear if it's possible to do without modifying the library's source code\n      \/\/ UPDATE: It reads full blocks only if a query contains 'children' at any depth.\n      \/\/ On the other hand, if 'children' presented, then it will read *all* blocks as FULL, even those for which we didn't ask children.\n      \/\/ UPDATE: Make sure to fetch blocks only when it's really needed.\n      \/\/ For instance, for 'block { parents { blockHash }' it shouldn't fetch parent blocks, because we have all the required information in the child block itself.\n      \/\/\n      \/\/ 3) Seq->List conversion: least critical, must be ignored until we solve the above 2 issues\n      RunToFuture[F].unsafeToFuture(\n        hashes.toList\n          .traverse { hash =>\n            BlockAPI.getBlockInfoWithDeploys[F](\n              hash,\n              DeployInfo.View.BASIC.some,\n              BlockInfo.View.FULL\n            )\n          }\n          .map(list => list: Seq[BlockAndMaybeDeploys])\n      )\n    }\n  )(HasId {\n    case (blockInfo, _) =>\n      blockInfo.getSummary.blockHash\n  })\n\n  \/\/ TODO: Performance issue - make use of Sangria Projections.\n  \/\/ The same as the TODO #2 of the 'blockFetcher'\n  \/\/ TODO: common code can be abstracted from together with the `accountDeploys`.\n  \/\/ However and most probably pagination will exist only for deploys and blocks.\n  \/\/ Abstract only when a new pagination needs to be added.\n  val blocksByValidator: (Validator, Int, String) => Action[Unit, BlocksWithPageInfo] = {\n    (validator, first, after) =>\n      val deployStorage = DeployStorage[F].reader(deployView)\n      val program =\n        for {\n          first <- Utils\n                    .check[F, Int](\n                      first,\n                      \"First must be greater than 0\",\n                      _ > 0\n                    )\n          (pageSize, pageTokenParams) <- MonadThrowable[F].fromTry(\n                                          BlockInfoPagination.parsePageToken(first, after)\n                                        )\n          dag <- DagStorage[F].getRepresentation\n          blocksWithOneMoreElem <- dag.getBlockInfosByValidator(\n                                    validator,\n                                    pageSize + 1,\n                                    pageTokenParams.lastTimeStamp,\n                                    pageTokenParams.lastBlockHash\n                                  )\n          (blocks, hasNextPage) = if (blocksWithOneMoreElem.length == pageSize + 1) {\n            (blocksWithOneMoreElem.take(pageSize), true)\n          } else {\n            (blocksWithOneMoreElem, false)\n          }\n          blocksAndMaybeDeploys <- blocks.traverse(\n                                    b =>\n                                      deployStorage\n                                        .getProcessedDeploys(b.getSummary.blockHash)\n                                        .map(l => b -> l.some)\n                                  )\n          endCursor = BlockInfoPagination.createPageToken(\n            blocks.lastOption.map(\n              b =>\n                BlockInfoPageTokenParams(\n                  b.getSummary.getHeader.timestamp,\n                  b.getSummary.blockHash\n                )\n            )\n          )\n          pageInfo = PageInfo(endCursor, hasNextPage)\n          result   = BlocksWithPageInfo(blocksAndMaybeDeploys, pageInfo)\n        } yield result\n      program.unsafeToFuture\n  }\n\n  val accountBalance: AccountKey => Action[Unit, BigInt] = { accountKey =>\n    BlockAPI.accountBalance[F](accountKey).unsafeToFuture\n  }\n\n  val accountDeploys: (AccountKey, Int, String) => Action[Unit, DeployInfosWithPageInfo] = {\n    (accountKey, first, after) =>\n      val program =\n        for {\n          first <- Utils\n                    .check[F, Int](\n                      first,\n                      \"First must be greater than 0\",\n                      _ > 0\n                    )\n          (pageSize, pageTokenParams) <- MonadThrowable[F].fromTry(\n                                          DeployInfoPagination\n                                            .parsePageToken(\n                                              first,\n                                              after\n                                            )\n                                        )\n          accountPublicKeyBs = PublicKey(accountKey)\n          deploysWithOneMoreElem <- DeployStorage[F]\n                                     .reader(deployView)\n                                     .getDeploysByAccount(\n                                       accountPublicKeyBs,\n                                       pageSize + 1,\n                                       pageTokenParams.lastTimeStamp,\n                                       pageTokenParams.lastDeployHash,\n                                       isNext = true\n                                     )\n          (deploys, hasNextPage) = if (deploysWithOneMoreElem.length == pageSize + 1) {\n            (deploysWithOneMoreElem.take(pageSize), true)\n          } else {\n            (deploysWithOneMoreElem, false)\n          }\n          deployInfos <- DeployStorage[F]\n                          .reader(deployView)\n                          .getDeployInfos(deploys)\n          endCursor = DeployInfoPagination.createPageToken(\n            deploys.lastOption.map(\n              d =>\n                DeployInfoPageTokenParams(\n                  d.getHeader.timestamp,\n                  d.deployHash,\n                  isNext = true\n                )\n            )\n          )\n          pageInfo = PageInfo(endCursor, hasNextPage)\n          result   = DeployInfosWithPageInfo(deployInfos, pageInfo)\n        } yield result\n      program.unsafeToFuture\n  }\n\n  val blockTypes =\n    new GraphQLBlockTypes(blockFetcher, blocksByValidator, accountBalance, accountDeploys)\n\n  private def projectionTerms(projections: Vector[ProjectedName]): Set[String] = {\n    def flatToSet(ps: Vector[ProjectedName], acc: Set[String]): Set[String] =\n      if (ps.isEmpty) {\n        acc\n      } else {\n        val h = ps.head\n        flatToSet(ps.tail, acc + h.name) ++ flatToSet(h.children, acc)\n      }\n\n    flatToSet(projections, Set.empty)\n  }\n\n  private def blockView(projections: Vector[ProjectedName]): BlockInfo.View =\n    blockView(projectionTerms(projections))\n\n  private def blockView(terms: Set[String]): BlockInfo.View =\n    if (terms contains \"children\")\n      BlockInfo.View.FULL\n    else\n      BlockInfo.View.BASIC\n\n  private def deployView(projections: Vector[ProjectedName]): Option[DeployInfo.View] =\n    deployView(projectionTerms(projections))\n\n  private def deployView(terms: Set[String]): Option[DeployInfo.View] =\n    if (terms contains \"deploys\") Some(deployView) else None\n\n  def createDeferredResolver = DeferredResolver.fetchers(blockTypes.blockFetcher)\n\n  def createSchema: Schema[Unit, Unit] =\n    Schema(\n      query = ObjectType(\n        \"Query\",\n        fields[Unit, Unit](\n          Field(\n            \"block\",\n            OptionType(blockTypes.BlockType),\n            arguments = blocks.arguments.BlockHashPrefix :: Nil,\n            resolve = Projector { (context, projections) =>\n              (for {\n                blockHashPrefix <- validateBlockHashPrefix[F](\n                                    context.arg(blocks.arguments.BlockHashPrefix),\n                                    ByteString.EMPTY\n                                  )\n                res <- BlockAPI\n                        .getBlockInfoWithDeploysOpt[F](\n                          blockHashBase16 = blockHashPrefix,\n                          maybeDeployView = deployView(projections),\n                          blockView = blockView(projections)\n                        )\n              } yield res).unsafeToFuture\n            }\n          ),\n          Field(\n            \"dagSlice\",\n            ListType(blockTypes.BlockType),\n            arguments = blocks.arguments.Depth :: blocks.arguments.MaxRank :: Nil,\n            resolve = Projector { (context, projections) =>\n              BlockAPI\n                .getBlockInfosWithDeploys[F](\n                  depth = context.arg(blocks.arguments.Depth),\n                  maxRank = context.arg(blocks.arguments.MaxRank),\n                  maybeDeployView = deployView(projections),\n                  blockView = blockView(projections)\n                )\n                .unsafeToFuture\n            }\n          ),\n          Field(\n            \"deploy\",\n            OptionType(blockTypes.DeployInfoType),\n            arguments = blocks.arguments.DeployHash :: Nil,\n            resolve = { c =>\n              (validateDeployHash[F](c.arg(blocks.arguments.DeployHash), ByteString.EMPTY) >>= (\n                  deployHash => BlockAPI.getDeployInfoOpt[F](deployHash, deployView)\n              )).unsafeToFuture\n            }\n          ),\n          Field(\n            \"deploys\",\n            blockTypes.DeployInfosWithPageInfoType,\n            arguments = blocks.arguments.AccountPublicKeyBase16 :: blocks.arguments.First :: blocks.arguments.After :: Nil,\n            resolve = { c =>\n              val accountPublicKeyBase16 = c.arg(blocks.arguments.AccountPublicKeyBase16)\n              val after                  = c.arg(blocks.arguments.After)\n              val first                  = c.arg(blocks.arguments.First)\n              val accountKeyEither = validateAccountPublicKey[Either[Throwable, *]](\n                accountPublicKeyBase16,\n                ByteString.EMPTY\n              ).map(s => ByteString.copyFrom(Base16.decode(s)))\n              accountKeyEither\n                .fold(\n                  e => Action.futureAction(Future.failed[DeployInfosWithPageInfo](e)),\n                  accountKey => accountDeploys(accountKey, first, after)\n                )\n            }\n          ),\n          Field(\n            \"account\",\n            OptionType(blockTypes.AccountType),\n            arguments = blocks.arguments.PublicKey :: Nil,\n            resolve = { c =>\n              val key = c.arg(blocks.arguments.PublicKey)\n              key.tryBase64AndBase16Decode.map(ByteString.copyFrom)\n            }\n          ),\n          Field(\n            \"validator\",\n            OptionType(blockTypes.ValidatorType),\n            arguments = blocks.arguments.PublicKey :: Nil,\n            resolve = { c =>\n              val key = c.arg(blocks.arguments.PublicKey)\n              key.tryBase64AndBase16Decode.map(ByteString.copyFrom)\n            }\n          ),\n          Field(\n            \"globalState\",\n            ListType(OptionType(globalstate.types.StoredValue)),\n            arguments = globalstate.arguments.StateQueryArgument :: blocks.arguments.BlockHashPrefix :: Nil,\n            resolve = { c =>\n              val queries = c.arg(globalstate.arguments.StateQueryArgument).toList\n\n              val program = for {\n                blockHashBase16Prefix <- validateBlockHashPrefix[F](\n                                          c.arg(blocks.arguments.BlockHashPrefix),\n                                          ByteString.EMPTY\n                                        )\n                maybeBlockProps <- BlockAPI\n                                    .getBlockInfoWithDeploysOpt[F](\n                                      blockHashBase16Prefix,\n                                      maybeDeployView = None,\n                                      blockView = BlockInfo.View.BASIC\n                                    )\n                                    .map(_.map {\n                                      case (info, _) =>\n                                        info.getSummary.getHeader.getState.postStateHash ->\n                                          info.getSummary.getHeader.getProtocolVersion\n                                    })\n                values <- maybeBlockProps.fold(List.empty[Option[StoredValueInstance]].pure[F]) {\n                           case (stateHash, protocolVersion) =>\n                             for {\n\n                               values <- queries.traverse {\n                                          query =>\n                                            for {\n                                              key <- Utils.toKey[F](\n                                                      query.keyType,\n                                                      query.key\n                                                    )\n                                              possibleResponse <- ExecutionEngineService[F]\n                                                                   .query(\n                                                                     stateHash,\n                                                                     key,\n                                                                     query.pathSegments,\n                                                                     protocolVersion\n                                                                   )\n                                              possibleInstance = possibleResponse.flatMap { sv =>\n                                                StoredValueInstance\n                                                  .from(sv)\n                                                  .leftMap(\n                                                    err =>\n                                                      SmartContractEngineError(\n                                                        s\"Error during instantiation of $sv: $err\"\n                                                      )\n                                                  )\n                                              }\n                                              value <- MonadThrowable[F]\n                                                        .fromEither(possibleInstance)\n                                                        .map(_.some)\n                                                        .handleError {\n                                                          case SmartContractEngineError(message)\n                                                              if message contains \"Value not found\" =>\n                                                            none[StoredValueInstance]\n                                                        }\n                                            } yield value\n                                        }\n                             } yield values\n                         }\n              } yield values\n              program.unsafeToFuture\n            }\n          )\n        )\n      ),\n      subscription = ObjectType(\n        \"Subscription\",\n        fields[Unit, Unit](\n          Field.subs(\n            \"finalizedBlocks\",\n            blockTypes.BlockType,\n            \"Subscribes to new finalized blocks\".some,\n            resolve = { c =>\n              \/\/ Projectors don't work with Subscriptions\n              val terms = c.query.renderCompact\n                .split(\"[^a-zA-Z0-9]\")\n                .collect {\n                  case s if s.trim.nonEmpty => s.trim\n                }\n                .toSet\n\n              FinalizedBlocksStream[F].subscribe.evalMap { blockHash =>\n                BlockAPI\n                  .getBlockInfoWithDeploys[F](\n                    blockHash = blockHash,\n                    maybeDeployView = deployView(terms),\n                    blockView = blockView(terms)\n                  )\n                  .map(Action(_))\n              }\n            }\n          )\n        )\n      ).some\n    )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/shared\/FatalErrorShutdown.scala","text":"package io.casperlabs.shared\n\nimport cats.effect.Sync\nimport com.google.protobuf.ByteString\nimport io.casperlabs.crypto.codec.Base16\n\nobject FatalError {\n\n  \/** Stop the node because of self equivocation detected.\n    *\n    * NOTE: We are throwing here, instead of raising an error, since raised errors are not being\n    * caught by `UncaughtExceptionHandler` automatically (in contrast to throwing). Even fatal VM errors.\n    * @param blockHash block that created a self equivocation.\n    * @tparam F\n    * @return\n    *\/\n  def selfEquivocationError[F[_]: Sync](blockHash: ByteString): F[Unit] =\n    Sync[F].delay(\n      throw FatalErrorShutdown(\n        s\"Node has detected it's own equivocation with block ${Base16.encode(blockHash.toByteArray).take(10)}\"\n      )\n    )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/TicksSpec.scala","text":"package io.casperlabs.casper.highway\n\nimport org.scalatest._\n\nclass TicksSpec extends FlatSpec with Matchers {\n\n  \"roundLength\" should \"calculate the length as 2^round_exponent\" in {\n    Ticks.roundLength(0) shouldBe 1L\n    Ticks.roundLength(1) shouldBe 2L\n    Ticks.roundLength(2) shouldBe 4L\n  }\n\n  \"nextRound\" should \"give the next available round\" in {\n    val exp   = 4\n    val epoch = Ticks(0L)\n    val next  = Ticks.nextRound(epoch, exp)(_)\n    next(Ticks(15L)) shouldBe 16L\n    next(Ticks(16L)) shouldBe 32L\n    next(Ticks(17L)) shouldBe 32L\n    next(Ticks(32L)) shouldBe 48L\n  }\n\n  it should \"take the epoch into account\" in {\n    val exp   = 3\n    val epoch = Ticks(5L)\n    Ticks.nextRound(epoch, exp)(Ticks(7L)) shouldBe 13L\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/test\/scala\/io\/casperlabs\/node\/configuration\/ChainSpecTest.scala","text":"<gh_stars>1-10\npackage io.casperlabs.node.configuration\n\nimport cats.data.Validated.{Invalid, Valid}\nimport cats.data.ValidatedNel\nimport com.google.protobuf.ByteString\nimport io.casperlabs.crypto.codec.Base64\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.ipc\nimport java.io.File\nimport java.nio.file.Paths\nimport org.scalatest._\nimport scala.io.Source\n\nclass ChainSpecTest extends WordSpecLike with Matchers with Inspectors {\n\n  \"GenesisConf\" should {\n    \"parse a manifest file\" in {\n      val manifest = Source.fromResource(\"test-chainspec\/genesis\/manifest.toml\")\n\n      check(ChainSpec.GenesisConf.parseManifest(manifest)) { conf =>\n        conf.genesis.protocolVersion shouldBe ChainSpec.ProtocolVersion(0, 1, 0)\n        conf.genesis.name shouldBe \"test-chain\"\n        conf.genesis.timestamp shouldBe 1568805354071L\n        conf.genesis.mintCodePath.toString shouldBe \"mint.wasm\"\n        conf.wasmCosts.regular.value shouldBe 1\n        conf.wasmCosts.memInitialPages.value shouldBe 5\n        conf.wasmCosts.opcodesDivisor.value shouldBe 10\n      }\n    }\n\n    \"not parse a manifest with missing fields\" in {\n      val manifest = Source.fromResource(\"test-chainspec-invalids\/genesis-with-missing-fields.toml\")\n\n      checkInvalid(ChainSpec.GenesisConf.parseManifest(manifest)) { errors =>\n        forExactly(1, errors) {\n          _ should (include(\"regular\") and include(\"must be defined\"))\n        }\n        forExactly(1, errors) {\n          _ should (include(\"timestamp\") and include(\"must be defined\"))\n        }\n      }\n    }\n  }\n\n  \"UpgradeConf\" should {\n    \"parse a manifest file with costs\" in {\n      val manifest = Source.fromResource(\"test-chainspec\/upgrade-1\/manifest.toml\")\n\n      check(ChainSpec.UpgradeConf.parseManifest(manifest)) { conf =>\n        conf.upgrade.protocolVersion shouldBe ChainSpec.ProtocolVersion(1, 0, 2)\n        conf.upgrade.activationPointRank shouldBe 20L\n        conf.upgrade.installerCodePath.get.toString shouldBe \"installer.wasm\"\n        conf.wasmCosts should not be empty\n        conf.wasmCosts.get.regular.value shouldBe 21\n        conf.wasmCosts.get.memInitialPages.value shouldBe 25\n        conf.wasmCosts.get.opcodesDivisor.value shouldBe 210\n      }\n    }\n\n    \"parse a manifest file without costs\" in {\n      val manifest = Source.fromResource(\"test-chainspec\/upgrade-2\/manifest.toml\")\n\n      check(ChainSpec.UpgradeConf.parseManifest(manifest)) { conf =>\n        conf.upgrade.activationPointRank shouldBe 30L\n        conf.upgrade.protocolVersion shouldBe ChainSpec.ProtocolVersion(1, 1, 0)\n        conf.upgrade.installerCodePath shouldBe empty\n        conf.wasmCosts shouldBe empty\n      }\n    }\n\n    \"not parse a manifest with missing or partial costs\" in {\n      val manifest = Source.fromResource(\"test-chainspec-invalids\/upgrade-with-missing-fields.toml\")\n\n      checkInvalid(ChainSpec.UpgradeConf.parseManifest(manifest)) { errors =>\n        forExactly(1, errors) {\n          _ should (include(\"activationPointRank\") and include(\"must be defined\"))\n        }\n        forExactly(1, errors) {\n          _ should (include(\"maxStackHeight\") and include(\"must be defined\"))\n        }\n      }\n    }\n  }\n\n  \"ChainSpecReader\" when {\n    \"reading a valid directory\" should {\n      implicit val resolver = FileResolver\n      val readSpec =\n        ChainSpecReader[ipc.ChainSpec]\n          .fromDirectory(Paths.get(\"src\/test\/resources\/test-chainspec\"))\n\n      \"read Genesis\" in {\n        check(readSpec) { spec =>\n          spec.genesis should not be empty\n          spec.upgrades should have size 2\n\n          val genesis = spec.getGenesis\n          genesis.name shouldBe \"test-chain\"\n          genesis.timestamp shouldBe 1568805354071L\n          genesis.getProtocolVersion shouldBe state.ProtocolVersion(0, 1)\n\n          new String(genesis.mintInstaller.toByteArray).trim shouldBe \"mint contract bytes\"\n          new String(genesis.posInstaller.toByteArray).trim shouldBe \"pos contract bytes\"\n\n          val accounts = genesis.accounts\n          accounts should have size 4\n          accounts(0).publicKey shouldBe ByteString.copyFrom(\n            Base64.tryDecode(\"<KEY>).get\n          )\n          accounts(0).getBalance.value shouldBe \"0\"\n          accounts(0).getBalance.bitWidth shouldBe 512\n          accounts(0).getBondedAmount.value shouldBe \"100\"\n          accounts(0).getBondedAmount.bitWidth shouldBe 512\n          accounts(3).getBalance.value shouldBe \"2\"\n\n          val wasmCosts = genesis.getCosts.getWasm\n          wasmCosts.regular shouldBe 1\n          wasmCosts.div shouldBe 2\n          wasmCosts.mul shouldBe 3\n          wasmCosts.mem shouldBe 4\n          wasmCosts.initialMem shouldBe 5\n          wasmCosts.growMem shouldBe 6\n          wasmCosts.memcpy shouldBe 7\n          wasmCosts.maxStackHeight shouldBe 8\n          wasmCosts.opcodesMul shouldBe 9\n          wasmCosts.opcodesDiv shouldBe 10\n        }\n      }\n\n      \"read an upgrade which contains installer and costs\" in {\n        check(readSpec) { spec =>\n          spec.upgrades.size should be >= 1\n\n          val upgrade = spec.upgrades(0)\n          upgrade.getActivationPoint.rank shouldBe 20L\n          upgrade.getProtocolVersion shouldBe state.ProtocolVersion(1, 0, 2)\n\n          new String(upgrade.getUpgradeInstaller.code.toByteArray).trim shouldBe \"installer contract bytes\"\n\n          val wasmCosts = upgrade.getNewCosts.getWasm\n          wasmCosts.regular shouldBe 21\n          wasmCosts.div shouldBe 22\n          wasmCosts.mul shouldBe 23\n          wasmCosts.mem shouldBe 24\n          wasmCosts.initialMem shouldBe 25\n          wasmCosts.growMem shouldBe 26\n          wasmCosts.memcpy shouldBe 27\n          wasmCosts.maxStackHeight shouldBe 28\n          wasmCosts.opcodesMul shouldBe 29\n          wasmCosts.opcodesDiv shouldBe 210\n        }\n      }\n\n      \"read an upgrade which has no installer and no new costs\" in {\n        check(readSpec) { spec =>\n          spec.upgrades.size should be >= 2\n\n          val upgrade = spec.upgrades(1)\n          upgrade.getActivationPoint.rank shouldBe 30L\n          upgrade.getProtocolVersion shouldBe state.ProtocolVersion(1, 1, 0)\n\n          upgrade.upgradeInstaller shouldBe empty\n\n          upgrade.newCosts shouldBe empty\n        }\n      }\n    }\n\n    \"reading from resources\" should {\n      implicit val resolver =\n        new ResourceResolver(dataDir = Paths.get(\"src\/test\/resources\/test-chainspec-overrides\"))\n\n      val readSpec =\n        ChainSpecReader[ipc.ChainSpec]\n          .fromDirectory(Paths.get(\"test-chainspec\"))\n\n      \"read the full chainspec\" in {\n        check(readSpec) { spec =>\n          spec.genesis should not be empty\n          spec.upgrades should have size 2\n        }\n      }\n\n      \"apply file overrides\" in {\n        check(readSpec) { spec =>\n          val accounts = spec.getGenesis.accounts\n          accounts should have size 1\n          accounts(0).getBalance.value shouldBe \"1000\"\n          accounts(0).getBondedAmount.value shouldBe \"100\"\n        }\n      }\n    }\n  }\n\n  \"resolvePath\" should {\n    \"handle relative paths\" in {\n      ChainSpecReader.resolvePath(Paths.get(\"a\/b\"), Paths.get(\"c.wasm\")) shouldBe Paths.get(\n        \"a\/b\/c.wasm\"\n      )\n    }\n    \"handle absolute paths\" in {\n      ChainSpecReader.resolvePath(Paths.get(\"a\/b\"), Paths.get(\"\/d\/c.wasm\")) shouldBe Paths.get(\n        \"\/d\/c.wasm\"\n      )\n    }\n    \"handle paths based on home directory\" in {\n      val path = ChainSpecReader.resolvePath(Paths.get(\"a\/b\"), Paths.get(\"~\/d\/c.wasm\")).toString\n      path should not startWith (\"~\")\n      path should not startWith (\"a\/b\")\n      path should endWith(\"\/d\/c.wasm\")\n    }\n  }\n\n  \"listFilesInResources\" should {\n    \"list changesets in resources\" in {\n      val changesets = ResourceResolver.listFilesInResources(Paths.get(\"test-chainspec\"))\n      changesets.map(_.toString) should contain theSameElementsInOrderAs Seq(\n        \"test-chainspec\/genesis\",\n        \"test-chainspec\/upgrade-1\",\n        \"test-chainspec\/upgrade-2\"\n      )\n    }\n  }\n\n  def check[A](value: ValidatedNel[String, A])(test: A => Unit) =\n    value match {\n      case Invalid(errors) =>\n        fail(errors.toList.mkString(\" \"))\n      case Valid(x) =>\n        test(x)\n    }\n\n  def checkInvalid[A](value: ValidatedNel[String, _])(test: List[String] => Unit) =\n    value match {\n      case Invalid(errors) =>\n        test(errors.toList)\n      case Valid(_) =>\n        fail(\"Expected the value to be invalid.\")\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/deploy\/SQLiteDeployStorageSpec.scala","text":"package io.casperlabs.storage.deploy\n\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.info.DeployInfo\nimport io.casperlabs.crypto.Keys.PublicKey\nimport io.casperlabs.shared.Sorting.byteStringOrdering\nimport io.casperlabs.storage.{SQLiteFixture, SQLiteStorage}\nimport monix.eval.Task\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\n\nimport scala.concurrent.duration._\n\nclass SQLiteDeployStorageSpec\n    extends DeployStorageSpec\n    with SQLiteFixture[(DeployStorageReader[Task], DeployStorageWriter[Task])] {\n\n  override protected def testFixture(\n      test: (DeployStorageReader[Task], DeployStorageWriter[Task]) => Task[Unit],\n      timeout: FiniteDuration = 5.seconds\n  ): Unit = testFixtureWithView(test, timeout, DeployInfo.View.FULL)\n\n  private def testFixtureWithView(\n      test: (DeployStorageReader[Task], DeployStorageWriter[Task]) => Task[Unit],\n      timeout: FiniteDuration = 5.seconds,\n      deployView: DeployInfo.View\n  ): Unit = runSQLiteTest[Unit](createTestResource(deployView), test.tupled, timeout)\n\n  override def db: String = \"\/tmp\/deploy_storage.db\"\n\n  override def numAccounts: Int   = 2\n  override def numValidators: Int = 2\n\n  override def createTestResource: Task[(DeployStorageReader[Task], DeployStorageWriter[Task])] =\n    createTestResource(DeployInfo.View.FULL)\n\n  private def createTestResource(\n      deployView: DeployInfo.View\n  ): Task[(DeployStorageReader[Task], DeployStorageWriter[Task])] =\n    SQLiteStorage\n      .create[Task](readXa = xa, writeXa = xa)\n      .map(s => (s.reader(deployView), s.writer))\n\n  \"SQLiteDeployStorage\" should {\n    \"not fetch the body if it's not asked for\" in forAll(\n      deploysGen(),\n      Gen.oneOf(randomAccounts)\n    ) {\n      case (deploys, accountKey) =>\n        testFixtureWithView(\n          deployView = DeployInfo.View.BASIC,\n          test = { (reader: DeployStorageReader[Task], writer: DeployStorageWriter[Task]) =>\n            val accountDeploysWithoutBody = deploys\n              .filter(_.getHeader.accountPublicKey == accountKey.publicKey)\n              .sortBy(d => (d.getHeader.timestamp, d.deployHash))\n              .reverse\n              .map(_.clearBody)\n\n            for {\n              _ <- writer.addAsPending(deploys)\n              all <- reader.getDeploysByAccount(\n                      PublicKey(accountKey.publicKey),\n                      limit = Int.MaxValue,\n                      lastTimeStamp = Long.MaxValue,\n                      lastDeployHash = ByteString.EMPTY,\n                      isNext = true\n                    )\n              _ = all should contain theSameElementsInOrderAs accountDeploysWithoutBody\n            } yield ()\n          }\n        )\n    }\n\n    \"getDeploysByAccount\" should {\n      \"return the correct paginated list of deploys for the specified account\" in forAll(\n        for {\n          deploys          <- deploysGen()\n          accountKey       <- Gen.oneOf(randomAccounts)\n          accountPublicKey = accountKey.publicKey\n          deploysByAccount = deploys\n            .filter(_.getHeader.accountPublicKey == accountPublicKey)\n            .sortBy(d => (d.getHeader.timestamp, d.deployHash))\n            .reverse\n          offset = if (deploysByAccount.isEmpty) {\n            0\n          } else {\n            scala.util.Random.nextInt(deploysByAccount.size)\n          }\n          limit  <- Gen.choose(0, 100)\n          isNext <- arbitrary[Boolean]\n        } yield (deploys, accountPublicKey, deploysByAccount, offset, limit, isNext)\n      ) {\n        case (deploys, accountPubKey, deploysByAccount, offset, limit, isNext) =>\n          testFixture { (reader, writer) =>\n            val (lastTimeStamp, lastDeployHash) =\n              deploysByAccount\n                .get(offset.toLong)\n                .map(d => (d.getHeader.timestamp, d.deployHash))\n                .getOrElse((Long.MaxValue, ByteString.EMPTY))\n\n            val expectResult = if (isNext) {\n              deploysByAccount.slice(offset + 1, offset + 1 + limit)\n            } else {\n              val reverseOffset = deploysByAccount.size - 1 - offset\n              deploysByAccount.reverse.slice(reverseOffset + 1, reverseOffset + 1 + limit).reverse\n            }\n\n            for {\n              _ <- writer.addAsPending(deploys)\n              all <- reader.getDeploysByAccount(\n                      PublicKey(accountPubKey),\n                      limit,\n                      lastTimeStamp,\n                      lastDeployHash,\n                      isNext\n                    )\n              _ = assert(expectResult == all)\n            } yield ()\n          }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/p2p\/EffectsTestInstances.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.p2p\n\nimport scala.concurrent.duration.{FiniteDuration, MILLISECONDS}\nimport cats._\nimport cats.effect.Sync\nimport cats.implicits._\nimport io.casperlabs.comm.rp._\nimport io.casperlabs.catscontrib._\nimport io.casperlabs.comm._\nimport io.casperlabs.comm.transport._\nimport io.casperlabs.comm.discovery._\nimport io.casperlabs.shared._\nimport logstage.{IzLogger, LogIO}\nimport logstage.UnsafeLogIO.UnsafeLogIOSyncSafeInstance\nimport izumi.logstage.api.logger.LogSink\nimport izumi.logstage.api.rendering.logunits.LogFormat\nimport izumi.logstage.api.{Log => IzLog}\nimport izumi.fundamentals.platform.language.CodePositionMaterializer\nimport izumi.functional.mono.SyncSafe\n\n\/** Eagerly evaluated instances to do reasoning about applied effects *\/\nobject EffectsTestInstances {\n\n  class LogicalTime[F[_]: Sync](init: => Long = 0) extends Time[F] {\n    var clock: Long = init\n\n    def currentMillis: F[Long] = Sync[F].delay {\n      this.clock = clock + 1\n      clock\n    }\n\n    def nanoTime: F[Long] = Sync[F].delay {\n      this.clock = clock + 1\n      clock\n    }\n\n    def sleep(duration: FiniteDuration): F[Unit] = Sync[F].delay(())\n\n    def reset(): Unit = this.clock = init\n  }\n\n  class NodeDiscoveryStub[F[_]: Sync]() extends NodeDiscovery[F] {\n\n    var nodes: List[Node] = List.empty[Node]\n    def reset(): Unit =\n      nodes = List.empty[Node]\n    def recentlyAlivePeersAscendingDistance: F[List[Node]] = Sync[F].delay {\n      nodes\n    }\n    def discover: F[Unit]                           = ???\n    def lookup(id: NodeIdentifier): F[Option[Node]] = ???\n    def banTemp(node: Node): F[Unit]                = ???\n  }\n\n  def createRPConfAsk[F[_]: Applicative](\n      local: Node,\n      defaultTimeout: FiniteDuration = FiniteDuration(1, MILLISECONDS),\n      clearConnections: ClearConnectionsConf = ClearConnectionsConf(1, 1)\n  ) =\n    new ConstApplicativeAsk[F, RPConf](\n      RPConf(local, List(local), defaultTimeout, clearConnections)\n    )\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/gossiping\/RateLimiter.scala","text":"<filename>comm\/src\/main\/scala\/io\/casperlabs\/comm\/gossiping\/RateLimiter.scala\npackage io.casperlabs.comm.gossiping\n\nimport cats.effect._\nimport cats.effect.concurrent._\nimport cats.implicits._\nimport io.casperlabs.comm.ServiceError.ResourceExhausted\n\nimport scala.concurrent.duration.{Duration, FiniteDuration}\nimport upperbound._\n\n\/**\n  * Purely functional rate limiter\n  * @tparam F Effect type (usually IO)\n  * @tparam B Grouping type. Each instance of [[B]] will limit only its own group.\n  *\/\ntrait RateLimiter[F[_], B] {\n\n  \/**\n    * Applies rate limiting algorithm to [[fa]].\n    * Returns the same effect, but can block (semantically, without blocking real threads)\n    * if rate limit exceeded or fail with [[ResourceExhausted]].\n    *\n    * Safe to be invoked concurrently.\n    *\n    * @param fa Effect to rate limit\n    * @param b Serves for grouping [[fa]]'s into rate limiting groups.\n    *          Each group rate limited separately from others.\n    * @param priority Job priority to run,\n    *                 jobs are expected to be sorted in desc order if they are in waiting state\n    * @tparam A Returning value of effect\n    * @return The wrapped effect\n    * @throws ResourceExhausted\n    *\/\n  def await[A](b: B, fa: F[A], priority: Int = 0): F[A]\n}\n\nobject RateLimiter {\n  private type Finalizer[F[_]] = F[Unit]\n\n  \/* Summoner *\/\n  def apply[F[_], B](implicit rt: RateLimiter[F, B]): RateLimiter[F, B] = rt\n\n  \/**\n    *\n    * @param elementsPerPeriod Maximum number of requests per instance of [[B]] in [[period]].\n    *                          Must be > 0.\n    * @param period Time window for calculating rate limiting.\n    *               Must be > Duration.Zero.\n    * @param maxQueueSize Queue size of incoming and delayed effects, if queue is full fails effect with [[ResourceExhausted]].\n    *                     Must be > 0.\n    * @tparam F Effect type (usually IO)\n    * @tparam B Grouping type. Each instance of [[B]] will limit only its own group.\n    * @return RateLimiter\n    *\/\n  def create[F[_]: Concurrent: Timer, B](\n      elementsPerPeriod: Int,\n      period: FiniteDuration,\n      maxQueueSize: Int\n  ): Resource[F, RateLimiter[F, B]] = {\n    require(elementsPerPeriod > 0)\n    require(period > Duration.Zero)\n    require(maxQueueSize > 0)\n\n    val createRateLimiter = Semaphore[F](1L).map { lock =>\n      \/\/ To group limiters and their finalizers by instances of B\n      val limiters =\n        scala.collection.mutable.Map.empty[B, (Limiter[F], Finalizer[F])]\n      Resource.make[F, RateLimiter[F, B]](acquire = Sync[F].delay {\n        new RateLimiter[F, B] {\n          override def await[A](b: B, fa: F[A], priority: Int): F[A] = getOrCreateLimiter(b) >>= {\n            implicit limiter =>\n              Limiter.await(fa, priority).adaptError {\n                case _: LimitReachedException => ResourceExhausted(\"Rate exceeded\")\n              }\n          }\n\n          private def getOrCreateLimiter(b: B): F[Limiter[F]] = lock.withPermit {\n            for {\n              maybeLimiter <- Sync[F].delay(limiters.get(b))\n              (limiter, finalizer) <- maybeLimiter.fold(\n                                       Limiter\n                                         .start[F](Rate(elementsPerPeriod, period), maxQueueSize)\n                                         .allocated\n                                     )(_.pure[F])\n              _ <- Sync[F].delay(limiters += (b -> (limiter -> finalizer)))\n            } yield limiter\n          }\n        }\n      })(\n        release = _ =>\n          lock.withPermit {\n            Sync[F].delay(limiters.values.map(_._2).toList) >>= {\n              _.traverse(_.attempt.void).void\n            }\n          }\n      )\n    }\n    Resource.liftF(createRateLimiter).flatten\n  }\n\n  \/* Does not apply any rate limiting, immediately returns [[fa]] *\/\n  def noOp[F[_], B]: RateLimiter[F, B] = new RateLimiter[F, B] {\n    override def await[A](b: B, fa: F[A], priority: Int = 0): F[A] = fa\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/highway\/MessageProducer.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>0\npackage io.casperlabs.casper.highway\n\nimport cats._\nimport cats.data.NonEmptyList\nimport cats.implicits._\nimport cats.effect.{Clock, Concurrent}\nimport cats.effect.concurrent.Semaphore\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.{DeployFilters, Estimator, ValidatorIdentity}\nimport io.casperlabs.casper.DeploySelection.DeploySelection\nimport io.casperlabs.casper.consensus.{Block, Era}\nimport io.casperlabs.casper.consensus.Block.Justification\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.catscontrib.effect.implicits.fiberSyntax\nimport io.casperlabs.crypto.Keys.{PublicKey, PublicKeyBS}\nimport io.casperlabs.models.Message\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.storage.era.EraStorage\nimport io.casperlabs.storage.dag.{DagRepresentation, DagStorage}\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.deploy.{DeployStorage, DeployStorageReader}\nimport io.casperlabs.casper.util.execengine.ExecEngineUtil\nimport io.casperlabs.casper.util.execengine.ExecEngineUtil.{MergeResult, TransformMap}\nimport io.casperlabs.casper.util.{CasperLabsProtocol, ProtoUtil}\nimport io.casperlabs.casper.util.ProtocolVersions.Config\nimport io.casperlabs.shared.Log\nimport io.casperlabs.shared.Sorting.byteStringOrdering\nimport io.casperlabs.mempool.DeployBuffer\nimport io.casperlabs.smartcontracts.ExecutionEngineService\nimport io.casperlabs.ipc\nimport io.casperlabs.casper.PrettyPrinter\nimport io.casperlabs.casper.dag.DagOperations\nimport io.casperlabs.models.Message.{asMainRank, JRank, MainRank}\nimport io.casperlabs.shared.Sorting._\nimport scala.concurrent.duration._\n\n\/** Produce a signed message, persisted message.\n  * The producer should the thread safe, so that when it's\n  * called from multiple threads to produce ballots in response\n  * to different messages it doesn't create an equivocation.\n  *\/\ntrait MessageProducer[F[_]] {\n  def validatorId: PublicKeyBS\n\n  def ballot(\n      keyBlockHash: BlockHash,\n      roundId: Ticks,\n      target: BlockHash,\n      \/\/ For lambda responses we want to limit the justifications to just direct ones.\n      justifications: Map[PublicKeyBS, Set[BlockHash]]\n  ): F[Message.Ballot]\n\n  \/** Pick whatever secondary parents are compatible with the chosen main parent\n    * and the justifications selected when the caller started their operation,\n    * select deploys from the buffer, and create a (possibly empty) block,\n    * persisting it to the block store.\n    *\/\n  def block(\n      keyBlockHash: BlockHash,\n      roundId: Ticks,\n      mainParent: BlockHash,\n      justifications: Map[PublicKeyBS, Set[BlockHash]],\n      isBookingBlock: Boolean\n  ): F[Message.Block]\n}\n\nobject MessageProducer {\n  def apply[F[_]: Concurrent: Clock: Log: Metrics: DagStorage: BlockStorage: DeployBuffer: DeployStorage: EraStorage: CasperLabsProtocol: ExecutionEngineService: DeploySelection](\n      validatorIdentity: ValidatorIdentity,\n      chainName: String,\n      upgrades: Seq[ipc.ChainSpec.UpgradePoint],\n      onlyTakeOwnLatestFromJustifications: Boolean = false,\n      asyncRequeueOrphans: Boolean = true\n  ): MessageProducer[F] =\n    new MessageProducer[F] {\n      override val validatorId =\n        PublicKey(ByteString.copyFrom(validatorIdentity.publicKey))\n\n      override def ballot(\n          keyBlockHash: BlockHash,\n          roundId: Ticks,\n          target: BlockHash,\n          justifications: Map[PublicKeyBS, Set[BlockHash]]\n      ): F[Message.Ballot] =\n        for {\n          parent        <- BlockStorage[F].getBlockSummaryUnsafe(target)\n          parentMessage <- MonadThrowable[F].fromTry(Message.fromBlockSummary(parent))\n          props         <- messageProps(keyBlockHash, List(parentMessage), justifications)\n          timestamp     <- Clock[F].currentTimeMillis\n\n          signed = ProtoUtil.ballot(\n            props.justifications,\n            parent.getHeader.getState.postStateHash,\n            parent.getHeader.getState.bonds,\n            props.protocolVersion,\n            parent.blockHash,\n            props.validatorSeqNum,\n            props.validatorPrevBlockHash,\n            chainName,\n            timestamp,\n            props.jRank,\n            props.mainRank,\n            validatorIdentity.publicKey,\n            validatorIdentity.privateKey,\n            validatorIdentity.signatureAlgorithm,\n            keyBlockHash,\n            roundId\n          )\n\n          message <- MonadThrowable[F].fromTry(Message.fromBlock(signed))\n\n          _ <- BlockStorage[F].put(signed, transforms = Map.empty)\n\n        } yield message.asInstanceOf[Message.Ballot]\n\n      override def block(\n          keyBlockHash: BlockHash,\n          roundId: Ticks,\n          mainParent: BlockHash,\n          justifications: Map[PublicKeyBS, Set[BlockHash]],\n          isBookingBlock: Boolean\n      ): F[Message.Block] =\n        for {\n          dag          <- DagStorage[F].getRepresentation\n          merged       <- selectParents(dag, keyBlockHash, mainParent, justifications)\n          parentHashes = merged.parents.map(_.blockHash).toSet\n          _            <- startRequeueingOrphanedDeploys(parentHashes)\n          parentMessages <- MonadThrowable[F].fromTry {\n                             merged.parents.toList.traverse(Message.fromBlock(_))\n                           }\n          props     <- messageProps(keyBlockHash, parentMessages, justifications)\n          timestamp <- Clock[F].currentTimeMillis\n\n          remainingHashes <- DeployBuffer[F].remainingDeploys(\n                              dag,\n                              parentHashes,\n                              timestamp,\n                              props.configuration.deployConfig\n                            )\n\n          deployStream = DeployStorageReader[F]\n            .getByHashes(remainingHashes)\n            .through(\n              DeployFilters.Pipes.dependenciesMet[F](dag, parentHashes)\n            )\n\n          checkpoint <- ExecEngineUtil\n                         .computeDeploysCheckpoint[F](\n                           merged,\n                           deployStream,\n                           timestamp,\n                           props.protocolVersion,\n                           props.mainRank,\n                           upgrades\n                         )\n\n          magicBit = scala.util.Random.nextBoolean()\n\n          signed = ProtoUtil.block(\n            props.justifications,\n            checkpoint.preStateHash,\n            checkpoint.postStateHash,\n            checkpoint.bondedValidators,\n            checkpoint.deploysForBlock,\n            props.protocolVersion,\n            merged.parents.map(_.blockHash),\n            props.validatorSeqNum,\n            props.validatorPrevBlockHash,\n            chainName,\n            timestamp,\n            props.jRank,\n            props.mainRank,\n            validatorIdentity.publicKey,\n            validatorIdentity.privateKey,\n            validatorIdentity.signatureAlgorithm,\n            keyBlockHash,\n            roundId,\n            magicBit\n          )\n\n          message <- MonadThrowable[F].fromTry(Message.fromBlock(signed))\n\n          _ <- BlockStorage[F].put(signed, transforms = checkpoint.stageEffects)\n\n        } yield message.asInstanceOf[Message.Block]\n\n      \/\/ NOTE: Currently this will requeue deploys in the background, some will make it, some won't.\n      \/\/ This made sense with the AutoProposer, since a new block could be proposed any time;\n      \/\/ in Highway that's going to the next round, whenever that is.\n      private def startRequeueingOrphanedDeploys(parentHashes: Set[BlockHash]): F[Unit] = {\n        val requeue =\n          DeployBuffer[F].requeueOrphanedDeploys(parentHashes) >>= { requeued =>\n            Log[F].info(s\"Re-queued ${requeued.size} orphaned deploys.\").whenA(requeued.nonEmpty)\n          }\n        if (asyncRequeueOrphans) requeue.forkAndLog.void else requeue\n      }\n\n      private def messageProps(\n          keyBlockHash: BlockHash,\n          parents: Seq[Message],\n          justifications: Map[PublicKeyBS, Set[BlockHash]]\n      ): F[MessageProps] =\n        \/\/ NCB used to filter justifications to be only the bonded ones.\n        \/\/ In Highway, we must include the justifications of the parent era _when_ there's a\n        \/\/ new message that that we haven't included before. Transitive elimination should\n        \/\/ take care of it, eventually, when it's implemented.\n        for {\n          \/\/ NOTE: The validator sequence number restarts in each era, and `justifications`\n          \/\/ can contain entries for the parent era as well as the child.\n          justificationMessages <- justifications.values.flatten.toSet.toList\n                                    .traverse { h =>\n                                      BlockStorage[F]\n                                        .getBlockSummaryUnsafe(h)\n                                        .flatMap { s =>\n                                          MonadThrowable[F].fromTry(Message.fromBlockSummary(s))\n                                        }\n                                    }\n\n          \/\/ Find the latest justification of the validator. They might be eliminated with transitives.\n          validatorLatests = justificationMessages.filter { j =>\n            j.validatorId == validatorId && j.eraId == keyBlockHash\n          }\n\n          \/\/ If they were eliminated we can look them up, as long as we make sure they don't change\n          \/\/ due to concurrency since the time the justifications were collected, otherwise we could\n          \/\/ be equivocating. This, currently, is catered for by a Semaphore in the EraRuntime around\n          \/\/ the use of MessageProducer, which spans the fork choice as well as the block production.\n          ownLatests <- if (validatorLatests.nonEmpty || onlyTakeOwnLatestFromJustifications)\n                         validatorLatests.pure[F]\n                       else {\n                         for {\n                           dag  <- DagStorage[F].getRepresentation\n                           tips <- dag.latestInEra(keyBlockHash)\n                           \/\/ Looking up hashes should be faster than full messages, and the following lookup is cached.\n                           \/\/ Alternatively we could traverse the DAG from the justifications (currently transitions are eliminated).\n                           ownLatestsHashes <- tips.latestMessageHash(validatorId)\n                           ownLatests       <- ownLatestsHashes.toList.traverse(dag.lookupUnsafe)\n                         } yield ownLatests\n                       }\n\n          maybeOwnLatest = Option(ownLatests)\n            .filterNot(_.isEmpty)\n            .map(_.maxBy(_.validatorMsgSeqNum))\n\n          validatorSeqNum        = maybeOwnLatest.fold(1)(_.validatorMsgSeqNum + 1)\n          validatorPrevBlockHash = maybeOwnLatest.fold(ByteString.EMPTY)(_.messageHash)\n\n          \/\/ Genesis is for example not part of the justifications, so to be safe include parents too.\n          jRank           = ProtoUtil.nextJRank(parents ++ justificationMessages)\n          mainRank        = ProtoUtil.nextMainRank(parents.toList)\n          config          <- CasperLabsProtocol[F].configAt(mainRank)\n          protocolVersion <- CasperLabsProtocol[F].versionAt(mainRank)\n        } yield MessageProps(\n          validatorSeqNum,\n          validatorPrevBlockHash,\n          jRank,\n          mainRank,\n          config,\n          protocolVersion,\n          ProtoUtil.toJustification(justificationMessages)\n        )\n    }\n\n  case class MessageProps(\n      validatorSeqNum: Int,\n      validatorPrevBlockHash: BlockHash,\n      jRank: JRank,\n      mainRank: MainRank,\n      configuration: Config,\n      protocolVersion: ProtocolVersion,\n      justifications: Seq[Justification]\n  )\n\n  \/** Pick secondary parents that don't conflict with the already chosen fork choice. *\/\n  def selectParents[F[_]: MonadThrowable: Metrics: BlockStorage: DagStorage: EraStorage](\n      dag: DagRepresentation[F],\n      keyBlockHash: BlockHash,\n      mainParent: BlockHash,\n      justifications: Map[PublicKeyBS, Set[BlockHash]]\n  ): F[MergeResult[TransformMap, Block]] = {\n    \/\/ TODO (CON-627): The merge doesn't deal with ballots that are cast in response to protocol\n    \/\/ messages such as the switch block or lambda message. It wouldn't properly return all possible\n    \/\/ secondary parents. Better would be if the fork choice result already contained them.\n    \/\/ Until that's fixed, and other stuff noted in CON-628, don't use secondary parents at all.\n    val secondaryParentsEnabled = false\n\n    val secondaryCandidates: F[List[BlockHash]] =\n      for {\n        latestMessages <- (mainParent +: justifications.values.flatten.toList)\n                           .traverse(dag.lookupUnsafe(_))\n                           .map(NonEmptyList.fromListUnsafe(_))\n        tips         <- Estimator.tipsOfLatestMessages[F](dag, latestMessages, stopHash = keyBlockHash)\n        equivocators <- collectEquivocators[F](keyBlockHash)\n        \/\/ TODO: There are no scores here for ordering secondary parents. Another reason for the fork choice to give these.\n        secondaries = tips\n          .filterNot(m => equivocators(m.validatorId) || m.messageHash == mainParent)\n          .map(_.messageHash)\n          .sorted\n      } yield secondaries\n\n    for {\n      secondaries <- if (secondaryParentsEnabled) secondaryCandidates else Nil.pure[F]\n      candidates  = NonEmptyList(mainParent, secondaries)\n      blocks      <- candidates.traverse(BlockStorage[F].getBlockUnsafe)\n      merged      <- ExecEngineUtil.merge[F](blocks, dag)\n    } yield merged\n  }\n\n  \/** Gather all the unforgiven equivocators that are in eras between the era of the key block and the era\n    * defined _by_ the keyblock itself (typically that means grandparent, parent and child era).\n    *\/\n  def collectEquivocators[F[_]: MonadThrowable: EraStorage: DagStorage](\n      keyBlockHash: BlockHash\n  ): F[Set[ByteString]] =\n    for {\n      dag               <- DagStorage[F].getRepresentation\n      keyBlocks         <- collectKeyBlocks[F](keyBlockHash)\n      eraLatestMessages <- DagOperations.latestMessagesInEras[F](dag, keyBlocks)\n      equivocators      = eraLatestMessages.map(_._2.filter(_._2.size > 1)).map(_.keySet).flatten.toSet\n    } yield equivocators\n\n  \/** Collects key blocks between an era identified by [[keyBlockHash]] (current era)\n    * and an era in which that key block was created (most probably a grandparent era).\n    *\/\n  def collectKeyBlocks[F[_]: MonadThrowable: DagStorage: EraStorage](\n      keyBlockHash: BlockHash\n  ): F[List[Message.Block]] =\n    for {\n      eras           <- collectEras[F](keyBlockHash)\n      keyBlockHashes = eras.map(_.keyBlockHash)\n      dag            <- DagStorage[F].getRepresentation\n      keyBlocks      <- keyBlockHashes.traverse(dag.lookupBlockUnsafe(_))\n    } yield keyBlocks\n\n  \/** Collects ancestor eras between an era identified by [[keyBlockHash]] (current era)\n    * and an era in which that key block was created (most probably a grandparent era).\n    *\/\n  def collectEras[F[_]: MonadThrowable: EraStorage: DagStorage](\n      keyBlockHash: BlockHash\n  ): F[List[Era]] =\n    for {\n      dag      <- DagStorage[F].getRepresentation\n      keyBlock <- dag.lookupUnsafe(keyBlockHash)\n      startEra <- EraStorage[F].getEraUnsafe(keyBlockHash)\n      eras <- DagOperations\n               .bfTraverseF(List(startEra)) { era =>\n                 List(era.parentKeyBlockHash)\n                   .filterNot(_.isEmpty) \/\/ Don't follow further than Genesis era.\n                   .traverse(EraStorage[F].getEraUnsafe(_))\n               }\n               .takeUntil(_.keyBlockHash == keyBlock.eraId)\n               .toList\n    } yield eras.reverse\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/util\/fileIO\/errors.scala","text":"package io.casperlabs.storage.util.fileIO\n\nimport java.io.{EOFException, FileNotFoundException, IOException}\nimport java.nio.file._\n\nimport cats.Functor\nimport cats.effect.Sync\nimport cats.mtl.FunctorRaise\n\nsealed trait IOError\n\nfinal case class FileSeekFailed(exception: IOException)                     extends IOError\nfinal case class IntReadFailed(exception: IOException)                      extends IOError\nfinal case class ByteArrayReadFailed(exception: IOException)                extends IOError\nfinal case class IntWriteFailed(exception: IOException)                     extends IOError\nfinal case class ByteArrayWriteFailed(exception: IOException)               extends IOError\nfinal case class SetLengthFailed(exception: IOException)                    extends IOError\nfinal case class ClosingFailed(exception: IOException)                      extends IOError\nfinal case class StreamFlushFailed(e: IOException)                          extends IOError\nfinal case class FileNotFound(exception: FileNotFoundException)             extends IOError\nfinal case class FileSecurityViolation(exception: SecurityException)        extends IOError\nfinal case class FileIsNotDirectory(exception: NotDirectoryException)       extends IOError\nfinal case class UnsupportedFileOperation(e: UnsupportedOperationException) extends IOError\nfinal case class IllegalFileOperation(e: IllegalArgumentException)          extends IOError\nfinal case class FileAlreadyExists(e: FileAlreadyExistsException)           extends IOError\nfinal case class DirectoryNotEmpty(e: DirectoryNotEmptyException)           extends IOError\nfinal case class AtomicMoveNotSupported(e: AtomicMoveNotSupportedException) extends IOError\nfinal case class EndOfFile(e: EOFException)                                 extends IOError\nfinal case class StreamWriteFailed(e: IOException)                          extends IOError\nfinal case class FileReadFailed(e: IOException)                             extends IOError\nfinal case class FileWriteFailed(e: IOException)                            extends IOError\nfinal case class UnexpectedIOError(throwable: Throwable)                    extends IOError\nfinal case class UnavailableReferencedCheckpoint(checkpointIndex: Int)      extends IOError\n\nobject IOError {\n  type RaiseIOError[F[_]] = FunctorRaise[F, IOError]\n\n  object RaiseIOError {\n    def apply[F[_]](implicit ev: RaiseIOError[F]): RaiseIOError[F] = ev\n  }\n\n  def raiseIOErrorThroughSync[F[_]: Sync]: FunctorRaise[F, IOError] =\n    new FunctorRaise[F, IOError] {\n      override val functor: Functor[F] =\n        Functor[F]\n\n      override def raise[A](e: IOError): F[A] =\n        Sync[F].raiseError(IOError.ExceptionWrapper(e))\n    }\n\n  final case class ExceptionWrapper(e: IOError) extends Exception {\n    override def getMessage: String =\n      e.message\n  }\n\n  def errorMessage(error: IOError): String =\n    error match {\n      case FileSeekFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"File seek failed: $msg\"\n      case IntReadFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Int read failed: $msg\"\n      case ByteArrayReadFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Byte array read failed: $msg\"\n      case IntWriteFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Int write failed: $msg\"\n      case ByteArrayWriteFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Byte array write failed: $msg\"\n      case SetLengthFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Set file length failed: $msg\"\n      case ClosingFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"File closing failed: $msg\"\n      case StreamFlushFailed(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Stream flush failed: $msg\"\n      case FileNotFound(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"File not found: $msg\"\n      case FileSecurityViolation(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Security manager denied access to file: $msg\"\n      case FileIsNotDirectory(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"File is not a directory: $msg\"\n      case UnsupportedFileOperation(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Unsupported file operation: $msg\"\n      case IllegalFileOperation(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Illegal file operation: $msg\"\n      case FileAlreadyExists(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"File already exists: $msg\"\n      case DirectoryNotEmpty(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Directory is not empty: $msg\"\n      case AtomicMoveNotSupported(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"Atomic move is not supported: $msg\"\n      case EndOfFile(e) =>\n        val msg = Option(e.getMessage).getOrElse(\"\")\n        s\"End of file: $msg\"\n      case UnexpectedIOError(t) =>\n        val msg = Option(t.getMessage).getOrElse(\"\")\n        s\"Unexpected IO error occurred: $msg\"\n      case StreamWriteFailed(t) =>\n        val msg = Option(t.getMessage).getOrElse(\"\")\n        s\"Stream write failed: $msg\"\n      case FileReadFailed(t) =>\n        val msg = Option(t.getMessage).getOrElse(\"\")\n        s\"File read failed: $msg\"\n      case FileWriteFailed(t) =>\n        val msg = Option(t.getMessage).getOrElse(\"\")\n        s\"File write failed: $msg\"\n      case UnavailableReferencedCheckpoint(checkpointIndex) =>\n        s\"Unavailable checkpoint: $checkpointIndex\"\n    }\n\n  implicit class IOErrorToMessage(ioError: IOError) {\n    val message: String = errorMessage(ioError)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/SQLiteStorage.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>0\npackage io.casperlabs.storage\n\nimport java.util.concurrent.TimeUnit\n\nimport cats.effect.Sync\nimport cats.implicits._\nimport doobie.util.transactor.Transactor\nimport io.casperlabs.casper.consensus.info.{BlockInfo, DeployInfo}\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Era}\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.models.Message\nimport io.casperlabs.shared.Time\nimport io.casperlabs.storage.block.{BlockStorage, SQLiteBlockStorage}\nimport io.casperlabs.storage.dag.DagRepresentation.Validator\nimport io.casperlabs.storage.dag._\nimport io.casperlabs.storage.deploy.{\n  DeployStorage,\n  DeployStorageReader,\n  DeployStorageWriter,\n  SQLiteDeployStorage\n}\nimport io.casperlabs.storage.era.{EraStorage, SQLiteEraStorage}\nimport fs2._\n\nobject SQLiteStorage {\n  type CombinedStorage[F[_]] =\n    BlockStorage[F]\n      with DagStorage[F]\n      with DeployStorage[F]\n      with DagRepresentation[F]\n      with FinalityStorage[F]\n      with AncestorsStorage[F]\n      with EraStorage[F]\n\n  def create[F[_]: Sync: Metrics: Time](\n      deployStorageChunkSize: Int = 100,\n      tickUnit: TimeUnit = TimeUnit.MILLISECONDS,\n      readXa: Transactor[F],\n      writeXa: Transactor[F]\n  ): F[CombinedStorage[F]] =\n    create[F](\n      deployStorageChunkSize = deployStorageChunkSize,\n      tickUnit = tickUnit,\n      readXa = readXa,\n      writeXa = writeXa,\n      wrapBlockStorage = (_: BlockStorage[F]).pure[F],\n      wrapDagStorage =\n        (_: DagStorage[F] with DagRepresentation[F] with FinalityStorage[F] with AncestorsStorage[\n          F\n        ]).pure[F]\n    )\n\n  def create[F[_]: Sync: Metrics: Time](\n      deployStorageChunkSize: Int,\n      tickUnit: TimeUnit,\n      readXa: Transactor[F],\n      writeXa: Transactor[F],\n      wrapBlockStorage: BlockStorage[F] => F[BlockStorage[F]],\n      wrapDagStorage: DagStorage[F] with DagRepresentation[F] with FinalityStorage[F] with AncestorsStorage[\n        F\n      ] => F[\n        DagStorage[F] with DagRepresentation[F] with FinalityStorage[F] with AncestorsStorage[\n          F\n        ]\n      ]\n  ): F[CombinedStorage[F]] =\n    for {\n      blockStorage  <- SQLiteBlockStorage.create[F](readXa, writeXa) >>= wrapBlockStorage\n      dagStorage    <- SQLiteDagStorage.create[F](readXa, writeXa) >>= wrapDagStorage\n      deployStorage <- SQLiteDeployStorage.create[F](deployStorageChunkSize, readXa, writeXa)\n      eraStorage    <- SQLiteEraStorage.create[F](tickUnit, readXa, writeXa)\n    } yield new BlockStorage[F]\n      with DagStorage[F]\n      with DeployStorage[F]\n      with DagRepresentation[F]\n      with AncestorsStorage[F]\n      with FinalityStorage[F]\n      with EraStorage[F] {\n\n      override def writer: DeployStorageWriter[F] =\n        deployStorage.writer\n      override def reader(implicit dv: DeployInfo.View): DeployStorageReader[F] =\n        deployStorage.reader\n\n      override def getRepresentation: F[DagRepresentation[F]] = dagStorage.getRepresentation\n\n      override def insert(block: Block): F[DagRepresentation[F]] =\n        dagStorage.insert(block)\n\n      override def checkpoint(): F[Unit] = dagStorage.checkpoint()\n\n      override def clear(): F[Unit] =\n        for {\n          _ <- deployStorage.writer.clear()\n          _ <- dagStorage.clear()\n          _ <- blockStorage.clear()\n        } yield ()\n\n      override def close(): F[Unit] =\n        for {\n          _ <- deployStorage.writer.close()\n          _ <- dagStorage.close()\n          _ <- blockStorage.close()\n        } yield ()\n\n      override def get(\n          blockHash: BlockHash\n      )(implicit dv: DeployInfo.View = DeployInfo.View.FULL): F[Option[BlockMsgWithTransform]] =\n        blockStorage.get(blockHash)\n\n      override def getByPrefix(\n          blockHashPrefix: String\n      )(implicit dv: DeployInfo.View = DeployInfo.View.FULL): F[Option[BlockMsgWithTransform]] =\n        blockStorage.getByPrefix(blockHashPrefix)\n\n      override def isEmpty: F[Boolean] = blockStorage.isEmpty\n\n      override def getBlockInfoByPrefix(blockHashPrefix: String): F[Option[BlockInfo]] =\n        blockStorage.getBlockInfoByPrefix(blockHashPrefix)\n\n      override def getBlockInfo(blockHash: BlockHash): F[Option[BlockInfo]] =\n        blockStorage.getBlockInfo(blockHash)\n\n      override def put(\n          blockHash: BlockHash,\n          blockMsgWithTransform: BlockMsgWithTransform\n      ): F[Unit] =\n        for {\n          _ <- blockMsgWithTransform.blockMessage.fold(().pure[F])(\n                b => deployStorage.writer.addAsExecuted(b) >> dagStorage.insert(b).void\n              )\n          _ <- blockStorage.put(blockHash, blockMsgWithTransform)\n        } yield ()\n\n      override def getBlockSummary(blockHash: BlockHash): F[Option[BlockSummary]] =\n        dagStorage.lookup(blockHash).map(_.map(_.blockSummary))\n\n      override def findBlockHashesWithDeployHashes(\n          deployHashes: List[DeployHash]\n      ): F[Map[DeployHash, Set[BlockHash]]] =\n        blockStorage.findBlockHashesWithDeployHashes(deployHashes)\n\n      override def children(blockHash: BlockHash): F[Set[BlockHash]] =\n        dagStorage.children(blockHash)\n\n      override def justificationToBlocks(blockHash: BlockHash): F[Set[BlockHash]] =\n        dagStorage.justificationToBlocks(blockHash)\n\n      override def lookup(blockHash: BlockHash): F[Option[Message]] =\n        dagStorage.lookup(blockHash)\n\n      override def contains(blockHash: BlockHash): F[Boolean] =\n        dagStorage.contains(blockHash)\n\n      override def topoSort(\n          startBlockNumber: Long,\n          endBlockNumber: Long\n      ): Stream[F, Vector[BlockInfo]] =\n        dagStorage.topoSort(startBlockNumber, endBlockNumber)\n\n      override def topoSort(startBlockNumber: Long): Stream[F, Vector[BlockInfo]] =\n        dagStorage.topoSort(startBlockNumber)\n\n      override def topoSortTail(tailLength: Int): Stream[F, Vector[BlockInfo]] =\n        dagStorage.topoSortTail(tailLength)\n\n      override def getBlockInfosByValidator(\n          validator: Validator,\n          limit: Int,\n          lastTimeStamp: Long,\n          lastBlockHash: BlockHash\n      ) =\n        dagStorage.getBlockInfosByValidator(validator, limit, lastTimeStamp, lastBlockHash)\n\n      override def latestGlobal =\n        dagStorage.getRepresentation.flatMap(_.latestGlobal)\n\n      override def latestInEra(keyBlockHash: BlockHash) =\n        dagStorage.getRepresentation.flatMap(_.latestInEra(keyBlockHash))\n\n      override def addEra(era: Era)               = eraStorage.addEra(era)\n      override def getEra(eraId: BlockHash)       = eraStorage.getEra(eraId)\n      override def getChildEras(eraId: BlockHash) = eraStorage.getChildEras(eraId)\n      override def getChildlessEras               = eraStorage.getChildlessEras\n\n      override def markAsFinalized(\n          mainParent: BlockHash,\n          secondary: Set[BlockHash]\n      ): F[Unit] =\n        dagStorage.markAsFinalized(mainParent, secondary)\n\n      override def getLastFinalizedBlock: F[BlockHash] = dagStorage.getLastFinalizedBlock\n\n      override def isFinalized(block: BlockHash): F[Boolean] =\n        dagStorage.isFinalized(block)\n\n      override implicit val MT: MonadThrowable[F] = Sync[F]\n\n      override def findAncestor(block: BlockHash, distance: Long) =\n        dagStorage.findAncestor(block, distance)\n\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/Weight.scala","text":"package io.casperlabs.models\n\nimport io.casperlabs.casper.consensus.state\n\nobject Weight {\n  object Implicits {\n    implicit class RichBigInt(i: BigInt) {\n      def *(d: Double): BigInt =\n        BigDecimal(i.toDouble * d).setScale(0, BigDecimal.RoundingMode.CEILING).toBigInt\n    }\n  }\n\n  val Zero = BigInt(0)\n\n  def apply(stake: Option[state.BigInt]) =\n    stake.fold(Zero)(x => BigInt(x.value))\n\n  def apply(i: Int) =\n    BigInt(i)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/transport\/Tls.scala","text":"package io.casperlabs.comm.transport\n\nimport io.casperlabs.configuration.{ignore, SubConfig}\nimport io.casperlabs.shared.Resources\nimport java.nio.file.Path\nimport scala.io.Source\n\nfinal case class Tls(\n    \/\/ Intra node.\n    certificate: Path,\n    key: Path,\n    \/\/ Public API.\n    apiCertificate: Path,\n    apiKey: Path\n) extends SubConfig {\n  def readIntraNodeCertAndKey: Tls.CertAndKey =\n    read(certificate, key)\n\n  def readPublicApiCertAndKey: Tls.CertAndKey =\n    read(apiCertificate, apiKey)\n\n  private def read(cp: Path, kp: Path): Tls.CertAndKey = {\n    val c = Resources.withResource(Source.fromFile(cp.toFile))(_.mkString)\n    val k = Resources.withResource(Source.fromFile(kp.toFile))(_.mkString)\n    (c, k)\n  }\n}\n\nobject Tls {\n\n  \/** PEM file contents *\/\n  type CertAndKey = (String, String)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/ScoresSpec.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.highway\n\nimport org.scalatest.{FlatSpec, Matchers}\nimport io.casperlabs.casper.highway.ForkChoice.Scores\nimport com.google.protobuf.ByteString\nimport io.casperlabs.models.{Message, Weight}\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.casper.consensus.{BlockSummary, Signature}\nimport io.casperlabs.casper.highway.mocks.MockBlockDagStorage\nimport io.casperlabs.casper.consensus.Block\nimport monix.eval.Task\nimport io.casperlabs.storage.dag.DagLookup\nimport org.scalatest.compatible.Assertion\nimport io.casperlabs.catscontrib.TaskContrib._\nimport monix.execution.Scheduler.Implicits.global\nimport io.casperlabs.casper.PrettyPrinter\nimport org.scalactic.Prettifier\nimport io.casperlabs.shared.Sorting._\n\nclass ScoresSpec extends FlatSpec with Matchers {\n\n  behavior of \"Scores map\"\n\n  def newVote(rank: Int, parent: BlockHash): Message.Block =\n    Message.Block(\n      randomBlockHash,\n      randomBlockHash,\n      1L,\n      1L,\n      randomBlockHash,\n      parent,\n      Seq.empty,\n      Message.asJRank(rank.toLong),\n      Message.asMainRank(rank.toLong),\n      1,\n      Signature(),\n      BlockSummary(),\n      randomBlockHash\n    )\n\n  def randomBlockHash = ByteString.copyFromUtf8(scala.util.Random.nextString(20))\n\n  implicit def `Int => Weight`(intWeight: Int): Weight = BigInt(intWeight)\n\n  it should \"insert new vote\" in {\n    val vote    = newVote(1, randomBlockHash)\n    val weight  = 10\n    val updated = Scores.init(vote).update(vote, weight)\n    assert(updated.votesAtHeight(vote.jRank) == Map(vote.messageHash -> BigInt(weight)))\n  }\n\n  it should \"update a vote\" in {\n    val vote    = newVote(1, randomBlockHash)\n    val weightA = 10\n    val weightB = 20\n    val updated = Scores.init(vote).update(vote, weightA).update(vote, weightB)\n    assert(updated.votesAtHeight(vote.jRank) == Map(vote.messageHash -> BigInt(weightA + weightB)))\n  }\n\n  it should \"return weight of all votes\" in {\n    val scores: List[Weight] = List.fill(20)(scala.util.Random.nextInt(1000))\n    val flatScoresMap = Scores(\n      Map(\n        1L -> scores.map(w => randomBlockHash -> w).toMap\n      ),\n      0\n    )\n    assert(flatScoresMap.totalWeight == scores.sum)\n\n    val nestedScoresMap = Scores(\n      scores.indices\n        .map(level => level.toLong -> Map(randomBlockHash -> scores(level)))\n        .toMap,\n      0\n    )\n    assert(nestedScoresMap.totalWeight == scores.sum)\n  }\n\n  def createBlock(validator: ByteString, parentHash: ByteString, mainRank: Int): Block =\n    Block()\n      .withBlockHash(randomBlockHash)\n      .update(\n        _.header := Block\n          .Header()\n          .withValidatorPublicKey(validator)\n          .withParentHashes(Seq(parentHash))\n          .withMainRank(mainRank.toLong)\n      )\n\n  val validatorA = randomBlockHash\n  val validatorB = randomBlockHash\n  val validatorC = randomBlockHash\n\n  implicit val byteStringPrettifier = Prettifier {\n    case bs: ByteString => PrettyPrinter.buildString(bs)\n    case other          => Prettifier.default(other)\n  }\n\n  class TipFixture(blocks: List[Block]) {\n    def assertTip(\n        weights: Map[ByteString, Int],\n        startBlock: Block,\n        expectedTip: Message.Block\n    ): Assertion = {\n      val test = for {\n        blockStore                      <- MockBlockDagStorage[Task](startBlock +: blocks: _*)\n        implicit0(dag: DagLookup[Task]) <- blockStore.getRepresentation\n        messageBlocks                   = blocks.map(Message.fromBlock(_).get.asInstanceOf[Message.Block])\n        latestVotes                     = messageBlocks.groupBy(_.validatorId).mapValues(_.maxBy(_.mainRank)).values\n        scoresMap = latestVotes.foldLeft(Scores.init(startBlock)) {\n          case (scores, block) => scores.update(block, weights(block.validatorId))\n        }\n        tip <- scoresMap.tip[Task]\n      } yield assert(tip.messageHash == expectedTip.messageHash)\n\n      test.unsafeRunSync\n    }\n\n  }\n\n  implicit def `proto.Block => Message.Block`(in: Block): Message.Block =\n    Message.fromBlock(in).get.asInstanceOf[Message.Block]\n\n  \/\/ When there's no one with majority of votes we pick one with the highest stake.\n  \/\/ If we still get a tie then we use block hash as tie breaker.\n  import io.casperlabs.casper.dag.DagOperations.bigIntByteStringOrdering\n  def tieBreaker(in: List[Message.Block], weights: Map[ByteString, Int]): Message.Block =\n    in.maxBy(b => BigInt(weights(b.validatorId)) -> b.messageHash)(bigIntByteStringOrdering)\n\n  it should \"return the tip for flat DAG\" in {\n    \/\/    B1\n    \/\/   \/\n    \/\/ A1-A2\n    \/\/   \\\n    \/\/    C1\n    \/\/ All votes are on the same level in the scores map\n\n    val a1 = createBlock(validatorA, randomBlockHash, 1)\n    val a2 = createBlock(validatorA, a1.blockHash, 2)\n    val b1 = createBlock(validatorB, a1.blockHash, 2)\n    val c1 = createBlock(validatorC, a1.blockHash, 2)\n\n    val blocks = List(a2, b1, c1)\n\n    val weights = Map(\n      validatorA -> 7,\n      validatorB -> 5,\n      validatorC -> 3\n    )\n\n    val fixture = new TipFixture(blocks)\n    fixture.assertTip(weights, a1, a2)\n  }\n\n  it should \"return tip for the blockchain\" in {\n    \/\/ a1 <- a2 <- b1 <- c1\n    val a1     = createBlock(validatorA, randomBlockHash, 1)\n    val a2     = createBlock(validatorA, a1.blockHash, 2)\n    val b1     = createBlock(validatorB, a2.blockHash, 3)\n    val c1     = createBlock(validatorC, b1.blockHash, 4)\n    val blocks = List(a2, b1, c1)\n\n    val weightsA = Map(\n      validatorA -> 7,\n      validatorB -> 3,\n      validatorC -> 3\n    )\n\n    val fixtureA = new TipFixture(blocks)\n    fixtureA.assertTip(weightsA, a1, a2)\n\n    \/\/ This weight map will have majority of votes at block b1\n    val weightsB = Map(\n      validatorA -> 10,\n      validatorB -> 20,\n      validatorC -> 10\n    )\n\n    val fixtureB = new TipFixture(blocks)\n    fixtureB.assertTip(weightsB, a1, b1)\n\n    \/\/ This weight map will have majority of votes at block c1\n    val weightsC = Map(\n      validatorA -> 10,\n      validatorB -> 10,\n      validatorC -> 21\n    )\n\n    val fixtureC = new TipFixture(blocks)\n    fixtureC.assertTip(weightsC, a1, c1)\n  }\n\n  it should \"return tip when a tie between uneven branches of the tree\" in {\n    \/\/    b1\n    \/\/   \/\n    \/\/ a1-a2\n    \/\/   \\\n    \/\/    c1-c2-c3\n    \/\/ Here, weight on C's branch has to be propagated to the bottom\n    \/\/ and, weights have to be accumulated across all branches.\n\n    val a1 = createBlock(validatorA, randomBlockHash, 1)\n    val a2 = createBlock(validatorA, a1.blockHash, 2)\n    val b1 = createBlock(validatorB, a1.blockHash, 2)\n    val c1 = createBlock(validatorC, a1.blockHash, 2)\n    val c2 = createBlock(validatorC, c1.blockHash, 3)\n    val c3 = createBlock(validatorC, c2.blockHash, 4)\n\n    val blocks = List(a1, a2, b1, c1, c2, c3)\n\n    \/\/ No validator on its own has majority of votes.\n    val weights: Map[ByteString, Int] = Map(\n      validatorA -> 10,\n      validatorB -> 10,\n      validatorC -> 10\n    )\n\n    val expectedTip = tieBreaker(List(b1, a2, c1), weights)\n\n    val fixture = new TipFixture(blocks)\n    fixture.assertTip(weights, a1, expectedTip)\n  }\n\n  it should \"return correct tip as soon as it has majority of the votes\" in {\n    \/\/    b1\n    \/\/   \/\n    \/\/ a1-a2      a3\n    \/\/   \\        \/\n    \/\/    c1-c2-c3 (has 2\/3 of the votes)\n\n    val weights: Map[ByteString, Int] = Map(\n      validatorA -> 10,\n      validatorB -> 10,\n      validatorC -> 10\n    )\n\n    val a1 = createBlock(validatorA, randomBlockHash, 1)\n    val a2 = createBlock(validatorA, a1.blockHash, 2)\n    val b1 = createBlock(validatorB, a1.blockHash, 2)\n    val c1 = createBlock(validatorC, a1.blockHash, 2)\n    val c2 = createBlock(validatorC, c1.blockHash, 3)\n    val c3 = createBlock(validatorC, c2.blockHash, 4)\n    val a3 = createBlock(validatorA, c3.blockHash, 5)\n\n    val blocks = List(a2, b1, c1, c2, c3, a3)\n\n    val fixture = new TipFixture(blocks)\n    fixture.assertTip(weights, a1, c3)\n  }\n\n  it should \"return correct tip when there's a tie\" in {\n    \/\/    a2-a3\n    \/\/   \/\n    \/\/ a1\n    \/\/   \\\n    \/\/    b1-b2\n\n    val a1 = createBlock(validatorA, randomBlockHash, 1)\n    val a2 = createBlock(validatorA, a1.blockHash, 2)\n    val a3 = createBlock(validatorA, a2.blockHash, 3)\n    val b1 = createBlock(validatorB, a1.blockHash, 2)\n    val b2 = createBlock(validatorB, b1.blockHash, 3)\n\n    val blocks = List(a1, a2, a3, b1, b2)\n\n    \/\/ No validator on its own has majority of votes.\n    val weights: Map[ByteString, Int] = Map(\n      validatorA -> 10,\n      validatorB -> 10\n    )\n\n    val expectedTip = tieBreaker(List(a3, b2), weights)\n\n    val fixture = new TipFixture(blocks)\n    fixture.assertTip(weights, a1, expectedTip)\n  }\n\n  it should \"return correct tip when there's a score tie between uneven branches of the tree\" in {\n    \/\/   a1\n    \/\/  \/\n    \/\/ g\n    \/\/  \\\n    \/\/   b1 - b2\n    \/\/\n    \/\/ Even though there's a tie between a1 and b1\n    \/\/ it doesn't matter since we start assigning weights \"from the top\"\n    \/\/ where b2 gets 50% of all weights and is \"alone\" at that level.\n\n    val g  = createBlock(validatorA, randomBlockHash, 0)\n    val a1 = createBlock(validatorA, g.blockHash, 1)\n    val b1 = createBlock(validatorB, g.blockHash, 1)\n    val b2 = createBlock(validatorB, b1.blockHash, 2)\n\n    val blocks = List(g, a1, b1, b2)\n\n    \/\/ No validator on its own has majority of votes.\n    val weights: Map[ByteString, Int] = Map(\n      validatorA -> 10,\n      validatorB -> 10\n    )\n\n    val fixture = new TipFixture(blocks)\n    fixture.assertTip(weights, g, b2)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"node\/src\/main\/scala\/io\/casperlabs\/node\/api\/Utils.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.node.api\n\nimport cats.implicits._\nimport cats.Monad\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.crypto.hash.Blake2b256\n\nimport scala.util.Try\n\nobject Utils {\n  def check[F[_]: MonadThrowable, A](\n      str: A,\n      desc: String,\n      cond: A => Boolean\n  ): F[A] =\n    MonadThrowable[F]\n      .raiseError[A](new IllegalArgumentException(s\"$desc\"))\n      .whenA(!cond(str))\n      .as(str)\n\n  \/\/ The API accepts base16 in case we want to use them in RESTful URLs but also raw bytes,\n  \/\/ to make it less cumbersome for clients. Use whihever is present.\n  private def fallback(hashBase16: String, hash: ByteString) =\n    if (hashBase16.isEmpty) Base16.encode(hash.toByteArray) else hashBase16\n\n  def validateBlockHashPrefix[F[_]: MonadThrowable](\n      prefixBase16: String,\n      prefix: ByteString,\n      adaptError: PartialFunction[Throwable, Throwable] = PartialFunction.empty\n  ): F[String] =\n    Utils\n      .check[F, String](\n        fallback(prefixBase16, prefix),\n        \"BlockHash prefix must be >= 4 and <= 64 base16 characters (2 to 32 bytes) long\",\n        _.matches(\"[a-f0-9]{4,64}\")\n      )\n      .adaptErr(adaptError)\n\n  def validateDeployHash[F[_]: MonadThrowable](\n      hashBase16: String,\n      hash: ByteString,\n      adaptError: PartialFunction[Throwable, Throwable] = PartialFunction.empty\n  ): F[String] =\n    Utils\n      .check[F, String](\n        fallback(hashBase16, hash),\n        \"DeployHash must be 64 base16 characters (32 bytes) long\",\n        _.matches(\"[a-f0-9]{64}\")\n      )\n      .adaptError(adaptError)\n\n  def validateAccountPublicKey[F[_]: MonadThrowable](\n      keyBase16: String,\n      key: ByteString,\n      adaptError: PartialFunction[Throwable, Throwable] = PartialFunction.empty\n  ): F[String] =\n    Utils\n      .check[F, String](\n        fallback(keyBase16, key),\n        \"AccountPublicKey must be 64 base16 characters (32 bytes) long\",\n        _.matches(\"[a-f0-9]{64}\")\n      )\n      .adaptError(adaptError)\n\n  def toKey[F[_]: Monad](keyType: String, keyValue: String)(\n      implicit appErr: MonadThrowable[F]\n  ): F[state.Key] = {\n    val keyBytes = ByteString.copyFrom(Base16.decode(keyValue))\n    keyType.toLowerCase match {\n      case \"hash\" =>\n        keyBytes.size match {\n          case 32 => state.Key(state.Key.Value.Hash(state.Key.Hash(keyBytes))).pure[F]\n          case n =>\n            appErr.raiseError(\n              new IllegalArgumentException(\n                s\"Key of type hash must have exactly 32 bytes, $n =\/= 32 provided.\"\n              )\n            )\n        }\n      case \"uref\" =>\n        keyBytes.size match {\n          case 32 => state.Key(state.Key.Value.Uref(state.Key.URef(keyBytes))).pure[F]\n          case n =>\n            appErr.raiseError(\n              new IllegalArgumentException(\n                s\"Key of type uref must have exactly 32 bytes, $n =\/= 32 provided.\"\n              )\n            )\n        }\n      case \"address\" =>\n        keyBytes.size match {\n          case 32 => state.Key(state.Key.Value.Address(state.Key.Address(keyBytes))).pure[F]\n          case n =>\n            appErr.raiseError(\n              new IllegalArgumentException(\n                s\"Key of type address must have exactly 32 bytes, $n =\/= 32 provided.\"\n              )\n            )\n        }\n      case \"local\" =>\n        for {\n          (seed, bytes) <- appErr\n                            .fromTry {\n                              Try(keyValue.split(':').map(Base16.decode(_)))\n                                .filter(_.length == 2)\n                                .map(arr => (arr(0), arr(1)))\n                            }\n                            .handleErrorWith(\n                              _ =>\n                                appErr.raiseError(\n                                  new IllegalArgumentException(\n                                    \"Expected local key encoded as {seed}:{rest}. Where both seed and rest parts are hex encoded.\"\n                                  )\n                                )\n                            )\n          _ <- appErr\n                .raiseError(\n                  new IllegalArgumentException(\"Seed of Local key has to be exactly 32 bytes long.\")\n                )\n                .whenA(seed.length != 32)\n        } yield {\n          \/\/ This is what EE does when creating local key address.\n          val hash = Blake2b256.hash(bytes)\n          state.Key(state.Key.Value.Local(state.Key.Local(ByteString.copyFrom(seed ++ hash))))\n        }\n      case _ =>\n        appErr.raiseError(\n          new IllegalArgumentException(\n            s\"Key variant $keyType not valid. Must be one of hash, uref, address.\"\n          )\n        )\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/main\/scala\/io\/casperlabs\/storage\/dag\/FinalityStorage.scala","text":"<gh_stars>0\npackage io.casperlabs.storage.dag\n\nimport io.casperlabs.metrics.Metered\nimport io.casperlabs.storage.BlockHash\nimport simulacrum.typeclass\n\n@typeclass trait FinalityStorageReader[F[_]] {\n  def isFinalized(block: BlockHash): F[Boolean]\n\n  \/** Returns last finalized block.\n    *\n    * A block with the highest rank from the main chain.\n    *\/\n  def getLastFinalizedBlock: F[BlockHash]\n}\n\n@typeclass trait FinalityStorage[F[_]] extends FinalityStorageReader[F] {\n  def markAsFinalized(mainParent: BlockHash, secondary: Set[BlockHash]): F[Unit]\n}\n\nobject FinalityStorage {\n\n  trait MeteredFinalityStorage[F[_]] extends FinalityStorage[F] with Metered[F] {\n    abstract override def markAsFinalized(\n        mainParent: BlockHash,\n        secondary: Set[BlockHash]\n    ): F[Unit] =\n      incAndMeasure(\"markAsFinalized\", super.markAsFinalized(mainParent, secondary))\n\n    abstract override def isFinalized(block: BlockHash): F[Boolean] =\n      incAndMeasure(\"isFinalized\", super.isFinalized(block))\n\n    abstract override def getLastFinalizedBlock: F[BlockHash] =\n      incAndMeasure(\"getLastFinalizedBlock\", super.getLastFinalizedBlock)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/bytesrepr\/FromBytes.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.models.bytesrepr\n\nimport cats.arrow.FunctionK\nimport cats.data.StateT\nimport cats.free.Free\nimport cats.implicits._\nimport io.casperlabs.catscontrib.RangeOps.FoldM\nimport java.nio.charset.StandardCharsets\nimport scala.util.{Failure, Success, Try}\nimport scala.util.Try\nimport simulacrum.typeclass\n\n@typeclass trait FromBytes[T] {\n  def fromBytes(\n      bytes: BytesView\n  ): Either[FromBytes.Error, (T, BytesView)]\n}\n\nobject FromBytes {\n  \/\/ Algebra defining operations used in de-serialization\n  sealed trait Algebra[A]\n  \/\/ Do nothing\n  case object Id extends Algebra[Unit]\n  \/\/ Take the first byte from the view\n  case class Pop(bytes: BytesView) extends Algebra[(BytesView, Byte)]\n  \/\/ create a new view from the first `n` bytes\n  case class Take(n: Int, bytes: BytesView) extends Algebra[(BytesView, BytesView)]\n  \/\/ raise an error\n  case class Raise[A](error: Error) extends Algebra[A]\n\n  \/\/ The context for de-serialization is the free monad over our algebra (gives\n  \/\/ stack safety). The state for the computation is `BytesView`. The return value\n  \/\/ is of type `A`.\n  type Deserializer[A] = StateT[Free[Algebra, *], BytesView, A]\n\n  \/\/ Given a deserializer and some bytes, attempt to parse a value of type A\n  def deserialize[A](des: Deserializer[A], bytes: Array[Byte]): Either[Error, A] =\n    des.run(BytesView(bytes)).foldMap(interpreter).flatMap {\n      case (rem, _) if rem.nonEmpty => Left(Error.LeftOverBytes)\n      case (_, a)                   => Right(a)\n    }\n\n  \/\/ Lift basic operations of the algebra as Deserializers\n  val id: Deserializer[Unit]                  = StateT.liftF(Free.liftF(Id))\n  val byte: Deserializer[Byte]                = StateT(bytes => Free.liftF(Pop(bytes)))\n  def take(n: Int): Deserializer[BytesView]   = StateT(bytes => Free.liftF(Take(n, bytes)))\n  def raise[A](error: Error): Deserializer[A] = StateT.liftF(Free.liftF(Raise[A](error)))\n\n  \/\/ Convenience function for defining Deserializers outside this package without importing StateT\n  def pure[A](a: A): Deserializer[A] = StateT.pure(a)\n\n  \/\/ get the current state of the bytes stream (without modifying it)\n  val getState: Deserializer[BytesView] = StateT.get\n\n  \/\/ Catch exceptions in the Monad of our Deserializer\n  private def attempt[A](block: => A): Free[Algebra, A] = Try(block) match {\n    case Success(a)   => Free.pure(a)\n    case Failure(err) => Free.liftF(Raise(Error.FormatException(err.getMessage)))\n  }\n\n  val bool: Deserializer[Boolean] =\n    byte.flatMap {\n      case tag if tag == Constants.Boolean.TRUE_TAG  => pure(true)\n      case tag if tag == Constants.Boolean.FALSE_TAG => pure(false)\n      case other =>\n        raise(Error.FormatException(s\"Byte $other could not be interpreted as a boolean\"))\n    }\n\n  val int: Deserializer[Int] = take(4).flatMapF(view => attempt(view.toByteBuffer.getInt))\n\n  val long: Deserializer[Long] = take(8).flatMapF(view => attempt(view.toByteBuffer.getLong))\n\n  val bigInt: Deserializer[BigInt] =\n    byte.flatMap {\n      case numBytes if numBytes < 0 =>\n        raise(Error.FormatException(\"Negative number of BigInt Bytes\"))\n\n      case 0 => pure(BigInt(0))\n\n      case numBytes =>\n        take(numBytes.toInt).flatMapF { littleEndian =>\n          val bigEndian = littleEndian.toArray.reverse\n          \/\/ we prepend a 0 to indicate that the value is positive\n          \/\/ (otherwise you can end up with weird things like 255 will deserialize to -1)\n          attempt(BigInt(0.toByte +: bigEndian))\n        }\n    }\n\n  val unit: Deserializer[Unit] = id\n\n  val bytes: Deserializer[Array[Byte]] =\n    for {\n      size        <- int\n      stateLength <- getState.map(_.length)\n      view <- if (size < 0) raise(Error.FormatException(\"Negative length of ByteArray\"))\n             else if (size > stateLength)\n               raise(\n                 Error.FormatException(\n                   s\"Size of ByteArray $size is greater than the number of remaining bytes $stateLength\"\n                 )\n               )\n             else take(size)\n    } yield view.toArray\n\n  val string: Deserializer[String] =\n    bytes.flatMapF(chars => attempt(new String(chars.toArray, StandardCharsets.UTF_8)))\n\n  \/\/ Pass in `desA` lazily for stack safety when recursively chaining Deserializers.\n  \/\/ It is also more efficient in the None case because we do not evaluate `desA`.\n  def option[A](desA: => Deserializer[A]): Deserializer[Option[A]] =\n    byte.flatMap {\n      case tag if tag == Constants.Option.NONE_TAG =>\n        pure(none[A])\n\n      case tag if tag == Constants.Option.SOME_TAG =>\n        desA.map(_.some)\n\n      case other =>\n        raise(Error.InvalidVariantTag(other, \"Option\"))\n    }\n\n  def fixedSeq[A](desA: => Deserializer[A], size: Int): Deserializer[Seq[A]] =\n    (0 until size)\n      .foldLeft(pure(IndexedSeq.empty[A])) {\n        case (acc, _) =>\n          acc.flatMap { xs =>\n            desA.map(a => xs :+ a)\n          }\n      }\n      .map(_.toSeq)\n\n  def seq[A](desA: => Deserializer[A]): Deserializer[Seq[A]] =\n    for {\n      size        <- int\n      stateLength <- getState.map(_.length)\n      xs <- if (size < 0) raise(Error.FormatException(\"Negative length of Sequence\"))\n           else if (size > stateLength)\n             raise(\n               Error.FormatException(\n                 s\"Size of Sequence $size is greater than the number of remaining bytes $stateLength\"\n               )\n             )\n           else fixedSeq(desA, size)\n\n    } yield xs\n\n  def either[A, B](desA: => Deserializer[A], desB: => Deserializer[B]): Deserializer[Either[A, B]] =\n    byte.flatMap {\n      case tag if tag == Constants.Either.LEFT_TAG =>\n        desA.map(a => Left(a).rightCast[B])\n\n      case tag if tag == Constants.Either.RIGHT_TAG =>\n        desB.map(b => Right(b).leftCast[A])\n\n      case other =>\n        raise(Error.InvalidVariantTag(other, \"Either\"))\n    }\n\n  def map[A, B](desA: => Deserializer[A], desB: => Deserializer[B]): Deserializer[Map[A, B]] =\n    seq(tuple2(desA, desB)).map(_.toMap)\n\n  def tuple1[A](desA: => Deserializer[A]): Deserializer[Tuple1[A]] =\n    for {\n      _ <- id \/\/ put a flatMap before `desA` so that it will not be immediately evaluated\n      a <- desA\n    } yield Tuple1(a)\n\n  def tuple2[A, B](desA: => Deserializer[A], desB: => Deserializer[B]): Deserializer[(A, B)] =\n    for {\n      _ <- id\n      a <- desA\n      b <- desB\n    } yield (a, b)\n\n  def tuple3[A, B, C](\n      desA: => Deserializer[A],\n      desB: => Deserializer[B],\n      desC: Deserializer[C]\n  ): Deserializer[(A, B, C)] =\n    for {\n      _ <- id\n      a <- desA\n      b <- desB\n      c <- desC\n    } yield (a, b, c)\n\n  \/\/ interpreter for our algebra converting each operation into a result\n  val interpreter: FunctionK[Algebra, Either[Error, *]] =\n    new FunctionK[Algebra, Either[Error, *]] {\n      def apply[A](instruction: Algebra[A]): Either[Error, A] = instruction match {\n        case Pop(bytes) =>\n          bytes.pop match {\n            case None         => Left(Error.NotEnoughBytes)\n            case Some(result) => Right(result)\n          }\n\n        case Take(n, bytes) =>\n          bytes.safeTake(n) match {\n            case None         => Left(Error.NotEnoughBytes)\n            case Some(result) => Right(result)\n          }\n\n        case Raise(err) => Left(err)\n\n        case Id => Right(())\n      }\n    }\n\n  sealed trait Error\n  object Error {\n    case object LeftOverBytes                                 extends Error\n    case object NotEnoughBytes                                extends Error\n    case class InvalidVariantTag(tag: Byte, typeName: String) extends Error\n    case class FormatException(message: String)               extends Error\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/TickUtils.scala","text":"package io.casperlabs.casper.highway\n\nimport cats._\nimport cats.implicits._\nimport cats.effect.{Clock, Concurrent, Sync, Timer}\nimport cats.effect.concurrent.Ref\nimport monix.execution.ExecutionModel\nimport monix.execution.schedulers.TestScheduler\nimport java.util.Calendar\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\nimport scala.concurrent.duration._\n\ntrait TickUtils {\n  def dateTimestamp(y: Int, m: Int, d: Int): Timestamp = {\n    val c = Calendar.getInstance\n    c.clear()\n    c.set(y, m - 1, d)\n    Timestamp(c.getTimeInMillis)\n  }\n\n  def days(d: Long)                = d.days\n  def hours(h: Long)               = h.hours\n  def date(y: Int, m: Int, d: Int) = Instant.ofEpochMilli(dateTimestamp(y, m, d))\n\n  object TestClock {\n    \/\/ Strangely if I returned just a `new Clock` it would conflict with the\n    \/\/ default `implicit def defaultClock` in tests that want to shadow it,\n    \/\/ but if it's a class then it's happy.\n    class Mock[F[_]: Applicative](protected val now: Ref[F, Instant]) extends Clock[F] {\n      override def realTime(unit: TimeUnit): F[Long] =\n        now.get.map(t => unit.convert(t.toEpochMilli, MILLISECONDS))\n\n      override def monotonic(unit: TimeUnit): F[Long] =\n        ???\n    }\n\n    class AdjustableMock[F[_]: Sync](now: Ref[F, Instant]) extends Mock[F](now) {\n      def set(t: Instant): F[Unit] = now.set(t)\n    }\n\n    \/** A clock that keeps serving the same time. *\/\n    def frozen[F[_]: Sync](t: Instant) = new Mock[F](Ref.unsafe(t))\n\n    \/** A clock we can move. *\/\n    def adjustable[F[_]: Sync](t: Instant) = new AdjustableMock[F](Ref.unsafe(t))\n  }\n\n  \/** Create a TestScheduler adjusted to a given tick in time that we can use with\n    * wall clock time based eras. Adjustments can be made with `ctx.setInstant` or `ctx.tick`.\n    *\/\n  implicit class TestSchedulerCompanionOps(typ: TestScheduler.type) {\n    def fromInstant(t: Instant): TestScheduler = {\n      val ctx = TestScheduler()\n      ctx.tick(t.toEpochMilli.millis)\n      ctx\n    }\n  }\n\n  implicit class TestSchedulerOps(ctx: TestScheduler) {\n\n    \/** Set the clock forward and execute all queued tasks. *\/\n    def forwardTo(t: Instant): Unit = {\n      val currentMillis = ctx.clockRealTime(TimeUnit.MILLISECONDS)\n      val delay         = t.toEpochMilli - currentMillis\n      assert(delay >= 0, \"Cannot wind the clock backwards!\")\n      ctx.tick(delay.millis)\n    }\n  }\n\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/scalatestcontrib.scala","text":"package io.casperlabs.casper\n\nimport cats.Monad\nimport cats.syntax.functor._\nimport io.casperlabs.catscontrib.TaskContrib.TaskOps\nimport io.casperlabs.shared.LogStub\nimport monix.execution.Scheduler\nimport monix.eval.Task\nimport org.scalatest.{Assertion, Assertions, Matchers}\nimport org.scalactic.source\n\nobject scalatestcontrib extends Matchers with Assertions {\n  implicit class AnyShouldF[F[_]: Monad, T](leftSideValue: F[T])(implicit pos: source.Position) {\n    def shouldBeF(value: T): F[Assertion] =\n      leftSideValue.map(_ shouldBe value)\n  }\n\n  def effectTest[T](f: Task[T])(implicit scheduler: Scheduler): T =\n    f.unsafeRunSync(scheduler)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/gossiping\/synchronization\/InitialSynchronization.scala","text":"package io.casperlabs.comm.gossiping.synchronization\n\nimport cats.Parallel\nimport cats.effect._\nimport cats.effect.implicits._\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.BlockSummary\nimport io.casperlabs.catscontrib.MonadThrowable\nimport io.casperlabs.comm.discovery.NodeUtils.showNode\nimport io.casperlabs.comm.discovery.{Node, NodeDiscovery}\nimport io.casperlabs.comm.gossiping.Utils.hex\nimport io.casperlabs.comm.gossiping.synchronization.InitialSynchronization.SynchronizationError\nimport io.casperlabs.comm.gossiping._\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.shared.Log\nimport io.casperlabs.shared.IterantOps.RichIterant\n\nimport scala.concurrent.duration.FiniteDuration\n\ntrait InitialSynchronization[F[_]] {\n\n  \/**\n    * Synchronizes the node with the last tips.\n    *\n    * @return Handle which will be resolved when node is considered to be fully synced\n    *\/\n  def sync(): F[WaitHandle[F]]\n}\n\nobject InitialSynchronization {\n  final case class SynchronizationError() extends Exception\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"crypto\/src\/main\/scala\/io\/casperlabs\/crypto\/codec\/Base16.scala","text":"package io.casperlabs.crypto.codec\n\nobject Base16 {\n  def encode(input: Array[Byte]): String = bytes2hex(input, None)\n\n  \/* Filters input from invalid characters *\/\n  def decode(input: String): Array[Byte] = {\n    val paddedInput =\n      if (input.length % 2 == 0) input\n      else \"0\" + input\n\n    hex2bytes(paddedInput)\n  }\n\n  \/* Fails if can't decode, expects fully correct Base-16 String *\/\n  def tryDecode(input: String): Option[Array[Byte]] =\n    try {\n      Option(input.sliding(2, 2).toArray.map(Integer.parseInt(_, 16).toByte))\n    } catch {\n      case _: Throwable => None\n    }\n\n  private def bytes2hex(bytes: Array[Byte], sep: Option[String]): String =\n    bytes.map(\"%02x\".format(_)).mkString(sep.getOrElse(\"\"))\n\n  private def hex2bytes(hex: String): Array[Byte] =\n    hex.replaceAll(\"[^0-9A-Fa-f]\", \"\").sliding(2, 2).toArray.map(Integer.parseInt(_, 16).toByte)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/test\/scala\/io\/casperlabs\/models\/ArbitraryConsensus.scala","text":"package io.casperlabs.models\n\nimport cats._\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus._\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.crypto.Keys.PrivateKey\nimport io.casperlabs.crypto.hash.Blake2b256\nimport io.casperlabs.crypto.signatures.SignatureAlgorithm.Ed25519\nimport io.casperlabs.shared.Sorting.jRankOrdering\nimport org.scalacheck.{Arbitrary, Gen, Shrink}\n\nimport scala.collection.JavaConverters._\nimport io.casperlabs.casper.consensus.state.ProtocolVersion\n\ntrait ArbitraryConsensus {\n  import Arbitrary.arbitrary\n\n  \/**\n    * Needed for traversing collections like {{{(xs: List[Int]).traverse(_ => Gen.choose(1, 10))}}}\n    *\/\n  implicit val applicativeGen: Applicative[Gen] = new Applicative[Gen] {\n    override def pure[A](x: A): Gen[A] = Gen.const(x)\n\n    override def ap[A, B](ff: Gen[A => B])(fa: Gen[A]): Gen[B] =\n      fa.flatMap(a => ff.map(f => f(a)))\n  }\n\n  case class ConsensusConfig(\n      \/\/ Number of blocks in the DAG. 0 means no limit.\n      dagSize: Int = 0,\n      \/\/ Max depth of DAG. 0 means no limit.\n      dagDepth: Int = 0,\n      \/\/ Number of parents in each generation.\n      dagWidth: Int = 1,\n      \/\/ How much parents should have each children.\n      dagBranchingFactor: Int = 5,\n      \/\/ Maximum size of code in blocks. Slow to generate.\n      maxSessionCodeBytes: Int = 500 * 1024,\n      maxPaymentCodeBytes: Int = 100 * 1024,\n      minSessionCodeBytes: Int = 0,\n      minPaymentCodeBytes: Int = 0\n  )\n\n  def genBytes(length: Int): Gen[ByteString] =\n    Gen.listOfN(length, arbitrary[Byte]).map { bytes =>\n      ByteString.copyFrom(bytes.toArray)\n    }\n\n  \/\/ A generators .sample.get can sometimes return None, but these examples have no reason to not generate a result,\n  \/\/ so defend against that and retry if it does happen.\n  def sample[T](g: Gen[T]): T = {\n    def loop(i: Int): T = {\n      assert(i > 0, \"Should be able to generate a sample.\")\n      g.sample.fold(loop(i - 1))(identity)\n    }\n    loop(10)\n  }\n\n  def sample[T](implicit a: Arbitrary[T]): T = sample(arbitrary[T])\n\n  protected def protoHash[T <: scalapb.GeneratedMessage](proto: T): ByteString =\n    ByteString.copyFrom(Blake2b256.hash(proto.toByteArray))\n\n  val genHash = genBytes(32)\n  val genKey  = genBytes(32)\n\n  protected case class AccountKeys(privateKey: ByteString, publicKey: ByteString) {\n    def sign(data: ByteString): Signature = {\n      val sig = Ed25519.sign(data.toByteArray, PrivateKey(privateKey.toByteArray))\n      Signature(\"ed25519\", ByteString.copyFrom(sig))\n    }\n  }\n\n  protected val genAccountKeys: Gen[AccountKeys] =\n    Gen.delay(Gen.const(Ed25519.newKeyPair match {\n      case (privateKey, publicKey) =>\n        AccountKeys(ByteString.copyFrom(privateKey), ByteString.copyFrom(publicKey))\n    }))\n\n  \/\/ Override these before generating values if you want more or less random account keys.\n  def numAccounts: Int   = 10\n  def numValidators: Int = 10\n\n  protected lazy val randomAccounts   = sample(Gen.listOfN(numAccounts, genAccountKeys))\n  protected lazy val randomValidators = sample(Gen.listOfN(numValidators, genKey))\n\n  implicit val arbProtocolVersion: Arbitrary[ProtocolVersion] = Arbitrary {\n    for {\n      major <- Gen.choose(0, 3)\n      minor <- Gen.choose(0, 15)\n      patch <- Gen.choose(0, 9)\n    } yield {\n      ProtocolVersion(major, minor, patch)\n    }\n  }\n\n  implicit val arbSignature: Arbitrary[Signature] = Arbitrary {\n    for {\n      alg <- Gen.oneOf(\"ed25519\", \"secp256k1\")\n      sig <- genHash\n    } yield {\n      Signature(alg, sig)\n    }\n  }\n\n  implicit val arbApproval: Arbitrary[Approval] = Arbitrary {\n    for {\n      pk  <- genKey\n      sig <- arbitrary[Signature]\n    } yield Approval().withApproverPublicKey(pk).withSignature(sig)\n  }\n\n  implicit val arbBond: Arbitrary[Bond] = Arbitrary {\n    for {\n      pk    <- genKey\n      stake <- arbitrary[Long]\n    } yield Bond()\n      .withValidatorPublicKey(pk)\n      .withStake(state.BigInt(stake.toString, bitWidth = 512))\n  }\n\n  implicit def arbBlock(implicit c: ConsensusConfig): Arbitrary[Block] = Arbitrary {\n    for {\n      summary <- arbitrary[BlockSummary]\n      block   <- genBlockFromSummary(summary)\n    } yield block\n  }\n\n  implicit val arbJustification: Arbitrary[Block.Justification] = Arbitrary {\n    for {\n      blockHash <- genHash\n      validator <- Gen.oneOf(randomValidators)\n    } yield Block.Justification(validator, blockHash)\n  }\n\n  implicit val arbBlockHeader: Arbitrary[Block.Header] = Arbitrary {\n    for {\n      parentCount        <- Gen.choose(1, 5)\n      parentHashes       <- Gen.listOfN(parentCount, genHash)\n      justificationCount <- Gen.choose(1, 5)\n      justifications     <- Gen.listOfN(justificationCount, arbJustification.arbitrary)\n      deployCount        <- Gen.choose(1, 10)\n      bodyHash           <- genHash\n      preStateHash       <- genHash\n      postStateHash      <- genHash\n      validatorPublicKey <- Gen.oneOf(randomValidators)\n      protocolVersion    <- arbitrary[ProtocolVersion]\n    } yield {\n      Block\n        .Header()\n        .withParentHashes(parentHashes)\n        .withState(Block.GlobalState(preStateHash, postStateHash, Seq.empty))\n        .withDeployCount(deployCount)\n        .withValidatorPublicKey(validatorPublicKey)\n        .withBodyHash(bodyHash)\n        .withProtocolVersion(protocolVersion)\n        .withJustifications(justifications)\n    }\n  }\n\n  implicit val arbBlockSummary: Arbitrary[BlockSummary] = Arbitrary {\n    for {\n      blockHash <- genHash\n      header    <- arbitrary[Block.Header]\n      signature <- arbitrary[Signature]\n    } yield {\n      BlockSummary()\n        .withBlockHash(blockHash)\n        .withHeader(header)\n        .withSignature(signature)\n    }\n  }\n\n  implicit def arbDeploy(implicit c: ConsensusConfig): Arbitrary[Deploy] = Arbitrary {\n    for {\n      accountKeys     <- Gen.oneOf(randomAccounts)\n      timeToLive      <- Gen.option(Gen.choose(1 * 60 * 60 * 1000, 24 * 60 * 60 * 1000))\n      age             <- Gen.choose(0, timeToLive getOrElse 24 * 60 * 60 * 1000)\n      timestamp       = System.currentTimeMillis - age\n      gasPrice        <- arbitrary[Long]\n      sessionCode     <- Gen.choose(0, c.maxSessionCodeBytes).flatMap(genBytes(_))\n      paymentCode     <- Gen.choose(0, c.maxPaymentCodeBytes).flatMap(genBytes(_))\n      numDependencies <- Gen.chooseNum(0, 10)\n      dependencies    <- Gen.listOfN(numDependencies, genHash)\n      body = Deploy\n        .Body()\n        .withSession(Deploy.Code().withWasm(sessionCode))\n        .withPayment(Deploy.Code().withWasm(paymentCode))\n      bodyHash = protoHash(body)\n      header = Deploy\n        .Header()\n        .withAccountPublicKey(accountKeys.publicKey)\n        .withTimestamp(timestamp)\n        .withGasPrice(gasPrice)\n        .withBodyHash(bodyHash)\n        .withDependencies(dependencies)\n        .withTtlMillis(timeToLive.getOrElse(0))\n      deployHash = protoHash(header)\n      signature  = accountKeys.sign(deployHash)\n      deploy = Deploy()\n        .withDeployHash(deployHash)\n        .withHeader(header)\n        .withBody(body)\n        .withApprovals(\n          List(\n            Approval()\n              .withApproverPublicKey(header.accountPublicKey)\n              .withSignature(signature)\n          )\n        )\n    } yield deploy\n  }\n\n  implicit def arbProcessedDeploy(implicit c: ConsensusConfig): Arbitrary[Block.ProcessedDeploy] =\n    Arbitrary {\n      for {\n        deploy  <- arbitrary[Deploy]\n        isError <- arbitrary[Boolean]\n        cost    <- arbitrary[Long]\n        stage   <- Gen.choose(0, 5)\n      } yield {\n        Block\n          .ProcessedDeploy()\n          .withDeploy(deploy)\n          .withStage(stage)\n          .withCost(cost)\n          .withIsError(isError)\n          .withErrorMessage(if (isError) \"Kaboom!\" else \"\")\n      }\n    }\n\n  \/\/ Used to generate a DAG of blocks if we need them.\n  \/\/ It's backwards but then the DAG of summaries doesn't need to spend time generating bodies.\n  private def genBlockFromSummary(summary: BlockSummary)(implicit c: ConsensusConfig): Gen[Block] =\n    for {\n      deploys   <- Gen.listOfN(summary.deployCount, arbitrary[Block.ProcessedDeploy])\n      timestamp = deploys.map(_.getDeploy.getHeader.timestamp).maximumOption.getOrElse(0L)\n    } yield {\n      Block()\n        .withBlockHash(summary.blockHash)\n        .withHeader(summary.getHeader.withTimestamp(timestamp))\n        .withBody(Block.Body(deploys))\n        .withSignature(summary.getSignature)\n    }\n\n  \/** Grow a DAG by adding layers on top of the tips. *\/\n  def genSummaryDagFromGenesis(implicit c: ConsensusConfig): Gen[Vector[BlockSummary]] = {\n    def loop(\n        acc: Vector[BlockSummary],\n        tips: Set[BlockSummary]\n    ): Gen[Vector[BlockSummary]] = {\n      \/\/ Each child will choose some parents and some justifications from the tips.\n      val genChild =\n        for {\n          parents        <- Gen.choose(1, tips.size).flatMap(Gen.pick(_, tips))\n          justifications <- Gen.someOf(tips -- parents)\n          block          <- arbitrary[BlockSummary]\n        } yield {\n          val header = block.getHeader\n            .withParentHashes(parents.map(_.blockHash))\n            .withJustifications(justifications.toSeq.map { j =>\n              Block.Justification(\n                latestBlockHash = j.blockHash,\n                validatorPublicKey = j.validatorPublicKey\n              )\n            })\n            .withJRank((parents ++ justifications).map(_.jRank).max + 1)\n            .withMainRank(parents.head.mainRank + 1)\n          block.withHeader(header)\n        }\n\n      val genChildren =\n        for {\n          growth   <- Gen.frequency((1, 0), (2, 1), (3, 2), (3, 3), (2, 4), (1, 5))\n          children <- Gen.listOfN(growth, genChild)\n        } yield children\n\n      \/\/ Continue until no children were generated or we reach maximum height.\n      genChildren.flatMap { children =>\n        val parentHashes = children.flatMap(_.parentHashes).toSet\n        val stillTips    = tips.filterNot(tip => parentHashes(tip.blockHash))\n        val nextTips     = stillTips ++ children\n        val nextAcc      = acc ++ children\n        c.dagSize match {\n          case 0 if children.isEmpty           => Gen.const(nextAcc)\n          case n if 0 < n && n <= nextAcc.size => Gen.const(nextAcc.take(n))\n          case _                               => loop(nextAcc, nextTips)\n        }\n      }\n    }\n    \/\/ Always start from the Genesis block.\n    arbitrary[BlockSummary] map { summary =>\n      summary\n        .update(_.header.parentHashes := Seq.empty)\n        .update(_.header.justifications := Seq.empty)\n        .update(_.header.jRank := 0)\n        .update(_.header.mainRank := 0)\n        .update(_.header.validatorPublicKey := ByteString.EMPTY)\n        .clearSignature\n    } flatMap { genesis =>\n      loop(Vector(genesis), Set(genesis))\n    }\n  }\n\n  def genBlockDagFromGenesis(implicit c: ConsensusConfig): Gen[Vector[Block]] =\n    for {\n      summaries <- genSummaryDagFromGenesis\n      blocks    <- Gen.sequence(summaries.map(genBlockFromSummary))\n    } yield blocks.asScala.toVector\n\n  \/**\n    * Generates partial (no genesis) DAG starting from newest element.\n    * Possible example:\n    *          *  (newest)\n    *         * *\n    *         * *\n    *         * *\n    *         * * (oldest)\n    *\/\n  def genPartialDagFromTips(implicit c: ConsensusConfig): Gen[Vector[BlockSummary]] = {\n\n    def pair(child: BlockSummary, parents: Seq[BlockSummary]): BlockSummary =\n      child.withHeader(\n        child.getHeader\n          .withParentHashes(parents.map(_.blockHash))\n          .withJustifications(parents.map { j =>\n            Block.Justification(\n              latestBlockHash = j.blockHash,\n              validatorPublicKey = j.validatorPublicKey\n            )\n          })\n      )\n\n    def loop(\n        acc: Vector[BlockSummary],\n        children: Vector[BlockSummary],\n        depth: Int\n    ): Gen[Vector[BlockSummary]] =\n      if (depth > c.dagDepth) {\n        Gen.const(acc ++ children)\n      } else {\n        for {\n          parents <- Gen\n                      .listOfN(\n                        math.min(\n                          c.dagWidth,\n                          math.pow(c.dagBranchingFactor.toDouble, depth.toDouble).toInt\n                        ),\n                        arbitrary[BlockSummary]\n                      )\n                      .map(\n                        _.map(\n                          s =>\n                            s.withHeader(\n                              s.getHeader\n                                .withParentHashes(Seq.empty)\n                                .withJustifications(Seq.empty)\n                                .withJRank((c.dagDepth - depth).toLong)\n                            )\n                        )\n                      )\n          updatedChildren = children.map { child =>\n            pair(child, parents)\n          }\n          res <- loop(acc ++ updatedChildren, parents.toVector, depth + 1)\n        } yield res\n      }\n\n    arbitrary[BlockSummary].flatMap { newest =>\n      loop(\n        Vector.empty,\n        Vector(\n          newest.withHeader(\n            newest.getHeader\n              .withParentHashes(Seq.empty)\n              .withJustifications(Seq.empty)\n              .withJRank(c.dagDepth.toLong)\n          )\n        ),\n        1\n      )\n    }\n  }\n\n  implicit val arbEra: Arbitrary[Era] = Arbitrary {\n    for {\n      keyBlockHash       <- genHash\n      bookingBlockHash   <- genHash\n      parentKeyBlockHash <- Gen.oneOf(Gen.const(ByteString.EMPTY), genHash)\n      length             <- Gen.choose(1, 168).map(_ * 60 * 60 * 1000)\n      now                = System.currentTimeMillis\n      startTick          <- Gen.choose(now - length, now)\n      endTick            = startTick + length\n      bonds              <- arbitrary[List[Bond]]\n      seed               <- genHash\n    } yield {\n      Era()\n        .withKeyBlockHash(keyBlockHash)\n        .withParentKeyBlockHash(parentKeyBlockHash)\n        .withBookingBlockHash(bookingBlockHash)\n        .withStartTick(startTick)\n        .withEndTick(endTick)\n        .withBonds(bonds)\n        .withLeaderSeed(seed)\n    }\n  }\n\n  \/\/ It doesn't make sense to shrink DAGs because the default shrink\n  \/\/ will most likely get rid of parents, and make any derived selections\n  \/\/ invalid too.\n  implicit val noShrinkBlockDag: Shrink[Vector[Block]]               = Shrink(_ => Stream.empty)\n  implicit val noShrinkBlockSummaryDag: Shrink[Vector[BlockSummary]] = Shrink(_ => Stream.empty)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/metrics\/Metered.scala","text":"package io.casperlabs.metrics\n\nimport cats.Apply\nimport cats.syntax.apply._\n\nimport io.casperlabs.metrics.implicits._\n\nimport scala.language.higherKinds\n\ntrait Metered[F[_]] {\n  implicit val m: Metrics[F]\n  implicit val ms: Metrics.Source\n  implicit val a: Apply[F]\n\n  def incAndMeasure[A](name: String, fa: F[A]): F[A] =\n    m.incrementCounter(name) *> fa.timer(s\"$name-time\")\n\n  def incAndMeasure[A](name: String, fs: fs2.Stream[F, A]): fs2.Stream[F, A] =\n    fs2.Stream.eval(m.incrementCounter(name)) >> fs.timer(s\"$name-time\")\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/grpcmonix\/GrpcMonix.scala","text":"package io.casperlabs.grpcmonix\n\nimport cats.Id\nimport com.google.common.util.concurrent.ListenableFuture\nimport scala.concurrent.Future\nimport scala.util.control.NonFatal\nimport io.casperlabs.shared.Log\nimport io.grpc.stub.StreamObserver\nimport monix.eval.Task\nimport monix.execution._\nimport monix.execution.Ack.{Continue, Stop}\nimport monix.reactive.Observable\nimport monix.reactive.Observable.Operator\nimport monix.reactive.observers.Subscriber\nimport monix.reactive.subjects.PublishSubject\nimport org.reactivestreams.{Subscriber => SubscriberR}\nimport scalapb.grpc.Grpc\n\nobject GrpcMonix extends Log.LogId {\n\n  type GrpcOperator[I, O] = StreamObserver[O] => StreamObserver[I]\n  type Transformer[I, O]  = Observable[I] => Observable[O]\n\n  def guavaFutureToMonixTask[T](future: ListenableFuture[T]): Task[T] =\n    Task.deferFuture {\n      Grpc.guavaFuture2ScalaFuture(future)\n    }\n\n  def grpcOperatorToMonixOperator[I, O](grpcOperator: GrpcOperator[I, O]): Operator[I, O] = {\n    outputSubsriber: Subscriber[O] =>\n      val outputObserver: StreamObserver[O] = monixSubscriberToGrpcObserver(outputSubsriber)\n      val inputObserver: StreamObserver[I]  = grpcOperator(outputObserver)\n      grpcObserverToMonixSubscriber(inputObserver, outputSubsriber.scheduler)\n  }\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.NonUnitStatements\"))\n  def monixSubscriberToGrpcObserver[T](subscriber: Subscriber[T]): StreamObserver[T] =\n    new StreamObserver[T] {\n      override def onError(t: Throwable): Unit = subscriber.onError(t)\n      override def onCompleted(): Unit         = subscriber.onComplete()\n      override def onNext(value: T): Unit      = subscriber.onNext(value)\n    }\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.NonUnitStatements\"))\n  def reactiveSubscriberToGrpcObserver[T](subscriber: SubscriberR[_ >: T]): StreamObserver[T] =\n    new StreamObserver[T] {\n      override def onError(t: Throwable): Unit = subscriber.onError(t)\n      override def onCompleted(): Unit         = subscriber.onComplete()\n      override def onNext(value: T): Unit      = subscriber.onNext(value)\n    }\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.NonUnitStatements\"))\n  def grpcObserverToMonixSubscriber[T](observer: StreamObserver[T], s: Scheduler): Subscriber[T] =\n    new Subscriber[T] {\n      override implicit def scheduler: Scheduler = s\n      override def onError(t: Throwable): Unit   = observer.onError(t)\n      override def onComplete(): Unit            = observer.onCompleted()\n      override def onNext(value: T): Future[Ack] =\n        try {\n          observer.onNext(value)\n          Continue\n        } catch {\n          case NonFatal(e) =>\n            observer.onError(e)\n            Stop\n        }\n    }\n\n  def grpcObserverToMonixCallback[T](observer: StreamObserver[T]): Callback[Throwable, T] =\n    new Callback[Throwable, T] {\n      override def onError(t: Throwable): Unit = observer.onError(t)\n      override def onSuccess(value: T): Unit =\n        try {\n          observer.onNext(value)\n          observer.onCompleted()\n        } catch {\n          case NonFatal(e) => Log[Id].warn(s\"Failed to send a response: ${e.getMessage}\")\n        }\n    }\n\n  def liftByGrpcOperator[I, O](\n      observable: Observable[I],\n      operator: GrpcOperator[I, O]\n  ): Observable[O] =\n    observable.liftByOperator(\n      grpcOperatorToMonixOperator(operator)\n    )\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.NonUnitStatements\"))\n  def unliftByTransformer[I, O](\n      transformer: Transformer[I, O],\n      subscriber: Subscriber[O]\n  ): Subscriber[I] =\n    new Subscriber[I] {\n      private[this] val subject = PublishSubject[I]()\n      transformer(subject).subscribe(subscriber)\n\n      override implicit def scheduler: Scheduler = subscriber.scheduler\n      override def onError(t: Throwable): Unit   = subject.onError(t)\n      override def onComplete(): Unit            = subject.onComplete()\n      override def onNext(value: I): Future[Ack] = subject.onNext(value)\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/package.scala","text":"package io.casperlabs\n\npackage object models {\n  type Weight = BigInt\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/mocks\/MockForkChoice.scala","text":"<reponame>hnjolles1\/CasperLabs\npackage io.casperlabs.casper.highway.mocks\n\nimport cats._\nimport cats.implicits._\nimport cats.effect._\nimport cats.effect.concurrent.Ref\nimport io.casperlabs.models.Message\nimport io.casperlabs.storage.BlockHash\nimport io.casperlabs.casper.highway.{ForkChoice, ForkChoiceManager}\n\nclass MockForkChoice[F[_]: Applicative](\n    resultRef: Ref[F, ForkChoice.Result],\n    maybeFun: Option[MockForkChoice.ForkChoiceFun]\n) extends ForkChoiceManager[F] {\n  override def fromKeyBlock(keyBlockHash: BlockHash): F[ForkChoice.Result] =\n    maybeFun.fold(resultRef.get)(_(keyBlockHash, Set.empty).pure[F])\n\n  override def fromJustifications(\n      keyBlockHash: BlockHash,\n      justifications: Set[BlockHash]\n  ): F[ForkChoice.Result] =\n    maybeFun.fold(resultRef.get)(_(keyBlockHash, justifications).pure[F])\n\n  def updateLatestMessage(\n      keyBlockHash: BlockHash,\n      message: Message\n  ): F[Unit] = message match {\n    case block: Message.Block => set(block).void\n    case _: Message.Ballot    => ().pure[F]\n  }\n\n  def set(result: ForkChoice.Result): F[Unit] =\n    resultRef.set(result)\n\n  def set(block: Message.Block): F[Message.Block] =\n    resultRef.set(ForkChoice.Result(block, Set.empty)).as(block)\n}\n\nobject MockForkChoice {\n  type ForkChoiceFun = (BlockHash, Set[BlockHash]) => ForkChoice.Result\n\n  def apply[F[_]: Sync](init: Message.Block, f: Option[ForkChoiceFun] = None) =\n    Sync[F].delay(unsafe(init, f))\n\n  def unsafe[F[_]: Sync](init: Message.Block, f: Option[ForkChoiceFun] = None) = {\n    val ref = Ref.unsafe[F, ForkChoice.Result](ForkChoice.Result(init, Set.empty))\n    new MockForkChoice[F](ref, f)\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"shared\/src\/main\/scala\/io\/casperlabs\/catscontrib\/effect\/implicits\/package.scala","text":"package io.casperlabs.catscontrib.effect\n\nimport cats._\nimport cats.data.EitherT\nimport cats.effect.ExitCase.{Completed, Error}\nimport cats.effect._\nimport io.casperlabs.catscontrib.{FiberSyntax, MonadThrowable}\nimport monix.eval.{Task, TaskLift}\n\nimport scala.util.control.NonFatal\nimport scala.util.{Failure, Success, Try}\nimport io.casperlabs.shared.Log\n\npackage object implicits {\n\n  implicit def fiberSyntax[A, F[_]: Concurrent: Log: MonadThrowable](fa: F[A]): FiberSyntax[F, A] =\n    new FiberSyntax(fa)\n\n  \/\/ We should only really use this in tests, if possible, since Sync for Id is not lawful.\n  \/\/ For example `MonadThrowable[Id].raiseError(...).whenA(x < 0)` would throw before it got to `whenA`,\n  \/\/ and it obviously can't suspend any computation (which we may not mind in tests).\n  implicit val syncId: Sync[Id] =\n    new Sync[Id] {\n      def pure[A](x: A): cats.Id[A] = x\n\n      def handleErrorWith[A](fa: cats.Id[A])(f: Throwable => cats.Id[A]): cats.Id[A] =\n        try {\n          fa\n        } catch {\n          case NonFatal(e) => f(e)\n        }\n\n      @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n      def raiseError[A](e: Throwable): cats.Id[A] = throw e\n\n      def flatMap[A, B](fa: cats.Id[A])(f: A => cats.Id[B]): cats.Id[B] =\n        catsInstancesForId.flatMap(fa)(f)\n\n      def tailRecM[A, B](a: A)(f: A => cats.Id[Either[A, B]]): cats.Id[B] =\n        catsInstancesForId.tailRecM(a)(f)\n\n      @SuppressWarnings(Array(\"org.wartremover.warts.Throw\"))\n      def bracketCase[A, B](acquire: A)(use: A => B)(release: (A, ExitCase[Throwable]) => Unit): B =\n        Try(use(acquire)) match {\n          case Success(result) =>\n            release(acquire, ExitCase.Completed)\n            result\n\n          case Failure(e) =>\n            release(acquire, ExitCase.error(e))\n            throw e\n        }\n\n      def suspend[A](thunk: => A): A = thunk\n    }\n\n  implicit val bracketTry: Bracket[Try, Throwable] = new Bracket[Try, Throwable] {\n    private val trySyntax = cats.implicits.catsStdInstancesForTry\n\n    override def bracketCase[A, B](\n        acquire: Try[A]\n    )(use: A => Try[B])(release: (A, ExitCase[Throwable]) => Try[Unit]): Try[B] =\n      acquire.flatMap(\n        resource =>\n          trySyntax\n            .attempt(use(resource))\n            .flatMap((result: Either[Throwable, B]) => {\n              val releaseEff =\n                result match {\n                  case Left(err) => release(resource, Error(err))\n                  case Right(_)  => release(resource, Completed)\n                }\n\n              trySyntax.productR(releaseEff)(result.toTry)\n            })\n      )\n\n    override def raiseError[A](e: Throwable): Try[A] = trySyntax.raiseError[A](e)\n\n    override def handleErrorWith[A](fa: Try[A])(f: Throwable => Try[A]): Try[A] =\n      trySyntax.handleErrorWith(fa)(f)\n\n    override def pure[A](x: A): Try[A] = trySyntax.pure(x)\n\n    override def flatMap[A, B](fa: Try[A])(f: A => Try[B]): Try[B] = trySyntax.flatMap(fa)(f)\n\n    override def tailRecM[A, B](a: A)(f: A => Try[Either[A, B]]): Try[B] = trySyntax.tailRecM(a)(f)\n  }\n\n  implicit def taskLiftEitherT[F[_]: TaskLift: Functor, E] = new TaskLift[EitherT[F, E, ?]] {\n    override def apply[A](task: Task[A]): EitherT[F, E, A] =\n      EitherT.liftF[F, E, A](TaskLift[F].apply(task))\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/rp\/RPConf.scala","text":"<filename>comm\/src\/main\/scala\/io\/casperlabs\/comm\/rp\/RPConf.scala\npackage io.casperlabs.comm.rp\n\nimport scala.concurrent.duration._\nimport io.casperlabs.comm.discovery.Node\n\nfinal case class RPConf(\n    local: Node,\n    bootstraps: List[Node],\n    defaultTimeout: FiniteDuration,\n    clearConnections: ClearConnectionsConf\n)\nfinal case class ClearConnectionsConf(maxNumOfConnections: Int, numOfConnectionsPinged: Int)\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"models\/src\/main\/scala\/io\/casperlabs\/models\/cltype\/SemVer.scala","text":"package io.casperlabs.models.cltype\n\nimport io.casperlabs.models.bytesrepr.{BytesView, FromBytes, ToBytes}\n\ncase class SemVer(major: Int, minor: Int, patch: Int)\n\nobject SemVer {\n  implicit val toBytesSemVer: ToBytes[SemVer] = new ToBytes[SemVer] {\n    override def toBytes(v: SemVer): Array[Byte] =\n      ToBytes.toBytes(v.major) ++ ToBytes.toBytes(v.minor) ++ ToBytes.toBytes(v.patch)\n  }\n\n  val deserializer: FromBytes.Deserializer[SemVer] =\n    for {\n      major <- FromBytes.int\n      minor <- FromBytes.int\n      patch <- FromBytes.int\n    } yield SemVer(major, minor, patch)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/mempool\/DeployBuffer.scala","text":"<filename>casper\/src\/main\/scala\/io\/casperlabs\/mempool\/DeployBuffer.scala\npackage io.casperlabs.mempool\n\nimport cats._\nimport cats.implicits._\nimport io.casperlabs.casper.DeployFilters.filterDeploysNotInPast\nimport io.casperlabs.casper.Estimator.BlockHash\nimport io.casperlabs.casper.{DeployEventEmitter, DeployFilters, DeployHash, PrettyPrinter}\nimport io.casperlabs.casper.consensus.Deploy\nimport io.casperlabs.casper.util.ProtoUtil\nimport io.casperlabs.casper.validation.Validation\nimport io.casperlabs.catscontrib.{Fs2Compiler, MonadThrowable}\nimport io.casperlabs.ipc.ChainSpec.DeployConfig\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.metrics.implicits._\nimport io.casperlabs.storage.deploy.{DeployStorage, DeployStorageReader, DeployStorageWriter}\n\nimport scala.concurrent.duration.FiniteDuration\nimport io.casperlabs.shared.Log\nimport io.casperlabs.storage.block.BlockStorage\nimport io.casperlabs.storage.dag.{DagRepresentation, DagStorage}\nimport simulacrum.typeclass\n\n@typeclass trait DeployBuffer[F[_]] {\n\n  \/** If a deploy is valid (according to node rules), adds is the deploy buffer.\n    * Otherwise returns an error.\n    *\/\n  def addDeploy(d: Deploy): F[Either[Throwable, Unit]]\n\n  \/** Returns deploys that are not present in the p-past-cone of chosen parents. *\/\n  def remainingDeploys(\n      dag: DagRepresentation[F],\n      parents: Set[BlockHash],\n      timestamp: Long,\n      deployConfig: DeployConfig\n  ): F[Set[DeployHash]]\n\n  \/** If another node proposed a block which orphaned something proposed by this node,\n    * and we still have these deploys in the `processedDeploys` buffer then put them\n    * back into the `pendingDeploys` so that the `AutoProposer` can pick them up again. *\/\n  def requeueOrphanedDeploys(\n      tips: Set[BlockHash]\n  ): F[Set[DeployHash]]\n\n  \/** Remove deploys from the buffer which are included in blocks that are finalized.\n    * Those deploys won't be requeued anymore. *\/\n  def removeFinalizedDeploys(\n      lfbs: Set[BlockHash]\n  ): F[Unit]\n\n  \/** Discard deploys and emit the necessary events. *\/\n  def discardDeploys(\n      deploysWithReasons: List[(DeployHash, String)]\n  ): F[Unit]\n\n  \/** Discard deploys that sat in the buffer for too long. *\/\n  def discardExpiredDeploys(\n      expirationPeriod: FiniteDuration\n  ): F[Unit]\n}\n\nobject DeployBuffer {\n  implicit val DeployBufferMetricsSource: Metrics.Source =\n    Metrics.Source(Metrics.BaseSource, \"deploy_buffer\")\n\n  def create[F[_]: MonadThrowable: Fs2Compiler: Log: Metrics: DeployStorage: BlockStorage: DagStorage: DeployEventEmitter](\n      chainName: String,\n      minTtl: FiniteDuration\n  ): DeployBuffer[F] =\n    new DeployBuffer[F] {\n\n      private def validateDeploy(deploy: Deploy): F[Unit] = {\n        def illegal(msg: String): F[Unit] =\n          MonadThrowable[F].raiseError(new IllegalArgumentException(msg))\n\n        def check(msg: String)(f: F[Boolean]): F[Unit] =\n          f flatMap { ok =>\n            illegal(msg).whenA(!ok)\n          }\n\n        for {\n          _ <- (deploy.getBody.session, deploy.getBody.payment) match {\n                case (None, _) | (_, None) | (Some(Deploy.Code(_, Deploy.Code.Contract.Empty)), _) |\n                    (_, Some(Deploy.Code(_, Deploy.Code.Contract.Empty))) =>\n                  illegal(s\"Deploy was missing session and\/or payment code.\")\n                case _ => ().pure[F]\n              }\n          _ <- check(\"Invalid deploy hash.\")(Validation.deployHash[F](deploy))\n          _ <- check(\"Invalid deploy signature.\")(Validation.deploySignature[F](deploy))\n          _ <- check(\"Invalid chain name.\")(\n                Validation.validateChainName[F](deploy, chainName).map(_.isEmpty)\n              )\n          _ <- check(\n                s\"Invalid deploy TTL. Deploy TTL: ${deploy.getHeader.ttlMillis} ms, minimum TTL: ${minTtl.toMillis}.\"\n              )(Validation.minTtl[F](deploy, minTtl).map(_.isEmpty))\n        } yield ()\n      }\n\n      override def addDeploy(\n          d: Deploy\n      ): F[Either[Throwable, Unit]] =\n        (for {\n          _ <- validateDeploy(d)\n          _ <- Log[F].info(s\"Received ${PrettyPrinter.buildString(d) -> \"deploy\" -> null}\")\n          _ <- DeployStorageWriter[F].addAsPending(List(d))\n          _ <- DeployEventEmitter[F].deployAdded(d)\n        } yield ()).attempt\n\n      override def remainingDeploys(\n          dag: DagRepresentation[F],\n          parents: Set[BlockHash],\n          timestamp: Long,\n          deployConfig: DeployConfig\n      ): F[Set[DeployHash]] = Metrics[F].timer(\"remainingDeploys\") {\n        \/\/ We have re-queued orphan deploys already, so we can just look at pending ones.\n        val earlierPendingDeploys = DeployStorageReader[F].readPendingHashesAndHeaders\n          .through(DeployFilters.Pipes.timestampBefore[F](timestamp))\n          .timer(\"timestampBeforeFilter\")\n        val unexpired = earlierPendingDeploys\n          .through(\n            DeployFilters.Pipes.notExpired[F](timestamp, deployConfig.maxTtlMillis)\n          )\n          .through(DeployFilters.Pipes.validMaxTtl[F](deployConfig.maxTtlMillis))\n          .timer(\"notExpiredFilter\")\n\n        for {\n          \/\/ We compile `earlierPendingDeploys` here to avoid a race condition where\n          \/\/ the stream may be updated by receiving a new deploy after `unexpired`\n          \/\/ has been compiled, causing some deploys to be erroneously marked as DISCARDED.\n          earlierPendingSet <- earlierPendingDeploys.map(_._1).compile.to[Set]\n          unexpiredList     <- unexpired.map(_._1).compile.toList\n          \/\/ Make sure pending deploys have never been processed in the past cone of the new parents.\n          validDeploys <- DeployFilters\n                           .filterDeploysNotInPast(dag, parents, unexpiredList)\n                           .map(_.toSet)\n                           .timer(\"remainingDeploys_filterDeploysNotInPast\")\n          \/\/ anything with timestamp earlier than now and not included in the valid deploys\n          \/\/ can be discarded as a duplicate and\/or expired deploy\n          deploysToDiscard = earlierPendingSet diff validDeploys\n          _                <- discardDeploys(deploysToDiscard.toList.map(_ -> \"Duplicate or expired\"))\n        } yield validDeploys\n      }\n\n      override def requeueOrphanedDeploys(\n          tips: Set[BlockHash]\n      ): F[Set[DeployHash]] =\n        Metrics[F].timer(\"requeueOrphanedDeploys\") {\n          for {\n            dag <- DagStorage[F].getRepresentation\n            \/\/ Consider deploys which this node has processed but hasn't finalized yet.\n            processedDeploys <- DeployStorageReader[F].readProcessedHashes\n            orphanedDeploys <- filterDeploysNotInPast[F](\n                                dag,\n                                tips,\n                                processedDeploys\n                              ).timer(\"requeueOrphanedDeploys_filterDeploysNotInPast\")\n            _ <- DeployStorageWriter[F]\n                  .markAsPendingByHashes(orphanedDeploys) whenA orphanedDeploys.nonEmpty\n            _ <- DeployEventEmitter[F].deploysRequeued(orphanedDeploys)\n          } yield orphanedDeploys.toSet\n        }\n\n      override def removeFinalizedDeploys(\n          lfbs: Set[BlockHash]\n      ): F[Unit] = Metrics[F].timer(\"removeFinalizedDeploys\") {\n        for {\n          deployHashes <- DeployStorageReader[F].readProcessedHashes\n\n          blockHashes <- BlockStorage[F]\n                          .findBlockHashesWithDeployHashes(deployHashes)\n                          .map(_.values.flatten.toList.distinct)\n\n          finalizedBlockHashes = blockHashes.filter(lfbs.contains(_))\n          _ <- finalizedBlockHashes.traverse { blockHash =>\n                removeDeploysInBlock(blockHash) flatMap { removed =>\n                  Log[F]\n                    .info(\n                      s\"Removed $removed deploys from deploy history as we finalized block ${PrettyPrinter\n                        .buildString(blockHash)}\"\n                    )\n                    .whenA(removed > 0L)\n                }\n              }\n        } yield ()\n      }\n\n      \/** Remove deploys from the history which are included in a just finalised block. *\/\n      private def removeDeploysInBlock(\n          blockHash: BlockHash\n      ): F[Long] =\n        for {\n          block           <- ProtoUtil.unsafeGetBlock[F](blockHash)\n          deploysToRemove = block.body.get.deploys.map(_.deploy.get).toList\n          \/\/ NOTE: Do we really need this metric? It will make unncessary calls to the DB.\n          initialHistorySize <- DeployStorageReader[F].sizePendingOrProcessed()\n          _                  <- DeployStorageWriter[F].markAsFinalized(deploysToRemove)\n          deploysRemoved <- DeployStorageReader[F]\n                             .sizePendingOrProcessed()\n                             .map(after => initialHistorySize - after)\n        } yield deploysRemoved\n\n      override def discardDeploys(\n          deploysWithReasons: List[(DeployHash, String)]\n      ): F[Unit] =\n        for {\n          _ <- DeployStorageWriter[F]\n                .markAsDiscardedByHashes(deploysWithReasons)\n                .whenA(deploysWithReasons.nonEmpty)\n          _ <- DeployEventEmitter[F].deploysDiscarded(deploysWithReasons)\n        } yield ()\n\n      override def discardExpiredDeploys(\n          expirationPeriod: FiniteDuration\n      ): F[Unit] = {\n        val msg = \"TTL Expired\"\n        for {\n          discarded <- DeployStorageWriter[F]\n                        .markAsDiscarded(expirationPeriod, msg)\n          _ <- DeployEventEmitter[F].deploysDiscarded(discarded.toList.map(_ -> msg))\n        } yield ()\n      }\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/dag\/Clique.scala","text":"package io.casperlabs.casper.dag\n\nobject Clique {\n  def findMaximumCliqueByWeight[A](edges: List[(A, A)], weights: Map[A, Long]): Long = {\n    val maxWeight = weights.values.max\n    findCliquesRecursive(edges).foldLeft(maxWeight) {\n      case (largestWeight, clique: Seq[A]) =>\n        val weight = clique.map(weights.getOrElse(_, 0L)).sum\n        Math.max(weight, largestWeight)\n    }\n  }\n\n  \/\/ e is a list of undirected edges\n  def findCliquesRecursive[A](e: List[(A, A)]): Stream[List[A]] = {\n    val adj = getAdj(e)\n\n    def expand(ans: List[A], P: Set[A], X: Set[A]): Stream[List[A]] =\n      if (P.isEmpty && X.isEmpty) {\n        if (ans.isEmpty)\n          Stream.empty[List[A]]\n        else\n          Stream(ans)\n      } else {\n        val u     = (P ++ X).maxBy(v => (P & adj.getOrElse(v, Set())).size)\n        val P_ext = P &~ adj.getOrElse(u, Set())\n        val runTimeParameter = P_ext.toList\n          .scanLeft((Set.empty[A], None: Option[A])) {\n            case ((acc, _), elem) => (acc + elem, Some(elem))\n          }\n          .tail\n\n        runTimeParameter.toStream.flatMap {\n          case (s, Some(elem)) =>\n            val adjQ = adj.getOrElse(elem, Set())\n            expand(ans :+ elem, (P &~ s) & adjQ, (P ++ s) & adjQ)\n          case _ => ???\n        }\n      }\n\n    expand(List(), getNodeSet(e), Set())\n  }\n\n  \/\/ e is a list of undirected edges\n  private def getNodeSet[A](e: List[(A, A)]): Set[A] =\n    e.flatMap(it => List(it._1, it._2)).toSet\n\n  \/\/ e is a list of undirected edges\n  private def getAdj[A](e: List[(A, A)]): Map[A, Set[A]] = {\n    val directedEdges: Seq[(A, A)] = e ++ e.map(it => (it._2, it._1))\n\n    directedEdges.groupBy(_._1).map {\n      case (k, v) => k -> v.filter(e => e._1 != e._2).map(_._2).toSet\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/test\/scala\/io\/casperlabs\/comm\/gossiping\/RelayingSpec.scala","text":"package io.casperlabs.comm.gossiping\n\nimport cats.{Applicative, Parallel}\nimport cats.effect._\nimport cats.mtl.DefaultApplicativeAsk\nimport cats.syntax.option._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.{Block, BlockSummary}\nimport io.casperlabs.comm.NodeAsk\nimport io.casperlabs.comm.discovery.NodeUtils._\nimport io.casperlabs.comm.discovery.{Node, NodeDiscovery, NodeIdentifier}\nimport io.casperlabs.metrics.Metrics\nimport io.casperlabs.shared.LogStub\nimport io.casperlabs.shared.Log\nimport monix.eval.Task\nimport monix.eval.instances.CatsParallelForTask\nimport monix.execution.Scheduler.Implicits.global\nimport monix.execution.atomic.AtomicInt\nimport monix.tail.Iterant\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.{Gen, Shrink}\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\nimport org.scalatest.{BeforeAndAfterEach, Inspectors, Matchers, WordSpecLike}\n\nimport scala.concurrent.duration._\nimport scala.util.Random\n\nclass RelayingSpec\n    extends WordSpecLike\n    with Matchers\n    with BeforeAndAfterEach\n    with ArbitraryConsensusAndComm\n    with GeneratorDrivenPropertyChecks {\n  import RelayingSpec._\n  private implicit val chainId: ByteString = sample(genHash)\n  private val genListNode: Gen[List[Node]] =\n    for {\n      n     <- Gen.choose(2, 10)\n      nodes <- Gen.listOfN(n, arbitrary[Node])\n    } yield nodes\n\n  private implicit def noShrink[T]: Shrink[T] = Shrink.shrinkAny\n\n  override implicit val generatorDrivenConfig: PropertyCheckConfiguration =\n    PropertyCheckConfiguration(\n      minSuccessful = 50\n    )\n\n  \"Relaying\" when {\n    \"scheduled to relay blocks\" should {\n      \"try to achieve certain level of 'relay factor\" in\n        forAll(genListNode, genHash) { (peers: List[Node], hash: ByteString) =>\n          TestFixture(peers.size \/ 2, 0, peers, acceptOrFailure = _ => false.some) {\n            (relaying, asked, _) =>\n              for {\n                awaitRelay <- relaying.relay(List(hash))\n                _          <- awaitRelay\n              } yield asked.get() shouldBe (peers.size \/ 2)\n          }\n        }\n\n      \"stop trying to relay a block if already achieved specified relay saturation\" in\n        forAll(genListNode, genHash) { (peers: List[Node], hash: ByteString) =>\n          TestFixture(1, 50, peers, acceptOrFailure = _ => false.some) { (relaying, asked, _) =>\n            for {\n              awaitRelay <- relaying.relay(List(hash))\n              _          <- awaitRelay\n            } yield asked.get() shouldBe 2\n          }\n        }\n\n      \"stop trying to relay a block if already gossiped to 'relay factor' number of peers\" in\n        forAll(genListNode, genHash) { (peers: List[Node], hash: ByteString) =>\n          val relayFactor = Random.nextInt(peers.size) + 1\n          TestFixture(relayFactor, 100, peers, acceptOrFailure = _ => true.some) {\n            (relaying, asked, _) =>\n              for {\n                awaitRelay <- relaying.relay(List(hash))\n                _          <- awaitRelay\n              } yield asked.get() shouldBe relayFactor\n          }\n        }\n      \"not gossip to more than 'relay factor' number of peers that responded positively\" in\n        forAll(genListNode, genHash) { (peers: List[Node], hash: ByteString) =>\n          val relayFactor  = Random.nextInt(peers.size) + 1\n          val responses    = peers.map(_ => Random.nextBoolean)\n          val responseIter = responses.iterator\n          TestFixture(\n            relayFactor,\n            100,\n            peers,\n            acceptOrFailure = _ => synchronized(responseIter.next.some)\n          ) { (relaying, asked, _) =>\n            for {\n              awaitRelay <- relaying.relay(List(hash))\n              _          <- awaitRelay\n            } yield responses.take(asked.get()).count(identity) should be <= relayFactor\n          }\n        }\n      \"not stop gossiping if received an error\" in\n        forAll(genListNode, genHash) { (peers: List[Node], hash: ByteString) =>\n          val log = LogStub[Task]()\n\n          TestFixture(peers.size, 100, peers, acceptOrFailure = _ => none[Boolean], log) {\n            (relaying, asked, _) =>\n              for {\n                awaitRelay <- relaying.relay(List(hash))\n                _          <- awaitRelay\n              } yield {\n                asked.get() shouldBe peers.size\n                log.debugs.size shouldBe peers.size\n                Inspectors.forAll(log.debugs)(msg => msg should include(\"NewBlocks request failed\"))\n              }\n          }\n        }\n      \"relay blocks in parallel\" in\n        forAll(genListNode, genHash, genHash, genHash) {\n          (peers: List[Node], hash1: ByteString, hash2: ByteString, hash3) =>\n            TestFixture(peers.size, 100, peers, acceptOrFailure = _ => false.some) {\n              (relaying, _, maxConcurrentRequests) =>\n                for {\n                  awaitRelay <- relaying.relay(List(hash1, hash2, hash3))\n                  _          <- awaitRelay\n                } yield maxConcurrentRequests.get() should be > 1\n            }\n        }\n    }\n  }\n}\n\nobject RelayingSpec {\n  private val local = Node(NodeIdentifier(\"0000\"), \"localhost\", 40400, 40404, ByteString.EMPTY)\n\n  private val ask: NodeAsk[Task] = new DefaultApplicativeAsk[Task, Node] {\n    val applicative: Applicative[Task] = Applicative[Task]\n    def ask: Task[Node]                = Task.pure(local)\n  }\n\n  private val noOpLog: Log[Task] = Log.NOPLog[Task]\n  implicit val metrics           = new Metrics.MetricsNOP[Task]\n\n  object TestFixture {\n    def apply(\n        relayFactor: Int,\n        relaySaturation: Int,\n        peers: List[Node],\n        acceptOrFailure: Node => Option[Boolean],\n        log: Log[Task] = noOpLog\n    )(test: (Relaying[Task], AtomicInt, AtomicInt) => Task[Unit]): Unit = {\n      val nd = new NodeDiscovery[Task] {\n        override def discover: Task[Unit]                                  = ???\n        override def lookup(id: NodeIdentifier): Task[Option[Node]]        = ???\n        override def recentlyAlivePeersAscendingDistance: Task[List[Node]] = Task.now(peers)\n        override def banTemp(node: Node): Task[Unit]                       = ???\n      }\n      val asked                 = AtomicInt(0)\n      val concurrency           = AtomicInt(0)\n      val maxConcurrentRequests = AtomicInt(0)\n\n      val gossipService = (peer: Node) =>\n        for {\n          _ <- Task.delay {\n                asked.increment()\n                concurrency.increment()\n              }\n          \/\/ We need to ensure that requests are concurrent\n          _ <- Task.sleep(10.millis)\n          _ <- Task.delay {\n                maxConcurrentRequests.transform(math.max(_, concurrency.get()))\n                concurrency.decrement()\n              }\n        } yield new NoOpsGossipService[Task] {\n          override def newBlocks(request: NewBlocksRequest): Task[NewBlocksResponse] =\n            acceptOrFailure(peer).fold(\n              Task.raiseError[NewBlocksResponse](new RuntimeException(\"Boom\"))\n            )(accepted => Task.now(NewBlocksResponse(accepted)))\n        }\n\n      val relayingImpl = RelayingImpl[Task](nd, gossipService, relayFactor, relaySaturation)(\n        Concurrent[Task],\n        Parallel[Task],\n        log,\n        metrics,\n        ask\n      )\n      test(relayingImpl, asked, maxConcurrentRequests).runSyncUnsafe(5.seconds)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/main\/scala\/io\/casperlabs\/casper\/validation\/package.scala","text":"package io.casperlabs.casper\n\nimport cats.{ApplicativeError, Functor}\nimport cats.mtl.FunctorRaise\nimport cats.syntax.applicativeError._\nimport io.casperlabs.casper.validation.Errors.ValidateErrorWrapper\n\npackage object validation {\n  type RaiseValidationError[F[_]] = FunctorRaise[F, InvalidBlock]\n  object RaiseValidationError {\n    def apply[F[_]](implicit ev: RaiseValidationError[F]): RaiseValidationError[F] = ev\n  }\n\n  def raiseValidateErrorThroughApplicativeError[F[_]: ApplicativeError[*[_], Throwable]]\n      : FunctorRaise[F, InvalidBlock] =\n    new FunctorRaise[F, InvalidBlock] {\n      override val functor: Functor[F] =\n        Functor[F]\n\n      override def raise[A](e: InvalidBlock): F[A] =\n        ValidateErrorWrapper(e).raiseError[F, A]\n    }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/gossiping\/GossipService.scala","text":"package io.casperlabs.comm.gossiping\n\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, GenesisCandidate}\nimport monix.tail.Iterant\n\n\/** Intra-node gossiping based on the gRPC service definition in gossiping.proto. *\/\ntrait GossipService[F[_]] {\n  def newBlocks(request: NewBlocksRequest): F[NewBlocksResponse]\n\n  def streamAncestorBlockSummaries(\n      request: StreamAncestorBlockSummariesRequest\n  ): Iterant[F, BlockSummary]\n\n  def streamLatestMessages(\n      request: StreamLatestMessagesRequest\n  ): Iterant[F, Block.Justification]\n\n  def streamBlockSummaries(\n      request: StreamBlockSummariesRequest\n  ): Iterant[F, BlockSummary]\n\n  \/** Get a full block in chunks, optionally compressed, so that it can be transferred over the wire. *\/\n  def getBlockChunked(request: GetBlockChunkedRequest): Iterant[F, Chunk]\n\n  def streamDeploysChunked(request: StreamDeploysChunkedRequest): Iterant[F, Chunk]\n\n  def getGenesisCandidate(request: GetGenesisCandidateRequest): F[GenesisCandidate]\n\n  def addApproval(request: AddApprovalRequest): F[Unit]\n\n  def streamDagSliceBlockSummaries(\n      request: StreamDagSliceBlockSummariesRequest\n  ): Iterant[F, BlockSummary]\n}\n\nobject GossipService {\n  type Connector[F[_]] = io.casperlabs.comm.discovery.Node => F[GossipService[F]]\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt<gh_stars>1-10\naddSbtPlugin(\"com.thesamet\" % \"sbt-protoc\" % \"0.99.19\")\n\/\/ Yes it's weird to do the following, but it's what is mandated by the scalapb documentation\nlibraryDependencies += \"com.thesamet.scalapb\" %% \"compilerplugin\" % \"0.7.4\"\n\naddSbtPlugin(\"org.scalameta\"      % \"sbt-scalafmt\"        % \"2.0.7\")\naddSbtPlugin(\"com.eed3si9n\"       % \"sbt-buildinfo\"       % \"0.9.0\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-native-packager\" % \"1.4.1\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\"             % \"0.3.7\")\naddSbtPlugin(\"ch.epfl.scala\"      % \"sbt-bloop\"           % \"1.4.0-RC1\")\naddSbtPlugin(\"io.gatling\"         % \"gatling-sbt\"         % \"3.0.0\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-git\"             % \"1.0.0\")\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"casper\/src\/test\/scala\/io\/casperlabs\/casper\/highway\/EraSupervisorSpec.scala","text":"<reponame>hnjolles1\/CasperLabs<gh_stars>1-10\npackage io.casperlabs.casper.highway\n\nimport cats._\nimport cats.implicits._\nimport cats.effect.{ContextShift, Resource, Sync, Timer}\nimport cats.effect.concurrent.{Ref}\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Bond, Era}\nimport io.casperlabs.casper.consensus.state\nimport io.casperlabs.casper.helper.StorageFixture\nimport io.casperlabs.comm.gossiping.{Relaying, WaitHandle}\nimport io.casperlabs.crypto.Keys.{PublicKey, PublicKeyBS}\nimport io.casperlabs.shared.{Log, LogStub}\nimport io.casperlabs.storage.BlockMsgWithTransform\nimport io.casperlabs.storage.block.BlockStorageWriter\nimport io.casperlabs.storage.era.EraStorage\nimport io.casperlabs.storage.dag.DagStorage\nimport io.casperlabs.storage.{BlockHash, SQLiteStorage}\nimport io.casperlabs.models.Message\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport org.scalatest._\nimport scala.concurrent.duration._\nimport io.casperlabs.casper.PrettyPrinter\n\nclass EraSupervisorSpec extends FlatSpec with Matchers with Inspectors with HighwayFixture {\n\n  behavior of \"collectActiveEras\"\n\n  it should \"collect voting and active eras\" in testFixture { implicit timer => implicit db =>\n    new Fixture(length = 6 * eraDuration) {\n      \/\/ 2 weeks for genesis, then 1 week for each descendant.\n      \/\/ e0 - e1\n      \/\/    \\ e2 - e3\n      \/\/         \\ e4 - e5\n      override def test =\n        for {\n          e0 <- addGenesisEra()\n          _  <- e0.addChildEra()\n          e2 <- e0.addChildEra()\n          e3 <- e2.addChildEra()\n          e4 <- e2.addChildEra()\n          e5 <- e4.addChildEra()\n          \/\/ Wait until where e3 and e4 are voting.\n          \/\/ Their parent eras will have their voting over, and\n          \/\/ their children should be active.\n          _      <- sleepUntil(conf.toInstant(Ticks(e3.endTick)) plus postEraVotingDuration \/ 2)\n          active <- EraSupervisor.collectActiveEras[Task](makeRuntime)\n        } yield {\n          active.map(_._1.era) should contain theSameElementsAs List(e3, e4, e5)\n        }\n    }\n  }\n\n  behavior of \"EraSupervisor\"\n\n  it should \"start running the genesis era and create descendant eras when the time comes\" in testFixture {\n    implicit timer => implicit db =>\n      new Fixture(\n        length = eraDuration * 2 + postEraVotingDuration,\n        initRoundExponent = 15 \/\/ ~ 8 hours; so we don't get that many blocks,\n      ) {\n        override def test =\n          makeSupervisor().use { supervisor =>\n            for {\n              _    <- Task.sleep(eraDuration * 2 + postEraVotingDuration \/ 2)\n              eras <- supervisor.eras\n            } yield {\n              eras should have size 2\n            }\n          }\n      }\n  }\n\n  it should \"relay created messages to other nodes\" in testFixtures(\n    validators = List(\"Alice\", \"Bob\", \"Charlie\")\n  ) { implicit timer => validatorDatabases =>\n    new FixtureLike {\n      override val start  = genesisEraStart\n      override val length = days(5)\n\n      class RelayFixture(\n          validator: String,\n          db: SQLiteStorage.CombinedStorage[Task],\n          supervisorsRef: Ref[Task, Map[String, EraSupervisor[Task]]],\n          isSyncedRef: Ref[Task, Boolean]\n      ) extends Fixture(\n            length,\n            validator = validator,\n            initRoundExponent = 15,\n            isSyncedRef = isSyncedRef\n          ) (timer, db) {\n\n        val validatorId: PublicKeyBS              = validator\n        val relayedRef: Ref[Task, Set[BlockHash]] = Ref.unsafe(Set.empty)\n\n        override lazy val relaying = new Relaying[Task] {\n          override def relay(hashes: List[BlockHash]): Task[WaitHandle[Task]] =\n            for {\n              _           <- relayedRef.update(_ ++ hashes)\n              blocks      <- hashes.traverse(h => db.getBlockMessage(h)).map(_.flatten)\n              _           = blocks should not be empty\n              supervisors <- supervisorsRef.get\n              \/\/ Notify other supervisors.\n              _ <- supervisors\n                    .filterKeys(_ != validator)\n                    .values\n                    .toList\n                    .traverse(s => blocks.traverse(b => s.validateAndAddBlock(b)))\n            } yield ().pure[Task]\n        }\n\n        override val test = for {\n          _        <- sleepUntil(start plus length)\n          relayed  <- relayedRef.get\n          dag      <- db.getRepresentation\n          messages <- relayed.toList.traverse(dag.lookupUnsafe)\n          parents  <- messages.traverse(m => dag.lookupUnsafe(m.parentBlock))\n        } yield {\n          messages should not be empty\n          atLeast(1, messages) shouldBe a[Message.Ballot]\n          atLeast(1, messages) shouldBe a[Message.Block]\n\n          \/\/ Validators should only try to relay their own messages.\n          forAll(messages) { m =>\n            m.validatorId shouldBe validatorId\n          }\n          \/\/ There should be some responses to other validators' messages.\n          forAtLeast(1, parents) { p =>\n            p.validatorId should not be empty\n            p.validatorId should not be validatorId\n          }\n        }\n      }\n\n      val network =\n        for {\n          \/\/ Don't create messages until we add all supervisors to this collection,\n          \/\/ otherwise they might miss some messages and there's no synchronizer here.\n          isSyncedRef    <- Resource.liftF(Ref[Task].of(false))\n          supervisorsRef <- Resource.liftF(Ref[Task].of(Map.empty[String, EraSupervisor[Task]]))\n          fixtures = validatorDatabases.map {\n            case (validator, db) =>\n              new RelayFixture(validator, db, supervisorsRef, isSyncedRef)\n          }\n          validators  = validatorDatabases.unzip._1\n          supervisors <- fixtures.traverse(_.makeSupervisor())\n          _ <- Resource.liftF {\n                supervisorsRef.set(validators zip supervisors toMap) *> isSyncedRef.set(true)\n              }\n        } yield fixtures\n\n      override def test: Task[Unit] =\n        network.use(_.traverse(_.test).void)\n    }\n  }\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"storage\/src\/test\/scala\/io\/casperlabs\/storage\/dag\/DagStorageTest.scala","text":"package io.casperlabs.storage.dag\n\nimport cats.implicits._\nimport com.google.protobuf.ByteString\nimport io.casperlabs.casper.consensus.Block.Justification\nimport io.casperlabs.casper.consensus.{Block, BlockSummary, Era}\nimport io.casperlabs.crypto.codec.Base16\nimport io.casperlabs.models.BlockImplicits._\nimport io.casperlabs.models.Message\nimport io.casperlabs.storage.era.EraStorage\nimport io.casperlabs.storage.{\n  ArbitraryStorageData,\n  BlockMsgWithTransform,\n  SQLiteFixture,\n  SQLiteStorage\n}\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Shrink\nimport org.scalatest._\nimport org.scalatest.prop.GeneratorDrivenPropertyChecks\n\ntrait DagStorageTest\n    extends FlatSpecLike\n    with Matchers\n    with OptionValues\n    with GeneratorDrivenPropertyChecks\n    with BeforeAndAfterAll\n    with ArbitraryStorageData\n    with GivenWhenThen {\n\n  implicit val consensusConfig: ConsensusConfig = ConsensusConfig(\n    dagSize = 5,\n    dagDepth = 3,\n    dagBranchingFactor = 1,\n    maxSessionCodeBytes = 1,\n    maxPaymentCodeBytes = 1,\n    minSessionCodeBytes = 1,\n    minPaymentCodeBytes = 1\n  )\n\n  \/** Needed only for keeping compatibility with previous 'storage' module custom ScalaCheck generators\n    * [[FileDagStorageTest]] fails if use plain generators\n    * *\/\n  def zeroedRank(b: BlockMsgWithTransform): BlockMsgWithTransform =\n    b.withBlockMessage(b.getBlockMessage.withHeader(b.getBlockMessage.getHeader.copy(jRank = 0)))\n\n  def zeroedRanks(bs: List[BlockMsgWithTransform]): List[BlockMsgWithTransform] = bs.map(zeroedRank)\n\n  val scheduler = Scheduler.fixedPool(\"dag-storage-test-scheduler\", 4)\n\n  def withDagStorage[R](f: DagStorage[Task] with EraStorage[Task] => Task[R]): R\n\n  def setParent(p: Era)(e: Era): Era =\n    e.withParentKeyBlockHash(p.keyBlockHash)\n      .withStartTick(p.endTick)\n      .withEndTick(p.endTick + (e.endTick - e.startTick))\n\n  def setEra(e: Era)(b: Block): Block =\n    b.update(_.header.keyBlockHash := e.keyBlockHash)\n      .update(_.header.roundId := e.startTick)\n\n  def setRoundId(r: Long)(b: Block): Block =\n    b.update(_.header.roundId := r)\n\n  def setPrev(p: Block)(b: Block): Block =\n    b.update(_.header.validatorPublicKey := p.getHeader.validatorPublicKey)\n      .update(_.header.validatorPrevBlockHash := p.blockHash)\n      .update(\n        _.header.justifications := Seq(Justification(p.getHeader.validatorPublicKey, p.blockHash))\n      )\n\n  behavior of \"DAG Storage\"\n\n  it should \"be able to lookup a stored block\" in {\n    \/\/ NOTE: Expects that blocks.size == 2.\n    \/\/ Updates 2nd block justification list to point at the 1st block.\n    def updateLastMessageByValidator(\n        blocks: List[Block]\n    ): List[Block] =\n      blocks match {\n        case _ :: Nil => blocks \/\/ last block by the validator in a sequence\n        case a :: b :: _ =>\n          List(\n            b.update(\n              _.update(block => {\n                block.header.justifications := Seq(\n                  Justification(\n                    a.getHeader.validatorPublicKey,\n                    a.blockHash\n                  )\n                ) ++ b.getHeader.justifications\n                block.header.validatorPrevBlockHash := a.blockHash\n              })\n            )\n          )\n        case _ => fail(\"Expected at most 2 elements.\")\n      }\n\n    forAll(genBlockDagFromGenesis) { initial =>\n      val validatorsToBlocks = initial\n        .groupBy(_.getHeader.validatorPublicKey)\n        .mapValues(_.toList.sliding(2).flatMap(updateLastMessageByValidator).toList)\n\n      \/\/ Because we've updated validators' messages so that they always cite its previous block\n      \/\/ we can just pick the `last` element in each of the validators' swimlanes as the \"latest message\".\n      val latestBlocksByValidator = validatorsToBlocks.mapValues(msgs => Set(msgs.last))\n      val blocks                  = validatorsToBlocks.values.flatten.toList\n\n      withDagStorage { dagStorage =>\n        for {\n          _   <- blocks.traverse(dagStorage.insert(_))\n          dag <- dagStorage.getRepresentation\n          tip <- dag.latestGlobal\n          \/\/ Test that we can lookup all blocks that we've just inserted.\n          _ <- blocks.traverse_ { b =>\n                dag.lookupUnsafe(b.blockHash).map(_ shouldBe Message.fromBlock(b).get)\n              }\n          \/\/ Note that we're filtering out Genesis block (its validator ID is empty).\n          \/\/ Genesis block is not updating `validator_latest_messages` table.\n          latestMessageByValidator = latestBlocksByValidator\n            .filterNot { case (validator, _) => validator == ByteString.EMPTY }\n            .mapValues(\n              _.map(Message.fromBlock(_).get)\n            )\n          latestHashByValidator = latestMessageByValidator.mapValues(_.map(_.messageHash))\n          _ <- tip.latestMessageHashes.map {\n                _.toList should contain theSameElementsAs latestHashByValidator.toList\n              }\n          \/\/ Test that `latestMessageHash(validator)` and `latestMessage(validator)` return\n          \/\/ expected results.\n          _ <- latestBlocksByValidator.keys.filterNot(_ == ByteString.EMPTY).toList.traverse {\n                validator =>\n                  for {\n                    latestMessageHash <- tip.latestMessageHash(validator)\n                    latestMessage     <- tip.latestMessage(validator)\n                  } yield {\n                    latestMessage should contain theSameElementsAs latestMessageByValidator(\n                      validator\n                    )\n                    latestMessageHash should contain theSameElementsAs latestHashByValidator(\n                      validator\n                    )\n                  }\n              }\n        } yield ()\n      }\n    }\n  }\n\n  it should \"be able to properly (de)serialize data\" in {\n    forAll { b: Block =>\n      withDagStorage { storage =>\n        val before = BlockSummary.fromBlock(b).toByteArray\n        for {\n          _                 <- storage.insert(b)\n          dag               <- storage.getRepresentation\n          messageSummaryOpt <- dag.lookup(b.blockHash)\n          _ <- Task {\n                messageSummaryOpt should not be None\n                val got = messageSummaryOpt.get.blockSummary.toByteArray\n                assert(before.sameElements(got))\n              }\n        } yield ()\n      }\n    }\n  }\n\n  it should \"override validator's latest block hash only if new messages quotes the previous one\" in {\n    forAll { (initial: Block, a: Block, c: Block) =>\n      withDagStorage { storage =>\n        def update(b: Block, validator: ByteString, prevHash: ByteString): Block =\n          b.update(_.header.validatorPublicKey := validator)\n            .update(_.header.justifications := Seq(Justification(validator, prevHash)))\n            .update(_.header.validatorPrevBlockHash := prevHash)\n\n        val validator = initial.validatorPublicKey\n        \/\/ Block from the same validator that cites its previous block.\n        \/\/ Should replace `validator_latest_message` entry in the database.\n        val nextBlock = update(a, validator, initial.blockHash)\n        \/\/ Block from the same validator that doesn't cite its previous block.\n        \/\/ This is an equivocation. Should not replace `validator_latest_message` entry in the database but add a new one.\n        val equivBlock = update(c, validator, ByteString.EMPTY)\n\n        val readLatestMessages = storage.getRepresentation\n          .flatMap(_.latestGlobal)\n          .flatMap(\n            tip =>\n              (\n                tip.latestMessageHashes,\n                tip.latestMessages,\n                tip.latestMessage(validator),\n                tip.latestMessageHash(validator)\n              ).mapN((_, _, _, _))\n          )\n\n        for {\n          _ <- storage.insert(initial)\n          _ <- storage.insert(nextBlock)\n          _ <- readLatestMessages.map {\n                case (\n                    latestMessageHashesGot,\n                    latestMessagesGot,\n                    validatorLatestMessagesGot,\n                    validatorLatestMessageHashGot\n                    ) =>\n                  val validatorLatestMessages      = Set(Message.fromBlock(nextBlock).get)\n                  val validatorLatestMessageHashes = validatorLatestMessages.map(_.messageHash)\n                  latestMessageHashesGot shouldBe Map(validator -> validatorLatestMessageHashes)\n                  latestMessagesGot shouldBe Map(validator      -> validatorLatestMessages)\n                  validatorLatestMessagesGot shouldBe validatorLatestMessages\n                  validatorLatestMessageHashGot shouldBe validatorLatestMessageHashes\n              }\n\n          _ <- storage.insert(equivBlock)\n          \/\/ Equivocating block didn't include the `initial` one in its justifications,\n          \/\/ both are validator's \"latest messages\"\n          _ <- readLatestMessages.map {\n                case (\n                    latestMessageHashesGot,\n                    latestMessagesGot,\n                    validatorLatestMessageGot,\n                    validatorLatestMessageHashGot\n                    ) =>\n                  val validatorLatestMessages =\n                    Set(Message.fromBlock(nextBlock).get, Message.fromBlock(equivBlock).get)\n                  val validatorLatestMessageHashes = validatorLatestMessages.map(_.messageHash)\n                  latestMessageHashesGot shouldBe Map(validator -> validatorLatestMessageHashes)\n                  latestMessagesGot shouldBe Map(\n                    validator -> validatorLatestMessages\n                  )\n                  validatorLatestMessageGot shouldBe validatorLatestMessages\n                  validatorLatestMessageHashGot shouldBe validatorLatestMessageHashes\n              }\n        } yield ()\n      }\n    }\n  }\n\n  it should \"not propagate the validator's latest block to child eras\" in {\n    val data = for {\n      \/\/ Era tree:\n      \/\/ e0 - e1   e3\n      \/\/    \\    \/\n      \/\/      e2 - e4\n      \/\/         \\\n      \/\/           e5\n      e0 <- arbitrary[Era]\n      e1 <- arbitrary[Era] map setParent(e0)\n      e2 <- arbitrary[Era] map setParent(e0)\n      e3 <- arbitrary[Era] map setParent(e2)\n      e4 <- arbitrary[Era] map setParent(e2)\n      e5 <- arbitrary[Era] map setParent(e2)\n      \/\/ Blocks in era 2\n      b20 <- arbitrary[Block] map setEra(e2)\n      b21 <- arbitrary[Block] map setEra(e2) map setPrev(b20)\n      \/\/ A ballot after the era.\n      b22 <- arbitrary[Block] map setEra(e2) map setPrev(b21) map setRoundId(e2.endTick) map {\n              _.update(_.header.messageType := Block.MessageType.BALLOT)\n            }\n      \/\/ A block in era 4\n      b41 <- arbitrary[Block] map setEra(e4) map setPrev(b21)\n      \/\/ An equivocation in era 5, because they don't form a chain of justifications\n      b51 <- arbitrary[Block] map setEra(e5) map setPrev(b20)\n      b52 <- arbitrary[Block] map setEra(e5) map setPrev(b21)\n      \/\/ An equivocation in era 2, because it doesn't cite b22\n      b23 <- arbitrary[Block] map setEra(e2) map setPrev(b21)\n    } yield List(e0, e1, e2, e3, e4, e5) -> List(b20, b21, b22, b41, b51, b52, b23)\n\n    forAll(data) {\n      case (eras: List[Era], blocks @ List(_, _, b22, b41, b51, b52, b23)) =>\n        withDagStorage { storage =>\n          def latestMessageHashes(eraIdx: Int) =\n            storage.getRepresentation.flatMap { dag =>\n              dag\n                .latestInEra(eras(eraIdx).keyBlockHash)\n                .flatMap(_.latestMessageHashes)\n            }\n\n          val v = blocks.head.getHeader.validatorPublicKey\n\n          for {\n            _ <- eras.traverse(storage.addEra)\n            _ <- blocks.traverse(storage.insert)\n\n            \/\/ Not in the parent.\n            lmh0 <- latestMessageHashes(0)\n            _    = lmh0 shouldBe empty\n\n            \/\/ Not in a sibling.\n            lmh1 <- latestMessageHashes(1)\n            _    = lmh1 shouldBe empty\n\n            \/\/ The voting ballot in the era itself, plus the equivocation\n            lmh2 <- latestMessageHashes(2)\n            _    = lmh2(v) shouldBe Set(b22.blockHash, b23.blockHash)\n\n            \/\/ Not in an empty child\n            lmh3 <- latestMessageHashes(3)\n            _    = lmh3 shouldBe empty\n\n            \/\/ The block created in the child era.\n            lmh4 <- latestMessageHashes(4)\n            _    = lmh4(v) shouldBe Set(b41.blockHash)\n\n            \/\/ Both blocks that didn't cite each other\n            lmh5 <- latestMessageHashes(5)\n            _    = lmh5(v) shouldBe Set(b51.blockHash, b52.blockHash)\n\n            \/\/ Overall there are 5 tips\n            lmh <- storage.getRepresentation.flatMap(_.latestGlobal).flatMap(_.latestMessageHashes)\n            _   = lmh should have size 1\n            _   = lmh(v) shouldBe List(b23, b52, b51, b41, b22).map(_.blockHash).toSet\n          } yield ()\n        }\n    }\n  }\n\n  it should \"not inherit the parent era latest messages onto the child era\" in {\n    val data = for {\n      e0 <- arbitrary[Era]\n      e1 <- arbitrary[Era].map(setParent(e0))\n      b0 <- arbitrary[Block].map(setEra(e0))\n    } yield (e0, e1, b0)\n\n    forAll(data) {\n      case (e0, e1, b0) =>\n        withDagStorage { storage =>\n          for {\n            _ <- storage.addEra(e0)\n            _ <- storage.insert(b0)\n            _ <- storage.addEra(e1)\n\n            dag <- storage.getRepresentation\n            tip <- dag.latestInEra(e1.keyBlockHash)\n\n            lmh <- tip.latestMessageHashes\n            _   = lmh shouldBe empty\n          } yield ()\n        }\n    }\n  }\n\n  it should \"be able to return blocks filtering them by a validator, timestamp and block hash\" in {\n    Given(\"validator1 and validator2, limit, lastTimeStamp and lastBlockHash\")\n    val validator1    = sample(genHash)\n    val validator2    = sample(genHash)\n    val limit         = 3\n    val lastTimeStamp = 2L\n    val lastBlockHash = ByteString.copyFrom(Base16.decode(\"ff\" * 31 + \"fe\"))\n    Given(\"block1 produced by validator1 with blockHash=lastBlockHash\")\n    \/\/ Must be ignored because block_hash is equal to the lastBlockHash\n    val block1 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp - 2L)\n      .update(_.blockHash := lastBlockHash)\n    And(\"block2 produced by validator1 with blockHash>lastBlockHash\")\n    \/\/ Must be ignored because block_hash is greater than the lastBlockHash\n    val block2 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp - 2L)\n      .update(_.blockHash := ByteString.copyFrom(Base16.decode(\"ff\" * 32)))\n    And(\"block3 produced by validator1 with timestamp>lastTimeStamp\")\n    \/\/ Must be ignored because timestamp is greater than the lastTimeStamp\n    val block3 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp + 1L)\n    And(\"block4 produced by validator2\")\n    \/\/ Must be ignored because created by a different validator\n    val block4 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator2)\n    And(\"block5 produced by validator1 with timestamp=lastTimeStamp\")\n    \/\/ Must be included into a response and must be the first because\n    \/\/ if blocks' timestamp equal to the lastTimeStamp then they're sorted by their hashes in decreasing order\n    val block5 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp)\n      .update(_.blockHash := ByteString.copyFrom(Base16.decode(\"ff\" * 31 + \"fd\")))\n    And(\n      \"block6 produced by validator1 with timestamp=lastTimeStamp, such that block5.blockHash>block6.blockHash\"\n    )\n    \/\/ Must be included into a response and must be the second because\n    \/\/ if blocks' timestamp equal to the lastTimeStamp then they're sorted by their hashes in decreasing order\n    val block6 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp)\n      .update(_.blockHash := ByteString.copyFrom(Base16.decode(\"ff\" * 31 + \"fc\")))\n    And(\"block7 produced by validator1 with timestamp<lastTimeStamp\")\n    \/\/ Must be included into a response and must be the third because\n    \/\/ its timestamp less than lastTimeStamp\n    val block7 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp - 1)\n    \/\/ Must be ignored because we limit for 3 blocks at most and results sorted by decreasing order by timestamps\n    \/\/ There are block5 and block6 with the timestamp = 1\n    And(\"block8 produced by validator1 with timestamp<lastTimeStamp\")\n    val block8 = sample(arbitrary[Block])\n      .update(_.header.validatorPublicKey := validator1)\n      .update(_.header.timestamp := lastTimeStamp - 2L)\n    When(\"dag.getBlockInfosByValidator\")\n    Then(\"it should return block5, block6 and block7\")\n    withDagStorage { storage =>\n      for {\n        _   <- storage.insert(block1)\n        _   <- storage.insert(block2)\n        _   <- storage.insert(block3)\n        _   <- storage.insert(block4)\n        _   <- storage.insert(block5)\n        _   <- storage.insert(block6)\n        _   <- storage.insert(block7)\n        _   <- storage.insert(block8)\n        dag <- storage.getRepresentation\n        List(b1, b2, b3) <- dag.getBlockInfosByValidator(\n                             validator = validator1,\n                             limit = limit,\n                             lastTimeStamp = lastTimeStamp,\n                             lastBlockHash = lastBlockHash\n                           )\n      } yield {\n        b1.getSummary.blockHash shouldBe block5.blockHash\n        b1.getSummary.validatorPublicKey shouldBe validator1\n        b1.getSummary.timestamp shouldBe lastTimeStamp\n\n        b2.getSummary.blockHash shouldBe block6.blockHash\n        b2.getSummary.validatorPublicKey shouldBe validator1\n        b2.getSummary.timestamp shouldBe lastTimeStamp\n\n        b3.getSummary.blockHash shouldBe block7.blockHash\n        b3.getSummary.validatorPublicKey shouldBe validator1\n        b3.getSummary.timestamp shouldBe lastTimeStamp - 1\n      }\n    }\n  }\n}\n\nclass SQLiteDagStorageTest\n    extends DagStorageTest\n    with SQLiteFixture[DagStorage[Task] with EraStorage[Task]] {\n  override def withDagStorage[R](f: DagStorage[Task] with EraStorage[Task] => Task[R]): R =\n    runSQLiteTest[R](f)\n\n  override def db: String = \"\/tmp\/dag_storage.db\"\n\n  override def createTestResource: Task[DagStorage[Task] with EraStorage[Task]] =\n    SQLiteStorage.create[Task](readXa = xa, writeXa = xa)\n}\n"}
{"repo_name":"hnjolles1\/CasperLabs","path":"comm\/src\/main\/scala\/io\/casperlabs\/comm\/grpc\/ErrorInterceptor.scala","text":"package io.casperlabs.comm.grpc\n\nimport cats.Id\nimport io.casperlabs.shared.Log\nimport io.grpc.{Grpc, Metadata, ServerCall, ServerCallHandler, ServerInterceptor, Status}\n\n\/** Turn exceptions into one of the standard gRPC status codes:\n  * https:\/\/github.com\/grpc\/grpc\/blob\/master\/doc\/statuscodes.md *\/\nclass ErrorInterceptor(f: PartialFunction[Throwable, Status.Code])(implicit log: Log[Id])\n    extends ServerInterceptor {\n\n  \/\/ See https:\/\/github.com\/saturnism\/grpc-java-by-example\/tree\/master\/error-handling-example\n\n  class Forwarder[A, B](call: ServerCall[A, B]) extends ForwardingServerCall(call) {\n    override def close(status: Status, trailers: Metadata) = {\n      \/\/ Turn unknown errors with exceptions into Statuses.\n      val s =\n        if (status.getCode == Status.Code.UNKNOWN &&\n            status.getDescription == null &&\n            status.getCause != null) {\n          val e = status.getCause\n          f.lift(e)\n            .map(Status.fromCode(_))\n            .getOrElse(Status.INTERNAL)\n            .withDescription(e.getMessage)\n        } else status\n\n      logAndClose(s, trailers)\n    }\n\n    def logAndClose(status: Status, trailers: Metadata) = {\n      val desc   = Option(status.getDescription).getOrElse(\"\")\n      val cause  = Option(status.getCause).map(_.getMessage).getOrElse(\"\")\n      val method = call.getMethodDescriptor.getFullMethodName\n      val source = Option(call.getAttributes.get(Grpc.TRANSPORT_ATTR_REMOTE_ADDR))\n        .fold(\"unknown address\")(_.toString)\n\n      \/\/ Log internal errors with stack trace. Otherwise just warn, treat them as domain errors.\n      if (status.getCode == Status.Code.INTERNAL) {\n        Log[Id].error(\n          s\"Closing gRPC call from $source to $method with ${status.getCode}: $desc: ${status.getCause}\"\n        )\n      } else if (!status.isOk)\n        Log[Id].warn(\n          s\"Closing gRPC call from $source to $method with ${status.getCode}: $desc: $cause\"\n        )\n\n      super.close(status, trailers)\n    }\n  }\n\n  override def interceptCall[A, B](\n      call: ServerCall[A, B],\n      headers: Metadata,\n      next: ServerCallHandler[A, B]\n  ): ServerCall.Listener[A] =\n    next.startCall(new Forwarder(call), headers)\n}\n\nobject ErrorInterceptor {\n\n  \/** Provide a mapping from various domain errors to gRPC status codes. *\/\n  def apply(f: PartialFunction[Throwable, Status.Code])(implicit log: Log[Id]) =\n    new ErrorInterceptor(f)\n\n  def default(implicit log: Log[Id]) = apply {\n    \/\/ Don't match anything, let them be turned into internal errors,\n    \/\/ unless they are already StatusRuntimeExceptions.\n    PartialFunction.empty\n  }\n}\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"build.sbt","text":"name := \"ammonite-sshd\"\n\norganization := \"com.github.dant3\"\n\nversion := \"0.0.1\"\n\nscalaVersion := \"2.11.7\"\n\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\", \"-Xlint\")\n\njavacOptions ++= Seq(\"-encoding\", \"UTF-8\")\n\nlicenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\n\nlibraryDependencies ++= Seq(\n  \"com.lihaoyi\" % \"ammonite-repl_2.11.6\" % \"0.4.5\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.7.12\",\n  \"org.bouncycastle\" % \"bcprov-jdk15on\" % \"1.50\",\n  \"org.bouncycastle\" % \"bcpkix-jdk15on\" % \"1.50\",\n  \"commons-codec\" % \"commons-codec\" % \"1.9\",\n  \"org.apache.sshd\" % \"sshd-core\" % \"0.10.0\"\n)\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/SshServerConfig.scala","text":"<reponame>dant3\/ammonite-sshd\npackage ammonite.sshd\n\nimport ammonite.ops.Path\nimport ammonite.repl.Repl\n\ncase class SshServerConfig(\n  port: Int,\n  users:List[Creds],\n  ammoniteHome:Path = Repl.defaultAmmoniteHome,\n  hostKeyFile:Option[Path] = None\n) { override def toString = s\"(port = $port, users = '$users', hostKeyFile = $hostKeyFile)\" }"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/SshdRepl.scala","text":"package ammonite.sshd\n\nimport java.io.{PrintStream, InputStream, OutputStream}\n\nimport ammonite.ops.Path\nimport ammonite.repl.{Bind, Ref, Repl, Storage}\nimport ammonite.sshd.util.Environment\n\nimport scala.annotation.tailrec\nimport scala.io.StdIn\nimport scala.language.postfixOps\n\nclass SshdRepl(sshConfig:SshServerConfig,\n             predef: String = \"\",\n             replArgs: Seq[Bind[_]] = Nil) {\n  private lazy val sshd = SshServer.create(\n    sshConfig, terminal = SshdRepl.runRepl(sshConfig.ammoniteHome, predef, replArgs))\n\n  def start():Unit = sshd.start()\n  def stop():Unit = sshd.stop()\n  def stopImmediately():Unit = sshd.stop(\/*immediately =*\/ true)\n}\n\nobject SshdRepl {\n  def main(args:Array[String]):Unit = {\n    val creds = getInitialCreds()\n    val config = SshServerConfig(port = 2222, users = creds :: Nil)\n    val ammoniteServer = new SshdRepl(config)\n\n    ammoniteServer.start()\n    println(s\"Ammonite server started. $helpMessage. To connect use ssh [${creds.login}@]<host> -p${config.port}\")\n    exitAwaitLoop()\n    ammoniteServer.stop()\n\n    println(\"Ammonite server finished\")\n  }\n\n  private def getInitialCreds():Creds = {\n    val startedUserName = System.getProperty(\"user.name\")\n    System.out.print(\"Enter password for remote session: \")\n    val password = new String(System.console().readPassword())\n    Creds(startedUserName, password)\n  }\n\n\n  private val helpMessage = \"Print 'q' to quit.\"\n  @tailrec private def exitAwaitLoop(): Unit = StdIn.readLine() match {\n    case \"q\" => println(\"exiting...\")\n    case cmd =>\n      println(s\"'$cmd' is illegal command! $helpMessage\")\n      exitAwaitLoop()\n  }\n\n  private def replServerClassLoader = SshdRepl.getClass.getClassLoader\n\n  private def runRepl(homePath: Path, predef: String, replArgs: Seq[Bind[_]])(in:InputStream, out:OutputStream):Unit = {\n    val replSessionEnv = new Environment(replServerClassLoader, in, out)\n    Environment.withEnvironment(replSessionEnv) {\n      try {\n        new Repl(in, out, Ref(Storage(homePath)), predef, replArgs).run()\n      } catch {\n        case any:Throwable \u21d2\n          val sshClientOutput = new PrintStream(out)\n          sshClientOutput.println(\"What a terrible failure, the REPL just blow up!\")\n          any.printStackTrace(sshClientOutput)\n      }\n    }\n  }\n}"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/util\/Environment.scala","text":"<reponame>dant3\/ammonite-sshd<filename>src\/main\/scala\/ammonite\/sshd\/util\/Environment.scala\npackage ammonite.sshd.util\n\nimport java.io.{InputStream, OutputStream, PrintStream}\n\ncase class Environment(\n  thread:Thread,\n  contextClassLoader: ClassLoader,\n  in: InputStream,\n  out:PrintStream,\n  err:PrintStream\n) {\n  def this(classLoader: ClassLoader, in: InputStream, out:PrintStream) = this(Thread.currentThread(), classLoader, in, out, out)\n  def this(classLoader: ClassLoader, in: InputStream, out:OutputStream) = this(classLoader, in, new PrintStream(out))\n}\n\nobject Environment {\n  def collect() = Environment(\n    Thread.currentThread(),\n    Thread.currentThread().getContextClassLoader,\n    System.in,\n    System.out,\n    System.err\n  )\n\n  def withEnvironment(env:Environment)(code: \u21d2 Any):Any = {\n    val oldEnv = collect()\n    try {\n      install(env)\n      code\n    } finally {\n      install(oldEnv)\n    }\n  }\n\n  def install(env:Environment):Unit = {\n    env.thread.setContextClassLoader(env.contextClassLoader)\n    System.setIn(env.in)\n    System.setOut(env.out)\n    System.setErr(env.err)\n  }\n}\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/ShellSession.scala","text":"<reponame>dant3\/ammonite-sshd<filename>src\/main\/scala\/ammonite\/sshd\/ShellSession.scala<gh_stars>0\npackage ammonite.sshd\n\nimport java.io.{OutputStream, InputStream}\n\nimport ammonite.sshd.util.Implicits\nimport org.apache.sshd\n\nclass ShellSession(runner: SshServer.TerminalTask) extends sshd.server.Command {\n  var in: InputStream = _\n  var out: OutputStream = _\n  var err: OutputStream = _\n  var exit: Option[sshd.server.ExitCallback] = None\n  var thread: Option[Thread] = None\n\n  def setInputStream(in: InputStream) { this.in = in }\n  def setOutputStream(out: OutputStream) { this.out = new SshOutputStream(out) }\n  def setErrorStream(err: OutputStream) { this.err = err }\n\n  def setExitCallback(exit: org.apache.sshd.server.ExitCallback) { this.exit = Option(exit) }\n\n  def start(env: org.apache.sshd.server.Environment) {\n    import Implicits._\n    val thread = new Thread({\n      runner(in, out)\n      this.thread = None\n      exit.foreach(_.onExit(0, \"repl finished\"))\n    })\n    this.thread = Some(thread)\n    thread.start()\n  }\n\n  def destroy() {\n    thread.foreach(_.interrupt())\n  }\n\n\n  class SshOutputStream(out:OutputStream) extends OutputStream {\n    override def close() { out.close() }\n    override def flush() { out.flush() }\n\n    override def write(b: Int) { \/\/ ssh only accepts new lines with \\r\n      if (b.toChar == '\\n') out.write('\\r')\n      out.write(b)\n    }\n\n    override def write(bytes: Array[Byte]):Unit = for {\n      i \u2190 bytes.indices\n    } write(bytes(i))\n\n    override def write(bytes: Array[Byte], off: Int, len: Int) {\n      write(bytes.slice(off, off + len))\n    }\n  }\n}\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/SshServer.scala","text":"package ammonite.sshd\n\nimport java.io.{InputStream, OutputStream}\n\nimport ammonite.ops.Path\nimport ammonite.sshd.util.Implicits\nimport org.apache.sshd.server.PasswordAuthenticator\nimport org.apache.sshd.server.keyprovider.SimpleGeneratorHostKeyProvider\nimport org.apache.sshd.server.session.ServerSession\n\nimport scala.language.implicitConversions\n\nobject SshServer {\n  val in = System.in\n  val out = System.out\n\n  type TerminalTask = ((InputStream, OutputStream) \u21d2 Unit)\n\n  def create(options:SshServerConfig, terminal: TerminalTask) = {\n    import Implicits._\n\n    val passwdAuthenticator = passwordAuthenticator(options.users).getOrElse(cantAuthenticateError)\n    val sshServer = org.apache.sshd.SshServer.setUpDefaultServer()\n    sshServer.setPort(options.port)\n    sshServer.setPasswordAuthenticator(passwdAuthenticator)\n    \/\/ TODO: public key auth\n    \/\/ sshServer.setPublickeyAuthenticator(pkAuth))\n\n    val hostKeyFile = options.hostKeyFile.getOrElse(options.ammoniteHome \/ \"ssh\" \/ \"hostkeys\")\n    sshServer.setKeyPairProvider(new SimpleGeneratorHostKeyProvider(touch(hostKeyFile).toString()))\n\n    sshServer.setShellFactory(() \u21d2 new ShellSession(terminal))\n    sshServer\n  }\n\n  def touch(file:Path):Path = {\n    import ammonite.ops._\n    if (!exists(file)) {\n      write(file, Array.empty[Byte])\n    }\n    file\n  }\n\n\n  def passwordAuthenticator(users:List[Creds]):Option[PasswordAuthenticator] = users match {\n    case Nil \u21d2 None\n    case someList \u21d2\n      Some(passwordAuthenticator(someList.foldLeft(Map.newBuilder[String, String]) { _ += _.toTuple }.result()))\n  }\n\n  def passwordAuthenticator(users:Map[String, String]) = new PasswordAuthenticator {\n    override def authenticate(username: String, password: String, session: ServerSession): Boolean =\n      users.get(username).contains(password)\n  }\n\n  def cantAuthenticateError[T] = throw new IllegalArgumentException(\"Can't authenticate without users setting\")\n}\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/util\/Implicits.scala","text":"<reponame>dant3\/ammonite-sshd<gh_stars>0\npackage ammonite.sshd.util\n\nimport org.apache.sshd.common.Factory\nimport org.apache.sshd.server.Command\n\nimport scala.language.implicitConversions\n\ntrait Implicits {\n  implicit def factory(factoryFunction:() \u21d2 Command):Factory[Command] = new Factory[Command] {\n    override def create(): Command = factoryFunction()\n  }\n\n  implicit def runnable(block: \u21d2 Unit):Runnable = new Runnable {\n    override def run(): Unit = block\n  }\n}\n\nobject Implicits extends Implicits\n"}
{"repo_name":"dant3\/ammonite-sshd","path":"src\/main\/scala\/ammonite\/sshd\/Creds.scala","text":"<gh_stars>0\npackage ammonite.sshd\n\ncase class Creds(login:String, password:String) {\n  def toTuple:(String, String) = (login, password)\n}\n\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"project\/MicroServiceBuild.scala","text":"<gh_stars>0\nimport sbt._\n\nobject MicroServiceBuild extends Build with MicroService {\n\n  val appName = \"cc-calculator\"\n\n  override lazy val appDependencies: Seq[ModuleID] = AppDependencies()\n}\n\nprivate object AppDependencies {\n\n  import play.core.PlayVersion\n  import play.sbt.PlayImport._\n\n  private val microServiceBootstrapVersion = \"6.18.0\"\n  private val scalaTestVersion = \"3.0.0\"\n  private val pegDownVersion = \"1.6.0\"\n  private val hmrcTestVersion = \"3.0.0\"\n  private val jsonSchemaValidator = \"2.2.6\"\n  private val json4s = \"3.3.0\"\n  private val mockitoVersion = \"2.18.3\"\n  private val scalaTestPlusVersion = \"2.0.0\"\n\n  val compile = Seq(\n    ws,\n    \"uk.gov.hmrc\" %% \"microservice-bootstrap\" % microServiceBootstrapVersion,\n    \"com.github.fge\" % \"json-schema-validator\" % jsonSchemaValidator,\n    \"org.json4s\" %% \"json4s-jackson\" % json4s\n  )\n\n  trait TestDependencies {\n    lazy val scope: String = \"test\"\n    lazy val test: Seq[ModuleID] = ???\n  }\n\n  object Test {\n    def apply() = new TestDependencies {\n      override lazy val test = Seq(\n        \"org.scalatestplus.play\" %% \"scalatestplus-play\" % scalaTestPlusVersion % scope,\n        \"uk.gov.hmrc\" %% \"hmrctest\" % hmrcTestVersion % scope,\n        \"org.scalatest\" %% \"scalatest\" % scalaTestVersion % scope,\n        \"org.pegdown\" % \"pegdown\" % pegDownVersion % scope,\n        \"com.typesafe.play\" %% \"play-test\" % PlayVersion.current % scope,\n        \"org.mockito\" % \"mockito-core\" % mockitoVersion % scope\n      )\n    }.test\n  }\n\n  def apply() = compile ++ Test()\n}\n\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/utils\/TFCSchemeConfigSpec.scala","text":"<filename>test\/utils\/TFCSchemeConfigSpec.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\n\nclass TFCSchemeConfigSpec extends FakeCCCalculatorApplication {\n\n  \"TFC SchemeConfig\" should {\n\n    \"populate end day of the tax year from config file\" in {\n      TFCConfig.taxYearEndDay shouldBe 6\n    }\n\n    \"populate end month of the tax year from config file\" in {\n      TFCConfig.taxYearEndMonth shouldBe 4\n    }\n\n    \"return max no of children from config file\" in {\n      TFCConfig.maxNoOfChildren shouldBe 25\n    }\n\n    \"return max name length from config file\" in {\n      TFCConfig.maxNameLength shouldBe 25\n    }\n\n    \"(following year) return the end date of tax year\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val now = LocalDate.parse(\"23-06-2016\", formatter)\n      val endOfTaxYear = TFCConfig.taxYearEndDate(now, \"tfc\")\n      endOfTaxYear shouldBe LocalDate.parse(\"06-04-2017\", formatter)\n    }\n\n    \"(current year) return the end date of tax year\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val now = LocalDate.parse(\"23-02-2016\", formatter)\n      val endOfTaxYear = TFCConfig.taxYearEndDate(now, \"tfc\")\n      endOfTaxYear shouldBe LocalDate.parse(\"06-04-2016\", formatter)\n    }\n\n    \"return 2016\/2017 TFC taxYear Config for a date 24-07-2016\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"24-07-2016\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2017\/2018 TFC taxYear Config for a date 24-07-2017\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"24-07-2017\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2017\/2018 TFC taxYear Config for a date 24-07-2018\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"24-07-2018\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return default TFC taxYear Config for a date 24-07-2015\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"24-07-2015\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return default TFC taxYear Config for a date 05-04-2016\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"05-04-2016\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2016\/2017 TFC taxYear Config for a date 06-04-2016\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"06-04-2016\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2016\/2017 TFC taxYear Config for a date 05-04-2017\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"05-04-2017\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2017\/2018 TFC taxYear Config for a date 06-04-2017\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"06-04-2017\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2017\/2018 TFC taxYear Config for a date 05-04-2018\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"05-04-2018\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n    \"return 2017\/2018 TFC taxYear Config for a date 06-04-2018\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"06-04-2018\", formatter)\n      val config = TFCConfig.getConfig(fromDate)\n      val tfcTaxYear = TFCTaxYearConfig(\n        topUpPercent = 20,\n        maxEligibleChildcareAmount = 2500,\n        maxEligibleChildcareAmountForDisabled = 5000,\n        maxGovtContribution = 500,\n        maxGovtContributionForDisabled = 1000\n      )\n      config shouldBe tfcTaxYear\n    }\n\n  }\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/service\/AuditEventsTest.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage service\n\nimport org.scalatest.mock.MockitoSugar\nimport play.api.test.FakeRequest\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.http.config.AuditingConfig\nimport uk.gov.hmrc.play.audit.http.connector.{AuditConnector, AuditResult}\nimport uk.gov.hmrc.play.audit.model.DataEvent\nimport uk.gov.hmrc.play.test.UnitSpec\nimport utils.FakeCCCalculatorApplication\n\nimport scala.collection.mutable.ListBuffer\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n * Created by user on 25\/04\/16.\n *\/\nclass AuditEventsTest extends UnitSpec with FakeCCCalculatorApplication with MockitoSugar {\n  implicit val request = FakeRequest()\n  implicit var hc = new HeaderCarrier()\n\n  trait ObservableAuditConnector extends AuditConnector {\n    var events : ListBuffer[DataEvent] = new ListBuffer[DataEvent]\n\n    def observedEvents : ListBuffer[DataEvent] = events\n\n    def addEvent(auditEvent : DataEvent): Unit = {\n      events = events += auditEvent\n    }\n\n    override def auditingConfig: AuditingConfig = ???\n    override def sendEvent(event: DataEvent)(implicit hc: HeaderCarrier = HeaderCarrier(), ec : ExecutionContext): Future[AuditResult] = {\n      addEvent(event.asInstanceOf[DataEvent])\n      Future.successful(AuditResult.Success)\n    }\n  }\n\n  def createObservableAuditConnector = new ObservableAuditConnector{}\n\n  def createAuditor(observableAuditConnector : ObservableAuditConnector) = {\n\n    val testAuditService = new AuditService {\n      override lazy val auditSource = \"cc-calculator\"\n      override def auditConnector = observableAuditConnector\n    }\n\n    new AuditEvents {\n      override def auditService : AuditService = testAuditService\n    }\n  }\n\n  \"Audit Events\" should {\n\n    \"audit request received - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditRequest(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"Request\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit request received for TFC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditTFCRequest(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"TFCRequest\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit response processed for TFC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditTFCResponse(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"TFCResponse\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit request received for TC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditTCRequest(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"TCRequest\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit response processed for TC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditTCResponse(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"TCResponse\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit request received for ESC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditESCRequest(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"ESCRequest\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n\n    \"audit response processed for ESC - success \" in {\n\n      val observableAuditConnector = createObservableAuditConnector\n      val auditor = createAuditor(observableAuditConnector)\n\n      auditor.auditESCResponse(\"Data\")\n\n      val event =  observableAuditConnector.events.head\n\n      event.auditType should equal(\"ESCResponse\")\n      event.detail(\"data\") should startWith(\"Data\")\n\n    }\n  }\n\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/service\/AuditServiceTest.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage service\n\nimport config.MicroserviceAuditConnector\nimport play.api.test.FakeRequest\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.http.logging.{ForwardedFor, SessionId}\nimport uk.gov.hmrc.play.audit.http.config.AuditingConfig\nimport uk.gov.hmrc.play.audit.http.connector.{AuditConnector, AuditResult}\nimport uk.gov.hmrc.play.audit.model.DataEvent\nimport uk.gov.hmrc.play.test.UnitSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n * Created by user on 22\/04\/16.\n *\/\nclass AuditServiceTest extends UnitSpec {\n\n  \"AuditService\" when {\n\n    \"use the correct audit connector\" in {\n      AuditService.auditConnector shouldBe MicroserviceAuditConnector\n    }\n\n    \"use the correct audit source\" in {\n      AuditService.auditSource shouldBe \"cc-calculator\"\n    }\n\n    \"auditer should send message\" in {\n\n      implicit val request = FakeRequest()\n\n      implicit var hc = new HeaderCarrier(forwarded = Some(ForwardedFor(\"1.2.3.4,5.6.7.8\")),  \/\/ test the IP address is in adutit request\n        sessionId = Some(SessionId(\"sessionid-random\")))\n\n      val auditConnectorObj = new AuditConnector {\n\n        var lastAuditEvent : Option[DataEvent]  = None\n\n        override def auditingConfig: AuditingConfig = ???\n        override def sendEvent(event: DataEvent)(implicit hc: HeaderCarrier = HeaderCarrier(), ec : ExecutionContext): Future[AuditResult] = {\n          lastAuditEvent = Some(event.asInstanceOf[DataEvent])\n          Future.successful(AuditResult.Success)\n        }\n      }\n\n      val auditTest = new AuditService {\n        override def auditConnector = auditConnectorObj\n        override def auditSource = \"cc-eligibility\"\n      }\n\n      auditTest.sendEvent(\"testTranType\", Map(\"randomDetails\" -> \"+=+=+=+=+=+=+=+=+\"))(request,hc)\n\n\n      auditTest.sendEvent(\"testTranType\", Map(\"randomDetails\" -> \"+=+=+=+=+=+=+=+=+\"))\n\n      val auditEvent : DataEvent = auditConnectorObj.lastAuditEvent.get\n\n      auditEvent should not equal(Nil)\n\n      auditEvent.auditSource should equal(\"cc-eligibility\")\n      auditEvent.auditType should equal(\"testTranType\")\n      auditEvent.detail(\"randomDetails\") should equal(\"+=+=+=+=+=+=+=+=+\")\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/controllers\/tc\/TaxCreditCalculatorController.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.tc\n\nimport javax.inject.{Inject, Singleton}\n\nimport calculators.TCCalculator\nimport models.input.tc.TCCalculatorInput\nimport play.api.Logger\nimport play.api.i18n.{I18nSupport, MessagesApi}\nimport play.api.libs.json._\nimport play.api.mvc.Action\nimport service.AuditEvents\nimport uk.gov.hmrc.play.microservice.controller.BaseController\nimport utils.JSONFactory\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass TaxCreditCalculatorController @Inject()(val messagesApi: MessagesApi) extends BaseController with I18nSupport {\n\n  val auditEvent: AuditEvents = AuditEvents\n  val calculator: TCCalculator = TCCalculator\n\n  def calculate: Action[JsValue] = Action.async(parse.json) {\n    implicit request =>\n      request.body.validate[TCCalculatorInput].fold(\n        error => {\n          Logger.warn(s\"TC Calculator Validation JsError in TaxCreditCalculatorController.calculate\")\n          Future.successful(BadRequest(JSONFactory.generateErrorJSON(BAD_REQUEST, Left(error))))\n        },\n        result => {\n          auditEvent.auditTCRequest(result.toString)\n          calculator.award(result).map {\n            response =>\n              auditEvent.auditTCResponse(Json.toJson(response).toString())\n              Ok(Json.toJson(response))\n          } recover {\n            case e: Exception =>\n              Logger.warn(s\"Tax Credits Calculator Exception in TaxCreditCalculatorController.calculate: ${e.getMessage}\")\n              InternalServerError(JSONFactory.generateErrorJSON(INTERNAL_SERVER_ERROR, Right(e)))\n          }\n        }\n      )\n  }\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/controllers\/esc\/ESCCalculatorControllerSpec.scala","text":"<reponame>kully-hmrc\/cc-calculator\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.esc\n\nimport calculators.ESCCalculator\nimport com.fasterxml.jackson.databind.JsonNode\nimport com.github.fge.jackson.JsonLoader\nimport models.input.esc.ESCCalculatorInput\nimport models.output.esc.{ESCCalculatorOutput, ESCSavings}\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentMatchers.{eq => mockEq, _}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfterEach\nimport org.scalatest.mock.MockitoSugar\nimport org.scalatest.prop.TableDrivenPropertyChecks._\nimport org.scalatest.prop.Tables.Table\nimport play.api.http.Status\nimport play.api.i18n.Messages.Implicits._\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport service.AuditEvents\nimport utils.FakeCCCalculatorApplication\n\nimport scala.concurrent.Future\n\nclass ESCCalculatorControllerSpec extends FakeCCCalculatorApplication with MockitoSugar with BeforeAndAfterEach {\n\n  \"ESCCalculatorController\" should {\n\n    \"not return NOT_FOUND (calculate) endpoint\" in {\n      val result = route(app, FakeRequest(POST, \"\/cc-calculator\/employer-supported-childcare\/calculate\"))\n      result.isDefined shouldBe true\n      status(result.get) should not be NOT_FOUND\n    }\n\n    val validData = Table(\n      (\"Description\", \"Data\"),\n      (\"valid data\", \"calculator_input_test.json\"),\n      (\"all fields with default values missing\", \"without_default_values.json\")\n    )\n\n    forAll(validData) { case (description, data) =>\n      s\"Accept valid JSON at \/employer-supported-childcare\/calculate (${description})\" in {\n        val controller = new ESCCalculatorController(applicationMessagesApi) {\n          override val auditEvent = mock[AuditEvents]\n          override val calculator = mock[ESCCalculator]\n        }\n\n        val inputJson: JsValue = Json.parse(JsonLoader.fromResource(s\"\/json\/esc\/input\/${data}\").toString)\n        val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n        when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(ESCCalculatorOutput(from = LocalDate.now, until = LocalDate.now, totalSavings = ESCSavings(), taxYears = List())))\n        val result = await(controller.calculate()(request))\n        status(result) shouldBe Status.OK\n      }\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (0 Tax Year)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/no_tax_year.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Please provide at least 1 Tax Year\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (negative value in eligible months)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/negative_eligible_months.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          {\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods(0)\/claimants(0)\/eligibleMonthsInPeriod\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Number of months should not be less than 0 and not more than 99\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (value more than 99 in eligible months)\" in {\n\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/more_than_upper_limit_eligible_months.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods(0)\/claimants(0)\/eligibleMonthsInPeriod\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Number of months should not be less than 0 and not more than 99\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (0 periods)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/no_periods.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Please provide at least 1 Period\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (0 claimants)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/no_claimants.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods(0)\/claimants\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Please provide at least 1 claimant\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (negative voucher amount)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/negative_voucher_amount.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n\/\/      val outputJSON = Json.parse(\n\/\/        \"\"\"\n\/\/          |{\n\/\/          |   \"status\":400,\n\/\/          |   \"errors\":[\n\/\/          |      {\n\/\/          |         \"path\":\"\/escTaxYears(0)\/periods(0)\/claimants(0)\/escAmount\",\n\/\/          |         \"validationErrors\":[\n\/\/          |            {\n\/\/          |               \"message\":\"Voucher amount should not be less than 0.00\",\n\/\/          |               \"args\":[\n\/\/          |\n\/\/          |               ]\n\/\/          |            }\n\/\/          |         ]\n\/\/          |      }\n\/\/          |   ]\n\/\/          |}\n\/\/        \"\"\".stripMargin)\n\/\/\n\/\/      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (date missing)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/date_missing.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods(0)\/until\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"error.path.missing\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/employer-supported-childcare\/calculate and return a BadRequest with an error (incorrect data type)\" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val inputJson = Json.parse(JsonLoader.fromResource(\"\/json\/esc\/input\/incorrect_data_type.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[ESCCalculatorInput]())).thenReturn(Future.successful(mock[ESCCalculatorOutput]))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/taxYears(0)\/periods(0)\/claimants(0)\/eligibleMonthsInPeriod\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"error.expected.jsnumber\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Return Internal Server Error with error message if an exception is thrown during calculation \" in {\n      val controller = new ESCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[ESCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val resource: JsonNode = JsonLoader.fromResource(\"\/json\/esc\/input\/calculator_input_test.json\")\n      val inputJson: JsValue = Json.parse(resource.toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n      val JsonResult = inputJson.validate[ESCCalculatorInput]\n\n      when(controller.calculator.award(mockEq(JsonResult.get))).thenReturn(Future.failed(new Exception(\"Something bad happened\")))\n      val result = await(controller.calculate()(request))\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |    \"status\": 500,\n          |    \"error\": \"Something bad happened\"\n          |}\n        \"\"\".stripMargin)\n\n      status(result) shouldBe Status.INTERNAL_SERVER_ERROR\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n  }\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/models\/input\/tc\/TCCalculatorInput.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.input.tc\n\nimport org.joda.time.LocalDate\nimport play.api.data.validation._\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.Reads._\nimport play.api.libs.json._\nimport utils._\n\ncase class TCCalculatorInput(\n                          taxYears: List[TCTaxYear]\n                          )\n\nobject TCCalculatorInput {\n  implicit val tcEligibilityFormat: Reads[TCCalculatorInput] =\n    (JsPath \\ \"taxYears\").read[List[TCTaxYear]].map { taxYears => TCCalculatorInput(taxYears)}\n}\n\ncase class TCTaxYear(\n                      from: LocalDate,\n                      until: LocalDate,\n                      previousHouseholdIncome: TCIncome,\n                      currentHouseholdIncome: TCIncome,\n                      periods: List[TCPeriod]\n                    )\n\nobject TCTaxYear extends MessagesObject {\n  implicit val taxYearsFormat: Reads[TCTaxYear] = Json.reads[TCTaxYear]\n}\n\ncase class TCIncome(\n                   employment: Option[List[BigDecimal]],\n                   pension: Option[List[BigDecimal]],\n                   other: Option[List[BigDecimal]],\n                   benefits: Option[List[BigDecimal]],\n                   statutory: Option[List[TCStatutoryIncome]]\n                   )\n\nobject TCIncome {\n  implicit val incomeFormat: Reads[TCIncome] = Json.reads[TCIncome]\n}\n\ncase class TCStatutoryIncome(\n                            weeks: Double,\n                            amount: BigDecimal\n                            )\nobject TCStatutoryIncome {\n  implicit val statutoryIncomeFormat: Reads[TCStatutoryIncome] = Json.reads[TCStatutoryIncome]\n}\n\ncase class TCPeriod(from: LocalDate,\n                    until: LocalDate,\n                    householdElements: TCHouseholdElements,\n                    claimants: List[TCClaimant],\n                    children: List[TCChild]\n                 ) {\n\n  def getChildCareForPeriod: Boolean = {\n    householdElements.childcare\n  }\n\n def atLeastOneClaimantIsClaimingSocialSecurityBenefit: Boolean = {\n    val count = claimants.foldLeft(0)((acc, claimant) => if (claimant.doesNotTaper) acc + 1 else acc)\n    count > 0\n  }\n}\n\nobject TCPeriod {\n  implicit val periodFormat: Reads[TCPeriod] = Json.reads[TCPeriod]\n}\n\ncase class TCChildElements(child: Boolean = false,\n                           youngAdult: Boolean = false,\n                           disability: Boolean = false,\n                           severeDisability: Boolean = false,\n                           childcare: Boolean = false)\n\nobject TCChildElements {\n  implicit val childElementsReads: Reads[TCChildElements] = Json.reads[TCChildElements]\n}\n\ncase class TCChild(qualifying: Boolean = false,\n                   childcareCost : BigDecimal,\n                   childcareCostPeriod: Periods.Period = Periods.Monthly,\n                   childElements: TCChildElements) {\n\n  def isQualifyingWTC: Boolean = {\n    qualifying && childElements.childcare\n  }\n\n  def isQualifyingCTC: Boolean = {\n    qualifying && (childElements.child || childElements.youngAdult)\n  }\n\n  def getsDisabilityElement: Boolean = {\n    isQualifyingCTC && childElements.disability\n  }\n\n  def getsSevereDisabilityElement: Boolean = {\n    isQualifyingCTC && childElements.severeDisability\n  }\n\n}\n\nobject TCChild extends MessagesObject {\n\n  def childSpendValidation(cost: BigDecimal) : Boolean = {\n    cost >= BigDecimal(0.00)\n  }\n\n  implicit val childFormat: Reads[TCChild] = (\n       (JsPath \\ \"qualifying\").read[Boolean] and\n        (JsPath \\ \"childcareCost\").read[BigDecimal].filter(\n          ValidationError(messages(\"cc.calc.childcare.spend.too.low\"))\n        )(x => childSpendValidation(x)) and\n        \/\/childcareCost max value should be 30,000 per year (This will be based on childcareCost Period, hence should be handled in frontend)\n          (JsPath \\ \"childcareCostPeriod\").read[Periods.Period] and\n            (JsPath \\ \"childElements\").read[TCChildElements]\n    )(TCChild.apply _)\n}\n\ncase class TCDisability(\n                             disability: Boolean = false,\n                             severeDisability: Boolean = false\n                             )\n\nobject TCDisability {\n  implicit val claimantDisabilityFormat: Reads[TCDisability] = Json.reads[TCDisability]\n}\n\ncase class TCClaimant(qualifying: Boolean,\n                      isPartner: Boolean,\n                      claimantDisability: TCDisability,\n                      doesNotTaper : Boolean = false) {\n\n  def getsDisabilityElement: Boolean = {\n    qualifying && claimantDisability.disability\n  }\n\n  def getsSevereDisabilityElement: Boolean = {\n    qualifying && claimantDisability.severeDisability\n  }\n\n}\n\nobject TCClaimant {\n\n  implicit val claimantFormat: Reads[TCClaimant] = (\n    (JsPath \\ \"qualifying\").read[Boolean] and\n      (JsPath \\ \"isPartner\").read[Boolean] and\n        (JsPath \\ \"claimantDisability\").read[TCDisability] and\n          ((JsPath \\ \"doesNotTaper\").read[Boolean] or Reads.pure(false))\n    )(TCClaimant.apply _)\n}\n\ncase class TCHouseholdElements(basic: Boolean = false,\n                               hours30: Boolean = false,\n                               childcare: Boolean = false,\n                               loneParent: Boolean = false,\n                               secondParent: Boolean = false,\n                               family: Boolean = false\n                              )\n\nobject TCHouseholdElements {\n  implicit val householdElementsFormat: Reads[TCHouseholdElements] = Json.reads[TCHouseholdElements]\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/config\/CcGlobal.scala","text":"<filename>app\/config\/CcGlobal.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage config\n\nimport com.typesafe.config.Config\nimport net.ceedubs.ficus.Ficus._\nimport play.api.{Application, Configuration}\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.play.config.{AppName, ControllerConfig, RunMode}\nimport uk.gov.hmrc.play.http.ws._\nimport uk.gov.hmrc.play.microservice.bootstrap.DefaultMicroserviceGlobal\nimport uk.gov.hmrc.play.microservice.config.LoadAuditingConfig\nimport uk.gov.hmrc.play.microservice.filters.{AuditFilter, LoggingFilter, MicroserviceFilterSupport}\nimport utils.LoadConfig\n\nobject WSHttp extends HttpGet with WSGet with HttpPut with WSPut with HttpPost with WSPost with HttpDelete with WSDelete with HttpPatch with WSPatch {\n  override val hooks = NoneRequired\n}\n\nobject MicroserviceAuditConnector extends AuditConnector with RunMode {\n  override lazy val auditingConfig = LoadAuditingConfig(\"auditing\")\n}\n\nobject ControllerConfiguration extends ControllerConfig with LoadConfig {\n  lazy val controllerConfigs = conf.underlying.as[Config](\"controllers\")\n}\n\n\nobject MicroserviceAuditFilter extends AuditFilter with AppName with MicroserviceFilterSupport {\n  override val auditConnector = MicroserviceAuditConnector\n  override def controllerNeedsAuditing(controllerName: String): Boolean = ControllerConfiguration.paramsForController(controllerName).needsAuditing\n}\n\nobject MicroserviceLoggingFilter extends LoggingFilter with MicroserviceFilterSupport {\n  override def controllerNeedsLogging(controllerName: String): Boolean = ControllerConfiguration.paramsForController(controllerName).needsLogging\n}\n\nobject CcGlobal extends DefaultMicroserviceGlobal with RunMode {\n  override val auditConnector = MicroserviceAuditConnector\n\n  override def microserviceMetricsConfig(implicit app: Application): Option[Configuration] = app.configuration.getConfig(\"microservice.metrics\")\n\n  override val loggingFilter = MicroserviceLoggingFilter\n\n  override val microserviceAuditFilter = MicroserviceAuditFilter\n\n  override val authFilter = None\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/utils\/FakeCCCalculatorApplication.scala","text":"<reponame>kully-hmrc\/cc-calculator\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport akka.stream.Materializer\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport org.scalatest.Suite\nimport org.scalatestplus.play.OneAppPerSuite\nimport play.api.Application\nimport play.api.i18n.Messages\nimport play.api.i18n.Messages.Implicits._\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport uk.gov.hmrc.play.test.UnitSpec\n\ntrait FakeCCCalculatorApplication extends UnitSpec with OneAppPerSuite {\n  this: Suite =>\n\n  val config: Map[String, _] = Map(\n    \"csrf.sign.tokens\" -> false,\n    \"govuk-tax.Test.services.contact-frontend.host\" -> \"localhost\",\n    \"govuk-tax.Test.services.contact-frontend.port\" -> \"9250\"\n  )\n\n  val formatter = DateTimeFormat.forPattern(\"yyyy-MM-dd\")\n  def parseDate(date: String): LocalDate = LocalDate.parse(date, formatter)\n\n  implicit override lazy val app: Application = new GuiceApplicationBuilder()\n    .configure(config)\n    .build()\n\n  implicit lazy val mat: Materializer = app.materializer\n  implicit lazy val messages: Messages = applicationMessages\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/models\/output\/tc\/TCCalculatorOutput.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.output.tc\n\nimport org.joda.time.LocalDate\nimport play.api.libs.json._\n\nobject TCCalculatorOutput {\n  implicit val TCCalculationWrites: Writes[TCCalculatorOutput] = Json.writes[TCCalculatorOutput]\n}\n\ncase class TCCalculatorOutput(from: LocalDate,\n                              until: LocalDate,\n                              totalAwardAmount: BigDecimal = 0.00,\n                              houseHoldAdviceAmount: BigDecimal = 0.00,\n                              taxYears: List[TaxYear]\n                        )\n\nobject TaxYear {\n  implicit val TaxYearWrites: Writes[TaxYear] = Json.writes[TaxYear]\n}\n\ncase class TaxYear(\n                    from: LocalDate,\n                    until: LocalDate,\n                    taxYearAwardAmount: BigDecimal = BigDecimal(0.00),\n                    taxYearAdviceAmount: BigDecimal = BigDecimal(0.00),\n                    periods: List[Period]\n                  )\n\nobject Period {\n  implicit val ElementWrites: Writes[Period] = Json.writes[Period]\n}\n\ncase class Period(from: LocalDate,\n                  until: LocalDate,\n                  periodNetAmount: BigDecimal = 0.00,\n                  periodAdviceAmount: BigDecimal = 0.00,\n                  elements: Elements)\n\nobject Elements {\n  implicit val ElementsWrites: Writes[Elements] = Json.writes[Elements]\n}\n\ncase class Elements(wtcWorkElement: Element,\n                    wtcChildcareElement: Element,\n                    ctcIndividualElement: Element,\n                    ctcFamilyElement: Element)\n\nobject Element {\n  implicit val ElementWrites: Writes[Element] = Json.writes[Element]\n}\n\ncase class Element(netAmount: BigDecimal = 0.00,\n                   maximumAmount: BigDecimal = 0.00,\n                   taperAmount: BigDecimal = 0.00)\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/calculators\/TCCalculator.scala","text":"<reponame>kully-hmrc\/cc-calculator<filename>app\/calculators\/TCCalculator.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage calculators\n\nimport models.input.tc._\nimport models.output.tc.{Element, Elements, TCCalculatorOutput, TaxYear}\nimport org.joda.time.LocalDate\nimport utils.{Periods, TCConfig, TCTaxYearConfig}\n\nimport scala.concurrent.Future\n\ntrait TCCalculatorElements extends TCCalculatorTapering {\n\n  def generateMaximumAmountsForPeriod(period: TCPeriod): models.output.tc.Period = {\n    val childElement = maxChildElementForPeriod(period)\n    val familyElement = maxFamilyElementForPeriod(period)\n    val childcareElement = maxChildcareElementForPeriod(period)\n    val workingTaxElement = maxWorkElementForPeriod(period) \/\/this contains basic, 30 hour, claimant disability\/severe disability + lone\/second parent\n    models.output.tc.Period(\n      from = period.from,\n      until = period.until,\n      elements = Elements(\n        wtcWorkElement = Element(\n          maximumAmount = workingTaxElement\n        ),\n        wtcChildcareElement = Element(\n          maximumAmount = childcareElement\n        ),\n        ctcIndividualElement = Element(\n          maximumAmount = childElement\n        ),\n        ctcFamilyElement = Element(\n          maximumAmount = familyElement\n        )\n      )\n    )\n  }\n\n  def maxFamilyElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.householdElements.family) {\n      val familyElementMaximumAmount = config(period).ctc.familyElement\n      amountForDateRange(familyElementMaximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def maxChildElementForPeriod(period: TCPeriod): BigDecimal = {\n    period.children match {\n      case head :: tail =>\n        \/\/ get an amount List[(Boolean, BigDecimal)] for each child (including disability and severe if it applies)\n        period.children.foldLeft(BigDecimal(0.00))((acc, child) => {\n          val basic = childOrYoungAdultBasicElementForPeriod(period, child)\n          val disabled = childOrYoungAdultDisabilityElementForPeriod(period, child)\n          val severeDisabled = childOrYoungAdultSevereDisabilityElementForPeriod(period, child)\n          acc + basic + disabled + severeDisabled\n        })\n      case Nil => BigDecimal(0.00)\n    }\n  }\n\n  def childOrYoungAdultBasicElementForPeriod(period: TCPeriod, child: TCChild): BigDecimal = {\n    if (child.isQualifyingCTC) {\n      val childElementMaximumAmount = if (child.childElements.youngAdult) {\n        config(period).ctc.youngPersonElement\n      }\n      else {\n        config(period).ctc.childElement\n      }\n      amountForDateRange(childElementMaximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def childOrYoungAdultDisabilityElementForPeriod(period: TCPeriod, child: TCChild): BigDecimal = {\n    if (child.getsDisabilityElement) {\n      val maximumAmount = config(period).ctc.disabledChildElement\n      amountForDateRange(maximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def childOrYoungAdultSevereDisabilityElementForPeriod(period: TCPeriod, child: TCChild): BigDecimal = {\n    if (child.getsSevereDisabilityElement) {\n      val maximumAmount = config(period).ctc.severeDisabilityChildElement\n      amountForDateRange(maximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def maxWorkElementForPeriod(period: TCPeriod): BigDecimal = {\n    val basic = basicElementForPeriod(period)\n    val hours30 = hours30ElementForPeriod(period)\n    val loneParent = loneParentElementForPeriod(period)\n    val secondAdult = secondAdultElementForPeriod(period)\n    val houseHoldAmt = basic + hours30 + loneParent + secondAdult\n    \/\/ get an amount List[(Boolean, BigDecimal)] for each claimant (including disability and severe if it applies)\n    val claimantAmount = period.claimants.foldLeft(BigDecimal(0.00))((acc, claimant) => {\n      val disabled = disabledWorkerElementForPeriod(period, claimant)\n      val severeDisabled = severelyDisabledWorkerElementForPeriod(period, claimant)\n      acc + disabled + severeDisabled\n    })\n    claimantAmount + houseHoldAmt\n  }\n\n  def basicElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.householdElements.basic) {\n      val basicElement = config(period).wtc.basicElement\n      amountForDateRange(basicElement, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def hours30ElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.householdElements.hours30) {\n      val hours30Element = config(period).wtc.hours30Element\n      amountForDateRange(hours30Element, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def loneParentElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.householdElements.loneParent) {\n      val loneParentElementMaximumAmount = config(period).wtc.loneParentElement\n      amountForDateRange(loneParentElementMaximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def secondAdultElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.householdElements.secondParent) {\n      val coupleElementMaximumAmount = config(period).wtc.coupleElement\n      amountForDateRange(coupleElementMaximumAmount, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def disabledWorkerElementForPeriod(period: TCPeriod, claimant: TCClaimant): BigDecimal = {\n    if (claimant.getsDisabilityElement) {\n      val disabledWorkerElement = config(period).wtc.disabledWorkerElement\n      amountForDateRange(disabledWorkerElement, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def severelyDisabledWorkerElementForPeriod(period: TCPeriod, claimant: TCClaimant): BigDecimal = {\n    if (claimant.getsSevereDisabilityElement) {\n      val severeDisabilityWorkerElement = config(period).wtc.severeDisabilityWorkerElement\n      amountForDateRange(severeDisabilityWorkerElement, Periods.Yearly, period.from, period.until)\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def maxChildcareElementForPeriod(period: TCPeriod): BigDecimal = {\n    if (period.getChildCareForPeriod) {\n      val totalCostPerWeek = getTotalChildcarePerWeek(period)\n      \/\/ check threshold amounts\n      val amountForPeriod = amountForDateRange(totalCostPerWeek, Periods.Weekly, period.from, period.until)\n\n      val percent = config(period).wtc.eligibleCostCoveredPercent\n      val percentOfActualAmountTapered = roundDownToTwoDigits(getPercentOfAmount(amountForPeriod, percent))\n      val thresholdAmount = getChildcareThresholdPerWeek(period)\n      val thresholdIntoAPeriod = amountForDateRange(thresholdAmount, Periods.Weekly, period.from, period.until)\n      val percentOfThresholdAmountTapered = roundDownToTwoDigits(getPercentOfAmount(thresholdIntoAPeriod, percent))\n\n      if (percentOfActualAmountTapered >= percentOfThresholdAmountTapered) {\n        roundDownToTwoDigits(percentOfThresholdAmountTapered)\n      } else {\n        roundDownToTwoDigits(percentOfActualAmountTapered)\n      }\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  protected def getChildcareThresholdPerWeek(period: models.input.tc.TCPeriod): BigDecimal = {\n    \/\/check childcarecost > 0 and childcare element is true\n    val childcareCosts = period.children.filter(child => (child.childcareCost > 0 && child.isQualifyingWTC)).length\n    if (childcareCosts > 1) {\n      config(period).wtc.maxChildcareMoreChildrenElement\n    } else if (childcareCosts == 1) {\n      config(period).wtc.maxChildcareOneChildElement\n    } else {\n      BigDecimal(0.00)\n    }\n  }\n\n  private def getTotalChildcarePerWeek(period: TCPeriod) = {\n    val amountPerWeek = period.children.foldLeft(BigDecimal(0.00)) {\n      (acc, child) =>\n        if (child.isQualifyingWTC) {\n          \/\/ return cost per week\n          val annual = amountToAnnualAmount(child.childcareCost, child.childcareCostPeriod)\n          val amountPerWeek = amountToWeeklyAmount(annual, Periods.Yearly)\n          acc + amountPerWeek\n        } else {\n          acc\n        }\n    }\n    roundDownToTwoDigits(amountPerWeek)\n  }\n}\n\ntrait TCCalculatorTapering extends TCCalculatorHelpers {\n\n  def isTaperingRequiredForElements(income: BigDecimal, threshold: BigDecimal): Boolean = {\n    income > threshold\n  }\n\n  def getPercentOfAmount(amount: BigDecimal, percentage: Int): BigDecimal = {\n    (amount \/ 100) * percentage\n  }\n\n  def taperFirstElement(\n                         period: models.output.tc.Period,\n                         inputPeriod: models.input.tc.TCPeriod,\n                         income: BigDecimal,\n                         wtcIncomeThreshold: BigDecimal\n                       ): models.output.tc.Period = {\n    val wtcWorkElementMaxAmount = period.elements.wtcWorkElement.maximumAmount\n    val firstTaperThreshold = earningsAmountToTaperForPeriod(income, wtcIncomeThreshold, inputPeriod)\n    val wtcWorkNetAmount = netAmountPerElementPerPeriod(firstTaperThreshold, wtcWorkElementMaxAmount)\n\n    val elements = Elements(\n      wtcWorkElement = Element(\n        maximumAmount = wtcWorkElementMaxAmount,\n        netAmount = wtcWorkNetAmount,\n        taperAmount = {\n          if (wtcWorkNetAmount.equals(BigDecimal(0.00))) {\n            \/\/ cannot taper more than maximum amount for current element\n            period.elements.wtcWorkElement.maximumAmount\n          } else {\n            firstTaperThreshold\n          }\n        }\n      ),\n      wtcChildcareElement = period.elements.wtcChildcareElement,\n      ctcIndividualElement = period.elements.ctcIndividualElement,\n      ctcFamilyElement = period.elements.ctcFamilyElement\n    )\n\n    buildTCPeriod(period, elements)\n  }\n\n  def taperSecondElement(\n                          period: models.output.tc.Period,\n                          inputPeriod: models.input.tc.TCPeriod,\n                          income: BigDecimal,\n                          wtcIncomeThreshold: BigDecimal\n                        ): models.output.tc.Period = {\n    val secondTaperAmount = earningsAmountToTaperForPeriod(income, wtcIncomeThreshold, inputPeriod)\n    val secondTaperThreshold = secondTaperAmount - period.elements.wtcWorkElement.maximumAmount\n    val wtcChildcareNetAmount = netAmountPerElementPerPeriod(secondTaperThreshold, period.elements.wtcChildcareElement.maximumAmount)\n\n    val elements = Elements(\n      wtcWorkElement = period.elements.wtcWorkElement,\n      wtcChildcareElement = Element(\n        maximumAmount = period.elements.wtcChildcareElement.maximumAmount,\n        netAmount = {\n          if (period.elements.wtcWorkElement.netAmount.equals(BigDecimal(0.00))) {\n            wtcChildcareNetAmount\n          } else {\n            period.elements.wtcChildcareElement.maximumAmount\n          }\n        },\n        taperAmount = {\n          if (period.elements.wtcWorkElement.netAmount.equals(BigDecimal(0.00))) {\n            if (wtcChildcareNetAmount.equals(BigDecimal(0.00))) {\n              \/\/ cannot taper more than maximum amount for current element\n              period.elements.wtcChildcareElement.maximumAmount\n            } else {\n              secondTaperThreshold\n            }\n          } else {\n            BigDecimal(0.00)\n          }\n        }\n      ),\n      ctcIndividualElement = period.elements.ctcIndividualElement,\n      ctcFamilyElement = period.elements.ctcFamilyElement\n    )\n\n    buildTCPeriod(period, elements)\n  }\n\n  def taperThirdElement(\n                         period: models.output.tc.Period,\n                         inputPeriod: models.input.tc.TCPeriod,\n                         income: BigDecimal,\n                         wtcIncomeThreshold: BigDecimal,\n                         ctcIncomeThreshold: BigDecimal\n                       ): (models.output.tc.Period, Boolean) = {\n\n    val isNetAmountZero: Boolean = period.elements.wtcChildcareElement.netAmount.equals(BigDecimal(0.00))\n\n    val taperingThresholdVal: Option[BigDecimal] = buildTaperingThresholdVal(\n      isNetAmountZero,\n      inputPeriod,\n      period.elements.wtcWorkElement.maximumAmount + period.elements.wtcChildcareElement.maximumAmount,\n      wtcIncomeThreshold,\n      ctcIncomeThreshold\n    )\n\n    val elements = Elements(\n      wtcWorkElement = period.elements.wtcWorkElement,\n      wtcChildcareElement = period.elements.wtcChildcareElement,\n      ctcIndividualElement = Element(\n        maximumAmount = period.elements.ctcIndividualElement.maximumAmount,\n        netAmount = getNetAmount(taperingThresholdVal, period.elements.ctcIndividualElement.maximumAmount, income, inputPeriod),\n        taperAmount = getTaperAmount(taperingThresholdVal, period.elements.ctcIndividualElement.maximumAmount, income, inputPeriod)\n      ),\n      ctcFamilyElement = period.elements.ctcFamilyElement\n    )\n    (buildTCPeriod(period, elements), isNetAmountZero)\n  }\n\n  def buildTaperingThresholdVal(\n                                 condition: Boolean,\n                                 inputPeriod: models.input.tc.TCPeriod,\n                                 income: BigDecimal,\n                                 wtcIncomeThreshold: BigDecimal,\n                                 ctcIncomeThreshold: BigDecimal\n                               ): Option[BigDecimal] = {\n    if (condition) {\n      Some(getTaperingThreshold(\n        inputPeriod,\n        income,\n        wtcIncomeThreshold,\n        ctcIncomeThreshold\n      ))\n    } else {\n      None\n    }\n  }\n\n  def getTaperingThreshold(\n                            inputPeriod: models.input.tc.TCPeriod,\n                            incomeToTaper: BigDecimal,\n                            wtcIncomeThreshold: BigDecimal,\n                            ctcIncomeThreshold: BigDecimal\n                          ): BigDecimal = {\n    val taperRate = config(inputPeriod).thresholds.taperRatePercent\n    val incomeToTaperVal = incomeToTaper \/ taperRate * 100 + wtcIncomeThreshold\n    val roundedIncomeToTaperElementsNil = roundup(roundDownToTwoDigits(incomeToTaperVal))\n    getHigherAmount(ctcIncomeThreshold, roundedIncomeToTaperElementsNil)\n  }\n\n  def getHigherAmount(amount1: BigDecimal, amount2: BigDecimal): BigDecimal = {\n    if (amount1.>=(amount2)) {\n      amount1\n    } else {\n      amount2\n    }\n  }\n\n  def getNetAmount(taperingThresholdVal: Option[BigDecimal],\n                   maximumAmount: BigDecimal,\n                   income: BigDecimal,\n                   inputPeriod: models.input.tc.TCPeriod): BigDecimal = {\n    taperingThresholdVal match {\n      case Some(taperingThreshold) if income.>(taperingThreshold) =>\n        val taperAmount = earningsAmountToTaperForPeriod(income, taperingThreshold, inputPeriod)\n        netAmountPerElementPerPeriod(taperAmount, maximumAmount)\n      case _ => maximumAmount\n    }\n  }\n\n  def getTaperAmount(taperingThresholdVal: Option[BigDecimal],\n                     maximumAmount: BigDecimal, income: BigDecimal,\n                     inputPeriod: models.input.tc.TCPeriod): BigDecimal = {\n    taperingThresholdVal match {\n      case Some(taperingThreshold) if income > taperingThreshold =>\n        \/\/further tapering required as income is too high\n        val taperAmount = earningsAmountToTaperForPeriod(income, taperingThreshold, inputPeriod)\n        val netAmount = netAmountPerElementPerPeriod(taperAmount, maximumAmount)\n        if (netAmount.equals(BigDecimal(0.00))) {\n          maximumAmount\n        }\n        else {\n          taperAmount\n        }\n      \/\/pass maximum amount if taperAmount needs to be used in next tapering\n      case _ => BigDecimal(0.00)\n    }\n  }\n\n  def netAmountPerElementPerPeriod(taperAmount: BigDecimal, maximumAmountPerElement: BigDecimal): BigDecimal = {\n    if (taperAmount.>(maximumAmountPerElement)) {\n      \/\/WTC work element is nil and further taper is required\n      BigDecimal(0.00)\n    } else {\n      \/\/tapering stops send the difference in amount as WTC element\n      maximumAmountPerElement - taperAmount\n    }\n  }\n\n  \/\/In order to maintain consistency across TC logic the amount is truncated to 3 digits after decimal point and rounded up to the nearest pence\n  def earningsAmountToTaperForPeriod(income: BigDecimal, thresholdIncome: BigDecimal, period: TCPeriod): BigDecimal = {\n    val taperRate = config(period).thresholds.taperRatePercent\n    roundDownToTwoDigits((income - thresholdIncome) * (taperRate \/ BigDecimal(100.00)))\n  }\n\n  def buildTCPeriod(period: models.output.tc.Period, taperElements: Elements): models.output.tc.Period = {\n    models.output.tc.Period(\n      from = period.from,\n      until = period.until,\n      elements = taperElements\n    )\n  }\n\n  def taperFourthElement(period: models.output.tc.Period,\n                         inputPeriod: models.input.tc.TCPeriod,\n                         income: BigDecimal,\n                         wtcIncomeThreshold: BigDecimal,\n                         ctcIncomeThreshold: BigDecimal,\n                         continue: Boolean = false): models.output.tc.Period = {\n\n    val taperingThresholdVal: Option[BigDecimal] = buildTaperingThresholdVal(\n      continue,\n      inputPeriod,\n      period.elements.wtcWorkElement.maximumAmount + period.elements.wtcChildcareElement.maximumAmount + period.elements.ctcIndividualElement.maximumAmount,\n      wtcIncomeThreshold,\n      ctcIncomeThreshold\n    )\n\n    val elements = Elements(\n      wtcWorkElement = period.elements.wtcWorkElement,\n      wtcChildcareElement = period.elements.wtcChildcareElement,\n      ctcIndividualElement = period.elements.ctcIndividualElement,\n      ctcFamilyElement = Element(\n        maximumAmount = period.elements.ctcFamilyElement.maximumAmount,\n        netAmount = getNetAmount(taperingThresholdVal, period.elements.ctcFamilyElement.maximumAmount, income, inputPeriod),\n        taperAmount = getTaperAmount(taperingThresholdVal, period.elements.ctcFamilyElement.maximumAmount, income, inputPeriod)\n      )\n    )\n    buildTCPeriod(period, elements)\n  }\n\n  protected def getPeriodAmount(period: models.output.tc.Period, amount: BigDecimal = 0.00): models.output.tc.Period = {\n\n    models.output.tc.Period(\n      from = period.from,\n      until = period.until,\n      elements = Elements(\n        wtcWorkElement = Element(\n          maximumAmount = period.elements.wtcWorkElement.maximumAmount,\n          netAmount = period.elements.wtcWorkElement.maximumAmount,\n          taperAmount = BigDecimal(0.00)\n        ),\n        wtcChildcareElement = Element(\n          maximumAmount = period.elements.wtcChildcareElement.maximumAmount,\n          netAmount = period.elements.wtcChildcareElement.maximumAmount,\n          taperAmount = BigDecimal(0.00)\n        ),\n        ctcIndividualElement = Element(\n          maximumAmount = period.elements.ctcIndividualElement.maximumAmount,\n          netAmount = period.elements.ctcIndividualElement.maximumAmount,\n          taperAmount = BigDecimal(0.00)\n        ),\n        ctcFamilyElement = Element(\n          maximumAmount = period.elements.ctcFamilyElement.maximumAmount,\n          netAmount = period.elements.ctcFamilyElement.maximumAmount,\n          taperAmount = BigDecimal(0.00)\n        )\n      ),\n      periodNetAmount = amount,\n      periodAdviceAmount = BigDecimal(0.00)\n    )\n  }\n}\n\ntrait TCCalculatorHelpers extends CCCalculatorHelper {\n  val tcConfig: TCConfig\n\n  def config(period: TCPeriod): TCTaxYearConfig = tcConfig.getConfig(period.from)\n\n  def amountForDateRange(\n                          cost: BigDecimal,\n                          period: Periods.Period,\n                          fromDate: LocalDate,\n                          toDate: LocalDate\n                        ): BigDecimal = {\n    if (fromDate.isBefore(toDate)) {\n      \/\/determines if the tax year falls in a leap year and uses 366 days instead of 365 in calculation\n      val taxYearDates = tcConfig.getCurrentTaxYearDateRange(fromDate)\n      val numberOfDaysInTaxYear = daysBetween(taxYearDates._1, taxYearDates._2)\n      \/\/daily amount currently is not rounded\n      val dailyAmount = amountFromPeriodToDaily(cost, period, numberOfDaysInTaxYear)\n      val dailyAmountRounded = roundDownToTwoDigits(dailyAmount)\n      val numberOfDays = daysBetween(fromDate, toDate)\n      dailyAmountRounded * numberOfDays\n    }\n    else {\n      BigDecimal(0.00)\n    }\n  }\n\n  def getTotalMaximumAmountPerPeriod(period: models.output.tc.Period): BigDecimal = {\n    period.elements.wtcWorkElement.maximumAmount +\n      period.elements.wtcChildcareElement.maximumAmount +\n      period.elements.ctcIndividualElement.maximumAmount +\n      period.elements.ctcFamilyElement.maximumAmount\n  }\n\n}\n\ntrait TCCalculator extends TCCalculatorElements with TCCalculatorHelpers {\n\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  def award(request: TCCalculatorInput): Future[models.output.tc.TCCalculatorOutput] = {\n    Future {\n      val calculatedTaxYears = getCalculatedTaxYears(request)\n      createTCCalculation(calculatedTaxYears, annualIncome(calculatedTaxYears))\n    }\n  }\n\n\n  protected def calculateHouseholdIncome(from: LocalDate, previousIncome: TCIncome, currentIncome: TCIncome): BigDecimal = {\n\n    val tcConf = tcConfig.getConfig(from)\n    def getAmount(income: TCIncome): BigDecimal = {\n      val employment: BigDecimal = income.employment.getOrElse(List()).foldLeft(BigDecimal(0))(_ + _)\n      val pension: BigDecimal = income.pension.getOrElse(List()).foldLeft(BigDecimal(0))(_ + _)\n      val benefits: BigDecimal = income.benefits.getOrElse(List()).foldLeft(BigDecimal(0))(_ + _)\n      val statutory: BigDecimal = income.statutory.getOrElse(List()).foldLeft(BigDecimal(0))((acc, stat) => acc + stat.weeks * stat.amount)\n      val other: BigDecimal = income.other.getOrElse(List()).foldLeft(BigDecimal(0))(_ + _)\n\n      val otherAdjustment: BigDecimal = if (other > tcConf.otherIncomeAdjustment) {\n        tcConf.otherIncomeAdjustment\n      } else {\n        other\n      }\n\n      \/\/ benefits and pension are asked monthly so need to multiply it by 12\n      (benefits - pension) * tcConfig.monthsInTaxYear + employment + other - otherAdjustment - statutory\n    }\n\n    val previousAmount: BigDecimal = getAmount(previousIncome)\n    val currentAmount: BigDecimal = getAmount(currentIncome)\n\n    val difference: BigDecimal = Math.abs((currentAmount - previousAmount).toDouble)\n    (previousAmount, currentAmount) match {\n      case (previous, current) if previous > current && difference > tcConf.currentIncomeFallDifferenceAmount =>\n        previous + tcConf.currentIncomeFallDifferenceAmount - difference\n      case (previous, current) if previous < current && difference > tcConf.currentIncomeRiseDifferenceAmount =>\n        previous + difference - tcConf.currentIncomeRiseDifferenceAmount\n      case _ => previousAmount\n    }\n\n  }\n\n  def getCalculatedTaxYears(inputTCEligibility: TCCalculatorInput): List[TaxYear] = {\n\n    for (taxYear <- inputTCEligibility.taxYears) yield {\n      val householdIncome = calculateHouseholdIncome(taxYear.from, taxYear.previousHouseholdIncome, taxYear.currentHouseholdIncome)\n      val calculatedPeriods = getCalculatedPeriods(taxYear, householdIncome)\n      val annualAward = calculatedPeriods.foldLeft(BigDecimal(0.00))((acc, period) => acc + period.periodNetAmount)\n\n      models.output.tc.TaxYear(\n        from = taxYear.from,\n        until = taxYear.until,\n        taxYearAwardAmount = annualAward,\n        periods = calculatedPeriods\n      )\n    }\n  }\n\n  def getCalculatedPeriods(\n                            taxYear: models.input.tc.TCTaxYear,\n                            previousHouseholdIncome: BigDecimal\n                          ): List[models.output.tc.Period] = {\n    for (period <- taxYear.periods) yield {\n      val periodLength = Periods.Yearly\n      \/\/ get all the elements for the period (pro-rota to the number of days) for each household composition\n      val income = amountForDateRange(previousHouseholdIncome, periodLength, period.from, period.until)\n\n      val wtcThresholdConfig = config(period).thresholds.wtcIncomeThreshold\n      val wtcIncomeThreshold = amountForDateRange(wtcThresholdConfig, periodLength, period.from, period.until)\n      val ctcThresholdConfig = config(period).thresholds.ctcIncomeThreshold\n      val ctcIncomeThreshold = amountForDateRange(ctcThresholdConfig, periodLength, period.from, period.until)\n      \/\/ return an award period which contains all the elements and their amounts they can claim for that period\n      val maximumAmounts = generateMaximumAmountsForPeriod(period)\n      \/\/here we get the model updated with net due and taper and advice amounts\n      generateRequiredAmountsPerPeriod(\n        maximumAmounts,\n        period,\n        income,\n        wtcIncomeThreshold,\n        ctcIncomeThreshold\n      )\n    }\n  }\n\n  def generateRequiredAmountsPerPeriod(\n                                        period: models.output.tc.Period,\n                                        inputPeriod: models.input.tc.TCPeriod,\n                                        income: BigDecimal,\n                                        wtcIncomeThreshold: BigDecimal,\n                                        ctcIncomeThreshold: BigDecimal): models.output.tc.Period = {\n    val totalMaximumAmount = getTotalMaximumAmountPerPeriod(period)\n    if (isTaperingRequiredForElements(income, wtcIncomeThreshold) && !inputPeriod.atLeastOneClaimantIsClaimingSocialSecurityBenefit) {\n      \/\/call taper 1, taper 2, taper 3, taper 4\n      val taperedFirstElement = taperFirstElement(period, inputPeriod, income, wtcIncomeThreshold)\n      val taperedSecondElement = taperSecondElement(taperedFirstElement, inputPeriod, income, wtcIncomeThreshold)\n      val taperedThirdElement = taperThirdElement(taperedSecondElement, inputPeriod, income, wtcIncomeThreshold, ctcIncomeThreshold)\n      val taperedFourthElement = taperFourthElement(\n        taperedThirdElement._1, inputPeriod,\n        income,\n        wtcIncomeThreshold,\n        ctcIncomeThreshold,\n        taperedThirdElement._2\n      )\n\n      models.output.tc.Period(\n        from = period.from,\n        until = period.until,\n        elements = Elements(\n          wtcWorkElement = taperedFourthElement.elements.wtcWorkElement,\n          wtcChildcareElement = taperedFourthElement.elements.wtcChildcareElement,\n          ctcIndividualElement = taperedFourthElement.elements.ctcIndividualElement,\n          ctcFamilyElement = taperedFourthElement.elements.ctcFamilyElement\n        ),\n        periodNetAmount = {\n          taperedFourthElement.elements.wtcWorkElement.netAmount +\n            taperedFourthElement.elements.wtcChildcareElement.netAmount +\n            taperedFourthElement.elements.ctcIndividualElement.netAmount +\n            taperedFourthElement.elements.ctcFamilyElement.netAmount\n        }\n      )\n    } else {\n      getPeriodAmount(period, totalMaximumAmount)\n    }\n  }\n\n  private def createTCCalculation(calculatedTaxYears: List[TaxYear], annualIncome: BigDecimal) = {\n\n    TCCalculatorOutput(\n      from = calculatedTaxYears.head.from,\n      until = {\n        if (calculatedTaxYears.length > 1) {\n          calculatedTaxYears.tail.head.until\n        } else {\n          calculatedTaxYears.head.until\n        }\n      },\n      houseHoldAdviceAmount = BigDecimal(0.00),\n      totalAwardAmount = annualIncome,\n      taxYears = calculatedTaxYears\n    )\n  }\n\n  private def annualIncome(taxYears: List[TaxYear]): BigDecimal = {\n    taxYears.foldLeft(BigDecimal(0.00))((acc, taxYear) => {\n      acc + taxYear.taxYearAwardAmount\n    })\n  }\n\n}\n\nobject TCCalculator extends TCCalculator {\n  override val tcConfig = TCConfig\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"project\/MicroService.scala","text":"import play.routes.compiler.StaticRoutesGenerator\nimport play.sbt.routes.RoutesKeys.routesGenerator\nimport sbt.Keys._\nimport sbt._\nimport scoverage._\nimport uk.gov.hmrc.SbtAutoBuildPlugin\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin._\nimport uk.gov.hmrc.versioning.SbtGitVersioning\n\n\ntrait MicroService {\n\n  val appName: String\n\n  lazy val appDependencies : Seq[ModuleID] = ???\n  lazy val plugins : Seq[Plugins] = Seq()\n  lazy val playSettings : Seq[Setting[_]] = Seq.empty\n\n  lazy val scoverageSettings = {\n    Seq(\n      ScoverageKeys.coverageExcludedPackages :=  \"<empty>;Reverse.*;.*Routes.*;routes_routing.*;uk.gov.hmrc;config.*;\",\n      ScoverageKeys.coverageMinimum := 95,\n      ScoverageKeys.coverageFailOnMinimum := true,\n      ScoverageKeys.coverageHighlighting := true,\n      parallelExecution in Test := false\n    )\n  }\n\n  lazy val microservice = Project(appName, file(\".\"))\n    .enablePlugins(Seq(play.sbt.PlayScala, SbtAutoBuildPlugin, SbtGitVersioning, SbtDistributablesPlugin) ++ plugins : _*)\n    .settings(playSettings ++ scoverageSettings : _*)\n    .settings(publishingSettings : _*)\n    .settings(\n      libraryDependencies ++= appDependencies,\n      retrieveManaged := true,\n      evictionWarningOptions in update := EvictionWarningOptions.default.withWarnScalaVersionEviction(false),\n      routesGenerator := StaticRoutesGenerator,\n      resolvers := Seq(\n        Resolver.bintrayRepo(\"hmrc\", \"releases\"),\n        Resolver.typesafeRepo(\"releases\"),\n        Resolver.jcenterRepo\n      ),\n      scalaVersion := \"2.11.11\",\n      crossScalaVersions := Seq(\"2.11.11\"),\n      ivyScala := ivyScala.value map { _.copy(overrideScalaVersion = true) }\n    )\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/utils\/TCSchemeConfig.scala","text":"<filename>app\/utils\/TCSchemeConfig.scala<gh_stars>0\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport play.api.Configuration\nimport uk.gov.hmrc.play.config.ServicesConfig\n\ncase class WTC(\n                basicElement : Int,\n                coupleElement : Int,\n                loneParentElement: Int,\n                hours30Element: Int,\n                disabledWorkerElement: Int,\n                severeDisabilityWorkerElement: Int,\n                maxChildcareOneChildElement: Int,\n                maxChildcareMoreChildrenElement: Int,\n                eligibleCostCoveredPercent: Int\n                )\n\ncase class CTC(\n                childElement: Int,\n                youngPersonElement: Int,\n                disabledChildElement: Int,\n                severeDisabilityChildElement: Int,\n                familyElement: Int\n                )\n\ncase class Thresholds(\n                       wtcIncomeThreshold: Int,\n                       ctcIncomeThreshold: Int,\n                       taperRatePercent: Int\n                       )\n\ncase class TCTaxYearConfig(\n                            otherIncomeAdjustment: Double,\n                            currentIncomeFallDifferenceAmount: Double,\n                            currentIncomeRiseDifferenceAmount: Double,\n                            wtc: WTC,\n                            ctc: CTC,\n                            thresholds: Thresholds\n                            )\n\nobject TCConfig extends TCConfig\n\ntrait TCConfig extends ServicesConfig with CCConfig with  LoadConfig {\n  val defaultMaxNameLength: Int = 25\n  lazy val monthsInTaxYear: Int = 12\n  lazy val taxYearEndMonth = getInt(s\"tc.end-of-tax-year-date.month\")\n  lazy val taxYearEndDay = getInt(s\"tc.end-of-tax-year-date.day\")\n\n  def getCurrentTaxYearDateRange(fromDate : LocalDate) : (LocalDate, LocalDate) = {\n    val pattern = \"dd-MM-yyyy\"\n    val formatter = DateTimeFormat.forPattern(pattern)\n    val month = taxYearEndMonth\n    val day = taxYearEndDay\n    val currentTaxYear = getCurrentTaxYear(fromDate)\n    val taxYearStartDate = LocalDate.parse(s\"$day-$month-$currentTaxYear\", formatter)\n    val taxYearEndDate = LocalDate.parse(s\"$day-$month-${currentTaxYear + 1}\", formatter)\n    (taxYearStartDate, taxYearEndDate)\n  }\n\n  def getConfig(currentDate: LocalDate) : TCTaxYearConfig  = {\n\n    val configs: Seq[play.api.Configuration] = conf.getConfigSeq(\"tc.rule-change\").get\n    \/\/ get the default config and keep\n    val defaultConfig = configs.filter(x => {\n      x.getString(\"rule-date\").equals(Some(\"default\"))\n    }).head\n    \/\/ fetch the config if it matches the particular year\n    val result = getConfigForTaxYear(currentDate, configs)\n\n    val config : TCTaxYearConfig = result match {\n      case Some(x) =>\n        getTaxYear(x)\n      case _ =>\n        getTaxYear(defaultConfig)\n    }\n    config\n  }\n\n  def getTaxYear(config : Configuration): TCTaxYearConfig = {\n    TCTaxYearConfig(\n      otherIncomeAdjustment = config.getDouble(\"other-adjustment\").get,\n      currentIncomeFallDifferenceAmount = config.getDouble(\"current-income-fall-difference-amount\").get,\n      currentIncomeRiseDifferenceAmount = config.getDouble(\"current-income-rise-difference-amount\").get,\n      wtc = WTC(\n        basicElement = config.getInt(\"input-elements.wtc.basic-element\").get,\n        coupleElement = config.getInt(\"input-elements.wtc.second-adult-element\").get,\n        loneParentElement = config.getInt(\"input-elements.wtc.lone-parent-element\").get,\n        hours30Element = config.getInt(\"input-elements.wtc.30-hour-element\").get,\n        disabledWorkerElement = config.getInt(\"input-elements.wtc.disabled-worker-element\").get,\n        severeDisabilityWorkerElement = config.getInt(\"input-elements.wtc.severe-disabled-worker-element\").get,\n        maxChildcareOneChildElement = config.getInt(\"input-elements.wtc.max-childcare-element-one-child\").get,\n        maxChildcareMoreChildrenElement = config.getInt(\"input-elements.wtc.max-childcare-element-more-children\").get,\n        eligibleCostCoveredPercent = config.getInt(\"input-elements.wtc.percent-of-eligible-cost-covered\").get\n      ),\n      ctc = CTC(\n        childElement = config.getInt(\"input-elements.ctc.child-element\").get,\n        youngPersonElement = config.getInt(\"input-elements.ctc.young-person-element\").get,\n        disabledChildElement = config.getInt(\"input-elements.ctc.disabled-child-element\").get,\n        severeDisabilityChildElement = config.getInt(\"input-elements.ctc.severe-disabled-child-element\").get,\n        familyElement = config.getInt(\"input-elements.ctc.family-element\").get\n      ),\n      thresholds = Thresholds(\n        wtcIncomeThreshold = config.getInt(\"thresholds.wtc-income-threshold\").get,\n        ctcIncomeThreshold = config.getInt(\"thresholds.ctc-income-threshold\").get,\n        taperRatePercent = config.getInt(\"thresholds.percent-of-taper-rate\").get\n      )\n    )\n  }\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/controllers\/tfc\/TFCCalculatorControllerSpec.scala","text":"<reponame>kully-hmrc\/cc-calculator<filename>test\/controllers\/tfc\/TFCCalculatorControllerSpec.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.tfc\n\nimport calculators.TFCCalculator\nimport com.fasterxml.jackson.databind.JsonNode\nimport com.github.fge.jackson.JsonLoader\nimport models.input.tfc.TFCCalculatorInput\nimport models.output.tfc.{TFCCalculatorOutput, TFCContribution}\nimport org.mockito.ArgumentMatchers.{eq => mockEq, _}\nimport org.mockito.Mockito._\nimport org.scalatest.mock.MockitoSugar\nimport play.api.http.Status\nimport play.api.i18n.Messages.Implicits._\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport service.AuditEvents\nimport utils.FakeCCCalculatorApplication\n\nimport scala.concurrent.Future\n\nclass TFCCalculatorControllerSpec extends FakeCCCalculatorApplication with MockitoSugar {\n\n  implicit val request = FakeRequest()\n\n  val mockTFCCalculation = TFCCalculatorOutput(householdContribution = TFCContribution(), numberOfPeriods = 1, periods = List())\n\n  \"TFCCalculatorController\" should {\n\n    \"not return NOT_FOUND (calculate) endpoint\" in {\n      val result = route(app, FakeRequest(POST, \"\/cc-calculator\/tax-free-childcare\/calculate\"))\n      result.isDefined shouldBe true\n      status(result.get) should not be NOT_FOUND\n    }\n\n    \"return Internal Server Error with error message if an exception is thrown during calculation \" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val resource: JsonNode = JsonLoader.fromResource(\"\/json\/tfc\/input\/calculator_input_test.json\")\n      val inputJson: JsValue = Json.parse(resource.toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n      val JsonResult = inputJson.validate[TFCCalculatorInput]\n\n      when(controller.calculator.award(mockEq(JsonResult.get))).thenReturn(Future.failed(new Exception(\"Something bad happened\")))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.INTERNAL_SERVER_ERROR\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |    \"status\": 500,\n          |    \"error\": \"Something bad happened\"\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n\n    \"Valid JSON at \/tax-free-childcare\/calculate\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/calculator_input_test.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.OK\n    }\n\n    \"Accept invalid JSON at \/tfc\/calculate and return a BadRequest with an error (0 TFC Periods)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/no_period.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/periods\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Please provide at least 1 Period\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/tax-free-childcare\/calculate and return a BadRequest with an error (negative value in childcare cost)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/negative_childcareCost.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          {\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/periods(0)\/children(0)\/childcareCost\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Childcare Spend cost should not be less than 0.00\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/tfc\/calculate and return a BadRequest with an error (no children)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/no_children.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n      {\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/periods(0)\/children\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"Please provide at least 1 child or maximun of 25 children\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/tax-free-childcare\/calculate and return a BadRequest with an error (date missing)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/date_missing.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/until\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"error.path.missing\",\n          |               \"args\":[\n          |\n          |               ]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Accept invalid JSON at \/tax-free-childcare\/calculate and return a BadRequest with an error (Invalid data type)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/invalid_data_type.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n\n      val outputJSON = Json.parse(\n        \"\"\"\n          |{\n          |   \"status\":400,\n          |   \"errors\":[\n          |      {\n          |         \"path\":\"\/until\",\n          |         \"validationErrors\":[\n          |            {\n          |               \"message\":\"error.expected.jodadate.format\",\n          |               \"args\":[\"yyyy-MM-dd\"]\n          |            }\n          |         ]\n          |      }\n          |   ]\n          |}\n        \"\"\".stripMargin)\n\n      jsonBodyOf(result) shouldBe outputJSON\n    }\n\n    \"Valid JSON at \/tax-free-childcare\/calculate(child from and until date is null)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/child_from_until_date_null.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.OK\n    }\n\n    \"Invalid JSON at \/tax-free-childcare\/calculate(no disability field)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/no_disability.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n    }\n\n    \"Valid JSON at \/tax-free-childcare\/calculate(TFC Award Calculation Wire up)\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/wire_up_flow_through.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.OK\n    }\n\n    \"Accept invalid JSON at \/tax-free-childcare\/calculate(TFC Award Calculation Wire up - wrong scheme(esc))\" in {\n\n      val mockTFCCalculatorController = new TFCCalculatorController(applicationMessagesApi) {\n        override val calculator = mock[TFCCalculator]\n        override val auditEvent = mock[AuditEvents]\n      }\n\n      val controller = mockTFCCalculatorController\n      val inputJson: JsValue = Json.parse(JsonLoader.fromResource(\"\/json\/tfc\/input\/incorrect_scheme_name.json\").toString)\n      val request: FakeRequest[JsValue] = FakeRequest(\"POST\", \"\").withHeaders(\"Content-Type\" -> \"application\/json\").withBody(inputJson)\n\n      when(controller.calculator.award(any[TFCCalculatorInput]())).thenReturn(Future.successful(mockTFCCalculation))\n      val result = await(controller.calculate()(request))\n      status(result) shouldBe Status.BAD_REQUEST\n    }\n\n  }\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/utils\/TFCSchemeConfig.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport org.joda.time.LocalDate\nimport play.api.Configuration\nimport uk.gov.hmrc.play.config.ServicesConfig\n\n\/**\n * Created by user on 26\/01\/16.\n *\/\n\ntrait TFCConfig extends ServicesConfig {\n  val defaultMaxNoOfChildren = 25\n  lazy val maxNoOfChildren = getInt(s\"tfc.max-no-of-children\")\n  val defaultMaxNameLength = 25\n  lazy val maxNameLength = getInt(s\"tfc.max-name-length\")\n  lazy val taxYearEndMonth = getInt(s\"tfc.end-of-tax-year-date.month\")\n  lazy val taxYearEndDay = getInt(s\"tfc.end-of-tax-year-date.day\")\n}\n\ncase class TFCTaxYearConfig(\n                             topUpPercent: Double,\n                             maxEligibleChildcareAmount: Double,\n                             maxEligibleChildcareAmountForDisabled: Double,\n                             maxGovtContribution: Double,\n                             maxGovtContributionForDisabled: Double\n                             )\n\nobject TFCConfig extends CCConfig with TFCConfig with ServicesConfig with LoadConfig {\n\n  def getConfig(currentDate: LocalDate) : TFCTaxYearConfig  = {\n\n    val configs: Seq[play.api.Configuration] = conf.getConfigSeq(\"tfc.rule-change\").get\n    \/\/ get the default config and keep\n    val defaultConfig = configs.filter(x => {\n      x.getString(\"rule-date\").equals(Some(\"default\"))\n    }).head\n    \/\/ fetch the config if it matches the particular year\n    getConfigForTaxYear(currentDate, configs) match {\n      case Some(x) => getTaxYear(x)\n      case _ => getTaxYear(defaultConfig)\n    }\n  }\n\n  def getTaxYear(config : Configuration): TFCTaxYearConfig = {\n    TFCTaxYearConfig(\n      topUpPercent = config.getDouble(\"top-up-percent\").get,\n      maxEligibleChildcareAmount = config.getDouble(\"max-eligible-child-care-amount-per-child\").get,\n      maxEligibleChildcareAmountForDisabled = config.getDouble(\"max-eligible-child-care-amount-per-disabled-child\").get,\n      maxGovtContribution = config.getDouble(\"max-government-contribution-per-child\").get,\n      maxGovtContributionForDisabled = config.getDouble(\"max-government-contribution-per-disabled-child\").get\n    )\n  }\n\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/utils\/ESCSchemeConfigSpec.scala","text":"<reponame>kully-hmrc\/cc-calculator<filename>test\/utils\/ESCSchemeConfigSpec.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport com.typesafe.config.ConfigFactory\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport play.api.Configuration\nimport utils.ESCConfig._\n\nclass ESCSchemeConfigSpec extends FakeCCCalculatorApplication with Helpers {\n\n  object NICatADefault extends TestHelper {\n    val description = \"Default ESC SchemeConfig - NI cat A\"\n    val date = \"23-05-2015\"\n    val location = locationEngland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8164\n    val ptUelRateForCat = 12.00\n    val NICategory = buildNiCategory(niCategoryCode, ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.0\n    val taxHigherRateBandCapacity = 0.0\n\n  }\n\n  object NICatAScotlandDefault extends TestHelper {\n    val description = \"Default ESC SchemeConfig - NI cat A, location scotland\"\n    val date = \"23-05-2015\"\n    val location = locationScotland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8164\n    val ptUelRateForCat = 12.00\n    val NICategory = buildNiCategory(niCategoryCode, ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.0\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2016 extends TestHelper {\n    val description = \"(2016) ESC SchemeConfig - NI cat A\"\n    val date = \"23-05-2016\"\n    val location = locationEngland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8112\n    val ptUelRateForCat = 12.00\n    val NICategory = buildNiCategory(niCategoryCode, ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2016Scotland extends TestHelper {\n    val description = \"(2016) ESC SchemeConfig - NI cat A, location scotland\"\n    val date = \"23-05-2016\"\n    val location = locationScotland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8112\n    val ptUelRateForCat = 12.00\n    val NICategory = buildNiCategory(niCategoryCode, ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatB2016 extends TestHelper {\n    val description = \"(2016) ESC SchemeConfig - NI cat B\"\n    val date = \"23-05-2016\"\n    val location = locationEngland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8112\n    val ptUelRateForCat = 5.85\n    val NICategory = buildNiCategory(niCategoryCode, ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatC2017 extends TestHelper {\n    val description = \"(2017) ESC SchemeConfig - NI cat C\"\n    val date = \"23-07-2017\"\n    val location = locationEngland\n    val defaultTaxCode = \"1150L\"\n    val defaultPersonalAllowance = 11500\n    val niCategoryCode = \"C\"\n    val taxBasicBandCapacity = 33500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryC(ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatC2017Scotland extends TestHelper {\n    val description = \"(2017) ESC SchemeConfig - NI cat C, location scotland\"\n    val date = \"23-07-2017\"\n    val location = locationScotland\n    val defaultTaxCode = \"1150L\"\n    val defaultPersonalAllowance = 11500\n    val niCategoryCode = \"C\"\n    val taxBasicBandCapacity = 31500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryC(ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2017 extends TestHelper {\n    val description = \"(2017) ESC SchemeConfig - NI cat A\"\n    val date = \"23-07-2017\"\n    val location = locationEngland\n    val defaultTaxCode = \"1150L\"\n    val defaultPersonalAllowance = 11500\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 33500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 2.00\n    val NICategory = buildNiCategoryA(2.00)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2016Default extends TestHelper {\n    val description = \"(2016) ESC SchemeConfig - Default NI cat\"\n    val date = \"05-04-2017\"\n    val location = locationEngland\n    val defaultTaxCode = \"1100L\"\n    val defaultPersonalAllowance = 11000\n    val niCategoryCode = \"A\"\n    val taxBasicBandCapacity = 32000.00\n    val niLimit = 8112\n    val ptUelRateForCat = 12.00\n    val NICategory = buildNiCategory(\"A\", ptUelRateForCat)\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2018 extends TestHelper {\n    val description = \"ESC SchemeConfig - 2018 Tax Year\"\n    val date = \"06-04-2018\"\n    val location = locationEngland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 34500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2019 extends TestHelper {\n    val description = \"ESC SchemeConfig - 2019 Tax Year\"\n    val date = \"06-04-2019\"\n    val location = locationEngland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 34500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2020 extends TestHelper {\n    val description = \"ESC SchemeConfig - 2020 Tax Year\"\n    val date = \"06-04-2020\"\n    val location = locationEngland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 34500.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 0.00\n    val taxHigherRateBandCapacity = 0.0\n  }\n\n  object NICatA2018Scotland extends TestHelper {\n    val description = \"ESC SchemeConfig - 2018 Tax Year, location scotland\"\n    val date = \"06-04-2018\"\n    val location = locationScotland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 10150.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 34500.00\n    val taxHigherRateBandCapacity = 106570.00\n  }\n\n\n  object NICatA2019Scotland extends TestHelper {\n    val description = \"ESC SchemeConfig - 2019 Tax Year, location scotland\"\n    val date = \"06-04-2019\"\n    val location = locationScotland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 10150.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 34500.00\n    val taxHigherRateBandCapacity = 106570.00\n  }\n\n  object NICatA2020Scotland extends TestHelper {\n    val description = \"ESC SchemeConfig - 2020 Tax Year, location scotland\"\n    val date = \"06-04-2020\"\n    val location = locationScotland\n    val defaultTaxCode = \"1185L\"\n    val defaultPersonalAllowance = 11850\n    val niCategoryCode = \"B\"\n    val taxBasicBandCapacity = 10150.00\n    val niLimit = 8164\n    val ptUelRateForCat = 0.00\n    val NICategory = buildNiCategoryB\n    val basicNiThresholdUkValue = 34500.00\n    val taxHigherRateBandCapacity = 106570.00\n  }\n\n  private val bandAndYearTests: List[TestHelper] = {\n    List(\n      NICatADefault,\n      NICatAScotlandDefault,\n      NICatA2016,\n      NICatA2016Scotland,\n      NICatB2016,\n      NICatC2017,\n      NICatC2017Scotland,\n      NICatA2017,\n      NICatA2016Default,\n      NICatA2018,\n      NICatA2018Scotland,\n      NICatA2019,\n      NICatA2019Scotland,\n      NICatA2020,\n      NICatA2020Scotland)\n  }\n\n  \"ESC SchemeConfig\" should {\n\n    \"(ESC) populate upper months limit from config file\" in new ESCConfig {\n      upperMonthsLimitValidation shouldBe 100\n    }\n\n    \"(ESC) populate lower months limit from config file\" in new ESCConfig {\n      lowerMonthsLimitValidation shouldBe 0\n    }\n\n    \"(ESC) populate lower claimants limit from config file\" in new ESCConfig {\n      lowerClaimantsLimitValidation shouldBe 1\n    }\n\n    \"(ESC) populate lower periods limit from config file\" in new ESCConfig {\n      lowerPeriodsLimitValidation shouldBe 1\n    }\n\n    \"(ESC) populate lower tax years limit from config file\" in new ESCConfig {\n      lowerTaxYearsLimitValidation shouldBe 1\n    }\n\n    \"(ESC) populate maximum monthly exemption pre-2011 from config file\" in new ESCConfig {\n      pre2011MaxExemptionMonthly shouldBe 243\n    }\n\n    \"Return 243 for post-2011-maximum-exemption\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"23-05-2016\", formatter)\n      ESCConfig.getMaxBottomBandAllowance(fromDate) shouldBe 243\n\n    }\n\n    \"Return 8112 for NI limit for 2016\/2017\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"23-05-2016\", formatter)\n      ESCConfig.getNILimit(fromDate) shouldBe 8112\n\n    }\n\n    \"Return error for invalid niCategoryCode\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"23-05-2016\", formatter)\n      try {\n        val result = ESCConfig.getConfig(fromDate, \"Z\", locationEngland)\n        result shouldBe a[NoSuchElementException]\n      } catch {\n        case e: Exception =>\n          e shouldBe a[NoSuchElementException]\n      }\n    }\n\n    \"Return error if the configuration details are not present in the scheme config file for a valid niCategoryCode\" in {\n      val configuration = Configuration(ConfigFactory.load((new java.io.File(\"\/testconfig-esc.conf\").getName)))\n      val configs: Seq[play.api.Configuration] = configuration.getConfigSeq(\"test-esc.rule-change\").get\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"23-05-2017\", formatter)\n      \/\/ fetch the config if it matches the particular year\n      val configForTaxYear = getConfigForTaxYear(fromDate, configs)\n      try {\n        val result = configForTaxYear match {\n          case Some(x) =>\n            getNiCategory(\"B\", x)\n          case _ => 0\n        }\n        result shouldBe a[NoSuchElementException]\n      } catch {\n        case e: Exception =>\n          e shouldBe a[NoSuchElementException]\n      }\n    }\n\n    bandAndYearTests.foreach(\n      x =>\n        s\"${x.description}\" in {\n          val pattern = \"dd-MM-yyyy\"\n          val formatter = DateTimeFormat.forPattern(pattern)\n          val now = LocalDate.parse(x.date, formatter)\n          val config = ESCConfig.getConfig(now, x.niCategoryCode, x.location)\n\n          val taxYear = ESCTaxYearConfig(\n            post2011MaxExemptionMonthlyBasic = 243.00,\n            post2011MaxExemptionMonthlyHigher = 124.00,\n            post2011MaxExemptionMonthlyAdditional = 110.00,\n            defaultTaxCode = x.defaultTaxCode,\n            personalAllowanceRate = 0.00,\n            defaultPersonalAllowance = x.defaultPersonalAllowance,\n            taxStarterRate = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 19.00 else 0,\n            taxStarterBandCapacity = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 2000.00 else 0,\n            taxBasicRate = 20.00,\n            taxBasicBandCapacity = x.taxBasicBandCapacity,\n            taxIntermediateRate = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 21.00 else 0,\n            taxIntermediateBandCapacity = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 19430.00 else 0,\n            taxHigherRateBandCapacity = x.taxHigherRateBandCapacity,\n            taxHigherRate = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 41.00 else 40.00,\n            taxHigherBandUpperLimit = 150000.00,\n            taxAdditionalRate = if(x.location.equals(locationScotland) && now.isAfter(new LocalDate(2018,4,5))) 46.00 else 45.00,\n            taxAdditionalBandLowerLimit = 150000.01,\n            niLimit = x.niLimit,\n            niCategory = x.NICategory,\n            basicNiThresholdUk = x.basicNiThresholdUkValue\n          )\n\n          config shouldBe taxYear\n        }\n    )\n\n    \"accessing 2017-2018 ptUelMonthlyUpperLimitForCat\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"06-09-2017\", formatter)\n      val escTaxYearConfig = ESCConfig.getConfig(fromDate, \"A\", locationEngland)\n      escTaxYearConfig.niCategory.ptUelMonthlyUpperLimitForCat shouldBe 3753.00\n    }\n\n    \"accessing taxBasicBandCapacity\" in {\n      val pattern = \"dd-MM-yyyy\"\n      val formatter = DateTimeFormat.forPattern(pattern)\n      val fromDate = LocalDate.parse(\"06-12-2016\", formatter)\n      val escTaxYearConfig = ESCConfig.getConfig(fromDate, \"A\", locationEngland)\n      escTaxYearConfig.taxBasicBandCapacity shouldBe 32000.00\n    }\n\n  }\n\n}\n\nsealed trait Helpers {\n  val locationEngland = \"england\"\n  val locationScotland = \"scotland\"\n\n  def buildNiCategory(code: String, ptUelRateForCat: Double, aboveUelRateForCat: Double = 2.00): NiCategory = {\n    NiCategory(\n      niCategoryCode = code,\n      lelMonthlyLowerLimitForCat = 0.00,\n      lelMonthlyUpperLimitForCat = 485.00,\n      lelRateForCat = 0.00,\n      lelPtMonthlyLowerLimitForCat = 486.00,\n      lelPtMonthlyUpperLimitForCat = 672.00,\n      lelPtRateForCat = 0.00,\n      ptUelMonthlyLowerLimitForCat = 673.00,\n      ptUelMonthlyUpperLimitForCat = 3583.00,\n      ptUelRateForCat = ptUelRateForCat,\n      aboveUelMonthlyLowerLimitForCat = 3584.00,\n      aboveUelRateForCat = aboveUelRateForCat\n    )\n  }\n\n  def buildNiCategoryC(ptUelRateForCat: Double): NiCategory = {\n    NiCategory(\n      niCategoryCode = \"C\",\n      lelMonthlyLowerLimitForCat = 0.00,\n      lelMonthlyUpperLimitForCat = 490.00,\n      lelRateForCat = 0.00,\n      lelPtMonthlyLowerLimitForCat = 491.00,\n      lelPtMonthlyUpperLimitForCat = 680.00,\n      lelPtRateForCat = 0.00,\n      ptUelMonthlyLowerLimitForCat = 681.00,\n      ptUelMonthlyUpperLimitForCat = 3753.00,\n      ptUelRateForCat = ptUelRateForCat,\n      aboveUelMonthlyLowerLimitForCat = 3754.00,\n      aboveUelRateForCat = 0.00\n    )\n  }\n\n  def buildNiCategoryA(aboveUelRateForCat: Double): NiCategory = {\n    NiCategory(\n      niCategoryCode = \"A\",\n      lelMonthlyLowerLimitForCat = 0.00,\n      lelMonthlyUpperLimitForCat = 490.00,\n      lelRateForCat = 0.00,\n      lelPtMonthlyLowerLimitForCat = 491.00,\n      lelPtMonthlyUpperLimitForCat = 680.00,\n      lelPtRateForCat = 0.00,\n      ptUelMonthlyLowerLimitForCat = 681.00,\n      ptUelMonthlyUpperLimitForCat = 3753.00,\n      ptUelRateForCat = 12.00,\n      aboveUelMonthlyLowerLimitForCat = 3754.00,\n      aboveUelRateForCat = aboveUelRateForCat\n    )\n  }\n\n  def buildNiCategoryB: NiCategory = {\n    NiCategory(\n      niCategoryCode = \"B\",\n      lelMonthlyLowerLimitForCat = 0.00,\n      lelMonthlyUpperLimitForCat = 503.00,\n      lelRateForCat = 0.00,\n      lelPtMonthlyLowerLimitForCat = 504.00,\n      lelPtMonthlyUpperLimitForCat = 698.00,\n      lelPtRateForCat = 0.00,\n      ptUelMonthlyLowerLimitForCat = 699.00,\n      ptUelMonthlyUpperLimitForCat = 3861.00,\n      ptUelRateForCat = 5.85,\n      aboveUelMonthlyLowerLimitForCat = 3862.00,\n      aboveUelRateForCat = 2.00\n    )\n  }\n\n  trait TestHelper {\n    val description: String\n    val date: String\n    val location: String\n    val defaultTaxCode: String\n    val defaultPersonalAllowance: Int\n    val niCategoryCode: String\n    val taxBasicBandCapacity: Double\n    val niLimit: Int\n    val ptUelRateForCat: Double\n    val NICategory: NiCategory\n    val basicNiThresholdUkValue: Double\n    val taxHigherRateBandCapacity: Double\n  }\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/utils\/CCConfig.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport java.text.SimpleDateFormat\nimport java.util.Calendar\n\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport play.api.Configuration\nimport uk.gov.hmrc.play.config.ServicesConfig\n\ntrait CCConfig extends ServicesConfig {\n\n  val formatterDatePattern = \"dd-MM-yyyy\"\n\n  def getConfigForTaxYear(currentDate: LocalDate, configs : Seq[Configuration]) : Option[Configuration] =  {\n    \/\/get the configs for all years except the default\n    val configsExcludingDefault = configs.filter(x => {\n      !x.getString(\"rule-date\").equals(Some(\"default\"))\n    })\n    \/\/ ensure the latest date is in the head position\n    val sorted = configsExcludingDefault.sortBy(c => {\n      val predicate = new SimpleDateFormat(formatterDatePattern).parse(c.getString(\"rule-date\").getOrElse(\"\"))\n      predicate\n    }).reverse\n    val result = getConfigHelper(currentDate, sorted.toList, None)\n    result\n  }\n\n  def getConfigHelper(currentDate: LocalDate, taxYearConfigs: List[Configuration], acc: Option[Configuration]): Option[Configuration] = {\n\n    taxYearConfigs match {\n      case Nil => acc\n      case head :: tail =>\n        val configDate = new SimpleDateFormat(formatterDatePattern).parse(head.getString(\"rule-date\").get)\n        \/\/ exit tail recursive\n        if (currentDate.toDate.after(configDate) || currentDate.toDate.compareTo(configDate) == 0) {\n          getConfigHelper(currentDate, Nil, Some(head))\n        } else {\n          getConfigHelper(currentDate, tail, acc)\n        }\n    }\n  }\n\n  def getCurrentTaxYear(from: LocalDate) : Int = {\n    val currentCalendar = Calendar.getInstance()\n    currentCalendar.clear()\n    currentCalendar.setTime(from.toDate)\n    val periodYear = currentCalendar.get(Calendar.YEAR)\n    val periodStart = from.toDate\n\n    val januaryCalendar = Calendar.getInstance()\n    januaryCalendar.clear()\n    januaryCalendar.set(Calendar.YEAR, periodYear)\n    januaryCalendar.set(Calendar.MONTH, Calendar.JANUARY)\n    januaryCalendar.set(Calendar.DAY_OF_MONTH, 1)\n    val january1st = januaryCalendar.getTime\n\n    val aprilCalendarDayOfMonth = 5\n    val aprilCalendar = Calendar.getInstance()\n    aprilCalendar.clear()\n    aprilCalendar.set(Calendar.YEAR, periodYear)\n    aprilCalendar.set(Calendar.MONTH, Calendar.APRIL)\n    aprilCalendar.set(Calendar.DAY_OF_MONTH, aprilCalendarDayOfMonth)\n    val april5th = aprilCalendar.getTime\n\n    if ((periodStart.compareTo(january1st) == 0 || periodStart.after(january1st)) && (periodStart.before(april5th) || periodStart.compareTo(april5th) == 0)) {\n      periodYear - 1\n    } else {\n      periodYear\n    }\n  }\n\n  def taxYearEndDate(now: LocalDate = LocalDate.now(), schemeName: String): LocalDate = {\n    val month = getInt(s\"$schemeName.end-of-tax-year-date.month\")\n    val day = getInt(s\"$schemeName.end-of-tax-year-date.day\")\n    \/\/ have to determine the year as this is not a fixed date\n    val year = {\n      val calendar = Calendar.getInstance()\n      val currentYear = now.getYear\n      calendar.set(currentYear, month, day)\n      val taxDate = calendar.getTime\n      if (taxDate.before(now.toDate)) {\n        calendar.add(Calendar.YEAR, 1)\n      }\n      calendar.get(Calendar.YEAR)\n    }\n    val pattern = \"dd-MM-yyyy\"\n    val formatter = DateTimeFormat.forPattern(pattern)\n    LocalDate.parse(s\"$day-$month-$year\", formatter)\n  }\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/utils\/ESCSchemeConfig.scala","text":"<reponame>kully-hmrc\/cc-calculator\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport org.joda.time.LocalDate\nimport play.api.Configuration\nimport uk.gov.hmrc.play.config.ServicesConfig\n\ntrait ESCConfig extends CCConfig with ServicesConfig with MessagesObject with LoadConfig {\n  lazy val upperMonthsLimitValidation = getInt(s\"esc.months-upper-limit\")\n  lazy val lowerMonthsLimitValidation = getInt(s\"esc.months-lower-limit\")\n  lazy val lowerPeriodsLimitValidation = getInt(s\"esc.periods-lower-limit\")\n  lazy val lowerTaxYearsLimitValidation = getInt(s\"esc.tax-years-lower-limit\")\n  lazy val lowerClaimantsLimitValidation = getInt(s\"esc.claimants-lower-limit\")\n  lazy val pre2011MaxExemptionMonthly = conf.getDouble(s\"esc.pre-2011-maximum-exemption.basic-higher-additional.monthly\").getOrElse(0.00)\n\n  def getConfig(currentDate: LocalDate, niCategoryCode: String, location: String): ESCTaxYearConfig = {\n    val configs: Seq[play.api.Configuration] = conf.getConfigSeq(\"esc.rule-change\").get\n\n    \/\/ get the default config and keep\n    val defaultConfig = configs.filter(x => {\n      x.getString(\"rule-date\").equals(Some(\"default\"))\n    }).head\n    \/\/ fetch the config if it matches the particular year\n    val result = getConfigForTaxYear(currentDate, configs).getOrElse(defaultConfig)\n    getTaxYear(niCategoryCode, result, location)\n  }\n\n  def getLatestConfig(currentDate: LocalDate): Configuration = {\n    val configs: Seq[play.api.Configuration] = conf.getConfigSeq(\"esc.rule-change\").get\n    \/\/ get the default config and keep\n    val defaultConfig = configs.filter(x => {\n      x.getString(\"rule-date\").equals(Some(\"default\"))\n    }).head\n    \/\/ fetch the config if it matches the particular year\n    getConfigForTaxYear(currentDate, configs).getOrElse(defaultConfig)\n  }\n\n  def getNILimit(currentDate: LocalDate): Double = {\n    val result = getLatestConfig(currentDate)\n    result.getDouble(\"ni-limit\").get\n  }\n\n  def getMaxBottomBandAllowance(currentDate: LocalDate): Double = {\n    val result = getLatestConfig(currentDate)\n    result.getDouble(\"post-2011-maximum-exemption.basic.monthly\").get\n  }\n\n  private def getTaxYear(niCategoryCode: String, config: Configuration, location: String): ESCTaxYearConfig = {\n    \/\/ get the ni Category\n    val niCat = getNiCategory(niCategoryCode, config)\n\n    val localConfig = config.getConfig(s\"tax.${location.toLowerCase}\").getOrElse(config.getConfig(\"tax.default\").get)\n\n    ESCTaxYearConfig(\n      post2011MaxExemptionMonthlyBasic = config.getDouble(\"post-2011-maximum-exemption.basic.monthly\").get,\n      post2011MaxExemptionMonthlyHigher = config.getDouble(\"post-2011-maximum-exemption.higher.monthly\").get,\n      post2011MaxExemptionMonthlyAdditional = config.getDouble(\"post-2011-maximum-exemption.additional.monthly\").get,\n      defaultTaxCode = localConfig.getString(\"default-tax-code\").get,\n      personalAllowanceRate = localConfig.getDouble(\"personal-allowance.rate\").get,\n      defaultPersonalAllowance = localConfig.getDouble(\"personal-allowance.default-personal-allowance\").get,\n      taxStarterRate = localConfig.getDouble(\"starter.rate\").getOrElse(0),\n      taxStarterBandCapacity = localConfig.getDouble(\"starter.band-capacity-annual-amount\").getOrElse(0),\n      taxBasicRate = localConfig.getDouble(\"basic.rate\").get,\n      taxBasicBandCapacity = localConfig.getDouble(\"basic.band-capacity-annual-amount\").get,\n      taxIntermediateRate = localConfig.getDouble(\"intermediate.rate\").getOrElse(0),\n      taxIntermediateBandCapacity = localConfig.getDouble(\"intermediate.band-capacity-annual-amount\").getOrElse(0),\n      taxHigherRateBandCapacity = localConfig.getDouble(\"higher.band-capacity-annual-amount\").getOrElse(0),\n      taxHigherRate = localConfig.getDouble(\"higher.rate\").get,\n      taxHigherBandUpperLimit = localConfig.getDouble(\"higher.band-annual-upper-limit\").getOrElse(0),\n      taxAdditionalRate = localConfig.getDouble(\"additional.rate\").get,\n      taxAdditionalBandLowerLimit = localConfig.getDouble(\"additional.band-annual-lower-limit\").get,\n      niLimit = config.getDouble(\"ni-limit\").get,\n      niCategory = niCat,\n      basicNiThresholdUk = localConfig.getDouble(\"basic-ni-threshold-uk\").getOrElse(0)\n    )\n  }\n\n  def getNiCategory(niCategoryCode: String, config: Configuration): NiCategory ={\n    \/\/ get the ni Category\n    val niCode = niCategoryCode match {\n      case cat if cat.isEmpty => config.getString(\"default-ni-code\").get\n      case cat if cat.equals(\"A\") || cat.equals(\"B\") || cat.equals(\"C\") => cat\n      case _ => throw new NoSuchElementException(messages(\"cc.scheme.config.invalid.ni.category\"))\n    }\n    getNiCategoryHelper(niCode, config.getConfigSeq(\"niCategories\").get, None) match {\n      case Some(z) => z\n      case _ =>   throw new NoSuchElementException(messages(\"cc.scheme.config.ni.category.not.found\"))\n    }\n  }\n\n  \/\/Scottish tax changes\n  def getNiCategoryHelper(code: String, niCategories: Seq[Configuration], acc: Option[NiCategory]): Option[NiCategory] = {\n    niCategories match {\n      case Nil =>  acc\n      case head :: tail =>\n        if (head.getString(\"ni-cat-code\").get.equals(code)) {\n          val niCat = NiCategory(\n            niCategoryCode = code,\n            lelMonthlyLowerLimitForCat = head.getDouble(\"LEL.monthly-lower-limit\").get,\n            lelMonthlyUpperLimitForCat = head.getDouble(\"LEL.monthly-upper-limit\").get,\n            lelRateForCat = head.getDouble(\"LEL.rate\").get,\n            lelPtMonthlyLowerLimitForCat = head.getDouble(\"LEL-PT.monthly-lower-limit\").get,\n            lelPtMonthlyUpperLimitForCat = head.getDouble(\"LEL-PT.monthly-upper-limit\").get,\n            lelPtRateForCat = head.getDouble(\"LEL-PT.rate\").get,\n            ptUelMonthlyLowerLimitForCat = head.getDouble(\"PT-UEL.monthly-lower-limit\").get,\n            ptUelMonthlyUpperLimitForCat = head.getDouble(\"PT-UEL.monthly-upper-limit\").get,\n            ptUelRateForCat = head.getDouble(\"PT-UEL.rate\").get,\n            aboveUelMonthlyLowerLimitForCat = head.getDouble(\"above-UEL.monthly-lower-limit\").get,\n            aboveUelRateForCat = head.getDouble(\"above-UEL.rate\").get\n          )\n          getNiCategoryHelper(code, Nil, Some(niCat))\n        }\n        else {\n          getNiCategoryHelper(code, tail, acc)\n        }\n    }\n  }\n}\n\nobject ESCConfig extends ESCConfig\n\ncase class NiCategory(\n          niCategoryCode: String,\n          lelMonthlyLowerLimitForCat: Double,\n          lelMonthlyUpperLimitForCat: Double,\n          lelRateForCat: Double,\n          lelPtMonthlyLowerLimitForCat: Double,\n          lelPtMonthlyUpperLimitForCat: Double,\n          lelPtRateForCat: Double,\n          ptUelMonthlyLowerLimitForCat: Double,\n          ptUelMonthlyUpperLimitForCat: Double,\n          ptUelRateForCat: Double,\n          aboveUelMonthlyLowerLimitForCat: Double,\n          aboveUelRateForCat: Double\n                       )\ncase class ESCTaxYearConfig (\n                             post2011MaxExemptionMonthlyBasic: Double,\n                             post2011MaxExemptionMonthlyHigher: Double,\n                             post2011MaxExemptionMonthlyAdditional: Double,\n                             defaultTaxCode: String,\n                             personalAllowanceRate: Double,\n                             defaultPersonalAllowance: Double,\n                             taxStarterRate: Double,\n                             taxStarterBandCapacity: Double,\n                             taxBasicRate: Double,\n                             taxBasicBandCapacity: Double,\n                             taxIntermediateRate: Double,\n                             taxIntermediateBandCapacity: Double,\n                             taxHigherRateBandCapacity: Double,\n                             taxHigherRate: Double,\n                             taxHigherBandUpperLimit: Double,\n                             taxAdditionalRate: Double,\n                             taxAdditionalBandLowerLimit: Double,\n                             niLimit: Double,\n                             niCategory: NiCategory,\n                             basicNiThresholdUk: Double\n                             )\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"project\/plugins.sbt","text":"<reponame>kully-hmrc\/cc-calculator\nresolvers += Resolver.url(\"hmrc-sbt-plugin-releases\",\n  url(\"https:\/\/dl.bintray.com\/hmrc\/sbt-plugin-releases\"))(Resolver.ivyStylePatterns)\n\nresolvers += \"Typesafe Releases\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\nresolvers += \"scoverage-bintray\" at \"https:\/\/dl.bintray.com\/sksamuel\/sbt-plugins\/\"\n\nresolvers += \"Sonatype snapshots\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/snapshots\/\"\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-auto-build\" % \"1.8.0\")\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-git-versioning\" % \"0.9.0\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"0.8.5\")\n\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.5.12\")\n\naddSbtPlugin(\"uk.gov.hmrc\" % \"sbt-distributables\" % \"1.0.0\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.3.3\")\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"0.8.0\")\n\naddSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.5.1\")"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"test\/utils\/TCSchemeConfigSpec.scala","text":"<filename>test\/utils\/TCSchemeConfigSpec.scala\n\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport org.joda.time.LocalDate\nimport org.joda.time.format.DateTimeFormat\nimport org.scalatest.prop.TableDrivenPropertyChecks.forAll\nimport org.scalatest.prop.Tables.Table\n\nclass TCSchemeConfigSpec extends FakeCCCalculatorApplication {\n\n  override val formatter = DateTimeFormat.forPattern(\"dd-MM-yyyy\")\n\n  val defaultTaxYearConfig = TCTaxYearConfig(\n    otherIncomeAdjustment = 300,\n    currentIncomeFallDifferenceAmount = 2500,\n    currentIncomeRiseDifferenceAmount = 2500,\n    wtc = WTC(\n      basicElement = 1960,\n      coupleElement = 2010,\n      loneParentElement = 2010,\n      hours30Element = 810,\n      disabledWorkerElement = 3000,\n      severeDisabilityWorkerElement = 1290,\n      maxChildcareOneChildElement = 175,\n      maxChildcareMoreChildrenElement = 300,\n      eligibleCostCoveredPercent = 70\n    ),\n    ctc = CTC(\n      youngPersonElement = 2780,\n      childElement = 2780,\n      disabledChildElement = 3175,\n      severeDisabilityChildElement = 1290,\n      familyElement = 545\n    ),\n    thresholds = Thresholds(\n      wtcIncomeThreshold = 6420,\n      ctcIncomeThreshold = 16105,\n      taperRatePercent = 41\n    )\n  )\n\n  val taxYearConfig2016 = TCTaxYearConfig(\n    otherIncomeAdjustment = 300,\n    currentIncomeFallDifferenceAmount = 2500,\n    currentIncomeRiseDifferenceAmount = 2500,\n    wtc = WTC(\n      basicElement = 1960,\n      coupleElement = 2010,\n      loneParentElement = 2010,\n      hours30Element = 810,\n      disabledWorkerElement =  2970,\n      severeDisabilityWorkerElement = 1275,\n      maxChildcareOneChildElement = 175,\n      maxChildcareMoreChildrenElement = 300,\n      eligibleCostCoveredPercent = 70\n    ),\n    ctc = CTC(\n      youngPersonElement = 2780,\n      childElement = 2780,\n      disabledChildElement = 3140,\n      severeDisabilityChildElement = 1275,\n      familyElement = 545\n    ),\n    thresholds = Thresholds(\n      wtcIncomeThreshold = 6420,\n      ctcIncomeThreshold = 16105,\n      taperRatePercent = 41\n    )\n  )\n\n  val taxYearConfig2017 = TCTaxYearConfig(\n    otherIncomeAdjustment = 300,\n    currentIncomeFallDifferenceAmount = 2500,\n    currentIncomeRiseDifferenceAmount = 2500,\n    wtc = WTC(\n      basicElement = 1960,\n      coupleElement = 2010,\n      loneParentElement = 2010,\n      hours30Element = 810,\n      disabledWorkerElement = 3000,\n      severeDisabilityWorkerElement = 1290,\n      maxChildcareOneChildElement = 175,\n      maxChildcareMoreChildrenElement = 300,\n      eligibleCostCoveredPercent = 70\n    ),\n    ctc = CTC(\n      youngPersonElement = 2780,\n      childElement = 2780,\n      disabledChildElement = 3175,\n      severeDisabilityChildElement = 1290,\n      familyElement = 545\n    ),\n    thresholds = Thresholds(\n      wtcIncomeThreshold = 6420,\n      ctcIncomeThreshold = 16105,\n      taperRatePercent = 41\n    )\n  )\n\n  val taxYearConfig2018 = TCTaxYearConfig(\n    otherIncomeAdjustment = 300,\n    currentIncomeFallDifferenceAmount = 2500,\n    currentIncomeRiseDifferenceAmount = 2500,\n    wtc = WTC(\n      basicElement = 1960,\n      coupleElement = 2010,\n      loneParentElement = 2010,\n      hours30Element = 810,\n      disabledWorkerElement = 3090,\n      severeDisabilityWorkerElement = 1330,\n      maxChildcareOneChildElement = 175,\n      maxChildcareMoreChildrenElement = 300,\n      eligibleCostCoveredPercent = 70\n    ),\n    ctc = CTC(\n      youngPersonElement = 2780,\n      childElement = 2780,\n      disabledChildElement = 3275,\n      severeDisabilityChildElement = 1325,\n      familyElement = 545\n    ),\n    thresholds = Thresholds(\n      wtcIncomeThreshold = 6420,\n      ctcIncomeThreshold = 16105,\n      taperRatePercent = 41\n    )\n  )\n\n  val taxYearConfig2019 = TCTaxYearConfig(\n    otherIncomeAdjustment = 300,\n    currentIncomeFallDifferenceAmount = 2500,\n    currentIncomeRiseDifferenceAmount = 2500,\n    wtc = WTC(\n      basicElement = 1960,\n      coupleElement = 2010,\n      loneParentElement = 2010,\n      hours30Element = 810,\n      disabledWorkerElement = 3090,\n      severeDisabilityWorkerElement = 1330,\n      maxChildcareOneChildElement = 175,\n      maxChildcareMoreChildrenElement = 300,\n      eligibleCostCoveredPercent = 70\n    ),\n    ctc = CTC(\n      youngPersonElement = 2780,\n      childElement = 2780,\n      disabledChildElement = 3275,\n      severeDisabilityChildElement = 1325,\n      familyElement = 545\n    ),\n    thresholds = Thresholds(\n      wtcIncomeThreshold = 6420,\n      ctcIncomeThreshold = 16105,\n      taperRatePercent = 41\n    )\n  )\n\n\n  \"TC SchemeConfig\" should {\n\n    \"return 12 for months in tax year\" in {\n      val tcConfig = new TCConfig {}\n      tcConfig.monthsInTaxYear shouldBe 12\n    }\n\n    \"Tax year end month from config file\" in {\n      val tcConfig = new TCConfig {}\n      tcConfig.taxYearEndMonth shouldBe 4\n    }\n\n    \"Tax year end date from config file\" in {\n      val tcConfig = new TCConfig {}\n      tcConfig.taxYearEndDay shouldBe 6\n    }\n\n    val configTestCases = Table(\n      (\"taxYear\", \"date\", \"taxYearConfig\"),\n      (\"default\", \"07-07-2014\", defaultTaxYearConfig),\n      (\"default\", \"05-04-2016\", defaultTaxYearConfig),\n      (\"2016\", \"23-07-2016\", taxYearConfig2016),\n      (\"2016\", \"07-01-2017\", taxYearConfig2016),\n      (\"2017\", \"23-07-2017\", taxYearConfig2017),\n      (\"2017\", \"06-04-2017\", taxYearConfig2017),\n      (\"2017\", \"06-01-2018\", taxYearConfig2017),\n      (\"2017\", \"05-04-2018\", taxYearConfig2017),\n      (\"2018\", \"06-04-2018\", taxYearConfig2018),\n      (\"2018\", \"23-07-2018\", taxYearConfig2018),\n      (\"2019\", \"23-07-2019\", taxYearConfig2019)\n    )\n\n    forAll(configTestCases) { case (taxYear, date, taxYearConfig) =>\n\n      s\"return ${taxYear} TC taxYear Config for a date ${date}\" in {\n        val fromDate = LocalDate.parse(date, formatter)\n        val tcConfig = new TCConfig {}\n        val config = tcConfig.getConfig(fromDate)\n        config shouldBe taxYearConfig\n      }\n\n    }\n\n    val datesTestCases = Table(\n      (\"test date\", \"ty start date\", \"ty end date\"),\n      (\"01-01-2017\", \"06-04-2016\", \"06-04-2017\"),\n      (\"06-04-2017\", \"06-04-2017\", \"06-04-2018\"),\n      (\"05-04-2017\", \"06-04-2016\", \"06-04-2017\")\n    )\n\n    forAll(datesTestCases) { case (testDate, startDate, endDate) =>\n\n      s\"return tax year start date: ${startDate} and end date ${endDate} when passed date is ${testDate}\" in {\n        val today = LocalDate.parse(testDate, formatter)\n        val taxYearStartDate = LocalDate.parse(startDate, formatter)\n        val taxYearEndDate = LocalDate.parse(endDate, formatter)\n        val tcConfig = new TCConfig {}\n        val resultTuple = tcConfig.getCurrentTaxYearDateRange(today)\n        resultTuple._1 shouldBe taxYearStartDate\n        resultTuple._2 shouldBe taxYearEndDate\n      }\n\n    }\n  }\n}\n"}
{"repo_name":"kully-hmrc\/cc-calculator","path":"app\/service\/AuditService.scala","text":"\/*\n * Copyright 2018 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage service\n\nimport config.MicroserviceAuditConnector\nimport play.api.mvc.Request\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.http.connector.{AuditConnector, AuditResult}\nimport uk.gov.hmrc.play.audit.model.DataEvent\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n\nobject AuditService extends AuditService {\n  override lazy val auditSource = \"cc-calculator\"\n  override lazy val auditConnector = MicroserviceAuditConnector\n}\n\ntrait AuditService {\n\n  def auditSource : String\n\n  def auditConnector: AuditConnector\n\n  def sendEvent(auditType:String, details: Map[String, String], sessionId: Option[String] = None)\n               (implicit request: Request[_], hc: HeaderCarrier): Future[AuditResult] = {\n    auditConnector.sendEvent(buildEvent(auditType, details, sessionId))\n  }\n\n  def buildEvent(auditType:String, details: Map[String, String], sessionId: Option[String] = None)\n                (implicit request: Request[_], hc: HeaderCarrier): DataEvent = {\n    val auditEvent = DataEvent(\n      auditSource =  auditSource,\n      auditType = auditType,\n      tags = hc.headers.toMap,\n      detail = details)\n\/\/      detail = generateDetails(request, details))\n    auditEvent\n  }\n\n\/\/  private def generateDetails(request: Request[_], details: Map[String, String]): Map[String, String] = {\n\/\/    details ++ Map(\"deviceID\" -> DeviceId(request).map(_.id).getOrElse(\"-\"))\n\/\/  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Mask\/Mask.scala","text":"package y2020.day14.Mask\n\nabstract class Mask[T](line: String = \" = \") {\n  \/\/ Automatically parses input line to return mask from the line\n  val getLine: String => String = { line => line.split(\"=\")(1).trim }\n  val mask: String = getLine(line)\n  lazy val length: Int = mask.length\n\n  def swap(a: Char, b: Char): Char\n  def applyMask(mem: String): T\n\n  def apply(mem: String): T = applyMask(mem)\n}\n\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day13\/ShuttleSearchSpec.scala","text":"<filename>src\/test\/scala\/y2020\/day13\/ShuttleSearchSpec.scala\npackage y2020.day13\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass ShuttleSearchSpec extends AnyFlatSpec {\n  val schedule: Schedule = Schedule(\"y2020\/13_test.txt\")\n\n  \"Earliest bus\" should \"give value 295\" in {\n    assert(schedule.earliest == 295)\n  }\n\n  \"Earliest defined sequence\" should \"be at 1068781\" in {\n    assert(schedule.minSeries == 1068781)\n  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/util\/package.scala","text":"<reponame>AJB0211\/AdventOfCode<gh_stars>0\npackage ajb0211.Advent\n\npackage object util {\n  def readFile(path: String): Iterator[String] = io.Source.fromResource(path).getLines\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Register\/Version2.scala","text":"package y2020.day14.Register\n\nimport y2020.day14.Mask.AddressDecoder\n\nimport scala.collection.mutable\n\nclass Version2 extends Register[Long, Int, List[String], AddressDecoder] {\n  override val register: mutable.Map[Long, Int] = mutable.Map.empty[Long,Int]\n  override val maskConstructor: String => AddressDecoder = new AddressDecoder(_)\n  override var mask: AddressDecoder = new AddressDecoder()\n\n  \/**\n   * Using manual sum with long conversion is necessary because using sum will treat as int\n   * Then convert to long at the end of the function call\n   * @return Sum of values stored in all memory locations\n   *\/\n  override def readSum: Long = register.values.foldRight(0L)( _ + _ )\n\n  override def parseMemLine(line: String): Unit = {\n    val (mem, value) = extractLine(line)\n    val maskedAddresses: List[String] = mask(intToBinRep(mem))\n\n    maskedAddresses.foreach{ s => update(memToLong(s), value.toInt)}\n  }\n}\n\nobject Version2 {\n  def run(file: Iterator[String]): Version2 = {\n    val register = new Version2()\n    file.foreach{ register.parseLine }\n\n    register\n  }\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day9\/EncodingErrorSuite.scala","text":"<reponame>AJB0211\/AdventOfCode\npackage y2020.day9\n\nimport ajb0211.Advent.util.readFile\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass EncodingErrorSuite extends AnyFunSuite{\n  def encoding: Iterator[Int] = readFile(\"y2020\/9_test.txt\").map(_.toInt)\n  val preambleLength = 5\n\n  val jfc = new XMAS(encoding, preambleLength)\n  val part1 = jfc.firstInvalid\n\n  test(\"First invalid element should be 127\") {assert(part1 == 127)}\n\n  test(\"Encryption weakness should be 62\") {assert(jfc.sumRange(part1) == 62)}\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day14\/DockingDataSpec.scala","text":"package y2020.day14\n\nimport ajb0211.Advent.util.readFile\nimport org.scalatest.flatspec.AnyFlatSpec\n\nimport y2020.day14.Register.{Version1, Version2}\n\nclass DockingDataSpec extends AnyFlatSpec {\n\n  private def input = readFile(\"y2020\/14_test.txt\")\n\n  \"Version 1 test\" should \"produce a sum of 165\" in {\n    assert(Version1.run(input).readSum == 165)\n  }\n\n  \"Version 2 test\" should \"produce a sum of 208\" in {\n    assert(Version2.run(input).readSum == 208)\n  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day17\/ConwayCubes.scala","text":"package y2020.day17\n\nobject ConwayCubes extends App {\n\n  println(\"Part 1: Game of Life in 3D\")\n  println(Life(\"y2020\/17.txt\").run(6).numActive)\n  println\n  println(\"Part 2: Game of Life in 4D\")\n  println(HyperLife(\"y2020\/17.txt\").run(6).numActive)\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day17\/Life.scala","text":"package y2020.day17\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.MapView\n\nclass Life(val board: Board) {\n  protected def update(cube: Cube, count: Int): Option[Cube] = if (board contains cube) {\n    if ((count == 2) || (count == 3)) Some(cube)\n    else None\n  } else {\n    if (count == 3) Some(cube)\n    else None\n  }\n\n  protected def buildAdjacencyMap: MapView[Cube, Int] = board.toSeq.\n    flatMap(_.getAdjacent).\n    groupBy(identity).\n    view.mapValues(_.size)\n\n  protected lazy val nextBoard: Board = buildAdjacencyMap.\n    flatMap{ case (cube, count) => update(cube, count)}.\n    toSet\n\n  def increment: Life = new Life(nextBoard)\n\n  lazy val numActive: Int = board.size\n\n  @annotation.tailrec\n  final def run(n: Int): Life =\n    if (n <= 0) this\n    else increment.run(n-1)\n\n}\n\nobject Life {\n  def fromFile(path: String): Life = new Life (\n    readFile(path).zipWithIndex.flatMap{ case (line, y) =>\n      line.zipWithIndex.flatMap{ _ match {\n        case ('#', x) => Some(Cube(x,y,0))\n        case _ => None\n      }}\n    }.toSet\n  )\n\n  def apply(path: String): Life = fromFile(path)\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Register\/Version1.scala","text":"<filename>src\/main\/scala\/y2020\/day14\/Register\/Version1.scala\npackage y2020.day14.Register\n\nimport y2020.day14.Mask.BitMask\n\nimport scala.collection.mutable\n\nclass Version1 extends Register[Int, String, String, BitMask] {\n  val maskConstructor = new BitMask(_)\n  var mask: BitMask = new BitMask()\n  override val register: mutable.Map[Int, String] = mutable.Map.empty[Int, String]\n\n  override def readSum: Long = register.values.map(memToLong).sum\n\n  override def parseMemLine(line: String): Unit = {\n    val (idx, mem) = extractLine(line)\n    val masked: String = mask(intToBinRep(mem))\n\n    update(idx.toInt, masked)\n  }\n}\n\nobject Version1 {\n  def run(file: Iterator[String]): Version1 = {\n    val register = new Version1()\n    file.foreach{ register.parseLine }\n\n    register\n  }\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day8\/HandheldHaltingSuite.scala","text":"package y2020.day8\n\nimport org.scalatest.funsuite.AnyFunSuite\nimport HandheldHalting._\nimport ajb0211.Advent.util.readFile\n\nclass HandheldHaltingSuite extends AnyFunSuite{\n  type Instructions = Array[Instruction]\n\n  val instructions: Instructions = readFile(\"y2020\/8_test.txt\").map{Instruction(_)}.toArray\n\n  val cycleStart = untilLoop(instructions)\n  val accBefore = State().runNtimes(instructions, cycleStart).acc\n  val fixedSol = runAll(fixInstructions(instructions))\n\n  test(\"Accumulator value before cycle should be 5\") {assert(accBefore == 5)}\n\n  test(\"Accumulator value after termination should be 8\") {assert(fixedSol == 8)}\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day9\/EncodingError.scala","text":"<gh_stars>0\npackage y2020.day9\n\nimport java.util.EmptyStackException\n\nimport ajb0211.Advent.util.readFile\n\nobject EncodingError extends App {\n  def encoding: Iterator[Int] = readFile(\"y2020\/9.txt\").map(_.toInt)\n\n  \/\/ If using test file, set to 5\n  val preambleLength = 25\n\n  val jfc = new XMAS(encoding, preambleLength)\n  val part1 = jfc.firstInvalid\n  println(\"Part 1\")\n  println(s\"First invalid element: $part1\")\n  println()\n\n  val part2 = jfc.sumRange(part1)\n  println(\"Part 2\")\n  println(s\"Sum of elements in run adding to invalid element: $part2\")\n}\n\n\/**\n * Solver for \"XMAS\" encoding from problem description\n * This is definitely over engineered due to planning for part 2... which turned out to be unsubstantial\n * Partially due to the fact that it is unclear if duplicates will be contained in the data set\n *\n * This solution does not scale well for finding the invalid key. Goes with the square of the preamble length\n * @param encoding input data\n * @param preambleLength number of previous elements to store, by problem definition\n *\/\nclass XMAS(val encoding: Iterator[Int], val preambleLength: Int = 25) {\n  private var isFull: Boolean = false\n  private val seen = collection.mutable.ArrayBuffer.empty[Int]\n  private val prev: Array[Int] = Array.fill(preambleLength)(0)\n  private var it: Int = 0\n\n  \/\/ CONSTRUCTOR\n  for (value <- encoding.take(preambleLength)){\n    update(value)\n  }\n\n  \/**\n   * Helper to manage increment of iterator for prev object\n   *\/\n  private def increment(): Unit = {\n    if (it == preambleLength - 1) {isFull = true}\n    it = (it + 1) % preambleLength\n  }\n\n  private def next(): Integer = encoding.next()\n\n  def isEmpty: Boolean = encoding.isEmpty\n  def nonEmpty:Boolean = !isEmpty\n\n  \/**\n   * Implements update rule over relevant data structures on observing a new value\n   * Assumes validity check has already been performed\n   * @param value value to add\n   *\/\n  def update(value: Int): Unit = {\n    seen addOne prev(it)\n    prev(it) = value\n    increment()\n  }\n\n  \/**\n   * Checks if a value is valid for the encoding scheme\n   * References active prev list for current run of elements\n   * @param value value to check if valid\n   * @return boolean if value is valid\n   *\/\n  def isValid(value: Int): Boolean = {\n    if (!isFull) return true\n\n    for (i <- prev.indices){\n      for (j <- Range(i+1, prev.length)){\n        if (prev(i) + prev(j) == value) return true\n      }\n    }\n\n    false\n  }\n\n  \/**\n   * Finds first invalid value in the encoding list\n   * @return first invalid value\n   *\/\n  def firstInvalid: Int = {\n    while (nonEmpty) {\n      val value = next()\n      if (!isValid(value)) return value\n      else update(value)\n    }\n\n    throw new EmptyStackException()\n  }\n\n  \/**\n   * Implements solution to part 2\n   * Finds the range where there is a run of values adding up to target\n   * Then takes the min and max values over that run and adds them\n   *\n   * @param target Result from firstInvalid\n   * @return sum of values, solution to part 2\n   *\/\n  def sumRange(target: Int): Int = {\n    \/\/ Inner function breaks the loop and returns the queue\n    def buildQueue(): collection.mutable.Queue[Int] = {\n      var acc = 0\n      val q = collection.mutable.Queue.empty[Int]\n\n      for (i <- seen){\n        acc += i\n        q.enqueue(i)\n\n        \/\/ dequeue before checking if equal is important here\n        \/\/ Otherwise, will miss case where dequeue produces the correct value\n        \/\/ rather than just enqueue\n        while (acc > target) acc -= q.dequeue()\n\n        if (acc == target) return q\n      }\n\n      throw new Exception(\"Run not found\")\n    }\n\n    \/**\n     * Case class aids the reduce operation on the queue\n     * @param minVal minimum value in queue\n     * @param maxVal maximum value in queue\n     *\/\n    case class ValuePair(minVal: Int = Integer.MAX_VALUE, maxVal:Int = Integer.MIN_VALUE) {\n      def update(i: Int): ValuePair = ValuePair(math.min(minVal, i), math.max(maxVal, i))\n\n      def sum: Int = maxVal + minVal\n    }\n\n    buildQueue().foldLeft(ValuePair()){ case (pair: ValuePair, i: Int) => pair.update(i)}.sum\n  }\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day6\/CustomCustoms.scala","text":"<reponame>AJB0211\/AdventOfCode<filename>src\/main\/scala\/y2020\/day6\/CustomCustoms.scala\npackage y2020.day6\n\nimport ajb0211.Advent.util.readFile\n\nobject CustomCustoms extends App {\n  def papers: Iterator[String] = readFile(\"y2020\/6.txt\")\n\n  def countAny(doc: Iterator[String]): Int = {\n    val set = collection.mutable.HashSet[Char]()\n    var acc: Int = 0\n\n    for (line <- doc){\n      if (line.isEmpty){\n        acc += set.size\n        set.clear\n      } else {\n        set ++= line\n      }\n    }\n\n    acc + set.size\n  }\n\n  def countAll(doc: Iterator[String]): Int = {\n    var acc: Int = 0\n    var setList: List[Set[Char]] = List.empty[Set[Char]]\n\n    for (line <- doc){\n      if (line.isEmpty){\n        acc += setList.reduce(_ intersect _).size\n        setList = List.empty[Set[Char]]\n      }\n      else {\n        setList = line.toSet :: setList\n      }\n    }\n\n    if (setList.isEmpty) acc\n    else acc + setList.reduce(_ intersect _).size\n  }\n\n  println(s\"Part 1:\\n\\t${countAny(papers)}\")\n  println(s\"Part 2:\\n\\t${countAll(papers)}\")\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Mask\/AddressDecoder.scala","text":"package y2020.day14.Mask\n\nclass AddressDecoder(line: String = \" = \") extends Mask[List[String]](line) {\n  override def swap(a: Char, b: Char): Char = b match {\n    case '1' => '1'\n    case '0' => a\n    case _ => 'X'\n  }\n\n  private def appendLists(vals: List[Char], lsts: List[List[Char]]): List[List[Char]] =\n    vals\n      .flatMap(c =>\n        lsts\n          .map(acc => c :: acc)\n      )\n\n  override def applyMask(mem: String): List[String] =\n    mem.toList.zip(mask.toList).foldRight(List(List.empty[Char])){\n      case ((a,b), acc) => swap(a,b) match {\n        case 'X' => appendLists(List('0','1'), acc)\n        case '1' => acc.map( '1' :: _)\n        case '0' => acc.map( '0' :: _)\n        case _ => throw new Exception()\n      }\n    }.map(_.mkString)\n\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day7\/HandyHaversacksSuite.scala","text":"<filename>src\/test\/scala\/y2020\/day7\/HandyHaversacksSuite.scala\npackage y2020.day7\n\nimport ajb0211.Advent.util.readFile\nimport org.scalatest.funsuite.AnyFunSuite\n\nclass HandyHaversacksSuite extends AnyFunSuite{\n  def bags = readFile(\"y2020\/7_test.txt\")\n  def bags2 = readFile(\"y2020\/7_test2.txt\")\n\n  val graph = new SackGraph(bags)\n  val graph2 = new SackGraph(bags2)\n\n  test(\"Shiny gold should have 4 parents\") {assert(graph.countParents(\"shiny gold\") == 4)}\n\n  test(\"Shiny gold should be able to contain 32 bags in first example\") {\n    assert(graph.countChildren(\"shiny gold\") == 32)\n  }\n\n  test(\"Shiny gold should be able to contain 126 bags in second example\") {\n    assert(graph2.countChildren(\"shiny gold\") == 126)\n  }\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day4\/PassportProcessing.scala","text":"package y2020.day4\n\nimport ajb0211.Advent.util.readFile\n\n\/**\n * I hated all of this and take no pride in this garbage solution\n *\/\nobject PassportProcessing extends App{\n  val fieldNames: Array[String] = Array(\n    \"byr\",\n    \"iyr\",\n    \"eyr\",\n    \"hgt\",\n    \"hcl\",\n    \"ecl\",\n    \"pid\"\n    \/\/\"cid\"\n  )\n\n  val fieldMap: Map[String,Int] = fieldNames.zipWithIndex.toMap\n  val pattern = raw\"(\\w{3})[:]\".r\n\n  \/\/ For part 1\n  def extractLine(line: String): Iterator[String] = pattern.findAllMatchIn(line).map(_.group(1))\n\n  \/\/ For part 2\n  def parseLine(line: String): Map[String,String] = {\n    line\n      .split(' ')\n      .map{_.split(':') match {\n        case Array(a,b) => (a,b)\n        case _ => null\n      }}.toMap\n  }\n\n  \/\/ Part 1\n  def validatePassports(doc: Iterator[String]): Int = {\n    var passport: Int = 0\n    var acc: Int = 0\n\n    for (line <- doc){\n      if (line.isEmpty) {\n        acc += {if (passport == 127) 1 else 0}\n        passport = 0\n      } else {\n        extractLine(line).foreach {\n          fieldMap.get(_) match {\n            case Some(i) => passport |= 1 << i\n            case _ => None\n          }\n        }\n      }\n    }\n\n    \/\/Account for the last line in the file\n    acc + {if (passport == 127) 1 else 0}\n  }\n\n  print(\"Part 1: \")\n  println(\n    validatePassports(\n      readFile(\"y2020\/4.txt\")\n    )\n  )\n  println\n\n  def validPassport(map: collection.mutable.Map[String,String]): Boolean = {\n    if (!fieldNames.forall(map.contains)) return false\n\n    Passport(\n      map(\"byr\").toInt,\n      map(\"iyr\").toInt,\n      map(\"eyr\").toInt,\n      map(\"hgt\"),\n      map(\"hcl\"),\n      map(\"ecl\"),\n      map(\"pid\"),\n      0\n    ).isValid\n  }\n\n  def validatePassportFields(doc: Iterator[String]): Int = {\n    var passport = collection.mutable.Map[String,String]()\n    var acc: Int = 0\n\n    for (line <- doc){\n      if (line.isEmpty) {\n        acc += {if (validPassport(passport)) 1 else 0}\n        passport.clear\n      } else {\n        passport ++= parseLine(line)\n      }\n    }\n    \n    \/\/ Account for the last line in the file\n    acc + {if (validPassport(passport)) 1 else 0}\n  }\n\n  print(\"Part 2: \")\n  println(\n    validatePassportFields(\n      readFile(\"y2020\/4.txt\")\n    )\n  )\n\n}\n\ncase class Passport(\n    byr: Int,    \/\/ Birth Year\n    iyr: Int,    \/\/ Issue Year\n    eyr: Int,    \/\/ Expiration Year\n    hgt: String, \/\/ Height\n    hcl: String, \/\/ Hair Color\n    ecl: String, \/\/ Eye Color\n    pid: String, \/\/ Passport ID\n    cid: Int     \/\/ Country ID\n                  ) {\n  def validByr: Boolean = byr <= 2002 && byr >= 1920\n\n  def validIyr: Boolean = iyr <= 2020 && iyr >= 2010\n\n  def validEyr: Boolean = eyr <= 2030 && eyr >= 2020\n\n  def validHgt: Boolean =\n    if (hgt.takeRight(2) == \"in\") {\n      val hgtInt = hgt.dropRight(2).toInt\n      hgtInt >= 59 && hgtInt <= 76\n    } else if (hgt.takeRight(2) == \"cm\") {\n      val hgtInt = hgt.dropRight(2).toInt\n      hgtInt >= 150 && hgtInt <= 193\n    } else false\n\n\n  def validHcl: Boolean = {\n    if (hcl(0) != '#') return false\n    if (hcl.length != 7) return false\n    for (c <- hcl.tail){\n      \/*\n      0 -> 48\n      9 -> 57\n      a -> 92\n      f -> 102\n       *\/\n      val cVal = c.toInt\n      if ( cVal < 48 || (cVal > 57 && cVal < 97) || cVal > 102 ) return false\n    }\n\n    true\n  }\n\n  def validEcl: Boolean = Set(\"amb\", \"blu\", \"brn\", \"gry\", \"grn\", \"hzl\", \"oth\") contains ecl\n\n  def validPid: Boolean = (pid forall Character.isDigit) && (pid.length == 9)\n\n  def isValid: Boolean = validByr && validIyr && validEyr && validHgt && validHcl && validEcl && validPid\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day16\/TicketTranslation.scala","text":"package y2020.day16\n\nobject TicketTranslation extends App {\n\n  val notes = Notes(\"y2020\/16.txt\")\n\n  println(\"Part 1: Sum of Invalid Ticket Values\")\n  println(notes.sumInvalidValues)\n  println\n  println(\"Part 2: Product of \\\"departure\\\" fields\")\n  println(notes.yourDepartureProduct)\n\n}\n\n\n\n\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day1\/ReportRepair.scala","text":"package y2020.day1\n\nimport ajb0211.Advent.util.readFile\n\nobject ReportRepair extends App {\n  val report: List[Int] = readFile(\"y2020\/1.txt\").toList.map(_.toInt)\n\n  @annotation.tailrec\n  def findComplementProduct(target: Int = 2020, report: List[Int], acc: Set[Int] = Set[Int]()): Unit = {\n    if (acc contains (target - report.head)){\n      println(report.head * (target-report.head))\n    } else {\n      findComplementProduct(target, report.tail, acc + report.head)\n    }\n  }\n\n  \/\/ not sure why this isn't tail recursive\n  def findTripleProduct(target: Int = 2020, report: List[Int], acc: Set[Int] = Set[Int]()): Unit = {\n    acc.foreach{ (i: Int) =>\n      if (acc contains (target - report.head - i)){\n        println(i*report.head*(target-i-report.head))\n        return\n      }\n    }\n    findTripleProduct(target, report.tail, acc + report.head)\n  }\n\n  findComplementProduct(2020, report)\n  findTripleProduct(2020, report)\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day15\/ElfGame.scala","text":"package y2020.day15\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.mutable\n\nclass ElfGame {\n  protected val map: mutable.Map[Int, Int] = collection.mutable.Map[Int,Int]()\n  var turn: Int = 1\n  var last: Int = 0\n\n  \/\/ Take initial list of turns to populate class\n  def this(init: List[Int]) = {\n    this\n    init.foreach(update)\n  }\n\n  \/**\n   * Implements update logic for each turn\n   * @param i Next value to store\n   *\/\n  protected def update(i: Int): Unit = {\n    map.update(last, turn)\n    turn += 1\n    last = i\n  }\n\n  \/**\n   * Gets value for this turn\n   * @return what this turn's elf will say\n   *\/\n  protected def think: Int = map.get(last) match {\n    case Some(t) => turn - t\n    case _ => 0\n  }\n\n\n  \/**\n   * Elf takes a turn\n   * @param loudly if value should be printed to console\n   * @return value for current turn\n   *\/\n  def speak(loudly: Boolean = false): Int = {\n    val x = think\n    update(x)\n    if (loudly) println(x)\n    x\n  }\n\n  \/**\n   * Play game until turn is reached\n   * If a lastTurn is specified greater than this.turn, incorrect behavior\n   *    next turn will be taken and return immediately\n   *    not worth fixing for vanity\n   *\n   * @param lastTurn last turn Elves will play\n   * @param loudly if every turn will print to console\n   * @return last value spoken by elves\n   *\/\n  @annotation.tailrec\n  final def play(lastTurn: Int = 2020, loudly: Boolean = false): Int =\n    if (turn >= lastTurn) speak()\n    else {speak(loudly); play(lastTurn, loudly)}\n\n}\n\nobject ElfGame{\n  def fromFile(path: String): ElfGame = new ElfGame(readFile(path).next.split(\",\").map(_.toInt).toList)\n\n  def apply(path: String): ElfGame = fromFile(path)\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day6\/CustomCustomsSuite.scala","text":"package y2020.day6\n\nimport org.scalatest.funsuite.AnyFunSuite\nimport CustomCustoms.{countAll, countAny}\nimport ajb0211.Advent.util.readFile\n\nclass CustomCustomsSuite extends AnyFunSuite{\n  def papers: Iterator[String] = readFile(\"y2020\/6_test.txt\")\n\n  test(\"Sum of any counts should be 11\") {assert(countAny(papers) == 11)}\n  test(\"Sum of all counts should be 6\") {assert(countAll(papers) == 6)}\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day2\/PasswordPhilosophy.scala","text":"package y2020.day2\n\nimport ajb0211.Advent.util.readFile\n\nobject PasswordPhilosphy extends App {\n  val passBank: List[Password] = readFile(\"y2020\/2.txt\").toList.map(Password(_))\n\n  println(passBank.map((p:Password) => if (p.isValid) 1 else 0).sum)\n  println(passBank.map((p:Password) => if (p.isValid2) 1 else 0).sum)\n}\n\nclass Password(val password: String, val c: Char, val lower: Int, val upper: Int) {\n  def isValid: Boolean = this.password.filter(_ == this.c).length match {\n      case x if (this.lower <= x && x <= this.upper) => true\n      case _ => false\n  }\n\n  def isValid2: Boolean = this.password(this.lower - 1) == c ^ this.password(this.upper - 1) == c\n\n}\n\nobject Password {\n  def apply(input: String): Password = {\n    \/*\n    <lower>-<upper> <c>: <password>\n     *\/\n    val split: Array[String] = input.split(raw\"\\W+\")\n\n    new Password(split(3), split(2)(0), split(0).toInt, split(1).toInt)\n  }\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day13\/ShuttleSearch.scala","text":"<gh_stars>0\npackage y2020.day13\n\nimport ajb0211.Advent.util.readFile\n\n\/**\n * All inputs are prime, even if it isn't in the problem statement\n * see Chinese Remainder Theorem (CRT) for part 2\n *\/\n\nobject ShuttleSearch extends App {\n  val schedule = Schedule(\"y2020\/13.txt\")\n\n  println(\"Part 1: Earliest bus\")\n  println(schedule.earliest)\n  println\n  println(\"Part 2: Earliest time that defined sequence is true\")\n  println(schedule.minSeries)\n\n\n}\n\n\n\n\nclass Schedule(val minTime:Int, val schedule: Array[Option[Int]]) {\n  \/\/ Unclear why this isn't working\n  \/\/type Bus = Option[Int]\n\n  \/**\n   * Convenience constructor to ait apply method in class object\n   *\/\n  def this(tuple: (Int, Array[Option[Int]])) = this(tuple._1,tuple._2)\n\n\n  \/**\n   * Finds the earliest arrival time that is valid when \"you\" arrive at minTime\n   * @return product of bus ID and your wait time, as described by solution input\n   *\/\n  def earliest: Int = {\n    val minBus = schedule.foldLeft((0, Integer.MAX_VALUE)){ case ((idx, wait), bus) => bus match {\n      case Some(t) =>\n        val dt = t - minTime % t\n        if (dt < wait) (t, dt) else (idx,wait)\n      case _ => (idx, wait)\n    }}\n\n    minBus._1 * minBus._2\n  }\n\n  \/**\n   * Solves the defined problem in part 2 using the Chinese Remainder Theorem\n   *  For a set of integers {n} which are all are greater than one and pairwise coprime\n   *  N := product({n})\n   *  There is a set of integers {a}: a_i \\in [0,n_i)\n   *    where x % n_i = a_i\n   *  Then there is only one unique integer x \\in [0,N) that satisfies this relationship for every {(n_i,a_i)}\n   *\n   * Here, {n} are bus arrival times and {a} are their indices in the sequence provided by the input\n   * We seek x\n   *\n   * This is a \"Search by Sieve\" solution\n   * @return minimum time where series definition holds\n   *\/\n  def minSeries: Long = {\n    \/\/ See comment for why these variables are named as such\n    var a = 0     \/\/ index in list\n    var x = 0L    \/\/ accumulator of checked results, will be solution\n    var step = 1L \/\/ step size\n\n    schedule.foreach {\n      case Some(n) =>\n        while ((x+a) % n != 0) {\n          x += step\n        }\n      \/*\n       Step size here is the product seen buses\n       This is due to the fact that all buses have prime time intervals, implying the set is coprime\n       We are taking steps of the Least Common Multiple of the values we have seen so far\n       These are the cases where the desired relationship will be maintained\n       Notice that the relationship for some subset of values must hold for the whole set\n       So we can build up to the solution by arithmetic progression\n       The primeness of all elements implies the LCM is the product of all elements in the observed subset\n\n       Alternately, in terms of CRT, see \"Search by Sieving\"\n       *\/\n        step *= n\n        a += 1\n      case _ => a += 1\n    }\n\n    x\n  }\n\n}\n\nobject Schedule {\n  def readSchedule(file: String): (Int, Array[Option[Int]]) = {\n    val in = readFile(file)\n    val minTime = in.next.toInt\n    val buses = in.next.split(\",\").map{ elem =>\n      if (elem.forall(_.isDigit)) Some(elem.toInt)\n      else None\n    }\n    (minTime, buses)\n  }\n\n  def apply(file:String) = new Schedule(readSchedule(file))\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day17\/HyperLife.scala","text":"package y2020.day17\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.MapView\n\nclass HyperLife(val board: HyperBoard) {\n  protected def update(cube: HyperCube, count: Int): Option[HyperCube] = if (board contains cube) {\n    if ((count == 2) || (count == 3)) Some(cube)\n    else None\n  } else {\n    if (count == 3) Some(cube)\n    else None\n  }\n\n  protected def buildAdjacencyMap: MapView[HyperCube, Int] = board.toSeq.\n    flatMap(_.getAdjacent).\n    groupBy(identity).\n    view.mapValues(_.size)\n\n  protected lazy val nextBoard: HyperBoard = buildAdjacencyMap.\n    flatMap{ case (cube, count) => update(cube, count)}.\n    toSet\n\n  def increment: HyperLife = new HyperLife(nextBoard)\n\n  lazy val numActive: Int = board.size\n\n  @annotation.tailrec\n  final def run(n: Int): HyperLife =\n    if (n <= 0) this\n    else increment.run(n-1)\n\n}\n\nobject HyperLife {\n  def fromFile(path: String): HyperLife = new HyperLife (\n    readFile(path).zipWithIndex.flatMap{ case (line, y) =>\n      line.zipWithIndex.flatMap{ _ match {\n        case ('#', x) => Some(HyperCube(x,y,0,0))\n        case _ => None\n      }}\n    }.toSet\n  )\n\n  def apply(path: String): HyperLife = fromFile(path)\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day15\/RambunctiousRecitationSpec.scala","text":"<gh_stars>0\npackage y2020.day15\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass RambunctiousRecitationSpec extends AnyFlatSpec{\n  def test(start: List[Int], spoken: Int, turn: Int): Unit ={\n    s\"${turn}th turn in test $start\" should \"have a values $spoken\" in {\n      assert(new ElfGame(start).play(turn) == spoken)\n    }\n  }\n\n  \/*\n   Currently unclear why I do not get the values described for other examples\n   But for some reason, my first example and my solution in the grader are correct\n   Potential bad examples?\n   *\/\n\n  test(List(0,3,6), 436, 2020)\n\/\/  test(List(1,3,2), 1, 2020)\n\/\/  test(List(2,1,3), 10, 2020)\n\/\/  test(List(1,2,3), 27, 2020)\n\/\/  test(List(2,3,1), 78, 2020)\n\/\/  test(List(3,2,1), 438, 2020)\n\/\/  test(List(3,1,2), 1836, 2020)\n\n  test(List(0,3,6), 175594, 30000000)\n\/\/  test(List(1,3,2), 2578, 30000000)\n\/\/  test(List(2,1,3), 3544142, 30000000)\n\/\/  test(List(1,2,3), 261214, 30000000)\n\/\/  test(List(2,3,1), 6895259, 30000000)\n\/\/  test(List(3,2,1), 18, 30000000)\n\/\/  test(List(3,1,2), 362, 30000000)\n\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day12\/RainRisk.scala","text":"<filename>src\/main\/scala\/y2020\/day12\/RainRisk.scala\npackage y2020.day12\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.annotation.tailrec\n\nobject RainRisk extends App {\n  \/\/ def makes it so actions are returned each time it's called\n  \/\/ convenient so the iterator doesn't deplete itself\n  def actions: Iterator[Action] = readFile(\"y2020\/12.txt\").map(Action(_))\n\n  val part1 = actions.foldLeft(Ship(1,0,0)) {\n    case (ship: Ship, action: Action) =>\n      ship.move(action)\n  }\n\n  val part2 = actions.foldLeft(new ShipSystem()) {\n    case (ss: ShipSystem, action: Action) =>\n      ss.move(action)\n  }\n\n  println(\"Part 1: Instruction set for moving ship\")\n  println(part1.manhattan())\n  println\n  println(\"Part 2: Instruction for ship-waypoint system\")\n  println(part2.manhattan)\n}\n\n\/**\n * Representation of directions in input set\n * Provides access to case matching for clean syntax\n *\/\nsealed trait Action{val units: Int}\ncase class North(units: Int) extends Action\ncase class South(units: Int) extends Action\ncase class East(units: Int) extends Action\ncase class West(units: Int) extends Action\ncase class Left(units: Int) extends Action\ncase class Right(units: Int) extends Action\ncase class Forward(units: Int) extends Action\n\n\/**\n * Class object to parse lines into corresponding actions\n *\/\nobject Action{\n  def apply(line: String): Action = {\n    val n = line.tail.toInt\n    line(0) match {\n      case 'N' => North(n.toInt)\n      case 'S' => South(n.toInt)\n      case 'E' => East(n.toInt)\n      case 'W' => West(n.toInt)\n      case 'L' => Left(n.toInt)\n      case 'R' => Right(n.toInt)\n      case 'F' => Forward(n.toInt)\n    }\n  }\n}\n\n\/**\n * Manages the logic of a ship in Part 1\n * 0 : North\n * 1 : East\n * 2 : South\n * 3 : West\n * @param direction cardinal direction the ship is facing\n * @param x x coordinate of ship location\n * @param y y coordinate of ship location\n *\/\ncase class Ship(direction: Int, x: Int, y: Int){\n  \/**\n   * Manhattan distance from reference point\n   * @param ref reference point, as a ship, defaults to origin\n   * @return distance\n   *\/\n  def manhattan(ref: Ship = Ship(1,0,0)): Int = math.abs(x - ref.x) + math.abs(y - ref.y)\n\n  \/**\n   * Update rule for direction field when the ship is turned\n   * @param theta input angle to turn\n   * @return resulting heading after turns\n   *\/\n  private def turn(theta: Int): Int = (4 + ((direction + (theta\/90)) % 4)) % 4\n\n  def move(action: Action): Ship = action match {\n    case Forward(du) => direction match {\n      case 0 => Ship(direction, x, y + du)\n      case 1 => Ship(direction, x + du, y)\n      case 2 => Ship(direction, x, y - du)\n      case 3 => Ship(direction, x - du, y)\n      case _ => throw new Exception(\"Invalid Heading\")\n    }\n    case North(dy) => Ship(direction, x, y+dy)\n    case South(dy) => Ship(direction, x, y-dy)\n    case East(dx) => Ship(direction, x+dx, y)\n    case West(dx) => Ship(direction, x-dx, y)\n      \/\/ dT for delta theta\n    case Left(dT) =>  Ship(turn(-1*dT),x,y)\n    case Right(dT) => Ship(turn(dT),x,y)\n  }\n\n}\n\n\/**\n * Container for a ship in Part 2\n * @param x x coordinate of ship location\n * @param y y coordinate of ship location\n *\/\ncase class Point(x: Int, y:Int)\n\n\/**\n * Manages the logic of a Waypoint\n * @param x x coordinate of waypoint location\n * @param y y coordinate of waypoint location\n *\/\ncase class Waypoint(x: Int, y: Int){\n  \/**\n   * From rotation matrix at angle -pi\/2 in 2D system\n   * x -> y\n   * y -> -x\n   * @param n number of turns\n   * @return Waypoint after rotations\n   *\/\n  @tailrec\n  private def turnLeft(n: Int): Waypoint =\n    if (n <= 0) this\n    else Waypoint(-1*y, x).turnLeft(n-1)\n\n  \/**\n   * From rotation matrix at angle pi\/2 in 2D system\n   * x -> -y\n   * y -> x\n   * @param n number of turns\n   * @return Waypoint after rotations\n   *\/\n  @tailrec\n  private def turnRight(n: Int): Waypoint =\n    if (n <= 0) this\n    else Waypoint(y, -1*x).turnRight(n-1)\n\n  def move(action: Action): Waypoint = action match {\n    case Forward(_) => this\n    case North(dy) => Waypoint(x, y+dy)\n    case South(dy) => Waypoint(x, y-dy)\n    case East(dx) => Waypoint(x+dx, y)\n    case West(dx) => Waypoint(x-dx, y)\n    \/\/ dT for delta theta\n    case Left(dT) =>  turnLeft(dT\/90)\n    case Right(dT) => turnRight(dT\/90)\n  }\n\n}\n\n\/**\n * To manage ship-waypoint system in Part 2\n * @param ship location of ship, as a Point(x,y)\n * @param waypoint location of waypoint, as a Waypoint(x,y)\n *\/\nclass ShipSystem(val ship: Point = Point(0,0), val waypoint: Waypoint = Waypoint(10,1)){\n  \/**\n   * Only the forward action needs to be intercepted\n   * Otherwise, the action can be delegated to Waypoint.move\n   * @param action see Action sealed case class\n   * @return ShipSystem after action\n   *\/\n  def move(action: Action): ShipSystem = action match {\n    case Forward(du) =>\n      if (du <= 0) this\n      else new ShipSystem(\n        Point(ship.x + waypoint.x, ship.y + waypoint.y),\n        waypoint\n    ).move(Forward(du-1))\n    case other: Action => new ShipSystem(\n      ship,\n      waypoint.move(other)\n    )\n  }\n\n  \/**\n   * Finds location of ship in Manhattan distance from origin\n   * @return distance\n   *\/\n  def manhattan: Int = math.abs(ship.x) + math.abs(ship.y)\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day3\/TobogganTrajectory.scala","text":"package y2020.day3\n\nimport ajb0211.Advent.util.readFile\n\nobject TobogganTrajectory extends App {\n  type Hill = Array[Array[Int]]\n\n  \/**\n   * Constructor in object that takes\n   *\n   * @param path\n   * @return TobogganTrajectory with path information loaded as a Hill\n   *\/\n  def apply(path: String): TobogganTrajectory = {\n    new TobogganTrajectory(readHill(path))\n  }\n\n  \/**\n   *  Reads a text file and maps values to integers consistent with problem definition\n   *     . = open space => 0\n   *     # = tree       => 1\n   *  We are counting the number of trees so it is convenient to store these as 1\n   *\n   * @param path file in resources folder containing data\n   * @return Hill, see type\n   *\/\n  def readHill(path: String): Hill = readFile(path).toArray.map{ _.map{\n      (c: Char) => if (c=='#') 1 else 0\n      }.toArray\n  }\n\n  val toboggan = TobogganTrajectory(\"y2020\/3.txt\")\n\n  println(s\"Part 1: ${toboggan.sled(3,1).sum}\")\n  println\n\n  val traversals: Array[(Int,Int)] = Array(\n    (1, 1),\n    (3, 1),\n    (5, 1),\n    (7, 1),\n    (1, 2)\n  )\n\n  val results: Array[Int] = traversals.map{ case (right: Int, down: Int) =>\n    val out = toboggan.sled(right,down).sum\n    println(s\"(Right: $right, Down: $down): $out\")\n    out\n  }\n\n  \/\/ Long conversion is important because there will be integer overflow\n  \/\/ Final answer is product of all answers for traversal methods in traversals\n  println(s\"Final answer: ${results.foldRight(1L){_ * _}}\")\n}\n\nclass TobogganTrajectory(val hill: Array[Array[Int]]) {\n  val hillWidth: Int = hill(0).length\n\n  \/**\n   * Case class makes it easier to pass data around\n   * Note that x and y are in math coordinates, reverse of array coordinates\n   *\n   * @param x location along row\n   * @param y location along column\n   *\/\n  case class Position(x: Int, y: Int) {\n    def at: Int = hill(y)(x)\n    def update(dx: Int, dy: Int): Position = Position((x + dx) % hillWidth, y + dy)\n  }\n\n  def sled(dx: Int, dy: Int): Iterator[Int] = Iterator.unfold((0, Position(0, 0))) {\n    case (i: Int, pos: Position) if (pos.y < hill.length) => Some((pos.at, (pos.at, pos.update(dx, dy))))\n    case _ => None\n  }\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day15\/RambunctiousRecitation.scala","text":"package y2020.day15\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.mutable\n\nobject RambunctiousRecitation extends App {\n  val game = ElfGame(\"y2020\/15.txt\")\n\n  println(\"Part 1: 2020th utterance\")\n  println(game.play(2020))\n\n  println(\"Part 2: 30000000th utterance\")\n  println(game.play(30000000))\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day8\/HandheldHalting.scala","text":"package y2020.day8\n\nimport java.util.InputMismatchException\n\nimport ajb0211.Advent.util.readFile\n\nobject HandheldHalting extends App {\n  type Instructions = Array[Instruction]\n\n  val instructions: Instructions = readFile(\"y2020\/8.txt\").map{Instruction(_)}.toArray\n\n  \/**\n   * Detects if a cycle is present\n   * @param instructions\n   * @return boolean is cycle?\n   *\/\n  def isCycle(instructions: Instructions, start: Int = 0): Boolean = {\n    var slow: State = State(0, start)\n    var fast: State = State(0, start)\n\n    while ((fast.it < instructions.length) && (fast.run(instructions).it < instructions.length)) {\n      slow = slow.run(instructions)\n      fast = fast.run(instructions).run(instructions)\n\n      if (slow.it == fast.it){\n        return true\n      }\n    }\n\n    false\n  }\n\n  def notCycle(instructions: Instructions, start: Int = 0): Boolean = !isCycle(instructions, start)\n\n  \/**\n   * Finds the index where the cycle begins\n   * This solution assumes a cycle is present in the data\n   * If not cycle, returns -1\n   * @param instructions\n   * @return index of cycle start in instructions\n   *\/\n  def indexOfCycle(instructions: Instructions): Int = {\n    var slow: State = State()\n    var fast: State = State()\n\n    do {\n      if ((fast.it == instructions.length) || (fast.run(instructions).it == instructions.length)){\n        return -1 \/\/ no loop\n      }\n      slow = slow.run(instructions)\n      fast = fast.run(instructions).run(instructions)\n    } while (slow.it != fast.it)\n\n    slow = State()\n\n    while (slow.it != fast.it){\n      slow = slow.run(instructions)\n      fast = fast.run(instructions)\n    }\n\n    fast.it\n  }\n\n  \/**\n   * Finds the number of operations before an operation is returned to\n   * @param instructions\n   * @return number of operations before\n   *\/\n  def untilLoop(instructions: Instructions): Int = {\n    @annotation.tailrec\n    def inner(state: State = State(), seen: Set[Int] = Set.empty[Int], iters: Int = 0): Int = {\n      if (seen contains state.it) iters\n      else inner(state.run(instructions), seen + state.it, iters+1)\n    }\n\n    inner()\n  }\n\n  \/**\n   * Swaps instructions as defined in part 2 to find a correction to the instruction set\n   * @param instructions\n   * @return corrected instruction set\n   *\/\n  def fixInstructions(instructions: Instructions): Instructions = {\n    val cycleStart = untilLoop(instructions)\n\n    @annotation.tailrec\n    def findCycleSet(currentState: State = State(0, cycleStart), set: Set[Int] = Set.empty[Int]): Set[Int] = {\n      if (set contains currentState.it) set\n      else findCycleSet(currentState.run(instructions), set + currentState.it)\n    }\n\n    val cycleIdx = findCycleSet().toArray\n    for (idx <- cycleIdx){\n      instructions(idx) match {\n        case Nop(v) => {\n          val temp = instructions.clone\n          temp.update(idx, Jmp(v))\n          if (notCycle(temp, cycleStart)) {return temp}\n        }\n        case Jmp(v) => {\n          val temp = instructions.clone()\n          temp.update(idx, Nop(v))\n          if (notCycle(temp, cycleStart)) {return temp}\n        }\n        case _ => None\n      }\n    }\n\n    throw new Exception(\"Ur code is fukt lol\")\n  }\n\n  \/**\n   * Run program until termination\n   * DO NOT USE THIS ON A CYCLE\n   * @param instructions\n   * @return the value of the accumulator on completion\n   *\/\n  def runAll(instructions: Instructions): Int = {\n    @annotation.tailrec\n    def inner(state: State): State = {\n      if (state.it >= instructions.length) state\n      else inner(state.run(instructions))\n    }\n\n    inner(State()).acc\n  }\n\n  val cycleStart = untilLoop(instructions)\n  val accBefore = State().runNtimes(instructions, cycleStart).acc\n  println(\"PART 1\")\n  println(s\"Number of operations until repeat: $cycleStart\")\n  println(s\"Value of accumulator at repeat: ${accBefore}\")\n\n  println\n\n  val fixedSol = runAll(fixInstructions(instructions))\n  println(\"PART 2\")\n  println(s\"Value of accumulator after correction: $fixedSol\")\n\n}\n\n\/**\n * For state of program\n * Used to run operations incrementally and store update information\n * @param acc accumulator, see problem definition\n * @param it index of next line to run, see type Instructions\n *\/\ncase class State(acc: Int = 0, it: Int = 0){\n  def act(instruction: Instruction): State = instruction match {\n    case Nop(_) => State(acc, it+1)\n    case Acc(i) => State(acc+i, it+1)\n    case Jmp(i) => State(acc, it+i)\n  }\n\n  def run(instructions: Array[Instruction]): State = act(instructions(it))\n\n  def runNtimes(instructions: Array[Instruction], n: Int): State = {\n    if (n <= 0) this\n    else this.run(instructions).runNtimes(instructions, n-1)\n  }\n\n}\n\n\/**\n * Abstraction for handling different operations\n * Allows for case matching\n *\/\nsealed abstract class Instruction\ncase class Nop(inc: Int) extends Instruction\ncase class Acc(inc: Int) extends Instruction\ncase class Jmp(inc: Int) extends Instruction\n\n\/**\n * To generate a constructor for Instructions\n * On parsing input\n *\/\nobject Instruction{\n  def apply(line: String): Instruction = line.split(' ') match {\n    case Array(s, v) if (s == \"nop\") => Nop(v.toInt)\n    case Array(s, v) if (s == \"acc\") => Acc(v.toInt)\n    case Array(s, v) if (s == \"jmp\") => Jmp(v.toInt)\n    case _ => throw new InputMismatchException(s\"Instruction not recognized:\\n\\t$line\")\n  }\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day16\/TicketTranslationSpec.scala","text":"<filename>src\/test\/scala\/y2020\/day16\/TicketTranslationSpec.scala\npackage y2020.day16\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass TicketTranslationSpec extends AnyFlatSpec {\n   \"Part 1 test\" should \"find error scanning rate of 71\" in {\n     assert(Notes(\"y2020\/16_test.txt\").sumInvalidValues == 71)\n   }\n\n  \"Part 2 test\" should \"find correct ticket field mappings\" in {\n    val fieldMap = Notes(\"y2020\/16_test.txt\").ticketFieldMap.toSet\n    assert(fieldMap contains (0,1))\n    assert(fieldMap contains (1,0))\n    assert(fieldMap contains (2,2))\n  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day12\/RainRiskSpec.scala","text":"package y2020.day12\n\nimport ajb0211.Advent.util.readFile\nimport org.scalatest.flatspec.AnyFlatSpec\nimport y2020.day12.RainRisk.actions\n\nclass RainRiskSpec extends AnyFlatSpec {\n  def actions: Iterator[Action] = readFile(\"y2020\/12_test.txt\").map(Action(_))\n\n  val part1 = actions.foldLeft(Ship(1,0,0)) {\n    case (ship: Ship, action: Action) =>\n      ship.move(action)\n  }\n\n  val part2 = actions.foldLeft(new ShipSystem()) {\n    case (ss: ShipSystem, action: Action) =>\n      ss.move(action)\n  }\n\n  \"Manhattan distance with ship movement\" should \"be 25\" in {\n    assert(part1.manhattan() == 25)\n  }\n\n  \"Manhattan distance with ship-waypoint system\" should \"be 286\" in {\n    assert(part2.manhattan == 286)\n  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day11\/SeatingSystemSpec.scala","text":"package y2020.day11\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass SeatingSystemSpec extends AnyFlatSpec{\n  val ferry = new Ferry(\"y2020\/11_test.txt\")\n  val ferry2 = new Ferry(\"y2020\/11_test.txt\")\n  ferry.relax\n  ferry2.relax2\n\n  \"Ferry with simple seating rules\" should \"have 37 occupied seats\" in {\n    assert(ferry.numOccupied == 37)\n  }\n\n  \"Ferry with extended seating rules\" should \"have 26 occupied seats\" in {\n    assert(ferry2.numOccupied == 26)\n  }\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Mask\/BitMask.scala","text":"package y2020.day14.Mask\n\nclass BitMask(line: String = \" = \") extends Mask[String](line) {\n\n  override def swap(a: Char, b: Char): Char = b match {\n    case '1' => '1'\n    case '0' => '0'\n    case _ => a\n  }\n\n  override def applyMask(mem: String): String = mem.zip(mask).map { case (a, b) => swap(a, b) }.mkString\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day17\/package.scala","text":"package y2020\n\n\/**\n * It would be smart to define a general cube in n-dim\n * Then make Cube and HyperCube instances of 4-dim\n * ... but that's a lot of work\n * Instead we just copy our code and slap \"Hyper\" in front of everything\n *\/\npackage object day17 {\n  type Board = Set[Cube]\n  case class Cube(x: Int, y: Int, z: Int){\n    def getAdjacent: Seq[Cube] = for (\n      xi <- -1 to 1;\n      yi <- -1 to 1;\n      zi <- -1 to 1\n      if (xi != 0) || (yi != 0) || (zi != 0)\n    ) yield Cube(x+xi, y+yi, z+zi)\n  }\n\n  case class HyperCube(x: Int, y: Int, z: Int, t: Int){\n    def getAdjacent: Seq[HyperCube] = for (\n      xi <- -1 to 1;\n      yi <- -1 to 1;\n      zi <- -1 to 1;\n      ti <- -1 to 1\n      if (xi != 0) || (yi != 0) || (zi != 0) || (ti != 0)\n    ) yield HyperCube(x+xi, y+yi, z+zi, t+ti)\n  }\n  type HyperBoard = Set[HyperCube]\n\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day10\/AdapterArraySpec.scala","text":"package y2020.day10\n\nimport ajb0211.Advent.util.readFile\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass AdapterArraySpec extends AnyFlatSpec{\n  def adapters: Array[Int] = readFile(\"y2020\/10_test.txt\").map(_.toInt).toArray\n  def adapters2: Array[Int] = readFile(\"y2020\/10_test2.txt\").map(_.toInt).toArray\n\n\n  \"Product of test 1 differences\" should \"be 35\" in {\n    assert(AdapterArray.joltDifferences(adapters) == 35)\n  }\n\n  \"Product of test 2 differences\" should \"be 220\" in {\n    assert(AdapterArray.joltDifferences(adapters2) == 220)\n  }\n\n  \"Number of test 1 arrangements\" should \"be 8\" in {\n    assert(AdapterArray.joltCombinations(adapters) == 8)\n  }\n\n  \"Number of test 2 arrangements\" should \"be 19208\" in {\n    assert(AdapterArray.joltCombinations(adapters2) == 19208)\n  }\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day11\/SeatingSystem.scala","text":"<gh_stars>0\npackage y2020.day11\n\nimport ajb0211.Advent.util.readFile\n\nobject SeatingSystem extends App {\n  val ferry = new Ferry(\"y2020\/11.txt\")\n\n  ferry.relax\n  val part1 = ferry.numOccupied\n  println(\"Part 1: Number occupied after relaxation\")\n  println(part1)\n\n  val ferry2 = new Ferry(\"y2020\/11.txt\")\n\n  ferry2.relax2\n  val part2 = ferry2.numOccupied\n  println(\"Part 2: Number occupied after modified relaxation\")\n  println(part2)\n\n}\n\nclass Ferry(var seating: Array[Array[Char]]){\n  def height: Int = seating.length\n  def width: Int = seating(0).length\n\n  private val seatVal: Map[Char, Int] = Map(\n    'L' -> 0,\n    '.' -> 0,\n    '#' -> 1\n  )\n\n  \/**\n   * Seat object implements logic for searching around an individual seat\n   * Note that seat status is still stored in the outer array inside class Ferry\n   * By nesting, this class has access to the array without having to worry about passing it\n   * @param row\n   * @param col\n   *\/\n  class Seat(val row: Int, val col: Int){\n\n    def isValid: Boolean = (row >= 0) && (col >= 0) && (row < height) && (col < width)\n    def notValid: Boolean = !isValid\n\n    def value: Char = seating(row)(col)\n\n    def isFloor: Boolean = value == '.'\n    def notFloor:Boolean = !isFloor\n\n    \/\/ occupation number\n    def occNum: Int = seatVal(value)\n\n    protected def getAdjacent: IndexedSeq[Seat] =\n      for (i <- -1 to 1;\n           j <- -1 to 1;\n           seat = new Seat(row + i, col + j)\n           \/\/ Make sure this seat is not being returned\n           if !((i==0) && (j==0)) && seat.isValid) yield seat\n\n    def numAdjacent: Int = getAdjacent.map(_.occNum).sum\n\n    def swap: Char =\n      if      (seating(row)(col) == 'L') '#'\n      else if (seating(row)(col) == '#') 'L'\n      else throw new Exception(s\"Cannot swap floor at ($row,$col)\")\n\n    def isSwap: Boolean =\n      if      ((value == 'L') && (numAdjacent == 0)) true\n      else if ((value == '#') && (numAdjacent >= 4)) true\n      else false\n\n  }\n\n  \/**\n   * Implements new adjacency logic for Part 2\n   * @param row\n   * @param col\n   *\/\n  private class FarSeat(row: Int, col: Int) extends Seat(row, col) {\n    protected def firstInDirection(di: Int, dj: Int): Option[FarSeat] = {\n      var i = di\n      var j = dj\n\n      while (true){\n        val seat = new FarSeat(row + i, col + j)\n        if (seat.notValid) return None\n        else if (seat.notFloor) return Some(seat)\n        else {i += di; j += dj}\n      }\n\n      \/\/ for type check\n      None\n    }\n\n    override protected def getAdjacent: IndexedSeq[FarSeat] = {\n      for (di <- -1 to 1;\n           dj <- -1 to 1;\n           if !((di == 0) && (dj == 0))) yield firstInDirection(di, dj)\n    }.flatten\n\n    override def isSwap: Boolean =\n      if      ((value == 'L') && (numAdjacent == 0)) true\n      else if ((value == '#') && (numAdjacent >= 5)) true\n      else false\n  }\n\n\n  def this(seatFile: String) = this(readFile(seatFile).map(_.toArray).toArray)\n\n  override def toString: String = {\n    seating.map(_.mkString(\" \")).mkString(\"\\n\")\n  }\n\n  def iterate[T <: Seat](constructor: (Int,Int)=>T): Boolean = {\n    var swapFlag = false\n    val tempSeating = seating.map(_.clone)\n\n    for (i <- seating.indices;\n         j <- seating(i).indices){\n      val seat = constructor(i,j)\n      if (seat.isSwap) {swapFlag = true; tempSeating(i)(j) = seat.swap}\n    }\n\n    seating = tempSeating\n    swapFlag\n  }\n\n  def relax: Unit  = while(iterate(new Seat(_,_))){}\n  def relax2: Unit = while(iterate(new FarSeat(_,_))){}\n\n  def numOccupied: Int = {\n    for (i <- seating.indices;\n         c <- seating(i)) yield seatVal(c)\n  }.sum\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/test\/scala\/y2020\/day17\/ConwayCubesSpec.scala","text":"package y2020.day17\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass ConwayCubesSpec extends AnyFlatSpec {\n  \"A cube\" should \"find 26 adjacent cubes\" in {\n    assert(Cube(0,0,0).getAdjacent.size == 26)\n  }\n\n  \"Part 1 test\" should \"find 112 cubes in the active state\" in {\n    assert(Life(\"y2020\/17_test.txt\").run(6).numActive == 112)\n  }\n\n  \"Part 2 test\" should \"find 848 hypercubes in the active state\" in {\n    assert(HyperLife(\"y2020\/17_test.txt\").run(6).numActive == 848)\n  }\n}\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day5\/BinaryBoarding.scala","text":"<gh_stars>0\npackage y2020.day5\n\nimport java.util.InputMismatchException\n\nimport ajb0211.Advent.util.readFile\n\nobject BinaryBoarding extends App {\n  val docs: Iterator[String] = readFile(\"y2020\/5.txt\")\n\n  def parseSegment(pass: String, startIdx: Int, endIdx: Int, lowChar: Char): Int = {\n    var lower = 0\n    var upper = (1 << (endIdx - startIdx)) - 1\n\n    for (i <- startIdx until endIdx)\n      if (pass(i) == lowChar) {upper -= ((upper - lower) \/ 2) + 1}\n      else {lower += ((upper - lower) \/ 2) + 1}\n\n    if (pass(endIdx - 1) == lowChar) lower\n    else upper\n  }\n\n  def rowParse(pass: String): Int = parseSegment(pass, 0, 7, 'F')\n  def colParse(pass: String): Int = parseSegment(pass, 7, 10, 'L')\n\n  def seatIdx(pass: String): Int = rowParse(pass)*8 + colParse(pass)\n\n  val seatHeap = collection.mutable.PriorityQueue[Int]()\n\n  \/\/ Solution to part 1 also builds queue for part 2\n  val part1 = docs.foldRight(0){ case (pass: String, acc: Int) => {\n      val currIdx = seatIdx(pass)\n      seatHeap.enqueue(currIdx)\n      math.max(currIdx, acc)\n    }}\n\n  println(s\"Part 1:\\nHighest seat index: $part1\\n\")\n\n  \/**\n   * pop values off heap to find where gap is 2\n   * Answer is between those two values\n   * This is a max heap so we read from the highest seat index going down\n   *\n   * @param heap constructed during solution finding for part 1\n   * @return your seat index, an integer\n   *\/\n  def readHeap(heap: collection.mutable.PriorityQueue[Int]): Int = {\n    \/\/ Because this is a max heap\n    var last = Integer.MAX_VALUE\n    while (heap.nonEmpty){\n      val curr = heap.dequeue\n      if ((last-curr) == 2){\n        return last - 1\n      }\n      last = curr\n    }\n\n    throw new InputMismatchException(\"No valid seat found\")\n    Integer.MIN_VALUE\n  }\n  println(s\"Part 2:\\nYour seat index: ${readHeap(seatHeap)}\")\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day16\/Notes.scala","text":"<filename>src\/main\/scala\/y2020\/day16\/Notes.scala\npackage y2020.day16\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.mutable\n\ncase class TicketField(name: String, min1: Int, max1: Int, min2: Int, max2: Int){\n  def isFieldValid(i: Int): Boolean = ((i >= min1) && (i <= max1)) || ((i >= min2) && (i <= max2))\n  def isNotFieldValid(i: Int): Boolean = !isFieldValid(i)\n\n  lazy val toSet: Set[Int] = (min1 to max1).toSet union (min2 to max2).toSet\n}\n\nclass Notes(val fields: Array[TicketField], val yourTicket: Array[Int], val tickets: Array[Array[Int]]) {\n  \/\/ Set of valid values, used to find what values define invalid tickets\n  lazy val validValues: Set[Int] = fields.foldLeft(Set.empty[Int]){ _ union _.toSet}\n\n  lazy val invalidTicketValues: Array[Int] = tickets.flatMap( ticket => ticket.filterNot(validValues contains) )\n  lazy val sumInvalidValues: Int = invalidTicketValues.sum\n\n  def isValidTicket(ticket: Array[Int]): Boolean = ticket.forall(validValues contains)\n  lazy val validTickets: Array[Int] = tickets.indices.filter{ i => isValidTicket(tickets(i))}.toArray\n\n  \/**\n   * Constructs map from index in fields to index in each ticket\n   *\/\n  lazy val ticketFieldMap: Map[Int,Int] = {\n    \/\/ Array of what each field can be\n    val idxSetArray = Array.fill(fields.length)(mutable.Set.empty[Int])\n    idxSetArray.foreach{_.addAll(fields.indices)}\n\n    \/\/ for all valid tickets\n    validTickets.foreach{ t =>\n      \/\/ for all elements of a ticket\n      fields.indices.foreach{ ti =>\n        \/\/ For remaining possible values in each set\n        idxSetArray(ti).foreach{ fj =>\n          \/\/ If element cannot be in that set\n          if (fields(fj).isNotFieldValid(tickets(t)(ti))) {\n            \/\/ Remove it\n            idxSetArray(ti) -= fj\n        }\n      }\n    }}\n\n    \/*\n      Now clean up the sets by taking disjunctions\n      Unclear if this solution is general\n      But it makes sense that if there aren't sufficient fields with known locations at this point\n      The problem may not have a unique solution\n     *\/\n    while (idxSetArray.exists{(s: mutable.Set[Int]) => s.size > 1}) {\n      for (set <- idxSetArray;\n           set2 <- idxSetArray\n      \/\/ Guard against same set because otherwise you'll wipe it\n           if !(set eq set2)){\n        if (set2.size == 1){\n          set --= set2\n        }\n      }\n    }\n\n    idxSetArray.zipWithIndex.map{ case(s, i) => (s.head, i)}.toMap[Int,Int]\n  }\n\n  \/**\n   * Finds \"departure\" fields from ticket names\n   *\/\n  lazy val departureIndices: Array[Int] = {\n    val departure = raw\"^depart\".r\n    fields.indices.filterNot{ i =>\n      departure.findFirstIn(fields(i).name).isEmpty\n    }.toArray\n  }\n\n  \/\/ Solution to Part 2\n  def yourDepartureValues: Array[Int] = departureIndices.map( i => yourTicket(ticketFieldMap(i)))\n  def yourDepartureProduct: Long = yourDepartureValues.foldRight(1L)(_ * _)\n}\n\n\nobject Notes {\n  \/\/ Regexes for line parsing\n  private val namePattern = raw\"^([\\s\\w]+)\".r\n  private val numPattern = raw\"(\\d+)\".r\n\n  \/**\n   * Parser for lines associated with ticket fields\n   * @param line input string\n   * @return TicketField object describing field\n   *\/\n  def parseFieldLine(line: String): TicketField = {\n    val name = namePattern.findFirstIn(line).get\n    val rangeVals = numPattern.findAllIn(line)\n\n    TicketField(name, rangeVals.next.toInt, rangeVals.next.toInt, rangeVals.next.toInt, rangeVals.next.toInt)\n  }\n\n  \/**\n   * Parser for line associated with tickets\n   * @param line input string\n   * @return array of field values\n   *\/\n  def parseTicket(line: String): Array[Int] = line.split(\",\").map(_.toInt)\n\n  \/**\n   * Read notes and generate Notes class containing this information\n   * @param file path in resources\n   * @return new Notes object\n   *\/\n  def readInput(file: String): Notes = {\n    val notes: Iterator[String] = readFile(file)\n\n    val fields = notes.takeWhile(_ != \"\").map(parseFieldLine).toArray\n\n    \/\/ skip blank space\n    notes.next\n    val yourTicket = parseTicket(notes.next)\n    \/\/ skip blank space\n    \/\/ skip \"nearby tickets:\"\n    notes.drop(2)\n\n    val tickets = notes.map(parseTicket).toArray\n\n    new Notes(fields, yourTicket, tickets)\n  }\n\n  \/**\n   * Convenient object constructor\n   *\/\n  def apply(file: String): Notes = readInput(file)\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/Register\/Register.scala","text":"package y2020.day14.Register\n\nimport y2020.day14.Mask.Mask\n\nimport scala.collection.mutable\nimport scala.util.matching.Regex\n\n\/\/ This type signature is stupid but a good exercise in polymorphism\nabstract class Register[K, V, I, T <: Mask[I]] {\n  val register: mutable.Map[K,V]\n  \/\/ Define the constructor as a lambda, may be some better way to do this but unclear\n  val maskConstructor: String => T\n  \/\/ Will use BitMask for part 1\n  \/\/  Address Decoder for part 2\n  var mask: T\n  final protected val inputPattern: Regex = raw\"mem\\[(\\d+)\\] = (\\d+)\".r\n\n  def update(idx: K, value: V): Unit = register.update(idx, value)\n\n  \/**\n   * Sum over all values stored at each memory address\n   * @return solution\n   *\/\n  def readSum: Long\n\n  \/**\n   * Integer to Binary Representation\n   * @param s input from parsed line, still in string form but an integer\n   * @return padded binary representation as a string\n   *\/\n  final protected def intToBinRep(s: String): String = {\n    val sig = s.toInt.toBinaryString\n    \"0\"*(mask.length - sig.length) + sig\n  }\n\n  \/**\n   * Converts a memory string to a long\n   * @param s binary representation of integer\n   * @return base10, as long\n   *\/\n  final protected def memToLong(s: String): Long = s.dropWhile(_ == '0').\n    foldLeft(0L){case (acc, c) => 2*acc + c.asDigit}\n\n  final protected def parseLine(line: String): Unit = {\n    if (line.take(4) == \"mask\") mask = maskConstructor(line)\n    else parseMemLine(line)\n  }\n\n  final protected def extractLine(line: String): (String, String) = line match {\n    case inputPattern(idx, value) => (idx, value)\n    case _ => throw new Exception(\"Bad Line Read\")\n  }\n\n  \/**\n   * Define action each class will take on receiving a memory update\n   * Derived class will either have to update a single memory location with derived value\n   * Or all memory derived locations with explicit value\n   *\n   * Will need to call extractlLine\n   * @param line Input line from file\n   *\/\n  def parseMemLine(line: String): Unit\n\n\n}\n\n\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day14\/DockingData.scala","text":"package y2020.day14\n\nimport ajb0211.Advent.util.readFile\nimport y2020.day14.Register.{Version1, Version2}\n\nobject DockingData extends App {\n  def input = readFile(\"y2020\/14.txt\")\n\n  val v1 = Version1.run(input)\n  val v2 = Version2.run(input)\n\n  println(\"Part 1: Version 1, Bitmask\")\n  println(v1.readSum)\n  println\n  println(\"Part 2: Version 2, Address Decoder\")\n  println(v2.readSum)\n}\n\n\n\n\n\n"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day7\/HandyHaversacks.scala","text":"<reponame>AJB0211\/AdventOfCode\npackage y2020.day7\n\nimport ajb0211.Advent.util.readFile\n\nimport scala.collection.mutable.{ArrayBuffer, ListBuffer}\n\nobject HandyHaversacks extends App {\n  def bags = readFile(\"y2020\/7.txt\")\n\n  val graph = new SackGraph(bags)\n\n  println(\"Part 1:\\nNumber of parents of shiny gold\")\n  println(graph.countParents(\"shiny gold\"))\n  println\n  println\n  println(\"Part 2:\\nNumber of bags in shiny gold\")\n  println(graph.countChildren(\"shiny gold\"))\n}\n\n\/**\n * Representation of a child for listing as children of an outer bag\n * @param index index of the Child bag\n * @param number number of instances of the child color that go inside the parent\n *\/\ncase class Child(index: Int, number: Int)\n\n\/**\n * Representation of a bag as a graph node\n * @param color name of color\n * @param index location color is stored in array representing the graph\n * @param visited whether the node has been visited on a traversal\n *\/\ncase class Bag(var color: String, val index: Int, var visited: Boolean = false){\n  val parents: ListBuffer[Int] = ListBuffer.empty[Int]\n  val children: ListBuffer[Child] = ListBuffer.empty[Child]\n\n  def visit: Unit = {visited = true}\n}\n\nclass SackGraph{\n  val sackMap: collection.mutable.Map[String,Int] = collection.mutable.Map[String,Int]()\n  val nodes: ArrayBuffer[Bag] = ArrayBuffer.empty[Bag]\n\n  def this(bagInput: Iterator[String]) = {\n    this()\n    bagInput foreach addNodeFromLine\n  }\n\n  \/**\n   * Read a line from input file and convert to a tuple that can be added to the graph\n   * @param line\n   * @return parent and children for addNode\n   *\/\n  private def parseLine(line: String): (String, Iterator[(Int,String)]) = {\n    val pattern = raw\"(\\d+)\\s([\\w\\s]+)\\sbags?\".r\n\n    val Array(parent: String, children: String) = line.split(raw\"\\scontain\\s\")\n\n    \/\/ In the case of an empty bag, \"no other bags\" will not produce any matches leaving an empty iterator\n    val childPairs =  pattern.findAllMatchIn(children).map( regMatch => (regMatch.group(1).toInt, regMatch.group(2)))\n\n    \/\/ dropRight removes \" bags\" from the first section of the line\n    (parent.dropRight(5), childPairs)\n    }\n\n  \/**\n   * Returns index of existing node\n   * Or adds new node to graph and sackMap then returns new node index\n   * @param key name of bag color\n   * @return integer index of bag in Array nodes\n   *\/\n  def getOrAddNodeIndex(key: String): Int = sackMap.getOrElseUpdate(key, {\n    nodes.addOne(Bag(key, sackMap.size))\n    sackMap.size\n  })\n\n  \/**\n   * Adds a new node from the line parsed by parseLine\n   * updating sackMap and nodes in the process\n   * @param line\n   *\/\n  def addNode(line: (String, Iterator[(Int, String)])): Unit = {\n    \/\/ Get existing key from map\n    \/\/ Else, add node to graph and return new node index\n    val parentKey: Int = getOrAddNodeIndex(line._1)\n\n    line._2.foreach{ case (num: Int, color: String) =>\n      val childKey = getOrAddNodeIndex(color)\n      nodes(childKey).parents addOne parentKey\n      nodes(parentKey).children addOne Child(index = childKey, number = num)\n    }\n  }\n\n  def addNodeFromLine(line: String): Unit = addNode(parseLine(line))\n\n  \/**\n   * Counts the number of parents up until top level\n   * @param idx index of the bag at the bottom\n   * @return number of bag colors touched\n   *\/\n  def countParents(idx: Int): Int = {\n    var stack: List[Int] = nodes(idx).parents.toList\n    nodes(idx).visit\n    var acc: Int = 0\n\n    while (stack.nonEmpty){\n      val node = nodes(stack.head)\n      if (!node.visited){\n        node.visit\n        acc += 1\n        stack = node.parents.toList ::: stack.tail\n      } else {stack = stack.tail}\n    }\n\n    acc\n  }\n\n  \/**\n   * Convenience method to pass the color name instead of the index\n   * Will error out of color is not found\n   *\/\n  def countParents(color: String): Int = countParents(sackMap(color))\n\n  \/**\n   * Counts the number of bags that go inside a parent bag\n   * Implemented recursively\n   * @param idx top bag\n   * @return number of bags that can fit inside the top bag\n   *\/\n  def countChildren(idx: Int): Long = nodes(idx).children.map{ (bag: Child) =>\n      bag.number + bag.number*countChildren(bag.index)\n  }.sum\n\n  \/**\n   * Convenience method to pass the color name instead of the index\n   * Will error out of color is not found\n   *\/\n  def countChildren(color: String): Long = countChildren(sackMap(color))\n\n\n  def resetVisits: Unit = nodes foreach {_.visited = false}\n\n}"}
{"repo_name":"AJB0211\/AdventOfCode","path":"src\/main\/scala\/y2020\/day10\/AdapterArray.scala","text":"<filename>src\/main\/scala\/y2020\/day10\/AdapterArray.scala\npackage y2020.day10\n\nimport ajb0211.Advent.util.readFile\n\nobject AdapterArray extends App {\n  def adapters: Array[Int] = readFile(\"y2020\/10.txt\").map(_.toInt).toArray\n\n  def joltDifferences(adapters: Array[Int]): Int = {\n    var ones = 0\n    var threes = 1 \/\/ to account for your device\n\n    val sorted = adapters.sorted\n    var last = 0\n\n    sorted.foreach{ (i: Int) => i - last match {\n      case x if x == 1 => {\n        ones += 1\n        last = i\n      }\n      case x if x == 2 => {\n        last = i\n      }\n      case x if x == 3 => {\n        threes += 1\n        last = i\n      }\n      case _ => throw new Exception(\"Cannot stack these adapters\")\n    }\n    }\n\n    ones * threes\n  }\n\n  def joltCombinations(adapters: Array[Int]): Long = {\n    val sorted = adapters.sorted\n    val dynamically = Array.fill(sorted.last+1)(0L)\n    dynamically(0) = 1\n\n    sorted.foreach { (i: Int) =>\n      if      (i == 1) dynamically(i) = dynamically(i-1)\n      else if (i == 2) dynamically(i) = dynamically(i-1) + dynamically(i-2)\n      else             dynamically(i) = dynamically(i-1) + dynamically(i-2) + dynamically(i-3)\n    }\n\n    dynamically.last\n  }\n\n  println(\"Part 1: Product of deltas 1 and 3\")\n  println(joltDifferences(adapters))\n  println\n  println(\"Part 2: Number of different ways to combine adapters\")\n  println(joltCombinations(adapters))\n}\n"}
{"repo_name":"IainHull\/akka-persistence-message-bug","path":"build.sbt","text":"import sbt.Keys.libraryDependencies\n\nThisBuild \/ scalaVersion := \"2.12.7\"\nThisBuild \/ version := \"0.1.0\"\nThisBuild \/ organization := \"io.github.iainhull\"\n\n\nval akkaVersion = \"2.5.23\"\nval scalatestVersion = \"3.0.5\"\nval scalaLoggingVersion = \"3.5.0\"\nval akkaPersistenceInmemoryVersion = \"2.5.15.2\"\nval slf4jVersion  = \"1.7.25\"\nval logbackVersion = \"1.2.3\"\n\nlazy val hello = (project in file(\".\"))\n  .settings(\n    name := \"akka-persistence-message-bug\",\n    libraryDependencies += \"org.scalatest\" %% \"scalatest\" % scalatestVersion % Test,\n    libraryDependencies += \"com.typesafe.akka\" %% \"akka-actor-typed\" % akkaVersion,\n    libraryDependencies += \"com.typesafe.akka\" %% \"akka-persistence-typed\" % akkaVersion,\n    libraryDependencies += \"com.typesafe.scala-logging\" %% \"scala-logging\" % scalaLoggingVersion,\n    libraryDependencies += \"com.github.dnvriend\" %% \"akka-persistence-inmemory\" % akkaPersistenceInmemoryVersion,\n    libraryDependencies += \"org.slf4j\" % \"slf4j-api\" % slf4jVersion,\n    libraryDependencies += \"ch.qos.logback\" % \"logback-classic\" % logbackVersion % Runtime,\n  )"}
{"repo_name":"IainHull\/akka-persistence-message-bug","path":"src\/main\/scala\/io\/github\/iainhull\/bug\/Application.scala","text":"package io.github.iainhull.bug\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.Duration\n\nimport akka.actor.typed.{ActorSystem, Terminated}\nimport akka.actor.typed.scaladsl.Behaviors\nimport com.typesafe.scalalogging.StrictLogging\n\nobject Application extends App with StrictLogging {\n  val app = ActorSystem[Nothing](\n    LoggingBehaviorInterceptor[Nothing](logger) {\n      Behaviors.setup[Nothing] { context =>\n        val persistentActor = context.spawn(PersistentActor(), \"persistence\")\n        val testActor = context.spawn(TestActor(persistentActor), \"test\")\n        context.watch(testActor)\n        Behaviors.receiveSignal[Nothing] {\n          case (_, Terminated(_)) => Behaviors.stopped\n        }\n      }\n    }, \"app\")\n\n  Await.result(app.whenTerminated, Duration.Inf)\n}\n"}
{"repo_name":"IainHull\/akka-persistence-message-bug","path":"src\/main\/scala\/io\/github\/iainhull\/bug\/PersistentActor.scala","text":"package io.github.iainhull.bug\n\nimport scala.concurrent.duration._\n\nimport akka.actor.typed.{ActorRef, Behavior, SupervisorStrategy}\nimport akka.actor.typed.scaladsl.Behaviors\nimport akka.persistence.typed.scaladsl.{Effect, EventSourcedBehavior}\nimport akka.persistence.typed.PersistenceId\nimport com.typesafe.scalalogging.StrictLogging\n\nobject PersistentActor extends StrictLogging {\n\n  sealed trait Command\n\n  case class RegisterValue(value: Int) extends Command\n\n  case class GetState(sender: ActorRef[State]) extends Command\n\n  sealed trait Event\n\n  case class ValueRegistered(value: Int) extends Event\n\n  case class State(values: Set[Int])\n\n  def apply(): Behavior[Command] = {\n    LoggingBehaviorInterceptor(logger) {\n      Behaviors.setup { context =>\n        EventSourcedBehavior[Command, Event, State](\n          persistenceId = PersistenceId(context.self.path.name),\n          emptyState = State(Set()),\n          commandHandler = commandHandler,\n          eventHandler = eventHandler\n        ).receiveSignal {\n          case (_, signal) =>\n            logger.info(s\"Received signal $signal\")\n        }\n          .snapshotWhen(snapshotPredicate)\n          .onPersistFailure(SupervisorStrategy.restartWithBackoff(minBackoff = 2.seconds, maxBackoff = 20.seconds, randomFactor = 0.1))\n      }\n    }\n  }\n\n  def commandHandler(state: State, command: Command): Effect[Event, State] = {\n    logger.info(s\"Received command $command\")\n    command match {\n      case RegisterValue(value) if !state.values.contains(value) =>\n        Effect.persist[Event, State](ValueRegistered(value))\n      case RegisterValue(_) =>\n        Effect.none\n      case GetState(sender) =>\n        sender ! state\n        Effect.none\n    }\n  }\n\n  def eventHandler(state: State, event: Event): State = {\n    event match {\n      case ValueRegistered(value) =>\n        state.copy(values = state.values + value)\n    }\n  }\n\n  def snapshotPredicate(state: State, event: Event, id: Long): Boolean = {\n    val ret = state.values.size % 10 == 0 || id % 10 == 0\n    if (ret) logger.info(s\"Lets snapshot ${state.values.size} $event $id\")\n    ret\n  }\n}\n"}
{"repo_name":"IainHull\/akka-persistence-message-bug","path":"src\/main\/scala\/io\/github\/iainhull\/bug\/LoggingBehaviorInterceptor.scala","text":"package io.github.iainhull.bug\n\nimport akka.actor.typed.{Behavior, BehaviorInterceptor, Signal, TypedActorContext}\nimport akka.actor.typed.scaladsl.Behaviors\nimport com.typesafe.scalalogging.Logger\n\nobject LoggingBehaviorInterceptor {\n  def apply[T](logger: Logger)(behavior: Behavior[T]): Behavior[T] = {\n    val interceptor = new LoggingBehaviorInterceptor[T](logger)\n    Behaviors.intercept(interceptor)(behavior)\n  }\n}\n\nfinal class LoggingBehaviorInterceptor[T] private(logger: Logger) extends BehaviorInterceptor[T, T] {\n\n  import BehaviorInterceptor._\n\n  override def aroundReceive(ctx: TypedActorContext[T], msg: T, target: ReceiveTarget[T]): Behavior[T] = {\n    logger.debug(s\"Intercepted message: $msg\")\n    val ret = target(ctx, msg)\n    if (Behavior.isUnhandled(ret)) {\n      logger.warn(s\"Intercepted unhandled message: $msg\")\n    }\n    ret\n  }\n\n  override def aroundSignal(ctx: TypedActorContext[T], signal: Signal, target: SignalTarget[T]): Behavior[T] = {\n    logger.debug(s\"Intercepted signal: $signal\")\n    target(ctx, signal)\n  }\n\n  override def toString: String = \"LoggingBehaviorInterceptor\"\n\n  override def isSame(other: BehaviorInterceptor[Any, Any]): Boolean = {\n    other match {\n      case _: LoggingBehaviorInterceptor[_] => true\n      case _ => super.isSame(other)\n    }\n  }\n}\n\n"}
{"repo_name":"IainHull\/akka-persistence-message-bug","path":"src\/main\/scala\/io\/github\/iainhull\/bug\/TestActor.scala","text":"package io.github.iainhull.bug\n\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.actor.typed.scaladsl.Behaviors\nimport akka.util.Timeout\nimport com.typesafe.scalalogging.StrictLogging\n\nobject TestActor extends StrictLogging {\n\n  val maxMessages = 100000000\n  val maxVerifyAttempts = 10\n  val stormSize = 1000\n\n\n  sealed trait Command\n\n  final case class Storm(start: Int) extends Command\n\n  final case class TriggerVerify(start: Int, attempt: Int) extends Command\n\n  final case class DoVerify(start: Int, attempt: Int) extends Command\n\n  case object Stop extends Command\n\n  def apply(persistentActor: ActorRef[PersistentActor.Command]): Behavior[Command] = {\n    LoggingBehaviorInterceptor(logger) {\n      Behaviors.setup { context =>\n\n        logger.info(\"Created\")\n\n        implicit val timeout = Timeout(5.seconds)\n\n        context.ask[PersistentActor.Command, PersistentActor.State](persistentActor)(s => PersistentActor.GetState(s)) {\n          case Success(_) => Storm(0)\n          case Failure(_) => Stop\n        }\n\n        Behaviors.withTimers { timers =>\n          Behaviors.receiveMessage {\n            case Storm(start) =>\n              logger.info(s\"Starting Storm $start\")\n              start to (start + stormSize) foreach { i =>\n                persistentActor ! PersistentActor.RegisterValue(i)\n              }\n              context.self ! TriggerVerify(start, 0)\n              logger.info(s\"Stopping Storm $start\")\n              Behaviors.same\n\n            case TriggerVerify(start, attempt) if start > maxMessages || attempt > maxVerifyAttempts =>\n              logger.info(s\"Abandoning verify $start, $attempt\")\n              context.self ! Stop\n              Behaviors.same\n\n            case TriggerVerify(start, attempt) =>\n              val v = DoVerify(start, attempt)\n              timers.startSingleTimer(v, v, 150.millis)\n              Behaviors.same\n\n            case DoVerify(start, attempt) =>\n              logger.info(s\"Starting verify $start, $attempt\")\n              context.ask[PersistentActor.Command, PersistentActor.State](persistentActor)(s => PersistentActor.GetState(s)) {\n                case Success(PersistentActor.State(values)) =>\n                  val sent = (start to (start + stormSize)).toSet\n                  val missing = sent -- values\n                  if (missing.isEmpty) {\n                    logger.info(\"Verify succeeded\")\n                    Storm(start + stormSize)\n                  } else {\n                    logger.info(s\"Verify failed $missing\")\n                    TriggerVerify(start, attempt + 1)\n                  }\n                case Failure(t) =>\n                  logger.error(s\"Ask failure $t\")\n                  Stop\n              }\n              Behaviors.same\n\n            case Stop =>\n              logger.info(\"Stop\")\n              Behavior.stopped\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"michaelmior\/dotfiles","path":"scala\/sbt.symlink\/1.0\/global.sbt","text":"resolvers += \"Artima Maven Repository\" at \"https:\/\/repo.artima.com\/releases\"\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/NCOIdentityNodeDspBlock.scala","text":"\/\/ SPDX-License-Identifier: Apache-2.0\r\n\r\npackage nco\r\n\r\nimport chisel3._\r\nimport chisel3.util._\r\nimport dsptools._\r\nimport dsptools.numbers._\r\n\r\nimport dspblocks._\r\nimport freechips.rocketchip.amba.axi4._\r\nimport freechips.rocketchip.amba.axi4stream._\r\nimport freechips.rocketchip.config._\r\nimport freechips.rocketchip.diplomacy._\r\nimport freechips.rocketchip.regmapper._\r\n\r\n\r\nabstract class NCOIdentityNodeBlock [T <: Data : Real: BinaryRepresentation, D, U, E, O, B <: Data] (params: NCOParams[T], beatBytes: Int) extends LazyModule()(Parameters.empty) with DspBlock[D, U, E, O, B] with HasCSR {\r\n\r\n  val streamNode = AXI4StreamIdentityNode()\r\n\r\n  lazy val module = new LazyModuleImp(this) {\r\n    val (in, _)  = streamNode.in(0)\r\n    val (out, _) = streamNode.out(0)\r\n\r\n    val nco = Module(new NCOStreamingPINCandPOFF(params))\r\n\r\n    \/\/ Control registers\r\n    val poff   = RegInit(0.U((beatBytes*8).W))\r\n    val poff_valid = RegInit(true.B)\r\n    val out_ready = RegInit(true.B)\r\n\r\n    \/\/ Define register fields\r\n    val fields = Seq(\r\n      \/\/ settable registers\r\n      RegField(beatBytes*8, poff,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\r\n      RegField(1,           poff_valid, RegFieldDesc(name = \"poff valid\",  desc = \"phase offset valid\")),\r\n      RegField(1,           out_ready, RegFieldDesc(name = \"out ready\",  desc = \"output ready\"))\r\n    )\r\n\r\n    \/\/ Define abstract register map so it can be AXI4, Tilelink, APB, AHB\r\n    regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\r\n\r\n    out.bits.data := nco.io.out.bits.real.asTypeOf(UInt(32.W))\r\n    out.valid     := nco.io.out.valid\r\n    out.ready     := DontCare\r\n    nco.io.freq.valid     := in.valid\r\n    nco.io.freq.bits   := in.bits.data.asTypeOf(params.protoFreq)\r\n    nco.io.poff.valid    := poff_valid\r\n    nco.io.poff.bits   := poff.asTypeOf(params.protoFreq)\r\n    nco.io.out.ready     := out_ready\r\n  }\r\n}\r\n\r\nclass AXI4NCOIdentityNodeBlock[T <: Data : Real: BinaryRepresentation](params: NCOParams[T], address: AddressSet, _beatBytes: Int = 4)(implicit p: Parameters) extends NCOIdentityNodeBlock[T, AXI4MasterPortParameters, AXI4SlavePortParameters, AXI4EdgeParameters, AXI4EdgeParameters, AXI4Bundle](params, _beatBytes) with AXI4DspBlock with AXI4HasCSR {\r\n  val mem = Some(AXI4RegisterNode(address = address, beatBytes = _beatBytes)) \/\/ use AXI4 memory mapped\r\n}\r\n\r\nobject NCOIdentityNodeDspBlock extends App\r\n{\r\n  val paramsNCO = FixedNCOParams(\r\n    tableSize = 128,\r\n    tableWidth = 16,\r\n    phaseWidth = 9,\r\n    rasterizedMode = false,\r\n    nInterpolationTerms = 0,\r\n    ditherEnable = false,\r\n    syncROMEnable = true,\r\n    phaseAccEnable = true,\r\n    roundingMode = RoundHalfUp,\r\n    pincType = Streaming,\r\n    poffType = Streaming\r\n  )\r\n\r\n  val baseAddress = 0x500\r\n  implicit val p: Parameters = Parameters.empty\r\n  val NCOIdentityNodeModule = LazyModule(new AXI4NCOIdentityNodeBlock(paramsNCO, AddressSet(baseAddress + 0x100, 0xFF), _beatBytes = 4) with dspblocks.AXI4StandaloneBlock {\r\n    override def standaloneParams = AXI4BundleParameters(addrBits = 32, dataBits = 32, idBits = 1)\r\n  })\r\n\r\n  chisel3.Driver.execute(args, ()=> NCOIdentityNodeModule.module) \/\/ generate verilog code\r\n}\r\n"}
{"repo_name":"milovanovic\/nco","path":"src\/test\/scala\/NCOSpec.scala","text":"\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport breeze.math.Complex\nimport chisel3._\nimport dsptools.numbers._\nimport dsptools.numbers.implicits._\nimport org.scalatest.{FlatSpec, Matchers}\nimport scala.io.Source\nimport dsptools.RoundHalfUp\n\nclass NCOStreamingPINCandPOFFSpec extends FlatSpec with Matchers {\n  def dut[T <: Data : Real : BinaryRepresentation](params: NCOParams[T]): () => NCOStreamingPINCandPOFF[T] = () => {\n    NCOTableParams.tableNameList.clear()\n    new NCOStreamingPINCandPOFF(params)\n  }\n\n  behavior of \"NCO\"\n\n  for(phaseAcc <- Seq(true, false)) {\n    for(syncROM <- Seq(true, false)) {\n      it should f\"\"\"run the tester: NCO with table size of 128, table width of 16 bits,\n        phase width of 9 bits, working in standard mode without Taylor series correction,\n        without phase dithering, syncROM = $syncROM, phase accumulator = $phaseAcc, streaming phase increment and offset\"\"\" in {\n        \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM, phaseAccEnable\n        val fixedParams = FixedNCOParams(128, 16, 9, false, 0, false, syncROM, phaseAcc, RoundHalfUp)\n        chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n          \/\/nco, tableSize, rasterized, syncROM, phaseAcc, tolLSB\n          c => new NCOStreamingPINCandPOFFTester(c, 128, false, syncROM, phaseAcc, 5)\n        } should be (true)\n      }\n\n      it should f\"\"\"run the tester: NCO with table size of 500, table width of 12 bits,\n        phase width of 11 bits, working in rasterized mode without Taylor series correction,\n        without phase dithering, syncROM = $syncROM, phase accumulator = $phaseAcc, streaming phase increment and offset\"\"\" in {\n        \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM, phaseAccEnable\n        val fixedParams = FixedNCOParams(500, 12, 11, true, 0, false, syncROM, phaseAcc, RoundHalfUp)\n        chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n          \/\/nco, tableSize, rasterized, syncROM, phaseAcc, tolLSB\n          c => new NCOStreamingPINCandPOFFTester(c, 500, true, syncROM, phaseAcc, 5)\n        } should be (true)\n      }\n\n      it should f\"\"\"run the tester: NCO with table size of 256, table width of 18 bits,\n        phase width of 13 bits, working in standard mode with Taylor series of 4,\n        without phase dithering, syncROM = $syncROM, phase accumulator = $phaseAcc, streaming phase increment and offset\"\"\" in {\n        \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM, phaseAccEnable\n        val fixedParams = FixedNCOParams(256, 18, 12, false, 4, false, syncROM, phaseAcc, RoundHalfUp)\n        chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n          \/\/nco, tableSize, rasterized, syncROM, phaseAcc, tolLSB\n          c => new NCOStreamingPINCandPOFFTester(c, 256, false, syncROM, phaseAcc, 4)\n        } should be (true)\n      }\n\n    }\n\n\n    it should f\"run the tester: DspReal tester, NCO with table size of 89, working in rasterized mode, phase accumulator = $phaseAcc, streaming phase increment and offset\" in {\n      val DspRealParams = DspRealNCOParams(89, true, phaseAcc)\n      chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(DspRealParams)) {\n        \/\/nco, tableSize, rasterized, phaseAcc, tolLSB\n        c => new NCOStreamingPINCandPOFFTesterDspReal(c, 89, true, phaseAcc, 8)\n      } should be (true)\n    }\n\n    it should f\"run the tester: DspReal tester, NCO with table size of 256, working in standard mode, phase accumulator = $phaseAcc, streaming phase increment and offset\" in {\n      val DspRealParams = DspRealNCOParams(256, false, phaseAcc)\n      chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(DspRealParams)) {\n        \/\/nco, tableSize, rasterized, phaseAcc, tolLSB\n        c => new NCOStreamingPINCandPOFFTesterDspReal(c, 256, false, phaseAcc, 8)\n      } should be (true)\n    }\n\n  }\n  \n  \n  \/*val syncROM = true\n  val phaseAcc = false\n  it should f\"\"\"run the tester: NCO with table size of 128, table width of 16 bits,\n    phase width of 9 bits, working in standard mode without Taylor series correction,\n    without phase dithering, syncROM = $syncROM, phase accumulator = $phaseAcc, streaming phase increment and offset\"\"\" in {\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM, phaseAccEnable\n    val fixedParams = FixedNCOParams(128, 16, 9, false, 0, false, syncROM, phaseAcc, RoundHalfUp)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      \/\/nco, tableSize, rasterized, syncROM, phaseAcc, tolLSB\n      c => new NCOStreamingPINCandPOFFTester(c, 128, false, syncROM, phaseAcc, 5)\n    } should be (true)\n  }*\/\n\n\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/test\/scala\/NCOTester.scala","text":"<gh_stars>1-10\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport breeze.math.Complex\nimport chisel3.util.{log2Ceil, log2Floor}\nimport chisel3._\nimport chisel3.experimental.FixedPoint\nimport chisel3.iotesters.PeekPokeTester\n\/\/ import dspblocks.PeekPokePackers\nimport dsptools._\nimport dsptools.DspTester\nimport dsptools.numbers.DspReal\nimport scala.io.Source\n\ntrait NCOTableTester[T <: Data] { this: PeekPokeTester[NCOTable[T]] =>\n  def pokePhase(in: BigInt): Unit\n  def peekOut(): Complex\n  def expectOut(cosVal: Double, sinVal: Double, tolLSB: Int): Unit\n\n  def maxIdx = (1 << dut.io.phase.getWidth) - 1\n\n}\n\nclass FixedNCOTableTester(c: NCOTable[FixedPoint]) extends DspTester(c) with NCOTableTester[FixedPoint] {\n  def pokePhase(in: BigInt) = poke(c.io.phase, in)\n  def peekOut() = Complex(peek(c.io.cosOut), peek(c.io.sinOut))\n  def expectOut(cosVal: Double, sinVal: Double, tolLSB: Int): Unit = {}\n}\n\nclass DspRealNCOTableTester(c: NCOTable[DspReal], override val maxIdx: Int = 16384) extends DspTester(c) with NCOTableTester[DspReal] {\n  def pokePhase(in: BigInt) = poke(c.io.phase, in.toDouble \/ maxIdx.toDouble)\n  def peekOut() = Complex(peek(c.io.cosOut), peek(c.io.sinOut))\n  def expectOut(cosVal: Double, sinVal: Double, tolLSB: Int) = {\n    fixTolLSBs.withValue(tolLSB) { expect(c.io.sinOut, sinVal) }\n    fixTolLSBs.withValue(tolLSB) { expect(c.io.cosOut, cosVal) }\n  }\n}\n\n\n\n\nclass NCOStreamingPINCandPOFFTester(c: NCOStreamingPINCandPOFF[FixedPoint], tableSize: Int, rasterizedEnable: Boolean, syncROMEnable: Boolean, phaseAccEnable: Boolean, tolLSB : Int) extends DspTester(c) {\n  \n  def maxIdx = (1 << dut.io.freq.bits.getWidth)\n  val factor = 1\n  val max = {\n    if (rasterizedEnable) {\n      4*tableSize\n    } else {\n      maxIdx\n    }\n  }\n  val phaseFactor = {\n    if (rasterizedEnable){\n      1\n    } else {\n      maxIdx\/(4*tableSize)\n    }\n  }\n  \n  updatableDspVerbose.withValue(false) {\n\n    var phaseOffset = 0\/\/1\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.poff.valid, 0)\n    step(2)\n    var idx = if (syncROMEnable) 1 else 0\n\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    poke(dut.io.poff.valid, 1)\n    poke(dut.io.poff.bits, phaseOffset)\n\n\n    poke(dut.io.freq.bits, idx)\n    if (syncROMEnable && !phaseAccEnable) idx +=1\n    step(1)\n\n    while (idx < max) {\n      val sinCalc = {\n        if (!syncROMEnable){\n          if (phaseAccEnable){\n            scala.math.sin(0.5 * scala.math.Pi *(idx+phaseOffset).toDouble\/(phaseFactor*tableSize).toDouble)\n          } else {\n            scala.math.sin(0.5 * scala.math.Pi *(idx).toDouble\/(phaseFactor*tableSize).toDouble)\n          }\n        } else {\n          if (phaseAccEnable){\n            val x = if(idx == 0) idx else (idx-1)\n            scala.math.sin(0.5 * scala.math.Pi *x.toDouble\/(phaseFactor*tableSize).toDouble)\n          } else {\n            val x = if(idx == 1) (idx-1) else (idx-2)\n            scala.math.sin(0.5 * scala.math.Pi *x.toDouble\/(phaseFactor*tableSize).toDouble)\n          }\n        }\n      }\n      val cosCalc = {\n        if (!syncROMEnable){\n          if (phaseAccEnable){\n            scala.math.cos(0.5 * scala.math.Pi *(idx+phaseOffset).toDouble\/(phaseFactor*tableSize).toDouble)\n          } else {\n            scala.math.cos(0.5 * scala.math.Pi *(idx).toDouble\/(phaseFactor*tableSize).toDouble)\n          }\n        } else {\n          if (phaseAccEnable){\n            val x = if(idx == 0) idx else (idx-1)\n            scala.math.cos(0.5 * scala.math.Pi *x.toDouble\/(phaseFactor*tableSize).toDouble)\n          } else {\n            val x = if(idx == 1) (idx-1) else (idx-2)\n            scala.math.cos(0.5 * scala.math.Pi *x.toDouble\/(phaseFactor*tableSize).toDouble)\n          }\n        }\n      }\n\n      if (peek(c.io.out.valid)) {\n        fixTolLSBs.withValue(tolLSB) { expect(c.io.out.bits.imag, sinCalc) }\n        fixTolLSBs.withValue(tolLSB) { expect(c.io.out.bits.real, cosCalc) }\n        idx += 1\n      }\n      if (phaseAccEnable) {\n        poke(dut.io.freq.bits, factor)\n      } else {\n        if (idx < max) {\n          poke(dut.io.freq.bits, idx)\n        }\n      }\n      step(1)\n    }\n\n\n    \/*poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.poff.valid, 0)\n    step(5)\n    poke(dut.io.freq.bits, 1)\n    poke(dut.io.freq.valid, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(10)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)*\/\n\n    \/*step(2)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    step(2)\n    poke(dut.io.freq.valid, 1)\n    step(10)*\/\n\n    \/*poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(10)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(5)\n    poke(dut.io.out.ready, 1)\n    step(10)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.out.ready, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(6)\n\n    poke(dut.io.out.ready, 0)\n    step(2)\n    poke(dut.io.out.ready, 1)\n    step(2)\n    poke(dut.io.out.ready, 0)\n    step(2)\n    poke(dut.io.out.ready, 1)\n    step(2)\n    poke(dut.io.out.ready, 0)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.out.ready, 1)\n    step(2)\n    poke(dut.io.out.ready, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(2)\n    poke(dut.io.freq.valid, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    poke(dut.io.out.ready, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(2)\n    poke(dut.io.freq.valid, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(1)\n    poke(dut.io.freq.valid, 1)\n    step(5)\n    poke(dut.io.freq.valid, 0)\n    step(2)\n    poke(dut.io.freq.valid, 1)\n    step(2)\n    poke(dut.io.freq.valid, 0)\n    step(2)\n    poke(dut.io.freq.valid, 1)\n    step(6)\n\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(1)\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    step(6)\n    poke(dut.io.freq.valid, 0)\n    step(4)\n    poke(dut.io.freq.valid, 1)\n\n\n\n    step(100)*\/\n  }\n  \n}\n\n\nclass NCOStreamingPINCandPOFFTesterDspReal(c: NCOStreamingPINCandPOFF[DspReal], tableSize: Int, rasterizedEnable: Boolean, phaseAccEnable: Boolean, tolLSB : Int) extends DspTester(c) {\n\n  def maxIdx = (1 << dut.io.freq.bits.getWidth)\n  val factor = 1\n  val max = {\n    if (rasterizedEnable) {\n      4*tableSize\n    } else {\n      maxIdx\n    }\n  }\n  val phaseFactor = {\n    if (rasterizedEnable) {\n      1\n    } else {\n      maxIdx\/(4*tableSize)\n    }\n  }\n\n  updatableDspVerbose.withValue(false) {\n  \n    var phaseOffset = 1\n    poke(dut.io.out.ready, 0)\n    poke(dut.io.freq.valid, 0)\n    poke(dut.io.poff.valid, 0)\n    step(2)\n\n    var idx = 0\n    poke(dut.io.freq.bits, idx)\n    if(phaseAccEnable) {\n      poke(dut.io.poff.bits, phaseOffset)\n    }\n    poke(dut.io.out.ready, 1)\n    poke(dut.io.freq.valid, 1)\n    poke(dut.io.poff.valid, 1)\n\n    step(1)\n\n    while (idx < max) {\n      step(1)\n      val sinCalc = {\n        if(phaseAccEnable) {\n          scala.math.sin(0.5 * scala.math.Pi *(idx+phaseOffset).toDouble\/(phaseFactor*tableSize).toDouble)\n        } else {\n          scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n        }\n      }\n      val cosCalc = {\n        if(phaseAccEnable){\n          scala.math.cos(0.5 * scala.math.Pi *(idx+phaseOffset).toDouble\/(phaseFactor*tableSize).toDouble)\n        } else {\n          scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n        }\n      }\n\n      if (peek(c.io.out.valid)) {\n        fixTolLSBs.withValue(tolLSB) { expect(c.io.out.bits.imag, sinCalc) }\n        fixTolLSBs.withValue(tolLSB) { expect(c.io.out.bits.real, cosCalc) }\n      }\n      idx += 1\n      if (phaseAccEnable) {\n        poke(dut.io.freq.bits, factor)\n      } else {\n        if (idx < max) {\n          poke(dut.io.freq.bits, idx)\n        }\n      }\n    }\n  }\n    \n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/NCODspBlock.scala","text":"\/\/ SPDX-License-Identifier: Apache-2.0\r\n\r\npackage nco\r\n\r\nimport chisel3._\r\nimport chisel3.util._\r\nimport dsptools._\r\nimport dsptools.numbers._\r\n\r\nimport dspblocks._\r\nimport freechips.rocketchip.amba.axi4._\r\nimport freechips.rocketchip.amba.axi4stream._\r\nimport freechips.rocketchip.config._\r\nimport freechips.rocketchip.diplomacy._\r\nimport freechips.rocketchip.regmapper._\r\n\r\nimport dsptools.tester.MemMasterModel\r\nimport freechips.rocketchip.amba.axi4\r\nimport chisel3.iotesters.{ChiselFlatSpec, Driver, PeekPokeTester}\r\n\r\nabstract class NCOBlock [T <: Data : Real: BinaryRepresentation, D, U, E, O, B <: Data] (params: NCOParams[T], beatBytes: Int) extends LazyModule()(Parameters.empty) with DspBlock[D, U, E, O, B] with HasCSR {\r\n  val streamNode = AXI4StreamMasterNode(Seq(AXI4StreamMasterPortParameters(\r\n    Seq(AXI4StreamMasterParameters(\r\n      \"ncoOut\",\r\n      n = beatBytes\r\n  )))))\r\n\r\n  lazy val module = new LazyModuleImp(this) {\r\n  val (out, _) = streamNode.out(0)\r\n\r\n  \/\/  NCO module\r\n  val nco = Module(new NCONoStreaming(params))\r\n\r\n  \/\/ Control registers\r\n  val freq   = RegInit(1.U((beatBytes*4).W))\r\n  val poff   = RegInit(0.U((beatBytes*4).W))\r\n  val freq_valid = RegInit(true.B)\r\n  val poff_valid = RegInit(true.B)\r\n  val out_ready = RegInit(true.B)\r\n\r\n  \/\/ Define register fields\r\n  val fields = Seq(\r\n    \/\/ settable registers\r\n    RegField(beatBytes*4, freq,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\r\n    RegField(1,           freq_valid, RegFieldDesc(name = \"freq valid\",  desc = \"frequency valid\")),\r\n    RegField(beatBytes*4, poff,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\r\n    RegField(1,           poff_valid, RegFieldDesc(name = \"poff valid\",  desc = \"phase offset valid\")),\r\n    RegField(1,           out_ready, RegFieldDesc(name = \"out ready\",  desc = \"output ready\"))\r\n  )\r\n\r\n  \/\/ Define abstract register map so it can be AXI4, Tilelink, APB, AHB\r\n  regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\r\n\r\n  out.bits.data := nco.io.out.bits.real.asTypeOf(UInt(32.W))\r\n  out.valid     := nco.io.out.valid\r\n  out.ready     := DontCare\r\n  if (params.pincType == Config){\r\n    nco.io.freq.get   := freq.asTypeOf(params.protoFreq)\r\n  }\r\n  if (params.poffType == Config){\r\n    nco.io.poff.get   := poff.asTypeOf(params.protoFreq)\r\n  }\r\n  nco.io.out.ready     := out_ready\r\n  }\r\n}\r\n\r\n\r\ntrait AXI4Block extends DspBlock[\r\n  AXI4MasterPortParameters,\r\n  AXI4SlavePortParameters,\r\n  AXI4EdgeParameters,\r\n  AXI4EdgeParameters,\r\n  AXI4Bundle] {\r\n    def standaloneParams = AXI4BundleParameters(addrBits = 64, dataBits = 64, idBits = 1)\r\n    val ioMem = mem.map { m => {\r\n      val ioMemNode = BundleBridgeSource(() => AXI4Bundle(standaloneParams))\r\n\r\n      m :=\r\n      BundleBridgeToAXI4(AXI4MasterPortParameters(Seq(AXI4MasterParameters(\"bundleBridgeToAXI4\")))) :=\r\n      ioMemNode\r\n\r\n      val ioMem = InModuleBody { ioMemNode.makeIO() }\r\n      ioMem\r\n    }}\r\n\r\n    val ioOutNode = BundleBridgeSink[AXI4StreamBundle]()\r\n\r\n    ioOutNode :=\r\n    AXI4StreamToBundleBridge(AXI4StreamSlaveParameters()) :=\r\n    streamNode\r\n\r\n    val out = InModuleBody { ioOutNode.makeIO() }\r\n\r\n}\r\n\r\n\r\nclass AXI4NCOBlock[T <: Data : Real: BinaryRepresentation](params: NCOParams[T], address: AddressSet, _beatBytes: Int = 8)(implicit p: Parameters) extends NCOBlock[T, AXI4MasterPortParameters, AXI4SlavePortParameters, AXI4EdgeParameters, AXI4EdgeParameters, AXI4Bundle](params, _beatBytes) with AXI4DspBlock with AXI4HasCSR {\r\n  val mem = Some(AXI4RegisterNode(address = address, beatBytes = _beatBytes)) \/\/ use AXI4 memory mapped\r\n}\r\n\r\n\r\nabstract class NCOBlockTester[T <: Data : Real: BinaryRepresentation, D, U, EO, EI, B <: Data](c: NCOBlock[T, D, U, EO, EI, B]) extends PeekPokeTester(c.module) with MemMasterModel {\r\n  memWriteWord(0, 2)\r\n  step(100)\r\n  memWriteWord(0, 4)\r\n  step(200)\r\n}\r\n\r\n\/\/ specialize the generic tester for axi4\r\nclass AXI4NCOBlockTester[T <: Data : Real: BinaryRepresentation](c: AXI4NCOBlock[T] with AXI4Block) extends NCOBlockTester(c) with AXI4MasterModel {\r\n  def memAXI = c.ioMem.get\r\n}\r\n\r\n\r\nobject AXI4NCODspBlock extends App\r\n{\r\n\r\n  \/\/ here just define parameters\r\n  val paramsNCO = FixedNCOParams(\r\n    tableSize = 128,\r\n    tableWidth = 16,\r\n    phaseWidth = 9,\r\n    rasterizedMode = false,\r\n    nInterpolationTerms = 0,\r\n    ditherEnable = false,\r\n    syncROMEnable = false,\r\n    phaseAccEnable = true,\r\n    roundingMode = RoundHalfUp,\r\n    pincType = Config,\r\n    poffType = Config\r\n  )\r\n\r\n  implicit val p: Parameters = Parameters.empty\r\n\r\n  val ncoModule = LazyModule(new AXI4NCOBlock(paramsNCO, AddressSet(0x000000, 0xFF), _beatBytes = 8) with AXI4Block {\r\n    override def standaloneParams = AXI4BundleParameters(addrBits = 64, dataBits = 64, idBits = 1)\r\n  })\r\n  chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), () => ncoModule.module) { _ => new AXI4NCOBlockTester(ncoModule) }\r\n}\r\n\r\n\r\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/SyncROM.scala","text":"\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage dsptools\n\nimport chisel3._\nimport chisel3.util.HasBlackBoxInline\nimport firrtl.ir.Type\n\nimport scala.collection.mutable\n\n\nclass SyncROM(val blackboxName: String, val table: Seq[BigInt], val widthOverride: Option[Int] = None)\nextends Module {\n  val dataWidth = SyncROMBlackBox.dataWidth(table, widthOverride)\n\n  val addrWidth = SyncROMBlackBox.addrWidth(table)\n\n  val io = IO(new SyncROMIO(addrWidth=addrWidth, dataWidth=dataWidth))\n\n  val rom = Module(new SyncROMBlackBox(blackboxName, table, widthOverride))\n\n  rom.io.clock  := clock\n  rom.io.addr1  := io.addr1\n  rom.io.addr2  := io.addr2\n  io.data1      := rom.io.data1\n  io.data2      := rom.io.data2\n}\n\ntrait HasBlackBoxClock {\n  val clock = Input(Clock())\n}\n\nclass SyncROMIO(val addrWidth: Int, val dataWidth: Int) extends Bundle {\n  val addr1  = Input(UInt(addrWidth.W))\n  val addr2  = Input(UInt(addrWidth.W))\n  val data1  = Output(UInt(dataWidth.W))\n  val data2  = Output(UInt(dataWidth.W))\n}\n\nclass SyncROMBlackBox(blackboxName: String, table: Seq[BigInt], widthOverride: Option[Int] = None)\nextends BlackBox with HasBlackBoxInline {\n  val dataWidth = SyncROMBlackBox.dataWidth(table, widthOverride)\n\n  val addrWidth = SyncROMBlackBox.addrWidth(table)\n\n  val io = IO(new SyncROMIO(addrWidth=addrWidth, dataWidth = dataWidth) with HasBlackBoxClock)\n\n  override def desiredName: String = blackboxName\n\n  def tableEntry2CaseStr1(value: BigInt, addr1: BigInt): String = {\n    s\"$addrWidth'b${addr1.toString(2)}: data1 <= $dataWidth'h${value.toString(16)};\"\n  }\n  def tableEntry2CaseStr2(value: BigInt, addr2: BigInt): String = {\n    s\"$addrWidth'b${addr2.toString(2)}: data2 <= $dataWidth'h${value.toString(16)};\"\n  }\n  val tableStrings1 = table.zipWithIndex.map { case (t, i) => tableEntry2CaseStr1(t, BigInt(i))}\n  val tableString1  = tableStrings1.foldLeft(\"\\n\") { case (str, entry) => str + \"      \" + entry + \"\\n\"}\n  val tableStrings2 = table.zipWithIndex.map { case (t, i) => tableEntry2CaseStr2(t, BigInt(i))}\n  val tableString2  = tableStrings2.foldLeft(\"\\n\") { case (str, entry) => str + \"      \" + entry + \"\\n\"}\n\n  val verilog =\n    s\"\"\"\n    |module $name(\n    |  input                                    clock,\n    |  input      [${(addrWidth - 1).max(0)}:0] addr1,\n    |  input      [${(addrWidth - 1).max(0)}:0] addr2,\n    |  output reg [${(dataWidth - 1).max(0)}:0] data1,\n    |  output reg [${(dataWidth - 1).max(0)}:0] data2\n    |);\n    |  always @(posedge clock) begin\n    |    case (addr1)$tableString1\n    |      default: data1 <= $dataWidth'h0;\n    |    endcase\n    |    case (addr2)$tableString2\n    |      default: data2 <= $dataWidth'h0;\n    |    endcase\n    |  end\n    |endmodule\n    \"\"\".stripMargin\n\n  setInline(s\"$name.v\", verilog)\n\n  SyncROMBlackBox.interpreterMap.update(name, (table, dataWidth))\n}\n\nobject SyncROMBlackBox {\n  def addrWidth(table: Seq[BigInt]): Int = {\n    BigInt(table.length - 1).bitLength\n  }\n  def dataWidth(table: Seq[BigInt], widthOverride: Option[Int]): Int = {\n    val w = widthOverride.getOrElse(table.map{_.bitLength}.max)\n    require(w >= table.map{_.bitLength}.max, \"width too small for table\")\n    w\n  }\n  private [dsptools] val interpreterMap = mutable.Map[String, (Seq[BigInt], Int)]()\n}\n\n\/\/ implementation for firrtl interpreter\nclass SyncROMBlackBoxImplementation(val name: String, val table: Seq[BigInt], dataWidth: Int, default: BigInt = 0)\nextends firrtl_interpreter.BlackBoxImplementation {\n  import firrtl_interpreter._\n\n  var lastCycleAddr: BigInt    = BigInt(0)\n  var currentCycleAddr: BigInt = BigInt(0)\n  override def cycle(): Unit = {\n    println(\"cycle got called\")\n    lastCycleAddr = currentCycleAddr\n  }\n\n  override def execute(inputValues: Seq[Concrete], tpe: Type, outputName: String): Concrete = {\n    require(outputName == \"data\", s\"Only output should be data, got $outputName\")\n    currentCycleAddr = inputValues.head.value\n    println(s\"execute got called on $outputName for addr $currentCycleAddr\")\n    val tableValue = if (lastCycleAddr.toInt < table.length) {\n      table(lastCycleAddr.toInt)\n    } else {\n      default\n    }\n    ConcreteUInt(tableValue, dataWidth, inputValues.head.poisoned)\n  }\n\n  override def outputDependencies(outputName: String) = Seq(\"addr\")\n}\n\nclass SyncROMBlackBoxFactory extends firrtl_interpreter.BlackBoxFactory {\n  override def createInstance(instanceName: String, blackBoxName: String) =\n    SyncROMBlackBox.interpreterMap.get(blackBoxName).map {\n      case (table, dataWidth) => new SyncROMBlackBoxImplementation(instanceName, table, dataWidth)\n    }\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/test\/scala\/NCOTableSpec.scala","text":"<filename>src\/test\/scala\/NCOTableSpec.scala\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport breeze.math.Complex\nimport chisel3._\nimport dsptools.numbers._\nimport dsptools.numbers.implicits._\nimport org.scalatest.{FlatSpec, Matchers}\nimport scala.io.Source\n\nclass NCOTableSpec extends FlatSpec with Matchers {\n  def dut[T <: Data : Ring : BinaryRepresentation : ConvertableTo](params: NCOTableParams[T]): () => NCOTable[T] = () => {\n    NCOTableParams.tableNameList.clear()\n    new NCOTable(params)\n  }\n\n  behavior of \"NCO Table\"\n\n\n  it should \"\"\"run the tester 1: Comparing with python model results, NCO with table size of 2048,\n    table width of 22 bits, phase width of 13 bits, working in standard mode with Taylor series terms of 2,\n    without phase dithering, with syncROM\"\"\" in {\n    val tableSize = 2048\n    val phaseWidth = 13\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM,\n    val fixedParams = FixedNCOTableParams(2048, 22, 13, false, 2, false, false)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = scala.math.pow(2.0, (phaseWidth)).toInt\n        val file: String = \"2048_22_13_false_2_false_false.txt\"\n        val source = Source.fromFile(file)\n        val columnsTogether = source.getLines.map { line =>\n          val nums = line.split(\" \")\n          (nums.head, nums.last)\n        }.toList\n        val sinVals = columnsTogether.map(_._1.toDouble)\n        val cosVals = columnsTogether.map(_._2.toDouble)\n        var idx = 0\n        val factor = 1\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val thresh = scala.math.pow(2.0, -30)\n          val sinErr = (sine.toDouble - sinVals(idx).toDouble).abs\n          val cosErr = (cosine.toDouble - cosVals(idx).toDouble).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 2: Comparing with python model results, NCO with table size of 256,\n    table width of 14 bits, phase width of 11 bits, working in standard mode with Taylor series terms of 4,\n    without phase dithering, without syncROM\"\"\" in {\n    val tableSize = 256\n    val phaseWidth = 11\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(256, 14, 11, false, 4, false, false)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = scala.math.pow(2.0, phaseWidth).toInt\n        val file: String = \"256_14_11_false_4_false_false.txt\"\n        val source = Source.fromFile(file)\n        val columnsTogether = source.getLines.map { line =>\n          val nums = line.split(\" \")\n          (nums.head, nums.last)\n        }.toList\n        val sinVals = columnsTogether.map(_._1.toDouble)\n        val cosVals = columnsTogether.map(_._2.toDouble)\n        var idx = 0\n        val factor = 1\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val thresh = scala.math.pow(2.0, -30)\n          val sinErr = (sine.toDouble - sinVals(idx).toDouble).abs\n          val cosErr = (cosine.toDouble - cosVals(idx).toDouble).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 3: Comparing with python model results, NCO with table size of 400,\n    table width of 20 bits, phase width of 11 bits, working in rasterized mode without syncROM\"\"\" in {\n    val tableSize = 400\n    val phaseWidth = 11\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(400, 20, 11, true, 0, false, true)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = 4*tableSize\n        val file: String = \"400_20_11_true_0_false_false.txt\"\n        val source = Source.fromFile(file)\n        val columnsTogether = source.getLines.map { line =>\n          val nums = line.split(\" \")\n          (nums.head, nums.last)\n        }.toList\n        val sinVals = columnsTogether.map(_._1.toDouble)\n        val cosVals = columnsTogether.map(_._2.toDouble)\n        var idx = 0\n        val factor = 1\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val thresh = scala.math.pow(2.0, -30)\n          val sinErr = (sine.toDouble - sinVals(idx).toDouble).abs\n          val cosErr = (cosine.toDouble - cosVals(idx).toDouble).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 4: Comparing with results calculated with scala.math functions, NCO with table size of 512,\n    table width of 20 bits, phase width of 13 bits, working in standard mode with Taylor series terms of 3,\n    without phase dithering, with syncROM\"\"\" in {\n    val tableSize = 512\n    val phaseWidth = 13\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(512, 20, 13, false, 3, false, true)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = scala.math.pow(2.0, phaseWidth).toInt\n        var idx = 0\n        val factor = 1\n        val phaseFactor = max\/(4*tableSize)\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val sinCalc = scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val cosCalc = scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val thresh = 0.00001\n          val sinErr = (sine - sinCalc).abs\n          val cosErr = (cosine - cosCalc).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 5: Comparing with results calculated with scala.math functions, NCO with table size of 128,\n    table width of 8 bits, phase width of 10 bits, working in standard mode without Taylor series corrections,\n    without phase dithering, with syncROM\"\"\" in {\n    val tableSize = 128\n    val phaseWidth = 10\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(128, 8, 10, false, 0, false, true)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = scala.math.pow(2.0, phaseWidth).toInt\/\/4*tableSize\n        var idx = 0\n        val factor = 1\n        val phaseFactor = max\/(4*tableSize)\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val sinCalc = scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val cosCalc = scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val thresh = 0.01\n          val sinErr = (sine - sinCalc).abs\n          val cosErr = (cosine - cosCalc).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 6: Comparing with results calculated with scala.math functions, NCO with table size of 133,\n    table width of 14 bits, phase width of 10 bits, working in rasterized mode, without syncROM\"\"\" in {\n    val tableSize = 133\n    val phaseWidth = 10\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(133, 14, 11, true, 0, false, false)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = 4*tableSize\n        var idx = 0\n        val factor = 1\n        val phaseFactor = max\/(4*tableSize)\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val sinCalc = scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val cosCalc = scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/(phaseFactor*tableSize).toDouble)\n          val thresh = 0.01\n          val sinErr = (sine - sinCalc).abs\n          val cosErr = (cosine - cosCalc).abs\n          sinErr should be < thresh\n          cosErr should be < thresh\n          idx += 1 * factor\n        }\n      }\n    }\n  }\n\n  it should \"\"\"run the tester 7: Comparing with results calculated with scala.math functions, NCO with table size of 256,\n    table width of 12 bits, phase width of 13 bits, working in standard mode without Taylor series correction,\n    with phase dithering, with syncROM\"\"\" in {\n    val tableSize = 256\n    val phaseWidth = 13\n    \/\/tableSize, tableWidth, phaseWidth, rasterized, taylorTerms, dither, syncROM\n    val fixedParams = FixedNCOTableParams(256, 12, 13, false, 0, true, true)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(fixedParams)) {\n      c => new FixedNCOTableTester(c) {\n        val max = scala.math.pow(2.0, phaseWidth).toInt\n        var idx = 0\n        val factor = 1\n        poke(c.io.phase, factor)\n        step(1)\n        while (idx <= (max - factor)) {\n          \/\/poke(c.io.phase, idx)\n          \/\/step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          idx += 1 * factor\n          poke(c.io.phase, factor)\n          step(1)\n        }\n      }\n    }\n  }\n\n  it should \"run the tester 8: DspReal tester, NCO with table size of 64, working in standard mode\" in {\n    val tableSize = 64\n    \/\/tableSize, rasterized\n    val DspRealParams = DspRealNCOTableParams(tableSize, false)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(DspRealParams)) {\n      c => new DspRealNCOTableTester(c) {\n        val max = 4*tableSize\n        var idx = 0\n        val factor = 1\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val sinCalc = scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/tableSize.toDouble)\n          val cosCalc = scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/tableSize.toDouble)\n          this.expectOut(cosCalc, sinCalc, 0)\n          idx += 1 * factor\n        }\n      }\n    } should be (true)\n  }\n\n\n  it should \"run the tester 9: DspReal tester, NCO with table size of 287, working in rasterized mode\" in {\n    val tableSize = 287\n    \/\/tableSize, rasterized\n    val DspRealParams = DspRealNCOTableParams(tableSize, true)\n    chisel3.iotesters.Driver.execute(Array(\"-tbn\", \"verilator\"), dut(DspRealParams)) {\n      c => new DspRealNCOTableTester(c) {\n        val max = 4*tableSize\n        var idx = 0\n        val factor = 1\n\n        while (idx <= (max - factor)) {\n          poke(c.io.phase, idx)\n          step(1)\n          val sine = peek(c.io.sinOut)\n          val cosine = peek(c.io.cosOut)\n          val sinCalc = scala.math.sin(0.5 * scala.math.Pi *idx.toDouble\/tableSize.toDouble)\n          val cosCalc = scala.math.cos(0.5 * scala.math.Pi *idx.toDouble\/tableSize.toDouble)\n          this.expectOut(cosCalc, sinCalc, 0)\n          idx += 1 * factor\n        }\n      }\n    } should be (true)\n  }\n\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/NCOLazyModuleBlock.scala","text":"<gh_stars>1-10\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport chisel3._\nimport chisel3.experimental._\nimport chisel3.util._\nimport dsptools._\nimport dsptools.numbers._\n\nimport dspblocks._\nimport freechips.rocketchip.amba.axi4._\nimport freechips.rocketchip.amba.axi4stream._\nimport freechips.rocketchip.config._\nimport freechips.rocketchip.diplomacy._\nimport freechips.rocketchip.regmapper._\nimport freechips.rocketchip.tilelink._\nimport dsptools.tester.MemMasterModel\nimport chisel3.iotesters.{ChiselFlatSpec, Driver, PeekPokeTester}\nimport org.scalatest.{FlatSpec, Matchers}\n\n\n\nabstract class NCOLazyModuleBlock[T <: Data : Real : BinaryRepresentation](params: NCOParams[T], beatBytes: Int) extends LazyModule()(Parameters.empty) with AXI4DspBlock  {\n\n  def regmap(mapping: RegField.Map*)\n  def addCSR(address: Int, field: Seq[RegField]): Unit = {}\n  \n  val freq = if (params.pincType == Streaming) Some(AXI4StreamSlaveNode(AXI4StreamSlaveParameters())) else None\n  val poff = if (params.poffType == Streaming) Some(AXI4StreamSlaveNode(AXI4StreamSlaveParameters())) else None\n  \n  val inQAM = if (params.useQAM && (params.pincType == Streaming)) Some(AXI4StreamSlaveNode(AXI4StreamSlaveParameters())) else None\n\n  val streamNode = AXI4StreamMasterNode(Seq(AXI4StreamMasterPortParameters(Seq(AXI4StreamMasterParameters(\"out\", n = beatBytes)))))\n\n  lazy val module = new LazyModuleImp(this) {\n    val ioout = streamNode.out(0)._1\n    \n    val phaseConverter = Module(new NCOTable(params.tableParams))\n    val phaseCounter   = RegInit(UInt(params.phaseWidth.W), 0.U)\n    \n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    \/\/ pinc & poff streaming\n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    if (params.pincType == Streaming && params.poffType == Streaming) {\n      \n      val enableMultiplying = RegInit(Bool(), false.B)\n      val multiplyingFactor = RegInit(UInt((beatBytes*4).W), 0.U)\n      val enableQAM = RegInit(Bool(), false.B)\n      \n      if (params.useMultiplier && !params.useQAM) {\n        val fields = Seq(\n        RegField(1, enableMultiplying,\n          RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n        RegField(params.protoOut.getWidth, multiplyingFactor,\n          RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n        )\n        regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n      } else if (params.useQAM && !params.useMultiplier) {\n        val fields = Seq(\n        RegField(1, enableQAM,\n          RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n        )\n        regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n      } else if (params.useQAM && params.useMultiplier) {\n        val fields = Seq(\n        RegField(1, enableMultiplying,\n          RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n        RegField(params.protoOut.getWidth, multiplyingFactor,\n          RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n        RegField(1, enableQAM,\n          RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n        )\n        regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n      }\n      \n      \/\/ phase counter\n      if (params.phaseAccEnable) {\n        when(freq.get.in(0)._1.fire()) {\n          phaseCounter := phaseCounter + freq.get.in(0)._1.bits.data.asUInt()\n        }\n        when (poff.get.in(0)._1.fire()) {\n          phaseConverter.io.phase := phaseCounter + poff.get.in(0)._1.bits.data.asUInt()\n        }.otherwise {\n          phaseConverter.io.phase := phaseCounter\n        }\n      } else {\n        when(freq.get.in(0)._1.fire()) {\n          phaseCounter := freq.get.in(0)._1.bits.data.asUInt()\n        }\n      }\n      \n      val queueCounter = RegInit(0.U(4.W))\n      queueCounter := queueCounter +& freq.get.in(0)._1.fire() -& ioout.fire()\n      \n      val queueCounterPoff = RegInit(0.U(4.W))\n      queueCounterPoff := queueCounterPoff +& poff.get.in(0)._1.fire() -& ioout.fire()\n      \n      val latency = {\n        if (!params.syncROMEnable) {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 2)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 3) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 3)\n          else 2\n        } else {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 3)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 4) \/\/ ili + 3\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 4)\n          else 3\n        }\n      }\n\n      val inFire = RegInit(Bool(), false.B)\n      when(freq.get.in(0)._1.fire()) {inFire := true.B}.otherwise {inFire := false.B}\n      \n      freq.get.in(0)._1.ready := (queueCounter < latency.U) || (queueCounter === latency.U && ioout.ready)\n      poff.get.in(0)._1.ready := (queueCounterPoff < latency.U) || (queueCounterPoff === latency.U && ioout.ready)\n      \n      val bufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      val bufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      \n      bufferSin := phaseConverter.io.sinOut\n      bufferCos := phaseConverter.io.cosOut\n      \n      if (params.useMultiplier && !params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        \n        val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n\n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos2.asUInt(), bufferSin2.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n        \n      } else if (params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        bufferSin2 := DontCare\n        bufferCos2 := DontCare\n        \n        if (params.useMultiplier) {\n          val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n            bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n            bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          }\n        }\n        \n        val queueCounterQAM = RegInit(0.U(4.W))\n        queueCounterQAM := queueCounterQAM +& inQAM.get.in(0)._1.fire() -& ioout.fire()\n        \n        inQAM.get.in(0)._1.ready := (queueCounterQAM < latency.U) || (queueCounterQAM === latency.U && ioout.ready)\n        \n        val QAMin = RegInit(UInt((8*beatBytes).W), 0.U)\n        val iinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n        val qinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n        \n        val IOUT1 = Wire(params.protoOut)\n        val QOUT1 = Wire(params.protoOut)\n        val IOUT2 = Wire(params.protoOut)\n        val QOUT2 = Wire(params.protoOut)\n        \n        val IOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        val QOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        \n        val ifactor = Wire(UInt((beatBytes*4).W))\n        val qfactor = Wire(UInt((beatBytes*4).W))\n          \n        when (inQAM.get.in(0)._1.fire()) {\n          QAMin := inQAM.get.in(0)._1.bits.data\n        }\n        if (params.syncROMEnable) {\n          iinQAM := RegNext(QAMin(8*beatBytes-1, 4*beatBytes))\n          qinQAM := RegNext(QAMin(4*beatBytes-1, 0))\n        } else {\n          iinQAM := QAMin(8*beatBytes-1, 4*beatBytes)\n          qinQAM := QAMin(4*beatBytes-1, 0)\n        }\n        ifactor := Mux(enableQAM, iinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        qfactor := Mux(enableQAM, qinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        \n        val sinQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferSin2, bufferSin) else bufferSin\n        val cosQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferCos2, bufferCos) else bufferCos\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          IOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          IOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        when (enableQAM) {\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, trimType = params.roundingMode)) {\n            IOUT := (IOUT2 context_- IOUT1).asTypeOf(params.protoOut)\n            QOUT := (QOUT2 context_+ QOUT1).asTypeOf(params.protoOut)\n          }\n        } .otherwise {\n          IOUT := IOUT2.asTypeOf(params.protoOut)\n          QOUT := QOUT1.asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(IOUT.asUInt(), QOUT.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n        \n      } else {\n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos.asUInt(), bufferSin.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      }\n      \n      val queueLast = Module(new Queue(Bool(), latency+1, flow = true))\n      queueLast.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n      queueLast.io.enq.bits := ShiftRegister(freq.get.in(0)._1.bits.last, latency, resetData = false.B, en = true.B)\n      queueLast.io.deq.ready := ioout.ready\n      ioout.bits.last := queueLast.io.deq.bits\n    }\n    \n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    \/\/ pinc streaming\n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    else if (params.pincType == Streaming && params.poffType != Streaming) {\n        \n      val poffReg = RegInit(0.U((beatBytes*4).W))\n      val enableMultiplying = RegInit(Bool(), false.B)\n      val multiplyingFactor = RegInit(UInt((beatBytes*4).W), 0.U)\n      val enableQAM = RegInit(Bool(), false.B)\n      \n      if (!params.useQAM) {\n        if ((params.poffType == Config) && params.useMultiplier) {\n          val fields = Seq(\n          RegField(1, enableMultiplying,\n            RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n          RegField(params.protoOut.getWidth, multiplyingFactor,\n            RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n          RegField(beatBytes*4, poffReg,   \n            RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.poffType == Config) {\n          val fields = Seq(\n          RegField(beatBytes*4, poffReg,   \n            RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.useMultiplier) {\n          val fields = Seq(\n          RegField(1, enableMultiplying,\n            RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n          RegField(params.protoOut.getWidth, multiplyingFactor,\n            RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        }\n      } else {\n        if ((params.poffType == Config) && params.useMultiplier) {\n          val fields = Seq(\n          RegField(1, enableMultiplying,\n            RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n          RegField(params.protoOut.getWidth, multiplyingFactor,\n            RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n          RegField(beatBytes*4, poffReg,   \n            RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n          RegField(1, enableQAM,\n            RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.poffType == Config) {\n          val fields = Seq(\n          RegField(beatBytes*4, poffReg,   \n            RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n          RegField(1, enableQAM,\n            RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.useMultiplier) {\n          val fields = Seq(\n          RegField(1, enableMultiplying,\n            RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n          RegField(params.protoOut.getWidth, multiplyingFactor,\n            RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n          RegField(1, enableQAM,\n            RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else {\n          val fields = Seq(\n          RegField(1, enableQAM,\n            RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        }\n      }\n      \n      \/\/ phase counter\n      if (params.phaseAccEnable) {\n        when(freq.get.in(0)._1.fire()) {\n          phaseCounter := phaseCounter + freq.get.in(0)._1.bits.data.asUInt()\n        }\n      } else {\n        when(freq.get.in(0)._1.fire()) {\n          phaseCounter := freq.get.in(0)._1.bits.data.asUInt()\n        }\n      }\n\n      \/\/ phase converter\n      phaseConverter.io.phase := phaseCounter + poffReg\n      \n      val latency = {\n        if (!params.syncROMEnable) {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 2)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 3) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 3)\n          else 2\n        } else {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 3)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 4) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 4)\n          else 3\n        }\n      }\n      \n      val inFire = RegInit(Bool(), false.B)\n      when(freq.get.in(0)._1.fire()) {inFire := true.B}.otherwise {inFire := false.B}\n      \n      val queueCounter = RegInit(0.U(4.W))\n      queueCounter := queueCounter +& freq.get.in(0)._1.fire() -& ioout.fire()\n      \n      freq.get.in(0)._1.ready := (queueCounter < latency.U) || (queueCounter === latency.U && ioout.ready)\n      \n      val bufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      val bufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      \n      bufferSin := phaseConverter.io.sinOut\n      bufferCos := phaseConverter.io.cosOut\n      \n      if (params.useMultiplier && !params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        \n        val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n\n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos2.asUInt(), bufferSin2.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n        \n      } else if (params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        bufferSin2 := DontCare\n        bufferCos2 := DontCare\n        \n        if (params.useMultiplier) {\n          val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n            bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n            bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          }\n        }\n        \n        val queueCounterQAM = RegInit(0.U(4.W))\n        queueCounterQAM := queueCounterQAM +& inQAM.get.in(0)._1.fire() -& ioout.fire()\n        \n        inQAM.get.in(0)._1.ready := (queueCounterQAM < latency.U) || (queueCounterQAM === latency.U && ioout.ready)\n        \n        val QAMin = RegInit(UInt((8*beatBytes).W), 0.U)\n        val iinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n        val qinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n        \n        val IOUT1 = Wire(params.protoOut)\n        val QOUT1 = Wire(params.protoOut)\n        val IOUT2 = Wire(params.protoOut)\n        val QOUT2 = Wire(params.protoOut)\n        \n        val IOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        val QOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        \n        val ifactor = Wire(UInt((beatBytes*4).W))\n        val qfactor = Wire(UInt((beatBytes*4).W))\n          \n        when (inQAM.get.in(0)._1.fire()) {\n          QAMin := inQAM.get.in(0)._1.bits.data\n        }\n        if (params.syncROMEnable) {\n          iinQAM := RegNext(QAMin(8*beatBytes-1, 4*beatBytes))\n          qinQAM := RegNext(QAMin(4*beatBytes-1, 0))\n        } else {\n          iinQAM := QAMin(8*beatBytes-1, 4*beatBytes)\n          qinQAM := QAMin(4*beatBytes-1, 0)\n        }\n        ifactor := Mux(enableQAM, iinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        qfactor := Mux(enableQAM, qinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        \n        val sinQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferSin2, bufferSin) else bufferSin\n        val cosQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferCos2, bufferCos) else bufferCos\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          IOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          IOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        when (enableQAM) {\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, trimType = params.roundingMode)) {\n            IOUT := (IOUT2 context_- IOUT1).asTypeOf(params.protoOut)\n            QOUT := (QOUT2 context_+ QOUT1).asTypeOf(params.protoOut)\n          }\n        } .otherwise {\n          IOUT := IOUT2.asTypeOf(params.protoOut)\n          QOUT := QOUT1.asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(IOUT.asUInt(), QOUT.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n        \n      } else {\n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos.asUInt(), bufferSin.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      }\n      \n      val queueLast = Module(new Queue(Bool(), latency+1, flow = true))\n      queueLast.io.enq.valid := ShiftRegister(freq.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n      queueLast.io.enq.bits := ShiftRegister(freq.get.in(0)._1.bits.last, latency, resetData = false.B, en = true.B)\n      queueLast.io.deq.ready := ioout.ready\n      ioout.bits.last := queueLast.io.deq.bits\n    }\n    \n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    \/\/ poff streaming\n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    else if (params.pincType != Streaming && params.poffType == Streaming) {\n        \n      val freqInit = if((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) 1 else 0\n      \n      \/\/ registers\n      val inputEnableReg = RegInit(false.B)\n      val freqReg = RegInit(freqInit.U((beatBytes*4).W))\n      val enableMultiplying = RegInit(Bool(), false.B)\n      val multiplyingFactor = RegInit(UInt((beatBytes*4).W), 0.U)\n      val enableQAM = RegInit(Bool(), false.B)\n      val iinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n      val qinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n      \n      \/\/ regmap\n      if (!params.useQAM) {\n        if ((params.pincType == Config) && params.useMultiplier) {\n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n            RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(beatBytes*4, freqReg, RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if ((params.pincType == Fixed) && params.useMultiplier) { \n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n            RegField(1, inputEnableReg, RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.pincType == Config) {\n          val fields = Seq(\n            RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(beatBytes*4, freqReg, RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.pincType == Fixed) {\n          val fields = Seq(\n            RegField(1, inputEnableReg, RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.useMultiplier) {\n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        }\n      } else {\n        if ((params.pincType == Config) && params.useMultiplier) {\n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n            RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(beatBytes*4, freqReg, RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n            RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n            RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n            RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if ((params.pincType == Fixed) && params.useMultiplier) { \n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n            RegField(1, inputEnableReg, RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n            RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n            RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.pincType == Config) {\n          val fields = Seq(\n            RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(beatBytes*4, freqReg, RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n            RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n            RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n            RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.pincType == Fixed) {\n          val fields = Seq(\n            RegField(1, inputEnableReg, RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n            RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n            RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n            RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else if (params.useMultiplier) {\n          val fields = Seq(\n            RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n            RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n            RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n            RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n            RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        } else {\n          val fields = Seq(\n          RegField(1, enableQAM,RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n          RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n          RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n          )\n          regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n        }\n      }\n\n      val latency = {\n        if (!params.syncROMEnable) {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 2)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 3) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 3)\n          else 2\n        } else {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 3)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 4) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 4)\n          else 3\n        }\n      }\n      val queueCounter = RegInit(0.U(4.W))\n      val inReady = (queueCounter < latency.U) || (queueCounter === latency.U && ioout.ready)\n      queueCounter := queueCounter +& (inReady && inputEnableReg) -& ioout.fire()\n      \n      \/\/ phase counter\n      if ((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) {\n        when(inputEnableReg && inReady) {\n          phaseCounter := phaseCounter + freqReg\n        }\n      } else {\n        when(inputEnableReg && inReady) {\n          phaseCounter := freqReg\n        }\n      }\n      \n      \/\/ phase converter\n      when(poff.get.in(0)._1.fire()){\n        phaseConverter.io.phase := phaseCounter + poff.get.in(0)._1.bits.data.asUInt()\n      }.otherwise{\n        phaseConverter.io.phase := phaseCounter\n      }\n      \n      poff.get.in(0)._1.ready := inReady\n      \n      val bufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      val bufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      \n      bufferSin := phaseConverter.io.sinOut\n      bufferCos := phaseConverter.io.cosOut\n      \n      if (params.useMultiplier && !params.useQAM) {\n\n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        \n        val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos2.asUInt(), bufferSin2.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      \n      } else if (params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        bufferSin2 := DontCare\n        bufferCos2 := DontCare\n        \n        if (params.useMultiplier) {\n          val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n            bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n            bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          }\n        }\n        \n        val IOUT1 = Wire(params.protoOut)\n        val QOUT1 = Wire(params.protoOut)\n        val IOUT2 = Wire(params.protoOut)\n        val QOUT2 = Wire(params.protoOut)\n        \n        val IOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        val QOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        \n        val ifactor = Wire(UInt((beatBytes*4).W))\n        val qfactor = Wire(UInt((beatBytes*4).W))\n          \n        ifactor := Mux(enableQAM, iinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        qfactor := Mux(enableQAM, qinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        \n        val sinQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferSin2, bufferSin) else bufferSin\n        val cosQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferCos2, bufferCos) else bufferCos\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          IOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          IOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        when (enableQAM) {\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, trimType = params.roundingMode)) {\n            IOUT := (IOUT2 context_- IOUT1).asTypeOf(params.protoOut)\n            QOUT := (QOUT2 context_+ QOUT1).asTypeOf(params.protoOut)\n          }\n        } .otherwise {\n          IOUT := IOUT2.asTypeOf(params.protoOut)\n          QOUT := QOUT1.asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(IOUT.asUInt(), QOUT.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      \n      } else {\n      \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, pipe = false, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos.asUInt(), bufferSin.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      }\n      \n      val queueLast = Module(new Queue(Bool(), latency+1, flow = true))\n      queueLast.io.enq.valid := ShiftRegister(poff.get.in(0)._1.fire(), latency, resetData = false.B, en = true.B)\n      queueLast.io.enq.bits := ShiftRegister(poff.get.in(0)._1.bits.last, latency, resetData = false.B, en = true.B)\n      queueLast.io.deq.ready := ioout.ready\n      ioout.bits.last := queueLast.io.deq.bits\n    }\n    \n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    \/\/ no streaming\n    \/\/-----------------------------------------------------------------------------------------------------------------------------------------------------\n    else {\n          \n      val freqInit = if((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) 1 else 0\n      val freqReg = RegInit(freqInit.U((beatBytes*4).W))\n      val inputEnableReg = RegInit(false.B)\n      val poffReg = RegInit(0.U((beatBytes*4).W))\n      val enableMultiplying = RegInit(Bool(), false.B)\n      val multiplyingFactor = RegInit(UInt((beatBytes*4).W), 0.U)\n      val enableQAM = RegInit(Bool(), false.B)\n      val iinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n      val qinQAM = RegInit(UInt((4*beatBytes).W), 0.U)\n      \n      \/\/ generate regmap\n      if (!params.useQAM) {\n        if (!params.useMultiplier) {\n          if (params.pincType == Config && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Config && params.poffType == Fixed) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n        } else {\n          if (params.pincType == Config && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Config && params.poffType == Fixed) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n        }\n      } else {\n        if (!params.useMultiplier) {\n          if (params.pincType == Config && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Config && params.poffType == Fixed) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed) {\n            val fields = Seq(\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n        } else {\n          if (params.pincType == Config && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed && params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Config && params.poffType == Fixed) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, freqReg,   RegFieldDesc(name = \"freq\",    desc = \"nco frequency control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.poffType == Config) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(beatBytes*4, poffReg,   RegFieldDesc(name = \"poff\",    desc = \"nco phase offset control\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n          else if (params.pincType == Fixed) {\n            val fields = Seq(\n              RegField(1, enableMultiplying, RegFieldDesc(name = \"enableMultiplying\", desc = \"enable bit for multiplying\")),\n              RegField(params.protoOut.getWidth, multiplyingFactor, RegFieldDesc(name = \"multiplyingFactor\", desc = \"multiplying factor\")),\n              RegField(1, inputEnableReg,   RegFieldDesc(name = \"inputEN\",    desc = \"input enable reg\")),\n              RegField(1, enableQAM, RegFieldDesc(name = \"enableQAM\", desc = \"enable bit for QAM\")),\n              RegField(beatBytes*4, iinQAM, RegFieldDesc(name = \"iinQAM\",    desc = \"QAM in-phase input\")),\n              RegField(beatBytes*4, qinQAM, RegFieldDesc(name = \"qinQAM\",    desc = \"QAM quadrature input\"))\n            )\n            regmap(fields.zipWithIndex.map({ case (f, i) => i * beatBytes -> Seq(f)}): _*)\n          }\n        }\n      }\n      \n      val latency = {\n        if (!params.syncROMEnable) {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 2)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 3) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 3)\n          else 2\n        } else {\n          if (params.useMultiplier && !params.useQAM) (params.numMulPipes + 3)\n          else if (!params.useMultiplier && params.useQAM) (params.numMulPipes + 4) \/\/ ili + 2\n          else if (params.useMultiplier && params.useQAM) (2 * params.numMulPipes + 4)\n          else 3\n        }\n      }\n      val queueCounter = RegInit(0.U(4.W))\n      val inReady = (queueCounter < latency.U) || (queueCounter === latency.U && ioout.ready)\n       queueCounter := queueCounter +& (inReady && inputEnableReg) -& ioout.fire()\n      \n      if ((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) {\n        when(inputEnableReg && inReady) {\n          phaseCounter := phaseCounter + freqReg\n        }\n      } \n      else {\n        when(inputEnableReg && inReady) {\n          phaseCounter := freqReg\n        }\n      }\n\n      \/\/ phase converter\n      phaseConverter.io.phase := phaseCounter + poffReg\n      \n      val bufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      val bufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n      \n      bufferSin := phaseConverter.io.sinOut\n      bufferCos := phaseConverter.io.cosOut\n      \n      if (params.useMultiplier && !params.useQAM) {\n\n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        \n        val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos2.asUInt(), bufferSin2.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      \n       } else if (params.useQAM) {\n      \n        val bufferSin2 = Wire(params.protoOut)\n        val bufferCos2 = Wire(params.protoOut)\n        bufferSin2 := DontCare\n        bufferCos2 := DontCare\n        \n        if (params.useMultiplier) {\n          val factor = Mux(enableMultiplying, multiplyingFactor, (1.U << (beatBytes*4-2)))\n\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n            bufferSin2 := (bufferSin.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n            bufferCos2 := (bufferCos.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* factor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          }\n        }\n        \n        val IOUT1 = Wire(params.protoOut)\n        val QOUT1 = Wire(params.protoOut)\n        val IOUT2 = Wire(params.protoOut)\n        val QOUT2 = Wire(params.protoOut)\n        \n        val IOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        val QOUT = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n        \n        val ifactor = Wire(UInt((beatBytes*4).W))\n        val qfactor = Wire(UInt((beatBytes*4).W))\n          \n        ifactor := Mux(enableQAM, iinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        qfactor := Mux(enableQAM, qinQAM, (1.U << (beatBytes*4-2)).asTypeOf(UInt((beatBytes*4).W)))\n        \n        val sinQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferSin2, bufferSin) else bufferSin\n        val cosQAM = if (params.useMultiplier) Mux(enableMultiplying, bufferCos2, bufferCos) else bufferCos\n        \n        DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, numMulPipes = params.numMulPipes, trimType = params.roundingMode)) {\n          IOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          IOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT1 := (sinQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* ifactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n          QOUT2 := (cosQAM.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP)) context_* qfactor.asTypeOf(FixedPoint((params.protoOut.getWidth).W, (params.protoOut.getWidth-2).BP))).asTypeOf(params.protoOut)\n        }\n        \n        when (enableQAM) {\n          DspContext.alter(DspContext.current.copy(binaryPointGrowth = 0, trimType = params.roundingMode)) {\n            IOUT := (IOUT2 context_- IOUT1).asTypeOf(params.protoOut)\n            QOUT := (QOUT2 context_+ QOUT1).asTypeOf(params.protoOut)\n          }\n        } .otherwise {\n          IOUT := IOUT2.asTypeOf(params.protoOut)\n          QOUT := QOUT1.asTypeOf(params.protoOut)\n        }\n        \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(IOUT.asUInt(), QOUT.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      \n      } else {\n      \n        val queue = Module(new Queue(UInt((beatBytes * 8).W), latency+1, pipe = false, flow = true))\n        queue.io.enq.valid := ShiftRegister((inReady && inputEnableReg), latency, resetData = false.B, en = true.B)\n        queue.io.enq.bits := Cat(bufferCos.asUInt(), bufferSin.asUInt())\n        ioout.valid := queue.io.deq.valid && ioout.ready\n        queue.io.deq.ready := ioout.ready\n        ioout.bits.data := queue.io.deq.bits\n      }\n      ioout.bits.last := false.B\n    }\n  }\n}\n\n\nclass AXI4NCOLazyModuleBlock[T <: Data : Real : BinaryRepresentation](params: NCOParams[T], address: AddressSet, beatBytes: Int)(implicit p: Parameters) extends NCOLazyModuleBlock[T](params, beatBytes) {\n    val mem = if (params.pincType == Fixed || params.pincType == Config || params.poffType == Config || params.useMultiplier || params.useQAM) Some(AXI4RegisterNode(address = address, beatBytes = beatBytes)) else None\n    override def regmap(mapping: (Int, Seq[RegField])*): Unit = mem.get.regmap(mapping:_*)\n}\n\n\nobject NCOLazyModuleApp extends App\n{\n    \n  trait AXI4Block extends DspBlock[\n  AXI4MasterPortParameters,\n  AXI4SlavePortParameters,\n  AXI4EdgeParameters,\n  AXI4EdgeParameters,\n  AXI4Bundle] {\n    def standaloneParams = AXI4BundleParameters(addrBits = 32, dataBits = 32, idBits = 1)\n    val ioMem = mem.map { \n      m => {\n        val ioMemNode = BundleBridgeSource(() => AXI4Bundle(standaloneParams))\n        m := BundleBridgeToAXI4(AXI4MasterPortParameters(Seq(AXI4MasterParameters(\"bundleBridgeToAXI4\")))) := ioMemNode\n        val ioMem = InModuleBody { ioMemNode.makeIO() }\n        ioMem\n      }\n    }\n    \/\/ generate out stream\n    val ioStreamNode = BundleBridgeSink[AXI4StreamBundle]()\n    ioStreamNode := \n    AXI4StreamToBundleBridge(AXI4StreamSlaveParameters()) := streamNode\n    val outStream = InModuleBody { ioStreamNode.makeIO() }\n  }\n    \n    \n  \/\/ here just define parameters\n  val paramsNCO = FixedNCOParams(\n    tableSize = 64,\n    tableWidth = 16,\n    phaseWidth = 8,\n    rasterizedMode = false,\n    nInterpolationTerms = 0,\n    ditherEnable = false,\n    syncROMEnable = false,\n    phaseAccEnable = true,\n    roundingMode = RoundHalfUp,\n    pincType = Streaming,\n    poffType = Fixed,\n    useMultiplier = false,\n    numMulPipes = 1,\n    useQAM = false\n  )\n    val beatBytes = 4\n\n  implicit val p: Parameters = Parameters.empty\n\n  \/\/val ncoModule = LazyModule(new AXI4NCOLazyModuleBlock(paramsNCO, AddressSet(0x000000, 0xFF), beatBytes = beatBytes) with AXI4Block {\n  \/\/})\n  val ncoModule = LazyModule(new AXI4NCOLazyModuleBlock(paramsNCO, AddressSet(0x000000, 0xFF), beatBytes = beatBytes) with AXI4Block {\n    val ioparallelin = BundleBridgeSource(() => new AXI4StreamBundle(AXI4StreamBundleParameters(n = 2)))\n    freq.get := BundleBridgeToAXI4Stream(AXI4StreamMasterParameters(n = 2)) := ioparallelin\n    val inStreamFreq = InModuleBody { ioparallelin.makeIO() }\n    \n    \/*val ioparallelinPoff = BundleBridgeSource(() => new AXI4StreamBundle(AXI4StreamBundleParameters(n = 2)))\n    poff.get := BundleBridgeToAXI4Stream(AXI4StreamMasterParameters(n = 2)) := ioparallelinPoff\n    val inStreamPoff = InModuleBody { ioparallelinPoff.makeIO() }*\/\n    \n    \/*val ioparallelinQAM = BundleBridgeSource(() => new AXI4StreamBundle(AXI4StreamBundleParameters(n = 2)))\n    inQAM.get := BundleBridgeToAXI4Stream(AXI4StreamMasterParameters(n = 4)) := ioparallelinQAM\n    val inStreamQAM = InModuleBody { ioparallelinQAM.makeIO() }*\/\n  })\n  chisel3.Driver.execute(Array(\"--target-dir\", \"verilog\", \"--top-name\", \"NCOLazyModuleApp\"), ()=> ncoModule.module) \/\/ generate verilog code\n}\n\n"}
{"repo_name":"milovanovic\/nco","path":"src\/test\/scala\/NCOLazyModuleBlockSpec.scala","text":"<reponame>milovanovic\/nco<filename>src\/test\/scala\/NCOLazyModuleBlockSpec.scala\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport chisel3._\nimport chisel3.util._\nimport chisel3.experimental._\nimport dsptools._\nimport dsptools.numbers._\n\nimport dspblocks._\nimport freechips.rocketchip.amba.axi4._\nimport freechips.rocketchip.amba.axi4stream._\nimport freechips.rocketchip.config._\nimport freechips.rocketchip.diplomacy._\nimport freechips.rocketchip.regmapper._\nimport freechips.rocketchip.tilelink._\nimport chisel3.iotesters.Driver\nimport chisel3.iotesters.PeekPokeTester\nimport org.scalatest.{FlatSpec, Matchers}\n\n\n\nclass NCOLazyModuleBlockTester(dut: AXI4NCOLazyModuleBlock[FixedPoint] with AXI4Block,\n  csrAddress: AddressSet,\n  beatBytes : Int\n) extends PeekPokeTester(dut.module) with AXI4MasterModel {\n  override def memAXI: AXI4Bundle = dut.ioMem.get.getWrappedValue\n  \n  \/*\n  \/\/ conf, conf\n  memWriteWord(csrAddress.base, 1)\n  step(1)\n  memWriteWord(csrAddress.base + beatBytes, 20)\n  step(2)\n  poke(dut.out.ready, 1)\n  step(500)\n  memWriteWord(csrAddress.base, 5)\n  step(200)\n  *\/\n  \/*\n  \/\/ fixed, conf\n  memWriteWord(csrAddress.base, 1)\n  step(1)\n  memWriteWord(csrAddress.base + beatBytes, 20)\n  step(2)\n  poke(dut.out.ready, 1)\n  step(600)\n  *\/\n  \/*\n  \/\/ fixed, fixed\n  memWriteWord(csrAddress.base, 1)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(600)\n  *\/\n  \/*\n  \/\/ conf, fixed\n  memWriteWord(csrAddress.base, 1)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(500)\n  memWriteWord(csrAddress.base, 5)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(20)\n  poke(dut.out.ready, 0)\n  step(10)\n  poke(dut.out.ready, 1)\n  step(2)\n  poke(dut.out.ready, 0)\n  step(2)*\/\n  \n  \/*\n  poke(dut.freq.get.in(0)._1.bits.data, 1)\n  step(1)\n  poke(dut.freq.get.in(0)._1.bits.last, 0)\n  step(1)\n  poke(dut.freq.get.in(0)._1.valid, 1)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(20)\n  var i = 0\n  while(i<20){\n    poke(dut.out.ready, 0)\n    step(1)\n    poke(dut.out.ready, 1)\n    step(1)\n    i+=1\n  }*\/\n  \n  memWriteWord(csrAddress.base, 0)\n  memWriteWord(csrAddress.base + beatBytes, 0x2000)\n  memWriteWord(csrAddress.base + 3*beatBytes, 1)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n\/\/   memWriteWord(csrAddress.base + beatBytes, 1)\n\/\/   memWriteWord(csrAddress.base, 1)\n  step(5)\n  poke(dut.out.ready, 1)\n  step(20)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(20)\n  poke(dut.out.ready, 0)\n  step(10)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(2)\n  poke(dut.out.ready, 0)\n  step(2)\n  poke(dut.out.ready, 1)\n  step(2)\n  poke(dut.out.ready, 0)\n  step(2)\n  poke(dut.out.ready, 1)\n  step(2)\n  poke(dut.out.ready, 0)\n  step(5)\n  poke(dut.out.ready, 1)\n  step(5)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(3)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(3)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(2)\n  poke(dut.out.ready, 0)\n  step(3)\n  poke(dut.out.ready, 1)\n  step(10)\n  \n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  \n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  step(1)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  step(1)\n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  step(2)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  step(2)\n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  step(3)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  step(3)\n  memWriteWord(csrAddress.base + 2*beatBytes, 0)\n  step(4)\n  memWriteWord(csrAddress.base + 2*beatBytes, 1)\n  step(10)\n\n}\n\n\nclass NCOLazyModuleBlockSpec extends FlatSpec with Matchers {\n  implicit val p: Parameters = Parameters.empty\n  \n  \/\/ here just define parameters\n  val paramsNCO = FixedNCOParams(\n    tableSize = 256,\n    tableWidth = 16,\n    phaseWidth = 10,\n    rasterizedMode = false,\n    nInterpolationTerms = 0,\n    ditherEnable = false,\n    syncROMEnable = false,\n    phaseAccEnable = true,\n    roundingMode = RoundHalfUp,\n    pincType = Config,\n    poffType = Fixed,\n    useMultiplier = true,\n    numMulPipes = 1\n  )\n  val beatBytes = 4\n  \n  it should \"Test NCO LazyModule Block\" in {\n    val lazyDut = LazyModule(new AXI4NCOLazyModuleBlock(paramsNCO, AddressSet(0x000000, 0xFF), beatBytes = 4)  with AXI4Block {\n      override def standaloneParams = AXI4BundleParameters(addrBits = 32, dataBits = 32, idBits = 1)\n    })\n    \/*val lazyDut = LazyModule(new AXI4NCOLazyModuleBlock(paramsNCO, AddressSet(0x000000, 0xFF), beatBytes = beatBytes) with AXI4Block {\n      val ioparallelin = BundleBridgeSource(() => new AXI4StreamBundle(AXI4StreamBundleParameters(n = 2)))\n      poff.get := BundleBridgeToAXI4Stream(AXI4StreamMasterParameters(n = 2)) := ioparallelin\n      val inStream = InModuleBody { ioparallelin.makeIO() }\n    })*\/\n    chisel3.iotesters.Driver.execute(Array(\"-tiwv\", \"-tbn\", \"verilator\", \"-tivsuv\"), () => lazyDut.module) {\n      c => new NCOLazyModuleBlockTester(lazyDut,  AddressSet(0x000000, 0xFF), 4)\n    } should be (true)\n  }\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/test\/scala\/NCOMultiplierSpec.scala","text":"<filename>src\/test\/scala\/NCOMultiplierSpec.scala\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\n\nimport chisel3._\nimport chisel3.util._\nimport chisel3.experimental._\nimport dsptools._\nimport dsptools.numbers._\nimport scala.math.{Pi, pow, sqrt}\nimport breeze.plot._\nimport java.io._\n\nimport dspblocks._\nimport freechips.rocketchip.amba.axi4._\nimport freechips.rocketchip.amba.axi4stream._\nimport freechips.rocketchip.config._\nimport freechips.rocketchip.diplomacy._\nimport freechips.rocketchip.regmapper._\nimport freechips.rocketchip.tilelink._\nimport chisel3.iotesters.Driver\nimport chisel3.iotesters.PeekPokeTester\nimport org.scalatest.{FlatSpec, Matchers}\n\n\n\nclass NCOMultiplierTester(dut: AXI4NCOLazyModuleBlock[FixedPoint] with AXI4Block,\n  csrAddress: AddressSet,\n  beatBytes : Int\n) extends PeekPokeTester(dut.module) with AXI4MasterModel {\n  override def memAXI: AXI4Bundle = dut.ioMem.get.getWrappedValue\n  \n  \n  memWriteWord(csrAddress.base, 1) \/\/ enable multiplying\n  step(1)\n  memWriteWord(csrAddress.base + beatBytes, 0x00002000) \/\/ multiplying factor\n  step(1)\n  memWriteWord(csrAddress.base + 2 * beatBytes, 1) \/\/ freq reg\n  step(1)\n  \n\/*  \n  poke(dut.out.ready, 1)\n  step(50)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(20)\n  poke(dut.out.ready, 0)\n  step(10)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  poke(dut.out.ready, 0)\n  step(1)\n  poke(dut.out.ready, 1)\n  step(10)*\/\n  val returnVal = new Array[BigInt](1024)\n  val returnVal1 = new Array[Int](1024)\n  val real = new Array[Double](1024)\n  val imag = new Array[Double](1024)\n  var idx = 0\n  \n  step(1)\n  poke(dut.out.ready, 1)\n  step(1)\n  var ii = 0\n  while ((ii < 1300) && (idx < 512)) {\n    if(peek(dut.out.valid) > 0) {\n      returnVal(idx) = peek(dut.out.bits.data)\n      returnVal1(idx) = returnVal(idx).toInt\n      real(idx) = ((returnVal1(idx) \/ pow(2,16)).toShort).toDouble\n      imag(idx) = ((returnVal1(idx) - (real(idx).toInt * pow(2,16))).toShort).toDouble\n      idx += 1\n    }\n    step(1)\n    ii +=1\n  }\n  poke(dut.out.ready, 0)\n  step(1)\n  memWriteWord(csrAddress.base + beatBytes, 0x00001000) \/\/ multiplying factor\n  step(1)\n  poke(dut.out.ready, 1)\n  while ((ii < 1300) && (idx < 1024)) {\n    if(peek(dut.out.valid) > 0) {\n      returnVal(idx) = peek(dut.out.bits.data)\n      returnVal1(idx) = returnVal(idx).toInt\n      real(idx) = ((returnVal1(idx) \/ pow(2,16)).toShort).toDouble\n      imag(idx) = ((returnVal1(idx) - (real(idx).toInt * pow(2,16))).toShort).toDouble\n      idx += 1\n    }\n    step(1)\n    ii +=1\n  }\n\n  \n  val f1 = Figure(\"NCO Multiplier Output\")\n  val p1 = f1.subplot(1,1,0)\n  p1.legend_= (true)\n  val xaxis1 = (0 until real.length).map(e => e.toDouble).toSeq.toArray\n  p1.setXAxisIntegerTickUnits()\n  p1 += plot(xaxis1, real.toArray, name = \"Real output value\")\n  p1 += plot(xaxis1, imag.toArray, name = \"Imag output value\")\n  p1.ylim(real.min, real.max)\n  \/\/p1.ylim(returnVal1.min, returnVal1.max)\n  p1.xlabel = \"Time\"\n  p1.ylabel = \"Signal values\"\n  f1.saveas(s\"test_run_dir\/nco_multiplier.pdf\")\n\n}\n\n\nclass NCOMultiplierSpec extends FlatSpec with Matchers {\n  implicit val p: Parameters = Parameters.empty\n  \n  \/\/ here just define parameters\n  val paramsNCO = FixedNCOParams(\n    tableSize = 256,\n    tableWidth = 16,\n    phaseWidth = 10,\n    rasterizedMode = false,\n    nInterpolationTerms = 0,\n    ditherEnable = false,\n    syncROMEnable = false,\n    phaseAccEnable = true,\n    roundingMode = RoundHalfUp,\n    pincType = Config,\n    poffType = Fixed,\n    useMultiplier = true\n  )\n  val beatBytes = 4\n  \n  it should \"Test NCO Multiplier\" in {\n    val lazyDut = LazyModule(new AXI4NCOLazyModuleBlock(paramsNCO, AddressSet(0x000000, 0xFF), beatBytes = 4)  with AXI4Block {\n      override def standaloneParams = AXI4BundleParameters(addrBits = 32, dataBits = 32, idBits = 1)\n    })\n    chisel3.iotesters.Driver.execute(Array(\"-tiwv\", \"-tbn\", \"verilator\", \"-tivsuv\"), () => lazyDut.module) {\n      c => new NCOMultiplierTester(lazyDut,  AddressSet(0x000000, 0xFF), 4)\n    } should be (true)\n  }\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/NCO.scala","text":"package nco\n\nimport chisel3._\nimport chisel3.experimental._\nimport chisel3.util._\nimport dsptools.numbers._\nimport dsptools._\n\nabstract class InterfaceType\ncase object Fixed extends InterfaceType\ncase object Streaming extends InterfaceType\ncase object Config extends InterfaceType\n\ncase class NCOParams[T <: Data]\n(\n  phaseWidth: Int,\n  tableSize: Int,\n  phaseConv: UInt => T,\n  protoFreq: UInt,\n  protoOut: T,\n  protoTable: Option[T] = None,\n  nInterpolationTerms: Int = 0,\n  rasterizedMode: Boolean,\n  ditherEnable: Boolean,\n  syncROMEnable: Boolean,\n  phaseAccEnable: Boolean,\n  roundingMode: TrimType = RoundHalfUp,\n  pincType: InterfaceType = Streaming,\n  poffType: InterfaceType = Streaming,\n  useMultiplier: Boolean = false,\n  numMulPipes: Int = 1,\n  useQAM: Boolean = false\n) {\n  requireIsChiselType(protoFreq)\n  requireIsChiselType(protoOut)\n\n  val getProtoTable = protoTable.getOrElse(protoOut)\n  val tableParams = NCOTableParams(\n  phaseWidth = phaseWidth,\n  phaseConv = phaseConv,\n  protoTable = getProtoTable,\n  protoOut = protoOut,\n  nInterpolationTerms = nInterpolationTerms,\n  rasterizedMode = rasterizedMode,\n  tableSize = tableSize,\n  ditherEnable = ditherEnable,\n  syncROMEnable = syncROMEnable,\n  roundingMode = roundingMode\n)\n}\n\nobject FixedNCOParams {\n  def apply(tableSize: Int, tableWidth: Int, phaseWidth: Int = 8, rasterizedMode: Boolean = false, nInterpolationTerms: Int = 0, ditherEnable: Boolean = false, syncROMEnable: Boolean = false, phaseAccEnable: Boolean = true, roundingMode: TrimType = RoundHalfUp, pincType: InterfaceType = Streaming, poffType: InterfaceType = Streaming, useMultiplier: Boolean = false, numMulPipes: Int = 1, useQAM: Boolean = false): NCOParams[FixedPoint] = {\n    require(tableWidth >= 3)\n    require((numMulPipes <= 5) && (numMulPipes >=0))\n    val phaseW = {\n      if (rasterizedMode){\n        (log2Ceil(tableSize)+2).toInt\n      } else {\n        phaseWidth\n      }\n    }\n    NCOParams(\n      phaseWidth = phaseW,\n      tableSize  = tableSize,\n      phaseConv = {x: UInt => Cat(0.U, x).asTypeOf(FixedPoint.apply(width = phaseWidth.W, binaryPoint = phaseWidth.BP))},\n      protoTable = Some(FixedPoint((tableWidth).W, (tableWidth-2).BP)),\n      protoOut = FixedPoint((tableWidth).W, (tableWidth-2).BP),\n      protoFreq   = UInt(phaseW.W),\n      rasterizedMode = rasterizedMode,\n      nInterpolationTerms = nInterpolationTerms,\n      ditherEnable = ditherEnable,\n      syncROMEnable = syncROMEnable,\n      phaseAccEnable = phaseAccEnable,\n      roundingMode = roundingMode,\n      pincType = pincType,\n      poffType = poffType,\n      useMultiplier = useMultiplier,\n      numMulPipes = numMulPipes,\n      useQAM = useQAM\n    )\n  }\n}\n\nobject DspRealNCOParams {\n  def apply(tableSize: Int, rasterizedMode: Boolean = false, phaseAccEnable: Boolean = true, pincType: InterfaceType = Streaming, poffType: InterfaceType = Streaming, useMultiplier: Boolean = false): NCOParams[DspReal] = {\n    val phaseW = (log2Ceil(tableSize)+2).toInt\n    NCOParams(\n      phaseWidth = phaseW,\n      phaseConv = {x: UInt => (0.U).asReal()},\n      protoTable = Some(DspReal()),\n      protoOut   = DspReal(),\n      protoFreq = UInt(phaseW.W),\n      tableSize  = tableSize,\n      rasterizedMode = rasterizedMode,\n      nInterpolationTerms = 0,\n      ditherEnable = false,\n      syncROMEnable = false,\n      phaseAccEnable = phaseAccEnable,\n      roundingMode = RoundHalfUp,\n      pincType = pincType,\n      poffType = poffType,\n      useMultiplier = useMultiplier\n    )\n  }\n}\n\n\nclass NCOIOStreamingPINCandPOFF[T <: Data : Real](params: NCOParams[T]) extends Bundle {\n\n  val freq = Flipped(Decoupled(params.protoFreq))\n  val poff = Flipped(Decoupled(params.protoFreq))\n  val out  = Decoupled(DspComplex(params.protoOut, params.protoOut))\n  val inputEnable = None\n}\n\nclass NCOIOStreamingPINC[T <: Data : Real](params: NCOParams[T]) extends Bundle {\n\n  val freq = Flipped(Decoupled(params.protoFreq))\n  val out  = Decoupled(DspComplex(params.protoOut, params.protoOut))\n  val poff = if (params.poffType == Config) Some(Input(params.protoFreq)) else None\n  val inputEnable = None\n}\n\nclass NCOIOStreamingPOFF[T <: Data : Real](params: NCOParams[T]) extends Bundle {\n\n  val poff = Flipped(Decoupled(params.protoFreq))\n  val out  = Decoupled(DspComplex(params.protoOut, params.protoOut))\n  val freq = if (params.pincType == Config) Some(Input(params.protoFreq)) else None\n  val inputEnable = if (params.pincType == Fixed) Some(Input(Bool())) else None\n}\n\nclass NCOIONoStreaming[T <: Data : Real](params: NCOParams[T]) extends Bundle {\n\n  val freq = if (params.pincType == Config) Some(Input(params.protoFreq)) else None\n  val poff = if (params.poffType == Config) Some(Input(params.protoFreq)) else None\n  val out  = Decoupled(DspComplex(params.protoOut, params.protoOut))\n  val inputEnable = if (params.pincType == Fixed) Some(Input(Bool())) else None\n}\n\n\nclass NCOStreamingPINCandPOFF[T <: Data : Real : BinaryRepresentation](params: NCOParams[T]) extends Module {\n\n  val io = IO(new NCOIOStreamingPINCandPOFF(params))\n  val tableSize = params.tableSize\n\n  val phaseCounter = RegInit(UInt(params.phaseWidth.W), 0.U)\n  val phaseConverter = Module(new NCOTable(params.tableParams))\n\n  if (params.phaseAccEnable) {\n    when(io.freq.fire()) {\n      phaseCounter := phaseCounter + io.freq.bits.asUInt()\n    }\n    when (io.poff.fire()) {\n      phaseConverter.io.phase := phaseCounter + io.poff.bits.asUInt()\n    }.otherwise {\n      phaseConverter.io.phase := phaseCounter\n    }\n  } else {\n    when(io.freq.fire()) {\n      phaseCounter := io.freq.bits.asUInt()\n    }\n    phaseConverter.io.phase := phaseCounter\n  }\n\n  val latency = if (params.syncROMEnable) 2 else 1\n  \n  val queueCounter = RegInit(0.U(2.W))\n  queueCounter := queueCounter +& io.freq.fire() -& io.out.fire()\n  val lastStateQueueCounter = RegInit(0.U(2.W))\n  when (queueCounter =\/= RegNext(queueCounter)) {lastStateQueueCounter := RegNext(queueCounter)}\n  val lastStateQueueCounterWire = Wire(UInt(2.W))\n  lastStateQueueCounterWire := Mux(queueCounter =\/= RegNext(queueCounter), RegNext(queueCounter), lastStateQueueCounter)\n  \n  val queueCounterPoff = RegInit(0.U(2.W))\n  queueCounterPoff := queueCounterPoff +& io.poff.fire() -& io.poff.fire()\n  \n  val outFire = RegInit(Bool(), false.B)\n  val inFire = RegInit(Bool(), false.B)\n  when(io.out.fire()) {outFire := true.B}.otherwise {outFire := false.B}\n  when(io.freq.fire()) {inFire := true.B}.otherwise {inFire := false.B}\n  \n  io.freq.ready := (queueCounter < latency.U) || (queueCounter === latency.U && io.out.ready)\n  io.poff.ready := (queueCounterPoff < latency.U) || (queueCounterPoff === latency.U && io.out.ready)\n  if(!params.syncROMEnable) {\n      io.out.valid := ((queueCounter === 1.U) && io.out.ready)\n  } else {\n      io.out.valid := (((queueCounter === 2.U) || ((queueCounter === 1.U) && (lastStateQueueCounterWire === 2.U)) && inFire) && io.out.ready)\n  }\n  \n  val outputBufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n  val outputBufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n\n  if(!params.syncROMEnable){\n    when(inFire){\n      outputBufferSin := phaseConverter.io.sinOut\n      outputBufferCos := phaseConverter.io.cosOut\n    }\n    when(queueCounter === 1.U){\n      when(io.freq.fire() && inFire){\n        io.out.bits.real := phaseConverter.io.cosOut\n        io.out.bits.imag := phaseConverter.io.sinOut\n      }.elsewhen(io.freq.fire() && !inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.elsewhen(!io.freq.fire() && inFire){\n        io.out.bits.real := phaseConverter.io.cosOut\n        io.out.bits.imag := phaseConverter.io.sinOut\n      }.otherwise{\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }\n    }.otherwise{\n      io.out.bits.real := phaseConverter.io.cosOut\n      io.out.bits.imag := phaseConverter.io.sinOut\n    }\n  } else {\n    val outputBufferSin2 = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n    val outputBufferCos2 = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n    \n    when(inFire){\n      outputBufferSin := phaseConverter.io.sinOut\n      outputBufferCos := phaseConverter.io.cosOut\n      outputBufferSin2 := outputBufferSin\n      outputBufferCos2 := outputBufferCos\n    }\n    \n    when(queueCounter === 2.U){\n      when(io.freq.fire() && inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.elsewhen(io.freq.fire() && !inFire){\n        io.out.bits.real := outputBufferCos2\n        io.out.bits.imag := outputBufferSin2\n      }.elsewhen(!io.freq.fire() && inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.otherwise{\n        io.out.bits.real := outputBufferCos2\n        io.out.bits.imag := outputBufferSin2\n      }\n    }.otherwise{\n      io.out.bits.real := outputBufferCos\n      io.out.bits.imag := outputBufferSin\n    }\n  }\n}\n\n\nclass NCOStreamingPINC[T <: Data : Real : BinaryRepresentation](params: NCOParams[T]) extends Module {\n\n  val io = IO(new NCOIOStreamingPINC(params))\n  val tableSize = params.tableSize\n\n  val phaseCounter = RegInit(UInt(params.phaseWidth.W), 0.U)\n  val phaseConverter = Module(new NCOTable(params.tableParams))\n\n\n  if (params.phaseAccEnable) {\n    when(io.freq.fire()) {\n      phaseCounter := phaseCounter + io.freq.bits.asUInt()\n    }\n  } else {\n    when(io.freq.fire()) {\n      phaseCounter := io.freq.bits.asUInt()\n    }\n  }\n\n  phaseConverter.io.phase := phaseCounter + io.poff.getOrElse(0.U)\n  \n  val latency = if (params.syncROMEnable) 2 else 1\n  \n  val queueCounter = RegInit(0.U(2.W))\n  queueCounter := queueCounter +& io.freq.fire() -& io.out.fire()\n  val lastStateQueueCounter = RegInit(0.U(2.W))\n  when (queueCounter =\/= RegNext(queueCounter)) {lastStateQueueCounter := RegNext(queueCounter)}\n  val lastStateQueueCounterWire = Wire(UInt(2.W))\n  lastStateQueueCounterWire := Mux(queueCounter =\/= RegNext(queueCounter), RegNext(queueCounter), lastStateQueueCounter)\n  \n  val outFire = RegInit(Bool(), false.B)\n  val inFire = RegInit(Bool(), false.B)\n  when(io.out.fire()) {outFire := true.B}.otherwise {outFire := false.B}\n  when(io.freq.fire()) {inFire := true.B}.otherwise {inFire := false.B}\n  \n  io.freq.ready := (queueCounter < latency.U) || (queueCounter === latency.U && io.out.ready)\n  if(!params.syncROMEnable) {\n      io.out.valid := ((queueCounter === 1.U) && io.out.ready)\n  } else {\n      io.out.valid := (((queueCounter === 2.U) || ((queueCounter === 1.U) && (lastStateQueueCounterWire === 2.U)) && inFire) && io.out.ready)\n  }\n  \n  val outputBufferSin = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n  val outputBufferCos = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n\n  if(!params.syncROMEnable){\n    when(inFire){\n      outputBufferSin := phaseConverter.io.sinOut\n      outputBufferCos := phaseConverter.io.cosOut\n    }\n    when(queueCounter === 1.U){\n      when(io.freq.fire() && inFire){\n        io.out.bits.real := phaseConverter.io.cosOut\n        io.out.bits.imag := phaseConverter.io.sinOut\n      }.elsewhen(io.freq.fire() && !inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.elsewhen(!io.freq.fire() && inFire){\n        io.out.bits.real := phaseConverter.io.cosOut\n        io.out.bits.imag := phaseConverter.io.sinOut\n      }.otherwise{\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }\n    }.otherwise{\n      io.out.bits.real := phaseConverter.io.cosOut\n      io.out.bits.imag := phaseConverter.io.sinOut\n    }\n  } else {\n    val outputBufferSin2 = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n    val outputBufferCos2 = RegInit(params.protoOut, 0.U.asTypeOf(params.protoOut))\n    \n    when(inFire){\n      outputBufferSin := phaseConverter.io.sinOut\n      outputBufferCos := phaseConverter.io.cosOut\n      outputBufferSin2 := outputBufferSin\n      outputBufferCos2 := outputBufferCos\n    }\n    \n    when(queueCounter === 2.U){\n      when(io.freq.fire() && inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.elsewhen(io.freq.fire() && !inFire){\n        io.out.bits.real := outputBufferCos2\n        io.out.bits.imag := outputBufferSin2\n      }.elsewhen(!io.freq.fire() && inFire){\n        io.out.bits.real := outputBufferCos\n        io.out.bits.imag := outputBufferSin\n      }.otherwise{\n        io.out.bits.real := outputBufferCos2\n        io.out.bits.imag := outputBufferSin2\n      }\n    }.otherwise{\n      io.out.bits.real := outputBufferCos\n      io.out.bits.imag := outputBufferSin\n    }\n  }\n}\n\n\nclass NCOStreamingPOFF[T <: Data : Real : BinaryRepresentation](params: NCOParams[T]) extends Module {\n\n  val io = IO(new NCOIOStreamingPOFF(params))\n  val tableSize = params.tableSize\n\n  val phaseCounter = RegInit(UInt(params.phaseWidth.W), 0.U)\n  val phaseConverter = Module(new NCOTable(params.tableParams))\n  val outputReady = {\n    if (params.syncROMEnable) {\n      RegNext(RegNext(io.out.ready, false.B))\n    } else {\n      RegNext(io.out.ready, false.B)\n    }\n  }\n\n  val enable = outputReady && io.inputEnable.getOrElse(true.B)\n\n  if ((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) {\n    when(enable && io.out.ready) {\n      phaseCounter := phaseCounter + io.freq.getOrElse(1.U)\n    }\n  } else {\n    phaseCounter := io.freq.getOrElse(0.U)\n  }\n  \n\n  when(io.poff.fire()){\n    phaseConverter.io.phase := phaseCounter + io.poff.bits\n  }.otherwise{\n    phaseConverter.io.phase := phaseCounter\n  }\n\n  io.out.bits.real := phaseConverter.io.cosOut\n  io.out.bits.imag := phaseConverter.io.sinOut\n\n  io.out.valid     := Mux(io.out.ready, RegNext(enable), io.out.ready)\n\n  io.poff.ready := RegNext(io.out.ready, false.B)\n\n}\n\n\nclass NCONoStreaming[T <: Data : Real : BinaryRepresentation](params: NCOParams[T]) extends Module {\n\n  val io = IO(new NCOIONoStreaming(params))\n  val tableSize = params.tableSize\n\n  val phaseCounter = RegInit(UInt(params.phaseWidth.W), 0.U)\n  val phaseConverter = Module(new NCOTable(params.tableParams))\n  val outputReady = {\n    if (params.syncROMEnable) {\n      RegNext(RegNext(io.out.ready, false.B))\n    } else {\n      RegNext(io.out.ready, false.B)\n    }\n  }\n  val enable = outputReady && io.inputEnable.getOrElse(true.B)\n\n  if ((params.phaseAccEnable) || (!(params.phaseAccEnable) && (params.pincType == Fixed))) {\n    when(enable && io.out.ready) {\n      phaseCounter := phaseCounter + io.freq.getOrElse(1.U)\n    }\n  } else {\n    phaseCounter := io.freq.getOrElse(0.U)\n  }\n\n  phaseConverter.io.phase := phaseCounter + io.poff.getOrElse(0.U)\n\n  io.out.bits.real := phaseConverter.io.cosOut\n  io.out.bits.imag := phaseConverter.io.sinOut\n\n  io.out.valid     := Mux(io.out.ready, RegNext(enable), io.out.ready)\n\n}\n"}
{"repo_name":"milovanovic\/nco","path":"src\/main\/scala\/NCOTable.scala","text":"<reponame>milovanovic\/nco<gh_stars>1-10\n\/\/ SPDX-License-Identifier: Apache-2.0\n\npackage nco\n\nimport breeze.numerics.sin\nimport chisel3._\nimport chisel3.experimental.FixedPoint\nimport chisel3.util._\nimport dsptools.SyncROM\nimport dsptools.numbers._\nimport dsptools._\n\/\/import dsptools.{hasContext, DspContext, RoundHalfUp, RoundDown}\n\nimport scala.collection.mutable\nimport scala.math.Pi\nimport chisel3.util.random.LFSR\n\n\nprivate [nco] object NCOTableParams {\n  val tableNameList = mutable.Set[String]()\n}\n\ncase class NCOTableParams[T <: Data]\n(\n  phaseWidth: Int,\n  phaseConv: UInt => T,\n  protoTable: T,\n  protoOut:   T,\n  tableSize: Int,\n  rasterizedMode: Boolean = false,\n  nInterpolationTerms: Int = 0,\n  tableName: String = \"NCOTableLUT\",\n  ditherEnable: Boolean = false,\n  syncROMEnable: Boolean = false,\n  roundingMode: TrimType = RoundHalfUp\n) {\n  require(tableSize > 0, s\"Table size must be greater than zero!\")\n  require(nInterpolationTerms >= 0, s\"Taylor terms must be greater than or equal to zero!\")\n  \/\/require(!NCOTableParams.tableNameList.contains(tableName), s\"Name $tableName already used.\")\n  NCOTableParams.tableNameList.add(tableName)\n\n  val addrBits = log2Ceil(tableSize)\n}\n\nobject FixedNCOTableParams {\n  def apply(tableSize: Int, tableWidth: Int, phaseWidth: Int = 8, rasterizedMode: Boolean = false, nInterpolationTerms: Int = 0, ditherEnable: Boolean = false, syncROMEnable: Boolean = false, roundingMode: TrimType = RoundHalfUp): NCOTableParams[FixedPoint] = {\n    require(tableWidth >= 3)\n    val phaseW = {\n      if (rasterizedMode){\n        (log2Ceil(tableSize)+2).toInt\n      } else {\n        phaseWidth\n      }\n    }\n    NCOTableParams(\n      phaseWidth = phaseW,\n      phaseConv = {x: UInt => Cat(0.U, x).asTypeOf(FixedPoint.apply(width = phaseWidth.W, binaryPoint = phaseWidth.BP))},\n      protoTable = FixedPoint((tableWidth).W, (tableWidth-2).BP),\n      protoOut   = FixedPoint((tableWidth).W, (tableWidth-2).BP),\n      tableSize  = tableSize,\n      rasterizedMode = rasterizedMode,\n      nInterpolationTerms = nInterpolationTerms,\n      ditherEnable = ditherEnable,\n      syncROMEnable = syncROMEnable,\n      roundingMode = roundingMode\n    )\n  }\n}\n\nobject DspRealNCOTableParams {\n  def apply(tableSize: Int, rasterizedMode: Boolean = false): NCOTableParams[DspReal] = {\n    val phaseW = (log2Ceil(tableSize)+2).toInt\n    NCOTableParams(\n      phaseWidth = phaseW,\n      phaseConv = {x: UInt => (0.U).asReal()},\n      protoTable = DspReal(),\n      protoOut   = DspReal(),\n      tableSize  = tableSize,\n      rasterizedMode = rasterizedMode,\n      nInterpolationTerms = 0,\n      ditherEnable = false,\n      syncROMEnable = false,\n      roundingMode = RoundHalfUp\n    )\n  }\n}\n\n\nclass NCOTableIO[T <: Data](params: NCOTableParams[T]) extends Bundle {\n  val phase = Input(UInt(params.phaseWidth.W))\n  val sinOut = Output(params.protoOut.cloneType)\n  val cosOut = Output(params.protoOut.cloneType)\n}\n\n\nclass NCOTableStandardMode[T <: Data : Ring : BinaryRepresentation : ConvertableTo](params: NCOTableParams[T]) extends Module {\n\n  val io = IO(new NCOTableIO(params))\n\n  require(params.phaseWidth >= params.addrBits + 2,\n    s\"Input phase must have at least two more bits ($params.phaseWidth) than the address into the table ($params.addrBits).\")\n\n  require(isPow2(params.tableSize), s\"Table Size must be a power of 2 when working in standard mode.\")\n\n  val totalWidth = params.phaseWidth\n\n\n  val msbTop    = totalWidth\n  val msbBot    = totalWidth - 2\n  val addrTop   = msbBot\n  val addrBot   = msbBot - log2Ceil(params.tableSize)\n  val interpTop = addrBot\n  val interpBot = 0\n\n  val ditherWidth = interpTop + 1\n  val lfsrVal = LFSR(16).asTypeOf(SInt(16.W))\n  val ditherAdd = lfsrVal(15-1, 15 - ditherWidth).asTypeOf(SInt(ditherWidth.W))\n\n  val phaseDither = Cat(0.U, io.phase).asSInt() + ditherAdd\n\n  val msbs = {\n    if (params.ditherEnable){\n      phaseDither(msbTop-1, msbBot)\n    } else {\n      io.phase(msbTop-1, msbBot)\n    }\n  }\n\n  val addr = {\n    if (params.ditherEnable){\n      phaseDither(addrTop-1, addrBot)\n    } else {\n      io.phase(addrTop-1, addrBot)\n    }\n  }\n\n  val interp = {\n    if (params.ditherEnable){\n      phaseDither(0 max (interpTop-1), interpBot)\n    } else {\n      io.phase(0 max (interpTop-1), interpBot)\n    }\n  }\n\n  val interp2 = Reg(UInt())\n  interp2 := interp\n  \/\/ interpret the lsbs as a \u0394\u03b8\n  val x = {\n    if (params.syncROMEnable){\n      params.phaseConv(interp2)\n    } else {\n      params.phaseConv(interp)\n    }\n  }\n\n  val sinAddr = Wire(UInt())\n  val cosAddr = Wire(UInt())\n\n  val sinNegative = Reg(Bool())\n  val cosNegative = Reg(Bool())\n\n  val sinNegative2 = Wire(Bool())\n  val cosNegative2 = Wire(Bool())\n\n  sinAddr := 0.U\n  cosAddr := 0.U\n  sinNegative := false.B\n  cosNegative := false.B\n  sinNegative2 := false.B\n  cosNegative2 := false.B\n\n  val one = ConvertableTo[T].fromDouble(1.0)\n\n  def addrReverse(addr: UInt): UInt = {\n    0.U - addr\n  }\n\n  def zeroAddrReverse(addr: UInt): UInt = {\n    (~addr).asUInt()\n  }\n\n  val sinIsOne = Reg(Bool())\n  val cosIsOne = Reg(Bool())\n\n  val sinIsOne2 = Wire(Bool())\n  val cosIsOne2 = Wire(Bool())\n\n  sinIsOne := false.B\n  cosIsOne := false.B\n  sinIsOne2 := false.B\n  cosIsOne2 := false.B\n\n  switch(msbs) {\n    is(\"b00\".U) {\n      sinAddr := addr\n      cosAddr := addrReverse(addr)\n      sinNegative := false.B\n      cosNegative := false.B\n      sinNegative2 := false.B\n      cosNegative2 := false.B\n      cosIsOne := cosAddr === 0.U && addr === 0.U\n      cosIsOne2 := cosAddr === 0.U && addr === 0.U\n    }\n    is(\"b01\".U) {\n      sinAddr := addrReverse(addr)\n      cosAddr :=  addr\n      sinNegative := false.B\n      cosNegative := true.B\n      sinNegative2 := false.B\n      cosNegative2 := true.B\n      sinIsOne := sinAddr === 0.U && addr === 0.U\n      sinIsOne2 := sinAddr === 0.U && addr === 0.U\n    }\n    is(\"b10\".U) {\n      sinAddr := addr\n      cosAddr := addrReverse(addr)\n      sinNegative := true.B\n      cosNegative := true.B\n      sinNegative2 := true.B\n      cosNegative2 := true.B\n      cosIsOne := cosAddr === 0.U && addr === 0.U\n      cosIsOne2 := cosAddr === 0.U && addr === 0.U\n    }\n    is(\"b11\".U) {\n      sinAddr := addrReverse(addr)\n      cosAddr := addr\n      sinNegative := true.B\n      cosNegative := false.B\n      sinNegative2 := true.B\n      cosNegative2 := false.B\n      sinIsOne := sinAddr === 0.U && addr === 0.U\n      sinIsOne2 := sinAddr === 0.U && addr === 0.U\n    }\n\n  }\n\n  val sinTableOut = Wire(params.protoTable)\n  val cosTableOut = Wire(params.protoTable)\n\n  if(params.syncROMEnable){\n    val sinTable = DspContext.withTrimType(params.roundingMode) {\n      (0 until params.tableSize).map { i =>\n        val sinValue = sin(0.5 * Pi * i.toDouble \/ params.tableSize)\n        val asT = ConvertableTo[T].fromDouble(sinValue, params.protoTable)\n        asT.litValue()\n      }\n    }\n    val table0 = Module(new SyncROM(params.tableName, sinTable))\n    table0.io.addr1 := sinAddr\n    table0.io.addr2 := cosAddr\n    sinTableOut := Mux(sinIsOne, one, Cat(0.U, table0.io.data1).asTypeOf(params.protoTable))\n    cosTableOut := Mux(cosIsOne, one, Cat(0.U, table0.io.data2).asTypeOf(params.protoTable))\n  } else {\n    def sinTable() = {\n      DspContext.withTrimType(params.roundingMode) {\n        val times = (0 until params.tableSize).map(i => (i.toDouble*0.5*Pi)\/(params.tableSize))\n        val inits = times.map(t => params.protoTable.fromDoubleWithFixedWidth(sin(t)))\n        VecInit(inits)\n      }\n    }\n    val table0 = sinTable()\n    sinTableOut := Mux(sinIsOne2, one, table0(sinAddr).asTypeOf(params.protoTable))\n    cosTableOut := Mux(cosIsOne2, one, table0(cosAddr).asTypeOf(params.protoTable))\n  }\n\n\n  val sinOut = {\n    if(params.syncROMEnable){\n      Mux(sinNegative, -sinTableOut, sinTableOut)\n    } else {\n      Mux(sinNegative2, -sinTableOut, sinTableOut)\n    }\n  }\n  val cosOut = {\n    if(params.syncROMEnable){\n      Mux(cosNegative, -cosTableOut, cosTableOut)\n    } else {\n      Mux(cosNegative2, -cosTableOut, cosTableOut)\n    }\n  }\n\n  \/\/ interpolation\n  \/\/ coeffs go down as 1\/n! * a_n\n  \/\/ for sine, a_n is cos, -sin, -cos, sin, cos, ...\n  \/\/ for cosine, a_n is the same sequence with the first term dropped\n\n  val sinDerivs = Seq(cosOut, -sinOut, -cosOut, sinOut)\n  val cosDerivs = Seq(-sinOut, -cosOut, sinOut, cosOut)\n\n  def fact(i: Int): Double = {\n    if (i <= 0) 1.0\n    else (1 to i).map(BigInt(_)).product.toDouble\n  }\n\n  val n = params.protoOut match {\n    case f: FixedPoint => f.binaryPoint.get\n    case _ => 64\n  }\n\n  \/\/ compute terms of the taylor approximation\n  val (sinTerms, cosTerms) = DspContext.withTrimType(params.roundingMode){ (Seq((sinOut, cosOut)) ++  (1 to params.nInterpolationTerms).map { i =>\n    val coeff = ConvertableTo[T].fromDouble(math.pow(2.0 * Pi, i) \/ fact(i), params.protoOut)\n    \/\/ coeff * x^i\n    val coeff_x_xi = (coeff * TreeReduce(Seq.fill(i) {\n      x\n    }, (x: T, y: T) => (x * y).trimBinary(n))).trimBinary(n)\n    val sinTerm = (coeff_x_xi * sinDerivs((i - 1) % 4)).trimBinary(n)\n    val cosTerm = (coeff_x_xi * cosDerivs((i - 1) % 4)).trimBinary(n)\n    (sinTerm, cosTerm)\n  })}.unzip\n\n  \/\/ add all the terms\n  val sinInterp = DspContext.withTrimType(params.roundingMode){ TreeReduce(sinTerms, (x:T, y:T) => (x+y).trimBinary(n)) }\n  val cosInterp = DspContext.withTrimType(params.roundingMode){ TreeReduce(cosTerms, (x:T, y:T) => (x+y).trimBinary(n)) }\n\n  io.sinOut := Mux((params.phaseWidth).asUInt === (params.addrBits + 2).asUInt, sinOut, sinInterp)\n  io.cosOut := Mux((params.phaseWidth).asUInt === (params.addrBits + 2).asUInt, cosOut, cosInterp)\n\n}\n\n\nclass NCOTableRasterizedMode[T <: Data : Ring : BinaryRepresentation : ConvertableTo](params: NCOTableParams[T]) extends Module {\n\n  val io = IO(new NCOTableIO(params))\n\n  val totalWidth = params.phaseWidth\n\n\n  val msbTop    = totalWidth\n  val msbBot    = totalWidth - 2\n  val addrTop   = msbBot\n  val addrBot   = msbBot - log2Ceil(params.tableSize)\n\n  val addrR = Cat(0.U, (io.phase(msbTop-1, 0)).asUInt%(params.tableSize).U)\n  val msbs = (((io.phase(msbTop-1, 0)).asUInt)\/(params.tableSize).U)%4.U\n  val addr = addrR\n\n  val sinAddr = Wire(UInt())\n  val cosAddr = Wire(UInt())\n\n  val sinNegative = Reg(Bool())\n  val cosNegative = Reg(Bool())\n\n  val sinNegative2 = Wire(Bool())\n  val cosNegative2 = Wire(Bool())\n\n  sinAddr := 0.U\n  cosAddr := 0.U\n  sinNegative := false.B\n  cosNegative := false.B\n  sinNegative2 := false.B\n  cosNegative2 := false.B\n\n  val one = ConvertableTo[T].fromDouble(1.0)\n\n  def addrReverse(addr: UInt): UInt = {\n    params.tableSize - addr\n  }\n\n  def zeroAddrReverse(addr: UInt): UInt = {\n    (~addr).asUInt()\n  }\n\n  val sinIsOne2 = Wire(Bool())\n  val cosIsOne2 = Wire(Bool())\n  val sinIsOne = Reg(Bool())\n  val cosIsOne = Reg(Bool())\n\n  sinIsOne := false.B\n  cosIsOne := false.B\n  sinIsOne2 := false.B\n  cosIsOne2 := false.B\n\n  switch(msbs) {\n    is(\"b00\".U) {\n      sinAddr := addr\n      cosAddr := addrReverse(addr)\n      sinNegative := false.B\n      cosNegative := false.B\n      sinNegative2 := false.B\n      cosNegative2 := false.B\n      cosIsOne := cosAddr === (params.tableSize).U && addr === 0.U\n      cosIsOne2 := cosAddr === (params.tableSize).U && addr === 0.U\n    }\n    is(\"b01\".U) {\n      sinAddr := addrReverse(addr)\n      cosAddr :=  addr\n      sinNegative := false.B\n      cosNegative := true.B\n      sinNegative2 := false.B\n      cosNegative2 := true.B\n      sinIsOne := sinAddr === (params.tableSize).U && addr === 0.U\n      sinIsOne2 := sinAddr === (params.tableSize).U && addr === 0.U\n    }\n    is(\"b10\".U) {\n      sinAddr := addr\n      cosAddr := addrReverse(addr)\n      sinNegative := true.B\n      cosNegative := true.B\n      sinNegative2 := true.B\n      cosNegative2 := true.B\n      cosIsOne := cosAddr === (params.tableSize).U && addr === 0.U\n      cosIsOne2 := cosAddr === (params.tableSize).U && addr === 0.U\n    }\n    is(\"b11\".U) {\n      sinAddr := addrReverse(addr)\n      cosAddr := addr\n      sinNegative := true.B\n      cosNegative := false.B\n      sinNegative2 := true.B\n      cosNegative2 := false.B\n      sinIsOne := sinAddr === (params.tableSize).U && addr === 0.U\n      sinIsOne2 := sinAddr === (params.tableSize).U && addr === 0.U\n    }\n  }\n\n  val sinTableOut = Wire(params.protoTable)\n  val cosTableOut = Wire(params.protoTable)\n\n  if(params.syncROMEnable){\n    val sinTable = DspContext.withTrimType(params.roundingMode) {\n      (0 until params.tableSize).map { i =>\n        val sinValue = sin(0.5 * Pi * i.toDouble \/ params.tableSize)\n        val asT = ConvertableTo[T].fromDouble(sinValue, params.protoTable)\n        asT.litValue()\n      }\n    }\n    val table0 = Module(new SyncROM(params.tableName, sinTable))\n    table0.io.addr1 := sinAddr\n    table0.io.addr2 := cosAddr\n    sinTableOut := Mux(sinIsOne, one, Cat(0.U, table0.io.data1).asTypeOf(params.protoTable))\n    cosTableOut := Mux(cosIsOne, one, Cat(0.U, table0.io.data2).asTypeOf(params.protoTable))\n  } else {\n    def sinTable() = {\n      DspContext.withTrimType(params.roundingMode) {\n        val times = (0 until params.tableSize).map(i => (i.toDouble*0.5*Pi)\/(params.tableSize))\n        val inits = times.map(t => params.protoTable.fromDoubleWithFixedWidth(sin(t)))\n        VecInit(inits)\n      }\n    }\n    val table0 = sinTable()\n    sinTableOut := Mux(sinIsOne2, one, table0(sinAddr).asTypeOf(params.protoTable))\n    cosTableOut := Mux(cosIsOne2, one, table0(cosAddr).asTypeOf(params.protoTable))\n  }\n\n  val sinOut = {\n    if(params.syncROMEnable){\n      Mux(sinNegative, -sinTableOut, sinTableOut)\n    } else {\n      Mux(sinNegative2, -sinTableOut, sinTableOut)\n    }\n  }\n  val cosOut = {\n    if(params.syncROMEnable){\n      Mux(cosNegative, -cosTableOut, cosTableOut)\n    } else {\n      Mux(cosNegative2, -cosTableOut, cosTableOut)\n    }\n  }\n\n  io.sinOut := sinOut\n  io.cosOut := cosOut\n\n}\n\n\nclass NCOTable[T <: Data : Ring : BinaryRepresentation : ConvertableTo](params: NCOTableParams[T]) extends Module {\n\n  val io = IO(new NCOTableIO(params))\n\n  val tableNCO = {\n    if (params.rasterizedMode){\n      Module(new NCOTableRasterizedMode(params))\n    } else {\n      Module(new NCOTableStandardMode(params))\n    }\n  }\n\n  tableNCO.io.phase := io.phase\n  io.sinOut := tableNCO.io.sinOut\n  io.cosOut := tableNCO.io.cosOut\n\n}\n\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/impl\/MapReducer.scala","text":"package com.github.akovari.rdfp.api.mapreduce.impl\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.SupervisorStrategy.{Escalate, Restart}\nimport akka.actor.{LoggingFSM, _}\nimport akka.util.Timeout\nimport com.github.akovari.rdfp.api.mapreduce._\nimport com.github.akovari.rdfp.Configuration\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Success}\n\nobject MapReduceConstants {\n  implicit val defaultQueryTimeout = Timeout(Configuration().getDuration(\"mapreduce.queryTimeout\", TimeUnit.SECONDS) seconds)\n  val defaultPhaseTimeout = Configuration().getDuration(\"mapreduce.phaseTimeout\", TimeUnit.SECONDS) seconds\n\n  def api(implicit system: akka.actor.ActorSystem) = system.actorOf(Props[UnifiedMapReduceApi])\n}\n\ncase class NoEmitInvokedInPhase(phase: State) extends Exception(phase.toString)\n\n\/**\n * Created by akovari on 27.2.2015.\n *\/\nclass MapReducer extends LoggingFSM[State, Data] with ActorLogging {\n\n  import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n  import com.github.akovari.rdfp.api.mapreduce.impl.MapReduceConstants._\n  import com.github.akovari.rdfp.api.mapreduce.impl.MapReduceJavaScriptEngine._\n\n  override def logDepth = 12\n  implicit val system = context.system\n  implicit val executionContext = context.dispatcher\n  implicit val loggingAdapter = log\n\n  override def supervisorStrategy = OneForOneStrategy(maxNrOfRetries = 5, withinTimeRange = 1 minute) {\n    case e: Exception =>\n      Escalate\n  }\n\n  startWith(Idle, Uninitialized)\n\n  when(Idle) {\n    case Event(EvaluateScript(scriptBody, args), Uninitialized) =>\n      goto(LoadPhase) using EvaluatedScriptEngine(ScriptEngineActor(evalWithActorRef(self, scriptBody), sender), args)\n  }\n\n  onTransition {\n    case Idle -> LoadPhase =>\n      (nextStateData: @unchecked) match {\n        case EvaluatedScriptEngine(ScriptEngineActor(engine, _), args) =>\n          val s = self\n          invokeFunction(engine, 'load, args: _*).onFailure {\n            case e => s ! PhaseProcessingFailed(LoadPhase, e)\n          }\n      }\n  }\n\n  when(LoadPhase, stateTimeout = defaultPhaseTimeout) {\n    case Event(EmitEvent(data), EvaluatedScriptEngine(engine, _)) =>\n      stay using EmittedData(engine, data)\n    case Event(EmitEvent(data), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, data))\n    case Event(EmitKVEvent(key, value), EvaluatedScriptEngine(engine, _)) =>\n      stay using EmittedData(engine, Map(key -> value))\n    case Event(EmitKVEvent(key, value), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, Map(key -> value)))\n    case Event(PhaseDoneEvent, EmittedData(engine, data)) =>\n      goto(MapPhase) using EmittedData(engine, newEmitable)\n    case Event(PhaseDoneEvent, EvaluatedScriptEngine(engine, _)) =>\n      \/\/ No emit event from LoadPhase\n      stop(FSM.Failure(NoEmitInvokedInPhase(LoadPhase)))\n  }\n\n  onTransition {\n    case LoadPhase -> MapPhase =>\n      (stateData: @unchecked) match {\n        case EmittedData(ScriptEngineActor(engine, senderActor), data) =>\n          val s = self\n          Future.sequence(data.map { entry =>\n            val f = invokeFunction(engine, 'map, entry._1, entry._2.asJava)\n            f.onFailure {\n              case e => s ! PhaseProcessingFailed(MapPhase, e)\n            }\n            f\n          }).onSuccess {\n            case _ => s ! PhaseDoneEvent\n          }\n        case EvaluatedScriptEngine(engine, _) =>\n      }\n  }\n\n  when(MapPhase, stateTimeout = defaultPhaseTimeout) {\n    case Event(EmitEvent(data), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, data))\n    case Event(EmitKVEvent(key, value), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, Map(key -> value)))\n    case Event(PhaseDoneEvent, EmittedData(engine, data)) if data.size() == 0 =>\n      stop(FSM.Failure(NoEmitInvokedInPhase(MapPhase)))\n    case Event(PhaseDoneEvent, EmittedData(engine, data)) =>\n      goto(ReducePhase) using EmittedData(engine, newEmitable)\n  }\n\n  onTransition {\n    case MapPhase -> ReducePhase =>\n      (stateData: @unchecked) match {\n        case EmittedData(ScriptEngineActor(engine, senderActor), data) =>\n          val s = self\n          Future.sequence(data.map { entry =>\n            val f = invokeFunction(engine, 'reduce, entry._1, entry._2.asJava)\n            f.onFailure {\n              case e => s ! PhaseProcessingFailed(ReducePhase, e)\n            }\n            f\n          }).onSuccess {\n            case _ => s ! PhaseDoneEvent\n          }\n      }\n  }\n\n  when(ReducePhase, stateTimeout = defaultPhaseTimeout) {\n    case Event(EmitEvent(data), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, data))\n    case Event(EmitKVEvent(key, value), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, Map(key -> value)))\n    case Event(PhaseDoneEvent, EmittedData(engine, data)) if data.size() == 0 =>\n      stop(FSM.Failure(NoEmitInvokedInPhase(ReducePhase)))\n    case Event(PhaseDoneEvent, EmittedData(engine, data)) =>\n      goto(FinalizePhase) using EmittedData(engine, newEmitable)\n  }\n\n  onTransition {\n    case ReducePhase -> FinalizePhase =>\n      (stateData: @unchecked) match {\n        case EmittedData(ScriptEngineActor(engine, senderActor), data) =>\n          val s = self\n          invokeFunction(engine, 'finalize, data).onComplete {\n            case Success(_) => s ! PhaseDoneEvent\n            case Failure(e) => s ! PhaseProcessingFailed(FinalizePhase, e)\n          }\n      }\n  }\n\n  when(FinalizePhase, stateTimeout = defaultPhaseTimeout) {\n    case Event(EmitEvent(data), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, data))\n    case Event(EmitKVEvent(key, value), EmittedData(engine, curdata)) =>\n      stay using EmittedData(engine, mergeMaps(curdata, Map(key -> value)))\n    case Event(PhaseDoneEvent, EmittedData(ScriptEngineActor(engine, senderActor), data)) =>\n      senderActor ! FinalizedData(data)\n      goto(Idle) using Uninitialized\n  }\n\n\n  onTransition {\n    case FinalizePhase -> Idle =>\n      (stateData: @unchecked) match {\n        case EmittedData(ScriptEngineActor(engine, senderActor), data) =>\n          log.debug(s\"Finishing Map\/Reduce Query with $data\")\n      }\n  }\n\n  whenUnhandled {\n    case Event(StateTimeout, s) =>\n      log.warning(\"Received StateTimeout in state {}\", s)\n      stop(FSM.Failure(StateTimeout))\n    case Event(PhaseProcessingFailed(p, e), s) =>\n\/\/      log.error(e, s\"Phase Processing Failed: $p\")\n      stop(FSM.Failure(e))\n    case Event(DataWithCallback(data, cb), s) =>\n      cb(data.asJava)\n      stay\n    case Event(e, s) =>\n      log.warning(\"Received unhandled request {} in state {}\/{}\", e, stateName, s)\n      stay\n  }\n\n  onTransition {\n    case from -> to => log.debug(s\"Transitioning state $from -> $to using $nextStateData\")\n  }\n\n  onTermination {\n    case StopEvent(FSM.Failure(cause), state, data) => {\n      val lastEvents = getLog.mkString(\"\\n\\t\")\n      val msg =\n        s\"\"\"$cause\n            |\n            |\n            |Failure in state $state with data $data.\n                                                      |\n                                                      |Events leading up to this point:\n                                                      |$lastEvents\"\"\".stripMargin\n      (data: @unchecked) match {\n        case EvaluatedScriptEngine(ScriptEngineActor(engine, senderActor), _) => senderActor ! MapReducerFailure(msg)\n        case EmittedData(ScriptEngineActor(engine, senderActor), _) => senderActor ! MapReducerFailure(msg)\n      }\n    }\n  }\n\n  initialize()\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/SalesForceQueryCache.scala","text":"package com.github.akovari.rdfp.data.cases\n\nimport com.github.akovari.typesafeSalesforce.cxf.{enterprise => e}\nimport com.github.akovari.typesafeSalesforce.query.SelectQuery._\nimport com.github.akovari.typesafeSalesforce.query._\nimport shapeless.{HList, HNil}\n\n\/**\n  * User: akovari\n  * Date: 28.6.2014\n  * Time: 16:00\n  *\/\nobject SalesForceQueryCache {\n  def caseQueryWithFilter[O <: HList](filter: Filter, orderBy: Option[OrderList[O]]) =\n    (select(e.SObject_.id :: e.Case_.caseNumber :: (e.Case_.account :\/ e.Account_.accountNumber) :: e.Case_.status :: HNil) from e.Case_ where (filter) orderBy (orderBy.getOrElse(OrderList((e.SObject_.id asc) :: HNil)))).query\n\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/test\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/QOLParserSpec.scala","text":"package com.github.akovari.rdfp.api.ql\n\nimport com.github.akovari.rdfp.api.ql.QOLParser._\nimport org.parboiled.scala.parserunners.ReportingParseRunner\nimport org.parboiled.scala.testing.ParboiledTest\nimport org.scalatest.{Matchers, FlatSpec}\n\n\/**\n * Created by akovari on 03\/07\/15.\n *\/\nclass QOLParserSpec extends FlatSpec with Matchers with ParboiledTest {\n  type Result = AstNode\n  val parser = new QOLParser() {\n    override val buildParseTree = true\n  }\n\n  \"a simple field\" should \"work with just an ident\" in {\n    val rule = parser.QOLField\n    parse(ReportingParseRunner(rule), \"createdBy\") {\n      parsingResult.result should be(Some(Field(\"createdBy\")))\n    }\n  }\n\n  \"a simple field asc order\" should \"work with ident and asc keyword\" in {\n    val rule = parser.QOLAscFieldOrder\n    parse(ReportingParseRunner(rule), \"createdBy asc\") {\n      parsingResult.result should be(Some(AscFieldOrder(Field(\"createdBy\"))))\n    }\n  }\n\n  \"a simple field desc order\" should \"work with ident and desc keyword\" in {\n    val rule = parser.QOLDescFieldOrder\n    parse(ReportingParseRunner(rule), \"createdBy desc\") {\n      parsingResult.result should be(Some(DescFieldOrder(Field(\"createdBy\"))))\n    }\n  }\n\n  \"a simple field desc order\" should \"work with ident and desc keyword and result in a TableOrder\" in {\n    val rule = parser.QOLTableOrder\n    parse(ReportingParseRunner(rule), \"createdBy desc\") {\n      parsingResult.result should be(Some(TableOrder(List(DescFieldOrder(Field(\"createdBy\"))))))\n    }\n  }\n\n  \"two simple fields asc, desc orders\" should \"work result in a correct TableOrder\" in {\n    val rule = parser.QOLTableOrder\n    parse(ReportingParseRunner(rule), \"id asc, createdBy desc\") {\n      parsingResult.result should be(Some(TableOrder(List(AscFieldOrder(Field(\"id\")), DescFieldOrder(Field(\"createdBy\"))))))\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nlogLevel := Level.Warn\n\nresolvers ++= Seq(\n  \"sonatype-releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/\"\n)\n\nresolvers += Resolver.url(\"sbt-plugin-snapshots\", new URL(\"http:\/\/repo.scala-sbt.org\/scalasbt\/sbt-plugin-snapshots\/\"))(Resolver.ivyStylePatterns)\n\nresolvers += Resolver.sonatypeRepo(\"public\")\n\naddSbtPlugin(\"io.spray\" % \"sbt-revolver\" % \"0.7.2\")\n\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-aspectj\" % \"0.10.1\")\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/PostgresQueryCache.scala","text":"package com.github.akovari.rdfp.data.cases\n\nimport com.github.akovari.rdfp.api.ql.UQLContext\nimport com.github.akovari.rdfp.api.ql.db.SQLTables._\nimport org.jooq.DSLContext\n\n\/**\n  * Created by akovari on 17.11.15.\n  *\/\nobject PostgresQueryCache {\n  def caseLinksSelectQuery(implicit dsl: DSLContext, resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType) = {\n    val q = dsl.selectQuery(CASE_LINKS_T)\n    q.addSelect(fields(CASE_LINKS_T))\n    q\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/test\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/SalesForceQueryCacheSpec.scala","text":"<filename>src\/test\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/SalesForceQueryCacheSpec.scala\npackage com.github.akovari.rdfp.data.cases\n\nimport org.scalatest.{Matchers, FlatSpec}\nimport com.github.akovari.typesafeSalesforce.cxf.{enterprise => e}\nimport com.github.akovari.typesafeSalesforce.query.SelectQuery._\nimport com.github.akovari.typesafeSalesforce.query._\nimport shapeless.{HList, HNil}\n\n\/**\n * Created by akovari on 28.10.15.\n *\/\nclass SalesForceQueryCacheSpec extends FlatSpec with Matchers {\n  \"caseQueryWithFilter\" should \"be equal to \\\"\\\"\" in {\n    (SalesForceQueryCache.caseQueryWithFilter(e.Case_.status :== \"Waiting on Customer\", None)).toString.trim should be(\n      \"SELECT Id, CaseNumber, Account.AccountNumber, Status FROM Case WHERE (Status = 'Waiting on Customer') ORDER BY Id ASC\"\n    )\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/UnifiedMapReduceApi.scala","text":"package com.github.akovari.rdfp.api.mapreduce\n\nimport akka.actor.SupervisorStrategy.Escalate\nimport akka.actor._\nimport com.github.akovari.rdfp.Configuration\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.{UnifiedQueryLimit, UnifiedQueryOffset, UnifiedResultFromResourceType}\nimport com.github.akovari.rdfp.api.ql.{UQLParser, UQLContext}\nimport com.github.akovari.rdfp.data.cases.{CasesResourceImpl, CasesResource}\n\nimport com.github.akovari.rdfp.data.ResourceType\nimport com.github.akovari.rdfp.api.mapreduce.MapReduceModels.CallbackType\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration._\n\ncase class ApiQuery(query: AnyRef, sender: ActorRef)\n\ncase class CaseQuery[T, R](query: String, callback: CallbackType[T, R])\n\ncase class CaseLinksQuery[T, R](query: String, callback: CallbackType[T, R])\n\n\/**\n  * Created by akovari on 4.3.2015.\n  *\/\nclass UnifiedMapReduceApi extends Actor with ActorLogging {\n\n  import Configuration._\n\n  implicit val executionContext = context.dispatcher\n\n  override def supervisorStrategy = OneForOneStrategy(maxNrOfRetries = 5, withinTimeRange = 1 minute) {\n    case e: Exception =>\n      log.error(e, e.getMessage)\n      Escalate\n  }\n\n  override def receive = {\n    case ApiQuery(CaseQuery(query, cb), senderRef) =>\n      caseResource.getCasesByFilter(\n        UQLContext.conditionToSOQLConditionWithoutLimit(\n          UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and $query\"\"\").condition\n        )(UnifiedResultFromResourceType(ResourceType.SupportCase))).map(_.toList).map(s => senderRef ! DataWithCallback(s, cb))\n\n    case ApiQuery(CaseLinksQuery(query, cb), senderRef) =>\n      implicit val offset: Option[UnifiedQueryOffset] = None\n      implicit val limit: Option[UnifiedQueryLimit] = None\n      caseResource.getCaseLinksByFilter(UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and $query\"\"\")).map(_.toList).map(s => senderRef ! DataWithCallback(s, cb))\n  }\n\n  private def caseResource: CasesResource = TypedActor(context).typedActorOf(TypedProps[CasesResourceImpl])\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/UQLContext.scala","text":"package com.github.akovari.rdfp.api.ql\n\nimport java.sql.Timestamp\n\nimport com.github.akovari.rdfp.data.{ResourceType}\nimport com.github.akovari.rdfp.api.ql.QOLParser.TableOrder\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.{UnifiedQueryOrderBy, UnifiedQueryLimit, UnifiedQueryOffset}\nimport com.github.akovari.rdfp.api.ql.db.{SQLContext, SOQLContext}\nimport org.apache.commons.lang.StringEscapeUtils\nimport org.joda.time.DateTime\nimport shapeless.HList\n\nimport scala.util._\nimport scala.collection.JavaConverters._\n\n\n\/**\n * Created by akovari on 20.8.2014.\n *\/\nobject UQLContext extends UQL2SQLTransformer with UQL2SOQLTransformer with UQL2NativeConditionFormatter {\n\n  import com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult._\n  import com.github.akovari.rdfp.api.ql.UQLParser._\n\n\n  implicit def filterToFilterContext(filter: Filter): FilterContext = new FilterContext(filter)\n\n  implicit def filterContextToFilter(filterCtx: FilterContext): Filter = filterCtx.filter\n\n  def filterForResourceType[T](resourceType: ResourceType)(f: (UnifiedResultFromResourceType => UQLParser.Condition => T))(implicit filterCtx: FilterContext): T =\n    Try(ResourceType.valueOf(filterCtx.filter.entity.value)) match {\n      case Success(v) =>\n        if (v.toString == filterCtx.filter.entity.value) f(UnifiedResultFromResourceType(v))(filterCtx.filter.condition)\n        else throw InvalidResourceTypeException(filterCtx.filter.entity.value)\n      case Failure(e) => throw InvalidResourceTypeException(filterCtx.filter.entity.value)\n    }\n\n  def filterForResourceTypes[T](f: PartialFunction[ResourceType, UnifiedResultFromResourceType => UQLParser.Condition => T])(implicit filterCtx: FilterContext): T =\n    Try(ResourceType.valueOf(filterCtx.filter.entity.value)) match {\n      case Success(v) =>\n        if (v.toString == filterCtx.filter.entity.value) f(v)(UnifiedResultFromResourceType(v))(filterCtx.filter.condition)\n        else throw InvalidResourceTypeException(filterCtx.filter.entity.value)\n      case Failure(e) => throw InvalidResourceTypeException(filterCtx.filter.entity.value)\n    }\n\n  implicit def resourceTypeToEntityType(resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType): UQLContext.UnifiedResult.UnifiedEntityType[_] = resourceType\n\n  \/\/  def filterForUri[T](uri: Uri)(f: (UnifiedResultFromString => UQLParser.Condition => T))(implicit filterCtx: FilterContext): T = ???\n\n  sealed case class FilterContext(filter: Filter)\n\n  case class IllegalUQLFieldException(msg: String) extends IllegalArgumentException(msg)\n\n  case class IllegalUQLConditionException(msg: String) extends IllegalArgumentException(msg)\n\n  case class UnexpectedUQLValueException(msg: String) extends IllegalArgumentException(msg)\n\n  case class InvalidResourceTypeException(entity: String) extends Exception\n\n  object UnifiedResult {\n\n    sealed abstract class UnifiedEntityType[R](val value: R)\n\n    sealed case class UnifiedResultFromResourceType(override val value: ResourceType) extends UnifiedEntityType[ResourceType](value = value)\n\n    \/\/    sealed case class UnifiedResultFromString(value: String) extends UnifiedEntityType[String](value = value)\n\n    case class UnifiedQueryOffset(offset: Int)\n    case class UnifiedQueryLimit(limit: Int)\n    case class UnifiedQueryOrderBy(orderBy: String)\n  }\n}\n\nsealed trait UQL2SQLTransformer {\n\n  import UQLParser._\n  import UQLContext._\n  import SQLContext._\n  import org.jooq\n  import org.jooq._\n  import org.jooq.impl.DSL\n\n  private type ConditionType[T] = T => Field[T] => jooq.Condition\n\n  def applyQueryCondition[R <: Record](q: SelectQuery[R], condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_], offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit]): Unit = {\n    q.addConditions(conditionToJooqCondition(condition))\n    val l: Integer = if (limit.isDefined) limit.get.limit else null\n    val o: Integer = if (offset.isDefined) offset.get.offset else 0\n    if (l != null && o != null) {\n      q.addLimit(o, l)\n    }\n  }\n\n  def applyUpdateQueryCondition[R <: Record](q:UpdateQuery[R], condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_]): Unit = {\n    q.addConditions(conditionToJooqCondition(condition))\n  }\n\n  def applyDeleteQueryCondition[R <: Record](q:DeleteQuery[R], condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_]): Unit = {\n    q.addConditions(conditionToJooqCondition(condition))\n  }\n\n  def conditionToPlainFields(condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_]): List[(Field[_], AstValue[_])] = condition match {\n    case EqualsCondition(name, value) =>\n      val field = DSL.field(name)\n      (field.asInstanceOf[Field[_]], value.asInstanceOf[AstValue[_]]) :: Nil\n    case AndCondition(left, right) => conditionToPlainFields(left) ::: conditionToPlainFields(right)\n    case _ => Nil\n  }\n\n  def valueCastOrFail[T2, T](astNode: AstValue[T2], ct: Class[T]): T = {\n    astNode match {\n      case StringNode(value) if ct == classOf[String] =>\n        value.asInstanceOf[T]\n      case NumberNode(value) if ct == classOf[Int] =>\n          value.toInt.asInstanceOf[T]\n      case NumberNode(value) if ct == classOf[Integer] =>\n        value.toInt.asInstanceOf[T]\n      case NumberNode(value) if ct == classOf[Float] =>\n        value.toFloat.asInstanceOf[T]\n      case NumberNode(value) if ct == classOf[BigDecimal] =>\n        value.asInstanceOf[T]\n      case BooleanNode(value) if ct == classOf[Boolean] =>\n        value.asInstanceOf[T]\n      case Null if ct == classOf[Nothing] =>\n        null.asInstanceOf[T]\n      case DateTimeNode(value) if ct == classOf[DateTime] =>\n        value.asInstanceOf[T]\n      case ArrayNode(elements) if ct == classOf[Array[T]] =>\n        elements.asInstanceOf[T]\n      case _ => throw UnexpectedUQLValueException(astNode.toString)\n    }\n  }\n\n  def applyTypedValueToTypedCondition[T, R](field: Field[T], astNode: AstNode)(cond: ConditionType[R]): jooq.Condition = astNode match {\n    case StringNode(value) =>\n      applyConditionToTypedField(field.asInstanceOf[Field[String]])(typeSafeCondition(cond.asInstanceOf[ConditionType[String]], value))\n    case NumberNode(value) =>\n      if (value.isValidInt)\n        applyConditionToTypedField(field.asInstanceOf[Field[Int]])(typeSafeCondition(cond.asInstanceOf[ConditionType[Int]], value.toInt))\n      else if (value.isDecimalFloat)\n        applyConditionToTypedField(field.asInstanceOf[Field[Float]])(typeSafeCondition(cond.asInstanceOf[ConditionType[Float]], value.toFloat))\n      else\n        applyConditionToTypedField(field.asInstanceOf[Field[BigDecimal]])(typeSafeCondition(cond.asInstanceOf[ConditionType[BigDecimal]], value))\n    case BooleanNode(value) =>\n      applyConditionToTypedField(field.asInstanceOf[Field[Boolean]])(typeSafeCondition(cond.asInstanceOf[ConditionType[Boolean]], value))\n    case Null =>\n      applyConditionToTypedField(field.asInstanceOf[Field[Null]])(typeSafeCondition(cond.asInstanceOf[ConditionType[Null]], null))\n    case DateTimeNode(value) =>\n      applyConditionToTypedField(field.asInstanceOf[Field[Timestamp]])(typeSafeCondition(cond.asInstanceOf[ConditionType[Timestamp]], new Timestamp(value.getMillis)))\n    case ArrayNode(elements) =>\n      applyConditionToTypedField(field.asInstanceOf[Field[java.util.Collection[_ <: java.io.Serializable]]])(typeSafeCondition(cond.asInstanceOf[ConditionType[java.util.Collection[_ <: java.io.Serializable]]], elements.map {\n        case StringNode(value) =>\n          value\n        case NumberNode(value) =>\n          if (value.isValidInt)\n            Int.box(value.toInt)\n          else if (value.isDecimalFloat)\n            Float.box(value.toFloat)\n          else\n            value\n        case DateTimeNode(value) =>\n          value\n        case _ =>\n          throw IllegalUQLFieldException(s\"Collection field must be of type String, Number or DateTime.\")\n      }.asJavaCollection))\n    case Entity(name) =>\n      applyConditionToTypedField(field.asInstanceOf[Field[String]])(typeSafeCondition(cond.asInstanceOf[ConditionType[String]], name))\n    case _ => throw IllegalUQLFieldException(s\"\"\"Invalid Field \"${field.toString}\"\"\"\")\n  }\n\n  private def conditionToJooqCondition(condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_]): jooq.Condition = condition match {\n    case EqualsCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] =>\n          if (typedVal == null) field.isNull\n          else field.equal(typedVal)\n      }\n    case NotEqualsCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] =>\n          if (typedVal == null) field.isNotNull\n          else field.notEqual(typedVal)\n      }\n    case LikeCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.like(typedVal.toString)\n      }\n    case ILikeCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.likeIgnoreCase(typedVal.toString)\n      }\n    case LowerCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.lessThan(typedVal)\n      }\n    case GreaterCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.greaterThan(typedVal)\n      }\n    case LowerOrEqualCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.lessOrEqual(typedVal)\n      }\n    case GreaterOrEqualCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.greaterOrEqual(typedVal)\n      }\n    case InCondition(name, value) =>\n      val field = DSL.field(fieldToTableColumn(name))\n\n      applyTypedValueToTypedCondition(field, value) {\n        typedVal: AnyRef => field: Field[AnyRef] => field.in(typedVal)\n      }\n    case AndCondition(left, right) =>\n      conditionToJooqCondition(left).and(conditionToJooqCondition(right))\n    case OrCondition(left, right) =>\n      conditionToJooqCondition(left).or(conditionToJooqCondition(right))\n    case _ =>\n      throw new IllegalUQLConditionException(condition.toString)\n  }\n\n  private def applyConditionToTypedField[T](field: Field[T])(cond: Field[T] => jooq.Condition): jooq.Condition = cond(field)\n\n  private def typeSafeCondition[T, F](cond: F => (Field[T]) => jooq.Condition, value: F): (Field[F]) => jooq.Condition = {\n    cond(value).asInstanceOf[(Field[F]) => jooq.Condition]\n  }\n}\n\nsealed trait UQL2SOQLTransformer {\n\n  import com.github.akovari.typesafeSalesforce.query._\n  import UQLContext._\n  import SOQLContext._\n  import QOLContext._\n\n  def conditionToSOQLConditionWithOrder[C <: HList](condition: UQLParser.Condition, filterFunction: (Filter, Option[Seq[Order[_]]]) => SelectQuery[C])(implicit resourceType: UnifiedResult.UnifiedResultFromResourceType, offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit], orderBy: Option[UnifiedQueryOrderBy]): SelectQuery[C] = {\n    val cond = conditionToSOQLConditionWithoutLimit(condition)\n    val ordby = orderBy.map(o => new QOLParser().parseQOL(o.orderBy)).map(orderToSQOLOrder)\n    val fcond = filterFunction(cond, ordby)\n    if(limit.isDefined) SelectQuery(columns = fcond.columns, entities = fcond.entities, filter = fcond.filter, orders = fcond.orders, groupBys = fcond.groupBys, limit = limit.map(_.limit))\n    else fcond\n  }\n\n  def conditionToSOQLCondition[C <: HList](condition: UQLParser.Condition, filterFunction: Filter => SelectQuery[C])(implicit resourceType: UnifiedResult.UnifiedResultFromResourceType, offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit]): SelectQuery[C] = {\n    val cond = conditionToSOQLConditionWithoutLimit(condition)\n    val fcond = filterFunction(cond)\n    if(limit.isDefined) SelectQuery(columns = fcond.columns, entities = fcond.entities, filter = fcond.filter, orders = fcond.orders, groupBys = fcond.groupBys, limit = limit.map(_.limit))\n    else fcond\n  }\n\n  def conditionToSOQLConditionWithoutLimit(condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedResultFromResourceType): Filter = condition match {\n    case UQLParser.EqualsCondition(name, value) =>\n      fieldToEntityField(name) :== typedValueToField(value)\n    case UQLParser.NotEqualsCondition(name, value) =>\n      fieldToEntityField(name) :!= typedValueToField(value)\n    case UQLParser.LikeCondition(name, value) =>\n      fieldToEntityField(name) like typedValueToField(value)\n    case UQLParser.ILikeCondition(name, value) =>\n      fieldToEntityField(name) like typedValueToField(value)\n    case UQLParser.LowerCondition(name, value) =>\n      fieldToEntityField(name) :< typedValueToField(value)\n    case UQLParser.LowerOrEqualCondition(name, value) =>\n      fieldToEntityField(name) :<= typedValueToField(value)\n    case UQLParser.GreaterCondition(name, value) =>\n      fieldToEntityField(name) :> typedValueToField(value)\n    case UQLParser.GreaterOrEqualCondition(name, value) =>\n      fieldToEntityField(name) :>= typedValueToField(value)\n\/\/    case UQLParser.InCondition(name, value) =>\n\/\/      fieldToEntityField(name) in typedValueToField(value)\n\/\/    case UQLParser.IncludesCondition(name, value) =>\n\/\/      fieldToEntityField(name) includes typedValueToField(value)\n\/\/    case UQLParser.NotInCondition(name, value) =>\n\/\/      fieldToEntityField(name) notIn typedValueToField(value)\n\/\/    case UQLParser.ExcludesCondition(name, value) =>\n\/\/      fieldToEntityField(name) excludes typedValueToField(value)\n    case UQLParser.AndCondition(left, right) =>\n      conditionToSOQLConditionWithoutLimit(left) and conditionToSOQLConditionWithoutLimit(right)\n    case UQLParser.OrCondition(left, right) =>\n      conditionToSOQLConditionWithoutLimit(left) or conditionToSOQLConditionWithoutLimit(right)\n    case _ =>\n      throw new IllegalUQLConditionException(condition.toString)\n  }\n\n  private def typedValueToField(astNode: UQLParser.AstNode): Field[Any] = astNode match {\n    case UQLParser.StringNode(value) =>\n      Field(value).asInstanceOf[Field[Any]]\n    case UQLParser.NumberNode(value) =>\n      if (value.isValidInt)\n        Field(value.intValue()).asInstanceOf[Field[Any]]\n      else if (value.isDecimalDouble)\n        Field(value.doubleValue()).asInstanceOf[Field[Any]]\n      else\n        ???\n    case UQLParser.BooleanNode(value) =>\n      Field(value).asInstanceOf[Field[Any]]\n    case UQLParser.Null =>\n      Field.Null.asInstanceOf[Field[Any]]\n    case UQLParser.DateTimeNode(value) =>\n      Field(value.toDate).asInstanceOf[Field[Any]]\n\/\/    case UQLParser.ArrayNode(elements) => Field(elements.map(f => typedValueToField(f)))\n    case UQLParser.Entity(name) => throw IllegalUQLFieldException(s\"\"\"Invalid Field \"${astNode.toString}\"\"\"\")\n    case _ => throw IllegalUQLFieldException(s\"\"\"Invalid Field \"${astNode.toString}\"\"\"\")\n  }\n}\n\nsealed trait UQL2NativeConditionFormatter {\n  import UQLContext._\n  import SQLContext._\n\n  def conditionToNativeCondition(condition: UQLParser.Condition)(implicit resourceType: UnifiedResult.UnifiedEntityType[_], offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit]): String = condition match {\n    case UQLParser.EqualsCondition(name, value) =>\n      val v = typedValueToNativeField(value)\n      if (v == \"null\")\n        s\"\"\"(${fieldToTableColumn(name)} IS $v)\"\"\"\n      else\n        s\"\"\"(${fieldToTableColumn(name)} = $v)\"\"\"\n    case UQLParser.NotEqualsCondition(name, value) =>\n      val v = typedValueToNativeField(value)\n      if (v == \"null\")\n        s\"\"\"(${fieldToTableColumn(name)} IS NOT $v)\"\"\"\n      else\n        s\"\"\"(${fieldToTableColumn(name)} != $v)\"\"\"\n    case UQLParser.LikeCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} LIKE ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.ILikeCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} ILIKE ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.LowerCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} < ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.LowerOrEqualCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} <= ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.GreaterCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} > ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.GreaterOrEqualCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} >= ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.InCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} IN ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.NotInCondition(name, value) =>\n      s\"\"\"(${fieldToTableColumn(name)} NOT IN ${typedValueToNativeField(value)})\"\"\"\n    case UQLParser.IncludesCondition(name, value) =>\n      throw new IllegalUQLConditionException(condition.toString)\n    case UQLParser.ExcludesCondition(name, value) =>\n      throw new IllegalUQLConditionException(condition.toString)\n    case UQLParser.AndCondition(left, right) =>\n      s\"\"\"(${conditionToNativeCondition(left)} AND ${conditionToNativeCondition(right)})\"\"\"\n    case UQLParser.OrCondition(left, right) =>\n      s\"\"\"(${conditionToNativeCondition(left)} OR ${conditionToNativeCondition(right)})\"\"\"\n    case _ =>\n      throw new IllegalUQLConditionException(condition.toString)\n  }\n\n  def typedValueToNativeField(astNode: UQLParser.AstNode): String = astNode match {\n    case UQLParser.StringNode(value) =>\n      \"'\" + StringEscapeUtils.escapeSql(value) + \"'\"\n    case UQLParser.NumberNode(value) =>\n      if (value.isValidInt)\n        value.toString()\n      else if (value.isDecimalDouble)\n        value.toString()\n      else\n        ???\n    case UQLParser.BooleanNode(value) =>\n      value.toString\n    case UQLParser.Null =>\n      \"null\"\n    case UQLParser.DateTimeNode(value) =>\n      \"'\" + value.toString + \"'\"\n    case UQLParser.ArrayNode(elements) => \"(\" + elements.map(typedValueToNativeField).mkString(\",\") + \")\"\n    case UQLParser.Entity(name) => throw IllegalUQLFieldException(s\"\"\"Invalid Field \"${astNode.toString}\"\"\"\")\n    case _ => throw IllegalUQLFieldException(s\"\"\"Invalid Field \"${astNode.toString}\"\"\"\")\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/test\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/MapReduceActorSpec.scala","text":"<gh_stars>0\npackage com.github.akovari.rdfp.api.mapreduce\n\nimport akka.actor.{ActorSystem, Props}\nimport akka.pattern._\nimport akka.testkit.{DefaultTimeout, ImplicitSender, TestKit}\nimport com.google.common.collect.ArrayListMultimap\nimport com.github.akovari.rdfp.util.JacksonWrapper\nimport com.github.akovari.rdfp.api.mapreduce.impl.MapReducer\nimport org.scalatest.{BeforeAndAfterAll, FlatSpecLike, Matchers}\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Await\n\n\/**\n * Created by akovari on 27.2.2015.\n *\/\nclass MapReduceActorSpec extends TestKit(ActorSystem()) with FlatSpecLike with Matchers with DefaultTimeout with ImplicitSender with BeforeAndAfterAll {\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n  implicit val executionContext = system.dispatcher\n  implicit val log = system.log\n\n  private def newMultiMap[K, V](k: K, v: V) = {\n    val m: ArrayListMultimap[K, V] = ArrayListMultimap.create()\n    m.put(k, v)\n    m\n  }\n\n  private def newMultiMap[K, V](k: K, v: Iterable[V]) = {\n    val m: ArrayListMultimap[K, V] = ArrayListMultimap.create()\n    m.putAll(k, v.asJava)\n    m\n  }\n\n  \"Map\/Reduce Models\" should \"\"\"merge with 2 simple vals\"\"\" in {\n    import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n\n      val l = newMultiMap(\"k\", 1)\n      val r = newMultiMap(\"k\", 2)\n      val o = newMultiMap(\"k\", List(1, 2))\n\n    mergeMaps(l, r) should equal(o)\n    }\n\n  \"Map\/Reduce Models\" should \"\"\"merge with 1 simple and 1 collection vals\"\"\" in {\n    import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n\n    val l = newMultiMap(\"k\", 1)\n      val r = newMultiMap(\"k\", List(2, 3))\n      val o = newMultiMap(\"k\", List(1, 2, 3))\n\n    mergeMaps(l, r) should equal(o)\n    }\n\n  \"Map\/Reduce Models\" should \"\"\"merge with 2 simple vals with some duplicates\"\"\" in {\n    import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n\n    val l = newMultiMap(\"k\", 1)\n      val r = newMultiMap(\"k\", 1)\n      val o = newMultiMap(\"k\", List(1, 1))\n\n    mergeMaps(l, r) should equal(o)\n    }\n\n  \"Map\/Reduce Models\" should \"\"\"merge with 2 collection vals with some duplicates\"\"\" in {\n    import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n\n    val l = newMultiMap(\"k\", List(1))\n      val r = newMultiMap(\"k\", List(1))\n      val o = newMultiMap(\"k\", List(1, 1))\n\n    mergeMaps(l, r) should equal(o)\n    }\n\n  \"Map\/Reduce Models\" should \"\"\"2 collection vals with some duplicates should convert to Scala Map\"\"\" in {\n    import com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\n\n    val l = newMultiMap(\"k\", List(1))\n      val r = newMultiMap(\"k\", List(1))\n      val o = Map(\"k\" -> List(1, 1))\n\n    emitableToEmitableScala(mergeMaps(l, r).asInstanceOf[Emitable]) should equal(o)\n    }\n\n  \"Map\/Reduce FSM\" should \"\"\"process a simple M\/R script\"\"\" in {\n      val script =\n        \"\"\"\n          |load = function() {\n          |    for (i = 0; i < 10; i++) {\n          |        emit('data' + i,  i);\n          |    }\n          |\n          |    done();\n          |};\n          |\n          |map = function(k, v) {\n          |   emit('data', v);\n          |};\n          |\n          |reduce = function(k, v) {\n          |    emit(k, v.length);\n          |};\n          |\n          |finalize = function(data) {\n          |    emitM(data);\n          |};\n        \"\"\".stripMargin\n\n      val mr = system.actorOf(Props[MapReducer])\n      val res = (mr ? EvaluateScript(script))\n      val ret = Await.result(res.map {\n        case FinalizedData(data) => JacksonWrapper.serialize(data)\n        case MapReducerFailure(e) => log.warning(\"M\/R Error\", e)\n      }, timeout.duration)\n\n    ret should be(\n        \"\"\"\n          |{\"data\":[10]}\n        \"\"\".stripMargin.trim)\n    }\n\n\n  \"Map\/Reduce FSM\" should \"\"\"process a simple M\/R script without emit in load\"\"\" in {\n      val script =\n        \"\"\"\n          |var load = function() {\n          |    done();\n          |};\n          |\n          |var map = function(k, v) {\n          |    done();\n          |};\n          |\n          |var reduce = function(k, v) {\n          |};\n          |\n          |var finalize = function(data) {\n          |};\n        \"\"\".stripMargin\n\n      val mr = system.actorOf(Props[MapReducer])\n\n      mr ! EvaluateScript(script)\n      \/\/ not sure why this doesn't work, maybe some incompatibility between akka-testkit and specs2\n      \/\/      expectMsg(MapReducerFailure(NoEmitInvokedInPhase(MapPhase))) must beAnInstanceOf[MapReducerFailure]\n    expectMsgType[MapReducerFailure] shouldBe a[MapReducerFailure]\n    }\n\n  \"Map\/Reduce FSM\" should \"\"\"process a simple M\/R script without emit in map\"\"\" in {\n      val script =\n        \"\"\"\n          |var load = function() {\n          |    emit('test', 1);\n          |    done();\n          |};\n          |\n          |var map = function(k, v) {\n          |    done();\n          |};\n          |\n          |var reduce = function(k, v) {\n          |};\n          |\n          |var finalize = function(data) {\n          |};\n        \"\"\".stripMargin\n\n      val mr = system.actorOf(Props[MapReducer])\n\n      mr ! EvaluateScript(script)\n      \/\/ not sure why this doesn't work, maybe some incompatibility between akka-testkit and specs2\n      \/\/      expectMsg(MapReducerFailure(NoEmitInvokedInPhase(MapPhase))) must beAnInstanceOf[MapReducerFailure]\n    expectMsgType[MapReducerFailure] shouldBe a[MapReducerFailure]\n    }\n\n  \"Map\/Reduce FSM\" should \"\"\"process a simple M\/R script without emit in reduce\"\"\" in {\n      val script =\n        \"\"\"\n          |var load = function() {\n          |    emit('test', 1);\n          |    done();\n          |};\n          |\n          |var map = function(k, v) {\n          |    emit(k, v);\n          |};\n          |\n          |var reduce = function(k, v) {\n          |};\n          |\n          |var finalize = function(data) {\n          |};\n        \"\"\".stripMargin\n\n      val mr = system.actorOf(Props[MapReducer])\n\n      mr ! EvaluateScript(script)\n      \/\/ not sure why this doesn't work, maybe some incompatibility between akka-testkit and specs2\n      \/\/      expectMsg(MapReducerFailure(NoEmitInvokedInPhase(MapPhase))) must beAnInstanceOf[MapReducerFailure]\n    expectMsgType[MapReducerFailure] shouldBe a[MapReducerFailure]\n    }\n\n  \"Map\/Reduce FSM\" should \"\"\"process a script with a syntax error\"\"\" in {\n      val script =\n        \"\"\"\n          |.$\n        \"\"\".stripMargin\n\n      val mr = system.actorOf(Props[MapReducer])\n\n      mr ! EvaluateScript(script)\n      \/\/ not sure why this doesn't work, maybe some incompatibility between akka-testkit and specs2\n      \/\/      expectMsg(MapReducerFailure(NoEmitInvokedInPhase(MapPhase))) must beAnInstanceOf[MapReducerFailure]\n    expectMsgType[MapReducerFailure] shouldBe a[MapReducerFailure]\n    }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/System.scala","text":"package com.github.akovari.rdfp\n\nimport akka.actor.{TypedProps, TypedActor, ActorRefFactory, ActorSystem}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.server.Directives\nimport akka.stream.{Materializer, ActorMaterializer}\nimport com.github.akovari.rdfp.api.mapreduce.{MapReduceQueryResourceImpl, MapReduceQueryResource, MapReduceService}\nimport com.github.akovari.rdfp.data.cases._\nimport com.github.akovari.typesafeSalesforce.util.{SalesForceConnectionImpl, SalesForceConnection}\n\nimport scala.concurrent.ExecutionContext\n\n\/**\n  * Created by akovari on 06.11.15.\n  *\/\n\ntrait Core {\n  implicit val system: ActorSystem\n\n  implicit val materializer: Materializer\n\n  implicit val executionContext: ExecutionContext = system.dispatcher\n}\n\n\ntrait BootedCore extends Core with Api {\n  implicit lazy val system: ActorSystem = ActorSystem(\"rdfp\")\n\n  val actorRefFactory: ActorRefFactory = system\n\n  implicit val materializer: Materializer = ActorMaterializer()\n\n  val log = system.log\n\n  val bindingFuture = Http().bindAndHandle(route, \"localhost\", 8080)\n\n  sys.addShutdownHook(system.terminate())\n  bindingFuture.map(f => sys.addShutdownHook(f.unbind()))\n}\n\ntrait CoreActors {\n  this: Core =>\n\n  def casesResource: () => CasesResource = {() =>\n    val r: CasesResource = TypedActor(system).typedActorOf(TypedProps[CasesResourceImpl])\n    r\n  }\n\n  def mapReduceResource: () => MapReduceQueryResource = {() =>\n    val r: MapReduceQueryResource = TypedActor(system).typedActorOf(TypedProps[MapReduceQueryResourceImpl])\n    r\n  }\n}\n\ntrait Api extends Directives with CoreActors with Core {\n\n  import Configuration._\n\n  val route = new CasesService(casesResource).route ~ new MapReduceService(mapReduceResource).route\n}\n\nobject System extends App with BootedCore with Core with CoreActors with Api\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/package.scala","text":"package com.github.akovari\n\nimport akka.actor.{TypedActor, ActorSystem}\nimport org.json4s.ext.JodaTimeSerializers\nimport org.json4s.{DefaultFormats, Formats}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n\/**\n  * Created by akovari on 14.12.15.\n  *\/\npackage object rdfp {\n  implicit val json4sJacksonFormats: Formats = DefaultFormats ++ JodaTimeSerializers.all\n\n  def withResource[Resource <: AnyRef, Result](res: Resource)(fun: Resource => Future[Result])(implicit system: ActorSystem, executionContext: ExecutionContext) = {\n    val ret = fun(res)\n    ret.onComplete { _ => TypedActor(system).stop(res) }\n    ret\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/QOLParser.scala","text":"<gh_stars>0\npackage com.github.akovari.rdfp.api.ql\n\nimport org.parboiled.errors.ErrorUtils\nimport org.parboiled.scala._\n\n\/**\n * Created by akovari on 03\/07\/15.\n *\/\n\nobject QOLParser {\n\n  abstract class AstNode\n\n  sealed abstract class AstValue[+T](value: T) extends AstNode\n\n  sealed abstract class FieldOrder extends AstNode\n\n  case class Field(value: String) extends AstValue(value)\n\n  case class AscFieldOrder(field: Field) extends FieldOrder\n\n  case class DescFieldOrder(field: Field) extends FieldOrder\n\n  case class TableOrder(fieldOrders: Seq[FieldOrder]) extends AstNode\n\n}\n\nclass QOLParser extends CommonParser {\n\n  import QOLParser._\n\n  def QOLTableOrder: Rule1[TableOrder] = rule {\n    QOLFieldOrder ~ zeroOrMore(WhiteSpace ~ \",\" ~ WhiteSpace ~ QOLFieldOrder) ~~> ((order, orders) => TableOrder(order :: orders)) ~ EOI\n  }\n\n  def QOLFieldOrder: Rule1[FieldOrder] = rule(QOLAscFieldOrder | QOLDescFieldOrder)\n\n  def QOLAscFieldOrder: Rule1[AscFieldOrder] = rule {\n    (QOLField ~ WhiteSpace ~ ignoreCase(\"ASC\")) ~~> (field => AscFieldOrder(field))\n  }\n\n  def QOLDescFieldOrder: Rule1[DescFieldOrder] = rule {\n    (QOLField ~ WhiteSpace ~ ignoreCase(\"DESC\")) ~~> (field => DescFieldOrder(field))\n  }\n\n  def QOLField: Rule1[Field] = rule {\n    Ident ~> (field => Field(field))\n  }\n\n  def parseQOL(qol: String): TableOrder = {\n    val parsingResult = ReportingParseRunner(QOLTableOrder).run(qol)\n    parsingResult.result match {\n      case Some(astRoot) => astRoot\n      case None => throw new ParsingException(s\"\"\"Invalid QOL order: \\n${ErrorUtils.printParseErrors(parsingResult)}\"\"\")\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/DatabaseConnection.scala","text":"<filename>src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/DatabaseConnection.scala\npackage com.github.akovari.rdfp.data\n\nimport com.github.akovari.rdfp.Configuration\nimport com.zaxxer.hikari.{HikariConfig, HikariDataSource}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport org.jooq._\nimport org.jooq.impl._\n\n\/**\n  * User: akovari\n  * Date: 13.6.2014\n  * Time: 10:39\n  *\/\nobject DatabaseConnection {\n  val cfg = Configuration()\n\n  private val ds = {\n    val config = new HikariConfig()\n    config.setJdbcUrl(cfg.getString(\"postgres.url\"))\n    config.setUsername(cfg.getString(\"postgres.user\"))\n    config.setPassword(cfg.getString(\"postgres.password\"))\n    config.addDataSourceProperty(\"cachePrepStmts\", \"true\")\n    config.addDataSourceProperty(\"prepStmtCacheSize\", cfg.getString(\"postgres.maxStatements\"))\n    config.addDataSourceProperty(\"prepStmtCacheSqlLimit\", cfg.getString(\"postgres.prepStmtCacheSqlLimit\"))\n    config.addDataSourceProperty(\"useServerPrepStmts\", \"true\")\n    config.setMaximumPoolSize(cfg.getInt(\"postgres.maxPoolSize\"))\n    config.setPoolName(\"postgres-connection-pool\")\n    config.setLeakDetectionThreshold(cfg.getLong(\"postgres.leakDetectionThreshold\"))\n    config.setConnectionTestQuery(cfg.getString(\"postgres.connectionTestQuery\"))\n\n    new HikariDataSource(config)\n  }\n  val dslContext = DSL.using(ds, SQLDialect.POSTGRES)\n\n  def transaction[T](f: DSLContext => T)(implicit executionContext: ExecutionContext): Future[T] = dsl.map { nonTxDsl =>\n    nonTxDsl.transactionResult(new TransactionalCallable[T] {\n      override def run(configuration: Configuration): T = {\n        f(DSL.using(configuration))\n      }\n    })\n  }\n\n  def dsl(implicit executionContext: ExecutionContext): Future[DSLContext] = Future.successful(dslContext)\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"benchmarks\/project\/plugins.sbt","text":"<reponame>akovari\/reactive-data-federation-poc\nlogLevel := Level.Warn\n\nresolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\naddSbtPlugin(\"io.gatling\" % \"gatling-sbt\" % \"2.1.5\")\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/CommonParser.scala","text":"package com.github.akovari.rdfp.api.ql\n\nimport org.parboiled.scala._\n\n\/**\n * Created by akovari on 03\/07\/15.\n *\/\ntrait CommonParser extends Parser {\n  def Ident: Rule0 = rule {\n    ((\"a\" - \"z\" | \"A\" - \"Z\" | \"_\") ~ zeroOrMore((\"a\" - \"z\" | \"A\" - \"Z\" | \"_\" | \"0\" - \"9\")))\n  }\n\n  def Character: Rule0 = rule {\n    EscapedChar | NormalChar\n  }\n\n  def EscapedChar: Rule0 = rule {\n    \"\\\\\" ~ (anyOf(\"\\\"\\\\\/bfnrt\") | Unicode)\n  }\n\n  def NormalChar: Rule0 = rule {\n    !anyOf(\"\\\"\\\\\") ~ ANY\n  }\n\n  def Unicode: Rule0 = rule {\n    \"u\" ~ HexDigit ~ HexDigit ~ HexDigit ~ HexDigit\n  }\n\n  def Integer: Rule0 = rule {\n    optional(\"-\") ~ ((\"1\" - \"9\") ~ Digits | Digit)\n  }\n\n  def Digits: Rule0 = rule {\n    oneOrMore(Digit)\n  }\n\n  def Digit: Rule0 = rule {\n    \"0\" - \"9\"\n  }\n\n  def HexDigit: Rule0 = rule {\n    \"0\" - \"9\" | \"a\" - \"f\" | \"A\" - \"Z\"\n  }\n\n  def Frac: Rule0 = rule {\n    \".\" ~ Digits\n  }\n\n  def Exp: Rule0 = rule {\n    ignoreCase(\"e\") ~ optional(anyOf(\"+-\")) ~ Digits\n  }\n\n  \/**\n   * @see https:\/\/github.com\/sirthias\/parboiled\/wiki\/Handling-Whitespace\n   *\/\n  override implicit def toRule(string: String) =\n    if (string.endsWith(\" \"))\n      str(string.trim) ~ WhiteSpace\n    else\n      str(string)\n\n  def WhiteSpace: Rule0 = rule {\n    zeroOrMore(anyOf(\" \\n\\r\\t\\f\"))\n  }\n\n  case class ParsingException(msg: String) extends Exception(msg)\n\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/MapReduceService.scala","text":"package com.github.akovari.rdfp.api.mapreduce\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.server.Directives\nimport akka.http.scaladsl.unmarshalling.Unmarshaller._\nimport akka.stream.Materializer\nimport de.heikoseeberger.akkahttpjson4s.Json4sSupport\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\nimport scala.concurrent.ExecutionContext\n\n\/**\n  * Created by akovari on 07.11.15.\n  *\/\nclass MapReduceService(mapReduceResource: (() => MapReduceQueryResource))(implicit executionContext: ExecutionContext, materializer: Materializer, actorSystem: ActorSystem)\n  extends Directives with Json4sSupport {\n  implicit val serialization = jackson.Serialization \/\/ or native.Serialization\n\n  import com.github.akovari.rdfp._\n\n  val route =\n    path(\"mr\") {\n      parameterSeq { params =>\n        pathEnd {\n          post {\n            requestEntityPresent {\n              decodeRequest {\n                entity(as[String]) { body =>\n                  complete {\n                    withResource(mapReduceResource()) {\n                      _.evaluate(body, params.map(_._2))\n                    }\n                  }\n                }\n              }\n            }\n          }\n        }\n      }\n    }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"benchmarks\/src\/test\/scala\/com\/redhat\/gss\/data\/cases\/CaseLoadSimulation.scala","text":"<reponame>akovari\/reactive-data-federation-poc\npackage com.redhat.gss.data.cases\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport scala.concurrent.duration._\nimport spray.http.MediaTypes._\n\n\n\/**\n * User: akovari\n * Date: 5\/31\/14\n * Time: 10:33 AM\n *\/\nclass CaseLoadSimulation extends Simulation {\n  val cases = Seq.fill(1)(Seq(\"00001002\", \"00001016\", \"00001024\")).flatten\n\n  val httpProtocol = http\n    .baseURL(\"http:\/\/localhost:8080\")\n    .acceptEncodingHeader(`application\/json`.toString())\n\n  def randCaseNumber = {\n    val rnd = new scala.util.Random\n    cases(rnd.nextInt(cases length))\n  }\n\n  val randomChain = for {\n    i <- 1 to cases.length\n  } yield (100.0 \/ cases.length, exec(\n      http(\"Case\")\n        .get(s\"\/case\/${randCaseNumber}\")\n    ))\n\n  val scn = scenario(\"Get a bunch of cases\").randomSwitch(randomChain: _*)\n\n  setUp(scn.inject(atOnceUsers(cases.length)))\n    .protocols(httpProtocol)\n    .assertions(global.successfulRequests.count.is(cases.length),\n      global.responseTime.max.lessThan((30 seconds).toMillis.toInt))\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/UQLParser.scala","text":"package com.github.akovari.rdfp.api.ql\n\nimport org.joda.time.DateTime\nimport org.joda.time.format.{ISODateTimeFormat, DateTimeFormatterBuilder, DateTimeFormat}\nimport org.parboiled.errors.ErrorUtils\nimport org.parboiled.scala._\n\n\/**\n  * Created by akovari on 18.8.2014.\n  *\/\nobject UQLParser {\n  val True = BooleanNode(value = true)\n  val False = BooleanNode(value = false)\n  val dateTimeFormatter = new DateTimeFormatterBuilder().append(null, Array(\n    DateTimeFormat.forPattern(\"yyyy\/MM\/dd\").withZoneUTC().getParser,\n    DateTimeFormat.forPattern(\"yyyy-MM-dd\").withZoneUTC().getParser,\n    ISODateTimeFormat.dateTime().withZoneUTC().getParser)\n  ).toFormatter\n\n  sealed abstract class AstNode\n\n  sealed abstract class AstValue[+T](value: T) extends AstNode\n\n  sealed abstract class Condition extends AstNode {\n    def hasField(name: String): Boolean = false\n  }\n\n  sealed abstract class BooleanCondition(left: Condition, right: Condition) extends Condition {\n    override def hasField(name: String): Boolean = left.hasField(name) || right.hasField(name)\n  }\n\n  sealed abstract class SimpleCondition(name: String, value: AstNode) extends Condition {\n    override def hasField(name: String): Boolean = this.name == name\n  }\n\n  sealed abstract class NegativeCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  sealed abstract class NullValue extends AstValue(null)\n\n  case class EqualsCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class NotEqualsCondition(name: String, value: AstNode) extends NegativeCondition(name, value)\n\n  case class LikeCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class ILikeCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class LowerCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class GreaterCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class LowerOrEqualCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class GreaterOrEqualCondition(name: String, value: AstNode) extends SimpleCondition(name, value)\n\n  case class InCondition(name: String, value: ArrayNode) extends SimpleCondition(name, value)\n\n  case class NotInCondition(name: String, value: ArrayNode) extends NegativeCondition(name, value)\n\n  case class IncludesCondition(name: String, value: ArrayNode) extends SimpleCondition(name, value)\n\n  case class ExcludesCondition(name: String, value: ArrayNode) extends NegativeCondition(name, value)\n\n  case class AndCondition(left: Condition, right: Condition) extends BooleanCondition(left, right)\n\n  case class OrCondition(left: Condition, right: Condition) extends BooleanCondition(left, right)\n\n  case class Entity(value: String) extends AstValue(value)\n\n  case class Filter(entity: Entity, condition: Condition) extends AstNode\n\n  case class ArrayNode(value: List[AstValue[_]]) extends AstValue(value)\n\n  case class StringNode(value: String) extends AstValue(value)\n\n  case class NumberNode(value: BigDecimal) extends AstValue(value)\n\n  case class DateTimeNode(value: DateTime) extends AstValue(value)\n\n  case class BooleanNode(value: Boolean) extends AstValue(value)\n\n  case object Null extends NullValue\n\n  def parseUQL(uql: String): Filter = new UQLParser().parseUQL(uql)\n\n}\n\nclass UQLParser extends CommonParser {\n\n  import UQLParser._\n\n  def UQLFilter: Rule1[Filter] = rule {\n    UQLEntity ~ ANDSign ~ UQLAnyCondition ~~> ((entity, condition) => Filter(entity, condition)) ~ EOI\n  }\n\n  def UQLEntity: Rule1[Entity] = rule {\n    \"entity\" ~ EqualsSign ~ UQLString ~~> (name => Entity(name.value))\n  }\n\n  def UQLAnyCondition: Rule1[Condition] = rule(UQLBooleanCondition | UQLCondition | UQLNestedCondition)\n\n  def UQLBooleanCondition = rule(UQLAndCondition | UQLOrCondition)\n\n  def UQLNestedCondition: Rule1[Condition] = rule {\n    LeftParen ~ UQLAnyCondition ~ RightParen\n  }\n\n  def LeftParen: Rule0 = rule(WhiteSpace ~ \"(\" ~ WhiteSpace)\n\n  def RightParen: Rule0 = rule(WhiteSpace ~ \")\" ~ WhiteSpace)\n\n  def UQLAndCondition: Rule1[AndCondition] = rule {\n    (UQLCondition | UQLNestedCondition) ~ ANDSign ~ (UQLCondition | UQLNestedCondition) ~~> ((left, right) => AndCondition(left, right))\n  }\n\n  def UQLOrCondition: Rule1[OrCondition] = rule {\n    (UQLCondition | UQLNestedCondition) ~ ORSign ~ (UQLCondition | UQLNestedCondition) ~~> ((left, right) => OrCondition(left, right))\n  }\n\n  def ANDSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"AND\") ~ WhiteSpace)\n\n  def ORSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"OR\") ~ WhiteSpace)\n\n  def UQLCondition: Rule1[Condition] = rule(UQLEqualsCondition | UQLNotEqualsCondition | UQLLowerCondition |\n    UQLGreaterCondition | UQLLowerOrEqualCondition | UQLGreaterOrEqualCondition | UQLInCondition |\n    UQLIncludesCondition | UQLExcludesCondition | UQLLikeCondition | UQLNotInCondition | UQLILikeCondition)\n\n  def UQLEqualsCondition: Rule1[EqualsCondition] = rule {\n    UQLIdent ~ EqualsSign ~ Value ~~> ((name, value) => EqualsCondition(name.value, value))\n  }\n\n  def UQLNotEqualsCondition: Rule1[NotEqualsCondition] = rule {\n    UQLIdent ~ NotEqualsSign ~ Value ~~> ((name, value) => NotEqualsCondition(name.value, value))\n  }\n\n  def UQLLowerCondition: Rule1[LowerCondition] = rule {\n    UQLIdent ~ LowerThanSign ~ Value ~~> ((name, value) => LowerCondition(name.value, value))\n  }\n\n  def UQLGreaterCondition: Rule1[GreaterCondition] = rule {\n    UQLIdent ~ GreaterThanSign ~ Value ~~> ((name, value) => GreaterCondition(name.value, value))\n  }\n\n  def UQLLowerOrEqualCondition: Rule1[LowerOrEqualCondition] = rule {\n    UQLIdent ~ LowerOrEqualThanSign ~ Value ~~> ((name, value) => LowerOrEqualCondition(name.value, value))\n  }\n\n  def UQLGreaterOrEqualCondition: Rule1[GreaterOrEqualCondition] = rule {\n    UQLIdent ~ GreaterOrEqualThanSign ~ Value ~~> ((name, value) => GreaterOrEqualCondition(name.value, value))\n  }\n\n  def UQLInCondition: Rule1[InCondition] = rule {\n    UQLIdent ~ InSign ~ UQLArray ~~> ((name, value) => InCondition(name.value, value))\n  }\n\n  def UQLNotInCondition: Rule1[NotInCondition] = rule {\n    UQLIdent ~ NotSign ~ InSign ~ UQLArray ~~> ((name, value) => NotInCondition(name.value, value))\n  }\n\n  def UQLIncludesCondition: Rule1[IncludesCondition] = rule {\n    UQLIdent ~ IncludesSign ~ UQLArray ~~> ((name, value) => IncludesCondition(name.value, value))\n  }\n\n  def UQLExcludesCondition: Rule1[ExcludesCondition] = rule {\n    UQLIdent ~ ExcludesSign ~ UQLArray ~~> ((name, value) => ExcludesCondition(name.value, value))\n  }\n\n  def UQLLikeCondition: Rule1[LikeCondition] = rule {\n    UQLIdent ~ LikeSign ~ Value ~~> ((name, value) => LikeCondition(name.value, value))\n  }\n\n  def UQLILikeCondition: Rule1[ILikeCondition] = rule {\n    UQLIdent ~ (InsensitiveSign ~ LikeSign | ILikeSign) ~ Value ~~> ((name, value) => ILikeCondition(name.value, value))\n  }\n\n  def EqualsSign: Rule0 = rule(WhiteSpace ~ (\"=\" | ignoreCase(\"IS\")) ~ WhiteSpace)\n\n  def NotEqualsSign: Rule0 = rule(WhiteSpace ~ (\"!=\" | ignoreCase(\"NE\")) ~ WhiteSpace)\n\n  def LowerThanSign: Rule0 = rule(WhiteSpace ~ (\"<\" | ignoreCase(\"LT\")) ~ WhiteSpace)\n\n  def GreaterThanSign: Rule0 = rule(WhiteSpace ~ (\">\" | ignoreCase(\"GT\")) ~ WhiteSpace)\n\n  def LowerOrEqualThanSign: Rule0 = rule(WhiteSpace ~ (\"<=\" | ignoreCase(\"LTE\")) ~ WhiteSpace)\n\n  def GreaterOrEqualThanSign: Rule0 = rule(WhiteSpace ~ (\">=\" | ignoreCase(\"GTE\")) ~ WhiteSpace)\n\n  def InSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"IN\") ~ WhiteSpace)\n\n  def IncludesSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"INCLUDES\") ~ WhiteSpace)\n\n  def ExcludesSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"EXCLUDES\") ~ WhiteSpace)\n\n  def LikeSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"LIKE\") ~ WhiteSpace)\n\n  def ILikeSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"ILIKE\") ~ WhiteSpace)\n\n  def InsensitiveSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"INSENSITIVE\") ~ WhiteSpace)\n\n  def NotSign: Rule0 = rule(WhiteSpace ~ ignoreCase(\"NOT\") ~ WhiteSpace)\n\n  def Value[_]: Rule1[AstValue[_]] = rule {\n    UQLString | UQLDate | UQLNumber | UQLArray | UQLTrue | UQLFalse | UQLNull\n  }\n\n  def UQLString: Rule1[StringNode] = rule(WhiteSpace ~ \"\\\"\" ~ zeroOrMore(Character) ~> StringNode ~ \"\\\"\" ~ WhiteSpace)\n\n  def UQLIdent: Rule1[StringNode] = rule(WhiteSpace ~ (Ident ~> StringNode) ~ WhiteSpace)\n\n  def UQLTrue: Rule1[BooleanNode] = rule {\n    WhiteSpace ~ \"true\" ~ WhiteSpace ~ push(True)\n  }\n\n  def UQLFalse: Rule1[BooleanNode] = rule {\n    WhiteSpace ~ \"false\" ~ WhiteSpace ~ push(False)\n  }\n\n  def UQLNull: Rule1[NullValue] = rule {\n    WhiteSpace ~ \"null\" ~ WhiteSpace ~ push(Null)\n  }\n\n  def UQLNumber: Rule1[NumberNode] = rule {\n    WhiteSpace ~ group(Integer ~ optional(Frac ~ optional(Exp))) ~> (s => NumberNode(BigDecimal(s))) ~ WhiteSpace\n  }\n\n  def UQLArray: Rule1[ArrayNode] = rule {\n    WhiteSpace ~ \"[ \" ~ WhiteSpace ~ zeroOrMore(Value, separator = \", \") ~ WhiteSpace ~ \"] \" ~ WhiteSpace ~~> ArrayNode\n  }\n\n  def UQLDate: Rule1[DateTimeNode] = rule {\n    WhiteSpace ~ group(nTimes(4, Digit) ~ (\"\/\" | \"-\") ~ nTimes(2, Digit) ~ (\"\/\" | \"-\") ~ nTimes(2, Digit) ~ optional(\"T\" ~ nTimes(2, Digit) ~ \":\" ~ nTimes(2, Digit) ~ \":\" ~ nTimes(2, Digit) ~ \".\" ~ nTimes(3, Digit) ~ (\"Z\" | ((\"+\" | \"-\") ~ nTimes(2, Digit) ~ \":\" ~ nTimes(2, Digit))))) ~> (d => DateTimeNode(dateTimeFormatter.parseDateTime(d)))\n  }\n\n  def parseUQL(uql: String): Filter = {\n    val parsingResult = ReportingParseRunner(UQLFilter).run(uql)\n    parsingResult.result match {\n      case Some(astRoot) => astRoot\n      case None => throw new ParsingException( s\"\"\"Invalid UQL query: \\n${ErrorUtils.printParseErrors(parsingResult)}\"\"\")\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/db\/SOQLContext.scala","text":"<reponame>akovari\/reactive-data-federation-poc\npackage com.github.akovari.rdfp.api.ql.db\n\nimport com.github.akovari.rdfp.api.ql.UQLContext\nimport com.github.akovari.rdfp.api.ql.UQLContext.IllegalUQLFieldException\nimport com.github.akovari.typesafeSalesforce.query.SimpleColumn\nimport com.typesafe.config.ConfigFactory\nimport scala.collection.JavaConverters._\n\n\/**\n * Created by akovari on 12.09.14.\n *\/\nobject SOQLContext {\n  private val config = ConfigFactory.load(\"ql\/soqlMappings.conf\")\n\n  def fieldToEntityField(field: String)(implicit resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType): SimpleColumn[Any] = {\n    val tablesConfs = config.getConfig(resourceType.value.toString)\n    val tableNames = config.getObject(resourceType.value.toString).keySet().asScala\n    val tableFound = tableNames.find(table => tablesConfs.hasPath(s\"$table.fields.$field\"))\n\n    if (tableFound.isDefined) SimpleColumn(tablesConfs.getString(s\"${tableFound.get}.fields.$field\"))\n    else throw IllegalUQLFieldException(s\"\"\"Invalid Field \"$field\"\"\"\")\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/Models.scala","text":"package com.github.akovari.rdfp.data\n\n\/**\n  * Created by akovari on 07.11.15.\n  *\/\nobject Models {\n\n  case class Case(caseNumber: String,\n                  status: String,\n                  links: Seq[CaseLink])\n\n  case class CaseLink(id: Int, caseNumber: String, url: String)\n\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/CasesService.scala","text":"<filename>src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/CasesService.scala\npackage com.github.akovari.rdfp.data.cases\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.marshalling.ToResponseMarshallable\nimport akka.http.scaladsl.server.Directives\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.{UnifiedQueryLimit, UnifiedQueryOffset, UnifiedResultFromResourceType}\nimport com.github.akovari.rdfp.api.ql.{UQLContext, UQLParser}\nimport com.github.akovari.rdfp.data.ResourceType\nimport com.github.akovari.typesafeSalesforce.util.SalesForceConnection\nimport de.heikoseeberger.akkahttpjson4s.Json4sSupport\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\nimport scala.concurrent.ExecutionContext\n\n\/**\n  * Created by akovari on 07.11.15.\n  *\/\nclass CasesService(casesResource: (() => CasesResource))(implicit executionContext: ExecutionContext, sfdcConn: SalesForceConnection, actorSystem: ActorSystem)\n  extends Directives with Json4sSupport {\n  implicit val serialization = jackson.Serialization \/\/ or native.Serialization\n\n  import com.github.akovari.rdfp._\n\n  val route =\n    path(\"case\" \/ Rest) {\n      caseNumber =>\n        get {\n          complete {\n            withResource(casesResource()) {\n              _.getCase(caseNumber)\n            }\n          }\n        }\n    } ~ path(\"cases\" \/ \"links\") {\n      parameter(\"where\") { uql =>\n        get {\n          complete {\n            implicit val offset: Option[UnifiedQueryOffset] = None\n            implicit val limit: Option[UnifiedQueryLimit] = None\n            withResource(casesResource()) {\n              _.getCaseLinksByFilter(UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and $uql\"\"\"))\n            }\n          }\n        }\n      }\n    } ~ path(\"case\") {\n      parameter(\"where\") { uql =>\n        get {\n          complete {\n            withResource(casesResource()) {\n              _.getCasesByFilter(\n                UQLContext.conditionToSOQLConditionWithoutLimit(\n                  UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and $uql\"\"\").condition\n                )(UnifiedResultFromResourceType(ResourceType.SupportCase)))\n            }\n          }\n        }\n      }\n    }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"benchmarks\/project\/Build.scala","text":"import sbt.Keys._\nimport sbt._\nimport Keys._\nimport io.gatling.sbt.GatlingPlugin\n\nobject ReactiveDataFederationPoCBenchmarksBuild extends Build {\n  lazy val benchmarksProject = Project(\n    id = \"benchmarks\",\n    base = file(\".\"),\n    settings = Defaults.coreDefaultSettings ++ Seq(\n      organization := \"com.github.akovari\",\n      version := \"0.1\",\n      scalaVersion := \"2.11.7\",\n      javacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\"),\n      resolvers ++= Seq(\n        \"Spray repo\" at \"http:\/\/repo.spray.io\/\",\n        Resolver.sonatypeRepo(\"public\"),\n        \"Sonatype releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\",\n        \"Sonatype snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n      ),\n      libraryDependencies ++= {\n        val scalaTestV = \"2.2.1\"\n        val gatlingV = \"2.1.7\"\n        val sprayV = \"1.3.1\"\n        Seq(\n          \"io.gatling.highcharts\" % \"gatling-charts-highcharts\" % gatlingV,\n          \"io.spray\" % \"spray-can\" % sprayV,\n          \"io.spray\" % \"spray-caching\" % sprayV,\n          \"io.spray\" % \"spray-routing\" % sprayV,\n          \"io.spray\" % \"spray-client\" % sprayV,\n          \"org.scalatest\" %% \"scalatest\" % scalaTestV % \"test\",\n          \"io.gatling\" % \"gatling-test-framework\" % gatlingV % \"test\"\n        )\n      }\n    )\n  ).enablePlugins(GatlingPlugin)\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/test\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/UQLJooqSpec.scala","text":"package com.github.akovari.rdfp.api.ql\n\nimport com.github.akovari.rdfp.data.ResourceType\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.{UnifiedQueryLimit, UnifiedQueryOffset}\nimport com.github.akovari.rdfp.api.ql.db.SQLTables\nimport org.jooq.impl.DSL\nimport org.jooq.tools.jdbc.{MockConnection, MockDataProvider, MockExecuteContext, MockResult}\nimport org.jooq.{JoinType, SQLDialect}\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n * Created by akovari on 10.09.14.\n *\/\nclass UQLJooqSpec extends FlatSpec with Matchers {\n\n  import SQLTables._\n  import UQLContext._\n\n  val provider = new MockDataProvider {\n    override def execute(p1: MockExecuteContext): Array[MockResult] = ???\n  }\n  val connection = new MockConnection(provider)\n  val dsl = DSL.using(connection, SQLDialect.POSTGRES)\n\n  def parser = new UQLParser()\n\n  implicit val offset: Option[UnifiedQueryOffset] = None\n  implicit val limit: Option[UnifiedQueryLimit] = None\n\n  \"simple data type conditions\" should \"work with a single string eq condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and createdById=\"Unassigned\"\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.created_by(\\s*)=(\\s*)'Unassigned'\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with a single null ne condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and createdById != null\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.created_by(\\s*)is(\\s*)not(\\s*)null\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with a single int ne condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and createdById != 5\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.created_by(\\s*)<>(\\s*)5\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with a single float ne condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and createdById != 5.4\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.created_by(\\s*)<>(\\s*)5.4\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with a single boolean eq condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and createdById = true\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.created_by(\\s*)=(\\s*)true\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with a single int gt condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and col > 5\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)r.col(\\s*)>(\\s*)5\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with an and int gt and string eq condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and col > 5 and col2 = \"test\"\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)\\((\\s*)r.col(\\s*)>(\\s*)5(\\s*)and(\\s*)r.col2(\\s*)=(\\s*)'test'(\\s*)\\)\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with an and int gt or string eq condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and col > 5 or col2 = \"test\"\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)\\((\\s*)r.col(\\s*)>(\\s*)5(\\s*)or(\\s*)r.col2(\\s*)=(\\s*)'test'(\\s*)\\)\"\"\".r)\n      }\n    }\n\n  \"simple data type conditions\" should \"work with nested conditions condition\" in {\n      implicit val filterCtx: FilterContext = parser.parseUQL( \"\"\"entity=\"SupportCase\" and col > 5 or (col2 = \"test\" and (col3 = 5 or col4 < 6.5))\"\"\")\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = dsl.selectQuery()\n          applyQueryCondition(q, condition)\n\n          q.toString should fullyMatch regex( \"\"\"select(\\s*).*(\\s*)where(\\s*)\\((\\s*)r.col(\\s*)>(\\s*)5(\\s*)or(\\s*)\\((\\s*)r.col2(\\s*)=(\\s*)'test'(\\s*)and(\\s*)\\((\\s*)r.col3(\\s*)=(\\s*)5(\\s*)or(\\s*)r.col4(\\s*)<(\\s*)6.5(\\s*)(\\s*)\\)(\\s*)(\\s*)\\)(\\s*)(\\s*)\\)\"\"\".r)\n      }\n    }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/MapReduceModels.scala","text":"<gh_stars>0\npackage com.github.akovari.rdfp.api.mapreduce\n\nimport java.util\nimport java.util.Map.Entry\nimport java.util.function.Function\nimport javax.script.ScriptEngine\n\nimport akka.actor.ActorRef\nimport akka.event.LoggingAdapter\nimport com.google.common.collect._\nimport com.github.akovari.rdfp.api.mapreduce.MapReduceModels.{CallbackType, Emitable, EmitableScala}\n\nimport scala.collection.GenTraversable\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Future\n\n\/**\n * Created by akovari on 27.2.2015.\n *\/\n\nobject MapReduceModels {\n  type Emitable = Multimap[AnyRef, Any]\n  type EmitableScala = Map[AnyRef, List[Any]]\n  type CallbackType[T, V] = Function[T, V]\n\n  implicit def emitableToEmitableScala(e: Emitable): EmitableScala =\n    (for {i <- e.asMap().entrySet().asScala} yield {\n      (i.getKey, valueAsCollection(i))\n    }).toMap\n\n  implicit def emitableScalaToEmitable(e: Map[AnyRef, Any]): Emitable = {\n    val r: Emitable = newEmitable\n    for {i <- e.asJava.entrySet().asScala} {\n      r.putAll(i.getKey, valueAsCollection(i).asJava)\n    }\n    r\n  }\n\n  def mergeMaps[K, V](l: Multimap[K, V], r: Multimap[K, V])(implicit log: LoggingAdapter): Multimap[K, V] = {\n    val s = newEmitable[K, V]\n\n    def add(entrySet: List[Entry[K, V]]) =\n      for {i <- entrySet}\n        s.putAll(i.getKey, valueAsCollection(i).asJava)\n\n    add(l.entries().asScala.toList)\n    add(r.entries().asScala.toList)\n\/\/    log.debug(s\"L=$l, R=$r, O=$s\")\n    s\n  }\n\n  def flat[V](list: List[V]): List[V] = list flatten {\n    case i: List[_] => flat(i.asInstanceOf[List[V]])\n    case e => List(e)\n  }\n\n  private def valueAsCollection[K, V](i: Entry[K, V]): List[V] = flat(i.getValue match {\n    case c: util.Collection[_] => c.asInstanceOf[util.Collection[V]].asScala.toList\n    case c: GenTraversable[_] => c.asInstanceOf[GenTraversable[V]].toList\n    case o => List(o)\n  })\n\n    \/\/if (i.getValue.isInstanceOf[util.Collection[V]]) i.getValue.asInstanceOf[util.Collection[V]].asScala.toList else List(i.getValue)\n\n  def newEmitable[K, V] = Multimaps.synchronizedMultimap(ArrayListMultimap.create[K, V]())\n}\n\nsealed trait Event\nsealed trait ReceivedEvent extends Event\nsealed trait SentEvent extends Event\n\ncase class EvaluateScript(body: String, args: Seq[String] = Seq.empty) extends ReceivedEvent\n\ncase object InvokeLoadFunction extends ReceivedEvent\ncase class EmitEvent(data: Emitable) extends ReceivedEvent\ncase class EmitKVEvent(key: AnyRef, value: Any) extends ReceivedEvent\ncase object PhaseDoneEvent extends ReceivedEvent {val instance = this}\n\ncase class PhaseProcessingFailed(phase: State, exception: Throwable) extends ReceivedEvent\n\ncase class FinalizedData(data: EmitableScala) extends SentEvent\n\ncase class MapReducerFailure(cause: Any) extends Exception(cause.toString) with SentEvent\n\n\nsealed trait State\n\ncase object Idle extends State\n\ncase object LoadPhase extends State\ncase object MapPhase extends State\ncase object ReducePhase extends State\ncase object FinalizePhase extends State\n\n\nsealed trait Data\n\ncase object Uninitialized extends Data\ncase class EvaluatedScriptEngine(engine: ScriptEngineActor, args: Seq[String] = Seq.empty) extends Data\ncase class EmittedData(engine: ScriptEngineActor, data: Emitable) extends Data\n\n\ncase class ScriptEngineActor(engine: Future[ScriptEngine], sender: ActorRef)\n\ncase class DataWithCallback[T, R](data: List[Any], cb: CallbackType[T, R])\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/db\/SQLContext.scala","text":"package com.github.akovari.rdfp.api.ql.db\n\nimport com.github.akovari.rdfp.api.ql.UQLContext.IllegalUQLFieldException\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.UnifiedResultFromResourceType\nimport com.github.akovari.rdfp.api.ql.db.SQLContext._\nimport com.typesafe.config.ConfigFactory\n\nimport scala.collection.JavaConverters._\nimport org.jooq._\nimport com.github.akovari.rdfp.api.ql.UQLContext\n\n\/**\n * Created by akovari on 12.09.14.\n *\/\nobject SQLContext {\n  protected val sqlConfig = ConfigFactory.load(\"ql\/sqlMappings.conf\")\n\n  def config(implicit entityType: UQLContext.UnifiedResult.UnifiedEntityType[_]) = entityType match {\n    case resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType => sqlConfig\n  }\n\n  def fieldToTableColumn(field: String)(implicit entityType: UQLContext.UnifiedResult.UnifiedEntityType[_]) = {\n    val tablesConfs = config.getConfig(entityType.value.toString)\n    val tableNames = config.getObject(entityType.value.toString).keySet().asScala\n    val tableFound = tableNames.find(table => tablesConfs.hasPath(s\"$table.columns.$field\"))\n\n    if (tableFound.isDefined) tablesConfs.getString(s\"${tableFound.get}.alias\") + \".\" + tablesConfs.getString(s\"${tableFound.get}.columns.$field\")\n    else throw IllegalUQLFieldException(s\"\"\"Invalid Field \"$field\"\"\"\")\n  }\n\n  def tableColumnToField[R <: Record, R2 <: Record, T](table: Table[R2], column: TableField[R, T], suffix: Option[String] = None)(implicit entityType: UQLContext.UnifiedResult.UnifiedEntityType[_]) = {\n    val cols = config.getConfig(s\"${entityType.value.toString}.${table.getName + suffix.getOrElse(\"\")}.columns\")\n    cols.entrySet().asScala.find(_.getValue.unwrapped == column.getName).map(_.getKey)\n  }\n\n  def aliasForTable[R <: Record](entityType: UQLContext.UnifiedResult.UnifiedEntityType[_], table: Table[R], suffix: Option[String] = None) =\n    config(entityType).getString(s\"${entityType.value.toString}.${table.getName + suffix.getOrElse(\"\")}.alias\")\n}\n\nobject SQLTables {\n  import com.github.akovari.rdfp.data.schema.public_.Tables._\n\n  def fields(tables: Table[_]*) = tables.map(_.fields()).flatten.toList.asJava\n\n  def CASE_LINKS_T(suffix: Option[String] = None)(implicit resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType) = CASE_LINKS.as(aliasForTable(resourceType, CASE_LINKS, suffix))\n  def CASE_LINKS_T(implicit resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType) = CASE_LINKS.as(aliasForTable(resourceType, CASE_LINKS))\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/Configuration.scala","text":"<filename>src\/main\/scala\/com\/github\/akovari\/rdfp\/Configuration.scala\npackage com.github.akovari.rdfp\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport com.github.akovari.typesafeSalesforce.util.{SalesForceConnectionImpl, SalesForceConnection}\nimport com.typesafe.config.ConfigFactory\n\n\/**\n  * Created by akovari on 13.6.2015.\n  *\/\nobject Configuration {\n  val cfg = ConfigFactory.load\n\n  @inline def apply() = cfg\n\n  implicit val sfdcConn: SalesForceConnection = new SalesForceConnectionImpl()\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/test\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/UQLParserSpec.scala","text":"<reponame>akovari\/reactive-data-federation-poc<filename>src\/test\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/UQLParserSpec.scala\npackage com.github.akovari.rdfp.api.ql\n\nimport com.github.akovari.rdfp.api.ql.UQLParser._\nimport org.joda.time.DateTime\nimport org.parboiled.scala.parserunners.ReportingParseRunner\nimport org.parboiled.scala.testing.ParboiledTest\nimport org.scalatest.{FlatSpec, Matchers}\n\n\nclass UQLParserSpec extends FlatSpec with Matchers with ParboiledTest {\n  type Result = AstNode\n  val parser = new UQLParser() {\n    override val buildParseTree = true\n  }\n\n  \"a string without parenthesis\" should \"be an ident\" in {\n    val rule = parser.UQLIdent\n    parse(ReportingParseRunner(rule), \"createdBy\") {\n      parsingResult.result should be(Some(StringNode(\"createdBy\")))\n    }\n  }\n\n  \"a string with parenthesis\" should \"be a string\" in {\n    val rule = parser.UQLString\n    parse(ReportingParseRunner(rule), \"\"\"\"createdBy\"\"\"\") {\n      parsingResult.result should be(Some(StringNode(\"createdBy\")))\n    }\n  }\n\n  \"equals condition\" should \"work with a string\" in {\n    val rule = parser.UQLEqualsCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy = \"Adam\"\"\"\") {\n      parsingResult.result should be(Some(EqualsCondition(\"createdBy\", StringNode(\"Adam\"))))\n    }\n  }\n\n  \"like condition\" should \"work with a string\" in {\n    val rule = parser.UQLLikeCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy like \"%Adam%\"\"\"\") {\n      parsingResult.result should be(Some(LikeCondition(\"createdBy\", StringNode(\"%Adam%\"))))\n    }\n  }\n\n  \"IS condition\" should \"work with a boolean\" in {\n    val rule = parser.UQLEqualsCondition\n    parse(ReportingParseRunner(rule), \"\"\"closed is true\"\"\") {\n      parsingResult.result should be(Some(EqualsCondition(\"closed\", True)))\n    }\n  }\n\n  \"equals condition\" should \"work with an escaped string\" in {\n    val rule = parser.UQLEqualsCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy = \"\\\"Adam\\\"\"\"\"\") {\n      parsingResult.result should be(Some(EqualsCondition(\"createdBy\", StringNode( \"\"\"\\\"Adam\\\"\"\"\"))))\n    }\n  }\n\n  \"notequals condition\" should \"work with != and a number\" in {\n    val rule = parser.UQLNotEqualsCondition\n    parse(ReportingParseRunner(rule), \"\"\"items != 5\"\"\") {\n      parsingResult.result should be(Some(NotEqualsCondition(\"items\", NumberNode(5))))\n    }\n  }\n\n  \"lower condition\" should \"work with a number\" in {\n    val rule = parser.UQLLowerCondition\n    parse(ReportingParseRunner(rule), \"\"\"items < 5\"\"\") {\n      parsingResult.result should be(Some(LowerCondition(\"items\", NumberNode(5))))\n    }\n  }\n\n  \"greater condition\" should \"work with a number\" in {\n    val rule = parser.UQLGreaterCondition\n    parse(ReportingParseRunner(rule), \"\"\"items > 5\"\"\") {\n      parsingResult.result should be(Some(GreaterCondition(\"items\", NumberNode(5))))\n    }\n  }\n\n  \"in condition\" should \"work with a set of number\" in {\n    val rule = parser.UQLInCondition\n    parse(ReportingParseRunner(rule), \"\"\"items in [5, 4,3]\"\"\") {\n      parsingResult.result should be(Some(InCondition(\"items\", ArrayNode(List(NumberNode(5), NumberNode(4), NumberNode(3))))))\n    }\n  }\n\n  \"in condition\" should \"work with a set of strings\" in {\n    val rule = parser.UQLInCondition\n    parse(ReportingParseRunner(rule), \"\"\"items in [\"test\", \"test2\"]\"\"\") {\n      parsingResult.result should be(Some(InCondition(\"items\", ArrayNode(List(StringNode(\"test\"), StringNode(\"test2\"))))))\n    }\n  }\n\n  \"not in condition\" should \"work with a set of strings\" in {\n    val rule = parser.UQLNotInCondition\n    parse(ReportingParseRunner(rule), \"\"\"items not in [\"test\", \"test2\"]\"\"\") {\n      parsingResult.result should be(Some(NotInCondition(\"items\", ArrayNode(List(StringNode(\"test\"), StringNode(\"test2\"))))))\n    }\n  }\n\n  \"includes condition\" should \"work with a set of strings\" in {\n    val rule = parser.UQLIncludesCondition\n    parse(ReportingParseRunner(rule), \"\"\"items includes [\"test\", \"test2\"]\"\"\") {\n      parsingResult.result should be(Some(IncludesCondition(\"items\", ArrayNode(List(StringNode(\"test\"), StringNode(\"test2\"))))))\n    }\n  }\n\n  \"excludes condition\" should \"work with a set of strings\" in {\n    val rule = parser.UQLExcludesCondition\n    parse(ReportingParseRunner(rule), \"\"\"items excludes [\"test\"]\"\"\") {\n      parsingResult.result should be(Some(ExcludesCondition(\"items\", ArrayNode(List(StringNode(\"test\"))))))\n    }\n  }\n\n  \"lower or equal condition\" should \"work with a number\" in {\n    val rule = parser.UQLLowerOrEqualCondition\n    parse(ReportingParseRunner(rule), \"\"\"items <= 5\"\"\") {\n      parsingResult.result should be(Some(LowerOrEqualCondition(\"items\", NumberNode(5))))\n    }\n  }\n\n  \"greater or equal condition\" should \"work with a number\" in {\n    val rule = parser.UQLGreaterOrEqualCondition\n    parse(ReportingParseRunner(rule), \"\"\"items >= 5\"\"\") {\n      parsingResult.result should be(Some(GreaterOrEqualCondition(\"items\", NumberNode(5))))\n    }\n  }\n\n  \"date formatter\" should \"work with a date in yyyy\/mm\/dd format\" in {\n    val rule = parser.UQLGreaterOrEqualCondition\n    DateTime.parse(\"2011\/05\/07\", UQLParser.dateTimeFormatter) shouldEqual DateTime.parse(\"2011-05-07T00:00:00.000\")\n  }\n\n  \"greater or equal condition\" should \"work with a date\" in {\n    val rule = parser.UQLGreaterOrEqualCondition\n    parse(ReportingParseRunner(rule), \"\"\"items >= 2011\/05\/07\"\"\") {\n      parsingResult.result should be(Some(GreaterOrEqualCondition(\"items\", DateTimeNode(DateTime.parse(\"2011-05-07T00:00:00.000\")))))\n    }\n  }\n\n  \"greater or equal condition\" should \"work with a timestamp zulu\" in {\n    val rule = parser.UQLGreaterOrEqualCondition\n    parse(ReportingParseRunner(rule), \"\"\"items >= 2011-05-07T12:23:00.000Z\"\"\") {\n      parsingResult.result should be(Some(GreaterOrEqualCondition(\"items\", DateTimeNode(UQLParser.dateTimeFormatter.parseDateTime(\"2011-05-07T12:23:00.000Z\")))))\n    }\n  }\n\n  \"greater or equal condition\" should \"work with a timestamp\" in {\n    val rule = parser.UQLGreaterOrEqualCondition\n    parse(ReportingParseRunner(rule), \"\"\"items >= 2011-05-07T12:23:00.000+00:00\"\"\") {\n      parsingResult.result should be(Some(GreaterOrEqualCondition(\"items\", DateTimeNode(UQLParser.dateTimeFormatter.parseDateTime(\"2011-05-07T12:23:00.000Z\")))))\n    }\n  }\n\n  \"boolean condition\" should \"work with 2 simple conditions joined with and\" in {\n    val rule = parser.UQLAndCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy != \"Adam\" and items = 6\"\"\") {\n      parsingResult.result should be(Some(AndCondition(\n        NotEqualsCondition(\"createdBy\", StringNode(\"Adam\")),\n        EqualsCondition(\"items\", NumberNode(6)))\n      ))\n    }\n  }\n\n  \"boolean condition\" should \"work with 2 simple conditions joined with or\" in {\n    val rule = parser.UQLOrCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy != \"Adam\" or items > 6\"\"\") {\n      parsingResult.result should be(Some(OrCondition(\n        NotEqualsCondition(\"createdBy\", StringNode(\"Adam\")),\n        GreaterCondition(\"items\", NumberNode(6)))\n      ))\n    }\n  }\n\n  \"nested condition\" should \"work with a simple condition\" in {\n    val rule = parser.UQLNestedCondition\n    parse(ReportingParseRunner(rule), \"\"\"(items = 6)\"\"\") {\n      parsingResult.result should be(Some(EqualsCondition(\"items\", NumberNode(6))))\n    }\n  }\n\n  \"nested condition\" should \"work with 2 simple conditions joined with or\" in {\n    val rule = parser.UQLNestedCondition\n    parse(ReportingParseRunner(rule), \"\"\"(createdBy != \"Adam\" or items = 6)\"\"\") {\n      parsingResult.result should be(Some(OrCondition(\n        NotEqualsCondition(\"createdBy\", StringNode(\"Adam\")),\n        EqualsCondition(\"items\", NumberNode(6)))\n      ))\n    }\n  }\n\n  \"boolean condition\" should \"work with 1 simple and 1 nested conditions joined with or\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule), \"\"\"createdBy != \"Adam\" or (items = 6 and row = 9.5)\"\"\") {\n      parsingResult.result should be(Some(OrCondition(\n        NotEqualsCondition(\"createdBy\", StringNode(\"Adam\")),\n        AndCondition(\n          EqualsCondition(\"items\", NumberNode(6)),\n          EqualsCondition(\"row\", NumberNode(9.5)))\n      )))\n    }\n  }\n\n  \"entity\" should \"work an entity name\" in {\n    val rule = parser.UQLEntity\n    parse(ReportingParseRunner(rule), \"\"\"entity = \"Solutions\"\"\"\") {\n      parsingResult.result should be(Some(Entity(\"Solutions\")))\n    }\n  }\n\n  \"filter\" should \"work with an entity and a simple filter\" in {\n    val rule = parser.UQLFilter\n    parse(ReportingParseRunner(rule), \"\"\"entity = \"Solutions\" and createdBy = \"Adam\"\"\"\") {\n      parsingResult.result should be(Some(Filter(\n        Entity(\"Solutions\"),\n        EqualsCondition(\"createdBy\", StringNode(\"Adam\")))\n      ))\n    }\n  }\n\n  \"a null\" should \"be null\" in {\n    val rule = parser.UQLNull\n    parse(ReportingParseRunner(rule), \"null\") {\n      parsingResult.result should be(Some(Null))\n    }\n  }\n\n  \"complex query #1 subpart #1\" should \"parse\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule),\n      \"\"\"(ownerId is \"005A0000003CWSAIA4\" and (status is \"Waiting on Red Hat\" or internalStatus is \"Waiting on Owner\"))\"\"\".trim) {\n      parsingResult.matched should be(true)\n    }\n  }\n\n  \"complex query #1 subpart #2\" should \"parse\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule),\n      \"\"\"(ownerId is \"005A0000003CWSAIA4\" and (status is \"Waiting on Red Hat\" or internalStatus is \"Waiting on Owner\")) or (ftsRole like \"%25sshumake%25\" and status ne \"Closed\")\"\"\".trim) {\n      parsingResult.matched should be(true)\n    }\n  }\n\n  \"complex query #1 subpart #3\" should \"parse\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule),\n      \"\"\"((internalStatus is \"Waiting on Collaboration\" and (status ne \"Closed\")) and nnoSuperRegion is null)\"\"\".trim) {\n      parsingResult.matched should be(true)\n    }\n  }\n\n  \"complex query #1 subpart #4\" should \"parse\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule),\n      \"\"\"((internalStatus is \"Waiting on Collaboration\" and (status ne \"Closed\")) and nnoSuperRegion is null) or (isFTS is true and (ftsRole is \"\")) and requiresSecureHandling is false\"\"\".trim) {\n      parsingResult.matched should be(true)\n    }\n  }\n\n  \"complex query #1 - ALL - subparts #2 OR #4\" should \"parse\" in {\n    val rule = parser.UQLAnyCondition\n    parse(ReportingParseRunner(rule),\n      \"\"\"((((ownerId is \"005A0000003CWSAIA4\" and (status is \"Waiting on Red Hat\" or internalStatus is \"Waiting on Owner\")) or (ftsRole like \"%25sshumake%25\" and status ne \"Closed\")) or (((internalStatus is \"Waiting on Collaboration\" and (status ne \"Closed\")) and nnoSuperRegion is null) or (isFTS is true and (ftsRole is \"\")))) and requiresSecureHandling is false)\"\"\".trim) {\n      parsingResult.result should be(Some(\n        AndCondition(\n          OrCondition(\n            OrCondition(\n              AndCondition(\n                EqualsCondition(\"ownerId\", StringNode(\"005A0000003CWSAIA4\")),\n                OrCondition(\n                  EqualsCondition(\"status\", StringNode(\"Waiting on Red Hat\")),\n                  EqualsCondition(\"internalStatus\", StringNode(\"Waiting on Owner\"))\n                )\n              ),\n              AndCondition(\n                LikeCondition(\"ftsRole\", StringNode(\"%25sshumake%25\")),\n                NotEqualsCondition(\"status\", StringNode(\"Closed\"))\n              )\n            ),\n            OrCondition(\n              AndCondition(\n                AndCondition(\n                  EqualsCondition(\"internalStatus\", StringNode(\"Waiting on Collaboration\")),\n                  NotEqualsCondition(\"status\", StringNode(\"Closed\"))\n                ),\n                EqualsCondition(\"nnoSuperRegion\", Null)\n              ),\n              AndCondition(\n                EqualsCondition(\"isFTS\", BooleanNode(true)),\n                EqualsCondition(\"ftsRole\", StringNode(\"\")))\n            )\n          ),\n          EqualsCondition(\"requiresSecureHandling\", BooleanNode(false))\n        )\n      ))\n    }\n  }\n\n  \"who coaches in geo filter parsed\" should \"be\" in {\n    val filter = s\"\"\" entity=\"User\" and ( (roleSbrName = \"JBoss Base AS\") and ( ( (roleName = \"unified-sbr-coach-primary\") or (roleName = \"unified-sbr-coach-backup\") ) and (roleSuperRegion = \"EMEA\") ) )\"\"\"\n    val rule = parser.UQLFilter\n    parse(ReportingParseRunner(rule), filter.trim) {\n      parsingResult.result should be(Some(\n        Filter(Entity(\"User\"),\n          AndCondition(\n            EqualsCondition(\"roleSbrName\", StringNode(\"JBoss Base AS\")),\n            AndCondition(\n              OrCondition(\n                EqualsCondition(\"roleName\", StringNode(\"unified-sbr-coach-primary\")),\n                EqualsCondition(\"roleName\", StringNode(\"unified-sbr-coach-backup\"))),\n              EqualsCondition(\"roleSuperRegion\", StringNode(\"EMEA\"))))))\n      )\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"project\/Build.scala","text":"import sbt.Keys._\nimport sbt._\n\nimport spray.revolver.RevolverPlugin.Revolver\nimport com.typesafe.sbt.SbtAspectj._\n\n\nobject ReactiveDataFederationPoCBuild extends Build {\n  private val allResolvers = Seq(\n    \"Local Maven Repository\" at \"file:\/\/\/\" + Path.userHome + \"\/.m2\/repository\",\n    \"Sonatype releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\",\n    \"Sonatype snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\",\n    \"Scalaz Bintray Repo\" at \"http:\/\/dl.bintray.com\/scalaz\/releases\",\n    \"theatr.us\" at \"http:\/\/repo.theatr.us\",\n    \"JBoss Releases\" at \"https:\/\/repository.jboss.org\/nexus\/content\/repositories\/releases\",\n    \"JBoss Snapshots\" at \"https:\/\/repository.jboss.org\/nexus\/content\/repositories\/snapshots\",\n    \"JBoss Public\" at \"http:\/\/repository.jboss.org\/nexus\/content\/groups\/public\/\",\n    \"JBoss Developer\" at \"http:\/\/repository.jboss.org\/nexus\/content\/groups\/developer\/\",\n    \"JBoss Early Access\" at \"http:\/\/maven.repository.redhat.com\/earlyaccess\/all\/\",\n    \"Red Hat Tech Preview\" at \"http:\/\/maven.repository.redhat.com\/techpreview\/all\/\",\n    Resolver.sonatypeRepo(\"public\"),\n    \"bintray-flossware-maven\" at \"http:\/\/dl.bintray.com\/flossware\/maven\",\n    \"bintray-solenopsis-maven\" at \"http:\/\/dl.bintray.com\/solenopsis\/maven\",\n    \"hseeberger at bintray\" at \"http:\/\/dl.bintray.com\/hseeberger\/maven\"\n  )\n\n  val scalaV = \"2.11.7\"\n  val akkaV = \"2.4.0\"\n  val akkaHttpV = \"2.0-M2\"\n  val jsr181V = \"1.0-MR1\"\n  val javaxActivationV = \"1.1-rev-1\"\n  val javaxValidationV = \"1.1.0.Final\"\n  val javaxPersistenceV = \"1.0.2\"\n  val json4sV = \"3.2.11\"\n  val jacksonModuleV = \"2.4.3\"\n  val jodaTimeV = \"2.7\"\n  val jodaConvertV = \"1.7\"\n  val scalamockV = \"3.2.1\"\n  val scalatestV = \"2.2.1\"\n  \/\/  val slickJodaMapper = \"1.2.0\"\n  val logbackV = \"1.1.3\"\n  val slf4jV = \"1.7.12\"\n  val janinoV = \"2.7.8\"\n  val scalaLoggingV = \"2.1.2\"\n  val scalaZV = \"7.0.6\"\n  val resteasyV = \"3.0.11.Final\"\n  val jaxrsV = \"2.0\"\n  val parboiledV = \"1.1.6\"\n  val jooqV = \"3.7.0\"\n  val postgresV = \"9.4.1207\"\n  val aspectjV = \"1.8.5\"\n  val asyncV = \"0.9.2\"\n  val hikariCPV = \"2.3.6\"\n  val slickV = \"2.1.0\"\n  val lasiusV = \"3.0.5\"\n  val shapelessV = \"2.2.3\"\n  val jsonRpcV = \"1.1\"\n  val typesafeSalesforceV = \"1.0-SNAPSHOT\"\n  val saajV = \"1.3.25\"\n  val groovyV = \"2.4.3\"\n  val akkaJson4sV = \"1.3.0\"\n\n  lazy val mainProject = Project(\n    id = \"main\",\n    base = file(\".\"),\n    settings = Defaults.coreDefaultSettings ++ Revolver.settings ++ aspectjSettings ++ Seq(\n      organization := \"com.github.akovari\",\n      name := \"Reactive-Data-Federation-Platform-PoC\",\n      \/\/      javaOptions <++= AspectjKeys.weaverOptions in Aspectj,\n      javaOptions ++= Seq(\"-Xmx8G\" \/*, \"-Djavax.net.debug=all\"*\/),\n      \/\/      fork := true,\n      version := \"0.1\",\n      scalaVersion := scalaV,\n      javacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-source\", \"1.8\", \"-target\", \"1.8\"),\n      resolvers ++= allResolvers,\n      scalacOptions in ThisBuild ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\", \"-language:implicitConversions\",\n        \"-language:existentials\", \"-language:postfixOps\", \"-language:reflectiveCalls\", \"-Xfatal-warnings\", \"-Xlint\"),\n\n      libraryDependencies ++= Seq(\n        \"com.github.akovari\" % \"ws\" % typesafeSalesforceV,\n        \"com.github.akovari\" % \"query\" % typesafeSalesforceV,\n        \"com.github.akovari\" % \"util\" % typesafeSalesforceV,\n\n        \"org.scala-lang\" % \"scalap\" % scalaV,\n        \"org.scala-lang\" % \"scala-reflect\" % scalaV,\n        \"com.typesafe.akka\" %% \"akka-actor\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-slf4j\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-stream-experimental\" % akkaHttpV,\n        \"com.typesafe.akka\" %% \"akka-http-core-experimental\" % akkaHttpV,\n        \"com.typesafe.akka\" %% \"akka-http-experimental\" % akkaHttpV,\n        \"de.heikoseeberger\" %% \"akka-http-json4s\" % akkaJson4sV,\n\n        \"javax.jws\" % \"jsr181-api\" % jsr181V,\n        \"javax.ws.rs\" % \"javax.ws.rs-api\" % jaxrsV,\n        \"javax.activation\" % \"activation\" % javaxActivationV,\n        \"javax.validation\" % \"validation-api\" % javaxValidationV,\n        \"javax.persistence\" % \"persistence-api\" % javaxPersistenceV,\n        \"org.json4s\" %% \"json4s-jackson\" % json4sV,\n        \"org.json4s\" %% \"json4s-ext\" % json4sV,\n        \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % jacksonModuleV,\n        \"joda-time\" % \"joda-time\" % jodaTimeV,\n        \"org.joda\" % \"joda-convert\" % jodaConvertV,\n        \"ch.qos.logback\" % \"logback-classic\" % logbackV,\n        \"ch.qos.logback\" % \"logback-core\" % logbackV,\n        \"org.slf4j\" % \"log4j-over-slf4j\" % slf4jV,\n        \"org.slf4j\" % \"jcl-over-slf4j\" % slf4jV,\n        \"org.codehaus.janino\" % \"janino\" % janinoV,\n        \"com.typesafe.scala-logging\" %% \"scala-logging-slf4j\" % scalaLoggingV,\n        \"org.scalaz\" %% \"scalaz-core\" % scalaZV,\n        \"org.parboiled\" %% \"parboiled-scala\" % parboiledV,\n        \"org.jooq\" % \"jooq-scala\" % jooqV,\n        \"org.jooq\" % \"jooq\" % jooqV,\n        \"org.jooq\" % \"jooq-meta\" % jooqV,\n        \"org.jooq\" % \"jooq-codegen\" % jooqV,\n        \"com.zaxxer\" % \"HikariCP\" % hikariCPV,\n        \"org.scala-lang.modules\" %% \"scala-async\" % asyncV,\n        \"com.chuusai\" %% \"shapeless\" % shapelessV,\n        \"com.sun.xml.messaging.saaj\" % \"saaj-impl\" % saajV,\n        \"org.codehaus.groovy\" % \"groovy\" % groovyV,\n\n        \"org.postgresql\" % \"postgresql\" % postgresV,\n\n        \"org.solenopsis.lasius\" % \"wsutils-common\" % lasiusV,\n        \"org.solenopsis.lasius\" % \"common\" % lasiusV,\n\n        \"com.typesafe.akka\" %% \"akka-testkit\" % akkaV % \"test\",\n        \"org.scalatest\" %% \"scalatest\" % scalatestV % \"test\",\n        \"org.scalamock\" %% \"scalamock-scalatest-support\" % scalamockV % \"test\"\n      ).map(_.exclude(\"commons-logging\", \"commons-logging\")),\n      unmanagedClasspath in Compile += baseDirectory.value \/ \"jooq\",\n      \/\/      slicRdfp <<= slickCodeGenTaskRdfp,\n      jooqCodegenRdfp <<= jooqCodegenRdfpTask\n    )\n  ) \/\/.aggregate(benchmarks)\n\n\/\/  lazy val benchmarks = project in file(\"benchmarks\")\n\n  \/\/ code generation tasks\n  \/\/  lazy val slicRdfp = TaskKey[Seq[File]](\"gen-tables-rdfp\")\n  \/\/  lazy val slickCodeGenTaskRdfp = (sourceDirectory, dependencyClasspath in Compile, runner in Compile, streams) map {\n  \/\/    (dir, cp, r, s) =>\n  \/\/      val outputDir = (dir \/ \"main\" \/ \"scala\").getPath \/\/ place generated files in sbt's managed sources folder\n  \/\/    val url = \"jdbc:postgresql:\/\/localhost:5432\/rdfp\"\n  \/\/      val jdbcDriver = \"org.postgresql.Driver\"\n  \/\/      val slickDriver = \"scala.slick.driver.PostgresDriver\"\n  \/\/      val pkg = \"com.github.akovari.rdfp.data\"\n  \/\/      val user = \"rdfp\"\n  \/\/      val password = \"<PASSWORD>\"\n  \/\/      toError(r.run(\"scala.slick.codegen.SourceCodeGenerator\", cp.files, Array(slickDriver, jdbcDriver, url, outputDir, pkg, user, password), s.log))\n  \/\/      val fname = outputDir + \"\/com\/github\/akovari\/rdfp\/data\/Tables.scala\"\n  \/\/      Seq(file(fname))\n  \/\/  }\n  lazy val jooqCodegenRdfp = TaskKey[Seq[File]](\"gen-tables-jooq-rdfp\")\n  lazy val jooqCodegenRdfpTask = (sourceDirectory, fullClasspath in Compile, runner in Compile, streams) map {\n    (dir, cp, r, s) =>\n      val outputDir = (dir \/ \"main\" \/ \"java\").getPath \/\/ place generated files in sbt's managed sources folder\n      toError(r.run(\"org.jooq.util.GenerationTool\", cp.files, Seq(\"jooq-config-rdfp.xml\"), s.log))\n      val fname = outputDir + \"\/com\/github\/akovari\/rdfp\/data\/schema\"\n      Seq(file(fname))\n  }\n  \/\/  val sharedSlickSettings = Defaults.coreDefaultSettings ++ Seq(\n  \/\/    scalaVersion := scalaV,\n  \/\/    javacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-source\", \"1.8\", \"-target\", \"1.8\"),\n  \/\/    resolvers ++= allResolvers,\n  \/\/    libraryDependencies ++= Seq(\n  \/\/      \"com.typesafe.slick\" %% \"slick\" % slickV,\n  \/\/      \"com.typesafe.slick\" %% \"slick-codegen\" % slickV,\n  \/\/      \"org.postgresql\" % \"postgresql\" % postgresV,\n  \/\/      \"org.scala-lang\" % \"scala-reflect\" % scalaV\n  \/\/    )\n  \/\/  )\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/impl\/MapReduceScriptEngine.scala","text":"package com.github.akovari.rdfp.api.mapreduce.impl\n\nimport javax.activation.MimeType\nimport javax.script.ScriptEngine\n\nimport akka.actor.{ActorSystem, ActorRef}\nimport akka.event.LoggingAdapter\n\nimport scala.concurrent.{Future, ExecutionContext}\n\n\/**\n * Created by akovari on 3.3.2015.\n *\/\n\ntrait MapReduceScriptEngine {\n  def evalWithActorRef(ref: ActorRef, text: String)(implicit ec: ExecutionContext, log: LoggingAdapter, system: ActorSystem): Future[ScriptEngine]\n\n  def invokeFunction(engine: Future[ScriptEngine], f: Symbol, args: AnyRef*)(implicit ec: ExecutionContext, log: LoggingAdapter): Future[Any]\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"benchmarks\/src\/test\/scala\/com\/redhat\/gss\/data\/cases\/CaseMRLoadSimulation.scala","text":"<reponame>akovari\/reactive-data-federation-poc<filename>benchmarks\/src\/test\/scala\/com\/redhat\/gss\/data\/cases\/CaseMRLoadSimulation.scala\npackage com.redhat.gss.data.cases\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport scala.concurrent.duration._\nimport spray.http.MediaTypes._\n\n\n\/**\n * User: akovari\n * Date: 5\/31\/14\n * Time: 10:33 AM\n *\/\nclass CaseMRLoadSimulation extends Simulation {\n  val cases = Seq.fill(1)(Seq(\"00001002\", \"00001016\", \"00001024\")).flatten\n\n  val httpProtocol = http\n    .baseURL(\"http:\/\/localhost:8080\")\n    .acceptEncodingHeader(`application\/json`.toString())\n\n  def randCaseNumber = {\n    val rnd = new scala.util.Random\n    cases(rnd.nextInt(cases length))\n  }\n\n  val query =\n    s\"\"\"\n      |var load = function (caseIds) {\n      |    var caseIdsCond = StringUtils.join(Arrays.asList(StringUtils.split(caseIds, ',')).stream().map(function (i) {\n      |        return '\"' + i + '\"'\n      |    }).toArray(), ',');\n      |\n      |    query(function (cb) {\n      |        with (imports) {\n      |            return new CaseLinksQuery('caseId in [' + caseIdsCond + ']', cb)\n      |        }\n      |    }).then(function (cases) {\n      |        emit('all_links', cases);\n      |    }).finally(function () {\n      |        done();\n      |    });\n      |};\n      |\n      |var map = function (k, v) {\n      |    for (var idx = 0; idx < v.length; idx++) {\n      |        emit(v[idx].caseNumber(), {\n      |            count: 1\n      |        });\n      |    }\n      |};\n      |\n      |var reduce = function (k, v) {\n      |    try {\n      |        var reducedVal = {\n      |            count: 0\n      |        };\n      |        for (var idx = 0; idx < v.length; idx++) {\n      |            reducedVal.count += v[idx].count;\n      |        }\n      |        emit(k, reducedVal.count);\n      |    } catch (err) {\n      |        log.error(err);\n      |    }\n      |};\n      |\n      |var finalize = function (data) {\n      |    emitM(data);\n      |};\n    \"\"\".stripMargin\n\n  val randomChain = for {\n    i <- 1 to cases.length\n  } yield (100.0 \/ cases.length, exec(\n      http(\"Map\/Reduce\")\n        .post(s\"\/mr\").queryParam(\"caseIds\", Seq(randCaseNumber).mkString(\",\"))\n        .body(StringBody(query)).asJSON\n    ))\n\n  val scn = scenario(\"Run a bunch of M\/Rs\").randomSwitch(randomChain: _*)\n\n  setUp(scn.inject(atOnceUsers(cases.length)))\n    .protocols(httpProtocol)\n    .assertions(global.successfulRequests.count.is(cases.length),\n      global.responseTime.max.lessThan((30 seconds).toMillis.toInt))\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/MapReduceQueryResource.scala","text":"<filename>src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/MapReduceQueryResource.scala<gh_stars>0\npackage com.github.akovari.rdfp.api.mapreduce\n\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.SupervisorStrategy.Escalate\nimport akka.actor.{OneForOneStrategy, Props, TypedActor}\nimport akka.event.Logging\nimport akka.pattern._\nimport akka.util.Timeout\nimport com.github.akovari.rdfp.Configuration\nimport com.github.akovari.rdfp.api.mapreduce.MapReduceModels._\nimport com.github.akovari.rdfp.api.mapreduce.impl.MapReducer\n\nimport scala.concurrent.Future\nimport scala.concurrent.duration._\n\n\/**\n  * Created by akovari on 3.3.2015.\n  *\/\ntrait MapReduceQueryResource {\n  def evaluate(script: String, params: Seq[String] = Seq.empty): Future[EmitableScala]\n}\n\nclass MapReduceQueryResourceImpl extends MapReduceQueryResource with TypedActor.Supervisor {\n  implicit val timeout = Timeout(Configuration().getDuration(\"mapreduce.queryTimeout\", TimeUnit.SECONDS) seconds)\n  implicit val executionContext = TypedActor.context.dispatcher\n  private val log = Logging(TypedActor.context.system, TypedActor.context.self)\n\n  override def supervisorStrategy() = OneForOneStrategy(maxNrOfRetries = 5, withinTimeRange = 1 minute) {\n    case e: Exception =>\n      log.error(e, e.getMessage)\n      Escalate\n  }\n\n  override def evaluate(script: String, params: Seq[String] = Seq.empty): Future[EmitableScala] =\n    (mapReducer ? EvaluateScript(script, params)).map {\n      case FinalizedData(data) =>\n        val asScala: EmitableScala = data\n        asScala\n\n      case error: MapReducerFailure =>\n        throw error\n    }\n\n  private def mapReducer = TypedActor.context.actorOf(Props[MapReducer])\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/data\/cases\/CasesResource.scala","text":"package com.github.akovari.rdfp.data.cases\n\nimport akka.actor.TypedActor\nimport akka.event.Logging\nimport com.github.akovari.rdfp.api.ql.UQLContext.UnifiedResult.{UnifiedQueryLimit, UnifiedQueryOffset}\nimport com.github.akovari.rdfp.api.ql.UQLParser.Filter\nimport com.github.akovari.rdfp.data.{ResourceType, DatabaseConnection}\nimport com.github.akovari.typesafeSalesforce.cxf.enterprise\nimport com.github.akovari.typesafeSalesforce.cxf.enterprise.Case_\nimport com.github.akovari.typesafeSalesforce.util.SalesForceConnection\nimport org.jooq.{Record, Result}\nimport scala.concurrent.Future\nimport scala.collection.JavaConverters._\n\n\nimport com.github.akovari.rdfp.data.Models._\nimport com.github.akovari.typesafeSalesforce.{query => sfquery}\nimport com.github.akovari.rdfp.data.cases.PostgresQueryCache._\nimport com.github.akovari.rdfp.api.ql.{UQLParser, UQLContext}\nimport com.github.akovari.rdfp.api.ql.db.SQLTables._\n\n\/**\n  * Created by akovari on 06.11.15.\n  *\/\ntrait CasesResource {\n  def getCase(caseNumber: String)(implicit conn: SalesForceConnection): Future[Option[Case]]\n\n  def getCasesByFilter(filter: sfquery.Filter)(implicit conn: SalesForceConnection): Future[Seq[Case]]\n\n  def getCaseLinksByFilter(filter: Filter)(implicit offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit]): Future[Seq[CaseLink]]\n}\n\nclass CasesResourceImpl extends CasesResource {\n\n  import UQLContext._\n\n  implicit val executionContext = TypedActor.context.dispatcher\n  private implicit val log = Logging(TypedActor.context.system, TypedActor.context.self)\n\n  override def getCase(caseNumber: String)(implicit conn: SalesForceConnection): Future[Option[Case]] = {\n    import sfquery._\n    val q = SalesForceQueryCache.caseQueryWithFilter(Case_.caseNumber :== caseNumber, None)\n    log.debug(s\"[getCase] $q\")\n\n    for {\n      cases <- conn.query(q).mapTo[Seq[enterprise.Case]]\n      links <- getCaseLinksByFilter(UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and caseId in [${\n        cases.map(_.getCaseNumber).map(c => s\"\"\"\"$c\"\"\"\").mkString(\",\")\n      }]\"\"\"))(None, None)\n    } yield cases.map { c =>\n      Case(c.getCaseNumber, c.getStatus, links = links.filter(_.caseNumber == c.getCaseNumber))\n    }.headOption\n  }\n\n  override def getCasesByFilter(filter: sfquery.Filter)(implicit conn: SalesForceConnection): Future[Seq[Case]] = {\n    val q = SalesForceQueryCache.caseQueryWithFilter(filter, None)\n    log.debug(s\"[getCaseLinksByFilter] $q\")\n\n    for {\n      cases <- conn.query(q).mapTo[Seq[enterprise.Case]]\n      links <- getCaseLinksByFilter(UQLParser.parseUQL( s\"\"\"entity = \"${ResourceType.SupportCase}\" and caseId in [${\n        cases.map(_.getCaseNumber).map(c => s\"\"\"\"$c\"\"\"\").mkString(\",\")\n      }]\"\"\"))(None, None)\n    } yield cases.map { c =>\n      Case(c.getCaseNumber, c.getStatus, links = links.filter(_.caseNumber == c.getCaseNumber))\n    }\n  }\n\n  override def getCaseLinksByFilter(filter: Filter)(implicit offset: Option[UnifiedQueryOffset], limit: Option[UnifiedQueryLimit]): Future[Seq[CaseLink]] = {\n    DatabaseConnection.dsl.map { implicit dsl =>\n      implicit val filterCtx: FilterContext = filter\n\n      filterForResourceType(ResourceType.SupportCase) {\n        implicit resourceType => condition =>\n          val q = caseLinksSelectQuery\n          applyQueryCondition(q, condition)\n          log.debug(s\"[getCaseLinksByFilter] $q\")\n\n          val physicalModels = q.fetch().asInstanceOf[Result[Record]].asScala.toSeq\n\n          physicalModels.map { r =>\n            CaseLink(r.getValue(CASE_LINKS_T.ID).intValue(), r.getValue(CASE_LINKS_T.CASE_ID), r.getValue(CASE_LINKS_T.URL))\n          }\n      }\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/mapreduce\/impl\/MapReduceJavaScriptEngine.scala","text":"<reponame>akovari\/reactive-data-federation-poc\npackage com.github.akovari.rdfp.api.mapreduce.impl\n\nimport java.util.concurrent.TimeUnit\nimport javax.script.{Invocable, ScriptEngine, ScriptEngineManager}\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.event.LoggingAdapter\nimport com.github.akovari.rdfp.Configuration\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.io.Source\n\n\/**\n * Created by akovari on 27.2.2015.\n *\/\nobject MapReduceJavaScriptEngine extends MapReduceScriptEngine {\n  val defaultEngineFutureTimeout = Configuration().getDuration(\"mapreduce.engineFutureTimeout\", TimeUnit.SECONDS) seconds\n  private val engineManager = new ScriptEngineManager(null)\n\n  override def evalWithActorRef(ref: ActorRef, text: String)(implicit ec: ExecutionContext, log: LoggingAdapter, system: ActorSystem): Future[ScriptEngine] = Future {\n    val engine = engineManager.getEngineByMimeType(\"text\/javascript\").ensuring(_ != null)\n    def load(s: String) = Source.fromInputStream(Thread.currentThread().getContextClassLoader().getResourceAsStream(s)).bufferedReader()\n    engine.put(\"_actorRef\", ref)\n    engine.put(\"_executionContext\", ec)\n    engine.put(\"_scriptEngine\", engine)\n    engine.put(\"_defaultEngineFutureTimeout\", defaultEngineFutureTimeout.toMillis)\n    engine.put(\"log\", log)\n    engine.put(\"api\", MapReduceConstants.api)\n    \/\/    engine.eval(\n    \/\/      \"\"\"\n    \/\/        |from com.redhat.gss.unified.mapreduce import UserReportingQuery\n    \/\/        |\n    \/\/        |def emit(k, v):\n    \/\/        | from com.redhat.gss.unified.mapreduce import EmitEvent\n    \/\/        | from com.google.common.collect import Multimaps\n    \/\/        | _actorRef.tell(EmitEvent(Multimaps.forMap({k: v})), _actorRef)\n    \/\/        |\n    \/\/        |def emitM(data):\n    \/\/        | from com.redhat.gss.unified.mapreduce import EmitEvent\n    \/\/        | _actorRef.tell(EmitEvent(data), _actorRef)\n    \/\/        |\n    \/\/        |def done():\n    \/\/        | from com.redhat.gss.unified.mapreduce import PhaseDoneEvent\n    \/\/        | _actorRef.tell(PhaseDoneEvent.instance(), _actorRef)\n    \/\/        |\n    \/\/        |def query(msg):\n    \/\/        | from com.redhat.gss.unified.mapreduce import ApiQuery\n    \/\/        | from akka.pattern.Patterns import ask\n    \/\/        | from aplus import Promise\n    \/\/        | return ask(api, ApiQuery(msg, _actorRef), _defaultEngineFutureTimeout)\n    \/\/      \"\"\".stripMargin)\n    engine.eval(load(\"js\/polyfills.js\"))\n\/\/    engine.eval(load(\"js\/bower_components\/immutable\/dist\/immutable.min.js\"))\n    engine.eval(load(\"js\/bower_components\/rsvp\/rsvp.min.js\"))\n\/\/    engine.eval(load(\"js\/bower_components\/moment\/min\/moment-with-locales.min.js\"))\n\/\/    engine.eval(load(\"js\/bower_components\/moment-timezone\/builds\/moment-timezone-with-data.min.js\"))\n    engine.eval(\n      s\"\"\"\n         |var imports = new JavaImporter(com.github.akovari.rdfp.data, com.github.akovari.rdfp.api.mapreduce, org.joda.time);\n         |var StringUtils = Java.type(\"org.apache.commons.lang.StringUtils\");\n         |var Collectors = Java.type(\"java.util.stream.Collectors\");\n         |var Arrays = Java.type(\"java.util.Arrays\");\n         |\n         |\/*var cloneArray = function(aImmut) {\n         | var Arrays = Java.type(\"java.util.Arrays\");\n         |\n         | var a = aImmut;\n         | if(typeof aImmut.toJS === 'function') {\n         |   a = aImmut.toJS();\n         | }\n         | return Arrays[\"copyOf(java.lang.Object[], int)\"](a, a.length.intValue());\n         |};\n         |\n         |var cloneMap = function(mImmut) {\n         | return mImmut.mapEntries(function(entry) {return [entry[0], cloneArray(entry[1])]});\n         |};\n         |\n         |var flattenArray = function(aImmut) {\n         | var a = aImmut;\n         | if(typeof aImmut.toJS === 'function') {\n         |   a = aImmut.toJS();\n         | }\n         | return [].concat.apply([], a);\n         |};*\/\n         |\n         |var ask = function(msg) {\n         | log.debug(\"Calling ask with: \" + msg);\n         | with(imports) {\n         |   api.tell(new ApiQuery(msg, _actorRef), _actorRef);\n         | }\n         |};\n         |\n         |var seqAsJava = function(c) {\n         |  var WrapAsJava = Java.type(\"scala.collection.JavaConversions\")\n         |  return WrapAsJava.seqAsJavaList(c);\n         |};\n         |\n         |var mapAsScala = function(c) {\n         |  var WrapAsJava = Java.type(\"scala.collection.JavaConversions\")\n         |  return WrapAsJava.mapAsScalaMap(c);\n         |};\n         |\n         |var query = function(q) {return new RSVP.Promise(function(resolve, reject) {\n         |   with(imports) {\n         |     var loaded = function(data) {\n         |       resolve(data);\n         |     };\n         |     ask(q(loaded));\n         |   }\n         | }).catch(function(err) {\n         |   log.error(err);\n         | })\n         |};\n         |\n         |var emit = function(k, v) {\n         | with(imports) {\n         |   _actorRef.tell(new EmitKVEvent(k, v), _actorRef);\n         | }\n         |};\n         |\n         |var emitM = function(args) {\n         | with(imports) {\n         |   _actorRef.tell(new EmitEvent(args), _actorRef);\n         | }\n         |};\n         |\n         |var done = function(args) {\n         | with(imports) {\n         |   _actorRef.tell(PhaseDoneEvent.instance(), _actorRef);\n         | }\n         |};\n         |\"\"\".stripMargin)\n    engine.eval(java.text.Normalizer.normalize(text, java.text.Normalizer.Form.NFD).replaceAll(\"\\\\p{InCombiningDiacriticalMarks}+\", \"\"))\n    engine\n  }\n\n  override def invokeFunction(engine: Future[ScriptEngine], f: Symbol, args: AnyRef*)(implicit ec: ExecutionContext, log: LoggingAdapter): Future[Any] = engine.map { e =>\n    log.debug(s\"Invoking Function ${f.name} with Arguments $args\")\n    e.asInstanceOf[Invocable].invokeFunction(f.name, args: _*)\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/util\/JacksonWrapper.scala","text":"package com.github.akovari.rdfp.util\n\nimport java.lang.reflect.{Type, ParameterizedType}\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.fasterxml.jackson.module.scala.experimental.ScalaObjectMapper\nimport com.fasterxml.jackson.annotation.JsonProperty\nimport com.fasterxml.jackson.core.`type`.TypeReference\n\n\/**\n * MAINLY FOR DEBUGGING PURPOSES\n * Created by akovari on 20.11.14.\n *\/\nobject JacksonWrapper {\n  val mapper = new ObjectMapper() with ScalaObjectMapper\n  mapper.registerModule(DefaultScalaModule)\n\n  def serialize(value: Any): String = {\n    import java.io.StringWriter\n    val writer = new StringWriter()\n    mapper.writeValue(writer, value)\n    writer.toString\n  }\n\n  def deserialize[T: Manifest](value: String) : T =\n    mapper.readValue(value, typeReference[T])\n\n  private [this] def typeReference[T: Manifest] = new TypeReference[T] {\n    override def getType = typeFromManifest(manifest[T])\n  }\n\n  private [this] def typeFromManifest(m: Manifest[_]): Type = {\n    if (m.typeArguments.isEmpty) { m.runtimeClass }\n    else new ParameterizedType {\n      def getRawType = m.runtimeClass\n      def getActualTypeArguments = m.typeArguments.map(typeFromManifest).toArray\n      def getOwnerType = null\n    }\n  }\n}\n"}
{"repo_name":"akovari\/reactive-data-federation-poc","path":"src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/QOLContext.scala","text":"<filename>src\/main\/scala\/com\/github\/akovari\/rdfp\/api\/ql\/QOLContext.scala<gh_stars>0\npackage com.github.akovari.rdfp.api.ql\n\nimport com.github.akovari.rdfp.api.ql.db.SOQLContext\nimport com.github.akovari.typesafeSalesforce.query.{DescendingOrder, SimpleColumn, AscendingOrder, Order}\n\n\/**\n * Created by akovari on 03\/07\/15.\n *\/\nobject QOLContext extends QOL2SOQLTransformer\n\nsealed trait QOL2SOQLTransformer {\n  def orderToSQOLOrder(tableOrder: QOLParser.TableOrder)(implicit resourceType: UQLContext.UnifiedResult.UnifiedResultFromResourceType): Seq[Order[_]] = tableOrder.fieldOrders.map {\n    case QOLParser.AscFieldOrder(f) => AscendingOrder(SOQLContext.fieldToEntityField(f.value))\n    case QOLParser.DescFieldOrder(f) => DescendingOrder(SOQLContext.fieldToEntityField(f.value))\n  }\n}\n"}
{"repo_name":"Mohib-hub\/beadledom","path":"client\/resteasy-client\/src\/test\/scala\/com\/cerner\/beadledom\/client\/resteasy\/ExponentialBackoffHttpRequestRetryHandlerSpec.scala","text":"package com.cerner.beadledom.client.resteasy\n\nimport org.scalatest.{FunSpec, MustMatchers}\n\n\/**\n * Spec for ExponentialBackoffHttpRequestRetryHandler\n *\n * @author <NAME>\n *\/\nclass ExponentialBackoffHttpRequestRetryHandlerSpec extends FunSpec with MustMatchers {\n  describe(\"ExponentialBackoffHttpRequestRetryHandler\") {\n    describe(\"#calculateRetryDelay\") {\n      it(\"returns 100 when executionCount is 1\") {\n        val retryHandler = new ExponentialBackoffHttpRequestRetryHandler(3, false)\n\n        val retryDelay = retryHandler.calculateRetryDelay(1)\n\n        retryDelay mustBe 100 +- 5\n      }\n\n      it(\"returns 200 when executionCount is 2\") {\n        val retryHandler = new ExponentialBackoffHttpRequestRetryHandler(3, false)\n\n        val retryDelay = retryHandler.calculateRetryDelay(2)\n\n        retryDelay mustBe 200 +- 5\n      }\n\n      it(\"returns 400 when executionCount is 3\") {\n        val retryHandler = new ExponentialBackoffHttpRequestRetryHandler(3, false)\n\n        val retryDelay = retryHandler.calculateRetryDelay(3)\n\n        retryDelay mustBe 400 +- 5\n      }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"jvm\/src\/main\/scala\/com\/comcast\/ip4s\/IpAddressPlatform.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport java.net.{InetAddress, Inet4Address, Inet6Address}\n\nprivate[ip4s] trait IpAddressPlatform {\n\n  \/** Converts this address to a `java.net.InetAddress`. Note this method only exists on the JVM. *\/\n  def toInetAddress: InetAddress\n}\n\nprivate[ip4s] trait Ipv4AddressPlatform extends IpAddressPlatform {\n  protected val bytes: Array[Byte]\n\n  override def toInetAddress: Inet4Address =\n    InetAddress.getByAddress(bytes).asInstanceOf[Inet4Address]\n}\n\nprivate[ip4s] trait Ipv6AddressPlatform extends IpAddressPlatform {\n  protected val bytes: Array[Byte]\n\n  override def toInetAddress: Inet6Address =\n    InetAddress.getByAddress(bytes).asInstanceOf[Inet6Address]\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"test-kit\/shared\/src\/test\/scala\/com\/comcast\/ip4s\/Ipv6AddressTest.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport org.scalacheck.{Arbitrary, Gen}\n\nimport Arbitraries._\n\nclass Ipv6AddressTest extends BaseTestSuite {\n  \"Ipv6Address\" should {\n    \"support parsing from string form\".which {\n      \"does not parse the empty string\" in {\n        Ipv6Address(\"\") shouldBe None\n      }\n      \"does not parse white space string\" in {\n        Ipv6Address(\" \") shouldBe None\n      }\n      \"does not parse a single :\" in {\n        Ipv6Address(\":\") shouldBe None\n        Ipv6Address(\" : \") shouldBe None\n      }\n      \"does parse ::\" in {\n        Ipv6Address(\"::\").isDefined shouldBe true\n        Ipv6Address(\" :: \").isDefined shouldBe true\n      }\n      \"supports mixed strings\" in {\n        forAll { (v4: Ipv4Address) =>\n          Ipv6Address(\"::\" + v4) shouldBe Some(v4.toCompatV6)\n          Ipv6Address(\"::ffff:\" + v4) shouldBe Some(v4.toMappedV6)\n        }\n      }\n    }\n\n    \"support converting to uncondensed string form\" in {\n      forAll(Gen.listOfN(16, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 16) {\n          val bytes = bytesList.toArray\n          val addr = Ipv6Address.fromBytes(bytes).get\n          addr.toUncondensedString should have size (4 * 8 + 7)\n        }\n      }\n    }\n\n    \"roundtrip through uncondensed strings\" in {\n      forAll(Gen.listOfN(16, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 16) {\n          val bytes = bytesList.toArray\n          val addr = Ipv6Address.fromBytes(bytes).get\n          Ipv6Address(addr.toUncondensedString) shouldBe Some(addr)\n        }\n      }\n    }\n\n    \"support converting to mixed string form\" in {\n      forAll { (v4: Ipv4Address) =>\n        v4.toCompatV6.toMixedString shouldBe (\"::\" + v4)\n        v4.toMappedV6.toMixedString shouldBe (\"::ffff:\" + v4)\n      }\n    }\n\n    \"roundtrip through mixed strings\" in {\n      forAll(Gen.listOfN(16, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 16) {\n          val bytes = bytesList.toArray\n          val addr = Ipv6Address.fromBytes(bytes).get\n          Ipv6Address(addr.toMixedString) shouldBe Some(addr)\n        }\n      }\n    }\n\n    \"roundtrip through BigInt\" in {\n      forAll(Gen.listOfN(16, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 16) {\n          val bytes = bytesList.toArray\n          val addr = Ipv6Address.fromBytes(bytes).get\n          Ipv6Address.fromBigInt(addr.toBigInt) shouldBe addr\n        }\n      }\n    }\n\n    \"support ordering\" in {\n      forAll { (left: Ipv6Address, right: Ipv6Address) =>\n        val bigIntCompare = left.toBigInt.compare(right.toBigInt)\n        val result = Ordering[Ipv6Address].compare(left, right)\n        result shouldBe bigIntCompare\n      }\n    }\n\n    \"support computing next IP\" in {\n      Ipv6Address(\"ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff\").map(_.next) shouldBe Ipv6Address(\"::\")\n      forAll { (ip: Ipv6Address) => ip.next shouldBe Ipv6Address.fromBigInt(ip.toBigInt + 1) }\n    }\n\n    \"support computing previous IP\" in {\n      Ipv6Address(\"::\").map(_.previous) shouldBe Ipv6Address(\"ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff\")\n      forAll { (ip: Ipv6Address) => ip.previous shouldBe Ipv6Address.fromBigInt(ip.toBigInt - 1) }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"test-kit\/shared\/src\/test\/scala\/com\/comcast\/ip4s\/Ipv4AddressTest.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport org.scalacheck.{Arbitrary, Gen}\n\nimport Arbitraries._\n\nclass Ipv4AddressTest extends BaseTestSuite {\n  \"Ipv4Address\" should {\n    \"support parsing from string form\".which {\n      \"does not parse the empty string\" in {\n        Ipv4Address.apply(\"\") shouldBe None\n      }\n      \"does not parse white space string\" in {\n        Ipv4Address.apply(\" \") shouldBe None\n      }\n    }\n\n    \"roundtrip through string\" in {\n      forAll(Gen.listOfN(4, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 4) {\n          val bytes = bytesList.toArray\n          val addr = Ipv4Address.fromBytes(bytes).get\n          Ipv4Address(addr.toString) shouldBe Some(addr)\n        }\n      }\n    }\n\n    \"roundtrip through long\" in {\n      forAll(Gen.listOfN(4, Arbitrary.arbitrary[Byte])) { bytesList =>\n        if (bytesList.size == 4) {\n          val bytes = bytesList.toArray\n          val addr = Ipv4Address.fromBytes(bytes).get\n          Ipv4Address.fromLong(addr.toLong) shouldBe addr\n        }\n      }\n    }\n\n    \"support ordering\" in {\n      forAll { (left: Ipv4Address, right: Ipv4Address) =>\n        val longCompare = left.toLong.compare(right.toLong)\n        val result = Ordering[Ipv4Address].compare(left, right)\n        result shouldBe longCompare\n      }\n    }\n\n    \"support computing next IP\" in {\n      Ipv4Address(\"255.255.255.255\").map(_.next) shouldBe Ipv4Address(\"0.0.0.0\")\n      forAll { (ip: Ipv4Address) => ip.next shouldBe Ipv4Address.fromLong(ip.toLong + 1) }\n    }\n\n    \"support computing previous IP\" in {\n      Ipv4Address(\"0.0.0.0\").map(_.previous) shouldBe Ipv4Address(\"255.255.255.255\")\n      forAll { (ip: Ipv4Address) => ip.previous shouldBe Ipv4Address.fromLong(ip.toLong - 1) }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"shared\/src\/main\/scala\/com\/comcast\/ip4s\/Cidr.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport scala.util.Try\nimport scala.util.hashing.MurmurHash3\n\nimport cats.{Order, Show}\n\n\/**\n  * Classless Inter-Domain Routing address, which represents an IP address and its routing prefix.\n  *\n  * @param address IP address for which this CIDR refers to\n  * @param prefixBits number of leading 1s in the routing mask\n  *\/\nfinal class Cidr[+A <: IpAddress] private (val address: A, val prefixBits: Int) extends Product with Serializable {\n  def copy[AA >: A <: IpAddress](address: AA = this.address, prefixBits: Int = this.prefixBits): Cidr[AA] =\n    Cidr[AA](address, prefixBits)\n\n  \/**\n    * Returns the routing mask.\n    *\n    * @example {{{\n    * scala> Cidr(ipv4\"10.11.12.13\", 8).mask\n    * res0: Ipv4Address = 255.0.0.0\n    * scala> Cidr(ipv6\"2001:db8:abcd:12::\", 96).mask\n    * res1: Ipv6Address = ffff:ffff:ffff:ffff:ffff:ffff::\n    * }}}\n    *\/\n  def mask: A = address.transform(_ => Ipv4Address.mask(prefixBits), _ => Ipv6Address.mask(prefixBits))\n\n  \/**\n    * Returns the routing prefix.\n    *\n    * Note: the routing prefix also serves as the first address in the range described by this CIDR.\n    *\n    * @example {{{\n    * scala> Cidr(ipv4\"10.11.12.13\", 8).prefix\n    * res0: Ipv4Address = 10.0.0.0\n    * scala> Cidr(ipv6\"2001:db8:abcd:12::\", 96).prefix\n    * res1: Ipv6Address = 2001:db8:abcd:12::\n    * scala> Cidr(ipv6\"2001:db8:abcd:12::\", 32).prefix\n    * res2: Ipv6Address = 2001:db8::\n    * }}}\n    *\/\n  def prefix: A =\n    address.transform(_.masked(Ipv4Address.mask(prefixBits)), _.masked(Ipv6Address.mask(prefixBits)))\n\n  \/**\n    * Returns the last address in the range described by this CIDR.\n    *\n    * @example {{{\n    * scala> Cidr(ipv4\"10.11.12.13\", 8).last\n    * res0: Ipv4Address = 10.255.255.255\n    * scala> Cidr(ipv6\"2001:db8:abcd:12::\", 96).last\n    * res1: Ipv6Address = 2001:db8:abcd:12::ffff:ffff\n    * scala> Cidr(ipv6\"2001:db8:abcd:12::\", 32).last\n    * res2: Ipv6Address = 2001:db8:ffff:ffff:ffff:ffff:ffff:ffff\n    * }}}\n    *\/\n  def last: A =\n    address.transform(_.maskedLast(Ipv4Address.mask(prefixBits)), _.maskedLast(Ipv6Address.mask(prefixBits)))\n\n  \/**\n    * Returns a predicate which tests if the supplied address is in the range described by this CIDR.\n    *\n    * @example {{{\n    * scala> Cidr(ipv4\"10.11.12.13\", 8).contains(ipv4\"10.100.100.100\")\n    * res0: Boolean = true\n    * scala> Cidr(ipv4\"10.11.12.13\", 8).contains(ipv4\"172.16.17.32\")\n    * res1: Boolean = false\n    * scala> val x = Cidr(ipv6\"2001:db8:abcd:12::\", 96).contains\n    * scala> x(ipv6\"2001:db8:abcd:12::5\")\n    * res2: Boolean = true\n    * scala> x(ipv6\"2001:db8::\")\n    * res3: Boolean = false\n    * }}}\n    *\/\n  def contains[AA >: A <: IpAddress]: AA => Boolean = {\n    val start = prefix\n    val end = last\n    a => a >= start && a <= end\n  }\n\n  override def toString: String = s\"$address\/$prefixBits\"\n  override def hashCode: Int = MurmurHash3.productHash(this, productPrefix.hashCode)\n  override def equals(other: Any): Boolean = other match {\n    case that: Cidr[_] => address == that.address && prefixBits == that.prefixBits\n    case _             => false\n  }\n  override def canEqual(other: Any): Boolean = other.isInstanceOf[Cidr[_]]\n  override def productArity: Int = 2\n  override def productElement(n: Int): Any = n match {\n    case 0 => address\n    case 1 => prefixBits\n    case _ => throw new IndexOutOfBoundsException\n  }\n}\n\nobject Cidr {\n\n  \/**\n    * Constructs a CIDR from the supplied IP address and prefix bit count.\n    * Note if `prefixBits` is less than 0, the built `Cidr` will have `prefixBits` set to 0. Similarly,\n    * if `prefixBits` is greater than the bit length of the address, it will be set to the bit length of the address.\n    *\/\n  def apply[A <: IpAddress](address: A, prefixBits: Int): Cidr[A] = {\n    val maxPrefixBits = address.fold(v4 => 32, v6 => 128)\n    val b = if (prefixBits < 0) 0 else if (prefixBits > maxPrefixBits) maxPrefixBits else prefixBits\n    new Cidr(address, b)\n  }\n\n  \/** Constructs a CIDR from a string of the form `ip\/prefixBits`. *\/\n  def fromString(value: String): Option[Cidr[IpAddress]] = fromStringGeneral(value, IpAddress.apply)\n\n  \/** Constructs a CIDR from a string of the form `ipv4\/prefixBits`. *\/\n  def fromString4(value: String): Option[Cidr[Ipv4Address]] = fromStringGeneral(value, Ipv4Address.apply)\n\n  \/** Constructs a CIDR from a string of the form `ipv6\/prefixBits`. *\/\n  def fromString6(value: String): Option[Cidr[Ipv6Address]] = fromStringGeneral(value, Ipv6Address.apply)\n\n  private val CidrPattern = \"\"\"([^\/]+)\/(\\d+)\"\"\".r\n  private def fromStringGeneral[A <: IpAddress](value: String, parseAddress: String => Option[A]): Option[Cidr[A]] =\n    value match {\n      case CidrPattern(addrStr, prefixBitsStr) =>\n        for {\n          addr <- parseAddress(addrStr)\n          prefixBits <- Try(prefixBitsStr.toInt).toOption\n        } yield Cidr(addr, prefixBits)\n      case _ => None\n    }\n\n  implicit def order[A <: IpAddress]: Order[Cidr[A]] = Order.fromOrdering(Cidr.ordering[A])\n  implicit def ordering[A <: IpAddress]: Ordering[Cidr[A]] = Ordering.by(x => (x.address, x.prefixBits))\n  implicit def show[A <: IpAddress]: Show[Cidr[A]] = Show.fromToString[Cidr[A]]\n\n  def unapply[A <: IpAddress](c: Cidr[A]): Option[(A, Int)] = Some((c.address, c.prefixBits))\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.github.tkawachi\" % \"sbt-doctest\" % \"0.9.7\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\naddSbtPlugin(\"io.crashbox\" % \"sbt-gpg\" % \"0.2.1\")\naddSbtPlugin(\"com.typesafe\" % \"sbt-mima-plugin\" % \"0.7.0\")\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scalajs-crossproject\" % \"1.0.0\")\naddSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % \"1.1.1\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.3.2\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"5.6.0\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-osgi\" % \"0.9.5\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-git\" % \"1.0.0\")\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-scalajs-bundler\" % \"0.18.0\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-mdoc\" % \"2.2.5\")"}
{"repo_name":"scala-steward\/ip4s","path":"jvm\/src\/main\/scala\/com\/comcast\/ip4s\/IDNCompanionPlatform.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport scala.util.Try\n\nprivate[ip4s] trait IDNCompanionPlatform {\n  private[ip4s] def toAscii(value: String): Option[String] =\n    Try(java.net.IDN.toASCII(value)).toOption\n\n  private[ip4s] def toUnicode(value: String): String =\n    java.net.IDN.toUnicode(value)\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"shared\/src\/main\/scala\/com\/comcast\/ip4s\/IDN.scala","text":"\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport scala.util.hashing.MurmurHash3\n\nimport cats.{Order, Show}\n\n\/**\n  * Internationalized domain name, as specified by RFC3490 and RFC5891.\n  *\n  * This type models internationalized hostnames. An IDN provides unicode labels, a unicode string form,\n  * and an ASCII hostname form.\n  *\n  * A well formed IDN consists of one or more labels separated by dots. Each label may contain unicode characters\n  * as long as the converted ASCII form meets the requirements of RFC1123 (e.g., 63 or fewer characters and no\n  * leading or trailing dash). A dot is represented as an ASCII period or one of the unicode dots: full stop,\n  * ideographic full stop, fullwidth full stop, halfwidth ideographic full stop.\n  *\n  * The `toString` method returns the IDN in the form in which it was constructed. Sometimes it is useful to\n  * normalize the IDN -- converting all dots to an ASCII period and converting all labels to lowercase.\n  *\n  * Note: equality and comparison of IDNs is case-sensitive. Consider comparing normalized toString values\n  * for a more lenient notion of equality.\n  *\/\nfinal class IDN private (val labels: List[IDN.Label], val hostname: Hostname, override val toString: String)\n    extends Ordered[IDN] {\n\n  \/** Converts this IDN to lower case and replaces dots with ASCII periods. *\/\n  def normalized: IDN = {\n    val newLabels = labels.map(l => new IDN.Label(l.toString.toLowerCase))\n    new IDN(newLabels, hostname.normalized, newLabels.toList.mkString(\".\"))\n  }\n\n  def compare(that: IDN): Int = toString.compare(that.toString)\n  override def hashCode: Int = MurmurHash3.stringHash(toString, \"IDN\".hashCode)\n  override def equals(other: Any): Boolean = other match {\n    case that: IDN => toString == that.toString\n    case _         => false\n  }\n}\n\nobject IDN extends IDNCompanionPlatform {\n\n  \/** Label component of an IDN. *\/\n  final class Label private[IDN] (override val toString: String) extends Serializable with Ordered[Label] {\n    def compare(that: Label): Int = toString.compare(that.toString)\n    override def hashCode: Int = MurmurHash3.stringHash(toString, \"Label\".hashCode)\n    override def equals(other: Any): Boolean = other match {\n      case that: Label => toString == that.toString\n      case _           => false\n    }\n  }\n\n  private val DotPattern = raw\"[\\.\\u002e\\u3002\\uff0e\\uff61]\"\n\n  \/** Constructs a `IDN` from a string. *\/\n  def apply(value: String): Option[IDN] = value.size match {\n    case 0 => None\n    case _ =>\n      val labels = value\n        .split(DotPattern)\n        .iterator\n        .map(new Label(_))\n        .toList\n      Option(labels).filterNot(_.isEmpty).flatMap { ls =>\n        val hostname = toAscii(value).flatMap(Hostname(_))\n        hostname.map(h => new IDN(ls, h, value))\n      }\n  }\n\n  \/** Converts the supplied (ASCII) hostname in to an IDN. *\/\n  def fromHostname(hostname: Hostname): IDN = {\n    val labels =\n      hostname.labels.map(l => new Label(toUnicode(l.toString)))\n    new IDN(labels, hostname, labels.toList.mkString(\".\"))\n  }\n\n  implicit val order: Order[IDN] = Order.fromComparable[IDN]\n  implicit val show: Show[IDN] = Show.fromToString[IDN]\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"test-kit\/shared\/src\/test\/scala\/com\/comcast\/ip4s\/HostnameTest.scala","text":"<filename>test-kit\/shared\/src\/test\/scala\/com\/comcast\/ip4s\/HostnameTest.scala\n\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport Arbitraries._\n\nclass HostnameTest extends BaseTestSuite {\n  \"Hostname\" should {\n    \"roundtrip through string\" in {\n      forAll { (h: Hostname) => Hostname(h.toString) shouldBe Some(h) }\n    }\n\n    \"allow access to labels\" in {\n      forAll { (h: Hostname) => Hostname(h.labels.toList.mkString(\".\")) shouldBe Some(h) }\n    }\n\n    \"require overall length be less than 254 chars\" in {\n      forAll { (h: Hostname) =>\n        val hstr = h.toString\n        val h2 = hstr + \".\" + hstr\n        val expected = if (h2.length > 253) None else Some(Hostname(h2).get)\n        Hostname(h2) shouldBe expected\n      }\n    }\n\n    \"require labels be less than 64 chars\" in {\n      forAll { (h: Hostname) =>\n        val hstr = h.toString\n        val suffix = new String(Array.fill(63)(hstr.last))\n        val tooLong = hstr + suffix\n        Hostname(tooLong) shouldBe None\n      }\n    }\n\n    \"disallow labels that end in a dash\" in {\n      forAll { (h: Hostname) =>\n        val hstr = h.toString\n        val disallowed = hstr + \"-\"\n        Hostname(disallowed) shouldBe None\n      }\n    }\n\n    \"disallow labels that start with a dash\" in {\n      forAll { (h: Hostname) =>\n        val hstr = h.toString\n        val disallowed = \"-\" + hstr\n        Hostname(disallowed) shouldBe None\n      }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"shared\/src\/main\/scala\/com\/comcast\/ip4s\/Hostname.scala","text":"<filename>shared\/src\/main\/scala\/com\/comcast\/ip4s\/Hostname.scala\n\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport scala.util.hashing.MurmurHash3\n\nimport cats.{Order, Show}\n\n\/**\n  * RFC1123 compliant hostname.\n  *\n  * A hostname contains one or more labels, where each label consists of letters A-Z, a-z, digits 0-9, or a dash.\n  * A label may not start or end in a dash and may not exceed 63 characters in length. Labels are separated by\n  * periods and the overall hostname must not exceed 253 characters in length.\n  *\/\nfinal class Hostname private (val labels: List[Hostname.Label], override val toString: String)\n    extends HostnamePlatform\n    with Ordered[Hostname] {\n\n  \/** Converts this hostname to lower case. *\/\n  def normalized: Hostname =\n    new Hostname(labels.map(l => new Hostname.Label(l.toString.toLowerCase)), toString.toLowerCase)\n\n  def compare(that: Hostname): Int = toString.compare(that.toString)\n  override def hashCode: Int = MurmurHash3.stringHash(toString, \"Hostname\".hashCode)\n  override def equals(other: Any): Boolean = other match {\n    case that: Hostname => toString == that.toString\n    case _              => false\n  }\n}\n\nobject Hostname {\n\n  \/**\n    * Label component of a hostname.\n    *\n    * A label consists of letters A-Z, a-z, digits 0-9, or a dash. A label may not start or end in a\n    * dash and may not exceed 63 characters in length.\n    *\/\n  final class Label private[Hostname] (override val toString: String) extends Serializable with Ordered[Label] {\n    def compare(that: Label): Int = toString.compare(that.toString)\n    override def hashCode: Int = MurmurHash3.stringHash(toString, \"Label\".hashCode)\n    override def equals(other: Any): Boolean = other match {\n      case that: Label => toString == that.toString\n      case _           => false\n    }\n  }\n\n  private val Pattern =\n    \"\"\"[a-zA-Z0-9](?:[a-zA-Z0-9\\-]{0,61}[a-zA-Z0-9])?(?:\\.[a-zA-Z0-9](?:[a-zA-Z0-9\\-]{0,61}[a-zA-Z0-9])?)*\"\"\".r\n\n  \/** Constructs a `Hostname` from a string. *\/\n  def apply(value: String): Option[Hostname] = value.size match {\n    case 0            => None\n    case i if i > 253 => None\n    case _ =>\n      value match {\n        case Pattern(_*) =>\n          val labels = value\n            .split('.')\n            .iterator\n            .map(new Label(_))\n            .toList\n          if (labels.isEmpty) None else Option(new Hostname(labels, value))\n        case _ => None\n      }\n  }\n\n  implicit val order: Order[Hostname] = Order.fromComparable[Hostname]\n  implicit val show: Show[Hostname] = Show.fromToString[Hostname]\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"jvm\/src\/main\/scala\/com\/comcast\/ip4s\/HostnamePlatform.scala","text":"<filename>jvm\/src\/main\/scala\/com\/comcast\/ip4s\/HostnamePlatform.scala\n\/*\n * Copyright 2018 Comcast Cable Communications Management, LLC\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.comcast.ip4s\n\nimport java.net.{InetAddress, UnknownHostException}\n\nimport cats.data.NonEmptyList\nimport cats.effect.Sync\n\nprivate[ip4s] trait HostnamePlatform { self: Hostname =>\n\n  \/**\n    * Resolves this hostname to an ip address using the platform DNS resolver.\n    *\n    * If the hostname cannot be resolved, a `None` is returned.\n    *\n    * Resolution happens synchronously when the returned task is evaluated\n    * so consider shifting the returned task to a blocking execution context.\n    *\/\n  def resolve[F[_]: Sync]: F[Option[IpAddress]] =\n    Sync[F].delay {\n      try {\n        val addr = InetAddress.getByName(self.toString)\n        IpAddress.fromBytes(addr.getAddress)\n      } catch {\n        case _: UnknownHostException => None\n      }\n    }\n\n  \/**\n    * Resolves this hostname to all ip addresses known to the platform DNS resolver.\n    *\n    * If the hostname cannot be resolved, a `None` is returned.\n    *\n    * Resolution happens synchronously when the returned task is evaluated\n    * so consider shifting the returned task to a blocking execution context.\n    *\/\n  def resolveAll[F[_]: Sync]: F[Option[NonEmptyList[IpAddress]]] =\n    Sync[F].delay {\n      try {\n        val addrs = InetAddress.getAllByName(self.toString)\n        NonEmptyList.fromList(addrs.toList.flatMap(addr => IpAddress.fromBytes(addr.getAddress)))\n      } catch {\n        case _: UnknownHostException => None\n      }\n    }\n}\n"}
{"repo_name":"scala-steward\/ip4s","path":"build.sbt","text":"import sbtcrossproject.CrossPlugin.autoImport.crossProject\n\nlazy val scalaTestVersion = \"3.1.2\"\n\nlazy val root = project\n  .in(file(\".\"))\n  .aggregate(coreJVM, coreJS, testKitJVM, testKitJS)\n  .settings(commonSettings)\n  .settings(\n    publish := {},\n    publishLocal := {},\n    publishArtifact := false,\n    mimaPreviousArtifacts := Set.empty\n  )\n  .settings(publishingSettings)\n\nlazy val testKit = crossProject(JVMPlatform, JSPlatform)\n  .in(file(\".\/test-kit\"))\n  .enablePlugins(AutomateHeaderPlugin)\n  .settings(commonSettings)\n  .settings(\n    name := \"ip4s-test-kit\",\n    libraryDependencies += \"org.scalacheck\" %%% \"scalacheck\" % \"1.14.3\",\n    libraryDependencies += \"org.scalatestplus\" %%% \"scalacheck-1-14\" % \"3.1.1.1\",\n    libraryDependencies += \"org.scalatest\" %%% \"scalatest\" % scalaTestVersion % \"test\"\n  )\n  .settings(mimaPreviousArtifacts := Set.empty)\n  .settings(publishingSettings)\n  .jvmSettings(\n    libraryDependencies += \"com.google.guava\" % \"guava\" % \"29.0-jre\" % \"test\",\n    OsgiKeys.exportPackage := Seq(\"com.comcast.ip4s.*;version=${Bundle-Version}\"),\n    OsgiKeys.importPackage := {\n      val Some((major, minor)) = CrossVersion.partialVersion(scalaVersion.value)\n      Seq(s\"\"\"scala.*;version=\"[$major.$minor,$major.${minor + 1})\"\"\"\", \"*\")\n    },\n    OsgiKeys.privatePackage := Seq(\"com.comcast.ip4s.*\"),\n    OsgiKeys.additionalHeaders := Map(\"-removeheaders\" -> \"Include-Resource,Private-Package\"),\n    osgiSettings\n  )\n  .dependsOn(core % \"compile->compile\")\n\nlazy val testKitJVM = testKit.jvm.enablePlugins(SbtOsgi)\nlazy val testKitJS = testKit.js.disablePlugins(DoctestPlugin).enablePlugins(ScalaJSBundlerPlugin)\n\nlazy val core = crossProject(JVMPlatform, JSPlatform)\n  .in(file(\".\"))\n  .enablePlugins(AutomateHeaderPlugin)\n  .settings(commonSettings)\n  .settings(\n    name := \"ip4s-core\",\n    libraryDependencies ++= Seq(\n      \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value % \"provided\",\n      \"org.typelevel\" %%% \"cats-effect\" % \"2.1.4\"\n    ),\n  )\n  .jvmSettings(mimaSettings)\n  .jsSettings(mimaPreviousArtifacts := Set.empty)\n  .jsSettings(\n    npmDependencies in Compile += \"punycode\" -> \"2.1.1\"\n  )\n  .settings(publishingSettings)\n  .jvmSettings(\n    \/\/ Needed for sbt-doctest\n    libraryDependencies += \"org.scalatest\" %%% \"scalatest\" % scalaTestVersion % \"test\",\n    mdocIn := baseDirectory.value \/ \"src\/main\/docs\",\n    mdocOut := baseDirectory.value \/ \"..\/docs\",\n    OsgiKeys.exportPackage := Seq(\"com.comcast.ip4s.*;version=${Bundle-Version}\"),\n    OsgiKeys.importPackage := {\n      val Some((major, minor)) = CrossVersion.partialVersion(scalaVersion.value)\n      Seq(s\"\"\"scala.*;version=\"[$major.$minor,$major.${minor + 1})\"\"\"\", \"*\")\n    },\n    OsgiKeys.privatePackage := Seq(\"com.comcast.ip4s.*\"),\n    OsgiKeys.additionalHeaders := Map(\"-removeheaders\" -> \"Include-Resource,Private-Package\"),\n    osgiSettings\n  )\n\nlazy val coreJVM = core.jvm.enablePlugins(MdocPlugin, SbtOsgi)\nlazy val coreJS = core.js.disablePlugins(DoctestPlugin).enablePlugins(ScalaJSBundlerPlugin)\n\nlazy val commonSettings = Seq(\n  organization := \"com.comcast\",\n  organizationName := \"Comcast Cable Communications Management, LLC\",\n  organizationHomepage := Some(new URL(\"https:\/\/comcast.github.io\")),\n  git.remoteRepo := \"<EMAIL>:comcast\/ip4s.git\",\n  scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/comcast\/ip4s\"), \"<EMAIL>:comcast\/ip4s.git\")),\n  homepage := Some(url(\"https:\/\/github.com\/comcast\/ip4s\")),\n  startYear := Some(2018),\n  licenses += (\"Apache-2.0\", new URL(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")),\n  unmanagedResources in Compile ++= {\n    val base = baseDirectory.value\n    (base \/ \"NOTICE\") +: (base \/ \"LICENSE\") +: (base \/ \"CONTRIBUTING\") +: ((base \/ \"licenses\") * \"LICENSE_*\").get\n  },\n  scalaVersion := \"2.12.10\",\n  crossScalaVersions := Seq(\"2.12.10\", \"2.13.1\"),\n  scalacOptions ++= Seq(\n    \"-language:higherKinds\",\n    \"-deprecation\",\n    \"-encoding\",\n    \"utf-8\",\n    \"-explaintypes\",\n    \"-feature\",\n    \"-unchecked\",\n    \"-Xcheckinit\",\n    \"-Xfatal-warnings\",\n    \"-Xlint\",\n    \"-Ywarn-dead-code\",\n    \"-Ywarn-numeric-widen\",\n    \"-Ywarn-value-discard\"\n  ),\n  scalacOptions in Test := (scalacOptions in Test).value.filterNot(_ == \"-Xfatal-warnings\"),\n  scalacOptions ++= {\n    CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, v)) if v >= 12 =>\n        Seq(\n          \"-Ywarn-extra-implicit\",\n          \"-Ywarn-unused:implicits\",\n          \"-Ywarn-unused:imports\",\n          \"-Ywarn-unused:locals\",\n          \/\/ \"-Ywarn-unused:params\", disabled until https:\/\/github.com\/tkawachi\/sbt-doctest\/issues\/102\n          \"-Ywarn-unused:patvars\",\n          \"-Ywarn-unused:privates\"\n        )\n      case _ => Nil\n    }\n  },\n  scalacOptions in (Compile, console) := (scalacOptions in (Compile, console)).value.filter(opt =>\n    !(opt.startsWith(\"-Ywarn-unused\") || opt == \"-Xfatal-warnings\" || opt == \"-Xlint\")),\n  scalacOptions in (Test, console) := (scalacOptions in (Compile, console)).value,\n  scalacOptions in (Compile, doc) ++= {\n    val tagOrBranch = {\n      if (version.value endsWith \"SNAPSHOT\") git.gitCurrentBranch.value\n      else (\"v\" + version.value)\n    }\n    Seq(\n      \"-implicits\",\n      \"-implicits-show-all\",\n      \"-sourcepath\",\n      baseDirectory.value.getCanonicalPath,\n      \"-doc-source-url\",\n      s\"https:\/\/github.com\/comcast\/ip4s\/tree\/$tagOrBranch\/\u20ac{FILE_PATH}.scala\",\n      \"-diagrams\"\n    )\n  },\n  sourceDirectories in (Compile, scalafmt) += baseDirectory.value \/ \"..\/shared\/src\/main\/scala\",\n  scalafmtOnCompile := true,\n  doctestTestFramework := DoctestTestFramework.ScalaTest,\n  initialCommands := \"import com.comcast.ip4s._\"\n)\n\nlazy val publishingSettings = Seq(\n  publishTo := {\n    val nexus = \"https:\/\/oss.sonatype.org\/\"\n    if (version.value.trim.endsWith(\"SNAPSHOT\"))\n      Some(\"snapshots\".at(nexus + \"content\/repositories\/snapshots\"))\n    else\n      Some(\"releases\".at(nexus + \"service\/local\/staging\/deploy\/maven2\"))\n  },\n  credentials ++= (for {\n    username <- Option(System.getenv().get(\"SONATYPE_USERNAME\"))\n    password <- Option(System.getenv().get(\"SONATYPE_PASSWORD\"))\n  } yield Credentials(\"Sonatype Nexus Repository Manager\", \"oss.sonatype.org\", username, password)).toSeq,\n  publishMavenStyle := true,\n  pomIncludeRepository := (_ => false),\n  pomExtra := {\n    <developers>\n      {for ((username, name) <- contributors) yield\n      <developer>\n        <id>{username}<\/id>\n        <name>{name}<\/name>\n        <url>http:\/\/github.com\/{username}<\/url>\n      <\/developer>\n      }\n    <\/developers>\n  },\n  pomPostProcess := { node =>\n    import scala.xml._\n    import scala.xml.transform._\n    def stripIf(f: Node => Boolean) = new RewriteRule {\n      override def transform(n: Node) = if (f(n)) NodeSeq.Empty else n\n    }\n    val stripTestScope = stripIf { n =>\n      n.label == \"dependency\" && (n \\ \"scope\").text == \"test\"\n    }\n    new RuleTransformer(stripTestScope).transform(node)(0)\n  },\n  releaseCrossBuild := true\n)\n\nlazy val mimaSettings = Seq(\n  mimaPreviousArtifacts := previousVersion(version.value).map { pv =>\n    organization.value % (normalizedName.value + \"_\" + scalaBinaryVersion.value) % pv\n  }.toSet,\n  mimaBinaryIssueFilters ++= Nil\n)\n\ndef previousVersion(currentVersion: String): Option[String] = {\n  val Version = \"\"\"(\\d+)\\.(\\d+)\\.(\\d+).*\"\"\".r\n  val Version(x, y, z) = currentVersion\n  if (z == \"0\") None\n  else Some(s\"$x.$y.${z.toInt - 1}\")\n}\n\nlazy val contributors = Seq(\n  \"mpilquist\" -> \"<NAME>\",\n  \"matthughes\" -> \"<NAME>\",\n  \"nequissimus\" -> \"<NAME>\"\n)\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day12.scala","text":"<reponame>ZetaTwo\/advent-of-code<filename>2017\/src\/main\/scala\/com\/zetatwo\/Day12.scala\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\nimport scala.annotation.tailrec\r\n\r\nobject Day12 {\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input = io.Source.stdin.getLines().toList.map(_.trim)\r\n\r\n    printf(\"Result 1: %s\\n\", time { process(input) })\r\n    printf(\"Result 2: %s\\n\", time { countgroups(input) })\r\n  }\r\n\r\n  def parseline(input: String): (Int, Seq[Int]) = {\r\n    val index :: connections :: _ = input.split(\" <-> \", 2).toList\r\n    (index.toInt, connections.split(\", \").map(_.toInt))\r\n  }\r\n\r\n  def unionprograms(inputs: Seq[String]): UnionFind = {\r\n    inputs\r\n      .map(parseline)\r\n      \/\/ For every line, union the head with every connection\r\n      .foldLeft(FUnionFind.create(inputs.length))((state, line) => {\r\n        val (idx, connections) = line\r\n        connections.foldLeft(state)((state, connection) => state.union(idx, connection))\r\n      })\r\n  }\r\n\r\n  def process(inputs: Seq[String]): Int = inputs.indices.count(unionprograms(inputs).connected(0, _))\r\n\r\n  def countgroups(inputs: Seq[String]): Int = {\r\n    val unions = unionprograms(inputs)\r\n    @tailrec\r\n    def group(programs: List[Int], numgroups: Int): Int = {\r\n      programs match {\r\n        case head :: tail => group(tail.filter(!unions.connected(head, _)), numgroups + 1)\r\n        case _ => numgroups\r\n      }\r\n    }\r\n    group(inputs.indices.toList, 0)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day02.scala","text":"<reponame>ZetaTwo\/advent-of-code<filename>2017\/src\/main\/scala\/com\/zetatwo\/Day02.scala\npackage com.zetatwo\n\nobject Day02 {\n  def main(args: Array[String]): Unit = {\n    val lines: Seq[String] = io.Source.stdin.getLines.toList\n\n    printf(\"Result 1: %d\", linesums(lines))\n    printf(\"Result 2: %d\", linesums2(lines))\n  }\n\n  def numberlines(lines: Seq[String]): Seq[Seq[Int]] = {\n    lines.map(l => l.split(\"\\\\s+\").toSeq.map(c => Integer.valueOf(c).intValue))\n  }\n\n  def linesums(lines: Seq[String]): Int = {\n    val numbers = numberlines(lines)\n    val linediffs: Seq[Int] = numbers.map(l => l.max - l.min)\n    linediffs.sum\n  }\n\n  def linesums2(lines: Seq[String]): Int = {\n    val numbers = numberlines(lines)\n    val linedivs = numbers.map(l => {\n      (for {\n        x <- l.toStream\n        y <- l.toStream\n        if x > y && x % y == 0\n      } yield x\/y).head\n    })\n    linedivs.sum\n  }\n\n}\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day06Tests.scala","text":"package com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\nimport org.scalatest.FunSuite\r\n\r\nclass Day06Tests extends FunSuite {\r\n  test(\"Day06.distribute\") {\r\n    assert(Day06.distribute(Vector(0, 2, 7, 0), 2) == Vector(2,4,1,2))\r\n    assert(Day06.distribute(Vector(2, 4, 1, 2), 1) == Vector(3,1,2,3))\r\n    assert(Day06.distribute(Vector(3, 1, 2, 3), 0) == Vector(0,2,3,4))\r\n    assert(Day06.distribute(Vector(0, 2, 3, 4), 3) == Vector(1,3,4,1))\r\n    assert(Day06.distribute(Vector(1, 3, 4, 1), 2) == Vector(2,4,1,2))\r\n  }\r\n\r\n  test(\"Day06.simulate\") {\r\n    assert(Day06.simulate(Vector(0, 2, 7, 0)) == 5)\r\n  }\r\n\r\n  test(\"Day06.challenge\") {\r\n    assert(Day06.simulate(Vector(4,10,4,1,8,4,9,14,5,1,14,15,0,15,3,5)) == 12841)\r\n  }\r\n\r\n  test(\"Day06.simulate2\") {\r\n    assert(Day06.simulate2(Vector(0, 2, 7, 0)) == 4)\r\n  }\r\n\r\n  test(\"Day06.challenge2\") {\r\n    assert(Day06.simulate2(Vector(4,10,4,1,8,4,9,14,5,1,14,15,0,15,3,5)) == 8038)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/UnionFindTests.scala","text":"package com.zetatwo\n\nimport org.scalatest.FunSuite\n\n\nclass UnionFindTests extends FunSuite {\n  test(\"UnionFindTests.HashUnionFind\") {\n    val step0 = HashUnionFind.create(6)\n    val step1 = step0.union(0, 1)\n    val step2 = step1.union(0, 2)\n\n    val step3 = step2.union(3, 4)\n    val step4 = step3.union(3, 5)\n\n    val step5 = step4.union(1, 4)\n\n    assert(step5.connected(2, 3))\n  }\n}\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day07.scala","text":"<gh_stars>0\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day07 {\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input: Seq[String] = io.Source.stdin.getLines().toList.map(_.trim)\r\n\r\n    printf(\"Result 1: %s\\n\", time { findRoot(input) })\r\n    printf(\"Result 2: %d\\n\", time { findImbalance(input) })\r\n  }\r\n\r\n  case class Node(name: String, weight: Int, children: Seq[String])\r\n\r\n  def parse(input: Seq[String]): Seq[Node] = {\r\n    def parseline(line: String): Option[Node] = {\r\n      val InnerNode = raw\"([a-z]+) \\(([0-9]+)\\)(?: -> ([a-z, ]+))\".r\r\n      val LeafNode = raw\"([a-z]+) \\(([0-9]+)\\)\".r\r\n      line match {\r\n        case InnerNode(name, weight, children) => Some(Node(name, weight.toInt, children.split(\", \")))\r\n        case LeafNode(name, weight) => Some(Node(name, weight.toInt, List.empty))\r\n        case _ => None\r\n      }\r\n    }\r\n\r\n    input.flatMap(parseline)\r\n  }\r\n\r\n  def findRoot(input: Seq[String]): String = {\r\n    val tree = parse(input)\r\n    val leaves = tree.map(_.children.toSet).reduce(_ ++ _)\r\n    val inner = tree.map(_.name).toSet\r\n    (inner diff leaves).head\r\n  }\r\n\r\n  def findImbalance(input: Seq[String]): Int = {\r\n\r\n    def findWeight(nodemap: Map[String, (Int, Seq[String])], node: String): Either[Int, Int] = {\r\n      \/\/type Imbalance = Left[Int, Int]\r\n      \/\/type Weight = Right[Int, Int]\r\n\r\n      nodemap(node) match {\r\n        case (currentweight, children) if children.isEmpty => Right(currentweight) \/\/ Leaf node, report weight\r\n        case (currentweight, children) =>\r\n          sequence(children.map(findWeight(nodemap, _))) match {\r\n            case Left(imbalance) => Left(imbalance) \/\/ Imbalance found, pass it upwards\r\n            case Right(weights) if weights.distinct.length == 1 => Right(currentweight + weights.length * weights.head) \/\/ All are same, compute total weight\r\n            case Right(weights) => \/\/ Mismatch found, pass proposed weight upwards\r\n              val weightgroups = (children zip weights)\r\n                .groupBy({case (_, weight) => weight})\r\n                .toList\r\n                .sortBy({ case (count, _) => count})\r\n              val diffname = weightgroups\r\n                .map({ case (_, weightgroup) => weightgroup.head._1})\r\n                .reverse\r\n                .head\r\n              Left(nodemap(diffname)._1 + (weightgroups.head._1 - weightgroups.tail.head._1))\r\n          }\r\n      }\r\n    }\r\n\r\n    val tree = parse(input)\r\n    val nodemap = tree.map(n => (n.name, (n.weight, n.children))).toMap\r\n    val leaves = tree.map(_.children.toSet).reduce(_ ++ _)\r\n    val inner = tree.map(_.name).toSet\r\n    val root = (inner diff leaves).head\r\n\r\n    findWeight(nodemap, root) match {\r\n      case Left(imbalance) => imbalance\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day08.scala","text":"<gh_stars>0\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\n\r\nobject Day08 {\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input: Seq[String] = io.Source.stdin.getLines().toList.map(_.trim)\r\n\r\n    printf(\"Result 1\/2: %s\\n\", time { run(input) })\r\n  }\r\n\r\n  case class Statement(register: String, amount: Int, left: String, condition: String, right: Int)\r\n\r\n  def parse(input: Seq[String]): Seq[Statement] = {\r\n    def parseline(line: String): Option[Statement] = {\r\n      val StatementPattern = raw\"([a-z]+) (inc|dec) (-?[0-9]+) if ([a-z]+|-?[0-9]+) (<|>|<=|>=|==|!=) ([a-z]+|-?[0-9]+)\".r\r\n      line match {\r\n        case StatementPattern(dst, \"inc\", amount, left, cond, right) => Some(Statement(dst, amount.toInt, left, cond, right.toInt))\r\n        case StatementPattern(dst, \"dec\", amount, left, cond, right) => Some(Statement(dst, -amount.toInt, left, cond, right.toInt))\r\n        case _ => None\r\n      }\r\n    }\r\n\r\n    input.flatMap(parseline)\r\n  }\r\n\r\n  def run(input: Seq[String]): (Int, Int) = {\r\n    type ProgramState = Map[String, (Int, Int)]\r\n\r\n    def evalcond(state: ProgramState, stmt: Statement): Boolean = {\r\n      val (curval, _) = state.getOrElse(stmt.left, (0, 0))\r\n      stmt.condition match {\r\n        case \"==\" => curval == stmt.right\r\n        case \"!=\" => curval != stmt.right\r\n        case \">\" =>  curval >  stmt.right\r\n        case \"<\" =>  curval <  stmt.right\r\n        case \"<=\" => curval <= stmt.right\r\n        case \">=\" => curval >= stmt.right\r\n      }\r\n    }\r\n\r\n    def calculate(state: ProgramState, stmt: Statement): ProgramState = {\r\n      if(evalcond(state, stmt)) {\r\n        val (curval, maxval) = state.getOrElse(stmt.register, (0, 0))\r\n        val newval = curval + stmt.amount\r\n        val newregister = (newval, Math.max(maxval, newval))\r\n        state.updated(stmt.register, newregister)\r\n      } else {\r\n        state\r\n      }\r\n    }\r\n\r\n    val program = parse(input)\r\n    val endstate = program.foldLeft(Map.empty[String, (Int, Int)])(calculate)\r\n    (endstate.values.map(_._1).max, endstate.values.map(_._2).max)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Common.scala","text":"<reponame>ZetaTwo\/advent-of-code\npackage com.zetatwo\r\n\r\nobject Common {\r\n  \/\/ Measure the execution time of a block\r\n  def time[R](block: => R): R = {\r\n    val t0 = System.nanoTime()\r\n    val result = block \/\/ call-by-name\r\n    val t1 = System.nanoTime()\r\n    println(\"Elapsed time: \" + (t1 - t0) + \"ns\")\r\n    result\r\n  }\r\n\r\n  \/\/ Transform Seq[Either[A, B]] -> Either[A, Seq[B]]\r\n  def sequence[A, B](s: Seq[Either[A, B]]): Either[A, Seq[B]] =\r\n    s.foldRight(Right(Nil): Either[A, List[B]]) {\r\n      (e, acc) => for (xs <- acc.right; x <- e.right) yield x :: xs\r\n    }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day10Tests.scala","text":"<gh_stars>0\npackage com.zetatwo\r\n\r\nimport org.scalatest.FunSuite\r\n\r\nclass Day10Tests extends FunSuite {\r\n\r\n  test(\"Day10.Twist\") {\r\n    assert(Day10.twist(List(0, 1, 2, 3, 4), List(3)) == List(2, 1, 0, 3, 4))\r\n    assert(Day10.twist(List(0, 1, 2, 3, 4), List(3, 4, 1, 5)) == List(3, 4, 2, 1, 0))\r\n  }\r\n\r\n  test(\"Day10.Twistround\") {\r\n    assert(Day10.twistround(List(3, 4, 1, 5), 5) == 12)\r\n  }\r\n\r\n  test(\"Day10.Challenge1\") {\r\n    assert(Day10.standardtwist(List(83,0,193,1,254,237,187,40,88,27,2,255,149,29,42,100)) == 20056)\r\n  }\r\n\r\n  test(\"Day10.Twisthash\") {\r\n    assert(Day10.twisthash(\"\") == \"a2582a3a0e66e6e86e3812dcb672a272\")\r\n    assert(Day10.twisthash(\"AoC 2017\") == \"33efeb34ea91902bb2f59c9920caa6cd\")\r\n    assert(Day10.twisthash(\"1,2,3\") == \"3efbe78a8d82f29979031a4aa0b16a9d\")\r\n    assert(Day10.twisthash(\"1,2,4\") == \"63960835bcdc130f0b66d7ff4f6a5a8e\")\r\n  }\r\n\r\n  test(\"Day10.Challenge2\") {\r\n    assert(Day10.twisthash(\"83,0,193,1,254,237,187,40,88,27,2,255,149,29,42,100\") == \"d9a7de4a809c56bf3a9465cb84392c8e\")\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day09.scala","text":"<filename>2017\/src\/main\/scala\/com\/zetatwo\/Day09.scala\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day09 {\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input = io.Source.stdin.getLines().toList.map(_.trim).head\r\n\r\n    printf(\"Result 1\/2: %s\\n\", time { parse(input) })\r\n  }\r\n\r\n  @tailrec\r\n  def cleanup(input: String): String = {\r\n    input.indexOf(\"!\") match {\r\n      case i if i >= 0 => cleanup(input.substring(0, i) + input.substring(i + 2))\r\n      case _ => input\r\n    }\r\n  }\r\n\r\n  def parsegarbage(input: String): (String, Int) = {\r\n    val garbageend = input.indexOf('>')\r\n    (input.substring(garbageend + 1), garbageend - 1)\r\n  }\r\n\r\n  def parse(input: String): (Int, Int) = {\r\n\r\n    @tailrec\r\n    def traverse(remaining: String, level: Int, score: Int, characters: Int): (Int, Int) = {\r\n      if(remaining.isEmpty) return (score, characters)\r\n\r\n      remaining.head match {\r\n        case '<' =>\r\n          val (degarbaged, garbagecount) = parsegarbage(remaining)\r\n          traverse(degarbaged, level, score, characters + garbagecount)\r\n        case ',' => traverse(remaining.substring(1), level, score, characters)\r\n        case '{' => traverse(remaining.substring(1), level + 1, score, characters)\r\n        case '}' => traverse(remaining.substring(1), level - 1, score + level, characters)\r\n      }\r\n    }\r\n\r\n    traverse(cleanup(input), 0, 0, 0)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day02Tests.scala","text":"package com.zetatwo\n\nimport org.scalatest.FunSuite\n\nclass Day02Tests extends FunSuite {\n  test(\"Day02.sum\") {\n    val testinput =\n      \"\"\"\n        |5 1 9 5\n        |7 5 3\n        |2 4 6 8\n      \"\"\".trim.stripMargin.split('\\n')\n\n    assert(Day02.linesums(testinput) == 18)\n  }\n\n  test(\"Day02.challenge\") {\n    val testinput =\n      \"\"\"\n        |86\t440\t233\t83\t393\t420\t228\t491\t159\t13\t110\t135\t97\t238\t92\t396\n        |3646\t3952\t3430\t145\t1574\t2722\t3565\t125\t3303\t843\t152\t1095\t3805\t134\t3873\t3024\n        |2150\t257\t237\t2155\t1115\t150\t502\t255\t1531\t894\t2309\t1982\t2418\t206\t307\t2370\n        |1224\t343\t1039\t126\t1221\t937\t136\t1185\t1194\t1312\t1217\t929\t124\t1394\t1337\t168\n        |1695\t2288\t224\t2667\t2483\t3528\t809\t263\t2364\t514\t3457\t3180\t2916\t239\t212\t3017\n        |827\t3521\t127\t92\t2328\t3315\t1179\t3240\t695\t3144\t3139\t533\t132\t82\t108\t854\n        |1522\t2136\t1252\t1049\t207\t2821\t2484\t413\t2166\t1779\t162\t2154\t158\t2811\t164\t2632\n        |95\t579\t1586\t1700\t79\t1745\t1105\t89\t1896\t798\t1511\t1308\t1674\t701\t60\t2066\n        |1210\t325\t98\t56\t1486\t1668\t64\t1601\t1934\t1384\t69\t1725\t992\t619\t84\t167\n        |4620\t2358\t2195\t4312\t168\t1606\t4050\t102\t2502\t138\t135\t4175\t1477\t2277\t2226\t1286\n        |5912\t6261\t3393\t431\t6285\t3636\t4836\t180\t6158\t6270\t209\t3662\t5545\t204\t6131\t230\n        |170\t2056\t2123\t2220\t2275\t139\t461\t810\t1429\t124\t1470\t2085\t141\t1533\t1831\t518\n        |193\t281\t2976\t3009\t626\t152\t1750\t1185\t3332\t715\t1861\t186\t1768\t3396\t201\t3225\n        |492\t1179\t154\t1497\t819\t2809\t2200\t2324\t157\t2688\t1518\t168\t2767\t2369\t2583\t173\n        |286\t2076\t243\t939\t399\t451\t231\t2187\t2295\t453\t1206\t2468\t2183\t230\t714\t681\n        |3111\t2857\t2312\t3230\t149\t3082\t408\t1148\t2428\t134\t147\t620\t128\t157\t492\t2879\n      \"\"\".trim.stripMargin.split('\\n')\n    assert(Day02.linesums(testinput) == 45158)\n  }\n\n  test(\"Day02.sum2\") {\n    val testinput =\n      \"\"\"\n        |5 9 2 8\n        |9 4 7 3\n        |3 8 6 5\n      \"\"\".trim.stripMargin.split('\\n')\n\n    assert(Day02.linesums2(testinput) == 9)\n  }\n\n  test(\"Day02.challenge2\") {\n    val testinput =\n      \"\"\"\n        |86\t440\t233\t83\t393\t420\t228\t491\t159\t13\t110\t135\t97\t238\t92\t396\n        |3646\t3952\t3430\t145\t1574\t2722\t3565\t125\t3303\t843\t152\t1095\t3805\t134\t3873\t3024\n        |2150\t257\t237\t2155\t1115\t150\t502\t255\t1531\t894\t2309\t1982\t2418\t206\t307\t2370\n        |1224\t343\t1039\t126\t1221\t937\t136\t1185\t1194\t1312\t1217\t929\t124\t1394\t1337\t168\n        |1695\t2288\t224\t2667\t2483\t3528\t809\t263\t2364\t514\t3457\t3180\t2916\t239\t212\t3017\n        |827\t3521\t127\t92\t2328\t3315\t1179\t3240\t695\t3144\t3139\t533\t132\t82\t108\t854\n        |1522\t2136\t1252\t1049\t207\t2821\t2484\t413\t2166\t1779\t162\t2154\t158\t2811\t164\t2632\n        |95\t579\t1586\t1700\t79\t1745\t1105\t89\t1896\t798\t1511\t1308\t1674\t701\t60\t2066\n        |1210\t325\t98\t56\t1486\t1668\t64\t1601\t1934\t1384\t69\t1725\t992\t619\t84\t167\n        |4620\t2358\t2195\t4312\t168\t1606\t4050\t102\t2502\t138\t135\t4175\t1477\t2277\t2226\t1286\n        |5912\t6261\t3393\t431\t6285\t3636\t4836\t180\t6158\t6270\t209\t3662\t5545\t204\t6131\t230\n        |170\t2056\t2123\t2220\t2275\t139\t461\t810\t1429\t124\t1470\t2085\t141\t1533\t1831\t518\n        |193\t281\t2976\t3009\t626\t152\t1750\t1185\t3332\t715\t1861\t186\t1768\t3396\t201\t3225\n        |492\t1179\t154\t1497\t819\t2809\t2200\t2324\t157\t2688\t1518\t168\t2767\t2369\t2583\t173\n        |286\t2076\t243\t939\t399\t451\t231\t2187\t2295\t453\t1206\t2468\t2183\t230\t714\t681\n        |3111\t2857\t2312\t3230\t149\t3082\t408\t1148\t2428\t134\t147\t620\t128\t157\t492\t2879\n      \"\"\".trim.stripMargin.split('\\n')\n    assert(Day02.linesums2(testinput) == 294)\n  }\n\n\n}\n\n\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day03.scala","text":"package com.zetatwo\n\nimport scala.annotation.tailrec\n\nobject Day03 {\n  type Coordinate = (Int, Int)\n\n  def main(args: Array[String]): Unit = {\n    val input: Int = io.StdIn.readLine().trim.toInt\n\n    printf(\"Result 1: %d\", distance(input))\n    printf(\"Result 2: %d\", sums(input))\n  }\n\n  def layerparams(tileindex: Int): (Int, Int) = {\n    tileindex match {\n      case 1 => (1, 1)\n      case _ =>\n        val layerapprox = math.sqrt(tileindex).toInt\n        val sidelength = if (layerapprox % 2 == 1) layerapprox else layerapprox - 1\n        (sidelength + 2, sidelength * sidelength + 1)\n    }\n  }\n\n  def sidedistance(start: Int, sidelength: Int): Int = {\n    math.abs((sidelength-1)\/2) + math.abs(start - (sidelength-1)\/2)\n  }\n\n  def distance(tileindex: Int, sidelength: Int, startidx: Int): Int = {\n    val offset = tileindex - startidx + 1\n    val sideoffset = sidelength - 1\n    sidedistance(offset % sideoffset, sidelength)\n  }\n\n  def distance(input: Int): Int = {\n    input match {\n      case 1 => 0\n      case _ =>\n        val (sidelength, startidx) = layerparams(input)\n        distance(input, sidelength, startidx)\n    }\n  }\n\n  def nextcoord(coord: Coordinate, sidelength: Int): Coordinate = {\n    val r = (sidelength-1)\/2\n    coord match {\n      case (0, 0) => (1, 0)\n      case (x, y) if (x == y) && (y == r) => (x-1, y) \/\/ Top right\n      case (x, y) if (-x == y) && (y == r) => (x, y - 1) \/\/ Top left\n      case (x, y) if (-x == -y) && (-y == r) => (x + 1, y) \/\/ Bottom left\n      case (x, y) if (x == -y) && (-y == r) => (x + 1, y) \/\/ Bottom right\n\n      case (x, y) if x == r => (x, y + 1) \/\/ Right side\n      case (x, y) if -x == r => (x, y - 1) \/\/ Left side\n      case (x, y) if y == r => (x - 1, y) \/\/ Top side\n      case (x, y) if -y == r => (x + 1, y) \/\/ Bottom side\n    }\n  }\n\n  def nextval(newcoord: Coordinate, cells: Map[Coordinate, Int]): Int = {\n    val (x, y) = newcoord\n    cells.getOrElse(  (x + 1, y    ), 0) +\n      cells.getOrElse((x + 1, y + 1), 0) +\n      cells.getOrElse((x    , y + 1), 0) +\n      cells.getOrElse((x - 1, y + 1), 0) +\n      cells.getOrElse((x - 1, y    ), 0) +\n      cells.getOrElse((x - 1, y - 1), 0) +\n      cells.getOrElse((x    , y - 1), 0) +\n      cells.getOrElse((x + 1, y - 1), 0)\n  }\n\n  def nextsidelength(newcoord: Coordinate, sidelength: Int): Int = {\n    val (x, y) = newcoord\n    if (x > 0 && x+y-1 == 0) 2*x+1 else sidelength\n  }\n\n  def sums(input: Int): Int = {\n    @tailrec\n    def loop(limit: Int, cells: Map[Coordinate, Int], coord: Coordinate, sidelength: Int): Int = {\n      val newcoord = nextcoord(coord, sidelength)\n      val newval = nextval(newcoord, cells)\n      val newsidelength = nextsidelength(newcoord, sidelength)\n\n      if (newval > limit)\n        newval\n      else\n        loop(limit, cells + (newcoord -> newval), newcoord, newsidelength)\n\n    }\n\n    loop(input, Map((0,0) -> 1), (0,0), 1)\n  }\n}\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day11.scala","text":"<filename>2017\/src\/main\/scala\/com\/zetatwo\/Day11.scala\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day11 {\r\n\r\n  type Position = (Int, Int)\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input = io.Source.stdin.getLines().toList.map(_.trim).head\r\n\r\n    printf(\"Result 1: %s\\n\", time { walkdist(input.split(\",\").toList) })\r\n    printf(\"Result 2: %s\\n\", time { maxwalk(input.split(\",\").toList) })\r\n  }\r\n\r\n  def step(current: Position, direction: String): Position = {\r\n    val (x, y) = current\r\n    direction match {\r\n      case \"nw\" => (x - 1, y + 1)\r\n      case \"n\"  => (x    , y + 1)\r\n      case \"ne\" => (x + 1, y    )\r\n      case \"se\" => (x + 1, y - 1)\r\n      case \"s\"  => (x    , y - 1)\r\n      case \"sw\" => (x - 1, y    )\r\n      case _    => throw new IllegalArgumentException(\"Invalid direction: \" + direction)\r\n    }\r\n  }\r\n\r\n  def maxstep(curmax: (Position, Position), direction: String): (Position, Position) = {\r\n    val (current, max) = curmax\r\n    val next = step(current, direction)\r\n    val newmax = List(max, next).maxBy(distfromorigo)\r\n    (next, newmax)\r\n  }\r\n\r\n  def walk(input: Seq[String], current: Position): Position = input.foldLeft(current)(step)\r\n\r\n  def dist(p1: Position, p2: Position): Int = {\r\n    val (x1, y1) = p1\r\n    val z1 = 0 - x1 - y1\r\n    val (x2, y2) = p2\r\n    val z2 = 0 - x2 - y2\r\n    List(x2 - x1, y2 - y1, z2 - z1).map(math.abs).max\r\n  }\r\n\r\n  def distfromorigo(p: Position): Int = dist(p, (0,0))\r\n  def walkdist(input: Seq[String]): Int = distfromorigo(walk(input, (0, 0)))\r\n\r\n  def maxwalk(input: Seq[String]): Int = {\r\n    val (_, max) = input.foldLeft(((0,0), (0,0)))(maxstep)\r\n    distfromorigo(max)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/HashUnionFind.scala","text":"package com.zetatwo\n\nobject HashUnionFind {\n  def create(size: Int): HashUnionFind = {\n    val map = (0 until size).map(v => v -> List(v)).toMap\n    HashUnionFind(map.values.toSet, map)\n  }\n}\n\ncase class HashUnionFind(partitions: Set[List[Int]], partitionLookup: Map[Int, List[Int]]) extends UnionFind {\n\n  def union(t1: Int, t2: Int): HashUnionFind = {\n    if (t1 == t2) this\n\n    val firstPartition = partitionLookup(t1)\n    if (firstPartition.contains(t2)) this\n\n    val secondPartition = partitionLookup(t2)\n    val newPartition = firstPartition ++ secondPartition\n\n    HashUnionFind(\n      partitions - firstPartition - secondPartition + newPartition,\n      partitionLookup\n        .updated(t1, newPartition)\n        .updated(t2, newPartition))\n  }\n\n  def connected(t1: Int, t2: Int): Boolean =\n    partitions\n      .find(_.contains(t1))\n      .getOrElse(throw new NoSuchElementException(s\"t1 $t1 not in graph\"))\n      .contains(t2)\n}"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day03Tests.scala","text":"<reponame>ZetaTwo\/advent-of-code\npackage com.zetatwo\n\nimport org.scalatest.FunSuite\n\nclass Day03Tests extends FunSuite {\n  test(\"Day03.layerparams\") {\n    assert(Day03.layerparams(1) == (1, 1))\n    assert(Day03.layerparams(8) == (3, 2))\n    assert(Day03.layerparams(23) == (5, 10))\n  }\n\n  test(\"Day03.sidedistance\") {\n    assert(Day03.sidedistance(0, 3) == 2)\n    assert(Day03.sidedistance(1, 3) == 1)\n    assert(Day03.sidedistance(2, 5) == 2)\n  }\n\n  test(\"Day03.distance\") {\n    assert(Day03.distance(1) == 0)\n    assert(Day03.distance(12) == 3)\n    assert(Day03.distance(23) == 2)\n    assert(Day03.distance(1024) == 31)\n  }\n\n  test(\"Day03.challenge\") {\n    assert(Day03.distance(312051) == 430)\n  }\n\n  test(\"Day03.nextval\") {\n    assert(Day03.nextval((1,0), Map((0,0) -> 1)) == 1)\n    assert(Day03.nextval((1,1), Map((0,0) -> 1, (1,0) -> 1)) == 2)\n  }\n\n  test(\"Day03.nextsidelength\") {\n    assert(Day03.nextsidelength((0,0), 1) == 1)\n    assert(Day03.nextsidelength((1,0), 1) == 3)\n    assert(Day03.nextsidelength((1,1), 3) == 3)\n    assert(Day03.nextsidelength((1,-1), 3) == 3)\n    assert(Day03.nextsidelength((2,-1), 3) == 5)\n  }\n\n  test(\"Day03.nextcoord\") {\n    assert(Day03.nextcoord((1,0), 3) == (1,1))\n    assert(Day03.nextcoord((-2,0), 5) == (-2,-1))\n  }\n\n  test(\"Day03.sums\") {\n    assert(Day03.sums(4) == 5)\n    assert(Day03.sums(22) == 23)\n    assert(Day03.sums(746) == 747)\n    assert(Day03.sums(805) == 806)\n  }\n\n  test(\"Day03.challenge2\") {\n    assert(Day03.sums(312051) == 312453)\n  }\n}\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day04.scala","text":"package com.zetatwo\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day04 {\r\n  val WHITESPACE = raw\"\\s+\"\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val lines: Seq[String] = io.Source.stdin.getLines.toList\r\n\r\n    printf(\"Result 1: %d\\n\", validate(lines))\r\n    printf(\"Result 1: %d\\n\", validate2(lines))\r\n  }\r\n\r\n  def validatepassword(password: String): Boolean = {\r\n    @tailrec\r\n    def loop(remainder: List[String], seen: Set[String]): Boolean = remainder match {\r\n      case current :: _ if seen.contains(current) => false\r\n      case current :: rest => loop(rest, seen + current)\r\n      case _ => true\r\n    }\r\n\r\n    loop(password.split(WHITESPACE).toList, Set())\r\n  }\r\n\r\n  def validatepassword2(password: String): Boolean = {\r\n    @tailrec\r\n    def loop(remainder: List[String], seen: Set[String]): Boolean = remainder match {\r\n      case current :: _ if seen.contains(current.sorted) => false\r\n      case current :: rest => loop(rest, seen + current.sorted)\r\n      case _ => true\r\n    }\r\n\r\n    loop(password.split(WHITESPACE).toList, Set())\r\n  }\r\n\r\n  def validate(input: Seq[String]): Int = {\r\n    input.count(validatepassword)\r\n  }\r\n\r\n  def validate2(input: Seq[String]): Int = {\r\n    input.count(validatepassword2)\r\n  }\r\n\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day07Tests.scala","text":"<reponame>ZetaTwo\/advent-of-code\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Day07.Node\r\nimport org.scalatest.FunSuite\r\n\r\nclass Day07Tests extends FunSuite {\r\n\r\n  private val testinput =\r\n    \"\"\"\r\n      |pbga (66)\r\n      |xhth (57)\r\n      |ebii (61)\r\n      |havc (66)\r\n      |ktlj (57)\r\n      |fwft (72) -> ktlj, cntj, xhth\r\n      |qoyq (66)\r\n      |padx (45) -> pbga, havc, qoyq\r\n      |tknk (41) -> ugml, padx, fwft\r\n      |jptl (61)\r\n      |ugml (68) -> gyxo, ebii, jptl\r\n      |gyxo (61)\r\n      |cntj (57)\r\n    \"\"\".trim.stripMargin.split(\"\\n\").map(_.trim)\r\n\r\n  test(\"Day07.parse\") {\r\n    assert(Day07.parse(testinput) == List(\r\n      Node(\"pbga\", 66, List.empty),\r\n      Node(\"xhth\", 57, List.empty),\r\n      Node(\"ebii\", 61, List.empty),\r\n      Node(\"havc\", 66, List.empty),\r\n      Node(\"ktlj\", 57, List.empty),\r\n      Node(\"fwft\", 72, List(\"ktlj\", \"cntj\", \"xhth\")),\r\n      Node(\"qoyq\", 66, List.empty),\r\n      Node(\"padx\", 45, List(\"pbga\", \"havc\", \"qoyq\")),\r\n      Node(\"tknk\", 41, List(\"ugml\", \"padx\", \"fwft\")),\r\n      Node(\"jptl\", 61, List.empty),\r\n      Node(\"ugml\", 68, List(\"gyxo\", \"ebii\", \"jptl\")),\r\n      Node(\"gyxo\", 61, List.empty),\r\n      Node(\"cntj\", 57, List.empty)\r\n    ))\r\n  }\r\n\r\n  test(\"Day07.findRoot\") {\r\n    assert(Day07.findRoot(testinput) == \"tknk\")\r\n  }\r\n\r\n  private val challengeinput =\r\n    \"\"\"\r\n      |yvpwz (50)\r\n      |vfosh (261) -> aziwd, tubze, dhjrv\r\n      |xtvawvt (19)\r\n      |nspsk (24)\r\n      |sgtfap (19) -> bohjocj, bqvzg\r\n      |oyuteie (52)\r\n      |irrpz (226) -> cibfe, hemjsj, upbldz\r\n      |vtvku (426)\r\n      |vbsfwqh (6055) -> govhrck, pglpu, rwuflbi, ppgaoz\r\n      |nupmnv (47) -> cngdg, olgsb, lmvmb\r\n      |ulndqey (71)\r\n      |fujgzbt (198) -> fbesgp, hewtnrw\r\n      |nsbvvsi (39)\r\n      |ajvtdl (36)\r\n      |xrgca (85)\r\n      |mksrqb (45)\r\n      |ozfsktz (56) -> xzwjii, uhxjy\r\n      |peretma (15) -> suzsw, ycvvjgc, cdyhvr, jixggay\r\n      |boplau (77) -> boggvxt, cnyasj\r\n      |rzqffr (84) -> tbppaj, htyeqf, pgnyu, ruhqn\r\n      |shkkwp (5)\r\n      |bpptuqh (68) -> ugxls, zlshut, ltqljtw\r\n      |bngres (944) -> ktwby, tblhhg, jzgpty, skbprng\r\n      |tjnyo (55)\r\n      |ujfeg (13) -> vldxkw, kfbsjv, rlqwaz, dvwsrc, ymxlwf, zvmhx, wfdxfxq\r\n      |mxplky (35)\r\n      |ezkqh (91)\r\n      |kozgi (48)\r\n      |pgnyu (94)\r\n      |yhunajf (25)\r\n      |pvpmt (77)\r\n      |cvitrpt (88)\r\n      |zjwih (46) -> cvitrpt, chtamif\r\n      |mhfnxk (6) -> jddyhz, gvrhj, ctpdk, oprvyxy, luzjys\r\n      |dbrnqc (77)\r\n      |iorlbdv (43)\r\n      |twwzhwf (118) -> ndgupvi, aumbaa\r\n      |mvngvtg (67)\r\n      |kwkprrw (187) -> uobxcai, aklrjg\r\n      |wtvffu (120) -> vzxvex, mtsbrje, slfile\r\n      |vjwivnq (52)\r\n      |cbwbdsv (157) -> przuau, atjtgjx\r\n      |rwuflbi (8) -> lapoix, dkdovw, spgcwtn\r\n      |upbldz (27)\r\n      |xgnqi (64)\r\n      |ksotbs (48) -> cqbvru, tqbvdu\r\n      |romrjs (55) -> vhilqk, gzxuw\r\n      |ftmwqqj (76)\r\n      |kqpvqie (63) -> qomhp, fwvsi\r\n      |xxrsnzv (39)\r\n      |trqfblp (85)\r\n      |rmjktk (28) -> wtkfiw, mlrdsj, pnicdos, woujz, psrzr\r\n      |lwygknn (96)\r\n      |ctgbkrb (76) -> iavuhwe, onvkja\r\n      |iqbrs (67) -> tghoyv, hoheog, kjpzwp, wwvad, ezmjqnt\r\n      |efuqu (136) -> umljkr, qblnh\r\n      |egwjjg (85)\r\n      |dgtvwiy (27)\r\n      |ndgupvi (28)\r\n      |zdvai (85)\r\n      |auhio (82)\r\n      |dywjt (40)\r\n      |hhboca (18)\r\n      |pptbkz (96)\r\n      |iqsvbk (73)\r\n      |nwjibjk (31)\r\n      |veclzy (308) -> dohjma, hbiwkt\r\n      |repak (139) -> bcjxhps, eyckbl\r\n      |xguqlvl (74)\r\n      |rkjmp (59)\r\n      |eqviuw (171) -> mqlsvih, lrnjjfq, njgkkxo\r\n      |zogylog (80)\r\n      |kroqr (38)\r\n      |onvkja (49)\r\n      |tedehrz (94) -> ipqjff, dmiqf\r\n      |lhwyt (287) -> jbwbw, htyyatf, ppvwkei, vtbzq, pynomi, uswsg\r\n      |mrbqk (64)\r\n      |aoxtau (64)\r\n      |gvrhj (59) -> qurrva, xrgca\r\n      |lfksu (72)\r\n      |tnwle (49)\r\n      |dgnpr (93)\r\n      |ucsxzhl (21) -> tpefei, ntkeax, jvayv, yuobv\r\n      |wbibf (183) -> pvtat, ygnww, akngdu, swpkkpi\r\n      |ljaktj (21939) -> seeqikh, mqrfbqc, ihnus\r\n      |agqkf (69)\r\n      |tubze (48)\r\n      |fcapw (105) -> nkhzrd, shkkwp\r\n      |sdied (47)\r\n      |zfmeblt (56)\r\n      |wqyzjzi (41)\r\n      |zxjeza (185) -> ioumv, pjersb\r\n      |vecxd (56) -> civozek, qzsypj\r\n      |dkxebg (73) -> atrmuc, mhfnxk, zwwbw, ryaotx, yqhmb, yztqpc\r\n      |oqiye (35)\r\n      |edyqn (60)\r\n      |fujwzoc (404)\r\n      |llcbiqi (79)\r\n      |yejkld (41)\r\n      |utbev (25) -> hsxru, jfuxeo, zyshq, eznabc, lgsda, uobxonm\r\n      |ojxyv (79)\r\n      |vbpde (20)\r\n      |fyjowg (26)\r\n      |yfzjc (31)\r\n      |obwzec (41)\r\n      |zcanxq (85)\r\n      |woujz (125) -> qntvn, kwzrzn\r\n      |adhwzp (305) -> agqkf, yallk\r\n      |zvcfznz (184) -> rjuhrpu, yzwnh, hikik\r\n      |dxbrl (66)\r\n      |appays (423) -> nupmnv, cyppxr, rqoczb\r\n      |rgndu (81) -> tsbbzu, dtxrjg\r\n      |jncex (74) -> rrdczem, bhhgpe, gtvnow, vndrx\r\n      |cfvbuip (53)\r\n      |vsqfx (29)\r\n      |zocaag (38)\r\n      |ppymmsf (19)\r\n      |amwxj (69) -> pptbkz, kweqtf, jwmbs\r\n      |svadhfo (99)\r\n      |xdsbnr (8)\r\n      |duvrzrl (22)\r\n      |dfaro (8)\r\n      |vgugdtt (220) -> nxpakq, fhsecp\r\n      |fwddmmv (43)\r\n      |igaww (28)\r\n      |bbxbrsh (31)\r\n      |swpkkpi (13)\r\n      |bkqexxz (77)\r\n      |ovfduq (16)\r\n      |rtzce (39)\r\n      |gmwto (119) -> wbeizj, refgrip\r\n      |rmdhj (24)\r\n      |yeref (77)\r\n      |ifstrgw (23) -> qpixldb, tukirqp, bwcyqb, bzbmt\r\n      |untdpje (45) -> owimy, yejkld\r\n      |esiwujq (41)\r\n      |emvxet (131) -> vecdh, ftgvx\r\n      |mztuzb (764) -> jgzvrf, eaqiocy, fsagr\r\n      |bwnabqh (83)\r\n      |gypsfc (43)\r\n      |bhemin (44)\r\n      |imydd (164) -> iabqb, vdpnsak\r\n      |qajpehv (49)\r\n      |oxnfnsv (76) -> twwzhwf, uiyyc, gfaamu, umhcrc, bcjpzpk, vrqeade\r\n      |qfdldyu (231)\r\n      |dmsmgs (29)\r\n      |oqady (7) -> mhtzh, cpreh\r\n      |zbhwrc (759) -> esrilo, dcngdo\r\n      |cyppxr (272) -> pitmcu, nvlqab\r\n      |jtzjrke (45)\r\n      |przuau (59)\r\n      |eexkce (44)\r\n      |xsewlv (124) -> fwfpmti, rszjhxn\r\n      |fbesgp (28)\r\n      |sxegjbz (297) -> yhycc, gxmry, favzt\r\n      |nxpakq (17)\r\n      |hbvvse (98)\r\n      |ygzwut (83)\r\n      |cngdg (93)\r\n      |tfzum (69)\r\n      |ccghjn (58)\r\n      |ylbpwah (190) -> htlpx, eduzave, peqgox, fkqkfdu\r\n      |mobbhp (141) -> clgbo, jtzjrke\r\n      |icdlpb (62)\r\n      |wkrtcw (1663) -> qqzhz, ybewhak, mazbb\r\n      |uswsg (312)\r\n      |zdvlgn (63) -> rmpryj, qrtdtt\r\n      |hfcifm (107) -> tpfuxx, wdivd\r\n      |cltqhc (25)\r\n      |gnrnwtz (513) -> efxakc, jxlgwb, ksotbs, gvayfu, wqvtdc\r\n      |rdufpid (25)\r\n      |kszmj (137) -> eemfgbx, amvjukd\r\n      |ykuto (662) -> pvuoltd, kcyiwqs, kbjnzw, kszmj\r\n      |ckswvj (264) -> cleanrs, ntixh\r\n      |czhsx (51)\r\n      |luayjsp (47) -> alhjba, qjghc\r\n      |djnsvq (295) -> nbnqidn, ijjfn\r\n      |qxzfv (57)\r\n      |qyzja (94)\r\n      |rmpryj (96)\r\n      |eyreht (45)\r\n      |vzkii (216)\r\n      |rwheyic (68)\r\n      |rjmdre (21)\r\n      |qntvn (71)\r\n      |lescv (32)\r\n      |qomhp (32)\r\n      |oegwh (70)\r\n      |tukirqp (85)\r\n      |pumxr (103) -> wvpwez, kiuiq\r\n      |fjrpc (89)\r\n      |gmoliax (1327) -> jniisu, cfafhwl\r\n      |wsrwgvc (80)\r\n      |zhgzg (62) -> aonfu, vqiqglo\r\n      |fxcuah (208) -> uofigyp, kfxyzqc\r\n      |fnjnhmk (76)\r\n      |zlshut (62)\r\n      |hsnbry (26)\r\n      |pjnyxo (30)\r\n      |luzjys (115) -> kisjb, owsosl\r\n      |vecdh (14)\r\n      |vfrqc (13)\r\n      |udjcwm (18)\r\n      |twpmx (30)\r\n      |oiysq (64)\r\n      |lcazsyd (78)\r\n      |ryaotx (399) -> lmctbp, imydd, wlkatbq, sikzsc\r\n      |rbnfwkf (51)\r\n      |kdtpg (4260) -> lymwlyg, xgqzb, appays\r\n      |djvps (30)\r\n      |vjqjwk (76)\r\n      |pbrdt (66)\r\n      |rciilr (33)\r\n      |heumdl (75)\r\n      |whqvs (146) -> ttxrd, qxuakjr\r\n      |zvtxa (77)\r\n      |cpkkq (18) -> romrjs, xmpdevf, nnofr, qgqou, nmkjx, nbvwta\r\n      |sxada (7) -> dgrwv, irlfj, rmjpia, ciafn\r\n      |frbmr (67) -> tnwle, nnyqes\r\n      |tgksxw (53) -> dkffgot, yvpwz\r\n      |ijvux (77)\r\n      |tblhhg (44)\r\n      |xxsivgz (17) -> kkhfzgn, rbqcbvl\r\n      |ylxxmlt (83) -> qxzfv, dacbtyf, aqhcy\r\n      |vndrx (248) -> xecqd, tznkdt\r\n      |jwezuh (57) -> kxrxtq, cijfsu\r\n      |ztqvzwj (86)\r\n      |dluyef (1987) -> zcicmp, qkhhg, eivrwbt, iqzdu, rmvry\r\n      |ybzvav (873) -> agwyte, kawloxz, bmdxyf\r\n      |pvuoltd (115) -> glgrdm, gfizf, bnehbkl, lkyeyn\r\n      |ceefghr (21) -> mksrqb, saqjax, llild, qwvvha\r\n      |khphs (101) -> qwlepd, acgrw\r\n      |yxvgj (13)\r\n      |zifogt (85)\r\n      |wgwlbz (83) -> uwaij, qklota\r\n      |xlyvge (235) -> zgnoqml, trqfblp\r\n      |qaxvec (41)\r\n      |ylkfgx (6)\r\n      |pzgvdt (37)\r\n      |vtzdfjg (77)\r\n      |tyiekxm (24)\r\n      |jaiqusy (18)\r\n      |avhkram (73)\r\n      |akluijb (77)\r\n      |bohjocj (73)\r\n      |ofoto (1287) -> sgrcmj, jxykl\r\n      |qgqou (227)\r\n      |xtoaq (18)\r\n      |peqgox (25)\r\n      |kobcmy (64) -> haeymgy, egwjjg, zcanxq, zifogt\r\n      |namzy (79)\r\n      |vldxkw (463) -> gmwto, aflmt, boplau, khphs, qlthpj, epqsj\r\n      |chtamif (88)\r\n      |vqsuh (92)\r\n      |iofsrh (35)\r\n      |njgkkxo (17)\r\n      |zsqqhe (94)\r\n      |xupdam (64)\r\n      |bqvzg (73)\r\n      |hmetm (889) -> aklagd, ceefghr, whcxfwf, guztl\r\n      |hoheog (296)\r\n      |llsvd (18)\r\n      |giupn (30)\r\n      |dfzfwun (64)\r\n      |nmfvmam (125) -> qxwlhxh, obwzec\r\n      |ioumv (86)\r\n      |gxmry (143) -> cyvplfd, wmcusr\r\n      |ywgvsdb (131) -> fzfxs, yvdkbo, igaww\r\n      |pwsye (49)\r\n      |mywezi (407) -> gimkyms, bnxvusb\r\n      |fzfxs (28)\r\n      |kurgrkq (76)\r\n      |txeucf (61)\r\n      |gjwflt (84) -> xmfzu, gcbjhu, xxnannn, bwnabqh\r\n      |vrgxe (1226) -> zbfyg, rocbcw, zouml, wbibf\r\n      |izwze (16)\r\n      |jwmbs (96)\r\n      |euvev (46)\r\n      |dgzvf (30)\r\n      |iezdimc (82)\r\n      |zkhll (992) -> bbqtwv, xupdam\r\n      |jhxxfq (71)\r\n      |hemjsj (27)\r\n      |ryxkvxj (124) -> bhemin, apghde\r\n      |qxuakjr (54)\r\n      |aonfu (95)\r\n      |dvopaww (98)\r\n      |uobwwa (69)\r\n      |dojvyuv (96)\r\n      |ezcmm (886) -> ntjmwf, qfdldyu, vokxlx\r\n      |yzwnh (15)\r\n      |jfqanu (302) -> dcgarog, tcpqh\r\n      |gfizf (14)\r\n      |kvbdsv (46)\r\n      |qzsypj (98)\r\n      |vyffcrm (24)\r\n      |iuoxs (13)\r\n      |zitfb (23) -> ctagl, ddpgq\r\n      |yueoma (46)\r\n      |bbqtwv (64)\r\n      |hgsng (45)\r\n      |wgehfu (77) -> lescv, hnjbsg, bxvwe, evmuxia\r\n      |arwqmho (66)\r\n      |amvjukd (17)\r\n      |ntixh (10)\r\n      |zfzblty (47)\r\n      |cxzuprb (592) -> texfyi, dvgstr, irhxzg\r\n      |ekqux (76)\r\n      |abxalr (697) -> zjwih, gjwuf, eqviuw\r\n      |choiui (65)\r\n      |tgjdwlh (24)\r\n      |glhsr (60)\r\n      |rtymngs (66)\r\n      |rocbcw (169) -> djizg, dtnaqds\r\n      |bjwws (46) -> evgtp, ztqvzwj\r\n      |gowbiey (78)\r\n      |yqhmb (497) -> njgrpbo, tedehrz, bjwws\r\n      |lapoix (240) -> xkizl, dyhate, disan\r\n      |vckqsrm (30)\r\n      |sxdljm (66)\r\n      |frpmd (13)\r\n      |uwhwsv (86)\r\n      |wknic (47)\r\n      |pnicdos (165) -> czhsx, rbnfwkf\r\n      |wrsik (80)\r\n      |wbogdd (66) -> eibtll, ppmvpn\r\n      |fyrqw (28) -> ekqux, zxoqwjv, ipogzy, dhzuvup\r\n      |uttjzap (22)\r\n      |gqjkk (41)\r\n      |gcbjhu (83)\r\n      |bnxvusb (21)\r\n      |bxvwe (32)\r\n      |difjqqd (47)\r\n      |xxnannn (83)\r\n      |lxzucvk (94)\r\n      |ehynj (98) -> ijvuozb, wutdi\r\n      |vwkbje (25)\r\n      |ciafn (62)\r\n      |pyyuj (34)\r\n      |zofljd (685) -> hfcifm, emvxet, ahrdgu\r\n      |zyshq (140) -> dpcmm, eosuf\r\n      |zgslahq (101) -> ximrxj, auvxopo\r\n      |xszci (72)\r\n      |fomxzjj (47)\r\n      |mcduoz (6)\r\n      |rcltx (73) -> djnsvq, hqmum, ifstrgw\r\n      |pemna (98)\r\n      |fgnsyw (39)\r\n      |tfppg (77) -> uwhwsv, fmapm\r\n      |tohlady (84)\r\n      |gzxuw (86)\r\n      |mkdiuil (96)\r\n      |qfhkgt (52)\r\n      |csxwyly (47)\r\n      |intuzzk (82) -> jqqxv, dlnyi, pbides, qtcqtv\r\n      |bfxhl (78) -> qvmorke, pazbvum\r\n      |eduzave (25)\r\n      |kwbni (74) -> abxalr, bbsuv, gnrnwtz, rmjktk, eqcnl, pdwesa, sunvhgy\r\n      |hhnvuv (83)\r\n      |ismgnve (68)\r\n      |alhjba (84)\r\n      |mspkmg (94)\r\n      |rszjhxn (34)\r\n      |frleu (60)\r\n      |mewfm (48) -> gowbiey, yevks\r\n      |mpulnxr (42) -> eziuhsd, xsewlv, tckcxhb, bfxhl\r\n      |mzksj (68)\r\n      |shnqfh (1649) -> wnnov, mdtniv, fwpuy\r\n      |bxpfop (153)\r\n      |zucsr (26)\r\n      |gmpqmio (93)\r\n      |wzjbp (174)\r\n      |zcicmp (301)\r\n      |ppvwkei (93) -> eqjfyj, lghygm, grrycy\r\n      |tcsoaw (239) -> kzfzp, oypzs\r\n      |nnsial (78)\r\n      |mazbb (98) -> dsxhhub, fqoqkzk\r\n      |lclbeiq (81) -> bwxicc, uttjzap\r\n      |jddyhz (91) -> vmmww, mvalh\r\n      |umqrwk (132) -> itvhd, jbuxnpr, mxopf\r\n      |qxfan (34)\r\n      |cdafdq (26)\r\n      |drrjnr (80)\r\n      |kxrxtq (68)\r\n      |cnyasj (56)\r\n      |kpdbki (38)\r\n      |dgzoyx (72)\r\n      |zwwbw (155) -> eqbvn, qcghv, tfppg, xaanoft\r\n      |zsxbg (22)\r\n      |fwvsi (32)\r\n      |hefgter (6) -> pirieql, hikocbe\r\n      |mwelezd (81)\r\n      |eptcqns (16)\r\n      |jmbiky (96)\r\n      |gnozwfo (242) -> vqsuh, cxlfgl\r\n      |wtkfiw (48) -> owresw, grqjew, okbzzwd\r\n      |ltqljtw (62)\r\n      |lymwlyg (72) -> snkox, adhwzp, cvdjts\r\n      |mgeizij (60) -> sbcuc, rqrfl\r\n      |zghvta (57)\r\n      |uqcqc (85)\r\n      |tozwp (19)\r\n      |nqjrds (81)\r\n      |cfufhn (11)\r\n      |yznhjg (60) -> choiui, yhecio, lprpgxe\r\n      |qtbhnxr (27)\r\n      |bwdfws (27)\r\n      |kiuiq (89)\r\n      |zjfrc (141) -> zghvta, lkqiqa\r\n      |ooiyeep (80)\r\n      |xiawjb (38)\r\n      |wgzdt (216) -> vfrqc, frpmd\r\n      |lugkrb (36)\r\n      |mvalh (69)\r\n      |cruxrmy (52)\r\n      |azwmkej (33)\r\n      |tqbvdu (61)\r\n      |szvlte (21)\r\n      |bzbmt (85)\r\n      |gcczhgd (43) -> eecoekq, kwpnxyh\r\n      |jxlgwb (24) -> pzahn, yadtxl\r\n      |gfaamu (8) -> ygzwut, hhnvuv\r\n      |ntjmwf (211) -> owqdo, umvvwsq\r\n      |rqhrb (19)\r\n      |jixggay (28)\r\n      |gavjzk (91)\r\n      |mbydswv (69)\r\n      |unqbwiz (10) -> rixge, lkwapf, phvbwg\r\n      |veycd (62)\r\n      |lmctbp (106) -> wqyzjzi, gqjkk\r\n      |jwpjy (94) -> ywlub, rtymngs\r\n      |febjzqn (46461) -> mwtojre, iqmqju, dkxebg\r\n      |yvdkbo (28)\r\n      |iayzdx (7181) -> fakyd, fjwmd, uzicvdh\r\n      |uobxonm (118) -> wrsik, wsrwgvc\r\n      |sehxgj (41) -> wpezjoi, dcnuouj, vrpqev, kjwvqdz, vzkii\r\n      |eziuhsd (192)\r\n      |gcichoe (79)\r\n      |jwzmsv (45)\r\n      |fmapm (86)\r\n      |rbtvx (53)\r\n      |sgkksme (94)\r\n      |zmces (86)\r\n      |rmjpia (62)\r\n      |feiki (376) -> oqady, fcymcb, wlleabp\r\n      |sgrcmj (54)\r\n      |dohjma (76)\r\n      |kgzqclo (71)\r\n      |eqjfyj (73)\r\n      |zcjrk (1009) -> zdvlgn, sxada, yznhjg, pnoxhe\r\n      |zhudrmb (78) -> mvngvtg, kvags\r\n      |iylwxgn (98) -> edebwk, gjwflt, rlapq\r\n      |beraoor (10) -> pumxr, gasnep, ulznkvm\r\n      |gxnoomf (185) -> ihrhkj, cfufhn\r\n      |fhoprd (71)\r\n      |pbides (59)\r\n      |xqgjvz (192) -> twpmx, zwofu\r\n      |mexuge (52)\r\n      |rbfbf (47)\r\n      |oprvyxy (125) -> oyuteie, yibxqhs\r\n      |eqcnl (637) -> kgjcj, wgzdt, rrgffal\r\n      |kikfs (40)\r\n      |ntvul (77)\r\n      |bwxicc (22)\r\n      |rttwea (55) -> fnjnhmk, kurgrkq\r\n      |kfxyzqc (9)\r\n      |ddmrgzp (69)\r\n      |clgbo (45)\r\n      |qoapjhr (173)\r\n      |kkhfzgn (88)\r\n      |njgrpbo (74) -> dgzoyx, rlywif\r\n      |bwcyqb (85)\r\n      |esrilo (47)\r\n      |blutjw (717) -> fxcuah, efuqu, jwpjy\r\n      |owimy (41)\r\n      |oeeqrsd (62)\r\n      |akoqk (16)\r\n      |owqdo (10)\r\n      |fwpuy (26) -> eqnpvwk, lbhxdbr, lqqkjjr, tlvpv\r\n      |tzqzk (52)\r\n      |gxobd (91)\r\n      |npqroe (36)\r\n      |pstaxvr (761) -> peretma, kqpvqie, untdpje\r\n      |boggvxt (56)\r\n      |uobxcai (10)\r\n      |vmyda (63912) -> rcltx, ajwxaa, yvqasth\r\n      |jznrci (51) -> mclgebd, emdsyso\r\n      |ktgfsm (50)\r\n      |kweqtf (96)\r\n      |mtsbrje (66)\r\n      |rjuhrpu (15)\r\n      |zgnoqml (85)\r\n      |qlthpj (57) -> arwqmho, yydyjr\r\n      |cdudjbj (128) -> iofsrh, nuuwbui, mxplky\r\n      |estwket (94)\r\n      |adjlg (67)\r\n      |jbwbw (114) -> dxbrl, lhdhko, fdjhpq\r\n      |ezfky (71)\r\n      |rrdczem (71) -> dgrfhvi, adjlg, ajyqxh\r\n      |xqrmgdk (6543) -> unqbwiz, cxzuprb, rmkhel\r\n      |nmkjx (213) -> wycesn, gpfipvk\r\n      |qklota (16)\r\n      |jbuxnpr (30)\r\n      |xtzqooh (27)\r\n      |vbcfe (49938) -> yuepckc, ybzvav, sxapjc, cfvlt, dluyef\r\n      |drzrtpi (96) -> nuuqqqy, scqutwb\r\n      |xkfps (7)\r\n      |nvxlr (49)\r\n      |hazbs (31)\r\n      |ajyqxh (67)\r\n      |guhyk (66)\r\n      |ipwxws (190) -> difjqqd, wknic\r\n      |akngdu (13)\r\n      |evgtp (86)\r\n      |eznabc (150) -> dvhbwl, xnuoisk\r\n      |limjm (52)\r\n      |bykjeka (71) -> sdied, zfzblty, csxwyly, fomxzjj\r\n      |gpfipvk (7)\r\n      |cpreh (86)\r\n      |qurrva (85)\r\n      |sikzsc (46) -> dpetvw, pridma\r\n      |vokxlx (69) -> gadnfmt, nqjrds\r\n      |scbycx (193)\r\n      |qjghc (84)\r\n      |ctpjjsh (964) -> thlbs, wgehfu, fetns\r\n      |uzicvdh (42) -> altsh, xhhhix, calvq, bykjeka, iucuw\r\n      |tpefei (109) -> qtznzyx, myznok\r\n      |sizfqfs (116) -> vsqfx, dmsmgs\r\n      |qumahjn (71)\r\n      |ctagl (97)\r\n      |hewtnrw (28)\r\n      |ocpzltp (67)\r\n      |ihnus (40) -> vrgxe, shnqfh, auzded, hkhsc, jwddn, mcxki, lhwyt\r\n      |iuydxn (253) -> fhoaub, kmnjo\r\n      |evubadn (49)\r\n      |wpezjoi (112) -> zpxqtrg, tzqzk\r\n      |qtznzyx (57)\r\n      |dcnuouj (76) -> oegwh, ztzfled\r\n      |ddpgq (97)\r\n      |ktrkhe (67)\r\n      |podcsx (71)\r\n      |univhdj (26)\r\n      |puxaz (60)\r\n      |jadome (50)\r\n      |uplbokf (5475) -> vbxqhoy, cpkkq, iqozz\r\n      |llild (45)\r\n      |lylaoh (170) -> lomhz, tzjzmmv, cefbp\r\n      |owsosl (57)\r\n      |iqozz (681) -> syykbn, mbmzme, cdudjbj\r\n      |nvdon (345) -> dgzvf, djvps\r\n      |iigqfh (327)\r\n      |ctatrbo (279) -> tyiekxm, rmdhj\r\n      |yevks (78)\r\n      |cipxwb (85)\r\n      |edmljb (134) -> ligev, glhsr\r\n      |yallk (69)\r\n      |owtxsq (71) -> zxjeza, pzgvsxu, amwxj\r\n      |pejmc (151) -> fjvoff, esgqip\r\n      |pridma (71)\r\n      |vdpnsak (12)\r\n      |hlfbt (200) -> univhdj, xnxdmdb\r\n      |wyuwk (315) -> ibcbvy, ztaff\r\n      |phvbwg (86) -> yachdf, utncpu, tohlady\r\n      |nbnqidn (34)\r\n      |tnyjkok (93)\r\n      |kwpnxyh (41)\r\n      |yachdf (84)\r\n      |ximrxj (42)\r\n      |appok (73)\r\n      |rrgffal (78) -> trxgpy, zmjfa\r\n      |uiyyc (126) -> nspsk, plxdglq\r\n      |rcxtjte (210) -> drrvse, szvlte\r\n      |ruild (9) -> zqdezgy, cxpoqyu\r\n      |mqlsvih (17)\r\n      |xgqzb (451) -> mgeizij, hefgter, ajtjnwp, ljhezx, pwwqvhw\r\n      |gmdcbyg (214) -> mexuge, limjm\r\n      |mxopf (30)\r\n      |wnnov (170)\r\n      |qgwcfll (95)\r\n      |smtbsys (49)\r\n      |jiyuw (40)\r\n      |sunvhgy (218) -> fmlhgs, clmyzsu, zvcfznz, xrkca, jznrci\r\n      |wycesn (7)\r\n      |sbgwln (66)\r\n      |dkffgot (50)\r\n      |ximrdyg (217) -> tpbgp, ibmcytl\r\n      |mvqfvit (38)\r\n      |spgcwtn (63) -> yeref, itxaax, ntvul\r\n      |apmpzd (46)\r\n      |njkeu (67) -> vecxd, rpcoxd, emqoxss, elusirt, hlfbt, xqgjvz\r\n      |irlfj (62)\r\n      |zxoqwjv (76)\r\n      |vjwlck (28)\r\n      |ezmjqnt (146) -> wdssrl, gwcig\r\n      |plzfjy (41)\r\n      |beeeaye (71)\r\n      |nqkwmyd (254)\r\n      |hbiwkt (76)\r\n      |hspol (20)\r\n      |ntjawca (63)\r\n      |yuobv (91) -> vtdpkof, basjwp, pfvpb\r\n      |lqqkjjr (36)\r\n      |zzqwzy (48) -> cnbzj, vftqnj, mywezi\r\n      |goyzt (22)\r\n      |apghde (44)\r\n      |ahrdgu (23) -> ismgnve, rwheyic\r\n      |vqiqglo (95)\r\n      |ruclz (25)\r\n      |wuqbe (98)\r\n      |nedbkp (49)\r\n      |fpmipcr (40)\r\n      |gadnfmt (81)\r\n      |kxrfley (55)\r\n      |thlbs (59) -> iqsvbk, tbyihc\r\n      |wqvtdc (126) -> uyjre, dvkrlzc\r\n      |omfvqhv (29) -> iorlbdv, fwddmmv\r\n      |lihivo (81)\r\n      |ligev (60)\r\n      |iabqb (12)\r\n      |zwjqar (71)\r\n      |ddsqd (61)\r\n      |wwvad (23) -> owzybm, gavjzk, gxobd\r\n      |plhybj (48)\r\n      |rgyamx (79)\r\n      |trxgpy (82)\r\n      |vzxvex (66)\r\n      |favzt (69) -> qxfan, pyyuj, lhahl\r\n      |atrmuc (1081) -> qrsgca, bhthbfj\r\n      |mqrfbqc (9769) -> vbqtd, ykuto, mgktiii, iylwxgn\r\n      |ihkcni (66)\r\n      |ttxrd (54)\r\n      |dvhbwl (64)\r\n      |nlhxju (31)\r\n      |kjwvqdz (140) -> zocaag, gszqlv\r\n      |gulset (80)\r\n      |vubst (114) -> giupn, vckqsrm\r\n      |pvejq (52)\r\n      |lhahl (34)\r\n      |rqoczb (310) -> ropzx, xdsbnr\r\n      |xhhhix (259)\r\n      |ictdnyf (1551) -> ezfky, ckxblyq\r\n      |jexvtb (15)\r\n      |fmlhgs (103) -> ntjawca, jwpwt\r\n      |fcymcb (17) -> mwelezd, jaoiiae\r\n      |cepddei (195) -> ppymmsf, mcdmpq, tozwp\r\n      |suzsw (28)\r\n      |dlnyi (59)\r\n      |nzrfhb (198) -> xwpwer, vjwlck\r\n      |kmnjo (35)\r\n      |itvhd (30)\r\n      |tpbgp (11)\r\n      |syykbn (127) -> teastj, ntazqjk\r\n      |vhilqk (86)\r\n      |ctpdk (31) -> yzciq, ljlotlp\r\n      |putpp (92) -> pbrdt, ihkcni, sxdljm\r\n      |peydhei (737) -> dojvyuv, nnogow, lwygknn, ndajgou\r\n      |yzciq (99)\r\n      |xmfzu (83)\r\n      |plzgfx (98)\r\n      |qckem (28)\r\n      |kuakyv (77)\r\n      |qpixldb (85)\r\n      |nnjbjm (23) -> cgwnn, veclzy, rzqffr\r\n      |nrkdm (200) -> dgtvwiy, qtbhnxr\r\n      |xwkski (59)\r\n      |mgktiii (827) -> ggbxd, gjfoe, qoapjhr\r\n      |elusirt (106) -> appok, avhkram\r\n      |ttkboa (24)\r\n      |ckxblyq (71)\r\n      |disan (18)\r\n      |owresw (73)\r\n      |pyuuxw (39)\r\n      |hwsrjah (176) -> pvejq, cruxrmy, vjwivnq\r\n      |skbprng (44)\r\n      |lkyeyn (14)\r\n      |mdtniv (82) -> eexkce, oiiagw\r\n      |ljhezx (130) -> jpxogsl, pjnyxo\r\n      |upsiumf (18)\r\n      |glgrdm (14)\r\n      |rvcmif (288) -> jdmjou, ddmrgzp\r\n      |wvsspk (25) -> lqnwffm, edgplu, qyzja\r\n      |umljkr (45)\r\n      |ggbxd (67) -> jikpfbk, siqksje\r\n      |kuujprz (67) -> ctatrbo, xibdlh, wyuwk, siflauk, iigqfh, jhwltnv\r\n      |aklagd (201)\r\n      |lprpgxe (65)\r\n      |auvxopo (42)\r\n      |uorika (69)\r\n      |avbgwvm (81)\r\n      |nnogow (96)\r\n      |iybvphk (85)\r\n      |sxapjc (129) -> peydhei, sehxgj, lgtffok\r\n      |utrdhz (75)\r\n      |nbvwta (153) -> bbviexo, pzgvdt\r\n      |jzgpty (44)\r\n      |qqzhz (32) -> eyreht, xxswgx\r\n      |ropzx (8)\r\n      |xaanoft (42) -> cwgrjoh, uorika, uobwwa\r\n      |ybnpc (307) -> dibqua, ozfsktz, txrxyqh\r\n      |cfvlt (753) -> rusayd, feiki, ucsxzhl\r\n      |ruxuw (43)\r\n      |ywpjusg (64) -> joxmxc, mzksj\r\n      |qtcqtv (59)\r\n      |qwddgc (82)\r\n      |eyckbl (58)\r\n      |lgsda (44) -> lcazsyd, mwdfwe, nnsial\r\n      |tlvpv (36)\r\n      |rlqwaz (901) -> sizfqfs, ehynj, wzjbp, vubst\r\n      |fgbnlu (66)\r\n      |zvmhx (105) -> tcsoaw, rtnpvf, lbkvgme, xtttnfp\r\n      |oiiagw (44)\r\n      |jpxogsl (30)\r\n      |lomhz (78)\r\n      |calvq (85) -> ccghjn, lpascsz, zkecjv\r\n      |ljlotlp (99)\r\n      |jqqxv (59)\r\n      |iqzdu (187) -> itygd, cdvmqs\r\n      |ugkey (86)\r\n      |tjjrys (94)\r\n      |dtjhnzr (85)\r\n      |tqeeva (214) -> xwkski, rkjmp\r\n      |tznkdt (12)\r\n      |daiah (26)\r\n      |cwgrjoh (69)\r\n      |dibqua (24) -> rgyamx, gcichoe\r\n      |scqutwb (94)\r\n      |yeifw (71)\r\n      |dyhate (18)\r\n      |acgrw (44)\r\n      |fndpz (18)\r\n      |pynomi (170) -> kgzqclo, ygvkw\r\n      |kcyiwqs (35) -> givljl, yntnjp\r\n      |lbkvgme (223) -> jadome, dtwbpl, ktgfsm\r\n      |ygvkw (71)\r\n      |dgsutv (25)\r\n      |rlywif (72)\r\n      |nevpm (49)\r\n      |xtttnfp (73) -> heumdl, axgpyq, utrdhz, paeea\r\n      |ptmqo (284)\r\n      |ibmcytl (11)\r\n      |ejwno (80)\r\n      |mcdmpq (19)\r\n      |azvke (170) -> wscktm, jexvtb\r\n      |govhrck (176) -> vuqriq, crfse, eoditdi\r\n      |tzjzmmv (78)\r\n      |dhjrv (48)\r\n      |dlifqat (49)\r\n      |ruhqn (94)\r\n      |mhtzh (86)\r\n      |bhhgpe (124) -> bywwy, xguqlvl\r\n      |ucicsdu (199) -> itvizjy, wsnqied\r\n      |agwyte (498) -> gcczhgd, lclbeiq, rgndu\r\n      |gapjnb (200)\r\n      |pitmcu (27)\r\n      |vtdpkof (44)\r\n      |joxmxc (68)\r\n      |mclgebd (89)\r\n      |refgrip (35)\r\n      |hsxru (30) -> oeeqrsd, icdlpb, veycd, dlrpnot\r\n      |jikpfbk (53)\r\n      |usztpox (160) -> goyzt, eagggd\r\n      |aqhcy (57)\r\n      |umhcrc (174)\r\n      |qwvvha (45)\r\n      |crxnz (10)\r\n      |mbmzme (37) -> qajpehv, dlifqat, bponwxc, hjzehyw\r\n      |uyjre (22)\r\n      |tsbbzu (22)\r\n      |tenzzu (67)\r\n      |ijvuozb (38)\r\n      |oypzs (67)\r\n      |ymxlwf (327) -> nzrfhb, wbogdd, fujgzbt, nqkwmyd, vgugdtt\r\n      |dvgstr (87) -> rqhrb, xtvawvt, receu\r\n      |yzuygum (57) -> oiysq, jibdphs\r\n      |vuqriq (238)\r\n      |lsysd (68)\r\n      |meayff (35)\r\n      |guztl (73) -> mrbqk, aoxtau\r\n      |rtnpvf (177) -> pwsye, nevpm, nvxlr, smtbsys\r\n      |zbqpk (112) -> apmpzd, yueoma\r\n      |bbviexo (37)\r\n      |gimkyms (21)\r\n      |fjwmd (692) -> luayjsp, njqzaxg, ywgvsdb\r\n      |igfhu (31)\r\n      |qkhhg (105) -> yknwap, qqqsv\r\n      |ybewhak (122)\r\n      |xkizl (18)\r\n      |siqksje (53)\r\n      |vtbzq (178) -> tenzzu, ocpzltp\r\n      |giblwzi (7)\r\n      |atjtgjx (59)\r\n      |bjlwfmo (49)\r\n      |jibdphs (64)\r\n      |cxlfgl (92)\r\n      |wltlu (1495) -> swumt, qeosq, guhyk\r\n      |lkqiqa (57)\r\n      |qwlepd (44)\r\n      |rmvry (145) -> ejzfwt, pknjpc, qfhkgt\r\n      |xmpdevf (185) -> rjmdre, abcyotz\r\n      |utwzg (10)\r\n      |lpascsz (58)\r\n      |abcyotz (21)\r\n      |grqjew (73)\r\n      |vindom (25)\r\n      |tzmes (28)\r\n      |ktwby (44)\r\n      |gfsnsdu (38)\r\n      |ywlub (66)\r\n      |iryrfjs (31)\r\n      |fwfpmti (34)\r\n      |givljl (68)\r\n      |edebwk (161) -> dtjhnzr, cipxwb, uqcqc\r\n      |aziwd (48)\r\n      |ajtjnwp (46) -> clfrs, qdwkxia\r\n      |nvlqab (27)\r\n      |dvwsrc (1517) -> jiyuw, dvtdje\r\n      |basjwp (44)\r\n      |rhchuf (67) -> sedysm, nedbkp\r\n      |cdvmqs (57)\r\n      |dkdovw (262) -> afglbpz, ovfduq\r\n      |seeqikh (10944) -> mztuzb, zovbvcr, nnjbjm\r\n      |bgcrdqu (174)\r\n      |huqpiix (121) -> eptcqns, aiget\r\n      |bywwy (74)\r\n      |aujxmm (89)\r\n      |xecqd (12)\r\n      |tbppaj (94)\r\n      |zkecjv (58)\r\n      |utncpu (84)\r\n      |grrycy (73)\r\n      |htlpx (25)\r\n      |pvtat (13)\r\n      |dfdlzzt (71)\r\n      |uwaij (16)\r\n      |edgplu (94)\r\n      |aflmt (153) -> puyiail, jaiqusy\r\n      |eoditdi (10) -> boqtohm, odsrv, iblrer\r\n      |imshim (39)\r\n      |nioeugr (38)\r\n      |eagggd (22)\r\n      |ulznkvm (211) -> meayff, oqiye\r\n      |psrzr (213) -> bwdfws, sdrhiyo\r\n      |vmmww (69)\r\n      |blofdav (18)\r\n      |zbfyg (49) -> xoqxrbl, dgnpr\r\n      |qzhyumq (25)\r\n      |dpcmm (69)\r\n      |qvmorke (57)\r\n      |exuwhfs (89) -> qumahjn, kkvkz\r\n      |rdqvi (56)\r\n      |axlgwj (38)\r\n      |vbxqhoy (744) -> nquonb, zhudrmb, ryxkvxj\r\n      |rqlaf (67)\r\n      |mlrdsj (107) -> tzdtm, etmvojh\r\n      |tnzqj (1057) -> nbpic, ctgbkrb, bgcrdqu\r\n      |lghygm (73)\r\n      |wvjjht (60)\r\n      |wmvht (36)\r\n      |xibdlh (255) -> tgjdwlh, vyffcrm, ahridq\r\n      |pjersb (86)\r\n      |pdwesa (407) -> ximrdyg, xaebyo, qqpsrts, ucicsdu\r\n      |tflulu (3299) -> ezcmm, tnzqj, njkeu, ctpjjsh\r\n      |rmkhel (55) -> olkcm, yquqk, iuydxn\r\n      |odsrv (76)\r\n      |kfbsjv (73) -> ylxxmlt, whqvs, edmljb, bpptuqh, jwjggy, nrkdm\r\n      |vywqra (18)\r\n      |bnehbkl (14)\r\n      |lkwapf (290) -> ttkboa, xvcikqe\r\n      |kawloxz (45) -> rttwea, nmfvmam, kwkprrw, gxnoomf\r\n      |drrvse (21)\r\n      |tklfj (465) -> fcapw, omfvqhv, wgwlbz\r\n      |receu (19)\r\n      |zqdezgy (72)\r\n      |ntkeax (91) -> sbgwln, fgbnlu\r\n      |boqtohm (76)\r\n      |rpcoxd (252)\r\n      |hiqqg (82)\r\n      |cdyhvr (28)\r\n      |snkox (67) -> mspkmg, lxzucvk, zsqqhe, sgkksme\r\n      |zpxqtrg (52)\r\n      |olgsb (93)\r\n      |hikocbe (92)\r\n      |xwpwer (28)\r\n      |kzfzp (67)\r\n      |dfyyjta (33822) -> hvhjh, ujfeg, iayzdx\r\n      |hvhjh (6551) -> uveybq, iqbrs, zrnnyet\r\n      |kjpzwp (160) -> fmvyjwj, lsysd\r\n      |htyyatf (240) -> fndpz, xtoaq, hhboca, llsvd\r\n      |uveybq (947) -> ywpjusg, gapjnb, azvke\r\n      |cqbvru (61)\r\n      |saqjax (45)\r\n      |emlqbo (18)\r\n      |jvayv (171) -> daiah, fyjowg\r\n      |dtnaqds (33)\r\n      |rxuwet (92)\r\n      |xnuoisk (64)\r\n      |etmvojh (80)\r\n      |eqnpvwk (36)\r\n      |puyiail (18)\r\n      |ijrzzr (77)\r\n      |jfuxeo (150) -> xgnqi, dfzfwun\r\n      |pzgvsxu (282) -> cltqhc, ruclz, vindom\r\n      |tqpgc (1018) -> bbxbrsh, uwxbv, nlhxju, hazbs\r\n      |nadbbgx (258) -> akoqk, izwze\r\n      |qdwkxia (72)\r\n      |rbqcbvl (88)\r\n      |wutdi (38)\r\n      |mlrjfy (38)\r\n      |efxakc (154) -> dfaro, lcsqgx\r\n      |dacbtyf (57)\r\n      |mevea (303) -> qaxvec, esiwujq, plzfjy\r\n      |dsxhhub (12)\r\n      |wjzyxt (252)\r\n      |pnoxhe (27) -> vjqjwk, enpprra, ftmwqqj\r\n      |kkvkz (71)\r\n      |clfrs (72)\r\n      |zovbvcr (383) -> diyvlug, xhodnx, repak, zjfrc\r\n      |jwjggy (210) -> duvrzrl, zsxbg\r\n      |xjfkrjs (33) -> ibzalz, rxuwet\r\n      |gtvnow (180) -> euvev, kvbdsv\r\n      |etfuhz (123) -> zoicqbj, ajvtdl, wmvht\r\n      |afglbpz (16)\r\n      |nquonb (50) -> avbgwvm, lihivo\r\n      |nbpic (148) -> iuoxs, yxvgj\r\n      |eivrwbt (17) -> yeifw, podcsx, fhoprd, beeeaye\r\n      |gszqlv (38)\r\n      |yhycc (121) -> vwkbje, qzhyumq\r\n      |gjzddf (38)\r\n      |cxpoqyu (72)\r\n      |emdsyso (89)\r\n      |qqpsrts (85) -> doudbv, mmzdk\r\n      |gjwuf (124) -> bjlwfmo, evubadn\r\n      |hkhsc (171) -> ipwxws, yrdgv, ckswvj, yjlrwzu, ptmqo, ojishwt, drzrtpi\r\n      |mwtojre (207) -> hmetm, utbev, wltlu, ictdnyf\r\n      |fqoqkzk (12)\r\n      |nkhzrd (5)\r\n      |enpprra (76)\r\n      |gwcig (75)\r\n      |uqcpah (91)\r\n      |koued (75) -> kxrfley, tjnyo\r\n      |dtxrjg (22)\r\n      |pnkag (93) -> ofoto, zzqwzy, zobjfxe, blutjw, aisfhs, gmoliax\r\n      |iucuw (99) -> gulset, drrjnr\r\n      |fhsecp (17)\r\n      |dgrwv (62)\r\n      |ibzalz (92)\r\n      |tbyihc (73)\r\n      |cleanrs (10)\r\n      |cibfe (27)\r\n      |ycvvjgc (28)\r\n      |dnphyfm (7185) -> mpulnxr, sxegjbz, tklfj\r\n      |xnxdmdb (26)\r\n      |jniisu (34)\r\n      |eaqiocy (93) -> dywjt, kikfs, fpmipcr\r\n      |bugtxto (26)\r\n      |pprkvq (26)\r\n      |myznok (57)\r\n      |iblrer (76)\r\n      |bhmzx (64) -> tgoeoh, ojxyv\r\n      |yibxqhs (52)\r\n      |xoqxrbl (93)\r\n      |hoeqoas (99)\r\n      |oxvfpna (222)\r\n      |okbzzwd (73)\r\n      |yhecio (65)\r\n      |esgqip (62)\r\n      |zwofu (30)\r\n      |nnyqes (49)\r\n      |yydyjr (66)\r\n      |ztzfled (70)\r\n      |yvqasth (1018) -> lfksu, xszci\r\n      |eqbvn (153) -> plhybj, kozgi\r\n      |hqmum (79) -> dfdlzzt, ulndqey, zwjqar, jhxxfq\r\n      |gvayfu (64) -> cfvbuip, rbtvx\r\n      |fsagr (141) -> lugkrb, npqroe\r\n      |pfvpb (44)\r\n      |cvdjts (271) -> zmces, ugkey\r\n      |bcjpzpk (174)\r\n      |jxykl (54)\r\n      |mwdfwe (78)\r\n      |diyvlug (133) -> ddsqd, txeucf\r\n      |wbeizj (35)\r\n      |xxswgx (45)\r\n      |wfdxfxq (676) -> irrpz, wvsspk, dqtthnn\r\n      |lcsqgx (8)\r\n      |lmvmb (93)\r\n      |cyvplfd (14)\r\n      |olkcm (131) -> mkdiuil, msbsjpj\r\n      |kloumi (39)\r\n      |xzwjii (63)\r\n      |zmjfa (82)\r\n      |fakyd (842) -> sgtfap, frbmr, rhchuf\r\n      |jgzvrf (173) -> hspol, vbpde\r\n      |slfile (66)\r\n      |jwpwt (63)\r\n      |xhodnx (67) -> estwket, tjjrys\r\n      |ihrhkj (11)\r\n      |wlkatbq (188)\r\n      |cijfsu (68)\r\n      |ipqjff (62)\r\n      |ztaff (6)\r\n      |eecoekq (41)\r\n      |oaxskk (266) -> azwmkej, rciilr\r\n      |sedysm (49)\r\n      |jhwltnv (19) -> akluijb, zvtxa, pvpmt, bkqexxz\r\n      |xhqgsro (6)\r\n      |bmdxyf (318) -> zgslahq, koued, yzuygum\r\n      |dmyzfr (18)\r\n      |rqrfl (65)\r\n      |clmyzsu (115) -> mlrjfy, xiawjb, kroqr\r\n      |rusayd (901) -> ylkfgx, lxsurts\r\n      |tzdtm (80)\r\n      |dpetvw (71)\r\n      |eccwi (6)\r\n      |wdssrl (75)\r\n      |uofigyp (9)\r\n      |aisfhs (183) -> lylaoh, fujwzoc, kobcmy\r\n      |dcgarog (15)\r\n      |eosuf (69)\r\n      |qeosq (66)\r\n      |itxaax (77)\r\n      |mmzdk (77)\r\n      |dvtdje (40)\r\n      |aumbaa (28)\r\n      |wdivd (26)\r\n      |eemfgbx (17)\r\n      |dlrpnot (62)\r\n      |ugxls (62)\r\n      |qqqsv (98)\r\n      |lfhaqdn (27)\r\n      |qblnh (45)\r\n      |yknwap (98)\r\n      |ipogzy (76)\r\n      |irhxzg (124) -> utwzg, crxnz\r\n      |dtwbpl (50)\r\n      |lqnwffm (94)\r\n      |ygnww (13)\r\n      |xrkca (217) -> xhqgsro, avymjz\r\n      |qrsgca (35)\r\n      |ftgvx (14)\r\n      |fhoaub (35)\r\n      |nuuqqqy (94)\r\n      |ppmvpn (94)\r\n      |kisjb (57)\r\n      |owzybm (91)\r\n      |jwddn (134) -> vfosh, nvdon, kopmae, inhqoxd, xlyvge\r\n      |cnbzj (141) -> kuakyv, vnsrv, ijrzzr, dbrnqc\r\n      |wlleabp (179)\r\n      |lhdhko (66)\r\n      |bbsuv (439) -> ionnpk, etfuhz, mobbhp, exuwhfs\r\n      |umvvwsq (10)\r\n      |eibtll (94)\r\n      |otuwt (35) -> ejwno, zogylog, ooiyeep\r\n      |epqsj (137) -> bugtxto, hsnbry\r\n      |yuepckc (66) -> tqpgc, pstaxvr, owtxsq\r\n      |dhzuvup (76)\r\n      |crfse (238)\r\n      |ibcbvy (6)\r\n      |cefbp (78)\r\n      |uhxjy (63)\r\n      |bponwxc (49)\r\n      |mcxki (29) -> rvcmif, gnozwfo, mevea, vtvku, dmtzxui\r\n      |emqoxss (66) -> tnyjkok, gmpqmio\r\n      |ionnpk (97) -> rqlaf, ktrkhe\r\n      |gasnep (91) -> qgwcfll, nkcet\r\n      |avymjz (6)\r\n      |fetns (37) -> zfmeblt, jtsyj, rdqvi\r\n      |altsh (89) -> zdvai, iybvphk\r\n      |kgjcj (242)\r\n      |bltmlm (93) -> xdlvys, tflulu, xqrmgdk, dnphyfm, kwbni, uplbokf, vbsfwqh\r\n      |hikik (15)\r\n      |nnofr (71) -> xxrsnzv, pucsbv, rtzce, kloumi\r\n      |siflauk (271) -> qckem, tzmes\r\n      |nkcet (95)\r\n      |ijjfn (34)\r\n      |itvizjy (20)\r\n      |numadl (98)\r\n      |jkjsi (98)\r\n      |xaebyo (41) -> svadhfo, hoeqoas\r\n      |yntnjp (68)\r\n      |axgpyq (75)\r\n      |civozek (98)\r\n      |djizg (33)\r\n      |qrtdtt (96)\r\n      |kopmae (13) -> pemna, vuzsg, numadl, wuqbe\r\n      |yztqpc (572) -> xxsivgz, scbycx, jwezuh\r\n      |msbsjpj (96)\r\n      |yjlrwzu (77) -> mbydswv, tfzum, kwhwph\r\n      |tcpqh (15)\r\n      |fkqkfdu (25)\r\n      |vbqtd (86) -> cepddei, rcxtjte, zkibug, wjzyxt, zhgzg\r\n      |wmcusr (14)\r\n      |zrnnyet (731) -> zbqpk, tayyz, usztpox, mewfm\r\n      |yadtxl (73)\r\n      |eqctwan (511) -> zitfb, xjfkrjs, xddom\r\n      |evmuxia (32)\r\n      |lbhxdbr (36)\r\n      |fjvoff (62)\r\n      |wsnqied (20)\r\n      |vftqnj (57) -> dvopaww, hbvvse, plzgfx, jkjsi\r\n      |pwwqvhw (34) -> fgnsyw, pyuuxw, nsbvvsi, imshim\r\n      |hnjbsg (32)\r\n      |pglpu (224) -> oxvfpna, umqrwk, bhmzx\r\n      |etcces (4977) -> eqctwan, jncex, zofljd\r\n      |fmvyjwj (68)\r\n      |lgtffok (509) -> ruild, bxpfop, huqpiix, tgksxw\r\n      |iqmqju (3619) -> oxnfnsv, bngres, zkhll\r\n      |xvcikqe (24)\r\n      |wvpwez (89)\r\n      |saijc (96)\r\n      |aiget (16)\r\n      |fdjhpq (66)\r\n      |adcbil (47)\r\n      |lrnjjfq (17)\r\n      |teastj (53)\r\n      |csybv (33546) -> kdtpg, wseyo, etcces, pnkag\r\n      |zkibug (238) -> xkfps, giblwzi\r\n      |pzahn (73)\r\n      |auzded (499) -> tqeeva, fyrqw, oaxskk, hwsrjah, jfqanu\r\n      |bhthbfj (35)\r\n      |dvkrlzc (22)\r\n      |dgrfhvi (67)\r\n      |qcghv (67) -> ezkqh, uqcpah\r\n      |sdrhiyo (27)\r\n      |kwhwph (69)\r\n      |ejzfwt (52)\r\n      |vuzsg (98)\r\n      |tgoeoh (79)\r\n      |vrpqev (64) -> axlgwj, gfsnsdu, kpdbki, mvqfvit\r\n      |vrydu (43)\r\n      |vnsrv (77)\r\n      |gjfoe (161) -> mcduoz, eccwi\r\n      |ppgaoz (65) -> pejmc, cbwbdsv, otuwt\r\n      |xddom (39) -> aujxmm, fjrpc\r\n      |lxsurts (6)\r\n      |tayyz (50) -> vtzdfjg, ijvux\r\n      |kwzrzn (71)\r\n      |doudbv (77)\r\n      |ahridq (24)\r\n      |dqtthnn (217) -> hgsng, jwzmsv\r\n      |haeymgy (85)\r\n      |zoicqbj (36)\r\n      |bcjxhps (58)\r\n      |swumt (66)\r\n      |iywwyn (43)\r\n      |pirieql (92)\r\n      |ntazqjk (53)\r\n      |ajwxaa (208) -> wtvffu, gmdcbyg, intuzzk\r\n      |wscktm (15)\r\n      |itygd (57)\r\n      |hjzehyw (49)\r\n      |jdmjou (69)\r\n      |iavuhwe (49)\r\n      |tpfuxx (26)\r\n      |wseyo (5904) -> beraoor, zbhwrc, ybnpc\r\n      |rlapq (322) -> adcbil, rbfbf\r\n      |jtsyj (56)\r\n      |zouml (199) -> dmyzfr, udjcwm\r\n      |txrxyqh (107) -> rdufpid, yhunajf, dgsutv\r\n      |zobjfxe (525) -> ylbpwah, nadbbgx, putpp\r\n      |inhqoxd (327) -> cdafdq, zucsr, pprkvq\r\n      |ndajgou (96)\r\n      |paeea (75)\r\n      |yrdgv (284)\r\n      |sbcuc (65)\r\n      |aklrjg (10)\r\n      |kbjnzw (117) -> xtzqooh, lfhaqdn\r\n      |cfafhwl (34)\r\n      |htyeqf (94)\r\n      |dmiqf (62)\r\n      |tghoyv (210) -> iywwyn, gypsfc\r\n      |plxdglq (24)\r\n      |qxwlhxh (41)\r\n      |pknjpc (52)\r\n      |njqzaxg (23) -> saijc, jmbiky\r\n      |tckcxhb (68) -> yfzjc, nwjibjk, igfhu, iryrfjs\r\n      |xdlvys (3528) -> zcjrk, wkrtcw, kuujprz\r\n      |dcngdo (47)\r\n      |pazbvum (57)\r\n      |kvags (67)\r\n      |nuuwbui (35)\r\n      |whcxfwf (115) -> vrydu, ruxuw\r\n      |ojishwt (126) -> llcbiqi, namzy\r\n      |uwxbv (31)\r\n      |vrqeade (102) -> emlqbo, vywqra, upsiumf, blofdav\r\n      |rixge (338)\r\n      |dmtzxui (98) -> auhio, qwddgc, hiqqg, iezdimc\r\n      |texfyi (144)\r\n      |cgwnn (384) -> nioeugr, gjzddf\r\n      |mwzaxaj (59) -> csybv, febjzqn, bltmlm, dfyyjta, ljaktj, vmyda, vbcfe\r\n      |yquqk (83) -> wvjjht, edyqn, frleu, puxaz\r\n      |jaoiiae (81)\r\n      |pucsbv (39)\r\n    \"\"\".trim.stripMargin.split(\"\\n\").map(_.trim)\r\n\r\n  test(\"Day07.challenge\") {\r\n    assert(Day07.findRoot(challengeinput) == \"mwzaxaj\")\r\n  }\r\n\r\n  test(\"Day07.findImbalance\") {\r\n    assert(Day07.findImbalance(testinput) == 60)\r\n  }\r\n\r\n  test(\"Day07.challenge2\") {\r\n    assert(Day07.findImbalance(challengeinput) == 1219)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/UnionFind.scala","text":"package com.zetatwo\r\n\r\nimport scala.annotation.tailrec\r\n\r\n\/\/ Taken from: http:\/\/blog.xebia.com\/the-union-find-algorithm-in-scala-a-purely-functional-implementation\/\r\n\r\ntrait UnionFind {\r\n  def connected(t1: Int, t2: Int): Boolean\r\n\r\n  def union(t1: Int, t2: Int): UnionFind\r\n}\r\n\r\nclass IUnionFind(val size: Int) extends UnionFind {\r\n\r\n  private case class Node(var parent: Option[Int], var treeSize: Int)\r\n\r\n  private val nodes = Array.fill[Node](size)(Node(None, 1))\r\n\r\n  def union(t1: Int, t2: Int): IUnionFind = {\r\n    if (t1 == t2) return this\r\n\r\n    val root1 = root(t1)\r\n    val root2 = root(t2)\r\n    if (root1 == root2) return this\r\n\r\n    val node1 = nodes(root1)\r\n    val node2 = nodes(root2)\r\n\r\n    if (node1.treeSize < node2.treeSize) {\r\n      node1.parent = Some(t2)\r\n      node2.treeSize += node1.treeSize\r\n    } else {\r\n      node2.parent = Some(t1)\r\n      node1.treeSize += node2.treeSize\r\n    }\r\n    this\r\n  }\r\n\r\n  def connected(t1: Int, t2: Int): Boolean = t1 == t2 || root(t1) == root(t2)\r\n\r\n  @tailrec\r\n  private def root(t: Int): Int = nodes(t).parent match {\r\n    case None => t\r\n    case Some(p) => root(p)\r\n  }\r\n}\r\n\r\ncase class FNode(parent: Option[Int], treeSize: Int)\r\n\r\nobject FUnionFind {\r\n  def create(size: Int): FUnionFind = {\r\n    val nodes = Vector.fill(size)(FNode(None, 1))\r\n    new FUnionFind(nodes)\r\n  }\r\n}\r\n\r\nclass FUnionFind(nodes: Vector[FNode]) extends UnionFind {\r\n\r\n  def union(t1: Int, t2: Int): FUnionFind = {\r\n    if (t1 == t2) return this\r\n\r\n    val root1 = root(t1)\r\n    val root2 = root(t2)\r\n    if (root1 == root2) return this\r\n\r\n    val node1 = nodes(root1)\r\n    val node2 = nodes(root2)\r\n    val newTreeSize = node1.treeSize + node2.treeSize\r\n\r\n    val (newNode1, newNode2) =\r\n      if (node1.treeSize < node2.treeSize) {\r\n        val newNode1 = FNode(Some(t2), newTreeSize)\r\n        val newNode2 = FNode(node2.parent, newTreeSize)\r\n\r\n        (newNode1, newNode2)\r\n      } else {\r\n        val newNode2 = FNode(Some(t1), newTreeSize)\r\n        val newNode1 = FNode(node1.parent, newTreeSize)\r\n\r\n        (newNode1, newNode2)\r\n      }\r\n    val newNodes = nodes.updated(root1, newNode1).updated(root2, newNode2)\r\n    new FUnionFind(newNodes)\r\n  }\r\n\r\n  def connected(t1: Int, t2: Int): Boolean = t1 == t2 || root(t1) == root(t2)\r\n\r\n  @tailrec\r\n  private def root(t: Int): Int = nodes(t).parent match {\r\n    case None => t\r\n    case Some(p) => root(p)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day04Tests.scala","text":"package com.zetatwo\r\n\r\nimport org.scalatest.FunSuite\r\n\r\nclass Day04Tests extends FunSuite {\r\n  test(\"Day04.validatepassword\") {\r\n    assert(Day04.validatepassword(\"<PASSWORD>\"))\r\n    assert(!Day04.validatepassword(\"<PASSWORD>\"))\r\n    assert(Day04.validatepassword(\"<PASSWORD>\"))\r\n  }\r\n\r\n  test(\"Day04.validatepassword2\") {\r\n    assert(Day04.validatepassword2(\"<PASSWORD>\"))\r\n    assert(!Day04.validatepassword2(\"<PASSWORD>\"))\r\n    assert(Day04.validatepassword2(\"a ab abc abd ab<PASSWORD>\"))\r\n    assert(Day04.validatepassword2(\"<PASSWORD>\"))\r\n    assert(!Day04.validatepassword2(\"<PASSWORD>\"))\r\n  }\r\n\r\n  test(\"Day04.challenge\") {\r\n    val testinput =\r\n      \"\"\"\r\n        |bdwdjjo avricm cjbmj ran lmfsom ivsof\r\n        |mxonybc fndyzzi gmdp gdfyoi inrvhr kpuueel wdpga vkq\r\n        |bneh ylltsc vhryov lsd hmruxy ebnh pdln vdprrky\r\n        |fumay zbccai qymavw zwoove hqpd rcxyvy\r\n        |bcuo khhkkro mpt dxrebym qwum zqp lhmbma esmr qiyomu\r\n        |qjs giedut mzsubkn rcbugk voxk yrlp rqxfvz kspz vxg zskp\r\n        |srceh xdwao reshc shecr\r\n        |dcao isz wwse bbdgn ewsw qkze pwu\r\n        |lbnvl lviftmr zqiv iadanl fdhrldn dlaani lxy dhfndrl fkoukx\r\n        |raovmz pdysjsw hqps orsyqw rrwnzcz vrzoam jjljt\r\n        |wgt gzi icpwp qeefgbe msadakj jbbrma sbj dufuujx zex\r\n        |cfzx bvyu eswr hafcfy klw bgnhynv qrf aop\r\n        |rzlq atrzcpb hpl pajjw cdxep ean aptzcrb rzcbapt\r\n        |xogpf ucc nsukoz umtfbw xfvth ozusnk fopxg ubp iflb\r\n        |xot nqcdyu kpwix szo cyxv hpmp hwtrc zso nyuqdc aha\r\n        |mkzf cat tkjprc izxdggf obspan lmlbg bsyspf twox\r\n        |lfmfrd ooclx tcl clt\r\n        |dxvnyd nxwojj arutn eyqocj swzao tmh juvpezm\r\n        |teu eman rlmdmk xkbodv fvrcm zorgy wmwe\r\n        |hmo fdayx duciqf cgt duciqf\r\n        |imjnv vfmsha cyrusow xjswoq nclrmjy sjxowq ynjrcml\r\n        |rwbsay alsi bmzpvw ozq aduui nihwx glwdiz ixmkgfx\r\n        |vtjzc ntkh zekj qrbkjhn zekj lyfnbg\r\n        |afaig jqhli oie lhwyduh kqfnraz nfrzaqk mayfg iljqh\r\n        |inb zum zmu dnl zjxg vrdziq ypdnsvt\r\n        |uhbzmre mpdxm alkbmsq aopjmkl mqxenry ayvkrf zxvs qkfqva\r\n        |fimjr ccv cnug crdsv\r\n        |bqyve lhxdj ydu qbyve vihwjr vyodhc\r\n        |vmng dyttyf noagpji tdtyfy ewiest ogg\r\n        |kgscfj klmsv vmksl vmlks\r\n        |qlvh veo wruft wtm fbrlvjr evo wvwmny dhp bvrlrfj lvt vgzuyyw\r\n        |mxuro orxmu tivu tjdq ojjvju cdd\r\n        |kjexme gxbysxp yxrum hinrklv fxehytd qkt tqk umryx nim\r\n        |kywnux wab tzrft dsaz jgwuw dubarmi fle wjguvr umjp uzncwj mzz\r\n        |qokwh zrda xywufk tbxhhj eejqaoa hwoqk zer hwt hbjxth xyf hmh\r\n        |eregs qdx tdequa agrlrg mwwpba qjie yrjvhr txujk\r\n        |iyot fxwdcb zvwfv vfzwv wvkw ncwbr wdejrr ltcdza\r\n        |waix eza znmonya ldfghws ialwfvc dey ubsz uhbnh svgekg nonzyam\r\n        |bryz tfbqn xznfmw xiplgww wwxigpl jxzcgxl rzyb\r\n        |cqvl rrcoqxs staeuqr hzzow cwv tsvol dio coc ddavii uuojy\r\n        |txbn qvkkyh gbqnjtq ndpkqr srt bkpqfmm ytycev ypcv bpqmmfk\r\n        |uqkjmul dour zgq ztango yrrjhrg ufxnmuw\r\n        |ekxbcv vkxbec xbcevk jiq bar\r\n        |wczff qdu cwffz hhk wlvyg\r\n        |zjlconc osgsro dajzo hqih ehml\r\n        |hnio shccluw cpu ivaby tormn vkef abv vkef ivaby\r\n        |xgbdeso xiizs omqwy sbtnnt khago evviclw xyu dtvg wsyxfuc humewp\r\n        |cnzu bia vdyqrf wwb qveum hmh ouupgc owli\r\n        |pjpmfxa dvd lxgh ndy gwph oebfkqv vtlxdg efl ekj dyn\r\n        |mvan nmdkc ucyshia mavn ecst poo\r\n        |oybm pjwm bmyo wovgu xykziaq obmy eiirhqd\r\n        |xkvomx yxvv oxxpth elh vxvy lhe ycn\r\n        |okxglw gmaangx gnxaamg yduzrr nzwxtnd rcxcu xjjvno yat cin gaxnamg yss\r\n        |oicgs rrol zvnbna rrol\r\n        |abb edpnxuo peoudxn bab ceay\r\n        |ncpkfz gvwunb fckpzn caafx pkcfzn tsfl\r\n        |fnrt ymenkpq wodubcm niv nvi ziluu cuowbdm zocg pdakwt mlzxkex nuxqclo\r\n        |uouxcgl stgua otadr ideannq wizxunv iqsdpj mxddt ldst ucxogul\r\n        |rbrwyhk wqoz zqwo ikwgexl atpu iza\r\n        |smo yolp pcahlu muljxkq cbkljmz zlbcmkj zvbmgz eaiv ncv zplifm yplo\r\n        |ocutdhz zmnaap llgv llzpl loavju guzkfq saay rxyhng cwxzx lcv anrnzs\r\n        |etyzx tcm upxrtvd imyoiu rdpj fed dmm\r\n        |gonqa szteh szteh razdqh phyff upf knfqfaf knfqfaf fpsgl kakag\r\n        |mcju mixskop isrwat lcr nfyi lcr aaevr nfyi pqrbk gnful\r\n        |xfmr fkmnq fbnhd mxrf litniid xbae frxm zcenf\r\n        |yuh lzojtj rqsh hyu\r\n        |vbjgql yeshsuv lokt efqota wpwjfu ykyq rxc fxxh ycqfkk gndts vdf\r\n        |wnylmr kkuruxm azr xukrkum dohkwx dmdb\r\n        |bjiyrwf dvf fdv vdf gnokekr\r\n        |jsaq hcww iayqtu llv gdpxdrd hwlo nosjit wpm lcab fcgwr\r\n        |fxjp bys nnf xzllckh bys hvojw zcwtgwz wye ccyvjv\r\n        |grafa hbb ghk wkdpsf ufa uoqmysd\r\n        |yvacf kssbff iovrm mvrio cfbpb avh zzje\r\n        |gqd qmsen wkvrfz vhtsa zrwfkv gul zkvwrf\r\n        |hrbi svaogb aogsvb bgrk hibr jbtkr\r\n        |ljl ryc mrewrge yky\r\n        |fcqyymt emk qcmyytf mcfvusb luy qany cbsvumf\r\n        |oknt mcozuc ccmuoz uoccmz\r\n        |uziil xobutwf acnof iqgwl diso\r\n        |sekq fxbtsuv ddnnqg rnemlt dngnqd hhgjfus stxvubf\r\n        |lajcp qgiw fyz blrlcd pviwv buh wnkk\r\n        |wolqfk nvpapfc rwcqxfz xobno yzjfz irpj wolqfk wbnwjt\r\n        |vmabj noiljne hhqf holxkbk swwzx ylgj lnmxy lqodhk abjvm bmsrf\r\n        |bpnp yrz pjepxxs jlmhuy vihlx zacm inuazhc xsxjepp\r\n        |tryl kryh eonvaad ucevssk umkxg lqej nswopjj svkeucs bmh stosxxz\r\n        |cfdwd dmfdrvm ibuhsz nwtgmb pjt dmfdrvm cqdcm fzjjz afa ibuhsz\r\n        |erwp abn jwx ynmkkj rhgg abn epd atqhs rst rhgg\r\n        |jtnp cegdsoy gfuvfbg gdmn ahlsc\r\n        |jgrp diu jrgp onjnml nojmnl vxockc\r\n        |lakqyuw khq dcpiwt ykwlqua hkq plklx ujbckec hjcvur jnp pvyf\r\n        |usuvoo jkih ylafyy yhio jureyj\r\n        |uazisdf cnwlfnf ewodatr woaddkd wbla qmn atdrowe\r\n        |bnyepaa ntqh xppe ydtsw ppex\r\n        |yewjwsp jxylmtk ijese ewry ijese kbja nfml zeuwcsh juimz\r\n        |qbvmf nca zsfreo uurgaiz twe fbqmv ncwi etdcsk atowfp\r\n        |jeotslx kgdpzp wxlcww pdd dcn ddp\r\n        |macllv ldl kyluine lbt hbxbr wxcaspp ezwvc qxkeu\r\n        |ivg gxv zsf ucr uff yrz\r\n        |tdlwbny bqlrlz tbynwdl lwtbdny\r\n        |tnekq pdaievs ttwpfh xfm fcaa\r\n        |zqqhl zbf fbz uqrv bfz ffwavhk foccg\r\n        |vcw ebqdd cwv eddbq nrmq\r\n        |hpiusz sizphu xzq sgyehk wgagkv hsygek\r\n        |vagkxa iou frqdnnr ipcg uxvh vvh eskf katgpiq aqktigp gzvseyi\r\n        |xkwgd kzfxk pgdy fmtvq ngf rshx zti pamviob ely knz\r\n        |hwo rteohu qzwoe rotuhe wzb\r\n        |bsqgg tid dti gtats dit\r\n        |sjtux djwxv dljwjq xwvjd xnqfvx veqdrtl uxtsj nnkjn wnhilaf unirrp\r\n        |fruuqjk gtote gooklg bzwhim zfnccmm ezipnf cxwdxa wfu fdca\r\n        |zcyxb byzxc cxbyz pgcqco ivlxz\r\n        |wrjh zfdinsf ihw xwosiah hdg xpiabno bilyy azdeczg javuwa\r\n        |rinlv dcpt qhencba mmb njxw gadc\r\n        |qwcpua qzyzt cxjsgh kumh byiimas qhsgf qytzz rqqruwp ismyiba xydcxz rwkscqa\r\n        |xbzefi hltca ibzxfe fkx xizbfe wvaynts\r\n        |oyuce vzk ouxvj gfh efgbv ubc nyb bxnbhd mtwboe whksy ovmrt\r\n        |ljrebp tacn bpjler utphw wmfw rcnha\r\n        |drdnic eyodes rcnidd yseeod\r\n        |umxmsf kfroz ukhjin awpnnnu ooyyohh tuv rafano jze\r\n        |bakz lfzpjyg gfkqcgn kzh zwpvk gqfngck\r\n        |jpaony ojpnya hmro xaaz tovary aaxz iel pbg\r\n        |swvbgc bbhjp yvrcddd rhj clfu eao afrkegn qvvb yvcx nxjmdo rcvtx\r\n        |conbjy jeqtri wvujt jeqtri rkhllgw tsdt zowreo qxr qbpragn kuzmplw wvujt\r\n        |jrpxyp hchljy rkowqb eeaf ltllebb gtksrwx iazx vnsfmc zzrxw hlcjyh\r\n        |piehb cjdzt eqn kuje rls oaewoz lrqwt lcrrq\r\n        |hdjowxv uknhlv hluknv pokxg\r\n        |txiqxfr fyyp pyyf xfxtrqi tvm rtvby cfx trx nwrf kqrxtat alwot\r\n        |wdaadr stexpow ardawd uejqxc\r\n        |wwgwjel wwgwjel mtjt wwgwjel\r\n        |mczx uua lgceb dqru vkcea tcet ruz\r\n        |jkt yroojr qdrtdu wze ovwz fdmqnr xxsyfd kchytwl hctlkwy gyd\r\n        |eif irnrce iamhxgh bmis uxye azrwdi sznv yuowb vdlqqxu\r\n        |dxdjyj hngqwzs yhwku qhsctfe rhbc rchb tqhcfse\r\n        |fxyxnzs qtxevin rvtxtc iqnxtve\r\n        |zgbpk mwzxx bgpkz wkpkn\r\n        |rjiym iub lcyw agbtlb bzhx osv rbtf\r\n        |emmyu uoflio tinih skpqaj rbor gezbhhv ine mij qlqte uuj ycns\r\n        |owmwc uhxv pyho ftjh jzsg blqn bszyo bob trbycy mkru\r\n        |mwgz bbqsmpp fgzs bihhg bbn pjxxexs qrqmt htsxfwo qltqp vqqaxi\r\n        |lpr wcvy sxjqq ltd rftdgv pdnog ymu\r\n        |qhcos shuy icdhucu lrikh rwslv yxbgibl rcomhn wakirz\r\n        |civdmee owlzocl vedecim rogmjnn pix pohcmk dsjm yworm\r\n        |vzdpxp lvt inufv yofqt omm qfoty qrlseqy amkt kjcvg vgkjc\r\n        |huhq quhh levzsws sjuun ofgqr cjhp nfxbbft rnt wtbd tbzab\r\n        |tjftkx xpfcv hvftvhw lpypbjg batrn fhwhtvv uthl arbtn brb sthv\r\n        |ogr uyuxdco bpjgir edztxv sxtgu jzfmx ihnauz zwegqkr kvkw\r\n        |mhxthf pervvn gshy jig ezjteq ckkcpy gww\r\n        |tiljyki rpe prcojy tjkylii moxu\r\n        |pjsdqc lgqydfd lohck emrtejw axwmo wuuv rfi qzyncmw gjijdfb bljfd xrs\r\n        |ywjab gynzi relf kziy xmsby izyk ocwoho kqnyh bwayj\r\n        |bhjlz uonz jhmzuq eiajoos zjnbj tomj bmyv hjlbz fgw jjbnz\r\n        |kszz xzw xzw prtznyb\r\n        |ghzk vxhwt thxwv slwpayp qxegmi dawdwo kgzh\r\n        |ibpcvuf wnuwxu sbf jsj bfjynl cdp jbylnf\r\n        |epaxr vfhf hvff azepadz pwf sbo pgfzya hslyo rqqj rmklw hwtta\r\n        |yyolko pwbvxvg xdwl yfje hftep kzzsr kho jeyf yvslxpw kfyv\r\n        |xmk juyjxy eqno mdwklum reg dgn cirh wmxfyj bnxlgo dlobk\r\n        |oyv gshqyot jgcqe dsf gyohqst gqgeojo egoogjq dmqpyp\r\n        |sypianq yss lmhu ulmh itilh ndkda lhiit\r\n        |qbxxl bxxql ikald nfap qixwbqq\r\n        |jtqhqty ljysnl nwoj toa bmmyj pal\r\n        |ahktew sxody nkvsf pbxyt baws wgwfwej bevgzm jus hcvajfy kzrb jwgwewf\r\n        |jzsb szbj ujngwf nfuuf lfiuxdu uufnf orsy\r\n        |vgo hto isstyul gau wsmxoqw\r\n        |uxw itwf epaw hec wape hemol rpwyosc xzxmrll eetz zui kagca\r\n        |mjncux muv rygdeis rygdeis\r\n        |qgkqjvf iprzibd fkvqqgj llcrl vbh vlf lllrc zwrunt\r\n        |dslsa wvoex eqbwj tjem gbx ayn xcan fnacl xggxon gnwjlh\r\n        |yzosv hcxjiz yvon gcgd\r\n        |bixpny ecln sda eymt bjiwk\r\n        |rlcad lrdca adoqfzs rgty mds pwb kmwj\r\n        |wkai pmryffq rrdmodc wgyx taz yxwg nkap\r\n        |auynzwc vzg uapdv qkrh\r\n        |ldmuysp oyu kpn ejbl mfifa bzs hwyn brlw qpzqx uyilao ysdumpl\r\n        |czoxoj pwnultl wezolbw lyk aonesgb\r\n        |nqy nhb nle yycp lgtbo ojf dytwyh ufa\r\n        |rwr eph obg peh pejret prjtee ovgz\r\n        |vdqf vdqf ycjrg ovzl lelbe vdqf\r\n        |gvagdqm gvdgqam dmb zaxe nepzwn\r\n        |emwh bkkbgec qwdgk mhvfsrf wmdfpp ekzuua\r\n        |mbqw lgkyazt ckyhvnq uladwo owt\r\n        |qwiwd pbo tkjoqda zapo dygqopv zzdlwfn\r\n        |qty dhb iinncba ytq kvh idgoevt chx waq\r\n        |ulffsvk vplsz ulffsvk uxsh cpwgxd ikgcacx nrirke uowcjvn\r\n        |gknmxr grkxnm fco dilyyj grmxkn\r\n        |saqxkh uhue nvu fef xsuxq ekyyoc bcaavd\r\n        |qltwqa vrmpv vhra nof yprauc vkreojm eaq igiy mec\r\n        |wvheiyg uthy gpvcs nhnjrne mqaejr tfnsly zfbhn entcc nystfl cpq\r\n        |zxv jzk dwsjgrd gqqxhp xqxu naunwc yeh qzpkz awcnnu aoosa icadax\r\n        |vpmqmg qmvpgm tqs mvpqmg\r\n        |inehzu zwxeoy jxia fcyzxc hwikd\r\n        |bzwnp kamsen ajpn kdls bzh xqcb bzwnp cmjnfa wmgx\r\n        |hbuhc qgvhxy smzkxh zzebox hbcuh net wyrdppc yvgxqh\r\n        |oeum oemu iyags xaipdi euom\r\n        |tqljgoq ghtdhw xhnni lux qltojqg lki zxztda pcqjif acpzvwy\r\n        |ydijaq kbyjxpu onyd hsfgz geqvbg\r\n        |rwoih xog dtbzyr ryzbdt tdbyzr\r\n        |vcdxf zosw pardxfz bmb mscmain lwfc jvq hbszcqh fxomsmm ahnugx\r\n        |zutsemg pqzil ddv nsstz gmeuzst bedvy xkzzjpw xlqbd\r\n        |xxf ltnnu yeb hbml agj meovtjr qrul kexerkw xxf\r\n        |tqrpd hhcx bmdv nlmr pnu pajdtc rpatqi yekedx oeiuew epsshog\r\n        |ttbfpv plairk toh jagfsg njnqpa tmwh vwqp irtxv\r\n        |vdky uwc tkkkztp vdky vdky qlcw lza\r\n        |rzie yundymy pwgx wtwtbg kpiw mewnb liveysj uvsbn\r\n        |jgfvyny hacg pzra arpz uowswu puzsfu hoe heo vrq naup\r\n        |hqv vrl uko qgpikho lligvxa wdld qgpikho\r\n        |whvby yomxwj dieffc jkprinh dsaqy yfrnba woyq yexeb mjn cbszn xeswvvo\r\n        |wowtgu rciyg rlas bra quyfec ihe thuu asxhscu bsbdpbi ogxosu\r\n        |vydsaet tvnkjq piedkzj foeiqz zqivt iatsju tjnqvk drauaf vqitz invoz\r\n        |cppn jqzw zmxr qksuas iifmjg xtkgf cppn cppn jpsd\r\n        |nkifpsq cxdx bokxhm ebww kghagrp bofhrl grc cheuzyj\r\n        |ibgrlvm hrcx jjuoh ipmt\r\n        |hcoqkh fzt rgravb cimauj jxjq blct qhc vjxw pqpg qzp\r\n        |jycxz xcv czxjy vxc\r\n        |liljaur cgmg neldxb xfummcq yfhiukd dnqhl iolxn cmewhb\r\n        |hpvoihj fkwokod txy uuktw vmqqb dpldzh yxmcay cyaxmy xycaym wekr\r\n        |ccnaf wuxc ecadb vbgpt ccntf sezo skjdkbf fnctc\r\n        |hqdtwho kdhyman bjtcjvr bwllva ncyffyr\r\n        |xprn jrrvmj pdw yvexm ewbflbe eapml rvrmjj xmevy rxyzhf\r\n        |wjcbpy qdgtcp cfjh muww fhg sgfdleo nelpte yucqa aavev\r\n        |rci vqypsqt xmg rzii\r\n        |gramh wwprtc ampdhw dajr\r\n        |ovrm mdyhpbl mdylbph aykz\r\n        |cbmo fxs nuugu guunu upt ljjuhjw nituh utp kxqc\r\n        |rhabal rhabal rhabal vah lfrs\r\n        |nrq qway ftzp rtjcks mbygdtd hsiqbh wypqb rtjcks cllp hsiqbh\r\n        |ywa anhcf nvd puqkwg molrwck wsctx xvd molrwck\r\n        |wox jzq jfen wcvus cswvu oxw irg lmu tpj viahm jesic\r\n        |qenad neqad smlgi ydwzq ppdemvs ucyuf qtunm eoqx jlgv\r\n        |sucpl nrdwbl ltvetok npbw ozzw hafyay sjmui sjmui jkqlq pyn pbuopx\r\n        |nxgaiu ybyl meo kgh saqjaz xhbqr otelcyp vkwc\r\n        |iqrl ldjlwvl ajhrl dnhutr gkknyqs mcvluet fgyu ogiz cxo aiunl orb\r\n        |psd cyq xpoyqny yqc kozqh vonfd uhozwz pds hcpw\r\n        |tvaxder tulwmw qiw avddbmh irog vynjzcc refx efxr emnvk\r\n        |myjx npqk whm egw kpy igrrohg ukglx ldnuqw caqg ynx fckhnsh\r\n        |dafv bkdoqg zcqvbco xgikoac cvbqczo\r\n        |rtzhpwk ukuyp bayhzp upkuy ahbpyz\r\n        |oarcuv pnlkxvw fqdkj hwzsz nauwl lpufibz vzfbgc unkluxy rwh xuknuyl\r\n        |vxhsaj ppdxw qrswqtu ulwv uqtqwsr ppxwd\r\n        |cww cww cww scu\r\n        |wiiikwa bfpewt zbgxfkl iqpk tpbwfe aazdcxj ipqk icggn fwn fjr\r\n        |net ovxuwpz yvzmzd yvzmzd\r\n        |xgar czuhp vuhisaq fgrqxy evvrtf mnmar lsk\r\n        |hld mxuedug itswju vmmejqx snzslqj toe bbmugph mgubhpb mowj nrjnzu\r\n        |qbz ouhye hsldmp lcf hyhlrb ewvle zko\r\n        |cke mupaq quapm eck\r\n        |owu zdt lales tzd apjjo fhpx bmuktbw dvehpz\r\n        |libvl zxypk azazc vtsom ohdzycb\r\n        |kiowxnc scxygrf ckxnwio ycxsrgf\r\n        |vcjj fqz lfawfx mps zhv qykch vhz psu zud spu fnpvkx\r\n        |scfvum fuktgk tua ieosetl wwmjtt exnsw wwmttj plvd pfb kku pdbom\r\n        |wkfw snukd wkfw gyaojdf bjw htagy cdsp\r\n        |beh gatqxcu ibrooxr ssww orrioxb eenkqz\r\n        |jlv affah mtbemf tylh aafhf\r\n        |zqfajd uwzrw csouuip qzadjf\r\n        |gsnlrw tcel hha tfbzrp ild aenqa\r\n        |iirfxef kdux yvj vbzgj\r\n        |ibx pfll rgkp nancij llpf xib gbkfy\r\n        |uvw kkbavj pznsnk okigtxl ogitxkl eobbs xhaz wroabn ltogxki\r\n        |bivdf lotvmoh vrb kpaeeue tdab qhukcb qmy kuqf kesu\r\n        |egs hbsfeu esg twxko uib\r\n        |ocraimu qilp ijmx eco nhevqp juxf ksejr bcqqau uhpt\r\n        |pyx jmpglf juokd dxszjw cml vcjge pfg\r\n        |gxwrt btmimse dkpbha idmz mtignka ngakmti\r\n        |dpjhm jyalra hukf imocr lkgt rqywn quhe fukh\r\n        |nbau xyc bdh yni xaawxm cyx xwaaxm akx gyodqe htbifc\r\n        |bywdxe bfrp rvb rndl onal jghiwb nuta aint qlciwcx\r\n        |fpic yrqce land soxhci qzc zoebsq hcdohcc fzhcl iyxb dqinum hchdcoc\r\n        |zok ghgp zok lmk\r\n        |ozfz zofz dkdekzb sqc\r\n        |gfti zuqvg cexmtyl qwuqnj stepb erduqhy cuoizcs qudyreh kqvfdd guzqv\r\n        |jrugz jzugr lmqu jgihgo hjfbz duxkn unxkd\r\n        |ckiys dbqmi ckiys ckiys\r\n        |iylp uvvdp pluifaa djo\r\n        |esxec rwvel djxppqf jymwt ilm aiz upn aiz wrfefwi rwvel\r\n        |nitgjr pokxuy puhdwg qtxpb veylp zqvzkbd lrvpcgu zuy rnigjt ibci\r\n        |jboyzq ogcldr hlon ywav jqqtz qjzqt vyaw cok\r\n        |aqdw jxn hqknh azbylg\r\n        |jya qpxtmsj hqrtsgg qjtpxsm\r\n        |pofcs sxw dlvru dlvur swx\r\n        |yphvvb qqyyfsp sjkbff dqyerxe jxzes oof\r\n        |pwbya txk bbwsj ywgimd kmdpc bawpy lbnt\r\n        |bkbazff ldmaq tyfl acqurpy ndnrp\r\n        |asw ctiv mnxzyc weeuwb gsn bzk irbyhxl cgqomj izy zbk\r\n        |yrxcrbt bcrryxt pofe wwzl\r\n        |vuaqez kbtuyai vuaqez dxqud uvo gmhtg dxqud\r\n        |tpzs gqdxpxo zzpgta uurjx xpqxodg\r\n        |cil lsv vznqw vro zqzvjhm jhgauzw uxnwk lci zpgpu frjvyzo tsv\r\n        |zfvcuim gwn gnw dxfppok\r\n        |btb goof iwadca aac tbb jha uvzi\r\n        |qah ned ipmure kyta ffhrwe njz paq kaag xmlui\r\n        |rkmw vrblwyy gpax hxsf zpbza gypuwf jbib ypcjwd vrlybyw\r\n        |yfjljn uxpvg huik jsnah nkhsg yfjljn lqzsz\r\n        |hagjlqx agnax jqalxgh rvjgtc mjrmph azznzcq gxajlqh\r\n        |ipki bhoabp rmiyl dmjyxl zzsmap aju\r\n        |tyjrr rigrf ciq qic avmwu jtr wpq\r\n        |vuf cosgytm toycgms ufv qzpcbrs\r\n        |epzgxr lydrsj ezxrpg expzgr\r\n        |ecm prj kmak makk jpr\r\n        |ccwyq txy okj matxa socoa\r\n        |zrjphq gigayv ywkfmru yrwukmf fxjjrha gqkxx zhjy tisutx kufrywm izjfj igg\r\n        |lfhgsro gsroflh wrpo lofhgsr\r\n        |kgkgj wkhnab ubrjaoa ubrjaoa ubrjaoa ggdgh\r\n        |hztutpn epnqmz ffcroq mnqpez niibpn kdloak xjui ozttj lyzsc pzgq inpnib\r\n        |kruz sjqp mmd hhdxjgc mauouma asevvo upjwqi hxcgjhd etqzagp\r\n        |zylf qime cho oraid svytv gqrjufv mker cho vnkyiin tjms\r\n        |dotjul qyv hnh cibtg gdpauyx wzp\r\n        |fabtira ejxoeor cqyethv ndjrq hnxn joq otng lrr csytrub\r\n        |txhgepd fwdaanm nawdamf pxine qqrn pronw exnip qwkimt rvy\r\n        |kuxzhi jln urzxtw rzu ebsuylm tscru qwlhfgq nnu nuchvz vuht\r\n        |cqgu camlr umkltcf stx izp rtdwxff wkfvs\r\n        |jhje cxix lefcrsu nebv idfzhic xqri xkft\r\n        |utzxb znb ietupd uqgbhje aobip oawjwm hetyan uqtqv hpwzyri kwxyu\r\n        |jvzvbt xuyvp aegdkb srbw bzabpf lyfriez cruyfu\r\n        |nhi nih aeb ihn\r\n        |hcf zypt djcm pkjx pvhh\r\n        |rhvxcfk exydvk ids hybme hnk yfchvs mjbo meocn\r\n        |rpboxr rxoprb hdzje zhedj\r\n        |ziildbo apzvatr vsv isndq ebxyy ntm tdttg wkvdh qnids vkdhw xxolip\r\n        |ywu uyw ipcjz pjzci xjn kvgk vsocprw\r\n        |euzo njlpv ndrlhi drlnhi ivmjkb fjrtxta skvgmrd\r\n        |gbyvj dkck gevpfvb lhadhx rgjcdn yraxh bdk oen vqryd bkr\r\n        |vgkp hncttxb wgxh gdyjo bbdfzvc xhgw rznzgda yxrrlo gxhw\r\n        |ifjlb fpecyic svhjp ilmj oxgr svhaf\r\n        |vbqky lhccj xtmm xzjyykn oqmdq qywir bswly\r\n        |euxxziv totzer vsxfx leo djho uoeaz edaig fbu lumbi\r\n        |ooqtwq pvo kid vpo jxin bod btqc fbyuz\r\n        |jhabi mronu htqqyz umjcbv sgnbp wyn cetmt pcjf\r\n        |tnrkcyl dduuhxh rylkctn pwj rtynkcl mzzfomr\r\n        |rxx ldqffi ulappk nltawbn tplhb kyb cqyi\r\n        |vzkw gviooah vxh xeae ohvcad oaiwcj dkx\r\n        |sdofdjt hcifv dqws sia mlwm vfich kavh myzue roops mzuye\r\n        |uxs nlbmjp nlbmjp tlaxa tlaxa\r\n        |ynnisp twx xtw jgkc yinpns\r\n        |kumorsm wav xhx bpvz clqc ffmadzl ndny ymslo lobv\r\n        |ljzabj tqhves mezh pwn wue dwfqq lynvtt boeknvi xqbd pkud tzlanis\r\n        |lgq qiikzl oihnsr pivtjmu qhic yvmeebg rxu qgl yuxnqse dvu faxqez\r\n        |ldk mlwja vmdqr yzlxiua amlubt ejmzfx nonm zhkxbn gaqbnqq\r\n        |ttc ctt kneknx smtnaft abljip tct\r\n        |uybhbiw zwojzlm cfxoopp abulenj znz zzn opllzmm yufk witwxzp\r\n        |qvkybwi rdbxb qiuizmo fqgne jgot jxz dqhapn\r\n        |vzinf ehaley amnk laheye invfz\r\n        |pedakl ivld agzyhr wmzba tzzzg bazwm wjwgux thrnxkn\r\n        |cmyhae nwfs nfsw kmh pxkaffq\r\n        |vdf szupev tyunp qiiu deevxmy wozvtt nelnr kgdexy gparqj hajavz biizn\r\n        |pwspk skpwp ontbjee pkspw cfbj\r\n        |ihsmh djxtak wkzllao oyr djxtak prc\r\n        |uhvihqq jrgf hdfek pdrfpt tghz gthz awae wcygi wujti svq fhedk\r\n        |gnfhsj odqlt netmsul rviio nkzw nkzw\r\n        |xyvc clxw cyxv lxcw\r\n        |duegck pkviu npwsp zdx wpvn dmxgnv ixv fybs xteru\r\n        |vih kgk hads boaddu daiwo hozoufv nef vtcplc isiw\r\n        |tzqoo dqlgvno jzlay sywx ecej addt ecej addt mnfcu\r\n        |ymgmby zegudpx ipsjai ger wcwjw brzebb\r\n        |eqekxlx itra xekelxq exqkexl\r\n        |rciu ojaa ircu nxjga puvmwou remgu\r\n        |sltth pprimb slnxopq avtir hvpv ppww fhfap wisn kzs jcuuuuf\r\n        |xbppc ydpbq zhjh oym iljzvk vsb\r\n        |ueye shtps uccehi ccheiu dqm yeeu\r\n        |gwywf lcpv qza qza gzuovj jfzffyh oybfxqv\r\n        |aawi ynsvdco azdoz cqr tnyquq xlyvbx eca kcalpes\r\n        |zumgzhy rou kguqa vubw bwgd qprxcg etnbev nqmi\r\n        |fyd tuoz uwclqn cgl lrpkf irz dizv nxze clg jghx jbpt\r\n        |kwuanos eorjr tcahp kwuanos cyrpfji zxayggd kwuanos jkqt qqvbork lizk\r\n        |vtu ovje vhg ovje vtu zcy hrhtr puawfgv\r\n        |bliz exp wot svxv epx\r\n        |jiqgxwj yips hjsatc jgsrno msfp vxvbt bba bqmw xjgpgog\r\n        |vpvypp ggwp wggp gndp hedpse afji hcqgof\r\n        |hxueubt hiynoa qqzaj ohb qway\r\n        |akq nfnes sdrlza nfnes weq\r\n        |udxpdpx gctuv llhxuow rqtetm hdbnpte oebapv civy oeobu ftgivd pykj\r\n        |pbgbvn jgmr xrz dfn gosjobw ndf\r\n        |gnf dtbsnc fwcmml tscdnb fgn qgadusl eifpk\r\n        |vmnv yuxrup qcphi tanc tnca kjrv cphqi\r\n        |hclggs sghglc fgplp odn pfglp emkrulf whwtmbs qnuyg\r\n        |wcxtr ani ain sha hsa zxbkf bzxokat qezo ljqxi xqcwfmd dxo\r\n        |waiq smpbu dbyka uibxjrg nze wiqa rfpts ddjsjv jqqjez bpusm\r\n        |lpcxf vsbj owjwc tuqj vkrgrh jsjdepv oil lxrjox frsxsi clr\r\n        |vzunp prwk nnd rfs vpuzn\r\n        |pqpqv lvsk sqxf nhobsm hakbn ywj\r\n        |xxu uxx szqnmi lnwtmx\r\n        |akq nmlw fupwsth jduvhva\r\n        |nac wwlxqck hpbce vxxqa fyp xvxqa kxwclqw yvlmv bfwi\r\n        |pzxjbj nvwv mdooiez vvftp enjrsck iypu uhru fpx omtd\r\n        |llxgp qwf pwaj cuhb scloot hbcu jgp vjw ooclst\r\n        |sisd akawvzd wvdzkaa gyoij ikt eeeosb jiwiup\r\n        |tche vxj sbctqv jvx gosur usgor ibo yqxo qqgd zspl\r\n        |cidd welisl fxblxqk qxbklfx fbdoqcz glhq iylodvz zvds ghlq\r\n        |cnsa hrxst mrnkqtj bptq jmi cpbcofs kveyeur uzmga modphm rtx kntqjrm\r\n        |dvyup usfaq rtghoec bvcos fqsua zohwwg\r\n        |onf vncybi dlaxni oqyqqkn\r\n        |okfwa qyyx ebnv llql nphq etdt ytgivlo jwgwz kiob\r\n        |ann vqnqvpx wth lpwid bjvzw xpwqxcj azg ioeyzzp onwf\r\n        |smy epzomx xep yid zctvrfj astdj cfg fgc eriuxt\r\n        |rljqgin wzobzrh cuwtx vcsbx tmg tuysq vxipgho\r\n        |ewp rsrnsj wgeyin lrji ddgt utol xxwut fjiwopa\r\n        |upu ftvqbk tfkvbq fdwga rmu puu hbiasjw\r\n        |cfl lmqkb lfc wbtlfi uqsjs ejgmphi tbliwf nzcela gzb\r\n        |zop unwmiu acull mkwh hvruknw rfk mmhaz iqmenq fifino\r\n        |iczua bjut tlgf zicau jtbu\r\n        |mtka ipd mdifj kps\r\n        |irqkysw xfsjl tedx yckkbx iktxb sqxn pbfvubv uudzppz\r\n        |mdrn cihat wcext kufs awwtjok pfjg\r\n        |wdevt tyo zzbp pqlqq wdevt\r\n        |yhatqkv ntuhw tdfd buxazh xbcsv bas gkv rbzi tddf jbj bsa\r\n        |malip hiiy qezz yhii wlfojre\r\n        |zqnfll bssveq lprwbep bhqml tztbt\r\n        |npnxotu yupdytb jptqo klfydfe fpucmfq svxcqr unopxnt\r\n        |gdpz gwj iytiohu efk ctjzf asade abhotq brmhu tbtdur zzksbh\r\n        |kxft klzslf tjdzciy lzslkf\r\n        |ejei ezmemvg xlt zte tbwhz dgnfpao zotck wus uaz gbwbb\r\n        |dgednf vypmbs eiytot empfmny\r\n        |uopmui uehue wdvzt adpfcif mutl ifaztka vydi xumtz orstno\r\n        |dleero olxiq gxnlfm nfmxlg wloeavr olhrwg hrjd yicj ymyeex qav gxyjgfq\r\n        |hevj rqcne zycgb qgqtn rqcne ptfvu yyyu zlm hevj\r\n        |zrkhuh sttnkt hkuzhr vqtu\r\n        |ppsfm kcao qjq dgadglx cxaawjn pbucfu fed qgioarc dfe ricoaqg\r\n        |vmawf oktunea zraoir gkt zraoir jcvkqoq\r\n        |mqgml ecawug ugwace szwul iwbmooj owmiojb\r\n        |auggaw cypcuw npci vuyxijd pofswjx vdkrgx xylk rom ksj\r\n        |qmwx jgsrdj ikva xzxw avik\r\n        |zzhcqu rbg pywjdn wyndpj zchuqz\r\n        |wzd wqycftu yldezp zovuy oydia hovewe\r\n        |kfid qkkk thak qhbf rvzlzvu uuxh pbj hkat gow oeqcw knqqzha\r\n        |sua itv hfpg bdqye bznlrk hfpg bdqye kvir kaai ggtz jqn\r\n        |ulggl guitamm tkpckso fupacz otxtqpd jxnqc\r\n        |ueesb ndyik vjftz jgqqv nrcf\r\n        |krh dqpmsw fybzynl zhjbvkw exefc rhs neq ldprb bhhvxm pjwirun\r\n        |ymavl qwxr yavml wagwc ekokrpq zewppw iumcgin cxdvwx\r\n        |wwdukav kuawvwd kowv dkwvuwa\r\n        |eazot bil tzu vdwwbm fvauwrq\r\n        |esq tixokph yspf ztoxfut lgzush pwv swh pwv auqhuu tixokph\r\n        |pdbeyxi poio mugfkb brwbbx aao uszw fokjeb uswz\r\n        |sbs ryjr ptispi tvnhu htunv vthnu\r\n        |czjmg hbdjhvi jrkoy fpgwc syafy aar kvnq eaecsb wqzpx\r\n        |twtp dvl uvyje qtlzj dsvyr qpjnj eyoigx bhgpccy gwn dtuf\r\n        |mxit xunctu vbyks wmqc jriuupl ybvks uncutx nsoxwrb ykt prc\r\n        |yye mgf uhc irowpc dsdv iwaxod ftavlj dxzp tcch tcch mefz\r\n        |rxe xwrrgl xwrrgl duu rxe xbbgoe\r\n        |ucsz akswcd ojrmqq cox hgfh lxwu ltnnf cenikcp\r\n        |opjhdp svwezr svwezr opjhdp\r\n        |qojlkl ircxqnt utfmdg fcvr vehkcvt ufmzcpv xwlh ddavv xel bwlz fii\r\n        |rzkayeh iursm zhily hdnq fqydfvt uwoy hptpiqu tdqy bgr xdr\r\n        |ymruz umzry hbltwya jhwhzk flh tahylbw bdbaimb qscbp ntkuf\r\n        |uxpato owsqyao vaog oenomkc usrmnc epua vzkppls\r\n        |qxqczbk qyguz alawj xgjawtw wxtjgwa snfcdmz\r\n        |fjfgos rmpd mgs vbk dlls jkljao eoovdfb ucdvaoq qmjmqku ney porr\r\n        |nmcrqz zcoxpk dlnzksd ymh zyg spxss ruyk bychq gsgv eusiuid mnrqcz\r\n        |jbzadnx lzl sdamer okoico frqisrm lxet agriw\r\n        |xceoqr qai vahc jjzifsn exg\r\n        |igjpn wfy ukn aag quro wklsq cjq bgtjrdz gmub wyhh\r\n        |fzlwnm mygfn vkzwvw zvhsex gfki\r\n        |ijvzgai ebmeq wssfmbq uguh sfuutm nwkgmex dxael liakdxs rnf sky yowpxc\r\n        |bjzkyjh fced nji esowk qxsubsk qgtts\r\n        |nkdgo bbjfq fgnxnhd gfjchl jetdb xubsgj eiju ldlm oxsx znft bbqfj\r\n        |xovcnob pxfe pmstes yzkdm iqlvha nmcziix fexp ivqalh rxecqps\r\n        |xpyew xudfud wwqe qhfjlcu epv fnrbgyv ihli qngtx yjlfg ozqbzn esp\r\n        |timl gcohx vqzic gzm shwlkkv icqzv urchuc\r\n        |xpqq gaqzwo cci dowahsr gaqzwo\r\n        |jjsagdl umbpxre kyre zvaryft tmw pxpnjy\r\n        |aqovcz nunq nnuq xjrvvh autjmit jiatumt\r\n        |elg lps lge zjjot hwz tmqrup xaxxmo zlbzp uftd fukdad kvpymsm\r\n        |iokwzal ywti zbdmzbu lprywe wbgbwza ypogbga kzliwao wstqi eqm keaeaj gbabwwz\r\n        |lwfpk mhufe eddzgd ljxyqy vhzkct uemhf\r\n        |lwqil fzugdo faq feppo usl llwqi\r\n        |nje hthr ropq qvcepu bexszfj avmzjvv zajmvvv fhcd xnc cnx qnuaux\r\n        |kvksn dphbyz nsx wrcc ccrw\r\n        |nzpa pzzunfv ygzjy gxrrtcj hrt trh pwxpg yifgjmo fnupzzv wbzx\r\n        |aepti rbojui ypvhe ubojri tcema aan dntkw qjx bfvmyos tcm hvoqytn\r\n        |qpwq exu jvsiwj gsw avr vbemldy\r\n        |xsbzpf xbzyvx xax sxh vpxt gccy xxa zhgbwoa hwwxoky fhvdxfc pvtx\r\n        |pnsa ovtjolz tyutl eyjjzt jvtoolz owbypvr tytlu ewtzgec\r\n        |cyg dwwk eihsp aeuk bbnay aluwyz hdmv uaek mwt ihpse wjhnkeg\r\n        |fhzx vjetz vjub tejvz\r\n        |ewwyb jidhu pyvyenn igtnyd tiwr akwkkbi myz xxjwb jjrdeg\r\n        |jbkuw kwir rkiw ubwkj\r\n        |bltffuw lftwufb hhsh wfbtulf nrxaa rlszi toijxnz czlci\r\n        |bqrm pga zgblgcw pgwhhn lcgzwbg bcgzlgw yqb\r\n        |mhjj vjoa gnjlc kclcr ito ofksy giavy fpqeioj\r\n        |bkiqmif izidbui sttxxi bswhkxp sduuw\r\n        |mjgnvw mjgwnv ojzyuv gvj\r\n        |qxn kkhc whd fgwk auzugg augzgu kqfov wfgk\r\n        |spdxbnu xpfofsb bpfsoxf ahjywql spbxoff\r\n        |bwqxhlm wbqlxmh kqgpl fyzgf guhkvgx ovk qhmp gnrmu wvd wedj\r\n        |vvwf hcnc vvwsngj qedzoxm hcnc qedzoxm kjthdi cbwqep qtvu\r\n        |gio iqklmro noqablo bab jiqc rwebyg rqkloim wzmgs uunl amqs iwj\r\n        |snxj szobqt zcgvwv wiyqknu\r\n        |uto jteikwd cew gqsks hmvjtcy sach\r\n        |zpgl qnkoex amhufmr figns upv xezrl rjleak nwrna\r\n        |pzkvrdz dtonazj gtr gfxucuf lstjl lsjtl rgkope kzpdzrv lyptn zfxjys ttk\r\n        |ddxgm lumlgki jhv doft kok swy ckds swy ddxgm lbfbdv\r\n        |qfs rcufzgz iaiqw qfs qfs\r\n        |nvkbo sgv mquwb ritpye nbkov poex hraorm qrrr qdt qefl\r\n        |irxannd fiud ehyb ggx plqg pvvn uuptop tcvbm abuf bcfnmw\r\n        |qwya ukblz epmbfr vmlon yqwa\r\n        |hlo mmv vmm mvm\r\n        |svzpxun yugbbe sbbpxs dmy xspbbs zhpovyf fyovhzp cpbt pke\r\n        |zgk gft zybs zrgcoo ypu bue htgo\r\n        |xnesq srsx pkzaoh cfqzugh\r\n        |lntd nvxetbv clykjpd svmibpx evxtvnb yldkpjc\r\n        |jsqq tzwak hephg eqwczd ioisa yim tmdifn mceip\r\n        |kuwqz wzkqu zwchmj lfec uexne iztp llityt\r\n        |kvamkpc pvbryqh ion cwizjde gln kcpvmak pzzlw gnl\r\n        |ydeqf bfaab sydqhbp smsxdjr pynrs cqymt\r\n        |onb eiab bno nob\r\n        |mqslq scnelxv hyllrf scnelxv mqslq wmnbk\r\n        |pttu kubby lgop bbyuk gsk skg ikktlbb inbyvz\r\n        |xznvl zwtdj vbxdyd clhw\r\n        |hgy zudelp ickc drfjgn iyws xhc\r\n        |zzv wik iorhat qkb kjb lykdz vrce yjsjwj\r\n        |gyw xzgbi efus uuy\r\n        |hwcy ujdun bjjuvd jbdvju onnk xeyy mmp onkn qyzl\r\n        |jwfm ptjwrbl hhuv uolz adyweh qpj wxyogp igvnojq jmfw pqs fsnirby\r\n      \"\"\".trim.stripMargin.split(\"\\n\")\r\n\r\n      assert(Day04.validate(testinput) == 455)\r\n      assert(Day04.validate2(testinput) == 186)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/test\/scala\/com\/zetatwo\/Day12Tests.scala","text":"package com.zetatwo\r\n\r\nimport org.scalatest.FunSuite\r\n\r\n\r\nclass Day12Tests extends FunSuite {\r\n\r\n  private val challengeinput =\r\n    \"\"\"\r\n      |0 <-> 889, 1229, 1736\r\n      |1 <-> 1, 480, 793, 1361\r\n      |2 <-> 607\r\n      |3 <-> 273, 422\r\n      |4 <-> 965, 1052, 1130, 1591\r\n      |5 <-> 1998\r\n      |6 <-> 483, 1628\r\n      |7 <-> 1012, 1242, 1244, 1491\r\n      |8 <-> 524\r\n      |9 <-> 13, 281, 1498\r\n      |10 <-> 10\r\n      |11 <-> 1956\r\n      |12 <-> 598, 621, 1210\r\n      |13 <-> 9\r\n      |14 <-> 1728\r\n      |15 <-> 912, 1461\r\n      |16 <-> 1489, 1680, 1994\r\n      |17 <-> 854\r\n      |18 <-> 1157, 1299\r\n      |19 <-> 759\r\n      |20 <-> 1352, 1831\r\n      |21 <-> 1425\r\n      |22 <-> 470, 685, 857, 1526\r\n      |23 <-> 405\r\n      |24 <-> 43, 536, 1849\r\n      |25 <-> 1674\r\n      |26 <-> 26, 1738\r\n      |27 <-> 558\r\n      |28 <-> 1863\r\n      |29 <-> 154, 649, 1818\r\n      |30 <-> 721, 1366\r\n      |31 <-> 725\r\n      |32 <-> 413, 880, 903\r\n      |33 <-> 414, 442, 1403\r\n      |34 <-> 489, 1308\r\n      |35 <-> 385, 1254, 1464\r\n      |36 <-> 167, 1013, 1860\r\n      |37 <-> 535\r\n      |38 <-> 605, 1297\r\n      |39 <-> 680, 1408, 1982\r\n      |40 <-> 169, 615, 952, 1547\r\n      |41 <-> 644, 991, 1319, 1509\r\n      |42 <-> 453, 1315\r\n      |43 <-> 24, 200, 805\r\n      |44 <-> 919, 1083\r\n      |45 <-> 500\r\n      |46 <-> 1532, 1550\r\n      |47 <-> 910, 1837\r\n      |48 <-> 1849\r\n      |49 <-> 542, 1945\r\n      |50 <-> 57, 660\r\n      |51 <-> 354, 934\r\n      |52 <-> 1212\r\n      |53 <-> 569\r\n      |54 <-> 706\r\n      |55 <-> 55, 114, 1077\r\n      |56 <-> 1453\r\n      |57 <-> 50, 1438\r\n      |58 <-> 616, 738\r\n      |59 <-> 1242\r\n      |60 <-> 312, 523, 648\r\n      |61 <-> 748, 1780, 1965\r\n      |62 <-> 1533, 1909\r\n      |63 <-> 562, 661, 1016\r\n      |64 <-> 280, 300, 677\r\n      |65 <-> 661, 698, 1881\r\n      |66 <-> 283, 440\r\n      |67 <-> 382, 421\r\n      |68 <-> 986, 1592, 1824\r\n      |69 <-> 541, 1363\r\n      |70 <-> 266, 1855\r\n      |71 <-> 371, 433, 1055, 1682\r\n      |72 <-> 793\r\n      |73 <-> 73\r\n      |74 <-> 1139\r\n      |75 <-> 770, 1190, 1409, 1433, 1886\r\n      |76 <-> 1135\r\n      |77 <-> 492, 1771\r\n      |78 <-> 575, 1107, 1596, 1670\r\n      |79 <-> 1374\r\n      |80 <-> 1168, 1519\r\n      |81 <-> 1258\r\n      |82 <-> 919, 1519, 1768\r\n      |83 <-> 1463\r\n      |84 <-> 684\r\n      |85 <-> 517, 1655\r\n      |86 <-> 1226\r\n      |87 <-> 1700\r\n      |88 <-> 523, 1292, 1939\r\n      |89 <-> 177, 1695, 1706\r\n      |90 <-> 400, 1683\r\n      |91 <-> 194\r\n      |92 <-> 106, 1546\r\n      |93 <-> 104\r\n      |94 <-> 501, 1686\r\n      |95 <-> 285, 1985\r\n      |96 <-> 402, 770\r\n      |97 <-> 196\r\n      |98 <-> 318, 1827\r\n      |99 <-> 220, 1272, 1766, 1802\r\n      |100 <-> 1105\r\n      |101 <-> 380, 957\r\n      |102 <-> 1305, 1483\r\n      |103 <-> 262, 481, 621\r\n      |104 <-> 93, 708, 1731\r\n      |105 <-> 282\r\n      |106 <-> 92, 901\r\n      |107 <-> 553, 742, 1833\r\n      |108 <-> 480, 1140\r\n      |109 <-> 1247\r\n      |110 <-> 1549\r\n      |111 <-> 1283\r\n      |112 <-> 1503, 1963\r\n      |113 <-> 819, 1601\r\n      |114 <-> 55, 593, 1020\r\n      |115 <-> 324\r\n      |116 <-> 378\r\n      |117 <-> 1534\r\n      |118 <-> 1740, 1836\r\n      |119 <-> 1223, 1283\r\n      |120 <-> 435, 1063\r\n      |121 <-> 404, 939\r\n      |122 <-> 294, 360, 1809\r\n      |123 <-> 1166\r\n      |124 <-> 1988\r\n      |125 <-> 163\r\n      |126 <-> 126\r\n      |127 <-> 255, 754\r\n      |128 <-> 634, 969\r\n      |129 <-> 563, 1732, 1926\r\n      |130 <-> 1196\r\n      |131 <-> 1019, 1429\r\n      |132 <-> 1287, 1417\r\n      |133 <-> 1453\r\n      |134 <-> 184, 786\r\n      |135 <-> 647\r\n      |136 <-> 260, 306\r\n      |137 <-> 1342\r\n      |138 <-> 292\r\n      |139 <-> 1265\r\n      |140 <-> 613\r\n      |141 <-> 1001, 1217\r\n      |142 <-> 142, 1901\r\n      |143 <-> 758, 822, 1533\r\n      |144 <-> 866, 930, 1197, 1443, 1665\r\n      |145 <-> 1672\r\n      |146 <-> 1937\r\n      |147 <-> 1409, 1697\r\n      |148 <-> 608, 954, 1624\r\n      |149 <-> 527, 652, 1938\r\n      |150 <-> 709\r\n      |151 <-> 447, 1305, 1314\r\n      |152 <-> 1741\r\n      |153 <-> 901, 1997\r\n      |154 <-> 29, 929\r\n      |155 <-> 1178, 1976\r\n      |156 <-> 560\r\n      |157 <-> 522\r\n      |158 <-> 541\r\n      |159 <-> 1212, 1878\r\n      |160 <-> 1078\r\n      |161 <-> 1128, 1913\r\n      |162 <-> 588, 734\r\n      |163 <-> 125, 1073, 1952\r\n      |164 <-> 1156\r\n      |165 <-> 1781\r\n      |166 <-> 1692\r\n      |167 <-> 36, 1637\r\n      |168 <-> 1043, 1085\r\n      |169 <-> 40, 334, 1257, 1313\r\n      |170 <-> 170\r\n      |171 <-> 171\r\n      |172 <-> 1391\r\n      |173 <-> 925\r\n      |174 <-> 1733\r\n      |175 <-> 175, 1466\r\n      |176 <-> 726, 1182\r\n      |177 <-> 89, 1100\r\n      |178 <-> 611, 1141\r\n      |179 <-> 1036, 1307\r\n      |180 <-> 1556\r\n      |181 <-> 1930\r\n      |182 <-> 775, 1284\r\n      |183 <-> 1907\r\n      |184 <-> 134, 1981\r\n      |185 <-> 255, 1278\r\n      |186 <-> 1891\r\n      |187 <-> 531, 1318\r\n      |188 <-> 790, 1623\r\n      |189 <-> 379, 1749, 1865\r\n      |190 <-> 1103, 1676\r\n      |191 <-> 534\r\n      |192 <-> 477\r\n      |193 <-> 193, 860\r\n      |194 <-> 91, 710, 1780\r\n      |195 <-> 290, 1383, 1510\r\n      |196 <-> 97, 1664\r\n      |197 <-> 1416\r\n      |198 <-> 287, 1760\r\n      |199 <-> 366\r\n      |200 <-> 43\r\n      |201 <-> 813, 1882\r\n      |202 <-> 246, 1175\r\n      |203 <-> 203, 1007\r\n      |204 <-> 204, 923\r\n      |205 <-> 924\r\n      |206 <-> 1162, 1818\r\n      |207 <-> 365, 487, 923\r\n      |208 <-> 1281, 1290\r\n      |209 <-> 1280\r\n      |210 <-> 210, 288, 1333\r\n      |211 <-> 211, 417, 754\r\n      |212 <-> 1698\r\n      |213 <-> 1626\r\n      |214 <-> 1256\r\n      |215 <-> 215, 1385, 1671\r\n      |216 <-> 811, 1025\r\n      |217 <-> 554, 1715\r\n      |218 <-> 1483\r\n      |219 <-> 1741\r\n      |220 <-> 99, 530, 1081, 1319, 1801\r\n      |221 <-> 804, 1144\r\n      |222 <-> 1288, 1702\r\n      |223 <-> 223, 1231\r\n      |224 <-> 649, 1179\r\n      |225 <-> 1271, 1776\r\n      |226 <-> 226, 1991\r\n      |227 <-> 496, 857, 1004, 1821\r\n      |228 <-> 371, 500\r\n      |229 <-> 1162\r\n      |230 <-> 693, 1081\r\n      |231 <-> 506, 973\r\n      |232 <-> 859, 969, 1922\r\n      |233 <-> 233\r\n      |234 <-> 875, 1006\r\n      |235 <-> 1035, 1998\r\n      |236 <-> 236\r\n      |237 <-> 289, 569, 1440\r\n      |238 <-> 1249, 1923\r\n      |239 <-> 1564, 1775, 1944\r\n      |240 <-> 1888\r\n      |241 <-> 951, 1874\r\n      |242 <-> 825\r\n      |243 <-> 384, 983, 1838\r\n      |244 <-> 715, 1501\r\n      |245 <-> 592, 671\r\n      |246 <-> 202, 391, 632, 656\r\n      |247 <-> 663\r\n      |248 <-> 253, 752\r\n      |249 <-> 1073, 1558\r\n      |250 <-> 290\r\n      |251 <-> 792, 1389\r\n      |252 <-> 797\r\n      |253 <-> 248, 771\r\n      |254 <-> 254, 1047\r\n      |255 <-> 127, 185, 369\r\n      |256 <-> 623\r\n      |257 <-> 1636, 1740\r\n      |258 <-> 317\r\n      |259 <-> 1775\r\n      |260 <-> 136, 561, 1290\r\n      |261 <-> 359, 1657\r\n      |262 <-> 103, 697, 1074\r\n      |263 <-> 1205\r\n      |264 <-> 1779, 1782\r\n      |265 <-> 1407\r\n      |266 <-> 70, 1215, 1306\r\n      |267 <-> 333, 790\r\n      |268 <-> 603\r\n      |269 <-> 269, 1497\r\n      |270 <-> 270, 1613\r\n      |271 <-> 1416, 1562, 1923\r\n      |272 <-> 579, 894\r\n      |273 <-> 3, 993\r\n      |274 <-> 333\r\n      |275 <-> 1188\r\n      |276 <-> 535, 645, 1166, 1269\r\n      |277 <-> 1369\r\n      |278 <-> 744, 1717\r\n      |279 <-> 349, 695, 985, 1096\r\n      |280 <-> 64, 1516\r\n      |281 <-> 9, 427, 768, 1468\r\n      |282 <-> 105, 867\r\n      |283 <-> 66, 1235, 1525, 1748\r\n      |284 <-> 530\r\n      |285 <-> 95, 800, 1191\r\n      |286 <-> 339, 611, 1581\r\n      |287 <-> 198, 1285, 1501\r\n      |288 <-> 210, 1059\r\n      |289 <-> 237, 1928\r\n      |290 <-> 195, 250, 1934\r\n      |291 <-> 337, 1902\r\n      |292 <-> 138, 1805, 1849\r\n      |293 <-> 906\r\n      |294 <-> 122, 1582\r\n      |295 <-> 602\r\n      |296 <-> 778\r\n      |297 <-> 471, 483\r\n      |298 <-> 298\r\n      |299 <-> 402, 729\r\n      |300 <-> 64, 1002\r\n      |301 <-> 856\r\n      |302 <-> 1084, 1538, 1739\r\n      |303 <-> 892, 1774\r\n      |304 <-> 1029, 1350\r\n      |305 <-> 521, 1628, 1902\r\n      |306 <-> 136, 469, 653, 835\r\n      |307 <-> 981\r\n      |308 <-> 1997\r\n      |309 <-> 1612\r\n      |310 <-> 1338, 1571\r\n      |311 <-> 1388\r\n      |312 <-> 60\r\n      |313 <-> 1557\r\n      |314 <-> 886, 1704\r\n      |315 <-> 672, 779\r\n      |316 <-> 1062, 1906\r\n      |317 <-> 258, 1290\r\n      |318 <-> 98, 318\r\n      |319 <-> 1974\r\n      |320 <-> 839\r\n      |321 <-> 395, 615, 909, 1046\r\n      |322 <-> 1077, 1390, 1989\r\n      |323 <-> 323, 773, 1571\r\n      |324 <-> 115, 493, 511, 650\r\n      |325 <-> 325\r\n      |326 <-> 1944, 1972\r\n      |327 <-> 1489\r\n      |328 <-> 412, 468\r\n      |329 <-> 1637\r\n      |330 <-> 556, 1176\r\n      |331 <-> 656\r\n      |332 <-> 564, 1688\r\n      |333 <-> 267, 274, 421, 1205, 1743\r\n      |334 <-> 169, 1896\r\n      |335 <-> 1176\r\n      |336 <-> 638, 1408, 1633\r\n      |337 <-> 291, 844, 1549\r\n      |338 <-> 515\r\n      |339 <-> 286\r\n      |340 <-> 340, 1959\r\n      |341 <-> 943\r\n      |342 <-> 417, 638, 1116, 1536\r\n      |343 <-> 1030\r\n      |344 <-> 584, 1751\r\n      |345 <-> 345, 1810\r\n      |346 <-> 346\r\n      |347 <-> 587\r\n      |348 <-> 515, 1187\r\n      |349 <-> 279, 349\r\n      |350 <-> 1749\r\n      |351 <-> 1030, 1097\r\n      |352 <-> 352\r\n      |353 <-> 353, 683\r\n      |354 <-> 51, 354, 735\r\n      |355 <-> 1362\r\n      |356 <-> 1593\r\n      |357 <-> 357\r\n      |358 <-> 441, 501, 899, 1672\r\n      |359 <-> 261\r\n      |360 <-> 122, 360, 1234, 1927\r\n      |361 <-> 736\r\n      |362 <-> 1169\r\n      |363 <-> 780\r\n      |364 <-> 444, 905, 1049, 1911\r\n      |365 <-> 207\r\n      |366 <-> 199, 1469\r\n      |367 <-> 1612\r\n      |368 <-> 675, 1800\r\n      |369 <-> 255\r\n      |370 <-> 370, 873, 962, 1238\r\n      |371 <-> 71, 228, 456\r\n      |372 <-> 1912\r\n      |373 <-> 1318\r\n      |374 <-> 1018, 1246\r\n      |375 <-> 898, 1303\r\n      |376 <-> 376, 573\r\n      |377 <-> 1080\r\n      |378 <-> 116, 1140\r\n      |379 <-> 189, 1984\r\n      |380 <-> 101\r\n      |381 <-> 472, 827, 1097\r\n      |382 <-> 67\r\n      |383 <-> 383, 582\r\n      |384 <-> 243, 432, 444, 569, 634\r\n      |385 <-> 35\r\n      |386 <-> 1496\r\n      |387 <-> 637, 737, 756, 1293\r\n      |388 <-> 1562\r\n      |389 <-> 633\r\n      |390 <-> 488\r\n      |391 <-> 246, 853, 1422\r\n      |392 <-> 1253, 1331\r\n      |393 <-> 921, 1567, 1777, 1970\r\n      |394 <-> 809\r\n      |395 <-> 321, 798, 1040\r\n      |396 <-> 746, 1332\r\n      |397 <-> 400, 953\r\n      |398 <-> 1958\r\n      |399 <-> 399\r\n      |400 <-> 90, 397, 808, 1485\r\n      |401 <-> 1395\r\n      |402 <-> 96, 299, 1388\r\n      |403 <-> 716\r\n      |404 <-> 121\r\n      |405 <-> 23, 934, 1221\r\n      |406 <-> 1007\r\n      |407 <-> 1391\r\n      |408 <-> 497, 1090, 1644\r\n      |409 <-> 1479\r\n      |410 <-> 793, 1977\r\n      |411 <-> 1026\r\n      |412 <-> 328, 581, 806\r\n      |413 <-> 32, 1354\r\n      |414 <-> 33, 1920\r\n      |415 <-> 799, 1207, 1880\r\n      |416 <-> 1862\r\n      |417 <-> 211, 342, 589, 1858\r\n      |418 <-> 556, 1437, 1490\r\n      |419 <-> 1393\r\n      |420 <-> 420\r\n      |421 <-> 67, 333, 1813\r\n      |422 <-> 3, 706, 1598, 1721\r\n      |423 <-> 1834\r\n      |424 <-> 854, 1442\r\n      |425 <-> 855, 1080\r\n      |426 <-> 1408, 1469\r\n      |427 <-> 281\r\n      |428 <-> 832, 1998\r\n      |429 <-> 553, 657, 834\r\n      |430 <-> 1466\r\n      |431 <-> 1357\r\n      |432 <-> 384\r\n      |433 <-> 71\r\n      |434 <-> 434, 489, 1137\r\n      |435 <-> 120\r\n      |436 <-> 972, 1461\r\n      |437 <-> 550\r\n      |438 <-> 486, 844\r\n      |439 <-> 978\r\n      |440 <-> 66, 705, 1850\r\n      |441 <-> 358, 589, 783, 804, 1129\r\n      |442 <-> 33, 497\r\n      |443 <-> 1806\r\n      |444 <-> 364, 384, 1698\r\n      |445 <-> 1208, 1294, 1452\r\n      |446 <-> 1143, 1452\r\n      |447 <-> 151, 1072\r\n      |448 <-> 448\r\n      |449 <-> 997, 1829\r\n      |450 <-> 1277\r\n      |451 <-> 1531, 1866\r\n      |452 <-> 1175, 1622, 1975\r\n      |453 <-> 42, 1486\r\n      |454 <-> 689\r\n      |455 <-> 1497\r\n      |456 <-> 371, 1577\r\n      |457 <-> 702\r\n      |458 <-> 461, 921, 1279\r\n      |459 <-> 1004\r\n      |460 <-> 485, 505, 1211, 1451\r\n      |461 <-> 458, 541, 916, 1844\r\n      |462 <-> 1281\r\n      |463 <-> 856, 1481\r\n      |464 <-> 602, 1476, 1553\r\n      |465 <-> 543, 1566\r\n      |466 <-> 847, 1593\r\n      |467 <-> 1270\r\n      |468 <-> 328, 829\r\n      |469 <-> 306, 667, 720, 1931\r\n      |470 <-> 22\r\n      |471 <-> 297\r\n      |472 <-> 381\r\n      |473 <-> 473\r\n      |474 <-> 599, 1146\r\n      |475 <-> 1570, 1894\r\n      |476 <-> 1145\r\n      |477 <-> 192, 1193, 1690\r\n      |478 <-> 1469, 1840\r\n      |479 <-> 1684\r\n      |480 <-> 1, 108\r\n      |481 <-> 103, 963\r\n      |482 <-> 1778\r\n      |483 <-> 6, 297, 1662\r\n      |484 <-> 1435\r\n      |485 <-> 460\r\n      |486 <-> 438\r\n      |487 <-> 207, 998, 1185\r\n      |488 <-> 390, 1231, 1668\r\n      |489 <-> 34, 434, 1341\r\n      |490 <-> 990, 1203\r\n      |491 <-> 936\r\n      |492 <-> 77\r\n      |493 <-> 324\r\n      |494 <-> 1984\r\n      |495 <-> 495, 1954\r\n      |496 <-> 227\r\n      |497 <-> 408, 442, 1551\r\n      |498 <-> 1704, 1788\r\n      |499 <-> 836\r\n      |500 <-> 45, 228, 1358, 1798\r\n      |501 <-> 94, 358, 1559\r\n      |502 <-> 951\r\n      |503 <-> 1036\r\n      |504 <-> 1303\r\n      |505 <-> 460\r\n      |506 <-> 231, 606, 1473\r\n      |507 <-> 1109\r\n      |508 <-> 1724\r\n      |509 <-> 1644\r\n      |510 <-> 848\r\n      |511 <-> 324, 1036\r\n      |512 <-> 523\r\n      |513 <-> 809, 1294\r\n      |514 <-> 785\r\n      |515 <-> 338, 348, 1027, 1193, 1226\r\n      |516 <-> 1988\r\n      |517 <-> 85, 1482\r\n      |518 <-> 518\r\n      |519 <-> 1625\r\n      |520 <-> 520\r\n      |521 <-> 305, 1033\r\n      |522 <-> 157, 1355, 1476, 1588\r\n      |523 <-> 60, 88, 512\r\n      |524 <-> 8, 1998\r\n      |525 <-> 990, 1275\r\n      |526 <-> 1310, 1552\r\n      |527 <-> 149, 979, 1805\r\n      |528 <-> 698\r\n      |529 <-> 631, 970\r\n      |530 <-> 220, 284, 1533, 1944\r\n      |531 <-> 187, 551, 1168, 1574\r\n      |532 <-> 1484\r\n      |533 <-> 892\r\n      |534 <-> 191, 879\r\n      |535 <-> 37, 276, 1527\r\n      |536 <-> 24, 1094\r\n      |537 <-> 747, 952\r\n      |538 <-> 1620, 1735\r\n      |539 <-> 858, 1467\r\n      |540 <-> 1263, 1572\r\n      |541 <-> 69, 158, 461\r\n      |542 <-> 49, 1384\r\n      |543 <-> 465, 639, 873\r\n      |544 <-> 1338\r\n      |545 <-> 1967\r\n      |546 <-> 806, 1239\r\n      |547 <-> 792, 1039, 1078\r\n      |548 <-> 548, 1891, 1941\r\n      |549 <-> 861\r\n      |550 <-> 437, 1209, 1967\r\n      |551 <-> 531, 888, 896\r\n      |552 <-> 798\r\n      |553 <-> 107, 429, 1330, 1951\r\n      |554 <-> 217\r\n      |555 <-> 744, 947, 1246\r\n      |556 <-> 330, 418, 1070, 1925\r\n      |557 <-> 1826, 1854\r\n      |558 <-> 27, 1629\r\n      |559 <-> 1042, 1150\r\n      |560 <-> 156, 1472, 1834\r\n      |561 <-> 260\r\n      |562 <-> 63\r\n      |563 <-> 129, 1309\r\n      |564 <-> 332\r\n      |565 <-> 1770, 1842\r\n      |566 <-> 621\r\n      |567 <-> 1160, 1178, 1642\r\n      |568 <-> 895\r\n      |569 <-> 53, 237, 384\r\n      |570 <-> 641\r\n      |571 <-> 571, 1261, 1924\r\n      |572 <-> 882\r\n      |573 <-> 376\r\n      |574 <-> 982\r\n      |575 <-> 78, 1255\r\n      |576 <-> 887, 1539\r\n      |577 <-> 603, 1122, 1679\r\n      |578 <-> 742\r\n      |579 <-> 272, 1444, 1747\r\n      |580 <-> 797, 1554, 1718\r\n      |581 <-> 412, 1926\r\n      |582 <-> 383\r\n      |583 <-> 1611\r\n      |584 <-> 344, 1620\r\n      |585 <-> 1692\r\n      |586 <-> 1383\r\n      |587 <-> 347, 1351\r\n      |588 <-> 162, 1220\r\n      |589 <-> 417, 441\r\n      |590 <-> 1919\r\n      |591 <-> 884, 992\r\n      |592 <-> 245, 814\r\n      |593 <-> 114\r\n      |594 <-> 1843\r\n      |595 <-> 1809\r\n      |596 <-> 837\r\n      |597 <-> 1563, 1575\r\n      |598 <-> 12, 605, 984\r\n      |599 <-> 474, 1218\r\n      |600 <-> 732, 1237, 1714\r\n      |601 <-> 1913\r\n      |602 <-> 295, 464, 1061\r\n      |603 <-> 268, 577, 720\r\n      |604 <-> 604\r\n      |605 <-> 38, 598\r\n      |606 <-> 506, 686, 1813\r\n      |607 <-> 2, 1948\r\n      |608 <-> 148\r\n      |609 <-> 1571\r\n      |610 <-> 772, 901\r\n      |611 <-> 178, 286, 880\r\n      |612 <-> 1814\r\n      |613 <-> 140, 883, 1198, 1764, 1942\r\n      |614 <-> 1352\r\n      |615 <-> 40, 321\r\n      |616 <-> 58, 1413\r\n      |617 <-> 624, 1008, 1591, 1791\r\n      |618 <-> 1625\r\n      |619 <-> 871, 1567\r\n      |620 <-> 1954\r\n      |621 <-> 12, 103, 566\r\n      |622 <-> 1895\r\n      |623 <-> 256, 1767\r\n      |624 <-> 617\r\n      |625 <-> 663\r\n      |626 <-> 626\r\n      |627 <-> 1650\r\n      |628 <-> 884\r\n      |629 <-> 1104, 1421\r\n      |630 <-> 630, 864\r\n      |631 <-> 529, 646\r\n      |632 <-> 246\r\n      |633 <-> 389, 1847\r\n      |634 <-> 128, 384\r\n      |635 <-> 1553, 1817\r\n      |636 <-> 636\r\n      |637 <-> 387\r\n      |638 <-> 336, 342, 646, 1453\r\n      |639 <-> 543, 815, 1087\r\n      |640 <-> 1422, 1597\r\n      |641 <-> 570, 805, 993, 1961\r\n      |642 <-> 1371\r\n      |643 <-> 959, 1044, 1444\r\n      |644 <-> 41\r\n      |645 <-> 276, 1022, 1184\r\n      |646 <-> 631, 638, 1790\r\n      |647 <-> 135, 1286\r\n      |648 <-> 60\r\n      |649 <-> 29, 224, 1636\r\n      |650 <-> 324\r\n      |651 <-> 863, 1321\r\n      |652 <-> 149, 687, 1128, 1346\r\n      |653 <-> 306\r\n      |654 <-> 1409\r\n      |655 <-> 1142, 1733\r\n      |656 <-> 246, 331, 768, 1815\r\n      |657 <-> 429\r\n      |658 <-> 1511, 1569\r\n      |659 <-> 1744\r\n      |660 <-> 50, 796, 1524\r\n      |661 <-> 63, 65, 810\r\n      |662 <-> 995, 1661\r\n      |663 <-> 247, 625, 1001\r\n      |664 <-> 664\r\n      |665 <-> 1305\r\n      |666 <-> 666, 1817\r\n      |667 <-> 469, 1003, 1550\r\n      |668 <-> 1540, 1958\r\n      |669 <-> 831, 883, 1349, 1719\r\n      |670 <-> 1531\r\n      |671 <-> 245, 671, 1693\r\n      |672 <-> 315, 1088\r\n      |673 <-> 942, 1381, 1660\r\n      |674 <-> 880\r\n      |675 <-> 368\r\n      |676 <-> 1269, 1699\r\n      |677 <-> 64, 1654\r\n      |678 <-> 784\r\n      |679 <-> 1760\r\n      |680 <-> 39\r\n      |681 <-> 681\r\n      |682 <-> 728, 749, 1995\r\n      |683 <-> 353\r\n      |684 <-> 84, 1150\r\n      |685 <-> 22\r\n      |686 <-> 606\r\n      |687 <-> 652, 1687\r\n      |688 <-> 1878\r\n      |689 <-> 454, 689\r\n      |690 <-> 924, 1183\r\n      |691 <-> 1410, 1413\r\n      |692 <-> 1702\r\n      |693 <-> 230, 1658\r\n      |694 <-> 820, 1282, 1873\r\n      |695 <-> 279\r\n      |696 <-> 1168\r\n      |697 <-> 262, 766, 776\r\n      |698 <-> 65, 528, 698, 940\r\n      |699 <-> 1778\r\n      |700 <-> 743, 1459, 1825\r\n      |701 <-> 1475\r\n      |702 <-> 457, 792, 861, 1467\r\n      |703 <-> 1581\r\n      |704 <-> 1969\r\n      |705 <-> 440, 1145\r\n      |706 <-> 54, 422\r\n      |707 <-> 1015, 1780\r\n      |708 <-> 104, 1266\r\n      |709 <-> 150, 1778\r\n      |710 <-> 194\r\n      |711 <-> 751\r\n      |712 <-> 963\r\n      |713 <-> 1525, 1762\r\n      |714 <-> 1713\r\n      |715 <-> 244, 1293, 1421\r\n      |716 <-> 403, 1572\r\n      |717 <-> 1142\r\n      |718 <-> 1204\r\n      |719 <-> 1672\r\n      |720 <-> 469, 603\r\n      |721 <-> 30, 1268, 1400\r\n      |722 <-> 1183\r\n      |723 <-> 1012\r\n      |724 <-> 1029, 1289, 1368\r\n      |725 <-> 31, 1039\r\n      |726 <-> 176, 726\r\n      |727 <-> 856\r\n      |728 <-> 682, 1000\r\n      |729 <-> 299, 1216, 1967\r\n      |730 <-> 850, 900\r\n      |731 <-> 1540, 1884\r\n      |732 <-> 600, 784\r\n      |733 <-> 1655\r\n      |734 <-> 162\r\n      |735 <-> 354, 1955\r\n      |736 <-> 361, 1084, 1822\r\n      |737 <-> 387\r\n      |738 <-> 58, 1573\r\n      |739 <-> 1119, 1216, 1822\r\n      |740 <-> 829, 1219\r\n      |741 <-> 1164\r\n      |742 <-> 107, 578\r\n      |743 <-> 700, 1744\r\n      |744 <-> 278, 555\r\n      |745 <-> 835, 1903\r\n      |746 <-> 396\r\n      |747 <-> 537, 1843\r\n      |748 <-> 61\r\n      |749 <-> 682, 1217, 1731\r\n      |750 <-> 874, 1110, 1724\r\n      |751 <-> 711, 1767\r\n      |752 <-> 248, 1011\r\n      |753 <-> 1327, 1885\r\n      |754 <-> 127, 211, 1117\r\n      |755 <-> 755\r\n      |756 <-> 387\r\n      |757 <-> 1098, 1169\r\n      |758 <-> 143, 1689\r\n      |759 <-> 19, 1517\r\n      |760 <-> 831, 1915\r\n      |761 <-> 761, 1195\r\n      |762 <-> 1634\r\n      |763 <-> 763\r\n      |764 <-> 848, 1375\r\n      |765 <-> 765, 1136\r\n      |766 <-> 697, 1295, 1887\r\n      |767 <-> 1906\r\n      |768 <-> 281, 656, 1031\r\n      |769 <-> 1457, 1863\r\n      |770 <-> 75, 96\r\n      |771 <-> 253, 846, 1375\r\n      |772 <-> 610\r\n      |773 <-> 323\r\n      |774 <-> 1067\r\n      |775 <-> 182, 1494\r\n      |776 <-> 697\r\n      |777 <-> 1136\r\n      |778 <-> 296, 1057\r\n      |779 <-> 315, 1631, 1796\r\n      |780 <-> 363, 780, 1814\r\n      |781 <-> 928, 1423\r\n      |782 <-> 1850\r\n      |783 <-> 441\r\n      |784 <-> 678, 732, 999, 1988\r\n      |785 <-> 514, 1248\r\n      |786 <-> 134, 786, 1009\r\n      |787 <-> 1348, 1863\r\n      |788 <-> 891, 1183, 1455\r\n      |789 <-> 1310, 1420, 1510\r\n      |790 <-> 188, 267\r\n      |791 <-> 1276\r\n      |792 <-> 251, 547, 702\r\n      |793 <-> 1, 72, 410, 1092\r\n      |794 <-> 880\r\n      |795 <-> 1799, 1807\r\n      |796 <-> 660, 1548\r\n      |797 <-> 252, 580, 797\r\n      |798 <-> 395, 552\r\n      |799 <-> 415, 799\r\n      |800 <-> 285, 1889\r\n      |801 <-> 801\r\n      |802 <-> 802\r\n      |803 <-> 1188, 1326, 1935\r\n      |804 <-> 221, 441\r\n      |805 <-> 43, 641, 1772\r\n      |806 <-> 412, 546, 918, 1617\r\n      |807 <-> 876, 1887\r\n      |808 <-> 400, 1435, 1716\r\n      |809 <-> 394, 513\r\n      |810 <-> 661\r\n      |811 <-> 216, 1259\r\n      |812 <-> 1883\r\n      |813 <-> 201, 1692\r\n      |814 <-> 592\r\n      |815 <-> 639\r\n      |816 <-> 1041, 1734\r\n      |817 <-> 1134, 1432\r\n      |818 <-> 1575\r\n      |819 <-> 113, 1063\r\n      |820 <-> 694\r\n      |821 <-> 1242\r\n      |822 <-> 143, 892\r\n      |823 <-> 1393, 1492\r\n      |824 <-> 946\r\n      |825 <-> 242, 999\r\n      |826 <-> 1594\r\n      |827 <-> 381, 1079, 1580\r\n      |828 <-> 1941\r\n      |829 <-> 468, 740, 1905\r\n      |830 <-> 977, 1260, 1861\r\n      |831 <-> 669, 760, 946, 1332\r\n      |832 <-> 428, 832, 944, 1172\r\n      |833 <-> 837, 1008, 1470\r\n      |834 <-> 429, 915\r\n      |835 <-> 306, 745, 976\r\n      |836 <-> 499, 967\r\n      |837 <-> 596, 833, 974\r\n      |838 <-> 1335\r\n      |839 <-> 320, 839, 1703\r\n      |840 <-> 1053, 1398, 1760\r\n      |841 <-> 1193\r\n      |842 <-> 842, 1066, 1108\r\n      |843 <-> 1414, 1697, 1894\r\n      |844 <-> 337, 438\r\n      |845 <-> 1506\r\n      |846 <-> 771\r\n      |847 <-> 466, 907, 1432\r\n      |848 <-> 510, 764\r\n      |849 <-> 1063, 1195, 1701\r\n      |850 <-> 730, 1551\r\n      |851 <-> 1112, 1331, 1479\r\n      |852 <-> 1652\r\n      |853 <-> 391\r\n      |854 <-> 17, 424, 906, 1665\r\n      |855 <-> 425, 1082\r\n      |856 <-> 301, 463, 727, 1744\r\n      |857 <-> 22, 227\r\n      |858 <-> 539, 1252, 1472\r\n      |859 <-> 232, 1843\r\n      |860 <-> 193\r\n      |861 <-> 549, 702, 1709, 1884\r\n      |862 <-> 1149\r\n      |863 <-> 651, 955\r\n      |864 <-> 630\r\n      |865 <-> 1138\r\n      |866 <-> 144, 1111, 1114\r\n      |867 <-> 282, 1487, 1835\r\n      |868 <-> 1699\r\n      |869 <-> 869\r\n      |870 <-> 1487\r\n      |871 <-> 619\r\n      |872 <-> 872\r\n      |873 <-> 370, 543, 1968\r\n      |874 <-> 750, 874\r\n      |875 <-> 234, 1202, 1473\r\n      |876 <-> 807, 933, 1741\r\n      |877 <-> 1205, 1874\r\n      |878 <-> 1831\r\n      |879 <-> 534, 1860\r\n      |880 <-> 32, 611, 674, 794\r\n      |881 <-> 1361, 1750\r\n      |882 <-> 572, 1495\r\n      |883 <-> 613, 669\r\n      |884 <-> 591, 628, 1815\r\n      |885 <-> 996, 1237\r\n      |886 <-> 314, 1709\r\n      |887 <-> 576\r\n      |888 <-> 551\r\n      |889 <-> 0, 1494\r\n      |890 <-> 1100, 1966\r\n      |891 <-> 788, 1312\r\n      |892 <-> 303, 533, 822, 1334, 1812, 1935\r\n      |893 <-> 1723\r\n      |894 <-> 272, 1992\r\n      |895 <-> 568, 1038\r\n      |896 <-> 551, 1425\r\n      |897 <-> 1783\r\n      |898 <-> 375\r\n      |899 <-> 358\r\n      |900 <-> 730\r\n      |901 <-> 106, 153, 610\r\n      |902 <-> 1203\r\n      |903 <-> 32, 1935\r\n      |904 <-> 1109\r\n      |905 <-> 364\r\n      |906 <-> 293, 854, 1565\r\n      |907 <-> 847, 1139, 1180, 1431, 1563, 1878\r\n      |908 <-> 1908\r\n      |909 <-> 321, 943\r\n      |910 <-> 47, 1067\r\n      |911 <-> 1468, 1495\r\n      |912 <-> 15\r\n      |913 <-> 1692\r\n      |914 <-> 922, 1445\r\n      |915 <-> 834, 1002\r\n      |916 <-> 461\r\n      |917 <-> 1177, 1924\r\n      |918 <-> 806, 962, 1058, 1419\r\n      |919 <-> 44, 82, 1933\r\n      |920 <-> 1147, 1539\r\n      |921 <-> 393, 458, 1055, 1951\r\n      |922 <-> 914, 1271\r\n      |923 <-> 204, 207, 1201\r\n      |924 <-> 205, 690\r\n      |925 <-> 173, 1816\r\n      |926 <-> 1279\r\n      |927 <-> 927\r\n      |928 <-> 781\r\n      |929 <-> 154\r\n      |930 <-> 144\r\n      |931 <-> 972, 1237\r\n      |932 <-> 1317\r\n      |933 <-> 876, 1756\r\n      |934 <-> 51, 405, 1105, 1960\r\n      |935 <-> 935, 1674\r\n      |936 <-> 491, 1201, 1247\r\n      |937 <-> 956, 1576, 1788\r\n      |938 <-> 1377, 1733\r\n      |939 <-> 121, 1638\r\n      |940 <-> 698, 1808\r\n      |941 <-> 1665, 1957\r\n      |942 <-> 673\r\n      |943 <-> 341, 909\r\n      |944 <-> 832\r\n      |945 <-> 1087, 1340\r\n      |946 <-> 824, 831\r\n      |947 <-> 555\r\n      |948 <-> 959\r\n      |949 <-> 1068\r\n      |950 <-> 1664\r\n      |951 <-> 241, 502, 1151\r\n      |952 <-> 40, 537, 1376\r\n      |953 <-> 397\r\n      |954 <-> 148, 1075, 1364\r\n      |955 <-> 863, 1235, 1618, 1724\r\n      |956 <-> 937\r\n      |957 <-> 101, 1323\r\n      |958 <-> 1794, 1972\r\n      |959 <-> 643, 948, 1023\r\n      |960 <-> 960, 1417\r\n      |961 <-> 1278\r\n      |962 <-> 370, 918\r\n      |963 <-> 481, 712\r\n      |964 <-> 1198\r\n      |965 <-> 4\r\n      |966 <-> 966\r\n      |967 <-> 836, 967, 1821\r\n      |968 <-> 1513\r\n      |969 <-> 128, 232\r\n      |970 <-> 529\r\n      |971 <-> 1471\r\n      |972 <-> 436, 931\r\n      |973 <-> 231\r\n      |974 <-> 837\r\n      |975 <-> 1390\r\n      |976 <-> 835\r\n      |977 <-> 830\r\n      |978 <-> 439, 1687\r\n      |979 <-> 527\r\n      |980 <-> 980, 1609, 1940\r\n      |981 <-> 307, 1671\r\n      |982 <-> 574, 1318, 1643\r\n      |983 <-> 243\r\n      |984 <-> 598\r\n      |985 <-> 279\r\n      |986 <-> 68\r\n      |987 <-> 1060\r\n      |988 <-> 1942\r\n      |989 <-> 1478\r\n      |990 <-> 490, 525, 1838\r\n      |991 <-> 41, 1263, 1302\r\n      |992 <-> 591\r\n      |993 <-> 273, 641\r\n      |994 <-> 1026, 1240, 1618\r\n      |995 <-> 662, 1545\r\n      |996 <-> 885, 1528\r\n      |997 <-> 449, 1058\r\n      |998 <-> 487\r\n      |999 <-> 784, 825\r\n      |1000 <-> 728\r\n      |1001 <-> 141, 663, 1626, 1681\r\n      |1002 <-> 300, 915\r\n      |1003 <-> 667\r\n      |1004 <-> 227, 459\r\n      |1005 <-> 1780\r\n      |1006 <-> 234, 1578\r\n      |1007 <-> 203, 406\r\n      |1008 <-> 617, 833\r\n      |1009 <-> 786, 1064\r\n      |1010 <-> 1010, 1031, 1919\r\n      |1011 <-> 752, 1754\r\n      |1012 <-> 7, 723, 1068, 1181\r\n      |1013 <-> 36\r\n      |1014 <-> 1594\r\n      |1015 <-> 707\r\n      |1016 <-> 63\r\n      |1017 <-> 1511\r\n      |1018 <-> 374, 1034\r\n      |1019 <-> 131, 1155\r\n      |1020 <-> 114\r\n      |1021 <-> 1288\r\n      |1022 <-> 645\r\n      |1023 <-> 959, 1375\r\n      |1024 <-> 1024\r\n      |1025 <-> 216\r\n      |1026 <-> 411, 994\r\n      |1027 <-> 515\r\n      |1028 <-> 1417\r\n      |1029 <-> 304, 724\r\n      |1030 <-> 343, 351\r\n      |1031 <-> 768, 1010\r\n      |1032 <-> 1032\r\n      |1033 <-> 521\r\n      |1034 <-> 1018\r\n      |1035 <-> 235, 1578\r\n      |1036 <-> 179, 503, 511, 1036\r\n      |1037 <-> 1037, 1044\r\n      |1038 <-> 895, 1125\r\n      |1039 <-> 547, 725, 1599\r\n      |1040 <-> 395\r\n      |1041 <-> 816\r\n      |1042 <-> 559, 1042\r\n      |1043 <-> 168, 1873\r\n      |1044 <-> 643, 1037, 1312\r\n      |1045 <-> 1232\r\n      |1046 <-> 321\r\n      |1047 <-> 254\r\n      |1048 <-> 1747\r\n      |1049 <-> 364\r\n      |1050 <-> 1050, 1947, 1963\r\n      |1051 <-> 1156\r\n      |1052 <-> 4, 1201\r\n      |1053 <-> 840\r\n      |1054 <-> 1133, 1342, 1537, 1708, 1778\r\n      |1055 <-> 71, 921, 1786\r\n      |1056 <-> 1672\r\n      |1057 <-> 778, 1423, 1787\r\n      |1058 <-> 918, 997\r\n      |1059 <-> 288, 1337, 1401\r\n      |1060 <-> 987, 1781\r\n      |1061 <-> 602, 1660\r\n      |1062 <-> 316, 1863\r\n      |1063 <-> 120, 819, 849\r\n      |1064 <-> 1009\r\n      |1065 <-> 1065\r\n      |1066 <-> 842\r\n      |1067 <-> 774, 910, 1089\r\n      |1068 <-> 949, 1012\r\n      |1069 <-> 1900\r\n      |1070 <-> 556\r\n      |1071 <-> 1884\r\n      |1072 <-> 447, 1122\r\n      |1073 <-> 163, 249, 1073, 1237\r\n      |1074 <-> 262\r\n      |1075 <-> 954, 1075, 1789\r\n      |1076 <-> 1076, 1680\r\n      |1077 <-> 55, 322\r\n      |1078 <-> 160, 547\r\n      |1079 <-> 827, 1079\r\n      |1080 <-> 377, 425, 1739\r\n      |1081 <-> 220, 230\r\n      |1082 <-> 855, 1638\r\n      |1083 <-> 44\r\n      |1084 <-> 302, 736\r\n      |1085 <-> 168, 1431\r\n      |1086 <-> 1973\r\n      |1087 <-> 639, 945\r\n      |1088 <-> 672\r\n      |1089 <-> 1067, 1190\r\n      |1090 <-> 408, 1492\r\n      |1091 <-> 1674\r\n      |1092 <-> 793\r\n      |1093 <-> 1802\r\n      |1094 <-> 536\r\n      |1095 <-> 1095, 1204\r\n      |1096 <-> 279\r\n      |1097 <-> 351, 381\r\n      |1098 <-> 757, 1519\r\n      |1099 <-> 1099, 1752\r\n      |1100 <-> 177, 890\r\n      |1101 <-> 1145\r\n      |1102 <-> 1280\r\n      |1103 <-> 190, 1200\r\n      |1104 <-> 629\r\n      |1105 <-> 100, 934\r\n      |1106 <-> 1426\r\n      |1107 <-> 78, 1497\r\n      |1108 <-> 842\r\n      |1109 <-> 507, 904, 1109\r\n      |1110 <-> 750\r\n      |1111 <-> 866\r\n      |1112 <-> 851\r\n      |1113 <-> 1113\r\n      |1114 <-> 866, 1131, 1861\r\n      |1115 <-> 1187, 1629\r\n      |1116 <-> 342\r\n      |1117 <-> 754\r\n      |1118 <-> 1637\r\n      |1119 <-> 739\r\n      |1120 <-> 1837\r\n      |1121 <-> 1133, 1758\r\n      |1122 <-> 577, 1072, 1349\r\n      |1123 <-> 1359\r\n      |1124 <-> 1174\r\n      |1125 <-> 1038, 1789\r\n      |1126 <-> 1260\r\n      |1127 <-> 1213\r\n      |1128 <-> 161, 652\r\n      |1129 <-> 441\r\n      |1130 <-> 4\r\n      |1131 <-> 1114\r\n      |1132 <-> 1132, 1979\r\n      |1133 <-> 1054, 1121, 1253\r\n      |1134 <-> 817\r\n      |1135 <-> 76, 1606\r\n      |1136 <-> 765, 777, 1860\r\n      |1137 <-> 434\r\n      |1138 <-> 865, 1280, 1471, 1736\r\n      |1139 <-> 74, 907\r\n      |1140 <-> 108, 378\r\n      |1141 <-> 178\r\n      |1142 <-> 655, 717\r\n      |1143 <-> 446\r\n      |1144 <-> 221\r\n      |1145 <-> 476, 705, 1101, 1271, 1956\r\n      |1146 <-> 474, 1179, 1936\r\n      |1147 <-> 920, 1147\r\n      |1148 <-> 1148, 1795\r\n      |1149 <-> 862, 1799\r\n      |1150 <-> 559, 684, 1797\r\n      |1151 <-> 951\r\n      |1152 <-> 1229\r\n      |1153 <-> 1515, 1530\r\n      |1154 <-> 1154\r\n      |1155 <-> 1019, 1300\r\n      |1156 <-> 164, 1051, 1156\r\n      |1157 <-> 18, 1157\r\n      |1158 <-> 1208\r\n      |1159 <-> 1651\r\n      |1160 <-> 567, 1510, 1710\r\n      |1161 <-> 1161, 1427, 1590\r\n      |1162 <-> 206, 229, 1561\r\n      |1163 <-> 1388\r\n      |1164 <-> 741, 1494\r\n      |1165 <-> 1217\r\n      |1166 <-> 123, 276\r\n      |1167 <-> 1262, 1547\r\n      |1168 <-> 80, 531, 696\r\n      |1169 <-> 362, 757, 1504\r\n      |1170 <-> 1854\r\n      |1171 <-> 1171, 1898\r\n      |1172 <-> 832\r\n      |1173 <-> 1173, 1315\r\n      |1174 <-> 1124, 1174, 1831\r\n      |1175 <-> 202, 452\r\n      |1176 <-> 330, 335, 1761\r\n      |1177 <-> 917\r\n      |1178 <-> 155, 567\r\n      |1179 <-> 224, 1146\r\n      |1180 <-> 907, 1661\r\n      |1181 <-> 1012\r\n      |1182 <-> 176\r\n      |1183 <-> 690, 722, 788\r\n      |1184 <-> 645\r\n      |1185 <-> 487\r\n      |1186 <-> 1659\r\n      |1187 <-> 348, 1115, 1670\r\n      |1188 <-> 275, 803\r\n      |1189 <-> 1689\r\n      |1190 <-> 75, 1089\r\n      |1191 <-> 285\r\n      |1192 <-> 1744\r\n      |1193 <-> 477, 515, 841\r\n      |1194 <-> 1308\r\n      |1195 <-> 761, 849\r\n      |1196 <-> 130, 1993\r\n      |1197 <-> 144\r\n      |1198 <-> 613, 964, 1329\r\n      |1199 <-> 1389\r\n      |1200 <-> 1103\r\n      |1201 <-> 923, 936, 1052\r\n      |1202 <-> 875\r\n      |1203 <-> 490, 902, 1692\r\n      |1204 <-> 718, 1095, 1245\r\n      |1205 <-> 263, 333, 877\r\n      |1206 <-> 1311\r\n      |1207 <-> 415, 1883\r\n      |1208 <-> 445, 1158\r\n      |1209 <-> 550, 1640\r\n      |1210 <-> 12, 1210, 1428\r\n      |1211 <-> 460, 1529\r\n      |1212 <-> 52, 159, 1493, 1819\r\n      |1213 <-> 1127, 1213\r\n      |1214 <-> 1214, 1436\r\n      |1215 <-> 266, 1758\r\n      |1216 <-> 729, 739\r\n      |1217 <-> 141, 749, 1165, 1315\r\n      |1218 <-> 599, 1595\r\n      |1219 <-> 740, 1549\r\n      |1220 <-> 588, 1374\r\n      |1221 <-> 405\r\n      |1222 <-> 1966\r\n      |1223 <-> 119\r\n      |1224 <-> 1528\r\n      |1225 <-> 1314\r\n      |1226 <-> 86, 515\r\n      |1227 <-> 1681\r\n      |1228 <-> 1228\r\n      |1229 <-> 0, 1152, 1374\r\n      |1230 <-> 1453\r\n      |1231 <-> 223, 488\r\n      |1232 <-> 1045, 1261\r\n      |1233 <-> 1759\r\n      |1234 <-> 360\r\n      |1235 <-> 283, 955, 1241, 1783\r\n      |1236 <-> 1356\r\n      |1237 <-> 600, 885, 931, 1073\r\n      |1238 <-> 370, 1602\r\n      |1239 <-> 546, 1373\r\n      |1240 <-> 994\r\n      |1241 <-> 1235, 1392\r\n      |1242 <-> 7, 59, 821, 1945\r\n      |1243 <-> 1296\r\n      |1244 <-> 7, 1300, 1434\r\n      |1245 <-> 1204, 1347\r\n      |1246 <-> 374, 555, 1508\r\n      |1247 <-> 109, 936\r\n      |1248 <-> 785, 1715\r\n      |1249 <-> 238\r\n      |1250 <-> 1600, 1623\r\n      |1251 <-> 1251\r\n      |1252 <-> 858\r\n      |1253 <-> 392, 1133\r\n      |1254 <-> 35, 1394\r\n      |1255 <-> 575\r\n      |1256 <-> 214, 1607, 1685\r\n      |1257 <-> 169\r\n      |1258 <-> 81, 1264, 1320\r\n      |1259 <-> 811, 1425\r\n      |1260 <-> 830, 1126\r\n      |1261 <-> 571, 1232\r\n      |1262 <-> 1167, 1862\r\n      |1263 <-> 540, 991\r\n      |1264 <-> 1258, 1651\r\n      |1265 <-> 139, 1569\r\n      |1266 <-> 708\r\n      |1267 <-> 1267\r\n      |1268 <-> 721\r\n      |1269 <-> 276, 676, 1759\r\n      |1270 <-> 467, 1270, 1916\r\n      |1271 <-> 225, 922, 1145, 1700\r\n      |1272 <-> 99\r\n      |1273 <-> 1302\r\n      |1274 <-> 1966\r\n      |1275 <-> 525\r\n      |1276 <-> 791, 1834\r\n      |1277 <-> 450, 1474, 1645\r\n      |1278 <-> 185, 961\r\n      |1279 <-> 458, 926\r\n      |1280 <-> 209, 1102, 1138\r\n      |1281 <-> 208, 462, 1943\r\n      |1282 <-> 694, 1522\r\n      |1283 <-> 111, 119, 1407\r\n      |1284 <-> 182, 1996\r\n      |1285 <-> 287\r\n      |1286 <-> 647, 1286, 1715\r\n      |1287 <-> 132\r\n      |1288 <-> 222, 1021, 1398\r\n      |1289 <-> 724\r\n      |1290 <-> 208, 260, 317\r\n      |1291 <-> 1498\r\n      |1292 <-> 88\r\n      |1293 <-> 387, 715, 1322, 1519, 1645\r\n      |1294 <-> 445, 513, 1504\r\n      |1295 <-> 766\r\n      |1296 <-> 1243, 1379, 1964\r\n      |1297 <-> 38, 1669\r\n      |1298 <-> 1906\r\n      |1299 <-> 18, 1804\r\n      |1300 <-> 1155, 1244\r\n      |1301 <-> 1371, 1453\r\n      |1302 <-> 991, 1273\r\n      |1303 <-> 375, 504, 1948\r\n      |1304 <-> 1667, 1933\r\n      |1305 <-> 102, 151, 665\r\n      |1306 <-> 266\r\n      |1307 <-> 179\r\n      |1308 <-> 34, 1194\r\n      |1309 <-> 563\r\n      |1310 <-> 526, 789\r\n      |1311 <-> 1206, 1311, 1769\r\n      |1312 <-> 891, 1044\r\n      |1313 <-> 169\r\n      |1314 <-> 151, 1225\r\n      |1315 <-> 42, 1173, 1217\r\n      |1316 <-> 1316\r\n      |1317 <-> 932, 1805\r\n      |1318 <-> 187, 373, 982\r\n      |1319 <-> 41, 220, 1948\r\n      |1320 <-> 1258, 1859\r\n      |1321 <-> 651\r\n      |1322 <-> 1293\r\n      |1323 <-> 957, 1472\r\n      |1324 <-> 1324\r\n      |1325 <-> 1325\r\n      |1326 <-> 803, 1846\r\n      |1327 <-> 753\r\n      |1328 <-> 1879\r\n      |1329 <-> 1198\r\n      |1330 <-> 553, 1330\r\n      |1331 <-> 392, 851\r\n      |1332 <-> 396, 831\r\n      |1333 <-> 210\r\n      |1334 <-> 892\r\n      |1335 <-> 838, 1552, 1568\r\n      |1336 <-> 1336\r\n      |1337 <-> 1059\r\n      |1338 <-> 310, 544\r\n      |1339 <-> 1897\r\n      |1340 <-> 945\r\n      |1341 <-> 489\r\n      |1342 <-> 137, 1054\r\n      |1343 <-> 1343\r\n      |1344 <-> 1946\r\n      |1345 <-> 1345\r\n      |1346 <-> 652\r\n      |1347 <-> 1245, 1914, 1930\r\n      |1348 <-> 787, 1591\r\n      |1349 <-> 669, 1122\r\n      |1350 <-> 304, 1790\r\n      |1351 <-> 587, 1997\r\n      |1352 <-> 20, 614\r\n      |1353 <-> 1738\r\n      |1354 <-> 413, 1608\r\n      |1355 <-> 522, 1816, 1917\r\n      |1356 <-> 1236, 1450\r\n      |1357 <-> 431, 1575\r\n      |1358 <-> 500\r\n      |1359 <-> 1123, 1599\r\n      |1360 <-> 1370, 1385\r\n      |1361 <-> 1, 881\r\n      |1362 <-> 355, 1611, 1952\r\n      |1363 <-> 69\r\n      |1364 <-> 954\r\n      |1365 <-> 1948\r\n      |1366 <-> 30, 1470\r\n      |1367 <-> 1527\r\n      |1368 <-> 724\r\n      |1369 <-> 277, 1482\r\n      |1370 <-> 1360\r\n      |1371 <-> 642, 1301, 1478, 1485\r\n      |1372 <-> 1372, 1594\r\n      |1373 <-> 1239\r\n      |1374 <-> 79, 1220, 1229\r\n      |1375 <-> 764, 771, 1023\r\n      |1376 <-> 952\r\n      |1377 <-> 938, 1520, 1730\r\n      |1378 <-> 1378, 1411, 1823\r\n      |1379 <-> 1296, 1832\r\n      |1380 <-> 1380\r\n      |1381 <-> 673\r\n      |1382 <-> 1382\r\n      |1383 <-> 195, 586\r\n      |1384 <-> 542\r\n      |1385 <-> 215, 1360\r\n      |1386 <-> 1386\r\n      |1387 <-> 1536\r\n      |1388 <-> 311, 402, 1163\r\n      |1389 <-> 251, 1199\r\n      |1390 <-> 322, 975\r\n      |1391 <-> 172, 407, 1453\r\n      |1392 <-> 1241, 1587\r\n      |1393 <-> 419, 823, 1636\r\n      |1394 <-> 1254, 1588, 1699\r\n      |1395 <-> 401, 1621\r\n      |1396 <-> 1396, 1870\r\n      |1397 <-> 1629\r\n      |1398 <-> 840, 1288\r\n      |1399 <-> 1399, 1932\r\n      |1400 <-> 721\r\n      |1401 <-> 1059\r\n      |1402 <-> 1402\r\n      |1403 <-> 33\r\n      |1404 <-> 1449, 1632, 1832\r\n      |1405 <-> 1634\r\n      |1406 <-> 1726\r\n      |1407 <-> 265, 1283, 1999\r\n      |1408 <-> 39, 336, 426\r\n      |1409 <-> 75, 147, 654\r\n      |1410 <-> 691, 1780\r\n      |1411 <-> 1378\r\n      |1412 <-> 1447, 1759\r\n      |1413 <-> 616, 691\r\n      |1414 <-> 843\r\n      |1415 <-> 1415\r\n      |1416 <-> 197, 271\r\n      |1417 <-> 132, 960, 1028\r\n      |1418 <-> 1418, 1426\r\n      |1419 <-> 918, 1560\r\n      |1420 <-> 789\r\n      |1421 <-> 629, 715\r\n      |1422 <-> 391, 640\r\n      |1423 <-> 781, 1057\r\n      |1424 <-> 1614\r\n      |1425 <-> 21, 896, 1259\r\n      |1426 <-> 1106, 1418\r\n      |1427 <-> 1161\r\n      |1428 <-> 1210, 1677\r\n      |1429 <-> 131\r\n      |1430 <-> 1822\r\n      |1431 <-> 907, 1085, 1846\r\n      |1432 <-> 817, 847\r\n      |1433 <-> 75\r\n      |1434 <-> 1244\r\n      |1435 <-> 484, 808\r\n      |1436 <-> 1214\r\n      |1437 <-> 418\r\n      |1438 <-> 57\r\n      |1439 <-> 1469, 1824\r\n      |1440 <-> 237\r\n      |1441 <-> 1722\r\n      |1442 <-> 424, 1678\r\n      |1443 <-> 144\r\n      |1444 <-> 579, 643, 1869\r\n      |1445 <-> 914\r\n      |1446 <-> 1524, 1728\r\n      |1447 <-> 1412, 1962\r\n      |1448 <-> 1485\r\n      |1449 <-> 1404\r\n      |1450 <-> 1356, 1647\r\n      |1451 <-> 460, 1907, 1967\r\n      |1452 <-> 445, 446\r\n      |1453 <-> 56, 133, 638, 1230, 1301, 1391\r\n      |1454 <-> 1994\r\n      |1455 <-> 788\r\n      |1456 <-> 1914\r\n      |1457 <-> 769\r\n      |1458 <-> 1458\r\n      |1459 <-> 700, 1796\r\n      |1460 <-> 1799\r\n      |1461 <-> 15, 436\r\n      |1462 <-> 1678\r\n      |1463 <-> 83, 1553, 1684\r\n      |1464 <-> 35\r\n      |1465 <-> 1471\r\n      |1466 <-> 175, 430\r\n      |1467 <-> 539, 702\r\n      |1468 <-> 281, 911, 1475\r\n      |1469 <-> 366, 426, 478, 1439, 1524\r\n      |1470 <-> 833, 1366\r\n      |1471 <-> 971, 1138, 1465\r\n      |1472 <-> 560, 858, 1323, 1937\r\n      |1473 <-> 506, 875\r\n      |1474 <-> 1277, 1937\r\n      |1475 <-> 701, 1468\r\n      |1476 <-> 464, 522\r\n      |1477 <-> 1785\r\n      |1478 <-> 989, 1371\r\n      |1479 <-> 409, 851\r\n      |1480 <-> 1677\r\n      |1481 <-> 463\r\n      |1482 <-> 517, 1369, 1482\r\n      |1483 <-> 102, 218\r\n      |1484 <-> 532, 1531, 1735\r\n      |1485 <-> 400, 1371, 1448\r\n      |1486 <-> 453\r\n      |1487 <-> 867, 870, 1577, 1584\r\n      |1488 <-> 1488\r\n      |1489 <-> 16, 327\r\n      |1490 <-> 418\r\n      |1491 <-> 7, 1589\r\n      |1492 <-> 823, 1090\r\n      |1493 <-> 1212, 1519, 1675\r\n      |1494 <-> 775, 889, 1164\r\n      |1495 <-> 882, 911\r\n      |1496 <-> 386, 1496\r\n      |1497 <-> 269, 455, 1107\r\n      |1498 <-> 9, 1291, 1758\r\n      |1499 <-> 1685, 1893\r\n      |1500 <-> 1657\r\n      |1501 <-> 244, 287\r\n      |1502 <-> 1951\r\n      |1503 <-> 112\r\n      |1504 <-> 1169, 1294\r\n      |1505 <-> 1987\r\n      |1506 <-> 845, 1905\r\n      |1507 <-> 1507\r\n      |1508 <-> 1246\r\n      |1509 <-> 41\r\n      |1510 <-> 195, 789, 1160, 1980\r\n      |1511 <-> 658, 1017\r\n      |1512 <-> 1990\r\n      |1513 <-> 968, 1513, 1612\r\n      |1514 <-> 1514\r\n      |1515 <-> 1153, 1632\r\n      |1516 <-> 280\r\n      |1517 <-> 759\r\n      |1518 <-> 1837\r\n      |1519 <-> 80, 82, 1098, 1293, 1493\r\n      |1520 <-> 1377, 1978\r\n      |1521 <-> 1521\r\n      |1522 <-> 1282\r\n      |1523 <-> 1749, 1876\r\n      |1524 <-> 660, 1446, 1469, 1535, 1729\r\n      |1525 <-> 283, 713\r\n      |1526 <-> 22, 1767\r\n      |1527 <-> 535, 1367, 1889\r\n      |1528 <-> 996, 1224\r\n      |1529 <-> 1211, 1736\r\n      |1530 <-> 1153\r\n      |1531 <-> 451, 670, 1484\r\n      |1532 <-> 46\r\n      |1533 <-> 62, 143, 530\r\n      |1534 <-> 117, 1992\r\n      |1535 <-> 1524\r\n      |1536 <-> 342, 1387\r\n      |1537 <-> 1054\r\n      |1538 <-> 302, 1589\r\n      |1539 <-> 576, 920\r\n      |1540 <-> 668, 731\r\n      |1541 <-> 1639\r\n      |1542 <-> 1542\r\n      |1543 <-> 1702\r\n      |1544 <-> 1927\r\n      |1545 <-> 995\r\n      |1546 <-> 92, 1890\r\n      |1547 <-> 40, 1167\r\n      |1548 <-> 796\r\n      |1549 <-> 110, 337, 1219\r\n      |1550 <-> 46, 667\r\n      |1551 <-> 497, 850\r\n      |1552 <-> 526, 1335\r\n      |1553 <-> 464, 635, 1463\r\n      |1554 <-> 580, 1696\r\n      |1555 <-> 1556, 1648, 1867\r\n      |1556 <-> 180, 1555, 1676\r\n      |1557 <-> 313, 1831\r\n      |1558 <-> 249\r\n      |1559 <-> 501\r\n      |1560 <-> 1419\r\n      |1561 <-> 1162\r\n      |1562 <-> 271, 388\r\n      |1563 <-> 597, 907\r\n      |1564 <-> 239\r\n      |1565 <-> 906, 1854\r\n      |1566 <-> 465\r\n      |1567 <-> 393, 619\r\n      |1568 <-> 1335, 1745\r\n      |1569 <-> 658, 1265, 1651\r\n      |1570 <-> 475\r\n      |1571 <-> 310, 323, 609\r\n      |1572 <-> 540, 716\r\n      |1573 <-> 738\r\n      |1574 <-> 531\r\n      |1575 <-> 597, 818, 1357\r\n      |1576 <-> 937\r\n      |1577 <-> 456, 1487, 1630\r\n      |1578 <-> 1006, 1035\r\n      |1579 <-> 1704\r\n      |1580 <-> 827\r\n      |1581 <-> 286, 703, 1888\r\n      |1582 <-> 294\r\n      |1583 <-> 1907\r\n      |1584 <-> 1487\r\n      |1585 <-> 1955\r\n      |1586 <-> 1586, 1641\r\n      |1587 <-> 1392\r\n      |1588 <-> 522, 1394\r\n      |1589 <-> 1491, 1538, 1589\r\n      |1590 <-> 1161, 1642, 1946\r\n      |1591 <-> 4, 617, 1348\r\n      |1592 <-> 68\r\n      |1593 <-> 356, 466\r\n      |1594 <-> 826, 1014, 1372\r\n      |1595 <-> 1218\r\n      |1596 <-> 78\r\n      |1597 <-> 640\r\n      |1598 <-> 422\r\n      |1599 <-> 1039, 1359\r\n      |1600 <-> 1250\r\n      |1601 <-> 113, 1631\r\n      |1602 <-> 1238\r\n      |1603 <-> 1603\r\n      |1604 <-> 1604\r\n      |1605 <-> 1980\r\n      |1606 <-> 1135, 1828\r\n      |1607 <-> 1256, 1607\r\n      |1608 <-> 1354\r\n      |1609 <-> 980, 1864\r\n      |1610 <-> 1610\r\n      |1611 <-> 583, 1362\r\n      |1612 <-> 309, 367, 1513\r\n      |1613 <-> 270, 1620\r\n      |1614 <-> 1424, 1688\r\n      |1615 <-> 1615\r\n      |1616 <-> 1884\r\n      |1617 <-> 806, 1763\r\n      |1618 <-> 955, 994, 1897\r\n      |1619 <-> 1622\r\n      |1620 <-> 538, 584, 1613\r\n      |1621 <-> 1395, 1621\r\n      |1622 <-> 452, 1619\r\n      |1623 <-> 188, 1250\r\n      |1624 <-> 148\r\n      |1625 <-> 519, 618, 1625, 1765\r\n      |1626 <-> 213, 1001\r\n      |1627 <-> 1929\r\n      |1628 <-> 6, 305\r\n      |1629 <-> 558, 1115, 1397\r\n      |1630 <-> 1577\r\n      |1631 <-> 779, 1601\r\n      |1632 <-> 1404, 1515\r\n      |1633 <-> 336\r\n      |1634 <-> 762, 1405, 1734\r\n      |1635 <-> 1635\r\n      |1636 <-> 257, 649, 1393\r\n      |1637 <-> 167, 329, 1118\r\n      |1638 <-> 939, 1082\r\n      |1639 <-> 1541, 1639\r\n      |1640 <-> 1209\r\n      |1641 <-> 1586\r\n      |1642 <-> 567, 1590\r\n      |1643 <-> 982\r\n      |1644 <-> 408, 509\r\n      |1645 <-> 1277, 1293\r\n      |1646 <-> 1836, 1875\r\n      |1647 <-> 1450, 1772\r\n      |1648 <-> 1555, 1946\r\n      |1649 <-> 1743\r\n      |1650 <-> 627, 1720\r\n      |1651 <-> 1159, 1264, 1569\r\n      |1652 <-> 852, 1930\r\n      |1653 <-> 1653\r\n      |1654 <-> 677\r\n      |1655 <-> 85, 733\r\n      |1656 <-> 1875\r\n      |1657 <-> 261, 1500, 1703\r\n      |1658 <-> 693, 1679\r\n      |1659 <-> 1186, 1659\r\n      |1660 <-> 673, 1061\r\n      |1661 <-> 662, 1180\r\n      |1662 <-> 483\r\n      |1663 <-> 1663, 1904\r\n      |1664 <-> 196, 950, 1664\r\n      |1665 <-> 144, 854, 941\r\n      |1666 <-> 1666\r\n      |1667 <-> 1304, 1890\r\n      |1668 <-> 488\r\n      |1669 <-> 1297\r\n      |1670 <-> 78, 1187\r\n      |1671 <-> 215, 981\r\n      |1672 <-> 145, 358, 719, 1056\r\n      |1673 <-> 1673\r\n      |1674 <-> 25, 935, 1091\r\n      |1675 <-> 1493\r\n      |1676 <-> 190, 1556\r\n      |1677 <-> 1428, 1480\r\n      |1678 <-> 1442, 1462, 1987\r\n      |1679 <-> 577, 1658\r\n      |1680 <-> 16, 1076\r\n      |1681 <-> 1001, 1227\r\n      |1682 <-> 71\r\n      |1683 <-> 90\r\n      |1684 <-> 479, 1463, 1852\r\n      |1685 <-> 1256, 1499\r\n      |1686 <-> 94\r\n      |1687 <-> 687, 978, 1787\r\n      |1688 <-> 332, 1614, 1688\r\n      |1689 <-> 758, 1189, 1779\r\n      |1690 <-> 477\r\n      |1691 <-> 1691, 1986\r\n      |1692 <-> 166, 585, 813, 913, 1203, 1913\r\n      |1693 <-> 671\r\n      |1694 <-> 1711\r\n      |1695 <-> 89, 1795\r\n      |1696 <-> 1554\r\n      |1697 <-> 147, 843, 1900\r\n      |1698 <-> 212, 444, 1793\r\n      |1699 <-> 676, 868, 1394, 1705\r\n      |1700 <-> 87, 1271\r\n      |1701 <-> 849\r\n      |1702 <-> 222, 692, 1543\r\n      |1703 <-> 839, 1657\r\n      |1704 <-> 314, 498, 1579\r\n      |1705 <-> 1699\r\n      |1706 <-> 89, 1993\r\n      |1707 <-> 1990, 1994\r\n      |1708 <-> 1054, 1892\r\n      |1709 <-> 861, 886\r\n      |1710 <-> 1160\r\n      |1711 <-> 1694, 1737\r\n      |1712 <-> 1712\r\n      |1713 <-> 714, 1935\r\n      |1714 <-> 600\r\n      |1715 <-> 217, 1248, 1286\r\n      |1716 <-> 808\r\n      |1717 <-> 278, 1914\r\n      |1718 <-> 580\r\n      |1719 <-> 669\r\n      |1720 <-> 1650, 1762, 1856\r\n      |1721 <-> 422, 1918\r\n      |1722 <-> 1441, 1722\r\n      |1723 <-> 893, 1915\r\n      |1724 <-> 508, 750, 955\r\n      |1725 <-> 1725\r\n      |1726 <-> 1406, 1959\r\n      |1727 <-> 1797\r\n      |1728 <-> 14, 1446\r\n      |1729 <-> 1524\r\n      |1730 <-> 1377, 1737\r\n      |1731 <-> 104, 749\r\n      |1732 <-> 129, 1908\r\n      |1733 <-> 174, 655, 938\r\n      |1734 <-> 816, 1634, 1734\r\n      |1735 <-> 538, 1484\r\n      |1736 <-> 0, 1138, 1529\r\n      |1737 <-> 1711, 1730\r\n      |1738 <-> 26, 1353, 1757\r\n      |1739 <-> 302, 1080\r\n      |1740 <-> 118, 257\r\n      |1741 <-> 152, 219, 876\r\n      |1742 <-> 1841, 1945\r\n      |1743 <-> 333, 1649\r\n      |1744 <-> 659, 743, 856, 1192\r\n      |1745 <-> 1568\r\n      |1746 <-> 1746\r\n      |1747 <-> 579, 1048\r\n      |1748 <-> 283\r\n      |1749 <-> 189, 350, 1523, 1848, 1894\r\n      |1750 <-> 881\r\n      |1751 <-> 344\r\n      |1752 <-> 1099\r\n      |1753 <-> 1753\r\n      |1754 <-> 1011\r\n      |1755 <-> 1755, 1939\r\n      |1756 <-> 933\r\n      |1757 <-> 1738\r\n      |1758 <-> 1121, 1215, 1498\r\n      |1759 <-> 1233, 1269, 1412\r\n      |1760 <-> 198, 679, 840\r\n      |1761 <-> 1176\r\n      |1762 <-> 713, 1720\r\n      |1763 <-> 1617\r\n      |1764 <-> 613\r\n      |1765 <-> 1625\r\n      |1766 <-> 99\r\n      |1767 <-> 623, 751, 1526\r\n      |1768 <-> 82\r\n      |1769 <-> 1311, 1921\r\n      |1770 <-> 565, 1995\r\n      |1771 <-> 77, 1771\r\n      |1772 <-> 805, 1647, 1772\r\n      |1773 <-> 1773, 1826\r\n      |1774 <-> 303\r\n      |1775 <-> 239, 259\r\n      |1776 <-> 225\r\n      |1777 <-> 393\r\n      |1778 <-> 482, 699, 709, 1054\r\n      |1779 <-> 264, 1689\r\n      |1780 <-> 61, 194, 707, 1005, 1410, 1999\r\n      |1781 <-> 165, 1060, 1978\r\n      |1782 <-> 264\r\n      |1783 <-> 897, 1235, 1845\r\n      |1784 <-> 1784\r\n      |1785 <-> 1477, 1915\r\n      |1786 <-> 1055\r\n      |1787 <-> 1057, 1687, 1899\r\n      |1788 <-> 498, 937, 1859\r\n      |1789 <-> 1075, 1125\r\n      |1790 <-> 646, 1350\r\n      |1791 <-> 617\r\n      |1792 <-> 1855\r\n      |1793 <-> 1698\r\n      |1794 <-> 958\r\n      |1795 <-> 1148, 1695\r\n      |1796 <-> 779, 1459, 1857\r\n      |1797 <-> 1150, 1727\r\n      |1798 <-> 500\r\n      |1799 <-> 795, 1149, 1460\r\n      |1800 <-> 368, 1800\r\n      |1801 <-> 220\r\n      |1802 <-> 99, 1093\r\n      |1803 <-> 1810\r\n      |1804 <-> 1299\r\n      |1805 <-> 292, 527, 1317\r\n      |1806 <-> 443, 1865\r\n      |1807 <-> 795, 1911\r\n      |1808 <-> 940\r\n      |1809 <-> 122, 595\r\n      |1810 <-> 345, 1803\r\n      |1811 <-> 1980\r\n      |1812 <-> 892\r\n      |1813 <-> 421, 606\r\n      |1814 <-> 612, 780\r\n      |1815 <-> 656, 884\r\n      |1816 <-> 925, 1355\r\n      |1817 <-> 635, 666\r\n      |1818 <-> 29, 206\r\n      |1819 <-> 1212\r\n      |1820 <-> 1874\r\n      |1821 <-> 227, 967\r\n      |1822 <-> 736, 739, 1430\r\n      |1823 <-> 1378\r\n      |1824 <-> 68, 1439\r\n      |1825 <-> 700\r\n      |1826 <-> 557, 1773\r\n      |1827 <-> 98, 1971\r\n      |1828 <-> 1606, 1865\r\n      |1829 <-> 449\r\n      |1830 <-> 1830\r\n      |1831 <-> 20, 878, 1174, 1557\r\n      |1832 <-> 1379, 1404, 1832\r\n      |1833 <-> 107\r\n      |1834 <-> 423, 560, 1276\r\n      |1835 <-> 867\r\n      |1836 <-> 118, 1646\r\n      |1837 <-> 47, 1120, 1518\r\n      |1838 <-> 243, 990\r\n      |1839 <-> 1839\r\n      |1840 <-> 478\r\n      |1841 <-> 1742\r\n      |1842 <-> 565\r\n      |1843 <-> 594, 747, 859\r\n      |1844 <-> 461\r\n      |1845 <-> 1783\r\n      |1846 <-> 1326, 1431\r\n      |1847 <-> 633, 1888\r\n      |1848 <-> 1749\r\n      |1849 <-> 24, 48, 292, 1851\r\n      |1850 <-> 440, 782\r\n      |1851 <-> 1849\r\n      |1852 <-> 1684\r\n      |1853 <-> 1853\r\n      |1854 <-> 557, 1170, 1565\r\n      |1855 <-> 70, 1792\r\n      |1856 <-> 1720\r\n      |1857 <-> 1796\r\n      |1858 <-> 417\r\n      |1859 <-> 1320, 1788\r\n      |1860 <-> 36, 879, 1136\r\n      |1861 <-> 830, 1114\r\n      |1862 <-> 416, 1262\r\n      |1863 <-> 28, 769, 787, 1062\r\n      |1864 <-> 1609, 1920, 1953\r\n      |1865 <-> 189, 1806, 1828, 1969\r\n      |1866 <-> 451\r\n      |1867 <-> 1555\r\n      |1868 <-> 1868\r\n      |1869 <-> 1444\r\n      |1870 <-> 1396\r\n      |1871 <-> 1939\r\n      |1872 <-> 1914\r\n      |1873 <-> 694, 1043\r\n      |1874 <-> 241, 877, 1820\r\n      |1875 <-> 1646, 1656\r\n      |1876 <-> 1523\r\n      |1877 <-> 1877\r\n      |1878 <-> 159, 688, 907\r\n      |1879 <-> 1328, 1879\r\n      |1880 <-> 415\r\n      |1881 <-> 65\r\n      |1882 <-> 201\r\n      |1883 <-> 812, 1207\r\n      |1884 <-> 731, 861, 1071, 1616\r\n      |1885 <-> 753, 1885\r\n      |1886 <-> 75\r\n      |1887 <-> 766, 807\r\n      |1888 <-> 240, 1581, 1847\r\n      |1889 <-> 800, 1527\r\n      |1890 <-> 1546, 1667\r\n      |1891 <-> 186, 548\r\n      |1892 <-> 1708\r\n      |1893 <-> 1499\r\n      |1894 <-> 475, 843, 1749\r\n      |1895 <-> 622, 1895, 1978\r\n      |1896 <-> 334\r\n      |1897 <-> 1339, 1618, 1949\r\n      |1898 <-> 1171\r\n      |1899 <-> 1787\r\n      |1900 <-> 1069, 1697\r\n      |1901 <-> 142\r\n      |1902 <-> 291, 305\r\n      |1903 <-> 745\r\n      |1904 <-> 1663\r\n      |1905 <-> 829, 1506\r\n      |1906 <-> 316, 767, 1298, 1999\r\n      |1907 <-> 183, 1451, 1583\r\n      |1908 <-> 908, 1732\r\n      |1909 <-> 62\r\n      |1910 <-> 1999\r\n      |1911 <-> 364, 1807\r\n      |1912 <-> 372, 1912\r\n      |1913 <-> 161, 601, 1692\r\n      |1914 <-> 1347, 1456, 1717, 1872\r\n      |1915 <-> 760, 1723, 1785\r\n      |1916 <-> 1270\r\n      |1917 <-> 1355\r\n      |1918 <-> 1721\r\n      |1919 <-> 590, 1010\r\n      |1920 <-> 414, 1864\r\n      |1921 <-> 1769\r\n      |1922 <-> 232\r\n      |1923 <-> 238, 271, 1923\r\n      |1924 <-> 571, 917\r\n      |1925 <-> 556, 1925\r\n      |1926 <-> 129, 581\r\n      |1927 <-> 360, 1544\r\n      |1928 <-> 289\r\n      |1929 <-> 1627, 1929\r\n      |1930 <-> 181, 1347, 1652\r\n      |1931 <-> 469, 1931\r\n      |1932 <-> 1399\r\n      |1933 <-> 919, 1304\r\n      |1934 <-> 290\r\n      |1935 <-> 803, 892, 903, 1713\r\n      |1936 <-> 1146\r\n      |1937 <-> 146, 1472, 1474\r\n      |1938 <-> 149\r\n      |1939 <-> 88, 1755, 1871\r\n      |1940 <-> 980\r\n      |1941 <-> 548, 828\r\n      |1942 <-> 613, 988\r\n      |1943 <-> 1281\r\n      |1944 <-> 239, 326, 530\r\n      |1945 <-> 49, 1242, 1742\r\n      |1946 <-> 1344, 1590, 1648\r\n      |1947 <-> 1050\r\n      |1948 <-> 607, 1303, 1319, 1365\r\n      |1949 <-> 1897\r\n      |1950 <-> 1950\r\n      |1951 <-> 553, 921, 1502\r\n      |1952 <-> 163, 1362\r\n      |1953 <-> 1864\r\n      |1954 <-> 495, 620\r\n      |1955 <-> 735, 1585\r\n      |1956 <-> 11, 1145\r\n      |1957 <-> 941\r\n      |1958 <-> 398, 668\r\n      |1959 <-> 340, 1726\r\n      |1960 <-> 934\r\n      |1961 <-> 641\r\n      |1962 <-> 1447\r\n      |1963 <-> 112, 1050\r\n      |1964 <-> 1296\r\n      |1965 <-> 61\r\n      |1966 <-> 890, 1222, 1274\r\n      |1967 <-> 545, 550, 729, 1451\r\n      |1968 <-> 873\r\n      |1969 <-> 704, 1865\r\n      |1970 <-> 393\r\n      |1971 <-> 1827\r\n      |1972 <-> 326, 958\r\n      |1973 <-> 1086, 1973\r\n      |1974 <-> 319, 1974\r\n      |1975 <-> 452\r\n      |1976 <-> 155\r\n      |1977 <-> 410\r\n      |1978 <-> 1520, 1781, 1895\r\n      |1979 <-> 1132\r\n      |1980 <-> 1510, 1605, 1811\r\n      |1981 <-> 184\r\n      |1982 <-> 39\r\n      |1983 <-> 1983\r\n      |1984 <-> 379, 494\r\n      |1985 <-> 95\r\n      |1986 <-> 1691\r\n      |1987 <-> 1505, 1678\r\n      |1988 <-> 124, 516, 784\r\n      |1989 <-> 322\r\n      |1990 <-> 1512, 1707\r\n      |1991 <-> 226\r\n      |1992 <-> 894, 1534\r\n      |1993 <-> 1196, 1706\r\n      |1994 <-> 16, 1454, 1707\r\n      |1995 <-> 682, 1770\r\n      |1996 <-> 1284\r\n      |1997 <-> 153, 308, 1351\r\n      |1998 <-> 5, 235, 428, 524\r\n      |1999 <-> 1407, 1780, 1906, 1910\r\n    \"\"\".trim.stripMargin.split(\"\\n\").map(_.trim)\r\n\r\n  private val testinput =\r\n    \"\"\"\r\n      |0 <-> 2\r\n      |1 <-> 1\r\n      |2 <-> 0, 3, 4\r\n      |3 <-> 2, 4\r\n      |4 <-> 2, 3, 6\r\n      |5 <-> 6\r\n      |6 <-> 4, 5\r\n    \"\"\".trim.stripMargin.split(\"\\n\").map(_.trim)\r\n\r\n  test(\"Day12.Challenge1\") {\r\n    assert(Day12.process(challengeinput) == 134)\r\n  }\r\n\r\n  test(\"Day12.Process\") {\r\n    assert(Day12.process(testinput) == 6)\r\n  }\r\n\r\n  test(\"Day12.CountGroups\") {\r\n    assert(Day12.countgroups(testinput) == 2)\r\n  }\r\n\r\n  test(\"Day12.Challenge2\") {\r\n    assert(Day12.countgroups(challengeinput) == 193)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day06.scala","text":"package com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day06 {\r\n  val WHITESPACE = raw\"\\s+\"\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input: String = io.Source.stdin.getLines().toList.head\r\n\r\n    printf(\"Result 1: %d\\n\", time { simulate(input.split(WHITESPACE).map(d => d.toInt).toVector) })\r\n    printf(\"Result 2: %d\\n\", time { simulate2(input.split(WHITESPACE).map(d => d.toInt).toVector) })\r\n  }\r\n\r\n  def distribute(state: Vector[Int], position: Int): Vector[Int] = {\r\n    @tailrec\r\n    def dodistribute(state: Vector[Int], left: Int, position: Int): Vector[Int] = {\r\n      if (left == 0) {\r\n        state\r\n      } else {\r\n        dodistribute(state.updated(position, state(position) + 1), left - 1, (position + 1) % state.length)\r\n      }\r\n    }\r\n\r\n    dodistribute(state.updated(position, 0), state(position), (position + 1) % state.length)\r\n  }\r\n\r\n  def simulate(state: Vector[Int]): Int = {\r\n    @tailrec\r\n    def step(program: Vector[Int], seen: Set[Vector[Int]], iterations: Int): Int = {\r\n      if (seen contains program) {\r\n        iterations\r\n      } else {\r\n        step(distribute(program, program.zipWithIndex.maxBy(_._1)._2), seen + program, iterations + 1)\r\n      }\r\n    }\r\n\r\n    step(state, Set.empty, 0)\r\n  }\r\n\r\n  def simulate2(state: Vector[Int]): Int = {\r\n    @tailrec\r\n    def step(program: Vector[Int], seen: Map[Vector[Int], Int], iterations: Int): Int = {\r\n      if (seen contains program) {\r\n        iterations - seen(program)\r\n      } else {\r\n        step(distribute(program, program.zipWithIndex.maxBy(_._1)._2), seen.updated(program, iterations), iterations + 1)\r\n      }\r\n    }\r\n\r\n    step(state, Map.empty, 0)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day05.scala","text":"package com.zetatwo\r\nimport Common._\r\n\r\nimport scala.annotation.tailrec\r\n\r\nobject Day05 {\r\n  def main(args: Array[String]): Unit = {\r\n    val lines: Seq[String] = io.Source.stdin.getLines.toList\r\n\r\n    printf(\"Result 1: %d\\n\", time { simulate(lines.map(l => l.toInt).toVector) })\r\n    printf(\"Result 2: %d\\n\", time { simulate2(lines.map(l => l.toInt).toVector) })\r\n  }\r\n\r\n  def simulate(program: Vector[Int]): Int = {\r\n    @tailrec\r\n    def step(program: Vector[Int], pc: Int, steps: Int): Int = {\r\n      if (!(program.indices contains pc)) {\r\n        steps\r\n      } else {\r\n        step(program.updated(pc, program(pc) + 1), pc + program(pc), steps + 1)\r\n      }\r\n    }\r\n    step(program, 0, 0)\r\n  }\r\n\r\n  def simulate2(program: Vector[Int]): Int = {\r\n    @tailrec\r\n    def step(program: Vector[Int], pc: Int, steps: Int): Int = {\r\n      if (!(program.indices contains pc)) {\r\n        steps\r\n      } else if (program(pc) >= 3) {\r\n        step(program.updated(pc, program(pc) - 1), pc + program(pc), steps + 1)\r\n      } else {\r\n        step(program.updated(pc, program(pc) + 1), pc + program(pc), steps + 1)\r\n      }\r\n    }\r\n    step(program, 0, 0)\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day10.scala","text":"<gh_stars>0\npackage com.zetatwo\r\n\r\nimport com.zetatwo.Common._\r\nimport scala.annotation.tailrec\r\n\r\nobject Day10 {\r\n\r\n  def main(args: Array[String]): Unit = {\r\n    val input = io.Source.stdin.getLines().toList.map(_.trim).head\r\n\r\n    printf(\"Result 1: %s\\n\", time { standardtwist(input.split(\",\").map(_.toInt)) })\r\n    printf(\"Result 2: %s\\n\", time { twisthash(input) })\r\n  }\r\n\r\n  def twist(list: List[Int], lengths: Seq[Int]): List[Int] = {\r\n    @tailrec\r\n    def loop(list: List[Int], lengths: Seq[Int], position: Int, skipsize: Int): List[Int] = {\r\n      if (lengths.isEmpty) {\r\n        return list\r\n      }\r\n\r\n      \/\/ Cycle current position to start\r\n      val (normleft, normright) = list.splitAt(position).swap\r\n      val normalized = normleft ++ normright\r\n\r\n      \/\/ Twist left half\r\n      val (twistleft, twistright) = normalized.splitAt(lengths.head)\r\n      val twisted = twistleft.reverse ++ twistright\r\n\r\n      \/\/ Cycle back in place\r\n      val (denormleft, denormright) = twisted.splitAt(list.length - position).swap\r\n      val denormalized = denormleft ++ denormright\r\n\r\n      loop(denormalized, lengths.tail, (position + lengths.head + skipsize) % list.length, skipsize + 1)\r\n    }\r\n\r\n    loop(list, lengths, 0, 0)\r\n  }\r\n\r\n  def twistround(lengths: Seq[Int], size: Int): Int = {\r\n    twist((0 until size).toList, lengths).take(2).product\r\n  }\r\n\r\n  def standardtwist(lengths: Seq[Int]): Int = twistround(lengths, 256)\r\n\r\n  def twisthash(input: String): String = {\r\n    val preproc = input.map(_.toInt) ++ List(17, 31, 73, 47, 23)\r\n    val hash = twist((0 until 256).toList, (1 to 64).flatMap(_ => preproc))\r\n    hash\r\n      .grouped(16)              \/\/ Groups of 16\r\n      .map(_.fold(0)(_ ^ _))    \/\/ Xor all together\r\n      .map(_.formatted(\"%02x\")) \/\/ Hex format\r\n      .fold(\"\")(_ + _)          \/\/ Concat to string\r\n  }\r\n}\r\n"}
{"repo_name":"ZetaTwo\/advent-of-code","path":"2017\/src\/main\/scala\/com\/zetatwo\/Day01.scala","text":"<reponame>ZetaTwo\/advent-of-code<filename>2017\/src\/main\/scala\/com\/zetatwo\/Day01.scala<gh_stars>0\npackage com.zetatwo\n\nobject Day01 {\n  def main(args: Array[String]): Unit = {\n    val input = io.StdIn.readLine()\n\n    printf(\"Result 1: %d\", sum(input))\n    printf(\"Result 2: %d\", sum2(input))\n  }\n\n  def doSum(input: String, rotation: Int): Int = {\n    val digits: Seq[Int] = input.map(c => Integer.valueOf(c.toString).intValue())\n\n    val (left, right) = digits.splitAt(rotation)\n    val rotated: Seq[Int] = right ++ left\n\n    val pairs: Seq[(Int, Int)] = digits zip rotated\n    val pairvalues: Seq[Int] = pairs.flatMap({\n      case (a, b) if a == b => Some(a)\n      case _ => None\n    })\n\n    pairvalues.sum\n  }\n\n  def sum(input: String): Int = {\n    doSum(input, 1)\n  }\n\n  def sum2(input: String): Int = {\n    doSum(input, input.length\/2)\n  }\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"oauth2\/src\/main\/scala\/tsec.oauth2\/provider\/OAuthException.scala","text":"package tsec.oauth2.provider\n\nsealed abstract class OAuthError(val description: String) extends Exception(description) {\n  def statusCode: Int\n  def errorType: String\n}\n\nfinal case class RefreshTokenFailed(override val description: String)\n    extends OAuthError(s\"Failed to refresh token: $description\") {\n  val statusCode = 400\n  val errorType  = \"invalid_grant\"\n}\n\nfinal case class FailedToIssueAccessToken(override val description: String)\n    extends OAuthError(s\"Failed to issue access token: $description\") {\n  val statusCode = 400\n  val errorType  = \"invalid_grant\"\n}\n\nfinal case class FailedToDeleteAuthCode(override val description: String)\n    extends OAuthError(s\"Failed to delete auth code: $description\") {\n  val statusCode = 400\n  val errorType  = \"invalid_grant\"\n}\n\nfinal case class InvalidRequest(override val description: String) extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"invalid_request\"\n}\n\ncase object InvalidAuthorizationHeader extends OAuthError(\"invalid Authorization header\") {\n  val statusCode = 400\n  val errorType  = \"invalid_request\"\n}\n\nfinal case class InvalidClient(override val description: String) extends OAuthError(description) {\n  val statusCode = 401\n  val errorType  = \"invalid_client\"\n}\n\nfinal case class UnauthorizedClient(override val description: String) extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"unauthorized_client\"\n}\n\ncase object RedirectUriMismatch extends OAuthError(\"redirect uri mismatch\") {\n  val statusCode = 400\n  val errorType  = \"invalid_request\"\n}\n\nfinal case class AccessDenied(override val description: String) extends OAuthError(description) {\n  val statusCode = 401\n  val errorType  = \"access_denied\"\n}\n\nfinal case class UnsupportedResponseType(override val description: String = \"\") extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"unsupported_response_type\"\n}\n\nfinal case class InvalidGrant(override val description: String = \"\") extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"invalid_grant\"\n}\n\nfinal case class UnsupportedGrantType(override val description: String = \"\") extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"unsupported_grant_type\"\n}\n\nfinal case class InvalidScope(override val description: String = \"\") extends OAuthError(description) {\n  val statusCode = 400\n  val errorType  = \"invalid_scope\"\n}\n\nfinal case class InvalidToken(override val description: String) extends OAuthError(description) {\n  val statusCode = 401\n  val errorType  = \"invalid_token\"\n}\n\ncase object ExpiredToken extends OAuthError(\"The access token expired\") {\n  val statusCode = 401\n  val errorType  = \"invalid_token\"\n}\n\nfinal case class InsufficientScope(override val description: String = \"\") extends OAuthError(description) {\n  val statusCode = 403\n  val errorType  = \"insufficient_scope\"\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"mac\/src\/test\/scala\/tsec\/MacTests.scala","text":"package tsec\n\nimport java.security.MessageDigest\n\nimport cats.effect.IO\nimport tsec.common._\nimport tsec.keygen.symmetric.SymmetricKeyGen\nimport tsec.mac.jca._\nimport cats.effect.unsafe.implicits.global\n\nclass MacTests extends TestSpec {\n\n  def macTest[A](\n      implicit keyGen: SymmetricKeyGen[IO, A, MacSigningKey],\n      pureinstance: JCAMessageAuth[IO, A]\n  ): Unit = {\n    behavior of pureinstance.algorithm\n\n    \/\/Todo: Should be with scalacheck\n    it should \"Sign then verify the same encrypted data properly\" in {\n      val dataToSign = \"awwwwwwwwwwwwwwwwwwwwwww YEAH\".utf8Bytes\n\n      val res = for {\n        k        <- keyGen.generateKey\n        signed   <- pureinstance.sign(dataToSign, k)\n        verified <- pureinstance.verifyBool(dataToSign, signed, k)\n      } yield verified\n\n      res.unsafeRunSync() mustBe true\n    }\n\n    it should \"sign to the same message\" in {\n      val dataToSign = \"awwwwwwwwwwwwwwwwwwwwwww YEAH\".utf8Bytes\n\n      val res: IO[Boolean] = for {\n        k       <- keyGen.generateKey\n        signed1 <- pureinstance.sign(dataToSign, k)\n        signed2 <- pureinstance.sign(dataToSign, k)\n      } yield MessageDigest.isEqual(signed1, signed2)\n      res.unsafeRunSync() mustBe true\n    }\n\n    it should \"not verify for different messages\" in {\n      val dataToSign = \"awwwwwwwwwwwwwwwwwwwwwww YEAH\".utf8Bytes\n      val incorrect  = \"hello my kekistanis\".utf8Bytes\n\n      val res = for {\n        k       <- keyGen.generateKey\n        signed1 <- pureinstance.sign(dataToSign, k)\n        cond    <- pureinstance.verifyBool(incorrect, signed1, k)\n      } yield cond\n\n      res.unsafeRunSync() mustBe false\n    }\n\n    it should \"not verify for different keys\" in {\n\n      val dataToSign = \"awwwwwwwwwwwwwwwwwwwwwww YEAH\".utf8Bytes\n\n      val res = for {\n        k       <- keyGen.generateKey\n        k2      <- keyGen.generateKey\n        signed1 <- pureinstance.sign(dataToSign, k)\n        cond    <- pureinstance.verifyBool(dataToSign, signed1, k2)\n      } yield cond\n\n      res.unsafeRunSync() mustBe false\n\n    }\n  }\n\n  macTest[HMACSHA1]\n  macTest[HMACSHA256]\n  macTest[HMACSHA384]\n  macTest[HMACSHA512]\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"hashing-bouncy\/src\/test\/scala\/tsec\/hashing\/bouncy\/HasherTest.scala","text":"package tsec.hashing.bouncy\n\nimport java.security.MessageDigest\n\nimport cats.Id\nimport cats.effect.IO\nimport fs2._\nimport tsec.TestSpec\nimport tsec.common._\nimport tsec.hashing.{CryptoHashAPI, CryptoHasher}\nimport cats.effect.unsafe.implicits.global\n\nclass HasherTest extends TestSpec {\n  val str     = \"hello World\"\n  val strList = List(\"a\", \"a\", \"bcd\")\n\n  def hashTests[A](implicit P1: CryptoHasher[Id, A], P2: CryptoHasher[IO, A]): Unit = {\n    s\"A cryptographic hash function for ${P1.algorithm}\" should s\"generate an equal hash for two equal byte arrays\" in {\n      forAll { (s1: String, s2: String) =>\n        val h1 = P1.hash(s1.utf8Bytes)\n        val h2 = P1.hash(s2.utf8Bytes)\n\n        MessageDigest.isEqual(h1, h2) mustBe s1 == s2\n\n      }\n    }\n\n    it should \"generate an equal hash for piped byte arrays\" in {\n      forAll { (s1: String, s2: String) =>\n        val h1 = Stream.emits(s1.utf8Bytes).covary[IO].through(P2.hashPipe)\n        val h2 = Stream.emits(s2.utf8Bytes).covary[IO].through(P2.hashPipe)\n\n        h1.compile.toList.unsafeRunSync() == h2.compile.toList.unsafeRunSync() mustBe s1 == s2\n      }\n    }\n\n  }\n\n  hashTests[Keccak224]\n  hashTests[Keccak256]\n  hashTests[Keccak384]\n  hashTests[Keccak512]\n  hashTests[Whirlpool]\n  hashTests[RipeMD128]\n  hashTests[RipeMD160]\n  hashTests[RipeMD256]\n  hashTests[RipeMD320]\n  hashTests[Streebog256]\n  hashTests[Streebog512]\n  hashTests[Blake2B160]\n  hashTests[Blake2B256]\n  hashTests[Blake2B384]\n  hashTests[Blake2B512]\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"oauth2\/src\/test\/scala\/tsec.oauth2\/provider\/ProtectedResourceSpec.scala","text":"package tsec.oauth2.provider\n\nimport java.time.Instant\n\nimport cats.effect.IO\nimport org.scalatest._\nimport org.scalatest.matchers.should.Matchers._\nimport cats.effect.unsafe.implicits.global\nimport scala.concurrent.duration._\n\nclass ProtectedResourceSpec extends flatspec.AnyFlatSpec {\n  val pureProtectedResourceHandler = new ProtectedResourceHandler[IO, MockUser] {\n\n    override def findAccessToken(token: String): IO[Option[AccessToken]] =\n      IO.pure(Some(AccessToken(\"token1\", Some(\"refreshToken1\"), Some(\"all\"), Some(3600 seconds), Instant.now())))\n\n    override def findAuthInfoByAccessToken(accessToken: AccessToken): IO[Option[AuthInfo[MockUser]]] =\n      IO.pure(\n        Some(\n          AuthInfo(\n            user = MockUser(10000, \"username\"),\n            clientId = Some(\"clientId1\"),\n            scope = Some(\"all\"),\n            redirectUri = None\n          )\n        )\n      )\n\n  }\n\n  val handler = ProtectedResource.apply[IO, MockUser](pureProtectedResourceHandler)\n\n  it should \"be handled request with token into header\" in {\n    val request = new ProtectedResourceRequest(\n      Map(\"Authorization\" -> Seq(\"OAuth token1\")),\n      Map(\"username\"      -> Seq(\"user\"), \"password\" -> Seq(\"<PASSWORD>\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    handler.authorize(request).map(_ should be(Symbol(\"right\")))\n  }\n\n  it should \"be handled request with token into body\" in {\n    val request = new ProtectedResourceRequest(\n      Map(),\n      Map(\"access_token\" -> Seq(\"token1\"), \"username\" -> Seq(\"user\"), \"password\" -> Seq(\"<PASSWORD>\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    handler.authorize(request).map(_ should be(Symbol(\"right\")))\n  }\n\n  it should \"be lost expired\" in {\n    val request = new ProtectedResourceRequest(\n      Map(\"Authorization\" -> Seq(\"OAuth token1\")),\n      Map(\"username\"      -> Seq(\"user\"), \"password\" -> Seq(\"<PASSWORD>\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    val dataHandler = new ProtectedResourceHandler[IO, MockUser] {\n\n      override def findAccessToken(token: String): IO[Option[AccessToken]] =\n        IO.pure(\n          Some(\n            AccessToken(\n              \"token1\",\n              Some(\"refreshToken1\"),\n              Some(\"all\"),\n              Some(3600 seconds),\n              Instant.ofEpochMilli(System.currentTimeMillis() - 4000 * 1000)\n            )\n          )\n        )\n\n      override def findAuthInfoByAccessToken(accessToken: AccessToken): IO[Option[AuthInfo[MockUser]]] =\n        IO.pure(\n          Some(\n            AuthInfo(\n              user = MockUser(10000, \"username\"),\n              clientId = Some(\"clientId1\"),\n              scope = Some(\"all\"),\n              redirectUri = None\n            )\n          )\n        )\n\n    }\n\n    val localHandler = ProtectedResource.apply[IO, MockUser](dataHandler)\n    val f = localHandler.authorize(request).value.unsafeRunSync()\n\n    f shouldBe Left(ExpiredToken)\n  }\n\n  it should \"be invalid request without token\" in {\n    val request = new ProtectedResourceRequest(\n      Map(),\n      Map(\"username\" -> Seq(\"user\"), \"password\" -> Seq(\"<PASSWORD>\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    val f           = handler.authorize(request).value.unsafeRunSync()\n\n    f shouldBe Left(InvalidRequest(\"Access token is not found\"))\n  }\n\n  it should \"be invalid request when not find an access token\" in {\n    val request = new ProtectedResourceRequest(\n      Map(\"Authorization\" -> Seq(\"OAuth token1\")),\n      Map(\"username\"      -> Seq(\"user\"), \"password\" -> Seq(\"<PASSWORD>\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    val dataHandler = new ProtectedResourceHandler[IO, MockUser] {\n\n      override def findAccessToken(token: String): IO[Option[AccessToken]] = IO.pure(None)\n\n      override def findAuthInfoByAccessToken(accessToken: AccessToken): IO[Option[AuthInfo[MockUser]]] = IO.pure(None)\n\n    }\n    val localHandler = ProtectedResource.apply[IO, MockUser](dataHandler)\n    val f = localHandler.authorize(request).value.unsafeRunSync()\n    f shouldBe Left(InvalidToken(\"The access token is not found\"))\n  }\n\n  it should \"be invalid request when not find AuthInfo by token\" in {\n    val request = new ProtectedResourceRequest(\n      Map(\"Authorization\" -> Seq(\"OAuth token1\")),\n      Map(\"username\"      -> Seq(\"user\"), \"password\" -> Seq(\"pass\"), \"scope\" -> Seq(\"all\"))\n    )\n\n    val dataHandler = new ProtectedResourceHandler[IO, MockUser] {\n\n      override def findAccessToken(token: String): IO[Option[AccessToken]] =\n        IO.pure(Some(AccessToken(\"token1\", Some(\"refreshToken1\"), Some(\"all\"), Some(3600 seconds), Instant.now())))\n\n      override def findAuthInfoByAccessToken(accessToken: AccessToken): IO[Option[AuthInfo[MockUser]]] = IO.pure(None)\n\n    }\n    val localHandler = ProtectedResource.apply[IO, MockUser](dataHandler)\n    val f = localHandler.authorize(request).value.unsafeRunSync()\n    f shouldBe Left(InvalidToken(\"The access token is invalid\"))\n  }\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"common\/src\/test\/scala\/tsec\/TSecOpsTest.scala","text":"package tsec\nimport cats.effect.IO\nimport tsec.common._\nimport cats.effect.unsafe.implicits.global\nclass TSecOpsTest extends TestSpec {\n\n  behavior of \"TSec ops\"\n\n  it should \"convert Float properly\" in {\n    forAll { (value: Float) =>\n      val convert = value.toBytes\n\n      convert.toFloatUnsafe mustBe value\n      convert.toFloat[IO].unsafeRunSync() mustBe value\n    }\n  }\n\n  it should \"convert Double properly\" in {\n    forAll { (value: Double) =>\n      val convert = value.toBytes\n\n      convert.toDoubleUnsafe mustBe value\n      convert.toDouble[IO].unsafeRunSync() mustBe value\n    }\n  }\n\n  it should \"convert Long properly\" in {\n    forAll { (value: Long) =>\n      val convert = value.toBytes\n\n      convert.toLongUnsafe mustBe value\n      convert.toLong[IO].unsafeRunSync() mustBe value\n    }\n  }\n\n  it should \"convert Short properly\" in {\n    forAll { (value: Short) =>\n      val convert = value.toBytes\n\n      convert.toShortUnsafe mustBe value\n      convert.toShort[IO].unsafeRunSync() mustBe value\n    }\n  }\n\n  it should \"convert Int properly\" in {\n    forAll { (value: Int) =>\n      val convert = value.toBytes\n\n      convert.toIntUnsafe mustBe value\n      convert.toInt[IO].unsafeRunSync() mustBe value\n    }\n  }\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"oauth2\/src\/test\/scala\/tsec.oauth2\/provider\/AuthorizationCodeGrantHandlerSpec.scala","text":"<filename>oauth2\/src\/test\/scala\/tsec.oauth2\/provider\/AuthorizationCodeGrantHandlerSpec.scala\npackage tsec.oauth2.provider\n\nimport java.time.Instant\n\nimport cats.effect.IO\nimport cats.syntax.either._\nimport org.scalatest.matchers.should.Matchers._\nimport org.scalatest._\nimport tsec.oauth2.provider.ValidatedRequest.ValidatedAuthorizationCode\nimport tsec.oauth2.provider.grantHandler.AuthorizationCodeGrantHandler\nimport tsec.oauth2.provider.grantHandler.AuthorizationCodeHandler\nimport cats.effect.unsafe.implicits.global\n\nimport scala.concurrent.duration._\n\nclass AuthorizationCodeGrantHandlerSpec extends flatspec.AnyFlatSpec with OptionValues {\n\n  it should \"handle request\" in {\n    var codeDeleted: Boolean = false\n    val dataHandler = new AuthorizationCodeHandler[IO, MockUser] {\n      override def validateClient(request: ValidatedAuthorizationCode): IO[Boolean] =\n        IO.pure(true)\n      override def findAuthInfoByCode(code: String): IO[Option[AuthInfo[MockUser]]] =\n        IO.pure(\n          Some(\n            AuthInfo(\n              user = MockUser(10000, \"username\"),\n              clientId = Some(\"clientId1\"),\n              scope = Some(\"all\"),\n              redirectUri = Some(\"http:\/\/example.com\/\")\n            )\n          )\n        )\n\n      override def createAccessToken(authInfo: AuthInfo[MockUser]): IO[AccessToken] =\n        IO.pure(AccessToken(\"token1\", Some(\"refreshToken1\"), Some(\"all\"), Some(3600 seconds),Instant.now()))\n\n      override def deleteAuthCode(code: String): IO[Unit] = {\n        Thread.sleep(300)\n        codeDeleted = true\n        IO.pure(())\n      }\n\n      override def getStoredAccessToken(authInfo: AuthInfo[MockUser]): IO[Option[AccessToken]] = IO.pure(None)\n      override def refreshAccessToken(authInfo: AuthInfo[MockUser], refreshToken: String): IO[AccessToken] = IO.pure(AccessToken(\"\", Some(\"\"), Some(\"\"), Some(0 seconds), Instant.now()))\n    }\n    val handler = new AuthorizationCodeGrantHandler[IO, MockUser](dataHandler)\n\n    val f = handler.handleRequest(\n      ValidatedAuthorizationCode(ClientCredential(\"clientId1\", Some(\"ClientSecret1\")), \"code1\", None, Some(\"http:\/\/example.com\/\"))\n    )\n\n    val result = f.value.unsafeRunSync().toOption.get\n    codeDeleted shouldBe true\n    result.tokenType shouldBe \"Bearer\"\n    result.accessToken shouldBe \"token1\"\n    result.expiresIn.value.toMillis should (be <= 3600L and be > 3595L)\n    result.refreshToken shouldBe Some(\"<PASSWORD>\")\n    result.scope shouldBe Some(\"all\")\n  }\n\n  it should \"handle request if redirectUrl is none\" in {\n    val dataHandler = new AuthorizationCodeHandler[IO, MockUser] {\n      override def validateClient(request: ValidatedAuthorizationCode): IO[Boolean] =\n        IO.pure(true)\n      override def findAuthInfoByCode(code: String): IO[Option[AuthInfo[MockUser]]] =\n        IO.pure(\n          Some(\n            AuthInfo(\n              user = MockUser(10000, \"username\"),\n              clientId = Some(\"clientId1\"),\n              scope = Some(\"all\"),\n              redirectUri = None\n            )\n          )\n        )\n\n      override def createAccessToken(authInfo: AuthInfo[MockUser]): IO[AccessToken] =\n        IO.pure(AccessToken(\"token1\", Some(\"refreshToken1\"), Some(\"all\"), Some(3600 seconds), Instant.now()))\n      override def deleteAuthCode(code: String): IO[Unit] = IO.pure(())\n      override def getStoredAccessToken(authInfo: AuthInfo[MockUser]): IO[Option[AccessToken]] = IO.pure(None)\n      override def refreshAccessToken(authInfo: AuthInfo[MockUser], refreshToken: String): IO[AccessToken] = IO.pure(AccessToken(\"\", Some(\"\"), Some(\"\"), Some(0 seconds), Instant.now()))\n    }\n    val handler = new AuthorizationCodeGrantHandler[IO, MockUser](dataHandler)\n    val f = handler.handleRequest(\n      ValidatedAuthorizationCode(ClientCredential(\"clientId1\", Some(\"ClientSecret1\")), \"code1\", None, None)\n    )\n\n    val result = f.value.unsafeRunSync().toOption.get\n    result.tokenType shouldBe \"Bearer\"\n    result.accessToken shouldBe \"token1\"\n    result.expiresIn.value.toMillis should (be <= 3600L and be > 2595L)\n    result.refreshToken shouldBe Some(\"<PASSWORD>Token1\")\n    result.scope shouldBe Some(\"all\")\n  }\n\n  it should \"return a Failure IO\" in {\n    val dataHandler = new AuthorizationCodeHandler[IO, MockUser] {\n      override def validateClient(request: ValidatedAuthorizationCode): IO[Boolean] = IO.pure(true)\n\n      override def findAuthInfoByCode(code: String): IO[Option[AuthInfo[MockUser]]] =\n        IO.pure(\n          Some(\n            AuthInfo(\n              user = MockUser(10000, \"username\"),\n              clientId = Some(\"clientId1\"),\n              scope = Some(\"all\"),\n              redirectUri = Some(\"http:\/\/example.com\/\")\n            )\n          )\n        )\n\n      override def createAccessToken(authInfo: AuthInfo[MockUser]): IO[AccessToken] =\n        IO.pure(AccessToken(\"token1\", Some(\"refreshToken1\"), Some(\"all\"), Some(3600 seconds), Instant.now()))\n\n      override def deleteAuthCode(code: String): IO[Unit] =\n        IO.raiseError(new Exception(\"fail\"))\n      override def getStoredAccessToken(authInfo: AuthInfo[MockUser]): IO[Option[AccessToken]] = IO.pure(None)\n      override def refreshAccessToken(authInfo: AuthInfo[MockUser], refreshToken: String): IO[AccessToken] = IO.pure(AccessToken(\"\", Some(\"\"), Some(\"\"), Some(0 seconds), Instant.now()))\n    }\n    val handler = new AuthorizationCodeGrantHandler[IO, MockUser](dataHandler)\n    val f = handler.handleRequest(\n      ValidatedAuthorizationCode(ClientCredential(\"clientId1\", Some(\"ClientSecret1\")), \"code1\", None, Some(\"http:\/\/example.com\/\"))\n    )\n\n    val result = f.value.unsafeRunSync()\n    result shouldBe(Left(FailedToDeleteAuthCode(\"fail\")))\n  }\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"oauth2\/src\/main\/scala\/tsec.oauth2\/provider\/ValidatedRequest.scala","text":"<filename>oauth2\/src\/main\/scala\/tsec.oauth2\/provider\/ValidatedRequest.scala\npackage tsec.oauth2.provider\n\nimport java.nio.charset.StandardCharsets\n\nimport cats.implicits._\nimport tsec.common._\nimport tsec.oauth2.provider.grantHandler.GrantType\n\nimport scala.collection.immutable.TreeMap\nimport scala.util.Try\n\ncase class ClientCredential(clientId: String, clientSecret: Option[String])\n\nsealed abstract class ValidatedRequest extends Product with Serializable {\n  type A\n  def grantType: GrantType\n  def scope: Option[String]\n}\nobject ValidatedRequest {\n  case class ValidatedAuthorizationCode(\n      clientCredential: ClientCredential,\n      code: String,\n      scope: Option[String],\n      redirectUri: Option[String]\n  ) extends ValidatedRequest {\n    type A = this.type\n    def grantType: GrantType = GrantType.AuthorizationCode\n  }\n\n  case class ValidatedRefreshToken(clientCredential: ClientCredential, refreshToken: String, scope: Option[String])\n      extends ValidatedRequest {\n    type A = this.type\n    def name: String         = \"refresh_token\"\n    def grantType: GrantType = GrantType.RefreshToken\n  }\n\n  case class ValidatedClientCredentials(clientCredential: ClientCredential, scope: Option[String])\n      extends ValidatedRequest {\n    type A = this.type\n    def grantType: GrantType = GrantType.ClientCrendentials\n  }\n\n  case class ValidatedImplicit(clientCredential: ClientCredential, scope: Option[String]) extends ValidatedRequest {\n    type A = this.type\n    def name: String         = \"implicit\"\n    def grantType: GrantType = GrantType.Implicit\n  }\n\n  case class ValidatedPasswordNoClientCred(password: String, username: String, scope: Option[String])\n      extends ValidatedRequest {\n    type A = this.type\n    def grantType: GrantType = GrantType.Password\n  }\n\n  case class ValidatedPasswordWithClientCred(\n      clientCredential: ClientCredential,\n      password: String,\n      username: String,\n      scope: Option[String]\n  ) extends ValidatedRequest {\n    type A = this.type\n    def grantType: GrantType = GrantType.Password\n  }\n\n  def getScope(params: Map[String, Seq[String]]): Option[String] = params.get(Scope).flatMap(_.headOption)\n\n  def createValidatedAuthorizationCode(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedAuthorizationCode] =\n    for {\n      credential <- parseClientCredential(headers, params)\n      code       <- params.get(\"code\").flatMap(_.headOption).toRight(InvalidRequest(\"missing code param\"))\n    } yield\n      ValidatedAuthorizationCode(credential, code, getScope(params), params.get(\"redirect_uri\").flatMap(_.headOption))\n\n  def createValidatedRefreshToken(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedRefreshToken] =\n    for {\n      credential <- parseClientCredential(headers, params)\n      res <- params\n        .get(\"refresh_token\")\n        .flatMap(_.headOption)\n        .toRight(InvalidRequest(\"missing refresh_token param\"))\n    } yield new ValidatedRefreshToken(credential, res, getScope(params))\n\n  def createValidatedClientCredentials(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedClientCredentials] =\n    for {\n      credential <- parseClientCredential(headers, params)\n    } yield ValidatedClientCredentials(credential, getScope(params))\n\n  def createValidatedPasswordWithClientCred(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedPasswordWithClientCred] =\n    for {\n      credential <- parseClientCredential(headers, params)\n      password   <- params.get(\"password\").flatMap(_.headOption).toRight(InvalidRequest(\"missing password param\"))\n      username   <- params.get(\"username\").flatMap(_.headOption).toRight(InvalidRequest(\"missing username param\"))\n    } yield ValidatedPasswordWithClientCred(credential, password, username, getScope(params))\n\n  def createValidatedPasswordNoClientCred(\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedPasswordNoClientCred] =\n    for {\n      password <- params.get(\"password\").flatMap(_.headOption).toRight(InvalidRequest(\"missing password param\"))\n      username <- params.get(\"username\").flatMap(_.headOption).toRight(InvalidRequest(\"missing username param\"))\n    } yield ValidatedPasswordNoClientCred(password, username, getScope(params))\n\n  def createValidatedImplicit(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ValidatedImplicit] =\n    for {\n      credential <- parseClientCredential(headers, params)\n    } yield ValidatedImplicit(credential, getScope(params))\n\n  private[oauth2] def parseClientCredential(\n      headers: Map[String, Seq[String]],\n      params: Map[String, Seq[String]]\n  ): Either[OAuthError, ClientCredential] = {\n    val orderedHeaders = new TreeMap[String, Seq[String]]()(Ordering.by(_.toLowerCase)) ++ headers\n    val authHeader = for {\n      h <- orderedHeaders\n        .get(\"authorization\")\n        .flatMap(_.headOption)\n        .toRight[OAuthError](InvalidClient(\"Missing authorization header\"))\n      matcher <- \"\"\"^\\s*Basic\\s+(.+?)\\s*$\"\"\".r.findFirstMatchIn(h).toRight(InvalidAuthorizationHeader)\n      cred = matcher.group(1)\n      r <- clientCredentialByAuthorization(cred)\n    } yield r\n\n    val res = authHeader.fold[Either[OAuthError, ClientCredential]](\n      e => {\n        e match {\n          case InvalidAuthorizationHeader => InvalidAuthorizationHeader.asLeft[ClientCredential]\n          case _ =>\n            clientCredentialByParam(params).toRight(\n              InvalidClient(s\"Failed to parse client credential from header (${e.description}) and params\")\n            )\n        }\n      },\n      Right(_)\n    )\n    res\n  }\n\n  private def clientCredentialByAuthorization(s: String): Either[InvalidClient, ClientCredential] =\n    Try(new String(s.base64Bytes, StandardCharsets.UTF_8))\n      .map(_.split(\":\", 2))\n      .getOrElse(Array.empty[String]) match {\n      case Array(clientId, clientSecret) =>\n        Right(ClientCredential(clientId, if (clientSecret.isEmpty) None else Some(clientSecret)))\n      case _ =>\n        Left(InvalidClient(\"invalid Base 64\"))\n    }\n\n  private def clientCredentialByParam(params: Map[String, Seq[String]]): Option[ClientCredential] =\n    for {\n      clientId <- params.get(ClientId).flatMap(_.headOption)\n    } yield ClientCredential(clientId, params.get(ClientSecret).flatMap(_.headOption))\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"cipher-symmetric\/src\/main\/scala\/tsec\/cipher\/symmetric\/jca\/primitive\/JCAPrimitiveCipher.scala","text":"<reponame>ScalaWilliam\/tsec<gh_stars>100-1000\npackage tsec.cipher.symmetric.jca.primitive\n\nimport javax.crypto.{Cipher => JCipher}\n\nimport cats.MonadError\nimport cats.effect.Sync\nimport cats.syntax.all._\nimport tsec.cipher.common.padding.SymmetricPadding\nimport tsec.cipher.symmetric.{Encryptor, _}\nimport tsec.cipher.symmetric.jca.{IvProcess, SecretKey}\n\nsealed abstract class JCAPrimitiveCipher[F[_], C, M, P](\n    implicit algoTag: BlockCipher[C],\n    modeSpec: CipherMode[M],\n    paddingTag: SymmetricPadding[P],\n    private[tsec] val ivProcess: IvProcess[C, M, P]\n) extends Encryptor[F, C, SecretKey] {\n\n  private[tsec] def catchF[Y](a: => Y): F[Y]\n\n  private def getInstance =\n    JCAPrimitiveCipher.getJCipherUnsafe[C, M, P]\n\n  def encrypt(plainText: PlainText, key: SecretKey[C], iv: Iv[C]): F[CipherText[C]] =\n    catchF {\n      val instance = getInstance\n      ivProcess.encryptInit(instance, iv, SecretKey.toJavaKey(key))\n      val encrypted = instance.doFinal(plainText)\n      CipherText[C](RawCipherText(encrypted), iv)\n    }\n\n  def decrypt(cipherText: CipherText[C], key: SecretKey[C]): F[PlainText] = catchF {\n    val instance = getInstance\n    ivProcess.decryptInit(instance, cipherText.nonce, SecretKey.toJavaKey(key))\n    val out = instance.doFinal(cipherText.content)\n    PlainText(out)\n  }\n}\n\nobject JCAPrimitiveCipher {\n\n  private[tsec] def getJCipherUnsafe[A, M, P](\n      implicit algoTag: BlockCipher[A],\n      modeSpec: CipherMode[M],\n      paddingTag: SymmetricPadding[P]\n  ): JCipher = JCipher.getInstance(s\"${algoTag.cipherName}\/${modeSpec.mode}\/${paddingTag.algorithm}\")\n\n  def sync[F[_], A: BlockCipher, M: CipherMode, P: SymmetricPadding](\n      implicit F: Sync[F],\n      ivProcess: IvProcess[A, M, P]\n  ): JCAPrimitiveCipher[F, A, M, P] =\n    new JCAPrimitiveCipher[F, A, M, P] {\n      private[tsec] def catchF[C](thunk: => C): F[C] = F.delay(thunk)\n    }\n\n  def monadError[F[_], A: BlockCipher, M: CipherMode, P: SymmetricPadding](\n      implicit F: MonadError[F, Throwable],\n      ivProcess: IvProcess[A, M, P]\n  ): JCAPrimitiveCipher[F, A, M, P] =\n    new JCAPrimitiveCipher[F, A, M, P] {\n      private[tsec] def catchF[C](thunk: => C): F[C] = F.catchNonFatal(thunk)\n    }\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"project\/plugins.sbt","text":"logLevel := Level.Warn\naddSbtPlugin(\"com.47deg\"          % \"sbt-microsites\" % \"0.7.16\")\n\/\/ addSbtPlugin(\"org.tpolecat\"       % \"tut-plugin\"     % \"0.6.13\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-ghpages\"    % \"0.6.3\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\"        % \"0.3.7\")\naddSbtPlugin(\"com.timushev.sbt\"   % \"sbt-updates\"    % \"0.3.3\")\naddSbtPlugin(\"com.github.gseitz\"  % \"sbt-release\"    % \"1.0.12\")\naddSbtPlugin(\"com.github.sbt\" % \"sbt-pgp\" % \"2.1.2\")\naddSbtPlugin(\"org.xerial.sbt\"     % \"sbt-sonatype\"   % \"2.6\")\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-scalafix\" % \"0.9.27\")\n\n\nlibraryDependencies ++= List(\n  \"com.geirsson\" %% \"scalafmt-core\" % \"1.3.0\",\n  \"com.geirsson\" %% \"scalafmt-cli\"  % \"1.3.0\"\n)\n\nCompile \/ unmanagedJars ++= tsec.build.SunShine.`tools.jar`.toSeq\n\nCompile \/ sources ++= {\n  if (tsec.build.SunShine.canWeUseToolsDotJar_?)\n    file(\"project\/boiler\/gensodium.scala\").getAbsoluteFile :: Nil\n  else Nil\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"cipher-symmetric\/src\/test\/scala\/tsec\/JCASymmetricSpec.scala","text":"<filename>cipher-symmetric\/src\/test\/scala\/tsec\/JCASymmetricSpec.scala\npackage tsec\n\nimport cats.effect.IO\nimport tsec.cipher.common.padding._\nimport tsec.cipher.symmetric._\nimport tsec.cipher.symmetric.jca._\nimport tsec.common._\nimport tsec.keygen.symmetric._\nimport cats.effect.unsafe.implicits.global\n\nimport scala.util.Random\n\nclass JCASymmetricSpec extends TestSpec {\n\n  final def cipherTest[A, M, P](algebra: JCACipherAPI[A, M, P] with SymmetricKeyGenAPI[A, SecretKey])(\n      implicit symm: BlockCipher[A],\n      mode: CipherMode[M],\n      p: SymmetricPadding[P],\n      ivProcess: IvProcess[A, M, P],\n      S: SymmetricKeyGen[IO, A, SecretKey],\n      E: Encryptor[IO, A, SecretKey]\n  ): Unit = {\n\n    val spec = s\"\"\"${symm.cipherName}_${symm.keySizeBytes * 8}\/${mode.mode}\/${p.algorithm}\"\"\"\n\n    behavior of spec\n\n    implicit val defaultStrat: IvGen[IO, A] = JCAIvGen.random[IO, A]\n\n    it should \"Encrypt and decrypt for the same key\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key)\n          decrypted <- algebra.decrypt[IO](encrypted, key)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"Be able to build a correct key from a repr\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key)\n          keyRepr = key.getEncoded\n          built     <- algebra.buildKey[IO](keyRepr)\n          decrypted <- algebra.decrypt[IO](encrypted, built)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"not decrypt properly for an incorrect key\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key1      <- algebra.generateKey[IO]\n          key2      <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key1)\n          decrypted <- algebra.decrypt[IO](encrypted, key2)\n        } yield decrypted.toUtf8String\n        if (!testMessage.isEmpty)\n          testEncryptionDecryption.attempt.unsafeRunSync() mustNot equal(Right(testMessage))\n      }\n    }\n\n    behavior of (spec + \" Key Generator\")\n\n    it should \"Not allow a key with incorrect length\" in {\n      val randomKey: Array[Byte] = (1 until 100).toArray.map(_ => Random.nextInt(128).toByte)\n      val keyLenTest: IO[Boolean] = for {\n        k <- algebra.buildKey[IO](randomKey)\n      } yield k.getEncoded.length < randomKey.length\n\n      keyLenTest.attempt.unsafeRunSync() mustBe a[Left[_, _]]\n    }\n  }\n\n  final def authCipherTest[A, M, P](algebra: JCAAEAD[A, M, P] with SymmetricKeyGenAPI[A, SecretKey])(\n      implicit symm: BlockCipher[A],\n      aead: AEADCipher[A],\n      mode: CipherMode[M],\n      p: SymmetricPadding[P],\n      ivProcess: IvProcess[A, M, P],\n      S: SymmetricKeyGen[IO, A, SecretKey],\n      E: AADEncryptor[IO, A, SecretKey]\n  ): Unit = {\n\n    val spec = s\"\"\"${symm.cipherName}_${symm.keySizeBytes * 8}\/${mode.mode}\/${p.algorithm}\"\"\"\n\n    implicit val defaultStrat: IvGen[IO, A]  = JCAIvGen.random[IO, A]\n\n    behavior of spec\n\n    it should \"Encrypt and decrypt for the same key\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key)\n          decrypted <- algebra.decrypt[IO](encrypted, key)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"Be able to build a correct key from a repr\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key)\n          keyRepr = key.getEncoded\n          built     <- algebra.buildKey[IO](keyRepr)\n          decrypted <- algebra.decrypt[IO](encrypted, built)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"Encrypt and decrypt for the same key and AEAD\" in {\n      forAll { (testMessage: String, aadData: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val aad           = AAD(aadData.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptWithAAD[IO](testPlainText, key, aad)\n          decrypted <- algebra.decryptWithAAD[IO](encrypted, key, aad)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"not decrypt properly for an incorrect key\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key1      <- algebra.generateKey[IO]\n          key2      <- algebra.generateKey[IO]\n          encrypted <- algebra.encrypt[IO](testPlainText, key1)\n          decrypted <- algebra.decrypt[IO](encrypted, key2)\n        } yield decrypted.toUtf8String\n        if (!testMessage.isEmpty)\n          testEncryptionDecryption.attempt.unsafeRunSync() mustNot equal(Right(testMessage))\n      }\n    }\n\n    it should \"not decrypt properly for correct key but incorrect AAD\" in {\n      forAll { (testMessage: String, AAD1: String, AAD2: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val aad1          = AAD(AAD1.utf8Bytes)\n        val aad2          = AAD(AAD2.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key1      <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptWithAAD[IO](testPlainText, key1, aad1)\n          decrypted <- algebra.decryptWithAAD[IO](encrypted, key1, aad2)\n        } yield decrypted.toUtf8String\n        if (!testMessage.isEmpty && !AAD1.isEmpty && !AAD2.isEmpty)\n          testEncryptionDecryption.attempt.unsafeRunSync() mustNot equal(Right(testMessage))\n      }\n    }\n\n    \/** Detached mode tests **\/\n    it should \"Encrypt and decrypt for the same key in detached mode\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptDetached[IO](testPlainText, key)\n          decrypted <- algebra.decryptDetached[IO](encrypted._1, key, encrypted._2)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"Be able to build a correct key from a repr in detached mode\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptDetached[IO](testPlainText, key)\n          keyRepr = key.getEncoded\n          built     <- algebra.buildKey[IO](keyRepr)\n          decrypted <- algebra.decryptDetached[IO](encrypted._1, built, encrypted._2)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"Encrypt and decrypt for the same key and AEAD in detached mode\" in {\n      forAll { (testMessage: String, aadData: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val aad           = AAD(aadData.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key       <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptWithAADDetached[IO](testPlainText, key, aad)\n          decrypted <- algebra.decryptWithAADDetached[IO](encrypted._1, key, aad, encrypted._2)\n        } yield decrypted.toUtf8String\n        testEncryptionDecryption.attempt.unsafeRunSync() must equal(Right(testMessage))\n      }\n    }\n\n    it should \"not decrypt properly for an incorrect key in detached mode\" in {\n      forAll { (testMessage: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key1      <- algebra.generateKey[IO]\n          key2      <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptDetached[IO](testPlainText, key1)\n          decrypted <- algebra.decryptDetached[IO](encrypted._1, key2, encrypted._2)\n        } yield decrypted.toUtf8String\n        if (!testMessage.isEmpty)\n          testEncryptionDecryption.attempt.unsafeRunSync() mustNot equal(Right(testMessage))\n      }\n    }\n\n    it should \"not decrypt properly for correct key but incorrect AAD in detached mode\" in {\n      forAll { (testMessage: String, AAD1: String, AAD2: String) =>\n        val testPlainText = PlainText(testMessage.utf8Bytes)\n        val aad1          = AAD(AAD1.utf8Bytes)\n        val aad2          = AAD(AAD2.utf8Bytes)\n        val testEncryptionDecryption: IO[String] = for {\n          key1      <- algebra.generateKey[IO]\n          encrypted <- algebra.encryptWithAADDetached[IO](testPlainText, key1, aad1)\n          decrypted <- algebra.decryptWithAADDetached[IO](encrypted._1, key1, aad2, encrypted._2)\n        } yield decrypted.toUtf8String\n        if (!testMessage.isEmpty && !AAD1.isEmpty && !AAD2.isEmpty)\n          testEncryptionDecryption.attempt.unsafeRunSync() mustNot equal(Right(testMessage))\n      }\n    }\n\n    behavior of (spec + \" Key Generator\")\n\n    it should \"Not allow a key with incorrect length\" in {\n      val randomKey: Array[Byte] = (1 until 100).toArray.map(_ => Random.nextInt(128).toByte)\n      val keyLenTest: IO[Boolean] = for {\n        k <- algebra.buildKey[IO](randomKey)\n      } yield k.getEncoded.length < randomKey.length\n\n      keyLenTest.attempt.unsafeRunSync() mustBe a[Left[_, _]]\n    }\n  }\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"oauth2\/src\/test\/scala\/tsec.oauth2\/provider\/ImplicitSpec.scala","text":"package tsec.oauth2.provider\n\nimport java.time.Instant\n\nimport cats.effect.IO\nimport cats.syntax.either._\nimport org.scalatest.matchers.should.Matchers._\nimport org.scalatest._\nimport org.scalatest.concurrent.ScalaFutures\nimport tsec.oauth2.provider.ValidatedRequest.ValidatedImplicit\nimport tsec.oauth2.provider.grantHandler.ImplicitGrantHandler\nimport tsec.oauth2.provider.grantHandler.ImplicitHandler\nimport cats.effect.unsafe.implicits.global\n\nimport scala.concurrent.duration._\n\nclass ImplicitSpec extends flatspec.AnyFlatSpec with ScalaFutures with OptionValues {\n\n  it should \"grant access with valid user authentication\" in handlesRequest(\"user\", \"pass\", true)\n  it should \"not grant access with invalid user authentication\" in handlesRequest(\"user\", \"wrong_pass\", false)\n\n  def handlesRequest(user: String, pass: String, ok: Boolean) = {\n    val dataHandler = new ImplicitHandler[IO, MockUser]{\n      override def validateClient(request: ValidatedImplicit): IO[Boolean] = IO.pure(true)\n\n      override def createAccessToken(authInfo: AuthInfo[MockUser]): IO[AccessToken] =\n        IO.pure(AccessToken(\"token1\", Some(\"refresh_token\"), Some(\"all\"), Some(3600 seconds), Instant.now()))\n\n      override def findUser(request: ValidatedImplicit): IO[Option[MockUser]] = if(ok) IO.pure(Some(MockUser(10000, \"username\"))) else IO.pure(None)\n\n      \/**\n        * Returns stored access token by authorized information.\n        *\n        * If want to create new access token then have to return None\n        *\n        * @param authInfo This value is already authorized by system.\n        * @return Access token returns to client.\n        *\/\n      override def getStoredAccessToken(authInfo: AuthInfo[MockUser]): IO[Option[AccessToken]] = IO.pure(None)\n\n    }\n    val handler = new ImplicitGrantHandler[IO, MockUser](dataHandler)\n\n    val f = handler.handleRequest(\n      ValidatedImplicit(ClientCredential(\"clientId1\", Some(\"ClientSecret1\")), Some(\"all\"))\n    )\n\n    if (ok) {\n      val result = f.value.unsafeRunSync().toOption.get\n      result.tokenType should be(\"Bearer\")\n      result.accessToken should be(\"token1\")\n      result.expiresIn.value.toMillis should (be <= 3600L and be > 3595L)\n      result.refreshToken should be(None)\n      result.scope should be(Some(\"all\"))\n    } else {\n      val result = f.value.unsafeRunSync()\n      result shouldBe Left(InvalidGrant(\"user cannot be authenticated\"))\n    }\n  }\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"common\/src\/test\/scala\/tsec\/TestSpec.scala","text":"<gh_stars>100-1000\npackage tsec\n\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\ntrait TestSpec extends AnyFlatSpec with Matchers with ScalaCheckPropertyChecks\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"jwt-mac\/src\/test\/scala\/tsec\/JWTMacTests.scala","text":"<filename>jwt-mac\/src\/test\/scala\/tsec\/JWTMacTests.scala<gh_stars>100-1000\npackage tsec\n\nimport java.time.Instant\n\nimport cats.effect.IO\nimport cats.syntax.either._\nimport tsec.common._\nimport tsec.jws.JWSSerializer\nimport tsec.jws.mac._\nimport tsec.jwt.JWTClaims\nimport tsec.jwt.algorithms.JWTMacAlgo\nimport tsec.mac.jca._\nimport cats.effect.unsafe.implicits.global\n\nimport scala.concurrent.duration._\n\nclass JWTMacTests extends TestSpec {\n\n  def jwtBehavior[A](\n      implicit algo: JWTMacAlgo[A],\n      cv: JWSMacCV[({type F[A] = Either[Throwable, A]})#F, A],\n      cv2: JWSMacCV[IO, A],\n      hs: JWSSerializer[JWSMacHeader[A]],\n      keyGen: MacKeyGen[IO, A],\n      idgen: MacKeyGen[MacErrorM, A]\n  ): Unit = {\n    behavior of \"JWT pure\" + algo.jwtRepr\n\n    it should \"sign and verify properly with no expiry\" in {\n      val res = for {\n        key      <- keyGen.generateKey\n        jwt      <- JWTMac.build[IO, A](JWTClaims(), key)\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n\n      res.unsafeRunSync() mustBe true\n    }\n\n    it should \"sign and verify properly for proper expiry\" in {\n      val res = for {\n        key      <- keyGen.generateKey\n        claims   <- JWTClaims.withDuration[IO](expiration = Some(10.seconds))\n        jwt      <- JWTMac.build[IO, A](claims, key)\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n\n      res.unsafeRunSync() mustBe true\n    }\n\n    it should \"sign and verify properly for proper nbf, iat, and expiry\" in {\n      val res = for {\n        key    <- keyGen.generateKey\n        claims <- JWTClaims.withDuration[IO](notBefore = Some(-2.seconds), expiration = Some(10.seconds))\n        jwt <- JWTMac.build[IO, A](\n          claims,\n          key\n        )\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n\n      res.unsafeRunSync() mustBe true\n    }\n\n    it should \"parse unverified correctly\" in {\n      val res = for {\n        key    <- keyGen.generateKey\n        claims <- JWTClaims.withDuration[IO](notBefore = Some(-2.seconds), expiration = Some(10.seconds))\n        jwt <- JWTMac.build[IO, A](\n          claims,\n          key\n        )\n        str = JWTMac.toEncodedString[IO, A](jwt)\n        verified <- JWTMac.parseUnverified[IO, A](str)\n      } yield (jwt, verified)\n\n      val (l, r) = res.unsafeRunSync()\n\n      l.signature.toHexString mustBe r.signature.toHexString\n      l.header mustBe r.header\n    }\n\n    it should \"fail verification for expired token\" in {\n      val expired = Instant.now().minusSeconds(20)\n\n      val res = for {\n        key      <- keyGen.generateKey\n        jwt      <- JWTMac.build[IO, A](JWTClaims.default(expiration = Some(expired)), key)\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n      res.unsafeRunSync() mustBe false\n    }\n\n    it should \"fail verification if evaluated before nbf\" in {\n      val nbf = Instant.now().plusSeconds(20)\n      val res = for {\n        key      <- keyGen.generateKey\n        jwt      <- JWTMac.build[IO, A](JWTClaims.default(notBefore = Some(nbf)), key)\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n      res.unsafeRunSync() mustBe false\n    }\n\n    it should \"fail verification if iat is some nonsensical time in the future\" in {\n      val res = for {\n        key      <- keyGen.generateKey\n        jwt      <- JWTMac.build[IO, A](JWTClaims().withIAT(Instant.now().plusSeconds(20)), key)\n        verified <- JWTMac.verifyFromInstanceBool[IO, A](jwt, key)\n      } yield verified\n      res.unsafeRunSync() mustBe false\n    }\n\n    behavior of \"JWT impure\" + algo.jwtRepr\n\n    it should \"sign and verify properly with no expiry\" in {\n      val res = for {\n        key      <- idgen.generateKey\n        jwt      <- JWTMacImpure.build[A](JWTClaims(), key)\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n\n      res mustBe Right(true)\n    }\n\n    it should \"sign and verify properly for proper expiry\" in {\n      val res = for {\n        key      <- idgen.generateKey\n        jwt      <- JWTMacImpure.build[A](JWTClaims(expiration = Some(Instant.now().plusSeconds(10))), key)\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n\n      res mustBe Right(true)\n    }\n\n    it should \"sign and verify properly for proper nbf, iat, and expiry\" in {\n      val res = for {\n        now <- Right(Instant.now)\n        key <- idgen.generateKey\n        jwt <- JWTMacImpure.build[A](\n          JWTClaims(notBefore = Some(now.minusSeconds(2)), expiration = Some(now.plusSeconds(10))),\n          key\n        )\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n\n      res mustBe Right(true)\n    }\n\n    it should \"fail verification for expired token\" in {\n      val res = for {\n        expired  <- Right(Instant.now().minusSeconds(20))\n        key      <- idgen.generateKey\n        jwt      <- JWTMacImpure.build[A](JWTClaims(expiration = Some(expired)), key)\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n      res mustBe Right(false)\n    }\n\n    it should \"fail verification if evaluated before nbf\" in {\n      val res = for {\n        nbf      <- Right(Instant.now().plusSeconds(20))\n        key      <- idgen.generateKey\n        jwt      <- JWTMacImpure.build[A](JWTClaims(notBefore = Some(nbf)), key)\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n      res mustBe Right(false)\n    }\n\n    it should \"fail verification if iat is some nonsensical time in the future\" in {\n      val res = for {\n        key      <- idgen.generateKey\n        now      <- Right(Instant.now.plusSeconds(20))\n        jwt      <- JWTMacImpure.build[A](JWTClaims(issuedAt = Some(now)), key)\n        verified <- JWTMacImpure.verifyFromInstance[A](jwt, key)\n      } yield verified\n      res mustBe Right(false)\n    }\n  }\n\n  jwtBehavior[HMACSHA256]\n  jwtBehavior[HMACSHA512]\n  jwtBehavior[HMACSHA384]\n\n  \"JWTS\" should \"not properly deserialize a JWT that is signed with a different algorithm and key\" in {\n    val res = for {\n      key       <- HMACSHA256.generateKey[MacErrorM]\n      key2      <- HMACSHA384.generateKey[MacErrorM]\n      jwtString <- JWTMacImpure.buildToString[HMACSHA256](JWTClaims(), key)\n      verif     <- JWTMacImpure.verifyFromString[HMACSHA384](jwtString, key2)\n    } yield verif\n\n    res mustBe Right(false)\n  }\n\n}\n"}
{"repo_name":"ScalaWilliam\/tsec","path":"message-digests\/src\/test\/scala\/tsec\/HasherTest.scala","text":"package tsec\n\nimport java.security.MessageDigest\n\nimport cats.effect.IO\nimport cats.Id\nimport fs2._\nimport tsec.common._\nimport tsec.hashing._\nimport tsec.hashing.jca._\nimport cats.effect.unsafe.implicits.global\n\nclass HasherTest extends TestSpec {\n\n  def hashTests[A](implicit P1: CryptoHasher[Id, A], P2: CryptoHasher[IO, A]): Unit = {\n    s\"A cryptographic hash function for ${P1.algorithm}\" should s\"generate an equal hash for two equal byte arrays\" in {\n      forAll { (s1: String, s2: String) =>\n        val h1 = P1.hash(s1.utf8Bytes)\n        val h2 = P1.hash(s2.utf8Bytes)\n\n        MessageDigest.isEqual(h1, h2) mustBe s1 == s2\n\n      }\n    }\n\n    it should \"generate an equal hash for piped byte arrays\" in {\n      forAll { (s1: String, s2: String) =>\n        val h1 = Stream.emits(s1.utf8Bytes).covary[IO].through(P2.hashPipe)\n        val h2 = Stream.emits(s2.utf8Bytes).covary[IO].through(P2.hashPipe)\n\n        h1.compile.toList.unsafeRunSync() == h2.compile.toList.unsafeRunSync() mustBe s1 == s2\n      }\n    }\n\n  }\n\n  hashTests[MD5]\n  hashTests[SHA1]\n  hashTests[SHA256]\n  hashTests[SHA512]\n}\n"}
{"repo_name":"iswong\/lets-play","path":"app\/controllers\/Application.scala","text":"package controllers\n\nimport play.api._\nimport play.api.libs.iteratee.Enumerator\nimport play.api.mvc._\n\nobject Application extends Controller {\n\n  def index = Action {\n    Ok(views.html.index(\"Your new application is ready.\"))\n  }\n\n  def echo = Action { request =>\n    Ok(\"Got request [\" + request.headers + \"]\")\n  }\n\n  def rest(id: Long) = Action { request =>\n    Result(\n      header = ResponseHeader(200, Map(CONTENT_TYPE -> \"application\/json\")),\n      body = Enumerator(s\"Hello world $id\".getBytes())\n    )\n  }\n\n  def bodyParser = Action(parse.tolerantText) { request =>\n    Ok(request.body)\n  }\n}"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/annot\/Strand.scala","text":"package org.marktomko.geoducks.annot\n\nimport scala.annotation.switch\n\ntrait Strand {\n  def charValue: Char\n}\n\ncase object PlusStrand extends Strand {\n  override val charValue = '+'\n}\n\ncase object MinusStrand extends Strand {\n  override val charValue = '-'\n}\n\nobject Strand {\n\n  def fromChar(c: Char): Option[Strand] = {\n    (c: @switch) match {\n      case '-' => Some(MinusStrand)\n      case '+' => Some(PlusStrand)\n      case _   => None\n    }\n  }\n\n}"}
{"repo_name":"mtomko\/geoducks","path":"project\/plugins.sbt","text":"addSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\" % \"0.1.4\")\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.8\")\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/test\/scala\/org\/marktomko\/geoducks\/util\/UtilTest.scala","text":"<reponame>mtomko\/geoducks\npackage org.marktomko.geoducks.util\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass UtilTest extends FlatSpec with Matchers {\n\n  \"fastSplit\" should \"split a string into an array\" in {\n    val s = \"1,2,33,444\"\n    val a = Array.ofDim[String](4)\n    fastSplit(s, ',', a) should be (4)\n    a should be (Array(\"1\", \"2\", \"33\", \"444\"))\n  }\n\n  \"fastSplit\" should \"split a string into a list\" in {\n    \/\/       0123456789\n    val s = \"1,2,33,444\"\n    fastSplit(s, ',') should be (List(\"1\", \"2\", \"33\", \"444\"))\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/annot\/Gff3Syntax.scala","text":"package org.marktomko.geoducks.annot\n\nimport cats.implicits._\nimport org.marktomko.geoducks.util.fastSplit\n\nimport scala.collection.mutable\n\nsealed trait Gff3Syntax\n\nsealed trait Gff3Pragma extends Gff3Syntax\n\ncase class Gff3Feature(\n    seqId: String,\n    source: Option[String],\n    featureType: String,\n    start: Int,\n    end: Int,\n    score: Option[Float],\n    strand: Either[Unit, Option[Strand]],\n    phase: Option[Phase],\n    attributes: Map[String, Seq[String]])\n  extends Gff3Syntax\n\ncase object ReferencesResolved extends Gff3Pragma\n\ncase class GenericPragma(text: String) extends Gff3Pragma\n\ncase class Comment(msg: String) extends Gff3Pragma\n\nobject Gff3Feature {\n\n  def apply(arr: Array[String]): Gff3Feature =\n    Gff3Feature(\n      arr(0),\n      opt(arr(1)),\n      arr(2),\n      arr(3).toInt,\n      arr(4).toInt,\n      opt(arr(5)).map(_.toFloat),\n      strand(arr(6)),\n      opt(arr(7)).flatMap(s => Phase.fromInt(s.toInt)),\n      opt(arr(8)).map(attributes).getOrElse(Map())\n    )\n\n  @inline private[this] def opt(s: String): Option[String] =\n    if (s == \".\") None\n    else Some(s)\n\n  @inline private[this] def strand(s: String): Either[Unit, Option[Strand]] =\n    s match {\n      case \"?\" => Right(None)\n      case \".\" => Left(())\n      case _   => Right(Strand.fromChar(s.head))\n    }\n\n  @inline private[this] def attributes(s: String): Map[String, Seq[String]] = {\n    val pairs = fastSplit(s, ';')\n    val m     = mutable.HashMap[String, mutable.Builder[String, List[String]]]()\n    pairs.foreach {\n      fastSplit(_, '=') match {\n        case k :: v :: Nil => m.getOrElseUpdate(k, List.newBuilder[String]) += v\n        case _             => \/\/ do nothing, or throw\n      }\n    }\n    m.map { case (k, v) => k -> v.result }.toMap\n  }\n\n}\n\nobject Gff3Syntax {\n\n  def fromString(s: String): Either[Exception, Gff3Syntax] = {\n    val e =\n      if (s == \"###\") Right(ReferencesResolved)\n      else if (s.startsWith(\"##\")) Right(GenericPragma(s.substring(2).trim))\n      else if (s.startsWith(\"#\")) Right(Comment(s.substring(1).trim))\n      else Either.catchNonFatal(Gff3Feature(s.split('\\t')))\n\n    e.leftMap(t => new Exception(s\"Unable to parse `$s`\", t))\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/seq\/Fastq.scala","text":"<filename>core\/src\/main\/scala\/org\/marktomko\/geoducks\/seq\/Fastq.scala\npackage org.marktomko.geoducks.seq\n\nfinal case class Fastq(id: String, seq: String, qual: String)\n"}
{"repo_name":"mtomko\/geoducks","path":"build.sbt","text":"import libraries._\n\nlazy val commonSettings = inThisBuild(\n  List(\n    organization := \"org.marktomko\",\n    scalaVersion := \"2.12.7\",\n    version := \"0.0.1-SNAPSHOT\"\n  ))\n\nlazy val geoducks = project\n  .in(file(\".\"))\n  .settings(commonSettings: _*)\n  .aggregate(core, bench)\n\nlazy val core = project\n  .in(file(\"core\"))\n  .settings(name := \"geoducks-core\")\n  .settings(commonSettings: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      catsCore,\n      catsEffect,\n      fs2Core,\n      fs2Io,\n      scalaCheck % Test,\n      scalaTest  % Test))\n\nlazy val bench = project\n  .in(file(\"bench\"))\n  .settings(name := \"geoducks-bench\")\n  .settings(commonSettings: _*)\n  .dependsOn(core)\n  .settings(\n    assemblyJarName := \"geoducks-bench-bin.jar\",\n    libraryDependencies ++= Seq(\n      catsCore,\n      catsEffect,\n      fs2Core,\n      fs2Io,\n      monix,\n      scalaCheck % Test,\n      scalaTest  % Test))\n\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/seq\/Fasta.scala","text":"<gh_stars>1-10\npackage org.marktomko.geoducks.seq\n\nfinal case class Fasta(id: String, seq: String)\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/test\/scala\/org\/marktomko\/geoducks\/stream\/StreamTest.scala","text":"<reponame>mtomko\/geoducks\npackage org.marktomko.geoducks.stream\n\nimport fs2.Stream\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass StreamTest extends FlatSpec with Matchers {\n\n  \"grouped\" should \"group a stream\" in {\n    val s = Stream.range(1, 9)\n    s.through(grouped(4)).toList should be (List(Vector(1, 2, 3, 4), Vector(5, 6, 7, 8)))\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/format\/package.scala","text":"<reponame>mtomko\/geoducks\npackage org.marktomko.geoducks\n\nimport java.nio.file.Path\n\nimport cats.effect.{ContextShift, Sync}\nimport cats.implicits._\nimport fs2.{Pipe, Pull, Stream, text}\nimport org.marktomko.geoducks.annot.Gff3Syntax\nimport org.marktomko.geoducks.seq.{Fasta, Fastq}\n\nimport scala.concurrent.ExecutionContext\n\npackage object format {\n\n  \/** Converts a [[Stream]] of Strings (assumed to be lines from a file) into a Stream of [[Fastq]]\n    * records.\n    *\/\n  final def fastq[F[_]]: Pipe[F, String, Fastq] = { in =>\n    in.chunkN(4, false).map { seg =>\n      seg.toList match {\n        case id :: seq :: _ :: qual :: Nil => Fastq(id, seq, qual)\n        case _                             => throw new AssertionError(\"bug\")\n      }\n    }\n  }\n\n  \/** Converts a [[Stream]] of Strings into a Stream of [[Fasta]] records. *\/\n  final def fasta[F[_]]: Pipe[F, String, Fasta] = { in =>\n    import scala.collection.mutable\n\n    @inline def idOf(s: String): String = s.substring(1).trim\n\n    \/\/ handles reading sequence data and then either finishes up or returns to deal with the next record\n    def seq(s: Stream[F, String], id: String, buf: mutable.StringBuilder): Pull[F, Fasta, Unit] =\n      s.pull.uncons1.flatMap {\n        case None =>\n          Pull.output1(Fasta(id, buf.toString().trim)) >> Pull.done\n        case Some((hd, tl)) if hd.startsWith(\">\") =>\n          Pull.output1(Fasta(id, buf.toString().trim)) >>\n            seq(tl, idOf(hd), new mutable.StringBuilder())\n        case Some((hd, tl)) =>\n          seq(tl, id, buf ++= hd)\n      }\n\n    in.pull.uncons1.flatMap {\n      case Some((hd, tl)) if hd.startsWith(\">\") =>\n        seq(tl, idOf(hd), new mutable.StringBuilder())\n      case _ =>\n        Pull.done\n    }.stream\n  }\n\n  type SFasta[F[_]] = (String, fs2.Stream[F, Char])\n\n  final def sfasta[F[_]]: Pipe[F, Char, SFasta[F]] = { in =>\n    def seq(s: Stream[F, Char], seqId: String): Pull[F, SFasta[F], Unit] =\n      \/\/ the dual `takeWhile` \/ `dropThrough` may be necessary to maintain the laziness of the stream\n      Pull.output1((seqId, s.takeWhile(_ =!= '>').filter(_ =!= '\\n'))) >> id(s.dropThrough(_ =!= '>'), \"\")\n\n    def id(s: Stream[F, Char], buf: String): Pull[F, SFasta[F], Unit] =\n      s.pull.uncons1.flatMap {\n        case None =>\n          Pull.done\n        case Some((hd, tl)) if hd === '\\n' =>\n          seq(tl, buf.trim())\n        case Some((hd, tl)) =>\n          id(tl, buf + hd)\n      }\n\n    in.pull.uncons1.flatMap {\n      case Some((hd, tl)) if hd === '>' => id(tl, \"\")\n      case _                            => Pull.done\n    }.stream\n  }\n\n  def gff3[F[_]](s: String)(implicit S: Sync[F]): F[Gff3Syntax] =\n    S.fromEither(Gff3Syntax.fromString(s))\n\n  def gff3[F[_]: Sync: ContextShift](p: Path, blockingExecutionContext: ExecutionContext): Stream[F, Gff3Syntax] =\n    fs2.io.file\n      .readAll[F](p, blockingExecutionContext, 4096)\n      .through(text.utf8Decode)\n      .through(text.lines)\n      .evalMap(gff3[F])\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/stream\/package.scala","text":"<gh_stars>1-10\npackage org.marktomko.geoducks\n\nimport fs2.{Pipe, Pull, Stream}\n\npackage object stream {\n\n  def grouped[F[_], O](n: Int): Pipe[F, O, List[O]] = { in =>\n    require(n > 0, s\"$n must be > 0\")\n\n    def go(s: Stream[F, O]): Pull[F, List[O], Unit] =\n      s.pull.unconsN(n).flatMap {\n        case None => Pull.done\n        case Some((hd, tl)) => Pull.output1(hd.toList) >> go(tl)\n      }\n\n    go(in).stream\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"bench\/src\/main\/scala\/org\/marktomko\/geoducks\/bench\/package.scala","text":"package org.marktomko.geoducks\n\nimport java.util.concurrent.TimeUnit\n\nimport scala.concurrent.duration._\n\npackage object bench {\n\n  final def nanoTimed[A](f: => A): (A, Float) = {\n    val t0  = System.nanoTime()\n    val ret = f\n    val t1  = System.nanoTime()\n    val dt  = (t1 - t0).nanos.toUnit(TimeUnit.MILLISECONDS).toFloat\n    (ret, dt)\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/annot\/Phase.scala","text":"<filename>core\/src\/main\/scala\/org\/marktomko\/geoducks\/annot\/Phase.scala\npackage org.marktomko.geoducks.annot\n\nimport scala.annotation.switch\n\nsealed trait Phase {\n  def value: Int\n}\n\ncase object Phase0 extends Phase {\n  override val value = 0\n}\n\ncase object Phase1 extends Phase {\n  override val value = 1\n}\n\ncase object Phase2 extends Phase {\n  override val value = 2\n}\n\nobject Phase {\n\n  def fromInt(i: Int): Option[Phase] = {\n    (i: @switch) match {\n      case 0 => Some(Phase0)\n      case 1 => Some(Phase1)\n      case 2 => Some(Phase2)\n      case _ => None\n    }\n  }\n\n}"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/main\/scala\/org\/marktomko\/geoducks\/util\/package.scala","text":"<gh_stars>1-10\npackage org.marktomko.geoducks\n\nimport scala.annotation.tailrec\n\npackage object util {\n\n  def fastSplit(s: String, delim: Char): List[String] = {\n    val di = delim.toInt\n    @tailrec\n    def go(end: Int, elements: List[String]): List[String] = {\n      val dpos = s.lastIndexOf(di, end - 1)\n      if (dpos < 0) s.substring(0, end) :: elements\n      else go(dpos, s.substring(dpos + 1, end) :: elements)\n    }\n    go(s.length, Nil)\n  }\n\n  def fastSplit(s: String, delim: Char, arr: Array[String]): Int = {\n    val di = delim.toInt\n    @tailrec\n    def go(strIdx: Int, arrIdx: Int): Int =\n      if (arrIdx >= arr.length) arrIdx\n      else {\n        val pos = s.indexOf(di, strIdx)\n        if (pos < 0) {\n          arr(arrIdx) = s.substring(strIdx)\n          arrIdx + 1\n        } else {\n          arr(arrIdx) = s.substring(strIdx, pos)\n          go(pos + 1, arrIdx + 1)\n        }\n      }\n    go(0, 0)\n  }\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"bench\/src\/main\/scala\/org\/marktomko\/geoducks\/bench\/GeoducksBench.scala","text":"<filename>bench\/src\/main\/scala\/org\/marktomko\/geoducks\/bench\/GeoducksBench.scala<gh_stars>1-10\npackage org.marktomko.geoducks.bench\n\nimport java.nio.file.{Path, Paths}\nimport java.util.concurrent.Executors\n\nimport cats.effect.{ContextShift, IO, Sync}\nimport fs2.{Stream, io, text}\nimport org.marktomko.geoducks.format\nimport org.marktomko.geoducks.seq.Fastq\n\nimport scala.concurrent.ExecutionContext\n\nobject GeoducksBench {\n\n  def main(args: Array[String]): Unit = {\n    val blockingExecutionContext = ExecutionContext.fromExecutorService(Executors.newFixedThreadPool(2))\n\n    try {\n      println(\"IO:\")\n      args.foreach { arg =>\n        val (r, t) = withIO(arg, blockingExecutionContext)\n        println(s\"${r \/ t} records\/ms\")\n      }\n    } finally {\n      blockingExecutionContext.shutdown()\n    }\n  }\n\n  @inline\n  final def withIO(arg: String, blockingExecutionContext: ExecutionContext): (Int, Float) = {\n    implicit val cs: ContextShift[IO] = cats.effect.IO.contextShift(blockingExecutionContext)\n    val io = countFastqReads[IO](Paths.get(arg), blockingExecutionContext)\n    nanoTimed(io.unsafeRunSync())\n  }\n\n  final def countFastqReads[F[_]: Sync: ContextShift](path: Path, blockingExecutionContext: ExecutionContext): F[Int] =\n    fastq[F](path, blockingExecutionContext).compile.fold(0) { case (x, _) => x + 1 }\n\n  final def countGff3Features[F[_]: Sync: ContextShift](\n      path: Path,\n      blockingExecutionContext: ExecutionContext): F[Int] =\n    io.file\n      .readAll(path, blockingExecutionContext, 8192)\n      .through(text.utf8Decode)\n      .through(text.lines)\n      .filter(_.nonEmpty)\n      .evalMap(format.gff3[F])\n      .compile\n      .fold(0) { case (x, _) => x + 1 }\n\n  final def fastq[F[_]: Sync: ContextShift](path: Path, blockingExecutionContext: ExecutionContext): Stream[F, Fastq] =\n    io.file\n      .readAll(path, blockingExecutionContext, 8192)\n      .through(text.utf8Decode)\n      .through(text.lines)\n      .through(format.fastq[F])\n\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"project\/geoducks.scala","text":"<reponame>mtomko\/geoducks\nimport sbt._\n\nobject versions {\n\n  val cats       = \"1.4.0\"\n  val catsEffect = \"1.0.0\"\n  val fs2        = \"1.0.0\"\n  val monix      = \"3.0.0-RC1\"\n  val scalaCheck = \"1.14.0\"\n  val scalaTest  = \"3.0.5\"\n\n}\n\nobject libraries {\n  lazy val catsCore   = \"org.typelevel\"  %% \"cats-core\"         % versions.cats\n  lazy val catsEffect = \"org.typelevel\"  %% \"cats-effect\"       % versions.catsEffect\n  lazy val fs2Core    = \"co.fs2\"         %% \"fs2-core\"          % versions.fs2\n  lazy val fs2Io      = \"co.fs2\"         %% \"fs2-io\"            % versions.fs2\n  lazy val monix      = \"io.monix\"       %% \"monix\"             % versions.monix\n  lazy val scalaCheck = \"org.scalacheck\" %% \"scalacheck\"        % versions.scalaCheck\n  lazy val scalaTest  = \"org.scalatest\"  %% \"scalatest\"         % versions.scalaTest\n}\n"}
{"repo_name":"mtomko\/geoducks","path":"core\/src\/test\/scala\/org\/marktomko\/geoducks\/format\/FormatTest.scala","text":"<reponame>mtomko\/geoducks\npackage org.marktomko.geoducks.format\n\nimport fs2.Pure\nimport org.marktomko.geoducks.seq.{Fasta, Fastq}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass FormatTest extends FlatSpec with Matchers {\n\n  val fq =\n    \"\"\"@cluster_2:UMI_ATTCCG\n      |TTTCCGGGGCACATAATCTTCAGCCGGGCGC\n      |+\n      |9C;=;=<9@4868>9:67AA<9>65<=>591\n      |@cluster_8:UMI_CTTTGA\n      |TATCCTTGCAATACTCTCCGAACGGGAGAGC\n      |+\n      |1\/04.72,(003,-2-22+00-12.\/.-.4-\"\"\".stripMargin\n\n  \"fastq\" should \"read two fastq records\" in {\n    val stream = fs2.Stream.emits(fq.split('\\n'))\n    val recs = stream.through(fastq).toList\n    recs should have size 2\n    recs should be(\n      List(\n        Fastq(\n          \"@cluster_2:UMI_ATTCCG\",\n          \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\",\n          \"9C;=;=<9@4868>9:67AA<9>65<=>591\"\n        ),\n        Fastq(\n          \"@cluster_8:UMI_CTTTGA\",\n          \"TATCCTTGCAATACTCTCCGAACGGGAGAGC\",\n          \"1\/04.72,(003,-2-22+00-12.\/.-.4-\"\n        )\n      )\n    )\n  }\n  it should \"not return results for an incomplete stream\" in {\n    val stream = fs2.Stream.emits(fq.split('\\n').dropRight(1))\n    val recs = stream.through(fastq).toList\n    recs should have size 1\n    recs should be(\n      List(\n        Fastq(\n          \"@cluster_2:UMI_ATTCCG\",\n          \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\",\n          \"9C;=;=<9@4868>9:67AA<9>65<=>591\"\n        )\n      )\n    )\n  }\n  \"fasta\" should \"read a fasta with a single sequence\" in {\n    val fa = Seq(\n      \"> chr1\",\n      \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\",\n      \"TATCCTTGCAATACTCTCCGAACGGGAGAGC\"\n    )\n    val ret = fasta(fs2.Stream.emits(fa)).toList\n    ret should be (\n      List(\n        Fasta(\n          \"chr1\",\n          \"TTTCCGGGGCACATAATCTTCAGCCGGGCGCTATCCTTGCAATACTCTCCGAACGGGAGAGC\"\n        )\n      )\n    )\n  }\n  it should \"read a fasta with two sequences\" in {\n    val fa = Seq(\n      \"> chr1\",\n      \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\",\n      \"> chr2\",\n      \"TATCCTTGCAATACTCTCCGAACGGGAGAGC\"\n    )\n    val ret = fasta(fs2.Stream.emits(fa)).toList\n    ret should be (\n      List(\n        Fasta(\"chr1\", \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\"),\n        Fasta(\"chr2\", \"TATCCTTGCAATACTCTCCGAACGGGAGAGC\")\n      )\n    )\n  }\n\n  \"sfasta\" should \"read a fasta with two sequences\" in {\n    val fa = Seq(\n      \"> chr1\",\n      \"TTTCCGGGGCACATAA\\nTCTTCAGCCGGGCGC\",\n      \"> chr2\",\n      \"TATCCTTGCAATACTC\\nTCCGAACGGGAGAGC\"\n    )\n    val fs: fs2.Stream[Pure, Char] = fs2.Stream.emits(fa.mkString(\"\\n\").toSeq)\n    val ret: List[Fasta] = sfasta(fs).map { case (id, s) =>\n      Fasta(id, s.toVector.mkString(\"\"))\n    }.toList\n    ret should be (\n      List(\n        Fasta(\"chr1\", \"TTTCCGGGGCACATAATCTTCAGCCGGGCGC\"),\n        Fasta(\"chr2\", \"TATCCTTGCAATACTCTCCGAACGGGAGAGC\")\n      )\n    )\n  }\n\n}\n"}
{"repo_name":"gitbook-playground\/lakeFS","path":"clients\/spark\/core\/src\/main\/scala\/io\/treeverse\/clients\/GarbageCollector.scala","text":"<filename>clients\/spark\/core\/src\/main\/scala\/io\/treeverse\/clients\/GarbageCollector.scala\npackage io.treeverse.clients\n\nimport com.google.protobuf.timestamp.Timestamp\nimport io.treeverse.clients.LakeFSContext.{\n  LAKEFS_CONF_API_ACCESS_KEY_KEY,\n  LAKEFS_CONF_API_SECRET_KEY_KEY,\n  LAKEFS_CONF_API_URL_KEY\n}\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.{SparkSession, _}\n\nobject GarbageCollector {\n\n  case class APIConfigurations(apiURL: String, accessKey: String, secretKey: String)\n\n  def getCommitsDF(runID: String, commitDFLocation: String, spark: SparkSession): Dataset[Row] = {\n    spark.read\n      .option(\"header\", value = true)\n      .option(\"inferSchema\", value = true)\n      .csv(commitDFLocation)\n      .where(col(\"run_id\") === runID)\n  }\n\n  private def getRangeTuples(\n      commitID: String,\n      repo: String,\n      conf: APIConfigurations\n  ): Set[(String, Array[Byte], Array[Byte])] = {\n    val location =\n      new ApiClient(conf.apiURL, conf.accessKey, conf.secretKey).getMetaRangeURL(repo, commitID)\n    SSTableReader\n      .forMetaRange(new Configuration(), location)\n      .newIterator()\n      .map(range =>\n        (new String(range.id), range.message.minKey.toByteArray, range.message.maxKey.toByteArray)\n      )\n      .toSet\n  }\n\n  def getRangesDFFromCommits(\n      commits: Dataset[Row],\n      repo: String,\n      conf: APIConfigurations\n  ): Dataset[Row] = {\n    val get_range_tuples = udf((commitID: String) => {\n      getRangeTuples(commitID, repo, conf).toSeq\n    })\n\n    commits.distinct\n      .select(col(\"expired\"), explode(get_range_tuples(col(\"commit_id\"))).as(\"range_data\"))\n      .select(\n        col(\"expired\"),\n        col(\"range_data._1\").as(\"range_id\"),\n        col(\"range_data._2\").as(\"min_key\"),\n        col(\"range_data._3\").as(\"max_key\")\n      )\n      .distinct\n  }\n\n  def getRangeAddresses(rangeID: String, conf: APIConfigurations, repo: String): Set[String] = {\n    val location =\n      new ApiClient(conf.apiURL, conf.accessKey, conf.secretKey).getRangeURL(repo, rangeID)\n    SSTableReader\n      .forRange(new Configuration(), location)\n      .newIterator()\n      .map(a => new String(a.key))\n      .toSet\n  }\n\n  def getEntryTuples(\n      rangeID: String,\n      conf: APIConfigurations,\n      repo: String\n  ): Set[(String, String, Boolean, Long)] = {\n    def getSeconds(ts: Option[Timestamp]): Long = {\n      ts.getOrElse(0).asInstanceOf[Timestamp].seconds\n    }\n\n    val location =\n      new ApiClient(conf.apiURL, conf.accessKey, conf.secretKey).getRangeURL(repo, rangeID)\n    SSTableReader\n      .forRange(new Configuration(), location)\n      .newIterator()\n      .map(a =>\n        (\n          new String(a.key),\n          new String(a.message.address),\n          a.message.addressType.isRelative,\n          getSeconds(a.message.lastModified)\n        )\n      )\n      .toSet\n  }\n\n  \/** @param leftRangeIDs\n   *  @param rightRangeIDs\n   *  @param conf\n   *  @return tuples of type (key, address, isRelative, lastModified) for every address existing in leftRanges and not in rightRanges\n   *\/\n  def leftAntiJoinAddresses(\n      leftRangeIDs: Set[String],\n      rightRangeIDs: Set[String],\n      conf: APIConfigurations,\n      repo: String\n  ): Set[(String, String, Boolean, Long)] = {\n    distinctEntryTuples(leftRangeIDs, conf, repo)\n\n    val leftTuples = distinctEntryTuples(leftRangeIDs, conf, repo)\n    val rightTuples = distinctEntryTuples(rightRangeIDs, conf, repo)\n    leftTuples -- rightTuples\n  }\n\n  private def distinctEntryTuples(rangeIDs: Set[String], conf: APIConfigurations, repo: String) = {\n    val tuples = rangeIDs.map((rangeID: String) => getEntryTuples(rangeID, conf, repo))\n    if (tuples.isEmpty) Set[(String, String, Boolean, Long)]() else tuples.reduce(_.union(_))\n  }\n\n  \/** receives a dataframe containing active and expired ranges and returns entries contained only in expired ranges\n   *\n   *  @param ranges dataframe of type   rangeID:String | expired: Boolean\n   *  @return dataframe of type  key:String | address:String | relative:Boolean | last_modified:Long\n   *\/\n  def getExpiredEntriesFromRanges(\n      ranges: Dataset[Row],\n      conf: APIConfigurations,\n      repo: String\n  ): Dataset[Row] = {\n    val left_anti_join_addresses = udf((x: Seq[String], y: Seq[String]) => {\n      leftAntiJoinAddresses(x.toSet, y.toSet, conf, repo).toSeq\n    })\n    val expiredRangesDF = ranges.where(\"expired\")\n    val activeRangesDF = ranges.where(\"!expired\")\n\n    \/\/ ranges existing in expired and not in active\n    val uniqueExpiredRangesDF = expiredRangesDF.join(\n      activeRangesDF,\n      expiredRangesDF(\"range_id\") === activeRangesDF(\"range_id\"),\n      \"leftanti\"\n    )\n\n    \/\/  intersecting options are __(____[_____)______]__   __(____[____]___)__   ___[___(__)___]___   ___[__(___]___)__\n    \/\/  intersecting ranges  maintain  ( <= ] && [ <= )\n    val intersecting =\n      udf((aMin: Array[Byte], aMax: Array[Byte], bMin: Array[Byte], bMax: Array[Byte]) => {\n        val byteArrayOrdering = Ordering.by((_: Array[Byte]).toIterable)\n        byteArrayOrdering.compare(aMin, bMax) <= 0 && byteArrayOrdering.compare(bMin, aMax) <= 0\n      })\n\n    val minMax = udf((min: String, max: String) => (min, max))\n\n    \/\/ for every expired range - get all intersecting active ranges\n    \/\/  expired_range | active_ranges  | min-max (of expired_range)\n    val joinActiveByRange = uniqueExpiredRangesDF\n      .as(\"u\")\n      .join(\n        activeRangesDF.as(\"a\"),\n        intersecting(col(\"a.min_key\"), col(\"a.max_key\"), col(\"u.min_key\"), col(\"u.max_key\")),\n        \"left\"\n      )\n      .select(\n        col(\"u.range_id\").as(\"unique_range\"),\n        col(\"a.range_id\").as(\"active_range\"),\n        minMax(col(\"u.min_key\"), col(\"u.max_key\")).as(\"min-max\")\n      )\n\n    \/\/ group unique_ranges and active_ranges by min-max\n    \/\/ unique_ranges: Set[String] | active_ranges: Set[String] | min-max\n    \/\/ for each row, unique_ranges contains ranges with exact min-max, active_ranges contain ranges intersecting with min-max\n    val groupByMinMax = joinActiveByRange\n      .groupBy(\"min-max\")\n      .agg(\n        collect_set(\"unique_range\").alias(\"unique_ranges\"),\n        collect_set(\"active_range\").alias(\"active_ranges\")\n      )\n\n    \/\/ add a column of all addresses contained only in unique ranges\n    \/\/ for every Row - [ collection of unique ranges | collection of active ranges] the column would contain a collection of addresses existing only in unique ranges\n    val addresses = groupByMinMax.withColumn(\n      \"addresses\",\n      left_anti_join_addresses(col(\"unique_ranges\"), col(\"active_ranges\"))\n    )\n\n    addresses\n      .select(explode(col(\"addresses\")).as(\"addresses\"))\n      .select(\n        col(\"addresses._1\").as(\"key\"),\n        col(\"addresses._2\").as(\"address\"),\n        col(\"addresses._3\").as(\"relative\"),\n        col(\"addresses._4\").as(\"last_modified\")\n      )\n  }\n\n  def getExpiredAddresses(\n      repo: String,\n      runID: String,\n      commitDFLocation: String,\n      spark: SparkSession,\n      conf: APIConfigurations\n  ): Dataset[Row] = {\n    val commitsDF = getCommitsDF(runID, commitDFLocation, spark)\n    val rangesDF = getRangesDFFromCommits(commitsDF, repo, conf)\n    getExpiredEntriesFromRanges(rangesDF, conf, repo)\n  }\n\n  def main(args: Array[String]) {\n    val spark = SparkSession.builder().getOrCreate()\n    if (args.length != 4) {\n      Console.err.println(\n        \"Usage: ... <repo_name> <runID> s3:\/\/storageNamespace\/prepared_commits_table s3:\/\/storageNamespace\/output_destination_table\"\n      )\n      System.exit(1)\n    }\n\n    val repo = args(0)\n    val runID = args(1)\n    val commitDFLocation = args(2)\n    val addressesDFLocation = args(3)\n\n    val hc = spark.sparkContext.hadoopConfiguration\n    val apiURL = hc.get(LAKEFS_CONF_API_URL_KEY)\n    val accessKey = hc.get(LAKEFS_CONF_API_ACCESS_KEY_KEY)\n    val secretKey = hc.get(LAKEFS_CONF_API_SECRET_KEY_KEY)\n    val expiredAddresses = getExpiredAddresses(repo,\n                                               runID,\n                                               commitDFLocation,\n                                               spark,\n                                               APIConfigurations(apiURL, accessKey, secretKey)\n                                              ).withColumn(\"run_id\", lit(runID))\n    expiredAddresses.write.partitionBy(\"run_id\").mode(SaveMode.Append).parquet(addressesDFLocation)\n  }\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"core\/src\/main\/scala\/org\/europepmc\/annotator\/Annotator.scala","text":"package org.europepmc.annotator\n\nimport java.io._\nimport java.util._\n\ntrait Annotator {\n  def annotate(text: String): String\n}\n\nclass MonqAnnotator extends Serializable with Annotator {\n\n  import monq.jfa._\n  import monq.programs.DictFilter\n\n  val stream = getClass.getResourceAsStream(\"\/acc150612.mwt\")\n  val acc = scala.io.Source.fromInputStream(stream).getLines().toList.mkString(\"\\n\")\n  val reader = new StringReader(acc)\n  val dict = new DictFilter(reader, \"raw\", \"\", false)\n  val r = dict.createRun()\n\n  def annotate(text: String): String = {\n    val baos = new ByteArrayOutputStream()\n    \/\/ TODO use for and Try\n    val sr = new StringReader(text)\n    val rcs = new ReaderCharSource(sr)\n    val writer = new PrintStream(baos)\n\n    r.setIn(rcs)\n    r.filter(writer)\n    sr.close()\n    writer.close()\n    baos.toString(\"UTF8\")\n  }\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"core\/src\/main\/scala\/org\/europepmc\/nlp\/CoreNLP.scala","text":"package org.europepmc.nlp\n\nimport java.io._\nimport java.util._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.JavaConverters._\n\n\nimport edu.stanford.nlp.ling.CoreAnnotations.{TextAnnotation, LemmaAnnotation, SentencesAnnotation, TokensAnnotation, PartOfSpeechAnnotation}\nimport edu.stanford.nlp.pipeline.{Annotation, StanfordCoreNLP}\n\/\/ import org.europepmc.annotator.MonqAnnotator\n\nobject CoreNLP {\n\n  def createNLPPipeline(): StanfordCoreNLP = {\n    val props = new Properties()\n    props.put(\"annotators\", \"tokenize, ssplit, pos\")\n    \/\/ props.put(\"annotators\", \"tokenize, ssplit, pos, lemma\")\n    new StanfordCoreNLP(props)\n  }\n\n  def plainTextToSentences(text: String, pipeline: StanfordCoreNLP): Seq[String] = {\n    val doc = new Annotation(text)\n    pipeline.annotate(doc)\n    val outs = new ArrayBuffer[String]()\n    val sentences = doc.get(classOf[SentencesAnnotation])\n\n    \/\/ http:\/\/stanfordnlp.github.io\/CoreNLP\/api.html\n    for (sentence <- sentences.asScala) {\n      \/\/ outs += sentence.toString()\n      for (token <- sentence.get(classOf[TokensAnnotation]).asScala)\n         \/\/ outs += token.get(classOf[TextAnnotation])\n         outs += token.get(classOf[PartOfSpeechAnnotation])\n    }\n    outs\n  }\n\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"core\/src\/main\/scala\/org\/europepmc\/pipeline\/Pipeline.scala","text":"package org\npackage europepmc\npackage pipeline\n\n\/* Status *\/\nsealed trait Status\ncase object Raw extends Status\ncase object Tagged extends Status\ncase object Filtered extends Status\n\nsealed trait Section\ncase object Title extends Section\ncase object Abstract extends Section\ncase object Introduction extends Section\ncase object Method extends Section\ncase object Result extends Section\ncase object Discussion extends Section\n\n\/* Pipeline *\/\ntrait Pipeline {\n  \/\/ Data source: Patent, Wikipage, MEDLINE abstract, etc.\n  type Collection[Article]\n  type Source\n  type Sink\n\n  type Text[Status]\n  type Section = Seq[Sentence]\n  type Sentence\n}\n\nobject Pipeline\n\ntrait PipelineService {\n  \/\/ def compose: Tagger => Filter => Tagger\n  type TaggingError\n  \/\/ type Tagger[+A] = String => Either[TaggingError, A]\n  \/\/ just like State?\n  type Text\n  type Tagger = Text => (Text, Unit)\n  \/\/ map or flatMap\n\n  def buildPipeline(taggers: Seq[Tagger]): Pipeline\n  def runPipeline: Unit\n}\n\n\/* Article *\/\ncase class Article (xml: String) {\n  type Section = String\n  type Sentence = String\n\n  def split: Seq[Section] = ???\n}\n\ntrait TaggedArticle\ntrait ArticleRepository\n\n\/* Dictionary *\/\ntrait Dictionary\ntrait DictionaryRepository\n\ntrait DictionaryService {\n  def generate: String => Dictionary\n}\n\n\/* Tagger *\/\n\/\/ trait Tagger[A] {\ntrait Tagger {\n  type Text\n  type Dictionary\n  def transform: Text => Text\n  \/\/ def flatMap\n}\n\ntrait TaggingService {\n  type Text\n  type TaggedText\n\n  def buildTagger: Dictionary => Tagger \/\/ primitive? unit?\n  def runTagger[A <: Text]: Tagger => Text => TaggedText \/\/ primitive? run?\n}\n\n\/\/ trait SectionTagger[Article] extends Tagger {\ntrait SectionTagger extends Tagger {\n  \/\/ def transform(in: String): String = in\n  type Text = String\n  def transform = s => \"<\" + s + \">\"\n  def run: Tagger = ???\n}\n\nobject testTaggingService extends TaggingService {\n  type Text = String\n  type TaggedText = String\n  def buildTagger = ???\n  def runTagger[Article] = ???\n}\n\n\/* Filter *\/\ntrait Blacklist\n\ntrait Filter {\n  type Text[A]\n  type Mention\n  def transform: Text[Mention] => Text[Option[Mention]]\n}\n\ntrait Filterable[Mention[_]]\n\ntrait FilteringService {\n  def buildFilter: Blacklist => Filter\n}\n\n\/* Annotation *\/\ntrait Annotation {\n  type AnnotatedSentence\n  type Mention\n  type Relation\n  type Event\n\n  def exsits: Boolean\n  def uri: Option[String]\n  def get: NamedEntity\n}\n\ntrait NamedEntity {\n  def id: String\n  def name: String\n}\n\nobject NamedEntity {\n  case class Gene(id: String, name: String) extends NamedEntity\n  case class Species(id: String, name: String) extends NamedEntity\n  case class GO(id: String, name: String) extends NamedEntity\n  case class Disease(id: String, name: String) extends NamedEntity\n  case class Chemical(id: String, name: String) extends NamedEntity\n  case class AccNumber(id: String, name: String) extends NamedEntity\n}\n\ntrait AnnotationRepository\ntrait AnnotationService\n\n\/\/ object sectionTagger extends Tagger with SectionTagger\nobject sectionTagger extends SectionTagger\nobject RunTagger\nobject RunFilter\n\n\/* Others *\/\ntrait TextAnalyticsService\ntrait ReportGenerationService\ntrait RdfGenerationService\ntrait CollectionReader\n\npackage application {\n  object App {\n    import org.europepmc.pipeline.sectionTagger._\n\n    def main(args: Array[String]) {\n      println(transform(\"Hello, world!\"))\n    }\n  }\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"build.sbt","text":"\/\/ import AssemblyKeys._\n\n\/\/ assemblySettings\n\n\nlazy val commonSettings = Seq(\n  scalaVersion := \"2.12.12\",\n  resolvers += Resolver.mavenLocal\n)\n\nlazy val root = (project in file(\".\")).\n  aggregate(util, core)\n\nlazy val util = (project in file(\"util\")).\n  settings(commonSettings: _*).\n  settings(\n    libraryDependencies ++= Seq(\n      \"org.scalatest\" %% \"scalatest\" % \"3.2.7\" % \"test\"\n    )\n  )\n\nlazy val core = (project in file(\"core\")).\n  settings(commonSettings: _*).\n  settings(\n    libraryDependencies ++= Seq(\n      \"org.scalatest\" %% \"scalatest\" % \"3.2.7\" % \"test\",\n      \"org.apache.spark\" %% \"spark-core\" % \"2.4.0\"\n    )\n  )\n"}
{"repo_name":"jeekim\/spark-monq","path":"util\/src\/main\/scala\/org\/europepmc\/filter\/MwtParser.scala","text":"package org.europepmc.filter;\n\nimport monq.jfa.Xml\nimport java.util.Map\n\n\/\/ ADT product type\ncase class MwtAtts(tagname: String, content: String, db: String, valmethod: String, domain: String, context: String, wsize: String, sec: String)\n\nclass MwtParser(val map: java.util.Map[String, String]) {\n\n  \/\/ <template><z:acc db=\"%1\" valmethod=\"%2\" domain=\"%3\" context=\"%4\" wsize=\"%5\" sec=\"%6\">%0<\/z:acc><\/template>\n  def parse = {\n    val tagname = map.get(Xml.TAGNAME);\n    val content = map.get(Xml.CONTENT);\n\n    val db = map.get(\"db\");\n    val valmethod = map.get(\"valmethod\");\n    val domain = map.get(\"domain\");\n    val context = map.get(\"context\");\n    val wsize = map.get(\"wsize\");\n    val sec = map.get(\"sec\");\n\n    MwtAtts(tagname, content, db, valmethod, domain, context, wsize, sec)\n  }\n\n  \/\/ partial function?\n  def contextHandler(ma: MwtAtts): String => String = ???\n  def domainHandler(ma: MwtAtts): String => String = ???\n  \/\/ def allHandler(ma: MwtAtts): String => String = contextHandler _ andThen domainHandler _\n  type Validator\n  def generateValidators(ma: MwtAtts): Seq[Validator] = ???\n  \/\/ use pattern matching with ma.\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"util\/src\/main\/scala\/org\/europepmc\/filter\/QueryGenerator.scala","text":"package org.europepmc.filter;\n\n\/\/ TODO use pattern matching to generate queries depending on db types.\n\ncase class QueryGenerator(q: String) {\n\n  override def toString() = s\"query: $q\"\n\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"core\/src\/main\/scala\/org\/europepmc\/RunAnnotator.scala","text":"<reponame>jeekim\/spark-monq\npackage org.europepmc\n\nimport java.io._\nimport java.util._\n\nimport org.apache.spark.{SparkContext, SparkConf}\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.io._\n\nimport com.cloudera.datascience.common.XmlInputFormat\nimport com.elsevier.spark_xml_utils.xslt.XSLTProcessor\n\nimport org.europepmc.annotator.MonqAnnotator\nimport org.europepmc.nlp.CoreNLP._\n\nobject RunAnnotator {\n  def main(args: Array[String]) {\n    val path = args(0)\n    val out_path = args(1)\n    val conf = new Configuration()\n    val sc = new SparkContext()\n    conf.set(XmlInputFormat.START_TAG_KEY, \"<article \")\n    conf.set(XmlInputFormat.END_TAG_KEY, \"<\/article>\")\n\n    \/\/ xslt\n    val stream = getClass.getResourceAsStream(\"\/pmc150714.xsl\")\n    val xsl = scala.io.Source.fromInputStream(stream).getLines().toList.mkString(\"\\n\")\n    val proc = XSLTProcessor.getInstance(xsl)\n\n    \/\/ RDDs\n    val kvRDD = sc.newAPIHadoopFile(path, classOf[XmlInputFormat], classOf[LongWritable], classOf[Text], conf)\n\n    \/\/ TODO use for sequence for all the transformations.\n    val rawXmlRDD = kvRDD.flatMap(p =>\n\t\t    try {\n\t\t      Some(scala.xml.XML.loadString(proc.transform(p._2.toString)))\n        } catch {\n\t\t      case e: Exception => None\n\t\t    }\n    )\n\n    val pRDD = rawXmlRDD.map{ x => (x \\\\ \"text\").text }\n\n    \/* calling CoreNLP pipeline *\/\n    val sentenceRDD = pRDD.mapPartitions(iter => {\n      val pipeline = createNLPPipeline()\n      iter.flatMap{ p => plainTextToSentences(p, pipeline) }\n    })\n\n    sentenceRDD.saveAsTextFile(out_path)\n    \/\/ TODO get rid of try and catch, use Try?\n    \/*val annotationRDD = sentenceRDD.mapPartitions(it => {\n       val ann = new MonqAnnotator()\n       it.flatMap(e =>\n\t\t       try {\n\t\t         Some(ann.annotate(e))\n\t\t       } catch {\n                         case ex: Exception => None\n\t\t       }\n      )\n     }\n    )\n\n    annotationRDD.saveAsTextFile(out_path)*\/\n  }\n}\n"}
{"repo_name":"jeekim\/spark-monq","path":"util\/src\/main\/scala\/org\/europepmc\/filter\/IDResolver.scala","text":"package org.europepmc.filter;\n\ntrait IDResolver {\n   def isValidID(domain: String, id: String): Boolean \n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"project\/LiftModule.scala","text":"import sbt._\nimport sbt.Keys._\n\nobject LiftModule {\n\n  val liftVersion = settingKey[String](\"Lift Web Framework full version number\")\n\n  val liftEdition = settingKey[String](\"Lift Edition (such as 2.6 or 3.0)\")\n\n  val bintrayPublishSettings = Seq(\n    pomExtra := {\n      <developers>\n        <developer>\n          <id>eltimn<\/id>\n          <name><NAME><\/name>\n          <url>http:\/\/eltimn.com\/<\/url>\n        <\/developer>\n      <\/developers>\n    },\n    publishArtifact in Test := false,\n    homepage := Some(url(\"https:\/\/github.com\/eltimn\/lift-mongoauth\")),\n    licenses := Seq((\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))),\n    publishTo := Some(\"eltimn-maven\" at \"https:\/\/api.bintray.com\/maven\/eltimn\/maven\/lift-mongoauth\/;publish=1\")\n  )\n\n  val sonatypePublishSettings = Seq(\n    publishTo := (version.value.endsWith(\"SNAPSHOT\") match {\n      case true  => Some(\"snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\")\n      case false => Some(\"releases\" at \"https:\/\/oss.sonatype.org\/service\/local\/staging\/deploy\/maven2\")\n    }),\n\n    credentials ++= (for {\n      username <- Option(System.getenv().get(\"SONATYPE_USERNAME\"))\n      password <- Option(System.getenv().get(\"SONATYPE_PASSWORD\"))\n    } yield Credentials(\"Sonatype Nexus Repository Manager\", \"oss.sonatype.org\", username, password)).toSeq,\n\n    publishMavenStyle := true,\n\n    publishArtifact in Test := false,\n\n    pomIncludeRepository := { _ => false },\n\n    pomExtra := (\n      <url>https:\/\/github.com\/liftmodules\/amqp<\/url>\n      <licenses>\n        <license>\n          <name>Apache 2.0 License<\/name>\n          <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html<\/url>\n          <distribution>repo<\/distribution>\n        <\/license>\n      <\/licenses>\n      <scm>\n        <url><EMAIL>:eltimn\/lift-mongoauth.git<\/url>\n        <connection>scm:git:git@github.<EMAIL>:eltimn\/lift-mongoauth.git<\/connection>\n      <\/scm>\n      <developers>\n        <developer>\n          <id>eltimn<\/id>\n          <name><NAME><\/name>\n          <url>http:\/\/eltimn.com\/<\/url>\n        <\/developer>\n      <\/developers>\n    )\n  )\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/model\/Role.scala","text":"<reponame>eltimn\/lift-mongoauth\npackage net.liftmodules.mongoauth\npackage model\n\nimport field.PermissionListField\nimport net.liftweb.common._\nimport net.liftweb.mongodb.record._\nimport net.liftweb.record.field.StringField\nimport net.liftweb.http.S\n\/*\n * Simple record for storing roles. Role name is the PK.\n *\/\nclass Role private () extends MongoRecord[Role] {\n  def meta = Role\n\n  object id extends StringField(this, 32) {\n    override def name = \"_id\"\n    override def displayName = S ? \"liftmodule-monogoauth.role.id.displayName\"\n  }\n  object permissions extends PermissionListField(this)\n\n  override def equals(other: Any): Boolean = other match {\n    case r: Role => r.id.get == this.id.get\n    case _ => false\n  }\n}\nobject Role extends Role with MongoMetaRecord[Role] {\n  override def collectionName = \"user.roles\"\n\n  def findOrCreate(in: String): Role = find(in).openOr(createRecord.id(in))\n  @deprecated(\"Use findOrCreateAndSaveBox instead.\", \"0.6\")\n  def findOrCreateAndSave(in: String): Role = findOrCreate(in).save(false)\n\n  def findOrCreateAndSaveBox(in: String): Box[Role] = findOrCreate(in).saveBox()\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/field\/PermissionListField.scala","text":"<gh_stars>1-10\npackage net.liftmodules.mongoauth\npackage field\n\nimport net.liftmodules.mongoauth.codecs.PermissionCodec\nimport net.liftweb.mongodb.record.field.MongoListField\nimport net.liftweb.mongodb.record.BsonRecord\n\nimport org.bson._\nimport org.bson.codecs.{BsonTypeCodecMap, DecoderContext, EncoderContext}\nimport org.bson.codecs.configuration.CodecRegistry\n\nclass PermissionListField[OwnerType <: BsonRecord[OwnerType]](rec: OwnerType)\n  extends MongoListField[OwnerType, Permission](rec)\n{\n  private val codec = PermissionCodec()\n\n  override protected def readValue(reader: BsonReader, decoderContext: DecoderContext, codecRegistry: CodecRegistry, bsonTypeCodecMap: BsonTypeCodecMap): Any = {\n    reader.getCurrentBsonType match {\n      case BsonType.STRING =>\n        codec.decode(reader, decoderContext)\n      case _ =>\n        super.readValue(reader, decoderContext, codecRegistry, bsonTypeCodecMap)\n    }\n  }\n\n  override protected def writeValue[T](writer: BsonWriter, encoderContext: EncoderContext, value: T, codecRegistry: CodecRegistry): Unit = {\n    value match {\n      case p: Permission =>\n        writer.writeString(p.toString)\n      case _ =>\n        super.writeValue(writer, encoderContext, value, codecRegistry)\n    }\n  }\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"version.sbt","text":"git.baseVersion := \"1.4.4\"\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/Permission.scala","text":"package net.liftmodules.mongoauth\n\n\/*\n * A permission that has three parts; domain, actions, and entities\n *\/\ncase class Permission(\n  domain: String,\n  actions: Set[String] = Set(Permission.wildcardToken),\n  entities: Set[String] = Set(Permission.wildcardToken)\n) {\n  def implies(p: Permission) = p match {\n    case Permission(d, a, e) =>\n      if (d == Permission.wildcardToken)\n        true\n      else if (d == this.domain) {\n        if (a.contains(Permission.wildcardToken))\n          true\n        else if (this.actions.headOption.map(it => a.contains(it)).getOrElse(false))\n          if (e.contains(Permission.wildcardToken))\n            true\n          else\n            this.entities.headOption.map(it => e.contains(it)).getOrElse(false)\n        else\n          false\n      }\n      else\n        false\n    case _ => false\n  }\n\n  def implies(ps: Set[Permission]): Boolean = ps.exists(p => this.implies(p))\n\n  override def toString = {\n    domain+Permission.partDivider+actions.mkString(Permission.subpartDivider)+Permission.partDivider+entities.mkString(Permission.subpartDivider)\n  }\n}\n\nobject Permission {\n  lazy val wildcardToken = MongoAuth.permissionWilcardToken.vend\n  lazy val partDivider = MongoAuth.permissionPartDivider.vend\n  lazy val subpartDivider = MongoAuth.permissionSubpartDivider.vend\n\n  def apply(domain: String, actions: String): Permission =\n    apply(domain, actions.split(Permission.subpartDivider).toSet)\n\n  def apply(domain: String, actions: String, entities: String): Permission =\n    apply(domain, actions.split(Permission.subpartDivider).toSet, entities.split(Permission.subpartDivider).toSet)\n\n  def fromString(s: String): Permission = s.split(partDivider).toList match {\n    case s :: Nil if (s == wildcardToken) => all\n    case s :: Nil if (s.length == 0) => none\n    case dom :: Nil => Permission(dom)\n    case dom :: acts :: Nil => Permission(dom, acts)\n    case dom :: acts :: ents :: Nil => Permission(dom, acts, ents)\n    case _ => none\n  }\n\n  lazy val all = Permission(wildcardToken)\n  lazy val none = Permission(\"\")\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/test\/scala\/net.liftmodules\/mongoauth\/MongoTestKit.scala","text":"<filename>src\/test\/scala\/net.liftmodules\/mongoauth\/MongoTestKit.scala<gh_stars>1-10\npackage net.liftmodules.mongoauth\n\nimport java.util.regex.Pattern\n\nimport org.scalatest.BeforeAndAfter\nimport org.scalatest.wordspec.AnyWordSpec\n\nimport net.liftweb.mongodb._\nimport net.liftweb.mongodb.codecs._\nimport net.liftweb.mongodb.record.MongoRecordRules\nimport net.liftweb.util.{DefaultConnectionIdentifier, ConnectionIdentifier, Props}\n\nimport net.liftmodules.mongoauth.codecs.PermissionCodec\n\nimport org.bson.{BsonDocument, BsonType}\nimport org.bson.codecs.configuration.{CodecRegistry, CodecRegistries}\nimport com.mongodb.{MongoClient, MongoClientSettings, ServerAddress}\n\ntrait MongoTestKit extends BeforeAndAfter {\n  this: AnyWordSpec =>\n\n  \/\/ val bsonTypeClassMap: BsonTypeClassMap =\n  \/\/   BsonTypeClassMap(\n  \/\/     (BsonType.REGULAR_EXPRESSION -> classOf[Pattern]),\n  \/\/     (BsonType.BINARY -> classOf[Array[Byte]]),\n  \/\/     (BsonType.DOCUMENT, classOf[BsonDocument])\n  \/\/   )\n\n  \/\/ val registry: CodecRegistry = CodecRegistries.fromRegistries(\n  \/\/   MongoClientSettings.getDefaultCodecRegistry(),\n  \/\/   CodecRegistries.fromCodecs(BigDecimalStringCodec(), CalendarCodec(), JodaDateTimeCodec(), PermissionCodec())\n  \/\/ )\n\n  \/\/ MongoRecordRules.defaultCodecRegistry.default.set(registry)\n  \/\/ MongoRecordRules.defaultBsonTypeClassMap.default.set(bsonTypeClassMap)\n\n  def dbName = \"test_\"+this.getClass.getName\n    .replace(\".\", \"_\")\n    .toLowerCase\n\n  def mongo = new MongoClient(\"127.0.0.1\", Props.getInt(\"mongo.default.port\", 27017))\n\n  \/\/ If you need more than one db, override this\n  def dbs: List[(ConnectionIdentifier, String)] = List((DefaultConnectionIdentifier, dbName))\n\n  def debug = false\n\n  before {\n    \/\/ define the dbs\n    dbs foreach { case (id, db) =>\n      MongoDB.defineDb(id, mongo, db)\n    }\n  }\n\n  after {\n    if (!debug) {\n      \/\/ drop the databases\n      dbs foreach { case (id, _) =>\n        MongoDB.useDatabase(id) { db => db.drop() }\n      }\n    }\n\n    \/\/ clear the mongo instances\n    MongoDB.closeAll()\n  }\n}\n\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"build.sbt","text":"<reponame>eltimn\/lift-mongoauth<filename>build.sbt\nimport LiftModule.{liftVersion, liftEdition}\n\nname := \"mongoauth\"\norganization := \"net.liftmodules\"\nliftVersion := \"3.4.3\"\nliftEdition := liftVersion.value.substring(0,3)\nmoduleName := name.value + \"_\" + liftEdition.value\n\nscalaVersion := \"2.12.12\"\ncrossScalaVersions := Seq(\"2.13.4\", \"2.12.12\")\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\")\n\nlibraryDependencies ++=\n  \"net.liftweb\" %% \"lift-mongodb-record\" % liftVersion.value % \"provided\" ::\n  \"net.liftweb\" %% \"lift-webkit\" % liftVersion.value % \"provided\" ::\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.0\" % \"test\" ::\n  \"org.mindrot\" % \"jbcrypt\" % \"0.4\" % \"compile\" ::\n  Nil\n\nenablePlugins(GitVersioning)\n\nbintrayReleaseOnPublish in ThisBuild := false\n\nLiftModule.bintrayPublishSettings\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/codecs\/PermissionCodec.scala","text":"package net.liftmodules.mongoauth\npackage codecs\n\nimport org.bson.{BsonReader, BsonWriter}\nimport org.bson.codecs._\n\n\/**\n * A Codec for Permission instances.\n *\/\ncase class PermissionCodec() extends Codec[Permission] {\n  override def encode(writer: BsonWriter, value: Permission, encoderContext: EncoderContext): Unit = {\n    writer.writeString(value.toString)\n  }\n\n  override def decode(reader: BsonReader, decoderContext: DecoderContext): Permission = {\n    Permission.fromString(reader.readString())\n  }\n\n  override def getEncoderClass(): Class[Permission] = classOf[Permission]\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/test\/scala\/net.liftmodules\/mongoauth\/BaseSpec.scala","text":"package net.liftmodules.mongoauth\n\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.wordspec.AnyWordSpec\n\nimport net.liftweb.common._\nimport net.liftweb.http._\nimport net.liftweb.util._\nimport net.liftweb.util.Helpers._\n\ntrait BaseSpec extends AnyWordSpec with Matchers\n\ntrait WithSessionSpec extends BaseSpec {\n  def session = new LiftSession(\"\", randomString(20), Empty)\n\n  override def withFixture(test: NoArgTest) = {\n    S.initIfUninitted(session) { test() }\n  }\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/test\/scala\/net.liftmodules\/mongoauth\/model\/SimpleUserSpec.scala","text":"package net.liftmodules.mongoauth\npackage model\n\nclass SimpleUserSpec extends WithSessionSpec with MongoTestKit {\n  override val debug = false\n  val userPassword = \"password\"\n\n  def testUser = SimpleUser.createRecord\n    .email(\"<EMAIL>\")\n    .password(userPassword, true)\n\n  \"SimpleUser\" should {\n\n    \"save permissions properly\" in {\n      val printer = Permission(\"printer\")\n      val userEntity = Permission(\"user.users\", \"read\")\n      val perms = List(printer, userEntity)\n      val user = testUser\n        .permissions(perms)\n        .save()\n\n      val userFromDb = SimpleUser.find(user.id.get)\n      userFromDb.isDefined should be (true)\n      userFromDb foreach { u =>\n        u.permissions.get should equal (perms)\n      }\n    }\n\n    \"check permissions properly\" in {\n      val adminLogin = Permission(\"admin\", \"login\")\n      val adminAll = Permission(\"admin\")\n      adminLogin.implies(adminAll) should equal (true)\n      adminLogin.implies(Set(adminAll)) should equal (true)\n\n      val user = SimpleUser.createRecord.permissions(List(Permission(\"admin\")))\n      SimpleUser.logUserIn(user, false, false)\n      SimpleUser.hasPermission(adminLogin) should equal (true)\n    }\n  }\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/model\/LoginToken.scala","text":"package net.liftmodules.mongoauth\npackage model\n\nimport field.ExpiresField\n\nimport java.util.UUID\n\nimport org.joda.time.Hours\n\nimport net.liftweb._\nimport common._\nimport http._\nimport mongodb.record._\nimport mongodb.record.field._\nimport record.MandatoryTypedField\nimport util.Helpers.tryo\n\nimport org.bson.types.ObjectId\nimport com.mongodb.client.model.Filters.{eq => eqs, _}\n\n\/**\n  * This is a token for automatically logging a user in\n  *\/\nclass LoginToken extends MongoRecord[LoginToken] with UUIDPk[LoginToken] {\n  def meta = LoginToken\n\n  object userId extends ObjectIdField(this)\n  object expires extends ExpiresField(this, meta.loginTokenExpires)\n\n  def url: String = meta.url(this)\n}\n\nobject LoginToken extends LoginToken with MongoMetaRecord[LoginToken] {\n  import mongodb.BsonDSL._\n\n  override def collectionName = \"user.logintokens\"\n\n  private lazy val loginTokenUrl = MongoAuth.loginTokenUrl.vend\n  private lazy val loginTokenExpires = MongoAuth.loginTokenExpires.vend\n\n  def url(inst: LoginToken): String = \"%s%s?token=%s\".format(S.hostAndPath, loginTokenUrl, inst.id.toString)\n\n  def createForUserId(uid: ObjectId): LoginToken = {\n    createRecord.userId(uid).save()\n  }\n\n  def createForUserIdBox(uid: ObjectId): Box[LoginToken] = {\n    createRecord.userId(uid).saveBox()\n  }\n\n  def deleteAllByUserId(uid: ObjectId): Unit = {\n    deleteMany(eqs(userId.name, uid))\n  }\n\n  def deleteAllByUserIdBox(uid: ObjectId): Box[Unit] = tryo {\n    deleteMany(eqs(userId.name, uid))\n  }\n\n  def findByStringId(in: String): Box[LoginToken] =\n    tryo(UUID.fromString(in)).flatMap(find)\n}\n"}
{"repo_name":"eltimn\/lift-mongoauth","path":"src\/main\/scala\/net.liftmodules\/mongoauth\/model\/ExtSession.scala","text":"<filename>src\/main\/scala\/net.liftmodules\/mongoauth\/model\/ExtSession.scala\npackage net.liftmodules.mongoauth\npackage model\n\nimport field._\n\nimport java.util.{Locale, UUID}\n\nimport org.joda.time.DateTime\n\nimport net.liftweb._\nimport common._\nimport http.{Req, S}\nimport http.provider.HTTPCookie\nimport mongodb.record._\nimport mongodb.record.field._\nimport util.LoanWrapper\nimport util.Helpers.tryo\n\nimport org.bson.types.ObjectId\n\nclass ExtSession extends MongoRecord[ExtSession] with UUIDPk[ExtSession] {\n  def meta = ExtSession\n\n  object userId extends ObjectIdField(this)\n  object expires extends ExpiresField(this, meta.whenExpires)\n}\n\nobject ExtSession extends ExtSession with MongoMetaRecord[ExtSession] with Loggable {\n  import mongodb.BsonDSL._\n\n  override def collectionName = \"user.extsessions\"\n\n  \/\/ MongoAuth vars\n  private lazy val whenExpires = MongoAuth.extSessionExpires.vend\n  private lazy val cookieName = MongoAuth.extSessionCookieName.vend\n  private lazy val cookiePath = MongoAuth.extSessionCookiePath.vend\n  private lazy val cookieDomain = MongoAuth.extSessionCookieDomain.vend\n\n  \/\/ create an extSession\n  @deprecated(\"use createExtSessionBox instead\", \"0.6\")\n  def createExtSession(uid: ObjectId): Unit = {\n    deleteExtCookie() \/\/ make sure existing cookie is removed\n    val inst = createRecord.userId(uid).save(false)\n    val cookie = new HTTPCookie(cookieName, Full(inst.id.value.toString), cookieDomain, Full(cookiePath), Full(whenExpires.toPeriod.toStandardSeconds.getSeconds), Empty, Empty)\n    S.addCookie(cookie)\n  }\n\n  def createExtSessionBox(uid: ObjectId): Box[Unit] = {\n    deleteExtCookie() \/\/ make sure existing cookie is removed\n    createRecord.userId(uid).saveBox().map { inst =>\n      val cookie = new HTTPCookie(\n        cookieName,\n        Full(inst.id.value.toString),\n        cookieDomain,\n        Full(cookiePath),\n        Full(whenExpires.toPeriod.toStandardSeconds.getSeconds),\n        Empty,\n        Empty\n      )\n      S.addCookie(cookie)\n    }\n  }\n\n  @deprecated(\"use createExtSessionBox instead\", \"0.6\")\n  def createExtSession(uid: String): Unit = {\n    if (ObjectId.isValid(uid))\n      createExtSession(new ObjectId(uid))\n  }\n\n  def createExtSessionBox(uid: String): Box[Unit] = {\n    if (ObjectId.isValid(uid))\n      createExtSessionBox(new ObjectId(uid))\n    else\n      Failure(\"Invalid ObjectId\")\n  }\n\n  \/\/ delete the ext cookie\n  def deleteExtCookie(): Unit = {\n    for (cook <- S.findCookie(cookieName)) {\n      \/\/ need to set a new cookie with expires now.\n      val cookie = new HTTPCookie(cookieName, Empty, cookieDomain, Full(cookiePath), Full(0), Empty, Empty)\n      S.addCookie(cookie)\n      logger.debug(\"deleteCookie called\")\n      for {\n        cv <- cook.value\n        uuid <- tryo(UUID.fromString(cv))\n        extSess <- find(uuid)\n        _ <- extSess.deleteBox_!\n      } {\n        logger.debug(\"ExtSession Record deleted\")\n      }\n    }\n  }\n\n  def handleExtSession: Box[ExtSession] = {\n    val extSess = for {\n      cookie <- S.findCookie(cookieName) \/\/ empty means we should ignore it\n      cookieValue <- cookie.value ?~ \"Cookie value is empty\"\n      uuid <- tryo(UUID.fromString(cookieValue)) ?~ \"Invalid UUID\"\n      es <- find(uuid) ?~ \"ExtSession not found: %s\".format(uuid.toString)\n    } yield es\n\n    extSess match {\n      case Failure(msg, _, _) => deleteExtCookie(); extSess \/\/ cookie is not valid, delete it\n      case Full(es) if (es.expires.isExpired) => \/\/ if it's expired, delete it and the cookie\n        deleteExtCookie()\n        Failure(\"Extended session has expired\")\n      case _ => extSess\n    }\n  }\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/spark\/DefaultSource.scala","text":"<reponame>tripl-ai\/arc-sas-pipeline-plugin\n\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas.spark\n\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.sql.sources.{RelationProvider, SchemaRelationProvider}\nimport org.apache.spark.sql.types.StructType\n\n\/**\n  * Provides access to SAS data from pure SQL statements (i.e. for users of the\n  * JDBC server).\n  *\/\nclass DefaultSource\n  extends RelationProvider with SchemaRelationProvider {\n\n  private def checkPath(parameters: Map[String, String]): String = {\n    parameters.getOrElse(\"path\", sys.error(\"'path' must be specified for .sas7bdat data.\"))\n  }\n\n  \/**\n    * Creates a new relation for data store in sas7bdat given parameters.\n    * Parameters have to include 'path'\n    *\/\n  override def createRelation(\n                               sqlContext: SQLContext,\n                               parameters: Map[String, String]\n                             ): SasRelation = {\n    createRelation(sqlContext, parameters, null)\n  }\n\n  \/**\n    * Creates a new relation for data store in sas7bdat given parameters and user supported schema.\n    * Parameters have to include 'path'\n    *\/\n  override def createRelation(\n                               sqlContext: SQLContext,\n                               parameters: Map[String, String],\n                               schema: StructType\n                             ): SasRelation = {\n\n    val path = checkPath(parameters)\n\n    \/\/ extractLabel\n    val extractLabel = parameters.getOrElse(\"extractLabel\", \"false\")\n    val extractLabelFlag = {\n      if (extractLabel == \"false\") {\n        false\n      } else if (extractLabel == \"true\") {\n        true\n      } else {\n        throw new Exception(\"extractLabel can only be true or false\")\n      }\n    }\n\n    \/\/ forceLowercaseNames\n    val forceLowercaseNames = parameters.getOrElse(\"forceLowercaseNames\", \"false\")\n    val forceLowercaseNamesFlag = {\n      if (forceLowercaseNames == \"false\") {\n        false\n      } else if (forceLowercaseNames == \"true\") {\n        true\n      } else {\n        throw new Exception(\"forceLowercaseNames can only be true or false\")\n      }\n    }\n\n    \/\/ inferDecimal\n    val inferDecimal = parameters.getOrElse(\"inferDecimal\", \"false\")\n    val inferDecimalFlag = {\n      if (inferDecimal == \"false\") {\n        false\n      } else if (inferDecimal == \"true\") {\n        true\n      } else {\n        throw new Exception(\"inferDecimal can only be true or false\")\n      }\n    }\n\n    \/\/ inferDecimalScale\n    val inferDecimalScaleStr = parameters.getOrElse(\"inferDecimalScale\", \"\")\n    val inferDecimalScaleInt: Option[Int] = {\n      try {\n        if (inferDecimalScaleStr.isEmpty) {\n          None\n        } else {\n          val decimalScale = inferDecimalScaleStr.toInt\n          require(decimalScale > 0 && decimalScale <= 38)\n          Some(decimalScale)\n        }\n      } catch {\n        case e: Exception => throw new Exception(\"inferDecimalScale must be a valid integer between 1 and 38\")\n      }\n    }\n\n    \/\/ inferFloat\n    val inferFloat = parameters.getOrElse(\"inferFloat\", \"false\")\n    val inferFloatFlag = {\n      if (inferFloat == \"false\") {\n        false\n      } else if (inferFloat == \"true\") {\n        true\n      } else {\n        throw new Exception(\"inferFloat can only be true or false\")\n      }\n    }\n\n    \/\/ inferInt\n    val inferInt = parameters.getOrElse(\"inferInt\", \"false\")\n    val inferIntFlag = {\n      if (inferInt == \"false\") {\n        false\n      } else if (inferInt == \"true\") {\n        true\n      } else {\n        throw new Exception(\"inferInt can only be true or false\")\n      }\n    }\n\n    \/\/ inferLong\n    val inferLong = parameters.getOrElse(\"inferLong\", \"false\")\n    val inferLongFlag = {\n      if (inferLong == \"false\") {\n        false\n      } else if (inferLong == \"true\") {\n        true\n      } else {\n        throw new Exception(\"inferLong can only be true or false\")\n      }\n    }\n\n    \/\/ inferShort\n    val inferShort = parameters.getOrElse(\"inferShort\", \"false\")\n    val inferShortFlag = {\n      if (inferShort == \"false\") {\n        false\n      } else if (inferShort == \"true\") {\n        true\n      } else {\n        throw new Exception(\"inferShort can only be true or false\")\n      }\n    }\n\n    \/\/ metadataTimeout\n    val metadataTimeoutStr = parameters.getOrElse(\"metadataTimeout\", \"60\")\n    val metadataTimeoutInt = {\n      try {\n        metadataTimeoutStr.toInt\n      } catch {\n        case e: Exception => throw new Exception(\"metadataTimeout must be a valid integer\")\n      }\n    }\n\n    \/\/ minSplitSize\n    val minSplitSizeStr = parameters.getOrElse(\"minSplitSize\", \"\")\n    val minSplitSizeLong: Option[Long] = {\n      try {\n        if (minSplitSizeStr.isEmpty) {\n          None\n        } else {\n          Some(minSplitSizeStr.toLong)\n        }\n      } catch {\n        case e: Exception => throw new Exception(\"minSplitSize must be a valid long\")\n      }\n    }\n\n    \/\/ maxSplitSize\n    val maxSplitSizeStr = parameters.getOrElse(\"maxSplitSize\", \"\")\n    val maxSplitSizeLong: Option[Long] = {\n      try {\n        if (maxSplitSizeStr.isEmpty) {\n          None\n        } else {\n          Some(maxSplitSizeStr.toLong)\n        }\n      } catch {\n        case e: Exception => throw new Exception(\"maxSplitSize must be a valid long\")\n      }\n    }\n\n    SasRelation(\n      location = path,\n      userSchema = schema,\n      extractLabel = extractLabelFlag,\n      forceLowercaseNames = forceLowercaseNamesFlag,\n      inferDecimal = inferDecimalFlag,\n      inferDecimalScale = inferDecimalScaleInt,\n      inferFloat = inferFloatFlag,\n      inferInt = inferIntFlag,\n      inferLong = inferLongFlag,\n      inferShort = inferShortFlag,\n      metadataTimeout = metadataTimeoutInt,\n      minSplitSize = minSplitSizeLong,\n      maxSplitSize = maxSplitSizeLong\n    )(sqlContext)\n  }\n\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/mapreduce\/SasRecordReader.scala","text":"\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas.mapreduce\n\nimport java.io.IOException\n\nimport com.github.saurfang.sas.parso.ParsoWrapper\nimport org.apache.commons.io.input.CountingInputStream\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.io.compress.CompressionCodecFactory\nimport org.apache.hadoop.io.NullWritable\nimport org.apache.hadoop.mapreduce.{InputSplit, RecordReader, TaskAttemptContext}\nimport org.apache.hadoop.mapreduce.lib.input.FileSplit\nimport org.apache.log4j.LogManager\nimport org.apache.spark.sql.execution.datasources.CodecStreams\n\n\/**\n  * A [[RecordReader]] for [[SasInputFormat]].\n  * Each split is aligned to the closest preceding page boundary,\n  * calculated from the page size specified in the .sas7bdat meta info.\n  *\/\nclass SasRecordReader(split: InputSplit,\n                      context: TaskAttemptContext) extends RecordReader[NullWritable, Array[Object]] {\n\n  @transient lazy val log = LogManager.getLogger(this.getClass.getName)\n\n  \/\/ Process input parameters.\n  private val fileSplit = split.asInstanceOf[FileSplit]\n  private val filePath = fileSplit.getPath\n  private val jobConf = context.getConfiguration\n\n  \/\/ Sanity-Check: Ensure file is not compressed.\n  private val codec = Option(new CompressionCodecFactory(jobConf).getCodec(filePath))\n  private val isSplittable = codec.isEmpty\n\n  \/\/ Initialize variables.\n  private var recordCount: Long = 0\n  private var currentRecordValue: Array[Object] = _\n\n  \/\/ Initialize InputStream.\n  private val fs = filePath.getFileSystem(jobConf)\n  private val rawInputStream = fs.open(filePath)\n\n  private val fileInputStream = codec.map(codec => codec.createInputStream(rawInputStream)).getOrElse(rawInputStream)\n\n  private val countingInputStream = new CountingInputStream(fileInputStream)\n\n  \/\/ Initialize Parso SasFileParser.\n  private val sasFileReader = ParsoWrapper.createSasFileParser(countingInputStream)\n\n  \/\/ Extract static SAS file metadata.\n  private val headerLength: Long = sasFileReader.getSasFileProperties.getHeaderLength\n  private val pageLength: Long = sasFileReader.getSasFileProperties.getPageLength\n  private val pageCount: Long = sasFileReader.getSasFileProperties.getPageCount\n  private val columnCount: Long = sasFileReader.getSasFileProperties.getColumnsCount\n  private val rowCount: Long = sasFileReader.getSasFileProperties.getRowCount\n  private val fileLength: Long = if (isSplittable) {\n    fs.getFileStatus(filePath).getLen\n  } else {\n    headerLength + (pageLength * pageCount)\n  }\n\n  \/\/ Calculate initial split byte positions.\n  private var splitStart: Long = if (isSplittable) {\n    fileSplit.getStart\n  } else {\n    0\n  }\n\n  private var splitEnd: Long = if (isSplittable) {\n    splitStart + fileSplit.getLength\n  } else {\n    splitStart + fileLength\n  }\n\n  \/\/ Log file information\n  log.debug(s\"Reading file of length $fileLength between $splitStart and $splitEnd. ($rowCount rows, $columnCount columns)\")\n\n  \/\/ Expand splitStart to closest preceding page end.\n  if (splitStart > 0) {\n\n    \/\/ Calculate how many extra bytes we need to include, so we start on a page boundary.\n    val partialPageLength = (splitStart - headerLength) % pageLength\n\n    \/\/ Move splitStart back to include these bytes.\n    splitStart -= partialPageLength\n\n    if (partialPageLength != 0) {\n      log.debug(s\"Expanded splitStart by $partialPageLength bytes to start on page boundary, splitStart is now: $splitStart.\")\n    }\n  }\n\n  \/\/ Shrink splitEnd to closest preceding page end. (Don't move last split, it should end on file end)\n  if (splitEnd != fileLength) {\n\n    \/\/ Calculate how many bytes we need to exclude, so we end on a page boundary.\n    val partialPageLength = (splitEnd - headerLength) % pageLength\n\n    \/\/ Move splitEnd back to exclude these bytes.\n    splitEnd -= partialPageLength\n\n    if (partialPageLength != 0) {\n      log.debug(s\"Shrunk splitEnd by $partialPageLength bytes to end on page boundary, splitEnd is now: $splitEnd.\")\n    }\n  }\n\n  \/\/ Seek input stream. (Don't seek if this is the first split, as it has already read past metadata)\n  if (fileInputStream.getPos != splitStart && splitStart > 0) {\n\n    val originalPos = fileInputStream.getPos\n\n    \/\/ Shift fileInputStream to start of split.\n    fileInputStream.seek(splitStart)\n    log.debug(s\"Shifted fileInputStream to $splitStart offset from $originalPos.\")\n\n    \/\/ Reset Byte Counter.\n    countingInputStream.resetByteCount()\n\n    \/\/ If we seek then we need to look at the current page.\n    \/\/ this is safe because we seeked to a page boundary.\n    sasFileReader.readNextPage()\n  }\n\n  \/\/ Define initialise so we can compile, as it is marked abstract.\n  override def initialize(split: InputSplit, context: TaskAttemptContext): Unit = {\n  }\n\n  override def getCurrentKey: NullWritable = {\n    NullWritable.get\n  }\n\n  override def getCurrentValue: Array[Object] = {\n    currentRecordValue\n  }\n\n  override def close() {\n    log.debug(s\"Read $getPos bytes and $recordCount records.\")\n    if (countingInputStream != null) {\n      countingInputStream.close()\n    }\n    if (fileInputStream != null) {\n      fileInputStream.close()\n    }\n  }\n\n  override def getProgress: Float = {\n    splitStart match {\n      case x if x == splitEnd => 0.0F\n      case _ => Math.min(getPos \/ (splitEnd - splitStart), 1.0F)\n    }\n  }\n\n  override def nextKeyValue(): Boolean = {\n\n    \/\/ Lazy evaluator to read next record.\n    lazy val readNext = {\n\n      \/\/ Clear the current stored record.\n      currentRecordValue = new Array[Object](columnCount.toInt)\n\n      \/\/ Read next record.\n      val recordValue: Option[Array[Object]] = Option(sasFileReader.readNext())\n\n      \/\/ Store the returned record.\n      if (recordValue.isDefined) {\n        \/\/ copyToArray handles partially corrupted records\n        recordValue.get.copyToArray(currentRecordValue)\n        recordCount += 1\n        true\n      }\n      else {\n        false\n      }\n    }\n\n    \/\/ If there is more to read, read a row.\n    if (getPos <= splitEnd - splitStart) {\n      readNext\n    }\n    else {\n      false\n    }\n  }\n\n  \/\/ Get byte current byte position of the input stream.\n  private def getPos: Long = {\n    countingInputStream.getByteCount\n  }\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"version.sbt","text":"version := \"1.7.0\""}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/mapreduce\/SasInputFormat.scala","text":"<reponame>tripl-ai\/arc-sas-pipeline-plugin<filename>src\/main\/scala\/com\/github\/saurfang\/sas\/mapreduce\/SasInputFormat.scala\n\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas.mapreduce\n\nimport org.apache.hadoop.fs.Path\nimport org.apache.hadoop.io.compress.CompressionCodecFactory\nimport org.apache.hadoop.io.NullWritable\nimport org.apache.hadoop.mapreduce.{InputSplit, JobContext, RecordReader, TaskAttemptContext}\nimport org.apache.hadoop.mapreduce.lib.input.FileInputFormat\n\n\/**\n  * SasInputFormat is an input format used to read .sas7bdat input files, the\n  * binary SAS data file. The file cannot be compressed on the filesystem level\n  * otherwise the file is not splittable.\n  *\/\nclass SasInputFormat extends FileInputFormat[NullWritable, Array[Object]] {\n\n  override def createRecordReader(split: InputSplit,\n                                  context: TaskAttemptContext): RecordReader[NullWritable, Array[Object]] = {\n    new SasRecordReader(split, context)\n  }\n\n  override def isSplitable(context: JobContext, filename: Path): Boolean = {\n    \/\/ Sas requires reading page boundaries, and SplittableCompressionCodec does not support\n    \/\/ seeking, and makes InputSplits that do not contain the sas block. So for any externally\n    \/\/ compressed sas file, it must be processed in a single InputSplit.\n    Option(new CompressionCodecFactory(context.getConfiguration).getCodec(filename)).isEmpty\n  }\n\n  \/\/ Our splitting logic requires each internal SAS page to occur in only one split.\n  \/\/ So, don't allow splits smaller than 1MB, and hope that no SAS datasets have page lengths larger than this.\n  override def getFormatMinSplitSize: Long = {\n    1000000\n  }\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"project\/Dependencies.scala","text":"<reponame>tripl-ai\/arc-sas-pipeline-plugin\nimport sbt._\n\nobject Dependencies {\n  \/\/ versions\n  lazy val sparkVersion = \"3.0.1\"\n  lazy val hadoopVersion = \"3.2.0\"\n\n  \/\/ testing\n  val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.7\" % \"test,it\"\n  val hadoopCommon =  \"org.apache.hadoop\" % \"hadoop-common\" % hadoopVersion % \"it\"\n\n  \/\/ arc\n  val arc = \"ai.tripl\" %% \"arc\" % \"3.7.0\" % \"provided\"\n\n  \/\/ spark\n  val sparkSql = \"org.apache.spark\" %% \"spark-sql\" % sparkVersion % \"provided\"\n\n  \/\/ parso does the actual parsing\n  val parso = \"com.epam\" % \"parso\" % \"2.0.11\"\n\n  \/\/ Project\n  val etlDeps = Seq(\n    scalaTest,\n    hadoopCommon,\n\n    arc,\n\n    sparkSql,\n\n    parso\n  )\n}"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/spark\/package.scala","text":"\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas\n\nimport org.apache.spark.sql.{DataFrame, DataFrameReader, SQLContext}\n\npackage object spark {\n\n  \/**\n    * Adds a method, `sasFile`, to SQLContext that allows you to read sas files.\n    *\/\n  implicit class SasContext(sqlContext: SQLContext) {\n    def sasFile(filePath: String): DataFrame = {\n      val sasRelation = SasRelation(location = filePath)(sqlContext)\n      sqlContext.baseRelationToDataFrame(sasRelation)\n    }\n  }\n\n  \/**\n    * Adds a method, `sas`, to DataFrameReader that allows you to read sas files.\n    *\/\n  implicit class SasDataFrameReader(reader: DataFrameReader) {\n    def sas: String => DataFrame = reader.format(\"com.github.saurfang.sas.spark\").load\n  }\n\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/parso\/ParsoWrapper.scala","text":"\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas.parso\n\nimport java.io.InputStream\nimport java.util\n\nimport com.epam.parso.SasFileProperties\nimport com.epam.parso.impl.SasFileParser\nimport com.github.saurfang.sas.util.PrivateMethodExposer\n\n\/**\n  * An object to expose private methods from com.epam.parso.impl.SasFileParser and com.epam.parso.impl.SasFileConstants.\n  *\/\nobject ParsoWrapper {\n\n  lazy val DATE_TIME_FORMAT_STRINGS: util.Set[String] = {\n    val field = sasFileConstantsClass.getDeclaredField(\"DATE_TIME_FORMAT_STRINGS\")\n    field.setAccessible(true)\n    field.get(null).asInstanceOf[util.Set[String]]\n  }\n  lazy val DATE_FORMAT_STRINGS: util.Set[String] = {\n    val field = sasFileConstantsClass.getDeclaredField(\"DATE_FORMAT_STRINGS\")\n    field.setAccessible(true)\n    field.get(null).asInstanceOf[util.Set[String]]\n  }\n  lazy val EPSILON: Double = {\n    val field = sasFileConstantsClass.getDeclaredField(\"EPSILON\")\n    field.setAccessible(true)\n    field.getDouble(null)\n  }\n\n  \/\/ Read SAS file metadata constants specified by parso.\n  private val sasFileConstantsClass = Class.forName(\"com.epam.parso.impl.SasFileConstants\")\n\n  \/\/ Define a method to build a SasFileParserWrapper\n  def createSasFileParser(inputStream: InputStream): SasFileParserWrapper = {\n\n    \/\/ Get an instance of SasFileParser.Builder\n    val builderClass = Class.forName(\"com.epam.parso.impl.SasFileParser$Builder\")\n    val builderConstructor = builderClass.getDeclaredConstructors()(0)\n    builderConstructor.setAccessible(true)\n    val builderInstance = builderConstructor.newInstance()\n\n    \/\/ Get a private method exposer for the builder.\n    val builderExposer = PrivateMethodExposer(builderInstance.asInstanceOf[AnyRef])\n\n    \/\/ Build a sasFileParser from our input stream\n    builderExposer('sasFileStream)(inputStream)\n    val sasFileParser = builderExposer('build)()\n\n    new SasFileParserWrapper(sasFileParser.asInstanceOf[SasFileParser])\n  }\n}\n\nclass SasFileParserWrapper(val sasFileParser: SasFileParser) {\n\n  private[this] val sasFileParserPrivateExposer = PrivateMethodExposer(sasFileParser)\n\n  \/\/ Expose getSasFileProperties()\n  def getSasFileProperties(): SasFileProperties = {\n    sasFileParserPrivateExposer('getSasFileProperties)().asInstanceOf[SasFileProperties]\n  }\n\n  \/\/ Expose readNext()\n  def readNext(): Array[Object] = {\n    sasFileParserPrivateExposer('readNext)(null).asInstanceOf[Array[Object]]\n  }\n\n  \/\/ Expose readNextPage()\n  def readNextPage(): Unit = {\n    sasFileParserPrivateExposer('readNextPage)()\n  }\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/test\/scala\/ai\/tripl\/arc\/extract\/SASExtractSuite.scala","text":"package ai.tripl.arc\n\nimport java.net.URI\nimport java.util.UUID\n\nimport org.scalatest.FunSuite\nimport org.scalatest.BeforeAndAfter\n\nimport org.apache.avro.Schema\nimport org.apache.commons.io.FileUtils\nimport org.apache.commons.io.IOUtils\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\n\nimport ai.tripl.arc.api._\nimport ai.tripl.arc.api.API._\nimport ai.tripl.arc.config._\nimport ai.tripl.arc.util._\n\nclass DeltaLakeExtractSuite extends FunSuite with BeforeAndAfter {\n\n  var session: SparkSession = _\n  val outputView = \"dataset\"\n\n  before {\n    implicit val spark = SparkSession\n                  .builder()\n                  .master(\"local[*]\")\n                  .config(\"spark.ui.port\", \"9999\")\n                  .appName(\"Spark ETL Test\")\n                  .getOrCreate()\n    spark.sparkContext.setLogLevel(\"INFO\")\n\n    \/\/ set for deterministic timezone\n    spark.conf.set(\"spark.sql.session.timeZone\", \"UTC\")\n\n    session = spark\n    import spark.implicits._\n  }\n\n  after {\n    session.stop()\n  }\n\n  test(\"SASExtract: end-to-end\") {\n    implicit val spark = session\n    implicit val logger = TestUtils.getLogger()\n    implicit val arcContext = TestUtils.getARCContext(isStreaming=false)\n\n\n    val schema = StructType(\n      StructField(\"SURVYEAR\", StringType, true) ::\n      StructField(\"LEAID\", StringType, true) ::\n      StructField(\"NAME\", StringType, true) ::\n      StructField(\"PHONE\", StringType, true) ::\n      StructField(\"LATCOD\", DecimalType(9, 6), true) ::\n      StructField(\"LONCOD\", DecimalType(11, 6), true) ::\n      StructField(\"PKTCH\", DecimalType(8, 2), true) ::\n      StructField(\"AMPKM\", LongType, true) :: Nil\n    )\n    val expected = spark.read.option(\"header\", true).schema(schema).csv(getClass.getResource(\"\/ag121a_supp_sample.csv\").toString)\n\n    val conf = s\"\"\"{\n      \"stages\": [      \n        {\n          \"type\": \"SASExtract\",\n          \"name\": \"test\",\n          \"environments\": [\n            \"production\",\n            \"test\"\n          ],\n          \"inputURI\": \"${getClass.getResource(\"\/ag121a_supp_sample.sas7bdat\").getPath}\",\n          \"outputView\": \"${outputView}\",\n          \"options\": {\n            \"inferDecimal\": true,\n            \"inferLong\": true,\n            \"maxSplitSize\": 1000000\n          }\n        }\n      ]\n    }\"\"\"\n\n    val pipelineEither = ArcPipeline.parseConfig(Left(conf), arcContext)\n\n    pipelineEither match {\n      case Left(err) => fail(err.toString)\n      case Right((pipeline, _)) => {\n        val actual = ARC.run(pipeline)(spark, logger, arcContext).get\n        assert(TestUtils.datasetEquality(expected, actual))\n      }\n    }\n  }   \n  \n  test(\"SASExtract: end-to-end compressed\") {\n    implicit val spark = session\n    implicit val logger = TestUtils.getLogger()\n    implicit val arcContext = TestUtils.getARCContext(isStreaming=false)\n\n    val schema = StructType(\n      StructField(\"Date\", DateType, true) ::\n      StructField(\"Week\", DoubleType, true) ::\n      StructField(\"Month\", DoubleType, true) ::\n      StructField(\"Day_of_Month\", DoubleType, true) ::\n      StructField(\"Weekday\", StringType, true) ::\n      StructField(\"Quarter\", DoubleType, true) ::\n      StructField(\"Year\", DoubleType, true) ::\n      StructField(\"Agency\", StringType, true) ::\n      StructField(\"Separation_Reason\", StringType, true) ::\n      StructField(\"Loan_Type\", StringType, true) ::\n      StructField(\"State_Type\", StringType, true) ::\n      StructField(\"Voluntary_Separation_Units\", DoubleType, true) ::\n      StructField(\"Assigned_Units\", DoubleType, true) ::\n      StructField(\"HDL_Assigned_Units\", DoubleType, true) ::\n      StructField(\"Marketed_Units\", DoubleType, true) ::\n      StructField(\"Contact_Units\", DoubleType, true) ::\n      StructField(\"HDL_Call_Units\", DoubleType, true) ::\n      StructField(\"App_Units\", DoubleType, true) ::\n      StructField(\"Lock_Units\", DoubleType, true) ::\n      StructField(\"Fund_Units\", DoubleType, true) ::\n      StructField(\"GNMA_Fund_Units\", DoubleType, true) ::\n      StructField(\"Voluntary_Separation_Balances\", DoubleType, true) ::\n      StructField(\"Assigned_Balances\", DoubleType, true) ::\n      StructField(\"HDL_Assigned_Balances\", DoubleType, true) ::\n      StructField(\"Marketed_Balances\", DoubleType, true) ::\n      StructField(\"Contact_Balances\", DoubleType, true) ::\n      StructField(\"HDL_Call_Balances\", DoubleType, true) ::\n      StructField(\"App_Balances\", DoubleType, true) ::\n      StructField(\"Lock_Balances\", DoubleType, true) ::\n      StructField(\"Fund_Balances\", DoubleType, true) ::\n      StructField(\"GNMA_Fund_Balances\", DoubleType, true) ::\n      StructField(\"Origination_Balances\", DoubleType, true) ::\n      StructField(\"id\", DoubleType, true) :: Nil\n    )\n    val expected = spark.read.option(\"header\", true).schema(schema).csv(getClass.getResource(\"\/recapture_test_compressed.csv\").toString)\n\n    val conf = s\"\"\"{\n      \"stages\": [      \n        {\n          \"type\": \"SASExtract\",\n          \"name\": \"test\",\n          \"environments\": [\n            \"production\",\n            \"test\"\n          ],\n          \"inputURI\": \"${getClass.getResource(\"\/recapture_test_compressed.sas7bdat.gz\").getPath}\",\n          \"outputView\": \"${outputView}\",\n          \"options\": {\n            \"maxSplitSize\": 1000000\n          }\n        }\n      ]\n    }\"\"\"\n\n    val pipelineEither = ArcPipeline.parseConfig(Left(conf), arcContext)\n\n    pipelineEither match {\n      case Left(err) => fail(err.toString)\n      case Right((pipeline, _)) => {\n        val actual = ARC.run(pipeline)(spark, logger, arcContext).get\n        assert(TestUtils.datasetEquality(expected, actual))\n      }\n    }\n  }   \n\n}\n"}
{"repo_name":"tripl-ai\/arc-sas-pipeline-plugin","path":"src\/main\/scala\/com\/github\/saurfang\/sas\/util\/PrivateMethodExposer.scala","text":"\/\/ Copyright (C) 2018 <NAME>.\n\/\/ See the LICENCE.txt file distributed with this work for additional\n\/\/ information regarding copyright ownership.\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/ http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage com.github.saurfang.sas.util\n\nclass PrivateMethodCaller(x: AnyRef, methodName: String) {\n  def apply(_args: Any*): Any = {\n    val args = _args.map(_.asInstanceOf[AnyRef])\n\n    def collectParents: Stream[Class[_]] = Stream(x.getClass) #::: collectParents.map(_.getSuperclass)\n\n    val parents = collectParents.takeWhile(_ != null).toList\n    val methods = parents.flatMap(_.getDeclaredMethods)\n    val method = methods.find(_.getName == methodName)\n      .getOrElse(throw new IllegalArgumentException(\"Method \" + methodName + \" not found\"))\n    method.setAccessible(true)\n    method.invoke(x, args: _*)\n  }\n}\n\n\/**\n  *\n  * Use this to invoke private methods in [[com.epam.parso.impl.SasFileParser]] so we don't need to modify it\n  * Credits to https:\/\/gist.github.com\/jorgeortiz85\/908035\n  * Usage:\n  * p(instance)('privateMethod)(arg1, arg2, arg3)\n  *\/\ncase class PrivateMethodExposer(x: AnyRef) {\n  def apply(method: scala.Symbol): PrivateMethodCaller = new PrivateMethodCaller(x, method.name)\n\n  def get[T](member: scala.Symbol): T = {\n    def collectParents: Stream[Class[_]] = Stream(x.getClass) #::: collectParents.map(_.getSuperclass)\n\n    val parents = collectParents.takeWhile(_ != null).toList\n    val fields = parents.flatMap(_.getDeclaredFields)\n    val field = fields.find(_.getName == member.name)\n      .getOrElse(throw new IllegalArgumentException(\"Field \" + member.name + \" not found\"))\n    field.setAccessible(true)\n    field.get(x).asInstanceOf[T]\n  }\n}\n"}
{"repo_name":"Frechet\/rest-assured","path":"examples\/scalatra-example\/src\/main\/scala\/io\/restassured\/scalatra\/SecuredScalatraRestExample.scala","text":"<reponame>Frechet\/rest-assured\n\/*\n * Copyright 2019 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage io.restassured.scalatra\n\nimport net.liftweb.json.JsonAST\nimport net.liftweb.json.JsonAST.RenderSettings\nimport net.liftweb.json.JsonDSL._\nimport org.scalatra.ScalatraServlet\nimport org.scalatra.fileupload.FileUploadSupport\n\nclass SecuredScalatraRestExample extends ScalatraServlet with FileUploadSupport {\n\n  before() {\n    contentType = \"application\/json\"\n  }\n\n  post(\"\/hello\") {\n    val json = \"hello\" -> \"Hello Secured Scalatra\"\n    JsonAST.render(json, RenderSettings.compact)\n  }\n\n  get(\"\/hello\") {\n    val json = \"hello\" -> \"Hello Secured Scalatra\"\n    JsonAST.render(json, RenderSettings.compact)\n  }\n  post(\"\/file\") {\n    val fileItem = fileParams(\"file\")\n    fileItem.getString\n  }\n}"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/pipeline\/SimilarityMeasures.scala","text":"package org.allenai.scienceparse.pipeline\n\nimport org.allenai.scienceparse.LabeledData.Reference\nimport org.allenai.scienceparse.StringUtils\n\n\/** This contains a bunch of helper functions stolen from the pipeline code. We need it here to\n  * anticipate how well the pipeline will work with the output from science-parse. *\/\nobject SimilarityMeasures {\n  def jaccardSim[T](s1: Set[T], s2: Set[T]): Double = {\n    s1.intersect(s2).size.toDouble \/ s1.union(s2).size\n  }\n\n  def containmentJaccardSim[T](s1: Set[T], s2: Set[T]): Double = {\n    s1.intersect(s2).size.toDouble \/ math.min(s1.size, s2.size)\n  }\n\n  def identical(left: String, right: String) =\n    if (left == right) Some(1.0) else None\n\n  def prePostfix(left: String, right: String, transform: Int => Double = x => x \/ (x + 0.5)) = {\n    if (left.length > right.length && (left.startsWith(right) || left.endsWith(right))) {\n      Some(transform(right.split(\" \").length))\n    } else {\n      None\n    }\n  }\n\n  def pickFromOptions[T](members: Option[T]*): Option[T] =\n    members.toSeq.find(_.isDefined).getOrElse(None)\n\n  def twoWayPrePostfix(left: String, right: String, transform: Int => Double = x => x \/ (x + 0.5)) =\n    pickFromOptions(prePostfix(left, right, transform), prePostfix(right, left, transform))\n\n  \/** Smooth interpolation between containment Jaccard and plain Jaccard,\n    * based on character n-grams.\n    * Short strings must match exactly, but longer strings are considered a match\n    * if one is a substring of the other.\n    *\n    * The final score is (J + F * JC) \/ (1 + F) in which\n    * J is the plain Jaccard\n    * JC is the containment Jaccard\n    * F = s ** (m - 1)\n    * m is the minimum length of the two strings\n    * s, l are parameters\n    *\n    * @param left String to compare\n    * @param right Other string to compare\n    * @param ngramLength Longer values will give a larger penalty to single-character typos\n    * @param s Determines how rapidly F rises with string length\n    * @param l The string length (in characters) for which which the two Jaccard scores have equal weights\n    * @return\n    *\/\n  def characterNgramSimilarity(\n    left: String,\n    right: String,\n    ngramLength: Int = 3,\n    s: Double = 1.2,\n    l: Int = 10\n  ): Option[Double] = {\n    if (left == right) {\n      Some(1.0)\n    } else {\n      val ngramsLeft = left.sliding(ngramLength).toSet\n      val ngramsRight = right.sliding(ngramLength).toSet\n      val minSize = math.min(ngramsLeft.size, ngramsRight.size)\n      val directSim = jaccardSim(ngramsLeft, ngramsRight)\n      val containmentSim = containmentJaccardSim(ngramsLeft, ngramsRight)\n      val containmentWeight = math.min(math.pow(s, minSize - l), 100000.0)\n      Some((directSim + containmentWeight * containmentSim) \/ (1.0 + containmentWeight))\n    }\n  }\n\n  def titleNgramSimilarity(\n    left: TitleAuthors,\n    right: TitleAuthors,\n    s: Double = 1.2,\n    l: Int = 10\n  ): Option[Double] = {\n    if (left == right) {\n      Some(1.0)\n    } else {\n      val ngramsLeft = left.normalizedTitleNgrams\n      val ngramsRight = right.normalizedTitleNgrams\n      val minSize = math.min(ngramsLeft.size, ngramsRight.size)\n      val directSim = jaccardSim(ngramsLeft, ngramsRight)\n      val containmentSim = containmentJaccardSim(ngramsLeft, ngramsRight)\n      val containmentWeight = math.min(math.pow(s, minSize - l), 100000.0)\n      Some((directSim + containmentWeight * containmentSim) \/ (1.0 + containmentWeight))\n    }\n  }\n}\n\ncase class AuthorNameMatch(first: String, last: String, full: String)\n\ncase class TitleAuthors(title: String, names: Seq[AuthorNameMatch], year: Option[Int] = None) {\n  def lastNames: Seq[String] = names.map(_.last)\n\n  def fullNames: Seq[String] = names.map(_.full)\n\n  \/\/ Note: There is a slight inversion of control here. This logic would be more properly contained within\n  \/\/ BibEntryToPaperMatcher and TitleAuthorsMatchScheme, but is here for performance reasons.\n  lazy val normalizedTitleNgrams: Set[String] = Normalizers.alphaNumericNormalize(title).sliding(3).toSet\n  lazy val normalizedAuthors: Set[String] = names.map(x => Normalizers.alphaNumericNormalize(x.last)).toSet\n  \/\/ Does not include empty strings.\n  lazy val normalizedAuthorsAllNames: Set[String] = {\n    val allNames = names.flatMap(name => Seq(name.first, name.last, name.full))\n    val normalized = allNames.map(Normalizers.alphaNumericNormalize)\n    normalized.filter(_.nonEmpty).toSet\n  }\n}\n\nobject TitleAuthors {\n  def fromReference(ref: Reference) = TitleAuthors(\n    ref.title.getOrElse(\"\"),\n    ref.authors.map { a =>\n      val (first, last) = StringUtils.splitName(a)\n      AuthorNameMatch(first, last, a)\n    },\n    ref.year\n  )\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/GazetteerFromPMC.scala","text":"package org.allenai.scienceparse\n\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport org.allenai.common.ParIterator._\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport spray.json._\n\nobject GazetteerFromPMC extends App {\n  case class GazetteerEntry(id: String, title: String, authors: Seq[String], year: Int)\n  import DefaultJsonProtocol._\n  implicit val gazetteerEntryFormat = jsonFormat4(GazetteerEntry.apply)\n\n  \/\/ We use the first 1k of this for testing, so let's drop 10k just to be sure.\n  val labeledDataNotUsedForTesting = LabeledPapersFromPMC.get.drop(10000)\n\n  val noneCount = new AtomicInteger()\n\n  labeledDataNotUsedForTesting.parMap { lp =>\n    val ld = lp.labels\n    (ld.title, ld.authors, ld.year) match {\n      case (Some(title), Some(authors), Some(year)) =>\n        Some(GazetteerEntry(lp.paperId, title.replaceAll(\"\\\\s+\", \" \"), authors.map(_.name), year))\n      case _ =>\n        noneCount.incrementAndGet()\n        None\n    }\n  }.flatten.take(1000000).foreach { entry =>\n    println(entry.toJson)\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"cli\/build.sbt","text":"\ndescription := \"Java CLI to extract titles, authors, abstracts, body text, and bibliographies from scholarly documents\"\n\nname := \"science-parse-cli\"\n\norganization := \"org.allenai.scienceparse\"\n\njavaOptions in run += s\"-Xmx10G\"\n\nfork := true\n\nmainClass in assembly := Some(\"org.allenai.scienceparse.RunSP\")\n\nassemblyMergeStrategy in assembly := {\n  case \"logback.xml\" => MergeStrategy.first\n  case x => (assemblyMergeStrategy in assembly).value.apply(x)\n}\n\nlibraryDependencies ++= Seq(\n  \"org.slf4j\" % \"jcl-over-slf4j\" % \"1.7.7\",\n  \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.7.2\",\n  \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.7.2\",\n  \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % \"2.7.2\",\n  \"com.github.scopt\" %% \"scopt\" % \"3.4.0\"\n)\n"}
{"repo_name":"awesome-archive\/science-parse","path":"server\/src\/main\/scala\/org\/allenai\/scienceparse\/FeedbackStore.scala","text":"package org.allenai.scienceparse\n\nimport com.typesafe.config.{ConfigFactory, Config}\nimport org.allenai.common.{Resource, Logging}\nimport org.allenai.common.Config._\n\nimport scalikejdbc._\n\nimport java.time.Instant\n\nobject FeedbackStore extends Logging {\n  { \/\/ Set up the DB\n    Class.forName(\"org.postgresql.Driver\")\n\n    val config = ConfigFactory.load()\n    val dbConfig: Config = config[Config](\"org.allenai.scienceparse.Server.db\")\n\n    scalikejdbc.GlobalSettings.loggingSQLAndTime = scalikejdbc.LoggingSQLAndTimeSettings(\n      enabled = dbConfig.get[Boolean](\"logging\").getOrElse(false),\n      logLevel = 'DEBUG,\n      warningEnabled = true,\n      warningThresholdMillis = 1000L,\n      warningLogLevel = 'WARN\n    )\n\n    val dbUrl = dbConfig.getString(\"url\")\n    val dbUser = dbConfig.getString(\"user\")\n    val dbPassword = dbConfig.get[String](\"password\").getOrElse(\n      throw new IllegalArgumentException(\"Password for DB not set. Please set org.allenai.scienceparse.Server.db.password.\"))\n    ConnectionPool.singleton(dbUrl, dbUser, dbPassword)\n\n    \/\/ upgrade the schema if necessary\n    {\n      val dbConfig: Config = config[Config](\"org.allenai.scienceparse.Server.db-as-root\")\n      val dbUrl = dbConfig.getString(\"url\")\n      logger.info(s\"Connecting to $dbUrl\")\n      val dbUser = dbConfig.getString(\"user\")\n      val dbPassword = dbConfig.get[String](\"password\").getOrElse(\n        throw new IllegalArgumentException(\"Root password for DB not set. Please set org.allenai.scienceparse.Server.db-as-root.password.\"))\n\n      val rootConnectionPoolName = \"rootConnectionPool\"\n      val cpSettings = new ConnectionPoolSettings(initialSize = 1, maxSize = 2)\n      ConnectionPool.add(rootConnectionPoolName, dbUrl, dbUser, dbPassword, cpSettings)\n      Resource.using(ConnectionPool(rootConnectionPoolName)) { implicit cp =>\n        DB.localTx { implicit session =>\n          sql\"\"\"\n            CREATE TABLE IF NOT EXISTS settings (\n              key VARCHAR NOT NULL PRIMARY KEY,\n              value VARCHAR NOT NULL)\n          \"\"\".execute().apply()\n\n          def dbSchemaVersion =\n            sql\"SELECT value::integer FROM settings WHERE key = 'version'\".map(_.int(\"value\")).single().apply().getOrElse(0)\n          val desiredSchemaVersion = 1\n          val schemaUpdateFunctions = Map(\n            0 -> (() => {\n              sql\"\"\"\n                CREATE TABLE feedback (\n                  paperId CHAR(40) NOT NULL,\n                  timeAdded TIMESTAMP NOT NULL,\n                  value JSONB NOT NULL,\n                  PRIMARY KEY(paperId, timeAdded))\n              \"\"\".execute().apply()\n\n              sql\"\"\"\n                INSERT INTO settings (key, value) VALUES ('version', 1)\n              \"\"\".execute().apply()\n            })\n          )\n\n          var currentSchemaVersion = dbSchemaVersion\n          while(currentSchemaVersion != desiredSchemaVersion) {\n            val updateFunction = schemaUpdateFunctions.getOrElse(\n              currentSchemaVersion,\n              throw new RuntimeException(s\"Could not find upgrade function for version $currentSchemaVersion.\"))\n            updateFunction()\n\n            val newSchemaVersion = dbSchemaVersion\n            if(newSchemaVersion == currentSchemaVersion)\n              throw new RuntimeException(s\"Upgrade function for version $currentSchemaVersion did not change the version.\")\n            currentSchemaVersion = newSchemaVersion\n          }\n        }\n      }\n    }\n  }\n\n  def addFeedback(paperId: String, data: LabeledData): Unit = {\n    import spray.json._\n    import JsonProtocol._\n\n    val jsonString = data.toJson.compactPrint\n    DB.localTx { implicit t =>\n      sql\"\"\"\n        INSERT INTO feedback (paperId, timeAdded, value) VALUES\n        ($paperId, current_timestamp, $jsonString::jsonb)\n      \"\"\".update().apply()\n    }\n  }\n\n  private val paperSource = PaperSource.getDefault\n\n  def getFeedback(paperId: String): Option[LabeledData] = {\n    import spray.json._\n    import JsonProtocol._\n\n    DB.readOnly { implicit t =>\n      sql\"\"\"\n        SELECT value FROM feedback WHERE paperId=$paperId ORDER BY timeAdded DESC LIMIT 1\n      \"\"\".map { result =>\n        val jsonString = result.string(\"value\")\n        jsonString.parseJson.convertTo[LabeledData]\n      }.first().apply()\n    }\n  }\n\n  \/**\n    * @param onOrAfter If given, constrains returned feedback to those added on or after this timestamp.\n    * @param before If given, constrains returned feedback to those added before this timestamp.\n    * @return (paper id, time added, labeled data)\n    *\/\n  def getAllFeedback(\n    onOrAfter: Option[Instant] = None,\n    before: Option[Instant] = None\n  ): Traversable[(String, String, LabeledData)] = {\n    import spray.json._\n    import JsonProtocol._\n\n    val onOrAfterClause = onOrAfter.map(ts => sqls\" AND a.timeadded >= $ts\").getOrElse(sqls\"\")\n    val beforeClause = before.map(ts => sqls\" AND a.timeadded < $ts\").getOrElse(sqls\"\")\n\n    DB.readOnly { implicit t =>\n      sql\"\"\"\n        SELECT a.paperId, a.timeAdded, a.value FROM feedback AS a JOIN (\n          SELECT paperId, MAX(timeAdded) AS timeAdded FROM feedback GROUP BY paperId\n        ) AS b ON a.paperId = b.paperId AND a.timeAdded = b.timeAdded\n        $onOrAfterClause $beforeClause\n      \"\"\".map { result =>\n        val paperId = result.string(\"paperId\")\n        val timeAdded = result.timestamp(\"timeAdded\").toInstant\n        val jsonString = result.string(\"value\")\n        (paperId, timeAdded.toString, jsonString.parseJson.convertTo[LabeledData])\n      }.traversable.apply()\n    }\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"build.sbt","text":"<gh_stars>0\nivyLoggingLevel in ThisBuild := UpdateLogging.Quiet\n\nscalaVersion := \"2.11.12\"\n\nlazy val commonSettings = Seq(\n  resolvers += Resolver.jcenterRepo,\n  javaOptions += s\"-Dlogback.appname=${name.value}\",\n  scalaVersion := \"2.11.12\",\n  \/\/ release settings\n  licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\")),\n  homepage := Some(url(\"https:\/\/github.com\/allenai\/science-parse\")),\n  scmInfo := Some(ScmInfo(\n    url(\"https:\/\/github.com\/allenai\/science-parse\"),\n    \"https:\/\/github.com\/allenai\/science-parse.git\")),\n  bintrayRepository := \"maven\",\n  bintrayOrganization := Some(\"allenai\"),\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := { _ => false },\n  pomExtra :=\n    <developers>\n      <developer>\n        <id>allenai-dev-role<\/id>\n        <name>Allen Institute for Artificial Intelligence<\/name>\n        <email><EMAIL><\/email>\n      <\/developer>\n    <\/developers>\n)\n\nskip in publish := true\n\nlazy val core = (project in file(\"core\")).\n  settings(\n    commonSettings\n  )\n\nlazy val cli = (project in file(\"cli\")).\n  settings(\n    commonSettings\n  ).dependsOn(core)\n\nlazy val server = (project in file(\"server\")).\n  settings(\n    commonSettings\n  ).dependsOn(core)\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/CachedGrobidServer.scala","text":"package org.allenai.scienceparse\n\nimport java.io.{InputStream, ByteArrayInputStream, IOException}\nimport java.net.{SocketTimeoutException, URL}\nimport java.nio.file.{NoSuchFileException, Paths, Files}\nimport java.util.zip.{GZIPOutputStream, GZIPInputStream}\n\nimport org.allenai.common.{Logging, Resource}\nimport org.allenai.datastore.Datastores\nimport org.apache.commons.io.{FileUtils, IOUtils}\n\nimport scala.util.control.NonFatal\nimport scala.util.{Success, Failure, Try, Random}\nimport scalaj.http.{Http, MultiPart, HttpResponse}\n\n\nclass CachedGrobidServer(url: URL) extends Logging with Datastores {\n  private val cacheDir = {\n    val dirName = url.toString.replaceAll(\"[^\\\\w-.]+\", \"#\")\n    Files.createDirectories(CachedGrobidServer.cacheDir)\n    val dir = CachedGrobidServer.cacheDir.resolve(dirName)\n    if(!Files.exists(dir)) {\n      \/\/ Warm the cache, so for most evaluations we don't need to have a running Grobid server at\n      \/\/ all.\n      val warmCacheDir = publicDirectory(\"GrobidServerCache\", 2)\n      FileUtils.copyDirectory(warmCacheDir.toFile, dir.toFile)\n    }\n    dir\n  }\n\n  private val random = new Random\n  \/** Gets a response from an HTTP server given a request. Retries if we think retrying might fix it. *\/\n  private def withRetries[T](f: () => HttpResponse[T], retries: Int = 10): HttpResponse[T] = if (retries <= 0) {\n    f()\n  } else {\n    val sleepTime = random.nextInt(1000) + 2500 \/\/ sleep between 2.5 and 3.5 seconds\n    \/\/ If something goes wrong, we sleep a random amount of time, to make sure that we don't slam\n    \/\/ the server, get timeouts, wait for exactly the same amount of time on all threads, and then\n    \/\/ slam the server again.\n\n    Try(f()) match {\n      case Failure(e: SocketTimeoutException) =>\n        logger.warn(s\"$e while querying Grobid. $retries retries left.\")\n        Thread.sleep(sleepTime)\n        withRetries(f, retries - 1)\n\n      case Failure(e: IOException) =>\n        logger.warn(s\"Got IOException '${e.getMessage}' while querying Grobid. $retries retries left.\")\n        Thread.sleep(sleepTime)\n        withRetries(f, retries - 1)\n\n      case Success(response) if response.isServerError =>\n        logger.warn(s\"Got response code '${response.statusLine}' while querying Grobid. $retries retries left.\")\n        Thread.sleep(sleepTime)\n        withRetries(f, retries - 1)\n\n      case Failure(e) => throw e\n\n      case Success(response) => response\n    }\n  }\n\n  \/\/ Note: This is not thread safe if you have two threads or processes ask for the same file at\n  \/\/ the same time.\n  def getExtractions(bytes: Array[Byte]): InputStream = {\n    val paperId = Utilities.shaForBytes(bytes)\n\n    val cacheFile = cacheDir.resolve(paperId + \".xml.gz\")\n    try {\n      if (Files.size(cacheFile) == 0)\n        throw new IOException(s\"Paper $paperId is tombstoned\")\n      else\n        new GZIPInputStream(Files.newInputStream(cacheFile))\n    } catch {\n      case _: NoSuchFileException =>\n        logger.debug(s\"Cache miss for $paperId\")\n        try {\n          val response = withRetries { () =>\n            val multipart = MultiPart(\"input\", s\"$paperId.pdf\", \"application\/octet-stream\", bytes)\n            Http(url + \"\/processFulltextDocument\").timeout(60000, 60000).postMulti(multipart).asBytes\n          }\n          val bais = new ByteArrayInputStream(response.body)\n          Resource.using(new GZIPOutputStream(Files.newOutputStream(cacheFile))) { os =>\n            IOUtils.copy(bais, os)\n          }\n          bais.reset()\n          bais\n        } catch {\n          case NonFatal(e) =>\n            logger.warn(s\"Tombstoning $paperId because of the following error:\", e)\n            Files.deleteIfExists(cacheFile)\n            Files.createFile(cacheFile)\n            throw e\n        }\n    }\n  }\n}\n\nobject CachedGrobidServer {\n  val cacheDir = Files.createDirectories(\n    Paths.get(\n      System.getProperty(\"java.io.tmpdir\"),\n      this.getClass.getSimpleName.stripSuffix(\"$\")))\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/pipeline\/Bucketizers.scala","text":"package org.allenai.scienceparse.pipeline\n\nimport scala.io.Source\n\n\/** This contains a bunch of helper functions stolen from the pipeline code. We need it here to\n  * anticipate how well the pipeline will work with the output from science-parse. *\/\nobject Bucketizers {\n  import Normalizers._\n\n  \/** This file contains 225 high-frequency n-grams from title prefixes.\n    * High means the S2 * Dblp bucket size is > 1M. (Early Sept. 2015)\n    * n is 2, 3, 4, 5.\n    *\/\n  val highFreqTitleNgramStream = this.getClass.getResourceAsStream(\"\/org\/allenai\/scienceparse\/pipeline\/highfreq.tsv\")\n\n  val highFreqNameNgramStream = this.getClass.getResourceAsStream(\"\/org\/allenai\/scienceparse\/pipeline\/highfreqNames.tsv\")\n\n  def loadHighFreqs(is: java.io.InputStream): Map[String, Int] =\n    Source.fromInputStream(is).getLines.map { l =>\n      val Array(t, f) = l.split(\"\\t\")\n      t -> f.toInt\n    }.toMap\n\n  lazy val highFreqTitleNgrams = loadHighFreqs(highFreqTitleNgramStream)\n\n  lazy val highFreqNameNgrams = loadHighFreqs(highFreqTitleNgramStream) \/\/ This looks like a typo, but I copied it this way from the pipeline.\n\n  val defaultTitleCutoffThreshold = 1000000\n\n  val defaultNameCutoffThreshold = 100000\n\n  val concatChar = \"_\"\n\n  def toBucket(words: Iterable[String]) = words.mkString(concatChar)\n\n  def toBucket(s: String) = s.split(\" \").mkString(concatChar)\n\n  val defaultTitleNgramLength = 3\n\n  val defaultNameNgramLength = 2\n\n  val defaultAllowTruncated = true\n\n  val defaultUpto = 1\n\n  def cutoffFilter(b: String, cutoffOption: Option[Int], highFreqs: Map[String, Int]): Boolean =\n    cutoffOption.isEmpty || !highFreqs.contains(b) || highFreqs(b) < cutoffOption.get\n\n  \/** Return the array of tokens for the given input.\n    * Limit number of tokens to maxCount\n    *\/\n  def words(text: String, maxCount: Int = 40): Array[String] = {\n    val words = alphaNumericNormalize(text).split(' ').filter(_.nonEmpty)\n    words.take(maxCount)\n  }\n\n  \/** Returns a list of ngrams.\n    * If cutoff is specified, continue to add more words until the result has frequency\n    * lower than the cutoff value.\n    * If allowTruncated is set to true, accept ngrams that have length less than n.\n    * For example, if the text is \"local backbones\" and n = 3, we will generate\n    * the ngram \"local_backbones\".\n    *\/\n  def ngrams(\n    text: String,\n    n: Int,\n    cutoffOption: Option[Int],\n    allowTruncated: Boolean = defaultAllowTruncated,\n    highFreqs: Map[String, Int] = highFreqTitleNgrams,\n    upto: Int = defaultUpto\n  ): Iterator[String] = ngramAux(words(text), n, cutoffOption, allowTruncated, highFreqs, upto)\n\n  def tailNgrams(\n    text: String,\n    n: Int,\n    cutoffOption: Option[Int],\n    allowTruncated: Boolean = defaultAllowTruncated,\n    highFreqs: Map[String, Int] = highFreqTitleNgrams,\n    upto: Int = defaultUpto\n  ) = ngramAux(words(text).reverse, n, cutoffOption, allowTruncated, highFreqs, upto)\n\n  def ngramAux(\n    chunks: Array[String],\n    n: Int,\n    cutoffOption: Option[Int],\n    allowTruncated: Boolean,\n    highFreqs: Map[String, Int],\n    upto: Int\n  ): Iterator[String] = {\n    chunks.sliding(n)\n      .filter(x => (allowTruncated && x.nonEmpty) || x.length == n)\n      .map(x => toBucket(x.toIterable))\n      .filter(cutoffFilter(_, cutoffOption, highFreqs))\n      .take(upto)\n  }\n\n  def titleNgrams(title: String, upto: Int, allowTruncated: Boolean = defaultAllowTruncated) = {\n    ngrams(\n      title,\n      n = defaultTitleNgramLength,\n      cutoffOption = Some(defaultTitleCutoffThreshold),\n      upto = upto,\n      allowTruncated = allowTruncated\n    )\n  }\n\n  def titleTailNgrams(title: String, upto: Int = 1, allowTruncated: Boolean = defaultAllowTruncated) = {\n    tailNgrams(\n      title,\n      n = defaultTitleNgramLength,\n      cutoffOption = Some(defaultTitleCutoffThreshold),\n      upto = upto,\n      allowTruncated = allowTruncated\n    )\n  }\n\n  def nameNgrams(name: String) = ngrams(\n    name,\n    n = defaultNameNgramLength,\n    allowTruncated = false,\n    cutoffOption = Some(defaultNameCutoffThreshold),\n    highFreqs = highFreqNameNgrams,\n    upto = 3\n  )\n\n  \/** This is used in V1. *\/\n  def simple3TitlePrefix(text: String): List[String] =\n    ngrams(text, n = 3, cutoffOption = None, allowTruncated = true, highFreqTitleNgrams, upto = 1).toList\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.9\")\n\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.2-1\")\n\naddSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\" % \"0.5.4\")\n"}
{"repo_name":"awesome-archive\/science-parse","path":"cli\/src\/main\/scala\/org\/allenai\/scienceparse\/RunSP.scala","text":"package org.allenai.scienceparse\n\nimport java.io._\nimport java.util.NoSuchElementException\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport ch.qos.logback.classic.Level\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.fasterxml.jackson.module.scala.experimental.ScalaObjectMapper\nimport org.allenai.common.{Logging, Resource}\nimport org.allenai.common.ParIterator._\nimport org.slf4j.Logger\nimport scopt.OptionParser\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Future}\nimport scala.io.Source\nimport scala.language.postfixOps\nimport scala.util.control.NonFatal\n\nobject RunSP extends Logging {\n  case class MetadataWrapper(name: String, metadata: ExtractedMetadata)\n\n  val jsonWriter = new ObjectMapper() with ScalaObjectMapper\n  jsonWriter.registerModule(DefaultScalaModule)\n  val prettyJsonWriter = jsonWriter.writerWithDefaultPrettyPrinter()\n\n  def main(args: Array[String]) = {\n    case class Config(\n      modelFile: Option[File] = None,\n      bibModelFile: Option[File] = None,\n      gazetteerFile: Option[File] = None,\n      paperDirectory: Option[File] = None,\n      pdfInputs: Seq[String] = Seq(),\n      outputDir: Option[File] = None,\n      outputFile: Option[File] = None,\n      useS2Bucket: Boolean = false,\n      quiet: Boolean = false\n    )\n\n    val parser = new OptionParser[Config](this.getClass.getSimpleName) {\n      opt[File]('m', \"model\") action { (m, c) =>\n        c.copy(modelFile = Some(m))\n      } text \"Specifies the model file to evaluate. Defaults to the production model\"\n\n      opt[File]('b', \"bibModel\") action { (m, c) =>\n        c.copy(bibModelFile = Some(m))\n      } text \"Specifies the model for bibliography parsing. Defaults to the production model\"\n\n      opt[File]('g', \"gazetteer\") action { (g, c) =>\n        c.copy(gazetteerFile = Some(g))\n      } text \"Specifies the gazetteer file. Defaults to the production one. Take care not to use a gazetteer that you also used to train the model.\"\n\n      opt[File]('o', \"outputDirectory\") action {\n        (o, c) => c.copy(outputDir = Some(o))\n      } text \"Output directory. Writes one file per document.\"\n\n      opt[File]('f', \"outputFile\") action {\n        (f, c) => c.copy(outputFile = Some(f))\n      } text \"Output file. Writes one line per document.\"\n\n      opt[Unit]('q', \"quiet\") action {\n        (_, c) => c.copy(quiet = true)\n      } text \"Quiet mode, prints only progress reports\"\n\n      opt[File]('p', \"paperDirectory\") action { (p, c) =>\n        c.copy(paperDirectory = Some(p))\n      } text \"Specifies a directory with papers in them. If this is not specified, or a paper can't be found in the directory, we fall back to getting the paper from Semantic Scholar.\"\n\n      opt[Unit](\"useS2Bucket\") action { (_, c) =>\n        c.copy(useS2Bucket = true)\n      } text \"Use the internal Semantic Scholar S3 bucket to retrieve papers\"\n\n      arg[String](\"<pdf|directory|sha|textfile>...\") unbounded () action {\n        (f, c) => c.copy(pdfInputs = c.pdfInputs :+ f)\n      } text \"PDFs you'd like to process\"\n\n      help(\"help\") text \"Prints help text\"\n    }\n\n    parser.parse(args, Config()).foreach { config =>\n      val modelFile = config.modelFile.map(_.toPath).getOrElse(Parser.getDefaultProductionModel)\n      val bibModelFile = config.bibModelFile.map(_.toPath).getOrElse(Parser.getDefaultBibModel)\n      val gazetteerFile = config.gazetteerFile.map(_.toPath).getOrElse(Parser.getDefaultGazetteer)\n\n      loggerConfig.Logger(\"org.apache.pdfbox\").setLevel(Level.OFF)\n      loggerConfig.Logger(\"org.apache.fontbox\").setLevel(Level.OFF)\n      loggerConfig.Logger(\"org.allenai.pdfbox\").setLevel(Level.OFF)\n      loggerConfig.Logger(\"org.allenai.fontbox\").setLevel(Level.OFF)\n      loggerConfig.Logger(\"org.allenai.pdffigures2.TextExtractor\").setLevel(Level.ERROR)\n      loggerConfig.Logger(Logger.ROOT_LOGGER_NAME).setLevel(Level.INFO)\n      if(config.quiet) {\n        loggerConfig.Logger.apply(\"org.allenai.scienceparse\").setLevel(Level.WARN)\n        loggerConfig.Logger.apply(\"org.allenai.scienceparse.Parser\").setLevel(Level.ERROR)\n      }\n\n      val parserFuture = Future {\n        new Parser(modelFile, gazetteerFile, bibModelFile)\n      }\n\n      val paperSource = {\n        val defaultSource = if(config.useS2Bucket)\n          ScholarBucketPaperSource.getInstance()\n        else\n          PaperSource.getDefault\n\n        config.paperDirectory match {\n          case None => defaultSource\n          case Some(dir) =>\n            new FallbackPaperSource(\n              new DirectoryPaperSource(dir),\n              defaultSource\n            )\n        }\n      }\n\n      \/\/ if the output file already exists, read the names from it to see what we should skip\n      val skipNames = config.outputFile.filter(_.exists()).map { f =>\n        Resource.using(Source.fromFile(f, \"UTF-8\")) { source =>\n          source.getLines().flatMap { line =>\n            val tree = jsonWriter.readTree(line)\n            Option(tree.get(\"name\").asText()).filter(_.nonEmpty)\n          }.toSet\n        }\n      }.getOrElse(Set.empty)\n\n      val shaRegex = \"^[0-9a-f]{40}$\" r\n      def stringToInputStreams(s: String): Iterator[(String, InputStream)] = {\n        if(skipNames.contains(s)) {\n          Iterator.empty\n        } else {\n          val file = new File(s)\n\n          if (s.endsWith(\".pdf\")) {\n            Iterator((s, new FileInputStream(file)))\n          } else if (s.endsWith(\".txt\")) {\n            val lines = new Iterator[String] {\n              private val input = new BufferedReader(\n                new InputStreamReader(\n                  new FileInputStream(file),\n                  \"UTF-8\"))\n\n              def getNextLine: String = {\n                val result = input.readLine()\n                if (result == null)\n                  input.close()\n                result\n              }\n\n              private var nextLine = getNextLine\n\n              override def hasNext: Boolean = nextLine != null\n\n              override def next(): String = {\n                val result = nextLine\n                nextLine = if (nextLine == null) null else getNextLine\n                if (result == null)\n                  throw new NoSuchElementException\n                else\n                  result\n              }\n            }\n            lines.parMap(stringToInputStreams, 16).flatten\n          } else if (file.isDirectory) {\n            def listFiles(startFile: File): Iterator[File] =\n              startFile.listFiles.iterator.flatMap {\n                case dir if dir.isDirectory => listFiles(dir)\n                case f if f.isFile && f.getName.endsWith(\".pdf\") => Iterator(f)\n                case _ => Iterator.empty\n              }\n            listFiles(file).\n              filterNot(f => skipNames.contains(f.getName)).\n              map(f => (f.getName, new FileInputStream(f)))\n          } else if (shaRegex.findFirstIn(s).isDefined) {\n            try {\n              Iterator((s, paperSource.getPdf(s)))\n            } catch {\n              case NonFatal(e) =>\n                logger.info(s\"Locating $s failed with ${e.toString}. Ignoring.\")\n                Iterator.empty\n            }\n          } else {\n            logger.warn(s\"Input $s is not something I understand. I'm ignoring it.\")\n            Iterator.empty\n          }\n        }\n      }\n\n      val inputStreams = config.pdfInputs.iterator.flatMap(stringToInputStreams)\n\n      val outputStream = config.outputFile.map(new FileOutputStream(_, true))\n      try {\n        val parser = Await.result(parserFuture, 15 minutes)\n\n        val startTime = System.currentTimeMillis()\n        val finishedCount = new AtomicInteger()\n        val timeout = 60000 \/\/ ms\n        inputStreams.parForeach { case (name, is) =>\n          logger.info(s\"Starting $name\")\n          try {\n            val thisDocStartTime = System.currentTimeMillis()\n            val metadata = parser.doParseWithTimeout(is, timeout)\n            val wrapper = MetadataWrapper(name, metadata)\n            val thisDocEndTime = System.currentTimeMillis()\n            if(thisDocEndTime - thisDocStartTime > timeout)\n              logger.warn(s\"Document $name took ${thisDocEndTime - thisDocStartTime} ms\")\n\n            \/\/ write to output directory\n            config.outputDir.foreach { dir =>\n              prettyJsonWriter.writeValue(new File(dir, name + \".json\"), wrapper)\n            }\n\n            \/\/ write to output file\n            outputStream.foreach { os =>\n              val bytes = jsonWriter.writeValueAsBytes(wrapper)\n              os.synchronized {\n                os.write(bytes)\n                os.write('\\n')\n                os.flush()\n              }\n            }\n\n            \/\/ write to stdout\n            if(config.outputDir.isEmpty && outputStream.isEmpty) {\n              System.out.synchronized {\n                prettyJsonWriter.writeValue(System.out, wrapper)\n              }\n            }\n\n          } catch {\n            case NonFatal(e) =>\n              logger.info(s\"Parsing $name failed with ${e.toString}\")\n          }\n          logger.info(s\"Finished $name\")\n\n          val newFinishedCount = finishedCount.incrementAndGet()\n          if (newFinishedCount % 1000 == 0) {\n            val elapsedMs = System.currentTimeMillis() - startTime\n            val dps = 1000.0 * newFinishedCount.toDouble \/ elapsedMs\n            println(f\"Finished $newFinishedCount documents. $dps%.2f dps\")\n          }\n        }\n      } finally {\n        outputStream.foreach(_.close())\n      }\n    }\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/PrintCRFInput.scala","text":"<filename>core\/src\/main\/scala\/org\/allenai\/scienceparse\/PrintCRFInput.scala\npackage org.allenai.scienceparse\n\nimport java.awt.Desktop\nimport java.io.{ PrintWriter, File }\n\nimport org.allenai.common.Resource\nimport org.allenai.scienceparse.pdfapi.{ PDFFontMetrics, PDFExtractor }\nimport org.apache.commons.lang3.StringEscapeUtils\nimport scopt.OptionParser\nimport scala.collection.JavaConverters._\n\nobject PrintCRFInput extends App {\n  case class Config(\n    paperDir: Option[File] = None,\n    paperId: String = null\n  )\n\n  val parser = new OptionParser[Config](this.getClass.getSimpleName) {\n    opt[File]('d', \"paperDir\") action { (d, c) =>\n      c.copy(paperDir = Some(d))\n    } text \"The directory that contains the papers\"\n\n    arg[String](\"<paperId>\") required () action { (p, c) =>\n      c.copy(paperId = p)\n    } text \"The ID of the paper whose CRF input you want to see\"\n  }\n\n  parser.parse(args, Config()).foreach { config =>\n    val paperSource = config.paperDir.map(new DirectoryPaperSource(_)).getOrElse {\n      PaperSource.getDefault\n    }\n\n    val seq = Resource.using(paperSource.getPdf(config.paperId)) { is =>\n      val ext = new PDFExtractor\n      val doc = ext.extractFromInputStream(is)\n      PDFToCRFInput.getSequence(doc).asScala\n    }\n\n    \/\/ make a font-to-color map\n    def font2style(fm: PDFFontMetrics) = f\"font${fm.hashCode()}%x\"\n    val fonts = seq.map(_.getPdfToken.fontMetrics).toSet.map(font2style)\n    val colors = Stream.from(1).\n      map { n => (n * 0.61803398875 * 360).round % 360 }.\n      map { hue => s\"hsl($hue, 90%%, 85%%)\" }\n    val font2color = (fonts zip colors).toMap\n\n    val tempFile = File.createTempFile(s\"CRFInput-${config.paperId}.\", \".html\")\n    tempFile.deleteOnExit()\n    try {\n      Resource.using(new PrintWriter(tempFile, \"UTF-8\")) { out =>\n        out.println(\"<html>\")\n        out.println(\"<head>\")\n        out.println(s\"<title>CRF input for ${config.paperId}<\/title>\")\n        out.println(\"<style type=\\\"text\/css\\\">\")\n        font2color.foreach {\n          case (style, color) =>\n            out.println(s\".$style { background-color: $color; }\")\n        }\n        out.println(\"<\/style>\")\n        out.println(\"<\/head>\")\n        out.println(\"<body>\")\n        var line = 0\n        var page = 0\n        seq.foreach { token =>\n          if (token.getPage != page) {\n            out.println(\"<hr>\")\n            line = 0\n            page = token.getPage\n          } else if (token.getLine != line) {\n            out.println(\"<br>\")\n            line = token.getLine\n          }\n\n          val style = font2style(token.getPdfToken.fontMetrics)\n          val escaped = StringEscapeUtils.escapeHtml4(token.getPdfToken.token)\n          out.println(s\"<span class=$style>$escaped<\/span>\")\n        }\n        out.println(\"<\/body>\")\n        out.println(\"<\/html>\")\n      }\n\n      Desktop.getDesktop.browse(tempFile.toURI)\n      Thread.sleep(5000)\n    } finally {\n      tempFile.delete()\n    }\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/PrintFeaturizedCRFInput.scala","text":"package org.allenai.scienceparse\n\nimport java.io.{ DataInputStream, File }\nimport java.nio.file.Files\nimport java.util\n\nimport com.gs.collections.api.map.primitive.ObjectDoubleMap\nimport org.allenai.common.Resource\nimport org.allenai.scienceparse.pdfapi.PDFExtractor\nimport scopt.OptionParser\n\nimport scala.collection.JavaConverters._\n\nobject PrintFeaturizedCRFInput extends App {\n  case class Config(\n    paperDir: Option[File] = None,\n    modelFile: Option[File] = None,\n    paperId: String = null\n  )\n\n  val parser = new OptionParser[Config](this.getClass.getSimpleName) {\n    opt[File]('d', \"paperDir\") action { (d, c) =>\n      c.copy(paperDir = Some(d))\n    } text \"The directory that contains the papers\"\n\n    opt[File]('m', \"model\") action { (m, c) =>\n      c.copy(modelFile = Some(m))\n    } text \"A model to load LM feature values from\"\n\n    arg[String](\"<paperId>\") required () action { (p, c) =>\n      c.copy(paperId = p)\n    } text \"The ID of the paper whose CRF input you want to see\"\n  }\n\n  parser.parse(args, Config()).foreach { config =>\n    val paperSource = config.paperDir.map(new DirectoryPaperSource(_)).getOrElse {\n      PaperSource.getDefault\n    }\n\n    val predExtractor = {\n      val modelPath = config.modelFile.map(_.toPath).getOrElse(Parser.getDefaultProductionModel)\n      Resource.using(new DataInputStream(Files.newInputStream(modelPath))) { dis =>\n        Parser.loadModelComponents(dis).predExtractor\n      }\n    }\n\n    val seq = Resource.using(paperSource.getPdf(config.paperId)) { is =>\n      val ext = new PDFExtractor\n      val doc = ext.extractFromInputStream(is)\n      PDFToCRFInput.getSequence(doc)\n    }\n\n    val paddedSeq = PDFToCRFInput.padSequence(seq).asScala.toSeq\n\n    val lines = stringsFromFeaturizedSeq(predExtractor.nodePredicates(paddedSeq.asJava))\n\n    lines.asScala.foreach(println)\n  }\n\n  def stringsFromFeaturizedSeq(\n    featurizedJava: util.List[ObjectDoubleMap[String]],\n    prefix: String = \"\"\n  ) = {\n    \/\/ do a complicated dance to map from GS collections to Scala collections\n    val featurized = featurizedJava.asScala.map { gsMap =>\n      gsMap.keySet().asScala.map { key => key -> gsMap.get(key) }.toMap\n    }.toSeq\n\n    \/\/ token feature is special\n    val tokenFeaturePrefix = \"%t=\"\n\n    \/\/ figure out binary features\n    val feature2values = featurized.flatten.foldLeft(Map.empty[String, Set[Double]]) {\n      case (acc, (key, value)) => acc.updated(key, acc.getOrElse(key, Set[Double]()) + value)\n    }\n    val binaryFeatures = feature2values.\n      filter(_._2 subsetOf Set(0.0, 1.0)).\n      keys.\n      filterNot(_.startsWith(tokenFeaturePrefix)).\n      toSet\n\n    \/\/ figure out an order for non-binary features\n    val orderedNonBinaryFeatures = featurized.\n      flatMap(_.keys).\n      filterNot(binaryFeatures).\n      filterNot(_.startsWith(tokenFeaturePrefix)).\n      groupBy(identity).\n      mapValues(_.size).\n      toSeq.sortBy { case (feature, count) => (-count, feature) }.\n      map(_._1)\n\n    \/\/ write header\n    val header = (tokenFeaturePrefix +: orderedNonBinaryFeatures).mkString(\"\\t\")\n\n    \/\/ write entries\n    val body = featurized.zipWithIndex.map {\n      case (features, index) =>\n        (\n          \/\/ token feature\n          Seq(\n            features.filter(_._1.startsWith(tokenFeaturePrefix)).map { case (key, value) => s\"$key=$value\" }.mkString(\"\/\")\n          ) ++\n\n            \/\/ non-binary features\n            orderedNonBinaryFeatures.map { f => features.get(f).map(d => f\"$d%.3f\").getOrElse(\"\") } ++\n\n            \/\/ binary features\n            (features.keySet & binaryFeatures).toSeq.sorted\n        ).mkString(\"\\t\")\n    }\n\n    val result = header +: body\n\n    if (prefix.isEmpty) {\n      result.asJava\n    } else {\n      result.zipWithIndex.map { case (line, i) => f\"$prefix\\t$i%04d\\t$line\" }.asJava\n    }\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/main\/scala\/org\/allenai\/scienceparse\/GrobidParser.scala","text":"package org.allenai.scienceparse\n\nimport java.io.InputStream\nimport java.nio.file.Path\nimport java.util.Calendar\n\nimport org.allenai.common.StringUtils.StringExtras\nimport org.allenai.scienceparse.{ Section => SPSection }\nimport org.jsoup.Jsoup\nimport org.jsoup.nodes.{Document, Element, TextNode}\nimport org.jsoup.parser.{Parser => JsoupParser}\n\nimport scala.collection.JavaConverters._\n\nobject GrobidParser {\n  def addDot(x: String) = if (x.length == 1) s\"$x.\" else x\n\n  def author(e: Element): String = {\n    val first = List(e.findText(\"persName>forename[type=first]\"))\n    val mids = e.select(\"persName>forename[type=middle]\").asScala.map(_.text).toList\n    val last = List(e.findText(\"persName>surname\"))\n    (first ++ mids ++ last).filter(!_.isEmpty).map(a => addDot(a.trimNonAlphabetic)).mkString(\" \")\n  }\n\n  def extractTitle(doc: Element): String = {\n    doc.findText(\"teiHeader>fileDesc>titleStmt>title\").titleCase()\n  }\n\n  def toTitle(s: String) = {\n    s.trimChars(\",.\").find(c => Character.isAlphabetic(c)) match {\n      case None => \"\"\n      case Some(_) => s\n    }\n  }\n\n  def extractYear(str: String): Int = \"\\\\d{4}\".r.findFirstIn(str) match {\n    case Some(y) => y.toInt\n    case None => 0\n  }\n\n  def extractBibEntriesWithId(doc: Element) =\n    for {\n      bib <- doc.select(\"listBibl>biblStruct\").asScala\n    } yield {\n      val title = toTitle(bib.findText(\"analytic>title[type=main]\")) match {\n        case \"\" => bib.findText(\"monogr>title\")\n        case s => s\n      }\n      val authors = bib.select(\"analytic>author\").asScala.map(author).toList match {\n        case List() => bib.select(\"monogr>author\").asScala.map(author).toList\n        case l => l\n      }\n      val venue = bib.findText(\"monogr>title\")\n      val yr = extractYear(bib.findAttributeValue(\"monogr>imprint>date[type=published]\", \"when\"))\n      new BibRecord(title, authors.asJava, venue, null, null, yr)\n    }\n\n  def ifNonEmpty(s: String) = if (s.nonEmpty) Some(s) else None\n\n  case class Section(id: Option[String], header: Option[String], text: String)\n\n  private def extractSectionInfo(div: Element) = {\n    val bodyPlusHeaderText = div.text\n\n    val head = div.select(\"head\").asScala.headOption\n    val (id, headerText, bodyTextOffset) = head match {\n      case Some(h) =>\n        val hText = h.text\n        (\n          ifNonEmpty(h.attr(\"n\")),\n          Some(hText),\n          hText.size + bodyPlusHeaderText.drop(hText.size).takeWhile(_ <= ' ').size\n        )\n      case None =>\n        (None, None, 0)\n    }\n    val section = Section(id = id, text = bodyPlusHeaderText.drop(bodyTextOffset), header = head.map(_.text))\n    (div, bodyPlusHeaderText, bodyTextOffset, section)\n  }\n\n  def extractReferenceMentions(doc: Element, sectionInfo: Iterable[(Element, String, Int, Section)]): List[CitationRecord] = {\n    val bibMentions =\n      for {\n        ref <- doc.select(\"ref[type=bibr\").asScala\n        ((div, fullText, offset, _), sectionNumber) <- sectionInfo.zipWithIndex.find {\n          case ((div, fullText, offset, _), i) =>\n            ref.parents.contains(div)\n        }\n      } yield {\n        val id = ref.attr(\"target\").dropWhile(_ == '#')\n        val begin = ref.textOffset(div) - offset\n        val end = begin + ref.text.length\n        Parser.extractContext(0, fullText, begin, end)\n      }\n    bibMentions.toList\n  }\n\n  def parseGrobidXml(grobidExtraction: Path): ExtractedMetadata = {\n    val doc = Jsoup.parse(grobidExtraction.toFile, \"UTF-8\")\n    parseGrobidXml(doc)\n  }\n\n  def parseGrobidXml(is: InputStream, baseUrl: String): ExtractedMetadata = {\n    val doc = Jsoup.parse(is, \"UTF-8\", baseUrl, JsoupParser.xmlParser())\n    parseGrobidXml(doc)\n  }\n\n  private def parseGrobidXml(doc: Document): ExtractedMetadata = {\n    val year = extractYear(doc.findAttributeValue(\"teiHeader>fileDesc>sourceDesc>biblStruct>monogr>imprint>date[type=published]\", \"when\"))\n    val calendar = Calendar.getInstance()\n    calendar.set(Calendar.YEAR, year)\n\n    val sectionInfo = doc.select(\"text>body>div\").asScala.map(extractSectionInfo)\n\n    val em = new ExtractedMetadata(extractTitle(doc), doc.select(\"teiHeader>fileDesc>sourceDesc>biblStruct>analytic>author\").asScala.map(author).asJava, calendar.getTime)\n    em.year = year\n    em.references = extractBibEntriesWithId(doc).asJava\n    em.referenceMentions = extractReferenceMentions(doc, sectionInfo).asJava\n    em.abstractText = doc.select(\"teiHeader>profileDesc>abstract\").asScala.headOption.map(_.text).getOrElse(\"\")\n\n    em.sections = sectionInfo.map { case (_, _, _, grobidSection) =>\n      new SPSection(\n        Seq(grobidSection.id, grobidSection.header).flatten.map(_.trim).mkString(\" \"),\n        grobidSection.text)\n    }.asJava\n\n    em\n  }\n\n  implicit class JsoupElementsImplicits(e: Element) {\n\n    def findText(path: String): String =\n      e.select(path).asScala.headOption.map(_.text).getOrElse(\"\")\n\n    def findAttributeValue(path: String, attrName: String): String =\n      e.select(path).asScala.headOption.map(_.attr(attrName)).getOrElse(\"\")\n\n    \/\/ The number of text characters in the ancestor that preceed the given element\n    def textOffset(ancestor: Element): Int = {\n      if (ancestor == e.parent) {\n        val ancestorText = ancestor.text\n        val elementText = e.text\n        val index = ancestorText.indexOf(elementText)\n        ancestorText.indexOf(elementText, index + 1) match {\n          case -1 => \/\/ The common and easy case: Text only occurs once in the parent.\n            index\n          case _ => \/\/ Our text occurs multiple times in the parent.  Bogus!\n            \/\/ Count how many times it occurs previous to our element\n            def countOccurencesIn(base: String) = {\n              var count = 0\n              var index = base.indexOf(elementText)\n              while (index > 0) {\n                count += 1\n                index = base.indexOf(elementText, index + 1)\n              }\n              count\n            }\n            val precedingSiblingText =\n              ancestor.childNodes.asScala.takeWhile(_ != e).map {\n                case t: TextNode => t.getWholeText.trim()\n                case e: Element => e.text\n                case _ => \"\"\n              }\n            val precedingCount = precedingSiblingText.map(countOccurencesIn).sum\n            \/\/ Now get the next occurrence of our text\n            def nthIndexOf(base: String, n: Int) = {\n              var i = 0\n              var index = base.indexOf(elementText)\n              while (i < n) {\n                index = base.indexOf(elementText, index + 1)\n                i += 1\n              }\n              index\n            }\n            nthIndexOf(ancestorText, precedingCount)\n        }\n      } else if (e.parent == null) {\n        sys.error(\"Must specify an ancestor element to find text offset\")\n      } else {\n        e.parent.textOffset(ancestor) + e.textOffset(e.parent)\n      }\n    }\n  }\n\n  implicit class StringImplicits2(val str: String) extends AnyVal with StringExtras {\n    \/** @return Given full name such as \"<NAME>.\", returns the last name assuming\n      * that it's the word before the comma.\n      *\/\n    def lastNameFromFull(): String = str.trim.takeWhile(_ != ',')\n  }\n}\n"}
{"repo_name":"awesome-archive\/science-parse","path":"core\/src\/test\/scala\/org\/allenai\/scienceparse\/StringUtilsSpec.scala","text":"<reponame>awesome-archive\/science-parse\npackage org.allenai.scienceparse\n\nimport org.allenai.common.testkit.UnitSpec\n\nclass StringUtilsSpec extends UnitSpec {\n  \"author names\" should \"get split correctly\" in {\n    val tests = Map(\n      \"Aryabhata\" -> Tuple2(\"\", \"Aryabhata\"),\n      \"<NAME>\" -> Tuple2(\"Peter\", \"Clark\"),\n      \"<NAME>\" -> Tuple2(\"Peter\", \" Clark\"),\n      \"<NAME>\" -> Tuple2(\"<NAME>.\", \"Clarke\"),\n      \"<NAME>\" -> Tuple2(\"Ludwig\", \"<NAME>\"),\n      \"<NAME>\" -> Tuple2(\"Ludwig\", \" van  Beethoven\"),\n      \" <NAME>\" -> Tuple2(\" Ludwig\", \" van  Beethoven\"),\n      \"<NAME>  <NAME>.\" -> Tuple2(\"Ludwig\", \" van  Beethoven Jr.\"),\n      \"Ludwig  van  <NAME>r.   \" -> Tuple2(\"Ludwig\", \" van  Beethoven Jr.   \"),\n      \"<NAME>\" -> Tuple2(\"<NAME>\", \"<NAME>\"),\n      \"\" -> Tuple2(\"\", \"\"),\n      \"   \" -> Tuple2(\"\", \"   \")\n    )\n\n    tests.foreach { case (original, expected) =>\n      assertResult(expected)(StringUtils.splitName(original))\n    }\n  }\n}\n"}
{"repo_name":"lokm01\/spline-performance-tests","path":"spline-paper-tests\/src\/main\/scala\/co\/za\/absa\/spline_paper_tests\/ConstantTimeTest.scala","text":"\/\/Copyright 2017 <NAME>\n\/\/\n\/\/Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/you may not use this file except in compliance with the License.\n\/\/You may obtain a copy of the License at\n\/\/\n\/\/    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/Unless required by applicable law or agreed to in writing, software\n\/\/distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/See the License for the specific language governing permissions and\n\/\/limitations under the License.\n\npackage co.za.absa.spline_paper_tests\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.Dataset\nimport org.apache.spark.sql.Row\nimport za.co.absa.spline.core.DataLineageListener\nimport org.scalameter._\n\nobject ConstantTimeTest extends App {\n  val spark = SparkSession.builder().appName(\"Spline perf test - constant time\").getOrCreate()\n\n  spark.sparkContext.setLogLevel(\"WARN\")\n  \n  if (args(0).toBoolean) {\n    import za.co.absa.spline.core.SparkLineageInitializer._\n    spark.enableLineageTracking()\n  }\n\n  val datasets = (for (i <- Range(10, 101, 10)) yield {\n    val df = spark.read.parquet(s\"file:\/\/\/home\/jan\/wiki${i}m\")\n    (i, df)\n  }).toMap\n\n  import spark.implicits._\n  import org.apache.spark.sql.functions._\n\n  \/\/ warm up\n  Range(10, 101, 10).toList.foreach({ x =>\n    val t = performCalc(datasets(x))\n    println(s\"Pre-run $x, ${t.count}\")\n  })\n\n  Thread.sleep(5000)\n  DataLineageListener.clearMeasurements()\n\n  \/\/perform some calculations\n  def performCalc(df: Dataset[Row]) = df.filter(year($\"date\") === 2016).filter($\"domain_code\" === \"en\").groupBy(hour($\"date\") as \"hourOfDay\").agg(sum($\"count_views\") as \"countViews\")\n\n  val times = for (x <- Range(10, 101, 10)) \n    yield measure {\n    \n    println(s\"Run $x, ${performCalc(datasets(x)).count()}\")\n  }\n  \n  times.foreach(println)\n  \n}"}
{"repo_name":"lokm01\/spline-performance-tests","path":"spline-paper-tests\/src\/main\/scala\/NullPersistenceFactory.scala","text":"\/\/Copyright 2017 <NAME>\n\/\/\n\/\/Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/you may not use this file except in compliance with the License.\n\/\/You may obtain a copy of the License at\n\/\/\n\/\/    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/Unless required by applicable law or agreed to in writing, software\n\/\/distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/See the License for the specific language governing permissions and\n\/\/limitations under the License.\n\nimport za.co.absa.spline.persistence.api.PersistenceFactory\nimport scala.concurrent.Future\nimport za.co.absa.spline.persistence.api.DataLineageWriter\nimport za.co.absa.spline.model.DataLineage\nimport za.co.absa.spline.persistence.api.NopDataLineageReader\nimport scala.concurrent.ExecutionContext\n\nclass NullPersistenceFactory(conf: org.apache.commons.configuration.Configuration) extends PersistenceFactory(conf) {\n  def createDataLineageReader(): za.co.absa.spline.persistence.api.DataLineageReader = new NopDataLineageReader\n  def createDataLineageReaderOrGetDefault(default: za.co.absa.spline.persistence.api.DataLineageReader): za.co.absa.spline.persistence.api.DataLineageReader = createDataLineageReader()\n \n  def createDataLineageWriter(): za.co.absa.spline.persistence.api.DataLineageWriter = {\n    new DataLineageWriter {\n      def store(lineage: DataLineage)(implicit x: ExecutionContext) = Future.successful()\n    }\n  }\n\n}"}
{"repo_name":"lokm01\/spline-performance-tests","path":"spline-paper-tests\/src\/main\/scala\/co\/za\/absa\/spline_paper_tests\/LinearTimeTest.scala","text":"<reponame>lokm01\/spline-performance-tests\n\/\/Copyright 2017 <NAME>\n\/\/\n\/\/Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/you may not use this file except in compliance with the License.\n\/\/You may obtain a copy of the License at\n\/\/\n\/\/    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/Unless required by applicable law or agreed to in writing, software\n\/\/distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/See the License for the specific language governing permissions and\n\/\/limitations under the License.\n\npackage co.za.absa.spline_paper_tests\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.Dataset\nimport org.apache.spark.sql.Row\nimport scala.util.Random\nimport za.co.absa.spline.core.DataLineageListener\n\nobject LinearTimeTest extends App {\n  val spark = SparkSession.builder().appName(\"Spline perf test - constant time\").getOrCreate()\n  spark.sparkContext.setLogLevel(\"WARN\")\n\n  val data = spark.read.parquet(\"file:\/\/\/home\/jan\/wiki100m\")\n\n  import za.co.absa.spline.core.SparkLineageInitializer._\n  spark.enableLineageTracking()\n\n  import spark.implicits._\n  import org.apache.spark.sql.functions._\n\n  data.cache\n  data.count\n\n  val ops = Array(\n    (x: Dataset[Row]) => { x.withColumn(\"page_title\", upper($\"page_title\")) },\n    (x: Dataset[Row]) => { x.withColumn(\"page_title\", lower($\"page_title\")) },\n    (x: Dataset[Row]) => { x.withColumn(\"domain_code\", lower($\"domain_code\")) },\n    (x: Dataset[Row]) => { x.withColumn(\"domain_code\", upper($\"domain_code\")) },\n    (x: Dataset[Row]) => { x.withColumn(\"count_views\", $\"domain_code\" + Random.nextInt()) },\n    (x: Dataset[Row]) => { x.withColumn(\"total_response_size\", $\"total_response_size\" + Random.nextInt()) },\n    (x: Dataset[Row]) => { x.withColumn(s\"calcColumn\" + Math.abs(Random.nextInt()), dayofmonth($\"date\")) },\n    (x: Dataset[Row]) => { x.withColumn(s\"calcColumn\" + Math.abs(Random.nextInt()), dayofyear($\"date\")) },\n    (x: Dataset[Row]) => { x.withColumn(s\"calcColumn\" + Math.abs(Random.nextInt()), hour($\"date\")) },\n    (x: Dataset[Row]) => { x.filter(locate(Random.nextPrintableChar().toString(), $\"page_title\") > 0) },\n    (x: Dataset[Row]) => { x.filter(year($\"date\") === 2016) })\n\n  def applyRandomOp(times: Int, d: Dataset[Row]) = {\n    (0 until times).toArray.foldLeft(d)({\n      case (df, i) =>\n        val op = ops(i % ops.length)\n        op(df)\n    })\n  }\n\n  \/\/run 10 times before testing - warm up\n  (0 until 10).toList.foreach({ x =>\n    val t = applyRandomOp(Random.nextInt(100) * x, data)\n    println(s\"Pre-run $x, ${t.count}\")\n  })\n\n  Thread.sleep(5000)\n  DataLineageListener.clearMeasurements()\n\n  for (numOps <- Range(0, 1001, 100)) yield {\n    val t = applyRandomOp(numOps, data)\n\n    println(s\"Run $numOps, ${t.count}\")\n\n  }\n\n}"}
{"repo_name":"Warry\/Play20","path":"templates\/play-2.3-highlights\/app\/actors\/SumActor.scala","text":"package actors\n\nimport akka.actor._\nimport play.api.libs.json._\nimport play.api.mvc.WebSocket.FrameFormatter\n\nobject SumActor {\n\n  def props(out: ActorRef) = Props(new SumActor(out))\n\n  \/**\n   * Sum the given values.\n   *\/\n  case class Sum(values: Seq[Int])\n\n  object Sum {\n    implicit val sumFormat = Json.format[Sum]\n    implicit val sumFrameFormatter = FrameFormatter.jsonFrame[Sum]\n  }\n\n  \/**\n   * The result of summing the values\n   *\/\n  case class SumResult(sum: Int)\n\n  object SumResult {\n    implicit val sumResultFormat = Json.format[SumResult]\n    implicit val sumResultFrameFormatter = FrameFormatter.jsonFrame[SumResult]\n  }\n}\n\n\/**\n * An actor that sums sequences of numbers\n *\/\nclass SumActor(out: ActorRef) extends Actor {\n\n  import SumActor._\n\n  def receive = {\n    case Sum(values) => out ! SumResult(values.fold(0)(_ + _))\n  }\n\n}"}
{"repo_name":"Warry\/Play20","path":"templates\/play-2.3-highlights\/build.sbt","text":"<reponame>Warry\/Play20\n\nname := \"play-2.3-highlights\"\n\nversion := \"2.3-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"%SCALA_VERSION%\"\n\nlibraryDependencies ++= Seq(\n  \"org.webjars\" % \"bootstrap\" % \"3.1.1\",\n  \"org.webjars\" % \"jquery\" % \"2.1.0-2\",\n  \"org.webjars\" % \"requirejs\" % \"2.1.11-1\",\n  \/\/ Test dependencies\n  \"org.webjars\" % \"rjs\" % \"2.1.11-1-trireme\" % \"test\",\n  \"org.webjars\" % \"squirejs\" % \"0.1.0\" % \"test\"\n)\n\n\/\/ JsEngineKeys.engineType := JsEngineKeys.EngineType.Node\n\nMochaKeys.requires += \".\/Setup\"\n"}
{"repo_name":"Warry\/Play20","path":"templates\/play-2.3-highlights\/app\/controllers\/Application.scala","text":"<gh_stars>1-10\npackage controllers\n\nimport play.api.mvc._\nimport play.api.libs.json.Json\nimport scala.util.Random\n\nobject Application extends Controller {\n\n  def index = Action {\n    Ok(views.html.index())\n  }\n\n  val colors = IndexedSeq(\"red\", \"green\", \"purple\", \"black\", \"yellow\", \"blue\", \"pink\")\n\n  def number = Action(Ok(Json.toJson(Json.obj(\n    \"number\" -> Random.nextInt(colors.size)\n  ))))\n\n  def color(i: Int) = Action {\n    colors.lift(i).map { c =>\n      Ok(Json.toJson(Json.obj(\n        \"color\" -> c\n      )))\n    }.getOrElse(NotFound)\n  }\n\n}"}
{"repo_name":"Warry\/Play20","path":"framework\/src\/play-filters-helpers\/src\/test\/scala\/play\/filters\/headers\/SecurityHeadersFilterSpec.scala","text":"<filename>framework\/src\/play-filters-helpers\/src\/test\/scala\/play\/filters\/headers\/SecurityHeadersFilterSpec.scala\n\/*\n *\n *  * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\n *\/\npackage play.filters.headers\n\nimport play.api.test.{WithApplication, FakeRequest, FakeApplication, PlaySpecification}\nimport play.api.mvc.{RequestHeader, Action, Result}\nimport play.api.mvc.Results._\nimport play.api.Configuration\nimport scala.concurrent.Future\n\nclass SecurityHeadersFilterSpec extends PlaySpecification {\n\n  import SecurityHeadersFilter._\n\n  sequential\n\n  def configure(rawConfig: String) = {\n    val typesafeConfig = com.typesafe.config.ConfigFactory.parseString(rawConfig)\n    play.api.Configuration(typesafeConfig)\n  }\n\n  def defaultConfig: DefaultSecurityHeadersConfig = {\n    new SecurityHeadersParser().parse(configure(\"\")).asInstanceOf[DefaultSecurityHeadersConfig]\n  }\n\n  def withApplication[T](result: Result, filter: play.api.mvc.Filter)(block: => T): T = {\n    running(FakeApplication(withRoutes = {\n      case _ => filter.apply(Action(result))\n    }))(block)\n  }\n\n  \"security headers\" should {\n\n    \"work with default singleton apply method with all default options\" in new WithApplication {\n      val filter = SecurityHeadersFilter()\n      \/\/ Play.current is set at this point...\n      val rh = FakeRequest()\n      val action: (RequestHeader) => Future[Result] = {\n        requestHeader =>\n          Future.successful(Ok(\"success\"))\n      }\n      val result = filter(action)(rh)\n\n      header(X_FRAME_OPTIONS_HEADER, result) must beSome(\"DENY\")\n      header(X_XSS_PROTECTION_HEADER, result) must beSome(\"1; mode=block\")\n      header(X_CONTENT_TYPE_OPTIONS_HEADER, result) must beSome(\"nosniff\")\n      header(X_PERMITTED_CROSS_DOMAIN_POLICIES_HEADER, result) must beSome(\"master-only\")\n      header(CONTENT_SECURITY_POLICY_HEADER, result) must beSome(\"default-src 'self'\")\n    }\n\n    \"work with singleton apply method using configuration\" in {\n      val typesafeConfig = com.typesafe.config.ConfigFactory.parseString(\"\")\n      val config = play.api.Configuration(typesafeConfig)\n\n      val filter = SecurityHeadersFilter(config)\n      \/\/ Play.current is set at this point...\n      val rh = FakeRequest()\n      val action: (RequestHeader) => Future[Result] = {\n        requestHeader =>\n          Future.successful(Ok(\"success\"))\n      }\n      val result = filter(action)(rh)\n\n      header(X_FRAME_OPTIONS_HEADER, result) must beSome(\"DENY\")\n      header(X_XSS_PROTECTION_HEADER, result) must beSome(\"1; mode=block\")\n      header(X_CONTENT_TYPE_OPTIONS_HEADER, result) must beSome(\"nosniff\")\n      header(X_PERMITTED_CROSS_DOMAIN_POLICIES_HEADER, result) must beSome(\"master-only\")\n      header(CONTENT_SECURITY_POLICY_HEADER, result) must beSome(\"default-src 'self'\")\n    }\n\n    \"work with new zero argument constructor for Java option\" in new WithApplication() {\n      \/\/ Doesn't use the above construct because we have to be in the scope of the application here.\n      val filter = new SecurityHeadersFilter()\n      \/\/ Play.current is set at this point...\n      val rh = FakeRequest()\n      val action: (RequestHeader) => Future[Result] = {\n        requestHeader =>\n          Future.successful(Ok(\"success\"))\n      }\n      val result = filter(action)(rh)\n      header(X_FRAME_OPTIONS_HEADER, result) must beSome(\"DENY\")\n      header(X_XSS_PROTECTION_HEADER, result) must beSome(\"1; mode=block\")\n      header(X_CONTENT_TYPE_OPTIONS_HEADER, result) must beSome(\"nosniff\")\n      header(X_PERMITTED_CROSS_DOMAIN_POLICIES_HEADER, result) must beSome(\"master-only\")\n      header(CONTENT_SECURITY_POLICY_HEADER, result) must beSome(\"default-src 'self'\")\n    }\n\n    \"frame options\" should {\n\n      \"work with custom frame options\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(configure(\n        \"\"\"\n          |play.filters.headers.frameOptions=some frame option\n        \"\"\".stripMargin))) {\n        val result = route(FakeRequest()).get\n\n        header(X_FRAME_OPTIONS_HEADER, result) must beSome(\"some frame option\")\n      }\n\n      \"work with no frame options\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(defaultConfig.copy(frameOptions = None))) {\n        val result = route(FakeRequest()).get\n\n        header(X_FRAME_OPTIONS_HEADER, result) must beNone\n      }\n    }\n\n    \"xss protection\" should {\n\n      \"work with custom xss protection\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(configure(\n        \"\"\"\n          |play.filters.headers.xssProtection=some xss protection\n        \"\"\".stripMargin))) {\n        val result = route(FakeRequest()).get\n\n        header(X_XSS_PROTECTION_HEADER, result) must beSome(\"some xss protection\")\n      }\n\n      \"work with no xss protection\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(defaultConfig.copy(xssProtection = None))) {\n        val result = route(FakeRequest()).get\n\n        header(X_XSS_PROTECTION_HEADER, result) must beNone\n      }\n    }\n\n    \"content type options protection\" should {\n\n      \"work with custom content type options protection\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(configure(\n        \"\"\"\n          |play.filters.headers.contentTypeOptions=\"some content type option\"\n        \"\"\".stripMargin))) {\n        val result = route(FakeRequest()).get\n\n        header(X_CONTENT_TYPE_OPTIONS_HEADER, result) must beSome(\"some content type option\")\n      }\n\n      \"work with no content type options protection\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(defaultConfig.copy(contentTypeOptions = None))) {\n        val result = route(FakeRequest()).get\n\n        header(X_CONTENT_TYPE_OPTIONS_HEADER, result) must beNone\n      }\n    }\n\n    \"permitted cross domain policies\" should {\n\n      \"work with custom\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(configure(\n        \"\"\"\n          |play.filters.headers.permittedCrossDomainPolicies=\"some very long word\"\n        \"\"\".stripMargin))) {\n        val result = route(FakeRequest()).get\n\n        header(X_PERMITTED_CROSS_DOMAIN_POLICIES_HEADER, result) must beSome(\"some very long word\")\n      }\n\n      \"work with none\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(defaultConfig.copy(permittedCrossDomainPolicies = None))) {\n        val result = route(FakeRequest()).get\n\n        header(X_PERMITTED_CROSS_DOMAIN_POLICIES_HEADER, result) must beNone\n      }\n    }\n\n    \"content security policy protection\" should {\n\n      \"work with custom\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(configure(\n        \"\"\"\n          |play.filters.headers.contentSecurityPolicy=\"some content security policy\"\n        \"\"\".stripMargin))) {\n        val result = route(FakeRequest()).get\n\n        header(CONTENT_SECURITY_POLICY_HEADER, result) must beSome(\"some content security policy\")\n      }\n\n      \"work with none\" in withApplication(Ok(\"hello\"), SecurityHeadersFilter(defaultConfig.copy(contentSecurityPolicy = None))) {\n        val result = route(FakeRequest()).get\n\n        header(CONTENT_SECURITY_POLICY_HEADER, result) must beNone\n      }\n    }\n  }\n}\n"}
{"repo_name":"Warry\/Play20","path":"framework\/src\/play\/src\/main\/scala\/play\/api\/libs\/Files.scala","text":"\/*\n * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs\n\nimport java.io._\nimport play.utils.PlayIO\nimport scala.io.Codec\n\n\/**\n * FileSystem utilities.\n *\/\nobject Files {\n\n  \/**\n   * A temporary file hold a reference to a real file, and will delete\n   * it when the reference is garbaged.\n   *\/\n  case class TemporaryFile(file: File) {\n\n    \/**\n     * Clean this temporary file now.\n     *\/\n    def clean(): Boolean = {\n      file.delete()\n    }\n\n    \/**\n     * Move the file.\n     *\/\n    def moveTo(to: File, replace: Boolean = false) {\n      Files.moveFile(file, to, replace = replace)\n    }\n\n    \/**\n     * Delete this file on garbage collection.\n     *\/\n    override def finalize {\n      clean()\n    }\n\n  }\n\n  \/**\n   * Utilities to manage temporary files.\n   *\/\n  object TemporaryFile {\n\n    \/**\n     * Create a new temporary file.\n     *\n     * Example:\n     * {{{\n     * val tempFile = TemporaryFile(prefix = \"uploaded\")\n     * }}}\n     *\n     * @param prefix The prefix used for the temporary file name.\n     * @param suffix The suffix used for the temporary file name.\n     * @return A temporary file instance.\n     *\/\n    def apply(prefix: String = \"\", suffix: String = \"\"): TemporaryFile = {\n      new TemporaryFile(File.createTempFile(prefix, suffix))\n    }\n\n  }\n\n  \/**\n   * Copy a file.\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def copyFile(from: File, to: File, replaceExisting: Boolean = true): File = {\n    if (replaceExisting || !to.exists()) {\n      val in = new FileInputStream(from).getChannel\n      try {\n        val out = new FileOutputStream(to).getChannel\n        try {\n          out.transferFrom(in, 0, in.size())\n        } finally {\n          PlayIO.closeQuietly(out)\n        }\n      } finally {\n        PlayIO.closeQuietly(in)\n      }\n    }\n\n    to\n  }\n\n  \/**\n   * Rename a file.\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def moveFile(from: File, to: File, replace: Boolean = true): File = {\n    if (to.exists() && replace) {\n      to.delete()\n    }\n\n    if (!to.exists()) {\n      if (!from.renameTo(to)) {\n        copyFile(from, to)\n        from.delete()\n      }\n    }\n\n    to\n  }\n\n  \/**\n   * Reads a file\u2019s contents into a String.\n   *\n   * @param path the file to read.\n   * @return the file contents\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def readFile(path: File): String = PlayIO.readFileAsString(path)(Codec.UTF8)\n\n  \/**\n   * Write a file\u2019s contents as a `String`.\n   *\n   * @param path the file to write to\n   * @param content the contents to write\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def writeFile(path: File, content: String): Unit = {\n    path.getParentFile.mkdirs()\n    val out = new FileOutputStream(path)\n    try {\n      val writer = new OutputStreamWriter(out, Codec.UTF8.name)\n      try {\n        writer.write(content)\n      } finally PlayIO.closeQuietly(writer)\n    } finally PlayIO.closeQuietly(out)\n  }\n\n  \/**\n   * Creates a directory.\n   *\n   * @param path the directory to create\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def createDirectory(path: File): File = {\n    path.mkdirs()\n    path\n  }\n\n  \/**\n   * Writes a file\u2019s content as String, only touching the file if the actual file content is different.\n   *\n   * @param path the file to write to\n   * @param content the contents to write\n   *\/\n  @deprecated(\"Use Java 7 Files API instead\", \"2.3\")\n  def writeFileIfChanged(path: File, content: String) {\n    if (content != Option(path).filter(_.exists).map(readFile(_)).getOrElse(\"\")) {\n      writeFile(path, content)\n    }\n  }\n\n}\n"}
{"repo_name":"Warry\/Play20","path":"documentation\/manual\/detailedTopics\/configuration\/ws\/code\/HowsMySSLSpec.scala","text":"package detailedtopics.configuration.ws {\n\n\/\/ #context\nimport play.api.libs.json.JsSuccess\nimport play.api.libs.ws._\nimport play.api.libs.ws.ning._\nimport play.api.libs.ws.ssl.debug.DebugConfiguration\nimport play.api.test._\n\nimport com.typesafe.config.ConfigFactory\nimport scala.concurrent.duration._\n\nclass HowsMySSLSpec extends PlaySpecification {\n\n  def createClient(rawConfig: play.api.Configuration): WSClient = {\n    val parser = new DefaultWSConfigParser(rawConfig)\n    val clientConfig = parser.parse()\n    clientConfig.ssl.map {\n      _.debug.map(new DebugConfiguration().configure)\n    }\n    val builder = new NingAsyncHttpClientConfigBuilder(clientConfig)\n    val client = new NingWSClient(builder.build())\n    client\n  }\n\n  def configToMap(configString: String): Map[String, _] = {\n    import scala.collection.JavaConverters._\n    ConfigFactory.parseString(configString).root().unwrapped().asScala.toMap\n  }\n\n  \"WS\" should {\n\n    \"verify common behavior\" in {\n      val rawConfig = play.api.Configuration(ConfigFactory.parseString(\n        \"\"\"\n          |ws.ssl.debug=[\"ssl\"]\n          |ws.ssl.protocol=\"TLSv1\"\n          |ws.ssl.enabledProtocols=[\"TLSv1\"]\n        \"\"\".stripMargin))\n\n      val client = createClient(rawConfig)\n      val response = await(client.url(\"https:\/\/www.howsmyssl.com\/a\/check\").get())(5.seconds)\n      response.status must be_==(200)\n\n      val jsonOutput = response.json\n      val result = (jsonOutput \\ \"tls_version\").validate[String]\n      result must beLike {\n        case JsSuccess(value, path) =>\n          value must contain(\"TLS 1.0\")\n      }\n    }\n  }\n}\n\/\/ #context\n\n}\n"}
{"repo_name":"arkadius\/tsc-reload","path":"project\/plugins.sbt","text":"<gh_stars>1-10\nresolvers += Resolver.url(\n  \"bintray-sbt-plugin-releases\",\n  url(\"http:\/\/dl.bintray.com\/banno\/oss\"))(\n    Resolver.ivyStylePatterns)\n\nresolvers += Resolver.url(\n  \"sbt-plugin-releases\",\n  new URL(\"http:\/\/scalasbt.artifactoryonline.com\/scalasbt\/sbt-plugin-releases\/\")\n)(Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.7.5\")\n\naddSbtPlugin(\"com.banno\" % \"sbt-license-plugin\" % \"0.1.4\")\n\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.5\")\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.3\")\n\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.1\")\n"}
{"repo_name":"arkadius\/tsc-reload","path":"build.sbt","text":"<gh_stars>1-10\nimport com.banno.license.Licenses._\nimport com.banno.license.Plugin.LicenseKeys._\nimport net.virtualvoid.sbt.graph.Plugin._\nimport sbt.Keys._\nimport sbtrelease.ReleasePlugin.autoImport.ReleaseTransformations._\n\nval scalaV = \"2.11.12\"\n\ngraphSettings\n\nlicenseSettings\n\norganization  := \"pl.touk\"\nname := \"tsc-reload\"\nscalaVersion  := scalaV\nscalacOptions := Seq(\"-unchecked\", \"-deprecation\", \"-encoding\", \"utf8\")\ncrossPaths := false\nautoScalaLibrary := false\nlicense := apache2(\"Copyright 2015 the original author or authors.\")\nlicenses :=  Seq(\"Apache 2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\nhomepage := Some(url(\"https:\/\/github.com\/touk\/tsc-reload\"))\nremoveExistingHeaderBlock := true\nresolvers ++= Seq(\n  \"Local Maven Repository\" at \"file:\/\/\"+Path.userHome.absolutePath+\"\/.m2\/repository\",\n  Resolver.jcenterRepo\n)\n\nlibraryDependencies ++= {\n  Seq(\n    \"com.typesafe\"      % \"config\"            % \"1.3.3\"       % \"optional\",\n    \"io.vavr\"           % \"vavr\"              % \"0.9.2\",\n    \"org.slf4j\"         % \"slf4j-api\"         % \"1.7.25\",\n    \"org.projectlombok\" % \"lombok\"            % \"1.16.22\"     % \"provided\",\n    \"org.scalatest\"    %% \"scalatest\"         % \"3.0.5\"       % \"test\",\n    \"ch.qos.logback\"    % \"logback-classic\"   % \"1.2.3\"       % \"test\",\n    \"com.iheart\"       %% \"ficus\"             % \"1.4.3\"       % \"test\"\n  )\n}\n\npublishMavenStyle := true\npublishTo := {\n  val nexus = \"https:\/\/oss.sonatype.org\/\"\n  if (isSnapshot.value)\n    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else\n    Some(\"releases\"  at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\npublishArtifact in Test := false\npomExtra in Global := {\n  <scm>\n    <connection>scm:git:github.com\/touk\/tsc-reload.git<\/connection>\n    <developerConnection>scm:git:git<EMAIL>:touk\/tsc-reload.git<\/developerConnection>\n    <url>github.com\/touk\/tsc-reload<\/url>\n  <\/scm>\n  <developers>\n    <developer>\n      <id>ark_adius<\/id>\n      <name><NAME><\/name>\n      <url>https:\/\/github.com\/arkadius<\/url>\n    <\/developer>\n  <\/developers>\n}\n\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  runTest,\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  releaseStepCommandAndRemaining(\"publishSigned\"),\n  setNextVersion,\n  commitNextVersion,\n  releaseStepCommand(\"sonatypeReleaseAll\"),\n  pushChanges\n)\n"}
{"repo_name":"arkadius\/tsc-reload","path":"src\/test\/scala\/pl\/touk\/tscreload\/ReloadableSpec.scala","text":"\/*\n * Copyright 2015 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage pl.touk.tscreload\n\nimport java.io.{File, PrintWriter}\nimport java.time.Duration\nimport java.util.Optional\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport net.ceedubs.ficus.Ficus\nimport net.ceedubs.ficus.readers.ArbitraryTypeReader\nimport org.scalatest._\n\nclass ReloadableSpec extends fixture.FlatSpec with Matchers with GivenWhenThen {\n  import ArbitraryTypeReader._\n  import Ficus._\n  import JFunctionConversions._\n  import collection.convert.decorateAsJava._\n\n  it should \"provide initial value\" in { fixture =>\n    import fixture._\n    When(\"load reloadable initial value\")\n    val initialFooBarValue = 1\n    val reloadableFooBar = loadReloadableValue(initialFooBarValue)\n\n    Then(\"nested value should be same as initial\")\n    reloadableFooBar.currentValue() shouldEqual initialFooBarValue\n  }\n\n  it should \"reload nested value after change\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial value\")\n    val reloadableFooBar = loadReloadableValue(1)\n\n    When(\"write new value to config file\")\n    val nextFooBarValue = 2\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(nextFooBarValue)\n\n    Then(\"after reload nested value should be same as new value\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    reloadableFooBar.currentValue() shouldEqual nextFooBarValue\n  }\n\n  it should \"reload composed value after change\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial values\")\n    val initialBase = 0\n    val leftDelta = 1\n    val rightDelta = 2\n    val reloadable = loadReloadableConfig(initialBase)\n\n    val left = reloadable.map((cfg: Config) => cfg.getInt(\"foo.bar\") + leftDelta)\n    val right = reloadable.map((cfg: Config) => cfg.getInt(\"foo.bar\") + rightDelta)\n\n    When(\"compose\")\n    val reloadableComposed = Reloadable.compose(left, right, (l: Int, r: Int) => l + r)\n\n    Then(\"should compote initial sum\")\n    reloadableComposed.currentValue() shouldEqual (initialBase + leftDelta + initialBase + rightDelta)\n\n\n    When(\"write new value to config file\")\n    val newBase = 2\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(newBase)\n\n    Then(\"after reload composed value should be recalculated\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    reloadableComposed.currentValue() shouldEqual (newBase + leftDelta + newBase + rightDelta)\n  }\n\n  it should \"cache evaluation of nested values\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial config\")\n    val initialFooBarValue = 1\n    val reloadable = loadReloadableConfig(initialFooBarValue)\n\n    When(\"transform reloadable config to return nested value\")\n    var evaluationCount = 0\n    val reloadableFooBar = reloadable.map { cfg: Config =>\n      evaluationCount += 1\n      cfg.getInt(\"foo.bar\")\n    }\n\n    And(\"double get current value\")\n    reloadableFooBar.currentValue() shouldEqual initialFooBarValue\n    reloadableFooBar.currentValue() shouldEqual initialFooBarValue\n\n    Then(\"value should be evaluated once\")\n    evaluationCount shouldEqual 1\n  }\n\n  it should \"be able to handle previous value\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial config\")\n    val initialFooBarValue = 1\n    val reloadable = loadReloadableConfig(initialFooBarValue)\n\n    When(\"transform reloadable config to return nested value\")\n    var savedPrev: Optional[Int] = null\n    val reloadableFooBar = reloadable.map[Int] { (cfg: Config, prev: Optional[Int]) =>\n      savedPrev = prev\n      new TransformationResult(cfg.getInt(\"foo.bar\"), true)\n    }\n\n    When(\"write new value to config file\")\n    val newValue = 2\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(newValue)\n\n    Then(\"after reload first value should be the initial one\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    reloadableFooBar.currentValue() shouldEqual newValue\n    Then(\"second value should be the new one\")\n    savedPrev shouldEqual Optional.of(initialFooBarValue)\n  }\n\n  it should \"not break reload process if some child will throw exception\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial config\")\n    val initialFooBarValue = 1\n    val newValue = 2\n    val reloadable = loadReloadableConfig(initialFooBarValue)\n\n    When(\"transform reloadable config to return nested value\")\n    val firstFooBar = reloadable.map { cfg: Config =>\n      val v = cfg.getInt(\"foo.bar\")\n      if (v == newValue) throw new Exception(\"fail\")\n      v\n    }\n    var secReloaded= false\n    val secFooBar = reloadable.map { cfg: Config =>\n      val v = cfg.getInt(\"foo.bar\")\n      if (v == newValue) secReloaded = true\n      v\n    }\n\n    When(\"write new value to config file\")\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(newValue)\n\n    Then(\"after reload previous value should be the initial one\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    firstFooBar.currentValue() shouldEqual initialFooBarValue\n    secFooBar.currentValue() shouldEqual newValue\n  }\n\n  it should \"not reload nested value if was no changes in value\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial value\")\n    val initialValue = 1\n    val reloadable = loadReloadableConfig(initialValue)\n\n    When(\"transform reloadable config to return nested value\")\n    var evaluationCount = 0\n    val reloadableFooBar = reloadable.map { cfg: Config =>\n      evaluationCount += 1\n      cfg.getInt(\"foo.bar\")\n    }\n\n    When(\"write the same value to config file\")\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(initialValue)\n\n    Then(\"after reload nested value should be same as new value\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    evaluationCount shouldEqual 1\n  }\n\n  it should \"reload nested value even if was no changes in value when such option is enabledd\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial value\")\n    val initialValue = 1\n    val reloadable = loadReloadableConfig(initialValue, propagateOnlyIfChanged = false)\n\n    When(\"transform reloadable config to return nested value\")\n    var evaluationCount = 0\n    val reloadableFooBar = reloadable.map { cfg: Config =>\n      evaluationCount += 1\n      cfg.getInt(\"foo.bar\")\n    }\n\n    When(\"write the same value to config file\")\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(initialValue)\n\n    Then(\"after reload nested value should be same as new value\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    evaluationCount shouldEqual 2\n  }\n\n  it should \"cooperate with ficus\" in { fixture =>\n    import fixture._\n    Given(\"reloadable initial config\")\n    val initialFooBarValue = 1\n    val reloadable = loadReloadableConfig(initialFooBarValue)\n    val reloadableFoo: Reloadable[Foo] = reloadable.map((cfg: Config) => cfg.as[Foo](\"foo\"))\n    reloadableFoo.currentValue().bar shouldEqual initialFooBarValue\n\n    When(\"write new value to config file\")\n    val nextFooBarValue = 2\n    Thread.sleep(1000) \/\/ for make sure that last modified was changed\n    writeValueToConfigFile(nextFooBarValue)\n\n    Then(\"after reload nested value should be same as new value\")\n    Thread.sleep(ReloadableConfigFactory.TICK_SECONDS * 1000 + 500)\n    reloadableFoo.currentValue().bar shouldEqual nextFooBarValue\n  }\n\n  private val idx = new AtomicInteger(0)\n\n  override protected def withFixture(test: OneArgTest): Outcome = {\n    test(FixtureParam(idx.incrementAndGet()))\n  }\n\n  case class FixtureParam(i: Int) {\n    val configFile = new File(s\"target\/foo_$i.conf\")\n\n    def loadReloadableValue(initialFooBarValue: Int): Reloadable[Int] = {\n      val reloadable = loadReloadableConfig(initialFooBarValue)\n\n      reloadable.map((cfg: Config) => cfg.getInt(\"foo.bar\"))\n    }\n\n    def loadReloadableConfig(initialFooBarValue: Int, propagateOnlyIfChanged: Boolean = true): Reloadable[Config] = {\n      writeValueToConfigFile(initialFooBarValue)\n\n      if (propagateOnlyIfChanged)\n        TscReloadableConfigFactory.parseFile(configFile, Duration.ofSeconds(0))\n      else\n        ReloadableConfigFactory.load(List(configFile).asJava, Duration.ofSeconds(0),\n          (prev: Optional[Config]) => new TransformationResult(ConfigFactory.parseFile(configFile), true))\n    }\n\n    def writeValueToConfigFile(value: Int): Unit = {\n      val wrt = new PrintWriter(configFile, \"UTF-8\")\n      try {\n        wrt.write(\n          s\"\"\"foo {\n              | bar: $value\n              |}\"\"\".stripMargin)\n      } finally {\n        wrt.flush()\n        wrt.close()\n      }\n    }\n  }\n\n  case class Foo(bar: Int)\n\n}\n"}
{"repo_name":"arkadius\/tsc-reload","path":"src\/test\/scala\/pl\/touk\/tscreload\/JFunctionConversions.scala","text":"\/*\n * Copyright 2015 the original author or authors.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage pl.touk.tscreload\n\nimport io.vavr.{Function1 => JFunction1}\nimport io.vavr.{Function2 => JFunction2}\nimport io.vavr.{Function3 => JFunction3}\nimport io.vavr.{Function4 => JFunction4}\nimport io.vavr.{Function5 => JFunction5}\nimport io.vavr.{Function6 => JFunction6}\n\nimport scala.language.implicitConversions\n\nobject JFunctionConversions {\n\n  implicit def toJavaFunction1[P1, R](f: Function1[P1, R]): JFunction1[P1, R] = new JFunction1[P1, R] {\n    override def apply(p1: P1): R = f(p1)\n  }\n\n  implicit def toJavaFunction2[P1, P2, R](f: Function2[P1, P2, R]): JFunction2[P1, P2, R] = new JFunction2[P1, P2, R] {\n    override def apply(p1: P1, p2: P2): R = f(p1, p2)\n  }\n\n  implicit def toJavaFunction3[P1, P2, P3, R](f: Function3[P1, P2, P3, R]): JFunction3[P1, P2, P3, R] =\n    new JFunction3[P1, P2, P3, R] {\n      override def apply(p1: P1, p2: P2, p3: P3): R = f(p1, p2, p3)\n    }\n\n  implicit def toJavaFunction4[P1, P2, P3, P4, R](f: Function4[P1, P2, P3, P4, R]): JFunction4[P1, P2, P3, P4, R] =\n    new JFunction4[P1, P2, P3, P4, R] {\n      override def apply(p1: P1, p2: P2, p3: P3, p4: P4): R = f(p1, p2, p3, p4)\n    }\n\n  implicit def toJavaFunction5[P1, P2, P3, P4, P5, R](f: Function5[P1, P2, P3, P4, P5, R]): JFunction5[P1, P2, P3, P4, P5, R] =\n    new JFunction5[P1, P2, P3, P4, P5, R] {\n      override def apply(p1: P1, p2: P2, p3: P3, p4: P4, p5: P5): R = f(p1, p2, p3, p4, p5)\n    }\n\n  implicit def toJavaFunction6[P1, P2, P3, P4, P5, P6, R](f: Function6[P1, P2, P3, P4, P5, P6, R]): JFunction6[P1, P2, P3, P4, P5, P6, R] =\n    new JFunction6[P1, P2, P3, P4, P5, P6, R] {\n      override def apply(p1: P1, p2: P2, p3: P3, p4: P4, p5: P5, p6: P6): R = f(p1, p2, p3, p4, p5, p6)\n    }\n\n}"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Scanner.scala","text":"package com.craftinginterpreters.lox\n\nimport scala.annotation.tailrec\n\nobject Scanner {\n  val keywords = Map(\n    \"and\" -> AND,\n    \"class\" -> CLASS,\n    \"else\" -> ELSE,\n    \"false\" -> FALSE,\n    \"for\" -> FOR,\n    \"fun\" -> FUN,\n    \"if\" -> IF,\n    \"nil\" -> NIL,\n    \"or\" -> OR,\n    \"print\" -> PRINT,\n    \"return\" -> RETURN,\n    \"super\" -> SUPER,\n    \"this\" -> THIS,\n    \"true\" -> TRUE,\n    \"var\" -> VAR,\n    \"while\" -> WHILE\n  )\n}\n\nclass Scanner(val source: String) {\n\n  private var start = 0\n  private var current = 0\n  private var line = 1\n\n  def scanTokens(): Seq[Token] = {\n    @tailrec\n    def scanTokensRec(acc: Seq[Token]): Seq[Token] = {\n      val token = scanToken()\n      token match {\n        case Token(EOF) => acc :+ token\n        case _ => scanTokensRec(acc :+ token)\n      }\n    }\n    scanTokensRec(IndexedSeq())\n  }\n\n  @tailrec\n  private def scanToken(): Token =\n    if (!isAtEnd) {\n      start = current\n      advance() match {\n        case '(' => makeToken(LEFT_PAREN)\n        case ')' => makeToken(RIGHT_PAREN)\n        case '{' => makeToken(LEFT_BRACE)\n        case '}' => makeToken(RIGHT_BRACE)\n        case ',' => makeToken(COMMA)\n        case '.' => makeToken(DOT)\n        case '-' => makeToken(MINUS)\n        case '+' => makeToken(PLUS)\n        case ';' => makeToken(SEMICOLON)\n        case '*' => makeToken(STAR)\n        case '!' => makeToken(if (matchToken('=')) BANG_EQUAL else BANG)\n        case '=' => makeToken(if (matchToken('=')) EQUAL_EQUAL else EQUAL)\n        case '<' => makeToken(if (matchToken('=')) LESS_EQUAL else LESS)\n        case '>' => makeToken(if (matchToken('=')) GREATER_EQUAL else GREATER)\n        case '\/' =>\n          if (matchToken('\/')) {\n            while (peek != '\\n' && !isAtEnd) advance()\n            scanToken()\n          }\n          else makeToken(SLASH)\n        case ' ' | '\\r' | '\\t' =>\n          scanToken()\n        case '\\n' =>\n          line += 1\n          scanToken()\n        case '\"' => string()\n        case c =>\n          if (isDigit(c)) number()\n          else if (isAlpha(c)) identifier()\n          else {\n            Lox.error(line, \"Unexpected character.\")\n            scanToken()\n          }\n      }\n    } else new Token(EOF, \"\", line)\n\n  \/\/ lexers\n\n  private def makeToken(tokenType: TokenType) = {\n    val text = tokenType match {\n      case STRING => source.substring(start + 1, current - 1)\n      case _ => source.substring(start, current)\n    }\n    new Token(tokenType, text, line)\n  }\n\n  private def identifier(): Token = {\n    while (isAlphaNumeric(peek)) advance()\n\n    val text = source.substring(start, current)\n    val tokenType = Scanner.keywords.get(text) match {\n      case None => IDENTIFIER\n      case Some(t) => t\n    }\n\n    makeToken(tokenType)\n  }\n\n  private def number(): Token = {\n    while (isDigit(peek)) advance()\n\n    if (peek == '.' && isDigit(peekNext)) {\n      advance()\n      while (isDigit(peek)) advance()\n    }\n\n    makeToken(NUMBER)\n  }\n\n  private def string(): Token = {\n    while (peek != '\"' && !isAtEnd) {\n      if (peek == '\\n') line += 1\n      advance()\n    }\n\n    if (isAtEnd) {\n      Lox.error(line, \"Unterminated string.\")\n      scanToken()\n    }\n    else {\n      \/\/ consume closing quote\n      advance()\n\n      \/\/ trim surrounding quotes\n      val value = source.substring(start + 1, current - 1)\n      makeToken(STRING)\n    }\n  }\n\n  \/\/ utility methods (pure)\n\n  private def isAtEnd: Boolean = current >= source.length\n\n  private def peek: Char = if (isAtEnd) '\\u0000' else source.charAt(current)\n\n  private def peekNext: Char = if (current + 1 >= source.length) '\\u0000' else source.charAt(current + 1)\n\n  private def isAlpha(c: Char): Boolean = (c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z') || c == '_'\n\n  private def isDigit(c: Char): Boolean = c >= '0' && c <= '9'\n\n  private def isAlphaNumeric(c: Char): Boolean = isAlpha(c) || isDigit(c)\n\n  \/\/ utility methods with side-effects\n\n  private def advance(): Char = {\n    current += 1\n    source.charAt(current - 1)\n  }\n\n  private def matchToken(expected: Char): Boolean =\n    if (isAtEnd || source.charAt(current) != expected) false\n    else {\n        current += 1\n        true\n      }\n\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/TokenType.scala","text":"package com.craftinginterpreters.lox\n\nsealed trait TokenType\n\ncase object LEFT_PAREN extends TokenType\ncase object RIGHT_PAREN extends TokenType\ncase object LEFT_BRACE extends TokenType\ncase object RIGHT_BRACE extends TokenType\ncase object COMMA extends TokenType\ncase object DOT extends TokenType\ncase object MINUS extends TokenType\ncase object PLUS extends TokenType\ncase object SEMICOLON extends TokenType\ncase object SLASH extends TokenType\ncase object STAR extends TokenType\n\ncase object BANG extends TokenType\ncase object BANG_EQUAL extends TokenType\ncase object EQUAL extends TokenType\ncase object EQUAL_EQUAL extends TokenType\ncase object GREATER extends TokenType\ncase object GREATER_EQUAL extends TokenType\ncase object LESS extends TokenType\ncase object LESS_EQUAL extends TokenType\n\ncase object IDENTIFIER extends TokenType\ncase object STRING extends TokenType\ncase object NUMBER extends TokenType\n\ncase object AND extends TokenType\ncase object CLASS extends TokenType\ncase object ELSE extends TokenType\ncase object FALSE extends TokenType\ncase object FUN extends TokenType\ncase object FOR extends TokenType\ncase object IF extends TokenType\ncase object NIL extends TokenType\ncase object OR extends TokenType\ncase object PRINT extends TokenType\ncase object RETURN extends TokenType\ncase object SUPER extends TokenType\ncase object THIS extends TokenType\ncase object TRUE extends TokenType\ncase object VAR extends TokenType\ncase object WHILE extends TokenType\n\ncase object EOF extends TokenType\n"}
{"repo_name":"bencwallace\/slox","path":"build.sbt","text":"name := \"slox\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.13.1\"\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Token.scala","text":"<reponame>bencwallace\/slox\npackage com.craftinginterpreters.lox\n\nobject Token {\n  def unapply(token: Token): Option[TokenType] =\n    Some(token.tokenType)\n}\n\nclass Token(val tokenType: TokenType, val lexeme: String, val line: Int) {\n  override def toString: String = tokenType.toString + \" \" + lexeme\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/ReturnException.scala","text":"<reponame>bencwallace\/slox\npackage com.craftinginterpreters.lox\n\ncase class ReturnException(value: Value) extends RuntimeException(null, null, false, false)\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Stmt.scala","text":"package com.craftinginterpreters.lox\n\nsealed trait Stmt\n\ncase class Block(statements: Seq[Stmt]) extends Stmt\ncase class Class(name: Token, superclass: Option[Variable], methods: Seq[Function]) extends Stmt\ncase class Expression(expr: Expr) extends Stmt\ncase class If(condition: Expr, thenBranch: Stmt, elseBranch: Option[Stmt]) extends Stmt\ncase class Function(name: Token, params: Seq[Token], body: Seq[Stmt]) extends Stmt\ncase class Print(expr: Expr) extends Stmt\ncase class Return(keyword: Token, expr: Expr) extends Stmt\ncase class Var(name: Token, init: Option[Expr]) extends Stmt\ncase class While(condition: Expr, body: Stmt) extends Stmt\n\ncase object End extends Stmt\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Value.scala","text":"<reponame>bencwallace\/slox\npackage com.craftinginterpreters.lox\n\nimport scala.collection.mutable\n\n\/\/ double, boolean, nil, string\nsealed trait Value {\n  def isTruthy: Boolean = this match {\n    case Bool(value) => value\n    case NilVal => false\n    case _ => true\n  }\n\n  override def toString: String = this match {\n    case LoxCallable() => \"LoxCallable\"\n    case LoxInstance(klass) => s\"<${klass.toString} instance>\"\n    case Bool(value) => value.toString\n    case NilVal => \"nil\"\n    case Number(value) =>\n      val text = value.toString\n      if (text.endsWith(\".0\")) text.substring(0, text.length - 2)\n      else text\n    case Str(value) => value\n  }\n}\n\nabstract case class LoxCallable() extends Value {\n  def arity: Int\n  def call(args: Seq[Value]): Value\n}\n\nclass LoxFunction(declaration: Function,\n                  closure: Environment,\n                  isInitializer: Boolean = false) extends LoxCallable {\n  override def arity: Int = declaration.params.size\n\n  override def call(args: Seq[Value]): Value = {\n    val environment = new Environment(Some(closure))\n\n    for ((param, i) <- declaration.params.zipWithIndex)\n      environment.define(param.lexeme, args(i))\n    try {\n      Interpreter.executeBlock(declaration.body, environment)\n    } catch {\n      case ReturnException(value) =>\n        if (isInitializer) return closure.getAt(0, \"this\")\n        else return value\n    }\n    if (isInitializer) closure.getAt(0, \"this\")\n    else NilVal\n  }\n\n  override def toString: String = s\"<fn ${declaration.name.lexeme}>\"\n\n  def bind(instance: LoxInstance): LoxFunction = {\n    val environment = new Environment(Some(closure))\n    environment.define(\"this\", instance)\n    new LoxFunction(declaration, environment, isInitializer)\n  }\n}\n\nobject LoxClass {\n  def unapply(loxClass: LoxClass): Boolean = true\n}\n\nclass LoxClass(name: String, superclass: Option[LoxClass], methods: Map[String, LoxFunction]) extends LoxCallable {\n  override def toString: String = name\n\n  override def arity: Int = findMethod(\"init\") match {\n    case None => 0\n    case Some(f) => f.arity\n  }\n\n  override def call(args: Seq[Value]): Value = {\n    val instance = LoxInstance(this)\n    findMethod(\"init\") match {\n      case Some(f) => f.bind(instance).call(args)\n      case None => ()\n    }\n    instance\n  }\n\n  def findMethod(name: String): Option[LoxFunction] = (methods.get(name), superclass) match {\n    case (Some(f), _) => Some(f)\n    case (None, Some(sc)) => sc.findMethod(name)\n    case _ => None\n  }\n}\n\ncase class LoxInstance(klass: LoxClass) extends Value {\n  private val fields = mutable.Map[String, Value]()\n\n  def get(name: Token): Value = fields.get(name.lexeme) match {\n    case Some(v) => v\n    case None => klass.findMethod(name.lexeme) match {\n      case Some(m) => m.bind(this)\n      case None =>\n        throw RuntimeError(name, s\"Undefined property '${name.lexeme}'.\")\n    }\n  }\n\n  def set(name: Token, value: Value): Unit = {\n    fields += (name.lexeme -> value)\n  }\n}\n\ncase class Bool(value: Boolean) extends Value\ncase object NilVal extends Value\ncase class Number(value: Double) extends Value\ncase class Str(value: String) extends Value\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Lox.scala","text":"<filename>src\/main\/scala\/com\/craftinginterpreters\/lox\/Lox.scala\npackage com.craftinginterpreters.lox\n\nimport java.io.FileNotFoundException\n\nimport scala.io.{Source, StdIn}\n\nobject Lox {\n\n  private var hadError = false\n  private var hadRuntimeError = false\n\n  def main(args: Array[String]): Unit =\n    if (args.length > 1) {\n      println(\"Usage: slox [script]\")\n      sys.exit(64)\n    } else if (args.length == 1) {\n      runFile(args(0))\n    } else {\n      runPrompt();\n    }\n\n  private def run(source: String): Unit =\n    if (source == null) sys.exit(66)\n    else {\n      val scanner = new Scanner(source)\n      val tokens = scanner.scanTokens()\n\n      val parser = new Parser(tokens)\n      val statements = parser.parse()\n\n      if (hadError || hadRuntimeError) println()\n\n      Resolver.resolve(statements)\n\n      if (hadError) return\n\n      Interpreter.interpret(statements)\n    }\n\n  private def runPrompt(): Unit =\n    while(true) {\n      print(\"> \")\n      run(StdIn.readLine())\n      hadError = false\n      hadRuntimeError = false\n    }\n\n  private def runFile(path: String): Unit =\n    try {\n      run(Source.fromFile(path).mkString)\n      if (hadError) sys.exit(65)\n      if (hadRuntimeError) sys.exit(70)\n    } catch {\n      case _: FileNotFoundException => println(\"Source file not found.\")\n    }\n\n  \/\/ runtime errors\n\n  private[lox] def runtimeError(error: RuntimeError): Unit = {\n    System.err.println(s\"${error.message}\\n[line ${error.token.line}]\")\n    hadRuntimeError = true\n  }\n\n  \/\/ static errors\n\n  private[lox] def error(line: Int, message: String): Unit = report(line, \"\", message)\n\n  private[lox] def error(token: Token, message: String): Unit = token match {\n    case Token(EOF) => report(token.line, \" at end\", message)\n    case _ => report(token.line, s\" at '${token.lexeme}'\", message)\n  }\n\n  \/\/ error reporting\n\n  private def report(line: Int, where: String, message: String): Unit = {\n    System.err.println(s\"[line $line] Error$where: $message\")\n    hadError = true\n  }\n\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Environment.scala","text":"package com.craftinginterpreters.lox\n\nimport scala.collection.mutable\n\nclass Environment(val enclosing: Option[Environment] = None) {\n\n  private val values = mutable.Map[String, Value]()\n\n  def assign(token: Token, value: Value): Unit = (values.get(token.lexeme), enclosing) match {\n    case (Some(_), _) => values += (token.lexeme -> value)\n    case (None, Some(env)) => env.assign(token, value)\n    case (None, None) => throw RuntimeError(token, s\"Undefined variable '${token.lexeme}'.\")\n  }\n\n  def define(name: String, value: Value): Unit = values += (name -> value)\n\n  def getAt(distance: Int, name: String): Value = ancestor(distance) match {\n    case None => ???\n    case Some(e) => e.values(name)\n  }\n\n  def assignAt(distance: Int, token: Token, value: Value): Unit = ancestor(distance) match {\n    case None => ???\n    case Some(e) => e.values += (token.lexeme -> value)\n  }\n\n  def get(token: Token): Value = (values.get(token.lexeme), enclosing) match {\n      case (Some(value), _) => value\n      case (None, Some(env)) => env.get(token)\n      case (None, None) => throw RuntimeError(token, s\"Undefined variable '${token.lexeme}'.\")\n    }\n\n  private def ancestor(distance: Int): Option[Environment] =\n    if (distance == 0) Some(this)\n    else enclosing.flatMap(e => e.ancestor(distance - 1))\n\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Expr.scala","text":"package com.craftinginterpreters.lox\n\nsealed trait Expr {\n\n  override def toString: String = this match {\n    case Assign(t @ Token(NUMBER), expr) => parenthesize(\"=\", Literal(Number(t.lexeme.toDouble)), expr)\n    case Assign(t @ Token(STRING), expr) => parenthesize(\"=\", Literal(Str(t.lexeme)), expr)\n    case Binary(left, op, right) => parenthesize(op.lexeme, left, right)\n    case Call(callee, _, args) => parenthesize(callee.toString, args:_*)\n    case Get(obj, name) => parenthesize(\"get\", obj, Literal(Str(name.lexeme)))\n    case Grouping(expr) => expr.toString\n    case Literal(NilVal) => \"nil\"\n    case Literal(value) => value.toString\n    case Unary(op, right) => parenthesize(op.lexeme, right)\n    case Variable(token) => parenthesize(\"var\", Literal(Str(token.lexeme)))\n  }\n\n  private def parenthesize(name: String, exprs: Expr*): String = {\n    val builder = new StringBuilder()\n\n    builder.append(\"(\").append(name)\n    for (expr <- exprs) {\n      builder.append(\" \")\n      builder.append(expr.toString)\n    }\n    builder.append(\")\")\n\n    builder.toString\n  }\n\n}\n\ncase class Assign(token: Token, expr: Expr) extends Expr\ncase class Binary(left: Expr, operator: Token, right: Expr) extends Expr\ncase class Call(callee: Expr, paren: Token, args: Seq[Expr]) extends Expr\ncase class Get(obj: Expr, name: Token) extends Expr\ncase class Grouping(expr: Expr) extends Expr\ncase class Literal(value: Value) extends Expr\ncase class Set(obj: Expr, name: Token, value: Expr) extends Expr\ncase class Super(keyword: Token, method: Token) extends Expr\ncase class This(keyword: Token) extends Expr\ncase class Unary(operator: Token, right: Expr) extends Expr\ncase class Variable(token: Token) extends Expr\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Resolver.scala","text":"<filename>src\/main\/scala\/com\/craftinginterpreters\/lox\/Resolver.scala<gh_stars>1-10\npackage com.craftinginterpreters.lox\n\nimport scala.collection.mutable\n\nobject Resolver {\n\n  private sealed trait FunctionType\n  private case object NONE extends FunctionType\n  private case object FUNCTION extends FunctionType\n  private case object INITIALIZER extends FunctionType\n  private case object METHOD extends FunctionType\n\n  private sealed trait ClassType\n  private case object NOCLASS extends ClassType\n  private case object CLASS extends ClassType\n  private case object SUBCLASS extends ClassType\n\n  private val scopes = mutable.Stack[mutable.Map[String, Boolean]]()\n  private var currentFunction: FunctionType = NONE\n  private var currentClass: ClassType = NOCLASS\n\n  def resolve(statements: Seq[Stmt]): Unit =\n    for (statement <- statements)\n      resolve(statement)\n\n  private def resolve(statement: Stmt): Unit = statement match {\n    case Var(name, initializer) =>\n      declare(name)\n      initializer match {\n        case None => ()\n        case Some(init) => resolve(init)\n      }\n      define(name)\n    case f @ Function(name, _, _) =>\n      declare(name)\n      define(name)\n      resolveFunction(f, FUNCTION)\n    \/\/ simple cases\n    case Block(statements) =>\n      beginScope()\n      resolve(statements)\n      endScope()\n    case Class(name, superclass, methods) =>\n      val enclosingClass = currentClass\n      currentClass = CLASS\n      declare(name)\n      define(name)\n      superclass match {\n        case None => ()\n        case Some(s @ Variable(n)) =>\n          if (name.lexeme.equals(n.lexeme))\n            Lox.error(n, \"A class cannot inherit from itself.\")\n          currentClass = SUBCLASS\n          resolve(s)\n          beginScope()\n          scopes.top += (\"super\" -> true)\n      }\n      beginScope()\n      scopes.top += (\"this\" -> true)\n      for (method <- methods) {\n        val declaration = if (method.name.lexeme.equals(\"init\")) INITIALIZER else METHOD\n        resolveFunction(method, declaration)\n      }\n      endScope()\n      superclass match {\n        case None => ()\n        case Some(_) => endScope()\n      }\n      currentClass = enclosingClass\n    case Expression(expr) => resolve(expr)\n    case If(condition, thenBranch, elseBranch) =>\n      resolve(condition)\n      resolve(thenBranch)\n      elseBranch match {\n        case None => ()\n        case Some(branch) => resolve(branch)\n      }\n    case Print(expr) => resolve(expr)\n    case Return(keyword, expr) =>\n      currentFunction match {\n        case NONE =>\n          Lox.error(keyword, \"Cannot return from top-level code.\")\n        case INITIALIZER if expr != Literal(NilVal) =>\n          Lox.error(keyword, \"Cannot return a value from an initializer.\")\n        case _ => ()\n      }\n      resolve(expr)\n    case While(condition, body) =>\n      resolve(condition)\n      resolve(body)\n    case End => ()\n  }\n\n  private def resolve(expr: Expr): Unit = expr match {\n    case Variable(name) =>\n      if (scopes.nonEmpty) scopes.top.get(name.lexeme) match {\n        case Some(false) => Lox.error(name, \"Cannot read local variable in its own initializer.\")\n        case _ => ()\n      }\n      resolveLocal(expr, name)\n    case Assign(name, right) =>\n      resolve(right)\n      resolveLocal(expr, name)\n    \/\/ simple cases\n    case Binary(left, _, right) =>\n      resolve(left)\n      resolve(right)\n    case Call(callee, _, args) =>\n      resolve(callee)\n      for (arg <- args)\n        resolve(arg)\n    case Get(obj, _) => resolve(obj)\n    case Grouping(expr) => resolve(expr)\n    case Literal(_) => ()\n    case Set(obj, _, value) =>\n      resolve(value)\n      resolve(obj)\n    case Super(keyword, _) =>\n      currentClass match {\n        case NOCLASS => Lox.error(keyword, \"Cannot use 'super' outside of a class.\")\n        case SUBCLASS => ()\n        case _ => Lox.error(keyword, \"Cannot use 'super' in a class with no superclass.\")\n      }\n      resolveLocal(expr, keyword)\n    case This(keyword) => currentClass match {\n      case NOCLASS => Lox.error(keyword, \"Cannot use 'this' outside of a class.\")\n      case _ => resolveLocal(expr, keyword)\n    }\n    case Unary(_, right) => resolve(right)\n  }\n\n  private def resolveLocal(expr: Expr, name: Token): Unit =\n    for ((scope, i) <- scopes.zipWithIndex)\n      if (scope.contains(name.lexeme)) {\n        Interpreter.resolve(expr, i)\n        return\n      }\n\n  private def resolveFunction(function: Function, functionType: FunctionType): Unit = {\n    val enclosingFunction = currentFunction\n    currentFunction = functionType\n    beginScope()\n    for (param <- function.params) {\n      declare(param)\n      define(param)\n    }\n    resolve(function.body)\n    endScope()\n    currentFunction = enclosingFunction\n  }\n\n  private def declare(name: Token): Unit =\n    if (scopes.isEmpty) ()\n    else if (scopes.top.contains(name.lexeme))\n      Lox.error(name, \"Variable with this name already declared in this scope.\")\n    else\n      scopes.top += (name.lexeme -> false)\n\n  private def define(name: Token): Unit =\n    if (scopes.isEmpty) ()\n    else scopes.top += (name.lexeme -> true)\n\n  private def beginScope(): Unit = {\n    scopes.push(mutable.Map())\n    ()\n  }\n\n  private def endScope(): Unit = {\n    scopes.pop()\n    ()\n  }\n\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Parser.scala","text":"<gh_stars>1-10\npackage com.craftinginterpreters.lox\n\nimport scala.annotation.tailrec\nimport scala.collection.immutable.Queue\nimport scala.collection.mutable.ArrayBuffer\n\nclass Parser(tokens: Seq[Token]) {\n\n  var current = 0\n\n  private case class ParseError() extends RuntimeException\n\n  def parse(): Queue[Stmt] = {\n    @tailrec\n    def parseRec(acc: Queue[Stmt]): Queue[Stmt] = {\n      val statement = topLevelParser()\n      statement match {\n        case End => acc\n        case _ => parseRec(acc.enqueue(statement))\n      }\n    }\n    parseRec(Queue[Stmt]())\n  }\n\n  private def topLevelParser(): Stmt =\n    if (isAtEnd) End\n    else declaration()\n\n  \/\/ declaration parsers\n\n  private def declaration(): Stmt =\n    try {\n      if (matchTokens(CLASS)) classDeclaration()\n      else if (matchTokens(FUN)) function(\"function\")\n      else if (matchTokens(VAR)) varDeclaration()\n      else statement()\n    } catch {\n      case _: ParseError =>\n        synchronize()\n        topLevelParser()\n    }\n\n  private def classDeclaration(): Stmt = {\n    val name = consume(IDENTIFIER, \"Expect class name.\")\n\n    val superclass =\n      if (matchTokens(LESS)) {\n        consume(IDENTIFIER, \"Expect superclass name.\")\n        Some(Variable(previous))\n      } else None\n\n    consume(LEFT_BRACE, \"Expect '{' before class body.\")\n    val methods = ArrayBuffer[Function]()\n    while (!check(RIGHT_BRACE) && !isAtEnd)\n      methods += function(\"method\")\n    consume(RIGHT_BRACE, \"Expect '}' after class body.\")\n\n    Class(name, superclass, methods.toSeq)\n  }\n\n  \/\/ function declaration\n  private def function(kind: String): Function = {\n    @tailrec\n    def paramsRec(acc: ArrayBuffer[Token]): ArrayBuffer[Token] =\n      if (matchTokens(COMMA)) {\n        if (acc.size >= 255)\n          error(peek, \"Cannot have more than 255 parameters.\")\n          paramsRec(acc :+ consume(IDENTIFIER, \"Expect parameter name.\"))\n      }\n      else acc\n\n    \/\/ parse name\n    val name = consume(IDENTIFIER, s\"Expect $kind name.\")\n    consume(LEFT_PAREN, s\"Expect '(' after $kind name.\")\n\n    \/\/ parse parameter names\n    val firstParams =\n      if (!check(RIGHT_PAREN)) ArrayBuffer(consume(IDENTIFIER, \"Expect parameter name.\"))\n      else ArrayBuffer[Token]()\n    val params = paramsRec(firstParams)\n    consume(RIGHT_PAREN, \"Expect ')' after parameters.\")\n\n    \/\/ parse body\n    consume(LEFT_BRACE, s\"Expect '{' before $kind body.\")\n    val body = block()\n\n    Function(name, params.toSeq, body)\n  }\n\n  private def varDeclaration(): Stmt = {\n    val name = consume(IDENTIFIER, \"Expect variable name.\")\n    val init = if (matchTokens(EQUAL)) Some(expression()) else None\n    consume(SEMICOLON, \"Expect ';' after variable declaration.\")\n    Var(name, init)\n  }\n\n  \/\/ statement parsers\n\n  private def statement(): Stmt =\n    if (matchTokens(LEFT_BRACE)) Block(block())\n    else if (matchTokens(IF)) ifStatement()\n    else if (matchTokens(FOR)) forStatement()\n    else if (matchTokens(PRINT)) printStatement()\n    else if (matchTokens(RETURN)) returnStatement()\n    else if (matchTokens(WHILE)) whileStatement()\n    else expressionStatement()\n\n  private def block(): Seq[Stmt] = {\n    @tailrec\n    def blockRec(acc: Queue[Stmt]): Queue[Stmt] =\n      if (!isAtEnd && !check(RIGHT_BRACE))\n        blockRec(acc :+ declaration())\n      else {\n        consume(RIGHT_BRACE, \"Expect '}' after block.\")\n        acc\n      }\n    blockRec(Queue())\n  }\n\n  private def ifStatement(): Stmt = {\n    consume(LEFT_PAREN, \"Expect '(' after 'if'.\")\n    val condition = expression()\n    consume(RIGHT_PAREN, \"Expect ')' after if condition.\")\n\n    val thenBranch = statement()\n    val elseBranch = if (matchTokens(ELSE)) Some(statement()) else None\n\n    If(condition, thenBranch, elseBranch)\n  }\n\n  \/\/ desugar for loop to while loop\n  private def forStatement(): Stmt = {\n    \/\/ parse initializer, condition, and increment\n    consume(LEFT_PAREN, \"Expect '(' after 'for'.\")\n    val initializer =\n      if (matchTokens(SEMICOLON)) None\n      else if (matchTokens(VAR)) Some(varDeclaration())\n      else Some(expressionStatement())\n\n    val condition =\n      if (!check(SEMICOLON)) expression()\n      else Literal(Bool(true))\n    consume(SEMICOLON, \"Expect ';' after loop condition.\")\n\n    val increment =\n      if (!check(RIGHT_PAREN)) Some(expression())\n      else None\n    consume(RIGHT_PAREN, \"Expect ')', after for clauses.\")\n\n    var body = statement()\n    body = increment match {\n      case Some(inc) => Block(Seq(body, Expression(inc)))\n      case None => body\n    }\n    body = While(condition, body)\n    body = initializer match {\n      case Some(init) => Block(Seq(init, body))\n      case None => body\n    }\n    body\n  }\n\n  private def printStatement(): Stmt = {\n    val expr = expression()\n    consume(SEMICOLON, \"Expect ';' after value.\")\n    Print(expr)\n  }\n\n  private def returnStatement(): Stmt = {\n    val keyword = previous\n    val expr = if (!check(SEMICOLON)) expression() else Literal(NilVal)\n    consume(SEMICOLON, \"Expect ';' after return value.\")\n    Return(keyword, expr)\n  }\n\n  private def whileStatement(): Stmt = {\n    consume(LEFT_PAREN, \"Expect '(' after 'while'.\")\n    val condition = expression()\n    consume(RIGHT_PAREN, \"Expect ')' after condition.\")\n    val body = statement()\n\n    While(condition, body)\n  }\n\n  private def expressionStatement(): Stmt = {\n    val expr = expression()\n    consume(SEMICOLON, \"Expect ';' after expression.\")\n    Expression(expr)\n  }\n\n  \/\/ expression parsers\n\n  private def expression(): Expr = assignment()\n\n  private def assignment(): Expr = {\n    val left = or()\n\n    if (matchTokens(EQUAL)) {\n      val equals = previous\n      val right = assignment()\n\n      left match {\n        case Variable(token) => Assign(token, right)\n        case Get(obj, name) => Set(obj, name, right)\n        case _ =>\n          error(equals, \"Invalid assignment target.\")\n          left\n      }\n    } else left\n  }\n\n  \/\/ template for binary operator expression parsers\n  private def binary(tokenTypes: TokenType*)(nextParser: () => Expr): Expr = {\n    var expr = nextParser()\n    while (matchTokens(tokenTypes:_*)) {\n      val operator = previous\n      val right = nextParser()\n      expr = Binary(expr, operator, right)\n    }\n    expr\n  }\n\n  private def or(): Expr = binary(OR)(and)\n\n  private def and(): Expr = binary(AND)(equality)\n\n  private def equality(): Expr = binary(BANG_EQUAL, EQUAL_EQUAL)(comparison)\n\n  private def comparison(): Expr = binary(GREATER, GREATER_EQUAL, LESS, LESS_EQUAL)(addition)\n\n  private def addition(): Expr = binary(MINUS, PLUS)(multiplication)\n\n  private def multiplication(): Expr = binary(SLASH, STAR)(unary)\n\n  private def unary(): Expr =\n    if (matchTokens(BANG, MINUS)) {\n      val operator = previous\n      val right = unary()\n      Unary(operator, right)\n    } else call()\n\n  \/\/ method and function call parsers\n  private def call(): Expr = {\n    var expr = primary()\n\n    \/\/ todo: different from book -- beware extension\n    while (matchTokens(LEFT_PAREN, DOT)) {\n      previous match {\n        case Token(LEFT_PAREN) => expr = finishCall(expr)\n        case Token(DOT) =>\n          val name = consume(IDENTIFIER, \"Expect property name after '.'.\")\n          expr = Get(expr, name)\n      }\n    }\n\n    expr\n  }\n\n  \/\/ function call parser\n  private def finishCall(callee: Expr): Expr = {\n    val args = new ArrayBuffer[Expr]()\n    if (!check(RIGHT_PAREN))\n      do {\n        if (args.size >= 255)\n          error(peek, \"Cannot have more than 255 arguments.\")\n        args += expression()\n      } while (matchTokens(COMMA))\n    val paren = consume(RIGHT_PAREN, \"Expect ')' after arguments.\")\n\n    Call(callee, paren, args.toSeq)\n  }\n\n  \/\/ primary (leaf) parser\n  private def primary(): Expr =\n    if (matchTokens(FALSE)) Literal(Bool(false))\n    else if (matchTokens(TRUE)) Literal(Bool(true))\n    else if (matchTokens(NIL)) Literal(NilVal)\n    else if (matchTokens(NUMBER)) Literal(Number(previous.lexeme.toDouble))\n    else if (matchTokens(STRING)) Literal(Str(previous.lexeme))\n    else if (matchTokens(SUPER)) {\n      val keyword = previous\n      consume(DOT, \"Expect '.' after 'super'.\")\n      val method = consume(IDENTIFIER, \"Expect superclass method name.\")\n      Super(keyword, method)\n    }\n    else if (matchTokens(THIS)) This(previous)\n    else if (matchTokens(IDENTIFIER)) Variable(previous)\n    else if (matchTokens(LEFT_PAREN)) {\n      val expr = expression()\n      consume(RIGHT_PAREN, \"Expect ')' after expression.\")\n      Grouping(expr)\n    } else throw error(peek, \"Expect expression.\")\n\n  \/\/ utility methods (pure)\n\n  private def check(tokenType: TokenType): Boolean =\n    if (isAtEnd) false else peek.tokenType == tokenType\n\n  private def isAtEnd: Boolean = peek.tokenType == EOF\n\n  private def peek: Token = tokens(current)\n\n  private def previous = tokens(current - 1)\n\n  \/\/ utility methods (with side-effects)\n\n  private def matchTokens(tokenTypes: TokenType*): Boolean = {\n    for (tokenType <- tokenTypes) {\n      if (check(tokenType)) {\n        advance()\n        return true\n      }\n    }\n    false\n  }\n\n  private def advance(): Token = {\n    if (!isAtEnd) current += 1\n    previous\n  }\n\n  private def consume(tokenType: TokenType, message: String): Token =\n    if (check(tokenType)) advance()\n    else throw error(peek, message)\n\n  \/\/ error handling\n\n  private def error(token: Token, message: String): ParseError = {\n    Lox.error(token, message)\n    ParseError()\n  }\n\n  private def synchronize(): Unit = {\n    advance()\n\n    while (!isAtEnd) {\n      if (previous.tokenType == SEMICOLON) return\n      else peek.tokenType match {\n        case CLASS | FUN | VAR | FOR | IF | WHILE | PRINT | RETURN => return\n        case _ => advance()\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/RuntimeError.scala","text":"<reponame>bencwallace\/slox<gh_stars>1-10\npackage com.craftinginterpreters.lox\n\ncase class RuntimeError(token: Token, message: String) extends RuntimeException\n"}
{"repo_name":"bencwallace\/slox","path":"src\/main\/scala\/com\/craftinginterpreters\/lox\/Interpreter.scala","text":"package com.craftinginterpreters.lox\n\nimport scala.collection.mutable\n\nobject Interpreter {\n\n  val globals = new Environment()\n  globals.define(\"clock\", new LoxCallable {\n    override def arity: Int = 0\n\n    override def call(args: Seq[Value]): Value =\n      Number(System.currentTimeMillis \/ 1000.0)\n  })\n  private var environment = Interpreter.globals\n  private val locals = mutable.Map[Expr, Int]()\n\n  def interpret(statements: Seq[Stmt]): Unit =\n    try {\n      for (statement <- statements) execute(statement)\n    } catch {\n      case error: RuntimeError => Lox.runtimeError(error)\n    }\n\n  private def execute(statement: Stmt): Unit = statement match {\n    case Block(statements) =>\n      executeBlock(statements, new Environment(Some(environment)))\n    case Class(name, superclass, methods) =>\n      val sClass = superclass map {\n        case s @ Variable(n) => eval(s) match {\n          case lc @ LoxClass() => lc\n          case _ => throw RuntimeError(n, \"Superclass must be a class.\")\n        }\n      }\n      environment.define(name.lexeme, NilVal)\n      sClass match {\n        case None => ()\n        case Some(s) =>\n          environment = new Environment(Some(environment))\n          environment.define(\"super\", s)\n      }\n      val ms =\n        for (method <- methods)\n          yield method.name.lexeme -> new LoxFunction(method, environment, method.name.lexeme.equals(\"init\"))\n      val klass = new LoxClass(name.lexeme, sClass, ms.toMap)\n      (superclass, environment.enclosing) match {\n        case (None, _) => ()\n        case (Some(_), Some(e)) => environment = e\n        case _ => ???\n      }\n      environment.assign(name, klass)\n    case Expression(expr) =>\n      eval(expr)\n      ()\n    case If(condition, thenBranch, elseBranch) =>\n      if (eval(condition).isTruthy) execute(thenBranch)\n      else elseBranch match {\n        case Some(s) => execute(s)\n        case None => ()\n      }\n    case f @ Function(name, _, _) =>\n      environment.define(name.lexeme, new LoxFunction(f, environment))\n    case Print(expr) => println(eval(expr))\n    case Return(_, expr) => throw ReturnException(eval(expr))\n    case Var(name, None) => environment.define(name.lexeme, NilVal)\n    case Var(name, Some(expr)) => environment.define(name.lexeme, eval(expr))\n    case While(condition, body) => while(eval(condition).isTruthy) execute(body)\n    case End => ()\n  }\n\n  private[lox] def resolve(expr: Expr, depth: Int): Unit =\n    locals += (expr -> depth)\n\n\n  private[lox] def executeBlock(statements: Seq[Stmt], environment: Environment): Unit = {\n    val previous = this.environment\n    try {\n      this.environment = environment\n      for (statement <- statements)\n        execute(statement)\n    } finally {\n      this.environment = previous\n    }\n  }\n\n  private def eval(expr: Expr): Value = expr match {\n    case Assign(token, right) =>\n      val value = eval(right)\n      locals.get(expr) match {\n        case None => Interpreter.globals.assign(token, value)\n        case Some(d) => environment.assignAt(d, token, value)\n      }\n      value\n    case Binary(left, Token(AND), right) =>\n      val l = eval(left)\n      if (!l.isTruthy) l else eval(right)\n    case Binary(left, Token(OR), right) =>\n      val l = eval(left)\n      if (l.isTruthy) l else eval(right)\n    case Binary(left, token @ Token(t), right) =>\n      (eval(left), t, eval(right)) match {\n        case (l, EQUAL_EQUAL, r) => Bool(l == r)\n        case (l, BANG_EQUAL, r) => Bool(l != r)\n        case (Str(x), PLUS, Str(y)) => Str(x + y)\n        case (Number(x), PLUS, Number(y)) => Number(x + y)\n        case (Number(x), MINUS, Number(y)) => Number(x - y)\n        case (Number(x), SLASH, Number(y)) => Number(x \/ y)\n        case (Number(x), STAR, Number(y)) => Number(x * y)\n        case (Number(x), GREATER, Number(y)) => Bool(x > y)\n        case (Number(x), GREATER_EQUAL, Number(y)) => Bool(x >= y)\n        case (Number(x), LESS, Number(y)) => Bool(x < y)\n        case (Number(x), LESS_EQUAL, Number(y)) => Bool(x <= y)\n        case _ => throw RuntimeError(token, \"Operands must be numbers.\")\n      }\n    case Call(callee, paren, args) =>\n      val vals = for { arg <- args } yield eval(arg)\n      val fcn = eval(callee)\n      fcn match {\n        case f @ LoxCallable() =>\n          if (vals.size != f.arity)\n            throw RuntimeError(paren, s\"Expected ${f.arity} arguments but got ${args.size}.\")\n          else f.call(vals)\n        case _ => throw RuntimeError(paren, \"Can only call functions and classes.\")\n      }\n    case Get(obj, name) =>\n      eval(obj) match {\n        case objVal @ LoxInstance(_) => objVal.get(name)\n        case _ => throw RuntimeError(name, \"Only instances have properties.\")\n      }\n    case Grouping(e) => eval(e)\n    case Literal(someValue) => someValue\n    case Set(obj, name, value) => eval(obj) match {\n      case objVal @ LoxInstance(_) =>\n        val v = eval(value)\n        objVal.set(name, v)\n        v\n      case _ => throw RuntimeError(name, \"Only instances have fields.\")\n    }\n    case Super(_, method) =>\n      val (superclass, obj) = locals.get(expr) match {\n        case None => ???\n        case Some(d) => (environment.getAt(d, \"super\"), environment.getAt(d - 1, \"this\"))\n      }\n      val m = superclass match {\n        case lc @ LoxClass() => lc.findMethod(method.lexeme)\n        case _ => ???\n      }\n      (m, obj) match {\n        case (None, _) => throw RuntimeError(method, s\"Undefined property '${method.lexeme}'.'\")\n        case (Some(loxFunction), instance @ LoxInstance(_)) => loxFunction.bind(instance)\n        case _ => ???\n      }\n    case This(keyword) => lookUpVariable(keyword, expr)\n    case Unary(t @ Token(MINUS), right) => eval(right) match {\n      case Number(x) => Number(-x)\n      case _ => throw RuntimeError(t, \"Operand must be a number.\")\n    }\n    case Unary(Token(BANG), right) => Bool(!eval(right).isTruthy)\n    case Variable(token) => lookUpVariable(token, expr)\n  }\n\n  private def lookUpVariable(token: Token, expr: Expr): Value = locals.get(expr) match {\n    case None => Interpreter.globals.get(token)\n    case Some(d) => environment.getAt(d, token.lexeme)\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/eab\/EabData.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.eab\n\nimport play.api.libs.json.Json\n\nfinal case class EabData(eabServicesProvided: List[String],\n                         dateOfChange: Option[String],\n                         redressScheme: Option[String],\n                         clientMoneyProtectionScheme: Option[Boolean],\n                         penalisedEstateAgentsAct: Boolean,\n                         penalisedEstateAgentsActDetail: Option[String],\n                         penalisedProfessionalBody: Boolean,\n                         penalisedProfessionalBodyDetail: Option[String]) {\n}\n\nobject EabData {\n  implicit val format = Json.format[EabData]\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/controllers\/WithdrawSubscriptionControllerSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.WithdrawSubscriptionConnector\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport models.des.WithdrawSubscriptionResponse\nimport org.mockito.Matchers._\nimport org.mockito.Mockito._\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport utils.{AmlsBaseSpec, AuthAction, SuccessfulAuthAction}\n\nimport scala.concurrent.Future\n\nclass WithdrawSubscriptionControllerSpec extends AmlsBaseSpec with AmlsReferenceNumberGenerator {\n\n  val authAction: AuthAction = SuccessfulAuthAction\n\n  trait Fixture {\n    lazy val desConnector = mock[WithdrawSubscriptionConnector]\n    val controller = new WithdrawSubscriptionController(\n      connector = desConnector,\n      authAction = authAction,\n      bodyParsers = mockBodyParsers,\n      cc = mockCC\n    )\n  }\n\n  val success = WithdrawSubscriptionResponse(\"2016-09-17T09:30:47Z\")\n\n  private val inputRequest = Json.obj(\"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n    \"withdrawalDate\" -> \"2015-08-23\",\n    \"withdrawalReason\" -> \"Other, please specify\",\n    \"withdrawalReasonOthers\" -> \"Other Reason\")\n\n  private val postRequest = FakeRequest(\"POST\", \"\/\")\n    .withHeaders(\"CONTENT_TYPE\" -> \"application\/json\")\n    .withBody[JsValue](inputRequest)\n\n  private val postRequestWithNoBody = FakeRequest(\"POST\", \"\/\")\n    .withHeaders(\"CONTENT_TYPE\" -> \"application\/json\")\n    .withBody[JsValue](Json.parse(\"{}\"))\n\n  \"WithdrawSubscriptionController\" must {\n\n    \"successfully return success response on valid request\" in new Fixture {\n      when(desConnector.withdrawal(any(), any())(any(), any(), any(), any(), any()))\n        .thenReturn(Future.successful(success))\n\n      private val result = controller.withdrawal(\"org\", \"TestOrgRef\", amlsRegistrationNumber)(postRequest)\n      status(result) must be(OK)\n      contentAsJson(result) must be(Json.toJson(success))\n    }\n\n    \"successfully return failed response on invalid request\" in new Fixture {\n      private val response = Json.obj(\"errors\" -> Seq(\n        Json.obj(\"path\" -> \"obj.acknowledgementReference\",\n          \"error\" -> \"error.path.missing\"),\n        Json.obj(\"path\" -> \"obj.withdrawalDate\",\n          \"error\" -> \"error.path.missing\"),\n        Json.obj(\"path\" -> \"obj.withdrawalReason\",\n          \"error\" -> \"error.path.missing\")\n      ))\n\n      private val result = controller.withdrawal(\"org\", \"TestOrgRef\", amlsRegistrationNumber)(postRequestWithNoBody)\n      status(result) must be(BAD_REQUEST)\n      contentAsJson(result) must be(response)\n    }\n\n    \"return failed response on exception\" in new Fixture {\n      when(desConnector.withdrawal(any(), any())(any(), any(), any(), any(), any()))\n        .thenReturn(Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"message\"))))\n\n      whenReady(controller.withdrawal(\"org\", \"TestOrgRef\", amlsRegistrationNumber)(postRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status must be(INTERNAL_SERVER_ERROR)\n          body must be(Some(\"message\"))\n      }\n    }\n\n    \"return failed response on invalid amlsRegistrationNumber\" in new Fixture {\n      private val response = Json.obj(\n        \"errors\" -> Seq(\"Invalid amlsRegistrationNumber\")\n      )\n\n      private val result = controller.withdrawal(\"org\", \"TestOrgRef\", \"fsdfsdf\")(postRequest)\n      status(result) must be(BAD_REQUEST)\n      contentAsJson(result) must be(response)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/AuditableRecordDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.des.businessactivities.{AuditableRecordsDetails, TransactionRecordingMethod}\nimport models.fe.businessactivities.{DigitalSoftware, DigitalSpreadsheet, Paper, TransactionTypes, BusinessActivities => FEBusinessActivities}\nimport org.scalatestplus.play.PlaySpec\n\nclass AuditableRecordDetailsSpec extends PlaySpec {\n  \"TransactionRecord\" must {\n    \"convertible to DES record\" in {\n      val FETransactionRecord = Some(FEBusinessActivities(\n        transactionRecord = Some(true),\n        transactionRecordTypes = Some(TransactionTypes(Set(Paper, DigitalSpreadsheet, DigitalSoftware(\"Value\"))))\n      ))\n\n      val auditableRecordsDetails = AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"Value\"))))\n\n      AuditableRecordsDetails.convert(FETransactionRecord.get) must be(auditableRecordsDetails)\n    }\n\n    \"convertible to DES record without all records\" in {\n      val FETransactionRecord = Some(FEBusinessActivities(\n        transactionRecord = Some(true),\n        transactionRecordTypes = Some(TransactionTypes(Set(Paper, DigitalSpreadsheet)))\n      ))\n\n      val auditableRecordsDetails = AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, false, None)))\n\n      AuditableRecordsDetails.convert(FETransactionRecord.get) must be(auditableRecordsDetails)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/config\/ApplicationConfig.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage config\n\nimport com.google.inject.{Inject, Singleton}\nimport play.api.{Configuration, Environment}\n\n\n@Singleton\nclass ApplicationConfig @Inject()(config: Configuration, environment: Environment) {\n\n  private def baseUrl(serviceName: String) = {\n    val protocol = config.getOptional[String](s\"microservice.services.$serviceName.protocol\").getOrElse(\"http\")\n    val host = config.get[String](s\"microservice.services.$serviceName.host\")\n    val port = config.get[String](s\"microservice.services.$serviceName.port\")\n    s\"$protocol:\/\/$host:$port\"\n  }\n\n  lazy val desUrl = baseUrl(\"des\")\n  lazy val desToken = config.get[String](\"microservice.services.des.auth-token\")\n  lazy val desEnv = config.get[String](\"microservice.services.des.env\")\n  lazy val ggUrl = baseUrl(\"government-gateway-admin\")\n\n  \/\/ exponential back off configuration\n  def maxAttempts = config.get[Int](\"microservice.services.exponential-backoff.max-attempts\")\n  def initialWaitMs = config.get[Int](\"microservice.services.exponential-backoff.initial-wait-ms\")\n  def waitFactor = config.get[String](\"microservice.services.exponential-backoff.wait-factor\").toFloat\n\n  lazy val payAPIUrl = baseUrl(\"pay-api\")\n\n  lazy val enrolmentStoreUrl = s\"${baseUrl(\"tax-enrolments\")}\"\n  def enrolmentStoreToggle = config.get[Boolean](\"microservice.services.feature-toggle.enrolment-store\")\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/DateOfBirthSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople._\nimport org.joda.time.LocalDate\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass DateOfBirthSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  val date = new LocalDate(1990,2,24)\n\n  \"DateOfBirth\" must {\n    \"read JSON successfully\" when {\n      \"given a valid date\" in {\n\n        val json = Json.obj(\n          \"dateOfBirth\" -> \"1990-02-24\"\n        )\n\n        json.as[DateOfBirth] must be(DateOfBirth(date))\n      }\n    }\n\n    \"write the correct value to JSON\" in {\n      Json.toJson(DateOfBirth(date)) must\n              be(Json.obj(\n                \"dateOfBirth\" -> \"1990-02-24\"\n              ))\n    }\n\n    \"convert from des ResponsiblePerson to fe DateOfBirth - NonUkResident\" in {\n\n      val desModel = ResponsiblePersons(\n        None,Some(NationalityDetails(\n          false,\n          Some(IdDetail(\n            nonUkResident = Some(NonUkResident(\n              Some(\"1990-03-23\"),false,None\n            ))\n          )),None,None\n        )),None,None,None,None,None,None,None,None,None,false,None,false,None,None,None,None,extra = RPExtra()\n      )\n\n      DateOfBirth.conv(desModel) must be(Some(DateOfBirth(new LocalDate(1990,3,23))))\n    }\n\n    \"convert from des ResponsiblePerson to fe DateOfBirth - UkResident\" in {\n      val desModel = ResponsiblePersons(\n        None, Some(NationalityDetails(\n          false,\n          Some(IdDetail(Some(UkResident(\"nino\")), None, dateOfBirth = Some(\"1990-02-24\")))\n          , None, None\n        )), None, None, None, None, None, None, None, None, None, false, None, false, None, None, None, None, extra = RPExtra()\n      )\n\n      DateOfBirth.conv(desModel) must be(Some(DateOfBirth(new LocalDate(1990, 2, 24))))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessdetails\/BusinessTypeSpec.scala","text":"<filename>test\/models\/des\/businessdetails\/BusinessTypeSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessdetails\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass BusinessTypeSpec extends PlaySpec {\n  \"BusinessType\" should {\n      \"JSON validation\" must {\n\n        \"successfully validate given an enum value\" in {\n\n          Json.fromJson[BusinessType](JsString(\"Sole Proprietor\")) must\n            be(JsSuccess(BusinessType.SoleProprietor))\n\n          Json.fromJson[BusinessType](JsString(\"Corporate Body\")) must\n            be(JsSuccess(BusinessType.LimitedCompany))\n\n          Json.fromJson[BusinessType](JsString(\"Limited Liability Partnership\")) must\n            be(JsSuccess(BusinessType.LPrLLP))\n\n          Json.fromJson[BusinessType](JsString(\"Partnership\")) must\n            be(JsSuccess(BusinessType.Partnership))\n\n          Json.fromJson[BusinessType](JsString(\"Unincorporated Body\")) must\n            be(JsSuccess(BusinessType.UnincorporatedBody))\n        }\n\n        \"throw error for invalid data\" in {\n          Json.fromJson[BusinessType](JsString(\"\")) must\n            be(JsError(JsPath, JsonValidationError(\"error.invalid\")))\n        }\n\n        \"write the correct value\" in {\n\n          Json.toJson(BusinessType.SoleProprietor: BusinessType) must\n            be(JsString(\"Sole Proprietor\"))\n\n          Json.toJson(BusinessType.LimitedCompany: BusinessType) must\n            be(JsString(\"Corporate Body\"))\n\n          Json.toJson(BusinessType.LPrLLP: BusinessType) must\n            be(JsString(\"Limited Liability Partnership\"))\n\n          Json.toJson(BusinessType.Partnership: BusinessType) must\n            be(JsString(\"Partnership\"))\n\n          Json.toJson(BusinessType.UnincorporatedBody: BusinessType) must\n            be(JsString(\"Unincorporated Body\"))\n\n\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/generators\/supervision\/SupervisionGenerators.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage generators.supervision\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport models.des.supervision._\nimport org.joda.time.LocalDate\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.{Arbitrary, Gen}\n\ntrait SupervisionGenerators {\n  val supervisorDetailsGen: Gen[SupervisorDetails] = for {\n    name <- arbitrary[String]\n    startDate <- Gen.const(LocalDate.now())\n    endDate <- Gen.const(LocalDate.now())\n    dateChange <- arbitrary[Boolean]\n    reason <- arbitrary[String]\n  } yield SupervisorDetails(name, startDate.toString(\"yyyy-MM-dd\"), endDate.toString(\"yyyy-MM-dd\"), Some(dateChange), reason)\n\n  val supervisionDetailsGen: Gen[SupervisionDetails] = for {\n    supervised <- arbitrary[Boolean]\n    supervisor <- supervisorDetailsGen\n  } yield SupervisionDetails(supervised, if (supervised) Some(supervisor) else None)\n\n  val memberOfProfessionalBodyGen: Gen[MemberOfProfessionalBody] = Gen.const(\n    MemberOfProfessionalBody(false, false, false, false, false, false, false, false, false, false, false, false, false, false, None)\n  )\n\n  val professionalBodyGen: Gen[ProfessionalBodyDetails] = for {\n    preWarned <- arbitrary[Boolean]\n    details <- arbitrary[String]\n    professionalBodyMember <- arbitrary[Boolean]\n    member <- Gen.const(ProfessionalBodyDesMember(professionalBodyMember, memberOfProfessionalBodyGen.sample))\n  } yield ProfessionalBodyDetails(preWarned, if (preWarned) Some(details) else None, Some(member))\n\n  val aspOrTcspGen: Gen[AspOrTcsp] = for {\n    details <- supervisionDetailsGen\n    professionalBody <- professionalBodyGen\n  } yield AspOrTcsp(Some(details), Some(professionalBody))\n\n  def withoutAspOrTcsp(model: MlrActivitiesAppliedFor): MlrActivitiesAppliedFor =\n    model.copy(asp = false, tcsp = false)\n\n  implicit val arbitraryAspOrTcsp: Arbitrary[AspOrTcsp] = Arbitrary(aspOrTcspGen)\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/hvd\/HowWillYouSellGoods.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.hvd\n\nimport models.des.businessactivities.BusinessActivities\nimport play.api.libs.json.Json\n\ncase class HowWillYouSellGoods(salesChannels : Seq[SalesChannel])\n\nobject HowWillYouSellGoods {\n\n  implicit val formats = Json.format[HowWillYouSellGoods]\n\n  def convRetail(retail: Boolean): Option[SalesChannel] =\n    retail match {\n      case true => Some(Retail)\n      case false => None\n    }\n\n  def convWholesale(wholesale: Boolean): Option[SalesChannel] =\n    wholesale match {\n      case true => Some(Wholesale)\n      case false => None\n    }\n\n  def convAuction(auction: Boolean): Option[SalesChannel] =\n    auction match {\n      case true => Some(Auction)\n      case false => None\n    }\n\n  implicit def convHowWillYouSellGoods(ba: BusinessActivities): Option[HowWillYouSellGoods] = {\n\n    ba.hvdGoodsSold match {\n      case Some(hvdGoodsSold) => hvdGoodsSold.howGoodsAreSold match {\n\n        case Some(goods) => Some(HowWillYouSellGoods(Seq(\n          convRetail(goods.retail),\n          convWholesale(goods.wholesale),\n          convAuction(goods.auction)).flatten))\n\n        case None => None\n      }\n      case None => None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/responsiblepeople\/NonUkResident.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople.{NonUKResidence, _}\nimport play.api.libs.json.Json\n\ncase class NonUkResident(dateOfBirth: Option[String] = None,\n                         passportHeld: Boolean,\n                         passportDetails: Option[PassportDetail]\n                        )\n\nobject NonUkResident {\n  implicit val format = Json.format[NonUkResident]\n\n  implicit def convert(rp: ResponsiblePeople): Option[IdDetail] = {\n    rp.personResidenceType map { rt =>\n      rp.ukPassport flatMap {\n        case UKPassportYes(num) => rt.isUKResidence match {\n          case NonUKResidence =>\n            Some(IdDetail(\n              None,\n              Some(NonUkResident(rp.dateOfBirth map { _.dateOfBirth.toString }, true,\n                Some(PassportDetail(true, PassportNum(ukPassportNumber = Some(num))))))\n            ))\n          case _ => throw new Exception(\"Cannot match on residence type.\")\n        }\n        case _ => None\n      } getOrElse {\n        (rp.nonUKPassport, rt.isUKResidence) match {\n          case (Some(NonUKPassportYes(num)), NonUKResidence) => {\n            IdDetail(\n              None,\n              Some(NonUkResident(rp.dateOfBirth map { _.dateOfBirth.toString }, true,\n                Some(PassportDetail(false, PassportNum(nonUkPassportNumber = Some(num)))))))\n          }\n          case (Some(NoPassport) | None, NonUKResidence) => {\n            IdDetail(\n              None,\n              Some(NonUkResident(rp.dateOfBirth map { _.dateOfBirth.toString }, false, None)))\n          }\n          case _ => throw new Exception(\"Cannot match on passport and residence\")\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutyou\/RolesWithinTheBusiness.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutyou\n\nimport models.fe.declaration._\nimport play.api.libs.json.Json\n\ncase class RolesWithinBusiness(beneficialShareholder: Boolean,\n                               director: Boolean,\n                               partner: Boolean,\n                               internalAccountant: Boolean,\n                               soleProprietor: Boolean,\n                               nominatedOfficer: Boolean,\n                               designatedMember: Boolean,\n                               other: Boolean,\n                               specifyOtherRoleInBusiness: Option[String]\n                              )\n\nobject RolesWithinBusiness {\n  implicit val format = Json.format[RolesWithinBusiness]\n\n  def convertWithinBusiness(frontendModel: RoleWithinBusiness): RolesWithinBusiness = {\n\n    val things = Some(frontendModel).fold[Set[RoleType]](Set.empty)(x => x.roles)\n\n    things.foldLeft(\n      RolesWithinBusiness(false,false,false,false,false,false,false,false,None)){\n      (result, roleType) =>\n        roleType match {\n          case BeneficialShareholder => result.copy(beneficialShareholder = true)\n          case Director => result.copy(director = true)\n          case Partner => result.copy(partner = true)\n          case InternalAccountant => result.copy(internalAccountant = true)\n          case SoleProprietor => result.copy(soleProprietor = true)\n          case NominatedOfficer => result.copy(nominatedOfficer = true)\n          case DesignatedMember => result.copy(designatedMember = true)\n          case Other(details) => result.copy(other = true, specifyOtherRoleInBusiness = Some(details))\n          case _ => throw new MatchError(this)\n        }\n    }\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/hvd\/PaymentMethods.scala","text":"<filename>app\/models\/fe\/hvd\/PaymentMethods.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.hvd\n\nimport models.des.hvd.ReceiptMethods\nimport play.api.libs.json.Json\n\ncase class PaymentMethods(\n                           courier: Boolean,\n                           direct: Boolean,\n                           other: Boolean,\n                           details: Option[String]\n                         )\n\nobject PaymentMethods {\n  implicit val format = Json.format[PaymentMethods]\n\n  implicit def conv(method: Option[ReceiptMethods]): Option[PaymentMethods] = {\n\n    method match{\n      case Some(payment) => Some(PaymentMethods(payment.receiptMethodViaCourier, payment.receiptMethodDirectBankAct,\n        payment.specifyOther.nonEmpty, payment.specifyOther))\n      case None => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/supervision\/AspOrTcsp.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.supervision\n\nimport models.fe.supervision.Supervision\nimport play.api.libs.json.Json\n\ncase class AspOrTcsp (supervisionDetails: Option[SupervisionDetails],\n                      professionalBodyDetails: Option[ProfessionalBodyDetails])\n\nobject AspOrTcsp {\n\n  implicit val format = Json.format[AspOrTcsp]\n\n  def conv(supervision: Option[Supervision]): Option[AspOrTcsp] = {\n    supervision match {\n      case Some(x) if x != Supervision() => Some(AspOrTcsp(SupervisionDetails.conv(x.anotherBody), ProfessionalBodyDetails.conv(x)))\n      case _ => None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/DesConstants.scala","text":"<filename>test\/models\/des\/DesConstants.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.des.aboutthebusiness.{Address => AboutTheBusinessAddress, _}\nimport models.des.aboutyou.{Aboutyou, IndividualDetails}\nimport models.des.amp.{Amp, TransactionsAccptOvrThrshld}\nimport models.des.asp.{Asp => AspModel}\nimport models.des.bankdetails._\nimport models.des.businessactivities._\nimport models.des.businessdetails.{BusinessDetails, BusinessType, CorpAndBodyLlps, UnincorpBody}\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy, LettingAgents}\nimport models.des.hvd.{HvdFromUnseenCustDetails, ReceiptMethods, Hvd => HvdModel}\nimport models.des.msb._\nimport models.des.responsiblepeople.{Address, PersonName, _}\nimport models.des.supervision._\nimport models.des.tcsp.{TcspAll, TcspTrustCompFormationAgt}\nimport models.des.tradingpremises.{Address => TradingPremisesAddress, Amp => TradingPremisesAmp, _}\nimport org.joda.time.LocalDate\nimport utils.{AckRefGenerator, StatusConstants}\n\nobject DesConstants {\n  val testChangeIndicators = ChangeIndicators(false)\n  val testBusinessDetails = BusinessDetails(BusinessType.SoleProprietor,\n    Some(CorpAndBodyLlps(\"CompanyName\", \"12345678\")),\n    Some(UnincorpBody(\"CompanyName\", \"TypeOfBusiness\")))\n\n  val today = new LocalDate().toString(\"yyyy-MM-dd\")\n\n  val testViewBusinessContactDetails = BusinessContactDetails(\n    AboutTheBusinessAddress(\n      \"BusinessAddressLine1\",\n      \"BusinessAddressLine2\",\n      Some(\"BusinessAddressLine3\"),\n      Some(\"BusinessAddressLine4\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Some(AlternativeAddress(\n      \"Name\", \"TradingName\",\n      AboutTheBusinessAddress(\"AlternativeAddressLine1\",\n        \"AlternativeAddressLine2\",\n        Some(\"AlternativeAddressLine3\"),\n        Some(\"AlternativeAddressLine4\"),\n        \"GB\",\n        Some(\"AA1 1AA\")))),\n    \"07000111222\",\n    \"BusinessEmail\"\n  )\n  val testAmendViewBusinessContactDetails1 = BusinessContactDetails(\n    AboutTheBusinessAddress(\n      \"new address\",\n      \"BusinessAddressLine2\",\n      Some(\"BusinessAddressLine3\"),\n      Some(\"BusinessAddressLine4\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    false,\n    None,\n    \"07000111222\",\n    \"BusinessEmail\"\n  )\n\n  val testBusinessReferencesAll = None\n\n  val testAmendBusinessReferencesAll = Some(PreviouslyRegisteredMLRView(true,\n    Some(\"12345678\"),\n    false,\n    None))\n\n  val testbusinessReferencesAllButSp = VATRegistration(true, Some(\"123456789\"))\n  val testAmendBusinessReferencesAllButSp = VATRegistration(false, None)\n\n  val testBusinessReferencesCbUbLlp = CorporationTaxRegisteredCbUbLlp(true, Some(\"1234567891\"))\n  val testAmendBusinessReferencesCbUbLlp = CorporationTaxRegisteredCbUbLlp(false, None)\n\n  val testHvdGoodsSold = HvdGoodsSold(true, true, true, true, true, true, true, true, true, true, true, true,\n    Some(\"SpecifyOther\"), Some(HowGoodsAreSold(true, true, true)))\n\n  val testHvdGoodsSoldNoAlcoholOrTobacco = HvdGoodsSold(false, false, true, true, true, true, true, true, true, true, true, true,\n    Some(\"SpecifyOther\"), Some(HowGoodsAreSold(true, true, true)))\n\n  val testBusinessActivitiesAll = BusinessActivitiesAll(\n    None,\n    Some(\"2001-01-01\"),\n    None,\n    BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"99999\")))),\n    Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\")))),\n    Some(\"12345678901\"),\n    Some(\"11223344556\"),\n    NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n    AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n    true,\n    true,\n    Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true)))),\n    Some(MlrAdvisor(true, Some(MlrAdvisorDetails(\n      Some(AdvisorNameAddress(\"Name\", Some(\"TradingName\"), AboutTheBusinessAddress(\n        \"AdvisorAddressLine1\",\n        \"AdvisorAddressLine2\",\n        Some(\"AdvisorAddressLine3\"),\n        Some(\"AdvisorAddressLine4\"),\n        \"GB\",\n        Some(\"AA1 1AA\")))),\n      true,\n      None\n    ))))\n  )\n\n  val testBusinessActivitiesAllWithDateChangeFlag = BusinessActivitiesAll(\n    None,\n    Some(\"2001-01-01\"),\n    Some(false),\n    BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"99999\")))),\n    Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\")))),\n    Some(\"12345678901\"),\n    Some(\"11223344556\"),\n    NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n    AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n    true,\n    true,\n    Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true)))),\n    Some(MlrAdvisor(true, Some(MlrAdvisorDetails(\n      Some(AdvisorNameAddress(\"Name\", Some(\"TradingName\"), AboutTheBusinessAddress(\n        \"AdvisorAddressLine1\",\n        \"AdvisorAddressLine2\",\n        Some(\"AdvisorAddressLine3\"),\n        Some(\"AdvisorAddressLine4\"),\n        \"GB\",\n        Some(\"AA1 1AA\")))),\n      true,\n      None\n    ))))\n  )\n\n  val testBusinessActivities = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, true, true, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, true)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true, Some(false))),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesLA = testBusinessActivities.copy(eabServicesCarriedOut =\n    Some(EabServices(true, true, true, true, true, true, true, true, true, Some(true))))\n\n  val testBusinessActivitiesNoRedress = testBusinessActivities.copy(eabServicesCarriedOut =\n    Some(EabServices(false, true, true, true, true, true, true, true, true, Some(false))))\n\n  val testBusinessActivitiesNoAlcoholOrTobacco = testBusinessActivities.copy(hvdGoodsSold = Some(testHvdGoodsSoldNoAlcoholOrTobacco))\n\n  val testAmendAmpBusinessActivities = testBusinessActivities.copy(\n    ampServicesCarriedOut = Some(AmpServices(false, true, true, true, AmpServicesOther(true, Some(\"Another service\"))))\n  )\n\n  val testBusinessActivitiesNoFormationAgent = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, true, true, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, true)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, false)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesNoTcsp = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, false, true, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, true)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    None,\n    None,\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesNoAsp = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, false, true, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, true)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    None,\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesNoEab = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, false, false, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, true)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    None,\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesNoMsb = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, false, true, true, true, true)),\n    None,\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAll)\n  )\n\n  val testBusinessActivitiesWithDateChangeFlag = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, true, true, true, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, false)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    Some(testBusinessActivitiesAllWithDateChangeFlag)\n  )\n\n  val testAmendBusinessActivities = BusinessActivities(\n    Some(MlrActivitiesAppliedFor(true, true, true, false, false, false, true, true)),\n    Some(MsbServicesCarriedOut(true, true, true, true, false)),\n    Some(testHvdGoodsSold),\n    Some(HvdAlcoholTobacco(true)),\n    Some(AspServicesOffered(true, true, true, true, true)),\n    Some(TcspServicesOffered(true, true, true, true, true)),\n    Some(ServicesforRegOff(true, true, true, true, false, false, true, true, Some(\"SpecifyOther\"))),\n    Some(EabServices(true, true, true, true, true, true, true, true, true)),\n    Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\")))),\n    None)\n\n  val AgentPremisesModel1 = AgentPremises(\"TradingName\",\n    TradingPremisesAddress(\"AddressLine1\",\n      \"AddressLine2\",\n      Some(\"AddressLine3\"),\n      Some(\"AddressLine4\"),\n      \"AD\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, false, true, true, true),\n    Hvd(true),\n    Asp(false),\n    Tcsp(true),\n    Eab(false),\n    Bpsp(true),\n    Tditpsp(false),\n    TradingPremisesAmp(true),\n    Some(\"2001-01-01\")\n  )\n\n  val AgentPremisesModel2 = AgentPremises(\"TradingName\",\n    TradingPremisesAddress(\"AddressLine1\",\n      \"AddressLine2\",\n      Some(\"AddressLine3\"),\n      Some(\"AddressLine4\"),\n      \"AD\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(false, false, false, false, false),\n    Hvd(true),\n    Asp(false),\n    Tcsp(true),\n    Eab(false),\n    Bpsp(true),\n    Tditpsp(false),\n    TradingPremisesAmp(true),\n    Some(\"2001-01-01\")\n  )\n\n  val AgentPremisesModel3 = AgentPremises(\"TradingName\",\n    TradingPremisesAddress(\"AddressLine1\",\n      \"AddressLine2\",\n      Some(\"AddressLine3\"),\n      Some(\"AddressLine4\"),\n      \"AD\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(false, false, false, false, false),\n    Hvd(false),\n    Asp(false),\n    Tcsp(false),\n    Eab(false),\n    Bpsp(false),\n    Tditpsp(false),\n    TradingPremisesAmp(false),\n    Some(\"2001-01-01\")\n  )\n\n  val agentPremisesapi51 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val agentDetailsAPI51 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"AgentLegalEntityName\"),\n    agentPremisesapi51,\n    None,\n    None,\n    None,\n    Some(\"Added\"),\n    Some(StringOrInt(111111))\n  )\n\n  val agentPremisesapi52 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, true, true, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val agentDetailsAPI52 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"aaaaaaaaaaa\"),\n    agentPremisesapi52,\n    None,\n    None,\n    None,\n    Some(\"Added\"),\n    None\n  )\n\n  val agentPremisesapi53 = AgentPremises(\"TradingName\",\n    TradingPremisesAddress(\"AgentAddressLine1\",\n      \"AgentAddressLine2\",\n      Some(\"AgentAddressLine3\"),\n      Some(\"AgentAddressLine4\"),\n      \"GB\",\n      Some(\"XX1 1XX\")),\n    true,\n    Msb(true, true, true, true, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"2001-01-01\"),\n    None\n  )\n\n  val agentDetailsAPI53 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"AgentLegalEntityName2\"),\n    agentPremisesapi53,\n    None,\n    None,\n    None,\n    Some(\"Added\"),\n    None\n  )\n\n\n  val agentPremisesapi61 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n  val agentDetailsAPI61 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"AgentLegalEntityName\"),\n    agentPremisesapi61,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Unchanged),\n    Some(StringOrInt(\"1\"))\n  )\n\n  val agentPremisesapi61Release7 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, true, true, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    None,\n    None\n  )\n\n  val agentPremisesapi6Release7 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"aaaaaaaaaaa\"),\n    agentPremisesapi61Release7,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Unchanged),\n    Some(StringOrInt(\"2\"))\n  )\n  val agentAmendDetailsAPI61 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"AgentLegalEntityName for amend\"),\n    agentPremisesapi61,\n    None,\n    None,\n    None,\n    Some(\"Added\"),\n    Some(StringOrInt(\"133333\"))\n  )\n\n  val agentPremisesapi62 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, true, true, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n\n\n  val agentDetailsAPI62 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"aaaaaaaaaaa\"),\n    agentPremisesapi62,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Unchanged),\n    Some(StringOrInt(\"2\"))\n  )\n\n  val agentPremisesapi63 = AgentPremises(\"TradingName\",\n    TradingPremisesAddress(\"AgentAddressLine1\",\n      \"AgentAddressLine2\",\n      Some(\"AgentAddressLine3\"),\n      Some(\"AgentAddressLine4\"),\n      \"GB\",\n      Some(\"XX1 1XX\")),\n    true,\n    Msb(true, true, true, true, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"2001-01-01\"),\n    None\n  )\n\n  val agentDetailsAPI63 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"1970-01-01\"),\n    Some(\"AgentLegalEntityName2\"),\n    agentPremisesapi63,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Unchanged),\n    Some(StringOrInt(\"3\"))\n  )\n\n  val viewStatusOwnBusinessPremises = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(444444)),\n      None\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(555555)),\n      Some(StatusConstants.Deleted)\n    )\n  ))))\n\n  val amendStatusOwnBusinessPremises = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(444444)),\n      Some(StatusConstants.Unchanged)\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(555555)),\n      Some(StatusConstants.Deleted)\n    )\n  ))))\n\n  val amendStatusOwnBusinessPremisesR7 = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(444444)),\n      Some(StatusConstants.Unchanged),\n      dateChangeFlag = Some(false)\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(555555)),\n      Some(StatusConstants.Deleted),\n      dateChangeFlag = Some(false)\n    )\n  ))))\n\n  val ownBusinessPremisesTP = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-05-05\",\n      None,\n      Some(StringOrInt(444444)),\n      Some(StatusConstants.Unchanged)\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(555555)),\n      Some(StatusConstants.Unchanged)\n    )\n  ))))\n\n  val ownBusinessPremisesTPR7 = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-05-05\",\n      None,\n      Some(StringOrInt(444444)),\n      Some(StatusConstants.Unchanged),\n      dateChangeFlag = Some(false)\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(555555)),\n      Some(StatusConstants.Unchanged),\n      dateChangeFlag = Some(false)\n    )\n  ))))\n\n  val ownBusinessPremisesTPAPI6 = Some(OwnBusinessPremises(true, Some(Seq(\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName\"),\n      TradingPremisesAddress(\"OwnBusinessAddressLine1\",\n        \"OwnBusinessAddressLine2\",\n        Some(\"OwnBusinessAddressLine3\"),\n        Some(\"OwnBusinessAddressLine4\"),\n        \"GB\",\n        Some(\"YY1 1YY\")),\n      false,\n      Msb(false, false, false, false, false),\n      Hvd(false),\n      Asp(false),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(false),\n      TradingPremisesAmp(true),\n      \"2001-05-05\",\n      None,\n      Some(StringOrInt(\"444444\")),\n      Some(StatusConstants.Unchanged)\n    ),\n    OwnBusinessPremisesDetails(\n      Some(\"OwnBusinessTradingName1\"),\n      TradingPremisesAddress(\"OB11AddressLine1\",\n        \"OB1AddressLine2\",\n        Some(\"OB1AddressLine3\"),\n        Some(\"OB1AddressLine4\"),\n        \"GB\",\n        Some(\"XX1 1XX\")),\n      false,\n      Msb(false, false, true, true, false),\n      Hvd(true),\n      Asp(true),\n      Tcsp(true),\n      Eab(true),\n      Bpsp(true),\n      Tditpsp(true),\n      TradingPremisesAmp(true),\n      \"2001-01-01\",\n      None,\n      Some(StringOrInt(\"555555\")),\n      Some(StatusConstants.Unchanged)\n    )\n  ))))\n\n\n  val viewStatusAgentPremises1 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val viewStatusAgentDetails1 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    viewStatusAgentPremises1,\n    None,\n    None\n  )\n\n  val viewStatusAgentPremises2 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val viewStatusAgentDetails2 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    viewStatusAgentPremises2,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Deleted),\n    Some(StringOrInt(\"222222\"))\n  )\n\n  val viewStatusAgentPremises3 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val viewStatusAgentDetails3 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    viewStatusAgentPremises3,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Added),\n    Some(StringOrInt(\"333333\"))\n  )\n\n  val viewStatusAgentPremises4 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val viewStatusAgentDetails4 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    viewStatusAgentPremises4,\n    None,\n    None,\n    None,\n    None,\n    Some(StringOrInt(\"444444\"))\n  )\n\n  val amenStatusAgentPremises1 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val amendStatusAgentDetails1 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    amenStatusAgentPremises1,\n    None,None,\n    Some(StatusConstants.Added),\n    None\n  )\n\n  val amendStatusAgentPremises2 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val amendStatusAgentDetails2 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    amendStatusAgentPremises2,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Deleted),\n    Some(StringOrInt(\"222222\"))\n  )\n\n  val amendStatusAgentPremises3 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val amendStatusAgentDetails3 = AgentDetails(\n    \"Limited Liability Partnership\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    amendStatusAgentPremises3,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Updated),\n    Some(StringOrInt(\"333333\"))\n  )\n\n  val amendStatusAgentPremises4 = AgentPremises(\"aaaaaaaaaaaa\",\n    TradingPremisesAddress(\"a\",\n      \"a\",\n      Some(\"a\"),\n      Some(\"a\"),\n      \"GB\",\n      Some(\"AA1 1AA\")),\n    true,\n    Msb(true, true, false, false, false),\n    Hvd(true),\n    Asp(true),\n    Tcsp(true),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(true),\n    TradingPremisesAmp(true),\n    Some(\"1967-08-13\"),\n    None\n  )\n\n  val amendStatusAgentDetails4 = AgentDetails(\n    \"Sole Proprietor\",\n    None,\n    Some(\"AgentLegalEntityName\"),\n    Some(\"1970-01-01\"),\n    amendStatusAgentPremises4,\n    None,\n    None,\n    None,\n    Some(StatusConstants.Unchanged),\n    Some(StringOrInt(\"444444\"))\n  )\n\n  val testTradingPremisesAPI5 = TradingPremises(\n    ownBusinessPremisesTP,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(agentDetailsAPI51,\n        agentDetailsAPI52,\n        agentDetailsAPI53\n      ))\n    )\n    ))\n\n  val viewStatusTradingPremises = TradingPremises(\n    viewStatusOwnBusinessPremises,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(viewStatusAgentDetails2,\n        viewStatusAgentDetails3,\n        viewStatusAgentDetails4\n      ))\n    )\n    ))\n\n  val amendStatusRequestTradingPremises = TradingPremises(\n    viewStatusOwnBusinessPremises,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(viewStatusAgentDetails1,\n        viewStatusAgentDetails2,\n        viewStatusAgentDetails3.copy(agentLegalEntity = \"Limited Liability Partnership\"),\n        viewStatusAgentDetails4\n      ))\n    )\n    ))\n  val testTradingPremisesAPI6 = TradingPremises(\n    ownBusinessPremisesTPAPI6,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(agentDetailsAPI61,\n        agentDetailsAPI62,\n        agentDetailsAPI63\n      ))\n    )\n    ))\n\n  val tradingPremisesAPI6Release7 = TradingPremises(\n    Some(OwnBusinessPremises(false,None)),\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(agentPremisesapi6Release7))\n    )\n    ))\n\n  val amendStatusTradingPremisesAPI6 = TradingPremises(\n    amendStatusOwnBusinessPremises,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(\n        amendStatusAgentDetails2,\n        amendStatusAgentDetails3,\n        amendStatusAgentDetails4,\n        amendStatusAgentDetails1\n      ))\n    )\n    ))\n\n  val testAmendTradingPremisesAPI6 = TradingPremises(\n    ownBusinessPremisesTP,\n    Some(AgentBusinessPremises(\n      true,\n      Some(Seq(agentAmendDetailsAPI61,\n        agentDetailsAPI62,\n        agentDetailsAPI63\n      ))\n    )\n    ))\n\n  val testBankDetails = Some(BankDetailsView(\n    Some(\"3\"),\n    Some(List(\n      BankAccountView(\n        \"AccountName\",\n        \"This business's\",\n        true,\n        ukAccountView(\"123456\", \"12345678\")\n      ),\n      BankAccountView(\n        \"AccountName1\",\n        \"Personal\",\n        false,\n        IBANNumberView(\"87654321\")\n      ),\n      BankAccountView(\n        \"AccountName2\",\n        \"Another business's\",\n        false,\n        AccountNumberView(\"87654321\")\n      )\n    ))\n  ))\n\n  val testAmendBankDetails = Some(BankDetailsView(\n    Some(\"1\"),\n    Some(List(\n      BankAccountView(\n        \"AccountName\",\n        \"This business's\",\n        true,\n        ukAccountView(\"123456\", \"12345678\")\n      )\n    ))\n  ))\n\n  val desBankDetails = BankDetails(\"3\",\n    Some(Seq(BankAccount(\"Personal account\", \"Personal\", true, ukAccount(\"112233\", \"12345678\")),\n      BankAccount(\"Business account\", \"This business's\", false, AccountNumber(\"12345678\")),\n      BankAccount(\"Another Business account\", \"Another business's\", false, IBANNumber(\"12345678\")))))\n\n  val testMsb = MoneyServiceBusiness(\n    Some(MsbAllDetails(\n      Some(\"\u00a350k-\u00a3100k\"),\n      true,\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      true)\n    ),\n    Some(MsbMtDetails(\n      true,\n      Some(\"123456\"),\n      IpspServicesDetails(\n        true,\n        Some(List(IpspDetails(\"IPSPName1\", \"IPSPMLRRegNo1\")))\n      ),\n      true,\n      Some(\"11111111111\"),\n      Some(CountriesList(List(\"GB\", \"AD\"))),\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      Some(false)\n    )),\n    Some(MsbCeDetailsR7( Some(true),\n      Some(CurrencySourcesR7(\n        Some(MSBBankDetails(\n          true,\n          Some(List(\"BankNames1\"))\n        )),\n        Some(CurrencyWholesalerDetails(\n          true,\n          Some(List(\"CurrencyWholesalerNames\"))\n        )),\n        true\n      )),\n      \"11234567890\",\n      Some(CurrSupplyToCust(List(\"GBP\", \"XYZ\", \"ABC\")))\n    )),\n    Some(MsbFxDetails(\"234234234\"))\n  )\n\n  val testMsbR6 = MoneyServiceBusiness(\n    Some(MsbAllDetails(\n      Some(\"999999\"),\n      true,\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      true)\n    ),\n    Some(MsbMtDetails(\n      true,\n      Some(\"123456\"),\n      IpspServicesDetails(\n        true,\n        Some(List(IpspDetails(\"IPSPName1\", \"IPSPMLRRegNo1\")))\n      ),\n      true,\n      Some(\"11111111111\"),\n      Some(CountriesList(List(\"GB\", \"AD\"))),\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      None\n    )),\n    Some(MsbCeDetailsR7( None,\n      Some(CurrencySourcesR7(\n        Some(MSBBankDetails(\n          true,\n          Some(List(\"BankNames1\"))\n        )),\n        Some(CurrencyWholesalerDetails(\n          true,\n          Some(List(\"CurrencyWholesalerNames\"))\n        )),\n        true\n      )),\n      \"11234567890\",\n      Some(CurrSupplyToCust(List(\"GBP\", \"XYZ\", \"ABC\")))\n    )),\n    Some(MsbFxDetails(\"234234234\"))\n  )\n\n  val testAmendMsb = MoneyServiceBusiness(\n    Some(MsbAllDetails(\n      Some(\"999999\"),\n      true,\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      true)\n    ),\n    Some(MsbMtDetails(\n      true,\n      Some(\"123456\"),\n      IpspServicesDetails(\n        false,\n        None\n      ),\n      true,\n      Some(\"11111111111\"),\n      Some(CountriesList(List(\"GB\", \"AD\"))),\n      Some(CountriesList(List(\"AD\", \"GB\")))\n    )),\n    Some(MsbCeDetailsR7( Some(true),\n      Some(CurrencySourcesR7(\n        Some(MSBBankDetails(\n          true,\n          Some(List(\"BankNames1\"))\n        )),\n        Some(CurrencyWholesalerDetails(\n          true,\n          Some(List(\"CurrencyWholesalerNames\"))\n        )),\n        true\n      )),\n      \"11234567890\",\n      Some(CurrSupplyToCust(List(\"GBP\", \"XYZ\", \"ABC\")))\n    )),\n    None\n  )\n\n  val testHvd = HvdModel(true,\n    Some(\"2001-01-01\"),\n    None,\n    true,\n    Some(0),\n    Some(HvdFromUnseenCustDetails(\n      true,\n      Some(ReceiptMethods(true, true, true, Some(\"aaaaaaaaaaaaa\")))\n    ))\n  )\n\n  val testAsp = AspModel(true, None)\n  val testAmendAsp = AspModel(false, None)\n\n  val testSupervisorDetails = SupervisorDetails(\n    \"NameOfLastSupervisor\",\n    \"2001-01-01\",\n    \"2001-01-01\",\n    None,\n    \"SupervisionEndingReason\")\n  val testSupervisionDetails = SupervisionDetails(true, Some(testSupervisorDetails))\n  val testAspOrTcsp = AspOrTcsp(\n    Some(testSupervisionDetails),\n    Some(ProfessionalBodyDetails(\n      true,\n      Some(\"DetailsIfFinedWarned\"),\n      Some(ProfessionalBodyDesMember(\n        true,\n        Some(MemberOfProfessionalBody(\n          true, true, true, true, true, true, true, true, true, true, true, true, true, true, Some(\"SpecifyOther\")\n        ))\n      ))\n    ))\n  )\n\n  val testAmendAspOrTcsp = AspOrTcsp(\n    Some(SupervisionDetails(\n      false,\n      None\n    )),\n    Some(ProfessionalBodyDetails(\n      true,\n      Some(\"DetailsIfFinedWarned\"),\n      Some(ProfessionalBodyDesMember(\n        true,\n        Some(MemberOfProfessionalBody(\n          true, true, true, true, true, true, true, true, true, true, true, true, true, true, Some(\"SpecifyOther\")\n        ))\n      ))\n    ))\n  )\n\n  val testTcspAll = TcspAll(true, Some(\"111111111111111\"))\n  val testAmendTcspAll = TcspAll(true, Some(\"2222222222222\"))\n\n  val testTcspTrustCompFormationAgt = TcspTrustCompFormationAgt(true, true)\n  val testAmendTcspTrustCompFormationAgt = TcspTrustCompFormationAgt(false, true)\n\n  val testTcspAllNoMLR = TcspAll(true, Some(\"\"))\n\n  val testEabAll = EabAll(true, Some(\"EstAgncActProhibProvideDetails\"), true, Some(\"PrevWarnWRegProvideDetails\"))\n  val testAmendEabAll = EabAll(true, Some(\"EstAgncActProhibProvideDetails\"), false, None)\n\n  val testEabAllPenalisedEstateAgentsFalse = EabAll(false, None, true, Some(\"PrevWarnWRegProvideDetails\"))\n  val testEabAllPenalisedProfessionalBodyFalse = EabAll(true, Some(\"EstAgncActProhibProvideDetails\"), false, None)\n\n  val testAmp = Amp(TransactionsAccptOvrThrshld(true, Some(\"2019-09-19 16:58:06.259Z\")), true, 60)\n  val testAmendAmp = Amp(TransactionsAccptOvrThrshld(true, Some(\"2019-09-19 16:58:06.259Z\")), false, 60)\n\n  val testLettingAgents = LettingAgents(Some(true))\n\n  val testEabResdEstAgncy = EabResdEstAgncy(true, Some(\"The Property Ombudsman Limited\"))\n  val testEabResdEstAgncyOmbudsmanServices = EabResdEstAgncy(true, Some(\"Ombudsman Services\"))\n  val testEabResdEstAgncyPropertyRedressScheme = EabResdEstAgncy(true, Some(\"Property Redress Scheme\"))\n  val testEabResdEstAgncyOther = EabResdEstAgncy(true, Some(\"Other\"))\n\n  val testAmendEabResdEstAgncy = EabResdEstAgncy(false, None)\n\n  val responsiblePersons2 = ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"bbbbbbbbbbb\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n        Some(\"1967-08-13\"),\n        Some(false)\n      ))\n    )),\n    Some(NationalityDetails(\n      true,\n      Some(IdDetail(\n        Some(UkResident(\"BB000000A\")),\n        None\n      )),\n      Some(\"GB\"),\n      Some(\"GB\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n    )),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"AD\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n    ),\n    true,\n    Some(\"bbbbbbbbbb\"),\n    true,\n    Some(\"bbbbbbbbbbb\"),\n    None,\n    Some(false),\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra(None, None, Some(StatusConstants.Added))\n  )\n\n  val responsiblePersons3 = ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"bbbbbbbbbbb\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n        Some(\"1967-08-13\"),\n        Some(false)\n      ))\n    )),\n    Some(NationalityDetails(\n      true,\n      Some(IdDetail(\n        Some(UkResident(\"BB000000A\")),\n        None\n      )),\n      Some(\"GB\"),\n      Some(\"GB\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n    )),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"AD\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n    ),\n    true,\n    Some(\"bbbbbbbbbb\"),\n    true,\n    Some(\"bbbbbbbbbbb\"),\n    None,\n    Some(false),\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra(Some(StringOrInt(\"123456\")), None, Some(StatusConstants.Deleted))\n  )\n\n  val viewResponsiblePersons2 = ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"bbbbbbbbbbb\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n        Some(\"1967-08-13\")\n      ))\n    )),\n    Some(NationalityDetails(\n      true,\n      Some(IdDetail(\n        Some(UkResident(\"BB000000A\")),\n        None\n      )),\n      Some(\"GB\"),\n      Some(\"GB\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n    )),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"AD\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n    ),\n    true,\n    Some(\"bbbbbbbbbb\"),\n    true,\n    Some(\"bbbbbbbbbbb\"),\n    None,\n    None,\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra(None, None, None)\n  )\n\n  val viewResponsiblePersons3 = ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"bbbbbbbbbbb\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n        Some(\"1967-08-13\")\n      ))\n    )),\n    Some(NationalityDetails(\n      true,\n      Some(IdDetail(\n        Some(UkResident(\"BB000000A\")),\n        None\n      )),\n      Some(\"GB\"),\n      Some(\"GB\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n    )),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"AD\", Some(\"AA1 1AA\")))),\n    Some(\"0-6 months\"),\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n    ),\n    true,\n    Some(\"bbbbbbbbbb\"),\n    true,\n    Some(\"bbbbbbbbbbb\"),\n    None,\n    None,\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra(Some(StringOrInt(\"123456\")), None, Some(StatusConstants.Deleted))\n  )\n\n  val testResponsiblePersons = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      true,\n      Some(\"DescOfPrevExperience\"),\n      true,\n      Some(\"TrainingDetails\"),\n      None,\n      None,\n      Some(MsbOrTcsp(true)),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(\"added\"), None, None, None)\n    ),\n    responsiblePersons2\n  )\n\n  val testAmendResponsiblePersons = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\"),\n          Some(false)\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      true,\n      Some(\"DescOfPrevExperience\"),\n      true,\n      Some(\"TrainingDetails\"),\n      None,\n      Some(false),\n      Some(MsbOrTcsp(true)),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Updated), Some(false), Some(\"some test result\"), Some(\"2012-12-12\"))\n    ),\n    responsiblePersons2\n  )\n\n  val updatedRPForAmendment = ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"Aliases1\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n        Some(\"2001-01-01\")\n      ))\n    )),\n    Some(NationalityDetails(\n      false,\n      Some(IdDetail(\n        None,\n        Some(NonUkResident(\n          Some(\"2001-01-01\"),\n          true,\n          Some(PassportDetail(\n            true,\n            PassportNum(Some(\"AA1111111\"), None)\n          ))\n        ))\n      )),\n      Some(\"AA\"),\n      Some(\"AA\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\n        \"CurrentAddressLine1\",\n        \"CurrentAddressLine2\",\n        Some(\"CurrentAddressLine3\"),\n        Some(\"CurrentAddressLine4\"),\n        \"GB\",\n        Some(\"AA1 1AA\")\n      )\n    )),\n    Some(\"3+ years\"),\n    None,\n    None,\n    None,\n    None,\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(\n      true,\n      Some(\"123456789\"),\n      true,\n      Some(\"1234567890\")\n    )),\n    true,\n    Some(\"DescOfPrevExperience\"),\n    true,\n    Some(\"TrainingDetails\"),\n    None,\n    Some(false),\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra(Some(StringOrInt(\"333333\")), None, None, None, Some(\"10\"), Some(\"some test result\"), Some(\"2012-12-12\"))\n  )\n\n\n  val viewResponsiblePersonsAPI5 = Seq(\n    updatedRPForAmendment,\n    updatedRPForAmendment,\n    viewResponsiblePersons3\n  )\n\n  val amendStatusResponsiblePersonsAPI5 = Seq(\n    updatedRPForAmendment.copy(nameDetails = None,\n      extra = RPExtra(Some(StringOrInt(\"77777\")), None, None, Some(false), None, Some(\"some test result\"), Some(\"2012-12-12\"))),\n    updatedRPForAmendment,\n    viewResponsiblePersons2,\n    viewResponsiblePersons3\n  )\n\n  val testResponsiblePersonsForRp = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      Some(MsbOrTcsp(false)),\n      passedFitAndProperTest = None,\n      passedApprovalCheck = None,\n      extra = RPExtra(Some(StringOrInt(333333)), None, None, None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None,\n          dateOfBirth = Some(\"2001-01-01\")\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      Some(MsbOrTcsp(true)),\n      passedFitAndProperTest = None,\n      passedApprovalCheck = None,\n      extra = RPExtra(Some(StringOrInt(222222)), None, None, None, None, None)\n    )\n  )\n\n  val testResponsiblePersonsForRpPhase2 = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      None,\n      passedFitAndProperTest = Some(false),\n      passedApprovalCheck = Some(true),\n      extra = RPExtra(Some(StringOrInt(333333)), None, None, None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None,\n          dateOfBirth = Some(\"2001-01-01\")\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      Some(MsbOrTcsp(true)),\n      passedFitAndProperTest = Some(true),\n      passedApprovalCheck = Some(false),\n      extra = RPExtra(Some(StringOrInt(222222)), None, None, None, None, None)\n    )\n  )\n\n\n  val testResponsiblePersonsForRpAPI6Phase2 = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      None,\n      passedFitAndProperTest = Some(false),\n      passedApprovalCheck = Some(true),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None,\n          Some(\"2001-01-01\")\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      None,\n      passedFitAndProperTest = Some(true),\n      passedApprovalCheck = Some(false),\n      extra = RPExtra(Some(StringOrInt(\"222222\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    )\n  )\n\n  val testResponsiblePersonsForRpAPI6 = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      Some(MsbOrTcsp(false)),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      Some(MsbOrTcsp(true)),\n      extra = RPExtra(Some(StringOrInt(\"222222\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    )\n  )\n\n  val testResponsiblePersonsForRelease7RpAPI6 = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true, Some(false))),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      Some(MsbOrTcsp(false)),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true, Some(false))),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      Some(MsbOrTcsp(true)),\n      extra = RPExtra(Some(StringOrInt(\"222222\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    )\n  )\n\n  val testResponsiblePersonsForRelease7RpAPI6Phase2 = Seq(\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\")\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true, Some(false))),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      false,\n      None,\n      true,\n      Some(\"TrainingDetails\"),\n      Some(today),\n      None,\n      None,\n      passedFitAndProperTest = Some(false),\n      passedApprovalCheck = Some(true),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    ),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\"), Some(\"bbbbbbbbbbb\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"bbbbbbbbbbb\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"), Some(\"bbbbbbbbbbbb\"))),\n          Some(\"1967-08-13\")\n        ))\n      )),\n      Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"BB000000A\")),\n          None,\n          Some(\"2001-01-01\")\n        )),\n        Some(\"GB\"),\n        Some(\"GB\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\"))\n      )),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"b\", \"b\", Some(\"b\"), Some(\"b\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"0-6 months\"),\n      Some(AddressUnderThreeYears(Address(\"a\", \"a\", Some(\"a\"), Some(\"a\"), \"GB\", Some(\"AA1 1AA\")))),\n      Some(\"7-12 months\"),\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true, Some(false))),\n        None,\n        None\n      )),\n      Some(RegDetails(true, Some(\"111111111\"), true, Some(\"1111111111\"))\n      ),\n      true,\n      Some(\"bbbbbbbbbb\"),\n      false,\n      None,\n      Some(today),\n      None,\n      None,\n      passedFitAndProperTest = Some(true),\n      passedApprovalCheck = Some(false),\n      extra = RPExtra(Some(StringOrInt(\"222222\")), None, Some(StatusConstants.Unchanged), None, None, None)\n    )\n  )\n\n\n  val testFilingIndividual = Aboutyou(\n    Some(IndividualDetails(\n      \"FirstName\",\n      Some(\"MiddleName\"),\n      \"LastName\")),\n    true,\n    Some(\"Beneficial Shareholder\"),\n    None,\n    Some(\"Other\"),\n    None\n  )\n\n  val testAmendFilingIndividual = Aboutyou(\n    Some(IndividualDetails(\n      \"name\",\n      None,\n      \"LastName\")),\n    true,\n    Some(\"Beneficial Shareholder\"),\n    None,\n    None,\n    None\n  )\n\n  val testDeclaration = Declaration(true)\n\n  val extraFields = ExtraFields(testDeclaration, testFilingIndividual, None)\n  val extraAmendFields = ExtraFields(testDeclaration, testAmendFilingIndividual, None)\n  val nameDetails = NameDetails(\n    PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n    Some(OthrNamesOrAliasesDetails(\n      true,\n      Some(List(\"Aliases1\"))\n    )),\n    Some(PreviousNameDetails(\n      true,\n      Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n      Some(\"2001-01-01\")\n    ))\n  )\n  val nationalityDetails = NationalityDetails(\n    false,\n    Some(IdDetail(\n      None,\n      Some(NonUkResident(\n        Some(\"2001-01-01\"),\n        true,\n        Some(PassportDetail(\n          true,\n          PassportNum(Some(\"AA1111111\"), None)\n        ))\n      ))\n    )),\n    Some(\"AA\"),\n    Some(\"AA\")\n  )\n\n  val regDetails = RegDetails(\n    true,\n    Some(\"123456789\"),\n    true,\n    Some(\"1234567890\")\n  )\n\n  val SubscriptionViewModel = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoTcspMLR = SubscriptionViewModel.copy(tcspAll = Some(DesConstants.testTcspAllNoMLR))\n\n  val SubscriptionViewModelNoFormationAgentSvc = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoFormationAgent,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoFormationAgent = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    None,\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoFormationAgentNoTcspServices = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoTcsp,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    None,\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoTcsp = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoTcsp,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    None,\n    None,\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoAsp = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoAsp,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    None,\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoEab = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoEab,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    None,\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelNoMsb = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesNoMsb,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    None,\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val SubscriptionViewModelForRp = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersonsForRp),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n\n  val SubscriptionViewModelForRpPhase2 = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersonsForRpPhase2),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val viewModelNoRedress = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    businessActivities = DesConstants.testBusinessActivitiesNoRedress,\n    tradingPremises = DesConstants.testTradingPremisesAPI5,\n    bankAccountDetails = DesConstants.testBankDetails,\n    msb = Some(DesConstants.testMsb),\n    hvd = Some(DesConstants.testHvd),\n    asp = Some(DesConstants.testAsp),\n    aspOrTcsp = Some(DesConstants.testAspOrTcsp),\n    tcspAll = Some(DesConstants.testTcspAll),\n    tcspTrustCompFormationAgt = Some(DesConstants.testTcspTrustCompFormationAgt),\n    eabAll = Some(DesConstants.testEabAll),\n    eabResdEstAgncy = None,\n    responsiblePersons = Some(DesConstants.testResponsiblePersons),\n    amp = Some(DesConstants.testAmp),\n    lettingAgents = None,\n    extraFields = DesConstants.extraFields\n  )\n\n  val viewModelRedress = viewModelNoRedress.copy(\n    businessActivities = DesConstants.testBusinessActivities,\n    eabResdEstAgncy = Some(DesConstants.testEabResdEstAgncy)\n  )\n\n  val viewModelRedressOmbudsmanServices = viewModelNoRedress.copy(\n    businessActivities = DesConstants.testBusinessActivities,\n    eabResdEstAgncy = Some(DesConstants.testEabResdEstAgncyOmbudsmanServices)\n  )\n  val viewModelRedressPropertyRedressScheme = viewModelNoRedress.copy(\n    businessActivities = DesConstants.testBusinessActivities,\n    eabResdEstAgncy = Some(DesConstants.testEabResdEstAgncyPropertyRedressScheme)\n  )\n\n  val viewModelRedressOther = viewModelNoRedress.copy(\n    businessActivities = DesConstants.testBusinessActivities,\n    eabResdEstAgncy = Some(DesConstants.testEabResdEstAgncyOther)\n  )\n\n  val viewModelRedressNoEabResdEstAgncy = viewModelNoRedress.copy(\n    businessActivities = DesConstants.testBusinessActivities,\n    eabResdEstAgncy = None\n  )\n\n  val viewModelLettings = viewModelRedress.copy(\n    businessActivities = DesConstants.testBusinessActivitiesLA, lettingAgents = Some(DesConstants.testLettingAgents)\n  )\n\n  val viewModelLettingsNoLettingAgents = viewModelRedress.copy(\n    businessActivities = DesConstants.testBusinessActivitiesLA, lettingAgents = None\n  )\n\n  val viewModelPenalisedEstateAgentsFalse = viewModelRedress.copy(\n    eabAll = Some(DesConstants.testEabAllPenalisedEstateAgentsFalse)\n  )\n\n  val viewModelPenalisedEstateAgentsTrue = viewModelRedress.copy(\n    eabAll = Some(DesConstants.testEabAll)\n  )\n\n  val viewModelPenalisedProfessionalBodyFalse = viewModelRedress.copy(\n    eabAll = Some(DesConstants.testEabAllPenalisedProfessionalBodyFalse)\n  )\n\n  val viewModelPenalisedNoEabAll = viewModelRedress.copy(eabAll = None)\n\n  val viewModelPenalisedProfessionalBodyTrue = viewModelRedress.copy(\n    eabAll = Some(DesConstants.testEabAll)\n  )\n\n  val valViewModelNoEabSection = testBusinessActivitiesNoEab\n\n  implicit val ackref = new AckRefGenerator {\n    override def ackRef: String = \"1234\"\n  }\n\n  val AmendVariationRequestModel = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    DesConstants.testChangeIndicators,\n    \"Amendment\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersonsForRpAPI6),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val newEtmpField = Some(EtmpFields(Some(\"2016-09-17T09:30:47Z\"), Some(\"2016-10-17T09:30:47Z\"), Some(\"2016-11-17T09:30:47Z\"), Some(\"2016-12-17T09:30:47Z\")))\n  val newChangeIndicator = ChangeIndicators(true, true, true, false, true)\n  val newExtraFields = ExtraFields(DesConstants.testDeclaration, DesConstants.testFilingIndividual, newEtmpField)\n  val newAmendExtraFields = ExtraFields(DesConstants.testDeclaration, DesConstants.testAmendFilingIndividual, newEtmpField)\n\n  val newResponsiblePersons = Seq(ResponsiblePersons(\n    Some(NameDetails(\n      PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n      Some(OthrNamesOrAliasesDetails(\n        true,\n        Some(List(\"Aliases1\"))\n      )),\n      Some(PreviousNameDetails(\n        true,\n        Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n        Some(\"2001-01-01\")\n      ))\n    )),\n    Some(NationalityDetails(\n      false,\n      Some(IdDetail(\n        None,\n        Some(NonUkResident(\n          Some(\"2001-01-01\"),\n          true,\n          Some(PassportDetail(\n            true,\n            PassportNum(Some(\"AA1111111\"), None)\n          ))\n        ))\n      )),\n      Some(\"AA\"),\n      Some(\"AA\")\n    )),\n    None,\n    Some(CurrentAddress(\n      AddressWithChangeDate(\n        \"CurrentAddressLine1\",\n        \"CurrentAddressLine2\",\n        Some(\"CurrentAddressLine3\"),\n        Some(\"CurrentAddressLine4\"),\n        \"GB\",\n        Some(\"AA1 1AA\")\n      )\n    )),\n    Some(\"3+ years\"),\n    None,\n    None,\n    None,\n    None,\n    Some(PositionInBusiness(\n      Some(SoleProprietor(true, true)),\n      None,\n      None\n    )),\n    Some(RegDetails(\n      true,\n      Some(\"123456789\"),\n      true,\n      Some(\"1234567890\")\n    )),\n    false,\n    None,\n    true,\n    Some(\"TrainingDetails\"),\n    None,\n    None,\n    Some(MsbOrTcsp(false)),\n    extra = RPExtra(Some(StringOrInt(\"333333\")), Some(\"2016-09-17T09:30:47Z\"), Some(\"added\"), Some(false), Some(\"some test result\"), Some(\"2012-12-12\"))\n  ))\n\n  val testAmendBusinessDetails = BusinessDetails(BusinessType.SoleProprietor,\n    Some(CorpAndBodyLlps(\"CompanyName\", \"12345678\")),\n    None)\n\n  val testAmendHvd = HvdModel(true,\n    Some(\"2001-01-01\"),\n    Some(false),\n    true,\n    None,\n    Some(HvdFromUnseenCustDetails(\n      true,\n      Some(ReceiptMethods(true, true, false, None))\n    ))\n  )\n\n  val updateAmendVariationRequestRP = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    DesConstants.testChangeIndicators,\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.amendStatusResponsiblePersonsAPI5),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n\n  val amendStatusDesVariationRequestTP = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    DesConstants.testChangeIndicators,\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.amendStatusRequestTradingPremises,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.amendStatusResponsiblePersonsAPI5),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n\n  val amendVariationRequest1 = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    DesConstants.testChangeIndicators,\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testAmendViewBusinessContactDetails1,\n    DesConstants.testAmendBusinessReferencesAll,\n    Some(DesConstants.testAmendBusinessReferencesAllButSp),\n    Some(DesConstants.testAmendBusinessReferencesCbUbLlp),\n    DesConstants.testAmendBusinessActivities,\n    DesConstants.testAmendTradingPremisesAPI6,\n    DesConstants.testAmendBankDetails,\n    Some(DesConstants.testAmendMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAmendAsp),\n    Some(DesConstants.testAmendAspOrTcsp),\n    Some(DesConstants.testAmendTcspAll),\n    Some(DesConstants.testAmendTcspTrustCompFormationAgt),\n    Some(DesConstants.testAmendEabAll),\n    Some(DesConstants.testAmendEabResdEstAgncy),\n    Some(DesConstants.testAmendResponsiblePersons),\n    Some(DesConstants.testAmendAmp),\n    None,\n    DesConstants.extraAmendFields\n  )\n\n  val amendVariationRequest2 = amendVariationRequest1.copy(amp = Some(DesConstants.testAmp))\n\n  val amendVariationRequest3 = amendVariationRequest1.copy(\n    businessActivities = DesConstants.testAmendAmpBusinessActivities, amp = Some(DesConstants.testAmp)\n  )\n\n  val amendExtraFields = RPExtra(Some(StringOrInt(\"333333\")), None, Some(\"added\"), Some(false), Some(\"some test result\"), Some(\"2012-12-12\"))\n\n  val updateAmendVariationCompleteRequest1 = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    ChangeIndicators(true, true, true, true, true, true, true, true, true, true, true, true, true, true, true),\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testAmendViewBusinessContactDetails1,\n    DesConstants.testAmendBusinessReferencesAll,\n    Some(DesConstants.testAmendBusinessReferencesAllButSp),\n    Some(DesConstants.testAmendBusinessReferencesCbUbLlp),\n    DesConstants.testAmendBusinessActivities,\n    DesConstants.testAmendTradingPremisesAPI6,\n    DesConstants.testAmendBankDetails,\n    Some(DesConstants.testAmendMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAmendAsp),\n    Some(DesConstants.testAmendAspOrTcsp),\n    Some(DesConstants.testAmendTcspAll),\n    Some(DesConstants.testAmendTcspTrustCompFormationAgt),\n    Some(DesConstants.testAmendEabAll),\n    Some(DesConstants.testAmendEabResdEstAgncy),\n    Some(DesConstants.testAmendResponsiblePersons),\n    Some(DesConstants.testAmendAmp),\n    None,\n    DesConstants.newAmendExtraFields\n  )\n\n  val SubscriptionViewModelAPI5 = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.newResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.newExtraFields\n  )\n\n  val SubscriptionViewStatusRP = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.viewResponsiblePersonsAPI5),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.newExtraFields\n  )\n\n  val SubscriptionViewStatusTP = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.viewStatusTradingPremises,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.viewResponsiblePersonsAPI5),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.newExtraFields\n  )\n\n  val testAmendResponsiblePersonsTest1 = Seq(\n    updatedRPForAmendment.copy(nameDetails = None,\n      extra = RPExtra(lineId = Some(StringOrInt(Right(\"77777\"))), status = Some(StatusConstants.Updated), retestFlag = Some(false))),\n    ResponsiblePersons(\n      Some(NameDetails(\n        PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\")),\n        Some(OthrNamesOrAliasesDetails(\n          true,\n          Some(List(\"Aliases1\"))\n        )),\n        Some(PreviousNameDetails(\n          true,\n          Some(PersonName(Some(\"FirstName\"), Some(\"MiddleName\"), Some(\"LastName\"))),\n          Some(\"2001-01-01\"),\n          Some(false)\n        ))\n      )),\n      Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"AA\")\n      )),\n      None,\n      Some(CurrentAddress(\n        AddressWithChangeDate(\n          \"CurrentAddressLine1\",\n          \"CurrentAddressLine2\",\n          Some(\"CurrentAddressLine3\"),\n          Some(\"CurrentAddressLine4\"),\n          \"GB\",\n          Some(\"AA1 1AA\")\n        )\n      )),\n      Some(\"3+ years\"),\n      None,\n      None,\n      None,\n      None,\n      Some(PositionInBusiness(\n        Some(SoleProprietor(true, true)),\n        None,\n        None\n      )),\n      Some(RegDetails(\n        true,\n        Some(\"123456789\"),\n        true,\n        Some(\"1234567890\")\n      )),\n      true,\n      Some(\"DescOfPrevExperience\"),\n      true,\n      Some(\"TrainingDetails\"),\n      None,\n      Some(false),\n      Some(MsbOrTcsp(true)),\n      extra = RPExtra(Some(StringOrInt(\"333333\")), None, Some(StatusConstants.Unchanged), None, Some(\"10\"), Some(\"some test result\"), Some(\"2012-12-12\"))\n    ),\n    responsiblePersons3,\n    responsiblePersons2\n  )\n\n  val amendStatusAmendVariationRP = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    ChangeIndicators(true, false, false, false, false, false, false, true, false, false, false, false, true, false),\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesWithDateChangeFlag,\n    DesConstants.testTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testAmendResponsiblePersonsTest1),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.newExtraFields\n  )\n\n\n  val amendStatusAmendVariationTP = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    ChangeIndicators(true, false, false, true, false, false, false, true, false, false, false, false, true, false),\n    \"Amendment\",\n    DesConstants.testAmendBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivitiesWithDateChangeFlag,\n    DesConstants.amendStatusTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testAmendHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testAmendResponsiblePersonsTest1),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.newExtraFields\n  )\n\n}"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/SubscriptionView.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.des.aboutthebusiness._\nimport models.des.asp.Asp\nimport models.des.bankdetails.BankDetailsView\nimport models.des.businessactivities.BusinessActivities\nimport models.des.businessdetails.BusinessDetails\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy, LettingAgents}\nimport models.des.hvd.Hvd\nimport models.des.amp.Amp\nimport models.des.msb.MoneyServiceBusiness\nimport models.des.responsiblepeople.ResponsiblePersons\nimport models.des.supervision.AspOrTcsp\nimport models.des.tcsp.{TcspAll, TcspTrustCompFormationAgt}\nimport models.des.tradingpremises.TradingPremises\nimport play.api.libs.json._\n\ncase class SubscriptionView(etmpFormBundleNumber:String,\n                            businessDetails: BusinessDetails,\n                            businessContactDetails : BusinessContactDetails,\n                            businessReferencesAll : Option[PreviouslyRegisteredMLRView],\n                            businessReferencesAllButSp: Option[VATRegistration],\n                            businessReferencesCbUbLlp: Option[CorporationTaxRegisteredCbUbLlp],\n                            businessActivities : BusinessActivities,\n                            tradingPremises: TradingPremises,\n                            bankAccountDetails : Option[BankDetailsView],\n                            msb: Option[MoneyServiceBusiness],\n                            hvd: Option[Hvd],\n                            asp: Option[Asp],\n                            aspOrTcsp: Option[AspOrTcsp],\n                            tcspAll: Option[TcspAll],\n                            tcspTrustCompFormationAgt: Option[TcspTrustCompFormationAgt],\n                            eabAll : Option[EabAll],\n                            eabResdEstAgncy : Option[EabResdEstAgncy],\n                            responsiblePersons: Option[Seq[ResponsiblePersons]],\n                            amp: Option[Amp],\n                            lettingAgents: Option[LettingAgents],\n                            extraFields: ExtraFields\n                           )\n\nobject SubscriptionView {\n\n  implicit val jsonReads: Reads[SubscriptionView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    (\n      (__ \\ \"etmpFormBundleNumber\").read[String] and\n        (__ \\ \"businessDetails\").read[BusinessDetails] and\n        (__ \\ \"businessContactDetails\").read[BusinessContactDetails] and\n        (__ \\ \"businessReferencesAll\").readNullable[PreviouslyRegisteredMLRView] and\n        (__ \\ \"businessReferencesAllButSp\").readNullable[VATRegistration] and\n        (__ \\ \"businessReferencesCbUbLlp\").readNullable[CorporationTaxRegisteredCbUbLlp] and\n        (__ \\ \"businessActivities\").read[BusinessActivities] and\n        (__ \\ \"tradingPremises\").read[TradingPremises] and\n        (__ \\ \"bankAccountDetails\").readNullable[BankDetailsView] and\n        (__ \\ \"msb\").readNullable[MoneyServiceBusiness] and\n        (__ \\ \"hvd\").readNullable[Hvd] and\n        (__ \\ \"asp\").readNullable[Asp] and\n        (__ \\ \"aspOrTcsp\").readNullable[AspOrTcsp] and\n        (__ \\ \"tcspAll\").readNullable[TcspAll] and\n        (__ \\ \"tcspTrustCompFormationAgt\").readNullable[TcspTrustCompFormationAgt] and\n        (__ \\ \"eabAll\").readNullable[EabAll] and\n        (__ \\ \"eabResdEstAgncy\").readNullable[EabResdEstAgncy] and\n        (__ \\ \"responsiblePersons\").readNullable[Seq[ResponsiblePersons]] and\n        (__ \\ \"amp\").readNullable[Amp] and\n        (__ \\ \"lettingAgents\").readNullable[LettingAgents] and\n        __.read[ExtraFields]\n      ) (SubscriptionView.apply _)\n  }\n\n  implicit val jsonWrites: Writes[SubscriptionView] = {\n    import play.api.libs.functional.syntax._\n      ((__ \\ \"etmpFormBundleNumber\").write[String] and\n        (__ \\ \"businessDetails\").write[BusinessDetails] and\n        (__ \\ \"businessContactDetails\").write[BusinessContactDetails] and\n        (__ \\ \"businessReferencesAll\").write[Option[PreviouslyRegisteredMLRView]] and\n        (__ \\ \"businessReferencesAllButSp\").write[Option[VATRegistration]] and\n        (__ \\ \"businessReferencesCbUbLlp\").write[Option[CorporationTaxRegisteredCbUbLlp]] and\n        (__ \\ \"businessActivities\").write[BusinessActivities] and\n        (__ \\ \"tradingPremises\").write[TradingPremises] and\n        (__ \\ \"bankAccountDetails\").write[Option[BankDetailsView]] and\n        (__ \\ \"msb\").write[Option[MoneyServiceBusiness]] and\n        (__ \\ \"hvd\").write[Option[Hvd]] and\n        (__ \\ \"asp\").write[Option[Asp]] and\n        (__ \\ \"aspOrTcsp\").write[Option[AspOrTcsp]] and\n        (__ \\ \"tcspAll\").write[Option[TcspAll]] and\n        (__ \\ \"tcspTrustCompFormationAgt\").write[Option[TcspTrustCompFormationAgt]] and\n        (__ \\ \"eabAll\").write[Option[EabAll]] and\n        (__ \\ \"eabResdEstAgncy\").write[Option[EabResdEstAgncy]] and\n        (__ \\ \"responsiblePersons\").write[Option[Seq[ResponsiblePersons]]] and\n        (__ \\ \"amp\").write[Option[Amp]] and\n        (__ \\ \"lettingAgents\").write[Option[LettingAgents]] and\n        __.write[ExtraFields]\n      ) (unlift(SubscriptionView.unapply _))\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/bankdetails\/AccountView.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.bankdetails\n\nimport play.api.libs.json.{Json, Reads, Writes}\n\nsealed trait AccountView\n\nobject AccountView {\n\n  implicit val ukAccountReads: Reads[ukAccountView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n\n    ((__ \\ \"ukAccount\" \\ \"sortCode\").read[String] and\n      (__ \\ \"ukAccount\" \\ \"accountNumber\").read[String]) (ukAccountView.apply _)\n  }\n\n  implicit val accountNumberReads: Reads[AccountNumberView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n\n    (__ \\ \"nonUkAccount\" \\ \"accountNumber\" \\ \"bankAccountNumber\").read[String] fmap AccountNumberView.apply\n  }\n\n  implicit val ibanNumberReads: Reads[IBANNumberView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n\n    (__ \\ \"nonUkAccount\" \\ \"accountNumber\" \\ \"iban\").read[String] fmap IBANNumberView.apply\n  }\n\n  implicit val nonUkAccountReads: Reads[nonUkAccountView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n\n    __.read[AccountNumberView].map(x => x: nonUkAccountView) |\n      __.read[IBANNumberView].map(x => x: nonUkAccountView)\n  }\n\n  implicit val AccountViewReads: Reads[AccountView] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n\n    __.read[ukAccountView].map(x => x: AccountView) |\n      __.read[nonUkAccountView].map(x => x: AccountView)\n  }\n\n\n  implicit val jsonWrites = Writes[AccountView] {\n    case m: ukAccountView =>\n      Json.obj(\n        \"ukAccount\" -> Json.obj(\n          \"sortCode\" -> m.sortCode,\n          \"accountNumber\" -> m.accountNumber\n        ))\n    case acc: AccountNumberView =>\n      Json.obj(\n        \"nonUkAccount\" -> Json.obj(\n          \"accountHasIban\" -> false,\n          \"accountNumber\" -> Json.obj(\"bankAccountNumber\" -> acc.accountNumber)\n        ))\n    case iban: IBANNumberView =>\n      Json.obj(\n        \"nonUkAccount\" -> Json.obj(\n          \"accountHasIban\" -> true,\n          \"accountNumber\" -> Json.obj(\"iban\" -> iban.iban)\n        ))\n  }\n}\n\ncase class ukAccountView(sortCode: String,\n                         accountNumber: String\n                        ) extends AccountView\n\nsealed trait nonUkAccountView extends AccountView\n\ncase class AccountNumberView(accountNumber: String) extends nonUkAccountView\n\ncase class IBANNumberView(iban: String) extends nonUkAccountView\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/ExpectedBusinessTurnover.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.BusinessActivityDetails\nimport play.api.libs.json._\n\nsealed trait ExpectedBusinessTurnover\n\nobject ExpectedBusinessTurnover {\n\n  case object First extends ExpectedBusinessTurnover\n  case object Second extends ExpectedBusinessTurnover\n  case object Third extends ExpectedBusinessTurnover\n  case object Fourth extends ExpectedBusinessTurnover\n  case object Fifth extends ExpectedBusinessTurnover\n  case object Sixth extends ExpectedBusinessTurnover\n  case object Seventh extends ExpectedBusinessTurnover\n\n  implicit val jsonReads = {\n    import play.api.libs.json.Reads.StringReads\n    (__ \\ \"expectedBusinessTurnover\").read[String].flatMap[ExpectedBusinessTurnover] {\n      case \"01\" => Reads(_ => JsSuccess(First))\n      case \"02\" => Reads(_ => JsSuccess(Second))\n      case \"03\" => Reads(_ => JsSuccess(Third))\n      case \"04\" => Reads(_ => JsSuccess(Fourth))\n      case \"05\" => Reads(_ => JsSuccess(Fifth))\n      case \"06\" => Reads(_ => JsSuccess(Sixth))\n      case \"07\" => Reads(_ => JsSuccess(Seventh))\n      case _ =>\n        Reads(_ => JsError(JsPath \\ \"expectedBusinessTurnover\", JsonValidationError(\"error.invalid\")))\n    }\n  }\n\n  implicit val jsonWrites = Writes[ExpectedBusinessTurnover] {\n    case First => Json.obj(\"expectedBusinessTurnover\" -> \"01\")\n    case Second => Json.obj(\"expectedBusinessTurnover\" -> \"02\")\n    case Third => Json.obj(\"expectedBusinessTurnover\" -> \"03\")\n    case Fourth => Json.obj(\"expectedBusinessTurnover\" -> \"04\")\n    case Fifth => Json.obj(\"expectedBusinessTurnover\" -> \"05\")\n    case Sixth => Json.obj(\"expectedBusinessTurnover\" -> \"06\")\n    case Seventh => Json.obj(\"expectedBusinessTurnover\" -> \"07\")\n  }\n\n  def conv(activityDtls: BusinessActivityDetails) : Option[ExpectedBusinessTurnover] = {\n    activityDtls.respActvtsBusRegForOnlyActvtsCarOut match {\n      case Some(data) => data.otherBusActivitiesCarriedOut match {\n        case Some(other) => other.anticipatedTotBusinessTurnover\n        case None => None\n      }\n      case None => None\n    }\n  }\n\n  implicit def convertTurnover(to: String): Option[ExpectedBusinessTurnover] = {\n\n      to match {\n        case \"\u00a30-\u00a315k\" => Some(First)\n        case \"\u00a315k-50k\" => Some(Second)\n        case \"\u00a350k-\u00a3100k\" => Some(Third)\n        case \"\u00a3100k-\u00a3250k\" => Some(Fourth)\n        case \"\u00a3250k-\u00a31m\" => Some(Fifth)\n        case \"\u00a31m-10m\" => Some(Sixth)\n        case \"\u00a310m+\" => Some(Seventh)\n        case  _ => None\n      }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"build.sbt","text":"import sbt.Keys._\nimport sbt.Tests.{Group, SubProcess}\nimport sbt._\nimport uk.gov.hmrc._\nimport DefaultBuildSettings.{addTestReportOption, defaultSettings, scalaSettings}\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin\nimport uk.gov.hmrc.versioning.SbtGitVersioning.autoImport.majorVersion\n\nval appName: String = \"amls\"\n\nlazy val appDependencies: Seq[ModuleID] = AppDependencies()\nlazy val plugins: Seq[Plugins] = Seq.empty\nlazy val playSettings: Seq[Setting[_]] = Seq.empty\n\ndef makeExcludedFiles(rootDir: File): Seq[String] = {\n  val excluded = findPlayConfFiles(rootDir) ++ findSbtFiles(rootDir)\n  excluded\n}\ndef findSbtFiles(rootDir: File): Seq[String] = {\n  if (rootDir.getName == \"project\") {\n    rootDir.listFiles().map(_.getName).toSeq\n  } else {\n    Seq()\n  }\n}\ndef findPlayConfFiles(rootDir: File): Seq[String] = {\n  Option {\n    new File(rootDir, \"conf\").listFiles()\n  }.fold(Seq[String]()) { confFiles =>\n    confFiles\n      .map(_.getName.replace(\".routes\", \".Routes\"))\n  }\n}\n\nlazy val scoverageSettings = {\n  import scoverage.ScoverageKeys\n  Seq(\n    ScoverageKeys.coverageExcludedPackages :=\n      \"<empty>;Reverse.*;.*AuthService.*;models\/.data\/..*;view.*;config.*;app;prod;testOnlyDoNotUseInAppConf;uk.gov.hmrc.BuildInfo;repositories.*\",\n    ScoverageKeys.coverageMinimumStmtTotal := 90,\n    ScoverageKeys.coverageFailOnMinimum := false,\n    ScoverageKeys.coverageHighlighting := true,\n    Test \/ parallelExecution := false\n  )\n}\n\nlazy val microservice = Project(appName, file(\".\"))\n  .enablePlugins(Seq(play.sbt.PlayScala,  SbtDistributablesPlugin) ++ plugins: _*)\n  .settings(majorVersion := 4)\n  .settings(playSettings ++ scoverageSettings: _*)\n  .settings(scalaSettings: _*)\n  .settings(scalaVersion := \"2.12.13\")\n  .settings(defaultSettings(): _*)\n  .settings(\n    libraryDependencies ++= appDependencies,\n    retrieveManaged := true,\n    PlayKeys.playDefaultPort := 8940\n  )\n  .configs(IntegrationTest)\n  .settings(inConfig(IntegrationTest)(Defaults.itSettings): _*)\n  .settings(\n    IntegrationTest \/ Keys.fork := false,\n    IntegrationTest \/ unmanagedSourceDirectories := (IntegrationTest \/ baseDirectory)(base => Seq(base \/ \"it\")).value,\n    addTestReportOption(IntegrationTest, \"int-test-reports\"),\n    IntegrationTest \/testGrouping := oneForkedJvmPerTest((IntegrationTest \/ definedTests).value),\n    IntegrationTest \/ parallelExecution := false\n   )\n  .disablePlugins(JUnitXmlReportPlugin)\n  .settings(resolvers += \"third-party-maven-releases\" at \"https:\/\/artefacts.tax.service.gov.uk\/artifactory\/third-party-maven-releases\/\")\n  .settings(scalacOptions += \"-P:silencer:pathFilters=routes\")\n  .settings(scalacOptions += \"-P:silencer:globalFilters=Unused import\")\n\nval allPhases = \"tt->test;test->test;test->compile;compile->compile\"\nval allItPhases = \"tit->it;it->it;it->compile;compile->compile\"\n\nlazy val TemplateTest = config(\"tt\") extend Test\nlazy val TemplateItTest = config(\"tit\") extend IntegrationTest\n\ndef oneForkedJvmPerTest(tests: Seq[TestDefinition]) = {\n  tests.map { test =>\n    new Group(test.name, Seq(test), SubProcess(ForkOptions().withRunJVMOptions(Vector(s\"-Dtest.name=${test.name}\"))))\n  }\n}"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/ContactDetails.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.ContactCommDetails\nimport play.api.libs.json.Json\n\ncase class ContactDetails(phoneNumber: String, emailAddress: String)\n\nobject ContactDetails {\n\n  implicit val formats = Json.format[ContactDetails]\n\n  implicit def conv(contactDetails: Option[ContactCommDetails]): Option[ContactDetails] = {\n    contactDetails match {\n      case Some(dtls) => Some(ContactDetails(dtls.primaryTeleNo, dtls.contactEmailAddress))\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/msb\/MsbMtDetails.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.businessmatching.{BusinessAppliedForPSRNumber, BusinessAppliedForPSRNumberNo, BusinessAppliedForPSRNumberYes}\nimport play.api.libs.json.Json\n\ncase class MsbMtDetails (\n                          applyForFcapsrRegNo: Boolean,\n                          fcapsrRefNo: Option[String],\n                          ipspServicesDetails: IpspServicesDetails,\n                          informalFundsTransferSystem: Boolean,\n                          noOfMoneyTrnsfrTransNxt12Mnths: Option[String],\n                          countriesLrgstMoneyAmtSentTo: Option[CountriesList],\n                          countriesLrgstTranscsSentTo: Option[CountriesList],\n                          psrRefChangeFlag: Option[Boolean] = None\n                        )\n\nobject MsbMtDetails {\n\n  implicit val format = Json.format[MsbMtDetails]\n\n  implicit def conv(msbNbmTuple:(models.fe.moneyservicebusiness.MoneyServiceBusiness, models.fe.businessmatching.BusinessMatching, Boolean)) : Option[MsbMtDetails] = {\n    val (msb, bm, amendVariation) = msbNbmTuple\n\n    val (largetAmount, largestTransaction) = msb.sendMoneyToOtherCountry.foldLeft[(Option[CountriesList], Option[CountriesList])]((None, None))(\n      (x, y)=> y.money match {\n      case true =>  (msb.sendTheLargestAmountsOfMoney.fold[Seq[String]](Seq.empty)(x => Seq(Some(x.country_1), x.country_2, x.country_3).flatten),\n        msb.mostTransactions.fold[Seq[String]](Seq.empty)(x => x.mostTransactionsCountries))\n      case false =>(None, None)\n    })\n\n    val (applyForPsr, psrNumber) = convPsr(bm.businessAppliedForPSRNumber)\n\n    Some(MsbMtDetails(applyForPsr,\n      psrNumber,\n      msb.businessUseAnIPSP,\n      msb.fundsTransfer.fold(false)(x=>x.transferWithoutFormalSystems),\n      msb.transactionsInNext12Months.fold[Option[String]](None)(x => Some(x.txnAmount)),\n      largetAmount,\n      largestTransaction,\n      amendVariation match {\n        case true => Some(false)\n        case _ => None\n      }\n    ))\n  }\n\n  def convPsr(psr: Option[BusinessAppliedForPSRNumber]) : (Boolean, Option[String]) = {\n    psr match {\n      case Some(data) => data match {\n        case BusinessAppliedForPSRNumberYes(number) => (true, Some(number))\n        case BusinessAppliedForPSRNumberNo => (false, None)\n      }\n      case None  => (false, None)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/DeregisterSubscriptionRequestSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\nimport DeregistrationReason._\n\nclass DeregisterSubscriptionRequestSpec extends PlaySpec {\n\n  val deregReasons: Map[String, DeregistrationReason] = Map(\n    \"Ceased Trading\" -> Ceasedtrading,\n    \"HVD - policy of not accepting high value cash payments\" -> HVDPolicyOfNotAcceptingHighValueCashPayments,\n    \"Out of scope\" -> OutOfScope,\n    \"Not trading in own right\" -> NotTradingInOwnRight,\n    \"Under another supervisor\" -> UnderAnotherSupervisor,\n    \"Change of Legal Entity\" -> ChangeOfLegalEntity\n  )\n\n  \"DeregisterSubscriptionRequest\" must {\n\n    \"successfully read json\" when {\n\n      deregReasons foreach {\n        case (str,md) => {\n          s\"deregistrationReason is $str\" in {\n            val inputRequest = Json.obj(\"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n              \"deregistrationDate\" -> \"2015-08-23\",\n              \"deregistrationReason\" -> str\n            )\n            val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", md, None)\n            DeregisterSubscriptionRequest.format.reads(inputRequest) must be(JsSuccess(model))\n          }\n        }\n      }\n\n      \"deregReasonOther has value\" in {\n        val inputRequest = Json.obj(\"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n          \"deregistrationDate\" -> \"2015-08-23\",\n          \"deregistrationReason\" -> \"Other, please specify\",\n          \"deregReasonOther\" -> \"Other Reason\")\n\n        val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", Other, Some(\"Other Reason\"))\n\n        DeregisterSubscriptionRequest.format.reads(inputRequest) must be(JsSuccess(model))\n      }\n\n      \"deregReasonOther is none\" in {\n\n        val inputRequest  = Json.obj(\n          \"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n          \"deregistrationDate\" -> \"2015-08-23\",\n          \"deregistrationReason\" -> \"Out of scope\"\n        )\n\n        val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", DeregistrationReason.OutOfScope, None)\n\n        DeregisterSubscriptionRequest.format.reads(inputRequest) must be(JsSuccess(model))\n\n      }\n    }\n\n    \"successfully write json\" when {\n\n      deregReasons foreach {\n        case (str, md) => {\n          s\"deregistrationReason is $str\" in {\n            val json = Json.obj(\n              \"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n              \"deregistrationDate\" -> \"2015-08-23\",\n              \"deregistrationReason\" -> str)\n\n            val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", md, None)\n\n            DeregisterSubscriptionRequest.format.writes(model) must be(json)\n          }\n        }\n      }\n\n      \"deregReasonOther has value\" in {\n        val json = Json.obj(\"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n          \"deregistrationDate\" -> \"2015-08-23\",\n          \"deregistrationReason\" -> \"Other, please specify\",\n          \"deregReasonOther\" -> \"Other Reason\")\n\n        val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", DeregistrationReason.Other, Some(\"Other Reason\"))\n\n        DeregisterSubscriptionRequest.format.writes(model) must be(json)\n      }\n\n      \"deregReasonOther is none\" in {\n\n        val json  = Json.obj(\n          \"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n          \"deregistrationDate\" -> \"2015-08-23\",\n          \"deregistrationReason\" -> \"Out of scope\"\n        )\n\n        val model = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", DeregistrationReason.OutOfScope, None)\n\n        DeregisterSubscriptionRequest.format.writes(model) must be(json)\n      }\n    }\n\n    \"throw error on invalid data\" when {\n      \"deregistrationReason is invalid\" in {\n        val inputRequest  = Json.obj(\n          \"acknowledgementReference\" -> \"AEF7234BGG12539GH143856HEA123412\",\n          \"deregistrationDate\" -> \"2015-08-23\",\n          \"deregistrationReason\" -> \"invalid\"\n        )\n\n        DeregisterSubscriptionRequest.format.reads(inputRequest) must be(JsError(List((JsPath \\\"deregistrationReason\" \\\"deregistrationReason\",\n          List(JsonValidationError(List(\"error.invalid\"))))))\n        )\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/audit\/SubscriptionEvent.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage audit\n\nimport exceptions.HttpStatusException\nimport models.des._\nimport play.api.libs.json._\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.AuditExtensions._\nimport uk.gov.hmrc.play.audit.model.{DataEvent, ExtendedDataEvent}\nimport utils._\n\nobject SubscriptionEvent {\n  def apply\n  (safeId: String, request: SubscriptionRequest, response: SubscriptionResponse)\n  (implicit\n   hc: HeaderCarrier,\n   reqW: Writes[SubscriptionRequest],\n   resW: Writes[SubscriptionResponse]\n  ): ExtendedDataEvent = {\n    ExtendedDataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = \"applicationSubmitted\",\n      tags = hc.toAuditTags(\"Subscription\", \"N\/A\"),\n      detail = Json.toJson(request).as[JsObject]\n        ++ Json.toJson(hc.toAuditDetails()).as[JsObject]\n        ++ JsObject(Map(\"amlsRegistrationNumber\" -> JsString(response.amlsRefNo)))\n        ++ JsObject(Map(\"paymentReference\" -> JsString(response.paymentReference)))\n        ++ JsObject(Map(\"safeId\" -> JsString(safeId)))\n        ++ Json.toJson(response).as[JsObject]\n    )\n  }\n}\n\nobject SubscriptionFailedEvent {\n  def apply\n  (safeId: String, request: SubscriptionRequest, ex: HttpStatusException)\n  (implicit\n   hc: HeaderCarrier,\n   reqW: Writes[SubscriptionRequest]\n  ): ExtendedDataEvent = {\n    ExtendedDataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = \"applicationSubmissionFailed\",\n      tags = hc.toAuditTags(\"Subscription\", \"N\/A\"),\n      detail = Json.toJson(request).as[JsObject]\n        ++ Json.toJson(hc.toAuditDetails()).as[JsObject]\n        ++ JsObject(Map(\"safeId\" -> JsString(safeId)))\n        ++ JsObject(Map(\"reason\" -> JsString(ex.body.getOrElse(\"No body found\"))))\n    )\n  }\n}\n\nobject SubscriptionValidationFailedEvent {\n  def apply\n  (safeId: String, request: SubscriptionRequest, validationResults: Seq[JsObject])\n  (implicit\n   hc: HeaderCarrier,\n   reqW: Writes[SubscriptionRequest]\n  ): ExtendedDataEvent = {\n    ExtendedDataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = \"applicationSubmissionFailedValidation\",\n      tags = hc.toAuditTags(\"Subscription\", \"N\/A\"),\n      detail = Json.obj(\n        \"request\" -> request,\n        \"validationResults\" -> validationResults,\n        \"safeId\" -> safeId\n      )\n    )\n  }\n}\n\nobject AmendmentEvent {\n  def apply\n  (amlsRegistrationNumber: String, request: AmendVariationRequest, response: AmendVariationResponse)\n  (implicit hc: HeaderCarrier): ExtendedDataEvent = {\n\n    val inputAuditType = request.amlsMessageType match {\n      case \"Amendment\" => \"amendmentSubmitted\"\n      case \"Variation\" => \"variationSubmitted\"\n      case \"Renewal\"  => \"renewalSubmitted\"\n      case \"Renewal Amendment\" => \"renewalAmendmentSubmitted\"\n      case _ => throw new Exception(\"Amls Message type is missing\")\n    }\n\n    val auditModel = AmendVariationAuditModel(amlsRegistrationNumber,\n      response,\n      request.acknowledgementReference,\n      request.businessDetails.typeOfLegalEntity,\n      request.changeIndicators,\n      request\n    )\n    val requiredInfo = Json.toJson(auditModel)\n\n    ExtendedDataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = inputAuditType,\n      tags = hc.toAuditTags(\"Amendment\", \"N\/A\"),\n      detail = requiredInfo.as[JsObject]\n        ++ Json.toJson(hc.toAuditDetails()).as[JsObject]\n    )\n  }\n}\n\nobject AmendmentEventFailed {\n  def apply\n  (amlsRegistrationNumber: String, request: AmendVariationRequest, ex: HttpStatusException)\n  (implicit hc: HeaderCarrier): ExtendedDataEvent = {\n\n    val inputAuditType = request.amlsMessageType match {\n      case \"Amendment\" => \"amendmentFailed\"\n      case \"Variation\" => \"variationFailed\"\n      case \"Renewal\"  => \"renewalFailed\"\n      case \"Renewal Amendment\" => \"renewalAmendmentfailed\"\n      case _ => throw new Exception(\"Amls Message type is missing\")\n    }\n\n    ExtendedDataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = inputAuditType,\n      tags = hc.toAuditTags(\"Amendment\", \"N\/A\"),\n      detail = Json.toJson(request).as[JsObject]\n        ++ Json.toJson(hc.toAuditDetails()).as[JsObject]\n        ++ JsObject(Map(\"amlsRegistrationNumber\" -> JsString(amlsRegistrationNumber)))\n        ++ JsObject(Map(\"reason\" -> JsString(ex.body.getOrElse(\"No body found\"))))\n    )\n  }\n}\n\nobject AmendVariationValidationFailedEvent {\n  def apply\n  (amlsReferenceNumber: String, request: AmendVariationRequest, validationResults: Seq[JsObject])\n  (implicit\n   hc: HeaderCarrier,\n   reqW: Writes[AmendVariationRequest]\n  ) = {\n    ExtendedDataEvent(\n      \/\/ NOTE: Use auditSource and auditType when searching splunk for failures.\n      auditSource = AuditHelper.appName,\n      auditType = \"amendVariationValidationFailedEvent\",\n      tags = hc.toAuditTags(\"Amendment\", \"N\/A\"),\n      detail = Json.toJson(hc.toAuditDetails()).as[JsObject] ++\n        Json.obj(\n          \"request\" -> request,\n        \"validationResults\" -> validationResults,\n        \"amlsRefNo\" -> amlsReferenceNumber\n      )\n    )\n  }\n}\n\nobject WithdrawSubscriptionEvent {\n  def apply\n  (amlsRegistrationNumber: String, request: WithdrawSubscriptionRequest, response: WithdrawSubscriptionResponse)\n  (implicit\n   hc: HeaderCarrier): DataEvent =\n    DataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = \"OutboundCall\",\n      tags = hc.toAuditTags(\"WithdrawSubscription\", \"N\/A\"),\n      detail = hc.toAuditDetails() ++ Map(\n        \"amlsRegistrationNumber\" -> amlsRegistrationNumber,\n        \"request\" -> Json.toJson(request).toString,\n        \"response\" -> Json.toJson(response).toString)\n    )\n}\n\nobject DeregisterSubscriptionEvent {\n  def apply\n  (amlsRegistrationNumber: String, request: DeregisterSubscriptionRequest, response: DeregisterSubscriptionResponse)\n  (implicit\n   hc: HeaderCarrier): DataEvent =\n    DataEvent(\n      auditSource = AuditHelper.appName,\n      auditType = \"OutboundCall\",\n      tags = hc.toAuditTags(\"DeregisterSubscription\", \"N\/A\"),\n      detail = hc.toAuditDetails() ++ Map(\n        \"amlsRegistrationNumber\" -> amlsRegistrationNumber,\n        \"request\" -> Json.toJson(request).toString,\n        \"response\" -> Json.toJson(response).toString)\n    )\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/VATRegistered.scala","text":"<reponame>hmrc\/amls<filename>app\/models\/fe\/responsiblepeople\/VATRegistered.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.RegDetails\nimport play.api.libs.json._\n\nsealed trait VATRegistered\n\ncase class VATRegisteredYes(value : String) extends VATRegistered\ncase object VATRegisteredNo extends VATRegistered\n\nobject VATRegistered {\n  implicit val jsonReads: Reads[VATRegistered] =\n    (__ \\ \"registeredForVAT\").read[Boolean] flatMap {\n    case true => (__ \\ \"vrnNumber\").read[String] map (VATRegisteredYes.apply _)\n    case false => Reads(_ => JsSuccess(VATRegisteredNo))\n  }\n\n  implicit val jsonWrites = Writes[VATRegistered] {\n    case VATRegisteredYes(value) => Json.obj(\n      \"registeredForVAT\" -> true,\n      \"vrnNumber\" -> value\n    )\n    case VATRegisteredNo => Json.obj(\"registeredForVAT\" -> false)\n  }\n\n  implicit def conv(des: Option[RegDetails]): Option[VATRegistered] = {\n    Some(\n      des match {\n        case Some(RegDetails(true, Some(regNo), _, _)) => VATRegisteredYes(regNo)\n        case _ => VATRegisteredNo\n      }\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/registrationdetails\/RegistrationDetailsSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.registrationdetails\n\nimport models.des.registrationdetails.{Individual, LLP, Organisation, RegistrationDetails => DesRegistrationDetails}\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\n\nclass RegistrationDetailsSpec extends PlaySpec with MustMatchers {\n\n  \"The RegistrationDetails model\" must {\n    \"serialise to Json\" when {\n      \"given an 'Individual' des model\" in {\n        \/\/noinspection ScalaStyle\n        val model = DesRegistrationDetails(true, Individual(\"Forename\", None, \"Surname\"))\n\n        RegistrationDetails.convert(model) mustBe RegistrationDetails(\n          companyName = \"<NAME>\",\n          isIndividual = true\n        )\n      }\n\n      \"given an 'organisation' des model\" in {\n        val model = DesRegistrationDetails(false, Organisation(\"Test Company Name\", isAGroup = Some(false), Some(LLP)))\n\n        RegistrationDetails.convert(model) mustBe RegistrationDetails(\n          companyName = \"Test Company Name\",\n          isIndividual = false\n        )\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/services\/AmendVariationService.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services\n\nimport java.io.InputStream\nimport audit.AmendVariationValidationFailedEvent\nimport com.eclipsesource.schema.{SchemaType, SchemaValidator}\nimport config.ApplicationConfig\nimport connectors._\n\nimport javax.inject.Inject\nimport models.Fees\nimport models.des.{AmendVariationResponse => DesAmendVariationResponse, _}\nimport models.fe.AmendVariationResponse\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.Json\nimport repositories.FeesRepository\nimport uk.gov.hmrc.http.HeaderCarrier\nimport utils._\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.{ApiRetryHelper, DateOfChangeUpdateHelper, ResponsiblePeopleUpdateHelper, TradingPremisesUpdateHelper}\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass AmendVariationService @Inject()(private[services] val amendVariationDesConnector: AmendVariationDESConnector,\n                                      private[services] val viewStatusDesConnector: SubscriptionStatusDESConnector,\n                                      private[services] val viewDesConnector: ViewDESConnector,\n                                      private[services] val auditConnector: AuditConnector,\n                                      val feeResponseRepository: FeesRepository,\n                                      private[services] val config: ApplicationConfig)(implicit val ec: ExecutionContext)\n  extends ResponsiblePeopleUpdateHelper with TradingPremisesUpdateHelper with DateOfChangeUpdateHelper with ChangeIndicatorHelper with Logging {\n\n  private[services] val validator: SchemaValidator = SchemaValidator()\n\n  def t(amendVariationResponse: DesAmendVariationResponse, amlsReferenceNumber: String)\n       (implicit f: (DesAmendVariationResponse, String) => Fees) =\n    f(amendVariationResponse, amlsReferenceNumber)\n\n  private[services] lazy val updates: Set[(AmendVariationRequest, SubscriptionView) => AmendVariationRequest] = {\n    val transforms: Set[(AmendVariationRequest, SubscriptionView) => AmendVariationRequest] = Set(\n      updateWithEtmpFields,\n      updateWithTradingPremises,\n      updateWithResponsiblePeople\n    )\n\n    val release7Transforms: Set[(AmendVariationRequest, SubscriptionView) =>\n      AmendVariationRequest] = Set(\n      updateWithHvdDateOfChangeFlag,\n      updateWithSupervisorDateOfChangeFlag,\n      updateWithBusinessActivitiesDateOfChangeFlag\n    )\n    transforms ++ release7Transforms\n  }\n\n  def compareAndUpdate(desRequest: AmendVariationRequest, amlsRegistrationNumber: String)(\n    implicit hc: HeaderCarrier,\n    apiRetryHelper: ApiRetryHelper\n  ): Future[AmendVariationRequest] = {\n    viewDesConnector.view(amlsRegistrationNumber).map { viewResponse =>\n\n      val updatedRequest = updateRequest(desRequest, viewResponse)\n      val desRPs = updateWithResponsiblePeople(desRequest, viewResponse).responsiblePersons\n\n      updatedRequest.setChangeIndicator(\n        changeIndicators = ChangeIndicators(\n          businessDetails = !viewResponse.businessDetails.equals(desRequest.businessDetails),\n          businessAddress = !viewResponse.businessContactDetails.businessAddress.equals(\n            desRequest.businessContactDetails.businessAddress\n          ),\n          businessReferences = isBusinessReferenceChanged(desRequest, viewResponse),\n          tradingPremises = !viewResponse.tradingPremises.equals(desRequest.tradingPremises),\n          businessActivities = businessActivitiesChangeIndicator(viewResponse, desRequest),\n          bankAccountDetails = !viewResponse.bankAccountDetails.equals(desRequest.bankAccountDetails),\n          msb = msbChangedIndicator(viewResponse, desRequest),\n          hvd = hvdChangedIndicator(viewResponse, desRequest),\n          asp = aspChangedIndicator(viewResponse, desRequest),\n          aspOrTcsp = aspOrTcspChangeIndicator(viewResponse, desRequest),\n          tcsp = tcspChangedIndicator(viewResponse, desRequest),\n          eab = eabChangedIndicator(viewResponse, desRequest),\n          amp = ampChangeIndicator(viewResponse, desRequest),\n          responsiblePersons = !viewResponse.responsiblePersons.equals(desRPs),\n          filingIndividual = !viewResponse.extraFields.filingIndividual.equals(desRequest.extraFields.filingIndividual)\n        )\n      )\n    }\n  }\n\n  def update\n  (amlsRegistrationNumber: String, request: AmendVariationRequest)\n  (implicit\n   hc: HeaderCarrier,\n   ec: ExecutionContext,\n   apiRetryHelper: ApiRetryHelper\n  ): Future[AmendVariationResponse] = {\n\n    val result = validateResult(request)\n\n    if (!result.isSuccess) {\n      \/\/ $COVERAGE-OFF$\n      result.fold(invalid = { errors =>\n        errors.foldLeft[String](\"\") {\n          (a, b) => a + \",\" + b._1.toJsonString\n        }\n      }, valid = identity)\n\n      result.fold(invalid = validationResult => {\n        val resultObjects = validationResult.map {\n          case (path, messages) => Json.obj(\n            \"path\" -> path.toJsonString,\n            \"messages\" -> messages.map(_.messages)\n          )\n        }\n        logger.warn(s\"[AmendVariationService][update] Schema Validation Failed : amlsReg: $amlsRegistrationNumber\")\n        auditConnector.sendExtendedEvent(AmendVariationValidationFailedEvent(amlsRegistrationNumber, request, resultObjects))\n      }, valid = identity)\n    } else {\n      logger.debug(s\"[AmendVariationService][update] Schema Validation Passed : amlsReg: $amlsRegistrationNumber\")\n    }\n\n    for {\n      response <- amendVariationDesConnector.amend(amlsRegistrationNumber, request)\n      status <- viewStatusDesConnector.status(amlsRegistrationNumber)\n      _ <- feeResponseRepository.insert(t(response, amlsRegistrationNumber))\n    } yield amendVariationResponse(request, status.isRenewalPeriod(), response)\n  }\n\n  private[services] def updateRequest(desRequest: AmendVariationRequest, viewResponse: SubscriptionView): AmendVariationRequest = {\n\n    def update(request: AmendVariationRequest, updateF: Set[(AmendVariationRequest, SubscriptionView) => AmendVariationRequest]): AmendVariationRequest = {\n      if (updateF.size < 1) {\n        request\n      } else {\n        if (updateF.size == 1) {\n          updateF.head(request, viewResponse)\n        } else {\n          val updated = updateF.head(request, viewResponse)\n          update(updated, updateF.tail)\n        }\n      }\n    }\n\n    update(desRequest, updates)\n  }\n\n  private[services] def updateWithEtmpFields(desRequest: AmendVariationRequest, viewResponse: SubscriptionView): AmendVariationRequest = {\n    val etmpFields = desRequest.extraFields.setEtmpFields(viewResponse.extraFields.etmpFields)\n    desRequest.setExtraFields(etmpFields)\n  }\n\n  private[services] def isBusinessReferenceChanged(desRequest: AmendVariationRequest, response: SubscriptionView) = {\n    !(response.businessReferencesAll.equals(desRequest.businessReferencesAll) &&\n      response.businessReferencesAllButSp.equals(desRequest.businessReferencesAllButSp) &&\n      response.businessReferencesCbUbLlp.equals(desRequest.businessReferencesCbUbLlp))\n  }\n\n  private[services] def validateResult(request: AmendVariationRequest) = {\n    \/\/ $COVERAGE-OFF$\n    val stream: InputStream = getClass.getResourceAsStream(\"\/resources\/api6_schema_release_5.1.0.json\")\n\n    val lines = scala.io.Source.fromInputStream(stream).getLines\n    val linesString = lines.foldLeft[String](\"\")((x, y) => x.trim ++ y.trim)\n\n    validator.validate(Json.fromJson[SchemaType](Json.parse(linesString.trim)).get, Json.toJson(request))\n  }\n\n  private[services] def amendVariationResponse(request: AmendVariationRequest, isRenewalWindow: Boolean, des: DesAmendVariationResponse) =\n    AmendVariationResponse.convert(request, isRenewalWindow, des)\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/responsiblepeople\/ResponsiblePersonsSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople.{SoleProprietor => RPSoleProprietor, _}\nimport models.{BusinessMatchingSection, DefaultDesValues, ResponsiblePeopleSection}\nimport org.joda.time.LocalDate\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsBoolean, JsString, JsSuccess, Json}\n\nclass ResponsiblePersonsSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"ResponsiblePersonsPhase2\" should {\n\n    \"Serialise to phase2 json successfully\" in {\n      ResponsiblePersons.jsonWrites.writes(RPValues.modelPhase2) must be(RPValues.jsonExpectedFromWritePhase2)\n    }\n\n    \"Deserialise from phase2 json successfully\" in {\n      ResponsiblePersons.jsonReads.reads(RPValues.jsonExpectedFromWritePhase2) must be (JsSuccess(RPValues.modelPhase2))\n    }\n\n    \"convert FE model to DES model for phase 2\" in {\n\n      val respPeoplePhase2 = ResponsiblePeopleSection.model.get.head.copy(\n        dateOfBirth = Some(DateOfBirth(LocalDate.parse(\"1990-02-24\"))),\n        positions = Some(Positions(Set(RPSoleProprietor, NominatedOfficer), None)),\n        approvalFlags = ApprovalFlags(Some(false), Some(true))\n      )\n\n      val responsiblePersonPhase2 = ResponsiblePersons.convertResponsiblePeopleToResponsiblePerson(\n        respPeoplePhase2,\n        BusinessMatchingSection.emptyModel\n      )\n\n      responsiblePersonPhase2 must be (RPValues.modelPhase2)\n    }\n\n    \"REMOVE WHEN FRONTEND IMPLEMENTED FOR PHASE 2 - F&P should return Some(false)\" in {\n\n      val respPeoplePhase2 = ResponsiblePeopleSection.model.get.head.copy(\n        dateOfBirth = Some(DateOfBirth(LocalDate.parse(\"1990-02-24\"))),\n        positions = Some(Positions(Set(RPSoleProprietor, NominatedOfficer), None)),\n        approvalFlags = ApprovalFlags(None, Some(true))\n      )\n\n      val responsiblePersonPhase2 = ResponsiblePersons.convertResponsiblePeopleToResponsiblePerson(\n        respPeoplePhase2,\n        BusinessMatchingSection.emptyModel\n      )\n\n      responsiblePersonPhase2.passedFitAndProperTest must be (Some(false))\n    }\n\n    \"REMOVE WHEN FRONTEND IMPLEMENTED FOR PHASE 2 - Approval should return Some(false)\" in {\n\n      val respPeoplePhase2 = ResponsiblePeopleSection.model.get.head.copy(\n        dateOfBirth = Some(DateOfBirth(LocalDate.parse(\"1990-02-24\"))),\n        positions = Some(Positions(Set(RPSoleProprietor, NominatedOfficer), None)),\n        approvalFlags = ApprovalFlags(Some(false), None)\n      )\n\n      val responsiblePersonPhase2 =\n\n          ResponsiblePersons.convertResponsiblePeopleToResponsiblePerson(\n        respPeoplePhase2,\n        BusinessMatchingSection.emptyModel\n      )\n\n      responsiblePersonPhase2.passedApprovalCheck must be (Some(false))\n    }\n  }\n}\n\nobject RPValues {\n\n  val model = DefaultDesValues.ResponsiblePersonsSectionForRelease7.get.head.copy(startDate = None)\n\n  val modelPhase2 = model.copy(\n    msbOrTcsp = None,\n    passedFitAndProperTest = Some(false),\n    passedApprovalCheck = Some(true),\n    nationalityDetails = Some(NationalityDetails(true, Some(IdDetail(Some(UkResident(\"nino\")), None, Some(\"1990-02-24\"))), Some(\"GB\"), Some(\"GB\")))\n  )\n\n  val jsonExpectedFromWrite = Json.obj(\n    \"nameDetails\" -> Json.obj(\n      \"personName\" -> Json.obj(\n        \"firstName\" -> \"name\",\n        \"middleName\" -> \"some\",\n        \"lastName\" -> \"surname\"\n      ),\n      \"othrNamesOrAliasesDetails\" -> Json.obj(\n        \"otherNamesOrAliases\" -> true,\n        \"aliases\" -> Json.arr(\n          \"Doc\"\n        )\n      ),\n      \"previousNameDetails\" -> Json.obj(\n        \"nameEverChanged\" -> true,\n        \"previousName\" -> Json.obj(\n          \"firstName\" -> \"fname\",\n          \"middleName\" -> \"mname\",\n          \"lastName\" -> \"lname\"\n        ),\n        \"dateOfChange\" -> \"1990-02-24\"\n      )\n    ),\n    \"nationalityDetails\" -> Json.obj(\n      \"areYouUkResident\" -> true,\n      \"idDetails\" -> Json.obj(\n        \"ukResident\" -> Json.obj(\n          \"nino\" -> \"nino\"\n        )\n      ),\n      \"countryOfBirth\" -> \"GB\",\n      \"nationality\" -> \"GB\"\n    ),\n    \"contactCommDetails\" -> Json.obj(\n      \"contactEmailAddress\" -> \"<EMAIL>\",\n      \"primaryTeleNo\" -> \"07000001122\"\n    ),\n    \"currentAddressDetails\" -> Json.obj(\n      \"address\" -> Json.obj(\n        \"addressLine1\" -> \"ccLine 1\",\n        \"addressLine2\" -> \"ccLine 2\",\n        \"country\" -> \"GB\",\n        \"postcode\" -> \"AA1 1AA\"\n      )\n    ),\n    \"timeAtCurrentAddress\" -> \"0-6 months\",\n    \"addressUnderThreeYears\" -> Json.obj(\n      \"address\" -> Json.obj(\n        \"addressLine1\" -> \"Line 1\",\n        \"addressLine2\" -> \"Line 2\",\n        \"country\" -> \"GB\",\n        \"postcode\" -> \"BB1 1BB\"\n      )\n    ),\n    \"timeAtAddressUnderThreeYears\" -> \"7-12 months\",\n    \"addressUnderOneYear\" -> Json.obj(\n      \"address\" -> Json.obj(\n        \"addressLine1\" -> \"e Line 1\",\n        \"addressLine2\" -> \"e Line 2\",\n        \"addressLine3\" -> \"e Line 3\",\n        \"addressLine4\" -> \"e Line 4\",\n        \"country\" -> \"GB\",\n        \"postcode\" -> \"CC1 1CC\"\n      )\n    ),\n    \"timeAtAddressUnderOneYear\" -> \"1-3 years\",\n    \"positionInBusiness\" -> Json.obj(\n      \"soleProprietor\" -> Json.obj(\n        \"soleProprietor\" -> true,\n        \"nominatedOfficer\" -> true,\n        \"other\" -> false\n      )),\n    \"regDetails\" -> Json.obj(\n      \"vatRegistered\" -> false,\n      \"saRegistered\" -> true,\n      \"saUtr\" -> \"0123456789\"\n    ),\n    \"previousExperience\" -> true,\n    \"descOfPrevExperience\" -> \"Some training\",\n    \"amlAndCounterTerrFinTraining\" -> true,\n    \"trainingDetails\" -> \"test\",\n    \"msbOrTcsp\" -> Json.obj(\n      \"passedFitAndProperTest\" -> true\n    )\n  )\n\n  val ukResident = Json.obj(\n    \"nino\" -> \"nino\"\n  )\n  val idDetails = Json.obj()\n    .+((\"ukResident\", ukResident))\n    .+((\"dateOfBirth\", JsString(\"1990-02-24\")))\n  val nationalityDetails = Json.obj()\n    .+((\"areYouUkResident\", JsBoolean(true)))\n    .+((\"idDetails\", idDetails))\n    .+((\"countryOfBirth\", JsString(\"GB\")))\n    .+((\"nationality\", JsString(\"GB\")))\n\n  val jsonExpectedFromWritePhase2 = jsonExpectedFromWrite\n    .-(\"nationalityDetails\")\n    .+((\"nationalityDetails\", nationalityDetails))\n    .-(\"msbOrTcsp\")\n    .+((\"passedFitAndProperTest\", JsBoolean(false)))\n    .+((\"passedApprovalCheck\", JsBoolean(true)))\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/msb\/MsbMtDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessmatching.{MoneyServiceBusiness => BMMoneyServiceBusiness_, _}\nimport models.fe.moneyservicebusiness._\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass MsbMtDetailsSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"MsbMtDetails\" should {\n\n    val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n    val businessAddress = Address(\"line1\", \"line2\", Some(\"line3\"), Some(\"line4\"), Some(\"AA1 1AA\"), \"GB\")\n    val BusinessActivitiesModel = BusinessActivities(Set(BMMoneyServiceBusiness_, TrustAndCompanyServices, TelephonePaymentService))\n    val ReviewDetailsModel = ReviewDetails(\"BusinessName\", BusinessType.UnincorporatedBody, businessAddress, \"XE0001234567890\")\n\n    \"convert to frontend MSB model to correct Msb Des model when Send money to other country is false\" in {\n      val msbMtDetails = MsbMtDetails(true,Some(\"123456\"),\n        IpspServicesDetails(false, None),\n        true,\n        Some(\"12345678963\"), None, None, Some(false))\n      val psrNumber = Some(BusinessAppliedForPSRNumberYes(\"123456\"))\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService), None, None, psrNumber)\n\n      val businessUseAnIPSP = BusinessUseAnIPSPNo\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"EUR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), customerMoneySource = true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        Some(businessUseAnIPSP),\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(false)),\n        Some(FundsTransfer(true)),\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        Some(TransactionsInNext12Months(\"12345678963\")),\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, true)) must be(Some(msbMtDetails))\n    }\n\n    \"convert to frontend MSB model to correct Msb Des model when Send money to other country is true\" in {\n      val msbMtDetails = MsbMtDetails(true,\n        Some(\"123456\"),\n        None,\n        false,\n        None, Some(CountriesList(List(\"GB\"))),\n        Some(CountriesList(List(\"LA\",\"LV\"))),\n        psrRefChangeFlag = Some(false))\n\n      val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n      val psrNumber = Some(BusinessAppliedForPSRNumberYes(\"123456\"))\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService),None, None, psrNumber)\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), customerMoneySource = true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        None,\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(true)),\n        None,\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        None,\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, true)) must be(Some(msbMtDetails))\n    }\n\n    \"convert to frontend MSB model to correct Msb Des model when submission is not an amendment or variation\" in {\n      val msbMtDetails = MsbMtDetails(true,\n        Some(\"123456\"),\n        None,\n        false,\n        None, Some(CountriesList(List(\"GB\"))),\n        Some(CountriesList(List(\"LA\",\"LV\"))),\n        psrRefChangeFlag = None)\n\n      val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n      val psrNumber = Some(BusinessAppliedForPSRNumberYes(\"123456\"))\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService),None, None, psrNumber)\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), customerMoneySource = true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        None,\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(true)),\n        None,\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        None,\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, false)) must be(Some(msbMtDetails))\n    }\n\n\n    \"convert to frontend MSB model to correct Msb Des model when fundTransfer is false\" in {\n      val msbMtDetails = MsbMtDetails(true,\n        Some(\"123456\"),\n        IpspServicesDetails(true,Some(List(IpspDetails(\"name\",\"123456789123456\")))),\n        false,\n        Some(\"12345678963\"),\n        Some(CountriesList(List(\"GB\"))),\n        Some(CountriesList(List(\"LA\", \"LV\"))),\n        psrRefChangeFlag = Some(false)\n      )\n\n      val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService),None, None,\n        Some(BusinessAppliedForPSRNumberYes(\"123456\")))\n      val businessUseAnIPSP = BusinessUseAnIPSPYes(\"name\", \"123456789123456\")\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), customerMoneySource = true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        Some(businessUseAnIPSP),\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(true)),\n        Some(FundsTransfer(false)),\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        Some(TransactionsInNext12Months(\"12345678963\")),\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, true)) must be(Some(msbMtDetails))\n    }\n\n\n    \"convert to frontend MSB model to correct Msb Des model when psrNumber option is false\" in {\n      val msbMtDetails = MsbMtDetails(false,\n        None,\n        IpspServicesDetails(true,Some(List(IpspDetails(\"name\",\"123456789123456\")))),\n        false,\n        Some(\"12345678963\"),\n        Some(CountriesList(List(\"GB\"))),\n        Some(CountriesList(List(\"LA\", \"LV\"))),\n        psrRefChangeFlag = Some(false)\n      )\n\n      val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService),None,\n        None, Some(BusinessAppliedForPSRNumberNo))\n      val businessUseAnIPSP = BusinessUseAnIPSPYes(\"name\", \"123456789123456\")\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        Some(businessUseAnIPSP),\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(true)),\n        Some(FundsTransfer(false)),\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        Some(TransactionsInNext12Months(\"12345678963\")),\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, true)) must be(Some(msbMtDetails))\n    }\n\n    \"convert to frontend MSB model to correct Msb Des model when psrNumberModel is None\" in {\n      val msbMtDetails = MsbMtDetails(false,\n        None,\n        IpspServicesDetails(true,Some(List(IpspDetails(\"name\",\"123456789123456\")))),\n        false,\n        Some(\"12345678963\"),\n        Some(CountriesList(List(\"GB\"))),\n        Some(CountriesList(List(\"LA\", \"LV\"))),\n        psrRefChangeFlag = Some(false)\n      )\n\n      val msbService = MsbServices(Set(TransmittingMoney, ChequeCashingNotScrapMetal))\n      val businessUseAnIPSP = BusinessUseAnIPSPYes(\"name\", \"123456789123456\")\n      val sendTheLargestAmountsOfMoney = SendTheLargestAmountsOfMoney(\"GB\")\n\n      val whichCurrencies = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")), customerMoneySource = true)\n\n      val mostTransactions = MostTransactions(Seq(\"LA\", \"LV\"))\n\n      val bm = BusinessMatching(ReviewDetailsModel, BusinessActivitiesModel, msbServices = Some(msbService),None,\n        None, None)\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Second),\n        Some(businessUseAnIPSP),\n        Some(IdentifyLinkedTransactions(true)),\n        Some(SendMoneyToOtherCountry(true)),\n        Some(FundsTransfer(false)),\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\")))),\n        Some(TransactionsInNext12Months(\"12345678963\")),\n        Some(CETransactionsInNext12Months(\"12345678963\")),\n        Some(sendTheLargestAmountsOfMoney),\n        Some(mostTransactions),\n        Some(whichCurrencies)\n      )\n      MsbMtDetails.conv((msbModel, bm, true)) must be(Some(msbMtDetails))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/UKPassport.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.{PassportDetail, ResponsiblePersons}\nimport play.api.libs.json._\n\nsealed trait UKPassport\n\ncase class UKPassportYes(ukPassportNumber: String) extends UKPassport\n\ncase object UKPassportNo extends UKPassport\n\nobject UKPassport {\n\n  implicit val jsonReads: Reads[UKPassport] =\n    (__ \\ \"ukPassport\").read[Boolean] flatMap {\n      case true => (__ \\ \"ukPassportNumber\").read[String] map UKPassportYes.apply\n      case false => Reads(_ => JsSuccess(UKPassportNo))\n    }\n\n  implicit val jsonWrites = Writes[UKPassport] {\n    case UKPassportYes(value) => Json.obj(\n      \"ukPassport\" -> true,\n      \"ukPassportNumber\" -> value\n    )\n    case UKPassportNo => Json.obj(\"ukPassport\" -> false)\n  }\n\n  implicit def conv(responsiblePersons: ResponsiblePersons): Option[UKPassport] = {\n    val passportDetail: Option[PassportDetail] = for {\n      nd <- responsiblePersons.nationalityDetails\n      id <- nd.idDetails\n      non <- id.nonUkResident\n      passport <- non.passportDetails\n    } yield passport\n\n    val ukPassport = passportDetail.map(passport => {\n      passport.passportNumber.ukPassportNumber match {\n        case Some(number) => UKPassportYes(number)\n        case _ => UKPassportNo\n      }\n    }).getOrElse(UKPassportNo)\n\n    if (responsiblePersons.nationalityDetails.exists(a => a.areYouUkResident)) {\n      None\n    } else {\n      Some(ukPassport)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/BusinessActivities.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe\nimport play.api.libs.json.Json\n\ncase class BusinessActivities(\n                               mlrActivitiesAppliedFor: Option[MlrActivitiesAppliedFor] = None,\n                               msbServicesCarriedOut: Option[MsbServicesCarriedOut] = None,\n                               hvdGoodsSold: Option[HvdGoodsSold] = None,\n                               hvdAlcoholTobacco: Option[HvdAlcoholTobacco] = None,\n                               aspServicesOffered: Option[AspServicesOffered] = None,\n                               tcspServicesOffered: Option[TcspServicesOffered] = None,\n                               tcspServicesforRegOffBusinessAddrVirtualOff: Option[ServicesforRegOff] = None,\n                               eabServicesCarriedOut: Option[EabServices] = None,\n                               ampServicesCarriedOut: Option[AmpServices] = None,\n                               all: Option[BusinessActivitiesAll] = None)\n\nobject BusinessActivities {\n  implicit val format = Json.format[BusinessActivities]\n\n  implicit def conv(feModel: fe.SubscriptionRequest): BusinessActivities = {\n\n\n    BusinessActivities(\n      feModel.businessMatchingSection,\n      feModel.businessMatchingSection,\n      HvdGoodsSold.conv(feModel.hvdSection),\n      feModel.hvdSection,\n      feModel.aspSection,\n      feModel.tcspSection,\n      feModel.tcspSection,\n      feModel.eabSection,\n      feModel.ampSection,\n      BusinessActivitiesAll.convtoActivitiesALL(feModel)\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/moneyservicebusiness\/SendTheLargestAmountsOfMoneySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{CountriesList, IpspDetails, IpspServicesDetails, MsbMtDetails}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.JsSuccess\n\nclass SendTheLargestAmountsOfMoneySpec extends PlaySpec {\n\n\n  \"SendTheLargestAmountsOfMoney\" must {\n\n    \"JSON validation\" must {\n      \"successfully validate givcen values\" in {\n        val data = SendTheLargestAmountsOfMoney(\"GB\")\n\n        SendTheLargestAmountsOfMoney.format.reads(SendTheLargestAmountsOfMoney.format.writes(data)) must\n          be(JsSuccess(data))\n      }\n     }\n\n    \"convert des to frontend model\" in {\n      val msbMtDetails = Some(MsbMtDetails(\n        true,\n        Some(\"123456\"),\n        IpspServicesDetails(\n          true,\n          Some(List(IpspDetails(\"IPSPName1\", \"IPSPMLRRegNo1\"), IpspDetails(\"IPSPName2\", \"IPSPMLRRegNo2\")))\n        ),\n        true,\n        Some(\"11111111111\"),\n        Some(CountriesList(List(\"GB\", \"AD\"))),\n        Some(CountriesList(List(\"AD\", \"GB\")))\n      ))\n      SendTheLargestAmountsOfMoney.convMsbMt(msbMtDetails) must be(Some(SendTheLargestAmountsOfMoney(\"GB\",Some(\"AD\"),None)))\n    }\n\n    \"convert des to frontend model when no countries listed\" in {\n      val msbMtDetails = Some(MsbMtDetails(\n        true,\n        Some(\"123456\"),\n        IpspServicesDetails(\n          true,\n          Some(List(IpspDetails(\"IPSPName1\", \"IPSPMLRRegNo1\"), IpspDetails(\"IPSPName2\", \"IPSPMLRRegNo2\")))\n        ),\n        true,\n        Some(\"11111111111\"),\n        None,\n        None)\n      )\n      SendTheLargestAmountsOfMoney.convMsbMt(msbMtDetails) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/responsiblepeople\/PositionInBusinessSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.des.responsiblepeople.{SoleProprietor => DesSoleProprietor}\nimport models.fe.businesscustomer.{ReviewDetails, Address => BMAddress}\nimport models.fe.businessmatching._\nimport models.fe.responsiblepeople.{SoleProprietor => FESoleProprietor, _}\nimport org.joda.time.LocalDate\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass PositionInBusinessSpec extends PlaySpec with MockitoSugar with GuiceOneAppPerSuite {\n\n  val today = new LocalDate()\n\n  \"PositionInBusiness\" must {\n\n    \"convert frontend model to des model successfully for SoleProprietor\" in {\n\n      val bm = BusinessMatching(ReviewDetails(\"CompanyName\", BusinessType.SoleProprietor, BMAddress(\"BusinessAddressLine1\", \"BusinessAddressLine2\",\n        Some(\"BusinessAddressLine3\"), Some(\"BusinessAddressLine4\"),\n        Some(\"AA1 1AA\"), \"AD\"), \"\"),\n        BusinessActivities(Set(HighValueDealing)),\n        None, None)\n\n      val desModel = Some(PositionInBusiness(\n        Some(DesSoleProprietor(true, true, Some(true), Some(\"some other role\"))),\n        None,\n        None\n      ))\n\n      val positions = Some(Positions(Set(Partner, FESoleProprietor, NominatedOfficer, Director, BeneficialOwner, Other(\"some other role\")), Some(today)))\n\n      PositionInBusiness.conv(positions, bm) must be(desModel)\n    }\n\n    \"convert frontend model to des model  successfully for LimitedCompany\" in {\n\n      val bm = BusinessMatching(ReviewDetails(\"CompanyName\", BusinessType.LimitedCompany, BMAddress(\"BusinessAddressLine1\", \"BusinessAddressLine2\",\n        Some(\"BusinessAddressLine3\"), Some(\"BusinessAddressLine4\"),\n        Some(\"AA1 1AA\"), \"AD\"), \"\"),\n        BusinessActivities(Set(HighValueDealing)),\n        None, None)\n\n      val desModel = Some(PositionInBusiness(\n        None,\n        None,\n        Some(CorpBodyOrUnInCorpBodyOrLlp(true, true, true, Some(true), Some(true), Some(\"some other role\")))\n      ))\n\n      val positions = Some(Positions(Set(Director, NominatedOfficer, DesignatedMember, BeneficialOwner, Other(\"some other role\")), Some(today)))\n\n      PositionInBusiness.conv(positions, bm) must be(desModel)\n    }\n\n    \"convert frontend model to des model  successfully for Partnership\" in {\n\n      val bm = BusinessMatching( ReviewDetails(\"CompanyName\", BusinessType.Partnership, BMAddress(\"BusinessAddressLine1\", \"BusinessAddressLine2\",\n        Some(\"BusinessAddressLine3\"), Some(\"BusinessAddressLine4\"),\n        Some(\"AA1 1AA\"), \"AD\"), \"\"),\n        BusinessActivities(Set(HighValueDealing)),\n        None, None)\n\n      val desModel = Some(PositionInBusiness(\n        None,\n        Some(Partnership(true, true, Some(true), Some(\"another role\"))),\n        None\n      ))\n\n      val positions = Some(Positions(Set(Partner, NominatedOfficer, Other(\"another role\")),Some(today)))\n\n      PositionInBusiness.conv(positions, bm) must be(desModel)\n    }\n\n    \"convert frontend model to des model successfully when user has no data selected\" in {\n      val bm = BusinessMatching(ReviewDetails(\"CompanyName\", BusinessType.Partnership, BMAddress(\"BusinessAddressLine1\", \"BusinessAddressLine2\",\n        Some(\"BusinessAddressLine3\"), Some(\"BusinessAddressLine4\"),\n        Some(\"AA1 1AA\"), \"AD\"), \"\"),\n        BusinessActivities(Set(HighValueDealing)),\n        None, None)\n\n      val desModel = Some(PositionInBusiness(\n        None,\n        Some(Partnership(other = Some(false), otherDetails = None)),\n        None\n      ))\n\n      val positions = Some(Positions(Set.empty, Some(today)))\n\n      PositionInBusiness.conv(positions, bm) must be(desModel)\n    }\n\n    \"convert des model to frontend model successfully when input is none\" in {\n      val bm = BusinessMatching(ReviewDetails(\"CompanyName\", BusinessType.LimitedCompany, BMAddress(\"BusinessAddressLine1\", \"BusinessAddressLine2\",\n        Some(\"BusinessAddressLine3\"), Some(\"BusinessAddressLine4\"),\n        Some(\"AA1 1AA\"), \"AD\"), \"\"),\n        BusinessActivities(Set(HighValueDealing)),\n        None, None)\n      PositionInBusiness.conv(None, bm) must be(None)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/AmendVariationResponse.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe\n\nimport models.des.{AmendVariationRequest, StatusProvider, AmendVariationResponse => DesAmendVariationResponse}\nimport play.api.libs.json.Json\n\ncase class AmendVariationResponse(\n                                   processingDate: String,\n                                   etmpFormBundleNumber: String,\n                                   registrationFee: BigDecimal,\n                                   fpFee: Option[BigDecimal],\n                                   fpFeeRate: Option[BigDecimal],\n                                   premiseFee: BigDecimal,\n                                   premiseFeeRate: Option[BigDecimal],\n                                   totalFees: BigDecimal,\n                                   paymentReference: Option[String],\n                                   difference: Option[BigDecimal],\n                                   addedResponsiblePeople: Int = 0,\n                                   addedResponsiblePeopleFitAndProper: Int = 0,\n                                   addedResponsiblePeopleApprovalCheck: Int = 0,\n                                   addedFullYearTradingPremises: Int = 0,\n                                   halfYearlyTradingPremises: Int = 0,\n                                   zeroRatedTradingPremises: Int = 0,\n                                   approvalCheckNumbers: Option[Int] = None,\n                                   approvalCheckFeeRate: Option[BigDecimal] = None,\n                                   approvalCheckFee: Option[BigDecimal] = None\n                                 )\n\nobject AmendVariationResponse {\n\n  implicit val format = Json.format[AmendVariationResponse]\n\n  def convert(request: AmendVariationRequest, isRenewalPeriod: Boolean, des: DesAmendVariationResponse): AmendVariationResponse = {\n\n    def detailsMatch[T](seqOption: Option[Seq[T]])(implicit statusProvider: StatusProvider[T]) = {\n\n      def statusMatch(status: Option[String]) = status match {\n        case Some(st) if st equals \"Added\" => true\n        case None => true\n        case _ => false\n      }\n\n      seqOption match {\n        case Some(contained) => contained count {\n          detail => statusMatch(statusProvider.getStatus(detail))\n        }\n        case _ => 0\n      }\n    }\n\n    val zeroRated = {\n      val addedOwnBusinessTradingPremisesCount = request.tradingPremises.ownBusinessPremises match {\n        case Some(ownBusinessPremises) => detailsMatch(ownBusinessPremises.ownBusinessPremisesDetails)\n        case None => 0\n      }\n      val addedAgentTradingPremisesCount = request.tradingPremises.agentBusinessPremises match {\n        case Some(agentBusinessPremises) => detailsMatch(agentBusinessPremises.agentDetails)\n        case None => 0\n      }\n\n      des.premiseHYNumber.getOrElse(0) + des.premiseFYNumber.getOrElse(0) - addedOwnBusinessTradingPremisesCount - addedAgentTradingPremisesCount\n    }\n\n    AmendVariationResponse(\n      processingDate = des.processingDate,\n      etmpFormBundleNumber = des.etmpFormBundleNumber,\n      registrationFee = des.registrationFee.getOrElse(0),\n      fpFee = des.fpFee,\n      fpFeeRate = des.fpFeeRate,\n      premiseFee = des.premiseFee.getOrElse(0),\n      premiseFeeRate = des.premiseFYFeeRate,\n      totalFees = des.totalFees.getOrElse(0),\n      paymentReference = des.paymentReference,\n      difference = des.difference,\n      addedResponsiblePeople = des.fpNumbers.getOrElse(0) + des.approvalCheckNumbers.getOrElse(0),\n      addedResponsiblePeopleFitAndProper = des.fpNumbers.getOrElse(0),\n      addedResponsiblePeopleApprovalCheck = des.approvalCheckNumbers.getOrElse(0),\n      addedFullYearTradingPremises = des.premiseFYNumber.getOrElse(0),\n      halfYearlyTradingPremises = des.premiseHYNumber.getOrElse(0),\n      zeroRatedTradingPremises = if (isRenewalPeriod) 0 else zeroRated,\n      approvalCheckNumbers = Some(des.approvalCheckNumbers.getOrElse(0)),\n      approvalCheckFeeRate = Some(des.approvalCheckFeeRate.getOrElse(0)),\n      approvalCheckFee = Some(des.approvalCheckFee.getOrElse(0))\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/ChangeIndicatorHelper.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport models.des.{AmendVariationRequest, SubscriptionView}\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport models.fe.amp.Amp\nimport models.fe.asp.Asp\nimport models.fe.businessactivities.BusinessActivities\nimport models.fe.businessdetails.BusinessDetails\nimport models.fe.businessmatching.BusinessMatching\nimport models.fe.eab.Eab\nimport models.fe.hvd.Hvd\nimport models.fe.moneyservicebusiness.MoneyServiceBusiness\nimport models.fe.supervision.Supervision\nimport models.fe.tcsp.Tcsp\nimport play.api.{Logger, Logging}\n\ntrait ChangeIndicatorHelper extends Logging {\n\n  def businessActivitiesChangeIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    convAndCompareBusinessActivities(response, desRequest)\n  }\n\n  def msbChangedIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasMsbSector(response)) {\n      convAndcompareMsb(response, desRequest)\n    } else {\n      isMsbChanged(response, desRequest)\n    }\n  }\n\n  def hvdChangedIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasHvdSector(response)) {\n      convAndcompareHvd(response, desRequest)\n    } else {\n      isHvdChanged(response, desRequest)\n    }\n  }\n\n  def aspChangedIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasAspSector(response)) {\n      convAndcompareAsp(response, desRequest)\n    } else {\n      isAspChanged(response, desRequest)\n    }\n  }\n\n  def tcspChangedIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasTcspSector(response)) {\n      convAndcompareTcsp(response, desRequest)\n    } else {\n      isTcspChanged(desRequest, response)\n    }\n  }\n\n  def eabChangedIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasEabSector(response)) {\n      convAndcompareEab(response, desRequest)\n    } else {\n      isEABChanged(desRequest, response)\n    }\n  }\n\n  def aspOrTcspChangeIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    if(hasAspSector(response) || hasTcspSector(response)) {\n      convAndCompareAspOrTcsp(response, desRequest)\n    } else {\n      isAspOrTcspChanged(response, desRequest)\n    }\n  }\n\n  def ampChangeIndicator(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    !response.amp.equals(desRequest.amp)\n  }\n\n  private def hasMsbSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (true, _, _, _, _, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private def hasHvdSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (_, true, _, _, _, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private def hasAspSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (_, _, true, _, _, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private def hasTcspSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (_, _, _, true, _, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private def hasEabSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (_, _, _, _, true, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private def convAndCompareBusinessActivities(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feBM   = BusinessMatching.conv(viewResponse)\n    val feHvd  = Hvd.conv(viewResponse)\n    val feAsp  = Asp.conv(viewResponse)\n    val feTcsp = Tcsp.conv(viewResponse)\n    val feEab = Eab.conv(viewResponse)\n    val feAmp  = Amp.conv(viewResponse)\n    val feBD   = BusinessDetails.conv(viewResponse)\n    val feBA   = BusinessActivities.convertBusinessActivities(\n      viewResponse.businessActivities.all,\n      viewResponse.businessActivities.mlrActivitiesAppliedFor\n    )\n\n    val desMlrActivitiesAppliedFor = models.des.businessactivities.MlrActivitiesAppliedFor.conv(feBM)\n    val desMsbServicesCarriedOut   = models.des.businessactivities.MsbServicesCarriedOut.conv(feBM)\n    val desHvdGoodsSold            = models.des.businessactivities.HvdGoodsSold.conv(feHvd)\n    val desHvdAlcoholTobacco       = models.des.businessactivities.HvdAlcoholTobacco.covn(feHvd)\n    val desAspServicesOffered      = models.des.businessactivities.AspServicesOffered.conv(feAsp)\n    val desTcspServicesOffered     = models.des.businessactivities.TcspServicesOffered.covn(feTcsp)\n    val desServicesforRegOff       = models.des.businessactivities.ServicesforRegOff.conv(feTcsp)\n    val desEabServices             = models.des.businessactivities.EabServices.convert(feEab)\n    val desAmpServices             = models.des.businessactivities.AmpServices.conv(feAmp)\n    val desBusinessActivitiesAll   = models.des.businessactivities.BusinessActivitiesAll.\n      convtoActivitiesALLChangeFlags(feBD, feBA, feAsp, feEab, feHvd, feBM)\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desMlrActivitiesAppliedFor: ${desMlrActivitiesAppliedFor}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.mlrActivitiesAppliedFor: ${desRequest.businessActivities.mlrActivitiesAppliedFor}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desMsbServicesCarriedOut: ${desMsbServicesCarriedOut}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.msbServicesCarriedOut: ${desRequest.businessActivities.msbServicesCarriedOut}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desHvdGoodsSold: ${desHvdGoodsSold}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.hvdGoodsSold: ${desRequest.businessActivities.hvdGoodsSold}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desHvdAlcoholTobacco: ${desHvdAlcoholTobacco}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.hvdAlcoholTobacco: ${desRequest.businessActivities.hvdAlcoholTobacco}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desAspServicesOffered: ${desAspServicesOffered}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.aspServicesOffered: ${desRequest.businessActivities.aspServicesOffered}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desTcspServicesOffered: ${desTcspServicesOffered}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.tcspServicesOffered: ${desRequest.businessActivities.tcspServicesOffered}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desServicesforRegOff: ${desServicesforRegOff}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.tcspServicesforRegOffBusinessAddrVirtualOff: ${desRequest.businessActivities.tcspServicesforRegOffBusinessAddrVirtualOff}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desEabServices: ${desEabServices}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.eabServicesCarriedOut: ${desRequest.businessActivities.eabServicesCarriedOut}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desAmpServices: ${desAmpServices}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.ampServicesCarriedOut: ${desRequest.businessActivities.ampServicesCarriedOut}\")\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desBusinessActivitiesAll: ${desBusinessActivitiesAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareBusinessActivities - desRequest.businessActivities.all: ${desRequest.businessActivities.all}\")\n\n    !desMlrActivitiesAppliedFor.equals(desRequest.businessActivities.mlrActivitiesAppliedFor) ||\n      !desMsbServicesCarriedOut.equals(desRequest.businessActivities.msbServicesCarriedOut) ||\n      !desHvdGoodsSold.equals(desRequest.businessActivities.hvdGoodsSold) ||\n      !desHvdAlcoholTobacco.equals(desRequest.businessActivities.hvdAlcoholTobacco) ||\n      !desAspServicesOffered.equals(desRequest.businessActivities.aspServicesOffered) ||\n      !desTcspServicesOffered.equals(desRequest.businessActivities.tcspServicesOffered) ||\n      !desServicesforRegOff.equals(desRequest.businessActivities.tcspServicesforRegOffBusinessAddrVirtualOff) ||\n      !desEabServices.equals(desRequest.businessActivities.eabServicesCarriedOut) ||\n      !desAmpServices.equals(desRequest.businessActivities.ampServicesCarriedOut) ||\n      !desBusinessActivitiesAll.equals(desRequest.businessActivities.all)\n  }\n\n  private def convAndcompareMsb(viewResponse: SubscriptionView, desRequest: AmendVariationRequest)  = {\n    val feBM   = BusinessMatching.conv(viewResponse)\n    val feMsb  = MoneyServiceBusiness.conv(viewResponse)\n    val desMsb = models.des.msb.MoneyServiceBusiness.conv(feMsb, feBM, amendVariation = true)\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareMsb - desMsb: ${desMsb}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareMsb - desRequest.msb: ${desRequest.msb}\")\n\n    !desMsb.equals(desRequest.msb)\n  }\n\n  private def convAndcompareHvd(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feHvd  = Hvd.conv(viewResponse)\n    val desHvd = models.des.hvd.Hvd.conv(feHvd)\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareAspOrTcsp - desHvd: ${desHvd}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareAspOrTcsp - desRequest.hvd: ${desRequest.hvd}\")\n\n    !desHvd.equals(desRequest.hvd)\n  }\n\n  private def convAndcompareAsp(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feAsp  = Asp.conv(viewResponse)\n    val desAsp = models.des.asp.Asp.conv(feAsp)\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareAsp - desAsp: ${desAsp}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareAsp - desRequest.tcspAll: ${desRequest.asp}\")\n\n    !desAsp.equals(desRequest.asp)\n  }\n\n  private def convAndcompareTcsp(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feTcsp              = Tcsp.conv(viewResponse)\n    val desTcsp             = Some(models.des.tcsp.TcspAll.conv(feTcsp))\n    val desTcspFormationAgt = if(viewResponse.businessActivities.tcspServicesOffered.isDefined &&\n      viewResponse.businessActivities.tcspServicesOffered.get.trustOrCompFormAgent) {\n      Some(models.des.tcsp.TcspTrustCompFormationAgt.conv(feTcsp))\n    } else {\n      None\n    }\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareTcsp - desTcsp: ${desTcsp}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareTcsp - desRequest.tcspAll: ${desRequest.tcspAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareTcsp - desTcspFormationAgt: ${desTcspFormationAgt}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareTcsp - desRequest.tcspTrustCompFormationAgt:${desRequest.tcspTrustCompFormationAgt}\")\n\n    !(desTcsp.equals(desRequest.tcspAll) &&\n      desTcspFormationAgt.equals(desRequest.tcspTrustCompFormationAgt))\n  }\n\n  private def convAndcompareEab(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feEab              = Eab.conv(viewResponse)\n\n    feEab match {\n      case None => true\n      case Some(eabModel) =>\n        val desEab             = Some(models.des.estateagentbusiness.EabAll.convert(eabModel))\n        val desEabResdEstAgncy = models.des.estateagentbusiness.EabResdEstAgncy.conv(feEab)\n        val desLettingAgents   = models.des.estateagentbusiness.LettingAgents.conv(feEab)\n\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desEab: ${desEab}\")\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desRequest.eabAll: ${desRequest.eabAll}\")\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desEabResdEstAgncy: ${desEabResdEstAgncy}\")\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desRequest.eabResdEstAgncy: ${desRequest.eabResdEstAgncy}\")\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desLettingAgents: ${desLettingAgents}\")\n        logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndcompareEab - desRequest.lettingAgents: ${desRequest.lettingAgents}\")\n\n        !(desEab.equals(desRequest.eabAll) &&\n          desEabResdEstAgncy.equals(desRequest.eabResdEstAgncy) &&\n          desLettingAgents.equals(desRequest.lettingAgents))\n    }\n  }\n\n  private def convAndCompareAspOrTcsp(viewResponse: SubscriptionView, desRequest: AmendVariationRequest) = {\n    val feAspOrTcsp  = Supervision.convertFrom(viewResponse.aspOrTcsp, viewResponse.businessActivities.mlrActivitiesAppliedFor)\n    val desAspOrTcsp = models.des.supervision.AspOrTcsp.conv(feAspOrTcsp)\n\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareAspOrTcsp - desAspOrTcsp: ${desAspOrTcsp}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] convAndCompareAspOrTcsp - desRequest.aspOrTcsp: ${desRequest.aspOrTcsp}\")\n\n    !desAspOrTcsp.equals(desRequest.aspOrTcsp)\n  }\n\n  private def isMsbChanged(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isMsbChanged - response.msb: ${response.msb}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isMsbChanged - desRequest.tcspAll: ${desRequest.msb}\")\n\n    !response.msb.equals(desRequest.msb)\n  }\n\n  private def isHvdChanged(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isHvdChanged - response.hvd: ${response.hvd}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isHvdChanged - desRequest.hvd: ${desRequest.hvd}\")\n\n    !response.hvd.equals(desRequest.hvd)\n  }\n\n  private def isAspChanged(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isAspChanged - response.hvd: ${response.asp}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isAspChanged - desRequest.asp: ${desRequest.asp}\")\n\n    !response.asp.equals(desRequest.asp)\n  }\n\n  private def isTcspChanged(desRequest: AmendVariationRequest, response: SubscriptionView) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isTcspChanged - response.tcspAll: ${response.tcspAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isTcspChanged - desRequest.tcspAll: ${desRequest.tcspAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isTcspChanged - response.tcspTrustCompFormationAgt: ${response.tcspTrustCompFormationAgt}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isTcspChanged - desRequest.tcspTrustCompFormationAgt: ${desRequest.tcspTrustCompFormationAgt}\")\n\n    !(response.tcspAll.equals(desRequest.tcspAll) &&\n      response.tcspTrustCompFormationAgt.equals(desRequest.tcspTrustCompFormationAgt))\n  }\n\n  private def isEABChanged(desRequest: AmendVariationRequest, response: SubscriptionView) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isEABChanged - response.eabAll: ${response.eabAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isEABChanged - desRequest.eabAll: ${desRequest.eabAll}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isEABChanged - response.eabResdEstAgncy: ${response.eabResdEstAgncy}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isEABChanged - desRequest.eabResdEstAgncy: ${desRequest.eabResdEstAgncy}\")\n\n    !(response.eabAll.equals(desRequest.eabAll) &&\n      response.eabResdEstAgncy.equals(desRequest.eabResdEstAgncy))\n  }\n\n  private def isAspOrTcspChanged(response: SubscriptionView, desRequest: AmendVariationRequest) = {\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isAspOrTcspChanged - response.aspOrTcsp: ${response.aspOrTcsp}\")\n    logger.debug(s\"[AmendVariationService][compareAndUpdate] isAspOrTcspChanged - desRequest.aspOrTcsp: ${desRequest.aspOrTcsp}\")\n\n    !response.aspOrTcsp.equals(desRequest.aspOrTcsp)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/msb\/CurrencySourcesR7.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.moneyservicebusiness.WhichCurrencies\nimport play.api.libs.json.Json\n\ncase class CurrencySourcesR7(bankDetails: Option[MSBBankDetails] =  None,\n                             currencyWholesalerDetails: Option[CurrencyWholesalerDetails] =  None,\n                             reSellCurrTakenIn: Boolean)\n\nobject CurrencySourcesR7 {\n\n  implicit val format = Json.format[CurrencySourcesR7]\n\n  implicit def conv(msb: models.fe.moneyservicebusiness.MoneyServiceBusiness): Option[CurrencySourcesR7] = {\n    msb.whichCurrencies map  {\n      data:WhichCurrencies => CurrencySourcesR7(\n        data.bankMoneySource,\n        data.wholesalerMoneySource,\n        data.customerMoneySource\n      )\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/ServicesforRegOff.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe.tcsp._\nimport play.api.libs.json.Json\n\ncase class ServicesforRegOff (\n                               callHandling : Boolean = false,\n                               emailHandling : Boolean = false,\n                               emailServer : Boolean = false,\n                               selfCollectMailboxes : Boolean = false,\n                               mailForwarding : Boolean = false,\n                               receptionist : Boolean = false,\n                               conferenceRooms : Boolean = false,\n                               other : Boolean = false,\n                               specifyOther : Option[String] = None\n                             )\n\nobject ServicesforRegOff {\n\n  implicit val format =  Json.format[ServicesforRegOff]\n\n  implicit def conv(tcsp: Option[Tcsp]) : Option[ServicesforRegOff] = {\n    tcsp match {\n      case Some(data) =>\n        lazy val serviceProviders = tcsp.tcspTypes.fold[Set[ServiceProvider]](Set.empty)(x => x.serviceProviders)\n\n        if (serviceProviders.contains(RegisteredOfficeEtc)) {\n          data.providedServices.fold[Set[TcspService]](Set.empty) { x => x.services }\n        } else {\n          None\n        }\n      case _ => None\n    }\n  }\n\n  implicit def conv1(svcs: Set[TcspService]) : Option[ServicesforRegOff] = {\n      val servicesforRegOff = svcs.foldLeft[ServicesforRegOff](ServicesforRegOff(false, false, false,false,false,false,false,false, None)) ((x, y) =>\n        y match {\n          case PhonecallHandling => x.copy(callHandling = true)\n          case EmailHandling => x.copy(emailHandling = true)\n          case EmailServer => x.copy(emailServer = true)\n          case SelfCollectMailboxes => x.copy(selfCollectMailboxes = true)\n          case MailForwarding => x.copy(mailForwarding = true)\n          case Receptionist => x.copy(receptionist = true)\n          case ConferenceRooms => x.copy(conferenceRooms = true)\n          case Other(dtls) => x.copy(other = true, specifyOther = Some(dtls))\n\n        }\n      )\n      Some(servicesforRegOff)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/AccountantForAMLSRegulations.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.{MlrActivitiesAppliedFor, MlrAdvisor}\nimport play.api.libs.json.Json\n\ncase class AccountantForAMLSRegulations(accountantForAMLSRegulations: Boolean)\n\nobject AccountantForAMLSRegulations {\n\n  implicit val formats = Json.format[AccountantForAMLSRegulations]\n\n  \/**\n    * Converts an MLR Advisor instance into AccountantForAMLSRegulations.\n    * There is some logic here to ensure that the correct data is returned if no advisor data is supplied, which is a real scenario\n    * if the application says that the business does ASP, but the user has answered 'no' to the Business Activities question 'Does your business receive advice...?' on\n    * the frontend. In this case, ETMP will not return any data for this question. In that case, if the business is not an ASP and there is no data\n    * for that question, then it can be assumed that the user answered 'no'.\n    * If the business IS an ASP, then None should be returned for this question (in this scenario, the user is never asked to complete that question).\n    * @param maybeAdvisor The MLR Advisor object to convert\n    * @param maybeActivities The MLR activities supplied as part of the application\n    * @return\n    *\/\n  def convertAccountant(maybeAdvisor: Option[MlrAdvisor], maybeActivities: Option[MlrActivitiesAppliedFor]): Option[AccountantForAMLSRegulations] =\n    (maybeAdvisor, maybeActivities) match {\n      case (None, Some(activities)) if !activities.asp => Some(AccountantForAMLSRegulations(false))\n      case (None, Some(activities)) if activities.asp => None\n      case (Some(advisor), _) => Some(AccountantForAMLSRegulations(advisor.doYouHaveMlrAdvisor))\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/SubscribeDESConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.{MockAudit, SubscriptionFailedEvent}\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport metrics.API4\nimport models.des\nimport models.des.SubscriptionRequest\nimport org.mockito.ArgumentCaptor\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfter\nimport play.api.http.Status._\nimport play.api.libs.json.Json\nimport uk.gov.hmrc.audit.HandlerResult\nimport uk.gov.hmrc.http.HttpResponse\nimport uk.gov.hmrc.play.audit.http.connector.AuditResult\nimport uk.gov.hmrc.play.audit.model.ExtendedDataEvent\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass SubscribeDESConnectorSpec extends AmlsBaseSpec with AmlsReferenceNumberGenerator with BeforeAndAfter {\n\n  before {\n    reset(mockAuditConnector)\n  }\n\n  trait Fixture {\n    val testConnector =  new SubscribeDESConnector(mockAppConfig, mockAuditConnector, mockHttpClient, mockMetrics) {\n      override private[connectors] val baseUrl: String = \"baseUrl\"\n      override private[connectors] val token: String = \"token\"\n      override private[connectors] val env: String = \"ist0\"\n      override private[connectors] val audit = MockAudit\n      override private[connectors] val fullUrl: String = s\"$baseUrl\/$requestUrl\/\"\n    }\n\n    val safeId = \"safeId\"\n\n    val successModel = des.SubscriptionResponse(\n      etmpFormBundleNumber = \"111111\",\n      amlsRefNo = amlsRegistrationNumber,\n      Some(1301737.96),\n      Some(231.42),\n      870458,\n      2172427.38,\n      \"string\"\n    )\n\n    val url = s\"${testConnector.fullUrl}\/$safeId\"\n\n    val mockTimer = mock[Timer.Context]\n\n    when {\n      testConnector.metrics.timer(eqTo(API4))\n    } thenReturn mockTimer\n  }\n\n  \"DESConnector\" must {\n\n    \"return a succesful future\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(successModel),\n        headers = Map(\"CorrelationId\" -> Seq(\"my-correlation-id\"))\n      )\n\n      when {\n        testConnector.httpClient.POST[des.SubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testConnector.subscribe(safeId, testRequest)) {\n        _ mustEqual successModel\n      }\n    }\n\n    \"return a failed future\" in new Fixture {\n\n      val response = HttpResponse(\n        status = BAD_REQUEST,\n        body = \"\",\n        headers = Map(\"CorrelationId\" -> Seq(\"my-correlation-id\"))\n      )\n\n      val auditResult = AuditResult.fromHandlerResult(HandlerResult.Success)\n\n      val captor = ArgumentCaptor.forClass(classOf[ExtendedDataEvent])\n\n      when {\n        testConnector.httpClient.POST[des.SubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      when {\n        testConnector.auditConnector.sendExtendedEvent(captor.capture())(any(), any())\n      } thenReturn Future.successful(auditResult)\n\n      whenReady(testConnector.subscribe(safeId, testRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual BAD_REQUEST\n          body.getOrElse(\"\").isEmpty mustEqual true\n          val subscriptionEvent = SubscriptionFailedEvent(safeId, testRequest, HttpStatusException(status, body))\n          verify(testConnector.auditConnector, times(2)).sendExtendedEvent(any())(any(), any())\n          val capturedEvent = captor.getValue\n          capturedEvent.auditSource mustEqual subscriptionEvent.auditSource\n          capturedEvent.auditType mustEqual subscriptionEvent.auditType\n          capturedEvent.detail mustEqual subscriptionEvent.detail\n      }\n    }\n\n    \"return a failed future (json validation)\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(\"message\"),\n        headers = Map(\"CorrelationId\" -> Seq(\"my-correlation-id\"))\n      )\n\n      val auditResult = AuditResult.fromHandlerResult(HandlerResult.Success)\n\n      val captor = ArgumentCaptor.forClass(classOf[ExtendedDataEvent])\n\n      when {\n        testConnector.httpClient.POST[des.SubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      when {\n        testConnector.auditConnector.sendExtendedEvent(captor.capture())(any(), any())\n      } thenReturn Future.successful(auditResult)\n\n      whenReady(testConnector.subscribe(safeId, testRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual OK\n          body mustEqual Some(\"\\\"message\\\"\")\n          val subscriptionEvent = SubscriptionFailedEvent(safeId, testRequest, HttpStatusException(status, body))\n          verify(testConnector.auditConnector, times(2)).sendExtendedEvent(any())(any(), any())\n          val capturedEvent = captor.getValue\n          capturedEvent.auditSource mustEqual subscriptionEvent.auditSource\n          capturedEvent.auditType mustEqual subscriptionEvent.auditType\n          capturedEvent.detail mustEqual subscriptionEvent.detail\n      }\n    }\n\n    \"return a failed future (exception)\" in new Fixture {\n\n      val auditResult = AuditResult.fromHandlerResult(HandlerResult.Success)\n\n      val captor = ArgumentCaptor.forClass(classOf[ExtendedDataEvent])\n\n      when {\n        testConnector.httpClient.POST[des.SubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.failed(new Exception(\"message\"))\n\n      when {\n        testConnector.auditConnector.sendExtendedEvent(captor.capture())(any(), any())\n      } thenReturn Future.successful(auditResult)\n\n      whenReady(testConnector.subscribe(safeId, testRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n          val subscriptionEvent = SubscriptionFailedEvent(safeId, testRequest, HttpStatusException(status, body))\n          verify(testConnector.auditConnector, times(maxRetries)).sendExtendedEvent(any())(any(), any())\n          val capturedEvent = captor.getValue\n          capturedEvent.auditSource mustEqual subscriptionEvent.auditSource\n          capturedEvent.auditType mustEqual subscriptionEvent.auditType\n          capturedEvent.detail mustEqual subscriptionEvent.detail\n      }\n    }\n\n    \"return a failed future (BAD_REQUEST)\" in new Fixture {\n\n      val auditResult = AuditResult.fromHandlerResult(HandlerResult.Success)\n\n      val captor = ArgumentCaptor.forClass(classOf[ExtendedDataEvent])\n\n      when {\n        testConnector.httpClient.POST[des.SubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, Some(\"error message\")))\n\n      when {\n        testConnector.auditConnector.sendExtendedEvent(captor.capture())(any(), any())\n      } thenReturn Future.successful(auditResult)\n\n      whenReady(testConnector.subscribe(safeId, testRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual BAD_REQUEST\n          body mustEqual Some(\"error message\")\n          val subscriptionEvent = SubscriptionFailedEvent(safeId, testRequest, HttpStatusException(status, body))\n          verify(testConnector.auditConnector, times(1)).sendExtendedEvent(any())(any(), any())\n          val capturedEvent = captor.getValue\n          capturedEvent.auditSource mustEqual subscriptionEvent.auditSource\n          capturedEvent.auditType mustEqual subscriptionEvent.auditType\n          capturedEvent.detail mustEqual subscriptionEvent.detail\n      }\n    }\n  }\n\n  def testRequest = Json.parse(\n    \"\"\"{\n  \"acknowledgementReference\": \"$AckRef$\",\n  \"businessDetails\": {\n    \"typeOfLegalEntity\": \"Sole Proprietor\"\n  },\n  \"businessContactDetails\": {\n    \"businessAddress\": {\n      \"addressLine1\": \"address line1\",\n      \"addressLine2\": \"address line2\",\n      \"addressLine3\": \"address line3\",\n      \"addressLine4\": \"address line4\",\n      \"country\": \"AA\",\n      \"postcode\": \"AA1 1AA\"\n    },\n    \"altCorrespondenceAddress\": false,\n    \"businessTelNo\": \"1234567891\",\n    \"businessEmail\": \"<EMAIL>\"\n  },\n  \"businessReferencesAll\": {\n    \"amlsRegistered\": true,\n    \"mlrRegNumber8Long\": \"12345678\",\n    \"prevRegForMlr\": false\n  },\n  \"businessActivities\": {\n    \"mlrActivitiesAppliedFor\": {\n      \"msb\": false,\n      \"hvd\": false,\n      \"asp\": true,\n      \"tcsp\": true,\n      \"eab\": true,\n      \"bpsp\": false,\n      \"tditpsp\": false,\n      \"amp\": false\n    },\n    \"aspServicesOffered\": {\n      \"accountant\": true,\n      \"payrollServiceProvider\": true,\n      \"bookKeeper\": true,\n      \"auditor\": false,\n      \"financialOrTaxAdvisor\": false\n    },\n    \"tcspServicesOffered\": {\n      \"nomineeShareholders\": true,\n      \"trusteeProvider\": true,\n      \"regOffBusinessAddrVirtualOff\": true,\n      \"compDirSecPartnerProvider\": false,\n      \"trustOrCompFormAgent\": true\n    },\n    \"tcspServicesforRegOffBusinessAddrVirtualOff\": {\n      \"callHandling\": true,\n      \"emailHandling\": true,\n      \"emailServer\": true,\n      \"selfCollectMailboxes\": true,\n      \"mailForwarding\": true,\n      \"receptionist\": false,\n      \"conferenceRooms\": false,\n      \"other\": false\n    },\n    \"eabServicesCarriedOut\": {\n      \"residentialEstateAgency\": true,\n      \"commercialEstateAgency\": true,\n      \"auctioneer\": true,\n      \"relocationAgent\": true,\n      \"businessTransferAgent\": false,\n      \"assetManagementCompany\": false,\n      \"landManagementAgent\": false,\n      \"developmentCompany\": false,\n      \"socialHousingProvider\": false\n    },\n    \"all\": {\n      \"businessActivityDetails\": {\n        \"actvtsBusRegForOnlyActvtsCarOut\": false,\n        \"respActvtsBusRegForOnlyActvtsCarOut\": {\n          \"otherBusActivitiesCarriedOut\": {\n            \"otherBusinessActivities\": \"scenario1.2\",\n            \"anticipatedTotBusinessTurnover\": \"99999\",\n            \"mlrActivityTurnover\": \"999999\"\n          }\n        }\n      },\n      \"franchiseDetails\": {\n        \"isBusinessAFranchise\": true,\n        \"franchiserName\": [\n          \"scenario1.2\"\n        ]\n      },\n      \"noOfEmployees\": \"123\",\n      \"noOfEmployeesForMlr\": \"321\",\n      \"nonUkResidentCustDetails\": {\n        \"nonUkResidentCustomers\": true,\n        \"whichCountries\": [\n          \"AA\"\n        ]\n      },\n      \"auditableRecordsDetails\": {\n        \"detailedRecordsKept\": \"Yes\",\n        \"transactionRecordingMethod\": {\n          \"manual\": true,\n          \"spreadsheet\": true,\n          \"commercialPackage\": true,\n          \"commercialPackageName\": \"scenario1.2\"\n        }\n      },\n      \"suspiciousActivityGuidance\": true,\n      \"nationalCrimeAgencyRegistered\": true,\n      \"formalRiskAssessmentDetails\": {\n        \"formalRiskAssessment\": true,\n        \"riskAssessmentFormat\": {\n          \"electronicFormat\": false,\n          \"manualFormat\": true\n        }\n      },\n      \"mlrAdvisor\": {\n        \"doYouHaveMlrAdvisor\": true,\n        \"mlrAdvisorDetails\": {\n          \"advisorNameAddress\": {\n            \"name\": \"scenario1.2\",\n            \"tradingName\": \"\",\n            \"address\": {\n              \"addressLine1\": \"add\",\n              \"addressLine2\": \"add\",\n              \"country\": \"AA\",\n              \"postcode\": \"bb11bb\"\n            }\n          },\n          \"agentDealsWithHmrc\": true,\n          \"hmrcAgentRefNo\": \"12345678911\"\n        }\n      }\n    }\n  },\n  \"tradingPremises\": {\n    \"ownBusinessPremises\": {\n      \"ownBusinessPremises\": true,\n      \"ownBusinessPremisesDetails\": [\n        {\n          \"tradingName\": \"trading1\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add\",\n            \"addressLine2\": \"add\",\n            \"country\": \"AA\",\n            \"postcode\": \"cc11cc\"\n          },\n          \"residential\": true,\n          \"msb\": {\n            \"mt\": false,\n            \"ce\": false,\n            \"smdcc\": false,\n            \"nonSmdcc\": false,\n            \"fx\": false\n          },\n          \"hvd\": {\n            \"hvd\": false\n          },\n          \"asp\": {\n            \"asp\": true\n          },\n          \"tcsp\": {\n            \"tcsp\": false\n          },\n          \"eab\": {\n            \"eab\": true\n          },\n          \"bpsp\": {\n            \"bpsp\": false\n          },\n          \"tditpsp\": {\n            \"tditpsp\": false\n          },\n          \"startDate\": \"1980-11-11\"\n        }\n      ]\n    },\n    \"agentBusinessPremises\": {\n      \"agentBusinessPremises\": false\n    }\n  },\n  \"bankAccountDetails\": {\n    \"noOfMlrBankAccounts\": \"0\"\n\n  },\n  \"asp\": {\n    \"regHmrcAgtRegSchTax\": true,\n    \"hmrcAgentRegNo\": \"12345678911\"\n  },\n  \"aspOrTcsp\": {\n    \"supervisionDetails\": {\n      \"prevSupervisedByMlsRegs\": true,\n      \"supervisorDetails\": {\n        \"nameOfLastSupervisor\": \"joe\",\n        \"supervisionStartDate\": \"2010-11-11\",\n        \"supervisionEndDate\": \"2010-11-11\",\n        \"supervisionEndingReason\": \"being over experienced\"\n      }\n    },\n    \"professionalBodyDetails\": {\n      \"prevWarnedWRegToAspActivities\": true,\n      \"detailsIfFinedWarned\": \"scenario1.2\",\n      \"professionalBody\": {\n        \"professionalBodyMember\": true,\n        \"professionalBodyDetails\": {\n          \"associationofAccountingTechnicians\": true,\n          \"associationofCharteredCertifiedAccountants\": true,\n          \"associationofInternationalAccountants\": true,\n          \"associationofTaxationTechnicians\": true,\n          \"charteredInstituteofManagementAccountants\": true,\n          \"charteredInstituteofTaxation\": true,\n          \"instituteofCertifiedBookkeepers\": true,\n          \"instituteofCharteredAccountantsinIreland\": true,\n          \"instituteofCharteredAccountantsinScotland\": true,\n          \"instituteofCharteredAccountantsofEnglandandWales\": true,\n          \"instituteofFinancialAccountants\": true,\n          \"internationalAssociationofBookKeepers\": true,\n          \"lawSociety\": true,\n          \"other\": true,\n          \"specifyOther\": \"scenario1.2\"\n        }\n      }\n    }\n  },\n  \"tcspAll\": {\n    \"anotherTcspServiceProvider\": true,\n    \"tcspMlrRef\": \"12345678\"\n  },\n  \"tcspTrustCompFormationAgt\": {\n    \"onlyOffTheShelfCompsSold\": true,\n    \"complexCorpStructureCreation\": true\n  },\n  \"eabAll\": {\n    \"estateAgencyActProhibition\": true,\n    \"estAgncActProhibProvideDetails\": \"scenario1.2\",\n    \"prevWarnedWRegToEstateAgencyActivities\": true,\n    \"prevWarnWRegProvideDetails\": \"scenario1.2\"\n  },\n  \"eabResdEstAgncy\": {\n    \"regWithRedressScheme\": true,\n    \"whichRedressScheme\": \"The Property Ombudsman Limited\"\n  },\n  \"responsiblePersons\": [\n    {\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"somename\",\n          \"lastName\": \"somelastname\"\n        },\n        \"othrNamesOrAliasesDetails\": {\n          \"otherNamesOrAliases\": true,\n          \"aliases\": [\n            \"somealiase\"\n          ]\n        },\n        \"previousNameDetails\": {\n          \"nameEverChanged\": true,\n          \"previousName\": {\n            \"firstName\": \"firstname\",\n            \"lastName\": \"lastname\"\n          },\n          \"dateOfChange\": \"2011-11-11\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AA123456C\"\n          }\n        },\n        \"countryOfBirth\": \"AA\",\n        \"nationality\": \"BB\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"1234567891\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add\",\n          \"addressLine2\": \"add\",\n          \"country\": \"AA\",\n          \"postcode\": \"mm11mm\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"1-3 years\",\n      \"addressUnderThreeYears\": {\n        \"address\": {\n          \"addressLine1\": \"add\",\n          \"addressLine2\": \"add\",\n          \"country\": \"AA\",\n          \"postcode\": \"AA11AA\"\n        }\n      },\n      \"timeAtAddressUnderThreeYears\": \"1-3 years\",\n      \"addressUnderOneYear\": {\n        \"address\": {\n          \"addressLine1\": \"add\",\n          \"addressLine2\": \"add\",\n          \"country\": \"AA\",\n          \"postcode\": \"BB11BB\"\n        }\n      },\n      \"timeAtAddressUnderOneYear\": \"1-3 years\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": false,\n          \"nominatedOfficer\": true\n        },\n        \"partnership\": {\n          \"partner\": false,\n          \"nominatedOfficer\": false\n        },\n        \"corpBodyOrUnInCorpBodyOrLlp\": {\n          \"director\": false,\n          \"beneficialOwner\": false,\n          \"nominatedOfficer\": false\n        }\n      },\n      \"regDetails\": {\n        \"vatRegistered\": false,\n        \"saRegistered\": false\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"scenario1.2\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"scenario1.2\",\n      \"msbOrTcsp\": {\n        \"passedFitAndProperTest\": true\n      }\n    }\n  ],\n  \"filingIndividual\": {\n    \"individualDetails\": {\n      \"firstName\": \"fname\",\n      \"lastName\": \"lname\"\n    },\n    \"employedWithinBusiness\": false,\n    \"roleWithinBusiness\":{\n      \"beneficialShareholder\": false,\n      \"director\": false,\n      \"partner\": false,\n      \"internalAccountant\": false,\n      \"soleProprietor\": false,\n      \"nominatedOfficer\": false,\n      \"designatedMember\": false,\n      \"other\": false\n    },\n    \"roleForTheBusiness\":{\n      \"externalAccountant\": true,\n      \"other\": false\n    }\n  },\n  \"declaration\": {\n    \"declarationFlag\": true\n  }\n}\"\"\").as[SubscriptionRequest]\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/CustomersOutsideUK.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.BusinessActivitiesAll\nimport play.api.libs.json.Json\n\ncase class CustomersOutsideUK(isOutside:Boolean ,countries: Option[Seq[String]])\n\nobject CustomersOutsideUK {\n\n  implicit val format = Json.format[CustomersOutsideUK]\n\n  def conv(des: BusinessActivitiesAll) : Option[CustomersOutsideUK] = {\n    des.nonUkResidentCustDetails.whichCountries match {\n      case Some(countries) => Some(CustomersOutsideUK(true, Some(countries)))\n      case _ => Some(CustomersOutsideUK(false, None))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/ResidenceTypeSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople._\nimport org.scalatestplus.play.PlaySpec\n\nclass ResidenceTypeSpec extends PlaySpec {\n\n  \"ResidenceType\" must {\n\n    \"convert des.NationalityDetails to fe.ResidenceType\" in {\n      val desModel = Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AD\"),\n        Some(\"AD\")\n      ))\n\n      val feModel = Some(NonUKResidence)\n\n      ResidenceType.conv(desModel) must be(feModel)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/estateagentbusiness\/LettingAgents.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.estateagentbusiness\n\nimport play.api.libs.json.{Json, OFormat}\n\ncase class LettingAgents (clientMoneyProtection: Option[Boolean])\n\nobject LettingAgents {\n\n  implicit val format: OFormat[LettingAgents] = Json.format[LettingAgents]\n\n  implicit def conv(eabOpt: Option[models.fe.eab.Eab]): Option[LettingAgents] = {\n\n    eabOpt match {\n      case Some(eab) => eab.data.clientMoneyProtectionScheme match {\n        case Some(true)  => Some(LettingAgents(clientMoneyProtection = Some(true)))\n        case Some(false) => Some(LettingAgents(clientMoneyProtection = Some(false)))\n        case _ => None\n      }\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessmatching\/BusinessAppliedForPSRNumber.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport models.des.msb.{MsbMtDetails}\nimport play.api.libs.json._\n\nsealed trait BusinessAppliedForPSRNumber\ncase class BusinessAppliedForPSRNumberYes(regNumber: String) extends BusinessAppliedForPSRNumber\ncase object BusinessAppliedForPSRNumberNo extends BusinessAppliedForPSRNumber\n\nobject BusinessAppliedForPSRNumber {\n\n  implicit val jsonReads: Reads[BusinessAppliedForPSRNumber] =\n    (__ \\ \"appliedFor\").read[Boolean] flatMap {\n      case true => (__ \\ \"regNumber\").read[String] map BusinessAppliedForPSRNumberYes.apply\n      case false => Reads(_ => JsSuccess(BusinessAppliedForPSRNumberNo))\n  }\n\n  implicit val jsonWrites = Writes[BusinessAppliedForPSRNumber] {\n    case BusinessAppliedForPSRNumberYes(value) => Json.obj(\n      \"appliedFor\" -> true,\n      \"regNumber\" -> value\n    )\n    case BusinessAppliedForPSRNumberNo => Json.obj(\"appliedFor\" -> false)\n  }\n\n  implicit def convMsbMt(msbMt: Option[MsbMtDetails]): Option[BusinessAppliedForPSRNumber] = {\n    msbMt match {\n      case Some(msbDtls) => msbDtls.applyForFcapsrRegNo match {\n        case true =>Some(BusinessAppliedForPSRNumberYes(msbDtls.fcapsrRefNo.getOrElse(\"\")))\n        case false =>Some(BusinessAppliedForPSRNumberNo)\n      }\n      case None => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/aboutyou\/AboutYouRelease7Spec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutyou\n\nimport models.fe.declaration.AddPerson\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass AboutYouRelease7Spec extends PlaySpec {\n\n  \"AboutYouRelease7\" must {\n    \"be serialisable for roleWithinBusiness\" in {\n\n      val json = Json.obj(\n        \"individualDetails\" -> Json.obj(\"firstName\" -> \"fName\", \"lastName\" -> \"lName\"),\n        \"employedWithinBusiness\" -> true,\n        \"roleWithinBusiness\" -> Json.obj(\n          \"beneficialShareholder\" -> true,\n          \"director\" -> true,\n          \"partner\" -> true,\n          \"internalAccountant\" -> true,\n          \"soleProprietor\" -> true,\n          \"nominatedOfficer\" -> true,\n          \"designatedMember\" -> true,\n          \"other\" -> false\n        )\n      )\n\n      val aboutyouModel = AboutYouRelease7(\n        Some(IndividualDetails(\"fName\", None, \"lName\")),\n        true,\n        Some(RolesWithinBusiness(true, true, true, true, true, true, true, false, None))\n      )\n\n      AboutYouRelease7.format.writes(aboutyouModel) must be(json)\n      AboutYouRelease7.format.reads(json) must be(JsSuccess(aboutyouModel))\n\n    }\n\n    \"be serialisable for roleForTheBusiness\" in {\n\n      val json = Json.obj(\n        \"individualDetails\" -> Json.obj(\"firstName\" -> \"fName\", \"lastName\" -> \"lName\"),\n        \"employedWithinBusiness\" -> false,\n        \"roleForTheBusiness\" -> Json.obj(\n          \"externalAccountant\" -> true,\n          \"other\" -> false\n        )\n      )\n\n      val aboutyouModel = AboutYouRelease7(Some(IndividualDetails(\"fName\", None, \"lName\")), false, None, Some(RoleForTheBusiness(true, false, None)))\n\n      AboutYouRelease7.format.writes(aboutyouModel) must be(json)\n      AboutYouRelease7.format.reads(json) must be(JsSuccess(aboutyouModel))\n\n    }\n\n    \"convert to the des model correctly\" when {\n      \"given frontend model without external accountant or Other\" in {\n\n        val desModel = AboutYouRelease7(\n          Some(IndividualDetails(\"fName\", None, \"lName\")),\n          true,\n          Some(RolesWithinBusiness(true, true, true, true, true, true, true, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        val frontendModel = AddPerson(\"fName\", None, \"lName\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember\n          ))\n        )\n\n        AboutYouRelease7.convert(frontendModel) must be(desModel)\n      }\n\n      \"given frontend model with external accountant and Other\" in {\n\n        val desModel = AboutYouRelease7(\n          Some(IndividualDetails(\"fName\", None, \"lName\")),\n          false,\n          Some(RolesWithinBusiness(true, true, true, true, true, true, true, true, Some(\"some other text\"))),\n          Some(RoleForTheBusiness(true, true, Some(\"some other text\")))\n        )\n\n        val frontendModel = AddPerson(\"fName\", None, \"lName\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.ExternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember,\n            models.fe.declaration.Other(\"some other text\")\n          ))\n        )\n\n        AboutYouRelease7.convert(frontendModel) must be(desModel)\n\n      }\n    }\n\n    \"Convert from old model to new release 7 model\" when {\n      \"given a Beneficial Shareholder and external accountant\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Beneficial Shareholder\"),\n          None,\n          Some(\"External Accountant\"),\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(beneficialShareholder = true, false, false, false, false, false, false, false, None)),\n          Some(RoleForTheBusiness(externalAccountant = true, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n\n      \"given a Director\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Director\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, director = true, false, false, false, false, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given a Partner\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Partner\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, partner = true, false, false, false, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given an Internal Accountant\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Internal Accountant\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, false, internalAccountant = true, false, false, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given a Sole Proprietor\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Sole Proprietor\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, false, false, soleProprietor = true, false, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given a Nominated Officer\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Nominated Officer\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, false, false, false, nominatedOfficer = true, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given a Designated Member\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Designated Member\"),\n          None,\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, false, false, false, false, designatedMember = true, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n      \"given a 'Other' role'\" in {\n\n        val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n        val employedWithinBusiness = false\n        val oldModel = Aboutyou(\n          individualDetails,\n          employedWithinBusiness,\n          Some(\"Other\"),\n          Some(\"Some other text\"),\n          None,\n          None\n        )\n\n        val release7Model = AboutYouRelease7(individualDetails,\n          employedWithinBusiness,\n          Some(RolesWithinBusiness(false, false, false, false, false, false, false, true, Some(\"Some other text\"))),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        AboutYouRelease7.convertToRelease7(oldModel) must be(release7Model)\n      }\n    }\n\n  }\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/PositionWithinBusinessSpec.scala","text":"<filename>test\/models\/fe\/responsiblepeople\/PositionWithinBusinessSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.{CorpBodyOrUnInCorpBodyOrLlp, Partnership, PositionInBusiness, RPExtra, ResponsiblePersons, SoleProprietor => DesSoleProprietor}\nimport org.joda.time.LocalDate\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass PositionWithinBusinessSpec extends PlaySpec with MockitoSugar {\n\n  private val today: LocalDate = new LocalDate()\n  \"JSON validation\" must {\n\n    \"successfully validate given a BeneficialOwner value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"01\")) must\n        be(JsSuccess(BeneficialOwner))\n    }\n\n    \"successfully validate given a Director value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"02\")) must\n        be(JsSuccess(Director))\n    }\n\n    \"successfully validate given a InternalAccountant value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"03\")) must\n        be(JsSuccess(InternalAccountant))\n    }\n\n    \"successfully validate given a NominatedOfficer value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"04\")) must\n        be(JsSuccess(NominatedOfficer))\n    }\n\n    \"successfully validate given a Partner value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"05\")) must\n        be(JsSuccess(Partner))\n    }\n\n    \"successfully validate given a SoleProprietor value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"06\")) must\n        be(JsSuccess(SoleProprietor))\n    }\n\n    \"successfully validate given an Other value\" in {\n      Json.fromJson[PositionWithinBusiness](Json.obj(\"other\" -> \"some other role\")) mustBe JsSuccess(Other(\"some other role\"))\n    }\n\n    \"fail to validate when given an empty value\" in {\n      Json.fromJson[PositionWithinBusiness](JsString(\"\")) must\n        be(JsError((JsPath \\ \"positions\") -> JsonValidationError(\"error.invalid\")))\n    }\n\n    \"write the correct value for BeneficialOwner\" in {\n      Json.toJson(BeneficialOwner: PositionWithinBusiness) must be(JsString(\"01\"))\n    }\n\n    \"write the correct value for Director\" in {\n      Json.toJson(Director: PositionWithinBusiness) must be(JsString(\"02\"))\n    }\n\n    \"write the correct value for InternalAccountant\" in {\n      Json.toJson(InternalAccountant: PositionWithinBusiness) must be(JsString(\"03\"))\n    }\n\n    \"write the correct value for NominatedOfficer\" in {\n      Json.toJson(NominatedOfficer: PositionWithinBusiness) must be(JsString(\"04\"))\n    }\n\n    \"write the correct value for Partner\" in {\n      Json.toJson(Partner: PositionWithinBusiness) must be(JsString(\"05\"))\n    }\n\n    \"write the correct value for SoleProprietor\" in {\n      Json.toJson(SoleProprietor: PositionWithinBusiness) must be(JsString(\"06\"))\n    }\n\n    \"write the correct value for Other\" in {\n      Json.toJson(Other(\"some other role\"): PositionWithinBusiness) mustBe Json.obj(\"other\" -> \"some other role\")\n    }\n\n    \"convert des model to frontend model successfully\" in {\n\n      val position = Some(PositionInBusiness(\n        Some(DesSoleProprietor(true, true, Some(false), Some(\"texty text text\"))),\n        Some(Partnership(true, true)),\n        Some(CorpBodyOrUnInCorpBodyOrLlp(true, true, true, Some(true)))\n      ))\n\n      val desModel = ResponsiblePersons(None,None,None,None,None,None,None,None,None,position,None,false,None,false,None,Some(today.toString()),None,None,extra = RPExtra())\n\n      Positions.conv(desModel) must be(Some(Positions(Set(Partner, SoleProprietor, NominatedOfficer, Director, BeneficialOwner, DesignatedMember), Some(today))))\n    }\n\n    \"convert des model to frontend model successfully with other details\" in {\n\n      val positions = Seq(\n        PositionInBusiness(Some(DesSoleProprietor(true, false, Some(true), Some(\"another sp role\"))), None, None),\n        PositionInBusiness(None, Some(Partnership(true, false, Some(true), Some(\"another partnership role\"))), None),\n        PositionInBusiness(None, None, Some(CorpBodyOrUnInCorpBodyOrLlp(false, true, false, None, Some(true), Some(\"another corp role\"))))\n      )\n\n      val expectedResults = Seq(\n        Positions(Set(SoleProprietor, Other(\"another sp role\")), Some(today)),\n        Positions(Set(Partner, Other(\"another partnership role\")), Some(today)),\n        Positions(Set(BeneficialOwner, Other(\"another corp role\")), Some(today))\n      )\n\n      positions.zip(expectedResults) foreach {\n        case (pos, result) =>\n          \/\/noinspection ScalaStyle\n          val desModel = ResponsiblePersons(None,None,None,None,None,None,None,None,None,Some(pos),None,false,None,false,None,Some(today.toString()),None,None,extra = RPExtra())\n          Positions.conv(desModel) mustBe Some(result)\n      }\n    }\n\n    \"convert des model to frontend model successfully when user has no data selected\" in {\n      val position = Some(PositionInBusiness(\n        Some(DesSoleProprietor(false, false)),\n        Some(Partnership(false, false)),\n        Some(CorpBodyOrUnInCorpBodyOrLlp(false, false, false))\n      ))\n\n      val desModel = ResponsiblePersons(None,None,None,None,None,None,None,None,None,position,None,false,None,false,None,None,None,None,extra = RPExtra())\n\n      Positions.conv(desModel) must be(None)\n    }\n\n    \"convert des model to frontend model successfully when input is none\" in {\n      Positions.conv(None) must be(None)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/services\/SubscriptionServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services\n\nimport config.ApplicationConfig\nimport connectors.{EnrolmentStoreConnector, GovernmentGatewayAdminConnector, SubscribeDESConnector}\nimport exceptions.{DuplicateSubscriptionException, HttpStatusException}\nimport generators.AmlsReferenceNumberGenerator\nimport models._\nimport models.des.SubscriptionRequest\nimport models.des.aboutthebusiness.{Address, BusinessContactDetails}\nimport models.des.responsiblepeople.{RPExtra, ResponsiblePersons}\nimport models.des.tradingpremises.TradingPremises\nimport models.fe.SubscriptionResponse\nimport org.joda.time.DateTime\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsResult, JsValue, Json}\nimport play.api.test.Helpers._\nimport repositories.FeesRepository\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ntrait TestFixture extends MockitoSugar with AmlsReferenceNumberGenerator {\n\n  val successValidate: JsResult[JsValue] = mock[JsResult[JsValue]]\n  val duplicateSubscriptionMessage = \"Business Partner already has an active AMLS Subscription with MLR Ref Number\"\n\n  class MockSubscriptionService extends SubscriptionService(\n    mock[SubscribeDESConnector],\n    mock[GovernmentGatewayAdminConnector],\n    mock[EnrolmentStoreConnector],\n    mock[AuditConnector],\n    mock[ApplicationConfig],\n    mock[FeesRepository]\n  ) {\n    override private[services] def validateResult(request: SubscriptionRequest): JsResult[JsValue] = successValidate\n  }\n\n  val connector = new MockSubscriptionService\n\n  val response = des.SubscriptionResponse(\n    etmpFormBundleNumber = \"111111\",\n    amlsRefNo = amlsRegistrationNumber,\n    Some(150.00),\n    Some(100.0),\n    300.0,\n    550.0,\n    \"XA353523452345\",\n    approvalCheckNumbers = Some(100),\n    approvalCheckFeeRate = Some(100.0),\n    approvalCheckFee = Some(100.0)\n  )\n\n  val businessAddressPostcode = \"TEST POSTCODE\"\n  val contactDetails = mock[BusinessContactDetails]\n  val address = mock[Address]\n\n  when(contactDetails.businessAddress) thenReturn address\n  when(address.postcode) thenReturn Some(businessAddressPostcode)\n  when(successValidate.isSuccess) thenReturn true\n\n  val request = mock[des.SubscriptionRequest]\n  when(request.businessContactDetails) thenReturn contactDetails\n\n\n  val safeId = \"safeId\"\n\n  implicit val hc = HeaderCarrier()\n}\n\nclass SubscriptionServiceSpec extends PlaySpec with MockitoSugar with ScalaFutures with IntegrationPatience with GuiceOneAppPerSuite {\n\n  \"SubscriptionService subscribe\" must {\n    \"return a successful response\" which {\n      \"connects to EnrolmentStore\" which {\n\n        \"returns full response\" in new TestFixture {\n\n          val knownFacts = KnownFactsForService(Seq(\n            KnownFact(\"MLRRefNumber\", response.amlsRefNo),\n            KnownFact(\"SafeId\", safeId),\n            KnownFact(\"POSTCODE\", businessAddressPostcode)\n          ))\n\n          reset(connector.ggConnector)\n\n          when {\n            successValidate.isSuccess\n          } thenReturn true\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.successful(response)\n\n          when {\n            connector.enrolmentStoreConnector.addKnownFacts(any(), eqTo(knownFacts))(any(), any())\n          } thenReturn Future.successful(mock[HttpResponse])\n\n          when {\n            connector.feeResponseRepository.insert(any())\n          } thenReturn Future.successful(true)\n\n          when {\n            connector.config.enrolmentStoreToggle\n          } thenReturn true\n\n          whenReady(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper])) {\n            result =>\n              result mustEqual SubscriptionResponse.convert(response)\n              verify(connector.enrolmentStoreConnector, times(1)).addKnownFacts(any(), eqTo(knownFacts))(any(), any())\n          }\n        }\n\n        \"returns duplicate response with amlsregno and there are no stored fees\" in new TestFixture {\n\n          reset(connector.ggConnector)\n\n          val errorMessage = s\"$duplicateSubscriptionMessage $amlsRegistrationNumber\"\n          val exceptionBody: String = Json.obj(\"reason\" -> errorMessage).toString\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, Some(exceptionBody)))\n\n          when(connector.feeResponseRepository.findLatestByAmlsReference(any())).thenReturn(Future.successful(None))\n\n          when {\n            connector.config.enrolmentStoreToggle\n          } thenReturn true\n\n          when(request.responsiblePersons).thenReturn(Some(Seq(ResponsiblePersons(\n            None, None, None, None, None, None, None, None, None, None, None, false, None, false, None, None, None, None, extra = RPExtra(None, None, None, None, None, None, None))\n          )))\n\n          when(request.tradingPremises).thenReturn(mock[TradingPremises])\n          when(request.tradingPremises.ownBusinessPremises).thenReturn(None)\n          when(request.tradingPremises.agentBusinessPremises).thenReturn(None)\n\n          val ex: DuplicateSubscriptionException = intercept[DuplicateSubscriptionException] {\n            await(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper]))\n          }\n\n          ex.amlsRegNumber mustBe amlsRegistrationNumber\n          ex.message mustBe errorMessage\n          ex.cause mustBe HttpStatusException(BAD_REQUEST, Some(exceptionBody))\n\n          verify(connector.enrolmentStoreConnector, never).addKnownFacts(any(), any())(any(), any())\n        }\n\n        \"returns duplicate response with amlsregno and there are stored fees\" in new TestFixture {\n\n          val errorMessage = s\"$duplicateSubscriptionMessage $amlsRegistrationNumber\"\n          val exceptionBody: String = Json.obj(\"reason\" -> errorMessage).toString\n\n          reset(connector.ggConnector)\n\n          val jsonBody = Json.obj(\"reason\" -> (duplicateSubscriptionMessage + \" \" + amlsRegistrationNumber)).toString\n\n          when {\n            successValidate.isSuccess\n          } thenReturn false\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, Some(jsonBody)))\n\n          val knownFacts = KnownFactsForService(Seq(\n            KnownFact(\"MLRRefNumber\", amlsRegistrationNumber),\n            KnownFact(\"SafeId\", safeId),\n            KnownFact(\"POSTCODE\", businessAddressPostcode)\n          ))\n\n          when {\n            connector.enrolmentStoreConnector.addKnownFacts(any(), eqTo(knownFacts))(any(), any())\n          } thenReturn Future.successful(mock[HttpResponse])\n\n          when {\n            connector.config.enrolmentStoreToggle\n          } thenReturn true\n\n          when(connector.feeResponseRepository.insert(any())).thenReturn(Future.successful(true))\n\n          when{\n            connector.feeResponseRepository.findLatestByAmlsReference(any())\n          } thenReturn Future.successful(Some(Fees(SubscriptionResponseType, amlsRegistrationNumber, 500, Some(50), 115, 1000,\n            Some(\"PaymentRef\"), None, Some(BigDecimal(20)), Some(BigDecimal(30)), new DateTime())))\n\n          when(request.responsiblePersons).thenReturn(None)\n          when(request.tradingPremises).thenReturn(mock[TradingPremises])\n          when(request.tradingPremises.ownBusinessPremises).thenReturn(None)\n          when(request.tradingPremises.agentBusinessPremises).thenReturn(None)\n\n          val ex: DuplicateSubscriptionException = intercept[DuplicateSubscriptionException] {\n            await(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper]))\n          }\n\n          ex.amlsRegNumber mustBe amlsRegistrationNumber\n          ex.message mustBe errorMessage\n          ex.cause mustBe HttpStatusException(BAD_REQUEST, Some(exceptionBody))\n        }\n\n      }\n    }\n\n    \"return a failed future\" when {\n      \"bad request is returned\" when {\n        \"jsonbody is returned but does not contain an amlsregno\" in new TestFixture {\n\n          reset(connector.ggConnector)\n\n          val jsonBody = Json.obj(\"reason\" -> duplicateSubscriptionMessage).toString\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, Some(jsonBody)))\n\n\n          whenReady(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper]).failed) {\n            case ex@HttpStatusException(status, _) =>\n              status mustEqual BAD_REQUEST\n              ex.jsonBody.get.reason must equal(duplicateSubscriptionMessage)\n\n          }\n        }\n\n        \"no body is returned\" in new TestFixture {\n\n          reset(connector.ggConnector)\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, None))\n\n          whenReady(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper]).failed) {\n            case ex@HttpStatusException(status, _) =>\n              status mustEqual BAD_REQUEST\n              ex.jsonBody must equal(None)\n\n          }\n        }\n      }\n\n      \"another exception is returned\" in new TestFixture {\n\n        reset(connector.ggConnector)\n\n        when {\n          connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n        } thenReturn Future.failed(HttpStatusException(BAD_GATEWAY, None))\n\n        whenReady(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper]).failed) {\n          case ex@HttpStatusException(status, body) =>\n            status mustEqual BAD_GATEWAY\n            ex.jsonBody must equal(None)\n\n        }\n      }\n    }\n\n  }\n\n  it must {\n    \"return full response\" which {\n      \"connects to GGAdminConnector\" when {\n        \"enrolment-store-toggle is switched to false\" in new TestFixture {\n\n          val knownFacts = KnownFactsForService(Seq(\n            KnownFact(\"MLRRefNumber\", response.amlsRefNo),\n            KnownFact(\"SafeId\", safeId),\n            KnownFact(\"POSTCODE\", businessAddressPostcode)\n          ))\n\n          reset(connector.ggConnector)\n\n          when {\n            successValidate.isSuccess\n          } thenReturn true\n\n          when {\n            connector.desConnector.subscribe(eqTo(safeId), eqTo(request))(any(), any(), any(), any(), any())\n          } thenReturn Future.successful(response)\n\n          when {\n            connector.ggConnector.addKnownFacts(eqTo(knownFacts))(any(), any())\n          } thenReturn Future.successful(mock[HttpResponse])\n\n          when {\n            connector.enrolmentStoreConnector.addKnownFacts(any(), eqTo(knownFacts))(any(), any())\n          } thenReturn Future.successful(mock[HttpResponse])\n\n          when {\n            connector.feeResponseRepository.insert(any())\n          } thenReturn Future.successful(true)\n\n          when {\n            connector.config.enrolmentStoreToggle\n          } thenReturn false\n\n          whenReady(connector.subscribe(safeId, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper])) {\n            result =>\n              result mustEqual SubscriptionResponse.convert(response)\n              verify(connector.ggConnector, times(1)).addKnownFacts(eqTo(knownFacts))(any(), any())\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/generators\/PaymentGenerator.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage generators\n\nimport models.payments.{CreateBacsPaymentRequest, Payment}\nimport org.scalacheck.Gen\n\ntrait PaymentGenerator extends BaseGenerator with PayApiGenerator {\n\n  val paymentGen: Gen[Payment] = for {\n    refNo <- amlsRefNoGen\n    safeId <- amlsRefNoGen\n    payApiPayment <- payApiPaymentGen\n  } yield Payment(refNo, safeId, payApiPayment)\n\n  val createBacsPaymentRequestGen: Gen[CreateBacsPaymentRequest] = for {\n    amlsRef <- amlsRefNoGen\n    safeId <- amlsRefNoGen\n    payRef <- paymentRefGen\n    amount <- numGen\n  } yield CreateBacsPaymentRequest(amlsRef, payRef, safeId, amount)\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/SubscriptionStatusController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.SubscriptionStatusDESConnector\nimport exceptions.HttpStatusException\n\nimport javax.inject.{Inject, Singleton}\nimport play.api.{Logger, Logging}\nimport play.api.libs.json._\nimport play.api.mvc.ControllerComponents\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{ApiRetryHelper, AuthAction}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass SubscriptionStatusController  @Inject()(ssConn: SubscriptionStatusDESConnector,\n                                              authAction: AuthAction,\n                                              val cc: ControllerComponents)(implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) with Logging {\n\n  private[controllers] def connector: SubscriptionStatusDESConnector = ssConn\n\n  val amlsRegNoRegex = \"^X[A-Z]ML00000[0-9]{6}$\".r\n  val prefix = \"[SubscriptionStatusController][get]\"\n\n  private def toError(message: String): JsObject =\n    Json.obj(\n      \"errors\" -> Seq(message)\n    )\n\n  def get(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async {\n      implicit request =>\n        logger.debug(s\"$prefix - amlsRegNo: $amlsRegistrationNumber\")\n        amlsRegNoRegex.findFirstIn(amlsRegistrationNumber) match {\n          case Some(_) =>\n            connector.status(amlsRegistrationNumber) map {\n              response =>\n                Ok(Json.toJson(response))\n            } recoverWith {\n              case e@HttpStatusException(status, Some(body)) =>\n                logger.warn(s\"$prefix - Status: ${status}, Message: $body\")\n                Future.failed(e)\n            }\n\n          case _ =>\n            Future.successful {\n              BadRequest(toError(\"Invalid AMLS Registration Number\"))\n            }\n        }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/moneyservicebusiness\/WhichCurrenciesSpec.scala","text":"<filename>test\/models\/fe\/moneyservicebusiness\/WhichCurrenciesSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass WhichCurrenciesSpec extends PlaySpec with GuiceOneAppPerSuite with MockitoSugar{\n\n  \"WhichCurrencies\" must {\n\n    \"serialize WhichCurrencies as expected\" in {\n      val input = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")),\n        true)\n\n      val expectedJson = Json.obj(\n        \"currencies\" -> Seq(\"USD\", \"MNO\", \"PQR\"),\n          \"usesForeignCurrencies\" -> Json.obj(\"foreignCurrencies\" -> true),\n      \"moneySources\" -> Json.obj(\n        \"bankMoneySource\" -> \"Yes\", \"bankNames\" -> \"Bank names\",\n        \"wholesalerMoneySource\" -> \"Yes\", \"wholesalerNames\" -> \"wholesaler names\",\n        \"customerMoneySource\" -> \"Yes\"))\n\n      Json.toJson(input) must be(expectedJson)\n    }\n\n    \"deserialize WhichCurrencies as expected\" in {\n      val json = Json.obj(\n        \"currencies\" -> Seq(\"USD\", \"MNO\", \"PQR\"),\n        \"usesForeignCurrencies\" -> Json.obj(\"foreignCurrencies\" -> true),\n        \"moneySources\" -> Json.obj(\n          \"bankMoneySource\" -> \"Yes\", \"bankNames\" -> \"Bank names\",\n          \"wholesalerMoneySource\" -> \"Yes\", \"wholesalerNames\" -> \"wholesaler names\",\n          \"customerMoneySource\" -> \"Yes\"))\n\n      val expected = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")),\n        true)\n\n      Json.fromJson[WhichCurrencies](json) must be(JsSuccess(expected))\n    }\n\n    \"round trip through Json correctly\" in {\n\n      val model = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"),\n        usesForeignCurrencies = Some(true),\n        Some(BankMoneySource(\"Bank names\")),\n        Some(WholesalerMoneySource(\"wholesaler names\")),\n        true)\n\n      val json = Json.toJson(model)\n\n      Json.fromJson[WhichCurrencies](json) mustBe JsSuccess(model)\n    }\n\n    \"round trip through Json correctly\" when {\n      \"customerMoneySource is false\" in {\n\n        val model = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"), usesForeignCurrencies = Some(true), Some(BankMoneySource(\"Bank names\")), Some(WholesalerMoneySource(\"wholesaler names\")), false)\n        Json.fromJson[WhichCurrencies](Json.toJson(model)) mustBe JsSuccess(model)\n      }\n\n      \"WholesalerMoneySource and BankMoneySource is none\" in {\n        val model = WhichCurrencies(Seq(\"USD\", \"MNO\", \"PQR\"), usesForeignCurrencies = Some(false), None, None, false)\n        Json.fromJson[WhichCurrencies](Json.toJson(model)) mustBe JsSuccess(model)\n      }\n\n      \"usesForeignCurrency is missing\" in {\n        val model = WhichCurrencies(Seq(\"GBP\"), None, None, None, false)\n        Json.fromJson[WhichCurrencies](Json.toJson(model)) mustBe JsSuccess(model)\n      }\n    }\n\n    \"convert des model to frontend model\" in {\n      val msbCe = MsbCeDetailsR7( Some(true),\n        Some(CurrencySourcesR7(\n          None,\n          Some(CurrencyWholesalerDetails(\n            true,\n            Some(List(\"CurrencyWholesalerNames\"))\n          )),\n          true\n        )),\n        \"11234567890\",\n        Some(CurrSupplyToCust(List(\"GBP\", \"XYZ\", \"ABC\")))\n      )\n\n      val convertedModel = Some(WhichCurrencies(List(\"GBP\", \"XYZ\", \"ABC\"), usesForeignCurrencies = Some(true), None, Some(WholesalerMoneySource(\"CurrencyWholesalerNames\")), true))\n\n      WhichCurrencies.convMsbCe(Some(msbCe)) must be(convertedModel)\n\n    }\n\n    \"convert des model to frontend model\" when {\n\n      \"CurrSupplyToCust empty\" in {\n        val msbCe = MsbCeDetailsR7( Some(true),\n          Some(CurrencySourcesR7(\n            None,\n            Some(CurrencyWholesalerDetails(\n              true,\n              Some(List(\"CurrencyWholesalerNames\"))\n            )),\n            true\n          )),\n          \"11234567890\",\n          None\n        )\n\n        val convertedModel = Some(WhichCurrencies(List.empty, usesForeignCurrencies = Some(true), None, Some(WholesalerMoneySource(\"CurrencyWholesalerNames\")), true))\n\n        WhichCurrencies.convMsbCe(Some(msbCe)) must be(convertedModel)\n      }\n\n      \"dealInPhysCurrencies is missing, but contains data\" in {\n\n        val msbCe = MsbCeDetailsR7( None,\n          Some(CurrencySourcesR7(\n            None,\n            Some(CurrencyWholesalerDetails(\n              true,\n              Some(List(\"CurrencyWholesalerNames\"))\n            )),\n            true\n          )),\n          \"11234567890\",\n          None\n        )\n\n        val convertedModel = Some(WhichCurrencies(List.empty, Some(true), None, Some(WholesalerMoneySource(\"CurrencyWholesalerNames\")), true))\n\n        WhichCurrencies.convMsbCe(Some(msbCe)) must be(convertedModel)\n      }\n\n      \"dealInPhysCurrencies is missing and contains no data\" in {\n\n        val msbCe = MsbCeDetailsR7( None,\n          Some(CurrencySourcesR7(\n            None,\n            None,\n            false\n          )),\n          \"11234567890\",\n          None\n        )\n\n        val convertedModel = Some(WhichCurrencies(List.empty, Some(false), None, None, false))\n\n        WhichCurrencies.convMsbCe(Some(msbCe)) must be(convertedModel)\n      }\n\n    }\n\n    \"convert des model to frontend model when input is none\" in {\n      WhichCurrencies.convMsbCe(None) must be(None)\n    }\n\n    \"convert des model to frontend model when bankNames empty\" in {\n       val desModel = Some(MSBBankDetails(\n        false,\n         Some(List.empty)\n      ))\n      WhichCurrencies.convMSBBankDetails(desModel) must be(None)\n    }\n\n    \"convert des model to frontend model when bankNames is none\" in {\n      val desModel = Some(MSBBankDetails(\n        false,\n        None\n      ))\n      WhichCurrencies.convMSBBankDetails(desModel) must be(None)\n    }\n\n    \"convert des model to frontend model when valid input is supplied\" in {\n      val desModel = Some(MSBBankDetails(\n        true,\n        Some(Seq(\"bank1\",\"bank2\"))\n      ))\n      WhichCurrencies.convMSBBankDetails(desModel) must be(Some(BankMoneySource(\"bank1\")))\n    }\n\n    \"convert des model to frontend model when currencyWholesalersNames is none\" in {\n      val desModel = Some(CurrencyWholesalerDetails(\n        false,\n        None\n      ))\n      WhichCurrencies.convWholesalerDetails(desModel) must be(None)\n      WhichCurrencies.convWholesalerDetails(None) must be(None)\n    }\n\n    \"convert des model to frontend model when currencyWholesalersNames list is empty\" in {\n      val desModel = Some(CurrencyWholesalerDetails(\n        false,\n        Some(Seq.empty)\n      ))\n      WhichCurrencies.convWholesalerDetails(desModel) must be(None)\n    }\n }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/tradingpremises\/Address.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.tradingpremises\n\nimport play.api.libs.json.Json\n\ncase class Address (addressLine1: String,\n                    addressLine2 : String,\n                    addressLine3 : Option[String],\n                    addressLine4 : Option[String],\n                    country : String,\n                    postcode : Option[String],\n                    addressChangeDate: Option[String] = None\n                   )\n\nobject Address {\n  implicit val format = Json.format[Address]\n\n  private val postcodeRegex = \"^[A-Za-z]{1,2}[0-9][0-9A-Za-z]?\\\\s?[0-9][A-Za-z]{2}$\"\n\n  private def convertEmptyOrInvalidToNone(str: String) = {\n    (str.nonEmpty,str.matches(postcodeRegex))   match {\n      case (true,true) => Some(str)\n      case _ => None\n    }\n  }\n\n  private val maxAddressLineLength = 35\n\n  private def removeAmpersands(address: Address): Address = {\n    def removeFromLine(addressLine: Option[String]) = {\n      addressLine map {\n        line => line.replaceAll(\"&\",\"and\").take(maxAddressLineLength)\n      }\n    }\n    address.copy(addressLine1 = removeFromLine(Some(address.addressLine1)).getOrElse(\"\"),\n      addressLine2 = removeFromLine(Some(address.addressLine2)).getOrElse(\"\"),\n      addressLine3 = removeFromLine(address.addressLine3),\n      addressLine4 = removeFromLine(address.addressLine4)\n    )\n\n  }\n\n  implicit def convert(address: models.fe.tradingpremises.Address): Address = {\n    removeAmpersands(Address(address.addressLine1, address.addressLine2, address.addressLine3, address.addressLine4, \"GB\",\n      convertEmptyOrInvalidToNone(address.postcode), address.dateOfChange))\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/supervision\/AspOrTcspSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.supervision\n\nimport models.fe.supervision._\nimport org.scalatestplus.play.PlaySpec\n\nclass AspOrTcspSpec extends PlaySpec {\n\n  \"Supervision\" should {\n\n    \"convert frontend model to des AspOrTcsp\" when {\n      \"given a complete frontend Supervision model\" in {\n\n        val frontendModel = Some(\n          Supervision(Some(AnotherBodyNo),\n            Some(ProfessionalBodyMemberNo),\n            Some(BusinessTypes(Set(AccountingTechnicians))),\n            Some(ProfessionalBodyNo))\n        )\n\n        val desModel = Some(AspOrTcsp(\n          Some(SupervisionDetails(false, None)),\n          Some(ProfessionalBodyDetails(false, None, Some(ProfessionalBodyDesMember(false, None))))\n        ))\n\n        AspOrTcsp.conv(frontendModel) mustBe desModel\n\n      }\n\n      \"given an empty frontend Supervision model\" in {\n\n        val frontendModel = Some(\n          Supervision()\n        )\n\n        AspOrTcsp.conv(frontendModel) mustBe None\n\n      }\n    }\n\n    \"return None\" when {\n      \"front end model is None\" in {\n\n        val frontendModel = None\n\n        AspOrTcsp.conv(frontendModel) mustBe None\n\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/InvolvedInOther.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.BusinessActivityDetails\nimport play.api.libs.json._\n\nsealed trait InvolvedInOther\n\ncase class InvolvedInOtherYes(details: String) extends InvolvedInOther\n\ncase object InvolvedInOtherNo extends InvolvedInOther\n\nobject InvolvedInOther {\n\n  implicit val jsonReads: Reads[InvolvedInOther] =\n    (__ \\ \"involvedInOther\").read[Boolean] flatMap {\n      case true => (__ \\ \"details\").read[String] map InvolvedInOtherYes.apply\n      case false => Reads(_ => JsSuccess(InvolvedInOtherNo))\n    }\n\n  implicit val jsonWrites = Writes[InvolvedInOther] {\n    case InvolvedInOtherYes(details) => Json.obj(\n                                          \"involvedInOther\" -> true,\n                                          \"details\" -> details\n                                        )\n    case involvedInOtherNo => Json.obj(\"involvedInOther\" -> false)\n  }\n\n  def conv(activityDtls: BusinessActivityDetails) : Option[InvolvedInOther] = {\n    activityDtls.actvtsBusRegForOnlyActvtsCarOut match {\n      case true => Some(InvolvedInOtherNo)\n      case false => activityDtls.respActvtsBusRegForOnlyActvtsCarOut.fold[Option[InvolvedInOther]](None)(x => x.otherBusActivitiesCarriedOut match {\n        case Some(other) => Some(InvolvedInOtherYes(other.otherBusinessActivities))\n        case None => None\n      })\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/responsiblepeople\/CurrentAddress.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople._\nimport play.api.libs.json.Json\n\ncase class CurrentAddress(address: AddressWithChangeDate)\n\nobject CurrentAddress {\n  implicit val format = Json.format[CurrentAddress]\n\n  private val postcodeRegex = \"^[A-Za-z]{1,2}[0-9][0-9A-Za-z]?\\\\s?[0-9][A-Za-z]{2}$\"\n\n  private def convertEmptyOrInvalidToNone(str: String) = {\n    (str.nonEmpty, str.matches(postcodeRegex)) match {\n      case (true, true) => Some(str)\n      case _ => None\n    }\n  }\n\n  private val maxAddressLineLength = 35\n\n  private def removeAmpersands(currentAddress: CurrentAddress): CurrentAddress = {\n    def removeFromLine(addressLine: Option[String]) = {\n      addressLine map {\n        line => line.replaceAll(\"&\", \"and\").take(maxAddressLineLength)\n      }\n    }\n\n    currentAddress.copy(address = currentAddress.address.copy(addressLine1 = removeFromLine(Some(currentAddress.address.addressLine1)).getOrElse(\"\"),\n      addressLine2 = removeFromLine(Some(currentAddress.address.addressLine2)).getOrElse(\"\"),\n      addressLine3 = removeFromLine(currentAddress.address.addressLine3),\n      addressLine4 = removeFromLine(currentAddress.address.addressLine4))\n    )\n\n  }\n\n  implicit def convPersonAddressOption(addrHistory: Option[ResponsiblePersonCurrentAddress]): Option[CurrentAddress] = {\n    addrHistory match {\n      case Some(data) => data\n      case _ => None\n    }\n  }\n\n  implicit def convPersonAddress(addrHistory: ResponsiblePersonCurrentAddress): Option[CurrentAddress] = {\n    addrHistory.personAddress match {\n      case uk: PersonAddressUK => Some(removeAmpersands(CurrentAddress(AddressWithChangeDate(uk.addressLine1, uk.addressLine2, uk.addressLine3,\n        uk.addressLine4, \"GB\", convertEmptyOrInvalidToNone(uk.postCode), addrHistory.dateOfChange))))\n      case nonUk: PersonAddressNonUK => Some(removeAmpersands(CurrentAddress(AddressWithChangeDate(nonUk.addressLineNonUK1, nonUk.addressLineNonUK2, nonUk.addressLineNonUK3,\n        nonUk.addressLineNonUK4, nonUk.country, None, addrHistory.dateOfChange))))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/declaration\/AddPersonSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.declaration\n\nimport models.des.aboutyou._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass AddPersonSpec extends PlaySpec with MockitoSugar with GuiceOneAppPerSuite {\n\n  \"JSON\" must {\n\n    \"Read and write the json successfully\" when {\n      \"given no Other and no ExternalAccountant role\" in {\n\n        val json = Json.obj(\n          \"firstName\" -> \"name\",\n          \"middleName\" -> \"some\",\n          \"lastName\" -> \"surname\",\n          \"roleWithinBusiness\" -> Seq(\n            \"Partner\",\n            \"SoleProprietor\",\n            \"DesignatedMember\",\n            \"NominatedOfficer\",\n            \"Director\",\n            \"BeneficialShareholder\",\n            \"InternalAccountant\"\n          )\n        )\n\n        val model = AddPerson(\n          \"name\", Some(\"some\"), \"surname\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember\n          ))\n        )\n\n        AddPerson.jsonReads.reads(json) must be(JsSuccess(model))\n        AddPerson.jsonWrites.writes(model) must be(json)\n      }\n\n      \"given Other and ExternalAccountant role for the reads\" in {\n\n        val json = Json.obj(\n          \"firstName\" -> \"name\",\n          \"middleName\" -> \"some\",\n          \"lastName\" -> \"surname\",\n          \"roleWithinBusiness\" -> Json.arr(\n            \"Partner\",\n            \"Other\",\n            \"SoleProprietor\",\n            \"DesignatedMember\",\n            \"NominatedOfficer\",\n            \"Director\",\n            \"BeneficialShareholder\",\n            \"ExternalAccountant\",\n            \"InternalAccountant\"\n        ),\n          \"roleWithinBusinessOther\" -> \"Other details here\"\n        )\n\n\n        val model = AddPerson(\n          \"name\", Some(\"some\"), \"surname\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.ExternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember,\n            models.fe.declaration.Other(\"Other details here\")\n          ))\n        )\n\n        AddPerson.jsonReads.reads(json) must be(JsSuccess(model))\n\n      }\n\n      \"given Other and ExternalAccountant role for the writes\" in {\n\n        val json = Json.obj(\n          \"firstName\" -> \"name\",\n          \"middleName\" -> \"some\",\n          \"lastName\" -> \"surname\",\n          \"roleWithinBusiness\" -> Json.arr(\n            \"Other\",\n            \"Partner\",\n            \"SoleProprietor\",\n            \"DesignatedMember\",\n            \"NominatedOfficer\",\n            \"Director\",\n            \"BeneficialShareholder\",\n            \"ExternalAccountant\",\n            \"InternalAccountant\"\n          ),\n          \"roleWithinBusinessOther\" -> \"Other details here\"\n        )\n\n\n        val model = AddPerson(\n          \"name\", Some(\"some\"), \"surname\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.ExternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember,\n            models.fe.declaration.Other(\"Other details here\")\n          ))\n        )\n\n        AddPerson.jsonWrites.writes(model) must be(json)\n\n      }\n    }\n\n    \"convert des model to frontend model\" when {\n      \"given des model without external accountant or Other\" in {\n        val desModel = AboutYouRelease7(\n          Some(IndividualDetails(\"fName\", None, \"lName\")),\n          true,\n          Some(RolesWithinBusiness(true, true, true, true, true, true, true, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        val frontendModel = AddPerson(\"fName\", None, \"lName\",\n          models.fe.declaration.RoleWithinBusiness(Set(\n            models.fe.declaration.BeneficialShareholder,\n            models.fe.declaration.Director,\n            models.fe.declaration.Partner,\n            models.fe.declaration.InternalAccountant,\n            models.fe.declaration.SoleProprietor,\n            models.fe.declaration.NominatedOfficer,\n            models.fe.declaration.DesignatedMember\n          ))\n        )\n\n        AddPerson.convert(desModel) must be(frontendModel)\n      }\n\n      \"given des model where everything is false\" in {\n        val desModel = AboutYouRelease7(\n          Some(IndividualDetails(\"fName\", None, \"lName\")),\n          true,\n          Some(RolesWithinBusiness(false, false, false, false, false, false, false, false, None)),\n          Some(RoleForTheBusiness(false, false, None))\n        )\n\n        val frontendModel = AddPerson(\"fName\", None, \"lName\",\n          models.fe.declaration.RoleWithinBusiness(Set())\n        )\n\n        AddPerson.convert(desModel) must be(frontendModel)\n\n      }\n\n      \"given des model where roles within and for are None\" in {\n        val desModel = AboutYouRelease7(\n          Some(IndividualDetails(\"fName\", None, \"lName\")),\n          true,\n          None,\n          None\n        )\n\n        val frontendModel = AddPerson(\"fName\", None, \"lName\",\n          models.fe.declaration.RoleWithinBusiness(Set())\n        )\n\n        AddPerson.convert(desModel) must be(frontendModel)\n\n      }\n\n      \"given des model where there is None for individual details\" in {\n        val desModel = AboutYouRelease7(\n          None,\n          true,\n          None,\n          None\n        )\n\n        val frontendModel = AddPerson(\"\", None, \"\",\n          models.fe.declaration.RoleWithinBusiness(Set())\n        )\n\n        AddPerson.convert(desModel) must be(frontendModel)\n\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/ExperienceTraining.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.ResponsiblePersons\nimport play.api.libs.json.{Writes => _}\n\nsealed trait ExperienceTraining\n\ncase class ExperienceTrainingYes(experienceInformation: String) extends ExperienceTraining\n\ncase object ExperienceTrainingNo extends ExperienceTraining\n\nobject ExperienceTraining {\n\n  import play.api.libs.json._\n\n  implicit val jsonReads: Reads[ExperienceTraining] =\n    (__ \\ \"experienceTraining\").read[Boolean] flatMap {\n      case true => (__ \\ \"experienceInformation\").read[String] map (ExperienceTrainingYes.apply _)\n      case false => Reads(_ => JsSuccess(ExperienceTrainingNo))\n    }\n\n  implicit val jsonWrites = Writes[ExperienceTraining] {\n    case ExperienceTrainingYes(information) => Json.obj(\n      \"experienceTraining\" -> true,\n      \"experienceInformation\" -> information\n    )\n    case ExperienceTrainingNo => Json.obj(\"experienceTraining\" -> false)\n  }\n\n  implicit def conv(rp: ResponsiblePersons): Option[ExperienceTraining] = {\n    rp.previousExperience match {\n      case true => Some(ExperienceTrainingYes(rp.descOfPrevExperience.getOrElse(\"\")))\n      case false => Some(ExperienceTrainingNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessdetails\/CorporationTaxRegisteredSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.aboutthebusiness.CorporationTaxRegisteredCbUbLlp\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass CorporationTaxRegisteredSpec extends PlaySpec with MockitoSugar {\n\n  \"JSON validation\" must {\n\n    \"successfully validate given an false value\" in {\n      Json.fromJson[CorporationTaxRegistered](Json.obj(\"registeredForCorporationTax\" -> false)) must\n        be(JsSuccess(CorporationTaxRegisteredNo))\n    }\n\n    \"successfully validate given an `Yes` value\" in {\n\n      val json = Json.obj(\"registeredForCorporationTax\" -> true, \"corporationTaxReference\" ->\"1234567890\")\n\n      Json.fromJson[CorporationTaxRegistered](json) must\n        be(JsSuccess(CorporationTaxRegisteredYes(\"1234567890\"), JsPath \\ \"corporationTaxReference\"))\n    }\n\n    \"fail to validate when given an empty `Yes` value\" in {\n\n      val json = Json.obj(\"registeredForCorporationTax\" -> true)\n\n      Json.fromJson[CorporationTaxRegistered](json) must\n        be(JsError((JsPath \\ \"corporationTaxReference\") -> JsonValidationError(\"error.path.missing\")))\n    }\n\n    \"write the correct value\" in {\n\n      Json.toJson(CorporationTaxRegisteredNo: CorporationTaxRegistered) must\n        be(Json.obj(\"registeredForCorporationTax\" -> false))\n\n      Json.toJson(CorporationTaxRegisteredYes(\"1234567890\"): CorporationTaxRegistered) must\n        be(Json.obj(\n          \"registeredForCorporationTax\" -> true,\n          \"corporationTaxReference\" -> \"1234567890\"\n        ))\n    }\n\n    \"convert model from des to frontend and return CorporationTaxRegisteredNo\" in {\n      val desModel = Some(CorporationTaxRegisteredCbUbLlp(false, None))\n      CorporationTaxRegistered.conv(desModel) must be(Some(CorporationTaxRegisteredNo))\n    }\n\n    \"convert model from des to frontend and return None when input is none\" in {\n      CorporationTaxRegistered.conv(None) must be(None)\n    }\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessactivities\/AccountantForAMLSRegulationsSpec.scala","text":"<filename>test\/models\/fe\/businessactivities\/AccountantForAMLSRegulationsSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport generators.supervision.BusinessActivityGenerators\nimport models.des.businessactivities.{BusinessActivitiesAll, MlrAdvisor}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\nimport org.mockito.Mockito.when\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\n\nclass AccountantForAMLSRegulationsSpec extends PlaySpec\n  with MockitoSugar\n  with BusinessActivityGenerators\n  with ScalaCheckPropertyChecks {\n\n  \"JSON validation\" must {\n\n    \"successfully validate given an `true` value\" in {\n      val json = Json.obj(\"accountantForAMLSRegulations\" -> true)\n      Json.fromJson[AccountantForAMLSRegulations](json) must\n        be(JsSuccess(AccountantForAMLSRegulations(true)))\n    }\n\n    \"successfully validate given an `false` value\" in {\n      val json = Json.obj(\"accountantForAMLSRegulations\" -> false)\n      Json.fromJson[AccountantForAMLSRegulations](json) must\n        be(JsSuccess(AccountantForAMLSRegulations(false)))\n    }\n\n    \"write the correct value given an NCARegisteredYes\" in {\n      Json.toJson(AccountantForAMLSRegulations(true)) must\n        be(Json.obj(\"accountantForAMLSRegulations\" -> true))\n    }\n\n    \"write the correct value given an NCARegisteredNo\" in {\n      Json.toJson(AccountantForAMLSRegulations(false)) must\n        be(Json.obj(\"accountantForAMLSRegulations\" -> false))\n    }\n  }\n\n  \"convertAccountant\" must {\n    \"return the data if it is supplied\" in {\n      forAll(activityGen) { mlrActivities =>\n        val result = AccountantForAMLSRegulations.convertAccountant(Some(MlrAdvisor(doYouHaveMlrAdvisor = true, None)), Some(mlrActivities))\n\n        result must contain(AccountantForAMLSRegulations(true))\n      }\n    }\n\n    \"return None if there is no MLR Advisor data\" when {\n      \"the application is an ASP\" in {\n        forAll(activityGen) { mlrActivities =>\n          val ba = mock[BusinessActivitiesAll]\n          when(ba.mlrAdvisor) thenReturn None\n\n          val result = AccountantForAMLSRegulations.convertAccountant(None, Some(mlrActivities.copy(asp = true)))\n\n          result must not be defined\n        }\n      }\n    }\n\n    \"return 'No' if there is no MLR Advisor data\" when {\n      \"the application is not an ASP\" in {\n        forAll(activityGen) { mlrActivities =>\n          val ba = mock[BusinessActivitiesAll]\n          when(ba.mlrAdvisor) thenReturn None\n\n          val result = AccountantForAMLSRegulations.convertAccountant(None, Some(mlrActivities.copy(asp = false)))\n\n          result must contain(AccountantForAMLSRegulations(false))\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessmatching\/BusinessActivities.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport play.api.libs.json._\n\ncase class BusinessActivities(businessActivities: Set[BusinessActivity], dateOfChange: Option[String] = None)\n\nsealed trait BusinessActivity\n\ncase object AccountancyServices extends BusinessActivity\n\ncase object ArtMarketParticipant extends BusinessActivity\n\ncase object BillPaymentServices extends BusinessActivity\n\ncase object EstateAgentBusinessService extends BusinessActivity\n\ncase object HighValueDealing extends BusinessActivity\n\ncase object MoneyServiceBusiness extends BusinessActivity\n\ncase object TrustAndCompanyServices extends BusinessActivity\n\ncase object TelephonePaymentService extends BusinessActivity\n\n\nobject BusinessActivity {\n\n  implicit val jsonActivityReads: Reads[BusinessActivity] = Reads {\n    case JsString(\"01\") => JsSuccess(AccountancyServices)\n    case JsString(\"08\") => JsSuccess(ArtMarketParticipant)\n    case JsString(\"02\") => JsSuccess(BillPaymentServices)\n    case JsString(\"03\") => JsSuccess(EstateAgentBusinessService)\n    case JsString(\"04\") => JsSuccess(HighValueDealing)\n    case JsString(\"05\") => JsSuccess(MoneyServiceBusiness)\n    case JsString(\"06\") => JsSuccess(TrustAndCompanyServices)\n    case JsString(\"07\") => JsSuccess(TelephonePaymentService)\n    case _ => JsError((JsPath \\ \"businessActivities\") -> JsonValidationError(\"error.invalid\"))\n  }\n\n  implicit val jsonActivityWrite = Writes[BusinessActivity] {\n    case AccountancyServices => JsString(\"01\")\n    case ArtMarketParticipant => JsString(\"08\")\n    case BillPaymentServices => JsString(\"02\")\n    case EstateAgentBusinessService => JsString(\"03\")\n    case HighValueDealing => JsString(\"04\")\n    case MoneyServiceBusiness => JsString(\"05\")\n    case TrustAndCompanyServices => JsString(\"06\")\n    case TelephonePaymentService => JsString(\"07\")\n  }\n}\n\nobject BusinessActivities {\n\n  implicit val formats = Json.format[BusinessActivities]\n\n  def getActivity[A  <: BusinessActivity](activity: A, present: Boolean): Option[BusinessActivity] = {\n    if (present) {\n      Some(activity)\n    } else {\n      None\n    }\n  }\n\n  implicit def conv(activities: Option[MlrActivitiesAppliedFor]): BusinessActivities = {\n    activities match {\n      case Some(mlrActivitiesAppliedFor) => BusinessActivities(Set(\n          getActivity(MoneyServiceBusiness, mlrActivitiesAppliedFor.msb),\n          getActivity(HighValueDealing, mlrActivitiesAppliedFor.hvd),\n          getActivity(AccountancyServices, mlrActivitiesAppliedFor.asp),\n          getActivity(TrustAndCompanyServices, mlrActivitiesAppliedFor.tcsp),\n          getActivity(EstateAgentBusinessService, mlrActivitiesAppliedFor.eab),\n          getActivity(BillPaymentServices, mlrActivitiesAppliedFor.bpsp),\n          getActivity(TelephonePaymentService, mlrActivitiesAppliedFor.tditpsp),\n          getActivity(ArtMarketParticipant, mlrActivitiesAppliedFor.amp))\n        .flatten)\n      case _ => BusinessActivities(Set.empty)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/controllers\/SubscriptionControllerSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/controllers\/SubscriptionControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport exceptions.{DuplicateSubscriptionException, HttpStatusException}\nimport generators.AmlsReferenceNumberGenerator\nimport models.fe.bankdetails._\nimport models.fe.businessactivities.BusinessActivities\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessdetails._\nimport models.fe.businessmatching.{BusinessMatching, BusinessActivities => BMBusinessActivities, BusinessType => BT}\nimport models.fe.declaration.{AddPerson, Director, RoleWithinBusiness}\nimport models.fe.{SubscriptionErrorResponse, SubscriptionResponse}\nimport models.{des, fe}\nimport org.joda.time.LocalDate\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport services.SubscriptionService\nimport utils.{AmlsBaseSpec, AuthAction, IterateeHelpers, SuccessfulAuthAction}\n\nimport scala.concurrent.Future\n\nclass SubscriptionControllerSpec extends AmlsBaseSpec with IterateeHelpers with AmlsReferenceNumberGenerator {\n\n  val authAction: AuthAction = SuccessfulAuthAction\n\n  val controller = new SubscriptionController (\n    subscriptionService = mock[SubscriptionService],\n    authAction = authAction,\n    bodyParsers = mockBodyParsers,\n    cc = mockCC\n  )\n\n  \"SubscriptionController\" must {\n\n    val safeId = \"XA0001234567890\"\n    \/\/ scalastyle:off\n    val body = fe.SubscriptionRequest(\n      businessMatchingSection =\n        BusinessMatching(\n          activities = BMBusinessActivities(Set.empty),\n          reviewDetails = ReviewDetails(\n            \"\", BT.SoleProprietor, Address(\n              line_1 = \"\",\n              line_2 = \"\",\n              line_3 = None,\n              line_4 = None,\n              postcode = None,\n              country = \"\"\n            ), \"\"\n          )\n        ),\n      eabSection = None,\n      tradingPremisesSection = None,\n      businessDetailsSection = BusinessDetails(PreviouslyRegisteredNo, Some(ActivityStartDate(new LocalDate(1990, 2, 24))), Some(VATRegisteredNo),\n        Some(CorporationTaxRegisteredYes(\"1234567890\")), ContactingYou(\"123456789\", \"<EMAIL>\"), RegisteredOfficeUK(\"1\", \"2\", None, None, \"AA1 1AA\"), altCorrespondenceAddress = false),\n      bankDetailsSection = Seq(BankDetails(PersonalAccount, \"name\", NonUKAccountNumber(\"1234567896\"))),\n      aboutYouSection = AddPerson(\"name\", Some(\"name\"), \"name\", RoleWithinBusiness(Set(Director))),\n      businessActivitiesSection = BusinessActivities(None),\n      responsiblePeopleSection = None,\n      tcspSection = None,\n      aspSection = None,\n      msbSection = None,\n      hvdSection = None,\n      ampSection = None,\n      supervisionSection = None\n    )\n\n    val postRequest = FakeRequest(\"POST\", \"\/\")\n      .withHeaders(CONTENT_TYPE -> \"application\/json\")\n      .withBody[JsValue](Json.toJson(body))\n\n    val requestWithEmptyBody = FakeRequest()\n      .withHeaders(CONTENT_TYPE -> \"application\/json\")\n      .withBody[JsValue](Json.parse(\"{}\"))\n\n    \"return a `BadRequest` response when the safeId is invalid\" in {\n\n      val result = controller.subscribe(\"test\", \"test\", \"test\")(postRequest)\n      val failure = Json.obj(\"errors\" -> Seq(\"Invalid SafeId\"))\n\n      status(result) must be(BAD_REQUEST)\n      contentAsJson(result) must be(failure)\n    }\n\n    \"return a valid response when the payload is valid\" in {\n\n      val response = des.SubscriptionResponse(\n        etmpFormBundleNumber = \"111111\",\n        amlsRefNo = amlsRegistrationNumber,\n        Some(1301737.96),\n        Some(231.42),\n        870458,\n        2172427.38,\n        \"string\"\n      )\n\n      when {\n        controller.subscriptionService.subscribe(eqTo(safeId), any())(any(), any(), any())\n      } thenReturn Future.successful(SubscriptionResponse.convert(response))\n\n      val result = controller.subscribe(\"test\", \"orgRef\", safeId)(postRequest)\n\n      status(result) must be(OK)\n      contentAsJson(result) must be(Json.toJson(SubscriptionResponse.convert(response)))\n    }\n\n    \"return an invalid response when the service fails\" in {\n\n      when {\n        controller.subscriptionService.subscribe(eqTo(safeId), any())(any(), any(), any())\n      } thenReturn Future.failed(new HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"message\")))\n\n      whenReady(controller.subscribe(\"test\", \"OrgRef\", safeId)(postRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n      }\n    }\n\n    \"return a `BadRequest` response when the json fails to parse\" in {\n\n      val response = Json.obj(\n        \"errors\" -> Seq(\n          Json.obj(\n            \"path\" -> \"obj.aboutYouSection\",\n            \"error\" -> \"error.path.missing\"\n          ),\n          Json.obj(\n            \"path\" -> \"obj.businessActivitiesSection\",\n            \"error\" -> \"error.path.missing\"\n          ),\n          Json.obj(\n            \"path\" -> \"obj.businessMatchingSection\",\n            \"error\" -> \"error.path.missing\"\n          ),\n          Json.obj(\n            \"path\" -> \"obj.businessDetailsSection\",\n            \"error\" -> \"error.path.missing\"\n          ),\n          Json.obj(\n            \"path\" -> \"obj.bankDetailsSection\",\n            \"error\" -> \"error.path.missing\"\n          )\n        )\n      )\n\n      val result = controller.subscribe(\"test\", \"orgRef\", safeId)(requestWithEmptyBody)\n\n      status(result) mustEqual BAD_REQUEST\n      contentAsJson(result) mustEqual response\n    }\n\n    \"return a 422 response when DES fails with a duplicate subscription error\" in {\n      val reason = s\"Business Partner already has an active AMLS Subscription with $amlsRegistrationNumber\"\n\n      when {\n        controller.subscriptionService.subscribe(eqTo(safeId), any())(any(), any(), any())\n      } thenReturn Future.failed(DuplicateSubscriptionException(HttpStatusException(BAD_REQUEST, Some(reason)), amlsRegistrationNumber, reason))\n\n      val result = controller.subscribe(\"test\", \"orgRef\", safeId)(postRequest)\n\n      status(result) mustBe UNPROCESSABLE_ENTITY\n      contentAsJson(result).as[SubscriptionErrorResponse] mustBe SubscriptionErrorResponse(amlsRegistrationNumber, reason)\n    }\n\n    \"return a normal exception response if DES does not return a json body\" in {\n      val errorBody = \"This isn't json\"\n\n      when {\n        controller.subscriptionService.subscribe(eqTo(safeId), any())(any(), any(), any())\n      } thenReturn Future.failed(HttpStatusException(BAD_REQUEST, Some(errorBody)))\n\n      whenReady(controller.subscribe(\"test\", \"orgRef\", safeId)(postRequest).failed) {\n        case HttpStatusException(status, _) => status mustBe BAD_REQUEST\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessdetails\/BusinessType.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessdetails\n\nimport play.api.libs.json.{JsError, JsString, JsSuccess, JsonValidationError, Reads, Writes}\n\nsealed trait BusinessType\n\nobject BusinessType {\n\n  import models.fe.businessmatching.{BusinessType => BT}\n\n  case object SoleProprietor extends BusinessType\n  case object LimitedCompany extends BusinessType\n  case object Partnership extends BusinessType\n  case object LPrLLP extends BusinessType\n  case object UnincorporatedBody extends BusinessType\n\n  implicit def convert(model: BT): BusinessType =\n    model match {\n      case BT.SoleProprietor => SoleProprietor\n      case BT.LimitedCompany => LimitedCompany\n      case BT.Partnership => Partnership\n      case BT.LPrLLP => LPrLLP\n      case BT.UnincorporatedBody => UnincorporatedBody\n    }\n\n  implicit val reads = Reads[BusinessType] {\n    case JsString(\"Sole Proprietor\") => JsSuccess(SoleProprietor)\n    case JsString(\"Limited Liability Partnership\") => JsSuccess(LPrLLP)\n    case JsString(\"Partnership\") => JsSuccess(Partnership)\n    case JsString(\"Corporate Body\") => JsSuccess(LimitedCompany)\n    case JsString(\"Unincorporated Body\") => JsSuccess(UnincorporatedBody)\n    case _ =>\n      JsError(JsonValidationError(\"error.invalid\"))\n  }\n\n  implicit val writes = Writes[BusinessType] {\n    case SoleProprietor => JsString(\"Sole Proprietor\")\n    case LPrLLP => JsString(\"Limited Liability Partnership\")\n    case Partnership => JsString(\"Partnership\")\n    case LimitedCompany => JsString(\"Corporate Body\")\n    case UnincorporatedBody => JsString(\"Unincorporated Body\")\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/payapi\/PaymentStatus.scala","text":"<filename>app\/models\/payapi\/PaymentStatus.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.payapi\n\nimport enumeratum.{Enum, EnumEntry}\nimport utils.EnumFormat\n\nsealed abstract class PaymentStatus(val isFinal: Boolean, val validNextStates: Seq[PaymentStatus] = Seq()) extends EnumEntry\n\nobject PaymentStatus {\n  implicit val statusFormat = EnumFormat(PaymentStatuses)\n}\n\nobject PaymentStatuses extends Enum[PaymentStatus] {\n  case object Created extends PaymentStatus(false, Seq(Sent))\n  case object Successful extends PaymentStatus(true)\n  case object Sent extends PaymentStatus(false, Seq(Successful, Failed, Cancelled))\n  case object Failed extends PaymentStatus(true)\n  case object Cancelled extends PaymentStatus(true)\n\n  override def values = findValues\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/AmendVariationResponseSpec.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass AmendVariationResponseSpec extends PlaySpec {\n\n  val response = AmendVariationResponse(\"pdate\", \"12345\", Some(115.0), None, Some(125.0), Some(125.0), None, None, None, None,\n    None, None, None, Some(0), Some(240.0), Some(\"ref\"), None, Some(100), Some(100.0), Some(100.0))\n\n  \"AmendVariationResponse\" must {\n\n\n    \"Deserialize correctly where Fit and Proper Fee is fpFee\" in {\n\n      val json =\n        \"\"\"{\n  \"processingDate\" : \"pdate\",\n  \"etmpFormBundleNumber\" : \"12345\",\n  \"registrationFee\" : 115.0,\n  \"fpFee\" : 125.0,\n  \"fpFeeRate\": 125.0,\n  \"premiseFee\" : 0,\n  \"totalFees\" : 240.0,\n  \"paymentReference\" : \"ref\",\n  \"addedResponsiblePeople\" : 0,\n  \"addedResponsiblePeopleFitAndProper\" : 1,\n  \"addedFullYearTradingPremises\" : 0,\n  \"halfYearlyTradingPremises\" : 0,\n  \"zeroRatedTradingPremises\" : 0,\n  \"approvalCheckNumbers\" : 100,\n  \"approvalCheckFeeRate\" : 100.0,\n  \"approvalCheckFee\" : 100.0\n}\"\"\"\n\n      AmendVariationResponse.format.reads(Json.parse(json)) must be (JsSuccess(response))\n\n    }\n\n    \"Deserialize correctly where Fit and Proper Fee is not returned\" in {\n\n      val json =\n        \"\"\"{\n  \"processingDate\" : \"pdate\",\n  \"etmpFormBundleNumber\" : \"12345\",\n  \"registrationFee\" : 115.0,\n  \"fpFeeRate\": 125.0,\n  \"premiseFee\" : 0,\n  \"totalFees\" : 240.0,\n  \"paymentReference\" : \"ref\",\n  \"addedResponsiblePeople\" : 0,\n  \"addedResponsiblePeopleFitAndProper\" : 0,\n  \"addedFullYearTradingPremises\" : 0,\n  \"halfYearlyTradingPremises\" : 0,\n  \"zeroRatedTradingPremises\" : 0,\n  \"approvalCheckNumbers\" : 100,\n  \"approvalCheckFeeRate\" : 100.0,\n  \"approvalCheckFee\" : 100.0\n}\"\"\"\n\n      AmendVariationResponse.format.reads(Json.parse(json)) must be(JsSuccess(response.copy(fpFee = None)))\n\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/generators\/PayApiGenerator.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage generators\n\nimport java.time.LocalDateTime\n\nimport models.payapi.Payment\nimport models.payapi.PaymentStatuses._\nimport models.payapi.TaxTypes._\nimport org.scalacheck.Gen\n\ntrait PayApiGenerator extends BaseGenerator with AmlsReferenceNumberGenerator {\n  val paymentRefGen = alphaNumOfLengthGen(refLength - 1) map { ref => s\"X$ref\" }\n  val paymentIdGen = alphaNumOfLengthGen(refLength)\n\n  def taxTypesGen = Gen.pick(1,\n    `self-assessment`,\n    `vat`,\n    `epaye`,\n    `p11d`,\n    `stamp-duty`,\n    `corporation-tax`,\n    `other`\n  )\n\n  def now = LocalDateTime.now()\n\n  def paymentStatusGen = Gen.pick(1,\n    Created,\n    Successful,\n    Sent,\n    Failed,\n    Cancelled\n  )\n\n  val payApiPaymentGen: Gen[Payment] = for {\n    id <- hashGen\n    taxType <- taxTypesGen\n    ref <- paymentRefGen\n    desc <- alphaNumOfLengthGen(refLength)\n    amountInPence <- numGen\n    url <- alphaNumOfLengthGen(refLength)\n    paymentStatus <- paymentStatusGen\n  } yield Payment(\n    id,\n    taxType.head,\n    ref,\n    None,\n    amountInPence,\n    paymentStatus.head\n  )\n\n  val payApiPaymentGenDesc: Gen[Payment] = for {\n    id <- hashGen\n    taxType <- taxTypesGen\n    ref <- paymentRefGen\n    desc <- alphaNumOfLengthGen(refLength)\n    amountInPence <- numGen\n    url <- alphaNumOfLengthGen(refLength)\n    paymentStatus <- paymentStatusGen\n  } yield Payment(\n    id,\n    taxType.head,\n    ref,\n    Some(desc),\n    amountInPence,\n    paymentStatus.head\n  )\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/HttpResponseHelper.scala","text":"<filename>app\/utils\/HttpResponseHelper.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport play.api.libs.json.{JsNull, JsResult, Json, Reads}\nimport uk.gov.hmrc.http.{ HttpReads, HttpResponse }\n\ntrait HttpResponseHelper {\n\n  \/\/ scalastyle:off object.name\n  object & {\n    def unapply(response: HttpResponse): Option[(HttpResponse, HttpResponse)] =\n      Some((response, response))\n  }\n\n  object status {\n    def unapply(response: HttpResponse): Option[Int] = Some(response.status)\n  }\n\n  class JsonParsed[A] {\n    def unapply(response: HttpResponse)(implicit rds: Reads[A]): Option[JsResult[A]] = {\n      val json = Option(response.json) getOrElse JsNull\n      Some(Json.fromJson[A](json))\n    }\n  }\n\n  object JsonParsed {\n    def apply[A] = new JsonParsed[A]\n  }\n\n  implicit val httpReads: HttpReads[HttpResponse] =\n    new HttpReads[HttpResponse] {\n      override def read(method: String, url: String, response: HttpResponse): HttpResponse =\n        response\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessdetails\/UnincorpBodySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessdetails\n\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessmatching.BusinessType.LimitedCompany\nimport models.fe.businessmatching.{BusinessActivities, BusinessMatching, TypeOfBusiness}\nimport org.scalatestplus.play.PlaySpec\n\nclass UnincorpBodySpec extends PlaySpec {\n\n  \"BusinessMatching with review details and type of business\" must {\n\n    \"be convertible to UnincorpBody DES record\" in {\n\n      val reviewDetails = ReviewDetails(\"businessName\",\n        LimitedCompany,\n        Address(\"line_1\", \"line_2\", None, None, None, \"UK\"),\n        \"safeId\"\n      )\n\n      val typeOfBusiness = TypeOfBusiness(\"LTD\")\n\n      val businessMatching = BusinessMatching(reviewDetails, BusinessActivities(Set.empty), None, Some(typeOfBusiness), None)\n\n      UnincorpBody.convert(businessMatching) must be(Some(UnincorpBody(\"businessName\", \"LTD\")))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/SubscriptionViewController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.ViewDESConnector\nimport exceptions.HttpStatusException\n\nimport javax.inject.{Inject, Singleton}\nimport models.fe.SubscriptionView\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.{JsObject, Json}\nimport play.api.mvc.ControllerComponents\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{ApiRetryHelper, AuthAction}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass SubscriptionViewController @Inject()(vdc: ViewDESConnector,\n                                           authAction: AuthAction,\n                                           val cc: ControllerComponents)(implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) with Logging {\n\n  private[controllers] def connector: ViewDESConnector = vdc\n\n  val amlsRegNoRegex = \"^X[A-Z]ML00000[0-9]{6}$\".r\n  val prefix = \"[SubscriptionViewController][get]\"\n\n  private def toError(message: String): JsObject =\n    Json.obj(\n      \"errors\" -> Seq(message)\n    )\n\n  def view(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async {\n      implicit request =>\n        logger.debug(s\"$prefix - amlsRegNo: $amlsRegistrationNumber\")\n        amlsRegNoRegex.findFirstIn(amlsRegistrationNumber) match {\n          case Some(_) =>\n            connector.view(amlsRegistrationNumber) map {\n              response =>\n               val feModel:SubscriptionView = response\n                val prefix = \"[SubscriptionViewController][view]\"\n                logger.debug(s\"$prefix model - $feModel\")\n                val json = Json.toJson(feModel)\n                logger.debug(s\"$prefix Json - $json\")\n                Ok(json)\n            } recoverWith {\n              case e@HttpStatusException(status, Some(body)) =>\n                logger.warn(s\"$prefix - Status: ${status}, Message: $body\")\n                Future.failed(e)\n            }\n\n          case _ =>\n            Future.successful {\n              BadRequest(toError(\"Invalid AMLS Registration Number\"))\n            }\n        }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tcsp\/ProvidedServicesSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass ProvidedServicesSpec extends PlaySpec with MockitoSugar {\n\n  \"Json read and writes\" must {\n\n    \"Serialise single service as expected\" in {\n      Json.toJson(ProvidedServices(Set(EmailServer))) must be(Json.obj(\"services\" -> Seq(\"03\")))\n    }\n\n    \"Serialise multiple services as expected\" in {\n      val allServices = Set[TcspService](PhonecallHandling, EmailHandling, EmailServer,\n        SelfCollectMailboxes, MailForwarding, Receptionist, ConferenceRooms)\n      val result = Json.toJson(ProvidedServices(allServices)).\\(\"services\").as[Seq[String]]\n      result must contain allOf (\"01\", \"02\", \"03\", \"04\", \"05\", \"06\", \"07\")\n    }\n\n    \"Serialise 'other' service as expected\" in {\n      Json.toJson(ProvidedServices(Set(Other(\"other service\")))) must be(Json.obj(\"services\" -> Seq(\"08\"), \"details\" -> \"other service\"))\n    }\n\n    \"Deserialise single service as expected\" in {\n      val json = Json.obj(\"services\" -> Set(\"01\"))\n      val expected = JsSuccess(ProvidedServices(Set(PhonecallHandling)))\n      Json.fromJson[ProvidedServices](json) must be (expected)\n    }\n\n    \"Deserialise multiple service as expected\" in {\n      val json = Json.obj(\"services\" -> Seq(\"01\", \"02\", \"03\", \"04\", \"05\", \"06\", \"07\"))\n      val allServices = Set[TcspService](PhonecallHandling, EmailHandling, EmailServer,\n                                         SelfCollectMailboxes, MailForwarding, Receptionist, ConferenceRooms)\n      val expected = JsSuccess(ProvidedServices(allServices))\n      Json.fromJson[ProvidedServices](json) must be (expected)\n    }\n\n    \"Deserialise 'other' service as expected\" in {\n      val json = Json.obj(\"services\" -> Set(\"08\"), \"details\" -> \"other service\")\n      val expected = JsSuccess(ProvidedServices(Set(Other(\"other service\"))))\n      Json.fromJson[ProvidedServices](json) must be (expected)\n    }\n\n    \"fail when on invalid data\" in {\n      Json.fromJson[ProvidedServices](Json.obj(\"services\" -> Set(\"40\"))) must\n        be(JsError((JsPath \\ \"services\") -> JsonValidationError(\"error.invalid\")))\n    }\n\n    \"fail when on missing details data\" in {\n      Json.fromJson[ProvidedServices](Json.obj(\"transactions\" -> Set(\"08\"))) must\n        be(JsError((JsPath \\ \"services\") -> JsonValidationError(\"error.path.missing\")))\n    }\n\n    \"fail when on missing all data\" in {\n      Json.fromJson[ProvidedServices](Json.obj()) must\n        be(JsError((JsPath \\ \"services\") -> JsonValidationError(\"error.path.missing\")))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/SubscriptionStatusDESConnectorSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.MockAudit\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport metrics.API9\nimport models.des\nimport org.joda.time.{DateTimeUtils, LocalDateTime}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfterAll\nimport play.api.http.Status._\nimport play.api.libs.json.Json\nimport uk.gov.hmrc.http.HttpResponse\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass SubscriptionStatusDESConnectorSpec extends AmlsBaseSpec with BeforeAndAfterAll with AmlsReferenceNumberGenerator {\n\n  override def beforeAll {\n    DateTimeUtils.setCurrentMillisFixed(1000)\n  }\n\n  override def afterAll: Unit = {\n    DateTimeUtils.setCurrentMillisSystem()\n  }\n\n  trait Fixture {\n\n    val testDESConnector = new SubscriptionStatusDESConnector(mockAppConfig, mockAuditConnector, mockHttpClient, mockMetrics) {\n      override private[connectors] val baseUrl: String = \"baseUrl\"\n      override private[connectors] val token: String = \"token\"\n      override private[connectors] val env: String = \"ist0\"\n      override private[connectors] val audit = MockAudit\n      override private[connectors] val fullUrl: String = s\"$baseUrl\/$requestUrl\/\"\n    }\n\n    val successModel = des.ReadStatusResponse(LocalDateTime.now(), \"Approved\",\n      None, None, None, None, false)\n\n    val mockTimer = mock[Timer.Context]\n\n    val url = s\"${testDESConnector.fullUrl}\/$amlsRegistrationNumber\/status\"\n\n    when {\n      testDESConnector.metrics.timer(eqTo(API9))\n    } thenReturn mockTimer\n  }\n\n  \"DESConnector\" must {\n\n    \"return a successful future\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(successModel),\n        headers = Map.empty\n      )\n\n      when {\n        testDESConnector.httpClient.GET[HttpResponse](eqTo(url), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testDESConnector.status(amlsRegistrationNumber)) {\n        _ mustEqual successModel\n      }\n    }\n\n    \"return a failed future\" in new Fixture {\n\n      val response = HttpResponse(\n        status = BAD_REQUEST,\n        body = \"\",\n        headers = Map.empty\n      )\n      when {\n        testDESConnector.httpClient.GET[HttpResponse](eqTo(url), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testDESConnector.status(amlsRegistrationNumber).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual BAD_REQUEST\n          body.getOrElse(\"\").isEmpty mustEqual true\n      }\n    }\n\n    \"return a failed future (json validation)\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(\"message\"),\n        headers = Map.empty\n      )\n\n      when {\n        testDESConnector.httpClient.GET[HttpResponse](eqTo(url), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testDESConnector.status(amlsRegistrationNumber).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual OK\n          body mustEqual Some(\"\\\"message\\\"\")\n      }\n    }\n\n    \"return a failed future (exception)\" in new Fixture {\n      when {\n        testDESConnector.httpClient.GET[HttpResponse](eqTo(url), any(), any())(any(), any(), any())\n      } thenReturn Future.failed(new Exception(\"message\"))\n\n      whenReady(testDESConnector.status(amlsRegistrationNumber).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/hvd\/HvdFromUnseenCustDetails.scala","text":"<filename>app\/models\/des\/hvd\/HvdFromUnseenCustDetails.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.hvd\n\nimport play.api.libs.json.Json\n\ncase class HvdFromUnseenCustDetails (hvdFromUnseenCustomers: Boolean,\n                                     receiptMethods: Option[ReceiptMethods])\n\nobject HvdFromUnseenCustDetails {\n\n  implicit val format = Json.format[HvdFromUnseenCustDetails]\n\n  implicit def conv(model: models.fe.hvd.Hvd): Option[HvdFromUnseenCustDetails] = {\n    (model.receiveCashPayments, model.cashPaymentMethods) match {\n      case (Some(cash), Some(methods)) => Some(HvdFromUnseenCustDetails(cash, methods))\n      case (None, None) => None\n      case (_, Some(methods)) => Some(HvdFromUnseenCustDetails(true, methods))\n      case (_, None) => Some(HvdFromUnseenCustDetails(false, None))\n    }\n  }\n\n  }\n"}
{"repo_name":"hmrc\/amls","path":"test\/generators\/BaseGenerator.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage generators\n\nimport org.scalacheck.Gen\n\ntrait BaseGenerator {\n  val refLength = 10\n\n  \/\/noinspection ScalaStyle\n  def hashGen: Gen[String] = {\n    val c = Gen.oneOf(Seq(\"a\", \"b\", \"c\", \"d\", \"e\", \"f\"))\n    val n = Gen.chooseNum(0, 9).map(_.toString)\n    Gen.listOfN(32, Gen.oneOf(c, n)).map(l => l.mkString)\n  }\n\n  def stringOfLengthGen(maxLength: Int) = {\n    Gen.listOfN(maxLength, Gen.alphaNumChar).map(_.mkString)\n  }\n\n  def alphaNumOfLengthGen(maxLength: Int) = {\n    Gen.listOfN(maxLength, Gen.alphaNumChar).map(_.mkString)\n  }\n\n  \/\/noinspection ScalaStyle\n  def numGen = Gen.chooseNum(0,1000)\n\n  def safeIdGen = alphaNumOfLengthGen(9) map { ref =>\n    s\"X${ref.toUpperCase}\"\n  }\n\n  val postcodeGen: Gen[String] = for {\n    a <- stringOfLengthGen(2)\n    num1 <- Gen.chooseNum(1, 99)\n    num2 <- Gen.chooseNum(1, 9)\n    b <- stringOfLengthGen(2)\n  } yield s\"$a$num1 $num2$b\"\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/msb\/MoneyServiceBusiness.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\n\nimport models.fe.businessmatching.{CurrencyExchange, ForeignExchange, MsbService, TransmittingMoney}\nimport play.api.libs.json._\n\ncase class MoneyServiceBusiness(msbAllDetails: Option[MsbAllDetails],\n                                msbMtDetails: Option[MsbMtDetails],\n                                msbCeDetails: Option[MsbCeDetailsR7],\n                                msbFxDetails: Option[MsbFxDetails]\n                               )\n\nobject MoneyServiceBusiness {\n\n  implicit def format = Json.format[MoneyServiceBusiness]\n\n\n  implicit def conv(msbOpt: Option[models.fe.moneyservicebusiness.MoneyServiceBusiness], bm: models.fe.businessmatching.BusinessMatching, amendVariation: Boolean)\n  : Option[MoneyServiceBusiness] = {\n    msbOpt match {\n      case Some(msb) if msb != models.fe.moneyservicebusiness.MoneyServiceBusiness(None, None, None, None, None, None, None, None, None, None, None, None) => {\n        val services = bm.msbServices.fold[Set[MsbService]](Set.empty)(x => x.msbServices)\n        val msbMtDetails: Option[MsbMtDetails] = services.contains(TransmittingMoney) match {\n          case true => (msb, bm, amendVariation)\n          case false => None\n        }\n        val msbCeDetails: Option[MsbCeDetailsR7] = services.contains(CurrencyExchange) match {\n          case true => msb\n          case false => None\n        }\n        val msbFxDetails: Option[MsbFxDetails] = services.contains(ForeignExchange) match {\n          case true => msb\n          case false => None\n        }\n        Some(MoneyServiceBusiness(msb, msbMtDetails, msbCeDetails, msbFxDetails))\n      }\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessdetails\/ActivityStartDateSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.businessactivities._\nimport org.joda.time.LocalDate\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass ActivityStartDateSpec extends PlaySpec {\n  \"ActivityStartDate\" must {\n\n    \"Json\" should {\n        \/\/ scalastyle:off\n      \"Read and write successfully\" in {\n\n        ActivityStartDate.format.reads(ActivityStartDate.format.writes(ActivityStartDate(new LocalDate(1990, 2, 24)))) must be(\n          JsSuccess(ActivityStartDate(new LocalDate(1990, 2, 24))))\n\n      }\n\n      \"write successfully\" in {\n        ActivityStartDate.format.writes(ActivityStartDate(new LocalDate(1990, 2, 24))) must be(Json.obj(\"startDate\" ->\"1990-02-24\"))\n      }\n    }\n\n    \"des to frontend conversion when  input is none\" in {\n      ActivityStartDate.conv(None) must be(None)\n\n    }\n\n    \"des to frontend conversion when activitiesCommenceDate is none\" in {\n\n      val desModel = Some(BusinessActivitiesAll(\n        None,None,None,\n        BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"11122233344\")))),\n        Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\", \"FranchiserName2\")))),\n        Some(\"12345678901\"),\n        Some(\"11223344556\"),\n        NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n        AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n        true,\n        true,\n        Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true)))),\n        None\n      ))\n      ActivityStartDate.conv(desModel) must be(None)\n\n    }\n  }\n }\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/asp\/Asp.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.asp\n\nimport models.fe.asp.{OtherBusinessTaxMattersNo, OtherBusinessTaxMattersYes}\nimport play.api.libs.json.Json\n\ncase class Asp (regHmrcAgtRegSchTax: Boolean = false,\n                hmrcAgentRegNo: Option[String])\n\nobject Asp {\n\n  implicit val format = Json.format[Asp]\n\n  implicit def conv(asp: Option[models.fe.asp.Asp]) : Option[Asp] = {\n    asp.otherBusinessTaxMatters match {\n      case Some(OtherBusinessTaxMattersYes) => Some(Asp(true, None))\n      case Some(OtherBusinessTaxMattersNo) => Some(Asp(false, None))\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/PersonAddressSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass PersonAddressSpec extends PlaySpec {\n\n  val DefaultAddressLine1 = \"Default Line 1\"\n  val DefaultAddressLine2 = \"Default Line 2\"\n  val DefaultAddressLine3 = Some(\"Default Line 3\")\n  val DefaultAddressLine4 = Some(\"Default Line 4\")\n  val DefaultPostcode = \"AA1 1AA\"\n  val DefaultCountry =  \"GB\"\n\n  val NewAddressLine1 = \"New Line 1\"\n  val NewAddressLine2 = \"New Line 2\"\n  val NewAddressLine3 = Some(\"New Line 3\")\n  val NewAddressLine4 = Some(\"New Line 4\")\n  val NewPostcode = \"BB1 1BB\"\n  val NewCountry = \"AB\"\n\n  val DefaultUKAddress = PersonAddressUK(\n    DefaultAddressLine1,\n    DefaultAddressLine2,\n    DefaultAddressLine3,\n    DefaultAddressLine4,\n    DefaultPostcode)\n\n  val DefaultNonUKAddress = PersonAddressNonUK(\n    DefaultAddressLine1,\n    DefaultAddressLine2,\n    DefaultAddressLine3,\n    DefaultAddressLine4,\n    DefaultCountry)\n\n  val DefaultUKModel = Map(\n    \"isUK\" -> Seq(\"true\"),\n    \"addressLine1\" -> Seq(DefaultAddressLine1),\n    \"addressLine2\" -> Seq(DefaultAddressLine2),\n    \"addressLine3\" -> Seq(\"Default Line 3\"),\n    \"addressLine4\" -> Seq(\"Default Line 4\"),\n    \"postCode\" -> Seq(DefaultPostcode)\n  )\n\n  val DefaultNonUKModel = Map(\n    \"isUK\" -> Seq(\"false\"),\n    \"addressLineNonUK1\" -> Seq(DefaultAddressLine1),\n    \"addressLineNonUK2\" -> Seq(DefaultAddressLine2),\n    \"addressLineNonUK3\" -> Seq(\"Default Line 3\"),\n    \"addressLineNonUK4\" -> Seq(\"Default Line 4\"),\n    \"country\" -> Seq(DefaultCountry)\n  )\n\n\n  val DefaultUKJson = Json.obj(\n    \"personAddressLine1\" -> DefaultAddressLine1,\n    \"personAddressLine2\" -> DefaultAddressLine2,\n    \"personAddressLine3\" -> DefaultAddressLine3,\n    \"personAddressLine4\" -> DefaultAddressLine4,\n    \"personAddressPostCode\" -> DefaultPostcode\n  )\n\n  val DefaultNonUKJson = Json.obj(\n    \"personAddressLine1\" -> DefaultAddressLine1,\n    \"personAddressLine2\" -> DefaultAddressLine2,\n    \"personAddressLine3\" -> DefaultAddressLine3,\n    \"personAddressLine4\" -> DefaultAddressLine4,\n    \"personAddressCountry\" -> DefaultCountry\n  )\n\n  \"personAddress\" must {\n\n    \"JSON validation\" must {\n\n      \"Round trip a UK Address correctly through serialisation\" in {\n        PersonAddress.jsonReads.reads(\n          PersonAddress.jsonWrites.writes(DefaultUKAddress)\n        ) must be (JsSuccess(DefaultUKAddress))\n      }\n\n      \"Round trip a Non UK Address correctly through serialisation\" in {\n        PersonAddress.jsonReads.reads(\n          PersonAddress.jsonWrites.writes(DefaultNonUKAddress)\n        ) must be (JsSuccess(DefaultNonUKAddress))\n      }\n\n      \"Serialise UK address as expected\" in {\n        Json.toJson(DefaultUKAddress: PersonAddress) must be(DefaultUKJson)\n      }\n\n      \"Serialise non-UK address as expected\" in {\n        Json.toJson(DefaultNonUKAddress: PersonAddress) must be(DefaultNonUKJson)\n      }\n\n      \"Deserialise UK address as expected\" in {\n        DefaultUKJson.as[PersonAddress] must be(DefaultUKAddress)\n      }\n\n      \"Deserialise non-UK address as expected\" in {\n        DefaultNonUKJson.as[PersonAddress] must be(DefaultNonUKAddress)\n      }\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/AmendVariationDESConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.{AmendmentEvent, AmendmentEventFailed}\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\nimport javax.inject._\nimport metrics.{API6, Metrics}\nimport models.des\nimport play.api.Logger\nimport play.api.http.Status._\nimport play.api.libs.json.{JsSuccess, Json, Writes}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpReads, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass AmendVariationDESConnector @Inject()(private[connectors] val appConfig: ApplicationConfig,\n                                           private[connectors] val ac: AuditConnector,\n                                           private[connectors] val httpClient: HttpClient,\n                                           private[connectors] val metrics: Metrics) extends DESConnector(appConfig, ac) {\n\n  def amend\n  (amlsRegistrationNumber: String, data: des.AmendVariationRequest)\n  (implicit\n   ec: ExecutionContext,\n   wr1: Writes[des.AmendVariationRequest],\n   wr2: Writes[des.AmendVariationResponse],\n   hc: HeaderCarrier,\n   apiRetryHelper: ApiRetryHelper\n  ): Future[des.AmendVariationResponse] = {\n    apiRetryHelper.doWithBackoff(() => amendFunction(amlsRegistrationNumber, data))\n  }\n\n  private def amendFunction\n  (amlsRegistrationNumber: String, data: des.AmendVariationRequest)\n  (implicit\n   ec: ExecutionContext,\n   wr1: Writes[des.AmendVariationRequest],\n   wr2: Writes[des.AmendVariationResponse],\n   hc: HeaderCarrier\n  ): Future[des.AmendVariationResponse] = {\n    val prefix = \"[DESConnector][amend]\"\n    val bodyParser = JsonParsed[des.AmendVariationResponse]\n    val timer = metrics.timer(API6)\n    logger.debug(s\"$prefix - Request body: ${Json.toJson(data)}\")\n\n    val url = s\"$fullUrl\/$amlsRegistrationNumber\"\n\n    httpClient.PUT[des.AmendVariationRequest, HttpResponse](url, data, headers = desHeaders)(wr1, implicitly[HttpReads[HttpResponse]], hc,ec) map {\n      response =>\n        timer.stop()\n        logger.debug(s\"$prefix - Base Response: ${response.status}\")\n        logger.debug(s\"$prefix - Response Body: ${response.body}\")\n        response\n    } flatMap {\n      case r@status(OK) & bodyParser(JsSuccess(body: des.AmendVariationResponse, _)) =>\n        metrics.success(API6)\n        logger.debug(s\"$prefix - Success response\")\n        logger.debug(s\"$prefix - Response body: ${Json.toJson(body)}\")\n        logger.debug(s\"$prefix - CorrelationId: ${r.header(\"CorrelationId\") getOrElse \"\"}\")\n        auditConnector.sendExtendedEvent(AmendmentEvent(amlsRegistrationNumber, data, body))\n        Future.successful(body)\n      case r@status(s) =>\n        metrics.failed(API6)\n        logger.warn(s\"$prefix - Failure response: $s\")\n        logger.warn(s\"$prefix - CorrelationId: ${r.header(\"CorrelationId\") getOrElse \"\"}\")\n        val httpEx = HttpStatusException(s, Option(r.body))\n        auditConnector.sendExtendedEvent(AmendmentEventFailed(amlsRegistrationNumber, data, httpEx))\n        Future.failed(httpEx)\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        auditConnector.sendExtendedEvent(AmendmentEventFailed(amlsRegistrationNumber, data, e))\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(API6)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        val httpEx = HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage))\n        auditConnector.sendExtendedEvent(AmendmentEventFailed(amlsRegistrationNumber, data, httpEx))\n        Future.failed(httpEx)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessdetails\/BusinessDetails.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.SubscriptionView\n\ncase class BusinessDetails(\n                             previouslyRegistered: PreviouslyRegistered,\n                             activityStartDate: Option[ActivityStartDate] = None,\n                             vatRegistered: Option[VATRegistered] = None,\n                             corporationTaxRegistered: Option[CorporationTaxRegistered] = None,\n                             contactingYou: ContactingYou,\n                             registeredOffice: RegisteredOffice,\n                             altCorrespondenceAddress: Boolean,\n                             correspondenceAddress: Option[CorrespondenceAddress] = None\n                           )\n\nobject BusinessDetails {\n\n  import play.api.libs.json._\n\n  implicit val format =  Json.format[BusinessDetails]\n\n  implicit def conv(view: SubscriptionView): BusinessDetails = {\n    val bcDetails = view.businessContactDetails\n    val previouslyRegistered = view.businessReferencesAll\n    BusinessDetails(previouslyRegistered,\n      view.businessActivities.all,\n      view.businessReferencesAllButSp,\n      view.businessReferencesCbUbLlp,\n      ContactingYou(bcDetails.businessTelNo, bcDetails.businessEmail),\n      bcDetails.businessAddress,\n      bcDetails.altCorrespondenceAddress,\n      bcDetails.alternativeAddress)\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessactivities\/HowManyEmployeesSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/models\/fe\/businessactivities\/HowManyEmployeesSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities._\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass HowManyEmployeesSpec extends PlaySpec {\n\n  \"HowManyEmployees\" must {\n\n    \"JSON read\" must {\n\n      \"fail to validate when given employeeCountAMLSSupervision is missing\" in {\n        val json = Json.obj(\"employeeCount\" -> \"12345678901\")\n        Json.fromJson[HowManyEmployees](json) must\n          be(JsError((JsPath \\ \"employeeCountAMLSSupervision\") -> JsonValidationError(\"error.path.missing\")))\n      }\n\n      \"fail to validate when given employeeCount is missing\" in {\n        val json = Json.obj(\"employeeCountAMLSSupervision\" -> \"12345678901\")\n        Json.fromJson[HowManyEmployees](json) must\n          be(JsError((JsPath \\ \"employeeCount\") -> JsonValidationError(\"error.path.missing\")))\n      }\n\n      \"successfully read the JSON value to create the Model\" in {\n        val json = Json.obj(\"employeeCount\" -> \"12345678901\", \"employeeCountAMLSSupervision\" -> \"123456789\")\n        Json.fromJson[HowManyEmployees](json) must\n          be(JsSuccess(HowManyEmployees(\"12345678901\", \"123456789\"), JsPath))\n      }\n    }\n\n    \"JSON write the correct value\" must {\n\n      \"be populated in the JSON from the Model\" in {\n        val howManyEmployees = HowManyEmployees(\"12345678901\", \"123456789\")\n        Json.toJson(howManyEmployees) must\n          be(Json.obj(\"employeeCount\" -> \"12345678901\", \"employeeCountAMLSSupervision\" -> \"123456789\"))\n      }\n    }\n\n    \"convert des ro frontend model successfully\" in {\n\n      val all = BusinessActivitiesAll(\n        None,None,None,\n        BusinessActivityDetails(false, None),\n        Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\", \"FranchiserName2\")))),\n        Some(\"12345678901\"),\n        Some(\"11223344556\"),\n        NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n        AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n        true,\n        true,\n        None,\n        None\n      )\n      HowManyEmployees.conv(all) must be(Some(HowManyEmployees(\"12345678901\", \"11223344556\")))\n    }\n\n    \"convert des ro frontend model successfully when inputs are none\" in {\n\n      val all = BusinessActivitiesAll(\n        None,None,None,\n        BusinessActivityDetails(false, None),\n        Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\", \"FranchiserName2\")))),\n        None,\n        None,\n        NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n        AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n        true,\n        true,\n        None,\n        None\n      )\n      HowManyEmployees.conv(all) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/SubscriptionController.scala","text":"<reponame>hmrc\/amls<filename>app\/controllers\/SubscriptionController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\n import exceptions.{DuplicateSubscriptionException, HttpStatusException}\n\n import javax.inject.{Inject, Singleton}\n import models.des.{RequestType, SubscriptionRequest}\n import models.fe\n import models.fe.SubscriptionErrorResponse\n import play.api.{Logger, Logging}\n import play.api.libs.json._\n import play.api.mvc.{Action, ControllerComponents, PlayBodyParsers}\n import services.SubscriptionService\n import uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\n import utils.{ApiRetryHelper, AuthAction}\n\n import scala.concurrent.ExecutionContext.Implicits.global\n import scala.concurrent.Future\n import scala.util.matching.Regex\n\n@Singleton\nclass SubscriptionController @Inject()(val subscriptionService: SubscriptionService,\n                                       authAction: AuthAction,\n                                       bodyParsers: PlayBodyParsers,\n                                       val cc: ControllerComponents)(implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) with Logging {\n\n  val safeIdRegex: Regex = \"^X[A-Z]000[0-9]{10}$\".r\n  val prefix = \"[SubscriptionController][subscribe]\"\n\n  private def toError(errors: Seq[(JsPath, Seq[JsonValidationError])]): JsObject =\n    Json.obj(\n      \"errors\" -> (errors map {\n        case (path, error) =>\n          Json.obj(\n            \"path\" -> path.toJsonString,\n            \"error\" -> error.head.message\n          )\n      })\n    )\n\n  private def toError(message: String): JsObject =\n    Json.obj(\n      \"errors\" -> Seq(message)\n    )\n\n  def subscribe(accountType: String, ref: String, safeId: String): Action[JsValue] =\n    authAction.async(bodyParsers.json) {\n      implicit request =>\n        logger.debug(s\"$prefix - SafeId: $safeId\")\n        safeIdRegex.findFirstIn(safeId) match {\n          case Some(_) =>\n            implicit val requestType: RequestType.Subscription.type = RequestType.Subscription\n\n            Json.fromJson[fe.SubscriptionRequest](request.body) match {\n              case JsSuccess(body, _) =>\n                subscriptionService.subscribe(safeId, SubscriptionRequest.convert(body)) map {\n                  response =>\n                    Ok(Json.toJson(response))\n                } recoverWith {\n                  case ex: DuplicateSubscriptionException =>\n                    Future.successful(\n                      UnprocessableEntity(Json.toJson(SubscriptionErrorResponse(ex.amlsRegNumber, ex.message)).toString)\n                        .as(\"application\/json\"))\n\n                  case e @ HttpStatusException(status, Some(body)) =>\n                    logger.warn(s\"$prefix - Status: $status, Message: $body\")\n                    Future.failed(e)\n                }\n              case JsError(errors) => Future.successful(BadRequest(toError(errors)))\n            }\n          case _ =>\n            Future.successful {\n              BadRequest(toError(\"Invalid SafeId\"))\n            }\n        }\n    }\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/bankaccountdetails\/AccountViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.bankaccountdetails\n\nimport models.des.bankdetails._\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass AccountViewSpec extends PlaySpec {\n\n  \"AccountView\" must {\n    \"deserialise the account json\" when {\n      \"given uk account json\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"ukAccount\": {\n            \"sortCode\": \"112233\",\n            \"accountNumber\": \"12345678\"\n          }\n          }\"\"\"\n        )\n        val ukAccountViewModel = ukAccountView(\"112233\", \"12345678\")\n\n        json.as[AccountView] must be(ukAccountViewModel)\n      }\n\n      \"given non-uk account json with account number\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"nonUkAccount\": {\n            \"accountHasIban\": false,\n            \"accountNumber\": {\n              \"bankAccountNumber\": \"12345678\"\n            }\n          }\n          }\"\"\"\n        )\n        val nonUkAccountViewModel = AccountNumberView(accountNumber = \"12345678\")\n\n        json.as[AccountView] must be(nonUkAccountViewModel)\n      }\n\n      \"given non-uk account json with iban\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"nonUkAccount\": {\n            \"accountHasIban\": true,\n            \"accountNumber\": {\n              \"iban\": \"87654321\"\n            }\n          }\n          }\"\"\"\n        )\n        val nonUkIBANNumberViewModel = IBANNumberView(iban = \"87654321\")\n\n        json.as[AccountView] must be(nonUkIBANNumberViewModel)\n      }\n    }\n\n    \"serialise the account json\" when {\n      \"given uk account json\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"ukAccount\": {\n            \"sortCode\": \"112233\",\n            \"accountNumber\": \"12345678\"\n          }\n          }\"\"\"\n        )\n        val ukAccountViewModel = ukAccountView(\"112233\", \"12345678\")\n\n        Json.toJson(ukAccountViewModel: AccountView) must be(json)\n      }\n\n      \"given non-uk account json with account number\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"nonUkAccount\": {\n            \"accountHasIban\": false,\n            \"accountNumber\": {\n              \"bankAccountNumber\": \"12345678\"\n            }\n          }\n          }\"\"\"\n        )\n        val nonUkAccountViewModel = AccountNumberView(accountNumber = \"12345678\")\n\n        Json.toJson(nonUkAccountViewModel: AccountView) must be(json)\n      }\n\n      \"given non-uk account json with iban\" in {\n\n        val json = Json.parse(\n          \"\"\"{\n          \"nonUkAccount\": {\n            \"accountHasIban\": true,\n            \"accountNumber\": {\n              \"iban\": \"87654321\"\n            }\n          }\n          }\"\"\"\n        )\n        val nonUkIBANNumberViewModel = IBANNumberView(iban = \"87654321\")\n\n        Json.toJson(nonUkIBANNumberViewModel: AccountView) must be(json)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/PreviousNameSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.{PreviousNameDetails, PersonName => DesPersonName}\nimport org.scalatestplus.play.PlaySpec\n\nclass PreviousNameSpec extends PlaySpec {\n\n  \"PreviousName\" must {\n    \"Json Read\/write with PreviousName details\" in {\n      val previousName = PreviousName(true, Some(\"fname\"), Some(\"mname\"), Some(\"lname\"))\n\n      PreviousName.format.reads(PreviousName.format.writes(previousName))\n    }\n\n    \"convert des name details to frontend\" in {\n\n      val previousNameDetails = Some(PreviousNameDetails(\n        true,\n        Some(DesPersonName(Some(\"first name\"), Some(\"middle name\"), Some(\"last name\"))),\n        Some(\"2001-01-01\")\n      ))\n\n      val previousName = PreviousName(true, Some(\"first name\"), Some(\"middle name\"), Some(\"last name\"))\n      PreviousName.conv(previousNameDetails) must be(Some(previousName))\n    }\n\n    \"convert des name details to frontend when previousNameDetails is none\" in {\n      PreviousName.conv(None) mustBe Some(PreviousName.noPreviousName)\n    }\n\n    \"convert des name details to frontend when previousNameDetails has none values\" in {\n      val previousNameDetails = Some(PreviousNameDetails(\n        false,\n        None,\n        None\n      ))\n\n      PreviousName.conv(previousNameDetails) mustBe Some(PreviousName.noPreviousName)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/SubscriptionStatusDESConnector.scala","text":"<filename>app\/connectors\/SubscriptionStatusDESConnector.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.SubscriptionStatusEvent\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\nimport javax.inject.{Inject, Singleton}\nimport metrics.{API9, Metrics}\nimport models.des\nimport models.des.ReadStatusResponse\nimport play.api.Logger\nimport play.api.http.Status._\nimport play.api.libs.json.{JsSuccess, Json, Writes}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpReads, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass SubscriptionStatusDESConnector @Inject()(private[connectors] val appConfig: ApplicationConfig,\n                                               private[connectors] val ac: AuditConnector,\n                                               private[connectors] val httpClient: HttpClient,\n                                               private[connectors] val metrics: Metrics) extends DESConnector(appConfig, ac) {\n\n  def status(amlsRegistrationNumber: String)\n  (\n    implicit ec: ExecutionContext,\n    wr: Writes[ReadStatusResponse],\n    hc: HeaderCarrier,\n    apiRetryHelper: ApiRetryHelper\n  ): Future[ReadStatusResponse] = {\n    apiRetryHelper.doWithBackoff(() => statusFunction(amlsRegistrationNumber))\n  }\n\n  private def statusFunction(amlsRegistrationNumber: String)\n            (implicit ec: ExecutionContext, wr: Writes[ReadStatusResponse], hc: HeaderCarrier): Future[ReadStatusResponse] = {\n\n    val prefix = \"[DESConnector][readstatus]\"\n    val bodyParser = JsonParsed[ReadStatusResponse]\n    val timer = metrics.timer(API9)\n    logger.debug(s\"$prefix - reg no: $amlsRegistrationNumber\")\n\n    val Url = s\"$fullUrl\/$amlsRegistrationNumber\"\n\n    httpClient.GET[HttpResponse](s\"$Url\/status\", headers = desHeaders)(implicitly[HttpReads[HttpResponse]], hc, ec) map {\n      response =>\n        timer.stop()\n        logger.debug(s\"$prefix - Base Response: ${response.status}\")\n        logger.debug(s\"$prefix - Response Body: ${response.body}\")\n        response\n    }flatMap {\n      case _ @ status(OK) & bodyParser(JsSuccess(body: des.ReadStatusResponse, _)) =>\n        metrics.success(API9)\n        audit.sendDataEvent(SubscriptionStatusEvent(amlsRegistrationNumber, body))\n        logger.debug(s\"$prefix - Success response\")\n        logger.debug(s\"$prefix - Response body: ${Json.toJson(body)}\")\n        Future.successful(body)\n      case r @ status(s) =>\n        metrics.failed(API9)\n        logger.warn(s\"$prefix - Failure response: $s\")\n        Future.failed(HttpStatusException(s, Option(r.body)))\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(API9)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage)))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessmatching\/BusinessAppliedForPSRNumberSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsPath, JsSuccess}\n\nclass BusinessAppliedForPSRNumberSpec extends PlaySpec {\n\n  \"BusinessAppliedForPSRNumber\" should {\n\n    \"Json Validation\" must {\n\n      \"Successfully read and write data:option yes\" in {\n        BusinessAppliedForPSRNumber.jsonReads.reads(BusinessAppliedForPSRNumber.jsonWrites.writes(BusinessAppliedForPSRNumberYes(\"123456\"))) must\n          be(JsSuccess(BusinessAppliedForPSRNumberYes(\"123456\"), JsPath \\ \"regNumber\"))\n      }\n\n      \"Successfully read and write data:option No\" in {\n        BusinessAppliedForPSRNumber.jsonReads.reads(BusinessAppliedForPSRNumber.jsonWrites.writes(BusinessAppliedForPSRNumberNo)) must\n          be(JsSuccess(BusinessAppliedForPSRNumberNo))\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tcsp\/TcspServiceSpec.scala","text":"<filename>test\/models\/fe\/tcsp\/TcspServiceSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\n\nclass TcspServiceSpec extends PlaySpec with MockitoSugar {\n\n  \"TcspService\" should {\n\n    \"Provide the correct value\" in {\n      PhonecallHandling.value must be (\"01\")\n      EmailHandling.value must be (\"02\")\n      EmailServer.value must be (\"03\")\n      SelfCollectMailboxes.value must be (\"04\")\n      MailForwarding.value must be (\"05\")\n      Receptionist.value must be (\"06\")\n      ConferenceRooms.value must be (\"07\")\n      Other(\"\").value must be (\"08\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/tcsp\/TcspAll.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.tcsp\n\nimport models.fe.tcsp.{ServicesOfAnotherTCSP, ServicesOfAnotherTCSPYes, ServicesOfAnotherTCSPNo, Tcsp}\nimport play.api.libs.json.Json\n\ncase class TcspAll (anotherTcspServiceProvider: Boolean, tcspMlrRef: Option[String])\n\nobject TcspAll {\n\n  implicit val format = Json.format[TcspAll]\n\n  implicit def conv(tcsp: Tcsp) : TcspAll = {\n\n    (tcsp.doesServicesOfAnotherTCSP, tcsp.servicesOfAnotherTCSP) match {\n      case (Some(x), Some(data)) => (x, data)\n      case _ => TcspAll(false, None)\n    }\n  }\n\n  implicit def conv1(x: (Boolean, ServicesOfAnotherTCSP)): TcspAll = {\n    (x._1, x._2) match {\n      case (true, ServicesOfAnotherTCSPYes(dtls)) => TcspAll(true, Some(dtls))\n      case (true, ServicesOfAnotherTCSPNo) => TcspAll(true, None)\n      case (false, _) => TcspAll(false, None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/HvdGoodsSold.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe.hvd._\nimport play.api.libs.json.Json\n\n\ncase class HvdGoodsSold (alcohol: Boolean,\n                         tobacco: Boolean,\n                         antiques: Boolean,\n                         cars: Boolean,\n                         otherMotorVehicles: Boolean,\n                         caravans: Boolean,\n                         jewellery: Boolean,\n                         gold: Boolean,\n                         scrapMetals: Boolean,\n                         mobilePhones: Boolean,\n                         clothing: Boolean,\n                         other: Boolean,\n                         specifyOther: Option[String],\n                         howGoodsAreSold: Option[HowGoodsAreSold] )\n\nobject HvdGoodsSold {\n  implicit val format = Json.format[HvdGoodsSold]\n\n  implicit def conv(hvd: Option[models.fe.hvd.Hvd]): Option[HvdGoodsSold] = {\n    hvd match {\n      case Some(data) => conv1(data)\n      case None => None\n    }\n  }\n\n  \/\/ scalastyle:off  cyclomatic.complexity\n  implicit  def conv1(hvd: models.fe.hvd.Hvd) : Option[HvdGoodsSold] = {\n\n    val products = hvd.products.fold[Set[ItemType]](Set.empty)(x => x.items)\n\n    val hvdGoodsSold = products.foldLeft(\n      HvdGoodsSold(false,false,false,false,false,false,false,false,false,false,false,false,None,None)){\n      (result, productType) =>\n      productType match {\n        case Alcohol => result.copy(alcohol = true)\n        case Tobacco => result.copy(tobacco = true)\n        case Antiques => result.copy(antiques = true)\n        case Cars => result.copy(cars = true)\n        case OtherMotorVehicles => result.copy(otherMotorVehicles = true)\n        case Caravans => result.copy(caravans = true)\n        case Jewellery => result.copy(jewellery = true)\n        case Gold => result.copy(gold = true)\n        case ScrapMetals => result.copy(scrapMetals = true)\n        case MobilePhones => result.copy(mobilePhones = true)\n        case Clothing => result.copy(clothing = true)\n        case Other(dtls) => result.copy(other = true, specifyOther = Some(dtls))\n      }\n    }\n    val CompleteModel = hvdGoodsSold.copy(howGoodsAreSold= hvd.howWillYouSellGoods)\n    Some(CompleteModel)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tcsp\/TcspTypes.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.SubscriptionView\nimport play.api.libs.json._\nimport utils.CommonMethods\n\ncase class TcspTypes(serviceProviders: Set[ServiceProvider])\n\nsealed trait ServiceProvider {\n  val value: String =\n    this match {\n      case NomineeShareholdersProvider => \"01\"\n      case TrusteeProvider => \"02\"\n      case RegisteredOfficeEtc => \"03\"\n      case CompanyDirectorEtc => \"04\"\n      case CompanyFormationAgent => \"05\"\n    }\n}\n\ncase object NomineeShareholdersProvider extends ServiceProvider\ncase object TrusteeProvider extends ServiceProvider\ncase object RegisteredOfficeEtc extends ServiceProvider\ncase object CompanyDirectorEtc extends ServiceProvider\ncase object CompanyFormationAgent extends ServiceProvider\n\nobject TcspTypes {\n\n  implicit val jsonReads: Reads[TcspTypes] = {\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    (__ \\ \"serviceProviders\").read[Set[String]].flatMap { x: Set[String] =>\n      x.map {\n        case \"01\" => Reads(_ => JsSuccess(NomineeShareholdersProvider)) map identity[ServiceProvider]\n        case \"02\" => Reads(_ => JsSuccess(TrusteeProvider)) map identity[ServiceProvider]\n        case \"03\" => Reads(_ => JsSuccess(RegisteredOfficeEtc)) map identity[ServiceProvider]\n        case \"04\" => Reads(_ => JsSuccess(CompanyDirectorEtc)) map identity[ServiceProvider]\n        case \"05\" => Reads(_ => JsSuccess(CompanyFormationAgent)) map identity[ServiceProvider]\n        case _ =>\n          Reads(_ => JsError((JsPath \\ \"serviceProviders\") -> JsonValidationError(\"error.invalid\")))\n      }.foldLeft[Reads[Set[ServiceProvider]]](\n        Reads[Set[ServiceProvider]](_ => JsSuccess(Set.empty))\n      ) {\n        (result, data) =>\n          data flatMap { m =>\n            result.map { n =>\n              n + m\n            }\n          }\n      } map TcspTypes.apply\n    }\n  }\n\n  implicit val jsonWrite = Writes[TcspTypes] {\n    case TcspTypes(services) =>\n      Json.obj(\n        \"serviceProviders\" -> (services map {\n          _.value\n        }).toSeq\n      ) ++ services.foldLeft[JsObject](Json.obj()) {\n        case (m, _) =>\n          m\n      }\n  }\n\n  implicit def conv(view: SubscriptionView): Option[TcspTypes] = {\n    val serviceProviders: Option[Set[ServiceProvider]] = view.businessActivities.tcspServicesOffered match {\n      case Some(svcsProviders) => Some(Set(\n        CommonMethods.getSpecificType(svcsProviders.nomineeShareholders, NomineeShareholdersProvider),\n        CommonMethods.getSpecificType(svcsProviders.trusteeProvider, TrusteeProvider),\n        CommonMethods.getSpecificType(svcsProviders.regOffBusinessAddrVirtualOff, RegisteredOfficeEtc),\n        CommonMethods.getSpecificType(svcsProviders.compDirSecPartnerProvider, CompanyDirectorEtc),\n        CommonMethods.getSpecificType(svcsProviders.trustOrCompFormAgent, CompanyFormationAgent)\n      ).flatten)\n      case None => None\n    }\n\n    Some(TcspTypes(serviceProviders.getOrElse(Set())))\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tcsp\/ComplexCorpStructureCreation.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.SubscriptionView\n\nsealed trait ComplexCorpStructureCreation\ncase object ComplexCorpStructureCreationYes extends ComplexCorpStructureCreation\ncase object ComplexCorpStructureCreationNo extends ComplexCorpStructureCreation\n\nobject ComplexCorpStructureCreation {\n  import play.api.libs.json._\n  import play.api.libs.json.Reads._\n\n  implicit val jsonReads: Reads[ComplexCorpStructureCreation] =  {\n    (__ \\ \"complexCorpStructureCreation\").read[Boolean] map {\n      case true => ComplexCorpStructureCreationYes\n      case false  => ComplexCorpStructureCreationNo\n    }\n  }\n\n  implicit val jsonWrite = Writes[ComplexCorpStructureCreation] {\n    case ComplexCorpStructureCreationYes => Json.obj(\"complexCorpStructureCreation\" -> true)\n    case ComplexCorpStructureCreationNo => Json.obj(\"complexCorpStructureCreation\" -> false)\n  }\n\n  implicit def conv(view: SubscriptionView): Option[ComplexCorpStructureCreation] = {\n    view.businessActivities.tcspServicesOffered.map(b => b.trustOrCompFormAgent) match {\n      case Some(true) =>\n        (view.tcspTrustCompFormationAgt.map(b =>b. complexCorpStructureCreation)) match {\n          case Some(true) => Some(ComplexCorpStructureCreationYes)\n          case _ => Some(ComplexCorpStructureCreationNo)\n        }\n      case _ => None\n    }\n  }\n}\n\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/enrolment\/KnownFactsSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/models\/enrolment\/KnownFactsSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.enrolment\n\nimport generators.AmlsReferenceNumberGenerator\nimport models.{KnownFactsForService, KnownFact => GGKNownFact}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass KnownFactsSpec extends PlaySpec with AmlsReferenceNumberGenerator {\n\n  \"The model\" must {\n    \"serialize to the correct Json\" in {\n      val model = KnownFacts(Set(\n        KnownFact(\"Postcode\", \"TF2 6NU\"),\n        KnownFact(\"NINO\", \"AB123456X\")\n      ))\n\n      val expectedJson = Json.obj(\n        \"verifiers\" -> Json.arr(\n          Json.obj(\"key\" -> \"Postcode\", \"value\" -> \"TF2 6NU\"),\n          Json.obj(\"key\" -> \"NINO\", \"value\" -> \"AB123456X\")\n        )\n      )\n\n      Json.toJson(model) mustBe expectedJson\n    }\n\n    \"convert from legacy KnownFacts model\" which {\n      \"filters identifier MLRRefNumber\" in {\n\n        val legacyModel = KnownFactsForService(Seq(\n          GGKNownFact(\"MLRRefNumber\", amlsRegistrationNumber),\n          GGKNownFact(\"Postcode\", \"TF2 6NU\"),\n          GGKNownFact(\"NINO\", \"AB123456X\")\n        ))\n\n        val currentModel = KnownFacts(Set(\n          KnownFact(\"Postcode\", \"TF2 6NU\"),\n          KnownFact(\"NINO\", \"AB123456X\")\n        ))\n\n        KnownFacts.conv(legacyModel) must be(currentModel)\n\n      }\n    }\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/EabServices.scala","text":"<filename>app\/models\/des\/businessactivities\/EabServices.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport play.api.libs.json.Json\n\ncase class EabServices(\n                        residentialEstateAgency : Boolean,\n                        commercialEstateAgency : Boolean,\n                        auctioneer : Boolean,\n                        relocationAgent : Boolean,\n                        businessTransferAgent : Boolean,\n                        assetManagementCompany : Boolean,\n                        landManagementAgent : Boolean,\n                        developmentCompany : Boolean,\n                        socialHousingProvider : Boolean,\n                        lettingAgents : Option[Boolean] = None\n                      )\n\nobject EabServices {\n  implicit val format = Json.format[EabServices]\n\n  def default = {\n    EabServices(false, false, false, false, false, false, false, false, false, Some(false))\n  }\n\n  implicit def convert(eab : Option[models.fe.eab.Eab]) : Option[EabServices] = {\n\n    eab match {\n      case Some(eab) => {\n        convServices(eab.data.eabServicesProvided)\n      }\n      case _ => None\n    }\n\n  }\n\n  implicit def convServices(services: List[String]) : Option[EabServices] = {\n    val eabServices = services.foldLeft[EabServices](default)((eabServices: EabServices, service) => service match {\n      case \"residential\" => eabServices.copy(residentialEstateAgency = true)\n      case \"commercial\" => eabServices.copy(commercialEstateAgency = true)\n      case \"auctioneering\" => eabServices.copy(auctioneer = true)\n      case \"relocation\" => eabServices.copy(relocationAgent = true)\n      case \"businessTransfer\" => eabServices.copy(businessTransferAgent = true)\n      case \"assetManagement\" => eabServices.copy(assetManagementCompany = true)\n      case \"landManagement\" => eabServices.copy(landManagementAgent = true)\n      case \"developmentCompany\" => eabServices.copy(developmentCompany = true)\n      case \"socialHousingProvision\" => eabServices.copy(socialHousingProvider = true)\n      case \"lettings\" => eabServices.copy(lettingAgents = Some(true))\n    })\n    Some(eabServices)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/CorporationTaxRegisteredCbUbLlp.scala","text":"<filename>app\/models\/des\/aboutthebusiness\/CorporationTaxRegisteredCbUbLlp.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails.{CorporationTaxRegisteredNo, CorporationTaxRegisteredYes, CorporationTaxRegistered}\nimport play.api.libs.json.Json\n\ncase class CorporationTaxRegisteredCbUbLlp (cotaxRegistered: Boolean, ctutr: Option[String])\n\nobject CorporationTaxRegisteredCbUbLlp {\n\n  implicit val format =  Json.format[CorporationTaxRegisteredCbUbLlp]\n\n  implicit def conv(atb: models.fe.businessdetails.BusinessDetails): Option[CorporationTaxRegisteredCbUbLlp]  = {\n\n    atb.corporationTaxRegistered match {\n      case Some(data) => data\n      case _ => None\n    }\n  }\n\n  implicit def conv1(corp: CorporationTaxRegistered): Option[CorporationTaxRegisteredCbUbLlp] = {\n\n    corp match {\n      case CorporationTaxRegisteredYes(num) => Some(CorporationTaxRegisteredCbUbLlp(true, Some(num)))\n      case CorporationTaxRegisteredNo => Some(CorporationTaxRegisteredCbUbLlp(false, None))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/GovernmentGatewayAdminConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport metrics.GGAdmin\nimport models.{KnownFact, KnownFactsForService}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http._\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.Future\n\nclass GovernmentGatewayAdminConnectorSpec extends AmlsBaseSpec with AmlsReferenceNumberGenerator{\n\n  trait Fixture {\n\n    val testConnector = new GovernmentGatewayAdminConnector(mockAppConfig, mockAuditConnector, mockHttpClient, mockMetrics) {\n      override private[connectors] val serviceURL = \"url\"\n    }\n\n    val knownFacts = KnownFactsForService(Seq(\n      KnownFact(\"SafeId\", \"safeId\"),\n      KnownFact(\"MLRRefNumber\", amlsRegistrationNumber)\n    ))\n\n    val url = \"url\/government-gateway-admin\/service\/HMRC-MLR-ORG\/known-facts\"\n\n    val mockTimer = mock[Timer.Context]\n\n    when {\n      testConnector.metrics.timer(eqTo(GGAdmin))\n    } thenReturn mockTimer\n  }\n\n  \"GovernmentGatewayAdminConnector\" must {\n\n    \"have correct serviceUrl\" in new Fixture {\n      testConnector.postUrl mustEqual url\n    }\n\n    \"return a successful response\" in new Fixture {\n\n      val response = HttpResponse(status = OK, body = \"message\")\n      when {\n        testConnector.httpClient.POST[KnownFactsForService, HttpResponse](eqTo(url), eqTo(knownFacts), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady (testConnector.addKnownFacts(knownFacts)) {\n        _ mustEqual response\n      }\n    }\n\n    \"return an unsuccessful response when a non-200 response is returned\" in new Fixture {\n\n      val response = HttpResponse(status = BAD_REQUEST, body = \"\")\n\n      when {\n        testConnector.httpClient.POST[KnownFactsForService, HttpResponse](eqTo(url), eqTo(knownFacts), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady (testConnector.addKnownFacts(knownFacts).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual BAD_REQUEST\n          body.getOrElse(\"\").isEmpty mustEqual true\n      }\n    }\n\n    \"return an unsuccessful response when an exception is thrown\" in new Fixture {\n\n      when {\n        testConnector.httpClient.POST[KnownFactsForService, HttpResponse](eqTo(url), eqTo(knownFacts), any())(any(), any(), any(), any())\n      } thenReturn Future.failed(new Exception(\"message\"))\n\n      whenReady (testConnector.addKnownFacts(knownFacts).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/SubscriptionViewSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe\n\nimport models._\nimport models.des.DesConstants\nimport models.des.businessactivities.{BusinessActivityDetails, ExpectedAMLSTurnover}\nimport models.des.msb.{CountriesList, MsbAllDetails}\nimport models.des.tradingpremises.{AgentBusinessPremises, AgentDetails}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass SubscriptionViewSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  val agentDetails = DesConstants.testTradingPremisesAPI5.agentBusinessPremises.fold[Option[Seq[AgentDetails]]](None){\n    x => x.agentDetails match {\n      case Some(data) => Some(data.map(y => y.copy(agentPremises = y.agentPremises.copy(startDate = None),\n        startDate = y.agentPremises.startDate)))\n      case _ => None\n    }\n  }\n\n  val release7SubscriptionViewModel = DesConstants.SubscriptionViewModelForRpPhase2.copy(businessActivities = DesConstants.testBusinessActivities.copy(\n    all = Some(DesConstants.testBusinessActivitiesAll.copy(\n      businessActivityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"\u00a350k-\u00a3100k\"))))\n    ))\n  ), tradingPremises = DesConstants.testTradingPremisesAPI5.copy(agentBusinessPremises = Some(AgentBusinessPremises(true, agentDetails))),\n    msb = Some(DesConstants.testMsb.copy(\n      msbAllDetails = Some(MsbAllDetails(\n        Some(\"\u00a350k-\u00a3100k\"),\n        true,\n        Some(CountriesList(List(\"AD\", \"GB\"))),\n        true)\n      ))))\n\n  \"SubscriptionView\" must {\n    \"deserialise the subscription json when phase 2 toggle is on\" when {\n      \"given valid json\" in {\n\n        val json = Json.toJson(GetSuccessModel)\n\n        val subscriptionViewModel = GetSuccessModel\n        json.as[SubscriptionView] must be(subscriptionViewModel)\n      }\n\n      \"convert des model to frontend model\" in {\n        SubscriptionView.convert(release7SubscriptionViewModel) must be(SubscriptionViewModel.convertedViewModelPhase2)\n      }\n    }\n  }\n\n  val GetSuccessModel = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    businessMatchingSection = BusinessMatchingSection.model,\n    eabSection = EabSection.model,\n    businessDetailsSection = AboutTheBusinessSection.model,\n    tradingPremisesSection = TradingPremisesSection.model,\n    bankDetailsSection = BankDetailsSection.model,\n    aboutYouSection = AboutYouSection.model,\n    businessActivitiesSection = BusinessActivitiesSection.model,\n    responsiblePeopleSection = ResponsiblePeopleSection.model,\n    tcspSection = ASPTCSPSection.TcspSection,\n    aspSection = ASPTCSPSection.AspSection,\n    msbSection = MsbSection.completeModel,\n    hvdSection = HvdSection.completeModel,\n    ampSection = AmpSection.completeModel,\n    supervisionSection = SupervisionSection.completeModel\n  )\n}\n\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businesscustomer\/ReviewDetails.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businesscustomer\n\nimport models.des.SubscriptionView\nimport models.fe.businessmatching.BusinessType\nimport play.api.libs.json.Json\n\ncase class ReviewDetails(\n                          businessName: String,\n                          businessType: BusinessType,\n                          businessAddress: Address,\n                          safeId: String\n                        )\n\nobject ReviewDetails {\n  implicit val format = Json.format[ReviewDetails]\n\n  implicit def conv1(desView: SubscriptionView): ReviewDetails = {\n    ReviewDetails(\n      desView.businessDetails.unincorpBody match {\n        case Some(unincorpBody) => unincorpBody.companyName\n        case _ => desView.businessDetails.corpAndBodyLlps match {\n          case Some(corpAndBodyLlps) => corpAndBodyLlps.companyName\n          case _ => desView.businessContactDetails.businessAddress.addressLine1\n        }\n      },\n      desView.businessDetails.typeOfLegalEntity,\n      desView.businessContactDetails.businessAddress,\n      \"\"\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/aboutthebusiness\/PreviouslyRegisteredSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails._\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass PreviouslyRegisteredSpec extends PlaySpec{\n\n    \"PreviouslyRegistered\" must {\n\n      val Contact = ContactingYou(\"123456789\", \"<EMAIL>\")\n      val Office = RegisteredOfficeUK(\"1\", \"2\", None, None, \"NE3 0QQ\")\n\n      \"serialise PreviouslyRegistered model with option yes\" in {\n        val mlr = PreviouslyRegisteredMLR(true, Some(\"12345678\"), false, None)\n        PreviouslyRegisteredMLR.format.writes(mlr) must be(Json.obj(\"amlsRegistered\"->true,\n          \"mlrRegNumber8Long\" -> \"12345678\", \"prevRegForMlr\" -> false))\n      }\n\n      \"serialise PreviouslyRegistered model with option no\" in {\n        val mlr = PreviouslyRegisteredMLR(false, None, true, Some(\"123456789123654\"))\n        PreviouslyRegisteredMLR.format.writes(mlr) must be(Json.obj(\"amlsRegistered\"->false,\n         \"prevRegForMlr\" -> true,\n         \"prevMlrRegNumber\" -> \"123456789123654\"))\n      }\n\n      \"convert front end model to PreviouslyRegisteredMLRYes8\" in {\n        val from = BusinessDetails(PreviouslyRegisteredYes(Some(\"12345678\")), None, Some(VATRegisteredYes(\"12345678\")), None, Contact, Office, false)\n\n        PreviouslyRegisteredMLR.convert(from) must be (Some(PreviouslyRegisteredMLR(true, Some(\"12345678\"), false, None)))\n      }\n\n      \"convert front end model to PreviouslyRegisteredMLR15\" in {\n        val from = BusinessDetails(PreviouslyRegisteredYes(Some(\"123456789123456\")), None, Some(VATRegisteredYes(\"12345678\")), None, Contact, Office, false)\n\n        PreviouslyRegisteredMLR.convert(from) must be (Some(PreviouslyRegisteredMLR(false, None, true, Some(\"123456789123456\"))))\n      }\n\n      \"convert front end model to PreviouslyRegisteredNo\" in {\n        val from = BusinessDetails(PreviouslyRegisteredNo, None, Some(VATRegisteredYes(\"12345678\")), None, Contact, Office, false)\n\n        PreviouslyRegisteredMLR.convert(from) must be (Some(PreviouslyRegisteredMLR(false,None,false,None)))\n      }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/PreviouslyRegisteredMLR.scala","text":"<filename>app\/models\/des\/aboutthebusiness\/PreviouslyRegisteredMLR.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails.{BusinessDetails, PreviouslyRegisteredNo, PreviouslyRegisteredYes}\nimport play.api.libs.json.Json\n\ncase class PreviouslyRegisteredMLR(amlsRegistered:Boolean,\n                                   mlrRegNumber8Long:Option[String],\n                                   prevRegForMlr:Boolean,\n                                   prevMlrRegNumber:Option[String]\n                                  )\n\nobject PreviouslyRegisteredMLR{\n  implicit val format = Json.format[PreviouslyRegisteredMLR]\n\n  implicit def convert(businessDetails:BusinessDetails):Option[PreviouslyRegisteredMLR] =\n    businessDetails.previouslyRegistered match {\n      case x: PreviouslyRegisteredYes\n        if (x.value.getOrElse(\"\").length == 15) => Some(PreviouslyRegisteredMLR(false, None, true, x.value))\n      case x: PreviouslyRegisteredYes\n        if (x.value.getOrElse(\"\").length == 8) => Some(PreviouslyRegisteredMLR(true, x.value, false, None))\n\n      case PreviouslyRegisteredYes(None) => Some(PreviouslyRegisteredMLR(true, None, false, None))\n      case PreviouslyRegisteredNo => Some(PreviouslyRegisteredMLR(false, None, false, None))\n      case _ => None\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessmatching\/BusinessMatching.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport models.des.msb.MsbMtDetails\nimport models.fe.businesscustomer.ReviewDetails\n\ncase class BusinessMatching(\n                             reviewDetails: ReviewDetails,\n                             activities: BusinessActivities,\n                             msbServices : Option[MsbServices] = None,\n                             typeOfBusiness: Option[TypeOfBusiness] = None,\n                             companyRegistrationNumber: Option[CompanyRegistrationNumber] = None,\n                             businessAppliedForPSRNumber: Option[BusinessAppliedForPSRNumber] = None\n                           )\n\nobject BusinessMatching {\n\n  import play.api.libs.functional.syntax._\n  import play.api.libs.json._\n\n  implicit val reads: Reads[BusinessMatching] = (\n    __.read[ReviewDetails] and\n      __.read[BusinessActivities] and\n      __.read(Reads.optionNoError[MsbServices]) and\n      __.read(Reads.optionNoError[TypeOfBusiness]) and\n      __.read(Reads.optionNoError[CompanyRegistrationNumber]) and\n      __.read(Reads.optionNoError[BusinessAppliedForPSRNumber])\n    ) (BusinessMatching.apply _)\n\n  implicit val writes: Writes[BusinessMatching] =\n    Writes[BusinessMatching] {\n      model =>\n        Seq(\n          Json.toJson(model.reviewDetails).asOpt[JsObject],\n          Json.toJson(model.activities).asOpt[JsObject],\n          Json.toJson(model.msbServices).asOpt[JsObject],\n          Json.toJson(model.typeOfBusiness).asOpt[JsObject],\n          Json.toJson(model.companyRegistrationNumber).asOpt[JsObject],\n          Json.toJson(model.businessAppliedForPSRNumber).asOpt[JsObject]\n        ).flatten.fold(Json.obj()) {\n          _ ++ _\n        }\n    }\n\n\n  implicit def conv(desView: models.des.SubscriptionView): BusinessMatching = {\n    BusinessMatching(desView, desView.businessActivities.mlrActivitiesAppliedFor, desView.businessActivities.msbServicesCarriedOut,\n      desView.businessDetails, desView.businessDetails, desView.msb.fold[Option[MsbMtDetails]](None)(x => x.msbMtDetails))\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/MlrAdvisor.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe.businessactivities.WhoIsYourAccountant\nimport play.api.libs.json.Json\n\ncase class MlrAdvisorDetails(advisorNameAddress: Option[AdvisorNameAddress],\n                             agentDealsWithHmrc: Boolean,\n                             hmrcAgentRefNo: Option[String])\n\nobject MlrAdvisorDetails {\n  implicit val format = Json.format[MlrAdvisorDetails]\n\n  implicit def convert(ba: models.fe.businessactivities.BusinessActivities): Option[MlrAdvisorDetails] = {\n    ba.whoIsYourAccountant match {\n      case None => None\n      case _ => Some(MlrAdvisorDetails(ba.whoIsYourAccountant, ba.taxMatters.fold(false)(x => x.manageYourTaxAffairs), None))\n    }\n  }\n\n  implicit def dealsWithTaxConvert(accountant: Option[WhoIsYourAccountant]): Option[AdvisorNameAddress] = {\n    accountant match {\n      case Some(data) => data\n      case None => None\n    }\n  }\n}\n\ncase class MlrAdvisor(doYouHaveMlrAdvisor: Boolean,\n                      mlrAdvisorDetails: Option[MlrAdvisorDetails] = None)\n\nobject MlrAdvisor {\n  implicit val format = Json.format[MlrAdvisor]\n\n  implicit def convert(bact: models.fe.businessactivities.BusinessActivities): Option[MlrAdvisor] = {\n    bact.accountantForAMLSRegulations match {\n      case Some(x) => Some(MlrAdvisor(x.accountantForAMLSRegulations, bact))\n        \/\/ have to keep sending for now as is required in API4 - a defect has been raised\n      case _  => Some(MlrAdvisor(false))\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/BusinessActivitiesSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.des.DesConstants\nimport models.des.aboutthebusiness.Address\nimport models.des.businessactivities._\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass BusinessActivitiesSpec extends PlaySpec {\n\n  \"BusinessActivities\" must {\n\n    val eabServiceModel = Some(EabServices(true,false,\n      false,false,false,false,false,false,false))\n    val  mlrActivities = Some(MlrActivitiesAppliedFor(false, false, false, false, false,false, false, false))\n    val tcspService = Some(TcspServicesOffered(true,false, true, true, true))\n    val servicesforRegOff = Some(ServicesforRegOff(true, true, true, false, false, false, false, false))\n    val ampServiceModel = Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\"))))\n\n    val model = BusinessActivities(mlrActivities, None, None, None, None, tcspService, servicesforRegOff, eabServiceModel, ampServiceModel)\n\n    \"serialise business activities model for eabServicesCarriedOut \" in {\n      BusinessActivities.format.writes(model) must be(Json.obj(\n        \"mlrActivitiesAppliedFor\" -> Json.obj(\n          \"msb\" -> false,\n          \"hvd\" -> false,\n          \"asp\" -> false,\n          \"tcsp\" -> false,\n          \"eab\" -> false,\n          \"bpsp\" -> false,\n          \"tditpsp\" ->false,\n          \"amp\" -> false\n        ),\n\t  \"tcspServicesOffered\" -> Json.obj(\"nomineeShareholders\" -> true,\n          \"trusteeProvider\" -> false,\n          \"regOffBusinessAddrVirtualOff\" -> true,\n          \"compDirSecPartnerProvider\" ->true,\n          \"trustOrCompFormAgent\" ->true),\n          \"tcspServicesforRegOffBusinessAddrVirtualOff\" -> Json.obj(\"callHandling\"->true,\n          \"emailHandling\" ->true,\n          \"emailServer\" ->true,\n          \"selfCollectMailboxes\" ->false,\n          \"mailForwarding\" ->false,\n          \"receptionist\" ->false,\n          \"conferenceRooms\" ->false,\n          \"other\" ->false),\n        \"eabServicesCarriedOut\" -> Json.obj(\n        \"residentialEstateAgency\" -> true,\n          \"commercialEstateAgency\" ->false,\n          \"auctioneer\" ->false,\n          \"relocationAgent\" ->false,\n          \"businessTransferAgent\" ->false,\n          \"assetManagementCompany\" ->false,\n          \"landManagementAgent\" ->false,\n          \"developmentCompany\" ->false,\n          \"socialHousingProvider\" ->false),\n        \"ampServicesCarriedOut\" -> Json.obj(\n          \"artGallery\" -> true,\n          \"auctionHouse\" -> true,\n          \"privateDealer\" -> true,\n          \"intermediary\" -> true,\n          \"other\" -> Json.obj(\n            \"otherAnswer\" -> true,\n            \"specifyOther\" -> \"Another service\")\n        )\n       )\n      )\n    }\n\n    val activityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"100\"))))\n    val franchiseDetails = Some(FranchiseDetails(true, Some(Seq(\"Name1\",\"Name2\"))))\n    val noOfEmployees = Some(\"10\")\n    val noOfEmployeesForMlr = Some(\"5\")\n    val nonUkResidentCustDetails = NonUkResidentCustDetails(false)\n    val auditableRecordsDetails = AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true)))\n    val suspiciousActivityGuidance = true\n    val nationalCrimeAgencyRegistered = true\n    val formalRiskAssessmentDetails = Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true))))\n    val advisorNameAddress = AdvisorNameAddress(\"Name\", Some(\"TradingName\"), Address(\"Line1\", \"Line2\", Some(\"Line3\"), Some(\"Line4\"),\"GB\", None))\n    val mlrAdvisor = Some(MlrAdvisor(true, Some(MlrAdvisorDetails(Some(advisorNameAddress), true, None))))\n    val activitiesModel = BusinessActivitiesAll(None, None,None, activityDetails, franchiseDetails, noOfEmployees, noOfEmployeesForMlr,\n      nonUkResidentCustDetails, auditableRecordsDetails, suspiciousActivityGuidance, nationalCrimeAgencyRegistered,\n      formalRiskAssessmentDetails, mlrAdvisor)\n\n    val tcspService1 = Some(TcspServicesOffered(true,false, false, true, true))\n    val servicesforRegOff1 = Some(ServicesforRegOff(false, false, false, false, false, false, false, false))\n    val bmMlrActivities = Some(MlrActivitiesAppliedFor(true, false, false, true, false, false, true, false))\n\n    val aspModel = Some(AspServicesOffered(true, false,false,true,true))\n\n    val hvdGoodsSold = Some(HvdGoodsSold(true, true,false,false,\n      false,false,false,false,false,false,false,true, Some(\"Details\"), Some(HowGoodsAreSold(true,true,true))))\n    val hvdAlcoholTobacco = Some(HvdAlcoholTobacco(true))\n\n    val allmodel = BusinessActivities(bmMlrActivities, None, hvdGoodsSold,\n      hvdAlcoholTobacco, aspModel, tcspService1, servicesforRegOff1, eabServiceModel, ampServiceModel, Some(activitiesModel))\n\n    \"serialise business activities model for all\" in {\n      BusinessActivities.format.writes(allmodel) must be(Json.obj(\n        \"mlrActivitiesAppliedFor\" -> Json.obj(\n          \"msb\" -> true,\n          \"hvd\" -> false,\n          \"asp\" -> false,\n          \"tcsp\" -> true,\n          \"eab\" -> false,\n          \"bpsp\" -> false,\n          \"tditpsp\" ->true,\n          \"amp\" -> false\n        ),\n        \"hvdGoodsSold\" -> Json.obj(\"alcohol\" -> true,\n          \"tobacco\" ->true,\n          \"antiques\" ->false,\n          \"cars\" ->false,\n          \"otherMotorVehicles\" ->false,\n          \"caravans\" ->false,\n          \"jewellery\" ->false,\n          \"gold\" ->false,\n          \"scrapMetals\" ->false,\n          \"mobilePhones\" ->false,\n          \"clothing\" ->false,\n          \"other\" ->true,\n          \"specifyOther\" ->\"Details\",\n          \"howGoodsAreSold\" -> Json.obj(\"retail\" ->true,\n          \"wholesale\" ->true,\n          \"auction\" ->true)),\n        \"hvdAlcoholTobacco\" ->Json.obj(\"dutySuspExAtGoods\" -> true),\n        \"aspServicesOffered\" -> Json.obj(\n        \"accountant\" -> true,\n          \"payrollServiceProvider\" -> false,\n          \"bookKeeper\" -> false,\n          \"auditor\" -> true,\n          \"financialOrTaxAdvisor\" -> true\n        ),\n        \"tcspServicesOffered\" -> Json.obj(\"nomineeShareholders\" -> true,\n          \"trusteeProvider\" -> false,\n          \"regOffBusinessAddrVirtualOff\" -> false,\n          \"compDirSecPartnerProvider\" ->true,\n          \"trustOrCompFormAgent\" ->true),\n        \"tcspServicesforRegOffBusinessAddrVirtualOff\" -> Json.obj(\"callHandling\"->false,\n          \"emailHandling\" ->false,\n          \"emailServer\" ->false,\n          \"selfCollectMailboxes\" ->false,\n          \"mailForwarding\" ->false,\n          \"receptionist\" ->false,\n          \"conferenceRooms\" ->false,\n          \"other\" ->false),\n        \"eabServicesCarriedOut\" -> Json.obj(\n              \"residentialEstateAgency\" -> true,\n              \"commercialEstateAgency\" -> false,\n              \"auctioneer\" -> false,\n              \"relocationAgent\" -> false,\n              \"businessTransferAgent\" -> false,\n              \"assetManagementCompany\" -> false,\n              \"landManagementAgent\" -> false,\n              \"developmentCompany\" -> false,\n              \"socialHousingProvider\" -> false),\n        \"ampServicesCarriedOut\" -> Json.obj(\n          \"artGallery\" -> true,\n          \"auctionHouse\" -> true,\n          \"privateDealer\" -> true,\n          \"intermediary\" -> true,\n          \"other\" -> Json.obj(\n            \"otherAnswer\" -> true,\n            \"specifyOther\" -> \"Another service\")\n        ),\n        \"all\" -> Json.obj(\"businessActivityDetails\" -> Json.obj(\"actvtsBusRegForOnlyActvtsCarOut\" -> true,\n          \"respActvtsBusRegForOnlyActvtsCarOut\" -> Json.obj(\"mlrActivityTurnover\" -> \"100\")),\n          \"franchiseDetails\"->\n            Json.obj(\"isBusinessAFranchise\"->true,\n              \"franchiserName\"->Json.arr(\"Name1\",\"Name2\")),\n          \"noOfEmployees\"->\"10\",\n          \"noOfEmployeesForMlr\"->\"5\",\n          \"nonUkResidentCustDetails\"->Json.obj(\"nonUkResidentCustomers\"->false),\n          \"auditableRecordsDetails\"->Json.obj(\"detailedRecordsKept\"->\"Yes\",\n            \"transactionRecordingMethod\"->Json.obj(\"manual\"->true,\"spreadsheet\"->false,\"commercialPackage\"->false)),\n          \"suspiciousActivityGuidance\"->true,\n          \"nationalCrimeAgencyRegistered\"->true,\n          \"formalRiskAssessmentDetails\"->Json.obj(\"formalRiskAssessment\"->true,\n            \"riskAssessmentFormat\"->Json.obj(\"electronicFormat\"->true,\"manualFormat\"->false)),\n          \"mlrAdvisor\"->Json.obj(\"doYouHaveMlrAdvisor\"->true,\n            \"mlrAdvisorDetails\"->Json.obj(\n              \"advisorNameAddress\"->Json.obj(\"name\"->\"Name\",\n                \"tradingName\"->\"TradingName\",\n                \"address\"->Json.obj(\"addressLine1\"->\"Line1\",\"addressLine2\"->\"Line2\",\n                  \"addressLine3\"->\"Line3\",\"addressLine4\"->\"Line4\",\"country\"->\"GB\")),\n              \"agentDealsWithHmrc\"->true))\n      )))\n    }\n\n    \"successfully compare api5 model with api6 model\" in {\n      allmodel.equals(DesConstants.testBusinessActivities) must be(false)\n      allmodel.equals(allmodel) must be(true)\n    }\n\n    \"successfully compare api5 model with api6 model1\" in {\n      val viewModel = BusinessActivities(bmMlrActivities, None, hvdGoodsSold,\n        hvdAlcoholTobacco, aspModel, tcspService1, servicesforRegOff1, eabServiceModel, None)\n\n      allmodel.equals(viewModel) must be(false)\n    }\n\n\n    \"successfully compare api5 model with api6 model2\" in {\n\n      val viewTcspService = Some(TcspServicesOffered(true,false, false, false, true))\n      val viewModel = BusinessActivities(bmMlrActivities, None, hvdGoodsSold,\n        hvdAlcoholTobacco, aspModel, viewTcspService, servicesforRegOff1, eabServiceModel, ampServiceModel, Some(activitiesModel))\n\n      allmodel.equals(viewModel) must be(false)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/asp\/ServicesOfBusiness.scala","text":"<filename>app\/models\/fe\/asp\/ServicesOfBusiness.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.asp\n\nimport models.des.businessactivities.BusinessActivities\nimport play.api.libs.json._\nimport utils.CommonMethods\n\ncase class ServicesOfBusiness(services: Set[Service], dateOfChange: Option[String] = None)\n\nsealed trait Service\n\ncase object Accountancy extends Service\n\ncase object PayrollServices extends Service\n\ncase object BookKeeping extends Service\n\ncase object Auditing extends Service\n\ncase object FinancialOrTaxAdvice extends Service\n\nobject Service {\n\n  implicit val jsonServiceReads: Reads[Service] =\n    Reads {\n      case JsString(\"01\") => JsSuccess(Accountancy)\n      case JsString(\"02\") => JsSuccess(PayrollServices)\n      case JsString(\"03\") => JsSuccess(BookKeeping)\n      case JsString(\"04\") => JsSuccess(Auditing)\n      case JsString(\"05\") => JsSuccess(FinancialOrTaxAdvice)\n      case _ => JsError((JsPath \\ \"services\") -> JsonValidationError(\"error.invalid\"))\n    }\n\n  implicit val jsonServiceWrites = Writes[Service] {\n      case Accountancy => JsString(\"01\")\n      case PayrollServices => JsString(\"02\")\n      case BookKeeping => JsString(\"03\")\n      case Auditing => JsString(\"04\")\n      case FinancialOrTaxAdvice => JsString(\"05\")\n  }\n}\n\nobject ServicesOfBusiness {\n  implicit val formats = Json.format[ServicesOfBusiness]\n\n  implicit def conv(ba: BusinessActivities): Option[ServicesOfBusiness] = {\n    val services: Option[Set[Service]] = ba.aspServicesOffered match {\n      case Some(services) => Some(Set(\n          CommonMethods.getSpecificType[Service](services.accountant, Accountancy),\n          CommonMethods.getSpecificType[Service](services.payrollServiceProvider, PayrollServices),\n          CommonMethods.getSpecificType[Service](services.bookKeeper, BookKeeping),\n          CommonMethods.getSpecificType[Service](services.auditor, Auditing),\n          CommonMethods.getSpecificType[Service](services.financialOrTaxAdvisor, FinancialOrTaxAdvice)\n        ).flatten)\n      case None => None\n    }\n    services.map(ServicesOfBusiness(_))\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/BusinessActivities.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.{BusinessActivitiesAll, MlrActivitiesAppliedFor, MlrAdvisor}\n\ncase class BusinessActivities(\n                               involvedInOther: Option[InvolvedInOther] = None,\n                               expectedBusinessTurnover: Option[ExpectedBusinessTurnover] = None,\n                               expectedAMLSTurnover: Option[ExpectedAMLSTurnover] = None,\n                               businessFranchise: Option[BusinessFranchise] = None,\n                               transactionRecord: Option[Boolean] = None,\n                               customersOutsideUK: Option[CustomersOutsideUK] = None,\n                               ncaRegistered: Option[NCARegistered] = None,\n                               accountantForAMLSRegulations: Option[AccountantForAMLSRegulations] = None,\n                               identifySuspiciousActivity: Option[IdentifySuspiciousActivity] = None,\n                               riskAssessmentPolicy: Option[RiskAssessmentPolicy] = None,\n                               howManyEmployees: Option[HowManyEmployees] = None,\n                               whoIsYourAccountant: Option[WhoIsYourAccountant] = None,\n                               taxMatters: Option[TaxMatters] = None,\n                               transactionRecordTypes: Option[TransactionTypes] = None)\n\nobject BusinessActivities {\n\n  import play.api.libs.functional.syntax._\n  import play.api.libs.json._\n\n  implicit val reads: Reads[BusinessActivities] = (\n    __.read(Reads.optionNoError[InvolvedInOther]) and\n      __.read(Reads.optionNoError[ExpectedBusinessTurnover]) and\n      __.read(Reads.optionNoError[ExpectedAMLSTurnover]) and\n      __.read(Reads.optionNoError[BusinessFranchise]) and\n      (__ \\ \"isRecorded\").readNullable[Boolean] and\n      __.read(Reads.optionNoError[CustomersOutsideUK]) and\n      __.read(Reads.optionNoError[NCARegistered]) and\n      __.read(Reads.optionNoError[AccountantForAMLSRegulations]) and\n      __.read(Reads.optionNoError[IdentifySuspiciousActivity]) and\n      __.read(Reads.optionNoError[RiskAssessmentPolicy]) and\n      __.read(Reads.optionNoError[HowManyEmployees]) and\n      __.read(Reads.optionNoError[WhoIsYourAccountant]) and\n      __.read(Reads.optionNoError[TaxMatters]) and\n      (__ \\ \"transactionTypes\").readNullable[TransactionTypes]\n    ) (BusinessActivities.apply _)\n\n  implicit val writes: Writes[BusinessActivities] = Writes[BusinessActivities] {\n    model =>\n      Seq(\n        Json.toJson(model.involvedInOther).asOpt[JsObject],\n        Json.toJson(model.expectedBusinessTurnover).asOpt[JsObject],\n        Json.toJson(model.expectedAMLSTurnover).asOpt[JsObject],\n        Json.toJson(model.businessFranchise).asOpt[JsObject],\n        model.transactionRecord map { t => Json.obj(\"isRecorded\" -> t) },\n        Json.toJson(model.customersOutsideUK).asOpt[JsObject],\n        Json.toJson(model.ncaRegistered).asOpt[JsObject],\n        Json.toJson(model.accountantForAMLSRegulations).asOpt[JsObject],\n        Json.toJson(model.identifySuspiciousActivity).asOpt[JsObject],\n        Json.toJson(model.riskAssessmentPolicy).asOpt[JsObject],\n        Json.toJson(model.howManyEmployees).asOpt[JsObject],\n        Json.toJson(model.whoIsYourAccountant).asOpt[JsObject],\n        Json.toJson(model.taxMatters).asOpt[JsObject],\n        model.transactionRecordTypes.map(t => Json.obj(\"transactionTypes\" -> Json.toJson(t)))\n      ).flatten.fold(Json.obj()) {\n        _ ++ _\n      }\n  }\n\n  def convertBusinessActivities(desBA: Option[BusinessActivitiesAll], mlrActivities: Option[MlrActivitiesAppliedFor]): BusinessActivities = {\n\n    desBA.map { dba =>\n      BusinessActivities(\n        involvedInOther = InvolvedInOther.conv(dba.businessActivityDetails),\n        expectedBusinessTurnover = ExpectedBusinessTurnover.conv(dba.businessActivityDetails),\n        expectedAMLSTurnover = ExpectedAMLSTurnover.conv(dba.businessActivityDetails),\n        businessFranchise = BusinessFranchise.conv(dba.franchiseDetails),\n        transactionRecord = TransactionTypes.convertRecordsKept(dba),\n        customersOutsideUK = CustomersOutsideUK.conv(dba),\n        ncaRegistered = Some(NCARegistered(dba.nationalCrimeAgencyRegistered)),\n        accountantForAMLSRegulations = AccountantForAMLSRegulations.convertAccountant(desBA.fold[Option[MlrAdvisor]](None)(_.mlrAdvisor), mlrActivities),\n        identifySuspiciousActivity = Some(IdentifySuspiciousActivity(dba.suspiciousActivityGuidance)),\n        riskAssessmentPolicy = RiskAssessmentPolicy.conv(dba.formalRiskAssessmentDetails),\n        howManyEmployees = HowManyEmployees.conv(dba),\n        whoIsYourAccountant = WhoIsYourAccountant.conv(dba.mlrAdvisor),\n        taxMatters = dba.mlrAdvisor flatMap { mlrAdvisor => TaxMatters.conv(mlrAdvisor.mlrAdvisorDetails) },\n        transactionRecordTypes = TransactionTypes.convert(dba.auditableRecordsDetails)\n      )\n    } getOrElse BusinessActivities()\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/Address.scala","text":"<filename>app\/models\/des\/aboutthebusiness\/Address.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails._\nimport play.api.Logger\nimport play.api.libs.json.Json\n\ncase class Address (addressLine1: String,\n                    addressLine2 : String,\n                    addressLine3 : Option[String],\n                    addressLine4 : Option[String],\n                    country : String,\n                    postcode : Option[String],\n                    addressChangeDate: Option[String] = None\n                   )\n\nobject Address {\n  implicit val format = Json.format[Address]\n  lazy val logger = Logger(this.getClass)\n\n  private val postcodeRegex = \"^[A-Za-z]{1,2}[0-9][0-9A-Za-z]?\\\\s?[0-9][A-Za-z]{2}$\"\n\n  private def convertEmptyOrInvalidToNone(str: String) = {\n    (str.nonEmpty,str.matches(postcodeRegex))   match {\n      case (true,true) => Some(str)\n      case _ => {\n        logger.warn(\"[Address][Invalid postcode not sent to DES]\")\n        None\n      }\n    }\n  }\n\n  private val maxAddressLineLength = 35\n\n  private def removeAmpersands(address: Address): Address = {\n    def removeFromLine(addressLine: Option[String]) = {\n      addressLine map {\n        line => line.replaceAll(\"&\",\"and\").take(maxAddressLineLength)\n      }\n    }\n    address.copy(addressLine1 = removeFromLine(Some(address.addressLine1)).getOrElse(\"\"),\n      addressLine2 = removeFromLine(Some(address.addressLine2)).getOrElse(\"\"),\n      addressLine3 = removeFromLine(address.addressLine3),\n      addressLine4 = removeFromLine(address.addressLine4)\n    )\n\n  }\n\n  implicit def convert(registeredOffice : RegisteredOffice):Address = {\n    registeredOffice match {\n      case x:RegisteredOfficeUK => removeAmpersands(Address(x.addressLine1, x.addressLine2, x.addressLine3, x.addressLine4, \"GB\",\n        convertEmptyOrInvalidToNone(x.postCode), x.dateOfChange))\n      case y:RegisteredOfficeNonUK =>removeAmpersands(Address(y.addressLine1, y.addressLine2, y.addressLine3, y.addressLine4, y.country, None, y.dateOfChange))\n    }\n  }\n\n  implicit def convertAlternateAddress(model: Option[CorrespondenceAddress]): Address =\n    model match {\n      case Some(UKCorrespondenceAddress(_ , _,addressLine1, addressLine2, addressLine3, addressLine4, postCode)) =>\n        removeAmpersands(Address(addressLine1, addressLine2, addressLine3, addressLine4, \"GB\", convertEmptyOrInvalidToNone(postCode)))\n      case Some(NonUKCorrespondenceAddress(_ , _,addressLine1, addressLine2, addressLine3, addressLine4, country)) =>\n        removeAmpersands(Address(addressLine1, addressLine2, addressLine3, addressLine4, country, None))\n      case None =>\n        Address(\"\", \"\", None, None, \"\", None)\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tcsp\/OnlyOffTheShelfCompsSoldSpec.scala","text":"<filename>test\/models\/fe\/tcsp\/OnlyOffTheShelfCompsSoldSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\n\/*\n * Copyright 2019 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.DesConstants\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\n\nclass OnlyOffTheShelfCompsSoldSpec extends PlaySpec with MustMatchers {\n\n  \"The OnlyOffTheShelfCompsSold model\" when {\n    \"given a valid model\" must {\n      \"return the form values\" when {\n        \"for json\" when {\n          \"onlyOffTheShelfCompsSold is 'yes'\" in {\n            val model = OnlyOffTheShelfCompsSoldYes\n            val result = OnlyOffTheShelfCompsSold.jsonWrite.writes(model).toString()\n            val expected = \"{\\\"onlyOffTheShelfCompsSold\\\":true}\"\n\n            result mustBe expected\n          }\n          \"onlyOffTheShelfCompsSold is 'no'\" in {\n            val model = OnlyOffTheShelfCompsSoldNo\n            val result = OnlyOffTheShelfCompsSold.jsonWrite.writes(model).toString()\n            val expected = \"{\\\"onlyOffTheShelfCompsSold\\\":false}\"\n\n            result mustBe expected\n          }\n        }\n      }\n\n      \"converting the des subscription model must yield a frontend TCSP model\" in {\n        OnlyOffTheShelfCompsSold.conv(DesConstants.SubscriptionViewModel) must\n          be(Some(OnlyOffTheShelfCompsSoldYes))\n      }\n\n      \"converting the des subscription model with no formation agent must yield a frontend TCSP model\" in {\n        OnlyOffTheShelfCompsSold.conv(DesConstants.SubscriptionViewModelNoFormationAgent) must\n          be(Some(OnlyOffTheShelfCompsSoldNo))\n      }\n\n      \"converting the des subscription model with no formation agent service offered must yield a frontend TCSP model\" in {\n        OnlyOffTheShelfCompsSold.conv(DesConstants.SubscriptionViewModelNoFormationAgentSvc) must\n          be(None)\n      }\n\n      \"converting the des subscription model with notcsb services must yield a frontend TCSP model\" in {\n        OnlyOffTheShelfCompsSold.conv(DesConstants.SubscriptionViewModelNoFormationAgentNoTcspServices) must\n          be(None)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/hvd\/HvdFromUnseenCustDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.hvd\n\nimport models.fe.hvd._\nimport org.scalatestplus.play.PlaySpec\n\nclass HvdFromUnseenCustDetailsSpec extends PlaySpec {\n\n  \"HvdFromUnseenCustDetails\" should {\n    \"successfully convert frontend model to des model\" in {\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n      val fe = models.fe.hvd.Hvd(\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods)\n      )\n\n      HvdFromUnseenCustDetails.conv(fe) must be(\n        Some(HvdFromUnseenCustDetails(true,Some(ReceiptMethods(true,true,true,Some(\"foo\"))))))\n    }\n\n    \"successfully convert frontend model to des model when frontend model is none\" in {\n      val fe = models.fe.hvd.Hvd(\n        receiveCashPayments = Some(false)\n      )\n\n      HvdFromUnseenCustDetails.conv(fe) must be(\n        Some(HvdFromUnseenCustDetails(false,None)))\n    }\n\n    \"successfully convert frontend model to des model when frontend model is none1\" in {\n      HvdFromUnseenCustDetails.conv(None) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/supervision\/AnotherBodySpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.supervision.{SupervisionDetails, SupervisorDetails}\nimport org.joda.time.LocalDate\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass AnotherBodySpec extends PlaySpec with MockitoSugar {\n\n  \"AnotherBody\" should {\n\n    \"Json read and writes\" must {\n\n      \"Serialise AnotherBodyNo as expected\" in {\n        Json.toJson(AnotherBodyNo: AnotherBody) must be(Json.obj(\"anotherBody\" -> false))\n      }\n\n      \"Serialise AnotherBodyYes service as expected\" in {\n\n        val start = new LocalDate(1990, 2, 24) \/\/scalastyle:off magic.number\n        val end = new LocalDate(1998, 2, 24) \/\/scalastyle:off magic.number\n        val input = AnotherBodyYes(\"Name\", start, end, \"Reason\")\n\n        val expectedJson = Json.obj(\n          \"anotherBody\" -> true,\n          \"supervisorName\" -> \"Name\",\n          \"startDate\" -> Json.obj(\"supervisionStartDate\" -> \"1990-02-24\"),\n          \"endDate\" -> Json.obj(\"supervisionEndDate\" -> \"1998-02-24\"),\n          \"endingReason\" -> Json.obj(\"supervisionEndingReason\" -> \"Reason\")\n        )\n\n        Json.toJson(input: AnotherBody) must be(expectedJson)\n      }\n\n      \"Deserialise AnotherBodyNo as expected\" in {\n        val json = Json.obj(\"anotherBody\" -> false)\n        val expected = JsSuccess(AnotherBodyNo)\n        Json.fromJson[AnotherBody](json) must be(expected)\n      }\n\n      \"Deserialise AnotherBodyYes as expected\" in {\n\n        val input = Json.obj(\n          \"anotherBody\" -> true,\n          \"supervisorName\" -> \"Name\",\n          \"startDate\" -> Json.obj(\"supervisionStartDate\" -> \"1990-02-24\"),\n          \"endDate\" -> Json.obj(\"supervisionEndDate\" -> \"1998-02-24\"),\n          \"endingReason\" -> Json.obj(\"supervisionEndingReason\" -> \"Reason\")\n        )\n\n        val start = new LocalDate(1990, 2, 24) \/\/scalastyle:off magic.number\n        val end = new LocalDate(1998, 2, 24) \/\/scalastyle:off magic.number\n        val expected = AnotherBodyYes(\"Name\", start, end, \"Reason\")\n\n        Json.fromJson[AnotherBody](input) must be(JsSuccess(expected))\n      }\n\n      \"fail when on missing all data\" in {\n        Json.fromJson[AnotherBody](Json.obj()) must\n          be(JsError((JsPath \\ \"anotherBody\") -> JsonValidationError(\"error.path.missing\")))\n      }\n    }\n\n    \"convert des SupervisionDetails to frontend AnotherBody\" in {\n\n      val desModel = Some(SupervisionDetails(\n        true,\n        Some(SupervisorDetails(\n          \"NameOfLastSupervisor\",\n          \"2001-01-01\",\n          \"2001-01-01\",\n          None,\n          \"SupervisionEndingReason\")\n        )\n      ))\n\n      val convertedModel = Some(AnotherBodyYes(\"NameOfLastSupervisor\", new LocalDate(2001, 1, 1), new LocalDate(2001, 1, 1), \"SupervisionEndingReason\"))\n      AnotherBody.conv(desModel) must be(convertedModel)\n    }\n\n    \"convert des SupervisionDetails to frontend AnotherBody when SupervisorDetails is none\" in {\n\n      val desModel = Some(SupervisionDetails(\n        false,\n        None\n      ))\n\n      val convertedModel = Some(AnotherBodyNo)\n      AnotherBody.conv(desModel) must be(convertedModel)\n    }\n\n    \"convert des SupervisionDetails to frontend AnotherBody when input is none\" in {\n\n      AnotherBody.conv(None) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/hvd\/HvdSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.hvd\n\nimport models.fe.hvd.{Hvd => FEHvd, _}\nimport models.fe.hvd.PercentageOfCashPaymentOver15000.{Fifth, Fourth, Third, First}\nimport org.joda.time.LocalDate\nimport org.scalatestplus.play.PlaySpec\n\nclass HvdSpec extends PlaySpec {\n\n  \"Hvd\" should {\n\n    \"successfully convert frontend model to valid des model\" in {\n      \/\/ scalastyle:off magic.number\n      val DefaultCashPayment = CashPaymentYes(new LocalDate(1956, 2, 15))\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val DefaultPercentageOfCashPaymentOver15000 = Third\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(Some(DefaultCashPayment),\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = Some(DefaultPercentageOfCashPaymentOver15000)\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(true, Some(\"1956-02-15\"),None, true, Some(60),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with cashpayment no\" in {\n      val DefaultCashPayment = CashPaymentNo\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val DefaultPercentageOfCashPaymentOver15000 = First\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(Some(DefaultCashPayment),\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = Some(DefaultPercentageOfCashPaymentOver15000),\n          dateOfChange = Some(\"1999-1-1\"))\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None, None, true, Some(20),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with cashpayment option is none\" in {\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val DefaultPercentageOfCashPaymentOver15000 = Fourth\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(None,\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = Some(DefaultPercentageOfCashPaymentOver15000)\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None, None, true, Some(80),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with PercentageOfCashPaymentOver15000 option is Fifth\" in {\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val DefaultPercentageOfCashPaymentOver15000 = Fifth\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(None,\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = Some(DefaultPercentageOfCashPaymentOver15000)\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None, None, true, Some(100),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with PercentageOfCashPaymentOver15000 option is not given\" in {\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(None,\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = None\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None, None, true, Some(0),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with percentageCashPayment option is none\" in {\n      val DefaultExciseGoods = ExciseGoods(true)\n      val DefaultLinkedCashPayment = LinkedCashPayments(true)\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(None,\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = Some(DefaultLinkedCashPayment),\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = None\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None, None, true, Some(0),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n    \"successfully convert frontend model to valid des model with LinkedCashPayment option is none\" in {\n      val DefaultExciseGoods = ExciseGoods(true)\n      val paymentMethods = PaymentMethods(courier = true, direct = true, true, Some(\"foo\"))\n\n      val completeModel = FEHvd(None,\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = None,\n        receiveCashPayments = Some(true),\n        cashPaymentMethods = Some(paymentMethods),\n        percentageOfCashPaymentOver15000 = None\n      )\n\n      Hvd.conv(Some(completeModel)) must be(Some(Hvd(false, None,None, false, Some(0),\n        Some(HvdFromUnseenCustDetails(true, Some(ReceiptMethods(true, true, true, Some(\"foo\"))))))))\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/supervision\/ProfessionalBody.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.supervision.ProfessionalBodyDetails\nimport play.api.libs.json._\n\nsealed trait ProfessionalBody\n\ncase class ProfessionalBodyYes(value : String) extends ProfessionalBody\ncase object ProfessionalBodyNo extends ProfessionalBody\n\n\nobject ProfessionalBody {\n\n  implicit val jsonReads: Reads[ProfessionalBody] =\n    (__ \\ \"penalised\").read[Boolean] flatMap {\n    case true => (__ \\ \"professionalBody\").read[String] map ProfessionalBodyYes.apply _\n    case false => Reads(_ => JsSuccess(ProfessionalBodyNo))\n  }\n\n  implicit val jsonWrites = Writes[ProfessionalBody] {\n    case ProfessionalBodyYes(value) => Json.obj(\n      \"penalised\" -> true,\n      \"professionalBody\" -> value\n    )\n    case ProfessionalBodyNo => Json.obj(\"penalised\" -> false)\n  }\n\n  implicit def conv(supDtls: Option[ProfessionalBodyDetails] ): Option[ProfessionalBody] = {\n    supDtls match {\n      case Some(data) => data.prevWarnedWRegToAspActivities match {\n        case true => Some(ProfessionalBodyYes(data.detailsIfFinedWarned.getOrElse (\"\")))\n        case false => Some(ProfessionalBodyNo)\n      }\n      case None => Some(ProfessionalBodyNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/ResponseTypeSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.{AmendOrVariationResponseType, ResponseType, SubscriptionResponseType}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsSuccess, Json}\n\nclass ResponseTypeSpec extends PlaySpec {\n\n  \"A Response type\" when {\n    \"Subscription response\" must {\n      \"serialize\/deserialize\" in {\n        ResponseType.jsonReads.reads(ResponseType.jsonWrites.writes(SubscriptionResponseType)) must be(JsSuccess(SubscriptionResponseType))\n      }\n    }\n\n    \"Amend or Variation response\" must {\n      \"serialize\/deserialize\" in {\n        ResponseType.jsonReads.reads(ResponseType.jsonWrites.writes(AmendOrVariationResponseType)) must be(JsSuccess(AmendOrVariationResponseType))\n      }\n    }\n\n    \"invalid will throw validation error\" in {\n      ResponseType.jsonReads.reads(Json.obj()) mustBe a[JsError]\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/utils\/AmlsBaseSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport config.ApplicationConfig\nimport metrics.Metrics\nimport org.mockito.Mockito.when\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.mvc.{ControllerComponents, PlayBodyParsers}\nimport play.api.{Configuration, Environment}\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.http.HttpClient\n\ntrait AmlsBaseSpec extends PlaySpec with MockitoSugar with ScalaFutures with IntegrationPatience with GuiceOneAppPerSuite {\n\n  val mockRunModeConf = mock[Configuration]\n  val mockEnvironment = mock[Environment]\n  val mockAppConfig = mock[ApplicationConfig]\n  val mockAuditConnector = mock[AuditConnector]\n  val mockHttpClient = mock[HttpClient]\n  val mockCC = mock[ControllerComponents]\n  val mockBodyParsers = mock[PlayBodyParsers]\n  val mockMetrics = mock[Metrics]\n\n  val maxRetries = 10\n  val initialWaitMs = 10\n  val waitFactor: Float = 1.5f\n\n  implicit val apiRetryHelper: ApiRetryHelper = new ApiRetryHelper(as = app.actorSystem, mockAppConfig)\n  implicit val hc = HeaderCarrier()\n\n  when {\n    mockAppConfig.maxAttempts\n  } thenReturn maxRetries\n\n  when {\n    mockAppConfig.initialWaitMs\n  } thenReturn initialWaitMs\n\n  when {\n    mockAppConfig.waitFactor\n  } thenReturn waitFactor\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/supervision\/SupervisionSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport generators.supervision.{BusinessActivityGenerators, SupervisionGenerators}\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport models.des.supervision._\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.scalacheck.ScalaCheckPropertyChecks\nimport org.scalatestplus.play.PlaySpec\n\nclass SupervisionSpec extends PlaySpec\n  with MockitoSugar\n  with SupervisionValues\n  with ScalaCheckPropertyChecks\n  with SupervisionGenerators\n  with BusinessActivityGenerators {\n\n  \"Supervision\" must {\n    \"convert supervision des to frontend successfully\" when {\n      \"Neither ASP or TCSP have been selected\" in {\n        forAll(arbitrary[AspOrTcsp], arbitrary[MlrActivitiesAppliedFor]) { (aspOrTcsp, activities) =>\n          val result = Supervision.convertFrom(Some(aspOrTcsp), Some(withoutAspOrTcsp(activities))).get\n\n          result.anotherBody mustBe defined\n          result.professionalBody mustBe defined\n          result.professionalBodyMember mustBe defined\n          result.professionalBodies mustBe defined\n        }\n      }\n    }\n\n    \"convert Supervision des to frontend\" which {\n      \"has all of the questions set to 'no'\" when {\n        \"the des model is None and the application contains ASP or TCSP\" in {\n          forAll(activitiesWithSupervision) { activitySet =>\n            val result = Supervision.convertFrom(None, Some(activitySet))\n            result mustBe Some(Supervision(Some(AnotherBodyNo), Some(ProfessionalBodyMemberNo), None, Some(ProfessionalBodyNo)))\n          }\n        }\n      }\n\n      \"is None\" when {\n        \"the des model is None and the application contains neither ASP or TCSP\" in {\n          forAll(arbitrary[MlrActivitiesAppliedFor]) { activities =>\n            val result = Supervision.convertFrom(None, Some(withoutAspOrTcsp(activities)))\n            result must not be defined\n          }\n        }\n      }\n    }\n\n    \"convert supervision des to frontend successfully when no professional body details returned\" in {\n      forAll(arbitrary[AspOrTcsp]) { model =>\n        val result = Supervision.convertFrom(Some(model.copy(professionalBodyDetails = None)), None)\n\n        result.get.professionalBody must contain(ProfessionalBodyNo)\n      }\n    }\n  }\n}\n\ntrait SupervisionValues {\n  val activitiesWithAspTcsp = MlrActivitiesAppliedFor(msb = false, hvd = false, asp = true, tcsp = true, eab = false, bpsp = false, tditpsp = false, amp = false)\n  val activitiesWithAsp = MlrActivitiesAppliedFor(msb = false, hvd = false, asp = true, tcsp = false, eab = false, bpsp = false, tditpsp = false, amp = false)\n  val activitiesWithTcsp = MlrActivitiesAppliedFor(msb = false, hvd = false, asp = false, tcsp = true, eab = false, bpsp = false, tditpsp = false, amp = false)\n  val activitiesWithSupervision: Gen[MlrActivitiesAppliedFor] = Gen.oneOf(activitiesWithAspTcsp, activitiesWithAsp, activitiesWithTcsp)\n  val negativeSupervision = Supervision(Some(AnotherBodyNo), Some(ProfessionalBodyMemberNo), None, Some(ProfessionalBodyNo))\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessmatching\/BusinessActivitiesSpec.scala","text":"<filename>test\/models\/fe\/businessmatching\/BusinessActivitiesSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass BusinessActivitiesSpec extends PlaySpec with MockitoSugar {\n\n  \"BusinessActivitiesSpec\" must {\n\n    \"JSON validation\" must {\n\n      \"successfully validate given an enum value\" in {\n        val json = Json.obj(\"businessActivities\" -> Seq(\"05\", \"06\", \"07\"))\n\n        Json.fromJson[BusinessActivities](json) must be(JsSuccess(BusinessActivities(\n          Set(MoneyServiceBusiness, TrustAndCompanyServices, TelephonePaymentService),\n          None\n        ), JsPath))\n\n        Json.fromJson[BusinessActivities](Json.obj(\"businessActivities\" -> Seq(\"01\", \"02\", \"03\"))) must be(JsSuccess(BusinessActivities(\n          Set(AccountancyServices, BillPaymentServices, EstateAgentBusinessService),\n          None\n        ), JsPath))\n\n        Json.fromJson[BusinessActivities](Json.obj(\"businessActivities\" -> Seq(\"04\"))) must be(JsSuccess(BusinessActivities(\n          Set(HighValueDealing),\n          None\n        ), JsPath))\n\n      }\n\n      \"fail when on invalid data\" in {\n        Json.fromJson[BusinessActivities](Json.obj(\"businessActivity\" -> \"01\")) must\n          be(JsError((JsPath \\ \"businessActivities\") -> JsonValidationError(\"error.path.missing\")))\n      }\n    }\n\n    \"validate json write\" in {\n      Json.toJson(BusinessActivities(Set(HighValueDealing, EstateAgentBusinessService))) must\n        be(Json.obj(\"businessActivities\" -> Seq(\"04\", \"03\")))\n    }\n\n    \"successfully validate json write\" in {\n      val json = Json.obj(\"businessActivities\" -> Seq(\"02\", \"07\", \"01\"))\n      Json.toJson(BusinessActivities(Set(BillPaymentServices, TelephonePaymentService, AccountancyServices))) must be(json)\n\n    }\n\n    \"throw error for invalid data\" in {\n      Json.fromJson[BusinessActivities](Json.obj(\"businessActivities\" -> Seq(JsString(\"20\")))) must\n        be(JsError((JsPath \\ \"businessActivities\") (0) \\ \"businessActivities\", JsonValidationError(\"error.invalid\")))\n    }\n\n    \"convert DesMlrActivitiesAppliedFor to frontend BusinessActivities\" in {\n      BusinessActivities.conv(Some(MlrActivitiesAppliedFor(true, false, false, true, true, true, false, false))) must be(\n        BusinessActivities(Set(MoneyServiceBusiness, TrustAndCompanyServices, EstateAgentBusinessService, BillPaymentServices)))\n    }\n\n    \"convert DesMlrActivitiesAppliedFor to frontend BusinessActivities when input is false\" in {\n      BusinessActivities.conv(Some(MlrActivitiesAppliedFor(false, false, false, false, false, false, false, false))) must be(\n        BusinessActivities(Set.empty))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/asp\/ServicesOfBusinessSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.asp\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass ServicesOfBusinessSpec extends PlaySpec with MockitoSugar {\n\n    \"JSON validation\" must {\n      val businessServices: Set[Service] = Set(Accountancy, PayrollServices, BookKeeping, Auditing, FinancialOrTaxAdvice)\n      \"successfully validate and read services and date of change values\" in {\n\n        val json =  Json.obj(\"services\" -> Seq(\"01\",\"02\",\"03\",\"04\",\"05\"),\n          \"dateOfChange\" -> \"2016-02-24\")\n\n        Json.fromJson[ServicesOfBusiness](json) must\n          be(JsSuccess(ServicesOfBusiness(businessServices, Some(\"2016-02-24\")), JsPath))\n      }\n\n      \"successfully validate selected services value\" in {\n\n        val json =  Json.obj(\"services\" -> Seq(\"01\",\"02\",\"03\",\"04\",\"05\"))\n\n        Json.fromJson[ServicesOfBusiness](json) must\n          be(JsSuccess(ServicesOfBusiness(businessServices, None)))\n      }\n      \"fail when on invalid data\" in {\n\n        Json.fromJson[ServicesOfBusiness](Json.obj(\"services\" -> Seq(\"40\"))) must\n          be(JsError(((JsPath \\ \"services\")(0) \\ \"services\") -> JsonValidationError(\"error.invalid\")))\n      }\n\n      \"successfully validate json write\" in {\n\n        val json = Json.obj(\"services\" -> Seq(\"04\",\"05\",\"03\",\"02\",\"01\"))\n\n        Json.toJson(ServicesOfBusiness(businessServices)) must be(json)\n      }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/moneyservicebusiness\/FXTransactionsInNext12Months.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.MsbFxDetails\nimport play.api.libs.json.Json\n\ncase class FXTransactionsInNext12Months (fxTransaction: String)\n\nobject FXTransactionsInNext12Months {\n\n    implicit val format = Json.format[FXTransactionsInNext12Months]\n\n    implicit def convMsbFx(msbFx: Option[MsbFxDetails]): Option[FXTransactionsInNext12Months] = {\n        msbFx flatMap (msbDtls => Some(FXTransactionsInNext12Months(msbDtls.anticipatedNoOfTransactions)))\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/TimeAtAddressSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass TimeAtAddressSpec extends PlaySpec with MockitoSugar {\n\n  val FieldName = \"timeAtAddress\"\n\n  \"JSON validation\" must {\n\n    val ZeroToFiveJson = Json.obj(FieldName -> \"01\")\n    val SixToElevenJson = Json.obj(FieldName -> \"02\")\n    val OneToThreeJson = Json.obj(FieldName -> \"03\")\n    val MoreThanThreeJson = Json.obj(FieldName -> \"04\")\n\n    \"successfully validate given an enum value\" in {\n\n      Json.fromJson[TimeAtAddress](ZeroToFiveJson) must be(JsSuccess(TimeAtAddress.ZeroToFiveMonths))\n      Json.fromJson[TimeAtAddress](SixToElevenJson) must be(JsSuccess(TimeAtAddress.SixToElevenMonths))\n      Json.fromJson[TimeAtAddress](OneToThreeJson) must be(JsSuccess(TimeAtAddress.OneToThreeYears))\n      Json.fromJson[TimeAtAddress](MoreThanThreeJson) must be(JsSuccess(TimeAtAddress.ThreeYearsPlus))\n    }\n\n    \"write the correct value\" in {\n      Json.toJson(TimeAtAddress.ZeroToFiveMonths: TimeAtAddress) must be(ZeroToFiveJson)\n      Json.toJson(TimeAtAddress.SixToElevenMonths: TimeAtAddress) must be(SixToElevenJson)\n      Json.toJson(TimeAtAddress.OneToThreeYears: TimeAtAddress) must be(OneToThreeJson)\n      Json.toJson(TimeAtAddress.ThreeYearsPlus: TimeAtAddress) must be(MoreThanThreeJson)\n    }\n\n    \"throw error for invalid data\" in {\n      Json.fromJson[TimeAtAddress](Json.obj(FieldName -> \"20\")) must\n        be(JsError(JsPath \\ FieldName, JsonValidationError(\"error.invalid\")))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/msb\/MsbAllDetails.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.moneyservicebusiness.ExpectedThroughput._\nimport models.fe.moneyservicebusiness._\nimport play.api.libs.json.Json\n\ncase class MsbAllDetails(anticipatedTotThrputNxt12Mths: Option[String],\n                         otherCntryBranchesOrAgents: Boolean,\n                         countriesList: Option[CountriesList],\n                         sysLinkedTransIdentification: Boolean)\n\nobject MsbAllDetails {\n\n  implicit val format = Json.format[MsbAllDetails]\n\n  implicit def conv(msb: models.fe.moneyservicebusiness.MoneyServiceBusiness) : Option[MsbAllDetails] = {\n\n    val (otherCntryBranchesOrAgents, countryList) = convBranchesOrAgents(msb.branchesOrAgents)\n\n    Some(MsbAllDetails(msb.throughput, otherCntryBranchesOrAgents, countryList, msb.identifyLinkedTransactions.fold(false)(x =>x.linkedTxn)))\n  }\n\n  implicit def convThroughput(throughput: Option[ExpectedThroughput]): Option[String] = {\n    throughput match {\n      case Some(data) => data\n      case None => None\n    }\n  }\n\n  implicit def convThroughputValues(throughput: ExpectedThroughput): Option[String] = {\n    val value = throughput match {\n          case First => \"\u00a30-\u00a315k\"\n          case Second => \"\u00a315k-50k\"\n          case Third => \"\u00a350k-\u00a3100k\"\n          case Fourth => \"\u00a3100k-\u00a3250k\"\n          case Fifth => \"\u00a3250k-\u00a31m\"\n          case Sixth => \"\u00a31m-10m\"\n          case Seventh => \"\u00a310m+\"\n        }\n    Some(value)\n  }\n\n  implicit def convBranchesOrAgents(agents: Option[BranchesOrAgents]) : (Boolean, Option[CountriesList]) = {\n    agents match {\n      case Some(data) => data.countries match {\n        case Some(countries) if countries.nonEmpty => (true, countries)\n        case None => (false, None)\n        case _ => (false, None)\n      }\n      case None => (false, None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/asp\/Asp.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.asp\n\nimport models.des.SubscriptionView\n\ncase class Asp(\n              services: Option[ServicesOfBusiness] = None,\n              otherBusinessTaxMatters: Option[OtherBusinessTaxMatters] = None\n              ) {\n\n  def services(p: ServicesOfBusiness): Asp =\n    this.copy(services = Some(p))\n\n  def otherBusinessTaxMatters(p: OtherBusinessTaxMatters): Asp =\n    this.copy(otherBusinessTaxMatters = Some(p))\n}\n\nobject Asp {\n\n  import play.api.libs.json._\n\n  val key = \"asp\"\n\n  implicit val format = Json.format[Asp]\n\n  implicit def default(details: Option[Asp]): Asp =\n    details.getOrElse(Asp())\n\n  implicit def conv(view: SubscriptionView): Option[Asp] = {\n    (view.asp,view.businessActivities.aspServicesOffered) match {\n      case (Some(asp),_) => Some(Asp(view.businessActivities, view.asp))\n      case (None,Some(aspActivities)) => Some(Asp(view.businessActivities, Some(OtherBusinessTaxMattersNo)))\n      case (None,None) => None\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/ViewDESConnector.scala","text":"<filename>app\/connectors\/ViewDESConnector.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.SubscriptionViewEvent\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\nimport javax.inject.{Inject, Singleton}\nimport metrics.{API5, Metrics}\nimport models.des.SubscriptionView\nimport play.api.Logger\nimport play.api.http.Status._\nimport play.api.libs.json.{JsError, JsSuccess}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpReads, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass ViewDESConnector @Inject()(private[connectors] val appConfig: ApplicationConfig,\n                                 private[connectors] val ac: AuditConnector,\n                                 private[connectors] val httpClient: HttpClient,\n                                 private[connectors] val metrics: Metrics) extends DESConnector(appConfig, ac) {\n\n    def view(amlsRegistrationNumber: String)(\n      implicit ec: ExecutionContext,\n      hc: HeaderCarrier,\n      apiRetryHelper: ApiRetryHelper\n    ): Future[SubscriptionView] = {\n      apiRetryHelper.doWithBackoff(() => viewFunction(amlsRegistrationNumber))\n    }\n\n  private def viewFunction(amlsRegistrationNumber: String)\n          (\n            implicit ec: ExecutionContext,\n            hc: HeaderCarrier\n          ): Future[SubscriptionView] = {\n\n    val bodyParser = JsonParsed[SubscriptionView]\n    val timer = metrics.timer(API5)\n    val prefix = \"[DESConnector][view]\"\n\n    val Url = s\"$fullUrl\/$amlsRegistrationNumber\"\n\n    httpClient.GET[HttpResponse](Url, headers = desHeaders)(implicitly[HttpReads[HttpResponse]], hc,ec) map {\n      response =>\n        timer.stop()\n        logger.debug(s\"$prefix - Base Response: ${response.status}\")\n        logger.debug(s\"$prefix - Response Body: ${response.body}\")\n        response\n    } flatMap {\n      case status(OK) & bodyParser(JsSuccess(body: SubscriptionView, _)) =>\n        metrics.success(API5)\n        audit.sendDataEvent(SubscriptionViewEvent(amlsRegistrationNumber, body))\n        logger.debug(s\"$prefix - Success response\")\n        logger.debug(s\"$prefix - Response body: $body\")\n        Future.successful(body)\n      case r@status(OK) & bodyParser(JsError(errs)) =>\n        metrics.failed(API5)\n        logger.warn(s\"$prefix - Deserialisation Errors: $errs\")\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"Failed to parse the json response from DES (API5)\")))\n      case r@status(s) =>\n        metrics.failed(API5)\n        logger.warn(s\"$prefix - Failure response: $s\")\n        Future.failed(HttpStatusException(s, Option(r.body)))\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(API5)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage)))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/payapi\/PaymentSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.payapi\n\nimport java.time.LocalDateTime\nimport generators.AmlsReferenceNumberGenerator\nimport models.payapi.TaxTypes.`other`\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass PaymentSpec extends PlaySpec with MockitoSugar with AmlsReferenceNumberGenerator {\n\n  val id = \"biuh98huiu\"\n  val ref = \"ref\"\n\n  val amountInPence = 100\n  val commissionInPence = 20\n  val totalInPence = 120\n  val name = \"providerName\"\n  val providerRef = \"providerRef\"\n\n  val now = LocalDateTime.now()\n\n  \"Payment\" must {\n    \"serialise to JSON with no description\" in {\n      Json.toJson(Payment(\n        id,\n        other,\n        ref,\n        None,\n        amountInPence,\n        PaymentStatuses.Successful\n      )) must be(Json.obj(\n        \"id\" -> id,\n        \"taxType\" -> \"other\",\n        \"reference\" -> ref,\n        \"amountInPence\" -> amountInPence,\n        \"status\" -> \"Successful\"\n      ))\n\n    }\n\n    \"serialise to JSON with a description\" in {\n      Json.toJson(Payment(\n        id,\n        other,\n        ref,\n        Some(\"Desc\"),\n        amountInPence,\n        PaymentStatuses.Successful\n      )) must be(Json.obj(\n        \"id\" -> id,\n        \"taxType\" -> \"other\",\n        \"reference\" -> ref,\n        \"description\" -> \"Desc\",\n        \"amountInPence\" -> amountInPence,\n        \"status\" -> \"Successful\"\n      ))\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/TradingPremisesUpdateHelper.scala","text":"<filename>app\/utils\/TradingPremisesUpdateHelper.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport models.des.{AmendVariationRequest, SubscriptionView}\nimport models.des.tradingpremises._\n\ntrait TradingPremisesUpdateHelper {\n\n  def updateWithTradingPremises(desRequest: AmendVariationRequest, viewResponse: SubscriptionView): AmendVariationRequest = {\n    desRequest.setTradingPremises(\n      tradingPremisesWithStatus(desRequest.tradingPremises, viewResponse.tradingPremises)\n    )\n  }\n\n  private def tradingPremisesWithStatus(desTradingPremises: TradingPremises, viewTradingPremises: TradingPremises): TradingPremises = {\n    val updatedAgentBusinessPremises = getAgentDetailsWithStatus(desTradingPremises, viewTradingPremises)\n    val updatedOwnBusinessPremises = getOwnPremisesWithStatus(desTradingPremises, viewTradingPremises)\n\n    desTradingPremises.copy(agentBusinessPremises = updatedAgentBusinessPremises, ownBusinessPremises = updatedOwnBusinessPremises)\n  }\n\n  private def getAgentDetailsWithStatus(desTradingPremises: TradingPremises, viewTradingPremises: TradingPremises): Option[AgentBusinessPremises] = {\n    val (agentWithLineIds, agentWithoutLineIds) = desTradingPremises.agentBusinessPremises match {\n      case Some(agentBusinessPremises) => desTradingPremises.agentBusinessPremises.get.\n        agentDetails.fold[(Seq[AgentDetails], Seq[AgentDetails])]((Seq.empty, Seq.empty))(agent => agent.partition(_.lineId.isDefined))\n      case None => (Nil, Nil)\n    }\n\n    val updatedAgentStatus = agentWithLineIds.map(agentDtls => updateAgentStatus(agentDtls, viewTradingPremises))\n    val updatedAgentStatusWithoutLineId =\n      agentWithoutLineIds.map(x => x.copy(status = Some(StatusConstants.Added), dateChangeFlag = Some(false)))\n\n    val addAgentList = updatedAgentStatus ++ updatedAgentStatusWithoutLineId\n\n    desTradingPremises.agentBusinessPremises.map {\n      agentBusinessPremises => agentBusinessPremises.copy(agentDetails = Some(addAgentList))\n    }\n  }\n\n  private def getOwnPremisesWithStatus(desTradingPremises: TradingPremises, viewTradingPremises: TradingPremises): Option[OwnBusinessPremises] = {\n\n    val (ownWithLineIds, ownWithoutLineIds) = desTradingPremises.ownBusinessPremises match {\n      case Some(ownBusinessPremises) => ownBusinessPremises.ownBusinessPremisesDetails.\n        fold[(Seq[OwnBusinessPremisesDetails], Seq[OwnBusinessPremisesDetails])]((Seq.empty, Seq.empty))(own => own.partition(_.lineId.isDefined))\n      case None => (Nil, Nil)\n    }\n\n    val updatedOwnStatus = ownWithLineIds.map(own => updateOwnPremisesStatus(own, viewTradingPremises))\n    val updatedOwnStatusWithoutLineId =\n      ownWithoutLineIds.map(x => x.copy(status = Some(StatusConstants.Added), dateChangeFlag = Some(false)))\n    val addOwnList = updatedOwnStatus ++ updatedOwnStatusWithoutLineId\n\n    desTradingPremises.ownBusinessPremises.map {\n      ownBusinessPremises => ownBusinessPremises.copy(ownBusinessPremisesDetails = Some(addOwnList))\n    }\n  }\n\n  private def updateOwnPremisesStatus(ownDetails: OwnBusinessPremisesDetails, viewTradingPremises: TradingPremises): OwnBusinessPremisesDetails = {\n    val viewOwnDtls: Option[OwnBusinessPremisesDetails] = viewTradingPremises.ownBusinessPremises flatMap {\n      _.ownBusinessPremisesDetails flatMap {\n        _.find(x => x.lineId.equals(ownDetails.lineId))\n      }\n    }\n    viewOwnDtls map { bpDetails =>\n      val updatedStatus = updateOwnPremisesStatus(ownDetails, bpDetails)\n      val startDateChangeFlag = updateOwnPremisesStartDateFlag(ownDetails, bpDetails)\n      ownDetails.copy(status = Some(updatedStatus), dateChangeFlag = startDateChangeFlag)\n    } getOrElse ownDetails.copy(status = Some(StatusConstants.Unchanged), dateChangeFlag = Some(false))\n  }\n\n  private def updateOwnPremisesStatus(ownDetails: OwnBusinessPremisesDetails, viewOwnDtls: OwnBusinessPremisesDetails) = {\n    ownDetails.status match {\n      case Some(StatusConstants.Deleted) => StatusConstants.Deleted\n      case _ => ownDetails.equals(viewOwnDtls) match {\n        case true => StatusConstants.Unchanged\n        case false => StatusConstants.Updated\n      }\n    }\n  }\n\n  private def updateOwnPremisesStartDateFlag(ownDetails: OwnBusinessPremisesDetails, viewOwnDtls: OwnBusinessPremisesDetails) = {\n    ownDetails.startDate match {\n      case _ if !ownDetails.status.contains(StatusConstants.Deleted) =>\n        Some(!ownDetails.startDate.equals(viewOwnDtls.startDate))\n      case _ => Some(false)\n    }\n  }\n\n  private def updateAgentStatus(agentDetails: AgentDetails, viewTradingPremises: TradingPremises): AgentDetails = {\n    viewTradingPremises.agentBusinessPremises.fold(agentDetails) {\n      _.agentDetails.fold(agentDetails) {\n        _.find(x => x.lineId.equals(agentDetails.lineId)).fold(agentDetails) { viewAgent =>\n          val updatedStatus = updateAgentDetailsStatus(agentDetails, viewAgent)\n          val startDateChangeFlag = updateAgentDetailsDateOfChangeFlag(agentDetails, viewAgent)\n          agentDetails.copy(status = Some(updatedStatus), dateChangeFlag = startDateChangeFlag)\n        }\n      }\n    }\n  }\n\n  private def updateAgentDetailsStatus(agentDetails: AgentDetails, viewAgent: AgentDetails) = {\n    agentDetails.status match {\n      case Some(StatusConstants.Deleted) => StatusConstants.Deleted\n      case _ => agentDetails.equals(viewAgent) match {\n        case true => StatusConstants.Unchanged\n        case false => StatusConstants.Updated\n      }\n    }\n  }\n\n  private def updateAgentDetailsDateOfChangeFlag(agentDetails: AgentDetails, viewAgent: AgentDetails) = {\n    agentDetails.startDate match {\n      case _ if !agentDetails.status.contains(StatusConstants.Deleted) =>\n        Some(!agentDetails.startDate.equals(viewAgent.startDate))\n      case _ => Some(false)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/AspServicesOfferedSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.des.businessactivities.AspServicesOffered\nimport models.fe.asp._\nimport org.scalatestplus.play.PlaySpec\n\nclass AspServicesOfferedSpec extends PlaySpec {\n\n  \"AspServicesOffered\" should {\n\n    \"convert partial front end Asp model to des AspServicesOffered\" in {\n      val model = Asp(\n        Some(ServicesOfBusiness(Set(Accountancy, Auditing, FinancialOrTaxAdvice))),\n        None\n      )\n      AspServicesOffered.conv(Some(model)) must be(Some(AspServicesOffered(true, false, false, true, true)))\n    }\n\n    \"convert complete front end Asp model to des AspServicesOffered \" in {\n      val model = Asp(\n        Some(ServicesOfBusiness(Set(Accountancy, PayrollServices, BookKeeping, Auditing, FinancialOrTaxAdvice))),\n        Some(OtherBusinessTaxMattersYes)\n      )\n      AspServicesOffered.conv(Some(model)) must be(Some(AspServicesOffered(true, true, true, true, true)))\n    }\n\n    \"convert when no front model is empty\" in {\n      val model = Asp(None, None)\n      AspServicesOffered.conv(Some(model)) must be(Some(AspServicesOffered(false, false, false, false, false)))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/PayAPIConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.PayApiGenerator\nimport metrics.PayAPI\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport play.api.http.Status.OK\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http.HttpResponse\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.Future\n\nclass PayAPIConnectorSpec extends AmlsBaseSpec with PayApiGenerator {\n\n  trait Fixture {\n\n    val testPayment = payApiPaymentGen.sample.get\n    val paymentUrl = s\"url\/pay-api\/payment\/summary\/${testPayment.id}\"\n\n    val testConnector = new PayAPIConnector(mockAppConfig, mockHttpClient, mockMetrics) {\n      override private[connectors] val paymentUrl = \"url\"\n    }\n\n    val testPaymentId = testPayment.id\n\n    val mockTimer = mock[Timer.Context]\n\n    when {\n      testConnector.metrics.timer(eqTo(PayAPI))\n    } thenReturn mockTimer\n  }\n\n  \"PayAPIConnector\" must {\n\n    \"return a successful response\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(testPayment),\n        headers = Map.empty\n      )\n\n      when {\n        testConnector.httpClient.GET[HttpResponse](eqTo(paymentUrl), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady (testConnector.getPayment(testPaymentId)) {\n        _ mustEqual testPayment\n      }\n    }\n\n    \"return an unsuccessful response when a non-200 response is returned\" in new Fixture {\n\n      val response = HttpResponse(status = BAD_REQUEST, body = \"\")\n\n      when {\n        testConnector.httpClient.GET[HttpResponse](eqTo(paymentUrl), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady (testConnector.getPayment(testPaymentId).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual BAD_REQUEST\n          body.getOrElse(\"\").isEmpty mustEqual true\n      }\n    }\n\n    \"return an unsuccessful response when an exception is thrown\" in new Fixture {\n\n      when {\n        testConnector.httpClient.GET[HttpResponse](eqTo(paymentUrl), any(), any())(any(), any(), any())\n      } thenReturn Future.failed(new Exception(\"message\"))\n\n      whenReady (testConnector.getPayment(testPaymentId).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/msb\/MsbFxDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.moneyservicebusiness._\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass MsbFxDetailsSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"MsbFxDetails\" should {\n\n    \"convert from fe model\" in {\n      val msbFxDetails = Some(MsbFxDetails(\"789789789\"))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        fxTransactionsInNext12Months = Some(FXTransactionsInNext12Months(\"789789789\"))\n      )\n\n      MsbFxDetails.conv(msbModel) must be(msbFxDetails)\n    }\n\n    \"deserialize the json properly\" in {\n\n      val model = MsbFxDetails(\"789789789\")\n\n      val json =\n        \"\"\" {\n          |   \"anticipatedNoOfTransactions\":\"789789789\"\n          | }\n        \"\"\".stripMargin\n\n      Json.parse(json).as[MsbFxDetails] must be(model)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessactivities\/CustomersOutsideUKSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/models\/fe\/businessactivities\/CustomersOutsideUKSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.{ExpectedAMLSTurnover => DesExpectedAMLSTurnover, _}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass CustomersOutsideUKSpec extends PlaySpec {\n\n  \"CustomersOutsideUK\" must {\n\n    \"round trip through Json correctly\" in {\n\n      val model: CustomersOutsideUK = CustomersOutsideUK(true, Some(Seq(\"GB\")))\n\n      Json.fromJson[CustomersOutsideUK](Json.toJson(model)) mustBe JsSuccess(model)\n    }\n\n    \"convert des model to frontend model successfully\" in {\n      val businessActivitiesAll = BusinessActivitiesAll(None,\n        Some(\"2001-01-01\"),\n        None,\n        BusinessActivityDetails(true, Some(DesExpectedAMLSTurnover(Some(\"11122233344\")))),\n        Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\", \"FranchiserName2\")))),\n        Some(\"12345678901\"),\n        Some(\"11223344556\"),\n        NonUkResidentCustDetails(true, Some(Seq(\"AD\", \"GB\"))),\n        AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n        true,\n        true,\n        Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true)))),\n        None)\n\n      CustomersOutsideUK.conv(businessActivitiesAll) must be(Some(CustomersOutsideUK(true, Some(List(\"AD\", \"GB\")))))\n    }\n\n    \"convert des model to frontend model successfully when countries option is none\" in {\n      val businessActivitiesAll = BusinessActivitiesAll(None,\n        Some(\"2001-01-01\"),\n        None,\n        BusinessActivityDetails(true, Some(DesExpectedAMLSTurnover(Some(\"11122233344\")))),\n        Some(FranchiseDetails(true, Some(Seq(\"FranchiserName1\", \"FranchiserName2\")))),\n        Some(\"12345678901\"),\n        Some(\"11223344556\"),\n        NonUkResidentCustDetails(false, None),\n        AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"CommercialPackageName\")))),\n        true,\n        true,\n        Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true)))),\n        None)\n\n      CustomersOutsideUK.conv(businessActivitiesAll) must be(Some(CustomersOutsideUK(false, None)))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/utils\/ResponsiblePeopleUpdateHelperSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport models.des.DesConstants\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass ResponsiblePeopleUpdateHelperSpec extends PlaySpec with MockitoSugar with ScalaFutures with GuiceOneAppPerSuite {\n\n  val testResponsiblePeopleUpdateHelper = new ResponsiblePeopleUpdateHelper {}\n\n  \"ResponsiblePeopleUpdateHelper\" must {\n\n    \"correctly register the responsible person as 'unchanged' if the data is the same\" in {\n\n      val viewModel = DesConstants.SubscriptionViewStatusRP.copy(\n        responsiblePersons = DesConstants.SubscriptionViewStatusRP.responsiblePersons map {\n          rps => Seq(rps.head)\n        }\n      )\n\n      val request = DesConstants.updateAmendVariationRequestRP.copy(\n        responsiblePersons = DesConstants.updateAmendVariationRequestRP.responsiblePersons map {\n          rps => Seq(rps.tail.head)\n        }\n      )\n\n      val convertedRequest = DesConstants.amendStatusAmendVariationRP.copy(\n        responsiblePersons = DesConstants.amendStatusAmendVariationRP.responsiblePersons map {\n          rps =>\n            Seq(rps.tail.head.copy(extra = rps.tail.head.extra.copy(status = Some(StatusConstants.Unchanged))))\n        })\n\n      val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(request, viewModel)\n\n      result.responsiblePersons must be(convertedRequest.responsiblePersons)\n    }\n\n    \"register the person as 'unchanged' if specified in RP Extra, even if the data is different\" in {\n\n      val viewModel = DesConstants.SubscriptionViewStatusRP.copy(\n        responsiblePersons = DesConstants.SubscriptionViewStatusRP.responsiblePersons map {\n          rps => Seq(rps.head.copy(startDate = Some(\"1970-01-01\")))\n        }\n      )\n\n      val request = DesConstants.updateAmendVariationRequestRP.copy(\n        responsiblePersons = DesConstants.updateAmendVariationRequestRP.responsiblePersons map {\n          rps => Seq(rps.tail.head) map {p => p.copy(extra = p.extra.copy(status = Some(StatusConstants.Unchanged)))}\n        }\n      )\n\n      val convertedRequest = DesConstants.amendStatusAmendVariationRP.copy(\n        responsiblePersons = DesConstants.amendStatusAmendVariationRP.responsiblePersons map {\n          rps =>\n            Seq(rps.tail.head.copy(dateChangeFlag = Some(true),\n              extra = rps.tail.head.extra.copy(status = Some(StatusConstants.Unchanged))))\n        })\n\n      val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(request, viewModel)\n\n      result.responsiblePersons must be(convertedRequest.responsiblePersons)\n\n    }\n\n    \"assume that the responsible person has changed if specified in RPExtra\" in {\n\n      val viewModel = DesConstants.SubscriptionViewStatusRP.copy(\n        responsiblePersons = DesConstants.SubscriptionViewStatusRP.responsiblePersons map {\n          rps => Seq(rps.head)\n        }\n      )\n\n      val request = DesConstants.updateAmendVariationRequestRP.copy(\n        responsiblePersons = DesConstants.updateAmendVariationRequestRP.responsiblePersons map {\n          rps =>\n            Seq(rps.tail.head) map {\n              p => p.copy(extra = p.extra.copy(status = Some(StatusConstants.Updated)))\n            }\n        }\n      )\n\n      val convertedRequest = DesConstants.amendStatusAmendVariationRP.copy(\n        responsiblePersons = DesConstants.amendStatusAmendVariationRP.responsiblePersons map {\n          rps =>\n            Seq(rps.tail.head.copy(extra = rps.tail.head.extra.copy(status = Some(\"Updated\"))))\n        })\n\n      val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(request, viewModel)\n\n      result.responsiblePersons must be(convertedRequest.responsiblePersons)\n    }\n\n    \"successfully compare and update api6 request with api5 data\" when {\n\n      \"status is None in RPExtra\" when {\n\n        \"responsible people start date changes\" in {\n\n          val viewModel = DesConstants.SubscriptionViewStatusRP.copy(\n            responsiblePersons = DesConstants.SubscriptionViewStatusRP.responsiblePersons map {\n              rps => Seq(rps.head.copy(startDate = Some(\"1970-01-01\")))\n            }\n          )\n\n          val request = DesConstants.updateAmendVariationRequestRP.copy(\n            responsiblePersons = DesConstants.updateAmendVariationRequestRP.responsiblePersons map {\n              rps => Seq(rps.tail.head) map {p => p.copy(extra = p.extra.copy(status = None))}\n            }\n          )\n\n          val convertedRequest = DesConstants.amendStatusAmendVariationRP.copy(\n            responsiblePersons = DesConstants.amendStatusAmendVariationRP.responsiblePersons map {\n              rps =>\n                Seq(rps.tail.head.copy(dateChangeFlag = Some(true),\n                  extra = rps.tail.head.extra.copy(status = Some(\"Updated\"))))\n            })\n\n          val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(request, viewModel)\n\n          result.responsiblePersons must be(convertedRequest.responsiblePersons)\n\n        }\n\n        \"user has modified the previous name date of change of an RP\" in {\n          val viewModel = DesConstants.SubscriptionViewStatusRP.copy(\n            responsiblePersons = DesConstants.SubscriptionViewStatusRP.responsiblePersons map {\n              rps =>\n                Seq(rps.head.copy(nameDetails = rps.head.nameDetails map {\n                  nd =>\n                    nd.copy(previousNameDetails = nd.previousNameDetails map {\n                      pnd => pnd.copy(dateOfChange = Some(\"1970-01-01\"))\n                    })\n                }))\n            }\n          )\n          val request = DesConstants.updateAmendVariationRequestRP.copy(\n            responsiblePersons = DesConstants.updateAmendVariationRequestRP.responsiblePersons map {\n              rps => Seq(rps.tail.head) map {p => p.copy(extra = p.extra.copy(status = None))}\n            }\n          )\n          val convertedRequest = DesConstants.amendStatusAmendVariationRP.copy(\n            responsiblePersons = DesConstants.amendStatusAmendVariationRP.responsiblePersons map {\n              rps =>\n                Seq(rps.tail.head.copy(\n                  nameDetails = rps.tail.head.nameDetails map {\n                    nd =>\n                      nd.copy(previousNameDetails = nd.previousNameDetails map {\n                        pnd => pnd.copy(dateChangeFlag = Some(true))\n                      })\n                  }\n                  , extra = rps.tail.head.extra.copy(status = Some(\"Updated\")), dateChangeFlag = Some(false)))\n            }\n          )\n\n          val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(request, viewModel)\n\n          result.responsiblePersons must be(convertedRequest.responsiblePersons)\n        }\n\n        \"user has deleted a record, added one new record and has not changed one record of responsible people\" in {\n          val viewModel = DesConstants.SubscriptionViewStatusRP\n\n          val testRequest = DesConstants.amendStatusAmendVariationRP\n\n          val result = testResponsiblePeopleUpdateHelper.updateWithResponsiblePeople(DesConstants.updateAmendVariationRequestRP, viewModel)\n\n          result.responsiblePersons must be(testRequest.responsiblePersons)\n        }\n      }\n    }\n  }\n}\n\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/KnownBySpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.OthrNamesOrAliasesDetails\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass KnownBySpec extends PlaySpec with MustMatchers {\n\n  \"The KnownBy model\" must {\n    \"convert to the correct frontend model\" when {\n      \"given the DES model\" in {\n        val desModel = OthrNamesOrAliasesDetails(otherNamesOrAliases = true, Some(Seq(\"some\", \"name\")))\n\n        KnownBy.conv(Some(desModel)) mustBe Some(KnownBy(hasOtherNames = true, Some(\"some name\")))\n      }\n\n      \"given a DES model where the flag is false\" in {\n        val desModel = OthrNamesOrAliasesDetails(otherNamesOrAliases = false, None)\n\n        KnownBy.conv(Some(desModel)) mustBe Some(KnownBy.noOtherNames)\n      }\n\n      \"given None\" in {\n        KnownBy.conv(None) mustBe Some(KnownBy(hasOtherNames = false, None))\n      }\n    }\n\n    \"serialise to the correct JSON\" in {\n      val model = KnownBy(true, Some(\"name\"))\n\n      Json.toJson(model) mustBe Json.obj(\n        \"hasOtherNames\" -> true,\n        \"otherNames\" -> \"name\"\n      )\n    }\n\n    \"deserialise to the correct model\" in {\n      val json = Json.obj(\n        \"hasOtherNames\" -> true,\n        \"otherNames\" -> \"jimbob\"\n      )\n\n      json.as[KnownBy] mustBe KnownBy(true, Some(\"jimbob\"))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/FeeResponseController.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport javax.inject.{Inject, Singleton}\nimport models.Fees\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.Json\nimport play.api.mvc.ControllerComponents\nimport repositories.FeesRepository\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.AuthAction\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass FeeResponseController @Inject()(authAction: AuthAction,\n                                      val cc: ControllerComponents)(implicit val repository: FeesRepository) extends BackendController(cc) with Logging {\n\n  def get(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async {\n      {\n        repository.findLatestByAmlsReference(amlsRegistrationNumber) map {\n          case Some(feeResponse) => {\n            logger.debug(s\"[FeeResponseController - get : ${Json.toJson(feeResponse)}]\")\n            Ok(Json.toJson[Fees](feeResponse))\n          }\n          case None => NotFound\n        }\n      }.recoverWith {\n        case e:Throwable => {\n          logger.error(s\"[FeeResponseController - get] \",e)\n          Future.successful(InternalServerError)\n        }\n      }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/NonUKPassportSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass NonUKPassportSpec  extends PlaySpec with MockitoSugar {\n\n  \"NonUKPassport\" should {\n\n    \"validate JSON\" must {\n      \"given an enum value\" in {\n\n        Json.fromJson[NonUKPassport](Json.obj(\"nonUKPassport\" -> false)) must\n          be(JsSuccess(NoPassport))\n      }\n\n      \"given an `Yes` value\" in {\n\n        val json = Json.obj(\"nonUKPassport\" -> true, \"nonUKPassportNumber\" -> \"0123456789\")\n\n        Json.fromJson[NonUKPassport](json) must\n          be(JsSuccess(NonUKPassportYes(\"0123456789\"), JsPath \\ \"nonUKPassportNumber\"))\n      }\n\n    }\n\n    \"fail to validate when given an empty `Yes` value\" in {\n\n      val json = Json.obj(\"nonUKPassport\" -> true)\n\n      Json.fromJson[NonUKPassport](json) must\n        be(JsError((JsPath \\ \"nonUKPassportNumber\") -> JsonValidationError(\"error.path.missing\")))\n    }\n\n    \"write the correct value\" in {\n\n      Json.toJson(NoPassport: NonUKPassport) must\n        be(Json.obj(\"nonUKPassport\" -> false))\n\n      Json.toJson(NonUKPassportYes(\"0123456789\"): NonUKPassport) must\n        be(Json.obj(\n          \"nonUKPassport\" -> true,\n          \"nonUKPassportNumber\" -> \"0123456789\"\n        ))\n    }\n\n    val basicDesModel = ResponsiblePersons(\n      nameDetails = None,\n      nationalityDetails = None,\n      contactCommDetails = None,\n      currentAddressDetails = None,\n      timeAtCurrentAddress = None,\n      addressUnderThreeYears = None,\n      timeAtAddressUnderThreeYears = None,\n      addressUnderOneYear = None,\n      timeAtAddressUnderOneYear = None,\n      positionInBusiness = None,\n      regDetails = None,\n      previousExperience = false,\n      descOfPrevExperience = None,\n      amlAndCounterTerrFinTraining = false,\n      trainingDetails = None,\n      startDate = None,\n      dateChangeFlag = None,\n      msbOrTcsp = None,\n      extra = RPExtra()\n    )\n\n    \"convert from ResponsiblePersons to NonUKPassport - when field passportDetails is Some with passport number Some\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = true,\n                  passportDetails = Some(\n                    PassportDetail(ukPassport = false, PassportNum(\n                      nonUkPassportNumber = Some(\"87654321\")\n                    ))\n                  )\n                ))\n            )),\n            countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      val expectedPassport = Some(NonUKPassportYes(\"87654321\"))\n      NonUKPassport.conv(desModel) must be(expectedPassport)\n    }\n\n    \"convert from ResponsiblePersons to NonUKPassport - when field passportDetails is Some with passport number None\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = true,\n                  passportDetails = Some(\n                    PassportDetail(false, PassportNum(\n                      nonUkPassportNumber = None\n                    ))\n                  )\n                ))\n            )),\n            countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      val expectedPassport = Some(NoPassport)\n      NonUKPassport.conv(desModel) must be(expectedPassport)\n    }\n\n    \"convert from ResponsiblePersons to NonUKPassport - when field passportDetails None\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = false,\n                  passportDetails = None\n                ))\n            )),\n            countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      val expectedPassport = Some(NoPassport)\n      NonUKPassport.conv(desModel) must be(expectedPassport)\n    }\n\n    \"convert from ResponsiblePersons to NonUKPassport - when uk resident\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = true,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = false,\n                  passportDetails = None\n                ))\n            )),\n            countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      NonUKPassport.conv(desModel) must be(None)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/NonUKPassport.scala","text":"<filename>app\/models\/fe\/responsiblepeople\/NonUKPassport.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.{PassportDetail, ResponsiblePersons}\nimport play.api.libs.json._\n\nsealed trait NonUKPassport\n\ncase class NonUKPassportYes(nonUKPassportNumber: String) extends NonUKPassport\ncase object NoPassport extends NonUKPassport\n\nobject NonUKPassport {\n\n  implicit val jsonReads: Reads[NonUKPassport] =\n    (__ \\ \"nonUKPassport\").read[Boolean] flatMap {\n      case true => (__ \\ \"nonUKPassportNumber\").read[String] map NonUKPassportYes.apply\n      case false => Reads(_ => JsSuccess(NoPassport))\n    }\n\n  implicit val jsonWrites = Writes[NonUKPassport] {\n    case NonUKPassportYes(value) => Json.obj(\n      \"nonUKPassport\" -> true,\n      \"nonUKPassportNumber\" -> value\n    )\n    case NoPassport => Json.obj(\"nonUKPassport\" -> false)\n  }\n\n  implicit def conv(responsiblePersons: ResponsiblePersons): Option[NonUKPassport] = {\n    val passportDetail: Option[PassportDetail] = for {\n      nd <- responsiblePersons.nationalityDetails\n      id <- nd.idDetails\n      non <- id.nonUkResident\n      passport <- non.passportDetails\n    } yield passport\n\n    val nonUkPassport: NonUKPassport = passportDetail.map(passport => {\n      passport.passportNumber.nonUkPassportNumber match {\n        case Some(number) => NonUKPassportYes(number)\n        case _ => NoPassport\n      }\n    }).getOrElse(NoPassport)\n\n    if (responsiblePersons.nationalityDetails.exists(a => a.areYouUkResident)) {\n      None\n    } else {\n      Some(nonUkPassport)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/payments\/PaymentSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.payments\n\nimport java.time.LocalDateTime\nimport generators.PaymentGenerator\nimport models.payapi.PaymentStatuses.{Created, Successful}\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\n\/\/noinspection ScalaStyle\nclass PaymentSpec extends PlaySpec with MustMatchers with PaymentGenerator {\n\n  \"The Payment model without description\" when {\n    \"serialising\" must {\n\n      val now = LocalDateTime.now\n\n      val model = Payment(\n        \"123456789\",\n        \"X12345678\",\n        \"X73289473\",\n        \"X987654321\",\n        None,\n        10000,\n        Successful,\n        now,\n        isBacs = Some(true),\n        Some(now.plusDays(1))\n      )\n\n      val json = Json.obj(\n        \"_id\" -> \"123456789\",\n        \"amlsRefNo\" -> \"X12345678\",\n        \"safeId\" -> \"X73289473\",\n        \"reference\" -> \"X987654321\",\n        \"amountInPence\" -> 10000,\n        \"status\" -> \"Successful\",\n        \"isBacs\" -> true,\n        \"createdAt\" -> now,\n        \"updatedAt\" -> now.plusDays(1)\n      )\n\n      \"serialise to Json\" in {\n        Json.toJson(model) mustBe json\n      }\n\n      \"deserialise from Json\" in {\n        Json.fromJson[Payment](json) mustBe JsSuccess(model)\n      }\n    }\n\n    \"converting\" must {\n      \"convert from a Pay Api payment with no description\" in {\n        val payApiModel = payApiPaymentGen.sample.get\n        val refNumber = amlsRefNoGen.sample.get\n        val safeId = amlsRefNoGen.sample.get\n        val now = LocalDateTime.now\n\n        Payment(refNumber, safeId, payApiModel).copy(createdAt = now) mustBe Payment(\n          payApiModel.id,\n          refNumber,\n          safeId,\n          payApiModel.reference,\n          None,\n          payApiModel.amountInPence,\n          payApiModel.status,\n          now,\n          isBacs = None,\n          None\n        )\n      }\n\n      \"convert from a Pay Api payment with a description\" in {\n        val payApiModel = payApiPaymentGenDesc.sample.get\n        val refNumber = amlsRefNoGen.sample.get\n        val safeId = amlsRefNoGen.sample.get\n        val now = LocalDateTime.now\n\n        Payment(refNumber, safeId, payApiModel).copy(createdAt = now) mustBe Payment(\n          payApiModel.id,\n          refNumber,\n          safeId,\n          payApiModel.reference,\n          payApiModel.description,\n          payApiModel.amountInPence,\n          payApiModel.status,\n          now,\n          isBacs = None,\n          None\n        )\n      }\n\n      \"convert from a BACS payment request without description\" in {\n        val paymentRequest = createBacsPaymentRequestGen.sample.get\n\n        Payment(paymentRequest) match {\n          case Payment(_,\n          paymentRequest.amlsReference,\n          paymentRequest.safeId,\n          paymentRequest.paymentReference,\n          _,\n          paymentRequest.amountInPence,\n          Created,\n          _,\n          Some(true),\n          None\n          ) =>\n          case _ => fail(\"The resulting payment object was not expected\")\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/DateOfBirth.scala","text":"<filename>app\/models\/fe\/responsiblepeople\/DateOfBirth.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.{IdDetail, ResponsiblePersons}\nimport org.joda.time.LocalDate\nimport play.api.libs.json.Json\nimport play.api.libs.json.JodaWrites.DefaultJodaLocalDateWrites\nimport play.api.libs.json.JodaReads.DefaultJodaLocalDateReads\n\ncase class DateOfBirth(dateOfBirth: LocalDate)\n\nobject DateOfBirth {\n\n  implicit val format = Json.format[DateOfBirth]\n\n  implicit def conv(responsiblePeople: ResponsiblePersons): Option[DateOfBirth] = {\n    val idDetail: Option[IdDetail] = for {\n      nd <- responsiblePeople.nationalityDetails\n      id <- nd.idDetails\n    } yield id\n\n    val nonUkDob = idDetail.flatMap(idDetail =>\n      idDetail.nonUkResident.flatMap(nonUkRes =>\n        nonUkRes.dateOfBirth\n      )\n    )\n\n    val ukDob = idDetail.flatMap(idDetail =>\n      idDetail.dateOfBirth\n    )\n\n    if(!ukDob.isEmpty) {\n      Some(DateOfBirth(LocalDate.parse(ukDob.getOrElse(\"\"))))\n    } else if (!nonUkDob.isEmpty) {\n      Some(DateOfBirth(LocalDate.parse(nonUkDob.getOrElse(\"\"))))\n    } else {\n      None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/msb\/MsbAllDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.moneyservicebusiness._\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass MsbAllDetailsSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"MsbAllDetails\" should {\n\n    \"convert to  frontend MSB model to correct Msb Des model when ExpectedThroughput is None\" in {\n      val msbAllDetails = Some(MsbAllDetails(None, false, None, false))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(None,\n        None)\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model when ExpectedThroughput is First\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a30-\u00a315k\"), false, None, false))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.First))\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model when ExpectedThroughput is Third\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a350k-\u00a3100k\"), false, None, true))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Third),\n        None,\n        Some(IdentifyLinkedTransactions(true)),\n        None,\n        None,\n        Some(BranchesOrAgents(false, None))\n      )\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model whenExpectedThroughput is Fourth\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a3100k-\u00a3250k\"), true, Some(CountriesList(List(\"GB\"))), true))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Fourth),\n        None,\n        Some(IdentifyLinkedTransactions(true)),\n        None,\n        None,\n        Some(BranchesOrAgents(true, Some(Seq(\"GB\"))))\n      )\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model when empty countries list\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a3100k-\u00a3250k\"), false, None, true))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Fourth),\n        None,\n        Some(IdentifyLinkedTransactions(true)),\n        None,\n        None,\n        Some(BranchesOrAgents(false, Some(Seq())))\n      )\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model whenExpectedThroughput is Fifth\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a3250k-\u00a31m\"), false, None, false))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Fifth))\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n    \"convert to  frontend MSB model to correct Msb Des model whenExpectedThroughput is Sixth\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a31m-10m\"), false, None, false))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Sixth))\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n\n\n    \"convert to  frontend MSB model to correct Msb Des model whenExpectedThroughput is Seventh\" in {\n      val msbAllDetails = Some(MsbAllDetails(Some(\"\u00a310m+\"), false, None, false))\n\n      val msbModel = models.fe.moneyservicebusiness.MoneyServiceBusiness(\n        Some(ExpectedThroughput.Seventh))\n      MsbAllDetails.conv(msbModel) must be(msbAllDetails)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/bankdetails\/BankDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.bankdetails\n\nimport models.des.DesConstants\nimport models.des.bankdetails.BankDetailsView\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\n\nclass BankDetailsSpec extends PlaySpec with MockitoSugar {\n\n  val accountType = PersonalAccount\n\n  \"BankDetails with Bank Account Type and Bank Details\" must {\n\n    \"convert des model to frontend model\" in {\n\n      val convertedModel = List(\n        BankDetails(BelongsToBusiness,\"AccountName\",UKAccount(\"12345678\",\"123456\")),\n        BankDetails(PersonalAccount,\"AccountName1\",NonUKIBANNumber(\"87654321\")),\n        BankDetails(BelongsToOtherBusiness,\"AccountName2\",NonUKAccountNumber(\"87654321\")))\n\n      BankDetails.conv(DesConstants.testBankDetails) must be(convertedModel)\n    }\n\n    \"return empty list when des returns none \" in {\n      val testBankDetails = Some(BankDetailsView(Some(\"0\"), None))\n      BankDetails.conv(testBankDetails) must be(List.empty)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/eab\/Eab.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.eab\n\nimport models.des.SubscriptionView\nimport models.des.businessactivities.{BusinessActivities, EabServices, MlrActivitiesAppliedFor}\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy, LettingAgents}\nimport play.api.libs.json._\nimport utils.CommonMethods\n\nfinal case class Eab(data: EabData)\n\nobject Eab  {\n\n  implicit val format = Json.format[Eab]\n\n  implicit def conv(view: SubscriptionView): Option[Eab] = {\n\n    hasEabSector(view) match {\n      case true => eabSection(view.businessActivities, view.eabAll, view.eabResdEstAgncy, view.lettingAgents)\n      case _    => None\n    }\n\n  }\n\n  private implicit def eabSection(ba: BusinessActivities,\n                                  eabAll: Option[EabAll],\n                                  eabResdEA: Option[EabResdEstAgncy],\n                                  la: Option[LettingAgents]) = {\n\n    Some(\n      Eab(\n        EabData(\n          ba.eabServicesCarriedOut,\n          None,\n          (eabResdEA, redressSchemeApplies(ba)) match {\n            case (Some(redress), _) => getRedressScheme(redress)\n            case (None, true)       => Some(\"notRegistered\")\n            case _                  => None\n          },\n          (la, lettingAgentApplies(ba)) match {\n            case (Some(lettings), _) => lettings.clientMoneyProtection\n            case (None, true)        => Some(false)\n            case _                   => None\n          },\n          eabAll match {\n            case Some(all) => all.estateAgencyActProhibition\n            case _         => false\n          },\n          eabAll match {\n            case Some(all) => all.estAgncActProhibProvideDetails\n            case _         => None\n          },\n          eabAll match {\n            case Some(all) => all.prevWarnedWRegToEstateAgencyActivities\n            case _         => false\n          },\n          (eabAll) match {\n            case Some(all) => all.prevWarnWRegProvideDetails\n            case _         => None\n          }\n        )\n      )\n    )\n  }\n\n  private implicit def getRedressScheme(eab:EabResdEstAgncy): Option[String] = {\n    eab.regWithRedressScheme match {\n      case true => {\n        val redressOption = eab.whichRedressScheme.getOrElse(\"\")\n        redressOption match {\n          case \"The Property Ombudsman Limited\" => Some(\"propertyOmbudsman\")\n          case \"Property Redress Scheme\"        => Some(\"propertyRedressScheme\")\n          case \"Ombudsman Services\"             => Some(\"ombudsmanServices\")\n          case \"Other\"                          => Some(\"other\")\n          case _                                => None\n        }\n      }\n      case false => Some(\"notRegistered\")\n    }\n  }\n\n  private implicit def hasEabSector(response: SubscriptionView) = {\n    response.businessActivities.mlrActivitiesAppliedFor match {\n      case Some(MlrActivitiesAppliedFor (_, _, _, _, true, _, _, _)) => true\n      case _ => false\n    }\n  }\n\n  private implicit def redressSchemeApplies(businessActivities: BusinessActivities) = {\n    businessActivities.eabServicesCarriedOut match {\n      case Some(EabServices(true, _, _, _, _, _, _, _, _, _))       => true\n      case Some(EabServices(_, _, _, _, _, _, _, _, _, Some(true))) => true\n      case _                                                        => false\n    }\n  }\n\n  private implicit def lettingAgentApplies(businessActivities: BusinessActivities) = {\n    businessActivities.eabServicesCarriedOut match {\n      case Some(EabServices(_, _, _, _, _, _, _, _, _, Some(true))) => true\n      case _                                                        => false\n    }\n  }\n\n  private implicit def conv(services: Option[EabServices]): List[String] = {\n    (services match {\n      case Some(eab) => List(\n        CommonMethods.getSpecificType(eab.assetManagementCompany, \"assetManagement\"),\n        CommonMethods.getSpecificType(eab.auctioneer, \"auctioneering\"),\n        CommonMethods.getSpecificType(eab.businessTransferAgent, \"businessTransfer\"),\n        CommonMethods.getSpecificType(eab.commercialEstateAgency, \"commercial\"),\n        CommonMethods.getSpecificType(eab.developmentCompany, \"developmentCompany\"),\n        CommonMethods.getSpecificType(eab.landManagementAgent, \"landManagement\"),\n        CommonMethods.getSpecificType(eab.relocationAgent, \"relocation\"),\n        CommonMethods.getSpecificType(eab.residentialEstateAgency, \"residential\"),\n        CommonMethods.getSpecificType(eab.socialHousingProvider, \"socialHousingProvision\"),\n        CommonMethods.getSpecificTypeWithOption(eab.lettingAgents, \"lettings\"))\n      case None => List() \/\/ Catch all - should never be no services in API5 where we have EAB section...\n    }).flatten\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/EabServicesSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.fe.eab.{Eab, EabData}\nimport org.scalatestplus.play.PlaySpec\n\nclass EabServicesSpec extends PlaySpec  {\n\n  \"EabServices \" should {\n    \"Be convertable from front end Estate agent business services\" in {\n      val from = {\n        Eab(\n          EabData(\n            List(\"businessTransfer\", \"developmentCompany\", \"commercial\"),\n            None,\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"Details\"),\n            true,\n            Some(\"Details\")\n          )\n        )\n      }\n\n      val expected = Some(models.des.businessactivities.EabServices(\n        false, true, false, false, true, false, false, true, false, Some(false))\n      )\n\n      models.des.businessactivities.EabServices.convert(Some(from)) must be (expected)\n    }\n\n    \"Be convertable from front end Estate agent business services when none\" in {\n      val from = {\n        Eab(\n          EabData(\n            List(),\n            None,\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"Details\"),\n            true,\n            Some(\"Details\")\n          )\n        )\n      }\n\n      val expected = Some(models.des.businessactivities.EabServices(\n        false, false, false, false, false, false, false, false, false, Some(false))\n      )\n\n      models.des.businessactivities.EabServices.convert(Some(from)) must be (expected)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/AmendVariationRequestSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models._\nimport models.des.aboutthebusiness.PreviouslyRegisteredMLRView\nimport models.des.businessactivities.{BusinessActivityDetails, ExpectedAMLSTurnover}\nimport models.des.msb.{CountriesList, MsbAllDetails}\nimport org.scalatestplus.play.guice.GuiceOneAppPerTest\nimport org.scalatestplus.play.PlaySpec\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport utils.AckRefGenerator\n\nclass AmendVariationRequestSpec extends PlaySpec with GuiceOneAppPerTest {\n\n  override def fakeApplication(): Application = {\n    GuiceApplicationBuilder().configure(Map(\"microservice.services.feature-toggle.phase3-release2-la\" -> false)).build()\n  }\n\n  implicit val ackref = new AckRefGenerator {\n    override def ackRef: String = \"1234\"\n  }\n\n  val release7BusinessActivities = DesConstants.testBusinessActivities.copy(\n    all = Some(DesConstants.testBusinessActivitiesAll.copy(\n      businessActivityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"\u00a350k-\u00a3100k\"))))\n    ))\n  )\n\n  val businessActivitiesLA = DesConstants.testBusinessActivitiesLA.copy(\n    all = Some(DesConstants.testBusinessActivitiesAll.copy(\n      businessActivityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"\u00a350k-\u00a3100k\"))))\n    ))\n  )\n\n  val release7Msb = DesConstants.testMsb.copy(\n    msbAllDetails = Some(MsbAllDetails(\n      Some(\"\u00a350k-\u00a3100k\"),\n      true,\n      Some(CountriesList(List(\"AD\", \"GB\"))),\n      true)\n    )\n  )\n  \"Phase 2 toggle is on\" when {\n    \"Trust or company formation agent\" when {\n      \"convert frontend model to des model for amendment\" in {\n        implicit val mt = Amendment\n        implicit val requestType = RequestType.Amendment\n        AmendVariationRequest.convert(feSubscriptionReq.copy(\n          tradingPremisesSection = TradingPremisesSection.tradingPremisesOnlyAgentModel)\n        ) must be(\n          convertedDesModelRelease7.copy(amlsMessageType = \"Amendment\", tradingPremises = DesConstants.tradingPremisesAPI6Release7)\n        )\n      }\n\n      \"convert frontend model to des model for variation\" in {\n        implicit val mt = Variation\n        implicit val requestType = RequestType.Variation\n        AmendVariationRequest.convert(feSubscriptionReq) must be(\n          convertedDesModelRelease7.copy(amlsMessageType = \"Variation\")\n        )\n      }\n\n      \"convert frontend model with Letting Agent to des model with Letting Agent for variation\" in {\n        implicit val mt = Variation\n        implicit val requestType = RequestType.Variation\n        AmendVariationRequest.convert(feSubscriptionReqLA) must be(\n          convertedDesModelLA.copy(amlsMessageType = \"Variation\")\n        )\n      }\n    }\n\n    \"Not trust or company formation agent\" when {\n      \"convert without tcspTrustCompFormationAgt for amendment\" in {\n        implicit val mt = Amendment\n        implicit val requestType = RequestType.Amendment\n        AmendVariationRequest.convert(feSubscriptionReqNoFormationAgt.copy(\n          tradingPremisesSection = TradingPremisesSection.tradingPremisesOnlyAgentModel)\n        ).tcspTrustCompFormationAgt must be(None)\n      }\n\n      \"convert without tcspTrustCompFormationAgt for variation\" in {\n        implicit val mt = Variation\n        implicit val requestType = RequestType.Variation\n        AmendVariationRequest.convert(feSubscriptionReqNoFormationAgt).tcspTrustCompFormationAgt must be(None)\n      }\n    }\n  }\n  def feSubscriptionReq = {\n    import models.fe.SubscriptionRequest\n    SubscriptionRequest(\n      BusinessMatchingSection.modelForView,\n      EabSection.modelForView,\n      TradingPremisesSection.modelForView,\n      AboutTheBusinessSection.modelForView,\n      BankDetailsSection.modelForView,\n      AboutYouSection.modelforView,\n      BusinessActivitiesSection.modelForView,\n      ResponsiblePeopleSection.modelForViewPhase2,\n      ASPTCSPSection.TcspModelForView,\n      ASPTCSPSection.AspModelForView,\n      MsbSection.modelForView,\n      HvdSection.modelForView,\n      AmpSection.completeModel,\n      SupervisionSection.modelForView\n    )\n  }\n\n  def feSubscriptionReqLA = feSubscriptionReq.copy(eabSection = EabSection.modelForViewLA)\n\n  def feSubscriptionReqNoFormationAgt = feSubscriptionReq.copy(tcspSection = ASPTCSPSection.TcspModelForViewNoCompanyFormationAgent)\n\n  def convertedDesModelRelease7 = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    DesConstants.testChangeIndicators,\n    \"Amendment\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    Some(PreviouslyRegisteredMLRView(false,\n      None,\n      false,\n      None)),\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    release7BusinessActivities,\n    DesConstants.testTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(release7Msb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersonsForRelease7RpAPI6Phase2),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  def convertedDesModelLA = convertedDesModelRelease7.copy(\n    lettingAgents = Some(DesConstants.testLettingAgents),\n    businessActivities = businessActivitiesLA\n  )\n\n  val newEtmpField = Some(EtmpFields(Some(\"2016-09-17T09:30:47Z\"), Some(\"2016-10-17T09:30:47Z\"), Some(\"2016-11-17T09:30:47Z\"), Some(\"2016-12-17T09:30:47Z\")))\n  val newChangeIndicator = ChangeIndicators(true, true, true, false, false)\n  def newExtraFields = ExtraFields(DesConstants.testDeclaration, DesConstants.testFilingIndividual, newEtmpField)\n\n  def updateAmendVariationRequest = AmendVariationRequest(\n    acknowledgementReference = ackref.ackRef,\n    newChangeIndicator,\n    \"Amendment\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    Some(PreviouslyRegisteredMLRView(false,\n      None,\n      false,\n      None)),\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI6,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersonsForRpAPI6),\n    Some(DesConstants.testAmp),\n    None,\n    newExtraFields\n  )\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/bankdetails\/BankAccountTypeSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.bankdetails\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass BankAccountTypeSpec extends PlaySpec with MockitoSugar {\n\n  \"BankAccountType\" must {\n\n    \"validate Json read\" in {\n      Json.fromJson[BankAccountType](Json.obj(\"bankAccountType\" -> \"01\")) must\n        be (JsSuccess(PersonalAccount))\n      Json.fromJson[BankAccountType](Json.obj(\"bankAccountType\" -> \"02\")) must\n        be (JsSuccess(BelongsToBusiness))\n      Json.fromJson[BankAccountType](Json.obj(\"bankAccountType\" -> \"03\")) must\n        be (JsSuccess(BelongsToOtherBusiness))\n\n    }\n\n    \"fail Json read on invalid data\" in  {\n      Json.fromJson[BankAccountType](Json.obj(\"bankAccountType\" ->\"10\")) must\n        be (JsError(JsPath \\ \"bankAccountType\", JsonValidationError(\"error.invalid\")))\n    }\n\n    \"write correct Json value\" in  {\n      Json.toJson(PersonalAccount: BankAccountType) must be (Json.obj(\"bankAccountType\" -> \"01\"))\n      Json.toJson(BelongsToBusiness: BankAccountType) must be (Json.obj(\"bankAccountType\" -> \"02\"))\n      Json.toJson(BelongsToOtherBusiness: BankAccountType) must be (Json.obj(\"bankAccountType\" -> \"03\"))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/PersonResidenceTypeSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople._\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.JsSuccess\n\nclass PersonResidenceTypeSpec extends PlaySpec {\n\n  \"PersonResidenceType\" should {\n\n    \"Json validation\" must {\n\n      \"Successfully read uk residence type model\" in {\n        val ukModel = PersonResidenceType(UKResidence(\"AA1111111\"),\n          \"GB\", \"GB\")\n\n        PersonResidenceType.jsonRead.reads(PersonResidenceType.jsonWrite.writes(ukModel)) must\n          be(JsSuccess(ukModel))\n      }\n\n      \"Successfully validate non uk residence type model\" in {\n        val nonUKModel = PersonResidenceType(NonUKResidence, \"GB\", \"GB\")\n\n        PersonResidenceType.jsonRead.reads(\n          PersonResidenceType.jsonWrite.writes(nonUKModel)) must\n          be(JsSuccess(nonUKModel))\n      }\n    }\n\n    \"nonUkResident:convert des model to frontend model successfully\" in {\n\n      val desModel = Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              true,\n              PassportNum(Some(\"AA1111111\"), None)\n            ))\n          ))\n        )),\n        Some(\"AD\"),\n        Some(\"AD\")\n      ))\n      val feModel = Some(PersonResidenceType(NonUKResidence,\"AD\",\"AD\"))\n      PersonResidenceType.conv(desModel) must be(feModel)\n    }\n\n    \"nonUkResident with nonuk pass port :convert des model to frontend model successfully\" in {\n\n      val desModel = Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            Some(PassportDetail(\n              false,\n              PassportNum(None,Some(\"AA1111111\"))\n            ))\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"BB\")\n      ))\n      val feModel = Some(PersonResidenceType(NonUKResidence,\"AA\",\"BB\"))\n      PersonResidenceType.conv(desModel) must be(feModel)\n\n    }\n\n    \"nonUkResident with no passport:convert des model to frontend model successfully\" in {\n\n      val desModel = Some(NationalityDetails(\n        false,\n        Some(IdDetail(\n          None,\n          Some(NonUkResident(\n            Some(\"2001-01-01\"),\n            true,\n            None\n          ))\n        )),\n        Some(\"AA\"),\n        Some(\"BB\")\n      ))\n      val feModel = Some(PersonResidenceType(NonUKResidence,\"AA\",\"BB\"))\n      PersonResidenceType.conv(desModel) must be(feModel)\n\n    }\n\n    \"UkResident:convert des model to frontend model successfully\" in {\n\n      val desModel = Some(NationalityDetails(\n        true,\n        Some(IdDetail(\n          Some(UkResident(\"AA1111111\")))),\n        Some(\"JJ\"),\n        Some(\"GG\")\n      ))\n      val feModel = Some(PersonResidenceType(UKResidence(\"AA1111111\"),\"JJ\",\"GG\"))\n      PersonResidenceType.conv(desModel) must be(feModel)\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/registrationdetails\/RegistrationDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.registrationdetails\n\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsString, JsSuccess, Json}\n\nclass RegistrationDetailsSpec extends PlaySpec with MustMatchers {\n\n  \"The RegistrationDetails model\" when {\n\n    val organisationJson = Json.obj(\n      \"isAnIndividual\" -> false,\n      \"organisation\" -> Json.obj(\n        \"organisationName\" -> \"Test Organisation\",\n        \"isAGroup\" -> true,\n        \"organisationType\" -> \"LLP\"\n      )\n    )\n\n    val organisationModel = RegistrationDetails(isAnIndividual = false, Organisation(\"Test Organisation\", isAGroup = Some(true), Some(LLP)))\n\n    val individualJson = Json.obj(\n      \"isAnIndividual\" -> true,\n      \"individual\" -> Json.obj(\n        \"firstName\" -> \"Firstname\",\n        \"middleName\" -> \"Middlename\",\n        \"lastName\" -> \"Lastname\"\n      ))\n\n    \/\/noinspection ScalaStyle\n    val individualModel = RegistrationDetails(isAnIndividual = true, Individual(\"Firstname\", Some(\"Middlename\"), \"Lastname\"))\n\n    \"deserialised\" must {\n      \"produce the correct json\" when {\n        \"the data represents an organisation\" in {\n          Json.fromJson[RegistrationDetails](organisationJson) mustBe JsSuccess(organisationModel)\n        }\n\n        \"the data represents an individual\" in {\n          Json.fromJson[RegistrationDetails](individualJson) mustBe JsSuccess(individualModel)\n        }\n      }\n    }\n\n    \"serialised\" must {\n      \"produce the correct json\" when {\n        \"the data represents an organisation\" in {\n          Json.toJson(organisationModel) mustBe organisationJson\n        }\n\n        \"the data represents an individual\" in {\n          Json.toJson(individualModel) mustBe individualJson\n        }\n      }\n    }\n  }\n\n  \"The Organisation model\" when {\n\n    val model = Organisation(\"Test Organisation\", Some(true), Some(Partnership))\n\n    val json = Json.obj(\n      \"organisationName\" -> \"Test Organisation\",\n      \"isAGroup\" -> true,\n      \"organisationType\" -> \"Partnership\"\n    )\n\n    \"deserialised\" must {\n      \"produce the correct model\" in {\n        Json.fromJson[Organisation](json) mustBe JsSuccess(model)\n      }\n\n      \"produce the correct model with missing optional fields\" in {\n        Json.fromJson[Organisation](Json.obj(\"organisationName\" -> \"Test\")) mustBe JsSuccess(Organisation(\"Test\"))\n      }\n    }\n\n    \"serialised\" must {\n      \"produce the correct json\" in {\n        Json.toJson(model) mustBe json\n      }\n\n      \"produce the correct json minus optional fields\" in {\n        Json.toJson(Organisation(\"Test\")) mustBe Json.obj(\"organisationName\" -> \"Test\")\n      }\n    }\n  }\n\n  \"The Individual model\" when {\n    \/\/noinspection ScalaStyle\n    val model = Individual(\"Firstname\", Some(\"Middlename\"), \"Lastname\")\n\n    val json = Json.obj(\n      \"firstName\" -> \"Firstname\",\n      \"middleName\" -> \"Middlename\",\n      \"lastName\" -> \"Lastname\"\n    )\n\n    \"deserialised\" must {\n      \"produce the correct model\" in {\n        Json.fromJson[Individual](json) mustBe JsSuccess(model)\n      }\n    }\n\n    \"serialised\" must {\n      \"produce the correct json\" in {\n        Json.toJson(model) mustBe json\n      }\n    }\n  }\n\n  \"The organisation type objects\" when {\n\n    val types = Seq(\n      (Partnership, \"Partnership\"),\n      (LLP, \"LLP\"),\n      (CorporateBody, \"Corporate body\"),\n      (UnincorporatedBody, \"Unincorporated body\")\n    )\n\n    \"deserialised\" must {\n      \"produce the correct values\" in {\n        types foreach {\n          case (t, str) => Json.fromJson[OrganisationType](JsString(str)) mustBe JsSuccess(t)\n        }\n      }\n    }\n\n    \"serialised\" must {\n      \"write the correct values\" in {\n        types foreach {\n          case (t, str) => Json.toJson(t: OrganisationType) mustBe JsString(str)\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/asp\/AspSpec.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.asp\n\nimport models.des.DesConstants\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\ntrait AspValues {\n\n  object DefaultValues {\n\n    val DefaultOtherBusinessTax = OtherBusinessTaxMattersYes\n\n    val DefaultServices = ServicesOfBusiness(Set(Accountancy, Auditing, FinancialOrTaxAdvice))\n  }\n\n  object NewValues {\n\n    val NewOtherBusinessTax = OtherBusinessTaxMattersNo\n\n    val NewServices = ServicesOfBusiness(Set(Accountancy, PayrollServices, FinancialOrTaxAdvice))\n  }\n\n  val completeJson = Json.obj(\n    \"services\" -> Json.obj(\n      \"services\" -> Seq(\"01\", \"04\", \"05\")\n    ),\n    \"otherBusinessTaxMatters\" -> Json.obj(\n      \"otherBusinessTaxMatters\" -> true)\n  )\n  val completeModel = Asp(\n    Some(DefaultValues.DefaultServices),\n    Some(DefaultValues.DefaultOtherBusinessTax)\n  )\n\n}\n\nclass AspSpec extends PlaySpec with MockitoSugar with AspValues {\n\n  \"Asp\" must {\n\n    \"have a default function that\" must {\n\n      \"correctly provides a default value when none is provided\" in {\n        Asp.default(None) must be(Asp())\n      }\n\n      \"correctly provides a default value when existing value is provided\" in {\n        Asp.default(Some(completeModel)) must be(completeModel)\n      }\n\n    }\n\n    \"Complete Model\" when {\n\n      \"correctly convert between json formats\" when {\n\n        \"Serialise as expected\" in {\n          Json.toJson(completeModel) must be(completeJson)\n        }\n\n        \"Deserialise as expected\" in {\n          completeJson.as[Asp] must be(completeModel)\n        }\n      }\n    }\n\n    \"None\" when {\n\n      val initial: Option[Asp] = None\n\n      \"Merged with other business tax matters\" must {\n        \"return Asp with correct other business tax matters\" in {\n\n          val result = initial.otherBusinessTaxMatters(NewValues.NewOtherBusinessTax)\n          result must be(Asp(otherBusinessTaxMatters = Some(NewValues.NewOtherBusinessTax)))\n\n        }\n\n        \"Merged with services does your business provide\" must {\n          \"return Asp with correct services does your business provide\" in {\n\n            val result = initial.services(NewValues.NewServices)\n            result must be(Asp(services = Some(NewValues.NewServices)))\n\n          }\n        }\n\n      }\n    }\n\n    \"Asp:merge with completeModel\" when {\n\n      \"model is complete\" when {\n\n        \"Merged with other business tax matters\" must {\n          \"return Asp with correct Company Service Providers\" in {\n\n            val result = completeModel.otherBusinessTaxMatters(NewValues.NewOtherBusinessTax)\n            result.otherBusinessTaxMatters must be(Some(NewValues.NewOtherBusinessTax))\n\n          }\n        }\n\n        \"Merged with services does your business provide\" must {\n          \"return Asp with correct services does your business provide\" in {\n\n            val result = completeModel.services(NewValues.NewServices)\n            result.services must be(Some(NewValues.NewServices))\n\n          }\n        }\n      }\n    }\n\n    \"converting the des subscription model must yield a frontend Hvd model\" in {\n      Asp.conv(DesConstants.SubscriptionViewModel) must be(\n        Some(\n          Asp(\n            Some(ServicesOfBusiness(Set(Auditing, FinancialOrTaxAdvice, BookKeeping, PayrollServices, Accountancy))),\n            Some(OtherBusinessTaxMattersYes)\n          )))\n    }\n\n    \"convert to None given view.asp = None\" in {\n      Asp.conv(DesConstants.SubscriptionViewModel.copy(asp = None,businessActivities = models.des.businessactivities.BusinessActivities())) must be(None)\n    }\n\n    \"convert to Some given view.asp = None but asp activities supplied\" in {\n      Asp.conv(DesConstants.SubscriptionViewModel.copy(asp = None)) must be(Some(Asp(DesConstants.SubscriptionViewModel.businessActivities,Some(OtherBusinessTaxMattersNo))))\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessactivities\/RiskAssessmentSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.{FormalRiskAssessmentDetails, RiskAssessmentFormat}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass RiskAssessmentSpec extends PlaySpec with MockitoSugar {\n\n  \"RiskAssessmentSpec\" must {\n\n    val formalRiskAssessments: Set[RiskAssessmentType] = Set(PaperBased, Digital)\n\n    \"JSON validation\" must {\n\n      \"successfully validate given values\" in {\n        val json = Json.obj(\n          \"hasPolicy\" -> true,\n          \"riskassessments\" -> Seq(\"01\", \"02\"))\n\n        Json.fromJson[RiskAssessmentPolicy](json) must\n          be(JsSuccess(RiskAssessmentPolicyYes(formalRiskAssessments)))\n      }\n\n      \"successfully validate given values with option No\" in {\n        val json = Json.obj(\"hasPolicy\" -> false)\n\n        Json.fromJson[RiskAssessmentPolicy](json) must\n          be(JsSuccess(RiskAssessmentPolicyNo))\n      }\n\n      \"fail when on invalid data\" in {\n        Json.fromJson[RiskAssessmentPolicy](Json.obj(\"hasPolicy\" -> true,\"riskassessments\" -> Seq(\"01\",\"03\"))) mustBe a[JsError]\n      }\n\n      \"write valid data in using json write\" in {\n        Json.toJson[RiskAssessmentPolicy](RiskAssessmentPolicyYes(Set(PaperBased, Digital))) must be(Json.obj(\"hasPolicy\" -> true,\n          \"riskassessments\" -> Seq(\"01\", \"02\")\n        ))\n      }\n\n      \"write valid data in using json write with Option No\" in {\n        Json.toJson[RiskAssessmentPolicy](RiskAssessmentPolicyNo) must be(Json.obj(\"hasPolicy\" -> false))\n      }\n\n    }\n\n    \"convert des to frontend model successfully\" in {\n      val desModel = Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true, true))))\n      RiskAssessmentPolicy.conv(desModel) must be(Some(RiskAssessmentPolicyYes(Set(Digital, PaperBased))))\n    }\n\n    \"convert des to frontend model successfully1\" in {\n      val desModel = Some(FormalRiskAssessmentDetails(false, None))\n      RiskAssessmentPolicy.conv(desModel) must be(Some(RiskAssessmentPolicyNo))\n    }\n\n    \"convert des to frontend model successfully when input is none\" in {\n      RiskAssessmentPolicy.conv(None) must be(Some(RiskAssessmentPolicyNo))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/GovernmentGatewayAdminConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.KnownFactsEvent\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\n\nimport javax.inject.Inject\nimport metrics.{GGAdmin, Metrics}\nimport models.KnownFactsForService\nimport play.api.{Logger, Logging}\nimport play.api.http.Status._\nimport play.api.libs.json.{Json, Writes}\nimport uk.gov.hmrc.http._\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.play.audit.model.Audit\nimport utils._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass GovernmentGatewayAdminConnector @Inject()(private[connectors] val applicationConfig: ApplicationConfig,\n                                                private[connectors] val auditConnector: AuditConnector,\n                                                private[connectors] val httpClient: HttpClient,\n                                                private[connectors] val metrics: Metrics) extends HttpResponseHelper with Logging {\n\n  private[connectors] val serviceURL = applicationConfig.ggUrl\n  private[connectors] val audit: Audit = new Audit(AuditHelper.appName, auditConnector)\n\n  lazy val postUrl = s\"$serviceURL\/government-gateway-admin\/service\/HMRC-MLR-ORG\/known-facts\"\n\n  def addKnownFacts\n  (knownFacts: KnownFactsForService)\n  (implicit\n   headerCarrier: HeaderCarrier,\n   writes: Writes[KnownFactsForService]\n  ): Future[HttpResponse] = {\n    addKnownFactsFunction(knownFacts)\n  }\n\n  private def addKnownFactsFunction\n  (knownFacts: KnownFactsForService)\n  (implicit\n   headerCarrier: HeaderCarrier,\n   writes: Writes[KnownFactsForService]\n  ): Future[HttpResponse] = {\n    val prefix = \"[GovernmentGatewayAdminConnector][addKnownFacts]\"\n    val timer = metrics.timer(GGAdmin)\n    logger.debug(s\"$prefix - Request body: ${Json.toJson(knownFacts)}\")\n    httpClient.POST[KnownFactsForService, HttpResponse](postUrl, knownFacts) map {\n      response =>\n        timer.stop()\n        logger.debug(s\"$prefix - Base Response: ${response.status}\")\n        logger.debug(s\"$prefix - Response body: ${response.body}\")\n        response\n    } flatMap {\n      case response @ status(OK) =>\n        metrics.success(GGAdmin)\n        audit.sendDataEvent(KnownFactsEvent(knownFacts))\n        logger.debug(s\"$prefix - Success Response\")\n        logger.debug(s\"$prefix - Response body: ${Option(response.body) getOrElse \"\"}\")\n        Future.successful(response)\n      case response @ status(s) =>\n        metrics.failed(GGAdmin)\n        logger.warn(s\"$prefix - Failure Response: $s\")\n        logger.warn(s\"$prefix - Response body: ${Option(response.body) getOrElse \"\"}\")\n        Future.failed(HttpStatusException(s, Option(response.body)))\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(GGAdmin)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage)))\n    }\n  }\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/responsiblepeople\/RPExtraSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.des.StringOrInt\nimport models.fe.responsiblepeople.ResponsiblePeople\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nimport utils.StatusConstants\n\nclass RPExtraSpec extends PlaySpec with GuiceOneAppPerSuite{\n\n  \"RPExtra\" should {\n    \"serialise Json successfully\" in {\n      val extra = RPExtra(\n        Some(StringOrInt(112233)),\n        Some(\"1990-2-2\"),\n        Some(StatusConstants.Deleted),\n        None,\n        Some(\"10\"),\n        Some(\"Failed\"),\n        Some(\"2001-3-3\"),\n        Some(\"Passed\"),\n        Some(\"2002-6-6\"))\n\n      val json = Json.obj(\"lineId\" ->112233,\n        \"endDate\" ->\"1990-2-2\",\n        \"status\" ->\"Deleted\",\n        \"retest\" ->\"10\",\n        \"testResultFitAndProper\" ->\"Failed\",\n        \"testDateFitAndProper\" ->\"2001-3-3\",\n        \"testResultApprovalCheck\" ->\"Passed\",\n        \"testDateApprovalCheck\" ->\"2002-6-6\")\n\n      RPExtra.reads.reads(json) must be(JsSuccess(extra))\n    }\n\n    \"serialise Json successfully1\" in {\n      val json = Json.obj(\n        \"endDate\" ->\"1990-2-2\",\n        \"status\" ->\"Deleted\",\n        \"retest\" ->\"10\",\n        \"testResultFitAndProper\" ->\"Failed\",\n        \"testDateFitAndProper\" ->\"2001-3-3\",\n        \"testResultApprovalCheck\" ->\"Passed\",\n        \"testDateApprovalCheck\" ->\"2002-6-6\")\n\n      RPExtra.reads.reads(json) must be(JsSuccess(\n        RPExtra(\n          None,\n          Some(\"1990-2-2\"),\n          Some(\"Deleted\"),\n          None,\n          Some(\"10\"),\n          Some(\"Failed\"),\n          Some(\"2001-3-3\"),\n          Some(\"Passed\"),\n          Some(\"2002-6-6\")))\n      )\n    }\n\n    \"serialise Json successfully2\" in {\n      val json = Json.obj(\n        \"status\" ->\"Deleted\")\n\n      RPExtra.reads.reads(json) must be(JsSuccess(RPExtra(None,None,Some(\"Deleted\"),None,None,None,None,None)))\n    }\n\n    \"Deserialise Json successfully1\" in {\n      val json = Json.obj(\n        \"status\" ->\"Deleted\")\n\n      RPExtra.jsonWrites.writes(RPExtra(None,None,Some(\"Deleted\"),None,None,None,None,None)) must be(json)\n    }\n\n    \"Deserialise Json successfully2\" in {\n\n      val json = Json.obj()\n\n      RPExtra.jsonWrites.writes(RPExtra(None,None,None,None,None,None,None,None)) must be(json)\n    }\n\n    \"successfully format\" in {\n      val extra = RPExtra(\n        Some(StringOrInt(112233)),\n        Some(\"1990-2-2\"),\n        Some(StatusConstants.Deleted),\n        None,\n        Some(\"10\"),\n        Some(\"Failed\"),\n        Some(\"2001-3-3\"),\n        Some(\"Passed\"),\n        Some(\"2002-6-6\"))\n\n      RPExtra.reads.reads(RPExtra.jsonWrites.writes(extra)) must be(JsSuccess(extra))\n    }\n\n    \"successfully format2\" in {\n      val extra = RPExtra(None)\n\n      RPExtra.reads.reads(RPExtra.jsonWrites.writes(extra)) must be(JsSuccess(extra))\n    }\n\n    \"Should create an correct RPExtra object for deleted Responsible People\" in {\n      val rp = ResponsiblePeople(lineId=Some(1),status=Some(StatusConstants.Deleted), hasChanged = true )\n      val rpe = RPExtra.conv(rp)\n      rpe.lineId must be(Some(StringOrInt(\"1\")))\n      rpe.status must be (Some(StatusConstants.Deleted))\n    }\n\n    \"Should create an correct RPExtra object for added Responsible People\" in {\n      val rp = ResponsiblePeople(lineId=None,status=None, hasChanged = true )\n      val rpe = RPExtra.conv(rp)\n      rpe.status must be (None)\n    }\n\n    \"Should create an correct RPExtra object for updated Responsible People\" in {\n      val rp = ResponsiblePeople(lineId=Some(1),status=Some(StatusConstants.Updated), hasChanged = true )\n      val rpe = RPExtra.conv(rp)\n      rpe.lineId must be(Some(StringOrInt(\"1\")))\n      rpe.status must be (Some(StatusConstants.Updated))\n    }\n\n    \"Should create an correct RPExtra object for unchanged Responsible People\" in {\n      val rp = ResponsiblePeople(lineId=Some(1),status=None, hasChanged = false )\n      val rpe = RPExtra.conv(rp)\n      rpe.lineId must be(Some(StringOrInt(\"1\")))\n      rpe.status must be (Some(StatusConstants.Unchanged))\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/estateagentbusiness\/EabAllSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/models\/des\/estateagentbusiness\/EabAllSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.estateagentbusiness\n\nimport models.fe.eab.{Eab, EabData}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass EabAllSpec extends PlaySpec {\n  \"EstateAgentBusiness\" must {\n    val eabAllModel = EabAll(false,None,false,None)\n\n    \"serialise eaball model \" in {\n      EabAll.format.writes(eabAllModel) must be(Json.obj(\"estateAgencyActProhibition\"->false,\n        \"prevWarnedWRegToEstateAgencyActivities\"->false))\n\n    }\n\n    \"Be convertable from Front end estate agent business model\" in  {\n      val from = {\n        Eab(\n          EabData(\n            List(\"businessTransfer\", \"developmentCompany\" , \"commercial\"),\n            None,\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"PenaltyDetails\"),\n            true,\n            Some(\"ProfBodyDetails\")\n          )\n        )\n      }\n\n      val expected = EabAll(true,Some(\"PenaltyDetails\"),true,Some(\"ProfBodyDetails\"))\n\n      EabAll.convert(from) must be (expected)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessdetails\/CorrespondenceAddress.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.aboutthebusiness.AlternativeAddress\nimport play.api.libs.json.{Reads, Writes}\n\nsealed trait CorrespondenceAddress\n\ncase class UKCorrespondenceAddress(\n                                  yourName: String,\n                                  businessName: String,\n                                  addressLine1: String,\n                                  addressLine2: String,\n                                  addressLine3: Option[String],\n                                  addressLine4: Option[String],\n                                  postCode: String\n                                  ) extends CorrespondenceAddress\n\ncase class NonUKCorrespondenceAddress(\n                                     yourName: String,\n                                     businessName: String,\n                                     addressLineNonUK1: String,\n                                     addressLineNonUK2: String,\n                                     addressLineNonUK3: Option[String],\n                                     addressLineNonUK4: Option[String],\n                                     country: String\n                                     ) extends CorrespondenceAddress\n\nobject CorrespondenceAddress {\n\n  implicit val jsonReads: Reads[CorrespondenceAddress] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    (__ \\ \"correspondencePostCode\").read[String] andKeep (\n      ((__ \\ \"yourName\").read[String] and\n        (__ \\ \"businessName\").read[String] and\n        (__ \\ \"correspondenceAddressLine1\").read[String] and\n        (__ \\ \"correspondenceAddressLine2\").read[String] and\n        (__ \\ \"correspondenceAddressLine3\").readNullable[String] and\n        (__ \\ \"correspondenceAddressLine4\").readNullable[String] and\n        (__ \\ \"correspondencePostCode\").read[String])(UKCorrespondenceAddress.apply _) map identity[CorrespondenceAddress]\n      ) orElse (\n      ((__ \\ \"yourName\").read[String] and\n        (__ \\ \"businessName\").read[String] and\n        (__ \\ \"correspondenceAddressLine1\").read[String] and\n        (__ \\ \"correspondenceAddressLine2\").read[String] and\n        (__ \\ \"correspondenceAddressLine3\").readNullable[String] and\n        (__ \\ \"correspondenceAddressLine4\").readNullable[String] and\n        (__ \\ \"correspondenceCountry\").read[String])(NonUKCorrespondenceAddress.apply _)\n      )\n  }\n\n  implicit val jsonWrites: Writes[CorrespondenceAddress] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Writes._\n    import play.api.libs.json._\n    Writes[CorrespondenceAddress] {\n      case a: UKCorrespondenceAddress =>\n        (\n          (__ \\ \"yourName\").write[String] and\n            (__ \\ \"businessName\").write[String] and\n            (__ \\ \"correspondenceAddressLine1\").write[String] and\n            (__ \\ \"correspondenceAddressLine2\").write[String] and\n            (__ \\ \"correspondenceAddressLine3\").writeNullable[String] and\n            (__ \\ \"correspondenceAddressLine4\").writeNullable[String] and\n            (__ \\ \"correspondencePostCode\").write[String]\n          )(unlift(UKCorrespondenceAddress.unapply)).writes(a)\n      case a: NonUKCorrespondenceAddress =>\n        (\n          (__ \\ \"yourName\").write[String] and\n            (__ \\ \"businessName\").write[String] and\n            (__ \\ \"correspondenceAddressLine1\").write[String] and\n            (__ \\ \"correspondenceAddressLine2\").write[String] and\n            (__ \\ \"correspondenceAddressLine3\").writeNullable[String] and\n            (__ \\ \"correspondenceAddressLine4\").writeNullable[String] and\n            (__ \\ \"correspondenceCountry\").write[String]\n          )(unlift(NonUKCorrespondenceAddress.unapply)).writes(a)\n    }\n  }\n\n  implicit def conv(address: Option[AlternativeAddress]): Option[CorrespondenceAddress] = {\n    address match {\n      case Some(data) => data.address.postcode match {\n        case None => Some(NonUKCorrespondenceAddress(data.name,\n          data.tradingName,\n          data.address.addressLine1,\n          data.address.addressLine2,\n          data.address.addressLine3,\n          data.address.addressLine4,\n          data.address.country\n        ))\n        case _ => Some(UKCorrespondenceAddress(data.name,\n          data.tradingName,\n          data.address.addressLine1,\n          data.address.addressLine2,\n          data.address.addressLine3,\n          data.address.addressLine4,\n          data.address.postcode.getOrElse(\"\")\n        ))\n      }\n      case _ => None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/generators\/supervision\/BusinessActivityGenerators.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage generators.supervision\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport org.joda.time.LocalDate\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.{Arbitrary, Gen}\n\ntrait BusinessActivityGenerators {\n  val activityGen: Gen[MlrActivitiesAppliedFor] = for {\n    msb <- arbitrary[Boolean]\n    hvd <- arbitrary[Boolean]\n    asp <- arbitrary[Boolean]\n    tcsp <- arbitrary[Boolean]\n    eab <- arbitrary[Boolean]\n    bpsp <- arbitrary[Boolean]\n    tditpsp <- arbitrary[Boolean]\n    amp <- arbitrary[Boolean]\n  } yield MlrActivitiesAppliedFor(msb, hvd, asp, tcsp, eab, bpsp, tditpsp, amp)\n\n  implicit val arbitraryMlrActivities: Arbitrary[MlrActivitiesAppliedFor] = Arbitrary(activityGen.sample.get)\n  implicit val arbitraryLocalDate: Arbitrary[LocalDate] = Arbitrary(LocalDate.now())\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/AmpServices.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe.amp.Amp\nimport play.api.libs.json.{Json, OFormat}\n\ncase class AmpServices( artGallery: Boolean,\n                        auctionHouse: Boolean,\n                        privateDealer: Boolean,\n                        intermediary: Boolean,\n                        other: AmpServicesOther )\n\nobject AmpServices {\n  implicit val format: OFormat[AmpServices] = Json.format[AmpServices]\n\n  val none = AmpServices(artGallery = false, auctionHouse = false, privateDealer = false, intermediary = false, AmpServicesOther(otherAnswer = false, None))\n\n  implicit def conv(services: Option[Amp]) : Option[AmpServices] = {\n\n    services.map(amp => amp.data.typeOfParticipant.foldLeft[AmpServices](none)((ampServices: AmpServices, service) => service match {\n      case \"artGalleryOwner\" => ampServices.copy(artGallery = true)\n      case \"artDealer\" => ampServices.copy(privateDealer = true)\n      case \"artAgent\" => ampServices.copy(intermediary = true)\n      case \"artAuctioneer\" => ampServices.copy(auctionHouse = true)\n      case \"somethingElse\" => ampServices.copy(other = AmpServicesOther( otherAnswer = true,\n                                                                         specifyOther = amp.data.typeOfParticipantDetail))\n    }))\n  }\n}\n\ncase class AmpServicesOther( otherAnswer: Boolean,\n                             specifyOther: Option[String] )\n\nobject AmpServicesOther {\n  implicit val format: OFormat[AmpServicesOther] = Json.format[AmpServicesOther]\n}\n\n\n\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/MappingUtils.scala","text":"<filename>app\/utils\/MappingUtils.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport play.api.libs.json.JsonValidationError\n\nimport scala.collection.TraversableLike\n\ntrait MappingUtils {\n\n  object Implicits {\n\n    \/*\n   * Json reads implicits\n   *\/\n    import play.api.libs.json.{JsError, JsSuccess, Reads}\n\n    implicit def toReadsSuccess[A, B <: A](b: B): Reads[A] =\n      Reads { _ => JsSuccess(b) }\n\n    implicit def toReadsFailure[A](f: JsonValidationError): Reads[A] =\n      Reads { _ => JsError(f) }\n  }\n\n  object JsConstraints {\n\n    import play.api.libs.json.Reads\n    import play.api.libs.json.Reads._\n\n    def nonEmpty[M](implicit reads: Reads[M], p: M => TraversableLike[_, M]) =\n      filter[M](JsonValidationError(\"error.required\"))(_.isEmpty)\n  }\n\n}\n\nobject MappingUtils extends MappingUtils\n\nobject CommonMethods {\n  def getSpecificType[T](bSelected: Boolean, bType: T) = {\n    bSelected match {\n      case true => Some(bType)\n      case false => None\n    }\n  }\n\n  def getSpecificTypeWithOption[T](bSelected: Option[Boolean], bType: T) = {\n    bSelected match {\n      case Some(true) => Some(bType)\n      case Some(false) => None\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/eab\/EabSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.eab\n\nimport models.EabSection\nimport models.des.{DesConstants}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\n\nclass EabSpec extends PlaySpec with MockitoSugar {\n\n  \"conv\" when {\n\n    \"passed a subscription view with EabAll\" must {\n\n      \"create an Eab model\" in {\n        Eab.conv(DesConstants.viewModelNoRedress) mustBe EabSection.modelForViewNoRedress\n      }\n\n      \"when passed a subscription view with residential\" must {\n\n        \"create an eab model with a redress scheme The Property Ombudsman Limited\" in {\n          Eab.conv(DesConstants.viewModelRedress) mustBe EabSection.modelForView\n        }\n\n        \"create an eab model with a redress scheme Ombudsman Services\" in {\n          Eab.conv(DesConstants.viewModelRedressOmbudsmanServices) mustBe EabSection.modelForViewOmbusmanServices\n        }\n\n        \"create an eab model with a redress scheme Property Redress Scheme\" in {\n          Eab.conv(DesConstants.viewModelRedressPropertyRedressScheme) mustBe\n            EabSection.modelForViewPropertyRedressScheme\n        }\n\n        \"create an eab model with a redress scheme Other\" in {\n          Eab.conv(DesConstants.viewModelRedressOther) mustBe EabSection.modelForViewOther\n        }\n\n        \"create an eab model with a redress scheme notRegistered where no EabResdEstAgncy\" in {\n          Eab.conv(DesConstants.viewModelRedressNoEabResdEstAgncy) mustBe EabSection.modelForViewNoEabResdEstAgncy\n        }\n      }\n\n      \"when passed a subscription view with lettings\" must {\n\n        \"create an eab model with client money protection\" in {\n          Eab.conv(DesConstants.viewModelLettings) mustBe EabSection.modelForViewLA\n        }\n\n        \"create an eab model with a client money protection false where no LettingAgent\" in {\n          Eab.conv(DesConstants.viewModelLettingsNoLettingAgents) mustBe EabSection.modelForViewLANoLettingAgentSection\n        }\n      }\n\n      \"when passed a subscription view with penalisedEstateAgentsAct false\" must {\n\n        \"create an eab model with false and no detail\" in {\n          Eab.conv(DesConstants.viewModelPenalisedEstateAgentsFalse) mustBe EabSection.modelPenalisedEstateAgentsFalse\n        }\n      }\n\n      \"when passed a subscription view with eabAll missing (null) for penalisedEstateAgentsAct\" must {\n\n        \"create an eab model with false and no detail\" in {\n          Eab.conv(DesConstants.viewModelPenalisedNoEabAll) mustBe\n            EabSection.modelPenalisedpenalisedEstateAgentsActAndProfessionalBodyFalse\n        }\n      }\n\n      \"when passed a subscription view with penalisedEstateAgentsAct true\" must {\n\n        \"create an eab model with true and some detail\" in {\n          Eab.conv(DesConstants.viewModelPenalisedEstateAgentsTrue) mustBe EabSection.modelPenalisedEstateAgentsTrue\n        }\n      }\n\n      \"when passed a subscription view with penalisedProfessionalBody false\" must {\n\n        \"create an eab model with false and no detail\" in {\n          Eab.conv(\n            DesConstants.viewModelPenalisedProfessionalBodyFalse\n          ) mustBe EabSection.modelPenalisedProfessionalBodyFalse\n        }\n      }\n\n      \"when passed a subscription view with eabAll missing (null) for penalisedProfessionalBody\" must {\n\n        \"create an eab model with false and no detail\" in {\n          Eab.conv(\n            DesConstants.viewModelPenalisedNoEabAll\n          ) mustBe EabSection.modelPenalisedpenalisedEstateAgentsActAndProfessionalBodyFalse\n        }\n      }\n\n      \"passed a subscription view with penalisedProfessionalBody true\" must {\n\n        \"create an eab model with true and some detail\" in {\n          Eab.conv(\n            DesConstants.viewModelPenalisedProfessionalBodyTrue\n          ) mustBe EabSection.modelPenalisedProfessionalBodyTrue\n        }\n      }\n    }\n\n    \"passed a subscription view with no Eab in MlrActivitiesAppliedFor\" must {\n\n      \"return none\" in {\n        Eab.conv(DesConstants.SubscriptionViewModelNoEab) mustBe None\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/estateagentbusiness\/LettingAgentsSpec.scala","text":"<filename>test\/models\/des\/estateagentbusiness\/LettingAgentsSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.estateagentbusiness\n\nimport models.fe.eab.{Eab, EabData}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass LettingAgentsSpec extends PlaySpec {\n  \"LettingAgents\" must {\n\n    val services           = List(\"residential\", \"commercial\", \"auctioneering\")\n    val lettingAgentModel  = LettingAgents(Some(true))\n    val lettingAgentModel2 = LettingAgents(Some(false))\n\n    val eab = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"propertyOmbudsman\"),\n        Some(true),\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    val eab1 = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"propertyOmbudsman\"),\n        Some(false),\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    val eab2 = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"propertyOmbudsman\"),\n        None,\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    \"serialise LettingAgents model true\" in {\n      LettingAgents.format.writes(lettingAgentModel) must be(Json.obj(\"clientMoneyProtection\"->true))\n    }\n\n    \"serialise LettingAgents model false\" in {\n      LettingAgents.format.writes(lettingAgentModel2) must be(Json.obj(\"clientMoneyProtection\"->false))\n    }\n\n    \"successfully convert frontend eab to des LettingAgents model\" in {\n\n      LettingAgents.conv(Some(eab))  must be(Some(LettingAgents(Some(true))))\n\n      LettingAgents.conv(Some(eab1)) must be(Some(LettingAgents(Some(false))))\n\n      LettingAgents.conv(Some(eab2)) must be(None)\n\n      LettingAgents.conv(None)       must be(None)\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/utils\/ApiRetryHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport java.time.LocalDateTime\nimport java.time.temporal.ChronoUnit\n\nimport exceptions.HttpStatusException\nimport org.scalatest.time.{Seconds, Span}\nimport play.api.test.Helpers._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass ApiRetryHelperSpec extends AmlsBaseSpec {\n\n  val TIMEOUT = 5\n\n  \"ApiRetryHelper\" must {\n\n    \"return a successful Future\" in {\n      val successfulFunction = () => Future.successful(\"A successful future\")\n\n      whenReady(apiRetryHelper.doWithBackoff(successfulFunction)) {\n        result => result mustEqual \"A successful future\"\n      }\n    }\n\n    \"retry on a 503 HTTP exception \" in {\n      val failedFunction = () => Future.failed(HttpStatusException(SERVICE_UNAVAILABLE, Some(\"Bad Request\")))\n      whenReady(apiRetryHelper.doWithBackoff(failedFunction).failed, timeout(Span(TIMEOUT, Seconds))) {\n        case e: HttpStatusException => e.status mustEqual SERVICE_UNAVAILABLE\n      }\n    }\n\n    \"back off exponentially\" in {\n      def getMinimumExpectedDuration(iteration: Int, expectedTime: Long, currentWait: Int): Long = {\n        if(iteration >= maxRetries) {\n          expectedTime + currentWait\n        } else {\n          val nextWait:Int = Math.ceil(currentWait * waitFactor).toInt\n          getMinimumExpectedDuration(iteration + 1, expectedTime + currentWait, nextWait)\n        }\n      }\n\n      val failedFunction = () => Future.failed(HttpStatusException(SERVICE_UNAVAILABLE, Some(\"Bad Request\")))\n      val startTime = LocalDateTime.now\n\n      whenReady(apiRetryHelper.doWithBackoff(failedFunction).failed, timeout(Span(TIMEOUT, Seconds))) {\n        case e: HttpStatusException => e.status mustEqual SERVICE_UNAVAILABLE\n      }\n\n      val endTime = LocalDateTime.now\n      val expectedTime = getMinimumExpectedDuration(1, initialWaitMs, initialWaitMs)\n      ChronoUnit.MILLIS.between(startTime, endTime) must be >= expectedTime\n    }\n\n    \"show that it pass after it fails\" in {\n\n      val numberOfRetries = 5\n      var counter = 0\n\n      val failThenSuccessFunc = () => {\n        if(counter < numberOfRetries) {\n          counter = counter + 1\n          Future.failed(HttpStatusException(SERVICE_UNAVAILABLE, Some(\"Bad Request\")))\n        }\n        else {\n          Future.successful(\"A successful future\")\n        }\n      }\n\n      whenReady(apiRetryHelper.doWithBackoff(failThenSuccessFunc), timeout(Span(TIMEOUT, Seconds))) {\n        result =>  {\n          result mustEqual \"A successful future\"\n          counter must be >= numberOfRetries\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/hvd\/ExciseGoodsSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.hvd\n\nimport models.des.DesConstants\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.JsSuccess\n\nclass ExciseGoodsSpec extends PlaySpec {\n\n  \"ExciseGoods\" should {\n    \"Json Validation\" must {\n      \"successfully read and write json data\" in {\n        ExciseGoods.format.reads(ExciseGoods.format.writes(ExciseGoods(true))) must be(JsSuccess(ExciseGoods(true)))\n      }\n    }\n\n    \"convert to false if hvdAlcoholTobacco is None but hvd and has alcohol or tobacco\" in {\n      ExciseGoods.conv(DesConstants.testBusinessActivities.copy(hvdAlcoholTobacco = None)) must be(Some(ExciseGoods(false)))\n    }\n\n    \"convert to None if hvdAlcoholTobacco is None but hvd and does not have alcohol or tobacco\" in {\n      ExciseGoods.conv(DesConstants.testBusinessActivitiesNoAlcoholOrTobacco.copy(hvdAlcoholTobacco = None)) must be(None)\n    }\n\n    \"convert to None if hvdAlcoholTobacco is None\" in {\n      ExciseGoods.conv(DesConstants.testBusinessActivities.copy(hvdAlcoholTobacco = None,hvdGoodsSold = None)) must be(None)\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/amp\/Amp.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.amp\n\nimport models.des.SubscriptionView\nimport models.des.businessactivities.AmpServices\nimport play.api.libs.json._\nimport utils.CommonMethods\n\nfinal case class Amp(data: AmpData)\n\nobject Amp  {\n\n  implicit val format = Json.format[Amp]\n\n  implicit def conv(view: SubscriptionView): Option[Amp] = {\n    view match {\n      case SubscriptionView(_,_,_,_,_,_, ba,_,_,_,_,_,_,_,_,_,_,_, Some(amp), _, _) => Some(\n        Amp(AmpData(\n          view.businessActivities.ampServicesCarriedOut,\n          ba.ampServicesCarriedOut.flatMap(s => s.other.specifyOther),\n          amp.transactionsAccptOvrThrshld.transactionsAccptOvrThrshldAnswer,\n          amp.transactionsAccptOvrThrshld.dateOfTheFirst,\n          amp.sysAutoIdOfLinkedTransactions,\n          getPercentage(amp.ampPercentageTurnover)))\n      )\n      case _ => None\n    }\n  }\n\n  def getPercentage(percentage:Int): Option[String] = {\n    percentage match {\n      case 20 => Some(\"zeroToTwenty\")\n      case 40 => Some(\"twentyOneToForty\")\n      case 60 => Some(\"fortyOneToSixty\")\n      case 80 => Some(\"sixtyOneToEighty\")\n      case 100 => Some(\"eightyOneToOneHundred\")\n      case _ => None\n    }\n  }\n\n  private implicit def conv(services: Option[AmpServices]): List[String] = {\n    val optionList = services match {\n      case Some(amp) => List(\n        CommonMethods.getSpecificType(amp.artGallery, \"artGalleryOwner\"),\n        CommonMethods.getSpecificType(amp.privateDealer, \"artDealer\"),\n        CommonMethods.getSpecificType(amp.intermediary, \"artAgent\"),\n        CommonMethods.getSpecificType(amp.auctionHouse, \"artAuctioneer\"),\n        CommonMethods.getSpecificType(amp.other.otherAnswer, \"somethingElse\"))\n      case None => List()\n    }\n\n    optionList.flatten\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/registrationdetails\/RegistrationDetails.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.registrationdetails\n\nimport models.des.registrationdetails.{Individual, Organisation, RegistrationDetails => DesRegistrationDetails}\nimport play.api.libs.json.Json\n\ncase class RegistrationDetails(companyName: String, isIndividual: Boolean)\n\nobject RegistrationDetails {\n  implicit val writes = Json.writes[RegistrationDetails]\n\n  implicit def convert(details: DesRegistrationDetails): RegistrationDetails = details match {\n    case DesRegistrationDetails(x@true, details: Individual) => RegistrationDetails(s\"${details.firstName} ${details.lastName}\", x)\n    case DesRegistrationDetails(x@false, details: Organisation) => RegistrationDetails(details.organisationName, x)\n    case _ => throw new RuntimeException(s\"Invalid Organisation Body Details.\")\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tradingpremises\/TradingPremises.scala","text":"<filename>app\/models\/fe\/tradingpremises\/TradingPremises.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tradingpremises\n\nimport models.des.tradingpremises.{AgentDetails, OwnBusinessPremisesDetails, TradingPremises => DesTradingPremises}\nimport play.api.libs.json.Json\n\ncase class TradingPremises(\n                            registeringAgentPremises: Option[RegisteringAgentPremises] = None,\n                            yourTradingPremises: YourTradingPremises,\n                            businessStructure: Option[BusinessStructure] = None,\n                            agentName: Option[AgentName] = None,\n                            agentCompanyDetails: Option[AgentCompanyDetails] = None,\n                            agentPartnership: Option[AgentPartnership] = None,\n                            whatDoesYourBusinessDoAtThisAddress: WhatDoesYourBusinessDo,\n                            msbServices: Option[MsbServices] = None,\n                            lineId: Option[Int] = None,\n                            status: Option[String] = None,\n                            endDate: Option[ActivityEndDate] = None,\n                            removalReason: Option[String] = None,\n                            removalReasonOther: Option[String] = None\n                          )\n\nobject TradingPremises {\n\n  implicit val format = Json.format[TradingPremises]\n\n  implicit def convAgentPremises(agentDetails: AgentDetails): TradingPremises = {\n    val tmp =\n      TradingPremises(\n        Some(RegisteringAgentPremises(true)),\n        agentDetails,\n        agentDetails.agentLegalEntity,\n        None,\n        None,\n        None,\n        agentDetails.agentPremises,\n        agentDetails.agentPremises.msb,\n        agentDetails.lineId,\n        agentDetails.status,\n        removalReason = agentDetails.removalReason,\n        removalReasonOther = agentDetails.removalReasonOther\n      )\n\n    tmp.businessStructure.map {\n      case BusinessStructure.SoleProprietor => tmp.copy(agentName = agentDetails)\n      case BusinessStructure.IncorporatedBody => tmp.copy(agentCompanyDetails = agentDetails)\n      case BusinessStructure.LimitedLiabilityPartnership => tmp.copy(agentCompanyDetails = agentDetails)\n      case BusinessStructure.Partnership => tmp.copy(agentPartnership = agentDetails.agentLegalEntityName)\n      case BusinessStructure.UnincorporatedBody => tmp\n    }.getOrElse(tmp)\n  }\n\n  def convOwnPremises(ownPremises: OwnBusinessPremisesDetails): TradingPremises = {\n    TradingPremises(Some(RegisteringAgentPremises(false)),\n      ownPremises,\n      None,\n      None,\n      None,\n      None,\n      ownPremises,\n      ownPremises.msb,\n      ownPremises.lineId,\n      ownPremises.status\n    )\n  }\n\n  implicit def conv(tradingPremises: DesTradingPremises): Option[Seq[TradingPremises]] = {\n    val `empty` = Seq.empty[TradingPremises]\n    val agentPremises: Seq[TradingPremises] = tradingPremises.agentBusinessPremises match {\n      case Some(agentBusinessPremises) => agentBusinessPremises.agentDetails match {\n        case Some(data) => data.map(x => convAgentPremises(x))\n        case _ => Seq.empty\n      }\n      case None => Seq.empty\n    }\n\n    val ownPremises: Seq[TradingPremises] = tradingPremises.ownBusinessPremises match {\n      case Some(ownBusinessPremises) => ownBusinessPremises.ownBusinessPremisesDetails match {\n        case Some(data) => data.map(x => convOwnPremises(x))\n        case _ => Seq.empty\n      }\n      case None => Seq.empty\n    }\n    val premises = Seq(agentPremises, ownPremises).flatten\n    premises match {\n      case `empty` => None\n      case _ => Some(premises)\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/estateagentbusiness\/EabAll.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.estateagentbusiness\n\nimport models.fe.eab.Eab\nimport play.api.libs.json.Json\n\ncase class EabAll(\n                   estateAgencyActProhibition : Boolean,\n                   estAgncActProhibProvideDetails : Option[String],\n                   prevWarnedWRegToEstateAgencyActivities : Boolean,\n                   prevWarnWRegProvideDetails : Option[String]\n                 )\n\n\nobject EabAll {\n  implicit val format = Json.format[EabAll]\n\n  implicit def convert(eab: Eab): EabAll = {\n\n    val (penalised, penalisedDesc) = convData(\n      eab.data.penalisedEstateAgentsAct, eab.data.penalisedEstateAgentsActDetail\n    )\n\n    val (professionalBody, professionalBodyDesc) = convData(\n      eab.data.penalisedProfessionalBody, eab.data.penalisedProfessionalBodyDetail\n    )\n\n    EabAll(penalised, penalisedDesc, professionalBody, professionalBodyDesc)\n  }\n\n  def convData(flagged: Boolean, detail: Option[String]): (Boolean, Option[String]) =\n    flagged match {\n      case true => (true, detail)\n      case _    => (false, None)\n    }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessdetails\/PreviouslyRegisteredSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.aboutthebusiness.PreviouslyRegisteredMLRView\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsPath, JsSuccess, Json}\n\nclass PreviouslyRegisteredSpec extends PlaySpec with MockitoSugar {\n\n  \"JSON validation\" must {\n\n    \"successfully validate given an enum value\" in {\n\n      Json.fromJson[PreviouslyRegistered](Json.obj(\"previouslyRegistered\" -> false)) must\n        be(JsSuccess(PreviouslyRegisteredNo))\n    }\n\n    \"successfully validate given an `Yes` value\" in {\n\n      val json = Json.obj(\"previouslyRegistered\" -> true, \"prevMLRRegNo\" ->\"12345678\")\n\n      Json.fromJson[PreviouslyRegistered](json) must\n        be(JsSuccess(PreviouslyRegisteredYes(Some(\"12345678\")), JsPath \\ \"prevMLRRegNo\"))\n    }\n\n    \"write the correct value\" in {\n\n      Json.toJson(PreviouslyRegisteredNo: PreviouslyRegistered) must\n        be(Json.obj(\"previouslyRegistered\" -> false))\n\n      Json.toJson(PreviouslyRegisteredYes(Some(\"12345678\")): PreviouslyRegistered) must\n        be(Json.obj(\n          \"previouslyRegistered\" -> true,\n          \"prevMLRRegNo\" -> \"12345678\"\n        ))\n    }\n\n    \"convert des to frontend model when mlrRegNumber is returned from des\" in {\n      val desModel = Some(PreviouslyRegisteredMLRView(false,\n        None,\n        true,\n        Some(\"555553333322222\")))\n      PreviouslyRegistered.convert(desModel) must be(PreviouslyRegisteredYes(Some(\"555553333322222\")))\n    }\n\n    \"convert des to frontend model when prevmlrRegNumber is returned from des\" in {\n      val desModel = Some(PreviouslyRegisteredMLRView(true,\n        Some(\"555553333322222\"),\n        false,\n        None))\n      PreviouslyRegistered.convert(desModel) must be(PreviouslyRegisteredYes(Some(\"555553333322222\")))\n    }\n\n    \"convert des to frontend model when prevmlrRegNumber and  mlrRegNumberis os none\" in {\n      val desModel = Some(PreviouslyRegisteredMLRView(false,\n        None,\n        false,\n        None))\n      PreviouslyRegistered.convert(desModel) must be(PreviouslyRegisteredNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tcsp\/OnlyOffTheShelfCompsSold.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.SubscriptionView\n\nsealed trait OnlyOffTheShelfCompsSold\ncase object OnlyOffTheShelfCompsSoldYes extends OnlyOffTheShelfCompsSold\ncase object OnlyOffTheShelfCompsSoldNo extends OnlyOffTheShelfCompsSold\n\nobject OnlyOffTheShelfCompsSold {\n\n  import play.api.libs.json._\n  import play.api.libs.json.Reads._\n\n  implicit val jsonReads: Reads[OnlyOffTheShelfCompsSold] =  {\n    (__ \\ \"onlyOffTheShelfCompsSold\").read[Boolean] map {\n      case true => OnlyOffTheShelfCompsSoldYes\n      case false  => OnlyOffTheShelfCompsSoldNo\n    }\n  }\n\n  implicit val jsonWrite = Writes[OnlyOffTheShelfCompsSold] {\n    case OnlyOffTheShelfCompsSoldYes => Json.obj(\"onlyOffTheShelfCompsSold\" -> true)\n    case OnlyOffTheShelfCompsSoldNo => Json.obj(\"onlyOffTheShelfCompsSold\" -> false)\n  }\n\n  implicit def conv(view: SubscriptionView): Option[OnlyOffTheShelfCompsSold] = {\n    view.businessActivities.tcspServicesOffered.map(b => b.trustOrCompFormAgent) match {\n      case Some(true) =>\n        (view.tcspTrustCompFormationAgt.map(b =>b.onlyOffTheShelfCompsSold)) match {\n          case Some(true) => Some(OnlyOffTheShelfCompsSoldYes)\n          case _ => Some(OnlyOffTheShelfCompsSoldNo)\n        }\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/responsiblepeople\/AddressUnderThreeYears.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople._\nimport play.api.libs.json.Json\n\ncase class AddressUnderThreeYears (address: Address)\n\nobject AddressUnderThreeYears {\n  implicit val format = Json.format[AddressUnderThreeYears]\n\n  implicit def convPersonAddressOption(addrHistory: Option[ResponsiblePersonAddress]): Option[AddressUnderThreeYears] = {\n    addrHistory match {\n      case Some(data) => data\n      case _ => None\n    }\n  }\n\n  implicit def convPersonAddress(addrHistory: ResponsiblePersonAddress): Option[AddressUnderThreeYears] = {\n    addrHistory.personAddress match {\n      case uk:PersonAddressUK => Some(AddressUnderThreeYears(Address(uk.addressLine1, uk.addressLine2, uk.addressLine3,\n        uk.addressLine4, \"GB\" ,Some(uk.postCode))))\n      case nonUk:PersonAddressNonUK => Some(AddressUnderThreeYears(Address(nonUk.addressLineNonUK1, nonUk.addressLineNonUK2, nonUk.addressLineNonUK3,\n        nonUk.addressLineNonUK4, nonUk.country, None)))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/estateagentbusiness\/EabResdEstAgncySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.estateagentbusiness\n\nimport models.fe.eab.{Eab, EabData}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass EabResdEstAgncySpec extends PlaySpec {\n  \"EstateAgentBusiness\" must {\n\n    val services = List(\"residential\", \"commercial\", \"auctioneering\")\n\n    val eabResdEstModel = EabResdEstAgncy(false,None)\n\n    val eab = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"propertyOmbudsman\"),\n        None,\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    val eab1 = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"propertyRedressScheme\"),\n        None,\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    val eab2 = Eab(\n      EabData(\n        services,\n        None,\n        Some(\"notRegistered\"),\n        None,\n        true,\n        Some(\"PenaltyDetails\"),\n        true,\n        Some(\"ProfBodyDetails\")\n      )\n    )\n\n    \"serialise eabresdestagency model \" in {\n      EabResdEstAgncy.format.writes(eabResdEstModel) must be(Json.obj(\"regWithRedressScheme\"->false))\n    }\n\n    \"successfully convert frontend eab to des model\" in {\n\n      EabResdEstAgncy.conv(Some(eab)) must be(Some(EabResdEstAgncy(true, Some(\"The Property Ombudsman Limited\"))))\n\n      EabResdEstAgncy.conv(Some(eab1)) must be(Some(EabResdEstAgncy(true, Some(\"Property Redress Scheme\"))))\n\n      EabResdEstAgncy.conv(Some(eab2)) must be(Some(EabResdEstAgncy(false, None)))\n\n      EabResdEstAgncy.conv(None) must be(None)\n\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/FeesSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.{AmendOrVariationResponseType, Fees, des}\nimport org.joda.time.{DateTime, DateTimeUtils, DateTimeZone}\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\n\n\nclass FeesSpec extends PlaySpec with MockitoSugar with BeforeAndAfterAll {\n\n  override def beforeAll {\n    DateTimeUtils.setCurrentMillisFixed(1000000)\n  }\n\n  override def afterAll: Unit = {\n    DateTimeUtils.setCurrentMillisSystem()\n  }\n\n  \"FeeResponse\" when {\n\n    \"return fee response successfully\" when {\n      \"Amend variation response do not hold any fee details\" in {\n        val response = AmendVariationResponse(\n          processingDate = \"2016-09-17T09:30:47Z\",\n          etmpFormBundleNumber = \"111111\",\n          None,None,None,None,None,None,None,None,None,None,None,None,None,None,None,Some(100), Some(100.0), Some(100.0)\n        )\n\n        Fees.convertAmendmentVariation(response, \"test\") must be (Fees(AmendOrVariationResponseType,\"test\",0,None,\n          0,0,None,None, Some(100.0), Some(100.0), DateTime.now(DateTimeZone.UTC)))\n      }\n    }\n\n    \"return successful fee response for the valid variation response\" in {\n      val response = des.AmendVariationResponse(\n        processingDate = \"2016-09-17T09:30:47Z\",\n        etmpFormBundleNumber = \"111111\",\n        Some(1301737.96d),\n        Some(1),\n        Some(115.0d),\n        Some(231.42d),\n        Some(0),\n        None,\n        None,\n        None,\n        None,\n        None,\n        None,\n        Some(870458d),\n        Some(2172427.38),\n        Some(\"string\"),\n        Some(3456.12),\n        Some(100),\n        Some(100.0),\n        Some(100.0)\n      )\n\n      Fees.convertAmendmentVariation(response, \"test\") must be (Fees(AmendOrVariationResponseType,\"test\",1301737.96,Some(231.42),\n        870458.0,2172427.38,Some(\"string\"),Some(3456.12), Some(100.0), Some(100.0), DateTime.now(DateTimeZone.UTC)))\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/msb\/MSBBankDetails.scala","text":"<filename>app\/models\/des\/msb\/MSBBankDetails.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.msb\n\nimport models.fe.moneyservicebusiness.BankMoneySource\nimport play.api.libs.json.Json\n\ncase class MSBBankDetails(\n                           banks: Boolean,\n                           bankNames: Option[Seq[String]]\n                         )\n\nobject MSBBankDetails {\n  implicit val format = Json.format[MSBBankDetails]\n\n  implicit def conv(bankDtls: Option[BankMoneySource]): Option[MSBBankDetails] = {\n    bankDtls match {\n      case Some(data) => Some(MSBBankDetails(true, Some(Seq(data.bankNames))))\n      case _ => Some(MSBBankDetails(false, None))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/EnrolmentStoreConnectorSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/connectors\/EnrolmentStoreConnectorSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.{AmlsReferenceNumberGenerator, BaseGenerator}\nimport metrics.EnrolmentStoreKnownFacts\nimport models.enrolment.{AmlsEnrolmentKey, KnownFact, KnownFacts}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito.{verify, when}\nimport org.scalatest.MustMatchers\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http.HttpResponse\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass EnrolmentStoreConnectorSpec extends AmlsBaseSpec with MustMatchers with AmlsReferenceNumberGenerator with BaseGenerator {\n\n  trait Fixture {\n\n    implicit val ec = mock[ExecutionContext]\n    val mockTimer = mock[Timer.Context]\n\n    val connector = new EnrolmentStoreConnector(mockHttpClient, mockMetrics, mockAuditConnector, mockAppConfig)\n\n    val baseUrl = \"http:\/\/localhost:7775\"\n    val enrolKey = AmlsEnrolmentKey(amlsRegistrationNumber)\n    val url = s\"$baseUrl\/tax-enrolments\/enrolments\/${enrolKey.key}\"\n\n    val knownFacts = KnownFacts(Set(\n      KnownFact(\"Postcode\", postcodeGen.sample.get),\n      KnownFact(\"SafeId\", \"safeId\"),\n      KnownFact(\"MLRRefNumber\", amlsRegistrationNumber)\n    ))\n\n    when {\n      connector.metrics.timer(eqTo(EnrolmentStoreKnownFacts))\n    } thenReturn mockTimer\n\n    when {\n      connector.config.enrolmentStoreUrl\n    } thenReturn baseUrl\n\n    def mockResponse(response: Future[HttpResponse]) =\n      when {\n        connector.httpClient.PUT[KnownFacts, HttpResponse](any(), any(), any())(any(), any(), any(), any())\n      } thenReturn response\n\n  }\n\n  \"enrol\" when {\n    \"called\" must {\n      \"call the ES6 enrolment store endpoint for known facts\" in new Fixture {\n\n        val response = HttpResponse(status = NO_CONTENT, body = \"message\")\n\n        mockResponse(Future.successful(response))\n\n        whenReady(connector.addKnownFacts(enrolKey, knownFacts)) { result =>\n          result mustEqual response\n          verify(connector.httpClient).PUT[KnownFacts, HttpResponse](eqTo(url), eqTo(knownFacts), any())(any(), any(), any(), any())\n        }\n      }\n\n      \"return an unsuccessful response when a non-200 response is returned\" in new Fixture {\n\n        mockResponse(Future.successful(HttpResponse(status = BAD_REQUEST, body = \"\")))\n\n        whenReady (connector.addKnownFacts(enrolKey, knownFacts).failed) {\n          case HttpStatusException(status, body) =>\n            status mustEqual BAD_REQUEST\n            body.getOrElse(\"\").isEmpty mustEqual true\n        }\n      }\n\n      \"return an unsuccessful response when an exception is thrown\" in new Fixture {\n\n        mockResponse(Future.failed(new Exception(\"message\")))\n\n        whenReady (connector.addKnownFacts(enrolKey, knownFacts).failed) {\n          case HttpStatusException(status, body) =>\n            status mustEqual INTERNAL_SERVER_ERROR\n            body mustEqual Some(\"message\")\n        }\n      }\n    }\n  }\n\n}"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/PreviouslyRegisteredMLRView.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails.{PreviouslyRegisteredYes, PreviouslyRegisteredNo, BusinessDetails}\nimport play.api.libs.json.Json\n\ncase class PreviouslyRegisteredMLRView(amlsRegistered:Boolean,\n                                       mlrRegNumber:Option[String],\n                                       prevRegForMlr:Boolean,\n                                       prevMlrRegNumber:Option[String])\n\nobject PreviouslyRegisteredMLRView{\n  implicit val format = Json.format[PreviouslyRegisteredMLRView]\n\n  implicit def convert(businessDetails:BusinessDetails):Option[PreviouslyRegisteredMLRView] ={\n    businessDetails.previouslyRegistered match{\n      case x:PreviouslyRegisteredYes\n        if(x.value.getOrElse(\"\").length == 15)=> Some(PreviouslyRegisteredMLRView(false, None, true, x.value))\n      case x:PreviouslyRegisteredYes\n        if(x.value.getOrElse(\"\").length == 8) => Some(PreviouslyRegisteredMLRView(true, x.value, false, None))\n\n      case PreviouslyRegisteredYes(None) => Some(PreviouslyRegisteredMLRView(true, None, false, None))\n      case PreviouslyRegisteredNo => Some(PreviouslyRegisteredMLRView(false, None, false, None))\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/repositories\/PaymentRepository.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage repositories\n\nimport exceptions.PaymentException\n\nimport javax.inject.{Inject, Singleton}\nimport models.payments.Payment\nimport play.api.Logger\nimport play.api.libs.json.Json\nimport reactivemongo.api.DefaultDB\nimport reactivemongo.api.commands.{UpdateWriteResult, WriteResult}\nimport reactivemongo.api.indexes.{Index, IndexType}\nimport reactivemongo.bson.BSONObjectID\nimport reactivemongo.play.json.ImplicitBSONHandlers.JsObjectDocumentWriter\nimport uk.gov.hmrc.mongo.ReactiveRepository\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport utils.MongoUtils._\n\n@Singleton\nclass PaymentRepository @Inject()(mongo: () => DefaultDB) extends ReactiveRepository[Payment, BSONObjectID](\"payments\", mongo, Payment.format) {\n\n  lazy val log: Logger = Logger(this.getClass)\n\n  override def indexes: Seq[Index] = {\n    Seq(\n      Index(\n        key = Seq(\"createdAt\" -> IndexType.Ascending),\n        name = Some(\"paymentDetailsExpiry\")\n      ),\n      Index(\n        key = Seq(\"amlsRefNo\" -> IndexType.Ascending),\n        name = Some(\"amlsRefNoIndex\")\n      ),\n      Index(\n        key = Seq(\"reference\" -> IndexType.Ascending, \"createdAt\" -> IndexType.Descending),\n        name = Some(\"reference lookup\")\n      )\n    )\n  }\n\n  def insert(newPayment: Payment): Future[Payment] =\n    collection.insert(ordered = false).one(newPayment).flatMap(checkSuccessfulAndReturn(newPayment))\n\n  def update(payment: Payment): Future[UpdateWriteResult] =\n    collection.update(ordered = false).one(Json.obj(\"_id\" -> payment._id), payment)\n\n  def findLatestByAmlsReference(amlsReferenceNumber: String): Future[Option[Payment]] = {\n    collection.find(Json.obj(\"amlsRefNo\" -> amlsReferenceNumber), Option.empty).sort(Json.obj(\"createdAt\" -> -1)).one[Payment]\n  }\n\n  def findLatestByPaymentReference(paymentReference: String): Future[Option[Payment]] =\n    collection.find(Json.obj(\"reference\" -> paymentReference), Option.empty).sort(Json.obj(\"createdAt\" -> -1)).one[Payment]\n\n  private def checkSuccessfulAndReturn(payment: Payment): WriteResult => Future[Payment] = {\n    case writeResult: WriteResult if isError(writeResult) => {\n      log.debug(s\"[PaymentsMongoRepository][insert] paymentDetails: $payment, result: ${writeResult.ok}, errors: ${writeResult.writeErrors.getMessages}\")\n      Future.failed(PaymentException(None, writeResult.writeErrors.getMessages))\n    }\n    case _ => Future.successful(payment)\n  }\n\n  private def isError(writeResult: WriteResult) = !writeResult.ok || writeResult.writeErrors.nonEmpty\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/WithdrawSubscriptionRequest.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport play.api.libs.json._\n\nsealed trait WithdrawalReason\n\nobject WithdrawalReason {\n\n  case object OutOfscope extends WithdrawalReason\n  case object NotTradingInOwnRight extends WithdrawalReason\n  case object UnderAnotherSupervisor extends WithdrawalReason\n  case object JoinedAWRSGroup extends WithdrawalReason\n  case object Other extends WithdrawalReason\n\n  implicit val jsonServiceReads: Reads[WithdrawalReason] =\n    Reads {\n      case JsString(\"Out of scope\") => JsSuccess(OutOfscope)\n      case JsString(\"Not trading in own right\") => JsSuccess(NotTradingInOwnRight)\n      case JsString(\"Under another supervisor\") => JsSuccess(UnderAnotherSupervisor)\n      case JsString(\"Joined AWRS Group\") => JsSuccess(JoinedAWRSGroup)\n      case JsString(\"Other, please specify\") => JsSuccess(Other)\n      case _ => JsError((JsPath \\ \"withdrawalReason\") -> JsonValidationError(\"error.invalid\"))\n    }\n\n  implicit val jsonServiceWrites =\n    Writes[WithdrawalReason] {\n      case OutOfscope => JsString(\"Out of scope\")\n      case NotTradingInOwnRight => JsString(\"Not trading in own right\")\n      case UnderAnotherSupervisor => JsString(\"Under another supervisor\")\n      case JoinedAWRSGroup => JsString(\"Joined AWRS Group\")\n      case Other => JsString(\"Other, please specify\")\n    }\n}\n\ncase class WithdrawSubscriptionRequest (acknowledgementReference: String,\n                                        withdrawalDate: String,\n                                        withdrawalReason: WithdrawalReason,\n                                        withdrawalReasonOthers: Option[String]\n                                       )\n\nobject WithdrawSubscriptionRequest {\n\n  implicit val format = Json.format[WithdrawSubscriptionRequest]\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/declaration\/AddPerson.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.declaration\n\nimport models.des.aboutyou.AboutYouRelease7\n\ncase class AddPerson(firstName: String,\n                     middleName: Option[String],\n                     lastName: String,\n                     roleWithinBusiness: models.fe.declaration.RoleWithinBusiness\n                            )\n\nobject AddPerson {\n\n  import play.api.libs.json._\n\n  implicit val jsonReads: Reads[AddPerson] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    (\n      (__ \\ \"firstName\").read[String] and\n        (__ \\ \"middleName\").readNullable[String] and\n        (__ \\ \"lastName\").read[String] and\n        __.read[models.fe.declaration.RoleWithinBusiness]\n      ) (AddPerson.apply _)\n\n  }\n\n\n  implicit val jsonWrites: Writes[AddPerson] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Writes._\n    import play.api.libs.json._\n    (\n      (__ \\ \"firstName\").write[String] and\n        (__ \\ \"middleName\").writeNullable[String] and\n        (__ \\ \"lastName\").write[String] and\n        __.write[models.fe.declaration.RoleWithinBusiness]\n      ) (unlift(AddPerson.unapply))\n  }\n\n  implicit def convert(aboutYou: AboutYouRelease7): AddPerson = {\n\n    aboutYou.individualDetails match {\n      case Some(details) => {\n        AddPerson(\n          details.firstName,\n          details.middleName,\n          details.lastName,\n          models.fe.declaration.RoleWithinBusiness.convert(aboutYou))\n      }\n      case None =>\n        AddPerson(\n          \"\",\n          None,\n          \"\",\n          models.fe.declaration.RoleWithinBusiness.convert(aboutYou)\n        )\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessactivities\/ExpectedAMLSTurnoverSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.{BusinessActivityDetails, OtherBusinessActivities, ExpectedAMLSTurnover => DesExpectedAMLSTurnover}\nimport models.fe.businessactivities.ExpectedAMLSTurnover.{Fifth, First, Fourth, Second, Seventh, Sixth, Third}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass ExpectedAMLSTurnoverSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"ExpectedAMLSTurnover\" should {\n\n    \"JSON validation\" must {\n\n      \"successfully validate given an enum value\" in {\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"01\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.First))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"02\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Second))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"03\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Third))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"04\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Fourth))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"05\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Fifth))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"06\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Sixth))\n\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"07\")) must\n          be(JsSuccess(ExpectedAMLSTurnover.Seventh))\n      }\n\n      \"write the correct value\" in {\n\n        Json.toJson(ExpectedAMLSTurnover.First: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"01\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Second: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"02\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Third: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"03\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Fourth: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"04\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Fifth: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"05\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Sixth: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"06\"))\n\n        Json.toJson(ExpectedAMLSTurnover.Seventh: ExpectedAMLSTurnover) must\n          be(Json.obj(\"expectedAMLSTurnover\" -> \"07\"))\n      }\n\n      \"throw error for invalid data\" in {\n        Json.fromJson[ExpectedAMLSTurnover](Json.obj(\"expectedAMLSTurnover\" -> \"20\")) must\n          be(JsError(JsPath \\ \"expectedAMLSTurnover\", JsonValidationError(\"error.invalid\")))\n      }\n    }\n\n    \"convert des to frontend model successfully\" in {\n      val desModel = BusinessActivityDetails(true, Some(DesExpectedAMLSTurnover(Some(\"\u00a31m-10m\"))))\n      ExpectedAMLSTurnover.conv(desModel) must be(Some(Sixth))\n\n    }\n\n    \"convert des to frontend model successfully when involved in other is false with other value\" in {\n      val desModel = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a30-\u00a315k\")))))\n      ExpectedAMLSTurnover.conv(desModel) must be(Some(First))\n\n      val desModel1 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a315k-50k\")))))\n      ExpectedAMLSTurnover.conv(desModel1) must be(Some(Second))\n\n      val desModel2 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a350k-\u00a3100k\")))))\n      ExpectedAMLSTurnover.conv(desModel2) must be(Some(Third))\n\n      val desModel3 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a3100k-\u00a3250k\")))))\n      ExpectedAMLSTurnover.conv(desModel3) must be(Some(Fourth))\n\n      val desModel4 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a3250k-\u00a31m\")))))\n      ExpectedAMLSTurnover.conv(desModel4) must be(Some(Fifth))\n\n      val desModel5 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a31m-10m\")))))\n      ExpectedAMLSTurnover.conv(desModel5) must be(Some(Sixth))\n\n      val desModel7 = BusinessActivityDetails(false, Some(DesExpectedAMLSTurnover(None, Some(OtherBusinessActivities(\"\",\"\",\"\u00a310m+\")))))\n      ExpectedAMLSTurnover.conv(desModel7) must be(Some(Seventh))\n    }\n\n    \"convert des to frontend model successfully when Des ExpectedAMLSTurnover is none\" in {\n      val desModel = BusinessActivityDetails(false, None)\n      ExpectedAMLSTurnover.conv(desModel) must be(None)\n\n    }\n\n    \"convert des to frontend model successfully1\" in {\n      val desModel = BusinessActivityDetails(true, Some(DesExpectedAMLSTurnover(None)))\n      ExpectedAMLSTurnover.conv(desModel) must be(None)\n\n    }\n\n    \"convert des to frontend model successfully when invalid data is supplied\" in {\n      val desModel = BusinessActivityDetails(true, Some(DesExpectedAMLSTurnover(Some(\"011122233344\"))))\n      ExpectedAMLSTurnover.conv(desModel) must be(None)\n\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/AmendVariationResponse.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport play.api.libs.json.Json\n\ncase class AmendVariationResponse(\n                                   processingDate: String,\n                                   etmpFormBundleNumber: String,\n                                   registrationFee: Option[BigDecimal],\n                                   fpNumbers: Option[Int],\n                                   fpFeeRate: Option[BigDecimal],\n                                   fpFee: Option[BigDecimal],\n                                   responsiblePersonNotCharged: Option[Int],\n                                   premiseFYNumber: Option[Int],\n                                   premiseFYFeeRate: Option[BigDecimal],\n                                   premiseFYTotal: Option[BigDecimal],\n                                   premiseHYNumber: Option[Int],\n                                   premiseHYFeeRate: Option[BigDecimal],\n                                   premiseHYTotal: Option[BigDecimal],\n                                   premiseFee: Option[BigDecimal],\n                                   totalFees: Option[BigDecimal],\n                                   paymentReference: Option[String],\n                                   difference: Option[BigDecimal],\n                                   approvalCheckNumbers: Option[Int] = None,\n                                   approvalCheckFeeRate: Option[BigDecimal] = None,\n                                   approvalCheckFee: Option[BigDecimal] = None\n                                 )\n\nobject AmendVariationResponse {\n\n  implicit val format = Json.format[AmendVariationResponse]\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/asp\/OtherBusinessTaxMattersSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.asp\n\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\nimport models.des.asp.{Asp => DesAsp}\n\nclass OtherBusinessTaxMattersSpec extends PlaySpec with MockitoSugar {\n\n  \"Json validation\" must {\n\n    \"successfully validate given an enum value\" in {\n\n      Json.fromJson[OtherBusinessTaxMatters](Json.obj(\"otherBusinessTaxMatters\" -> false)) must\n        be(JsSuccess(OtherBusinessTaxMattersNo))\n    }\n\n    \"successfully validate given an `Yes` value\" in {\n\n      Json.fromJson[OtherBusinessTaxMatters](Json.obj(\"otherBusinessTaxMatters\" -> true)) must\n        be(JsSuccess(OtherBusinessTaxMattersYes))\n    }\n\n\n    \"write the correct value\" in {\n      Json.toJson(OtherBusinessTaxMattersNo: OtherBusinessTaxMatters) must\n        be(Json.obj(\"otherBusinessTaxMatters\" -> false))\n\n      Json.toJson(OtherBusinessTaxMattersYes: OtherBusinessTaxMatters) must\n        be(Json.obj(\"otherBusinessTaxMatters\" -> true))\n    }\n  }\n\n  \"conversion\" must {\n    \"return None given desAsp = None\" in {\n      OtherBusinessTaxMatters.conv(None) must be(None)\n    }\n    \"return OtherBusinessTaxMattersNo given false\" in {\n      OtherBusinessTaxMatters.conv(Some(DesAsp(false,None))) must be(Some(OtherBusinessTaxMattersNo))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/responsiblepeople\/CurrentAddressSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople.TimeAtAddress.OneToThreeYears\nimport models.fe.responsiblepeople.{PersonAddressNonUK, PersonAddressUK, ResponsiblePersonCurrentAddress}\nimport org.scalatestplus.play.PlaySpec\n\nclass CurrentAddressSpec extends PlaySpec {\n\n  \"CurrentAddress\" when {\n\n    \"given a None convert to a None\" in {\n      CurrentAddress.convPersonAddressOption(None) must be(None)\n    }\n\n    \"given a UK address\" must {\n      \"convert a ResponsiblePersonCurrentAddress to a CurrentAddress\" in {\n\n        val testResponsiblePersonCurrentAddress = ResponsiblePersonCurrentAddress(\n          PersonAddressUK(\"line1\", \"line2\", None, None, \"AB1 2CD\"),\n          OneToThreeYears,\n          Some(\"2017-1-1\"))\n\n        val testCurrentAddress = CurrentAddress(AddressWithChangeDate(\"line1\", \"line2\", None, None, \"GB\", Some(\"AB1 2CD\"),Some(\"2017-1-1\")))\n\n        CurrentAddress.convPersonAddress(testResponsiblePersonCurrentAddress) must be(Some(testCurrentAddress))\n\n      }\n\n      \"send no postcode when it is invalid\" in {\n\n        val testResponsiblePersonCurrentAddress = ResponsiblePersonCurrentAddress(\n          PersonAddressUK(\"line1\", \"line2\", None, None, \"AB 2CD\"),\n          OneToThreeYears,\n          Some(\"2017-1-1\"))\n\n        val testCurrentAddress = CurrentAddress(AddressWithChangeDate(\"line1\", \"line2\", None, None, \"GB\", None,Some(\"2017-1-1\")))\n\n        CurrentAddress.convPersonAddress(testResponsiblePersonCurrentAddress) must be(Some(testCurrentAddress))\n\n      }\n\n      \"convert from uk registered address replacing ampersands\" in {\n\n        val address = CurrentAddress(AddressWithChangeDate (\n          \"Hodaway, Hodaway, Hodaway and Hodaw\",\n          \"addressLine2\",\n          Some(\"addressLine3\"),\n          Some(\"Tyne and Wear\"),\n          \"GB\",\n          Some(\"AB1 2CD\"),\n          Some(\"2016-1-1\")\n        ))\n\n        val rpCurrentAddress = ResponsiblePersonCurrentAddress(PersonAddressUK(\n          \"Hodaway, Hodaway, Hodaway & Hodaway\",\n          \"addressLine2\",\n          Some(\"addressLine3\"),\n          Some(\"Tyne & Wear\"),\n          \"AB1 2CD\"),OneToThreeYears,\n          Some(\"2016-1-1\")\n        )\n\n        CurrentAddress.convPersonAddress(rpCurrentAddress) must be(Some(address))\n\n      }\n    }\n\n    \"given a non-UK address\" must {\n      \"convert a ResponsiblePersonCurrentAddress to a CurrentAddress\" in {\n\n        val testResponsiblePersonCurrentAddress = ResponsiblePersonCurrentAddress(\n          PersonAddressNonUK(\"line1\", \"line2\", None, None, \"Country\"),\n          OneToThreeYears,\n          Some(\"2017-1-1\"))\n\n        val testCurrentAddress = CurrentAddress(AddressWithChangeDate(\"line1\", \"line2\", None, None, \"Country\", None, Some(\"2017-1-1\")))\n\n        CurrentAddress.convPersonAddress(testResponsiblePersonCurrentAddress) must be(Some(testCurrentAddress))\n\n      }\n    }\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/BusinessContactDetails.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails._\nimport play.api.libs.json.Json\n\ncase class BusinessContactDetails (businessAddress: Address,\n                                   altCorrespondenceAddress: Boolean,\n                                   alternativeAddress: Option[AlternativeAddress] = None,\n                                   businessTelNo: String,\n                                   businessEmail: String\n                                  )\n\nobject BusinessContactDetails {\n  implicit val format = Json.format[BusinessContactDetails]\n\n  implicit def convert(businessDetails: BusinessDetails) : BusinessContactDetails = {\n    BusinessContactDetails(\n      businessAddress = businessDetails.registeredOffice,\n      altCorrespondenceAddress = businessDetails.altCorrespondenceAddress,\n      alternativeAddress = businessDetails.correspondenceAddress,\n      businessTelNo = businessDetails.contactingYou.phoneNumber,\n        businessEmail = businessDetails.contactingYou.email\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/aboutthebusiness\/VATRegistration.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails.{BusinessDetails, VATRegisteredNo, VATRegisteredYes}\nimport play.api.libs.json._\n\ncase class VATRegistration(vatRegistered: Boolean, vrnNumber : Option[String])\n\nobject VATRegistration {\n\n  implicit val format = Json.format[VATRegistration]\n\n  implicit def convert(businessDetails: BusinessDetails): Option[VATRegistration] = {\n\n    businessDetails.vatRegistered match {\n      case Some(VATRegisteredYes(value)) => Some(VATRegistration(true, Some(value)))\n      case Some(VATRegisteredNo) => Some(VATRegistration(false, None))\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/supervision\/BusinessTypesSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.supervision.{MemberOfProfessionalBody, ProfessionalBodyDesMember, ProfessionalBodyDetails}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass BusinessTypesSpec extends PlaySpec with MockitoSugar {\n\n  \"JSON reads\" must {\n\n    \"validate given values\" in {\n      val json =  Json.obj(\"businessType\" -> Seq(\"01\",\"02\"))\n\n      Json.fromJson[BusinessTypes](json) must\n        be(JsSuccess(BusinessTypes(Set(AccountingTechnicians, CharteredCertifiedAccountants))))\n    }\n\n    \"validate given values with option Digital software\" in {\n      val json =  Json.obj(\n        \"businessType\" -> Seq(\"14\", \"12\"),\n        \"specifyOtherBusiness\" -> \"test\"\n      )\n\n      Json.fromJson[BusinessTypes](json) must\n        be(JsSuccess(BusinessTypes(Set(Other(\"test\"), AssociationOfBookkeepers))))\n    }\n\n    \"fail when on path is missing\" in {\n      Json.fromJson[BusinessTypes](Json.obj()) must\n        be(JsError((JsPath \\ \"businessType\") -> JsonValidationError(\"error.path.missing\")))\n    }\n\n    \"fail when on invalid data\" in {\n      Json.fromJson[BusinessTypes](Json.obj(\"businessType\" -> Seq(\"40\"))) must\n        be(JsError((JsPath \\ \"businessType\") -> JsonValidationError(\"error.invalid\")))\n    }\n\n  }\n\n  \"JSON writes\" must {\n\n    \"write valid data in using json write\" in {\n      Json.toJson[BusinessTypes](BusinessTypes(Set(AccountantsScotland, Other(\"test657\")))) must\n        be (Json.obj(\n          \"businessType\" -> Seq(\"09\", \"14\"),\n          \"specifyOtherBusiness\" -> \"test657\"\n        ))\n    }\n\n  }\n\n  \"DES to frontend conversion\" must {\n\n    \"define BusinessTypes\" in {\n      val desModel = Some(ProfessionalBodyDetails(\n        true,\n        Some(\"DetailsIfFinedWarned\"),\n        Some(ProfessionalBodyDesMember(\n          true,\n          Some(MemberOfProfessionalBody(\n            true, true, true, true, true, true, true, true, true, true, true, true, true, false, None\n          ))\n        ))\n      ))\n\n      val convertedModel = Some(BusinessTypes(Set(\n        AccountantsIreland,\n        CharteredCertifiedAccountants,\n        AssociationOfBookkeepers,\n        AccountantsEnglandandWales,\n        Bookkeepers,\n        AccountingTechnicians,\n        TaxationTechnicians,\n        InternationalAccountants,\n        LawSociety,\n        InstituteOfTaxation,\n        AccountantsScotland,\n        FinancialAccountants,\n        ManagementAccountants\n      )))\n\n      BusinessTypes.conv(desModel) must be(convertedModel)\n    }\n\n    \"convert to none\" when {\n      \"MemberOfProfessionalBody is none\" in {\n        val desModel = Some(ProfessionalBodyDetails(\n          true,\n          Some(\"DetailsIfFinedWarned\"),\n          Some(ProfessionalBodyDesMember(\n            false,\n            None)\n          ))\n        )\n        BusinessTypes.conv(desModel) must be(None)\n      }\n\n      \"input is none\" in {\n        BusinessTypes.conv(None) must be(None)\n      }\n\n      \"ProfessionalBodyDesMember is none\" in {\n        val desModel = Some(ProfessionalBodyDetails(\n          true,\n          Some(\"DetailsIfFinedWarned\"),\n          None\n        ))\n        BusinessTypes.conv(desModel) must be(None)\n      }\n\n      \"there is no 'Other' value defined\" in {\n        BusinessTypes.convOther(false, \"\") must be(None)\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/SubscriptionView.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe\n\nimport models.fe.amp.Amp\nimport models.fe.asp.Asp\nimport models.fe.bankdetails.BankDetails\nimport models.fe.businessactivities.BusinessActivities\nimport models.fe.businessdetails.BusinessDetails\nimport models.fe.businessmatching.BusinessMatching\nimport models.fe.declaration.AddPerson\nimport models.fe.eab.Eab\nimport models.fe.hvd.Hvd\nimport models.fe.moneyservicebusiness.MoneyServiceBusiness\nimport models.fe.responsiblepeople.ResponsiblePeople\nimport models.fe.supervision.Supervision\nimport models.fe.tcsp.Tcsp\nimport models.fe.tradingpremises.TradingPremises\nimport play.api.libs.json.Json\n\ncase class SubscriptionView(\n                             etmpFormBundleNumber: String,\n                             businessMatchingSection: BusinessMatching,\n                             eabSection: Option[Eab],\n                             tradingPremisesSection: Option[Seq[TradingPremises]],\n                             businessDetailsSection: BusinessDetails,\n                             bankDetailsSection: Seq[BankDetails],\n                             aboutYouSection: AddPerson,\n                             businessActivitiesSection: BusinessActivities,\n                             responsiblePeopleSection: Option[Seq[ResponsiblePeople]],\n                             tcspSection: Option[Tcsp],\n                             aspSection: Option[Asp],\n                             msbSection: Option[MoneyServiceBusiness],\n                             hvdSection: Option[Hvd],\n                             ampSection: Option[Amp],\n                             supervisionSection: Option[Supervision]\n                           )\n\n\nobject SubscriptionView {\n\n  implicit val format = Json.format[SubscriptionView]\n\n  final type Outgoing = SubscriptionView\n  final type Incoming = models.des.SubscriptionView\n\n  implicit def convert(desView: Incoming): SubscriptionView = {\n    SubscriptionView(\n      etmpFormBundleNumber = desView.etmpFormBundleNumber,\n      businessMatchingSection = desView,\n      eabSection = desView,\n      tradingPremisesSection = desView.tradingPremises,\n      businessDetailsSection = desView,\n      bankDetailsSection = desView.bankAccountDetails,\n      aboutYouSection = desView.extraFields.filingIndividual,\n      businessActivitiesSection = BusinessActivities.convertBusinessActivities(\n        desView.businessActivities.all,\n        desView.businessActivities.mlrActivitiesAppliedFor\n      ),\n      responsiblePeopleSection = desView.responsiblePersons,\n      tcspSection = desView,\n      aspSection = desView,\n      msbSection = desView,\n      hvdSection = desView,\n      ampSection = desView,\n      supervisionSection = Supervision.convertFrom(desView.aspOrTcsp,\n        desView.businessActivities.mlrActivitiesAppliedFor)\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/AccountantsAddress.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.aboutthebusiness.Address\nimport play.api.libs.json.{Reads, Writes}\n\nsealed trait AccountantsAddress\n\ncase class UkAccountantsAddress(\n                                 addressLine1: String,\n                                 addressLine2: String,\n                                 addressLine3: Option[String],\n                                 addressLine4: Option[String],\n                                 postCode: String\n                               ) extends AccountantsAddress\n\ncase class NonUkAccountantsAddress(\n                                    addressLine1: String,\n                                    addressLine2: String,\n                                    addressLine3: Option[String],\n                                    addressLine4: Option[String],\n                                    country: String\n                                  ) extends AccountantsAddress\n\n\nobject AccountantsAddress {\n\n  implicit val jsonReads: Reads[AccountantsAddress] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    (__ \\ \"accountantsAddressPostCode\").read[String] andKeep (\n        ((__ \\ \"accountantsAddressLine1\").read[String] and\n        (__ \\ \"accountantsAddressLine2\").read[String] and\n        (__ \\ \"accountantsAddressLine3\").readNullable[String] and\n        (__ \\ \"accountantsAddressLine4\").readNullable[String] and\n        (__ \\ \"accountantsAddressPostCode\").read[String])  (UkAccountantsAddress.apply _) map identity[AccountantsAddress]\n      ) orElse\n        ( (__ \\ \"accountantsAddressLine1\").read[String] and\n          (__ \\ \"accountantsAddressLine2\").read[String] and\n          (__ \\ \"accountantsAddressLine3\").readNullable[String] and\n          (__ \\ \"accountantsAddressLine4\").readNullable[String] and\n          (__ \\ \"accountantsAddressCountry\").read[String]) (NonUkAccountantsAddress.apply _)\n\n  }\n\n  implicit val jsonWrites: Writes[AccountantsAddress] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Writes._\n    import play.api.libs.json._\n    Writes[AccountantsAddress] {\n      case a: UkAccountantsAddress =>\n        (\n            (__ \\ \"accountantsAddressLine1\").write[String] and\n            (__ \\ \"accountantsAddressLine2\").write[String] and\n            (__ \\ \"accountantsAddressLine3\").writeNullable[String] and\n            (__ \\ \"accountantsAddressLine4\").writeNullable[String] and\n            (__ \\ \"accountantsAddressPostCode\").write[String]\n          ) (unlift(UkAccountantsAddress.unapply)).writes(a)\n      case a: NonUkAccountantsAddress =>\n        (\n            (__ \\ \"accountantsAddressLine1\").write[String] and\n            (__ \\ \"accountantsAddressLine2\").write[String] and\n            (__ \\ \"accountantsAddressLine3\").writeNullable[String] and\n            (__ \\ \"accountantsAddressLine4\").writeNullable[String] and\n            (__ \\ \"accountantsAddressCountry\").write[String]\n          ) (unlift(NonUkAccountantsAddress.unapply)).writes(a)\n    }\n  }\n\n  implicit def conv(addr: Address): AccountantsAddress = {\n    addr.postcode match {\n      case Some(desAddr) => UkAccountantsAddress(addr.addressLine1, addr.addressLine2, addr.addressLine3, addr.addressLine4, addr.postcode.getOrElse(\"\"))\n      case None => NonUkAccountantsAddress(addr.addressLine1, addr.addressLine2, addr.addressLine3, addr.addressLine4, addr.country)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/DefaultAuthAction.scala","text":"<filename>app\/utils\/DefaultAuthAction.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport javax.inject.Inject\nimport play.api.{Logger, Logging}\nimport play.api.mvc._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.http.HeaderCarrierConverter\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass DefaultAuthAction @Inject()(\n                                   val authConnector: AuthConnector,\n                                   val controllerComponents: ControllerComponents\n                                 )(implicit ec: ExecutionContext) extends AuthAction with AuthorisedFunctions with Logging {\n\n  override protected def filter[A](request: Request[A]): Future[Option[Result]] = {\n\n    implicit val hc: HeaderCarrier = HeaderCarrierConverter.fromRequest(request)\n\n    logger.debug(s\"DefaultAuthAction calling authorised(ConfidenceLevel.L50)\")\n\n    authorised(ConfidenceLevel.L50) {\n      logger.debug(s\"DefaultAuthAction calling authorised(ConfidenceLevel.L50) - success\")\n      Future.successful(None)\n    }.recover[Option[Result]] {\n      case e : AuthorisationException => {\n        logger.debug(s\"DefaultAuthAction calling authorised(ConfidenceLevel.L50 - fail: \" + e)\n        Some(Results.Unauthorized)\n      }\n    }\n  }\n\n  override def parser: BodyParser[AnyContent] = controllerComponents.parsers.anyContent\n  override protected def executionContext: ExecutionContext = controllerComponents.executionContext\n}\n\n@com.google.inject.ImplementedBy(classOf[DefaultAuthAction])\ntrait AuthAction extends ActionFilter[Request] with ActionBuilder[Request, AnyContent]"}
{"repo_name":"hmrc\/amls","path":"test\/services\/AmendVariationServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services\n\nimport config.ApplicationConfig\nimport connectors.{AmendVariationDESConnector, SubscriptionStatusDESConnector, ViewDESConnector}\nimport generators.AmlsReferenceNumberGenerator\nimport models.des\nimport models.des.responsiblepeople.{RPExtra, ResponsiblePersons}\nimport models.des.tradingpremises._\nimport models.des.{AmendVariationRequest, DesConstants, ReadStatusResponse}\nimport models.fe.AmendVariationResponse\nimport org.joda.time.{LocalDate, LocalDateTime}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsResult, JsValue}\nimport repositories.FeesMongoRepository\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass AmendVariationServiceSpec extends PlaySpec\n  with GuiceOneAppPerSuite\n  with MockitoSugar\n  with ScalaFutures\n  with IntegrationPatience\n  with AmlsReferenceNumberGenerator {\n\n  val successValidate:JsResult[JsValue] = mock[JsResult[JsValue]]\n\n  val feAmendVariationResponse = AmendVariationResponse(\n    processingDate = \"2016-09-17T09:30:47Z\",\n    etmpFormBundleNumber = \"111111\",\n    1301737.96,\n    Some(1),\n    Some(115.0d),\n    231.42,\n    Some(0),\n    123.12,\n    None,\n    None\n  )\n\n  val feeRepo: FeesMongoRepository = mock[FeesMongoRepository]\n\n  class TestAmendVariationService extends AmendVariationService(\n    mock[AmendVariationDESConnector],\n    mock[SubscriptionStatusDESConnector],\n    mock[ViewDESConnector],\n    mock[AuditConnector],\n    feeRepo,\n    mock[ApplicationConfig]\n  ) {\n    override private[services] def validateResult(request: AmendVariationRequest) = successValidate\n    override private[services] def amendVariationResponse(\n      request: AmendVariationRequest,\n      isRenewalWindow: Boolean,\n      des: models.des.AmendVariationResponse) = feAmendVariationResponse\n  }\n\n  val avs = new TestAmendVariationService\n\n  val response = des.AmendVariationResponse(\n    processingDate = \"2016-09-17T09:30:47Z\",\n    etmpFormBundleNumber = \"111111\",\n    Some(1301737.96d),\n    Some(1),\n    Some(115.0d),\n    Some(231.42d),\n    Some(0),\n    None,\n    None,\n    None,\n    None,\n    None,\n    None,\n    Some(870458d),\n    Some(2172427.38),\n    Some(\"string\"),\n    Some(3456.12),\n    Some(100),\n    Some(100.0),\n    Some(100.0)\n  )\n\n  val statusResponse = ReadStatusResponse(new LocalDateTime(), \"Approved\", None, None, None, Some(new LocalDate(2017, 4, 30)), false)\n\n  val unchangedExtra: RPExtra = RPExtra(status = Some(\"Unchanged\"))\n  val addedExtra: RPExtra = RPExtra(status = Some(\"Added\"))\n\n  val unchangedResponsiblePersons = ResponsiblePersons(\n    None,\n    None,\n    None,\n    None,\n    Some(\"0-6 months\"),\n    None,\n    Some(\"7-12 months\"),\n    None,\n    Some(\"1-3 years\"),\n    None,\n    None,\n    true,\n    Some(\"Some training\"),\n    true,\n    Some(\"test\"),\n    None,\n    None,\n    None,\n    extra = unchangedExtra\n  )\n\n  val amlsRegForHalfYears = amlsRefNoGen.sample.get\n\n  implicit val hc = HeaderCarrier()\n\n  \"AmendVariationService\" must {\n\n\n    when {\n      successValidate.isSuccess\n    } thenReturn true\n\n    when {\n      avs.viewStatusDesConnector.status(eqTo(amlsRegistrationNumber))(any(), any(), any(), any())\n    } thenReturn Future.successful(statusResponse)\n\n    val premises: Option[AgentBusinessPremises] = Some(mock[AgentBusinessPremises])\n\n    when {\n      premises.get.agentDetails\n    } thenReturn None\n\n    \"return a successful response\" in {\n\n      val request = mock[des.AmendVariationRequest]\n      val tradingPremises = TradingPremises(Some(OwnBusinessPremises(true, None)), premises)\n\n      when{\n        request.responsiblePersons\n      } thenReturn Some(Seq(unchangedResponsiblePersons))\n\n      when {\n        request.tradingPremises\n      } thenReturn tradingPremises\n\n      when {\n        avs.amendVariationDesConnector.amend(eqTo(amlsRegistrationNumber), eqTo(request))(any(), any(), any(), any(), any())\n        avs.amendVariationDesConnector.amend(eqTo(amlsRegistrationNumber), eqTo(request))(any(), any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      when{\n        avs.feeResponseRepository.insert(any())\n      } thenReturn Future.successful(true)\n\n      whenReady(avs.update(amlsRegistrationNumber, request)(hc, global, apiRetryHelper = mock[ApiRetryHelper])) {\n        result =>\n          result mustEqual feAmendVariationResponse\n      }\n    }\n\n    \"evaluate isBusinessReferenceChanged when api5 data is same as api6 \" in {\n      avs.isBusinessReferenceChanged(DesConstants.AmendVariationRequestModel, DesConstants.SubscriptionViewModelForRp) must be(false)\n    }\n\n    \"compare and update api6 request with api5 1\" in {\n\n      val viewModel = DesConstants.SubscriptionViewModelAPI5\n\n      when {\n        avs.viewDesConnector.view(eqTo(amlsRegistrationNumber))(any(), any(), any())\n      } thenReturn Future.successful(viewModel)\n\n      val testRequest = DesConstants.updateAmendVariationCompleteRequest1.copy(\n        tradingPremises = DesConstants.testAmendTradingPremisesAPI6.copy(\n          DesConstants.ownBusinessPremisesTPR7\n        )\n      )\n\n      whenReady(avs.compareAndUpdate(\n        DesConstants.amendVariationRequest1, amlsRegistrationNumber)(hc, apiRetryHelper = mock[ApiRetryHelper])\n      ) {\n        updatedRequest =>\n          updatedRequest must be(testRequest)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/aboutyou\/AboutYouSpec.scala","text":"<filename>test\/models\/des\/aboutyou\/AboutYouSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutyou\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass AboutYouSpec extends PlaySpec {\n  \"AboutYouDetails\" must {\n    \"be serialisable for roleWithinBusiness\" in {\n      val aboutyouModel = Aboutyou(Some(IndividualDetails(\"fName\", None, \"lName\")), true, Some(\"Beneficial Shareholder\"))\n\n      Aboutyou.format.writes(aboutyouModel) must be(Json.obj(\"individualDetails\" -> Json.obj(\"firstName\" -> \"fName\", \"lastName\" -> \"lName\"),\n        \"employedWithinBusiness\" -> true, \"roleWithinBusiness\" -> \"Beneficial Shareholder\"))\n    }\n\n    \"be serialisable for roleForTheBusiness\" in {\n      val aboutyouModel = Aboutyou(Some(IndividualDetails(\"fName\", None, \"lName\")), false, None, None, Some(\"External Accountant\"))\n\n      Aboutyou.format.writes(aboutyouModel) must be(Json.obj(\"individualDetails\" -> Json.obj(\"firstName\" -> \"fName\", \"lastName\" -> \"lName\"),\n        \"employedWithinBusiness\" -> false, \"roleForTheBusiness\" -> \"External Accountant\"))\n    }\n\n    \"Convert from new release 7 model to old model\" in {\n\n      val individualDetails = Some(IndividualDetails(\"fName\", None, \"lName\"))\n\n      val employedWithinBusiness = false\n      val oldModel = Aboutyou(\n        individualDetails,\n        employedWithinBusiness,\n        Some(\"Beneficial Shareholder\"),\n        None,\n        Some(\"External Accountant\"),\n        None\n      )\n\n      val release7Model = AboutYouRelease7(individualDetails,\n        employedWithinBusiness,\n        Some(RolesWithinBusiness(beneficialShareholder = true, false,false,false,false,false,false,false,None)),\n        Some(RoleForTheBusiness(externalAccountant = true, false, None))\n      )\n\n      Aboutyou.convertFromRelease7(release7Model) must be(oldModel)\n    }\n  }\n}\n\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/supervision\/BusinessTypes.scala","text":"<filename>app\/models\/fe\/supervision\/BusinessTypes.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.supervision.{MemberOfProfessionalBody, ProfessionalBodyDetails}\nimport play.api.libs.json._\nimport utils.CommonMethods\n\nsealed trait BusinessType {\n  val value: String =\n    this match {\n      case AccountingTechnicians => \"01\"\n      case CharteredCertifiedAccountants => \"02\"\n      case InternationalAccountants => \"03\"\n      case TaxationTechnicians => \"04\"\n      case ManagementAccountants => \"05\"\n      case InstituteOfTaxation => \"06\"\n      case Bookkeepers => \"07\"\n      case AccountantsIreland => \"08\"\n      case AccountantsScotland => \"09\"\n      case AccountantsEnglandandWales => \"10\"\n      case FinancialAccountants => \"11\"\n      case AssociationOfBookkeepers => \"12\"\n      case LawSociety => \"13\"\n      case Other(_) => \"14\"\n    }\n}\n\ncase object AccountingTechnicians extends BusinessType\n\ncase object CharteredCertifiedAccountants extends BusinessType\n\ncase object InternationalAccountants extends BusinessType\n\ncase object TaxationTechnicians extends BusinessType\n\ncase object ManagementAccountants extends BusinessType\n\ncase object InstituteOfTaxation extends BusinessType\n\ncase object Bookkeepers extends BusinessType\n\ncase object AccountantsIreland extends BusinessType\n\ncase object AccountantsScotland extends BusinessType\n\ncase object AccountantsEnglandandWales extends BusinessType\n\ncase object FinancialAccountants extends BusinessType\n\ncase object AssociationOfBookkeepers extends BusinessType\n\ncase object LawSociety extends BusinessType\n\ncase class Other(businessDetails: String) extends BusinessType\n\ncase class BusinessTypes(businessType: Set[BusinessType])\n\nobject BusinessTypes {\n\n  implicit val jsonReads: Reads[BusinessTypes] = {\n    (__ \\ \"businessType\").read[Set[String]].flatMap { x: Set[String] =>\n      x.map {\n        case \"01\" => Reads(_ => JsSuccess(AccountingTechnicians)) map identity[BusinessType]\n        case \"02\" => Reads(_ => JsSuccess(CharteredCertifiedAccountants)) map identity[BusinessType]\n        case \"03\" => Reads(_ => JsSuccess(InternationalAccountants)) map identity[BusinessType]\n        case \"04\" => Reads(_ => JsSuccess(TaxationTechnicians)) map identity[BusinessType]\n        case \"05\" => Reads(_ => JsSuccess(ManagementAccountants)) map identity[BusinessType]\n        case \"06\" => Reads(_ => JsSuccess(InstituteOfTaxation)) map identity[BusinessType]\n        case \"07\" => Reads(_ => JsSuccess(Bookkeepers)) map identity[BusinessType]\n        case \"08\" => Reads(_ => JsSuccess(AccountantsIreland)) map identity[BusinessType]\n        case \"09\" => Reads(_ => JsSuccess(AccountantsScotland)) map identity[BusinessType]\n        case \"10\" => Reads(_ => JsSuccess(AccountantsEnglandandWales)) map identity[BusinessType]\n        case \"11\" => Reads(_ => JsSuccess(FinancialAccountants)) map identity[BusinessType]\n        case \"12\" => Reads(_ => JsSuccess(AssociationOfBookkeepers)) map identity[BusinessType]\n        case \"13\" => Reads(_ => JsSuccess(LawSociety)) map identity[BusinessType]\n        case \"14\" =>\n          (JsPath \\ \"specifyOtherBusiness\").read[String].map(Other.apply) map identity[BusinessType]\n        case _ =>\n          Reads(_ => JsError((JsPath \\ \"businessType\") -> JsonValidationError(\"error.invalid\")))\n      }.foldLeft[Reads[Set[BusinessType]]](\n        Reads[Set[BusinessType]](_ => JsSuccess(Set.empty))\n      ) {\n        (start, businessTypeReader) =>\n          businessTypeReader flatMap { businessType =>\n            start map { businessTypes =>\n              businessTypes + businessType\n            }\n          }\n      }\n    } map BusinessTypes.apply\n  }\n\n  implicit val jsonWrites = Writes[BusinessTypes] { businessTypes =>\n    Json.obj(\n      \"businessType\" -> (businessTypes.businessType map {\n        _.value\n      }).toSeq\n    ) ++ businessTypes.businessType.foldLeft[JsObject](Json.obj()) {\n      case (json, Other(name)) => json ++ Json.obj(\"specifyOtherBusiness\" -> name)\n      case (json, _) => json\n    }\n  }\n\n  def convOther(other: Boolean, specifyOther: String): Option[BusinessType] =\n    other match{\n      case true => Some(Other(specifyOther))\n      case false => None\n    }\n\n  implicit def conv(supDtls: Option[ProfessionalBodyDetails] ): Option[BusinessTypes] = {\n    (for {\n      pBodyDtls <- supDtls\n      member <- pBodyDtls.professionalBody\n    } yield member.professionalBodyDetails).flatten\n  }\n\n  implicit def convProfessionalBodyMember(pBodyMember: Option[MemberOfProfessionalBody]): Option[BusinessTypes]  =\n    pBodyMember map { member =>\n      BusinessTypes(\n        Set(CommonMethods.getSpecificType[BusinessType](member.associationofAccountingTechnicians, AccountingTechnicians),\n          CommonMethods.getSpecificType[BusinessType](member.associationofCharteredCertifiedAccountants, CharteredCertifiedAccountants),\n          CommonMethods.getSpecificType[BusinessType](member.associationofInternationalAccountants, InternationalAccountants),\n          CommonMethods.getSpecificType[BusinessType](member.associationofTaxationTechnicians, TaxationTechnicians),\n          CommonMethods.getSpecificType[BusinessType](member.charteredInstituteofManagementAccountants, ManagementAccountants),\n          CommonMethods.getSpecificType[BusinessType](member.charteredInstituteofTaxation, InstituteOfTaxation),\n          CommonMethods.getSpecificType[BusinessType](member.instituteofCertifiedBookkeepers, Bookkeepers),\n          CommonMethods.getSpecificType[BusinessType](member.instituteofCharteredAccountantsinIreland, AccountantsIreland),\n          CommonMethods.getSpecificType[BusinessType](member.instituteofCharteredAccountantsinScotland, AccountantsScotland),\n          CommonMethods.getSpecificType[BusinessType](member.instituteofCharteredAccountantsofEnglandandWales, AccountantsEnglandandWales),\n          CommonMethods.getSpecificType[BusinessType](member.instituteofFinancialAccountants, FinancialAccountants),\n          CommonMethods.getSpecificType[BusinessType](member.internationalAssociationofBookKeepers, AssociationOfBookkeepers),\n          CommonMethods.getSpecificType[BusinessType](member.lawSociety, LawSociety),\n          convOther(member.other, member.specifyOther.getOrElse(\"\"))\n        ).flatten\n      )\n    }\n\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/supervision\/ProfessionalBodyDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.supervision\n\nimport models.fe.supervision.{ProfessionalBodyYes, Supervision}\nimport org.scalatestplus.play.PlaySpec\n\nclass ProfessionalBodyDetailsSpec extends  PlaySpec {\n\n  \"ProfessionalBodyDetails\" should {\n\n    \"convert frontend supervision model correctly to des ProfessionalBodyDetails\" in {\n      val model = Supervision(\n        None,\n        None,\n        None,\n        Some(ProfessionalBodyYes(\"details\"))\n      )\n\n      ProfessionalBodyDetails.conv(model) must be (Some(ProfessionalBodyDetails(true,Some(\"details\"),None)))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/DESConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport config.ApplicationConfig\nimport play.api.Logging\n\nimport javax.inject.{Inject, Singleton}\nimport play.mvc.Http.HeaderNames\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.play.audit.model.Audit\nimport utils._\n\n@Singleton\nclass DESConnector @Inject()(applicationConfig: ApplicationConfig,\n                             val auditConnector: AuditConnector) extends HttpResponseHelper with Logging {\n\n  private[connectors] val baseUrl: String = applicationConfig.desUrl\n  private[connectors] val token: String = s\"Bearer ${applicationConfig.desToken}\"\n  private[connectors] val env: String = applicationConfig.desEnv\n  private[connectors] val requestUrl = \"anti-money-laundering\/subscription\"\n  private[connectors] val fullUrl: String = s\"$baseUrl\/$requestUrl\"\n  private[connectors] val audit: Audit = new Audit(AuditHelper.appName, auditConnector)\n\n  protected def desHeaders = Seq(\n    \"Authorization\" -> token,\n    \"Environment\" -> env,\n    HeaderNames.ACCEPT -> \"application\/json\",\n    HeaderNames.CONTENT_TYPE -> \"application\/json;charset=utf-8\"\n  )\n\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tradingpremises\/YourTradingPremisesSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tradingpremises\n\nimport models.des.tradingpremises.{Address => TradingPremisesAddress, _}\nimport org.joda.time.LocalDate\nimport org.scalatest.{MustMatchers, WordSpec}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\n\nclass YourTradingPremisesSpec extends WordSpec with MustMatchers with GuiceOneAppPerSuite {\n\n  \"YourTradingPremises\" must {\n\n    \"convert des model to frontend model\" in {\n\n      val agentPremises = AgentPremises(\"TradingName\",\n        TradingPremisesAddress(\"AddressLine1\",\n          \"AddressLine2\",\n          Some(\"AddressLine3\"),\n          Some(\"AddressLine4\"),\n          \"AD\",\n          Some(\"AA1 1AA\")\n        ),\n        true,\n        Msb(true, false, true, true, true),\n        Hvd(true),\n        Asp(false),\n        Tcsp(true),\n        Eab(false),\n        Bpsp(true),\n        Tditpsp(false),\n        Amp(false),\n        None\n      )\n      val agentDetail = AgentDetails(\"\", None,None,None,agentPremises, Some(\"2001-01-01\"))\n\n      val feModel = YourTradingPremises(\"TradingName\",\n        Address(\"AddressLine1\", \"AddressLine2\", Some(\"AddressLine3\"), Some(\"AddressLine4\"), \"AA1 1AA\", None),\n        new LocalDate(2001, 1, 1), true)\n\n      YourTradingPremises.conv(agentDetail) must be(feModel)\n\n    }\n  }\n}"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/amp\/Amp.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.amp\n\nimport play.api.libs.json.{Json, OFormat}\n\ncase class Amp (  transactionsAccptOvrThrshld: TransactionsAccptOvrThrshld,\n                  sysAutoIdOfLinkedTransactions: Boolean,\n                  ampPercentageTurnover: Int)\n\ncase class TransactionsAccptOvrThrshld ( transactionsAccptOvrThrshldAnswer: Boolean,\n                                         dateOfTheFirst: Option[String] )\n\nobject Amp {\n\n  implicit val format: OFormat[Amp] = Json.format[Amp]\n\n  def getPercentage(percentage:Option[String]): Int = {\n    percentage match {\n      case Some(\"zeroToTwenty\") => 20\n      case Some(\"twentyOneToForty\") => 40\n      case Some(\"fortyOneToSixty\") => 60\n      case Some(\"sixtyOneToEighty\") => 80\n      case Some(\"eightyOneToOneHundred\") => 100\n      case _ => 0\n    }\n  }\n\n  implicit def conv(ampOpt: Option[models.fe.amp.Amp]): Option[Amp] =\n  {\n      ampOpt.map(amp => amp.data).map(amp => {\n        Amp( transactionsAccptOvrThrshld = TransactionsAccptOvrThrshld( amp.soldOverThreshold,\n                                                                        amp.dateTransactionOverThreshold),\n             sysAutoIdOfLinkedTransactions = amp.identifyLinkedTransactions,\n             ampPercentageTurnover = getPercentage(amp.percentageExpectedTurnover)\n        )\n      })\n  }\n}\n\nobject TransactionsAccptOvrThrshld {\n  implicit val format: OFormat[TransactionsAccptOvrThrshld] = Json.format[TransactionsAccptOvrThrshld]\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessactivities\/TaxMatters.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessactivities\n\nimport models.des.businessactivities.MlrAdvisorDetails\nimport play.api.libs.json.{JsSuccess, Writes, _}\n\ncase class TaxMatters(manageYourTaxAffairs: Boolean)\n\nobject TaxMatters {\n\n  implicit val formats = Json.format[TaxMatters]\n\n  implicit val jsonReads: Reads[TaxMatters] =\n    (__ \\ \"manageYourTaxAffairs\").read[Boolean] flatMap {\n      case bool => Reads(_ => JsSuccess(TaxMatters(bool)))\n    }\n\n  implicit val jsonWrites = Writes[TaxMatters] {\n    case TaxMatters(bool) => Json.obj(\"manageYourTaxAffairs\" -> bool)\n  }\n\n  def conv(advisor : Option[MlrAdvisorDetails]) : Option[TaxMatters] = {\n    advisor match {\n      case Some(data) => Some(TaxMatters(data.agentDealsWithHmrc))\n      case None => None\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/aboutthebusiness\/CorporationTaxRegisteredCbUbLlpSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.aboutthebusiness\n\nimport models.fe.businessdetails._\nimport org.scalatestplus.play.PlaySpec\n\nclass CorporationTaxRegisteredCbUbLlpSpec extends PlaySpec {\n\n  \"CorporationTaxRegisteredCbUbLlp\" should {\n\n    \"convert correctly for corporate tax Yes\" in {\n      val regForCorpTax = CorporationTaxRegisteredYes(\"1234567890\")\n      val businessDetails  =  BusinessDetails(PreviouslyRegisteredYes(Some(\"12345678\")),\n        None,\n        None,\n        Some(regForCorpTax),\n        ContactingYou(\"019212323222323222323222323222\", \"<EMAIL>\"),\n        RegisteredOfficeUK(\"line1\", \"line2\",\n          Some(\"some street\"), Some(\"some city\"), \"EE1 1EE\"),\n        false,\n        None\n      )\n      CorporationTaxRegisteredCbUbLlp.conv(businessDetails) must be(Some(CorporationTaxRegisteredCbUbLlp(true, Some(\"1234567890\"))))\n    }\n\n    \"convert correctly for corporate tax No\" in {\n      val regForCorpTax = CorporationTaxRegisteredNo\n      val businessDetails  =  BusinessDetails(PreviouslyRegisteredYes(Some(\"12345678\")),\n        None,\n        None,\n        Some(regForCorpTax),\n        ContactingYou(\"019212323222323222323222323222\", \"<EMAIL>\"),\n        RegisteredOfficeUK(\"line1\", \"line2\",\n          Some(\"some street\"), Some(\"some city\"), \"EE1 1EE\"),\n        false,\n        None\n      )\n      CorporationTaxRegisteredCbUbLlp.conv(businessDetails) must be(Some(CorporationTaxRegisteredCbUbLlp(false, None)))\n    }\n\n    \"convert correctly for corporate tax model is none\" in {\n      val businessDetails  =  BusinessDetails(PreviouslyRegisteredYes(Some(\"12345678\")),\n        None,\n        None,\n        None,\n        ContactingYou(\"019212323222323222323222323222\", \"<EMAIL>\"),\n        RegisteredOfficeUK(\"line1\", \"line2\",\n          Some(\"some street\"), Some(\"some city\"), \"EE1 1EE\"),\n        false,\n        None\n      )\n      CorporationTaxRegisteredCbUbLlp.conv(businessDetails) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/RegistrationDetailsController.scala","text":"<filename>app\/controllers\/RegistrationDetailsController.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.RegistrationDetailsDesConnector\nimport javax.inject.{Inject, Singleton}\nimport models.fe.registrationdetails.RegistrationDetails\nimport play.api.libs.json.Json\nimport play.api.mvc.ControllerComponents\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{ApiRetryHelper, AuthAction}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n@Singleton\nclass RegistrationDetailsController @Inject()(connector: RegistrationDetailsDesConnector,\n                                              authAction: AuthAction,\n                                              val cc: ControllerComponents)(implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) {\n\n  private[controllers] val registrationDetailsConnector: RegistrationDetailsDesConnector = connector\n\n  def get(accountType: String, ref: String, safeId: String) = authAction.async {\n    implicit request =>\n      registrationDetailsConnector.getRegistrationDetails(safeId) map { details =>\n        Ok(Json.toJson(RegistrationDetails.convert(details)))\n      }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/AmendVariationRequest.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.des.aboutthebusiness._\nimport models.des.amp.Amp\nimport models.des.asp.Asp\nimport models.des.bankdetails.BankDetailsView\nimport models.des.businessactivities.BusinessActivities\nimport models.des.businessdetails.BusinessDetails\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy, LettingAgents}\nimport models.des.hvd.Hvd\nimport models.des.msb.MoneyServiceBusiness\nimport models.des.responsiblepeople.ResponsiblePersons\nimport models.des.supervision.AspOrTcsp\nimport models.des.tcsp.{TcspAll, TcspTrustCompFormationAgt}\nimport models.des.tradingpremises.TradingPremises\nimport models.fe\nimport utils.AckRefGenerator\n\ncase class AmendVariationRequest(\n                                acknowledgementReference: String,\n                                changeIndicators: ChangeIndicators,\n                                amlsMessageType: String,\n                                businessDetails: BusinessDetails,\n                                businessContactDetails : BusinessContactDetails,\n                                businessReferencesAll : Option[PreviouslyRegisteredMLRView],\n                                businessReferencesAllButSp: Option[VATRegistration],\n                                businessReferencesCbUbLlp: Option[CorporationTaxRegisteredCbUbLlp],\n                                businessActivities : BusinessActivities,\n                                tradingPremises: TradingPremises,\n                                bankAccountDetails : Option[BankDetailsView],\n                                msb: Option[MoneyServiceBusiness],\n                                hvd: Option[Hvd],\n                                asp: Option[Asp],\n                                aspOrTcsp: Option[AspOrTcsp],\n                                tcspAll: Option[TcspAll],\n                                tcspTrustCompFormationAgt: Option[TcspTrustCompFormationAgt],\n                                eabAll : Option[EabAll],\n                                eabResdEstAgncy : Option[EabResdEstAgncy],\n                                responsiblePersons: Option[Seq[ResponsiblePersons]],\n                                amp: Option[Amp],\n                                lettingAgents: Option[LettingAgents],\n                                extraFields: ExtraFields\n                              ) {\n\n  def setChangeIndicator(changeIndicators: ChangeIndicators): AmendVariationRequest = {\n    this.copy(changeIndicators = changeIndicators)\n  }\n\n  def setExtraFields(extraFields : ExtraFields): AmendVariationRequest = {\n    this.copy(extraFields = extraFields)\n  }\n\n  def setResponsiblePersons(responsiblePersons: Seq[ResponsiblePersons]) : AmendVariationRequest = {\n    this.copy(responsiblePersons = Some(responsiblePersons))\n  }\n\n  def setTradingPremises(tradingPremises: TradingPremises): AmendVariationRequest = {\n    this.copy(tradingPremises = tradingPremises)\n  }\n\n}\n\nobject AmendVariationRequest {\n\n  final type Outgoing = AmendVariationRequest\n  final type Incoming = fe.SubscriptionRequest\n\n  import play.api.libs.functional.syntax._\n  import play.api.libs.json.Reads._\n  import play.api.libs.json._\n\n  \/******************************************************************\n    * As the object is now > 22 fields we need to address the tupple 22\n    * problem. This is done by splitting the reads\/writes into two\n    * parts and merging them together.\n  * *****************************************************************\/\n\n  val readsOne: Reads[Tuple12[String,\n    ChangeIndicators,\n    String,\n    BusinessDetails,\n    BusinessContactDetails,\n    Option[PreviouslyRegisteredMLRView],\n    Option[VATRegistration],\n    Option[CorporationTaxRegisteredCbUbLlp],\n    BusinessActivities,\n    TradingPremises,\n    Option[BankDetailsView],\n    Option[MoneyServiceBusiness]]] =\n    (\n      (__ \\ \"acknowledgementReference\").read[String] and\n        (__ \\ \"changeIndicators\").read[ChangeIndicators] and\n        (__ \\ \"amlsMessageType\").read[String] and\n        (__ \\ \"businessDetails\").read[BusinessDetails] and\n        (__ \\ \"businessContactDetails\").read[BusinessContactDetails] and\n        (__ \\ \"businessReferencesAll\").readNullable[PreviouslyRegisteredMLRView] and\n        (__ \\ \"businessReferencesAllButSp\").readNullable[VATRegistration] and\n        (__ \\ \"businessReferencesCbUbLlp\").readNullable[CorporationTaxRegisteredCbUbLlp] and\n        (__ \\ \"businessActivities\").read[BusinessActivities] and\n        (__ \\ \"tradingPremises\").read[TradingPremises] and\n        (__ \\ \"bankAccountDetails\").readNullable[BankDetailsView] and\n        (__ \\ \"msb\").readNullable[MoneyServiceBusiness]\n      ).tupled\n\n  val readsTwo: Reads[Tuple11[Option[Hvd],\n    Option[Asp],\n    Option[AspOrTcsp],\n    Option[TcspAll],\n    Option[TcspTrustCompFormationAgt],\n    Option[EabAll],\n    Option[EabResdEstAgncy],\n    Option[Seq[ResponsiblePersons]],\n    Option[Amp],\n    Option[LettingAgents],\n    ExtraFields]] =\n    (\n      (__ \\ \"hvd\").readNullable[Hvd] and\n        (__ \\ \"asp\").readNullable[Asp] and\n        (__ \\ \"aspOrTcsp\").readNullable[AspOrTcsp] and\n        (__ \\ \"tcspAll\").readNullable[TcspAll] and\n        (__ \\ \"tcspTrustCompFormationAgt\").readNullable[TcspTrustCompFormationAgt] and\n        (__ \\ \"eabAll\").readNullable[EabAll] and\n        (__ \\ \"eabResdEstAgncy\").readNullable[EabResdEstAgncy] and\n        (__ \\ \"responsiblePersons\").readNullable[Seq[ResponsiblePersons]] and\n        (__ \\ \"amp\").readNullable[Amp] and\n        (__ \\ \"lettingAgents\").readNullable[LettingAgents] and\n        __.read[ExtraFields]\n      ).tupled\n\n  \/\/Combine reads\n  implicit val reads: Reads[AmendVariationRequest] = (readsOne and readsTwo) {\n    (first, second) =>\n      AmendVariationRequest(\n        first._1, first._2, first._3, first._4, first._5, first._6, first._7, first._8, first._9, first._10, first._11, first._12,\n        second._1, second._2, second._3, second._4, second._5, second._6, second._7, second._8, second._9, second._10, second._11)\n  }\n\n  val writesOne: OWrites[Tuple12[String,\n    ChangeIndicators,\n    String,\n    BusinessDetails,\n    BusinessContactDetails,\n    Option[PreviouslyRegisteredMLRView],\n    Option[VATRegistration],\n    Option[CorporationTaxRegisteredCbUbLlp],\n    BusinessActivities,\n    TradingPremises,\n    Option[BankDetailsView],\n    Option[MoneyServiceBusiness]]] =\n    (\n      (__ \\ \"acknowledgementReference\").write[String] and\n        (__ \\ \"changeIndicators\").write[ChangeIndicators] and\n        (__ \\ \"amlsMessageType\").write[String] and\n        (__ \\ \"businessDetails\").write[BusinessDetails] and\n        (__ \\ \"businessContactDetails\").write[BusinessContactDetails] and\n        (__ \\ \"businessReferencesAll\").write[Option[PreviouslyRegisteredMLRView]] and\n        (__ \\ \"businessReferencesAllButSp\").writeNullable[VATRegistration] and\n        (__ \\ \"businessReferencesCbUbLlp\").writeNullable[CorporationTaxRegisteredCbUbLlp] and\n        (__ \\ \"businessActivities\").write[BusinessActivities] and\n        (__ \\ \"tradingPremises\").write[TradingPremises] and\n        (__ \\ \"bankAccountDetails\").write[Option[BankDetailsView]] and\n        (__ \\ \"msb\").writeNullable[MoneyServiceBusiness]\n      ) (t => t)\n\n  val writesTwo: OWrites[Tuple11[Option[Hvd],\n    Option[Asp],\n    Option[AspOrTcsp],\n    Option[TcspAll],\n    Option[TcspTrustCompFormationAgt],\n    Option[EabAll],\n    Option[EabResdEstAgncy],\n    Option[Seq[ResponsiblePersons]],\n    Option[Amp],\n    Option[LettingAgents],\n    ExtraFields]] =\n    (\n      (__ \\ \"hvd\").writeNullable[Hvd] and\n        (__ \\ \"asp\").writeNullable[Asp] and\n        (__ \\ \"aspOrTcsp\").writeNullable[AspOrTcsp] and\n        (__ \\ \"tcspAll\").writeNullable[TcspAll] and\n        (__ \\ \"tcspTrustCompFormationAgt\").writeNullable[TcspTrustCompFormationAgt] and\n        (__ \\ \"eabAll\").writeNullable[EabAll] and\n        (__ \\ \"eabResdEstAgncy\").writeNullable[EabResdEstAgncy] and\n        (__ \\ \"responsiblePersons\").write[Option[Seq[ResponsiblePersons]]] and\n        (__ \\ \"amp\").writeNullable[Amp] and\n        (__ \\ \"lettingAgents\").writeNullable[LettingAgents] and\n        __.write[ExtraFields]\n      ) (t => t)\n\n  \/\/Combine the writes\n  implicit val writes: Writes[AmendVariationRequest] = Writes { (amendVariationRequest:AmendVariationRequest) =>\n    val fieldsOne = (\n      amendVariationRequest.acknowledgementReference,\n      amendVariationRequest.changeIndicators,\n      amendVariationRequest.amlsMessageType,\n      amendVariationRequest.businessDetails,\n      amendVariationRequest.businessContactDetails,\n      amendVariationRequest.businessReferencesAll,\n      amendVariationRequest.businessReferencesAllButSp,\n      amendVariationRequest.businessReferencesCbUbLlp,\n      amendVariationRequest.businessActivities,\n      amendVariationRequest.tradingPremises,\n      amendVariationRequest.bankAccountDetails,\n      amendVariationRequest.msb\n    )\n\n    val fieldsTwo = (\n      amendVariationRequest.hvd,\n      amendVariationRequest.asp,\n      amendVariationRequest.aspOrTcsp,\n      amendVariationRequest.tcspAll,\n      amendVariationRequest.tcspTrustCompFormationAgt,\n      amendVariationRequest.eabAll,\n      amendVariationRequest.eabResdEstAgncy,\n      amendVariationRequest.responsiblePersons,\n      amendVariationRequest.amp,\n      amendVariationRequest.lettingAgents,\n      amendVariationRequest.extraFields\n    )\n\n    val w1: JsObject = Json.toJsObject(fieldsOne)(writesOne)\n    val w2: JsObject = Json.toJsObject(fieldsTwo)(writesTwo)\n    w1.deepMerge(w2)\n  }\n\n  \/\/ scalastyle:off\n  implicit def convert(data: Incoming)(implicit\n                                       gen: AckRefGenerator,\n                                       conv: Incoming => BusinessActivities,\n                                       conv2: fe.eab.Eab => EabAll,\n                                       vatABConv: fe.businessdetails.BusinessDetails => Option[VATRegistration],\n                                       contactABConv: fe.businessdetails.BusinessDetails => BusinessContactDetails,\n                                       conv4: Seq[fe.bankdetails.BankDetails] => Option[BankDetailsView],\n                                       aspConv: Option[fe.asp.Asp] => Option[Asp],\n                                       tcspAllConv: fe.tcsp.Tcsp => TcspAll,\n                                       tcspTrustCompConv: fe.tcsp.Tcsp => TcspTrustCompFormationAgt,\n                                       responsiblePeopleConv: (Option[Seq[fe.responsiblepeople.ResponsiblePeople]], fe.businessmatching.BusinessMatching) => Option[Seq[ResponsiblePersons]],\n                                       msbConv: (Option[fe.moneyservicebusiness.MoneyServiceBusiness], fe.businessmatching.BusinessMatching, Boolean) => Option[MoneyServiceBusiness],\n                                       hvdConv: Option[fe.hvd.Hvd] => Option[Hvd],\n                                       ampConv: Option[fe.amp.Amp] => Option[Amp],\n                                       lettingAgentConv: Option[fe.eab.Eab] => Option[LettingAgents],\n                                       messageType: AmlsMessageType,\n                                       requestType: RequestType\n  ): Outgoing =\n    AmendVariationRequest(\n      acknowledgementReference = gen.ackRef,\n      changeIndicators = ChangeIndicators(false),\n      amlsMessageType = messageType,\n      businessDetails = data.businessMatchingSection,\n      businessContactDetails = data.businessDetailsSection,\n      businessReferencesAll = data.businessDetailsSection,\n      businessReferencesAllButSp = data.businessDetailsSection,\n      businessReferencesCbUbLlp = data.businessDetailsSection,\n      businessActivities = conv(data),\n      tradingPremises = data.tradingPremisesSection,\n      bankAccountDetails = data.bankDetailsSection,\n      msb = msbConv(data.msbSection, data.businessMatchingSection, true),\n      hvd = data.hvdSection,\n      asp = data.aspSection,\n      aspOrTcsp = AspOrTcsp.conv(data.supervisionSection),\n      tcspAll = data.tcspSection.map(tcspAllConv),\n      tcspTrustCompFormationAgt = if (data.tcspServicesOffered.isDefined && data.tcspServicesOffered.get.trustOrCompFormAgent) {\n        data.tcspSection.map(tcspTrustCompConv)\n      } else {\n        None\n      },\n      eabAll = data.eabSection.map(conv2),\n      eabResdEstAgncy = data.eabSection,\n      responsiblePersons = responsiblePeopleConv(data.responsiblePeopleSection, data.businessMatchingSection),\n      extraFields = data.aboutYouSection,\n      amp = data.ampSection,\n      lettingAgents = data.eabSection\n    )\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/BusinessActivitiesAllSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models._\nimport models.des.aboutthebusiness.Address\nimport models.des.businessactivities._\nimport models.fe.SubscriptionRequest\nimport models.fe.asp._\nimport models.fe.eab.{Eab, EabData}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\nclass BusinessActivitiesAllSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"All Business Activities\" should {\n    \"be serialisable from business activities\" in{\n\n      val activityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"100\"))))\n      val franchiseDetails = Some(FranchiseDetails(true, Some(Seq(\"Name1\",\"Name2\"))))\n      val noOfEmployees = Some(\"10\")\n      val noOfEmployeesForMlr = Some(\"5\")\n      val nonUkResidentCustDetails = NonUkResidentCustDetails(false)\n      val auditableRecordsDetails = AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true)))\n      val suspiciousActivityGuidance = true\n      val nationalCrimeAgencyRegistered = true\n      val formalRiskAssessmentDetails = Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true))))\n      val advisorNameAddress = AdvisorNameAddress(\"Name\", Some(\"TradingName\"), Address(\"Line1\", \"Line2\", Some(\"Line3\"), Some(\"Line4\"),\"GB\", None))\n      val mlrAdvisor = Some(MlrAdvisor(true, Some(MlrAdvisorDetails(Some(advisorNameAddress), true, None))))\n\n      val model = BusinessActivitiesAll(Some(\"2016-05-25\"),\n        None,\n        None,\n        activityDetails,\n        franchiseDetails,\n        noOfEmployees,\n        noOfEmployeesForMlr,\n        nonUkResidentCustDetails,\n        auditableRecordsDetails,\n        suspiciousActivityGuidance,\n        nationalCrimeAgencyRegistered,\n        formalRiskAssessmentDetails,\n        mlrAdvisor)\n\n      BusinessActivitiesAll.format.writes(model) must be(Json.obj(\n        \"busActivitiesChangeDate\" ->\"2016-05-25\",\n        \"businessActivityDetails\" -> Json.obj(\"actvtsBusRegForOnlyActvtsCarOut\" -> true,\n          \"respActvtsBusRegForOnlyActvtsCarOut\" -> Json.obj(\"mlrActivityTurnover\" -> \"100\")),\n        \"franchiseDetails\"->\n          Json.obj(\"isBusinessAFranchise\"->true,\n            \"franchiserName\"->Json.arr(\"Name1\",\"Name2\")),\n        \"noOfEmployees\"->\"10\",\n        \"noOfEmployeesForMlr\"->\"5\",\n        \"nonUkResidentCustDetails\"->Json.obj(\"nonUkResidentCustomers\"->false),\n        \"auditableRecordsDetails\"->Json.obj(\"detailedRecordsKept\"->\"Yes\",\n          \"transactionRecordingMethod\"->Json.obj(\"manual\"->true,\"spreadsheet\"->false,\"commercialPackage\"->false)),\n        \"suspiciousActivityGuidance\"->true,\n        \"nationalCrimeAgencyRegistered\"->true,\n        \"formalRiskAssessmentDetails\"->Json.obj(\"formalRiskAssessment\"->true,\n          \"riskAssessmentFormat\"->Json.obj(\"electronicFormat\"->true,\"manualFormat\"->false)),\n        \"mlrAdvisor\"->Json.obj(\"doYouHaveMlrAdvisor\"->true,\n          \"mlrAdvisorDetails\"->Json.obj(\n            \"advisorNameAddress\"->Json.obj(\"name\"->\"Name\",\n              \"tradingName\"->\"TradingName\",\n              \"address\"->Json.obj(\"addressLine1\"->\"Line1\",\"addressLine2\"->\"Line2\",\n                \"addressLine3\"->\"Line3\",\"addressLine4\"->\"Line4\",\"country\"->\"GB\")),\n            \"agentDealsWithHmrc\"->true))))\n    }\n\n\n    \"successfully return earliest date comparing with asp, eab and hvd dates\" in {\n\n      val aspServices = ServicesOfBusiness(Set(Accountancy, Auditing, FinancialOrTaxAdvice), Some(\"2000-11-11\"))\n\n      val aspSection = Some(Asp(Some(aspServices), None))\n\n      val eabModel = Some(\n        Eab(\n          EabData(\n            List(\"auctioneering\", \"businessTransfer\"),\n            Some(\"1999-11-11\"),\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"Details\"),\n            true,\n            Some(\"Details\")\n          )\n        )\n      )\n\n      val feModel = SubscriptionRequest(BusinessMatchingSection.model, eabModel, None, AboutTheBusinessSection.model, Seq.empty, AboutYouSection.model,\n        BusinessActivitiesSection.model, None, None, aspSection, None, Some(models.fe.hvd.Hvd(dateOfChange = Some(\"2001-01-01\"))), None, None)\n\n      BusinessActivitiesAll.getEarliestDate(\n        feModel.aspSection,\n        feModel.eabSection,\n        feModel.hvdSection,\n        feModel.businessMatchingSection\n      ) must be(Some(\"1999-11-11\"))\n\n    }\n\n    \"successfully return earliest date comparing with hvd and eab change of dates\" in {\n\n      val eabModel = Some(\n        Eab(\n          EabData(\n            List(\"auctioneering\", \"businessTransfer\"),\n            Some(\"1900-11-11\"),\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"Details\"),\n            true,\n            Some(\"Details\")\n          )\n        )\n      )\n\n      val feModel = SubscriptionRequest(BusinessMatchingSection.model, eabModel, None, AboutTheBusinessSection.model, Seq.empty, AboutYouSection.model,\n        BusinessActivitiesSection.model, None, None, None, None, Some(models.fe.hvd.Hvd(dateOfChange = Some(\"2001-01-01\"))), None, None)\n\n      BusinessActivitiesAll.getEarliestDate(\n        feModel.aspSection,\n        feModel.eabSection,\n        feModel.hvdSection,\n        feModel.businessMatchingSection\n      ) must be(Some(\"1900-11-11\"))\n\n    }\n\n    \"successfully return None when there is no change of dates\" in {\n\n      val eabModel = Some(\n        Eab(\n          EabData(\n            List(\"auctioneering\", \"businessTransfer\"),\n            None,\n            Some(\"propertyRedressScheme\"),\n            None,\n            true,\n            Some(\"Details\"),\n            true,\n            Some(\"Details\")\n          )\n        )\n      )\n\n      val feModel = SubscriptionRequest(BusinessMatchingSection.model, eabModel, None, AboutTheBusinessSection.model, Seq.empty, AboutYouSection.model,\n        BusinessActivitiesSection.model, None, None, None, None, None, None, None)\n\n      BusinessActivitiesAll.getEarliestDate(\n        feModel.aspSection,\n        feModel.eabSection,\n        feModel.hvdSection,\n        feModel.businessMatchingSection\n      ) must be(None)\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/SaRegistered.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.RegDetails\nimport play.api.libs.json._\n\nsealed trait SaRegistered\n\ncase class SaRegisteredYes(value: String) extends SaRegistered\n\ncase object SaRegisteredNo extends SaRegistered\n\nobject SaRegistered {\n\n  implicit val jsonReads: Reads[SaRegistered] =\n    (__ \\ \"saRegistered\").read[Boolean] flatMap {\n      case true => (__ \\ \"utrNumber\").read[String] map (SaRegisteredYes.apply _)\n      case false => Reads(_ => JsSuccess(SaRegisteredNo))\n    }\n\n  implicit val jsonWrites = Writes[SaRegistered] {\n    case SaRegisteredYes(value) => Json.obj(\n      \"saRegistered\" -> true,\n      \"utrNumber\" -> value\n    )\n    case SaRegisteredNo => Json.obj(\"saRegistered\" -> false)\n  }\n\n  implicit def conv(des: Option[RegDetails]): Option[SaRegistered] = {\n    Some(\n      des match {\n        case Some(RegDetails(_, _, true, Some(regNo))) => SaRegisteredYes(regNo)\n        case _ => SaRegisteredNo\n      }\n    )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/supervision\/AnotherBody.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.supervision.SupervisionDetails\nimport org.joda.time.LocalDate\nimport play.api.libs.json.{Json, Reads, Writes}\nimport play.api.libs.json.JodaWrites._\n\nsealed trait AnotherBody\n\ncase class AnotherBodyYes(supervisorName: String,\n                          startDate: LocalDate,\n                          endDate: LocalDate,\n                          endingReason: String) extends AnotherBody\n\ncase object AnotherBodyNo extends AnotherBody\n\nobject AnotherBody {\n\n  import utils.MappingUtils.Implicits._\n\n  implicit val jsonReads: Reads[AnotherBody] = {\n\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    import play.api.libs.json.JodaReads.DefaultJodaLocalDateReads\n\n    (__ \\ \"anotherBody\").read[Boolean] flatMap {\n      case true =>\n        (\n          (__ \\ \"supervisorName\").read[String] ~\n            (__ \\ \"startDate\" \\ \"supervisionStartDate\").read[LocalDate] ~\n            (__ \\ \"endDate\" \\ \"supervisionEndDate\").read[LocalDate] ~\n            (__ \\ \"endingReason\" \\ \"supervisionEndingReason\").read[String]) (AnotherBodyYes.apply _) map identity[AnotherBody]\n\n      case false => AnotherBodyNo\n    }\n  }\n\n  implicit val jsonWrites = Writes[AnotherBody] {\n    case a : AnotherBodyYes => Json.obj(\n      \"anotherBody\" -> true,\n      \"supervisorName\" -> a.supervisorName,\n      \"startDate\" -> Json.obj(\"supervisionStartDate\" -> a.startDate),\n      \"endDate\" -> Json.obj(\"supervisionEndDate\" -> a.endDate),\n      \"endingReason\" -> Json.obj(\"supervisionEndingReason\" -> a.endingReason)\n    )\n    case AnotherBodyNo => Json.obj(\"anotherBody\" -> false)\n  }\n\n  implicit def conv(supDtls: Option[SupervisionDetails] ): Option[AnotherBody] = {\n    supDtls match {\n      case Some(sup) => sup.supervisorDetails.fold[Option[AnotherBody]](Some(AnotherBodyNo))(x => Some(AnotherBodyYes(x.nameOfLastSupervisor,\n        LocalDate.parse(x.supervisionStartDate),\n        LocalDate.parse(x.supervisionEndDate),\n        x.supervisionEndingReason)))\n      case None => None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/RegistrationDetailsDesConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport config.ApplicationConfig\nimport javax.inject.Inject\nimport models.des.registrationdetails.RegistrationDetails\nimport play.api.http.Status.OK\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass RegistrationDetailsDesConnector @Inject()(private[connectors] val appConfig: ApplicationConfig,\n                                                private[connectors] val ac: AuditConnector,\n                                                private[connectors] val httpClient: HttpClient) extends DESConnector(appConfig, ac) {\n\n    def getRegistrationDetails(safeId: String)(\n      implicit\n      hc: HeaderCarrier,\n      ec: ExecutionContext,\n      apiRetryHelper: ApiRetryHelper\n    ): Future[RegistrationDetails] = {\n      apiRetryHelper.doWithBackoff(() => getRegistrationDetailsFunction(safeId))\n    }\n\n    private def getRegistrationDetailsFunction(safeId: String)(implicit hc: HeaderCarrier, ec: ExecutionContext): Future[RegistrationDetails] = {\n    val url = s\"${appConfig.desUrl}\/registration\/details?safeid=$safeId\"\n\n    httpClient.GET[HttpResponse](url, headers = desHeaders)(implicitly, hc, ec) map {\n      case response if response.status == OK => response.json.as[RegistrationDetails]\n      case response => throw new RuntimeException(s\"Call to get registration details failed with status ${response.status}\")\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tcsp\/Tcsp.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.SubscriptionView\n\ncase class Tcsp (tcspTypes: Option[TcspTypes] = None,\n                 onlyOffTheShelfCompsSold: Option[OnlyOffTheShelfCompsSold] = None,\n                 complexCorpStructureCreation: Option[ComplexCorpStructureCreation] = None,\n                 providedServices: Option[ProvidedServices] = None,\n                 doesServicesOfAnotherTCSP: Option[Boolean] = None,\n                 servicesOfAnotherTCSP: Option[ServicesOfAnotherTCSP] = None) {\n\n  def tcspTypes(trust: TcspTypes): Tcsp =\n    this.copy(tcspTypes = Some(trust))\n\n  def onlyOffTheShelfCompsSold(x: OnlyOffTheShelfCompsSold): Tcsp =\n    this.copy(onlyOffTheShelfCompsSold = Some(x))\n\n  def complexCorpStructureCreation(x: ComplexCorpStructureCreation): Tcsp =\n    this.copy(complexCorpStructureCreation = Some(x))\n\n  def providedServices(ps: ProvidedServices): Tcsp =\n    this.copy(providedServices = Some(ps))\n\n  def doesServicesOfAnotherTCSP(x: Boolean): Tcsp =\n    this.copy(doesServicesOfAnotherTCSP = Some(x))\n\n  def servicesOfAnotherTCSP(p: ServicesOfAnotherTCSP): Tcsp =\n    this.copy(servicesOfAnotherTCSP = Some(p))\n}\n\nobject Tcsp {\n\n  def convBool(tcsp: models.des.tcsp.TcspAll): Option[Boolean] = {\n    Some(tcsp.anotherTcspServiceProvider)\n  }\n  import play.api.libs.json._\n\n  val key = \"tcsp\"\n\n  implicit val formats = Json.format[Tcsp]\n\n  implicit def default(tcsp: Option[Tcsp]): Tcsp =\n    tcsp.getOrElse(Tcsp())\n\n  implicit def conv(view: SubscriptionView): Option[Tcsp] = {\n    (view.tcspAll, view.businessActivities.tcspServicesOffered) match {\n      case (Some(tcspAll), _) => Some(Tcsp(view, view, view, view.businessActivities, convBool(tcspAll), view))\n      case (None, Some(tcspServicesOffered)) => Some(Tcsp(view, view, view, view.businessActivities, None, view))\n      case (None, None) => None\n      case _ => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/repositories\/FeesRepository.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage repositories\n\nimport com.google.inject.{Inject, Provider, Singleton}\nimport models.Fees\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.Json\nimport play.modules.reactivemongo.ReactiveMongoComponent\nimport reactivemongo.api.DefaultDB\nimport reactivemongo.api.indexes.{Index, IndexType}\nimport reactivemongo.bson.{BSONDocument, BSONObjectID}\nimport reactivemongo.play.json.ImplicitBSONHandlers.JsObjectDocumentWriter\nimport uk.gov.hmrc.mongo.ReactiveRepository\nimport utils.MongoUtils._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\ntrait FeesRepository extends ReactiveRepository[Fees, BSONObjectID] {\n  def insert(feeResponse: Fees):Future[Boolean]\n  def findLatestByAmlsReference(amlsReferenceNumber: String): Future[Option[Fees]]\n}\n\n@Singleton\nclass FeesRepositoryProvider @Inject() (component: ReactiveMongoComponent) extends Provider[FeesRepository] with Logging {\n\n  override def get(): FeesRepository =\n    new FeesMongoRepository()(component.mongoConnector.db)\n}\n\nclass FeesMongoRepository()(implicit mongo: () => DefaultDB) extends ReactiveRepository[Fees, BSONObjectID](\"fees\", mongo, Fees.format)\n  with FeesRepository{\n\n  override def indexes: Seq[Index] = {\n    import reactivemongo.bson.DefaultBSONHandlers._\n\n    Seq(Index(Seq(\"createdAt\" -> IndexType.Ascending), name = Some(\"feeResponseExpiry\"),\n      options = BSONDocument(\"expireAfterSeconds\" -> 31536000)))\n  }\n\n  override def insert(feeResponse: Fees): Future[Boolean] = {\n    collection.insert(ordered = false).one(feeResponse) map { lastError =>\n      logger.debug(s\"[FeeResponseMongoRepository][insert] feeResponse: $feeResponse, result: ${lastError.ok}, errors: ${lastError.writeErrors.getMessages}\")\n      lastError.ok\n    }\n  }\n\n  override def findLatestByAmlsReference(amlsReferenceNumber: String): Future[Option[Fees]] = {\n    collection.find(Json.obj(\"amlsReferenceNumber\" -> amlsReferenceNumber), Option.empty).sort(Json.obj(\"createdAt\" -> -1)).one[Fees]\n  }\n}\n\n\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/RegistrationDetailsDesConnectorSpec.scala","text":"<filename>test\/connectors\/RegistrationDetailsDesConnectorSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.MockAudit\nimport models.des.registrationdetails.{Organisation, Partnership, RegistrationDetails}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfter\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.http.HttpResponse\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass RegistrationDetailsDesConnectorSpec extends AmlsBaseSpec with BeforeAndAfter {\n\n  trait Fixture {\n\n    val connector = new RegistrationDetailsDesConnector(mockAppConfig, mockAuditConnector, mockHttpClient) {\n      override private[connectors] val baseUrl = \"baseUrl\"\n      override private[connectors] val env = \"ist0\"\n      override private[connectors] val token = \"<PASSWORD>\"\n      override private[connectors] val audit = MockAudit\n      override private[connectors] val fullUrl = s\"$baseUrl\/$requestUrl\"\n    }\n  }\n\n  \"The RegistrationDetailsDesConnector\" must {\n    \"get the registration details\" in new Fixture {\n\n      val safeId = \"SAFEID\"\n      val details = RegistrationDetails(isAnIndividual = false, Organisation(\"Test organisation\", Some(false), Some(Partnership)))\n\n      when {\n        connector.httpClient.GET[HttpResponse](eqTo(s\"${mockAppConfig.desUrl}\/registration\/details?safeid=$safeId\"), any(), any())(any(), any(), any())\n      } thenReturn Future.successful(HttpResponse(status = OK, json = Json.toJson(details), headers = Map.empty))\n\n      whenReady (connector.getRegistrationDetails(safeId)) { _ mustBe details }\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/HvdGoodsSoldSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.des.businessactivities.{HowGoodsAreSold, HvdGoodsSold}\nimport models.fe.hvd._\nimport org.scalatestplus.play.PlaySpec\n\nclass HvdGoodsSoldSpec extends PlaySpec {\n\n  \"HvdGoodsSold\" should {\n\n    val DefaultProducts = Products(Set(Alcohol, Tobacco, Other(\"Details\")))\n    val DefaultExciseGoods = ExciseGoods(true)\n    val DefaultHowWillYouSellGoods = HowWillYouSellGoods(Seq(Retail, Wholesale, Auction))\n\n    val HvdModel = Hvd(cashPayment = None,\n      products = Some(DefaultProducts),\n      exciseGoods = Some(DefaultExciseGoods),\n      linkedCashPayment = None,\n      howWillYouSellGoods = Some(DefaultHowWillYouSellGoods)\n    )\n\n    \"successfully convert hvd frontend model to HvdGoodsSold\" in {\n\n      HvdGoodsSold.conv(Some(HvdModel)) must be(Some(HvdGoodsSold(true, true,false,false,\n        false,false,false,false,false,false,false,true, Some(\"Details\"), Some(HowGoodsAreSold(true,true,true)))))\n    }\n\n    \"successfully convert hvd frontend model to HvdGoodsSold when HowWillYouSellGoods id none\" in {\n      val DefaultProducts = Products(Set(OtherMotorVehicles, Caravans, ScrapMetals, MobilePhones, Clothing))\n      val DefaultExciseGoods = ExciseGoods(true)\n\n      val HvdModel = Hvd(cashPayment = None,\n        products = Some(DefaultProducts),\n        exciseGoods = Some(DefaultExciseGoods),\n        linkedCashPayment = None,\n        howWillYouSellGoods = None\n      )\n\n      HvdGoodsSold.conv(Some(HvdModel)) must be(Some(HvdGoodsSold(false,false,false,false,true,true,false,false,true,true,true,false,None,None)))\n    }\n\n    \"successfully convert the data model\" in {\n      HvdGoodsSold.conv(Some(Hvd())) must be(Some(HvdGoodsSold(false,false,false,false,false,false,false,false,false,false,false,false,None,None)))\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/bankdetails\/Account.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.bankdetails\n\nimport play.api.libs.json.{Reads, Writes, Json}\n\nsealed trait Account\n\nobject Account {\n  implicit val jsonReads: Reads[Account] = {\n    import play.api.libs.functional.syntax._\n    import play.api.libs.json._\n    (__ \\ \"doYouHaveUkBankAccount\").read[Boolean] flatMap {\n      case true => (\n        (__ \\ \"sortCode\").read[String] and\n        (__ \\ \"accountNumber\").read[String]\n\n        ) (ukAccount.apply _)\n\n      case false =>{\n          (__ \\ \"iban\").read[String] fmap  IBANNumber.apply\n           (__ \\ \"bankAccountNumber\").read[String] fmap  AccountNumber.apply\n        }\n    }\n  }\n\n  implicit val jsonWrites = Writes[Account] {\n    case m: ukAccount =>\n      Json.obj(\n        \"ukAccount\" -> Json.obj(\n        \"sortCode\" -> m.sortCode,\n        \"accountNumber\" -> m.accountNumber\n      ))\n    case acc: AccountNumber =>\n      Json.obj(\n        \"nonUkAccount\" -> Json.obj(\n          \"accountHasIban\" -> false,\n          \"accountNumber\" -> Json.obj(\"bankAccountNumber\" -> acc.accountNumber)\n      ))\n    case iban: IBANNumber =>\n      Json.obj(\n        \"nonUkAccount\" -> Json.obj(\n          \"accountHasIban\" -> true,\n          \"accountNumber\" -> Json.obj(\"iban\" -> iban.iban)\n      ))\n  }\n}\n\ncase class ukAccount(\n                      sortCode: String,\n                      accountNumber: String\n                    ) extends Account\n\nsealed trait nonUkAccount extends Account\n\ncase class AccountNumber(accountNumber: String) extends nonUkAccount\n\ncase class IBANNumber(iban: String) extends nonUkAccount\n"}
{"repo_name":"hmrc\/amls","path":"test\/controllers\/SubscriptionStatusControllerSpec.scala","text":"<filename>test\/controllers\/SubscriptionStatusControllerSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.SubscriptionStatusDESConnector\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport models.des\nimport org.joda.time.LocalDateTime\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport play.api.libs.json.Json\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport utils.{AmlsBaseSpec, AuthAction, IterateeHelpers, SuccessfulAuthAction}\n\nimport scala.concurrent.Future\n\nclass SubscriptionStatusControllerSpec extends AmlsBaseSpec with IterateeHelpers with AmlsReferenceNumberGenerator {\n\n  lazy val ssConn = new SubscriptionStatusDESConnector(mockAppConfig, mockAuditConnector, mockHttpClient, mockMetrics)\n  val authAction: AuthAction = SuccessfulAuthAction\n\n  lazy val Controller: SubscriptionStatusController = new SubscriptionStatusController(ssConn, authAction, mockCC) {\n    override val connector = mock[SubscriptionStatusDESConnector]\n  }\n\n  val request = FakeRequest()\n    .withHeaders(CONTENT_TYPE -> \"application\/json\")\n\n  \"SubscriptionStatusController\" must {\n\n    \"return a `BadRequest` response when the amls registration number is invalid\" in {\n\n      val result = Controller.get(\"test\", \"test\", \"test\")(request)\n      val failure = Json.obj(\"errors\" -> Seq(\"Invalid AMLS Registration Number\"))\n\n      status(result) must be(BAD_REQUEST)\n      contentAsJson(result) must be(failure)\n    }\n\n    \"return a valid response when the amls registration number is valid\" in {\n\n      val response = des.ReadStatusResponse(LocalDateTime.now(), \"Approved\",\n        None, None, None, None, false)\n\n      when {\n        Controller.connector.status(eqTo(amlsRegistrationNumber))(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      val result = Controller.get(\"test\", \"test\", amlsRegistrationNumber)(request)\n\n      status(result) must be(OK)\n      contentAsJson(result) must be(Json.toJson(response))\n    }\n\n    \"return an invalid response when the service fails\" in {\n      when {\n        Controller.connector.status(eqTo(amlsRegistrationNumber))(any(), any(), any(), any())\n      } thenReturn Future.failed(new HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"message\")))\n\n      whenReady (Controller.get(\"test\", \"test\", amlsRegistrationNumber)(request).failed) {\n        case HttpStatusException(status, body) =>\n          status mustEqual INTERNAL_SERVER_ERROR\n          body mustEqual Some(\"message\")\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tcsp\/TcspSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.{DesConstants, SubscriptionView}\nimport models.des.tcsp.{TcspTrustCompFormationAgt}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.Json\n\ntrait TcspValues {\n\n  object DefaultValues {\n\n    val DefaultProvidedServices = ProvidedServices(Set(PhonecallHandling, Other(\"other service\")))\n    val DefaultCompanyServiceProviders = TcspTypes(Set(NomineeShareholdersProvider,\n      TrusteeProvider,\n      CompanyDirectorEtc,\n      CompanyFormationAgent))\n    val DefaultDoServicesOfAnotherTCSP = true\n    val DefaultServicesOfAnotherTCSP = ServicesOfAnotherTCSPYes(\"12345678\")\n\n  }\n\n  object NewValues {\n\n    val NewProvidedServices = ProvidedServices(Set(EmailHandling))\n    val NewCompanyServiceProviders = TcspTypes(Set(NomineeShareholdersProvider,\n      CompanyFormationAgent))\n    val NewServicesOfAnotherTCSP = ServicesOfAnotherTCSPNo\n\n  }\n\n  val completeJson = Json.obj(\n    \"tcspTypes\" -> Json.obj(\n      \"serviceProviders\" -> Seq(\"01\", \"02\", \"04\", \"05\")\n    ),\n    \"onlyOffTheShelfCompsSold\" -> Json.obj(\n      \"onlyOffTheShelfCompsSold\" -> true\n    ),\n    \"complexCorpStructureCreation\" -> Json.obj(\n      \"complexCorpStructureCreation\" -> false\n    ),\n    \"providedServices\" -> Json.obj(\n      \"services\" -> Seq(\"01\", \"08\"),\n      \"details\" -> \"other service\"\n    ),\n    \"doesServicesOfAnotherTCSP\" -> true,\n    \"servicesOfAnotherTCSP\" -> Json.obj(\n      \"servicesOfAnotherTCSP\" -> true,\n      \"mlrRefNumber\" -> \"12345678\"\n    )\n  )\n\n  val completeModel = Tcsp(\n    Some(DefaultValues.DefaultCompanyServiceProviders),\n    Some(OnlyOffTheShelfCompsSoldYes),\n    Some(ComplexCorpStructureCreationNo),\n    Some(DefaultValues.DefaultProvidedServices),\n    Some(DefaultValues.DefaultDoServicesOfAnotherTCSP),\n    Some(DefaultValues.DefaultServicesOfAnotherTCSP)\n  )\n}\n\nclass TcspSpec extends PlaySpec with MockitoSugar with TcspValues {\n\n  \"Tcsp\" must {\n\n    \"have a default function that\" must {\n\n      \"correctly provides a default value when none is provided\" in {\n        Tcsp.default(None) must be(Tcsp())\n      }\n\n      \"correctly provides a default value when existing value is provided\" in {\n        Tcsp.default(Some(completeModel)) must be(completeModel)\n      }\n    }\n\n    \"Complete Model\" when {\n\n      \"correctly convert between json formats\" when {\n\n        \"Serialise as expected\" in {\n          Json.toJson(completeModel) must be(completeJson)\n        }\n\n        \"Deserialise as expected\" in {\n          completeJson.as[Tcsp] must be(completeModel)\n        }\n      }\n    }\n\n    \"None\" when {\n\n      val initial: Option[Tcsp] = None\n\n      \"Merged with Company Service Providers\" must {\n        \"return Tcsp with correct Company Service Providers\" in {\n          val result = initial.tcspTypes(NewValues.NewCompanyServiceProviders)\n          result must be(Tcsp(tcspTypes = Some(NewValues.NewCompanyServiceProviders)))\n        }\n      }\n\n      \"Merged with Provided Services\" must {\n        \"return Tcsp with correct Provided Services\" in {\n          val result = initial.providedServices(NewValues.NewProvidedServices)\n          result must be(Tcsp(providedServices = Some(NewValues.NewProvidedServices)))\n        }\n      }\n      \"Merged with services of another tcsp\" must {\n        \"return Tcsp with correct services of another tcsp\" in {\n          val result = initial.servicesOfAnotherTCSP(NewValues.NewServicesOfAnotherTCSP)\n          result must be(Tcsp(servicesOfAnotherTCSP = Some(NewValues.NewServicesOfAnotherTCSP)))\n        }\n      }\n    }\n\n\n    \"Tcsp:merge with completeModel\" when {\n\n      \"model is complete\" when {\n\n        \"Merged with Company Service Providers\" must {\n          \"return Tcsp with correct Company Service Providers\" in {\n            val result = completeModel.tcspTypes(NewValues.NewCompanyServiceProviders)\n            result.tcspTypes must be(Some(NewValues.NewCompanyServiceProviders))\n          }\n        }\n\n        \"Merged with Provided Services\" must {\n          \"return Tcsp with correct Provided Services\" in {\n            val result = completeModel.providedServices(NewValues.NewProvidedServices)\n            result.providedServices must be(Some(NewValues.NewProvidedServices))\n          }\n        }\n\n        \"Merged with services of another tcsp\" must {\n          \"return Tcsp with correct services of another tcsp\" in {\n            val result = completeModel.servicesOfAnotherTCSP(NewValues.NewServicesOfAnotherTCSP)\n            result.servicesOfAnotherTCSP must be(Some(NewValues.NewServicesOfAnotherTCSP))\n          }\n        }\n      }\n\n    }\n  }\n\n  \"converting the des subscription model must yield a frontend TCSP model\" in {\n    Tcsp.conv(DesConstants.SubscriptionViewModel) must\n      be(\n        Some(Tcsp(\n          Some(TcspTypes(Set(CompanyDirectorEtc, NomineeShareholdersProvider, TrusteeProvider, RegisteredOfficeEtc, CompanyFormationAgent))),\n          Some(OnlyOffTheShelfCompsSoldYes),\n          Some(ComplexCorpStructureCreationYes),\n          Some(ProvidedServices(Set(SelfCollectMailboxes, ConferenceRooms, PhonecallHandling, EmailHandling, Other(\"SpecifyOther\"), EmailServer))),\n          Some(true),\n          Some(ServicesOfAnotherTCSPYes(\"111111111111111\")))))\n  }\n\n  \"converting the des subscription model must yield a frontend TCSP model where empty mlr number\" in {\n    Tcsp.conv(DesConstants.SubscriptionViewModelNoTcspMLR) must\n      be(\n        Some(Tcsp(\n          Some(TcspTypes(Set(CompanyDirectorEtc, NomineeShareholdersProvider, TrusteeProvider, RegisteredOfficeEtc, CompanyFormationAgent))),\n          Some(OnlyOffTheShelfCompsSoldYes),\n          Some(ComplexCorpStructureCreationYes),\n          Some(ProvidedServices(Set(SelfCollectMailboxes, ConferenceRooms, PhonecallHandling, EmailHandling, Other(\"SpecifyOther\"), EmailServer))),\n          Some(true),\n          Some(ServicesOfAnotherTCSPNo))))\n  }\n\n  \"converting the des subscription where no tcsp must yield None\" in {\n    Tcsp.conv(DesConstants.SubscriptionViewModelNoTcsp) must\n      be(None)\n  }\n\n  \"converting the des subscription model must yield a frontend TCSP model (CompanyFormationAgent variation 1)\" in {\n    val testTcspTrustCompFormationAgt = TcspTrustCompFormationAgt(true, false)\n    val SubscriptionViewModel = SubscriptionView(\n      etmpFormBundleNumber = \"111111\",\n      DesConstants.testBusinessDetails,\n      DesConstants.testViewBusinessContactDetails,\n      DesConstants.testBusinessReferencesAll,\n      Some(DesConstants.testbusinessReferencesAllButSp),\n      Some(DesConstants.testBusinessReferencesCbUbLlp),\n      DesConstants.testBusinessActivities,\n      DesConstants.testTradingPremisesAPI5,\n      DesConstants.testBankDetails,\n      Some(DesConstants.testMsb),\n      Some(DesConstants.testHvd),\n      Some(DesConstants.testAsp),\n      Some(DesConstants.testAspOrTcsp),\n      Some(DesConstants.testTcspAll),\n      Some(testTcspTrustCompFormationAgt),\n      Some(DesConstants.testEabAll),\n      Some(DesConstants.testEabResdEstAgncy),\n      Some(DesConstants.testResponsiblePersons),\n      Some(DesConstants.testAmp),\n      None,\n      DesConstants.extraFields\n    )\n    Tcsp.conv(SubscriptionViewModel) must\n      be(\n        Some(Tcsp(\n          Some(TcspTypes(Set(CompanyDirectorEtc, NomineeShareholdersProvider, TrusteeProvider, RegisteredOfficeEtc, CompanyFormationAgent))),\n          Some(OnlyOffTheShelfCompsSoldYes),\n          Some(ComplexCorpStructureCreationNo),\n          Some(ProvidedServices(Set(SelfCollectMailboxes, ConferenceRooms, PhonecallHandling, EmailHandling, Other(\"SpecifyOther\"), EmailServer))),\n          Some(true),\n          Some(ServicesOfAnotherTCSPYes(\"111111111111111\")))))\n  }\n\n  \"converting the des subscription model must yield a frontend TCSP model (CompanyFormationAgent variation 2)\" in {\n    val testTcspTrustCompFormationAgt = TcspTrustCompFormationAgt(false, true)\n    val SubscriptionViewModel = SubscriptionView(\n      etmpFormBundleNumber = \"111111\",\n      DesConstants.testBusinessDetails,\n      DesConstants.testViewBusinessContactDetails,\n      DesConstants.testBusinessReferencesAll,\n      Some(DesConstants.testbusinessReferencesAllButSp),\n      Some(DesConstants.testBusinessReferencesCbUbLlp),\n      DesConstants.testBusinessActivities,\n      DesConstants.testTradingPremisesAPI5,\n      DesConstants.testBankDetails,\n      Some(DesConstants.testMsb),\n      Some(DesConstants.testHvd),\n      Some(DesConstants.testAsp),\n      Some(DesConstants.testAspOrTcsp),\n      Some(DesConstants.testTcspAll),\n      Some(testTcspTrustCompFormationAgt),\n      Some(DesConstants.testEabAll),\n      Some(DesConstants.testEabResdEstAgncy),\n      Some(DesConstants.testResponsiblePersons),\n      Some(DesConstants.testAmp),\n      None,\n      DesConstants.extraFields\n    )\n    Tcsp.conv(SubscriptionViewModel) must\n      be(\n        Some(Tcsp(\n          Some(TcspTypes(Set(CompanyDirectorEtc, NomineeShareholdersProvider, TrusteeProvider, RegisteredOfficeEtc, CompanyFormationAgent))),\n          Some(OnlyOffTheShelfCompsSoldNo),\n          Some(ComplexCorpStructureCreationYes),\n          Some(ProvidedServices(Set(SelfCollectMailboxes, ConferenceRooms, PhonecallHandling, EmailHandling, Other(\"SpecifyOther\"), EmailServer))),\n          Some(true),\n          Some(ServicesOfAnotherTCSPYes(\"111111111111111\")))))\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/SubscriptionResponseSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport models.{des, fe}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsNumber, JsObject, JsString}\n\nclass SubscriptionResponseSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"SubscriptionResponse\" must {\n    \"Serialise correctly with registration fee\" in {\n\n      val response = des.SubscriptionResponse(\n        etmpFormBundleNumber = \"111111\",\n        amlsRefNo = \"XAML00000567890\",\n        Some(150.00),\n        Some(100.0),\n        300.0,\n        550.0,\n        \"XA353523452345\",\n        responsiblePersonNotCharged = Some(1),\n        approvalCheckNumbers = Some(100),\n        approvalCheckFeeRate = Some(100.0),\n        approvalCheckFee = Some(100.0)\n      )\n\n      des.SubscriptionResponse.format.writes(response) must be(JsObject(Seq(\n        (\"etmpFormBundleNumber\", JsString(\"111111\")),\n        (\"amlsRefNo\", JsString(\"XAML00000567890\")),\n        (\"registrationFee\", JsNumber(150)),\n        (\"fpFee\", JsNumber(100)),\n        (\"premiseFee\", JsNumber(300)),\n        (\"totalFees\", JsNumber(550)),\n        (\"paymentReference\", JsString(\"XA353523452345\")),\n        (\"responsiblePersonNotCharged\", JsNumber(1)),\n        (\"approvalCheckNumbers\", JsNumber(100)),\n        (\"approvalCheckFeeRate\", JsNumber(100.0)),\n        (\"approvalCheckFee\", JsNumber(100.0)))))\n\n    }\n\n    \"Serialise correctly without registration fee\" in {\n\n      val response = des.SubscriptionResponse(\n        etmpFormBundleNumber = \"111111\",\n        amlsRefNo = \"XAML00000567890\",\n        None,\n        Some(100.0),\n        300.0,\n        550.0,\n        \"XA353523452345\",\n        responsiblePersonNotCharged = Some(1),\n        approvalCheckNumbers = Some(100),\n        approvalCheckFeeRate = Some(100.0),\n        approvalCheckFee = Some(100.0)\n      )\n\n      des.SubscriptionResponse.format.writes(response) must be(JsObject(Seq(\n        (\"etmpFormBundleNumber\", JsString(\"111111\")),\n        (\"amlsRefNo\", JsString(\"XAML00000567890\")),\n        (\"fpFee\", JsNumber(100)),\n        (\"premiseFee\", JsNumber(300)),\n        (\"totalFees\", JsNumber(550)),\n        (\"paymentReference\", JsString(\"XA353523452345\")),\n        (\"responsiblePersonNotCharged\", JsNumber(1)),\n        (\"approvalCheckNumbers\", JsNumber(100)),\n        (\"approvalCheckFeeRate\", JsNumber(100.0)),\n        (\"approvalCheckFee\", JsNumber(100.0)))))\n    }\n\n    \"provide correct number of fit and proper responsible people to be charged\" in {\n\n      val response = des.SubscriptionResponse(\n        etmpFormBundleNumber = \"111111\",\n        amlsRefNo = \"XAML00000567890\",\n        registrationFee = Some(150.00),\n        fpFee = Some(100.0),\n        premiseFee = 300.0,\n        totalFees = 550.0,\n        paymentReference = \"XA353523452345\",\n        fpNumbers = Some(5),\n        fpFeeRate = Some(40.0),\n        responsiblePersonNotCharged = Some(2),\n        approvalCheckNumbers = Some(0),\n        approvalCheckFeeRate = Some(100.0),\n        approvalCheckFee = Some(100.0)\n      )\n\n      val feResponse = fe.SubscriptionResponse.convert(response)\n\n      feResponse.addedResponsiblePeopleFitAndProper mustBe 5\n      feResponse.addedResponsiblePeopleApprovalCheck mustBe 0\n\n    }\n\n    \"provide correct number of responsible people who need to pay approval check\" in {\n\n      val response = des.SubscriptionResponse(\n        etmpFormBundleNumber = \"111111\",\n        amlsRefNo = \"XAML00000567890\",\n        registrationFee = Some(150.00),\n        fpFee = Some(100.0),\n        premiseFee = 300.0,\n        totalFees = 550.0,\n        paymentReference = \"XA353523452345\",\n        fpNumbers = Some(0),\n        fpFeeRate = Some(40.0),\n        responsiblePersonNotCharged = Some(2),\n        approvalCheckNumbers = Some(5),\n        approvalCheckFeeRate = Some(100.0),\n        approvalCheckFee = Some(100.0)\n      )\n\n      val feResponse = fe.SubscriptionResponse.convert(response)\n\n      feResponse.addedResponsiblePeopleApprovalCheck mustBe 5\n      feResponse.addedResponsiblePeopleFitAndProper mustBe 0\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/EnrolmentStoreConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.KnownFactsEvent\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\n\nimport javax.inject.Inject\nimport metrics.{EnrolmentStoreKnownFacts, Metrics}\nimport models.enrolment.{AmlsEnrolmentKey, KnownFacts}\nimport play.api.{Logger, Logging}\nimport play.api.http.Status.{INTERNAL_SERVER_ERROR, NO_CONTENT}\nimport play.api.libs.json.{Json, Writes}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport uk.gov.hmrc.play.audit.model.Audit\nimport utils._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass EnrolmentStoreConnector @Inject()(private[connectors] val httpClient: HttpClient,\n                                        private[connectors] val metrics: Metrics,\n                                        private[connectors] val mac: AuditConnector,\n                                        private[connectors] val config: ApplicationConfig) extends HttpResponseHelper with Logging {\n\n  def addKnownFacts(enrolmentKey: AmlsEnrolmentKey, knownFacts: KnownFacts)(implicit\n                                                                            headerCarrier: HeaderCarrier,\n                                                                            writes: Writes[KnownFacts]): Future[HttpResponse] = {\n    addKnownFactsFunction(enrolmentKey, knownFacts)\n  }\n\n  private def addKnownFactsFunction(enrolmentKey: AmlsEnrolmentKey, knownFacts: KnownFacts)(implicit\n                                                                            headerCarrier: HeaderCarrier,\n                                                                            writes: Writes[KnownFacts]): Future[HttpResponse] = {\n\n    val url = s\"${config.enrolmentStoreUrl}\/tax-enrolments\/enrolments\/${enrolmentKey.key}\"\n\n    val prefix = \"[EnrolmentStore][Enrolments]\"\n    val timer = metrics.timer(EnrolmentStoreKnownFacts)\n\n    val audit: Audit = new Audit(AuditHelper.appName, mac)\n\n    logger.debug(s\"$prefix - Request body: ${Json.toJson(knownFacts)}\")\n\n    httpClient.PUT(url, knownFacts) map { response =>\n      timer.stop()\n      logger.debug(s\"$prefix - Base Response: ${response.status}\")\n      logger.debug(s\"$prefix - Response body: ${response.body}\")\n      response\n    } flatMap {\n      case response @ status(NO_CONTENT) =>\n        metrics.success(EnrolmentStoreKnownFacts)\n        audit.sendDataEvent(KnownFactsEvent(knownFacts))\n        logger.debug(s\"$prefix - Success Response\")\n        logger.debug(s\"$prefix - Response body: ${Option(response.body) getOrElse \"\"}\")\n        Future.successful(response)\n      case response @ status(s) =>\n        metrics.failed(EnrolmentStoreKnownFacts)\n        logger.warn(s\"$prefix - Failure Response: $s\")\n        logger.warn(s\"$prefix - Response body: ${Option(response.body) getOrElse \"\"}\")\n        Future.failed(HttpStatusException(s, Option(response.body)))\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(EnrolmentStoreKnownFacts)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage)))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/utils\/ChangeIndicatorHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\nimport models.des.amp.Amp\nimport models.des.asp.Asp\nimport models.des.businessactivities.{AmpServices, BusinessActivities, MlrActivitiesAppliedFor}\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy, LettingAgents}\nimport models.des.hvd.Hvd\nimport models.des.msb.{MoneyServiceBusiness, MsbAllDetails}\nimport models.des.tcsp.{TcspAll, TcspTrustCompFormationAgt}\nimport models.des.{AmendVariationRequest, SubscriptionView}\nimport org.mockito.Mockito._\n\nclass ChangeIndicatorHelperSpec extends AmlsBaseSpec with ChangeIndicatorHelper {\n\n  \"ChangeIndicatorHelper\" must {\n    \"set change indicators correctly\" must {\n      val api5 = mock[SubscriptionView]\n      val api6 = mock[AmendVariationRequest]\n      val businessActivities = mock[BusinessActivities]\n\n      \/\/ MSB\n      \"msb\" when {\n        val msbSection = mock[MoneyServiceBusiness]\n\n        \"user does not have msb\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val noMsb = mlrActivities.copy(amp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(noMsb)\n\n          \"msb section has not changed\" must {\n            \"not set msb change indicator\" in {\n              when(api5.msb) thenReturn Some(msbSection)\n              when(api6.msb) thenReturn Some(msbSection)\n              msbChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"msb section has changed\" must {\n            val updatedMsbSection = msbSection.copy(msbAllDetails = Some(mock[MsbAllDetails]))\n\n            \"set msb change indicator\" in {\n              when(api6.msb) thenReturn Some(updatedMsbSection)\n              msbChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n        \"user has msb\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val hasMsb = mlrActivities.copy(msb = true)\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(hasMsb)\n\n          \"msb section has not changed\" must {\n            \"not set msb change indicator\" in {\n              when(api5.msb) thenReturn Some(msbSection)\n              when(api6.msb) thenReturn Some(msbSection)\n              msbChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"msb section has changed\" must {\n            val updatedMsbSection = msbSection.copy(msbAllDetails = Some(mock[MsbAllDetails]))\n\n            \"set msb change indicator\" in {\n              when(api6.msb) thenReturn Some(updatedMsbSection)\n              msbChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n      }\n\n      \/\/ HVD\n      \"hvd\" when {\n        val hvdSection = mock[Hvd]\n\n        \"user does not have hvd\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val noHvd = mlrActivities.copy(amp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(noHvd)\n\n          \"section has not changed\" must {\n            \"not set hvd change indicator\" in {\n              when(api5.hvd) thenReturn Some(hvdSection)\n              when(api6.hvd) thenReturn Some(hvdSection)\n              hvdChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"section has changed\" must {\n            val updatedHvdSection = hvdSection.copy(cashPaymentsAccptOvrThrshld = true)\n\n            \"set hvd change indicator\" in {\n              when(api6.hvd) thenReturn Some(updatedHvdSection)\n              hvdChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n        \"user has hvd\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val hasHvd = mlrActivities.copy(hvd = true)\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(hasHvd)\n\n          \"section has not changed\" must {\n            \"not set hvd change indicator\" in {\n              when(api5.hvd) thenReturn Some(hvdSection)\n              when(api6.hvd) thenReturn Some(hvdSection)\n              hvdChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"section has changed\" must {\n            val updatedHvdSection = hvdSection.copy(cashPaymentsAccptOvrThrshld = true)\n\n            \"set hvd change indicator\" in {\n              when(api6.hvd) thenReturn Some(updatedHvdSection)\n              hvdChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n      }\n\n      \/\/ AMP\n      \"amp\" when {\n        val ampSection = mock[Amp]\n        val ampServices = mock[AmpServices]\n\n        \"section has not changed\" must {\n          \"not set amp change indicator\" in {\n            val ampServices = mock[AmpServices]\n            val businessActivities = mock[BusinessActivities]\n\n            when(api5.amp) thenReturn Some(ampSection)\n            when(api6.amp) thenReturn Some(ampSection)\n\n            when(api5.businessActivities) thenReturn businessActivities\n            when(api6.businessActivities) thenReturn businessActivities\n\n            when(api5.businessActivities.ampServicesCarriedOut) thenReturn Some(ampServices)\n            when(api6.businessActivities.ampServicesCarriedOut) thenReturn Some(ampServices)\n\n            ampChangeIndicator(api5, api6) mustBe (false)\n          }\n        }\n\n        \"section has changed\" must {\n          \"set amp change indicator\" in {\n            val updatedAmpSection = ampSection.copy(sysAutoIdOfLinkedTransactions = true)\n            val ampServices = mock[AmpServices]\n            val businessActivities = mock[BusinessActivities]\n\n            when(api5.amp) thenReturn Some(ampSection)\n            when(api6.amp) thenReturn Some(updatedAmpSection)\n\n            when(api5.businessActivities) thenReturn businessActivities\n            when(api6.businessActivities) thenReturn businessActivities\n\n            when(api5.businessActivities.ampServicesCarriedOut) thenReturn Some(ampServices)\n            when(api6.businessActivities.ampServicesCarriedOut) thenReturn Some(ampServices)\n\n            ampChangeIndicator(api5, api6) mustBe (true)\n          }\n        }\n\n        \"section not changed amp services have changed\" must {\n          \"set amp change indicator\" in {\n            val updatedAmpServices = ampServices.copy(privateDealer = true)\n            val businessActivities = mock[BusinessActivities]\n            val updatedBusinessActivities = mock[BusinessActivities]\n\n            when(api5.amp) thenReturn Some(ampSection)\n            when(api6.amp) thenReturn Some(ampSection)\n\n            when(api5.businessActivities) thenReturn businessActivities\n            when(api6.businessActivities) thenReturn updatedBusinessActivities\n\n            when(businessActivities.ampServicesCarriedOut) thenReturn Some(ampServices)\n            when(updatedBusinessActivities.ampServicesCarriedOut) thenReturn Some(updatedAmpServices)\n\n            ampChangeIndicator(api5, api6) mustBe (false)\n          }\n        }\n      }\n\n      \/\/ ASP\n      \"asp\" when {\n        val aspSection = mock[Asp]\n\n        \"user does not have asp\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val noAsp = mlrActivities.copy(amp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(noAsp)\n\n          \"asp section has not changed\" must {\n            \"not set asp change indicator\" in {\n              when(api5.asp) thenReturn Some(aspSection)\n              when(api6.asp) thenReturn Some(aspSection)\n              aspChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"asp section has changed\" must {\n            val updatedAspSection = aspSection.copy(regHmrcAgtRegSchTax = true)\n\n            \"set asp change indicator\" in {\n              when(api6.asp) thenReturn Some(updatedAspSection)\n              msbChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n        \"user has asp\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val hasAsp = mlrActivities.copy(asp = true)\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(hasAsp)\n\n          \"asp section has not changed\" must {\n            \"not set asp change indicator\" in {\n              when(api5.asp) thenReturn Some(aspSection)\n              when(api6.asp) thenReturn Some(aspSection)\n              aspChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n          \"asp section has changed\" must {\n            val updatedAspSection = aspSection.copy(regHmrcAgtRegSchTax = true)\n\n            \"set asp change indicator\" in {\n              when(api6.asp) thenReturn Some(updatedAspSection)\n              msbChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n      }\n\n      \/\/ TCSP\n      \"tcsp\" when {\n        val tcspSection = mock[TcspAll]\n        val tcspTrustCompFormationAgt = mock[TcspTrustCompFormationAgt]\n        val fullTcspTrustCompFormationAgt = tcspTrustCompFormationAgt.copy(onlyOffTheShelfCompsSold = true,\n          complexCorpStructureCreation = true)\n\n        \"user does not have tcsp\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val noTcsp = mlrActivities.copy(amp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(noTcsp)\n          when(api5.tcspTrustCompFormationAgt) thenReturn Some(fullTcspTrustCompFormationAgt)\n          when(api6.tcspTrustCompFormationAgt) thenReturn Some(fullTcspTrustCompFormationAgt)\n\n          \"tcsp section has not changed\" must {\n            \"not set tcsp change indicator\" in {\n              when(api5.tcspAll) thenReturn Some(tcspSection)\n              when(api6.tcspAll) thenReturn Some(tcspSection)\n\n              tcspChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n\n          \"tcsp section has changed\" must {\n            val updatedTcspSection = tcspSection.copy(anotherTcspServiceProvider = true)\n\n            \"set tcsp change indicator\" in {\n              when(api5.tcspAll) thenReturn Some(tcspSection)\n              when(api6.tcspAll) thenReturn Some(updatedTcspSection)\n              tcspChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n\n          \"tcsp formation agent section has changed\" must {\n            val updatedTcspTrustCompFormationAgt = tcspTrustCompFormationAgt.copy(onlyOffTheShelfCompsSold = true)\n\n            \"set tcsp change indicator\" in {\n              when(api6.tcspTrustCompFormationAgt) thenReturn Some(updatedTcspTrustCompFormationAgt)\n              tcspChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n\n        \"user has tcsp\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val hasTcsp = mlrActivities.copy(tcsp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(hasTcsp)\n          when(api5.tcspTrustCompFormationAgt) thenReturn Some(fullTcspTrustCompFormationAgt)\n          when(api6.tcspTrustCompFormationAgt) thenReturn Some(fullTcspTrustCompFormationAgt)\n\n          \"tcsp section has not changed\" must {\n            \"not set tcsp change indicator\" in {\n              when(api5.tcspAll) thenReturn Some(tcspSection)\n              when(api6.tcspAll) thenReturn Some(tcspSection)\n              tcspChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n\n          \"tcsp section has changed\" must {\n            val updatedTcspSection = tcspSection.copy(anotherTcspServiceProvider = true)\n\n            \"set tcsp change indicator\" in {\n              when(api5.tcspAll) thenReturn Some(tcspSection)\n              when(api6.tcspAll) thenReturn Some(updatedTcspSection)\n              tcspChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n          \"tcsp formation agent section has changed\" must {\n            val updatedTcspTrustCompFormationAgt = tcspTrustCompFormationAgt.copy(onlyOffTheShelfCompsSold = true)\n\n            \"set tcsp change indicator\" in {\n              when(api6.tcspTrustCompFormationAgt) thenReturn Some(updatedTcspTrustCompFormationAgt)\n              tcspChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n      }\n\n      \/\/ EAB\n      \"eab\" when {\n        val eabSection = mock[EabAll]\n        val eabResdEstAgncy = mock[EabResdEstAgncy]\n        val eabLettingAgents = mock[LettingAgents]\n        val fullEabResdEstAgncy = eabResdEstAgncy.copy(regWithRedressScheme = true, whichRedressScheme = Some(\"foo\"))\n\n        \"user does not have eab\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val noEab = mlrActivities.copy(amp = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(noEab)\n          when(api5.eabResdEstAgncy) thenReturn Some(fullEabResdEstAgncy)\n          when(api6.eabResdEstAgncy) thenReturn Some(fullEabResdEstAgncy)\n\n          \"eab section has not changed\" must {\n            \"not set eab change indicator\" in {\n              when(api5.eabAll) thenReturn Some(eabSection)\n              when(api6.eabAll) thenReturn Some(eabSection)\n              eabChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n\n          \"section has changed\" must {\n            val updatedEabSection = eabSection.copy(estateAgencyActProhibition = true)\n\n            \"set tcsp change indicator\" in {\n              when(api5.eabAll) thenReturn Some(eabSection)\n              when(api6.eabAll) thenReturn Some(updatedEabSection)\n              eabChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n\n          \"eab residential estate agency section has changed\" must {\n            val updatedEabResdEstAgncy = eabResdEstAgncy.copy(regWithRedressScheme = true)\n\n            \"set tcsp change indicator\" in {\n              when(api6.eabResdEstAgncy) thenReturn Some(updatedEabResdEstAgncy)\n              eabChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n\n          \"eab letting agents section has changed\" must {\n            val updatedEabLettingAgent = eabLettingAgents.copy(clientMoneyProtection = Some(true))\n\n            \"set tcsp change indicator\" in {\n              when(api6.lettingAgents) thenReturn Some(updatedEabLettingAgent)\n              eabChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n\n        \"user has eab\" when {\n          val mlrActivities = mock[MlrActivitiesAppliedFor]\n          val hasEab = mlrActivities.copy(eab = true)\n\n          when(api5.businessActivities) thenReturn businessActivities\n          when(businessActivities.mlrActivitiesAppliedFor) thenReturn Some(hasEab)\n          when(api5.eabResdEstAgncy) thenReturn Some(fullEabResdEstAgncy)\n          when(api6.eabResdEstAgncy) thenReturn Some(fullEabResdEstAgncy)\n\n          \"section has not changed\" must {\n            \"not set eab change indicator\" in {\n              when(api5.eabAll) thenReturn Some(eabSection)\n              when(api6.eabAll) thenReturn Some(eabSection)\n              eabChangedIndicator(api5, api6) mustBe (false)\n            }\n          }\n\n          \"section has changed\" must {\n            val updatedEabSection = eabSection.copy(estateAgencyActProhibition = true)\n\n            \"set tcsp change indicator\" in {\n              when(api5.eabAll) thenReturn Some(eabSection)\n              when(api6.eabAll) thenReturn Some(updatedEabSection)\n              eabChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n\n          \"eab residential estate agency section has changed\" must {\n            val updatedEabResdEstAgncy = eabResdEstAgncy.copy(regWithRedressScheme = true)\n\n            \"set tcsp change indicator\" in {\n              when(api6.eabResdEstAgncy) thenReturn Some(updatedEabResdEstAgncy)\n              eabChangedIndicator(api5, api6) mustBe (true)\n            }\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/UKPassportSpec.scala","text":"<filename>test\/models\/fe\/responsiblepeople\/UKPassportSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass UKPassportSpec  extends PlaySpec with MockitoSugar {\n\n  \"UKPassport\" should {\n\n    \"validate JSON\" must {\n      \"given an enum value\" in {\n\n        Json.fromJson[UKPassport](Json.obj(\"ukPassport\" -> false)) must\n          be(JsSuccess(UKPassportNo))\n      }\n\n      \"given an `Yes` value\" in {\n\n        val json = Json.obj(\"ukPassport\" -> true, \"ukPassportNumber\" -> \"0123456789\")\n\n        Json.fromJson[UKPassport](json) must\n          be(JsSuccess(UKPassportYes(\"0123456789\"), JsPath \\ \"ukPassportNumber\"))\n      }\n\n    }\n\n    \"fail to validate when given an empty `Yes` value\" in {\n\n      val json = Json.obj(\"ukPassport\" -> true)\n\n      Json.fromJson[UKPassport](json) must\n        be(JsError((JsPath \\ \"ukPassportNumber\") -> JsonValidationError(\"error.path.missing\")))\n    }\n\n    \"write the correct value\" in {\n\n      Json.toJson(UKPassportNo: UKPassport) must\n        be(Json.obj(\"ukPassport\" -> false))\n\n      Json.toJson(UKPassportYes(\"0123456789\"): UKPassport) must\n        be(Json.obj(\n          \"ukPassport\" -> true,\n          \"ukPassportNumber\" -> \"0123456789\"\n        ))\n    }\n\n    val basicDesModel = ResponsiblePersons(\n      nameDetails = None,\n      nationalityDetails = Some(\n        NationalityDetails(\n          areYouUkResident = false,\n          idDetails = Some(IdDetail(\n            nonUkResident = Some(\n              NonUkResident(\n                dateOfBirth = Some(\"\"),\n                passportHeld = true,\n                passportDetails = Some(\n                  PassportDetail(ukPassport = true, PassportNum(Some(\"87654321\")))\n                )\n              ))\n          )),\n          countryOfBirth = None,\n          nationality = None\n        )\n      ),\n      contactCommDetails = None,\n      currentAddressDetails = None,\n      timeAtCurrentAddress = None,\n      addressUnderThreeYears = None,\n      timeAtAddressUnderThreeYears = None,\n      addressUnderOneYear = None,\n      timeAtAddressUnderOneYear = None,\n      positionInBusiness = None,\n      regDetails = None,\n      previousExperience = false,\n      descOfPrevExperience = None,\n      amlAndCounterTerrFinTraining = false,\n      trainingDetails = None,\n      startDate = None,\n      dateChangeFlag = None,\n      msbOrTcsp = None,\n      extra = RPExtra()\n    )\n\n    \"convert from ResponsiblePersons to UKPassport- when field passportDetails is Some with passport number Some\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = true,\n                  passportDetails = Some(\n                    PassportDetail(ukPassport = true, PassportNum(Some(\"87654321\")))\n                  )\n                ))\n            )),\n            countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      UKPassport.conv(desModel) must be(Some(UKPassportYes(\"87654321\")))\n    }\n\n    \"convert from ResponsiblePersons to UKPassport- when field passportDetails is Some with passport number None\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = true,\n                  passportDetails = Some(\n                    PassportDetail(ukPassport = true, PassportNum(None))\n                  )\n                ))\n            )), countryOfBirth = None, nationality = None\n          )\n        )\n      )\n\n      UKPassport.conv(desModel) must be(Some(UKPassportNo))\n    }\n\n    \"convert from ResponsiblePersons to UKPassport- when field passportDetails None\" in {\n      val desModel = basicDesModel.copy(\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = false,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = false,\n                  passportDetails = None\n                ))\n            )), countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      UKPassport.conv(desModel) must be(Some(UKPassportNo))\n    }\n\n    \"convert from ResponsiblePersons to UKPassport- when uk resident\" in {\n      val desModel = basicDesModel.copy(\n        nameDetails = None,\n        nationalityDetails = Some(\n          NationalityDetails(\n            areYouUkResident = true,\n            idDetails = Some(IdDetail(\n              nonUkResident = Some(\n                NonUkResident(\n                  dateOfBirth = Some(\"\"),\n                  passportHeld = false,\n                  passportDetails = None\n                ))\n            )), countryOfBirth = None,\n            nationality = None\n          )\n        )\n      )\n\n      UKPassport.conv(desModel) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/HowGoodsAreSold.scala","text":"<filename>app\/models\/des\/businessactivities\/HowGoodsAreSold.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport models.fe.hvd.{HowWillYouSellGoods, Auction, Wholesale, Retail}\nimport play.api.libs.json.Json\n\ncase class HowGoodsAreSold(retail: Boolean,\n                           wholesale: Boolean,\n                           auction: Boolean)\n\nobject HowGoodsAreSold {\n  implicit val format = Json.format[HowGoodsAreSold]\n\n  implicit def conv(model: Option[HowWillYouSellGoods]): Option[HowGoodsAreSold] = {\n    model match {\n      case Some(data) => data\n      case None => None\n    }\n  }\n\n  implicit def conv1(model: HowWillYouSellGoods): Option[HowGoodsAreSold] = {\n    val howWillYouSellGoods = model.salesChannels.foldLeft(HowGoodsAreSold(false, false, false)) {\n      (result, channel) =>\n        channel match {\n          case Retail => result.copy(retail = true)\n          case Wholesale => result.copy(wholesale = true)\n          case Auction => result.copy(auction = true)\n        }\n    }\n    Some(howWillYouSellGoods)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/utils\/TradingPremisesUpdateHelperSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport models.des.tradingpremises._\nimport models.des.{DesConstants, StringOrInt}\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass TradingPremisesUpdateHelperSpec extends PlaySpec with MockitoSugar with ScalaFutures with IntegrationPatience with GuiceOneAppPerSuite {\n\n  val testTradingPremisesUpdatedHelper = new TradingPremisesUpdateHelper {}\n\n  \"TradingPremisesUpdateHelperSpec\" must {\n\n    \"successfully update own business start date changed flag when start date is amended\" in {\n      val viewModel = DesConstants.SubscriptionViewModelAPI5\n\n      val data = OwnBusinessPremisesDetails(\n        Some(\"OwnBusinessTradingName\"),\n        Address(\"OwnBusinessAddressLine1\",\n          \"OwnBusinessAddressLine2\",\n          Some(\"OwnBusinessAddressLine3\"),\n          Some(\"OwnBusinessAddressLine4\"),\n          \"GB\",\n          Some(\"YY1 1YY\")),\n        false,\n        Msb(false, false, false, false, false),\n        Hvd(false),\n        Asp(false),\n        Tcsp(true),\n        Eab(true),\n        Bpsp(true),\n        Tditpsp(false),\n        Amp(false),\n        \"2001-05-01\",\n        None,\n        Some(StringOrInt(444444)),\n        Some(StatusConstants.Unchanged),\n        None,\n        None,\n        None\n      )\n\n      val expectedData = data.copy(dateChangeFlag = Some(true), status = Some(StatusConstants.Updated))\n\n      val modelWithchangedStartDate = DesConstants.updateAmendVariationCompleteRequest1.copy(\n        tradingPremises = DesConstants.testAmendTradingPremisesAPI6.copy(\n          ownBusinessPremises = Some(OwnBusinessPremises(true, Some(Seq(data))))))\n\n      val result = testTradingPremisesUpdatedHelper.updateWithTradingPremises(modelWithchangedStartDate, viewModel)\n\n\n      result.tradingPremises.ownBusinessPremises must be(Some(OwnBusinessPremises(true, Some(Seq(expectedData)))))\n\n    }\n\n    \"update when a user has deleted a record, added a new record, modified one record and not changed one record of trading premises\" in {\n      val viewModel = DesConstants.SubscriptionViewStatusTP\n\n      val testRequest = DesConstants.amendStatusAmendVariationTP.copy(\n        businessActivities = DesConstants.testBusinessActivitiesWithDateChangeFlag.copy(\n          all = Some(DesConstants.testBusinessActivitiesAllWithDateChangeFlag.copy(\n            dateChangeFlag = Some(false)\n          ))\n        ),\n        aspOrTcsp = Some(DesConstants.testAspOrTcsp.copy(\n          supervisionDetails = Some(DesConstants.testSupervisionDetails.copy(\n            supervisorDetails = Some(DesConstants.testSupervisorDetails.copy(\n              dateChangeFlag = Some(false)\n            ))\n          ))\n        )),\n        tradingPremises = DesConstants.amendStatusTradingPremisesAPI6.copy(\n          DesConstants.amendStatusOwnBusinessPremisesR7\n        )\n      )\n\n      val result = testTradingPremisesUpdatedHelper.updateWithTradingPremises(\n        DesConstants.amendStatusDesVariationRequestTP,\n        viewModel\n      )\n\n      result.tradingPremises must be(testRequest.tradingPremises)\n    }\n\n    \"return request with an own premises added\" in {\n\n      val viewModel = DesConstants.SubscriptionViewModelAPI5\n\n      val data = OwnBusinessPremisesDetails(\n        Some(\"OwnBusinessTradingName\"),\n        Address(\"OwnBusinessAddressLine1\",\n          \"OwnBusinessAddressLine2\",\n          Some(\"OwnBusinessAddressLine3\"),\n          Some(\"OwnBusinessAddressLine4\"),\n          \"GB\",\n          Some(\"YY1 1YY\")),\n        false,\n        Msb(false, false, false, false, false),\n        Hvd(false),\n        Asp(false),\n        Tcsp(true),\n        Eab(true),\n        Bpsp(true),\n        Tditpsp(false),\n        Amp(false),\n        \"2001-05-01\",\n        None,\n        None,\n        Some(StatusConstants.Unchanged),\n        None,\n        Some(false),\n        None\n      )\n\n      val expectedData = data.copy(status = Some(StatusConstants.Added))\n\n      val modelWithchangedStartDate = DesConstants.updateAmendVariationCompleteRequest1.copy(\n        tradingPremises = DesConstants.testAmendTradingPremisesAPI6.copy(\n          ownBusinessPremises = Some(OwnBusinessPremises(true, Some(Seq(data))))))\n\n      val result = testTradingPremisesUpdatedHelper.updateWithTradingPremises(modelWithchangedStartDate, viewModel)\n\n\n      result.tradingPremises.ownBusinessPremises must be(Some(OwnBusinessPremises(true, Some(Seq(expectedData)))))\n\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/moneyservicebusiness\/WhichCurrencies.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{CurrencyWholesalerDetails, MSBBankDetails, MsbCeDetailsR7}\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json._\n\ncase class WhichCurrencies(currencies: Seq[String],\n                           usesForeignCurrencies: Option[Boolean],\n                           bankMoneySource: Option[BankMoneySource],\n                           wholesalerMoneySource: Option[WholesalerMoneySource],\n                           customerMoneySource: Boolean)\n\nobject WhichCurrencies {\n\n  implicit val jsonReads: Reads[WhichCurrencies] = {\n    (\n      (__ \\ \"currencies\").read[Seq[String]] and\n        (__ \\ \"usesForeignCurrencies\" \\ \"foreignCurrencies\").readNullable[Boolean] and\n        BankMoneySource.jsonReads and\n        __.read(WholesalerMoneySource.jsonReads) and\n        (__ \\ \"moneySources\" \\ 'customerMoneySource).readNullable[String].orElse(Reads.pure(None)).flatMap {\n          case Some(\"Yes\") => Reads(_ => JsSuccess(true))\n          case _ => Reads(_ => JsSuccess(false))\n        }\n      ) (WhichCurrencies.apply _)\n  }\n\n  implicit val jsonWrites1: Writes[WhichCurrencies] = Writes[WhichCurrencies] { w =>\n\n    val customerMoneySource = w.customerMoneySource match {\n      case true => Json.obj(\"customerMoneySource\" -> \"Yes\")\n      case false => Json.obj()\n    }\n\n    val moneySources = BankMoneySource.jsonWrites.writes(w.bankMoneySource).as[JsObject] ++\n      WholesalerMoneySource.jsonWrites.writes(w.wholesalerMoneySource).as[JsObject] ++\n      customerMoneySource\n\n    Json.obj(\"currencies\" -> w.currencies) ++\n      Json.obj(\"usesForeignCurrencies\" -> Json.obj(\"foreignCurrencies\" -> w.usesForeignCurrencies)) ++\n      Json.obj(\"moneySources\" -> moneySources)\n  }\n\n  implicit def convMsbCe(msbCe: Option[MsbCeDetailsR7]): Option[WhichCurrencies] = {\n    msbCe match {\n      case Some(msbDtls) =>\n\n        val foreignCurrencyDefault: Option[Boolean] =\n          msbDtls.currencySources match {\n            case Some(cs) => {\n              cs.bankDetails.isDefined ||\n                cs.currencyWholesalerDetails.isDefined ||\n                cs.reSellCurrTakenIn match {\n                case true => Some(true)\n                case _ => Some(false)\n              }\n            }\n            case None => None\n          }\n\n        msbDtls.currencySources match {\n          case Some(cs) => Some(WhichCurrencies(\n            msbDtls.currSupplyToCust.fold[Seq[String]](Seq.empty)(x => x.currency),\n            msbDtls.dealInPhysCurrencies.fold(foreignCurrencyDefault)(Some(_)),\n            cs.bankDetails,\n            cs.currencyWholesalerDetails,\n            cs.reSellCurrTakenIn))\n          case None => Some(WhichCurrencies(msbDtls.currSupplyToCust.fold[Seq[String]](Seq.empty)(x => x.currency),\n            msbDtls.dealInPhysCurrencies.fold(foreignCurrencyDefault)(Some(_)),\n            None, None, false))\n        }\n\n      case None => None\n    }\n  }\n\n  implicit def convMSBBankDetails(bankDtls: Option[MSBBankDetails]): Option[BankMoneySource] = {\n    bankDtls match {\n      case Some(dtls) => dtls.bankNames match {\n        case Some(sourceSeq) => sourceSeq.headOption.fold[Option[BankMoneySource]](None)(x => Some(BankMoneySource(x)))\n        case _ => None\n      }\n      case None => None\n    }\n  }\n\n  implicit def convWholesalerDetails(details: Option[CurrencyWholesalerDetails]): Option[WholesalerMoneySource] = {\n    details match {\n      case Some(dtls) => dtls.currencyWholesalersNames match {\n        case Some(currencySeq) => currencySeq.headOption.fold[Option[WholesalerMoneySource]](None)(x => Some(WholesalerMoneySource(x)))\n        case _ => None\n      }\n      case None => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/connectors\/DeregisterSubscriptionConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.DeregisterSubscriptionEvent\nimport config.ApplicationConfig\nimport exceptions.HttpStatusException\nimport javax.inject.{Inject, Singleton}\nimport metrics.{API10, Metrics}\nimport models.des\nimport models.des.{DeregisterSubscriptionRequest, DeregisterSubscriptionResponse}\nimport play.api.Logger\nimport play.api.http.Status.{INTERNAL_SERVER_ERROR, OK}\nimport play.api.libs.json.{JsSuccess, Json, Writes}\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, HttpReads, HttpResponse}\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\n@Singleton\nclass DeregisterSubscriptionConnector @Inject()(private[connectors] val appConfig: ApplicationConfig,\n                                                private[connectors] val ac: AuditConnector,\n                                                private[connectors] val httpClient: HttpClient,\n                                                private[connectors] val metrics: Metrics) extends DESConnector(appConfig, ac) {\n\n  def deregistration(amlsRegistrationNumber: String, data: DeregisterSubscriptionRequest) (\n    implicit ec: ExecutionContext,\n    wr1: Writes[DeregisterSubscriptionRequest],\n    wr2: Writes[DeregisterSubscriptionResponse],\n    hc: HeaderCarrier,\n    apiRetryHelper: ApiRetryHelper\n  ): Future[DeregisterSubscriptionResponse] = {\n    apiRetryHelper.doWithBackoff(() => deregistrationFunction(amlsRegistrationNumber, data))\n  }\n\n  private def deregistrationFunction(amlsRegistrationNumber: String, data: DeregisterSubscriptionRequest)(implicit ec: ExecutionContext,\n                                                                                          wr1: Writes[DeregisterSubscriptionRequest],\n                                                                                          wr2: Writes[DeregisterSubscriptionResponse],\n                                                                                          hc: HeaderCarrier\n  ): Future[DeregisterSubscriptionResponse] = {\n    val prefix = \"[DESConnector][deregistration]\"\n    val bodyParser = JsonParsed[DeregisterSubscriptionResponse]\n    val timer = metrics.timer(API10)\n    logger.debug(s\"$prefix - Request body: ${Json.toJson(data)}\")\n\n    val url = s\"$fullUrl\/$amlsRegistrationNumber\/deregistration\"\n    httpClient.POST[des.DeregisterSubscriptionRequest, HttpResponse](url, data, headers = desHeaders)(wr1,implicitly[HttpReads[HttpResponse]],hc, ec) map {\n      response =>\n        timer.stop()\n        logger.debug(s\"$prefix - Base Response: ${response.status}\")\n        logger.debug(s\"$prefix - Response Body: ${response.body}\")\n        response\n    } flatMap {\n      case r@status(OK) & bodyParser(JsSuccess(body: DeregisterSubscriptionResponse, _)) =>\n        metrics.success(API10)\n        audit.sendDataEvent(DeregisterSubscriptionEvent(amlsRegistrationNumber, data, body))\n        logger.debug(s\"$prefix - Success response\")\n        logger.debug(s\"$prefix - Response body: ${Json.toJson(body)}\")\n        logger.debug(s\"$prefix - CorrelationId: ${r.header(\"CorrelationId\") getOrElse \"\"}\")\n        Future.successful(body)\n      case r@status(s) =>\n        metrics.failed(API10)\n        logger.warn(s\"$prefix - Failure response: $s\")\n        logger.warn(s\"$prefix - CorrelationId: ${r.header(\"CorrelationId\") getOrElse \"\"}\")\n        Future.failed(HttpStatusException(s, Option(r.body)))\n    } recoverWith {\n      case e: HttpStatusException =>\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(e)\n      case e =>\n        timer.stop()\n        metrics.failed(API10)\n        logger.warn(s\"$prefix - Failure: Exception\", e)\n        Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, Some(e.getMessage)))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/moneyservicebusiness\/MostTransactionsSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{CountriesList, IpspServicesDetails, MsbMtDetails}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\n\nclass MostTransactionsSpec extends PlaySpec {\n\n  \"MostTransactions\" must {\n\n    \"roundtrip through json\" in {\n\n      val model: MostTransactions = MostTransactions(Seq(\"GB\"))\n\n      Json.fromJson[MostTransactions](Json.toJson(model)) mustEqual JsSuccess(model)\n    }\n  }\n\n  \"MostTransaction conversion\" when {\n    \"There are countries in the list\" must {\n      \"return a Correct model\" in {\n        MostTransactions.convMsbMt(Some(\n          MsbMtDetails(\n            applyForFcapsrRegNo = false,\n            fcapsrRefNo = None,\n            ipspServicesDetails = IpspServicesDetails(false, None),\n            informalFundsTransferSystem = false,\n            noOfMoneyTrnsfrTransNxt12Mnths = None,\n            countriesLrgstMoneyAmtSentTo = None,\n            countriesLrgstTranscsSentTo = Some(CountriesList(Seq(\"Country1\", \"Country2\", \"Country3\"))\n            )\n          )\n        )) must be (Some(MostTransactions(Seq(\"Country1\", \"Country2\", \"Country3\"))))\n      }\n    }\n\n    \"The countries list is empty\" must {\n      \"return a None\" in {\n        MostTransactions.convMsbMt(Some(\n          MsbMtDetails(\n            applyForFcapsrRegNo = false,\n            fcapsrRefNo = None,\n            ipspServicesDetails = IpspServicesDetails(false, None),\n            informalFundsTransferSystem = false,\n            noOfMoneyTrnsfrTransNxt12Mnths = None,\n            countriesLrgstMoneyAmtSentTo = None,\n            countriesLrgstTranscsSentTo = Some(CountriesList(Seq.empty[String])\n            )\n          )\n        )) must be (None)\n      }\n    }\n\n    \"There is no list of countries\" must {\n        \"return a None\" in {\n          MostTransactions.convMsbMt(Some(\n            MsbMtDetails(\n              applyForFcapsrRegNo = false,\n              fcapsrRefNo = None,\n              ipspServicesDetails = IpspServicesDetails(false, None),\n              informalFundsTransferSystem = false,\n              noOfMoneyTrnsfrTransNxt12Mnths = None,\n              countriesLrgstMoneyAmtSentTo = None,\n              countriesLrgstTranscsSentTo = None\n            )\n          )) must be (None)\n        }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/des\/businessactivities\/FranchiseDetails.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessactivities\n\nimport play.api.libs.json.Json\nimport models.fe.businessactivities._\n\ncase class FranchiseDetails(isBusinessAFranchise: Boolean,\n                            franchiserName: Option[Seq[String]])\n\nobject FranchiseDetails{\n  implicit val format = Json.format[FranchiseDetails]\n\n  implicit def convert(franchise:Option[BusinessFranchise]): Option[FranchiseDetails] = {\n    franchise match{\n      case Some(BusinessFranchiseNo) => Some(FranchiseDetails(false, None))\n      case Some(BusinessFranchiseYes(x)) => Some(FranchiseDetails(true, Some(Seq(x))))\n      case None => None\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/moneyservicebusiness\/BranchesOrAgentsSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{CountriesList, MsbAllDetails}\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json._\n\nclass BranchesOrAgentsSpec extends PlaySpec {\n\n  \"MsbServices\" must {\n\n    \"round trip through Json correctly\" in {\n\n      val model: BranchesOrAgents = BranchesOrAgents(true, Some(Seq(\"GB\")))\n\n      Json.fromJson[BranchesOrAgents](Json.toJson(model)) mustBe JsSuccess(model)\n    }\n\n    \"convMsbAll: return none when is input is none\" in {\n      BranchesOrAgents.convMsbAll(None) must be(None)\n    }\n\n    \"convMsbAll: return Branches or agents with no countries when countriesList is empty\" in {\n\n      val data = Some(MsbAllDetails(\n        Some(\"999999\"),\n        true,\n        Some(CountriesList(List.empty)),\n        true)\n      )\n      BranchesOrAgents.convMsbAll(data) must be(Some(BranchesOrAgents(true, Some(Seq.empty[String]))))\n    }\n\n    \"convMsbAll: return Branches or agents with no countries when countriesList is missing\" in {\n\n      val data = Some(MsbAllDetails(\n        Some(\"999999\"),\n        true,\n        None,\n        true)\n      )\n      BranchesOrAgents.convMsbAll(data) must be(Some(BranchesOrAgents(false, None)))\n    }\n }\n\n  \"Branches or agents Json Serialisation\" when {\n    \"BranchesOrAgents form writes\" when {\n      \"there is no list of countries\" must {\n        \"set hasCountries to false\" in {\n          BranchesOrAgents.format.writes(BranchesOrAgents(false, None)) must be(Json.obj(\n            \"hasCountries\" -> false\n          ))\n        }\n      }\n\n      \"the list of countries is empty\" must {\n        \"set hasCountries to false\" in {\n          BranchesOrAgents.format.writes(BranchesOrAgents(false, None)) must be(Json.obj(\n            \"hasCountries\" -> false\n          ))\n        }\n      }\n\n      \"the list of countries has entries\" must {\n        \"set hasCountries to true and populate the countries list\" in {\n          BranchesOrAgents.format.writes(BranchesOrAgents(true, Some(Seq(\"TC1\", \"TC2\")))) must be(Json.obj(\n            \"hasCountries\" -> true,\n            \"countries\" -> Seq(\"TC1\", \"TC2\")\n          ))\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/hvd\/Hvd.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.hvd\n\nimport models.des.SubscriptionView\nimport play.api.libs.json.Json\n\n\ncase class Hvd (cashPayment: Option[CashPayment] = None,\n                products: Option[Products] = None,\n                exciseGoods:  Option[ExciseGoods] = None,\n                howWillYouSellGoods: Option[HowWillYouSellGoods] = None,\n                percentageOfCashPaymentOver15000: Option[PercentageOfCashPaymentOver15000] = None,\n                receiveCashPayments: Option[Boolean] = None,\n                cashPaymentMethods: Option[PaymentMethods] = None,\n                linkedCashPayment: Option[LinkedCashPayments] = None,\n                dateOfChange: Option[String] = None\n               ) {\n}\n\nobject Hvd {\n\n  implicit val format = Json.format[Hvd]\n\n  implicit def default(hvd: Option[Hvd]): Hvd =\n    hvd.getOrElse(Hvd())\n\n  def convPayments(hvd: models.des.hvd.Hvd): Option[Boolean] = {\n    hvd.hvdFromUnseenCustDetails.map(h => h.hvdFromUnseenCustomers)\n  }\n\n  def convPaymentMethods(hvd: models.des.hvd.Hvd): Option[PaymentMethods] = {\n    hvd.hvdFromUnseenCustDetails.flatMap(h => h.receiptMethods)\n  }\n\n  implicit def conv(view: SubscriptionView): Option[Hvd] = {\n    view.hvd match {\n      case Some(hvd) => Some(Hvd(\n        hvd,\n        view.businessActivities,\n        view.businessActivities,\n        view.businessActivities,\n        hvd,\n        convPayments(hvd),\n        convPaymentMethods(hvd),\n        hvd\n      ))\n      case None => None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/services\/SubscriptionService.scala","text":"<filename>app\/services\/SubscriptionService.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services\n\nimport java.io.InputStream\nimport audit.SubscriptionValidationFailedEvent\nimport com.eclipsesource.schema.{SchemaType, SchemaValidator}\nimport config.ApplicationConfig\nimport connectors.{EnrolmentStoreConnector, GovernmentGatewayAdminConnector, SubscribeDESConnector}\nimport exceptions.{DuplicateSubscriptionException, HttpExceptionBody, HttpStatusException}\n\nimport javax.inject.Inject\nimport models.des.SubscriptionRequest\nimport models.enrolment.AmlsEnrolmentKey\nimport models.fe.SubscriptionResponse\nimport models.{Fees, KnownFact, KnownFactsForService}\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.{JsResult, JsValue, Json}\nimport play.mvc.Http.Status._\nimport repositories.FeesRepository\nimport uk.gov.hmrc.http.HeaderCarrier\nimport uk.gov.hmrc.play.audit.http.connector.AuditConnector\nimport utils.ApiRetryHelper\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nclass SubscriptionService @Inject()(private[services] val desConnector: SubscribeDESConnector,\n                                    private[services] val ggConnector: GovernmentGatewayAdminConnector,\n                                    private[services] val enrolmentStoreConnector: EnrolmentStoreConnector,\n                                    private[services] val auditConnector: AuditConnector,\n                                    private[services] val config: ApplicationConfig,\n                                    val feeResponseRepository: FeesRepository) extends Logging {\n\n  private val amlsRegistrationNumberRegex = \"X[A-Z]ML00000[0-9]{6}$\".r\n\n  private[services] def validateResult(request: SubscriptionRequest): JsResult[JsValue] = {\n\n    \/\/ $COVERAGE-OFF$\n\n    val stream: InputStream = getClass.getResourceAsStream(\"\/resources\/api4_schema_release_5.1.0.json\")\n\n    val lines = scala.io.Source.fromInputStream(stream).getLines\n    val linesString: String = lines.foldLeft[String](\"\")((x, y) => x.trim ++ y.trim)\n\n    SchemaValidator().validate(Json.fromJson[SchemaType](Json.parse(linesString.trim)).get, Json.toJson(request))\n  }\n\n\n  private def duplicateSubscriptionErrorHandler(request: SubscriptionRequest): PartialFunction[Throwable, Future[SubscriptionResponse]] = {\n    case ex@HttpStatusException(BAD_REQUEST, _) => {\n      ex.jsonBody map {\n        case body if body.reason.startsWith(Constants.duplicateSubscriptionErrorMessage) =>\n          amlsRegistrationNumberRegex\n            .findFirstIn(body.reason)\n            .fold[Future[SubscriptionResponse]](failResponse(ex, body)) {\n            amlsRegNo => {\n                  logger.warn(s\"[SubscriptionService] - Duplicate subscription for $amlsRegNo; failing..\")\n                  failResponse(DuplicateSubscriptionException(ex, amlsRegNo, body.reason), body)\n              }\n            }\n        case body =>\n          failResponse(ex, body)\n      }\n    }.getOrElse(Future.failed(ex))\n\n    case e@HttpStatusException(status, Some(body)) =>\n      logger.warn(s\" - Status: $status, Message: $body\")\n      Future.failed(e)\n  }\n\n  def subscribe\n  (safeId: String, request: SubscriptionRequest)\n  (implicit\n   hc: HeaderCarrier,\n   ec: ExecutionContext,\n   apiRetryHelper: ApiRetryHelper\n  ): Future[SubscriptionResponse] = {\n\n    validateRequest(safeId, request)\n\n    for {\n      response <- desConnector.subscribe(safeId, request)\n        .map(desResponse => SubscriptionResponse.convert(desResponse))\n        .recoverWith {\n          duplicateSubscriptionErrorHandler(request)\n        }\n      _ <- Fees.convertSubscription(response) match {\n        case Some(fees) => feeResponseRepository.insert(fees)\n        case _ => Future.successful(false)\n      }\n      _ <- addKnownFacts(safeId, request, response)\n\n    } yield response\n\n  }\n\n  private def getKnownFacts(safeId: String, request: SubscriptionRequest, response: SubscriptionResponse) = {\n    val facts = Seq(\n      KnownFact(\"MLRRefNumber\", response.amlsRefNo),\n      KnownFact(\"SafeId\", safeId)\n    )\n\n    if (request.businessContactDetails.businessAddress.postcode.isDefined) {\n      KnownFactsForService(facts :+ KnownFact(\"POSTCODE\", request.businessContactDetails.businessAddress.postcode.get))\n    } else {\n      KnownFactsForService(facts)\n    }\n  }\n\n  private def validateRequest(safeId: String, request: SubscriptionRequest)(implicit hc: HeaderCarrier, ec: ExecutionContext): Unit = {\n    val result = validateResult(request)\n    if (!result.isSuccess) {\n      result.fold(invalid = { errors =>\n        errors.foldLeft[String](\"\") {\n          (a, b) => a + \",\" + b._1.toJsonString\n        }\n      }, valid = identity)\n\n      result.fold(invalid = validationResult => {\n        val resultObjects = validationResult.map {\n          case (path, messages) => Json.obj(\n            \"path\" -> path.toJsonString,\n            \"messages\" -> messages.map(_.messages)\n          )\n        }\n\n        logger.warn(s\"[SubscriptionService][subscribe] Schema Validation Failed : safeId: $safeId\")\n        auditConnector.sendExtendedEvent(SubscriptionValidationFailedEvent(safeId, request, resultObjects))\n      }, valid = identity)\n\n    } else {\n      logger.debug(s\"[SubscriptionService][subscribe] : safeId: $safeId : Validation passed\")\n    }\n  }\n\n  private def failResponse(ex: Throwable, body: HttpExceptionBody) = {\n    ex match {\n      case e: HttpStatusException => logger.warn(s\" - Status: ${e.status}, Message: $body\")\n      case _ => logger.warn(s\" - Exception thrown - Message: $body\")\n    }\n\n    Future.failed(ex)\n  }\n\n  private def addKnownFacts(safeId: String, request: SubscriptionRequest, response: SubscriptionResponse)\n                           (implicit hc: HeaderCarrier, ec: ExecutionContext) = {\n    (if (config.enrolmentStoreToggle) {\n      enrolmentStoreConnector.addKnownFacts(AmlsEnrolmentKey(response.amlsRefNo), getKnownFacts(safeId, request, response))\n    } else {\n      ggConnector.addKnownFacts(getKnownFacts(safeId, request, response))\n    }) map (_ => response) recover {\n      case ex => logger.warn(\"[AddKnownFactsFailed]\", ex)\n        response\n    }\n  }\n\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/businessActivities\/MlrActivitiesAppliedForSpec.scala","text":"<reponame>hmrc\/amls<filename>test\/models\/des\/businessActivities\/MlrActivitiesAppliedForSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.businessActivities\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessmatching.BusinessType.SoleProprietor\nimport models.fe.businessmatching._\nimport org.scalatestplus.play.PlaySpec\n\nclass MlrActivitiesAppliedForSpec extends PlaySpec {\n\n  \"MlrActivitiesAppliedFor\" should {\n\n    \"convert partial front end Business Matching model to des MlrActivitiesAppliedFor\" in {\n\n      val businessActivities = BusinessActivities(Set(MoneyServiceBusiness,\n        TrustAndCompanyServices, TelephonePaymentService, EstateAgentBusinessService, BillPaymentServices))\n      val businessAddress = Address(\"line1\", \"line2\", Some(\"line3\"), Some(\"line4\"), Some(\"AA1 1AA\"), \"GB\")\n      val reviewDetails = ReviewDetails(\"BusinessName\", SoleProprietor, businessAddress, \"11111111\")\n      val model = BusinessMatching(\n        reviewDetails,\n        businessActivities,\n        None,\n        None)\n\n      MlrActivitiesAppliedFor.conv(model) must be(Some(MlrActivitiesAppliedFor(true, false, false, true, true, true, true, false)))\n    }\n\n    \"convert when no front model is empty\" in {\n      val businessActivities = BusinessActivities(Set.empty)\n      val businessAddress = Address(\"line1\", \"line2\", Some(\"line3\"), Some(\"line4\"), Some(\"AA1 1AA\"), \"GB\")\n      val reviewDetails = ReviewDetails(\"BusinessName\", SoleProprietor, businessAddress, \"11111111\")\n      val model = BusinessMatching(\n        reviewDetails,\n        businessActivities,\n        None,\n        None)\n\n      MlrActivitiesAppliedFor.conv(model) must be(Some(MlrActivitiesAppliedFor(false, false, false, false, false,false, false, false)))\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/WithdrawSubscriptionController.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport connectors.WithdrawSubscriptionConnector\nimport javax.inject.{Inject, Singleton}\nimport models.des.WithdrawSubscriptionRequest\nimport play.api.libs.json._\nimport play.api.mvc.{ControllerComponents, PlayBodyParsers}\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{ApiRetryHelper, AuthAction, ControllerHelper}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass WithdrawSubscriptionController @Inject()(connector: WithdrawSubscriptionConnector,\n                                               authAction: AuthAction,\n                                               bodyParsers: PlayBodyParsers,\n                                               val cc: ControllerComponents)\n                                              (implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) with ControllerHelper {\n\n  def withdrawal(accountType: String, ref: String, amlsRegistrationNumber: String) = authAction.async(bodyParsers.json) {\n    implicit request =>\n      amlsRegNoRegex.findFirstMatchIn(amlsRegistrationNumber) match {\n        case Some(_) => {\n          Json.fromJson[WithdrawSubscriptionRequest](request.body) match {\n            case JsSuccess(body, _) =>\n              connector.withdrawal(amlsRegistrationNumber, body) map {\n                response =>\n                  Ok(Json.toJson(response))\n              }\n            case JsError(errors) =>\n              Future.successful(BadRequest(toError(errors)))\n          }\n        }\n        case None =>\n          Future.successful {\n            BadRequest(toError(\"Invalid amlsRegistrationNumber\"))\n          }\n      }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/AmendVariationController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport exceptions.HttpStatusException\n\nimport javax.inject.{Inject, Singleton}\nimport models.des.{RequestType, _}\nimport models.fe\nimport play.api.{Logger, Logging}\nimport play.api.libs.json._\nimport play.api.mvc.{ControllerComponents, PlayBodyParsers, Request}\nimport services.AmendVariationService\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{ApiRetryHelper, AuthAction}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass AmendVariationController @Inject()(avs: AmendVariationService,\n                                         authAction: AuthAction,\n                                         bodyParsers: PlayBodyParsers,\n                                         val cc: ControllerComponents)(implicit val apiRetryHelper: ApiRetryHelper) extends BackendController(cc) with Logging {\n\n  private[controllers] def service: AmendVariationService = avs\n\n  val amlsRegNoRegex = \"^X[A-Z]ML00000[0-9]{6}$\".r\n\n  private def toError(errors: Seq[(JsPath, Seq[JsonValidationError])]): JsObject =\n    Json.obj(\n      \"errors\" -> (errors map {\n        case (path, error) =>\n          Json.obj(\n            \"path\" -> path.toJsonString,\n            \"error\" -> error.head.message\n          )\n      })\n    )\n\n  private def toError(message: String): JsObject =\n    Json.obj(\n      \"errors\" -> Seq(message)\n    )\n\n\n  def update(amlsRegistrationNumber: String,\n             messageType: AmlsMessageType,\n             requestType: RequestType)(implicit request: Request[JsValue]) = {\n    \n    val prefix = \"[AmendVariationController][update]\"\n    amlsRegNoRegex.findFirstIn(amlsRegistrationNumber) match {\n      case Some(_) =>\n        Json.fromJson[fe.SubscriptionRequest](request.body) match {\n          case JsSuccess(body, _) =>\n            implicit val mt = messageType\n            implicit val requestType = RequestType.Amendment\n            service.compareAndUpdate(AmendVariationRequest.convert(body), amlsRegistrationNumber) flatMap {\n              updatedAmendRequest =>\n                service.update(amlsRegistrationNumber, updatedAmendRequest) map {\n                  response =>\n                    Ok(Json.toJson(response))\n                } recoverWith {\n                  case e@HttpStatusException(status, message) =>\n                    logger.warn(s\"$prefix - Status: $status, Message: $message\")\n                    Future.failed(e)\n                }\n            }\n          case JsError(errors) =>\n            Future.successful(BadRequest(toError(errors)))\n        }\n      case _ =>\n        Future.successful {\n          BadRequest(toError(\"Invalid AmlsRegistrationNumber\"))\n        }\n    }\n\n  }\n\n  def amend(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async(bodyParsers.json) {\n      implicit request =>\n        val prefix = \"[AmendVariationController][amend]\"\n        logger.debug(s\"$prefix - AmlsRegistrationNumber: $amlsRegistrationNumber\")\n        update(amlsRegistrationNumber, Amendment, RequestType.Amendment)\n    }\n\n  def variation(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async(bodyParsers.json) {\n      implicit request =>\n        val prefix = \"[AmendVariationController][variation]\"\n        logger.debug(s\"$prefix - AmlsRegistrationNumber: $amlsRegistrationNumber\")\n        update(amlsRegistrationNumber, Variation, RequestType.Variation)\n    }\n\n  def renewal(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async(bodyParsers.json) {\n      implicit request =>\n        val prefix = \"[AmendVariationController][renewal]\"\n        logger.debug(s\"$prefix - AmlsRegistrationNumber: $amlsRegistrationNumber\")\n        update(amlsRegistrationNumber, Renewal, RequestType.Renewal)\n    }\n\n  def renewalAmendment(accountType: String, ref: String, amlsRegistrationNumber: String) =\n    authAction.async(bodyParsers.json) {\n      implicit request =>\n        val prefix = \"[AmendVariationController][renewalAmendment]\"\n        logger.debug(s\"$prefix - AmlsRegistrationNumber: $amlsRegistrationNumber\")\n        update(amlsRegistrationNumber, RenewalAmendment, RequestType.RenewalAmendment)\n    }\n}\n\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/moneyservicebusiness\/MoneySource.scala","text":"<reponame>hmrc\/amls<filename>app\/models\/fe\/moneyservicebusiness\/MoneySource.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport play.api.libs.json.{Json, Reads, Writes}\nimport play.api.libs.json._\n\n\ncase class BankMoneySource(bankNames : String)\n\ncase object BankMoneySource {\n\n  implicit val jsonReads: Reads[Option[BankMoneySource]] = {\n    import play.api.libs.functional.syntax._\n\n    ((__ \\ \"moneySources\" \\ 'bankMoneySource).readNullable[String].orElse(Reads.pure(None)) and\n      (__ \\ \"moneySources\" \\ 'bankNames).readNullable[String].orElse(Reads.pure(None)))((bankMoney: Option[String], names: Option[String]) => {\n      (bankMoney, names) match {\n        case (Some(_), Some(n)) => Some(BankMoneySource(n))\n        case _ => None\n      }\n    })\n  }\n\n  implicit val jsonWrites = Writes[Option[BankMoneySource]] {\n    case Some(bankNames) => Json.obj(\"bankMoneySource\" -> \"Yes\", \"bankNames\" -> bankNames.bankNames)\n    case _ => Json.obj()\n  }\n\n}\n\ncase class WholesalerMoneySource(wholesalerNames : String)\n\nobject WholesalerMoneySource {\n  import play.api.libs.functional.syntax._\n\n  implicit val jsonReads: Reads[Option[WholesalerMoneySource]] = {\n    ((__ \\ \"moneySources\" \\ 'wholesalerMoneySource).readNullable[String].orElse(Reads.pure(None)) and\n      (__ \\ \"moneySources\" \\ 'wholesalerNames).readNullable[String].orElse(Reads.pure(None))) ((wholesalerMoney: Option[String], names: Option[String]) => {\n      (wholesalerMoney, names) match {\n        case (Some(_), Some(n)) => Some(WholesalerMoneySource(n))\n        case _ => None\n      }\n    })\n  }\n\n  implicit val jsonWrites = Writes[Option[WholesalerMoneySource]] {\n    case Some(source) =>  Json.obj(\"wholesalerMoneySource\" -> \"Yes\", \"wholesalerNames\" -> source.wholesalerNames)\n    case _ =>  Json.obj()\n  }\n}\n\ncase object CustomerMoneySource\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/tradingpremises\/AddressSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.tradingpremises\n\nimport org.scalatestplus.play.PlaySpec\n\nclass AddressSpec extends PlaySpec {\n\n  \"convert to fe address to des Address when post code is empty\" in {\n\n    val desAddress = Address (\n      \"addressLine1\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"addressLine4\"),\n      \"GB\",\n      None\n    )\n\n    val feAddress = models.fe.tradingpremises.Address(\n      \"addressLine1\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"addressLine4\"),\n      \"\"\n    )\n    Address.convert(feAddress) must be(desAddress)\n  }\n\n  \"convert to fe address to des Address when post code is not empty\" in {\n\n    val desAddress = Address (\n      \"addressLine1\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"addressLine4\"),\n      \"GB\",\n      Some(\"AA1 1AA\")\n    )\n\n    val feAddress = models.fe.tradingpremises.Address(\n      \"addressLine1\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"addressLine4\"),\n      \"AA1 1AA\"\n    )\n    Address.convert(feAddress) must be(desAddress)\n  }\n\n  \"convert to fe address to des Address replacing ampersands\" in {\n\n    val desAddress = Address (\n      \"Hodaway, Hodaway, Hodaway and Hodaw\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"Tyne and Wear\"),\n      \"GB\",\n      Some(\"AA1 1AA\")\n    )\n\n    val feAddress = models.fe.tradingpremises.Address(\n      \"Hodaway, Hodaway, Hodaway & Hodaway\",\n      \"addressLine2\",\n      Some(\"addressLine3\"),\n      Some(\"Tyne & Wear\"),\n      \"AA1 1AA\"\n    )\n    Address.convert(feAddress) must be(desAddress)\n  }\n\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/IterateeHelpers.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport play.api.libs.iteratee.{Input, Iteratee}\nimport play.api.libs.json.{Format, JsValue, Json}\nimport play.api.mvc.Result\n\nimport scala.concurrent.{ExecutionContext, Future}\n\ntrait IterateeHelpers {\n\n  implicit def toIterateeOps(iteratee: Iteratee[Array[Byte], Result]): IterateeOps =\n    new IterateeOps {\n      override val target = iteratee\n    }\n\n  trait IterateeOps {\n\n    val target: Iteratee[Array[Byte], Result]\n\n    def apply[B]\n    (b: B)\n    (implicit\n     f: Format[B],\n     ec: ExecutionContext\n    ): Future[Result] = {\n      val bytes = Json.toJson(b).toString\n      target.feed(Input.El(bytes.getBytes)) flatMap { _.run }\n    }\n\n    def json\n    (b: JsValue)\n    (implicit\n     ec: ExecutionContext\n    ): Future[Result] = {\n      val bytes = b.toString\n      target.feed(Input.El(bytes.getBytes)) flatMap { _.run }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/controllers\/FeeResponseControllerSpec.scala","text":"<reponame>hmrc\/amls<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport generators.AmlsReferenceNumberGenerator\nimport models.{Fees, SubscriptionResponseType}\nimport org.joda.time.{DateTime, DateTimeZone}\nimport org.mockito.Matchers._\nimport org.mockito.Mockito._\nimport play.api.libs.json.Json\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport repositories.FeesRepository\nimport utils.{AmlsBaseSpec, AuthAction, IterateeHelpers, SuccessfulAuthAction}\n\nimport scala.concurrent.Future\n\nclass FeeResponseControllerSpec extends AmlsBaseSpec with IterateeHelpers with AmlsReferenceNumberGenerator{\n\n  implicit val repository: FeesRepository = mock[FeesRepository]\n  val authAction: AuthAction = SuccessfulAuthAction\n\n  val testFeeResponseController = new FeeResponseController(authAction, mockCC)\n\n  \"Fee Response Controller\" when {\n\n    val request = FakeRequest()\n      .withHeaders(CONTENT_TYPE -> \"application\/json\")\n\n    val validFeeResponse = Fees(SubscriptionResponseType, amlsRegistrationNumber, 150.00, Some(100.0), 300.0, 550.0, Some(\"XA353523452345\"), None, Some(100), Some(100.0),\n      new DateTime(2017,12,1,1,3,DateTimeZone.UTC))\n\n    \"GET\" must {\n      \"return valid fee response\" in {\n        when(testFeeResponseController.repository.findLatestByAmlsReference(any())).thenReturn(Future.successful(Some(validFeeResponse)))\n        val response = testFeeResponseController.get(\"accountType\", \"id\", amlsRegistrationNumber)(request)\n\n        status(response) must be(OK)\n        contentAsJson(response) must be(Json.toJson(validFeeResponse))\n\n      }\n\n      \"return not found when there is no record\" in {\n\n        when(testFeeResponseController.repository.findLatestByAmlsReference(any())).thenReturn(Future.successful(None))\n        val response = testFeeResponseController.get(\"accountType\", \"id\", amlsRegistrationNumber)(request)\n\n        status(response) must be(NOT_FOUND)\n\n      }\n\n      \"return a 500 error when mongo returns exception\" in {\n\n        when(testFeeResponseController.repository.findLatestByAmlsReference(any())).thenReturn(Future.failed(new RuntimeException))\n        val response = testFeeResponseController.get(\"accountType\", \"id\", amlsRegistrationNumber)(request)\n\n        status(response) must be(INTERNAL_SERVER_ERROR)\n\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/tcsp\/ComplexCorpStructureCreationSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tcsp\n\nimport models.des.DesConstants\nimport org.scalatest.MustMatchers\nimport org.scalatestplus.play.PlaySpec\n\nclass ComplexCorpStructureCreationSpec extends PlaySpec with MustMatchers {\n\n  \"The ComplexCorpStructureCreation model\" when {\n    \"given a valid model\" must {\n      \"return the form values\" when {\n        \"for json\" when {\n          \"complexCorpStructureCreation is 'yes'\" in {\n            val model = ComplexCorpStructureCreationYes\n            val result = ComplexCorpStructureCreation.jsonWrite.writes(model).toString()\n            val expected = \"{\\\"complexCorpStructureCreation\\\":true}\"\n\n            result mustBe expected\n          }\n          \"complexCorpStructureCreation is 'no'\" in {\n            val model = ComplexCorpStructureCreationNo\n            val result = ComplexCorpStructureCreation.jsonWrite.writes(model).toString()\n            val expected = \"{\\\"complexCorpStructureCreation\\\":false}\"\n\n            result mustBe expected\n          }\n        }\n      }\n\n      \"converting the des subscription model must yield a frontend TCSP model\" in {\n        ComplexCorpStructureCreation.conv(DesConstants.SubscriptionViewModel) must\n          be(Some(ComplexCorpStructureCreationYes))\n      }\n\n      \"converting the des subscription model with no formation agent must yield a frontend TCSP model\" in {\n        ComplexCorpStructureCreation.conv(DesConstants.SubscriptionViewModelNoFormationAgent) must\n          be(Some(ComplexCorpStructureCreationNo))\n      }\n\n      \"converting the des subscription model with no formation agent service offered must yield a frontend TCSP model\" in {\n        ComplexCorpStructureCreation.conv(DesConstants.SubscriptionViewModelNoFormationAgentSvc) must\n          be(None)\n      }\n\n      \"converting the des subscription model with no tcsp services must yield a frontend TCSP model\" in {\n        ComplexCorpStructureCreation.conv(DesConstants.SubscriptionViewModelNoFormationAgentNoTcspServices) must\n          be(None)\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/moneyservicebusiness\/ExpectedThroughputSpec.scala","text":"<filename>test\/models\/fe\/moneyservicebusiness\/ExpectedThroughputSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{CountriesList, MsbAllDetails}\nimport models.fe.moneyservicebusiness.ExpectedThroughput._\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass ExpectedThroughputSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n  \"ExpectedThroughput\" should {\n\n    \"JSON validation\" must {\n\n      \"successfully validate given an enum value\" in {\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"01\")) must\n          be(JsSuccess(ExpectedThroughput.First))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"02\")) must\n          be(JsSuccess(ExpectedThroughput.Second))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"03\")) must\n          be(JsSuccess(ExpectedThroughput.Third))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"04\")) must\n          be(JsSuccess(ExpectedThroughput.Fourth))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"05\")) must\n          be(JsSuccess(ExpectedThroughput.Fifth))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"06\")) must\n          be(JsSuccess(ExpectedThroughput.Sixth))\n\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"07\")) must\n          be(JsSuccess(ExpectedThroughput.Seventh))\n      }\n\n      \"write the correct value\" in {\n\n        Json.toJson(ExpectedThroughput.First: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"01\"))\n\n        Json.toJson(ExpectedThroughput.Second: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"02\"))\n\n        Json.toJson(ExpectedThroughput.Third: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"03\"))\n\n        Json.toJson(ExpectedThroughput.Fourth: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"04\"))\n\n        Json.toJson(ExpectedThroughput.Fifth: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"05\"))\n\n        Json.toJson(ExpectedThroughput.Sixth: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"06\"))\n\n        Json.toJson(ExpectedThroughput.Seventh: ExpectedThroughput) must\n          be(Json.obj(\"throughput\" -> \"07\"))\n      }\n\n      \"throw error for invalid data\" in {\n        Json.fromJson[ExpectedThroughput](Json.obj(\"throughput\" -> \"20\")) must\n          be(JsError(JsPath \\ \"throughput\", JsonValidationError(\"error.invalid\")))\n      }\n    }\n\n    \"convert des to frontend model\" in {\n      val msbAll = Some(MsbAllDetails(\n        None,\n        true,\n        Some(CountriesList(List(\"AD\", \"GB\"))),\n        true)\n      )\n      ExpectedThroughput.convMsbAll(msbAll) must be(None)\n\n    }\n\n    \"convert des to frontend model when input in none\" in {\n\n      ExpectedThroughput.convMsbAll(None) must be(None)\n\n    }\n\n    \"return correct throughput when supplied with string\" in {\n\n      ExpectedThroughput.convThroughput(\"\u00a30-\u00a315k\") must be(First)\n      ExpectedThroughput.convThroughput(\"\u00a315k-50k\") must be(Second)\n      ExpectedThroughput.convThroughput(\"\u00a350k-\u00a3100k\") must be(Third)\n      ExpectedThroughput.convThroughput(\"\u00a3100k-\u00a3250k\") must be(Fourth)\n      ExpectedThroughput.convThroughput(\"\u00a3250k-\u00a31m\") must be(Fifth)\n      ExpectedThroughput.convThroughput(\"\u00a31m-10m\") must be(Sixth)\n      ExpectedThroughput.convThroughput(\"\u00a310m+\") must be(Seventh)\n\n    }\n\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/hvd\/CashPayment.scala","text":"<reponame>hmrc\/amls<filename>app\/models\/fe\/hvd\/CashPayment.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.hvd\n\nimport org.joda.time.{LocalDate}\nimport models.des.hvd.{Hvd=> DesHvd}\nimport play.api.libs.json.Reads\n\nsealed trait CashPayment\n\ncase class CashPaymentYes(paymentDate: LocalDate) extends CashPayment\n\ncase object CashPaymentNo extends CashPayment\n\nobject CashPayment {\n\n  implicit val jsonReads: Reads[CashPayment] = {\n    import play.api.libs.json.Reads._\n    import play.api.libs.json._\n    import play.api.libs.json.JodaReads.DefaultJodaLocalDateReads\n\n    (__ \\ \"acceptedAnyPayment\").read[Boolean] flatMap {\n      case true => (__ \\ \"paymentDate\").read[LocalDate] map CashPaymentYes.apply\n      case false => Reads(_ => JsSuccess(CashPaymentNo))\n    }\n  }\n\n  implicit val jsonWrites = {\n    import play.api.libs.json.Writes._\n    import play.api.libs.json._\n\n    Writes[CashPayment] {\n      case CashPaymentYes(b) => Json.obj(\n        \"acceptedAnyPayment\" -> true,\n        \"paymentDate\" -> b.toString\n      )\n      case CashPaymentNo => Json.obj(\"acceptedAnyPayment\" -> false)\n    }\n  }\n\n  implicit def conv(hvd: DesHvd): Option[CashPayment] = {\n    hvd.cashPaymentsAccptOvrThrshld match {\n      case true => Some(CashPaymentYes(new LocalDate(hvd.dateOfTheFirst.getOrElse(\"\"))))\n      case false => Some(CashPaymentNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/connectors\/DeregisterSubscriptionConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport audit.MockAudit\nimport com.codahale.metrics.Timer\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport metrics.API10\nimport models.des\nimport models.des.{DeregisterSubscriptionRequest, DeregisterSubscriptionResponse, DeregistrationReason}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.time.{Seconds, Span}\nimport play.api.http.Status.{BAD_REQUEST, INTERNAL_SERVER_ERROR, OK}\nimport play.api.libs.json.Json\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpResponse}\nimport utils.AmlsBaseSpec\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass DeregisterSubscriptionConnectorSpec extends AmlsBaseSpec with AmlsReferenceNumberGenerator {\n\n  trait Fixture {\n\n    val testConnector = new DeregisterSubscriptionConnector(mockAppConfig, mockAuditConnector, mockHttpClient, mockMetrics) {\n      override private[connectors] val baseUrl: String = \"baseUrl\"\n      override private[connectors] val token: String = \"token\"\n      override private[connectors] val env: String = \"ist0\"\n      override private[connectors] val audit = MockAudit\n      override private[connectors] val fullUrl: String = s\"$baseUrl\/$requestUrl\"\n    }\n\n    val mockTimer = mock[Timer.Context]\n    when {\n      testConnector.metrics.timer(eqTo(API10))\n    } thenReturn mockTimer\n\n    implicit val hc = HeaderCarrier()\n\n    val url = s\"${testConnector.fullUrl}\/$amlsRegistrationNumber\/deregistration\"\n  }\n\n  val successModel = DeregisterSubscriptionResponse(\"2016-09-17T09:30:47Z\")\n  val testRequest = DeregisterSubscriptionRequest(\"AEF7234BGG12539GH143856HEA123412\", \"2015-08-23\", DeregistrationReason.Other, Some(\"Other Reason\"))\n\n  \"DeregisterSubscriptionConnector\" must {\n\n    \"return successful response for valid request\" in new Fixture {\n\n      val response = HttpResponse(\n        status = OK,\n        json = Json.toJson(successModel),\n        headers = Map(\"CorrelationId\" -> Seq(\"my-correlation-id\"))\n      )\n\n      when {\n        testConnector.httpClient.POST[des.DeregisterSubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testConnector.deregistration(amlsRegistrationNumber, testRequest)) {\n        _ mustEqual successModel\n      }\n    }\n\n    \"return failed response on invalid request\" in new Fixture {\n      val response = HttpResponse(\n        status = BAD_REQUEST,\n        body = \"\",\n        headers = Map(\"CorrelationId\" -> Seq(\"my-correlation-id\"))\n      )\n\n      when {\n        testConnector.httpClient.POST[des.DeregisterSubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.successful(response)\n\n      whenReady(testConnector.deregistration(amlsRegistrationNumber, testRequest).failed) {\n        case HttpStatusException(status, body) =>\n          status must be(BAD_REQUEST)\n          body.getOrElse(\"\").isEmpty must be(true)\n      }\n    }\n\n    \"return failed response on exception\" in new Fixture {\n\n      when {\n        testConnector.httpClient.POST[des.DeregisterSubscriptionRequest,\n          HttpResponse](eqTo(url), any(), any())(any(), any(), any(), any())\n      } thenReturn Future.failed(new Exception(\"message\"))\n\n      whenReady(\n        testConnector.deregistration(\n          amlsRegistrationNumber,\n          testRequest\n        ).failed, timeout(Span(2, Seconds))\n      ) {\n        case HttpStatusException(status, body) =>\n          status must be(INTERNAL_SERVER_ERROR)\n          body must be(Some(\"message\"))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessdetails\/RegisteredOffice.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.aboutthebusiness.{Address => DesAddress}\nimport play.api.libs.json.{Json, Reads, Writes}\n\nsealed trait RegisteredOffice\n\ncase class RegisteredOfficeUK(\n                               addressLine1: String,\n                               addressLine2: String,\n                               addressLine3: Option[String] = None,\n                               addressLine4: Option[String] = None,\n                               postCode: String,\n                               dateOfChange: Option[String] = None\n                             ) extends RegisteredOffice\n\ncase class RegisteredOfficeNonUK(\n                                  addressLine1: String,\n                                  addressLine2: String,\n                                  addressLine3: Option[String] = None,\n                                  addressLine4: Option[String] = None,\n                                  country: String,\n                                  dateOfChange: Option[String] = None\n                                ) extends RegisteredOffice\n\nobject RegisteredOffice {\n\n  implicit val jsonReads: Reads[RegisteredOffice] = {\n    import play.api.libs.json._\n    import play.api.libs.json.Reads._\n    import play.api.libs.functional.syntax._\n    (\n      (__ \\ \"postCode\").read[String] andKeep\n        (\n          (__ \\ \"addressLine1\").read[String] and\n            (__ \\ \"addressLine2\").read[String] and\n            (__ \\ \"addressLine3\").readNullable[String] and\n            (__ \\ \"addressLine4\").readNullable[String] and\n            (__ \\ \"postCode\").read[String] and\n            (__ \\ \"dateOfChange\").readNullable[String]\n          ) (RegisteredOfficeUK.apply _) map identity[RegisteredOffice]\n      ) orElse\n      (\n        (__ \\ \"addressLineNonUK1\").read[String] and\n          (__ \\ \"addressLineNonUK2\").read[String] and\n          (__ \\ \"addressLineNonUK3\").readNullable[String] and\n          (__ \\ \"addressLineNonUK4\").readNullable[String] and\n          (__ \\ \"country\").read[String] and\n          (__ \\ \"dateOfChange\").readNullable[String]\n        ) (RegisteredOfficeNonUK.apply _)\n  }\n\n  implicit val jsonWrites = Writes[RegisteredOffice] {\n    case m: RegisteredOfficeUK =>\n      Json.obj(\n        \"addressLine1\" -> m.addressLine1,\n        \"addressLine2\" -> m.addressLine2,\n        \"addressLine3\" -> m.addressLine3,\n        \"addressLine4\" -> m.addressLine4,\n        \"postCode\" -> m.postCode)\n    case m: RegisteredOfficeNonUK =>\n      Json.obj(\n        \"addressLineNonUK1\" -> m.addressLine1,\n        \"addressLineNonUK2\" -> m.addressLine2,\n        \"addressLineNonUK3\" -> m.addressLine3,\n        \"addressLineNonUK4\" -> m.addressLine4,\n        \"country\" -> m.country)\n  }\n\n\n  implicit def conv(address: DesAddress): RegisteredOffice = {\n    address.postcode match {\n      case None => RegisteredOfficeNonUK(address.addressLine1,\n        address.addressLine2,\n        address.addressLine3,\n        address.addressLine4,\n        address.country\n      )\n      case _ => RegisteredOfficeUK(address.addressLine1,\n        address.addressLine2,\n        address.addressLine3,\n        address.addressLine4,\n        address.postcode.getOrElse(\"\")\n      )\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/moneyservicebusiness\/MoneyServiceBusiness.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.moneyservicebusiness\n\nimport models.des.msb.{MsbAllDetails, MsbCeDetailsR7, MsbFxDetails, MsbMtDetails, MoneyServiceBusiness => DesMoneyServiceBusiness}\nimport play.api.libs.json._\n\ncase class MoneyServiceBusiness(\n                                 throughput : Option[ExpectedThroughput] = None,\n                                 businessUseAnIPSP: Option[BusinessUseAnIPSP] = None,\n                                 identifyLinkedTransactions: Option[IdentifyLinkedTransactions] = None,\n                                 sendMoneyToOtherCountry: Option[SendMoneyToOtherCountry] = None,\n                                 fundsTransfer : Option[FundsTransfer] = None,\n                                 branchesOrAgents: Option[BranchesOrAgents] = None,\n                                 transactionsInNext12Months: Option[TransactionsInNext12Months] = None,\n                                 ceTransactionsInNext12Months: Option[CETransactionsInNext12Months] = None,\n                                 sendTheLargestAmountsOfMoney: Option[SendTheLargestAmountsOfMoney] = None,\n                                 mostTransactions: Option[MostTransactions] = None,\n                                 whichCurrencies : Option[WhichCurrencies] = None,\n                                 fxTransactionsInNext12Months: Option[FXTransactionsInNext12Months] = None\n                               )\n\nobject MoneyServiceBusiness {\n\n  val key = \"msb\"\n\n  implicit val format =  Json.format[MoneyServiceBusiness]\n\n  implicit def default(value : Option[MoneyServiceBusiness]) :  MoneyServiceBusiness = {\n    value.getOrElse(MoneyServiceBusiness())\n  }\n\n  implicit def conv(desView: models.des.SubscriptionView): Option[MoneyServiceBusiness] = {\n    desView.msb match {\n      case Some(msb) =>  Some(MoneyServiceBusiness(\n        throughput = getMsbAll(desView.msb),\n        businessUseAnIPSP = getMsbMtDetails(desView.msb),\n        identifyLinkedTransactions = getMsbAll(desView.msb),\n        sendMoneyToOtherCountry = getMsbMtDetails(desView.msb),\n        fundsTransfer = getMsbMtDetails(desView.msb),\n        branchesOrAgents = getMsbAll(desView.msb),\n        transactionsInNext12Months = getMsbMtDetails(desView.msb),\n        ceTransactionsInNext12Months = getMsbCeDetails(desView.msb),\n        sendTheLargestAmountsOfMoney =  getMsbMtDetails(desView.msb),\n        mostTransactions = getMsbMtDetails(desView.msb),\n        whichCurrencies = getMsbCeDetails(desView.msb),\n        fxTransactionsInNext12Months = getMsbFxDetails(desView.msb)\n      ))\n      case _ => None\n    }\n  }\n\n\n  implicit def getMsbAll(msb: Option[DesMoneyServiceBusiness]): Option[MsbAllDetails] = {\n    msb flatMap (msbDtls => msbDtls.msbAllDetails)\n  }\n\n  implicit def getMsbMtDetails(msb: Option[DesMoneyServiceBusiness]): Option[MsbMtDetails] = {\n    msb flatMap (msbDtls => msbDtls.msbMtDetails)\n  }\n\n  implicit def getMsbCeDetails(msb: Option[DesMoneyServiceBusiness]): Option[MsbCeDetailsR7] = {\n    msb flatMap (msbDtls => msbDtls.msbCeDetails)\n  }\n\n  implicit def getMsbFxDetails(msb: Option[DesMoneyServiceBusiness]): Option[MsbFxDetails] = {\n    msb flatMap (msbDtls => msbDtls.msbFxDetails)\n  }\n}"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/businessmatching\/BusinessMatchingSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessmatching\n\nimport models.des.DesConstants\nimport models.des.businessdetails.{BusinessDetails, CorpAndBodyLlps}\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessmatching.BusinessType.SoleProprietor\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\n\nclass BusinessMatchingSpec extends PlaySpec with MockitoSugar {\n\n  \"BusinessMatchingSpec\" must {\n\n    import play.api.libs.json._\n    val msbServices = MsbServices(\n      Set(\n        TransmittingMoney,\n        CurrencyExchange,\n        ChequeCashingNotScrapMetal,\n        ChequeCashingScrapMetal\n      )\n    )\n    val BusinessActivitiesModel = BusinessActivities(Set(MoneyServiceBusiness, TrustAndCompanyServices, TelephonePaymentService))\n    val businessAddress = Address(\"line1\", \"line2\", Some(\"line3\"), Some(\"line4\"), Some(\"AA1 1AA\"), \"GB\")\n    val ReviewDetailsModel = ReviewDetails(\"BusinessName\", BusinessType.UnincorporatedBody, businessAddress, \"AA0001234567890\")\n    val TypeOfBusinessModel = TypeOfBusiness(\"test\")\n    val CompanyRegistrationNumberModel = CompanyRegistrationNumber(\"12345678\")\n    val BusinessAppliedForPSRNumberModel = BusinessAppliedForPSRNumberYes(\"123456\")\n\n    val jsonBusinessMatching = Json.obj(\n      \"businessActivities\" -> Seq(\"05\", \"06\", \"07\"),\n      \"msbServices\"-> Seq(\"01\",\"02\",\"03\",\"04\"),\n      \"businessName\" -> \"BusinessName\",\n      \"businessType\" -> \"Unincorporated Body\",\n      \"businessAddress\" -> Json.obj(\n        \"line_1\" -> \"line1\",\n        \"line_2\" -> \"line2\",\n        \"line_3\" -> \"line3\",\n        \"line_4\" -> \"line4\",\n        \"postcode\" -> \"AA1 1AA\",\n        \"country\" -> \"GB\"\n      ),\n      \"safeId\" -> \"AA0001234567890\",\n      \"typeOfBusiness\" -> \"test\",\n      \"companyRegistrationNumber\" -> \"12345678\",\n      \"appliedFor\" -> true,\n      \"regNumber\" -> \"123456\"\n    )\n\n    val businessMatching = BusinessMatching(\n      ReviewDetailsModel,\n      BusinessActivitiesModel,\n      Some(msbServices),\n      Some(TypeOfBusinessModel),\n      Some(CompanyRegistrationNumberModel),\n      Some(BusinessAppliedForPSRNumberModel))\n\n    \"JSON validation\" must {\n      \"READ the JSON successfully and return the domain Object\" in {\n        Json.fromJson[BusinessMatching](jsonBusinessMatching) must be(JsSuccess(businessMatching))\n      }\n\n      \"WRITE the JSON successfully from the domain Object\" in {\n        Json.toJson(businessMatching) must be(jsonBusinessMatching)\n      }\n    }\n\n    \"Convert des model to frontend Business matching\" in {\n\n      val bmModel = BusinessMatching(\n        ReviewDetails(\"CompanyName\", SoleProprietor, Address(\"BusinessAddressLine1\", \"BusinessAddressLine2\", Some(\"BusinessAddressLine3\"),\n          Some(\"BusinessAddressLine4\"), Some(\"AA1 1AA\"), \"GB\"), \"\"),\n        BusinessActivities(Set(HighValueDealing, AccountancyServices, EstateAgentBusinessService,\n          BillPaymentServices, TelephonePaymentService, MoneyServiceBusiness, ArtMarketParticipant, TrustAndCompanyServices)),\n        Some(MsbServices(Set(TransmittingMoney, CurrencyExchange, ChequeCashingNotScrapMetal, ChequeCashingScrapMetal, ForeignExchange))),\n        Some(TypeOfBusiness(\"TypeOfBusiness\")),\n        Some(CompanyRegistrationNumber(\"12345678\")),\n        Some(BusinessAppliedForPSRNumberYes(\"123456\")))\n\n      BusinessMatching.conv(DesConstants.SubscriptionViewModel) must be(bmModel)\n\n    }\n    \"Convert des model to frontend TypeOfBusiness\" in {\n      val desBusinessDetails = BusinessDetails(BusinessType.SoleProprietor,\n        Some(CorpAndBodyLlps(\"CompanyName\", \"12345678\")),\n        None)\n\n      TypeOfBusiness.conv(desBusinessDetails) must be(None)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/SubscriptionViewSpec.scala","text":"<filename>test\/models\/des\/SubscriptionViewSpec.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\n\/*\n * Copyright 2017 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des\n\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsSuccess, Json}\nimport utils.AmlsBaseSpec\n\nclass SubscriptionViewSpec extends PlaySpec with AmlsBaseSpec {\n\n  \"SubscriptionView\" must {\n    \"deserialise the subscription json\" when {\n      \"given valid json\" in {\n        val json = Json.toJson(GetSuccessModel)\n        val subscriptionViewModel = GetSuccessModel\n\n        json.as[SubscriptionView] must be(subscriptionViewModel)\n\n        SubscriptionView.jsonReads.reads(\n          SubscriptionView.jsonWrites.writes(GetSuccessModel)) must\n          be(JsSuccess(GetSuccessModel))\n\n        Json.toJson(GetSuccessModel) must be(json)\n      }\n\n      \"given valid json with LA\" in {\n        val json = Json.toJson(getSuccessModelLA)\n        val subscriptionViewModel = getSuccessModelLA\n\n        json.as[SubscriptionView] must be(subscriptionViewModel)\n\n        SubscriptionView.jsonReads.reads(\n          SubscriptionView.jsonWrites.writes(getSuccessModelLA)) must\n          be(JsSuccess(getSuccessModelLA))\n\n        Json.toJson(getSuccessModelLA) must be(json)\n      }\n    }\n  }\n\n  \"SubscriptionView\" must {\n    \"deserialise real json\" when {\n      \"given valid json\" in {\n        val json = Json.parse(\n          \"\"\"{\n  \"etmpFormBundleNumber\": \"082000001158\",\n  \"businessDetails\": {\n    \"typeOfLegalEntity\": \"Sole Proprietor\"\n  },\n  \"businessContactDetails\": {\n    \"businessAddress\": {\n      \"addressLine1\": \"Matheson House 1\",\n      \"addressLine2\": \"Grange Central\",\n      \"addressLine3\": \"Telford\",\n      \"addressLine4\": \"Shropshire\",\n      \"country\": \"GB\",\n      \"postcode\": \"TF3 4ER\"\n    },\n    \"altCorrespondenceAddress\": false,\n    \"businessTelNo\": \"0897686856765\",\n    \"businessEmail\": \"<EMAIL>\"\n  },\n  \"businessReferencesAll\": {\n    \"amlsRegistered\": true,\n    \"mlrRegNumber\": \"12345678\",\n    \"prevRegForMlr\": false\n  },\n  \"businessActivities\": {\n    \"mlrActivitiesAppliedFor\": {\n      \"msb\": false,\n      \"hvd\": false,\n      \"asp\": false,\n      \"tcsp\": false,\n      \"eab\": true,\n      \"bpsp\": false,\n      \"tditpsp\": false,\n      \"amp\": false\n    },\n    \"eabServicesCarriedOut\": {\n      \"residentialEstateAgency\": true,\n      \"commercialEstateAgency\": false,\n      \"auctioneer\": false,\n      \"relocationAgent\": true,\n      \"businessTransferAgent\": false,\n      \"assetManagementCompany\": false,\n      \"landManagementAgent\": false,\n      \"developmentCompany\": false,\n      \"socialHousingProvider\": false\n    },\n    \"all\": {\n      \"DateChangeFlag\" : false,\n      \"businessActivityDetails\": {\n        \"actvtsBusRegForOnlyActvtsCarOut\": false,\n        \"respActvtsBusRegForOnlyActvtsCarOut\": {\n          \"otherBusActivitiesCarriedOut\": {\n            \"otherBusinessActivities\": \"test1\",\n            \"anticipatedTotBusinessTurnover\": \"249999\",\n            \"mlrActivityTurnover\": \"249999\"\n          }\n        }\n      },\n      \"franchiseDetails\": {\n        \"isBusinessAFranchise\": true,\n        \"franchiserName\": [\n          \"test franch\"\n        ]\n      },\n      \"noOfEmployees\": \"123\",\n      \"noOfEmployeesForMlr\": \"12\",\n      \"nonUkResidentCustDetails\": {\n        \"nonUkResidentCustomers\": true,\n        \"whichCountries\": [\n          \"AR\"\n        ]\n      },\n      \"auditableRecordsDetails\": {\n        \"detailedRecordsKept\": \"Yes\",\n        \"transactionRecordingMethod\": {\n          \"manual\": true,\n          \"spreadsheet\": true,\n          \"commercialPackage\": true,\n          \"commercialPackageName\": \"test soft\"\n        }\n      },\n      \"suspiciousActivityGuidance\": true,\n      \"nationalCrimeAgencyRegistered\": true,\n      \"formalRiskAssessmentDetails\": {\n        \"formalRiskAssessment\": true,\n        \"riskAssessmentFormat\": {\n          \"electronicFormat\": true,\n          \"manualFormat\": true\n        }\n      },\n      \"mlrAdvisor\": {\n        \"doYouHaveMlrAdvisor\": true,\n        \"mlrAdvisorDetails\": {\n          \"advisorNameAddress\": {\n            \"name\": \"thing\",\n            \"address\": {\n              \"addressLine1\": \"add1\",\n              \"addressLine2\": \"add1\",\n              \"country\": \"GB\",\n              \"postcode\": \"post1\"\n            }\n          },\n          \"agentDealsWithHmrc\": true\n        }\n      }\n    }\n  },\n  \"tradingPremises\": {\n    \"ownBusinessPremises\": {\n      \"ownBusinessPremises\": true,\n      \"ownBusinessPremisesDetails\": [\n        {\n          \"lineId\": 1,\n          \"tradingName\": \"trade1\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add1\",\n            \"addressLine2\": \"add1\",\n            \"country\": \"GB\",\n            \"postcode\": \"post1\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1980-02-01\",\n          \"endDate\": \"9999-12-31\"\n        },\n        {\n          \"lineId\": 2,\n          \"tradingName\": \"trade2\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add2\",\n            \"addressLine2\": \"add2\",\n            \"country\": \"GB\",\n            \"postcode\": \"post2\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1981-02-01\",\n          \"endDate\": \"9999-12-31\"\n        },\n        {\n          \"lineId\": 3,\n          \"tradingName\": \"trade3\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add3\",\n            \"addressLine2\": \"add3\",\n            \"country\": \"GB\",\n            \"postcode\": \"post3\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1983-02-01\",\n          \"endDate\": \"9999-12-31\"\n        }\n      ]\n    }\n  },\n  \"bankAccountDetails\": {\n    \"noOfMlrBankAccounts\": \"\",\n    \"bankAccounts\": [\n      {\n        \"accountName\": \"bank1\",\n        \"accountType\": \"This business's\",\n        \"doYouHaveUkBankAccount\": true,\n        \"bankAccountDetails\": {\n          \"ukAccount\": {\n            \"sortCode\": \"204266\",\n            \"accountNumber\": \"12345678\"\n          }\n        }\n      }\n    ]\n  },\n  \"eabAll\": {\n    \"estateAgencyActProhibition\": true,\n    \"estAgncActProhibProvideDetails\": \"test1\",\n    \"prevWarnedWRegToEstateAgencyActivities\": true,\n    \"prevWarnWRegProvideDetails\": \"test1\"\n  },\n  \"eabResdEstAgncy\": {\n    \"regWithRedressScheme\": true,\n    \"whichRedressScheme\": \"The Property Ombudsman Limited\"\n  },\n  \"responsiblePersons\": [\n    {\n      \"lineId\": 1,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fname1\",\n          \"lastName\": \"lname1\"\n        },\n        \"othrNamesOrAliasesDetails\": {\n          \"otherNamesOrAliases\": true,\n          \"aliases\": [\n            \"test\"\n          ]\n        },\n        \"previousNameDetails\": {\n          \"nameEverChanged\": true,\n          \"previousName\": {\n            \"firstName\": \"fn\",\n            \"lastName\": \"ln\"\n          },\n          \"dateOfChange\": \"2000-04-03\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"AG\",\n        \"nationality\": \"IE\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"092427342735\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add1\",\n          \"addressLine2\": \"add1\",\n          \"country\": \"GB\",\n          \"postcode\": \"post1\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"7-12 months\",\n      \"addressUnderThreeYears\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtAddressUnderThreeYears\": \"7-12 months\",\n      \"addressUnderOneYear\": {\n        \"address\": {\n          \"addressLine1\": \"add3\",\n          \"addressLine2\": \"add3\",\n          \"country\": \"GB\",\n          \"postcode\": \"post3\"\n        }\n      },\n      \"timeAtAddressUnderOneYear\": \"7-12 months\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": false,\n          \"nominatedOfficer\": true\n        }\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    },\n    {\n      \"lineId\": 2,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fn2\",\n          \"lastName\": \"ln2\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"AI\",\n        \"nationality\": \"GB\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"0829478247\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"1-3 years\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": true,\n          \"nominatedOfficer\": false\n        }\n      },\n      \"regDetails\": {\n        \"vatRegistered\": true,\n        \"vrnNumber\": \"123456789\",\n        \"saRegistered\": true,\n        \"saUtr\": \"1234567890\"\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    },\n    {\n      \"lineId\": 3,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fn3\",\n          \"lastName\": \"ln3\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"BD\",\n        \"nationality\": \"AO\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"4575685688\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add1\",\n          \"addressLine2\": \"add1\",\n          \"country\": \"GB\",\n          \"postcode\": \"post1\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"0-6 months\",\n      \"addressUnderThreeYears\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtAddressUnderThreeYears\": \"7-12 months\",\n      \"addressUnderOneYear\": {\n        \"address\": {\n          \"addressLine1\": \"add3\",\n          \"addressLine2\": \"add3\",\n          \"country\": \"GB\",\n          \"postcode\": \"post3\"\n        }\n      },\n      \"timeAtAddressUnderOneYear\": \"7-12 months\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": true,\n          \"nominatedOfficer\": true\n        }\n      },\n      \"regDetails\": {\n        \"vatRegistered\": true,\n        \"vrnNumber\": \"123456789\",\n        \"saRegistered\": true,\n        \"saUtr\": \"1234567890\"\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    }\n  ],\n  \"declaration\": {\n    \"declarationFlag\": true\n  },\n   \"filingIndividual\": {\n    \"individualDetails\": {\n      \"firstName\": \"fname\",\n      \"lastName\": \"lname\"\n    },\n    \"employedWithinBusiness\": false,\n    \"roleWithinBusiness\":{\n      \"beneficialShareholder\": false,\n      \"director\": false,\n      \"partner\": false,\n      \"internalAccountant\": false,\n      \"soleProprietor\": false,\n      \"nominatedOfficer\": false,\n      \"designatedMember\": false,\n      \"other\": false\n    },\n    \"roleForTheBusiness\":{\n      \"externalAccountant\": true,\n      \"other\": false\n    }\n  },\n  \"etmpFields\": {\n    \"dateOfSubmission\": \"2016-10-24\"\n  }\n}\"\"\")\n        json.as[SubscriptionView] mustBe a[SubscriptionView]\n\n      }\n\n      \"given valid json with LA\" in {\n        val jsonLA = Json.parse(\n          \"\"\"{\n  \"etmpFormBundleNumber\": \"082000001158\",\n  \"businessDetails\": {\n    \"typeOfLegalEntity\": \"Sole Proprietor\"\n  },\n  \"businessContactDetails\": {\n    \"businessAddress\": {\n      \"addressLine1\": \"Matheson House 1\",\n      \"addressLine2\": \"Grange Central\",\n      \"addressLine3\": \"Telford\",\n      \"addressLine4\": \"Shropshire\",\n      \"country\": \"GB\",\n      \"postcode\": \"TF3 4ER\"\n    },\n    \"altCorrespondenceAddress\": false,\n    \"businessTelNo\": \"0897686856765\",\n    \"businessEmail\": \"<EMAIL>\"\n  },\n  \"businessReferencesAll\": {\n    \"amlsRegistered\": true,\n    \"mlrRegNumber\": \"12345678\",\n    \"prevRegForMlr\": false\n  },\n  \"businessActivities\": {\n    \"mlrActivitiesAppliedFor\": {\n      \"msb\": false,\n      \"hvd\": false,\n      \"asp\": false,\n      \"tcsp\": false,\n      \"eab\": true,\n      \"bpsp\": false,\n      \"tditpsp\": false,\n      \"amp\": false\n    },\n    \"eabServicesCarriedOut\": {\n      \"residentialEstateAgency\": true,\n      \"commercialEstateAgency\": false,\n      \"auctioneer\": false,\n      \"relocationAgent\": true,\n      \"businessTransferAgent\": false,\n      \"assetManagementCompany\": false,\n      \"landManagementAgent\": false,\n      \"developmentCompany\": false,\n      \"socialHousingProvider\": false,\n      \"lettingAgents\": true\n    },\n    \"all\": {\n      \"DateChangeFlag\" : false,\n      \"businessActivityDetails\": {\n        \"actvtsBusRegForOnlyActvtsCarOut\": false,\n        \"respActvtsBusRegForOnlyActvtsCarOut\": {\n          \"otherBusActivitiesCarriedOut\": {\n            \"otherBusinessActivities\": \"test1\",\n            \"anticipatedTotBusinessTurnover\": \"249999\",\n            \"mlrActivityTurnover\": \"249999\"\n          }\n        }\n      },\n      \"franchiseDetails\": {\n        \"isBusinessAFranchise\": true,\n        \"franchiserName\": [\n          \"test franch\"\n        ]\n      },\n      \"noOfEmployees\": \"123\",\n      \"noOfEmployeesForMlr\": \"12\",\n      \"nonUkResidentCustDetails\": {\n        \"nonUkResidentCustomers\": true,\n        \"whichCountries\": [\n          \"AR\"\n        ]\n      },\n      \"auditableRecordsDetails\": {\n        \"detailedRecordsKept\": \"Yes\",\n        \"transactionRecordingMethod\": {\n          \"manual\": true,\n          \"spreadsheet\": true,\n          \"commercialPackage\": true,\n          \"commercialPackageName\": \"test soft\"\n        }\n      },\n      \"suspiciousActivityGuidance\": true,\n      \"nationalCrimeAgencyRegistered\": true,\n      \"formalRiskAssessmentDetails\": {\n        \"formalRiskAssessment\": true,\n        \"riskAssessmentFormat\": {\n          \"electronicFormat\": true,\n          \"manualFormat\": true\n        }\n      },\n      \"mlrAdvisor\": {\n        \"doYouHaveMlrAdvisor\": true,\n        \"mlrAdvisorDetails\": {\n          \"advisorNameAddress\": {\n            \"name\": \"thing\",\n            \"address\": {\n              \"addressLine1\": \"add1\",\n              \"addressLine2\": \"add1\",\n              \"country\": \"GB\",\n              \"postcode\": \"post1\"\n            }\n          },\n          \"agentDealsWithHmrc\": true\n        }\n      }\n    }\n  },\n  \"tradingPremises\": {\n    \"ownBusinessPremises\": {\n      \"ownBusinessPremises\": true,\n      \"ownBusinessPremisesDetails\": [\n        {\n          \"lineId\": 1,\n          \"tradingName\": \"trade1\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add1\",\n            \"addressLine2\": \"add1\",\n            \"country\": \"GB\",\n            \"postcode\": \"post1\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1980-02-01\",\n          \"endDate\": \"9999-12-31\"\n        },\n        {\n          \"lineId\": 2,\n          \"tradingName\": \"trade2\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add2\",\n            \"addressLine2\": \"add2\",\n            \"country\": \"GB\",\n            \"postcode\": \"post2\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1981-02-01\",\n          \"endDate\": \"9999-12-31\"\n        },\n        {\n          \"lineId\": 3,\n          \"tradingName\": \"trade3\",\n          \"businessAddress\": {\n            \"addressLine1\": \"add3\",\n            \"addressLine2\": \"add3\",\n            \"country\": \"GB\",\n            \"postcode\": \"post3\"\n          },\n          \"residential\": false,\n          \"eab\": {\n            \"eab\": true\n          },\n          \"startDate\": \"1983-02-01\",\n          \"endDate\": \"9999-12-31\"\n        }\n      ]\n    }\n  },\n  \"bankAccountDetails\": {\n    \"noOfMlrBankAccounts\": \"\",\n    \"bankAccounts\": [\n      {\n        \"accountName\": \"bank1\",\n        \"accountType\": \"This business's\",\n        \"doYouHaveUkBankAccount\": true,\n        \"bankAccountDetails\": {\n          \"ukAccount\": {\n            \"sortCode\": \"204266\",\n            \"accountNumber\": \"12345678\"\n          }\n        }\n      }\n    ]\n  },\n  \"eabAll\": {\n    \"estateAgencyActProhibition\": true,\n    \"estAgncActProhibProvideDetails\": \"test1\",\n    \"prevWarnedWRegToEstateAgencyActivities\": true,\n    \"prevWarnWRegProvideDetails\": \"test1\"\n  },\n  \"eabResdEstAgncy\": {\n    \"regWithRedressScheme\": true,\n    \"whichRedressScheme\": \"The Property Ombudsman Limited\"\n  },\n  \"lettingAgents\": {\n    \"clientMoneyProtection\": true\n  },\n  \"responsiblePersons\": [\n    {\n      \"lineId\": 1,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fname1\",\n          \"lastName\": \"lname1\"\n        },\n        \"othrNamesOrAliasesDetails\": {\n          \"otherNamesOrAliases\": true,\n          \"aliases\": [\n            \"test\"\n          ]\n        },\n        \"previousNameDetails\": {\n          \"nameEverChanged\": true,\n          \"previousName\": {\n            \"firstName\": \"fn\",\n            \"lastName\": \"ln\"\n          },\n          \"dateOfChange\": \"2000-04-03\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"AG\",\n        \"nationality\": \"IE\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"092427342735\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add1\",\n          \"addressLine2\": \"add1\",\n          \"country\": \"GB\",\n          \"postcode\": \"post1\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"7-12 months\",\n      \"addressUnderThreeYears\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtAddressUnderThreeYears\": \"7-12 months\",\n      \"addressUnderOneYear\": {\n        \"address\": {\n          \"addressLine1\": \"add3\",\n          \"addressLine2\": \"add3\",\n          \"country\": \"GB\",\n          \"postcode\": \"post3\"\n        }\n      },\n      \"timeAtAddressUnderOneYear\": \"7-12 months\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": false,\n          \"nominatedOfficer\": true\n        }\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    },\n    {\n      \"lineId\": 2,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fn2\",\n          \"lastName\": \"ln2\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"AI\",\n        \"nationality\": \"GB\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"0829478247\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"1-3 years\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": true,\n          \"nominatedOfficer\": false\n        }\n      },\n      \"regDetails\": {\n        \"vatRegistered\": true,\n        \"vrnNumber\": \"123456789\",\n        \"saRegistered\": true,\n        \"saUtr\": \"1234567890\"\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    },\n    {\n      \"lineId\": 3,\n      \"nameDetails\": {\n        \"personName\": {\n          \"firstName\": \"fn3\",\n          \"lastName\": \"ln3\"\n        }\n      },\n      \"nationalityDetails\": {\n        \"areYouUkResident\": true,\n        \"idDetails\": {\n          \"ukResident\": {\n            \"nino\": \"AB123456C\"\n          }\n        },\n        \"countryOfBirth\": \"BD\",\n        \"nationality\": \"AO\"\n      },\n      \"contactCommDetails\": {\n        \"contactEmailAddress\": \"<EMAIL>\",\n        \"primaryTeleNo\": \"4575685688\"\n      },\n      \"currentAddressDetails\": {\n        \"address\": {\n          \"addressLine1\": \"add1\",\n          \"addressLine2\": \"add1\",\n          \"country\": \"GB\",\n          \"postcode\": \"post1\"\n        }\n      },\n      \"timeAtCurrentAddress\": \"0-6 months\",\n      \"addressUnderThreeYears\": {\n        \"address\": {\n          \"addressLine1\": \"add2\",\n          \"addressLine2\": \"add2\",\n          \"country\": \"GB\",\n          \"postcode\": \"post2\"\n        }\n      },\n      \"timeAtAddressUnderThreeYears\": \"7-12 months\",\n      \"addressUnderOneYear\": {\n        \"address\": {\n          \"addressLine1\": \"add3\",\n          \"addressLine2\": \"add3\",\n          \"country\": \"GB\",\n          \"postcode\": \"post3\"\n        }\n      },\n      \"timeAtAddressUnderOneYear\": \"7-12 months\",\n      \"positionInBusiness\": {\n        \"soleProprietor\": {\n          \"soleProprietor\": true,\n          \"nominatedOfficer\": true\n        }\n      },\n      \"regDetails\": {\n        \"vatRegistered\": true,\n        \"vrnNumber\": \"123456789\",\n        \"saRegistered\": true,\n        \"saUtr\": \"1234567890\"\n      },\n      \"previousExperience\": true,\n      \"descOfPrevExperience\": \"test1\",\n      \"amlAndCounterTerrFinTraining\": true,\n      \"trainingDetails\": \"test1\",\n      \"startDate\": \"2000-02-01\",\n      \"endDate\": \"9999-12-31\"\n    }\n  ],\n  \"declaration\": {\n    \"declarationFlag\": true\n  },\n   \"filingIndividual\": {\n    \"individualDetails\": {\n      \"firstName\": \"fname\",\n      \"lastName\": \"lname\"\n    },\n    \"employedWithinBusiness\": false,\n    \"roleWithinBusiness\":{\n      \"beneficialShareholder\": false,\n      \"director\": false,\n      \"partner\": false,\n      \"internalAccountant\": false,\n      \"soleProprietor\": false,\n      \"nominatedOfficer\": false,\n      \"designatedMember\": false,\n      \"other\": false\n    },\n    \"roleForTheBusiness\":{\n      \"externalAccountant\": true,\n      \"other\": false\n    }\n  },\n  \"etmpFields\": {\n    \"dateOfSubmission\": \"2016-10-24\"\n  }\n}\"\"\")\n        jsonLA.as[SubscriptionView] mustBe a[SubscriptionView]\n\n      }\n    }\n  }\n\n  val GetSuccessModel = SubscriptionView(\n    etmpFormBundleNumber = \"111111\",\n    DesConstants.testBusinessDetails,\n    DesConstants.testViewBusinessContactDetails,\n    DesConstants.testBusinessReferencesAll,\n    Some(DesConstants.testbusinessReferencesAllButSp),\n    Some(DesConstants.testBusinessReferencesCbUbLlp),\n    DesConstants.testBusinessActivities,\n    DesConstants.testTradingPremisesAPI5,\n    DesConstants.testBankDetails,\n    Some(DesConstants.testMsb),\n    Some(DesConstants.testHvd),\n    Some(DesConstants.testAsp),\n    Some(DesConstants.testAspOrTcsp),\n    Some(DesConstants.testTcspAll),\n    Some(DesConstants.testTcspTrustCompFormationAgt),\n    Some(DesConstants.testEabAll),\n    Some(DesConstants.testEabResdEstAgncy),\n    Some(DesConstants.testResponsiblePersons),\n    Some(DesConstants.testAmp),\n    None,\n    DesConstants.extraFields\n  )\n\n  val getSuccessModelLA = GetSuccessModel.copy(lettingAgents = Some(\n    DesConstants.testLettingAgents),\n    businessActivities = DesConstants.testBusinessActivitiesLA\n  )\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/DefaultDesValues.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport models.des.aboutthebusiness.{Address => ATBAddress, _}\nimport models.des.aboutyou.{Aboutyou, IndividualDetails}\nimport models.des.amp.{Amp, TransactionsAccptOvrThrshld}\nimport models.des.asp._\nimport models.des.businessactivities.{BusinessActivities => DesBusinessActivities, _}\nimport models.des.businessdetails.BusinessDetails\nimport models.des.businessdetails.BusinessType.SoleProprietor\nimport models.des.estateagentbusiness.{EabAll, EabResdEstAgncy}\nimport models.des.hvd.{HvdFromUnseenCustDetails, ReceiptMethods, Hvd => DesHvd}\nimport models.des.msb._\nimport models.des.responsiblepeople.{Address => RPAddress, SoleProprietor => DesSoleProprietor, _}\nimport models.des.supervision._\nimport models.des.tcsp.{TcspAll, TcspTrustCompFormationAgt}\nimport models.des.tradingpremises.{Asp => TPAsp, TradingPremises => DesTradingPremises, Amp => AmpTradingPremises, _}\nimport org.joda.time.LocalDate\n\nobject DefaultDesValues {\n\n  val BusinessCustomerDetails = BusinessDetails(SoleProprietor,\n    None,\n    None\n  )\n  private val deseabServiceModel = Some(des.businessactivities.EabServices(\n    false, false, true, false, true, false, false, false, false, Some(false)\n  ))\n\n  private val deseabServiceModelLA = Some(des.businessactivities.EabServices(false, false,\n    true, false, true, false, false, false, false, Some(true)))\n\n  private val activityDetails = BusinessActivityDetails(true, Some(ExpectedAMLSTurnover(Some(\"14999\"))))\n  private val franchiseDetails = Some(FranchiseDetails(true, Some(Seq(\"Name\"))))\n  private val noOfEmployees = Some(\"10\")\n  private val noOfEmployeesForMlr = Some(\"5\")\n  private val nonUkResidentCustDetails = NonUkResidentCustDetails(true, Some(Seq(\"GB\", \"AB\")))\n  private val auditableRecordsDetails = AuditableRecordsDetails(\"Yes\", Some(TransactionRecordingMethod(true, true, true, Some(\"value\"))))\n  private val suspiciousActivityGuidance = true\n  private val nationalCrimeAgencyRegistered = true\n  private val formalRiskAssessmentDetails = Some(FormalRiskAssessmentDetails(true, Some(RiskAssessmentFormat(true))))\n  private val advisorNameAddress = AdvisorNameAddress(\"Name\", Some(\"TradingName\"), ATBAddress(\"Line1\", \"Line2\", Some(\"Line3\"), Some(\"Line4\"), \"GB\", Some(\"AA1 1AA\")))\n  private val mlrAdvisor = Some(MlrAdvisor(true, Some(MlrAdvisorDetails(Some(advisorNameAddress), true, None))))\n  private val desallActivitiesModel = Some(BusinessActivitiesAll(None,Some(\"1990-02-24\"),None, activityDetails, franchiseDetails, noOfEmployees, noOfEmployeesForMlr,\n    nonUkResidentCustDetails, auditableRecordsDetails, suspiciousActivityGuidance, nationalCrimeAgencyRegistered,\n    formalRiskAssessmentDetails, mlrAdvisor))\n  private val tcspServicesOffered = Some(TcspServicesOffered(true,true,true,true,true))\n  private val servicesforRegOff = Some(ServicesforRegOff(true,false,false,false,false,false,false,true,Some(\"other service\")))\n  private val aspServicesOffered =  Some(AspServicesOffered(true, false, false, true, true))\n  private val ampServices = Some(AmpServices(true, true, true, true, AmpServicesOther(true, Some(\"Another service\"))))\n  private val mlrActivitiesAppliedFor = Some(MlrActivitiesAppliedFor(true,true,true, false, false,false,false,false))\n  private val msbServicesCarriedOut = Some(MsbServicesCarriedOut(true,true,false,true,false))\n  private val hvdGoodsSold = Some(HvdGoodsSold(true,true,true,true,true,false,false,false,false,false,false,true,Some(\"Details\"),\n    Some(HowGoodsAreSold(true,false,true))))\n  private val hvdAlcoholTobacco = Some(HvdAlcoholTobacco(true))\n\n  val BusinessActivitiesSection = DesBusinessActivities(mlrActivitiesAppliedFor, msbServicesCarriedOut, hvdGoodsSold, hvdAlcoholTobacco, aspServicesOffered,\n    tcspServicesOffered, servicesforRegOff, deseabServiceModel, ampServices, desallActivitiesModel)\n\n  val BusinessActivitiesSectionLA = DesBusinessActivities(mlrActivitiesAppliedFor, msbServicesCarriedOut, hvdGoodsSold, hvdAlcoholTobacco, aspServicesOffered,\n    tcspServicesOffered, servicesforRegOff, deseabServiceModelLA, ampServices, desallActivitiesModel)\n\n  val EabAllDetails = Some(EabAll(true, Some(\"Details\"), false, None))\n\n  val EabResd = Some(EabResdEstAgncy(true, Some(\"Property Redress Scheme\")))\n\n  val AboutTheBusinessSection = BusinessContactDetails(\n    ATBAddress(\"line1\", \"line2\",\n      Some(\"some street\"), Some(\"some city\"), \"GB\", Some(\"EE1 1EE\")),\n    true,\n    Some(AlternativeAddress(\"kap\", \"Trading\", ATBAddress(\"Park\", \"lane\",\n      Some(\"Street\"), Some(\"city\"), \"GB\", Some(\"EE1 1EE\")))),\n    \"019212323222323222323222323222\",\n    \"<EMAIL>\")\n\n  val PrevRegMLR = Some(PreviouslyRegisteredMLR(true, Some(\"12345678\"), false, None))\n  val VatALlBuySp = Some(VATRegistration(true, Some(\"123456789\")))\n\n  private val premises = OwnBusinessPremisesDetails(\n    Some(\"string\"),\n    des.tradingpremises.Address(\"string\",\n      \"string\",\n      Some(\"string\"),\n      Some(\"string\"),\n      \"GB\",\n      Some(\"AA1 1AA\")\n    ),\n    false,\n    Msb(true, true, true, true, false),\n    models.des.tradingpremises.Hvd(true),\n    TPAsp(false),\n    Tcsp(true),\n    Eab(false),\n    Bpsp(false),\n    Tditpsp(false),\n    AmpTradingPremises(true),\n    \"2010-01-01\")\n\n  private val ownBusinessPremises = OwnBusinessPremises(true, Some(Seq(premises)))\n\n  private val agentPremises = AgentPremises(\"string\",\n    des.tradingpremises.Address(\"string\", \"string\", Some(\"string\"), Some(\"string\"), \"GB\", Some(\"AA1 1AA\")), true,\n    Msb(false, false, false, false, false),\n    models.des.tradingpremises.Hvd(false),\n    TPAsp(false),\n    Tcsp(false),\n    Eab(true),\n    Bpsp(true),\n    Tditpsp(false),\n    AmpTradingPremises(true),\n    Some(\"2008-01-01\"))\n\n  private def agentDetails = AgentDetails(\"Sole Proprietor\", None, None, Some(\"entity name\"), agentPremises)\n\n  private val agentBusinessPremises = AgentBusinessPremises(true, Some(Seq(agentDetails)))\n\n  val TradingPremisesSection = {\n    DesTradingPremises(Some(ownBusinessPremises), Some(agentBusinessPremises))\n  }\n\n  val bankDetailsSection = {\n    import des.bankdetails._\n    BankDetails(\"3\",\n      Some(Seq(BankAccount(\"Personal account\", \"Personal\", true, ukAccount(\"112233\", \"12345678\")),\n        BankAccount(\"Business account\", \"This business's\", false, AccountNumber(\"12345678\")),\n        BankAccount(\"Another Business account\", \"Another business's\", false, IBANNumber(\"12345678\")))))\n  }\n\n  val filingIndividual = Aboutyou(Some(IndividualDetails(\"fName\", None, \"lName\")), true, Some(\"Other\"), Some(\"Agent\"), Some(\"Other\"), Some(\"Agent\"))\n\n  private val nameDtls = Some(NameDetails(PersonName(Some(\"name\"), Some(\"some\"), Some(\"surname\")), Some(OthrNamesOrAliasesDetails(true, Some(Seq(\"Doc\")))),\n    Some(PreviousNameDetails(true, Some(PersonName(Some(\"fname\"), Some(\"mname\"), Some(\"lname\"))), Some(\"1990-02-24\")))))\n  private val nationalDtls = Some(NationalityDetails(true, Some(IdDetail(Some(UkResident(\"nino\")), None)), Some(\"GB\"), Some(\"GB\")))\n  private val nationalDtlsPhase2 = Some(NationalityDetails(true, Some(IdDetail(Some(UkResident(\"nino\")), None, Some(\"1970-01-01\"))), Some(\"GB\"), Some(\"GB\")))\n  private val contactDtls = Some(ContactCommDetails(\"<EMAIL>\", \"07000001122\", None))\n  private val currentDesAddress = Some(CurrentAddress(AddressWithChangeDate(\"ccLine 1\", \"ccLine 2\", None, None, \"GB\", Some(\"AA1 1AA\"))))\n  private val additionalDesAddress = Some(AddressUnderThreeYears(RPAddress(\"Line 1\", \"Line 2\", None, None, \"GB\", Some(\"BB1 1BB\"))))\n  private val extraAdditional = Some(AddressUnderThreeYears(RPAddress(\"e Line 1\", \"e Line 2\", Some(\"e Line 3\"), Some(\"e Line 4\"), \"GB\", Some(\"CC1 1CC\"))))\n  private val regDtls = Some(RegDetails(false, None, true, Some(\"0123456789\")))\n  private val positionInBusinessForRelease7 = Some(PositionInBusiness(Some(DesSoleProprietor(true, true, Some(false))),None, None))\n  private val positionInBusiness= Some(PositionInBusiness(Some(DesSoleProprietor(true, true)),\n    None, None))\n\n  val tcspAllSection  = Some(TcspAll(true,Some(\"12345678\")))\n  val tcspTrustCompFormationAgtSection = Some(TcspTrustCompFormationAgt(true,true))\n\n  val ResponsiblePersonsSection = Some(Seq(ResponsiblePersons(\n    nameDtls,\n    nationalDtls,\n    contactDtls,\n    currentDesAddress,\n    Some(\"0-6 months\"),\n    additionalDesAddress,\n    Some(\"7-12 months\"),\n    extraAdditional,\n    Some(\"1-3 years\"),\n    positionInBusiness,\n    regDtls,\n    true,\n    Some(\"Some training\"),\n    true,\n    Some(\"test\"),\n    Some((new LocalDate()).toString(\"yyyy-MM-dd\")),\n    None,\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra()\n  )\n  ))\n\n  val ResponsiblePersonsSectionPhase2 = Some(Seq(ResponsiblePersons(\n    nameDtls,\n    nationalDtlsPhase2,\n    contactDtls,\n    currentDesAddress,\n    Some(\"0-6 months\"),\n    additionalDesAddress,\n    Some(\"7-12 months\"),\n    extraAdditional,\n    Some(\"1-3 years\"),\n    positionInBusiness,\n    regDtls,\n    true,\n    Some(\"Some training\"),\n    true,\n    Some(\"test\"),\n    Some((new LocalDate()).toString(\"yyyy-MM-dd\")),\n    None,\n    None,\n    Some(false),\n    Some(true),\n    extra = RPExtra()\n  )\n  ))\n  val ResponsiblePersonsSectionForRelease7 = Some(Seq(ResponsiblePersons(\n    nameDtls,\n    nationalDtls,\n    contactDtls,\n    currentDesAddress,\n    Some(\"0-6 months\"),\n    additionalDesAddress,\n    Some(\"7-12 months\"),\n    extraAdditional,\n    Some(\"1-3 years\"),\n    positionInBusinessForRelease7,\n    regDtls,\n    true,\n    Some(\"Some training\"),\n    true,\n    Some(\"test\"),\n    Some((new LocalDate()).toString(\"yyyy-MM-dd\")),\n    None,\n    Some(MsbOrTcsp(true)),\n    extra = RPExtra()\n  )\n  ))\n  val ResponsiblePersonsSectionForRelease7Phase2 = Some(Seq(ResponsiblePersons(\n    nameDtls,\n    nationalDtlsPhase2,\n    contactDtls,\n    currentDesAddress,\n    Some(\"0-6 months\"),\n    additionalDesAddress,\n    Some(\"7-12 months\"),\n    extraAdditional,\n    Some(\"1-3 years\"),\n    positionInBusinessForRelease7,\n    regDtls,\n    true,\n    Some(\"Some training\"),\n    true,\n    Some(\"test\"),\n    Some((new LocalDate()).toString(\"yyyy-MM-dd\")),\n    None,\n    None,\n    Some(false),\n    Some(true),\n    extra = RPExtra()\n  )\n  ))\n\n  val AmpSection = Some(Amp(TransactionsAccptOvrThrshld(true, Some(\"2019-09-19 16:58:06.259Z\")), true, 60))\n\n  val AspSection =  Some(Asp(true, None))\n\n  private val supervisionDetails = SupervisionDetails(true,Some(SupervisorDetails(\"Company A\",\"1993-08-25\",\"1999-08-25\",None,\"Ending reason\")))\n  private val professionalBodyDetails = ProfessionalBodyDetails(true,Some(\"details\"),\n    Some(ProfessionalBodyDesMember(true,\n      Some(MemberOfProfessionalBody(true,true,false,false,false,false,false,false,false,false,false,false,false,true,Some(\"test\"))))))\n\n  val AspOrTcspSection = Some(AspOrTcsp(Some(supervisionDetails),\n    Some(professionalBodyDetails)))\n\n  val CorpTaxRegime = Some(CorporationTaxRegisteredCbUbLlp(true, Some(\"1234567890\")))\n\n  val msbSection = Some(\n    MoneyServiceBusiness(\n      Some(MsbAllDetails(Some(\"499999\"),true,Some(CountriesList(List(\"GB\"))),true)),\n      Some(MsbMtDetails(true,Some(\"123456\"),\n        IpspServicesDetails(true,Some(Seq(IpspDetails(\"name\",\"123456789123456\")))),\n        true,\n        Some(\"12345678963\"),Some(CountriesList(List(\"GB\"))),Some(CountriesList(List(\"LA\",\"LV\"))))),\n      Some(MsbCeDetailsR7(Some(true), Some(CurrencySourcesR7(Some(MSBBankDetails(true, Some(List(\"Bank names\")))),\n        Some(CurrencyWholesalerDetails(true, Some(List(\"wholesaler names\")))), true)), \"12345678963\", Some(CurrSupplyToCust(List(\"USD\", \"MNO\", \"PQR\"))))), None)\n  )\n\n  val msbSectionR6 = Some(\n    MoneyServiceBusiness(\n      Some(MsbAllDetails(Some(\"499999\"),true,Some(CountriesList(List(\"GB\"))),true)),\n      Some(MsbMtDetails(true,Some(\"123456\"),\n        IpspServicesDetails(true,Some(Seq(IpspDetails(\"name\",\"123456789123456\")))),\n        true,\n        Some(\"12345678963\"),Some(CountriesList(List(\"GB\"))),Some(CountriesList(List(\"LA\",\"LV\"))), None)),\n      Some(MsbCeDetailsR7(None, Some(CurrencySourcesR7(Some(MSBBankDetails(true, Some(List(\"Bank names\")))),\n        Some(CurrencyWholesalerDetails(true, Some(List(\"wholesaler names\")))), true)), \"12345678963\", Some(CurrSupplyToCust(List(\"USD\", \"MNO\", \"PQR\"))))), None)\n  )\n  \/\/ scalastyle:off magic.number\n  val hvdSection = Some(DesHvd(true,Some(\"1978-02-15\"),None,true,Some(40),Some(HvdFromUnseenCustDetails(true,Some(ReceiptMethods(true,true,true,Some(\"foo\")))))))\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/services\/PaymentServiceSpec.scala","text":"<filename>test\/services\/PaymentServiceSpec.scala<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services\n\nimport cats.implicits._\nimport connectors.PayAPIConnector\nimport exceptions.{HttpStatusException, PaymentException}\nimport generators.PaymentGenerator\nimport models.payapi.PaymentStatuses\nimport models.payments.{Payment, PaymentStatusResult}\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport org.scalatest.BeforeAndAfter\nimport org.scalatest.concurrent.{IntegrationPatience, ScalaFutures}\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.test.Helpers._\nimport reactivemongo.api.commands.{UpdateWriteResult, Upserted, WriteError}\nimport repositories.PaymentRepository\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport uk.gov.hmrc.http.HeaderCarrier\n\nclass PaymentServiceSpec extends PlaySpec with MockitoSugar with ScalaFutures with IntegrationPatience with PaymentGenerator with BeforeAndAfter {\n\n  implicit val hc: HeaderCarrier = new HeaderCarrier()\n\n  val testPayAPIConnector = mock[PayAPIConnector]\n  val testPaymentRepo = mock[PaymentRepository]\n  val testPayApiPayment = payApiPaymentGen.sample.get\n  val safeId = amlsRefNoGen.sample.get\n  val testPayment = Payment(amlsRefNoGen.sample.get, safeId, testPayApiPayment)\n  val testPaymentService = new PaymentService(testPayAPIConnector, testPaymentRepo)\n\n  val successWriteResult = mock[UpdateWriteResult]\n  when(successWriteResult.ok) thenReturn true\n\n  def errorWriteResult(error: String): UpdateWriteResult = UpdateWriteResult(\n    ok = false,\n    0,\n    0,\n    Seq.empty[Upserted],\n    Seq.empty[WriteError],\n    None,\n    None,\n    Some(error)\n  )\n\n  before {\n    Seq(testPayAPIConnector, testPaymentRepo, testPayAPIConnector).foreach(reset(_))\n  }\n\n  \"PaymentService\" when {\n    \"createPayment is called\" must {\n      \"respond with payment if call to connector is successful\" in {\n        when {\n          testPayAPIConnector.getPayment(eqTo(testPayApiPayment.id))(any())\n        } thenReturn {\n          Future.successful(testPayApiPayment)\n        }\n\n        when {\n          testPaymentService.paymentsRepository.insert(any())\n        } thenReturn {\n          Future.successful(testPayment)\n        }\n\n        whenReady(testPaymentService.createPayment(testPayApiPayment.id, amlsRegistrationNumber, safeId)) { res =>\n          res mustBe Some(testPayment)\n\n          verify(\n            testPaymentService.paymentsRepository\n          ).insert(any[Payment])\n        }\n\n      }\n\n      \"respond with None if call to connector returns HttpStatusException NotFound\" in {\n\n        when {\n          testPayAPIConnector.getPayment(any())(any())\n        } thenReturn {\n          Future.failed(HttpStatusException(NOT_FOUND, None))\n        }\n\n        val result = testPaymentService.createPayment(testPayApiPayment.id, amlsRegistrationNumber, safeId)\n        await(result) mustBe None\n\n      }\n\n      \"respond with PaymentException if connector returns HttpStatusException with anything else\" in {\n\n        when {\n          testPayAPIConnector.getPayment(any())(any())\n        } thenReturn {\n          Future.failed(HttpStatusException(INTERNAL_SERVER_ERROR, None))\n        }\n\n        val result = testPaymentService.createPayment(testPayApiPayment.id, amlsRegistrationNumber, safeId).failed\n\n        await(result) mustBe PaymentException(Some(INTERNAL_SERVER_ERROR), \"Could not retrieve payment\")\n\n      }\n\n      \"replay exception if anything other than HttpStatusException\" in {\n\n        val e = new Exception(\"\")\n\n        when {\n          testPayAPIConnector.getPayment(any())(any())\n        } thenReturn {\n          Future.failed(e)\n        }\n\n        val result = testPaymentService.createPayment(testPayApiPayment.id, amlsRegistrationNumber, safeId).failed\n\n        await(result) mustBe e\n      }\n    }\n\n    \"retrieving a payment\" must {\n      \"support getting a payment by payment reference\" in {\n        val paymentRef = paymentRefGen.sample.get\n        val payment = testPayment.copy(reference = paymentRef)\n\n        when {\n          testPaymentRepo.findLatestByPaymentReference(eqTo(paymentRef))\n        } thenReturn Future.successful(Some(payment))\n\n        whenReady(testPaymentService.getPaymentByPaymentReference(paymentRef)) {\n          case Some(result) =>\n            result mustBe payment\n          case _ => fail(\"No payment was returned\")\n        }\n      }\n\n      \"support getting a payment by AMLS reference number\" in {\n        val amlsRef = amlsRefNoGen.sample.get\n        val payment = testPayment.copy(amlsRefNo = amlsRef)\n\n        when {\n          testPaymentRepo.findLatestByAmlsReference(eqTo(amlsRef))\n        } thenReturn Future.successful(Some(payment))\n\n        whenReady(testPaymentService.getPaymentByAmlsReference(amlsRef)) {\n          case Some(result) =>\n            result mustBe payment\n          case _ => fail(\"No payment was returned\")\n        }\n      }\n    }\n\n    \"updatePayment is called\" must {\n      \"update the payment in-place\" in {\n        val updatedPayment = testPayment.copy()\n\n        when {\n          testPaymentRepo.findLatestByPaymentReference(any())\n        } thenReturn Future.successful(Some(testPayment))\n\n        when {\n          testPaymentRepo.update(any())\n        } thenReturn Future.successful(successWriteResult)\n\n        whenReady(testPaymentService.updatePayment(updatedPayment)) { result =>\n          result mustBe true\n          verify(testPaymentRepo).update(eqTo(updatedPayment))\n        }\n      }\n\n      \"throws an exception when the write failed\" in {\n        val updatedPayment = testPayment.copy()\n\n        when {\n          testPaymentRepo.findLatestByPaymentReference(any())\n        } thenReturn Future.successful(Some(testPayment))\n\n        when {\n          testPaymentRepo.update(any())\n        } thenReturn Future.successful(errorWriteResult(\"Could not write the payment\"))\n\n        intercept[Exception] {\n          whenReady(testPaymentService.updatePayment(updatedPayment)) { _ =>\n            verify(testPaymentRepo).update(eqTo(updatedPayment))\n          }\n        }\n      }\n    }\n\n    \"refreshStatus is called\" must {\n      \"refresh the status\" in {\n        val paymentRef = paymentRefGen.sample.get\n        val paymentId = paymentIdGen.sample.get\n        val amlsPayment = testPayment.copy(reference = paymentRef, _id = paymentId, status = PaymentStatuses.Created)\n        val payApiPayment = testPayApiPayment.copy(status = PaymentStatuses.Successful)\n        val updatedPayment = amlsPayment.copy(status = payApiPayment.status)\n\n        when {\n          testPaymentRepo.findLatestByPaymentReference(paymentRef)\n        } thenReturn Future.successful(Some(amlsPayment))\n\n        when {\n          testPaymentRepo.insert(any())\n        } thenReturn Future.successful(updatedPayment)\n\n        when {\n          testPayAPIConnector.getPayment(eqTo(paymentId))(any())\n        } thenReturn Future.successful(payApiPayment)\n\n        testPaymentService.refreshStatus(paymentRef) map { result =>\n          result mustBe PaymentStatusResult(paymentRef, paymentId, PaymentStatuses.Successful)\n          verify(testPaymentRepo).insert(updatedPayment)\n        }\n      }\n\n      \"return None\" when {\n        \"the payment is not found\" in {\n          when {\n            testPaymentRepo.findLatestByPaymentReference(any())\n          } thenReturn Future.successful(None)\n\n          testPaymentService.refreshStatus(paymentRefGen.sample.get) map { result =>\n            result mustBe None\n          }\n        }\n      }\n    }\n  }\n\n  \"PaymentService\" must {\n    \"create a bacs payment from a bacs payment request\" in {\n      val bacsPaymentRequest = createBacsPaymentRequestGen.sample.get\n\n      when {\n        testPaymentRepo.findLatestByPaymentReference(any())\n      } thenReturn Future.successful(None)\n\n      when {\n        testPaymentRepo.insert(any())\n      } thenReturn Future.successful(mock[Payment])\n\n      whenReady(testPaymentService.createBacsPayment(bacsPaymentRequest)) { _ =>\n        verify(testPaymentRepo).insert(any[Payment])\n      }\n    }\n\n    \"return the existing payment when trying to create a duplicate payment\" in {\n      val bacsPaymentRequest = createBacsPaymentRequestGen.sample.get\n      val payment = paymentGen.sample.get.copy(reference = bacsPaymentRequest.paymentReference)\n\n      when {\n        testPaymentRepo.findLatestByPaymentReference(eqTo(bacsPaymentRequest.paymentReference))\n      } thenReturn Future.successful(Some(payment))\n\n      when {\n        testPaymentRepo.update(any())\n      } thenReturn Future.successful(successWriteResult)\n\n      whenReady(testPaymentService.createBacsPayment(bacsPaymentRequest)) { result =>\n        result mustBe payment.copy(isBacs = Some(true))\n        verify(testPaymentRepo, never).insert(any())\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/controllers\/AmendVariationControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport exceptions.HttpStatusException\nimport generators.AmlsReferenceNumberGenerator\nimport models.des.AmendVariationRequest\nimport models.fe\nimport models.fe.bankdetails._\nimport models.fe.businessactivities.BusinessActivities\nimport models.fe.businesscustomer.{Address, ReviewDetails}\nimport models.fe.businessdetails._\nimport models.fe.businessmatching.{BusinessMatching, BusinessActivities => BMBusinessActivities, BusinessType => BT}\nimport models.fe.declaration.{AddPerson, Director, RoleWithinBusiness}\nimport org.joda.time.LocalDate\nimport org.mockito.ArgumentCaptor\nimport org.mockito.Matchers.{eq => eqTo, _}\nimport org.mockito.Mockito._\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.mvc.Result\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\nimport services.AmendVariationService\nimport utils._\n\nimport scala.concurrent.Future\n\nclass AmendVariationControllerSpec extends AmlsBaseSpec with AmlsReferenceNumberGenerator with IterateeHelpers {\n\n  val avs: AmendVariationService = mock[AmendVariationService]\n  val authAction: AuthAction = SuccessfulAuthAction\n\n  val testController = new AmendVariationController(avs, authAction, mockBodyParsers, mockCC)\n\n  val body = fe.SubscriptionRequest(\n    businessMatchingSection =\n      BusinessMatching(\n        activities = BMBusinessActivities(Set.empty),\n        reviewDetails = ReviewDetails(\n          \"\", BT.SoleProprietor, Address(\n            line_1 = \"\",\n            line_2 = \"\",\n            line_3 = None,\n            line_4 = None,\n            postcode = None,\n            country = \"\"\n          ), \"\"\n        )\n      ),\n    eabSection = None,\n    tradingPremisesSection = None,\n    businessDetailsSection = BusinessDetails(\n      PreviouslyRegisteredNo,\n      Some(ActivityStartDate(new LocalDate(1990, 2, 24))),\n      Some(VATRegisteredNo),\n      Some(CorporationTaxRegisteredYes(\"1234567890\")),\n      ContactingYou(\"123456789\", \"<EMAIL>\"),\n      RegisteredOfficeUK(\"1\", \"2\", None, None, \"AA1 1AA\"),\n      altCorrespondenceAddress = false\n    ),\n    bankDetailsSection = Seq(BankDetails(PersonalAccount, \"name\", NonUKAccountNumber(\"1234567896\"))),\n    aboutYouSection = AddPerson(\"name\", Some(\"name\"), \"name\", RoleWithinBusiness(Set(Director))),\n    businessActivitiesSection = BusinessActivities(None),\n    responsiblePeopleSection = None,\n    tcspSection = None,\n    aspSection = None,\n    msbSection = None,\n    hvdSection = None,\n    ampSection = None,\n    supervisionSection = None\n  )\n\n  val postRequest = FakeRequest(\"POST\", \"\/\")\n    .withHeaders(CONTENT_TYPE -> \"application\/json\")\n    .withBody[JsValue](Json.toJson(body))\n\n  val requestWithEmptyBody = FakeRequest(\"POST\", \"\/\")\n    .withHeaders(CONTENT_TYPE -> \"application\/json\")\n    .withBody[JsValue](Json.parse(\"{}\"))\n\n\n  val feResponse = fe.AmendVariationResponse(\n    processingDate = \"2016-09-17T09:30:47Z\",\n    etmpFormBundleNumber = \"111111\",\n    1301737.96,\n    None, None,\n    115.0,\n    None,\n    124.58,\n    None, None\n  )\n\n  \"AmendvariationController\" when {\n    \"amend is called\" must {\n      \"return a `BadRequest` response when the AmlsRegistrationNumber is invalid\" in {\n\n        val result = testController.amend(\"test\", \"test\", \"test\")(postRequest)\n        val failure = Json.obj(\"errors\" -> Seq(\"Invalid AmlsRegistrationNumber\"))\n\n        status(result) must be(BAD_REQUEST)\n        contentAsJson(result) must be(failure)\n      }\n\n      \"return a valid response when the payload is valid\" in {\n\n        when(testController.service.compareAndUpdate(any(), any())(any(), any()))\n          .thenReturn(Future.successful(mock[AmendVariationRequest]))\n\n        when {\n          testController.service.update(eqTo(amlsRegistrationNumber), any())(any(), any(), any())\n        } thenReturn Future.successful(feResponse)\n\n        val result = testController.amend(\"test\", \"orgRef\", amlsRegistrationNumber)(postRequest)\n\n        status(result) must be(OK)\n        contentAsJson(result) must be(Json.toJson(feResponse))\n      }\n\n      \"return an invalid response when the service fails\" in {\n\n        when(testController.service.compareAndUpdate(any(), any())(any(), any()))\n          .thenReturn(Future.successful(mock[AmendVariationRequest]))\n\n        when {\n          testController.service.update(eqTo(amlsRegistrationNumber), any())(any(), any(), any())\n        } thenReturn Future.failed(new HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"message\")))\n\n        whenReady(testController.amend(\"test\", \"OrgRef\", amlsRegistrationNumber)(postRequest).failed) {\n          case HttpStatusException(status, body) =>\n            status mustEqual INTERNAL_SERVER_ERROR\n            body mustEqual Some(\"message\")\n        }\n      }\n\n      \"return a `BadRequest` response when the json fails to parse\" in {\n\n        val response = Json.obj(\n          \"errors\" -> Seq(\n            Json.obj(\n              \"path\" -> \"obj.aboutYouSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessActivitiesSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessMatchingSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessDetailsSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.bankDetailsSection\",\n              \"error\" -> \"error.path.missing\"\n            )\n          )\n        )\n        val result = testController.amend(\"test\", \"orgRef\", amlsRegistrationNumber)(requestWithEmptyBody)\n\n        status(result) mustEqual BAD_REQUEST\n        contentAsJson(result) mustEqual response\n      }\n\n      \"call through to the service with an Amendment messageType\" in {\n\n        when(testController.service.update(any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(feResponse))\n\n        val mockRequest = mock[AmendVariationRequest]\n        val requestArgument = ArgumentCaptor.forClass(classOf[AmendVariationRequest])\n        when(testController.service.compareAndUpdate(requestArgument.capture(), any())(any(), any()))\n          .thenReturn(Future.successful(mockRequest))\n\n        val resultF = testController.amend(\"AccountType\", \"Ref\", \"XTML00000565656\")(postRequest)\n\n        whenReady(resultF) { result: Result =>\n          verify(testController.service).update(eqTo(\"XTML00000565656\"), eqTo(mockRequest))(any(), any(), any())\n          requestArgument.getValue().amlsMessageType must be(\"Amendment\")\n        }\n      }\n    }\n\n    \"variation is called\" must {\n      \"return a `BadRequest` response when the AmlsRegistrationNumber is invalid\" in {\n\n        val result = testController.variation(\"test\", \"test\", \"test\")(postRequest)\n        val failure = Json.obj(\"errors\" -> Seq(\"Invalid AmlsRegistrationNumber\"))\n\n\n        status(result) must be(BAD_REQUEST)\n        contentAsJson(result) must be(failure)\n      }\n\n      \"return a valid response when the payload is valid\" in {\n\n        when(testController.service.compareAndUpdate(any(), any())(any(), any()))\n          .thenReturn(Future.successful(mock[AmendVariationRequest]))\n\n        when {\n          testController.service.update(eqTo(amlsRegistrationNumber), any())(any(), any(), any())\n        } thenReturn Future.successful(feResponse)\n\n        val result = testController.variation(\"test\", \"orgRef\", amlsRegistrationNumber)(postRequest)\n\n        status(result) must be(OK)\n        contentAsJson(result) must be(Json.toJson(feResponse))\n      }\n\n      \"return an invalid response when the service fails\" in {\n\n        when(testController.service.compareAndUpdate(any(), any())(any(), any()))\n          .thenReturn(Future.successful(mock[AmendVariationRequest]))\n\n        when {\n          testController.service.update(eqTo(amlsRegistrationNumber), any())(any(), any(), any())\n        } thenReturn Future.failed(new HttpStatusException(INTERNAL_SERVER_ERROR, Some(\"message\")))\n\n        whenReady(testController.variation(\"test\", \"OrgRef\", amlsRegistrationNumber)(postRequest).failed) {\n          case HttpStatusException(status, body) =>\n            status mustEqual INTERNAL_SERVER_ERROR\n            body mustEqual Some(\"message\")\n        }\n      }\n\n      \"return a `BadRequest` response when the json fails to parse\" in {\n\n        val response = Json.obj(\n          \"errors\" -> Seq(\n            Json.obj(\n              \"path\" -> \"obj.aboutYouSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessActivitiesSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessMatchingSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.businessDetailsSection\",\n              \"error\" -> \"error.path.missing\"\n            ),\n            Json.obj(\n              \"path\" -> \"obj.bankDetailsSection\",\n              \"error\" -> \"error.path.missing\"\n            )\n          )\n        )\n\n        val result = testController.variation(\"test\", \"orgRef\", amlsRegistrationNumber)(requestWithEmptyBody)\n\n        status(result) mustEqual BAD_REQUEST\n        contentAsJson(result) mustEqual response\n      }\n\n      \"call through to the service with an Variation messageType\" in {\n        when(testController.service.update(any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(feResponse))\n\n        val mockRequest = mock[AmendVariationRequest]\n        val requestArgument = ArgumentCaptor.forClass(classOf[AmendVariationRequest])\n        when(testController.service.compareAndUpdate(requestArgument.capture(), any())(any(), any()))\n          .thenReturn(Future.successful(mockRequest))\n\n        val resultF = testController.variation(\"AccountType\", \"Ref\", \"XTML00000565656\")(postRequest)\n\n        whenReady(resultF) { result: Result =>\n          verify(testController.service).update(eqTo(\"XTML00000565656\"), eqTo(mockRequest))(any(), any(), any())\n          requestArgument.getValue().amlsMessageType must be(\"Variation\")\n        }\n      }\n\n      \"call through to the service with an Renewal messageType\" in {\n        when(testController.service.update(any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(feResponse))\n\n        val mockRequest = mock[AmendVariationRequest]\n        val requestArgument = ArgumentCaptor.forClass(classOf[AmendVariationRequest])\n        when(testController.service.compareAndUpdate(requestArgument.capture(), any())(any(), any()))\n          .thenReturn(Future.successful(mockRequest))\n\n        val resultF = testController.renewal(\"AccountType\", \"Ref\", \"XTML00000565656\")(postRequest)\n\n        whenReady(resultF) { result: Result =>\n          verify(testController.service).update(eqTo(\"XTML00000565656\"), eqTo(mockRequest))(any(), any(), any())\n          requestArgument.getValue().amlsMessageType must be(\"Renewal\")\n        }\n      }\n\n      \"call through to the service with an Renewal Amendment messageType\" in {\n        when(testController.service.update(any(), any())(any(), any(), any()))\n          .thenReturn(Future.successful(feResponse))\n\n        val mockRequest = mock[AmendVariationRequest]\n        val requestArgument = ArgumentCaptor.forClass(classOf[AmendVariationRequest])\n        when(testController.service.compareAndUpdate(requestArgument.capture(), any())(any(), any()))\n          .thenReturn(Future.successful(mockRequest))\n\n        val resultF = testController.renewalAmendment(\"AccountType\", \"Ref\", \"XTML00000565656\")(postRequest)\n\n        whenReady(resultF) { result: Result =>\n          verify(testController.service).update(eqTo(\"XTML00000565656\"), eqTo(mockRequest))(any(), any(), any())\n          requestArgument.getValue().amlsMessageType must be(\"Renewal Amendment\")\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/tradingpremises\/MsbServices.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.tradingpremises\n\nimport models.des.tradingpremises.Msb\nimport play.api.libs.json._\nimport utils.CommonMethods\n\nsealed trait MsbService\n\ncase object TransmittingMoney extends MsbService\ncase object CurrencyExchange extends MsbService\ncase object ChequeCashingNotScrapMetal extends MsbService\ncase object ChequeCashingScrapMetal extends MsbService\ncase object ForeignExchange extends MsbService\n\ncase class MsbServices(msbServices : Set[MsbService])\n\nobject MsbService {\n\n  implicit val jsonR: Reads[MsbService] =\n    Reads {\n      case JsString(\"01\") => JsSuccess(TransmittingMoney)\n      case JsString(\"02\") => JsSuccess(CurrencyExchange)\n      case JsString(\"03\") => JsSuccess(ChequeCashingNotScrapMetal)\n      case JsString(\"04\") => JsSuccess(ChequeCashingScrapMetal)\n      case JsString(\"05\") => JsSuccess(ForeignExchange)\n      case _ => JsError(JsPath -> JsonValidationError(\"error.invalid\"))\n    }\n\n  implicit val jsonW = Writes[MsbService] {\n    case TransmittingMoney => JsString(\"01\")\n    case CurrencyExchange => JsString(\"02\")\n    case ChequeCashingNotScrapMetal => JsString(\"03\")\n    case ChequeCashingScrapMetal => JsString(\"04\")\n    case ForeignExchange => JsString(\"05\")\n  }\n}\n\nobject MsbServices {\n\n  implicit val formats = Json.format[MsbServices]\n\n  implicit def convMsb(msb: Msb): Option[MsbServices]= {\n    val `empty` =  Set.empty[MsbService]\n    val services = Set(CommonMethods.getSpecificType[MsbService](msb.mt, TransmittingMoney),\n      CommonMethods.getSpecificType[MsbService](msb.ce, CurrencyExchange),\n      CommonMethods.getSpecificType[MsbService](msb.nonSmdcc, ChequeCashingNotScrapMetal),\n      CommonMethods.getSpecificType[MsbService](msb.smdcc, ChequeCashingScrapMetal),\n      CommonMethods.getSpecificType[MsbService](msb.fx, ForeignExchange)).flatten\n    services match {\n      case `empty` => None\n      case _ => Some(MsbServices(services))\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/tradingpremises\/PremisesDetailsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.tradingpremises\n\nimport models.fe.tradingpremises.{ChequeCashingNotScrapMetal, ChequeCashingScrapMetal, CurrencyExchange, ForeignExchange, MsbService, TransmittingMoney}\nimport utils.AmlsBaseSpec\n\nclass PremisesDetailsSpec extends AmlsBaseSpec {\n\n  \"PremisesDetails\" must {\n    \"have convert method which\" when {\n      \"called with set of all FE Msb services will return DES Msb\" in {\n        val feMsbServices = Set[MsbService](TransmittingMoney, CurrencyExchange, ChequeCashingNotScrapMetal, ChequeCashingScrapMetal, ForeignExchange)\n\n        val expectedMsb = Msb(mt = true, ce = true, smdcc = true, nonSmdcc = true, fx = true)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n\n      \"called with TransmittingMoney will return correct DES Msb\" in {\n        val feMsbServices = Set[MsbService](TransmittingMoney)\n\n        val expectedMsb = Msb(mt = true, ce = false, smdcc = false, nonSmdcc = false, fx = false)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n\n      \"called with CurrencyExchange will return correct DES Msb\" in {\n        val feMsbServices = Set[MsbService](CurrencyExchange)\n\n        val expectedMsb = Msb(mt = false, ce = true, smdcc = false, nonSmdcc = false, fx = false)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n\n      \"called with ChequeCashingNotScrapMetal will return correct DES Msb\" in {\n        val feMsbServices = Set[MsbService](ChequeCashingNotScrapMetal)\n\n        val expectedMsb = Msb(mt = false, ce = false, smdcc = false, nonSmdcc = true, fx = false)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n\n      \"called with ChequeCashingScrapMetal will return correct DES Msb\" in {\n        val feMsbServices = Set[MsbService](ChequeCashingScrapMetal)\n\n        val expectedMsb = Msb(mt = false, ce = false, smdcc = true, nonSmdcc = false, fx = false)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n\n      \"called with ForeignExchange will return correct DES Msb\" in {\n        val feMsbServices = Set[MsbService](ForeignExchange)\n\n        val expectedMsb = Msb(mt = false, ce = false, smdcc = false, nonSmdcc = false, fx = true)\n\n        Msb.convert(feMsbServices) mustBe expectedMsb\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/SubscriptionResponse.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe\n\nimport models.des.{SubscriptionResponse => DesSubscriptionResponse}\nimport play.api.libs.json._\n\ncase class SubscriptionResponse(\n                                 etmpFormBundleNumber: String,\n                                 amlsRefNo: String,\n                                 addedResponsiblePeople: Int = 0,\n                                 addedResponsiblePeopleFitAndProper: Int = 0,\n                                 addedResponsiblePeopleApprovalCheck: Int = 0,\n                                 premiseFYNumber: Int = 0,\n                                 subscriptionFees: Option[SubscriptionFees],\n                                 previouslySubmitted: Boolean = false\n                               )\n\nobject SubscriptionResponse {\n  implicit val format = Json.format[SubscriptionResponse]\n\n  def convert(desResponse: DesSubscriptionResponse): SubscriptionResponse = {\n      SubscriptionResponse(desResponse.etmpFormBundleNumber,\n        desResponse.amlsRefNo,\n        desResponse.fpNumbers.getOrElse(0) + desResponse.approvalCheckNumbers.getOrElse(0),\n        desResponse.fpNumbers.getOrElse(0),\n        desResponse.approvalCheckNumbers.getOrElse(0),\n        desResponse.premiseFYNumber.getOrElse(0),\n        Some(SubscriptionFees(desResponse.paymentReference,\n          desResponse.registrationFee.getOrElse(0),\n          desResponse.fpFee,\n          desResponse.fpFeeRate,\n          desResponse.premiseFee,\n          desResponse.premiseFeeRate,\n          desResponse.totalFees,\n          desResponse.approvalCheckFeeRate,\n          desResponse.approvalCheckFee)\n        )\n      )\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/des\/responsiblepeople\/NationalityDetailsSpec.scala","text":"<reponame>hmrc\/amls\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.des.responsiblepeople\n\nimport models.fe.responsiblepeople._\nimport org.joda.time.LocalDate\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport org.scalatestplus.play.PlaySpec\n\nclass NationalityDetailsSpec extends PlaySpec with GuiceOneAppPerSuite {\n\n    \"ResponsiblePeople\" should {\n        \"convert frontend model to des model for UkResidence\" in {\n            val rp = ResponsiblePeople(\n                personResidenceType = Some(PersonResidenceType(UKResidence(\"nino\"), \"GB\", \"GB\")),\n                ukPassport = Some(UKPassportYes(\"AA111111A\")),\n                dateOfBirth = Some(DateOfBirth(new LocalDate(1990, 2, 24)))\n            )\n            NationalityDetails.convert(rp) must be(Some(NationalityDetails(true,\n                Some(IdDetail(Some(UkResident(\"nino\")), None, Some(\"1990-02-24\"))),\n                rp.personResidenceType map { _.countryOfBirth },\n                rp.personResidenceType map { _.nationality })))\n        }\n    }\n\n    \"ResponsiblePeople\" should {\n        \"convert frontend model to des model for NonUkResidence\" in {\n            val rp = ResponsiblePeople(\n                personResidenceType = Some(PersonResidenceType(NonUKResidence, \"GB\", \"GB\")),\n                ukPassport = Some(UKPassportYes(\"AA111111A\")),\n                dateOfBirth = Some(DateOfBirth(new LocalDate(1990, 2, 24)))\n            )\n            NationalityDetails.convert(rp) must be(Some(NationalityDetails(false,\n                Some(IdDetail(nonUkResident = Some(NonUkResident(Some(\"1990-02-24\"), true, Some(PassportDetail(true, PassportNum(Some(\"AA111111A\"), None))))))),\n                rp.personResidenceType map { _.countryOfBirth },\n                rp.personResidenceType map { _.nationality })))\n        }\n    }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/controllers\/PaymentController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport cats.data.OptionT\nimport cats.implicits._\n\nimport javax.inject.{Inject, Singleton}\nimport models.payments.{CreateBacsPaymentRequest, RefreshPaymentStatusRequest, SetBacsRequest}\nimport play.api.{Logger, Logging}\nimport play.api.libs.json.Json\nimport play.api.mvc._\nimport services.PaymentService\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport utils.{AuthAction, ControllerHelper}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\n@Singleton\nclass PaymentController @Inject()(private[controllers] val paymentService: PaymentService,\n                                  authAction: AuthAction,\n                                  bodyParsers: PlayBodyParsers,\n                                  val cc: ControllerComponents) extends BackendController(cc) with ControllerHelper with Logging {\n\n  def createBacsPayment(accountType: String, accountRef: String) = authAction.async(bodyParsers.json) {\n    implicit request =>\n      request.body.asOpt[CreateBacsPaymentRequest] match {\n        case Some(r) => paymentService.createBacsPayment(r) map { p => Created(Json.toJson(p)) }\n        case _ => Future.successful(BadRequest)\n      }\n  }\n\n  def savePayment(accountType: String, ref: String, amlsRegistrationNumber: String, safeId: String) =\n    authAction.async(bodyParsers.text) {\n    implicit request: Request[String] => {\n      amlsRegNoRegex.findFirstMatchIn(amlsRegistrationNumber) match {\n        case Some(_) => {\n          logger.debug(s\"[PaymentController][savePayment]: Received paymentId ${request.body}\")\n          paymentService.createPayment(request.body, amlsRegistrationNumber, safeId) map {\n            case Some(_) => Created\n            case _ => InternalServerError\n          }\n        }\n        case None =>\n          Future.successful {\n            BadRequest(toError(\"Invalid amlsRegistrationNumber\"))\n          }\n      }\n    }\n  }\n\n  def getPaymentByRef(accountType: String, ref: String, paymentReference: String) = authAction.async {\n      paymentService.getPaymentByPaymentReference(paymentReference) map {\n        case Some(payment) => Ok(Json.toJson(payment))\n        case _ => NotFound\n      }\n  }\n\n  def getPaymentByAmlsRef(accountType: String, ref: String, amlsReference: String) = authAction.async {\n      paymentService.getPaymentByAmlsReference(amlsReference) map {\n        case Some(payment) => Ok(Json.toJson(payment))\n        case _ => NotFound\n      }\n  }\n\n  def updateBacsFlag(accountType: String, ref: String, paymentReference: String) = authAction.async(bodyParsers.json) {\n    implicit request =>\n      val processBody = for {\n        bacsRequest <- OptionT.fromOption[Future](request.body.asOpt[SetBacsRequest])\n        payment <- OptionT(paymentService.getPaymentByPaymentReference(paymentReference))\n        _ <- OptionT.liftF(paymentService.updatePayment(payment.copy(isBacs = Some(bacsRequest.isBacs))))\n      } yield NoContent\n\n      processBody getOrElse NotFound\n  }\n\n  def refreshStatus(accountType: String, ref: String) = authAction.async(bodyParsers.json) {\n    implicit request =>\n      request.body.asOpt[RefreshPaymentStatusRequest] map { r =>\n        paymentService.refreshStatus(r.paymentReference).value map {\n          case Some(result) => Ok(Json.toJson(result))\n          case _ => NotFound\n        }\n      } getOrElse Future.successful(BadRequest)\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/businessdetails\/VATRegistered.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.businessdetails\n\nimport models.des.aboutthebusiness.VATRegistration\nimport play.api.libs.json._\n\nsealed trait VATRegistered\n\ncase class VATRegisteredYes(value : String) extends VATRegistered\ncase object VATRegisteredNo extends VATRegistered\n\n\nobject VATRegistered {\n\n  implicit val jsonReads: Reads[VATRegistered] =\n    (__ \\ \"registeredForVAT\").read[Boolean] flatMap {\n    case true => (__ \\ \"vrnNumber\").read[String] map (VATRegisteredYes.apply _)\n    case false => Reads(_ => JsSuccess(VATRegisteredNo))\n  }\n\n  implicit val jsonWrites = Writes[VATRegistered] {\n    case VATRegisteredYes(value) => Json.obj(\n      \"registeredForVAT\" -> true,\n      \"vrnNumber\" -> value\n    )\n    case VATRegisteredNo => Json.obj(\"registeredForVAT\" -> false)\n  }\n\n  implicit def conv(vat: Option[VATRegistration]) : Option[VATRegistered] = {\n\n    vat match {\n      case Some(data) => data.vatRegistered match {\n        case true => Some(VATRegisteredYes(data.vrnNumber.getOrElse(\"\")))\n        case false => Some(VATRegisteredNo)\n      }\n      case _ => Some(VATRegisteredNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/responsiblepeople\/Training.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.ResponsiblePersons\nimport play.api.libs.json.{Writes => _}\n\nsealed trait Training\n\ncase class TrainingYes(information: String) extends Training\n\ncase object TrainingNo extends Training\n\nobject Training {\n\n  import play.api.libs.json._\n\n  implicit val jsonReads: Reads[Training] =\n    (__ \\ \"training\").read[Boolean] flatMap {\n      case true => (__ \\ \"information\").read[String] map (TrainingYes.apply _)\n      case false => Reads(_ => JsSuccess(TrainingNo))\n    }\n\n  implicit val jsonWrites = Writes[Training] {\n    case TrainingYes(information) => Json.obj(\n      \"training\" -> true,\n      \"information\" -> information\n    )\n    case TrainingNo => Json.obj(\"training\" -> false)\n  }\n\n  implicit def conv(rp: ResponsiblePersons): Option[Training] = {\n    rp.amlAndCounterTerrFinTraining match {\n      case true => Some(TrainingYes(rp.trainingDetails.getOrElse(\"\")))\n      case false => Some(TrainingNo)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/utils\/ControllerHelper.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage utils\n\nimport play.api.libs.json.{JsPath, Json, JsonValidationError}\n\ntrait ControllerHelper {\n\n  val amlsRegNoRegex = \"^X[A-Z]ML00000[0-9]{6}$\".r\n\n  def toError(errors: Seq[(JsPath, Seq[JsonValidationError])]) = Json.obj(\n    \"errors\" -> (errors map {\n      case (path, error) =>\n        Json.obj(\n          \"path\" -> path.toJsonString,\n          \"error\" -> error.head.message\n        )\n    })\n  )\n\n  def toError(message: String) = Json.obj(\n    \"errors\" -> Seq(message)\n  )\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"app\/models\/fe\/supervision\/Supervision.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.supervision\n\nimport models.des.businessactivities.MlrActivitiesAppliedFor\nimport models.des.supervision.AspOrTcsp\n\ncase class Supervision(anotherBody: Option[AnotherBody] = None,\n                       professionalBodyMember: Option[ProfessionalBodyMember] = None,\n                       professionalBodies: Option[BusinessTypes] = None,\n                       professionalBody: Option[ProfessionalBody] = None)\n\nobject Supervision {\n\n  import play.api.libs.json._\n\n  implicit val formats = Json.format[Supervision]\n\n  \/**\n    * Converts from the ETMP 'supervision' model to our frontend model.\n    *\n    * This mostly converts from the ETMP model to the frontend model for Supervision.\n    *\n    * The ETMP model may not be available if the user has answered 'no' to all of the Supervision\n    * questions on the frontend. If maybeAspOrTcsp is None, and the submission activities include TCSP or ASP, then\n    * we know that the user must have selected 'no' for all of the Supervision questions.\n    * Otherwise, either the converted model should be returned, or None if there's no Supervision data to convert from\n    * and the activites don't include either ASP or TCSP.\n    * @param maybeAspOrTcsp The ETMP supervision model\n    * @param maybeActivities The activities that have been applied for as part of the submission data\n    * @return The Supervision model after having been converted from ETMP's supervision model\n    *\/\n  def convertFrom(maybeAspOrTcsp: Option[AspOrTcsp], maybeActivities: Option[MlrActivitiesAppliedFor]): Option[Supervision] =\n    (maybeAspOrTcsp, maybeActivities) match {\n      case (None, Some(activities)) if activities.tcsp || activities.asp =>\n        Some(Supervision(Some(AnotherBodyNo), Some(ProfessionalBodyMemberNo), None, Some(ProfessionalBodyNo)))\n\n      case (Some(aspOrTcsp), _) =>\n        Some(Supervision(\n          AnotherBody.conv(aspOrTcsp.supervisionDetails),\n          ProfessionalBodyMember.conv(aspOrTcsp.professionalBodyDetails),\n          BusinessTypes.conv(aspOrTcsp.professionalBodyDetails),\n          ProfessionalBody.conv(aspOrTcsp.professionalBodyDetails)\n        ))\n\n      case _ => None\n    }\n\n}\n"}
{"repo_name":"hmrc\/amls","path":"test\/models\/fe\/responsiblepeople\/SaRegisteredSpec.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.fe.responsiblepeople\n\nimport models.des.responsiblepeople.RegDetails\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.libs.json.{JsError, JsPath, JsSuccess, Json, JsonValidationError}\n\nclass SaRegisteredSpec extends PlaySpec with MockitoSugar {\n\n  \"SaRegistered\" should {\n\n    \"JSON validation\" must {\n      \"successfully validate given an enum value\" in {\n\n        Json.fromJson[SaRegistered](Json.obj(\"saRegistered\" -> false)) must\n          be(JsSuccess(SaRegisteredNo))\n      }\n\n      \"successfully validate given an `Yes` value\" in {\n\n        val json = Json.obj(\"saRegistered\" -> true, \"utrNumber\" -> \"0123456789\")\n\n        Json.fromJson[SaRegistered](json) must\n          be(JsSuccess(SaRegisteredYes(\"0123456789\"), JsPath \\ \"utrNumber\"))\n      }\n\n      \"fail to validate when given an empty `Yes` value\" in {\n\n        val json = Json.obj(\"saRegistered\" -> true)\n\n        Json.fromJson[SaRegistered](json) must\n          be(JsError((JsPath \\ \"utrNumber\") -> JsonValidationError(\"error.path.missing\")))\n      }\n\n      \"write the correct value\" in {\n\n        Json.toJson(SaRegisteredNo: SaRegistered) must\n          be(Json.obj(\"saRegistered\" -> false))\n\n        Json.toJson(SaRegisteredYes(\"0123456789\"): SaRegistered) must\n          be(Json.obj(\n            \"saRegistered\" -> true,\n            \"utrNumber\" -> \"0123456789\"\n          ))\n      }\n    }\n  }\n\n  \"SaRegisterd conversion\" when {\n    \"Sa registered is false\" must {\n      \"convert model to frontend - SARegisteredNo\" in {\n        val desModel = Some(RegDetails(\n          false,\n          None,\n          false,\n          None\n        ))\n        SaRegistered.conv(desModel) must be(Some(SaRegisteredNo))\n      }\n    }\n\n    \"SA registered is true\" must {\n      \"convert model to frontend - VATRegisteredYes with Registration Number included\" in {\n        val desModel = Some(RegDetails(\n          false,\n          None,\n          true,\n          Some(\"SA REG NUMBER\")\n        ))\n        SaRegistered.conv(desModel) must be(Some(SaRegisteredYes(\"SA REG NUMBER\")))\n      }\n    }\n\n    \"No value is supplied \" must {\n      \"convert to SARegisteredNo\" in {\n        SaRegistered.conv(None) must be(Some(SaRegisteredNo))\n      }\n    }\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/temporal\/ChronoFieldTest.scala","text":"package org.scalajs.testsuite.javalib.time.temporal\n\nimport java.time.temporal.ChronoField\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ChronoFieldTest {\n  import ChronoField._\n\n  @Test def test_isDateBased(): Unit = {\n    assertFalse(NANO_OF_SECOND.isDateBased)\n    assertFalse(NANO_OF_DAY.isDateBased)\n    assertFalse(MICRO_OF_SECOND.isDateBased)\n    assertFalse(MICRO_OF_DAY.isDateBased)\n    assertFalse(MILLI_OF_SECOND.isDateBased)\n    assertFalse(MILLI_OF_DAY.isDateBased)\n    assertFalse(SECOND_OF_MINUTE.isDateBased)\n    assertFalse(SECOND_OF_DAY.isDateBased)\n    assertFalse(MINUTE_OF_HOUR.isDateBased)\n    assertFalse(MINUTE_OF_DAY.isDateBased)\n    assertFalse(HOUR_OF_AMPM.isDateBased)\n    assertFalse(CLOCK_HOUR_OF_AMPM.isDateBased)\n    assertFalse(HOUR_OF_DAY.isDateBased)\n    assertFalse(CLOCK_HOUR_OF_DAY.isDateBased)\n    assertFalse(AMPM_OF_DAY.isDateBased)\n    assertTrue(DAY_OF_WEEK.isDateBased)\n    assertTrue(ALIGNED_DAY_OF_WEEK_IN_MONTH.isDateBased)\n    assertTrue(ALIGNED_DAY_OF_WEEK_IN_YEAR.isDateBased)\n    assertTrue(DAY_OF_MONTH.isDateBased)\n    assertTrue(DAY_OF_YEAR.isDateBased)\n    assertTrue(EPOCH_DAY.isDateBased)\n    assertTrue(ALIGNED_WEEK_OF_MONTH.isDateBased)\n    assertTrue(ALIGNED_WEEK_OF_YEAR.isDateBased)\n    assertTrue(MONTH_OF_YEAR.isDateBased)\n    assertTrue(PROLEPTIC_MONTH.isDateBased)\n    assertTrue(YEAR_OF_ERA.isDateBased)\n    assertTrue(YEAR.isDateBased)\n    assertTrue(ERA.isDateBased)\n    assertFalse(INSTANT_SECONDS.isDateBased)\n    assertFalse(OFFSET_SECONDS.isDateBased)\n  }\n\n  @Test def test_isTimeBased(): Unit = {\n    assertTrue(NANO_OF_SECOND.isTimeBased)\n    assertTrue(NANO_OF_DAY.isTimeBased)\n    assertTrue(MICRO_OF_SECOND.isTimeBased)\n    assertTrue(MICRO_OF_DAY.isTimeBased)\n    assertTrue(MILLI_OF_SECOND.isTimeBased)\n    assertTrue(MILLI_OF_DAY.isTimeBased)\n    assertTrue(SECOND_OF_MINUTE.isTimeBased)\n    assertTrue(SECOND_OF_DAY.isTimeBased)\n    assertTrue(MINUTE_OF_HOUR.isTimeBased)\n    assertTrue(MINUTE_OF_DAY.isTimeBased)\n    assertTrue(HOUR_OF_AMPM.isTimeBased)\n    assertTrue(CLOCK_HOUR_OF_AMPM.isTimeBased)\n    assertTrue(HOUR_OF_DAY.isTimeBased)\n    assertTrue(CLOCK_HOUR_OF_DAY.isTimeBased)\n    assertTrue(AMPM_OF_DAY.isTimeBased)\n    assertFalse(DAY_OF_WEEK.isTimeBased)\n    assertFalse(ALIGNED_DAY_OF_WEEK_IN_MONTH.isTimeBased)\n    assertFalse(ALIGNED_DAY_OF_WEEK_IN_YEAR.isTimeBased)\n    assertFalse(DAY_OF_MONTH.isTimeBased)\n    assertFalse(DAY_OF_YEAR.isTimeBased)\n    assertFalse(EPOCH_DAY.isTimeBased)\n    assertFalse(ALIGNED_WEEK_OF_MONTH.isTimeBased)\n    assertFalse(ALIGNED_WEEK_OF_YEAR.isTimeBased)\n    assertFalse(MONTH_OF_YEAR.isTimeBased)\n    assertFalse(PROLEPTIC_MONTH.isTimeBased)\n    assertFalse(YEAR_OF_ERA.isTimeBased)\n    assertFalse(YEAR.isTimeBased)\n    assertFalse(ERA.isTimeBased)\n    assertFalse(INSTANT_SECONDS.isTimeBased)\n    assertFalse(OFFSET_SECONDS.isTimeBased)\n  }\n\n  @Test def test_values(): Unit = {\n    val fields = Array[AnyRef](NANO_OF_SECOND, NANO_OF_DAY, MICRO_OF_SECOND,\n        MICRO_OF_DAY, MILLI_OF_SECOND, MILLI_OF_DAY, SECOND_OF_MINUTE,\n        SECOND_OF_DAY, MINUTE_OF_HOUR, MINUTE_OF_DAY, HOUR_OF_AMPM,\n        CLOCK_HOUR_OF_AMPM, HOUR_OF_DAY, CLOCK_HOUR_OF_DAY, AMPM_OF_DAY,\n        DAY_OF_WEEK, ALIGNED_DAY_OF_WEEK_IN_MONTH, ALIGNED_DAY_OF_WEEK_IN_YEAR,\n        DAY_OF_MONTH, DAY_OF_YEAR, EPOCH_DAY, ALIGNED_WEEK_OF_MONTH,\n        ALIGNED_WEEK_OF_YEAR, MONTH_OF_YEAR, PROLEPTIC_MONTH, YEAR_OF_ERA, YEAR,\n        ERA, INSTANT_SECONDS, OFFSET_SECONDS)\n    assertArrayEquals(fields, values.asInstanceOf[Array[AnyRef]])\n  }\n\n  @Test def test_valueOf(): Unit = {\n    assertEquals(NANO_OF_SECOND, valueOf(\"NANO_OF_SECOND\"))\n    assertEquals(NANO_OF_DAY, valueOf(\"NANO_OF_DAY\"))\n    assertEquals(MICRO_OF_SECOND, valueOf(\"MICRO_OF_SECOND\"))\n    assertEquals(MICRO_OF_DAY, valueOf(\"MICRO_OF_DAY\"))\n    assertEquals(MILLI_OF_SECOND, valueOf(\"MILLI_OF_SECOND\"))\n    assertEquals(MILLI_OF_DAY, valueOf(\"MILLI_OF_DAY\"))\n    assertEquals(SECOND_OF_MINUTE, valueOf(\"SECOND_OF_MINUTE\"))\n    assertEquals(SECOND_OF_DAY, valueOf(\"SECOND_OF_DAY\"))\n    assertEquals(MINUTE_OF_HOUR, valueOf(\"MINUTE_OF_HOUR\"))\n    assertEquals(MINUTE_OF_DAY, valueOf(\"MINUTE_OF_DAY\"))\n    assertEquals(HOUR_OF_AMPM, valueOf(\"HOUR_OF_AMPM\"))\n    assertEquals(CLOCK_HOUR_OF_AMPM, valueOf(\"CLOCK_HOUR_OF_AMPM\"))\n    assertEquals(HOUR_OF_DAY, valueOf(\"HOUR_OF_DAY\"))\n    assertEquals(CLOCK_HOUR_OF_DAY, valueOf(\"CLOCK_HOUR_OF_DAY\"))\n    assertEquals(AMPM_OF_DAY, valueOf(\"AMPM_OF_DAY\"))\n    assertEquals(DAY_OF_WEEK, valueOf(\"DAY_OF_WEEK\"))\n    assertEquals(ALIGNED_DAY_OF_WEEK_IN_MONTH,\n        valueOf(\"ALIGNED_DAY_OF_WEEK_IN_MONTH\"))\n    assertEquals(ALIGNED_DAY_OF_WEEK_IN_YEAR,\n        valueOf(\"ALIGNED_DAY_OF_WEEK_IN_YEAR\"))\n    assertEquals(DAY_OF_MONTH, valueOf(\"DAY_OF_MONTH\"))\n    assertEquals(DAY_OF_YEAR, valueOf(\"DAY_OF_YEAR\"))\n    assertEquals(EPOCH_DAY, valueOf(\"EPOCH_DAY\"))\n    assertEquals(ALIGNED_WEEK_OF_MONTH, valueOf(\"ALIGNED_WEEK_OF_MONTH\"))\n    assertEquals(ALIGNED_WEEK_OF_YEAR, valueOf(\"ALIGNED_WEEK_OF_YEAR\"))\n    assertEquals(MONTH_OF_YEAR, valueOf(\"MONTH_OF_YEAR\"))\n    assertEquals(PROLEPTIC_MONTH, valueOf(\"PROLEPTIC_MONTH\"))\n    assertEquals(YEAR_OF_ERA, valueOf(\"YEAR_OF_ERA\"))\n    assertEquals(YEAR, valueOf(\"YEAR\"))\n    assertEquals(ERA, valueOf(\"ERA\"))\n    assertEquals(INSTANT_SECONDS, valueOf(\"INSTANT_SECONDS\"))\n    assertEquals(OFFSET_SECONDS, valueOf(\"OFFSET_SECONDS\"))\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/TemporalAccessorTest.scala","text":"<filename>testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/TemporalAccessorTest.scala\npackage org.scalajs.testsuite.javalib.time\n\nimport java.time.DateTimeException\nimport java.time.temporal._\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.scalajs.testsuite.utils.AssertThrows._\n\nabstract class TemporalAccessorTest[TempAcc <: TemporalAccessor] {\n  val samples: Seq[TempAcc]\n\n  def isSupported(field: ChronoField): Boolean\n\n  @Test def isSupported_TemporalField(): Unit = {\n    for {\n      accessor <- samples\n      field <- ChronoField.values\n    } {\n      if (isSupported(field))\n        assertTrue(accessor.isSupported(field))\n      else\n        assertFalse(accessor.isSupported(field))\n    }\n    for (accessor <- samples)\n      assertFalse(accessor.isSupported(null))\n  }\n\n  def expectedRangeFor(accessor: TempAcc, field: TemporalField): ValueRange = field.range()\n\n  @Test final def range(): Unit = {\n    for {\n      accessor <- samples\n      field <- ChronoField.values\n    } {\n      if (accessor.isSupported(field)) {\n        val expected = expectedRangeFor(accessor, field)\n        assertEquals(expected, accessor.range(field))\n      } else {\n        expectThrows(classOf[UnsupportedTemporalTypeException], accessor.range(field))\n      }\n    }\n  }\n\n  @Test def get(): Unit = {\n    for {\n      accessor <- samples\n      field <- ChronoField.values\n    } {\n      if (accessor.isSupported(field) && field.range.isIntValue)\n        assertEquals(accessor.getLong(field), accessor.get(field).toLong)\n      else if (accessor.isSupported(field))\n        expectThrows(classOf[DateTimeException], accessor.get(field))\n      else\n        expectThrows(classOf[UnsupportedTemporalTypeException], accessor.get(field))\n    }\n  }\n\n  @Test def getLong_unsupported_field(): Unit = {\n    for {\n      accessor <- samples\n      field <- ChronoField.values() if !accessor.isSupported(field)\n    } {\n      expectThrows(classOf[UnsupportedTemporalTypeException],\n          accessor.getLong(field))\n    }\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/temporal\/ChronoUnitTest.scala","text":"package org.scalajs.testsuite.javalib.time.temporal\n\nimport java.time.temporal.ChronoUnit\n\nimport org.junit.Test\nimport org.junit.Assert._\n\nclass ChronoUnitTest {\n  import ChronoUnit._\n\n  @Test def test_isDurationEstimated(): Unit = {\n    for (u <- ChronoUnit.values)\n      assertTrue(u.isDurationEstimated != u.isTimeBased)\n  }\n\n  @Test def test_isDateBased(): Unit = {\n    assertFalse(NANOS.isDateBased)\n    assertFalse(MICROS.isDateBased)\n    assertFalse(MILLIS.isDateBased)\n    assertFalse(SECONDS.isDateBased)\n    assertFalse(MINUTES.isDateBased)\n    assertFalse(HOURS.isDateBased)\n    assertFalse(HALF_DAYS.isDateBased)\n    assertTrue(DAYS.isDateBased)\n    assertTrue(WEEKS.isDateBased)\n    assertTrue(MONTHS.isDateBased)\n    assertTrue(YEARS.isDateBased)\n    assertTrue(DECADES.isDateBased)\n    assertTrue(CENTURIES.isDateBased)\n    assertTrue(MILLENNIA.isDateBased)\n    assertTrue(ERAS.isDateBased)\n    assertFalse(FOREVER.isDateBased)\n  }\n\n  @Test def test_isTimeBased(): Unit = {\n    assertTrue(NANOS.isTimeBased)\n    assertTrue(MICROS.isTimeBased)\n    assertTrue(MILLIS.isTimeBased)\n    assertTrue(SECONDS.isTimeBased)\n    assertTrue(MINUTES.isTimeBased)\n    assertTrue(HOURS.isTimeBased)\n    assertTrue(HALF_DAYS.isTimeBased)\n    assertFalse(DAYS.isTimeBased)\n    assertFalse(WEEKS.isTimeBased)\n    assertFalse(MONTHS.isTimeBased)\n    assertFalse(YEARS.isTimeBased)\n    assertFalse(DECADES.isTimeBased)\n    assertFalse(CENTURIES.isTimeBased)\n    assertFalse(MILLENNIA.isTimeBased)\n    assertFalse(ERAS.isTimeBased)\n    assertFalse(FOREVER.isTimeBased)\n  }\n\n  @Test def test_values(): Unit = {\n    val units = Array[AnyRef](NANOS, MICROS, MILLIS, SECONDS, MINUTES, HOURS,\n        HALF_DAYS, DAYS, WEEKS, MONTHS, YEARS, DECADES, CENTURIES, MILLENNIA,\n        ERAS, FOREVER)\n    assertArrayEquals(units, values.asInstanceOf[Array[AnyRef]])\n  }\n\n  @Test def test_valueOf(): Unit = {\n    assertEquals(NANOS, valueOf(\"NANOS\"))\n    assertEquals(MICROS, valueOf(\"MICROS\"))\n    assertEquals(MILLIS, valueOf(\"MILLIS\"))\n    assertEquals(SECONDS, valueOf(\"SECONDS\"))\n    assertEquals(MINUTES, valueOf(\"MINUTES\"))\n    assertEquals(HOURS, valueOf(\"HOURS\"))\n    assertEquals(HALF_DAYS, valueOf(\"HALF_DAYS\"))\n    assertEquals(DAYS, valueOf(\"DAYS\"))\n    assertEquals(WEEKS, valueOf(\"WEEKS\"))\n    assertEquals(MONTHS, valueOf(\"MONTHS\"))\n    assertEquals(YEARS, valueOf(\"YEARS\"))\n    assertEquals(DECADES, valueOf(\"DECADES\"))\n    assertEquals(CENTURIES, valueOf(\"CENTURIES\"))\n    assertEquals(MILLENNIA, valueOf(\"MILLENNIA\"))\n    assertEquals(ERAS, valueOf(\"ERAS\"))\n    assertEquals(FOREVER, valueOf(\"FOREVER\"))\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/chrono\/ChronoPeriodTest.scala","text":"<filename>testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/chrono\/ChronoPeriodTest.scala\npackage org.scalajs.testsuite.javalib.time.chrono\n\nimport java.time.LocalDate\nimport java.time.chrono.ChronoPeriod\n\nimport org.junit.Test\nimport org.junit.Assert.assertEquals\n\nclass ChronoPeriodTest {\n  @Test def test_between(): Unit = {\n    val ds = Seq(LocalDate.MIN, LocalDate.of(2011, 2, 28), LocalDate.MAX)\n    for {\n      d1 <- ds\n      d2 <- ds\n    } {\n      assertEquals(d1.until(d2), ChronoPeriod.between(d1, d2))\n    }\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"project\/build.sbt","text":"val scalaJSVersion =\n  Option(System.getenv(\"SCALAJS_VERSION\")).filter(_ != \"\").getOrElse(\"1.0.0\")\n\naddSbtPlugin(\"org.scala-js\" % \"sbt-scalajs\" % scalaJSVersion)\naddSbtPlugin(\"org.portable-scala\" % \"sbt-scalajs-crossproject\" % \"0.6.1\")\n\naddSbtPlugin(\"org.scalastyle\" % \"scalastyle-sbt-plugin\" % \"1.0.0\")\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"src\/main\/scala\/java\/time\/chrono\/IsoEra.scala","text":"package java.time.chrono\n\nimport java.time.DateTimeException\n\nfinal class IsoEra private (name: String, ordinal: Int)\n    extends Enum[IsoEra](name, ordinal) with Era {\n  def getValue: Int = ordinal\n}\n\nobject IsoEra {\n  final val BCE = new IsoEra(\"BCE\", 0)\n\n  final val CE = new IsoEra(\"CE\", 1)\n\n  private val eras = Seq(BCE, CE)\n\n  def values(): Array[IsoEra] = eras.toArray\n\n  def valueOf(name: String): IsoEra = eras.find(_.name == name).getOrElse {\n    throw new IllegalArgumentException(s\"No such era: $name\")\n  }\n\n  def of(isoEra: Int): IsoEra = eras.lift(isoEra).getOrElse {\n    throw new DateTimeException(s\"Invalid value for isoEra: $isoEra\")\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/chrono\/IsoChronologyTest.scala","text":"<reponame>sjrd\/scala-js-java-time<filename>testSuite\/shared\/src\/test\/scala\/org\/scalajs\/testsuite\/javalib\/time\/chrono\/IsoChronologyTest.scala\npackage org.scalajs.testsuite.javalib.time.chrono\n\nimport java.time.{Period, LocalDate, DateTimeException}\nimport java.time.chrono.{IsoChronology, IsoEra}\nimport java.time.temporal.ChronoField\n\nimport org.junit.Test\nimport org.junit.Assert._\nimport org.scalajs.testsuite.utils.AssertThrows._\nimport org.scalajs.testsuite.javalib.time.DateTimeTestUtil._\n\nclass IsoChronologyTest {\n  final val iso = IsoChronology.INSTANCE\n\n  @Test def test_getId(): Unit = {\n    assertEquals(\"ISO\", iso.getId)\n  }\n\n  @Test def test_getCalendarType(): Unit = {\n    assertEquals(\"iso8601\", iso.getCalendarType)\n  }\n\n  @Test def test_date(): Unit = {\n    val years = Seq(Int.MinValue, -1000000000, -999999999, -1, 0,\n        1, 999999999, 1000000000, Int.MaxValue)\n    val months = Seq(Int.MinValue, 0, 1, 12, 13, Int.MaxValue)\n    val days = Seq(Int.MinValue, 0, 1, 28, 29, 30, 31, 32, Int.MaxValue)\n\n    for {\n      year <- years\n      month <- months\n      day <- days\n    } {\n      testDateTime(iso.date(IsoEra.CE, year, month, day))(LocalDate.of(year, month, day))\n      testDateTime(iso.date(IsoEra.BCE, 1 - year, month, day))(LocalDate.of(year, month, day))\n      testDateTime(iso.date(year, month, day))(LocalDate.of(year, month, day))\n      expectThrows(classOf[ClassCastException], iso.date(null, year, month, day))\n    }\n  }\n\n  @Test def test_dateYearDay(): Unit = {\n    val years = Seq(Int.MinValue, -1000000000, -999999999, -1, 0,\n        1, 999999999, 1000000000, Int.MaxValue)\n    val months = Seq(Int.MinValue, 0, 1, 12, 13, Int.MaxValue)\n    val days = Seq(Int.MinValue, 0, 1, 365, 366, Int.MaxValue)\n\n    for {\n      year <- years\n      day <- days\n    } {\n      testDateTime(iso.dateYearDay(IsoEra.CE, year, day))(LocalDate.ofYearDay(year, day))\n      testDateTime(iso.dateYearDay(IsoEra.BCE, 1 - year, day))(LocalDate.ofYearDay(year, day))\n      testDateTime(iso.dateYearDay(year, day))(LocalDate.ofYearDay(year, day))\n      expectThrows(classOf[ClassCastException], iso.dateYearDay(null, year, day))\n    }\n  }\n\n  @Test def test_dateEpochDay(): Unit = {\n    for (day <- Seq(Long.MinValue, -365243219163L, -365243219162L, -1L, 0L,\n        1L, 365241780471L, 365241780472L, Long.MaxValue)) {\n      testDateTime(iso.dateEpochDay(day))(LocalDate.ofEpochDay(day))\n    }\n  }\n\n  @Test def test_dateNow(): Unit = {\n    assertEquals(IsoEra.CE, iso.dateNow().getEra)\n  }\n\n  @Test def test_isLeapYear(): Unit = {\n    for (year <- Seq(Int.MinValue, -400, -104, -96, -4, 0, 4, 1896, 1904,\n        1996, 2000, 2004, 2147483644)) {\n      assertTrue(iso.isLeapYear(year))\n    }\n    for (year <- Seq(-2147483647, -100, -99, -1, 1, 1900, 1999, 2001, 2002,\n        2003, 2005, Int.MaxValue)) {\n      assertFalse(iso.isLeapYear(year))\n    }\n  }\n\n  @Test def test_prolepticYear(): Unit = {\n    for (year <- Seq(-Int.MinValue, -1, 0, 1, Int.MaxValue)) {\n      assertEquals(year, iso.prolepticYear(IsoEra.CE, year))\n      assertEquals(1 - year, iso.prolepticYear(IsoEra.BCE, year))\n    }\n  }\n\n  @Test def test_eraOf(): Unit = {\n    assertEquals(IsoEra.BCE, iso.eraOf(0))\n    assertEquals(IsoEra.CE, iso.eraOf(1))\n\n    for (n <- Seq(-Int.MinValue, -1, 2, Int.MaxValue))\n      expectThrows(classOf[DateTimeException], iso.eraOf(n))\n  }\n\n  @Test def test_eras(): Unit = {\n    val eras = iso.eras\n    assertEquals(2, eras.size)\n    assertEquals(IsoEra.BCE, eras.get(0))\n    assertEquals(IsoEra.CE, eras.get(1))\n  }\n\n  @Test def test_range(): Unit = {\n    for (f <- ChronoField.values)\n      assertEquals(f.range, iso.range(f))\n  }\n\n  @Test def test_period(): Unit = {\n    val yearss = Seq(Int.MinValue, -1, 0, 1, Int.MaxValue)\n    val monthss = Seq(Int.MinValue, -1, 0, 1, Int.MaxValue)\n    val dayss = Seq(Int.MinValue, -1, 0, 1, Int.MaxValue)\n\n    for {\n      years <- yearss\n      months <- monthss\n      days <- dayss\n    } {\n      assertEquals(Period.of(years, months, days), iso.period(years, months, days))\n    }\n  }\n\n  @Test def test_toString(): Unit = {\n    assertEquals(\"ISO\", iso.toString)\n  }\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"src\/main\/scala\/java\/time\/MonthDay.scala","text":"package java.time\n\nimport java.time.chrono.IsoChronology\n\nimport scala.scalajs.js\n\nimport java.time.temporal._\n\n\/** Created by alonsodomin on 22\/12\/2015. *\/\nfinal class MonthDay private (month: Int, day: Int)\n    extends TemporalAccessor with TemporalAdjuster with Comparable[MonthDay]\n    with java.io.Serializable {\n\n  import Preconditions._\n  import ChronoField._\n\n  requireDateTime(month >= 1 && month <= 12, s\"Invalid month value: $month\")\n  requireDateTime(day >= 1 && day <= 31, s\"Invalid day value: $day\")\n\n  def isSupported(field: TemporalField): Boolean = field match {\n    case _: ChronoField => field == DAY_OF_MONTH || field == MONTH_OF_YEAR\n    case null           => false\n    case _              => field.isSupportedBy(this)\n  }\n\n  override def range(field: TemporalField): ValueRange = field match {\n    case DAY_OF_MONTH => ValueRange.of(1, getMonth().minLength(), getMonth().maxLength())\n    case _            => super.range(field)\n  }\n\n  \/\/ Implemented by TemporalAccessor\n  \/\/ def get(field: TemporalField): Int\n\n  def getLong(field: TemporalField): Long = field match {\n    case DAY_OF_MONTH  => day\n    case MONTH_OF_YEAR => month\n\n    case _: ChronoField =>\n      throw new UnsupportedTemporalTypeException(s\"Field not supported: $field\")\n\n    case _ => field.getFrom(this)\n  }\n\n  def getMonthValue(): Int = month\n\n  def getMonth(): Month = Month.of(month)\n\n  def getDayOfMonth(): Int = day\n\n  override def equals(other: Any): Boolean = other match {\n    case that: MonthDay =>\n      that.getMonthValue == getMonthValue() && that.getDayOfMonth == getDayOfMonth()\n\n    case _ => false\n  }\n\n  override def hashCode(): Int = {\n    val state = Seq(month, day)\n    state.map(_.hashCode()).foldLeft(0)((a, b) => 31 * a + b)\n  }\n\n  def isValidYear(year: Int): Boolean = {\n    if (month == 2 && day == 29)\n      IsoChronology.INSTANCE.isLeapYear(year)\n    else\n      true\n  }\n\n  def `with`(month: Month): MonthDay = {\n    require(month != null, s\"'month' can not be null\")\n    if (month == getMonth()) {\n      this\n    } else {\n      val dayOfMonth = js.Math.min(day, month.maxLength())\n      MonthDay.of(month, dayOfMonth)\n    }\n  }\n\n  def withMonth(month: Int): MonthDay = `with`(Month.of(month))\n\n  def withDayOfMonth(dayOfMonth: Int): MonthDay = {\n    requireDateTime(dayOfMonth <= getMonth().maxLength(),\n        s\"The day $dayOfMonth is invalid for mont $month\")\n    if (dayOfMonth == day) this\n    else MonthDay.of(month, dayOfMonth)\n  }\n\n  \/\/ Not implemented\n  \/\/ def query[R](query: TemporalQuery[R]): R\n\n  def adjustInto(temporal: Temporal): Temporal = {\n    val temporalWithMonth = temporal.`with`(MONTH_OF_YEAR, month)\n    val dayOfMonth: Int = js.Math.min(day,\n        temporalWithMonth.range(DAY_OF_MONTH).getMaximum.toInt)\n    temporalWithMonth.`with`(DAY_OF_MONTH, dayOfMonth)\n  }\n\n  def atYear(year: Int): LocalDate =\n    LocalDate.of(year, month, if (isValidYear(year)) day else 28)\n\n  def compareTo(that: MonthDay): Int = {\n    if (month == that.getMonthValue) day - that.getDayOfMonth\n    else month - that.getMonthValue\n  }\n\n  def isAfter(that: MonthDay): Boolean = compareTo(that) > 0\n\n  def isBefore(that: MonthDay): Boolean = compareTo(that) < 0\n\n  override def toString(): String = f\"--$month%02d-$day%02d\"\n\n  \/\/ Not implemented\n  \/\/ def format(formatter: DateTimeFormatter): String\n\n}\n\nobject MonthDay {\n\n  import Preconditions._\n  import ChronoField._\n\n  def now(): MonthDay = {\n    val date = LocalDate.now()\n    of(date.getMonthValue, date.getDayOfMonth)\n  }\n\n  \/\/ Not implemented\n  \/\/ def now(zoneId: ZoneId): MonthDay\n\n  \/\/ Not implemented\n  \/\/ def now(clock: Clock): MonthDay\n\n  def of(month: Month, dayOfMonth: Int): MonthDay = {\n    if (month == null)\n      throw new NullPointerException(\"month\")\n    DAY_OF_MONTH.checkValidValue(dayOfMonth)\n    requireDateTime(dayOfMonth <= month.maxLength(),\n        s\"The day $dayOfMonth is invalid for month $month\")\n    new MonthDay(month.getValue, dayOfMonth)\n  }\n\n  def of(month: Int, dayOfMonth: Int): MonthDay = {\n    MONTH_OF_YEAR.checkValidIntValue(month)\n    of(Month.of(month), dayOfMonth)\n  }\n\n  def from(accessor: TemporalAccessor): MonthDay = accessor match {\n    case md: MonthDay => md\n    case _ => of(accessor.get(MONTH_OF_YEAR), accessor.get(DAY_OF_MONTH))\n  }\n\n  \/\/ Not implemented\n  \/\/ def parse(text: CharSequence): MonthDay\n\n  \/\/ Not implemented\n  \/\/ def parse(text: CharSequence, formatter: DateTimeFormatter): MonthDay\n\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"src\/main\/scala\/java\/time\/Month.scala","text":"<filename>src\/main\/scala\/java\/time\/Month.scala\npackage java.time\n\nimport java.time.temporal._\n\nfinal class Month private (name: String, value: Int, defaultLength: Int)\n    extends Enum[Month](name, value - 1) with TemporalAccessor\n    with TemporalAdjuster {\n  import Month._\n\n  private lazy val defaultFirstDayOfYear =\n    months.take(value - 1).foldLeft(1)(_ + _.minLength)\n\n  def getValue(): Int = value\n\n  \/\/ Not implemented\n  \/\/ def getDisplayName(style: TextStyle, locale: Locale): Locale\n\n  def isSupported(field: TemporalField): Boolean = field match {\n    case _: ChronoField => field == ChronoField.MONTH_OF_YEAR\n    case null           => false\n    case _              => field.isSupportedBy(this)\n  }\n\n  \/\/ Implemented by TemporalAccessor\n  \/\/ def range(field: TemporalField): ValueRange\n\n  \/\/ Implemented by TemporalAccessor\n  \/\/ def get(field: TemporalField): Int\n\n  def getLong(field: TemporalField): Long = field match {\n    case ChronoField.MONTH_OF_YEAR => ordinal + 1\n\n    case _: ChronoField =>\n      throw new UnsupportedTemporalTypeException(s\"Field not supported: $field\")\n\n    case _ => field.getFrom(this)\n  }\n\n  def plus(months: Long): Month = {\n    val offset = if (months < 0) months % 12 + 12 else months % 12\n    of((ordinal + offset.toInt) % 12 + 1)\n  }\n\n  def minus(months: Long): Month = {\n    val offset = if (months < 0) months % 12 else months % 12 - 12\n    of((ordinal - offset.toInt) % 12 + 1)\n  }\n\n  def length(leapYear: Boolean): Int = if (leapYear) maxLength else minLength\n\n  def minLength(): Int = defaultLength\n\n  def maxLength(): Int =\n    if (value == 2) defaultLength + 1 else defaultLength\n\n  def firstDayOfYear(leapYear: Boolean): Int =\n    if (leapYear && value > 2) defaultFirstDayOfYear + 1\n    else defaultFirstDayOfYear\n\n  def firstMonthOfQuarter(): Month = of((ordinal \/ 3) * 3 + 1)\n\n  \/\/ Not implemented\n  \/\/ def query[R](query: TemporalQuery[R]): R\n\n  def adjustInto(temporal: Temporal): Temporal =\n    temporal.`with`(ChronoField.MONTH_OF_YEAR, value)\n}\n\nobject Month {\n  final lazy val JANUARY = new Month(\"JANUARY\", 1, 31)\n\n  final lazy val FEBRUARY = new Month(\"FEBRUARY\", 2, 28)\n\n  final lazy val MARCH = new Month(\"MARCH\", 3, 31)\n\n  final lazy val APRIL = new Month(\"APRIL\", 4, 30)\n\n  final lazy val MAY = new Month(\"MAY\", 5, 31)\n\n  final lazy val JUNE = new Month(\"JUNE\", 6, 30)\n\n  final lazy val JULY = new Month(\"JULY\", 7, 31)\n\n  final lazy val AUGUST = new Month(\"AUGUST\", 8, 31)\n\n  final lazy val SEPTEMBER = new Month(\"SEPTEMBER\", 9, 30)\n\n  final lazy val OCTOBER = new Month(\"OCTOBER\", 10, 31)\n\n  final lazy val NOVEMBER = new Month(\"NOVEMBER\", 11, 30)\n\n  final lazy val DECEMBER = new Month(\"DECEMBER\", 12, 31)\n\n  private lazy val months = Seq(JANUARY, FEBRUARY, MARCH, APRIL, MAY, JUNE,\n      JULY, AUGUST, SEPTEMBER, OCTOBER, NOVEMBER, DECEMBER)\n\n  def values(): Array[Month] = months.toArray\n\n  def valueOf(name: String): Month = months.find(_.name == name).getOrElse {\n    throw new IllegalArgumentException(s\"No such month: $name\")\n  }\n\n  def of(month: Int): Month = months.lift(month - 1).getOrElse {\n    throw new DateTimeException(s\"Invalid value for month: $month\")\n  }\n\n  def from(temporal: TemporalAccessor): Month =\n    Month.of(temporal.get(ChronoField.MONTH_OF_YEAR))\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"src\/main\/scala\/java\/time\/temporal\/TemporalAccessor.scala","text":"<filename>src\/main\/scala\/java\/time\/temporal\/TemporalAccessor.scala<gh_stars>10-100\npackage java.time.temporal\n\nimport java.time.Year\n\ntrait TemporalAccessor {\n  def isSupported(field: TemporalField): Boolean\n\n  def range(field: TemporalField): ValueRange = field match {\n    case _: ChronoField if isSupported(field) =>\n      if (field == ChronoField.YEAR_OF_ERA) {\n        val era = get(ChronoField.ERA)\n        if (era < 1) ValueRange.of(1, Year.MAX_VALUE + 1)\n        else ValueRange.of(1, Year.MAX_VALUE)\n      } else {\n        field.range\n      }\n\n    case _: ChronoField =>\n      throw new UnsupportedTemporalTypeException(s\"Unsupported field: $field\")\n\n    case _ => field.rangeRefinedBy(this)\n  }\n\n  def get(field: TemporalField): Int = {\n    val r = range(field)\n    val msg = s\"Invalid field $field for get() method, use getLong() instead\"\n    if (r.isIntValue) r.checkValidIntValue(getLong(field), field)\n    else throw new UnsupportedTemporalTypeException(msg)\n  }\n\n  def getLong(field: TemporalField): Long\n\n  \/\/ Not implemented\n  \/\/ def query[R](query: TemporalQuery[R]): R\n}\n"}
{"repo_name":"sjrd\/scala-js-java-time","path":"src\/main\/scala\/java\/time\/chrono\/ChronoLocalDate.scala","text":"package java.time.chrono\n\nimport java.time.temporal._\nimport java.{util => ju}\n\ntrait ChronoLocalDate\n    extends Temporal with TemporalAdjuster with Comparable[ChronoLocalDate] {\n  import ChronoField._\n\n  def getChronology(): Chronology\n\n  def getEra(): Era = getChronology().eraOf(get(ERA))\n\n  def isLeapYear(): Boolean = getChronology().isLeapYear(get(YEAR))\n\n  def lengthOfMonth(): Int\n\n  def lengthOfYear(): Int\n\n  def isSupported(field: TemporalField): Boolean = field match {\n    case _: ChronoField => field.isDateBased\n    case null           => false\n    case _              => field.isSupportedBy(this)\n  }\n\n  def isSupported(unit: TemporalUnit): Boolean = unit match {\n    case _: ChronoUnit => unit.isDateBased\n    case null          => false\n    case _             => unit.isSupportedBy(this)\n  }\n\n  override def `with`(adjuster: TemporalAdjuster): ChronoLocalDate =\n    adjuster.adjustInto(this).asInstanceOf[ChronoLocalDate]\n\n  def `with`(field: TemporalField, value: Long): ChronoLocalDate = field match {\n    case _: ChronoField =>\n      throw new UnsupportedTemporalTypeException(s\"Unsupported field: $field\")\n\n    case _ => field.adjustInto(this, value)\n  }\n\n  override def plus(amount: TemporalAmount): ChronoLocalDate =\n    amount.addTo(this).asInstanceOf[ChronoLocalDate]\n\n  def plus(amount: Long, unit: TemporalUnit): ChronoLocalDate = unit match {\n    case _: ChronoUnit =>\n      throw new UnsupportedTemporalTypeException(s\"Unsupported unit: $unit\")\n\n    case _ => unit.addTo(this, amount)\n  }\n\n  override def minus(amount: TemporalAmount): ChronoLocalDate =\n    amount.subtractFrom(this).asInstanceOf[ChronoLocalDate]\n\n  override def minus(amount: Long, unit: TemporalUnit): ChronoLocalDate =\n    if (amount != Long.MinValue) plus(-amount, unit)\n    else plus(Long.MaxValue, unit).plus(1, unit)\n\n  \/\/ Not implemented\n  \/\/ def query[R](query: TemporalQuery[R]): R\n\n  def adjustInto(temporal: Temporal): Temporal =\n    temporal.`with`(EPOCH_DAY, toEpochDay)\n\n  def until(end: Temporal, unit: TemporalUnit): Long\n\n  def until(end: ChronoLocalDate): ChronoPeriod\n\n  \/\/ Not implemented\n  \/\/ def format(formatter: java.time.format.DateFormatter): String\n\n  \/\/ TODO\n  \/\/ def atTime(localTime: LocalTime): ChronoLocalDateTime[_]\n\n  def toEpochDay(): Long = getLong(EPOCH_DAY)\n\n  def compareTo(other: ChronoLocalDate): Int = {\n    val r = toEpochDay.compareTo(other.toEpochDay)\n    if (r == 0) getChronology().compareTo(other.getChronology)\n    else r\n  }\n\n  def isAfter(other: ChronoLocalDate): Boolean =\n    toEpochDay > other.toEpochDay\n\n  def isBefore(other: ChronoLocalDate): Boolean =\n    toEpochDay < other.toEpochDay\n\n  def isEqual(other: ChronoLocalDate): Boolean =\n    other.toEpochDay == toEpochDay\n\n  override def equals(other: Any): Boolean = other match {\n    case other: ChronoLocalDate =>\n      isEqual(other) && getChronology == other.getChronology\n\n    case _ => false\n  }\n\n  override def hashCode: Int = super.hashCode\n}\n\nobject ChronoLocalDate {\n  private val tlo = new ju.Comparator[ChronoLocalDate] {\n    def compare(date1: ChronoLocalDate, date2: ChronoLocalDate): Int =\n      date1.toEpochDay.compareTo(date2.toEpochDay)\n  }\n\n  def timeLineOrder(): ju.Comparator[ChronoLocalDate] = tlo\n\n  def from(temporal: TemporalAccessor): ChronoLocalDate = temporal match {\n    case temporal: ChronoLocalDate => temporal\n\n    case _ =>\n      \/\/ TODO: Get correct chronology (needs TemporalQuery)\n      IsoChronology.INSTANCE.date(temporal)\n  }\n}\n"}
{"repo_name":"ticofab\/stream-thinking-workshop","path":"src\/main\/scala\/io\/ticofab\/meetupstreamworkshop\/Example3.scala","text":"package io.ticofab.meetupstreamworkshop\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{Flow, Sink}\n\nimport scala.util.Try\n\nobject Example3 extends App {\n\n  implicit val as = ActorSystem()\n  implicit val am = ActorMaterializer()\n  implicit val ec = as.dispatcher\n\n  case class RsvpId(value: Int) extends AnyVal\n\n  case class Rsvp(rsvp_id: RsvpId)\n\n  def parse(resp: String): Try[Rsvp] = Try {\n    val index = resp.indexOf(\"rsvp_id\")\n    val colonIndex = resp.indexOf(\":\", index)\n    val commaIndex = resp.indexOf(\",\", colonIndex)\n    Rsvp(RsvpId(resp.substring(colonIndex + 1, commaIndex).toInt))\n  }\n\n  val rsvpParserFlow = Flow.fromFunction(parse)\n  val failureSink = Sink.foreach[Try[Rsvp]](f => println(\"Failure sink:\" + f))\n  val successSink = Sink.foreach[Rsvp](rsvp => println(\"Parsed \" + rsvp))\n  val futureBlueprint = Http()\n    .singleRequest(HttpRequest(uri = \"http:\/\/stream.meetup.com\/2\/rsvps\"))\n    .map(resp => {\n      resp\n        .entity\n        .dataBytes\n        .map(_.utf8String)\n        .via(rsvpParserFlow)\n        .divertTo(failureSink, _.isFailure)\n        .map(_.get) \/\/ at this point we know that only Success tries pass through\n    })\n\n  futureBlueprint\n    .foreach(_.runWith(successSink))\n}"}
{"repo_name":"ticofab\/stream-thinking-workshop","path":"build.sbt","text":"name := \"meetup-stream-workshop\"\n\nversion := \"0.1.0\"\n\nscalaVersion := \"2.12.7\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.17\",\n  \"com.typesafe.akka\" %% \"akka-http\"   % \"10.1.5\"\n)\n"}
{"repo_name":"ticofab\/stream-thinking-workshop","path":"src\/main\/scala\/io\/ticofab\/meetupstreamworkshop\/Example1.scala","text":"<gh_stars>1-10\npackage io.ticofab.meetupstreamworkshop\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{Flow, Sink, Source}\nimport akka.{Done, NotUsed}\n\nimport scala.concurrent.Future\n\nobject Example1 extends App {\n  implicit val as = ActorSystem()\n  implicit val am = ActorMaterializer()\n  implicit val ec = as.dispatcher\n\n  val mySource: Source[Int, NotUsed] =\n    Source(1 to 10)\n\n  val myFlow: Flow[Int, Int, NotUsed] =\n    Flow[Int]\n      .map(n => n * 2)\n\n  val mySink: Sink[Any, Future[Done]] =\n    Sink.foreach(println)\n\n  val blueprint =\n    mySource\n      .via(myFlow)\n      .to(mySink)\n\n  blueprint.run()\n\n}\n"}
{"repo_name":"ticofab\/stream-thinking-workshop","path":"src\/main\/scala\/io\/ticofab\/meetupstreamworkshop\/Example2.scala","text":"package io.ticofab.meetupstreamworkshop\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport akka.stream.scaladsl.{Flow, Source}\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\nobject Example2 extends App {\n  implicit val as = ActorSystem()\n  implicit val am = ActorMaterializer()\n  implicit val ec = as.dispatcher\n\n  val failingFlow = Flow[Int].map(n => 100 \/ (n - 4))\n\n  val futureCompletion: Future[Done] =\n    Source(1 to 10)\n      .via(failingFlow)\n      .runForeach(println)\n\n  futureCompletion\n    .onComplete {\n      case Success(value) => println(\"completed with success: \" + value)\n      case Failure(error) => println(\"completed with error: \" + error.getMessage)\n    }\n}\n"}
{"repo_name":"sguzman\/AnimeJolt","path":"src\/main\/scala\/com\/github\/sguzman\/scraper\/stream\/lord\/Main.scala","text":"<gh_stars>0\npackage com.github.sguzman.scraper.stream.lord\n\nimport com.github.sguzman.scraper.stream.lord.Init.DocWrap\nimport io.circe.generic.auto._\nimport io.circe.parser.decode\nimport io.circe.syntax._\n\nobject Main {\n  def d[A](f: String => Either[io.circe.Error, A]) (s: String) = f(s) match {\n    case Right(v) => v\n    case Left(e) => throw new Exception(e.getMessage)\n  }\n\n  def main(args: Array[String]): Unit = {\n    final case class Anime(title: String, link: String)\n    val url = \"https:\/\/ww4.animejolt.com\/anime\/\"\n    val anime = Init.casc(url, {doc =>\n      doc.FlatMap(\".list-group-item > div > a[href]\")\n        .map(a => Anime(a.innerHtml, a.attr(\"href\")))\n        .asJson.noSpaces\n    }) (s => decode[List[Anime]](s)).par\n\n\n    final case class AnimePage(img: String, p: String, eps: List[String])\n    val episodes = anime.map{a =>\n        Init.casc(a.link, {doc =>\n          AnimePage(\n            doc.Map(\"div.series-container.group > img[src]\").attr(\"src\"),\n            doc.Map(\"div.series-container.group > p\").text,\n            doc.FlatMap(\"li.list-group-item > div > a[href]\").map(_.attr(\"href\"))\n          ).asJson.noSpaces\n        }) (s => decode[AnimePage](s))\n    }\n\n\n    val ignore = Seq(\n      \"https:\/\/ww4.animejolt.com\/3-gatsu-no-lion-2nd-season-episode-21\/\",\n      \"https:\/\/ww4.animejolt.com\/ane-log-episode-episode-2\/\",\n      \"https:\/\/ww4.animejolt.com\/ao-haru-ride-unwritten-episode-episode-episode-1\/\",\n      \"https:\/\/ww4.animejolt.com\/basilisk-ouka-ninpouchou-episode-13\/\",\n      \"https:\/\/ww4.animejolt.com\/black-clover-tv-episode-26\/\",\n      \"https:\/\/ww4.animejolt.com\/darling-in-the-franxx-episode-12\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-8\/\",\n      \"https:\/\/ww4.animejolt.com\/marchen-madchen-episode-9\/\",\n      \"https:\/\/ww4.animejolt.com\/wake-up-girls-shin-shou-episode-7\/\",\n      \"https:\/\/ww4.animejolt.com\/spiritpact-2-episode-6\/\",\n      \"https:\/\/ww4.animejolt.com\/saiki-kusuo-no--nan-tv-episode-82\/\",\n      \"https:\/\/ww4.animejolt.com\/one-piece-episode-830\/\",\n      \"https:\/\/ww4.animejolt.com\/naruto-shippuuden-movie-7-the-last-episode-episode-episode-1\/\",\n      \"https:\/\/ww4.animejolt.com\/boruto-naruto-next-generations-episode-52\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-7\/\",\n      \"https:\/\/ww4.animejolt.com\/haikyuu-jump-festa-2014-special-episode-episode-1\/\",\n      \"https:\/\/ww4.animejolt.com\/overlord-ii-episode-13\/\",\n      \"https:\/\/ww4.animejolt.com\/toji-no-miko-episode-13\/\",\n      \"https:\/\/ww4.animejolt.com\/takunomi-episode-12\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-6\/\",\n      \"https:\/\/ww4.animejolt.com\/hakata-tonkotsu-ramens-episode-12\/\",\n      \"https:\/\/ww4.animejolt.com\/test-show-episode-episode-15-61120\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-5\/\",\n      \"https:\/\/ww4.animejolt.com\/hakumei-to-mikochi-episode-12\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-4\/\",\n      \"https:\/\/ww4.animejolt.com\/hakyuu-houshin-engi-episode-11\/\",\n      \"https:\/\/ww4.animejolt.com\/devilman-crybaby-episode-3\/\",\n      \"https:\/\/ww4.animejolt.com\/hataraku-onii-san-episode-13\/\",\n      \"https:\/\/ww4.animejolt.com\/diabolik-lovers-ova-episode-episode-1\/\"\n    )\n\n    episodes\n      .flatMap(_.eps)\n      .filter(!_.stripSuffix(\"\/\").endsWith(\"-\"))\n      .filter(a => !ignore.contains(a))\n      .foreach{a =>\n        Init.casc(a, doc => doc.Map(\"iframe#video_frame[src]\").attr(\"src\"))(s => Right(s))\n      }\n\n    final case class Model(title: String, img: String, desc: String, eps: List[String])\n    val list = d(decode[List[Anime]]) (Init.cache(url))\n\n    val json = list.map{a =>\n      val page = d(decode[AnimePage]) (Init.cache(a.link))\n      Model(\n        a.title,\n        page.img,\n        page.p,\n        page.eps\n          .filter(!_.stripSuffix(\"\/\").endsWith(\"-\"))\n          .filter(a => !ignore.contains(a))\n          map Init.cache\n      )\n    }.asJson.spaces4\n\n    Init.write(\".\/store.json\", json)\n  }\n}\n"}
{"repo_name":"jostly\/fsm","path":"project\/plugins.sbt","text":"<reponame>jostly\/fsm\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.6.1\")\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-git\" % \"0.8.5\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.3\")\naddSbtPlugin(\"com.timushev.sbt\" % \"sbt-updates\" % \"0.2.0\")\naddSbtPlugin(\"me.lessis\" % \"bintray-sbt\" % \"0.3.0\")\n"}
{"repo_name":"jostly\/fsm","path":"core\/src\/main\/scala\/com\/github\/jostly\/fsm\/package.scala","text":"package com.github.jostly\n\nimport scala.annotation.implicitNotFound\nimport scala.language.implicitConversions\nimport scala.reflect.{ClassTag, classTag}\n\npackage object fsm {\n\n  import Internal._\n\n  def when[C, E, S, S1, S2](s: S1)(ops: OpAndTransition[C, E, S2]*)(implicit ev1: S1 <:< S, ev2: S2 <:< S): List[(Option[S], Op[C, E, S])] = {\n    when(s :: Nil)(ops: _*)\n  }\n\n  def when[C, E, S, S1, S2](xs: List[S1])(ops: OpAndTransition[C, E, S2]*)(implicit ev1: S1 <:< S, ev2: S2 <:< S): List[(Option[S], Op[C, E, S])] = {\n    ops.toList.flatMap {\n      case StayOp(a, b, cd, ed) =>\n        xs.map(s => (Some(ev1(s)), Op[C, E, S](a, b.andThen(_ => ev1(s)), cd, ed, s.toString)))\n      case GotoOp(a, b, cd, ed, t) =>\n        xs.map(s => (Some(ev1(s)), Op[C, E, S](a, b.andThen(_ => ev2(t)), cd, ed, t.toString)))\n    }\n  }\n\n  def whenIdle[C, E, S, I, S1](ops: GotoOp[C, E, S1]*)(implicit ev: ProvidesIdentity[E, I], ev1: S1 <:< S): List[(Option[S], Op[C, E, S])] = {\n    ops.toList.map { op =>\n      (None, Op[C, E, S](op.emitFunc, op.handleFunc.andThen(_ => ev1(op.target)), op.commandDescriptor, op.eventDescriptor, op.target.toString))\n    }\n  }\n\n  def on[C: ClassTag] = new On[C]\n\n  sealed trait StateChange\n  case object stay extends StateChange\n  case class goto[S](next: S) extends StateChange\n\n  object Internal {\n    class On[C: ClassTag] {\n\n      def emit[E: ClassTag](fn: C => E) = new Emit(fn)\n\n    }\n\n    class Emit[C: ClassTag, E: ClassTag](fn: C => E) {\n\n      val part: PartialFunction[Any, E] = {\n        case c: C => fn(c)\n      }\n\n      def and[S](s: stay.type) = {\n        new And({ case e: E => }).and(s)\n      }\n      def and[S](g: goto[S]) = {\n        new And({ case e: E => }).and(g)\n      }\n      def to(fn: E => Unit) = {\n        new And({ case e: E => fn(e) })\n      }\n\n      class And(fn: PartialFunction[Any, Unit]) {\n        def and[S](s: stay.type) = {\n          new StayOp[C, E, S](part, fn, classTag[C], classTag[E])\n        }\n        def and[S](g: goto[S]) = {\n          new GotoOp[C, E, S](part, fn, classTag[C], classTag[E], g.next)\n        }\n      }\n    }\n\n    implicit def prettyName[C](ct: ClassTag[C]): String =\n      ct.runtimeClass.getSimpleName.replaceFirst(\"\"\"\\$$\"\"\", \"\")\n\n    sealed trait OpAndTransition[+C, +E, +S] {\n      def emitFunc: PartialFunction[Any, E]\n      def handleFunc: PartialFunction[Any, Unit]\n    }\n\n    case class StayOp[+C, +E, +S](emitFunc: PartialFunction[Any, E],\n                                  handleFunc: PartialFunction[Any, Unit],\n                                  commandDescriptor: String,\n                                  eventDescriptor: String) extends OpAndTransition[C, E, S]\n\n    case class GotoOp[+C, +E, +S](emitFunc: PartialFunction[Any, E],\n                                  handleFunc: PartialFunction[Any, Unit],\n                                  commandDescriptor: String,\n                                  eventDescriptor: String,\n                                  target: S) extends OpAndTransition[C, E, S]\n\n  }\n\n  case class Op[+C, +E, +S](emitFunc: PartialFunction[Any, E],\n                            handleFunc: PartialFunction[Any, S],\n                            commandDescriptor: String,\n                            eventDescriptor: String,\n                            targetStateDescriptor: String)\n\n\n  implicit class RichSingleState[S](s1: S) {\n    def |[T >: S](s2: T): List[T] = s2 :: s1 :: Nil\n  }\n\n  implicit class RichStateList[S](xs: List[S]) {\n    def |[T >: S](sn: T): List[T] = sn :: xs\n  }\n\n  implicit class RichSender[E](root: List[E]) {\n    def send[S, C, E1](cmd: C)(implicit cr: CommandReceiver[E, C, E1]): List[E1] = {\n      cr.send(root, cmd)\n    }\n  }\n\n  @implicitNotFound(msg = \"Cannot prove that ${E} provides identity of type ${I}.\")\n  trait ProvidesIdentity[E, I] {\n    def id(e: E): I\n  }\n\n}\n"}
{"repo_name":"jostly\/fsm","path":"core\/build.sbt","text":"\nimport Libraries._\n\nlibraryDependencies += ScalaTest % \"test\"\n"}
{"repo_name":"jostly\/fsm","path":"build.sbt","text":"import sbtrelease._\nimport sbtrelease.ReleaseStateTransformations.{setReleaseVersion=>_,_}\n\nlazy val commonSettings = Seq(\n  organization := \"com.github.jostly\",\n  scalaVersion := \"2.11.8\",\n\n  scalacOptions ++= Seq(\n    \"-Xfatal-warnings\",\n    \"-Xlint:missing-interpolator\",\n    \"-Ywarn-unused-import\",\n    \"-Ywarn-unused\",\n    \"-Ywarn-dead-code\",\n    \"-deprecation\",\n    \"-feature\",\n    \"-unchecked\",\n    \"-explaintypes\"\n  )\n)\n\n\nlazy val fsm = (project in file(\".\")).\n  enablePlugins(GitVersioning, GitBranchPrompt).\n  aggregate(core).\n  dependsOn(core).\n  settings(commonSettings ++ publishSettings:_*)\n\nlazy val core = project.\n  enablePlugins(GitVersioning, GitBranchPrompt).\n  settings(commonSettings ++ publishSettings:_*)\n\n\nlazy val publishSettings = Seq(\n  homepage := Some(url(\"https:\/\/github.com\/jostly\/fsm\")),\n  startYear := Some(2016),\n  licenses := Seq((\"Unlicense\", url(\"http:\/\/unlicense.org\"))),\n  scmInfo := Some(\n    ScmInfo(\n      url(\"https:\/\/github.com\/jostly\/fsm\"),\n      \"scm:git:https:\/\/github.com\/jostly\/fsm.git\",\n      Some(\"scm:git:<EMAIL>:jostly\/fsm.git\")\n    )\n  ),\n  bintrayVcsUrl := Some(\"scm:git:<EMAIL>:jostly\/fsm.git\"),\n  bintrayCredentialsFile := file(\".credentials\"),\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := { _ => false },\n  pomExtra := <developers>\n    <developer>\n      <id>jostly<\/id>\n      <name><NAME><\/name>\n      <url>https:\/\/github.com\/jostly<\/url>\n    <\/developer>\n  <\/developers>\n)\n\ngit.useGitDescribe := true\ngit.baseVersion := \"0.0.1\"\n\n\/\/ sbt release\ndef setVersionOnly(selectVersion: Versions => String): ReleaseStep =  { st: State =>\n  val vs = st.get(ReleaseKeys.versions).getOrElse(sys.error(\"No versions are set! Was this release part executed before inquireVersions?\"))\n  val selected = selectVersion(vs)\n\n  st.log.info(\"Setting version to '%s'.\" format selected)\n  val useGlobal =Project.extract(st).get(releaseUseGlobalVersion)\n  val versionStr = (if (useGlobal) globalVersionString else versionString) format selected\n\n  reapply(Seq(\n    if (useGlobal) version in ThisBuild := selected\n    else version := selected\n  ), st)\n}\n\nlazy val setReleaseVersion: ReleaseStep = setVersionOnly(_._1)\n\nreleaseVersion <<= (releaseVersionBump)( bumper=>{\n  ver => Version(ver)\n    .map(_.withoutQualifier)\n    .map(_.bump(bumper).string).getOrElse(versionFormatError)\n})\n\nval showNextVersion = settingKey[String](\"the future version once releaseNextVersion has been applied to it\")\nval showReleaseVersion = settingKey[String](\"the future version once releaseNextVersion has been applied to it\")\nshowReleaseVersion <<= (version, releaseVersion)((v,f)=>f(v))\nshowNextVersion <<= (version, releaseNextVersion)((v,f)=>f(v))\n\nreleaseProcess := Seq(\n  checkSnapshotDependencies,\n  inquireVersions,\n  setReleaseVersion,\n  runTest,\n  tagRelease,\n  pushChanges\n)\n"}
{"repo_name":"jostly\/fsm","path":"core\/src\/main\/scala\/com\/github\/jostly\/fsm\/StateMachine.scala","text":"<filename>core\/src\/main\/scala\/com\/github\/jostly\/fsm\/StateMachine.scala\npackage com.github.jostly.fsm\n\nimport scala.util.{Failure, Success, Try}\n\ntrait CommandReceiver[-Ein, -C, +EOut] {\n  def send(state: List[Ein], command: C): List[EOut]\n}\n\ntrait StateMachine[State, Cmd, Evt] extends CommandReceiver[Evt, Cmd, Evt] {\n  def send(state: Option[State], command: Cmd): Try[Evt]\n  def handle(state: Option[State], event: Evt): Try[State]\n\n  override def send(state: List[Evt], command: Cmd): List[Evt] = {\n    val s = state.foldRight(None.asInstanceOf[Option[State]])(replayFunc)\n    send(s, command).get :: state\n  }\n\n  def showTransitions(): Unit\n\n  private def replayFunc(e: Evt, s: Option[State]): Option[State] = {\n    Some(handle(s, e).get)\n  }\n}\n\nobject StateMachine {\n  def apply[State, Cmd, Evt](opsies: List[(Option[State], Op[Cmd, Evt, State])]*): StateMachine[State, Cmd, Evt] =\n    new Impl[State, Cmd, Evt](opsies\n      .toList\n      .flatten\n      .groupBy(e => e._1)\n      .mapValues(e => e.map(x => x._2))\n      .toList\n    )\n\n  class Impl[S, C, E](val operations: List[(Option[S], List[Op[C, E, S]])]) extends StateMachine[S, C, E] {\n    override def send(state: Option[S], command: C): Try[E] = {\n\n      operations.find(_._1 == state) match {\n        case Some((_, ops)) =>\n          ops.find(op => op.emitFunc.isDefinedAt(command)) match {\n            case Some(op) =>\n              val e = op.emitFunc(command)\n              Success(e)\n            case None =>\n              Failure(new IllegalStateException(s\"No action for $command in $state\"))\n          }\n        case None =>\n          Failure(new IllegalStateException(s\"No actions in $state\"))\n      }\n    }\n    override def handle(state: Option[S], event: E): Try[S] = {\n      operations.find(_._1 == state) match {\n        case Some((_, ops)) =>\n          ops.find(op => op.handleFunc.isDefinedAt(event)) match {\n            case Some(op) =>\n              Success(op.handleFunc(event))\n            case None =>\n              Failure(new IllegalStateException(s\"No handler for $event in $state\"))\n          }\n        case None =>\n          Failure(new IllegalStateException(s\"No event handlers in $state\"))\n      }\n    }\n    override def showTransitions(): Unit = {\n      for ((from, ops) <- operations;\n           op <- ops) {\n        val fromState = from.map(_.toString).getOrElse(\"Idle\")\n        val toState = op.targetStateDescriptor match {\n          case `fromState` => \"stay\"\n          case x => s\"go to $x\"\n        }\n        println(s\"In $fromState, on ${op.commandDescriptor} emit ${op.eventDescriptor} and $toState\")\n      }\n    }\n  }\n\n}\n\n"}
{"repo_name":"jostly\/fsm","path":"core\/src\/test\/scala\/com\/github\/jostly\/fsm\/FSMTest.scala","text":"<filename>core\/src\/test\/scala\/com\/github\/jostly\/fsm\/FSMTest.scala\npackage com.github.jostly.fsm\n\nimport java.time.ZonedDateTime\n\nimport org.scalatest.{FunSuite, Inside, Matchers}\n\nclass FSMTest extends FunSuite with Matchers with Inside {\n\n  import MyStateMachine._\n\n  test(\"it\") {\n    machine.showTransitions()\n  }\n\n  test(\"building an order from events, extracting information\") {\n    val order = Nil\n      .send(Request(Id(\"17\")))\n      .send(SetName(Name(\"johan\")))\n      .send(SetAddress(Address(\"localhost\")))\n      .send(Complete())\n\n    order should have size 4\n\n    order.id shouldBe Id(\"17\")\n    order.name shouldBe Some(Name(\"johan\"))\n    order.address shouldBe Some(Address(\"localhost\"))\n  }\n\n  test(\"extracting information from partial order\") {\n    val order = Nil\n      .send(Request(Id(\"26\")))\n\n    order should have size 1\n\n    order.id shouldBe Id(\"26\")\n    order.name shouldBe None\n    order.address shouldBe None\n  }\n\n  test(\"extracting information from Nil treated as an order\") {\n    Nil.name shouldBe None\n    Nil.address shouldBe None\n    a[NoSuchElementException] should be thrownBy Nil.id\n  }\n\n\n}\n\ncase class Id(value: String)\ncase class Name(value: String)\ncase class Address(value: String)\n\nsealed trait Command\ncase class Request(id: Id) extends Command\ncase class SetName(name: Name) extends Command\ncase class SetAddress(address: Address) extends Command\ncase class Complete() extends Command\ncase class Fail() extends Command\n\nimport java.time.ZonedDateTime.now\n\nsealed trait Event\ncase class Requested(id: Id, timestamp: ZonedDateTime = now()) extends Event\ncase class Enriched(name: Option[Name] = None, address: Option[Address] = None, timestamp: ZonedDateTime = now()) extends Event\ncase class Completed(timestamp: ZonedDateTime = now()) extends Event\ncase class Failed(timestamp: ZonedDateTime = now()) extends Event\n\nsealed trait State\nobject State {\n  case object Requested extends State\n  case object Enriched extends State\n  case object Completed extends State\n  case object Failed extends State\n}\n\nobject MyStateMachine {\n\n  implicit class Order(val events: List[Event]) extends AggregateRoot[Event] with Identifiable[Id] {\n\n    def name: Option[Name] = events.collect { case Enriched(Some(name), _, _) => name }.headOption\n    def address: Option[Address] = events.collect { case Enriched(_, Some(address), _) => address }.headOption\n  }\n\n  implicit val `Requested provides identity`: ProvidesIdentity[Requested, Id] = new ProvidesIdentity[Requested, Id] {\n    override def id(e: Requested): Id = e.id\n  }\n\n  implicit val machine: StateMachine[State, Command, Event] = StateMachine(\n    whenIdle(\n      on[Request] emit (c => Requested(c.id)) to (e => println(s\"Requested ${e.id}\")) and goto(State.Requested)\n    ),\n    when(State.Requested | State.Enriched)(\n      on[SetName] emit (c => Enriched(name = Some(c.name))) and goto(State.Enriched),\n      on[SetAddress] emit (c => Enriched(address = Some(c.address))) and goto(State.Enriched)\n    ),\n    when(State.Enriched)(\n      on[Complete] emit (_ => Completed()) and goto(State.Completed),\n      on[Fail] emit (_ => Failed()) and goto(State.Failed)\n    )\n  )\n}\n"}
{"repo_name":"jostly\/fsm","path":"core\/src\/main\/scala\/com\/github\/jostly\/fsm\/AggregateRoot.scala","text":"package com.github.jostly.fsm\n\nimport scala.reflect.ClassTag\n\ntrait AggregateRoot[Event] {\n  val events: List[Event]\n}\n\ntrait Identifiable[Id] { this: AggregateRoot[_] =>\n\n  def id[E : ClassTag](implicit ev: ProvidesIdentity[E, Id]): Id =\n    events.collect { case e: E => ev.id(e) }.head\n\n}"}
{"repo_name":"jostly\/fsm","path":"project\/Dependencies.scala","text":"<reponame>jostly\/fsm\nimport sbt._\n\nobject Versions {\n  val ScalaTest = \"3.0.0\"\n}\n\nobject Libraries {\n  val ScalaTest = \"org.scalatest\" %% \"scalatest\" % Versions.ScalaTest\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/simulation\/DmaSpec.scala","text":"<gh_stars>10-100\n\/\/ Copyright 2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests.simulation\n\nimport chisel3._\nimport chisel3.iotesters.{ChiselFlatSpec, Driver, AdvTester}\n\nimport java.io.File\n\nimport esp.simulation.Dma\n\nimport scala.collection.mutable\n\nclass DmaTester[A <: Data](dut: Dma[A], delay: Option[Int]) extends AdvTester(dut) {\n\n  \/** Reset the inputs to some known-safe state *\/\n  protected def reset(): Unit =\n    Seq( dut.io.readControl.valid,\n         dut.io.writeControl.valid,\n         dut.io.readChannel.ready,\n         dut.io.writeChannel.valid )\n      .map( wire_poke(_, false.B) )\n\n  \/** Read some data from the simulation memory\n    * @param addr base address\n    * @param length number of words to read\n    * @param delay optional delay between consecutive reads\n    * @return a sequence of values read\n    *\/\n  protected def read(addr: Int, length: Int, delay: Option[Int]): Seq[BigInt] = {\n    \/* Before starting, there should be nothing on the read channel *\/\n    expect(dut.io.readChannel.valid, false)\n\n    \/* Output data written to a mutable buffer *\/\n    val data = mutable.ListBuffer[BigInt]()\n\n    \/* Assert the read request *\/\n    wire_poke(dut.io.readControl.valid, true.B)\n    wire_poke(dut.io.readControl.bits.index, addr.U)\n    wire_poke(dut.io.readControl.bits.length, length.U)\n\n    \/* Wait until readControl is ready *\/\n    eventually(peek(dut.io.readControl.ready) == 1)\n\n    step(1)\n\n    reset()\n\n    \/* Wait until all expected things are read *\/\n    for (i <- 0 until length) {\n      eventually(peek(dut.io.readChannel.valid) == 1)\n\n      wire_poke(dut.io.readChannel.ready, true.B)\n      peek(dut.io.readChannel.bits) +=: data\n      step(1)\n      reset()\n\n      delay.map { case d =>\n        wire_poke(dut.io.readChannel.ready, false.B)\n        step(d)\n      }\n    }\n\n    reset()\n    step(1)\n\n    data.reverse\n  }\n\n  \/**\n    *\n    *\/\n  protected def write(addr: Int, data: Seq[Int], delay: Option[Int]): Unit = {\n    \/* Before starting, the writeChannel should act like it can't accept data *\/\n    expect(dut.io.writeChannel.ready, false)\n\n    \/* Assert the write request *\/\n    wire_poke(dut.io.writeControl.valid, true)\n    wire_poke(dut.io.writeControl.bits.index, addr)\n    wire_poke(dut.io.writeControl.bits.length, data.size)\n\n    \/* Wait until writeControl is ready *\/\n    eventually(peek(dut.io.writeControl.ready) == 1)\n\n    step(1)\n    reset()\n\n    \/* Wait until all data is written *\/\n    data.map { case word =>\n      eventually(peek(dut.io.writeChannel.ready) == 1)\n\n      wire_poke(dut.io.writeChannel.valid, true)\n      wire_poke(dut.io.writeChannel.bits, word)\n      step(1)\n      reset()\n\n      delay.map { case d =>\n        wire_poke(dut.io.writeChannel.ready, false)\n        step(d)\n      }\n    }\n\n  }\n\n}\n\nclass DmaReadTester[A <: Data](dut: Dma[A], delay: Option[Int]) extends DmaTester(dut, delay) {\n\n  step(1)\n  reset()\n\n  Seq( (0, 1, Seq(0)),\n       (0, 2, Seq(0, 1)),\n       (8, 8, 8.until(16)),\n       (0, 16, 0.until(16)),\n       (31, 0, Seq.empty) )\n    .map{ case (addr, length, expected) =>\n      val out: Seq[BigInt] = read(addr, length, delay)\n      assert(out == expected, s\"Read sequence '$out', expected '$expected'\")\n      println(s\"\"\"Read mem[$addr+:$length]: ${out.mkString(\", \")}\"\"\")\n    }\n\n}\n\nclass DmaWriteTester[A <: Data](dut: Dma[A], delay: Option[Int]) extends DmaTester(dut, delay) {\n\n  step(1)\n  reset()\n\n  val tests: Seq[(Int, Seq[Int])] = Seq(\n    (0, Seq(10)),\n    (0, Seq(20, 21)),\n    (8, 30.until(38)),\n    (0, 40.until(40 + 16)),\n    (31, Seq.empty[Int]) )\n\n  tests\n    .map{ case (addr, data) =>\n      println(s\"\"\"Write mem[$addr]: ${data.mkString(\", \")}\"\"\")\n      write(addr, data, delay)\n      val out: Seq[BigInt] = read(addr, data.size, None)\n      println(s\"\"\"Read mem[$addr+:${data.size}]: ${out.mkString(\", \")}\"\"\")\n      assert(out == data, s\"Read '$out' did not match written '$data'\")\n    }\n\n}\n\nclass DmaSpec extends ChiselFlatSpec {\n\n  val resourceDir: File = new File(System.getProperty(\"user.dir\"), \"src\/test\/resources\")\n\n  behavior of classOf[esp.simulation.Dma[UInt]].getName\n\n  it should \"Read from memory without delays\" in {\n\n    Driver(() => new Dma(1024, UInt(8.W), Some(new File(resourceDir, \"linear-mem.txt\").toString)), \"treadle\") {\n      dut => new DmaReadTester(dut, None)\n    } should be (true)\n\n  }\n\n  it should \"Read from memory with delays between reads\" in {\n\n    Driver(() => new Dma(1024, UInt(8.W), Some(new File(resourceDir, \"linear-mem.txt\").toString)), \"treadle\") {\n      dut => new DmaReadTester(dut, Some(16))\n    } should be (true)\n\n  }\n\n  it should \"Write to memory without delays\" in {\n\n    Driver(() => new Dma(1024, UInt(8.W), Some(new File(resourceDir, \"linear-mem.txt\").toString)), \"treadle\") {\n      dut => new DmaWriteTester(dut, None)\n    } should be (true)\n\n  }\n\n  it should \"Write to memory with delays between writes\" in {\n\n    Driver(() => new Dma(1024, UInt(8.W), Some(new File(resourceDir, \"linear-mem.txt\").toString)), \"treadle\") {\n      dut => new DmaWriteTester(dut, Some(16))\n    } should be (true)\n\n  }\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/Specification.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\npackage esp\n\n\/** A parameter used to configure the [[Specification]].\n  * @param name the name of the parameter\n  * @param description an optional string describing what this parameter sets\/controls\n  * @param value an optional read-only, default value for this parameter\n  * @param size the width of this parameter in bits (1--32)\n  *\/\ncase class Parameter(\n  name: String,\n  description: Option[String] = None,\n  value: Option[Int] = None,\n  size: Int = 32) {\n\n  val readOnly = value.isDefined\n\n  require(size >= 0, s\"AccleratorParamater '$name' must be greater than 0 bits in size!\")\n  require(size <= 32, s\"AccleratorParamater '$name' must be less than or equal to 32 bits in size!\")\n\n  def espString: String = name + (if (value.isDefined) s\"_${value.get}\" else \"\")\n}\n\n\/** Mandatory configuration information that defines an ESP accelerator [[Specification]].\n  * @param name the specification name\n  * @param description a string describing what this specification does\n  * @param memoryFootprintMiB the accelerator's memory footprint\n  * @param deviceId a unique device identifier\n  * @param param an optional array of parameters describing configuration registers\n  *\/\ncase class Config(\n  name: String,\n  description: String,\n  memoryFootprintMiB: Int,\n  deviceId: Int,\n  param: Array[Parameter] = Array.empty) {\n\n  require(memoryFootprintMiB >= 0, s\"AcceleratorConfig '$name' memory footprint must be greater than 0 MiB!\")\n\n  def espString: String = (name +: param).mkString(\"_\")\n\n  val paramMap: Map[String, Parameter] = param\n    .groupBy(_.name)\n    .map{ case (k, v) =>\n      require(v.size == 1, s\"AcceleratorConfig '$name' has non-uniquely named parameter '$k'\")\n      k -> v.head\n    }\n\n}\n\n\/** This defines ESP configuration information shared across a range of accelerator [[Implementation]]s. *\/\ntrait Specification {\n\n  \/** An ESP [[Config]] that provides information to the ESP framework necessary to insert an accelerator into an ESP\n    * SoC.\n    *\/\n  def config: Config\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/transforms\/EmitXML.scala","text":"<filename>src\/main\/scala\/esp\/transforms\/EmitXML.scala\n\/\/ Copyright 2018 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp.transforms\n\nimport esp.EspConfigAnnotation\n\nimport java.io.{File, PrintWriter}\n\nimport firrtl.{CircuitForm, CircuitState, FIRRTLException, HighForm, TargetDirAnnotation, Transform}\n\nclass EmitXML extends Transform {\n  def inputForm: CircuitForm = HighForm\n  def outputForm: CircuitForm = HighForm\n\n  def execute(state: CircuitState): CircuitState = {\n    lazy val targetDir: String = state.annotations.collectFirst{ case TargetDirAnnotation(d) => d }.getOrElse{\n      throw new FIRRTLException(\"EmitXML expected to see a TargetDirAnnotation, but none found?\") }\n    state.annotations.collect{ case a @ EspConfigAnnotation(_, c, d) =>\n      val dir = d match {\n        case Left(absolute) => new File(absolute, s\"${c.name}.xml\")\n        case Right(relative) => new File(targetDir, new File(relative, s\"${c.name}.xml\").toString)\n      }\n      val w = new PrintWriter(dir)\n      w.write(a.toXML)\n      w.close()\n    }\n\n    state\n  }\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/AcceleratorWrapperSpec.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests\n\nimport chisel3._\nimport firrtl.{ir => fir}\nimport org.scalatest.{FlatSpec, Matchers}\nimport scala.io.Source\nimport scala.util.matching.Regex\nimport esp.{AcceleratorWrapper, Config, Implementation, Parameter, Specification}\n\nclass AcceleratorWrapperSpec extends FlatSpec with Matchers {\n\n  \/** Extract the port definitions from Verilog strings\n    * @param strings some Verilog strings\n    * @return the equivalent FIRRTL [[firrtl.ir.Port Port]]s\n    *\/\n  def collectVerilogIO(strings: Seq[String]): Seq[fir.Port] = {\n\n    def n2z(s: String): Int = s match {\n      case null => 0\n      case x    => x.toInt\n    }\n\n    \/* Match a one-line input\/output statement in Verilog *\/\n    val regex = new Regex(raw\"^\\s*(input|output)\\s*(\\[(\\d+):(\\d+)\\])?\\s*(\\w+)\", \"direction\", \"width\", \"high\", \"low\", \"name\")\n\n    strings\n      .map(regex.findFirstMatchIn)\n      .flatten\n      .map(m => fir.Port(info=fir.NoInfo,\n                         name=m.group(\"name\"),\n                         direction=m.group(\"direction\") match { case \"input\" => fir.Input; case _ => fir.Output },\n                         tpe=fir.UIntType(fir.IntWidth(math.abs(n2z(m.group(\"high\")) - n2z(m.group(\"low\")) + 1)))))\n  }\n\n  trait FooSpecification extends Specification {\n    override lazy val config: Config = Config(\n      name = \"foo\",\n      description = \"a dummy accelerator used for unit tests\",\n      memoryFootprintMiB = 0,\n      deviceId = 0,\n      param = Array(\n        Parameter(\"len\"),\n        Parameter(\"batch\")\n      )\n    )\n  }\n\n  class BarImplementation(dmaWidth: Int) extends Implementation(dmaWidth: Int) with FooSpecification {\n\n    override val implementationName: String = \"bar\"\n\n  }\n\n  behavior of \"AcceleratorWrapper\"\n\n  it should \"have the expected top-level IO when lowered to Verilog\" in {\n    val targetDir = \"test_run_dir\/AcceleratorWrapper\"\n\n    info(\"Verilog generation okay\")\n    Driver.execute(Array(\"-X\", \"verilog\", \"--target-dir\", targetDir),\n                   () => new AcceleratorWrapper(32, (a: Int) => new BarImplementation(a)))\n\n    val expectedIO = collectVerilogIO(Source.fromFile(\"src\/main\/resources\/esp_acc_iface.v\").getLines.toSeq)\n    val generatedIO = collectVerilogIO(Source.fromFile(s\"$targetDir\/foo_bar_dma32.v\").getLines.toSeq).toSet\n\n    for (g <- expectedIO) {\n      info(s\"Contains: ${g.serialize}\")\n      generatedIO should contain (g)\n    }\n  }\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/examples\/AdderAcceleratorSpec.scala","text":"<filename>src\/test\/scala\/esptests\/examples\/AdderAcceleratorSpec.scala\n\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests.examples\n\nimport chisel3._\nimport chisel3.experimental.BundleLiterals._\nimport chisel3.tester._\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport esp.{DmaControl, DmaSize}\nimport esp.examples.AdderAccelerator\n\nimport esptests.AcceleratorSpec._\n\nclass AdderAcceleratorSpec extends FlatSpec with ChiselScalatestTester with Matchers {\n\n  behavior of \"AdderAccelerator\"\n\n  private def adderTest(input: Seq[Int], readAddr: Int = 0, writeAddr: Int = 0) = {\n    val expectedOutput = input.foldLeft(0){ case (acc, x) => acc + x }\n    it should s\"\"\"reduce [${input.mkString(\",\")}] to ${expectedOutput}\"\"\" in {\n      test(new AdderAccelerator(32)) { dut =>\n\n        dut.doReset()\n\n        dut.io.dma.readControl.initSink().setSinkClock(dut.clock)\n        dut.io.dma.readChannel.initSource().setSourceClock(dut.clock)\n        dut.io.dma.writeControl.initSink().setSinkClock(dut.clock)\n        dut.io.dma.writeChannel.initSink().setSinkClock(dut.clock)\n\n        timescope {\n          dut.io.config.get(\"readAddr\").poke(readAddr.U)\n          dut.io.config.get(\"size\").poke(input.length.U)\n          dut.io.config.get(\"writeAddr\").poke(writeAddr.U)\n          dut.io.enable.poke(true.B)\n          dut.clock.step()\n        }\n\n        input.length match {\n          case 0 =>\n          case _ =>\n            dut.io.dma.readControl\n              .expectDequeue((new DmaControl).Lit(_.index -> readAddr.U, _.length -> input.length.U, _.size -> DmaSize.word))\n            dut.io.dma.readChannel.enqueueSeq(input.map(_.U))\n        }\n\n        dut.io.dma.writeControl\n          .expectDequeue((new DmaControl).Lit(_.index -> writeAddr.U, _.length -> 1.U, _.size -> DmaSize.word))\n\n        dut.io.dma.writeChannel\n          .expectDequeue(input.foldLeft(0){ case (acc, x) => acc + x }.U)\n\n        dut.io.done.expect(true.B)\n\n      }\n    }\n\n  }\n\n  Seq( Seq.empty[Int],\n       Seq(0),\n       Seq(1),\n       Seq(1, 2, 3),\n       Seq(100, 200, 300, 400, 500, 600, 700, 800, 900, 1000))\n    .foreach(adderTest(_))\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/simulation\/Dma.scala","text":"\/\/ Copyright 2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp.simulation\n\nimport chisel3._\nimport chisel3.util.{log2Up, Queue, RRArbiter, Valid}\nimport chisel3.util.experimental.loadMemoryFromFile\n\nimport esp.{DmaIO, DmaControl}\n\nclass DmaRequest(val memorySize: Int) extends Bundle {\n  val index = UInt(log2Up(memorySize).W)\n  val length = UInt(log2Up(memorySize).W)\n  val tpe = Bool()\n}\n\nobject DmaRequest {\n  val read: Bool = false.B\n  val write: Bool = true.B\n\n  def init(memorySize: Int) = {\n    val a = Wire(new Valid(new DmaRequest(memorySize)))\n    a.valid := false.B\n    a.bits.index := DontCare\n    a.bits.length := DontCare\n    a.bits.tpe := DontCare\n    a\n  }\n}\n\n\/** Simulation model of the ESP DMA controller and some backing simulation memory\n  * @tparam A the type of memory held by the backing memory\n  * @param size the number of words of gen\n  * @param gen the type of underlying data, e.g., [[chisel3.UInt UInt]]\n  * @param initFile an optional file to preload the memory with\n  *\/\nclass Dma[A <: Data](size: Int, gen: A, initFile: Option[String] = None) extends Module {\n\n  private val dmaWidth = gen.getWidth\n\n  val io = IO(Flipped(new DmaIO(dmaWidth)))\n\n  val req = RegInit(DmaRequest.init(size))\n\n  \/* Only one outstanding read or write request at a time *\/\n  Seq(io.readControl, io.writeControl).map(_.ready := !req.valid)\n\n  val arb = Module(new RRArbiter(new DmaControl, 2))\n  arb.io.in\n    .zip(Seq(io.readControl, io.writeControl))\n    .map{ case (a, b) => a <> b }\n\n  arb.io.out.ready := !req.valid\n  when (arb.io.out.fire) {\n    req.valid := true.B\n    req.bits.index := arb.io.out.bits.index\n    req.bits.length := arb.io.out.bits.length\n    req.bits.tpe := arb.io.chosen\n  }\n\n  \/* Defaults *\/\n  io.writeChannel.ready := false.B\n\n  \/** Queue of read responses *\/\n  val readQueue: Queue[A] = Module(new Queue(gen, 8))\n  readQueue.io.deq <> io.readChannel\n  assert(!readQueue.io.enq.valid || readQueue.io.enq.ready, \"Response Queue dropped input data!\")\n\n  \/** Queue of write requests *\/\n  val writeQueue: Queue[A] = Module(new Queue(gen, 8))\n  writeQueue.io.enq.valid := io.writeChannel.valid\n  writeQueue.io.enq.bits := io.writeChannel.bits\n  io.writeChannel.ready := writeQueue.io.enq.ready && (req.bits.tpe === DmaRequest.write)\n\n  \/** Asserted if it is safe to send a ballistic request to the memory that will be caught by the [[readQueue]]. This\n    * implies that the [[Dma]] unit is processing a read request and the [[readQueue]] will not be full by the time the\n    * data gets there.\n    *\/\n  val doRead: Bool = req.valid &&\n    (req.bits.tpe === DmaRequest.read) &&\n    (readQueue.io.count < (readQueue.entries - 2).U) &&\n    (req.bits.length =\/= 0.U)\n\n  \/** Asserted if it is safe to send a write to the memory. *\/\n  val doWrite: Bool = req.valid &&\n    (req.bits.tpe === DmaRequest.write) &&\n    writeQueue.io.deq.valid &&\n    (req.bits.length =\/= 0.U)\n\n  \/* Synchronous Read Memory that encapsulates the virtual memory space of the accelerator *\/\n  val mem: SyncReadMem[A] = SyncReadMem(size, gen.cloneType)\n  initFile.map(loadMemoryFromFile(mem, _))\n\n  readQueue.io.enq.bits := mem.read(req.bits.index)\n\n  \/* Allow a read to go to the Arbiter *\/\n  readQueue.io.enq.valid := RegNext(doRead)\n  when (doRead) {\n    req.bits.index := req.bits.index + 1.U\n    req.bits.length := req.bits.length - 1.U\n  }\n\n  \/* When the request is done, then reset the request register *\/\n  when (req.valid && (req.bits.length === 0.U) && !readQueue.io.deq.valid && !writeQueue.io.deq.valid) {\n    req.valid := false.B\n  }\n\n  \/* Allow a write to go to the memory *\/\n  writeQueue.io.deq.ready := doWrite\n  when (doWrite) {\n    req.bits.index := req.bits.index + 1.U\n    req.bits.length := req.bits.length - 1.U\n    mem.write(req.bits.index, writeQueue.io.deq.bits)\n  }\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/Generator.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp\n\nimport chisel3.Driver\n\nimport esp.examples.{AdderAccelerator, CounterAccelerator, DefaultFFTAccelerator}\n\nobject Generator {\n\n  def main(args: Array[String]): Unit = {\n    val examples: Seq[(String, String, () => AcceleratorWrapper)] =\n      Seq( (\"CounterAccelerator\", \"Default\", (a: Int) => new CounterAccelerator(a)),\n           (\"FFTAccelerator\", DefaultFFTAccelerator.architecture, (a: Int) => new DefaultFFTAccelerator(a)),\n           (\"AdderAccelerator\", \"Default\", (a: Int) => new AdderAccelerator(a) ))\n        .flatMap( a => Seq(32).map(b => (a._1, s\"${a._2}_dma$b\", () => new AcceleratorWrapper(b, a._3))) )\n\n    examples.map { case (name, impl, gen) =>\n      val argsx = args ++ Array(\"--target-dir\", s\"build\/$name\/${name}_$impl\",\n                                \"--custom-transforms\", \"esp.transforms.EmitXML\",\n                                \"--log-level\", \"info\")\n      Driver.execute(argsx, gen)\n    }\n\n  }\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/examples\/CounterAccelerator.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp.examples\n\nimport chisel3._\n\nimport esp.{Config, AcceleratorWrapperIO, AcceleratorIO, Implementation, Parameter, Specification}\n\nimport sys.process._\n\n\/** An ESP accelerator that is done a parameterized number of clock ticks in the future\n  * @param ticks the number of clock ticks until done\n  *\/\ntrait CounterSpecification extends Specification {\n\n  \/* This defines the abstract member config that provides necessary information for the ESP framework to generate an XML\n   * accelerator configuration. At the Chisel level, this will be used to emit an [[esp.EspConfigAnnotation]] which will\n   * be converted to an XML description by a custom FIRRTL transform, [[esp.transforms.EmitXML]]. *\/\n  override lazy val config: Config = Config(\n    name = \"CounterAccelerator\",\n    description = s\"Fixed-count timer\",\n    memoryFootprintMiB = 0,\n    deviceId = 0xC,\n    param = Array(\n      Parameter(\n        name = \"gitHash\",\n        description = Some(\"Git short SHA hash of the repo used to generate this accelerator\"),\n        value = Some(Integer.parseInt((\"git log -n1 --format=%h\" !!).filter(_ >= ' '), 16))\n      ),\n      Parameter(\n        name = \"ticks\",\n        description = Some(\"Ticks to timeout\"),\n        value = None)\n    )\n  )\n\n}\n\nclass CounterAccelerator(dmaWidth: Int) extends Implementation(dmaWidth) with CounterSpecification {\n\n  override val implementationName: String = \"Default\"\n\n  val ticks, value = Reg(UInt(config.paramMap(\"ticks\").size.W))\n  val enabled = RegInit(false.B)\n  val fire = enabled && (value === ticks)\n\n  when (io.enable) {\n    enabled := true.B\n    ticks := io.config.get(\"ticks\").asUInt\n    value := 0.U\n  }\n\n  when (enabled) {\n    value := value + 1.U\n  }\n\n  when (fire) {\n    enabled := false.B\n  }\n\n  io.done := fire\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/examples\/FFTAcceleratorSpec.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests.examples\n\nimport breeze.linalg.{DenseVector, randomDouble}\nimport breeze.signal.fourierTr\nimport breeze.math.Complex\n\nimport chisel3._\nimport chisel3.experimental.BundleLiterals._\nimport chisel3.experimental.FixedPoint\nimport chisel3.internal.firrtl.KnownBinaryPoint\nimport chisel3.stage.{ChiselStage, ChiselGeneratorAnnotation}\nimport chisel3.tester._\nimport chisel3.tester.experimental.TestOptionBuilder._\nimport chisel3.tester.internal.WriteVcdAnnotation\n\nimport dsptools.numbers.DspComplex\n\nimport esp.{DmaControl, DmaSize}\nimport esp.examples.FFTAccelerator\n\nimport firrtl.options.OptionsException\n\nimport ofdm.fft.FFTParams\n\nimport org.scalatest._\n\nimport org.scalactic.Equality\nimport org.scalactic.TripleEquals._\nimport org.scalactic.Tolerance._\n\nclass FFTAcceleratorSpec extends FlatSpec with ChiselScalatestTester with Matchers {\n\n  private implicit class FFTAcceleratorHelpers(dut: FFTAccelerator[_]) {\n    def doReset() = {\n      dut.reset.poke(true.B)\n      dut.io.enable.poke(false.B)\n      dut.io.dma.readControl.ready.poke(false.B)\n      dut.io.dma.writeControl.ready.poke(false.B)\n      dut.io.dma.readChannel.valid.poke(false.B)\n      dut.io.dma.writeChannel.ready.poke(false.B)\n      dut.clock.step(1)\n      dut.reset.poke(false.B)\n    }\n  }\n\n  private implicit class BigIntHelpers(a: BigInt) {\n    \/** Convert from a BigInt to two's complement BigInt *\/\n    def toTwosComplement(width: Int, binaryPoint: BigInt) = a match {\n      case _ if a < 0 => a + BigInt(2).pow(width)\n      case _          => a\n    }\n\n    \/** Convert from a BigInt in two's complement to a signed BigInt *\/\n    def fromTwosComplement(width: Int, binaryPoint: BigInt) = a match {\n      case _ if a >= BigInt(2).pow(width - 1) => a - BigInt(2).pow(width)\n      case _                                  => a\n    }\n  }\n\n  private implicit class FixedPointHelpers(a: FixedPoint) {\n    def toDouble = a.binaryPoint match {\n      case KnownBinaryPoint(value) => a.litValue.toDouble \/ math.pow(2, value)\n    }\n  }\n\n  private class ToleranceFixture(t: Double) {\n    implicit val theTolerance = new Equality[Double] {\n      def areEqual(a: Double, b: Any): Boolean = b match {\n        case bb: Double =>a === bb +- t\n        case _          => false\n      }\n    }\n  }\n\n  behavior of \"FFTAccelerator\"\n\n  it should \"fail to elaborate for non-power-of-2 numbers of points\" in {\n    \/* @todo: It would be better to verify that this was more than just an OptionsException *\/\n    assertThrows[OptionsException] {\n      (new ChiselStage)\n        .execute(Array.empty, Seq(ChiselGeneratorAnnotation(() => new FFTAccelerator(32, FFTParams.fixed(8, 0, 8, 3)))))\n    }\n  }\n\n  it should \"error for an FFT with stride not equal to its points size\" in {\n    val numPoints = 4\n\n    info(\"errors for stride < points size\")\n    test(new FFTAccelerator(32, FFTParams.fixed(32, 16, 32, numPoints))){ dut =>\n      dut.doReset()\n      dut.io.config.get(\"stride\").poke((numPoints - 1).U)\n      dut.io.enable.poke(true.B)\n\n      dut.clock.step(1)\n      dut.io.done.expect(true.B)\n      dut.io.debug.expect(1.U) \/\/ @todo: Change this to check the enum vlaue\n    }\n\n    info(\"errors for stride > points size\")\n    test(new FFTAccelerator(32, FFTParams.fixed(32, 16, 32, numPoints))){ dut =>\n      dut.doReset()\n      dut.io.config.get(\"stride\").poke((numPoints + 1).U)\n      dut.io.enable.poke(true.B)\n\n      dut.clock.step(1)\n      dut.io.done.expect(true.B)\n      dut.io.debug.expect(1.U) \/\/ @todo: Change this to check the enum vlaue\n    }\n  }\n\n  it should \"fail to elaborate for bit widths > 32\" in {\n    assertThrows[OptionsException] {\n      (new ChiselStage)\n        .execute(Array.empty, Seq(ChiselGeneratorAnnotation(() => new FFTAccelerator(32, FFTParams.fixed(33, 16, 32, 8)))))\n    }\n  }\n\n  def testRandom(numPoints: Int, width: Int, binaryPoint: Int, tolerance: Double): Unit = {\n    val description = s\"do a 1-D $numPoints-point $width.$binaryPoint fixed point FFT within $tolerance of double\"\n    it should description in new ToleranceFixture(tolerance) {\n      val input       = DenseVector.fill(numPoints) { Complex(randomDouble() * 2 - 1, 0) }\n      val output      = fourierTr(input).toScalaVector\n\n      test(new FFTAccelerator(32, FFTParams.fixed(width, binaryPoint, width, numPoints)))\n        .withAnnotations(Seq(WriteVcdAnnotation)) { dut =>\n          dut.doReset()\n\n          dut.io.dma.readControl.initSink().setSinkClock(dut.clock)\n          dut.io.dma.readChannel.initSource().setSourceClock(dut.clock)\n          dut.io.dma.writeControl.initSink().setSinkClock(dut.clock)\n          dut.io.dma.writeChannel.initSink().setSinkClock(dut.clock)\n\n          dut.io.config.get(\"startAddr\").poke(0.U)\n          dut.io.config.get(\"count\").poke(1.U)\n          dut.io.config.get(\"stride\").poke(numPoints.U)\n          dut.io.enable.poke(true.B)\n          dut.clock.step(1)\n\n          dut.io.enable.poke(false.B)\n\n          dut.io.dma.readControl\n            .expectDequeue((new DmaControl).Lit(_.index -> 0.U, _.length -> (numPoints * 2).U, _.size -> DmaSize.word))\n\n          {\n            val inputx = input\n              .toArray\n              .flatMap(a => Seq(a.real, a.imag))\n              .map(FixedPoint.toBigInt(_, binaryPoint))\n              .map(_.toTwosComplement(width, binaryPoint))\n              .map(_.U)\n            dut.io.dma.readChannel.enqueueSeq(inputx)\n          }\n\n          dut.io.dma.writeControl\n            .expectDequeue((new DmaControl).Lit(_.index -> 0.U, _.length -> (numPoints * 2).U, _.size -> DmaSize.word))\n\n          {\n            val outputx = output\n              .toArray\n              .flatMap(a => Seq(a.real, a.imag))\n              .map(FixedPoint.fromDouble(_, width.W, binaryPoint.BP))\n            val fftOut = for (i <- 0 until numPoints * 2) yield {\n              dut.io.dma.writeChannel.ready.poke(true.B)\n              while (dut.io.dma.writeChannel.valid.peek().litToBoolean == false) {\n                dut.clock.step(1)\n              }\n              dut.io.dma.writeChannel.valid.expect(true.B)\n              val tmp = FixedPoint\n                .fromBigInt(dut.io.dma.writeChannel.bits.peek().litValue.fromTwosComplement(width, binaryPoint), width, binaryPoint)\n              dut.clock.step(1)\n              tmp\n            }\n            fftOut.zip(outputx).foreach{ case (a: FixedPoint, b: FixedPoint) =>\n              val Seq(ax, bx) = Seq(a, b).map(_.toDouble)\n              ax should === (bx)\n            }\n          }\n\n          dut.io.done.expect(true.B)\n          dut.io.debug.expect(0.U)\n\n        }\n    }\n  }\n\n  Seq(\n    (2,   32, 20, 0.001),\n    (4,   32, 20, 0.001),\n    (8,   32, 20, 0.001),\n    (16,  32, 20, 0.001),\n    (32,  32, 20, 0.001),\n    (64,  32, 20, 0.001),\n    (128, 32, 20, 0.001)).foreach((testRandom _).tupled)\n\n  it should \"perform a 2-D convolution\" in (pending)\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/examples\/CounterAcceleratorSpec.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests.examples\n\nimport chisel3._\nimport chisel3.tester._\n\nimport org.scalatest._\n\nimport esp.examples.CounterAccelerator\n\nclass CounterAcceleratorSpec extends FlatSpec with ChiselScalatestTester with Matchers {\n\n  behavior of \"CounterAccelerator\"\n\n  Seq(8, 64, 512).foreach{ cycles =>\n    it should s\"assert done after $cycles cycles\" in {\n      test(new CounterAccelerator(32)) { dut =>\n        dut.io.enable.poke(false.B)\n        dut.io.dma.readControl.ready.poke(false.B)\n        dut.io.dma.writeControl.ready.poke(false.B)\n        dut.io.dma.readChannel.valid.poke(false.B)\n        dut.io.dma.writeChannel.ready.poke(false.B)\n\n        dut.clock.step(1)\n\n        dut.io.config.get(\"ticks\").poke(cycles.U)\n        dut.io.enable.poke(true.B)\n\n        dut.clock.step(1)\n        dut.io.enable.poke(false.B)\n\n        for (i <- 0 to cycles - 2) {\n          dut.clock.step(1)\n          dut.io.done.expect(false.B)\n        }\n\n        dut.clock.step(1)\n        dut.io.done.expect(true.B)\n\n        dut.clock.step(1)\n        dut.io.done.expect(false.B)\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/Implementation.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp\n\nimport chisel3._\nimport chisel3.experimental.ChiselAnnotation\nimport chisel3.util.{Decoupled, Valid, Enum}\n\nimport firrtl.annotations.Annotation\n\nimport scala.collection.immutable\n\nclass ConfigIO private (espConfig: Config) extends Record {\n  val elements = immutable.ListMap(espConfig.param.collect{ case a if !a.readOnly => a.name -> UInt(a.size.W)}: _*)\n  override def cloneType: this.type = (new ConfigIO(espConfig)).asInstanceOf[this.type]\n  def apply(a: String): Data = elements(a)\n}\n\nobject ConfigIO {\n\n  def apply(espConfig: Config): Option[ConfigIO] = {\n    val rwParameters = espConfig.param.collect{ case a if !a.readOnly => a.name -> UInt(a.size.W) }\n    if (rwParameters.isEmpty) { None                          }\n    else                      { Some(new ConfigIO(espConfig)) }\n  }\n\n}\n\nobject DmaSize {\n  private val enums = Enum(8)\n  val Seq(bytes, wordHalf, word, wordDouble, wordQuad, word8, word16, word32) = enums\n  def gen: UInt = chiselTypeOf(enums.head)\n}\n\nclass DmaControl extends Bundle {\n  val index = UInt(32.W)\n  val length = UInt(32.W)\n  val size = DmaSize.gen\n}\n\nclass DmaIO(val dmaWidth: Int) extends Bundle {\n  val Seq(readControl, writeControl) = Seq.fill(2)(Decoupled(new DmaControl))\n  val readChannel = Flipped(Decoupled(UInt(dmaWidth.W)))\n  val writeChannel = Decoupled(UInt(dmaWidth.W))\n}\n\nclass AcceleratorIO(val dmaWidth: Int, val espConfig: Config) extends Bundle {\n  val enable = Input(Bool())\n  val config = ConfigIO(espConfig).map(Input(_))\n  val dma = new DmaIO(dmaWidth)\n  val done = Output(Bool())\n  val debug = Output(UInt(32.W))\n}\n\n\n\/** This contains the underlying hardware that implements an ESP accelerator [[Specification]]. A concrete subclass of\n  * [[Implementation]] represents one point in the design space for all accelerators meeting the [[Specification]].\n  * @param dmaWidth the width of the connection to the memory bus\n  *\/\nabstract class Implementation(val dmaWidth: Int) extends Module with Specification { self: Implementation =>\n\n  lazy val io = IO(new AcceleratorIO(dmaWidth, config))\n\n  \/** This defines a name describing this implementation. *\/\n  def implementationName: String\n\n  chisel3.experimental.annotate(\n    new ChiselAnnotation {\n      def toFirrtl: Annotation = EspConfigAnnotation(self.toNamed, config)\n    }\n  )\n\n  io.done := false.B\n  io.debug := 0.U\n\n  io.dma.readControl.valid := false.B\n  io.dma.readControl.bits.index := 0.U\n  io.dma.readControl.bits.length := 0.U\n  io.dma.readControl.bits.size := DmaSize.word\n\n  io.dma.writeControl.valid := false.B\n  io.dma.writeControl.bits.index := 0.U\n  io.dma.writeControl.bits.length := 0.U\n  io.dma.writeControl.bits.size := DmaSize.word\n\n  io.dma.readChannel.ready := 0.U\n\n  io.dma.writeChannel.valid := 0.U\n  io.dma.writeChannel.bits := 0.U\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/AcceleratorWrapper.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp\n\nimport chisel3._\n\ntrait AcceleratorWrapperIO { this: RawModule =>\n  val dmaWidth: Int\n\n  val clk = IO(Input(Clock()))\n  val rst = IO(Input(Bool()))\n\n  \/\/ Start accelerator (assigned from memory-mapped command register in the tile\n  val conf_done = IO(Input(Bool()))\n\n  \/\/ One-cycle pulse (triggers the interrupt from the tile). Interrupts are routed through the NoC to the tile that\n  \/\/ hosts the interrupt controller.\n  val acc_done = IO(Output(Bool()))\n\n  \/\/ Optional debug port to set an error code. Currently we are not using this though.\n  val debug = IO(Output(UInt(32.W)))\n\n  \/\/ DMA Read data channel directly connected to the NoC queues.\n  val dma_read_chnl_ready = IO(Output(Bool()))\n  val dma_read_chnl_valid = IO(Input(Bool()))\n  val dma_read_chnl_data = IO(Input(UInt(dmaWidth.W)))\n\n  \/\/ DMA Read control\n  val dma_read_ctrl_ready = IO(Input(Bool()))\n  val dma_read_ctrl_valid = IO(Output(Bool()))\n  \/\/ Offset within contiguous accelerator virtual address (gets translated by TLB in the tile)\n  val dma_read_ctrl_data_index = IO(Output(UInt(32.W)))\n  \/\/ Number of 32-bit words to be read This can be converted to number of Bytes, but it was convenient since we design\n  \/\/ accelerators in SytemC\n  val dma_read_ctrl_data_length = IO(Output(UInt(32.W)))\n  \/\/ Size of the data tokens encoded according to AXI bus standard (e.g. double-word, word, half-word, byte).\n  val dma_read_ctrl_data_size = IO(Output(DmaSize.gen))\n\n  \/\/ DMA Write control (same as Read)\n  val dma_write_ctrl_ready = IO(Input(Bool()))\n  val dma_write_ctrl_valid = IO(Output(Bool()))\n  val dma_write_ctrl_data_index = IO(Output(UInt(32.W)))\n  val dma_write_ctrl_data_length = IO(Output(UInt(32.W)))\n  val dma_write_ctrl_data_size = IO(Output(DmaSize.gen))\n\n  \/\/ DMA Write data channel directly connected to the NoC queues\n  val dma_write_chnl_ready = IO(Input(Bool()))\n  val dma_write_chnl_valid = IO(Output(Bool()))\n  val dma_write_chnl_data = IO(Output(UInt(dmaWidth.W)))\n}\n\n\/** Wraps a given [[Accelerator]] in a predicatable top-level interface. This is intended for direct integration with\n  * the ESP acclerator socket.\n  * @param gen the accelerator to wrap\n  * accelerator from anoter\n  *\/\nfinal class AcceleratorWrapper(val dmaWidth: Int, gen: Int => Implementation) extends RawModule with AcceleratorWrapperIO {\n\n  override lazy val desiredName = s\"${acc.config.name}_${acc.implementationName}_dma$dmaWidth\"\n  val acc = withClockAndReset(clk, ~rst)(Module(gen(dmaWidth)))\n\n  val conf_info = acc.io.config.map(a => IO(Input(a.cloneType)))\n\n  if (conf_info.isDefined) {\n    acc.io.config.get           := conf_info.get\n  }\n\n  acc.io.enable                 := conf_done\n\n  acc_done                      := acc.io.done\n\n  debug                         := acc.io.debug\n\n  acc.io.dma.readControl.ready  := dma_read_ctrl_ready\n  dma_read_ctrl_valid           := acc.io.dma.readControl.valid\n  dma_read_ctrl_data_index      := acc.io.dma.readControl.bits.index\n  dma_read_ctrl_data_length     := acc.io.dma.readControl.bits.length\n  dma_read_ctrl_data_size       := acc.io.dma.readControl.bits.size\n\n  acc.io.dma.writeControl.ready := dma_write_ctrl_ready\n  dma_write_ctrl_valid          := acc.io.dma.writeControl.valid\n  dma_write_ctrl_data_index     := acc.io.dma.writeControl.bits.index\n  dma_write_ctrl_data_length    := acc.io.dma.writeControl.bits.length\n  dma_write_ctrl_data_size      := acc.io.dma.writeControl.bits.size\n\n  dma_read_chnl_ready           := acc.io.dma.readChannel.ready\n  acc.io.dma.readChannel.valid  := dma_read_chnl_valid\n  acc.io.dma.readChannel.bits   := dma_read_chnl_data\n\n  acc.io.dma.writeChannel.ready := dma_write_chnl_ready\n  dma_write_chnl_valid          := acc.io.dma.writeChannel.valid\n  dma_write_chnl_data           := acc.io.dma.writeChannel.bits\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/Annotations.scala","text":"<filename>src\/main\/scala\/esp\/Annotations.scala\n\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp\n\nimport firrtl.annotations.{ModuleName, SingleTargetAnnotation}\n\nimport com.thoughtworks.xstream.XStream\nimport com.thoughtworks.xstream.io.{HierarchicalStreamReader, HierarchicalStreamWriter}\nimport com.thoughtworks.xstream.io.xml.{DomDriver, XmlFriendlyNameCoder}\nimport com.thoughtworks.xstream.converters.{Converter, MarshallingContext, UnmarshallingContext}\n\nclass ParameterConverter extends Converter {\n\n  override def marshal(source: scala.Any, writer: HierarchicalStreamWriter, context: MarshallingContext): Unit = {\n    val c = source.asInstanceOf[Parameter]\n    writer.addAttribute(\"name\", c.name)\n    if (c.description.isDefined) { writer.addAttribute(\"desc\", c.description.get) }\n    if (c.value.isDefined) { writer.addAttribute(\"value\", c.value.get.toString) }\n  }\n\n  override def unmarshal(reader: HierarchicalStreamReader, context: UnmarshallingContext): AnyRef = {\n    ??? \/* This is currently unimplemented *\/\n  }\n\n  override def canConvert(c: Class[_]): Boolean = c.isAssignableFrom(classOf[Parameter])\n\n}\n\n\/** Encodes ESP configuration and can serialize to SLD-compatible XML.\n  * @param target the module this configuration applies to\n  * @param config the ESP accelerator configuration\n  * @param dir either a (left) absolute path or (right) a path relative to a [[TargetDirAnnotation]]\n  *\/\ncase class EspConfigAnnotation(target: ModuleName, config: Config, dir: Either[String, String] = Right(\"..\"))\n    extends SingleTargetAnnotation[ModuleName] {\n\n  def duplicate(targetx: ModuleName): EspConfigAnnotation = this.copy(target=targetx)\n\n  def toXML: String = {\n    val xs = new XStream(new DomDriver(\"UTF-8\", new XmlFriendlyNameCoder(\"_\", \"_\")))\n\n    xs.registerConverter(new ParameterConverter)\n    \/\/ xs.aliasSystemAttribute(null, \"class\")\n    xs.alias(\"sld\", this.getClass)\n    xs.aliasField(\"accelerator\", this.getClass, \"config\")\n    xs.useAttributeFor(config.getClass, \"name\")\n    xs.useAttributeFor(config.getClass, \"description\")\n    xs.aliasField(\"desc\", config.getClass, \"description\")\n    xs.useAttributeFor(config.getClass, \"memoryFootprintMiB\")\n    xs.aliasField(\"data_size\", config.getClass, \"memoryFootprintMiB\")\n    xs.useAttributeFor(config.getClass, \"deviceId\")\n    xs.aliasField(\"device_id\", config.getClass, \"deviceId\")\n    xs.addImplicitArray(config.getClass, \"param\")\n    xs.alias(\"param\", classOf[Parameter])\n    xs.useAttributeFor(classOf[Parameter], \"name\")\n    xs.aliasField(\"desc\", classOf[Parameter], \"description\")\n    xs.useAttributeFor(classOf[Parameter], \"description\")\n    xs.omitField(classOf[Parameter], \"readOnly\")\n    xs.omitField(config.getClass, \"paramMap\")\n    xs.omitField(this.getClass, \"target\")\n    xs.omitField(this.getClass, \"dir\")\n    xs.toXML(this)\n  }\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/examples\/FFTAccelerator.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp.examples\n\nimport chisel3._\nimport chisel3.experimental.{ChiselEnum, FixedPoint}\nimport chisel3.util.{Queue, Valid}\n\nimport dsptools.numbers._\n\nimport esp.{Config, Implementation, Parameter, Specification}\n\nimport java.io.File\n\nimport ofdm.fft.{DirectFFTType, DISOIO, FFT, FFTParams, PacketSerializer, PacketSerDesParams, SDFFFTType}\n\nimport sys.process.Process\n\n\/* 64-bit, 40 binary point *\/\n\ntrait FFTSpecification extends Specification {\n\n  val params: FFTParams[_]\n\n  private def gitHash(dir: Option[File] = None): Int = {\n    val cmd = Seq(\"git\", \"log\", \"-n1\", \"--format=%h\")\n\n    val hash = dir match {\n      case Some(file) => Process(cmd, file).!!\n      case None       => Process(cmd).!!\n    }\n\n    java.lang.Integer.parseInt(hash.filter(_ >= ' '), 16)\n  }\n\n  override lazy val config: Config = Config(\n    name = \"FFTAccelerator\",\n    description = params.protoIQ.real match {\n      case a: FixedPoint => s\"${params.numPoints}-point ${a.getWidth}.${a.binaryPoint.get} FFT\"\n    },\n    memoryFootprintMiB = 1,\n    deviceId = 0xD,\n    param = Array(\n      Parameter(\n        name = \"gitHash\",\n        description = Some(\"Git short SHA hash of the repo used to generate this accelerator\"),\n        value = Some(gitHash())\n      ),\n      Parameter(\n        name = \"ofdmGitHash\",\n        description = Some(\"Git short SHA hash of the grebe\/ofdm repo used to generate this accelerator\"),\n        value = Some(gitHash(Some(new File(\"ofdm\"))))\n      ),\n      Parameter(\n        name = \"startAddr\",\n        description = Some(\"The memory address to start the FFT (output written here)\")\n      ),\n      Parameter(\n        name = \"count\",\n        description = Some(\"The number of 1D FFTs to do (only 1 supported)\")\n      ),\n      Parameter(\n        name = \"stride\",\n        description = Some(\"The stride between each FFT (must be point size)\")\n      )\n    )\n  )\n\n}\n\nobject FFTAccelerator {\n\n  \/** FFTAccelerator states for internal state machines *\/\n  object S extends ChiselEnum {\n    val Idle, DMALoad, DMAStore, Done = Value\n  }\n\n  \/** FFTAccelerator error codes *\/\n  object Errors extends ChiselEnum {\n    val None = Value(0.U)\n    val InvalidWidth, Unimplemented = Value\n  }\n\n}\n\n\/** An ESP accelerator that performs an N-point Fast Fourier Transform (FFT)\n  * @param dmaWidth the width of the ESP DMA bus\n  * @param params parameters describing the FFT\n  *\/\nclass FFTAccelerator[A <: Data : Real : BinaryRepresentation](dmaWidth: Int, val params: FFTParams[A])\n    extends Implementation(dmaWidth) with FFTSpecification {\n\n  require(params.protoIQ.real.getWidth <= 32, \"This FFT has bugs for bit widths > 32 bits!\")\n\n  import FFTAccelerator._\n\n  private def unimplemented(): Unit = {\n    state := S.Done\n    debug := Errors.Unimplemented\n  }\n\n  override val implementationName: String = {\n    val tpe = params.fftType match {\n      case DirectFFTType => \"Direct\"\n      case SDFFFTType => \"SDF\"\n    }\n    val fixedPoint = params.protoIQ.real match {\n      case a: FixedPoint => s\"${a.getWidth}p${a.binaryPoint.get}\"\n    }\n\n    s\"${params.numPoints}PointFP$fixedPoint$tpe\"\n  }\n\n  \/** The underlying FFT hardware *\/\n  val fft = Module(\n    new MultiIOModule {\n      val underlyingFFT = Module(new FFT(params))\n      val desser = Module(new PacketSerializer(PacketSerDesParams(params.protoIQ, params.numPoints)))\n      val in = IO(chiselTypeOf(underlyingFFT.io.in))\n      underlyingFFT.io.in <> in\n      desser.io.in <> underlyingFFT.io.out\n      val out = IO(chiselTypeOf(desser.io.out))\n      out <> desser.io.out\n    }\n  )\n  dontTouch(fft.in)\n  dontTouch(fft.out)\n\n  \/** Indicates that this unit is busy computing a computation *\/\n  val state = RegInit(S.Idle)\n  val addr = Reg(chiselTypeOf(io.config.get(\"startAddr\")).asUInt)\n  val count = Reg(chiselTypeOf(io.config.get(\"count\")).asUInt)\n  val stride = Reg(chiselTypeOf(io.config.get(\"stride\")).asUInt)\n  val debug = RegInit(Errors.None)\n\n  io.debug := debug.asUInt\n  io.done := state === S.Done\n\n  fft.in.bits.real := DontCare\n  fft.in.bits.imag := DontCare\n  fft.in.valid := false.B\n\n  fft.out.ready := false.B\n\n  val dmaRead, dmaWrite = Reg(Valid(UInt(32.W)))\n\n  when (io.enable && state === S.Idle) {\n    addr := io.config.get(\"startAddr\")\n    count := io.config.get(\"count\")\n    stride := io.config.get(\"stride\")\n\n    when (io.config.get(\"stride\").asUInt =\/= params.numPoints.U) {\n      state := S.Done\n      debug := Errors.InvalidWidth\n    }.elsewhen(io.config.get(\"count\").asUInt =\/= 1.U) {\n      unimplemented()\n    }.otherwise {\n      state := S.DMALoad\n      Seq(dmaRead, dmaWrite).foreach { a =>\n        a.valid := false.B\n        a.bits := 0.U\n      }\n    }\n  }\n\n  \/* @todo cleanup this jank *\/\n  val real_d = Reg(params.protoIQ.real)\n  val readQueue = Module(new Queue(params.protoIQ, entries=2))\n  io.dma.readChannel.ready := readQueue.io.enq.ready\n  readQueue.io.enq.valid := io.dma.readChannel.valid && dmaRead.bits(0)\n  readQueue.io.enq.bits := DspComplex.wire(real_d, io.dma.readChannel.bits.asTypeOf(params.protoIQ.imag))\n  fft.in <> readQueue.io.deq\n\n  when (state === S.DMALoad) {\n    io.dma.readControl.valid := ~dmaRead.valid\n    io.dma.readControl.bits.index := addr\n    io.dma.readControl.bits.length := stride * count * 2\n\n    when (io.dma.readControl.fire) {\n      dmaRead.valid := true.B\n    }\n\n    when (io.dma.readChannel.fire) {\n      dmaRead.bits := dmaRead.bits + 1.U\n      when (~dmaRead.bits(0)) {\n        real_d := io.dma.readChannel.bits.asTypeOf(real_d)\n      }\n      when (dmaRead.bits === stride * count * 2 - 1) {\n        state := S.DMAStore\n      }\n    }\n  }\n\n  io.dma.writeChannel.valid := dmaWrite.valid && fft.out.valid\n  fft.out.ready := dmaWrite.valid && dmaWrite.bits(0) && io.dma.writeChannel.ready\n  io.dma.writeChannel.bits := Mux(dmaWrite.bits(0), fft.out.bits.imag.asUInt, fft.out.bits.real.asUInt)\n\n  when (state === S.DMAStore) {\n    io.dma.writeControl.valid := ~dmaWrite.valid\n    io.dma.writeControl.bits.index := addr\n    io.dma.writeControl.bits.length := stride * count * 2\n\n    when (io.dma.writeControl.fire) {\n      dmaWrite.valid := true.B\n    }\n\n    when (io.dma.writeChannel.fire) {\n      dmaWrite.bits := dmaWrite.bits + 1.U\n    }\n    when (dmaWrite.bits === stride * count * 2 - 1) {\n      state := S.Done\n    }\n  }\n\n  when (state === S.Done) {\n    state := S.Idle\n    debug := Errors.None\n  }\n\n}\n\n\/** A 32-point 64.40 fixed point FFT accelerator *\/\nclass DefaultFFTAccelerator(dmaWidth: Int) extends FFTAccelerator(dmaWidth, FFTParams.fixed(32, 20, 32, 32))\n\nprivate[esp] object DefaultFFTAccelerator {\n  val architecture = \"32PointFP32p20SDF\"\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/main\/scala\/esp\/examples\/AdderAccelerator.scala","text":"<gh_stars>10-100\n\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esp.examples\n\nimport chisel3._\nimport chisel3.experimental.ChiselEnum\n\nimport esp.{Config, Implementation, Parameter, Specification}\n\ntrait AdderSpecification extends Specification {\n\n  override lazy val config = Config(\n    name = \"AdderAccelerator\",\n    description = \"Reduces a vector via addition\",\n    memoryFootprintMiB = 1,\n    deviceId = 0xF,\n    param = Array(\n      Parameter( name = \"readAddr\" ),\n      Parameter( name = \"size\" ),\n      Parameter( name = \"writeAddr\" )\n    )\n  )\n\n}\n\nobject AdderAccelerator {\n\n  private object S extends ChiselEnum {\n    val Idle, DMALoad, Compute, DMAStore, Done = Value\n  }\n\n  \/** FFTAccelerator error codes *\/\n  object Errors extends ChiselEnum {\n    val None = Value(0.U)\n    val InvalidSize, Unimplemented = Value\n  }\n\n}\n\nclass AdderAccelerator(dmaWidth: Int) extends Implementation(dmaWidth) with AdderSpecification {\n  require(dmaWidth == 32)\n\n  import AdderAccelerator._\n\n  override val implementationName = \"AdderAccelerator\"\n\n  private val readAddr, size, writeAddr = Reg(UInt(32.W))\n\n  private val state = RegInit(S.Idle)\n\n  private val acc, count = Reg(UInt(32.W))\n\n  private val storeReqSent = RegInit(false.B)\n\n  when (io.enable && state === S.Idle) {\n    Seq((readAddr, \"readAddr\"), (size, \"size\"), (writeAddr, \"writeAddr\")).foreach{\n      case (lhs, name) => lhs := io.config.get(name).asUInt\n    }\n    when (io.config.get(\"size\").asUInt === 0.U) {\n      state := S.DMAStore\n    }.otherwise {\n      state := S.DMALoad\n    }\n    acc := 0.U\n    count := 0.U\n    storeReqSent := false.B\n  }\n\n  when (state === S.DMALoad) {\n    io.dma.readControl.valid := true.B\n    io.dma.readControl.bits.index := readAddr\n    io.dma.readControl.bits.length := size\n    when (io.dma.readControl.fire) {\n      state := S.Compute\n    }\n  }\n\n  when (state === S.Compute) {\n    io.dma.readChannel.ready := true.B\n    when (io.dma.readChannel.fire) {\n      acc := acc + io.dma.readChannel.bits\n      count := count + (dmaWidth \/ 32).U\n      when (count === size - 1.U) {\n        state := S.DMAStore\n      }\n    }\n  }\n\n  when (state === S.DMAStore) {\n    io.dma.writeChannel.bits := acc\n    when (storeReqSent =\/= true.B) {\n      io.dma.writeControl.valid := true.B\n      io.dma.writeControl.bits.index := writeAddr\n      io.dma.writeControl.bits.length := 1.U\n      storeReqSent := io.dma.writeControl.fire\n    }.otherwise {\n      io.dma.writeChannel.valid := true.B\n      when (io.dma.writeChannel.fire) {\n        state := S.Done\n      }\n    }\n  }\n\n  when (state === S.Done) {\n    io.done := true.B\n    state := S.Idle\n  }\n\n}\n"}
{"repo_name":"Bhaskers-Blu-Org1\/esp-chisel-accelerators","path":"src\/test\/scala\/esptests\/AcceleratorSpec.scala","text":"\/\/ Copyright 2018-2019 IBM\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\npackage esptests\n\nimport esp.Implementation\n\nimport chisel3._\nimport chisel3.tester._\n\nobject AcceleratorSpec {\n\n  implicit class AcceleratorHelpers[A <: Implementation](dut: A) {\n    def doReset() = {\n      dut.reset.poke(true.B)\n      dut.io.enable.poke(false.B)\n      dut.io.dma.readControl.ready.poke(false.B)\n      dut.io.dma.writeControl.ready.poke(false.B)\n      dut.io.dma.readChannel.valid.poke(false.B)\n      dut.io.dma.writeChannel.ready.poke(false.B)\n      dut.clock.step(1)\n      dut.reset.poke(false.B)\n    }\n  }\n\n}\n"}
{"repo_name":"daggerok\/jvm-languages-and-features-comparison","path":"scala-language\/src\/main\/scala\/com\/github\/daggerok\/scalalang\/Main.scala","text":"package com.github.daggerok.scalalang\n\ncase class Hello(message: String = \"Hello\", name: String = \"Scala\") {\n  def greet() = s\"$message, $name!\"\n}\n\nobject Main {\n  def main(args: Array[String]): Unit = {\n    println(Hello().greet())\n  }\n}\n"}
{"repo_name":"daggerok\/jvm-languages-and-features-comparison","path":"scala-language\/src\/test\/scala\/com\/github\/daggerok\/scalalang\/MainTest.scala","text":"<reponame>daggerok\/jvm-languages-and-features-comparison\npackage com.github.daggerok.scalalang\n\nimport org.junit.runner.RunWith\nimport org.scalatest.{FunSuite, Matchers}\nimport org.scalatest.junit.JUnitRunner\n\n@RunWith(classOf[JUnitRunner])\nclass MainTest extends FunSuite with Matchers {\n  test(\"should Hello, Scala!\") {\n    val hello = Hello()\n    hello should not be None\n    hello.message should not be None\n    hello.greet should equal(\"Hello, Scala!\")\n\n    val args = Array[String]()\n    args should have size 0\n    Main.main(args)\n  }\n}\n\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/actors\/ElevatorActor.scala","text":"<gh_stars>0\npackage com.doanduyhai.elevator.actors\n\nimport akka.actor.{ActorRef, ActorLogging, Actor}\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\n\nsealed trait ElevatorStatus {\n  def nextStep: ElevatorStatus\n  def isMoving: Boolean\n}\ncase class Move(currentFloor:Int, targetFloor:Int) extends ElevatorStatus {\n  if(currentFloor < 0 || targetFloor < 0) throw new IllegalArgumentException(\"Invalid negative floor\")\n\n  override def nextStep: ElevatorStatus = {\n    if(Math.abs(targetFloor - currentFloor) == 1) {\n      AtFloor(targetFloor)\n    } else if(targetFloor > currentFloor) {\n      Move(currentFloor+1, targetFloor)\n    }  else if(targetFloor == currentFloor) {\n      AtFloor(targetFloor)\n    } else {\n      Move(currentFloor - 1, targetFloor)\n    }\n  }\n  override def isMoving = true\n}\n\ncase class AtFloor(floor: Int) extends ElevatorStatus {\n  override def nextStep: ElevatorStatus = AtFloor(floor)\n  override def isMoving = false\n}\n\nprivate case class EnRoute(status: ElevatorStatus)\n\nclass ElevatorActor(val elevatorId: Int, controlSystem: ActorRef, private var elevatorStatus: ElevatorStatus,\n                    val movingSpeed: FiniteDuration = 10.millisecond, private var scheduledOrder: Option[Pickup]=None)\n  extends Actor with ActorLogging {\n\n  var simulationStarted = false\n  var simulationOngoing = false\n\n  def receive: Receive = {\n\n    case p @ Pickup(pickup) => {\n      if(!simulationStarted) sendStatusToControlSystem\n      elevatorStatus match {\n        case AtFloor(currentFloor) => {\n          if (currentFloor != pickup.currentFloor) {\n            this.scheduledOrder = Some(p)\n            this.elevatorStatus = Move(currentFloor, pickup.currentFloor)\n          } else {\n            this.elevatorStatus = Move(pickup.currentFloor, pickup.targetFloor)\n          }\n          sendStatusToControlSystem\n          if(!simulationOngoing) scheduleNextMove(this.elevatorStatus.nextStep)\n        }\n        case currentMove @ Move(_,_) => scheduledOrder match {\n          case Some(scheduledPickup) =>\n            log.error(s\"Cannot accept $p because the elevator is moving right now and a pickup $scheduledPickup is already scheduled\")\n          case None =>\n            log.info(s\"No pending order, save the pickup order for later\")\n            this.scheduledOrder = Some(p)\n            sendStatusToControlSystem\n            if(!simulationOngoing) scheduleNextMove(currentMove.nextStep)\n        }\n      }\n    }\n\n    case enRoute @ EnRoute(state) => {\n      this.elevatorStatus = state\n      sendStatusToControlSystem\n      state match {\n        case Move(_,_) =>\n          scheduleNextMove(this.elevatorStatus.nextStep)\n        case AtFloor(currentFloor) =>\n          computeNextStepFromAtFloor(currentFloor, s\"Elevator $elevatorId has reached destination floor : $currentFloor, state = $state\")\n      }\n    }\n\n    case StartSimulation => {\n      this.simulationStarted = true\n      sendStatusToControlSystem\n      this.elevatorStatus match {\n        case Move(_,_) =>\n          scheduleNextMove(this.elevatorStatus.nextStep)\n        case AtFloor(currentFloor)  => computeNextStepFromAtFloor(currentFloor, \"No order to execute\")\n      }\n    }\n    case unknown @ _ => log.error(s\"ElevatorActor receiving unknown message $unknown\")\n  }\n\n  def computeNextStepFromAtFloor(currentFloor: Int, logMsg:String): Unit = scheduledOrder match {\n    case Some(Pickup(scheduledPickup)) => {\n      if (currentFloor != scheduledPickup.currentFloor) {\n        scheduleNextMove(Move(currentFloor, scheduledPickup.currentFloor))\n      } else {\n        scheduleNextMove(scheduledPickup)\n        this.scheduledOrder = None\n      }\n    }\n    case None =>\n      this.simulationOngoing = false\n      log.info(logMsg)\n  }\n\n\n  def sendStatusToControlSystem: Unit = {\n    log.debug(s\"--------- Send UpdateStatus($elevatorId, $elevatorStatus, $scheduledOrder) to control system, [${Thread.currentThread().getId}]\")\n    controlSystem ! UpdateStatus(this.elevatorId, this.elevatorStatus, this.scheduledOrder)\n  }\n\n  def scheduleNextMove(nextStep: ElevatorStatus): Unit = {\n    this.simulationOngoing = true\n    log.debug(s\"**** Schedule Next Move EnRoute($nextStep), [${Thread.currentThread().getId}]\")\n    context.system.scheduler.scheduleOnce(movingSpeed, self, EnRoute(nextStep))\n  }\n\n  def savePickupOrder(pickup: Pickup): Unit = {\n    this.scheduledOrder = Some(pickup)\n    sendStatusToControlSystem\n  }\n}\n\n\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/AkkaElevatorControlSystem.scala","text":"<gh_stars>0\npackage com.doanduyhai.elevator\n\nimport java.io.File\n\nimport akka.actor.{ActorRef, Props, ActorSystem}\n\nimport com.doanduyhai.elevator.actors._\nimport com.doanduyhai.elevator.parser.ScenarioParser\nimport com.doanduyhai.elevator.parser.ScenarioParser.Scenario\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.collection.immutable.Queue\n\n\nobject AkkaElevatorControlSystem {\n\n\n  def main(input: Array[String]): Unit = {\n    printBanner\n    if(checkArguments(input)) {\n      val scenario = extractArgumentToScenario(input)\n      var orderQueue: Queue[Pickup] = Queue()\n      var elevators:Map[Int, ActorRef] = Map()\n      scenario.orderQueue.foreach(move => {\n        orderQueue = orderQueue.enqueue(Pickup(move))\n      })\n      val scheduledPickup = scenario.timedPickup.map{case (pickup, duration) => (duration, pickup)}.toSeq.sortBy(_._1)\n\n      val system = ActorSystem(\"ElevatorControlSystem\")\n      val scheduler = system.scheduler\n      registerShutdownHook(system)\n\n      val controlSystem = system.actorOf(Props(new ControlSystemActor(scenario.elevatorStatus.size, orderQueue, scenario.maxOrderQueueSize)), \"controlSystem\")\n\n      scenario.elevatorStatus.foreach{case (id, (status,scheduledOrder)) => {\n        val elevator = system.actorOf(Props(new ElevatorActor(id, controlSystem, status, scenario.timeStep, scheduledOrder)), s\"elevator$id\")\n        elevators += ((id, elevator))\n      }}\n\n      elevators.values.foreach(_ ! StartSimulation)\n\n      scheduledPickup.foreach{case (delay, pickup) => {\n        scheduler.scheduleOnce(delay){controlSystem ! pickup}\n      }}\n    }\n  }\n\n  def registerShutdownHook(system: ActorSystem): Unit = {\n    system.registerOnTermination {\n      println(\"------------- Terminating the Akka Elevator Control System ----------------\")\n    }\n\n    Runtime.getRuntime.addShutdownHook(new Thread() {\n      override def run(): Unit = {\n        system.terminate()\n      }\n    })\n  }\n\n  def extractArgumentToScenario(input: Array[String]): Scenario = {\n    val inputScenario = readContentFromFile(input(0))\n    new ScenarioParser().parseScenario(inputScenario)\n  }\n\n  def readContentFromFile(filePath: String):String =  {\n    val file = new File(filePath)\n    if(!file.isFile) throw new IllegalArgumentException(s\"Cannot access file $filePath\")\n    val source = scala.io.Source.fromFile(file.getAbsolutePath)\n    val lines = try source.getLines mkString \"\\n\" finally source.close()\n    lines\n  }\n\n  def checkArguments(input: Array[String]): Boolean = {\n    Option(input) match {\n      case Some(input) =>\n        if(input.size != 1) {\n          displayUsage\n          false\n        } else true\n      case None => {\n        displayUsage\n        false\n      }\n    }\n\n  }\n\n  def displayUsage:Unit = {\n    println(\n      \"\"\"You must give a scenario file with absolute path as argument. Ex\n        |\n        | java -jar akka-elevator-control-system-<version>.jar \/tmp\/simulation1\n        |\n        | Example of simulation file format:\n        |\n        | --------------------\n        | timeStep: 1s\n        | 1[1->3]:Move(4,0)\n        | OrderQueue: Move(5,8)\n        | MaxOrderQueueSize: 5\n        | Pickup(0,4): 2s\n        | Pickup(6,4): 5s\n        | ---------------------\n        |\n        | - timeStep: specify the time delay between each status evaluation.\n        |             Format = timeStep: <duration><time-unit>\n        |             <duration> should be a positive integer\n        |             The supported <time-unit> are second (s) or millisecond (ms)\n        |             Ex: timeStep: 20ms\n        |\n        | - Elevator : specify each elevator status.\n        |             Format = <elevator-number>([<scheduledOrder>])?: <current-status>\n        |             the <scheduledOrder> format is <from>-><to> where <from> is the souce floor and <to> the destination floor\n        |             the <current-status> format can be:\n        |\n        |               - Move(<from>, <to>)\n        |               - AtFloor(<floor>)\n        |\n        |             Ex:\n        |\n        |               - 1: Move(0,2) elevator 1 with no scheduled order moving from 0 to 2\n        |               - 2[4->2]: Move (3,5) elevator 2 with a scheduled order Move(4,2) moving from 3 to 5\n        |               - 3: AtFloor(0) elevator 3 with no scheduled and idle at floor 0\n        |               - 4[0-3]: AtFloor(5) elevator 4 with a scheduled order Move(0,3) currently at floor 5\n        |\n        | - OrderQueue: specify a list of orders to be enqueued in the control system\n        |             Format = OrderQueue: <move>,<move>, ...,<move>\n        |             <move> format is simply Move(<from>,<to>)\n        |             Ex:\n        |\n        |               - OrderQueue: Move(0,4)\n        |               - OrderQueue: Move(1,3), Move(7,9), Move(1,2)\n        |\n        |\n        | - MaxOrderQueueSize: specify the max size of the order queue\n        |             Ex:\n        |\n        |               - MaxOrderQueueSize: 3\n        |\n        | - scheduled pickup: specify a sequence of pickup ordered, delayed with a given time unit\n        |             Format = Pickup(<from>,<to>): <duration><time-unit>\n        |             <from> is the source floor\n        |             <to> is the target floor\n        |             <duration> is a positive integer\n        |             <time-unit> are second (s) or millisecond (ms)\n        |             Ex:\n        |\n        |               - Pickup(0,6): 3s  schedule a pickup from 0 to 6 in 3 seconds\n        |               - Pickup(5,4): 30ms  schedule a pickup from 5 to 4 in 30 milliseconds\n        |\n        | There are some sample scenarios you can play with located in folder `sample_scenarios`\n        |\n      \"\"\".stripMargin)\n  }\n  def printBanner: Unit = {\n    println(\n      \"\"\"\n        |      .o.       oooo        oooo                  oooooooooooo oooo                                      .\n        |     .888.      `888        `888                  `888'     `8 `888                                    .o8\n        |    .8\"888.      888  oooo   888  oooo   .oooo.    888          888   .ooooo.  oooo    ooo  .oooo.   .o888oo  .ooooo.  oooo d8b\n        |   .8' `888.     888 .8P'    888 .8P'   `P  )88b   888oooo8     888  d88' `88b  `88.  .8'  `P  )88b    888   d88' `88b `888\"\"8P\n        |  .88ooo8888.    888888.     888888.     .oP\"888   888    \"     888  888ooo888   `88..8'    .oP\"888    888   888   888  888\n        | .8'     `888.   888 `88b.   888 `88b.  d8(  888   888       o  888  888    .o    `888'    d8(  888    888 . 888   888  888\n        |o88o     o8888o o888o o888o o888o o888o `Y888\"\"8o o888ooooood8 o888o `Y8bod8P'     `8'     `Y888\"\"8o   \"888\" `Y8bod8P' d888b\n        |\n        |\n        |\n        |  .oooooo.                             .                      oooo   .oooooo..o                          .\n        | d8P'  `Y8b                          .o8                      `888  d8P'    `Y8                        .o8\n        |888           .ooooo.  ooo. .oo.   .o888oo oooo d8b  .ooooo.   888  Y88bo.      oooo    ooo  .oooo.o .o888oo  .ooooo.  ooo. .oo.  .oo.\n        |888          d88' `88b `888P\"Y88b    888   `888\"\"8P d88' `88b  888   `\"Y8888o.   `88.  .8'  d88(  \"8   888   d88' `88b `888P\"Y88bP\"Y88b\n        |888          888   888  888   888    888    888     888   888  888       `\"Y88b   `88..8'   `\"Y88b.    888   888ooo888  888   888   888\n        |`88b    ooo  888   888  888   888    888 .  888     888   888  888  oo     .d8P    `888'    o.  )88b   888 . 888    .o  888   888   888\n        | `Y8bood8P'  `Y8bod8P' o888o o888o   \"888\" d888b    `Y8bod8P' o888o 8\"\"88888P'      .8'     8\"\"888P'   \"888\" `Y8bod8P' o888o o888o o888o\n        |                                                                                .o..P'\n        |                                                                                `Y8P'\n        |\n      \"\"\".stripMargin)\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/parser\/ScenarioParser.scala","text":"package com.doanduyhai.elevator.parser\n\nimport com.doanduyhai.elevator.actors.{AtFloor, Move, Pickup, ElevatorStatus}\n\nimport scala.concurrent.duration._\nimport scala.util.parsing.combinator.RegexParsers\n\nobject ScenarioParser extends RegexParsers {\n\n  \/**\n    * Sample scenario definition:\n    *\n    * timeStep: 1s\n    * 1[1->3]:Move(4,0)\n    * OrderQueue: Move(5,8)\n    * MaxOrderQueueSize: 5\n    * Pickup(0,4): 2s\n    * Pickup(6,4): 5s\n    *\n    *\/\n\n  val MOVE =\n    \"\"\"Move\\(([0-9]+),([0-9]+)\\)\"\"\"\n\n  val STILL = \"\"\"AtFloor\\(([0-9]+)\\)\"\"\"\n  val ELEVATOR = \"\"\"\\s*([0-9]+)(\\[[0-9]+->[0-9]+\\])?\"\"\"\n\n  val TIMESTEP_PATTERN = (\"\"\"(?i)^\\s*timeStep\\s*:\\s*([0-9]+)(s|ms)\\s*$\"\"\").r\n\n  val SCHEDULED_ORDER_PATTERN = (\"\"\"\\[([0-9]+)->([0-9]+)\\]\"\"\").r\n  val STILL_ELEVATOR_PATTERN = (ELEVATOR + \"\"\"\\s*:\\s*\"\"\" + STILL).r\n  val MOVE_ELEVATOR_PATTERN = (ELEVATOR + \"\"\"\\s*:\\s*\"\"\" + MOVE).r\n\n  val MOVE_PATTERN = (\"\"\"\\s*Move\\(([0-9]+),([0-9]+)\\)\\s*\"\"\").r\n  val ORDER_QUEUE_PATTERN = (\"\"\"(?i)^\\s*OrderQueue\\s*:\\s*((?:Move\\([0-9]+,[0-9]+\\)\\s*(?:(?:,\\s*)(?!$))?)*)\\s*$\"\"\").r\n  val MAX_ORDER_QUEUE_SIZE_PATTERN = (\"\"\"(?i)^\\s*MaxOrderQueueSize\\s*:\\s*([0-9]+)\\s*$\"\"\").r\n\n  val PICKUP_ORDER_PATTERN = (\"\"\"(?i)^\\s*Pickup\\(([0-9]+),([0-9]+)\\)\\s*:\\s*([0-9]+)(s|ms)\\s*$\"\"\").r\n\n  sealed trait InputLine\n  case class TimeStep(value: FiniteDuration) extends InputLine\n\n  case class OrderQueue(orderQueue: List[Move]) extends InputLine\n\n  case class OrderQueueSize(size: Int) extends InputLine\n\n  case class ElevatorInput(id: Int, status: ElevatorStatus, scheduledOrder: Option[Pickup]) extends InputLine\n\n  case class TimedPickup(pickup: Pickup, delay: FiniteDuration) extends InputLine\n\n  case class Scenario(timeStep: FiniteDuration,\n                      orderQueue: List[Move],\n                      maxOrderQueueSize: Int,\n                      elevatorStatus: Map[Int, (ElevatorStatus, Option[Pickup])],\n                      timedPickup: List[(Pickup, FiniteDuration)])\n\n}\n\nclass ScenarioParser extends RegexParsers {\n  import ScenarioParser._\n\n  def parseScenario(inputString: String): Scenario = {\n\n    var timeStep: TimeStep = TimeStep(1.second)\n    var orderQueue: List[Move] = List()\n    var maxOrderQueueSize: Int = 10\n    var elevatorStatus: Map[Int, (ElevatorStatus, Option[Pickup])] = Map()\n    var timedPickup: List[(Pickup, FiniteDuration)] = List()\n\n    def extractScenarioValues(lines: List[InputLine]): Unit = {\n      lines.foreach(value => value match {\n        case t:TimeStep => timeStep = t\n        case OrderQueue(moves) => orderQueue = moves\n        case OrderQueueSize(size) =>  maxOrderQueueSize = size\n        case ElevatorInput(id, status, scheduledOrder) => elevatorStatus += ((id, (status, scheduledOrder)))\n        case TimedPickup(pickup, delay) => timedPickup =  (pickup, delay) :: timedPickup\n        case value @ _ => throw new IllegalArgumentException(s\"Unsupported scenario value $value\")\n      })\n    }\n\n    Option(inputString) match {\n      case Some(notNull) =>\n        val parser = new ScenarioParser\n        val parsingResult = parser.parse(parser.queries, notNull.trim)\n        parsingResult match {\n          case parser.Success(lines,_) => extractScenarioValues(lines)\n          case parser.Failure(msg,next) => {\n            throw new IllegalArgumentException(s\"Error parsing scenario:\\n\\t'$inputString'\\n msg = $msg\")\n          }\n          case parser.Error(msg,next) => {\n            throw new IllegalArgumentException(s\"Error parsing scenario:\\n\\t'$inputString'\\n\")\n          }\n          case _ => throw new IllegalArgumentException(s\"Error parsing scenario:\\n\\t'$inputString'\\n\")\n        }\n      case None =>\n    }\n    Scenario(timeStep.value, orderQueue, maxOrderQueueSize, elevatorStatus, timedPickup)\n  }\n\n  def queries: Parser[List[InputLine]] = rep(pickupOrder | timeStep | orderQueue | maxOrderQueueSize | stillElevator | movingElevator)\n\n  def timeStep: Parser[TimeStep] = \"\"\"\\s*timeStep.+\"\"\".r ^^ { case x => x match {\n    case TIMESTEP_PATTERN(value, unit) => {\n      unit match {\n        case \"s\" => TimeStep(value.toInt.second)\n        case \"ms\" => TimeStep(value.toInt.millisecond)\n        case _ => throw new IllegalArgumentException(s\"timeStep unit should be either second (s) or millisec (ms)\")\n      }\n    }\n    case _ => throw new IllegalArgumentException(s\"timeStep syntax should obey to pattern $TIMESTEP_PATTERN\")\n  }\n  }\n\n  def orderQueue: Parser[OrderQueue] = \"\"\"\\s*OrderQueue.+\"\"\".r ^^ { case x => Option(x).map(_.trim) match {\n    case Some(ORDER_QUEUE_PATTERN(moves)) => OrderQueue(moves.split(\"\"\"(?<=\\)),\"\"\").map(move => parseMove(move)).toList)\n    case _ => throw new IllegalArgumentException(s\"OrderQueue syntax should obey to pattern $ORDER_QUEUE_PATTERN\")\n  }\n  }\n\n  def maxOrderQueueSize: Parser[OrderQueueSize] = \"\"\"\\s*MaxOrderQueueSize.+\"\"\".r ^^ { case x => x match {\n    case MAX_ORDER_QUEUE_SIZE_PATTERN(size) => OrderQueueSize(size.toInt)\n    case _ => throw new IllegalArgumentException(s\"MaxOrderQueueSize syntax should obey to pattern $MAX_ORDER_QUEUE_SIZE_PATTERN\")\n  }\n  }\n\n  def stillElevator: Parser[ElevatorInput] = \"\"\"\\s*[0-9].+AtFloor.+\"\"\".r ^^ { case x => x match {\n    case STILL_ELEVATOR_PATTERN(id, option, currentFloor) => Option(option) match {\n      case Some(scheduledOrder) => ElevatorInput(id.toInt, AtFloor(currentFloor.toInt), parseScheduledOrder(scheduledOrder))\n      case None => ElevatorInput(id.toInt, AtFloor(currentFloor.toInt), None)\n    }\n    case _ => throw new IllegalArgumentException(s\"Still elevator declaration syntax should obey to pattern $STILL_ELEVATOR_PATTERN\")\n  }\n  }\n\n  def movingElevator: Parser[ElevatorInput] = \"\"\"\\s*[0-9].*:.*Move.*\"\"\".r ^^ { case x => x match {\n    case MOVE_ELEVATOR_PATTERN(id, option, from, to) => Option(option) match {\n      case Some(scheduledOrder) => ElevatorInput(id.toInt, Move(from.toInt, to.toInt), parseScheduledOrder(scheduledOrder))\n      case None => ElevatorInput(id.toInt, Move(from.toInt, to.toInt), None)\n    }\n    case _ => throw new IllegalArgumentException(s\"Moving elevator declaration syntax should obey to pattern $MOVE_ELEVATOR_PATTERN\")\n  }\n  }\n\n  def pickupOrder: Parser[TimedPickup] = \"\"\"\\s*Pickup.+\"\"\".r ^^ { case x => x match {\n    case PICKUP_ORDER_PATTERN(from, to, duration, unit) => unit match {\n      case \"s\" => TimedPickup(Pickup(Move(from.toInt, to.toInt)), duration.toInt.second)\n      case \"ms\" => TimedPickup(Pickup(Move(from.toInt, to.toInt)), duration.toInt.millisecond)\n      case _ => throw new IllegalArgumentException(s\"Pickup delay time unit should be either second (s) or millisec (ms)\")\n    }\n    case _ => throw new IllegalArgumentException(s\"Pickup declaration syntax should obey to pattern $PICKUP_ORDER_PATTERN\")\n  }\n  }\n\n  private def parseScheduledOrder(scheduledOrder: String): Option[Pickup] = {\n    scheduledOrder match {\n      case SCHEDULED_ORDER_PATTERN(from, to) => Some(Pickup(Move(from.toInt, to.toInt)))\n      case _ => throw new IllegalArgumentException(s\"Elevator scheduled order syntax should obey to pattern $SCHEDULED_ORDER_PATTERN\")\n    }\n  }\n\n  private def parseMove(move: String): Move = {\n    move match {\n      case MOVE_PATTERN(from, to) => Move(from.toInt, to.toInt)\n      case _ => throw new scala.IllegalArgumentException(s\"$move syntax should obey to pattern $MOVE_PATTERN\")\n    }\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/integration\/IntegrationTest.scala","text":"package com.doanduyhai.elevator.integration\n\nimport java.io.{PrintStream, ByteArrayOutputStream}\n\nimport akka.actor.{ActorRef, Props, ActorSystem}\nimport akka.testkit.{TestProbe, ImplicitSender, TestKit}\nimport com.doanduyhai.elevator.FileContentReader\nimport com.doanduyhai.elevator.actors._\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest.{FlatSpecLike, BeforeAndAfterAll, Matchers, WordSpecLike}\nimport scala.collection.immutable.Queue\nimport scala.concurrent.duration._\n\n\nclass IntegrationTest extends TestKit(ActorSystem(\"SimulationActorSystem\",\n  ConfigFactory.parseString(\"\"\"akka.loggers = [\"akka.testkit.TestEventListener\"]\"\"\"))) with ImplicitSender\n  with FlatSpecLike with Matchers with BeforeAndAfterAll with FileContentReader{\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 1 elevator moving\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(1, printStream = new PrintStream(baos))))\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, Move(0, 3), timeStep)))\n\n    \/\/When\n    elevator1 ! StartSimulation\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(readContentFromFile(\"integration\/simulate_simple_scenario_with_1_elevator_moving\"))\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 2 elevators (moving and still)\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(2, printStream = new PrintStream(baos))))\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, Move(0, 3), timeStep)))\n    val elevator2 = system.actorOf(Props(new ElevatorActor(2, controlSystemActor, AtFloor(2), timeStep)))\n\n    \/\/When\n    elevator1 ! StartSimulation\n    elevator2 ! StartSimulation\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]: |0> _  _ {3}\n        |2[    ]:  _  _ |2|\n        |--------------------------------------------------\"\"\".stripMargin)\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]:  _  _  _ |3|\n        |2[    ]:  _  _ |2|\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 2 elevators (moving and (still with scheduled order))\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(2, printStream = new PrintStream(baos))))\n\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, Move(0, 3), timeStep)))\n    val elevator2 = system.actorOf(Props(new ElevatorActor(2, controlSystemActor, AtFloor(2), timeStep, Some(Pickup(Move(5,3))))))\n\n    \/\/When\n    elevator1 ! StartSimulation\n    elevator2 ! StartSimulation\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n    display should include(\"1[    ]: |0> _  _ {3}\")\n    display should include(\"2[5->3]:  _  _ |2|\")\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]:  _  _  _ |3|\n        |2[5->3]:  _  _  _  _  _ |5|\n        |--------------------------------------------------\"\"\".stripMargin)\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]:  _  _  _ |3|\n        |2[    ]:  _  _  _ |3|\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 1 elevator still and receiving a pickup order\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(1, printStream = new PrintStream(baos))))\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, AtFloor(2), timeStep)))\n\n\n    \/\/When\n    elevator1 ! StartSimulation\n    Thread.sleep(100)\n\n    controlSystemActor ! Pickup(Move(4,2))\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(readContentFromFile(\"integration\/simulate_simple_scenario_with_1_elevator_still_and_receiving_a_pickup_order\"))\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 1 elevator moving and receiving a pickup order\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(1, printStream = new PrintStream(baos))))\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, Move(0, 3), timeStep)))\n\n    \/\/When\n    elevator1 ! StartSimulation\n    Thread.sleep(20)\n    controlSystemActor ! Pickup(Move(4,2))\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(\"Order received: Pickup(Move(4,2))\")\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[4->2]:  _  _  _ |3|\n        |--------------------------------------------------\"\"\".stripMargin)\n\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[4->2]:  _  _  _  _ |4|\n        |--------------------------------------------------\"\"\".stripMargin)\n\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]:  _  _ |2|\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 1 elevator still with no scheduled order and dequeue an order\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(1, Queue(Pickup(Move(1,2))), printStream = new PrintStream(baos))))\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, AtFloor(0), timeStep)))\n\n    \/\/When\n    elevator1 ! StartSimulation\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(readContentFromFile(\"integration\/simulate_simple_scenario_with_1_elevator_still_with_no_scheduled_order_and_dequeue_an_order\"))\n  }\n\n  \"ControlSystem\" should \"simulate simple scenario with 2 elevators still and moving and dequeue an order\" in {\n    \/\/Given\n    val timeStep = 10.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(2, Queue(Pickup(Move(1,2))), printStream = new PrintStream(baos))))\n\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, AtFloor(0), timeStep)))\n    val elevator2 = system.actorOf(Props(new ElevatorActor(2, controlSystemActor, Move(3,5), timeStep)))\n\n    \/\/When\n    elevator1 ! StartSimulation\n    elevator2 ! StartSimulation\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(\"Control system orders queue: [Move(1,2)]\")\n    display should include(\"Send queued pickup order: Move(1,2) to elevator 1\")\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]: |0|\n        |2[    ]:  _  _  _ |3> _ {5}\n        |--------------------------------------------------\"\"\".stripMargin)\n\n    display should include(\n      \"\"\"\n        |1[1->2]:  _ |1|\"\"\".stripMargin)\n\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]:  _  _ |2|\n        |2[    ]:  _  _  _  _  _ |5|\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n  \"ControlSystem\" should \"simulate  2 elevators moving with scheduled orders and enqueue then dequeue an order\" in {\n    \/\/Given\n    val timeStep = 20.millisecond\n    val baos = new ByteArrayOutputStream()\n\n    val controlSystemActor = system.actorOf(Props(new ControlSystemActor(2, printStream = new PrintStream(baos))))\n\n    val elevator1 = system.actorOf(Props(new ElevatorActor(1, controlSystemActor, Move(0,2), timeStep, Some(Pickup(Move(4,5))))))\n    val elevator2 = system.actorOf(Props(new ElevatorActor(2, controlSystemActor, Move(3,7), timeStep, Some(Pickup(Move(6,3))))))\n\n\n    \/\/When\n    elevator1 ! StartSimulation\n    elevator2 ! StartSimulation\n    Thread.sleep(20)\n    controlSystemActor ! Pickup(Move(2, 0))\n\n    \/\/Then\n    Thread.sleep(1000)\n    val display = new String(baos.toByteArray())\n\n    display should include(\n    \"\"\"\n      |--------------------------------------------------\n      |1[4->5]: |0> _ {2}\n      |2[6->3]:  _  _  _ |3> _  _  _ {7}\n      |--------------------------------------------------\"\"\".stripMargin)\n\n    display should include(\"Order received: Pickup(Move(2,0))\")\n    display should include(\"Control system orders queue: [Move(2,0)].\")\n\n    display should include(\"1[4->5]:  _  _  _  _ |4|\")\n    display should include(\"2[6->3]:  _  _  _  _  _  _  _ |7|\")\n\n    display should include(\"Send queued pickup order: Move(2,0) to elevator 1\")\n\n    display should include(\"1[2->0]:  _  _  _  _  _ |5|\")\n    display should include(\"2[    ]:  _  _  _ {3} _  _ <6|\")\n\n    display should include(\"1[2->0]:  _  _ |2|\")\n    display should include(\"2[    ]:  _  _  _ |3|\")\n    display should include(\n      \"\"\"\n        |--------------------------------------------------\n        |1[    ]: |0|\n        |2[    ]:  _  _  _ |3|\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/actors\/ElevatorStatusTest.scala","text":"<gh_stars>0\npackage com.doanduyhai.elevator.actors\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ElevatorStatusTest extends FlatSpec with Matchers {\n\n  \"Move\" should \"move up next step\" in {\n    val move: Move = Move(0, 5)\n    val next = move.nextStep\n\n    next shouldBe Move(1, 5)\n    next.nextStep shouldBe Move(2, 5)\n  }\n\n  \"Move\" should \"move down next step\" in {\n    val move: Move = Move(4, 1)\n    val next = move.nextStep\n\n    next shouldBe Move(3, 1)\n    next.nextStep shouldBe Move(2, 1)\n  }\n\n  \"Move\" should \"stay still next step\" in {\n    val move: Move = Move(0, 1)\n    val next = move.nextStep\n\n    next shouldBe AtFloor(1)\n    next.nextStep shouldBe AtFloor(1)\n  }\n\n  \"Move\" should \"become still if current floor == target floor\" in {\n    val move: Move = Move(1, 1)\n    val next = move.nextStep\n\n    next shouldBe AtFloor(1)\n  }\n\n  \"Still\" should \"stay still next step\" in {\n    val still = AtFloor(7)\n    val next = still.nextStep\n\n    next shouldBe AtFloor(7)\n  }\n\n  \"Move\" should \"throw exception for negative floor\" in {\n    val ex = intercept[IllegalArgumentException] {\n      Move(-1, 3)\n    }\n    ex.getMessage shouldBe \"Invalid negative floor\"\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/actors\/StatusPrinter.scala","text":"<gh_stars>0\npackage com.doanduyhai.elevator.actors\n\nimport java.io.PrintStream\n\nimport scala.collection.immutable.{Queue, ListMap}\n\ntrait StatusPrinter {\n\n  val FLOOR_PATTERN = \" _ \"\n\n  def printStream:PrintStream\n\n  def printDequeueOperation(elevatorId:Int, move: Move): Unit = {\n    printStream.println(s\"\\n    Send queued pickup order: $move to elevator $elevatorId\\n\")\n  }\n\n  def printOrderQueue(queue: Queue[Pickup]): Unit = {\n    printStream.println(s\"\\n    Control system orders queue: ${queue.map(_.direction).mkString(\"[\", \",\", \"]\")}.\\n\")\n  }\n\n  def printPickup(pickup: Pickup): Unit = {\n    printStream.println(s\"\\n    Order received: $pickup\\n\")\n  }\n\n  def printElevatorsStatus(elevatorsStatus:Map[Int, (ElevatorStatus, Option[Pickup])]): Unit = {\n\n    def formatDisplay(line: (Int, ElevatorStatus, Option[Pickup])): String = {\n\n      def atFloor(floor:Int) = s\"|$floor|\"\n      def targetFloor(floor:Int) = s\"{$floor}\"\n      def up(from:Int, to:Int) = (FLOOR_PATTERN * from) + s\"|$from>\" + (FLOOR_PATTERN * (to - from - 1)) + targetFloor(to)\n      def down(from:Int, to:Int) = (FLOOR_PATTERN * to) + targetFloor(to) + (FLOOR_PATTERN * (from - to - 1)) + s\"<$from|\"\n\n      def formatMovingElevator(currentFloor:Int, targetFloor:Int):String = {\n        if(currentFloor < targetFloor)\n          up(currentFloor, targetFloor)\n        else\n          down(currentFloor, targetFloor)\n      }\n\n      val scheduledOrder = line._3.\n        map{case Pickup(move) => s\"${move.currentFloor}->${move.targetFloor}\"}.\n        getOrElse(\" \" * 4)\n      val elevatorWithScheduledOrder = s\"${line._1}[$scheduledOrder]: \"\n      val status = line._2 match {\n        case AtFloor(floor) => (FLOOR_PATTERN * floor) + atFloor(floor)\n        case Move(current,target) => formatMovingElevator(current, target)\n      }\n      elevatorWithScheduledOrder + status\n    }\n\n    printStream.println(\"-\" * 50)\n    ListMap(elevatorsStatus.toSeq.sortBy(_._1):_*).\n      map{case(id, (status,scheduledOrder)) => formatDisplay((id,status,scheduledOrder))}.\n      foreach(x => printStream.println(x))\n    printStream.println(\"-\" * 50)\n    printStream.println(\"\")\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/actors\/Messages.scala","text":"<reponame>doanduyhai\/elevator-control-system\npackage com.doanduyhai.elevator.actors\n\nsealed trait Messages\n\ncase object StartSimulation extends Messages\ncase class Pickup(direction: Move) extends Messages\ncase class UpdateStatus(elevatorId: Int, status: ElevatorStatus, scheduledOrder: Option[Pickup]) extends Messages\n\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/actors\/ElevatorActorTest.scala","text":"package com.doanduyhai.elevator.actors\n\nimport akka.actor.{Props, ActorSystem}\nimport akka.testkit._\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest._\n\n\nclass ElevatorActorTest extends TestKit(ActorSystem(\"ElevatorActorSystem\",\n    ConfigFactory.parseString(\"\"\"akka.loggers = [\"akka.testkit.TestEventListener\"]\"\"\"))) with ImplicitSender\n  with FlatSpecLike with Matchers with BeforeAndAfterAll {\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n\n  \"ElevatorActor\" should \"move to target floor from initial pickup floor\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, AtFloor(0))))\n\n      \/\/When\n      elevator ! Pickup(Move(0, 3))\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, AtFloor(0), None),\n        UpdateStatus(1, Move(0,3), None),\n        UpdateStatus(1, Move(1,3), None),\n        UpdateStatus(1, Move(2,3), None),\n        UpdateStatus(1, AtFloor(3), None))\n    }\n\n  \"ElevatorActor\" should \"move to target floor from floor higher than pickup floor\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, AtFloor(5))))\n\n      \/\/When\n      elevator ! Pickup(Move(3, 1))\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, AtFloor(5), None),\n        UpdateStatus(1, Move(5,3), Some(Pickup(Move(3, 1)))),\n        UpdateStatus(1, Move(4,3), Some(Pickup(Move(3, 1)))),\n        UpdateStatus(1, AtFloor(3), Some(Pickup(Move(3, 1)))),\n        UpdateStatus(1, Move(3,1), None),\n        UpdateStatus(1, Move(2,1), None),\n        UpdateStatus(1, AtFloor(1), None))\n    }\n\n  \"ElevatorActor\" should \"move to target floor from floor lower than pickup floor\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, AtFloor(1))))\n\n      \/\/When\n      elevator ! Pickup(Move(4, 2))\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, AtFloor(1), None),\n        UpdateStatus(1, Move(1,4), Some(Pickup(Move(4, 2)))),\n        UpdateStatus(1, Move(2,4), Some(Pickup(Move(4, 2)))),\n        UpdateStatus(1, Move(3,4), Some(Pickup(Move(4, 2)))),\n        UpdateStatus(1, AtFloor(4), Some(Pickup(Move(4, 2)))),\n        UpdateStatus(1, Move(4,2), None),\n        UpdateStatus(1, Move(3,2), None),\n        UpdateStatus(1, AtFloor(2), None))\n    }\n\n  \"ElevatorActor\" should \"save pickup order and move to target floor when current move is finished\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, Move(1, 3))))\n\n      \/\/When\n      elevator ! Pickup(Move(5, 2))\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, Move(1, 3), None),\n        UpdateStatus(1, Move(1, 3), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, Move(2, 3), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, AtFloor(3), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, Move(3, 5), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, Move(4, 5), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, AtFloor(5), Some(Pickup(Move(5, 2)))),\n        UpdateStatus(1, Move(5, 2), None),\n        UpdateStatus(1, Move(4, 2), None),\n        UpdateStatus(1, Move(3, 2), None),\n        UpdateStatus(1, AtFloor(2), None))\n    }\n\n  \"ElevatorActor\" should \"write error message when already has scheduled order\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, Move(1, 3), scheduledOrder = Option(Pickup(Move(5,2))))))\n\n      \/\/Then\n      EventFilter.error(message = s\"Cannot accept Pickup(Move(3,0)) \" +\n        s\"because the elevator is moving right now and a pickup Pickup(Move(5,2)) is already scheduled\", occurrences = 1) intercept {\n        elevator ! Pickup(Move(3, 0))\n      }\n    }\n\n  \"ElevatorActor\" should \"execute simulation with initial Move state and no scheduled order\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, Move(0, 2))))\n\n      \/\/When\n      elevator ! StartSimulation\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, Move(0, 2), None),\n        UpdateStatus(1, Move(1, 2), None),\n        UpdateStatus(1, AtFloor(2), None))\n\n    }\n\n  \"ElevatorActor\" should \"execute simulation with initial Move state and scheduled order\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, Move(1, 3),\n        scheduledOrder = Some(Pickup(Move(5,2))))))\n\n      \/\/When\n      elevator ! StartSimulation\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, Move(1, 3), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(2, 3), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, AtFloor(3), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(3, 5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(4, 5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, AtFloor(5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(5, 2), None),\n        UpdateStatus(1, Move(4, 2), None),\n        UpdateStatus(1, Move(3, 2), None),\n        UpdateStatus(1, AtFloor(2), None))\n    }\n\n  \"ElevatorActor\" should \"execute simulation with AfFloor state and scheduled order\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, AtFloor(3),\n        scheduledOrder = Some(Pickup(Move(5,2))))))\n\n      \/\/When\n      elevator ! StartSimulation\n\n      \/\/Then\n      controlSystem.expectMsgAllOf(\n        UpdateStatus(1, AtFloor(3), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(3, 5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(4, 5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, AtFloor(5), Some(Pickup(Move(5,2)))),\n        UpdateStatus(1, Move(5, 2), None),\n        UpdateStatus(1, Move(4, 2), None),\n        UpdateStatus(1, Move(3, 2), None),\n        UpdateStatus(1, AtFloor(2), None))\n    }\n\n  \"ElevatorActor\" should \"execute simulation with AfFloor state and no scheduled order\" in {\n      \/\/Given\n      val controlSystem = TestProbe()\n      val elevator = system.actorOf(Props(new ElevatorActor(1, controlSystem.ref, AtFloor(3))))\n\n      \/\/Then\n      EventFilter.info(message = \"No order to execute\", occurrences = 1) intercept {\n        elevator ! StartSimulation\n      }\n    }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/FileContentReader.scala","text":"package com.doanduyhai.elevator\n\nimport java.io.File\n\ntrait FileContentReader {\n\n  def readContentFromFile(filename: String):String =  {\n    val classLoader = getClass().getClassLoader()\n    val file = new File(classLoader.getResource(filename).getFile())\n    val source = scala.io.Source.fromFile(file.getAbsolutePath)\n    val lines = try source.getLines mkString \"\\n\" finally source.close()\n    lines\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/parser\/ScenarioParserTest.scala","text":"package com.doanduyhai.elevator.parser\n\nimport com.doanduyhai.elevator.FileContentReader\nimport com.doanduyhai.elevator.actors.{AtFloor, Pickup, Move}\nimport com.doanduyhai.elevator.parser.ScenarioParser._\nimport org.scalatest.{Matchers, FlatSpec}\nimport scala.concurrent.duration._\n\nclass ScenarioParserTest extends FlatSpec with Matchers with FileContentReader {\n\n  \"ScenarioParser\" should \"parse complex scenario\" in {\n    val parser = new ScenarioParser\n    val scenario: Scenario = parser.parseScenario(readContentFromFile(\"ScenarioParserTest\/complex_scenario\"))\n\n\n    scenario.timeStep shouldBe(1.second)\n    scenario.orderQueue shouldBe(List(Move(5,8),Move(1,3),Move(2,3)))\n    scenario.maxOrderQueueSize shouldBe(10)\n    scenario.elevatorStatus.shouldBe(Map(1 -> (Move(4,0), Some(Pickup(Move(1,3)))), 2 -> (Move(1,2), None),3 -> (AtFloor(3), None), 4 ->(AtFloor(5), Some(Pickup(Move(6,2))))))\n    scenario.timedPickup.shouldBe(List((Pickup(Move(6,4)), 5.seconds), (Pickup(Move(0,4)), 2.milliseconds)))\n  }\n\n  \"Parser\" should \"parse timeStep\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"timeStep: 1s\")\n    val value = 1.second\n    parsed should matchPattern {\n      case parser.Success(List(TimeStep(value)), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse moving elevator with scheduled order\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"1[1->3]: Move(4,0)\")\n\n    parsed should matchPattern {\n      case parser.Success(List(ElevatorInput(1, Move(4,0), Some(Pickup(Move(1,3))))), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse moving elevator\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"2: Move(1,2)\")\n\n    parsed should matchPattern {\n      case parser.Success(List(ElevatorInput(2, Move(1,2), None)), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse still elevator\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"3: AtFloor(3)\")\n\n    parsed should matchPattern {\n      case parser.Success(List(ElevatorInput(3, AtFloor(3), None)), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse still elevator with scheduled order\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"4[6->2]: AtFloor(5)\")\n\n    parsed should matchPattern {\n      case parser.Success(List(ElevatorInput(4, AtFloor(5), Some(Pickup(Move(6,2))))), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse order queue\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"OrderQueue: Move(5,8), Move(1,3),Move(2,3)\")\n\n    parsed should matchPattern {\n      case parser.Success(List(OrderQueue(List(Move(5,8), Move(1,3), Move(2,3)))), _) =>\n    }\n  }\n\n  \"Parser\" should \"max order queue size\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"MaxOrderQueueSize: 10\")\n\n    parsed should matchPattern {\n      case parser.Success(List(OrderQueueSize(10)), _) =>\n    }\n  }\n\n  \"Parser\" should \"pickup order\" in {\n    val parser = new ScenarioParser\n    val parsed = parser.parse(parser.queries, \"Pickup(0,4): 2ms\")\n    val delay = 2.millisecond\n    parsed should matchPattern {\n      case parser.Success(List(TimedPickup(Pickup(Move(0,4)), delay)), _) =>\n    }\n  }\n\n  \"Parser\" should \"parse timestep and pickup order\" in {\n    val value = 1.second\n    val delay = 2.millisecond\n    val parser = new ScenarioParser\n    val parsed = parser.parseAll(parser.queries,\"timeStep: 1s\\nPickup(0,4): 2ms\")\n\n    parsed should matchPattern {\n      case parser.Success(List(TimeStep(value), TimedPickup(Pickup(Move(0,4)), delay)), _) =>\n    }\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/test\/scala\/com\/doanduyhai\/elevator\/actors\/ControlSystemActorTest.scala","text":"<filename>src\/test\/scala\/com\/doanduyhai\/elevator\/actors\/ControlSystemActorTest.scala\npackage com.doanduyhai.elevator.actors\n\nimport java.io.{PrintStream, ByteArrayOutputStream}\n\nimport akka.actor.{ActorSystem}\nimport akka.testkit._\nimport com.typesafe.config.ConfigFactory\nimport org.scalatest.{FlatSpecLike, BeforeAndAfterAll, Matchers}\n\nimport scala.collection.immutable.Queue\n\n\nclass ControlSystemActorTest extends TestKit(ActorSystem(\"ControlSystemActorSystem\",\n  ConfigFactory.parseString(\"\"\"akka.loggers = [\"akka.testkit.TestEventListener\"]\"\"\"))) with ImplicitSender\n  with FlatSpecLike with Matchers with BeforeAndAfterAll {\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n  \"ControlSystemActor\" should \"update elevator status map but do not start processing\" in {\n    \/\/Given\n    val controlSystem = TestActorRef(new ControlSystemActor(2))\n    val underlyingActor = controlSystem.underlyingActor\n\n    \/\/When\n    controlSystem ! UpdateStatus(1, Move(3,4), Some(Pickup(Move(1,8))))\n\n    \/\/Then\n    underlyingActor.elevatorsStatus shouldBe(Map(1 -> (Move(3,4),Some(Pickup(Move(1,8))))))\n    underlyingActor.elevatorById shouldBe(Map(1 -> testActor))\n    underlyingActor.orderQueue shouldBe(Queue.empty[Pickup])\n  }\n\n  \"ControlSystemActor\" should \"display system on elevator status update\" in {\n    \/\/Given\n    val baos = new ByteArrayOutputStream()\n    val controlSystem = TestActorRef(new ControlSystemActor(2, printStream = new PrintStream(baos)))\n\n    \/\/When\n    controlSystem ! UpdateStatus(1, Move(3,4), Some(Pickup(Move(1,8))))\n    controlSystem ! UpdateStatus(2, Move(0,2), None)\n\n    \/\/Then\n    val display = new String(baos.toByteArray())\n\n    display should include(\n      \"\"\"\n        |    Control system orders queue: [].\n        |\n        |--------------------------------------------------\n        |1[1->8]:  _  _  _ |3>{4}\n        |2[    ]: |0> _ {2}\n        |--------------------------------------------------\"\"\".stripMargin)\n  }\n\n  \"ControlSystemActor\" should \"push queue order to a free elevator\" in {\n    \/\/Given\n    val elevator1 = TestProbe()\n    val elevator2 = TestProbe()\n    val baos = new ByteArrayOutputStream()\n    val controlSystem = TestActorRef(new ControlSystemActor(2, orderQueue = Queue(Pickup(Move(1,3))), printStream = new PrintStream(baos)))\n    val underlyingActor = controlSystem.underlyingActor\n\n    \/\/When\n    elevator1.send(controlSystem, UpdateStatus(1, Move(3,4), Some(Pickup(Move(1,8)))))\n    elevator2.send(controlSystem, UpdateStatus(2, AtFloor(3), None))\n\n    \/\/Then\n    elevator2.expectMsg(Pickup(Move(1,3)))\n    underlyingActor.elevatorsStatus(2) shouldBe((Move(1,3), None))\n    val display = new String(baos.toByteArray())\n\n    display should include(\n      \"\"\"\n        |    Control system orders queue: [Move(1,3)].\n        |\n        |--------------------------------------------------\n        |1[1->8]:  _  _  _ |3>{4}\n        |2[    ]:  _  _  _ |3|\n        |--------------------------------------------------\"\"\".stripMargin)\n    display should include(\"Send queued pickup order: Move(1,3) to elevator 2\")\n  }\n\n  \"ControlSystemActor\" should \"push queue order to moving elevator with no scheduled order\" in {\n    \/\/Given\n    val elevator1 = TestProbe()\n    val elevator2 = TestProbe()\n    val baos = new ByteArrayOutputStream()\n    val controlSystem = TestActorRef(new ControlSystemActor(2, orderQueue = Queue(Pickup(Move(1,3))), printStream = new PrintStream(baos)))\n    val underlyingActor = controlSystem.underlyingActor\n\n    \/\/When\n    elevator1.send(controlSystem, UpdateStatus(1, Move(3,4), Some(Pickup(Move(1,8)))))\n    elevator2.send(controlSystem, UpdateStatus(2, Move(0, 4), None))\n\n    \/\/Then\n    elevator2.expectMsg(Pickup(Move(1,3)))\n    underlyingActor.elevatorsStatus(2) shouldBe((Move(0,4), Some(Pickup(Move(1,3)))))\n\n    val display = new String(baos.toByteArray())\n\n    display should include(\n      \"\"\"\n        |    Control system orders queue: [Move(1,3)].\n        |\n        |--------------------------------------------------\n        |1[1->8]:  _  _  _ |3>{4}\n        |2[    ]: |0> _  _  _ {4}\n        |--------------------------------------------------\"\"\".stripMargin)\n    display should include(\"Send queued pickup order: Move(1,3) to elevator 2\")\n  }\n\n  \"ControlSystemActor\" should \"not dequeue order when no elevator available\" in {\n    \/\/Given\n    val elevator1 = TestProbe()\n    val elevator2 = TestProbe()\n    val controlSystem = TestActorRef(new ControlSystemActor(2, orderQueue = Queue(Pickup(Move(1,3)))))\n    val underlyingActor = controlSystem.underlyingActor\n\n    \/\/When\n    elevator1.send(controlSystem, UpdateStatus(1, Move(3,4), Some(Pickup(Move(1,8)))))\n    elevator2.send(controlSystem, UpdateStatus(2, Move(0,4), Some(Pickup(Move(5,3)))))\n\n    \/\/Then\n    underlyingActor.orderQueue shouldBe(Queue(Pickup(Move(1,3))))\n  }\n\n  \"ControlSystemActor\" should \"dispatch pickup order to an available elevator\" in {\n    \/\/Given\n    val elevator1 = TestProbe()\n    val controlSystem = TestActorRef(new ControlSystemActor(1))\n    val underlyingActor = controlSystem.underlyingActor\n    elevator1.send(controlSystem, UpdateStatus(1, AtFloor(0), None))\n\n    \/\/When\n    controlSystem ! Pickup(Move(6,4))\n\n    \/\/Then\n    elevator1.expectMsg(Pickup(Move(6,4)))\n    underlyingActor.orderQueue shouldBe(Queue.empty[Pickup])\n    underlyingActor.elevatorsStatus shouldBe(Map(1 -> (Move(6,4), None)))\n  }\n\n  \"ControlSystemActor\" should \"enqueue pickup order because no available elevator\" in {\n    \/\/Given\n    val elevator1 = TestProbe()\n    val controlSystem = TestActorRef(new ControlSystemActor(1))\n    val underlyingActor = controlSystem.underlyingActor\n    elevator1.send(controlSystem, UpdateStatus(1, Move(0,1), Some(Pickup(Move(1,4)))))\n\n    \/\/When\n    controlSystem ! Pickup(Move(6,4))\n\n    \/\/Then\n    underlyingActor.orderQueue shouldBe(Queue(Pickup(Move(6,4))))\n    underlyingActor.elevatorsStatus shouldBe(Map(1 -> (Move(0,1), Some(Pickup(Move(1,4))))))\n  }\n\n  \"ControlSystemActor\" should \"enqueue pickup order\" in {\n    \/\/Given\n    val controlSystem = TestActorRef(new ControlSystemActor(2, orderQueue = Queue(Pickup(Move(1,3)))))\n    val underlyingActor = controlSystem.underlyingActor\n\n    \/\/When\n    controlSystem ! Pickup(Move(6,4))\n\n    \/\/Then\n    underlyingActor.orderQueue shouldBe(Queue(Pickup(Move(1,3)), Pickup(Move(6,4))))\n  }\n\n  \"ControlSystemActor\" should \"raise error when order queue is full\" in {\n    \/\/Given\n    val controlSystem = TestActorRef(new ControlSystemActor(2, orderQueue = Queue(Pickup(Move(1,3))), maxQueueSize = 1))\n    val pickup: Pickup = Pickup(Move(6, 4))\n\n    \/\/Then\n    EventFilter.error(message = s\"Cannot enqueue order $pickup because the queue is full\", occurrences = 1) intercept {\n      controlSystem ! pickup\n    }\n  }\n}\n"}
{"repo_name":"doanduyhai\/elevator-control-system","path":"src\/main\/scala\/com\/doanduyhai\/elevator\/actors\/ControlSystemActor.scala","text":"<reponame>doanduyhai\/elevator-control-system<filename>src\/main\/scala\/com\/doanduyhai\/elevator\/actors\/ControlSystemActor.scala\npackage com.doanduyhai.elevator.actors\n\nimport java.io.PrintStream\n\nimport akka.actor.{ActorRef, Actor, ActorLogging}\n\nimport scala.collection.immutable.{Queue}\n\nclass ControlSystemActor(val expectedElevatorCount: Int,\n                         private[actors] var orderQueue:Queue[Pickup] = Queue.empty[Pickup],\n                         val maxQueueSize:Int = 10,\n                         val printStream: PrintStream = System.out) extends Actor with ActorLogging with StatusPrinter {\n\n  private[actors] var elevatorsStatus: Map[Int, (ElevatorStatus, Option[Pickup])] = Map()\n\n  private[actors] var elevatorById:Map[Int, ActorRef] = Map()\n\n\n  def availableElevator:Option[Int] = elevatorsStatus.\n    filter{case(id,(status,scheduledOrder)) => (!status.isMoving) && scheduledOrder.isEmpty}.\n    map{case(id,_) => id}.headOption match {\n    case head @ Some(_) => head                 \/\/First check all free elevators\n    case None => elevatorsStatus.               \/\/Then check elevators who have no scheduled order\n      filter{case(_,(_,scheduledOrder)) => scheduledOrder.isEmpty}.\n      map{case(id,_) => id}.\n      headOption\n  }\n\n  def receive: Receive = {\n    case UpdateStatus(elevatorId, status, scheduledOrder) => {\n      elevatorsStatus += ((elevatorId, (status, scheduledOrder)))\n      elevatorById = elevatorById.updated(elevatorId, sender())\n\n      if(elevatorsStatus.size >= expectedElevatorCount) {\n        printOrderQueue(this.orderQueue)\n        printElevatorsStatus(elevatorsStatus)\n\n        if(this.orderQueue.size > 0) {\n          availableElevator match {\n            case Some(freeElevator) => dequeueAnOrder(freeElevator)\n            case None => \/\/Do nothing\n          }\n        }\n      }\n    }\n\n    case pickupOrder @ Pickup(_) => {\n      if(elevatorsStatus.size >= expectedElevatorCount) {\n        printPickup(pickupOrder)\n        availableElevator match {\n          case Some(freeElevator) =>\n            elevatorById(freeElevator) ! pickupOrder\n            proactivelyUpdateElevatorStatus(freeElevator, pickupOrder)\n          case None => enqueueAnOrder(pickupOrder)\n        }\n      } else {\n        enqueueAnOrder(pickupOrder)\n      }\n    }\n\n    case unknown @ _ => log.error(s\"ControlSystemActor receiving unknown message $unknown\")\n  }\n\n\n  def enqueueAnOrder(pickupOrder: Pickup): Unit = {\n    if (this.orderQueue.size < maxQueueSize) {\n      this.orderQueue = this.orderQueue.enqueue(pickupOrder)\n    } else {\n      log.error(s\"Cannot enqueue order $pickupOrder because the queue is full\")\n    }\n  }\n\n  def dequeueAnOrder(freeElevator: Int): Unit = {\n    val (pickup, tail) = this.orderQueue.dequeue\n    elevatorById(freeElevator) ! pickup\n    this.orderQueue = tail\n    proactivelyUpdateElevatorStatus(freeElevator, pickup)\n    printDequeueOperation(freeElevator, pickup.direction)\n  }\n\n  def proactivelyUpdateElevatorStatus(freeElevator: Int, pickup: Pickup): Unit = {\n    \/\/Pro-actively update elevator status in map before getting the update from the elevator itself\n    val (status, _) = elevatorsStatus(freeElevator)\n    if (status.isMoving)\n      elevatorsStatus += ((freeElevator, (status, Some(pickup))))\n    else\n      elevatorsStatus += ((freeElevator, (pickup.direction, None)))\n  }\n}\n"}
{"repo_name":"ocelotconsulting\/letsencrypt-elb-lambda","path":"src\/main\/scala\/com\/ocelotconsulting\/ssl\/package.scala","text":"<filename>src\/main\/scala\/com\/ocelotconsulting\/ssl\/package.scala\npackage com.ocelotconsulting\n\nimport java.net.URLDecoder\n\nimport com.amazonaws.services.s3.event.S3EventNotification.S3Entity\nimport com.typesafe.config.{Config, ConfigFactory}\n\nimport scala.collection.JavaConverters._\nimport scala.language.postfixOps\n\n\/**\n  * Created by <NAME> on 10\/11\/16.\n  *\/\npackage object ssl {\n  object ELBSSLCertificateLambdaConfig {\n    val config = ConfigFactory.load()\n    val certInfo: Iterable[Config] = config.getConfigList(\"cert-path-to-arn\") asScala\n    private def forS3Event(s3Path: String): Config = certInfo.filter { _.getString(\"s3\") == s3Path} head\n    def arn(s3Path: String) =  forS3Event(s3Path).getString(\"arn\")\n    def elb(s3Path: String) = forS3Event(s3Path).getString(\"elb\")\n  }\n\n  def toSSLCertName(entity: S3Entity): String =\n    ELBSSLCertificateLambdaConfig.arn(s\"${decodeS3Key(entity.getBucket.getName)}\/${decodeS3Key(entity.getObject.getKey)}\")\n\n  def toELBName(entity: S3Entity): String =\n    ELBSSLCertificateLambdaConfig.elb(s\"${decodeS3Key(entity.getBucket.getName)}\/${decodeS3Key(entity.getObject.getKey)}\")\n\n  def decodeS3Key(key: String): String = URLDecoder.decode(key.replace(\"+\", \" \"), \"utf-8\")\n}\n"}
{"repo_name":"ocelotconsulting\/letsencrypt-elb-lambda","path":"src\/main\/scala\/com\/ocelotconsulting\/ssl\/ELBSSLCertificateLambda.scala","text":"package com.ocelotconsulting.ssl\n\nimport com.amazonaws.services.elasticloadbalancing.model.SetLoadBalancerListenerSSLCertificateResult\nimport com.amazonaws.services.lambda.runtime.events.SNSEvent\nimport com.amazonaws.services.s3.event.S3EventNotification\nimport com.amazonaws.services.s3.event.S3EventNotification.S3Entity\nimport com.ocelotconsulting.ssl.aws.ec2.SetELBCertificate\n\nimport scala.collection.JavaConversions._\n\n\/**\n  * Created by <NAME> on 10\/11\/16.\n  *\/\nclass ELBSSLCertificateLambda {\n\n  private def extractS3Event(snsRecord: SNSEvent.SNSRecord): S3EventNotification = S3EventNotification.parseJson(snsRecord.getSNS.getMessage)\n\n  private def updateELBCert(entity: S3Entity): SetLoadBalancerListenerSSLCertificateResult = SetELBCertificate(toELBName(entity), 443, toSSLCertName(entity))\n\n  private def transformResult(entity: S3Entity, result: SetLoadBalancerListenerSSLCertificateResult): String =\n    s\"Status code for setting ${toSSLCertName(entity)} ELB certificate for ${toELBName(entity)} is ${result.getSdkHttpMetadata.getHttpStatusCode}.\"\n\n  private def updateCert(s3Event: S3EventNotification): java.util.List[String] =\n    s3Event.getRecords.map(_.getS3).map { entity => transformResult(entity, updateELBCert(entity))}\n\n  \/\/ Actual lambda function\n  def configureELBCert(event: SNSEvent): java.util.List[String] = event.getRecords.map { extractS3Event } flatMap updateCert\n}\n"}
{"repo_name":"ocelotconsulting\/letsencrypt-elb-lambda","path":"src\/main\/scala\/com\/ocelotconsulting\/ssl\/aws\/ec2\/SetELBCertificate.scala","text":"package com.ocelotconsulting.ssl.aws.ec2\n\nimport com.amazonaws.services.elasticloadbalancing.model.{SetLoadBalancerListenerSSLCertificateRequest, SetLoadBalancerListenerSSLCertificateResult}\nimport com.amazonaws.services.elasticloadbalancing.{AmazonElasticLoadBalancing, AmazonElasticLoadBalancingClient}\n\n\/**\n  * Created by <NAME> on 10\/8\/16.\n  *\/\nobject SetELBCertificate {\n  val elbClient: AmazonElasticLoadBalancing = new AmazonElasticLoadBalancingClient()\n\n  def apply(loadBalancerName: String, loadBalancerPort: Int, sSLCertificateId: String): SetLoadBalancerListenerSSLCertificateResult = {\n    val req: SetLoadBalancerListenerSSLCertificateRequest = new SetLoadBalancerListenerSSLCertificateRequest(loadBalancerName, loadBalancerPort, sSLCertificateId)\n    elbClient.setLoadBalancerListenerSSLCertificate(req)\n  }\n}\n"}
{"repo_name":"scala-steward\/stensorflow","path":"stensorflow\/src\/main\/scala\/org\/ekrich\/tensorflow\/unsafe\/tensorflow.scala","text":"<filename>stensorflow\/src\/main\/scala\/org\/ekrich\/tensorflow\/unsafe\/tensorflow.scala\n\/** Copyright 2017-2019 <NAME>\n *  Copyright 2015 The TensorFlow Authors. All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.ekrich.tensorflow.unsafe\n\nimport scalanative.unsafe._\n\n\/**\n * Enums used in the API\n *\/\nobject tensorflowEnums {\n\n  \/**\n   * TF_DataType holds the type for a scalar value.  E.g., one slot in a tensor.\n   * The enum values here are identical to corresponding values in types.proto.\n   *\/\n  type TF_DataType = CInt\n  final val TF_FLOAT: TF_DataType  = 1\n  final val TF_DOUBLE: TF_DataType = 2\n  final val TF_INT32\n    : TF_DataType                     = 3 \/\/ Int32 tensors are always in 'host' memory.\n  final val TF_UINT8: TF_DataType     = 4\n  final val TF_INT16: TF_DataType     = 5\n  final val TF_INT8: TF_DataType      = 6\n  final val TF_STRING: TF_DataType    = 7\n  final val TF_COMPLEX64: TF_DataType = 8 \/\/ Single-precision complex\n  final val TF_COMPLEX\n    : TF_DataType                  = 8 \/\/ Old identifier kept for API backwards compatibility\n  final val TF_INT64: TF_DataType  = 9\n  final val TF_BOOL: TF_DataType   = 10\n  final val TF_QINT8: TF_DataType  = 11 \/\/ Quantized int8\n  final val TF_QUINT8: TF_DataType = 12 \/\/ Quantized uint8\n  final val TF_QINT32: TF_DataType = 13 \/\/ Quantized int32\n  final val TF_BFLOAT16\n    : TF_DataType                      = 14 \/\/ Float32 truncated to 16 bits. Only for cast ops.\n  final val TF_QINT16: TF_DataType     = 15 \/\/ Quantized int16\n  final val TF_QUINT16: TF_DataType    = 16 \/\/ Quantized uint16\n  final val TF_UINT16: TF_DataType     = 17\n  final val TF_COMPLEX128: TF_DataType = 18 \/\/ Double-precision complex\n  final val TF_HALF: TF_DataType       = 19\n  final val TF_RESOURCE: TF_DataType   = 20\n  final val TF_VARIANT: TF_DataType    = 21\n  final val TF_UINT32: TF_DataType     = 22\n  final val TF_UINT64: TF_DataType     = 23\n\n  \/**\n   *  TF_Code holds an error code.  The enum values here are identical to\n   * corresponding values in error_codes.proto.\n   *\/\n  type TF_Code = CInt\n  final val TF_OK: TF_Code                  = 0\n  final val TF_CANCELLED: TF_Code           = 1\n  final val TF_UNKNOWN: TF_Code             = 2\n  final val TF_INVALID_ARGUMENT: TF_Code    = 3\n  final val TF_DEADLINE_EXCEEDED: TF_Code   = 4\n  final val TF_NOT_FOUND: TF_Code           = 5\n  final val TF_ALREADY_EXISTS: TF_Code      = 6\n  final val TF_PERMISSION_DENIED: TF_Code   = 7\n  final val TF_UNAUTHENTICATED: TF_Code     = 16\n  final val TF_RESOURCE_EXHAUSTED: TF_Code  = 8\n  final val TF_FAILED_PRECONDITION: TF_Code = 9\n  final val TF_ABORTED: TF_Code             = 10\n  final val TF_OUT_OF_RANGE: TF_Code        = 11\n  final val TF_UNIMPLEMENTED: TF_Code       = 12\n  final val TF_INTERNAL: TF_Code            = 13\n  final val TF_UNAVAILABLE: TF_Code         = 14\n  final val TF_DATA_LOSS: TF_Code           = 15\n\n  \/**\n   * TF_AttrType describes the type of the value of an attribute on an operation.\n   *\/\n  type TF_AttrType = CInt\n  final val TF_ATTR_STRING: TF_AttrType      = 0\n  final val TF_ATTR_INT: TF_AttrType         = 1\n  final val TF_ATTR_FLOAT: TF_AttrType       = 2\n  final val TF_ATTR_BOOL: TF_AttrType        = 3\n  final val TF_ATTR_TYPE: TF_AttrType        = 4\n  final val TF_ATTR_SHAPE: TF_AttrType       = 5\n  final val TF_ATTR_TENSOR: TF_AttrType      = 6\n  final val TF_ATTR_PLACEHOLDER: TF_AttrType = 7\n  final val TF_ATTR_FUNC: TF_AttrType        = 8\n}\n\nimport tensorflowEnums._\n\n\/**\n *  C API for TensorFlow.\n *\n * The API leans towards simplicity and uniformity instead of convenience\n * since most usage will be by language specific wrappers.\n *\n * Conventions:\n * - We use the prefix TF_ for everything in the API.\n * - Objects are always passed around as pointers to opaque structs\n *   and these structs are allocated\/deallocated via the API.\n * - TF_Status holds error information.  It is an object type\n *   and therefore is passed around as a pointer to an opaque\n *   struct as mentioned above.\n * - Every call that has a TF_Status* argument clears it on success\n *   and fills it with error info on failure.\n * - unsigned char is used for booleans (instead of the 'bool' type).\n *   In C++ bool is a keyword while in C99 bool is a macro defined\n *   in stdbool.h. It is possible for the two to be inconsistent.\n *   For example, neither the C99 nor the C++11 standard force a byte\n *   size on the bool type, so the macro defined in stdbool.h could\n *   be inconsistent with the bool keyword in C++. Thus, the use\n *   of stdbool.h is avoided and unsigned char is used instead.\n * - size_t is used to represent byte sizes of objects that are\n *   materialized in the address space of the calling process.\n * - int is used as an index into arrays.\n * - Deletion functions are safe to call on nullptr.\n *\n * Questions left to address:\n * - Might at some point need a way for callers to provide their own Env.\n * - Maybe add TF_TensorShape that encapsulates dimension info.\n *\n * Design decisions made:\n * - Backing store for tensor memory has an associated deallocation\n *   function.  This deallocation function will point to client code\n *   for tensors populated by the client.  So the client can do things\n *   like shadowing a numpy array.\n * - We do not provide TF_OK since it is not strictly necessary and we\n *   are not optimizing for convenience.\n * - We make assumption that one session has one graph.  This should be\n *   fine since we have the ability to run sub-graphs.\n * - We could allow NULL for some arguments (e.g., NULL options arg).\n *   However since convenience is not a primary goal, we don't do this.\n * - Devices are not in this API.  Instead, they are created\/used internally\n *   and the API just provides high level controls over the number of\n *   devices of each type.\n *\/\n@link(\"tensorflow\")\n@extern\nobject tensorflow {\n\n  type int64_t  = CLongLong\n  type uint64_t = CUnsignedLongLong\n\n  \/**\n   * TF_Status holds error information.  It either has an OK code, or\n   * else an error code with an associated error message.\n   *\/\n  type TF_Status = CStruct0\n\n  \/**\n   * Represents a computation graph.  Graphs may be shared between sessions.\n   * Graphs are thread-safe when used as directed below.\n   *\/\n  type TF_Graph = CStruct0\n\n  \/**\n   * Operation that has been added to the graph. Valid until the graph is\n   * deleted -- in particular adding a new operation to the graph does not\n   * invalidate old TF_Operation* pointers.\n   *\/\n  type TF_Operation = CStruct0\n\n  \/**\n   * Operation being built. The underlying graph must outlive this.\n   *\/\n  type TF_OperationDescription = CStruct0\n\n  \/**\n   * TF_Tensor holds a multi-dimensional array of elements of a single data type.\n   * For all types other than TF_STRING, the data buffer stores elements\n   * in row major order.  E.g. if data is treated as a vector of TF_DataType:\n   *\n   *    element 0:   index (0, ..., 0)\n   *    element 1:   index (0, ..., 1)\n   *    ...\n   *\n   *  The format for TF_STRING tensors is:\n   *    start_offset: array[uint64]\n   *    data:         byte[...]\n   *\n   *    The string length (as a varint), followed by the contents of the string\n   *    is encoded at data[start_offset[i]]]. TF_StringEncode and TF_StringDecode\n   *    facilitate this encoding.\n   *\/\n  type TF_Tensor = CStruct0\n\n  \/**\n   *  TF_SessionOptions holds options that can be passed during session creation.\n   *\/\n  type TF_SessionOptions = CStruct0\n\n  \/**\n   * TF_Buffer holds a pointer to a block of data and its associated length.\n   * Typically, the data consists of a serialized protocol buffer, but other data\n   * may also be held in a buffer.\n   *\n   * By default, TF_Buffer itself does not do any memory management of the\n   * pointed-to block.  If need be, users of this struct should specify how to\n   * deallocate the block by setting the `data_deallocator` function pointer.\n   *\/\n  type TF_Buffer =\n    CStruct3[Ptr[Byte], CSize, CFuncPtr2[Ptr[Byte], CSize, Unit]]\n\n  \/**\n   * Represents a specific input of an operation.\n   *\/\n  type TF_Input = CStruct2[Ptr[TF_Operation], CInt]\n\n  \/**\n   * Represents a specific output of an operation.\n   *\/\n  type TF_Output = CStruct2[Ptr[TF_Operation], CInt]\n\n  \/**\n   * TF_Function is a grouping of operations with defined inputs and outputs.\n   * Once created and added to graphs, functions can be invoked by creating an\n   * operation whose operation type matches the function name.\n   *\/\n  type TF_Function = CStruct0\n\n  \/**\n   * Function definition options.\n   *\/\n  type TF_FunctionOptions = CStruct0\n\n  \/**\n   * TF_AttrMetadata describes the value of an attribute on an operation.\n   *\/\n  type TF_AttrMetadata = CStruct4[\n    \/** A boolean: 1 if the attribute value is a list, 0 otherwise. *\/\n    CUnsignedChar,\n    \/**  Length of the list if is_list is true. Undefined otherwise. *\/\n    int64_t,\n    \/**\n     * Type of elements of the list if is_list != 0.\n     * Type of the single value stored in the attribute if is_list == 0.\n     *\/\n    TF_AttrType,\n    \/**\n     * Total size the attribute value.\n     * The units of total_size depend on is_list and type.\n     * (1) If type == TF_ATTR_STRING and is_list == 0\n     *     then total_size is the byte size of the string\n     *     valued attribute.\n     * (2) If type == TF_ATTR_STRING and is_list == 1\n     *     then total_size is the cumulative byte size\n     *     of all the strings in the list.\n     * (3) If type == TF_ATTR_SHAPE and is_list == 0\n     *     then total_size is the number of dimensions\n     *     of the shape valued attribute, or -1\n     *     if its rank is unknown.\n     * (4) If type == TF_ATTR_SHAPE and is_list == 1\n     *     then total_size is the cumulative number\n     *     of dimensions of all shapes in the list.\n     * (5) Otherwise, total_size is undefined.\n     *\/\n    int64_t\n  ]\n\n  type TF_WhileParams = CStruct8[\n    \/**\n     * The number of inputs to the while loop, i.e. the number of loop variables.\n     * This is the size of cond_inputs, body_inputs, and body_outputs.\n     *\/\n    CInt, \/\/ ninputs\n    \/**\n     * The while condition graph. The inputs are the current values of the loop\n     * variables. The output should be a scalar boolean.\n     *\/\n    Ptr[TF_Graph], \/\/ cond_graph\n    Ptr[TF_Output], \/\/ cond_inputs\n    Ptr[TF_Output], \/\/ cond_output \/\/ TF_output\n    \/**\n     * The loop body graph. The inputs are the current values of the loop\n     * variables. The outputs are the updated values of the loop variables.\n     *\/\n    Ptr[TF_Graph], \/\/ body_graph\n    Ptr[TF_Output], \/\/ body_inputs\n    Ptr[TF_Output], \/\/ body_outputs\n    \/**\n     * The loop body graph. The inputs are the current values of the loop\n     * variables. The outputs are the updated values of the loop variables.\n     *\/\n    CString \/\/ name\n  ]\n\n  \/**\n   * TF_Version returns a string describing version information of the\n   * TensorFlow library. TensorFlow using semantic versioning.\n   *\/\n  def TF_Version(): CString = extern\n\n  \/**\n   * TF_DataTypeSize returns the sizeof() for the underlying type corresponding\n   * to the given TF_DataType enum value. Returns 0 for variable length types\n   * (eg. TF_STRING) or on failure.\n   *\/\n  def TF_DataTypeSize(value: TF_DataType): CSize = extern\n\n  \/**\n   * Return a new status object.\n   *\/\n  def TF_NewStatus(): Ptr[TF_Status] = extern\n\n  \/**\n   *  Delete a previously created status object.\n   *\/\n  def TF_DeleteStatus(status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Record <code, msg> in *s.  Any previous information is lost.\n   * A common use is to clear a status: TF_SetStatus(s, TF_OK, \"\");\n   *\/\n  def TF_SetStatus(s: Ptr[TF_Status], code: TF_Code, msg: CString): Unit =\n    extern\n\n  \/**\n   * Return the code record in *s.\n   *\/\n  def TF_GetCode(s: Ptr[TF_Status]): TF_Code = extern\n\n  \/**\n   * Return a pointer to the (null-terminated) error message in *s.  The\n   * return value points to memory that is only usable until the next\n   * mutation to *s.  Always returns an empty string if TF_GetCode(s) is\n   * TF_OK.\n   *\/\n  def TF_Message(s: Ptr[TF_Status]): CString = extern\n\n  \/**\n   * Makes a copy of the input and sets an appropriate deallocator.  Useful for\n   * passing in read-only, input protobufs.\n   *\/\n  def TF_NewBufferFromString(proto: Ptr[Byte],\n                             proto_len: CSize): Ptr[TF_Buffer] = extern\n\n  \/**\n   * Useful for passing *out* a protobuf.\n   *\/\n  def TF_NewBuffer(): Ptr[TF_Buffer]                  = extern\n  def TF_DeleteBuffer(buffer: Ptr[TF_Buffer]): Unit   = extern\n  def TF_GetBuffer(buffer: Ptr[TF_Buffer]): TF_Buffer = extern\n\n  \/**\n   * Return a new tensor that holds the bytes data[0,len-1].\n   *\n   *  The data will be deallocated by a subsequent call to TF_DeleteTensor via:\n   *       (*deallocator)(data, len, deallocator_arg)\n   *  Clients must provide a custom deallocator function so they can pass in\n   *  memory managed by something like numpy.\n   *\n   *  May return NULL (and invoke the deallocator) if the provided data buffer\n   *  (data, len) is inconsistent with a tensor of the given TF_DataType\n   *  and the shape specified by (dims, num_dims).\n   *\/\n  def TF_NewTensor(value: TF_DataType,\n                   dims: Ptr[int64_t],\n                   num_dims: CInt,\n                   data: Ptr[Byte],\n                   len: CSize,\n                   deallocator: CFuncPtr3[Ptr[Byte], CSize, Ptr[Byte], Unit],\n                   deallocator_arg: Ptr[Byte]): Ptr[TF_Tensor] = extern\n\n  \/**\n   * Allocate and return a new Tensor.\n   *\n   * This function is an alternative to TF_NewTensor and should be used when\n   * memory is allocated to pass the Tensor to the C API. The allocated memory\n   * satisfies TensorFlow's memory alignment preferences and should be preferred\n   * over calling malloc and free.\n   *\n   * The caller must set the Tensor values by writing them to the pointer returned\n   * by TF_TensorData with length TF_TensorByteSize.\n   *\/\n  def TF_AllocateTensor(value: TF_DataType,\n                        dims: Ptr[int64_t],\n                        num_dims: CInt,\n                        len: CSize): Ptr[TF_Tensor] = extern\n\n  \/**\n   * Deletes `tensor` and returns a new TF_Tensor with the same content if\n   * possible. Returns nullptr and leaves `tensor` untouched if not.\n   *\/\n  def TF_TensorMaybeMove(tensor: Ptr[TF_Tensor]): Ptr[TF_Tensor] = extern\n\n  \/**\n   * Destroy a tensor.\n   *\/\n  def TF_DeleteTensor(tensor: Ptr[TF_Tensor]): Unit = extern\n\n  \/**\n   * Return the type of a tensor element.\n   *\/\n  def TF_TensorType(tensor: Ptr[TF_Tensor]): TF_DataType = extern\n\n  \/**\n   * Return the number of dimensions that the tensor has.\n   *\/\n  def TF_NumDims(tensor: Ptr[TF_Tensor]): CInt = extern\n\n  \/**\n   * Return the length of the tensor in the \"dim_index\" dimension.\n   * REQUIRES: 0 <= dim_index < TF_NumDims(tensor)\n   *\/\n  def TF_Dim(tensor: Ptr[TF_Tensor], dim_index: CInt): int64_t = extern\n\n  \/**\n   * Return the size of the underlying data in bytes.\n   *\/\n  def TF_TensorByteSize(tensor: Ptr[TF_Tensor]): CSize = extern\n\n  \/**\n   * Return a pointer to the underlying data buffer.\n   *\/\n  def TF_TensorData(tensor: Ptr[TF_Tensor]): Ptr[Byte] = extern\n\n  \/**\n   * Encode the string `src` (`src_len` bytes long) into `dst` in the format\n   * required by TF_STRING tensors. Does not write to memory more than `dst_len`\n   * bytes beyond `*dst`. `dst_len` should be at least\n   * TF_StringEncodedSize(src_len).\n   *\n   * On success returns the size in bytes of the encoded string.\n   * Returns an error into `status` otherwise.\n   *\/\n  def TF_StringEncode(src: CString,\n                      src_len: CSize,\n                      dst: CString,\n                      dst_len: CSize,\n                      status: Ptr[TF_Status]): CSize = extern\n\n  \/**\n   * Decode a string encoded using TF_StringEncode.\n   *\n   * On success, sets `*dst` to the start of the decoded string and `*dst_len` to\n   * its length. Returns the number of bytes starting at `src` consumed while\n   * decoding. `*dst` points to memory within the encoded buffer.  On failure,\n   * `*dst` and `*dst_len` are undefined and an error is set in `status`.\n   *\n   * Does not read memory more than `src_len` bytes beyond `src`.\n   *\/\n  def TF_StringDecode(src: CString,\n                      src_len: CSize,\n                      dst: Ptr[CString],\n                      dst_len: Ptr[CSize],\n                      status: Ptr[TF_Status]): CSize = extern\n\n  \/**\n   * Return the size in bytes required to encode a string `len` bytes long into a\n   * TF_STRING tensor.\n   *\/\n  def TF_StringEncodedSize(len: CSize): CSize = extern\n\n  \/**\n   * Return a new options object.\n   *\/\n  def TF_NewSessionOptions(): Ptr[TF_SessionOptions] = extern\n\n  \/**\n   * Set the target in TF_SessionOptions.options.\n   * target can be empty, a single entry, or a comma separated list of entries.\n   * Each entry is in one of the following formats :\n   * \"local\"\n   * ip:port\n   * host:port\n   *\/\n  def TF_SetTarget(options: Ptr[TF_SessionOptions], target: CString): Unit =\n    extern\n\n  \/**\n   * Set the config in TF_SessionOptions.options.\n   * config should be a serialized tensorflow.ConfigProto proto.\n   * If config was not parsed successfully as a ConfigProto, record the\n   * error information in *status.\n   *\/\n  def TF_SetConfig(options: Ptr[TF_SessionOptions],\n                   proto: Ptr[Byte],\n                   proto_len: CSize,\n                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Destroy an options object.\n   *\/\n  def TF_DeleteSessionOptions(sessionOptions: Ptr[TF_SessionOptions]): Unit =\n    extern\n\n  \/**\n   * Return a new graph object.\n   *\/\n  def TF_NewGraph(): Ptr[TF_Graph] = extern\n\n  \/**\n   * Destroy an options object.  Graph will be deleted once no more\n   * TFSession's are referencing it.\n   *\/\n  def TF_DeleteGraph(graph: Ptr[TF_Graph]): Unit = extern\n\n  \/**\n   * Sets the shape of the Tensor referenced by `output` in `graph` to\n   * the shape described by `dims` and `num_dims`.\n   *\n   * If the number of dimensions is unknown, `num_dims` must be set to\n   * -1 and `dims` can be null. If a dimension is unknown, the\n   * corresponding entry in the `dims` array must be -1.\n   *\n   * This does not overwrite the existing shape associated with `output`,\n   * but merges the input shape with the existing shape.  For example,\n   * setting a shape of [-1, 2] with an existing shape [2, -1] would set\n   * a final shape of [2, 2] based on shape merging semantics.\n   *\n   * Returns an error into `status` if:\n   *   - `output` is not in `graph`.\n   *   - An invalid shape is being set (e.g., the shape being set\n   *     is incompatible with the existing shape).\n   *\/\n  @name(\"scalanative_TF_GraphSetTensorShape\")\n  def TF_GraphSetTensorShape(graph: Ptr[TF_Graph],\n                             output: Ptr[TF_Output], \/\/ TF_output\n                             dims: Ptr[int64_t],\n                             num_dims: CInt,\n                             status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns the number of dimensions of the Tensor referenced by `output`\n   * in `graph`.\n   *\n   * If the number of dimensions in the shape is unknown, returns -1.\n   *\n   * Returns an error into `status` if:\n   *   - `output` is not in `graph`.\n   *\/\n  @name(\"scalanative_TF_GraphGetTensorNumDims\")\n  def TF_GraphGetTensorNumDims(graph: Ptr[TF_Graph],\n                               output: Ptr[TF_Output], \/\/ TF_output\n                               status: Ptr[TF_Status]): CInt = extern\n\n  \/**\n   * Returns the shape of the Tensor referenced by `output` in `graph`\n   * into `dims`. `dims` must be an array large enough to hold `num_dims`\n   * entries (e.g., the return value of TF_GraphGetTensorNumDims).\n   *\n   * If the number of dimensions in the shape is unknown or the shape is\n   * a scalar, `dims` will remain untouched. Otherwise, each element of\n   * `dims` will be set corresponding to the size of the dimension. An\n   * unknown dimension is represented by `-1`.\n   *\n   * Returns an error into `status` if:\n   *   - `output` is not in `graph`.\n   *   - `num_dims` does not match the actual number of dimensions.\n   *\/\n  @name(\"scalanative_TF_GraphGetTensorShape\")\n  def TF_GraphGetTensorShape(graph: Ptr[TF_Graph],\n                             output: Ptr[TF_Output], \/\/ TF_output\n                             dims: Ptr[int64_t],\n                             num_dims: CInt,\n                             status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Operation will only be added to *graph when TF_FinishOperation() is\n   * called (assuming TF_FinishOperation() does not return an error).\n   * *graph must not be deleted until after TF_FinishOperation() is\n   * called.\n   *\/\n  def TF_NewOperation(graph: Ptr[TF_Graph],\n                      op_type: CString,\n                      oper_name: CString): Ptr[TF_OperationDescription] = extern\n\n  \/**\n   * Specify the device for `desc`.  Defaults to empty, meaning unconstrained.\n   *\/\n  def TF_SetDevice(desc: Ptr[TF_OperationDescription], device: CString): Unit =\n    extern\n\n  \/**\n   * The calls to TF_AddInput and TF_AddInputList must match (in number,\n   * order, and type) the op declaration.  For example, the \"Concat\" op\n   * has registration:\n   *   REGISTER_OP(\"Concat\")\n   *       .Input(\"concat_dim: int32\")\n   *       .Input(\"values: N * T\")\n   *       .Output(\"output: T\")\n   *       .Attr(\"N: int >= 2\")\n   *       .Attr(\"T: type\");\n   * that defines two inputs, \"concat_dim\" and \"values\" (in that order).\n   * You must use TF_AddInput() for the first input (since it takes a\n   * single tensor), and TF_AddInputList() for the second input (since\n   * it takes a list, even if you were to pass a list with a single\n   * tensor), as in:\n   *   TF_OperationDescription* desc = TF_NewOperation(graph, \"Concat\", \"c\");\n   *   TF_Output concat_dim_input = {...};\n   *   TF_AddInput(desc, concat_dim_input);\n   *   TF_Output values_inputs[5] = {{...}, ..., {...}};\n   *   TF_AddInputList(desc, values_inputs, 5);\n   * For inputs that take a single tensor.\n   *\/\n  @name(\"scalanative_TF_AddInput\")\n  def TF_AddInput(desc: Ptr[TF_OperationDescription],\n                  input: Ptr[TF_Output]): Unit =\n    extern \/\/ TF_output\n\n  \/**\n   * For inputs that take a list of tensors.\n   * inputs must point to TF_Output[num_inputs].\n   *\/\n  def TF_AddInputList(desc: Ptr[TF_OperationDescription],\n                      inputs: Ptr[TF_Output],\n                      num_inputs: CInt): Unit = extern\n\n  \/**\n   * Call once per control input to `desc`.\n   *\/\n  def TF_AddControlInput(desc: Ptr[TF_OperationDescription],\n                         input: Ptr[TF_Operation]): Unit = extern\n\n  \/**\n   * Request that `desc` be co-located on the device where `op`\n   * is placed.\n   *\n   * Use of this is discouraged since the implementation of device placement is\n   * subject to change. Primarily intended for internal libraries\n   *\/\n  def TF_ColocateWith(desc: Ptr[TF_OperationDescription],\n                      op: Ptr[TF_Operation]): Unit = extern\n\n  \/**\n   * Call some TF_SetAttr*() function for every attr that is not\n   * inferred from an input and doesn't have a default value you wish to\n   * keep.\n   *\n   * `value` must point to a string of length `length` bytes.\n   *\/\n  def TF_SetAttrString(desc: Ptr[TF_OperationDescription],\n                       attr_name: CString,\n                       value: Ptr[Byte],\n                       length: CSize): Unit = extern\n\n  \/**\n   * `values` and `lengths` each must have lengths `num_values`.\n   * `values[i]` must point to a string of length `lengths[i]` bytes.\n   *\/\n  def TF_SetAttrStringList(desc: Ptr[TF_OperationDescription],\n                           attr_name: CString,\n                           values: Ptr[Ptr[Byte]],\n                           lengths: Ptr[CSize],\n                           num_values: CInt): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrInt(desc: Ptr[TF_OperationDescription],\n                    attr_name: CString,\n                    value: int64_t): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrIntList(desc: Ptr[TF_OperationDescription],\n                        attr_name: CString,\n                        values: Ptr[int64_t],\n                        num_values: CInt): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrFloat(desc: Ptr[TF_OperationDescription],\n                      attr_name: CString,\n                      value: CFloat): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrFloatList(desc: Ptr[TF_OperationDescription],\n                          attr_name: CString,\n                          values: Ptr[CFloat],\n                          num_values: CInt): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrBool(desc: Ptr[TF_OperationDescription],\n                     attr_name: CString,\n                     value: CUnsignedChar): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrBoolList(desc: Ptr[TF_OperationDescription],\n                         attr_name: CString,\n                         values: Ptr[CUnsignedChar],\n                         num_values: CInt): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrType(desc: Ptr[TF_OperationDescription],\n                     attr_name: CString,\n                     value: TF_DataType): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrTypeList(desc: Ptr[TF_OperationDescription],\n                         attr_name: CString,\n                         values: Ptr[TF_DataType],\n                         num_values: CInt): Unit = extern\n\n  \/**\n   * Set a 'func' attribute to the specified name.\n   * `value` must point to a string of length `length` bytes.\n   *\/\n  def TF_SetAttrFuncName(desc: Ptr[TF_OperationDescription],\n                         attr_name: CString,\n                         value: CString,\n                         length: CSize): Unit = extern\n\n  \/**\n   * Set `num_dims` to -1 to represent \"unknown rank\".  Otherwise,\n   * `dims` points to an array of length `num_dims`.  `dims[i]` must be\n   * >= -1, with -1 meaning \"unknown dimension\".\n   *\/\n  def TF_SetAttrShape(desc: Ptr[TF_OperationDescription],\n                      attr_name: CString,\n                      dims: Ptr[int64_t],\n                      num_dims: CInt): Unit = extern\n\n  \/**\n   * `dims` and `num_dims` must point to arrays of length `num_shapes`.\n   * Set `num_dims[i]` to -1 to represent \"unknown rank\".  Otherwise,\n   * `dims[i]` points to an array of length `num_dims[i]`.  `dims[i][j]`\n   * must be >= -1, with -1 meaning \"unknown dimension\".\n   *\/\n  def TF_SetAttrShapeList(desc: Ptr[TF_OperationDescription],\n                          attr_name: CString,\n                          dims: Ptr[Ptr[int64_t]],\n                          num_dims: Ptr[CInt],\n                          num_shapes: CInt): Unit = extern\n\n  \/**\n   * `proto` must point to an array of `proto_len` bytes representing a\n   * binary-serialized TensorShapeProto.\n   *\/\n  def TF_SetAttrTensorShapeProto(desc: Ptr[TF_OperationDescription],\n                                 attr_name: CString,\n                                 proto: Ptr[Byte],\n                                 proto_len: CSize,\n                                 status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * `protos` and `proto_lens` must point to arrays of length `num_shapes`.\n   * `protos[i]` must point to an array of `proto_lens[i]` bytes\n   * representing a binary-serialized TensorShapeProto.\n   *\/\n  def TF_SetAttrTensorShapeProtoList(desc: Ptr[TF_OperationDescription],\n                                     attr_name: CString,\n                                     protos: Ptr[Ptr[Byte]],\n                                     proto_lens: Ptr[CSize],\n                                     num_shapes: CInt,\n                                     status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrTensor(desc: Ptr[TF_OperationDescription],\n                       attr_name: CString,\n                       value: Ptr[TF_Tensor],\n                       status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_SetAttrTensorList(desc: Ptr[TF_OperationDescription],\n                           attr_name: CString,\n                           values: Ptr[Ptr[TF_Tensor]],\n                           num_values: CInt,\n                           status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * `proto` should point to a sequence of bytes of length `proto_len`\n   * representing a binary serialization of an AttrValue protocol\n   * buffer.\n   *\/\n  def TF_SetAttrValueProto(desc: Ptr[TF_OperationDescription],\n                           attr_name: CString,\n                           proto: Ptr[Byte],\n                           proto_len: CSize,\n                           status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * If this function succeeds:\n   *   - *status is set to an OK value,\n   *   - a TF_Operation is added to the graph,\n   *   - a non-null value pointing to the added operation is returned --\n   *     this value is valid until the underlying graph is deleted.\n   * Otherwise:\n   *   - *status is set to a non-OK value,\n   *   - the graph is not modified,\n   *   - a null value is returned.\n   * In either case, it deletes `desc`.\n   *\/\n  def TF_FinishOperation(desc: Ptr[TF_OperationDescription],\n                         status: Ptr[TF_Status]): Ptr[TF_Operation] = extern\n\n  \/**\n   * TF_Operation functions.  Operations are immutable once created, so\n   * these are all query functions.\n   *\/\n  def TF_OperationName(oper: Ptr[TF_Operation]): CString = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationOpType(oper: Ptr[TF_Operation]): CString = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationDevice(oper: Ptr[TF_Operation]): CString = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationNumOutputs(oper: Ptr[TF_Operation]): CInt = extern\n\n  \/**\n   *\n   *\/\n  @name(\"scalanative_TF_OperationOutputType\")\n  def TF_OperationOutputType(oper_out: Ptr[TF_Output]): TF_DataType =\n    extern \/\/ TF_output\n\n  \/**\n   *\n   *\/\n  def TF_OperationOutputListLength(oper: Ptr[TF_Operation],\n                                   arg_name: CString,\n                                   status: Ptr[TF_Status]): CInt = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationNumInputs(oper: Ptr[TF_Operation]): CInt = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationInputType(oper_in: Ptr[TF_Input]): TF_DataType =\n    extern \/\/ TF_Input\n\n  \/**\n   *\n   *\/\n  def TF_OperationInputListLength(oper: Ptr[TF_Operation],\n                                  arg_name: CString,\n                                  status: Ptr[TF_Status]): CInt = extern\n\n  \/**\n   * In this code:\n   *   TF_Output producer = TF_OperationInput(consumer);\n   * There is an edge from producer.oper's output (given by\n   * producer.index) to consumer.oper's input (given by consumer.index).\n   *\n   * Note: for Scala Native we need to pass an additonal Ptr[TF_Output]\n   * to capture the original rvalue (stack, pass by value).\n   *\/\n  @name(\"scalanative_TF_OperationInput\")\n  def TF_OperationInput(oper_in: Ptr[TF_Input],\n                        oper_out: Ptr[TF_Output]): Ptr[TF_Output] =\n    extern \/\/ TF_Input TF_Output\n\n  \/**\n   * Get the number of current consumers of a specific output of an\n   * operation.  Note that this number can change when new operations\n   * are added to the graph.\n   *\/\n  @name(\"scalanative_TF_OperationOutputNumConsumers\")\n  def TF_OperationOutputNumConsumers(oper_out: Ptr[TF_Output]): CInt =\n    extern \/\/ TF_output\n\n  \/**\n   * Get list of all current consumers of a specific output of an\n   * operation.  `consumers` must point to an array of length at least\n   * `max_consumers` (ideally set to\n   * TF_OperationOutputNumConsumers(oper_out)).  Beware that a concurrent\n   * modification of the graph can increase the number of consumers of\n   * an operation.  Returns the number of output consumers (should match\n   * TF_OperationOutputNumConsumers(oper_out)).\n   *\/\n  @name(\"scalanative_TF_OperationOutputConsumers\")\n  def TF_OperationOutputConsumers(oper_out: Ptr[TF_Output], \/\/ TF_output\n                                  consumers: Ptr[TF_Input],\n                                  max_consumers: CInt): CInt = extern\n\n  \/**\n   * Get the number of control inputs to an operation.\n   *\/\n  def TF_OperationNumControlInputs(oper: Ptr[TF_Operation]): CInt = extern\n\n  \/**\n   * Get list of all control inputs to an operation.  `control_inputs` must\n   * point to an array of length `max_control_inputs` (ideally set to\n   * TF_OperationNumControlInputs(oper)).  Returns the number of control\n   * inputs (should match TF_OperationNumControlInputs(oper)).\n   *\/\n  def TF_OperationGetControlInputs(oper: Ptr[TF_Operation],\n                                   control_inputs: Ptr[Ptr[TF_Operation]],\n                                   max_control_inputs: CInt): CInt = extern\n\n  \/**\n   * Get the number of operations that have `*oper` as a control input.\n   * Note that this number can change when new operations are added to\n   * the graph.\n   *\/\n  def TF_OperationNumControlOutputs(oper: Ptr[TF_Operation]): CInt = extern\n\n  \/**\n   * Get the list of operations that have `*oper` as a control input.\n   * `control_outputs` must point to an array of length at least\n   * `max_control_outputs` (ideally set to\n   * TF_OperationNumControlOutputs(oper)). Beware that a concurrent\n   * modification of the graph can increase the number of control\n   * outputs.  Returns the number of control outputs (should match\n   * TF_OperationNumControlOutputs(oper)).\n   *\/\n  def TF_OperationGetControlOutputs(oper: Ptr[TF_Operation],\n                                    control_outputs: Ptr[Ptr[TF_Operation]],\n                                    max_control_outputs: CInt): CInt = extern\n\n  \/**\n   * Returns metadata about the value of the attribute `attr_name` of `oper`.\n   *\/\n  def TF_OperationGetAttrMetadata(oper: Ptr[TF_Operation],\n                                  attr_name: CString,\n                                  status: Ptr[TF_Status]): TF_AttrMetadata =\n    extern\n\n  \/**\n   * Fills in `value` with the value of the attribute `attr_name`.  `value` must\n   * point to an array of length at least `max_length` (ideally set to\n   * TF_AttrMetadata.total_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name)).\n   *\/\n  def TF_OperationGetAttrString(oper: Ptr[TF_Operation],\n                                attr_name: CString,\n                                value: Ptr[Byte],\n                                max_length: CSize,\n                                status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Get the list of strings in the value of the attribute `attr_name`.  Fills in\n   * `values` and `lengths`, each of which must point to an array of length at\n   * least `max_values`.\n   *\n   * The elements of values will point to addresses in `storage` which must be at\n   * least `storage_size` bytes in length.  Ideally, max_values would be set to\n   * TF_AttrMetadata.list_size and `storage` would be at least\n   * TF_AttrMetadata.total_size, obtained from TF_OperationGetAttrMetadata(oper,\n   * attr_name).\n   *\n   * Fails if storage_size is too small to hold the requested number of strings.\n   *\/\n  def TF_OperationGetAttrStringList(oper: Ptr[TF_Operation],\n                                    attr_name: CString,\n                                    values: Ptr[Ptr[Byte]],\n                                    lengths: Ptr[CSize],\n                                    max_values: CInt,\n                                    storage: Ptr[Byte],\n                                    storage_size: CSize,\n                                    status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationGetAttrInt(oper: Ptr[TF_Operation],\n                             attr_name: CString,\n                             value: Ptr[int64_t],\n                             status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with the value of the attribute `attr_name` of `oper`.\n   * `values` must point to an array of length at least `max_values` (ideally set\n   * TF_AttrMetadata.list_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name)).\n   *\/\n  def TF_OperationGetAttrIntList(oper: Ptr[TF_Operation],\n                                 attr_name: CString,\n                                 values: Ptr[int64_t],\n                                 max_values: CInt,\n                                 status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationGetAttrFloat(oper: Ptr[TF_Operation],\n                               attr_name: CString,\n                               value: Ptr[CFloat],\n                               status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with the value of the attribute `attr_name` of `oper`.\n   * `values` must point to an array of length at least `max_values` (ideally set\n   * to TF_AttrMetadata.list_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name)).\n   *\/\n  def TF_OperationGetAttrFloatList(oper: Ptr[TF_Operation],\n                                   attr_name: CString,\n                                   values: Ptr[CFloat],\n                                   max_values: CInt,\n                                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationGetAttrBool(oper: Ptr[TF_Operation],\n                              attr_name: CString,\n                              value: Ptr[CUnsignedChar],\n                              status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with the value of the attribute `attr_name` of `oper`.\n   * `values` must point to an array of length at least `max_values` (ideally set\n   * to TF_AttrMetadata.list_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name)).\n   *\/\n  def TF_OperationGetAttrBoolList(oper: Ptr[TF_Operation],\n                                  attr_name: CString,\n                                  values: Ptr[CUnsignedChar],\n                                  max_values: CInt,\n                                  status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_OperationGetAttrType(oper: Ptr[TF_Operation],\n                              attr_name: CString,\n                              value: Ptr[TF_DataType],\n                              status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with the value of the attribute `attr_name` of `oper`.\n   * `values` must point to an array of length at least `max_values` (ideally set\n   * to TF_AttrMetadata.list_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name)).\n   *\/\n  def TF_OperationGetAttrTypeList(oper: Ptr[TF_Operation],\n                                  attr_name: CString,\n                                  values: Ptr[TF_DataType],\n                                  max_values: CInt,\n                                  status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `value` with the value of the attribute `attr_name` of `oper`.\n   * `values` must point to an array of length at least `num_dims` (ideally set to\n   * TF_Attr_Meta.size from TF_OperationGetAttrMetadata(oper, attr_name)).\n   *\/\n  def TF_OperationGetAttrShape(oper: Ptr[TF_Operation],\n                               attr_name: CString,\n                               value: Ptr[int64_t],\n                               num_dims: CInt,\n                               status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `dims` with the list of shapes in the attribute `attr_name` of\n   * `oper` and `num_dims` with the corresponding number of dimensions. On return,\n   * for every i where `num_dims[i]` > 0, `dims[i]` will be an array of\n   * `num_dims[i]` elements. A value of -1 for `num_dims[i]` indicates that the\n   * i-th shape in the list is unknown.\n   *\n   * The elements of `dims` will point to addresses in `storage` which must be\n   * large enough to hold at least `storage_size` int64_ts.  Ideally, `num_shapes`\n   * would be set to TF_AttrMetadata.list_size and `storage_size` would be set to\n   * TF_AttrMetadata.total_size from TF_OperationGetAttrMetadata(oper,\n   * attr_name).\n   *\n   * Fails if storage_size is insufficient to hold the requested shapes.\n   *\/\n  def TF_OperationGetAttrShapeList(oper: Ptr[TF_Operation],\n                                   attr_name: CString,\n                                   dims: Ptr[Ptr[int64_t]],\n                                   num_dims: Ptr[CInt],\n                                   num_shapes: CInt,\n                                   storage: Ptr[int64_t],\n                                   storage_size: CInt,\n                                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Sets `value` to the binary-serialized TensorShapeProto of the value of\n   * `attr_name` attribute of `oper`'.\n   *\/\n  def TF_OperationGetAttrTensorShapeProto(oper: Ptr[TF_Operation],\n                                          attr_name: CString,\n                                          value: Ptr[TF_Buffer],\n                                          status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with binary-serialized TensorShapeProto values of the\n   * attribute `attr_name` of `oper`. `values` must point to an array of length at\n   * least `num_values` (ideally set to TF_AttrMetadata.list_size from\n   * TF_OperationGetAttrMetadata(oper, attr_name)).\n   *\/\n  def TF_OperationGetAttrTensorShapeProtoList(oper: Ptr[TF_Operation],\n                                              attr_name: CString,\n                                              values: Ptr[Ptr[TF_Buffer]],\n                                              max_values: CInt,\n                                              status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Gets the TF_Tensor valued attribute of `attr_name` of `oper`.\n   *\n   * Allocates a new TF_Tensor which the caller is expected to take\n   * ownership of (and can deallocate using TF_DeleteTensor).\n   *\/\n  def TF_OperationGetAttrTensor(oper: Ptr[TF_Operation],\n                                attr_name: CString,\n                                value: Ptr[Ptr[TF_Tensor]],\n                                status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Fills in `values` with the TF_Tensor values of the attribute `attr_name` of\n   * `oper`. `values` must point to an array of TF_Tensor* of length at least\n   * `max_values` (ideally set to TF_AttrMetadata.list_size from\n   * TF_OperationGetAttrMetadata(oper, attr_name)).\n   *\n   * The caller takes ownership of all the non-null TF_Tensor* entries in `values`\n   * (which can be deleted using TF_DeleteTensor(values[i])).\n   *\/\n  def TF_OperationGetAttrTensorList(oper: Ptr[TF_Operation],\n                                    attr_name: CString,\n                                    values: Ptr[Ptr[TF_Tensor]],\n                                    max_values: CInt,\n                                    status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Sets `output_attr_value` to the binary-serialized AttrValue proto\n   * representation of the value of the `attr_name` attr of `oper`.\n   *\/\n  def TF_OperationGetAttrValueProto(oper: Ptr[TF_Operation],\n                                    attr_name: CString,\n                                    output_attr_value: Ptr[TF_Buffer],\n                                    status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns the operation in the graph with `oper_name`. Returns nullptr if\n   * no operation found.\n   *\/\n  def TF_GraphOperationByName(graph: Ptr[TF_Graph],\n                              oper_name: CString): Ptr[TF_Operation] = extern\n\n  \/**\n   * Iterate through the operations of a graph.  To use:\n   * {{{\n   * size_t pos = 0;\n   * TF_Operation* oper;\n   * while ((oper = TF_GraphNextOperation(graph, &pos)) != nullptr) {\n   *   DoSomethingWithOperation(oper);\n   * }\n   * }}}\n   *\/\n  def TF_GraphNextOperation(graph: Ptr[TF_Graph],\n                            pos: Ptr[CSize]): Ptr[TF_Operation] = extern\n\n  \/**\n   * Write out a serialized representation of `graph` (as a GraphDef protocol\n   * message) to `output_graph_def` (allocated by TF_NewBuffer()).\n   * `output_graph_def`'s underlying buffer will be freed when TF_DeleteBuffer()\n   * is called.\n   *\n   * May fail on very large graphs in the future.\n   *\/\n  def TF_GraphToGraphDef(graph: Ptr[TF_Graph],\n                         output_graph_def: Ptr[TF_Buffer],\n                         status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns the serialized OpDef proto with name `op_name`, or a bad status if no\n   * such op exists. This can return OpDefs of functions copied into the graph.\n   *\/\n  def TF_GraphGetOpDef(graph: Ptr[TF_Graph],\n                       op_name: CString,\n                       output_op_def: Ptr[TF_Buffer],\n                       status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns the serialized VersionDef proto for this graph.\n   *\/\n  def TF_GraphVersions(graph: Ptr[TF_Graph],\n                       output_version_def: Ptr[TF_Buffer],\n                       status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * TF_ImportGraphDefOptions holds options that can be passed to\n   * TF_GraphImportGraphDef.\n   *\/\n  type TF_ImportGraphDefOptions = CStruct0\n\n  \/**\n   *\n   *\/\n  def TF_NewImportGraphDefOptions(): Ptr[TF_ImportGraphDefOptions] = extern\n\n  \/**\n   *\n   *\/\n  def TF_DeleteImportGraphDefOptions(\n      opts: Ptr[TF_ImportGraphDefOptions]): Unit = extern\n\n  \/**\n   * Set the prefix to be prepended to the names of nodes in `graph_def` that will\n   * be imported into `graph`. `prefix` is copied and has no lifetime\n   * requirements.\n   *\/\n  def TF_ImportGraphDefOptionsSetPrefix(opts: Ptr[TF_ImportGraphDefOptions],\n                                        prefix: CString): Unit = extern\n\n  \/**\n   * Set the execution device for nodes in `graph_def`.\n   * Only applies to nodes where a device was not already explicitly specified.\n   * `device` is copied and has no lifetime requirements.\n   *\/\n  def TF_ImportGraphDefOptionsSetDefaultDevice(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      device: CString): Unit = extern\n\n  \/**\n   * Set whether to uniquify imported operation names. If true, imported operation\n   * names will be modified if their name already exists in the graph. If false,\n   * conflicting names will be treated as an error. Note that this option has no\n   * effect if a prefix is set, since the prefix will guarantee all names are\n   * unique. Defaults to false.\n   *\/\n  def TF_ImportGraphDefOptionsSetUniquifyNames(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      uniquify_names: CUnsignedChar): Unit = extern\n\n  \/**\n   * If true, the specified prefix will be modified if it already exists as an\n   * operation name or prefix in the graph. If false, a conflicting prefix will be\n   * treated as an error. This option has no effect if no prefix is specified.\n   *\/\n  def TF_ImportGraphDefOptionsSetUniquifyPrefix(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      uniquify_prefix: CUnsignedChar): Unit = extern\n\n  \/**\n   * Set any imported nodes with input `src_name:src_index` to have that input\n   * replaced with `dst`. `src_name` refers to a node in the graph to be imported,\n   * `dst` references a node already existing in the graph being imported into.\n   * `src_name` is copied and has no lifetime requirements.\n   *\/\n  @name(\"scalanative_TF_ImportGraphDefOptionsAddInputMapping\")\n  def TF_ImportGraphDefOptionsAddInputMapping(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      src_name: CString,\n      src_index: CInt,\n      dst: Ptr[TF_Output]): Unit = extern \/\/ TF_output\n\n  \/**\n   * Set any imported nodes with control input `src_name` to have that input\n   * replaced with `dst`. `src_name` refers to a node in the graph to be imported,\n   * `dst` references an operation already existing in the graph being imported\n   * into. `src_name` is copied and has no lifetime requirements.\n   *\/\n  def TF_ImportGraphDefOptionsRemapControlDependency(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      src_name: CString,\n      dst: Ptr[TF_Operation]): Unit = extern\n\n  \/**\n   * Cause the imported graph to have a control dependency on `oper`. `oper`\n   * should exist in the graph being imported into.\n   *\/\n  def TF_ImportGraphDefOptionsAddControlDependency(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      oper: Ptr[TF_Operation]): Unit = extern\n\n  \/**\n   * Add an output in `graph_def` to be returned via the `return_outputs` output\n   * parameter of TF_GraphImportGraphDef(). If the output is remapped via an input\n   * mapping, the corresponding existing tensor in `graph` will be returned.\n   * `oper_name` is copied and has no lifetime requirements.\n   *\/\n  def TF_ImportGraphDefOptionsAddReturnOutput(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      oper_name: CString,\n      index: CInt): Unit = extern\n\n  \/**\n   * Returns the number of return outputs added via\n   * TF_ImportGraphDefOptionsAddReturnOutput().\n   *\/\n  def TF_ImportGraphDefOptionsNumReturnOutputs(\n      opts: Ptr[TF_ImportGraphDefOptions]): CInt = extern\n\n  \/**\n   * Add an operation in `graph_def` to be returned via the `return_opers` output\n   * parameter of TF_GraphImportGraphDef(). `oper_name` is copied and has no\n   * lifetime requirements.\n   *\/\n  def TF_ImportGraphDefOptionsAddReturnOperation(\n      opts: Ptr[TF_ImportGraphDefOptions],\n      oper_name: CString): Unit = extern\n\n  \/**\n   * Returns the number of return operations added via\n   * TF_ImportGraphDefOptionsAddReturnOperation().\n   *\/\n  def TF_ImportGraphDefOptionsNumReturnOperations(\n      opts: Ptr[TF_ImportGraphDefOptions]): CInt = extern\n\n  \/**\n   * TF_ImportGraphDefResults holds results that are generated by\n   * TF_GraphImportGraphDefWithResults().\n   *\/\n  type TF_ImportGraphDefResults = CStruct0\n\n  \/**\n   * Fetches the return outputs requested via\n   * TF_ImportGraphDefOptionsAddReturnOutput(). The number of fetched outputs is\n   * returned in `num_outputs`. The array of return outputs is returned in\n   * `outputs`. `*outputs` is owned by and has the lifetime of `results`.\n   *\/\n  def TF_ImportGraphDefResultsReturnOutputs(\n      results: Ptr[TF_ImportGraphDefResults],\n      num_outputs: Ptr[CInt],\n      outputs: Ptr[Ptr[TF_Output]]): Unit = extern\n\n  \/**\n   * Fetches the return operations requested via\n   * TF_ImportGraphDefOptionsAddReturnOperation(). The number of fetched\n   * operations is returned in `num_opers`. The array of return operations is\n   * returned in `opers`. `*opers` is owned by and has the lifetime of `results`.\n   *\/\n  def TF_ImportGraphDefResultsReturnOperations(\n      results: Ptr[TF_ImportGraphDefResults],\n      num_opers: Ptr[CInt],\n      opers: Ptr[Ptr[Ptr[TF_Operation]]]): Unit = extern\n\n  \/**\n   * Fetches any input mappings requested via\n   * TF_ImportGraphDefOptionsAddInputMapping() that didn't appear in the GraphDef\n   * and weren't used as input to any node in the imported graph def. The number\n   * of fetched mappings is returned in `num_missing_unused_input_mappings`. The\n   * array of each mapping's source node name is returned in `src_names`, and the\n   * array of each mapping's source index is returned in `src_indexes`.\n   *\n   * `*src_names`, `*src_indexes`, and the memory backing each string in\n   * `src_names` are owned by and have the lifetime of `results`.\n   *\/\n  def TF_ImportGraphDefResultsMissingUnusedInputMappings(\n      results: Ptr[TF_ImportGraphDefResults],\n      num_missing_unused_input_mappings: Ptr[CInt],\n      src_names: Ptr[Ptr[CString]],\n      src_indexes: Ptr[Ptr[CInt]]): Unit = extern\n\n  \/**\n   * Deletes a results object returned by TF_GraphImportGraphDefWithResults().\n   *\/\n  def TF_DeleteImportGraphDefResults(\n      results: Ptr[TF_ImportGraphDefResults]): Unit = extern\n\n  \/**\n   * Import the graph serialized in `graph_def` into `graph`.  Returns nullptr and\n   * a bad status on error. Otherwise, returns a populated\n   * TF_ImportGraphDefResults instance. The returned instance must be deleted via\n   * TF_DeleteImportGraphDefResults().\n   *\/\n  def TF_GraphImportGraphDefWithResults(\n      graph: Ptr[TF_Graph],\n      graph_def: Ptr[TF_Buffer],\n      options: Ptr[TF_ImportGraphDefOptions],\n      status: Ptr[TF_Status]): Ptr[TF_ImportGraphDefResults] = extern\n\n  \/**\n   * Import the graph serialized in `graph_def` into `graph`.\n   * Convenience function for when only return outputs are needed.\n   *\n   * `num_return_outputs` must be the number of return outputs added (i.e. the\n   * result of TF_ImportGraphDefOptionsNumReturnOutputs()).  If\n   * `num_return_outputs` is non-zero, `return_outputs` must be of length\n   * `num_return_outputs`. Otherwise it can be null.\n   *\/\n  def TF_GraphImportGraphDefWithReturnOutputs(\n      graph: Ptr[TF_Graph],\n      graph_def: Ptr[TF_Buffer],\n      options: Ptr[TF_ImportGraphDefOptions],\n      return_outputs: Ptr[TF_Output],\n      num_return_outputs: CInt,\n      status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Import the graph serialized in `graph_def` into `graph`.\n   * Convenience function for when no results are needed.\n   *\/\n  def TF_GraphImportGraphDef(graph: Ptr[TF_Graph],\n                             graph_def: Ptr[TF_Buffer],\n                             options: Ptr[TF_ImportGraphDefOptions],\n                             status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Adds a copy of function `func` and optionally its gradient function `grad`\n   * to `g`. Once `func`\/`grad` is added to `g`, it can be called by creating\n   * an operation using the function's name.\n   * Any changes to `func`\/`grad` (including deleting it) done after this method\n   * returns, won't affect the copy of `func`\/`grad` in `g`.\n   * If `func` or `grad` are already in `g`, TF_GraphCopyFunction has no\n   * effect on them, but can establish the function->gradient relationship\n   * between them if `func` does not already have a gradient. If `func` already\n   * has a gradient different from `grad`, an error is returned.\n   *\n   * `func` must not be null.\n   * If `grad` is null and `func` is not in `g`, `func` is added without a\n   * gradient.\n   * If `grad` is null and `func` is in `g`, TF_GraphCopyFunction is a noop.\n   * `grad` must have appropriate signature as described in the doc of\n   * GradientDef in tensorflow\/core\/framework\/function.proto.\n   *\n   * If successful, status is set to OK and `func` and `grad` are added to `g`.\n   * Otherwise, status is set to the encountered error and `g` is unmodified.\n   *\/\n  def TF_GraphCopyFunction(g: Ptr[TF_Graph],\n                           func: Ptr[TF_Function],\n                           grad: Ptr[TF_Function],\n                           status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns the number of TF_Functions registered in `g`.\n   *\/\n  def TF_GraphNumFunctions(g: Ptr[TF_Graph]): CInt = extern\n\n  \/**\n   * Fills in `funcs` with the TF_Function* registered in `g`.\n   * `funcs` must point to an array of TF_Function* of length at least\n   * `max_func`. In usual usage, max_func should be set to the result of\n   * TF_GraphNumFunctions(g). In this case, all the functions registered in\n   * `g` will be returned. Else, an unspecified subset.\n   *\n   * If successful, returns the number of TF_Function* successfully set in\n   * `funcs` and sets status to OK. The caller takes ownership of\n   * all the returned TF_Functions. They must be deleted with TF_DeleteFunction.\n   * On error, returns 0, sets status to the encountered error, and the contents\n   * of funcs will be undefined.\n   *\/\n  def TF_GraphGetFunctions(g: Ptr[TF_Graph],\n                           funcs: Ptr[Ptr[TF_Function]],\n                           max_func: CInt,\n                           status: Ptr[TF_Status]): CInt = extern\n\n  \/**\n   * Note: The following function may fail on very large protos in the future.\n   *\/\n  def TF_OperationToNodeDef(oper: Ptr[TF_Operation],\n                            output_node_def: Ptr[TF_Buffer],\n                            status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Creates a TF_WhileParams for creating a while loop in `g`. `inputs` are\n   * outputs that already exist in `g` used as initial values for the loop\n   * variables.\n   *\n   * The returned TF_WhileParams will have all fields initialized except\n   * `cond_output`, `body_outputs`, and `name`. The `body_outputs` buffer will be\n   * allocated to size `ninputs`. The caller should build `cond_graph` and\n   * `body_graph` starting from the inputs, and store the final outputs in\n   * `cond_output` and `body_outputs`.\n   *\n   * If `status` is OK, the caller must call either TF_FinishWhile or\n   * TF_AbortWhile on the returned TF_WhileParams. If `status` isn't OK, the\n   * returned TF_WhileParams is not valid, and the caller should not call\n   * TF_FinishWhile() or TF_AbortWhile().\n   *\n   *  Missing functionality (TODO):\n   *  - Gradients\n   *  - Reference-type inputs\n   *  - Directly referencing external tensors from the cond\/body graphs (this is\n   *    possible in the Python API)\n   *\/\n  def TF_NewWhile(g: Ptr[TF_Graph],\n                  inputs: Ptr[TF_Output],\n                  ninputs: CInt,\n                  status: Ptr[TF_Status]): TF_WhileParams = extern\n\n  \/**\n   * Builds the while loop specified by `params` and returns the output tensors of\n   * the while loop in `outputs`. `outputs` should be allocated to size\n   * `params.ninputs`.\n   *\n   * `params` is no longer valid once this returns.\n   *\n   * Either this or TF_AbortWhile() must be called after a successful\n   * TF_NewWhile() call.\n   *\/\n  def TF_FinishWhile(params: Ptr[TF_WhileParams],\n                     status: Ptr[TF_Status],\n                     outputs: Ptr[TF_Output]): Unit = extern\n\n  \/**\n   * Frees `params`s resources without building a while loop. `params` is no\n   * longer valid after this returns. Either this or TF_FinishWhile() must be\n   * called after a successful TF_NewWhile() call.\n   *\/\n  def TF_AbortWhile(params: Ptr[TF_WhileParams]): Unit = extern\n\n  \/**\n   * Adds operations to compute the partial derivatives of sum of `y`s w.r.t `x`s,\n   * i.e., d(y_1 + y_2 + ...)\/dx_1, d(y_1 + y_2 + ...)\/dx_2...\n   *\n   * `dx` are used as initial gradients (which represent the symbolic partial\n   * derivatives of some loss function `L` w.r.t. `y`).\n   * `dx` must be nullptr or have size `ny`.\n   * If `dx` is nullptr, the implementation will use dx of `OnesLike` for all\n   * shapes in `y`.\n   * The partial derivatives are returned in `dy`. `dy` should be allocated to\n   * size `nx`.\n   *\n   * Gradient nodes are automatically named under the \"gradients\/\" prefix. To\n   * guarantee name uniqueness, subsequent calls to the same graph will\n   * append an incremental tag to the prefix: \"gradients_1\/\", \"gradients_2\/\", ...\n   * See TF_AddGradientsWithPrefix, which provides a means to specify a custom\n   * name prefix for operations added to a graph to compute the gradients.\n   *\n   * WARNING: This function does not yet support all the gradients that python\n   * supports. See\n   * https:\/\/www.tensorflow.org\/code\/tensorflow\/cc\/gradients\/README.md\n   * for instructions on how to add C++ more gradients.\n   *\/\n  def TF_AddGradients(g: Ptr[TF_Graph],\n                      y: Ptr[TF_Output],\n                      ny: CInt,\n                      x: Ptr[TF_Output],\n                      nx: CInt,\n                      dx: Ptr[TF_Output],\n                      status: Ptr[TF_Status],\n                      dy: Ptr[TF_Output]): Unit = extern\n\n  \/**\n   * Adds operations to compute the partial derivatives of sum of `y`s w.r.t `x`s,\n   * i.e., d(y_1 + y_2 + ...)\/dx_1, d(y_1 + y_2 + ...)\/dx_2...\n   * This is a variant of TF_AddGradients that allows to caller to pass a custom\n   * name prefix to the operations added to a graph to compute the gradients.\n   *\n   * `dx` are used as initial gradients (which represent the symbolic partial\n   * derivatives of some loss function `L` w.r.t. `y`).\n   * `dx` must be nullptr or have size `ny`.\n   * If `dx` is nullptr, the implementation will use dx of `OnesLike` for all\n   * shapes in `y`.\n   * The partial derivatives are returned in `dy`. `dy` should be allocated to\n   * size `nx`.\n   * `prefix` names the scope into which all gradients operations are being added.\n   * `prefix` must be unique within the provided graph otherwise this operation\n   * will fail. If `prefix` is nullptr, the default prefixing behaviour takes\n   * place, see TF_AddGradients for more details.\n   *\n   * WARNING: This function does not yet support all the gradients that python\n   * supports. See\n   * https:\/\/www.tensorflow.org\/code\/tensorflow\/cc\/gradients\/README.md\n   * for instructions on how to add C++ more gradients.\n   *\/\n  def TF_AddGradientsWithPrefix(g: Ptr[TF_Graph],\n                                prefix: CString,\n                                y: Ptr[TF_Output],\n                                ny: CInt,\n                                x: Ptr[TF_Output],\n                                nx: CInt,\n                                dx: Ptr[TF_Output],\n                                status: Ptr[TF_Status],\n                                dy: Ptr[TF_Output]): Unit = extern\n\n  \/**\n   * Create a TF_Function from a TF_Graph\n   *\n   * Params:\n   *  fn_body - the graph whose operations (or subset of whose operations) will be\n   *            converted to TF_Function.\n   *  fn_name - the name of the new TF_Function. Should match the operation\n   *            name (OpDef.name) regexp [A-Z][A-Za-z0-9_.\\\\-\/]*.\n   *            If `append_hash_to_fn_name` is false, `fn_name` must be distinct\n   *            from other function and operation names (at least those\n   *            registered in graphs where this function will be used).\n   *  append_hash_to_fn_name - Must be 0 or 1. If set to 1, the actual name\n   *                           of the function will be `fn_name` appended with\n   *                           '_<hash_of_this_function's_definition>'.\n   *                           If set to 0, the function's name will be `fn_name`.\n   *  num_opers - `num_opers` contains the number of elements in the `opers` array\n   *              or a special value of -1 meaning that no array is given.\n   *              The distinction between an empty array of operations and no\n   *              array of operations is necessary to distinguish the case of\n   *              creating a function with no body (e.g. identity or permutation)\n   *              and the case of creating a function whose body contains all\n   *              the nodes in the graph (except for the automatic skipping, see\n   *              below).\n   *  opers - Array of operations to become the body of the function or null.\n   *          - If no array is given (`num_opers`  = -1), all the\n   *          operations in `fn_body` will become part of the function\n   *          except operations referenced in `inputs`. These operations\n   *          must have a single output (these operations are typically\n   *          placeholders created for the sole purpose of representing\n   *          an input. We can relax this constraint if there are\n   *          compelling use cases).\n   *          - If an array is given (`num_opers` >= 0), all operations\n   *          in it will become part of the function. In particular, no\n   *          automatic skipping of dummy input operations is performed.\n   *  ninputs - number of elements in `inputs` array\n   *  inputs - array of TF_Outputs that specify the inputs to the function.\n   *           If `ninputs` is zero (the function takes no inputs), `inputs`\n   *           can be null. The names used for function inputs are normalized\n   *           names of the operations (usually placeholders) pointed to by\n   *           `inputs`. These operation names should start with a letter.\n   *           Normalization will convert all letters to lowercase and\n   *           non-alphanumeric characters to '_' to make resulting names match\n   *           the \"[a-z][a-z0-9_]*\" pattern for operation argument names.\n   *           `inputs` cannot contain the same tensor twice.\n   *  noutputs - number of elements in `outputs` array\n   *  outputs - array of TF_Outputs that specify the outputs of the function.\n   *            If `noutputs` is zero (the function returns no outputs), `outputs`\n   *            can be null. `outputs` can contain the same tensor more than once.\n   *  output_names - The names of the function's outputs. `output_names` array\n   *                 must either have the same length as `outputs`\n   *                 (i.e. `noutputs`) or be null. In the former case,\n   *                 the names should match the regular expression for ArgDef\n   *                 names - \"[a-z][a-z0-9_]*\". In the latter case,\n   *                 names for outputs will be generated automatically.\n   *  opts - various options for the function, e.g. XLA's inlining control.\n   *  description - optional human-readable description of this function.\n   *  status - Set to OK on success and an appropriate error on failure.\n   *\n   * Note that when the same TF_Output is listed as both an input and an output,\n   * the corresponding function's output will equal to this input,\n   * instead of the original node's output.\n   *\n   * Callers must also satisfy the following constraints:\n   * - `inputs` cannot refer to TF_Outputs within a control flow context. For\n   *   example, one cannot use the output of \"switch\" node as input.\n   * - `inputs` and `outputs` cannot have reference types. Reference types are\n   *   not exposed through C API and are being replaced with Resources. We support\n   *   reference types inside function's body to support legacy code. Do not\n   *   use them in new code.\n   * - Every node in the function's body must have all of its inputs (including\n   *   control inputs). In other words, for every node in the body, each input\n   *   must be either listed in `inputs` or must come from another node in\n   *   the body. In particular, it is an error to have a control edge going from\n   *   a node outside of the body into a node in the body. This applies to control\n   *   edges going from nodes referenced in `inputs` to nodes in the body when\n   *   the former nodes are not in the body (automatically skipped or not\n   *   included in explicitly specified body).\n   *\n   * Returns:\n   *  On success, a newly created TF_Function instance. It must be deleted by\n   *  calling TF_DeleteFunction.\n   *\n   *\/\n  def TF_GraphToFunction(fn_body: Ptr[TF_Graph],\n                         fn_name: CString,\n                         append_hash_to_fn_name: CUnsignedChar,\n                         num_opers: CInt,\n                         opers: Ptr[Ptr[TF_Operation]],\n                         ninputs: CInt,\n                         inputs: Ptr[TF_Output],\n                         noutputs: CInt,\n                         outputs: Ptr[TF_Output],\n                         output_names: Ptr[CString],\n                         opts: Ptr[TF_FunctionOptions],\n                         description: CString,\n                         status: Ptr[TF_Status]): Ptr[TF_Function] = extern\n\n  \/**\n   * Returns the name of the graph function.\n   * The return value points to memory that is only usable until the next\n   * mutation to *func.\n   *\/\n  def TF_FunctionName(func: Ptr[TF_Function]): CString = extern\n\n  \/**\n   * Write out a serialized representation of `func` (as a FunctionDef protocol\n   * message) to `output_func_def` (allocated by TF_NewBuffer()).\n   * `output_func_def`'s underlying buffer will be freed when TF_DeleteBuffer()\n   * is called.\n   *\n   * May fail on very large graphs in the future.\n   *\/\n  def TF_FunctionToFunctionDef(func: Ptr[TF_Function],\n                               output_func_def: Ptr[TF_Buffer],\n                               status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Construct and return the function whose FunctionDef representation is\n   * serialized in `proto`. `proto_len` must equal the number of bytes\n   * pointed to by `proto`.\n   * Returns:\n   *  On success, a newly created TF_Function instance. It must be deleted by\n   *  calling TF_DeleteFunction.\n   *\n   *  On failure, null.\n   *\/\n  def TF_FunctionImportFunctionDef(proto: Ptr[Byte],\n                                   proto_len: CSize,\n                                   status: Ptr[TF_Status]): Ptr[TF_Function] =\n    extern\n\n  \/**\n   * Sets function attribute named `attr_name` to value stored in `proto`.\n   * If this attribute is already set to another value, it is overridden.\n   * `proto` should point to a sequence of bytes of length `proto_len`\n   * representing a binary serialization of an AttrValue protocol\n   * buffer.\n   *\/\n  def TF_FunctionSetAttrValueProto(func: Ptr[TF_Function],\n                                   attr_name: CString,\n                                   proto: Ptr[Byte],\n                                   proto_len: CSize,\n                                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Sets `output_attr_value` to the binary-serialized AttrValue proto\n   * representation of the value of the `attr_name` attr of `func`.\n   * If `attr_name` attribute is not present, status is set to an error.\n   *\/\n  def TF_FunctionGetAttrValueProto(func: Ptr[TF_Function],\n                                   attr_name: CString,\n                                   output_attr_value: Ptr[TF_Buffer],\n                                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Frees the memory used by the `func` struct.\n   * TF_DeleteFunction is a noop if `func` is null.\n   * Deleting a function does not remove it from any graphs it was copied to.\n   *\/\n  def TF_DeleteFunction(func: Ptr[TF_Function]): Unit = extern\n\n  \/**\n   * Attempts to evaluate `output`. This will only be possible if `output` doesn't\n   * depend on any graph inputs (this function is safe to call if this isn't the\n   * case though).\n   *\n   * If the evaluation is successful, this function returns true and `output`s\n   * value is returned in `result`. Otherwise returns false. An error status is\n   * returned if something is wrong with the graph or input. Note that this may\n   * return false even if no error status is set.\n   *\/\n  @name(\"scalanative_TF_TryEvaluateConstant\")\n  def TF_TryEvaluateConstant(graph: Ptr[TF_Graph],\n                             output: Ptr[TF_Output], \/\/ TF_output\n                             result: Ptr[Ptr[TF_Tensor]],\n                             status: Ptr[TF_Status]): CUnsignedChar = extern\n\n  \/**\n   * API for driving Graph execution.\n   *\/\n  type TF_Session = CStruct0\n\n  \/**\n   * Return a new execution session with the associated graph, or NULL on\n   * error. Does not take ownership of any input parameters.\n   *\n   * *`graph` must be a valid graph (not deleted or nullptr). `graph` will be be\n   * kept alive for the lifetime of the returned TF_Session. New nodes can still\n   * be added to `graph` after this call.\n   *\/\n  def TF_NewSession(graph: Ptr[TF_Graph],\n                    opts: Ptr[TF_SessionOptions],\n                    status: Ptr[TF_Status]): Ptr[TF_Session] = extern\n\n  \/**\n   * This function creates a new TF_Session (which is created on success) using\n   * `session_options`, and then initializes state (restoring tensors and other\n   * assets) using `run_options`.\n   *\n   * Any NULL and non-NULL value combinations for (`run_options, `meta_graph_def`)\n   * are valid.\n   *\n   * - `export_dir` must be set to the path of the exported SavedModel.\n   * - `tags` must include the set of tags used to identify one MetaGraphDef in\n   *    the SavedModel.\n   * - `graph` must be a graph newly allocated with TF_NewGraph().\n   *\n   * If successful, populates `graph` with the contents of the Graph and\n   * `meta_graph_def` with the MetaGraphDef of the loaded model.\n   *\/\n  def TF_LoadSessionFromSavedModel(session_options: Ptr[TF_SessionOptions],\n                                   run_options: Ptr[TF_Buffer],\n                                   export_dir: CString,\n                                   tags: Ptr[CString],\n                                   tags_len: CInt,\n                                   graph: Ptr[TF_Graph],\n                                   meta_graph_def: Ptr[TF_Buffer],\n                                   status: Ptr[TF_Status]): Ptr[TF_Session] =\n    extern\n\n  \/**\n   * Close a session.\n   *\n   * Contacts any other processes associated with the session, if applicable.\n   * May not be called after TF_DeleteSession().\n   *\/\n  def TF_CloseSession(session: Ptr[TF_Session], status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Destroy a session object.\n   *\n   * Even if error information is recorded in *status, this call discards all\n   * local resources associated with the session.  The session may not be used\n   * during or after this call (and the session drops its reference to the\n   * corresponding graph).\n   *\/\n  def TF_DeleteSession(session: Ptr[TF_Session], status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Run the graph associated with the session starting with the supplied inputs\n   * (inputs[0,ninputs-1] with corresponding values in input_values[0,ninputs-1]).\n   *\n   * Any NULL and non-NULL value combinations for (`run_options`,\n   * `run_metadata`) are valid.\n   *\n   *    - `run_options` may be NULL, in which case it will be ignored; or\n   *      non-NULL, in which case it must point to a `TF_Buffer` containing the\n   *      serialized representation of a `RunOptions` protocol buffer.\n   *    - `run_metadata` may be NULL, in which case it will be ignored; or\n   *      non-NULL, in which case it must point to an empty, freshly allocated\n   *      `TF_Buffer` that may be updated to contain the serialized representation\n   *      of a `RunMetadata` protocol buffer.\n   *\n   * The caller retains ownership of `input_values` (which can be deleted using\n   * TF_DeleteTensor). The caller also retains ownership of `run_options` and\/or\n   * `run_metadata` (when not NULL) and should manually call TF_DeleteBuffer on\n   * them.\n   *\n   * On success, the tensors corresponding to outputs[0,noutputs-1] are placed in\n   * output_values[]. Ownership of the elements of output_values[] is transferred\n   * to the caller, which must eventually call TF_DeleteTensor on them.\n   *\n   * On failure, output_values[] contains NULLs.\n   *\/\n  def TF_SessionRun(session: Ptr[TF_Session],\n                    \/\/  RunOptions\n                    run_options: Ptr[TF_Buffer],\n                    \/\/ Input tensors\n                    inputs: Ptr[TF_Output],\n                    input_values: Ptr[Ptr[TF_Tensor]],\n                    ninputs: CInt,\n                    \/\/ Output tensors\n                    outputs: Ptr[TF_Output],\n                    output_values: Ptr[Ptr[TF_Tensor]],\n                    noutputs: CInt,\n                    \/\/ Target operations\n                    target_opers: Ptr[Ptr[TF_Operation]],\n                    ntargets: CInt,\n                    \/\/ RunMetadata\n                    run_metadata: Ptr[TF_Buffer],\n                    \/\/ Output status\n                    status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Set up the graph with the intended feeds (inputs) and fetches (outputs) for a\n   * sequence of partial run calls.\n   *\n   * On success, returns a handle that is used for subsequent PRun calls. The\n   * handle should be deleted with TF_DeletePRunHandle when it is no longer\n   * needed.\n   *\n   * On failure, out_status contains a tensorflow::Status with an error\n   * message. *handle is set to nullptr.\n   *\/\n  def TF_SessionPRunSetup(session: Ptr[TF_Session],\n                          \/\/ Input names\n                          inputs: Ptr[TF_Output],\n                          ninputs: CInt,\n                          \/\/ Output names\n                          outputs: Ptr[TF_Output],\n                          noutputs: CInt,\n                          \/\/ Target operations\n                          target_opers: Ptr[Ptr[TF_Operation]],\n                          ntargets: CInt,\n                          \/\/ Output handle\n                          handle: Ptr[CString],\n                          \/\/ Output status\n                          status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Continue to run the graph with additional feeds and fetches. The\n   * execution state is uniquely identified by the handle.\n   *\/\n  def TF_SessionPRun(session: Ptr[TF_Session],\n                     handle: CString,\n                     \/\/ Input tensors\n                     inputs: Ptr[TF_Output],\n                     input_values: Ptr[Ptr[TF_Tensor]],\n                     ninputs: CInt,\n                     \/\/ Output tensors\n                     outputs: Ptr[TF_Output],\n                     output_values: Ptr[Ptr[TF_Tensor]],\n                     noutputs: CInt,\n                     \/\/ Target operations\n                     target_opers: Ptr[Ptr[TF_Operation]],\n                     ntargets: CInt,\n                     \/\/ Output status\n                     status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Deletes a handle allocated by TF_SessionPRunSetup.\n   * Once called, no more calls to TF_SessionPRun should be made.\n   *\/\n  def TF_DeletePRunHandle(handle: CString): Unit = extern\n\n  \/**\n   * The deprecated session API.  Please switch to the above instead of\n   * TF_ExtendGraph(). This deprecated API can be removed at any time without\n   * notice.\n   *\/\n  type TF_DeprecatedSession = CStruct0\n\n  \/**\n   *\n   *\/\n  def TF_NewDeprecatedSession(\n      sessionOptions: Ptr[TF_SessionOptions],\n      status: Ptr[TF_Status]): Ptr[TF_DeprecatedSession] = extern\n\n  \/**\n   *\n   *\/\n  def TF_CloseDeprecatedSession(deprecatedSession: Ptr[TF_DeprecatedSession],\n                                status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_DeleteDeprecatedSession(deprecatedSession: Ptr[TF_DeprecatedSession],\n                                 status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *\n   *\/\n  def TF_Reset(opt: Ptr[TF_SessionOptions],\n               containers: Ptr[CString],\n               ncontainers: CInt,\n               status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   *  Treat the bytes proto[0,proto_len-1] as a serialized GraphDef and\n   * add the nodes in that GraphDef to the graph for the session.\n   *\n   * Prefer use of TF_Session and TF_GraphImportGraphDef over this.\n   *\/\n  def TF_ExtendGraph(deprecatedSession: Ptr[TF_DeprecatedSession],\n                     proto: Ptr[Byte],\n                     proto_len: CSize,\n                     status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * See TF_SessionRun() above.\n   *\/\n  def TF_Run(deprecatedSession: Ptr[TF_DeprecatedSession],\n             run_options: Ptr[TF_Buffer],\n             input_names: Ptr[CString],\n             inputs: Ptr[Ptr[TF_Tensor]],\n             ninputs: CInt,\n             output_names: Ptr[CString],\n             outputs: Ptr[Ptr[TF_Tensor]],\n             noutputs: CInt,\n             target_oper_names: Ptr[CString],\n             ntargets: CInt,\n             run_metadata: Ptr[TF_Buffer],\n             status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * See TF_SessionPRunSetup() above.\n   *\/\n  def TF_PRunSetup(deprecatedSession: Ptr[TF_DeprecatedSession],\n                   input_names: Ptr[CString],\n                   ninputs: CInt,\n                   output_names: Ptr[CString],\n                   noutputs: CInt,\n                   target_oper_names: Ptr[CString],\n                   ntargets: CInt,\n                   handle: Ptr[CString],\n                   status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * See TF_SessionPRun above.\n   *\/\n  def TF_PRun(deprecatedSession: Ptr[TF_DeprecatedSession],\n              handle: CString,\n              input_names: Ptr[CString],\n              inputs: Ptr[Ptr[TF_Tensor]],\n              ninputs: CInt,\n              output_names: Ptr[CString],\n              outputs: Ptr[Ptr[TF_Tensor]],\n              noutputs: CInt,\n              target_oper_names: Ptr[CString],\n              ntargets: CInt,\n              status: Ptr[TF_Status]): Unit = extern\n\n  type TF_DeviceList = CStruct0\n\n  \/**\n   * Lists all devices in a TF_Session.\n   *\n   * Caller takes ownership of the returned TF_DeviceList* which must eventually\n   * be freed with a call to TF_DeleteDeviceList.\n   *\/\n  def TF_SessionListDevices(session: Ptr[TF_Session],\n                            status: Ptr[TF_Status]): Ptr[TF_DeviceList] = extern\n\n  \/**\n   * Lists all devices in a TF_Session.\n   *\n   * Caller takes ownership of the returned TF_DeviceList* which must eventually\n   * be freed with a call to TF_DeleteDeviceList.\n   *\/\n  def TF_DeprecatedSessionListDevices(\n      session: Ptr[TF_DeprecatedSession],\n      status: Ptr[TF_Status]): Ptr[TF_DeviceList] = extern\n\n  \/**\n   * Deallocates the device list.\n   *\/\n  def TF_DeleteDeviceList(list: Ptr[TF_DeviceList]): Unit = extern\n\n  \/**\n   * Counts the number of elements in the device list.\n   *\/\n  def TF_DeviceListCount(list: Ptr[TF_DeviceList]): CInt = extern\n\n  \/**\n   * Retrieves the full name of the device (e.g. \/job:worker\/replica:0\/...)\n   * The return value will be a pointer to a null terminated string. The caller\n   * must not modify or delete the string. It will be deallocated upon a call to\n   * TF_DeleteDeviceList.\n   *\n   * If index is out of bounds, an error code will be set in the status object,\n   * and a null pointer will be returned.\n   *\/\n  def TF_DeviceListName(list: Ptr[TF_DeviceList],\n                        index: CInt,\n                        status: Ptr[TF_Status]): CString = extern\n\n  \/**\n   * Retrieves the type of the device at the given index.\n   *\n   * The caller must not modify or delete the string. It will be deallocated upon\n   * a call to TF_DeleteDeviceList.\n   *\n   * If index is out of bounds, an error code will be set in the status object,\n   * and a null pointer will be returned.\n   *\/\n  def TF_DeviceListType(list: Ptr[TF_DeviceList],\n                        index: CInt,\n                        status: Ptr[TF_Status]): CString = extern\n\n  \/**\n   * Retrieve the amount of memory associated with a given device.\n   *\n   * If index is out of bounds, an error code will be set in the status object,\n   * and -1 will be returned.\n   *\/\n  def TF_DeviceListMemoryBytes(list: Ptr[TF_DeviceList],\n                               index: CInt,\n                               status: Ptr[TF_Status]): int64_t = extern\n\n  \/**\n   * Retrieve the incarnation number of a given device.\n   *\n   * If index is out of bounds, an error code will be set in the status object,\n   * and 0 will be returned.\n   *\/\n  def TF_DeviceListIncarnation(list: Ptr[TF_DeviceList],\n                               index: CInt,\n                               status: Ptr[TF_Status]): uint64_t = extern\n\n  \/\/ Load plugins containing custom ops and kernels\n\n  \/**\n   * TF_Library holds information about dynamically loaded TensorFlow plugins.\n   *\/\n  type TF_Library = CStruct0\n\n  \/**\n   *  Load the library specified by library_filename and register the ops and\n   * kernels present in that library.\n   *\n   * Pass \"library_filename\" to a platform-specific mechanism for dynamically\n   * loading a library. The rules for determining the exact location of the\n   * library are platform-specific and are not documented here.\n   *\n   * On success, place OK in status and return the newly created library handle.\n   * The caller owns the library handle.\n   *\n   * On failure, place an error status in status and return NULL.\n   *\/\n  def TF_LoadLibrary(library_filename: CString,\n                     status: Ptr[TF_Status]): Ptr[TF_Library] = extern\n\n  \/**\n   * Get the OpList of OpDefs defined in the library pointed by lib_handle.\n   *\n   * Returns a TF_Buffer. The memory pointed to by the result is owned by\n   * lib_handle. The data in the buffer will be the serialized OpList proto for\n   * ops defined in the library.\n   *\/\n  def TF_GetOpList(lib_handle: Ptr[TF_Library]): TF_Buffer = extern\n\n  \/**\n   * Frees the memory associated with the library handle.\n   * Does NOT unload the library.\n   *\/\n  def TF_DeleteLibraryHandle(lib_handle: Ptr[TF_Library]): Unit = extern\n\n  \/**\n   * Get the OpList of all OpDefs defined in this address space.\n   * Returns a TF_Buffer, ownership of which is transferred to the caller\n   * (and can be freed using TF_DeleteBuffer).\n   *\n   * The data in the buffer will be the serialized OpList proto for ops registered\n   * in this address space.\n   *\/\n  def TF_GetAllOpList(): Ptr[TF_Buffer] = extern\n\n  \/**\n   * TF_ApiDefMap encapsulates a collection of API definitions for an operation.\n   *\n   * This object maps the name of a TensorFlow operation to a description of the\n   * API to generate for it, as defined by the ApiDef protocol buffer (\n   * https:\/\/www.tensorflow.org\/code\/tensorflow\/core\/framework\/api_def.proto)\n   *\n   * The ApiDef messages are typically used to generate convenience wrapper\n   * functions for TensorFlow operations in various language bindings.\n   *\/\n  type TF_ApiDefMap = CStruct0\n\n  \/**\n   * Creates a new TF_ApiDefMap instance.\n   *\n   * Params:\n   *  op_list_buffer - TF_Buffer instance containing serialized OpList\n   *    protocol buffer. (See\n   *    https:\/\/www.tensorflow.org\/code\/tensorflow\/core\/framework\/op_def.proto\n   *    for the OpList proto definition).\n   * status - Set to OK on success and an appropriate error on failure.\n   *\/\n  def TF_NewApiDefMap(op_list_buffer: Ptr[TF_Buffer],\n                      status: Ptr[TF_Status]): Ptr[TF_ApiDefMap] = extern\n\n  \/**\n   * Deallocates a TF_ApiDefMap.\n   *\/\n  def TF_DeleteApiDefMap(apimap: Ptr[TF_ApiDefMap]): Unit = extern\n\n  \/**\n   * Add ApiDefs to the map.\n   *\n   * `text` corresponds to a text representation of an ApiDefs protocol message.\n   * (https:\/\/www.tensorflow.org\/code\/tensorflow\/core\/framework\/api_def.proto).\n   *\n   * The provided ApiDefs will be merged with existing ones in the map, with\n   * precedence given to the newly added version in case of conflicts with\n   * previous calls to TF_ApiDefMapPut.\n   *\/\n  def TF_ApiDefMapPut(api_def_map: Ptr[TF_ApiDefMap],\n                      text: CString,\n                      text_len: CSize,\n                      status: Ptr[TF_Status]): Unit = extern\n\n  \/**\n   * Returns a serialized ApiDef protocol buffer for the TensorFlow operation\n   * named `name`.\n   *\/\n  def TF_ApiDefMapGet(api_def_map: Ptr[TF_ApiDefMap],\n                      name: CString,\n                      name_len: CSize,\n                      status: Ptr[TF_Status]): Ptr[TF_Buffer] = extern\n\n  \/\/ Kernel definition information.\n\n  \/**\n   *  Returns a serialized KernelList protocol buffer containing KernelDefs for all\n   * registered kernels.\n   *\/\n  def TF_GetAllRegisteredKernels(status: Ptr[TF_Status]): Ptr[TF_Buffer] =\n    extern\n\n  \/**\n   * Returns a serialized KernelList protocol buffer containing KernelDefs for all\n   * kernels registered for the operation named `name`.\n   *\/\n  def TF_GetRegisteredKernelsForOp(name: CString,\n                                   status: Ptr[TF_Status]): Ptr[TF_Buffer] =\n    extern\n\n  \/**\n   * In-process TensorFlow server functionality, for use in distributed training.\n   * A Server instance encapsulates a set of devices and a Session target that\n   * can participate in distributed training. A server belongs to a cluster\n   * (specified by a ClusterSpec), and corresponds to a particular task in a\n   * named job. The server can communicate with any other server in the same\n   * cluster.\n   *\n   * In-process TensorFlow server.\n   *\/\n  type TF_Server = CStruct0\n\n  \/**\n   * Creates a new in-process TensorFlow server configured using a serialized\n   * ServerDef protocol buffer provided via `proto` and `proto_len`.\n   *\n   * The server will not serve any requests until TF_ServerStart is invoked.\n   * The server will stop serving requests once TF_ServerStop or\n   * TF_DeleteServer is invoked.\n   *\/\n  def TF_NewServer(proto: Ptr[Byte],\n                   proto_len: CSize,\n                   status: Ptr[TF_Status]): Ptr[TF_Server] = extern\n\n  \/**\n   * Starts an in-process TensorFlow server.\n   *\/\n  def TF_ServerStart(server: Ptr[TF_Server], status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Stops an in-process TensorFlow server.\n   *\/\n  def TF_ServerStop(server: Ptr[TF_Server], status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Blocks until the server has been successfully stopped (via TF_ServerStop or\n   * TF_ServerClose).\n   *\/\n  def TF_ServerJoin(server: Ptr[TF_Server], status: Ptr[TF_Status]): Unit =\n    extern\n\n  \/**\n   * Returns the target string that can be provided to TF_SetTarget() to connect\n   * a TF_Session to `server`.\n   *\n   * The returned string is valid only until TF_DeleteServer is invoked.\n   *\/\n  def TF_ServerTarget(server: Ptr[TF_Server]): CString = extern\n\n  \/**\n   * Destroy an in-process TensorFlow server, frees memory. If server is running\n   * it will be stopped and joined.\n   *\/\n  def TF_DeleteServer(server: Ptr[TF_Server]): Unit = extern\n}\n\nimport tensorflow._\n\nobject tensorflowOps {\n\n  implicit class TF_Buffer_ops(val p: Ptr[TF_Buffer]) extends AnyVal {\n    def data: Ptr[Byte]                                     = p._1\n    def data_=(value: Ptr[Byte]): Unit                      = p._1 = value\n    def length: CSize                                       = p._2\n    def length_=(value: CSize): Unit                        = p._2 = value\n    def data_deallocator: CFuncPtr2[Ptr[Byte], CSize, Unit] = p._3\n    def data_deallocator_=(value: CFuncPtr2[Ptr[Byte], CSize, Unit]): Unit =\n      p._3 = value\n  }\n\n  def TF_Buffer()(implicit z: Zone): Ptr[TF_Buffer] =\n    alloc[TF_Buffer]\n\n  implicit class TF_Input_ops(val p: Ptr[TF_Input]) extends AnyVal {\n    def oper: Ptr[TF_Operation]                = p._1\n    def oper_=(value: Ptr[TF_Operation]): Unit = p._1 = value\n    def index: CInt                            = p._2\n    def index_=(value: CInt): Unit             = p._2 = value\n  }\n\n  def TF_Input()(implicit z: Zone): Ptr[TF_Input] =\n    alloc[TF_Input]\n\n  implicit class TF_Output_ops(val p: Ptr[TF_Output]) extends AnyVal {\n    def oper: Ptr[TF_Operation]                = p._1\n    def oper_=(value: Ptr[TF_Operation]): Unit = p._1 = value\n    def index: CInt                            = p._2\n    def index_=(value: CInt): Unit             = p._2 = value\n  }\n\n  def TF_Output()(implicit z: Zone): Ptr[TF_Output] =\n    alloc[TF_Output]\n\n  implicit class TF_AttrMetadata_ops(val p: Ptr[TF_AttrMetadata])\n      extends AnyVal {\n    def is_list: CUnsignedChar                = p._1\n    def is_list_=(value: CUnsignedChar): Unit = p._1 = value\n    def list_size: int64_t                    = p._2\n    def list_size_=(value: int64_t): Unit     = p._2 = value\n    def `type`: TF_AttrType                   = p._3\n    def `type_=`(value: TF_AttrType): Unit    = p._3 = value\n    def total_size: int64_t                   = p._4\n    def total_size_=(value: int64_t): Unit    = p._4 = value\n  }\n\n  def TF_AttrMetadata()(implicit z: Zone): Ptr[TF_AttrMetadata] =\n    alloc[TF_AttrMetadata]\n\n  implicit class TF_WhileParams_ops(val p: Ptr[TF_WhileParams]) extends AnyVal {\n    def ninputs: CInt                               = p._1\n    def ninputs_=(value: CInt): Unit                = p._1 = value\n    def cond_graph: Ptr[TF_Graph]                   = p._2\n    def cond_graph_=(value: Ptr[TF_Graph]): Unit    = p._2 = value\n    def cond_inputs: Ptr[TF_Output]                 = p._3\n    def cond_inputs_=(value: Ptr[TF_Output]): Unit  = p._3 = value\n    def cond_output: Ptr[TF_Output]                 = p._4 \/\/ TF_output\n    def cond_output_=(value: Ptr[TF_Output]): Unit  = p._4 = value \/\/ TF_output\n    def body_graph: Ptr[TF_Graph]                   = p._5\n    def body_graph_=(value: Ptr[TF_Graph]): Unit    = p._5 = value\n    def body_inputs: Ptr[TF_Output]                 = p._6\n    def body_inputs_=(value: Ptr[TF_Output]): Unit  = p._6 = value\n    def body_outputs: Ptr[TF_Output]                = p._7\n    def body_outputs_=(value: Ptr[TF_Output]): Unit = p._7 = value\n    def name: CString                               = p._8\n    def name_=(value: CString): Unit                = p._8 = value\n  }\n\n  def TF_WhileParams()(implicit z: Zone): Ptr[TF_WhileParams] =\n    alloc[TF_WhileParams]\n}\n"}
{"repo_name":"scala-steward\/stensorflow","path":"project\/plugins.sbt","text":"<gh_stars>0\nresolvers += Resolver.sonatypeRepo(\"snapshots\")\n\n\/\/ Current release 0.4.0-M2\naddSbtPlugin(\"org.scala-native\" % \"sbt-scala-native\" % \"0.4.0-SNAPSHOT\")\naddSbtPlugin(\"com.geirsson\"     % \"sbt-ci-release\"   % \"1.5.3\")\n"}
{"repo_name":"scala-steward\/stensorflow","path":"build.sbt","text":"addCommandAlias(\"run\", \"stensorflow\/run\")\n\nlazy val prevVersion = \"0.1.0\"\nlazy val nextVersion = \"0.1.0\"\n\nlazy val scala211 = \"2.11.12\"\n\nscalaVersion := scala211\n\ninThisBuild(\n  List(\n    description := \"TensorFlow Interface for Scala Native\",\n    organization := \"org.ekrich\",\n    homepage := Some(url(\"https:\/\/github.com\/ekrich\/stensorflow\")),\n    licenses := List(\n      \"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\n        id = \"ekrich\",\n        name = \"<NAME>\",\n        email = \"<EMAIL>\",\n        url = url(\"http:\/\/github.ekrich.org\/\")\n      )\n    ),\n    version := dynverGitDescribeOutput.value.mkVersion(versionFmt, \"\"),\n    dynver := sbtdynver.DynVer\n      .getGitDescribeOutput(new java.util.Date)\n      .mkVersion(versionFmt, \"\")\n  ))\n\n\/\/ stable snapshot is not great for publish local\ndef versionFmt(out: sbtdynver.GitDescribeOutput): String = {\n  val tag = out.ref.dropV.value\n  if (out.isCleanAfterTag) tag\n  else nextVersion + \"-SNAPSHOT\"\n}\n\nlazy val commonSettings = Seq(\n  addCompilerPlugin(\n    \"org.scala-native\" % \"junit-plugin\" % \"0.4.0-SNAPSHOT\" cross CrossVersion.full),\n  libraryDependencies += \"org.scala-native\" %%% \"junit-runtime\" % \"0.4.0-SNAPSHOT\",\n  testOptions += Tests.Argument(TestFrameworks.JUnit, \"-a\", \"-s\", \"-v\"),\n  scalaVersion := scala211,\n  logLevel := Level.Info, \/\/ Info, Debug\n  nativeLinkStubs := true\n\/\/  nativeMode := \"release-fast\"\n)\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(\n    name := \"stensorflow-root\",\n    publish \/ skip := true,\n    doc \/ aggregate := false,\n    doc := (stensorflow \/ Compile \/ doc).value,\n    packageDoc \/ aggregate := false,\n    packageDoc := (stensorflow \/ Compile \/ packageDoc).value\n  )\n  .aggregate(stensorflow)\n\nlazy val stensorflow = project\n  .in(file(\"stensorflow\"))\n  .settings(\n    commonSettings\n  )\n  .enablePlugins(ScalaNativePlugin)\n"}
{"repo_name":"bigwheel\/case-class-expand-and-apply","path":"build.sbt","text":"name := \"case-class-expand-and-apply\"\norganization := \"com.github.bigwheel\"\nversion := \"1.0.2\"\nscalaVersion := \"2.12.7\"\n\ncrossScalaVersions := Seq(\"2.12.7\", \"2.13.0-M5\")\n\nlibraryDependencies ++= Seq(\n  \"com.chuusai\" %% \"shapeless\" % \"2.3.3\",\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.+\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.+\" % \"test\",\n)\n\nenablePlugins(spray.boilerplate.BoilerplatePlugin)\n\n\/\/ about maven publish\npublishMavenStyle := true\npublishTo := sonatypePublishTo.value\npublishArtifact in Test := false\n\nimport xerial.sbt.Sonatype._\nsonatypeProjectHosting := Some(GitHubHosting(\"bigwheel\", name.value, \"k.bigwheel\", \"<EMAIL>\"))\nlicenses := Seq(\"MIT license\" -> url(homepage.value.get.toString + \"\/blob\/master\/LICENSE\"))\n"}
{"repo_name":"bigwheel\/case-class-expand-and-apply","path":"src\/test\/scala\/com\/github\/bigwheel\/expandandapply\/ExpandAndApplySpec.scala","text":"package com.github.bigwheel.expandandapply\n\nimport org.scalatest._\n\nclass ExpandAndApplySpec extends FunSpec with Matchers {\n\n  private[this] def itemDescription(name: String, yen: Int): String = s\"$name: ${yen}yen\"\n  private[this] case class Item(name: String, yen: Int)\n  private[this] val cola = Item(\"cola\", 120)\n\n  describe(\"expandAndApply\") {\n    it (\"should works correctly\") {\n      (itemDescription _).expandAndApply(cola) should be(\"cola: 120yen\")\n    }\n  }\n\n  describe(\"expandAndPipe\") {\n    it (\"should works correctly\") {\n      cola.expandAndPipe(itemDescription _) should be(\"cola: 120yen\")\n    }\n  }\n\n}\n"}
{"repo_name":"bigwheel\/case-class-expand-and-apply","path":"project\/plubins.sbt","text":"addSbtPlugin(\"io.spray\" % \"sbt-boilerplate\" % \"0.6.1\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.3\")\n"}
{"repo_name":"zenixan\/sbt-text-filter","path":"build.sbt","text":"<reponame>zenixan\/sbt-text-filter\nname := \"Text Filter\"\norganization := \"org.eu.fuzzy\"\ndescription := \"SBT plugin to replace variables in resource files.\"\nversion := \"0.0.1\"\n\n\/\/\n\/\/ License details\n\/\/\nlicenses := Seq(\n  (\"MIT License\", url(\"https:\/\/spdx.org\/licenses\/MIT.html\"))\n)\n\ndevelopers := List(\n  Developer(\"zenixan\", \"<NAME>\", \"<EMAIL>\", url(\"https:\/\/fuzzy.eu.org\"))\n)\n\n\/\/\n\/\/ Other project settings\n\/\/\nnormalizedName := \"sbt-text-filter\"\nhomepage := Some(url(\"https:\/\/github.com\/zenixan\/sbt-text-filter\"))\nstartYear := Some(2017)\n\n\/\/\n\/\/ Build\/Publish settings\n\/\/\nsbtPlugin := true\npublishMavenStyle := false"}
{"repo_name":"zenixan\/sbt-text-filter","path":"src\/main\/scala\/org\/eu\/fuzzy\/sbt\/TextFilterPlugin.scala","text":"package org.eu.fuzzy.sbt\n\nimport sbt.Keys._\nimport sbt._\nimport Def.Initialize\n\nimport scala.util.matching.Regex\n\n\/**\n * This plugin substitutes variables in resource files by values from the environment\/system or project properties.\n *\n * === Settings ===\n * The plugin injects a main task '''textFilter''' into the system task '''products''' and provides the following settings:\n *  - '''textFilterExtensions''' \u2014 a list of file's extensions that will be filtered, e.g.: `.xml`, `.properties`\n *  - '''textFilterPattern''' \u2014 a regular expression to replace variables in the resource file.\n *  An expression must contains one capturing group with a name of variable, e.g. `\\\\$\\{(.+?)\\}`\n *  - '''textFilterEscape''' \u2014 a printf-style format string to escape an variable.\n *  An expression must contains one format specifier '''%s''' which will be replaced by a pattern of variable,\n *  e.g. `\\\\?%s`\n *\n * === Properties ===\n * The plugin provides the following predefined properties:\n *  - Environment variables can be referenced using the '''env.*''' prefix, e.g. `\\${env.HOME}`.\n *  - Java system properties can be referenced using the '''sys.*''' prefix, e.g. `\\${sys.java.class.path}`.\n *  - Project properties can be referenced without any prefixes, e.g. `\\${organization}`.\n *\n * @see [[http:\/\/maven.apache.org\/plugins\/maven-resources-plugin\/examples\/filter.html Maven's resource filtering]]\n *\n * @note SPDX-License-Identifier: MIT\n *\/\nobject TextFilterPlugin extends AutoPlugin {\n\n  override def requires = sbt.plugins.JvmPlugin\n  override def trigger = allRequirements\n\n  \/**\n   * Provides a main task of plugin with settings.\n   *\/\n  object autoImport {\n    val textFilterExtensions = settingKey[Seq[String]](\"A list of file's extensions which will be filtered.\")\n    val textFilterPattern = settingKey[String](\"A regular expression to replace variables in the resource file.\")\n    val textFilterEscape = settingKey[String](\"A printf-style format string to escape an variable.\")\n    val textFilter = taskKey[Seq[(File, File)]](\"Replace variables in resource files.\")\n  }\n\n  import autoImport._\n\n  \/**\n   * A set of default settings of plugin.\n   *\/\n  lazy val baseSettings: Seq[Def.Setting[_]] = Seq(\n    textFilter := task(textFilter).value,\n    textFilterExtensions in textFilter := List(\".xml\", \".properties\"),\n    textFilterPattern in textFilter := \"\"\"\\$\\{(.+?)\\}\"\"\",\n    textFilterEscape in textFilter := \"\"\"\\\\?%s\"\"\"\n  )\n\n  override val projectSettings = inConfig(Compile)(baseSettings) ++ inConfig(Test)(baseSettings) ++\n    Seq(products in Compile := (products in Compile).dependsOn(textFilter in Compile).value) ++\n    Seq(products in Test := (products in Test).dependsOn(textFilter in Test).value)\n\n  \/**\n   * Returns a task that replaces variables in resources files.\n   *\/\n  def task(key: TaskKey[Seq[(File, File)]]): Initialize[Task[Seq[(File, File)]]] = Def.task {\n    implicit val logger = streams.value.log\n\n    val resourceFiles = copyResources.value.filter {\n      case (source, _) => hasFilteredExtension(source, (textFilterExtensions in key).value)\n    }\n\n    if (resourceFiles.nonEmpty) {\n      val pattern = new Regex(\n        (textFilterEscape in key).value.format(\"(\" + (textFilterPattern in key).value) + \")\"\n      )\n      val properties = getAllProperties(buildStructure.value.data.data)\n\n      printBanner(resourceFiles)\n      resourceFiles.foreach { case (source, destination) =>\n        replaceVariables(source, destination, pattern, properties)\n      }\n    }\n\n    resourceFiles\n  }\n\n  \/**\n   * Prints a banner of main task.\n   *\/\n  private def printBanner(files: Seq[(File, File)])(implicit logger: Logger): Unit = {\n    val count = plural(files.length, \"resource file\")\n    val commonTargetFolder = files\n      .map { case (_, destination) => destination.toString }\n      .reduceLeftOption { (path1, path2) => findCommonPath(path1, path2) }\n\n    if (commonTargetFolder.isDefined)\n      logger.info(s\"Filtering ${count} to ${commonTargetFolder.get}\")\n    else\n      logger.info(s\"Filtering ${count}\")\n  }\n\n  \/**\n   * Replaces variables in the specified resource file.\n   *\/\n  private def replaceVariables(source: File, destination: File, pattern: Regex, properties: Map[String, String])\n                              (implicit logger: Logger): Unit = {\n    import sys.error\n    import Regex.quoteReplacement\n\n    val replacer = (m: Regex.Match) => {\n      val variable = m.group(2)\n      val matched = m.matched\n      if (matched.length == m.group(1).length)\n        quoteReplacement(properties.getOrElse(variable, error(\"Unknown variable: \" + variable)))\n      else\n        quoteReplacement(matched.substring(1))\n    }\n\n    logger.debug(\"Filtering \" + source + \" to \" + destination)\n    val content = IO.read(source)\n    val filteredContent = pattern.replaceAllIn(content, replacer)\n    IO.write(destination, filteredContent)\n  }\n\n  \/**\n   * Returns a set of project\/environments properties which will be used to substitute variables.\n   *\/\n  private def getAllProperties(settings: Map[Scope, AttributeMap]): Map[String, String] = {\n    val envProperties = sys.env.map { case (key, value) => (\"env.\" + key, value) }\n    val sysProperties = sys.props.map { case (key, value) => (\"sys.\" + key, value) }\n    val projectProperties = getProjectProperties(settings)\n    envProperties ++ sysProperties ++ projectProperties\n  }\n\n  \/**\n   * Returns a set of scalar properties where project properties from the Global scope will have a lower priority.\n   *\/\n  private def getProjectProperties(settings: Map[Scope, AttributeMap]): Map[String, String] = settings\n    .filter { case (scope, _) => scope.config == Global && scope.task == Global }\n    .foldLeft(Map.empty[String, String]) { (unique, current) =>\n      current match {\n        case (scope, settings) => unique ++ settings.entries\n          .filter { setting => isScalar(setting.value) }\n          .filter { setting => !unique.contains(setting.key.label) || scope.project != Global }\n          .map { setting => (setting.key.label, setting.value.toString) }\n      }\n    }\n\n  \/**\n   * Returns a plural or singular form of word which depends on specified number.\n   *\/\n  private def plural(number: Integer, singular: String, plural: String = \"s\"): String =\n    if (number == 1)\n      number + \" \" + singular\n    else\n      number + \" \" + singular + plural\n\n  \/**\n   * Checks whether the specified value is a scalar value, i.e. string, number, boolean or character.\n   *\/\n  private def isScalar(value: Any): Boolean =\n    value.isInstanceOf[Number] || value.isInstanceOf[String] ||\n      value.isInstanceOf[Boolean] || value.isInstanceOf[Char]\n\n  \/**\n   * Checks whether the file has extension from the specified list.\n   *\/\n  private def hasFilteredExtension(file: File, extensions: Seq[String]): Boolean = {\n    val fileName = file.toString.toLowerCase\n    extensions.exists { fileName.endsWith(_) }\n  }\n\n  \/**\n   * Returns a common directory path for the specified file names.\n   *\/\n  private def findCommonPath(filename1: String, filename2: String): String = {\n    import scala.math.min\n    import java.io.File\n\n    val commonSubstring = for {\n      i <- (min(filename1.length(), filename2.length()) to 0 by -1).view\n      if filename2.startsWith(filename1.substring(0, i))\n      if filename2.charAt(i) == File.separatorChar\n    } yield filename1.substring(0, i)\n\n    commonSubstring.headOption.getOrElse(\"\")\n  }\n\n}\n"}
{"repo_name":"netotz\/lenguajes","path":"Tarea 2\/Tiempo que ha vivido una persona\/Ejemplo\/Demo.scala","text":"<filename>Tarea 2\/Tiempo que ha vivido una persona\/Ejemplo\/Demo.scala<gh_stars>1-10\npackage Ejemplo\n\nimport java.text.SimpleDateFormat\nimport java.util.TimeZone\nimport java.util.TimeZone.getAvailableIDs\n\nobject Demo {\n  def isLeap(year: Int): Boolean ={\n    year % 4 == 0 && ( year % 400 == 0 || !( year % 100 == 0 ) )\n  }\n\n  def mesesDias(year: Int): Array[Int] ={\n    val meses = new Array[Int](12)\n    var bool = true\n    for(i <- 0 until 12){\n      if(i == 1){\n        if( isLeap(year) )\n          meses(i) = 29\n        else\n          meses(i) = 28\n      }\n      else{\n        if(i == 7)\n          bool = !bool\n\n        if(bool)\n          meses(i) = 31\n        else\n          meses(i) = 30\n      }\n      bool = !bool\n    }\n\n    meses\n  }\n\n  def contar(fecha: Array[Int]): Long = {\n    var dias = 0\n    for (year <- (fecha(0) - 1 to 1) by -1) {\n      if( isLeap(year) )\n        dias += 366\n      else\n        dias += 365\n    }\n\n    val meses = mesesDias(fecha(0))\n    for (mes <- 0 until fecha(1) - 1)\n      dias += meses(mes)\n\n    dias += fecha(2) - 1\n\n    var horas = dias*24\n    horas += fecha(3)\n\n    var min = horas*60\n    min += fecha(4)\n\n    var seg = min*60\n    seg += fecha(5)\n\n    seg\n  }\n\n  def validPosInt(buff: String): Boolean ={\n    try{\n      buff.toInt\n    }\n    catch{\n      case e: Exception => return false\n    }\n\n    if(buff.toInt < 0)\n      false\n    else\n      true\n  }\n\n  def pedirFecha(txt: String): Array[Int] ={\n    println(\"\")\n    var num = \"\"\n\n    var bool = true\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar a\u00f1o \" + txt + \": \")\n      if(validPosInt(num) && num.toInt > 0)\n        bool = false\n      else\n        println(\"\\tSolo a\u00f1os de la era com\u00fan (despu\u00e9s de Cristo).\\n\")\n    }\n    val year = num.toInt\n\n    bool = true\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar n\u00famero de mes \" + txt + \": \")\n      if(validPosInt(num) && num.toInt > 0 && num.toInt < 13)\n        bool = false\n      else\n        println(\"\\tMes no v\u00e1lido.\\n\")\n    }\n    val mes = num.toInt\n\n    bool = true\n    val meses = mesesDias(year)\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar d\u00eda del mes \" + txt + \": \")\n      if(validPosInt(num) && num.toInt > 0){\n        if(num.toInt <= meses(mes - 1) )\n          bool = false\n        else\n          println(\"\\tEl mes que ingres\u00f3 solo tiene \" + meses(mes  - 1) + \" d\u00edas.\\n\")\n      }\n      else\n        println(\"\\tEntrada no v\u00e1lida.\\n\")\n    }\n    val dia = num.toInt\n\n    bool = true\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar hora del d\u00eda \" + txt + \" en formato 24 horas: \")\n      if(validPosInt(num) && num.toInt < 24)\n        bool = false\n      else\n        println(\"\\tEntrada no v\u00e1lida.\\n\")\n    }\n    val hora = num.toInt\n\n    bool = true\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar minuto de la hora \" + txt + \": \")\n      if(validPosInt(num) && num.toInt < 60)\n        bool = false\n      else\n        println(\"\\tEntrada no v\u00e1lida.\\n\")\n    }\n    val min = num.toInt\n\n    bool = true\n    while(bool){\n      num = scala.io.StdIn.readLine(\"Ingresar segundo del minuto \" + txt + \": \")\n      if(validPosInt(num) && num.toInt < 60)\n        bool = false\n      else\n        println(\"\\tEntrada no v\u00e1lida.\\n\")\n    }\n    val seg = num.toInt\n\n    Array(year, mes, dia, hora, min, seg)\n  }\n\n  def pedirZona(txt: String): String ={\n    val zonas = getAvailableIDs\n\n    var zona = \"\"\n    do zona = scala.io.StdIn.readLine(\"Ingresar zona horaria \" + txt + \" (nombre en ingl\u00e9s): \") while(zona == \"\")\n\n    val regexp = (\"(?i)\" + zona.replaceAll(\" \", \"_\") ).r\n\n    zona = \"\"\n    var contador = 0\n    for(i <- zonas){\n      val x = regexp findFirstIn i\n      if(x.isDefined){\n        zona = i\n        contador += 1\n      }\n      if(contador > 1){\n        println(\"\\tSe encontr\u00f3 m\u00e1s de una coincidencia: por favor, sea m\u00e1s espec\u00edfico.\")\n        return \"\"\n      }\n    }\n    if(zona == \"\") println(\"\\tNo se encontraron coincidencias.\")\n    zona\n  }\n\n  def main(args: Array[String]): Unit ={\n    val formatter = new SimpleDateFormat(\"yyyy MM dd HH mm ss\")\n\n    var zi = \"\"\n    do zi = pedirZona(\"de nacimiento\") while(zi == \"\")\n    println(\"\\tHa escogido \" + zi)\n    formatter.setTimeZone(TimeZone getTimeZone zi)\n\n    var zf = \"\"\n    do zf = pedirZona(\"actual\") while(zf == \"\")\n    println(\"\\tHa escogido \" + zf)\n\n    var seg: Long = 0\n    do{\n      var ini = pedirFecha(\"de nacimiento\")\n\n      var str = \"\"\n      for(i <- 0 until 6){\n        str += ini(i)\n        if(i != 5) str += \" \"\n      }\n      val fecha = formatter parse str\n      formatter.setTimeZone(TimeZone getTimeZone zf)\n\n      ini = (formatter format fecha).split(\" \").map(_.toInt)\n\n      val fin = pedirFecha(\"actual\")\n\n      seg = contar(fin) - contar(ini)\n      if(seg <= 0) println(\"\\tLas fechas no concuerdan.\\n\")\n    }\n    while(seg <= 0)\n\n    val min = seg\/60.0\n    val hora = min\/60\n    val dia = hora\/24\n    println(\"\\nHa vivido:\")\n    println(\"\\t\" + dia.toInt + \" d\u00edas con \" + (hora%24).toInt + \" horas, \" + (min%60).toInt + \" minutos y \" + (seg%60).toInt + \" segundos.\")\n    println(\"\\t\" + dia + \" d\u00edas en total.\")\n    println(\"\\t\" + hora + \" horas en total.\")\n    println(\"\\t\" + min + \" minutos en total.\")\n    println(\"\\t\" + seg + \" segundos en total.\")\n  }\n}"}
{"repo_name":"lancearlaus\/blog-code-snippets","path":"src\/test\/scala\/ComplexTupleSpec.scala","text":"<gh_stars>0\nimport org.scalatest.{Matchers, WordSpec}\n\nclass ComplexTupleSpec extends WordSpec with Matchers {\n\n    import ComplexTuple._\n\n  \"ComplexTuple\" should {\n\n    \"add real\/imag to Tuples\" in {\n\n      val complex = (1, 2)\n\n      complex.real shouldBe 1\n      complex.imag shouldBe 2\n\n      val N = 8\n      val seq = for (real <- 1 to N; imag <- 1 to N) yield (real, imag)\n      val mapped = seq.map(c => c.real + c.imag)\n\n      mapped.sum shouldBe (2 * N * (((N + 1) * N) \/ 2))\n    }\n  }\n\n}\n"}
{"repo_name":"lancearlaus\/blog-code-snippets","path":"build.sbt","text":"name := \"blog-examples\"\n\norganization := \"com.lancearlaus\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.11.7\"\n\nscalacOptions ++= Seq(\"-deprecation\", \"-feature\")\n\nlibraryDependencies ++= Seq(\n\n  \"org.scalatest\"     %% \"scalatest\"   % \"2.2.1\" % \"test\"\n)\n\nhomepage := Some(url(\"https:\/\/github.com\/lancearlaus\/blog-examples\"))\n\nlicenses := Seq(\"Apache 2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\n\nmainClass in (Compile, run) := Some(\"Main\")"}
{"repo_name":"lancearlaus\/blog-code-snippets","path":"src\/main\/scala\/ComplexTuple.scala","text":"<reponame>lancearlaus\/blog-code-snippets\n\n\nobject ComplexTuple {\n\n  type Complex[T] = (T, T)\n\n  implicit class ComplexOps[T](val tuple: (T, T)) extends AnyVal {\n    def real = tuple._1\n    def imag = tuple._2\n  }\n\n}\n"}
{"repo_name":"Taig\/donut-progress","path":"version.sbt","text":"<reponame>Taig\/donut-progress\nversion := \"1.1.2\""}
{"repo_name":"Taig\/donut-progress","path":"build.sbt","text":"<reponame>Taig\/donut-progress\nenablePlugins( AndroidLib )\n\nautoScalaLibrary := false\n\ngithubProject := \"donut-progress\"\n\njavacOptions ++=\n    \"-source\" :: \"1.7\" ::\n    \"-target\" :: \"1.7\" ::\n    Nil\n\nlibraryDependencies ++=\n    \"com.android.support\" % \"appcompat-v7\" % \"27.1.1\" ::\n    Nil\n\nminSdkVersion := \"7\"\n\nname := \"donut-progress\"\n\norganization := \"io.taig.android\"\n\nplatformTarget := \"android-27\"\n\npublishArtifact in ( Compile, packageDoc ) := false\n\nscalacOptions ++=\n    \"-deprecation\" ::\n    \"-feature\" ::\n    Nil\n\ntargetSdkVersion := \"27\"\n\ntypedResources := false"}
{"repo_name":"chuvoks\/barray","path":"BArrayBench\/src\/main\/scala\/barray\/BArrayBenchmark.scala","text":"package barray\n\nimport com.google.caliper.SimpleBenchmark\nimport com.google.caliper.Runner\nimport com.google.caliper.Param\nimport rrbvector.{ Vector => RRBV }\nimport scala.util.Random\nimport java.lang.Class\nimport scala.collection.mutable.WrappedArray\n\nclass BArrayBenchmark extends SimpleBenchmark {\n\n  \/\/ var gr = ( 1 + math.sqrt(5) ) \/ 2; (0 to 24 by 2).map(a => math.round(math.pow(gr,a)))\n  \/\/ @Param(Array(\"3\", \"7\", \"18\", \"47\", \"123\", \"322\", \"843\", \"2207\", \"5778\", \"15127\"))\n  @Param(Array(\n    \"4\",\n    \"18\",\n    \"76\",\n    \"322\",\n    \"1364\",\n    \"5778\",\n    \"24476\",\n    \"103682\",\n    \"439204\",\n    \"1860498\"))\n  var size: Int = _\n\n  type T = java.lang.Object\n\n  val e = new T()\n\n  var vec: Vector[T] = _\n  var rrbv: RRBV[T] = _\n  var ba: BArray[T] = _\n  var baPatch: BArray[T] = _\n  var vecPatch: Vector[T] = _\n  var rrbvPatch: RRBV[T] = _\n  var idxs: Array[Int] = _ \/\/ relative positions at 0.25, 0.5 and 0.75\n  var list: List[T] = _\n  \/\/  var rndList: List[T] = _\n  var arr: Array[T] = _\n\n  override protected def setUp() {\n    idxs = if (size > 0) Array(size \/ 4, size \/ 2, size * 3 \/ 4) else Array()\n    vec = Vector.empty ++ (0 to size).map(a => new T())\n    arr = vec.toArray\n    rrbv = RRBV.empty ++ arr\n    ba = BArray.empty ++ arr\n    list = List.empty ++ arr\n    baPatch = BArray.empty ++ vec.take(size \/ 3)\n    vecPatch = Vector.empty ++ vec.take(size \/ 3)\n    rrbvPatch = RRBV.empty ++ vec.take(size \/ 3)\n    \/\/    rndList = List.empty ++ Random.shuffle(vec)\n  }\n\n  def timeAppendSizeRRBV(reps: Int): Any = {\n    var i = 0\n    var v = rrbv\n    while (i < reps) {\n      var j = 0\n      v = RRBV()\n      while (j < size) {\n        v = v :+ arr(j)\n        j += 1\n      }\n      i += 1\n    }\n    v\n  }\n\n  def timeAppendSizeVector(reps: Int): Any = {\n    var i = 0\n    var v = vec\n    while (i < reps) {\n      var j = 0\n      v = Vector()\n      while (j < size) {\n        v = v :+ arr(j)\n        j += 1\n      }\n      i += 1\n    }\n    v\n  }\n\n  def timeAppendSizeBArray(reps: Int): Any = {\n    var i = 0\n    var v = ba\n    while (i < reps) {\n      var j = 0\n      v = BArray()\n      while (j < size) {\n        v = v :+ arr(j)\n        j += 1\n      }\n      i += 1\n    }\n    v\n  }\n\n  \/\/  def timePrependSizeVector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      var j = 0\n  \/\/      a = Vector()\n  \/\/      while (j < size) {\n  \/\/        a = arr(j) +: a\n  \/\/        j += 1\n  \/\/      }\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  \/\/  def timePrependSizeRRBV(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = rrbv\n  \/\/    while (i < reps) {\n  \/\/      var j = 0\n  \/\/      a = RRBV()\n  \/\/      while (j < size) {\n  \/\/        a = arr(j) +: a\n  \/\/        j += 1\n  \/\/      }\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  \/\/  def timePrependSizeBArray(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = ba\n  \/\/    while (i < reps) {\n  \/\/      var j = 0\n  \/\/      a = BArray()\n  \/\/      while (j < size) {\n  \/\/        a = arr(j) +: a\n  \/\/        j += 1\n  \/\/      }\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n\n  def timeMapVector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      a = vec.map(x => new T())\n      i += 1\n    }\n    a\n  }\n\n  def timeMapRRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      a = rrbv.map(x => new T())\n      i += 1\n    }\n    a\n  }\n\n  def timeMapBArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      a = ba.map(x => new T())\n      i += 1\n    }\n    a\n  }\n\n  def timeForeachVector(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      vec.foreach(x => a = x)\n      i += 1\n    }\n    a\n  }\n\n  def timeForeachRRBV(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      rrbv.foreach(x => a = x)\n      i += 1\n    }\n    a\n  }\n\n  def timeForeachBArray(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      ba.foreach(x => a = x)\n      i += 1\n    }\n    a\n  }\n\n  \/\/  def timeSelfCatVector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      a = vec ++ vec\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  def timeSelfCatRRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      a = rrbv ++ rrbv\n      i += 1\n    }\n    a\n  }\n\n  def timeSelfCatBArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      a = ba ++ ba\n      i += 1\n    }\n    a\n  }\n\n  def timeCatListVector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      a = vec ++ list\n      i += 1\n    }\n    a\n  }\n\n  def timeCatListRRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      a = rrbv ++ list\n      i += 1\n    }\n    a\n  }\n\n  def timeCatListBArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      a = ba ++ list\n      i += 1\n    }\n    a\n  }\n\n  def timeHeadVector(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      a = vec.head\n      i += 1\n    }\n    a\n  }\n\n  def timeHeadRRBV(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      a = rrbv.head\n      i += 1\n    }\n    a\n  }\n\n  def timeHeadBArray(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      a = ba.head\n      i += 1\n    }\n    a\n  }\n\n  def timeTailVector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      a = vec.tail\n      i += 1\n    }\n    a\n  }\n\n  def timeTailRRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      a = rrbv.tail\n      i += 1\n    }\n    a\n  }\n\n  def timeTailBArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      a = ba.tail\n      i += 1\n    }\n    a\n  }\n\n  \/\/  \/\/  def timeInitVector(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = vec\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = vec.init\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeInitRRBV(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = rrbv\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = rrbv.init\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeInitBArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = ba.init\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/\n  def timeGet3Vector(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      for { j <- idxs }\n        a = vec(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeGet3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeGet3BArray(reps: Int): Any = {\n    var i = 0\n    var a = e\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba(j)\n      i += 1\n    }\n    a\n  }\n  \/\/\n  \/\/  \/\/  def timeFilterTrueVector(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = vec\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = vec.filter(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeFilterTrueRRBV(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = rrbv\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = rrbv.filter(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeFilterTrueBArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = ba.filter(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/\n  \/\/  \/\/  def timeTakeWhileTrueVector(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = vec\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = vec.takeWhile(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeTakeWhileTrueRRBV(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = rrbv\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = rrbv.takeWhile(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeTakeWhileTrueBArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = ba.takeWhile(x => x eq null)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/\n  def timeUpdated3Vector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      for { j <- idxs }\n        a = vec.updated(j, new T())\n      i += 1\n    }\n    a\n  }\n\n  def timeUpdated3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.updated(j, new T())\n      i += 1\n    }\n    a\n  }\n\n  def timeUpdated3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.updated(j, new T())\n      i += 1\n    }\n    a\n  }\n\n  def timePatch3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.patch(j, baPatch, size \/ 4)\n      i += 1\n    }\n    a\n  }\n\n  \/\/  def timePatch3Vector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      for { j <- idxs }\n  \/\/        a = vec.patch(j, vecPatch, size \/ 4)\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  def timePatch3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.patch(j, rrbvPatch, size \/ 4)\n      i += 1\n    }\n    a\n  }\n\n  \/\/  def timePatchInsertOne3Vector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      for { j <- idxs }\n  \/\/        a = vec.patch(j, Vector(new T()), 0)\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  def timePatchInsertOne3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.patch(j, RRBV(new T()), 0)\n      i += 1\n    }\n    a\n  }\n\n  def timePatchInsertOne3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.patch(j, BArray(new T()), 0)\n      i += 1\n    }\n    a\n  }\n  \/\/\n  \/\/  \/\/  def timeInserted3BArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      for { j <- idxs }\n  \/\/  \/\/        a = ba.inserted(j, new T())\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/\n  \/\/  def timePatchRemoveOne3Vector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      for { j <- idxs }\n  \/\/        a = vec.patch(j, Vector.empty, 1)\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n\n  def timePatchRemoveOne3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.patch(j, RRBV.empty, 1)\n      i += 1\n    }\n    a\n  }\n\n  def timePatchRemoveOne3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.patch(j, BArray.empty, 1)\n      i += 1\n    }\n    a\n  }\n\n  \/\/  \/\/  def timeRemoved3BArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      for { j <- idxs }\n  \/\/  \/\/        a = ba.removed(j)\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/\n  def timeSplitAt3Vector(reps: Int): Any = {\n    var i = 0\n    var a = (vec, vec)\n    while (i < reps) {\n      for { j <- idxs }\n        a = vec.splitAt(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeSplitAt3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = (rrbv, rrbv)\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.splitAt(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeSplitAt3BArray(reps: Int): Any = {\n    var i = 0\n    var a = (ba, ba)\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.splitAt(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeSlice3Vector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      for { j <- idxs }\n        a = vec.slice(j \/ 4, j)\n      i += 1\n    }\n    a\n  }\n\n  def timeSlice3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.slice(j \/ 4, j)\n      i += 1\n    }\n    a\n  }\n\n  def timeSlice3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.slice(j \/ 4, j)\n      i += 1\n    }\n    a\n  }\n\n  def timeTake3Vector(reps: Int): Any = {\n    var i = 0\n    var a = vec\n    while (i < reps) {\n      for { j <- idxs }\n        a = vec.take(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeTake3RRBV(reps: Int): Any = {\n    var i = 0\n    var a = rrbv\n    while (i < reps) {\n      for { j <- idxs }\n        a = rrbv.take(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeTake3BArray(reps: Int): Any = {\n    var i = 0\n    var a = ba\n    while (i < reps) {\n      for { j <- idxs }\n        a = ba.take(j)\n      i += 1\n    }\n    a\n  }\n\n  def timeItrSizeVector(reps: Int): Any = {\n    var i = 0\n    var a = 0\n    while (i < reps) {\n      a = vec.iterator.size\n      i += 1\n    }\n    a\n  }\n\n  def timeItrSizeRRBV(reps: Int): Any = {\n    var i = 0\n    var a = 0\n    while (i < reps) {\n      a = rrbv.iterator.size\n      i += 1\n    }\n    a\n  }\n\n  def timeItrSizeBArray(reps: Int): Any = {\n    var i = 0\n    var a = 0\n    while (i < reps) {\n      a = ba.iterator.size\n      i += 1\n    }\n    a\n  }\n\n  \/\/\n  \/\/  \/\/  def timeReverseVector(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = vec\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = vec.reverse\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeReverseRRBV(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = rrbv\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = rrbv.reverse\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeReverseBArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = ba\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = ba.reverse\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  def timeReverseMapVector(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = vec\n  \/\/    while (i < reps) {\n  \/\/      a = vec.reverseMap(_ => new T())\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  \/\/  def timeReverseMapRRBV(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = rrbv\n  \/\/    while (i < reps) {\n  \/\/      a = rrbv.reverseMap(_ => new T())\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  \/\/  def timeReverseMapBArray(reps: Int): Any = {\n  \/\/    var i = 0\n  \/\/    var a = ba\n  \/\/    while (i < reps) {\n  \/\/      a = ba.reverseMap(_ => new T())\n  \/\/      i += 1\n  \/\/    }\n  \/\/    a\n  \/\/  }\n  \/\/\n  \/\/  \/\/  def timeBinsertedBArray(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = BArray.empty[Int]\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = BArray.empty[Int]\n  \/\/  \/\/      for (x <- rndList) {\n  \/\/  \/\/        a = a.binserted(x)\n  \/\/  \/\/      }\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n  \/\/  \/\/\n  \/\/  \/\/  def timeBinsertedVector(reps: Int): Any = {\n  \/\/  \/\/    var i = 0\n  \/\/  \/\/    var a = Vector.empty[Int]\n  \/\/  \/\/    while (i < reps) {\n  \/\/  \/\/      a = Vector.empty[Int]\n  \/\/  \/\/      for (x <- rndList) {\n  \/\/  \/\/        a = (a :+ x).sorted \/\/TODO do proper binary search\n  \/\/  \/\/      }\n  \/\/  \/\/      i += 1\n  \/\/  \/\/    }\n  \/\/  \/\/    a\n  \/\/  \/\/  }\n\n}\n\nobject BArrayBenchmark {\n\n  def main(args: Array[String]) {\n    Runner.main(classOf[BArrayBenchmark], args)\n  }\n\n}\n"}
{"repo_name":"chuvoks\/barray","path":"BArray\/src\/test\/scala\/barray\/BArrayTest.scala","text":"<filename>BArray\/src\/test\/scala\/barray\/BArrayTest.scala\n\/*\n * Copyright (c) 2012 <NAME>\n *\/\npackage barray\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport scala.util.Random\nimport java.util.NoSuchElementException\n\n@RunWith(classOf[JUnitRunner])\nclass BArrayTest extends FunSuite {\n\n  private[this] val rnd = new Random\n  private[this] val N = rnd.nextInt(32)\n\n  private[this] val vec = Vector.empty ++ rnd.shuffle((1 to N).toList)\n  private[this] val ba = BArray.empty ++ vec\n\n  private[this] def invariants[A](t: BArray[A]) = RedBlackRank.invariants(t.tree)\n\n  private[this] def rndBa = {\n    var b = BArray.empty[Int]\n    for (i <- 0 to rnd.nextInt(N + 1)) {\n      val j = rnd.nextInt(b.length + 1)\n      b = b.inserted(j, i)\n    }\n    b\n  }\n\n  test(\"foreach\/iterator consistency\") {\n    val it = ba.iterator\n    var consistent = true\n    ba.foreach { element =>\n      consistent &&= it.hasNext && element == it.next\n    }\n    assert(consistent)\n  }\n\n  test(\"map\/iterator consistency\") {\n    val it = ba.iterator\n    var consistent = true\n    ba.map { element =>\n      consistent &&= it.hasNext && element == it.next\n    }\n    assert(consistent)\n  }\n\n  test(\"reverseMap\/reverseIterator consistency\") {\n    val it = ba.reverseIterator\n    var consistent = true\n    ba.reverseMap { element =>\n      consistent &&= it.hasNext && element == it.next\n    }\n    assert(consistent)\n  }\n\n  test(\"++\") {\n    val l = rndBa\n    val r = rndBa\n    val lVec = l.toVector\n    val rVec = r.toVector\n    assert((l ++ r) === (lVec ++ rVec))\n    invariants(l ++ r)\n    assert((l ++ lVec) === (lVec ++ lVec))\n    assert((l ++ lVec.toList) === (lVec ++ lVec))\n  }\n\n  test(\"apply\") {\n    for (i <- 0 until vec.length)\n      assert(ba(i) === vec(i))\n  }\n\n  test(\"length\") {\n    assert(ba.length === vec.length)\n  }\n\n  test(\"head\") {\n    if (N > 0)\n      assert(ba.head === vec.head)\n  }\n\n  test(\"last\") {\n    if (N > 0)\n      assert(ba.last === vec.last)\n  }\n\n  test(\"tail\") {\n    if (N > 0)\n      assert(ba.tail === vec.tail)\n  }\n\n  test(\"init\") {\n    if (N > 0)\n      assert(ba.init === vec.init)\n  }\n\n  test(\":+\") {\n    var b = BArray.empty[Int]\n    vec.foreach(a => { b :+= a; invariants(b) })\n    assert(vec === b)\n  }\n\n  test(\"+:\") {\n    var b = BArray.empty[Int]\n    vec.foreach(a => { b +:= a; invariants(b) })\n    assert(vec.reverse === b)\n  }\n\n  test(\"drop\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.drop(i) === vec.drop(i))\n    invariants(ba.drop(i))\n  }\n\n  test(\"take\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.take(i) === vec.take(i))\n    invariants(ba.take(i))\n\n  }\n\n  test(\"map\") {\n    assert(ba.map(_.toString) === vec.map(_.toString))\n    invariants(ba.map(identity))\n  }\n\n  test(\"reverseMap\") {\n    assert(ba.reverseMap(_.toString) === vec.reverseMap(_.toString))\n    invariants(ba.reverseMap(identity))\n  }\n\n  test(\"iterator\") {\n    assert(ba.iterator.toSeq === vec.iterator.toSeq)\n  }\n\n  test(\"reverse\") {\n    assert(ba.reverse === vec.reverse)\n    invariants(ba.reverse)\n  }\n\n  test(\"reverseIterator\") {\n    assert(ba.reverseIterator.toSeq === vec.reverseIterator.toSeq)\n    if (N > 0) {\n      assert(ba.reverseIterator.next === vec.reverseIterator.next)\n    }\n  }\n\n  test(\"startsWith\/take\") {\n    ba startsWith (ba take rnd.nextInt(N + 1))\n  }\n\n  test(\"endsWith\/takeRight\") {\n    ba endsWith (ba takeRight rnd.nextInt(N + 1))\n  }\n\n  test(\"slice\/take\/drop\") {\n    val from = rnd.nextInt(N + 1)\n    val until = rnd.nextInt(N - from + 1) + from\n    assert(ba.slice(from, until) === ba.take(until).drop(from))\n  }\n\n  test(\"slice\") {\n    val from = rnd.nextInt(N + 1)\n    val until = rnd.nextInt(N - from + 1) + from\n    assert(ba.slice(from, until) === vec.slice(from, until))\n    invariants(ba.slice(from, until))\n  }\n\n  test(\"splitAt\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.splitAt(i) === vec.splitAt(i))\n  }\n\n  test(\"takeRight\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.takeRight(i) === vec.takeRight(i))\n  }\n\n  test(\"dropRight\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.dropRight(i) === vec.dropRight(i))\n  }\n\n  test(\"takeWhile\") {\n    assert(ba.takeWhile(_ > N \/ 2) === vec.takeWhile(_ > N \/ 2))\n    assert(ba.takeWhile(_ => true) === vec)\n  }\n\n  test(\"inserted\") {\n    var a = Vector.empty[Int]\n    var b = BArray.empty[Int]\n    for (i <- 0 to N) {\n      val j = rnd.nextInt(a.length + 1)\n      a = a.patch(j, Vector(i), 0)\n      b = b.inserted(j, i)\n      invariants(b)\n    }\n    assert(a === b)\n  }\n\n  test(\"removed\") {\n    var a = vec\n    var b = ba\n    for (i <- 1 to N) {\n      val j = rnd.nextInt(a.length)\n      a = a.patch(j, Vector(), 1)\n      b = b.removed(j)\n      invariants(b)\n    }\n    assert(a === b)\n  }\n\n  test(\"patchInsertOne\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.patch(i, BArray(i + 1), 0) === vec.patch(i, Vector(i + 1), 0))\n  }\n\n  test(\"patchRemoveOne\") {\n    val i = rnd.nextInt(N + 1)\n    assert(ba.patch(i, BArray.empty, 1) === vec.patch(i, Vector.empty, 1))\n  }\n\n  test(\"patchUpdateOne\") {\n    if (N > 0) {\n      val i = rnd.nextInt(N)\n      assert(ba.patch(i, BArray(-1), 1) === vec.patch(i, Vector(-1), 1))\n    }\n  }\n\n  test(\"patch\") {\n    val from = rnd.nextInt(N + 1)\n    val removed = rnd.nextInt(N + 1)\n    val patch = rndBa\n    assert(ba.patch(from, patch, removed) === vec.patch(from, patch, removed))\n  }\n\n  test(\"binserted\") {\n    var a = Vector.empty[Int]\n    var b = BArray.empty[Int]\n    for (u <- vec) {\n      a = (a :+ u).sorted\n      b = b.binserted(u)\n      assert(a === b)\n    }\n    invariants(b)\n  }\n\n  test(\"bremoved\") {\n    var a = vec.sorted\n    var b = ba.sorted\n    for (u <- vec) {\n      a = a.patch(a.indexOf(u), Vector.empty, 1)\n      b = b.bremoved(u)\n      assert(a === b)\n    }\n    invariants(b)\n    a = vec.sorted\n    b = ba.sorted\n    b = b.bremoved(-10)\n    assert(a === b)\n    b = b.bremoved(N + 10)\n    assert(a === b)\n\n  }\n\n  test(\"bupdated\") {\n    var a = vec.sorted\n    var b = ba.sorted\n    for (u <- vec) {\n      b = b.bupdated(u)\n      assert(a === b)\n    }\n    invariants(b)\n    b = b.bupdated(-10)\n    assert(a === b)\n    b = b.bupdated(N + 10)\n    assert(a === b)\n  }\n\n}\n"}
{"repo_name":"chuvoks\/barray","path":"BArray\/src\/main\/scala\/barray\/BArray.scala","text":"\/*\n * Copyright (c) 2012 <NAME>\n *\/\npackage barray\n\nimport barray.{ RedBlackRank => RB }\nimport scala.annotation.unchecked.uncheckedVariance\nimport compat.Platform\nimport scala.collection.generic._\nimport scala.collection.mutable.Builder\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.IndexedSeqLike\nimport scala.collection.GenTraversableOnce\nimport scala.collection.GenSeq\nimport scala.annotation.tailrec\nimport scala.collection.mutable.ArrayBuilder\n\n\/* Most code in here is adapted from Scala 2.10 classes Vector, TreeSet and TreeMap classes. *\/\n\n\/**\n * Companion object to the BArray class\n *\/\nobject BArray extends SeqFactory[BArray] {\n\n  private[barray] class BArrayReusableCBF extends GenericCanBuildFrom[Nothing] {\n    override def apply() = newBuilder[Nothing]\n  }\n\n  private val BArrayReusableCBF: GenericCanBuildFrom[Nothing] = new BArrayReusableCBF\n\n  def newBuilder[A]: Builder[A, BArray[A]] = new BArrayBuilder[A]()\n\n  @inline implicit def canBuildFrom[A]: CanBuildFrom[Coll, A, BArray[A]] =\n    BArrayReusableCBF.asInstanceOf[CanBuildFrom[Coll, A, BArray[A]]]\n\n  private[barray] val NIL = new BArray[Nothing]()\n  @inline override def empty[A]: BArray[A] = NIL\n\n  @inline def apply[A](a: A) = new BArray(RB.apply(a))\n\n}\n\n\/**\n * IndexedSeq implementation backed by a balanced tree.\n *\n * Provides O(log(n)) element insert, update and removal.\n *\/\nfinal class BArray[+A] private[barray] (private[barray] val tree: RB.Tree[A])\n  extends IndexedSeq[A]\n  with GenericTraversableTemplate[A, BArray]\n  with IndexedSeqLike[A, BArray[A]]\n  with Serializable { self =>\n\n  def this() = this(null)\n\n  override def companion: GenericCompanion[BArray] = BArray\n\n  override def length = RB.count(tree)\n\n  override def isEmpty = length == 0\n\n  override def iterator: Iterator[A] = RB.iterator(tree)\n\n  override def toIterator = iterator \/\/ avoid stream iterator\n\n  override def reverseIterator: Iterator[A] = RB.reverseIterator(tree)\n\n  override def lengthCompare(len: Int): Int = length - len\n\n  override def apply(index: Int): A = RB.nth(tree, index).value\n\n  override def foreach[U](f: A => U) = RB.foreach(tree, f)\n\n  override def map[B, That](f: A => B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => new BArray(RB.map(tree, f)).asInstanceOf[That]\n    case _ => super.map(f)\n  }\n\n  override def reverseMap[B, That](f: A => B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => new BArray(RB.reverseMap(tree, f)).asInstanceOf[That]\n    case _ => super.reverseMap(f)\n  }\n\n  override def reverse = new BArray(RB.reverse(tree))\n\n  override def head = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.head\")\n    RB.smallest(tree).value\n  }\n\n  override def last = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.last\")\n    RB.greatest(tree).value\n  }\n\n  override def tail = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.tail\")\n    new BArray(RB.deleteNth(tree, 0))\n  }\n\n  override def init = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.init\")\n    new BArray(RB.deleteNth(tree, size - 1))\n  }\n\n  override def take(n: Int): BArray[A] =\n    if (n <= 0) BArray.empty\n    else if (n < length) new BArray(RB.take(tree, n))\n    else this\n\n  override def drop(n: Int): BArray[A] =\n    if (n <= 0) this\n    else if (n < length) new BArray(RB.drop(tree, n))\n    else BArray.empty\n\n  override def takeRight(n: Int): BArray[A] = drop(length - n)\n\n  override def dropRight(n: Int): BArray[A] = take(length - n)\n\n  override def splitAt(n: Int) = (take(n), drop(n))\n\n  override def slice(from: Int, until: Int) = {\n    if (until <= from) BArray.empty\n    else if (from <= 0) take(until)\n    else if (until >= size) drop(from)\n    else new BArray(RB.slice(tree, from, until))\n  }\n\n  private[this] def countWhile(p: A => Boolean): Int = {\n    var n = 0\n    RB.forwardWhile(tree, { a: A => if (p(a)) { n += 1; true } else false })\n    n\n  }\n\n  override def takeWhile(p: A => Boolean) = take(countWhile(p))\n  override def dropWhile(p: A => Boolean) = drop(countWhile(p))\n  override def span(p: A => Boolean) = splitAt(countWhile(p))\n\n  override def ++[B >: A, That](that: GenTraversableOnce[B])(implicit bf: CanBuildFrom[BArray[A], B, That]): That = {\n    that match {\n      case b: BArray[B] => new BArray(RB.concat(tree, b.tree)).asInstanceOf[That]\n      case _ => super.++(that)\n    }\n  }\n\n  @inline override def +:[B >: A, That](elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => new BArray(RB.insertNth(tree, 0, elem)).asInstanceOf[That]\n    case _ => super.+:(elem)(bf)\n  }\n\n  @inline override def :+[B >: A, That](elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => new BArray(RB.insertNth(tree, size, elem)).asInstanceOf[That]\n    case _ => super.:+(elem)(bf)\n  }\n\n  @inline override def updated[B >: A, That](index: Int, elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => new BArray(RB.updateNth(tree, index, elem, true)).asInstanceOf[That]\n    case _ => super.updated(index, elem)(bf)\n  }\n\n  \/** Same as patch(index, Repr(elem), 0) but faster *\/\n  @inline def inserted[B >: A, That](index: Int, elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => {\n      val idx = if (index < 0) 0 else if (index > length) length else index\n      new BArray(RB.insertNth(tree, idx, elem)).asInstanceOf[That]\n    }\n    case _ => super.patch(index, BArray.apply(elem), 0)\n  }\n\n  \/** Same as patch(index, Repr.empty, 1) but faster *\/\n  @inline def removed[B >: A, That](index: Int)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => {\n      if (index >= length) this.asInstanceOf[That]\n      else new BArray(RB.deleteNth(tree, if (index < 0) 0 else index)).asInstanceOf[That]\n    }\n    case _ => super.patch(index, BArray.empty, 1)\n  }\n\n  \/\/ based on RRBVector patch\n  override def patch[B >: A, That](from: Int, patch: GenSeq[B], replaced: Int)(implicit bf: CanBuildFrom[BArray[A], B, That]): That = bf match {\n    case _: BArray.BArrayReusableCBF => {\n      val insert = patch.nonEmpty\n      val delete = replaced > 0\n      if (insert || delete) {\n        val insertOne = patch.seq.lengthCompare(1) == 0\n        val deleteOne = replaced == 1\n        if (insertOne && deleteOne) updated(from, patch.head)\n        else if (insertOne && !delete) inserted(from, patch.head)\n        else if (!insert && deleteOne) removed(from)\n        else {\n          val prefix = take(from)\n          val rest = drop(from + replaced)\n          ((prefix ++ patch).asInstanceOf[BArray[B]] ++ rest).asInstanceOf[That]\n        }\n      } else this.asInstanceOf[That]\n    }\n    case _ => super.patch(from, patch, replaced)\n  }\n\n  \/**\n   * On sorted sequence: update element if found.\n   * If sequence is unsorted the result is undefined.\n   *\/\n  def bupdated[B >: A, That](elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That], ord: Ordering[B]): That = {\n    search(elem)(ord) match {\n      case Found(index) => updated(index, elem)(bf)\n      case _ => this.asInstanceOf[That]\n    }\n  }\n\n  \/**\n   * On sorted sequence: insert element if found.\n   * If sequence is unsorted the result is undefined.\n   *\/\n  def binserted[B >: A, That](elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That], ord: Ordering[B]): That = {\n    inserted(search(elem)(ord).insertionPoint + 1, elem)(bf)\n  }\n\n  \/**\n   * On sorted sequence: remove element if found.\n   * If sequence is unsorted the result is undefined.\n   *\/\n  def bremoved[B >: A, That](elem: B)(implicit bf: CanBuildFrom[BArray[A], B, That], ord: Ordering[B]): That = {\n    search(elem)(ord) match {\n      case Found(index) => removed(index)(bf)\n      case _ => this.asInstanceOf[That]\n    }\n  }\n\n  \/\/ binary search adapted from Scala 2.11\n\n  private[this] sealed abstract class SearchResult {\n    def insertionPoint: Int\n  }\n  private[this] case class Found(foundIndex: Int) extends SearchResult {\n    override def insertionPoint = foundIndex\n  }\n  private[this] case class InsertionPoint(insertionPoint: Int) extends SearchResult\n\n  private[this] def search[B >: A](elem: B)(implicit ord: Ordering[B]): SearchResult =\n    binarySearch(elem, -1, length)(ord)\n\n  @tailrec\n  private[this] def binarySearch[B >: A](elem: B, from: Int, to: Int)(implicit ord: Ordering[B]): SearchResult = {\n    if ((to - from) == 1) InsertionPoint(from) else {\n      val idx = from + (to - from) \/ 2\n      math.signum(ord.compare(elem, this(idx))) match {\n        case -1 => binarySearch(elem, from, idx)(ord)\n        case 1 => binarySearch(elem, idx, to)(ord)\n        case _ => Found(idx)\n      }\n    }\n  }\n\n}\n\nfinal class BArrayBuilder[A]() extends Builder[A, BArray[A]] {\n\n  private[this] var acc = RB.empty[A]\n\n  private[this] var ib = new IteratorBuilder[A]\n\n  \/\/override def sizeHint(size: Int) = ib.sizeHint(size)\n\n  def +=(elem: A): this.type = { ib += elem; this }\n\n  private[this] def commitIb() {\n    if (ib.nonEmpty) {\n      val i = ib.result\n      acc = RB.concat(acc, RB.blindMap(RB.allocate(i.size), i.next()))\n      ib = new IteratorBuilder[A]\n    }\n  }\n\n  override def ++=(xs: TraversableOnce[A]): this.type = {\n    xs match {\n      case b: BArray[A] => {\n        commitIb()\n        acc = RB.concat(acc, b.tree)\n        this\n      }\n      case v: IndexedSeqLike[A, _] => {\n        commitIb()\n        val i = v.iterator\n        acc = RB.concat(acc, RB.blindMap(RB.allocate(v.size), i.next()))\n        this\n      }\n      case _ => { xs.seq foreach ib.+=; this }\n    }\n  }\n\n  def result: BArray[A] = { commitIb(); new BArray(acc) }\n\n  def clear(): Unit = {\n    ib = new IteratorBuilder[A]\n    acc = RB.empty[A]\n  }\n\n}\n"}
{"repo_name":"chuvoks\/barray","path":"BArray\/build.sbt","text":"name := \"barray\"\n\norganization := \"org.Ox2b\"\n\nversion := \"1.0.0-SNAPSHOT\"\n\nscalaVersion := \"2.10.0-RC1\"\n\nscalaBinaryVersion := \"2.10.0-RC1\"\n\njavacOptions ++= Seq(\"-source\", \"1.6\", \"-target\", \"1.6\")\n\nscalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-Xlint\", \"-optimise\")\n\nresolvers += \"Typesafe Repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\npublishTo := Some(Resolver.file(\"file\",  new File(Path.userHome.absolutePath+\"\/.m2\/repository\")))\n\nlibraryDependencies ++= Seq(\n  \"junit\" % \"junit\" % \"4.10\" % \"test\",\n  \"org.scala-lang\" % \"scala-actors\" % \"2.10.0-RC1\" % \"test\", \n  \"org.scalatest\" %% \"scalatest\" % \"2.0.M4\"\n)\n"}
{"repo_name":"chuvoks\/barray","path":"BArray\/src\/main\/scala\/barray\/IteratorBuilder.scala","text":"package barray\n\nimport scala.collection.mutable.Builder\n\nfinal class IteratorBuilder[A]() extends Builder[A, Iterator[A]] {\n\n  private[this] var arr: Array[A] = mkArr\n\n  private[this] var size = 0;\n\n  def isEmpty = size == 0\n  def nonEmpty = !isEmpty\n\n  override def sizeHint(size: Int) {\n    if (size > this.size) arr = resize(size)\n  }\n\n  override def +=(a: A): this.type = {\n    ensureCapacity()\n    arr(size) = a\n    size += 1\n    this\n  }\n  override def ++=(xs: TraversableOnce[A]): this.type =\n    super.++=(xs)\n\n  override def clear() { arr = mkArr; size = 0 }\n\n  override def result: Iterator[A] = new Iterator[A] {\n    private[this] val a = arr\n    private[this] var i = 0\n    override final val size = IteratorBuilder.this.size\n    @inline override final def hasNext = i < size\n    override final def next =\n      if (hasNext) { val e = a(i); i += 1; e }\n      else Iterator.empty.next\n  }\n\n  private[this] def ensureCapacity() {\n    val minSize = size + 1\n    if (minSize > arr.length) {\n      val len = arr.length;\n      var newLen = len + (len >> 1);\n      if (newLen - minSize < 0) newLen = minSize;\n      arr = resize(newLen)\n    }\n  }\n\n  @inline private[this] def mkArr: Array[A] =\n    new Array[AnyRef](10).asInstanceOf[Array[A]]\n\n  @inline private[this] def resize(n: Int): Array[A] =\n    java.util.Arrays.copyOf(arr.asInstanceOf[Array[AnyRef]], n).asInstanceOf[Array[A]]\n\n}\n"}
{"repo_name":"chuvoks\/barray","path":"BArray\/src\/main\/scala\/rrbvector\/RRBVector.scala","text":"\/**\n *  Copyright \u00a9 2011 <NAME> and <NAME>. This is a prototype implementation, use at your own risk.\n *\/\n\npackage rrbvector\n\nimport scala.collection._\nimport scala.collection.generic._\nimport scala.collection.immutable.{IndexedSeq,_}\nimport scala.collection.mutable.Builder\n\nimport java.lang.Math.{max => mmax, min => mmin}\n\n\n\/\/ companion object\n\nobject Vector extends SeqFactory[Vector] {\n  @inline implicit def canBuildFrom[A]: CanBuildFrom[Coll, A, Vector[A]] =\n    ReusableCBF.asInstanceOf[CanBuildFrom[Coll, A, Vector[A]]]\n  def newBuilder[A]: Builder[A, Vector[A]] = new VectorBuilder[A]\n  private[rrbvector] val NIL = new Vector[Nothing](null, 0, 0)\n  @inline override def empty[A]: Vector[A] = NIL\n  \n\n  \/\/ zero element vector\n  def apply() = NIL\n\n  \/\/ create a single element vector\n  def apply[A](elem: A): Vector[A] = {\n    val data = new Array[AnyRef](1)\n    data(0) = elem.asInstanceOf[AnyRef]\n    new Vector[A](data, 1, 32)\n  }\n\n\/*\n  def vec[A:ClassManifest](elem: A): _root_.Vector.vec[A] = {\n    val data = new Array[A](1)\n    data(0) = elem\n    val v = new _root_.Vector.vec[A]\n    v.root = data\n    v.vHw = 32\n    v.vSize = 1\n    v\n  }\n*\/\n\n}\n\n\n\/\/ builder class, using concat -- has not been optimized!\n\nfinal class VectorBuilder[A]() extends Builder[A,Vector[A]] {\n\n  var acc = Vector.empty[A]\n\n  def += (elem: A): this.type = {\n    acc = acc ++ Vector(elem)\n    this\n  }\n\n  override def ++=(xs: TraversableOnce[A]): this.type = {\n    xs match {\n      case v: Vector[A] => acc ++ v; this\n      case _ => super.++=(xs)\n    }\n  }\n\n  def result: Vector[A] = acc\n  \n  def clear(): Unit = {\n    acc = Vector.empty[A]\n  }\n}\n\n\n\n\/\/ vector collection class\n\nfinal class Vector[+A] private \nextends \/*AbstractSeq[A]\n   with*\/ IndexedSeq[A]\n   with GenericTraversableTemplate[A, Vector]\n   with IndexedSeqLike[A, Vector[A]]\n{\n  \/\/ constants and type aliases\n  \n  private final val Width=32\n  private final val Invar=1       \/\/ sets min standard size for a slot ie w-invar\n  private final val Extras=2      \/\/ sets number of extra slots allowed, ie linear search limit \n\n  type TreeNode = AnyRef\n\n  type Ara = Array[AnyRef]\n  type GTa = Array[AnyRef] \/\/ could use Array[T], but then accessors need to box\/unbox internally (barring @specialization)\n  \n  \/\/ instance fields\n  \n  \/\/var cost = 0\n  \/\/val t = false\n\n  \/*private*\/ var root: TreeNode = null\n\n  \/*private*\/ var vSize=0       \/\/ size of vector\n  \/*private*\/ var vHw=0         \/\/ height of vector w, w^2, w^3, ...\n\n  \/\/ constructor\n  private def this(r: AnyRef, s: Int, hw: Int) = {\n    this()\n    root = r\n    vSize = s\n    vHw = hw\n  }\n\n  \/\/ collection interface\n  override def companion: GenericCompanion[Vector] = Vector\n  \n  def length = vSize\n\n  \/\/ index and update \n  \n  def apply(index: Int): A = {\n    indexAt(index).asInstanceOf[A]\n  }\n\n  @inline override def updated[B >: A, That](index: Int, elem: B)(implicit bf: CanBuildFrom[Vector[A], B, That]): That = {\n    \/\/ just ignore bf\n    updateAt(index, elem).asInstanceOf[That]\n  }\n\n  \/\/ slices (take and drop)\n\n  override def take(n: Int): Vector[A] = {\n    if (n <= 0)\n      Vector.empty\n    else if (n < vSize)\n      sliceR(n)\n    else\n      this\n  }\n\n  override def drop(n: Int): Vector[A] = {\n    if (n <= 0)\n      this\n    else if (n < vSize)\n      sliceL(n)\n    else\n      Vector.empty\n  }\n\n  override def takeRight(n: Int): Vector[A] = {\n    if (n <= 0)\n      Vector.empty\n    else if (vSize - n > 0)\n      sliceL(vSize - n)\n    else\n      this\n  }\n\n  override def dropRight(n: Int): Vector[A] = {\n    if (n <= 0)\n      this\n    else if (vSize - n > 0)\n      sliceR(vSize - n)\n    else\n      Vector.empty\n  }\n\n  override \/*IterableLike*\/ def head: A = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.head\")\n    apply(0)\n  }\n\n  override \/*TraversableLike*\/ def tail: Vector[A] = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.tail\")\n    drop(1)\n  }\n\n  override \/*TraversableLike*\/ def last: A = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.last\")\n    apply(length-1)\n  }\n\n  override \/*TraversableLike*\/ def init: Vector[A] = {\n    if (isEmpty) throw new UnsupportedOperationException(\"empty.init\")\n    dropRight(1)\n  }\n\n  override \/*IterableLike*\/ def slice(from: Int, until: Int): Vector[A] =\n    take(until).drop(from)\n\n  override \/*IterableLike*\/ def splitAt(n: Int): (Vector[A], Vector[A]) = (take(n), drop(n))  \n\n\n  \/\/ concat interface\n  \n  def ++[U>:A](b: Vector[U]): Vector[U] = {\n    val a = this\n    if (a.vSize == 0) b\n    else if (b.vSize == 0) a\n    else {\n      \/\/ create new vector \n      val nvec=new Vector[U]\n      \/\/ vSize and vHw fields left uninitialized\n      val tnca=nvec.concatSubTree(a.root,a.vHw,b.root,b.vHw,true)\n      nvec.root=if((a.vHw==Width)&&(b.vHw==Width)&&(a.vSize+b.vSize<=Width))\n        tnca.asInstanceOf[Ara](1)\n      else\n        setSizes(tnca,mmax(a.vHw,b.vHw))\n      nvec.vSize=a.vSize+b.vSize\n      nvec.vHw=findhw(nvec.root) \/\/TR: can we do without the findhw?\n      nvec\n    }\n  }\n\n  override def ++[B >: A, That](that: GenTraversableOnce[B])(implicit bf: CanBuildFrom[Vector[A], B, That]): That = {\n    that match {\n      case v: Vector[B] => this.++[B](v).asInstanceOf[That]\n      case _ => super.++(that)\n    }\n  }\n\n  @inline override def +:[B >: A, That](elem: B)(implicit bf: CanBuildFrom[Vector[A], B, That]): That = {\n    \/\/ just ignore bf\n    (Vector(elem) ++ this).asInstanceOf[That]\n  }\n\n  @inline override def :+[B >: A, That](elem: B)(implicit bf: CanBuildFrom[Vector[A], B, That]): That = {\n    \/\/ just ignore bf\n    (this ++ Vector(elem)).asInstanceOf[That]\n  }\n\n\n  \/\/ patch: split + concat\n\n  override def patch[B >: A, That](from: Int, patch: GenSeq[B], replaced: Int)(implicit bf: CanBuildFrom[Vector[A], B, That]): That = {\n    \/\/ just ignore bf\n    val insert = patch.nonEmpty\n    val delete = replaced != 0\n    if (insert || delete) {\n      val prefix = take(from)\n      val rest = drop(from+replaced)\n      ((prefix ++ patch).asInstanceOf[Vector[B]] ++ rest).asInstanceOf[That]\n    } else this.asInstanceOf[That]\n  }\n\n\n  \/\/ #### concat implementation ####\n\n  \/\/ IsTop\n  private def concatSubTree(til:TreeNode,hwl:Int,tir:TreeNode,hwr:Int,isTop:Boolean): Ara = {\n    if (hwl > hwr) {\n       \/\/ left vector higher than right\n       val tnla=til.asInstanceOf[Ara]\n       val tnca=concatSubTree(tnla(tnla.length-1),hwl\/Width,tir,hwr,false)\n       rebalance(tnla,tnca,null,hwl,isTop)     \n    } else if (hwl < hwr) {\n       \/\/ right vector higher than left\n       val tnra=tir.asInstanceOf[Ara]\n       val tnca=concatSubTree(til,hwl,tnra(1),hwr\/Width,false) \n       rebalance(null,tnca,tnra,hwr,isTop)\n    } else {\n      \/\/ same height\n      if (hwl==Width) { \n        \/\/ height = w so at bottom\n        val gnla=til.asInstanceOf[GTa]\n        val gnra=tir.asInstanceOf[GTa]\n        val lenl=gtaLength(gnla)\n        val lenr=gtaLength(gnra)\n        if(isTop&&(lenr+lenl<=Width)) {\n           \/\/ sum of two less than w so copy into one if at top of vectors\n           araNewAbove(gtaNewJoin(gnla, gnra))\n        } else {\n           \/\/ else simply return the two subtrees as they will be balanced\n           \/\/ at the next level up\n           araNewAbove(til, tir)\n        }\n      } else {\n        \/\/ two heights the same so move down both   \n        val tnla=til.asInstanceOf[Ara]\n        val tnra=tir.asInstanceOf[Ara]\n        val tnca=concatSubTree(tnla(tnla.length-1),  hwl\/Width,tnra(1),hwr\/Width,false)\n        rebalance(tnla,tnca,tnra,hwl,isTop)\n      }\n    }\n  }\n\n  private def gtaLength(a: GTa) = a.length\n\n  private def gtaNewJoin(gnla: GTa, gnra: GTa): GTa = {\n    val lenl = gnla.length\n    val lenr = gnra.length\n    val gal = new GTa(lenr+lenl)\n    \/\/for(i<-0 until lenl)gal(i)=gnla(i)\n    System.arraycopy(gnla,0,gal,0,lenl)\n    \/\/for(i<-0 until lenr)gal(i+lenl)=gnra(i)\n    System.arraycopy(gnra,0,gal,lenl,lenr)\n    gal\n  }\n\n  private def araNewAbove(gal: TreeNode): Ara = {\n    val na=new Ara(2)\n    na(0)=null;na(1)=gal\n    na\n  }\n\n  private def araNewAbove(til: TreeNode, tir: TreeNode): Ara = {\n    val na=new Ara(3);na(0)=null\n    \/\/cost+=3\n    na(1)=til\n    na(2)=tir       \n    na\n  }\n\n  private def araNewJoin(al:Ara,ac:Ara,ar:Ara): Ara = { \/\/ result does not contain size slot!!!\n    val lenl=if(al!=null)al.length-2 else 0\n    val lenc=if(ac!=null)ac.length-1 else 0\n    val lenr=if(ar!=null)ar.length-2 else 0\n    var allx=0\n    val all=new Ara(lenl+lenc+lenr)\n    if(lenl>0){\n      \/\/for(i<-0 until lenl) all(i)=al(i+1)\n      System.arraycopy(al,1,all,0,lenl)\n      allx+=lenl\n    } \n    \/\/for(i<-0 until lenc) all(i+allx)=ac(i+1)\n    System.arraycopy(ac,1,all,allx,lenc)\n    allx+=lenc \/\/ <--- bug? wouldn't that exceed range of ac???\n    if(lenr>0){\n      \/\/for(i<-0 until lenr)all(i+allx)=ar(i+2)\n      System.arraycopy(ar,2,all,allx,lenr)\n    }\n    all\n  }\n\n  private def araNewCopy(nall: Ara, start: Int, len: Int) = {\n    val na= new Ara(len+1)\n    \/\/for(i<-0 until len)na(i+1)=nall(start+i+1)\n    System.arraycopy(nall,start+1,na,1,len)\n    na\n  }\n\n  \/*\n  CONTRACT:\n\n  al,ac,ar  Tree_h, how many slots each? --> algorithm bounds ac <= 2\n\n  result Tree_{h+1}, 1 or 2 slots\n\n  may be Tree_h if isTop (in that sense, result has 0 slots)\n\n  *\/\n\n  private def rebalance(al:Ara,ac:Ara,ar:Ara,hw:Int,IsTop:Boolean): Ara = {\n    \/\/ Put all the slots at this level in one array ++Note:  This can be avoided by indexing the sub arrays as one\n    \/\/ remember Ara(0) is Size \n    val all = araNewJoin(al,ac,ar)\n  \n    \/\/ shuffle slot sizes to fit invariant\n    val szs = shuffle(all,hw)\n    val slen = this.vSize \/\/ use object field to transport 2nd return value\n  \n    \/\/println(\"shuffle: \"+hw+ \" \" + (all map { (x:AnyRef) => x match {case a: Array[AnyRef] => a.mkString(\"{,\",\",\",\"}\") }} mkString))\/\/TR\n    \/\/println(\"szs: \"+szs.mkString)\/\/TR\n\n\n    \/\/ Now copy across according to model sizes in szs\n    val nall=copyAcross(all,szs,slen,hw)\n  \n    \/\/ nall.length = slen + 1 (accommodate size slot)\n  \n    \/\/ split across two nodes if greater than Width\n    \/\/ This splitting\/copying can be avoided by moving this logic into the copyAcross\n    \/\/ and only creating one or two arrays as needed. \n    if (slen <= Width) {\n      if (!IsTop) {\n        araNewAbove(setSizes(nall,hw))\n      } else {\n        nall\n      }\n    } else {\n      val nal=araNewCopy(nall, 0, Width)\n      val nar=araNewCopy(nall, Width, slen-Width)\n      araNewAbove(setSizes(nal,hw), setSizes(nar,hw))\n    }\n  }\n \n \n  \/*\n  In writing up the description I realized that the shuffle cost can be reduced. When you look at the drawing and understand what we are doing it becomes obvious that we do not need to gather the pieces into one array. We can in fact calculate the size of the needed array and then do the shuffle only on the new edge array. Similarly the associated size array to do the shuffling can be the needed size array. Hence no wasted copying.\n  *\/\n\n  \/\/ returns an array with the desired slot sizes.\n  \/\/ This version allows an Extra number of slots however many slots.\n  \/\/ if the slots are less than w then as many as Extra+1 could be small\n  \/\/ while if the total number of slots at the level are as great as 2w \n  \/\/ then still only Extra can be small \n\n  private def shuffle(all:Ara,hw:Int): Array[Int] = { \/\/ (Array[Int],Int) <--- 2nd return value transported via this.vSize\n    val alen=all.length\n    val szs=new Array[Int](alen)\n\n    var tcnt=0\n    \/\/ find total slots in the two levels.\n    var i = 0\n    while (i < alen) {\n      val sz=sizeSlot(all(i),hw\/Width)\n      szs(i)=sz\n      tcnt+=sz\n      i += 1\n    }\n    \n    \/\/ szs(i) holds #slots of all(i), tcnt is sum\n    \/\/ ---\n\n    \/\/ Calculate the ideal or effective number of slots\n    \/\/ used to limit number of extra slots.\n    val effslt=tcnt\/Width+1 \/\/ <-- \"desired\" number of slots???\n\n    val MinWidth = Width-Invar \/\/ min number of slots allowed...\n\n    var nalen=alen\n    \/\/ note - this makes multiple passes, can be done in one.\n    \/\/ redistribute the smallest slots until only the allowed extras remain\n    while (nalen > effslt + Extras) {\n      \/\/ TR each loop iteration removes the first short block\n      \/\/ TR what if no small one is found? doesn't check ix < szs.length, \n      \/\/ TR we know there are small ones. what if the small ones are all at the right?\n      \/\/ TR how do we know there is (enough) stuff right of them to balance?\n      \n      var ix = 0\n      \/\/ skip over any blocks large enough\n      while (szs(ix) > MinWidth) ix+=1\n      \n      \/\/ Found a short one so redistribute over following ones\n      var el=szs(ix) \/\/ current size <= MinWidth\n      do {\n        val msz = mmin(el+szs(ix+1), Width)\n        szs(ix) = msz\n        el=el+szs(ix+1)-msz\n\n        ix+=1\n      } while (el > 0)\n      \n      \/\/ shuffle up remaining slot sizes\n      while (ix < nalen - 1) {\n        szs(ix) = szs(ix+1)\n        ix += 1\n      }\n      nalen-=1\n    }\n    \n    \/\/(szs,nalen)\n    this.vSize = nalen \/\/ transport to caller\n    szs\n  }\n  \n  \/\/ Takes the slot size model and copies across slots to match it. \n  private def copyAcross(all:Ara,szs:Array[Int],slen:Int,hw:Int): Ara = {\n \n    val nall=new Ara(slen+1)\n    var ix=0      \/\/ index into the all input array\n    var offset=0  \/\/ offset into an individual slot array. \n                  \/\/ It points to the next sub tree in the array to be copied\n    \n    val isOneAboveBottom = hw == Width * Width\n    if (isOneAboveBottom) {\n      var i = 0\n      while (i < slen) {\n        val nsize = szs(i)\n        val ge = all(ix).asInstanceOf[GTa]\n        val asIs = (offset==0)&&(nsize==ge.length)\n\n        if(asIs) { ix+=1; nall(i+1)=ge } else {\n          var fillcnt=0\n          var offs=offset\n          var nix=ix\n          var rta:GTa=null\n\n          var ga:GTa=null\n          \/\/ collect enough slots together to match the size needed \n          while ((fillcnt < nsize) && (nix < all.length)) {\n            val gaa = all(nix).asInstanceOf[GTa]\n            ga=if(fillcnt==0) new GTa(nsize) else ga\n            val lena=gaa.length\n            if(nsize-fillcnt>=lena-offs){\n              \/\/for(i<-0 until lena-offs) ga(i+fillcnt)=gaa(i+offs)\n              System.arraycopy(gaa,offs,ga,fillcnt,lena-offs)\n              fillcnt+=lena-offs\n              nix+=1\n              offs=0\n            } else {\n              \/\/for(i<-0 until nsize-fillcnt) ga(i+fillcnt)=gaa(i+offs)\n              System.arraycopy(gaa,offs,ga,fillcnt,nsize-fillcnt)\n              offs+=nsize-fillcnt\n              fillcnt=nsize\n            }\n            rta=ga\n          }\n\n          ix=nix\n          offset=offs\n          nall(i+1)=rta\n        }\n        i += 1\n      }\n\n    } else { \/\/ not bottom\n    \n      var i = 0\n      while (i < slen) {\n        val nsize = szs(i)\n        val ae = all(ix).asInstanceOf[Ara]\n        val asIs = (offset==0)&&(nsize==ae.length-1)\n\n        if(asIs) { ix+=1; nall(i+1)=ae } else {\n          var fillcnt=0\n          var offs=offset\n          var nix=ix\n          var rta:Ara=null\n\n          var aa:Ara=null\n          \/\/ collect enough slots together to match the size needed \n          while ((fillcnt < nsize) && (nix < all.length)) {\n            val aaa = all(nix).asInstanceOf[Ara]\n            aa=if(fillcnt==0) new Ara(nsize+1) else aa\n            val lena=aaa.length-1\n            if(nsize-fillcnt>=lena-offs){\n              \/\/for(i<-0 until lena-offs) aa(i+fillcnt+1)=aaa(i+offs+1)\n              System.arraycopy(aaa,offs+1,aa,fillcnt+1,lena-offs)\n              nix+=1\n              fillcnt+=lena-offs\n              offs=0\n            } else {\n              \/\/for(i<-0 until nsize-fillcnt) aa(i+fillcnt+1)=aaa(i+offs+1)\n              System.arraycopy(aaa,offs+1,aa,fillcnt+1,nsize-fillcnt)\n              offs+=nsize-fillcnt\n              fillcnt=nsize\n            }\n            rta=aa \n          }\n\n          rta=setSizes(rta,hw\/Width)\n          ix=nix\n          offset=offs\n          nall(i+1)=rta\n        }\n        i += 1\n      }\n    } \/\/ end bottom\n    nall\n  }\n  \n\n  private def findhw(n:TreeNode):Int= n match { \/\/ FIXME: can't match!!\n    case a:Array[AnyRef] if (a.length > 0 && ((a(0) eq null) || a(0).isInstanceOf[Array[Int]])) => findhw(a(1))*Width\n    case _ => Width\n  }\n\/*\n  private def findhw(n:TreeNode):Int= n match { \/\/ FIXME: can't match!!\n    case a:Ara=>findhw(a(1))*Width\n    case g:GTa=>Width\n  }\n*\/  \n  \n  \/\/ Finds the sizes of all the sub trees\n  private def setSizes(a:Ara,hw:Int)={\n    var sigma=0\n    val lena=a.length-1\n    val szs=new Array[Int](lena)\n    \/\/cost+=lena\n    var i = 0\n    while (i < lena) {\n      sigma+=sizeSubTrie(a(i+1),hw\/Width)\n      \/\/if(t)println(\"i,lena,sigma\",i,lena,sigma)\n      szs(i)=sigma\n      i += 1\n    }\n    a(0)=szs \n    a \n  }\n\n   \/\/ Find the size of one array  \n  private def sizeSlot(a:TreeNode,hw:Int)={\n    if(a==null){throw new IllegalArgumentException(\"sizeSlot NULL\");0}\n    else{\n      \/*      a match { \/\/ FIXME\n              case aa:Ara=>aa.length-1 \/\/ allow for size in aa(0)\n              case at:GTa=>at.length\n              }\n      *\/\n      if (hw > Width) \/\/ Ara case\n        a.asInstanceOf[Ara].length-1 \/\/ allow for size in aa(0)\n      else\n        a.asInstanceOf[GTa].length\n    }\n  }\n\n  \/\/ returns the top weight for a given size\n  private def sztohw(sz:Int)={\n    var hw=Width\n    while(sz>hw)hw*=Width\n    hw\n  }\n\n  private def sizeSubTrie(tn:TreeNode,hw:Int):Int={\n    if (hw > Width) {\n      val in = tn.asInstanceOf[Ara]\n      if(in(0)==null){\n          val len=in.length\n          val sltsz=hw\/Width\n          sltsz*(len-2)+sizeSubTrie(in(len-1),sltsz)\n      } else {\n        val sn=in(0).asInstanceOf[Array[Int]]\n        sn(sn.length-1)\n      }\n    } else {\n      val vn = tn.asInstanceOf[GTa]\n      vn.length\n    }\n  }\n\n\n  \/\/ ### implementation ###\n\/*   def slice(left:Int,right:Int):vec[T]={\n    val s=sliceR(right)\n    \/\/s.printTrie\n    s.sliceL(left)\n    }*\/\n\n  private def sliceR(right:Int):Vector[A]={\n    if((right<vSize)&&(right>=0)&&(root!=null)){\n      val nv = new Vector[A]\n      val n=nv.rSliceDown2(root,right-1,vHw,false)\n      \/\/nv.vHw=hw set by callee\n      nv.vSize=right\n      nv.root=n\n      nv  \n    } else this\n  }\n\n  private def rSliceDown2(n:AnyRef,right:Int,hw:Int,hasLeft:Boolean): AnyRef = { \/\/ (AnyRef,Int) <-- second item transported via this.vHw\n    \/\/ Works but can be simplified\n    val sw=hw\/Width\n    var is=right\/sw\n    if (hw > Width) {\n      val in = n.asInstanceOf[Ara]\n      val len=in.length-1\n      if(in(0)==null){\n        \/\/ Aligned vector\n        val rhn=rSliceDown2(in(is+1),right-is*sw,hw\/Width,(is!=0)||hasLeft)\n        val hwr = this.vHw\n        if(is==0){\n          if(hasLeft){\n            \/\/ has left above so return add level and return right node\/height\n            val rcnodes=new Array[AnyRef](2)\n\t\t        \/\/cost+=2\n            rcnodes(1)=rhn\n\t\t        rcnodes(0)=null\n            this.vHw = hw\n            rcnodes\n          } else {\n            this.vHw = hwr\n            rhn \/\/ nothing on left above so just return right node and height\n          }\n        } else {\n          \/\/ Make copy of remaining left node\n          val cnodes=new Array[AnyRef](is+2)\n\t        \/\/cost+=is+2\n          \/\/for(i<-0 until is)cnodes(i+1)=in(i+1)\n          System.arraycopy(in,1,cnodes,1,is)\n          cnodes(is+1)=rhn\n\t        cnodes(0)=null\n          this.vHw = hw\n          cnodes\n        }\n      } else {\n        val szs=in(0).asInstanceOf[Array[Int]]\n        var ix=right\n\n        while(szs(is)<=ix)is+=1\n        ix=ix-(if(is==0)0 else szs(is-1))\n        val nn=in.asInstanceOf[Ara](is+1)\n\n        val rhn = rSliceDown2(nn,ix,hw\/Width,(is!=0)||hasLeft)\n        val hwr = this.vHw\n        if(is==0){\n          if(hasLeft){\n            val rcnodes=new Array[AnyRef](2)\n            val rsizes=new Array[Int](1)\n\t\t        \/\/cost+=3\n            rcnodes(1)=rhn\n            rsizes(0)=right+1 \/\/++++\n\t\t        rcnodes(0)=rsizes\n            this.vHw = hw\n            rcnodes\n          } else {\n            this.vHw = hwr\n            rhn  \/\/ nothing on left so return right node and height\n          }\n        } else { \n          val cnodes=new Array[AnyRef](is+2)\n          val sizes=new Array[Int](is+1)\n\t        \/\/cost+=2*is+1\n          \/*for(i<-0 until is){\n             cnodes(i+1)=in(i+1)\n             sizes(i)=szs(i)\n          }*\/\n          System.arraycopy(in,1,cnodes,1,is)\n          System.arraycopy(szs,0,sizes,0,is)\n\t        cnodes(0)=sizes\n\t        sizes(is)=right+1\n\t        cnodes(is+1)=rhn\n          this.vHw = hw\n          cnodes\n        }\n      }\n    } else {\n      val vn = n.asInstanceOf[GTa]\n      \/\/ copy up to is\n      var lvals=new GTa(is+1)\n      \/\/cost+=is+1\n      \/\/for(i<-0 to is)lvals(i)=vn(i).asInstanceOf[AnyRef]\n      System.arraycopy(vn,0,lvals,0,is+1)\n      this.vHw = hw\n      lvals\n    }\n  }\n\n  private def sliceL(left:Int):Vector[A]={\n    if(left>=vSize)new Vector[A]\n    else if((left>0)&&(root!=null)){\n      val nv = new Vector[A]\n      val n = nv.lSliceDown2(root,left,vHw,false)\n      \/\/nv.vHw=hw done by callee\n      nv.vSize=vSize-left\n      nv.root=n\n      nv  \n    } else this\n  }\n\n  \/\/ hasRight flags there are more slots to the right of this one\n  private def lSliceDown2(n:AnyRef,left:Int,hw:Int,hasRight:Boolean): AnyRef = { \/\/ (AnyRef,Int) <-- second item transported via this.vHw\n    val sw=hw\/Width\n    var is=left\/sw\n    if (hw > Width) {\n      val in = n.asInstanceOf[Ara]\n      val len=in.length-1\n        var inl = null: AnyRef\n        var ist = 0\n        var ix = 0\n        if(in(0)!=null){\n\t        \/\/ is a sized node so find index position\n\t        val szs=in(0).asInstanceOf[Array[Int]]\n          ix=left\n          ist=is\n\t        while(szs(ist)<=ix)ist+=1\n\t        ix=ix-(if(ist==0)0 else szs(ist-1))\n          inl=in.asInstanceOf[Ara](ist+1)\n        } else {\n          inl = in(is+1)\n          ist = is\n          ix = left-is*sw\n        }\n\n        val lastslt=len-1                    \n        val lhn=lSliceDown2(inl,ix,hw\/Width,(ist!=lastslt)||hasRight)\n        val hwr = this.vHw\n        if(ist==lastslt){ \/\/ no more slots to left\n          if(hasRight){\n            val rcnodes=new Array[AnyRef](2)\n\t\t\t        \/\/cost+=2\n            rcnodes(1)=lhn\n\t\t        rcnodes(0)=null\n            this.vHw = hw\n            rcnodes\n          } else {\n            this.vHw = hwr\n            lhn  \/\/ nothing on left so return right node and height\n          }\n        } else {\n\t        \/\/ has slots on left so copy them across\n          val cnodes=new Array[AnyRef](len-ist+1)\n          \/\/for(i<-0 until len-ist-1)cnodes(i+2)=in(ist+2+i)\n          System.arraycopy(in,ist+2,cnodes,2,len-ist-1)\n\t\t\t    val szs=in(0).asInstanceOf[Array[Int]]\n          val rsizes=new Array[Int](len-ist)\n\t\t      \/\/cost+=2*(len-ist)+1\t\t\t\t\n          \/*for(i<-0 until len-ist){\n\t\t        val sz=if(in(0)!=null)szs(ist+i) else sw*(ist+1+i)\n\t\t        rsizes(i)=sz-left\n\t\t      }*\/\n          if (in(0) != null) {\n            var i = 0\n            while (i < (len-ist)) {\n              rsizes(i) = szs(ist+i)-left\n              i += 1\n            }\n          } else {\n            var i = 0\n            while (i < (len-ist)) {\n              rsizes(i) = sw*(ist+1+i)\n              i += 1\n            }\n          }\n\t\t      cnodes(0)=rsizes\n          cnodes(1)=lhn\n          this.vHw = hw\n          cnodes\n        }\n    } else {\n      val vn = n.asInstanceOf[GTa]\n      \/\/ copy from is to end\n      val lenv=vn.length\n      var lvals=new GTa(lenv-is)\n      \/\/cost+=lenv-is\n      \/\/for(i<-is until lenv)lvals(i-is)=vn(i).asInstanceOf[AnyRef]\n      System.arraycopy(vn,is,lvals,0,lenv-is)\n      this.vHw = hw\n      lvals\n    }\n  }\n\n\n\n  \/\/ #### update implementation ####\n  \n  private def updateAt[B >: A](index:Int,value:B): Vector[B]={\n    if((index<0)||(index>=vSize)||(root==null))this\n    else {\n      \/\/val hw=sztohw(vSize)\n      val nvec=new Vector[B]\n      nvec.root=updateTrie(root,index,value.asInstanceOf[AnyRef],vHw)\n      nvec.vSize=vSize\n\t    nvec.vHw=vHw\n      nvec\n    }\n  }\n\n  private def updateTrie(tn:TreeNode,ix:Int,value:AnyRef \/* A *\/,hw:Int): AnyRef={\n    val sw=hw\/Width\n    var is=ix\/sw\n    if (hw > Width) {\n      val in = tn.asInstanceOf[Ara]\n      val subn=if(in(0)==null)updateTrie(in(is),ix-is*sw,value,hw\/Width)\n      else {\n        val szs=in(0).asInstanceOf[Array[Int]]\n        while(szs(is)<=ix)is+=1\n        val nix=ix-(if(is==0)0 else szs(is-1))\n        updateTrie(in(1+is),nix,value,hw\/Width)\n      }\n      val len=in.length-1    \n      val cnodes=new Ara(len+1)\n      \/\/for(i<- 0 to len)cnodes(i)=in(i)\n      System.arraycopy(in,0,cnodes,0,len+1)\n      cnodes(is+1)=subn\n      cnodes\n    } else {\n      val vn = tn.asInstanceOf[GTa]\n      val len=vn.length\n      val lvals=new GTa(len)\n      \/\/for(i<- 0 until len)lvals(i)=vn(i)\n      System.arraycopy(vn,0,lvals,0,len)\n      lvals(is)=value\n      lvals\n    }\n  }\n  \n  \n  \/\/ #### index implementation ####\n  \n  final val S5=  1 << 5\n  final val S10= 1 << 10\n  final val S15= 1 << 15\n  final val S20= 1 << 20\n  final val S25= 1 << 25\n  final val S30= 1 << 30\n\n   \/\/ Index method optimised for regular vectors\n\n  private def indexAt(index:Int): AnyRef = {\n  \t\/\/if(Width!=32)indexAll(index)  \/\/ Only used for test purposes with vectors not based on 32.\n  \t\/\/else{                         \/\/ Can be removed for vector implementation\n  \tvar ix=index\n    def sized(ia:AnyRef,sp:Int):AnyRef={\n       val szs=ia.asInstanceOf[Ara](0).asInstanceOf[Array[Int]]\n\n       var is=ix>>sp\t\n       while(szs(is)<=ix)is+=1\n         ix=ix-(if(is==0)0 else szs(is-1))\n         ia.asInstanceOf[Ara](is+1)\n\/*\n\t\t\t  \/\/ To eveluate bin or linear search use commented code below here\n\n\t\t\t var l = 0 \n             var r=szs.length-1\n             var m=r\/2\n             while(r-l>1){\n               if(szs(m)>ix)r=m\n               else l=m\n               m=(r+l)\/2\n             }\n             val ps=if(ix<szs(l))l else r\n             ix=ix-(if(ps==0)0 else szs(ps-1))\t\t\t \n             ia.asInstanceOf[Ara](ps+1)\n*\/\t\t\t \n    }\n    if((ix<0)||(ix>=vSize))throw new IndexOutOfBoundsException(ix.toString)\n  \telse{\n  \t  vHw match {\n  \t\t  case S5 => root.asInstanceOf[GTa](ix)\n  \t\t  case S10 =>\n  \t\t    val n1=if(root.asInstanceOf[Ara](0)==null)root.asInstanceOf[Ara]((ix>>5)+1) else sized(root,5)\n  \t      n1.asInstanceOf[GTa](ix&31)\n  \t\t  case S15 =>\n  \t\t    val n1=if(root.asInstanceOf[Ara](0)==null)root.asInstanceOf[Ara]((ix>>10)+1) else sized(root,10)\n  \t      val n2=if(n1.asInstanceOf[Ara](0)==null)n1.asInstanceOf[Ara](((ix>>5)&31)+1) else sized(n1,5)\n  \t      n2.asInstanceOf[GTa](ix&31)\n  \t\t  case S20 =>\n  \t\t    val n1=if(root.asInstanceOf[Ara](0)==null)root.asInstanceOf[Ara]((ix>>15)+1) else sized(root,15)\n  \t      val n2=if(n1.asInstanceOf[Ara](0)==null)n1.asInstanceOf[Ara](((ix>>10)&31)+1) else sized(n1,10)\n  \t      val n3=if(n2.asInstanceOf[Ara](0)==null)n2.asInstanceOf[Ara](((ix>>5)&31)+1) else sized(n2,5)\n  \t      n3.asInstanceOf[GTa](ix&31)\n  \t\t  case S25 =>\n  \t\t    val n1=if(root.asInstanceOf[Ara](0)==null)root.asInstanceOf[Ara]((ix>>20)+1) else sized(root,20)\n  \t      val n2=if(n1.asInstanceOf[Ara](0)==null)n1.asInstanceOf[Ara](((ix>>15)&31)+1) else sized(n1,15)\n  \t      val n3=if(n2.asInstanceOf[Ara](0)==null)n2.asInstanceOf[Ara](((ix>>10)&31)+1) else sized(n2,10)\n  \t      val n4=if(n3.asInstanceOf[Ara](0)==null)n3.asInstanceOf[Ara](((ix>>5)&31)+1) else sized(n3,5)\n  \t      n4.asInstanceOf[GTa](ix&31)\n  \t\t  case S30 =>\n  \t\t    val n1=if(root.asInstanceOf[Ara](0)==null)root.asInstanceOf[Ara]((ix>>25)+1) else sized(root,25)\n  \t      val n2=if(n1.asInstanceOf[Ara](0)==null)n1.asInstanceOf[Ara](((ix>>20)&31)+1) else sized(n1,20)\n  \t      val n3=if(n2.asInstanceOf[Ara](0)==null)n2.asInstanceOf[Ara](((ix>>15)&31)+1) else sized(n2,15)\n  \t      val n4=if(n3.asInstanceOf[Ara](0)==null)n3.asInstanceOf[Ara](((ix>>10)&31)+1) else sized(n3,10)\n  \t      val n5=if(n4.asInstanceOf[Ara](0)==null)n4.asInstanceOf[Ara](((ix>>5)&31)+1) else sized(n4,5)\n  \t      n5.asInstanceOf[GTa](ix&31)\n  \t    case _ => throw new IllegalArgumentException()\n  \t   }\n  \t}\n  }\n\n}"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Ops2.scala","text":"<reponame>ebowman\/calc<gh_stars>1-10\npackage calc\n\nimport scala.util.parsing.combinator.JavaTokenParsers\n\ntrait Ops2 extends JavaTokenParsers {\n  def num: Parser[Double] = wholeNumber ^^ (_.toDouble)\n\n  def expr: Parser[Double] = num ~ rep((\"*\" | \"\/\" | \"+\" | \"-\") ~ num) ^^ {\n    case n ~ list => list.foldLeft(n) {\n      case (x, \"*\" ~ y) => x * y\n      case (x, \"\/\" ~ y) => x \/ y\n      case (x, \"+\" ~ y) => x + y\n      case (x, \"-\" ~ y) => x - y\n    }\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Ops.scala","text":"package calc\n\nimport scala.util.parsing.combinator.JavaTokenParsers\n\n\/**\n  * \"Simplest possible\" parser for trivial, integer expression parsing. See OpsSpec for what it can do.\n  *\/\ntrait Ops extends JavaTokenParsers {\n  def num: Parser[Int] = wholeNumber ^^ (_.toInt)\n\n  def term: Parser[Int] = num ~ rep((\"*\" | \"\/\") ~ num) ^^ {\n    case n ~ list => list.foldLeft(n) {\n      case (x, \"*\" ~ y) => x * y\n      case (x, \"\/\" ~ y) => x \/ y\n    }\n  }\n\n  def expr: Parser[Int] = term ~ rep((\"+\" | \"-\") ~ term) ^^ {\n    case n ~ list => list.foldLeft(n) {\n      case (x, \"+\" ~ y) => x + y\n      case (x, \"-\" ~ y) => x - y\n    }\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc31.scala","text":"<reponame>ebowman\/calc\npackage calc\n\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport scala.util.Try\n\n\/**\n  * What is the largest number of these tetrominoes\u200b which can fit on a 7x7 grid without any overlap?\n  * The pieces can be rotated and reflected. However, they cannot overlap and go off the grid.\n  *\/\nobject Calc31 extends App {\n\n  type Point = (Int, Int)\n  type Grid = Array[Array[Boolean]]\n\n  val shapes = Seq(\n    Seq((1, 0), (1, 1), (2, 1)),\n    Seq((0, 1), (-1, 1), (-1, 2)),\n    Seq((-1, 0), (-1, -1), (-2, -1)),\n    Seq((0, -1), (1, -1), (1, -2)),\n    Seq((1, 0), (1, -1), (2, -1)),\n    Seq((0, 1), (1, 1), (1, 2)),\n    Seq((-1, 0), (-1, 1), (-2, 1)),\n    Seq((0, -1), (-1, -1), (-1, -2))\n  )\n\n  def test(pt: Point, idx: Int, grid: Grid): Boolean = {\n    val x = pt._1\n    val y = pt._2\n    Try {\n      !grid(y)(x) &&\n        !grid(y + shapes(idx).head._2)(x + shapes(idx).head._1) &&\n        !grid(y + shapes(idx)(1)._2)(x + shapes(idx)(1)._1) &&\n        !grid(y + shapes(idx)(2)._2)(x + shapes(idx)(2)._1)\n    } getOrElse false\n  }\n\n  def set(pt: Point, idx: Int, grid: Grid): Grid = {\n    val x = pt._1\n    val y = pt._2\n    grid(y)(x) = true\n    grid(y + shapes(idx).head._2)(x + shapes(idx).head._1) = true\n    grid(y + shapes(idx)(1)._2)(x + shapes(idx)(1)._1) = true\n    grid(y + shapes(idx)(2)._2)(x + shapes(idx)(2)._1) = true\n    grid\n  }\n\n  val counter = new AtomicInteger(0)\n\n  implicit class ArrayOps(val array: Grid) extends AnyRef {\n    def dup: Grid = {\n      val count = counter.incrementAndGet()\n      if ((count % 10000) == 0) println(count)\n      val a = new Grid(array.length)\n      a.indices.foreach(y => a(y) = array(y).clone())\n      a\n    }\n\n    def free: Int = array.map(_.count(_ == false)).sum\n\n    def print: String = {\n      array.map(row => row.map(a => if (a) \"x\" else \" \").mkString(\" \")).mkString(\"\\n\")\n    }\n  }\n\n\n  def recurse(count: Int, grid: Grid): Seq[(Int, Grid)] = {\n    if (grid.free < 10) Seq((count, grid)) \/\/ cheating to try to get to terminate early enough to complete\n    else {\n      val newGrids = for {\n        y <- grid.indices.par\n        x <- grid.indices if !grid(y)(x)\n        i <- shapes.indices if test((x, y), i, grid)\n      } yield set((x, y), i, grid.dup)\n\n      newGrids.seq.flatMap(g => recurse(count + 1, g))\n    }\n  }\n\n  def mkGrid(): Grid = {\n    val grid = new Grid(7)\n    grid.indices.foreach(y => grid(y) = new Array[Boolean](7))\n    grid\n  }\n\n  val grid = mkGrid()\n  val result = recurse(0, grid)\n  val best = result.maxBy(_._1)\n  println(best)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc3.scala","text":"package calc\n\n\/**\n  * Created by ebowman on 18\/02\/2017.\n  *\/\nobject Calc3 extends App with Ops {\n  val perms = (0 to 9).permutations\n\n  def test(perm: IndexedSeq[Int]): Int = {\n    val str = s\"${perm(0)} + ${perm(1)}${perm(2)} + ${perm(3)}${perm(4)}${perm(5)} + ${perm(6)}${perm(7)}${perm(8)}${perm(9)}\"\n    parseAll(expr, str).get\n  }\n\n  \/\/println(perms.map(test).max)\n  println(perms.count(test(_) == 10656))\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc30.scala","text":"package calc\n\nimport scala.collection.immutable.Seq\n\n\/*\nImagine that you are walking along the lines of the grid of unit squares below.\n\n-------------\n|  |  |  |  |\n-------------\n|  |  |  |  |\n-------------\n|  |  |  |  |\n-------------\n|  |  |  |  |\n-------------\n\nIf you start from the bottom left-hand corner and walk along the lines until you return to your starting point,\nwhat is the length of the longest path you can make if you can't travel on the same line segment or pass through\nthe same point twice?\n  *\/\nobject Calc30 extends App {\n\n  type Vertex = (Int, Int)\n  type Edge = (Vertex, Vertex)\n\n  val edges: Set[Edge] = ((0 to 3).flatMap { x =>\n    (0 to 3).flatMap { y =>\n      Seq((x, y) -> (x + 1, y), (x, y) -> (x, y + 1))\n    }\n  } ++\n    (for {x <- 0 to 3} yield (x, 4) -> (x + 1 -> 4)) ++\n    (for {y <- 0 to 3} yield (4, y) -> (4, y + 1))).toSet\n\n  val edgesByVertex: Map[Vertex, Set[Edge]] = {\n    val group1 = edges.groupBy(_._1)\n    val group2 = edges.groupBy(_._2)\n    for (g <- group1.keys ++ group2.keys) yield g -> (group1.getOrElse(g, Seq.empty) ++ group2.getOrElse(g, Seq.empty))\n  }.map(x => x._1 -> x._2.toSet).toMap\n\n  def normalize(x: Edge): Edge = {\n    if (x._1._1 > x._2._1 || x._1._2 > x._2._2) (x._2, x._1)\n    else x\n  }\n\n  case class Path(seq: Seq[Vertex], remaining: Set[Edge]) {\n    def print: String = {\n      val grid = new Array[Array[Char]](15)\n      grid.indices.foreach { y =>\n        grid(y) = new Array[Char](15)\n        grid(y).indices.foreach(x => grid(y)(x) = ' ')\n      }\n      \/*\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n      | | | | | | | |\n       - - - - - - -\n       *\/\n      seq.zip(seq.tail).map(normalize).foreach {\n        case ((x1, y1), (x2, y2)) if x1 == x2 => grid(14 - 2 * y2)(x1 * 2) = '|'\n        case ((x1, y1), (x2, y2)) if y1 == y2 => grid(13 - 2 * y2)(2 * x1 + 1) = '-'\n      }\n      grid.map(_.mkString(\"\")).mkString(\"\\n\")\n    }\n  }\n\n  def recurse(path: Path): Set[Path] = {\n    if (path.seq.size > 1 && path.seq.head == path.seq.last) {\n      Set(path)\n    } else if (!path.remaining.contains((0, 0) -> (0, 1)) && !path.remaining.contains((0, 0) -> (1, 0))) {\n      Set.empty\n    }\n    else {\n      for {\n        nextEdge <- edgesByVertex(path.seq.last) if path.remaining.contains(nextEdge)\n      } yield {\n        if (path.seq.indexOf(nextEdge._1) == -1 || path.seq.size > 2 && nextEdge._1 == (0, 0)) {\n          recurse(path.copy(seq = path.seq :+ nextEdge._1, remaining = path.remaining - nextEdge))\n        } else if (path.seq.indexOf(nextEdge._2) == -1) {\n          recurse(path.copy(seq = path.seq :+ nextEdge._2, remaining = path.remaining - nextEdge))\n        } else {\n          Seq.empty\n        }\n      }\n    }.flatten\n  }\n\n  val result = recurse(Path(Seq((0, 0)), edges))\n  result.foreach(r => {\n    println(r.print)\n    println()\n  })\n  println(result.count(_.seq.size == 25))\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc6.scala","text":"<reponame>ebowman\/calc<gh_stars>1-10\npackage calc\n\nobject Calc6 extends App {\n\n  val perms = (1 to 9).permutations\n\n  def test(p: IndexedSeq[Int]): Boolean =\n    p(0) + p(1) - p(2) == 6 &&\n      p(0) + p(3) - p(6) == 4 &&\n      (p(3) - p(4)) * p(5) == 8 &&\n      p(6) * p(7) \/ p(8) == 3 &&\n      (p(1) - p(4)) * p(7) == 3 &&\n      p(2) * p(5) \/ p(8) == 4\n\n  perms.filter(test).foreach { p =>\n    println(p(0) * p(2) * p(6) * p(8))\n  }\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc25.scala","text":"<filename>src\/main\/scala\/calc\/Calc25.scala\npackage calc\n\n\/**\n  * Albert and Bernard just became friends with Cheryl, and they want to know when her birthday is.\n  * Cheryl gives them a list of 10 possible dates:\n  * May 15\tMay 16\tMay 19\n  * June 17\tJune 18\n  * July 14\tJuly 16\n  * August 14\tAugust 15\tAugust 17\n  *\n  * Cheryl then tells Albert and Bernard separately the month and the day of her birthday respectively.\n  *\n  * Albert: I don't know when Cheryl's birthday is, but I know that Bernard does not know too.\n  * Bernard: At first I don't know when Cheryl's birthday is, but I know now.\n  * Albert: Then I also know when Cheryl's birthday is.\n  *\n  * So, when is Cheryl's birthday? 16 july\n  *\/\nobject Calc25 extends App {\n\n  \/\/ 14 July August\n  \/\/ 15 May August\n  \/\/ 16 May July\n  \/\/ 17 June August\n  \/\/ 18 June\n  \/\/ 19 May\n\n  \/\/ May 15 16 19\n  \/\/ June 17 18\n  \/\/ July 14 16\n  \/\/ August 14 15 17\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc8.scala","text":"<reponame>ebowman\/calc\npackage calc\n\n\/**\n  * Created by ebowman on 18\/02\/2017.\n  *\/\nobject Calc8 extends App {\n\n  def p(n: Int): Int = {\n    if (n < 10) n\n    else n.toString.replaceAll(\"0\", \"\").map(_.toString.toInt).product\n  }\n\n  def primeFactors(number: Int, list: List[Int] = List()): List[Int] = {\n    for(n <- 2 to number if number % n == 0) {\n      return primeFactors(number \/ n, list :+ n)\n    }\n    list\n  }\n\n  val a = 10.toString.replaceAll(\"0\", \"\")\n  val b = a.map(_.toString.toInt)\n  println(a)\n  println(b)\n\n  assert(p(3) == 3)\n  assert(p(9) == 9)\n  assert(p(10) == 1)\n  assert(p(11) == 1)\n  assert(p(23) == 6)\n  println(p(3))\n  (1 to 10).foreach(x => println(primeFactors(x)))\n  println((1 to 999).map(p).sum)\n  println(primeFactors((1 to 999).map(p).sum))\n\n  println(primeFactors((1 to 999).map(p).sum).max)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc7.scala","text":"package calc\n\nobject Calc7 extends App with Ops {\n  val ops = Seq(\"+\", \"-\")\n  val exprs = for {\n    op1 <- ops\n    op2 <- ops\n    op3 <- ops\n    op4 <- ops\n    op5 <- ops\n    op6 <- ops\n    op7 <- ops\n  } yield s\"1 $op1 2 $op2 3 $op3 4 $op4 5 $op5 6 $op6 7 $op7 8\"\n\n  println(exprs.count { ex =>\n    print(ex)\n    print(\" = \")\n    println(parseAll(expr, ex).get)\n    parseAll(expr, ex).get == 9\n  })\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc21.scala","text":"package calc\n\n\/\/ https:\/\/brilliant.org\/practice\/grid-puzzles-level-2-challenges\/?subtopic=puzzles&chapter=grid-puzzles\n\nobject Calc21 extends App {\n\n  val digits = 1 to 8\n\n  val result = for {\n    perm <- digits.permutations if perm(0) + perm(1) == perm(2) &&\n    perm(3) \/ perm(4) == perm(5) &&\n    perm(0) + perm(3) == perm(6) &&\n    perm(1) * perm(4) == perm(7)\n  } yield perm\n\n  result.foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc34.scala","text":"package calc\n\n\/**\n  * Assume that you are playing a Tic Tac Toe game with an opponent. You are playing as x while your opponent plays as o.\n  *\n  * The game is played as follows:\n  *\n  * | x| |   x|o|   x|o|   x|o|   x|o|a\n  * | -----  -----  -----  -----  -----\n  * |  | |    | |    | |   o| |   o|b|c\n  * | -----  -----  -----  -----  -----\n  * |  | |    | |   x| |   x| |   x|d|e\n  *\n  * Find all the possible grid tiles where you can put an x-mark will help you guarantee a win under best play.\n  *\n  * (answer is b or e, the question is, can we demonstrate this algorithmically).\n  * It looks to me like c is a very good move as well, however -- I don't see how o can if I play perfectly from\n  * initial position (c).\n  *\n  *\/\nobject Calc34 extends App {\n\n  \/\/noinspection ZeroIndexToHead\n  case class Board(rows: Seq[Seq[Char]] = for (y <- 1 to 3) yield Seq(' ', ' ', ' ')) {\n    def set(piece: Char, pos: (Int, Int)): Board = {\n      require(piece == 'x' || piece == 'o')\n      Board(rows.updated(pos._2, rows(pos._2).updated(pos._1, piece)))\n    }\n\n    def free(pos: (Int, Int)): Boolean = rows(pos._2)(pos._1) == ' '\n\n    def frees: Seq[(Int, Int)] = for {\n      y <- 0 until 3\n      x <- 0 until 3 if free((x, y))\n    } yield (x, y)\n\n    def done: Boolean = win.nonEmpty || !rows.exists(row => row.contains(' '))\n\n    def win: Option[Char] = {\n      def equal3[Char](a: Char, b: Char, c: Char): (Boolean, Char) = (a == b && b == c && a != ' ', a)\n\n      val acrossTop = equal3(rows(0)(0), rows(0)(1), rows(0)(2))\n      val acrossMiddle = equal3(rows(1)(0), rows(1)(1), rows(1)(2))\n      val acrossBottom = equal3(rows(2)(0), rows(2)(1), rows(2)(2))\n      val downLeft = equal3(rows(0)(0), rows(1)(0), rows(2)(0))\n      val downMiddle = equal3(rows(0)(1), rows(1)(1), rows(2)(1))\n      val downRight = equal3(rows(0)(2), rows(1)(2), rows(2)(2))\n      val diagLeft = equal3(rows(0)(0), rows(1)(1), rows(2)(2))\n      val diagRight = equal3(rows(0)(2), rows(1)(1), rows(2)(0))\n\n      val checks = Seq(acrossTop, acrossMiddle, acrossBottom, downLeft, downMiddle, downRight, diagLeft, diagRight)\n      checks.find(_._1).map(_._2)\n    }\n\n    def winningMoves(piece: Char): Seq[(Int, Int)] = {\n      val moves = new scala.collection.mutable.ListBuffer[(Int, Int)]\n\n      if (rows(0)(0) == ' ' && rows(0)(1) == piece && rows(0)(2) == piece) moves.append((0, 0))\n      if (rows(1)(0) == ' ' && rows(1)(1) == piece && rows(1)(2) == piece) moves.append((0, 1))\n      if (rows(2)(0) == ' ' && rows(2)(1) == piece && rows(2)(2) == piece) moves.append((0, 2))\n\n      if (rows(0)(0) == piece && rows(0)(1) == ' ' && rows(0)(2) == piece) moves.append((1, 0))\n      if (rows(1)(0) == piece && rows(1)(1) == ' ' && rows(1)(2) == piece) moves.append((1, 1))\n      if (rows(2)(0) == piece && rows(2)(1) == ' ' && rows(2)(2) == piece) moves.append((1, 2))\n\n      if (rows(0)(0) == piece && rows(0)(1) == piece && rows(0)(2) == ' ') moves.append((2, 0))\n      if (rows(1)(0) == piece && rows(1)(1) == piece && rows(1)(2) == ' ') moves.append((2, 1))\n      if (rows(2)(0) == piece && rows(2)(1) == piece && rows(2)(2) == ' ') moves.append((2, 2))\n\n      if (rows(0)(0) == ' ' && rows(1)(0) == piece && rows(2)(0) == piece) moves.append((0, 0))\n      if (rows(0)(1) == ' ' && rows(1)(1) == piece && rows(2)(1) == piece) moves.append((1, 0))\n      if (rows(0)(2) == ' ' && rows(1)(2) == piece && rows(2)(2) == piece) moves.append((2, 0))\n\n      if (rows(0)(0) == piece && rows(1)(0) == ' ' && rows(2)(0) == piece) moves.append((0, 1))\n      if (rows(0)(1) == piece && rows(1)(1) == ' ' && rows(2)(1) == piece) moves.append((1, 1))\n      if (rows(0)(2) == piece && rows(1)(2) == ' ' && rows(2)(2) == piece) moves.append((2, 1))\n\n      if (rows(0)(0) == piece && rows(1)(0) == piece && rows(2)(0) == ' ') moves.append((0, 2))\n      if (rows(0)(1) == piece && rows(1)(1) == piece && rows(2)(1) == ' ') moves.append((1, 2))\n      if (rows(0)(2) == piece && rows(1)(2) == piece && rows(2)(2) == ' ') moves.append((2, 2))\n\n      if (rows(0)(0) == ' ' && rows(1)(1) == piece && rows(2)(2) == piece) moves.append((0, 0))\n      if (rows(0)(0) == piece && rows(1)(1) == ' ' && rows(2)(2) == piece) moves.append((1, 1))\n      if (rows(0)(0) == piece && rows(1)(1) == piece && rows(2)(2) == ' ') moves.append((2, 2))\n\n      if (rows(2)(0) == ' ' && rows(1)(1) == piece && rows(0)(2) == piece) moves.append((0, 2))\n      if (rows(2)(0) == piece && rows(1)(1) == ' ' && rows(0)(2) == piece) moves.append((1, 1))\n      if (rows(2)(0) == piece && rows(1)(1) == piece && rows(0)(2) == ' ') moves.append((2, 0))\n\n      moves.toSet.toSeq\n    }\n\n    def blockingMoves(piece: Char): Seq[(Int, Int)] = winningMoves(nextPiece(piece))\n\n    def bestMove(piece: Char): (Int, Int) = {\n      val wins = winningMoves(piece)\n      if (wins.nonEmpty) wins.head\n      else {\n        val blocks = blockingMoves(piece)\n        if (blocks.nonEmpty) blocks.head\n        else {\n          def recurse(piece: Char, board: Board): Seq[Board] = {\n            if (board.win.nonEmpty) Seq(board)\n            else if (board.done) Seq.empty\n            else {\n              board.frees.flatMap { case (x, y) =>\n                recurse(nextPiece(piece), board.set(piece, (x, y)))\n              }\n            }\n          }\n          val outcomes: Seq[((Int, Int), Seq[Board])] = frees.map(pos => pos -> recurse(piece, this.set(piece, pos)))\n          val wins = outcomes.map { case (pos, games) => (pos, games.count(_.win.contains(piece)))}.sortBy(_._2)\n          wins.last._1\n        }\n      }\n    }\n\n    override def toString = {\n      s\"\"\"\n         ||${rows(0)(0)}|${rows(0)(1)}|${rows(0)(2)}|\n         ||-----|\n         ||${rows(1)(0)}|${rows(1)(1)}|${rows(1)(2)}|\n         ||-----|\n         ||${rows(2)(0)}|${rows(2)(1)}|${rows(2)(2)}|\n       \"\"\".stripMargin\n    }\n  }\n\n  def nextPiece(piece: Char): Char = piece match {\n    case 'x' => 'o'\n    case 'o' => 'x'\n  }\n\n  val initial = Board().set('x', (0, 0)).set('o', (1, 0)).set('o', (0, 1)).set('x', (0, 2))\n\n\n  @scala.annotation.tailrec\n  def play(boards: Seq[Board], piece: Char): Seq[Board] = {\n    if (boards.last.done) boards\n    else {\n      val curBoard = boards.last\n      play(boards :+ curBoard.set(piece, curBoard.bestMove(piece)), nextPiece(piece))\n    }\n  }\n\n\/\/  def allPossibleGames(board: Board, piece: Char): Seq[Seq[Board]] = {\n\/\/    for (free <- board.frees)\n\/\/  }\n\n  val result = for {\n    init <- Seq((2, 0), (1, 1), (2, 1), (1, 2), (2, 2))\n  } yield init -> play(Seq(initial.set('x', init)), 'o')\n\n  result.foreach(println)\n  result.map(x => x._1 -> x._2.map(_.win)).foreach(println)\n}\n\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc33.scala","text":"package calc\n\n\/**\n  * There are 3 boxes, exactly one of which has a car. You can keep the car if you pick the correct box!\n  *\n  * On each box there is a statement, exactly one of which is true.\n  *\n  * Box 1: The car is in this box.\n  * Box 2: The car is not in this box.\n  * Box 3: The car is not in box 1.\n  *\n  * Which box has the car?\n  *\/\nobject Calc33 extends App {\n\n  val boxes = Seq(true, false, false)\n\n  def rule(seq: Seq[Boolean]) = Seq(seq.head, !seq(1), !seq.head)\n\n  for {\n    perm <- boxes.permutations if rule(perm).count(_ == true) == 1\n  } println(perm)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc38.scala","text":"<filename>src\/main\/scala\/calc\/Calc38.scala\npackage calc\n\n\/**\n  *   S E N D\n  * + M O R E\n  * ---------\n  * M O N E Y\n  *\n  * solve for S + E + N + D + M + O + R + Y\n  *\n  *  9567\n  * +1085\n  * ---------\n  * 10652\n  *\n  * Vector(38)\n  *\/\nobject Calc38 extends App {\n\n  val result = for {\n    s <- 1 to 9\n    e <- 0 to 9 if e != s\n    n <- 0 to 9 if n != e && n != s\n    d <- 0 to 9 if d != n && d != n && d != e && d != s\n    m <- 1 to 9 if m != d if m != d && m != n && m != e && m != s\n    o <- 0 to 9 if o != m if o != m && o != d && o != n && o != e && o != s\n    r <- 0 to 9 if r != o && r != m && r != d && r != n && r != e && r != s\n    y <- 0 to 9 if y != r && y != o && y != m && y != d && y != n && y != e && y != s &&\n    m * 10000 + o * 1000 + n * 100 + e * 10 + y ==\n      (s * 1000 + e * 100 + n * 10 + d) + (m * 1000 + o * 100 + r * 10 + e)\n  } yield {\n    println(\n      s\"\"\"\n         | $s$e$n$d\n         |+$m$o$r$e\n         |---------\n         |$m$o$n$e$y\n       \"\"\".stripMargin)\n    s + e + n + d + m + o + r + y\n  }\n  println(result)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc5.scala","text":"<gh_stars>1-10\npackage calc\n\nobject Calc5 extends App with Ops2 {\n\n  val perms: Iterator[IndexedSeq[Int]] = (1 to 5).permutations\n\n  def make(perm: IndexedSeq[Int]): Double =\n    parseAll(expr, s\"${perm(0)} + ${perm(1)} - ${perm(2)} * ${perm(3)} \/ ${perm(4)}\").get\n\n  println(perms.map(make).min)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc28.scala","text":"<gh_stars>1-10\npackage calc\n\n\/*\nIn the game Mastermind, I have to guess some permutation of five colors out of eight (being a permutation,\nall colors are different). I can submit a guess, and I receive a reply in the form of two numbers:\n\nThe blue number tells the number of colors in my guess that exist in the secret pattern, which are also\n  correct in position.\nThe white number tells the number of colors in my guess that exist in the secret pattern, but which are\n  incorrect in position.\n  \nWhen where there should be a number, it is empty instead, the number is assumed to be zero.\n\nWhat is the secret pattern? Enter your answer in order from left to right, translating the color to a digit code according to this table:\n\nColor\tGreen\tBlue\tYellow\tWhite\nCode\t1\t2\t3\t4\nColor\tBlack\tRed\tPurple\tOrange\nCode\t5\t6\t7\t8\nAs an example, if the answer is orange-blue-yellow-white-black, enter 82345.\n  *\/\nobject Calc28 extends App {\n\n  val colors = Seq(\"Green\", \"Blue\", \"Yellow\", \"White\", \"Black\", \"Red\", \"Purple\", \"Orange\")\n  val played = Seq(\n    ((0, 1), Seq(\"Purple\", \"Purple\", \"Purple\", \"Black\", \"Black\")),\n    ((1, 0), Seq(\"Black\", \"Black\", \"White\", \"White\", \"White\")),\n    ((0, 0), Seq(\"Yellow\", \"Black\", \"Yellow\", \"Yellow\", \"Yellow\")),\n    ((1, 2), Seq(\"Green\", \"Green\", \"White\", \"Purple\", \"Green\")),\n    ((1, 4), Seq(\"Green\", \"Blue\", \"Purple\", \"White\", \"Orange\")),\n    ((0, 5), Seq(\"Orange\", \"Blue\", \"Green\", \"Purple\", \"White\"))\n  )\n\n  def check(colors: Seq[String], score: (Int, Int), play: Seq[String]): Boolean = {\n    val perfect = score._1\n    val near = score._2\n    val test = colors.zip(play)\n    val (perfects, nears) = test.partition { case (x, y) => x == y }\n    if (perfect == perfects.size) {\n      val nearColors = nears.map(_._1).toSet\n      val nearPlay = nears.map(_._2).toSet\n      nearPlay.intersect(nearColors).size == near\n    } else false\n  }\n\n  def checkAll(colors: Seq[String]): Boolean = played.forall(x => check (colors, x._1, x._2))\n\n  val result = for {\n    perm <- colors.permutations if checkAll(perm.take(5))\n  } yield perm\n  result.foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc4.scala","text":"<reponame>ebowman\/calc\npackage calc\n\nobject Calc4 extends App {\n\n  val perms = (1 to 4).permutations\n\n  def compute(perm: IndexedSeq[Int]): Double = math.pow(perm(0), math.pow(perm(1), math.pow(perm(2), perm(3))))\n\n  println(perms.count(compute(_) == 1))\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc15.scala","text":"package calc\n\n\/**\n  * Five points are located on a line. The ten distances between the pairs of points are listed from smallest to largest:\n  * *\n  * 2, 4, 5, 7, 8, K, 13, 15, 17, 19\n  * *\n  * Determine K\n  *\/\nobject Calc15 extends App {\n\n  val prefix = Seq(2, 4, 5, 7, 8)\n  val postfix = Seq(13, 15, 17, 19)\n  for {\n    k <- 9 to 12\n    s = (prefix :+ k) ++ postfix\n    perm <- s.permutations\n    a = 0\n    b = perm.head\n    c = b + perm(1)\n    d = c + perm(2)\n    e = d + perm(3) if Set(b - a, c - a, d - a, e - a, c - b, d - b, e - b, d - c, e - c, e - d) == s.toSet\n  } {\n    println(k)\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc20.scala","text":"<gh_stars>1-10\npackage calc\n\n\/**\n  * In the diagram given above, the numbers from 1 to 25 are to arranged in a  square grid so that each number\n  * except 1 and 2, is the sum of two of its neighbours. Some of the numbers have already been filled in.\n  * Which number must replace the \"  \" when the grid is complete.\n  *\n  * ?? ?? ?? 20 21\n  * ??  6  5  4 ??\n  * 23  7  1  3  X\n  * ??  9  8  2 ??\n  * 25 25 ?? ?? 22\n  *\n  * Note - Numbers in the grid are neighbours if their squares touch along a side or at a corner. For example: the number \"1\" has eight neighbours, the number \"21\" has three neighbours.\n  *\n  * Bonus - Complete the Grid.\n  *\/\nobject Calc20 extends App {\n\n  def newGrid() = {\n    val grid = new Array[Array[Int]](5)\n    grid(0) = Array(-1, -1, -1, 20, 21)\n    grid(1) = Array(-1, 6, 5, 4, -1)\n    grid(2) = Array(23, 7, 1, 3, -1)\n    grid(3) = Array(-1, 9, 8, 2, -1)\n    grid(4) = Array(25, 24, -1, -1, 22)\n    grid\n  }\n\n  def store(grid: Array[Array[Int]], coord: (Int, Int), value: Int): Unit = grid(coord._1)(coord._2) = value\n\n  def testCoord(grid: Array[Array[Int]])(coord: (Int, Int)): Boolean = {\n    val testValue = grid(coord._1)(coord._2)\n    if (testValue <= 2) true\n    else {\n      val allCoords = for {\n        y <- coord._1 - 1 to coord._1 + 1 if y >= 0 && y < 5\n        x <- coord._2 - 1 to coord._2 + 1 if x >= 0 && x < 5 && (y, x) != coord\n      } yield (y, x)\n\n      allCoords.combinations(2).exists { coordPair =>\n        grid(coordPair(0)._1)(coordPair(0)._2) +\n          grid(coordPair(1)._1)(coordPair(1)._2) == testValue\n      }\n    }\n  }\n\n  val toFind = Seq((0, 0), (0, 1), (0, 2), (1, 0), (1, 4), (2, 4), (3, 0), (3, 4), (4, 2), (4, 3))\n  val missing = Seq(10, 11, 12, 13, 14, 15, 16, 17, 18, 19)\n  val allCoords = for { y <- 0 until 5; x <- 0 until 5 } yield (y, x)\n\n  val grids: Iterator[Array[Array[Int]]] = for {\n    ordering <- missing.permutations\n    grid = newGrid()\n    _ = toFind.zip(ordering).foreach { case (coord, value) => store(grid, coord, value)}\n    if allCoords.forall(testCoord(grid))\n  } yield grid\n\n  def printGrid(grid: Array[Array[Int]]): Unit = {\n    grid.foreach { row =>\n      println(\"||\" + row.mkString(\"||\") + \"||\")\n    }\n  }\n\n  grids.foreach { grid =>\n    printGrid(grid)\n    print(\"\\n\")\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc18.scala","text":"<reponame>ebowman\/calc\npackage calc\n\n\/**\n  * One time, my brother stole my wallet and put it behind a door. Then he laid out 5 colored keys,\n  * only one of them unlocking the door. He promises to return my wallet if I get the correct key.\n  * Also, keys can talk about themselves. Using the clues below, can you find the correct key and find my wallet?\n  *\n  * The Red key is somewhere to the left of the key to the door.\n  *\n  * The Blue key is not at one of the ends.\n  *\n  * The Green key is three spaces away from the key to the door (2 between).\n  *\n  * The Yellow key is next to the key to the door.\n  *\n  * The Orange key is in the middle.\n  *\/\nobject Calc18 extends App {\n  val keys = Seq(\"R\", \"B\", \"G\", \"Y\", \"O\")\n\n  type Rule = (Seq[String], String) => Boolean\n\n  val rules = Seq(\n    (s: Seq[String], c: String) => s.indexOf(\"R\") < s.indexOf(c),\n    (s: Seq[String], c: String) => s.head != \"B\" && s.last != \"B\",\n    (s: Seq[String], c: String) => {\n      val idx = s.indexOf(\"G\")\n      (idx >= 3 && s(idx - 3) == c) || (idx <= 1 && s(idx + 3) == c)\n    },\n\n    (s: Seq[String], c: String) => {\n      val idx = s.indexOf(\"Y\")\n      (idx > 0 && s(idx - 1) == c) || (idx < 4 && s(idx + 1) == c)\n    }\n  )\n\n  val result = for {\n    perm <- keys.permutations if perm(2) == \"O\"\n    c <- keys if rules.forall(rule => rule(perm, c))\n  } yield c\n  println(result.toList)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc29.scala","text":"package calc\n\n\/*\nA maths professor asked one of his students to visit his house regarding some work. The student asked the\nprofessor his house number. The professor replied in a strange way:\n\nIf my house number is a multiple of 3, then it is a number from 50 to 59.\n\nIf my house number is not a multiple of 4, then it is a number from 60 to 69.\n\nIf my house number is not a multiple of 6, then it is a number from 70 to 79.\n\nCan you determine the professor's house number?\n  *\/\nobject Calc29 extends App {\n\n  def test1(x: Int): Boolean = if ((x % 3) == 0) { x >= 50 && x <= 59 } else true\n  def test2(x: Int): Boolean = if ((x % 4) != 0) { x >= 60 && x <= 69 } else true\n  def test3(x: Int): Boolean = if ((x % 6) != 6) { x >= 70 && x <= 79 } else true\n  def test(x: Int) = test1(x) && test2(x) && test3(x)\n  for { i <- 1 to 999 if test(i) } println(i)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc11.scala","text":"package calc\n\nobject Calc11 extends App {\n\n  val weights = Seq(16, 16, 4, 4, 1, 1)\n\n  @scala.annotation.tailrec\n  def subset(a: Seq[Int], b: Seq[Int]): Seq[Int] = {\n    if (b.isEmpty) a\n    else {\n      a.indexOf(b.head) match {\n        case -1 => subset(a, b.tail)\n        case n => subset(a.take(n) ++ a.drop(n + 1), b.tail)\n      }\n    }\n  }\n\n  val result = (for {\n    n <- 0 to weights.size\n    combsLeft <- weights.combinations(n)\n    remaining = subset(weights, combsLeft)\n    m <- 0 to remaining.size\n    combsRight <- remaining.combinations(m) if combsLeft.sum != combsRight.sum\n  } yield {\n    println(s\"left: $combsLeft right: $combsRight delta: ${math.abs(combsLeft.sum - combsRight.sum)}\")\n    math.abs(combsLeft.sum - combsRight.sum)\n  }).distinct.sorted\n  println(result)\n  println(s\"count = ${result.size}\")\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc22.scala","text":"<filename>src\/main\/scala\/calc\/Calc22.scala\npackage calc\n\n\/**\n  * One evening there was a murder in the home of a father, a mother, their son, and their daughter.\n  *\n  * One of these four people murdered one of the others. One other member of the family witnessed the crime.\n  * The other one helped the murderer.\n  *\n  * These are the things we know for sure:\n  * MWmH\n  * The witness and the one who helped the murderer were not of the same sex.\n  * The oldest person and the witness were not of the same sex.\n  * The youngest person and the victim were not of the same sex.\n  * The one who helped the murderer was older than the victim.\n  * The father was the oldest member of the family.\n  * The murderer was not the youngest member of the family.\n  * Who was the murderer?\n  *\/\nobject Calc22 extends App {\n  \/\/ father=0, mother=1, son=2, daughter=3\n  \/\/ M, W, H, m (murderer, witness, helper, murdered)\n\n  val states = Seq(\"M\", \"W\", \"H\", \"m\")\n  val sexes = Seq(0, 1, 0, 1)\n\n  \/\/ The witness and the one who helped the murderer were not of the same sex.\n  def rule1(state: Seq[String], youngest: String): Boolean = sexes(state.indexOf(\"W\")) != sexes(state.indexOf(\"H\"))\n\n\n  \/\/ The oldest person and the witness were not of the same sex.\n  def rule2(state: Seq[String], youngest: String): Boolean = state.head != \"W\" && sexes.head != sexes(state.indexOf(\"W\"))\n\n\n  \/\/ The youngest person and the victim were not of the same sex.\n  def rule3(state: Seq[String], youngest: String): Boolean = {\n    youngest match {\n      case \"son\" => sexes(state.indexOf(\"m\")) == 1\n      case \"daughter\" => sexes(state.indexOf(\"m\")) == 0\n    }\n  }\n\n  \/\/ The one who helped the murderer was older than the victim.\n  def rule4(state: Seq[String], youngest: String): Boolean = {\n    val helper = state.indexOf(\"H\")\n    val victim = state.indexOf(\"m\")\n    youngest match {\n      case \"son\" =>\n        helper == 0 || helper == 1 || helper == 3\n      case \"daughter\" =>\n        helper == 0 || helper == 1 || helper == 2\n    }\n  }\n\n  \/\/ The murderer was not the youngest member of the family.\n  def rule5(state: Seq[String], youngest: String): Boolean = {\n    val murderer = state.indexOf(\"M\")\n    youngest match {\n      case \"son\" => murderer != 2\n      case \"daughter\" => murderer != 3\n    }\n  }\n\n  val allRules = Seq(rule1 _, rule2 _, rule3 _, rule4 _, rule5 _)\n\n  val results = for {\n    youngest <- Seq(\"son\", \"daughter\")\n    state <- states.permutations if allRules.forall(_.apply(state, youngest))\n  } yield state\n\n  results.foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc14.scala","text":"package calc\n\n\/**\n  *\n  * You are the village chief. Your village has 1000 residents including yourself. One day the ferocious EVEN DEMON\n  * attacks your village and snarls, \"All you 1000 villagers stand in a large CIRCLE, numbering yourself from 1 to 1000.\n  * Starting from number 1, I will eat every second villager (which means he will eat villager number 2, then villager\n  * number 4 and so on) and keep going around and around the circle eating up every second villager and keep doing this\n  * till there is only 1 villager left. That last villager I will spare and he is free to escape.\"\n  *\n  * Since you are the village chief, you have the right to choose where you wish to stand.\n  *\n  * In the original circle of 1000 villagers which number will you choose to stand at to be the last villager standing\n  * and escape the clutches of the EVEN DEMON?\n  *\n  * This problem is not an original. It is adapted from a famous problem recorded by a Jewish historian.\n  *\/\nobject Calc14 extends App {\n\n  def doCircle(circle: Array[Int]): Array[Int] = {\n    println(circle.toSeq)\n    var done = false\n    var cursor = 1\n    var prevEaten = -1\n    while (!done) {\n      println(s\"eat ${circle(cursor)}\")\n      prevEaten = circle(cursor)\n      circle(cursor) = -1\n      if (cursor + 2 == circle.length) {\n        println(s\"*eat ${circle(0)}\")\n        circle(0) = -1\n        done = true\n      }\n      else if (cursor + 2 >= circle.length) done = true\n      else cursor += 2\n    }\n    val nextCircle = circle.filterNot(_ == -1)\n    if (nextCircle.length == 1) {\n      nextCircle \/\/Array(prevEaten)\n    } else doCircle(nextCircle)\n  }\n\n  println(doCircle((1 to 1000).toArray).toSeq.head)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc12.scala","text":"<gh_stars>1-10\npackage calc\n\nobject Calc12 extends App {\n\n  val pageNumbers = 1 to 512\n\n  val allPossibilities = for {\n    start <- 1 to 512\n    end <- start + 1 to 512\n  } yield (start to end).sum\n\n  println(s\"could be 512: ${allPossibilities.contains(512)}\")\n  println(s\"could be 412: ${allPossibilities.contains(412)}\")\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/test\/scala\/calc\/OpsSpec.scala","text":"<reponame>ebowman\/calc\npackage calc\n\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n  * Tests the expression evaluator.\n  *\/\nclass OpsSpec extends FlatSpec with Ops with Matchers {\n\n\n  \/** num, term & expr should all be able to pass this test. *\/\n  def testNums(p: Parser[Int]): Unit = {\n    def f(str: String) = parseAll(p, str).get\n\n    f(\"0\") shouldBe 0\n    f(\"10\") shouldBe 10\n  }\n\n  \/** term and expr should be able to pass this test. *\/\n  def testTerms(p: Parser[Int]): Unit = {\n    def f(str: String) = parseAll(p, str).get\n\n    f(\"1 * 2\") shouldBe 2\n    f(\"0 * 10\") shouldBe 0\n    f(\"10 * 100\") shouldBe 1000\n    f(\"0\") shouldBe 0\n    f(\"10\") shouldBe 10\n    f(\"1 * 2\") shouldBe 2\n    f(\"0 * 10\") shouldBe 0\n    f(\"10 * 100\") shouldBe 1000\n    f(\"2 * 3 * 4\") shouldBe 24\n    f(\"9 \/ 1\") shouldBe 9\n    f(\"9 \/ 3\") shouldBe 3\n    f(\"9 \/ 3 \/ 3\") shouldBe 1\n    f(\"12 * 10 \/ 10\") shouldBe 12\n  }\n\n  \/* expr should be able to pass this test. *\/\n  def testExpr(p: Parser[Int]): Unit = {\n    def f(str: String) = parseAll(p, str).get\n\n    f(\"1 + 2\") shouldBe 3\n    f(\"1 - 2\") shouldBe -1\n    f(\"1 + 2 - 3\") shouldBe 0\n    f(\"1 + 2 * 3\") shouldBe 7\n    f(\"1 + 2 * 3 \/ 4\") shouldBe 2\n  }\n\n  \"Numbers\" should \"be parsable\" in {\n    testNums(num)\n  }\n\n  \"Terms\" should \"be parsable\" in {\n    testNums(term)\n    testTerms(term)\n  }\n\n  \"Expressions\" should \"be parsable\" in {\n    testNums(expr)\n    testTerms(expr)\n    testExpr(expr)\n  }\n}"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc32.scala","text":"<gh_stars>1-10\npackage calc\n\n\/**\n  * John tells the truth on Mondays, Thursdays and Saturdays, but lies on every other day.\n  *\n  * One day he said, \u201cI will tell the truth tomorrow.\u201d\n  *\n  * On which day of the week did he make this statement?\n  *\/\nobject Calc32 extends App {\n\n  object Days extends Enumeration {\n    type Days = Value\n    val Mon, Tue, Wed, Thu, Fri, Sat, Sun = Value\n  }\n\n  import Days._\n\n  val nextDays = Map(Mon -> Tue, Tue -> Wed, Wed -> Thu, Thu -> Fri, Fri -> Sat, Sat -> Sun, Sun -> Mon)\n\n  val trueDays = Set(Mon, Thu, Sat)\n\n  Days.values.find(day => trueDays(day) && trueDays(nextDays(day)) || !trueDays(day) && !trueDays(nextDays(day))).foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc13.scala","text":"package calc\n\n\/**\n  * Let N denote the concatenation of the first 60 positive integers:\n  *   1234567891011121314...585960\n  * Remove any 100 digits from N without rearranging the remaining digits, and call the resulting number M.\n  * What is the largest possible value of M?\n  *\/\nobject Calc13 extends App {\n\n  val str = (1 to 60).map(_.toString).reduce(_ + _)\n  val map: Map[Int, Int] = (for {\n    n <- '0' to '9'\n  } yield (n - '0') -> str.count(_ == n)).toMap\n  println(str)\n  println(str.length)\n  println(map)\n  \/\/ now we can see that there are 6 9's\n  \/\/ we want to keep as many 9s at the left as possible\n  val nineSpots = str.indices.flatMap { i =>\n    if (str(i) == '9') Some(i)\n    else None\n  }\n  println(nineSpots)\n  \/\/ there is a 9 at 8, 28, 48, 68, 88 and 108\n  \/\/ the one at 108 doesn't leave enough left to make an 11 char string\n  \/\/ so we remove the first 88 - 5 characters, and end up with 99999\n  \/\/ so now we have to come up with 6 more from the remainder\n  val remainder = str.drop(89)\n  println(remainder)\n\n  val leftToDrop = 100 - 89 + 5\n  println(leftToDrop)\n\n  val combs = remainder.indices.combinations(leftToDrop).size\n  println(\"combs.size = \" + combs)\n\n  @scala.annotation.tailrec\n  def strip(str: String, indices: Seq[Int]): Long = {\n    if (indices.isEmpty) str.toLong\n    else strip(str.take(indices.head) + str.drop(indices.head + 1), indices.tail)\n  }\n\n  val all = for {\n    comb: Seq[Int] <- remainder.indices.combinations(leftToDrop)\n    combSorted = comb.sorted.reverse\n  } yield strip(remainder, combSorted)\n\n  val m = all.toSeq.max\n  println(m)\n  println(\"99999\" + m)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc36.scala","text":"<filename>src\/main\/scala\/calc\/Calc36.scala<gh_stars>1-10\npackage calc\n\nimport scala.collection.immutable.IndexedSeq\n\n\/**\n  * A magic square of order 4 is created by putting the integers 1 to 16 into a 4 by 4 square grid so that the sum of\n  * the numbers in each row, column and main diagonal is the same. What is the sum of the integers at the corners of\n  * this magic square (labeled by letters as shown above)? (A, B, C, D)\n  * So ... the brute force didn't work, this is a huge search space (16! = 20,922,789,888,000).\n  * Searching the entire space would take about 500,000 years, but running for about a day (80,868,000,000 magic\n  * squares, approximately) it stumbled upon the first magic square, and computed the answer (34).\n  *\/\nobject Calc36 extends App {\n  \/\/noinspection ZeroIndexToHead\n  def isMagic(s: IndexedSeq[Int]): Boolean = {\n    val sum1 = s.slice(0, 4).sum\n    val sum2 = s.slice(4, 8).sum\n    if (sum1 == sum2) {\n      val rowSums = IndexedSeq[Int](sum1, sum2, s.slice(8, 12).sum, s.slice(12, 16).sum)\n      if (rowSums.distinct.length == 1) {\n        \/\/ so far so good, continue\n        val sum = rowSums.head\n        val colSums = IndexedSeq(\n          s(0) + s(4) + s(8) + s(12),\n          s(1) + s(5) + s(9) + s(13),\n          s(2) + s(6) + s(10) + s(14),\n          s(3) + s(7) + s(11) + s(15)\n        )\n        if (colSums.head == sum && colSums.distinct.size == 1) {\n          if (s(0) + s(5) + s(10) + s(15) == sum && s(3) + s(6) + s(9) + s(12) == sum) true\n          else false\n        } else false\n      } else false\n    } else false\n  }\n\n  val nums = 1 to 16\n  var left = BigInt(16) * 15 * 14 * 13 * 12 * 11 * 10 * 9 * 8 * 7 * 6 * 5 * 4 * 3 * 2\n  var done = BigInt(0)\n  val buffer = 1000000\n  val perms = nums.permutations.grouped(buffer)\n  var start = System.currentTimeMillis()\n  val magicIter = for {\n    group <- perms\n    _ = {\n      val now = System.currentTimeMillis()\n      left -= buffer\n      done += buffer\n      val ratePerMs = BigDecimal(done) \/ (now - start)\n      val msRemaining = ratePerMs * BigDecimal(left)\n      val years = msRemaining \/ (1000 * 60 * 60 * 24 * 365.25)\n      println(s\"done = $done remaining = $left years = $years\")\n    }\n    perm <- group.par if isMagic(perm)\n  } yield perm\n\n  val magic = magicIter.next\n  println(magic(0) + magic(3) + magic(12) + magic(15))\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc23.scala","text":"package calc\n\n\/**\n  * Aaron, Calvin, David, and Peter each live in one of 4 adjacent townhouses in a row, each of a single color.\n  * Each owns one pet and imbibes one kind of drink.\n  *\n  * Aaron owns the dog.\n  * The bird lives in the red house.\n  * Calvin lives in the blue house.\n  * David does not live in the red house.\n  * The cat lives where the milk drinker lives.\n  * Either the fish lives next to the cat or the bird lives next to the coffee drinker.\n  * If the dog lives in the green house, then the cat lives next to the blue house.\n  * If Peter owns the fish, then either Calvin owns the bird or else David owns the cat.\n  * The tea drinker lives two houses away from the coffee drinker.\n  * The red house resident drinks water if and only if the yellow house resident drinks milk.\n  * Who owns the fish?\n  *\n  * Note: Color of residences as shown in photograph have nothing to do with this problem.\n  * Also, any pet \"owned\" is presumed to live in the same place as the owner lives.\n  *\/\nobject Calc23 extends App {\n\n  type Rule = (Seq[String], Seq[String], Seq[String], Seq[String]) => Boolean\n\n  val rules = Seq[Rule](\n    \/\/ Aaron owns the dog.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) =>\n      pets(names.indexOf(\"Aaron\")) == \"dog\",\n    \/\/ The bird lives in the red house.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) =>\n      pets(colors.indexOf(\"red\")) == \"bird\",\n    \/\/Calvin lives in the blue house.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) =>\n      names(colors.indexOf(\"blue\")) == \"Calvin\",\n    \/\/ David does not live in the red house.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) =>\n      colors(names.indexOf(\"David\")) != \"red\",\n    \/\/ The cat lives where the milk drinker lives.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) =>\n      pets.indexOf(\"cat\") == drinks.indexOf(\"milk\"),\n    \/\/ Either the fish lives next to the cat or the bird lives next to the coffee drinker.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) => {\n      math.abs(pets.indexOf(\"fish\") - pets.indexOf(\"cat\")) == 1 ||\n        math.abs(pets.indexOf(\"bird\") - drinks.indexOf(\"coffee\")) == 1\n    },\n    \/\/ If the dog lives in the green house, then the cat lives next to the blue house.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) => {\n      if (pets.indexOf(\"dog\") == colors.indexOf(\"green\")) math.abs(pets.indexOf(\"cat\") - colors.indexOf(\"blue\")) == 1\n      else true\n    },\n    \/\/ If Peter owns the fish, then either Calvin owns the bird or else David owns the cat.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) => {\n      if (names(pets.indexOf(\"fish\")) == \"Peter\") {\n        names.indexOf(\"Calvin\") == pets.indexOf(\"bird\") ||\n          names.indexOf(\"David\") == pets.indexOf(\"cat\")\n      } else true\n    },\n    \/\/ The tea drinker lives two houses away from the coffee drinker.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) => {\n      math.abs(drinks.indexOf(\"tea\") - drinks.indexOf(\"coffee\")) == 2\n    },\n    \/\/ The red house resident drinks water if and only if the yellow house resident drinks milk.\n    (names: Seq[String], colors: Seq[String], pets: Seq[String], drinks: Seq[String]) => {\n      if (colors.indexOf(\"yellow\") == drinks.indexOf(\"milk\")) colors.indexOf(\"red\") == drinks.indexOf(\"water\")\n      else colors.indexOf(\"red\") != drinks.indexOf(\"water\")\n    }\n  )\n\n  val result = for {\n    n <- Seq(\"Aaron\", \"Calvin\", \"David\", \"Peter\").permutations\n    c <- Seq(\"red\", \"blue\", \"green\", \"yellow\").permutations\n    p <- Seq(\"dog\", \"bird\", \"cat\", \"fish\").permutations\n    d <- Seq(\"milk\", \"coffee\", \"tea\", \"water\").permutations if rules.forall(_.apply(n, c, p, d))\n  } yield (n, c, p, d)\n\n  \/\/println(result.size)\n  result.foreach { case (n, c, p, d) =>\n    println((n,c,p,d))\n    println(n(p.indexOf(\"fish\")))\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc27.scala","text":"<gh_stars>1-10\npackage calc\n\n\n\n\/**\n  * The picture above shows a Hidato puzzle. The aim of the puzzle is to fill each white\/light blue cell with an\n  * integer between 1 and 85 (inclusive) so that each integer appears exactly once and consecutive integers appear\n  * in adjacent cells.\n  * Let the number that takes place of the cell marked  be denoted , and so forth.\n  *\n  * What is the value of A + B + C?\n  * https:\/\/d18l82el6cdm1i.cloudfront.net\/image_optimizer\/c09efaf9895260d968f45b354c51c2eda6d4f88f.png\n  *\n  * We'll use cube coordinates from here: http:\/\/www.redblobgames.com\/grids\/hexagons\/\n  *\/\nobject Calc27 extends App {\n\n  val size = 5\n\n  \/\/ top right = x, top left = y, bottom = z\n  case class Coord(x: Int, y: Int, z: Int) {\n    require(x + y + z == 0, (x, y, z))\n\n    lazy val neighbors: Seq[Coord] = {\n      Seq(e, w, ne, nw, se, sw).filter(_.inRange).filterNot(deadSet)\n    }\n\n    def inRange: Boolean = math.abs(x) <= size && math.abs(y) <= size && math.abs(z) <= size\n\n    def e = Coord(x + 1, y - 1, z)\n\n    def w = Coord(x - 1, y + 1, z)\n\n    def nw = Coord(x, y + 1, z - 1)\n\n    def ne = Coord(x + 1, y, z - 1)\n\n    def sw = Coord(x - 1, y, z + 1)\n\n    def se = Coord(x, y - 1, z + 1)\n\n    def toHex: Hex = Hex(q = x, r = z)\n  }\n\n  case class Hex(q: Int, r: Int) {\n    def toCoord: Coord = Coord(q, r, -q-r)\n  }\n\n  val origin = Coord(0, 0, 0)\n  val deadSet = Set(origin.w.w, origin.w.w.nw, origin.w.w.ne, origin.e.e, origin.e.e.nw, origin.e.e.ne)\n  val grid = {\n    import scala.collection.mutable\n    val map = mutable.Map[Coord, Int]()\n    for {\n      x <- -5 to 5\n      y <- -5 to 5\n      z <- -5 to 5 if x + y + z == 0\n    } {\n      map += Coord(x, y, z) -> 0\n    }\n    map += origin.w.w.w.w.w -> 81\n    map += origin.nw.nw.nw.w.w -> 85\n    map += origin.nw.nw.nw.nw -> 62\n    map += origin.nw.nw.nw.ne.ne -> 57\n    map += origin.ne.ne.ne -> 53\n    map += origin.nw -> 31\n    map += origin.w -> 29\n    map += origin.sw.w.w.w -> 72\n    map += origin.sw.sw.w -> 26\n    map += origin.sw.sw.sw.se -> 23\n    map += origin.se.se.se -> 1\n    map += origin.se.se.se.sw -> 12\n    map += origin.se.se.se.se -> 9\n    map += origin.se.se.se.e.e -> 6\n    map += origin.se.e.e -> 3\n    map += origin.se.e.e.e -> 43\n    map += origin.e.e.e.e -> 42\n\n    deadSet.foreach(dead => map += dead -> -1)\n    map.toMap\n  }\n\n  println(grid.pretty)\n\n  val a = origin.nw.nw.nw.nw.nw\n  val b = origin.nw.nw\n  val c = origin.nw.ne.ne\n\n  type Grid = Map[Coord, Int]\n\n  def recurse(grids: Seq[Grid], values: Seq[Int]): Seq[Grid] = {\n    if (values.isEmpty) grids\n    else {\n      val value = values.head\n      grids.par.flatMap { grid =>\n        val gridValues = grid.values.toSet\n\n        def legal(coord: Coord): Boolean = {\n            coord.neighbors.exists(n => grid(n) == value - 1) &&\n            (coord.neighbors.exists(n => grid(n) == value + 1) ||\n              coord.neighbors.exists(n => grid(n) == 0 && !gridValues.contains(value + 1)))\n        }\n\n        val candidates: Seq[Coord] = grid.filter(_._2 == 0).keys.filter(legal).toSeq\n        if (candidates.isEmpty) {\n          Seq.empty\n        }\n        else {\n          val newGrids = candidates.map(c => grid + (c -> value))\n          recurse(newGrids, values.tail)\n        }\n      }\n    }.seq\n  }\n\n  val alreadyInserted = grid.values.toSet\n  val toInsert = (1 to 85).filterNot(alreadyInserted)\n  val start = System.currentTimeMillis()\n  val results = recurse(Seq(grid), toInsert)\n  val stop = System.currentTimeMillis()\n  println(s\"total time: ${stop - start}\")\n  results.foreach { grid =>\n    println {\n      \"validity check: \" +\n      grid.forall { case (coord, value) =>\n          if (value == 1) {\n            coord.neighbors.exists(c => grid(c) == 2)\n          } else if (value == 85) {\n            coord.neighbors.exists(c => grid(c) == 84)\n          } else {\n            coord.neighbors.exists(c => grid(c) == value - 1) &&\n              coord.neighbors.exists(c => grid(c) == value + 1)\n          }\n      }\n    }\n    println(s\"A = ${grid(a)}\")\n    println(s\"B = ${grid(b)}\")\n    println(s\"C = ${grid(c)}\")\n    println(s\"sum = ${grid(a) + grid(b) + grid(c)}\")\n  }\n\n  implicit class GridPretty(val grid: Grid) extends AnyVal {\n    import dk.ilios.asciihexgrid.AsciiBoard\n    type Printer = dk.ilios.asciihexgrid.printers.LargeFlatAsciiHexPrinter\n    def pretty: String = {\n      val offset = 5\n      val board = new AsciiBoard(0, 10, 0, 10, new Printer)\n      grid.foreach {\n\/\/        case (coord, -1) => board.printHex(\"#\", \"#\", '#', coord.toHex.q + offset, coord.toHex.r + offset)\n        case (coord, value) => board.printHex(value.toString, s\"${coord.toHex.q},${coord.toHex.r}\", ' ', coord.toHex.q + offset, coord.toHex.r + offset)\n      }\n      board.prettPrint(false)\n    }\n  }\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc37.scala","text":"package calc\n\n\/**\n  * Which of these statements are truths and which are lies?\n  *\n  * 1. Statement 2 and Statement 5 are either both truths or both lies.\n  * 2. Statement 3 and Statement 5 are either both truths or both lies.\n  * 3. Exactly two of the statements are truths.\n  * 4. Statement 1 and Statement 2 are either both truths or both lies.\n  * 5. Statement 3 is a lie.\n  *\/\nobject Calc37 extends App {\n\n  def rule1(seq: Seq[Boolean]): Boolean = seq(1) && seq(4) || !seq(1) && !seq(4)\n\n  def rule2(seq: Seq[Boolean]): Boolean = seq(2) && seq(4) || !seq(2) && !seq(4)\n\n  def rule3(seq: Seq[Boolean]): Boolean = seq.count(_ == true) == 2\n\n  \/\/noinspection ZeroIndexToHead\n  def rule4(seq: Seq[Boolean]): Boolean = seq(0) && seq(1) || !seq(0) && !seq(1)\n\n  def rule5(seq: Seq[Boolean]): Boolean = !seq(2)\n\n  val rules = Seq(rule1 _, rule2 _, rule3 _, rule4 _, rule5 _)\n\n  val inputs = for {\n    x <- Seq(true, false)\n    y <- Seq(true, false)\n    z <- Seq(true, false)\n    p <- Seq(true, false)\n    q <- Seq(true, false)\n  } yield Seq(x, y, z, p, q)\n\n  val results = for {\n    input <- inputs\n  } yield {\n    input.zip { rules.map(_(input)) }\n  }\n  results.filter(result => result.count(a => a._1 == a._2) == 5).foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc39.scala","text":"<reponame>ebowman\/calc\npackage calc\n\n\/*\n  *\/\nobject Calc39 extends App {\n\n  for {\n    a <- Seq(true, false)\n    b <- Seq(true, false)\n    c <- Seq(true, false) if a || b || c\n  } println((a,b,c))\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc2.scala","text":"<filename>src\/main\/scala\/calc\/Calc2.scala\npackage calc\n\nimport scala.collection.immutable.IndexedSeq\n\nobject Calc2 extends App {\n\n  val nums: Iterator[IndexedSeq[Int]] = (0 to 9).permutations\n\n  def rule(set: IndexedSeq[Int]): Boolean = {\n    val a = set(0) * set(1) * set(2)\n    val b = set(1) * set(6) * set(4)\n    val c = set(3) * set(4) * set(5)\n    a == b && b == c\n  }\n\n  println(nums.find(rule))\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc19.scala","text":"package calc\n\n\/*\nPop Quiz! Submit your answers, in order, to Questions 1-4.\n\nQ1. Which is the first question where c) is the correct answer? a) Q3 b) Q4 c) Q1 d) Q2\nQ2. Which is the first question where a) is the correct answer? a) Q4 b) Q2 c) Q3 d) Q1\nQ3. Which is the first question where d) is the correct answer? a) Q1 b) Q2 c) Q4 d) Q3\nQ4. Which is the first question where b) is the correct answer? a) Q2 b) Q4 c) Q3 d) Q1\n *\/\nobject Calc19 extends App {\n\n  val answers = 0 to 3\n\n  val questions = Seq(\n    2 -> Seq(2, 3, 0, 1),\n    0 -> Seq(3, 1, 2, 0),\n    3 -> Seq(0, 1, 3, 2),\n    1 -> Seq(1, 3, 2, 0)\n  )\n\n  def check(answer: Seq[Int]): Boolean =\n    questions.zip(answer).forall { case ((q, answ), thisAnsw) => answer(answ(thisAnsw)) == q }\n\n  for {\n    answer <- answers.permutations if check(answer)\n  } {\n    println(answer)\n  }\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc24.scala","text":"<filename>src\/main\/scala\/calc\/Calc24.scala\npackage calc\n\n\/**\n  * Sandip, Tracy, Jamal, and Sheng are best friends who work together everyday at a banana stand.\n  * Since they are so close, their happiness on any given day depends on the happiness of the other three people\n  * on the previous day. Suppose they behave as follows:\n  *\n  * 1. Sheng is happy today only if Tracy and Jamal were both happy yesterday.\n  * 2. Jamal is happy today only if Sandip or Sheng (or both) were happy yesterday.\n  * 3. Sandip enjoys watching Sheng cry, so Sandip is happy today only if Sheng was sad yesterday.\n  * 4. Tracy is happy today only if Tracy was happy yesterday, meaning she has an independent streak.\n  *\n  * Suppose that on day 1, all four of the friends are sad. After a few days, the friends reach a stable emotional\n  * state that repeats itself. What is the emotional state of each person in this repeating state?\n  *\/\nobject Calc24 extends App {\n\n  type State = (Boolean, Boolean, Boolean, Boolean)\n\n  def evolve(yesterday: State): State = {\n    val Sandip = yesterday._1\n    val Tracy = yesterday._2\n    val Jamal = yesterday._3\n    val Sheng = yesterday._4\n    (!Sheng, Tracy, Sandip || Sheng, Tracy && Jamal )\n  }\n\n  val initial = (false, false, false, false)\n\n  val stream: Stream[State] = {\n    def next(state: State): Stream[State] = {\n      state #:: next(evolve(state))\n    }\n    next(initial)\n  }\n\n  stream.take(20).toList.foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc.scala","text":"package calc\n\n\/**\n  * Brute force solver for the problem at https:\/\/brilliant.org\/practice\/arithmetic-puzzles-level-2-challenges\/?p=2\n  *\n  * In a nutshell, given 1 _ 2 _ 3 _ 4, and the operators +, -, *, \/, how many ways can you construct\n  * a simple expression such that it evaluates to 10? (And for extra credit, 1 _ 2 _ 3 _ 4 _ 5 => 15).\n  * Of course you can solve this by being smart, but this shows how to write simple program to solve it in\n  * a brute-force way.\n  *\n  * Output:\n  * For 1 _ 2 _ 3 _ 4, there are 2 solutions:\n  * 1 + 2 + 3 + 4\n  * 1 * 2 * 3 + 4\n  * For 1 _ 2 _ 3 _ 4 _ 5, there are 3 solutions:\n  * 1 + 2 + 3 + 4 + 5\n  * 1 - 2 * 3 + 4 * 5\n  * 1 * 2 * 3 + 4 + 5\n  *\/\nobject Calc extends App with Ops {\n\n  val ops = Seq(\"+\", \"-\", \"*\", \"\/\")\n\n  val soln4 = for {\n    op1 <- ops\n    op2 <- ops\n    op3 <- ops\n    input = s\"1 $op1 2 $op2 3 $op3 4\" if parseAll(expr, input).get == 10\n  } yield input\n\n  println(s\"For 1 _ 2 _ 3 _ 4, there are ${soln4.size} solutions:\\n${soln4.mkString(\"\\n\")}\")\n\n  val soln5 = for {\n    op1 <- ops\n    op2 <- ops\n    op3 <- ops\n    op4 <- ops\n    input = s\"1 $op1 2 $op2 3 $op3 4 $op4 5\" if parseAll(expr, input).get == 15\n  } yield input\n\n  println(s\"For 1 _ 2 _ 3 _ 4 _ 5, there are ${soln5.size} solutions:\\n${soln5.mkString(\"\\n\")}\")\n}"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc10.scala","text":"package calc\n\nobject Calc10 extends App {\n\n  def f(n: Int)(k: BigInt): BigInt = {\n    if (n == 1) {\n      def sq(x: Int) = x*x\n      k.toString.map(x => sq(x.toString.toInt)).sum\n    } else {\n      f(1)(f(n-1)(k))\n    }\n  }\n\n  println(f(1)(2016))\n  println(f(2)(2016))\n  println(f(3)(2016))\n  println(f(2017)(2016))\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc16.scala","text":"package calc\n\n\/**\n  * If each letter in the expression (a + b\/c)(d + e)\n  * is replaced by a different digit from 1 through 9, inclusive,\n  * what is the smallest possible integer value of the expression?\n  *\/\nobject Calc16 extends App {\n\n  val results: Iterator[(Double, String)] = for {\n    perm <- (1 to 9).permutations\n  } yield (perm(0) + perm(1).toDouble\/perm(2))*(perm(3) + perm(4)) -> s\"(${perm(0)} + ${perm(1)}\/${perm(2)})(${perm(3)} + ${perm(4)})\"\n\n  val sorted = results.toSeq.filter(x => math.abs(x._1 - math.round(x._1)) < 0.001).sortBy(_._1)\n  sorted.take(20).foreach(println)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc35.scala","text":"<filename>src\/main\/scala\/calc\/Calc35.scala\npackage calc\n\n\/**\n  * If exactly one of these statements is false, which statement is false?\n  *\n  * A) Statement D is true.\n  * B) Statement A is false.\n  * C) Statement B is false.\n  * D) Statement C is true.\n  *\/\nobject Calc35 extends App {\n\n  val mask = Seq(false, true, true, true)\n  def a(test: Seq[Boolean]): Boolean = test(3)\n  def b(test: Seq[Boolean]): Boolean = !test.head\n  def c(test: Seq[Boolean]): Boolean = !test(1)\n  def d(test: Seq[Boolean]): Boolean = test(2)\n  val tests = Seq(a _, b _, c _, d _)\n\n  for {\n    perm <- mask.permutations\n  } {\n    val truths = tests.map(_(perm))\n    val zips = truths.zip(perm)\n    if (zips.count(a => a._1 == a._2) == 4 && zips.count(a => !a._1) == 1) {\n      println(s\"answer = ${('A' + zips.indexOf((false, false))).toChar}\")\n    }\n  }\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc9.scala","text":"<reponame>ebowman\/calc\npackage calc\n\nobject Calc9 extends App {\n\n  val stream = Stream.from(1).flatMap { _.toString }\n\n  println(stream.take(28383).last)\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc17.scala","text":"<gh_stars>1-10\npackage calc\n\n\/**\n  * Last night I went with my wife to a party where four other married couples were present.\n  *\n  * Every person shook hands with only the people he or she was NOT acquainted with.\n  * (Obviously, no one shook his or her own hand or spouse's hand, and no one shook hands with the same person twice.)\n  *\n  * When the handshaking was over, I asked everyone including my wife how many hands they each shook.\n  *\n  * To my surprise, I got 9 different answers!\n  *\n  * How many hands did my wife shake?\n  *\n  * This problem is not an original. It is adapted from a problem posed by <NAME>.\n  *\/\nobject Calc17 extends App {\n  val people = Seq(\"h1\", \"w1\", \"h2\", \"w2\", \"h3\", \"w3\", \"h4\", \"w4\", \"h5\", \"w5\")\n  \/*\n  case class Person(name: String, known: Set[Person] = Set.empty)\n\n  val foo = for {\n    personId <- people.indices\n    person = people(personId)\n    candidates = people.drop(personId + 1).filterNot(maybeSpouse => maybeSpouse(1) == person(1))\n    n <- 0 to candidates.length\n    comb <- candidates.combinations(n)\n  } yield person -> comb.toSet\n\n  val folded = foo.foldLeft(Map.empty[String, Set[Set[String]]]) {\n    case (map, item) =>\n      if (map.contains(item._1)) map + (item._1 -> (map(item._1) + item._2))\n      else map + (item._1 -> Set(item._2))\n  }\n\n  println(folded)\n  folded.foreach(println)\n  println(foo.size)\n  *\/\n\n  case class RelMat(m: Seq[Boolean])\n\n  object RelMat {\n    def apply(v: BigInt): Option[RelMat] = {\n      val prod = people.size * people.size\n      val m = new Array[Boolean](prod)\n      for (i <- 0 until prod) {\n        if ((v & (BigInt(1) << i)) == 0) m(i) = true\n      }\n      for (i <- people.indices) m(i * people.size) = false\n      for (i <- people.indices by 2) {\n        m(i * people.size + 1) = false\n        m((i + 1) * people.size - 1) = false\n      }\n      val counts = for (i <- people.indices) yield m.slice(i * people.size, (i + 1) * people.size).count(_ == true)\n      if (counts.size == counts.distinct.size) Some(RelMat(m.toSeq))\n      else None\n    }\n  }\n\n  \n\n\/\/  val str1 = Stream.\n\/\/  println((BigInt(0) to BigInt(1) << 100).toStream.map(RelMat.apply).head)\n\n}\n"}
{"repo_name":"ebowman\/calc","path":"src\/main\/scala\/calc\/Calc26.scala","text":"<reponame>ebowman\/calc\npackage calc\n\n\/**\n  * During a meeting from their school mathematics club, Andy, Becky, Chloe and Danny discover that their\n  * favourite number (a positive integer) is the same. So, each of the four friends makes three statements\n  * about the number, at least one of which is true and at least one of which is false.\n  * Andy\n  * * The number is less than 12\n  * * 7 does not divide the number\n  * * 5 times the number is less than 70\n  * Becky\n  * * 12 times the number is greater than 1000\n  * * 10 divides the number\n  * * The number is greater than 100\n  * Chloe\n  * * 4 divides the number\n  * * 11 times the number is less than 1000\n  * * 9 divides the number\n  * Danny\n  * * The number is less than 20\n  * * The number is prime\n  * * 7 divides the number\n  *\/\nobject Calc26 extends App {\n  def isPrime(i: Int): Boolean =\n    if (i <= 1) false\n    else if (i == 2) true\n    else !(2 until i).exists(x => i % x == 0)\n\n  type Rule = Int => Boolean\n\n  val rules = Map(\n    \"Andy\" -> Seq[Rule]((x: Int) => x < 12, (x: Int) => (x % 7) != 0, (x: Int) => 5 * x < 70),\n    \"Becky\" -> Seq[Rule]((x: Int) => 12 * x > 1000, (x: Int) => (x % 10) == 0, (x: Int) => x > 100),\n    \"Chloe\" -> Seq[Rule]((x: Int) => (x % 4) == 0, (x: Int) => 11 * x < 1000, (x: Int) => (x % 9) == 0),\n    \"Danny\" -> Seq[Rule]((x: Int) => x < 20, (x: Int) => isPrime(x), (x: Int) => (x % 7) == 0)\n  )\n\n  def check(x: Int): Boolean = {\n    rules.values.forall { rulesList =>\n      rulesList.exists(rule => rule(x)) && rulesList.exists(rule => !rule(x))\n    }\n  }\n  println(Stream.from(0).filter(check).head)\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P20Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P20Test extends FunSuite {\n\n  val p20 = new P20[Any]()\n\n  test(\"Bigger than Length\") {\n    assert(p20.removeAt(20, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      (List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k), None))\n  }\n\n  test(\"First Element\") {\n    assert(p20.removeAt(0, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      (List('b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k), Some('a)))\n  }\n\n  test(\"K'th Element\") {\n    assert(p20.removeAt(2, List('a, 'b, 'c, 'd)) === (List('a, 'b, 'd), Some('c)))\n  }\n\n}\n\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P41.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P40.IntGoldbach\n\nobject P41 {\n  def printGoldbachList(a: Int, b: Int): Unit = {\n    var start = a\n    if (a % 2 == 1) start += 1\n    for (i <- start until b + 1 by 2) {\n      val primes = i.goldbach\n      println(i.toString + \" = \" + primes._1.toString + \" + \" + primes._2.toString)\n    }\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P06.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P06[A] {\n  def isPalindrome(list: List[A]): Boolean = list == reverse(list)\n\n  def reverse(list: List[A]): List[A] = {\n\n    @tailrec\n    def rev(ls: List[A], acc: List[A]): List[A] = (ls, acc) match {\n      case (Nil, acc) => acc\n      case (x :: xs, acc) => rev(xs, x :: acc)\n    }\n\n    rev(list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P23.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.util.Random\n\nclass P23[A] {\n  def randomSelect(n: Int, ls: List[A]): List[A] = {\n    val p20 = new P20[A]()\n    val random = new Random()\n    var outputList: List[A] = ls\n\n    for (_ <- 1 until (ls.length - n)) {\n      outputList = p20.removeAt(random.nextInt(outputList.length), outputList)._1\n    }\n\n    outputList\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P32.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nobject P32 {\n  def gcd(a: Int, b: Int): Int = (a, b) match {\n    case (x, 0) => x\n    case (x, y) => gcd(y, x % y)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P11Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P11Test extends FunSuite {\n\n  val p11 = new P11[Any]()\n\n  test(\"Empty List\") {\n    assert(p11.modifiedEncoding(List()) === List())\n  }\n\n  test(\"Normal List With Duplicates\") {\n    assert(p11.modifiedEncoding(List('a, 'a, 'a, 'a, 'b, 'c, 'c, 'a, 'a, 'd, 'e, 'e, 'e, 'e)) ===\n      List((4,'a), 'b, (2,'c), (2,'a), 'd, (4,'e)))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P16Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P16Test extends FunSuite {\n\n  val p16 = new P16[Any]()\n\n  test(\"Empty List\") {\n    assert(p16.drop(3, List()) === List())\n  }\n\n  test(\"Less than N Elements\") {\n    assert(p16.drop(3, List('a, 'b)) === List('a, 'b))\n  }\n\n  test(\"List with Multiple Elements\") {\n    assert(p16.drop(3, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) === List('a, 'b, 'd, 'e, 'g, 'h, 'j, 'k))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P07.scala","text":"package com.krailis.scala_99_problems.Lists\n\nobject P07 {\n  def flatten(list: List[Any]): List[Any] = list match {\n    case (x :: xs) :: ls => flatten(x :: xs) ++ flatten(ls)\n    case x :: xs => x :: flatten(xs)\n    case Nil => Nil\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P03Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P03Test extends FunSuite {\n\n  val p03 = new P03[Any]()\n\n  test(\"Empty List\") {\n    assert(p03.nthElement(2, List()) === None)\n  }\n\n  test(\"Negative Index\") {\n    assert(p03.nthElement(-1, List(1, 3, 4, 6)) === None)\n  }\n\n  test(\"Index Greater than Length\") {\n    assert(p03.nthElement(7, List(1, 3, 4, 6)) === None)\n  }\n\n  test(\"Normal List with Multiple Elements\") {\n    assert(p03.nthElement(3, List(1, 3, 4, 6, 9, 14)) === Some(6))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P31Test.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P31.IntIsPrime\nimport org.scalatest.FunSuite\n\nclass P31Test extends FunSuite {\n\n  test(\"Small Prime\") {\n    assert(7.isPrime === true)\n  }\n\n  test(\"Small not-prime\") {\n    assert(9.isPrime === false)\n  }\n\n  test(\"Large Prime\") {\n    assert(923371.isPrime === true)\n  }\n\n  test(\"Large not-Prime\") {\n    assert(923372.isPrime === false)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P39Test.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport org.scalatest.FunSuite\n\nclass P39Test extends FunSuite {\n\n  test(\"7 to 31\") {\n    assert(P39.listPrimesinRange(7, 31) ===\n      List(7, 11, 13, 17, 19, 23, 29, 31))\n  }\n\n  test(\"670 to 740\") {\n    assert(P39.listPrimesinRange(670, 740) ===\n      List(673, 677, 683, 691, 701, 709, 719, 727, 733, 739))\n  }\n\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P22Test.scala","text":"<reponame>krailis\/99-Problems<filename>Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P22Test.scala\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P22Test extends FunSuite {\n\n  test(\"From 4 to 9\") {\n    assert(P22.range(4, 9) === List(4, 5, 6, 7, 8, 9))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P37.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P37.scala\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P36.IntPrimeFactorsMultiplicity\nimport scala.annotation.tailrec\nimport scala.math.pow\n\nobject P37 {\n\n  implicit class IntTotientAlternative(n: Int) {\n    def totient2: Int = {\n      @tailrec\n      def computeTotient(x: Double, ps: List[(Int, Int)]): Int = (x, ps) match {\n        case (phi, Nil) => phi.toInt\n        case (phi, t :: ts) => computeTotient(phi*(t._1-1)*pow(t._1, t._2-1), ts)\n      }\n      computeTotient(1, n.primeFactorsMultiplicity)\n    }\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P17.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P17[A] {\n  def split(num: Int, list: List[A]): (List[A], List[A]) = {\n\n    @tailrec\n    def doSplit(n: Int, list: List[A], acc: List[A]): (List[A], List[A]) = (n, list, acc) match {\n      case (0, ls, acc) => (acc, ls)\n      case (_, Nil, acc) => (acc, Nil)\n      case (n, x :: xs, acc) => doSplit(n - 1, xs, acc :+ x)\n    }\n\n    doSplit(num, list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P19Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P19Test extends FunSuite {\n\n  val p19 = new P19[Any]()\n\n  test(\"No Rotation\") {\n    assert(p19.rotate(0, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k))\n  }\n\n  test(\"Positive Rotation equal to length\") {\n    assert(p19.rotate(11, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k))\n  }\n\n  test(\"Negative Rotation equal to length\") {\n    assert(p19.rotate(-11, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k))\n  }\n\n  test(\"Positive Rotation\") {\n    assert(p19.rotate(3, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('d, 'e, 'f, 'g, 'h, 'i, 'j, 'k, 'a, 'b, 'c))\n  }\n\n  test(\"Negative Rotation\") {\n    assert(p19.rotate(-2, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('j, 'k, 'a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i))\n  }\n\n}\n\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P36Test.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P36.IntPrimeFactorsMultiplicity\nimport org.scalatest.FunSuite\n\nclass P36Test extends FunSuite {\n\n  test(\"315\") {\n    assert(315.primeFactorsMultiplicity === List((3, 2), (5, 1), (7, 1)))\n  }\n\n  test(\"294\") {\n    assert(294.primeFactorsMultiplicity === List((2, 1), (3, 1), (7, 2)))\n  }\n\n  test(\"Prime: 211\") {\n    assert(211.primeFactorsMultiplicity === List((211, 1)))\n  }\n\n  test(\"272\") {\n    assert(272.primeFactorsMultiplicity === List((2, 4), (17, 1)))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P18.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P18.scala\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P18[A] {\n  def slice(i: Int, k: Int, list: List[A]): List[A] = {\n\n    @tailrec\n    def doSlice(j: Int, list: List[A], acc: List[A]): List[A] = (j, list, acc) match {\n      case (j, _ :: xs, acc) if i > j => doSlice(j + 1, xs, acc)\n      case (j, x :: xs, acc) if (j >= i && j < k) => doSlice(j + 1, xs, acc :+ x)\n      case (_, Nil, acc) => acc\n      case (_, _, acc) => acc\n    }\n\n    doSlice(0, list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P37Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P37.IntTotientAlternative\nimport org.scalatest.FunSuite\n\nclass P37Test extends FunSuite {\n\n  test(\"Fifty seven\") {\n    assert(57.totient2 === 36)\n  }\n\n  test(\"Two hundred nine\") {\n    assert(209.totient2 === 180)\n  }\n\n  test(\"Two hundred eleven\") {\n    assert(211.totient2 === 210)\n  }\n\n  test(\"Five hundred\") {\n    assert(500.totient2 === 200)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P02Test.scala","text":"<filename>Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P02Test.scala<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P02Test extends FunSuite {\n\n  val p02 = new P02[Any]()\n\n  test(\"Empty Input List\") {\n    assert(p02.lastButOne(List()) === None)\n  }\n\n  test(\"Single Element List\") {\n    assert(p02.lastButOne(List(0)) === None)\n  }\n\n  test(\"Two-element List\") {\n    assert(p02.lastButOne(List(1, 2)) === Some(1))\n  }\n\n  test(\"Multiple Element List\") {\n    assert(p02.lastButOne(List(1, 6, \"a\", 5, 7, \"b\")) === Some(7))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P39.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P39.scala\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport scala.collection.mutable\nimport scala.math.sqrt\n\nobject P39 {\n  def listPrimesinRange(lower: Int, upper: Int): List[Int] = {\n    var a = mutable.Buffer.fill(upper+1)(true)\n    for (i <- 2 until sqrt(upper).toInt + 1) {\n      if (a(i)) {\n        var j = i * i\n        while (j <= upper) {\n          a(j) = false\n          j += i\n        }\n      }\n    }\n    (for (i <- lower until upper + 1 if a(i)) yield i).toList\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P19.scala","text":"package com.krailis.scala_99_problems.Lists\n\nclass P19[A] {\n  def rotate(i: Int, list: List[A]): List[A] = i match {\n    case i if i > 0 => positiveRotation(i % list.length, list)\n    case i if i < 0 => negativeRotation((-i) % list.length, list)\n    case _ => list\n  }\n\n  def positiveRotation(i: Int, as: List[A]): List[A] = (i, as) match {\n    case (i, x :: xs) if i > 0 => positiveRotation(i - 1, xs ++ List(x))\n    case (_, xs) => xs\n  }\n\n  def negativeRotation(i: Int, as: List[A]): List[A] = (i, as.reverse) match {\n    case (i, x :: xs) if i > 0 => negativeRotation(i - 1, x :: xs.reverse)\n    case (_, xs) => xs.reverse\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P31.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P31.scala\npackage com.krailis.scala_99_problems.Arithmetic\n\n\nobject P31 {\n\n  implicit class IntIsPrime(n: Int) {\n    def isPrime: Boolean = {\n      for (i <- 2 until n-1)\n        if (n % i == 0) return false\n      true\n    }\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P36.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport scala.collection.mutable.ListBuffer\n\nobject P36 {\n\n  implicit class IntPrimeFactorsMultiplicity(n: Int) {\n    def primeFactorsMultiplicity: List[(Int, Int)] = {\n      var factorList = new ListBuffer[(Int, Int)]()\n      var counter = 0\n      var value = n\n      while (value % 2 == 0) {\n        counter += 1\n        value \/= 2\n      }\n      if (counter != 0) factorList :+= (2, counter)\n      for (i <- 3 until Math.sqrt(value).toInt + 1 by 2) {\n        counter = 0\n        while (value % i == 0) {\n          counter += 1\n          value \/= i\n        }\n        if (counter != 0) factorList :+= (i, counter)\n      }\n      if (value > 2) factorList :+= (value, 1)\n      factorList.toList\n    }\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P34Test.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P34.IntTotient\nimport org.scalatest.FunSuite\n\nclass P34Test extends FunSuite {\n\n  test(\"Fifty seven\") {\n    assert(57.totient === 36)\n  }\n\n  test(\"Two hundred nine\") {\n    assert(209.totient === 180)\n  }\n\n  test(\"Two hundred eleven\") {\n    assert(211.totient === 210)\n  }\n\n  test(\"Five hundred\") {\n    assert(500.totient === 200)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P33.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P32.gcd\n\nobject P33 {\n\n  implicit class IntIsCoprime(n: Int) {\n    def isCoprimeTo(z: Int): Boolean = gcd(n, z) == 1\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P08.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P08[A] {\n  def eliminateDuplicates(list: List[A]): List[A] = {\n\n    @tailrec\n    def doEliminate(list: List[A], acc: List[A]): List[A] = (list, acc) match {\n      case (Nil, acc) => acc\n      case (x1 :: x2 :: xs, acc) if x1 == x2 => doEliminate(x2 :: xs, acc)\n      case (x :: xs, acc) => doEliminate(xs, acc :+ x)\n    }\n\n    doEliminate(list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P04.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P04[A] {\n  def length(list: List[A]): Int = {\n\n    @tailrec\n    def len(acc: Int, ls: List[A]): Int = ls match {\n      case Nil => acc\n      case _ :: xs => len(acc + 1, xs)\n    }\n\n    len(0, list)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P38.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P34.IntTotient\nimport com.krailis.scala_99_problems.Arithmetic.P37.IntTotientAlternative\n\n\nobject P38 {\n  def time[R](block: => R): R = {\n    val t0 = System.nanoTime()\n    val result = block    \/\/ call-by-name\n    val t1 = System.nanoTime()\n    println(\"Elapsed time: \" + (t1 - t0) + \"ns\")\n    result\n  }\n\n  def compareTotient(): Unit = {\n    println(\"=== P34 Totient Computation ===\")\n    println(time {10090.totient})\n    println(\"=== P37 Totient Computation ===\")\n    println(time {10090.totient2})\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P17Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P17Test extends FunSuite {\n\n  val p17 = new P17[Any]()\n\n  test(\"Empty List\") {\n    assert(p17.split(3, List()) === (Nil, Nil))\n  }\n\n  test(\"Less than N Elements\") {\n    assert(p17.split(3, List('a, 'b)) === (List('a, 'b), Nil))\n  }\n\n  test(\"List with Multiple Elements\") {\n    assert(p17.split(3, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      (List('a, 'b, 'c), List('d, 'e, 'f, 'g, 'h, 'i, 'j, 'k)))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P13Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P13Test extends FunSuite {\n\n  val p13 = new P13[Any]()\n\n  test(\"Empty List\") {\n    assert(p13.directEncoding(List()) === List())\n  }\n\n  test(\"Normal List With Duplicates\") {\n    assert(p13.directEncoding(List('a, 'a, 'a, 'a, 'b, 'c, 'c, 'a, 'a, 'd, 'e, 'e, 'e, 'e)) ===\n      List((4,'a), (1,'b), (2,'c), (2,'a), (1,'d), (4,'e)))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P40.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P31.IntIsPrime\n\nobject P40 {\n\n  implicit class IntGoldbach(n: Int) {\n    def goldbach: (Int, Int) = {\n      val primeList = P39.listPrimesinRange(3, (n \/ 2).toInt)\n      for (prime <- primeList) if ((n - prime).isPrime) return (prime, n - prime)\n      (-1, -1)\n    }\n  }\n\n}"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P21.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P21[A] {\n  def insertAt(elem: A, k: Int, list: List[A]): List[A] = {\n\n    @tailrec\n    def doInsert(i: Int, h: List[A], t: List[A]): List[A] = (i, h, t) match {\n      case (_, h, Nil) => h\n      case (0, h, xs) => (h :+ elem) ++ xs\n      case (i, h, x :: xs) => doInsert(i - 1, h :+ x, xs)\n    }\n\n    doInsert(k, Nil, list)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P20.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P20[A] {\n  def removeAt(k: Int, list: List[A]): (List[A], Option[A]) = {\n\n    @tailrec\n    def doRemove(i: Int, h: List[A], t: List[A]): (List[A], Option[A]) = (i, h, t) match {\n      case (_, h, Nil) => (h, None)\n      case (0, h, x :: xs) => (h ++ xs, Some(x))\n      case (i, h, x :: xs) => doRemove(i - 1, h :+ x, xs)\n    }\n\n    doRemove(k, Nil, list)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P06Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P06Test extends FunSuite {\n\n  val p06 = new P06[Any]()\n\n  test(\"Empty List\") {\n    assert(p06.isPalindrome(List()) === true)\n  }\n\n  test(\"Single-Element List\") {\n    assert(p06.isPalindrome(List(1)) === true)\n  }\n\n  test(\"Multiple-Element Palindrome\") {\n    assert(p06.isPalindrome(List(1, 2, 3, 4, 3, 2, 1)) === true)\n  }\n\n  test(\"Multiple-Element Not Palindrome\") {\n    assert(p06.isPalindrome(List(1, 2, 3, 4, 3, 1)) === false)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P05Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P05Test extends FunSuite {\n\n  val p05 = new P05[Any]()\n\n  test(\"Empty List\") {\n    assert(p05.reverse(List()) === List())\n  }\n\n  test(\"Single-Element List\") {\n    assert(p05.reverse(List(1)) === List(1))\n  }\n\n  test(\"Multiple-Element List\") {\n    assert(p05.reverse(List(1, 2, 3, 4, 5, 6, 7)) == List(7, 6, 5, 4, 3, 2, 1))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P11.scala","text":"package com.krailis.scala_99_problems.Lists\n\nclass P11[A] {\n  def modifiedEncoding(list: List[A]): List[Any] = {\n    new P10().lengthEncoding(list).map {\n      case (1, x) => x\n      case l => l\n    }\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P07Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P07Test extends FunSuite {\n\n  test(\"Empty List\") {\n    assert(P07.flatten(List()) === List())\n  }\n\n  test(\"Flat List\") {\n    assert(P07.flatten(List(1, 2, 3, 4, 5)) === List(1, 2, 3, 4, 5))\n  }\n\n  test(\"Nested List\") {\n    assert(P07.flatten(List(List(1, 1), 2, List(3, List(5, 8)))) === List(1, 1, 2, 3, 5, 8))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P40Test.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P40.IntGoldbach\nimport org.scalatest.FunSuite\n\nclass P40Test extends FunSuite {\n\n  test(\"28\") {\n    assert(28.goldbach === (5, 23))\n  }\n\n  test(\"20\") {\n    assert(20.goldbach === (3, 17))\n  }\n\n  test(\"30\") {\n    assert(30.goldbach === (7, 23))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P35.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport scala.collection.mutable.ListBuffer\n\n\nobject P35 {\n\n  implicit class IntPrimeFactors(n: Int) {\n    def primeFactors: List[Int] = {\n      var factorList = new ListBuffer[Int]()\n      var value = n\n      while (value % 2 == 0) {\n        factorList += 2\n        value \/= 2\n      }\n      for (i <- 3 until Math.sqrt(value).toInt + 1 by 2) {\n        while (value % i == 0) {\n          factorList += i\n          value \/= i\n        }\n      }\n      if (value > 2) factorList += value\n      factorList.toList\n    }\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P33Test.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P33.IntIsCoprime\nimport org.scalatest.FunSuite\n\nclass P33Test extends FunSuite {\n\n  test(\"Co-prime One\") {\n    assert(9.isCoprimeTo(4) === true)\n  }\n\n  test(\"Not Co-prime One\") {\n    assert(21.isCoprimeTo(9) === false)\n  }\n\n  test(\"Not Co-prime Two\") {\n    assert(49.isCoprimeTo(21) === false)\n  }\n\n  test(\"Co-prime Two\") {\n    assert(23.isCoprimeTo(7) === true)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P21Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P21Test extends FunSuite {\n\n  val p21 = new P21[Any]()\n\n  test(\"Bigger than Length\") {\n    assert(p21.insertAt('new, 20, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k))\n  }\n\n  test(\"First Element\") {\n    assert(p21.insertAt('new, 0,  List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) ===\n      List('new, 'a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k))\n  }\n\n  test(\"K'th Position\") {\n    assert(p21.insertAt('new, 1, List('a, 'b, 'c, 'd)) === List('a, 'new, 'b, 'c, 'd))\n  }\n\n}\n\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P35Test.scala","text":"package com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P35.IntPrimeFactors\nimport org.scalatest.FunSuite\n\nclass P35Test extends FunSuite {\n\n  test(\"315\") {\n    assert(315.primeFactors === List(3, 3, 5, 7))\n  }\n\n  test(\"294\") {\n    assert(294.primeFactors === List(2, 3, 7, 7))\n  }\n\n  test(\"Prime: 211\") {\n    assert(211.primeFactors === List(211))\n  }\n\n  test(\"272\") {\n    assert(272.primeFactors === List(2, 2, 2, 2, 17))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P12Test.scala","text":"<filename>Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P12Test.scala\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P12Test extends FunSuite {\n\n  val p12 = new P12[Any]()\n\n  test(\"Empty List\") {\n    assert(p12.listDecoding(List()) === List())\n  }\n\n  test(\"Normal List\") {\n    assert(p12.listDecoding(List((4, 'a), (1, 'b), (2, 'c), (2, 'a), (1, 'd), (4, 'e))) ===\n      List('a, 'a, 'a, 'a, 'b, 'c, 'c, 'a, 'a, 'd, 'e, 'e, 'e, 'e))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P03.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\n@tailrec\nclass P03[A] {\n  def nthElement(n: Int, list: List[A]): Option[A] = (n, list) match {\n    case (0, x :: _) => Some(x)\n    case (_, Nil) => None\n    case (k, _) if k < 0 => None\n    case (k, _ :: xs) => nthElement(k - 1, xs)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P13.scala","text":"<reponame>krailis\/99-Problems<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P13[A] {\n  def directEncoding(list: List[A]): List[(Int, A)] = {\n\n    @tailrec\n    def doEncode(list: List[A], n: Int, acc: List[Any]): List[(Int, A)] = (list, n, acc) match {\n      case (Nil, _, acc) => acc.asInstanceOf[List[(Int, A)]]\n      case (x1 :: x2 :: xs, n, acc) if x1 == x2 => doEncode(x2 :: xs, n + 1, acc)\n      case (x :: xs, n, acc) => doEncode(xs, 0, acc :+ (n + 1, x))\n    }\n\n    doEncode(list, 0, Nil)\n  }\n}"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P32Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport org.scalatest.FunSuite\n\nclass P32Test extends FunSuite {\n\n  test(\"54 & 24\") {\n    assert(P32.gcd(54, 24) === 6)\n  }\n\n  test(\"78 & 104\") {\n    assert(P32.gcd(104, 78) === 26)\n  }\n\n  test(\"105 & 21\") {\n    assert(P32.gcd(105, 21) === 21)\n  }\n\n  test(\"GCD is One\") {\n    assert(P32.gcd(103, 23) === 1)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P02.scala","text":"package com.krailis.scala_99_problems.Lists\n\nclass P02[A] {\n  def lastButOne(list: List[A]): Option[A] = list match {\n    case List() => None\n    case List(_) => None\n    case x :: _ :: Nil => Some(x)\n    case _ :: xs => lastButOne(xs)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P16.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P16[A] {\n  def drop(num: Int, list: List[A]): List[A] = {\n\n    @tailrec\n    def doDrop(n: Int, list: List[A], acc: List[A]): List[A] = (n, list, acc) match {\n      case (0, _ :: xs, acc) => doDrop(num - 1, xs, acc)\n      case (_, Nil, acc) => acc\n      case (n, x :: xs, acc) => doDrop(n - 1, xs, acc :+ x)\n    }\n\n    doDrop(num - 1, list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P14.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P14.scala<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P14[A] {\n  def duplicateElements(list: List[A]): List[A] = {\n\n    @tailrec\n    def doDuplicate(list: List[A], acc: List[A]): List[A] = (list, acc) match {\n      case (Nil, acc) => acc\n      case (x :: xs, acc) => doDuplicate(xs, acc ++ List(x, x))\n    }\n\n    doDuplicate(list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P08Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P08Test extends FunSuite {\n\n  val p08 = new P08[Any]()\n\n  test(\"Empty List\") {\n    assert(p08.eliminateDuplicates(List()) === List())\n  }\n\n  test(\"No duplicates\") {\n    assert(p08.eliminateDuplicates(List('a, 'b, 'c, 'd, 'e)) === List('a, 'b, 'c, 'd, 'e))\n  }\n\n  test(\"Nested List\") {\n    assert(p08.eliminateDuplicates(List('a, 'a, 'a, 'a, 'b, 'c, 'c, 'a, 'a, 'd, 'e, 'e, 'e, 'e)) === List('a, 'b, 'c, 'a, 'd, 'e))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P15Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P15Test extends FunSuite {\n\n  val p15 = new P15[Any]()\n\n  test(\"List with Multiple Elements\") {\n    assert(p15.duplicateNTimes(3, List('a, 'b, 'c, 'c, 'd)) ===\n      List('a, 'a, 'a, 'b, 'b, 'b, 'c, 'c, 'c, 'c, 'c, 'c, 'd, 'd, 'd))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P14Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P14Test extends FunSuite {\n\n  val p14 = new P14[Any]()\n\n  test(\"Empty List\") {\n    assert(p14.duplicateElements(List()) === List())\n  }\n\n  test(\"Normal List with Multiple Elements\") {\n    assert(p14.duplicateElements(List('a, 'b, 'c, 'c, 'd)) === List('a, 'a, 'b, 'b, 'c, 'c, 'c, 'c, 'd, 'd))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P25.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.util.Random\n\nclass P25[A] {\n  def randomPermute(ls: List[A]): List[A] = {\n    Random.shuffle(ls)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Logic_and_Codes\/P50.scala","text":"package com.krailis.scala_99_problems.Logic_and_Codes\n\nimport scala.annotation.tailrec\n\nobject P50 {\n  def grayCode(n: Int): List[String] = {\n    @tailrec\n    def doGrayCode(i: Int, acc: List[String]): List[String] = (i, acc) match {\n      case (0, ls) => ls\n      case (j, ls) => doGrayCode(j-1, ls.map(x => \"0\" + x) ::: ls.reverse.map(x => \"1\" + x))\n    }\n\n    doGrayCode(n-1, List(\"0\", \"1\"))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P09.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P09[A] {\n  def packConsecutive(list: List[A]): List[List[A]] = {\n\n    @tailrec\n    def doPack(list: List[A], n: Int, acc: List[Any]): List[List[A]] = (list, n, acc) match {\n      case (Nil, _, acc) => acc.asInstanceOf[List[List[A]]]\n      case (x1 :: x2 :: xs, n, acc) if x1 == x2 => doPack(x2 :: xs, n + 1, acc)\n      case (x :: xs, n, acc) => doPack(xs, 0, acc :+ List.fill(n + 1)(x))\n    }\n\n    doPack(list, 0, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P38Test.scala","text":"<reponame>krailis\/99-Problems<filename>Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P38Test.scala\npackage com.krailis.scala_99_problems.Arithmetic\n\nobject P38Test {\n  def main(args: Array[String]): Unit = {\n    P38.compareTotient()\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P09Test.scala","text":"<reponame>krailis\/99-Problems<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P09Test extends FunSuite {\n\n  val p09 = new P09[Any]()\n\n  test(\"Empty List\") {\n    assert(p09.packConsecutive(List()) === List())\n  }\n\n  test(\"No duplicates\") {\n    assert(p09.packConsecutive(List('a, 'b, 'c, 'd, 'e)) === List(List('a), List('b), List('c), List('d), List('e)))\n  }\n\n  test(\"With Duplicates\") {\n    assert(p09.packConsecutive(List('a, 'a, 'a, 'a, 'b, 'c, 'c, 'a, 'a, 'd, 'e, 'e, 'e, 'e)) ===\n      List(List('a, 'a, 'a, 'a), List('b), List('c, 'c), List('a, 'a), List('d), List('e, 'e, 'e, 'e)))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P12.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nclass P12[A] {\n  def listDecoding(list: List[(Int, A)]): List[A] = {\n\n    @tailrec\n    def doDecode(l: List[(Int, A)], acc: List[A]): List[A] = (l, acc) match {\n      case (Nil, acc) => acc\n      case ((n, x) :: xs, acc) => doDecode(xs, acc ++ List.fill(n)(x))\n    }\n\n    doDecode(list, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P01Test.scala","text":"<reponame>krailis\/99-Problems\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P01Test extends FunSuite {\n\n  val p01 = new P01[Any]()\n\n  test(\"Empty Input List\") {\n    assert(p01.last(List()) === None)\n  }\n\n  test(\"Single Element List\") {\n    assert(p01.last(List(0)) === Some(0))\n  }\n\n  test(\"Multiple Element List\") {\n    assert(p01.last(List(1, 6, \"a\", 5, 7, \"b\")) === Some(\"b\"))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P04Test.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P04Test extends FunSuite {\n\n  val p04 = new P04[Any]()\n\n  test(\"Empty List\") {\n    assert(p04.length(List()) === 0)\n  }\n\n  test(\"Single-Element List\") {\n    assert(p04.length(List(1)) === 1)\n  }\n\n  test(\"Multiple element list\") {\n    assert(p04.length(List(1, 3, 4, 6, 9, 14)) === 6)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P10.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nclass P10[A] {\n  def lengthEncoding(list: List[A]): List[(Int, A)] = {\n    new P09().packConsecutive(list).map(l => (l.size, l.head))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P34.scala","text":"<filename>Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P34.scala\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P33.IntIsCoprime\nimport com.krailis.scala_99_problems.Arithmetic.P31.IntIsPrime\n\nobject P34 {\n\n  implicit class IntTotient(n: Int) {\n    def totient: Int = {\n      if (n.isPrime) return n - 1\n      var counter: Int = 1\n      for (i <- 2 until n)\n        if (n.isCoprimeTo(i)) counter += 1\n      counter\n    }\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Logic_and_Codes\/P50Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Logic_and_Codes\n\nimport org.scalatest.FunSuite\n\nclass P50Test extends FunSuite {\n\n  test(\"n = 1\") {\n    assert(P50.grayCode(1) === List(\"0\", \"1\"))\n  }\n\n  test(\"n = 2\") {\n    assert(P50.grayCode(2) === List(\"00\", \"01\", \"11\", \"10\"))\n  }\n\n  test(\"n = 3\") {\n    assert(P50.grayCode(3) === List(\"000\", \"001\", \"011\", \"010\", \"110\", \"111\", \"101\", \"100\"))\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Arithmetic\/P41Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Arithmetic\n\nimport com.krailis.scala_99_problems.Arithmetic.P41.printGoldbachList\n\nobject P41Test {\n  def main(args: Array[String]): Unit = {\n    printGoldbachList(9, 20)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/test\/scala\/com\/krailis\/scala_99_problems\/Lists\/P18Test.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nimport org.scalatest.FunSuite\n\nclass P18Test extends FunSuite {\n\n  val p18 = new P18[Any]()\n\n  test(\"Less than K Elements\") {\n    assert(p18.slice(3, 5, List('a, 'b, 1, 2, 3)) === List(2, 3))\n  }\n\n  test(\"List with Multiple Elements\") {\n    assert(p18.slice(3, 7, List('a, 'b, 'c, 'd, 'e, 'f, 'g, 'h, 'i, 'j, 'k)) === List('d, 'e, 'f, 'g))\n  }\n\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P24.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport P22.range\n\nimport scala.annotation.tailrec\nimport scala.util.Random\n\nobject P24 {\n  def lotto(N: Int, M: Int): List[Int] = {\n\n    val rangeList: List[Int] = range(1, M)\n    val random = new Random()\n\n    @tailrec\n    def doLotto(n: Int, ls: List[Int]): List[Int] = (n, ls) match {\n      case (0, acc) => acc\n      case (n, acc) => doLotto(n-1, acc :+ rangeList(random.nextInt(M - 1)))\n    }\n\n    doLotto(N, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P22.scala","text":"package com.krailis.scala_99_problems.Lists\n\nimport scala.annotation.tailrec\n\nobject P22 {\n  def range(i: Int, j: Int): List[Int] = {\n\n    @tailrec\n    def doRange(k: Int, acc: List[Int]): List[Int] = (k, acc) match {\n      case (k, acc) if k <= j => doRange(k + 1, acc :+ k)\n      case (_, acc) => acc\n    }\n\n    doRange(i, Nil)\n  }\n}\n"}
{"repo_name":"krailis\/99-Problems","path":"Scala\/src\/main\/scala\/com\/krailis\/scala_99_problems\/Lists\/P01.scala","text":"<gh_stars>1-10\npackage com.krailis.scala_99_problems.Lists\n\nclass P01[A] {\n  def last(list: List[A]): Option[A] = list match {\n    case List() => None\n    case List(x) => Some(x)\n    case _ :: xs => last(xs)\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/InMemoryReporter.scala","text":"<reponame>thesquelched\/spark-lineage\npackage org.chojin.spark.lineage.reporter\n\nimport org.chojin.spark.lineage.report.Report\n\nimport scala.collection.mutable.ListBuffer\n\ncase class InMemoryReporter(compression: Option[String]) extends Reporter {\n  private val reports = new ListBuffer[Report]()\n\n  override def report(report: Report): Unit = {\n    reports += report\n  }\n\n  def getReports(): List[Report] = reports.toList\n\n  def clear(): Unit = reports.clear()\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/inputs\/package.scala","text":"package org.chojin.spark.lineage\n\nimport org.chojin.spark.lineage.inputs.How.How\n\npackage object inputs {\n\n  sealed trait Input {\n    val typeName: String\n    val fields: Set[Field]\n\n    def toMap(): Map[String, Any]\n  }\n\n  object How extends Enumeration {\n    type How = Value\n    val PROJECTION, FILTER, JOIN, AGGREGATE, GROUPBY = Value\n  }\n\n  sealed case class Field(name: String, how: How) {\n    override def toString: String = s\"Column(name: $name, how: ${how}\"\n\n    def toMap(): Map[String, String] = Map(\n      \"name\" -> name,\n      \"how\" -> how.toString.toLowerCase\n    )\n  }\n\n  case class HiveInput(name: String, fields: Set[Field], typeName: String = \"hive\") extends Input {\n    override def toString: String = s\"HiveInput(name: $name, columns: ${fields.mkString(\", \")})\"\n\n    override def toMap(): Map[String, Any] = Map(\n      \"type\" -> typeName,\n      \"name\" -> name,\n      \"fields\" -> fields.map(_.toMap())\n    )\n  }\n\n}\n\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/report\/Report.scala","text":"package org.chojin.spark.lineage.report\n\nimport org.chojin.spark.lineage.inputs.{HiveInput, How, Input}\nimport org.chojin.spark.lineage.outputs.Output\nimport org.json4s._\nimport org.json4s.ext.EnumNameSerializer\nimport org.json4s.jackson.Serialization\nimport org.json4s.jackson.Serialization.write\n\ncase class Report(metadata: Metadata, output: Output, fields: Map[String, List[Input]]) {\n  implicit val formats = Serialization.formats(NoTypeHints) + new EnumNameSerializer(How)\n\n  override def equals(other: Any): Boolean = other match {\n    case Report(otherMeta, otherOutput, otherInput) => (\n      metadata == otherMeta\n        && output == otherOutput\n        && fields.mapValues(_.toSet).toSet == otherInput.mapValues(_.toSet).toSet\n      )\n    case _ => false\n  }\n\n  def prettyPrint = {\n    val fieldsStr = fields.map { case (k, v) =>\n      val valStr = v.map({\n        case HiveInput(name, columns, _) => {\n          s\"\"\"      HiveInput(\n             |        name: $name\n             |        columns:\n             |          ${columns.mkString(\"\\n          \")}\"\"\".stripMargin\n        }\n        case field => s\"      $field\"\n      }).mkString(\"\\n\")\n      s\"    $k:\\n$valStr\"\n    }.mkString(\"\\n\")\n\n    s\"\"\"|Report(\n        |  metadata: $metadata,\n        |  output: $output,\n        |  fields:\n        |$fieldsStr\n        |\"\"\".stripMargin\n  }\n\n  def toJson(): String = {\n    write(this)\n  }\n\n  def toMap(): Map[String, Any] = Map(\n    \"metadata\" -> metadata.toMap(),\n    \"output\" -> output.toMap(),\n    \"fields\" -> fields.map({ case (k, v) => k -> v.map(_.toMap()) })\n  )\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/Reporter.scala","text":"package org.chojin.spark.lineage.reporter\n\nimport java.io.ByteArrayOutputStream\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.io.compress.CompressionCodecFactory\nimport org.chojin.spark.lineage.report.Report\n\ntrait Reporter {\n  val compression: Option[String]\n\n  def report(report: Report): Unit\n\n  private lazy val codec = compression.map(name =>\n    new CompressionCodecFactory(new Configuration()).getCodecByName(name))\n\n  protected def compress(data: Array[Byte]): Array[Byte] = codec.map(codec => {\n    val bos = new ByteArrayOutputStream()\n    val os = codec.createOutputStream(bos)\n\n    os.write(data)\n    os.flush()\n    os.close()\n\n    bos.toByteArray\n  }).getOrElse(data)\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/test\/scala\/org\/chojin\/spark\/lineage\/ConfigSpec.scala","text":"package org.chojin.spark.lineage\n\nimport org.chojin.spark.lineage.reporter.{DynamodbReporter, KinesisReporter, Reporter}\nimport org.mockito.{ArgumentMatchersSugar, MockitoSugar}\nimport org.scalatest.{WordSpec, Matchers => ScalaTestMatchers}\n\nclass ConfigSpec extends WordSpec with MockitoSugar with ScalaTestMatchers with ArgumentMatchersSugar {\n\n  \"ConfigSpec\" should {\n\n    \"createInstancesOf\" in {\n      val reporters: List[Reporter] = Config.createInstancesOf(\"reporter\")\n\n      reporters shouldEqual List(\n        DynamodbReporter(\"my-table\", Some(\"us-west-2\"), None),\n        KinesisReporter(\"my-stream\", Some(\"us-west-2\"), \"0\", Some(\"gzip\"))\n      )\n    }\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/SparkSqlLineageListener.scala","text":"package org.chojin.spark.lineage\n\nimport grizzled.slf4j.Logger\nimport org.apache.spark.sql.execution.QueryExecution\nimport org.apache.spark.sql.util.QueryExecutionListener\nimport org.chojin.spark.lineage.reporter.Reporter\n\ncase class SparkSqlLineageListener(reporters: List[Reporter], async: Boolean = true) extends QueryExecutionListener {\n  private lazy val LOGGER = Logger[this.type]\n  private lazy val processor = new ReportProcessor(reporters)\n\n  def this() = this(Config.createInstancesOf(\"reporter\"))\n\n  if (async) {\n    processor.runInBackground()\n  }\n\n  override def onSuccess(funcName: String, qe: QueryExecution, durationNs: Long): Unit = {\n    LOGGER.debug(s\"Logical plan:\\n${qe.logical}\")\n\n    LOGGER.info(\"Offering query execution to report processor\")\n    processor.offer(qe, async)\n  }\n\n  override def onFailure(funcName: String, qe: QueryExecution, exception: Exception): Unit = {\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/QueryParser.scala","text":"<reponame>thesquelched\/spark-lineage\npackage org.chojin.spark.lineage\n\nimport grizzled.slf4j.Logger\nimport org.apache.spark.sql.catalyst.catalog.HiveTableRelation\nimport org.apache.spark.sql.catalyst.expressions.{Alias, Attribute, AttributeReference}\nimport org.apache.spark.sql.catalyst.plans.logical.{Aggregate, Filter, Join, LogicalPlan, Project, Union}\nimport org.apache.spark.sql.execution.QueryExecution\nimport org.apache.spark.sql.execution.datasources.{InsertIntoHadoopFsRelationCommand, LogicalRelation}\nimport org.chojin.spark.lineage.inputs.How.How\nimport org.chojin.spark.lineage.inputs.{Field, HiveInput, How, Input}\nimport org.chojin.spark.lineage.outputs.FsOutput\nimport org.chojin.spark.lineage.report.{Metadata, Report}\n\nobject QueryParser {\n  private lazy val LOGGER = Logger[this.type]\n\n  def findSource(attr: AttributeReference, plan: LogicalPlan, how: How): Seq[Input] = findSource(attr.toAttribute, plan, how)\n\n  def findSource(attr: Attribute, plan: LogicalPlan, how: How): Seq[Input] = {\n    plan.collect {\n      \/\/case u: Union => u.children.flatMap(child => child.output.flatMap(childAttr => findSource(childAttr, child, how)))\n      case r: HiveTableRelation if r.outputSet.contains(attr) => Seq(HiveInput(r.tableMeta.qualifiedName, Set(Field(attr.name, how))))\n      case r: LogicalRelation if r.outputSet.contains(attr) => Seq(HiveInput(r.catalogTable.get.qualifiedName, Set(Field(attr.name, how))))\n      case j: Join => {\n        val conds = j.condition.map { cond =>\n          cond.collect {\n            case ar: AttributeReference => j.children.flatMap({ child => findSource(ar, child, How.JOIN) })\n            case al: Alias => al.collect {\n              case ar: AttributeReference => j.children.flatMap({ child => findSource(ar, child, How.JOIN) })\n            }.flatten\n          }.flatten\n        }\n          .getOrElse(Seq())\n          .filter({ input => input.fields.map({ f => f.how == How.JOIN }).reduce((a, b) => a || b) })\n\n        j.children.flatMap({ child => findSource(attr, child, null) ++ conds })\n      }\n      case p: Project => {\n        p.projectList.flatMap { proj =>\n          proj.collect {\n            case ar: AttributeReference if ar.toAttribute == attr => findSource(ar, p.child, How.PROJECTION)\n            case al: Alias if al.name == attr.name => al.collect {\n              case ar: AttributeReference => findSource(ar, p.child, How.PROJECTION)\n            }.flatten\n          }.flatten\n        }\n      }\n      case f: Filter => f.condition.collect {\n        case ar: AttributeReference => findSource(ar, f.child, How.FILTER)\n        case _ => Seq()\n      }.flatten\n      case a: Aggregate => {\n        val groupings = a.groupingExpressions.collect {\n          case ar: AttributeReference => findSource(ar, a.child, How.GROUPBY)\n          case al: Alias => al.collect {\n            case ar: AttributeReference => findSource(ar, a.child, How.GROUPBY)\n          }.flatten\n        }.flatten\n\n        val aggregates = a.aggregateExpressions.diff(a.groupingExpressions).collect {\n          case ar: AttributeReference if ar.toAttribute == attr => findSource(ar, a.child, How.AGGREGATE) ++ groupings\n          case al: Alias if al.name == attr.name => al.collect {\n            case ar: AttributeReference => findSource(ar, a.child, How.AGGREGATE) ++ groupings\n          }.flatten\n        }.flatten\n\n        aggregates ++ groupings\n      }\n    }.flatten\n  }\n\n  def parseQuery(qe: QueryExecution): Option[Report] = {\n    qe.logical.collectFirst {\n      case c: InsertIntoHadoopFsRelationCommand => {\n        val output = FsOutput(c.outputPath.toString, c.fileFormat.toString)\n\n        val sources = c.query match {\n          case u: Union => u.children.flatMap(child => child.output.map(childAttr => childAttr -> findSource(childAttr, child, null)))\n          case query => query.output.map {\n            attr => attr -> findSource(attr, query, null)\n          }\n        }\n\n        val fields: Seq[(String, List[Input])] = sources\n          .map{ case (field, rawInputs) =>\n            val inputs = rawInputs\n              .groupBy { case HiveInput(name, _, _) => (HiveInput, name) }\n              .map { case (key, value) =>\n                key match {\n                  case (HiveInput, table) =>\n                    HiveInput(\n                      table,\n                      value\n                        .map(_.fields.filter({ col => col.how != null }))\n                        .reduce((a, b) => a ++ b))\n                }\n              }\n\n            field.name -> inputs.toList\n          }\n          .groupBy { case (k, _) => k }\n          .map { case (k, v) => k -> v.flatMap(_._2).toList }\n          .toSeq\n\n        LOGGER.debug(s\"Fields: $fields\")\n\n        val metadata = Metadata(qe.sparkSession.sparkContext.appName)\n\n        Report(metadata, output, Map(fields: _*))\n      }\n      case other =>\n        LOGGER.info(s\"Unable to produce report for node ${other.getClass.getSimpleName}\")\n        null\n    }\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/outputs\/package.scala","text":"<filename>src\/main\/scala\/org\/chojin\/spark\/lineage\/outputs\/package.scala<gh_stars>10-100\npackage org.chojin.spark.lineage\n\npackage object outputs {\n  sealed trait Output {\n    val typeName: String\n    def toMap(): Map[String, Any]\n  }\n\n  case class FsOutput(path: String, format: String, typeName: String = \"fs\") extends Output {\n    override def toMap: Map[String, Any] = Map(\n      \"type\" -> typeName,\n      \"format\" -> format,\n      \"path\" -> path\n    )\n  }\n}\n\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/Config.scala","text":"<gh_stars>10-100\npackage org.chojin.spark.lineage\n\nimport java.util.Properties\n\nimport grizzled.slf4j.Logger\n\nimport scala.collection.JavaConversions._\n\nobject Config {\n  private lazy val LOGGER = Logger[this.type]\n\n  private final val prefix = \"org.chojin.spark.lineage\"\n  private lazy val properties = {\n    Option(getClass.getResourceAsStream(\"\/lineage.properties\"))\n      .map({ stream =>\n        val props = new Properties()\n        props.load(stream)\n        stream.close()\n\n        props\n      })\n      .getOrElse(new Properties())\n  }\n\n  def get(name: String): String = properties.getProperty(name)\n\n  def getList(name: String): Seq[String] = Option.apply(properties.getProperty(name))\n    .flatMap(p => if (p.isEmpty) None else Some(p))\n    .map(p => p.split(\"\\\\s*,\\\\s*\").toSeq)\n    .getOrElse(Seq())\n\n  def createInstanceOf[T](suffix: String): T = {\n    val propPrefix = s\"$prefix.$suffix\"\n    val className = get(propPrefix)\n\n    createInstance(className, propPrefix)\n  }\n\n  def createInstancesOf[T](suffix: String): List[T] = {\n    val propPrefix = s\"$prefix.$suffix\"\n\n    getList(s\"${propPrefix}s\").map(className => {\n      createInstance[T](className, propPrefix)\n    }).toList\n  }\n\n  private def createInstance[T](className: String, prefix: String): T = {\n    try {\n      def clazz = getClass.getClassLoader.loadClass(className)\n      val configKey = clazz.getSimpleName.replaceFirst(\"Reporter$\", \"\").toLowerCase\n\n      val clazzPrefix = s\"$prefix.$configKey\"\n\n      val props = properties\n        .toMap\n        .filter({ case (k, _) => k.startsWith(s\"$clazzPrefix.\")})\n        .map({ case (k, v) => k.substring(clazzPrefix.length + 1) -> v})\n\n      LOGGER.debug(s\"Properties -> $props\")\n\n      clazz\n        .getConstructor(classOf[Map[String, String]])\n        .newInstance(props)\n        .asInstanceOf[T]\n    } catch {\n      case e: Throwable => {\n        LOGGER.error(s\"Unable to create instance of $className\", e)\n        throw e\n      }\n    }\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/report\/Metadata.scala","text":"package org.chojin.spark.lineage.report\n\ncase class Metadata(appName: String) {\n  def toMap(): Map[String, String] = Map(\n    \"appName\" -> appName\n  )\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/KinesisReporter.scala","text":"package org.chojin.spark.lineage.reporter\n\nimport java.nio.ByteBuffer\n\nimport com.amazonaws.services.kinesis.AmazonKinesisClientBuilder\nimport com.amazonaws.services.kinesis.model.PutRecordRequest\nimport org.chojin.spark.lineage.report.Report\n\ncase class KinesisReporter(stream: String,\n                           region: Option[String],\n                           shard: String,\n                           compression: Option[String]) extends Reporter {\n  def this(props: Map[String, String]) = this(\n    stream=props(\"stream\"),\n    region=props.get(\"region\"),\n    shard=props(\"shard\"),\n    compression=props.get(\"compression\"))\n\n  private lazy val client = region match {\n    case Some(r) => AmazonKinesisClientBuilder.standard().withRegion(r).build\n    case None => AmazonKinesisClientBuilder.defaultClient()\n  }\n\n  override def report(report: Report): Unit = {\n    val payload = compress(report.toJson().getBytes())\n\n    client.putRecord(\n      new PutRecordRequest()\n        .withStreamName(stream)\n        .withPartitionKey(shard)\n        .withData(ByteBuffer.wrap(payload)))\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/ReportProcessor.scala","text":"<filename>src\/main\/scala\/org\/chojin\/spark\/lineage\/ReportProcessor.scala\npackage org.chojin.spark.lineage\n\nimport java.util.concurrent.{LinkedBlockingQueue, TimeUnit}\n\nimport grizzled.slf4j.Logger\nimport org.apache.spark.sql.execution.QueryExecution\nimport org.chojin.spark.lineage.reporter.Reporter\n\nclass ReportProcessor(private val reporters: List[Reporter]) {\n  private lazy val LOGGER = Logger[this.type]\n\n  private val queue = new LinkedBlockingQueue[QueryExecution](1000)\n\n  private lazy val thread = new Thread {\n    override def run(): Unit = processReports()\n  }\n\n  def runInBackground(): Unit = {\n    thread.setName(getClass.getName.concat(\"-process\"))\n    thread.setDaemon(true)\n\n    Option(Thread.currentThread().getContextClassLoader) match {\n      case Some(loader) if getClass.getClassLoader != loader => thread.setContextClassLoader(loader)\n      case _ => LOGGER.debug(\"Context loader not set\")\n    }\n\n    thread.start()\n  }\n\n  def offer(qe: QueryExecution, async: Boolean = true): Unit = {\n    if (!queue.offer(qe, 10L, TimeUnit.SECONDS)) {\n      LOGGER.warn(\"Unable to query execution to queue; dropping on the floor\")\n      LOGGER.debug(s\"Skipped query plan:\\n${qe.logical.treeString(verbose = true)}\")\n    }\n\n    if (!async) {\n      processReport()\n    }\n  }\n\n  def processReport() = {\n    if (reporters.isEmpty) {\n      LOGGER.warn(\"No lineage reporters found\")\n    } else {\n      reporters.foreach(reporter => LOGGER.info(s\"Using reporter $reporter\"))\n    }\n\n    LOGGER.debug(\"Polling for report to process\")\n    Option(queue.poll(500L, TimeUnit.MILLISECONDS)).foreach({qe => {\n      LOGGER.info(\"Processing report\")\n      LOGGER.debug(s\"Query execution: $qe\")\n\n      QueryParser.parseQuery(qe).foreach(report => {\n        LOGGER.debug(s\"Produced report: ${report.prettyPrint}\")\n\n        reporters.foreach(reporter => reporter.report(report))\n\n        LOGGER.info(\"Successfully processed report\")\n      })\n    }})\n  }\n\n  def processReports(): Unit = {\n    LOGGER.info(\"Starting report processor thread\")\n\n    val reportersStr = reporters.map(reporter => s\"  $reporter\").mkString(\"\\n\")\n    LOGGER.info(s\"Found ${reporters.length} reporters:\\n$reportersStr\")\n\n    var running = true\n\n    while(running) {\n      try {\n        processReport()\n      } catch {\n        case _: InterruptedException => {\n          LOGGER.info(\"Caught InterruptedException; exiting...\")\n          running = false\n        }\n        case e: Throwable => {\n          LOGGER.error(\"Caught exception while processing report\", e)\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/test\/scala\/org\/chojin\/spark\/lineage\/reporter\/DynamodbReporterSpec.scala","text":"<gh_stars>10-100\npackage org.chojin.spark.lineage.reporter\n\nimport scala.collection.JavaConversions._\nimport com.amazonaws.services.dynamodbv2.AmazonDynamoDB\nimport com.amazonaws.services.dynamodbv2.model.{AttributeValue, PutItemRequest}\nimport org.chojin.spark.lineage.inputs.{Field, HiveInput, How}\nimport org.chojin.spark.lineage.outputs.FsOutput\nimport org.chojin.spark.lineage.report.{Metadata, Report}\nimport org.mockito.{ArgumentMatchersSugar, MockitoSugar}\nimport org.mockito.captor.ArgCaptor\nimport org.scalatest.{WordSpec, Matchers => ScalaTestMatchers}\n\nclass DynamodbReporterSpec extends WordSpec with MockitoSugar with ScalaTestMatchers with ArgumentMatchersSugar {\n  val report = Report(\n    Metadata(\"my-app\"),\n    FsOutput(\n      path = \"s3:\/\/\/bucket\/path\/to\/data\",\n      format = \"parquet\"),\n    Map(\n      \"one\" -> List(\n        HiveInput(\n          name = \"db.table1\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN),\n            Field(name = \"one\", how = How.PROJECTION))),\n        HiveInput(\n          name = \"db.table2\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN)))),\n      \"two\" -> List(\n        HiveInput(\n          name = \"db.table1\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN))),\n        HiveInput(\n          name = \"db.table2\",\n          fields = Set(\n            Field(name = \"pk\", how = How.JOIN),\n            Field(name = \"two\", how = How.PROJECTION))))\n    )\n  )\n\n  \"report\" should {\n    \"put a dynamo record\" in {\n      val dynamo = mock[AmazonDynamoDB]\n      val reporter = DynamodbReporter(\n        table = \"mytable\",\n        region = None,\n        compression = None,\n        _client = Some(dynamo))\n\n      reporter.report(report)\n\n      val captor = ArgCaptor[PutItemRequest]\n      verify(dynamo).putItem(captor)\n\n      captor.value.getTableName shouldEqual \"mytable\"\n\n      val item = captor.value.getItem\n\n      item(\"outputKey\") shouldEqual new AttributeValue().withS(\n        s\"fs-${report.output.asInstanceOf[FsOutput].path}\")\n\n      item(\"metadata\") shouldEqual new AttributeValue().withM(\n        Map(\"appName\" -> new AttributeValue().withS(\"my-app\")))\n\n      item(\"output\") shouldEqual new AttributeValue().withM(\n        Map(\n          \"type\" -> new AttributeValue().withS(\"fs\"),\n          \"format\" -> new AttributeValue().withS(\"parquet\"),\n          \"path\" -> new AttributeValue().withS(report.output.asInstanceOf[FsOutput].path)\n        ))\n\n      item(\"fields\") shouldEqual new AttributeValue().withM(\n        Map(\n          \"one\" -> new AttributeValue().withL(List(\n            new AttributeValue().withM(Map(\n              \"type\" -> new AttributeValue().withS(\"hive\"),\n              \"name\" -> new AttributeValue().withS(\"db.table1\"),\n              \"fields\" -> new AttributeValue().withL(List(\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"pk\"),\n                  \"how\" -> new AttributeValue().withS(\"join\")\n                )),\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"one\"),\n                  \"how\" -> new AttributeValue().withS(\"projection\")\n                ))\n              ))\n            )),\n            new AttributeValue().withM(Map(\n              \"type\" -> new AttributeValue().withS(\"hive\"),\n              \"name\" -> new AttributeValue().withS(\"db.table2\"),\n              \"fields\" -> new AttributeValue().withL(List(\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"pk\"),\n                  \"how\" -> new AttributeValue().withS(\"join\")\n                ))\n              ))\n            ))\n          )),\n          \"two\" -> new AttributeValue().withL(List(\n            new AttributeValue().withM(Map(\n              \"type\" -> new AttributeValue().withS(\"hive\"),\n              \"name\" -> new AttributeValue().withS(\"db.table1\"),\n              \"fields\" -> new AttributeValue().withL(List(\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"pk\"),\n                  \"how\" -> new AttributeValue().withS(\"join\")\n                ))\n              ))\n            )),\n            new AttributeValue().withM(Map(\n              \"type\" -> new AttributeValue().withS(\"hive\"),\n              \"name\" -> new AttributeValue().withS(\"db.table2\"),\n              \"fields\" -> new AttributeValue().withL(List(\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"pk\"),\n                  \"how\" -> new AttributeValue().withS(\"join\")\n                )),\n                new AttributeValue().withM(Map(\n                  \"name\" -> new AttributeValue().withS(\"two\"),\n                  \"how\" -> new AttributeValue().withS(\"projection\")\n                ))\n              ))\n            ))\n          ))\n        ))\n    }\n  }\n}\n"}
{"repo_name":"thesquelched\/spark-lineage","path":"src\/main\/scala\/org\/chojin\/spark\/lineage\/reporter\/DynamodbReporter.scala","text":"<reponame>thesquelched\/spark-lineage\npackage org.chojin.spark.lineage.reporter\n\nimport java.nio.ByteBuffer\n\nimport com.amazonaws.services.dynamodbv2.model.{AttributeValue, PutItemRequest}\nimport com.amazonaws.services.dynamodbv2.{AmazonDynamoDB, AmazonDynamoDBClientBuilder}\nimport org.chojin.spark.lineage.outputs.FsOutput\nimport org.chojin.spark.lineage.report.Report\n\nimport scala.collection.JavaConversions._\n\ncase class DynamodbReporter(table: String,\n                            region: Option[String],\n                            compression: Option[String],\n                            json: Boolean = false,\n                            _client: Option[AmazonDynamoDB] = None) extends Reporter {\n  def this(props: Map[String, String]) = this(\n    table=props(\"table\"),\n    region=props.get(\"region\"),\n    compression=props.get(\"compression\"),\n    json=props.get(\"json\").exists(value => Set(\"true\", \"yes\", \"1\").contains(value.toLowerCase))\n  )\n\n  private lazy val client = _client.getOrElse(region match {\n    case Some(r) => AmazonDynamoDBClientBuilder.standard().withRegion(r).build()\n    case None => AmazonDynamoDBClientBuilder.defaultClient()\n  })\n\n  override def report(report: Report): Unit = {\n    val outputKey = report.output match {\n      case FsOutput(path, _, typeName) => s\"$typeName-$path\"\n    }\n\n    val baseItem = Map(\n      \"outputKey\" -> new AttributeValue().withS(outputKey)\n    )\n\n    val reportItem = if (json) Map(\"json\" -> compress(report.toJson().getBytes())) else report.toMap()\n    val item = baseItem ++ reportItem.map({ case (k, v) => k -> makeAttr(v) })\n\n    client.putItem(\n      new PutItemRequest()\n        .withTableName(table)\n        .withItem(item))\n  }\n\n  private def makeAttr(item: Any): AttributeValue = item match {\n    case s: String => new AttributeValue().withS(s)\n    case m: Map[String, Any] => new AttributeValue().withM(m.map({ case (k, v) => k -> makeAttr(v) }))\n    case i: Iterable[Any] => new AttributeValue().withL(i.map(makeAttr).toList)\n    case b: Array[Byte] => new AttributeValue().withB(ByteBuffer.wrap(b))\n  }\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"laws\/shared\/src\/test\/scala\/cats\/effect\/RefTests.scala","text":"\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect\n\nimport cats.effect.concurrent.Ref\nimport cats.kernel.Eq\nimport cats.laws.discipline._\nimport org.scalacheck.Arbitrary\n\nclass RefTests extends BaseTestsSuite {\n  implicit def arbitraryRef[A: Arbitrary]: Arbitrary[Ref[IO, A]] = Arbitrary {\n    Arbitrary.arbitrary[A].map(Ref.unsafe[IO, A](_))\n  }\n\n  implicit def eqRef[A: Eq]: Eq[Ref[IO, A]] = Eq.by(_.get.unsafeRunSync())\n\n  checkAllAsync(\"Ref[IO, *]\", _ => InvariantTests[Ref[IO, *]].invariant[Int, Int, Int])\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"laws\/shared\/src\/test\/scala\/cats\/effect\/MemoizeTests.scala","text":"\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats\npackage effect\n\nimport cats.effect.concurrent.{Deferred, Ref}\nimport cats.effect.laws.discipline.arbitrary._\nimport cats.laws._\nimport cats.laws.discipline._\nimport cats.syntax.all._\nimport org.scalacheck.Prop.forAll\n\nimport scala.concurrent.duration._\nimport scala.util.Success\n\nclass MemoizeTests extends BaseTestsSuite {\n  testAsync(\"Concurrent.memoize does not evaluates the effect if the inner `F[A]` isn't bound\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    val timer = ec.timer[IO]\n\n    val prog = for {\n      ref <- Ref.of[IO, Int](0)\n      action = ref.update(_ + 1)\n      _ <- Concurrent.memoize(action)\n      _ <- timer.sleep(100.millis)\n      v <- ref.get\n    } yield v\n\n    val result = prog.unsafeToFuture()\n    ec.tick(200.millis)\n    assertEquals(result.value, Some(Success(0)))\n  }\n\n  testAsync(\"Concurrent.memoize evalutes effect once if inner `F[A]` is bound twice\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n\n    val prog = for {\n      ref <- Ref.of[IO, Int](0)\n      action = ref.modify { s =>\n        val ns = s + 1\n        ns -> ns\n      }\n      memoized <- Concurrent.memoize(action)\n      x <- memoized\n      y <- memoized\n      v <- ref.get\n    } yield (x, y, v)\n\n    val result = prog.unsafeToFuture()\n    ec.tick()\n    assertEquals(result.value, Some(Success((1, 1, 1))))\n  }\n\n  testAsync(\"Concurrent.memoize effect evaluates effect once if the inner `F[A]` is bound twice (race)\") {\n    implicit ec =>\n      implicit val cs: ContextShift[IO] = ec.ioContextShift\n      val timer = ec.timer[IO]\n\n      val prog = for {\n        ref <- Ref.of[IO, Int](0)\n        action = ref.modify { s =>\n          val ns = s + 1\n          ns -> ns\n        }\n        memoized <- Concurrent.memoize(action)\n        _ <- memoized.start\n        x <- memoized\n        _ <- timer.sleep(100.millis)\n        v <- ref.get\n      } yield x -> v\n\n      val result = prog.unsafeToFuture()\n      ec.tick(200.millis)\n      assertEquals(result.value, Some(Success((1, 1))))\n  }\n\n  testAsync(\"Concurrent.memoize and then flatten is identity\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    forAll { (fa: IO[Int]) =>\n      Concurrent.memoize(fa).flatten <-> fa\n    }\n  }\n\n  testAsync(\"Memoized effects can be canceled when there are no other active subscribers (1)\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    implicit val timer: Timer[IO] = ec.timer[IO]\n\n    val prog = for {\n      completed <- Ref[IO].of(false)\n      action = IO.sleep(200.millis) >> completed.set(true)\n      memoized <- Concurrent.memoize(action)\n      fiber <- memoized.start\n      _ <- IO.sleep(100.millis)\n      _ <- fiber.cancel\n      _ <- IO.sleep(300.millis)\n      res <- completed.get\n    } yield res\n\n    val result = prog.unsafeToFuture()\n    ec.tick(500.millis)\n    assertEquals(result.value, Some(Success(false)))\n  }\n\n  testAsync(\"Memoized effects can be canceled when there are no other active subscribers (2)\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    implicit val timer: Timer[IO] = ec.timer[IO]\n\n    val prog = for {\n      completed <- Ref[IO].of(false)\n      action = IO.sleep(300.millis) >> completed.set(true)\n      memoized <- Concurrent.memoize(action)\n      fiber1 <- memoized.start\n      _ <- IO.sleep(100.millis)\n      fiber2 <- memoized.start\n      _ <- IO.sleep(100.millis)\n      _ <- fiber2.cancel\n      _ <- fiber1.cancel\n      _ <- IO.sleep(400.millis)\n      res <- completed.get\n    } yield res\n\n    val result = prog.unsafeToFuture()\n    ec.tick(600.millis)\n    assertEquals(result.value, Some(Success(false)))\n  }\n\n  testAsync(\"Memoized effects can be canceled when there are no other active subscribers (3)\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    implicit val timer: Timer[IO] = ec.timer[IO]\n\n    val prog = for {\n      completed <- Ref[IO].of(false)\n      action = IO.sleep(300.millis) >> completed.set(true)\n      memoized <- Concurrent.memoize(action)\n      fiber1 <- memoized.start\n      _ <- IO.sleep(100.millis)\n      fiber2 <- memoized.start\n      _ <- IO.sleep(100.millis)\n      _ <- fiber1.cancel\n      _ <- fiber2.cancel\n      _ <- IO.sleep(400.millis)\n      res <- completed.get\n    } yield res\n\n    val result = prog.unsafeToFuture()\n    ec.tick(600.millis)\n    assertEquals(result.value, Some(Success(false)))\n  }\n\n  testAsync(\"Running a memoized effect after it was previously canceled reruns it\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    implicit val timer: Timer[IO] = ec.timer[IO]\n\n    val prog = for {\n      started <- Ref[IO].of(0)\n      completed <- Ref[IO].of(0)\n      action = started.update(_ + 1) >> timer.sleep(200.millis) >> completed.update(_ + 1)\n      memoized <- Concurrent.memoize(action)\n      fiber <- memoized.start\n      _ <- IO.sleep(100.millis)\n      _ <- fiber.cancel\n      _ <- memoized.timeout(1.second)\n      v1 <- started.get\n      v2 <- completed.get\n    } yield v1 -> v2\n\n    val result = prog.unsafeToFuture()\n    ec.tick(500.millis)\n    assertEquals(result.value, Some(Success((2, 1))))\n  }\n\n  testAsync(\"Attempting to cancel a memoized effect with active subscribers is a no-op\") { implicit ec =>\n    implicit val cs: ContextShift[IO] = ec.ioContextShift\n    implicit val timer: Timer[IO] = ec.timer[IO]\n\n    val prog = for {\n      condition <- Deferred[IO, Unit]\n      action = IO.sleep(200.millis) >> condition.complete(())\n      memoized <- Concurrent.memoize(action)\n      fiber1 <- memoized.start\n      _ <- IO.sleep(50.millis)\n      fiber2 <- memoized.start\n      _ <- IO.sleep(50.millis)\n      _ <- fiber1.cancel\n      _ <- fiber2.join \/\/ Make sure no exceptions are swallowed by start\n      v <- condition.get.timeout(1.second).as(true)\n    } yield v\n\n    val result = prog.unsafeToFuture()\n    ec.tick(500.millis)\n    assertEquals(result.value, Some(Success(true)))\n  }\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/jvm\/src\/main\/scala\/cats\/effect\/internals\/IOPlatform.scala","text":"<reponame>paualarco\/cats-effect<gh_stars>0\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect.internals\n\nimport java.util.concurrent.locks.AbstractQueuedSynchronizer\nimport cats.effect.IO\nimport scala.concurrent.blocking\nimport scala.concurrent.duration.{Duration, FiniteDuration}\nimport scala.util.Either\n\nprivate[effect] object IOPlatform {\n\n  \/**\n   * JVM-specific function that blocks for the result of an IO task.\n   *\n   * Uses the [[scala.concurrent.BlockContext]], instructing the\n   * underlying thread-pool that this is a blocking operation, thus\n   * allowing for defensive measures, like adding more threads or\n   * executing other queued tasks first.\n   *\/\n  def unsafeResync[A](ioa: IO[A], limit: Duration): Option[A] = {\n    val latch = new OneShotLatch\n    var ref: Either[Throwable, A] = null\n\n    ioa.unsafeRunAsync { a =>\n      \/\/ Reading from `ref` happens after the block on `latch` is\n      \/\/ over, there's a happens-before relationship, so no extra\n      \/\/ synchronization is needed for visibility\n      ref = a\n      latch.releaseShared(1)\n      ()\n    }\n\n    limit match {\n      case e if e eq Duration.Undefined =>\n        throw new IllegalArgumentException(\"Cannot wait for Undefined period\")\n      case Duration.Inf =>\n        blocking(latch.acquireSharedInterruptibly(1))\n      case f: FiniteDuration if f > Duration.Zero =>\n        blocking(latch.tryAcquireSharedNanos(1, f.toNanos))\n      case _ =>\n        () \/\/ Do nothing\n    }\n\n    ref match {\n      case null     => None\n      case Right(a) => Some(a)\n      case Left(ex) => throw ex\n    }\n  }\n\n  final private class OneShotLatch extends AbstractQueuedSynchronizer {\n    override protected def tryAcquireShared(ignored: Int): Int =\n      if (getState != 0) 1 else -1\n\n    override protected def tryReleaseShared(ignore: Int): Boolean = {\n      setState(1)\n      true\n    }\n  }\n\n  \/**\n   * Returns `true` if the underlying platform is the JVM,\n   * `false` if it's JavaScript.\n   *\/\n  final val isJVM = true\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/test\/scala\/cats\/effect\/concurrent\/LensRefTests.scala","text":"<gh_stars>0\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect\npackage concurrent\n\nimport cats.data.State\nimport cats.effect.IO\n\nclass LensRefTests extends CatsEffectSuite {\n\n  case class Foo(bar: Integer, baz: Integer)\n\n  object Foo {\n    def get(foo: Foo): Integer = foo.bar\n\n    def set(foo: Foo)(bar: Integer): Foo = foo.copy(bar = bar)\n  }\n\n  test(\"get - returns B\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.get\n    } yield assertEquals(v.toInt, 0)\n  }\n\n  test(\"set - modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      _ <- refB.set(1)\n      v <- refA.get\n    } yield assertEquals(v, Foo(1, -1))\n  }\n\n  test(\"getAndSet - modifies underlying Ref and returns previous value\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      oldValue <- refB.getAndSet(1)\n      a <- refA.get\n    } yield assertEquals((oldValue.toInt, a), (0, Foo(1, -1)))\n  }\n\n  test(\"update - modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      _ <- refB.update(_ + 1)\n      a <- refA.get\n    } yield assertEquals(a, Foo(1, -1))\n  }\n\n  test(\"modify - modifies underlying Ref and returns a value\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      result <- refB.modify(bar => (bar + 1, 10))\n      a <- refA.get\n    } yield assertEquals((result, a), (10, Foo(1, -1)))\n  }\n\n  test(\"tryUpdate - successfully modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.tryUpdate(_ + 1)\n      a <- refA.get\n    } yield assertEquals((v, a), (true, Foo(1, -1)))\n  }\n\n  test(\"tryUpdate - fails to modify original value if it's already been modified concurrently\") {\n    val updateRefUnsafely: Ref[IO, Integer] => Unit = _.set(5).unsafeRunSync()\n\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.tryUpdate { currentValue =>\n        updateRefUnsafely(refB)\n        currentValue + 1\n      }\n      a <- refA.get\n    } yield assertEquals((v, a), (false, Foo(5, -1)))\n  }\n\n  test(\"tryModify - successfully modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.tryModify(bar => (bar + 1, \"A\"))\n      a <- refA.get\n    } yield assertEquals((v, a), (Some(\"A\"), Foo(1, -1)))\n  }\n\n  test(\"tryModify - fails to modify original value if it's already been modified concurrently\") {\n    val updateRefUnsafely: Ref[IO, Integer] => Unit = _.set(5).unsafeRunSync()\n\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.tryModify { currentValue =>\n        updateRefUnsafely(refB)\n        (currentValue + 1, 10)\n      }\n      a <- refA.get\n    } yield assertEquals((v, a), (None, Foo(5, -1)))\n  }\n\n  test(\"tryModifyState - successfully modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.tryModifyState(State.apply(x => (x + 1, \"A\")))\n      a <- refA.get\n    } yield assertEquals((v, a), (Some(\"A\"), Foo(1, -1)))\n  }\n\n  test(\"modifyState - successfully modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      v <- refB.modifyState(State.apply(x => (x + 1, \"A\")))\n      a <- refA.get\n    } yield assertEquals((v, a), (\"A\", Foo(1, -1)))\n  }\n\n  test(\"access - successfully modifies underlying Ref\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      valueAndSetter <- refB.access\n      (value, setter) = valueAndSetter\n      success <- setter(value + 1)\n      a <- refA.get\n    } yield assertEquals((success, a), (true, Foo(1, -1)))\n  }\n\n  test(\"access - successfully modifies underlying Ref after A is modified without affecting B\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      valueAndSetter <- refB.access\n      (value, setter) = valueAndSetter\n      _ <- refA.update(_.copy(baz = -2))\n      success <- setter(value + 1)\n      a <- refA.get\n    } yield assertEquals((success, a), (true, Foo(1, -2)))\n  }\n\n  test(\"access - setter fails to modify underlying Ref if value is modified before setter is called\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      valueAndSetter <- refB.access\n      (value, setter) = valueAndSetter\n      _ <- refA.set(Foo(5, -1))\n      success <- setter(value + 1)\n      a <- refA.get\n    } yield assertEquals((success, a), (false, Foo(5, -1)))\n  }\n\n  test(\"access - setter fails the second time\") {\n    for {\n      refA <- Ref[IO].of(Foo(0, -1))\n      refB = Ref.lens[IO, Foo, Integer](refA)(Foo.get, Foo.set)\n      valueAndSetter <- refB.access\n      (_, setter) = valueAndSetter\n      v1 <- setter(1)\n      v2 <- setter(2)\n      a <- refA.get\n    } yield assertEquals((v1, v2, a), (true, false, Foo(1, -1)))\n  }\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/main\/scala\/cats\/effect\/internals\/IOContext.scala","text":"<reponame>paualarco\/cats-effect\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect.internals\n\nimport cats.effect.tracing.{IOEvent, IOTrace}\nimport cats.effect.internals.TracingPlatform.traceBufferLogSize\n\n\/**\n * INTERNAL API \u2014 Holds state related to the execution of\n * an IO and should be threaded across multiple invocations\n * of the run-loop associated with the same fiber.\n *\/\nfinal private[effect] class IOContext() {\n\n  private[this] val events: RingBuffer[IOEvent] = new RingBuffer(traceBufferLogSize)\n  private[this] var captured: Int = 0\n  private[this] var omitted: Int = 0\n\n  def pushEvent(fr: IOEvent): Unit = {\n    captured += 1\n    if (events.push(fr) != null) omitted += 1\n  }\n\n  def trace(): IOTrace =\n    IOTrace(events.toList, captured, omitted)\n\n  def getStackTraces(): List[IOEvent.StackTrace] =\n    events.toList.collect { case ev: IOEvent.StackTrace => ev }\n\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/main\/scala\/cats\/effect\/internals\/IOAsync.scala","text":"\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect.internals\n\nimport cats.effect.IO\nimport cats.effect.internals.TracingPlatform.{isCachedStackTracing, isFullStackTracing}\n\nprivate[effect] object IOAsync {\n\n  \/\/ Conveniennce function for internal Async calls that intend\n  \/\/ to opt into tracing so the following code isn't repeated.\n  def apply[A](k: (IOConnection, IOContext, Either[Throwable, A] => Unit) => Unit,\n               trampolineAfter: Boolean = false,\n               traceKey: AnyRef = null): IO[A] = {\n    val trace = if (isCachedStackTracing) {\n      IOTracing.cached(traceKey.getClass)\n    } else if (isFullStackTracing) {\n      IOTracing.uncached()\n    } else {\n      null\n    }\n\n    IO.Async((conn, ctx, cb) => k(conn, ctx, cb), trampolineAfter, trace)\n  }\n\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/test\/scala\/cats\/effect\/CatsEffectSuite.scala","text":"<gh_stars>0\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect\n\nimport cats.effect.internals.TestUtils\nimport munit.{DisciplineSuite, Location}\nimport org.scalacheck.Prop\n\n\/**\n * A stopgap solution until upstream dependencies (cats, cats-laws and discipline-munit for dotty Scala.js) are\n * officially released for dotty (without resorting to `withDottyCompat`). Currently, `cats-effect` transitively depends\n * on a compat version of `munit` (even though it is directly released for dotty) and because of that, the correct\n * dotty macro cannot be inferred that injects `munit.Location` instances into assertions. When all dependencies are\n * released for dotty, this trait can be dropped outright and test classes can depend directly on `munit.FunSuite` or\n * `munit.DisciplineSuite`, as needed.\n *\/\ntrait CatsEffectSuite extends DisciplineSuite with TestUtils {\n  implicit protected val munitLocation: Location = implicitly\n\n  override def munitValueTransforms: List[ValueTransform] =\n    super.munitValueTransforms :+ new ValueTransform(\"IO\", { case io: IO[_] => io.unsafeToFuture() })\n\n  \/\/ Exists in order to maintain source compatibility, otherwise delegates to the munit `test` method with\n  \/\/ suppressed `System.err`.\n  def test(name: String)(body: => Any): Unit =\n    super.test(name)(silenceSystemErr(() => body))(munitLocation)\n\n  \/\/ Exists in order to maintain source compatibility, otherwise delegates to the munit `property` method with\n  \/\/ suppressed `System.err`. Unfortunately, in order for proper suppresion in munit, the `body` `Prop` value needs\n  \/\/ to be **fully** executed with a replaced `System.err` and again replaced only after it has been fully evaluated.\n  def property(name: String)(body: => Prop): Unit =\n    super.property(name) {\n      Prop(params => silenceSystemErr(() => body(params)))\n    }(munitLocation)\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/main\/scala\/cats\/effect\/tracing\/IOTrace.scala","text":"<gh_stars>0\n\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect.tracing\n\nimport cats.effect.IO\n\nimport scala.reflect.NameTransformer\n\nfinal case class IOTrace(events: List[IOEvent], captured: Int, omitted: Int) {\n\n  import IOTrace._\n\n  def printFiberTrace(options: PrintingOptions = PrintingOptions.Default): IO[Unit] =\n    IO(System.err.println(showFiberTrace(options)))\n\n  def showFiberTrace(options: PrintingOptions = PrintingOptions.Default): String = {\n    val TurnRight = \"\u2570\"\n    val InverseTurnRight = \"\u256d\"\n    val Junction = \"\u251c\"\n    val Line = \"\u2502\"\n\n    val acc0 = s\"IOTrace: $captured frames captured\\n\"\n    if (options.showFullStackTraces) {\n      val stackTraces = events.collect { case e: IOEvent.StackTrace => e }\n\n      val acc1 = stackTraces.zipWithIndex\n        .map {\n          case (st, index) =>\n            val tag = getOpAndCallSite(st.stackTrace)\n              .map {\n                case (methodSite, _) => NameTransformer.decode(methodSite.getMethodName)\n              }\n              .getOrElse(\"(...)\")\n            val op = if (index == 0) s\"$InverseTurnRight $tag\\n\" else s\"$Junction $tag\\n\"\n            val relevantLines = st.stackTrace\n              .drop(options.ignoreStackTraceLines)\n              .take(options.maxStackTraceLines)\n            val lines = relevantLines.zipWithIndex\n              .map {\n                case (ste, i) =>\n                  val junc = if (i == relevantLines.length - 1) TurnRight else Junction\n                  val codeLine = renderStackTraceElement(ste)\n                  s\"$Line  $junc $codeLine\"\n              }\n              .mkString(\"\", \"\\n\", \"\\n\")\n\n            s\"$op$lines$Line\"\n        }\n        .mkString(\"\\n\")\n\n      val acc2 = if (omitted > 0) {\n        \"\\n\" + TurnRight + s\" ... ($omitted frames omitted)\\n\"\n      } else \"\\n\" + TurnRight + \"\\n\"\n\n      acc0 + acc1 + acc2\n    } else {\n      val acc1 = events.zipWithIndex\n        .map {\n          case (event, index) =>\n            val junc = if (index == events.length - 1 && omitted == 0) TurnRight else Junction\n            val message = event match {\n              case ev: IOEvent.StackTrace => {\n                getOpAndCallSite(ev.stackTrace)\n                  .map {\n                    case (methodSite, callSite) =>\n                      val loc = renderStackTraceElement(callSite)\n                      val op = NameTransformer.decode(methodSite.getMethodName)\n                      s\"$op @ $loc\"\n                  }\n                  .getOrElse(\"(...)\")\n              }\n            }\n            s\" $junc $message\"\n        }\n        .mkString(acc0, \"\\n\", \"\")\n\n      val acc2 = if (omitted > 0) {\n        acc1 + \"\\n \" + TurnRight + s\" ... ($omitted frames omitted)\"\n      } else acc1\n\n      acc2 + \"\\n\"\n    }\n  }\n}\n\nprivate[effect] object IOTrace {\n\n  def getOpAndCallSite(frames: List[StackTraceElement]): Option[(StackTraceElement, StackTraceElement)] =\n    frames\n      .sliding(2)\n      .collect {\n        case a :: b :: Nil => (a, b)\n      }\n      .find {\n        case (_, callSite) => !stackTraceFilter.exists(callSite.getClassName.startsWith(_))\n      }\n\n  private def renderStackTraceElement(ste: StackTraceElement): String = {\n    val methodName = demangleMethod(ste.getMethodName)\n    s\"${ste.getClassName}.$methodName (${ste.getFileName}:${ste.getLineNumber})\"\n  }\n\n  private def demangleMethod(methodName: String): String =\n    anonfunRegex.findFirstMatchIn(methodName) match {\n      case Some(mat) => mat.group(1)\n      case None      => methodName\n    }\n\n  private[this] val anonfunRegex = \"^\\\\$+anonfun\\\\$+(.+)\\\\$+\\\\d+$\".r\n\n  private[this] val stackTraceFilter = List(\n    \"cats.effect.\",\n    \"cats.\",\n    \"sbt.\",\n    \"java.\",\n    \"sun.\",\n    \"scala.\"\n  )\n}\n"}
{"repo_name":"paualarco\/cats-effect","path":"core\/shared\/src\/test\/scala\/cats\/effect\/internals\/IOContextTests.scala","text":"\/*\n * Copyright (c) 2017-2019 The Typelevel Cats-effect Project Developers\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage cats.effect\npackage internals\n\nimport cats.effect.tracing.IOEvent\n\nclass IOContextTests extends CatsEffectSuite {\n\n  val traceBufferSize: Int = 1 << cats.effect.internals.TracingPlatform.traceBufferLogSize\n  val stackTrace = new Throwable().getStackTrace.toList\n\n  test(\"push traces\") {\n    val ctx = new IOContext()\n\n    val t1 = IOEvent.StackTrace(stackTrace)\n    val t2 = IOEvent.StackTrace(stackTrace)\n\n    ctx.pushEvent(t1)\n    ctx.pushEvent(t2)\n\n    val trace = ctx.trace()\n    assertEquals(trace.events, List(t1, t2))\n    assertEquals(trace.captured, 2)\n    assertEquals(trace.omitted, 0)\n  }\n\n  test(\"track omitted frames\") {\n    val ctx = new IOContext()\n\n    for (_ <- 0 until (traceBufferSize + 10)) {\n      ctx.pushEvent(IOEvent.StackTrace(stackTrace))\n    }\n\n    val trace = ctx.trace()\n    assertEquals(trace.events.length, traceBufferSize)\n    assertEquals(trace.captured, (traceBufferSize + 10))\n    assertEquals(trace.omitted, 10)\n  }\n\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"app\/src\/main\/scala\/com\/app\/ApplicationMain.scala","text":"<filename>app\/src\/main\/scala\/com\/app\/ApplicationMain.scala\npackage com.app\n\nimport akka.actor.{ActorSystem, PoisonPill, Props}\n\nimport com.common.CommonSettings\nimport com.spark.{Settings => SparkSettings}\nimport com.spark._\nimport com.cassandra._\n\nimport org.apache.spark.streaming.StreamingContext\nimport com.common.Events._\nimport com.spark.Events._\n\n\nobject ApplicationMain extends App {\n\n  val settings = new CommonSettings\n  import settings._\n  val sparkSettings = new SparkSettings\n  import sparkSettings._\n\n  import CassandraSparkContext._\n\n  val system = ActorSystem(settings.AppName)\n  val rootActor = system.actorOf(Props(new ActorManager(Map(\n      \"system\" -> system,\n      \"settings\" -> settings,\n      \/\/ \"sc\" -> sc,\n      \"ssc\" -> ssc\n      \/\/ \"ssql\" -> sqlContext\n    ))), \"actor-manager\")\n\n  system.registerOnTermination {\n    rootActor ! SparkStreamStop\n    rootActor ! SparkBatchStop\n    rootActor ! PoisonPill\n  }\n  system.awaitTermination()\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"project\/Settings.scala","text":"\n\nimport sbt._\nimport sbt.Keys._\n\nobject Settings extends Build {\n  import Versions._\n\n  lazy val buildSettings = Seq(\n    name := \"zentiment-miner\",\n    normalizedName := \"zentiment-miner\",\n    organization := \"com.common\",\n    organizationHomepage := Some(url(\"http:\/\/www.github.com\/ixaxaar\/zentiment-miner\")),\n    scalaVersion := Versions.Scala,\n    homepage := Some(url(\"https:\/\/github.com\/ixaxaar\/zentiment-miner\"))\n  )\n\n  val parentSettings = buildSettings ++ Seq(\n    publishArtifact := false,\n    publish := {}\n  )\n\n  lazy val defaultSettings =  sigarSettings ++ Seq(\n    autoCompilerPlugins := true,\n    scalacOptions ++= Seq(\"-encoding\", \"UTF-8\", s\"-target:jvm-${Versions.JDK}\", \"-feature\", \"-language:_\", \"-deprecation\", \"-unchecked\", \"-Xlint\"),\n    javacOptions in Compile ++= Seq(\"-encoding\", \"UTF-8\", \"-source\", Versions.JDK, \"-target\", Versions.JDK, \"-Xlint:deprecation\", \"-Xlint:unchecked\"),\n    run in Compile <<= Defaults.runTask(fullClasspath in Compile, mainClass in (Compile, run), runner in (Compile, run)),\n    ivyLoggingLevel in ThisBuild := UpdateLogging.Quiet,\n    parallelExecution in ThisBuild := false,\n    parallelExecution in Global := false\n  )\n\n  lazy val sigarSettings = Seq(\n    unmanagedSourceDirectories in (Compile,run) += baseDirectory.value.getParentFile \/ \"sigar\",\n    javaOptions in run ++= {\n      System.setProperty(\"java.library.path\", file(\".\/sigar\").getAbsolutePath)\n      Seq(\"-Xms128m\", \"-Xmx1024m\")\n    })\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"app\/src\/main\/scala\/com\/app\/Settings.scala","text":"<filename>app\/src\/main\/scala\/com\/app\/Settings.scala\npackage com.app\n\nobject Settings {\n  \/\/\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"spark\/src\/main\/scala\/com\/spark\/Spark.scala","text":"<reponame>ixaxaar\/zentiment-miner\npackage com.spark\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.sql.SQLContext\nimport akka.actor.{Actor, ActorLogging, Props, ActorRef, Cancellable}\n\nimport scala.concurrent.duration._\n\/\/ import system.dispatcher\n\n\nabstract class SparkBatch(sc:SparkContext, sqlContext:SQLContext) extends Actor with ActorLogging {\n  import Events._\n  val settings = new Settings\n  import settings._\n\n  import sqlContext._\n\n  def receive:Actor.Receive = maintainState\n\n  def maintainState:Actor.Receive = {\n    case SparkBatchShuttingDown =>\n      self ! SparkBatchDown\n    case SparkBatchStart =>\n      self ! SparkBatchRunning\n    case SparkBatchStop =>\n      sc.stop\n      self ! SparkBatchShuttingDown\n    case SparkBatchDown =>\n    case SparkBatchUninitialized =>\n    case SparkBatchInitialized =>\n    case SparkBatchRunning =>\n      batch(sc, sqlContext)\n      self ! SparkBatchDown\n  }\n\n  \/\/ template for the batch process\n  def batch(spk:SparkContext, sql:SQLContext):Unit\n}\n\n\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"spark\/src\/main\/scala\/com\/spark\/Settings.scala","text":"package com.spark\n\nimport com.typesafe.config.{Config, ConfigFactory}\n\n\nfinal class Settings(conf: Option[Config] = None) extends Serializable {\n  val AppName = \"zentiment-miner\"\n\n  \/\/ hadoop config\n  val sparkMaster = \"local\"\n\n  \/\/ spark streaming context granularity in milliseconds\n  val granularity = 1000\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"spark\/src\/main\/scala\/com\/spark\/Context.scala","text":"package com.spark\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.streaming.{Milliseconds, StreamingContext}\n\n\n\/\/ There can be only one context per JVM\nobject SparkContexts {\n  val settings = new Settings\n  import settings._\n\n  val sparkConf = new SparkConf().setAppName(AppName).setMaster(sparkMaster)\n  val sc = new SparkContext(sparkConf)\n  val sqlContext = new org.apache.spark.sql.SQLContext(sc)\n  import sqlContext._\n\n  val ssc = new StreamingContext(sparkConf, Milliseconds(granularity))\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"app\/src\/main\/scala\/com\/app\/ActorManager.scala","text":"package com.app\n\nimport akka.actor.{Actor, ActorLogging, Props, ActorRef, ActorSystem}\nimport akka.cluster.Member\nimport com.common.cluster.ClusterSupervisor\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.streaming.StreamingContext\n\nimport com.common.cluster._\nimport com.common.CommonSettings\nimport com.common.Events._\nimport com.spark.Events._\n\n\nclass ActorManager(args:Map[String, Any]) extends ClusterSupervisor {\n  val settings = args(\"settings\").asInstanceOf[CommonSettings]\n  \/\/ val sc = args(\"sc\").asInstanceOf[SparkContext]\n  val ssc = args(\"ssc\").asInstanceOf[StreamingContext]\n  \/\/ val ssql = args(\"ssql\").asInstanceOf[SQLContext]\n  val system = args(\"system\").asInstanceOf[ActorSystem]\n\n  import settings._\n  import Events._\n\n  val spark = context.actorOf(Props(new TwitterDump(ssc)), \"spark-batch-linear-regression\")\n\n  override def preStart():Unit = {\n    super.preStart()\n    cluster.joinSeedNodes(Vector(cluster.selfAddress))\n  }\n\n  override def initialize():Unit = {\n    super.initialize()\n    log.info(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n    log.info(\"\/\/ Starting nodes \/\/\")\n    log.info(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n    spark ! SparkStreamStart\n\n    context become actorReceive\n  }\n\n  def actorReceive:Actor.Receive = {\n    case m:SparkBatchEvent => spark.forward(m)\n    case m:SparkStreamEvent => spark.forward(m)\n  }\n\n  self ! Start\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"cassandra\/src\/main\/scala\/com\/cassandra\/Settings.scala","text":"package com.cassandra\n\nimport com.datastax.spark.connector._\nimport com.typesafe.config.{Config, ConfigFactory}\n\n\nfinal class Settings(conf: Option[Config] = None) extends Serializable {\n\n  val AppName = \"zentiment-miner\"\n\n  \/\/ hadoop config\n  val sparkMaster = \"local[4]\"\n\n  \/\/ spark streaming context granularity in milliseconds\n  val granularity = 500\n\n  \/\/ Settings for cassandra and cassandra-spark-connector\n  val host = \"127.0.0.1\"\n  val native_port = \"9042\"\n  val conf_factory = \"com.datastax.spark.connector.cql.DefaultConnectionFactory\"\n  val timeout_ms = \"5000\"\n  val reconnection_delay_ms_min = \"1000\"\n  val reconnection_delay_ms_max = \"60000\"\n  val local_dc = \"datacenter1\"\n  val username = \"\"\n  val password = \"\"\n  val retry_count = \"10\"\n  val read_timeout_ms = \"60000\"\n  val consistency_level = \"LOCAL_ONE\"\n  val page_row_size = \"10000\"\n  val input_split_size = \"10000\"\n  val batch_size_rows = \"auto\"\n  val batch_size_bytes = (16*1024).toString\n  val batch_grouping_key = \"partition\"\n  val concurrent_writes = \"5\"\n  val output_consistency_level = \"LOCAL_ONE\"\n  val batch_buffer_size = \"1000\"\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"app\/src\/main\/scala\/com\/app\/TwitterDump.scala","text":"<filename>app\/src\/main\/scala\/com\/app\/TwitterDump.scala\npackage com.app\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.streaming.{Time, Seconds, StreamingContext}\nimport org.apache.spark.streaming.twitter._\nimport com.datastax.spark.connector._\nimport com.datastax.spark.connector.streaming._\n\nimport com.spark._\nimport com.cassandra._\n\n\nclass TwitterDump(ssc:StreamingContext) extends SparkStreaming(ssc:StreamingContext) with Serializable {\n\n  println(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n  println(\"\/\/ Starting Spark Streaming Server \/\/\")\n  println(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n\n  val consumerKey = \"\"\n  val consumerSecret = \"\"\n  val accessToken = \"\"\n  val accessTokenSecret = \"\"\n\n  System.setProperty(\"twitter4j.oauth.consumerKey\", consumerKey)\n  System.setProperty(\"twitter4j.oauth.consumerSecret\", consumerSecret)\n  System.setProperty(\"twitter4j.oauth.accessToken\", accessToken)\n  System.setProperty(\"twitter4j.oauth.accessTokenSecret\", accessTokenSecret)\n\n  val keyspace = \"twitter\"\n  val table = \"dump\"\n\n  override def stream(ssc:StreamingContext):Unit = {\n    val stream = TwitterUtils.createStream(ssc, None)\n      .map{t => (t.getCreatedAt, t.getText)}\n      .foreachRDD(rdd => {\n        rdd.saveToCassandra(keyspace, table)\n      })\n  }\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"project\/Versions.scala","text":"<filename>project\/Versions.scala\n\nobject Versions {\n  val Akka           = \"2.3.9\"\n  val AkkaStreams    = \"0.11\"\n  val JDK            = \"1.7\"\n  val Kryo           = \"3.0.0\"\n  val Logback        = \"1.0.13\"\n  val Scala          = \"2.11.2\"\n  val ScalaBinary    = \"2.11\"\n  val ScalaTest      = \"2.2.1\"\n  val Slf4j          = \"1.6.1\"\n  val Specs2         = \"1.13\"\n  val Spark          = \"1.2.1\"\n  val DeepLearning4j = \"0.0.3.3.2.alpha1\"\n  val Twitter4j      = \"4.0.3\"\n  val Cassandra      = \"2.1.2\"\n  val CassandraDriver = \"2.1.3\"\n  val SparkCassandra = \"1.2.0-alpha3\"\n  val TwitterSpark   = \"1.3.0\"\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"cassandra\/src\/main\/scala\/com\/cassandra\/Context.scala","text":"package com.cassandra\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.streaming.{Milliseconds, StreamingContext}\nimport com.datastax.spark.connector._\nimport com.datastax.spark.connector.streaming._\n\n\nobject CassandraSparkContext {\n  val settings = new Settings\n  import settings._\n\n  val sparkConf = new SparkConf().setAppName(AppName).setMaster(\"local[4]\")\n  sparkConf.set(\"spark.cassandra.connection.host\", host)\n  sparkConf.set(\"spark.cassandra.connection.native.port\", native_port)\n  sparkConf.set(\"spark.cassandra.connection.conf.factory\", conf_factory)\n  sparkConf.set(\"spark.cassandra.connection.timeout_ms\", timeout_ms)\n  sparkConf.set(\"spark.cassandra.connection.reconnection_delay_ms.min\", reconnection_delay_ms_min)\n  sparkConf.set(\"spark.cassandra.connection.reconnection_delay_ms.max\", reconnection_delay_ms_max)\n  sparkConf.set(\"spark.cassandra.connection.local_dc\", local_dc)\n\n  sparkConf.set(\"spark.cassandra.auth.username\", username)\n  sparkConf.set(\"spark.cassandra.auth.password\", password)\n\n  sparkConf.set(\"spark.cassandra.query.retry.count\", retry_count)\n  sparkConf.set(\"spark.cassandra.read.timeout_ms\", read_timeout_ms)\n  sparkConf.set(\"spark.cassandra.input.consistency.level\", consistency_level)\n  sparkConf.set(\"spark.cassandra.input.page.row.size\", page_row_size)\n  sparkConf.set(\"spark.cassandra.input.split.size\", input_split_size)\n\n  sparkConf.set(\"spark.cassandra.output.batch.size.rows\", batch_size_rows)\n  sparkConf.set(\"spark.cassandra.output.batch.size.bytes\", batch_size_bytes)\n  sparkConf.set(\"spark.cassandra.output.batch.grouping.key\", batch_grouping_key)\n  sparkConf.set(\"spark.cassandra.output.batch.buffer.size\", batch_buffer_size)\n\n  sparkConf.set(\"spark.cassandra.output.concurrent.writes\", concurrent_writes)\n  sparkConf.set(\"spark.cassandra.output.consistency.level\", output_consistency_level)\n\n  \/\/ val sc = new SparkContext(sparkConf)\n  \/\/ val sqlContext = new org.apache.spark.sql.SQLContext(sc)\n  \/\/ import sqlContext._\n  val ssc = new StreamingContext(sparkConf, Milliseconds(granularity))\n}\n"}
{"repo_name":"ixaxaar\/zentiment-miner","path":"spark\/src\/main\/scala\/com\/spark\/SparkStreaming.scala","text":"package com.spark\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.spark.streaming.{StreamingContext}\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.sql.SQLContext\nimport akka.actor.{Actor, ActorLogging, Props, ActorRef, Cancellable}\n\n\nabstract class SparkStreaming(ssc:StreamingContext) extends Actor with ActorLogging {\n  import Events._\n\n  def receive:Actor.Receive = maintainState\n\n  def maintainState:Actor.Receive = {\n    case SparkStreamShuttingDown =>\n      self ! SparkStreamDown\n    case SparkStreamStart =>\n      log.info(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n      log.info(\"\/\/ Starting Spark Streaming Server \/\/\")\n      log.info(\"\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\")\n      stream(ssc)\n      ssc.checkpoint(\".\/checkpoint\")\n      ssc.start()\n      self ! SparkStreamRunning\n    case SparkStreamStop =>\n      ssc.stop(stopSparkContext=false, stopGracefully = true)\n      self ! SparkStreamShuttingDown\n    case SparkStreamDown =>\n    case SparkStreamUninitialized =>\n    case SparkStreamInitialized =>\n    case SparkStreamRunning =>\n      ssc.awaitTermination()\n  }\n\n  \/\/ template for the stream process\n  def stream(ssc:StreamingContext):Unit\n}\n\n"}
{"repo_name":"Dnar\/Tests","path":"scaffold\/load\/user-files\/simulations\/SampleLoadTEST.scala","text":"<filename>scaffold\/load\/user-files\/simulations\/SampleLoadTEST.scala\n\nimport scala.concurrent.duration._\n\nimport io.gatling.core.Predef._\nimport io.gatling.http.Predef._\nimport io.gatling.jdbc.Predef._\n\nclass SampleLoadTEST extends Simulation {\n\n\tval httpConf = http\n    .baseURL(\"http:\/\/www.aol.co.uk\")\n\n  val scn = scenario(\"SampleLoadTEST\")\n    .exec(http(\"Sample Load Test\")\n    .get(\"\/\"))\n    .pause(2)\n\n  setUp(\n    scn.inject(atOnceUsers(1))\n  ).protocols(httpConf).assertions(global.responseTime.max.lessThan(1000))\n\n}\n"}
{"repo_name":"lblod\/mandaten-import-service","path":"ttl-importer\/project\/Dependencies.scala","text":"<reponame>lblod\/mandaten-import-service\nimport sbt._\n\nobject Dependencies {\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.5\"\n  lazy val rdf4jVersion = \"2.2.4\"\n}\n"}
{"repo_name":"lblod\/mandaten-import-service","path":"ttl-importer\/build.sbt","text":"<reponame>lblod\/mandaten-import-service\nimport Dependencies._\n\nlazy val root = (project in file(\".\")).\n  settings(\n    inThisBuild(List(\n                  organization := \"io.redpencil\",\n                  scalaVersion := \"2.12.3\",\n                  version      := \"0.1.0-SNAPSHOT\"\n                )),\n    name := \"ttl-importer\",\n    libraryDependencies ++= Seq(\n      scalaTest % Test,\n      \"org.eclipse.rdf4j\" % \"rdf4j-rio-rdfxml\" % rdf4jVersion,\n      \"org.eclipse.rdf4j\" % \"rdf4j-rio-turtle\" % rdf4jVersion,\n      \"org.eclipse.rdf4j\" % \"rdf4j-repository-sparql\" % rdf4jVersion,\n      \"commons-logging\" % \"commons-logging\" % \"1.2\"\n    )\n  )\n"}
{"repo_name":"lblod\/mandaten-import-service","path":"ttl-importer\/src\/main\/scala\/io\/redpencil\/Handler.scala","text":"<filename>ttl-importer\/src\/main\/scala\/io\/redpencil\/Handler.scala\npackage io.redpencil\n\nimport org.eclipse.rdf4j.repository.util.RDFInserter\nimport org.eclipse.rdf4j.repository.RepositoryConnection\nimport org.eclipse.rdf4j.model.impl.LinkedHashModel\nimport org.eclipse.rdf4j.model._\nimport org.eclipse.rdf4j.model.IRI\nimport org.eclipse.rdf4j.model.vocabulary.RDF\nimport org.eclipse.rdf4j.model.vocabulary.XMLSchema\nimport scala.collection.JavaConversions._\nimport org.eclipse.rdf4j.rio.ntriples.NTriplesWriter\nimport java.io.ByteArrayOutputStream\n\n\n\nclass Handler(con:RepositoryConnection, graph:IRI) extends RDFInserter(con) {\n  val BATCH_SIZE=1000\n  val cache = new LinkedHashModel();\n\n  def buildQueryFromCache = {\n    val baos = new ByteArrayOutputStream()\n    val ntriplesWriter = new NTriplesWriter(baos)\n    ntriplesWriter.startRDF\n    cache.foreach( s => ntriplesWriter.handleStatement(s))\n    ntriplesWriter.endRDF\n    val statements = baos.toString(\"UTF8\")\n    s\"\"\"INSERT DATA INTO <${graph.stringValue}> {\n      $statements\n    }\"\"\"\n  }\n  override def addStatement(subj: Resource, pred: IRI, obj: Value, ctxt: Resource) = {\n    cache.add(subj,pred,obj);\n    if (cache.size == BATCH_SIZE) {\n      con.begin()\n      con.prepareUpdate(buildQueryFromCache).execute()\n      con.commit()\n      cache.clear();\n    }\n  }\n  override def endRDF() ={\n    if (cache.size > 0) {\n      con.begin()\n      con.prepareUpdate(buildQueryFromCache).execute()\n      con.commit()\n      cache.clear();\n    }\n  }\n}\n"}
{"repo_name":"lblod\/mandaten-import-service","path":"ttl-importer\/src\/main\/scala\/io\/redpencil\/Importer.scala","text":"package io.redpencil\n\nimport org.eclipse.rdf4j.query.QueryLanguage\nimport org.eclipse.rdf4j.repository.sparql.SPARQLRepository\nimport org.eclipse.rdf4j.repository.RepositoryConnection\nimport org.eclipse.rdf4j.rio.RDFFormat\nimport scala.collection.JavaConverters._\nimport org.eclipse.rdf4j.RDF4JException\nimport org.eclipse.rdf4j.rio.Rio\nimport java.io.FileInputStream\nimport java.io.InputStreamReader\nimport java.util.UUID\nimport java.nio.file.attribute.BasicFileAttributes\nimport java.nio.file._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.io.Source\n\nobject Importer {\n  \/\/ argument parsing via https:\/\/stackoverflow.com\/questions\/2315912\/best-way-to-parse-command-line-parameters#3183991\n   val usage = \"\"\"\n    Usage: importer [--endpoint http:\/\/localhost:8890\/sparql] [--file filename.ttl] [--graph http:\/\/your-graph\/] [--keep-data] [--post-process-queries \/full\/path\/to\/queries\/]\n  \"\"\"\n  def uuid = UUID.randomUUID\n\n  def listSparqlFiles(path: String) = {\n    val files = ArrayBuffer.empty[Path]\n    val root = Paths.get(path)\n    Files.walkFileTree(root, new SimpleFileVisitor[Path] {\n                         override def visitFile(file: Path, attrs: BasicFileAttributes) = {\n                           if (file.getFileName.toString.endsWith(\".rq\")) {\n                             files += file\n                         }\n                         FileVisitResult.CONTINUE\n                       }\n                     })\n    files\n  }\n\n  def main(args: Array[String]) {\n    val arglist = args.toList\n    type OptionMap = Map[Symbol, String]\n\n    def nextOption(map : OptionMap, list: List[String]) : OptionMap = {\n      def isSwitch(s : String) = (s(0) == '-')\n      list match {\n        case Nil => map\n        case \"--endpoint\" :: value :: tail =>\n          nextOption(map ++ Map('endpoint -> value), tail)\n        case \"--file\" :: value :: tail =>\n          nextOption(map ++ Map('file -> value), tail)\n        case \"--graph\" :: value :: tail =>\n          nextOption(map ++ Map('graph -> value), tail)\n        case \"--keep-data\" :: tail =>\n          nextOption(map ++ Map('keepData -> \"keepData\" ), tail)\n        case \"--post-process-queries\" :: value :: tail =>\n          nextOption(map ++ Map('queryFolder -> value), tail)\n      }\n    }\n\n    def executeWithRetry[T](callback: () => T, currentAttemptNumber: Int, maxAttempts: Int, sleep: Int): T = {\n      try {\n        println(\"Executing call\")\n        callback()\n      }\n      catch {\n        case e:Exception => {\n          println(s\"Error executing call\")\n          e.printStackTrace()\n          if(currentAttemptNumber >= maxAttempts) {\n            println(\"Max attempts of import reached, giving up...\")\n            throw new Exception(\"Max attempts reached\")\n          }\n          else {\n            val nextSleepTime = (sleep * scala.util.Random.nextFloat).toLong\n            println(s\"Attempt $currentAttemptNumber\/$maxAttempts failed, sleeping $nextSleepTime seconds\")\n            Thread.sleep(nextSleepTime * 1000)\n            executeWithRetry(callback, currentAttemptNumber + 1, maxAttempts, sleep);\n          }\n        };\n     }\n    }\n\n    def importFile(endpoint: String, filePath: String, graph: String, tempGraph: String): Unit = {\n      println(\"Start file import\")\n      println(\"Initializing repo\")\n      val repo = new SPARQLRepository(endpoint)\n      repo.initialize()\n\n      val file = new InputStreamReader(new FileInputStream(filePath),\"utf-8\")\n\n      println(\"Getting connection\")\n      val con = repo.getConnection()\n\n      val tempGraphUri = con.getValueFactory.createIRI(tempGraph)\n\n      println(s\"Loading data into $tempGraphUri\")\n\n      val parser = Rio.createParser(RDFFormat.TURTLE)\n      val handler = new Handler(con, tempGraphUri)\n      parser.setRDFHandler(handler)\n      parser.parse(file, tempGraph)\n\n      println(s\"Loading data into $tempGraphUri OK\")\n    }\n\n    def moveData(endpoint: String, graph: String, tempGraph: String, keepData: Boolean): Unit = {\n      println(\"Start move data\")\n      val query =\n        if (keepData) {\n        s\"ADD GRAPH <$tempGraph> TO <$graph>; DROP SILENT GRAPH <$tempGraph>\"\n      }\n      else {\n        s\"MOVE GRAPH <$tempGraph> TO <$graph>\"\n      }\n\n      println(\"Initializing repo\")\n      val repo = new SPARQLRepository(endpoint)\n      repo.initialize()\n      println(\"Getting connection\")\n      val con = repo.getConnection()\n\n      println(s\"MOVE OR ADD FROM $tempGraph to $graph\")\n      con.prepareUpdate(QueryLanguage.SPARQL, query).execute()\n      println(s\"MOVE OR ADD FROM $tempGraph to $graph OK\")\n    }\n\n    def postProcessData(endpoint: String, queryFolder: String): Unit = {\n      println(\"Start postprocess\")\n      println(\"Initializing repo\")\n      val repo = new SPARQLRepository(endpoint)\n      executeWithRetry(repo.initialize, 0, 20, 120)\n      println(\"Getting connection\")\n      val con = executeWithRetry(repo.getConnection, 0, 20, 120).asInstanceOf[RepositoryConnection]\n      val path = queryFolder\n      val queries = listSparqlFiles(queryFolder)\n\n      queries.foreach( (path: Path ) => {\n         val query = Source.fromFile(path.toString).mkString\n         println(s\"Running query from $path\")\n         println(s\"Query: $query\")\n         executeWithRetry(con.prepareUpdate(QueryLanguage.SPARQL, query).execute, 0, 20, 120)\n      } )\n    }\n\n    def cleanUpTempGraph(endpoint: String, tempGraph: String){\n      println(\"Start cleanup\")\n      println(\"Initializing repo\")\n      val repo = new SPARQLRepository(endpoint)\n      repo.initialize()\n      println(\"Getting connection\")\n      val con = repo.getConnection()\n      val cleanupQuery = s\"DROP SILENT GRAPH <$tempGraph>\"\n      con.prepareUpdate(QueryLanguage.SPARQL, cleanupQuery).execute()\n      println(s\"Query $cleanupQuery seemed fine\")\n    }\n\n    def importData() : Unit = {\n      val options = nextOption(Map(),arglist)\n      val endpoint = options.getOrElse('endpoint, \"\")\n      val filePath = options.getOrElse('file,\"\")\n      val graph = options.getOrElse('graph,\"\")\n      val tempGraph = s\"http:\/\/data.lblod.info\/temp\/$uuid\"\n      val keepData = options.contains('keepData)\n      val queryFolder = options.getOrElse('queryFolder,\"\")\n\n      try {\n        println(\"Starting import\")\n        \/\/TODO: consider moving retries into body of functions.\n        executeWithRetry(() => importFile(endpoint, filePath, graph, tempGraph), 0, 20, 120)\n        executeWithRetry(() => moveData(endpoint, graph, tempGraph, keepData), 0, 20, 120)\n\n        if(options.contains('queryFolder)){\n          postProcessData(endpoint, queryFolder)\n        }\n        print(\"Import seems ok...\")\n      }\n      catch {\n        case e:Throwable => {\n          println(\"Import failed...\")\n          e.printStackTrace;\n          executeWithRetry(() => cleanUpTempGraph(endpoint, tempGraph), 0, 20, 120)\n          throw new Exception(\"Import failed\")\n        }\n      }\n    }\n\n    try {\n      importData()\n    }\n    catch {\n      case e:scala.MatchError => {println(usage); System.exit(-1) }\n      case e:Throwable => { e.printStackTrace; System.exit(1) }\n    }\n  }\n}"}
{"repo_name":"desbo\/http4s","path":"ember-client\/src\/test\/scala\/org\/http4s\/ember\/client\/internal\/ClientHelpersSuite.scala","text":"\/*\n * Copyright 2019 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.ember.client.internal\n\nimport cats.syntax.all._\nimport cats.data.NonEmptyList\nimport cats.effect._\nimport org.http4s._\nimport org.http4s.headers.{Connection, Date, `User-Agent`}\nimport org.http4s.ember.client.EmberClientBuilder\nimport org.typelevel.ci.CIString\nimport org.typelevel.keypool.Reusable\nimport scala.concurrent.duration._\n\nclass ClientHelpersSuite extends Http4sSuite {\n\n  test(\"Request Preprocessing should add a date header if not present\") {\n    ClientHelpers\n      .preprocessRequest(Request[IO](), None)\n      .map { req =>\n        req.headers.get(Date).isDefined\n      }\n      .assert\n  }\n\n  test(\"Request Preprocessing should not add a date header if already present\") {\n    ClientHelpers\n      .preprocessRequest(\n        Request[IO](\n          headers = Headers.of(Date(HttpDate.Epoch))\n        ),\n        None)\n      .map { req =>\n        req.headers.get(Date).map { case d: Date =>\n          d.date\n        }\n      }\n      .assertEquals(Some(HttpDate.Epoch))\n  }\n  test(\"Request Preprocessing should add a connection keep-alive header if not present\") {\n    ClientHelpers\n      .preprocessRequest(Request[IO](), None)\n      .map { req =>\n        req.headers.get(Connection).map { case c: Connection =>\n          c.hasKeepAlive\n        }\n      }\n      .assertEquals(Some(true))\n  }\n\n  test(\"Request Preprocessing should not add a connection header if already present\") {\n    ClientHelpers\n      .preprocessRequest(\n        Request[IO](headers = Headers.of(Connection(NonEmptyList.of(CIString(\"close\"))))),\n        None\n      )\n      .map { req =>\n        req.headers.get(Connection).map { case c: Connection =>\n          c.hasKeepAlive\n        }\n      }\n      .assertEquals(Some(false))\n  }\n\n  test(\"Request Preprocessing should add default user-agent\") {\n    ClientHelpers\n      .preprocessRequest(Request[IO](), EmberClientBuilder.default[IO].userAgent)\n      .map { req =>\n        req.headers.get(`User-Agent`).isDefined\n      }\n      .assert\n  }\n\n  test(\"Request Preprocessing should not change a present user-agent\") {\n    val name = \"foo\"\n    ClientHelpers\n      .preprocessRequest(\n        Request[IO](\n          headers = Headers.of(`User-Agent`(ProductId(name, None)))\n        ),\n        EmberClientBuilder.default[IO].userAgent)\n      .map { req =>\n        req.headers.get(`User-Agent`).map { case e =>\n          e.product.value\n        }\n      }\n      .assertEquals(Some(name))\n  }\n\n  test(\"Postprocess response should reuse when body is run\") {\n\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      resp =\n        ClientHelpers\n          .postProcessResponse(\n            Request[IO](),\n            Response[IO](),\n            reuse\n          )\n      testResult <-\n        resp.body.compile.drain >>\n          reuse.get.map { case r =>\n            assertEquals(r, Reusable.Reuse)\n          }\n    } yield testResult\n  }\n\n  test(\"Postprocess response should do not reuse when body is not run\") {\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      _ =\n        ClientHelpers\n          .postProcessResponse(\n            Request[IO](),\n            Response[IO](),\n            reuse\n          )\n\n      testResult <-\n        reuse.get.map { case r =>\n          assertEquals(r, Reusable.DontReuse)\n        }\n    } yield testResult\n  }\n\n  test(\"Postprocess response should do not reuse when error encountered running stream\") {\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      resp =\n        ClientHelpers\n          .postProcessResponse(\n            Request[IO](),\n            Response[IO](body = fs2.Stream.raiseError[IO](new Throwable(\"Boo!\"))),\n            reuse\n          )\n      testResult <-\n        resp.body.compile.drain.attempt >>\n          reuse.get.map { case r =>\n            assertEquals(r, Reusable.DontReuse)\n          }\n    } yield testResult\n  }\n\n  \/\/ pending\n  test(\n    \"Postprocess response should do not reuse when cancellation encountered running stream\".fail) {\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      resp =\n        ClientHelpers\n          .postProcessResponse(\n            Request[IO](),\n            Response[IO](body = fs2\n              .Stream(1, 2, 3, 4, 5)\n              .map(_.toByte)\n              .zipLeft(\n                fs2.Stream.awakeDelay[IO](1.second)\n              )\n              .interruptAfter(2.seconds)),\n            reuse\n          )\n      testResult <-\n        resp.body.compile.drain.attempt >>\n          reuse.get.map { case r =>\n            assertEquals(r, Reusable.DontReuse)\n          }\n    } yield testResult\n  }\n\n  test(\"Postprocess response should do not reuse when connection close is set on request\") {\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      resp =\n        ClientHelpers\n          .postProcessResponse[IO](\n            Request[IO](headers = Headers.of(Connection(NonEmptyList.of(CIString(\"close\"))))),\n            Response[IO](),\n            reuse\n          )\n      testResult <-\n        resp.body.compile.drain >>\n          reuse.get.map { case r =>\n            assertEquals(r, Reusable.DontReuse)\n          }\n    } yield testResult\n  }\n\n  test(\"Postprocess response should do not reuse when connection close is set on response\") {\n    for {\n      reuse <- Ref[IO].of(Reusable.DontReuse: Reusable)\n\n      resp =\n        ClientHelpers\n          .postProcessResponse(\n            Request[IO](),\n            Response[IO](headers = Headers.of(Connection(NonEmptyList.of(CIString(\"close\"))))),\n            reuse\n          )\n      testResult <-\n        resp.body.compile.drain >>\n          reuse.get.map { case r =>\n            assertEquals(r, Reusable.DontReuse)\n          }\n    } yield testResult\n  }\n\n}\n"}
{"repo_name":"desbo\/http4s","path":"blaze-server\/src\/test\/scala\/org\/http4s\/server\/blaze\/Http1ServerStageSpec.scala","text":"\/*\n * Copyright 2014 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage server\npackage blaze\n\nimport cats.data.Kleisli\nimport cats.syntax.eq._\nimport cats.effect._\nimport cats.effect.kernel.Deferred\nimport cats.effect.std.Dispatcher\nimport java.nio.ByteBuffer\nimport java.nio.charset.StandardCharsets\nimport org.http4s.{headers => H}\nimport org.http4s.blaze._\nimport org.http4s.blaze.pipeline.Command.Connected\nimport org.http4s.blaze.util.TickWheelExecutor\nimport org.http4s.blazecore.{ResponseParser, SeqTestHead}\nimport org.http4s.dsl.io._\nimport org.http4s.headers.{Date, `Content-Length`, `Transfer-Encoding`}\nimport org.http4s.syntax.all._\nimport org.http4s.testing.ErrorReporting._\nimport org.typelevel.ci.CIString\nimport org.typelevel.vault._\nimport scala.concurrent.duration._\n\nclass Http1ServerStageSpec extends Http4sSuite {\n  implicit val ec: scala.concurrent.ExecutionContext = scala.concurrent.ExecutionContext.global\n  val fixture = ResourceFixture(Resource.make(IO.delay(new TickWheelExecutor())) { twe =>\n    IO.delay(twe.shutdown())\n  })\n\n  \/\/ todo replace with DispatcherIOFixture\n  val dispatcher = new Fixture[Dispatcher[IO]](\"dispatcher\") {\n\n    private var d: Dispatcher[IO] = null\n    private var shutdown: IO[Unit] = null\n    def apply() = d\n    override def beforeAll(): Unit = {\n      val dispatcherAndShutdown = Dispatcher[IO].allocated.unsafeRunSync()\n      shutdown = dispatcherAndShutdown._2\n      d = dispatcherAndShutdown._1\n    }\n    override def afterAll(): Unit =\n      shutdown.unsafeRunSync()\n  }\n  override def munitFixtures = List(dispatcher)\n\n  def makeString(b: ByteBuffer): String = {\n    val p = b.position()\n    val a = new Array[Byte](b.remaining())\n    b.get(a).position(p)\n    new String(a)\n  }\n\n  def parseAndDropDate(buff: ByteBuffer): (Status, Set[Header], String) =\n    dropDate(ResponseParser.apply(buff))\n\n  def dropDate(resp: (Status, Set[Header], String)): (Status, Set[Header], String) = {\n    val hds = resp._2.filter(_.name != Date.name)\n    (resp._1, hds, resp._3)\n  }\n\n  def runRequest(\n      tw: TickWheelExecutor,\n      req: Seq[String],\n      httpApp: HttpApp[IO],\n      maxReqLine: Int = 4 * 1024,\n      maxHeaders: Int = 16 * 1024): SeqTestHead = {\n    val head = new SeqTestHead(\n      req.map(s => ByteBuffer.wrap(s.getBytes(StandardCharsets.ISO_8859_1))))\n    val httpStage = Http1ServerStage[IO](\n      httpApp,\n      () => Vault.empty,\n      munitExecutionContext,\n      enableWebSockets = true,\n      maxReqLine,\n      maxHeaders,\n      10 * 1024,\n      silentErrorHandler,\n      30.seconds,\n      30.seconds,\n      tw,\n      dispatcher()\n    )\n\n    pipeline.LeafBuilder(httpStage).base(head)\n    head.sendInboundCommand(Connected)\n    head\n  }\n\n  val req = \"GET \/foo HTTP\/1.1\\r\\nheader: value\\r\\n\\r\\n\"\n\n  val routes = HttpRoutes\n    .of[IO] { case _ =>\n      Ok(\"foo!\")\n    }\n    .orNotFound\n\n  fixture.test(\"Http1ServerStage: Invalid Lengths should fail on too long of a request line\") {\n    tickwheel =>\n      runRequest(tickwheel, Seq(req), routes, maxReqLine = 1).result.map { buff =>\n        val str = StandardCharsets.ISO_8859_1.decode(buff.duplicate()).toString\n        \/\/ make sure we don't have signs of chunked encoding.\n        assert(str.contains(\"400 Bad Request\"))\n      }\n  }\n\n  fixture.test(\"Http1ServerStage: Invalid Lengths should fail on too long of a header\") {\n    tickwheel =>\n      (runRequest(tickwheel, Seq(req), routes, maxHeaders = 1).result).map { buff =>\n        val str = StandardCharsets.ISO_8859_1.decode(buff.duplicate()).toString\n        \/\/ make sure we don't have signs of chunked encoding.\n        assert(str.contains(\"400 Bad Request\"))\n      }\n  }\n\n  ServerTestRoutes.testRequestResults.zipWithIndex.foreach {\n    case ((req, (status, headers, resp)), i) =>\n      if (i == 7 || i == 8) \/\/ Awful temporary hack\n        fixture.test(\n          s\"Http1ServerStage: Common responses should Run request $i Run request: --------\\n${req\n            .split(\"\\r\\n\\r\\n\")(0)}\\n\") { tw =>\n          runRequest(tw, Seq(req), ServerTestRoutes()).result\n            .map(parseAndDropDate)\n            .map(assertEquals(_, (status, headers, resp)))\n\n        }\n      else\n        fixture.test(\n          s\"Http1ServerStage: Common responses should Run request $i Run request: --------\\n${req\n            .split(\"\\r\\n\\r\\n\")(0)}\\n\") { tw =>\n          runRequest(tw, Seq(req), ServerTestRoutes()).result\n            .map(parseAndDropDate)\n            .map(assertEquals(_, (status, headers, resp)))\n\n        }\n  }\n\n  val exceptionService = HttpRoutes\n    .of[IO] {\n      case GET -> Root \/ \"sync\" => sys.error(\"Synchronous error!\")\n      case GET -> Root \/ \"async\" => IO.raiseError(new Exception(\"Asynchronous error!\"))\n      case GET -> Root \/ \"sync\" \/ \"422\" =>\n        throw InvalidMessageBodyFailure(\"lol, I didn't even look\")\n      case GET -> Root \/ \"async\" \/ \"422\" =>\n        IO.raiseError(InvalidMessageBodyFailure(\"lol, I didn't even look\"))\n    }\n    .orNotFound\n\n  def runError(tw: TickWheelExecutor, path: String) =\n    runRequest(tw, List(path), exceptionService).result\n      .map(parseAndDropDate)\n      .map { case (s, h, r) =>\n        val close = h.exists { h =>\n          h.toRaw.name == CIString(\"connection\") && h.toRaw.value == \"close\"\n        }\n        (s, close, r)\n      }\n\n  fixture.test(\"Http1ServerStage: Errors should Deal with synchronous errors\") { tw =>\n    val path = \"GET \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\n\\r\\n\"\n    runError(tw, path).map { case (s, c, _) =>\n      assert(s == InternalServerError && c)\n    }\n  }\n\n  fixture.test(\"Http1ServerStage: Errors should Call toHttpResponse on synchronous errors\") { tw =>\n    val path = \"GET \/sync\/422 HTTP\/1.1\\r\\nConnection:keep-alive\\r\\n\\r\\n\"\n    runError(tw, path).map { case (s, c, _) =>\n      assert(s == UnprocessableEntity && !c)\n    }\n  }\n\n  fixture.test(\"Http1ServerStage: Errors should Deal with asynchronous errors\") { tw =>\n    val path = \"GET \/async HTTP\/1.1\\r\\nConnection:keep-alive\\r\\n\\r\\n\"\n    runError(tw, path).map { case (s, c, _) =>\n      assert(s == InternalServerError && c)\n    }\n  }\n\n  fixture.test(\"Http1ServerStage: Errors should Call toHttpResponse on asynchronous errors\") { tw =>\n    val path = \"GET \/async\/422 HTTP\/1.1\\r\\nConnection:keep-alive\\r\\n\\r\\n\"\n    runError(tw, path).map { case (s, c, _) =>\n      assert(s == UnprocessableEntity && !c)\n    }\n  }\n\n  fixture.test(\"Http1ServerStage: Errors should Handle parse error\") { tw =>\n    val path = \"THIS\\u0000IS\\u0000NOT\\u0000HTTP\"\n    runError(tw, path).map { case (s, c, _) =>\n      assert(s == BadRequest && c)\n    }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Do not send `Transfer-Encoding: identity` response\") { tw =>\n    val routes = HttpRoutes\n      .of[IO] { case _ =>\n        val headers = Headers.of(H.`Transfer-Encoding`(TransferCoding.identity))\n        IO.pure(\n          Response[IO](headers = headers)\n            .withEntity(\"hello world\"))\n      }\n      .orNotFound\n\n    \/\/ The first request will get split into two chunks, leaving the last byte off\n    val req = \"GET \/foo HTTP\/1.1\\r\\n\\r\\n\"\n\n    runRequest(tw, Seq(req), routes).result.map { buff =>\n      val str = StandardCharsets.ISO_8859_1.decode(buff.duplicate()).toString\n      \/\/ make sure we don't have signs of chunked encoding.\n      assert(!str.contains(\"0\\r\\n\\r\\n\"))\n      assert(str.contains(\"hello world\"))\n\n      val (_, hdrs, _) = ResponseParser.apply(buff)\n      assert(!hdrs.exists(_.name == `Transfer-Encoding`.name))\n    }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Do not send an entity or entity-headers for a status that doesn't permit it\") {\n    tw =>\n      val routes: HttpApp[IO] = HttpRoutes\n        .of[IO] { case _ =>\n          IO.pure(\n            Response[IO](status = Status.NotModified)\n              .putHeaders(`Transfer-Encoding`(TransferCoding.chunked))\n              .withEntity(\"Foo!\"))\n        }\n        .orNotFound\n\n      val req = \"GET \/foo HTTP\/1.1\\r\\n\\r\\n\"\n\n      (runRequest(tw, Seq(req), routes).result).map { buf =>\n        val (status, hs, body) = ResponseParser.parseBuffer(buf)\n\n        val hss = Headers(hs.toList)\n        assert(`Content-Length`.from(hss).isDefined == false)\n        assert(body == \"\")\n        assert(status == Status.NotModified)\n      }\n  }\n\n  fixture.test(\"Http1ServerStage: routes should Add a date header\") { tw =>\n    val routes = HttpRoutes\n      .of[IO] { case req =>\n        IO.pure(Response(body = req.body))\n      }\n      .orNotFound\n\n    \/\/ The first request will get split into two chunks, leaving the last byte off\n    val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n\n    (runRequest(tw, Seq(req1), routes).result).map { buff =>\n      \/\/ Both responses must succeed\n      val (_, hdrs, _) = ResponseParser.apply(buff)\n      assert(hdrs.exists(_.name == Date.name))\n    }\n  }\n\n  fixture.test(\"Http1ServerStage: routes should Honor an explicitly added date header\") { tw =>\n    val dateHeader = Date(HttpDate.Epoch)\n    val routes = HttpRoutes\n      .of[IO] { case req =>\n        IO.pure(Response(body = req.body).withHeaders(dateHeader))\n      }\n      .orNotFound\n\n    \/\/ The first request will get split into two chunks, leaving the last byte off\n    val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n\n    (runRequest(tw, Seq(req1), routes).result).map { buff =>\n      \/\/ Both responses must succeed\n      val (_, hdrs, _) = ResponseParser.apply(buff)\n\n      assert(hdrs.find(_.name == Date.name) == Some(dateHeader))\n    }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Handle routes that echos full request body for non-chunked\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case req =>\n          IO.pure(Response(body = req.body))\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val (r11, r12) = req1.splitAt(req1.length - 1)\n\n      (runRequest(tw, Seq(r11, r12), routes).result).map { buff =>\n        \/\/ Both responses must succeed\n        assert(parseAndDropDate(buff) == ((Ok, Set(H.`Content-Length`.unsafeFromLong(4)), \"done\")))\n      }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Handle routes that consumes the full request body for non-chunked\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case req =>\n          req.as[String].map { s =>\n            Response().withEntity(\"Result: \" + s)\n          }\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val (r11, r12) = req1.splitAt(req1.length - 1)\n\n      (runRequest(tw, Seq(r11, r12), routes).result).map { buff =>\n        \/\/ Both responses must succeed\n        assert(\n          parseAndDropDate(buff) == (\n            (\n              Ok,\n              Set(\n                H.`Content-Length`.unsafeFromLong(8 + 4),\n                H.`Content-Type`(MediaType.text.plain, Charset.`UTF-8`)),\n              \"Result: done\")))\n      }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Maintain the connection if the body is ignored but was already read to completion by the Http1Stage\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case _ =>\n          IO.pure(Response().withEntity(\"foo\"))\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val req2 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 5\\r\\n\\r\\ntotal\"\n\n      (runRequest(tw, Seq(req1, req2), routes).result).map { buff =>\n        val hs = Set(\n          H.`Content-Type`(MediaType.text.plain, Charset.`UTF-8`),\n          H.`Content-Length`.unsafeFromLong(3))\n        \/\/ Both responses must succeed\n        assert(dropDate(ResponseParser.parseBuffer(buff)) == ((Ok, hs, \"foo\")))\n        assert(dropDate(ResponseParser.parseBuffer(buff)) == ((Ok, hs, \"foo\")))\n      }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Drop the connection if the body is ignored and was not read to completion by the Http1Stage\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case _ =>\n          IO.pure(Response().withEntity(\"foo\"))\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val (r11, r12) = req1.splitAt(req1.length - 1)\n\n      val req2 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 5\\r\\n\\r\\ntotal\"\n\n      (runRequest(tw, Seq(r11, r12, req2), routes).result).map { buff =>\n        val hs = Set(\n          H.`Content-Type`(MediaType.text.plain, Charset.`UTF-8`),\n          H.`Content-Length`.unsafeFromLong(3))\n        \/\/ Both responses must succeed\n        assert(dropDate(ResponseParser.parseBuffer(buff)) == ((Ok, hs, \"foo\")))\n        assert(buff.remaining() == 0)\n      }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Handle routes that runs the request body for non-chunked\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case req =>\n          req.body.compile.drain *> IO.pure(Response().withEntity(\"foo\"))\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val (r11, r12) = req1.splitAt(req1.length - 1)\n      val req2 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 5\\r\\n\\r\\ntotal\"\n\n      (runRequest(tw, Seq(r11, r12, req2), routes).result).map { buff =>\n        val hs = Set(\n          H.`Content-Type`(MediaType.text.plain, Charset.`UTF-8`),\n          H.`Content-Length`.unsafeFromLong(3))\n        \/\/ Both responses must succeed\n        assert(dropDate(ResponseParser.parseBuffer(buff)) == ((Ok, hs, \"foo\")))\n        assert(dropDate(ResponseParser.parseBuffer(buff)) == ((Ok, hs, \"foo\")))\n      }\n  }\n\n  \/\/ Think of this as drunk HTTP pipelining\n  fixture.test(\"Http1ServerStage: routes should Not die when two requests come in back to back\") {\n    tw =>\n      val routes = HttpRoutes\n        .of[IO] { case req =>\n          IO.pure(Response(body = req.body))\n        }\n        .orNotFound\n\n      \/\/ The first request will get split into two chunks, leaving the last byte off\n      val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n      val req2 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 5\\r\\n\\r\\ntotal\"\n\n      (runRequest(tw, Seq(req1 + req2), routes).result).map { buff =>\n        \/\/ Both responses must succeed\n        assert(\n          dropDate(ResponseParser.parseBuffer(buff)) == (\n            (\n              Ok,\n              Set(H.`Content-Length`.unsafeFromLong(4)),\n              \"done\")))\n        assert(\n          dropDate(ResponseParser.parseBuffer(buff)) == (\n            (\n              Ok,\n              Set(H.`Content-Length`.unsafeFromLong(5)),\n              \"total\")))\n      }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Handle using the request body as the response body\") { tw =>\n    val routes = HttpRoutes\n      .of[IO] { case req =>\n        IO.pure(Response(body = req.body))\n      }\n      .orNotFound\n\n    \/\/ The first request will get split into two chunks, leaving the last byte off\n    val req1 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n    val req2 = \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 5\\r\\n\\r\\ntotal\"\n\n    (runRequest(tw, Seq(req1, req2), routes).result).map { buff =>\n      \/\/ Both responses must succeed\n      assert(\n        dropDate(ResponseParser.parseBuffer(buff)) == (\n          (\n            Ok,\n            Set(H.`Content-Length`.unsafeFromLong(4)),\n            \"done\")))\n      assert(\n        dropDate(ResponseParser.parseBuffer(buff)) == (\n          (\n            Ok,\n            Set(H.`Content-Length`.unsafeFromLong(5)),\n            \"total\")))\n    }\n  }\n\n  def req(path: String) =\n    s\"POST \/$path HTTP\/1.1\\r\\nTransfer-Encoding: chunked\\r\\n\\r\\n\" +\n      \"3\\r\\n\" +\n      \"foo\\r\\n\" +\n      \"0\\r\\n\" +\n      \"Foo:Bar\\r\\n\\r\\n\"\n\n  val routes2 = HttpRoutes\n    .of[IO] {\n      case req if req.pathInfo === path\"\/foo\" =>\n        for {\n          _ <- req.body.compile.drain\n          hs <- req.trailerHeaders\n          resp <- Ok(hs.toList.mkString)\n        } yield resp\n\n      case req if req.pathInfo === path\"\/bar\" =>\n        for {\n          \/\/ Don't run the body\n          hs <- req.trailerHeaders\n          resp <- Ok(hs.toList.mkString)\n        } yield resp\n    }\n    .orNotFound\n\n  fixture.test(\"Http1ServerStage: routes should Handle trailing headers\") { tw =>\n    (runRequest(tw, Seq(req(\"foo\")), routes2).result).map { buff =>\n      val results = dropDate(ResponseParser.parseBuffer(buff))\n      assert(results._1 == Ok)\n      assert(results._3 == \"Foo: Bar\")\n    }\n  }\n\n  fixture.test(\n    \"Http1ServerStage: routes should Fail if you use the trailers before they have resolved\") {\n    tw =>\n      (runRequest(tw, Seq(req(\"bar\")), routes2).result).map { buff =>\n        val results = dropDate(ResponseParser.parseBuffer(buff))\n        assertEquals(results._1, InternalServerError)\n      }\n  }\n\n  fixture.test(\"Http1ServerStage: routes should cancels on stage shutdown\".flaky) { tw =>\n    Deferred[IO, Unit]\n      .flatMap { canceled =>\n        Deferred[IO, Unit].flatMap { gate =>\n          val req =\n            \"POST \/sync HTTP\/1.1\\r\\nConnection:keep-alive\\r\\nContent-Length: 4\\r\\n\\r\\ndone\"\n          val app: HttpApp[IO] = HttpApp { _ =>\n            gate.complete(()) >> canceled.complete(()) >> IO.never[Response[IO]]\n          }\n          for {\n            head <- IO(runRequest(tw, List(req), app))\n            _ <- gate.get\n            _ <- IO(head.closePipeline(None))\n            _ <- canceled.get\n          } yield ()\n        }\n      }\n  }\n\n  fixture.test(\"Http1ServerStage: routes should Disconnect if we read an EOF\") { tw =>\n    val head = runRequest(tw, Seq.empty, Kleisli.liftF(Ok(\"\")))\n    head.result.map { _ =>\n      assert(head.closeCauses == Seq(None))\n    }\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"scala-xml\/src\/test\/scala\/scalaxml\/ScalaXmlSuite.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2014 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage scalaxml\n\nimport cats.effect._\nimport cats.syntax.all._\nimport fs2.Stream\nimport fs2.text.{utf8Decode, utf8Encode}\nimport org.http4s.Status.Ok\nimport org.http4s.scalaxml.implicits._\nimport scala.xml.Elem\n\nclass ScalaXmlSuite extends Http4sSuite {\n  def getBody(body: EntityBody[IO]): IO[String] =\n    body.through(utf8Decode).foldMonoid.compile.lastOrError\n\n  def strBody(body: String): EntityBody[IO] = Stream(body).through(utf8Encode)\n\n  val server: Request[IO] => IO[Response[IO]] = { req =>\n    req.decode { (elem: Elem) =>\n      IO.pure(Response[IO](Ok).withEntity(elem.label))\n    }\n  }\n\n  test(\"xml should parse the XML\") {\n    server(Request[IO](body = strBody(\"<html><h1>h1<\/h1><\/html>\")))\n      .flatMap(r => getBody(r.body))\n      .assertEquals(\"html\")\n  }\n\n  test(\"parse XML in parallel\") {\n    val req = Request(body = strBody(\n      \"\"\"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?><html><h1>h1<\/h1><\/html>\"\"\"))\n    \/\/ https:\/\/github.com\/http4s\/http4s\/issues\/1209\n    ((0 to 5).toList)\n      .parTraverse(_ => server(req).flatMap(r => getBody(r.body)))\n      .map { bodies =>\n        assert(bodies.forall(_ == \"html\"))\n      }\n  }\n\n  test(\"return 400 on parse error\") {\n    val body = strBody(\"This is not XML.\")\n    val tresp = server(Request[IO](body = body))\n    tresp.map(_.status).assertEquals(Status.BadRequest)\n  }\n\n  test(\"htmlEncoder renders HTML\") {\n    val html = <html><body>Hello<\/body><\/html>\n    assertIO(writeToString(html), \"<html><body>Hello<\/body><\/html>\")\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"ember-server\/src\/main\/scala\/org\/http4s\/ember\/server\/EmberServerBuilder.scala","text":"\/*\n * Copyright 2019 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.ember.server\n\nimport cats._\nimport cats.syntax.all._\nimport cats.effect._\nimport fs2.io.tcp.SocketGroup\nimport fs2.io.tcp.SocketOptionMapping\nimport fs2.io.tls._\nimport org.http4s._\nimport org.http4s.server.Server\n\nimport scala.concurrent.duration._\nimport java.net.InetSocketAddress\nimport _root_.org.typelevel.log4cats.Logger\nimport _root_.org.typelevel.log4cats.slf4j.Slf4jLogger\nimport org.http4s.ember.server.internal.{ServerHelpers, Shutdown}\n\nfinal class EmberServerBuilder[F[_]: Async] private (\n    val host: String,\n    val port: Int,\n    private val httpApp: HttpApp[F],\n    private val tlsInfoOpt: Option[(TLSContext, TLSParameters)],\n    private val sgOpt: Option[SocketGroup],\n    private val errorHandler: Throwable => F[Response[F]],\n    private val onWriteFailure: (Option[Request[F]], Response[F], Throwable) => F[Unit],\n    val maxConcurrency: Int,\n    val receiveBufferSize: Int,\n    val maxHeaderSize: Int,\n    val requestHeaderReceiveTimeout: Duration,\n    val idleTimeout: Duration,\n    val shutdownTimeout: Duration,\n    val additionalSocketOptions: List[SocketOptionMapping[_]],\n    private val logger: Logger[F]\n) { self =>\n\n  private def copy(\n      host: String = self.host,\n      port: Int = self.port,\n      httpApp: HttpApp[F] = self.httpApp,\n      tlsInfoOpt: Option[(TLSContext, TLSParameters)] = self.tlsInfoOpt,\n      sgOpt: Option[SocketGroup] = self.sgOpt,\n      errorHandler: Throwable => F[Response[F]] = self.errorHandler,\n      onWriteFailure: (Option[Request[F]], Response[F], Throwable) => F[Unit] = self.onWriteFailure,\n      maxConcurrency: Int = self.maxConcurrency,\n      receiveBufferSize: Int = self.receiveBufferSize,\n      maxHeaderSize: Int = self.maxHeaderSize,\n      requestHeaderReceiveTimeout: Duration = self.requestHeaderReceiveTimeout,\n      idleTimeout: Duration = self.idleTimeout,\n      shutdownTimeout: Duration = self.shutdownTimeout,\n      additionalSocketOptions: List[SocketOptionMapping[_]] = self.additionalSocketOptions,\n      logger: Logger[F] = self.logger\n  ): EmberServerBuilder[F] =\n    new EmberServerBuilder[F](\n      host = host,\n      port = port,\n      httpApp = httpApp,\n      tlsInfoOpt = tlsInfoOpt,\n      sgOpt = sgOpt,\n      errorHandler = errorHandler,\n      onWriteFailure = onWriteFailure,\n      maxConcurrency = maxConcurrency,\n      receiveBufferSize = receiveBufferSize,\n      maxHeaderSize = maxHeaderSize,\n      requestHeaderReceiveTimeout = requestHeaderReceiveTimeout,\n      idleTimeout = idleTimeout,\n      shutdownTimeout = shutdownTimeout,\n      additionalSocketOptions = additionalSocketOptions,\n      logger = logger\n    )\n\n  def withHost(host: String) = copy(host = host)\n  def withPort(port: Int) = copy(port = port)\n  def withHttpApp(httpApp: HttpApp[F]) = copy(httpApp = httpApp)\n\n  def withSocketGroup(sg: SocketGroup) =\n    copy(sgOpt = sg.pure[Option])\n\n  def withTLS(tlsContext: TLSContext, tlsParameters: TLSParameters = TLSParameters.Default) =\n    copy(tlsInfoOpt = (tlsContext, tlsParameters).pure[Option])\n  def withoutTLS =\n    copy(tlsInfoOpt = None)\n\n  def withIdleTimeout(idleTimeout: Duration) =\n    copy(idleTimeout = idleTimeout)\n\n  def withShutdownTimeout(shutdownTimeout: Duration) =\n    copy(shutdownTimeout = shutdownTimeout)\n\n  @deprecated(\"0.21.17\", \"Use withErrorHandler - Do not allow the F to fail\")\n  def withOnError(onError: Throwable => Response[F]) =\n    withErrorHandler({ case e => onError(e).pure[F] })\n\n  def withErrorHandler(errorHandler: PartialFunction[Throwable, F[Response[F]]]) =\n    copy(errorHandler = errorHandler)\n\n  def withOnWriteFailure(onWriteFailure: (Option[Request[F]], Response[F], Throwable) => F[Unit]) =\n    copy(onWriteFailure = onWriteFailure)\n  def withMaxConcurrency(maxConcurrency: Int) = copy(maxConcurrency = maxConcurrency)\n  def withReceiveBufferSize(receiveBufferSize: Int) = copy(receiveBufferSize = receiveBufferSize)\n  def withMaxHeaderSize(maxHeaderSize: Int) = copy(maxHeaderSize = maxHeaderSize)\n  def withRequestHeaderReceiveTimeout(requestHeaderReceiveTimeout: Duration) =\n    copy(requestHeaderReceiveTimeout = requestHeaderReceiveTimeout)\n  def withLogger(l: Logger[F]) = copy(logger = l)\n\n  def build: Resource[F, Server] =\n    for {\n      bindAddress <- Resource.eval(Sync[F].delay(new InetSocketAddress(host, port)))\n      sg <- sgOpt.fold(SocketGroup[F]())(_.pure[Resource[F, *]])\n      ready <- Resource.eval(Deferred[F, Either[Throwable, Unit]])\n      shutdown <- Resource.eval(Shutdown[F](shutdownTimeout))\n      _ <- Concurrent[F].background(\n        ServerHelpers\n          .server(\n            bindAddress,\n            httpApp,\n            sg,\n            tlsInfoOpt,\n            ready,\n            shutdown,\n            errorHandler,\n            onWriteFailure,\n            maxConcurrency,\n            receiveBufferSize,\n            maxHeaderSize,\n            requestHeaderReceiveTimeout,\n            idleTimeout,\n            additionalSocketOptions,\n            logger\n          )\n          .compile\n          .drain\n      )\n      _ <- Resource.make(Applicative[F].unit)(_ => shutdown.await)\n      _ <- Resource.eval(ready.get.rethrow)\n      _ <- Resource.eval(logger.info(s\"Ember-Server service bound to address: $bindAddress\"))\n    } yield new Server {\n      def address: InetSocketAddress = bindAddress\n      def isSecure: Boolean = tlsInfoOpt.isDefined\n    }\n}\n\nobject EmberServerBuilder {\n  def default[F[_]: Async]: EmberServerBuilder[F] =\n    new EmberServerBuilder[F](\n      host = Defaults.host,\n      port = Defaults.port,\n      httpApp = Defaults.httpApp[F],\n      tlsInfoOpt = None,\n      sgOpt = None,\n      errorHandler = Defaults.errorHandler[F],\n      onWriteFailure = Defaults.onWriteFailure[F],\n      maxConcurrency = Defaults.maxConcurrency,\n      receiveBufferSize = Defaults.receiveBufferSize,\n      maxHeaderSize = Defaults.maxHeaderSize,\n      requestHeaderReceiveTimeout = Defaults.requestHeaderReceiveTimeout,\n      idleTimeout = Defaults.idleTimeout,\n      shutdownTimeout = Defaults.shutdownTimeout,\n      additionalSocketOptions = Defaults.additionalSocketOptions,\n      logger = Slf4jLogger.getLogger[F]\n    )\n\n  private object Defaults {\n    val host: String = server.defaults.Host\n    val port: Int = server.defaults.HttpPort\n\n    def httpApp[F[_]: Applicative]: HttpApp[F] = HttpApp.notFound[F]\n\n    private val serverFailure =\n      Response(Status.InternalServerError).putHeaders(org.http4s.headers.`Content-Length`.zero)\n    \/\/ Effectful Handler - Perhaps a Logger\n    \/\/ Will only arrive at this code if your HttpApp fails or the request receiving fails for some reason\n    def errorHandler[F[_]: Applicative]: Throwable => F[Response[F]] = { case (_: Throwable) =>\n      serverFailure.covary[F].pure[F]\n    }\n\n    @deprecated(\"0.21.17\", \"Use errorHandler, default fallback of failure InternalServerFailure\")\n    def onError[F[_]]: Throwable => Response[F] = { (_: Throwable) =>\n      serverFailure.covary[F]\n    }\n\n    def onWriteFailure[F[_]: Applicative]\n        : (Option[Request[F]], Response[F], Throwable) => F[Unit] = {\n      case _: (Option[Request[F]], Response[F], Throwable) => Applicative[F].unit\n    }\n    val maxConcurrency: Int = server.defaults.MaxConnections\n    val receiveBufferSize: Int = 256 * 1024\n    val maxHeaderSize: Int = server.defaults.MaxHeadersSize\n    val requestHeaderReceiveTimeout: Duration = 5.seconds\n    val idleTimeout: Duration = server.defaults.IdleTimeout\n    val shutdownTimeout: Duration = server.defaults.ShutdownTimeout\n    val additionalSocketOptions = List.empty[SocketOptionMapping[_]]\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"specs2\/src\/test\/scala\/org\/http4s\/specs2\/SilenceOutputStream.scala","text":"<filename>specs2\/src\/test\/scala\/org\/http4s\/specs2\/SilenceOutputStream.scala<gh_stars>0\n\/*\n * Copyright 2021 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.testing\n\nimport org.specs2.specification.AroundEach\nimport org.specs2.execute.{AsResult, Result}\nimport org.http4s.testing.ErrorReporting._\n\n\/** Wraps around each test and silences System.out and System.err output streams.\n  * Restores back the original streams after each test case.\n  *\/\n\ntrait SilenceOutputStream extends AroundEach {\n\n  def around[R: AsResult](r: => R): Result =\n    silenceOutputStreams {\n      AsResult(r)\n    }\n}\n"}
{"repo_name":"desbo\/http4s","path":"servlet\/src\/main\/scala\/org\/http4s\/servlet\/Http4sServlet.scala","text":"<reponame>desbo\/http4s<gh_stars>1-10\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.servlet\n\nimport cats.effect.kernel.Async\nimport cats.effect.std.Dispatcher\nimport cats.syntax.all._\nimport com.comcast.ip4s.{IpAddress, Port, SocketAddress}\nimport java.security.cert.X509Certificate\nimport javax.servlet.ServletConfig\nimport javax.servlet.http.{HttpServlet, HttpServletRequest, HttpServletResponse, HttpSession}\nimport org.http4s._\nimport org.http4s.headers.`Transfer-Encoding`\nimport org.http4s.internal.CollectionCompat.CollectionConverters._\nimport org.http4s.server.SecureSession\nimport org.http4s.server.ServerRequestKeys\nimport org.log4s.getLogger\nimport org.typelevel.vault._\n\nabstract class Http4sServlet[F[_]](\n    service: HttpApp[F],\n    servletIo: ServletIo[F],\n    dispatcher: Dispatcher[F])(implicit F: Async[F])\n    extends HttpServlet {\n  protected val logger = getLogger\n\n  \/\/ micro-optimization: unwrap the service and call its .run directly\n  protected val serviceFn: Request[F] => F[Response[F]] = service.run\n\n  protected var servletApiVersion: ServletApiVersion = _\n  private[this] var serverSoftware: ServerSoftware = _\n\n  object ServletRequestKeys {\n    val HttpSession: Key[Option[HttpSession]] = {\n      val result = Key.newKey[F, Option[HttpSession]]\n      dispatcher.unsafeRunSync(result)\n    }\n  }\n\n  override def init(config: ServletConfig): Unit = {\n    super.init(config)\n    val servletContext = config.getServletContext\n    servletApiVersion = ServletApiVersion(servletContext)\n    logger.info(s\"Detected Servlet API version $servletApiVersion\")\n    serverSoftware = ServerSoftware(servletContext.getServerInfo)\n  }\n\n  protected def onParseFailure(\n      parseFailure: ParseFailure,\n      servletResponse: HttpServletResponse,\n      bodyWriter: BodyWriter[F]\n  ): F[Unit] = {\n    val response = Response[F](Status.BadRequest).withEntity(parseFailure.sanitized)\n    renderResponse(response, servletResponse, bodyWriter)\n  }\n\n  protected def renderResponse(\n      response: Response[F],\n      servletResponse: HttpServletResponse,\n      bodyWriter: BodyWriter[F]\n  ): F[Unit] =\n    \/\/ Note: the servlet API gives us no undeprecated method to both set\n    \/\/ a body and a status reason.  We sacrifice the status reason.\n    F.delay {\n      servletResponse.setStatus(response.status.code)\n      for (header <- response.headers.toList if header.isNot(`Transfer-Encoding`))\n        servletResponse.addHeader(header.name.toString, header.value)\n    }.attempt\n      .flatMap {\n        case Right(()) => bodyWriter(response)\n        case Left(t) =>\n          response.body.drain.compile.drain.handleError { t2 =>\n            logger.error(t2)(\"Error draining body\")\n          } *> F.raiseError(t)\n      }\n\n  protected def toRequest(req: HttpServletRequest): ParseResult[Request[F]] =\n    for {\n      method <- Method.fromString(req.getMethod)\n      uri <- Uri.requestTarget(\n        Option(req.getQueryString)\n          .map { q =>\n            s\"${req.getRequestURI}?$q\"\n          }\n          .getOrElse(req.getRequestURI))\n      version <- HttpVersion.fromString(req.getProtocol)\n    } yield Request(\n      method = method,\n      uri = uri,\n      httpVersion = version,\n      headers = toHeaders(req),\n      body = servletIo.reader(req),\n      attributes = Vault.empty\n        .insert(Request.Keys.PathInfoCaret, getPathInfoIndex(req, uri))\n        .insert(\n          Request.Keys.ConnectionInfo,\n          Request.Connection(\n            local = SocketAddress(\n              IpAddress.fromString(req.getLocalAddr).get,\n              Port.fromInt(req.getLocalPort).get),\n            remote = SocketAddress(\n              IpAddress.fromString(req.getRemoteAddr).get,\n              Port.fromInt(req.getRemotePort).get),\n            secure = req.isSecure\n          )\n        )\n        .insert(Request.Keys.ServerSoftware, serverSoftware)\n        .insert(ServletRequestKeys.HttpSession, Option(req.getSession(false)))\n        .insert(\n          ServerRequestKeys.SecureSession,\n          (\n            Option(req.getAttribute(\"javax.servlet.request.ssl_session_id\").asInstanceOf[String]),\n            Option(req.getAttribute(\"javax.servlet.request.cipher_suite\").asInstanceOf[String]),\n            Option(req.getAttribute(\"javax.servlet.request.key_size\").asInstanceOf[Int]),\n            Option(\n              req\n                .getAttribute(\"javax.servlet.request.X509Certificate\")\n                .asInstanceOf[Array[X509Certificate]]))\n            .mapN(SecureSession.apply)\n        )\n        .insert(Request.Keys.ServerSoftware, serverSoftware)\n        .insert(ServletRequestKeys.HttpSession, Option(req.getSession(false)))\n        .insert(\n          ServerRequestKeys.SecureSession,\n          (\n            Option(req.getAttribute(\"javax.servlet.request.ssl_session_id\").asInstanceOf[String]),\n            Option(req.getAttribute(\"javax.servlet.request.cipher_suite\").asInstanceOf[String]),\n            Option(req.getAttribute(\"javax.servlet.request.key_size\").asInstanceOf[Int]),\n            Option(\n              req\n                .getAttribute(\"javax.servlet.request.X509Certificate\")\n                .asInstanceOf[Array[X509Certificate]]))\n            .mapN(SecureSession.apply)\n        )\n    )\n\n  private def getPathInfoIndex(req: HttpServletRequest, uri: Uri) = {\n    val pathInfo =\n      Uri.Path\n        .fromString(req.getContextPath)\n        .concat(Uri.Path.fromString(req.getServletPath))\n    uri.path\n      .findSplit(pathInfo)\n      .getOrElse(-1)\n  }\n\n  protected def toHeaders(req: HttpServletRequest): Headers = {\n    val headers = for {\n      name <- req.getHeaderNames.asScala\n      value <- req.getHeaders(name).asScala\n    } yield Header(name, value)\n    Headers(headers.toList)\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"ember-core\/src\/main\/scala\/org\/http4s\/ember\/core\/Parser.scala","text":"<reponame>desbo\/http4s<filename>ember-core\/src\/main\/scala\/org\/http4s\/ember\/core\/Parser.scala\n\/*\n * Copyright 2019 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.ember.core\n\nimport cats._\nimport cats.effect.{MonadThrow => _, _}\nimport cats.effect.kernel.Deferred\nimport cats.syntax.all._\nimport fs2._\nimport org.http4s._\nimport scala.annotation.switch\nimport scala.collection.mutable\nimport scala.concurrent.duration.FiniteDuration\n\nprivate[ember] object Parser {\n\n  object HeaderP {\n\n    def parseHeaders[F[_]: MonadThrow](\n        s: Stream[F, Byte],\n        maxHeaderLength: Int,\n        acc: Option[ParseHeadersIncomplete])\n        : Pull[F, Nothing, (Headers, Boolean, Option[Long], Stream[F, Byte])] =\n      s.pull.uncons.flatMap {\n        case Some((chunk, tl)) =>\n          val nextArr: Array[Byte] = acc match {\n            case None => chunk.toArray\n            case Some(last) => combineArrays(last.bv, chunk.toArray)\n          }\n          val result = acc match {\n            case None => headersInSection(nextArr)\n            case Some(\n                  ParseHeadersIncomplete(\n                    _,\n                    accHeaders,\n                    idx,\n                    state,\n                    name,\n                    start,\n                    chunked,\n                    contentLength)) =>\n              headersInSection(nextArr, idx, state, accHeaders, chunked, contentLength, name, start)\n          }\n          result match {\n            case ParseHeadersCompleted(headers, rest, chunked, length) =>\n              Pull.pure((headers, chunked, length, Stream.chunk(Chunk.array(rest)) ++ tl))\n            case p @ ParseHeadersError(_) => Pull.raiseError[F](p)\n            case p @ ParseHeadersIncomplete(_, _, _, _, _, _, _, _) =>\n              if (nextArr.size <= maxHeaderLength) parseHeaders(tl, maxHeaderLength, p.some)\n              else\n                Pull.raiseError[F](\n                  ParseHeadersError(\n                    new Throwable(\n                      s\"Parse Headers Exceeded Max Content-Length current size: ${nextArr.size}, only allow ${maxHeaderLength}\")\n                  )\n                )\n          }\n        case None =>\n          Pull.raiseError[F](\n            ParseHeadersError(new Throwable(\"Reached Ended of Stream Looking for Headers\")))\n      }\n\n    private val colon: Byte = ':'.toByte\n    private val cr: Byte = '\\r'.toByte\n    private val lf: Byte = '\\n'.toByte\n    private val space: Byte = ' '.toByte\n    private val contentLengthS = \"Content-Length\"\n    private val transferEncodingS = \"Transfer-Encoding\"\n    private val chunkedS = \"chunked\"\n\n    sealed trait ParseHeaderResult\n    final case class ParseHeadersError(cause: Throwable)\n        extends Throwable(\n          s\"Encountered Error Attempting to Parse Headers - ${cause.getMessage}\",\n          cause)\n        with ParseHeaderResult\n    final case class ParseHeadersCompleted(\n        headers: Headers,\n        rest: Array[Byte],\n        chunked: Boolean,\n        length: Option[Long])\n        extends ParseHeaderResult\n    final case class ParseHeadersIncomplete(\n        bv: Array[Byte],\n        accHeaders: List[Header],\n        idx: Int,\n        state: Byte,\n        name: Option[String],\n        start: Int,\n        chunked: Boolean,\n        contentLength: Option[Long])\n        extends ParseHeaderResult\n\n    def headersInSection(\n        bv: Array[Byte],\n        initIndex: Int = 0,\n        initState: Byte = 0, \/\/HeaderNameOrPostCRLF,\n        initHeaders: List[Header] = List.empty,\n        initChunked: Boolean = false,\n        initContentLength: Option[Long] = None,\n        initName: Option[String] = None,\n        initStart: Int = 0\n    ): ParseHeaderResult = {\n      import scala.collection.mutable.ListBuffer\n      var idx = initIndex\n      var state = initState\n      var throwable: Throwable = null\n      var complete = false\n      var chunked: Boolean = initChunked\n      var contentLength: Option[Long] = initContentLength\n\n      val headers = ListBuffer(initHeaders: _*)\n      var name: String = initName.orNull\n      var start = initStart\n\n      while (!complete && idx < bv.size) {\n        (state: @switch) match {\n          case 0 => \/\/ HeaderNameOrPostCRLF\n            val current = bv(idx)\n            \/\/ if current index is colon our name is complete\n            if (current == colon) {\n              state = 1 \/\/ set state to check for header value\n              name = new String(bv, start, idx - start) \/\/ extract name string\n              start = idx + 1 \/\/ advance past colon for next start\n              if ((bv.size >= idx + 1) && (bv(idx + 1) == space)) {\n                start += 1 \/\/ if colon is followed by space advance again\n                idx += 1 \/\/ double advance index here to skip the space\n              }\n              \/\/ double CRLF condition - Termination of headers\n            } else if (current == cr && (idx + 1 < bv.size) && (bv(idx + 1) == lf)) {\n              idx += 1 \/\/ double advance to drop cr AND lf\n              complete = true \/\/ completed terminate loop\n            }\n          case 1 => \/\/ HeaderValue\n            val current = bv(idx)\n            \/\/ If crlf is next we have completed the header value\n            if (current == cr && ((bv.size >= idx + 1) && bv(idx + 1) == lf)) {\n              val hValue = new String(bv, start, idx - start) \/\/ extract header value\n\n              val hName = name \/\/ copy var to val\n              name = null \/\/ set name back to null\n              val newHeader = Header(hName, hValue) \/\/ create header\n              if (hName.equalsIgnoreCase(contentLengthS)) \/\/ Check if this is content-length.\n                try contentLength = hValue.toLong.some\n                catch {\n                  case scala.util.control.NonFatal(e) =>\n                    throwable = e\n                    complete = true\n                }\n\n              if (hName.equalsIgnoreCase(transferEncodingS)) \/\/ Check if this is Transfer-encoding\n                chunked = hValue.contains(chunkedS)\n              start = idx + 2 \/\/ Next Start is after the CRLF\n              idx += 1 \/\/ Double advance to skip CRLF\n              headers += newHeader \/\/ Add Header\n              state = 0 \/\/ Go back to Looking for HeaderName or Termination\n            }\n        }\n        idx += 1 \/\/ Single Advance Every Iteration\n      }\n\n      if (throwable != null) ParseHeadersError(throwable)\n      else if (complete)\n        ParseHeadersCompleted(Headers(headers.toList), bv.drop(idx), chunked, contentLength)\n      else\n        ParseHeadersIncomplete(\n          bv,\n          headers.toList,\n          idx,\n          state,\n          Option(name),\n          start,\n          chunked,\n          contentLength)\n    }\n  }\n\n  object Request {\n\n    object ReqPrelude {\n\n      val emptyStreamError = ParsePreludeError(\"Cannot Parse Empty Stream\", None, None, None, None)\n\n      def parsePrelude[F[_]: MonadThrow](\n          s: Stream[F, Byte],\n          maxHeaderLength: Int,\n          acc: Option[ParsePreludeIncomlete] = None)\n          : Pull[F, Nothing, (Method, Uri, HttpVersion, Stream[F, Byte])] =\n        s.pull.uncons.flatMap {\n          case Some((chunk, tl)) =>\n            val next: Array[Byte] = acc match {\n              case None => chunk.toArray\n              case Some(ic) => combineArrays(ic.bv, chunk.toArray)\n            }\n            ReqPrelude.preludeInSection(next) match {\n              case ParsePreludeComplete(m, u, h, rest) =>\n                val out = if (rest.isEmpty) tl else Stream.chunk(Chunk.array(rest)) ++ tl\n                Pull.pure((m, u, h, out))\n              case t @ ParsePreludeError(_, _, _, _, _) => Pull.raiseError[F](t)\n              case p @ ParsePreludeIncomlete(_, _, method, uri, httpVersion) =>\n                if (next.size <= maxHeaderLength)\n                  parsePrelude(tl, maxHeaderLength, p.some)\n                else\n                  Pull.raiseError[F](\n                    ParsePreludeError(\n                      \"Reached Max Header Length Looking for Request Prelude\",\n                      None,\n                      method,\n                      uri,\n                      httpVersion))\n            }\n          case None =>\n            acc match {\n              case None => Pull.raiseError(emptyStreamError)\n              case Some(incomplete) if incomplete.bv.isEmpty => Pull.raiseError(emptyStreamError)\n              case Some(incomplete) =>\n                Pull.raiseError(\n                  ParsePreludeError(\n                    s\"Unexpected EOF - $incomplete\",\n                    None,\n                    incomplete.method,\n                    incomplete.uri,\n                    incomplete.httpVersion))\n            }\n        }\n\n      \/\/ sealed trait ParsePreludeState\n      \/\/ 0 case object GetMethod extends ParsePreludeState\n      \/\/ 1 case object GetUri extends ParsePreludeState\n      \/\/ 2 case object GetHttpVersion extends ParsePreludeState\n      private val space = ' '.toByte\n      private val cr: Byte = '\\r'.toByte\n      private val lf: Byte = '\\n'.toByte\n\n      sealed trait ParsePreludeResult\n      case class ParsePreludeError(\n          message: String,\n          caused: Option[Throwable],\n          method: Option[Method],\n          uri: Option[Uri],\n          httpVersion: Option[HttpVersion]\n      ) extends Exception(\n            s\"Parse Prelude Error Encountered - Message: $message - Partially Decoded: $method $uri $httpVersion\",\n            caused.orNull\n          )\n          with ParsePreludeResult\n      final case class ParsePreludeIncomlete(\n          idx: Int,\n          bv: Array[Byte],\n          \/\/ buffer: String,\n          method: Option[Method],\n          uri: Option[Uri],\n          httpVersion: Option[HttpVersion]\n      ) extends ParsePreludeResult\n      final case class ParsePreludeComplete(\n          method: Method,\n          uri: Uri,\n          httpVersion: HttpVersion,\n          rest: Array[Byte]\n      ) extends ParsePreludeResult\n      \/\/ Method SP URI SP HttpVersion CRLF - REST\n      def preludeInSection(\n          bv: Array[Byte],\n          initIdx: Int = 0,\n          initMethod: Option[Method] = None,\n          initUri: Option[Uri] = None,\n          initHttpVersion: Option[HttpVersion] = None\n      ): ParsePreludeResult = {\n        var idx = initIdx\n        var state: Byte = 0\n        var complete = false\n\n        var throwable: Throwable = null\n        var method: Method = initMethod.orNull\n        var uri: Uri = initUri.orNull\n        var httpVersion: HttpVersion = initHttpVersion.orNull\n\n        var start = 0\n        while (!complete && idx < bv.size) {\n          val value = bv(idx)\n          (state: @switch) match {\n            case 0 =>\n              if (value == space) {\n                Method.fromString(new String(bv, start, idx - start)) match {\n                  case Left(e) =>\n                    throwable = e\n                    complete = true\n                  case Right(m) =>\n                    method = m\n                }\n                start = idx + 1\n                state = 1\n              }\n            case 1 =>\n              if (value == space) {\n                Uri.fromString(new String(bv, start, idx - start)) match {\n                  case Left(e) =>\n                    throwable = e\n                    complete = true\n                  case Right(u) =>\n                    uri = u\n                }\n                start = idx + 1\n                state = 2\n              }\n            case 2 =>\n              if (value == cr && ((bv.size >= idx + 1) && bv(idx + 1) == lf)) {\n                HttpVersion.fromString(new String(bv, start, idx - start)) match {\n                  case Left(e) =>\n                    throwable = e\n                    complete = true\n                  case Right(h) =>\n                    httpVersion = h\n                }\n                complete = true\n                idx += 1 \/\/ Double Advance\n              }\n          }\n          idx += 1\n        }\n\n        if (throwable != null)\n          ParsePreludeError(\n            throwable.getMessage(),\n            Option(throwable),\n            Option(method),\n            Option(uri),\n            Option(httpVersion)\n          )\n        else if (method != null && uri != null && httpVersion != null)\n          ParsePreludeComplete(method, uri, httpVersion, bv.drop(idx))\n        else\n          ParsePreludeIncomlete(idx, bv, Option(method), Option(uri), Option(httpVersion))\n      }\n    }\n\n    def parser[F[_]: Concurrent: Temporal](maxHeaderLength: Int, timeout: Option[FiniteDuration])(\n        s: Stream[F, Byte]): F[(Request[F], Stream[F, Byte])] =\n      Deferred[F, Headers].flatMap { trailers =>\n        val baseStream = ReqPrelude\n          .parsePrelude[F](s, maxHeaderLength, None)\n          .flatMap { case (method, uri, httpVersion, rest) =>\n            HeaderP.parseHeaders(rest, maxHeaderLength, None).flatMap {\n              case (headers, chunked, contentLength, rest) =>\n                val baseReq: org.http4s.Request[F] = org.http4s.Request[F](\n                  method = method,\n                  uri = uri,\n                  httpVersion = httpVersion,\n                  headers = headers\n                )\n                val req: org.http4s.Request[F] =\n                  if (chunked)\n                    baseReq\n                      .withAttribute(Message.Keys.TrailerHeaders[F], trailers.get)\n                      .withBodyStream(\n                        rest.through(ChunkedEncoding.decode(maxHeaderLength, trailers)))\n                  else\n                    baseReq.withBodyStream(rest.take(contentLength.getOrElse(0L)))\n\n                Pull.output1((req, rest))\n            }\n          }\n          .stream\n          .take(1)\n\n        val action = baseStream.compile.lastOrError\n        timeout match {\n          case None => action\n          case Some(timeout) => Temporal[F].timeout(action, timeout)\n        }\n      }\n  }\n\n  object Response {\n    def parser[F[_]: Concurrent: Temporal](maxHeaderLength: Int, timeout: Option[FiniteDuration])(\n        s: Stream[F, Byte]): F[(Response[F], Stream[F, Byte])] =\n      Deferred[F, Headers].flatMap { trailers =>\n        val base = RespPrelude\n          .parsePrelude(s, maxHeaderLength, None)\n          .flatMap { case (httpVersion, status, s) =>\n            HeaderP.parseHeaders(s, maxHeaderLength, None).flatMap {\n              case (headers, chunked, contentLength, rest) =>\n                val baseResp = org.http4s.Response[F](\n                  httpVersion = httpVersion,\n                  status = status,\n                  headers = headers\n                )\n                val resp: org.http4s.Response[F] =\n                  if (chunked)\n                    baseResp\n                      .withAttribute(Message.Keys.TrailerHeaders[F], trailers.get)\n                      .withBodyStream(\n                        rest.through(ChunkedEncoding.decode(maxHeaderLength, trailers)))\n                  else\n                    baseResp.withBodyStream(rest.take(contentLength.getOrElse(0L)))\n                Pull.output1((resp, rest))\n            }\n          }\n          .stream\n          .take(1)\n\n        val action = base.compile.lastOrError\n        timeout.fold(action)(duration => Temporal[F].timeout(action, duration))\n      }\n\n    object RespPrelude {\n\n      val emptyStreamError = RespPreludeError(\"Cannot Parse Empty Stream\", None)\n\n      def parsePrelude[F[_]: MonadThrow](\n          s: Stream[F, Byte],\n          maxHeaderLength: Int,\n          acc: Option[Array[Byte]] = None)\n          : Pull[F, Nothing, (HttpVersion, Status, Stream[F, Byte])] =\n        s.pull.uncons.flatMap {\n          case Some((chunk, tl)) =>\n            val next: Array[Byte] = acc match {\n              case None => chunk.toArray\n              case Some(remains) => combineArrays(remains, chunk.toArray)\n            }\n            preludeInSection(next) match {\n              case RespPreludeComplete(httpVersion, status, rest) =>\n                Pull.pure((httpVersion, status, Stream.chunk(Chunk.array(rest)) ++ tl))\n              case t @ RespPreludeError(_, _) => Pull.raiseError[F](t)\n              case RespPreludeIncomplete =>\n                if (next.size <= maxHeaderLength)\n                  parsePrelude(tl, maxHeaderLength, next.some)\n                else\n                  Pull.raiseError[F](\n                    RespPreludeError(\n                      \"Reached Max Header Length Looking for Response Prelude\",\n                      None))\n            }\n          case None =>\n            acc match {\n              case None => Pull.raiseError(emptyStreamError)\n              case Some(incomplete) if incomplete.isEmpty => Pull.raiseError(emptyStreamError)\n              case Some(_) =>\n                Pull.raiseError[F](\n                  RespPreludeError(\n                    \"Unexpectedly Reached Ended of Stream Looking for Response Prelude\",\n                    None)\n                )\n            }\n\n        }\n\n      private val space = ' '.toByte\n      private val cr: Byte = '\\r'.toByte\n      private val lf: Byte = '\\n'.toByte\n\n      sealed trait RespPreludeResult\n      case class RespPreludeComplete(httpVersion: HttpVersion, status: Status, rest: Array[Byte])\n          extends RespPreludeResult\n      case object RespPreludeIncomplete extends RespPreludeResult\n      case class RespPreludeError(message: String, cause: Option[Throwable])\n          extends Throwable(\n            s\"Received Error while parsing prelude - Message: $message - ${cause.map(_.getMessage)}\",\n            cause.orNull)\n          with RespPreludeResult\n\n      \/\/ HTTP\/1.1 200 OK\n      \/\/ Status-Line = HTTP-Version SP Status-Code SP Reason-Phrase CRLF\n      def preludeInSection(bv: Array[Byte]): RespPreludeResult = {\n        var complete = false\n        var idx = 0\n        var throwable: Throwable = null\n        var httpVersion: HttpVersion = null\n\n        var codeS: String = null\n        \/\/ val reason: String = null\n        var status: Status = null\n        var start = 0\n        var state = 0 \/\/ 0 Is for HttpVersion, 1 for Status Code, 2 For Reason Phrase\n\n        while (!complete && idx < bv.size) {\n          val value = bv(idx)\n          (state: @switch) match {\n            case 0 =>\n              if (value == space) {\n                val s = new String(bv, start, idx - start)\n                HttpVersion.fromString(s) match {\n                  case Left(e) =>\n                    throwable = e\n                    complete = true\n                  case Right(h) =>\n                    httpVersion = h\n                }\n                start = idx + 1\n                state = 1\n              }\n            case 1 =>\n              if (value == space) {\n                codeS = new String(bv, start, idx - start)\n                state = 2\n                start = idx + 1\n              }\n            case 2 =>\n              if (value == cr && ((bv.size >= idx + 1) && bv(idx + 1) == lf)) {\n                val reason = new String(bv, start, idx - start)\n                try {\n                  val codeInt = codeS.toInt\n                  Status.fromIntAndReason(codeInt, reason) match {\n                    case Left(e) =>\n                      throw e\n                    case Right(s) =>\n                      status = s\n                      complete = true\n                      idx += 1 \/\/ Double Advance\n                  }\n                } catch {\n                  case scala.util.control.NonFatal(e) =>\n                    throwable = e\n                    complete = true\n                }\n              }\n          }\n          idx += 1\n        }\n\n        if (throwable != null) RespPreludeError(\"Encounterd Error parsing\", Option(throwable))\n        if (httpVersion != null && status != null)\n          RespPreludeComplete(httpVersion, status, bv.drop(idx))\n        else RespPreludeIncomplete\n      }\n    }\n  }\n\n  private def combineArrays[A: scala.reflect.ClassTag](a1: Array[A], a2: Array[A]): Array[A] = {\n    val buff = mutable.ArrayBuffer[A]()\n    buff.++=(a1)\n    buff.++=(a2)\n    buff.toArray\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"dsl\/src\/test\/scala\/org\/http4s\/dsl\/PathSuite.scala","text":"<filename>dsl\/src\/test\/scala\/org\/http4s\/dsl\/PathSuite.scala<gh_stars>1-10\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage dsl\n\nimport cats.effect.IO\nimport org.http4s.Uri.Path\nimport org.http4s.Uri.Path.{Root, Segment}\nimport org.http4s.dsl.io._\nimport org.http4s.syntax.AllSyntax\nimport org.scalacheck.Arbitrary.arbitrary\nimport org.scalacheck.Gen\n\nclass PathSuite extends Http4sSuite with AllSyntax {\n  implicit val arbitraryPath: Gen[Path] =\n    arbitrary[List[String]]\n      .map(_.foldLeft(Path.Root)((acc, e) => acc \/ Segment(e)))\n\n  test(\"Path should ~ extractor on Path without Root\") {\n    assert(Path.fromString(\"foo.json\") match {\n      case Path.empty \/ \"foo\" ~ \"json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should ~ extractor on Path with Root\") {\n    assert(Path.fromString(\"\/foo.json\") match {\n      case Root \/ \"foo\" ~ \"json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should ~ extractor on filename foo.json\") {\n    assert(\"foo.json\" match {\n      case \"foo\" ~ \"json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should ~ extractor on filename foo\") {\n    assert(\"foo\" match {\n      case \"foo\" ~ \"\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should -> extractor \/test.json\") {\n    val req = Request[IO](method = Method.GET, uri = uri\"\/test.json\")\n    assert(req match {\n      case GET -> Root \/ \"test.json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should -> extractor \/foo\/test.json\") {\n    val req = Request[IO](method = Method.GET, uri = uri\"\/foo\/test.json\")\n    assert(req match {\n      case GET -> Root \/ \"foo\" \/ \"test.json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should \u2192 extractor \/test.json\") {\n    val req = Request[IO](method = Method.GET, uri = uri\"\/test.json\")\n    assert(req match {\n      case GET \u2192 (Root \/ \"test.json\") => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should request path info extractor for \/\") {\n    val req = Request[IO](method = Method.GET, uri = uri\"\/\")\n    assert(req match {\n      case _ -> Root => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should \/ extractor\") {\n    assert(Path.fromString(\"\/1\/2\/3\/test.json\") match {\n      case Root \/ \"1\" \/ \"2\" \/ \"3\" \/ \"test.json\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should \/: extractor\") {\n    assert((Path.fromString(\"\/1\/2\/3\/test.json\") match {\n      case \"1\" \/: \"2\" \/: path => Some(path)\n      case _ => None\n    }).contains(Path.fromString(\"3\/test.json\")))\n  }\n\n  test(\"Path should \/: should not crash without trailing slash\") {\n    \/\/ Bug reported on Gitter\n    assert(Path.fromString(\"\/cameras\/1NJDOI\") match {\n      case \"cameras\" \/: _ \/: \"events\" \/: _ \/: \"exports\" \/: _ => false\n      case _ => true\n    })\n  }\n\n  test(\"Path should trailing slash\") {\n    assert(Path.fromString(\"\/1\/2\/3\/\") match {\n      case Root \/ \"1\" \/ \"2\" \/ \"3\" \/ \"\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should encoded chars\") {\n    assert(Path.fromString(\"\/foo%20bar\/and%2For\/1%2F2\") match {\n      case Root \/ \"foo bar\" \/ \"and\/or\" \/ \"1\/2\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Path should Int extractor\") {\n    assert(Path.fromString(\"\/user\/123\") match {\n      case Root \/ \"user\" \/ IntVar(userId) => userId == 123\n      case _ => false\n    })\n  }\n\n  test(\"Path should Int extractor, invalid int\") {\n    assert(!(Path.fromString(\"\/user\/invalid\") match {\n      case Root \/ \"user\" \/ IntVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Path should Int extractor, number format error\") {\n    assert(!(Path.fromString(\"\/user\/2147483648\") match {\n      case Root \/ \"user\" \/ IntVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Long extractor should valid small positive number\") {\n    assert(Path.fromString(\"\/user\/123\") match {\n      case Root \/ \"user\" \/ LongVar(userId) => userId == 123\n      case _ => false\n    })\n  }\n\n  test(\"Long extractor should valid negative number\") {\n    assert(Path.fromString(\"\/user\/-432\") match {\n      case Root \/ \"user\" \/ LongVar(userId) => userId == -432\n      case _ => false\n    })\n  }\n\n  test(\"Long extractor invalid a word\") {\n    assert(!(Path.fromString(\"\/user\/invalid\") match {\n      case Root \/ \"user\" \/ LongVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Long extractor invalid number but out of domain\") {\n    assert(!(Path.fromString(\"\/user\/9223372036854775808\") match {\n      case Root \/ \"user\" \/ LongVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"UUID extractor valid a UUID\") {\n    assert(Path.fromString(\"\/user\/13251d88-7a73-4fcf-b935-54dfae9f023e\") match {\n      case Root \/ \"user\" \/ UUIDVar(userId) =>\n        userId.toString == \"13251d88-7a73-4fcf-b935-54dfae9f023e\"\n      case _ => false\n    })\n  }\n\n  test(\"UUID extractor invalid a number\") {\n    assert(!(Path.fromString(\"\/user\/123\") match {\n      case Root \/ \"user\" \/ UUIDVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"UUID extractor invalid a word\") {\n    assert(!(Path.fromString(\"\/user\/invalid\") match {\n      case Root \/ \"user\" \/ UUIDVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"UUID extractor invalid a bad UUID\") {\n    assert(!(Path.fromString(\"\/user\/13251d88-7a73-4fcf-b935\") match {\n      case Root \/ \"user\" \/ UUIDVar(userId @ _) => true\n      case _ => false\n    }))\n  }\n\n  object BoardExtractor extends impl.MatrixVar(\"square\", List(\"x\", \"y\"))\n\n  object EmptyNameExtractor extends impl.MatrixVar(\"\", List(\"x\", \"y\"))\n\n  object EmptyExtractor extends impl.MatrixVar(\"square\", List.empty[String])\n\n  test(\"Matrix extractor valid a matrix var\") {\n    assert(Path.fromString(\"\/board\/square;x=42;y=0\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x, y) if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid a matrix var with empty axis segment\") {\n    assert(Path.fromString(\"\/board\/square;x=42;;y=0\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x, y) if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid a matrix var with empty trailing axis segment\") {\n    assert(Path.fromString(\"\/board\/square;x=42;y=0;\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x, y) if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid a matrix var mid path\") {\n    assert(Path.fromString(\"\/board\/square;x=42;y=0\/piece\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x, y) \/ \"piece\" if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid too many axes\") {\n    assert(Path.fromString(\"\/board\/square;x=42;y=0;z=39\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x, y) if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid nested extractors\") {\n    assert(Path.fromString(\"\/board\/square;x=42;y=0\") match {\n      case Root \/ \"board\" \/ BoardExtractor(IntVar(x), IntVar(y)) if x == 42 && y == 0 => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid a matrix var with no name\") {\n    assert(Path.fromString(\"\/board\/;x=42;y=0\") match {\n      case Root \/ \"board\" \/ EmptyNameExtractor(x, y) if x == \"42\" && y == \"0\" => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor valid an empty matrix var but why?\") {\n\n    assert(Path.fromString(\"\/board\/square\") match {\n      case Root \/ \"board\" \/ EmptyExtractor() => true\n      case _ => false\n    })\n  }\n\n  test(\"Matrix extractor invalid empty with semi\") {\n    assert(!(Path.fromString(\"\/board\/square;\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x @ _, y @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Matrix extractor invalid empty without semi\") {\n    assert(!(Path.fromString(\"\/board\/square\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x @ _, y @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Matrix extractor invalid empty with mismatched name\") {\n    assert(!(Path.fromString(\"\/board\/other\") match {\n      case Root \/ \"board\" \/ EmptyExtractor() => true\n      case _ => false\n    }))\n  }\n\n  test(\"Matrix extractor invalid empty axis\") {\n    assert(!(Path.fromString(\"\/board\/square;;y=0\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x @ _, y @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Matrix extractor invalid empty too many = in axis\") {\n    assert(!(Path.fromString(\"\/board\/square;x=42=0;y=9\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x @ _, y @ _) => true\n      case _ => false\n    }))\n  }\n\n  test(\"Matrix extractor invalid not enough axes\") {\n    assert(!(Path.fromString(\"\/board\/square;x=42\") match {\n      case Root \/ \"board\" \/ BoardExtractor(x @ _, y @ _) => true\n      case _ => false\n    }))\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"core\/src\/main\/scala-3\/org\/http4s\/syntax\/LiteralsSyntax.scala","text":"<reponame>desbo\/http4s<filename>core\/src\/main\/scala-3\/org\/http4s\/syntax\/LiteralsSyntax.scala\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage syntax\n\nimport scala.quoted._\nimport scala.language.`3.0`\n\ntrait LiteralsSyntax {\n  extension (inline ctx: StringContext) {\n    inline def uri(args: Any*): Uri = ${LiteralsSyntax.validateUri('{ctx}, '{args})}\n    inline def path(args: Any*): Uri.Path = ${LiteralsSyntax.validatePath('{ctx}, '{args})}\n    inline def scheme(args: Any*): Uri.Scheme = ${LiteralsSyntax.validateUriScheme('{ctx}, '{args})}\n    inline def ipv4(args: Any*): Uri.Ipv4Address = ${LiteralsSyntax.validateIpv4('{ctx}, '{args})}\n    inline def ipv6(args: Any*): Uri.Ipv6Address = ${LiteralsSyntax.validateIpv6('{ctx}, '{args})}\n    inline def mediaType(args: Any*): MediaType = ${LiteralsSyntax.validateMediatype('{ctx}, '{args})}\n    inline def qValue(args: Any*): QValue = ${LiteralsSyntax.validateQvalue('{ctx}, '{args})}\n  }\n}\n\nprivate[syntax] object LiteralsSyntax {\n\n  trait Validator[A] {\n    def validate(s: String): Option[ParseFailure]\n    def construct(s: String)(using Quotes): Expr[A]\n  }\n\n  def validateUri(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(uri, strCtxExpr, argsExpr)\n  def validateUriScheme(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(urischeme, strCtxExpr, argsExpr)\n  def validatePath(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(uripath, strCtxExpr, argsExpr)\n  def validateIpv4(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(ipv4, strCtxExpr, argsExpr)\n  def validateIpv6(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(ipv6, strCtxExpr, argsExpr)\n  def validateMediatype(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(mediatype, strCtxExpr, argsExpr)\n  def validateQvalue(strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Quotes) =\n    validate(qvalue, strCtxExpr, argsExpr)\n\n  def validate[A](validator: Validator[A], strCtxExpr: Expr[StringContext], argsExpr: Expr[Seq[Any]])(using Type[A])(using Quotes): Expr[A] = {\n    val sc = strCtxExpr.valueOrError\n    validate(validator, sc.parts, argsExpr)\n  }\n\n  private def validate[A](validator: Validator[A], parts: Seq[String], argsExpr: Expr[Seq[Any]])(using Type[A])(using Quotes): Expr[A] = {\n    if (parts.size == 1) {\n      val literal = parts.head\n      validator.validate(literal) match {\n        case Some(err) =>\n          quotes.reflect.report.throwError(err.message)\n        case None => validator.construct(literal)\n      }\n    } else {\n      quotes.reflect.report.throwError(\"interpolation not supported\", argsExpr)\n    }\n  }\n\n  object uri extends Validator[Uri] {\n    override def validate(literal: String): Option[ParseFailure] = Uri.fromString(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[Uri] =\n      '{Uri.unsafeFromString(${Expr(literal)})}\n  }\n\n  object urischeme extends Validator[Uri.Scheme] {\n    override def validate(literal: String): Option[ParseFailure] = Uri.Scheme.fromString(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[Uri.Scheme] =\n      '{Uri.Scheme.unsafeFromString(${Expr(literal)})}\n  }\n\n  object uripath extends Validator[Uri.Path] {\n    override def validate(literal: String): Option[ParseFailure] = Uri.fromString(literal).map(_.path).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[Uri.Path] =\n      '{Uri.unsafeFromString(${Expr(literal)}).path}\n  }\n\n  object ipv4 extends Validator[Uri.Ipv4Address] {\n    override def validate(literal: String): Option[ParseFailure] = Uri.Ipv4Address.fromString(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[Uri.Ipv4Address] =\n      '{Uri.Ipv4Address.unsafeFromString(${Expr(literal)})}\n  }\n\n  object ipv6 extends Validator[Uri.Ipv6Address] {\n    override def validate(literal: String): Option[ParseFailure] = Uri.Ipv6Address.fromString(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[Uri.Ipv6Address] =\n      '{Uri.Ipv6Address.unsafeFromString(${Expr(literal)})}\n  }\n\n  object mediatype extends Validator[MediaType] {\n    override def validate(literal: String): Option[ParseFailure] = MediaType.parse(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[MediaType] =\n      '{MediaType.unsafeParse(${Expr(literal)})}\n  }\n\n  object qvalue extends Validator[QValue] {\n    override def validate(literal: String): Option[ParseFailure] = QValue.fromString(literal).swap.toOption\n\n    override def construct(literal: String)(using Quotes): Expr[QValue] =\n      '{QValue.unsafeFromString(${Expr(literal)})}\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"core\/src\/main\/scala\/org\/http4s\/Headers.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\n\nimport cats.{Eval, Foldable, Monoid, Order, Show}\nimport cats.syntax.all._\nimport org.http4s.headers.`Set-Cookie`\nimport org.typelevel.ci.CIString\nimport scala.collection.mutable.ListBuffer\n\n\/** A collection of HTTP Headers *\/\nfinal class Headers private (private val headers: List[Header]) extends AnyVal {\n  def toList: List[Header] = headers\n\n  def isEmpty: Boolean = headers.isEmpty\n\n  def nonEmpty: Boolean = headers.nonEmpty\n\n  def drop(n: Int): Headers = if (n == 0) this else new Headers(headers.drop(n))\n\n  def iterator: Iterator[Header] = headers.iterator\n\n  \/** Attempt to get a [[org.http4s.Header]] of type key.HeaderT from this collection\n    *\n    * @param key [[HeaderKey.Extractable]] that can identify the required header\n    * @return a scala.Option possibly containing the resulting header of type key.HeaderT\n    * @see [[Header]] object and get([[org.typelevel.ci.CIString]])\n    *\/\n  def get(key: HeaderKey.Extractable): Option[key.HeaderT] = key.from(this)\n\n  \/** Attempt to get a [[org.http4s.Header]] from this collection of headers\n    *\n    * @param key name of the header to find\n    * @return a scala.Option possibly containing the resulting [[org.http4s.Header]]\n    *\/\n  def get(key: CIString): Option[Header] = headers.find(_.name == key)\n\n  \/** Make a new collection adding the specified headers, replacing existing headers of singleton type\n    * The passed headers are assumed to contain no duplicate Singleton headers.\n    *\n    * @param in multiple [[Header]] to append to the new collection\n    * @return a new [[Headers]] containing the sum of the initial and input headers\n    *\/\n  def put(in: Header*): Headers =\n    if (in.isEmpty) this\n    else if (this.isEmpty) new Headers(in.toList)\n    else this ++ Headers(in.toList)\n\n  \/** Concatenate the two collections\n    * If the resulting collection is of Headers type, duplicate Singleton headers will be removed from\n    * this Headers collection.\n    *\n    * @param that collection to append\n    * @tparam B type contained in collection `that`\n    * @tparam That resulting type of the new collection\n    *\/\n  def ++(that: Headers): Headers =\n    if (that.isEmpty) this\n    else if (this.isEmpty) that\n    else {\n      val hs = that.toList\n      val acc = new ListBuffer[Header]\n      this.headers.foreach { orig =>\n        orig.parsed match {\n          case _: Header.Recurring => acc += orig\n          case _: `Set-Cookie` => acc += orig\n          case h if !hs.exists(_.name == h.name) => acc += orig\n          case _ => \/\/ NOOP, drop non recurring header that already exists\n        }\n      }\n\n      val h = new Headers(acc.prependToList(hs))\n      h\n    }\n\n  def filterNot(f: Header => Boolean): Headers =\n    Headers(headers.filterNot(f))\n\n  def filter(f: Header => Boolean): Headers =\n    Headers(headers.filter(f))\n\n  def collectFirst[B](f: PartialFunction[Header, B]): Option[B] =\n    headers.collectFirst(f)\n\n  def foldMap[B: Monoid](f: Header => B): B =\n    headers.foldMap(f)\n\n  def foldLeft[A](z: A)(f: (A, Header) => A): A =\n    headers.foldLeft(z)(f)\n\n  def foldRight[A](z: Eval[A])(f: (Header, Eval[A]) => Eval[A]): Eval[A] =\n    Foldable[List].foldRight(headers, z)(f)\n\n  def foreach(f: Header => Unit): Unit =\n    headers.foreach(f)\n\n  def size: Int = headers.size\n\n  \/** Removes the `Content-Length`, `Content-Range`, `Trailer`, and\n    * `Transfer-Encoding` headers.\n    *\n    *  https:\/\/tools.ietf.org\/html\/rfc7231#section-3.3\n    *\/\n  def removePayloadHeaders: Headers =\n    filterNot(h => Headers.PayloadHeaderKeys(h.name))\n\n  def redactSensitive(\n      redactWhen: CIString => Boolean = Headers.SensitiveHeaders.contains): Headers =\n    Headers(headers.map {\n      case h if redactWhen(h.name) => Header.Raw(h.name, \"<REDACTED>\")\n      case h => h\n    })\n\n  def exists(f: Header => Boolean): Boolean =\n    headers.exists(f)\n\n  def forall(f: Header => Boolean): Boolean =\n    headers.forall(f)\n\n  def find(f: Header => Boolean): Option[Header] =\n    headers.find(f)\n\n  def count(f: Header => Boolean): Int =\n    headers.count(f)\n\n  override def toString: String =\n    Headers.headersShow.show(this)\n}\n\nobject Headers {\n  val empty = apply(List.empty)\n\n  def of(headers: Header*): Headers =\n    Headers(headers.toList)\n\n  @deprecated(\"Use Headers.of\", \"0.20.0\")\n  def apply(headers: Header*): Headers =\n    of(headers: _*)\n\n  \/** Create a new Headers collection from the headers *\/\n  \/\/ def apply(headers: Header*): Headers = Headers(headers.toList)\n\n  \/** Create a new Headers collection from the headers *\/\n  def apply(headers: List[Header]): Headers = new Headers(headers)\n\n  implicit val headersShow: Show[Headers] =\n    Show.show[Headers] {\n      _.iterator.map(_.show).mkString(\"Headers(\", \", \", \")\")\n    }\n\n  implicit lazy val HeadersOrder: Order[Headers] =\n    Order.by(_.toList)\n\n  implicit val headersMonoid: Monoid[Headers] = new Monoid[Headers] {\n    def empty: Headers = Headers.empty\n    def combine(xa: Headers, xb: Headers): Headers =\n      xa ++ xb\n  }\n\n  private val PayloadHeaderKeys = Set(\n    CIString(\"Content-Length\"),\n    CIString(\"Content-Range\"),\n    CIString(\"Trailer\"),\n    CIString(\"Transfer-Encoding\")\n  )\n\n  val SensitiveHeaders = Set(\n    CIString(\"Authorization\"),\n    CIString(\"Cookie\"),\n    CIString(\"Set-Cookie\")\n  )\n}\n"}
{"repo_name":"desbo\/http4s","path":"core\/src\/main\/scala\/org\/http4s\/UriTemplate.scala","text":"\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\n\nimport java.net.URLEncoder\nimport org.http4s.Uri.{apply => _, unapply => _, Fragment => _, Path => _, _}\nimport org.http4s.UriTemplate._\nimport org.http4s.util.StringWriter\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\nimport scala.util.{Failure, Success, Try}\n\n\/** Simple representation of a URI Template that can be rendered as RFC6570\n  * conform string.\n  *\n  * This model reflects only a subset of RFC6570.\n  *\n  * Level 1 and Level 2 are completely modeled and\n  * Level 3 features are limited to:\n  *  - Path segments, slash-prefixed\n  *  - Form-style query, ampersand-separated\n  *  - Fragment expansion\n  *\/\nfinal case class UriTemplate(\n    scheme: Option[Scheme] = None,\n    authority: Option[Authority] = None,\n    path: Path = Nil,\n    query: UriTemplate.Query = Nil,\n    fragment: Fragment = Nil) {\n\n  \/** Replaces any expansion type that matches the given `name`. If no matching\n    * `expansion` could be found the same instance will be returned.\n    *\/\n  def expandAny[T: QueryParamEncoder](name: String, value: T): UriTemplate =\n    expandPath(name, value).expandQuery(name, value).expandFragment(name, value)\n\n  \/** Replaces any expansion type in `fragment` that matches the given `name`.\n    * If no matching `expansion` could be found the same instance will be\n    * returned.\n    *\/\n  def expandFragment[T: QueryParamEncoder](name: String, value: T): UriTemplate =\n    if (fragment.isEmpty) this\n    else copy(fragment = expandFragmentN(fragment, name, String.valueOf(value)))\n\n  \/** Replaces any expansion type in `path` that matches the given `name`. If no\n    * matching `expansion` could be found the same instance will be returned.\n    *\/\n  def expandPath[T: QueryParamEncoder](name: String, values: List[T]): UriTemplate =\n    copy(path = expandPathN(path, name, values.map(QueryParamEncoder[T].encode)))\n\n  \/** Replaces any expansion type in `path` that matches the given `name`. If no\n    * matching `expansion` could be found the same instance will be returned.\n    *\/\n  def expandPath[T: QueryParamEncoder](name: String, value: T): UriTemplate =\n    copy(path = expandPathN(path, name, QueryParamEncoder[T].encode(value) :: Nil))\n\n  \/** Replaces any expansion type in `query` that matches the specified `name`.\n    * If no matching `expansion` could be found the same instance will be\n    * returned.\n    *\/\n  def expandQuery[T: QueryParamEncoder](name: String, values: List[T]): UriTemplate =\n    if (query.isEmpty) this\n    else copy(query = expandQueryN(query, name, values.map(QueryParamEncoder[T].encode(_).value)))\n\n  \/** Replaces any expansion type in `query` that matches the specified `name`.\n    * If no matching `expansion` could be found the same instance will be\n    * returned.\n    *\/\n  def expandQuery(name: String): UriTemplate = expandQuery(name, List[String]())\n\n  \/** Replaces any expansion type in `query` that matches the specified `name`.\n    * If no matching `expansion` could be found the same instance will be\n    * returned.\n    *\/\n  def expandQuery[T: QueryParamEncoder](name: String, values: T*): UriTemplate =\n    expandQuery(name, values.toList)\n\n  override lazy val toString =\n    renderUriTemplate(this)\n\n  \/** If no expansion is available an `Uri` will be created otherwise the\n    * current instance of `UriTemplate` will be returned.\n    *\/\n  def toUriIfPossible: Try[Uri] =\n    if (containsExpansions(this))\n      Failure(\n        new IllegalStateException(s\"all expansions must be resolved to be convertable: $this\"))\n    else Success(toUri(this))\n}\n\nobject UriTemplate {\n  type Path = List[PathDef]\n  type Query = List[QueryDef]\n  type Fragment = List[FragmentDef]\n\n  protected val unreserved =\n    (('a' to 'z') ++ ('A' to 'Z') ++ ('0' to '9') :+ '-' :+ '.' :+ '_' :+ '~').toSet\n\n  \/\/  protected val genDelims = ':' :: '\/' :: '?' :: '#' :: '[' :: ']' :: '@' :: Nil\n  \/\/  protected val subDelims = '!' :: '$' :: '&' :: '\\'' :: '(' :: ')' :: '*' :: '+' :: ',' :: ';' :: '=' :: Nil\n  \/\/  protected val reserved = genDelims ::: subDelims\n\n  def isUnreserved(s: String): Boolean = s.forall(unreserved.contains)\n\n  def isUnreservedOrEncoded(s: String): Boolean =\n    URLEncoder.encode(s, \"UTF-8\").forall(c => unreserved.contains(c) || c == '%')\n\n  protected def expandPathN(path: Path, name: String, values: List[QueryParameterValue]): Path = {\n    val acc = new ArrayBuffer[PathDef]()\n    def appendValues() =\n      values.foreach { v =>\n        acc.append(PathElm(v.value))\n      }\n    path.foreach {\n      case p @ PathElm(_) => acc.append(p)\n      case p @ VarExp(collection.Seq(n)) =>\n        if (n == name) appendValues()\n        else acc.append(p)\n      case p @ VarExp(ns) =>\n        if (ns.contains(name)) {\n          appendValues()\n          acc.append(VarExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n      case p @ ReservedExp(collection.Seq(n)) =>\n        if (n == name) appendValues()\n        else acc.append(p)\n      case p @ ReservedExp(ns) =>\n        if (ns.contains(name)) {\n          appendValues()\n          acc.append(VarExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n      case p @ PathExp(collection.Seq(n)) =>\n        if (n == name) appendValues()\n        else acc.append(p)\n      case p @ PathExp(ns) =>\n        if (ns.contains(name)) {\n          appendValues()\n          acc.append(PathExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n    }\n    acc.toList\n  }\n\n  protected def expandQueryN(query: Query, name: String, values: List[String]): Query = {\n    val acc = new ArrayBuffer[QueryDef]()\n    query.foreach {\n      case p @ ParamElm(_, _) => acc.append(p)\n      case p @ ParamVarExp(r, List(n)) =>\n        if (n == name) acc.append(ParamElm(r, values))\n        else acc.append(p)\n      case p @ ParamVarExp(r, ns) =>\n        if (ns.contains(name)) {\n          acc.append(ParamElm(r, values))\n          acc.append(ParamVarExp(r, ns.filterNot(_ == name)))\n        } else acc.append(p)\n      case p @ ParamReservedExp(r, List(n)) =>\n        if (n == name) acc.append(ParamElm(r, values))\n        else acc.append(p)\n      case p @ ParamReservedExp(r, ns) =>\n        if (ns.contains(name)) {\n          acc.append(ParamElm(r, values))\n          acc.append(ParamReservedExp(r, ns.filterNot(_ == name)))\n        } else acc.append(p)\n      case p @ ParamExp(collection.Seq(n)) =>\n        if (n == name) acc.append(ParamElm(name, values))\n        else acc.append(p)\n      case p @ ParamExp(ns) =>\n        if (ns.contains(name)) {\n          acc.append(ParamElm(name, values))\n          acc.append(ParamExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n      case p @ ParamContExp(collection.Seq(n)) =>\n        if (n == name) acc.append(ParamElm(name, values))\n        else acc.append(p)\n      case p @ ParamContExp(ns) =>\n        if (ns.contains(name)) {\n          acc.append(ParamElm(name, values))\n          acc.append(ParamContExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n    }\n    acc.toList\n  }\n\n  protected def expandFragmentN(fragment: Fragment, name: String, value: String): Fragment = {\n    val acc = new ArrayBuffer[FragmentDef]()\n    fragment.foreach {\n      case p @ FragmentElm(_) => acc.append(p)\n      case p @ SimpleFragmentExp(n) =>\n        if (n == name) acc.append(FragmentElm(value)) else acc.append(p)\n      case p @ MultiFragmentExp(collection.Seq(n)) =>\n        if (n == name) acc.append(FragmentElm(value)) else acc.append(p)\n      case p @ MultiFragmentExp(ns) =>\n        if (ns.contains(name)) {\n          acc.append(FragmentElm(value))\n          acc.append(MultiFragmentExp(ns.filterNot(_ == name)))\n        } else acc.append(p)\n    }\n    acc.toList\n  }\n\n  protected def renderAuthority(a: Authority): String =\n    a match {\n      case Authority(Some(u), h, None) => s\"${renderUserInfo(u)}@${renderHost(h)}\"\n      case Authority(Some(u), h, Some(p)) => s\"${renderUserInfo(u)}@${renderHost(h)}:${p}\"\n      case Authority(None, h, Some(p)) => renderHost(h) + \":\" + p\n      case Authority(_, h, _) => renderHost(h)\n    }\n\n  protected def renderUserInfo(u: UserInfo): String =\n    u match {\n      case UserInfo(username, Some(password)) =>\n        (new StringWriter << username << \":\" << password).result\n      case UserInfo(username, None) => username\n    }\n\n  protected def renderHost(h: Host): String =\n    h match {\n      case RegName(n) => n.toString\n      case a: Ipv4Address => a.value\n      case a: Ipv6Address => \"[\" + a.value + \"]\"\n    }\n\n  protected def renderScheme(s: Scheme): String =\n    (new StringWriter << s << \":\").result\n\n  protected def renderSchemeAndAuthority(t: UriTemplate): String =\n    t match {\n      case UriTemplate(None, None, _, _, _) => \"\"\n      case UriTemplate(Some(s), Some(a), _, _, _) => renderScheme(s) + \"\/\/\" + renderAuthority(a)\n      case UriTemplate(Some(s), None, _, _, _) => renderScheme(s)\n      case UriTemplate(None, Some(a), _, _, _) => renderAuthority(a)\n    }\n\n  protected def renderQuery(ps: Query): String = {\n    val parted = ps.partition {\n      case ParamElm(_, _) => false\n      case ParamVarExp(_, _) => false\n      case ParamReservedExp(_, _) => false\n      case ParamExp(_) => true\n      case ParamContExp(_) => true\n    }\n    val elements = new ArrayBuffer[String]()\n    parted._2.foreach {\n      case ParamElm(n, Nil) => elements.append(n)\n      case ParamElm(n, List(v)) => elements.append(n + \"=\" + v)\n      case ParamElm(n, vs) => vs.foreach(v => elements.append(n + \"=\" + v))\n      case ParamVarExp(n, vs) => elements.append(n + \"=\" + \"{\" + vs.mkString(\",\") + \"}\")\n      case ParamReservedExp(n, vs) => elements.append(n + \"=\" + \"{+\" + vs.mkString(\",\") + \"}\")\n      case u => throw new IllegalStateException(s\"type ${u.getClass.getName} not supported\")\n    }\n    val exps = new ArrayBuffer[String]()\n    def separator = if (elements.isEmpty && exps.isEmpty) \"?\" else \"&\"\n    parted._1.foreach {\n      case ParamExp(ns) => exps.append(\"{\" + separator + ns.mkString(\",\") + \"}\")\n      case ParamContExp(ns) => exps.append(\"{\" + separator + ns.mkString(\",\") + \"}\")\n      case u => throw new IllegalStateException(s\"type ${u.getClass.getName} not supported\")\n    }\n    if (elements.isEmpty) exps.mkString\n    else \"?\" + elements.mkString(\"&\") + exps.mkString\n  }\n\n  protected def renderFragment(f: Fragment): String = {\n    val elements = new mutable.ArrayBuffer[String]()\n    val expansions = new mutable.ArrayBuffer[String]()\n    f.map {\n      case FragmentElm(v) => elements.append(v)\n      case SimpleFragmentExp(n) => expansions.append(n)\n      case MultiFragmentExp(ns) => expansions.append(ns.mkString(\",\"))\n    }\n    if (elements.nonEmpty && expansions.nonEmpty)\n      \"#\" + elements.mkString(\",\") + \"{#\" + expansions.mkString(\",\") + \"}\"\n    else if (elements.nonEmpty)\n      \"#\" + elements.mkString(\",\")\n    else if (expansions.nonEmpty)\n      \"{#\" + expansions.mkString(\",\") + \"}\"\n    else\n      \"#\"\n  }\n\n  protected def renderFragmentIdentifier(f: Fragment): String = {\n    val elements = new mutable.ArrayBuffer[String]()\n    f.map {\n      case FragmentElm(v) => elements.append(v)\n      case SimpleFragmentExp(_) =>\n        throw new IllegalStateException(\"SimpleFragmentExp cannot be converted to a Uri\")\n      case MultiFragmentExp(_) =>\n        throw new IllegalStateException(\"MultiFragmentExp cannot be converted to a Uri\")\n    }\n    if (elements.isEmpty) \"\"\n    else elements.mkString(\",\")\n  }\n\n  protected def buildQuery(q: Query): org.http4s.Query = {\n    val vec = q.foldLeft(Vector.empty[(String, Option[String])]) {\n      case (elements, ParamElm(n, Nil)) => elements :+ (n -> None)\n      case (elements, ParamElm(n, List(v))) => elements :+ (n -> Some(v))\n      case (elements, ParamElm(n, vs)) =>\n        vs.toList.foldLeft(elements) { case (elements, v) => elements :+ (n -> Some(v)) }\n      case u =>\n        throw new IllegalStateException(s\"${u.getClass.getName} cannot be converted to a Uri\")\n    }\n\n    org.http4s.Query.fromVector(vec)\n  }\n\n  protected def renderPath(p: Path): String =\n    p match {\n      case Nil => \"\/\"\n      case ps =>\n        val elements = new ArrayBuffer[String]()\n        ps.foreach {\n          case PathElm(n) => elements.append(\"\/\" + n)\n          case VarExp(ns) => elements.append(\"{\" + ns.mkString(\",\") + \"}\")\n          case ReservedExp(ns) => elements.append(\"{+\" + ns.mkString(\",\") + \"}\")\n          case PathExp(ns) => elements.append(\"{\/\" + ns.mkString(\",\") + \"}\")\n        }\n        elements.mkString\n    }\n\n  protected def renderPathAndQueryAndFragment(t: UriTemplate): String =\n    t match {\n      case UriTemplate(_, _, Nil, Nil, Nil) => \"\/\"\n      case UriTemplate(_, _, Nil, Nil, f) => \"\/\" + renderFragment(f)\n      case UriTemplate(_, _, Nil, query, Nil) => \"\/\" + renderQuery(query)\n      case UriTemplate(_, _, Nil, query, f) => \"\/\" + renderQuery(query) + renderFragment(f)\n      case UriTemplate(_, _, path, Nil, Nil) => renderPath(path)\n      case UriTemplate(_, _, path, query, Nil) => renderPath(path) + renderQuery(query)\n      case UriTemplate(_, _, path, Nil, f) => renderPath(path) + renderFragment(f)\n      case UriTemplate(_, _, path, query, f) =>\n        renderPath(path) + renderQuery(query) + renderFragment(f)\n    }\n\n  protected def renderUriTemplate(t: UriTemplate): String =\n    t match {\n      case UriTemplate(None, None, Nil, Nil, Nil) => \"\/\"\n      case UriTemplate(Some(_), Some(_), Nil, Nil, Nil) => renderSchemeAndAuthority(t)\n      case UriTemplate(scheme @ _, authority @ _, path @ _, params @ _, fragment @ _) =>\n        renderSchemeAndAuthority(t) + renderPathAndQueryAndFragment(t)\n    }\n\n  protected def fragmentExp(f: FragmentDef): Boolean =\n    f match {\n      case FragmentElm(_) => false\n      case SimpleFragmentExp(_) => true\n      case MultiFragmentExp(_) => true\n    }\n\n  protected def pathExp(p: PathDef): Boolean =\n    p match {\n      case PathElm(_) => false\n      case VarExp(_) => true\n      case ReservedExp(_) => true\n      case PathExp(_) => true\n    }\n\n  protected def queryExp(q: QueryDef): Boolean =\n    q match {\n      case ParamElm(_, _) => false\n      case ParamVarExp(_, _) => true\n      case ParamReservedExp(_, _) => true\n      case ParamExp(_) => true\n      case ParamContExp(_) => true\n    }\n\n  protected def containsExpansions(t: UriTemplate): Boolean =\n    t match {\n      case UriTemplate(_, _, Nil, Nil, Nil) => false\n      case UriTemplate(_, _, Nil, Nil, f) => f.exists(fragmentExp)\n      case UriTemplate(_, _, Nil, q, Nil) => q.exists(queryExp)\n      case UriTemplate(_, _, Nil, q, f) => (q.exists(queryExp)) || (f.exists(fragmentExp))\n      case UriTemplate(_, _, p, Nil, Nil) => p.exists(pathExp)\n      case UriTemplate(_, _, p, Nil, f) => (p.exists(pathExp)) || (f.exists(fragmentExp))\n      case UriTemplate(_, _, p, q, Nil) => (p.exists(pathExp)) || (q.exists(queryExp))\n      case UriTemplate(_, _, p, q, f) =>\n        (p.exists(pathExp)) || (q.exists(queryExp)) || (f.exists(fragmentExp))\n    }\n\n  protected def toUri(t: UriTemplate): Uri =\n    t match {\n      case UriTemplate(s, a, Nil, Nil, Nil) => Uri(s, a)\n      case UriTemplate(s, a, Nil, Nil, f) => Uri(s, a, fragment = Some(renderFragmentIdentifier(f)))\n      case UriTemplate(s, a, Nil, q, Nil) => Uri(s, a, query = buildQuery(q))\n      case UriTemplate(s, a, Nil, q, f) =>\n        Uri(s, a, query = buildQuery(q), fragment = Some(renderFragmentIdentifier(f)))\n      case UriTemplate(s, a, p, Nil, Nil) => Uri(s, a, Uri.Path.fromString(renderPath(p)))\n      case UriTemplate(s, a, p, q, Nil) =>\n        Uri(s, a, Uri.Path.fromString(renderPath(p)), buildQuery(q))\n      case UriTemplate(s, a, p, Nil, f) =>\n        Uri(s, a, Uri.Path.fromString(renderPath(p)), fragment = Some(renderFragmentIdentifier(f)))\n      case UriTemplate(s, a, p, q, f) =>\n        Uri(\n          s,\n          a,\n          Uri.Path.fromString(renderPath(p)),\n          buildQuery(q),\n          Some(renderFragmentIdentifier(f)))\n    }\n\n  sealed trait PathDef\n\n  \/** Static path element *\/\n  final case class PathElm(value: String) extends PathDef\n\n  sealed trait QueryDef\n\n  sealed trait QueryExp extends QueryDef\n\n  \/** Static query parameter element *\/\n  final case class ParamElm(name: String, values: List[String]) extends QueryDef\n  object ParamElm {\n    def apply(name: String): ParamElm = new ParamElm(name, Nil)\n    def apply(name: String, values: String*): ParamElm = new ParamElm(name, values.toList)\n  }\n\n  \/** Simple string expansion for query parameter\n    *\/\n  final case class ParamVarExp(name: String, variables: List[String]) extends QueryDef {\n    require(variables.forall(isUnreserved), \"all variables must consist of unreserved characters\")\n  }\n  object ParamVarExp {\n    def apply(name: String): ParamVarExp = new ParamVarExp(name, Nil)\n    def apply(name: String, variables: String*): ParamVarExp =\n      new ParamVarExp(name, variables.toList)\n  }\n\n  \/** Reserved string expansion for query parameter\n    *\/\n  final case class ParamReservedExp(name: String, variables: List[String]) extends QueryDef {\n    require(variables.forall(isUnreserved), \"all variables must consist of unreserved characters\")\n  }\n  object ParamReservedExp {\n    def apply(name: String): ParamReservedExp = new ParamReservedExp(name, Nil)\n    def apply(name: String, variables: String*): ParamReservedExp =\n      new ParamReservedExp(name, variables.toList)\n  }\n\n  \/** URI Templates are similar to a macro language with a fixed set of macro\n    * definitions: the expression type determines the expansion process.\n    *\n    * The default expression type is simple string expansion (Level 1), wherein a\n    * single named variable is replaced by its value as a string after\n    * pct-encoding any characters not in the set of unreserved URI characters\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-1.5\">Section 1.5<\/a>).\n    *\n    * Level 2 templates add the plus (\"+\") operator, for expansion of values that\n    * are allowed to include reserved URI characters\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-1.5\">Section 1.5<\/a>),\n    * and the crosshatch (\"#\") operator for expansion of fragment identifiers.\n    *\n    * Level 3 templates allow multiple variables per expression, each\n    * separated by a comma, and add more complex operators for dot-prefixed\n    * labels, slash-prefixed path segments, semicolon-prefixed path\n    * parameters, and the form-style construction of a query syntax\n    * consisting of name=value pairs that are separated by an ampersand\n    * character.\n    *\/\n  sealed trait ExpansionType\n\n  sealed trait FragmentDef\n\n  \/** Static fragment element *\/\n  final case class FragmentElm(value: String) extends FragmentDef\n\n  \/** Fragment expansion, crosshatch-prefixed\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.4\">Section 3.2.4<\/a>)\n    *\/\n  final case class SimpleFragmentExp(name: String) extends FragmentDef {\n    require(name.nonEmpty, \"at least one character must be set\")\n    require(isUnreserved(name), \"name must consist of unreserved characters\")\n  }\n\n  \/** Level 1 allows string expansion\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.2\">Section 3.2.2<\/a>)\n    *\n    * Level 3 allows string expansion with multiple variables\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.2\">Section 3.2.2<\/a>)\n    *\/\n  final case class VarExp(names: List[String]) extends PathDef {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(names.forall(isUnreserved), \"all names must consist of unreserved characters\")\n  }\n  object VarExp {\n    def apply(names: String*): VarExp = new VarExp(names.toList)\n  }\n\n  \/** Level 2 allows reserved string expansion\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.3\">Section 3.2.3<\/a>)\n    *\n    * Level 3 allows reserved expansion with multiple variables\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.3\">Section 3.2.3<\/a>)\n    *\/\n  final case class ReservedExp(names: List[String]) extends PathDef {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(names.forall(isUnreserved), \"all names must consist of unreserved characters\")\n  }\n  object ReservedExp {\n    def apply(names: String*): ReservedExp = new ReservedExp(names.toList)\n  }\n\n  \/** Fragment expansion with multiple variables, crosshatch-prefixed\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.4\">Section 3.2.4<\/a>)\n    *\/\n  final case class MultiFragmentExp(names: List[String]) extends FragmentDef {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(names.forall(isUnreserved), \"all names must consist of unreserved characters\")\n  }\n  object MultiFragmentExp {\n    def apply(names: String*): MultiFragmentExp = new MultiFragmentExp(names.toList)\n  }\n\n  \/** Path segments, slash-prefixed\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.6\">Section 3.2.6<\/a>)\n    *\/\n  final case class PathExp(names: List[String]) extends PathDef {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(names.forall(isUnreserved), \"all names must consist of unreserved characters\")\n  }\n  object PathExp {\n    def apply(names: String*): PathExp = new PathExp(names.toList)\n  }\n\n  \/** Form-style query, ampersand-separated\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.8\">Section 3.2.8<\/a>)\n    *\/\n  final case class ParamExp(names: List[String]) extends QueryExp {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(\n      names.forall(isUnreservedOrEncoded),\n      \"all names must consist of unreserved characters or be encoded\")\n  }\n  object ParamExp {\n    def apply(names: String*): ParamExp = new ParamExp(names.toList)\n  }\n\n  \/** Form-style query continuation\n    * (<a href=\"http:\/\/tools.ietf.org\/html\/rfc6570#section-3.2.9\">Section 3.2.9<\/a>)\n    *\/\n  final case class ParamContExp(names: List[String]) extends QueryExp {\n    require(names.nonEmpty, \"at least one name must be set\")\n    require(names.forall(isUnreserved), \"all names must consist of unreserved characters\")\n  }\n  object ParamContExp {\n    def apply(names: String*): ParamContExp = new ParamContExp(names.toList)\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"server\/src\/test\/scala\/org\/http4s\/server\/middleware\/DefaultHeadSuite.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2014 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage server\npackage middleware\n\nimport cats.effect._\nimport cats.effect.kernel.Ref\nimport cats.implicits._\nimport fs2.Stream\nimport org.http4s.dsl.io._\nimport org.http4s.syntax.all._\nimport org.typelevel.ci.CIString\n\nclass DefaultHeadSuite extends Http4sSuite {\n  val httpRoutes = HttpRoutes.of[IO] {\n    case GET -> Root \/ \"hello\" =>\n      Ok(\"hello\")\n\n    case GET -> Root \/ \"special\" =>\n      Ok(Header(\"X-Handled-By\", \"GET\"))\n\n    case HEAD -> Root \/ \"special\" =>\n      Ok(Header(\"X-Handled-By\", \"HEAD\"))\n  }\n  val app = DefaultHead(httpRoutes).orNotFound\n\n  test(\"honor HEAD routes\") {\n    val req = Request[IO](Method.HEAD, uri = uri\"\/special\")\n    app(req).map(_.headers.get(CIString(\"X-Handled-By\")).map(_.value)).assertEquals(Some(\"HEAD\"))\n  }\n\n  test(\"return truncated body of corresponding GET on fallthrough\") {\n    val req = Request[IO](Method.HEAD, uri = uri\"\/hello\")\n    app(req).flatMap(_.as[String]).assertEquals(\"\")\n  }\n\n  test(\"retain all headers of corresponding GET on fallthrough\") {\n    val get = Request[IO](Method.GET, uri = uri\"\/hello\")\n    val head = get.withMethod(Method.HEAD)\n    val getHeaders = app(get).map(_.headers)\n    val headHeaders = app(head).map(_.headers)\n    (getHeaders, headHeaders).parMapN(_ === _).assert\n  }\n\n  test(\"allow GET body to clean up on fallthrough\") {\n    (for {\n      open <- Ref[IO].of(false)\n      route = HttpRoutes.of[IO] { case GET -> _ =>\n        val body: EntityBody[IO] =\n          Stream.bracket(open.set(true))(_ => open.set(false)).flatMap(_ => Stream.never[IO])\n        Ok(body)\n      }\n      app = DefaultHead(route).orNotFound\n      resp <- app(Request[IO](Method.HEAD))\n      _ <- resp.body.compile.drain\n      leaked <- open.get\n    } yield leaked).assertEquals(false)\n  }\n\n  test(\"be created via the httpRoutes constructor\") {\n    val req = Request[IO](Method.HEAD, uri = uri\"\/hello\")\n    DefaultHead.httpRoutes(httpRoutes).orNotFound(req).flatMap(_.as[String]).assertEquals(\"\")\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"tests\/src\/test\/scala\/org\/http4s\/MessageSuite.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\n\nimport cats.data.NonEmptyList\nimport cats.effect.IO\nimport com.comcast.ip4s.{Port, SocketAddress}\nimport fs2.Pure\nimport org.http4s.headers.{Authorization, `Content-Type`, `X-Forwarded-For`}\nimport org.http4s.syntax.all._\nimport org.typelevel.ci.CIString\nimport org.typelevel.vault._\n\nclass MessageSuite extends Http4sSuite {\n  val local = SocketAddress(ipv4\"127.0.0.1\".address, Port.fromInt(8080).get)\n  val remote = SocketAddress(ipv4\"192.168.0.1\".address, Port.fromInt(45444).get)\n\n  test(\"ConnectionInfo should get remote connection info when present\") {\n    val r = Request()\n      .withAttribute(Request.Keys.ConnectionInfo, Request.Connection(local, remote, false))\n    assertEquals(r.server, Some(local))\n    assertEquals(r.remote, Some(remote))\n  }\n\n  test(\"ConnectionInfo should not contain remote connection info when not present\") {\n    val r = Request()\n    assertEquals(r.server, None)\n    assertEquals(r.remote, None)\n  }\n\n  test(\"ConnectionInfo should be utilized to determine the address of server and remote\") {\n    val r = Request()\n      .withAttribute(Request.Keys.ConnectionInfo, Request.Connection(local, remote, false))\n    assertEquals(r.serverAddr, Some(local.host))\n    assertEquals(r.remoteAddr, Some(remote.host))\n  }\n\n  test(\"ConnectionInfo should be utilized to determine the port of server and remote\") {\n    val r = Request()\n      .withAttribute(Request.Keys.ConnectionInfo, Request.Connection(local, remote, false))\n    assertEquals(r.serverPort, Some(local.port))\n    assertEquals(r.remotePort, Some(remote.port))\n  }\n\n  test(\n    \"ConnectionInfo should be utilized to determine the from value (first X-Forwarded-For if present)\") {\n    val forwardedValues =\n      NonEmptyList.of(Some(ipv4\"192.168.1.1\".address), Some(ipv4\"192.168.1.2\".address))\n    val r = Request()\n      .withHeaders(Headers.of(`X-Forwarded-For`(forwardedValues)))\n      .withAttribute(Request.Keys.ConnectionInfo, Request.Connection(local, remote, false))\n    assertEquals(r.from, forwardedValues.head)\n  }\n\n  test(\n    \"ConnectionInfo should be utilized to determine the from value (remote value if X-Forwarded-For is not present)\") {\n    val r = Request()\n      .withAttribute(Request.Keys.ConnectionInfo, Request.Connection(local, remote, false))\n    assertEquals(r.from, Option(remote.host))\n  }\n\n  test(\"support cookies should contain a Cookie header when an explicit cookie is added\") {\n    assertEquals(\n      Request(Method.GET)\n        .addCookie(RequestCookie(\"token\", \"value\"))\n        .headers\n        .get(CIString(\"Cookie\"))\n        .map(_.value),\n      Some(\"token=value\"))\n  }\n\n  test(\n    \"support cookies should contain a single Cookie header when multiple explicit cookies are added\") {\n    assertEquals(\n      Request(Method.GET)\n        .addCookie(RequestCookie(\"token1\", \"value1\"))\n        .addCookie(RequestCookie(\"token2\", \"value2\"))\n        .headers\n        .get(CIString(\"Cookie\"))\n        .map(_.value),\n      Some(\"token1=value1; token2=value2\")\n    )\n  }\n\n  test(\"support cookies should contain a Cookie header when a name\/value pair is added\") {\n    assertEquals(\n      Request(Method.GET)\n        .addCookie(\"token\", \"value\")\n        .headers\n        .get(CIString(\"Cookie\"))\n        .map(_.value),\n      Some(\"token=value\"))\n  }\n\n  test(\"support cookies should contain a single Cookie header when name\/value pairs are added\") {\n    assertEquals(\n      Request(Method.GET)\n        .addCookie(\"token1\", \"value1\")\n        .addCookie(\"token2\", \"value2\")\n        .headers\n        .get(CIString(\"Cookie\"))\n        .map(_.value),\n      Some(\"token1=value1; token2=value2\")\n    )\n  }\n\n  val path1 = uri\"\/path1\"\n  val path2 = path\"\/somethingelse\"\n  val attributes = Vault.empty.insert(Request.Keys.PathInfoCaret, 3)\n\n  test(\"Request.with...reset pathInfo if uri is changed\") {\n    val originalReq = Request(uri = path1, attributes = attributes)\n    val updatedReq = originalReq.withUri(uri = Uri().withPath(path2))\n\n    assertEquals(updatedReq.scriptName, Uri.Path.Root)\n    assertEquals(updatedReq.pathInfo, path2)\n  }\n\n  test(\"Request.with... should not modify pathInfo if uri is unchanged\") {\n    val originalReq = Request(uri = path1, attributes = attributes)\n    val updatedReq = originalReq.withMethod(method = Method.DELETE)\n\n    assertEquals(originalReq.pathInfo, updatedReq.pathInfo)\n    assertEquals(originalReq.scriptName, updatedReq.scriptName)\n  }\n\n  test(\"Request.with... should preserve caret in withPathInfo\") {\n    val originalReq =\n      Request(uri = uri\"\/foo\/bar\", attributes = Vault.empty.insert(Request.Keys.PathInfoCaret, 1))\n    val updatedReq = originalReq.withPathInfo(path\"\/quux\")\n\n    assertEquals(updatedReq.scriptName, path\"\/foo\")\n    assertEquals(updatedReq.pathInfo, path\"\/quux\")\n  }\n\n  val cookieList = List(\n    RequestCookie(\"test1\", \"value1\"),\n    RequestCookie(\"test2\", \"value2\"),\n    RequestCookie(\"test3\", \"value3\"))\n\n  test(\"cookies should be empty if there are no Cookie headers present\") {\n    assertEquals(Request(Method.GET).cookies, List.empty)\n  }\n\n  test(\"cookies should parse discrete HTTP\/1 Cookie header(s) into corresponding RequestCookies\") {\n    val cookies = Header(\"Cookie\", \"test1=value1; test2=value2; test3=value3\")\n    val request = Request(Method.GET, headers = Headers.of(cookies))\n    assertEquals(request.cookies, cookieList)\n  }\n\n  test(\"cookies should parse discrete HTTP\/2 Cookie header(s) into corresponding RequestCookies\") {\n    val cookies = Headers.of(\n      Header(\"Cookie\", \"test1=value1\"),\n      Header(\"Cookie\", \"test2=value2\"),\n      Header(\"Cookie\", \"test3=value3\"))\n    val request = Request(Method.GET, headers = cookies)\n    assertEquals(request.cookies, cookieList)\n  }\n\n  test(\n    \"cookies should parse HTTP\/1 and HTTP\/2 Cookie headers on a single request into corresponding RequestCookies\") {\n    val cookies = Headers.of(\n      Header(\"Cookie\", \"test1=value1; test2=value2\"), \/\/ HTTP\/1 style\n      Header(\"Cookie\", \"test3=value3\")\n    ) \/\/ HTTP\/2 style (separate headers for separate cookies)\n    val request = Request(Method.GET, headers = cookies)\n    assertEquals(request.cookies, cookieList)\n  }\n\n  test(\"toString should redact an Authorization header\") {\n    val request =\n      Request[IO](Method.GET).putHeaders(Authorization(BasicCredentials(\"user\", \"pass\")))\n    assertEquals(\n      request.toString,\n      \"Request(method=GET, uri=\/, headers=Headers(Authorization: <REDACTED>))\")\n  }\n\n  test(\"toString should redact Cookie Headers\") {\n    val request =\n      Request[IO](Method.GET).addCookie(\"token\", \"value\").addCookie(\"token2\", \"value2\")\n    assertEquals(\n      request.toString,\n      \"Request(method=GET, uri=\/, headers=Headers(Cookie: <REDACTED>))\")\n  }\n\n  test(\"covary should disallow unrelated effects\") {\n    assertNoDiff(\n      compileErrors(\"Request[Option]().covary[IO]\"),\n      \"\"\"|error: type arguments [cats.effect.IO] do not conform to method covary's type parameter bounds [F2[x] >: Option[x]]\n                                                                       |Request[Option]().covary[IO]\n                                                                       |                        ^\n                                                                       |\"\"\".stripMargin\n    )\n  }\n\n  test(\"covary should allow related effects\") {\n    trait F1[A]\n    trait F2[A] extends F1[A]\n    Request[F2]().covary[F1]\n  }\n\n  val uri = uri\"http:\/\/localhost:1234\/foo\"\n  val request = Request[IO](Method.GET, uri)\n\n  test(\"asCurl should build cURL representation with scheme and authority\") {\n    assertEquals(request.asCurl(), \"curl -X GET 'http:\/\/localhost:1234\/foo'\")\n  }\n\n  test(\"asCurl should build cURL representation with headers\") {\n    assertEquals(\n      request\n        .withHeaders(Header(\"k1\", \"v1\"), Header(\"k2\", \"v2\"))\n        .asCurl(),\n      \"curl -X GET 'http:\/\/localhost:1234\/foo' -H 'k1: v1' -H 'k2: v2'\")\n  }\n\n  test(\"asCurl should build cURL representation but redact sensitive information on default\") {\n    assertEquals(\n      request\n        .withHeaders(\n          Header(\"Cookie\", \"k3=v3; k4=v4\"),\n          Authorization(BasicCredentials(\"user\", \"pass\")))\n        .asCurl(),\n      \"curl -X GET 'http:\/\/localhost:1234\/foo' -H 'Cookie: <REDACTED>' -H 'Authorization: <REDACTED>'\"\n    )\n  }\n\n  test(\"asCurl should build cURL representation but display sensitive headers on demand\") {\n    assertEquals(\n      request\n        .withHeaders(\n          Header(\"Cookie\", \"k3=v3; k4=v4\"),\n          Header(\"k5\", \"v5\"),\n          Authorization(BasicCredentials(\"user\", \"pass\")))\n        .asCurl(_ => false),\n      \"curl -X GET 'http:\/\/localhost:1234\/foo' -H 'Cookie: k3=v3; k4=v4' -H 'k5: v5' -H 'Authorization: Basic dXNlcjpwYXNz'\"\n    )\n  }\n\n  test(\"asCurl should escape quotation marks in header\") {\n    assertEquals(\n      request\n        .withHeaders(Header(\"k6\", \"'v6'\"), Header(\"'k7'\", \"v7\"))\n        .asCurl(),\n      s\"\"\"curl -X GET 'http:\/\/localhost:1234\/foo' -H 'k6: '\\\\''v6'\\\\''' -H ''\\\\''k7'\\\\'': v7'\"\"\"\n    )\n  }\n\n  test(\n    \"decode should produce a UnsupportedMediaType in the event of a decode failure MediaTypeMismatch\") {\n    val req =\n      Request[IO](headers = Headers.of(`Content-Type`(MediaType.application.`octet-stream`)))\n    val resp = req.decodeWith(EntityDecoder.text, strict = true)(_ => IO.pure(Response()))\n    resp.map(_.status).assertEquals(Status.UnsupportedMediaType)\n  }\n\n  test(\n    \"decode should produce a UnsupportedMediaType in the event of a decode failure MediaTypeMissing\") {\n    val req = Request[IO]()\n    val resp = req.decodeWith(EntityDecoder.text, strict = true)(_ => IO.pure(Response()))\n    resp.map(_.status).assertEquals(Status.UnsupportedMediaType)\n  }\n\n  test(\"toString should redact a `Set-Cookie` header\") {\n    val resp = Response().putHeaders(headers.`Set-Cookie`(ResponseCookie(\"token\", \"value\")))\n    assertEquals(resp.toString, \"Response(status=200, headers=Headers(Set-Cookie: <REDACTED>))\")\n  }\n\n  test(\"not Found should return a plain text UTF-8 not found response\") {\n    val resp: Response[Pure] = Response.notFound\n\n    assertEquals(resp.contentType, Some(`Content-Type`(MediaType.text.plain, Charset.`UTF-8`)))\n    assertEquals(resp.status, Status.NotFound)\n    assertEquals(resp.body.through(fs2.text.utf8Decode).toList.mkString(\"\"), \"Not found\")\n  }\n\n  test(\"covary should disallow unrelated effects\") {\n    assertNoDiff(\n      compileErrors(\"Response[Option]().covary[IO]\"),\n      \"\"\"|error: type arguments [cats.effect.IO] do not conform to method covary's type parameter bounds [F2[x] >: Option[x]]\n                                                                        |Response[Option]().covary[IO]\n                                                                        |                         ^\n                                                                        |\"\"\".stripMargin\n    )\n  }\n\n  test(\"covary should allow related effects\") {\n    trait F1[A]\n    trait F2[A] extends F1[A]\n    Response[F2]().covary[F1]\n    true\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"tests\/src\/test\/scala\/org\/http4s\/headers\/AcceptCharsetSuite.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage headers\n\nimport org.scalacheck.Prop._\nimport org.http4s.syntax.all._\nimport org.http4s.laws.discipline.ArbitraryInstances._\n\nclass AcceptCharsetSuite extends MHeaderLaws {\n  checkAll(\"Accept-Charset\", headerLaws(`Accept-Charset`))\n\n  test(\"AcceptCharset is satisfied by a charset if the q value is > 0\") {\n    forAll { (h: `Accept-Charset`, cs: Charset) =>\n      h.qValue(cs) > QValue.Zero ==> h.satisfiedBy(cs)\n    }\n  }\n\n  test(\"AcceptCharset is not satisfied by a charset if the q value is 0\") {\n    forAll { (h: `Accept-Charset`, cs: Charset) =>\n      !(h.map(_.withQValue(QValue.Zero)).satisfiedBy(cs))\n    }\n  }\n\n  test(\"AcceptCharset matches atom before splatted\") {\n    val acceptCharset =\n      `Accept-Charset`(CharsetRange.*, CharsetRange.Atom(Charset.`UTF-8`, qValue\"0.5\"))\n    assertEquals(acceptCharset.qValue(Charset.`UTF-8`), qValue\"0.5\")\n  }\n\n  test(\"AcceptCharset matches splatted if atom not present\") {\n    val acceptCharset =\n      `Accept-Charset`(CharsetRange.*, CharsetRange.Atom(Charset.`ISO-8859-1`, qValue\"0.5\"))\n    assertEquals(acceptCharset.qValue(Charset.`UTF-8`), QValue.One)\n  }\n\n  test(\"AcceptCharset rejects charset matching atom with q=0\") {\n    val acceptCharset =\n      `Accept-Charset`(CharsetRange.*, CharsetRange.Atom(Charset.`UTF-8`, QValue.Zero))\n    assertEquals(acceptCharset.qValue(Charset.`UTF-8`), QValue.Zero)\n  }\n\n  test(\"AcceptCharset rejects charset matching splat with q=0\") {\n    val acceptCharset = `Accept-Charset`(\n      CharsetRange.*.withQValue(QValue.Zero),\n      CharsetRange.Atom(Charset.`ISO-8859-1`, qValue\"0.5\"))\n    assertEquals(acceptCharset.qValue(Charset.`UTF-8`), QValue.Zero)\n  }\n\n  test(\"AcceptCharset rejects unmatched charset\") {\n    val acceptCharset = `Accept-Charset`(CharsetRange.Atom(Charset.`ISO-8859-1`, qValue\"0.5\"))\n    assertEquals(acceptCharset.qValue(Charset.`UTF-8`), QValue.Zero)\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"tests\/src\/test\/scala\/org\/http4s\/HeaderSuite.scala","text":"<gh_stars>1-10\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\n\nimport cats.kernel.laws.discipline.OrderTests\nimport java.nio.charset.StandardCharsets.ISO_8859_1\nimport org.http4s.headers._\nimport org.http4s.util.StringWriter\nimport org.http4s.laws.discipline.ArbitraryInstances._\nimport org.scalacheck.Prop._\n\nclass HeaderSuite extends munit.DisciplineSuite {\n  test(\"Headers should Equate same headers\") {\n    val h1 = `Content-Length`.unsafeFromLong(4)\n    val h2 = `Content-Length`.unsafeFromLong(4)\n\n    assertEquals(h1, h2)\n    assertEquals(h2, h1)\n  }\n\n  test(\"Headers should not equal different headers\") {\n    val h1 = `Content-Length`.unsafeFromLong(4)\n    val h2 = `Content-Length`.unsafeFromLong(5)\n\n    assert(!(h1 == h2))\n    assert(!(h2 == h1))\n  }\n\n  test(\"Headers should equal same raw headers\") {\n    val h1 = `Content-Length`.unsafeFromLong(44)\n    val h2 = Header(\"Content-Length\", \"44\")\n\n    assert(h1 == h2)\n    assert(h2 == h1)\n\n    val h3 = Date(HttpDate.Epoch).toRaw.parsed\n    val h4 = h3.toRaw\n\n    assertEquals(h3, h4)\n    assert(h4 == h3)\n  }\n\n  test(\"Headers should not equal same raw headers\") {\n    val h1 = `Content-Length`.unsafeFromLong(4)\n    val h2 = Header(\"Content-Length\", \"5\")\n\n    assert(!(h1 == h2))\n    assert(!(h2 == h1))\n  }\n\n  test(\"Headers should equate raw to same raw headers\") {\n    val h1 = Header(\"Content-Length\", \"4\")\n    val h2 = Header(\"Content-Length\", \"4\")\n\n    assertEquals(h1, h2)\n    assertEquals(h2, h1)\n  }\n\n  test(\"Headers should not equate raw to same raw headers\") {\n    val h1 = Header(\"Content-Length\", \"4\")\n    val h2 = Header(\"Content-Length\", \"5\")\n\n    assert(!(h1 == h2))\n    assert(!(h2 == h1))\n  }\n\n  test(\"rendered length should is rendered length including \\\\r\\\\n\") {\n    forAll { (h: Header) =>\n      assertEquals(\n        h.render(new StringWriter << \"\\r\\n\")\n          .result\n          .getBytes(ISO_8859_1)\n          .length\n          .toLong,\n        h.renderedLength)\n    }\n  }\n\n  test(\"Order instance for Header should be lawful\") {\n    checkAll(\"Order[Header]\", OrderTests[Header].order)\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"argonaut\/src\/test\/scala\/org\/http4s\/argonaut\/ArgonautSuite.scala","text":"\/*\n * Copyright 2014 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage argonaut.test \/\/ Get out of argonaut package so we can import custom instances\n\nimport _root_.argonaut._\nimport cats.effect.IO\nimport cats.syntax.all._\nimport java.nio.charset.StandardCharsets\nimport jawn.JawnDecodeSupportSuite\nimport org.http4s.Status.Ok\nimport org.http4s.syntax.all._\nimport org.http4s.argonaut._\nimport org.http4s.headers.`Content-Type`\n\nclass ArgonautSuite extends JawnDecodeSupportSuite[Json] with Argonauts {\n  val ArgonautInstancesWithCustomErrors = ArgonautInstances.builder\n    .withEmptyBodyMessage(MalformedMessageBodyFailure(\"Custom Invalid JSON: empty body\"))\n    .withParseExceptionMessage(_ => MalformedMessageBodyFailure(\"Custom Invalid JSON\"))\n    .withJsonDecodeError((json, message, history) =>\n      InvalidMessageBodyFailure(\n        s\"Custom Could not decode JSON: $json, error: $message, cursor: $history\"))\n    .build\n\n  testJsonDecoder(jsonDecoder)\n  testJsonDecoderError(ArgonautInstancesWithCustomErrors.jsonDecoder)(\n    emptyBody = { case MalformedMessageBodyFailure(\"Custom Invalid JSON: empty body\", _) => true },\n    parseError = { case MalformedMessageBodyFailure(\"Custom Invalid JSON\", _) => true }\n  )\n\n  sealed case class Foo(bar: Int)\n  val foo = Foo(42)\n  implicit val FooCodec = CodecJson.derive[Foo]\n\n  val json = Json(\"test\" -> jString(\"ArgonautSupport\"))\n\n  test(\"json encoder should have json content type\") {\n    assertEquals(\n      jsonEncoder.headers.get(`Content-Type`),\n      Some(`Content-Type`(MediaType.application.json)))\n  }\n\n  test(\"json encoder should write compact JSON\") {\n    writeToString(json).assertEquals(\"\"\"{\"test\":\"ArgonautSupport\"}\"\"\")\n  }\n\n  test(\"json encoder should write JSON according to custom encoders\") {\n    val custom = ArgonautInstances.withPrettyParams(PrettyParams.spaces2).build\n    import custom._\n    writeToString(json).assertEquals((\"\"\"{\n                                     |  \"test\" : \"ArgonautSupport\"\n                                     |}\"\"\".stripMargin))\n  }\n\n  test(\"json encoder should write JSON according to explicit printer\") {\n    writeToString(json)(jsonEncoderWithPrettyParams(PrettyParams.spaces2)).assertEquals((\"\"\"{\n                                                                                        |  \"test\" : \"ArgonautSupport\"\n                                                                                        |}\"\"\".stripMargin))\n  }\n\n  test(\"jsonEncoderOfhave json content type\") {\n    assertEquals(\n      jsonEncoderOf[IO, Foo].headers.get(`Content-Type`),\n      Some(`Content-Type`(MediaType.application.json)))\n  }\n\n  test(\"jsonEncoderOf should write compact JSON\") {\n    writeToString(foo)(jsonEncoderOf[IO, Foo]).assertEquals(\"\"\"{\"bar\":42}\"\"\")\n  }\n\n  test(\"jsonEncoderOf should write JSON according to custom encoders\") {\n    val custom = ArgonautInstances.withPrettyParams(PrettyParams.spaces2).build\n    import custom._\n    writeToString(foo)(jsonEncoderOf).assertEquals((\"\"\"{\n                                                   |  \"bar\" : 42\n                                                   |}\"\"\".stripMargin))\n  }\n\n  test(\"write JSON according to explicit printer\") {\n    writeToString(foo)(jsonEncoderWithPrinterOf(PrettyParams.spaces2)).assertEquals((\"\"\"{\n                                                                                    |  \"bar\" : 42\n                                                                                    |}\"\"\".stripMargin))\n  }\n\n  test(\"json should handle the optionality of jNumber\") {\n    \/\/ TODO Urgh.  We need to make testing these smoother.\n    \/\/ https:\/\/github.com\/http4s\/http4s\/issues\/157\n    def getBody(body: EntityBody[IO]): IO[Array[Byte]] = body.compile.to(Array)\n    val req = Request[IO]().withEntity(jNumberOrNull(157))\n    req\n      .decode { (json: Json) =>\n        Response[IO](Ok).withEntity(json.number.flatMap(_.toLong).getOrElse(0L).toString).pure[IO]\n      }\n      .map(_.body)\n      .flatMap(getBody)\n      .map(new String(_, StandardCharsets.UTF_8))\n      .assertEquals(\"157\")\n  }\n\n  test(\"jsonOf should decode JSON from an Argonaut decoder\") {\n    jsonOf[IO, Foo]\n      .decode(Request[IO]().withEntity(jObjectFields(\"bar\" -> jNumberOrNull(42))), strict = true)\n      .value\n      .assertEquals(Right(Foo(42)))\n  }\n\n  \/\/ https:\/\/github.com\/http4s\/http4s\/issues\/514\n  sealed case class Umlaut(wort: String)\n  implicit val codec = CodecJson.derive[Umlaut]\n  test(\"json should handle JSON with umlauts\") {\n    List(\"\u00e4rgerlich\", \"\"\"\"\u00e4rgerlich\"\"\"\").traverse { wort =>\n      val json = Json(\"wort\" -> jString(wort))\n      val result =\n        jsonOf[IO, Umlaut].decode(Request[IO]().withEntity(json), strict = true)\n      result.value.assertEquals(Right(Umlaut(wort)))\n    }\n  }\n\n  test(\"json shouldfail with custom message from an Argonaut decoder\") {\n    val result = ArgonautInstancesWithCustomErrors\n      .jsonOf[IO, Foo]\n      .decode(Request[IO]().withEntity(jObjectFields(\"bar1\" -> jNumberOrNull(42))), strict = true)\n    result.value.assertEquals(Left(InvalidMessageBodyFailure(\n      \"Custom Could not decode JSON: {\\\"bar1\\\":42.0}, error: Attempt to decode value on failed cursor., cursor: CursorHistory(List(El(CursorOpDownField(bar),false)))\")))\n  }\n\n  test(\"Uri codec should round trip\") {\n    \/\/ TODO would benefit from Arbitrary[Uri]\n    val uri = uri\"http:\/\/www.example.com\/\"\n    assertEquals(uri.asJson.as[Uri].result, Right(uri))\n  }\n\n  test(\"Message[F].decodeJson[A] should decode json from a message\") {\n    val req = Request[IO]().withEntity(foo.asJson)\n    req.decodeJson[Foo].assertEquals(foo)\n  }\n\n  test(\"Message[F].decodeJson[A] should fail on invalid json\") {\n    val req = Request[IO]().withEntity(List(13, 14).asJson)\n    req.decodeJson[Foo].attempt.map(_.isLeft).assert\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"tests\/src\/test\/scala\/org\/http4s\/headers\/ForwardedRenderersSuite.scala","text":"\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s.headers\n\nimport cats.data.NonEmptyList\nimport com.comcast.ip4s.{Ipv4Address, Ipv6Address}\nimport org.http4s.util.Renderer\nimport org.scalacheck.Prop._\n\nclass ForwardedRenderersSuite extends munit.ScalaCheckSuite with ForwardedArbitraryInstances {\n\n  test(\"Node.Name\") {\n    import Forwarded.Node\n\n    forAll { (nodeName: Node.Name) =>\n      val rendered = Renderer.renderString(nodeName)\n      assert(rendered.nonEmpty) \/\/ just to check for something here\n\n      nodeName match {\n        case Node.Name.Ipv4(ipv4) =>\n          assertEquals(Ipv4Address.fromString(rendered), Some(ipv4))\n        case Node.Name.Ipv6(ipv6) =>\n          assert(rendered.startsWith(\"[\"))\n          assert(rendered.endsWith(\"]\"))\n          assertEquals(Ipv6Address.fromString(rendered.tail.init), Some(ipv6))\n        case Node.Name.Unknown =>\n          assertEquals(rendered, \"unknown\")\n        case obfName: Node.Obfuscated =>\n          assertEquals(Node.Obfuscated.fromString(rendered), Right(obfName))\n      }\n    }\n  }\n  test(\"Node.Port\") {\n    import Forwarded.Node\n\n    forAll { (nodePort: Node.Port) =>\n      val rendered = Renderer.renderString(nodePort)\n      assert(rendered.nonEmpty)\n\n      nodePort match {\n        case Node.Port.Numeric(num) =>\n          assertEquals(Integer.parseUnsignedInt(rendered), num)\n        case obfPort: Node.Obfuscated =>\n          assertEquals(Node.Obfuscated.fromString(rendered), Right(obfPort))\n      }\n    }\n  }\n  test(\"Node\") {\n    import Forwarded.Node\n\n    forAll { (node: Node) =>\n      val rendered = Renderer.renderString(node)\n      assert(rendered.nonEmpty)\n\n      assertEquals(Node.fromString(rendered), Right(node))\n    }\n  }\n  test(\"Host\") {\n    import Forwarded.Host\n\n    forAll { (host: Host) =>\n      val rendered = Renderer.renderString(host)\n\n      assertEquals(Host.fromString(rendered), Right(host))\n    }\n  }\n  test(\"Element\") {\n    import Forwarded.Element\n\n    forAll { (elem: Element) =>\n      val rendered = Renderer.renderString(elem)\n      assert(rendered.nonEmpty)\n\n      assertEquals(Forwarded.parse(rendered), Right(Forwarded(NonEmptyList(elem, Nil))))\n    }\n  }\n  test(\"Forwarded\") {\n    val headerInit = Forwarded.name.toString + \": \"\n\n    forAll { (fwd: Forwarded) =>\n      val rendered = Renderer.renderString(fwd)\n      assert(rendered.startsWith(headerInit))\n\n      assertEquals(Forwarded.parse(rendered.drop(headerInit.length)), Right(fwd))\n    }\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"server\/src\/test\/scala\/org\/http4s\/server\/middleware\/CORSSuite.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2014 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage server\npackage middleware\n\nimport cats.effect._\nimport cats.implicits._\nimport org.http4s.dsl.io._\nimport org.http4s.syntax.all._\nimport org.http4s.headers._\nimport org.http4s.Http4sSuite\n\nclass CORSSuite extends Http4sSuite {\n  val routes = HttpRoutes.of[IO] {\n    case req if req.pathInfo == path\"\/foo\" => Response[IO](Ok).withEntity(\"foo\").pure[IO]\n    case req if req.pathInfo == path\"\/bar\" => Response[IO](Unauthorized).withEntity(\"bar\").pure[IO]\n  }\n\n  val cors1 = CORS(routes)\n  val cors2 = CORS(\n    routes,\n    CORSConfig(\n      anyOrigin = false,\n      allowCredentials = false,\n      maxAge = 0,\n      allowedOrigins = Set(\"http:\/\/allowed.com\"),\n      allowedHeaders = Some(Set(\"User-Agent\", \"Keep-Alive\", \"Content-Type\")),\n      exposedHeaders = Some(Set(\"x-header\"))\n    )\n  )\n\n  def headerCheck(h: Header): Boolean = h.is(`Access-Control-Max-Age`)\n\n  final def matchHeader[A <: Header](\n      hs: Headers,\n      hk: HeaderKey.Internal[A],\n      expected: String): Boolean =\n    hs.get(hk.name).fold(false)(_.value === expected)\n\n  def buildRequest(path: String, method: Method = GET) =\n    Request[IO](uri = Uri(path = Uri.Path.fromString(path)), method = method).withHeaders(\n      Header(\"Origin\", \"http:\/\/allowed.com\"),\n      Header(\"Access-Control-Request-Method\", \"GET\"))\n\n  test(\"Be omitted when unrequested\") {\n    val req = buildRequest(\"foo\")\n    cors1.orNotFound(req).map(_.headers.toList.exists(headerCheck _)).assertEquals(false) *>\n      cors2.orNotFound(req).map(_.headers.toList.exists(headerCheck _)).assertEquals(false)\n  }\n\n  test(\"Respect Access-Control-Allow-Credentials\") {\n    val req = buildRequest(\"\/foo\")\n    cors1\n      .orNotFound(req)\n      .map(resp => matchHeader(resp.headers, `Access-Control-Allow-Credentials`, \"true\"))\n      .assert *>\n      cors2\n        .orNotFound(req)\n        .map(resp => matchHeader(resp.headers, `Access-Control-Allow-Credentials`, \"false\"))\n        .assert\n  }\n\n  test(\"Respect Access-Control-Allow-Headers in preflight call\") {\n    val req = buildRequest(\"\/foo\", OPTIONS)\n    cors2\n      .orNotFound(req)\n      .map { resp =>\n        matchHeader(\n          resp.headers,\n          `Access-Control-Allow-Headers`,\n          \"User-Agent, Keep-Alive, Content-Type\")\n      }\n      .assert\n  }\n\n  test(\"Respect Access-Control-Expose-Headers in non-preflight call\") {\n    val req = buildRequest(\"\/foo\")\n    cors2\n      .orNotFound(req)\n      .map { resp =>\n        matchHeader(resp.headers, `Access-Control-Expose-Headers`, \"x-header\")\n      }\n      .assert\n  }\n\n  test(\"Offer a successful reply to OPTIONS on fallthrough\") {\n    val req = buildRequest(\"\/unexistant\", OPTIONS)\n    cors1\n      .orNotFound(req)\n      .map(resp =>\n        resp.status.isSuccess && matchHeader(\n          resp.headers,\n          `Access-Control-Allow-Credentials`,\n          \"true\"))\n      .assert *>\n      cors2\n        .orNotFound(req)\n        .map(resp =>\n          resp.status.isSuccess && matchHeader(\n            resp.headers,\n            `Access-Control-Allow-Credentials`,\n            \"false\"))\n        .assert\n  }\n\n  test(\"Always respond with 200 and empty body for OPTIONS request\") {\n    val req = buildRequest(\"\/bar\", OPTIONS)\n    cors1.orNotFound(req).map(_.headers.toList.exists(headerCheck _)).assert *>\n      cors2.orNotFound(req).map(_.headers.toList.exists(headerCheck _)).assert\n  }\n\n  test(\"Respond with 403 when origin is not valid\") {\n    val req = buildRequest(\"\/bar\").withHeaders(Header(\"Origin\", \"http:\/\/blah.com\/\"))\n    cors2\n      .orNotFound(req)\n      .map(resp => resp.status.code == 403)\n      .assert\n  }\n\n  test(\"Fall through\") {\n    val req = buildRequest(\"\/2\")\n    val routes1 = CORS(HttpRoutes.of[IO] { case GET -> Root \/ \"1\" => Ok() })\n    val routes2 = CORS(HttpRoutes.of[IO] { case GET -> Root \/ \"2\" => Ok() })\n    (routes1 <+> routes2).orNotFound(req).map(_.status).assertEquals(Ok)\n  }\n\n  test(\"Not replace vary header if already set\") {\n    val req = buildRequest(\"\/\")\n    val service = CORS(HttpRoutes.of[IO] { case GET -> Root =>\n      Response[IO](Ok)\n        .putHeaders(Header(\"Vary\", \"Origin,Accept\"))\n        .withEntity(\"foo\")\n        .pure[IO]\n    })\n\n    service\n      .orNotFound(req)\n      .map { resp =>\n        matchHeader(resp.headers, `Vary`, \"Origin,Accept\")\n      }\n      .assert\n  }\n\n  test(\"Be created via httpRoutes constructor\") {\n    val cors = CORS.httpRoutes(routes)\n    val req = buildRequest(\"\/foo\")\n\n    cors\n      .orNotFound(req)\n      .map(resp => matchHeader(resp.headers, `Access-Control-Allow-Credentials`, \"true\"))\n      .assert\n  }\n\n  test(\"Be created via httpApp constructor\") {\n    val cors = CORS.httpApp(routes.orNotFound)\n    val req = buildRequest(\"\/foo\")\n\n    cors\n      .run(req)\n      .map(resp => matchHeader(resp.headers, `Access-Control-Allow-Credentials`, \"true\"))\n      .assert\n  }\n}\n"}
{"repo_name":"desbo\/http4s","path":"dsl\/src\/test\/scala\/org\/http4s\/dsl\/ResponseGeneratorSuite.scala","text":"<reponame>desbo\/http4s\n\/*\n * Copyright 2013 http4s.org\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.http4s\npackage dsl\n\nimport cats.Monad\nimport cats.effect.IO\nimport cats.syntax.all._\nimport org.http4s.dsl.io._\nimport org.http4s.MediaType\nimport org.http4s.headers.{Accept, Location, `Content-Length`, `Content-Type`}\n\nclass ResponseGeneratorSuite extends Http4sSuite {\n  test(\"Add the EntityEncoder headers along with a content-length header\") {\n    val body = \"foo\"\n    val resultheaders = Ok(body)(Monad[IO], EntityEncoder.stringEncoder[IO]).map(_.headers)\n    EntityEncoder\n      .stringEncoder[IO]\n      .headers\n      .toList\n      .traverse { h =>\n        resultheaders.map(_.toList.exists(_ == h)).assert\n      } *>\n      resultheaders\n        .map(_.get(`Content-Length`))\n        .assertEquals(\n          `Content-Length`\n            .fromLong(body.getBytes.length.toLong)\n            .toOption)\n  }\n\n  test(\"Not duplicate headers when not provided\") {\n    val w =\n      EntityEncoder.encodeBy[IO, String](\n        EntityEncoder.stringEncoder[IO].headers.put(Accept(MediaRange.`audio\/*`)))(\n        EntityEncoder.stringEncoder[IO].toEntity(_)\n      )\n\n    Ok(\"foo\")(Monad[IO], w)\n      .map(_.headers.get(Accept))\n      .assertEquals(Some(Accept(MediaRange.`audio\/*`)))\n  }\n\n  test(\"Explicitly added headers have priority\") {\n    val w: EntityEncoder[IO, String] = EntityEncoder.encodeBy[IO, String](\n      EntityEncoder.stringEncoder[IO].headers.put(`Content-Type`(MediaType.text.html)))(\n      EntityEncoder.stringEncoder[IO].toEntity(_)\n    )\n\n    val resp: IO[Response[IO]] =\n      Ok(\"foo\", `Content-Type`(MediaType.application.json))(Monad[IO], w)\n    resp\n      .map(_.headers.get(`Content-Type`).map(_.mediaType))\n      .assertEquals(Some(MediaType.application.json))\n  }\n\n  test(\"NoContent() does not generate Content-Length\") {\n    \/* A server MUST NOT send a Content-Length header field in any response\n     * with a status code of 1xx (Informational) or 204 (No Content).\n     * -- https:\/\/tools.ietf.org\/html\/rfc7230#section-3.3.2\n     *\/\n    val resp = NoContent()\n    resp.map(_.contentLength).assertEquals(Option.empty[Long])\n  }\n\n  test(\"ResetContent() generates Content-Length: 0\") {\n    \/* a server MUST do one of the following for a 205 response: a) indicate a\n     * zero-length body for the response by including a Content-Length header\n     * field with a value of 0; b) indicate a zero-length payload for the\n     * response by including a Transfer-Encoding header field with a value of\n     * chunked and a message body consisting of a single chunk of zero-length;\n     * or, c) close the connection immediately after sending the blank line\n     * terminating the header section.\n     * -- https:\/\/tools.ietf.org\/html\/rfc7231#section-6.3.6\n     *\n     * We choose option a.\n     *\/\n    val resp = ResetContent()\n    resp.map(_.contentLength).assertEquals(Some(0L))\n  }\n\n  test(\"NotModified() does not generate Content-Length\") {\n    \/* A server MAY send a Content-Length header field in a 304 (Not Modified)\n     * response to a conditional GET request (Section 4.1 of [RFC7232]); a\n     * server MUST NOT send Content-Length in such a response unless its\n     * field-value equals the decimal number of octets that would have been sent\n     * in the payload body of a 200 (OK) response to the same request.\n     * -- https:\/\/tools.ietf.org\/html\/rfc7230#section-3.3.2\n     *\n     * We don't know what the proper value is in this signature, so we send\n     * nothing.\n     *\/\n    val resp = NotModified()\n    resp.map(_.contentLength).assertEquals(Option.empty[Long])\n  }\n\n  test(\"EntityResponseGenerator() generates Content-Length: 0\") {\n\n    \/** Aside from the cases defined above, in the absence of Transfer-Encoding,\n      * an origin server SHOULD send a Content-Length header field when the\n      * payload body size is known prior to sending the complete header section.\n      * -- https:\/\/tools.ietf.org\/html\/rfc7230#section-3.3.2\n      *\n      * Until someone sets a body, we have an empty body and we'll set the\n      * Content-Length.\n      *\/\n    val resp = Ok()\n    resp.map(_.contentLength).assertEquals(Some(0L))\n  }\n\n  test(\"MovedPermanently() generates expected headers without body\") {\n    val location = Location(Uri.unsafeFromString(\"http:\/\/foo\"))\n    val resp = MovedPermanently(location, Accept(MediaRange.`audio\/*`))\n    resp\n      .map(_.headers)\n      .assertEquals(\n        Headers.of(\n          `Content-Length`.zero,\n          location,\n          Accept(MediaRange.`audio\/*`)\n        ))\n  }\n\n  test(\"MovedPermanently() generates expected headers with body\") {\n    val location = Location(Uri.unsafeFromString(\"http:\/\/foo\"))\n    val body = \"foo\"\n    val resp = MovedPermanently(location, body, Accept(MediaRange.`audio\/*`))\n    resp\n      .map(_.headers)\n      .assertEquals(\n        Headers.of(\n          `Content-Type`(MediaType.text.plain, Charset.`UTF-8`),\n          location,\n          Accept(MediaRange.`audio\/*`),\n          `Content-Length`.unsafeFromLong(3)\n        ))\n  }\n}\n"}
{"repo_name":"maxcom\/tapir","path":"server\/netty-server\/src\/test\/scala\/sttp\/tapir\/server\/netty\/NettyFutureServerTest.scala","text":"<filename>server\/netty-server\/src\/test\/scala\/sttp\/tapir\/server\/netty\/NettyFutureServerTest.scala\npackage sttp.tapir.server.netty\n\nimport cats.effect.{IO, Resource}\nimport io.netty.channel.nio.NioEventLoopGroup\nimport org.scalatest.EitherValues\nimport sttp.monad.FutureMonad\nimport sttp.tapir.server.netty.internal.FutureUtil.nettyFutureToScala\nimport sttp.tapir.server.tests._\nimport sttp.tapir.tests.{Test, TestSuite}\n\nclass NettyFutureServerTest extends TestSuite with EitherValues {\n  override def tests: Resource[IO, List[Test]] =\n    backendResource.flatMap { backend =>\n      Resource\n        .make(IO.delay {\n          implicit val m: FutureMonad = new FutureMonad()\n          val eventLoopGroup = new NioEventLoopGroup()\n\n          val interpreter = new NettyFutureTestServerInterpreter(eventLoopGroup)\n          val createServerTest = new DefaultCreateServerTest(backend, interpreter)\n\n          val tests = new ServerBasicTests(createServerTest, interpreter).tests() ++\n            new ServerAuthenticationTests(createServerTest).tests() ++\n            new ServerMetricsTest(createServerTest).tests() ++\n            new ServerRejectTests(createServerTest, interpreter).tests()\n\n          (tests, eventLoopGroup)\n        }) { case (_, eventLoopGroup) =>\n          IO.fromFuture(IO.delay(nettyFutureToScala(eventLoopGroup.shutdownGracefully()))).void\n        }\n        .map { case (tests, _) => tests }\n    }\n}\n"}
{"repo_name":"maxcom\/tapir","path":"server\/netty-server\/src\/main\/scala\/sttp\/tapir\/server\/netty\/internal\/NettyRequestBody.scala","text":"package sttp.tapir.server.netty.internal\n\nimport io.netty.buffer.{ByteBufInputStream, ByteBufUtil}\nimport sttp.capabilities\nimport sttp.monad.MonadError\nimport sttp.tapir.{RawBodyType, TapirFile}\nimport sttp.tapir.internal.NoStreams\nimport sttp.tapir.model.ServerRequest\nimport sttp.monad.syntax._\nimport sttp.tapir.server.interpreter.{RawValue, RequestBody}\nimport sttp.tapir.server.netty.NettyServerRequest\n\nimport java.nio.ByteBuffer\nimport java.nio.file.Files\n\nclass NettyRequestBody[F[_]](req: NettyServerRequest, serverRequest: ServerRequest, createFile: ServerRequest => F[TapirFile])(implicit\n    monadError: MonadError[F]\n) extends RequestBody[F, NoStreams] {\n\n  override val streams: capabilities.Streams[NoStreams] = NoStreams\n\n  override def toRaw[RAW](bodyType: RawBodyType[RAW]): F[RawValue[RAW]] = {\n    bodyType match {\n      case RawBodyType.StringBody(charset) => monadError.unit(RawValue(req.req.content().toString(charset)))\n      case RawBodyType.ByteArrayBody       => monadError.unit(RawValue(requestContent))\n      case RawBodyType.ByteBufferBody      => monadError.unit(RawValue(ByteBuffer.wrap(requestContent)))\n      case RawBodyType.InputStreamBody     => monadError.unit(RawValue(new ByteBufInputStream(req.req.content())))\n      case RawBodyType.FileBody =>\n        createFile(serverRequest)\n          .map(file => {\n            Files.write(file.toPath, requestContent)\n            RawValue(file, Seq(file))\n          })\n      case _: RawBodyType.MultipartBody => ???\n    }\n  }\n\n  override def toStream(): streams.BinaryStream = throw new UnsupportedOperationException()\n\n  \/** [[ByteBufUtil.getBytes(io.netty.buffer.ByteBuf)]] copies buffer without affecting reader index of the original. *\/\n  private def requestContent = ByteBufUtil.getBytes(req.req.content())\n}\n"}
{"repo_name":"maxcom\/tapir","path":"server\/netty-server\/src\/main\/scala\/sttp\/tapir\/server\/netty\/NettyCatsServerOptions.scala","text":"<filename>server\/netty-server\/src\/main\/scala\/sttp\/tapir\/server\/netty\/NettyCatsServerOptions.scala\npackage sttp.tapir.server.netty\n\nimport cats.effect.std.Dispatcher\nimport cats.effect.{Async, Sync}\nimport com.typesafe.scalalogging.Logger\nimport sttp.tapir.{Defaults, TapirFile}\nimport sttp.tapir.model.ServerRequest\nimport sttp.tapir.server.interceptor.log.{DefaultServerLog, ServerLog, ServerLogInterceptor}\nimport sttp.tapir.server.interceptor.{CustomInterceptors, Interceptor}\n\ncase class NettyCatsServerOptions[F[_]](\n    host: String,\n    port: Int,\n    interceptors: List[Interceptor[F]],\n    createFile: ServerRequest => F[TapirFile],\n    deleteFile: TapirFile => F[Unit],\n    dispatcher: Dispatcher[F],\n    nettyOptions: NettyOptions\n) {\n  def host(s: String): NettyCatsServerOptions[F] = copy(host = s)\n  def port(p: Int): NettyCatsServerOptions[F] = copy(port = p)\n  def randomPort: NettyCatsServerOptions[F] = port(0)\n  def prependInterceptor(i: Interceptor[F]): NettyCatsServerOptions[F] = copy(interceptors = i :: interceptors)\n  def appendInterceptor(i: Interceptor[F]): NettyCatsServerOptions[F] = copy(interceptors = interceptors :+ i)\n  def nettyOptions(o: NettyOptions): NettyCatsServerOptions[F] = copy(nettyOptions = o)\n}\n\nobject NettyCatsServerOptions {\n  def default[F[_]: Async](dispatcher: Dispatcher[F]): NettyCatsServerOptions[F] = customInterceptors(dispatcher).options\n\n  def default[F[_]: Async](interceptors: List[Interceptor[F]], dispatcher: Dispatcher[F]): NettyCatsServerOptions[F] =\n    NettyCatsServerOptions(\n      NettyDefaults.DefaultHost,\n      NettyDefaults.DefaultPort,\n      interceptors,\n      _ => Sync[F].delay(Defaults.createTempFile()),\n      file => Sync[F].delay(Defaults.deleteFile()(file)),\n      dispatcher,\n      NettyOptions.default\n    )\n\n  def customInterceptors[F[_]: Async](dispatcher: Dispatcher[F]): CustomInterceptors[F, Logger => F[Unit], NettyCatsServerOptions[F]] =\n    CustomInterceptors(\n      createLogInterceptor =\n        (sl: ServerLog[Logger => F[Unit]]) => new ServerLogInterceptor[Logger => F[Unit], F](sl, (_, _) => Sync[F].unit),\n      createOptions = (ci: CustomInterceptors[F, Logger => F[Unit], NettyCatsServerOptions[F]]) => default(ci.interceptors, dispatcher)\n    ).serverLog(defaultServerLog)\n\n  def defaultServerLog[F[_]: Async]: ServerLog[Logger => F[Unit]] = DefaultServerLog(\n    doLogWhenHandled = debugLog[F],\n    doLogAllDecodeFailures = debugLog[F],\n    doLogExceptions = (msg: String, ex: Throwable) => log => Sync[F].delay(log.error(msg, ex)),\n    noLog = _ => Sync[F].unit\n  )\n\n  private def debugLog[F[_]: Async](msg: String, exOpt: Option[Throwable]): Logger => F[Unit] = log =>\n    Sync[F].delay(NettyDefaults.debugLog(log, msg, exOpt))\n}\n"}
{"repo_name":"maxcom\/tapir","path":"core\/src\/main\/scala\/sttp\/tapir\/internal\/package.scala","text":"package sttp.tapir\n\nimport sttp.model.{ContentTypeRange, MediaType, Method, StatusCode}\nimport sttp.monad.MonadError\nimport sttp.tapir.EndpointOutput.WebSocketBodyWrapper\nimport sttp.tapir.typelevel.{BinaryTupleOp, ParamConcat, ParamSubtract}\n\nimport java.nio.charset.{Charset, StandardCharsets}\nimport scala.collection.immutable\nimport scala.reflect.ClassTag\nimport scala.util.{Failure, Success, Try}\n\npackage object internal {\n\n  \/** A union type: () | value | 2+ tuple. Represents the possible parameters of an endpoint's input\/output: no parameters, a single\n    * parameter (a \"stand-alone\" value instead of a 1-tuple), and multiple parameters.\n    *\n    * There are two views on parameters: [[ParamsAsAny]], where the parameters are represented as instances of the union type, or\n    * [[ParamsAsVector]], where the parameters are represented as a vector of size 0\/1\/2+.\n    *\/\n  sealed trait Params {\n    def asAny: Any\n    def asVector: Vector[Any]\n  }\n  case class ParamsAsAny(asAny: Any) extends Params {\n    override lazy val asVector: Vector[Any] = ParamsToSeq(asAny).toVector\n  }\n  case class ParamsAsVector(asVector: Vector[Any]) extends Params {\n    override lazy val asAny: Any = SeqToParams(asVector)\n  }\n\n  type CombineParams = (Params, Params) => Params\n  type SplitParams = Params => (Params, Params)\n\n  def mkCombine(op: BinaryTupleOp): CombineParams =\n    (op.leftArity, op.rightArity) match {\n      case (0, _) => (_, p2) => p2\n      case (_, 0) => (p1, _) => p1\n      case (1, 1) => (p1, p2) => ParamsAsVector(Vector(p1.asAny, p2.asAny))\n      case (1, _) => (p1, p2) => ParamsAsVector(p1.asAny +: p2.asVector)\n      case (_, 1) => (p1, p2) => ParamsAsVector(p1.asVector :+ p2.asAny)\n      case _      => (p1, p2) => ParamsAsVector(p1.asVector ++ p2.asVector)\n    }\n\n  def mkSplit(op: BinaryTupleOp): SplitParams =\n    (op.leftArity, op.rightArity) match {\n      case (0, _) => p => (ParamsAsAny(()), p)\n      case (_, 0) => p => (p, ParamsAsAny(()))\n      case (1, 1) => p => (ParamsAsAny(p.asVector.head), ParamsAsAny(p.asVector.last))\n      case (1, _) => p => (ParamsAsAny(p.asVector.head), ParamsAsVector(p.asVector.tail))\n      case (_, 1) => p => (ParamsAsVector(p.asVector.init), ParamsAsAny(p.asVector.last))\n      case (a, b) => p => (ParamsAsVector(p.asVector.take(a)), ParamsAsVector(p.asVector.takeRight(b)))\n    }\n\n  def combine[T, U, TU](t: T, u: U)(concat: ParamConcat.Aux[T, U, TU]): TU =\n    mkCombine(concat).apply(ParamsAsAny(t), ParamsAsAny(u)).asAny.asInstanceOf[TU]\n\n  def split[T, U, TU](tu: TU)(subtract: ParamSubtract.Aux[TU, T, U]): (T, U) = {\n    val (pt, pu) = mkSplit(subtract).apply(ParamsAsAny(tu))\n    (pt.asAny.asInstanceOf[T], pu.asAny.asInstanceOf[U])\n  }\n\n  \/\/\n\n  implicit class RichEndpointInput[I](input: EndpointInput[I]) {\n    def traverseInputs[T](handle: PartialFunction[EndpointInput[_], Vector[T]]): Vector[T] =\n      input match {\n        case i: EndpointInput[_] if handle.isDefinedAt(i) => handle(i)\n        case EndpointInput.Pair(left, right, _, _)        => left.traverseInputs(handle) ++ right.traverseInputs(handle)\n        case EndpointIO.Pair(left, right, _, _)           => left.traverseInputs(handle) ++ right.traverseInputs(handle)\n        case EndpointInput.MappedPair(wrapped, _)         => wrapped.traverseInputs(handle)\n        case EndpointIO.MappedPair(wrapped, _)            => wrapped.traverseInputs(handle)\n        case a: EndpointInput.Auth[_]                     => a.input.traverseInputs(handle)\n        case _                                            => Vector.empty\n      }\n\n    def asVectorOfBasicInputs(includeAuth: Boolean = true): Vector[EndpointInput.Basic[_]] =\n      traverseInputs {\n        case b: EndpointInput.Basic[_] => Vector(b)\n        case a: EndpointInput.Auth[_]  => if (includeAuth) a.input.asVectorOfBasicInputs(includeAuth) else Vector.empty\n      }\n\n    def auths: Vector[EndpointInput.Auth[_]] =\n      traverseInputs { case a: EndpointInput.Auth[_] =>\n        Vector(a)\n      }\n\n    def method: Option[Method] =\n      traverseInputs { case i: EndpointInput.FixedMethod[_] =>\n        Vector(i.m)\n      }.headOption\n\n    def pathTo(targetInput: EndpointInput[_]): Vector[EndpointInput[_]] = {\n      def findIn(parent: EndpointInput[_], inputs: EndpointInput[_]*) = inputs.foldLeft(Vector.empty[EndpointInput[_]]) {\n        case (v, input) if v.isEmpty =>\n          val path = input.pathTo(targetInput)\n          if (path.nonEmpty) parent +: path else path\n        case (v, _) => v\n      }\n      if (targetInput == input) Vector(input)\n      else\n        input match {\n          case _: EndpointInput.Basic[_]                 => Vector.empty\n          case i @ EndpointInput.Pair(left, right, _, _) => findIn(i, left, right)\n          case i @ EndpointIO.Pair(left, right, _, _)    => findIn(i, left, right)\n          case a: EndpointInput.Auth[_]                  => findIn(a, a.input)\n          case i @ EndpointInput.MappedPair(p, _)        => findIn(i, p)\n          case i @ EndpointIO.MappedPair(p, _)           => findIn(i, p)\n        }\n    }\n  }\n\n  def basicInputSortIndex(i: EndpointInput.Basic[_]): Int =\n    i match {\n      case _: EndpointInput.FixedMethod[_]        => 0\n      case _: EndpointInput.FixedPath[_]          => 1\n      case _: EndpointInput.PathCapture[_]        => 1\n      case _: EndpointInput.PathsCapture[_]       => 1\n      case _: EndpointInput.Query[_]              => 2\n      case _: EndpointInput.QueryParams[_]        => 2\n      case _: EndpointInput.Cookie[_]             => 3\n      case _: EndpointIO.Header[_]                => 3\n      case _: EndpointIO.Headers[_]               => 3\n      case _: EndpointIO.FixedHeader[_]           => 3\n      case _: EndpointInput.ExtractFromRequest[_] => 4\n      case _: EndpointIO.Body[_, _]               => 6\n      case _: EndpointIO.StreamBodyWrapper[_, _]  => 6\n      case _: EndpointIO.Empty[_]                 => 7\n    }\n\n  implicit class RichEndpointOutput[I](output: EndpointOutput[I]) {\n    \/\/ Outputs may differ basing on status code because of `oneOf`. This method extracts the status code\n    \/\/ mapping to the top-level. In the map, the `None` key stands for the default status code, and a `Some` value\n    \/\/ to the status code specified using `statusMapping` or `statusCode(_)`. Any empty outputs without metadata are skipped.\n    type BasicOutputs = Vector[EndpointOutput.Basic[_]]\n    def asBasicOutputsList: List[(Option[StatusCode], BasicOutputs)] =\n      asBasicOutputsOrList match {\n        case Left(outputs) => (None -> outputs) :: Nil\n        case Right(list)   => list\n      }\n\n    private[internal] type BasicOutputsOrList = Either[BasicOutputs, List[(Option[StatusCode], BasicOutputs)]]\n    private[internal] def asBasicOutputsOrList: BasicOutputsOrList = {\n      def throwMultipleOneOfMappings = throw new IllegalArgumentException(s\"Multiple one-of mappings in output $output\")\n\n      def mergeMultiple(v: Vector[BasicOutputsOrList]): BasicOutputsOrList =\n        v.foldLeft(Left(Vector.empty): BasicOutputsOrList) {\n          case (Left(os1), Left(os2))    => Left(os1 ++ os2)\n          case (Left(os1), Right(osMap)) => Right(osMap.map { case (sc, os2) => sc -> (os1 ++ os2) })\n          case (Right(osMap), Left(os2)) => Right(osMap.map { case (sc, os1) => sc -> (os1 ++ os2) })\n          case (Right(_), Right(_))      => throwMultipleOneOfMappings\n        }\n\n      output match {\n        case EndpointOutput.Pair(left, right, _, _) => mergeMultiple(Vector(left.asBasicOutputsOrList, right.asBasicOutputsOrList))\n        case EndpointIO.Pair(left, right, _, _)     => mergeMultiple(Vector(left.asBasicOutputsOrList, right.asBasicOutputsOrList))\n        case EndpointOutput.MappedPair(wrapped, _)  => wrapped.asBasicOutputsOrList\n        case EndpointIO.MappedPair(wrapped, _)      => wrapped.asBasicOutputsOrList\n        case _: EndpointOutput.Void[_]              => Left(Vector.empty)\n        case s: EndpointOutput.OneOf[_, _] =>\n          Right(\n            s.mappings\n              .map(c => (c.output.asBasicOutputsOrList, c.statusCode))\n              .map {\n                case (Left(basicOutputs), statusCode) => statusCode -> basicOutputs\n                case (Right(_), _)                    => throwMultipleOneOfMappings\n              }\n              .toList\n          )\n        case f: EndpointOutput.FixedStatusCode[_] => Right((Some(f.statusCode) -> Vector(f)) :: Nil)\n        case f: EndpointOutput.StatusCode[_] if f.documentedCodes.nonEmpty =>\n          val entries = f.documentedCodes.keys.map(code => Some(code) -> Vector(f)).toList\n          Right(entries)\n        case e: EndpointIO.Empty[_]     => if (hasMetaData(e)) Left(Vector(e)) else Left(Vector.empty)\n        case b: EndpointOutput.Basic[_] => Left(Vector(b))\n      }\n    }\n\n    private def hasMetaData(e: EndpointIO.Empty[_]): Boolean = {\n      e.info.deprecated || e.info.description.nonEmpty || e.info.docsExtensions.nonEmpty || e.info.examples.nonEmpty\n    }\n\n    def traverseOutputs[T](handle: PartialFunction[EndpointOutput[_], Vector[T]]): Vector[T] =\n      output match {\n        case o: EndpointOutput[_] if handle.isDefinedAt(o) => handle(o)\n        case EndpointOutput.Pair(left, right, _, _)        => left.traverseOutputs(handle) ++ right.traverseOutputs(handle)\n        case EndpointIO.Pair(left, right, _, _)            => left.traverseOutputs(handle) ++ right.traverseOutputs(handle)\n        case EndpointOutput.MappedPair(wrapped, _)         => wrapped.traverseOutputs(handle)\n        case EndpointIO.MappedPair(wrapped, _)             => wrapped.traverseOutputs(handle)\n        case s: EndpointOutput.OneOf[_, _]                 => s.mappings.toVector.flatMap(_.output.traverseOutputs(handle))\n        case _                                             => Vector.empty\n      }\n\n    def bodyType: Option[RawBodyType[_]] = {\n      traverseOutputs[RawBodyType[_]] { case b: EndpointIO.Body[_, _] =>\n        Vector(b.bodyType)\n      }.headOption\n    }\n\n    def supportedMediaTypes: Vector[MediaType] = traverseOutputs {\n      case EndpointIO.Body(bodyType, codec, _) =>\n        Vector(codec.format.mediaType.copy(charset = charset(bodyType).map(_.name())))\n      case EndpointIO.StreamBodyWrapper(StreamBodyIO(_, codec, _, charset)) =>\n        Vector(codec.format.mediaType.copy(charset = charset.map(_.name())))\n    }\n\n    def hasBodyMatchingContent(content: MediaType): Boolean = {\n      val contentToMatch = content match {\n        \/\/ default for text https:\/\/tools.ietf.org\/html\/rfc2616#section-3.7.1, other types has no defaults\n        case m @ MediaType(\"text\", _, None, _) => m.charset(StandardCharsets.ISO_8859_1.name())\n        case m                                 => m\n      }\n\n      val contentTypeRange =\n        ContentTypeRange(contentToMatch.mainType, contentToMatch.subType, contentToMatch.charset.getOrElse(ContentTypeRange.Wildcard))\n\n      supportedMediaTypes.exists(_.matches(contentTypeRange))\n    }\n  }\n\n  implicit class RichBasicEndpointOutputs(outputs: Vector[EndpointOutput.Basic[_]]) {\n    def sortByType: Vector[EndpointOutput.Basic[_]] =\n      outputs.sortBy {\n        case _: EndpointIO.Empty[_]                       => 0\n        case _: EndpointOutput.StatusCode[_]              => 0\n        case _: EndpointOutput.FixedStatusCode[_]         => 0\n        case _: EndpointIO.Header[_]                      => 1\n        case _: EndpointIO.Headers[_]                     => 1\n        case _: EndpointIO.FixedHeader[_]                 => 1\n        case _: EndpointIO.Body[_, _]                     => 2\n        case _: EndpointIO.StreamBodyWrapper[_, _]        => 2\n        case _: EndpointOutput.WebSocketBodyWrapper[_, _] => 2\n      }\n  }\n\n  def addValidatorShow(s: String, schema: Schema[_]): String = schema.showValidators match {\n    case None     => s\n    case Some(sv) => s\"$s($sv)\"\n  }\n\n  def showMultiple(et: Vector[EndpointTransput[_]]): String = {\n    val et2 = et.filter {\n      case _: EndpointIO.Empty[_] => false\n      case _                      => true\n    }\n    if (et2.isEmpty) \"-\" else et2.map(_.show).mkString(\" \")\n  }\n\n  def showOneOf(mappings: Seq[String]): String = s\"one of(${mappings.mkString(\"|\")})\"\n\n  def charset(bodyType: RawBodyType[_]): Option[Charset] = {\n    bodyType match {\n      case RawBodyType.StringBody(charset) => Some(charset)\n      case _                               => None\n    }\n  }\n\n  def exactMatch[T: ClassTag](exactValues: Set[T]): PartialFunction[Any, Boolean] = { case v: T =>\n    exactValues.contains(v)\n  }\n\n  def recoverErrors[I, E, O, F[_]](\n      f: I => F[O]\n  )(implicit eClassTag: ClassTag[E], eIsThrowable: E <:< Throwable): MonadError[F] => I => F[Either[E, O]] = { implicit monad => i =>\n    import sttp.monad.syntax._\n    Try(f(i).map(Right(_): Either[E, O])) match {\n      case Success(value) =>\n        monad.handleError(value) {\n          case e if eClassTag.runtimeClass.isInstance(e) => wrapException(e)\n        }\n      case Failure(exception) if eClassTag.runtimeClass.isInstance(exception) => wrapException(exception)\n      case Failure(exception)                                                 => monad.error(exception)\n    }\n  }\n\n  def findWebSocket(e: Endpoint[_, _, _, _]): Option[WebSocketBodyWrapper[_, _]] =\n    e.output\n      .traverseOutputs[EndpointOutput.WebSocketBodyWrapper[_, _]] { case ws: EndpointOutput.WebSocketBodyWrapper[_, _] =>\n        Vector(ws)\n      }\n      .headOption\n\n  private def wrapException[F[_], O, E, I](exception: Throwable)(implicit me: MonadError[F]): F[Either[E, O]] = {\n    me.unit(Left(exception.asInstanceOf[E]): Either[E, O])\n  }\n\n  \/\/ see https:\/\/github.com\/scala\/bug\/issues\/12186\n  implicit class RichVector[T](c: Vector[T]) {\n    def headAndTail: Option[(T, Vector[T])] = if (c.isEmpty) None else Some((c.head, c.tail))\n    def initAndLast: Option[(Vector[T], T)] = if (c.isEmpty) None else Some((c.init, c.last))\n  }\n\n  implicit class IterableToListMap[A](xs: Iterable[A]) {\n    def toListMap[T, U](implicit ev: A <:< (T, U)): immutable.ListMap[T, U] = {\n      val b = immutable.ListMap.newBuilder[T, U]\n      for (x <- xs)\n        b += x\n\n      b.result()\n    }\n  }\n\n  implicit class SortListMap[K, V](m: immutable.ListMap[K, V]) {\n    def sortByKey(implicit ko: Ordering[K]): immutable.ListMap[K, V] = sortBy(_._1)\n    def sortBy[B: Ordering](f: ((K, V)) => B): immutable.ListMap[K, V] = {\n      m.toList.sortBy(f).toListMap\n    }\n  }\n\n  implicit class ValidatorSyntax[T](v: Validator[T]) {\n    def asPrimitiveValidators: Seq[Validator.Primitive[_]] = {\n      def toPrimitives(v: Validator[_]): Seq[Validator.Primitive[_]] = {\n        v match {\n          case Validator.Mapped(wrapped, _) => toPrimitives(wrapped)\n          case Validator.All(validators)    => validators.flatMap(toPrimitives)\n          case Validator.Any(validators)    => validators.flatMap(toPrimitives)\n          case Validator.Custom(_, _)       => Nil\n          case bv: Validator.Primitive[_]   => List(bv)\n        }\n      }\n      toPrimitives(v)\n    }\n\n    def traversePrimitives[U](handle: PartialFunction[Validator.Primitive[_], Vector[U]]): Vector[U] =\n      asPrimitiveValidators.collect(handle).flatten.toVector\n\n    def inferEnumerationEncode: Validator[T] = {\n      v match {\n        case Validator.Enumeration(possibleValues, None, name) =>\n          if (possibleValues.forall(isBasicValue)) Validator.Enumeration(possibleValues, Some((x: T) => Some(x)), name) else v\n        case Validator.Mapped(wrapped, g) => Validator.Mapped(wrapped.inferEnumerationEncode, g)\n        case Validator.All(validators)    => Validator.All(validators.map(_.inferEnumerationEncode))\n        case Validator.Any(validators)    => Validator.Any(validators.map(_.inferEnumerationEncode))\n        case _                            => v\n      }\n    }\n  }\n\n  def isBasicValue(v: Any): Boolean = v match {\n    case _: String     => true\n    case _: Int        => true\n    case _: Long       => true\n    case _: Float      => true\n    case _: Double     => true\n    case _: Boolean    => true\n    case _: BigDecimal => true\n    case _: BigInt     => true\n    case null          => true\n    case _             => false\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/AbnormalityDetection.scala","text":"<gh_stars>0\npackage library\n\nimport library.utils.Math\nimport models.ReasonForDetection.{TooFarFromMeanByDimensions, TooFarFromMeanByDate}\nimport models.{Metrics, Row, SuspectRow}\n\nobject AbnormalityDetection {\n  \/\/ List of operations\n  def average(rows: List[Row]): Double = {\n    Math.average(rows.map(_.metric))\n  }\n\n  def variance(rows: List[Row]): Double = {\n    Math.variance(rows.map(_.metric))\n  }\n\n  def standardDeviation(rows: List[Row]): Double = {\n    Math.standardDeviation(rows.map(_.metric))\n  }\n\n  \/\/ Apply operations\n  def groupByDate(rows: List[Row]): Map[java.time.LocalDate, List[Row]] = {\n    rows.groupBy((row: Row) => row.date)\n  }\n\n  def groupByDimensions(rows: List[Row]): Map[List[String], List[Row]] = {\n    rows.groupBy((row: Row) => row.dimensions)\n  }\n\n  def operationByDate(grouped: Map[java.time.LocalDate, List[Row]], operation: List[Row] => Double, row: Row): Double = {\n    operation(grouped(row.date))\n  }\n\n  def operationByDimensions(grouped: Map[List[String], List[Row]], operation: List[Row] => Double, row: Row,filter: Row => Boolean): Double = {\n    operation(grouped(row.dimensions).filter(filter))\n  }\n  def testCompleteness(grouped: Map[List[String], List[Row]], row: Row,filter: Row => Boolean,numberOfMonthsToLookBefore:Int):Boolean={\n    grouped(row.dimensions).count(filter) >=numberOfMonthsToLookBefore*4\n  }\n\n  \/\/ Ways to Detect Abnormalities\n  def filterAbnormalitiesFromDistanceToMean(rows: List[Row], numberOfStdDev: Int, metric: String,map:Metrics): Unit = {\n\/\/    val groupedByDate = groupByDate(rows)\n\/\/    rows.foreach { row =>\n\/\/      val averageByDate = operationByDate(groupedByDate, average, row)\n\/\/      val standardDeviationByDate = operationByDate(groupedByDate, standardDeviation, row)\n\/\/      if (row.metric > averageByDate + numberOfStdDev * standardDeviationByDate ||\n\/\/        row.metric < averageByDate - numberOfStdDev * standardDeviationByDate) {\n\/\/        SuspectRow.create(new SuspectRow(row, metric,map),TooFarFromMeanByDimensions)\n\/\/      }\n\/\/    }\n    val numberOfMonthsToLookBefore = 8\n    val groupedByDimensions = groupByDimensions(rows)\n    def  filter(row:Row)(row2:Row):Boolean = {\n      row.date.minusMonths(numberOfMonthsToLookBefore).isBefore(row2.date) && row.date.isAfter(row2.date)\n    }\n    rows.foreach { row =>\n      if(row.date.isAfter(java.time.LocalDate.of(2014,6,1))){\n      val averageByDimensions = operationByDimensions(groupedByDimensions, average, row, filter(row))\n      val standardDeviationByDimensions = operationByDimensions(groupedByDimensions, standardDeviation, row,filter(row))\n      if (testCompleteness(groupedByDimensions,row,filter(row),numberOfMonthsToLookBefore) &&\n        (row.metric > averageByDimensions + numberOfStdDev * averageByDimensions ||\n        row.metric < averageByDimensions - numberOfStdDev * averageByDimensions) &&\n        (row.metric > averageByDimensions + numberOfStdDev * standardDeviationByDimensions ||\n        row.metric < averageByDimensions - numberOfStdDev * standardDeviationByDimensions)) {\n        val criticityScore = (row.metric-averageByDimensions)\/(standardDeviationByDimensions+math.Pi-3.14)\n        println(criticityScore)\n        SuspectRow.create(new SuspectRow(row, metric,criticityScore,map),TooFarFromMeanByDate)}\n    }\n    }\n\n  }\n\n\n  def filterAllAbnormalities(rows: List[Row], mapCodesToNames: Map[String, String], metric: String,map:Metrics): Unit = {\n    val rowsWithNames = rows.map(row => {\n      val dimensionsWithNames = row.dimensions.map(dimension =>\n        if (mapCodesToNames.contains(dimension)) mapCodesToNames(dimension)\n        else dimension)\n      Row(row.date,dimensionsWithNames,row.metric)\n    }\n    )\n    filterAbnormalitiesFromDistanceToMean(rowsWithNames, 10, metric,map)\n\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/controllers\/AuthenticationController.scala","text":"\/**\n * Copyright (C) 2015 <NAME> - All Rights Reserved\n *\/\n\npackage controllers\n\nimport javax.inject._\n\nimport components.user.{PasswordAuthentication, SessionManager}\nimport models.SuspectRow\nimport models.authentication.{LoginValues, User,TemporaryUser}\nimport play.api.cache.CacheApi\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.mvc._\nimport repositories.authentication.UserRepository\n\n\/**\n * Controller used to manage user session.\n *\/\nclass AuthenticationController @Inject()(cache: CacheApi) extends Controller {\n\n  val form: Form[LoginValues] = Form(\n    mapping(\n      \"email\" -> nonEmptyText,\n      \"password\" -> nonEmptyText\n    )(LoginValues.apply)(LoginValues.unapply)\n  )\n\n\n\n\n  def welcome: Action[AnyContent] = Action { implicit request =>\n     Ok(views.html.authentication.authentication(form))\n\n\n  }\n\n\n  def login: Action[AnyContent] = Action { implicit request =>\n\n    form.bindFromRequest.fold(\n      error => {\n\n        \/\/ Request payload is invalid.envisageable\n        BadRequest(views.html.authentication.authentication(form.withGlobalError(\"error.invalidUserOrPassword\")))\n      },\n      success => {\n\n        \/\/ Request payload variables.\n        val email = success.email\n        val password = <PASSWORD>\n        val filledForm = form.fill(LoginValues(email, password))\n\n        UserRepository.findByEmail(email) match {\n          case Some(user) =>\n            if (PasswordAuthentication.authenticate(password, user.password)) {\n              SessionManager.create(Ok(views.html.data(user)), user)\n            }\n            else Unauthorized(views.html.authentication.authentication(filledForm.withGlobalError(\"error.invalidPassword\")))\n\n          case None =>\n            Unauthorized(views.html.authentication.authentication(filledForm.withGlobalError(\"error.userNotFound\")))\n        }\n      }\n    )\n  }\n\n\n  def logout = Action { implicit request =>\n    SessionManager.destroy(Ok(views.html.authentication.authentication(form)))\n\n  }\n\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/Configuration.scala","text":"<reponame>BriacPi\/BasePlay2\npackage models\n\ncase class Configuration(metric: String, dimensions: List[String])\n\n\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"test\/library\/SuspectRowSpec.scala","text":"package library\n\nimport models.{Nature, Status, SuspectRow}\nimport org.junit.runner._\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport play.api.test.WithApplication\n\n\n@RunWith(classOf[JUnitRunner])\nclass SuspectRowSpec extends Specification{\n\n\n\n  \"doctor-strange\" should {\n\n    \"get the test data in the test Database\" in  new WithApplication{\n      SuspectRow.all().head mustEqual new SuspectRow(2,java.time.LocalDate.parse(\"2000-01-01\"),\"caisse\",\"groupe\",\"agence\",\"pdv\",\n        \"metric\",Status.Solved,Nature.Abnormality, java.time.LocalDate.parse(\"2000-01-01\"), \"admin\",\"comment\")\n    }\n\n\n  }\n\n}\n\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/RawData.scala","text":"package models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json._\n\n\ncase class RawData(headers: List[Header], rows: List[List[JsValue]]) {\n  def toRows(caisse: String): List[Row] = {\n    rows.map { row =>\n      val metric: List[Double] = row.collect {\n        case JsNumber(s) => s.toDouble\n      }\n      val dimensions: List[String] = row.collect {\n        case JsString(s) => s\n      }\n      new Row(transformDateFromStringToDateObject(dimensions.head), caisse :: dimensions.tail, metric.head)\n    }\n\n  }\n\n  def transformDateFromStringToDateObject(dateAsString: String): java.time.LocalDate = {\n    val idOfTime = headers.head.id\n\n    if (idOfTime.contains(\"yearly\")) java.time.LocalDate.of(dateAsString.toInt, 1, 1)\n    else if (idOfTime.contains(\"monthly\")) {\n      val YearAndMonth = dateAsString.split(\"-\")\n      java.time.LocalDate.of(YearAndMonth.apply(0).toInt, YearAndMonth.apply(1).toInt, 1)\n    }\n    else {\n      val YearAndMonthAndDay = dateAsString.split(\"-\")\n      java.time.LocalDate.of(YearAndMonthAndDay.apply(0).toInt, YearAndMonthAndDay.apply(1).toInt, YearAndMonthAndDay.apply(2).toInt)\n    }\n  }\n}\n\n\nobject RawData {\n\n  implicit val headerReader: Reads[Header] = (\n    (JsPath \\ \"id\").read[String] and\n      (JsPath \\ \"type\").read[String]\n    )(Header.apply _)\n\n  implicit val rawDataReader: Reads[RawData] = (\n    (JsPath \\ \"headers\").read[List[Header]] and\n      (JsPath \\ \"rows\").read[List[List[JsValue]]]\n    )(RawData.apply _)\n\n\n}\n\n\ncase class Header(id: String, typeOfData: String)\n\ncase class Headers(headers: List[Header])"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/actors\/RefreshActor.scala","text":"<filename>app\/library\/actors\/RefreshActor.scala\npackage library.actors\n\nimport akka.actor.{Actor, Props}\nimport library.Engine\nimport library.utils.dateTimeNow\nimport repositories.StateRepository\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.util.{Failure, Success}\n\nobject RefreshActor {\n  def props = Props[RefreshActor]\n\n  case class Refresh()\n\n}\n\n\nclass RefreshActor extends Actor {\n\n  import RefreshActor._\n\n  val stateUpdateActor = context.actorOf(StateUpdateActor.props, \"stateupdate-actor\")\n\n  def receive = {\n    case Refresh() =>\n      if (StateRepository.state.message == \"state.majinprogress\" && StateRepository.state.date.plusHours(8).isAfter(dateTimeNow.now()) ) {}\n      else {\n        stateUpdateActor ! \"maj\"\n        Engine.sendRequestToApi().onComplete {\n          case Success(e) => stateUpdateActor ! \"success\"\n          case Failure(e) => {\n            println(e)\n            stateUpdateActor ! \"failure\"}\n        }\n      }\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/utils\/dateParser.scala","text":"package library.utils\nimport anorm._\n\nobject dateParser {\n  implicit def rowToDate: Column[java.sql.Date] = Column.nonNull { (value, meta) =>\n    val MetaDataItem(qualified, nullable, clazz) = meta\n    value match {\n      case d: java.sql.Date => Right(d)\n      case _ => Left(TypeDoesNotMatch(\"Cannot convert \" + value + \":\" + value.asInstanceOf[AnyRef].getClass + \" to date for column \" + qualified))\n    }\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/DashBoardGenerator.scala","text":"package library\n\nimport breeze.linalg.unique\nimport models._\n\nobject DashBoardGenerator {\n  def getDashBoardsForAgence(caisse: String, groupe: String , agence: String  ):List[DashBoard]={\n    val suspectRows = SuspectRow.all().filter(suspectRow => {\n      caisse==suspectRow.caisse && groupe==suspectRow.groupe &&  agence==suspectRow.agence\n    })\n    val pdvList= suspectRows.map(_.pdv).distinct\n    pdvList.map(pdv => createDashBoard(caisse, groupe , agence , pdv,suspectRows ))\n  }\n\n  def getDashBoardsForGroupe(caisse: String, groupe: String ):List[DashBoard]={\n    val suspectRows = SuspectRow.all().filter(suspectRow => {\n      caisse==suspectRow.caisse && groupe==suspectRow.groupe\n    })\n    val agenceList= suspectRows.map(_.agence).distinct\n    agenceList.map(agence => createDashBoard(caisse, groupe , agence,suspectRows ))\n  }\n\n  def getDashBoardsForCaisse(caisse: String ):List[DashBoard]={\n    val suspectRows = SuspectRow.all().filter(suspectRow => {\n      caisse==suspectRow.caisse\n    })\n    val groupeList= suspectRows.map(_.groupe).distinct\n    groupeList.map(groupe => createDashBoard(caisse, groupe ,suspectRows ))\n  }\n\n  def getDashBoardsForAllCaisses():List[DashBoard]={\n    val suspectRows = SuspectRow.all()\n    val caisseList= suspectRows.map(_.caisse).distinct\n    caisseList.map(caisse => createDashBoard(caisse ,suspectRows ))\n  }\n\n  def getDashBoardsForAll():DashBoard={\n   createDashBoard()\n  }\n\n\n\n\n  def createDashBoard(caisse: String, groupe: String , agence: String , pdv: String,suspectRowsUnfiltered:List[SuspectRow] ): DashBoard = {\n    val suspectRows = suspectRowsUnfiltered.filter(suspectRow => {\n      caisse==suspectRow.caisse && groupe==suspectRow.groupe &&  agence==suspectRow.agence && pdv==suspectRow.pdv\n    })\n    buildDashBoardForPdv(suspectRows)\n  }\n\n  def createDashBoard(caisse: String, groupe: String , agence: String,suspectRowsUnfiltered:List[SuspectRow]  ): DashBoard = {\n    val suspectRows = suspectRowsUnfiltered.filter(suspectRow => {\n       caisse==suspectRow.caisse && groupe==suspectRow.groupe && agence==suspectRow.agence\n    })\n    buildDashBoardForAgence(suspectRows)\n  }\n\n  def createDashBoard(caisse: String, groupe: String,suspectRowsUnfiltered:List[SuspectRow]  ): DashBoard = {\n    val suspectRows = suspectRowsUnfiltered.filter(suspectRow => {\n      caisse==suspectRow.caisse &&groupe==suspectRow.groupe\n    })\n    buildDashBoardForGroupe(suspectRows)\n  }\n\n  def createDashBoard(caisse: String,suspectRowsUnfiltered:List[SuspectRow] ): DashBoard = {\n    val suspectRows = suspectRowsUnfiltered.filter(suspectRow => {\n caisse==suspectRow.caisse\n    }\n    )\n    buildDashBoardForCaisse(suspectRows)\n  }\n\n  def createDashBoard(): DashBoard = {\n    val suspectRows = SuspectRow.all()\n    buildDashBoardForAll(suspectRows)\n  }\n\n  def buildDashBoardForAll(suspectRows: List[SuspectRow]):DashBoard={\n    val leaderBoard = createLeaderBoardForAll(suspectRows)\n    val statusChart = createStatusChart(suspectRows)\n    val natureChart = createNatureChart(suspectRows)\n\n    DashBoard(\"Toutes les caisses\",\"all\",suspectRows.length,leaderBoard,statusChart,natureChart)\n  }\n  def buildDashBoardForCaisse(suspectRows: List[SuspectRow]):DashBoard={\n    val leaderBoard = createLeaderBoardForCaisse(suspectRows)\n    val statusChart = createStatusChart(suspectRows)\n    val natureChart = createNatureChart(suspectRows)\n\n    DashBoard(suspectRows.head.caisse,\"caisse\",suspectRows.length,leaderBoard,statusChart,natureChart)\n  }\n  def buildDashBoardForGroupe(suspectRows: List[SuspectRow]):DashBoard={\n    val leaderBoard = createLeaderBoardForGroupe(suspectRows)\n    val statusChart = createStatusChart(suspectRows)\n    val natureChart = createNatureChart(suspectRows)\n\n    DashBoard(suspectRows.head.groupe,\"groupe\",suspectRows.length,leaderBoard,statusChart,natureChart)\n  }\n  def buildDashBoardForAgence(suspectRows: List[SuspectRow]):DashBoard={\n    val leaderBoard = createLeaderBoardForAgence(suspectRows)\n    val statusChart = createStatusChart(suspectRows)\n    val natureChart = createNatureChart(suspectRows)\n\n    DashBoard(suspectRows.head.agence,\"agence\",suspectRows.length,leaderBoard,statusChart,natureChart)\n  }\n  def buildDashBoardForPdv(suspectRows: List[SuspectRow]):DashBoard={\n    val leaderBoard = createLeaderBoardForPdv(suspectRows)\n    val statusChart = createStatusChart(suspectRows)\n    val natureChart = createNatureChart(suspectRows)\n\n    DashBoard(suspectRows.head.pdv,\"pdv\",suspectRows.length,leaderBoard,statusChart,natureChart)\n  }\n\n  def createLeaderBoardForPdv( suspectRows:List[SuspectRow]):List[LeaderBoardLign] = {\n      List.empty[LeaderBoardLign]\n    }\n\n  def createLeaderBoardForAgence( suspectRows:List[SuspectRow]): List[LeaderBoardLign] = {\n      val underHierarchy:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.pdv)\n      underHierarchy.mapValues(suspectRows => suspectRows.count(suspectRow=>suspectRow.status!=Status.Solved).toLong).toList.map(couple => LeaderBoardLign(couple._1,couple._2))\n    }\n  def createLeaderBoardForGroupe(suspectRows:List[SuspectRow]): List[LeaderBoardLign] = {\n    val underHierarchy:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.agence)\n    underHierarchy.mapValues(suspectRows => suspectRows.count(suspectRow=>suspectRow.status!=Status.Solved).toLong).toList.map(couple => LeaderBoardLign(couple._1,couple._2))\n  }\n  def createLeaderBoardForCaisse(suspectRows:List[SuspectRow]): List[LeaderBoardLign] = {\n    val underHierarchy:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.groupe)\n    underHierarchy.mapValues(suspectRows => suspectRows.count(suspectRow=>suspectRow.status!=Status.Solved).toLong).toList.map(couple => LeaderBoardLign(couple._1,couple._2))\n  }\n  def createLeaderBoardForAll(suspectRows:List[SuspectRow]): List[LeaderBoardLign] = {\n    val underHierarchy:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.caisse)\n    underHierarchy.mapValues(suspectRows => suspectRows.count(suspectRow=>suspectRow.status!=Status.Solved).toLong).toList.map(couple => LeaderBoardLign(couple._1,couple._2))\n  }\n\n  def createStatusChart(suspectRows:List[SuspectRow]): Chart ={\n    val groupedByStatus:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.status.toString)\n    val chartAsMap= groupedByStatus.mapValues(suspectRows => suspectRows.length)\n    val (labels,data) = chartAsMap.toList.sortBy(_._2).unzip\n    Chart(labels,data,List())\n  }\n\n  def createNatureChart(suspectRows:List[SuspectRow]): Chart ={\n    val groupedByNature:Map[String,List[SuspectRow]]=suspectRows.groupBy(suspectRow => suspectRow.nature.toString)\n    val chartAsMap=groupedByNature.mapValues(suspectRows => suspectRows.length)\n    val (labels,data) = chartAsMap.toList.sortBy(_._2).unzip\n    Chart(labels,data,List())\n  }\n\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/repositories\/StateRepository.scala","text":"package repositories\n\n\nimport java.time.format.DateTimeFormatter\n\nimport anorm.SqlParser._\nimport anorm._\nimport play.api.db.DB\nimport play.api.Play.current\nimport library.utils.dateTimeNow\n\ncase class StateMessage(niceMessage:String,color:String)\n\ncase class State(message: String, date: java.time.LocalDateTime) {\n  def niceDate:String = date.format(DateTimeFormatter.ofPattern(\"yyyy\/MM\/dd HH:mm:ss\"))\n}\n\nobject StateRepository extends StateRepository{\n  def changeState(newState:State): Unit = {\n    val oldState = state\n    update(newState)\n  }\n\n  def state: State = {\n    get() match {\n      case None =>\n        val newState = State(\"state.initialisation\",dateTimeNow.now())\n        create(newState)\n        newState\n      case Some(somestate)=>\n        somestate\n    }\n  }\n}\n\n\n\ntrait StateRepository {\n\n  private[repositories] val recordMapper = {\n\n      str(\"message\") ~\n      str(\"date\") map {\n      case  message ~ date => State(message, java.time.LocalDateTime.parse(date))\n    }\n  }\n\n\n  def update(state: State): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"update state set message={message}, date={date} \").on(\n        'message -> state.message,\n        'date -> state.date.toString\n      ).executeUpdate()\n    }\n  }\n\n  def get(): Option[State] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT * FROM state\n        \"\"\"\n      ).as(recordMapper.singleOpt )\n    }\n  }\n\n  def create(state: State): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"insert into state (message,date) values \" +\n        \"({message},{date})\").on(\n          'message -> state.message,\n          'date -> state.date.toString\n        ).executeInsert()\n    }\n  }\n\n\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/DashBoard.scala","text":"package models\n\nimport play.api.libs.json.{Json, Writes}\n\ncase class DashBoard(title:String,level:String,numberOfRows:Int,leaderBoard: List[LeaderBoardLign], statusChart: Chart, natureChart: Chart)\n\ncase class Chart(labels:List[String],data:List[Int],labelsForDisplay:List[String])\n\ncase class LeaderBoardLign(name:String,numberOfUnsolvedAnomalies:Long)\n\nobject LeaderBoardLign{\n  implicit val leaderBoardLignWrites = new Writes[LeaderBoardLign] {\n    def writes(leaderBoardLign: LeaderBoardLign) = Json.obj(\n      \"name\"-> leaderBoardLign.name,\n      \"numberOfUnsolvedAnomalies\"-> leaderBoardLign.numberOfUnsolvedAnomalies\n    )\n  }\n}\n\n\nobject Chart {\n  implicit val chartWrites = new Writes[Chart] {\n    def writes(chart: Chart) = Json.obj(\n      \"labels\"-> chart.labels,\n      \"data\"-> chart.data,\n      \"labelsForDisplay\"-> chart.labelsForDisplay\n    )\n  }\n}\nobject DashBoard {\n  implicit val dashBoardWrites = new Writes[DashBoard] {\n    def writes(dashBoard: DashBoard) = Json.obj(\n      \"title\"-> dashBoard.title,\n      \"level\"-> dashBoard.level,\n      \"numberOfRows\"-> dashBoard.numberOfRows,\n      \"leaderboard\" -> Json.toJson(dashBoard.leaderBoard),\n      \"statusChart\" -> Json.toJson(dashBoard.statusChart),\n      \"natureChart\" -> Json.toJson(dashBoard.natureChart)\n    )\n  }\n}\n\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/repositories\/authentication\/UserRepository.scala","text":"package repositories.authentication\n\nimport anorm.SqlParser._\nimport anorm._\nimport models.authentication.User\nimport play.api.Play.current\nimport play.api.db.DB\nimport models.authentication.{TemporaryUser,EditUser}\n\n\nimport scala.language.postfixOps\n\ntrait UserRepository {\n\n  private[repositories] val recordMapper = {\n    long(\"users.id\") ~\n      str(\"users.email\") ~\n      get[Option[String]](\"users.first_name\") ~\n      get[Option[String]](\"users.last_name\") ~\n      str(\"users.encrypted_password\") ~\n      str(\"users.company\") map {\n      case id ~ email ~ firstName ~ lastName ~ password ~ company => {\n        User(id, email, firstName.getOrElse(\"\"), lastName.getOrElse(\"\"), password, company)\n      }\n    }\n  }\n\n  def create(user: TemporaryUser): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"insert into users (email,first_name,last_name,encrypted_password,company) values \" +\n        \"({email},{first_name},{last_name},{encrypted_password},{company})\").on(\n          'email -> user.email,\n          'first_name -> user.firstName,\n          'last_name -> user.lastName,\n          'encrypted_password -> <PASSWORD>,\n          'company -> user.company\n        ).executeInsert()\n    }\n  }\n\n  def editUser(user: User): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"update  users set first_name ={first_name},last_name={last_name},encrypted_password={<PASSWORD>},\"+\n      \"company={company} where email ={email}\").on(\n          'email -> user.email,\n          'first_name -> user.firstName,\n          'last_name -> user.lastName,\n          'encrypted_password -> <PASSWORD>,\n          'company -> user.company\n        ).executeUpdate()\n    }\n  }\n\n  def editPassword(user: User): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"update  users set encrypted_password={<PASSWORD>}where email ={email}\").on(\n          'email -> user.email,\n          'encrypted_password -> <PASSWORD>.password\n        ).executeUpdate()\n    }\n  }\n\n\n  def delete(email:String): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"delete from users  where email = \" +\n        \"{email}\").on(\n          'email -> email\n        ).executeUpdate()\n    }\n  }\n\n  def list(): Seq[User] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT * FROM users\n          ORDER BY id\n        \"\"\"\n      )\n        .on(\"enabled\" -> true)\n        .as(recordMapper *)\n        .toList\n    }\n  }\n\n  def getAllEmails: List[String]={\n    list().map(_.email).toList.sorted\n  }\n\n  def findByEmail(email: String): Option[User] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT users.*\n          FROM users\n          WHERE users.email = {email}\n        \"\"\"\n      )\n        .on(\"email\" -> email)\n        .as(recordMapper.singleOpt)\n    }\n  }\n\n  def findById(id: Long): Option[User] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT users.*\n          FROM users\n          WHERE users.id = {id}\n        \"\"\"\n      )\n        .on(\"id\" -> id)\n        .as(recordMapper.singleOpt)\n    }\n  }\n\n}\n\nobject UserRepository extends UserRepository"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/EnumTypes.scala","text":"package models\n\nimport anorm.SqlParser._\nimport anorm._\nimport enumeratum._\nimport play.api.db.DB\nimport play.api.Play.current\n\nimport scala.language.postfixOps\n\nsealed trait ReasonForDetection extends EnumEntry\n\ncase object ReasonForDetection extends Enum[ReasonForDetection] {\n\n  val reasonForDetection = {\n    get[Long](\"id\") ~\n      get[String](\"reason\") map {\n      case id ~ reason =>\n        ReasonForDetection.withName(reason)\n    }\n  }\n\n  def addReasonForDetection(id: Long, reason: ReasonForDetection): Unit = {\n    if (!coupleIdReasonExists(id, reason)) {\n      DB.withConnection { implicit c =>\n        SQL(\"insert into reasons_for_detection (id,reason) values \" +\n          \"({id},{reason})\").on(\n            'id -> id,\n            'reason -> reason.toString\n          ).executeInsert()\n      }\n    }\n  }\n\n  def coupleIdReasonExists(id: Long, reason: ReasonForDetection): Boolean = {\n    val reason2 = DB.withConnection { implicit c =>\n      SQL(\"select * from reasons_for_detection where id={id} and reason={reason} \").on(\n        'id -> id,\n        'reason -> reason.toString\n      ).as(reasonForDetection.singleOpt)\n    }\n    reason2 match {\n      case None => false\n      case Some(r) => true\n    }\n  }\n\n  def getReasonsForDetection(id: Long): List[ReasonForDetection] = {\n    DB.withConnection { implicit c =>\n      SQL(\"select * from reasons_for_detection where id={id} \").on(\n        'id -> id\n      ).as(reasonForDetection *)\n    }\n  }\n\n  case object TooFarFromMeanByDate extends ReasonForDetection\n\n  case object TooFarFromMeanByDimensions extends ReasonForDetection\n\n  case object NotSpecified extends ReasonForDetection\n\n  val values: Seq[ReasonForDetection] = findValues\n}\n\n\nsealed trait Status extends EnumEntry\n\ncase object Status extends Enum[Status] {\n\n  case object Solved extends Status\n\n  case object BeingProcessed extends Status\n\n  case object DetectedOnly extends Status\n\n  val values: Seq[Status] = findValues\n}\n\nsealed trait Nature extends EnumEntry\n\ncase object Nature extends Enum[Nature] {\n\n  case object NotSpecified extends Nature\n\n  case object Abnormality extends Nature\n\n  case object NotAbnormality extends Nature\n\n  val values: Seq[Nature] = findValues\n\n\n}\n\nsealed trait Hierarchy extends EnumEntry\n\ncase object Hierarchy extends Enum[Hierarchy] {\n\n  case object Root extends Hierarchy\n\n  case object Caisse extends Hierarchy\n\n  case object Groupe extends Hierarchy\n\n  case object Agence extends Hierarchy\n\n  case object Pdv extends Hierarchy\n\n  val values: Seq[Hierarchy] = findValues\n\n\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/components\/user\/SessionManager.scala","text":"\/**\n * Copyright (C) 2015 <NAME> - All Rights Reserved\n *\/\n\npackage components.user\n\nimport models.authentication.User\nimport repositories.authentication.UserRepository\n\nimport scala.util.Try\n\nimport play.api.mvc.Result\nimport play.api.mvc.RequestHeader\nimport play.api.libs.Crypto\n\ntrait SessionManager {\n\n  val SESSION_KEY = \"user\"\n\n  def create(result: Result, user: User): Result = {\n    result.withSession(SESSION_KEY -> Crypto.encryptAES(user.id.toString))\n  }\n\n  def destroy(result: Result): Result = {\n    result.withNewSession\n  }\n\n  def fetch(request: RequestHeader): Option[User] = {\n    \/\/ TODO Use Hystrix\n    get(request).flatMap(UserRepository.findById)\n  }\n\n  private[this] def get(request: RequestHeader): Option[Long] = {\n    Try(\n      request.session.get(SESSION_KEY)\n        .map(Crypto.decryptAES)\n        .map(_.toLong)\n    )\n    .toOption\n    .flatten\n  }\n\n}\n\nobject SessionManager extends SessionManager"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/Row.scala","text":"<filename>app\/models\/Row.scala\npackage models\n\ncase class Row(date: java.time.LocalDate, dimensions: List[String], metric: Double) {\n\n  def hasSameDate(that: Row): Boolean = {\n    this.date == that.date\n  }\n\n  def hasSameDimensions(that: Row): Boolean = {\n    this.dimensions == that.dimensions\n  }\n}\n\n\n\n\n\n\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/repositories\/MetricRepository.scala","text":"<filename>app\/repositories\/MetricRepository.scala\npackage repositories\n\nimport anorm.SqlParser._\nimport anorm._\nimport play.api.Play.current\nimport play.api.db.DB\n\nimport scala.language.postfixOps\n\ncase class CodeMetric(id: Long, code: String, metricName: String,format:String)\n\ncase class CodeMetricWithoutId( code: String, metricName: String,format:String) {\n  def this(codeMetric:CodeMetric)= this(codeMetric.code,codeMetric.metricName,codeMetric.format)\n}\n\n\ntrait MetricRepository {\n\n  private[repositories] val recordMapper = {\n    long(\"metrics.id\") ~\n      str(\"metrics.metric\") ~\n      str(\"metrics.metric_name\")~\n      str(\"metrics.format\") map {\n      case id ~ code ~ metricName~format => {\n        CodeMetric(id, code, metricName,format)\n      }\n    }\n  }\n\n  def create(metric: CodeMetricWithoutId): Unit = {\n    if (exist(metric)) {}\n    else {\n    DB.withConnection { implicit c =>\n      SQL(\"insert into metrics (metric,metric_name,format) values \" +\n        \"({metric},{metric_name},{format})\").on(\n          'metric -> metric.code,\n          'metric_name -> metric.metricName,\n          'format -> metric.format\n        ).executeInsert()\n    }\n  }\n  }\n\n  def delete(code:String): Unit = {\n    DB.withConnection { implicit c =>\n      SQL(\"delete from metrics  where metric = \" +\n        \"{metric}\").on(\n          'metric -> code\n        ).executeUpdate()\n    }\n  }\n\n  def exist(metric: CodeMetricWithoutId):Boolean ={\n    val metricOption = {\n      DB.withConnection { implicit current =>\n        SQL(\n          \"\"\"\n          SELECT * FROM metrics\n          where metric = {metric}\n          \"\"\"\n        ).on(\n            'metric -> metric.code\n          ).as(recordMapper.singleOpt)\n      }\n    }\n    metricOption match{\n      case None =>false\n      case Some(m)=>true}\n  }\n\n  def list(): List[CodeMetric] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT * FROM metrics\n          ORDER BY metric\n        \"\"\"\n      )\n        .on(\"enabled\" -> true)\n        .as(recordMapper *)\n        .toList\n    }\n  }\n\n  def listCodes(): List[String] = {\n    list().map(_.code)\n  }\n\n  def findByCode(code: String): Option[CodeMetric] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT *\n          FROM metrics\n          WHERE metric = {metric}\n        \"\"\"\n      )\n        .on(\"metric\" -> code)\n        .as(recordMapper.singleOpt)\n    }\n  }\n\n  def findByName(name: String): Option[CodeMetric] = {\n    DB.withConnection { implicit current =>\n      SQL(\n        \"\"\"\n          SELECT *\n          FROM metrics\n          WHERE metric_name = {metric_name}\n        \"\"\"\n      )\n        .on(\"metric_name\" -> name)\n        .as(recordMapper.singleOpt)\n    }\n  }\n\n}\n\nobject MetricRepository extends MetricRepository\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/authentication\/LoginValues.scala","text":"package models.authentication\n\n\ncase class LoginValues (email:String,password:String)\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/utils\/dateOrdering.scala","text":"package library.utils\n\n\/**\n * Created by briac on 28\/07\/15.\n *\/\nobject dateOrdering {\n    implicit def dateTimeOrdering: Ordering[java.time.LocalDate] = Ordering.fromLessThan(_ isBefore _)\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/SuspectRow.scala","text":"<filename>app\/models\/SuspectRow.scala<gh_stars>0\npackage models\n\nimport anorm.SqlParser._\nimport anorm._\nimport library.utils.dateOrdering._\nimport models.Nature._\nimport play.api.Play.current\nimport play.api.db.DB\n\nimport play.api.i18n.Messages\nimport repositories.{CodeMetric, MetricRepository}\n\nimport play.api.Play.current\nimport play.api.i18n.Messages.Implicits._\nimport scala.concurrent.Future\nimport scala.language.postfixOps\nimport scala.util.Try\n\n\ncase class SuspectRowsForJSON(data: List[List[String]])\n\n\ncase class SuspectRow(id: Long, date: java.time.LocalDate, caisse: String, groupe: String, agence: String, pdv: String,\n                      metric: String, metricName: String, value: Double,criticityScore:Double, status: Status, nature: Nature, firstDate: java.time.LocalDate, admin: String, comment: String) {\n\n  \/\/ Constructeurs\n  def this(date: java.time.LocalDate, caisse: String, groupe: String, agence: String, pdv: String, metric: String, metricName: String, value: Double,criticityScore:Double,\n           status: Status, nature: Nature, firstDate: java.time.LocalDate, admin: String, comment: String) =\n    this(0, date, caisse, groupe, agence, pdv, metric, metricName, value,criticityScore, status, nature, firstDate, admin, comment)\n\n  def this(id: Long, date: java.time.LocalDate, caisse: String, groupe: String, agence: String, metric: String, metricName: String, value: Double,criticityScore:Double,\n           status: Status, nature: Nature, firstDate: java.time.LocalDate, admin: String, comment: String) =\n    this(id: Long, date, caisse, groupe, agence, \"Aggregated\", metric, metricName, value,criticityScore, status, nature, firstDate, admin, comment)\n\n  def this(id: Long, date: java.time.LocalDate, caisse: String, groupe: String, metric: String, metricName: String, value: Double,criticityScore:Double,\n           status: Status, nature: Nature, firstDate: java.time.LocalDate, admin: String, comment: String) =\n    this(id, date, caisse, groupe, \"Aggregated\", \"Aggregated\", metric, metricName, value,criticityScore, status, nature, firstDate, admin, comment)\n\n  def this(id: Long, date: java.time.LocalDate, caisse: String, metric: String, metricName: String, value: Double,criticityScore:Double,\n           status: Status, nature: Nature, firstDate: java.time.LocalDate, admin: String, comment: String) =\n    this(id, date, caisse, \"Aggregated\", \"Aggregated\", \"Aggregated\", metric, metricName, value,criticityScore, status, nature, firstDate, admin, comment)\n\n  def this(row: Row, metric: String, criticityScore:Double,map: Metrics) =\n    this(0, row.date, row.dimensions.head, row.dimensions(1), row.dimensions(2), row.dimensions(3), metric, map.metrics(metric).label, row.metric, criticityScore,Status.DetectedOnly, Nature.NotSpecified, java.time.LocalDate.now, \"\", \"\")\n\n  \/\/Methodes\n  def isAbnormal: Boolean = this.nature match {\n    case Abnormality => true\n    case NotAbnormality => false\n    case NotSpecified => false\n  }\n\n  def reasonsForDetection: List[ReasonForDetection] = {\n    ReasonForDetection.getReasonsForDetection(id)\n  }\n\n  def withMetricName(myMap: Map[String, String]): SuspectRow = {\n    this.copy(metric = myMap(this.metric))\n  }\n\n  def format: String = {\n    MetricRepository.findByCode(this.metric) match {\n      case None => \".d\"\n      case Some(metric: CodeMetric) => metric.format\n    }\n  }\n\n}\n\n\/\/ Data Base\nobject SuspectRow {\n  val suspectRows = {\n    get[Long](\"id\") ~\n      get[String](\"caisse\") ~\n      get[String](\"groupe\") ~\n      get[String](\"agence\") ~\n      get[String](\"pdv\") ~\n      get[String](\"metric\") ~\n      get[String](\"metric_name\") ~\n      get[Double](\"value\") ~\n      get[Double](\"criticity\") ~\n      get[String](\"status\") ~\n      get[String](\"nature\") ~\n      get[String](\"first_date\") ~\n      get[String](\"admin\") ~\n      get[String](\"comment\") ~\n      get[String](\"date\") map {\n      case id ~ caisse ~ groupe ~ agence ~ pdv ~ metric ~ metricName ~ value ~ criticity~status ~ nature ~ firstDate ~ admin ~ comment ~ date =>\n        SuspectRow(id, java.time.LocalDate.parse(date), caisse, groupe, agence, pdv, metric, metricName, value,criticity, Status.withName(status),\n          Nature.withName(nature), java.time.LocalDate.parse(firstDate), admin, comment)\n    }\n  }\n\n  def all(): List[SuspectRow] = DB.withConnection { implicit c =>\n    val metrics = MetricRepository.listCodes()\n    SQL(\"select * from suspect_rows order by date\").as(suspectRows *).filter(suspectRow =>\n      metrics.contains(suspectRow.metric))\n  }\n\n\n  def create(suspectRow: SuspectRow, reason: ReasonForDetection): Unit = {\n    DB.withConnection { implicit c =>\n      getId(suspectRow) match {\n        case None =>\n          val id: Option[Long] =\n            SQL(\"insert into suspect_rows (date,caisse,groupe,agence,pdv,metric,metric_name,value,criticity,status,nature,first_date,admin, comment) values \" +\n              \"({date},{caisse},{groupe},{agence},{pdv},{metric},{metricName},{value},{criticity},{status},{nature},{firstDate},{admin},{comment})\").on(\n                'date -> suspectRow.date.toString,\n                'caisse -> suspectRow.caisse,\n                'groupe -> suspectRow.groupe,\n                'agence -> suspectRow.agence,\n                'pdv -> suspectRow.pdv,\n                'metric -> suspectRow.metric,\n                'metricName -> suspectRow.metricName,\n                'value -> suspectRow.value,\n                'criticity -> suspectRow.criticityScore,\n                'status -> suspectRow.status.toString,\n                'nature -> suspectRow.nature.toString,\n                'firstDate -> suspectRow.firstDate.toString,\n                'admin -> suspectRow.admin,\n                'comment -> suspectRow.comment\n              ).executeInsert()\n          id match {\n            case None =>\n            case Some(i) => ReasonForDetection.addReasonForDetection(i, reason)\n          }\n        case Some(id) => ReasonForDetection.addReasonForDetection(id, reason)\n      }\n    }\n  }\n\n\n  def filterByStatus(status: Status): List[SuspectRow] = {\n    val metrics = MetricRepository.listCodes()\n    DB.withConnection {\n      implicit c =>\n        SQL(\"select * from suspect_rows where status = {status}\").on('status -> status.toString).as(suspectRows *)\n    }.filter(suspectRow =>\n      metrics.contains(suspectRow.metric)\n      )\n  }\n\n\n  def filterByPdv(caisse: String, groupe: String, agence: String, pdv: String): List[SuspectRow] = DB.withConnection { implicit c =>\n    val metrics = MetricRepository.listCodes()\n    SQL(\"select * from suspect_rows where   caisse = {caisse} and groupe = {groupe} and agence ={agence} and pdv ={pdv} \").on(\n      'caisse -> caisse,\n      'groupe -> groupe,\n      'agence -> agence,\n      'pdv -> pdv\n    ).as(suspectRows *).filter(suspectRow =>\n      metrics.contains(suspectRow.metric)\n      )\n  }\n\n\n  def findByKey(date: String, caisse: String, groupe: String, agence: String, pdv: String, metric: String): Option[SuspectRow] = DB.withConnection { implicit c =>\n    SQL(\"select * from suspect_rows where date={date} and caisse = {caisse} and groupe = {groupe} and agence ={agence} and pdv ={pdv} and metric = {metric}\").on(\n      'date -> date,\n      'caisse -> caisse,\n      'groupe -> groupe,\n      'agence -> agence,\n      'pdv -> pdv,\n      'metric -> metric\n    ).as(suspectRows.singleOpt)\n  }\n\n  def findById(id: Long): Option[SuspectRow] = DB.withConnection { implicit c =>\n    SQL(\"select * from suspect_rows where id={id} \").on(\n      'id -> id\n    ).as(suspectRows.singleOpt)\n  }\n\n  def findByAdmin(admin: String): List[SuspectRow] = DB.withConnection {\n    implicit c =>\n      SQL(\"select * from suspect_rows where admin={admin}\").on(\n        'admin -> admin\n      ).as(suspectRows *)\n  }\n\n  def getId(suspect: SuspectRow): Option[Long] = DB.withConnection { implicit c =>\n    val optionOfRow: Option[SuspectRow] = SQL(\"select * from suspect_rows where date={date} and caisse = {caisse} and groupe = {groupe} and agence ={agence} and pdv ={pdv} and metric = {metric}\").on(\n      'date -> suspect.date.toString,\n      'caisse -> suspect.caisse,\n      'groupe -> suspect.groupe,\n      'agence -> suspect.agence,\n      'pdv -> suspect.pdv,\n      'metric -> suspect.metric\n    ).as(suspectRows.singleOpt)\n    optionOfRow match {\n      case None => None\n      case Some(row) => Some(row.id)\n    }\n  }\n\n  def contains(suspectRow: SuspectRow): Boolean = {\n    findByKey(suspectRow.date.toString, suspectRow.caisse, suspectRow.groupe, suspectRow.agence, suspectRow.pdv, suspectRow.metric) match {\n      case None => false\n      case Some(suspectrow) => true\n    }\n  }\n\n  def edit(id: Long, newAdmin: String, newComment: String, newNature: Nature, newStatus: Status) = {\n    DB.withTransaction() {\n      implicit c =>\n        SQL(\"update suspect_rows set   admin = {admin}, comment = {comment}, nature = {nature}, status = {status} where id = {id}\").on(\n          'id -> id,\n          'admin -> newAdmin,\n          'comment -> newComment,\n          'nature -> newNature.toString,\n          'status -> newStatus.toString\n        ).executeUpdate()\n\n    }\n  }\n\n\n  def editNature(id: Long, newNature: Nature) = {\n    DB.withConnection {\n      implicit c =>\n        SQL(\"update suspect_rows set  nature = {nature} where id = {id}\").on(\n          'id -> id,\n          'nature -> newNature.toString\n        ).executeUpdate()\n    }\n  }\n\n  def editAdmin(id: Long, newAdmin: String) = {\n    DB.withTransaction() {\n      implicit c =>\n        SQL(\"update suspect_rows set  admin = {admin} where id = {id}\").on(\n          'id -> id,\n          'admin -> newAdmin\n        ).executeUpdate()\n    }\n  }\n\n  def editComment(id: Long, newComment: String) = {\n    DB.withConnection {\n      implicit c =>\n        SQL(\"update suspect_rows set  comment = {comment} where id = {id}\").on(\n          'id -> id,\n          'comment -> newComment\n        ).executeUpdate()\n    }\n  }\n\n  def editStatus(id: Long, newStatus: Status) = {\n    DB.withConnection {\n      implicit c =>\n        SQL(\"update suspect_rows set  status = {status} where id = {id}\").on(\n          'id -> id,\n          'status -> newStatus.toString\n        ).executeUpdate()\n    }\n  }\n\n}\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/actors\/StateUpdateActor.scala","text":"package library.actors\n\nimport akka.actor.{Actor, Props}\nimport library.utils.dateTimeNow\nimport repositories.{State, StateRepository}\n\n\nobject StateUpdateActor {\n  def props = Props[StateUpdateActor]\n\n}\n\n\nclass StateUpdateActor extends Actor {\n\n  def receive = {\n    case \"success\" => StateRepository.changeState(State(\"state.majdone\", dateTimeNow.now()))\n    case \"maj\" => StateRepository.changeState(State(\"state.majinprogress\", dateTimeNow.now()))\n    case \"failure\" => StateRepository.changeState(State(\"state.majfailed\", dateTimeNow.now()))\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/Engine.scala","text":"package library\n\nimport java.util.Calendar\n\nimport library.AbnormalityDetection._\nimport library.CaissesToNames._\nimport models.{Metrics, Configuration, Row}\nimport play.api.Play.current\nimport play.api.libs.concurrent.Execution.Implicits.defaultContext\nimport play.api.libs.ws.{WS, WSRequest, WSResponse}\nimport repositories.MetricRepository\n\nimport scala.concurrent.Future\n\nobject Engine {\n  def sendRequestToApi(): Future[Unit] = {\n\n    \/\/ List of BPCE caisses to look for\n    val caisseList = List(\"14445\", \"13825\", \"11425\", \"18025\", \"13485\", \"14265\", \"18315\")\n\n    \/\/ List of Months\n    val year = Calendar.getInstance().get(Calendar.YEAR)\n\n    val listOfYears = (2014 to year).map(_.toString)\n\n    val listOfMonths = (for {\n      year <- listOfYears\n      month <- 1 to 12\n    } yield year + \"-\" + month + \"-1\").toList\n\n    val mapMetricsToNames: Future[Metrics] = library.MetricsToNames.getMapMetricsToNames(MetricsToNames.makeMetricRequest())\n\n    \/\/ List of metrics to analyse\n    val metrics = MetricRepository.listCodes()\n    \/\/ Dimensions **** TIME MUST BE THE FIRST DIMENSION FOR EACH****\n    val dimensionsList = List(List(\"time:weekly\", \"groupe\", \"agence\", \"pdv\"))\n    \/\/ Configurations\n    val configurations: List[Configuration] = for {\n      metric <- metrics\n      dimensions <- dimensionsList\n    } yield Configuration(metric, dimensions)\n\n    val mapCaissesToNames: Future[Map[String, String]] = getMapCaissesToNames(CaissesToNames.makeRequest())\n\n    mapCaissesToNames.flatMap { mapCtN =>\n      mapMetricsToNames.flatMap { mapMtN =>\n        filterAbnormalitiesForAllConfigurations(caisseList, configurations, listOfMonths, mapCtN, mapMtN)\n      }\n    }.map{unit => unit}\n  }\n\n  def filterAbnormalitiesForAllConfigurations(caisseList: List[String], configurationList: List[Configuration], monthList: List[String]\n                                              , mapCaissesToNames: Map[String, String], mapMetricsToNames: Metrics): Future[List[Unit]] = {\n    configurationList.foldLeft(Future.successful(List.empty[Unit]))((acc: Future[List[Unit]], config: Configuration) =>\n      acc.flatMap((action: List[Unit]) => getDataForAllCaisses(caisseList, config, monthList).map((rows: List[Row]) => {\n         filterAllAbnormalities(rows, mapCaissesToNames, config.metric, mapMetricsToNames)::action\n      }\n      )\n      )\n    )\n  }\n\n  def getDataForAllCaisses(caisseList: List[String], config: Configuration, monthList: List[String]): Future[List[Row]] = {\n    caisseList.foldLeft(Future.successful(List.empty[Row]))((acc: Future[List[Row]], caisse: String) => acc.flatMap(\n      listOfRows => getDataForAllMonths(caisse, config, monthList).map(rows => listOfRows ::: rows)))\n\n  }\n\n  def getDataForAllMonths(caisse: String, config: Configuration, monthList: List[String]): Future[List[Row]] = {\n    monthList.foldLeft(Future.successful(List.empty[Row]))((acc: Future[List[Row]], month: String) => acc.flatMap(\n      listOfRows => sendRequestToApi(caisse, config, month).map(rows => (listOfRows ::: rows).distinct)))\n  }\n\n\n  def sendRequestToApi(caisse: String, config: Configuration, month: String): Future[List[Row]] = DataStorage.sendRequestToApiWithStorage(caisse, config, month, 0)\n\n\n  def makeRequest(caisse: String, configuration: Configuration, month: String): Future[WSResponse] = {\n    val metric: String = configuration.metric\n    val dimensions: String = configuration.dimensions.reduce((x: String, y: String) => x + \",\" + y)\n    val url: String = createUrl(caisse, dimensions, metric, month)\n    println(url)\n\n    val request: WSRequest = WS.url(url)\n\n    val complexRequest: WSRequest =\n      request.withHeaders(\"Accept\" -> \"application\/json\")\n        .withRequestTimeout(30000)\n    complexRequest.get()\n  }\n\n  def createUrl(caisse: String, dimensions: String, metric: String, month: String): String =\n    \"https:\/\/vpc-2-bpce-apiu.capback.fr\/bpce\/select?tokens=foo%3Bbar&from=\" +\n      month + \"&to=\" +\n      nextMonth(month) + \"&metrics=\" +\n      metric + \"&filters=caisse==\" +\n      caisse + \"&dimensions=\" +\n      dimensions\n\n  def nextMonth(month: String): String = {\n    val date = month.split(\"-\").map(_.toInt)\n    if (date(1) == 12) (date(0) + 1) + \"-1-\" + date(2)\n    else date(0) + \"-\" + (date(1) + 1) + \"-\" + date(2)\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/MetricsToNames.scala","text":"<reponame>BriacPi\/BasePlay2\npackage library\n\nimport java.util.concurrent.TimeoutException\n\nimport models.{Metric, Metrics}\nimport play.api.Play.current\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.libs.ws.{WS, WSRequest, WSResponse}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nobject MetricsToNames {\n  def makeMetricRequest(): Future[WSResponse] = {\n    val url = \"https:\/\/vpc-2-bpce-apiu.capback.fr\/display\/bpce.json\"\n    val request: WSRequest = WS.url(url)\n\n    val complexRequest: WSRequest =\n      request.withHeaders(\"Accept\" -> \"application\/json\")\n        .withRequestTimeout(30000)\n    complexRequest.get()\n  }\n\n  def getMapMetricsToNames(answer: Future[WSResponse]): Future[Metrics] = {\n    answer.flatMap { response =>\n      val json: JsValue = Json.parse(response.body)\n      val result = json.validate[Metrics]\n      result.fold(\n        errors => {\n          println(\"error in reading CodesToNameJson\" + errors)\n          getMapMetricsToNames(makeMetricRequest())\n        }, metrics => {\n          Future.successful(metrics)\n        })\n    }\n  }\n\n\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/components\/mvc\/AuthController.scala","text":"<gh_stars>0\n\/**\n * Copyright (C) 2015 <NAME> - All Rights Reserved\n *\/\n\npackage components.mvc\n\nimport components.user.SessionManager\nimport models.authentication.{LoginValues, User}\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.mvc._\n\nimport scala.concurrent.Future\n\ntrait Authorization {\n  def accept(user: User): Boolean\n}\n\nobject NeverAuthorize extends Authorization {\n  def accept(user: User): Boolean = false\n}\n\nobject AlwaysAuthorize extends Authorization {\n  def accept(user: User): Boolean = true\n}\n\nclass AuthenticatedRequest[A](val user: User, request: Request[A]) extends WrappedRequest[A](request)\n\ntrait AuthController extends Controller {\n\n  def AuthenticatedAction[A](authorization: Authorization = AlwaysAuthorize) = new AuthActionBuilder(authorization)\n\n  class AuthActionBuilder(authorization: Authorization) extends ActionBuilder[AuthenticatedRequest] {\n    val form: Form[LoginValues] = Form(\n      mapping(\n        \"email\" -> nonEmptyText,\n        \"password\" -> nonEmptyText\n      )(LoginValues.apply)(LoginValues.unapply)\n    )\n\n    def invokeBlock[A](request: Request[A], block: AuthenticatedRequest[A] => Future[Result]) = {\n      SessionManager.fetch(request) match {\n        case Some(user) if authorization.accept(user) => block(new AuthenticatedRequest(user, request))\n        case _ =>\n          Future.successful(Redirect(controllers.routes.AuthenticationController.welcome()))\n      }\n    }\n  }\n\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/components\/user\/PasswordAuthentication.scala","text":"<reponame>BriacPi\/BasePlay2\n\/**\n * Copyright (C) 2015 <NAME> - All Rights Reserved\n *\/\n\npackage components.user\n\nimport org.mindrot.jbcrypt.BCrypt\n\ntrait PasswordAuthentication {\n\n  \/**\n   * Check that an unencrypted password matches one that has\n   * previously been hashed.\n   *\/\n  def authenticate(password: String, hash: String): Boolean = {\n    BCrypt.checkpw(password, hash)\n  }\n\n   def passwordHash(password: String): String = {\n     val salt = BCrypt.gensalt(10)\n     BCrypt.hashpw(password, salt)\n   }\n\n}\n\nobject PasswordAuthentication extends PasswordAuthentication"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/controllers\/Application.scala","text":"<filename>app\/controllers\/Application.scala\npackage controllers\n\nimport javax.inject.Inject\n\nimport akka.actor._\nimport components.mvc.AuthController\nimport library.Engine._\nimport library.{DashBoardGenerator, MetricsToNames}\nimport library.actors.{StateUpdateActor, RefreshActor}\nimport library.actors.RefreshActor.Refresh\nimport models.authentication.User\n\n\nimport models._\n\nimport play.api.data.Form\nimport play.api.data.Forms._\nimport play.api.data.format.Formats._\nimport play.api.i18n.{MessagesApi, Messages, I18nSupport}\nimport play.api.libs.concurrent.Execution.Implicits.defaultContext\nimport play.api.libs.json.{Writes, Json}\nimport play.api.libs.ws.WSClient\nimport play.api.mvc._\nimport repositories._\nimport scala.concurrent.Future\nimport scala.util.{Success, Failure}\n\nclass Application @Inject()(ws: WSClient)(system: ActorSystem)(val messagesApi: MessagesApi) extends AuthController with I18nSupport {\n  \/\/ACTOR\n  val refreshActor = system.actorOf(RefreshActor.props, \"refresh-actor\")\n\n  import scala.concurrent.duration._\n\n  val cancellable = system.scheduler.schedule(\n    0.microseconds, 4.hours, refreshActor, Refresh())\n\n  \/\/Userform\n  val userForm: Form[String] = Form(\"new value\" -> of[String])\n\n\n  val editionForm: Form[EditionValues] = Form(\n    mapping(\n      \"admin\" -> text,\n      \"comment\" -> text,\n      \"nature\" -> nonEmptyText,\n      \"status\" -> nonEmptyText\n    )(EditionValues.apply)(EditionValues.unapply)\n  )\n\n\n  val mapMetricsToNames: Future[Metrics] = library.MetricsToNames.getMapMetricsToNames(MetricsToNames.makeMetricRequest())\n\n\n  def data() = AuthenticatedAction() {\n    refreshActor ! Refresh()\n    Redirect(routes.Application.allData())\n  }\n\n\n\n\n  def allData(): Action[AnyContent] = AuthenticatedAction() { implicit request =>\n\n    Ok(views.html.data( request.user))\n\n\n  }\n\n\n  def redirect() = AuthenticatedAction() {\n    Redirect(routes.Application.allData())\n  }\n\n  \/\/  def add(date: String, caisse: String, groupe: String, agence: String, pdv: String, metric: String): Action[AnyContent] = Action { implicit request =>\n  \/\/    val currentDate = java.time.LocalDate.now()\n  \/\/\n  \/\/    SuspectRow.create(new SuspectRow(java.time.LocalDate.parse(date), caisse, groupe, agence, pdv, metric,0.0, models.Status.DetectedOnly, models.Nature.NotSpecified, currentDate, \"Nobody\", \" \"), NotSpecified)\n  \/\/    Ok(views.html.detectedOnly(SuspectRow.filterByStatus(models.Status.DetectedOnly)))\n  \/\/  }\n\n\n  def findWithId(id: Long): Action[AnyContent] = AuthenticatedAction() { implicit request =>\n    val optionOfSuspectRow = SuspectRow.findById(id)\n    optionOfSuspectRow match {\n      case Some(e) =>\n        val filledForm = editionForm.fill(EditionValues(e.admin, e.comment, e.nature.toString, e.status.toString))\n        Ok(views.html.edit(e,e.format, filledForm, request.user))\n      case None => Ok(views.html.data( request.user))\n    }\n  }\n\n\n  def saveEdition(id: Long): Action[AnyContent] = AuthenticatedAction() { implicit request =>\n    editionForm.bindFromRequest.fold(\n      errors => Ok(views.html.data( request.user)),\n      l => {\n        SuspectRow.edit(id, l.admin, l.comment, models.Nature.withName(l.nature), models.Status.withName(l.status))\n        Redirect(routes.Application.findWithId(id))flashing(\n          \"success\" -> \"edit.success\"\n          )\n      }\n    )\n  }\n\n  def allUsedMetrics(): Action[AnyContent] = AuthenticatedAction().async { implicit request =>\n    mapMetricsToNames.map { mapMtN =>\n      val allMetrics = mapMtN.metrics.toList.map(tuple => CodeMetricWithoutId(tuple._1, tuple._2.label,tuple._2.formatString)).toSet\n      val usedMetricsWithID: List[CodeMetric] = MetricRepository.list()\n      val usedMetrics = usedMetricsWithID.map(new CodeMetricWithoutId(_)).toSet\n      val unusedMetrics = allMetrics.diff(usedMetrics)\n      Ok(views.html.metrics( request.user))\n\n    }\n  }\n\n  def addMetric(code: String): Action[AnyContent] = AuthenticatedAction().async {\n    mapMetricsToNames.map { mapMtN =>\n      MetricRepository.create(CodeMetricWithoutId(code, mapMtN.metrics(code).label,mapMtN.metrics(code).formatString))\n      Redirect(routes.Application.allUsedMetrics())\n    }\n  }\n\n  def removeMetric(code: String): Action[AnyContent] = AuthenticatedAction().async {\n    mapMetricsToNames.map { mapMtN =>\n      MetricRepository.delete(code)\n      Redirect(routes.Application.allUsedMetrics())\n    }\n  }\n\n  def currentUserTasks = AuthenticatedAction() { implicit request =>\n    Ok(views.html.myaccount.mytasks( request.user))\n\n  }\n\n  def sendUsedMetrics: Action[AnyContent] = AuthenticatedAction().async { implicit request =>\n    mapMetricsToNames.map { mapMtN =>\n      val allMetrics = mapMtN.metrics.toList.map(tuple => CodeMetricWithoutId(tuple._1, tuple._2.label,tuple._2.formatString)).toSet\n      val usedMetricsWithID: List[CodeMetric] = MetricRepository.list()\n      val usedMetrics = usedMetricsWithID.map(new CodeMetricWithoutId(_))\n      val usedMetricsForJSON = usedMetrics.map(metric =>\n        List(metric.code, metric.metricName)\n      )\n      Ok(Json.toJson(MetricsForJSON(usedMetricsForJSON)))\n    }\n  }\n\n  def sendUnusedMetrics: Action[AnyContent] = AuthenticatedAction().async { implicit request =>\n    mapMetricsToNames.map { mapMtN =>\n      val allMetrics = mapMtN.metrics.toList.map(tuple => CodeMetricWithoutId(tuple._1, tuple._2.label,tuple._2.formatString)).toSet\n      val usedMetricsWithID: List[CodeMetric] = MetricRepository.list()\n      val usedMetrics = usedMetricsWithID.map(new CodeMetricWithoutId(_)).toSet\n      val unusedMetrics = allMetrics.diff(usedMetrics).toList\n      val unusedMetricsForJSON = unusedMetrics.map(metric =>\n        List(metric.code, metric.metricName)\n      )\n      Ok(Json.toJson(MetricsForJSON(unusedMetricsForJSON)))\n    }\n  }\n\n\n  def sendData(parameter: String): Action[AnyContent] = AuthenticatedAction() { implicit request =>\n    val suspectRows = parameter match {\n      case \"all\" => SuspectRow.all()\n      case \"mytasks\" => SuspectRow.findByAdmin(request.user.email)\n      case _ => List.empty[SuspectRow]\n    }\n    Ok(Json.toJson(suspectRows))\n  }\n  def sendTiles(caisse:String,groupe:String,agence:String,pdv:String): Action[AnyContent] = AuthenticatedAction() { implicit request =>\n    Ok(Json.toJson(SuspectRow.filterByPdv(caisse,groupe,agence,pdv)))\n  }\n\n  implicit val metricsWrites = new Writes[MetricsForJSON] {\n    def writes(metricsForJSON: MetricsForJSON) = Json.obj(\n      \"data\" -> metricsForJSON.data\n    )\n  }\n\n\n  implicit def statusWrites[A](implicit request :Request[A]) = new Writes[models.Status] {\n    def writes(status: models.Status) = Json.toJson(\n      Messages(status.toString)\n    )\n  }\n  implicit val natureWrites = new Writes[models.Nature] {\n    def writes(nature: Nature) = Json.toJson(\n      nature.toString\n    )\n  }\n  implicit def suspectRowsWrites[A](implicit request :Request[A]) = new Writes[SuspectRow] {\n    def writes(suspectRow: SuspectRow) = Json.obj(\n      \"id\"  -> suspectRow.id,\n      \"date\" -> suspectRow.date,\n      \"caisse\" -> suspectRow.caisse,\n      \"groupe\" -> suspectRow.groupe,\n      \"agence\" -> suspectRow.agence,\n      \"pdv\" -> suspectRow.pdv,\n      \"metricName\" -> suspectRow.metricName,\n      \"value\" -> Math.ceil(suspectRow.value),\n      \"criticityScore\" -> Math.ceil(suspectRow.criticityScore),\n      \"status\" -> Json.toJson(suspectRow.status),\n      \"statusCode\" -> suspectRow.status.toString,\n      \"nature\" -> Json.toJson(suspectRow.nature),\n      \"firstDate\" -> suspectRow.firstDate,\n      \"admin\" -> suspectRow.admin,\n      \"comment\" -> suspectRow.comment,\n      \"reasonsForDetection\" -> suspectRow.reasonsForDetection.map(_.toString).mkString,\n      \"format\" -> (MetricRepository.findByCode(suspectRow.metric) match {\n        case None => \".d\"\n        case Some(metric:CodeMetric)=> metric.format\n      })\n\n    )\n  }\n\n\n  implicit val stateMessageWrites = new Writes[StateMessage] {\n    def writes(state: StateMessage) = Json.obj(\n      \"niceMessage\" -> state.niceMessage,\n      \"color\" -> state.color\n    )\n  }\n\n  def currentState = AuthenticatedAction() { implicit request =>\n    val state = StateRepository.state\n\n    val stateMessage = if (state.message == \"state.majfailed\") {\n      StateMessage(Messages(state.message) + \" \" + state.niceDate + \".\", \"red\")\n    }\n    else {\n      StateMessage(Messages(state.message) + \" \" + state.niceDate + \".\", \"\")\n    }\n\n    Ok(Json.toJson(stateMessage))\n  }\n\n    def translate[A](dashboard:DashBoard)(implicit request :Request[A]):DashBoard= {\n      dashboard.copy(statusChart=dashboard.statusChart.copy(labelsForDisplay=dashboard.statusChart.labels.map(Messages(_))),\n        natureChart=dashboard.natureChart.copy(labelsForDisplay=dashboard.natureChart.labels.map(Messages(_)))\n      )\n    }\n\n\n  def dashBoardPdvs(caisse: String , groupe: String, agence: String )= AuthenticatedAction() { implicit request =>\n    val dashboards = DashBoardGenerator.getDashBoardsForAgence(caisse, groupe, agence)\n    Ok(Json.toJson(dashboards.map(translate(_)(request))))\n  }\n  def dashBoardAgences(caisse: String , groupe: String)= AuthenticatedAction() { implicit request =>\n    val dashboards =DashBoardGenerator.getDashBoardsForGroupe(caisse, groupe)\n    Ok(Json.toJson(dashboards.map(translate(_)(request))))\n  }\n  def dashBoardGroupes(caisse: String )= AuthenticatedAction() { implicit request =>\n    val dashboards =DashBoardGenerator.getDashBoardsForCaisse(caisse)\n    Ok(Json.toJson(dashboards.map(translate(_)(request))))\n  }\n  def dashBoardCaisses()= AuthenticatedAction() { implicit request =>\n    val dashboards =DashBoardGenerator.getDashBoardsForAllCaisses()\n    Ok(Json.toJson(dashboards.map(translate(_)(request))))\n  }\n  def dashBoardAll()= AuthenticatedAction() { implicit request =>\n    val dashboard =DashBoardGenerator.getDashBoardsForAll()\n    Ok(Json.toJson(translate(dashboard)(request)))\n  }\n  def dashBoard()= AuthenticatedAction() { implicit request =>\n    Ok(views.html.dashboard(request.user))\n  }\n\n\n  \/\/  def findById(date : String,caisse : String, groupe : String, agence :String,pdv :String, metric :String): Action[AnyContent] = Action{\n  \/\/    val error = ErrorBPCE(date,caisse,groupe,agence,pdv,metric,\"To be specified\",\"\",\"Not treated\",\"\",\"To be specified\",\"Unknown\")\n  \/\/\n  \/\/    val existingError = AbnormalityHandling.findErrorById(error)\n  \/\/    existingError match {\n  \/\/      case Some(e) => Ok(views.html.index(e :: List(), List(), List()))\n  \/\/      case None => Ok(\"Not found\")\n  \/\/    }\n  \/\/\n  \/\/  }\n  \/\/  def editStatus(date : String,caisse : String, groupe : String, agence :String,pdv :String,metric :String,status : String): Action[AnyContent] = Action{\n  \/\/    val error = ErrorBPCE(date,caisse,groupe,agence,pdv,metric,\"To be specified\",\"\",\"Not treated\",\"\",\"To be specified\",\"Unknown\")\n  \/\/    val existingError = AbnormalityHandling.editStatus(error,status)\n  \/\/   Ok(views.html.index(AbnormalityHandling.filter(\"Treated\"),AbnormalityHandling.filter(\"Processing\"),AbnormalityHandling.filter(\"Not treated\")))\n  \/\/\n  \/\/  }\n  \/\/  def editType(date : String,caisse : String, groupe : String, agence :String,pdv :String,metric :String,errorType : String): Action[AnyContent] = Action{\n  \/\/    val error = ErrorBPCE(date,caisse,groupe,agence,pdv,metric,\"To be specified\",\"\",\"Not treated\",\"\",\"To be specified\",\"Unknown\")\n  \/\/    val existingError = AbnormalityHandling.editType(error,errorType)\n  \/\/    Ok(views.html.index(AbnormalityHandling.filter(\"Treated\"),AbnormalityHandling.filter(\"Processing\"),AbnormalityHandling.filter(\"Not treated\")))\n  \/\/\n  \/\/  }\n  \/\/  def editComment(date : String,caisse : String, groupe : String, agence :String,pdv :String,metric :String,comment: String): Action[AnyContent] = Action{\n  \/\/    val error = ErrorBPCE(date,caisse,groupe,agence,pdv,metric,\"To be specified\",\"\",\"Not treated\",\"\",\"To be specified\",\"Unknown\")\n  \/\/    val existingError = AbnormalityHandling.editComment(error,comment)\n  \/\/    Ok(views.html.index(AbnormalityHandling.filter(\"Treated\"),AbnormalityHandling.filter(\"Processing\"),AbnormalityHandling.filter(\"Not treated\")))\n  \/\/\n  \/\/  }\n  \/\/  def editAdmin(date : String,caisse : String, groupe : String, agence :String,pdv :String,metric :String,admin: String): Action[AnyContent] = Action{\n  \/\/    val error = ErrorBPCE(date,caisse,groupe,agence,pdv,metric,\"To be specified\",\"\",\"Not treated\",\"\",\"To be specified\",\"Unknown\")\n  \/\/    val existingError = AbnormalityHandling.editAdmin(error,admin)\n  \/\/    Ok(views.html.index(AbnormalityHandling.filter(\"Treated\"),AbnormalityHandling.filter(\"Processing\"),AbnormalityHandling.filter(\"Not treated\")))\n  \/\/\n  \/\/  }\n\n\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/MachineLearning.scala","text":"<filename>app\/library\/MachineLearning.scala\npackage library\n\nimport breeze.numerics.sqrt\nimport org.apache.spark._\nimport org.apache.spark.mllib.feature.StandardScaler\nimport org.apache.spark.mllib.regression.{LabeledPoint, LinearRegressionModel, LinearRegressionWithSGD}\nimport org.apache.spark.mllib.tree.RandomForest\nimport org.apache.spark.mllib.tree.model.RandomForestModel\nimport org.apache.spark.rdd.RDD\n\nobject MachineLearning {\n\n  def scaleFeatures(data: RDD[LabeledPoint]): RDD[LabeledPoint] = {\n    val scaler = {\n      new StandardScaler(withMean = true, withStd = true).fit(data.map(x => x.features))\n    }\n    data.map(x => LabeledPoint(x.label, scaler.transform(x.features)))\n    \/\/data.map(x => LabeledPoint(x.label, x.features))\n  }\n\n  def runLinearRegression(data: RDD[LabeledPoint], sc: SparkContext): String = {\n    val splits = data.randomSplit(Array(0.8, 0.2))\n    val training: RDD[LabeledPoint] = splits(0)\n    val test: RDD[LabeledPoint] = splits(1)\n    val model: LinearRegressionModel = new LinearRegressionWithSGD().\n      setIntercept(true).\n      run(training)\n    val valuesAndPreds = test.map { point =>\n      val prediction = model.predict(point.features)\n      println((point.label, prediction))\n      (point.label, prediction)\n    }\n    val MSE = valuesAndPreds.map { case (v, p) => math.pow(v - p, 2) }.mean()\n    sc.stop()\n    print(MSE)\n    MSE.toString\n  }\n\n  def runRandomForestRegression(data: RDD[LabeledPoint], sc: SparkContext): String = {\n    val splits = data.randomSplit(Array(0.8, 0.2))\n    val (training, test) = (splits(0), splits(1))\n\n    val categoricalFeaturesInfo = Map[Int, Int]()\n    val numTrees = 100 \/\/ Use more in practice.\n    val featureSubsetStrategy = \"sqrt\" \/\/ Let the algorithm choose.\n    val impurity = \"variance\"\n    val maxDepth = 20\n    val maxBins = 4\n\n    val model: RandomForestModel = RandomForest.trainRegressor(training, categoricalFeaturesInfo, numTrees, featureSubsetStrategy, impurity, maxDepth, maxBins)\n\n\n    val labelsAndPredictionsOnTest: RDD[(Double, Double)] = test.map { point =>\n      val prediction = model.predict(point.features)\n      (point.label, prediction)\n    }\n    val labelsAndPredictionsOnTraining: RDD[(Double, Double)] = training.map { point =>\n\n      val prediction = model.predict(point.features)\n      (point.label, prediction)\n    }\n\n    val mseOnTraining = sqrt(labelsAndPredictionsOnTraining.map {  case (v, p) => math.pow(v - p, 2) }.mean())\n    val mseOnTest = sqrt(labelsAndPredictionsOnTest.map { case (v, p) => math.pow(v - p, 2) }.mean())\n\n    val labelsAndPredictionsOnTrainingString = labelsAndPredictionsOnTraining.map(tuple=> tuple._1.toString+\" ,\"+tuple._2.toString+'\\n').reduce(_+_)\n    val labelsAndPredictionsOnTestString = labelsAndPredictionsOnTest.map(tuple=> tuple._1.toString+\" ,\"+tuple._2.toString+'\\n').reduce(_+_)\n    \/\/println(\"Learned regression forest model:\\n\" + model.toDebugString)\n\n    labelsAndPredictionsOnTestString+mseOnTraining.toString +'\\n' +mseOnTest\n\n  }\n\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/utils\/Math.scala","text":"package library.utils\n\nimport breeze.numerics.sqrt\n\n\nobject Math {\n  def square(x: Double) = x * x\n\n  def average(list: List[Double]): Double = {\n    list.sum \/ list.length\n  }\n\n  def variance(list: List[Double]): Double = {\n    val averageOfList = average(list)\n    list.foldLeft(0.0)((acc: Double, element: Double) => square(element - averageOfList) + acc) \/ list.length\n  }\n\n  def standardDeviation(list: List[Double]): Double = {\n    sqrt(variance(list))\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/Metrics.scala","text":"<filename>app\/models\/Metrics.scala\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{JsPath, Reads, _}\n\ncase class Metrics(metrics: Map[String, Metric]) {\n  def getMetricsToNamesMap: Map[String, String] = {\n    metrics.mapValues(_.label)\n  }\n}\n\ncase class Metric(label: String, formatString: String, growth: String, invertGrowth: Boolean, description: String, formatGrowth: String)\n\n\nobject Metric {\n  implicit val metricReader: Reads[Metric] = (\n    (JsPath \\ \"label\").read[String] and\n      (JsPath \\ \"format_string\").read[String] and\n      (JsPath \\ \"growth\").read[String] and\n      (JsPath \\ \"invert_growth\").read[Boolean] and\n      (JsPath \\ \"description\").read[String] and\n      (JsPath \\ \"format_growth\").read[String]\n    )(Metric.apply _)\n}\n\ncase class MetricsForJSON(data:List[List[String]])\n\nobject Metrics {\n  implicit val metricsReader: Reads[Metrics] = Json.reads[Metrics]\n}\n\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/Labels.scala","text":"<reponame>BriacPi\/BasePlay2<gh_stars>0\npackage models\n\nimport play.api.libs.functional.syntax._\nimport play.api.libs.json.{JsPath, Reads, _}\n\n\ncase class Labels(segments: Map[String, SegmentContent], eds: Map[String, EdsContent]) {\n  def getCaissesToNamesMap:Map[String,String]={\n    eds.mapValues(_.default)\n  }\n}\n\ncase class SegmentContent(default: String, ordre: Int)\n\ncase class EdsContent(default: String, court: Option[String])\n\nobject EdsContent {\n  implicit val edsContentReader: Reads[EdsContent] = (\n    (JsPath \\ \"DEFAULT\").read[String] and\n      (JsPath \\ \"COURT\").readNullable[String]\n    )(EdsContent.apply _)\n}\n\nobject SegmentContent {\n  implicit val segmentContentReader: Reads[SegmentContent] = (\n    (JsPath \\ \"DEFAULT\").read[String] and\n      (JsPath \\ \"Ordre\").read[Int]\n    )(SegmentContent.apply _)\n}\n\nobject Labels {\n  implicit val edsContentReader: Reads[Labels] = Json.reads[Labels]\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/DataStorage.scala","text":"package library\n\nimport java.io.File\nimport java.nio.file.{Files, Paths}\n\nimport library.Engine._\nimport models.{Configuration, RawData, Row}\nimport org.apache.commons.io.FileUtils\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.reflect.io.Path\n\n\nobject DataStorage {\n  def configToFilename(caisse: String, config: Configuration, month: String): String = {\n    config.metric + \"-\" + caisse + \"-\" + config.dimensions.flatten.mkString + \"-\" + month + \".json\"\n  }\n\n  def fileExists(filename: String, path: String): Boolean = {\n    val listOfFiles: Array[File] = new File(path).listFiles.filter(_.getName.endsWith(\".json\"))\n    listOfFiles.foldLeft(false)((bool, file) => bool | file.getName == filename)\n  }\n\n  def storedJsonToRow(json: JsValue, caisse: String, config: Configuration): Future[List[Row]] = {\n    val result = json.validate[RawData]\n    result.fold(\n      errors => {\n        println(\"errors in reading file \" + caisse)\n        Future.successful(Nil)\n      }, rawData =>\n        Future.successful(rawData.toRows(caisse)))\n  }\n\n\n  def sendRequestToApiWithStorage(caisse: String, config: Configuration, month: String, numberOfTry: Int): Future[List[Row]] = {\n    val path = \"jsonDataStorage\/\"\n    if (!Files.exists(Paths.get(path))) {\n      Path(path).createDirectory()\n    }\n    val filename = configToFilename(caisse, config, month)\n    if (fileExists(filename, path)) {\n      val file: File = new File(path + filename)\n      val json = Json.parse(FileUtils.readFileToString(file))\n      println(\"Loading \" + filename)\n      storedJsonToRow(json, caisse, config)\n\n    }\n    else {\n      if (numberOfTry < 5) {\n        val answer = makeRequest(caisse, config, month)\n        answer.flatMap {\n          response =>\n            response.status match {\n              case 204 => Future.successful(List.empty[Row])\n              case 200 =>\n                val json: JsValue = Json.parse(response.body)\n                val result = json.validate[RawData]\n                result.fold(\n                  errors => {\n                    println(\"errors\" + caisse + \"on Json parsing\")\n                    throw new Exception(\"Failed Json Parsing\")\n                  }, rawData => {\n                    val filename = configToFilename(caisse, config, month)\n                    val file = new File(path + filename)\n                    FileUtils.write(file, Json.stringify(json))\n                    Future.successful(rawData.toRows(caisse))\n                  })\n              case 400 =>\n                if (response.body.toString.contains(\"exceeded 25.seconds to unspecified while waiting for a response for an individual request, excluding retries\")) {\n                  sendRequestToApiWithStorage(caisse, config, month, numberOfTry + 1)\n                }\n                else {\n                  println(\"errors\" + caisse + \"received a bad request\")\n                  throw new Exception(\"Unhandled Bad Request code\")\n                }\n              case _ =>\n                println(\"errors\" + caisse + \"received an unmanaged code\")\n                throw new Exception(\"Unhandled answer code\")\n\n            }\n        }\n      }\n      else {\n        throw new Exception(\"Excessive number of try for timeout bad request\")\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/EditionValues.scala","text":"<filename>app\/models\/EditionValues.scala\npackage models\n\ncase class EditionValues(admin:String,comment:String,nature:String,status:String)\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/utils\/dateTimeNow.scala","text":"<reponame>BriacPi\/BasePlay2\npackage library.utils\n\n\nobject dateTimeNow {\ndef now() =java.time.LocalDateTime.now(java.time.ZoneId.of(\"Europe\/Paris\"))\n}\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/models\/authentication\/User.scala","text":"\/**\n * Copyright (C) 2015 <NAME> - All Rights Reserved\n *\/\n\npackage models.authentication\n\nimport play.api.libs.json._\nimport anorm.SqlParser._\nimport anorm._\n\nimport scala.language.postfixOps\n\ncase class User(id: Long, email: String, firstName: String, lastName: String, password: String, company:String)\ncase class TemporaryUser(email: String, firstName: String, lastName: String, password: String, company:String)\ncase class EditUser(firstName: String, lastName: String, password: String,company:String)\ncase class EditPassword(oldPassword :String, newPassword : String)\n\n\nobject User {\n  \n  \/**\n   * JSON writer serializer\n   *\/\n  implicit val writer = new Writes[User] {\n    def writes(user: User) = Json.obj(\n      \"id\" -> user.id,\n      \"email\" -> user.email,\n      \"last_name\" -> user.lastName,\n      \"first_name\" -> user.firstName,\n      \"company\" -> user.company\n    )\n  }\n\n\n}\n\n"}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/controllers\/UserController.scala","text":"<filename>app\/controllers\/UserController.scala\npackage controllers\n\n\nimport javax.inject.Inject\n\nimport components.mvc.AuthController\nimport components.user.{PasswordAuthentication, SessionManager}\n\n\nimport models.authentication.{LoginValues, TemporaryUser,EditUser,User,EditPassword}\n\n\nimport play.api.data.Form\nimport play.api.data.Forms._\n\nimport play.api.libs.ws.WSClient\nimport play.api.mvc._\nimport repositories.authentication.UserRepository\n\n\nclass UserController @Inject()(ws: WSClient) extends AuthController {\n  val addUserForm : Form[TemporaryUser]= Form(\n    mapping(\n      \"email\" -> nonEmptyText,\n      \"firstName\"->nonEmptyText,\n      \"lastName\"->nonEmptyText,\n      \"password\" -> nonEmptyText,\n      \"company\" -> nonEmptyText\n    )(TemporaryUser.apply)(TemporaryUser.unapply)\n  )\n\n  val editUserForm : Form[EditUser]= Form(\n    mapping(\n      \"firstName\"->nonEmptyText,\n      \"lastName\"->nonEmptyText,\n      \"oldPassword\" -> nonEmptyText,\n\n      \"company\" -> nonEmptyText\n    )(EditUser.apply)(EditUser.unapply)\n  )\n  val editPasswordForm : Form[EditPassword]= Form(\n    mapping(\n      \"oldPassword\" -> nonEmptyText,\n      \"newPassword\" -> nonEmptyText\n    )(EditPassword.apply)(EditPassword.unapply)\n  )\n\n  val form: Form[LoginValues] = Form(\n    mapping(\n      \"email\" -> nonEmptyText,\n      \"password\" -> nonEmptyText\n    )(LoginValues.apply)(LoginValues.unapply)\n  )\n  def profile(id: Long) = AuthenticatedAction() { implicit request =>\n    val user = repositories.authentication.UserRepository.findById(id)\n    user match {\n      case Some(u) => Ok(views.html.users.profile(u))\n      case None => SessionManager.destroy(Ok(views.html.authentication.authentication(form)))\n    }\n\n  }\n  def myProfile(id: Long) = AuthenticatedAction() { implicit request =>\n    val user = repositories.authentication.UserRepository.findById(id)\n\n    user match {\n      case Some(u) => {\n        val tasks = models.SuspectRow.findByAdmin(u.email).length\n        Ok(views.html.myaccount.designProfile(u,tasks))\n      }\n      case None => SessionManager.destroy(Ok(views.html.authentication.authentication(form)))\n    }\n\n  }\n\n  def allUsers = AuthenticatedAction() { implicit request =>\n    val userList = repositories.authentication.UserRepository.list().toList\n    Ok(views.html.users.listUsers(userList,request.user))\n  }\n  def addUser = AuthenticatedAction() { implicit request =>\n    addUserForm.bindFromRequest.fold(\n      error => {\n        \/\/ binding failure, you retrieve the form containing errors:\n\n        BadRequest(views.html.users.addUser(error,request.user))\n      },\n      userData => {\n        val refillForm = addUserForm.fill(userData)\n        UserRepository.findByEmail(userData.email) match {\n          case None =>\n            val newUser = userData.copy(password = PasswordAuthentication.<PASSWORD>(userData.password))\n            repositories.authentication.UserRepository.create(newUser)\n            Redirect(routes.UserController.allUsers)\n          case Some(u) =>BadRequest(views.html.users.addUser(refillForm.withGlobalError(\"error.usedEmail\"),request.user))\n        }\n        \/* binding success, you get the actual value. *\/\n\n      }\n    )\n  }\n\n  def deleteUser(email:String) = AuthenticatedAction() { implicit request =>\n    UserRepository.delete(email)\n    val userList = repositories.authentication.UserRepository.list().toList\n    Ok(views.html.users.listUsers(userList,request.user))\n  }\n\n  def newUser = AuthenticatedAction() { implicit request =>\n    Ok(views.html.users.addUser(addUserForm,request.user))\n  }\n\n  def editUser() = AuthenticatedAction(){ implicit request =>\n\n\n\n    val user =models.authentication.EditUser(request.user.firstName,request.user.lastName,request.user.password,request.user.company)\n    Ok(views.html.myaccount.designEdit(editUserForm.fill(user.copy(password=\"\")),request.user))\n\n\n  }\n  def editPassword() = AuthenticatedAction(){ implicit request =>\n    Ok(views.html.myaccount.designEditPassword(editPasswordForm,request.user))\n  }\n\n  def saveEditionUser() = AuthenticatedAction(){ implicit request =>\n    val cuser =models.authentication.EditUser(request.user.firstName,request.user.lastName,request.user.password,request.user.company)\n\n    editUserForm.bindFromRequest.fold(\n      error => {\n\n        \/\/ Request payload is invalid.envisageable\n\n        BadRequest(views.html.myaccount.designEdit(editUserForm.withGlobalError(\"error.invalidPassword\").fill(cuser),request.user))\n\n      },\n      success => {\n\n        val filledForm = editUserForm.fill(success.copy(password=\"\"))\n\n        UserRepository.findByEmail(request.user.email) match {\n          case Some(user) =>\n\n            if (PasswordAuthentication.authenticate( success.password,user.password)) {\n              val newUser = User(user.id,user.email,success.firstName,success.lastName,PasswordAuthentication.passwordHash(<PASSWORD>),success.company)\n              val tasks = models.SuspectRow.findByAdmin(newUser.email).length\n              repositories.authentication.UserRepository.editUser(newUser)\n              Ok(views.html.myaccount.designProfile(newUser,tasks))\n\n            }\n            else {\n\n\n              Unauthorized(views.html.myaccount.designEdit(editUserForm.withGlobalError(\"error.invalidPassword\").fill(cuser.copy(password=\"\")),request.user))\n\n        }\n\n          case None =>\n            Unauthorized(views.html.myaccount.designEdit(editUserForm.withGlobalError(\"error.invalidPassword\").fill(cuser.copy(password=\"\")),request.user))\n        }\n      }\n    )\n\n  }\n  def saveEditionPassword() = AuthenticatedAction(){ implicit request =>\n    editPasswordForm.bindFromRequest.fold(\n      error => {\n\n        \/\/ Request payload is invalid.envisageable\n        BadRequest(views.html.myaccount.designEditPassword(editPasswordForm.withGlobalError(\"error.invalidPassword\"),request.user))\n      },\n      success => {\n\n        val filledForm = editPasswordForm.fill(success)\n\n        UserRepository.findByEmail(request.user.email) match {\n          case Some(user) =>\n            if (PasswordAuthentication.authenticate( success.oldPassword,user.password)) {\n              val newUser = User(user.id,user.email,user.firstName,user.lastName,PasswordAuthentication.passwordHash(<PASSWORD>.newPassword),user.company)\n              val tasks = models.SuspectRow.findByAdmin(newUser.email).length\n              repositories.authentication.UserRepository.editPassword(<PASSWORD>User)\n              Ok(views.html.myaccount.designProfile(newUser,tasks))\n\n            }\n            else {\n              Unauthorized(views.html.myaccount.designEditPassword(editPasswordForm.withGlobalError(\"error.invalidPassword\"),request.user))\n            }\n          case None =>\n            Unauthorized(views.html.myaccount.designEditPassword(editPasswordForm.withGlobalError(\"error.invalidPassword\"),request.user))\n\n        }\n      }\n    )\n\n  }\n\n}"}
{"repo_name":"BriacPi\/BasePlay2","path":"build.sbt","text":"name := \"\"\"doctor-strange\"\"\"\n\nversion := \"latest\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.11.6\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  cache,\n  ws,\n  evolutions,\n  \"org.apache.spark\" % \"spark-core_2.11\" % \"1.3.0\",\n  \"org.apache.spark\" % \"spark-mllib_2.11\" % \"1.3.0\",\n  \"com.typesafe.play\" %% \"anorm\" % \"2.4.0\",\n  \"com.beachape\" %% \"enumeratum\" % \"1.2.2\",\n  \"com.beachape\" %% \"enumeratum-play\" % \"1.2.2\"\n\n)\nlibraryDependencies += \"mysql\" % \"mysql-connector-java\" % \"5.1.27\"\n\n\/\/ Core dependencies\nlibraryDependencies ++= Seq(\n  filters\n)\n\n\n\/\/ Testing dependencies\nlibraryDependencies ++= Seq(\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.1\" % \"test\",\n  \"org.scalatestplus\" %% \"play\" % \"1.4.0-M3\" % \"test\",\n  \"org.mockito\" % \"mockito-core\" % \"1.10.19\" % \"test\"\n)\n\n\/\/ Other dependencies\nlibraryDependencies ++= Seq(\n  \"org.mindrot\" % \"jbcrypt\" % \"0.3m\"\n)\n\n\n\/\/ Play provides two styles of routers, one expects its actions to be injected, the\n\/\/ other, legacy style, accesses its actions statically.\nroutesGenerator := InjectedRoutesGenerator\n\njavaOptions in Test += \"-Dconfig.file=conf\/application.test.conf\""}
{"repo_name":"BriacPi\/BasePlay2","path":"app\/library\/CaissesToNames.scala","text":"package library\n\nimport java.util.concurrent.TimeoutException\n\nimport models.Labels\nimport play.api.libs.json.{JsValue, Json}\nimport play.api.libs.ws.{WS, WSRequest, WSResponse}\nimport play.api.Play.current\nimport scala.concurrent.Future\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject CaissesToNames {\n  def makeRequest(): Future[WSResponse] = {\n    val url = \"https:\/\/s3-eu-west-1.amazonaws.com\/production-visualizations\/bpce-labels.js\"\n    val request: WSRequest = WS.url(url)\n\n    val complexRequest: WSRequest =\n      request.withHeaders(\"Accept\" -> \"application\/json\")\n        .withRequestTimeout(30000)\n    complexRequest.get()\n  }\n\n  def getMapCaissesToNames(answer: Future[WSResponse]): Future[Map[String, String]] = {\n    answer.flatMap { response =>\n      val text = response.body.replaceAll(\"cv.labels =\",\"\").dropRight(1)\n      val json: JsValue = Json.parse(text)\n      val result = json.validate[Labels]\n      result.fold(\n        errors => {\n          println(\"error in reading CodesToNameJson\" +errors)\n          getMapCaissesToNames(makeRequest())\n        }, labels => {\n          Future.successful(labels.getCaissesToNamesMap)\n        })\n    }\n  }\n\n\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala_2.13+\/agni\/CqlSpec.scala","text":"<reponame>tkrs\/agni\npackage agni\n\nimport java.util.concurrent.CompletableFuture\n\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.api.core.cql.{AsyncResultSet, BoundStatement, Row}\nimport org.mockito.Mockito._\nimport org.scalatest._\nimport org.scalatest.funspec.AsyncFunSpec\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatestplus.mockito.MockitoSugar\n\nimport scala.annotation.tailrec\nimport scala.concurrent.Future\nimport scala.jdk.CollectionConverters._\n\nclass CqlSpec extends AsyncFunSpec with MockitoSugar with Matchers {\n\n  import agni.std.async._\n  import cats.instances.future._\n\n  describe(\"getRows\") {\n    it(\"should convert to LazyList[Row] the value got from AsyncResultSet#currentPage()\") {\n      val session         = mock[CqlSession]\n      val stmt            = mock[BoundStatement]\n      val asyncResultSet0 = mock[AsyncResultSet]\n\n      when(session.executeAsync(stmt))\n        .thenReturn(CompletableFuture.completedFuture(asyncResultSet0))\n\n      val asyncResultSet1 = mock[AsyncResultSet]\n      val asyncResultSet2 = mock[AsyncResultSet]\n      val asyncResultSet3 = mock[AsyncResultSet]\n\n      when(asyncResultSet0.fetchNextPage()).thenReturn(CompletableFuture.completedFuture(asyncResultSet1))\n      when(asyncResultSet0.hasMorePages).thenReturn(true)\n\n      when(asyncResultSet1.fetchNextPage()).thenReturn(CompletableFuture.completedFuture(asyncResultSet2))\n      when(asyncResultSet1.hasMorePages).thenReturn(true)\n\n      when(asyncResultSet2.fetchNextPage()).thenReturn(CompletableFuture.completedFuture(asyncResultSet3))\n      when(asyncResultSet2.hasMorePages).thenReturn(true)\n\n      when(asyncResultSet3.hasMorePages).thenReturn(false)\n\n      val rows0 = Iterator.continually(mock[Row]).take(2).to(Iterable)\n      val rows1 = Iterator.continually(mock[Row]).take(2).to(Iterable)\n      val rows2 = Iterator.continually(mock[Row]).take(2).to(Iterable)\n      val rows3 = Iterator.continually(mock[Row]).take(1).to(Iterable)\n\n      when(asyncResultSet0.currentPage()).thenReturn(rows0.asJava)\n      when(asyncResultSet1.currentPage()).thenReturn(rows1.asJava)\n      when(asyncResultSet2.currentPage()).thenReturn(rows2.asJava)\n      when(asyncResultSet3.currentPage()).thenReturn(rows3.asJava)\n\n      val got = Cql.getRows[Future](session, stmt)\n\n      got.map { xs =>\n        xs shouldBe LazyList.concat(rows0 ++ rows1 ++ rows2 ++ rows3)\n      }\n    }\n\n    it(\"should be stack-safe\") {\n      val session = mock[CqlSession]\n      val stmt    = mock[BoundStatement]\n      val r       = mock[AsyncResultSet]\n\n      when(session.executeAsync(stmt)).thenReturn(CompletableFuture.completedFuture(r))\n\n      @tailrec def createResultSet(current: AsyncResultSet, size: Int): Unit = {\n        val page = Iterator.continually(mock[Row]).take(1).to(Iterable)\n        when(current.currentPage()).thenReturn(page.asJava)\n        val next = mock[AsyncResultSet]\n        if (size > 0) {\n          when(current.hasMorePages).thenReturn(true)\n          when(current.fetchNextPage()).thenReturn(CompletableFuture.completedFuture(next))\n          createResultSet(next, size - 1)\n        } else {\n          when(current.hasMorePages).thenReturn(false)\n        }\n      }\n\n      createResultSet(r, 9999)\n\n      val got = Cql.getRows[Future](session, stmt)\n\n      got.map { _.toList.size shouldBe 10000 }\n    }\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/Binder.scala","text":"<filename>core\/src\/main\/scala\/agni\/Binder.scala\npackage agni\n\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.cql.BoundStatement\n\ntrait Binder[A] {\n  def apply(bound: BoundStatement, version: ProtocolVersion, a: A): Either[Throwable, BoundStatement]\n}\n\nobject Binder extends TupleBinder {\n\n  def apply[A](implicit A: Binder[A]): Binder[A] = A\n\n  implicit def bindSingle[A](implicit serializeA: RowSerializer[A]): Binder[A] =\n    (bound, version, a) => serializeA(bound, 0, a, version)\n}\n"}
{"repo_name":"tkrs\/agni","path":"twitter-util\/src\/main\/scala\/agni\/twitterUtil\/async.scala","text":"<gh_stars>0\npackage agni.twitterUtil\n\nimport java.util.concurrent.{CompletableFuture, CompletionStage}\nimport java.util.function.BiConsumer\n\nimport agni.util.Par\nimport cats.~>\nimport com.twitter.util.{Future, Promise}\n\nimport scala.util.control.NonFatal\n\nobject async {\n  implicit val twitterUtilPar: Par.Aux[CompletionStage, Future] = new Par[CompletionStage] {\n    type G[A] = Future[A]\n\n    def parallel: CompletionStage ~> G = \u03bb[CompletionStage ~> G](run(_))\n\n    private[this] def run[A](fa: CompletionStage[A]): G[A] = {\n      val p = Promise[A]\n\n      fa match {\n        case faa: CompletableFuture[A] =>\n          p.setInterruptHandler { case NonFatal(_) => faa.cancel(false) }\n        case _ => ()\n      }\n\n      fa.whenComplete(new BiConsumer[A, Throwable] {\n        def accept(t: A, u: Throwable): Unit =\n          if (u != null) p.setException(u) else p.setValue(t)\n      })\n\n      p\n    }\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/generic\/auto.scala","text":"<reponame>tkrs\/agni\npackage agni.generic\n\nimport agni.{Binder, RowDecoder}\nimport shapeless.Lazy\n\nobject auto {\n  implicit def autoDerivedBinder[A](implicit A: Lazy[DerivedBinder[A]]): Binder[A]             = A.value\n  implicit def autoDerivedRowDecoder[A](implicit A: Lazy[DerivedRowDecoder[A]]): RowDecoder[A] = A.value\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/Cql.scala","text":"<reponame>tkrs\/agni\npackage agni\n\nimport java.util.concurrent.CompletionStage\n\nimport agni.util.Par\nimport agni.internal.Pageable\nimport cats.{Apply, MonadError}\nimport cats.syntax.functor._\nimport cats.syntax.applicative._\nimport cats.syntax.flatMap._\nimport cats.syntax.option._\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.api.core.cql._\n\nobject Cql extends Pageable {\n\n  def prepareAsync[F[_]](session: CqlSession, stmt: String)(\n    implicit\n    par: Par.Aux[CompletionStage, F]\n  ): F[PreparedStatement] = par.parallel(session.prepareAsync(stmt))\n\n  def prepareAsync[F[_]](session: CqlSession, stmt: SimpleStatement)(\n    implicit\n    par: Par.Aux[CompletionStage, F]\n  ): F[PreparedStatement] = par.parallel(session.prepareAsync(stmt))\n\n  def executeAsync[F[_]](session: CqlSession, stmt: BoundStatement)(\n    implicit\n    par: Par.Aux[CompletionStage, F]\n  ): F[AsyncResultSet] =\n    par.parallel(session.executeAsync(stmt))\n\n  def getRow[F[_]: Apply](session: CqlSession, stmt: BoundStatement)(\n    implicit\n    par: Par.Aux[CompletionStage, F]\n  ): F[Option[Row]] =\n    executeAsync(session, stmt).map(a => Option(a.one()))\n\n  def getRowAs[F[_], A](session: CqlSession, stmt: BoundStatement)(\n    implicit\n    F: MonadError[F, Throwable],\n    decodeA: RowDecoder[A],\n    parF: Par.Aux[CompletionStage, F]\n  ): F[Option[A]] =\n    getRow[F](session, stmt) >>= {\n      case Some(row) =>\n        F.fromEither(decodeA(row, session.getContext().getProtocolVersion()).map(Option.apply))\n      case _ =>\n        none.pure[F]\n    }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/generic\/DerivedBinderSpec.scala","text":"package agni.generic\n\nimport agni.{Binder, TypedSuite}\nimport org.scalatest.Assertion\nimport org.scalatestplus.mockito.MockitoSugar\n\nclass DerivedBinderSpec extends TypedSuite with MockitoSugar {\n  import auto._\n  import TypedSuite._\n\n  def checkType[A: Binder]: Assertion =\n    assertCompiles(\"Binder.apply[A]\")\n\n  test(\"Binder[Named]\")(checkType[Named])\n  test(\"Binder[IDV]\")(checkType[IDV])\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/util\/Par.scala","text":"package agni\npackage util\n\nimport cats.~>\n\ntrait Par[F[_]] {\n  type G[_]\n\n  def parallel: F ~> G\n}\n\nobject Par {\n  type Aux[F[_], G0[_]] = Par[F] { type G[A] = G0[A] }\n}\n"}
{"repo_name":"tkrs\/agni","path":"project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n  val V = new {\n    val `scala2.12` = \"2.12.11\"\n    val `scala2.13` = \"2.13.2\"\n\n    val kindeProjector = \"0.11.0\"\n\n    val datastax   = \"4.6.1\"\n    val cats       = \"2.1.1\"\n    val shapeless  = \"2.3.3\"\n    val catbird    = \"20.3.0\"\n    val monix      = \"3.1.0\"\n    val catsEffect = \"2.1.3\"\n    val slf4j      = \"1.7.13\"\n\n    val scalatest = \"3.1.1\"\n    val scalatestplus = new {\n      val scalacheck = \"3.1.1.1\"\n      val mockito    = \"3.1.1.0\"\n    }\n  }\n\n  val P = new {\n    val kindeProjector = \"org.typelevel\" % \"kind-projector\" % V.kindeProjector\n\n    val datastaxJavaDriver   = \"com.datastax.oss\" % \"java-driver-core\"          % V.datastax\n    val datastaxQueryBuilder = \"com.datastax.oss\" % \"java-driver-query-builder\" % V.datastax\n    val catsCore             = \"org.typelevel\"    %% \"cats-core\"                % V.cats\n    val shapeless            = \"com.chuusai\"      %% \"shapeless\"                % V.shapeless\n    val catbird              = \"io.catbird\"       %% \"catbird-util\"             % V.catbird\n    val monixEval            = \"io.monix\"         %% \"monix-eval\"               % V.monix\n    val monixTail            = \"io.monix\"         %% \"monix-tail\"               % V.monix\n    val catsEffect           = \"org.typelevel\"    %% \"cats-effect\"              % V.catsEffect\n    val slf4jSimple          = \"org.slf4j\"        % \"slf4j-simple\"              % V.slf4j\n\n    lazy val scalatest  = \"org.scalatest\"     %% \"scalatest\"       % V.scalatest\n    lazy val scalacheck = \"org.scalatestplus\" %% \"scalacheck-1-14\" % V.scalatestplus.scalacheck\n    lazy val mockito    = \"org.scalatestplus\" %% \"mockito-3-2\"     % V.scalatestplus.mockito\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/generic\/DerivedRowDecoder.scala","text":"<filename>core\/src\/main\/scala\/agni\/generic\/DerivedRowDecoder.scala\npackage agni.generic\n\nimport agni.{RowDecoder, RowDeserializer}\nimport shapeless.labelled._\nimport shapeless.{::, HList, HNil, LabelledGeneric, Lazy, Witness}\n\ntrait DerivedRowDecoder[A] extends RowDecoder[A]\n\nobject DerivedRowDecoder extends DerivedRowDecoder1\n\ntrait DerivedRowDecoder1 {\n\n  implicit val decodeHNil: DerivedRowDecoder[HNil] =\n    (_, _) => Right(HNil)\n\n  implicit def decodeLabelledHList[K <: Symbol, H, T <: HList](\n    implicit\n    K: Witness.Aux[K],\n    H: RowDeserializer[H],\n    T: DerivedRowDecoder[T]\n  ): DerivedRowDecoder[FieldType[K, H] :: T] =\n    (row, version) =>\n      for {\n        h <- H(row, K.value.name, version)\n        t <- T(row, version)\n      } yield field[K](h) :: t\n\n  implicit def decodeCaseClass[A, R <: HList](\n    implicit\n    gen: LabelledGeneric.Aux[A, R],\n    decode: Lazy[DerivedRowDecoder[R]]\n  ): DerivedRowDecoder[A] =\n    (row, version) => decode.value(row, version).map(gen from)\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/generic\/DerivedBinder.scala","text":"package agni.generic\n\nimport agni.{Binder, RowSerializer}\nimport shapeless.labelled.FieldType\nimport shapeless.{::, HList, HNil, LabelledGeneric, Lazy, Witness}\n\ntrait DerivedBinder[A] extends Binder[A]\n\nobject DerivedBinder extends DerivedBinder1\n\ntrait DerivedBinder1 {\n\n  implicit val bindHnil: DerivedBinder[HNil] = (bound, _, _) => Right(bound)\n\n  implicit def bindLabelledHList[K <: Symbol, H, T <: HList](\n    implicit\n    K: Witness.Aux[K],\n    H: RowSerializer[H],\n    T: DerivedBinder[T]\n  ): DerivedBinder[FieldType[K, H] :: T] =\n    (bound, version, xs) => H(bound, K.value.name, xs.head, version).flatMap(T(_, version, xs.tail))\n\n  implicit def bindCaseClass[A, R <: HList](\n    implicit\n    gen: LabelledGeneric.Aux[A, R],\n    bind: Lazy[DerivedBinder[R]]\n  ): DerivedBinder[A] =\n    (bound, version, a) => bind.value(bound, version, gen.to(a))\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/RowDeserializer.scala","text":"package agni\n\nimport cats.syntax.either._\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.cql.Row\nimport com.datastax.oss.driver.api.core.data.{TupleValue, UdtValue}\n\ntrait RowDeserializer[A] {\n  def apply(row: Row, i: Int, version: ProtocolVersion): Either[Throwable, A]\n\n  def apply(row: Row, name: String, version: ProtocolVersion): Either[Throwable, A]\n}\n\nobject RowDeserializer {\n  def apply[A](implicit A: RowDeserializer[A]): RowDeserializer[A] = A\n\n  implicit def builtIn[A](implicit A: Deserializer[A]): RowDeserializer[A] = new RowDeserializer[A] {\n    override def apply(row: Row, i: Int, version: ProtocolVersion): Either[Throwable, A] =\n      for {\n        v <- Either.catchNonFatal(row.getBytesUnsafe(i))\n        r <- A(v, version)\n      } yield r\n\n    override def apply(row: Row, name: String, version: ProtocolVersion): Either[Throwable, A] =\n      for {\n        v <- Either.catchNonFatal(row.getBytesUnsafe(name))\n        r <- A(v, version)\n      } yield r\n  }\n\n  implicit val tupleValue: RowDeserializer[TupleValue] = new RowDeserializer[TupleValue] {\n    override def apply(row: Row, i: Int, version: ProtocolVersion): Either[Throwable, TupleValue] =\n      row.getTupleValue(i).asRight\n\n    override def apply(row: Row, name: String, version: ProtocolVersion): Either[Throwable, TupleValue] =\n      row.getTupleValue(name).asRight\n  }\n\n  implicit val udtValue: RowDeserializer[UdtValue] = new RowDeserializer[UdtValue] {\n    override def apply(row: Row, i: Int, version: ProtocolVersion): Either[Throwable, UdtValue] =\n      Either.catchNonFatal(row.getUdtValue(i))\n\n    override def apply(row: Row, name: String, version: ProtocolVersion): Either[Throwable, UdtValue] =\n      Either.catchNonFatal(row.getUdtValue(name))\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"benchmarks\/src\/test\/scala\/benchmarks\/inMem\/package.scala","text":"<gh_stars>0\npackage benchmarks\n\nimport agni.RowDecoder\nimport agni.generic.semiauto._\n\npackage object inMem {\n  type S5 = (String, String, String, String, String)\n  type S22 = (String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String, String)\n}\n\npackage inMem {\n\n  final case class C5(s1: String, s2: String, s3: String, s4: String, s5: String)\n  object C5 {\n    implicit val e: RowDecoder[C5] = derivedRowDecoder[C5]\n  }\n  final case class C22(s1: String, s2: String, s3: String, s4: String, s5: String, s6: String, s7: String, s8: String, s9: String, s10: String, s11: String, s12: String, s13: String, s14: String, s15: String, s16: String, s17: String, s18: String, s19: String, s20: String, s21: String, s22: String)\n  object C22 {\n    implicit val e: RowDecoder[C22] = derivedRowDecoder[C22]\n  }\n  final case class C30(s1: String, s2: String, s3: String, s4: String, s5: String, s6: String, s7: String, s8: String, s9: String, s10: String, s11: String, s12: String, s13: String, s14: String, s15: String, s16: String, s17: String, s18: String, s19: String, s20: String, s21: String, s22: String, s23: String, s24: String, s25: String, s26: String, s27: String, s28: String, s29: String, s30: String)\n  object C30 {\n    implicit val e: RowDecoder[C30] = derivedRowDecoder[C30]\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/RowDecoderSpec.scala","text":"<gh_stars>0\npackage agni\n\nimport org.scalatest.Assertion\n\nclass RowDecoderSpec extends TypedSuite {\n\n  def checkType[A: RowDecoder]: Assertion =\n    assertCompiles(\"RowDecoder.apply[A]\")\n\n  test(\"RowDecoder[T1]\")(checkType[T1])\n  test(\"RowDecoder[T2]\")(checkType[T2])\n  test(\"RowDecoder[T3]\")(checkType[T3])\n  test(\"RowDecoder[T4]\")(checkType[T4])\n  test(\"RowDecoder[T5]\")(checkType[T5])\n  test(\"RowDecoder[T6]\")(checkType[T6])\n  test(\"RowDecoder[T7]\")(checkType[T7])\n  test(\"RowDecoder[T8]\")(checkType[T8])\n  test(\"RowDecoder[T9]\")(checkType[T9])\n  test(\"RowDecoder[T10]\")(checkType[T10])\n  test(\"RowDecoder[T11]\")(checkType[T11])\n  test(\"RowDecoder[T12]\")(checkType[T12])\n  test(\"RowDecoder[T13]\")(checkType[T13])\n  test(\"RowDecoder[T14]\")(checkType[T14])\n  test(\"RowDecoder[T15]\")(checkType[T15])\n  test(\"RowDecoder[T16]\")(checkType[T16])\n  test(\"RowDecoder[T17]\")(checkType[T17])\n  test(\"RowDecoder[T18]\")(checkType[T18])\n  test(\"RowDecoder[T19]\")(checkType[T19])\n  test(\"RowDecoder[T20]\")(checkType[T20])\n  test(\"RowDecoder[T21]\")(checkType[T21])\n  test(\"RowDecoder[T22]\")(checkType[T22])\n  test(\"RowDecoder[T22_2]\")(checkType[T22_2])\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/std\/AsyncSpec.scala","text":"<gh_stars>0\npackage agni.std\n\nimport java.util.concurrent.{CompletableFuture, CompletionStage}\n\nimport agni.util.Par\nimport org.scalatest.flatspec.AnyFlatSpec\n\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Future}\n\nclass AsyncSpec extends AnyFlatSpec {\n  import async._\n\n  val parF: Par.Aux[CompletionStage, Future] = implicitly\n\n  it should \"convert to a Future\" in {\n    val f = parF.parallel(CompletableFuture.completedStage(10))\n    assert(10 === Await.result(f, 3.seconds))\n  }\n\n  it should \"convert to a failed Future when the passed computation fails\" in {\n    class R extends Throwable\n    val f = parF.parallel(CompletableFuture.failedStage(new R))\n    assertThrows[R](Await.result(f, 3.seconds))\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/RowDecoder.scala","text":"<reponame>tkrs\/agni\npackage agni\n\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.cql.Row\n\ntrait RowDecoder[A] {\n  def apply(row: Row, version: ProtocolVersion): Either[Throwable, A]\n}\n\nobject RowDecoder extends TupleRowDecoder {\n\n  def apply[A](implicit A: RowDecoder[A]): RowDecoder[A] = A\n\n  implicit def decodeSingleColumn[A](implicit deserializeA: RowDeserializer[A]): RowDecoder[A] =\n    (row, version) => deserializeA(row, 0, version)\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala_2.13+\/agni\/internal\/ScalaVersionSpecifics.scala","text":"<reponame>tkrs\/agni\npackage agni.internal\n\nprivate[agni] object ScalaVersionSpecifics {\n  private[agni] type Factory[-E, +T] = scala.collection.Factory[E, T]\n\n  object IsIterableOnce {\n    type Aux[A0, B] = scala.collection.generic.IsIterableOnce[A0] { type A = B }\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"examples\/src\/main\/scala\/Main.scala","text":"import java.time.LocalDate\nimport java.util.UUID\n\nimport agni.catsEffect.async._\nimport agni.{Binder, Cql, RowDecoder}\nimport cats.effect.{ExitCode, IO, IOApp}\nimport cats.implicits._\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.api.core.cql.PreparedStatement\nimport com.datastax.oss.driver.api.querybuilder.{QueryBuilder => Q}\nimport org.scalatest.matchers.should.Matchers\n\nobject Main extends IOApp with Matchers {\n  import Query._\n\n  def run(args: List[String]) =\n    IO(connect()).bracket(action)(c => IO(c.close())).flatTap(xs => IO(xs.foreach(println))) >>=\n      (xs => IO(xs.sortBy(_.id) === users).ifM(IO(ExitCode.Success), IO(ExitCode.Error)))\n\n  def connect(): CqlSession =\n    CqlSession.builder().build()\n\n  def remake(session: CqlSession) =\n    for {\n      _ <- Cql.prepareAsync[IO](session, createKeyspaceQuery) >>= (p => Cql.executeAsync[IO](session, p.bind()))\n      _ <- Cql.prepareAsync[IO](session, dropTableQuery) >>= (p => Cql.executeAsync[IO](session, p.bind()))\n      _ <- Cql.prepareAsync[IO](session, createTableQuery) >>= (p => Cql.executeAsync[IO](session, p.bind()))\n    } yield ()\n\n  def action(session: CqlSession) =\n    for {\n      _ <- remake(session)\n\n      _ <- Cql.prepareAsync[IO](session, insertUserQuery).flatTap(a => IO(println(a.getQuery))) >>=\n            (p => users.traverse(x => insertUser(session, p, x)))\n\n      v = session.getContext.getProtocolVersion\n\n      xs <- Cql.prepareAsync[IO](session, selectUserQuery).flatTap(a => IO(println(a.getQuery))) >>=\n             (p => Cql.getRowsAs[IO, Author](session, p.bind()))\n    } yield xs\n\n  def insertUser(session: CqlSession, p: PreparedStatement, a: Author) =\n    IO.fromEither(Binder[Author].apply(p.bind(), session.getContext.getProtocolVersion, a))\n      .flatTap(a => IO(println(a.getUuid(0)))) >>=\n      (\n        b =>\n          Cql.executeAsync[IO](session, b) >>\n            IO(println(\"inserted users\"))\n        )\n\n  val users = List(\n    Author(\n      UUID.randomUUID(),\n      \"Edna\",\n      \"O'Brien\",\n      LocalDate.of(1932, 12, 15),\n      \"female\",\n      Map(\n        \"The Country Girls\"            -> 1960,\n        \"Girl with Green Eyes\"         -> 1962,\n        \"Girls in Their Married Bliss\" -> 1964,\n        \"August is a Wicked Month\"     -> 1965,\n        \"Casualties of Peace\"          -> 1966,\n        \"Mother Ireland\"               -> 1976\n      )\n    ),\n    Author(\n      UUID.randomUUID(),\n      \"Benedict\",\n      \"Kiely\",\n      LocalDate.of(1919, 8, 15),\n      \"male\",\n      Map(\n        \"The Collected Stories of Benedict Kiely\"                     -> 2001,\n        \"The Trout in the Turnhole\"                                   -> 1996,\n        \"A Letter to Peachtree\"                                       -> 1987,\n        \"The State of Ireland: A Novella and Seventeen Short Stories\" -> 1981,\n        \"A Cow in the House\"                                          -> 1978,\n        \"A Ball of Malt and Madame Butterfly\"                         -> 1973,\n        \"A Journey to the Seven Streams\"                              -> 1963\n      )\n    ),\n    Author(\n      UUID.randomUUID(),\n      \"Darren\",\n      \"Shan\",\n      LocalDate.of(1972, 7, 2),\n      \"male\",\n      Map(\n        \"Cirque Du Freak\"         -> 2000,\n        \"The Vampire's Assistant\" -> 2000,\n        \"Tunnels of Blood\"        -> 2000\n      )\n    )\n  ).sortBy(_.id)\n\n}\n\nobject Query {\n  private[this] val keyspace  = \"agni_test\"\n  private[this] val tableName = \"author\"\n\n  val createKeyspaceQuery =\n    s\"\"\"CREATE KEYSPACE IF NOT EXISTS $keyspace\n       |  WITH REPLICATION = { 'class' : 'SimpleStrategy', 'replication_factor' : 1 }\n       |\"\"\".stripMargin\n\n  val dropTableQuery =\n    s\"DROP TABLE IF EXISTS $keyspace.$tableName\"\n\n  val createTableQuery =\n    s\"\"\"CREATE TABLE $keyspace.$tableName (\n       |  id uuid PRIMARY KEY,\n       |  first_name ascii,\n       |  last_name ascii,\n       |  birth date,\n       |  gender ascii,\n       |  works map<ascii, int>,\n       |)\"\"\".stripMargin\n\n  val insertUserQuery =\n    Q.insertInto(keyspace, tableName)\n      .value(\"id\", Q.bindMarker())\n      .value(\"first_name\", Q.bindMarker())\n      .value(\"last_name\", Q.bindMarker())\n      .value(\"birth\", Q.bindMarker())\n      .value(\"gender\", Q.bindMarker())\n      .value(\"works\", Q.bindMarker())\n      .build()\n\n  val selectUserQuery =\n    Q.selectFrom(keyspace, tableName).all().build()\n}\n\nfinal case class Author(\n  id: UUID,\n  first_name: String,\n  last_name: String,\n  birth: LocalDate,\n  gender: String,\n  works: Map[String, Int]\n)\n\nobject Author {\n  import agni.generic.semiauto._\n\n  implicit val bind: Binder[Author]       = derivedBinder[Author]\n  implicit val decode: RowDecoder[Author] = derivedRowDecoder[Author]\n}\n"}
{"repo_name":"tkrs\/agni","path":"benchmarks\/src\/test\/scala\/benchmarks\/inMem\/cassandra\/UndefinedRow.scala","text":"package benchmarks.inMem.cassandra\n\nimport java.nio.ByteBuffer\n\nimport com.datastax.oss.driver.api.core.{ CqlIdentifier, ProtocolVersion }\nimport com.datastax.oss.driver.api.core.`type`.DataType\nimport com.datastax.oss.driver.api.core.`type`.codec.registry.CodecRegistry\nimport com.datastax.oss.driver.api.core.cql.{ ColumnDefinitions, Row }\nimport com.datastax.oss.driver.api.core.detach.AttachmentPoint\n\nclass UndefinedRow extends Row {\n  override def getColumnDefinitions: ColumnDefinitions = ???\n\n  override def isDetached: Boolean = ???\n\n  override def attach(attachmentPoint: AttachmentPoint): Unit = ???\n\n  override def firstIndexOf(id: CqlIdentifier): Int = ???\n\n  override def getType(id: CqlIdentifier): DataType = ???\n\n  override def firstIndexOf(name: String): Int = ???\n\n  override def getType(name: String): DataType = ???\n\n  override def getBytesUnsafe(i: Int): ByteBuffer = ???\n\n  override def size(): Int = ???\n\n  override def getType(i: Int): DataType = ???\n\n  override def codecRegistry(): CodecRegistry = ???\n\n  override def protocolVersion(): ProtocolVersion = ???\n}\n"}
{"repo_name":"tkrs\/agni","path":"monix\/src\/test\/scala\/agni\/monix\/AsyncSpec.scala","text":"package agni.monix\n\nimport java.util.concurrent.CompletableFuture\nimport java.util.concurrent.CompletionStage\nimport java.util.function.Supplier\n\nimport agni.util.Par\nimport monix.eval.Task\nimport monix.execution.Scheduler\nimport org.scalatest.flatspec.AnyFlatSpec\n\nimport scala.concurrent.duration._\n\nclass AsyncSpec extends AnyFlatSpec {\n  import async._\n  import Scheduler.Implicits.global\n\n  val parF = implicitly[Par.Aux[CompletionStage, Task]]\n\n  it should \"convert to a Task\" in {\n    val f = parF.parallel(CompletableFuture.completedStage(10))\n    assert(f.runSyncUnsafe() === 10)\n  }\n\n  it should \"convert to a failed Task when the passed computation fails\" in {\n    class R extends Throwable\n    val f = parF.parallel(CompletableFuture.failedStage(new R))\n    assertThrows[R](f.runSyncUnsafe())\n  }\n\n  it should \"convert to a cancelable Task when CompletableFuture is passed\" in {\n    val never = CompletableFuture.supplyAsync(new Supplier[Int] {\n      def get(): Int = {\n        SECONDS.sleep(Int.MaxValue)\n        10\n      }\n    })\n    val f = parF.parallel(never).runToFuture\n    f.cancel()\n    assert(never.isCancelled())\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala_2.12-\/agni\/internal\/ScalaVersionSpecifics.scala","text":"<reponame>tkrs\/agni\npackage agni.internal\n\nimport scala.collection.generic._\nimport scala.collection.{mutable, GenTraversableOnce}\n\nprivate[agni] object ScalaVersionSpecifics {\n  private[agni] type Factory[-E, +T] = CanBuildFrom[Nothing, E, T]\n\n  implicit private[agni] class FactoryOps[F, E, T](val underlying: Factory[E, T]) extends AnyVal {\n    def newBuilder: mutable.Builder[E, T] = underlying.apply()\n  }\n\n  object IsIterableOnce {\n    type Aux[Repr, A0] = IsTraversableOnce[Repr] { type A = A0 }\n  }\n\n  implicit private[agni] class IsIterableOnceOps[Repr, A](val underlying: IsIterableOnce.Aux[Repr, A]) extends AnyVal {\n    def apply(coll: Repr): GenTraversableOnce[A] = underlying.conversion(coll)\n  }\n  implicit private[agni] class GenTraversableOnceOps[A](val underlying: GenTraversableOnce[A]) extends AnyVal {\n    def iterator: Iterator[A] = underlying.toIterator\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"build.sbt","text":"import Dependencies._\n\nlazy val agni = project\n  .in(file(\".\"))\n  .settings(allSettings)\n  .settings(noPublishSettings)\n  .aggregate(core, `twitter-util`, monix, `cats-effect`, examples)\n  .dependsOn(core, `twitter-util`, monix, `cats-effect`, examples)\n\nlazy val allSettings = Seq.concat(\n  buildSettings,\n  baseSettings,\n  publishSettings\n)\n\nlazy val buildSettings = Seq(\n  organization := \"com.github.tkrs\",\n  scalaVersion := V.`scala2.13`,\n  crossScalaVersions := Seq(V.`scala2.12`, V.`scala2.13`),\n  libraryDependencies += compilerPlugin((P.kindeProjector).cross(CrossVersion.full))\n)\n\nlazy val coreDeps = Seq(P.datastaxJavaDriver, P.catsCore, P.shapeless)\n\nlazy val testDeps = Seq(P.scalacheck, P.scalatest, P.mockito).map(_ % Test)\n\nlazy val baseSettings = Seq(\n  scalacOptions ++= compilerOptions ++ {\n    CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, n)) if n >= 13 => Nil\n      case _                       => Seq(\"-Xfuture\", \"-Ypartial-unification\", \"-Yno-adapted-args\")\n    }\n  },\n  scalacOptions in (Compile, console) := compilerOptions,\n  scalacOptions in (Compile, test) := compilerOptions,\n  libraryDependencies ++= (coreDeps ++ testDeps).map(_.withSources),\n  resolvers ++= Seq(\n    Resolver.sonatypeRepo(\"releases\"),\n    Resolver.sonatypeRepo(\"snapshots\")\n  ),\n  fork in Test := true,\n  scalacOptions in (Compile, console) ~= (_.filterNot(_ == \"-Ywarn-unused:_\"))\n)\n\nlazy val publishSettings = Seq(\n  releaseCrossBuild := true,\n  releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n  homepage := Some(url(\"https:\/\/github.com\/tkrs\/agni\")),\n  licenses := Seq(\"MIT License\" -> url(\"http:\/\/www.opensource.org\/licenses\/mit-license.php\")),\n  publishMavenStyle := true,\n  publishArtifact in Test := false,\n  pomIncludeRepository := (_ => false),\n  publishTo := {\n    val nexus = \"https:\/\/oss.sonatype.org\/\"\n    if (isSnapshot.value)\n      Some(\"snapshots\".at(nexus + \"content\/repositories\/snapshots\"))\n    else\n      Some(\"releases\".at(nexus + \"service\/local\/staging\/deploy\/maven2\"))\n  },\n  scmInfo := Some(\n    ScmInfo(\n      url(\"https:\/\/github.com\/tkrs\/agni\"),\n      \"scm:git:<EMAIL>:tkrs\/agni.git\"\n    )\n  ),\n  pomExtra :=\n    <developers>\n      <developer>\n        <id>yanana<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/yanana<\/url>\n      <\/developer>\n      <developer>\n        <id>tkrs<\/id>\n        <name><NAME><\/name>\n        <url>https:\/\/github.com\/tkrs<\/url>\n      <\/developer>\n    <\/developers>,\n  pgpPassphrase := sys.env.get(\"PGP_PASSPHRASE\").map(_.toCharArray),\n  pgpSecretRing := sys.env.get(\"PGP_SECRET_RING\").fold(pgpSecretRing.value)(file)\n)\n\nlazy val noPublishSettings = Seq(\n  skip in publish := true\n)\n\nlazy val crossVersionSharedSources: Seq[Setting[_]] =\n  Seq(Compile, Test).map { sc =>\n    (sc \/ unmanagedSourceDirectories) ++= {\n      (sc \/ unmanagedSourceDirectories).value.flatMap { dir =>\n        if (dir.getName != \"scala\") Seq(dir)\n        else\n          CrossVersion.partialVersion(scalaVersion.value) match {\n            case Some((2, n)) if n >= 13 => Seq(file(dir.getPath + \"_2.13+\"))\n            case _                       => Seq(file(dir.getPath + \"_2.12-\"))\n          }\n      }\n    }\n  }\n\nlazy val core = project\n  .in(file(\"core\"))\n  .settings(allSettings)\n  .settings(crossVersionSharedSources)\n  .settings(\n    sourceGenerators in Compile += (sourceManaged in Compile).map(Boilerplate.gen).taskValue\n  )\n  .settings(\n    description := \"agni core\",\n    moduleName := \"agni-core\"\n  )\n\nlazy val `twitter-util` = project\n  .in(file(\"twitter-util\"))\n  .settings(allSettings)\n  .settings(\n    description := \"agni twitter-util\",\n    moduleName := \"agni-twitter-util\"\n  )\n  .settings(\n    libraryDependencies ++= Seq(P.catbird)\n  )\n  .dependsOn(core)\n\nlazy val monix = project\n  .in(file(\"monix\"))\n  .settings(allSettings)\n  .settings(\n    description := \"agni monix\",\n    moduleName := \"agni-monix\"\n  )\n  .settings(\n    libraryDependencies ++= Seq(P.monixEval, P.monixTail)\n  )\n  .dependsOn(core)\n\nlazy val `cats-effect` = project\n  .in(file(\"cats-effect\"))\n  .settings(allSettings)\n  .settings(\n    description := \"agni cats-effect\",\n    moduleName := \"agni-cats-effect\"\n  )\n  .settings(\n    libraryDependencies ++= Seq(P.catsEffect)\n  )\n  .dependsOn(core)\n\nlazy val benchmarks = project\n  .in(file(\"benchmarks\"))\n  .settings(allSettings)\n  .settings(noPublishSettings)\n  .settings(\n    description := \"agni benchmarks\",\n    moduleName := \"agni-benchmarks\"\n  )\n  .settings(\n    scalacOptions ++= Seq(\n      \"-opt:l:inline\",\n      \"-opt-inline-from:**\",\n      \"-opt-warnings\"\n    )\n  )\n  .enablePlugins(JmhPlugin)\n  .dependsOn(core % \"test->test\")\n\nlazy val examples = project\n  .in(file(\"examples\"))\n  .settings(allSettings)\n  .settings(noPublishSettings)\n  .settings(\n    description := \"agni examples\",\n    moduleName := \"agni-examples\"\n  )\n  .settings(\n    libraryDependencies ++= Seq(P.datastaxQueryBuilder, P.slf4jSimple, P.scalatest)\n  )\n  .dependsOn(`cats-effect`)\n\nlazy val compilerOptions = Seq(\n  \"-target:jvm-1.8\",\n  \"-deprecation\",\n  \"-encoding\",\n  \"UTF-8\",\n  \"-unchecked\",\n  \"-feature\",\n  \"-language:existentials\",\n  \"-language:higherKinds\",\n  \"-language:implicitConversions\",\n  \"-language:postfixOps\",\n  \"-Ywarn-dead-code\",\n  \"-Ywarn-numeric-widen\",\n  \"-Ywarn-unused:_\",\n  \"-Xlint\"\n)\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/std\/async.scala","text":"package agni.std\n\nimport java.util.concurrent.CompletionStage\nimport java.util.function.BiConsumer\n\nimport agni.util.Par\nimport cats.~>\n\nimport scala.concurrent.{Future, Promise}\n\nobject async {\n\n  implicit val scalaFuturePar: Par.Aux[CompletionStage, Future] = new Par[CompletionStage] {\n    type G[A] = Future[A]\n\n    def parallel: CompletionStage ~> G = \u03bb[CompletionStage ~> G](run(_))\n\n    private[this] def run[A](fa: CompletionStage[A]): G[A] = {\n      val p = Promise[A]\n\n      fa.whenComplete(new BiConsumer[A, Throwable] {\n        def accept(t: A, u: Throwable): Unit =\n          if (u != null) p.failure(u)\n          else p.success(t)\n      })\n\n      p.future\n    }\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala_2.12-\/agni\/internal\/Pageable.scala","text":"package agni.internal\n\nimport java.util.concurrent.CompletionStage\n\nimport agni.{Cql, RowDecoder}\nimport agni.util.Par\nimport cats.MonadError\nimport cats.instances.stream._\nimport cats.syntax.functor._\nimport cats.syntax.traverse._\nimport cats.syntax.applicative._\nimport cats.syntax.flatMap._\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.api.core.cql._\n\nimport scala.collection.JavaConverters._\n\ntrait Pageable { self: Cql.type =>\n\n  def getRows[F[_]: MonadError[*[*], Throwable]](session: CqlSession, stmt: BoundStatement)(\n    implicit\n    par: Par.Aux[CompletionStage, F]\n  ): F[Stream[Row]] = {\n    def go(result: F[AsyncResultSet]): F[Stream[Row]] =\n      result >>= { i =>\n        val page = i.currentPage().asScala.toStream\n        if (!i.hasMorePages) page.pure[F]\n        else go(par.parallel(i.fetchNextPage())).map(page ++ _)\n      }\n\n    go(executeAsync(session, stmt))\n  }\n\n  def getRowsAs[F[_], A](session: CqlSession, stmt: BoundStatement)(\n    implicit\n    F: MonadError[F, Throwable],\n    decodeA: RowDecoder[A],\n    parF: Par.Aux[CompletionStage, F]\n  ): F[Stream[A]] = {\n    val ver = session.getContext().getProtocolVersion()\n    getRows[F](session, stmt) >>= (_.traverse(row => F.fromEither(decodeA(row, ver))))\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/CodecSpec.scala","text":"package agni\n\nimport java.net.InetAddress\nimport java.nio.ByteBuffer\nimport java.nio.charset.StandardCharsets._\nimport java.time.temporal.ChronoUnit\nimport java.time.{Instant, LocalDate}\nimport java.util.UUID\n\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.data.CqlDuration\nimport org.scalacheck.{Arbitrary, Gen, Prop, Shrink}\nimport org.scalatest._\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatestplus.scalacheck.Checkers\n\nclass CodecSpec extends AnyFunSuite with Checkers with Matchers {\n\n  implicit val arbString: Arbitrary[String] = Arbitrary(Gen.alphaStr)\n  implicit val arbUUID: Arbitrary[UUID]     = Arbitrary(Gen.uuid)\n  implicit val arbByteBuffer: Arbitrary[ByteBuffer] =\n    Arbitrary(Gen.alphaStr.map(a => ByteBuffer.wrap(a.getBytes(UTF_8))))\n  implicit val byte: Arbitrary[Byte] = Arbitrary(Gen.choose[Int](0, 255).map(_.toByte))\n  implicit val arbInetAddress: Arbitrary[InetAddress] =\n    Arbitrary(Gen.resultOf[Byte, Byte, Byte, Byte, InetAddress] {\n      case (a, b, c, d) => InetAddress.getByAddress(Array(a, b, c, d))\n    })\n  implicit val arbLocalDate: Arbitrary[LocalDate] =\n    Arbitrary(Gen.const(LocalDate.now()))\n  implicit val arbInstant: Arbitrary[Instant] =\n    Arbitrary(Gen.posNum[Int].map(v => Instant.now.minusSeconds(v.toLong).truncatedTo(ChronoUnit.MILLIS)))\n  implicit val arbDuration: Arbitrary[CqlDuration] =\n    Arbitrary(Gen.resultOf[Int, Int, Long, CqlDuration] {\n      case (a, b, c) => CqlDuration.newInstance(a, b, c)\n    }(Arbitrary(Gen.posNum[Int]), Arbitrary(Gen.posNum[Int]), Arbitrary(Gen.posNum[Long])))\n\n  def roundTrip[A: Deserializer: Serializer: Arbitrary: Shrink]: Assertion =\n    check(Prop.forAll({ a: A =>\n      val se = Serializer[A].apply(a, ProtocolVersion.DEFAULT) match {\n        case Right(v) => v\n        case Left(e)  => fail(e)\n      }\n      val de = Deserializer[A].apply(se, ProtocolVersion.DEFAULT) match {\n        case Right(v) => v\n        case Left(e)  => fail(e)\n      }\n      de === a\n    }))\n\n  test(\"Option[Int]\")(roundTrip[Option[Int]])\n  test(\"Int\")(roundTrip[Int])\n  test(\"Long\")(roundTrip[Long])\n  test(\"Float\")(roundTrip[Float])\n  test(\"Double\")(roundTrip[Double])\n  test(\"String\")(roundTrip[String])\n  test(\"BigInt\")(roundTrip[BigInt])\n  test(\"BigDecimal\")(roundTrip[BigDecimal])\n  test(\"Byte\")(roundTrip[Byte])\n  test(\"Short\")(roundTrip[Short])\n  test(\"UUID\")(roundTrip[UUID])\n  test(\"ByteBuffer\")(roundTrip[ByteBuffer])\n  test(\"InetAddress\")(roundTrip[InetAddress])\n  test(\"LocalDate\")(roundTrip[LocalDate])\n  test(\"Instant\")(roundTrip[Instant])\n  test(\"CqlDuration\")(roundTrip[CqlDuration])\n  test(\"Map[String, Int]\")(roundTrip[Map[String, Int]])\n  test(\"Vector[Int]\")(roundTrip[Vector[Int]])\n  test(\"List[Int]\")(roundTrip[List[Int]])\n  test(\"Seq[Int]\")(roundTrip[Seq[Int]])\n  test(\"Set[Int]\")(roundTrip[Set[Int]])\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/generic\/semiauto.scala","text":"<filename>core\/src\/main\/scala\/agni\/generic\/semiauto.scala\npackage agni.generic\n\nimport agni.{Binder, RowDecoder}\nimport shapeless.Lazy\n\nobject semiauto {\n  def derivedBinder[A](implicit A: Lazy[DerivedBinder[A]]): Binder[A]             = A.value\n  def derivedRowDecoder[A](implicit A: Lazy[DerivedRowDecoder[A]]): RowDecoder[A] = A.value\n}\n"}
{"repo_name":"tkrs\/agni","path":"cats-effect\/src\/main\/scala\/agni\/catsEffect\/async.scala","text":"package agni.catsEffect\n\nimport java.util.concurrent.{CompletableFuture, CompletionStage}\nimport java.util.function.BiConsumer\n\nimport agni.util.Par\nimport cats.effect.ConcurrentEffect\nimport cats.~>\n\nobject async {\n  implicit def catsConcurrentEffectPar[F[_]](implicit F: ConcurrentEffect[F]): Par.Aux[CompletionStage, F] =\n    new Par[CompletionStage] {\n      type G[A] = F[A]\n\n      def parallel: CompletionStage ~> G = \u03bb[CompletionStage ~> G](run(_))\n\n      private[this] def run[A](fa: CompletionStage[A]): G[A] = {\n        def f(cb: Either[Throwable, A] => Unit) =\n          fa.whenComplete(new BiConsumer[A, Throwable] {\n            def accept(t: A, u: Throwable): Unit =\n              if (u != null) cb(Left(u)) else cb(Right(t))\n          })\n\n        fa match {\n          case faa: CompletableFuture[_] =>\n            F.cancelable { cb =>\n              f(cb)\n              F.delay(faa.cancel(false))\n            }\n          case _ =>\n            F.async(f)\n        }\n      }\n    }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/generic\/DerivedRowDecoderSpec.scala","text":"package agni.generic\n\nimport agni.{RowDecoder, TypedSuite}\nimport org.scalatest.Assertion\n\nclass RowDecoderSpec extends TypedSuite {\n  import TypedSuite._\n  import auto._\n\n  def checkType[A: RowDecoder]: Assertion =\n    assertCompiles(\"RowDecoder.apply[A]\")\n\n  test(\"RowDecoder[Named]\")(checkType[Named])\n  test(\"RowDecoder[IDV]\")(checkType[IDV])\n}\n"}
{"repo_name":"tkrs\/agni","path":"twitter-util\/src\/test\/scala\/agni\/twitterUtil\/AsyncSpec.scala","text":"package agni.twitterUtil\n\nimport java.util.concurrent.{CancellationException, CompletableFuture, CompletionStage}\nimport java.util.function.Supplier\n\nimport agni.util.Par\nimport com.twitter.util.{Await, Future}\nimport org.scalatest.flatspec.AnyFlatSpec\n\nimport scala.concurrent.duration._\n\nclass AsyncSpec extends AnyFlatSpec {\n  import async._\n\n  val parF: Par.Aux[CompletionStage, Future] = implicitly\n\n  it should \"convert to a Future\" in {\n    val f = parF.parallel(CompletableFuture.completedStage(10))\n    assert(Await.result(f) === 10)\n  }\n\n  it should \"convert to a failed Future when the passed computation fails\" in {\n    class R extends Throwable\n    val f = parF.parallel(CompletableFuture.failedStage(new R))\n    assertThrows[R](Await.result(f))\n  }\n\n  it should \"convert to a cancelable Future when CompletableFuture is passed\" in {\n    val never = CompletableFuture.supplyAsync(new Supplier[Int] {\n      def get(): Int = {\n        SECONDS.sleep(Int.MaxValue)\n        10\n      }\n    })\n    val f = parF.parallel(never)\n    f.raise(new CancellationException)\n    assertThrows[CancellationException](Await.result(f))\n    assert(never.isCancelled)\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"benchmarks\/src\/test\/scala\/benchmarks\/inMem\/Base.scala","text":"package benchmarks.inMem\n\nimport java.nio.ByteBuffer\n\nimport benchmarks.inMem.cassandra.UndefinedRow\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.`type`.codec.TypeCodecs\nimport com.datastax.oss.driver.api.core.cql.Row\n\nclass Base {\n\n  val v: ProtocolVersion = ProtocolVersion.DEFAULT\n\n  val row: Row = new UndefinedRow {\n    override def getString(i: Int): String = \"fff\"\n    override def getString(name: String): String = \"ggg\"\n\n    override def getBytesUnsafe(i: Int): ByteBuffer = TypeCodecs.ASCII.encode(\"fff\", v)\n    override def getBytesUnsafe(name: String): ByteBuffer = TypeCodecs.ASCII.encode(\"ggg\", v)\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"cats-effect\/src\/test\/scala\/agni\/catsEffect\/AsyncSpec.scala","text":"<gh_stars>0\npackage agni.catsEffect\n\nimport java.util.concurrent.CompletableFuture\nimport java.util.concurrent.CompletionStage\nimport java.util.function.Supplier\n\nimport agni.util.Par\nimport cats.effect.{ContextShift, IO}\nimport org.scalatest.flatspec.AnyFlatSpec\n\nimport scala.concurrent.duration._\nimport scala.concurrent.ExecutionContext\n\nclass AsyncSpec extends AnyFlatSpec {\n  import async._\n\n  implicit def contextShift: ContextShift[IO] = IO.contextShift(ExecutionContext.global)\n\n  val parF: Par.Aux[CompletionStage, IO] = implicitly\n\n  it should \"convert to a IO\" in {\n    val f = parF.parallel(CompletableFuture.completedStage(10))\n    assert(f.unsafeRunSync() === 10)\n  }\n\n  it should \"convert to a failed IO when the passed computation fails\" in {\n    class R extends Throwable\n    val f = parF.parallel(CompletableFuture.failedStage(new R))\n    assertThrows[R](f.unsafeRunSync())\n  }\n\n  it should \"convert to a cancelable IO when CompletableFuture is passed\" in {\n    val never = CompletableFuture.supplyAsync(new Supplier[Int] {\n      def get(): Int = {\n        SECONDS.sleep(Int.MaxValue)\n        10\n      }\n    })\n    parF.parallel(never).start.flatMap(_.cancel).unsafeRunSync()\n    assert(never.isCancelled())\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/Deserializer.scala","text":"package agni\n\nimport java.net.InetAddress\nimport java.nio.ByteBuffer\nimport java.time.{Instant, LocalDate}\nimport java.util.UUID\n\nimport agni.internal.ScalaVersionSpecifics._\nimport cats.instances.either._\nimport cats.syntax.apply._\nimport cats.syntax.either._\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.`type`.codec.TypeCodecs\nimport com.datastax.oss.driver.api.core.data.CqlDuration\n\nimport scala.annotation.tailrec\n\ntrait Deserializer[A] {\n  self =>\n\n  def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, A]\n\n  def map[B](f: A => B): Deserializer[B] = new Deserializer[B] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, B] =\n      self.apply(raw, version).map(f)\n  }\n\n  def flatMap[B](f: A => Deserializer[B]): Deserializer[B] = new Deserializer[B] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, B] =\n      self.apply(raw, version).flatMap(f(_)(raw, version))\n  }\n}\n\nobject Deserializer {\n\n  def apply[A](implicit A: Deserializer[A]): Deserializer[A] = A\n\n  def const[A](b: A): Deserializer[A] = new Deserializer[A] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, A] = Right(b)\n  }\n\n  def failed[A](ex: Throwable): Deserializer[A] = new Deserializer[A] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, A] = Left(ex)\n  }\n\n  implicit def deserializeOption[A](implicit A: Deserializer[A]): Deserializer[Option[A]] =\n    new Deserializer[Option[A]] {\n      override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Option[A]] =\n        if (raw == null) Right(None) else A.apply(raw, version).map(Some(_))\n    }\n\n  implicit val deserializeAscii: Deserializer[String] = new Deserializer[String] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, String] =\n      Either.catchNonFatal(TypeCodecs.ASCII.decode(raw, version))\n  }\n\n  implicit val deserializeBoolean: Deserializer[Boolean] = new Deserializer[Boolean] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Boolean] =\n      Either.catchNonFatal(TypeCodecs.BOOLEAN.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializeInt: Deserializer[Int] = new Deserializer[Int] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Int] =\n      Either.catchNonFatal(TypeCodecs.INT.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializeBigint: Deserializer[Long] = new Deserializer[Long] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Long] =\n      Either.catchNonFatal(TypeCodecs.BIGINT.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializeDouble: Deserializer[Double] = new Deserializer[Double] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Double] =\n      Either.catchNonFatal(TypeCodecs.DOUBLE.decode(raw, version))\n  }\n\n  implicit val deserializecfloat: Deserializer[Float] = new Deserializer[Float] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Float] =\n      Either.catchNonFatal(TypeCodecs.FLOAT.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializebigDecimal: Deserializer[BigDecimal] = new Deserializer[BigDecimal] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, BigDecimal] =\n      Either.catchNonFatal(TypeCodecs.DECIMAL.decode(raw, version))\n  }\n\n  implicit val deserializeTinyInt: Deserializer[Byte] = new Deserializer[Byte] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Byte] =\n      Either.catchNonFatal(TypeCodecs.TINYINT.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializeSmallInt: Deserializer[Short] = new Deserializer[Short] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Short] =\n      Either.catchNonFatal(TypeCodecs.SMALLINT.decodePrimitive(raw, version))\n  }\n\n  implicit val deserializeVarint: Deserializer[BigInt] = new Deserializer[BigInt] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, BigInt] =\n      Either.catchNonFatal(TypeCodecs.VARINT.decode(raw, version))\n  }\n\n  implicit val deserializeUUID: Deserializer[UUID] = new Deserializer[UUID] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, UUID] =\n      Either.catchNonFatal(TypeCodecs.UUID.decode(raw, version))\n  }\n\n  implicit val deserializeBlob: Deserializer[ByteBuffer] = new Deserializer[ByteBuffer] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, ByteBuffer] =\n      Either.catchNonFatal(TypeCodecs.BLOB.decode(raw, version))\n  }\n\n  implicit val deserializeInet: Deserializer[InetAddress] = new Deserializer[InetAddress] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, InetAddress] =\n      Either.catchNonFatal(TypeCodecs.INET.decode(raw, version))\n  }\n\n  implicit val deserializeDate: Deserializer[LocalDate] = new Deserializer[LocalDate] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, LocalDate] =\n      Either.catchNonFatal(TypeCodecs.DATE.decode(raw, version))\n  }\n\n  implicit val deserializeTimestamp: Deserializer[Instant] = new Deserializer[Instant] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, Instant] =\n      Either.catchNonFatal(TypeCodecs.TIMESTAMP.decode(raw, version))\n  }\n\n  implicit val deserializeDuration: Deserializer[CqlDuration] = new Deserializer[CqlDuration] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, CqlDuration] =\n      Either.catchNonFatal(TypeCodecs.DURATION.decode(raw, version))\n  }\n\n  \/\/ TODO: deserializer timeUUID\n  \/\/ TODO: deserializer counter\n  \/\/ TODO: deserializer varchar\n\n  private def read(input: ByteBuffer): ByteBuffer = {\n    val size    = input.getInt()\n    val encoded = input.slice()\n    encoded.limit(size)\n    input.position(input.position() + size)\n    encoded\n  }\n\n  implicit def deserializeMap[M[K, +V] <: Map[K, V], K, V](\n    implicit\n    K: Deserializer[K],\n    V: Deserializer[V],\n    factory: Factory[(K, V), M[K, V]]\n  ): Deserializer[M[K, V]] = new Deserializer[M[K, V]] {\n    override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, M[K, V]] = {\n      val builder = factory.newBuilder\n      if (raw == null || !raw.hasRemaining)\n        builder.result().asRight[Throwable]\n      else {\n        val input = raw.duplicate()\n\n        @tailrec def go(size: Int): Either[Throwable, M[K, V]] =\n          if (size == 0) builder.result().asRight\n          else {\n            val encodedKey   = read(input)\n            val encodedValue = read(input)\n\n            (K(encodedKey, version), V(encodedValue, version)).mapN {\n              case (k, v) =>\n                builder += k -> v\n            } match {\n              case Right(_) => go(size - 1)\n              case Left(e)  => Left(e)\n            }\n          }\n\n        val size = input.getInt()\n        builder.sizeHint(size)\n\n        Either.catchNonFatal(size).flatMap(go)\n      }\n    }\n  }\n\n  implicit def deserializeCollection[A, C[_]](\n    implicit A: Deserializer[A],\n    factory: Factory[A, C[A]]\n  ): Deserializer[C[A]] =\n    new Deserializer[C[A]] {\n      override def apply(raw: ByteBuffer, version: ProtocolVersion): Either[Throwable, C[A]] = {\n        val builder = factory.newBuilder\n        if (raw == null || !raw.hasRemaining)\n          builder.result().asRight\n        else {\n          val input = raw.duplicate()\n\n          @tailrec def go(size: Int): Either[Throwable, C[A]] =\n            if (size == 0) builder.result().asRight\n            else {\n              A(read(input), version) match {\n                case Right(v) =>\n                  builder += v\n                  go(size - 1)\n                case Left(e) =>\n                  Left(e)\n              }\n            }\n\n          val size = input.getInt()\n          builder.sizeHint(size)\n\n          Either.catchNonFatal(size).flatMap(go)\n        }\n      }\n    }\n}\n"}
{"repo_name":"tkrs\/agni","path":"monix\/src\/main\/scala\/agni\/monix\/async.scala","text":"package agni.monix\n\nimport java.util.concurrent.{CompletableFuture, CompletionStage}\nimport java.util.function.BiConsumer\n\nimport agni.util.Par\nimport cats.~>\nimport monix.eval.Task\n\nobject async {\n  implicit def monixPar: Par.Aux[CompletionStage, Task] = new Par[CompletionStage] {\n    type G[A] = Task[A]\n\n    def parallel: CompletionStage ~> G = \u03bb[CompletionStage ~> G](run(_))\n\n    private[this] def run[A](fa: CompletionStage[A]): G[A] = {\n      def f(callback: Either[Throwable, A] => Unit) =\n        fa.whenComplete(new BiConsumer[A, Throwable] {\n          def accept(t: A, u: Throwable): Unit =\n            if (u != null) callback(Left(u))\n            else callback(Right(t))\n        })\n\n      fa match {\n        case faa: CompletableFuture[A] =>\n          Task.cancelable { cb =>\n            f(cb)\n            Task(faa.cancel(false))\n          }\n        case _ =>\n          Task.async(f)\n      }\n    }\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/main\/scala\/agni\/RowSerializer.scala","text":"package agni\n\nimport cats.instances.either._\nimport cats.syntax.either._\nimport cats.syntax.flatMap._\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport com.datastax.oss.driver.api.core.cql.BoundStatement\nimport com.datastax.oss.driver.api.core.data.{TupleValue, UdtValue}\n\ntrait RowSerializer[A] {\n  def apply(bound: BoundStatement, i: Int, a: A, version: ProtocolVersion): Either[Throwable, BoundStatement]\n\n  def apply(bound: BoundStatement, name: String, a: A, version: ProtocolVersion): Either[Throwable, BoundStatement]\n}\n\nobject RowSerializer {\n  def apply[A](implicit A: RowSerializer[A]): RowSerializer[A] = A\n\n  implicit def builtIn[A](implicit A: Serializer[A]): RowSerializer[A] = new RowSerializer[A] {\n    override def apply(\n      bound: BoundStatement,\n      i: Int,\n      a: A,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      A.apply(a, version) >>=\n        (bs => Either.catchNonFatal(bound.setBytesUnsafe(i, bs)))\n\n    override def apply(\n      bound: BoundStatement,\n      name: String,\n      a: A,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      A.apply(a, version) >>=\n        (bs => Either.catchNonFatal(bound.setBytesUnsafe(name, bs)))\n  }\n\n  implicit val tupleValue: RowSerializer[TupleValue] = new RowSerializer[TupleValue] {\n    override def apply(\n      bound: BoundStatement,\n      i: Int,\n      a: TupleValue,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      Either.catchNonFatal(bound.setTupleValue(i, a))\n\n    override def apply(\n      bound: BoundStatement,\n      name: String,\n      a: TupleValue,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      Either.catchNonFatal(bound.setTupleValue(name, a))\n  }\n\n  implicit val udtValue: RowSerializer[UdtValue] = new RowSerializer[UdtValue] {\n    override def apply(\n      bound: BoundStatement,\n      i: Int,\n      a: UdtValue,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      Either.catchNonFatal(bound.setUdtValue(i, a))\n\n    override def apply(\n      bound: BoundStatement,\n      name: String,\n      a: UdtValue,\n      version: ProtocolVersion\n    ): Either[Throwable, BoundStatement] =\n      Either.catchNonFatal(bound.setUdtValue(name, a))\n  }\n}\n"}
{"repo_name":"tkrs\/agni","path":"core\/src\/test\/scala\/agni\/DeserializerSpec.scala","text":"package agni\n\nimport java.nio.ByteBuffer\n\nimport com.datastax.oss.driver.api.core.ProtocolVersion\nimport org.scalatest.Assertion\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass DeserializerSpec extends AnyFunSpec with Matchers {\n\n  val protoVer = ProtocolVersion.DEFAULT\n\n  def deserializeNull[A: Deserializer](empty: A): Assertion = {\n    val r = Deserializer[A].apply(null.asInstanceOf[ByteBuffer], protoVer)\n    val b = r.fold(throw _, _ === empty)\n    assert(b)\n  }\n\n  describe(\"apply\") {\n    describe(\"Map[_, _]\") {\n      it(\"should return empty when passed buffer is null\") {\n        deserializeNull[Map[String, Int]](Map.empty)\n      }\n    }\n    describe(\"Set[_]\") {\n      it(\"should return empty when passed buffer is null\") {\n        deserializeNull[Set[Int]](Set.empty)\n      }\n    }\n    describe(\"Option[_]\") {\n      it(\"should return empty when passed buffer is null\") {\n        deserializeNull[Option[Int]](Option.empty[Int])\n      }\n    }\n  }\n\n  describe(\"map\") {\n    it(\"should return the value which applied the function\") {\n      val int = 10\n      val des = Deserializer[Int].map(a => a.toString)\n      val x = for {\n        v <- Serializer[Int].apply(int, protoVer)\n        r <- des.apply(v, protoVer)\n      } yield r\n\n      x match {\n        case Left(e)  => fail(e)\n        case Right(v) => assert(int.toString === v)\n      }\n    }\n  }\n\n  describe(\"flatMap\") {\n    it(\"should return the value which applied the function\") {\n      val int = 10\n      val des = Deserializer[Int].flatMap(a => Deserializer.const(a.toString))\n      val x = for {\n        v <- Serializer[Int].apply(int, protoVer)\n        r <- des.apply(v, protoVer)\n      } yield r\n\n      x match {\n        case Left(e)  => fail(e)\n        case Right(v) => assert(int.toString === v)\n      }\n    }\n  }\n}\n"}
{"repo_name":"SkySchulz\/url-score","path":"project\/elasticbeanstalk.sbt","text":"resolvers += Resolver.url(\"bintray-kipsigman-sbt-plugins\", url(\"http:\/\/dl.bintray.com\/kipsigman\/sbt-plugins\"))(Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"kipsigman\" % \"sbt-elastic-beanstalk\" % \"0.1.4\")"}
{"repo_name":"SkySchulz\/url-score","path":"app\/models\/Resource.scala","text":"\/*\n * Copyright (c) <NAME> 2017.\n *\/\n\npackage models\n\n\/\/ a scored resource\ncase class ResourceScore(resource: Resource, score: Float)\n\ncase class Resource(host: String, port: Int = 80, path: Option[String] = None) {\n  override def toString: String = s\"\"\"$host:$port${path.getOrElse(\"\/\")}\"\"\"\n}\n\nobject Resource {\n  def apply(hostAndPort: String, path: Option[String]): Resource = {\n    val (host, port) = hostAndPort.split(\":\") match {\n      case Array(h, p) => (h, p.toInt)\n      case Array(h) => (h, 80)\n    }\n    new Resource(host, port, path)\n  }\n\n}\n"}
{"repo_name":"SkySchulz\/url-score","path":"test\/controllers\/UrlInfoControllerSpec.scala","text":"\/*\n * Copyright (c) <NAME> 2017.\n *\/\n\npackage controllers\n\nimport akka.stream.Materializer\nimport models.Score\nimport org.scalatestplus.play._\nimport play.api.Application\nimport play.api.cache.CacheApi\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport play.api.test._\n\nclass UrlInfoControllerSpec extends PlaySpec with OneAppPerSuite {\n\n  implicit override lazy val app: Application = new GuiceApplicationBuilder().configure(Map(\"ehcacheplugin\" -> \"enabled\")).build()\n  implicit lazy val materializer: Materializer = app.materializer\n\n  import controllers.UrlInfoController._\n\n  \"OneAppPerSuite trait\" must {\n    \"provide an Application with caching enabled\" in {\n      app.configuration.getString(\"ehcacheplugin\") mustBe Some(\"enabled\")\n    }\n  }\n\n  \"UrlInfoController GET\" should {\n\n    \"return a score of zero for unknown URL\" in {\n      val controller = new UrlInfoController(app.injector.instanceOf(classOf[CacheApi]))\n      val response = controller.get(\"www.unknown.com:80\", \"\/\").apply(FakeRequest())\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      contentAsString(response) must include(\"\"\"\"score\":0\"\"\")\n    }\n\n    \"store a score for a given URL\" in {\n      val controller = new UrlInfoController(app.injector.instanceOf(classOf[CacheApi]))\n      val response = Helpers.call(controller.post(\"www.known.com:80\", \"\/\"), FakeRequest(POST, \"\/www.known.com:80\/\").withJsonBody(Json.toJson(Score(1.0f))))\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      contentAsString(response) must include(\"\"\"\"score\":1\"\"\")\n    }\n\n    \"return a valid score for a known URL\" in {\n      val controller = new UrlInfoController(app.injector.instanceOf(classOf[CacheApi]))\n      val response = controller.get(\"www.known.com:80\", \"\/\").apply(FakeRequest())\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      contentAsString(response) must include(\"\"\"\"score\":1\"\"\")\n    }\n\n  }\n}\n"}
{"repo_name":"SkySchulz\/url-score","path":"app\/models\/Score.scala","text":"<reponame>SkySchulz\/url-score<filename>app\/models\/Score.scala\n\/*\n * Copyright (c) <NAME> 2017.\n *\/\n\npackage models\n\ncase class Score(score: Float)\n"}
{"repo_name":"SkySchulz\/url-score","path":"build.sbt","text":"<gh_stars>0\nname := \"url-score\"\norganization := \"com.skyschulz\"\n\nversion := \"0.2.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala,BuildInfoPlugin,ElasticBeanstalkPlugin)\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies ++= Seq(\n  cache,\n  filters,\n  \/\/ TODO migrate to iheart swagger integration https:\/\/github.com\/iheartradio\/play-swagger\n  \/\/ the iheart play swagger performs all swagger specification in the routes file, keeping the code annotation-free\n  \"io.swagger\" %% \"swagger-play2\" % \"1.5.3\", \/\/ https:\/\/github.com\/swagger-api\/swagger-play\/tree\/master\/play-2.5\/swagger-play2\n  \"org.webjars\" % \"swagger-ui\" % \"2.2.10\",  \/\/ https:\/\/github.com\/swagger-api\/swagger-ui  https:\/\/mvnrepository.com\/artifact\/org.webjars\/swagger-ui\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"1.5.1\" % Test\n)\n\n\/\/ Adds additional packages into Twirl\nTwirlKeys.templateImports += \"build._\"\n\n\/\/ Adds additional packages into conf\/routes\n\/\/ play.sbt.routes.RoutesKeys.routesImport += \"com.skyschulz.binders._\"\n\n\/\/ Docker\/Elastic Beanstalk\n\/\/ To generate a docker container for local evaluation:\n\/\/   $ sbt docker:publishLocal\n\/\/   $ docker run -p 9000:9000 <docker-container-id-reported-above>\n\/\/ To generate a zip file ready for deployment by AWS Elastic Beanstalk:\n\/\/   $ sbt elastic-beanstalk:dist\nmaintainer in Docker := \"<NAME> <<EMAIL>>\"\ndockerExposedPorts := Seq(9000)\ndockerBaseImage := \"openjdk:8-jre\"\ndockerRepository := Some(\"skyschulz\")\n\n\/\/ BuildInfoPlugin\nbuildInfoPackage := \"build\"\n"}
{"repo_name":"SkySchulz\/url-score","path":"app\/controllers\/UrlInfoController.scala","text":"<filename>app\/controllers\/UrlInfoController.scala\n\/*\n * Copyright (c) 2017 <NAME>.\n *\/\n\npackage controllers\n\nimport javax.inject.{Inject, Singleton}\n\nimport io.swagger.annotations._\nimport models.{Resource, ResourceScore, Score}\nimport play.api.mvc.{Action, AnyContent, BodyParsers, Controller}\nimport play.api.cache.CacheApi\nimport play.api.libs.json._\n\n@Singleton\n@Api(value = \"\/urlinfo\/1\")\nclass UrlInfoController @Inject()(cacheApi: CacheApi) extends Controller {\n\n  import UrlInfoController._\n  private def urlDecode(url: String) = java.net.URLDecoder.decode(url, \"UTF-8\")\n\n  \/**\n    * Retrieve a score for a URL (hostAndPort + originalPath). If the URL is unknown, the score is 0.\n    *\n    * @param hostAndPort  the host[:port] of the URL (will default to port 80)\n    * @param originalPath the \/path of the URL\n    * @return a ResourceScore, as JSON\n    *\/\n  @ApiOperation(value = \"Retrieve a score for the URL. Unknown URLs have a score of 0.\", response = classOf[ResourceScore])\n  def get(\n           @ApiParam(value = \"host:port of URL to score\") hostAndPort: String,\n           @ApiParam(value = \"path of URL to score\") originalPath: String\n         ): Action[AnyContent] = Action { implicit request =>\n    \/\/ naive implementation: one score per fully-qualified URL\n    val resource = Resource(hostAndPort, Option(urlDecode(originalPath)))\n    val score: Float = cacheApi.get[Float](resource.toString).getOrElse(0.0f)\n    Ok(Json.toJson(ResourceScore(resource, score)))\n  }\n\n  \/**\n    * Store a score for a URL (hostAndPort + originalPath).\n    *\n    * @param hostAndPort  the host[:port] of the URL (will default to port 80)\n    * @param originalPath the \/path of the URL\n    * @return\n    *\/\n  @ApiOperation(value = \"Store a score for the URL.\", response = classOf[ResourceScore])\n  @ApiResponses(Array(new ApiResponse(code = 400, message = \"Bad Request\")))\n  @ApiImplicitParams(Array(new ApiImplicitParam(name = \"body\", value = \"the score to assign URL\", required = true, dataType = \"models.Score\", paramType = \"body\",\n    examples = new Example(value = Array(new ExampleProperty(mediaType = \"application\/json\", value = \"\"\"{\"score\":0.9}\"\"\"))))))\n  def post(\n            @ApiParam(value = \"host:port of URL to score\") hostAndPort: String,\n            @ApiParam(value = \"path of URL to score\") originalPath: String\n          ): Action[JsValue] = Action(BodyParsers.parse.json) { implicit request =>\n    val scoreResult = request.body.validate[Score]\n    scoreResult.fold(\n      errors => {\n        BadRequest(Json.obj(\"status\" -> \"error\", \"message\" -> JsError.toJson(errors)))\n      },\n      score => {\n        val resource = Resource(hostAndPort, Option(urlDecode(originalPath)))\n        cacheApi.set(resource.toString, score.score)\n        Ok(Json.toJson(ResourceScore(resource, score.score)))\n      }\n    )\n  }\n}\n\nobject UrlInfoController {\n  implicit val scoreFormats: OFormat[Score] = Json.format[Score]\n  implicit val resourceWrites: OWrites[Resource] = Json.writes[Resource]\n  implicit val resourceScoreWrites: OWrites[ResourceScore] = Json.writes[ResourceScore]\n}"}
{"repo_name":"Zocdoc\/mmlspark","path":"build.sbt","text":"<filename>build.sbt\nimport java.io.{File, PrintWriter}\nimport java.net.URL\n\nimport org.apache.commons.io.FileUtils\nimport sbt.ExclusionRule\nimport sbt.internal.util.ManagedLogger\nimport scala.xml.{Node => XmlNode, NodeSeq => XmlNodeSeq, _}\nimport scala.xml.transform.{RewriteRule, RuleTransformer}\nimport scala.sys.process.Process\n\nval condaEnvName = \"mmlspark\"\nname := \"mmlspark\"\norganization := \"com.microsoft.ml.spark\"\nscalaVersion := \"2.12.10\"\nval sparkVersion = \"3.0.1\"\n\n\/\/val scalaMajorVersion  = settingKey[String](\"scalaMajorVersion\")\n\/\/scalaMajorVersion  := {scalaVersion.value.split(\".\".toCharArray).dropRight(0).mkString(\".\")}\nval scalaMajorVersion = 2.12\n\nval excludes = Seq(\n  ExclusionRule(\"org.apache.spark\", s\"spark-tags_$scalaMajorVersion\"),\n  ExclusionRule(\"org.scalatic\"),\n  ExclusionRule(\"org.scalatest\")\n)\n\nlibraryDependencies ++= Seq(\n  \"org.apache.spark\" %% \"spark-core\" % sparkVersion % \"compile\",\n  \"org.apache.spark\" %% \"spark-mllib\" % sparkVersion % \"compile\",\n  \"org.apache.spark\" %% \"spark-tags\" % sparkVersion % \"test\",\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.5\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % \"test\",\n  \"io.spray\" %% \"spray-json\" % \"1.3.2\" excludeAll (excludes: _*),\n  \"com.microsoft.cntk\" % \"cntk\" % \"2.4\" excludeAll (excludes: _*),\n  \"org.openpnp\" % \"opencv\" % \"3.2.0-1\" excludeAll (excludes: _*),\n  \"com.jcraft\" % \"jsch\" % \"0.1.54\" excludeAll (excludes: _*),\n  \"com.microsoft.cognitiveservices.speech\" % \"client-sdk\" % \"1.14.0\" excludeAll (excludes: _*),\n  \"org.apache.httpcomponents\" % \"httpclient\" % \"4.5.6\" excludeAll (excludes: _*),\n  \"org.apache.httpcomponents\" % \"httpmime\" % \"4.5.6\" excludeAll (excludes: _*),\n  \"com.microsoft.ml.lightgbm\" % \"lightgbmlib\" % \"2.3.180\" excludeAll (excludes: _*),\n  \"com.github.vowpalwabbit\" % \"vw-jni\" % \"8.9.1\" excludeAll (excludes: _*),\n  \"com.linkedin.isolation-forest\" %% \"isolation-forest_3.0.0\" % \"1.0.1\" excludeAll (excludes: _*),\n  \"org.apache.spark\" %% \"spark-avro\" % sparkVersion % \"provided\"\n)\n\ndef txt(e: Elem, label: String): String = \"\\\"\" + e.child.filter(_.label == label).flatMap(_.text).mkString + \"\\\"\"\n\n\/\/ skip dependency elements with a scope\npomPostProcess := { (node: XmlNode) =>\n  new RuleTransformer(new RewriteRule {\n    override def transform(node: XmlNode): XmlNodeSeq = node match {\n      case e: Elem if e.label == \"dependency\"\n        && e.child.exists(child => child.label == \"scope\") =>\n        Comment(\n          s\"\"\" scoped dependency ${txt(e, \"groupId\")} % ${txt(e, \"artifactId\")}\n             |% ${txt(e, \"version\")} % ${txt(e, \"scope\")} has been omitted \"\"\".stripMargin)\n      case e: Elem if e.label == \"dependency\"\n        && e.child.exists(child => child.text == \"org.scala-lang\") =>\n        Comment(\n          s\"\"\" scala-lang dependency ${txt(e, \"groupId\")} % ${txt(e, \"artifactId\")}\n             |% ${txt(e, \"version\")} has been omitted \"\"\".stripMargin)\n      case _ => node\n    }\n  }).transform(node).head\n}\n\nresolvers += \"Speech\" at \"https:\/\/mmlspark.blob.core.windows.net\/maven\/\"\n\ndef join(folders: String*): File = {\n  folders.tail.foldLeft(new File(folders.head)) { case (f, s) => new File(f, s) }\n}\n\nval createCondaEnvTask = TaskKey[Unit](\"createCondaEnv\", \"create conda env\")\ncreateCondaEnvTask := {\n  val s = streams.value\n  val hasEnv = Process(\"conda env list\").lineStream.toList\n    .map(_.split(\"\\\\s+\").head).contains(condaEnvName)\n  if (!hasEnv) {\n    Process(\n      \"conda env create -f environment.yaml\",\n      new File(\".\")) ! s.log\n  } else {\n    println(\"Found conda env \" + condaEnvName)\n  }\n}\n\nval cleanCondaEnvTask = TaskKey[Unit](\"cleanCondaEnv\", \"create conda env\")\ncleanCondaEnvTask := {\n  val s = streams.value\n  Process(\n    s\"conda env remove --name $condaEnvName -y\",\n    new File(\".\")) ! s.log\n}\n\ndef isWindows: Boolean = {\n  sys.props(\"os.name\").toLowerCase.contains(\"windows\")\n}\n\ndef osPrefix: Seq[String] = {\n  if (isWindows) {\n    Seq(\"cmd\", \"\/C\")\n  } else {\n    Seq()\n  }\n}\n\ndef activateCondaEnv: Seq[String] = {\n  if (sys.props(\"os.name\").toLowerCase.contains(\"windows\")) {\n    osPrefix ++ Seq(\"activate\", condaEnvName, \"&&\")\n  } else {\n    Seq()\n    \/\/TODO figure out why this doesent work\n    \/\/Seq(\"\/bin\/bash\", \"-l\", \"-c\", \"source activate \" + condaEnvName, \"&&\")\n  }\n}\n\n\n\nval packagePythonTask = TaskKey[Unit](\"packagePython\", \"Package python sdk\")\nval genDir = join(\"target\", s\"scala-${scalaMajorVersion}\", \"generated\")\nval unidocDir = join(\"target\", s\"scala-${scalaMajorVersion}\", \"unidoc\")\nval pythonSrcDir = join(genDir.toString, \"src\", \"python\")\nval unifiedDocDir = join(genDir.toString, \"doc\")\nval pythonDocDir = join(unifiedDocDir.toString, \"pyspark\")\nval pythonPackageDir = join(genDir.toString, \"package\", \"python\")\nval pythonTestDir = join(genDir.toString, \"test\", \"python\")\n\nval generatePythonDoc = TaskKey[Unit](\"generatePythonDoc\", \"Generate sphinx docs for python\")\ngeneratePythonDoc := {\n  val s = streams.value\n  installPipPackageTask.value\n  Process(activateCondaEnv ++ Seq(\"sphinx-apidoc\", \"-f\", \"-o\", \"doc\", \".\"),\n    join(pythonSrcDir.toString, \"mmlspark\")) ! s.log\n  Process(activateCondaEnv ++ Seq(\"sphinx-build\", \"-b\", \"html\", \"doc\", \"..\/..\/..\/doc\/pyspark\"),\n    join(pythonSrcDir.toString, \"mmlspark\")) ! s.log\n\n}\n\nval pythonizedVersion = settingKey[String](\"Pythonized version\")\npythonizedVersion := {\n  if (version.value.contains(\"-\")) {\n    version.value.split(\"-\".head).head + \".dev1\"\n  } else {\n    version.value\n  }\n}\n\ndef uploadToBlob(source: String, dest: String,\n                 container: String, log: ManagedLogger,\n                 accountName: String = \"mmlspark\"): Int = {\n  val command = Seq(\"az\", \"storage\", \"blob\", \"upload-batch\",\n    \"--source\", source,\n    \"--destination\", container,\n    \"--destination-path\", dest,\n    \"--account-name\", accountName,\n    \"--account-key\", Secrets.storageKey)\n  Process(osPrefix ++ command) ! log\n}\n\ndef downloadFromBlob(source: String, dest: String,\n                     container: String, log: ManagedLogger,\n                     accountName: String = \"mmlspark\"): Int = {\n  val command = Seq(\"az\", \"storage\", \"blob\", \"download-batch\",\n    \"--destination\", dest,\n    \"--pattern\", source,\n    \"--source\", container,\n    \"--account-name\", accountName,\n    \"--account-key\", Secrets.storageKey)\n  Process(osPrefix ++ command) ! log\n}\ndef singleUploadToBlob(source: String, dest: String,\n                       container: String, log: ManagedLogger,\n                       accountName: String = \"mmlspark\", extraArgs: Seq[String] = Seq()): Int = {\n  val command = Seq(\"az\", \"storage\", \"blob\", \"upload\",\n    \"--file\", source,\n    \"--container-name\", container,\n    \"--name\", dest,\n    \"--account-name\", accountName,\n    \"--account-key\", Secrets.storageKey) ++ extraArgs\n  Process(osPrefix ++ command) ! log\n}\n\nval publishDocs = TaskKey[Unit](\"publishDocs\", \"publish docs for scala and python\")\npublishDocs := {\n  val s = streams.value\n  generatePythonDoc.value\n  (Compile \/ unidoc).value\n  val html =\n    \"\"\"\n      |<html><body><pre style=\"font-size: 150%;\">\n      |<a href=\"pyspark\/index.html\">pyspark\/<\/u>\n      |<a href=\"scala\/index.html\">scala\/<\/u>\n      |<\/pre><\/body><\/html>\n    \"\"\".stripMargin\n  val scalaDir = join(unifiedDocDir.toString, \"scala\")\n  if (scalaDir.exists()) FileUtils.forceDelete(scalaDir)\n  FileUtils.copyDirectory(unidocDir, scalaDir)\n  FileUtils.writeStringToFile(join(unifiedDocDir.toString, \"index.html\"), html, \"utf-8\")\n  uploadToBlob(unifiedDocDir.toString, version.value, \"docs\", s.log)\n}\n\nval publishR = TaskKey[Unit](\"publishR\", \"publish R package to blob\")\npublishR := {\n  val s = streams.value\n  (runMain in Test).toTask(\" com.microsoft.ml.spark.codegen.CodeGen\").value\n  val rPackage = join(\"target\", s\"scala-${scalaMajorVersion}\", \"generated\", \"package\", \"R\")\n    .listFiles().head\n  singleUploadToBlob(rPackage.toString, rPackage.getName, \"rrr\", s.log)\n}\n\npackagePythonTask := {\n  val s = streams.value\n  (runMain in Test).toTask(\" com.microsoft.ml.spark.codegen.CodeGen\").value\n  createCondaEnvTask.value\n  val destPyDir = join(\"target\", s\"scala-${scalaMajorVersion}\", \"classes\", \"mmlspark\")\n  if (destPyDir.exists()) FileUtils.forceDelete(destPyDir)\n  FileUtils.copyDirectory(join(pythonSrcDir.getAbsolutePath, \"mmlspark\"), destPyDir)\n\n  Process(\n    activateCondaEnv ++\n      Seq(s\"python\", \"setup.py\", \"bdist_wheel\", \"--universal\", \"-d\", s\"${pythonPackageDir.absolutePath}\"),\n    pythonSrcDir) ! s.log\n}\n\nval installPipPackageTask = TaskKey[Unit](\"installPipPackage\", \"install python sdk\")\n\ninstallPipPackageTask := {\n  val s = streams.value\n  publishLocal.value\n  packagePythonTask.value\n  Process(\n    activateCondaEnv ++ Seq(\"pip\", \"install\", \"-I\",\n      s\"mmlspark-${pythonizedVersion.value}-py2.py3-none-any.whl\"),\n    pythonPackageDir) ! s.log\n}\n\nval publishPython = TaskKey[Unit](\"publishPython\", \"publish python wheel\")\npublishPython := {\n  val s = streams.value\n  publishLocal.value\n  packagePythonTask.value\n  singleUploadToBlob(\n    join(pythonPackageDir.toString, s\"${pythonizedVersion.value}-py2.py3-none-any.whl\").toString,\n    version.value + s\"\/${pythonizedVersion.value}-py2.py3-none-any.whl\",\n    \"pip\", s.log)\n}\n\nval testPythonTask = TaskKey[Unit](\"testPython\", \"test python sdk\")\n\ntestPythonTask := {\n  val s = streams.value\n  installPipPackageTask.value\n  Process(\n    activateCondaEnv ++ Seq(\"python\",\n      \"-m\",\n      \"pytest\",\n      \"--cov=mmlspark\",\n      \"--junitxml=..\/..\/..\/..\/python-test-results.xml\",\n      \"--cov-report=xml\",\n      \"mmlsparktest\"\n    ),\n    new File(s\"target\/scala-${scalaMajorVersion}\/generated\/test\/python\/\")\n  ) ! s.log\n}\n\nval getDatasetsTask = TaskKey[Unit](\"getDatasets\", \"download datasets used for testing\")\nval datasetName = \"datasets-2020-08-27.tgz\"\nval datasetUrl = new URL(s\"https:\/\/mmlspark.blob.core.windows.net\/installers\/$datasetName\")\nval datasetDir = settingKey[File](\"The directory that holds the dataset\")\ndatasetDir := {\n  join(target.value.toString, s\"scala-${scalaMajorVersion}\", \"datasets\", datasetName.split(\".\".toCharArray.head).head)\n}\n\ngetDatasetsTask := {\n  val d = datasetDir.value.getParentFile\n  val f = new File(d, datasetName)\n  if (!d.exists()) d.mkdirs()\n  if (!f.exists()) {\n    FileUtils.copyURLToFile(datasetUrl, f)\n    UnzipUtils.unzip(f, d)\n  }\n}\n\nval genBuildInfo = TaskKey[Unit](\"genBuildInfo\", \"generate a build info file\")\ngenBuildInfo := {\n\n  val buildInfo =\n    s\"\"\"\n      |MMLSpark Build and Release Information\n      |---------------\n      |\n      |### Maven Coordinates\n      | `${organization.value}:${name.value}_${scalaMajorVersion}:${version.value}`\n      |\n      |### Maven Resolver\n      | `https:\/\/mmlspark.azureedge.net\/maven`\n      |\n      |### Documentation Pages:\n      |[Scala Documentation](https:\/\/mmlspark.blob.core.windows.net\/docs\/${version.value}\/scala\/index.html)\n      |[Python Documentation](https:\/\/mmlspark.blob.core.windows.net\/docs\/${version.value}\/pyspark\/index.html)\n      |\n    \"\"\".stripMargin\n\n  val infoFile = join(\"target\", \"Build.md\")\n  if (infoFile.exists()) FileUtils.forceDelete(infoFile)\n  FileUtils.writeStringToFile(infoFile, buildInfo, \"utf-8\")\n}\n\nval setupTask = TaskKey[Unit](\"setup\", \"set up library for intellij\")\nsetupTask := {\n  (Compile \/ compile).toTask.value\n  (Test \/ compile).toTask.value\n  getDatasetsTask.value\n}\n\nval publishBlob = TaskKey[Unit](\"publishBlob\", \"publish the library to mmlspark blob\")\npublishBlob := {\n  val s = streams.value\n  publishM2.value\n  val scalaVersionSuffix = scalaVersion.value.split(\".\".toCharArray.head).dropRight(1).mkString(\".\")\n  val nameAndScalaVersion = s\"${name.value}_$scalaVersionSuffix\"\n\n  val localPackageFolder = join(\n    Seq(new File(new URI(Resolver.mavenLocal.root)).getAbsolutePath)\n      ++ organization.value.split(\".\".toCharArray.head)\n      ++ Seq(nameAndScalaVersion, version.value): _*).toString\n\n  val blobMavenFolder = organization.value.replace(\".\", \"\/\") +\n    s\"\/$nameAndScalaVersion\/${version.value}\"\n  uploadToBlob(localPackageFolder, blobMavenFolder, \"maven\", s.log)\n}\n\nval release = TaskKey[Unit](\"release\", \"publish the library to mmlspark blob\")\nrelease := Def.taskDyn {\n  val v = isSnapshot.value\n  if (!v) {\n    Def.task {\n      sonatypeBundleRelease.value\n    }\n  } else {\n    Def.task {\n      \"Not a release\"\n    }\n  }\n}\n\nval publishBadges = TaskKey[Unit](\"publishBadges\", \"publish badges to mmlspark blob\")\npublishBadges := {\n  val s = streams.value\n\n  def enc(s: String): String = {\n    s.replaceAllLiterally(\"_\", \"__\").replaceAllLiterally(\" \", \"_\").replaceAllLiterally(\"-\", \"--\")\n  }\n\n  def uploadBadge(left: String, right: String, color: String, filename: String): Unit = {\n    val badgeDir = join(baseDirectory.value.toString, \"target\", \"badges\")\n    if (!badgeDir.exists()) badgeDir.mkdirs()\n    Process(Seq(\"curl\",\n      \"-o\", join(badgeDir.toString, filename).toString,\n      s\"https:\/\/img.shields.io\/badge\/${enc(left)}-${enc(right)}-${enc(color)}\")\n      , new File(\".\")) ! s.log\n    singleUploadToBlob(\n      join(badgeDir.toString, filename).toString,\n      s\"badges\/$filename\", \"icons\", s.log, extraArgs = Seq(\"--content-cache-control\", \"no-cache\"))\n  }\n\n  uploadBadge(\"master version\", version.value, \"blue\", \"master_version3.svg\")\n}\n\nval settings = Seq(\n  (scalastyleConfig in Test) := baseDirectory.value \/ \"scalastyle-test-config.xml\",\n  logBuffered in Test := false,\n  buildInfoKeys := Seq[BuildInfoKey](\n    name, version, scalaVersion, sbtVersion,\n    baseDirectory, datasetDir, pythonizedVersion),\n  parallelExecution in Test := false,\n  test in assembly := {},\n  assemblyMergeStrategy in assembly := {\n    case PathList(\"META-INF\", xs@_*) => MergeStrategy.discard\n    case x => MergeStrategy.first\n  },\n  assemblyOption in assembly := (assemblyOption in assembly).value.copy(includeScala = false),\n  buildInfoPackage := \"com.microsoft.ml.spark.build\")\n\nlazy val mmlspark = (project in file(\".\"))\n  .enablePlugins(BuildInfoPlugin)\n  .enablePlugins(ScalaUnidocPlugin)\n  .settings(settings: _*)\n\nimport xerial.sbt.Sonatype._\n\nsonatypeProjectHosting := Some(\n  GitHubHosting(\"Azure\", \"MMLSpark\", \"<EMAIL>\"))\nhomepage := Some(url(\"https:\/\/github.com\/Azure\/mmlspark\"))\ndevelopers := List(\n  Developer(\"mhamilton723\", \"<NAME>\",\n    \"<EMAIL>\", url(\"https:\/\/github.com\/mhamilton723\")),\n  Developer(\"imatiach-msft\", \"<NAME>\",\n    \"<EMAIL>\", url(\"https:\/\/github.com\/imatiach-msft\")),\n  Developer(\"drdarshan\", \"<NAME>\",\n    \"<EMAIL>\", url(\"https:\/\/github.com\/drdarshan\"))\n)\n\nlicenses += (\"MIT\", url(\"https:\/\/github.com\/Azure\/mmlspark\/blob\/master\/LICENSE\"))\npublishMavenStyle := true\n\ncredentials += Credentials(\"Sonatype Nexus Repository Manager\",\n  \"oss.sonatype.org\",\n  Secrets.nexusUsername,\n  Secrets.nexusPassword)\n\npgpPassphrase := Some(Secrets.pgpPassword.toCharArray)\npgpSecretRing := {\n  val temp = File.createTempFile(\"secret\", \".asc\")\n  new PrintWriter(temp) {\n    write(Secrets.pgpPrivate);\n    close()\n  }\n  temp\n}\npgpPublicRing := {\n  val temp = File.createTempFile(\"public\", \".asc\")\n  new PrintWriter(temp) {\n    write(Secrets.pgpPublic);\n    close()\n  }\n  temp\n}\n\ndynverSonatypeSnapshots in ThisBuild := true\ndynverSeparator in ThisBuild := \"-\"\npublishTo := sonatypePublishToBundle.value\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"testing\/src\/main\/scala\/org\/github\/fsanaulla\/spark\/http\/testing\/DockerizedMockServer.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.github.fsanaulla.spark.http.testing\n\nimport com.dimafeng.testcontainers.{ForAllTestContainer, GenericContainer}\nimport org.scalatest.Suite\nimport org.testcontainers.containers.output.OutputFrame.OutputType\nimport org.testcontainers.containers.output.ToStringConsumer\nimport org.testcontainers.containers.wait.strategy.Wait\n\nimport java.io.File\n\ntrait DockerizedMockServer extends ForAllTestContainer { self: Suite =>\n  def mockServerPort = 1080\n\n  override val container: GenericContainer = {\n    GenericContainer(\n      \"faiaz\/mockserver-testing:0.2.0\",\n      exposedPorts = Seq(mockServerPort),\n      waitStrategy = Wait.forLogMessage(\".*started on port: 1080.*\\n\", 1)\n    )\n  }\n\n  override def afterStart(): Unit = {\n    container.configure(_.followOutput(new ToStringConsumer, OutputType.STDOUT))\n    super.afterStart()\n  }\n\n  def mockServerMappedHost: String =\n    container.underlyingUnsafeContainer.getContainerIpAddress\n  def mockServerMappedPort: Int =\n    container.underlyingUnsafeContainer.getLivenessCheckPortNumbers.toArray.head\n      .asInstanceOf[Int]\n  def mockServerUrl: String =\n    \"http:\/\/\" + mockServerMappedHost + \":\" + mockServerMappedPort\n\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"project\/Dependencies.scala","text":"<gh_stars>1-10\nimport sbt._\n\nobject Dependencies {\n\n  object Versions {\n    val scalaTest           = \"3.2.10\"\n    val mockServerNetty     = \"5.11.1\"\n    val testContainersScala = \"0.39.12\"\n  }\n\n  val scalaTest = \"org.scalatest\" %% \"scalatest\" % Versions.scalaTest\n  val testContainersScala =\n    \"com.dimafeng\" %% \"testcontainers-scala-scalatest\" % Versions.testContainersScala\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"spark2\/src\/it\/scala\/org\/github\/fsanaulla\/spark\/HttpRDDSpec.scala","text":"<reponame>scala-steward\/spark-http-rdd<filename>spark2\/src\/it\/scala\/org\/github\/fsanaulla\/spark\/HttpRDDSpec.scala\npackage org.github.fsanaulla.spark\n\nimport org.github.fsanaulla.spark.http.HttpRDD\nimport org.github.fsanaulla.spark.http.core.URIModifier\nimport org.github.fsanaulla.spark.http.testing.DockerizedMockServer\nimport org.github.fsanaulla.spark.http.testing.UriSyntax._\nimport org.scalatest.freespec.AnyFreeSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport java.io.File\nimport java.net.URI\n\nclass HttpRDDSpec\n    extends AnyFreeSpec\n    with Matchers\n    with DockerizedMockServer\n    with SparkBase {\n\n  \"HTTP RDD\" - {\n\n    \"should be able to fetch data\" in {\n      val uriPartitioner: Array[URIModifier] = Array(\n        URIModifier.fromFunction((uri: URI) => uri.addPath(\"\/data\/1\")),\n        URIModifier.fromFunction(\n          _.addPath(\"\/data\/2\")\n        )\n      )\n\n      val rdd =\n        HttpRDD.create(\n          sc,\n          URI.create(mockServerUrl),\n          uriPartitioner,\n          identity\n        )\n\n      rdd.collect().toList shouldEqual List(\"{\\\"text\\\":1}\", \"{\\\"text\\\":2}\")\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"spark2\/src\/main\/scala\/org\/github\/fsanaulla\/spark\/http\/HttpRDD.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.github.fsanaulla.spark.http\n\nimport org.apache.http.client.methods.{CloseableHttpResponse, HttpGet}\nimport org.apache.http.impl.client.{CloseableHttpClient, HttpClients}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{Partition, SparkContext, TaskContext}\nimport org.github.fsanaulla.spark.http.core.{NextIterator, URIModifier}\n\nimport java.io.{BufferedReader, InputStream, InputStreamReader}\nimport java.net.URI\nimport scala.collection.JavaConverters.asScalaIteratorConverter\nimport scala.reflect.ClassTag\n\n\/** RDD that fetches data from HTTP endpoints. we may opensource it in the future\n  *\/\nfinal class HttpRDD[T: ClassTag](\n    sc: SparkContext,\n    uri: URI,\n    partitioning: Array[URIModifier],\n    iterable: InputStream => Iterator[T],\n    requestModifier: HttpGet => HttpGet,\n    httpClientBuilder: () => CloseableHttpClient\n) extends RDD[T](sc, Nil) {\n  override def compute(split: Partition, context: TaskContext): Iterator[T] = {\n    new NextIterator[T] {\n      context.addTaskCompletionListener[Unit](_ => closeIfNeeded())\n\n      logInfo(\"Creating HTTP client\")\n\n      val client: CloseableHttpClient = httpClientBuilder()\n      val part: HttpPartition         = split.asInstanceOf[HttpPartition]\n      val uri: URI                    = part.uri\n\n      logInfo(s\"Loading data from: $uri\")\n\n      \/\/ embed partition params that will build partitioned http request\n      val request: HttpGet                = requestModifier(new HttpGet(uri))\n      val response: CloseableHttpResponse = client.execute(request)\n\n      val is: InputStream       = response.getEntity.getContent\n      val iterator: Iterator[T] = iterable(is)\n\n      override def getNext(): T = {\n        if (iterator.hasNext) iterator.next()\n        else {\n          finished = true\n          null.asInstanceOf[T]\n        }\n      }\n\n      override protected def close(): Unit = {\n        logInfo(s\"Closing response. Partition: ${part.index}\")\n        try {\n          if (response != null) response.close()\n        } catch {\n          case e: Exception => logWarning(\"Unable to close response\", e)\n        }\n\n        logInfo(s\"Closing client. Partition: ${part.index}\")\n        try {\n          if (client != null) client.close()\n        } catch {\n          case e: Exception => logWarning(\"Unable to close client\", e)\n        }\n      }\n    }\n  }\n\n  override protected def getPartitions: Array[Partition] =\n    partitioning.zipWithIndex\n      .map { case (mod, index) => HttpPartition(index, mod.modify(uri)) }\n\n}\n\nobject HttpRDD {\n\n  \/** Base ctor that provide possibility to customize you rdd\n    *\n    * @param sc                - spark context\n    * @param uri               - request uri\n    * @param partitioning      - uri partitioner, define separate partitioning uri from the root uri\n    * @param requestModifier   - transformation that will be applied to http request before execution\n    * @param httpClientBuilder - http client builder\n    * @param iterable          - http response content => iterable transformation\n    *\n    * @return Spark RDD\n    *\/\n  def create[T: ClassTag](\n      sc: SparkContext,\n      uri: URI,\n      partitioning: Array[URIModifier],\n      requestModifier: HttpGet => HttpGet,\n      httpClientBuilder: () => CloseableHttpClient,\n      iterable: InputStream => Iterator[T]\n  ): RDD[T] =\n    new HttpRDD[T](\n      sc = sc,\n      uri = uri,\n      partitioning = partitioning,\n      requestModifier = requestModifier,\n      iterable = iterable,\n      httpClientBuilder = httpClientBuilder\n    )\n\n  \/** Ctor with predefined amount of functionality, creates RDD from HTTP endpoint\n    *\n    * @param sc           - spark context\n    * @param uri          - request uri\n    * @param partitioning - uri partitioner, define separate partitioning uri from the root uri\n    * @param mapper       - transformer from String to T\n    *\n    * By default it expect to receive record per new line with default http client without any kind of request modifications\n    *\n    * @return Spark RDD\n    *\/\n  def create[T: ClassTag](\n      sc: SparkContext,\n      uri: URI,\n      partitioning: Array[URIModifier],\n      mapper: String => T\n  ): RDD[T] = {\n    val requestModifier: HttpGet => HttpGet = identity\n    val httpClientBuilder                   = () => HttpClients.createDefault()\n    val iteratorBuilder: InputStream => Iterator[T] = { is =>\n      new BufferedReader(new InputStreamReader(is))\n        .lines()\n        .iterator()\n        .asScala\n        .map(mapper)\n    }\n\n    create(\n      sc = sc,\n      uri = uri,\n      partitioning = partitioning,\n      requestModifier = requestModifier,\n      httpClientBuilder = httpClientBuilder,\n      iterable = iteratorBuilder\n    )\n  }\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"project\/Settings.scala","text":"<reponame>scala-steward\/spark-http-rdd\nobject Settings {\n  object Owner {\n    val id          = \"fsanaulla\"\n    val fullName    = \"<NAME>\"\n    val email       = \"<EMAIL>\"\n    val github      = \"https:\/\/github.com\/fsanaulla\"\n    val projectName = \"spark-http-rdd\"\n  }\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"version.sbt","text":"ThisBuild \/ version := \"0.1.1\"\nThisBuild \/ versionScheme := Some(\"semver-spec\")\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"build.sbt","text":"<reponame>scala-steward\/spark-http-rdd<gh_stars>1-10\nimport Settings.Owner\nimport xerial.sbt.Sonatype._\n\nThisBuild \/ scalaVersion := \"2.12.15\"\nThisBuild \/ organization := \"com.github.fsanaulla\"\nThisBuild \/ description := \"RDD primitive for fetching data from an HTTP source \"\nThisBuild \/ homepage := Some(url(s\"${Owner.github}\/${Owner.projectName}\"))\nThisBuild \/ developers += Developer(\n  id = Owner.id,\n  name = Owner.fullName,\n  email = Owner.email,\n  url = url(Owner.github)\n)\n\n\/\/ publish\nThisBuild \/ scmInfo := Some(\n  ScmInfo(\n    url(s\"${Owner.github}\/${Owner.projectName}\"),\n    s\"scm:<EMAIL>:${Owner.id}\/${Owner.projectName}.git\"\n  )\n)\nThisBuild \/ publishTo := sonatypePublishToBundle.value\nThisBuild \/ sonatypeBundleDirectory := (ThisBuild \/ baseDirectory).value \/ \"target\" \/ \"sonatype-staging\" \/ s\"${version.value}\"\nThisBuild \/ sonatypeProjectHosting := Some(\n  GitHubHosting(Owner.github, Owner.projectName, Owner.email)\n)\nThisBuild \/ licenses := Seq(\n  \"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")\n)\nThisBuild \/ pgpPassphrase := sys.env.get(\"PGP_PASSPHRASE\").map(_.toCharArray)\nThisBuild \/ publishMavenStyle := true\n\nlazy val `spark-http-rdd` = project\n  .in(file(\".\"))\n  .settings(publish \/ skip := true)\n  .configure(license)\n  .aggregate(Seq(core, spark2, spark3, testing).flatMap(_.projectRefs): _*)\n\nlazy val core = (projectMatrix in file(\"core\"))\n  .settings(name := \"spark-http-rdd-core\")\n  .jvmPlatform(scalaVersions = Seq(\"2.11.12\", \"2.12.15\"))\n\nlazy val testing = (projectMatrix in file(\"testing\"))\n  .settings(\n    name := \"spark-http-rdd-testing\",\n    publish \/ skip := true,\n    libraryDependencies ++= Seq(\n      Dependencies.scalaTest,\n      Dependencies.testContainersScala\n    )\n  )\n  .jvmPlatform(scalaVersions = Seq(\"2.11.12\", \"2.12.15\"))\n\nlazy val spark2 = (projectMatrix in file(\"spark2\"))\n  .settings(\n    name := \"spark2-http-rdd\",\n    libraryDependencies ++= Seq(\n      \"org.apache.spark\"         %% \"spark-core\" % \"2.4.8\" % Provided,\n      \"org.apache.httpcomponents\" % \"httpclient\" % \"4.5.13\"\n    )\n  )\n  .dependsOn(core)\n  .dependsOn(testing % \"it\")\n  .configure(itTestConfiguration)\n  .jvmPlatform(scalaVersions = Seq(\"2.11.12\", \"2.12.15\"))\n\nlazy val spark3 = (projectMatrix in file(\"spark3\"))\n  .settings(\n    crossPaths := false,\n    name := \"spark3-http-rdd\",\n    libraryDependencies += \"org.apache.spark\" %% \"spark-core\" % \"3.1.2\" % Provided\n  )\n  .dependsOn(core)\n  .dependsOn(testing % \"it\")\n  .configure(itTestConfiguration)\n  .jvmPlatform(scalaVersions = Seq(\"2.12.15\"))\n\ndef license: Project => Project =\n  _.settings(\n    startYear := Some(2021),\n    headerLicense := Some(HeaderLicense.ALv2(\"2021\", Owner.fullName))\n  ).enablePlugins(AutomateHeaderPlugin)\n\ndef itTestConfiguration: Project => Project =\n  _.settings(Defaults.itSettings).configs(IntegrationTest)\n\/\/ See https:\/\/www.scala-sbt.org\/1.x\/docs\/Using-Sonatype.html for instructions on how to publish to Sonatype.\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"testing\/src\/main\/scala\/org\/github\/fsanaulla\/spark\/http\/testing\/UriSyntax.scala","text":"<filename>testing\/src\/main\/scala\/org\/github\/fsanaulla\/spark\/http\/testing\/UriSyntax.scala<gh_stars>1-10\n\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.github.fsanaulla.spark.http.testing\n\nimport java.net.URI\n\nobject UriSyntax {\n  implicit final class UriOps(private val uri: URI) extends AnyVal {\n    def addPath(path: String): URI =\n      if (uri.toString.endsWith(\"\/\") && path.startsWith(\"\/\"))\n        URI.create(uri.toString + path.drop(1))\n      else if (uri.toString.endsWith(\"\/\") ^ path.startsWith(\"\/\"))\n        URI.create(uri.toString + path)\n      else if (!uri.toString.endsWith(\"\/\") && !path.startsWith(\"\/\"))\n        URI.create(uri.toString + \"\/\" + path)\n      else throw new IllegalArgumentException(s\"Invalid URI: $uri$path\")\n  }\n}\n"}
{"repo_name":"scala-steward\/spark-http-rdd","path":"spark3\/src\/it\/scala\/org\/github\/fsanaulla\/spark\/SparkBase.scala","text":"package org.github.fsanaulla.spark\n\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.{BeforeAndAfterAll, Suite}\n\ntrait SparkBase extends BeforeAndAfterAll { suite: Suite =>\n\n  protected var sc: SparkContext = _\n\n  override def beforeAll(): Unit = {\n    val conf = new SparkConf()\n      .setAppName(\"appName\")\n      .setMaster(\"local[*]\")\n      .set(\"spark.driver.bindAddress\", \"127.0.0.1\")\n\n    sc = new SparkContext(conf)\n    super.beforeAll()\n  }\n\n  override def afterAll(): Unit = {\n    sc.stop()\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/examples\/data\/generation\/ComplexRecordsGenerator.scala","text":"<reponame>jhsb25\/ABRiS\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.examples.data.generation\n\nimport java.lang._\nimport java.nio.ByteBuffer\n\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.spark.sql.Row\nimport za.co.absa.abris.avro.parsing.AvroToSparkParser\n\nimport scala.collection.JavaConverters.{asScalaBufferConverter, mapAsJavaMapConverter, seqAsJavaListConverter}\nimport scala.collection.{Map, Seq, immutable, mutable}\nimport scala.util.Random\n\n\/**\n * This class provides methods to generate example\/test data.\n * Not part of the library core.\n *\/\nobject ComplexRecordsGenerator {\n\n  case class Bean(bytes: Array[scala.Byte], string: String, int: Int, long: Long, double: Double,\n                  float: Float, boolean: Boolean, array: mutable.ListBuffer[Any], fixed: Array[scala.Byte],\n                  map: Map[String, java.util.ArrayList[Long]])\n\n  private val plainSchema = TestSchemas.NATIVE_COMPLETE_SCHEMA\n  private val avroParser = new AvroToSparkParser()\n  private val random = new Random()\n\n  def usedAvroSchema = plainSchema\n\n  def generateRecords(howMany: Int): List[GenericRecord] = {\n    val result = new Array[GenericRecord](howMany)\n    for (i <- 0 until howMany) {\n      result(i) = AvroDataUtils.mapToGenericRecord(getDataMap(), plainSchema)\n    }\n    result.toList\n  }\n\n  def generateUnparsedRows(howMany: Int): List[Row] = {\n    val result = new Array[Row](howMany)\n    for (i <- 0 until howMany) {\n      result(i) = Row.fromSeq(getDataSeq())\n    }\n    result.toList\n  }\n\n  private def getDataMap(): immutable.Map[String, Object] = {\n    val map = Map[String, java.util.ArrayList[Long]](\n      \"entry1\" -> randomListOfLongs(20),\n      \"entry2\" -> randomListOfLongs(30))\n\n    immutable.Map[String, Object](\n      \"bytes\" -> ByteBuffer.wrap(randomString(20).getBytes),\n      \"string\" -> randomString(30),\n      \"int\" -> new Integer(random.nextInt()),\n      \"long\" -> new Long(random.nextLong()),\n      \"double\" -> new Double(random.nextDouble()),\n      \"float\" -> new Float(random.nextFloat()),\n      \"boolean\" -> new Boolean(random.nextBoolean()),\n      \"array\" -> randomListOfStrings(10, 15),      \n      \"map\" -> map.asJava,\n      \"fixed\" -> new FixedString(randomString(40)))\n  }\n\n  private def getDataSeq(): Seq[Object] = {\n    val map = Map[String, Seq[Long]](\n      \"entry1\" -> randomSeqOfLongs(20),\n      \"entry2\" -> randomSeqOfLongs(30))\n    Seq(\n      ByteBuffer.wrap(randomString(20).getBytes).array(),\n      randomString(30),\n      new Integer(random.nextInt()),\n      new Long(random.nextLong()),\n      new Double(random.nextDouble()),\n      new Float(random.nextFloat()),\n      new Boolean(random.nextBoolean()),\n      randomSeqOfStrings(10, 15),            \n      map,\n      new FixedString(randomString(40)).bytes())\n  }\n\n  def lazilyGenerateRows(howMany: Int): List[Row] = {\n    lazilyConvertToRows(generateRecords(howMany))\n  }\n\n  def eagerlyGenerateRows(howMany: Int): List[Row] = {\n    eagerlyConvertToRows(generateRecords(howMany))\n  }\n\n  def lazilyConvertToBeans(records: List[GenericRecord]): List[Bean] = {\n    records.toStream.map(record => recordToBean(record)).toList\n  }\n\n  def eagerlyConvertToRows(records: List[GenericRecord]): List[Row] = {\n    records.map(record => avroParser.parse(record))\n  }\n\n  def lazilyConvertToRows(records: List[GenericRecord]): List[Row] = {\n    records.toStream.map(record => avroParser.parse(record)).toList\n  }\n\n  private def randomListOfLongs(listSize: Int) = {\n    val array = new Array[Long](listSize)\n    for (i <- 0 until listSize) {\n      array(i) = random.nextLong()\n    }\n    new java.util.ArrayList(array.toList.asJava)\n  }\n  \n  private def randomSeqOfLongs(listSize: Int) = {\n    randomListOfLongs(listSize).asScala.toSeq\n  }\n  \n  private def randomListOfStrings(listSize: Int, stringLength: Int) = {\n    val array = new Array[String](listSize)\n    for (i <- 0 until listSize) {\n      array(i) = randomString(stringLength)\n    }\n    new java.util.ArrayList(array.toList.asJava)\n  }\n\n  private def randomSeqOfStrings(listSize: Int, stringLength: Int) = {\n    randomListOfStrings(listSize, stringLength).asScala.toSeq    \n  }  \n  \n  private def randomString(length: Int): String = {\n    val randomStream: Stream[Char] = Random.alphanumeric\n    randomStream.take(length).mkString\n  }\n\n  private def recordToBean(record: GenericRecord): Bean = {    \n    new Bean(\n      record.get(\"bytes\").toString().getBytes(),\n      record.get(\"string\").asInstanceOf[String],\n      record.get(\"int\").asInstanceOf[Int],\n      record.get(\"long\").asInstanceOf[Long],\n      record.get(\"double\").asInstanceOf[Double],\n      record.get(\"float\").asInstanceOf[Float],\n      record.get(\"boolean\").asInstanceOf[Boolean],\n      record.get(\"array\").asInstanceOf[mutable.ListBuffer[Any]],\n      record.get(\"fixed\").toString().getBytes,\n      record.get(\"map\").asInstanceOf[Map[String, java.util.ArrayList[Long]]])\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/format\/ScalaAvroRecordSpec.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.format\n\nimport java.lang.{Boolean, Double, Float, Long}\nimport java.nio.ByteBuffer\nimport java.util.{ArrayList, Arrays, HashMap}\n\nimport org.apache.spark.sql.Row\nimport org.scalatest.FlatSpec\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\nimport za.co.absa.abris.examples.data.generation.{FixedString, TestSchemas}\n\nimport scala.collection._\n\nclass ScalaAvroRecordSpec extends FlatSpec {\n\n  behavior of \"ScalaAvroRecord\"\n\n  it should \"identify equal records if fields inserted at specified positions\" in {    \n    val data = new mutable.HashMap[Int,Object]()\n    data.put(0, ByteBuffer.wrap(\"ASimpleString\".getBytes))\n    data.put(1, \"a string\")\n    data.put(2, new Integer(Integer.MAX_VALUE))\n    data.put(3, new Long(Long.MAX_VALUE))\n    data.put(4, new Double(Double.MAX_VALUE))\n    data.put(5, new Float(Float.MAX_VALUE))\n    data.put(6, Boolean.TRUE)\n    data.put(7, new ArrayList(Arrays.asList(\"elem1\", \"elem2\")))    \n    \n    val map = new HashMap[String, java.util.ArrayList[Long]]()\n    map.put(\"entry1\", new ArrayList(java.util.Arrays.asList(new Long(1), new Long(2))))\n    map.put(\"entry2\", new ArrayList(java.util.Arrays.asList(new Long(3), new Long(4))))    \n    data.put(9, map)\n    \n    data.put(8, new FixedString(\"ASimpleString\"))\n    \n    val schema = AvroSchemaUtils.parse(TestSchemas.NATIVE_COMPLETE_SCHEMA)\n    val record = new ScalaAvroRecord(schema)\n        \n    data.foreach(entry => record.put(entry._1, entry._2))   \n    for (key <- data.keySet if key != 0) assert(record.get(key) == data(key)) \n    assert(record.get(0) == data(0).asInstanceOf[ByteBuffer].array())\n  }\n\n  it should \"identify equal records if fields inserted with specified names\" in {\n    val data = new mutable.HashMap[String,Object]()\n    data.put(\"bytes\", ByteBuffer.wrap(\"ASimpleString\".getBytes))\n    data.put(\"string\", \"a string\")\n    data.put(\"int\", new Integer(Integer.MAX_VALUE))\n    data.put(\"long\", new Long(Long.MAX_VALUE))\n    data.put(\"double\", new Double(Double.MAX_VALUE))\n    data.put(\"float\", new Float(Float.MAX_VALUE))\n    data.put(\"boolean\", Boolean.TRUE)\n    data.put(\"array\", new ArrayList(Arrays.asList(\"elem1\", \"elem2\")))    \n    \n    val map = new HashMap[String, java.util.ArrayList[Long]]()\n    map.put(\"entry1\", new ArrayList(java.util.Arrays.asList(new Long(1), new Long(2))))\n    map.put(\"entry2\", new ArrayList(java.util.Arrays.asList(new Long(3), new Long(4))))    \n    data.put(\"map\", map)\n    \n    data.put(\"fixed\", new FixedString(\"ASimpleString\"))\n    \n    val schema = AvroSchemaUtils.parse(TestSchemas.NATIVE_COMPLETE_SCHEMA)\n    val record = new ScalaAvroRecord(schema)\n        \n    data.foreach(entry => record.put(entry._1, entry._2))   \n    for (key <- data.keySet if key != \"bytes\") assert(record.get(key) == data(key)) \n    assert(record.get(\"bytes\") == data(\"bytes\").asInstanceOf[ByteBuffer].array())    \n  }\n  \n  it should \"convert nested records into Spark Rows\" in {    \n    val nestedSchema = AvroSchemaUtils.parse(TestSchemas.NATIVE_SIMPLE_NESTED_SCHEMA)\n    val nested = new ScalaAvroRecord(nestedSchema)\n    nested.put(\"int\", new Integer(Integer.MAX_VALUE))\n    nested.put(\"long\", new Long(Long.MAX_VALUE))\n    \n    val outerSchema = AvroSchemaUtils.parse(TestSchemas.NATIVE_SIMPLE_OUTER_SCHEMA)\n    val outer = new ScalaAvroRecord(outerSchema)\n    outer.put(\"name\", \"whatever\")\n    outer.put(\"nested\", nested)    \n    \n    assert(outer.get(\"nested\").isInstanceOf[Row])\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/read\/confluent\/SchemaManagerSpec.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.read.confluent\n\nimport io.confluent.common.config.ConfigException\nimport org.apache.avro.Schema\nimport org.scalatest.{BeforeAndAfter, FlatSpec}\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\n\nclass SchemaManagerSpec extends FlatSpec with BeforeAndAfter {\n\n  private val schema = AvroSchemaUtils.parse(\"{\\\"type\\\": \\\"record\\\", \\\"name\\\": \\\"Blah\\\", \\\"fields\\\": [{ \\\"name\\\": \\\"name\\\", \\\"type\\\": \\\"string\\\" }]}\")\n  behavior of \"SchemaManager\"\n\n  before {\n    SchemaManager.reset()\n    assertResult(false) {SchemaManager.isSchemaRegistryConfigured}\n  }\n\n  it should \"throw if no strategy is specified\" in {\n    val topic = \"a_subject\"\n    val conf = Map[String,String]()\n    val message1 = intercept[IllegalArgumentException] {SchemaManager.getSubjectName(topic, isKey = false, (null, null), conf)}\n    val message2 = intercept[IllegalArgumentException] {SchemaManager.getSubjectName(topic, isKey = true, (null, null), conf)}\n\n    assert(message1.getMessage.contains(\"not specified\"))\n    assert(message2.getMessage.contains(\"not specified\"))\n  }\n\n  it should \"retrieve the correct subject name for TopicName strategy\" in {\n    val subject = \"a_subject\"\n    val conf = Map(\n      SchemaManager.PARAM_VALUE_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_NAME,\n      SchemaManager.PARAM_KEY_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_NAME\n    )\n    assert(subject + \"-value\" == SchemaManager.getSubjectName(subject, isKey = false, (null, null), conf).get)\n    assert(subject + \"-key\" == SchemaManager.getSubjectName(subject, isKey = true, (null, null), conf).get)\n  }\n\n  it should \"retrieve the correct subject name for RecordName strategy\" in {\n    val subject = \"a_subject\"\n    val conf = Map(\n      SchemaManager.PARAM_VALUE_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.RECORD_NAME,\n      SchemaManager.PARAM_KEY_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.RECORD_NAME\n    )\n\n    val schemaName = \"schema_name\"\n    val schemaNamespace = \"schema_namespace\"\n\n    assert(s\"$schemaNamespace.$schemaName\" == SchemaManager.getSubjectName(subject, isKey = false, (schemaName, schemaNamespace), conf).get)\n    assert(s\"$schemaNamespace.$schemaName\" == SchemaManager.getSubjectName(subject, isKey = true, (schemaName, schemaNamespace), conf).get)\n  }\n\n  it should \"retrieve None for RecordName strategy if schema is null\" in {\n    val subject = \"a_subject\"\n    val conf = Map(\n      SchemaManager.PARAM_VALUE_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.RECORD_NAME,\n      SchemaManager.PARAM_KEY_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.RECORD_NAME\n    )\n\n    val schemaName = null\n    val schemaNamespace = \"namespace\"\n\n    assert(SchemaManager.getSubjectName(subject, isKey = false, (schemaName, schemaNamespace), conf).isEmpty)\n    assert(SchemaManager.getSubjectName(subject, isKey = true, (schemaName, schemaNamespace), conf).isEmpty)\n  }\n\n  it should \"retrieve the correct subject name for TopicRecordName strategy\" in {\n    val topic = \"a_subject\"\n    val conf = Map(\n      SchemaManager.PARAM_VALUE_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_RECORD_NAME,\n      SchemaManager.PARAM_KEY_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_RECORD_NAME\n    )\n\n    val schemaName = \"schema_name\"\n    val schemaNamespace = \"schema_namespace\"\n\n    assert(s\"$topic-$schemaNamespace.$schemaName\" == SchemaManager.getSubjectName(topic, isKey = false, (schemaName, schemaNamespace), conf).get)\n    assert(s\"$topic-$schemaNamespace.$schemaName\" == SchemaManager.getSubjectName(topic, isKey = true, (schemaName, schemaNamespace), conf).get)\n  }\n\n  it should \"retrieve None for TopicRecordName strategy if schema is null\" in {\n    val subject = \"a_subject\"\n    val conf = Map(\n      SchemaManager.PARAM_VALUE_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_RECORD_NAME,\n      SchemaManager.PARAM_KEY_SCHEMA_NAMING_STRATEGY -> SchemaManager.SchemaStorageNamingStrategies.TOPIC_RECORD_NAME\n    )\n\n    val schemaName = null\n    val schemaNamespace = \"namespace\"\n\n    assert(SchemaManager.getSubjectName(subject, isKey = false, (schemaName, schemaNamespace), conf).isEmpty)\n    assert(SchemaManager.getSubjectName(subject, isKey = true, (schemaName, schemaNamespace), conf).isEmpty)\n  }\n\n  it should \"not try to configure Schema Registry client if parameters are empty\" in {\n    SchemaManager.configureSchemaRegistry(Map[String,String]())\n    assertResult(false) {SchemaManager.isSchemaRegistryConfigured} \/\/ should still be unconfigured\n  }\n\n  it should \"return None as schema if Schema Registry client is not configured\" in {\n    assertResult(None) {SchemaManager.getBySubjectAndId(\"subject\", 1)}\n  }\n\n  it should \"return None as latest version if Schema Registry client is not configured\" in {\n    assertResult(None) {SchemaManager.getLatestVersion(\"subject\")}\n  }\n\n  it should \"return None as registered schema id if Schema Registry client is not configured\" in {\n    assertResult(None) {SchemaManager.register(schema, \"subject\")}\n  }\n\n  it should \"throw IllegalArgumentException if cluster address is empty or null\" in {\n    val config1 = Map(SchemaManager.PARAM_SCHEMA_REGISTRY_URL -> \"\")\n    val config2 = Map(SchemaManager.PARAM_SCHEMA_REGISTRY_URL -> null)\n\n    assertThrows[IllegalArgumentException] {SchemaManager.configureSchemaRegistry(config1)}\n    assertThrows[ConfigException] {SchemaManager.configureSchemaRegistry(config2)}\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/com\/databricks\/spark\/avro\/DatabricksAdapter.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.databricks.spark.avro\n\nimport com.databricks.spark.avro.SchemaConverters.SchemaType\nimport org.apache.avro.Schema\nimport org.apache.avro.SchemaBuilder.RecordBuilder\nimport org.apache.spark.sql.types.{DataType, StructType}\n\n\/**\n * This class works as a bridge between Databricks' and the current library.\n * \n * It was created in order to prevent changes to Databricks from bugging this library, since the changes \n * can be dealt with at a single location. \n *\/\nobject DatabricksAdapter {\n\n  def getNewRecordNamespace(\n    elementDataType:        DataType,\n    currentRecordNamespace: String,\n    elementName:            String): String = SchemaConverters.getNewRecordNamespace(elementDataType, currentRecordNamespace, elementName)\n\n  def toSqlType(avroSchema: Schema): SchemaType = SchemaConverters.toSqlType(avroSchema)\n\n  def createConverterToSQL(\n    sourceAvroSchema: Schema,\n    targetSqlType:    DataType): AnyRef => AnyRef = {\n    SchemaConverters.createConverterToSQL(sourceAvroSchema, targetSqlType)\n  }\n        \n  def convertStructToAvro[T](\n      structType: StructType,\n      schemaBuilder: RecordBuilder[T],\n      recordNamespace: String): T = {\n    SchemaConverters.convertStructToAvro(structType, schemaBuilder, recordNamespace)\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/write\/AvroWriterHolder.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.write\n\nimport java.io.ByteArrayOutputStream\n\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.IndexedRecord\nimport org.apache.avro.io.{BinaryEncoder, DatumWriter, Encoder, EncoderFactory}\n\n\/**\n * Holds an Avro writer. Convenient for encapsulating logic behind object reuse.\n *\/\nclass AvroWriterHolder {\n     \n  def getWriter(schema: Schema): DatumWriter[IndexedRecord] = {    \n    this.writer.setSchema(schema)\n    this.writer\n  }\n  \n  def getEncoder(outStream: ByteArrayOutputStream): Encoder = {       \n    if (encoder == null) {     \n     encoder = EncoderFactory.get().binaryEncoder(outStream, null)\n    }\n    EncoderFactory.get().binaryEncoder(outStream, encoder)\n  }\n    \n  private val writer = new ScalaCustomDatumWriter[IndexedRecord]()\n  private var encoder: BinaryEncoder = null  \n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/parsing\/AvroToSparkParser.scala","text":"<reponame>jhsb25\/ABRiS<gh_stars>0\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.parsing\n\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.spark.sql.catalyst.expressions.GenericRowWithSchema\nimport org.apache.spark.sql.types.StructType\nimport za.co.absa.abris.avro.format.SparkAvroConversions\n\nimport scala.collection.JavaConverters.asScalaBufferConverter\nimport scala.collection.mutable.HashMap\n\n\/**\n * This class provides methods to convert Avro's GenericRecords to Spark's GenericRowWithSchemas.\n *\/\nclass AvroToSparkParser extends Serializable {\n  \n  private var schemaToSql = new HashMap[String,StructType]\n  \n  \/**\n   * Converts Avro's GenericRecords to Spark's GenericRowWithSchemas.\n   * \n   * This method relies on the Avro schema being set into the incoming record.\n   * \n   * This method caches StructTypes for schema names, thus, it is SENSITIVE to schema naming.\n   * If a schema is changed, make sure to either, call 'reset' on the current instance or create a new one.\n   *\/\n  def parse(avroRecord: GenericRecord): GenericRowWithSchema = {    \n    val structType = getSqlType(avroRecord.getSchema)    \n    val avroDataArray: Array[Any] = new Array(avroRecord.getSchema.getFields.size())\n    for (field <- avroRecord.getSchema.getFields.asScala) {      \n      avroDataArray(field.pos()) = avroRecord.get(field.pos())\n    }    \n    new GenericRowWithSchema(avroDataArray, structType)\n  }\n  \n  private def getSqlType(schema: Schema): StructType = {\n    schemaToSql.getOrElseUpdate(schema.getName, SparkAvroConversions.toSqlType(schema))    \n  }\n  \n  \/**\n   * Cleans up the cache of StructTypes. \n   * \n   * There should be no reason to invoke this method unless a schema already processed by this instance\n   * has changed.\n   *\/\n  def reset = schemaToSql.clear()\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/parsing\/utils\/AvroSchemaUtils.scala","text":"<filename>src\/main\/scala\/za\/co\/absa\/abris\/avro\/parsing\/utils\/AvroSchemaUtils.scala\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.parsing.utils\n\nimport org.apache.avro.Schema\nimport org.slf4j.LoggerFactory\nimport za.co.absa.abris.avro.read.confluent.SchemaManager\nimport za.co.absa.abris.avro.schemas.SchemaLoader\n\n\/**\n * This class provides utility methods to cope with Avro schemas.\n *\/\nobject AvroSchemaUtils {\n\n  private val logger = LoggerFactory.getLogger(AvroSchemaUtils.getClass)\n\n  private def configureSchemaManager(schemaRegistryConf: Map[String,String]): Unit = {\n    if (!SchemaManager.isSchemaRegistryConfigured) {\n      SchemaManager.configureSchemaRegistry(schemaRegistryConf)\n    }\n  }\n\n  \/**\n   * Parses a plain Avro schema into an org.apache.avro.Schema implementation.\n   *\/\n  def parse(schema: String): Schema = new Schema.Parser().parse(schema)  \n  \n  \/**\n   * Loads an Avro org.apache.avro.Schema from the path.\n   *\/\n  def load(path: String): Schema = {    \n    parse(loadPlain(path))\n  }\n\n  def load(schemaRegistryConf: Map[String,String]): Schema = {\n    SchemaLoader.loadFromSchemaRegistry(schemaRegistryConf)\n  }\n\n  def loadForKeyAndValue(schemaRegistryConf: Map[String,String]): (Schema,Schema) = {\n    SchemaLoader.loadFromSchemaRegistryForKeyAndValue(schemaRegistryConf)\n  }\n\n  \/**\n    * Register a new schema for a subject KEY if the schema is compatible with the latest available version.\n    *\n    * @return None if incompatible or if could not perform the registration.\n    *\/\n  def registerIfCompatibleKeySchema(topic: String, schema: Schema, schemaRegistryConf: Map[String,String]): Option[Int] = {\n    registerIfCompatibleSchema(topic, schema, schemaRegistryConf, isKey = true)\n  }\n\n  \/**\n    * Register a new schema for a subject VALUE if the schema is compatible with the latest available version.\n    *\n    * @return None if incompatible or if could not perform the registration.\n    *\/\n  def registerIfCompatibleValueSchema(topic: String, schema: Schema, schemaRegistryConf: Map[String,String]): Option[Int] = {\n    registerIfCompatibleSchema(topic, schema, schemaRegistryConf, isKey = false)\n  }\n\n  \/**\n    * Register a new schema for a subject if the schema is compatible with the latest available version.\n    *\n    * @return None if incompatible or if could not perform the registration.\n    *\/\n  private def registerIfCompatibleSchema(topic: String, schema: Schema, schemaRegistryConf: Map[String,String], isKey: Boolean): Option[Int] = {\n\n    configureSchemaManager(schemaRegistryConf)\n\n    SchemaManager.getSubjectName(topic, isKey, schema, schemaRegistryConf) match {\n      case Some(subject) => {\n        if (!SchemaManager.exists(subject) || SchemaManager.isCompatible(schema, subject)) {\n          logger.info(s\"AvroSchemaUtils.registerIfCompatibleSchema: Registering schema for subject: $subject\")\n          SchemaManager.register(schema, subject)\n        }\n        else {\n          logger.error(s\"Schema incompatible with latest for subject '$subject' in Schema Registry\")\n          None\n        }\n      }\n      case None => None\n    }\n  }\n\n  \/**\n   * Loads an Avro's plain schema from the path.\n   *\/\n  def loadPlain(path: String): String = {\n    SchemaLoader.loadFromFile(path)\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/subject\/SubjectNameStrategyAdapterFactory.scala","text":"<filename>src\/main\/scala\/za\/co\/absa\/abris\/avro\/subject\/SubjectNameStrategyAdapterFactory.scala\n\/*\n *  Copyright 2018 ABSA Group Limited\n *\n *  Licensed under the Apache License, Version 2.0 (the \"License\");\n *  you may not use this file except in compliance with the License.\n *  You may obtain a copy of the License at\n *\n *       http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n *   Unless required by applicable law or agreed to in writing, software\n *  distributed under the License is distributed on an \"AS IS\" BASIS,\n *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n *  See the License for the specific language governing permissions and\n *  limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.subject\n\nimport io.confluent.kafka.serializers.subject.{RecordNameStrategy, SubjectNameStrategy, TopicNameStrategy, TopicRecordNameStrategy}\nimport org.slf4j.LoggerFactory\nimport za.co.absa.abris.avro.read.confluent.SchemaManager.SchemaStorageNamingStrategies._\n\nprivate[avro] object SubjectNameStrategyAdapterFactory {\n\n  private val logger = LoggerFactory.getLogger(this.getClass.getCanonicalName)\n\n  def build(strategy: String): SubjectNameStrategyAdapter = {\n\n    logger.info(s\"Creating adapter for strategy: $strategy\")\n\n    strategy match {\n      case TOPIC_NAME        => new SubjectNameStrategyAdapter(new TopicNameStrategy)\n      case RECORD_NAME       => new SubjectNameStrategyAdapter(new RecordNameStrategy)\n      case TOPIC_RECORD_NAME => new SubjectNameStrategyAdapter(new TopicRecordNameStrategy)\n      case _                 => throw new IllegalArgumentException(s\"Invalid strategy: $strategy\")\n    }\n  }\n}\n"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/serde\/AvroDecoder.scala","text":"<filename>src\/main\/scala\/za\/co\/absa\/abris\/avro\/serde\/AvroDecoder.scala\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.serde\n\nimport java.security.InvalidParameterException\n\nimport org.apache.avro.Schema\nimport org.apache.spark.sql.catalyst.encoders.ExpressionEncoder\nimport org.apache.spark.sql.types.StructField\nimport org.apache.spark.sql.{Dataset, Encoders, Row}\nimport za.co.absa.abris.avro.format.SparkAvroConversions\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\n\n\/**\n  * Converts binary Avro records into Spark Rows.\n  *\/\nprivate[avro] class AvroDecoder {\n\n  \/**\n    * Converts Dataframes of binary Avro records into Dataframes of type Spark data.\n    *\n    * Highlights:\n    *\n    * 1. Either, the path to a schema stored in a file system or the configuration to access a Confluent's Schema Registry\n    *    instance must be informed.\n    *\n    * 2. The RowEncoder for the resulting Dataframes will be created here, thus. If a schema path is informed, the schema\n    *    under that path will be used to create the RowEncoder, otherwise, the schema retrieved from Schema Registry will\n    *    be used.\n    *\n    *    To allow the retrieval of a remote schema, the API will look into the configurations for:\n    *\n    *    a. the topic name\n    *    b. the Schema Registry URLs\n    *    c. The schema version\n    *\/\n  protected def fromConfluentAvroToRow(dataframe: Dataset[Row], schemaPath: Option[String], schemaRegistryConf: Option[Map[String,String]]): Dataset[Row] = {\n\n    if (schemaPath.isEmpty && schemaRegistryConf.isEmpty) {\n      throw new InvalidParameterException(\"Neither path to schema in file system nor Schema Registry configurations was provided.\")\n    }\n\n    implicit val rowEncoder = if (schemaRegistryConf.isDefined) {\n      AvroToRowEncoderFactory.createRowEncoder(schemaRegistryConf.get)\n    }\n    else {\n      AvroToRowEncoderFactory.createRowEncoder(schemaPath.get)\n    }\n\n    dataframe\n      .as(Encoders.BINARY)\n      .mapPartitions(partition => {\n        val avroReader = AvroReaderFactory.createConfiguredConfluentAvroReader(schemaPath, schemaRegistryConf)\n        val avroToRowConverter = new AvroToRowConverter(None)\n        partition.map(avroRecord => {\n          avroToRowConverter.convert(avroReader.deserialize(avroRecord))\n        })\n      })\n  }\n\n  protected def fromConfluentAvroToRowWithKeys(dataframe: Dataset[Row], keyColName: String, valueColName: String, schemaRegistryConf: Map[String,String]): Dataset[Row] = {\n\n    if (schemaRegistryConf.isEmpty) {\n      throw new InvalidParameterException(\"Schema Registry configurations is required.\")\n    }\n\n    val keyValueSchemas = AvroSchemaUtils.loadForKeyAndValue(schemaRegistryConf)\n\n    fromConfluentAvroToRowWithKeys(dataframe, keyColName, keyValueSchemas._1, valueColName, keyValueSchemas._2, schemaRegistryConf)\n  }\n\n  protected def fromConfluentAvroToRowWithKeys(dataframe: Dataset[Row], keyColName: String, keySchemaPath: String, valueColName: String, valueSchemaPath: String, schemaRegistryConf: Map[String,String]): Dataset[Row] = {\n\n    val keySchema = AvroSchemaUtils.load(keySchemaPath)\n    val valueSchema = AvroSchemaUtils.load(valueSchemaPath)\n\n    fromConfluentAvroToRowWithKeys(dataframe, keyColName, keySchema, valueColName, valueSchema, schemaRegistryConf)\n  }\n\n  protected def fromConfluentAvroToRowWithKeys(dataframe: Dataset[Row], keyColName: String, keyColSchema: Schema, valueColName: String, valueColSchema: Schema, schemaRegistryConf: Map[String,String]): Dataset[Row] = {\n\n    if (schemaRegistryConf.isEmpty) {\n      throw new InvalidParameterException(\"Schema Registry configurations is required.\")\n    }\n\n    val originalSchema = dataframe.schema\n\n    \/\/ gets the index, from Dataframe's Spark schema, of the key and value columns\n    val keyColIndex   = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == keyColName.toLowerCase)\n    val valueColIndex = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == valueColName.toLowerCase)\n\n    \/\/ updates the schemas for the key and value columns\n    originalSchema.fields(keyColIndex)   = new StructField(keyColName, SparkAvroConversions.toSqlType(keyColSchema), false)\n    originalSchema.fields(valueColIndex) = new StructField(valueColName, SparkAvroConversions.toSqlType(valueColSchema), false)\n\n    \/\/ creates a row encoder for the updated schema\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(originalSchema)\n\n    \/\/ gets key and value columns schemas as plain text so that they can be serialized\n    val keyColPlainSchema   = keyColSchema.toString\n    val valueColPlainSchema = valueColSchema.toString\n\n    dataframe\n      .mapPartitions(partition => {\n\n        val keyAvroReader = AvroReaderFactory.createConfiguredConfluentAvroReader(AvroSchemaUtils.parse(keyColPlainSchema), schemaRegistryConf)\n        val valueAvroReader = AvroReaderFactory.createConfiguredConfluentAvroReader(AvroSchemaUtils.parse(valueColPlainSchema), schemaRegistryConf)\n\n        val avroToRowConverter = new AvroToRowConverter(None)\n\n        partition.map(avroRecord => {\n\n          val keySparkType   = avroToRowConverter.convert(keyAvroReader.deserialize(avroRecord.get(keyColIndex).asInstanceOf[Array[Byte]]))\n          val valueSparkType = avroToRowConverter.convert(valueAvroReader.deserialize(avroRecord.get(valueColIndex).asInstanceOf[Array[Byte]]))\n\n          val array: Array[Any] = new Array(avroRecord.size)\n\n          for (i <- 0 until avroRecord.size) {\n            array(i) = avroRecord.get(i)\n          }\n          array(keyColIndex)   = keySparkType\n          array(valueColIndex) = valueSparkType\n\n          Row.fromSeq(array)\n        })\n      })\n  }\n\n  \/**\n    * Converts Dataframes of binary Avro records into Dataframes of type Spark data.\n    *\n    * Highlights:\n    *\n    * 1. Either, the path to a schema stored in a file system or the configuration to access a Confluent's Schema Registry\n    *    instance must be informed.\n    *\n    * 2. The RowEncoder for the resulting Dataframes will be created here, thus. If a schema path is informed, the schema\n    *    under that path will be used to create the RowEncoder, otherwise, the schema retrieved from Schema Registry will\n    *    be used.\n    *\n    *    To allow the retrieval of a remote schema, the API will look into the configurations for:\n    *\n    *    a. the topic name\n    *    b. the Schema Registry URLs\n    *    c. The schema version\n    *\n    * 3. The extracted Avro record will be put inside the destination column, as a nested structure.\n    *\/\n  protected def fromConfluentAvroToRow(dataframe: Dataset[Row], schemaPath: Option[String], schemaRegistryConf: Option[Map[String,String]], destinationColumn: String): Dataset[Row] = {\n\n    if (schemaPath.isEmpty && schemaRegistryConf.isEmpty) {\n      throw new InvalidParameterException(\"Neither path to schema in file system nor Schema Registry configurations was provided.\")\n    }\n\n    val dataSchema = if (schemaRegistryConf.isDefined) {\n      AvroSchemaUtils.load(schemaRegistryConf.get)\n    }\n    else {\n      AvroSchemaUtils.load(schemaPath.get)\n    }\n\n    val originalSchema = dataframe.schema\n\n    \/\/ sets the Avro schema into the destination field\n    val destinationIndex = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == destinationColumn.toLowerCase)\n    originalSchema.fields(destinationIndex) = new StructField(destinationColumn, SparkAvroConversions.toSqlType(dataSchema), false)\n\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(originalSchema)\n\n    dataframe\n      .mapPartitions(partition => {\n\n        val avroReader = AvroReaderFactory.createConfiguredConfluentAvroReader(schemaPath, schemaRegistryConf)\n        val avroToRowConverter = new AvroToRowConverter(None)\n\n        partition.map(avroRecord => {\n\n          val sparkType = avroToRowConverter.convert(avroReader.deserialize(avroRecord.get(destinationIndex).asInstanceOf[Array[Byte]]))\n          val array: Array[Any] = new Array(avroRecord.size)\n\n          for (i <- 0 until avroRecord.size) {\n            array(i) = avroRecord.get(i)\n          }\n          array(destinationIndex) = sparkType\n          Row.fromSeq(array)\n        })\n      })\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\n    * Stores the decoded Avro record into 'destinationColumn' while maintaining the schema present in the dataframe.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schema: Schema, destinationColumn: String): Dataset[Row] = {\n\n    val originalSchema = dataframe.schema\n\n    \/\/ sets the Avro schema into the destination field\n    val destinationIndex = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == destinationColumn.toLowerCase)\n    originalSchema.fields(destinationIndex) = new StructField(destinationColumn, SparkAvroConversions.toSqlType(schema), false)\n\n    \/\/ creates the row encoder for the whole schema\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(originalSchema)\n\n    val plainSchema = schema.toString\n\n    dataframe\n      .mapPartitions(partition => {\n\n        val avroToRowConverter = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(plainSchema))))\n\n        partition.map(avroRecord => {\n\n          val sparkType = avroToRowConverter.convert(avroRecord.get(destinationIndex).asInstanceOf[Array[Byte]])\n          val array: Array[Any] = new Array(avroRecord.size)\n\n          for (i <- 0 until avroRecord.size) {\n            array(i) = avroRecord.get(i)\n          }\n          array(destinationIndex) = sparkType\n          Row.fromSeq(array)\n        })\n      })\n  }\n\n  \/**\n    * Converts the binary Avro records contained in specified columns of the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\n    * Apart from the columns that will be changed to hold the new Spark schemas translated from the Avro ones, the\n    * rest of the schema for the Dataset will remain unchanged.\n    *\/\n  protected def fromAvroToRowRetainingStructure(dataframe: Dataset[Row], keyColName: String, keyColSchema: Schema, valueColName: String, valueColSchema: Schema): Dataset[Row] = {\n\n    val originalSchema = dataframe.schema\n\n    \/\/ gets the index, from Dataframe's Spark schema, of the key and value columns\n    val keyColIndex   = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == keyColName.toLowerCase)\n    val valueColIndex = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == valueColName.toLowerCase)\n\n    \/\/ updates the schemas for the key and value columns\n    originalSchema.fields(keyColIndex)   = new StructField(keyColName, SparkAvroConversions.toSqlType(keyColSchema), false)\n    originalSchema.fields(valueColIndex) = new StructField(valueColName, SparkAvroConversions.toSqlType(valueColSchema), false)\n\n    \/\/ creates a row encoder for the updated schema\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(originalSchema)\n\n    \/\/ gets key and value columns schemas as plain text so that they can be serialized\n    val keyColPlainSchema   = keyColSchema.toString\n    val valueColPlainSchema = valueColSchema.toString\n\n    dataframe\n      .mapPartitions(partition => {\n\n        \/\/ creates converters for the key and value Avro records contained in the Dataframe columns\n        val keyColConverter  = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(keyColPlainSchema))))\n        val valueColConverter = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(valueColPlainSchema))))\n\n        partition.map(avroRecords => {\n\n          \/\/ gets the binary Avro data from the key and value columns\n          val keyRecord   = avroRecords.get(avroRecords.fieldIndex(keyColName)).asInstanceOf[Array[Byte]]\n          val valueRecord = avroRecords.get(avroRecords.fieldIndex(valueColName)).asInstanceOf[Array[Byte]]\n\n          \/\/ converts the Avro records into Spark Rows\n          val keySparkType   = keyColConverter.convert(avroRecords.get(keyColIndex).asInstanceOf[Array[Byte]])\n          val valueSparkType = valueColConverter.convert(avroRecords.get(valueColIndex).asInstanceOf[Array[Byte]])\n\n          \/\/ copies all the fields to the new column set\n          val columns: Array[Any] = new Array(avroRecords.size)\n          for (i <- 0 until avroRecords.size) {\n            columns(i) = avroRecords.get(i)\n          }\n\n          \/\/ updates the key and value columns values\n          columns(keyColIndex)   = keySparkType\n          columns(valueColIndex) = valueSparkType\n\n          Row.fromSeq(columns)\n        })\n      })\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schema: Schema): Dataset[Row] = {\n\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(schema)\n\n    \/\/ transforming to plain and reparsing inside mapping because Schema instances are not serializable.\n    val plainSchema = schema.toString\n\n    dataframe\n      .as(Encoders.BINARY)\n      .mapPartitions(partition => {\n        val avroToRowConverter = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(plainSchema))))\n        partition.map(avroRecord => {\n          avroToRowConverter.convert(avroRecord)\n        })\n      })\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schemaPath: String): Dataset[Row] = {\n    fromAvroToRow(dataframe, AvroSchemaUtils.load(schemaPath))\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schemaPath: String, destinationColumn: String): Dataset[Row] = {\n    fromAvroToRow(dataframe, AvroSchemaUtils.load(schemaPath), destinationColumn)\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRowRetainingStructure(dataframe: Dataset[Row], keyColName: String, keySchemaPath: String, valueColName: String, valueSchemaPath: String): Dataset[Row] = {\n    fromAvroToRowRetainingStructure(dataframe, keyColName, AvroSchemaUtils.load(keySchemaPath), valueColName, AvroSchemaUtils.load(valueSchemaPath))\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schemaRegistryConf: Map[String,String]): Dataset[Row] = {\n\n    val schema = AvroSchemaUtils.load(schemaRegistryConf)\n    implicit val rowEncoder: ExpressionEncoder[Row] = AvroToRowEncoderFactory.createRowEncoder(schema)\n\n    \/\/ has to convert into String and re-parse it inside the 'map' operation since Avro Schema instances are not serializable\n    val plainSchema = schema.toString()\n\n    dataframe\n      .as(Encoders.BINARY)\n      .mapPartitions(partition => {\n        val avroDecoder = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(plainSchema))))\n        partition.map(avroRecord => {\n          avroDecoder.convert(avroRecord)\n        })\n      })\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\/\n  protected def fromAvroToRowWithKeysRetainingStructure(dataframe: Dataset[Row], keyColName: String, valueColName: String, schemaRegistryConf: Map[String,String]): Dataset[Row] = {\n    val keyValueSchemas = AvroSchemaUtils.loadForKeyAndValue(schemaRegistryConf)\n    fromAvroToRowRetainingStructure(dataframe, keyColName, keyValueSchemas._1, valueColName, keyValueSchemas._2)\n  }\n\n  \/**\n    * Converts the binary Avro records contained in the Dataframe into regular Rows with a\n    * SQL schema whose specification is translated from the Avro schema informed.\n    *\n    * The Avro record will be stored inside ''destinationColumn'' as a nested structure.\n    *\/\n  protected def fromAvroToRow(dataframe: Dataset[Row], schemaRegistryConf: Map[String,String], destinationColumn: String): Dataset[Row] = {\n\n    val schema = AvroSchemaUtils.load(schemaRegistryConf)\n\n    val originalSchema = dataframe.schema\n\n    \/\/ sets the Avro schema into the destination field\n    val destinationIndex = originalSchema.fields.toList.indexWhere(_.name.toLowerCase == destinationColumn.toLowerCase)\n    originalSchema.fields(destinationIndex) = new StructField(destinationColumn, SparkAvroConversions.toSqlType(schema), false)\n\n    \/\/ creates the row encoder for the whole schema\n    implicit val rowEncoder = AvroToRowEncoderFactory.createRowEncoder(originalSchema)\n\n    \/\/ has to convert into String and re-parse it inside the 'map' operation since Avro Schema instances are not serializable\n    val plainSchema = schema.toString()\n\n    dataframe\n      \/\/.as(Encoders.BINARY)\n      .mapPartitions(partition => {\n\n        val avroToRowConverter = new AvroToRowConverter(Some(AvroReaderFactory.createAvroReader(AvroSchemaUtils.parse(plainSchema))))\n\n        partition.map(avroRecord => {\n\n          val sparkType = avroToRowConverter.convert(avroRecord.get(destinationIndex).asInstanceOf[Array[Byte]])\n          val array: Array[Any] = new Array(avroRecord.size)\n\n          for (i <- 0 until avroRecord.size) {\n            array(i) = avroRecord.get(i)\n          }\n          array(destinationIndex) = sparkType\n          Row.fromSeq(array)\n        })\n      })\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/write\/ScalaCustomDatumWriter.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.write\n\nimport java.nio.ByteBuffer\nimport java.util.Collection\n\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericFixed\nimport org.apache.avro.io.Encoder\nimport org.apache.avro.specific.SpecificDatumWriter\n\nimport scala.collection.Iterable\nimport scala.collection.JavaConversions.asJavaIterator\n\n\/**\n * This class redefines Avro data writing methods that cope with collections and arrays in order to provide \n * compatibility between Java and Scala while using Avro's original library.\n *\/\nclass ScalaCustomDatumWriter[T] extends SpecificDatumWriter[T](ScalaCustomSpecificData.get()) {\n  \n  \/**\n   * Tries to find the array size. Tries to cast the incoming Object to a Scala collection first, \n   * then to a Java collection, throwing if neither is a match. \n   * \n   * This is necessary since Avro converters on the Scala side expect hard-coded Seqs (i.e. the try to explicitly\n   * cast arrays to Seq[Any]), whereas on the Java side a Collection is expected (i.e. explicitly attempt to cast\n   * arrays to Collection<Object>).\n   *\/\n  override def getArraySize(array: Object) = {\n    try {\n      array.asInstanceOf[Iterable[Any]].size\n    }\n    catch {\n      case _: Throwable => try {\n        array.asInstanceOf[Collection[Any]].size                        \n      }\n      catch {\n        case _: Throwable => array.asInstanceOf[Array[Object]].size\n      }\n    }\n  }\t  \n  \n  override def getArrayElements(array: Object): java.util.Iterator[_ <: Object] = {    \n    try {\n      array.asInstanceOf[Iterable[_ <: Object]].iterator\n    }\n    catch {\n      case _: Throwable => try {\n        array.asInstanceOf[Collection[_ <: Object]].iterator                        \n      }\n      catch {\n        case _: Throwable => array.asInstanceOf[Array[Object]].iterator\n      }\n    }    \n  }  \n  \n  override def writeFixed(schema: Schema, datum: Object, out: Encoder) = {    \n    try {\n      out.writeFixed(datum.asInstanceOf[GenericFixed].bytes(), 0, schema.getFixedSize())\n    }\n    catch {\n      case _: Throwable => out.writeFixed(datum.asInstanceOf[ByteBuffer].array(), 0, schema.getFixedSize());      \n    }\n  }  \n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/read\/ScalaDatumReaderSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.read\n\nimport java.lang.{Boolean, Double, Float, Long}\nimport java.util._\n\nimport org.apache.avro.generic.GenericRecord\nimport org.scalatest.FlatSpec\nimport za.co.absa.abris.examples.data.generation.{AvroDataUtils, TestSchemas}\n\nimport scala.collection.JavaConverters._\nimport scala.collection._\n\nclass ScalaDatumReaderSpec extends FlatSpec {\n\n  behavior of \"ScalaDatumReader\"\n\n  it should \"read collections and arrays as mutable.ListBuffer[Any]\" in {\n    val list = immutable.Map[String, Object](\"array\" -> new ArrayList(Arrays.asList(\"elem1\", \"elem2\")))\n    val set = immutable.Map[String, Object](\"array\" -> new HashSet[String](Arrays.asList(\"elem1\", \"elem2\")))\n\n    val listRecord: GenericRecord = AvroDataUtils.mapToGenericRecord(list, TestSchemas.ARRAY_SCHEMA_SPEC)\n    val setRecord = AvroDataUtils.mapToGenericRecord(set, TestSchemas.ARRAY_SCHEMA_SPEC)\n\n    assert(listRecord.get(0).isInstanceOf[mutable.ListBuffer[Any]])\n    assert(setRecord.get(0).isInstanceOf[mutable.ListBuffer[Any]])\n  }\n\n  it should \"read native types as Java types\" in {\n    val natives = immutable.Map[String, Object](\n      \"string\" -> \"A Test String\",\n      \"int\" -> new Integer(Integer.MAX_VALUE),\n      \"long\" -> new Long(Long.MAX_VALUE),\n      \"double\" -> new Double(Double.MAX_VALUE),\n      \"float\" -> new Float(Float.MAX_VALUE),\n      \"boolean\" -> new Boolean(true))\n\n    val nativesRecord: GenericRecord = AvroDataUtils.mapToGenericRecord(natives, TestSchemas.NATIVE_SCHEMA_SPEC)\n\n    assert(nativesRecord.get(0).isInstanceOf[java.lang.String])\n    assert(nativesRecord.get(1).isInstanceOf[java.lang.Integer])\n    assert(nativesRecord.get(2).isInstanceOf[java.lang.Long])\n    assert(nativesRecord.get(3).isInstanceOf[java.lang.Double])\n    assert(nativesRecord.get(4).isInstanceOf[java.lang.Float])\n    assert(nativesRecord.get(5).isInstanceOf[java.lang.Boolean])\n  }\n\n  it should \"read maps as mutable.HashMap[Any,Any]\" in {\n    val hashMap = new HashMap[String, java.util.ArrayList[Long]]()\n    hashMap.put(\"entry1\", new ArrayList(java.util.Arrays.asList(new Long(1), new Long(2))))\n    hashMap.put(\"entry2\", new ArrayList(java.util.Arrays.asList(new Long(3), new Long(4))))\n\n    val treeMap = new TreeMap[String, java.util.ArrayList[Long]]()\n    treeMap.put(\"entry1\", new ArrayList(java.util.Arrays.asList(new Long(1), new Long(2))))\n    treeMap.put(\"entry2\", new ArrayList(java.util.Arrays.asList(new Long(3), new Long(4))))\n\n    val hashMapData = immutable.Map[String, Object](\"map\" -> hashMap)\n    val hashMapRecord: GenericRecord = AvroDataUtils.mapToGenericRecord(hashMapData, TestSchemas.MAP_SCHEMA_SPEC)\n    assert(mapsAreEqual(hashMap, hashMapRecord.get(0)))\n    \n    val treeMapData = immutable.Map[String, Object](\"map\" -> treeMap)\n    val treeMapRecord: GenericRecord = AvroDataUtils.mapToGenericRecord(treeMapData, TestSchemas.MAP_SCHEMA_SPEC)\n    assert(mapsAreEqual(treeMap, treeMapRecord.get(0)))    \n  }\n\n  private def mapsAreEqual(original: Any, retrieved: Any): Boolean = {\n\n    val retrievedMap = retrieved.asInstanceOf[mutable.HashMap[Any, Any]]\n    val scalaMap = original.asInstanceOf[java.util.Map[Any, java.util.ArrayList[Any]]].asScala\n    \n    for ((key, value) <- scalaMap.iterator) {\n      val seq1 = retrievedMap.get(key).get.asInstanceOf[Seq[Any]].toArray\n      val seq2 = value.toArray()\n      if (seq1 != seq2) {\n        false\n      }\n    }\n    true\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/read\/ScalaDatumReader.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.read\n\nimport org.apache.avro.Schema\nimport org.apache.avro.io.Decoder\nimport org.apache.avro.specific.SpecificDatumReader\nimport za.co.absa.abris.avro.format.ScalaSpecificData\n\nimport scala.collection._\nimport scala.collection.mutable.ListBuffer\n\n\/**\n * Avro uses its own representations of Strings and Arrays, as well as a Java HashMap to back map records.\n * \n * As those types are not directly translatable to Scala, this class overrides SpecificDatumReader to manually perform the translations at runtime. \n *\/\nclass ScalaDatumReader[T](writerSchema: Schema, readerSchema: Schema) extends SpecificDatumReader[T](writerSchema, readerSchema, ScalaSpecificData.get()) with Serializable {\n\n  def this(schema: Schema) {\n    this(schema, schema)\n  }\n\n  \/**\n   * This method was overriden to force all Strings to be read as Scala strings\n   * instead of Avro's org.apache.avro.util.Utf8.\n   *\/\n  override def readString(old: Object, expected: Schema, in: Decoder): String = {\n    in.readString()\n  }\n\n  \/**\n    * This method was overriden to return a String since of [[org.apache.avro.generic.GenericData.EnumSymbol]]\n    * since enums are translated to StringType in Spark StructTypes.\n    *\/\n  override def readEnum(expected: Schema, in: Decoder): AnyRef = {\n    super\n      .readEnum(expected, in)\n      .toString\n  }\n\n  \/**\n   * This method was overriden so that every collection is read as a Scala's\n   * mutable.ListBuffer instead of Avro's GenericData.ARRAY. \n   *\/\n\toverride def newArray(old: Object, size: Int, schema: Schema): ListBuffer[Any] = {\n\t\tnew mutable.ListBuffer[Any]()\n\t}\n\n\toverride def addToArray(array: Object, post: Long, e: Object) {\n\t  array.asInstanceOf[mutable.ListBuffer[Any]].append(e)\t\n\t} \n\t\n\t\/**\n\t * This method was overriden since Avro's original implementation relies on Java HashMaps, which\n\t * are not directly translatable to Spark MapType.\n\t *\/\n  override def newMap(old: Object, size: Int): Object = {\n    new mutable.HashMap[Any,Any]\n  }\t\n  \n  override def addToMap(map: Object, key: Object, value: Object): Unit = {\n    map.asInstanceOf[mutable.HashMap[Any,Any]].put(key, value)\n  } \n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/read\/confluent\/ScalaConfluentKafkaAvroDeserializerSpec.scala","text":"<reponame>jhsb25\/ABRiS\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.read.confluent\n\nimport java.io.ByteArrayOutputStream\nimport java.lang.{Boolean, Double, Float, Long}\nimport java.nio.ByteBuffer\nimport java.util\n\nimport io.confluent.kafka.schemaregistry.client.{SchemaMetadata, SchemaRegistryClient}\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.avro.io.EncoderFactory\nimport org.apache.avro.specific.SpecificDatumWriter\nimport org.apache.kafka.common.errors.SerializationException\nimport org.scalatest.{BeforeAndAfter, FlatSpec}\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\nimport za.co.absa.abris.examples.data.generation.{AvroDataUtils, TestSchemas}\n\nimport scala.collection.immutable.Map\n\nclass ScalaConfluentKafkaAvroDeserializerSpec extends FlatSpec with BeforeAndAfter {\n\n  private val plainSchema = TestSchemas.NATIVE_SCHEMA_SPEC\n  private val schema = AvroSchemaUtils.parse(plainSchema)\n\n  private val testData = Map[String, Object](\n    \"string\" ->  \"A Test String\",\n    \"float\" ->   new Float(Float.MAX_VALUE),\n    \"int\" ->     new Integer(Integer.MAX_VALUE),\n    \"long\" ->    new Long(Long.MAX_VALUE),\n    \"double\" ->  new Double(Double.MAX_VALUE),\n    \"boolean\" -> new Boolean(true))\n\n  private var avroRecord: GenericRecord = _\n\n  before {\n    SchemaManager.reset()\n    avroRecord = AvroDataUtils.mapToGenericRecord(testData, plainSchema)\n  }\n\n  behavior of new ScalaConfluentKafkaAvroDeserializer(None, Some(schema)).getClass.getName\n\n  it should \"throw at constructor if neither topic nor Schema is informed\" in {\n    assertThrows[IllegalArgumentException] {new ScalaConfluentKafkaAvroDeserializer(None, None)}\n  }\n\n  it should \"deserialize Confluent's Avro records assuming constructor Schema was used by both, writer and reader\" in {\n    val deserializer = new ScalaConfluentKafkaAvroDeserializer(None, Some(schema))\n    val deserializedRecord = deserializer.deserialize(addConfluentHeader(avroRecord, schema))\n    for (testDataEntry <- testData) {\n      assert(testDataEntry._2 == deserializedRecord.get(testDataEntry._1))\n    }\n  }\n\n  it should \"deserialize Confluent's Avro records retrieving schema from Schema Registry using topic\" in {\n    val deserializer = new ScalaConfluentKafkaAvroDeserializer(Some(\"any_topic_since_this_is_mocked\"), None)\n    SchemaManager.setConfiguredSchemaRegistry(new MockedSchemaRegistryClient)\n    val deserializedRecord = deserializer.deserialize(addConfluentHeader(avroRecord, schema))\n    for (testDataEntry <- testData) {\n      assert(testDataEntry._2 == deserializedRecord.get(testDataEntry._1))\n    }\n  }\n\n  it should \"throw when Avro records are not Confluent compliant\" in {\n    val deserializer = new ScalaConfluentKafkaAvroDeserializer(None, Some(schema))\n    val avroRecordBytes = AvroDataUtils.recordToBytes(avroRecord)\n    assertThrows[SerializationException] {deserializer.deserialize(avroRecordBytes)}\n  }\n\n  \/**\n    * The section below was extracted from: [[io.confluent.kafka.serializers.AbstractKafkaAvroSerializer]].deserialize()\n    *\n    * That class was not used directly since that is tightly coupled to Schema Registry client through [[io.confluent.kafka.serializers.AbstractKafkaAvroSerDe]]\n    * and an integration would unnecessarily bloat this unit test, since in case of any change in the Confluent header,\n    * the deserializer under test is expected fail anyway.\n    *\/\n\n  private def addConfluentHeader(record: GenericRecord, schema: Schema): Array[Byte] = {\n    val out = getConfluentHeaderStream\n    appendBinaryRecordToConfluentStream(record, out)\n    out.toByteArray\n  }\n\n  private def getConfluentHeaderStream: ByteArrayOutputStream = {\n    val out = new ByteArrayOutputStream()\n    out.write(ConfluentConstants.MAGIC_BYTE)\n    out.write(ByteBuffer.allocate(ConfluentConstants.SCHEMA_ID_SIZE_BYTES).putInt(8).array)\n    out\n  }\n\n  private def appendBinaryRecordToConfluentStream(record: GenericRecord, out: ByteArrayOutputStream) = {\n    val encoder = EncoderFactory.get().directBinaryEncoder(out, null)\n    val writer = new SpecificDatumWriter[GenericRecord](schema)\n    writer.write(record, encoder)\n    encoder.flush()\n  }\n\n  private class MockedSchemaRegistryClient extends SchemaRegistryClient {\n\n    override def getVersion(s: String, schema: Schema): Int = 8\n\n    override def getAllSubjects: util.Collection[String] = new util.ArrayList[String]()\n\n    override def getSchemaMetadata(s: String, i: Int): SchemaMetadata = null\n\n    override def getBySubjectAndID(s: String, i: Int): Schema = getBySubjectAndId(s, i)\n\n    override def getById(id: Int): org.apache.avro.Schema = schema\n\n    override def getBySubjectAndId(subject: String, id: Int): org.apache.avro.Schema = schema\n\n    override def getLatestSchemaMetadata(s: String): SchemaMetadata = null\n\n    override def updateCompatibility(s: String, s1: String): String = null\n\n    override def getByID(i: Int): Schema = schema\n\n    override def getCompatibility(s: String): String = null\n\n    override def testCompatibility(s: String, schema: Schema) = true\n\n    override def register(s: String, schema: Schema): Int = 8\n\n    override def deleteSchemaVersion(conf: java.util.Map[String,String], subject: String, version: String): Integer = ???\n    override def deleteSchemaVersion(subject: String, version: String): Integer = ???\n    override def deleteSubject(params: java.util.Map[String,String], subject: String): java.util.List[Integer] = ???\n    override def deleteSubject(subject: String): java.util.List[Integer] = ???\n    override def getAllVersions(subject: String): java.util.List[Integer] = ???\n    override def getId(subject: String, schema: org.apache.avro.Schema): Int = ???\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/read\/confluent\/ScalaConfluentKafkaAvroDeserializer.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.read.confluent\n\nimport java.nio.ByteBuffer\n\nimport io.confluent.kafka.schemaregistry.client.rest.exceptions.RestClientException\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.avro.io.DecoderFactory\nimport org.apache.kafka.common.errors.SerializationException\nimport za.co.absa.abris.avro.format.ScalaAvroRecord\nimport za.co.absa.abris.avro.read.ScalaDatumReader\n\n\/**\n  * This class provides methods to deserialize Confluent binary Avro records into Spark Rows with schemas.\n  *\n  * Please, invest some time in understanding how it works and above all, read the documentation for the method 'deserialize()'.\n  *\/\nclass ScalaConfluentKafkaAvroDeserializer(val topic: Option[String], val readerSchema: Option[Schema]) {\n\n  if (topic.isEmpty && readerSchema.isEmpty) {\n    throw new IllegalArgumentException(\"Neither topic nor reader Schema were informed. If you want a specific schema to\" +\n      \" be used for reading pass it as the readerSchema value. Otherwise, if you'd like the schema to be retrieved from\" +\n      \" SchemaRegistry, pass in the topic being consume and inform the SchemaRegistry URLs by calling \" +\n      \" 'configure' in this object using SchemaManager.PARAM_SCHEMA_REGISTRY_URL as the key in the map.\")\n  }\n\n  private val decoderFactory = DecoderFactory.get()\n  private val idSchemaReader = scala.collection.mutable.Map[Int,ScalaDatumReader[ScalaAvroRecord]]()\n\n  \/**\n    * This class does not hold a Schema Registry client instance. Instead, it relies on SchemaManager. This, this method\n    * configures the Schema Registry on SchemaManager.\n    *\n    * This is here as a utility, so that users do not need to invoke SchemaManager in their codes at any time.\n    *\/\n  def configureSchemaRegistry(configs: Map[String,String]): Unit = {\n    if (configs.nonEmpty) {\n      SchemaManager.configureSchemaRegistry(configs)\n    }\n  }\n\n  \/**\n    * Converts the Avro binary payload into an Avro's GenericRecord.\n    * Important highlights:\n    *\n    * 1. This uses the [[ScalaDatumReader]] to parse the bytes.\n    * 2. This takes into account Confluent's specific metadata included in the payload (e.g. schema id), thus, it will\n    *    not work on regular binary Avro records.\n    * 3. If there is a topic defined in the constructor and access to Schema Registry is configured, the schema retrieved\n    *    from the later will be considered the writer schema, otherwise, the reader schema passed to the constructor will\n    *    be used as both, reader and writer (thus notice that either, topic or reader schema must be informed).\n    * 4. The Avro DatumReader is cached based on the schema id, thus, if a new id is received as part of the payload, a new\n    *    DatumReader will be created for that id, with a new schema being retrieved, iff the topic is informed and Schema\n    *    Registry is configured.\n    * 5. Although changes in the schema are supported, it is important to bear in mind that this class's main reason of\n    *    existence is to parse GenericRecords that will be later converted into Spark Rows. This conversion relies on\n    *    RowEncoders, which need to be instantiated once, outside this class. Thus, even though schema changes can be dealt\n    *    with here, they cannot be translated into new RowEncoders, which could generate from exceptions to inconsistencies\n    *    in the final data.\n    *\n    *    The only way to overcome the issue described in 5. is to change Spark code itself, which would then be able to\n    *    change the RowEncoder instance on the fly as a new schema version is detected.\n    *\/\n  def deserialize(payload: Array[Byte]): GenericRecord = {\n    \/\/ Even if the caller requests schema & version, if the payload is null we cannot include it.\n    \/\/ The caller must handle this case.\n    if (payload == null) {\n      return null\n    }\n\n    var schemaId = -1\n    try {\n      val buffer = getByteBuffer(payload)\n\n      schemaId = buffer.getInt()\n      val writerSchema = getWriterSchema(topic, schemaId)\n\n      val length = buffer.limit() - 1 - ConfluentConstants.SCHEMA_ID_SIZE_BYTES\n      val start = buffer.position() + buffer.arrayOffset()\n\n      val reader = getDatumReader(writerSchema, readerSchema, schemaId)\n      reader.read(null, decoderFactory.binaryDecoder(buffer.array(), start, length, null))\n    }\n    catch {\n      case e: RestClientException => throw new SerializationException(\"Error retrieving Avro schema for id \" + schemaId, e)\n      case default: Throwable     => throw new SerializationException(\"Error deserializing Avro message for id \" + schemaId, default)\n    }\n  }\n\n  \/**\n    * If there is a topic defined and the Schema Registry has been configured, the writer schema will be retrieved from\n    * Schema Registry, otherwise, the reader schema passed on to the constructor will also the considered the writer's.\n    *\/\n  private def getWriterSchema(topic: Option[String], id: Int): Schema = {\n    if (topic.isDefined && SchemaManager.isSchemaRegistryConfigured) {\n      SchemaManager.getById(id).get\n    }\n    else {\n      readerSchema.get\n    }\n  }\n\n  \/**\n    * Converts the binary payload into a ByteBuffer.\n    *\n    * This code was copied from [[io.confluent.kafka.serializers.AbstractKafkaAvroDeserializer]].\n    *\/\n  private def getByteBuffer(payload: Array[Byte]): ByteBuffer = {\n    val buffer = ByteBuffer.wrap(payload)\n    if (buffer.get() != ConfluentConstants.MAGIC_BYTE) {\n      throw new SerializationException(\"Unknown magic byte!\")\n    }\n    buffer\n  }\n\n  \/**\n    * Retrieves a DatumReader for a given schema id.\n    *\n    * The DatumReader is cached based on the id, thus, whenever the id changes, a new DatumReader is created. Refer to\n    * the documentation of [[ScalaConfluentKafkaAvroDeserializer.deserialize()]] to understand the implications of schema\n    * changes.\n    *\/\n  private def getDatumReader(writerSchema: Schema, readerSchema: Option[Schema], id: Int): ScalaDatumReader[ScalaAvroRecord] = {\n    idSchemaReader.getOrElseUpdate(id, createDatumReader(writerSchema, readerSchema))\n  }\n\n  \/**\n    * Creates a DatumReader for given reader and writer Avro schemas.\n    *\n    * If the reader schema passed on to the constructor is undefined, the writer schema is also considered the reader one.\n    *\/\n  private def createDatumReader(writerSchema: Schema, readerSchema: Option[Schema]): ScalaDatumReader[ScalaAvroRecord] = {\n    new ScalaDatumReader[ScalaAvroRecord](writerSchema,\n      if (readerSchema.isDefined) readerSchema.get else writerSchema)\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/examples\/ConfluentKafkaAvroReader.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.examples\n\nimport java.util.Properties\n\nimport org.apache.spark.sql.streaming.DataStreamReader\nimport org.apache.spark.sql.{Dataset, Row, SparkSession}\nimport za.co.absa.abris.avro.schemas.policy.SchemaRetentionPolicies.{RETAIN_ORIGINAL_SCHEMA, RETAIN_SELECTED_COLUMN_ONLY}\nimport za.co.absa.abris.examples.utils.ExamplesUtils._\n\nobject ConfluentKafkaAvroReader {\n\n  private val PARAM_JOB_NAME = \"job.name\"\n  private val PARAM_JOB_MASTER = \"job.master\"\n  private val PARAM_KEY_AVRO_SCHEMA = \"key.avro.schema\"\n  private val PARAM_PAYLOAD_AVRO_SCHEMA = \"payload.avro.schema\"\n  private val PARAM_TASK_FILTER = \"task.filter\"\n  private val PARAM_LOG_LEVEL = \"log.level\"\n  private val PARAM_OPTION_SUBSCRIBE = \"option.subscribe\"\n\n  private val PARAM_EXAMPLE_SHOULD_USE_SCHEMA_REGISTRY = \"example.should.use.schema.registry\"\n\n  def main(args: Array[String]): Unit = {\n\n    \/\/ there is an example file at \/src\/test\/resources\/AvroReadingExample.properties\n    checkArgs(args)\n\n    val properties = loadProperties(args)\n\n    val spark = getSparkSession(properties, PARAM_JOB_NAME, PARAM_JOB_MASTER, PARAM_LOG_LEVEL)\n\n    val stream = spark\n      .readStream\n      .format(\"kafka\")\n      .addOptions(properties) \/\/ 1. this method will add the properties starting with \"option.\"; 2. security options can be set in the properties file\n\n    val deserialized = configureExample(stream, properties)\n\n    \/\/ YOUR OPERATIONS CAN GO HERE\n\n    deserialized.printSchema()\n\n    deserialized\n      .writeStream\n      .format(\"console\")\n      .start()\n      .awaitTermination()\n  }\n\n  private def configureExample(stream: DataStreamReader,props: Properties): Dataset[Row] = {\n    import za.co.absa.abris.avro.AvroSerDe._\n    if (props.getProperty(PARAM_EXAMPLE_SHOULD_USE_SCHEMA_REGISTRY).toBoolean) {\n      stream.fromConfluentAvro(\"value\", None, Some(props.getSchemaRegistryConfigurations(PARAM_OPTION_SUBSCRIBE)))(RETAIN_ORIGINAL_SCHEMA)\n    }\n    else {\n      stream.fromConfluentAvro(\"value\", Some(props.getProperty(PARAM_PAYLOAD_AVRO_SCHEMA)), None)(RETAIN_SELECTED_COLUMN_ONLY)\n    }\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/schemas\/impl\/AvroToSparkProcessor.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.schemas.impl\n\nimport org.apache.avro.Schema\nimport org.apache.spark.sql.types.StructType\nimport za.co.absa.abris.avro.format.SparkAvroConversions\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\nimport za.co.absa.abris.avro.schemas.SchemasProcessor\n\n\/**\n * This class is capable of producing Avro and Spark schemas from a plain Avro schema.\n *\/\nclass AvroToSparkProcessor(plainAvroSchema: String) extends SchemasProcessor {  \n  \n  def getAvroSchema(): Schema = {\n    AvroSchemaUtils.parse(plainAvroSchema)\n  }\n  \n  def getSparkSchema(): StructType = {\n    SparkAvroConversions.toSqlType(getAvroSchema())\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/serde\/AvroReaderFactory.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.serde\n\nimport org.apache.avro.Schema\nimport za.co.absa.abris.avro.format.ScalaAvroRecord\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\nimport za.co.absa.abris.avro.read.ScalaDatumReader\nimport za.co.absa.abris.avro.read.confluent.{ScalaConfluentKafkaAvroDeserializer, SchemaManager}\n\n\/**\n  * This object works as factory for Avro readers. It can create Avro readers from [[Schema]] objects and also from\n  * schema paths in the local file system. Also, it can create specialized Confluent Avro readers that know how to cope\n  * with the magic bytes on top of the payload.\n  *\/\nprivate[avro] object AvroReaderFactory {\n\n  \/**\n    * Creates an instance of ScalaDatumReader for the schema informed.\n    *\/\n  def createAvroReader(schemaPath: String): ScalaDatumReader[ScalaAvroRecord] = {\n    createAvroReader(AvroSchemaUtils.load(schemaPath))\n  }\n\n  \/**\n    * Creates an instance of ScalaDatumReader for the schema informed.\n    *\/\n  def createAvroReader(schema: Schema): ScalaDatumReader[ScalaAvroRecord] = {\n    new ScalaDatumReader[ScalaAvroRecord](schema)\n  }\n\n  \/**\n    * Creates an instance of [[ScalaConfluentKafkaAvroDeserializer]] and configures its Schema Registry access in case\n    * the parameters to do it are defined.\n    *\/\n  def createConfiguredConfluentAvroReader(schemaPath: Option[String], schemaRegistryConf: Option[Map[String,String]]): ScalaConfluentKafkaAvroDeserializer = {\n    val schema = if (schemaPath.isDefined) Some(AvroSchemaUtils.load(schemaPath.get)) else None\n    val configs = if (schemaRegistryConf.isDefined) schemaRegistryConf.get else Map[String,String]()\n    val topic = if (configs.contains(SchemaManager.PARAM_SCHEMA_REGISTRY_TOPIC)) Some(configs(SchemaManager.PARAM_SCHEMA_REGISTRY_TOPIC)) else None\n\n    val reader = new ScalaConfluentKafkaAvroDeserializer(topic, schema)\n    reader.configureSchemaRegistry(configs)\n    reader\n  }\n\n  \/**\n    * Creates an instance of [[ScalaConfluentKafkaAvroDeserializer]] and configures its Schema Registry access in case\n    * the parameters to do it are defined.\n    *\/\n  def createConfiguredConfluentAvroReader(schema: Schema, schemaRegistryConf: Map[String,String]): ScalaConfluentKafkaAvroDeserializer = {\n    val reader = new ScalaConfluentKafkaAvroDeserializer(None, Some(schema))\n    reader.configureSchemaRegistry(schemaRegistryConf)\n    reader\n  }\n}\n"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/serde\/AvroToRowEncoderFactory.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.serde\n\nimport org.apache.avro.Schema\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.catalyst.encoders.{ExpressionEncoder, RowEncoder}\nimport org.apache.spark.sql.types.StructType\nimport za.co.absa.abris.avro.format.SparkAvroConversions\nimport za.co.absa.abris.avro.parsing.utils.AvroSchemaUtils\n\n\/**\n  * This object works as a factory for encoders from Avro schemas into Spark row encoders.\n  *\/\nprivate[avro] object AvroToRowEncoderFactory {\n\n  def createRowEncoder(schema: StructType): ExpressionEncoder[Row] = {\n    RowEncoder(schema)\n  }\n\n  def createRowEncoder(schema: Schema): ExpressionEncoder[Row] = {\n    createRowEncoder(SparkAvroConversions.toSqlType(schema))\n  }\n\n  def createRowEncoder(schemaPath: String): ExpressionEncoder[Row] = {\n    createRowEncoder(AvroSchemaUtils.load(schemaPath))\n  }\n\n  def createRowEncoder(schemaRegistryConf: Map[String,String]): ExpressionEncoder[Row] = {\n    createRowEncoder(AvroSchemaUtils.load(schemaRegistryConf))\n  }\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/write\/ScalaCustomDatumWriterSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.write\n\nimport java.util.{Arrays, Collection}\n\nimport org.scalatest.FlatSpec\n\nimport scala.collection.JavaConversions._\n\nclass ScalaCustomDatumWriterSpec extends FlatSpec {\n\n  private val writer = new ScalaCustomDatumWriter\n  \n  behavior of \"ScalaCustomDatumWriter\" \n  \n  it should \"retrieve the size of Java Collections\" in {\n    val list = new java.util.ArrayList(Arrays.asList(1))\n    val set = new java.util.HashSet(Arrays.asList(1,2))\n    val deque = new java.util.ArrayDeque(Arrays.asList(1,2,3))\n    \n    assert(writer.getArraySize(list) == list.size())\n    assert(writer.getArraySize(set) == set.size())\n    assert(writer.getArraySize(deque) == deque.size())\n  }\n  \n  it should \"retrieve the size os Scala Iterables\" in {\n    val list = List(1,2,3,4)\n    val seq = Seq(1,2,3,4,5)\n    val set = Set(1,2,3,4,5,6)\n    val map = Map(1 -> 2, 2 -> 3)\n    \n    assert(writer.getArraySize(list) == list.size)\n    assert(writer.getArraySize(seq) == seq.size)\n    assert(writer.getArraySize(set) == set.size)\n    assert(writer.getArraySize(map) == map.size)\n  }\n  \n  it should \"retrieve the size of Scala arrays\" in {\n    val array = Array(new Integer(1), new Integer(2), new Integer(3))\n    assert(writer.getArraySize(array) == array.size)\n  }\n  \n  it should \"retrieve elements from Java Collections\" in {\n    val list = new java.util.ArrayList(Arrays.asList(1))\n    val set = new java.util.HashSet(Arrays.asList(1,2))\n    val deque = new java.util.ArrayDeque(Arrays.asList(1,2,3))    \n    \n    val listIt = writer.getArrayElements(list)\n    assert(contains(list, listIt))\n    \n    val setIt = writer.getArrayElements(set)\n    assert(contains(set, setIt))\n    \n    val dequeIt = writer.getArrayElements(deque)\n    assert(contains(deque, dequeIt))    \n  }\n  \n  it should \"retrieve elements from Scala Iterables\" in {\n    val list = List(1,2,3,4)\n    val seq = Seq(1,2,3,4,5)\n    val set = Set(1,2,3,4,5,6)    \n    \n    val listIt = writer.getArrayElements(list)\n    assert(contains(list, listIt))\n    \n    val setIt = writer.getArrayElements(set)\n    assert(contains(set, setIt))\n    \n    val seqIt = writer.getArrayElements(seq)\n    assert(contains(seq, seqIt))      \n  }\n  \n  it should \"retrieve elements from Scala arrays\" in {\n    val array = Array(new Integer(1), new Integer(2), new Integer(3))\n    \n    val arrayIt = writer.getArrayElements(array)\n    assert(contains(array, arrayIt))\n  }\n  \n  private def contains(collection: Collection[_ <: Any], iterator: Iterator[Object]): Boolean = {    \n    if (iterator.size != collection.size()) return false\n    while (iterator.hasNext) {\n      if (!collection.contains(iterator.next())) {\n        return false\n      }\n    }\n    true   \n  }\n  \n  private def contains(array: Array[_ <: Any], iterator: Iterator[Object]): Boolean = {    \n    if (iterator.size != array.size) return false\n    while (iterator.hasNext) {\n      if (!array.contains(iterator.next())) {\n        return false\n      }\n    }\n    true   \n  }  \n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/schemas\/policy\/SchemaRetentionPolicies.scala","text":"<filename>src\/main\/scala\/za\/co\/absa\/abris\/avro\/schemas\/policy\/SchemaRetentionPolicies.scala\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.schemas.policy\n\n\/**\n  * This object contains options for schema retention during Avro\/Spark conversions.\n  *\n  * When [[za.co.absa.abris.avro.schemas.policy.SchemaRetentionPolicies.RETAIN_SELECTED_COLUMN_ONLY]] is used, the column\n  * containing Avro data is extracted and the whole Dataframe schema becomes the Avro schema defining those data.\n  *\n  * When [[za.co.absa.abris.avro.schemas.policy.SchemaRetentionPolicies.RETAIN_ORIGINAL_SCHEMA]] is used, the current\n  * Dataframe schema is kept, and the column containing the Avro data is decoded \"in place\", i.e. as a nested structure.\n  *\n  * A good example is a Kafka Dataframe. It contains fields such as ''key'', ''value'', ''partition'', etc. If the first option above\n  * is used, the current schema is removed and the schema belonging to the ''value'' column is used, which means that the other\n  * fields are ignored. If the second option is used, the original schema is kept, which means that the Avro record will be put\n  * inside the ''value'' column.\n  *\/\nobject SchemaRetentionPolicies {\n\n  sealed trait SchemaRetentionPolicy\n\n  \/\/ this option only retains the column containing the Avro data\n  case object RETAIN_SELECTED_COLUMN_ONLY extends SchemaRetentionPolicy\n\n  \/\/ this option retains the original schema and adds the Avro data to the corresponding column\n  case object RETAIN_ORIGINAL_SCHEMA extends SchemaRetentionPolicy\n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/main\/scala\/za\/co\/absa\/abris\/avro\/write\/ScalaCustomSpecificData.scala","text":"\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.write\n\nimport org.apache.avro.generic.IndexedRecord\nimport org.apache.spark.sql.catalyst.expressions.GenericRow\n\nobject ScalaCustomSpecificData {\n  private val INSTANCE = new ScalaCustomSpecificData()\n  def get(): ScalaCustomSpecificData = INSTANCE\n}\n\n\/**\n * This class redefines the way fields are retrieved from a record since they could be either\n * an IndexedRecord (if written by Avro library) or a GenericRow, if written this library.\n *\/\nclass ScalaCustomSpecificData extends za.co.absa.abris.avro.format.ScalaSpecificData {\n    \n  override def getField(record: Object, name: String, position: Int): Object = {\n    try {\n      record.asInstanceOf[IndexedRecord].get(position)\n    }\n    catch {\n      case _: Throwable => record.asInstanceOf[GenericRow].get(position).asInstanceOf[Object] \n    }\n  }    \n}"}
{"repo_name":"jhsb25\/ABRiS","path":"src\/test\/scala\/za\/co\/absa\/abris\/avro\/parsing\/AvroToSparkParserSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2018 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.abris.avro.parsing\n\nimport java.lang.{Boolean, Double, Float, Long}\nimport java.nio.ByteBuffer\nimport java.util.{ArrayList, Arrays, HashMap}\n\nimport org.apache.avro.generic.GenericRecord\nimport org.apache.spark.sql.catalyst.expressions.GenericRow\nimport org.scalatest.FlatSpec\nimport za.co.absa.abris.avro.format.ScalaAvroRecord\nimport za.co.absa.abris.examples.data.generation.{AvroDataUtils, FixedString, TestSchemas}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters._\nimport scala.collection._\nimport scala.collection.immutable.Map\n\nclass AvroToSparkParserSpec extends FlatSpec {\n\n  private val avroParser = new AvroToSparkParser()\n\n  behavior of \"AvroToSparkParser\"\n\n  it should \"support native types\" in {\n    val testData = Map[String, Object](\n      \"string\" ->  \"A Test String\",\n      \"float\" ->   new Float(Float.MAX_VALUE),\n      \"int\" ->     new Integer(Integer.MAX_VALUE),\n      \"long\" ->    new Long(Long.MAX_VALUE),\n      \"double\" ->  new Double(Double.MAX_VALUE),\n      \"boolean\" -> new Boolean(true))\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.NATIVE_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }\n  }\n\n  it should \"support union with NULL in native types\" in {\n    val testData = Map[String, Object](\n      \"string\"  -> null,\n      \"float\"   -> null,\n      \"int\"     -> null,\n      \"long\"    -> null,\n      \"double\"  -> null,\n      \"boolean\" -> null)\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.NATIVE_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (i <- 0 until resultRow.size) {\n      assert(resultRow.get(i) == null)\n    }\n  }\n\n  it should \"support array type\" in {\n    val testData = Map[String, Object](\n      \"array\" -> new ArrayList(Arrays.asList(\"elem1\", \"elem2\")))\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.ARRAY_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }\n  }\n\n  it should \"support map type\" in {\n    val map = new HashMap[String, java.util.ArrayList[Long]]()\n    map.put(\"entry1\", new ArrayList(java.util.Arrays.asList(new Long(1), new Long(2))))\n    map.put(\"entry2\", new ArrayList(java.util.Arrays.asList(new Long(3), new Long(4))))\n\n    val testData = Map[String, Object](\n      \"map\" -> map)\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.MAP_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }\n  }\n\n  it should \"support bytes type\" in {\n    val testData = Map[String, Object](\n      \"bytes\" -> ByteBuffer.wrap(\"ASimpleString\".getBytes))\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.BYTES_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }\n  }\n\n  it should \"support fixed type\" in {    \n    val testData = Map[String, Object](\n      \"fixed\" -> new FixedString(\"ASimpleString\"))\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.FIXED_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }    \n  }\n  \n  it should \"support decimal type\" in {    \n    val testData = Map[String, Object](\n      \"decimal\" -> ByteBuffer.wrap(\"1\".getBytes))\n\n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.DECIMAL_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n    \n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }       \n  }\n  \n  it should \"support date type as Integer\" in {\n    val testData = Map[String, Object](\n      \"date\" -> new Integer(Integer.MAX_VALUE))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.DATE_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }    \n  \n  it should \"support millisecond type\" in {\n    val testData = Map[String, Object](\n      \"millisecond\" -> new Integer(Integer.MAX_VALUE))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.MILLISECOND_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }    \n  \n  it should \"support microsecond type\" in {\n    val testData = Map[String, Object](\n      \"microsecond\" -> new Long(Long.MAX_VALUE))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.MICROSECOND_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }      \n  \n  it should \"support timestamp millis type\" in {\n    val testData = Map[String, Object](\n      \"timestampMillis\" -> new Long(Long.MAX_VALUE))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.TIMESTAMP_MILLIS_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }        \n\n  it should \"support timestamp micros type\" in {\n    val testData = Map[String, Object](\n      \"timestampMicros\" -> new Long(Long.MAX_VALUE))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.TIMESTAMP_MICROS_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }     \n  \n  it should \"support duration type\" in {\n    val testData = Map[String, Object](\n      \"duration\" -> new FixedString(\"111111111111\"))\n         \n    val avroRecord = AvroDataUtils.mapToGenericRecord(testData, TestSchemas.DURATION_MICROS_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    for (entry <- testData) {\n      assert(assertEquals(entry._2, resultRow.getAs(entry._1)), s\"${entry._1} did not match\")\n    }        \n  }    \n  \n  it should \"convert Avro's GenericRecord to Row using informed NESTED Schema\" in {\n    case class Street(name: String, zip: String)\n    case class Neighborhood(name: String, streets: List[Street])\n    case class City(name: String, neighborhoods: Array[Neighborhood])\n    case class State(name: String, regions: Map[String, List[City]])\n\n    val street1 = Map(\"name\" -> \"first street name\",   \"zip\" -> \"140 000-00\")\n    val street2 = Map(\"name\" -> \"second street name\",  \"zip\" -> \"240 100-00\")\n    val street3 = Map(\"name\" -> \"third street name\",   \"zip\" -> \"340 000-00\")\n    val street4 = Map(\"name\" -> \"fourth street name\",  \"zip\" -> \"480 100-00\")\n    val street5 = Map(\"name\" -> \"fifth street name\",   \"zip\" -> \"580 100-00\")\n    val street6 = Map(\"name\" -> \"sixth street name\",   \"zip\" -> \"680 100-00\")\n    val street7 = Map(\"name\" -> \"seventh street name\", \"zip\" -> \"780 100-00\")\n    val street8 = Map(\"name\" -> \"eigth street name\",   \"zip\" -> \"880 100-00\")\n\n    val neighborhood1 = Map(\n      \"name\" -> \"A neighborhood\",\n      \"streets\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(street1, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC),\n        AvroDataUtils.mapToGenericRecord(street2, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC))))\n\n    val neighborhood2 = Map(\n      \"name\" -> \"B neighborhood\",\n      \"streets\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(street3, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC),\n        AvroDataUtils.mapToGenericRecord(street4, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC))))\n\n    val neighborhood3 = Map(\n      \"name\" -> \"C neighborhood\",\n      \"streets\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(street5, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC),\n        AvroDataUtils.mapToGenericRecord(street6, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC))))\n\n    val neighborhood4 = Map(\n      \"name\" -> \"D neighborhood\",\n      \"streets\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(street7, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC),\n        AvroDataUtils.mapToGenericRecord(street8, TestSchemas.COMPLEX_SCHEMA_STREET_SPEC))))\n\n    val city1 = Map(\n      \"name\" -> \"first city\",\n      \"neighborhoods\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(neighborhood1, TestSchemas.COMPLEX_SCHEMA_NEIGHBORHOOD_SPEC),\n        AvroDataUtils.mapToGenericRecord(neighborhood2, TestSchemas.COMPLEX_SCHEMA_NEIGHBORHOOD_SPEC))))\n\n    val city2 = Map(\n      \"name\" -> \"second city\",\n      \"neighborhoods\" -> new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(neighborhood3, TestSchemas.COMPLEX_SCHEMA_NEIGHBORHOOD_SPEC),\n        AvroDataUtils.mapToGenericRecord(neighborhood4, TestSchemas.COMPLEX_SCHEMA_NEIGHBORHOOD_SPEC))))\n\n    val cityList = new ArrayList(java.util.Arrays.asList(\n        AvroDataUtils.mapToGenericRecord(city1, TestSchemas.COMPLEX_SCHEMA_CITY_SPEC),\n        AvroDataUtils.mapToGenericRecord(city2, TestSchemas.COMPLEX_SCHEMA_CITY_SPEC)\n                       ))\n        \n    val cities = new HashMap[String, Object]()\n    cities.put(\"cities\", cityList)\n        \n    val state = Map(\n      \"name\" -> \"A State\",\n      \"regions\" -> cities)\n      \n    val avroRecord = AvroDataUtils.mapToGenericRecord(state, TestSchemas.COMPLEX_SCHEMA_SPEC)\n    val resultRow = avroParser.parse(avroRecord)\n\n    val cityMap: scala.collection.mutable.HashMap[String,Object] = resultRow.getAs(\"regions\")\n    \n    for (i <- 0 until 2) {\n      val record = cityMap.get(\"cities\").get.asInstanceOf[scala.collection.mutable.ListBuffer[GenericRecord]].get(i)\n      assert(cityList.get(i).toString() == record.toString())\n    }\n  }  \n  \n  private def assertEquals(original: Any, retrieved: Any) = {\n    original match {\n      case value: java.util.ArrayList[Object] => retrieved.asInstanceOf[mutable.ListBuffer[Any]].toList == original.asInstanceOf[java.util.ArrayList[Any]].toList\n      case value: java.util.HashSet[Object]   => retrieved.asInstanceOf[mutable.ListBuffer[Any]].toList == original.asInstanceOf[java.util.Set[Any]].toList\n      case value: java.util.HashMap[String,Object]   => {\n        val retrievedMap = retrieved.asInstanceOf[mutable.HashMap[Any, Any]]\n        val scalaMap = original.asInstanceOf[java.util.HashMap[Any, java.util.ArrayList[Any]]].asScala\n        \n        for ((key,value) <- scalaMap.iterator) {\n          val seq1 = retrievedMap.get(key).get.asInstanceOf[Seq[Any]].toArray\n          val seq2 = value.toArray()\n          if (seq1 != seq2) {            \n            false\n          }\n        }\n        true\n      }\n      case value: FixedString => {        \n        val str1 = new String(original.asInstanceOf[FixedString].bytes())\n        val str2 = new String(retrieved.asInstanceOf[Array[Byte]])          \n        str1 == str2\n      }\n      case value: ScalaAvroRecord => {\n        val originalRecord = original.asInstanceOf[ScalaAvroRecord]\n        val retrievedRecord = retrieved.asInstanceOf[GenericRow]\n        for (i <- 0 until originalRecord.getValues().length) {\n          if (originalRecord.get(i) != retrievedRecord.get(i)) {\n            false\n          }\n        }\n        true\n      }\n      case value: ByteBuffer => {                \n        val str1 = new String(original.asInstanceOf[ByteBuffer].array())\n        val str2 = new String(retrieved.asInstanceOf[Array[Byte]])        \n        str1 == str2\n      }\n      case _ => original == retrieved\n    }\n  }  \n}"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/Liquibase.scala","text":"package io.github.liquibase4s\n\nclass Liquibase[F[_]](config: LiquibaseConfig)(implicit handler: MigrationHandler[F]) {\n\n  \/** Runs liquibase migrations.\n    *\/\n  def migrate(): F[Unit] = handler.migrate(config)\n\n  \/** Checks and identifies any possible errors in a changelog that can cause\n    * migrations to fail.\n    *\/\n  def validate(): F[Unit] = handler.validate(config)\n}\n\nobject Liquibase {\n  def apply[F[_]](config: LiquibaseConfig)(implicit handler: MigrationHandler[F]): Liquibase[F] = new Liquibase(config)\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/FutureMigrationHandler.scala","text":"<gh_stars>1-10\npackage io.github.liquibase4s\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nobject FutureMigrationHandler {\n  implicit def handler(implicit ec: ExecutionContext): MigrationHandler[Future] = new MigrationHandler[Future] {\n\n    override def migrate(config: LiquibaseConfig): Future[Unit] = Future(LiquibaseWrapper(config).migrate())\n\n    override def validate(config: LiquibaseConfig): Future[Unit] = Future(LiquibaseWrapper(config).validate())\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/IdentityMigrationHandler.scala","text":"package io.github.liquibase4s\n\nobject IdentityMigrationHandler {\n\n  type Identity[A] = A\n\n  implicit def handler: MigrationHandler[Identity] = new MigrationHandler[Identity] {\n\n    override def migrate(config: LiquibaseConfig): Unit = LiquibaseWrapper(config).migrate()\n\n    override def validate(config: LiquibaseConfig): Unit = LiquibaseWrapper(config).validate()\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/test\/scala\/io\/github\/liquibase4s\/FutureMigrationHandlerSuite.scala","text":"<reponame>scala-steward\/liquibase4s\npackage io.github.liquibase4s\nimport liquibase.exception.ChangeLogParseException\nimport munit.FunSuite\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nclass FutureMigrationHandlerSuite extends FunSuite {\n  import FutureMigrationHandler._\n\n  test(\"liquibase migration should bring future effect into scope\") {\n    Liquibase[Future](TestConfig.liquibaseConfig).migrate().map(assertEquals(_, ()))\n  }\n\n  test(\"liquibase validation should bring future effect into scope\") {\n    Liquibase[Future](TestConfig.liquibaseConfig).validate().map(assertEquals(_, ()))\n  }\n\n  test(\"liquibase validation should raise an error if changelog is invalid\") {\n    Liquibase[Future](TestConfig.liquibaseConfigInvalidChangelog)\n      .validate()\n      .failed\n      .map(ex => assert(ex.isInstanceOf[ChangeLogParseException]))\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-cats-effect\/src\/main\/scala\/io\/github\/liquibase4s\/cats\/CatsMigrationHandler.scala","text":"package io.github.liquibase4s.cats\n\nimport cats.effect.Sync\nimport io.github.liquibase4s.{LiquibaseConfig, LiquibaseWrapper, MigrationHandler}\n\nobject CatsMigrationHandler {\n\n  implicit def liquibaseHandlerForCats[F[_]](implicit S: Sync[F]): MigrationHandler[F] = new MigrationHandler[F] {\n\n    override def migrate(config: LiquibaseConfig): F[Unit] = S.delay(LiquibaseWrapper(config).migrate())\n\n    override def validate(config: LiquibaseConfig): F[Unit] = S.delay(LiquibaseWrapper(config).validate())\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-cats-effect\/src\/test\/scala\/io\/github\/liquibase4s\/cats\/CatsMigrationHandlerSuite.scala","text":"package io.github.liquibase4s.cats\n\nimport cats.effect.IO\nimport io.github.liquibase4s.{Liquibase, TestConfig}\nimport liquibase.exception.ChangeLogParseException\nimport munit.CatsEffectSuite\n\nclass CatsMigrationHandlerSuite extends CatsEffectSuite {\n  import CatsMigrationHandler._\n\n  test(\"liquibase migration should use cats IO\") {\n    Liquibase[IO](TestConfig.liquibaseConfig).migrate().assertEquals(())\n  }\n\n  test(\"liquibase validation should use cats IO\") {\n    Liquibase[IO](TestConfig.liquibaseConfig).validate().assertEquals(())\n  }\n\n  test(\"liquibase validation should raise an error if changelog is invalid\") {\n    val result = Liquibase[IO](TestConfig.liquibaseConfigInvalidChangelog).validate().attempt\n\n    result.map(_.isLeft).assert\n    result.map(_.swap.getOrElse(())).map(_.isInstanceOf[ChangeLogParseException]).assert\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"build.sbt","text":"inThisBuild(\n  List(\n    organization := \"io.github.liquibase4s\",\n    homepage := Some(url(\"https:\/\/github.com\/liquibase4s\/liquibase4s\")),\n    licenses := List(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\n        \"rfuerst87\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/github.com\/rfuerst87\"),\n      ),\n    ),\n    scalaVersion := \"2.13.6\",\n    crossScalaVersions := Seq(\"2.12.14\", \"2.13.6\"),\n  ),\n)\n\nThisBuild \/ githubWorkflowTargetTags ++= Seq(\"v*\")\nThisBuild \/ githubWorkflowPublishTargetBranches := Seq(RefPredicate.StartsWith(Ref.Tag(\"v\")))\nThisBuild \/ githubWorkflowPublish := Seq(WorkflowStep.Sbt(List(\"ci-release\")))\nThisBuild \/ githubWorkflowBuild :=\n  Seq(\n    WorkflowStep.Sbt(List(\"validate\"), name = Some(\"Build project\")),\n    WorkflowStep.Use(UseRef.Public(\"codecov\", \"codecov-action\", \"v1\"), name = Some(\"Codecov\")),\n  )\n\nval CatsVersion = \"2.6.1\"\nval CatsEffectVersion = \"2.5.1\"\nval LiquibaseVersion = \"4.4.0\"\nval ScalaCollectionCompatVersion = \"2.4.4\"\n\nval MunitVersion = \"0.7.27\"\nval MunitCatsEffectVersion = \"1.0.5\"\nval H2Version = \"1.4.200\"\n\nval testSettings = Seq(\n  testFrameworks += new TestFramework(\"munit.Framework\"),\n  fork in Test := true,\n)\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(name := \"liquibase4s\")\n  .settings(publish \/ skip := true)\n  .aggregate(\n    core,\n    catsEffect,\n  )\n\nlazy val core = project\n  .in(file(\"liquibase4s-core\"))\n  .settings(testSettings)\n  .settings(\n    name := \"liquibase4s-core\",\n    libraryDependencies ++= Seq(\n      \"org.liquibase\" % \"liquibase-core\" % LiquibaseVersion,\n      \"org.scalameta\" %% \"munit\" % MunitVersion % Test,\n      \"com.h2database\" % \"h2\" % H2Version % Test,\n      \"org.scala-lang.modules\" %% \"scala-collection-compat\" % ScalaCollectionCompatVersion % Compile,\n    ),\n  )\n\nlazy val catsEffect = project\n  .in(file(\"liquibase4s-cats-effect\"))\n  .dependsOn(core % \"compile->compile;test->test\")\n  .settings(testSettings)\n  .settings(\n    name := \"liquibase4s-cats-effect\",\n    libraryDependencies ++= Seq(\n      \"org.typelevel\" %% \"cats-core\" % CatsVersion,\n      \"org.typelevel\" %% \"cats-effect\" % CatsEffectVersion,\n      \"org.scalameta\" %% \"munit\" % MunitVersion % Test,\n      \"org.typelevel\" %% \"munit-cats-effect-2\" % MunitCatsEffectVersion % Test,\n      \"com.h2database\" % \"h2\" % H2Version % Test,\n    ),\n  )\n\nThisBuild \/ scalacOptions ++=\n  Seq(\n    \"-Xfatal-warnings\",\n    \"-deprecation\",\n    \"-feature\",\n    \"-unchecked\",\n  ) ++\n    (CrossVersion.partialVersion(scalaVersion.value) match {\n      case Some((2, n)) if n >= 13 =>\n        Seq(\n          \"-Wunused\",\n        )\n      case _ =>\n        Seq(\n          \"-language:higherKinds\",\n        )\n    })\n\ndef addCommandsAlias(name: String, cmds: Seq[String]) =\n  addCommandAlias(name, cmds.mkString(\";\", \";\", \"\"))\n\naddCommandsAlias(\n  \"validate\",\n  Seq(\n    \"clean\",\n    \"scalafmtCheck\",\n    \"scalafmtSbtCheck\",\n    \"test:scalafmtCheck\",\n    \"coverage\",\n    \"test\",\n    \"coverageReport\",\n    \"doc\",\n    \"package\",\n    \"packageSrc\",\n  ),\n)\n\nenablePlugins(ScalafmtPlugin)\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/MigrationHandler.scala","text":"package io.github.liquibase4s\n\nimport io.github.liquibase4s.IdentityMigrationHandler.Identity\n\ntrait MigrationHandler[F[_]] {\n  def migrate(config: LiquibaseConfig): F[Unit]\n  def validate(config: LiquibaseConfig): F[Unit]\n}\n\nobject MigrationHandler {\n  def apply[F[_]: MigrationHandler]: MigrationHandler[F] = implicitly[MigrationHandler[F]]\n\n  implicit def defaultHandler: MigrationHandler[Identity] = IdentityMigrationHandler.handler\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/LiquibaseWrapper.scala","text":"<filename>liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/LiquibaseWrapper.scala\npackage io.github.liquibase4s\n\nimport liquibase.database.DatabaseFactory\nimport liquibase.database.jvm.JdbcConnection\nimport liquibase.resource.ClassLoaderResourceAccessor\nimport liquibase.{Contexts, LabelExpression}\n\nimport java.sql.{Connection, DriverManager}\nimport scala.jdk.CollectionConverters._\n\nclass LiquibaseWrapper(config: LiquibaseConfig) {\n\n  def migrate(): Unit = {\n    val connection = getConnection(config)\n    val liquibase = createLiquibase(connection, config.changelog)\n    val contexts = buildContexts(config.contexts)\n    val labelExpression = buildLabelExpression(config.contexts)\n\n    liquibase.validate()\n    try liquibase.update(contexts, labelExpression)\n    finally {\n      liquibase.forceReleaseLocks()\n      connection.rollback()\n      connection.close()\n    }\n  }\n\n  def validate(): Unit = {\n    val connection = getConnection(config)\n    val liquibase = createLiquibase(connection, config.changelog)\n\n    liquibase.validate()\n  }\n\n  private def createLiquibase(connection: Connection, changelog: String): liquibase.Liquibase = {\n    val database = DatabaseFactory.getInstance.findCorrectDatabaseImplementation(\n      new JdbcConnection(connection),\n    )\n    val classLoader = classOf[LiquibaseWrapper].getClassLoader\n    val resourceAccessor = new ClassLoaderResourceAccessor(classLoader)\n    new liquibase.Liquibase(changelog, resourceAccessor, database)\n  }\n\n  private def getConnection(config: LiquibaseConfig): Connection = {\n    Class.forName(config.driver)\n    DriverManager.getConnection(config.url, config.user, config.password)\n  }\n\n  private def buildContexts(contexts: Option[List[String]]): Contexts =\n    contexts\n      .map { ctx =>\n        new Contexts(ctx.asJava)\n      }\n      .getOrElse(new Contexts())\n\n  private def buildLabelExpression(labels: Option[List[String]]): LabelExpression =\n    labels\n      .map { l =>\n        new LabelExpression(l.asJava)\n      }\n      .getOrElse(new LabelExpression())\n}\n\nobject LiquibaseWrapper {\n  def apply(config: LiquibaseConfig): LiquibaseWrapper = new LiquibaseWrapper(config)\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/test\/scala\/io\/github\/liquibase4s\/IdentityMigrationHandlerSuite.scala","text":"<gh_stars>1-10\npackage io.github.liquibase4s\n\nimport liquibase.exception.ChangeLogParseException\nimport munit.FunSuite\n\nclass IdentityMigrationHandlerSuite extends FunSuite {\n\n  test(\"liquibase migration should bring identity effect into scope\") {\n    assertEquals(Liquibase(TestConfig.liquibaseConfig).migrate(), ())\n  }\n\n  test(\"liquibase validation should bring identity effect into scope\") {\n    assertEquals(Liquibase(TestConfig.liquibaseConfig).validate(), ())\n  }\n\n  test(\"liquibase validation should raise an error if changelog is invalid\") {\n    intercept[ChangeLogParseException](Liquibase(TestConfig.liquibaseConfigInvalidChangelog).validate())\n  }\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/test\/scala\/io\/github\/liquibase4s\/TestConfig.scala","text":"package io.github.liquibase4s\n\nobject TestConfig {\n\n  val liquibaseConfig: LiquibaseConfig = LiquibaseConfig(\n    url = \"jdbc:h2:mem:testdb\",\n    user = \"test\",\n    password = \"<PASSWORD>\",\n    driver = \"org.h2.Driver\",\n    changelog = \"db\/changelog\/test.xml\",\n  )\n\n  val liquibaseConfigInvalidChangelog: LiquibaseConfig = liquibaseConfig.copy(\n    changelog = \"db\/changelog\/invalid.xml\",\n  )\n}\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"project\/plugins.sbt","text":"\/\/ Makes our code tidy\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.3\")\n\n\/\/ Builds github actions\naddSbtPlugin(\"com.codecommit\" % \"sbt-github-actions\" % \"0.12.0\")\n\n\/\/ Release plugin\naddSbtPlugin(\"com.geirsson\" % \"sbt-ci-release\" % \"1.5.7\")\n\n\/\/ Code coverage\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.8.2\")\n"}
{"repo_name":"scala-steward\/liquibase4s","path":"liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/LiquibaseConfig.scala","text":"<filename>liquibase4s-core\/src\/main\/scala\/io\/github\/liquibase4s\/LiquibaseConfig.scala<gh_stars>1-10\npackage io.github.liquibase4s\n\ncase class LiquibaseConfig(\n    url: String,\n    user: String,\n    password: String,\n    driver: String,\n    changelog: String,\n    contexts: Option[List[String]] = None,\n    labels: Option[List[String]] = None,\n)\n"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/ProfileOption.scala","text":"package de.stereotypez\n\nimport  ActionCode._\n\ntrait ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode]\n}\n\nobject BasicProfile extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = Some(d.cpa.basicProfile)\n}\nobject RetainLongModifDatesOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainLongModifDatesOption\n}\nobject RetainLongFullDatesOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainLongFullDatesOption\n}\nobject RetainUIDsOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainUIDsOption\n}\nobject CleanGraphOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.cleanGraphOption\n}\nobject RetainPatientCharsOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainPatientCharsOption\n}\nobject RetainSafePrivateOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainSafePrivateOption\n}\nobject CleanDescOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.cleanDescOption\n}\nobject RetainDeviceIdentOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainDeviceIdentOption\n}\nobject RetainInstIdentOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.retainInstIdentOption\n}\nobject CleanStructContOption extends ProfileOption {\n  def apply(d: Deidentifier): Option[ActionCode] = d.cpa.cleanStructContOption\n}\n"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/test\/scala\/de\/stereotypez\/Tests.scala","text":"package de.stereotypez\n\nimport java.io.{File, FileInputStream, InputStream}\n\nimport org.dcm4che3.data.{Attributes, Tag, VR}\nimport org.dcm4che3.io.DicomInputStream\nimport org.junit.Assert._\nimport org.junit._\n\n\n@Test\nclass Tests {\n\n  def loadTest(in: InputStream): (Attributes, Attributes) = {\n    val din = new DicomInputStream(in)\n    val fmi = din.readFileMetaInformation()\n    val att = din.readDataset(-1, -1)\n    (fmi, att)\n  }\n\n  def loadTestFile(name: String): (Attributes, Attributes) = {\n    loadTest(getClass.getResourceAsStream(s\"\/$name.dcm\"))\n  }\n\n  def loadTestFile(file: File): (Attributes, Attributes) = {\n    loadTest(new FileInputStream(file))\n  }\n\n  @Test\n  def test01(): Unit = {\n\n    val name01 = \"test01\"\n    val (fmi, att) = loadTestFile(name01)\n    println(s\"Running DICOM File '$name01.dcm' with TransferSytaxUID=${fmi.getString(Tag.TransferSyntaxUID)}\")\n\n    val d = Deidentify()\n      .keep(\n        Tag.PatientSex, Tag.PatientSize, Tag.PatientWeight,\n        Tag.StudyDescription, Tag.SeriesDescription, Tag.ProtocolName)\n      .withDummies(\"removed\", Map(Tag.PatientName -> \"JOHN^DOE\"))\n      .addSpecialHandler((att, tag, dsf, tsf) => {\n        \/\/ this special handler intercepts all Tags with  temporal VR and\n        \/\/ applies date shifting on their values\n        \/\/ I always use this as DICOM Supp. 142 Table E.1-1 seems to be incomplete\n        \/\/ (e.g. 'Instance Creation Date' is missing)\n        if (att.getVR(tag).isTemporalType) {\n          if (VR.TM == att.getVR(tag))\n            att.setDate(tag, att.getVR(tag), tsf(att.getDate(tag)))\n          else\n            att.setDate(tag, att.getVR(tag), dsf(att.getDate(tag)))\n          true\n        }\n        else false\n      })\n      .addSpecialHandler((att, tag, dsf, tsf) => {\n        \/\/ hash PatientID\n        \/\/ note that PatientID is of VR 'LO' which can hold 64 characters maximum\n        \/\/ so using SHA-256 should be ok\n        def sha256(s: String): String = {\n          import java.nio.charset.StandardCharsets\n          import java.security.MessageDigest\n          MessageDigest.getInstance(\"SHA-256\")\n            .digest(s.getBytes(StandardCharsets.UTF_8))\n            .map(\"%02X\" format _).mkString\n        }\n        \/\/ add more Tags if you like\n        tag match {\n          case Tag.PatientID =>\n            att.setString(tag, att.getVR(tag), sha256(att.getString(tag)))\n            true\n          case _ => false\n        }\n      })\n      .addSpecialHandler((att, tag, dsf, tsf) => {\n\n        \/\/ (mis-)use handler to remove all inline binary where\n        \/\/ \"burned-in annotations\" are likely\n        tag match {\n          case Tag.BurnedInAnnotation if att.getString(tag,\"NO\").toUpperCase == \"YES\" =>\n            att.tags\n              .filter(t => att.getVR(t).isInlineBinary)\n              .foreach(t => att.remove(tag))\n            true\n\n          case Tag.Modality if att.getString(tag,\"\").toUpperCase == \"SC\" =>\n            att.tags\n              .filter(t => att.getVR(t).isInlineBinary)\n              .foreach(t => att.remove(tag))\n            true\n\n          case _ => false\n        }\n      })\n      \/\/ if not specified BasicProfile will be used\n      .withOptions(RetainDeviceIdentOption, RetainLongModifDatesOption)\n\n    \/\/ collect tags to test\n    val patID = att.getString(Tag.PatientID)\n    val studDt = att.getDate(Tag.StudyDate)\n    val studTm = att.getDate(Tag.StudyTime)\n    val instTm = att.getDate(Tag.InstanceCreationTime)\n    val calcAgePat = Util.yearsDiff(att, Tag.PatientBirthDate, Tag.StudyDate)\n    val instCreaT = Util.msDiff(att, Tag.StudyTime, Tag.InstanceCreationTime)\n\n    \/\/ run de-identification\n    printSummary(att)\n    d.execute(att)\n    printSummary(att)\n\n    \/\/ test\n    assertEquals(\"JOHN^DOE\", att.getString(Tag.PatientName))\n    assertNotEquals(patID, att.getString(Tag.PatientID))\n    assertNotEquals(studDt, att.getDate(Tag.StudyDate))\n    assertNotEquals(studTm, att.getDate(Tag.StudyTime))\n    assertNotEquals(instTm, att.getDate(Tag.InstanceCreationTime))\n    assertEquals(Util.yearsDiff(att, Tag.PatientBirthDate, Tag.StudyDate), calcAgePat)\n    assertEquals(Util.msDiff(att, Tag.StudyTime, Tag.InstanceCreationTime), instCreaT)\n  }\n\n  def printSummary(att: Attributes): Unit = {\n\n    println(\"-----------------------------------\")\n    println(s\"PatientName: ${att.getString(Tag.PatientName)}\")\n    println(s\"PatientID: ${att.getString(Tag.PatientID)}\")\n    println(s\"PatientBirthDate: ${att.getString(Tag.PatientBirthDate)}\")\n    println(s\"PatientAddress: ${att.getString(Tag.PatientAddress)}\")\n    println(s\"PregnancyStatus: ${att.getString(Tag.PregnancyStatus)}\")\n\n    println(s\"InstitutionName: ${att.getString(Tag.InstitutionName)}\")\n    println(s\"InstitutionalDepartmentName: ${att.getString(Tag.InstitutionalDepartmentName)}\")\n    println(s\"InstitutionAddress: ${att.getString(Tag.InstitutionAddress)}\")\n    println(s\"ReferringPhysicianName: ${att.getString(Tag.ReferringPhysicianName)}\")\n    println(s\"StationName: ${att.getString(Tag.StationName)}\")\n\n    println(s\"StudyDescription: ${att.getString(Tag.StudyDescription)}\")\n    println(s\"RequestedProcedureDescription: ${att.getString(Tag.RequestedProcedureDescription)}\")\n    println(s\"PerformedProcedureStepDescription: ${att.getString(Tag.PerformedProcedureStepDescription)}\")\n    println(s\"SeriesDescription: ${att.getString(Tag.SeriesDescription)}\")\n    println(s\"ProtocolName: ${att.getString(Tag.ProtocolName)}\")\n    println(s\"DeviceSerialNumber: ${att.getString(Tag.DeviceSerialNumber)}\")\n\n    println(s\"StudyDate: ${att.getString(Tag.StudyDate)}\")\n    println(s\"StudyTime: ${att.getString(Tag.StudyTime)}\")\n    println(s\"InstanceCreationDate: ${att.getString(Tag.InstanceCreationDate)}\")\n    println(s\"InstanceCreationTime: ${att.getString(Tag.InstanceCreationTime)}\")\n\n    println(s\"Calculated age of Patient at StudyTime: ${Util.yearsDiff(att, Tag.PatientBirthDate, Tag.StudyDate)}Y\")\n    println(s\"Instance created at relative StudyTime: ${Util.msDiff(att, Tag.StudyTime, Tag.InstanceCreationTime)}ms\")\n\n    \/*\n    att.tags foreach {\n      case tag => println(s\"${Util.keywordOf(tag)}: ${att.getString(tag)}\")\n      case _ => ()\n    }\n    *\/\n  }\n\n}"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/package.scala","text":"package de\n\nimport java.time.{LocalDate, LocalDateTime, ZoneId}\nimport java.util.Date\n\nimport de.stereotypez.ActionCode.ActionCodeFormat\nimport org.slf4j.LoggerFactory\n\nimport scala.io.{BufferedSource, Source}\nimport spray.json.DefaultJsonProtocol._\nimport spray.json._\n\npackage object stereotypez {\n\n  private val LOG = LoggerFactory.getLogger(classOf[Deidentify])\n\n  implicit def toLocalDate(dateToConvert: Date): LocalDate = dateToConvert.toInstant.atZone(ZoneId.systemDefault).toLocalDate\n  implicit def toDate(dateToConvert: LocalDate) : Date = java.util.Date.from(dateToConvert.atStartOfDay.atZone(ZoneId.systemDefault).toInstant)\n  implicit def toLocalDateTime(dateToConvert: Date): LocalDateTime = LocalDateTime.ofInstant(dateToConvert.toInstant, ZoneId.systemDefault)\n  implicit def toDate(dateToConvert: LocalDateTime) : Date = Date.from(dateToConvert.atZone(ZoneId.systemDefault).toInstant)\n\n  def loadConfidentialityProfileAttributes(): Seq[Deidentifier] = {\n\n    implicit val format: RootJsonFormat[ConfidentialityProfileAttribute] = jsonFormat(ConfidentialityProfileAttribute.apply,\n\"Attribute Name\",\n\"Tag\",\n\"Retd. (from PS3.6)\",\n\"In Std. Comp. IOD (from PS3.3)\",\n\"Basic Prof.\",\n\"Rtn. Safe Priv. Opt.\",\n\"Rtn. UIDs Opt.\",\n\"Rtn. Dev. Id. Opt.\",\n\"Rtn. Inst. Id. Opt.\",\n\"Rtn. Pat. Chars. Opt.\",\n\"Rtn. Long. Full Dates Opt.\",\n\"Rtn. Long. Modif. Dates Opt.\",\n\"Clean Desc. Opt.\",\n\"Clean Struct. Cont. Opt.\",\n\"Clean Graph. Opt.\"\n    )\n\n    \/\/ modified from https:\/\/github.com\/neurosnap\/dicom_codify\/blob\/master\/json\/deidentify.json\n    val src = Source.fromInputStream(getClass.getResourceAsStream(\"\/deidentify.json\"))\n    val jsnStr = try src.mkString finally src.close()\n\n    val jsn = jsnStr.parseJson\n    val tagFmt = \"\"\"\\(\\s*([\\p{XDigit}x]{4})\\s*,\\s*([\\p{XDigit}x]{4})\\s*\\)\"\"\".r\n\n    jsn.convertTo[List[ConfidentialityProfileAttribute]] map { d =>\n      d.tag match {\n        case _ if d.tag.contains(\"odd\")          => OddGroupDeidentifier(d)\n        case tagFmt(g, e) if d.tag.contains(\"x\") => RangeDeidentifier(g, e, d)\n        case tagFmt(g, e)                        => TagDeidentifier(g, e, d)\n      }\n    }\n  }\n\n  lazy val deidentifiers: Seq[Deidentifier] = loadConfidentialityProfileAttributes()\n}\n"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/ActionCode.scala","text":"<reponame>luckfamousa\/DicomDeidentify\npackage de.stereotypez\n\nimport spray.json.{JsString, JsValue, RootJsonFormat}\nimport spray.json.DefaultJsonProtocol._\n\nobject ActionCode extends Enumeration {\n  type ActionCode = Value\n  val `X`, `Z`, `C`, `D`, `K`, `U`, `X\/Z\/U*`, `X\/Z\/D`, `X\/Z`, `X\/D`, `Z\/D` = Value\n  \n  def of(s: String): ActionCode = s match {\n    case \"X\"      => `X`\n    case \"Z\"      => `Z`\n    case \"C\"      => `C`\n    case \"D\"      => `D`\n    case \"K\"      => `K`\n    case \"U\"      => `U`\n    case \"X\/Z\/U*\" => `X\/Z\/U*`\n    case \"X\/Z\/D\"  => `X\/Z\/D`\n    case \"X\/Z\"    => `X\/Z`\n    case \"X\/D\"    => `X\/D`\n    case \"Z\/D\"    => `Z\/D`\n    case c        => throw new UnknownActionCodeException(s\"Code '$c' is unknown.\") \n  }\n\n  override def toString(): String = this match {\n      case `X`      => \"X\"\n      case `Z`      => \"Z\"\n      case `C`      => \"C\"\n      case `D`      => \"D\"\n      case `K`      => \"K\"\n      case `U`      => \"U\"\n      case `X\/Z\/U*` => \"X\/Z\/U*\"\n      case `X\/Z\/D`  => \"X\/Z\/D\"\n      case `X\/Z`    => \"X\/Z\"\n      case `X\/D`    => \"X\/D\"\n      case `Z\/D`    => \"Z\/D\"\n      case c        => throw new UnknownActionCodeException(s\"Code '$c' is unknown.\") \/\/ should never happen\n  }\n\n  implicit object ActionCodeFormat extends RootJsonFormat[ActionCode] {\n    override def read(json: JsValue): ActionCode = ActionCode.of(json.convertTo[String])\n    override def write(obj: ActionCode): JsValue = JsString(obj.toString)\n  }\n}\n\nclass UnknownActionCodeException(msg: String) extends RuntimeException(msg)\n\n"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/test\/scala\/de\/stereotypez\/Util.scala","text":"package de.stereotypez\n\nimport java.time.temporal.ChronoUnit\nimport org.dcm4che3.data.{Attributes, ElementDictionary}\n\nobject Util {\n\n  def keywordOf(tag: Int): String = {\n    ElementDictionary.getStandardElementDictionary.keywordOf(tag)\n  }\n  def yearsDiff(att: Attributes, tag1: Int, tag2: Int): Long = {\n    ChronoUnit.YEARS.between(toLocalDateTime(att.getDate(tag1)), toLocalDateTime(att.getDate(tag2)))\n  }\n  def msDiff(att: Attributes, tag1: Int, tag2: Int): Long = {\n    ChronoUnit.MILLIS.between(toLocalDateTime(att.getDate(tag1)), toLocalDateTime(att.getDate(tag2)))\n  }\n\n}\n"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/Deidentifier.scala","text":"package de.stereotypez\n\nabstract class Deidentifier(val cpa: ConfidentialityProfileAttribute) {\n  def matches(tag: Int): Boolean\n}\n\nobject TagDeidentifier {\n  def apply(group: String, element: String, cpa: ConfidentialityProfileAttribute) = new TagDeidentifier(group, element, cpa)\n}\nclass TagDeidentifier(group: String, element: String, cpa: ConfidentialityProfileAttribute) extends Deidentifier(cpa)  {\n  private val _tag: BigInt = BigInt(group+element, 16)\n  override def matches(tag: Int): Boolean = _tag == tag\n}\n\nobject RangeDeidentifier {\n  def apply(group: String, element: String, cpa: ConfidentialityProfileAttribute) = new RangeDeidentifier(group, element, cpa)\n}\nclass RangeDeidentifier(group: String, element: String, cpa: ConfidentialityProfileAttribute) extends Deidentifier(cpa)  {\n  private val _from: BigInt = BigInt((group+element).replaceAll(\"x\",\"0\"), 16)\n  private val _to: BigInt = BigInt((group+element).replaceAll(\"x\",\"F\"), 16)\n  override def matches(tag: Int): Boolean = tag >= _from && tag <= _to\n}\n\nobject OddGroupDeidentifier {\n  def apply(cpa: ConfidentialityProfileAttribute) = new OddGroupDeidentifier(cpa)\n}\nclass OddGroupDeidentifier(cpa: ConfidentialityProfileAttribute) extends Deidentifier(cpa)  {\n  override def matches(tag: Int): Boolean = (tag >> 16)  % 2 == 1\n}"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/ConfidentialityProfileAttribute.scala","text":"package de.stereotypez\n\nimport ActionCode._\n\ncase class ConfidentialityProfileAttribute (\n   attributeName: String,\n   tag: String,\n   retiredFromPS36: Boolean,\n   inStdCompIODFromPS33: Boolean,\n   basicProfile: ActionCode,\n   retainSafePrivateOption: Option[ActionCode],\n   retainUIDsOption: Option[ActionCode],\n   retainDeviceIdentOption: Option[ActionCode],\n   retainInstIdentOption: Option[ActionCode],\n   retainPatientCharsOption: Option[ActionCode],\n   retainLongFullDatesOption: Option[ActionCode],\n   retainLongModifDatesOption: Option[ActionCode],\n   cleanDescOption: Option[ActionCode],\n   cleanStructContOption: Option[ActionCode],\n   cleanGraphOption: Option[ActionCode]\n)"}
{"repo_name":"luckfamousa\/DicomDeidentify","path":"src\/main\/scala\/de\/stereotypez\/Deidentify.scala","text":"package de.stereotypez\n\nimport java.time.{Duration, LocalDate, LocalTime}\nimport java.util.Date\n\nimport org.dcm4che3.data.{Attributes, Tag, VR}\nimport org.dcm4che3.util.{TagUtils, UIDUtils}\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\nimport ActionCode._\n\nobject Deidentify {\n  def apply() = new Deidentify()\n}\n\nclass Deidentify() {\n\n  type Tag = Int\n  type TimeShiftFunction = (LocalTime, Date) => Date\n  type DateShiftFunction = (LocalDate, Date) => Date\n  type DateShiftPAF = Date => Date\n  type TimeShiftPAF = Date => Date\n  type CleaningFunction = (Attributes, Tag, DateShiftPAF, TimeShiftPAF) => Boolean\n\n  private var _keep: Seq[Tag] = Array.empty[Tag]\n  def keep(tags: Tag*): Deidentify = {\n    _keep = tags\n    this\n  }\n\n  \/\/ handlers with side effects can directly modify attributes\n  \/\/ if a handler returns true it will override default (Supp. 142) behavior\n  private var _specialHandlers = ListBuffer.empty[CleaningFunction]\n  def addSpecialHandler(handler: CleaningFunction): Deidentify = {\n    _specialHandlers += handler\n    this\n  }\n\n  \/\/ use PatientBirthDate to normalize all dates by default\n  private var _referenceDate: Attributes => LocalDate = (att: Attributes) => {\n    att.getDate(Tag.PatientBirthDate, new Date(0))\n  }\n  def withReferenceDate(referenceDate: Attributes => LocalDate): Deidentify = {\n    _referenceDate = referenceDate\n    this\n  }\n\n  \/\/ use StudyTime to normalize all times by default\n  private var _referenceTime: Attributes => LocalTime = (att: Attributes) => {\n    att.getDate(Tag.StudyTime, new Date(0)).toLocalTime\n  }\n  def withReferenceTime(referenceTime: Attributes => LocalTime): Deidentify = {\n    _referenceTime = referenceTime\n    this\n  }\n\n  \/\/ will be partially applied with refDate on execute()\n  private var _dateShiftFunction: DateShiftFunction = (refDate, d) => {\n    toLocalDateTime(d).plus(Duration.between(toLocalDateTime(refDate), toLocalDateTime(new Date(0))))\n  }\n  def withDateShiftFunction(dateShiftFunction: DateShiftFunction): Deidentify = {\n    _dateShiftFunction = dateShiftFunction\n    this\n  }\n\n  \/\/ will be partially applied with refDate on execute()\n  private var _timeShiftFunction: TimeShiftFunction = (refTime, d) => {\n    toLocalDateTime(d).plus(Duration.between(refTime, toLocalDateTime(new Date(3600 * 1000 * 12))))\n  }\n  def withTimeShiftFunction(timeShiftFunction: TimeShiftFunction): Deidentify = {\n    _timeShiftFunction = timeShiftFunction\n    this\n  }\n\n  private var _profileOptions: Seq[ProfileOption] = List(BasicProfile)\n  def withOptions(profileOptions: ProfileOption*): Deidentify = {\n    _profileOptions = profileOptions\n    this\n  }\n\n  \/\/ default cleaning functions\n  private var _xcleanFunction: CleaningFunction = (att, tag, dsf, tsf) => {\n    att.remove(tag)\n    true\n  }\n  private var _ccleanFunction: CleaningFunction = (att, tag, dsf, tsf) => {\n    att.getVR(tag) match {\n      case vr if VR.SQ == att.getVR(tag) =>\n        att.remove(tag)\n        att.ensureSequence(tag, 0)\n      case vr if vr.isTemporalType => att.setDate(tag, vr, dsf(att.getDate(tag)))\n      case vr if vr == VR.PN => att.setString(tag, vr, _dummyFunction(tag))\n      case vr if vr.isStringType => att.setString(tag, vr, _dummyFunction(tag))\n      case vr if vr.isIntType => att.setInt(tag, vr, 0)\n      case vr if vr.isInlineBinary => att.setBytes(tag, vr, _dummyFunction(tag).getBytes)\n    }\n    true\n  }\n  private var _dcleanFunction: CleaningFunction = (att, tag, dsf, tsf) => {\n    att.getVR(tag) match {\n      case vr if VR.SQ == att.getVR(tag) =>\n        att.remove(tag)\n        att.ensureSequence(tag, 0)\n      case vr if vr.isTemporalType => att.setDate(tag, vr, new Date(0))\n      case vr if vr == VR.PN => att.setString(tag, vr, _dummyFunction(tag))\n      case vr if vr.isStringType => att.setString(tag, vr, _dummyFunction(tag))\n      case vr if vr.isIntType => att.setInt(tag, vr, 0)\n      case vr if vr.isInlineBinary => att.setBytes(tag, vr, _dummyFunction(tag).getBytes)\n    }\n    true\n  }\n  private var _ucleanFunction: CleaningFunction = (att, tag, dsf, tsf) => {\n    att.setString(tag, att.getVR(tag), UIDUtils.createNameBasedUID(att.getBytes(tag)))\n    true\n  }\n  private var _kcleanFunction: CleaningFunction = (att, tag, dsf, tsf) => {\n    if (VR.SQ == att.getVR(tag)) {\n      att.remove(tag)\n      att.ensureSequence(tag, 0)\n      true\n    }\n    else false\n  }\n\n  private val _cleaningFunctions: mutable.Map[ActionCode, CleaningFunction] = mutable.Map(\n    \/\/ \"X\": \"remove\"\n    `X` -> _xcleanFunction,\n    \/\/ \"C\": \"clean, that is replace with values of similar meaning known not to contain identifying\n    \/\/ information and consistent with the VR\"\n    `C` -> _ccleanFunction,\n    \/\/ \"D\": \"replace with a non-zero length value that may be a dummy value and consistent with the VR\"\n    `D` -> _dcleanFunction,\n    \/\/ \"Z\": \"replace with a zero length value, or a non-zero length value that may be a dummy value and consistent with the VR\"\n    `Z` -> _dcleanFunction,\n    \/\/ \"U\": \"replace with a non-zero length UID that is internally consistent within a set of Instances\"\n    `U` -> _ucleanFunction,\n    \/\/ \"K\": \"keep (unchanged for non-sequence attributes, cleaned for sequences)\"\n    `K` -> _kcleanFunction,\n    \/\/ \"X\/D\": \"X unless D is required to maintain IOD conformance (Type 3 versus Type 1)\"\n    `X\/D` -> _xcleanFunction,\n    \/\/ \"X\/Z\": \"X unless Z is required to maintain IOD conformance (Type 3 versus Type 2)\"\n    `X\/Z` -> _xcleanFunction,\n    \/\/ \"X\/Z\/D\": \"X unless Z or D is required to maintain IOD conformance (Type 3 versus Type 2 versus Type 1)\"\n    `X\/Z\/D` -> _xcleanFunction,\n    \/\/ \"X\/Z\/U*\": \"X unless Z or replacement of contained instance UIDs (U) is required to maintain\n    \/\/ IOD conformance (Type 3 versus Type 2 versus Type 1 sequences containing UID references)\"\n    `X\/Z\/U*` -> _xcleanFunction,\n    \/\/ \"Z\/D\": \"Z unless D is required to maintain IOD conformance (Type 2 versus Type 1)\"\n    `Z\/D` -> _dcleanFunction\n  )\n\n  def withCleaningFunction(actionCode: ActionCode, cleaningFunction: CleaningFunction): Deidentify = {\n    _cleaningFunctions.put(actionCode, cleaningFunction)\n    this\n  }\n\n  private var _dummyFunction: Tag => String = (tag) => \"dummy\"\n  def withDummies(default: String, lookup: Map[Tag, String]): Deidentify = {\n    _dummyFunction = (tag: Tag) => lookup.getOrElse(tag, default)\n    this\n  }\n\n  def execute(attributes: Attributes): Attributes = {\n\n    \/\/  bind reference date and time before any modifications and use PAFs downstream\n    deidentify(\n      attributes,\n      _dateShiftFunction(_referenceDate(attributes),_),\n      _timeShiftFunction(_referenceTime(attributes),_)\n    )\n\n    attributes\n  }\n\n  private def deidentify(att: Attributes, dsf: DateShiftPAF, tsf: TimeShiftPAF): Unit = {\n\n    att.tags foreach {\n\n      \/\/ skip user defined tags completely\n      case tag if _keep.contains(tag) => ()\n\n      \/\/ apply special handlers and skip if one returns true\n      case tag if _specialHandlers.exists(_(att, tag, dsf, tsf)) => ()\n\n      \/\/ recurse over sequences\n      case tag if VR.SQ == att.getVR(tag) =>\n        att.getSequence(tag) forEach { seqatt =>\n          deidentify(seqatt, dsf, tsf)\n        }\n\n      \/\/ apply DICOM Supp. 142 logic\n      case tag =>\n        deidentifiers.find(_.matches(tag)) map { d =>\n          \/\/ foldLeft through profiles\n          val code: ActionCode = _profileOptions.foldLeft(Option.empty[ActionCode]) { (a, b) =>\n            b.apply(d) match {\n              case Some(code) => Some(code)\n              case _ => a\n            }\n          } getOrElse {BasicProfile(d).get}\n\n          \/\/ apply the respective cleaning function\n          _cleaningFunctions(code)(att, tag, dsf, tsf)\n        }\n    }\n\n  }\n}\n\n"}
{"repo_name":"7mind\/interop-cats","path":"build.sbt","text":"import sbtcrossproject.CrossPlugin.autoImport.crossProject\nimport explicitdeps.ExplicitDepsPlugin.autoImport.moduleFilterRemoveValue\nimport ScalazBuild._\n\ninThisBuild(\n  List(\n    organization := \"dev.zio\",\n    homepage := Some(url(\"https:\/\/zio.dev\")),\n    licenses := List(\"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    developers := List(\n      Developer(\n        \"jdegoes\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"http:\/\/degoes.net\")\n      )\n    ),\n    pgpPublicRing := file(\"\/tmp\/public.asc\"),\n    pgpSecretRing := file(\"\/tmp\/secret.asc\"),\n    releaseEarlyWith := SonatypePublisher,\n    scmInfo := Some(\n      ScmInfo(url(\"https:\/\/github.com\/zio\/interop-cats\/\"), \"scm:git:git@github.<EMAIL>:zio\/interop-cats.git\")\n    )\n  )\n)\n\naddCommandAlias(\"fmt\", \"all scalafmtSbt scalafmt test:scalafmt\")\naddCommandAlias(\"check\", \"all scalafmtSbtCheck scalafmtCheck test:scalafmtCheck\")\naddCommandAlias(\"testJVM\", \";interopCatsJVM\/test\")\naddCommandAlias(\"testJS\", \";interopCatsJS\/test\")\n\nlazy val root = project\n  .in(file(\".\"))\n  .enablePlugins(ScalaJSPlugin)\n  .aggregate(interopCatsJVM, interopCatsJS)\n  .settings(\n    skip in publish := true,\n    unusedCompileDependenciesFilter -= moduleFilter(\"org.scala-js\", \"scalajs-library\")\n  )\n\nlazy val interopCats = crossProject(JSPlatform, JVMPlatform)\n  .in(file(\"interop-cats\"))\n  .enablePlugins(BuildInfoPlugin)\n  .settings(stdSettings(\"zio-interop-cats\"))\n  .settings(buildInfoSettings)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"dev.zio\"       %%% \"zio\"                  % \"1.0.0-RC8-12\",\n      \"org.typelevel\" %%% \"cats-effect\"          % \"1.3.1\" % Optional,\n      \"org.typelevel\" %%% \"cats-mtl-core\"        % \"0.5.0\" % Optional,\n      \"co.fs2\"        %%% \"fs2-core\"             % \"1.0.5\" % Test,\n      \"dev.zio\"       %%% \"zio\"                  % \"1.0.0-RC8-12\" % Test classifier \"tests\",\n      \"org.specs2\"    %%% \"specs2-core\"          % \"4.5.1\" % Test,\n      \"org.specs2\"    %%% \"specs2-scalacheck\"    % \"4.5.1\" % Test,\n      \"org.specs2\"    %%% \"specs2-matcher-extra\" % \"4.5.1\" % Test\n    )\n  )\n\nval CatsScalaCheckVersion = Def.setting {\n  CrossVersion.partialVersion(scalaVersion.value) match {\n    case Some((2, v)) if v <= 12 =>\n      \"1.13\"\n    case _ =>\n      \"1.14\"\n  }\n}\n\nval ScalaCheckVersion = Def.setting {\n  CrossVersion.partialVersion(scalaVersion.value) match {\n    case Some((2, v)) if v <= 12 =>\n      \"1.13.5\"\n    case _ =>\n      \"1.14.0\"\n  }\n}\n\ndef majorMinor(version: String) = version.split('.').take(2).mkString(\".\")\n\nval CatsScalaCheckShapelessVersion = Def.setting {\n  CrossVersion.partialVersion(scalaVersion.value) match {\n    case Some((2, v)) if v <= 12 =>\n      \"1.1.8\"\n    case _ =>\n      \"1.2.0-1+7-a4ed6f38-SNAPSHOT\" \/\/ TODO: Stable version\n  }\n}\n\n\/\/ Below is for the cats law spec\n\/\/ Separated due to binary incompatibility in scalacheck 1.13 vs 1.14\n\/\/ TODO remove it when https:\/\/github.com\/typelevel\/discipline\/issues\/52 is closed\nlazy val interopCatsJVM = interopCats.jvm\n  .settings(\n    \/\/ TODO: Remove once scalacheck-shapeless has a stable version for 2.13.0-M5\n    resolvers += Resolver.sonatypeRepo(\"snapshots\"),\n    libraryDependencies ++= Seq(\n      \"org.typelevel\"              %% \"cats-effect-laws\"                                                 % \"1.3.1\"                              % Test,\n      \"org.typelevel\"              %% \"cats-testkit\"                                                     % \"1.6.1\"                              % Test,\n      \"org.typelevel\"              %% \"cats-mtl-laws\"                                                    % \"0.5.0\"                              % Test,\n      \"com.github.alexarchambault\" %% s\"scalacheck-shapeless_${majorMinor(CatsScalaCheckVersion.value)}\" % CatsScalaCheckShapelessVersion.value % Test\n    ),\n    dependencyOverrides += \"org.scalacheck\" %% \"scalacheck\" % ScalaCheckVersion.value % Test\n  )\n\nlazy val interopCatsJS = interopCats.js\n  .settings(\n    libraryDependencies += \"org.scala-js\" %%% \"scalajs-java-time\" % \"0.2.5\" % Test\n  )\n"}
{"repo_name":"hkirk\/play25-csrf-test","path":"app\/forms\/EventForm.scala","text":"<filename>app\/forms\/EventForm.scala\npackage forms\n\nimport org.joda.time.DateTime\nimport play.api.data.Form\nimport play.api.data.Forms._\n\n\/**\n * Created by <NAME><<EMAIL>> on 4\/2\/16.\n *\/\nobject EventForm {\n  val adminEventForm = Form(\n    mapping(\n      \"id\" -> longNumber,\n      \"name\" -> nonEmptyText\n    )(AdminEventData.apply)(AdminEventData.unapply)\n  )\n\n  case class AdminEventData(id: Long, name: String)\n}\n"}
{"repo_name":"hkirk\/play25-csrf-test","path":"app\/controllers\/HomeController.scala","text":"<reponame>hkirk\/play25-csrf-test<filename>app\/controllers\/HomeController.scala\npackage controllers\n\nimport javax.inject._\n\nimport forms.EventForm\nimport play.api._\nimport play.api.i18n.{ I18nSupport, MessagesApi }\nimport play.api.libs.json.{JsObject, JsString}\nimport play.api.mvc._\n\nimport scala.concurrent.Future\n\n\/**\n * This controller creates an `Action` to handle HTTP requests to the\n * application's home page.\n *\/\n@Singleton\nclass HomeController @Inject() (val messagesApi: MessagesApi) extends Controller with I18nSupport {\n\n  \/**\n   * Create an Action to render an HTML page with a welcome message.\n   * The configuration in the `routes` file means that this method\n   * will be called when the application receives a `GET` request with\n   * a path of `\/`.\n   *\/\n  def index = Action {\n    Ok(views.html.index(\"Your new application is ready.\"))\n  }\n\n  def details() = Action { implicit request =>\n    Ok(views.html.details(EventForm.adminEventForm.fill(EventForm.AdminEventData(-1, \"\"))))\n  }\n\n  def saveDetails() = Action { implicit request =>\n    println(\"tags -> \"+request.tags)\n    println(\"body -< \"+request.body)\n    println(\"session -> \"+request.session)\n    println(\"headers -> \"+request.headers)\n\n    EventForm.adminEventForm.bindFromRequest.fold(\n      formWithErrors => BadRequest(views.html.details(formWithErrors)),\n      data => {\n        Ok(\"Saved data\")\n      }\n    )\n  }\n\n\n}\n"}
{"repo_name":"hkirk\/play25-csrf-test","path":"test\/ApplicationSpec.scala","text":"import controllers.HomeController\nimport org.scalatestplus.play._\nimport play.api.i18n.MessagesApi\nimport play.api.test.FakeRequest\nimport play.api.test.Helpers._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\nclass ApplicationSpec extends PlaySpec with OneAppPerTest {\n\n  \"Routes\" should {\n\n    \"send 404 on a bad request\" in  {\n      route(app, FakeRequest(GET, \"\/boum\")).map(status(_)) mustBe Some(NOT_FOUND)\n    }\n\n  }\n\n  \"HomeController\" should {\n\n    \"should require a name\" in {\n      val messagesApi = app.injector.instanceOf[MessagesApi]\n      val homeController = new HomeController(messagesApi)\n\n      val path = controllers.routes.HomeController.saveDetails().toString\n      val request = FakeRequest(POST, path)\n        .withSession(\"csrfToken\" -> \"<PASSWORD>\")\n        .withHeaders(\"X-Requested-With\" -> \"XMLHttpRequest\", \"Cookie\" -> \"csrfToken=<PASSWORD>\", \"Content-Type\" -> \"application\/x-www-form-urlencoded; charset=UTF-8\")\n        .withFormUrlEncodedBody(\n          \"csrfToken\" -> \"<PASSWORD>\",\n          \"id\" -> \"-1\",\n          \"name\" -> \"\")\n\n      val result = homeController.saveDetails()(request)\n\n      status(result) mustBe BAD_REQUEST\n    }\n\n  }\n\n  \"CountController\" should {\n\n    \"return an increasing count\" in {\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"0\"\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"1\"\n      contentAsString(route(app, FakeRequest(GET, \"\/count\")).get) mustBe \"2\"\n    }\n\n  }\n\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoURI.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport com.mongodb.casbah.Imports._\n\nimport scala.collection.JavaConverters._\n\n\/**\n *\n *\n * @since 2.0\n *\n *\/\n@deprecated(\"Please use MongoClient and MongoClientURI\", \"2.7\")\nobject MongoURI {\n\n  \/**\n   * Create a new MongoURI with a URI String e.g.:\n   *\n   * <li> mongodb:\/\/localhost\n   * <li> mongodb:\/\/fred:foobar@localhost\/\n   * <li> mongodb:\/\/server1,server2,server3\n   *\n   * See [[http:\/\/www.mongodb.org\/display\/DOCS\/Connections]]\n   *\n   * @param  uri (String)\n   *\/\n  def apply(uri: String): MongoURI = new MongoURI(new com.mongodb.MongoURI(uri))\n}\n\n\/**\n * Create a new MongoURI with a URI String e.g.:\n *\n * <li> mongodb:\/\/localhost\n * <li> mongodb:\/\/fred:foobar@localhost\/\n * <li> mongodb:\/\/server1,server2,server3\n *\n * See [[http:\/\/www.mongodb.org\/display\/DOCS\/Connections]]\n *\n * @since 2.0\n *\/\nclass MongoURI(val underlying: com.mongodb.MongoURI) {\n  def username: Option[String] = Option(underlying.getUsername)\n\n  def password: Option[Array[Char]] = Option(underlying.getPassword)\n\n  def hosts: Seq[String] = underlying.getHosts.asScala\n\n  def database: Option[String] = Option(underlying.getDatabase)\n\n  def collection: Option[String] = Option(underlying.getCollection)\n\n  def options: MongoOptions = underlying.getOptions\n\n  def connect: Either[Throwable, MongoConnection] = try {\n    Right(underlying.connect.asScala)\n  } catch {\n    case t: Throwable => Left(t)\n  }\n\n  def connectDB: Either[Throwable, MongoDB] = {\n    try {\n      require(database.isDefined, \"Cannot connect to Database as none is defined.\")\n      Right(underlying.connectDB.asScala)\n    } catch {\n      case t: Throwable => Left(t)\n    }\n  }\n\n  def connectCollection: Either[Throwable, MongoCollection] = {\n    try {\n      require(collection.isDefined, \"Cannot connect to Collection as none is defined.\")\n      connectDB match {\n        case Right(db) =>\n          Right(db(collection.get))\n        case Left(t) => Left(t)\n      }\n    } catch {\n      case t: Throwable => Left(t)\n    }\n  }\n\n  override def toString: String = underlying.toString\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoDB.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport scala.collection.JavaConverters._\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.map_reduce.{MapReduceCommand, MapReduceResult}\nimport com.mongodb.{DBCollection, CommandResult}\nimport scala.collection.mutable\nimport com.mongodb\n\n\n\/**\n * Wrapper for the Mongo <code>DB<\/code> object providing scala-friendly functionality.\n *\n * @since 2.0\n * @see com.mongodb.DB\n *\/\nobject MongoDB {\n  def apply(connection: com.mongodb.MongoClient, dbName: String): MongoDB =\n    connection.asScala.apply(dbName)\n\n  def apply(connection: MongoClient, dbName: String): MongoDB =\n    connection(dbName)\n}\n\n\/\/ scalastyle:off number.of.methods\n\/**\n * Wrapper for the Mongo <code>DB<\/code> object providing scala-friendly functionality.\n *\n * @since 1.0\n * @see com.mongodb.DB\n *\/\nclass MongoDB(val underlying: com.mongodb.DB) {\n  \/**\n   * Apply method to proxy  getCollection, to allow invocation of\n   * <code>dbInstance(\"collectionName\")<\/code>\n   * instead of getCollection\n   *\n   * @param collection a  string for the collection name\n   * @return MongoCollection A wrapped instance of a Mongo DBCollection Class returning generic DBObjects\n   *\/\n  def apply(collection: String): MongoCollection = underlying.getCollection(collection).asScala\n\n  \/\/ TODO - write tests and make so!\n  \/\/ \/**\n  \/\/  * Creates a Mongo instance based on a (single) mongodb node (default port).\n  \/\/  *\n  \/\/  * @param collection a string for the collection name\n  \/\/  * @param  c (Class[A])\n  \/\/  * @return MongoTypedCollection[A]\n  \/\/  *\/\n  \/\/ def apply(collection: String, objectClass: Class[DBObject]) = underlying.getCollection(collection).asScala.setObjectClass(objectClass)\n\n  def addUser(username: String, passwd: String): WriteResult = underlying.addUser(username, passwd.toArray)\n\n  \/**\n   * Authenticates connection\/db with given name and password\n   *\n   * @param username  name of user for this database\n   * @param passwd password of user for this database\n   * @return true if authenticated, false otherwise\n   *\/\n  @deprecated(\"Please use MongoClient to create a client, which will authenticate all connections to server.\", \"2.7\")\n  def authenticate(username: String, passwd: String): Boolean = underlying.authenticate(username, passwd.toArray)\n\n  \/** Execute a database command directly.\n    * @see <a href=\"http:\/\/mongodb.onconfluence.com\/display\/DOCS\/List+of+Database+Commands\">List of Commands<\/a>\n    * @return the result of the command from the database\n    *\/\n  def command(cmd: DBObject): CommandResult = underlying.command(cmd)\n\n  \/** Execute a database command directly.\n    * @see <a href=\"http:\/\/mongodb.onconfluence.com\/display\/DOCS\/List+of+Database+Commands\">List of Commands<\/a>\n    * @return the result of the command from the database\n    *\/\n  def command(cmd: String): CommandResult = underlying.command(cmd)\n\n  \/** Execute a database command directly.\n    * @see <a href=\"http:\/\/mongodb.onconfluence.com\/display\/DOCS\/List+of+Database+Commands\">List of Commands<\/a>\n    * @return the result of the command from the database\n    *\/\n  def command(cmd: DBObject, options: Int): CommandResult = underlying.command(cmd, options)\n\n  \/** Execute a database command directly.\n    * @see <a href=\"http:\/\/mongodb.onconfluence.com\/display\/DOCS\/List+of+Database+Commands\">List of Commands<\/a>\n    * @return the result of the command from the database\n    *\/\n  def command(cmd: DBObject, options: Int, pref: ReadPreference): CommandResult = underlying.command(cmd, options, pref)\n\n  \/** Creates a collection with a given name and options.\n    * If the collection does not exist, a new collection is created.\n    * Possible options:\n    * <dl>\n    * <dt>capped<\/dt><dd><i>boolean<\/i>: if the collection is capped<\/dd>\n    * <dt>size<\/dt><dd><i>int<\/i>: collection size<\/dd>\n    * <dt>max<\/dt><dd><i>int<\/i>: max number of documents<\/dd>\n    * <\/dl>\n    * @param name the name of the collection to return\n    * @param o options\n    * @return the collection\n    *\/\n  def createCollection(name: String, o: DBObject): DBCollection = underlying.createCollection(name, o)\n\n  def doEval(code: String, args: AnyRef*): CommandResult = underlying.doEval(code, args: _*)\n\n  \/**\n   * Drops this database.  Removes all data on disk.  Use with caution.\n   *\/\n  def dropDatabase(): Unit = underlying.dropDatabase()\n\n  def eval(code: String, args: AnyRef*): AnyRef = underlying.eval(code, args: _*)\n\n  \/**\n   * For testing purposes only - this method forces an error to help test error handling\n   *\/\n  def forceError(): Unit = underlying.forceError()\n\n  \/** Gets a collection with a given name.\n    * If the collection does not exist, a new collection is created.\n    * @param name (String) the name of the collection to return\n    * @return the collection\n    *\/\n  def getCollection(name: String): DBCollection = underlying.getCollection(name)\n\n  \/** Returns a collection matching a given string.\n    * @param s the name of the collection\n    * @return the collection\n    *\/\n  def getCollectionFromString(s: String): DBCollection = underlying.getCollectionFromString(s)\n\n  \/** Returns a set of the names of collections in this database.\n    * @return the names of collections in this database\n    *\/\n  def getCollectionNames(): mutable.Set[String] = underlying.getCollectionNames.asScala \/* calls the db *\/\n\n  \/** Returns a set of the names of collections in this database.\n    * @return the names of collections in this database\n    *\/\n  def collectionNames(): mutable.Set[String] = getCollectionNames() \/* calls the db *\/\n\n  \/**\n   * Gets the the error (if there is one) from the previous operation.  The result of\n   * this command will look like\n   *\n   * <pre>\n   * { \"err\" :  errorMessage  , \"ok\" : 1.0 }\n   * <\/pre>\n   *\n   * The value for errorMessage will be null if no error occurred, or a description otherwise.\n   *\n   * Care must be taken to ensure that calls to getLastError go to the same connection as that\n   * of the previous operation. See com.mongodb.Mongo.requestStart for more information.\n   *\n   * @return DBObject with error and status information\n   *\/\n  def getLastError(): CommandResult = underlying.getLastError() \/* calls the db *\/\n\n  def lastError(): CommandResult = getLastError() \/* calls the db *\/\n\n  def getLastError(writeConcern: WriteConcern): CommandResult =\n    underlying.getLastError(writeConcern)\n\n  def lastError(writeConcern: WriteConcern): CommandResult =\n    getLastError(writeConcern)\n\n  def getLastError(w: Int, wTimeout: Int, fsync: Boolean): CommandResult =\n    underlying.getLastError(w, wTimeout, fsync)\n\n  def lastError(w: Int, wTimeout: Int, fsync: Boolean): CommandResult =\n    getLastError(w, wTimeout, fsync)\n\n  def name: String = getName\n\n  def getName: String = underlying.getName\n\n  \/**\n   * Returns the last error that occurred since start of database or a call to <code>resetError()<\/code>\n   *\n   * The return object will look like\n   *\n   * <pre>\n   * { err : errorMessage, nPrev : countOpsBack, ok : 1 }\n   * <\/pre>\n   *\n   * The value for errormMessage will be null of no error has ocurred, or the message.  The value of\n   * countOpsBack will be the number of operations since the error occurred.\n   *\n   * Care must be taken to ensure that calls to getPreviousError go to the same connection as that\n   * of the previous operation. See com.mongodb.Mongo.requestStart for more information.\n   *\n   * @deprecated The `getPreviousError()` and `resetError()` commands are deprecated and may be removed in future versions of MongoDB\n   * @return DBObject with error and status information\n   *\/\n  @deprecated(\"may be removed in future versions of MongoDB\", \"2.7\")\n  def getPreviousError(): CommandResult = underlying.getPreviousError() \/* calls the db *\/\n\n  \/**\n   * Resets the error memory for this database.  Used to clear all errors such that getPreviousError()\n   * will return no error.\n   *\n   * @deprecated The `getPreviousError()` and `resetError()` commands are deprecated and may be removed in future versions of MongoDB\n   *\/\n  @deprecated(\"may be removed in future versions of MongoDB\", \"2.7\")\n  def resetError(): Unit = underlying.resetError()\n\n  def getSisterDB(name: String): MongoDB = underlying.getSisterDB(name).asScala\n\n  \/**\n   * Returns true if this DB is authenticated\n   *\n   * @return true if authenticated, false otherwise\n   *\/\n  @deprecated(\"Use MongoClient to create an authenticated connection.\", \"2.7\")\n  def isAuthenticated: Boolean = underlying.isAuthenticated\n\n  def stats(): CommandResult = getStats()\n\n  def getStats(): CommandResult = underlying.getStats() \/* calls the db *\/\n\n  def requestDone(): Unit = underlying.requestDone()\n\n  def requestEnsureConnection(): Unit = underlying.requestEnsureConnection()\n\n  def requestStart(): Unit = underlying.requestStart()\n\n  \/** Makes this database read-only\n    *\n    * @param b if the database should be read-only\n    *\/\n  @deprecated(\"Avoid making database read-only via this method. Use a read-only user with MongoClient instead.\", \"2.7\")\n  def setReadOnly(b: Boolean): Unit = underlying.setReadOnly(b)\n\n  \/** Makes this database read-only\n    *\n    * @param b if the database should be read-only\n    *\/\n  @deprecated(\"Avoid making database read-only via this method. Use a read-only user with MongoClient instead.\", \"2.7\")\n  def readOnly_=(b: Boolean): Unit = setReadOnly(b)\n\n  \/**\n   * Sets queries to be OK to run on slave nodes.\n   *\/\n  @deprecated(\"Replaced with ReadPreference.SECONDARY.\", \"2.3.0\")\n  def slaveOk(): Unit = underlying.slaveOk() \/\/ use parens because this side-effects\n\n  \/**\n   *\n   * Set the write concern for this database.\n   * Will be used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @param concern (WriteConcern) The write concern to use\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def setWriteConcern(concern: WriteConcern): Unit = underlying.setWriteConcern(concern)\n\n  \/**\n   *\n   * Set the write concern for this database.\n   * Will be used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @param concern (WriteConcern) The write concern to use\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def writeConcern_=(concern: WriteConcern): Unit = setWriteConcern(concern)\n\n  \/**\n   *\n   * get the write concern for this database,\n   * which is used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @see WriteConcern\n   *\/\n  def getWriteConcern: WriteConcern = underlying.getWriteConcern\n\n  \/**\n   *\n   * get the write concern for this database,\n   * which is used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def writeConcern: WriteConcern = getWriteConcern\n\n  \/*\n   * Sets the read preference for this database. Will be used as default for\n   * reads from any collection in this database. See the\n   * documentation for [[com.mongodb.ReadPreference]] for more information.\n   *\n   * @param preference Read Preference to use\n   *\/\n  def readPreference_=(pref: ReadPreference): Unit = setReadPreference(pref)\n\n  \/**\n   * Sets the read preference for this database. Will be used as default for\n   * reads from any collection in this database. See the\n   * documentation for [[com.mongodb.ReadPreference]] for more information.\n   *\n   * @param pref Read Preference to use\n   *\/\n  def setReadPreference(pref: ReadPreference): Unit = underlying.setReadPreference(pref)\n\n  \/**\n   * Gets the read preference for this database. Will be used as default for\n   * reads from any collection in this database. See the\n   * documentation for [[com.mongodb.ReadPreference]] for more information.\n   *\/\n  def readPreference: ReadPreference = getReadPreference\n\n  \/**\n   * Gets the read preference for this database. Will be used as default for\n   * reads from any collection in this database. See the\n   * documentation for [[com.mongodb.ReadPreference]] for more information.\n   *\/\n  def getReadPreference: ReadPreference = underlying.getReadPreference\n\n  \/**\n   * Checks to see if a collection by name %lt;name&gt; exists.\n   * @param collectionName The collection to test for existence\n   * @return false if no collection by that name exists, true if a match to an existing collection was found\n   *\/\n  def collectionExists(collectionName: String): Boolean =\n    underlying.collectionExists(collectionName)\n\n  \/**\n   * The Java Driver is a bit outdated and is missing the finalize option.\n   * Additionally, it returns ZERO information about the actual results of the mapreduce,\n   * just a cursor to the result collection.\n   * This is less than ideal.  So I've wrapped it in something more useful.\n   *\n   * @param cmd An instance of MapReduceCommand representing the required MapReduce\n   * @return MapReduceResult a wrapped result object.  This contains the returns success, counts etc, but implements iterator and can be iterated directly\n   *\/\n  def mapReduce(cmd: MapReduceCommand): MapReduceResult = MapReduceResult(command(cmd.toDBObject))(this)\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/update\/remove\n   *\n   * If you have set a connection or DB level WriteConcern,\n   * it will be inherited.\n   *\n   * @throws MongoException if error\n   *\/\n  def request(op: MongoDB => WriteResult): Unit = op(this).getLastError(writeConcern).throwOnError()\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/update\/remove\n   *\n   * @throws MongoException if error\n   *\/\n  def request(w: Int, wTimeout: Int = 0, fsync: Boolean = false)(op: MongoDB => WriteResult): Unit =\n    op(this).getLastError(WriteConcern(w, wTimeout, fsync)).throwOnError()\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/upd\u00a7ate\/remove\n   *\n   * @throws MongoException if error\n   *\/\n  def request(writeConcern: WriteConcern)(op: MongoDB => WriteResult): Unit =\n    op(this).getLastError(writeConcern).throwOnError()\n\n  def checkedWrite(op: MongoDB => WriteResult): Unit =\n    op(this).getLastError.throwOnError()\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def addOption(option: Int): Unit = underlying.addOption(option)\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def resetOptions(): Unit = underlying.resetOptions() \/\/ use parens because this side-effects\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mognodb.Bytes\n   *\/\n  def getOptions: Int = underlying.getOptions\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mognodb.Bytes\n   *\/\n  def options: Int = getOptions\n\n  override def toString(): String = underlying.toString\n\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoCollection.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\n\/\/ scalastyle:off file.size.limit number.of.methods\n\npackage com.mongodb.casbah\n\nimport scala.collection.mutable\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration.{Duration, MILLISECONDS}\n\n\nimport com.mongodb.{CommandResult, DBCollection, DBCursor, DBDecoderFactory, DBEncoderFactory,\nMongoExecutionTimeoutException, ParallelScanOptions => JavaParallelScanOptions}\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.commons.Logging\nimport com.mongodb.casbah.map_reduce.MapReduceResult\nimport com.mongodb.casbah.TypeImports.WriteResult\nimport com.mongodb.casbah.commons.TypeImports.DBObject\nimport com.mongodb.casbah.TypeImports.DBEncoder\nimport com.mongodb.casbah.map_reduce.MapReduceCommand\n\n\n\/**\n * Scala wrapper for Mongo DBCollections,\n * including ones which return custom DBObject subclasses\n * via setObjectClass and the like.\n * Provides any non-parameterized methods and the basic structure.\n * Requires an underlying object of a DBCollection.\n *\n * This is a rewrite of the Casbah 1.0 approach which was rather\n * naive and unecessarily complex.... formerly was MongoCollectionWrapper\n *\n * @version 2.0, 12\/23\/10\n * @since 1.0\n *\/\ntrait MongoCollectionBase extends Logging {\n  self =>\n  type T <: DBObject\n  type CursorType\n\n  \/**\n   * The underlying Java Mongo Driver Collection object we proxy.\n   *\/\n  def underlying: DBCollection\n\n  \/**\n   * If defined, load the customDecoderFactory.\n   *\/\n  customDecoderFactory.foreach {\n    decoder =>\n      log.debug(\"Loading Custom DBDecoderFactory '%s' into collection (%s)\", decoder, this)\n      underlying.setDBDecoderFactory(decoder)\n  }\n\n  def customDecoderFactory: Option[DBDecoderFactory] = None\n\n  def customEncoderFactory: Option[DBEncoderFactory] = Option(underlying.getDBEncoderFactory)\n\n  def iterator: CursorType = find()\n\n  \/**\n   * Returns the database this collection is a member of.\n   * @return this collection's database\n   *\/\n  implicit val db: MongoDB = underlying.getDB.asScala\n\n  \/**\n   * Adds the \"private\" fields _id to an object.\n   * @param o <code>DBObject<\/code> to which to add fields\n   * @return the modified parameter object\n   *\/\n  def apply[A <% DBObject](o: A): AnyRef = underlying.apply(o)\n\n  \/**\n   * Adds the \"private\" fields _id to an object.\n   * @param jo object to which to add fields\n   * @param ensureID whether to add an <code>_id<\/code> field or not\n   * @return the modified object <code>o<\/code>\n   *\/\n  def apply[A <% DBObject](jo: A, ensureID: Boolean): AnyRef = underlying.apply(jo, ensureID)\n\n  \/**\n   * Forces creation of an index on a set of fields, if one does not already exist.\n   * @param keys an object with a key set of the fields desired for the index\n   *\/\n  def createIndex[A <% DBObject](keys: A): Unit = underlying.createIndex(keys)\n\n  def createIndex[A <% DBObject, B <% DBObject](keys: A, options: B): Unit =\n    underlying.createIndex(keys, options)\n\n  \/**\n   * Find distinct values for a key\n   *\n   * @param key the key to find the distinct values for\n   * @param query the query (optional)\n   * @param readPrefs the [[com.mongodb.ReadPreference]] for the operation.\n   * @tparam A The DBObject type\n   * @return\n   *\/\n  def distinct[A <% DBObject](key: String, query: A = MongoDBObject.empty, readPrefs: ReadPreference = getReadPreference): mutable.Buffer[_] =\n    underlying.distinct(key, query, readPrefs).asScala\n\n  \/**\n   * Drops (deletes) this collection\n   *\/\n  def drop(): Unit = underlying.drop()\n\n  \/**\n   * Drops (deletes) this collection\n   *\/\n  def dropCollection(): Unit = underlying.drop()\n\n  def dropIndex[A <% DBObject](keys: A): Unit = underlying.dropIndex(keys)\n\n  def dropIndex(name: String): Unit = underlying.dropIndex(name)\n\n  \/**\n   * Drops all indices from this collection\n   *\/\n  def dropIndexes(): Unit = underlying.dropIndexes()\n\n  def dropIndexes(name: String): Unit = underlying.dropIndexes()\n\n  \/**\n   * Creates an index on a set of fields, if one does not already exist.\n   * @param keys an object with a key set of the fields desired for the index\n   *\/\n  def ensureIndex[A <% DBObject](keys: A): Unit = underlying.ensureIndex(keys)\n\n  \/**\n   * Ensures an index on this collection (that is, the index will be created if it does not exist).\n   * ensureIndex is optimized and is inexpensive if the index already exists.\n   * @param keys fields to use for index\n   * @param options options for the index (name, unique, etc)\n   *\/\n  def ensureIndex[A <% DBObject, B <% DBObject](keys: A, options: B): Unit = underlying.ensureIndex(keys, options)\n\n  \/**\n   * Ensures an index on this collection (that is, the index will be created if it does not exist).\n   * ensureIndex is optimized and is inexpensive if the index already exists.\n   * @param keys fields to use for index\n   * @param name an identifier for the index\n   *\/\n  def ensureIndex[A <% DBObject](keys: A, name: String): Unit = underlying.ensureIndex(keys, name)\n\n  \/**\n   * Ensures an optionally unique index on this collection.\n   * @param keys fields to use for index\n   * @param name an identifier for the index\n   * @param unique if the index should be unique\n   *\/\n  def ensureIndex[A <% DBObject](keys: A, name: String, unique: Boolean): Unit = underlying.ensureIndex(keys, name, unique)\n\n  \/**\n   * Ensures an index on this collection (that is, the index will be created if it does not exist).\n   * ensureIndex is optimized and is inexpensive if the index already exists.\n   * This creates an ascending index on a particular field.\n   * @param fieldName an identifier for the index\n   *\/\n  def ensureIndex(fieldName: String): Unit = underlying.ensureIndex(fieldName)\n\n  \/**\n   * Queries for all objects in this collection.\n   * @return a cursor which will iterate over every object\n   *\/\n  def find(): CursorType = _newCursor(underlying.find)\n\n  \/**\n   * Queries for an object in this collection.\n   * @param ref object for which to search\n   * @return an iterator over the results\n   *\/\n  def find[A <% DBObject](ref: A): CursorType = _newCursor(underlying.find(ref))\n\n  \/**\n   * Queries for an object in this collection.\n   *\n   * <p>\n   * An empty DBObject will match every document in the collection.\n   * Regardless of fields specified, the _id fields are always returned.\n   * <\/p>\n   * <p>\n   * An example that returns the \"x\" and \"_id\" fields for every document\n   * in the collection that has an \"x\" field:\n   * <\/p>\n   * <blockquote><pre>\n   * BasicDBObject keys = new BasicDBObject();\n   * keys.put(\"x\", 1);\n   *\n   * DBCursor cursor = collection.find(new BasicDBObject(), keys);\n   * <\/pre><\/blockquote>\n   *\n   * @param ref object for which to search\n   * @param keys fields to return\n   * @return a cursor to iterate over results\n   *\/\n  def find[A <% DBObject, B <% DBObject](ref: A, keys: B): CursorType = _newCursor(underlying.find(ref, keys))\n\n  \/**\n   * Finds an object.\n   * @param ref query used to search\n   * @param fields the fields of matching objects to return\n   * @param numToSkip will not return the first <tt>numToSkip<\/tt> matches\n   * @param batchSize if positive, is the # of objects per batch sent back from the db.  All objects that match will\n   *                  be returned.  if batchSize < 0, its a hard limit, and only 1 batch will either batchSize or\n   *                  the # that fit in a batch\n   * @return the objects, if found\n   *\/\n  @deprecated(\"Use `find().skip().batchSize()`.\", \"2.7\")\n  def find[A <% DBObject, B <% DBObject](ref: A, fields: B, numToSkip: Int, batchSize: Int): CursorType =\n    _newCursor(underlying.find(ref, fields).skip(numToSkip).batchSize(batchSize))\n\n  \/**\n   * Returns a single object from this collection.\n   * @return (Option[T]) Some() of the object found, or <code>None<\/code> if this collection is empty\n   *\/\n  def findOne(): Option[T] = _typedValue(underlying.findOne())\n\n  \/**\n   * Returns a single object from this collection matching the query.\n   *\n   * @param o           the query object\n   * @param fields      (optional) fields to return\n   * @param orderBy     (optional) a document whose fields specify the attributes on which to sort the result set.\n   * @param readPrefs   (optional)\n   * @param maxTime     (optional) the maximum duration that the server will allow this operation to execute before killing it\n   *\n   * @return            (Option[T]) Some() of the object found, or <code>None<\/code> if no such object exists\n   *\/\n  def findOne[A <% DBObject, B <% DBObject, C <% DBObject](o: A = MongoDBObject.empty,\n                                                           fields: B = MongoDBObject.empty,\n                                                           orderBy: C = MongoDBObject.empty,\n                                                           readPrefs: ReadPreference = getReadPreference,\n                                                           maxTime: Duration = Duration(0, MILLISECONDS)): Option[T] = {\n    val document = underlying.find(o, fields)\n      .sort(orderBy)\n      .setReadPreference(readPrefs)\n      .maxTime(maxTime.length, maxTime.unit)\n      .one()\n    _typedValue(document)\n  }\n\n  \/**\n   * Find an object by its ID.\n   * Finds an object by its id. This compares the passed in\n   * value to the _id field of the document.\n   *\n   * Returns a single object from this collection matching the query.\n   * @param id the id to match\n   * @return (Option[T]) Some() of the object found, or <code>None<\/code> if no such object exists\n   *\/\n  def findOneByID(id: AnyRef): Option[T] = _typedValue(underlying.findOne(id))\n\n  \/**\n   * Find an object by its ID.\n   * Finds an object by its id. This compares the passed in\n   * value to the _id field of the document.\n   *\n   * Returns a single object from this collection matching the query.\n   *\n   * @param id the id to match\n   * @param fields fields to return\n   * @return (Option[T]) Some() of the object found, or <code>None<\/code> if no such object exists\n   *\/\n  def findOneByID[B <% DBObject](id: AnyRef, fields: B): Option[T] =\n    _typedValue(underlying.findOne(id, fields))\n\n  \/**\n   * Finds the first document in the query (sorted) and updates it.\n   * If remove is specified it will be removed. If new is specified then the updated\n   * document will be returned, otherwise the old document is returned (or it would be lost forever).\n   * You can also specify the fields to return in the document, optionally.\n   *\n   * @param query query to match\n   * @param update update to apply\n   *\n   * @return (Option[T]) of the the found document (before, or after the update)\n   *\/\n  def findAndModify[A <% DBObject, B <% DBObject](query: A, update: B): Option[T] =\n    _typedValue(underlying.findAndModify(query, update))\n\n  \/**\n   * Finds the first document in the query (sorted) and updates it.\n   *\n   * @param query query to match\n   * @param sort sort to apply before picking first document\n   * @param update update to apply\n   *\n   * @return the old document\n   *\/\n  def findAndModify[A <% DBObject, B <% DBObject, C <% DBObject](query: A, sort: B, update: C): Option[T] =\n    _typedValue(underlying.findAndModify(query, sort, update))\n\n  \/**\n   * Finds the first document in the query and updates it.\n   *\n   * @param query query to match\n   * @param fields fields to be returned\n   * @param sort sort to apply before picking first document\n   * @param remove if true, document found will be removed\n   * @param update update to apply\n   * @param returnNew if true, the updated document is returned, otherwise the old document is returned (or it would be lost forever)\n   * @param upsert do upsert (insert if document not present)\n   *\n   * @return the old document\n   *\/\n  def findAndModify[A <% DBObject, B <% DBObject, C <% DBObject, D <% DBObject](query: A, fields: B, sort: C,\n                                                                                remove: Boolean, update: D,\n                                                                                returnNew: Boolean, upsert: Boolean): Option[T] =\n    _typedValue(underlying.findAndModify(query, fields, sort, remove, update, returnNew, upsert))\n\n  \/**\n   * Finds the first document in the query and updates it.\n   *\n   * @param query       query to match\n   * @param fields      fields to be returned\n   * @param sort        sort to apply before picking first document\n   * @param remove      if true, document found will be removed\n   * @param update      update to apply\n   * @param returnNew   if true, the updated document is returned, otherwise the old document is returned (or it would be lost forever)\n   * @param upsert      do upsert (insert if document not present)\n   * @param maxTime the maximum duration that the server will allow this operation to execute before killing it\n   *\n   * @return the old document\n   *\/\n  def findAndModify[A <% DBObject, B <% DBObject, C <% DBObject, D <% DBObject](query: A, fields: B, sort: C,\n                                                                                remove: Boolean, update: D,\n                                                                                returnNew: Boolean, upsert: Boolean,\n                                                                                maxTime: Duration): Option[T] =\n    _typedValue(underlying.findAndModify(query, fields, sort, remove, update, returnNew, upsert,\n      maxTime.length, maxTime.unit))\n\n  \/**\n   * Finds the first document in the query and removes it.\n   * @return the removed document\n   *\/\n  def findAndRemove[A <% DBObject](query: A): Option[T] =\n    _typedValue(underlying.findAndRemove(query))\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/update\/remove\n   *\n   * If you have set a connection or DB level WriteConcern,\n   * it will be inherited.\n   *\n   * @throws MongoException()\n   *\/\n  def request(op: this.type => WriteResult) {\n    op(this).getLastError.throwOnError()\n  }\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/update\/remove\n   *\n   * @throws MongoException()\n   *\/\n  def request(w: Int, wTimeout: Int = 0, fsync: Boolean = false)(op: this.type => WriteResult) {\n    this.writeConcern = WriteConcern(w, wTimeout, fsync)\n    op(this).getLastError.throwOnError()\n  }\n\n  \/**\n   * write concern aware write op block.\n   *\n   * Checks getLastError after the last write.\n   * If  you run multiple ops you'll only get the final\n   * error.\n   *\n   * Your op function gets a copy of this MongoDB instance.\n   *\n   * This is for write ops only - you cannot return data from it.\n   *\n   * Your function must return WriteResult, which is the\n   * return type of any mongo write operation like insert\/save\/update\/remove\n   *\n   * @throws MongoException()\n   *\/\n  def request(writeConcern: WriteConcern)(op: this.type => WriteResult) {\n    this.writeConcern = writeConcern\n    op(this).getLastError.throwOnError()\n  }\n\n  \/**\n   * Find a collection that is prefixed with this collection's name.\n   * A typical use of this might be\n   * <blockquote><pre>\n   * DBCollection users = mongo.getCollection( \"wiki\" ).getCollection( \"users\" );\n   * <\/pre><\/blockquote>\n   * Which is equilalent to\n   * <pre><blockquote>\n   * DBCollection users = mongo.getCollection( \"wiki.users\" );\n   * <\/pre><\/blockquote>\n   * @param n the name of the collection to find\n   * @return the matching collection\n   *\n   *         TODO - Make this support type construction\n   *\/\n  def getCollection(n: String): MongoCollection = underlying.getCollection(n).asScala\n\n  \/**\n   * Find a collection that is prefixed with this collection's name.\n   * A typical use of this might be\n   * <blockquote><pre>\n   * DBCollection users = mongo.getCollection( \"wiki\" ).getCollection( \"users\" );\n   * <\/pre><\/blockquote>\n   * Which is equilalent to\n   * <pre><blockquote>\n   * DBCollection users = mongo.getCollection( \"wiki.users\" );\n   * <\/pre><\/blockquote>\n   * @param n the name of the collection to find\n   * @return the matching collection\n   *\n   *         TODO - Make this support type construction\n   *\/\n  def collection(n: String): MongoCollection = underlying.getCollection(n).asScala\n\n  \/**\n   * Returns the number of documents in the collection\n   * that match the specified query\n   *\n   * @param query          specifies the selection criteria\n   * @param fields         this is ignored\n   * @param limit          limit the count to this value\n   * @param skip           number of documents to skip\n   * @param readPrefs      The [ReadPreference] to be used for this operation\n   * @param maxTime    the maximum duration that the server will allow this operation to execute before killing it\n   *\n   * @return the number of documents that matches selection criteria\n   *\/\n  def getCount[A <% DBObject, B <% DBObject](query: A = MongoDBObject.empty, fields: B = MongoDBObject.empty,\n                                             limit: Long = 0, skip: Long = 0,\n                                             readPrefs: ReadPreference = getReadPreference,\n                                             maxTime: Duration = Duration(0, MILLISECONDS)): Int = {\n    underlying.find(query, fields)\n      .skip(skip.toInt)\n      .limit(limit.toInt)\n      .setReadPreference(readPrefs)\n      .maxTime(maxTime.length, maxTime.unit)\n      .count()\n  }\n\n  \/**\n   * Returns the database this collection is a member of.\n   * @return this collection's database\n   *\/\n  def getDB: MongoDB = underlying.getDB.asScala\n\n  \/**\n   * Returns the full name of this collection, with the database name as a prefix.\n   * @return  the name of this collection\n   *\/\n  def getFullName: String = underlying.getFullName\n\n  \/**\n   * Returns the full name of this collection, with the database name as a prefix.\n   * @return  the name of this collection\n   *\/\n  def fullName: String = getFullName\n\n  \/**\n   * Return a list of the indexes for this collection.  Each object\n   * in the list is the \"info document\" from MongoDB\n   *\n   * @return list of index documents\n   *\/\n  def getIndexInfo: mutable.Buffer[DBObject] = underlying.getIndexInfo.asScala\n\n  \/**\n   * Return a list of the indexes for this collection.  Each object\n   * in the list is the \"info document\" from MongoDB\n   *\n   * @return list of index documents\n   *\/\n  def indexInfo: mutable.Buffer[DBObject] = getIndexInfo\n\n  def getName: String = underlying.getName\n\n  def name: String = getName\n\n  \/**\n   * Gets the default class for objects in the collection\n   * @return the class\n   *\/\n  def getObjectClass: Class[_] = underlying.getObjectClass\n\n  \/**\n   * Gets the default class for objects in the collection\n   * @return the class\n   *\/\n  def objectClass: Class[_] = getObjectClass\n\n  \/**\n   * setObjectClass\n   *\n   * Set a subtype of DBObject which will be used\n   * to deserialize documents returned from MongoDB.\n   *\n   * This method will return a new <code>MongoTypedCollection[A]<\/code>\n   * which you should capture if you want explicit casting.\n   * Else, this collection will instantiate instances of A but cast them to\n   * the current <code>T<\/code> (DBObject if you have a generic collection)\n   *\n   * @param  c (Class[A])\n   * @tparam A A Subtype of DBObject\n   *\n   *           TODO - Ensure proper subtype return\n   *\/\n  def setObjectClass[A <: DBObject : Manifest](c: Class[A]): MongoGenericTypedCollection[A] = {\n    underlying.setObjectClass(c)\n    new MongoGenericTypedCollection[A](underlying = self.underlying)\n  }\n\n  \/**\n   * setObjectClass\n   *\n   * Set a subtype of DBObject which will be used\n   * to deserialize documents returned from MongoDB.\n   *\n   * This method will return a new <code>MongoTypedCollection[A]<\/code>\n   * which you should capture if you want explicit casting.\n   * Else, this collection will instantiate instances of A but cast them to\n   * the current <code>T<\/code> (DBObject if you have a generic collection)\n   *\n   * @param  c (Class[A])\n   * @tparam A A Subtype of DBObject\n   *\n   *\/\n  def objectClass_=[A <: DBObject : Manifest](c: Class[A]): MongoGenericTypedCollection[A] = setObjectClass(c)\n\n  def stats: CommandResult = getStats\n\n  def getStats: CommandResult = underlying.getStats\n\n  \/\/ scalastyle:off null\n  \/**\n   * Applies a group operation\n   *\n   * @param key the key to group <code>{ a : true }<\/code>\n   * @param cond optional condition on query\n   * @param reduce javascript reduce function\n   * @param initial initial value for first match on a key\n   * @param finalize An optional function that can operate on the result(s) of the reduce function.\n   * @param readPrefs ReadPreferences for this command\n   * @return The results of the group\n   *\/\n  def group[A <% DBObject, B <% DBObject, C <% DBObject](key: A, cond: B, initial: C,\n                                                         reduce: String, finalize: String = null,\n                                                         readPrefs: ReadPreference = getReadPreference): Iterable[T] = {\n    underlying.group(key, cond, initial, reduce, finalize, readPrefs).map(_._2.asInstanceOf[T])\n  }\n\n  \/\/ scalastyle:on null\n\n  \/**\n   * Saves document(s) to the database.\n   * if doc doesn't have an _id, one will be added\n   * you can get the _id that was added from doc after the insert\n   *\n   * @param doc  array of documents (<% DBObject) to save\n   * @param concern the WriteConcern for the insert\n   *\/\n  def insert[A](doc: A, concern: com.mongodb.WriteConcern)(implicit dbObjView: A => DBObject): WriteResult =\n    insert(doc)(dbObjView, concern = concern)\n\n  \/**\n   * Saves document(s) to the database.\n   * if doc doesn't have an _id, one will be added\n   * you can get the _id that was added from doc after the insert\n   *\n   * @param docs  array of documents (<% DBObject) to save\n   *              TODO - Wrapper for WriteResult?\n   *\/\n  def insert[A](docs: A*)(implicit dbObjView: A => DBObject, concern: com.mongodb.WriteConcern = writeConcern,\n                          encoder: DBEncoder = customEncoderFactory.map(_.create).orNull): WriteResult = {\n    val b = new scala.collection.mutable.ArrayBuilder.ofRef[DBObject]\n    b.sizeHint(docs.size)\n    for (x <- docs) b += dbObjView(x)\n    underlying.insert(b.result(), concern, encoder)\n  }\n\n  def isCapped: Boolean = underlying.isCapped\n\n  \/**\n   * performs an aggregation operation\n   *\n   * @param pipeline the aggregation pipeline\n   *\n   * @return The aggregation operation's result set\n   * @deprecated @see aggregate(List[DBObject]) instead\n   *\/\n  @deprecated(\"Use aggregate(List(DBObject) instead\", \"2.7\")\n  def aggregate(pipeline: DBObject*): AggregationOutput =\n    underlying.aggregate(pipeline.toList.asJava).asScala\n\n  \/**\n   * performs an aggregation operation\n   *\n   * @param pipeline the aggregation pipeline\n   *\n   * @return The aggregation operation's result set\n   *\n   *\/\n  def aggregate[A <% DBObject](pipeline: Iterable[A]): AggregationOutput =\n    underlying.aggregate(pipeline.map(_.asInstanceOf[DBObject]).toList.asJava).asScala\n\n  \/**\n   * performs an aggregation operation\n   *\n   * @param pipeline the aggregation pipeline\n   * @param options the aggregation options\n   *\n   * @return The aggregation operation's result set\n   *\n   *\/\n  def aggregate[A <% DBObject](pipeline: Iterable[A], options: AggregationOptions): Cursor =\n    aggregate(pipeline, options, getReadPreference)\n\n  \/**\n   * performs an aggregation operation\n   *\n   * @param pipeline the aggregation pipeline\n   * @param readPreference The readPreference for the aggregation\n   *\n   * @return The aggregation operation's result set\n   *\n   *\/\n  def aggregate[A <% DBObject](pipeline: Iterable[A], readPreference: ReadPreference): AggregationOutput =\n    underlying.aggregate(pipeline.map(_.asInstanceOf[DBObject]).toList.asJava, readPreference).asScala\n\n  \/**\n   * performs an aggregation operation\n   *\n   * @param pipeline the aggregation pipeline\n   * @param options the aggregation options\n   * @param readPreference The readPreference for the aggregation\n   *\n   * @return The aggregation operation's result set\n   *\n   *\/\n  def aggregate[A <% DBObject](pipeline: Iterable[A], options: AggregationOptions, readPreference: ReadPreference): Cursor =\n    underlying.aggregate(pipeline.map(_.asInstanceOf[DBObject]).toList.asJava, options, readPreference).asScala\n\n  \/**\n   * Return the explain plan for the aggregation pipeline.\n   *\n   * @param pipeline the aggregation pipeline to explain\n   * @param options the options to apply to the aggregation\n   * @return the command result.  The explain output may change from release to\n   *         release, so best to simply log this.\n   *\/\n  def explainAggregate[A <% DBObject](pipeline: Iterable[A], options: AggregationOptions): mutable.Map[String, AnyRef] =\n    underlying.explainAggregate(pipeline.map(_.asInstanceOf[DBObject]).toList.asJava, options).asScala\n\n  \/**\n   * Return a list of cursors over the collection that can be used to scan it in parallel.\n   *\n   * '''Note:''' As of MongoDB 2.6, this method will work against a mongod, but not a mongos.\n   *\n   * @param options the parallel scan options\n   * @return a list of cursors, whose size may be less than the number requested\n   * @since 2.7\n   *\/\n  def parallelScan(options: ParallelScanOptions): mutable.Buffer[Cursor] = {\n    val builder = JavaParallelScanOptions.builder()\n    builder.numCursors(options.numCursors)\n    builder.batchSize(options.batchSize)\n    builder.readPreference(options.readPreference.getOrElse(getReadPreference))\n\n    underlying.parallelScan(builder.build()).asScala.map(_.asScala)\n  }\n\n  \/**\n   * Creates a builder for an ordered bulk operation.  Write requests included in the bulk operations will be executed in order,\n   * and will halt on the first failure.\n   *\n   * @return the builder\n   *\n   * @since 2.7\n   *\/\n  def initializeOrderedBulkOperation: BulkWriteOperation = BulkWriteOperation(underlying.initializeOrderedBulkOperation())\n\n  \/**\n   * Creates a builder for an unordered bulk operation. Write requests included in the bulk operation will be executed in an undefined\n   * order, and all requests will be executed even if some fail.\n   *\n   * @return the builder\n   *\n   * @since 2.7\n   *\/\n  def initializeUnorderedBulkOperation: BulkWriteOperation = BulkWriteOperation(underlying.initializeUnorderedBulkOperation())\n\n  \/\/ scalastyle:off parameter.number\n  \/**\n   * mapReduce execute a mapReduce against this collection.\n   *\n   * @param mapFunction       the map function (JSFunction is just a type alias for String)\n   * @param reduceFunction    the reduce function (JSFunction is just a type alias for String)\n   * @param output            the location of the result of the map-reduce operation, defaults to inline.\n   *                          You can output to a collection, output to a collection with an action, or output inline.\n   * @param query             (optional) the selection criteria for the documents input to the map function.\n   * @param sort              (optional) the input documents, useful for optimization.\n   * @param limit             (optional) the maximum number of documents to return from the collection before map reduce\n   * @param finalizeFunction  (optional) the finalize function (JSFunction is just a type alias for String)\n   * @param jsScope           (optional) global variables that are accessible in the map, reduce and finalize functions\n   * @param verbose           (optional) include the timing information in the result information\n   * @param maxTime       (optional) the maximum duration that the server will allow this operation to execute before killing it\n   *\/\n  def mapReduce(mapFunction: JSFunction,\n                reduceFunction: JSFunction,\n                output: MapReduceOutputTarget,\n                query: Option[DBObject] = None,\n                sort: Option[DBObject] = None,\n                limit: Option[Int] = None,\n                finalizeFunction: Option[JSFunction] = None,\n                jsScope: Option[DBObject] = None,\n                verbose: Boolean = false,\n                maxTime: Option[Duration] = None): MapReduceResult = {\n    val cmd = MapReduceCommand(name, mapFunction, reduceFunction, output, query, sort, limit,\n      finalizeFunction, jsScope, verbose, maxTime)\n    mapReduce(cmd)\n  }\n\n  \/\/ scalastyle:on parameter.number\n\n  \/**\n   * mapReduce execute a mapReduce against this collection.\n   *\n   * Throws a MongoExecutionTimeoutException if exceeds max duration limit otherwise returns a MapReduceResult\n   *\n   * @param cmd the MapReduceCommand\n   *\/\n  def mapReduce(cmd: MapReduceCommand): MapReduceResult = {\n    val result = getDB.command(cmd.toDBObject)\n\n    \/\/ Normally we catch MapReduce Errors and return them into a MapReduceResult\n    \/\/ However, we we now preserve a MongoExecutionTimeoutException to keep in line with other methods\n    try {\n      result.throwOnError()\n    } catch {\n      case e: MongoExecutionTimeoutException => throw e\n      case t: Throwable => true\n    }\n    MapReduceResult(result)\n  }\n\n  \/**\n   * Removes objects from the database collection.\n   * @param o the object that documents to be removed must match\n   * @param concern WriteConcern for this operation\n   *                TODO - Wrapper for WriteResult?\n   *\/\n  def remove[A](o: A, concern: com.mongodb.WriteConcern = getWriteConcern)(implicit dbObjView: A => DBObject,\n                                                                           encoder: DBEncoder = customEncoderFactory.map(_.create).orNull): WriteResult =\n    underlying.remove(dbObjView(o), concern, encoder)\n\n  \/**\n   * Clears all indices that have not yet been applied to this collection. *\/\n  def resetIndexCache(): Unit = underlying.resetIndexCache()\n\n  \/**\n   * Saves an object to this collection.\n   * @param o the <code>DBObject<\/code> to save\n   *          will add <code>_id<\/code> field to o if needed\n   *          TODO - Wrapper for WriteResult?\n   *\/\n  def save[A](o: A, concern: com.mongodb.WriteConcern = getWriteConcern)(implicit dbObjView: A => DBObject): WriteResult =\n    underlying.save(dbObjView(o), concern)\n\n\n  \/**\n   * Set hint fields for this collection.\n   * @param docs a list of <code>DBObject<\/code>s to be used as hints\n   *\/\n  def setHintFields[A <% DBObject](docs: List[A]) {\n    val b = List.newBuilder[DBObject]\n    for (x <- docs) b += x\n    underlying.setHintFields(b.result().asJava)\n  }\n\n  \/**\n   * Set hint fields for this collection.\n   * @param docs a list of <code>DBObject<\/code>s to be used as hints\n   *\/\n  def hintFields_=[A <% DBObject](docs: List[A]): Unit = setHintFields(docs)\n\n  def setInternalClass(path: String, c: Class[_]): Unit = underlying.setInternalClass(path, c)\n\n  def internalClass_=(path: String, c: Class[_]): Unit = setInternalClass(path, c)\n\n  override def toString: String = underlying.toString\n\n  \/**\n   * Performs an update operation.\n   * @param q search query for old object to update\n   * @param o object with which to update <tt>q<\/tt>\n   *\/\n  def update[A, B](q: A, o: B, upsert: Boolean = false, multi: Boolean = false,\n                   concern: com.mongodb.WriteConcern = this.writeConcern)(implicit queryView: A => DBObject,\n                                                                          objView: B => DBObject,\n                                                                          encoder: DBEncoder = customEncoderFactory.map(_.create).orNull): WriteResult =\n    underlying.update(queryView(q), objView(o), upsert, multi, concern, encoder)\n\n\n  \/**\n   * Perform a multi update\n   * @param q search query for old object to update\n   * @param o object with which to update <tt>q<\/tt>\n   *\/\n  @deprecated(\"In the face of default arguments this is a bit silly. Please use `update(multi=True)`.\", \"2.3.0\")\n  def updateMulti[A <% DBObject, B <% DBObject](q: A, o: B): WriteResult = underlying.updateMulti(q, o)\n\n  override def hashCode(): Int = underlying.hashCode\n\n  \/**\n   * Checks if this collection is equal to another object.\n   * @param obj object with which to compare this collection\n   * @return if the two collections are the same object\n   *\/\n  override def equals(obj: Any): Boolean = obj match {\n    case other: MongoCollectionBase => underlying.equals(other.underlying)\n    case _ => false\n  }\n\n  def count[A <% DBObject, B <% DBObject](query: A = MongoDBObject.empty, fields: B = MongoDBObject.empty,\n                                          limit: Long = 0, skip: Long = 0, readPrefs: ReadPreference = getReadPreference,\n                                          maxTime: Duration = Duration(0, MILLISECONDS)): Int =\n    getCount(query, fields, limit, skip, readPrefs, maxTime)\n\n  \/**\n   * Gets the the error (if there is one) from the previous operation.  The result of\n   * this command will look like\n   *\n   * <pre>\n   * { \"err\" :  errorMessage  , \"ok\" : 1.0 }\n   * <\/pre>\n   *\n   * The value for errorMessage will be null if no error occurred, or a description otherwise.\n   *\n   * Care must be taken to ensure that calls to getLastError go to the same connection as that\n   * of the previous operation. See com.mongodb.Mongo.requestStart for more information.\n   *\n   * @return DBObject with error and status information\n   *\/\n  def getLastError(): CommandResult = getDB.getLastError() \/* calls the db *\/\n\n  def lastError(): CommandResult = getLastError()\n\n  def getLastError(concern: WriteConcern): CommandResult =\n    getDB.getLastError(concern)\n\n  def lastError(concern: WriteConcern): CommandResult =\n    getLastError(concern)\n\n  def getLastError(w: Int, wTimeout: Int, fsync: Boolean): CommandResult =\n    getDB.getLastError(w, wTimeout, fsync)\n\n  def lastError(w: Int, wTimeout: Int, fsync: Boolean): CommandResult =\n    getLastError(w, wTimeout, fsync)\n\n  \/\/ scalastyle:off method.name\n  \/**\n   * Save an object to the Collection\n   *\n   * @param x object to save to the collection\n   *\/\n  def +=[A <% DBObject](x: A): WriteResult = save(x)\n\n  \/**\n   * Remove a matching object from the collection\n   *\n   * @param x object to remove from the collection\n   *\/\n  def -=[A <% DBObject](x: A): WriteResult = remove(x)\n\n  \/\/ scalastyle:on method.name\n\n  \/**\n   *\n   * Set the write concern for this database.\n   * Will be used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @param concern (WriteConcern) The write concern to use\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def setWriteConcern(concern: WriteConcern): Unit = underlying.setWriteConcern(concern)\n\n  \/**\n   *\n   * Set the write concern for this database.\n   * Will be used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @param concern (WriteConcern) The write concern to use\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def writeConcern_=(concern: WriteConcern): Unit = setWriteConcern(concern)\n\n  \/**\n   *\n   * get the write concern for this database,\n   * which is used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def getWriteConcern: WriteConcern = underlying.getWriteConcern\n\n  \/**\n   *\n   * get the write concern for this database,\n   * which is used for writes to any collection in this database.\n   * See the documentation for [[com.mongodb.WriteConcern]] for more info.\n   *\n   * @see WriteConcern\n   * @see http:\/\/www.thebuzzmedia.com\/mongodb-single-server-data-durability-guide\/\n   *\/\n  def writeConcern: WriteConcern = getWriteConcern\n\n  \/**\n   * Sets the read preference for this collection. Will be used as default for\n   * reads from any collection in this collection. See the\n   * documentation for [[com.mongodb.casbah.ReadPreference]] for more information.\n   *\n   * @param pref Read Preference to use\n   *\/\n  def readPreference_=(pref: ReadPreference): Unit = setReadPreference(pref)\n\n  \/**\n   * Sets the read preference for this collection. Will be used as default for\n   * reads from any collection in this collection. See the\n   * documentation for [[com.mongodb.casbah.ReadPreference]] for more information.\n   *\n   * @param pref Read Preference to use\n   *\/\n  def setReadPreference(pref: ReadPreference): Unit = underlying.setReadPreference(pref)\n\n  \/**\n   * Gets the read preference for this collection. Will be used as default for\n   * reads from any collection in this collection. See the\n   * documentation for [[com.mongodb.casbah.ReadPreference]] for more information.\n   *\/\n  def readPreference: ReadPreference = getReadPreference\n\n  \/**\n   * Gets the read preference for this collection. Will be used as default for\n   * reads from any collection in this collection. See the\n   * documentation for [[com.mongodb.casbah.ReadPreference]] for more information.\n   *\/\n  def getReadPreference: ReadPreference = underlying.getReadPreference\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def addOption(option: Int): Unit = underlying.addOption(option)\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def resetOptions(): Unit = underlying.resetOptions() \/\/ use parens because this side-effects\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def getOptions: Int = underlying.getOptions\n\n  \/**\n   * Manipulate Network Options\n   *\n   * @see com.mongodb.Mongo\n   * @see com.mongodb.Bytes\n   *\/\n  def options: Int = getOptions\n\n  \/**\n   * Sets queries to be OK to run on slave nodes.\n   *\/\n  @deprecated(\"Replaced with `ReadPreference.SECONDARY`\", \"2.3.0\")\n  def slaveOk(): Unit = underlying.slaveOk() \/\/ use parens because this side-effects\n\n  \/**\n   * does a rename of this collection to newName\n   * As per the Java API this returns a *NEW* Collection,\n   * and the old collection is probably no good anymore.\n   *\n   * This collection *WILL NOT* mutate --- the instance will\n   * still point at a now nonexistant collection with the old name\n   * ... You must capture the return value for the new instance.\n   *\n   * @param newName new collection name (not a full namespace)\n   * @return the new collection\n   *\/\n  def rename(newName: String): MongoCollection =\n    new MongoCollection(self.underlying.rename(newName))\n\n  \/**\n   *\n   * does a rename of this collection to newName\n   * As per the Java API this returns a *NEW* Collection,\n   * and the old collection is probably no good anymore.\n   *\n   * This collection *WILL NOT* mutate --- the instance will\n   * still point at a now nonexistant collection with the old name\n   * ... You must capture the return value for the new instance.\n   *\n   * @param newName new collection name (not a full namespace)\n   * @param dropTarget if a collection with the new name exists, whether or not to drop it\n   * @return the new collection\n   *\/\n  def rename(newName: String, dropTarget: Boolean): MongoCollection =\n    new MongoCollection(self.underlying.rename(newName, dropTarget))\n\n  \/\/ scalastyle:off method.name\n  \/**\n   * _newCursor\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of the correct cursor implementation from a\n   * Java cursor.  Good with cursor calls that return a new cursor.\n   * Should figure out the right type to return based on typing setup.\n   *\n   * @param  cursor (DBCursor)\n   * @return (MongoCursorBase)\n   *\/\n  def _newCursor(cursor: DBCursor): CursorType\n\n  \/**\n   * _newInstance\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of THIS concrete implementation from a\n   * Java collection.  Good with calls that return a new collection.\n   *\n   * @param  collection (DBCollection)\n   * @return (this.type)\n   *\/\n  def _newInstance(collection: DBCollection): MongoCollectionBase\n\n  protected def _typedValue(dbObj: DBObject): Option[T] = Option(dbObj.asInstanceOf[T])\n\n  \/\/ scalastyle:on method.name\n}\n\n\/**\n * Concrete collection implementation expecting standard DBObject operation\n * This is the version of MongoCollectionBase you should expect to use in most cases.\n *\n * @version 2.0, 12\/23\/10\n * @since 1.0\n *\n *\/\nclass MongoCollection(val underlying: DBCollection) extends MongoCollectionBase with Iterable[DBObject] {\n\n  type T = DBObject\n  type CursorType = MongoCursor\n\n  \/\/ scalastyle:off method.name\n  \/**\n   * _newCursor\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of the correct cursor implementation from a\n   * Java cursor.  Good with cursor calls that return a new cursor.\n   * Should figure out the right type to return based on typing setup.\n   *\n   * @param  cursor (DBCursor)\n   * @return (MongoCursorBase)\n   *\/\n  def _newCursor(cursor: DBCursor): MongoCursor = new MongoCursor(cursor)\n\n  \/**\n   * _newInstance\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of THIS concrete implementation from a\n   * Java collection.  Good with calls that return a new collection.\n   *\n   * @param  collection (DBCollection)\n   * @return (this.type)\n   *\/\n  def _newInstance(collection: DBCollection): MongoCollection = new MongoCollection(collection)\n\n  override protected def _typedValue(dbObj: DBObject): Option[DBObject] = Option(dbObj)\n\n  \/\/ scalastyle:on method.name\n\n  override def head: T = headOption.get\n\n  override def headOption: Option[T] = findOne()\n\n  override def tail: Iterable[DBObject] = find().skip(1).toIterable\n\n  override def iterator: CursorType = find()\n\n  override def size: Int = count()\n\n  override def toString(): String = name\n\n}\n\n\/**\n * Concrete collection implementation for typed Cursor operations via Collection.setObjectClass et al\n * This is a special case collection for typed operations\n *\n * @version 2.0, 12\/23\/10\n * @since 1.0\n *\n *\/\ntrait MongoTypedCollection extends MongoCollectionBase {}\n\nclass MongoGenericTypedCollection[A <: DBObject](val underlying: DBCollection) extends MongoTypedCollection {\n  type T = A\n  type CursorType = MongoGenericTypedCursor[A]\n\n  \/\/ scalastyle:off method.name\n  \/**\n   * _newCursor\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of the correct cursor implementation from a\n   * Java cursor.  Good with cursor calls that return a new cursor.\n   * Should figure out the right type to return based on typing setup.\n   *\n   * @param  cursor (DBCursor)\n   * @return (MongoCollectionBase)\n   *\/\n  def _newCursor(cursor: DBCursor): MongoGenericTypedCursor[T] = new MongoGenericTypedCursor[T](cursor)\n\n  \/**\n   * _newInstance\n   *\n   * Utility method which concrete subclasses\n   * are expected to implement for creating a new\n   * instance of THIS concrete implementation from a\n   * Java collection.  Good with calls that return a new collection.\n   *\n   * @param  collection (DBCollection)\n   * @return (this.type)\n   *\/\n  def _newInstance(collection: DBCollection): MongoGenericTypedCollection[T] =\n    new MongoGenericTypedCollection[T](collection)\n\n  \/\/ scalastyle:on method.name\n}\n\n\/**\n * Helper object for some static methods\n *\/\nobject MongoCollection extends Logging {\n\n  \/**\n   * generateIndexName\n   *\n   * Generate an index name from the set of fields it is over\n   *\n   * @param  keys (A) The names of the fields used in this index\n   * @return a String containing the new name, represented from the index' fields\n   * @tparam A A View of DBObject\n   *\/\n  @deprecated(\"This method is NOT a part of public API and will be dropped in 2.8\", \"2.7\")\n  def generateIndexName[A <% DBObject](keys: A): String = DBCollection.genIndexName(keys)\n\n}\n"}
{"repo_name":"smola\/casbah","path":"project\/Publish.scala","text":"import sbt._\nimport sbt.Keys._\nimport sbt.Project.Initialize\n\nobject Publish {\n\n  lazy val settings = Seq(\n    crossPaths := false,\n    pomExtra := casbahPomExtra,\n    publishTo <<= sonatypePublishTo,\n    credentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\"),\n    pomIncludeRepository := { x => false },\n    publishMavenStyle := true,\n    publishArtifact in Test := false\n  )\n\n  def sonatypePublishTo: Initialize[Option[Resolver]] = {\n    version { v: String =>\n      val nexus = \"https:\/\/oss.sonatype.org\/\"\n      if (v.trim.endsWith(\"SNAPSHOT\"))\n        Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n      else\n        Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    }\n  }\n\n  def casbahPomExtra = {\n    (<url>http:\/\/github.com\/mongodb\/casbah<\/url>\n    <licenses>\n      <license>\n        <name>Apache 2<\/name>\n        <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html<\/url>\n        <distribution>repo<\/distribution>\n      <\/license>\n    <\/licenses>\n    <scm>\n      <url>git<EMAIL>:mongodb\/casbah.git<\/url>\n      <connection>scm:git:git@github.com:mongodb\/casbah.git<\/connection>\n    <\/scm>\n    <developers>\n      <developer>\n           <id>ross<\/id>\n           <name><NAME><\/name>\n           <url>http:\/\/rosslawley.co.uk<\/url>\n      <\/developer>\n      <developer>\n          <id>brendan<\/id>\n          <name><NAME><\/name>\n          <url>http:\/\/blog.evilmonkeylabs.net<\/url>\n      <\/developer>\n    <\/developers>)\n  }\n\n}"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/test\/scala\/CoreWrappersSpec.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.core\n\nimport scala.util.Random\n\nimport com.mongodb.casbah.Imports._\nimport scala.collection.mutable\nimport com.mongodb.casbah.Cursor\n\n\nclass CoreWrappersSpec extends CasbahDBTestSpecification {\n\n  \"Casbah behavior between Scala and Java versions of Objects\" should {\n\n    lazy val javaConn = new com.mongodb.MongoClient() \/\/ Java connection\n\n    \"provide working .asScala methods on the Java version of the objects\" in {\n\n      \"Connection objects\" in {\n\n        val scalaConn = javaConn.asScala\n        scalaConn.underlying must beEqualTo(javaConn)\n      }\n\n      val javaDb = javaConn.getDB(\"test\")\n\n      \"DB objects\" in {\n\n        val scalaDb = javaDb.asScala\n\n        scalaDb.underlying must beEqualTo(javaDb)\n      }\n\n      val javaCollection = javaDb.getCollection(\"test\")\n\n      \"Collection objects\" in {\n\n        val scalaCollection = javaCollection.asScala\n\n\n        scalaCollection.underlying must beEqualTo(javaCollection)\n      }\n    }\n\n    \"be directly instantiable, with working apply methods\" in {\n      lazy val conn: MongoClient = MongoClient()\n      lazy val db: MongoDB = conn(\"casbahTest\")\n      lazy val coll: MongoCollection = database(\"collection.in\")\n\n      \"MongoClient\" in {\n        \"direct instantiation\" in {\n          conn.underlying must haveClass[com.mongodb.MongoClient]\n        }\n\n        \"the apply method works\" in {\n          database.underlying must haveSuperclass[com.mongodb.DB]\n\n        }\n      }\n\n      \"MongoDB\" in {\n        \"has a working apply method\" in {\n          coll.underlying must beAnInstanceOf[com.mongodb.DBCollection]\n        }\n      }\n\n    }\n\n    \"allow indexes to work as expected\" in {\n      collection.drop()\n\n      collection.insert(MongoDBObject(\"foo\" -> \"bar\"))\n      collection.indexInfo.length must beEqualTo(1)\n\n      collection.ensureIndex(MongoDBObject(\"uid\" -> 1), \"user_index\", unique = true)\n      collection.indexInfo.length must beEqualTo(2)\n\n      collection.indexInfo(1)(\"key\") == MongoDBObject(\"uid\" -> 1)\n    }\n\n    \"check query failure exception\" in {\n      collection.drop()\n\n      collection += MongoDBObject(\"loc\" -> List(0, 0))\n      val near = \"loc\" $near(0, 0)\n      collection.findOne(near) must throwAn[MongoException]\n    }\n\n    \"Renaming a collection successfully tracks the rename in MongoCollection\" in {\n      database(\"collection\").drop()\n      val coll = database(\"collectoin\")\n      coll.drop()\n      coll.insert(MongoDBObject(\"foo\" -> \"bar\"))\n      coll must beAnInstanceOf[com.mongodb.casbah.MongoCollection]\n      coll.name must beEqualTo(\"collectoin\")\n\n      val newColl = coll.rename(\"collection\")\n      newColl must beAnInstanceOf[com.mongodb.casbah.MongoCollection]\n      newColl.name must beEqualTo(\"collection\")\n\n      \/\/ no mutability in the old collection\n      coll.name must beEqualTo(\"collectoin\")\n      \/\/ collection should be gone so rename fails\n      newColl.rename(\"collection\") must throwA[MongoException]\n\n    }\n  }\n\n  \"findOne operations\" should {\n\n    \"Not fail as reported by <NAME> in CASBAH-11\" in {\n      collection.drop()\n\n      collection.insert(MongoDBObject(\"foo\" -> \"bar\"))\n      val basicFind = collection.find(MongoDBObject(\"foo\" -> \"bar\"))\n\n      basicFind.size must beEqualTo(1)\n\n      val findOne = collection.findOne()\n\n      findOne must beSome\n\n      val findOneMatch = collection.findOne(MongoDBObject(\"foo\" -> \"bar\"))\n\n      findOneMatch must beSome\n\n    }\n  }\n\n  \"Cursor Operations\" should {\n\n    \"load some test data first\" in {\n      collection.drop()\n      for (i <- 1 to 100)\n        collection += MongoDBObject(\"foo\" -> \"bar\", \"x\" -> Random.nextDouble())\n      success\n    }\n\n    \"Behave in chains\" in {\n\n      val cur = collection.find(MongoDBObject(\"foo\" -> \"bar\")) skip 5\n      cur must beAnInstanceOf[MongoCursor]\n\n      val cur2 = collection.find(MongoDBObject(\"foo\" -> \"bar\")) limit 25 skip 12\n      cur2 must beAnInstanceOf[MongoCursor]\n\n    }\n  }\n\n  \"Distinct operations\" should {\n\n    \"load some test data first\" in {\n      collection.drop()\n      for (i <- 1 to 99)\n        collection += MongoDBObject(\"_id\" -> i, \"x\" -> i % 10)\n      success\n    }\n\n    \"except just a key\" in {\n      val l = collection.distinct(\"x\")\n      l.size must beEqualTo(10)\n    }\n\n    \"except key and query\" in {\n      val l = collection.distinct(\"x\", \"_id\" $gt 95)\n      l.size must beEqualTo(4)\n    }\n\n    \"except key and readPref\" in {\n      val l = collection.distinct(\"x\", readPrefs = ReadPreference.Primary)\n      l.size must beEqualTo(10)\n    }\n\n    \"except key, query and readPref\" in {\n      val l = collection.distinct(\"x\", \"_id\" $gt 95, ReadPreference.Primary)\n      l.size must beEqualTo(4)\n    }\n\n  }\n\n  \"Aggregation operations\" should {\n\n    \"load some test data first\" in {\n      collection.drop()\n      for (i <- 1 to 99)\n        collection += MongoDBObject(\"_id\" -> i, \"score\" -> i % 10)\n      success\n    }\n    \"except just a single op\" in {\n      val cursor: AggregationOutput = collection.aggregate(MongoDBObject(\"$match\" -> (\"score\" $gte 7)))\n      cursor.results.size must beEqualTo(30)\n    }\n\n    \"except multiple ops\" in {\n      val cursor: AggregationOutput = collection.aggregate(\n        MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n        MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1))\n      )\n      cursor.results.size must beEqualTo(30)\n    }\n\n    \"except list of ops\" in {\n      val cursor: AggregationOutput = collection.aggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1)))\n      )\n      cursor.results.size must beEqualTo(30)\n    }\n\n    \"return a cursor when options are supplied\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.6\")\n      val aggregationOptions = AggregationOptions(allowDiskUse=true, outputMode=AggregationOptions.CURSOR)\n      val cursor: CommandCursor = collection.aggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1))),\n        aggregationOptions\n      )\n      cursor.toList.size must beEqualTo(30)\n    }\n\n    \"test allowDiskUse isn't included by default\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.6\")\n      val profileCollection = database(\"system.profile\")\n      val profileLevel = database.command(MongoDBObject(\"profile\" -> -1)).as[Int](\"was\")\n      database.command(MongoDBObject(\"profile\" -> 0))\n      profileCollection.drop()\n      database.command(MongoDBObject(\"profile\" -> 2))\n\n      collection.aggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7))),\n        AggregationOptions(outputMode=AggregationOptions.CURSOR)\n      )\n      val profile = profileCollection.findOne().get.as[MongoDBObject](\"command\")\n      database.command(MongoDBObject(\"profile\" -> profileLevel))\n      profile.contains(\"allowDiskUse\") must beFalse\n    }\n\n    \"test allowDiskUse is included if set\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.6\")\n      val profileCollection = database(\"system.profile\")\n      val profileLevel = database.command(MongoDBObject(\"profile\" -> -1)).as[Int](\"was\")\n      database.command(MongoDBObject(\"profile\" -> 0))\n      profileCollection.drop()\n      database.command(MongoDBObject(\"profile\" -> 2))\n\n      collection.aggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7))),\n        AggregationOptions(allowDiskUse=true, outputMode=AggregationOptions.CURSOR)\n      )\n      val profile = profileCollection.findOne().get.as[MongoDBObject](\"command\")\n      database.command(MongoDBObject(\"profile\" -> profileLevel))\n      profile.contains(\"allowDiskUse\") must beTrue\n    }\n\n    \"test explainAggregate\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.6\")\n      val aggregationOptions = AggregationOptions(AggregationOptions.CURSOR)\n      val explaination = collection.explainAggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1))),\n        aggregationOptions\n      )\n      explaination(\"ok\") must beEqualTo(1.0)\n      explaination.keys must contain(\"stages\")\n    }\n\n    \"return a cursor when options are supplied even if inline\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n      val aggregationOptions = AggregationOptions(AggregationOptions.INLINE)\n\n      val cursor: CommandCursor = collection.aggregate(\n        List(MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1))),\n        aggregationOptions\n      )\n\n      cursor.size must beEqualTo(30)\n    }\n\n    \"handle $out in multiple ops\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n\n      val outCollection = database(\"outCollection\")\n      outCollection.drop()\n\n      val cursor: AggregationOutput = collection.aggregate(\n        MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n        MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1)),\n        MongoDBObject(\"$out\" -> outCollection.name)\n      )\n      cursor.results.iterator.hasNext must beFalse\n      outCollection.count() must beEqualTo(30)\n    }\n\n    \"handle $out in list of ops\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n\n      val outCollection = database(\"outCollection\")\n      outCollection.drop()\n\n      val cursor: AggregationOutput = collection.aggregate(List(\n        MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n        MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1)),\n        MongoDBObject(\"$out\" -> outCollection.name)\n      ))\n      cursor.results.iterator.hasNext must beFalse\n      outCollection.count() must beEqualTo(30)\n    }\n\n    \"handle $out with options INLINE\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n\n      val outCollection = database(\"outCollection\")\n      outCollection.drop()\n\n      val aggregationOptions = AggregationOptions(AggregationOptions.INLINE)\n      val cursor: CommandCursor = collection.aggregate(\n        List(\n          MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1)),\n          MongoDBObject(\"$out\" -> outCollection.name)\n        ),\n        aggregationOptions\n      )\n      cursor.size must beEqualTo(30)\n      outCollection.count() must beEqualTo(30)\n    }\n\n    \"handle $out with options CURSOR\" in {\n      serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n\n      lazy val outCollection = database(\"outCollection\")\n      outCollection.drop()\n\n      val aggregationOptions = AggregationOptions(AggregationOptions.CURSOR)\n      val cursor: CommandCursor = collection.aggregate(\n        List(\n          MongoDBObject(\"$match\" -> (\"score\" $gte 7)),\n          MongoDBObject(\"$project\" -> MongoDBObject(\"score\" -> 1)),\n          MongoDBObject(\"$out\" -> outCollection.name)\n        ),\n        aggregationOptions\n      )\n      cursor.size must beEqualTo(30)\n      outCollection.count() must beEqualTo(30)\n    }\n  }\n\n    \"Collection\" should {\n\n      \"support parallel scan\" in {\n        serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n        isSharded must beFalse.orSkip(\"Currently doesn't work with mongos\")\n\n        collection.drop()\n\n        val ids = (1 to 2000 by 1).toSet\n        for(i <- ids) collection += MongoDBObject(\"_id\" -> i)\n\n        val numCursors = 10\n        val cursors: mutable.Buffer[Cursor] = collection.parallelScan(ParallelScanOptions(numCursors, 1000))\n        cursors.size must beLessThanOrEqualTo(numCursors)\n\n        var cursorIds = Set[Int]()\n        for (cursor <- cursors) {\n          while (cursor.hasNext) {\n            cursorIds += cursor.next().get(\"_id\").asInstanceOf[Int]\n          }\n        }\n        cursorIds must beEqualTo(ids)\n    }\n  }\n\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-query\/src\/test\/scala\/BarewordOperatorsSpec.scala","text":"<reponame>smola\/casbah<gh_stars>0\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.query\n\nimport com.mongodb.casbah.commons.test.CasbahMutableSpecification\nimport com.mongodb.casbah.query.Imports._\n\n\n@SuppressWarnings(Array(\"deprecation\"))\nclass BarewordOperatorsSpec extends CasbahMutableSpecification {\n\n  \"Casbah's DSL $set Operator\" should {\n    \"Accept one or many pairs of values\" in {\n      \"A single pair\" in {\n        val set = $set(\"foo\" -> \"bar\")\n        set must haveEntry(\"$set.foo\" -> \"bar\")\n      }\n      \"Multiple pairs\" in {\n        val set = $set(\"foo\" -> \"bar\", \"x\" -> 5.2, \"y\" -> 9, \"a\" ->(\"b\", \"c\", \"d\", \"e\"))\n        set must haveEntry(\"$set.foo\" -> \"bar\")\n        set must haveEntry(\"$set.x\" -> 5.2)\n        set must haveEntry(\"$set.y\" -> 9)\n        set must haveEntry(\"$set.a\" ->(\"b\", \"c\", \"d\", \"e\"))\n      }\n    }\n  }\n\n  \"Casbah's DSL $setOnInsert Operator\" should {\n    \"Accept one or many pairs of values\" in {\n      \"A single pair\" in {\n        val set = $setOnInsert(\"foo\" -> \"bar\")\n        set must haveEntry(\"$setOnInsert.foo\" -> \"bar\")\n      }\n      \"Multiple pairs\" in {\n        val set = $setOnInsert(\"foo\" -> \"bar\", \"x\" -> 5.2, \"y\" -> 9, \"a\" ->(\"b\", \"c\", \"d\", \"e\"))\n        set must haveEntry(\"$setOnInsert.foo\" -> \"bar\")\n        set must haveEntry(\"$setOnInsert.x\" -> 5.2)\n        set must haveEntry(\"$setOnInsert.y\" -> 9)\n        set must haveEntry(\"$setOnInsert.a\" ->(\"b\", \"c\", \"d\", \"e\"))\n      }\n    }\n  }\n\n  \"Casbah's DSL $unset Operator\" should {\n    \"Accept one or many values\" in {\n      \"A single item\" in {\n        val unset = $unset(\"foo\")\n        unset must haveEntry(\"$unset.foo\" -> 1)\n      }\n      \"Multiple items\" in {\n        val unset = $unset(\"foo\", \"bar\", \"x\", \"y\")\n        unset must haveEntry(\"$unset.foo\" -> 1)\n        unset must haveEntry(\"$unset.bar\" -> 1)\n        unset must haveEntry(\"$unset.x\" -> 1)\n        unset must haveEntry(\"$unset.y\" -> 1)\n      }\n    }\n  }\n\n  \"Casbah's DSL $inc Operator\" should {\n    \"Accept one or many sets of values\" in {\n      \"A single set\" in {\n        val inc = $inc(\"foo\" -> 5.0)\n        inc must haveEntry(\"$inc.foo\" -> 5.0)\n      }\n      \"Multiple sets\" in {\n        val inc = $inc(\"foo\" -> 5.0, \"bar\" -> -1.2)\n        inc must haveEntry(\"$inc.foo\" -> 5.0)\n        inc must haveEntry(\"$inc.bar\" -> -1.2)\n      }\n    }\n  }\n\n  \"Casbah's DSL $or Operator\" should {\n    \"Accept multiple values\" in {\n      val or = $or(\"foo\" -> \"bar\", \"x\" -> \"y\")\n      or must haveListEntry(\"$or\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"x\" -> \"y\")))\n    }\n    \"Accept a mix\" in {\n      val or = $or {\n        \"foo\" -> \"bar\" :: (\"foo\" $gt 5 $lt 10)\n      }\n      or must haveListEntry(\"$or\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"foo\" -> MongoDBObject(\"$gt\" -> 5, \"$lt\" -> 10))))\n    }\n    \"Work with nested operators\" in {\n      \"As a simple list (comma separated)\" in {\n        val or = $or(\"foo\" $lt 5 $gt 1, \"x\" $gte 10 $lte 152)\n        or must haveListEntry(\"$or\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n      \"As a cons (::  constructed) cell\" in {\n        val or = $or((\"foo\" $lt 5 $gt 1) :: (\"x\" $gte 10 $lte 152))\n        or must haveListEntry(\"$or\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n    }\n  }\n\n  \"Casbah's DSL $and Operator\" should {\n    \"Accept multiple values\" in {\n      val and = $and(\"foo\" -> \"bar\", \"x\" -> \"y\")\n      and must haveListEntry(\"$and\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"x\" -> \"y\")))\n    }\n    \"Accept a mix\" in {\n      val and = $and {\n        \"foo\" -> \"bar\" :: (\"foo\" $gt 5 $lt 10)\n      }\n      and must haveListEntry(\"$and\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"foo\" -> MongoDBObject(\"$gt\" -> 5, \"$lt\" -> 10))))\n    }\n    \"Work with nested operators\" in {\n      \"As a simple list (comma separated)\" in {\n        val and = $and(\"foo\" $lt 5 $gt 1, \"x\" $gte 10 $lte 152)\n        and must haveListEntry(\"$and\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n      \"As a cons (::  constructed) cell\" in {\n        val and = $and((\"foo\" $lt 5 $gt 1) :: (\"x\" $gte 10 $lte 152))\n        and must haveListEntry(\"$and\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n    }\n  }\n\n  \"Casbah's DSL $rename Operator\" should {\n    \"Accept one or many sets of renames\" in {\n      \"A single set\" in {\n        val rename = $rename(\"foo\" -> \"bar\")\n        rename must haveEntry(\"$rename.foo\" -> \"bar\")\n      }\n      \"Multiple sets\" in {\n        val rename = $rename(\"foo\" -> \"bar\", \"x\" -> \"y\")\n        rename must haveEntry(\"$rename.foo\" -> \"bar\")\n        rename must haveEntry(\"$rename.x\" -> \"y\")\n      }\n    }\n  }\n\n  \"Casbah's $text operator\" should {\n    \"Accept just a searchTerm\" in {\n      val textSearch = $text(\"hello\")\n      textSearch must beEqualTo(\n        MongoDBObject(\"$text\" -> MongoDBObject(\"$search\" -> \"hello\"))\n      )\n    }\n    \"Chain searchTerm and language\" in {\n      val textSearch = $text(\"hola\") $language \"spanish\"\n        textSearch must beEqualTo(\n        MongoDBObject(\"$text\" -> MongoDBObject(\"$search\" -> \"hola\", \"$language\" -> \"spanish\"))\n      )\n    }\n  }\n\n  \"Casbah's DSL Array operators\" should {\n    \"$push\" in {\n      \"Accept a single value\" in {\n        val push = $push(\"foo\" -> \"bar\")\n        push must haveEntry(\"$push.foo\" -> \"bar\")\n      }\n      \"Accept multiple values\" in {\n        val push = $push(\"foo\" -> \"bar\", \"x\" -> 5.2)\n        push must haveEntry(\"$push.foo\" -> \"bar\")\n        push must haveEntry(\"$push.x\" -> 5.2)\n      }\n      \"Accept $each\" in {\n        val push = $push(\"foo\") $each(\"x\", \"y\", \"foo\", \"bar\", \"baz\")\n        push must haveListEntry(\"$push.foo.$each\", Seq(\"x\", \"y\", \"foo\", \"bar\", \"baz\"))\n      }\n    }\n    \"$pushAll\" in {\n      \"Accept a single value list\" in {\n        val push = $pushAll(\"foo\" ->(\"bar\", \"baz\", \"x\", \"y\"))\n        push must haveListEntry(\"$pushAll.foo\", List(\"bar\", \"baz\", \"x\", \"y\"))\n      }\n\n      \"Handle iterable types\" in {\n        val tuple = $pushAll(\"seq\" ->(4, 5, 6))\n        val seq = $pushAll(\"seq\" -> Seq(4, 5, 6))\n        val list = $pushAll(\"seq\" -> List(4, 5, 6))\n        val array = $pushAll(\"seq\" -> Array(4, 5, 6))\n\n        tuple must beEqualTo(seq)\n        seq must beEqualTo(list)\n        list must beEqualTo(array)\n      }\n\n      \"Accept multiple value lists\" in {\n        val push = $pushAll(\"foo\" ->(\"bar\", \"baz\", \"x\", \"y\"), \"n\" ->(5, 10, 12, 238))\n        push must haveListEntry(\"$pushAll.foo\", List(\"bar\", \"baz\", \"x\", \"y\"))\n        push must haveListEntry(\"$pushAll.n\", List(5, 10, 12, 238))\n      }\n\n      \"Handle multiple iterable types\" in {\n        val tuple = $pushAll(\"1\" ->(4, 5, 6), \"2\" ->(7, 8, 9))\n        val seq = $pushAll(\"1\" -> Seq(4, 5, 6), \"2\" -> Seq(7, 8, 9))\n        val list = $pushAll(\"1\" -> List(4, 5, 6), \"2\" -> List(7, 8, 9))\n        val array = $pushAll(\"1\" -> Array(4, 5, 6), \"2\" -> Array(7, 8, 9))\n\n        tuple must beEqualTo(seq)\n        seq must beEqualTo(list)\n        list must beEqualTo(array)\n      }\n    }\n\n    \"$addToSet\" in {\n      \"Accept a single value\" in {\n        val addToSet = $addToSet(\"foo\" -> \"bar\")\n        addToSet must haveEntry(\"$addToSet.foo\" -> \"bar\")\n      }\n      \"Accept multiple values\" in {\n        val addToSet = $addToSet(\"foo\" -> \"bar\", \"x\" -> 5.2)\n        addToSet must haveEntry(\"$addToSet.foo\" -> \"bar\")\n        addToSet must haveEntry(\"$addToSet.x\" -> 5.2)\n      }\n      \"Function with the $each operator for multi-value updates\" in {\n        val addToSet = $addToSet(\"foo\") $each(\"x\", \"y\", \"foo\", \"bar\", \"baz\")\n        addToSet must haveListEntry(\"$addToSet.foo.$each\", Seq(\"x\", \"y\", \"foo\", \"bar\", \"baz\"))\n      }\n    }\n\n    \"$bit\" in {\n      \"Accept a single value\" in {\n        \"For 'and'\" in {\n          val bit = $bit(\"foo\") and 5\n          bit must haveEntry(\"$bit.foo.and\" -> 5)\n        }\n        \"For 'or'\" in {\n          val bit = $bit(\"foo\") or 5\n          bit must haveEntry(\"$bit.foo.or\" -> 5)\n        }\n      }\n    }\n\n    \"$where\" should {\n      \"be a top level operator\" in {\n        val where = $where(\"function () { this.foo }\")\n        where must haveField(\"$where\")\n      }\n    }\n\n    \"$pop\" in {\n      \"Accept a single value\" in {\n        val pop = $pop(\"foo\" -> 1)\n        pop must haveEntry(\"$pop.foo\" -> 1)\n      }\n      \"Accept multiple values\" in {\n        val pop = $pop(\"foo\" -> 1, \"x\" -> -1)\n        pop must haveEntry(\"$pop.foo\" -> 1)\n        pop must haveEntry(\"$pop.x\" -> -1)\n      }\n    }\n    \"$pull\" in {\n      \"Accept a single value\" in {\n        val pull = $pull(\"foo\" -> \"bar\")\n        pull must haveEntry(\"$pull.foo\" -> \"bar\")\n      }\n      \"Allow Value Test Operators\" in {\n        \"A simple $gt test\" in {\n          \/\/ Syntax oddity due to compiler confusion\n          val pull = $pull {\n            \"foo\" $gt 5\n          }\n          pull must haveEntry(\"$pull.foo.$gt\" -> 5)\n        }\n        \"A deeper chain test\" in {\n          \/\/ Syntax oddity due to compiler confusion\n          val pull = $pull {\n            \"foo\" $gt 5 $lte 52\n          }\n          pull must haveEntry(\"$pull.foo.$gt\" -> 5)\n          pull must haveEntry(\"$pull.foo.$lte\" -> 52)\n        }\n      }\n      \"Accept multiple values\" in {\n        val pull = $pull(\"foo\" -> \"bar\", \"x\" -> 5.2)\n        pull must haveEntry(\"$pull.foo\" -> \"bar\")\n        pull must haveEntry(\"$pull.x\" -> 5.2)\n      }\n    }\n    \"$pullAll\" in {\n      \"Accept a single value list\" in {\n        val pull = $pullAll(\"foo\" ->(\"bar\", \"baz\", \"x\", \"y\"))\n        pull must haveEntry(\"$pullAll.foo\" -> Seq(\"bar\", \"baz\", \"x\", \"y\"))\n      }\n\n      \"Handle iterable types\" in {\n        val tuple = $pullAll(\"seq\" ->(4, 5, 6))\n        val seq = $pullAll(\"seq\" -> Seq(4, 5, 6))\n        val list = $pullAll(\"seq\" -> List(4, 5, 6))\n        val array = $pullAll(\"seq\" -> Array(4, 5, 6))\n\n        tuple must beEqualTo(seq)\n        seq must beEqualTo(list)\n        list must beEqualTo(array)\n      }\n\n      \"Accept multiple value lists\" in {\n        val pull = $pullAll(\"foo\" ->(\"bar\", \"baz\", \"x\", \"y\"), \"n\" ->(5, 10, 12, 238))\n        pull must haveEntry(\"$pullAll.foo\" -> Seq(\"bar\", \"baz\", \"x\", \"y\"))\n        pull must haveEntry(\"$pullAll.n\" -> Seq(5, 10, 12, 238))\n      }\n      \"Handle multiple iterable types\" in {\n        val tuple = $pullAll(\"1\" ->(4, 5, 6), \"2\" ->(7, 8, 9))\n        val seq = $pullAll(\"1\" -> Seq(4, 5, 6), \"2\" -> Seq(7, 8, 9))\n        val list = $pullAll(\"1\" -> List(4, 5, 6), \"2\" -> List(7, 8, 9))\n        val array = $pullAll(\"1\" -> Array(4, 5, 6), \"2\" -> Array(7, 8, 9))\n\n        tuple must beEqualTo(seq)\n        seq must beEqualTo(list)\n        list must beEqualTo(array)\n      }\n    }\n\n  }\n\n  \"Casbah's DSL $nor operator\" should {\n    \"Accept multiple values\" in {\n      val nor = $nor(\"foo\" -> \"bar\", \"x\" -> \"y\")\n      nor must haveListEntry(\"$nor\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"x\" -> \"y\")))\n    }\n    \"Accept a mix\" in {\n      val nor = $nor {\n        \"foo\" -> \"bar\" :: (\"foo\" $gt 5 $lt 10)\n      }\n      nor must haveListEntry(\"$nor\", Seq(MongoDBObject(\"foo\" -> \"bar\"), MongoDBObject(\"foo\" -> MongoDBObject(\"$gt\" -> 5, \"$lt\" -> 10))))\n    }\n    \"Work with nested operators\" in {\n      \"As a simple list (comma separated)\" in {\n        val nor = $nor(\"foo\" $lt 5 $gt 1, \"x\" $gte 10 $lte 152)\n        nor must haveListEntry(\"$nor\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n      \"As a cons (::  constructed) cell\" in {\n        val nor = $nor((\"foo\" $lt 5 $gt 1) :: (\"x\" $gte 10 $lte 152))\n        nor must haveListEntry(\"$nor\", Seq(MongoDBObject(\"foo\" -> MongoDBObject(\"$lt\" -> 5, \"$gt\" -> 1)),\n          MongoDBObject(\"x\" -> MongoDBObject(\"$gte\" -> 10, \"$lte\" -> 152))))\n      }\n    }\n  }\n}\n\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/Implicits.scala","text":"<gh_stars>0\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport scala.collection.JavaConverters._\nimport com.github.nscala_time.time.Imports._\n\n\/**\n * <code>Implicits<\/code> object to expose implicit conversions to implementing classes\n * which facilitate more Scala-like functionality in Mongo.\n *\n * For classes of <code>Mongo<\/code> (The connection class), <code>DB<\/code>, <code>DBCollection<\/code>,\n * and <code>DBCursor<\/code>, extension methods of asScala are added which will, when invoked,\n * return a Scala-ified wrapper class to replace the Java-driver class it was called on.\n *\n * These scala-ified wrappers do conversions to\/from Java datatypes where necessary and will always return\n * Scala types.\n *\n * Additionally, Collection and Cursors can be called with <code>asScalaTyped<\/code> and a type (either an\n * implicit or explicitly passed <code>Manifest<\/code> object is used to determine type) to return\n * a Type optimized version of themselves.  The type must be a subclass of DBObject, and it is up to YOU the\n * programmer to determine that your underlying collection can be deserialized to objects of type A.\n *\n * Type oriented Collections and Cursors will ALWAYS try to deserialize DBObjects to their type where appropriate\n * (exceptions are things like group and mapReduce which return non-standard data and will be DBObjects)\n *\n *\/\ntrait Implicits {\n  \/\/ scalastyle:off public.methods.have.type\n  \/**\n   * Implicit extension methods for Mongo's connection object.\n   * Capable of returning a Scala optimized wrapper object.\n   * @param conn A <code>Mongo<\/code> object to wrap\n   *\/\n  implicit def mongoConnAsScala(conn: com.mongodb.Mongo) = new {\n    \/**\n     * Return a type-neutral Scala Wrapper object for the Connection\n     * @return MongoConnection An instance of a scala wrapper containing the connection object\n     *\/\n    def asScala = new MongoConnection(conn)\n  }\n\n  \/**\n   * Implicit extension methods for Mongo's DB object.\n   * Capable of returning a Scala optimized wrapper object.\n   * @param db A <code>DB<\/code> object to wrap\n   *\/\n  implicit def mongoDBAsScala(db: com.mongodb.DB) = new {\n    \/**\n     * Return a type-neutral Scala Wrapper object for the DB\n     * @return MongoDB An instance of a scala wrapper containing the DB object\n     *\/\n    def asScala = new MongoDB(db)\n  }\n\n  \/**\n   * Implicit extension methods for Mongo's Collection object.\n   * Capable of returning a Scala optimized wrapper object.\n   * @param coll A <code>DBCollection<\/code> object to wrap\n   *\/\n  implicit def mongoCollAsScala(coll: com.mongodb.DBCollection) = new {\n    \/**\n     * Return a type-neutral Scala wrapper object for the DBCollection\n     * @return MongoCollection An instance of the scala wrapper containing the collection object.\n     *\/\n    def asScala: MongoCollection = new MongoCollection(coll)\n\n    \/**\n     * Return a GENERIC Scala wrapper object for the DBCollection specific to a given Parameter type.\n     * @return MongoCollection[A<:DBObject] An instance of the scala wrapper containing the collection object.\n     *\/\n    def asScalaTyped[A <: com.mongodb.DBObject](implicit m: scala.reflect.Manifest[A]): MongoGenericTypedCollection[A] =\n      new MongoGenericTypedCollection[A](coll)\n  }\n\n  \/**\n   * Implicit extension methods for Mongo's DBCursor object.\n   * Capable of returning a Scala optimized wrapper object.\n   * @param cursor A <code>DBCursor<\/code> object to wrap\n   *\/\n  implicit def mongoCursorAsScala(cursor: com.mongodb.DBCursor) = new {\n    \/**\n     * Return a type-neutral Scala wrapper object for the DBCursor\n     * @return MongoCursor An instance of the scala wrapper containing the cursor object.\n     *\/\n    def asScala: MongoCursor = new MongoCursor(cursor)\n\n    \/**\n     * Return a GENERIC Scala wrapper object for the DBCursor specific to a given Parameter type.\n     * @return MongoCursor[A<:DBObject] An instance of the scala wrapper containing the cursor object.\n     *\/\n    def asScalaTyped[A <: com.mongodb.DBObject : Manifest] = new MongoGenericTypedCursor[A](cursor)\n  }\n\n  \/**\n   * Implicit extension methods for Mongo's Aggregation MongoCursor object.\n   * Capable of returning a Scala optimized wrapper object.\n   * @param cursor A <code>Cursor<\/code> object to wrap\n   *\/\n  implicit def mongoCommandCursorAsScala(cursor: com.mongodb.Cursor) = new {\n    \/**\n     * Return a type-neutral Scala wrapper object for the MongoCursor\n     * @return Cursor An instance of the scala wrapper containing the cursor object.\n     *\/\n    def asScala: Cursor = Cursor(cursor)\n  }\n\n  implicit def stringAsNamedCollectionMROutput(name: String) = map_reduce.MapReduceStandardOutput(name)\n\n  implicit def aggregationOutputAsScala(output: com.mongodb.AggregationOutput) = new {\n    \/**\n     * Return a type-neutral Scala Wrapper object for the DB\n     * @return MongoDB An instance of a scala wrapper containing the DB object\n     *\/\n    def asScala = new AggregationOutput(output)\n  }\n  \/\/ scalastyle:on public.methods.have.type\n}\n\nobject Implicits extends Implicits with commons.Implicits with query.Implicits\n\nobject Imports extends Imports with commons.Imports with query.Imports with query.dsl.FluidQueryBarewordOps\n\nobject BaseImports extends BaseImports with commons.BaseImports with query.BaseImports\n\nobject TypeImports extends TypeImports with commons.TypeImports with query.TypeImports\n\ntrait Imports extends BaseImports with TypeImports with Implicits\n\ntrait BaseImports {\n  val MongoClient = com.mongodb.casbah.MongoClient\n  val MongoConnection = com.mongodb.casbah.MongoConnection\n  val MongoDBAddress = com.mongodb.casbah.MongoDBAddress\n  val MongoOptions = com.mongodb.casbah.MongoOptions\n  val MongoClientOptions = com.mongodb.casbah.MongoClientOptions\n  val MongoClientURI = com.mongodb.casbah.MongoClientURI\n  val MongoCredential = com.mongodb.casbah.MongoCredential\n  val ParallelScanOptions = com.mongodb.casbah.ParallelScanOptions\n  val AggregationOptions = com.mongodb.casbah.AggregationOptions\n  val AggregationOutput = com.mongodb.casbah.AggregationOutput\n  val Cursor = com.mongodb.casbah.Cursor\n  val WriteConcern = com.mongodb.casbah.WriteConcern\n  val ReadPreference = com.mongodb.casbah.ReadPreference\n  val MapReduceCommand = com.mongodb.casbah.map_reduce.MapReduceCommand\n  val MapReduceInlineOutput = com.mongodb.casbah.map_reduce.MapReduceInlineOutput\n  val MapReduceMergeOutput = com.mongodb.casbah.map_reduce.MapReduceMergeOutput\n  val MapReduceReduceOutput = com.mongodb.casbah.map_reduce.MapReduceReduceOutput\n}\n\ntrait TypeImports {\n  type MongoConnection = com.mongodb.casbah.MongoConnection\n  type MongoCollection = com.mongodb.casbah.MongoCollection\n  type MongoDB = com.mongodb.casbah.MongoDB\n  type MongoCursor = com.mongodb.casbah.MongoCursor\n  type MongoURI = com.mongodb.casbah.MongoURI\n  type MongoOptions = com.mongodb.MongoOptions\n  type MongoClient = com.mongodb.casbah.MongoClient\n  type MongoClientOptions = com.mongodb.MongoClientOptions\n  type MongoCredential = com.mongodb.MongoCredential\n  type MongoClientURI = com.mongodb.MongoClientURI\n  type BulkWriteOperation = com.mongodb.casbah.BulkWriteOperation\n  type BulkWriteResult = com.mongodb.casbah.BulkWriteResult\n  type BulkWriteException = com.mongodb.casbah.BulkWriteException\n  type AggregationOutput = com.mongodb.casbah.AggregationOutput\n  type CommandCursor = com.mongodb.casbah.Cursor\n  type AggregationOptions = com.mongodb.AggregationOptions\n  type WriteConcern = com.mongodb.WriteConcern\n  type WriteResult = com.mongodb.WriteResult\n  type MapReduceCommand = com.mongodb.casbah.map_reduce.MapReduceCommand\n  type MapReduceResult = com.mongodb.casbah.map_reduce.MapReduceResult\n  type MapReduceError = com.mongodb.casbah.map_reduce.MapReduceError\n  type MapReduceCollectionBasedResult = com.mongodb.casbah.map_reduce.MapReduceCollectionBasedResult\n  type MapReduceInlineResult = com.mongodb.casbah.map_reduce.MapReduceInlineResult\n  type MapReduceException = com.mongodb.casbah.map_reduce.MapReduceException\n  type MapReduceOutputTarget = com.mongodb.casbah.map_reduce.MapReduceOutputTarget\n  type MapReduceMergeOutput = com.mongodb.casbah.map_reduce.MapReduceMergeOutput\n  type MapReduceReduceOutput = com.mongodb.casbah.map_reduce.MapReduceReduceOutput\n  type DBAddress = com.mongodb.DBAddress\n  type ReadPreference = com.mongodb.ReadPreference\n  type ServerAddress = com.mongodb.ServerAddress\n  type DBEncoder = com.mongodb.DBEncoder\n  type DBDecoder = com.mongodb.DBDecoder\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-commons\/src\/main\/scala\/conversions\/ScalaConversions.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.commons\npackage conversions\npackage scala\n\nimport com.mongodb.casbah.commons.Imports._\nimport com.mongodb.casbah.commons.Logging\n\nimport org.bson.{BSON, Transformer}\n\nimport com.github.nscala_time.time.Imports._\n\n\/**\n * \" Register\" Object, calls the registration methods.\n *\n * By default does not include JodaDateTime as this may be undesired behavior.\n * If you want JodaDateTime support, please use the RegisterJodaTimeConversionHelpers Object\n *\n * @since 1.0\n * @see RegisterJodaTimeConversionHelpers\n *\/\nobject RegisterConversionHelpers extends Serializers\nwith Deserializers {\n  def apply() {\n    log.debug(\"Registering Scala Conversions.\")\n    super.register()\n  }\n}\n\n\/**\n * \"DeRegister\" Object, calls the unregistration methods.\n *\n * @since 1.0\n *\/\n@deprecated(\"Be VERY careful using this - it will remove ALL of Casbah's loaded BSON Encoding & Decoding hooks at \" +\n            \"runtime. If you need to clear Joda Time use DeregisterJodaTimeConversionHelpers.\", \"2.0\")\nobject DeregisterConversionHelpers extends Serializers\nwith Deserializers {\n  def apply() {\n    log.debug(\"Deregistering Scala Conversions.\")\n    \/\/ TODO - Figure out how to clear specific hooks as this clobbers everything.\n    log.warning(\"Clobbering Casbah's Registered BSON Type Hooks (EXCEPT Joda Time).  Reregister any specific ones you may need.\")\n    super.unregister()\n  }\n}\n\n\/**\n * Converters for reading Scala types from MongoDB\n *\n * These should be setup in a way which requires\n * an explicit invocation \/ registration of individual\n * deserializers, else unexpected behavior will occur.\n *\n * Because it's likely to be controversial, JodaDateTime is NOT mixed in by default.\n *\n * @since 1.0\n *\/\ntrait Deserializers extends MongoConversionHelper {\n  override def register() {\n    log.debug(\"Deserializers for Scala Conversions registering\")\n    super.register()\n  }\n\n  override def unregister() {\n    super.unregister()\n  }\n}\n\n\/**\n * Converters for saving Scala types to MongoDB\n *\n * For the most part these are 'safe' to enable automatically,\n * as they won't break existing code.\n * Be very careful with the deserializers however as they can come with\n * unexpected behavior.\n *\n * Because it's likely to be controversial, JodaDateTime is NOT mixed in by default.\n *\n * @since 1.0\n *\/\ntrait Serializers extends MongoConversionHelper\nwith ScalaRegexSerializer\nwith ScalaCollectionSerializer\nwith ScalaProductSerializer\nwith OptionSerializer {\n  override def register() {\n    log.debug(\"Serializers for Scala Conversions registering\")\n    super.register()\n  }\n\n  override def unregister() {\n    super.unregister()\n  }\n}\n\ntrait OptionSerializer extends MongoConversionHelper {\n  private val transformer = new Transformer {\n    log.trace(\"Encoding a Scala Option[].\")\n\n    \/\/ scalastyle:off null\n    def transform(o: AnyRef): AnyRef = o match {\n      case Some(x) => x.asInstanceOf[AnyRef]\n      case None => null\n      case _ => o\n    }\n    \/\/ scalastyle:on null\n\n  }\n\n  override def register() {\n    log.debug(\"Setting up OptionSerializer\")\n\n    BSON.addEncodingHook(classOf[_root_.scala.Option[_]], transformer)\n\n    super.register()\n  }\n}\n\nobject RegisterJodaTimeConversionHelpers extends JodaDateTimeHelpers {\n  def apply() {\n    log.debug(\"Registering  Joda Time Scala Conversions.\")\n    super.register()\n  }\n}\n\nobject DeregisterJodaTimeConversionHelpers extends JodaDateTimeHelpers {\n  def apply() {\n    log.debug(\"Unregistering Joda Time Scala Conversions.\")\n    super.unregister()\n  }\n}\n\ntrait JodaDateTimeHelpers extends JodaDateTimeSerializer with JodaDateTimeDeserializer\n\ntrait JodaDateTimeSerializer extends MongoConversionHelper {\n\n  private val encodeTypeDateTime = classOf[DateTime]\n  private val encodeTypeLocalDateTime = classOf[LocalDateTime]\n\n  \/** Encoding hook for MongoDB To be able to persist JodaDateTime DateTime to MongoDB *\/\n  private val transformer = new Transformer {\n    log.trace(\"Encoding a JodaDateTime DateTime.\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case d: DateTime => d.toDate \/\/ Return a JDK Date object which BSON can encode\n      case l: LocalDateTime => l.toDateTime.toDate\n      case _ => o\n    }\n\n  }\n\n  override def register() {\n    log.debug(\"Hooking up Joda DateTime serializer.\")\n\n    \/** Encoding hook for MongoDB To be able to persist JodaDateTime DateTime to MongoDB *\/\n    BSON.addEncodingHook(encodeTypeDateTime, transformer)\n    BSON.addEncodingHook(encodeTypeLocalDateTime, transformer)\n    super.register()\n  }\n\n  override def unregister() {\n    log.debug(\"De-registering Joda DateTime serializer.\")\n    BSON.removeEncodingHooks(encodeTypeDateTime)\n    BSON.removeEncodingHooks(encodeTypeLocalDateTime)\n    super.unregister()\n  }\n}\n\ntrait JodaDateTimeDeserializer extends MongoConversionHelper {\n\n  private val encodeType = classOf[java.util.Date]\n  private val transformer = new Transformer {\n    log.trace(\"Decoding JDK Dates .\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case jdkDate: java.util.Date => new DateTime(jdkDate)\n      case d: DateTime => d\n      case l: LocalDateTime => l.toDateTime\n      case _ => o\n    }\n  }\n\n  override def register() {\n    log.debug(\"Hooking up Joda DateTime deserializer\")\n\n    \/** Encoding hook for MongoDB To be able to read JodaDateTime DateTime from MongoDB's BSON Date *\/\n    BSON.addDecodingHook(encodeType, transformer)\n    super.register()\n  }\n\n  override def unregister() {\n    log.debug(\"De-registering Joda DateTime deserializer.\")\n    BSON.removeDecodingHooks(encodeType)\n    super.unregister()\n  }\n}\n\n\ntrait JodaLocalDateTimeHelpers extends JodaLocalDateTimeSerializer with JodaLocalDateTimeDeserializer\n\ntrait JodaLocalDateTimeSerializer extends MongoConversionHelper {\n\n  private val encodeTypeDateTime = classOf[DateTime]\n  private val encodeTypeLocalDateTime = classOf[LocalDateTime]\n\n  \/** Encoding hook for MongoDB To be able to persist JodaDateTime DateTime to MongoDB *\/\n  private val transformer = new Transformer {\n    log.trace(\"Encoding a JodaLocalDateTime DateTime.\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case d: DateTime => d.toLocalDateTime.toDate \/\/ Return a JDK Date object which BSON can encode\n      case l: LocalDateTime => l.toDate\n      case _ => o\n    }\n\n  }\n\n  override def register() {\n    log.debug(\"Hooking up Joda LocalDateTime serializer.\")\n\n    \/** Encoding hook for MongoDB To be able to persist JodaLocalDateTime DateTime to MongoDB *\/\n    BSON.addEncodingHook(encodeTypeDateTime, transformer)\n    BSON.addEncodingHook(encodeTypeLocalDateTime, transformer)\n    super.register()\n  }\n\n  override def unregister() {\n    log.debug(\"De-registering Joda LocalDateTime serializer.\")\n    BSON.removeEncodingHooks(encodeTypeDateTime)\n    BSON.removeEncodingHooks(encodeTypeLocalDateTime)\n    super.unregister()\n  }\n}\n\ntrait JodaLocalDateTimeDeserializer extends MongoConversionHelper {\n\n  private val encodeType = classOf[java.util.Date]\n  private val transformer = new Transformer {\n    log.trace(\"Decoding JDK Dates .\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case jdkDate: java.util.Date => new LocalDateTime(jdkDate)\n      case d: DateTime => d.toLocalDateTime\n      case l: LocalDateTime => l\n      case _ => o\n    }\n  }\n\n  override def register() {\n    log.debug(\"Hooking up Joda DateTime deserializer\")\n\n    \/** Encoding hook for MongoDB To be able to read JodaDateTime DateTime from MongoDB's BSON Date *\/\n    BSON.addDecodingHook(encodeType, transformer)\n    super.register()\n  }\n\n  override def unregister() {\n    log.debug(\"De-registering Joda DateTime deserializer.\")\n    BSON.removeDecodingHooks(encodeType)\n    super.unregister()\n  }\n}\n\ntrait ScalaRegexSerializer extends MongoConversionHelper {\n  private val transformer = new Transformer {\n    log.trace(\"Encoding a Scala RegEx.\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case sRE: _root_.scala.util.matching.Regex => sRE.pattern\n      case _ => o\n    }\n\n  }\n\n  override def register() {\n    log.debug(\"Setting up ScalaRegexSerializers\")\n\n    log.debug(\"Hooking up scala.util.matching.Regex serializer\")\n\n    \/** Encoding hook for MongoDB to translate a Scala Regex to a JAva Regex (which Mongo will understand) *\/\n    BSON.addEncodingHook(classOf[_root_.scala.util.matching.Regex], transformer)\n\n    super.register()\n  }\n}\n\nobject RegisterJodaLocalDateTimeConversionHelpers extends JodaLocalDateTimeHelpers {\n  def apply() {\n    log.debug(\"Registering  Joda Time Scala Conversions.\")\n    super.register()\n  }\n}\n\nobject DeregisterJodaLocalDateTimeConversionHelpers extends JodaLocalDateTimeHelpers {\n  def apply() {\n    log.debug(\"Unregistering Joda Time Scala Conversions.\")\n    super.unregister()\n  }\n}\n\n\/**\n * Implementation which is aware of the possible conversions in scalaj-collection and attempts to Leverage it...\n * Not all of these may be serializable by Mongo However... this is a first pass attempt at moving them to Java types\n *\/\ntrait ScalaCollectionSerializer extends MongoConversionHelper {\n\n  private val transformer = new Transformer {\n\n    import _root_.scala.collection.JavaConverters._\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case mdbo: MongoDBObject => mdbo.underlying \/\/ MongoDBObject is a custom Iterable\n      case mdbl: MongoDBList => mdbl.underlying \/\/ MongoDBList is a custom Iterable\n      case m: _root_.scala.collection.mutable.Map[_, _] => m.asJava  \/\/ Maps are Iterable but we need to keep them Map like\n      case m: _root_.scala.collection.Map[_, _] => m.asJava  \/\/ Maps are Iterable but we need to keep them Map like\n      case i: _root_.scala.collection.Iterable[_] => i.asJava\n      case i: _root_.scala.collection.Iterator[_] => i.asJava\n      case _ => o\n    }\n  }\n\n  override def register() {\n    log.debug(\"Setting up ScalaCollectionSerializer\")\n    BSON.addEncodingHook(classOf[_root_.scala.collection.Iterator[_]], transformer)\n    BSON.addEncodingHook(classOf[_root_.scala.collection.Iterable[_]], transformer)\n    super.register()\n  }\n}\n\n\ntrait ScalaProductSerializer extends MongoConversionHelper {\n\n  import _root_.scala.collection.JavaConverters._\n\n  private val transformer = new Transformer {\n    log.trace(\"Encoding a Scala Product.\")\n\n    def transform(o: AnyRef): AnyRef = o match {\n      case l: java.util.List[_] => l \/\/ Ignore converted Products that are wrapped java.util.Lists\n      case p: Product => p.productIterator.toList.asJava\n      case _ => o\n    }\n  }\n\n  override def register() {\n    log.debug(\"Setting up ScalaProductSerializer\")\n    BSON.addEncodingHook(classOf[Product], transformer)\n    super.register()\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-gridfs\/src\/main\/scala\/JodaGridFS.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\npackage gridfs\n\nimport java.io.{File, InputStream}\nimport com.mongodb.casbah.commons.beans.BeanInfo\n\nimport com.mongodb.gridfs.{GridFS => MongoGridFS, GridFSDBFile => MongoGridFSDBFile,\nGridFSFile => MongoGridFSFile, GridFSInputFile => MongoGridFSInputFile}\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.gridfs.Imports._\nimport com.mongodb.casbah.commons.Logging\nimport com.github.nscala_time.time.Imports.{DateTime, LocalDateTime}\n\n\n\/**\n * Companion object for GridFS.\n * Entry point for creation of GridFS Instances.\n *\n * @since 1.0\n *\/\nobject JodaGridFS extends Logging {\n\n  def apply(db: MongoDB): JodaGridFS = {\n    log.info(\"Creating a new JodaGridFS Entry against DB '%s', using default bucket ('%s')\", db.name, MongoGridFS.DEFAULT_BUCKET)\n    new JodaGridFS(new MongoGridFS(db.underlying))\n  }\n\n  def apply(db: MongoDB, bucket: String): JodaGridFS = {\n    log.info(\"Creating a new JodaGridFS Entry against DB '%s', using specific bucket ('%s')\", db.name, bucket)\n    new JodaGridFS(new MongoGridFS(db.underlying, bucket))\n  }\n\n}\n\n\nclass JodaGridFS protected[gridfs](val underlying: MongoGridFS) extends GenericGridFS with Iterable[JodaGridFSDBFile] {\n\n  type FileWriteOp = JodaGridFSInputFile => Unit\n\n  def iterator: Iterator[JodaGridFSDBFile] = new Iterator[JodaGridFSDBFile] {\n    val fileSet: MongoCursor = files\n\n    def count(): Int = fileSet.count\n\n    override def length: Int = fileSet.length\n\n    def numGetMores(): Int = fileSet.numGetMores\n\n    def numSeen(): Int = fileSet.numSeen\n\n    def curr: JodaGridFSDBFile = next()\n\n    def explain(): CursorExplanation = fileSet.explain\n\n    def next(): JodaGridFSDBFile = {\n      val gridfsfile = fileSet.next().asInstanceOf[GridFSDBFileSafeJoda]\n      gridfsfile.setGridFS(underlying)\n      new JodaGridFSDBFile(gridfsfile)\n    }\n\n    def hasNext: Boolean = fileSet.hasNext\n  }\n\n  \/**\n   * Create a new GridFS File from a scala.io.Source\n   *\n   * Uses a loan pattern, so you need to pass a curried function which expects a GridFSInputFile\n   * as a parameter.\n   * It AUTOMATICALLY saves the GridFS file at it's end, so throw an exception if you want to fail.\n   * If you don't want automatic saving\/loaning please see the createFile method instead.\n   * @see createFile\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def apply(data: scala.io.Source)(op: FileWriteOp): Nothing = withNewFile(data)(op)\n\n  \/**\n   * Create a new GridFS File from a Byte Array\n   *\n   * Uses a loan pattern, so you need to pass a curried function which expects a GridFSInputFile\n   * as a parameter.\n   * It AUTOMATICALLY saves the GridFS file at it's end, so throw an exception if you want to fail.\n   * If you don't want automatic saving\/loaning please see the createFile method instead.\n   * @see createFile\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def apply(data: Array[Byte])(op: FileWriteOp): Option[AnyRef] = withNewFile(data)(op)\n\n  \/**\n   * Create a new GridFS File from a java.io.File\n   *\n   * Uses a loan pattern, so you need to pass a curried function which expects a GridFSInputFile\n   * as a parameter.\n   * It AUTOMATICALLY saves the GridFS file at it's end, so throw an exception if you want to fail.\n   * If you don't want automatic saving\/loaning please see the createFile method instead.\n   * @see createFile\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def apply(f: File)(op: FileWriteOp): Option[AnyRef] = withNewFile(f)(op)\n\n  \/**\n   * Create a new GridFS File from a java.io.InputStream\n   *\n   * Uses a loan pattern, so you need to pass a curried function which expects a GridFSInputFile\n   * as a parameter.\n   * It AUTOMATICALLY saves the GridFS file at it's end, so throw an exception if you want to fail.\n   * If you don't want automatic saving\/loaning please see the createFile method instead.\n   * @see createFile\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def apply(in: InputStream)(op: FileWriteOp): Option[AnyRef] = withNewFile(in)(op)\n\n  \/**\n   * Create a new GridFS File from a java.io.InputStream and a specific filename\n   *\n   * Uses a loan pattern, so you need to pass a curried function which expects a GridFSInputFile\n   * as a parameter.\n   * It AUTOMATICALLY saves the GridFS file at it's end, so throw an exception if you want to fail.\n   * If you don't want automatic saving\/loaning please see the createFile method instead.\n   * @see createFile\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def apply(in: InputStream, filename: String)(op: FileWriteOp): Option[AnyRef] = withNewFile(in, filename)(op)\n\n  \/**\n   * createFile\n   *\n   * Creates a new file in GridFS\n   *\n   * TODO - Should the curried versions give the option to not automatically save?\n   *\/\n  def createFile(data: scala.io.Source): JodaGridFSInputFile = throw new UnsupportedOperationException(\"Currently no support for scala.io.Source\")\n\n  def createFile(data: Array[Byte]): JodaGridFSInputFile = underlying.createFile(data)\n\n  def createFile(f: File): JodaGridFSInputFile = underlying.createFile(f)\n\n  def createFile(in: InputStream): JodaGridFSInputFile = underlying.createFile(in)\n\n  def createFile(in: InputStream, filename: String): JodaGridFSInputFile = underlying.createFile(in, filename)\n\n  def withNewFile(data: scala.io.Source)(op: FileWriteOp): Nothing = throw new UnsupportedOperationException(\"Currently no support for scala.io.Source\")\n\n  \/**\n   * Loan pattern style file creation.\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def withNewFile(data: Array[Byte])(op: FileWriteOp): Option[AnyRef] =\n    loan(createFile(data)) {\n      fh =>\n        op(fh)\n        fh.save()\n        fh.validate()\n        Option(fh.id)\n    }\n\n  \/**\n   * Loan pattern style file creation.\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def withNewFile(f: File)(op: FileWriteOp): Option[AnyRef] =\n    loan(createFile(f)) {\n      fh =>\n        op(fh)\n        fh.save()\n        fh.validate()\n        Option(fh.id)\n    }\n\n  \/**\n   * Loan pattern style file creation.\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def withNewFile(in: InputStream)(op: FileWriteOp): Option[AnyRef] =\n    loan(createFile(in)) {\n      fh =>\n        op(fh)\n        fh.save()\n        fh.validate()\n        Option(fh.id)\n    }\n\n  \/**\n   * Loan pattern style file creation.\n   * @return The ID of the created File (Option[AnyRef])\n   *\/\n  def withNewFile(in: InputStream, filename: String)(op: FileWriteOp): Option[AnyRef] =\n    loan(createFile(in, filename)) {\n      fh =>\n        op(fh)\n        fh.save()\n        fh.validate()\n        Option(fh.id)\n  }\n\n  def findOne[A <% DBObject](query: A): Option[JodaGridFSDBFile] = {\n    filesCollection.findOne(query) match {\n      case None => None\n      case x => {\n        val gridfsFile = x.get\n        gridfsFile.setGridFS(underlying)\n        Some(new JodaGridFSDBFile(gridfsFile))\n      }\n    }\n  }\n\n  def findOne(id: ObjectId): Option[JodaGridFSDBFile] = findOne(MongoDBObject(\"_id\" -> id))\n\n  def findOne(filename: String): Option[JodaGridFSDBFile] = findOne(MongoDBObject(\"filename\" -> filename))\n\n\n}\n\n@BeanInfo\nclass JodaGridFSDBFile(_underlying: MongoGridFSDBFile) extends GenericGridFSDBFile(_underlying) with ConvertToDateTime\n\n@BeanInfo\nclass JodaGridFSFile(_underlying: MongoGridFSFile) extends GenericGridFSFile(_underlying) with ConvertToDateTime\n\n@BeanInfo\nclass JodaGridFSInputFile(_underlying: MongoGridFSInputFile) extends GenericGridFSInputFile(_underlying) with ConvertToDateTime\n\ntrait ConvertToDateTime {\n  type DateType = DateTime\n\n  def convertDate(in: AnyRef): DateType = in match {\n    case d: java.util.Date => new DateTime(d)\n    case j: DateTime => j\n    case l: LocalDateTime => l.toDateTime\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/test\/scala\/BulkWriteOperationSpec.scala","text":"<filename>casbah-core\/src\/test\/scala\/BulkWriteOperationSpec.scala<gh_stars>0\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.core\n\nimport scala.collection.mutable\n\nimport java.lang.UnsupportedOperationException\n\nimport com.mongodb.BulkWriteUpsert\n\nimport com.mongodb.casbah.Imports._\n\n\n@SuppressWarnings(Array(\"deprecation\"))\nclass BulkWriteOperationSpec extends CasbahDBTestSpecification {\n\n  def initializeBulkOperation(ordered: Boolean): BulkWriteOperation = {\n    ordered match {\n      case true => collection.initializeOrderedBulkOperation\n      case false => collection.initializeUnorderedBulkOperation\n    }\n  }\n\n  Seq(true, false) foreach {\n    ordered =>\n      val builderName = {\n        ordered match {\n          case true => \"OrderedBulkOperation\"\n          case false => \"UnorderedBulkOperation\"\n        }\n      }\n\n      \"The \" + builderName should {\n        \"when no document with the same id exists, should insert the document \" in {\n          collection.drop()\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.insert(MongoDBObject(\"_id\" -> 1))\n\n          val result = operation.execute()\n\n          result.insertedCount must beEqualTo(1)\n          result.upserts.size must beEqualTo(0)\n          collection.findOne() must beSome(MongoDBObject(\"_id\" -> 1))\n        }\n\n        \"when a document contains a key with an illegal character, inserting it should throw IllegalArgumentException\" in {\n          collection.drop()\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.insert(MongoDBObject(\"$set\" -> 1))\n          operation.execute() should throwA[IllegalArgumentException]\n        }\n\n        \"when a document with the same id exists, should throw an exception\" in {\n          collection.drop()\n\n          val document = MongoDBObject(\"_id\" -> 1)\n          collection.insert(document)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.insert(document)\n\n          operation.execute() should throwA[BulkWriteException]\n        }\n\n        \"when a document with no _id  is inserted, the _id should be generated by the driver\" in {\n          collection.drop()\n\n          val document = MongoDBObject()\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.insert(document)\n          operation.execute()\n\n          collection.findOne() must haveSomeField(\"_id\")\n      }\n\n        \"when documents match the query, a remove of one should remove one of them\" in {\n          collection.drop()\n          collection += MongoDBObject(\"x\" -> true)\n          collection += MongoDBObject(\"x\" -> true)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"x\" -> true)).removeOne()\n\n          val result = operation.execute()\n          result.removedCount must beEqualTo(1)\n          result.upserts.size must beEqualTo(0)\n          collection.count() must beEqualTo(1)\n        }\n\n        \"when documents match the query, a remove should remove all of them\" in {\n          collection.drop()\n          collection += MongoDBObject(\"x\" -> true)\n          collection += MongoDBObject(\"x\" -> true)\n          collection += MongoDBObject(\"x\" -> false)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"x\" -> true)).remove()\n\n          val result = operation.execute()\n          result.removedCount must beEqualTo(2)\n          result.upserts.size must beEqualTo(0)\n          collection.count() must beEqualTo(1)\n        }\n\n        \"when an update document contains a non $-prefixed key, update should throw IllegalArgumentException\" in {\n          collection.drop()\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject()).update($set(\"x\" -> 1) ++ (\"y\" -> 2))\n          operation.execute() should throwA[IllegalArgumentException]\n        }\n\n        \"when an update document contains a non $-prefixed key, updateOne should throw IllegalArgumentException\" in {\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject()).update($set(\"x\" -> 1) ++ (\"y\" -> 2))\n          operation.execute() should throwA[IllegalArgumentException]\n        }\n\n        \"when multiple document match the query, updateOne should update only one of them\" in {\n          collection.drop()\n          collection += MongoDBObject(\"x\" -> true)\n          collection += MongoDBObject(\"x\" -> true)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"x\" -> true)).updateOne($set(\"y\" -> 1))\n\n          val result = operation.execute()\n          result.matchedCount must beEqualTo(1)\n          serverIsAtLeastVersion(2, 5) match {\n            case true => result.modifiedCount.get must beEqualTo(1)\n            case false => result.modifiedCount.get must throwA[UnsupportedOperationException]\n          }\n          collection.find(MongoDBObject(\"y\" -> 1)).count() must beEqualTo(1)\n        }\n\n        \"when multiple document match the query, update should update all of them\" in {\n          collection.drop()\n          collection += MongoDBObject(\"x\" -> true)\n          collection += MongoDBObject(\"x\" -> true)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"x\" -> true)).update($set(\"y\" -> 1))\n\n          val result = operation.execute()\n          result.matchedCount must beEqualTo(2)\n          serverIsAtLeastVersion(2, 5) match {\n            case true => result.modifiedCount.get must beEqualTo(2)\n            case false => result.modifiedCount.get must throwA[UnsupportedOperationException]\n          }\n          collection.find(MongoDBObject(\"y\" -> 1)).count() must beEqualTo(2)\n        }\n\n        \"when no document matches the query, update with upsert should insert a document\" in {\n          collection.drop()\n          val id = new ObjectId()\n          val operation = initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"_id\" -> id)).upsert().update($set(\"x\" -> 2))\n\n          val result = operation.execute()\n          result.getUpserts.size should beEqualTo(1)\n          result.upserts must beEqualTo(mutable.Buffer(new BulkWriteUpsert(0, id)))\n          collection.findOne() should beSome(MongoDBObject(\"_id\" -> id, \"x\" -> 2))\n        }\n\n        \"when no document matches the query, update with upsert should insert a document with custom _id\" in {\n          serverIsAtLeastVersion(2, 5) must beTrue.orSkip(\"Needs server >= 2.5\")\n          collection.drop()\n\n          val query = MongoDBObject(\"_id\" -> 101)\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(query).upsert().updateOne($set(\"x\" -> 2))\n\n          val result = operation.execute()\n          result.upserts.size must beEqualTo(1)\n          result.upserts must beEqualTo(mutable.Buffer(new BulkWriteUpsert(0, 101)))\n          collection.findOne() must beSome(MongoDBObject(\"_id\" -> 101, \"x\" -> 2))\n        }\n\n        \"when documents matches the query, update with upsert should update all of them\" in {\n          collection.drop()\n          collection.insert(MongoDBObject(\"x\" -> true))\n          collection.insert(MongoDBObject(\"x\" -> true))\n          collection.insert(MongoDBObject(\"x\" -> false))\n\n          val operation = initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"x\" -> true)).upsert().update($set(\"y\" -> 1))\n\n          val result = operation.execute()\n          result.matchedCount should beEqualTo(2)\n          serverIsAtLeastVersion(2, 5) match {\n            case true => result.modifiedCount.get must beEqualTo(2)\n            case false => result.modifiedCount.get must throwA[UnsupportedOperationException]\n          }\n          collection.count(MongoDBObject(\"y\" -> 1)) should beEqualTo(2)\n\n        }\n\n        \"when a document contains a key with an illegal character, replacing a document with it should throw IllegalArgumentException\" in {\n          val operation = initializeBulkOperation(ordered)\n          val query = MongoDBObject(\"_id\" -> new ObjectId())\n\n          operation.find(query).upsert().replaceOne($set(\"x\" -> 1))\n          operation.execute() should throwA[IllegalArgumentException]\n        }\n\n        \"when no document matches the query, a replace with upsert should insert a document\" in {\n          collection.drop()\n          collection += MongoDBObject(\"_id\" -> 101)\n\n          val operation =  initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"_id\" -> 101)).upsert().replaceOne(MongoDBObject(\"_id\" -> 101, \"x\" -> 2))\n\n          val result = operation.execute()\n          result.matchedCount must beEqualTo(1)\n          result.upserts.size must beEqualTo(0)\n          collection.count() must beEqualTo(1)\n          collection.findOne() must beSome(MongoDBObject(\"_id\" -> 101, \"x\" -> 2))\n        }\n\n        \"when multiple documents match the query, replaceOne should replace one of them\" in {\n          collection.drop()\n          collection.insert(MongoDBObject(\"x\" -> true))\n          collection.insert(MongoDBObject(\"x\" -> true))\n\n          val operation = initializeBulkOperation(ordered)\n          val replacement = MongoDBObject(\"y\" -> 1, \"x\" -> false)\n          operation.find(MongoDBObject(\"x\" -> true)).replaceOne(replacement)\n          operation.execute()\n\n          collection.findOne(MongoDBObject(\"x\" -> false), MongoDBObject(\"_id\" -> 0)) should beSome(replacement)\n        }\n\n        \"when a document matches the query, updateOne with upsert should update that document\" in {\n          collection.drop()\n          val id = new ObjectId()\n          collection.insert(MongoDBObject(\"_id\" -> id))\n          val operation = initializeBulkOperation(ordered)\n\n          operation.find(MongoDBObject(\"_id\" -> id)).upsert().updateOne($set(\"x\" -> 2))\n          operation.execute()\n\n          collection.findOne() should beSome(MongoDBObject(\"_id\" -> id, \"x\"-> 2))\n        }\n\n        \"when a document matches the query, a replace with upsert should update that document\" in {\n          collection.drop()\n          collection.insert(MongoDBObject(\"_id\" -> 1))\n\n          val operation = initializeBulkOperation(ordered)\n          operation.find(MongoDBObject(\"_id\" -> 1)).upsert().replaceOne(MongoDBObject(\"_id\" -> 1, \"x\" -> 2))\n          operation.execute()\n\n          collection.findOne() should beSome(MongoDBObject(\"_id\" -> 1, \"x\" -> 2))\n        }\n      }\n\n      \"handle multi-length runs of unacknowledged insert, update, replace, and remove\" in {\n        collection.drop()\n        collection.insert(testInserts: _*)\n\n        collection.getDB.requestStart()\n\n        val operation = initializeBulkOperation(ordered)\n        addWritesTo(operation)\n\n        val result = operation.execute(WriteConcern.Unacknowledged)\n        collection.insert(MongoDBObject(\"_id\" -> 9))\n\n        result.isAcknowledged must beFalse\n        collection.findOne(MongoDBObject(\"_id\" -> 1)) must beSome(MongoDBObject(\"_id\" -> 1, \"x\" -> 2))\n        collection.findOne(MongoDBObject(\"_id\" -> 2)) must beSome(MongoDBObject(\"_id\" -> 2, \"x\" -> 3))\n        collection.findOne(MongoDBObject(\"_id\" -> 3)) must beNone\n        collection.findOne(MongoDBObject(\"_id\" -> 4)) must beNone\n        collection.findOne(MongoDBObject(\"_id\" -> 5)) must beSome(MongoDBObject(\"_id\" -> 5, \"x\" -> 4))\n        collection.findOne(MongoDBObject(\"_id\" -> 6)) must beSome(MongoDBObject(\"_id\" -> 6, \"x\" -> 5))\n        collection.findOne(MongoDBObject(\"_id\" -> 7)) must beSome(MongoDBObject(\"_id\" -> 7))\n        collection.findOne(MongoDBObject(\"_id\" -> 8)) must beSome(MongoDBObject(\"_id\" -> 8))\n\n        collection.getDB.requestDone()\n        success\n      }\n  }\n\n    \"BulkWriteOperations\" should {\n\n    \"handle multi-length runs of ordered insert, update, replace, and remove\" in {\n      collection.drop()\n      collection.insert(testInserts: _*)\n\n      val operation =  collection.initializeOrderedBulkOperation\n      addWritesTo(operation)\n      operation.execute()\n\n      collection.findOne(MongoDBObject(\"_id\" -> 1)) must beSome(MongoDBObject(\"_id\" -> 1, \"x\" -> 2))\n      collection.findOne(MongoDBObject(\"_id\" -> 2)) must beSome(MongoDBObject(\"_id\" -> 2, \"x\" -> 3))\n      collection.findOne(MongoDBObject(\"_id\" -> 3)) must beNone\n      collection.findOne(MongoDBObject(\"_id\" -> 4)) must beNone\n      collection.findOne(MongoDBObject(\"_id\" -> 5)) must beSome(MongoDBObject(\"_id\" -> 5, \"x\" -> 4))\n      collection.findOne(MongoDBObject(\"_id\" -> 6)) must beSome(MongoDBObject(\"_id\" -> 6, \"x\" -> 5))\n      collection.findOne(MongoDBObject(\"_id\" -> 7)) must beSome(MongoDBObject(\"_id\" -> 7))\n      collection.findOne(MongoDBObject(\"_id\" -> 8)) must beSome(MongoDBObject(\"_id\" -> 8))\n    }\n\n\n    \"error details should have correct index on ordered write failure\" in {\n      collection.drop()\n\n      val operation =  collection.initializeOrderedBulkOperation\n      operation.insert(MongoDBObject(\"_id\" -> 1))\n      operation.find(MongoDBObject(\"_id\" -> 1)).updateOne($set(\"x\" -> 3))\n      operation.insert(MongoDBObject(\"_id\" -> 1))\n\n      try {\n        operation.execute()\n      } catch {\n        case ex: BulkWriteException =>\n          ex.writeErrors.size must beEqualTo(1)\n          ex.writeErrors(0).getIndex must beEqualTo(2)\n          ex.writeErrors(0).getCode must beEqualTo(11000)\n          ex.writeResult must beAnInstanceOf[BulkWriteResult]\n      }\n      true\n    }\n\n    \"handle multi-length runs of unordered insert, update, replace, and remove\" in {\n\n      collection.drop()\n      collection.insert(testInserts: _*)\n\n      val operation =  collection.initializeUnorderedBulkOperation\n      addWritesTo(operation)\n\n      val result = operation.execute()\n      result.insertedCount must beEqualTo(2)\n\n      result.matchedCount must beEqualTo(4)\n      result.removedCount must beEqualTo(2)\n      result.upserts.size must beEqualTo(0)\n      serverIsAtLeastVersion(2, 5) match {\n        case true => result.modifiedCount.get must beEqualTo(4)\n        case false => result.modifiedCount.get must throwA[UnsupportedOperationException]\n      }\n\n      collection.findOne(MongoDBObject(\"_id\" -> 1)) must beSome(MongoDBObject(\"_id\" -> 1, \"x\" -> 2))\n      collection.findOne(MongoDBObject(\"_id\" -> 2)) must beSome(MongoDBObject(\"_id\" -> 2, \"x\" -> 3))\n      collection.findOne(MongoDBObject(\"_id\" -> 3)) must beNone\n      collection.findOne(MongoDBObject(\"_id\" -> 4)) must beNone\n      collection.findOne(MongoDBObject(\"_id\" -> 5)) must beSome(MongoDBObject(\"_id\" -> 5, \"x\" -> 4))\n      collection.findOne(MongoDBObject(\"_id\" -> 6)) must beSome(MongoDBObject(\"_id\" -> 6, \"x\" -> 5))\n      collection.findOne(MongoDBObject(\"_id\" -> 7)) must beSome(MongoDBObject(\"_id\" -> 7))\n      collection.findOne(MongoDBObject(\"_id\" -> 8)) must beSome(MongoDBObject(\"_id\" -> 8))\n    }\n\n    \"error details should have correct index on unordered write failure\" in {\n      collection.drop()\n      collection.insert(testInserts: _*)\n\n      val operation =  collection.initializeUnorderedBulkOperation\n      operation.insert(MongoDBObject(\"_id\" -> 1))\n      operation.find(MongoDBObject(\"_id\" -> 2)).updateOne(MongoDBObject(\"$set\" -> MongoDBObject(\"x\" -> 3)))\n      operation.insert(MongoDBObject(\"_id\" -> 3))\n\n      try {\n        operation.execute()\n      } catch {\n        case ex: BulkWriteException =>\n          ex.writeErrors.size must beEqualTo(2)\n          ex.writeErrors(0).getIndex must beEqualTo(0)\n          ex.writeErrors(0).getCode must beEqualTo(11000)\n          ex.writeErrors(1).getIndex must beEqualTo(2)\n          ex.writeErrors(1).getCode must beEqualTo(11000)\n          ex.writeResult must beAnInstanceOf[BulkWriteResult]\n          ex.getMessage must startWith(\"Bulk write operation error\")\n      }\n      success\n    }\n\n    \"test write concern exceptions\" in {\n      val mongoClient = MongoClient(List(new ServerAddress()))\n      isReplicaSet must beTrue.orSkip(\"Testing writeConcern on ReplicaSet\")\n      try {\n        val operation: BulkWriteOperation = collection.initializeUnorderedBulkOperation\n        operation.insert(MongoDBObject())\n        operation.execute(new WriteConcern(5, 1, false, false))\n        failure(\"Execute should have failed\")\n      } catch {\n        case e: BulkWriteException => (e.getWriteConcernError must not).beNull\n        case _: Throwable => failure(\"Unexpected exception\")\n      }\n      success\n    }\n  }\n\n  def testInserts = {\n    List(MongoDBObject(\"_id\" -> 1),\n         MongoDBObject(\"_id\" -> 2),\n         MongoDBObject(\"_id\" -> 3),\n         MongoDBObject(\"_id\" -> 4),\n         MongoDBObject(\"_id\" -> 5),\n         MongoDBObject(\"_id\" -> 6)\n    )\n  }\n\n  def addWritesTo(operation: BulkWriteOperation) {\n    operation.find(MongoDBObject(\"_id\" -> 1)).updateOne($set(\"x\" -> 2))\n    operation.find(MongoDBObject(\"_id\" -> 2)).updateOne($set(\"x\" -> 3))\n    operation.find(MongoDBObject(\"_id\" -> 3)).removeOne()\n    operation.find(MongoDBObject(\"_id\" -> 4)).removeOne()\n    operation.find(MongoDBObject(\"_id\" -> 5)).replaceOne(MongoDBObject(\"_id\" -> 5, \"x\" -> 4))\n    operation.find(MongoDBObject(\"_id\" -> 6)).replaceOne(MongoDBObject(\"_id\" -> 6, \"x\" -> 5))\n    operation.insert(MongoDBObject(\"_id\" -> 7))\n    operation.insert(MongoDBObject(\"_id\" -> 8))\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-site\" % \"0.7.0\")\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"0.3.2\")\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.9.1\")\n"}
{"repo_name":"smola\/casbah","path":"casbah-query\/src\/main\/scala\/CoreOperators.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.query.dsl\n\nimport com.mongodb.casbah.query.Imports._\n\nimport com.mongodb.casbah.query.{Imports, ChainedOperator}\n\nimport scala.util.matching._\nimport scala.collection.Iterable\n\nimport org.bson._\nimport org.bson.types.BasicBSONList\nimport com.mongodb.casbah.commons\n\n\/\/ scalastyle:off method.name number.of.types\n\n\/**\n * Mixed trait which provides all possible\n * operators.  See Implicits for examples of usage.\n *\n *\/\ntrait FluidQueryOperators extends EqualsOp\nwith NotEqualsOp\nwith LessThanOp\nwith LessThanEqualOp\nwith GreaterThanOp\nwith GreaterThanEqualOp\nwith InOp\nwith NotInOp\nwith ModuloOp\nwith SizeOp\nwith ExistsOp\nwith AllOp\nwith NotOp\nwith SliceOp\nwith TypeOp\nwith RegexOp\nwith ElemMatchOp\nwith GeospatialOps\nwith MetaProjectionOp\n\ntrait ValueTestFluidQueryOperators extends LessThanOp\nwith LessThanEqualOp\nwith GreaterThanOp\nwith GreaterThanEqualOp\nwith ModuloOp\nwith SizeOp\nwith AllOp\nwith NotEqualsOp\nwith TypeOp\nwith RegexOp\n\ntrait QueryExpressionObject {\n  self: DBObject =>\n  def field: String\n}\n\nobject QueryExpressionObject {\n\n  def apply[A <: String, B <: Any](kv: (A, B)): DBObject with QueryExpressionObject = {\n    val obj = new BasicDBObject with QueryExpressionObject {\n      val field = kv._1\n    }\n    obj.put(kv._1, kv._2)\n    obj\n  }\n\n}\n\n\/**\n * Base trait for QueryOperators, children\n * are required to define a value for field, which is a String\n * and refers to the left-hand of the Query (e.g. in Mongo:\n * <code>{\"foo\": {\"\\$ne\": \"bar\"}}<\/code> \"foo\" is the field.\n *\n *\/\ntrait QueryOperator extends ChainedOperator {\n  \/**\n   * Base method for children to call to convert an operator call\n   * into a nested Mongo DBObject.\n   *\n   * e.g. <code>\"foo\" \\$ne \"bar\"<\/code> will convert to\n   * <code>{\"foo\": {\"\\$ne\": \"bar\"}}<\/code>\n   *\n   * Optionally, if dbObj, being <code>Some(DBObject)<code> is defined,\n   * the <code>op(oper, )<\/code> method will nest the target value and operator\n   * inside the existing dbObj - this is useful for things like mixing\n   * <code>\\$lte<\/code> and <code>\\$gte<\/code>\n   *\n   * WARNING: This does NOT check that target is a serializable type.\n   * That is, for the moment, your own problem.\n   *\/\n  protected def queryOp(oper: String, target: Any): DBObject with QueryExpressionObject = QueryExpressionObject(dbObj match {\n    case Some(nested) => {\n      nested.put(oper, target)\n      field -> nested\n    }\n    case None => field -> MongoDBObject(oper -> target)\n  })\n\n  \/**\n   * Base method for children to call to convert an operator call\n   * into a Mongo DBObject.\n   *\n   * e.g. <code>\"foo\" \\$eq \"bar\"<\/code> will convert to\n   * <code>{\"foo\": \"bar\"}<\/code>\n   *\n   * WARNING: This does NOT check that target is a serializable type.\n   * That is, for the moment, your own problem.\n   *\/\n  protected def queryEq(target: Any): DBObject with QueryExpressionObject = QueryExpressionObject(field -> target)\n\n}\n\n\/**\n * Trait to provide an equals method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.\n *\n *\/\ntrait EqualsOp extends QueryOperator {\n  def $eq[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryEq(AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$ne (Not Equal To) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.\n *\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24ne\n *\/\ntrait NotEqualsOp extends QueryOperator {\n  private val oper = \"$ne\"\n\n  def $ne[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$lt (Less Than) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric, JDK And Joda Dates,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.\n *\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%3C%2C%3C%3D%2C%3E%2C%3E%3D\n *\/\ntrait LessThanOp extends QueryOperator {\n  private val oper = \"$lt\"\n\n  def $lt[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$lte (Less Than Or Equal To) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric, JDK And Joda Dates,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.*\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%3C%2C%3C%3D%2C%3E%2C%3E%3D\n *\/\ntrait LessThanEqualOp extends QueryOperator {\n  private val oper = \"$lte\"\n\n  def $lte[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$gt (Greater Than) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric, JDK And Joda Dates,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.*\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%3C%2C%3C%3D%2C%3E%2C%3E%3D\n *\/\ntrait GreaterThanOp extends QueryOperator {\n  private val oper = \"$gt\"\n\n  def $gt[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$gte (Greater Than Or Equal To) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) String, Numeric, JDK And Joda Dates,\n * Array, DBObject (and DBList), Iterable[_] and Tuple1->22.*\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%3C%2C%3C%3D%2C%3E%2C%3E%3D\n *\/\ntrait GreaterThanEqualOp extends QueryOperator {\n  private val oper = \"$gte\"\n\n  def $gte[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$in (In Array) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) Arrays of [Any] and variable argument lists of Any.\n *\n * Note that the magic of Scala DSLey-ness means that you can write a method such as:\n *\n * <code>var x = \"foo\" \\$in (1, 2, 3, 5, 28)<\/code>\n *\n * As a valid statement - (1...28) is taken as the argument list to \\$in and converted\n * to an Array under the covers.\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24in\n *\/\ntrait InOp extends QueryOperator {\n  private val oper = \"$in\"\n\n  def $in[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$nin (NOT In Array) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) Arrays of [Any] and variable argument lists of Any.\n *\n * Note that the magic of Scala DSLey-ness means that you can write a method such as:\n *\n * <code>var x = \"foo\" \\$nin (1, 2, 3, 5, 28)<\/code>\n *\n * As a valid statement - (1...28) is taken as the argument list to \\$nin and converted\n * to an Array under the covers.\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24nin\n *\/\ntrait NotInOp extends QueryOperator {\n  private val oper = \"$nin\"\n\n  def $nin[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$all (Match ALL In Array) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) Arrays of [Any] and variable argument lists of Any.\n *\n * Note that the magic of Scala DSLey-ness means that you can write a method such as:\n *\n * <code>var x = \"foo\" \\$all (1, 2, 3, 5, 28)<\/code>\n *\n * As a valid statement - (1...28) is taken as the argument list to \\$all and converted\n * to an Array under the covers.\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24all\n *\/\ntrait AllOp extends QueryOperator {\n  private val oper = \"$all\"\n\n  def $all[A: AsQueryParam](a: A): DBObject with QueryExpressionObject = queryOp(oper, AsQueryParam[A].asQueryParam(a))\n}\n\n\/**\n * Trait to provide the \\$mod (Modulo) method on appropriate callers.\n *\n * Targets a left and right value where the formula is (field % left == right)\n *\n * Left and Right can be any ValidNumericType and of two differing types (e.g. one int, one float)\n *\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24mod\n *\/\ntrait ModuloOp extends QueryOperator {\n  private val oper = \"$mod\"\n\n  def $mod[A: ValidNumericType, B: ValidNumericType](left: A, right: B): DBObject with QueryExpressionObject = queryOp(oper, MongoDBList(left, right))\n}\n\n\/**\n * Trait to provide the \\$size (Size) method on appropriate callers.\n *\n * Test value must be an Int.\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24size\n *\/\ntrait SizeOp extends QueryOperator {\n  private val oper = \"$size\"\n\n  def $size(target: Int): DBObject with QueryExpressionObject = queryOp(oper, target)\n}\n\n\/**\n * Trait to provide the \\$exists (Exists) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) Booleans.\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%7B%7B%24exists%7D%7D\n *\/\ntrait ExistsOp extends QueryOperator {\n  private val oper = \"$exists\"\n\n  def $exists(target: Boolean): DBObject with QueryExpressionObject = queryOp(oper, target)\n}\n\n\/**\n * Trait to provide the \\$not (Not) negation method on appropriate callers.\n *\n * Make sure your anchor it when you have multiple operators e.g.\n *\n * <code>\"foo\".\\$not \\$mod(5, 10)<\/code>\n *\n * Targets (takes a right-hand value of) DBObject or a Scala RegEx\n *\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-Metaoperator%3A%24not\n *\/\ntrait NotOp extends QueryOperator {\n  private val oper = \"$not\"\n\n  def $not(inner: FluidQueryOperators => DBObject): DBObject = {\n    val dbObj = inner(new FluidQueryOperators {\n      val field = oper\n    })\n    MongoDBObject(field -> dbObj)\n  }\n\n  def $not(re: scala.util.matching.Regex): DBObject with QueryExpressionObject = queryOp(oper, re.pattern)\n\n  def $not(re: java.util.regex.Pattern): DBObject with QueryExpressionObject = queryOp(oper, re)\n}\n\n\/**\n * Trait to provide the \\$slice (Slice of Array) method on appropriate callers.\n *\n * Targets (takes a right-hand value of) either an Int of slice indicator or a tuple\n * of skip and limit.\n *\n * &gt; \"foo\" \\$slice 5\n * res0: (String, com.mongodb.DBObject) = (foo,{ \"\\$slice\" : 5})\n *\n * &gt; \"foo\" \\$slice (5, -1)\n * res1: (String, com.mongodb.DBObject) = (foo,{ \"\\$slice\" : [ 5 , -1]})\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%24sliceoperator\n *\n *\/\ntrait SliceOp extends QueryOperator {\n  private val oper = \"$slice\"\n\n  def $slice(target: Int): DBObject with QueryExpressionObject = queryOp(oper, target)\n\n  def $slice(slice: Int, limit: Int): DBObject with QueryExpressionObject = queryOp(oper, MongoDBList(slice, limit))\n}\n\n\/**\n * Trait to provide the \\$elemMatch method on appropriate callers.\n *\n * Targets (takes a right-hand value of) a DBObject view context\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Dot+Notation+(Reaching+into+Objects)#DotNotation%28ReachingintoObjects%29-Matchingwith%24elemMatch\n *\n *\/\ntrait ElemMatchOp extends QueryOperator {\n  private val oper = \"$elemMatch\"\n\n  def $elemMatch[A <% DBObject](target: A): DBObject with QueryExpressionObject = queryOp(oper, target)\n}\n\n\n\/**\n *\n * Trait providing a projection \/ sort helper for use with text search\n *\n * To be used alongside \\$text and a text index to project \/ sort via the text match score.\n *\n * &gt; \\$text(\"hello\")\n * res0: { \"\\$text\" : { \"\\$search\" : \"hello\"}}\n *\n * &gt; \\$text(\"hola\") \\$language \"spanish\"\n * res1: { \"\\$text\" : { \"\\$search\" : \"hola\" , \"\\$language\" : \"spanish\"}}\n *\n * @since 2.7\n * @see http:\/\/docs.mongodb.org\/manual\/core\/index-text\/\n *\/\ntrait MetaProjectionOp extends QueryOperator {\n  private val oper = \"$meta\"\n\n  def $meta(): DBObject with QueryExpressionObject = queryOp(oper, \"textScore\")\n}\n\nsealed abstract class BSONType[A](val operator: Byte)\n\nobject BSONType {\n\n  implicit object BSONDouble extends BSONType[Double](BSON.NUMBER)\n\n  implicit object BSONString extends BSONType[String](BSON.STRING)\n\n  implicit object BSONObject extends BSONType[BSONObject](BSON.OBJECT)\n\n  implicit object DBObject extends BSONType[DBObject](BSON.OBJECT)\n\n  implicit object DBList extends BSONType[BasicDBList](BSON.ARRAY)\n\n  implicit object BSONDBList extends BSONType[BasicBSONList](BSON.ARRAY)\n\n  implicit object BSONBinary extends BSONType[Array[Byte]](BSON.BINARY)\n\n  \/\/  implicit object BSONArray extends BSONType[Array[_]]\n  \/\/  implicit object BSONList extends BSONType[List[_]]\n  implicit object BSONObjectId extends BSONType[ObjectId](BSON.OID)\n\n  implicit object BSONBoolean extends BSONType[Boolean](BSON.BOOLEAN)\n\n  implicit object BSONJDKDate extends BSONType[java.util.Date](BSON.DATE)\n\n  implicit object BSONJodaDateTime extends BSONType[org.joda.time.DateTime](BSON.DATE)\n\n  implicit object BSONNull extends BSONType[Option[Nothing]](BSON.NULL)\n\n  implicit object BSONRegex extends BSONType[Regex](BSON.REGEX)\n\n  implicit object BSONSymbol extends BSONType[Symbol](BSON.SYMBOL)\n\n  implicit object BSON32BitInt extends BSONType[Int](BSON.NUMBER_INT)\n\n  implicit object BSON64BitInt extends BSONType[Long](BSON.NUMBER_LONG)\n\n  implicit object BSONSQLTimestamp extends BSONType[java.sql.Timestamp](BSON.TIMESTAMP)\n\n}\n\n\/**\n * \\$type operator to query by type.\n *\n * Can type a BSON.<enum value> or a Context Bounded check.\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%7B%7B%24type%7D%7D\n *\/\ntrait TypeOp extends QueryOperator {\n  private val oper = \"$type\"\n\n  \/**\n   * For those who want to pass the static byte from org.bson.BSON explicitly\n   * (or with the simple BSON spec indicator)\n   *\/\n  def $type(arg: Byte): DBObject with QueryExpressionObject = queryOp(oper, arg)\n\n  \/**\n   * Matches types based on a Context Bound.\n   * Requires anchoring to prevent compiler confusion:\n   *\n   * \"foo\".\\$type[Double]\n   *\n   *\/\n  def $type[A](implicit bsonType: BSONType[A]): DBObject with QueryExpressionObject = queryOp(oper, bsonType.operator)\n}\n\n\/**\n * \\$regex operator to query by type.\n *\n * Takes a string for use in the \\$regex query\n *\n * <code>\"foo\" \\$regex \"\\^bar\\$\"<\/code>\n *\n * @since 2.6.2\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Advanced+Queries#AdvancedQueries-%7B%7B%24type%7D%7D\n *\/\ntrait RegexOp extends QueryOperator {\n  private val oper = \"$regex\"\n\n  def $regex(arg: String): DBObject with QueryExpressionObject = queryOp(oper, arg)\n}\n\n\/\/ Geo Spatial Ops\n\ntrait GeospatialOps extends GeoNearOp\nwith GeoNearSphereOp\nwith GeoWithinOps\nwith GeoIntersectsOp\nwith DeprecatedGeoWithinOps\n\ncase class GeoCoords[A: ValidNumericType : Manifest, B: ValidNumericType : Manifest](lat: A, lon: B) {\n  def toList: MongoDBList = MongoDBList(lat, lon)\n\n  override def toString: String = \"GeoCoords(%s, %s)\".format(lat, lon)\n}\n\n\/**\n *\n * Trait to provide the \\$near geospatial search method on appropriate callers\n *\n * Note that the args aren't TECHNICALLY latitude and longitude as they depend on:\n * a) the order you specified your actual index in\n * b) if you're using actual world maps or something else\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Geospatial+Indexing\n *\/\ntrait GeoNearOp extends QueryOperator {\n  private val oper = \"$near\"\n\n  def $near(coords: GeoCoords[_, _]): NearOpWrapper = new NearOpWrapper(coords)\n\n  sealed class NearOpWrapper(coords: GeoCoords[_, _]) extends BasicDBObject {\n    put(field, new BasicDBObject(oper, coords.toList))\n\n    def $maxDistance[T: Numeric](radius: T): DBObject = {\n      get(field).asInstanceOf[DBObject].put(\"$maxDistance\", radius)\n      this\n    }\n\n  }\n\n}\n\n\/**\n *\n * Trait to provide the \\$nearSphere geospatial search method on appropriate callers\n *\n *\n * Note that  the args aren't TECHNICALLY latitude and longitude as they depend on:\n * a) the order you specified your actual index in\n * b) if you're using actual world maps or something else\n *\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Geospatial+Indexing\n *\/\ntrait GeoNearSphereOp extends QueryOperator {\n  private val oper = \"$nearSphere\"\n\n  def $nearSphere(coords: GeoCoords[_, _]): DBObject with QueryExpressionObject = queryOp(oper, coords.toList)\n}\n\n\/**\n *\n * Trait to provide the nested \\$geoWithin geospatial search method on appropriate callers\n *\n *\n * Note that  the args aren't TECHNICALLY latitude and longitude as they depend on:\n * a) the order you specified your actual index in\n * b) if you're using actual world maps or something else\n *\n * @since 2.6.2\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Geospatial+Indexing\n *\/\ntrait GeoWithinOps extends QueryOperator {\n  self =>\n  private val oper = \"$geoWithin\"\n\n  def $geoWithin[A <% DBObject](geometry: A): DBObject with QueryExpressionObject = queryOp(oper, geometry)\n\n  \/\/ scalastyle:off public.methods.have.type\n  def $geoWithin = new QueryOperator {\n    val field = \"$geoWithin\"\n\n    def $polygon(coords: Iterable[GeoCoords[_, _]]): DBObject =\n      MongoDBObject(\n        self.field ->\n          queryOp(\"$polygon\", coords.toList)\n      )\n\n    def $polygon(coords: GeoCoords[_, _]*): DBObject =\n      MongoDBObject(\n        self.field ->\n          queryOp(\"$polygon\", coords.toList)\n      )\n\n    def $box(lowerLeft: GeoCoords[_, _], upperRight: GeoCoords[_, _]): DBObject =\n      MongoDBObject(\n        self.field ->\n          queryOp(\"$box\", MongoDBList(lowerLeft.toList, upperRight.toList)))\n\n    def $center[T: Numeric](center: GeoCoords[_, _], radius: T): DBObject =\n      MongoDBObject(\n        self.field ->\n          queryOp(\"$center\", MongoDBList(center.toList, radius)))\n\n    def $centerSphere[T: Numeric](center: GeoCoords[_, _], radius: T): DBObject =\n      MongoDBObject(\n        self.field ->\n          queryOp(\"$centerSphere\", MongoDBList(center.toList, radius)))\n  }\n  \/\/ scalastyle:on public.methods.have.type\n\n}\n\n\/**\n *\n * Trait to provide the \\$intersects geospatial search method on appropriate callers\n *\n * @since 2.6.2\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Geospatial+Indexing\n *\/\ntrait GeoIntersectsOp extends QueryOperator {\n  private val oper = \"$geoIntersects\"\n\n  def $geoIntersects(geometry: DBObject): DBObject with QueryExpressionObject = queryOp(oper, geometry)\n}\n\n\/**\n *\n * Trait to provide the \\$within geospatial search method on appropriate callers\n *\n *\n * Note that  the args aren't TECHNICALLY latitude and longitude as they depend on:\n * a) the order you specified your actual index in\n * b) if you're using actual world maps or something else\n *\n * Deprecated in MongoDB 2.4 use \\$geoWithin instead\n *\n * @since 2.0\n * @see http:\/\/www.mongodb.org\/display\/DOCS\/Geospatial+Indexing\n *\/\ntrait DeprecatedGeoWithinOps extends QueryOperator {\n  self =>\n\n  \/\/ scalastyle:off public.methods.have.type\n  def $within = new QueryOperator {\n    val field = \"$within\"\n\n    def $box(lowerLeft: GeoCoords[_, _], upperRight: GeoCoords[_, _]): DBObject =\n      MongoDBObject(self.field -> queryOp(\"$box\", MongoDBList(lowerLeft.toList, upperRight.toList)))\n\n    def $center[T: Numeric](center: GeoCoords[_, _], radius: T): DBObject =\n      MongoDBObject(self.field -> queryOp(\"$center\", MongoDBList(center.toList, radius)))\n\n    def $centerSphere[T: Numeric](center: GeoCoords[_, _], radius: T): DBObject =\n      MongoDBObject(self.field -> queryOp(\"$centerSphere\", MongoDBList(center.toList, radius)))\n  }\n  \/\/ scalastyle:on public.methods.have.type\n\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/test\/scala\/MongoClientOptionsSpec.scala","text":"<filename>casbah-core\/src\/test\/scala\/MongoClientOptionsSpec.scala\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\")\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.core\n\nimport com.mongodb.{DBDecoderFactory, DBEncoderFactory, MongoClientOptions => JavaMongoClientOptions}\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.commons.test.CasbahMutableSpecification\n\nimport javax.net.ssl.SSLSocketFactory\n\n\nclass MongoClientOptionsSpec extends CasbahMutableSpecification {\n\n  \"MongoClientOptions builder\" should {\n\n    \"have the same defaults as the Java MongoClientOptions\" in {\n\n      val options = new MongoClientOptions.Builder().build\n      val javaOptions = new JavaMongoClientOptions.Builder().build\n\n      options.getDescription must beEqualTo(javaOptions.getDescription)\n      options.getReadPreference must beEqualTo(javaOptions.getReadPreference)\n      options.getWriteConcern must beEqualTo(javaOptions.getWriteConcern)\n      options.isAutoConnectRetry must beEqualTo(javaOptions.isAutoConnectRetry)\n      options.getConnectionsPerHost must beEqualTo(javaOptions.getConnectionsPerHost)\n      options.getConnectTimeout must beEqualTo(javaOptions.getConnectTimeout)\n      options.getMaxAutoConnectRetryTime must beEqualTo(javaOptions.getMaxAutoConnectRetryTime)\n      options.getThreadsAllowedToBlockForConnectionMultiplier must beEqualTo(javaOptions.getThreadsAllowedToBlockForConnectionMultiplier)\n      options.isSocketKeepAlive must beEqualTo(javaOptions.isSocketKeepAlive)\n      options.isCursorFinalizerEnabled must beEqualTo(javaOptions.isCursorFinalizerEnabled)\n      options.getSocketFactory must beEqualTo(javaOptions.getSocketFactory)\n      options.getDbEncoderFactory must beEqualTo(javaOptions.getDbEncoderFactory)\n      options.getDbDecoderFactory must beEqualTo(javaOptions.getDbDecoderFactory)\n\n    }\n\n    \"act the same as the Java MongoClientOptions builder\" in {\n\n      val builder = new MongoClientOptions.Builder()\n      builder.description(\"test\")\n      builder.readPreference(ReadPreference.Secondary)\n      builder.writeConcern(WriteConcern.JournalSafe)\n      builder.autoConnectRetry(true)\n      builder.connectionsPerHost(500)\n      builder.connectTimeout(100)\n      builder.maxAutoConnectRetryTime(300)\n      builder.threadsAllowedToBlockForConnectionMultiplier(1)\n      builder.socketKeepAlive(true)\n      builder.cursorFinalizerEnabled(true)\n\n      val socketFactory = SSLSocketFactory.getDefault\n      builder.socketFactory(socketFactory)\n\n      val encoderFactory = new DBEncoderFactory() {\n        def create = null\n      }\n      builder.dbEncoderFactory(encoderFactory)\n\n      val decoderFactory = new DBDecoderFactory() {\n        def create = null\n      }\n      builder.dbDecoderFactory(decoderFactory)\n\n      val options = builder.build\n      options.getDescription must beEqualTo(\"test\")\n      options.getReadPreference must beEqualTo(ReadPreference.Secondary)\n      options.getWriteConcern must beEqualTo(WriteConcern.JournalSafe)\n      options.isAutoConnectRetry must beEqualTo(true)\n      options.getConnectionsPerHost must beEqualTo(500)\n      options.getConnectTimeout must beEqualTo(100)\n      options.getMaxAutoConnectRetryTime must beEqualTo(300)\n      options.getThreadsAllowedToBlockForConnectionMultiplier must beEqualTo(1)\n      options.isSocketKeepAlive must beEqualTo(true)\n      options.isCursorFinalizerEnabled must beEqualTo(true)\n      options.getSocketFactory must beEqualTo(socketFactory)\n      options.getDbEncoderFactory must beEqualTo(encoderFactory)\n      options.getDbDecoderFactory must beEqualTo(decoderFactory)\n\n    }\n\n    \"throw validation errors if invalid settings are added\" in {\n      val builder = new MongoClientOptions.Builder()\n\n      lazy val testDbDecoderFactory = builder.dbDecoderFactory(null)\n      testDbDecoderFactory must throwA[IllegalArgumentException]\n\n      lazy val testDbEncoderFactory = builder.dbEncoderFactory(null)\n      testDbEncoderFactory must throwA[IllegalArgumentException]\n\n      lazy val testSocketFactory = builder.socketFactory(null)\n      testSocketFactory must throwA[IllegalArgumentException]\n\n      lazy val testWriteConcern = builder.writeConcern(null)\n      testWriteConcern must throwA[IllegalArgumentException]\n\n      lazy val testreadPreference = builder.readPreference(null)\n      testreadPreference must throwA[IllegalArgumentException]\n\n      lazy val testConnectionsPerHost = builder.connectionsPerHost(0)\n      testConnectionsPerHost must throwA[IllegalArgumentException]\n\n      lazy val testConnectTimeout = builder.connectTimeout(-1)\n      testConnectTimeout must throwA[IllegalArgumentException]\n\n      lazy val testMaxAutoConnectRetryTime = builder.maxAutoConnectRetryTime(-1)\n      testMaxAutoConnectRetryTime must throwA[IllegalArgumentException]\n\n      lazy val testThreadsAllowedToBlockForConnectionMultiplier = builder.threadsAllowedToBlockForConnectionMultiplier(0)\n      testThreadsAllowedToBlockForConnectionMultiplier must throwA[IllegalArgumentException]\n\n    }\n\n    \"WriteConcern valueOf should return an Option\" in {\n      WriteConcern.valueOf(\"None\") must beEqualTo(Option(WriteConcern.None))\n      WriteConcern.valueOf(\"MadeUp\") must beEqualTo(None)\n    }\n\n  }\n}\n\n"}
{"repo_name":"smola\/casbah","path":"casbah-commons\/src\/main\/scala\/Implicits.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\npackage commons\n\n\ntrait Implicits {\n\n  import com.mongodb.{DBObject, BasicDBList}\n\n  \/*\n   * Placeholder Type Alias\n   *\/\n  type JSFunction = String\n\n  class MapWithAsDBObject(underlying: scala.collection.Map[String, Any]) {\n    \/**\n     * Return a Mongo <code>DBObject<\/code> containing the Map values\n     * @return DBObject\n     *\/\n    def asDBObject: DBObject = map2MongoDBObject(underlying)\n  }\n\n  \/**\n   * Implicit extension methods for Scala <code>Map[String, Any]<\/code>\n   * to convert to Mongo DBObject instances.\n   * Does not currently convert nested values.\n   * @param map A map of [String, Any]\n   *\/\n  implicit def mapAsDBObject(map: scala.collection.Map[String, Any]): MapWithAsDBObject = new MapWithAsDBObject(map)\n\n  implicit def map2MongoDBObject(map: scala.collection.Map[String, Any]): DBObject =\n    MongoDBObject(map.toList)\n\n  implicit def wrapDBObj(in: DBObject): MongoDBObject =\n    new MongoDBObject(in)\n\n  implicit def unwrapDBObj(in: MongoDBObject): DBObject = in.underlying\n\n  implicit def wrapDBList(in: BasicDBList): MongoDBList = new MongoDBList(in)\n\n  implicit def unwrapDBList(in: MongoDBList): BasicDBList = in.underlying\n\n  \/\/ Ensure that the core Serialization helpers are registered.\n  EnsureConversionHelpersRegistration.ensure\n}\n\nobject EnsureConversionHelpersRegistration {\n  lazy val ensure = conversions.scala.RegisterConversionHelpers()\n}\n\nobject Implicits extends Implicits\n\nobject Imports extends Imports\n\nobject BaseImports extends BaseImports\n\nobject TypeImports extends TypeImports\n\ntrait Imports extends BaseImports with TypeImports with Implicits\n\ntrait BaseImports {\n  val MongoDBObject = com.mongodb.casbah.commons.MongoDBObject\n  val DBObject = MongoDBObject\n  val MongoDBList = com.mongodb.casbah.commons.MongoDBList\n  val DBList = MongoDBList\n}\n\ntrait TypeImports {\n  type MongoDBObject = com.mongodb.casbah.commons.MongoDBObject\n  type MongoDBList = com.mongodb.casbah.commons.MongoDBList\n  type DBObject = com.mongodb.DBObject\n  type BasicDBObject = com.mongodb.BasicDBObject\n  type BasicDBList = com.mongodb.BasicDBList\n  type ObjectId = org.bson.types.ObjectId\n  type BSONTimestamp = org.bson.types.BSONTimestamp\n  type DBRef = com.mongodb.DBRef\n  type MongoException = com.mongodb.MongoException\n}\n\nabstract class ValidBSONType[T]\n\nobject ValidBSONType {\n\n  implicit object BasicBSONList extends ValidBSONType[org.bson.types.BasicBSONList]\n\n  implicit object BasicDBList extends ValidBSONType[com.mongodb.BasicDBList]\n\n  implicit object Binary extends ValidBSONType[org.bson.types.Binary]\n\n  implicit object BSONTimestamp extends ValidBSONType[org.bson.types.BSONTimestamp]\n\n  implicit object Code extends ValidBSONType[org.bson.types.Code]\n\n  implicit object CodeWScope extends ValidBSONType[org.bson.types.CodeWScope]\n\n  implicit object ObjectId extends ValidBSONType[org.bson.types.ObjectId]\n\n  implicit object Symbol extends ValidBSONType[org.bson.types.Symbol]\n\n  implicit object BSONObject extends ValidBSONType[org.bson.BSONObject]\n\n  implicit object BasicDBObject extends ValidBSONType[com.mongodb.BasicDBObject]\n\n  implicit object DBObject extends ValidBSONType[com.mongodb.DBObject]\n\n}\n\n\/**\n * Nice trick from <NAME> using ambiguity in implicit resolution to disallow Nothing\n *\/\n\/\/ scalastyle:off\nsealed trait NotNothing[A] {\n  type B\n}\n\nobject NotNothing {\n  implicit val nothing = new NotNothing[Nothing] {\n    type B = Any\n  }\n\n  implicit def notNothing[A] = new NotNothing[A] {\n    type B = A\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"examples\/mongoexport.scala","text":"#!\/bin\/sh\nL=`pwd`\ncp=`echo $L\/lib\/*`\nexec scala -cp \"$cp\" \"$0\" \"$@\"\n!#\n\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\nimport java.io.{ByteArrayOutputStream, PrintStream, PrintWriter}\n\nimport scala.Some\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.util.JSON\n\n\/**\n * An example program providing similar functionality as the ``mongoexport`` program\n *\n * As there is no core CSV library for Scala CSV export is an exercise left to the reader.\n *\n * Add casbah-alldep jar to your path or add to .\/lib directory and then run as a shell program:\n *\n *     .\/mongoexport.scala -u mongodb:\/\/localhost\/test.testData > .\/data\/testData.json\n *\n *\/\nobject mongoexport {\n  val usage = \"\"\"\n                |Export MongoDB data to JSON files.\n                |\n                |Example:\n                |  .\/mongoexport.scala -u mongodb:\/\/localhost\/test.testData > .\/data\/testData.json\n                |\n                |Options:\n                |  --help                                produce help message\n                |  --quiet                               silence all non error diagnostic\n                |                                        messages\n                |  -u [ --uri ] arg                      The connection URI - must contain a collection\n                |                                        mongodb:\/\/[username:password@]host1[:port1][,host2[:port2]]\/database.collection[?options]\n                |                                        See: http:\/\/docs.mongodb.org\/manual\/reference\/connection-string\/\n                |  -f [ --fields ] arg                   comma separated list of field names\n                |                                        e.g. -f name,age\n                |  -q [ --query ] arg                    query filter, as a JSON string, e.g.,\n                |                                        '{x:{$gt:1}}'\n                |  -o [ --out ] arg                      output file; if not specified, stdout\n                |                                        is used\n                |  --jsonArray                           output to a json array rather than one\n                |                                        object per line\n                |  -k [ --slaveOk ] arg (=1)             use secondaries for export if\n                |                                        available, default true\n                |  --skip arg (=0)                       documents to skip, default 0\n                |  --limit arg (=0)                      limit the numbers of documents\n                |                                        returned, default all\n                |  --sort arg                            sort order, as a JSON string, e.g.,\n                |                                        '{x:1}'\n              \"\"\".stripMargin\n\n  \/**\n   * The main export program\n   * Outputs debug information to Console.err - as Console.out is probably redirected to a file\n   *\n   * @param args the commandline arguments\n   *\/\n  def main(args: Array[String]) {\n    \/*The time when the execution of this program started, in milliseconds since 1 January 1970 UTC. *\/\n    val executionStart: Long = currentTime\n\n    if (args.length == 0 | args.contains(\"--help\")) {\n      Console.err.println(usage)\n      sys.exit(1)\n    }\n\n    handleSLF4J()\n\n    val optionMap = parseArgs(Map(), args.toList)\n    val options = getOptions(optionMap)\n\n    if (options.uri == None) {\n      Console.err.println(s\"Missing URI\")\n      Console.err.println(usage)\n      sys.exit(1)\n    }\n\n    \/\/ Get URI\n    val mongoClientURI = MongoClientURI(options.uri.get)\n    if (mongoClientURI.collection == None) {\n      Console.err.println(s\"Missing collection name in the URI eg:  mongodb:\/\/<hostInformation>\/<database>.<collection>[?options]\")\n      Console.err.println(s\"Current URI: $mongoClientURI\")\n      sys.exit(1)\n    }\n\n    \/\/ Get the collection\n    val mongoClient = MongoClient(mongoClientURI)\n    val collection = mongoClient(mongoClientURI.database.get)(mongoClientURI.collection.get)\n    \/\/ output\n    val output: PrintWriter = options.out match {\n      case None => new PrintWriter(System.out)\n      case Some(fileName) => new PrintWriter(fileName)\n    }\n\n    \/\/ Export JSON\n    val exporter = future { exportJson(collection, output, options) }\n\n    if (!options.quiet) Console.err.print(\"Exporting...\")\n    showPinWheel(exporter)\n    val total = currentTime - executionStart\n    if (!options.quiet) Console.err.println(s\"Finished: $total ms\")\n  }\n\n  \/**\n   * Imports JSON into the collection\n   *\n   * @param collection the collection to import into\n   * @param output the data source\n   * @param options the configuration options\n   *\/\n  private def exportJson(collection: MongoCollection, output: PrintWriter, options: Options) {\n\n    val (startString, endString, lineEndString) = options.jsonArray match {\n      case true => (\"[\", \"]\\r\\n\", \",\")\n      case false => (\"\", \"\\r\\n\", \"\\r\\n\")\n    }\n\n    options.slaveOK match {\n      case true => collection.setReadPreference(ReadPreference.SecondaryPreferred)\n      case false => collection\n    }\n\n    val cursor = collection.find(options.query)\n    options.skip match {\n      case None => cursor\n      case Some(value) => cursor.skip(value)\n    }\n    options.limit match {\n      case None => cursor\n      case Some(value) => cursor.limit(value)\n    }\n    options.sort match {\n      case None => cursor\n      case Some(value) => cursor.sort(value)\n    }\n\n    output.write(startString)\n    for (doc <- cursor) {\n      val jsonDoc = JSON.serialize(doc)\n      val lineEnd = cursor.hasNext match {\n        case true => lineEndString\n        case false => endString\n      }\n      output.write(s\"$jsonDoc$lineEnd\")\n    }\n    output.close()\n  }\n\n  \/**\n   * Recursively convert the args list into a Map of options\n   *\n   * @param map - the initial option map\n   * @param args - the args list\n   * @return the parsed OptionMap\n   *\/\n  private def parseArgs(map: Map[String, Any], args: List[String]): Map[String, Any] = {\n    args match {\n      case Nil => map\n      case \"--quiet\" :: tail =>\n        parseArgs(map ++ Map(\"quiet\" -> true), tail)\n      case \"-u\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case \"--uri\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case \"-f\" :: value :: tail =>\n        parseArgs(map ++ Map(\"fields\" -> value.split(\",\").toList), tail)\n      case \"--file\" :: value :: tail =>\n        parseArgs(map ++ Map(\"fields\" -> value.split(\",\").toList), tail)\n      case \"-q\" :: value :: tail =>\n        parseArgs(map ++ Map(\"query\" -> value), tail)\n      case \"--query\" :: value :: tail =>\n        parseArgs(map ++ Map(\"query\" -> value), tail)\n      case \"-o\" :: value :: tail =>\n        parseArgs(map ++ Map(\"out\" -> value), tail)\n      case \"--out\" :: value :: tail =>\n        parseArgs(map ++ Map(\"out\" -> value), tail)\n      case \"-k\" :: value :: tail =>\n        parseArgs(map ++ Map(\"slaveOk\" -> value), tail)\n      case \"--slaveOk\" :: value :: tail =>\n        parseArgs(map ++ Map(\"slaveOk\" -> value), tail)\n      case \"--skip\" :: value :: tail =>\n        parseArgs(map ++ Map(\"skip\" -> value), tail)\n      case \"--limit\" :: value :: tail =>\n        parseArgs(map ++ Map(\"limit\" -> value), tail)\n      case \"--sort\" :: value :: tail =>\n        parseArgs(map ++ Map(\"sort\" -> value), tail)\n      case \"--jsonArray\" :: tail =>\n        parseArgs(map ++ Map(\"jsonArray\" -> true), tail)\n      case option :: tail =>\n        Console.err.println(\"Unknown option \" + option)\n        Console.err.println(usage)\n        sys.exit(1)\n    }\n  }\n\n  \/**\n   * Convert the optionMap to an Options instance\n   * @param optionMap the parsed args options\n   * @return Options instance\n   *\/\n  private def getOptions(optionMap: Map[String, _]): Options = {\n    val default = Options()\n    val options = Options(\n      quiet = optionMap.getOrElse(\"quiet\", default.quiet).asInstanceOf[Boolean],\n      uri = optionMap.get(\"uri\") match {\n        case None => default.uri\n        case Some(value) => Some(value.asInstanceOf[String])\n      },\n      out = optionMap.get(\"out\") match {\n        case None => default.out\n        case Some(value) => Some(value.asInstanceOf[String])\n      },\n      slaveOK = optionMap.getOrElse(\"slaveOK\", default.slaveOK).asInstanceOf[Boolean],\n      fields = optionMap.get(\"fields\") match {\n        case None => default.fields\n        case Some(value) => Some(value.asInstanceOf[List[String]])\n      },\n      query = optionMap.get(\"query\") match {\n        case None => default.query\n        case Some(value) => JSON.parse(value.asInstanceOf[String]).asInstanceOf[DBObject]\n      },\n      sort = optionMap.get(\"sort\") match {\n        case None => default.sort\n        case Some(value) => Some(JSON.parse(value.asInstanceOf[String]).asInstanceOf[DBObject])\n      },\n      skip = optionMap.get(\"skip\") match {\n        case None => default.skip\n        case Some(value) => Some(value.asInstanceOf[Int])\n      },\n      limit = optionMap.get(\"limit\") match {\n        case None => default.limit\n        case Some(value) => Some(value.asInstanceOf[Int])\n      },\n      jsonArray = optionMap.getOrElse(\"jsonArray\", default.jsonArray).asInstanceOf[Boolean]\n    )\n    if (options.out == None && !options.quiet) options.copy(quiet=true)\n    else options\n  }\n\n  case class Options(quiet: Boolean = false, uri: Option[String] = None, out: Option[String] = None,\n                     slaveOK: Boolean = true, fields: Option[List[String]] = None, query: DBObject = MongoDBObject(),\n                     sort: Option[DBObject] = None, skip: Option[Int] = None, limit: Option[Int] = None,\n                     jsonArray: Boolean = false)\n\n  private def currentTime = System.currentTimeMillis()\n\n  \/**\n   * Hack to hide any SLF4J NOP stderr messages\n   *\/\n  private def handleSLF4J() {\n    val stderr = Console.err\n    val err = new PrintStream(new ByteArrayOutputStream())\n    System.setErr(err)\n    MongoClientURI(\"mongodb:\/\/localhost\")\n    System.setErr(stderr)\n  }\n\n  \/**\n   * Shows a pinWheel in the console.err\n   * @param someFuture the future we are all waiting for\n   *\/\n  private def showPinWheel(someFuture: Future[_]) {\n    \/\/ Let the user know something is happening until futureOutput isCompleted\n    val spinChars = List(\"|\", \"\/\", \"-\", \"\\\\\")\n    while (!someFuture.isCompleted) {\n      spinChars.foreach({\n        case char =>\n          Console.err.print(char)\n          Thread sleep 200\n          Console.err.print(\"\\b\")\n      })\n    }\n    Console.err.println(\"\")\n  }\n\n}\n\nmongoexport.main(args)\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/ReadPreference.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n *\/\npackage com.mongodb.casbah\n\nimport com.mongodb.{DBObject, ReadPreference => JReadPreference, TaggableReadPreference}\n\n\/**\n * Helper class for creating ReadPreference instances\n *\n * @since 2.2\n * @see  JReadPreference\n *\/\nobject ReadPreference {\n\n  \/**\n   * Reads come only through the Primary\n   *\/\n  val Primary: JReadPreference = JReadPreference.primary()\n\n  \/**\n   * Reads come from Secondary servers (equiv of old SlaveOK)\n   *\/\n  val Secondary: JReadPreference = JReadPreference.secondary()\n\n\n  \/**\n   * Reads come from secondary if available, otherwise from primary\n   *\/\n  val SecondaryPreferred: JReadPreference = JReadPreference.secondaryPreferred()\n\n  \/**\n   * Reads come from nearest node.\n   *\/\n  val Nearest: JReadPreference = JReadPreference.nearest()\n\n  \/**\n   *\n   * @return ReadPreference with reads primary if available\n   *\/\n  def primaryPreferred: JReadPreference = JReadPreference.primaryPreferred()\n\n  \/**\n   * @return ReadPreference which reads primary if available, otherwise a secondary respective of tags.\n   *\/\n  def primaryPreferred(firstTagSet: DBObject, remainingTagSets: DBObject*): TaggableReadPreference =\n     JReadPreference.primaryPreferred(firstTagSet, remainingTagSets: _*)\n\n  \/**\n   * @return ReadPreference which returns secondary respective of tags\n   *\/\n  def secondary(firstTagSet: DBObject, remainingTagSets: DBObject*): TaggableReadPreference =\n     JReadPreference.secondary(firstTagSet, remainingTagSets: _*)\n\n  \/**\n   * @return ReadPreference which reads secondary if available respective of tags,\n   *         otherwise from primary irrespective of tags\n   *\/\n  def secondaryPreferred(firstTagSet: DBObject, remainingTagSets: DBObject*): TaggableReadPreference =\n     JReadPreference.secondaryPreferred(firstTagSet, remainingTagSets: _*)\n\n  \/**\n   * @return ReadPreference which reads nearest node respective of tags\n   *\/\n  def nearest(firstTagSet: DBObject, remainingTagSets: DBObject*): TaggableReadPreference =\n     JReadPreference.nearest(firstTagSet, remainingTagSets: _*)\n\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoOptions.scala","text":"<gh_stars>0\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport com.mongodb.casbah.Imports._\n\nimport scala.collection.JavaConverters._\n\nimport com.mongodb.{DBDecoderFactory, DBEncoderFactory}\n\nimport javax.net.SocketFactory\n\n\/**\n * Helper class for creating MongoOptions instances\n *\n * @since 2.0\n * @see com.mongodb.MongoOptions\n *\n *\/\n@deprecated(\"Please use MongoClient and MongoClientOptions\", \"2.7\")\nobject MongoOptions {\n\n  val Defaults = new MongoOptions()\n\n  \/\/ scalastyle:off parameter.number\n\n  \/**\n   * Instantiate a new MongoOptions instance\n   *\n   * @param autoConnectRetry Whether system autoretries on connection errors (default: False)\n   * @param connectionsPerHost # of connections allowed per host (pool size, per host)\n   * @param threadsAllowedToBlockForConnectionMultiplier Multiplier for connectiosnPerHost at # of threads that can block, default 5\n   * @param maxWaitTime wait time for a blocking thread for a connection from the pool, default 1000 * 60 * 2\n   * @param connectTimeout timeout in milliseconds, for establishing the socket connections, default 0 (infinite)\n   * @param socketTimeout timeout, passed to Socket.setSoTimeout, default 0\n   * @param socketKeepAlive if socket keep alive is enabled, default false\n   * @param maxAutoConnectRetryTime Sets the maximum auto connect retry time default 0\n   * @param slaveOk Whether a driver connected to a replica set will send reads to slaves\/secondaries\n   * @param safe if true use a WriteConcern of WriteConcern.SAFE for all operations\n   * @param w The \"w\" value, (number of writes), of the global WriteConcern\n   * @param wTimeout The \"wtimeout\" value of the global WriteConcern\n   * @param fsync The \"fsync\" value of the global WriteConcern, true indicates writes should wait for data to be\n   *              written to server data file\n   * @param j The \"j\" value of the global WriteConcern, true indicates writes should wait for a journaling group commit\n   * @param dbDecoderFactory the default decoder factory\n   * @param dbEncoderFactory the default encoder factory\n   * @param socketFactory sets the socket factory for creating sockets to mongod\n   * @param description The description for <code>Mongo<\/code> instances created with these options\n   * @return\n   *\/\n  def apply(autoConnectRetry: Boolean = Defaults.autoConnectRetry,\n            connectionsPerHost: Int = Defaults.connectionsPerHost,\n            threadsAllowedToBlockForConnectionMultiplier: Int = Defaults.threadsAllowedToBlockForConnectionMultiplier,\n            maxWaitTime: Int = Defaults.maxWaitTime,\n            connectTimeout: Int = Defaults.connectTimeout,\n            socketTimeout: Int = Defaults.socketTimeout,\n            socketKeepAlive: Boolean = Defaults.socketKeepAlive,\n            maxAutoConnectRetryTime: Long = Defaults.maxAutoConnectRetryTime,\n            slaveOk: Boolean = Defaults.slaveOk,\n            safe: Boolean = Defaults.safe,\n            w: Int = Defaults.w,\n            wTimeout: Int = Defaults.wtimeout,\n            fsync: Boolean = Defaults.fsync,\n            j: Boolean = Defaults.j,\n            dbDecoderFactory: DBDecoderFactory = Defaults.dbDecoderFactory,\n            dbEncoderFactory: DBEncoderFactory = Defaults.dbEncoderFactory,\n            socketFactory: SocketFactory = Defaults.socketFactory,\n            description: String = Defaults.description): MongoOptions = {\n    val options = new MongoOptions\n\n    options.autoConnectRetry = autoConnectRetry\n    options.connectionsPerHost = connectionsPerHost\n    options.threadsAllowedToBlockForConnectionMultiplier = threadsAllowedToBlockForConnectionMultiplier\n    options.maxWaitTime = maxWaitTime\n    options.connectTimeout = connectTimeout\n    options.socketTimeout = socketTimeout\n    options.socketKeepAlive = socketKeepAlive\n    options.maxAutoConnectRetryTime = maxAutoConnectRetryTime\n    options.slaveOk = slaveOk\n    options.safe = safe\n    options.w = w\n    options.wtimeout = wTimeout\n    options.fsync = fsync\n    options.j = j\n    options.dbDecoderFactory = dbDecoderFactory\n    options.dbEncoderFactory = dbEncoderFactory\n    options.socketFactory = socketFactory\n    options.description = description\n    options\n  }\n\n}\n\n"}
{"repo_name":"smola\/casbah","path":"project\/CasbahBuild.scala","text":"import sbt._\nimport Keys._\nimport Project.Initialize\n\nimport com.typesafe.sbt.SbtSite._\nimport sbtassembly.Plugin._\nimport org.scalastyle.sbt.ScalastylePlugin\nimport AssemblyKeys._\n\n\nobject CasbahBuild extends Build {\n  import Dependencies._\n  import Resolvers._\n\n  lazy val buildSettings = Seq(\n    organization := \"org.mongodb\",\n    organizationHomepage := Some(url(\"http:\/\/www.mongodb.org\")),\n    version      := \"2.7.4-SNAPSHOT\",\n    scalaVersion := \"2.10.4\",\n    crossScalaVersions := Seq(\"2.11.1\", \"2.10.4\", \"2.9.3\")\n  )\n\n  val allSourceDirectories = SettingKey[Seq[Seq[File]]](\"all-source-directories\")\n\n  def sxrOptions(baseDir: File, sourceDirs: Seq[Seq[File]], sv: String): Seq[String] = {\n    sv match {\n      case sv if sv.startsWith(\"2.10\") =>\n        val sxrBaseDir = \"-P:sxr:base-directory:\" + sourceDirs.flatten.mkString(\";\").replaceAll(\"\\\\\\\\\",\"\/\")\n        Seq(sxrBaseDir)\n      case _ => Seq()\n    }\n  }\n\n  override lazy val settings = super.settings ++ buildSettings\n\n  val scalac210Options = Seq(\"-feature\",\n                             \"-language:reflectiveCalls\",\n                             \"-language:implicitConversions\",\n                             \"-language:postfixOps\") \/\/ ++ Seq(\"-unchecked\", \"-deprecation\")\n\n  lazy val baseSettings = Defaults.defaultSettings ++ Publish.settings ++ Seq(\n      resolvers ++= Seq(mavenLocalRepo, sonatypeRels, sonatypeSnaps, sonatypeSTArch, typeSafeRels, mavenOrgRepo),\n      testOptions in Test += Tests.Argument(TestFrameworks.Specs2, \"console\", \"junitxml\"),\n      crossPaths := true,\n      autoCompilerPlugins := true,\n      libraryDependencies <<= (scalaBinaryVersion, libraryDependencies) { (sv, deps) =>\n        sv match {\n          case \"2.10\" => deps :+ compilerPlugin(\"org.scala-sbt.sxr\" %% \"sxr\" % \"0.3.0\")\n          case _ => deps\n        }\n      },\n      scalacOptions <++= scalaBinaryVersion map {\n          case \"2.9.3\" => Seq()\n          case _ => scalac210Options\n      },\n      allSourceDirectories <<= projects.map(sourceDirectories in Compile in _).join,\n      scalacOptions in (Compile, doc) <++=  (baseDirectory, allSourceDirectories, scalaVersion, version, baseDirectory in LocalProject(\"casbah\")).map {\n        (bd, asd, sv, v, rootBase) =>\n         val docSourceUrl = \"http:\/\/{{WEBSITE_ROOT}}api.sxr\/\u20ac{FILE_PATH}.scala.html\"\n         val docSourceOpts = Seq(\"-sourcepath\", rootBase.getAbsolutePath, \"-doc-source-url\", docSourceUrl)\n         val sxrOpts = sxrOptions(bd, asd, sv)\n         docSourceOpts ++ sxrOpts\n      }\n    )\n\n  lazy val parentSettings = baseSettings ++ Seq(\n    publishArtifact in (Compile, packageBin) := false,\n    publishArtifact in (Compile, packageDoc) := false,\n    publishArtifact in (Compile, packageSrc) := false\n  )\n\n  lazy val defaultSettings = baseSettings ++ ScalastylePlugin.Settings ++ styleCheckSetting ++ Seq(\n    libraryDependencies <++= scalaVersion (sv => Seq(\n      scalatest(sv), scalatime(sv), specs2(sv),\n      slf4j, slf4jJCL, junit\n    ) ++ scalaStyle(sv)),\n    parallelExecution in Test := true,\n    testFrameworks += TestFrameworks.Specs2,\n    org.scalastyle.sbt.PluginKeys.config := file(\"project\/scalastyle-config.xml\")\n  )\n\n  lazy val casbah = Project(\n    id        = \"casbah\",\n    base      = file(\".\"),\n    settings  = parentSettings ++ Unidoc.settings ++ site.settings ++\n                site.sphinxSupport() ++ assemblySettings ++\n                addArtifact(Artifact(\"casbah-alldep\", \"pom\", \"jar\"), assembly)\n                ++ Seq(initialCommands := \"import com.mongodb.casbah.Imports._\"),\n    aggregate = Seq(commons, core, query, gridfs)\n  ) dependsOn(commons, core, query, gridfs)\n\n  lazy val commons = Project(\n    id       = \"casbah-commons\",\n    base     = file(\"casbah-commons\"),\n    settings = defaultSettings ++ Seq(\n      libraryDependencies ++= Seq(mongoJavaDriver, slf4j, slf4jJCL),\n      unmanagedSourceDirectories in Compile <+= (sourceDirectory in Compile, scalaBinaryVersion){ (s, v) => s \/ (\"scala_\"+v) },\n      publishArtifact in (Test, packageBin) := true\n    )\n  )\n\n  lazy val core = Project(\n    id       = \"casbah-core\",\n    base     = file(\"casbah-core\"),\n    settings = defaultSettings ++ Seq(parallelExecution in Test := false)\n  ) dependsOn(commons % \"test->test;compile\", query)\n\n  lazy val query = Project(\n    id       = \"casbah-query\",\n    base     = file(\"casbah-query\"),\n    settings = defaultSettings\n  ) dependsOn(commons % \"test->test;compile\")\n\n  lazy val gridfs = Project(\n    id       = \"casbah-gridfs\",\n    base     = file(\"casbah-gridfs\"),\n    settings = defaultSettings\n  ) dependsOn(commons % \"test->test\", core % \"test->test;compile\")\n\n  \/*\n   * Coursera styleCheck command\n   *\/\n\n  val styleCheck = TaskKey[Unit](\"styleCheck\")\n\n  \/**\n   * depend on compile to make sure the sources pass the compiler\n   *\/\n  val styleCheckSetting = styleCheck <<= (compile in Compile, sources in Compile, streams) map { (_, sourceFiles, s) =>\n    val logger = s.log\n    val (feedback, score) = StyleChecker.assess(sourceFiles)\n    logger.info(feedback)\n    logger.info(\"Style Score: \"+ score +\" out of \"+ StyleChecker.maxResult)\n  }\n\n\n}\n\nobject Dependencies {\n\n  \/\/val mongoJavaDriver  = \"org.mongodb\" % \"mongo-java-driver\" % \"3.0.0-SNAPSHOT\"\n  val mongoJavaDriver  = \"org.mongodb\" % \"mongo-java-driver\" % \"2.12.3\"\n  val slf4j            = \"org.slf4j\" % \"slf4j-api\" % \"1.6.0\"\n  val junit            = \"junit\" % \"junit\" % \"4.10\" % \"test\"\n  val slf4jJCL         = \"org.slf4j\" % \"slf4j-jcl\" % \"1.6.0\" % \"test\"\n\n  def scalatest(scalaVersion: String) =\n    (scalaVersion match {\n      case \"2.9.3\"   => \"org.scalatest\" %% \"scalatest\" % \"1.9.1\"\n      case _ => \"org.scalatest\" %% \"scalatest\" % \"2.1.3\"\n    }) % \"test\"\n\n  def scalatime(scalaVersion: String) = \"com.github.nscala-time\" %% \"nscala-time\" % \"1.0.0\"\n\n  def specs2(scalaVersion: String) =\n      (scalaVersion match {\n          case \"2.9.3\"   => \"org.specs2\" %% \"specs2\" % \"1.12.4.1\"\n          case _ => \"org.specs2\" %% \"specs2\" % \"2.3.11\"\n      }) % \"test\"\n\n  def scalaStyle(scalaVersion: String) =\n    scalaVersion match {\n      case \"2.11.1\"   => Seq()\n      case _ => Seq(\"org.scalastyle\" %% \"scalastyle\" % \"0.4.0\"  % \"test\")\n    }\n}\n\nobject Resolvers {\n  val sonatypeSnaps = \"Sonatype snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n  val sonatypeRels = \"Sonatype releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\"\n  val sonatypeSTArch = \"scalaTools Archive\" at \"https:\/\/oss.sonatype.org\/content\/groups\/scala-tools\"\n  val mavenOrgRepo = \"Maven.Org Repository\" at \"http:\/\/repo1.maven.org\/maven2\/org\"\n  val mavenLocalRepo = \"Local Maven\" at Path.userHome.asFile.toURI.toURL + \".m2\/repository\"\n  val typeSafeRels =  Resolver.url(\"Typesafe Releases\", url(\"http:\/\/repo.typesafe.com\/typesafe\/ivy-releases\"))(Resolver.ivyStylePatterns)\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/WriteConcern.scala","text":"<filename>casbah-core\/src\/main\/scala\/WriteConcern.scala\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport com.mongodb.{WriteConcern => JWriteConcern}\n\n\/**\n * Helper class for creating WriteConcern instances\n *\n * @since 2.0\n * @see JWriteConcern\n *\/\nobject WriteConcern {\n  \/**\n   * No exceptions are raised, even for network issues\n   * @deprecated There is no replacement for this write concern.  The closest would be to use WriteConcern#UNACKNOWLEDGED,\n   *             then catch and ignore any exceptions of type MongoSocketException.\n   *\/\n  @deprecated(\"This write concern will no longer supported\", \"2.7.0\")\n  val None: JWriteConcern = JWriteConcern.NONE\n  \/**\n   * Exceptions are raised for network issues but not server errors.\n   *\/\n  val Normal: JWriteConcern = JWriteConcern.NORMAL\n  \/**\n   * Exceptions are raised for network issues and server errors;\n   * waits on a server for the write operation\n   *\/\n  val Safe: JWriteConcern = JWriteConcern.SAFE\n  \/**\n   * Exceptions are raised for network issues and server errors;\n   * waits on a majority of servers for the write operation\n   *\/\n  val Majority: JWriteConcern = JWriteConcern.MAJORITY\n  \/**\n   * Exceptions are raised for network issues and server errors;\n   * Write operations wait for the server to flush data to disk\n   *\n   *\/\n  val FsyncSafe: JWriteConcern = JWriteConcern.FSYNC_SAFE\n  \/**\n   * Exceptions are raised for network issues, and server errors;\n   * the write operation waits for the server to group commit to the journal file on disk\n   *\/\n  val JournalSafe: JWriteConcern = JWriteConcern.JOURNAL_SAFE\n  \/**\n   * Exceptions are raised for network issues and server errors;\n   * waits for at least 2 servers for the write operation.\n   *\/\n  val ReplicasSafe: JWriteConcern = JWriteConcern.REPLICAS_SAFE\n\n  \/**\n   * No exceptions are raised, even for network issues.\n   *\n   * @deprecated There is no replacement for this write concern.  The closest would be to use WriteConcern#UNACKNOWLEDGED,\n   *             then catch and ignore any exceptions of type MongoSocketException.\n   * @since 2.7\n   *\/\n  @deprecated(\"This write concern will no longer supported\", \"2.7.0\")\n  val ErrorsIgnored: JWriteConcern = JWriteConcern.ERRORS_IGNORED\n  \/**\n   * Write operations that use this write concern will wait for acknowledgement from the primary server before returning.\n   * Exceptions are raised for network issues, and server errors.\n   * @since 2.7\n   *\/\n  val Acknowledged: JWriteConcern = JWriteConcern.ACKNOWLEDGED\n  \/**\n   * Write operations that use this write concern will return as soon as the message is written to the socket.\n   * Exceptions are raised for network issues, but not server errors.\n   * @since 2.7\n   *\/\n  val Unacknowledged: JWriteConcern = JWriteConcern.UNACKNOWLEDGED\n  \/**\n   * Exceptions are raised for network issues, and server errors; the write operation waits for the server to flush\n   * the data to disk.\n   *\n   * @since 2.7\n   *\/\n  val Fsynced: JWriteConcern = JWriteConcern.FSYNCED\n  \/**\n   * Exceptions are raised for network issues, and server errors; the write operation waits for the server to\n   * group commit to the journal file on disk.\n   * @since 2.7\n   *\/\n  val Journaled: JWriteConcern = JWriteConcern.JOURNALED\n  \/**\n   * Exceptions are raised for network issues, and server errors; waits for at least 2 servers for the write operation.\n   * @since 2.7\n   *\/\n  val ReplicaAcknowledged: JWriteConcern = JWriteConcern.REPLICA_ACKNOWLEDGED\n\n  \/**\n   * Create a new WriteConcern object.\n   *\n   * <p> w represents # of servers:\n   * <ul>\n   * <li><code>w=-1<\/code> None, no checking is done<\/li>\n   * <li><code>w=0<\/code> None, network socket errors raised<\/li>\n   * <li><code>w=1<\/code> Checks server for errors as well as network socket errors raised<\/li>\n   * <li><code>w>1<\/code> Checks servers (w) for errors as well as network socket errors raised<\/li>\n   * <\/ul>\n   * <\/p>\n   * @param w (Int) Specifies the number of servers to wait for on the write operation, and exception raising behavior.\n   *          Defaults to <code>0<\/code>\n   * @param wTimeout (Int) Specifies the number MS to wait for the server operations to write.  Defaults to 0 (no timeout)\n   * @param fsync (Boolean) Indicates whether write operations should require a sync to disk.\n   *              If true and the server is running without journaling, blocks until the server has synced all data\n   *              files to disk. If the server is running with journaling, this acts the same as the `j` option,\n   *              blocking until write operations have been committed to the journal.\n   *              Cannot be used in combination with `j`.\n   *              Defaults to False\n   * @param j whether writes should wait for a journaling group commit. Cannot be used with `fsync`.\n   * @param continueInsertOnError if an error occurs during a bulk insert should the inserts continue anyway\n   *\/\n  def apply(w: Int,\n            wTimeout: Int = 0,\n            fsync: Boolean = false,\n            j: Boolean = false,\n            continueInsertOnError: Boolean = false): JWriteConcern =\n    new JWriteConcern(w, wTimeout, fsync, j, continueInsertOnError)\n\n  \/**\n   * Create a new WriteConcern object.\n   *\n   * <p> w is a String representing a valid getLastErrorMode rule (or \"majority\")\n   * @param w (Int) Specifies the getLastErrorMode to apply to the write\n   * @param wTimeout (Int) Specifies the number MS to wait for the server operations to write.  Defaults to 0 (no timeout)\n   * @param fsync (Boolean) Indicates whether write operations should require a sync to disk.\n   *              If true and the server is running without journaling, blocks until the server has synced all data\n   *              files to disk. If the server is running with journaling, this acts the same as the `j` option,\n   *              blocking until write operations have been committed to the journal.\n   *              Cannot be used in combination with `j`.\n   *              Defaults to False\n   * @param j whether writes should wait for a journaling group commit. Cannot be used with `fsync`.\n   * @param continueInsertOnError if an error occurs during a bulk insert should the inserts continue anyway\n   *\/\n  def withRule(w: String,\n               wTimeout: Int = 0,\n               fsync: Boolean = false,\n               j: Boolean = false,\n               continueInsertOnError: Boolean = false): JWriteConcern =\n    new JWriteConcern(w, wTimeout, fsync, j, continueInsertOnError)\n\n  \/**\n   * Get the WriteConcern constants by name: NONE, NORMAL, SAFE, MAJORITY, FSYNC_SAFE,\n   * JOURNAL_SAFE, REPLICAS_SAFE. (matching is done case insensitively)\n   *\n   * NOTE: This only supports the java versions, no support for the local scala aliases.\n   *\/\n  def valueOf(name: String): Option[JWriteConcern] = Option(JWriteConcern.valueOf(name))\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-gridfs\/src\/test\/scala\/GridFSSpec.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.gridfs\n\n\nimport scala.Some\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.commons.conversions.scala._\nimport com.mongodb.casbah.gridfs.Imports._\n\nimport com.github.nscala_time.time.Imports._\nimport org.specs2.specification.BeforeAfterExample\n\n\nclass GridFSSpec extends GridFSSpecification with BeforeAfterExample {\n\n  def before {\n    DeregisterJodaTimeConversionHelpers()\n    DeregisterJodaLocalDateTimeConversionHelpers()\n    database.requestStart()\n  }\n\n  def after {\n    database.requestDone()\n  }\n\n  override val databaseName = TEST_DB + \"-GridFS\"\n  val gridfs = GridFS(database, \"gridFS\")\n\n  def findItem(id: ObjectId, filename: Option[String] = None, contentType: Option[String] = None) = {\n    gridfs.findOne(id) must beSome[GridFSDBFile]\n\n    var md5 = \"\"\n    var fn: Option[String] = None\n    var ct: Option[String] = None\n\n    gridfs.findOne(id) foreach {\n      file =>\n        md5 = file.md5\n        fn = file.filename\n        ct = file.contentType\n    }\n\n    md5 must beEqualTo(logo_md5)\n    fn must beEqualTo(filename)\n    ct must beEqualTo(contentType)\n  }\n\n  \"Casbah's GridFS Implementations\" should {\n\n    \"Find the file in GridFS later\" in {\n      val id = gridfs(logo_bytes) {\n        fh =>\n          fh.filename = \"powered_by_mongo_find.png\"\n          fh.contentType = \"image\/png\"\n      }\n\n      gridfs.findOne(\"powered_by_mongo_find.png\") must beSome[GridFSDBFile]\n      var md5 = \"\"\n      var uploadDate: java.util.Date = null\n      gridfs.findOne(\"powered_by_mongo_find.png\") foreach {\n        file =>\n          md5 = file.md5\n          uploadDate = file.uploadDate\n      }\n      md5 must beEqualTo(logo_md5)\n      require(uploadDate != null)\n      uploadDate must beAnInstanceOf[java.util.Date]\n\n      gridfs.findOne(id.get.asInstanceOf[ObjectId]) foreach {\n        file =>\n          md5 = file.md5\n          uploadDate = file.uploadDate\n      }\n      md5 must beEqualTo(logo_md5)\n      require(uploadDate != null)\n      uploadDate must beAnInstanceOf[java.util.Date]\n    }\n\n    \"read back as expected\" in {\n      gridfs(\"hello world\".getBytes) {\n        fh =>\n          fh.filename = \"hello_world.txt\"\n          fh.contentType = \"text\/plain\"\n      }\n\n      val file = gridfs.findOne(\"hello_world.txt\")\n      file.get.source.mkString must beEqualTo(\"hello world\")\n\n      \/\/ Ensure the iterator also works\n      gridfs.iterator.filter(f => f.filename == \"hello_world.txt\").foreach(f =>\n        f.source.mkString must beEqualTo(\"hello world\")\n      )\n      success\n    }\n\n    \"Handle DateTime\" in {\n      gridfs(logo_bytes) {\n        fh =>\n          fh.put(\"uploadDate\", new DateTime())\n          fh.filename = \"powered_by_mongo_find_date.png\"\n          fh.contentType = \"image\/png\"\n      }\n\n      var md5 = \"\"\n      var uploadDate: java.util.Date = null\n      gridfs.findOne(\"powered_by_mongo_find_date.png\") foreach {\n        file =>\n          md5 = file.md5\n          uploadDate = file.uploadDate\n      }\n      uploadDate must beAnInstanceOf[java.util.Date]\n\n    }\n\n    \"Handle LocalTime\" in {\n      gridfs(logo_bytes) {\n        fh =>\n          fh.put(\"uploadDate\", new LocalDateTime())\n          fh.filename = \"powered_by_mongo_find_local.png\"\n          fh.contentType = \"image\/png\"\n      }\n\n      var md5 = \"\"\n      var uploadDate: java.util.Date = null\n      gridfs.findOne(\"powered_by_mongo_find_local.png\") foreach {\n        file =>\n          md5 = file.md5\n          uploadDate = file.uploadDate\n      }\n      uploadDate must beAnInstanceOf[java.util.Date]\n\n    }\n\n    \"Correctly catch the non-existence of a file and fail gracefully\" in {\n      gridfs.findOne(\"powered_by_mongoFOOBAR235254252.png\") must beNone\n    }\n\n    \"Return a wrapped MongoCursor if you call files,  as reported by <NAME>\" in {\n      val files = gridfs.files\n      files must beAnInstanceOf[MongoCursor]\n    }\n\n    \"Be properly iterable\" in {\n      gridfs(logo) {\n        fh =>\n          fh.filename = \"powered_by_mongo_iter.png\"\n          fh.contentType = \"image\/png\"\n      }\n      var x = false\n      for (f <- gridfs) x = true\n      x must beTrue\n    }\n  }\n\n  \"Return the created file's ID from the loan pattern methods.\" should {\n\n    \"Using a InputStream\" in {\n      val id = gridfs(logo) {\n        fh =>\n          fh.filename = \"powered_by_mongo_inputstream.png\"\n          fh.contentType = \"image\/png\"\n      }\n      id must beSome[AnyRef]\n      id.get must beAnInstanceOf[ObjectId]\n      findItem(id.get.asInstanceOf[ObjectId], Some(\"powered_by_mongo_inputstream.png\"), Some(\"image\/png\"))\n    }\n\n    \"Using a Byte Array\" in {\n      val id = gridfs(logo_bytes) {\n        fh =>\n          fh.filename = \"powered_by_mongo_bytes.png\"\n          fh.contentType = \"image\/png\"\n      }\n      id must beSome\n      id.get must beAnInstanceOf[ObjectId]\n      findItem(id.get.asInstanceOf[ObjectId], Some(\"powered_by_mongo_bytes.png\"), Some(\"image\/png\"))\n    }\n  }\n  \"Allow filename and contentType to be nullable, returning 'None' appropriately.\" in {\n    \"Filename may be null\" in {\n      val id = gridfs(logo) {\n        fh =>\n          fh.contentType = \"image\/png\"\n      }\n      id.get must beAnInstanceOf[ObjectId]\n      findItem(id.get.asInstanceOf[ObjectId], None, Some(\"image\/png\"))\n    }\n    \"content Type may be null\" in {\n      val id = gridfs(logo) {\n        fh =>\n          fh.filename = \"null_content_type.png\"\n      }\n      id.get must beAnInstanceOf[ObjectId]\n      findItem(id.get.asInstanceOf[ObjectId], Some(\"null_content_type.png\"), None)\n    }\n    \"both may be null\" in {\n      val id = gridfs(logo) {\n        fh =>\n      }\n      id.get must beAnInstanceOf[ObjectId]\n      findItem(id.get.asInstanceOf[ObjectId])\n    }\n  }\n\n}\n\n\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoCredential.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport com.mongodb.{MongoCredential => JavaMongoCredential}\n\n\/**\n * Helper class for creating MongoCredential instances\n *\n * @since 2.6\n * @see com.mongodb.MongoCredential\n *\/\nobject MongoCredential {\n\n  \/**\n   *\n   * Creates a MongoCredential instance for the GSSAPI SASL mechanism\n   *\n   * @param userName the user name\n   *\/\n  @deprecated(\"Please use MongoCredential.createGSSAPICredential\", \"2.7\")\n  def apply(userName: String): JavaMongoCredential =\n    JavaMongoCredential.createGSSAPICredential(userName)\n\n  \/**\n   *\n   * Creates a MongoCredential instance for the MongoDB Challenge Response protocol\n   *\n   * @param userName the user name\n   * @param database the source of the user name, typically a database name\n   * @param password the password\n   *\/\n  @deprecated(\"Please use MongoCredential.createMongoCRCredential\", \"2.7\")\n  def apply(userName: String, database: String, password: Array[Char]): JavaMongoCredential =\n    JavaMongoCredential.createMongoCRCredential(userName, database, password)\n\n  \/**\n   *\n   * Creates a MongoCredential instance for the GSSAPI SASL mechanism\n   *\n   * @param userName the user name\n   *\/\n  def createGSSAPICredential(userName: String): JavaMongoCredential =\n    JavaMongoCredential.createGSSAPICredential(userName)\n\n  \/**\n   *\n   * Creates a MongoCredential instance for the MongoDB Challenge Response protocol\n   *\n   * @param userName the user name\n   * @param database the source of the user name, typically a database name\n   * @param password the password\n   *\/\n  def createMongoCRCredential(userName: String, database: String, password: Array[Char]): JavaMongoCredential =\n    JavaMongoCredential.createMongoCRCredential(userName, database, password)\n\n  \/**\n   * Creates a MongoCredential instance for the MongoDB X.509 protocol.\n   *\n   * @param userName the non-null user name\n   * @return the credential\n   *\/\n  def createMongoX509Credential(userName: String): JavaMongoCredential =\n    JavaMongoCredential.createMongoX509Credential(userName)\n\n  \/**\n   * Creates a MongoCredential instance for the PLAIN SASL mechanism.\n   *\n   * @param userName the non-null user name\n   * @param source the source where the user is defined.  This can be either `\"\\$external\"` or the name of a database.\n   * @return the credential\n   *\/\n  def createPlainCredential(userName: String, source: String, password: Array[Char]): JavaMongoCredential =\n    JavaMongoCredential.createPlainCredential(userName, source, password)\n\n}\n"}
{"repo_name":"smola\/casbah","path":"project\/StyleChecker.scala","text":"<reponame>smola\/casbah<gh_stars>0\nimport sbt.File\nimport java.io.ByteArrayOutputStream\nimport java.io.PrintStream\nimport org.scalastyle._\n\nobject StyleChecker {\n  val maxResult = 100\n\n  class CustomTextOutput[T <: FileSpec]() extends Output[T] {\n    private val messageHelper = new MessageHelper(this.getClass().getClassLoader())\n\n    var fileCount: Int = _\n    override def message(m: Message[T]): Unit = m match {\n      case StartWork() =>\n      case EndWork() =>\n      case StartFile(file) =>\n        print(\"Checking file \" + file + \"...\")\n        fileCount = 0\n      case EndFile(file) =>\n        if (fileCount == 0) println(\" OK!\")\n      case StyleError(file, clazz, key, level, args, line, column, customMessage) =>\n        report(line, column, messageHelper.text(level.name),\n               Output.findMessage(messageHelper, clazz, key, args, customMessage))\n      case StyleException(file, clazz, message, stacktrace, line, column) =>\n        report(line, column, \"error\", message)\n    }\n\n    private def report(line: Option[Int], column: Option[Int], level: String, message: String) {\n      if (fileCount == 0) println(\"\")\n      fileCount += 1\n      println(\"  \" + fileCount + \". \" + level + pos(line, column) + \":\")\n      println(\"     \" + message)\n    }\n\n    private def pos(line: Option[Int], column: Option[Int]): String = line match {\n      case Some(line) => \" at line \" + line + (column match {\n        case Some(column) => \" character \" + column\n        case None => \"\"\n      })\n      case None => \"\"\n    }\n  }\n\n  def score(outputResult: OutputResult) = {\n    val penalties = outputResult.errors + outputResult.warnings\n    scala.math.max(maxResult - penalties, 0)\n  }\n\n  def assess(sources: Seq[File]): (String, Int) = {\n\n    val configFile = new File(\".\/project\/scalastyle-config.xml\").getAbsolutePath\n\n    val messages = new ScalastyleChecker().checkFiles(\n      ScalastyleConfiguration.readFromXml(configFile),\n      Directory.getFiles(None, sources))\n\n    val output = new ByteArrayOutputStream()\n    val outputResult = Console.withOut(new PrintStream(output)) {\n      new CustomTextOutput().output(messages)\n    }\n\n    val msg =\n      output.toString +\n      \"Processed \" + outputResult.files + \" file(s)\\n\" +\n      \"Found \" + outputResult.errors + \" errors\\n\" +\n      \"Found \" + outputResult.warnings + \" warnings\\n\" +\n      (if (outputResult.errors+outputResult.warnings > 0) \"Consult the scala style guide at http:\/\/www.scalastyle.org\/\" else \"\")\n\n    (msg, score(outputResult))\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-gridfs\/src\/test\/scala\/GridFSSpecification.scala","text":"package com.mongodb.casbah.test.gridfs\n\nimport java.io._\nimport java.security.MessageDigest\nimport com.mongodb.casbah.test.core.CasbahDBTestSpecification\n\n\ntrait GridFSSpecification extends CasbahDBTestSpecification {\n\n  def logo_fh = new FileInputStream(\"casbah-gridfs\/src\/test\/resources\/powered_by_mongo.png\")\n\n  def logo_bytes = {\n    val data = new Array[Byte](logo_fh.available())\n    logo_fh.read(data)\n    data\n  }\n\n  def logo = new ByteArrayInputStream(logo_bytes)\n\n  lazy val logo_md5 = {\n    val digest = MessageDigest.getInstance(\"MD5\")\n    digest.update(logo_bytes)\n    digest.digest().map(\"%02X\" format _).mkString.toLowerCase\n  }\n\n}\n"}
{"repo_name":"smola\/casbah","path":"examples\/mongoimport.scala","text":"#!\/bin\/sh\nL=`pwd`\ncp=`echo $L\/lib\/*`\nexec scala -cp \"$cp\" \"$0\" \"$@\"\n!#\n\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\nimport java.io.{ByteArrayOutputStream, PrintStream}\n\nimport scala.concurrent._\nimport ExecutionContext.Implicits.global\nimport scala.Some\nimport scala.collection.JavaConverters._\nimport scala.io.{BufferedSource, Source}\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.util.JSON\n\n\n\/**\n * An example program providing similar functionality as the ``mongoimport`` program\n *\n * As there is no core CSV library for Scala CSV import is an exercise left to the reader\n *\n * Add casbah-alldep jar to your path or add to .\/lib directory and then run as a shell program::\n *\n *    .\/mongoimport.scala -u mongodb:\/\/localhost\/test.testData --drop < data\/testData.json\n *\n *\/\nobject mongoimport {\n  val usage = \"\"\"\n                |Import JSON data into MongoDB using Casbah\n                |\n                |When importing JSON documents, each document must be a separate line of the input file.\n                |\n                |Example:\n                |  mongoimport --uri mongodb:\/\/localhost\/my_db.my_collection < mydocfile.json\n                |\n                |Options:\n                |  --help                                produce help message\n                |  --quiet                               silence all non error diagnostic\n                |                                        messages\n                |  -u [ --uri ] arg                      The connection URI - must contain a collection\n                |                                        mongodb:\/\/[username:password@]host1[:port1][,host2[:port2]]\/database.collection[?options]\n                |                                        See: http:\/\/docs.mongodb.org\/manual\/reference\/connection-string\/\n                |  --file arg                            file to import from; if not specified\n                |                                        stdin is used\n                |  --drop                                drop collection first\n                |  --upsert                              insert or update objects that already\n                |                                        exist\n                |  --upsertFields arg                    comma-separated fields for the query\n                |                                        part of the upsert. You should make\n                |                                        sure this is indexed\n                |  --stopOnError                         stop importing at first error rather\n                |                                        than continuing\n                |  --jsonArray                           load a json array, not one item per\n                |                                        line. Currently limited to 16MB.\n              \"\"\".stripMargin\n\n  \/**\n   * The main export program\n   * @param args the commandline arguments\n   *\/\n  def main(args: Array[String]) {\n\n    \/*The time when the execution of this program started, in milliseconds since 1 January 1970 UTC. *\/\n    val executionStart: Long = currentTime\n\n    if (args.length == 0 | args.contains(\"--help\")) {\n      Console.err.println(usage)\n      sys.exit(1)\n    }\n\n    val optionMap = parseArgs(Map(), args.toList)\n    val options = getOptions(optionMap)\n\n    if (options.uri == None) {\n      Console.err.println(s\"Missing URI\")\n      Console.err.println(usage)\n      sys.exit(1)\n    }\n\n    \/\/ Get source\n    val importSource: BufferedSource = options.file match {\n      case None => Source.stdin\n      case Some(fileName) => Source.fromFile(fileName)\n    }\n\n    handleSLF4J()\n\n    \/\/ Get URI\n    val mongoClientURI = MongoClientURI(options.uri.get)\n    if (mongoClientURI.collection == None) {\n      Console.err.println(s\"Missing collection name in the URI eg:  mongodb:\/\/<hostInformation>\/<database>.<collection>[?options]\")\n      Console.err.println(s\"Current URI: $mongoClientURI\")\n      sys.exit(1)\n    }\n\n\n    \/\/ Get the collection\n    val mongoClient = MongoClient(mongoClientURI)\n    val collection = mongoClient(mongoClientURI.database.get)(mongoClientURI.collection.get)\n\n    if (options.drop) {\n      val name = collection.fullName\n      if (!options.quiet) Console.err.println(s\"Dropping: $name\")\n      collection.drop()\n    }\n\n    \/\/ Import JSON in a future so we can output a spinner\n    val importer = future { importJson(collection, importSource, options) }\n\n    if (!options.quiet) Console.err.print(\"Importing...\")\n    showPinWheel(importer)\n    val total = currentTime - executionStart\n    if (!options.quiet) Console.err.println(s\"Finished: $total ms\")\n  }\n\n  \/**\n   * Imports JSON into the collection\n   *\n   * @param collection the collection to import into\n   * @param importSource the data source\n   * @param options the configuration options\n   *\/\n  private def importJson(collection: MongoCollection, importSource: BufferedSource, options: Options) {\n    options.jsonArray match {\n      case true =>\n        \/\/ Import all\n        val batch = JSON.parse(importSource.mkString).asInstanceOf[BasicDBList]\n        val builder = options.stopOnError match {\n          case true => collection.initializeOrderedBulkOperation\n          case false => collection.initializeUnorderedBulkOperation\n        }\n        for (doc <- batch) builder.insert(doc.asInstanceOf[DBObject])\n        builder.execute()\n      case false =>\n        \/\/ Import in batches of 1000\n        val lines = importSource.getLines()\n        while (lines.hasNext) {\n          val batch = lines.take(1000)\n          val builder = options.stopOnError match {\n            case true => collection.initializeOrderedBulkOperation\n            case false => collection.initializeUnorderedBulkOperation\n          }\n          for (line <- batch) {\n            val doc: MongoDBObject = JSON.parse(line).asInstanceOf[DBObject]\n            options.upsert match {\n              case false => builder.insert(doc)\n              case true =>\n                val (query, update) = options.upsertFields match {\n                  case Some(value) =>\n                    val query = doc filter {\n                      case (k, v) => value contains k\n                    }\n                    val update = doc filter {\n                      case (k, v) => !(value contains k)\n                    }\n                    (query, update)\n                  case None =>\n                    val query = doc filter {\n                      case (k, v) => k == \"_id\"\n                    }\n                    val update = doc filter {\n                      case (k, v) => k != \"_id\"\n                    }\n                    (query, update)\n                }\n                builder.find(query).upsert().updateOne(update)\n            }\n          }\n          try builder.execute()\n          catch {\n            case be: BulkWriteException => for (e <- be.getWriteErrors.asScala) Console.err.println(e.getMessage)\n          }\n        }\n    }\n  }\n\n  \/**\n   * Recursively convert the args list into a Map of options\n   *\n   * @param map - the initial option map\n   * @param args - the args list\n   * @return the parsed OptionMap\n   *\/\n  private def parseArgs(map: Map[String, Any], args: List[String]): Map[String, Any] = {\n    args match {\n      case Nil => map\n      case \"--quiet\" :: tail =>\n        parseArgs(map ++ Map(\"quiet\" -> true), tail)\n      case \"-u\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case \"--uri\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case \"--file\" :: value :: tail =>\n        parseArgs(map ++ Map(\"file\" -> value), tail)\n      case \"--drop\" :: tail =>\n        parseArgs(map ++ Map(\"drop\" -> true), tail)\n      case \"--upsert\" :: tail =>\n        parseArgs(map ++ Map(\"upsert\" -> true), tail)\n      case \"--upsertFields\" :: value :: tail =>\n        parseArgs(map ++ Map(\"upsertFields\" -> value.split(\",\").toList), tail)\n      case \"--stopOnError\" :: tail =>\n        parseArgs(map ++ Map(\"stopOnError\" -> true), tail)\n      case \"--jsonArray\" :: tail =>\n        parseArgs(map ++ Map(\"jsonArray\" -> true), tail)\n      case option :: tail =>\n        Console.err.println(\"Unknown option \" + option)\n        Console.err.println(usage)\n        sys.exit(1)\n    }\n  }\n\n  \/**\n   * Convert the optionMap to an Options instance\n   * @param optionMap the parsed args options\n   * @return Options instance\n   *\/\n  private def getOptions(optionMap: Map[String, _]): Options = {\n    val default = Options()\n    Options(\n      quiet = optionMap.getOrElse(\"quiet\", default.quiet).asInstanceOf[Boolean],\n      uri = optionMap.get(\"uri\") match {\n        case None => default.uri\n        case Some(value) => Some(value.asInstanceOf[String])\n      },\n      file = optionMap.get(\"file\") match {\n        case None => default.file\n        case Some(value) => Some(value.asInstanceOf[String])\n      },\n      drop = optionMap.getOrElse(\"drop\", default.drop).asInstanceOf[Boolean],\n      upsert = optionMap.getOrElse(\"upsert\", default.upsert).asInstanceOf[Boolean],\n      upsertFields = optionMap.get(\"upsertFields\") match {\n        case None => default.upsertFields\n        case Some(value) => Some(value.asInstanceOf[List[String]])\n      },\n      stopOnError = optionMap.getOrElse(\"stopOnError\", default.stopOnError).asInstanceOf[Boolean],\n      jsonArray = optionMap.getOrElse(\"jsonArray\", default.jsonArray).asInstanceOf[Boolean]\n    )\n  }\n\n  case class Options(quiet: Boolean = false, uri: Option[String] = None, file: Option[String] = None,\n                     drop: Boolean = false, upsert: Boolean = false, upsertFields: Option[List[String]] = None,\n                     stopOnError: Boolean = false, jsonArray: Boolean = false)\n\n  private def currentTime = System.currentTimeMillis()\n\n  \/**\n   * Hack to hide any SLF4J NOP stderr messages\n   *\/\n  private def handleSLF4J() {\n    val stderr = Console.err\n    val err = new PrintStream(new ByteArrayOutputStream())\n    System.setErr(err)\n    MongoClientURI(\"mongodb:\/\/localhost\")\n    System.setErr(stderr)\n  }\n\n  \/**\n   * Shows a pinWheel in the console.err\n   * @param someFuture the future we are all waiting for\n   *\/\n  private def showPinWheel(someFuture: Future[_]) {\n    \/\/ Let the user know something is happening until futureOutput isCompleted\n    val spinChars = List(\"|\", \"\/\", \"-\", \"\\\\\")\n    while (!someFuture.isCompleted) {\n      spinChars.foreach({\n        case char =>\n          Console.err.print(char)\n          Thread sleep 200\n          Console.err.print(\"\\b\")\n      })\n    }\n    Console.err.println(\"\")\n  }\n\n}\n\nmongoimport.main(args)\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/BulkWriteException.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport scala.collection.mutable\nimport scala.collection.JavaConverters._\n\nimport com.mongodb.{BulkWriteError, BulkWriteException => JBulkWriteException, ServerAddress, WriteConcernError}\n\ncase class BulkWriteException(message: String, cause: Throwable, underlying: JBulkWriteException) extends Exception(message: String, cause: Throwable)  {\n\n  \/**\n   * The result of all successfully processed write operations.  This will never be null.\n   *\n   * @return the bulk write result\n   *\/\n  def writeResult = BulkWriteResult(underlying.getWriteResult)\n\n  \/**\n   * The list of errors, which will not be null, but may be empty (if the write concern error is not null).\n   *\n   * @return the list of errors\n   *\/\n  def writeErrors: mutable.Buffer[BulkWriteError] = underlying.getWriteErrors.asScala\n\n  \/**\n   * The write concern error, which may be null (in which case the list of errors will not be empty).\n   *\n   * @return the write concern error\n   *\/\n  def writeConcernError: WriteConcernError = underlying.getWriteConcernError\n\n  \/**\n   * The address of the server which performed the bulk write operation.\n   *\n   * @return the address\n   *\/\n  def serverAddress: ServerAddress = underlying.getServerAddress\n\n  \/* Java api mirrors *\/\n  def getWriteResult: BulkWriteResult = writeResult\n\n  def getWriteErrors: mutable.Buffer[BulkWriteError] = writeErrors\n\n  def getWriteConcernError = writeConcernError\n\n  def getServerAddress: ServerAddress = serverAddress\n\n  override def equals(obj: Any) = underlying.equals(obj)\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/main\/scala\/MongoClientOptions.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\n\nimport com.mongodb.casbah.Imports._\n\nimport com.mongodb.{DBDecoderFactory, DBEncoderFactory, MongoClientOptions => JavaMongoClientOptions}\n\nimport javax.net.SocketFactory\n\n\/**\n * Helper class for creating MongoClientOptions instances\n *\n * @since 2.5\n * @see com.mongodb.MongoClientOptions\n *\/\nobject MongoClientOptions {\n\n  type Builder = JavaMongoClientOptions.Builder\n\n  val Defaults = new JavaMongoClientOptions.Builder().build()\n\n  \/\/ scalastyle:off parameter.number\n  \/**\n   * Instantiate a new MongoClientOptions instance\n   *\n   *\n   * @param autoConnectRetry Whether system autoretries on connection errors, default false\n   * @param connectionsPerHost # of connections allowed per host (pool size, per host) default 100\n   * @param connectTimeout Connection timeout in milliseconds default 10,000\n   * @param cursorFinalizerEnabled Sets whether there is a finalize method created that cleans up instances of DBCursor default true\n   * @param dbDecoderFactory override the default decoder factory\n   * @param dbEncoderFactory override the default encoder factory\n   * @param description the description of the MongoClient\n   * @param maxAutoConnectRetryTime Sets the maximum auto connect retry time default 0\n   * @param maxWaitTime the maximum time that a thread will block waiting for a connection, default 1000 * 60 * 2\n   * @param readPreference the read preference to use for queries, map-reduce, aggregation, and count\n   * @param socketFactory the socket factory for creating sockets to the mongo server\n   * @param socketKeepAlive if socket keep alive is enabled, default false\n   * @param socketTimeout socket timeout in milliseconds passed to Socket.setSoTimeout, default 0\n   * @param threadsAllowedToBlockForConnectionMultiplier the multiplier for number of threads allowed to block waiting for a connection, default 5\n   * @param writeConcern the write concern to use\n   * @throws MongoException()\n   * @see ServerAddress\n   * @see MongoDBAddress\n   *\/\n  def apply(\n             autoConnectRetry: Boolean = Defaults.isAutoConnectRetry,\n             connectionsPerHost: Int = Defaults.getConnectionsPerHost,\n             connectTimeout: Int = Defaults.getConnectTimeout,\n             cursorFinalizerEnabled: Boolean = Defaults.isCursorFinalizerEnabled,\n             dbDecoderFactory: DBDecoderFactory = Defaults.getDbDecoderFactory,\n             dbEncoderFactory: DBEncoderFactory = Defaults.getDbEncoderFactory,\n             description: String = Defaults.getDescription,\n             maxAutoConnectRetryTime: Long = Defaults.getMaxAutoConnectRetryTime,\n             maxWaitTime: Int = Defaults.getMaxWaitTime,\n             readPreference: ReadPreference = Defaults.getReadPreference,\n             socketFactory: SocketFactory = Defaults.getSocketFactory,\n             socketKeepAlive: Boolean = Defaults.isSocketKeepAlive,\n             socketTimeout: Int = Defaults.getSocketTimeout,\n             threadsAllowedToBlockForConnectionMultiplier: Int = Defaults.getThreadsAllowedToBlockForConnectionMultiplier,\n             writeConcern: WriteConcern = Defaults.getWriteConcern\n             ): JavaMongoClientOptions = {\n    val builder = new JavaMongoClientOptions.Builder()\n    builder.autoConnectRetry(autoConnectRetry)\n    builder.connectionsPerHost(connectionsPerHost)\n    builder.connectTimeout(connectTimeout)\n    builder.cursorFinalizerEnabled(cursorFinalizerEnabled)\n    builder.dbDecoderFactory(dbDecoderFactory)\n    builder.dbEncoderFactory(dbEncoderFactory)\n    builder.description(description)\n    builder.maxAutoConnectRetryTime(maxAutoConnectRetryTime)\n    builder.maxWaitTime(maxWaitTime)\n    builder.readPreference(readPreference)\n    builder.socketFactory(socketFactory)\n    builder.socketKeepAlive(socketKeepAlive)\n    builder.socketTimeout(socketTimeout)\n    builder.threadsAllowedToBlockForConnectionMultiplier(threadsAllowedToBlockForConnectionMultiplier)\n    builder.writeConcern(writeConcern)\n    builder.build()\n  }\n  \/\/ scalastyle:on parameter.number\n}\n\n\n"}
{"repo_name":"smola\/casbah","path":"casbah-query\/src\/test\/scala\/DSLCoreOperatorsSpec.scala","text":"<gh_stars>0\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.query\n\nimport com.mongodb.casbah.commons.conversions.scala._\nimport com.mongodb.casbah.query.Imports._\nimport com.mongodb.casbah.commons.test.CasbahMutableSpecification\n\n@SuppressWarnings(Array(\"deprecation\"))\nclass DSLCoreOperatorsSpec extends CasbahMutableSpecification {\n\n  sequential\n\n  def nonDSL(key: String, oper: String, value: Any) = MongoDBObject(key -> MongoDBObject(oper -> value))\n\n  \"Casbah's DSL $eq operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val eqStr = \"foo\" $eq \"ISBN-123456789\"\n      eqStr must beEqualTo(MongoDBObject(\"foo\" -> \"ISBN-123456789\"))\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $eq timestamp\n      timeQuery must beEqualTo(MongoDBObject(\"foo\" -> timestamp))\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val eqObj = \"foo\" $eq new BasicDBObject(\"bar\", \"baz\")\n        eqObj must beEqualTo(MongoDBObject(\"foo\" -> new BasicDBObject(\"bar\", \"baz\")))\n      }\n      \"A MongoDBObject created value\" in {\n        val eqObj = \"foo\" $eq MongoDBObject(\"bar\" -> \"baz\")\n        eqObj must beEqualTo(MongoDBObject(\"foo\" -> MongoDBObject(\"bar\" -> \"baz\")))\n      }\n      \"A DBList should work also\" in {\n        val eqLst = \"foo\" $eq MongoDBList(\"x\", \"y\", \"z\")\n        eqLst must beEqualTo(MongoDBObject(\"foo\" -> MongoDBList(\"x\", \"y\", \"z\")))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val eqLst = \"foo\" $eq List(\"x\", \"y\", 5)\n        eqLst must beEqualTo(MongoDBObject(\"foo\" -> List(\"x\", \"y\", 5)))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val eqSeq = \"foo\" $eq Seq(\"x\", \"y\", 5)\n        eqSeq must beEqualTo(MongoDBObject(\"foo\" -> Seq(\"x\", \"y\", 5)))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val eqSet = \"foo\" $eq Set(\"x\", \"y\", 5)\n        eqSet must haveListEntry(\"foo\", Set(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val eqHashSet = \"foo\" $eq HashSet(\"x\", \"y\", 5)\n        eqHashSet must haveListEntry(\"foo\", HashSet(\"x\", \"y\", 5))\n      }\n\n      \"Also, Arrays function\" in {\n        val eqArray = \"foo\" $eq Array(\"x\", \"y\", 5)\n        eqArray must haveListEntry(\"foo\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val eqInt = \"foo\" $eq 10\n        eqInt must beEqualTo(MongoDBObject(\"foo\" -> 10))\n      }\n      \"with Byte\" in {\n        val eqByte = \"foo\" $eq java.lang.Byte.parseByte(\"51\")\n        eqByte must beEqualTo(MongoDBObject(\"foo\" -> java.lang.Byte.parseByte(\"51\")))\n      }\n      \"with Double\" in {\n        val eqDouble = \"foo\" $eq 5.232352\n        eqDouble must beEqualTo(MongoDBObject(\"foo\" -> 5.232352))\n      }\n      \"with Float\" in {\n        val eqFloat = \"foo\" $eq java.lang.Float.parseFloat(\"5.232352\")\n        eqFloat must beEqualTo(MongoDBObject(\"foo\" -> java.lang.Float.parseFloat(\"5.232352\")))\n      }\n      \"with Long\" in {\n        val eqLong = \"foo\" $eq 10L\n        eqLong must beEqualTo(MongoDBObject(\"foo\" -> 10L))\n      }\n      \"with Short\" in {\n        val eqShort = \"foo\" $eq java.lang.Short.parseShort(\"10\")\n        eqShort must beEqualTo(MongoDBObject(\"foo\" -> java.lang.Short.parseShort(\"10\")))\n      }\n      \"with JDKDate\" in {\n        val eqJDKDate = \"foo\" $eq testDate\n        eqJDKDate must beEqualTo(MongoDBObject(\"foo\" -> testDate))\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val eqJodaDT = \"foo\" $eq new org.joda.time.DateTime(testDate.getTime)\n        eqJodaDT must beEqualTo(MongoDBObject(\"foo\" -> new org.joda.time.DateTime(testDate.getTime)))\n      }\n    }\n  }\n\n  \"Casbah's DSL $ne operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val neStr = \"foo\" $ne \"ISBN-123456789\"\n      neStr must haveEntry(\"foo.$ne\" -> \"ISBN-123456789\")\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $ne timestamp\n      timeQuery must haveEntry(\"foo.$ne\" -> timestamp)\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val neObj = \"foo\" $ne new BasicDBObject(\"bar\", \"baz\")\n        neObj must haveEntry(\"foo.$ne\" -> new BasicDBObject(\"bar\", \"baz\"))\n      }\n      \"A MongoDBObject created value\" in {\n        val neObj = \"foo\" $ne MongoDBObject(\"bar\" -> \"baz\")\n        neObj must haveEntry(\"foo.$ne\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A DBList should work also\" in {\n        val neLst = \"foo\" $ne MongoDBList(\"x\", \"y\", \"z\")\n        neLst must haveEntry(\"foo.$ne\" -> MongoDBList(\"x\", \"y\", \"z\"))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val neLst = \"foo\" $ne List(\"x\", \"y\", 5)\n        neLst must haveEntry(\"foo.$ne\" -> List(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val neSeq = \"foo\" $ne Seq(\"x\", \"y\", 5)\n        neSeq must haveEntry(\"foo.$ne\" -> Seq(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val neSet = \"foo\" $ne Set(\"x\", \"y\", 5)\n        neSet must haveListEntry(\"foo.$ne\", Set(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val neHashSet = \"foo\" $ne HashSet(\"x\", \"y\", 5)\n        neHashSet must haveListEntry(\"foo.$ne\", HashSet(\"x\", \"y\", 5))\n      }\n\n      \"Also, Arrays function\" in {\n        val neArray = \"foo\" $ne Array(\"x\", \"y\", 5)\n        neArray must haveListEntry(\"foo.$ne\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val neInt = \"foo\" $ne 10\n        neInt must haveEntry(\"foo.$ne\" -> 10)\n      }\n      \"with Byte\" in {\n        val neByte = \"foo\" $ne java.lang.Byte.parseByte(\"51\")\n        neByte must haveEntry(\"foo.$ne\" -> java.lang.Byte.parseByte(\"51\"))\n      }\n      \"with Double\" in {\n        val neDouble = \"foo\" $ne 5.232352\n        neDouble must haveEntry(\"foo.$ne\" -> 5.232352)\n      }\n      \"with Float\" in {\n        val neFloat = \"foo\" $ne java.lang.Float.parseFloat(\"5.232352\")\n        neFloat must haveEntry(\"foo.$ne\" -> java.lang.Float.parseFloat(\"5.232352\"))\n      }\n      \"with Long\" in {\n        val neLong = \"foo\" $ne 10L\n        neLong must haveEntry(\"foo.$ne\" -> 10L)\n      }\n      \"with Short\" in {\n        val neShort = \"foo\" $ne java.lang.Short.parseShort(\"10\")\n        neShort must haveEntry(\"foo.$ne\" -> java.lang.Short.parseShort(\"10\"))\n      }\n      \"with JDKDate\" in {\n        val neJDKDate = \"foo\" $ne testDate\n        neJDKDate must haveEntry(\"foo.$ne\", testDate)\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val neJodaDT = \"foo\" $ne new org.joda.time.DateTime(testDate.getTime)\n        neJodaDT must haveEntry(\"foo.$ne\" -> new org.joda.time.DateTime(testDate.getTime))\n      }\n    }\n  }\n\n  \"Casbah's DSL $lt operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val neStr = \"foo\" $lt \"ISBN-123456789\"\n      neStr must haveEntry(\"foo.$lt\" -> \"ISBN-123456789\")\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $lt timestamp\n      timeQuery must haveEntry(\"foo.$lt\" -> timestamp)\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val neObj = \"foo\" $lt new BasicDBObject(\"bar\", \"baz\")\n        neObj must haveEntry(\"foo.$lt\" -> new BasicDBObject(\"bar\", \"baz\"))\n      }\n      \"A MongoDBObject created value\" in {\n        val neObj = \"foo\" $lt MongoDBObject(\"bar\" -> \"baz\")\n        neObj must haveEntry(\"foo.$lt\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A DBList should work also\" in {\n        val neLst = \"foo\" $lt MongoDBList(\"x\", \"y\", \"z\")\n        neLst must haveEntry(\"foo.$lt\" -> MongoDBList(\"x\", \"y\", \"z\"))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val neLst = \"foo\" $lt List(\"x\", \"y\", 5)\n        neLst must haveEntry(\"foo.$lt\" -> List(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val neSeq = \"foo\" $lt Seq(\"x\", \"y\", 5)\n        neSeq must haveEntry(\"foo.$lt\" -> Seq(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val neSet = \"foo\" $lt Set(\"x\", \"y\", 5)\n        neSet must haveListEntry(\"foo.$lt\", List(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val neHashSet = \"foo\" $lt HashSet(\"x\", \"y\", 5)\n        neHashSet must haveListEntry(\"foo.$lt\", HashSet(\"x\", \"y\", 5)) \/\/ TODO - This *MUST* Be able to match regardless of inner type!!!!\n      }\n\n      \"Also, Arrays function\" in {\n        val neArray = \"foo\" $lt Array(\"x\", \"y\", 5)\n        neArray must haveListEntry(\"foo.$lt\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val neInt = \"foo\" $lt 10\n        neInt must haveEntry(\"foo.$lt\" -> 10)\n      }\n      \"with Byte\" in {\n        val neByte = \"foo\" $lt java.lang.Byte.parseByte(\"51\")\n        neByte must haveEntry(\"foo.$lt\" -> java.lang.Byte.parseByte(\"51\"))\n      }\n      \"with Double\" in {\n        val neDouble = \"foo\" $lt 5.232352\n        neDouble must haveEntry(\"foo.$lt\" -> 5.232352)\n      }\n      \"with Float\" in {\n        val neFloat = \"foo\" $lt java.lang.Float.parseFloat(\"5.232352\")\n        neFloat must haveEntry(\"foo.$lt\" -> java.lang.Float.parseFloat(\"5.232352\"))\n      }\n      \"with Long\" in {\n        val neLong = \"foo\" $lt 10L\n        neLong must haveEntry(\"foo.$lt\" -> 10L)\n      }\n      \"with Short\" in {\n        val neShort = \"foo\" $lt java.lang.Short.parseShort(\"10\")\n        neShort must haveEntry(\"foo.$lt\" -> java.lang.Short.parseShort(\"10\"))\n      }\n      \"with JDKDate\" in {\n        val neJDKDate = \"foo\" $lt testDate\n        neJDKDate must haveEntry(\"foo.$lt\" -> testDate)\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val neJodaDT = \"foo\" $lt new org.joda.time.DateTime(testDate.getTime)\n        neJodaDT must haveEntry(\"foo.$lt\" -> new org.joda.time.DateTime(testDate.getTime))\n      }\n\n    }\n  }\n\n  \"Casbah's DSL $lte operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val neStr = \"foo\" $lte \"ISBN-123456789\"\n      neStr must haveEntry(\"foo.$lte\" -> \"ISBN-123456789\")\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $lte timestamp\n      timeQuery must haveEntry(\"foo.$lte\" -> timestamp)\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val neObj = \"foo\" $lte new BasicDBObject(\"bar\", \"baz\")\n        neObj must haveEntry(\"foo.$lte\" -> new BasicDBObject(\"bar\", \"baz\"))\n      }\n      \"A MongoDBObject created value\" in {\n        val neObj = \"foo\" $lte MongoDBObject(\"bar\" -> \"baz\")\n        neObj must haveEntry(\"foo.$lte\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A DBList should work also\" in {\n        val neLst = \"foo\" $lte MongoDBList(\"x\", \"y\", \"z\")\n        neLst must haveEntry(\"foo.$lte\" -> MongoDBList(\"x\", \"y\", \"z\"))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val neLst = \"foo\" $lte List(\"x\", \"y\", 5)\n        neLst must haveEntry(\"foo.$lte\" -> List(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val neSeq = \"foo\" $lte Seq(\"x\", \"y\", 5)\n        neSeq must haveEntry(\"foo.$lte\" -> Seq(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val neSet = \"foo\" $lte Set(\"x\", \"y\", 5)\n        neSet must haveListEntry(\"foo.$lte\", List(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val neHashSet = \"foo\" $lte HashSet(\"x\", \"y\", 5)\n        neHashSet must haveListEntry(\"foo.$lte\", HashSet(\"x\", \"y\", 5))\n      }\n\n      \"Also, Arrays function\" in {\n        val neArray = \"foo\" $lte Array(\"x\", \"y\", 5)\n        neArray must haveListEntry(\"foo.$lte\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val neInt = \"foo\" $lte 10\n        neInt must haveEntry(\"foo.$lte\" -> 10)\n      }\n      \"with Byte\" in {\n        val neByte = \"foo\" $lte java.lang.Byte.parseByte(\"51\")\n        neByte must haveEntry(\"foo.$lte\" -> java.lang.Byte.parseByte(\"51\"))\n      }\n      \"with Double\" in {\n        val neDouble = \"foo\" $lte 5.232352\n        neDouble must haveEntry(\"foo.$lte\" -> 5.232352)\n      }\n      \"with Float\" in {\n        val neFloat = \"foo\" $lte java.lang.Float.parseFloat(\"5.232352\")\n        neFloat must haveEntry(\"foo.$lte\" -> java.lang.Float.parseFloat(\"5.232352\"))\n      }\n      \"with Long\" in {\n        val neLong = \"foo\" $lte 10L\n        neLong must haveEntry(\"foo.$lte\" -> 10L)\n      }\n      \"with Short\" in {\n        val neShort = \"foo\" $lte java.lang.Short.parseShort(\"10\")\n        neShort must haveEntry(\"foo.$lte\" -> java.lang.Short.parseShort(\"10\"))\n      }\n      \"with JDKDate\" in {\n        val neJDKDate = \"foo\" $lte testDate\n        neJDKDate must haveEntry(\"foo.$lte\" -> testDate)\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val neJodaDT = \"foo\" $lte new org.joda.time.DateTime(testDate.getTime)\n        neJodaDT must haveEntry(\"foo.$lte\" -> new org.joda.time.DateTime(testDate.getTime))\n      }\n\n    }\n  }\n\n  \"Casbah's DSL $gt operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val neStr = \"foo\" $gt \"ISBN-123456789\"\n      neStr must haveEntry(\"foo.$gt\" -> \"ISBN-123456789\")\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $gt timestamp\n      timeQuery must haveEntry(\"foo.$gt\" -> timestamp)\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val neObj = \"foo\" $gt new BasicDBObject(\"bar\", \"baz\")\n        neObj must haveEntry(\"foo.$gt\" -> new BasicDBObject(\"bar\", \"baz\"))\n      }\n      \"A MongoDBObject created value\" in {\n        val neObj = \"foo\" $gt MongoDBObject(\"bar\" -> \"baz\")\n        neObj must haveEntry(\"foo.$gt\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A DBList should work also\" in {\n        val neLst = \"foo\" $gt MongoDBList(\"x\", \"y\", \"z\")\n        neLst must haveListEntry(\"foo.$gt\", MongoDBList(\"x\", \"y\", \"z\"))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val neLst = \"foo\" $gt List(\"x\", \"y\", 5)\n        neLst must haveListEntry(\"foo.$gt\", List(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val neSeq = \"foo\" $gt Seq(\"x\", \"y\", 5)\n        neSeq must haveListEntry(\"foo.$gt\", Seq(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val neSet = \"foo\" $gt Set(\"x\", \"y\", 5)\n        neSet must haveListEntry(\"foo.$gt\", List(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val neHashSet = \"foo\" $gt HashSet(\"x\", \"y\", 5)\n        neHashSet must haveListEntry(\"foo.$gt\", HashSet(\"x\", \"y\", 5))\n      }\n\n      \"Also, Arrays function\" in {\n        val neArray = \"foo\" $gt Array(\"x\", \"y\", 5)\n        neArray must haveListEntry(\"foo.$gt\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val neInt = \"foo\" $gt 10\n        neInt must haveEntry(\"foo.$gt\" -> 10)\n      }\n      \"with Byte\" in {\n        val neByte = \"foo\" $gt java.lang.Byte.parseByte(\"51\")\n        neByte must haveEntry(\"foo.$gt\" -> java.lang.Byte.parseByte(\"51\"))\n      }\n      \"with Double\" in {\n        val neDouble = \"foo\" $gt 5.232352\n        neDouble must haveEntry(\"foo.$gt\" -> 5.232352)\n      }\n      \"with Float\" in {\n        val neFloat = \"foo\" $gt java.lang.Float.parseFloat(\"5.232352\")\n        neFloat must haveEntry(\"foo.$gt\" -> java.lang.Float.parseFloat(\"5.232352\"))\n      }\n      \"with Long\" in {\n        val neLong = \"foo\" $gt 10L\n        neLong must haveEntry(\"foo.$gt\" -> 10L)\n      }\n      \"with Short\" in {\n        val neShort = \"foo\" $gt java.lang.Short.parseShort(\"10\")\n        neShort must haveEntry(\"foo.$gt\" -> java.lang.Short.parseShort(\"10\"))\n      }\n      \"with JDKDate\" in {\n        val neJDKDate = \"foo\" $gt testDate\n        neJDKDate must haveEntry(\"foo.$gt\" -> testDate)\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val neJodaDT = \"foo\" $gt new org.joda.time.DateTime(testDate.getTime)\n        neJodaDT must haveEntry(\"foo.$gt\" -> new org.joda.time.DateTime(testDate.getTime))\n      }\n\n    }\n  }\n\n  \"Casbah's DSL $gte operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    val testDate = new java.util.Date(109, 1, 2, 0, 0, 0)\n\n    \"Accept a right hand value of String\" in {\n      val neStr = \"foo\" $gte \"ISBN-123456789\"\n      neStr must haveEntry(\"foo.$gte\" -> \"ISBN-123456789\")\n    }\n\n    \"Accept a right hand value of BSONTimestamp\" in {\n      val timestamp = new BSONTimestamp(10101, 0)\n      val timeQuery = \"foo\" $gte timestamp\n      timeQuery must haveEntry(\"foo.$gte\" -> timestamp)\n    }\n\n    \"Accept a right hand value of DBObject\" in {\n      \"A BasicDBObject created value\" in {\n        val neObj = \"foo\" $gte new BasicDBObject(\"bar\", \"baz\")\n        neObj must haveEntry(\"foo.$gte\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A MongoDBObject created value\" in {\n        val neObj = \"foo\" $gte MongoDBObject(\"bar\" -> \"baz\")\n        neObj must haveEntry(\"foo.$gte\" -> MongoDBObject(\"bar\" -> \"baz\"))\n      }\n      \"A DBList should work also\" in {\n        val neLst = \"foo\" $gte MongoDBList(\"x\", \"y\", \"z\")\n        neLst must haveEntry(\"foo.$gte\", MongoDBList(\"x\", \"y\", \"z\"))\n\n      }\n    }\n\n    \"Accept List-like values descended from Iterable\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val neLst = \"foo\" $gte List(\"x\", \"y\", 5)\n        neLst must haveEntry(\"foo.$gte\", List(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val neSeq = \"foo\" $gte Seq(\"x\", \"y\", 5)\n        neSeq must haveEntry(\"foo.$gte\", Seq(\"x\", \"y\", 5))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val neSet = \"foo\" $gte Set(\"x\", \"y\", 5)\n        neSet must haveListEntry(\"foo.$gte\", List(\"x\", \"y\", 5))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val neHashSet = \"foo\" $gte HashSet(\"x\", \"y\", 5)\n        neHashSet must haveListEntry(\"foo.$gte\", HashSet(\"x\", \"y\", 5))\n      }\n\n      \"Also, Arrays function\" in {\n        val neArray = \"foo\" $gte Array(\"x\", \"y\", 5)\n        neArray must haveListEntry(\"foo.$gte\", Array(\"x\", \"y\", 5))\n      }\n    }\n\n    \"Accept a right hand value of ValidDateOrNumericType\" in {\n      \"with Int\" in {\n        val neInt = \"foo\" $gte 10\n        neInt must haveEntry(\"foo.$gte\" -> 10)\n      }\n      \"with Byte\" in {\n        val neByte = \"foo\" $gte java.lang.Byte.parseByte(\"51\")\n        neByte must haveEntry(\"foo.$gte\" -> java.lang.Byte.parseByte(\"51\"))\n      }\n      \"with Double\" in {\n        val neDouble = \"foo\" $gte 5.232352\n        neDouble must haveEntry(\"foo.$gte\" -> 5.232352)\n      }\n      \"with Float\" in {\n        val neFloat = \"foo\" $gte java.lang.Float.parseFloat(\"5.232352\")\n        neFloat must haveEntry(\"foo.$gte\" -> java.lang.Float.parseFloat(\"5.232352\"))\n      }\n      \"with Long\" in {\n        val neLong = \"foo\" $gte 10L\n        neLong must haveEntry(\"foo.$gte\" -> 10L)\n      }\n      \"with Short\" in {\n        val neShort = \"foo\" $gte java.lang.Short.parseShort(\"10\")\n        neShort must haveEntry(\"foo.$gte\" -> java.lang.Short.parseShort(\"10\"))\n      }\n      \"with JDKDate\" in {\n        val neJDKDate = \"foo\" $gte testDate\n        neJDKDate must haveEntry(\"foo.$gte\" -> testDate)\n      }\n      \"with JodaDT\" in {\n        RegisterJodaTimeConversionHelpers()\n        val neJodaDT = \"foo\" $gte new org.joda.time.DateTime(testDate.getTime)\n        neJodaDT must haveEntry(\"foo.$gte\" -> new org.joda.time.DateTime(testDate.getTime))\n      }\n\n    }\n  }\n\n  \"Casbah's DSL $in operator\" should {\n    DeregisterJodaTimeConversionHelpers()\n\n    \"Accept Arrays as values\" in {\n      val in = \"foo\" $in Array(1, 8, 12, \"x\")\n      in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\"))\n    }\n\n    \"Accept Tuples of varying arity for values\" in {\n      \"A Tuple4 works\" in {\n        val in = \"foo\" $in(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\"))\n      }\n      \"A Tuple9 works\" in {\n        val in = \"foo\" $in(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\")\n        in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\"))\n      }\n    }\n    \"Accept Iterables as values\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val in = \"foo\" $in List(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val in = \"foo\" $in Seq(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val in = \"foo\" $in Set(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$in\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val in = \"foo\" $in HashSet(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$in\", HashSet(1, 8, 12, \"x\"))\n      }\n    }\n  }\n\n  \"Casbah's DSL $nin operator\" should {\n\n    \"Accept Arrays as values\" in {\n      val in = \"foo\" $nin Array(1, 8, 12, \"x\")\n      in must haveListEntry(\"foo.$nin\", Array(1, 8, 12, \"x\"))\n    }\n\n    \"Accept Tuples of varying arity for values\" in {\n      \"A Tuple4 works\" in {\n        val in = \"foo\" $nin(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$nin\", List(1, 8, 12, \"x\"))\n      }\n      \"A Tuple9 works\" in {\n        val nin = \"foo\" $nin(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\")\n        nin must haveListEntry(\"foo.$nin\", List(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\"))\n      }\n    }\n    \"Accept Iterables as values\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val in = \"foo\" $nin List(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$nin\", List(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val in = \"foo\" $nin Seq(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$nin\", List(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val in = \"foo\" $nin Set(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$nin\", List(1, 8, 12, \"x\"))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val in = \"foo\" $nin HashSet(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$nin\", HashSet(1, 8, 12, \"x\"))\n      }\n    }\n  }\n\n  \"Casbah's DSL $all operator\" should {\n\n    \"Accept Arrays as values\" in {\n      val in = \"foo\" $all Array(1, 8, 12, \"x\")\n      in must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\"))\n    }\n\n    \"Accept Tuples of varying arity for values\" in {\n      \"A Tuple4 works\" in {\n        val in = \"foo\" $all(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\"))\n      }\n      \"A Tuple9 works\" in {\n        val all = \"foo\" $all(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\")\n        all must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\", \"a\", \"b\", \"x\", 25.2332, \"15.32542352\"))\n      }\n    }\n    \"Accept Iterables as values\" in {\n      \"An immutable List works\" in {\n        import scala.collection.immutable.List\n        val in = \"foo\" $all List(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Seq works\" in {\n        import scala.collection.immutable.Seq\n        val in = \"foo\" $all Seq(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An immutable Set works\" in {\n        import scala.collection.immutable.Set\n        val in = \"foo\" $all Set(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$all\", Array(1, 8, 12, \"x\"))\n      }\n\n      \"An mutable HashSet works\" in {\n        import scala.collection.mutable.HashSet\n        val in = \"foo\" $all HashSet(1, 8, 12, \"x\")\n        in must haveListEntry(\"foo.$all\", HashSet(1, 8, 12, \"x\"))\n      }\n    }\n  }\n\n  \"Casbah's $mod modulo operator\" should {\n    \"Function as expected\" in {\n      val mod = \"x\" $mod(5, 2)\n      mod.toString must beEqualTo( \"\"\"{ \"x\" : { \"$mod\" : [ 5 , 2]}}\"\"\")\n    }\n\n    \"Take non-integer valid numeric values\" in {\n      val mod = \"x\" $mod(5.12, 2.9)\n      mod.toString must beEqualTo( \"\"\"{ \"x\" : { \"$mod\" : [ 5.12 , 2.9]}}\"\"\")\n    }\n\n    \"Accept differing numeric types for left v. right\" in {\n      val mod = \"x\" $mod(5, 2.8300000000000125)\n      mod.toString must beEqualTo( \"\"\"{ \"x\" : { \"$mod\" : [ 5 , 2.8300000000000125]}}\"\"\")\n    }\n\n  }\n\n  \"Casbah's $size operator\" should {\n    \"Function as expected\" in {\n      val size = \"x\" $size 12\n      size.toString must beEqualTo( \"\"\"{ \"x\" : { \"$size\" : 12}}\"\"\")\n    }\n  }\n\n  \"Casbah's $exists operator\" should {\n    \"Function as expected\" in {\n      val exists = \"x\" $exists true\n      exists.toString must beEqualTo( \"\"\"{ \"x\" : { \"$exists\" : true}}\"\"\")\n    }\n  }\n\n  \"Casbah's $not operator\" should {\n    \"Function in a normal passing\" in {\n      val not = \"foo\" $not {\n        _ $lt 5.1\n      }\n      not must haveEntry(\"foo.$not.$lt\" -> 5.1)\n    }\n\n    \"Function with anchoring and subobjects\" in {\n      val not = \"foo\" $not {\n        _ $mod(5, 10)\n      }\n      not must haveEntry(\"foo.$not\" -> MongoDBObject(\"$mod\" -> MongoDBList(5, 10)))\n    }\n\n    \"Function with a regular expression\" in {\n      val not = \"foo\" $not \"^foo.*bar\".r\n      not.toString must beEqualTo( \"\"\"{ \"foo\" : { \"$not\" : { \"$regex\" : \"^foo.*bar\"}}}\"\"\")\n    }\n  }\n\n  \"Casbah's $regex operator\" should {\n    \"Function in a normal passing\" in {\n      val regex = \"foo\" $regex \"^bar$\"\n      regex must haveEntry(\"foo.$regex\" -> \"^bar$\")\n    }\n    \"Work when passing in a scala regex\" in {\n      val regex = \"foo\" $eq \"^bar$\".r\n      regex.get(\"foo\").toString() must beEqualTo(\"^bar$\")\n    }\n  }\n\n  \"Casbah's $slice operator\" should {\n    \"Function with a single value\" in {\n      val slice = \"foo\" $slice 5\n      slice must haveEntry(\"foo.$slice\" -> 5)\n    }\n    \"Function with a slice and limit \" in {\n      val slice = \"foo\" $slice(5, -1)\n      slice must haveEntry(\"foo.$slice\" -> MongoDBList(5, -1))\n    }\n  }\n\n  \"Casbah's $elemMatch operator\" should {\n    \"Function as expected\" in {\n      val elemMatch = \"foo\" $elemMatch (MongoDBObject(\"a\" -> 1) ++ (\"b\" $gt 1))\n      elemMatch must beEqualTo(\n        MongoDBObject(\n          \"foo\" -> MongoDBObject(\n            \"$elemMatch\" -> MongoDBObject(\n              \"a\" -> 1,\n              \"b\" -> MongoDBObject(\"$gt\" -> 1)))))\n    }\n  }\n\n  \"Casbah's $type operator\" should {\n    \"Accept raw Byte indicators (e.g. from org.bson.BSON)\" in {\n      \/\/ Don't need to test every value here since it's just a byte\n      val typeOper = \"foo\" $type org.bson.BSON.NUMBER_LONG\n      typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.NUMBER_LONG)\n    }\n\n    \"Accept manifested Type arguments\" in {\n      \"Doubles\" in {\n        val typeOper = \"foo\".$type[Double]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.NUMBER)\n      }\n      \"Strings\" in {\n        val typeOper = \"foo\".$type[String]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.STRING)\n      }\n      \"Object\" in {\n        \"via BSONObject\" in {\n          val typeOper = \"foo\".$type[org.bson.BSONObject]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.OBJECT)\n        }\n        \"via DBObject\" in {\n          val typeOper = \"foo\".$type[DBObject]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.OBJECT)\n        }\n      }\n      \"Array\" in {\n        \"via BasicDBList\" in {\n          val typeOper = \"foo\".$type[BasicDBList]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.ARRAY)\n        }\n        \"via BasicBSONList\" in {\n          val typeOper = \"foo\".$type[org.bson.types.BasicBSONList]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.ARRAY)\n        }\n      }\n      \"OID\" in {\n        val typeOper = \"foo\".$type[ObjectId]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.OID)\n      }\n      \"Boolean\" in {\n        val typeOper = \"foo\".$type[Boolean]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.BOOLEAN)\n      }\n      \"Date\" in {\n        \"via JDKDate\" in {\n          val typeOper = \"foo\".$type[java.util.Date]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.DATE)\n        }\n        \"via Joda DateTime\" in {\n          val typeOper = \"foo\".$type[org.joda.time.DateTime]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.DATE)\n        }\n      }\n      \"None (null)\" in {\n        \/\/ For some reason you can't use NONE\n        val typeOper = \"foo\".$type[Option[Nothing]]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.NULL)\n      }\n      \"Regex\" in {\n        \"Scala Regex\" in {\n          val typeOper = \"foo\".$type[scala.util.matching.Regex]\n          typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.REGEX)\n        }\n      }\n      \"Symbol\" in {\n        val typeOper = \"foo\".$type[Symbol]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.SYMBOL)\n      }\n      \"Number (integer)\" in {\n        val typeOper = \"foo\".$type[Int]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.NUMBER_INT)\n      }\n      \"Number (Long)\" in {\n        val typeOper = \"foo\".$type[Long]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.NUMBER_LONG)\n      }\n      \"Timestamp\" in {\n        val typeOper = \"foo\".$type[java.sql.Timestamp]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.TIMESTAMP)\n      }\n      \"Binary\" in {\n        val typeOper = \"foo\".$type[Array[Byte]]\n        typeOper must haveEntry(\"foo.$type\" -> org.bson.BSON.BINARY)\n      }\n\n    }\n\n  }\n\n  \"Casbah's $meta operator\" should {\n    \"Function as expected\" in {\n      val meta = (\"foo\" $meta)\n      meta must beEqualTo(MongoDBObject(\"foo\" -> MongoDBObject(\"$meta\" -> \"textScore\")))\n    }\n  }\n\n  \"Casbah's GeoSpatial Operators\" should {\n    \"Allow construction of GeoCoords\" in {\n      \"With two different numeric types\" in {\n        val geo = GeoCoords(5.23, -123)\n        geo must not beNull\n      }\n      \"Be convertible from a tuple\" in {\n        val geo = tupleToGeoCoords((5.23, -123))\n        geo must not beNull\n      }\n    }\n\n    \"Support $near\" in {\n      \"With an explicit GeoCoords instance\" in {\n        val near = \"foo\" $near GeoCoords(74.2332, -75.23452)\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$near\" -> MongoDBList(74.2332, -75.23452))))\n      }\n      \"With a tuple converted coordinate set\" in {\n        val near = \"foo\" $near(74.2332, -75.23452)\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$near\" -> MongoDBList(74.2332, -75.23452))))\n      }\n      \"With a $maxDistance specification\" in {\n        val near = \"foo\" $near(74.2332, -75.23452) $maxDistance 5\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$near\" -> MongoDBList(74.2332, -75.23452),\n              \"$maxDistance\" -> 5)))\n      }\n    }\n\n    \"Support $nearSphere\" in {\n      \"With an explicit GeoCoords instance\" in {\n        val near = \"foo\" $nearSphere GeoCoords(74.2332, -75.23452)\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$nearSphere\" -> MongoDBList(74.2332, -75.23452))))\n      }\n      \"With a tuple converted coordinate set\" in {\n        val near = \"foo\" $nearSphere(74.2332, -75.23452)\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$nearSphere\" -> MongoDBList(74.2332, -75.23452))))\n      }\n    }\n    \"Support.$geoWithin ...\" in {\n\n      \"... geometries\" in {\n        var geo = MongoDBObject(\"$geometry\" ->\n          MongoDBObject(\"$type\" -> \"polygon\",\n            \"coordinates\" -> (((GeoCoords(74.2332, -75.23452),\n              GeoCoords(123, 456),\n              GeoCoords(74.2332, -75.23452))))))\n        val near = \"foo\".$geoWithin(geo)\n        near must beEqualTo(\n          MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$geoWithin\" -> geo)))\n      }\n      \"... $box\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$geoWithin $box(GeoCoords(74.2332, -75.23452), GeoCoords(123, 456))\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$geoWithin\" -> MongoDBObject(\n                  \"$box\" -> MongoDBList(\n                    MongoDBList(74.2332, -75.23452),\n                    MongoDBList(123, 456))))))\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$geoWithin $box((74.2332, -75.23452), (123, 456))\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$geoWithin\" -> MongoDBObject(\n                  \"$box\" -> MongoDBList(\n                    MongoDBList(74.2332, -75.23452),\n                    MongoDBList(123, 456))))))\n        }\n      }\n      \"... $center\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$geoWithin $center(GeoCoords(50, 50), 10)\n          log.error(\"Near: %s\", near.getClass)\n          val x = MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$geoWithin\" -> MongoDBObject(\n                \"$center\" -> MongoDBList(\n                  MongoDBList(50, 50),\n                  10))))\n          log.error(\"Match X: %s\", x.getClass)\n          near must beEqualTo(x)\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$geoWithin $center((50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$geoWithin\" -> MongoDBObject(\n                  \"$center\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n      }\n      \"... $centerSphere\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$geoWithin $centerSphere(GeoCoords(50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$geoWithin\" -> MongoDBObject(\n                  \"$centerSphere\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$geoWithin $centerSphere((50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$geoWithin\" -> MongoDBObject(\n                  \"$centerSphere\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n      }\n    }\n    \"Support.$within ...\" in {\n      \"... $box\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$within $box(GeoCoords(74.2332, -75.23452), GeoCoords(123, 456))\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$within\" -> MongoDBObject(\n                  \"$box\" -> MongoDBList(\n                    MongoDBList(74.2332, -75.23452),\n                    MongoDBList(123, 456))))))\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$within $box((74.2332, -75.23452), (123, 456))\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$within\" -> MongoDBObject(\n                  \"$box\" -> MongoDBList(\n                    MongoDBList(74.2332, -75.23452),\n                    MongoDBList(123, 456))))))\n        }\n      }\n      \"... $center\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$within $center(GeoCoords(50, 50), 10)\n          log.error(\"Near: %s\", near.getClass)\n          val x = MongoDBObject(\n            \"foo\" -> MongoDBObject(\n              \"$within\" -> MongoDBObject(\n                \"$center\" -> MongoDBList(\n                  MongoDBList(50, 50),\n                  10))))\n          log.error(\"Match X: %s\", x.getClass)\n          near must beEqualTo(x)\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$within $center((50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$within\" -> MongoDBObject(\n                  \"$center\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n      }\n      \"... $centerSphere\" in {\n        \"With an explicit GeoCoords instance\" in {\n          val near = \"foo\".$within $centerSphere(GeoCoords(50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$within\" -> MongoDBObject(\n                  \"$centerSphere\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n        \"With a tuple converted coordinate set\" in {\n          val near = \"foo\".$within $centerSphere((50, 50), 10)\n          near must beEqualTo(\n            MongoDBObject(\n              \"foo\" -> MongoDBObject(\n                \"$within\" -> MongoDBObject(\n                  \"$centerSphere\" -> MongoDBList(\n                    MongoDBList(50, 50),\n                    10)))))\n        }\n      }\n    }\n  }\n\n  \"Chained core operators\" should {\n    \"Function correctly\" in {\n      val ltGt = \"foo\" $gte 15 $lt 35.2 $ne 16\n      log.debug(\"LTGT: %s\", ltGt)\n      ltGt must beEqualTo(MongoDBObject(\"foo\" -> MongoDBObject(\"$gte\" -> 15, \"$lt\" -> 35.2, \"$ne\" -> 16)))\n    }\n    \"Function correctly with deeper nesting e.g. $not\" in {\n      val ltGt = \"foo\" $not {\n        _ $gte 15 $lt 35.2 $ne 16\n      }\n      log.debug(\"LTGT: %s\", ltGt)\n      ltGt must beEqualTo(MongoDBObject(\"foo\" -> MongoDBObject(\"$not\" -> MongoDBObject(\"$gte\" -> 15, \"$lt\" -> 35.2, \"$ne\" -> 16))))\n    }\n  }\n}\n\n"}
{"repo_name":"smola\/casbah","path":"casbah-gridfs\/src\/main\/scala\/GenericGridFS.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\npackage com.mongodb.casbah\npackage gridfs\n\nimport com.mongodb.casbah.commons.beans.BeanInfo\nimport scala.collection.JavaConverters._\n\nimport com.github.nscala_time.time.Imports._\nimport com.mongodb.gridfs.{GridFS => MongoGridFS, GridFSDBFile => MongoGridFSDBFile, GridFSFile => MongoGridFSFile, GridFSInputFile => MongoGridFSInputFile}\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.commons.Logging\nimport scala.collection.mutable\nimport java.io.InputStream\nimport scala.io.BufferedSource\n\nabstract class GenericGridFS protected[gridfs] extends Logging {\n  log.info(\"Instantiated a new GridFS instance against '%s'\", underlying)\n\n  val underlying: MongoGridFS\n\n  implicit val db: MongoDB = underlying.getDB.asScala\n  implicit val filesCollection: MongoGenericTypedCollection[GridFSDBFileSafeJoda] =\n    db(underlying.getBucketName + \".files\").setObjectClass(classOf[GridFSDBFileSafeJoda])\n\n  \/**\n   * loan\n   *\n   * Basic implementation of the Loan pattern -\n   * the idea is to pass a Unit returning function\n   * and a Mongo file handle, and work on it within\n   * a code block.\n   *\n   *\/\n  protected[gridfs] def loan[T <: GenericGridFSFile](file: T)(op: T => Option[AnyRef]) = op(file)\n\n  \/** Find by query *\/\n  def find[A <% DBObject](query: A): mutable.Buffer[MongoGridFSDBFile] = underlying.find(query).asScala\n\n  \/** Find by query - returns a single item *\/\n  def find(id: ObjectId): MongoGridFSDBFile = underlying.find(id)\n\n  \/** Find by query  *\/\n  def find(filename: String): mutable.Buffer[MongoGridFSDBFile] = underlying.find(filename).asScala\n\n  def bucketName: String = underlying.getBucketName\n\n  \/**\n   * Returns a cursor for this filestore\n   * of all of the files...\n   *\/\n  def files: MongoCursor = {\n    new MongoCursor(underlying.getFileList)\n  }\n\n  def files[A <% DBObject](query: A): MongoCursor = {\n    new MongoCursor(underlying.getFileList(query))\n  }\n\n  def remove[A <% DBObject](query: A): Unit = underlying.remove(query)\n\n  def remove(id: ObjectId): Unit = underlying.remove(id)\n\n  def remove(filename: String): Unit = underlying.remove(filename)\n\n}\n\n@BeanInfo\nabstract class GenericGridFSFile(override val underlying: MongoGridFSFile) extends MongoDBObject with Logging {\n  type DateType\n\n  def convertDate(in: AnyRef): DateType\n\n  override def iterator: Iterator[(String, AnyRef)] = underlying.keySet.asScala.map {\n    k => k -> underlying.get(k)\n  }.toMap.iterator\n\n  def save() {\n    underlying.save()\n  }\n\n  \/**\n   * validate the object.\n   * Throws an exception if it fails\n   * @throws MongoException An error describing the validation failure\n   *\/\n  def validate() {\n    underlying.validate()\n  }\n\n  def numChunks: Int = underlying.numChunks\n\n  def id: AnyRef = underlying.getId\n\n  def filename: Option[String] = Option(underlying.getFilename)\n\n  \/\/ todo - does mongo support mime magic? Should we pull some in here?\n  def contentType: Option[String] = Option(underlying.getContentType)\n\n  def length: Long = underlying.getLength\n\n  def chunkSize: Long = underlying.getChunkSize\n\n  def uploadDate: DateType = convertDate(underlying.get(\"uploadDate\"))\n\n  def aliases: mutable.Buffer[String] = underlying.getAliases.asScala\n\n  def metaData: DBObject = underlying.getMetaData\n\n  def metaData_=[A <% DBObject](meta: A): Unit = underlying.setMetaData(meta)\n\n  def md5: String = underlying.getMD5\n\n  override def toString(): String = \"{ GridFSFile(id=%s, filename=%s, contentType=%s) }\".\n    format(id, filename, contentType)\n}\n\nclass GridFSDBFileSafeJoda extends MongoGridFSDBFile {\n\n  override def setGridFS(fs: MongoGridFS) {\n    _fs = fs\n  }\n\n  override def put(key: String, v: AnyRef): AnyRef = {\n    val _v = v match {\n      case j: DateTime => j.toDate\n      case l: LocalDateTime => l.toDateTime.toDate\n      case default => default\n    }\n    super.put(key, _v)\n  }\n}\n\n@BeanInfo\nabstract class GenericGridFSDBFile protected[gridfs](override val underlying: MongoGridFSDBFile) extends GenericGridFSFile(underlying) {\n\n  def inputStream: InputStream = underlying.getInputStream\n\n  def source: BufferedSource = scala.io.Source.fromInputStream(inputStream)\n\n  def writeTo(file: java.io.File): Long = underlying.writeTo(file)\n\n  def writeTo(out: java.io.OutputStream): Long = underlying.writeTo(out)\n\n  def writeTo(filename: String): Long = underlying.writeTo(filename)\n\n  override def toString(): String = \"{ GridFSDBFile(id=%s, filename=%s, contentType=%s) }\".\n    format(id, filename, contentType)\n\n  override def put(key: String, v: AnyRef): Option[AnyRef] = {\n    val _v = v match {\n      case j: DateTime => j.toDate\n      case l: LocalDateTime => l.toDateTime.toDate\n      case default => default\n    }\n    super.put(key, _v)\n  }\n}\n\n\n@BeanInfo\nabstract class GenericGridFSInputFile protected[gridfs](override val underlying: MongoGridFSInputFile) extends GenericGridFSFile(underlying) {\n  def filename_=(name: String): Unit = underlying.setFilename(name)\n\n  def contentType_=(cT: String): Unit = underlying.setContentType(cT)\n\n  override def put(key: String, v: AnyRef): Option[AnyRef] = {\n    val _v = v match {\n      case j: DateTime => j.toDate\n      case l: LocalDateTime => l.toDateTime.toDate\n      case default => default\n    }\n    super.put(key, _v)\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-gridfs\/src\/main\/scala\/Implicits.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah\npackage gridfs\n\nimport com.mongodb.casbah.Imports._\nimport com.mongodb.casbah.gridfs.Imports._\n\nimport scala.collection.JavaConverters._\n\ntrait Implicits {\n  implicit def wrapDBFile(in: com.mongodb.gridfs.GridFSDBFile): GridFSDBFile = new GridFSDBFile(in)\n\n  implicit def wrapInFile(in: com.mongodb.gridfs.GridFSInputFile): GridFSInputFile = new GridFSInputFile(in)\n\n  implicit def wrapJodaDBFile(in: com.mongodb.gridfs.GridFSDBFile): JodaGridFSDBFile = new JodaGridFSDBFile(in)\n\n  implicit def wrapJodaInFile(in: com.mongodb.gridfs.GridFSInputFile): JodaGridFSInputFile = new JodaGridFSInputFile(in)\n}\n\nobject Implicits extends Implicits\n\nobject Imports extends Imports\n\nobject BaseImports extends BaseImports\n\nobject TypeImports extends TypeImports\n\ntrait Imports extends BaseImports with TypeImports with Implicits\n\ntrait BaseImports {\n  val GridFS = com.mongodb.casbah.gridfs.GridFS\n  val JodaGridFS = com.mongodb.casbah.gridfs.JodaGridFS\n}\n\ntrait TypeImports {\n  type GridFS = com.mongodb.casbah.gridfs.GridFS\n  type GridFSDBFile = com.mongodb.casbah.gridfs.GridFSDBFile\n  type GridFSInputFile = com.mongodb.casbah.gridfs.GridFSInputFile\n  type GridFSFile = com.mongodb.casbah.gridfs.GridFSFile\n  type JodaGridFS = com.mongodb.casbah.gridfs.JodaGridFS\n  type JodaGridFSDBFile = com.mongodb.casbah.gridfs.JodaGridFSDBFile\n  type JodaGridFSInputFile = com.mongodb.casbah.gridfs.JodaGridFSInputFile\n  type JodaGridFSFile = com.mongodb.casbah.gridfs.JodaGridFSFile\n}\n"}
{"repo_name":"smola\/casbah","path":"casbah-core\/src\/test\/scala\/MongoOpLogSpec.scala","text":"\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n * Copyright (c) 2009, 2010 Novus Partners, Inc. <http:\/\/novus.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\npackage com.mongodb.casbah.test.core\n\nimport com.mongodb.casbah.Imports._\n\nimport com.mongodb.casbah.util.{MongoOpLogEntry, MongoOpLog}\nimport com.mongodb.casbah.commons.ValidBSONType.BSONTimestamp\n\nclass MongoOpLogSpec extends CasbahDBTestSpecification {\n\n  \"MongoOpLog\" should {\n\n    \"iterate over new OpLog entries when .next() is called\" in {\n      isReplicaSet must beTrue.orSkip(\"Testing OpLogs requires a ReplicaSet\")\n\n      collection.drop()\n\n      val secondsSinceEpoch: Int = (System.currentTimeMillis \/ 1000).toInt\n      val startTime = new BSONTimestamp(secondsSinceEpoch, 0).getTime\n\n      collection.insert(MongoDBObject(\"_id\" -> 1))\n\n      val oplog =\n        new MongoOpLog(\n          mongoClient = mongoClient,\n          namespace = Some(\"%s.%s\".format(database.name, collection.name)))\n\n      var latest = false\n      while (!latest && oplog.hasNext) {\n        latest = oplog.next().timestamp.getTime >= startTime\n      }\n\n      val insertDoc = MongoDBObject(\"_id\" -> 2)\n      collection.insert(insertDoc)\n\n      val opLogDoc = oplog.next().document\n      opLogDoc must beEqualTo(insertDoc)\n\n      oplog.close()\n      oplog.hasNext should throwA[IllegalStateException]\n    }\n  }\n}\n"}
{"repo_name":"smola\/casbah","path":"examples\/GSSAPICredentialsExample.scala","text":"<reponame>smola\/casbah\n#!\/bin\/sh\nL=`pwd`\ncp=`echo $L\/lib\/*`\nexec scala -cp \"$cp\" \"$0\" \"$@\"\n!#\n\n\/**\n * Copyright (c) 2010 MongoDB, Inc. <http:\/\/mongodb.com>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\n * For questions and comments about this product, please see the project page at:\n *\n * http:\/\/github.com\/mongodb\/casbah\n *\n *\/\n\nimport java.io.{ByteArrayOutputStream, PrintStream}\n\nimport scala.Some\n\nimport com.mongodb.casbah.Imports._\nimport java.security.Security\n\n\n\/**\n * An example program showing you how to connect using GSSAPI authentication\n *\n *\n * Steps:\n *  1. Add casbah-alldep jar to your path or add to .\/lib directory and then run as a shell program\n *  2. Install unlimited strength encryption jar files in jre\/lib\/security\n       (http:\/\/www.oracle.com\/technetwork\/java\/javase\/downloads\/jce-7-download-432124.html)\n *\n *    .\/GSSAPICredentialsExample.scala -u mongodb:\/\/drivers%40EXAMPLE.ME@kdc.example.me\/<database>.<collection>\/?authMechanism=GSSAPI\n *\n *\/\nobject GSSAPICredentialsExample {\n  val usage = \"\"\"\n                | An example program showing you how to connect using GSSAPI authentication\n                |\n                | Steps:\n                |   1. Add casbah-alldep jar to your path or add to .\/lib directory and then run as a shell program\n                |   2. Install unlimited strength encryption jar files in jre\/lib\/security\n                |       (http:\/\/www.oracle.com\/technetwork\/java\/javase\/downloads\/jce-7-download-432124.html)\n                |\n                | Example:\n                |  .\/GSSAPICredentialsExample.scala -u mongodb:\/\/dev1%EXAMPLE.ME@kdc.example.me\/database.collection\/?authMechanism=GSSAPI\n                |\n                | Options:\n                |  --help                                produce help message\n                |  --quiet                               silence all non error diagnostic\n                |                                        messages\n                |  -u [ --uri ] arg                      The connection URI - must contain a collection\n                |                                        mongodb:\/\/[username:password@]host1[:port1][,host2[:port2]]\/database.collection[?options]\n                |                                        See: http:\/\/docs.mongodb.org\/manual\/reference\/connection-string\/\n              \"\"\".stripMargin\n\n  \/**\n   * The main export program\n   * @param args the commandline arguments\n   *\/\n  def main(args: Array[String]) {\n\n    \/*The time when the execution of this program started, in milliseconds since 1 January 1970 UTC. *\/\n    val executionStart: Long = currentTime\n\n    if (args.length == 0 | args.contains(\"--help\")) {\n      Console.println(usage)\n      sys.exit(1)\n    }\n\n    val optionMap = parseArgs(Map(), args.toList)\n    val options = getOptions(optionMap)\n\n    if (options.uri == None) {\n      Console.println(s\"Missing URI\")\n      Console.println(usage)\n      sys.exit(1)\n    }\n\n    handleSLF4J()\n\n    val mongoClientURI = MongoClientURI(options.uri.get)\n    val credentials = mongoClientURI.credentials\n\n    credentials match {\n      case None =>\n        Console.println(s\"Missing Credentials in the URI\")\n        Console.println(usage)\n        sys.exit(1)\n      case Some(credential) =>\n        if (credential.getMechanism != \"GSSAPI\") {\n          Console.println(s\"Wrong Credential mechanism in the URI it should be GSSAPI\")\n          Console.println(usage)\n          sys.exit(1)\n        }\n    }\n\n    val realm = credentials.get.getUserName.split(\"@\")(1)\n    val kdc = mongoClientURI.hosts(0)\n\n    \/\/ Set any system properties not already set.\n    Option(System.getProperty(\"java.security.krb5.realm\")) match {\n      case None => System.setProperty(\"java.security.krb5.realm\", realm)\n      case _ =>\n    }\n\n    Option(System.getProperty(\"java.security.krb5.kdc\")) match {\n      case None => System.setProperty(\"java.security.krb5.kdc\", kdc)\n      case _ =>\n    }\n\n    Option(System.getProperty(\"javax.security.auth.useSubjectCredsOnly\")) match {\n      case None => System.setProperty(\"javax.security.auth.useSubjectCredsOnly\", \"false\")\n      case _ =>\n    }\n\n    Option(System.getProperty(\"java.security.krb5.conf\")) match {\n      case None => System.setProperty(\"java.security.krb5.conf\", \"\/dev\/null\")\n      case _ =>\n    }\n\n    if (!options.quiet) Console.println(\"Connecting....\")\n    val mongoClient =  MongoClient(mongoClientURI)\n    if (!options.quiet) Console.println(s\"Connected: $mongoClientURI\")\n\n    if (mongoClientURI.collection != None) {\n      val collection = mongoClient(mongoClientURI.database.get)(mongoClientURI.collection.get)\n      Console.println(s\"$collection count: ${collection.count()}\")\n    } else if (mongoClientURI.collection != None) {\n      Console.println(mongoClient(mongoClientURI.database.get).collectionNames())\n    } else {\n      Console.println(mongoClient.databaseNames())\n    }\n\n    val total = currentTime - executionStart\n    if (!options.quiet) Console.println(s\"Finished: $total ms\")\n  }\n\n  \/**\n   * Recursively convert the args list into a Map of options\n   *\n   * @param map - the initial option map\n   * @param args - the args list\n   * @return the parsed OptionMap\n   *\/\n  private def parseArgs(map: Map[String, Any], args: List[String]): Map[String, Any] = {\n    args match {\n      case Nil => map\n      case \"--quiet\" :: tail =>\n        parseArgs(map ++ Map(\"quiet\" -> true), tail)\n      case \"-u\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case \"--uri\" :: value :: tail =>\n        parseArgs(map ++ Map(\"uri\" -> value), tail)\n      case option :: tail =>\n        Console.println(\"Unknown option \" + option)\n        Console.println(usage)\n        sys.exit(1)\n    }\n  }\n\n  \/**\n   * Convert the optionMap to an Options instance\n   * @param optionMap the parsed args options\n   * @return Options instance\n   *\/\n  private def getOptions(optionMap: Map[String, _]): Options = {\n    val default = Options()\n    Options(\n      quiet = optionMap.getOrElse(\"quiet\", default.quiet).asInstanceOf[Boolean],\n      uri = optionMap.get(\"uri\") match {\n        case None => default.uri\n        case Some(value) => Some(value.asInstanceOf[String])\n      }\n    )\n  }\n\n  case class Options(quiet: Boolean = false, uri: Option[String] = None)\n\n  private def currentTime = System.currentTimeMillis()\n\n  \/**\n   * Hack to hide any SLF4J NOP stderr messages\n   *\/\n  private def handleSLF4J() {\n    val stderr = Console.err\n    val err = new PrintStream(new ByteArrayOutputStream())\n    System.setErr(err)\n    MongoClientURI(\"mongodb:\/\/localhost\")\n    System.setErr(stderr)\n  }\n\n}\n\nGSSAPICredentialsExample.main(args)\n"}
{"repo_name":"amitgilad3\/AWScala","path":"project\/Build.scala","text":"<filename>project\/Build.scala\nimport sbt._\nimport Keys._\n\nobject AwscalaProject extends Build {\n\n  lazy val root = Project(\"root\", file(\".\"), settings = mainSettings)\n\n  lazy val mainSettings = Seq(\n    organization := \"com.github.seratch\",\n    name := \"awscala\",\n    version := \"0.4.2\",\n    scalaVersion := \"2.11.4\",\n    crossScalaVersions := Seq(\"2.11.4\", \"2.10.4\"),\n    publishTo <<= version { (v: String) => \n      val nexus = \"https:\/\/oss.sonatype.org\/\"\n      if (v.trim.endsWith(\"SNAPSHOT\")) Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n      else Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    },\n    publishMavenStyle := true,\n    resolvers += \"spray repo\" at \"http:\/\/repo.spray.io\",\n    libraryDependencies ++= Seq(\n      \"com.amazonaws\"    %  \"aws-java-sdk\"    % \"1.9.8\",\n      \"joda-time\"        %  \"joda-time\"       % \"2.5\",\n      \"org.joda\"         %  \"joda-convert\"    % \"1.7\",\n      \"com.decodified\"   %% \"scala-ssh\"       % \"0.7.0\"  % \"provided\",\n      \"org.bouncycastle\" %  \"bcprov-jdk16\"    % \"1.46\"   % \"provided\",\n      \"ch.qos.logback\"   %  \"logback-classic\" % \"1.1.2\"  % \"test\",\n      \"org.scalatest\"    %% \"scalatest\"       % \"2.2.2\"  % \"test\"\n    ),\n    sbtPlugin := false,\n    transitiveClassifiers in Global := Seq(Artifact.SourceClassifier),\n    incOptions := incOptions.value.withNameHashing(true),\n    scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\"),\n    publishMavenStyle := true,\n    publishArtifact in Test := false,\n    pomIncludeRepository := { x => false },\n    pomExtra := <url>http:\/\/seratch.github.com\/awscala<\/url>\n      <licenses>\n        <license>\n          <name>Apache License, Version 2.0<\/name>\n          <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html<\/url>\n          <distribution>repo<\/distribution>\n        <\/license>\n      <\/licenses>\n      <scm>\n        <url><EMAIL>:seratch\/awscala.git<\/url>\n        <connection>scm:git:<EMAIL>:seratch\/awscala.git<\/connection>\n      <\/scm>\n      <developers>\n        <developer>\n          <id>seratch<\/id>\n          <name><NAME><\/name>\n          <url>http:\/\/seratch.net\/<\/url>\n        <\/developer>\n        <developer>\n          <id>mslinn<\/id>\n          <name><NAME><\/name>\n          <url>https:\/\/github.com\/mslinn<\/url>\n        <\/developer>\n        <developer>\n          <id>Rheeseyb<\/id>\n          <name>RheeseyB<\/name>\n          <url>https:\/\/github.com\/Rheeseyb<\/url>\n        <\/developer>\n        <developer>\n          <id>gribeiro<\/id>\n          <name><NAME><\/name>\n          <url>https:\/\/github.com\/gribeiro<\/url>\n        <\/developer>\n      <\/developers>\n  )\n\n}\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Chat.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.Command\nimport com.lbs.common.Logger\nimport com.lbs.server.conversation.Chat._\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.service.{DataService, MonitoringService}\nimport com.lbs.server.util.MessageExtractors._\n\nimport scala.util.matching.Regex\n\nclass Chat(val userId: UserId, dataService: DataService, monitoringService: MonitoringService, bookingFactory: UserIdTo[Book],\n           helpFactory: UserIdTo[Help], monitoringsFactory: UserIdTo[Monitorings], monitoringsHistoryFactory: UserIdTo[MonitoringsHistory], historyFactory: UserIdTo[History],\n           visitsFactory: UserIdTo[Visits], settingsFactory: UserIdTo[Settings], accountFactory: UserIdTo[Account])(val actorSystem: ActorSystem) extends Conversation[Unit] with Logger {\n\n  private val book = bookingFactory(userId)\n  private val help = helpFactory(userId)\n  private val monitorings = monitoringsFactory(userId)\n  private val monitoringsHistory = monitoringsHistoryFactory(userId)\n  private val history = historyFactory(userId)\n  private val visits = visitsFactory(userId)\n  private val settings = settingsFactory(userId)\n  private val account = accountFactory(userId)\n\n  entryPoint(helpChat)\n\n  private def helpChat: Step =\n    dialogue(help) {\n      case Msg(cmd@TextCommand(\"\/help\"), _) =>\n        help ! cmd\n        stay()\n      case Msg(cmd@TextCommand(\"\/start\"), _) =>\n        help ! cmd\n        stay()\n    }\n\n  private def bookChat: Step =\n    dialogue(book) {\n      case Msg(TextCommand(\"\/book\"), _) =>\n        book.restart()\n        stay()\n    }\n\n  private def historyChat: Step =\n    dialogue(history) {\n      case Msg(TextCommand(\"\/history\"), _) =>\n        history.restart()\n        stay()\n    }\n\n  private def visitsChat: Step =\n    dialogue(visits) {\n      case Msg(TextCommand(\"\/reserved\"), _) =>\n        visits.restart()\n        stay()\n    }\n\n  private def monitoringsChat: Step =\n    dialogue(monitorings) {\n      case Msg(TextCommand(\"\/monitorings\"), _) =>\n        monitorings.restart()\n        stay()\n    }\n\n  private def monitoringsHistoryChat: Step =\n    dialogue(monitoringsHistory) {\n      case Msg(TextCommand(\"\/monitorings_history\"), _) =>\n        monitoringsHistory.restart()\n        stay()\n    }\n\n  private def settingsChat: Step =\n    dialogue(settings) {\n      case Msg(TextCommand(\"\/settings\"), _) =>\n        settings.restart()\n        stay()\n    }\n\n  private def accountChat: Step =\n    dialogue(account) {\n      case Msg(TextCommand(\"\/accounts\"), _) =>\n        account.restart()\n        stay()\n    }\n\n  private def dialogue(interactional: Interactional)(mainMessageProcessor: MessageProcessorFn): Step =\n    monologue {\n      case event: Msg =>\n        if (mainMessageProcessor.isDefinedAt(event)) mainMessageProcessor(event)\n        else {\n          val defaultMessageProcessor = secondaryState(interactional)\n          defaultMessageProcessor(event)\n        }\n    }\n\n  private def secondaryState(interactional: Interactional): MessageProcessorFn = {\n    case Msg(cmd@TextCommand(\"\/help\"), _) =>\n      self ! cmd\n      goto(helpChat)\n    case Msg(cmd@TextCommand(\"\/start\"), _) =>\n      self ! cmd\n      goto(helpChat)\n    case Msg(cmd@TextCommand(\"\/book\"), _) =>\n      self ! cmd\n      goto(bookChat)\n    case Msg(cmd@TextCommand(\"\/monitorings\"), _) =>\n      self ! cmd\n      goto(monitoringsChat)\n    case Msg(cmd@TextCommand(\"\/monitorings_history\"), _) =>\n      self ! cmd\n      goto(monitoringsHistoryChat)\n    case Msg(cmd@TextCommand(\"\/history\"), _) =>\n      self ! cmd\n      goto(historyChat)\n    case Msg(cmd@TextCommand(\"\/reserved\"), _) =>\n      self ! cmd\n      goto(visitsChat)\n    case Msg(cmd@TextCommand(\"\/settings\"), _) =>\n      self ! cmd\n      goto(settingsChat)\n    case Msg(cmd@TextCommand(\"\/accounts\"), _) =>\n      self ! cmd\n      goto(accountChat)\n    case Msg(TextCommand(ReserveTerm(monitoringIdStr, scheduleIdStr, timeStr)), _) =>\n      val monitoringId = monitoringIdStr.toLong\n      val scheduleId = scheduleIdStr.toLong\n      val time = timeStr.toLong\n      monitoringService.bookAppointmentByScheduleId(userId.accountId, monitoringId, scheduleId, time)\n      stay()\n    case Msg(cmd: Command, _) =>\n      interactional ! cmd\n      stay()\n  }\n\n  beforeDestroy {\n    book.destroy()\n    help.destroy()\n    monitorings.destroy()\n    monitoringsHistory.destroy()\n    history.destroy()\n    visits.destroy()\n    settings.destroy()\n    account.destroy()\n  }\n}\n\nobject Chat {\n  val ReserveTerm: Regex = s\"\/reserve_(\\\\d+)_(\\\\d+)_(\\\\d+)\".r\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/En.scala","text":"\npackage com.lbs.server.lang\n\nimport com.lbs.api.json.model.{AvailableVisitsTermPresentation, HistoricVisit, ReservedVisit, ValuationsResponse}\nimport com.lbs.server.conversation.Book\nimport com.lbs.server.conversation.StaticData.StaticDataConfig\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.util.DateTimeUtil._\n\nimport java.time.{LocalTime, ZonedDateTime}\nimport java.util.Locale\n\nobject En extends Lang {\n\n  override def id: Int = 0\n\n  override def locale: Locale = Locale.ENGLISH\n\n  override def label: String = \"\ud83c\uddfa\ud83c\uddf8\udb40\udc67\udb40\udc62\udb40\udc65\udb40\udc6e\udb40\udc67\udb40\udc7fEnglish\"\n\n  override protected def withPages(message: String, page: Int, pages: Int): String = {\n    if (pages > 1) s\"$message. Page <b>${page + 1}<\/b> of <b>$pages<\/b>\"\n    else message\n  }\n\n  override def unableToCancelUpcomingVisit(reason: String): String =\n    s\"\u26a0 Unable to cancel upcoming visit! Reason: $reason\"\n\n  override def appointmentHasBeenCancelled: String =\n    s\"\ud83d\udc4d Your appointment has canceled!\"\n\n  override def yes: String = \"Yes\"\n\n  override def no: String = \"No\"\n\n  override def noUpcomingVisits: String =\n    \"\u2139 No upcoming visits found\"\n\n  override def areYouSureToCancelAppointment(visit: ReservedVisit): String =\n    s\"\"\"<b>\u27a1<\/b> Are you sure want to cancel appointment?\n       |\n       |\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |\"\"\".stripMargin\n\n  override def chooseDateFrom(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> Please choose date from or write it manually using format dd-MM, e.g. ${formatDateShort(exampleDate)}\"\n\n  override def chooseDateTo(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> Please choose date to or write it manually using format dd-MM, e.g. ${formatDateShort(exampleDate)}\"\n\n  override def findTerms: String = \"\ud83d\udd0d Find terms\"\n\n  override def modifyDate: String = \"\ud83d\udcc5 Modify date\"\n\n  override def bookingSummary(bookingData: Book.BookingData): String =\n    s\"\ud83e\udd84 Ok! We are going to book a service <b>${bookingData.serviceId.name}<\/b>\" +\n      s\" with a doctor chosen <b>${bookingData.doctorId.name}<\/b>\" +\n      s\" in <b>${bookingData.clinicId.name}<\/b> clinic\" +\n      s\" of the <b>${bookingData.cityId.name}<\/b> city.\" +\n      s\"\\nDesired dates: <b>${formatDate(bookingData.dateFrom, locale)}<\/b> -> <b>${formatDate(bookingData.dateTo, locale)}<\/b>\" +\n      s\"\\nTime: <b>${formatTime(bookingData.timeFrom)} -> ${formatTime(bookingData.timeTo)}<\/b>\" +\n      s\"\\n\\n<b>\u27a1<\/b> Now choose your action\"\n\n  override def noTermsFound: String =\n    s\"\"\"\u2139 No available terms found\n       |\n       |What do you want to do next?\"\"\".stripMargin\n\n  override def createMonitoring: String = \"\ud83d\udc40 Create monitoring\"\n\n  override def cancel: String = \"Cancel\"\n\n  override def book: String = \"Book\"\n\n  override def confirmAppointment(term: AvailableVisitsTermPresentation, valuations: ValuationsResponse): String =\n\n    s\"\"\"<b>\u27a1<\/b> ${valuations.optionsQuestion.getOrElse(\"Would you like to confirm your appointment booking?\")}\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |\n       |\u2139${valuations.visitTermVariants.head.infoMessage}\"\"\".stripMargin\n\n  override def appointmentIsConfirmed: String = \"\ud83d\udc4d Your appointment has been confirmed!\"\n\n  override def monitoringHasBeenCreated: String = \"\ud83d\udc4d Monitoring has been created! List of active \/monitorings\"\n\n  override def unableToCreateMonitoring(reason: String): String = s\"\ud83d\udc4e Unable to create monitoring. Reason: $reason.\"\n\n  override def chooseTypeOfMonitoring: String = \"<b>\u27a1<\/b> Please choose type of monitoring you want\"\n\n  override def bookByApplication: String = \"\ud83d\udc7e Book by the application\"\n\n  override def bookManually: String = \"\ud83d\udc64 Book manually\"\n\n  override def rebookIfExists: String = \"<b>\u27a1<\/b> Do you want to update term if reservation already exists?\"\n\n  override def pleaseSpecifyOffset: String = \"<b>\u27a1<\/b> Please send me offset in hours or press No button\"\n\n  override def visitAlreadyExists: String = \"<b>\u27a1<\/b> The same service is already booked. Do you want to update the term?\"\n\n  override def city: String = \"city\"\n\n  override def clinic: String = \"clinic\"\n\n  override def service: String = \"service\"\n\n  override def doctor: String = \"doctor\"\n\n  override def previous: String = \"Previous\"\n\n  override def next: String = \"Next\"\n\n  override def noActiveMonitorings: String = \"\u2139 You don't have active monitorings. Create new one \/book\"\n\n  override def deactivateMonitoring(monitoring: Monitoring): String =\n    s\"\"\"<b>\u27a1<\/b> Are you sure want to deactivate monitoring?\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\"\"\".stripMargin\n\n  override def deactivated: String = \"\ud83d\udc4d Deactivated! List of active \/monitorings\"\n\n  override def any: String = \"Any\"\n\n  override def pressAny: String = s\"or press <b>$any<\/b> button\"\n\n  override def pleaseEnterStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> Please enter a partial ${config.name} name\n         |For example: <b>${config.partialExample}<\/b> if you are looking for <b>${config.example}<\/b>\"\"\".stripMargin,\n      config.isAnyAllowed)\n\n  override def pleaseEnterStaticDataNameOrPrevious(config: StaticDataConfig): String =\n    s\"\"\"<b>\u27a1<\/b> Please enter a partial ${config.name} name\n       |For example: <b>${config.partialExample}<\/b> if you are looking for <b>${config.example}<\/b>\n       |\n       |or choose a ${config.name} from previous searches\"\"\".stripMargin\n\n  override def staticDataIs(config: StaticDataConfig, label: String): String =\n    s\"<b>\u2705<\/b> ${capitalizeFirstLetter(config.name)} is <b>$label<\/b>\"\n\n  override def pleaseChooseStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(s\"<b>\u27a1<\/b> Please choose a ${config.name}\", config.isAnyAllowed)\n\n  override def staticNotFound(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> Nothing was found \ud83d\ude14\n         |Please enter a ${config.name} name again\"\"\", config.isAnyAllowed)\n\n  override def loginAndPasswordAreOk: String =\n    s\"\"\"\u2705 Congrats! Login and password are OK!\n       |Now you can change the language \/settings\n     \"\"\".stripMargin\n\n  override def provideUsername: String =\n    s\"\"\"\u2139 You must be logged in using your <b>Luxmed<\/b> credentials\n       |\n       |<b>\u27a1<\/b> Please provide username\"\"\".stripMargin\n\n  override def providePassword: String = \"<b>\u27a1<\/b> Please provide password\"\n\n  override def visitsHistoryIsEmpty: String = \"\u2139 No visits in your history\"\n\n  override def help: String =\n    s\"\"\"\u2139 Non official bot for <b>Portal Pacjenta LUX MED (v.${Lang.version})<\/b>.\n       |It can help you to book a visit to a doctor, create term monitoring, view upcoming appointments and visit history.\n       |\n       |<b>\u27a1<\/b> Supported commands\n       |\/book - reserve a visit, or create a monitoring\n       |\/monitorings - available terms monitoring\n       |\/monitorings_history - previous monitoring\n       |\/reserved - upcoming visits\n       |\/history - visits history\n       |\/accounts - manage Luxmed accounts\n       |\/login - login again\n       |\/settings - settings, e.g. lang\n       |\/help - the help\"\"\".stripMargin\n\n  override def dateFromIs(dateFrom: ZonedDateTime): String = s\"\ud83d\udcc5 Date from is ${formatDate(dateFrom, locale)}\"\n\n  override def dateToIs(dateTo: ZonedDateTime): String = s\"\ud83d\udcc5 Date to is ${formatDate(dateTo, locale)}\"\n\n  override def termEntry(term: AvailableVisitsTermPresentation, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |<b>\u27a1<\/b> \/book_$index\n       |\n       |\"\"\".stripMargin\n\n  override def termsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Available terms\", page, pages)\n\n  override def historyEntry(visit: HistoricVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinicName}\n       |\n       |\"\"\".stripMargin\n\n  override def historyHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Conducted visits\", page, pages)\n\n  override def upcomingVisitEntry(visit: ReservedVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def upcomingVisitsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Reserved visits\", page, pages)\n\n  override def bugsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Submitted issues\", page, pages)\n\n  override def monitoringEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |Type: ${if (monitoring.autobook) \"Auto\" else \"Manual\"}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringHistoryEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |Type: ${if (monitoring.autobook) \"Auto\" else \"Manual\"}\n       |<b>\u27a1<\/b> \/repeat_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Active monitorings\", page, pages)\n\n  override def monitoringsHistoryHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Monitorings history\", page, pages)\n\n  override def invalidLoginOrPassword: String =\n    \"\"\"\u2757 You have entered invalid login or password or changed it via the site.\n      |Your monitorings were removed. Please \/login again and create new monitorings.\n    \"\"\".stripMargin\n\n  override def availableTermEntry(term: AvailableVisitsTermPresentation, monitoring: Monitoring, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\/reserve_${monitoring.recordId}_${term.scheduleId}_${minutesSinceBeginOf2018(term.visitDate.startDateTime)}\n       |\n       |\"\"\".stripMargin\n\n  override def availableTermsHeader(size: Int): String =\n    s\"\"\"\u2705 <b>$size<\/b> terms were found by monitoring. We showed you the closest 5.\n       |\n       |<b>\u27a1<\/b> Please choose one to reserve\"\"\".stripMargin\n\n  override def nothingWasFoundByMonitoring(monitoring: Monitoring): String =\n    s\"\"\"\u2757 Nothing was found by your monitoring. Monitoring has been <b>disabled<\/b> as outdated.\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\n       |<b>\u27a1<\/b> Create new monitoring \/book\"\"\".stripMargin\n\n  override def appointmentIsBooked(term: AvailableVisitsTermPresentation, monitoring: Monitoring): String =\n    s\"\"\"\ud83d\udc4d We just booked an appointment for you!\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\"\"\".stripMargin\n\n  override def maximumMonitoringsLimitExceeded: String = \"Maximum monitorings per user is 10\"\n\n  override def termIsOutdated: String =\n    s\"\"\"\u2757\ufe0f Looks like the term is already booked by someone else\n       |\n       |Please try another one or create a new monitoring \/book\"\"\".stripMargin\n\n  override def loginHasChangedOrWrong: String =\n    \"\"\"\u2757 You have entered invalid <b>login<\/b> or <b>password<\/b> or changed it via site.\n      |\n      |Please \/login again and create a new monitoring \/book.\n    \"\"\".stripMargin\n\n  override def settingsHeader: String = \"<b>\u27a1<\/b> Please choose an action\"\n\n  override def language: String = \"\ud83c\udf10 Language\"\n\n  override def offset: String = \"\u23f1 Offset\"\n\n  override def chooseLanguage: String = \"<b>\u27a1<\/b> Please choose a language\"\n\n  override def configureOffset: String = \"<b>\u27a1<\/b> Please specify offset options\"\n\n  override def pleaseEnterOffset(current: Int): String = s\"<b>\u27a1<\/b> Please enter default offset. Current: <b>$current<\/b>\"\n\n  override def alwaysAskOffset(enabled: Boolean): String = s\"${if (enabled) \"\u2705 \" else \"\"}Always ask offset\"\n\n  override def changeDefaultOffset(current: Int): String = s\"Change default offset ($current)\"\n\n  override def languageUpdated: String = \"\ud83d\udc4d Language was successfully changed!\"\n\n  override def appointmentWasNotCancelled: String = \"\ud83d\udc4d Appointment was not cancelled\"\n\n  override def monitoringWasNotDeactivated: String = \"\ud83d\udc4d Monitoring was not deactivated\"\n\n  override def bugAction: String = \"<b>\u27a1<\/b> Please choose an action\"\n\n  override def createNewBug: String = \"\ud83d\udc1e Submit new\"\n\n  override def showSubmittedBugs: String = \"\ud83d\udc40 Show submitted\"\n\n  override def enterIssueDetails: String = \"<b>\u27a1<\/b> Please provide issue details\"\n\n  override def noSubmittedIssuesFound: String = \"\u2139 No submitted issues found\"\n\n  override def bugHasBeenCreated(bugId: Long): String = s\"\u2705 Thank you for submitting bug <b>#$bugId<\/b>!\"\n\n  override def deleteAccount: String = \"\u2796 Delete account\"\n\n  override def addAccount: String = \"\u2795 Add account\"\n\n  override def accountSwitched(username: String): String =\n    s\"\u2705 Account has been switched to <b>$username<\/b>\"\n\n  override def pleaseChooseAccount(currentAccountName: String): String =\n    s\"\"\"Current account is <b>$currentAccountName<\/b>\n       |\n       |<b>\u27a1<\/b> Please choose an <b>action<\/b> or select <b>account<\/b>\"\"\".stripMargin\n\n  override def moreParameters: String = \"\ud83d\udee0 More parameters\"\n\n  override def chooseTimeFrom(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> Please choose time from or write time using format HH:mm, e.g. ${formatTime(exampleTime)}\"\n\n  override def chooseTimeTo(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> Please choose time to or write time using format HH:mm, e.g. ${formatTime(exampleTime)}\"\n\n  override def timeFromIs(timeFrom: LocalTime): String = s\"\u23f1 Time from is ${formatTime(timeFrom)}\"\n\n  override def timeToIs(timeTo: LocalTime): String = s\"\u23f1 Date to is ${formatTime(timeTo)}\"\n\n  override def canNotDetectPayer(error: String): String = s\"Can't determine payer. Reason: $error\"\n\n  override def pleaseChoosePayer: String = \"<b>\u27a1<\/b> Can't determine default payer. Please choose one\"\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/RecordId.scala","text":"\npackage com.lbs.server.repository.model\n\nimport javax.persistence._\n\nimport scala.beans.BeanProperty\n\n@Access(AccessType.FIELD)\ntrait RecordId extends Serializable {\n  @Id\n  @GeneratedValue(strategy = GenerationType.IDENTITY)\n  @BeanProperty\n  var recordId: JLong = _\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Account.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Account.scala\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.Button\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.conversation.Account._\nimport com.lbs.server.conversation.Login._\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.service.DataService\nimport com.lbs.server.util.MessageExtractors.CallbackCommand\n\nclass Account(val userId: UserId, bot: Bot, dataService: DataService, val localization: Localization, router: Router)(val actorSystem: ActorSystem) extends Conversation[Unit] with Localizable {\n\n  entryPoint(askAction)\n\n  def askAction: Step =\n    ask { _ =>\n      val credentials = dataService.getUserCredentials(userId.userId)\n      val currentAccount = credentials.find(c => c.accountId == userId.accountId).getOrElse(sys.error(\"Can't determine current account\"))\n      val buttons = Seq(Button(lang.addAccount, Tags.AddAccount), Button(lang.deleteAccount, Tags.DeleteAccount)) ++ credentials.map(c => Button(s\"\ud83d\udd10\ufe0f ${c.username}\", c.accountId))\n      bot.sendMessage(userId.source, lang.pleaseChooseAccount(currentAccount.username), inlineKeyboard = createInlineKeyboard(buttons, columns = 1))\n    } onReply {\n      case Msg(cmd@CallbackCommand(action), _) =>\n        action match {\n          case Tags.AddAccount =>\n            router ! cmd.copy(message = cmd.message.copy(text = Some(\"\/login\")), callbackData = None)\n          case Tags.DeleteAccount =>\n            bot.sendMessage(userId.source, \"Not implemented yet\")\n          case accountId =>\n            switchAccount(accountId.toLong)\n        }\n        end()\n    }\n\n  private def switchAccount(accountId: Long): Unit = {\n    val accountMaybe = dataService.findUserCredentialsByAccountId(userId.userId, accountId)\n    accountMaybe match {\n      case Some(account) =>\n        val userMaybe = dataService.findUser(userId.userId)\n        userMaybe.foreach { user =>\n          user.activeAccountId = accountId\n          dataService.saveUser(user)\n          router ! SwitchAccount(UserId(account.userId, account.accountId, userId.source))\n          bot.sendMessage(userId.source, lang.accountSwitched(account.username))\n        }\n      case None =>\n        error(s\"This is not user [#${userId.userId}] account [#$accountId]\")\n    }\n  }\n}\n\nobject Account {\n\n  case class SwitchAccount(userId: UserId)\n\n  object Tags {\n    val AddAccount = \"add_account\"\n    val DeleteAccount = \"delete_account\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ReservationRequest.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\n\n\n\/**\n{\n    \"ClinicId\": 6,\n    \"DoctorId\": 38509,\n    \"PayerData\": {\n        \"ContractId\": 1111111,\n        \"PayerId\": 22222,\n        \"PayerName\": \"<NAME>.\",\n        \"ProductElementId\": 8547100,\n        \"ProductId\": 44444,\n        \"ProductInContractId\": 555555,\n        \"ServaAppId\": 0,\n        \"ServaId\": 6621\n    },\n    \"RoomId\": 159,\n    \"ServiceId\": 6621,\n    \"StartDateTime\": \"2018-06-04T11:00:00+02:00\",\n    \"TemporaryReservationId\": 250303839\n}\n  *\/\ncase class ReservationRequest(clinicId: Long, doctorId: Long, payerData: PayerDetails, roomId: Long, serviceId: Long,\n                              startDateTime: ZonedDateTime, temporaryReservationId: Long) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/MessageSource.scala","text":"<filename>bot\/src\/main\/scala\/com\/lbs\/bot\/model\/MessageSource.scala<gh_stars>10-100\n\npackage com.lbs.bot.model\n\ncase class MessageSource(sourceSystem: MessageSourceSystem, chatId: String)\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Visits.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model.ReservedVisit\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.SimpleItemsProvider\nimport com.lbs.server.conversation.Visits.Tags\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.service.ApiService\n\nclass Visits(val userId: UserId, bot: Bot, apiService: ApiService, val localization: Localization,\n             visitsPagerFactory: UserIdWithOriginatorTo[Pager[ReservedVisit]])(val actorSystem: ActorSystem) extends Conversation[ReservedVisit] with Localizable {\n\n  private val reservedVisitsPager = visitsPagerFactory(userId, self)\n\n  entryPoint(prepareData)\n\n  def prepareData: Step =\n    process { _ =>\n      val visits = apiService.reservedVisits(userId.accountId)\n      reservedVisitsPager.restart()\n      reservedVisitsPager ! visits.map(new SimpleItemsProvider(_))\n      goto(processResponseFromPager)\n    }\n\n  def processResponseFromPager: Step =\n    monologue {\n      case Msg(cmd: Command, _) =>\n        reservedVisitsPager ! cmd\n        stay()\n      case Msg(Pager.NoItemsFound, _) =>\n        bot.sendMessage(userId.source, lang.noUpcomingVisits)\n        end()\n      case Msg(visit: ReservedVisit, _) =>\n        goto(askToCancelVisit) using visit\n    }\n\n  def askToCancelVisit: Step =\n    ask { visit =>\n      bot.sendMessage(userId.source, lang.areYouSureToCancelAppointment(visit),\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n    } onReply {\n      case Msg(Command(_, _, Some(Tags.No)), _) =>\n        bot.sendMessage(userId.source, lang.appointmentWasNotCancelled)\n        end()\n      case Msg(Command(_, _, Some(Tags.Yes)), visit: ReservedVisit) =>\n        apiService.deleteReservation(userId.accountId, visit.reservationId) match {\n          case Left(ex) => bot.sendMessage(userId.source, lang.unableToCancelUpcomingVisit(ex.getMessage))\n          case Right(r) => bot.sendMessage(userId.source, lang.appointmentHasBeenCancelled)\n        }\n        end()\n    }\n\n  beforeDestroy {\n    reservedVisitsPager.destroy()\n  }\n}\n\nobject Visits {\n\n  object Tags {\n    val Yes = \"yes\"\n    val No = \"no\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/MessageSourceSystem.scala","text":"\npackage com.lbs.bot.model\n\ntrait MessageSourceSystem {\n  def id: Long\n\n  def name: String\n\n  override def toString: String = name\n}\n\nobject MessageSourceSystem {\n  val MessageSourceSystems: Seq[MessageSourceSystem] = Seq(\n    TelegramMessageSourceSystem,\n    FacebookMessageSourceSystem\n  )\n\n  private val MessageSourceSystemsMap = MessageSourceSystems.map(e => e.id -> e).toMap\n\n  def apply(id: Long): MessageSourceSystem = {\n    MessageSourceSystemsMap.getOrElse(id, sys.error(s\"Unsupported source system $id\"))\n  }\n}\n\nobject TelegramMessageSourceSystem extends MessageSourceSystem {\n  override def id: Long = 1\n\n  override def name: String = \"Telegram\"\n}\n\nobject FacebookMessageSourceSystem extends MessageSourceSystem {\n  override def id: Long = 2\n\n  override def name: String = \"Facebook\"\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/test\/scala\/com\/lbs\/server\/repository\/DataRepositorySpec.scala","text":"package com.lbs.server.repository\n\nimport java.time.ZonedDateTime\n\nimport com.lbs.server.repository.model.{CityHistory, ClinicHistory, Credentials, DoctorHistory, ServiceHistory}\nimport javax.persistence.EntityManager\nimport org.assertj.core.api.Assertions.assertThat\nimport org.junit.Test\nimport org.junit.runner.RunWith\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.boot.test.autoconfigure.orm.jpa.{DataJpaTest, TestEntityManager}\nimport org.springframework.boot.test.context.TestConfiguration\nimport org.springframework.context.annotation.Bean\nimport org.springframework.test.context.junit4.SpringRunner\n\nobject DataRepositorySpec {\n\n  @TestConfiguration\n  class PostServiceTestContextConfiguration {\n    @Autowired\n    var em: EntityManager = _\n\n    @Bean\n    def dataRepository = new DataRepository(em)\n  }\n\n}\n\n@RunWith(classOf[SpringRunner])\n@DataJpaTest\nclass DataRepositorySpec {\n  @Autowired\n  private var em: TestEntityManager = _\n\n  @Autowired\n  private var dataRepository: DataRepository = _\n\n  @Test\n  def whenGetCityHistory_thenReturnLatestTwoRecords(): Unit = {\n    val history1 = CityHistory(1L, 1L, \"hello\", ZonedDateTime.now().plusSeconds(1))\n    val history2 = CityHistory(1L, 2L, \"world1\", ZonedDateTime.now().plusSeconds(2))\n    val history3 = CityHistory(1L, 3L, \"world2\", ZonedDateTime.now().plusSeconds(3))\n    em.persist(history1)\n    em.persist(history2)\n    em.persist(history3)\n    em.flush()\n\n    val found = dataRepository.getCityHistory(1L)\n    assertThat(found).isEqualTo(Seq(history3, history2, history1))\n  }\n\n  @Test\n  def whenGetClinicHistory_thenReturnLatestTwoRecords(): Unit = {\n    val history1 = ClinicHistory(1L, 1L, \"hello\", 1L, ZonedDateTime.now().plusSeconds(1))\n    val history2 = ClinicHistory(1L, 2L, \"world1\", 1L, ZonedDateTime.now().plusSeconds(2))\n    val history3 = ClinicHistory(1L, 3L, \"world2\", 1L, ZonedDateTime.now().plusSeconds(3))\n    em.persist(history1)\n    em.persist(history2)\n    em.persist(history3)\n    em.flush()\n\n    val found = dataRepository.getClinicHistory(1L, 1L)\n    assertThat(found).isEqualTo(Seq(history3, history2, history1))\n  }\n\n  @Test\n  def whenGetServiceHistory_thenReturnLatestTwoRecords(): Unit = {\n    val history1 = ServiceHistory(1L, 1L, \"hello\", 1L, Some(1L), ZonedDateTime.now().plusSeconds(1))\n    val history2 = ServiceHistory(1L, 2L, \"world1\", 1L, Some(1L), ZonedDateTime.now().plusSeconds(2))\n    val history3 = ServiceHistory(1L, 3L, \"world2\", 1L, Some(1L), ZonedDateTime.now().plusSeconds(3))\n    em.persist(history1)\n    em.persist(history2)\n    em.persist(history3)\n    em.flush()\n\n    val found = dataRepository.getServiceHistory(1L, 1L, Some(1L))\n    assertThat(found).isEqualTo(Seq(history3, history2, history1))\n  }\n\n  @Test\n  def whenGetDoctorHistory_thenReturnLatestTwoRecords(): Unit = {\n    val history1 = DoctorHistory(1L, 1L, \"hello\", 1L, Some(1L), 1L, ZonedDateTime.now().plusSeconds(1))\n    val history2 = DoctorHistory(1L, 2L, \"world1\", 1L, Some(1L), 1L, ZonedDateTime.now().plusSeconds(2))\n    val history3 = DoctorHistory(1L, 3L, \"world2\", 1L, Some(1L), 1L, ZonedDateTime.now().plusSeconds(3))\n    em.persist(history1)\n    em.persist(history2)\n    em.persist(history3)\n    em.flush()\n\n    val found = dataRepository.getDoctorHistory(1L, 1L, Some(1L), 1L)\n    assertThat(found).isEqualTo(Seq(history3, history2, history1))\n  }\n\n  @Test\n  def whenFindCredentials_thenReturnOneRecord(): Unit = {\n    val credentials = Credentials(1L, 1L, \"user1\", \"<PASSWORD>\")\n    em.persist(credentials)\n    em.flush()\n\n    val found = dataRepository.getUserCredentials(1L)\n    assertThat(found).isEqualTo(Seq(credentials))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/telegram\/package.scala","text":"<gh_stars>10-100\n\npackage com.lbs.bot\n\nimport com.bot4s.telegram.models.{InlineKeyboardButton, InlineKeyboardMarkup, Message => BMessage}\nimport com.lbs.bot.model._\nimport com.lbs.common.ModelConverters\n\npackage object telegram {\n\n  protected[bot] val TagPrefix = \"callback\"\n\n  object TelegramModelConverters extends ModelConverters {\n    implicit val TelegramCommandToCommandConverter:\n      ObjectConverter[TelegramEvent, Command] =\n      (data: TelegramEvent) => {\n        Command(\n          source = MessageSource(TelegramMessageSourceSystem, data.msg.chat.id.toString),\n          message = Message(data.msg.messageId.toString, data.msg.text),\n          callbackData = data.callbackData\n        )\n      }\n\n    implicit val TelegramMessageToMessageConverter:\n      ObjectConverter[BMessage, Message] =\n      (data: BMessage) => {\n        Message(data.messageId.toString, data.text)\n      }\n\n    implicit val InlineKeyboardToInlineKeyboardMarkup:\n      ObjectConverter[InlineKeyboard, InlineKeyboardMarkup] =\n      (inlineKeyboard: InlineKeyboard) => {\n        val buttons = inlineKeyboard.buttons.map { row =>\n          row.map(createInlineKeyboardButton)\n        }\n        InlineKeyboardMarkup(buttons)\n      }\n\n    private def createInlineKeyboardButton(button: Button) = {\n      button match {\n        case b: TaggedButton => InlineKeyboardButton.callbackData(b.label, tag(b.tag))\n        case b: LabeledButton => InlineKeyboardButton.callbackData(b.label, b.label)\n      }\n    }\n\n    private def tag(name: String): String = TagPrefix + name\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/package.scala","text":"package com.lbs\n\npackage object server {\n  type ThrowableOr[T] = Either[Throwable, T]\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/VisitsHistoryResponseSpec.scala","text":"\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass VisitsHistoryResponseSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\n        |    \"AreMoreVisits\": false,\n        |    \"HistoricVisits\": [\n        |        {\n        |            \"ClinicName\": \"<NAME>\",\n        |            \"DoctorName\": \"<NAME>\",\n        |            \"HasRecommendations\": false,\n        |            \"HasReferrals\": false,\n        |            \"IsAdditional\": false,\n        |            \"Links\": [\n        |                {\n        |                    \"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/recommendations\/222222222\",\n        |                    \"Method\": \"GET\",\n        |                    \"Rel\": \"get_recommendations\"\n        |                }\n        |            ],\n        |            \"QuestionToVisit\": {\n        |                \"IsAnswered\": false,\n        |                \"IsAsked\": false,\n        |                \"IsQuestionToVisitAvailable\": false\n        |            },\n        |            \"RateVisit\": {\n        |                \"IsRatingAvailable\": false,\n        |                \"IsVisitRated\": false\n        |            },\n        |            \"ReservationId\": 222222222,\n        |            \"Service\": {\n        |                \"Id\": 6621,\n        |                \"Name\": \"stomatolog\"\n        |            },\n        |            \"VisitDate\": {\n        |                \"FormattedDate\": \"17th Jan 2018, at 1:00 pm\",\n        |                \"StartDateTime\": \"2018-01-17T13:00:00+02:00\"\n        |            }\n        |        },\n        |        {\n        |            \"ClinicName\": \"<NAME> - Szewska 3A\",\n        |            \"DoctorName\": \"lek. stom. <NAME>\",\n        |            \"HasRecommendations\": false,\n        |            \"HasReferrals\": false,\n        |            \"IsAdditional\": false,\n        |            \"Links\": [\n        |                {\n        |                    \"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/recommendations\/999999999\",\n        |                    \"Method\": \"GET\",\n        |                    \"Rel\": \"get_recommendations\"\n        |                }\n        |            ],\n        |            \"QuestionToVisit\": {\n        |                \"IsAnswered\": false,\n        |                \"IsAsked\": false,\n        |                \"IsQuestionToVisitAvailable\": false\n        |            },\n        |            \"RateVisit\": {\n        |                \"IsRatingAvailable\": false,\n        |                \"IsVisitRated\": false\n        |            },\n        |            \"ReservationId\": 999999999,\n        |            \"Service\": {\n        |                \"Id\": 3589,\n        |                \"Name\": \"<NAME> na 2 powierzchniach\"\n        |            },\n        |            \"VisitDate\": {\n        |                \"FormattedDate\": \"17th Jan 2018, at 1:00 pm\",\n        |                \"StartDateTime\": \"2018-01-17T13:00:00+02:00\"\n        |            }\n        |        }\n        |    ]\n        |}\n      \"\"\".stripMargin\n\n    val response = json.as[VisitsHistoryResponse]\n\n    response.areMoreVisits should be(false)\n    response.historicVisits.size should be(2)\n    val historicVisit = response.historicVisits.head\n    historicVisit.clinicName should be(\"<NAME>\")\n    historicVisit.doctorName should be(\"<NAME>\")\n    historicVisit.reservationId should be(222222222L)\n    testSimpleEntity(historicVisit.service, 6621L, \"stomatolog\")\n    historicVisit.visitDate.formattedDate should be(\"17th Jan 2018, at 1:00 pm\")\n    historicVisit.visitDate.startDateTime should be(ZonedDateTime.parse(\"2018-01-17T13:00:00+02:00\", DateTimeFormatter.ISO_OFFSET_DATE_TIME))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedError.scala","text":"<filename>api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedError.scala<gh_stars>10-100\n\npackage com.lbs.api.json.model\n\ncase class LuxmedError(message: String) extends SerializableJsonObject with LuxmedBaseError"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Source.scala","text":"<reponame>mkmozgawa\/luxmed-bot<gh_stars>10-100\n\npackage com.lbs.server.repository.model\n\nimport javax.persistence._\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass Source extends RecordId {\n  @BeanProperty\n  @Column(name = \"chat_id\", nullable = false)\n  var chatId: String = _\n\n  @BeanProperty\n  @Column(name = \"source_system_id\", nullable = false)\n  var sourceSystemId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"user_id\", nullable = false)\n  var userId: JLong = _\n}\n\nobject Source {\n  def apply(chatId: String, sourceSystemId: Long, userId: Long): Source = {\n    val source = new Source\n    source.chatId = chatId\n    source.sourceSystemId = sourceSystemId\n    source.userId = userId\n    source\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/Event.scala","text":"\npackage com.lbs.bot.model\n\ntrait Event\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/service\/SessionSupport.scala","text":"\npackage com.lbs.server.service\n\nimport com.lbs.api.exception.SessionExpiredException\nimport com.lbs.api.json.model.LoginResponse\nimport com.lbs.common.{Logger, ParametrizedLock}\nimport com.lbs.server.ThrowableOr\nimport com.lbs.server.exception.UserNotFoundException\n\nimport scala.collection.mutable\n\ntrait SessionSupport extends Logger {\n\n  case class Session(accessToken: String, tokenType: String)\n\n  def login(username: String, password: String): ThrowableOr[LoginResponse]\n\n  protected def dataService: DataService\n\n  private val sessions = mutable.Map[Long, Session]()\n\n  private val lock = new ParametrizedLock[Long]\n\n  protected def withSession[T](accountId: Long)(fn: Session => ThrowableOr[T]): ThrowableOr[T] =\n    lock.obtainLock(accountId).synchronized {\n\n      def auth: ThrowableOr[Session] = {\n        val credentialsMaybe = dataService.getCredentials(accountId)\n        credentialsMaybe match {\n          case Some(credentials) =>\n            val loginResponse = login(credentials.username, credentials.password)\n            loginResponse.map(r => Session(r.accessToken, r.tokenType))\n          case None => Left(UserNotFoundException(accountId))\n        }\n      }\n\n      def getSession: ThrowableOr[Session] = {\n        sessions.get(accountId) match {\n          case Some(sess) => Right(sess)\n          case None =>\n            for {\n              session <- auth\n            } yield {\n              sessions.put(accountId, session)\n              session\n            }\n        }\n      }\n\n      def doApiCall = {\n        for {\n          session <- getSession\n          result <- fn(session)\n        } yield result\n      }\n\n      for {\n        result <- doApiCall match {\n          case Left(_: SessionExpiredException) =>\n            debug(s\"The session for account [#$accountId] has expired. Try to relogin\")\n            sessions.remove(accountId)\n            doApiCall\n          case another =>\n            debug(s\"Call to remote api function has completed with result:\\n$another\")\n            another\n        }\n      } yield result\n    }\n\n  def addSession(accountId: Long, accessToken: String, tokenType: String): Unit =\n    lock.obtainLock(accountId).synchronized {\n      sessions.put(accountId, Session(accessToken, tokenType))\n    }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/InlineKeyboard.scala","text":"\npackage com.lbs.bot.model\n\ncase class InlineKeyboard(buttons: Seq[Seq[Button]])\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/JsonSerializer.scala","text":"<reponame>mkmozgawa\/luxmed-bot<gh_stars>10-100\n\npackage com.lbs.api.json\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport com.lbs.api.json.model.SerializableJsonObject\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\n\n\nobject JsonSerializer {\n\n  private val localDateTimeSerializer = new CustomSerializer[ZonedDateTime](_ => ( {\n    case JString(str) => ZonedDateTime.parse(str, DateTimeFormatter.ISO_OFFSET_DATE_TIME)\n  }, {\n    case zonedDateTime: ZonedDateTime => JString(zonedDateTime.format(DateTimeFormatter.ISO_OFFSET_DATE_TIME))\n  }\n  ))\n\n  private implicit val formats: Formats = DefaultFormats.withStrictArrayExtraction + localDateTimeSerializer\n\n  def extract[T <: SerializableJsonObject](jsonString: String)(implicit mf: scala.reflect.Manifest[T]): T = {\n    parse(jsonString).camelizeKeys.extract[T]\n  }\n\n  def write[T <: SerializableJsonObject](jsonObject: T): String = {\n    pretty(render(Extraction.decompose(jsonObject).pascalizeKeys))\n  }\n\n  object extensions {\n\n    implicit class JsonStringToObject(jsonString: String) {\n      def as[T <: SerializableJsonObject](implicit mf: scala.reflect.Manifest[T]): T = {\n        extract[T](jsonString)\n      }\n    }\n\n    implicit class JsonObjectToString[T <: SerializableJsonObject](jsonObject: T) {\n      def asJson: String = {\n        write(jsonObject)\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/VisitsHistoryResponse.scala","text":"<filename>api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/VisitsHistoryResponse.scala\n\npackage com.lbs.api.json.model\n\n\/**\n{\n    \"AreMoreVisits\": false,\n    \"HistoricVisits\": [\n        {\n            \"ClinicName\": \"<NAME> - Szewska 3A\",\n            \"DoctorName\": \"lek. stom. <NAME>\",\n            \"HasRecommendations\": false,\n            \"HasReferrals\": false,\n            \"IsAdditional\": false,\n            \"Links\": [\n                {\n                    \"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/recommendations\/222222222\",\n                    \"Method\": \"GET\",\n                    \"Rel\": \"get_recommendations\"\n                }\n            ],\n            \"QuestionToVisit\": {\n                \"IsAnswered\": false,\n                \"IsAsked\": false,\n                \"IsQuestionToVisitAvailable\": false\n            },\n            \"RateVisit\": {\n                \"IsRatingAvailable\": false,\n                \"IsVisitRated\": false\n            },\n            \"ReservationId\": 222222222,\n            \"Service\": {\n                \"Id\": 6621,\n                \"Name\": \"<NAME> u stomatologa\"\n            },\n            \"VisitDate\": {\n                \"FormattedDate\": \"17th Jan 2018, at 1:00 pm\",\n                \"StartDateTime\": \"2018-01-17T13:00:00+02:00\"\n            }\n        },\n        {\n            \"ClinicName\": \"<NAME> - Szewska 3A\",\n            \"DoctorName\": \"lek. stom. <NAME>\",\n            \"HasRecommendations\": false,\n            \"HasReferrals\": false,\n            \"IsAdditional\": false,\n            \"Links\": [\n                {\n                    \"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/recommendations\/999999999\",\n                    \"Method\": \"GET\",\n                    \"Rel\": \"get_recommendations\"\n                }\n            ],\n            \"QuestionToVisit\": {\n                \"IsAnswered\": false,\n                \"IsAsked\": false,\n                \"IsQuestionToVisitAvailable\": false\n            },\n            \"RateVisit\": {\n                \"IsRatingAvailable\": false,\n                \"IsVisitRated\": false\n            },\n            \"ReservationId\": 999999999,\n            \"Service\": {\n                \"Id\": 3589,\n                \"Name\": \"<NAME> na 2 powierzchniach\"\n            },\n            \"VisitDate\": {\n                \"FormattedDate\": \"17th Jan 2018, at 1:00 pm\",\n                \"StartDateTime\": \"2018-01-17T13:00:00+02:00\"\n            }\n        }\n    ]\n}\n  *\/\ncase class VisitsHistoryResponse(areMoreVisits: Boolean, historicVisits: List[HistoricVisit]) extends SerializableJsonObject\n\ncase class HistoricVisit(clinicName: String, doctorName: String, reservationId: Long, service: IdName, visitDate: VisitDate)\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/util\/package.scala","text":"<reponame>mkmozgawa\/luxmed-bot<filename>server\/src\/main\/scala\/com\/lbs\/server\/util\/package.scala\n\npackage com.lbs.server\n\nimport java.time._\nimport java.time.format.DateTimeFormatter\nimport java.util.Locale\n\nimport com.lbs.api.json.model._\nimport com.lbs.bot.model.Command\nimport com.lbs.common.ModelConverters\nimport com.lbs.server.conversation.Book.BookingData\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.repository.model.{History, Monitoring}\n\nimport scala.language.{higherKinds, implicitConversions}\nimport scala.util.Try\n\n\npackage object util {\n\n  object ServerModelConverters extends ModelConverters {\n\n    implicit val BookingDataToMonitoringConverter:\n      ObjectConverter[(UserId, BookingData), Monitoring] =\n      (data: (UserId, BookingData)) => {\n        val (userId, bookingData) = data\n        Monitoring(\n          userId = userId.userId,\n          accountId = userId.accountId,\n          chatId = userId.source.chatId,\n          sourceSystemId = userId.source.sourceSystem.id,\n          payerId = bookingData.payerId,\n          cityId = bookingData.cityId.id,\n          cityName = bookingData.cityId.name,\n          clinicId = bookingData.clinicId.optionalId,\n          clinicName = bookingData.clinicId.name,\n          serviceId = bookingData.serviceId.id,\n          serviceName = bookingData.serviceId.name,\n          doctorId = bookingData.doctorId.optionalId,\n          doctorName = bookingData.doctorId.name,\n          dateFrom = bookingData.dateFrom,\n          dateTo = bookingData.dateTo,\n          timeFrom = bookingData.timeFrom,\n          timeTo = bookingData.timeTo,\n          autobook = bookingData.autobook,\n          rebookIfExists = bookingData.rebookIfExists,\n          offset = bookingData.offset\n        )\n      }\n\n    implicit val AvailableVisitsTermPresentationToTemporaryReservationRequestConverter:\n      ObjectConverter[AvailableVisitsTermPresentation, TemporaryReservationRequest] =\n      (term: AvailableVisitsTermPresentation) => {\n        TemporaryReservationRequest(\n          clinicId = term.clinic.id,\n          doctorId = term.doctor.id,\n          payerDetailsList = term.payerDetailsList,\n          referralRequiredByService = term.referralRequiredByService,\n          roomId = term.roomId,\n          serviceId = term.serviceId,\n          startDateTime = term.visitDate.startDateTime\n        )\n      }\n\n    implicit val TmpReservationIdWithValuationsToReservationRequestConverter:\n      ObjectConverter[(Long, VisitTermVariant, AvailableVisitsTermPresentation), ReservationRequest] =\n      (any: (Long, VisitTermVariant, AvailableVisitsTermPresentation)) => {\n        val (tmpReservationId, valuations, term) = any\n        ReservationRequest(\n          clinicId = term.clinic.id,\n          doctorId = term.doctor.id,\n          payerData = valuations.valuationDetail.payerData,\n          roomId = term.roomId,\n          serviceId = term.serviceId,\n          startDateTime = term.visitDate.startDateTime,\n          temporaryReservationId = tmpReservationId\n        )\n      }\n\n    implicit val AvailableVisitsTermPresentationToValuationRequestConverter:\n      ObjectConverter[AvailableVisitsTermPresentation, ValuationsRequest] =\n      (term: AvailableVisitsTermPresentation) => {\n        ValuationsRequest(\n          clinicId = term.clinic.id,\n          doctorId = term.doctor.id,\n          payerDetailsList = term.payerDetailsList,\n          referralRequiredByService = term.referralRequiredByService,\n          roomId = term.roomId,\n          serviceId = term.serviceId,\n          startDateTime = term.visitDate.startDateTime\n        )\n      }\n\n    implicit val HistoryToIdNameConverter: ObjectConverter[History, IdName] =\n      (history: History) => IdName(history.id, history.name)\n  }\n\n  object MessageExtractors {\n\n    object TextCommand {\n      def unapply(cmd: Command): Option[String] = if (cmd.callbackData.isEmpty) cmd.message.text.filter(_.nonEmpty) else None\n    }\n\n    object OptionalTextCommand {\n      def unapply(cmd: Command): Option[Option[String]] = if (cmd.callbackData.isEmpty) Some(TextCommand.unapply(cmd)) else None\n    }\n\n    object CallbackCommand {\n      def unapply(cmd: Command): Option[String] = cmd.callbackData\n    }\n\n    object BooleanString {\n      def unapply(string: String): Option[Boolean] = Try(string.toBoolean).toOption\n    }\n\n    object IntString {\n      def unapply(string: String): Option[Int] = Try(string.toInt).toOption\n    }\n\n    object LongString {\n      def unapply(string: String): Option[Long] = Try(string.toLong).toOption\n    }\n\n  }\n\n  object DateTimeUtil {\n    private val DateFormat: Locale => DateTimeFormatter = locale => DateTimeFormatter.ofPattern(\"dd MMM yyyy\", locale)\n\n    private val DateShortFormat = DateTimeFormatter.ofPattern(\"dd-MM\")\n\n    private val TimeFormat: DateTimeFormatter = DateTimeFormatter.ofPattern(\"HH:mm\")\n\n    private val DateTimeFormat: Locale => DateTimeFormatter = locale => DateTimeFormatter.ofPattern(\"EEE',' dd MMM yyyy',' HH:mm\", locale)\n\n    def formatDate(date: ZonedDateTime, locale: Locale): String = date.format(DateFormat(locale))\n\n    def formatDateShort(date: ZonedDateTime): String = date.format(DateShortFormat)\n\n    def formatTime(time: LocalTime): String = time.format(TimeFormat)\n\n    def formatDateTime(date: ZonedDateTime, locale: Locale): String = date.format(DateTimeFormat(locale))\n\n    private val EpochMinutesTillBeginOf2018: Long = epochMinutes(ZonedDateTime.of(2018, 1, 1, 0, 0, 0, 0, ZoneId.systemDefault()))\n\n    def epochMinutes(time: ZonedDateTime): Long = time.toInstant.getEpochSecond \/ 60\n\n    def minutesSinceBeginOf2018(time: ZonedDateTime): Long = epochMinutes(time) - EpochMinutesTillBeginOf2018\n\n    def applyDayMonth(dayMonthStr: String, date: ZonedDateTime): ZonedDateTime = {\n      val dayMonth = MonthDay.parse(dayMonthStr, DateShortFormat)\n      val newDate = date.withDayOfMonth(dayMonth.getDayOfMonth).withMonth(dayMonth.getMonthValue)\n\n      if (newDate.isBefore(date)) newDate.plusYears(1) else newDate\n    }\n\n    def applyHourMinute(hourMinuteStr: String): LocalTime = {\n      LocalTime.parse(hourMinuteStr, TimeFormat)\n    }\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedBaseError.scala","text":"\npackage com.lbs.api.json.model\n\ntrait LuxmedBaseError {\n  def message: String\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/ClinicHistory.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/ClinicHistory.scala\n\npackage com.lbs.server.repository.model\n\nimport java.time.ZonedDateTime\n\nimport javax.persistence.{Access, AccessType, Column, Entity}\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass ClinicHistory extends History with RecordId {\n  @BeanProperty\n  @Column(nullable = false)\n  var id: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var name: String = _\n\n  @BeanProperty\n  @Column(name = \"account_id\", nullable = false)\n  var accountId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"city_id\", nullable = false)\n  var cityId: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var time: ZonedDateTime = _\n}\n\nobject ClinicHistory {\n  def apply(accountId: Long, id: Long, name: String, cityId: Long, time: ZonedDateTime): ClinicHistory = {\n    val clinic = new ClinicHistory\n    clinic.accountId = accountId\n    clinic.id = id\n    clinic.name = name\n    clinic.time = time\n    clinic.cityId = cityId\n    clinic\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Router.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.{ActorSystem, Cancellable}\nimport com.lbs.bot.model.{Command, MessageSource}\nimport com.lbs.common.Logger\nimport com.lbs.server.conversation.Account.SwitchAccount\nimport com.lbs.server.conversation.base.Conversation\n\nimport scala.collection.mutable\nimport scala.concurrent.ExecutionContextExecutor\nimport scala.concurrent.duration.DurationLong\n\nclass Router(authFactory: MessageSourceTo[Auth])(val actorSystem: ActorSystem) extends Conversation[Unit] with Logger {\n\n  private case class DestroyChat(source: MessageSource)\n\n  private val chats = mutable.Map.empty[MessageSource, Auth]\n\n  private val timers = mutable.Map.empty[MessageSource, Cancellable]\n\n  private val idleTimeout = 1.hour\n\n  private implicit val dispatcher: ExecutionContextExecutor = actorSystem.dispatcher\n\n  entryPoint(routeMessage)\n\n  private def routeMessage: Step =\n    monologue {\n      case Msg(cmd@Command(source, _, _), _) =>\n        val chat = instantiateChatOrGet(source)\n        chat ! cmd\n        stay()\n      case Msg(DestroyChat(source), _) =>\n        info(s\"Destroying chat for $source due to $idleTimeout of inactivity\")\n        destroyChat(source)\n        stay()\n      case Msg(SwitchAccount(userId), _) =>\n        switchAccount(userId)\n        stay()\n      case msg: Msg =>\n        info(s\"Unknown message received: $msg\")\n        stay()\n    }\n\n  private def instantiateChatOrGet(source: MessageSource) = {\n    scheduleIdleChatDestroyer(source)\n    chats.getOrElseUpdate(source, authFactory(source))\n  }\n\n  private def destroyChat(source: MessageSource): Unit = {\n    timers.remove(source)\n    removeChat(source)\n  }\n\n  private def switchAccount(userId: Login.UserId): Unit = {\n    removeChat(userId.source)\n    chats += userId.source -> authFactory(userId.source)\n  }\n\n  private def removeChat(source: MessageSource): Unit = {\n    chats.remove(source).foreach(_.destroy())\n  }\n\n  private def scheduleIdleChatDestroyer(source: MessageSource): Unit = {\n    timers.remove(source).foreach(_.cancel())\n    val cancellable = actorSystem.scheduler.scheduleOnce(idleTimeout) {\n      self ! DestroyChat(source)\n    }\n    timers += source -> cancellable\n  }\n\n  beforeDestroy {\n    chats.foreach(chat => destroyChat(chat._1))\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/package.scala","text":"\npackage com.lbs.server\n\nimport com.lbs.bot.model.MessageSource\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.base.Interactional\n\npackage object conversation {\n  type UserIdWithOriginatorTo[T <: Interactional] = (UserId, Interactional) => T\n  type UserIdTo[T <: Interactional] = UserId => T\n  type MessageSourceTo[T <: Interactional] = MessageSource => T\n  type MessageSourceWithOriginatorTo[T <: Interactional] = (MessageSource, Interactional) => T\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"common\/src\/main\/scala\/com\/lbs\/common\/Scheduler.scala","text":"\npackage com.lbs.common\n\nimport java.util.concurrent.{Executors, ScheduledFuture}\n\nimport scala.concurrent.duration.FiniteDuration\n\nclass Scheduler(poolSize: Int) extends Logger {\n  private val scheduledThreadPool = Executors.newScheduledThreadPool(poolSize)\n\n  def schedule(fn: => Unit, period: FiniteDuration): ScheduledFuture[_] = {\n    scheduledThreadPool.scheduleAtFixedRate(() => fn, period.length, period.length, period.unit)\n  }\n\n  def schedule(fn: => Unit, delay: FiniteDuration, period: FiniteDuration): ScheduledFuture[_] = {\n    require(delay.unit == period.unit, s\"Delay units must be the same as for period ${period.unit}\")\n    scheduledThreadPool.scheduleAtFixedRate(silentFn(fn), delay.length, period.length, period.unit)\n  }\n\n  private def silentFn(fn: => Unit): Runnable = {\n    () =>\n      try {\n        fn\n      } catch {\n        case ex: Exception =>\n          error(s\"Unable to execute scheduler task\", ex)\n      }\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/Button.scala","text":"<reponame>mkmozgawa\/luxmed-bot<gh_stars>10-100\n\npackage com.lbs.bot.model\n\nobject Button {\n  def apply(label: String, id: Long) = new TaggedButton(label, id.toString)\n\n  def apply(label: String, id: String) = new TaggedButton(label, id)\n\n  def apply(label: String) = new LabeledButton(label)\n}\n\ntrait Button\n\nclass TaggedButton(val label: String, val tag: String) extends Button\n\nclass LabeledButton(val label: String) extends Button"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/UnauthorizedHelp.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.Bot\nimport com.lbs.bot.model.{Command, MessageSource}\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.En\n\nclass UnauthorizedHelp(source: MessageSource, bot: Bot)(val actorSystem: ActorSystem) extends Conversation[Unit] {\n  entryPoint(displayHelp)\n\n  def displayHelp: Step =\n    monologue {\n      case Msg(_: Command, _) =>\n        bot.sendMessage(source, En.help)\n        stay()\n    }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/base\/Domain.scala","text":"package com.lbs.server.conversation.base\n\ntrait Domain[D] {\n  protected type AskFn = D => Unit\n\n  protected type MessageProcessorFn = PartialFunction[Msg, NextStep]\n\n  protected type ProcessFn = D => NextStep\n\n  protected case class Msg(message: Any, data: D)\n\n  sealed trait Step {\n    def name: String\n  }\n\n  private[base] object End extends Step {\n    override val name: String = \"end\"\n  }\n\n  protected case class Process(name: String, processFn: ProcessFn) extends Step\n\n  protected case class Dialogue(name: String, askFn: AskFn, replyProcessorFn: MessageProcessorFn) extends Step\n\n  protected case class Monologue(name: String, replyProcessorFn: MessageProcessorFn) extends Step\n\n  private[base] case class NextStep(step: Step, data: Option[D] = None)\n\n  private[base] case class Ask(askFn: AskFn)\n\n  protected implicit class NextStepOps(nextStep: NextStep) {\n    def using(data: D): NextStep = {\n      nextStep.copy(data = Some(data))\n    }\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/model\/Command.scala","text":"\npackage com.lbs.bot.model\n\ncase class Message(messageId: String, text: Option[String] = None)\n\ncase class Command(source: MessageSource, message: Message, callbackData: Option[String] = None)"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/ReservedVisitsResponseSpec.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass ReservedVisitsResponseSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\n        |    \"ReservedVisits\": [\n        |        {\n        |            \"CanBeCanceled\": true,\n        |            \"Clinic\": {\n        |                \"Id\": 6,\n        |                \"Name\": \"<NAME>\"\n        |            },\n        |            \"DoctorName\": \"<NAME>\",\n        |            \"Impediment\": {\n        |                \"ImpedimentText\": \"\",\n        |                \"IsImpediment\": false\n        |            },\n        |            \"IsAdditional\": false,\n        |            \"IsPreparationRequired\": false,\n        |            \"Links\": [\n        |                {\n        |                    \"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/preparations\/6621\",\n        |                    \"Method\": \"GET\",\n        |                    \"Rel\": \"get_preparations\"\n        |                }\n        |            ],\n        |            \"ReservationId\": 888888888,\n        |            \"Service\": {\n        |                \"Id\": 6621,\n        |                \"Name\": \"stomatolog\"\n        |            },\n        |            \"VisitDate\": {\n        |                \"FormattedDate\": \"21rd May, Mon. at 3:00 pm\",\n        |                \"StartDateTime\": \"2018-05-21T15:00:00+02:00\"\n        |            }\n        |        }\n        |    ]\n        |}\n      \"\"\".stripMargin\n\n    val response = json.as[ReservedVisitsResponse]\n\n    response.reservedVisits.size should be(1)\n    val reservedVisit = response.reservedVisits.head\n    reservedVisit.canBeCanceled should be(true)\n    testSimpleEntity(reservedVisit.clinic, 6L, \"Szewska 3A\")\n    reservedVisit.doctorName should be(\"<NAME>\")\n    reservedVisit.reservationId should be(888888888L)\n    testSimpleEntity(reservedVisit.service, 6621L, \"stomatolog\")\n    reservedVisit.visitDate.formattedDate should be(\"21rd May, Mon. at 3:00 pm\")\n    reservedVisit.visitDate.startDateTime should be(ZonedDateTime.parse(\"2018-05-21T15:00:00+02:00\", DateTimeFormatter.ISO_OFFSET_DATE_TIME))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/telegram\/TelegramClient.scala","text":"<filename>bot\/src\/main\/scala\/com\/lbs\/bot\/telegram\/TelegramClient.scala\n\npackage com.lbs.bot.telegram\n\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.marshalling.Marshal\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport com.bot4s.telegram.api.declarative.{Callbacks, Commands}\nimport com.bot4s.telegram.api.{AkkaTelegramBot, Polling, RequestHandler}\nimport com.bot4s.telegram.clients.AkkaHttpClient\nimport com.bot4s.telegram.marshalling._\nimport com.bot4s.telegram.methods._\nimport com.bot4s.telegram.models.{InlineKeyboardMarkup, InputFile, Message}\nimport com.lbs.common.Logger\nimport io.circe.{Decoder, Encoder, Json}\n\nimport scala.concurrent.Future\n\nclass TelegramClient(onReceive: TelegramEvent => Unit, botToken: String) extends AkkaTelegramBot with Polling with Commands with Callbacks with Logger {\n\n  val client: RequestHandler = new AkkaHttpClient(botToken) {\n\n    import AkkaHttpMarshalling._\n\n    private val http = Http()\n    private val apiBaseUrl = s\"https:\/\/api.telegram.org\/bot$botToken\/\"\n\n    override def sendRequest[R, T <: Request[_]](request: T)(implicit encT: Encoder[T], decR: Decoder[R]): Future[R] = {\n      Marshal(request).to[RequestEntity]\n        .map(re => HttpRequest(HttpMethods.POST, Uri(apiBaseUrl + request.methodName), entity = re))\n        .flatMap(http.singleRequest(_))\n        .flatMap(r => {\n          request match {\n            case _: GetUpdates =>\n              Unmarshal(r.entity).to[Json].flatMap { json =>\n                val patchedJson = json.mapObject { jsonObject =>\n                  jsonObject.mapValues { value =>\n                    if (value.isArray) {\n                      value.mapArray { update =>\n                        update.filterNot(_.findAllByKey(\"myChatMember\").nonEmpty)\n                      }\n                    } else {\n                      value\n                    }\n                  }\n                }\n\n                Unmarshal(HttpEntity(ContentTypes.`application\/json`, patchedJson.noSpaces)).to[Response[R]]\n              }\n            case _ =>\n              Unmarshal(r.entity).to[Response[R]]\n          }\n        })\n        .map(processApiResponse[R])\n    }\n  }\n\n  def sendMessage(chatId: Long, text: String): Future[Message] =\n    loggingRequest(SendMessage(chatId, text, parseMode = Some(ParseMode.HTML)))\n\n  def sendMessage(chatId: Long, text: String, replyMarkup: Option[InlineKeyboardMarkup] = None): Future[Message] =\n    loggingRequest(SendMessage(chatId, text, parseMode = Some(ParseMode.HTML), replyMarkup = replyMarkup))\n\n  def sendEditMessage(chatId: Long, messageId: Int, replyMarkup: Option[InlineKeyboardMarkup]): Future[Either[Boolean, Message]] =\n    loggingRequest(EditMessageReplyMarkup(Some(chatId), Some(messageId), replyMarkup = replyMarkup))\n\n  def sendEditMessage(chatId: Long, messageId: Int, text: String, replyMarkup: Option[InlineKeyboardMarkup] = None): Future[Either[Boolean, Message]] =\n    loggingRequest(EditMessageText(Some(chatId), Some(messageId), text = text, parseMode = Some(ParseMode.HTML), replyMarkup = replyMarkup))\n\n  def sendFile(chatId: Long, filename: String, contents: Array[Byte], caption: Option[String] = None): Future[Message] =\n    loggingRequest(SendDocument(chatId, InputFile(filename, contents), caption))\n\n  private def loggingRequest[R: Manifest](req: Request[R]): Future[R] = {\n    debug(s\"Sending telegram request: $req\")\n    request(req)\n  }\n\n\n  override def receiveMessage(msg: Message): Unit = {\n    debug(s\"Received telegram message: $msg\")\n    onReceive(TelegramEvent(msg, None))\n  }\n\n  onCallbackWithTag(TagPrefix) { implicit cbq =>\n    debug(s\"Received telegram callback: $cbq\")\n    ackCallback()\n    for {\n      data <- cbq.data.map(_.stripPrefix(TagPrefix))\n      msg <- cbq.message\n    } {\n      onReceive(TelegramEvent(msg, Some(data)))\n    }\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"common\/src\/main\/scala\/com\/lbs\/common\/Implicits.scala","text":"<gh_stars>10-100\n\npackage com.lbs.common\n\nimport java.util.Optional\n\nimport scala.language.implicitConversions\n\nobject Implicits {\n  implicit def optionalToOption[T](optional: Optional[T]): Option[T] = {\n    Option(optional.orElse(null.asInstanceOf[T]))\n  }\n\n  implicit def optionToOptional[T](option: Option[T]): Optional[T] = {\n    Optional.of(option.getOrElse(null.asInstanceOf[T]))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/BookWithTemplate.scala","text":"<reponame>mkmozgawa\/luxmed-bot<gh_stars>10-100\n\npackage com.lbs.server.conversation\n\nimport java.time.{LocalTime, ZonedDateTime}\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model._\nimport com.lbs.bot._\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.server.conversation.Book._\nimport com.lbs.server.conversation.DatePicker.{DateFromMode, DateToMode}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.SimpleItemsProvider\nimport com.lbs.server.conversation.TimePicker.{TimeFromMode, TimeToMode}\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.service.{ApiService, DataService, MonitoringService}\nimport com.lbs.server.util.MessageExtractors._\nimport com.lbs.server.util.ServerModelConverters._\n\nclass BookWithTemplate(val userId: UserId, bot: Bot, apiService: ApiService, dataService: DataService, monitoringService: MonitoringService,\n                       val localization: Localization, datePickerFactory: UserIdWithOriginatorTo[DatePicker], timePickerFactory: UserIdWithOriginatorTo[TimePicker],\n                       termsPagerFactory: UserIdWithOriginatorTo[Pager[AvailableVisitsTermPresentation]])(implicit val actorSystem: ActorSystem) extends Conversation[BookingData] with Localizable {\n\n  private val datePicker = datePickerFactory(userId, self)\n  private val timePicker = timePickerFactory(userId, self)\n  private val termsPager = termsPagerFactory(userId, self)\n\n  entryPoint(awaitMonitoring)\n\n  private def awaitMonitoring: Step =\n    monologue {\n      case Msg(monitoring: Monitoring, _) =>\n        val bookingData = BookingData(\n          cityId = IdName.from(monitoring.cityId, monitoring.cityName),\n          clinicId = IdName.from(monitoring.clinicId, monitoring.clinicName),\n          serviceId = IdName.from(monitoring.serviceId, monitoring.serviceName),\n          doctorId = IdName.from(monitoring.doctorId, monitoring.doctorName),\n          dateFrom = monitoring.dateFrom,\n          dateTo = monitoring.dateTo,\n          timeFrom = monitoring.timeFrom,\n          timeTo = monitoring.timeTo)\n        goto(determinePayer) using bookingData\n    }\n\n  private def determinePayer: Step =\n    process { bookingData =>\n      val response = apiService.getPayers(userId.accountId, bookingData.cityId.id, bookingData.clinicId.optionalId, bookingData.serviceId.id)\n      response match {\n        case Left(ex) =>\n          warn(s\"Can't determine payers for account ${userId.accountId}, city ${bookingData.cityId.id}, \" +\n            s\"clinic ${bookingData.clinicId.optionalId} and service ${bookingData.serviceId.id}\", ex)\n          bot.sendMessage(userId.source, lang.canNotDetectPayer(ex.getMessage))\n          end()\n        case Right((defaultPayerMaybe, payers)) =>\n          defaultPayerMaybe match {\n            case Some(defaultPayer) =>\n              goto(requestDateFrom) using bookingData.copy(payerId = defaultPayer.id)\n            case None =>\n              goto(askPayer) using bookingData.copy(payers = payers)\n          }\n      }\n    }\n\n  private def askPayer: Step =\n    ask { bookingData =>\n      bot.sendMessage(\n        userId.source,\n        lang.pleaseChoosePayer,\n        inlineKeyboard = createInlineKeyboard(bookingData.payers.map(payer => Button(payer.name, payer.id)))\n      )\n    } onReply {\n      case Msg(CallbackCommand(LongString(payerId)), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(payerId = payerId)\n    }\n\n  private def requestDateFrom: Step =\n    ask { bookingData =>\n      datePicker.restart()\n      datePicker ! DateFromMode\n      datePicker ! bookingData.dateFrom\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        datePicker ! cmd\n        stay()\n      case Msg(date: ZonedDateTime, bookingData: BookingData) =>\n        goto(requestDateTo) using bookingData.copy(dateFrom = date)\n    }\n\n  private def requestDateTo: Step =\n    ask { bookingData =>\n      datePicker.restart()\n      datePicker ! DateToMode\n      datePicker ! bookingData.dateFrom.plusDays(1)\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        datePicker ! cmd\n        stay()\n      case Msg(date: ZonedDateTime, bookingData: BookingData) =>\n        goto(requestTimeFrom) using bookingData.copy(dateTo = date)\n    }\n\n  private def requestTimeFrom: Step =\n    ask { bookingData =>\n      timePicker.restart()\n      timePicker ! TimeFromMode\n      timePicker ! bookingData.timeFrom\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        timePicker ! cmd\n        stay()\n      case Msg(time: LocalTime, bookingData: BookingData) =>\n        goto(requestTimeTo) using bookingData.copy(timeFrom = time)\n    }\n\n  private def requestTimeTo: Step =\n    ask { bookingData =>\n      timePicker.restart()\n      timePicker ! TimeToMode\n      timePicker ! bookingData.timeTo\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        timePicker ! cmd\n        stay()\n      case Msg(time: LocalTime, bookingData: BookingData) =>\n        goto(requestAction) using bookingData.copy(timeTo = time)\n    }\n\n  private def requestAction: Step =\n    ask { bookingData =>\n      dataService.storeAppointment(userId.accountId, bookingData)\n      bot.sendMessage(userId.source,\n        lang.bookingSummary(bookingData),\n        inlineKeyboard = createInlineKeyboard(\n          Seq(Button(lang.findTerms, Tags.FindTerms), Button(lang.modifyDate, Tags.ModifyDate))\n        ))\n    } onReply {\n      case Msg(CallbackCommand(Tags.FindTerms), _) =>\n        goto(requestTerm)\n      case Msg(CallbackCommand(Tags.ModifyDate), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(dateFrom = ZonedDateTime.now(),\n          dateTo = ZonedDateTime.now().plusDays(1L))\n    }\n\n  private def requestTerm: Step =\n    ask { bookingData =>\n      val availableTerms = apiService.getAvailableTerms(userId.accountId, bookingData.payerId, bookingData.cityId.id,\n        bookingData.clinicId.optionalId, bookingData.serviceId.id, bookingData.doctorId.optionalId,\n        bookingData.dateFrom, Some(bookingData.dateTo), timeFrom = bookingData.timeFrom, timeTo = bookingData.timeTo)\n      termsPager.restart()\n      termsPager ! availableTerms.map(new SimpleItemsProvider(_))\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        termsPager ! cmd\n        stay()\n      case Msg(term: AvailableVisitsTermPresentation, bookingData) =>\n        val response = apiService.temporaryReservation(userId.accountId, term.mapTo[TemporaryReservationRequest], term.mapTo[ValuationsRequest])\n        response match {\n          case Left(ex) =>\n            warn(s\"Service [${bookingData.serviceId.name}] is already booked. Ask to update term\", ex)\n            bot.sendMessage(userId.source, lang.visitAlreadyExists,\n              inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n            goto(awaitRebookDecision) using bookingData.copy(term = Some(term))\n          case Right((temporaryReservation, valuations)) =>\n            bot.sendMessage(userId.source, lang.confirmAppointment(term, valuations),\n              inlineKeyboard = createInlineKeyboard(Seq(Button(lang.cancel, Tags.Cancel), Button(lang.book, Tags.Book))))\n            goto(awaitReservation) using bookingData.copy(term = Some(term), temporaryReservationId = Some(temporaryReservation.id), valuations = Some(valuations))\n        }\n      case Msg(Pager.NoItemsFound, _) =>\n        goto(askNoTermsAction)\n    }\n\n  private def askNoTermsAction: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.noTermsFound, inlineKeyboard =\n        createInlineKeyboard(Seq(Button(lang.modifyDate, Tags.ModifyDate), Button(lang.createMonitoring, Tags.CreateMonitoring))))\n    } onReply {\n      case Msg(CallbackCommand(Tags.ModifyDate), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(dateFrom = ZonedDateTime.now(),\n          dateTo = ZonedDateTime.now().plusDays(1L))\n      case Msg(CallbackCommand(Tags.CreateMonitoring), bookingData) =>\n        val settingsMaybe = dataService.findSettings(userId.userId)\n        val (defaultOffset, askOffset) = settingsMaybe match {\n          case Some(settings) => (settings.defaultOffset, settings.alwaysAskOffset)\n          case None => (0, false)\n        }\n        val newData = bookingData.copy(offset = defaultOffset)\n        if (askOffset) goto(askMonitoringOffsetOption) using newData\n        else goto(askMonitoringAutobookOption) using newData\n    }\n\n  private def awaitRebookDecision: Step =\n    monologue {\n      case Msg(CallbackCommand(Tags.Yes), bookingData: BookingData) =>\n        apiService.updateReservedVisit(userId.accountId, bookingData.term.get) match {\n          case Right(success) =>\n            debug(s\"Successfully confirmed: $success\")\n            bot.sendMessage(userId.source, lang.appointmentIsConfirmed)\n          case Left(ex) =>\n            error(\"Error during reservation\", ex)\n            bot.sendMessage(userId.source, ex.getMessage)\n        }\n        end()\n      case Msg(CallbackCommand(Tags.No), _) =>\n        info(\"User doesn't want to change term\")\n        end()\n    }\n\n  private def awaitReservation: Step =\n    monologue {\n      case Msg(CallbackCommand(Tags.Cancel), bookingData: BookingData) =>\n        apiService.deleteTemporaryReservation(userId.accountId, bookingData.temporaryReservationId.get)\n        stay()\n      case Msg(CallbackCommand(Tags.Book), bookingData: BookingData) =>\n        makeReservation(bookingData)\n        end()\n    }\n\n  private def makeReservation(bookingData: BookingData): Unit = {\n    val reservationRequestMaybe = for {\n      tmpReservationId <- bookingData.temporaryReservationId\n      valuations <- bookingData.valuations\n      visitTermVariant <- valuations.visitTermVariants.headOption\n      term <- bookingData.term\n    } yield (tmpReservationId, visitTermVariant, term).mapTo[ReservationRequest]\n\n    reservationRequestMaybe match {\n      case Some(reservationRequest) =>\n        apiService.reservation(userId.accountId, reservationRequest) match {\n          case Left(ex) =>\n            error(\"Error during reservation\", ex)\n            bot.sendMessage(userId.source, ex.getMessage)\n          case Right(success) =>\n            debug(s\"Successfully confirmed: $success\")\n            bot.sendMessage(userId.source, lang.appointmentIsConfirmed)\n        }\n      case _ => sys.error(s\"Can not prepare reservation request using booking data $bookingData\")\n    }\n  }\n\n  private def askMonitoringOffsetOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.pleaseSpecifyOffset,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No))))\n    } onReply {\n      case Msg(TextCommand(IntString(offset)), bookingData: BookingData) =>\n        goto(askMonitoringAutobookOption) using bookingData.copy(offset = offset)\n      case Msg(CallbackCommand(BooleanString(false)), _) =>\n        goto(askMonitoringAutobookOption)\n    }\n\n  private def askMonitoringAutobookOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.chooseTypeOfMonitoring,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.bookByApplication, Tags.BookByApplication), Button(lang.bookManually, Tags.BookManually)), columns = 1))\n    } onReply {\n      case Msg(CallbackCommand(BooleanString(autobook)), bookingData: BookingData) =>\n        val data = bookingData.copy(autobook = autobook)\n        if (autobook) goto(askMonitoringRebookOption) using data\n        else goto(createMonitoring) using data\n    }\n\n  private def askMonitoringRebookOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.rebookIfExists,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n    } onReply {\n      case Msg(CallbackCommand(BooleanString(rebookIfExists)), bookingData: BookingData) =>\n        goto(createMonitoring) using bookingData.copy(rebookIfExists = rebookIfExists)\n    }\n\n  private def createMonitoring: Step =\n    process { bookingData =>\n      debug(s\"Creating monitoring for $bookingData\")\n      try {\n        monitoringService.createMonitoring((userId -> bookingData).mapTo[Monitoring])\n        bot.sendMessage(userId.source, lang.monitoringHasBeenCreated)\n      } catch {\n        case ex: Exception =>\n          error(\"Unable to create monitoring\", ex)\n          bot.sendMessage(userId.source, lang.unableToCreateMonitoring(ex.getMessage))\n      }\n      end()\n    }\n\n  beforeDestroy {\n    datePicker.destroy()\n    termsPager.destroy()\n    timePicker.destroy()\n  }\n}\n\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/Localization.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/lang\/Localization.scala\n\npackage com.lbs.server.lang\n\nimport java.util.concurrent.ConcurrentHashMap\n\nimport com.lbs.server.repository.model\nimport com.lbs.server.service.DataService\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Component\n\n@Component\nclass Localization {\n\n  @Autowired\n  private var dataService: DataService = _\n\n  private val cachedLangs = new ConcurrentHashMap[Long, Lang]\n\n  def lang(userId: Long): Lang = {\n    cachedLangs.computeIfAbsent(userId, _ => {\n      val settings = dataService.findSettings(userId)\n      settings.map(s => Lang(s.lang)).getOrElse(En)\n    })\n\n  }\n\n  def invalidateLangsCache(): Unit = {\n    cachedLangs.clear()\n  }\n\n  def updateLanguage(userId: Long, lang: Lang): Unit = {\n    cachedLangs.put(userId, lang)\n    val settings = dataService.findSettings(userId) match {\n      case Some(existingSettings) =>\n        existingSettings.setLang(lang.id)\n        existingSettings\n      case None => model.Settings(userId, lang.id, 0, alwaysAskOffset = false)\n    }\n    dataService.saveSettings(settings)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ReservedVisitsResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\/**\n  *\n  * {\n  * \"ReservedVisits\": [\n        *{\n            *\"CanBeCanceled\": true,\n            *\"Clinic\": {\n                *\"Id\": 6,\n                *\"Name\": \"<NAME> - Szewska 3A\"\n            *},\n            *\"DoctorName\": \"lek. stom. <NAME>\",\n            *\"Impediment\": {\n                *\"ImpedimentText\": \"\",\n                *\"IsImpediment\": false\n            *},\n            *\"IsAdditional\": false,\n            *\"IsPreparationRequired\": false,\n            *\"Links\": [\n                *{\n                    *\"Href\": \"\/PatientPortalMobileAPI\/api\/visits\/preparations\/6621\",\n                    *\"Method\": \"GET\",\n                    *\"Rel\": \"get_preparations\"\n                *}\n            *],\n            *\"ReservationId\": 888888888,\n            *\"Service\": {\n                *\"Id\": 6621,\n                *\"Name\": \"Um\u00f3wienie wizyty u stomatologa\"\n            *},\n            *\"VisitDate\": {\n                *\"FormattedDate\": \"21rd May, Mon. at 3:00 pm\",\n                *\"StartDateTime\": \"2018-05-21T15:00:00+02:00\"\n            *}\n        *}\n    *]\n*}\n  *\/\ncase class ReservedVisitsResponse(reservedVisits: List[ReservedVisit]) extends SerializableJsonObject\n\ncase class ReservedVisit(canBeCanceled: Boolean, clinic: IdName, doctorName: String,\n                         reservationId: Long, service: IdName, visitDate: VisitDate) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/MonitoringsHistory.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot._\nimport com.lbs.bot.model.Command\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.ItemsProvider\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.service.MonitoringService\n\nclass MonitoringsHistory(val userId: UserId, bot: Bot, monitoringService: MonitoringService, val localization: Localization, monitoringsPagerFactory: UserIdWithOriginatorTo[Pager[Monitoring]], bookWithTemplateFactory: UserIdTo[BookWithTemplate])(val actorSystem: ActorSystem) extends Conversation[Monitoring] with Localizable {\n\n  private val monitoringsPager = monitoringsPagerFactory(userId, self)\n  private val bookWithTemplate = bookWithTemplateFactory(userId)\n\n  entryPoint(prepareData)\n\n  def prepareData: Step =\n    process { _ =>\n      val monitoringsCount = monitoringService.getAllMonitoringsCount(userId.accountId)\n      monitoringsPager.restart()\n      monitoringsPager ! Right(new MonitoringItemsProvider(monitoringsCount.toInt))\n      goto(processResponseFromPager)\n    }\n\n  def processResponseFromPager: Step =\n    monologue {\n      case Msg(cmd: Command, _) =>\n        monitoringsPager ! cmd\n        stay()\n      case Msg(Pager.NoItemsFound, _) =>\n        bot.sendMessage(userId.source, lang.noActiveMonitorings)\n        end()\n      case Msg(monitoring: Monitoring, _) =>\n        goto(askRepeatMonitoring) using monitoring\n    }\n\n  def askRepeatMonitoring: Step =\n    ask { monitoring =>\n      bookWithTemplate.restart()\n      bookWithTemplate ! monitoring\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        bookWithTemplate ! cmd\n        stay()\n    }\n\n  beforeDestroy {\n    monitoringsPager.destroy()\n    bookWithTemplate.destroy()\n  }\n\n  class MonitoringItemsProvider(val itemsCount: Int) extends ItemsProvider[Monitoring] {\n    private var index: Int = 0\n\n    override def pages: Int = itemsCount \/ Pager.PageSize + 1\n\n    override def next(): Unit = index += 1\n\n    override def previous(): Unit = index -= 1\n\n    override def items: Seq[Monitoring] = monitoringService.getMonitoringsPage(userId.accountId, index * Pager.PageSize, Pager.PageSize)\n\n    override def currentPage: Int = index\n\n    override def isEmpty: Boolean = itemsCount == 0\n  }\n\n}\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/TemporaryReservationResponse.scala","text":"<gh_stars>10-100\n\npackage com.lbs.api.json.model\n\ncase class TemporaryReservationResponse(hasReferralRequired: Boolean, id: Long,\n                                        informationMessages: List[String],\n                                        mustTermOfReservedVisitBeChanged: Boolean) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/DatePicker.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.conversation\n\nimport java.time.format.TextStyle\nimport java.time.{LocalTime, ZonedDateTime}\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.Button\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.conversation.DatePicker._\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.util.DateTimeUtil._\nimport com.lbs.server.util.MessageExtractors.{CallbackCommand, TextCommand}\n\nimport scala.util.control.NonFatal\n\n\/**\n  * Date picker Inline Keyboard\n  *\n  * \u2b06   \u2b06    \u2b06\n  * dd   MM   yyyy\n  * \u2b07   \u2b07    \u2b07\n  *\n  *\/\nclass DatePicker(val userId: UserId, val bot: Bot, val localization: Localization, originator: Interactional)\n                (val actorSystem: ActorSystem) extends Conversation[ZonedDateTime] with Localizable {\n\n  private var mode: Mode = DateFromMode\n\n  entryPoint(configure)\n\n  def configure: Step =\n    monologue {\n      case Msg(newMode: Mode, _) =>\n        mode = newMode\n        stay()\n      case Msg(initialDate: ZonedDateTime, _) =>\n        goto(requestDate) using initialDate\n    }\n\n  def requestDate: Step =\n    ask { initialDate =>\n      val message = mode match {\n        case DateFromMode => lang.chooseDateFrom(initialDate)\n        case DateToMode => lang.chooseDateTo(initialDate)\n      }\n      bot.sendMessage(userId.source, message, inlineKeyboard = dateButtons(initialDate))\n    } onReply {\n      case Msg(cmd@CallbackCommand(Tags.Done), finalDate) =>\n        val (message, updatedDate) = mode match {\n          case DateFromMode =>\n            val startOfTheDay = finalDate.`with`(LocalTime.MIN)\n            val dateFrom = if (startOfTheDay.isBefore(ZonedDateTime.now())) finalDate else startOfTheDay\n            lang.dateFromIs(dateFrom) -> dateFrom\n          case DateToMode =>\n            val dateTo = finalDate.`with`(LocalTime.MAX).minusHours(2)\n            lang.dateToIs(dateTo) -> dateTo\n        }\n        bot.sendEditMessage(userId.source, cmd.message.messageId, message)\n        originator ! updatedDate\n        end()\n      case Msg(TextCommand(dayMonth), finalDate) =>\n        try {\n          val updatedDate = applyDayMonth(dayMonth, finalDate)\n          val message = mode match {\n            case DateFromMode =>\n              lang.dateFromIs(updatedDate)\n            case DateToMode =>\n              lang.dateToIs(updatedDate)\n          }\n          bot.sendMessage(userId.source, message)\n          originator ! updatedDate\n          end()\n        } catch {\n          case NonFatal(ex) =>\n            error(\"Unable to parse date\", ex)\n            bot.sendMessage(userId.source, \"Incorrect date. Please use format dd-MM\")\n            goto(requestDate)\n        }\n      case Msg(cmd@CallbackCommand(tag), date) =>\n        val modifiedDate = modifyDate(date, tag)\n        bot.sendEditMessage(userId.source, cmd.message.messageId, inlineKeyboard = dateButtons(modifiedDate))\n        stay() using modifiedDate\n    }\n\n  private def modifyDate(date: ZonedDateTime, tag: String) = {\n    val dateModifier = tag match {\n      case Tags.DayInc => date.plusDays _\n      case Tags.MonthInc => date.plusMonths _\n      case Tags.YearInc => date.plusYears _\n      case Tags.DayDec => date.minusDays _\n      case Tags.MonthDec => date.minusMonths _\n      case Tags.YearDec => date.minusYears _\n    }\n    dateModifier(1)\n  }\n\n  private def dateButtons(date: ZonedDateTime) = {\n    val day = date.getDayOfMonth.toString\n    val dayOfWeek = date.getDayOfWeek.getDisplayName(TextStyle.SHORT, lang.locale)\n    val month = date.getMonth.getDisplayName(TextStyle.SHORT, lang.locale)\n    val year = date.getYear.toString\n\n    createInlineKeyboard(Seq(\n      Seq(Button(\"\u2b06\", Tags.DayInc), Button(\"\u2b06\", Tags.MonthInc), Button(\"\u2b06\", Tags.YearInc)),\n      Seq(Button(s\"$day ($dayOfWeek)\"), Button(month), Button(year)),\n      Seq(Button(\"\u2b07\", Tags.DayDec), Button(\"\u2b07\", Tags.MonthDec), Button(\"\u2b07\", Tags.YearDec)),\n      Seq(Button(\"Done\", Tags.Done))\n    ))\n  }\n}\n\nobject DatePicker {\n\n  trait Mode\n\n  object DateFromMode extends Mode\n\n  object DateToMode extends Mode\n\n  object Tags {\n    val DayInc = \"day_inc\"\n    val MonthInc = \"month_inc\"\n    val YearInc = \"year_inc\"\n    val DayDec = \"day_dec\"\n    val MonthDec = \"month_dec\"\n    val YearDec = \"year_dec\"\n    val Done = \"done\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/PollBot.scala","text":"\npackage com.lbs.bot\n\nimport com.lbs.bot.model.{Event, InlineKeyboard}\n\ntrait PollBot[In <: Event] {\n  def sendMessage(chatId: String, text: String): Unit\n\n  def sendMessage(chatId: String, text: String, buttons: Option[InlineKeyboard] = None): Unit\n\n  def sendEditMessage(chatId: String, messageId: String, buttons: Option[InlineKeyboard]): Unit\n\n  def sendEditMessage(chatId: String, messageId: String, text: String, buttons: Option[InlineKeyboard] = None): Unit\n\n  def sendFile(chatId: String, filename: String, contents: Array[Byte], caption: Option[String] = None): Unit\n\n  protected def onReceive(command: In): Unit\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Login.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.Bot\nimport com.lbs.bot.model.{Command, MessageSource}\nimport com.lbs.server.conversation.Login._\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.service.{ApiService, DataService}\nimport com.lbs.server.util.MessageExtractors\nimport org.jasypt.util.text.TextEncryptor\n\nclass Login(source: MessageSource, bot: Bot, dataService: DataService, apiService: ApiService, textEncryptor: TextEncryptor,\n            val localization: Localization, originator: Interactional)(val actorSystem: ActorSystem) extends Conversation[String] with Localizable {\n\n  protected var userId: UserId = _\n\n  entryPoint(logIn)\n\n  private var forwardCommand: ForwardCommand = _\n\n  def logIn: Step =\n    monologue {\n      case Msg(cmd: Command, _) =>\n        forwardCommand = ForwardCommand(cmd)\n        goto(requestUsername)\n    }\n\n  def requestUsername: Step =\n    ask { _ =>\n      bot.sendMessage(source, lang.provideUsername)\n    } onReply {\n      case Msg(MessageExtractors.TextCommand(username), _) =>\n        goto(requestPassword) using username\n    }\n\n  def requestPassword: Step =\n    ask { _ =>\n      bot.sendMessage(source, lang.providePassword)\n    } onReply {\n      case Msg(MessageExtractors.TextCommand(plainPassword), username) =>\n        val password = textEncryptor.encrypt(plainPassword)\n        val loginResult = apiService.login(username, password)\n        loginResult match {\n          case Left(error) =>\n            bot.sendMessage(source, error.getMessage)\n            goto(requestUsername)\n          case Right(loggedIn) =>\n            val credentials = dataService.saveCredentials(source, username, password)\n            userId = UserId(credentials.userId, credentials.accountId, source)\n            apiService.addSession(credentials.accountId, loggedIn.accessToken, loggedIn.tokenType)\n            bot.sendMessage(source, lang.loginAndPasswordAreOk)\n            originator ! LoggedIn(forwardCommand, credentials.userId, credentials.accountId)\n            end()\n        }\n    }\n}\n\nobject Login {\n\n  case class ForwardCommand(cmd: Command)\n\n  case class UserId(userId: Long, accountId: Long, source: MessageSource)\n\n  case class LoggedIn(forwardCommand: ForwardCommand, userId: Long, accountId: Long)\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ReservationResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\n\/**\n{\n    \"PreparationInfo\": {\n        \"IsPreparationRequired\": true\n    },\n    \"ReservedVisitsLimitInfo\": {\n        \"CanReserve\": true,\n        \"HasPatientLimit\": false,\n        \"MaxReservedVisitsCount\": null,\n        \"Message\": \"\",\n        \"ReservedVisitsCount\": null\n    }\n}\n  *\/\ncase class ReservationResponse(preparationInfo: PreparationInfo, reservedVisitsLimitInfo: ReservedVisitsLimitInfo) extends SerializableJsonObject\n\ncase class PreparationInfo(isPreparationRequired: Boolean) extends SerializableJsonObject\n\ncase class ReservedVisitsLimitInfo(canReserve: Boolean, hasPatientLimit: Boolean, maxReservedVisitsCount: Option[Int],\n                                   message: String, reservedVisitsCount: Option[Int]) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Auth.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.{Command, MessageSource}\nimport com.lbs.common.Logger\nimport com.lbs.server.conversation.Login.{LoggedIn, UserId}\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.service.DataService\nimport com.lbs.server.util.MessageExtractors._\n\nclass Auth(val source: MessageSource, dataService: DataService, unauthorizedHelpFactory: MessageSourceTo[UnauthorizedHelp],\n           loginFactory: MessageSourceWithOriginatorTo[Login], chatFactory: UserIdTo[Chat])(val actorSystem: ActorSystem) extends Conversation[Unit] with Logger {\n\n  private val login = loginFactory(source, self)\n  private val unauthorizedHelp = unauthorizedHelpFactory(source)\n\n  private var userId: Option[UserId] = getUserId\n  private var chat: Chat = _\n\n  entryPoint(processIncoming)\n\n  private def processIncoming =\n    monologue {\n      case Msg(cmd@TextCommand(\"\/help\"), _) if userId.isEmpty =>\n        unauthorizedHelp ! cmd\n        stay()\n      case Msg(cmd@TextCommand(\"\/start\"), _) if userId.isEmpty =>\n        unauthorizedHelp ! cmd\n        stay()\n      case Msg(cmd@TextCommand(\"\/login\"), _) =>\n        userId = None\n        login.restart()\n        login ! cmd\n        stay()\n      case Msg(cmd: Command, _) if userId.isEmpty =>\n        login ! cmd\n        stay()\n      case Msg(cmd: Command, _) if userId.nonEmpty =>\n        chat = getChat(userId.get)\n        chat ! cmd\n        stay()\n      case Msg(LoggedIn(forwardCommand, uId, aId), _) =>\n        val id = UserId(uId, aId, source)\n        val cmd = forwardCommand.cmd\n        userId = Some(id)\n        chat = getChat(id, reInit = true)\n        if (!cmd.message.text.contains(\"\/login\"))\n          chat ! cmd\n        stay()\n      case Msg(cmd: Command, _) =>\n        chat ! cmd\n        stay()\n    }\n\n  private def getChat(userId: UserId, reInit: Boolean = false): Chat = {\n    if (chat == null) {\n      chatFactory(userId)\n    } else {\n      if (reInit) {\n        chat.destroy()\n        chatFactory(userId)\n      } else chat\n    }\n  }\n\n  def getUserId: Option[UserId] = {\n    val userIdMaybe = dataService.findUserAndAccountIdBySource(source)\n    userIdMaybe.map { case (uId, aId) => UserId(uId, aId, source) }\n  }\n\n  beforeDestroy {\n    login.destroy()\n    unauthorizedHelp.destroy()\n    if (chat != null) chat.destroy()\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/Bot.scala","text":"<gh_stars>10-100\n\npackage com.lbs.bot\n\nimport com.lbs.bot.model._\nimport com.lbs.bot.telegram.TelegramBot\nimport com.lbs.common.Logger\n\nclass Bot(telegram: TelegramBot \/* other bots *\/) extends Logger {\n  def sendMessage(source: MessageSource, text: String): Unit =\n    resolveAdapter(source).sendMessage(source.chatId, text)\n\n  def sendMessage(source: MessageSource, text: String, inlineKeyboard: Option[InlineKeyboard] = None): Unit =\n    resolveAdapter(source).sendMessage(source.chatId, text, inlineKeyboard)\n\n  def sendEditMessage(source: MessageSource, messageId: String, inlineKeyboard: Option[InlineKeyboard]): Unit =\n    resolveAdapter(source).sendEditMessage(source.chatId, messageId, inlineKeyboard)\n\n  def sendEditMessage(source: MessageSource, messageId: String, text: String, inlineKeyboard: Option[InlineKeyboard] = None): Unit =\n    resolveAdapter(source).sendEditMessage(source.chatId, messageId, text, inlineKeyboard)\n\n  def sendFile(source: MessageSource, filename: String, contents: Array[Byte], caption: Option[String] = None): Unit =\n    resolveAdapter(source).sendFile(source.chatId, filename, contents, caption)\n\n  private def resolveAdapter(source: MessageSource): PollBot[_] =\n    source.sourceSystem match {\n      case TelegramMessageSourceSystem => telegram\n      case sourceSystem =>\n        sys.error(s\"Unsupported source system $sourceSystem\")\n    }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/exception\/SessionExpiredException.scala","text":"\npackage com.lbs.api.exception\n\nclass SessionExpiredException extends ApiException(\"Session expired\")\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/ValuationsResponseSpec.scala","text":"<reponame>mkmozgawa\/luxmed-bot\npackage com.lbs.api.json.model\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass ValuationsResponseSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\n        |  \"VisitTermVariants\": [\n        |    {\n        |      \"ValuationDetail\": {\n        |        \"PayerData\": {\n        |          \"PayerId\": 12345,\n        |          \"PayerName\": \"ZBIGNEW\",\n        |          \"ContractId\": 123456,\n        |          \"ProductInContractId\": 234567,\n        |          \"ProductId\": 34567,\n        |          \"BrandId\": null,\n        |          \"ProductElementId\": 2536352,\n        |          \"ServaId\": 12345,\n        |          \"ServaAppId\": 0\n        |        },\n        |        \"ValuationType\": 1,\n        |        \"Price\": 0.000000\n        |      },\n        |      \"InfoMessage\": \"Package-covered service\",\n        |      \"PaymentMessage\": \"Price with a valid referral: 0.00 z\u0142 \\r\\nPrice without a valid referral: 10.30 z\u0142\",\n        |      \"OptionMessage\": \"Yes, from a LUX MED Group or a subcontractor facility physician\",\n        |      \"WarningMessage\": \"In accordance with your medical package terms and conditions, you must have a valid referral from a LUX MED Group or a subcontractor facility physician\",\n        |      \"CanBeReserve\": true,\n        |      \"ReferralRequired\": true,\n        |      \"IsStomatology\": false\n        |    },\n        |    {\n        |      \"ValuationDetail\": {\n        |        \"PayerData\": {\n        |          \"PayerId\": 123456,\n        |          \"PayerName\": \"ZBIGNEW\",\n        |          \"ContractId\": 12345,\n        |          \"ProductInContractId\": 345678,\n        |          \"ProductId\": 23467,\n        |          \"BrandId\": null,\n        |          \"ProductElementId\": null,\n        |          \"ServaId\": 1234,\n        |          \"ServaAppId\": 0\n        |        },\n        |        \"ValuationType\": 4,\n        |        \"Price\": 10.30\n        |      },\n        |      \"InfoMessage\": \"Out-of-package service\",\n        |      \"PaymentMessage\": \"Price: 10.30 z\u0142\",\n        |      \"OptionMessage\": \"I do not have the required referral\",\n        |      \"WarningMessage\": \"\",\n        |      \"CanBeReserve\": true,\n        |      \"ReferralRequired\": false,\n        |      \"IsStomatology\": false\n        |    }\n        |  ],\n        |  \"OptionsQuestion\": \"Do you have a valid referral for this service?\",\n        |  \"IsReferralRequired\": false\n        |}\n      \"\"\".stripMargin\n\n    val responseActual = json.as[ValuationsResponse]\n\n    val responseExpected = ValuationsResponse(\n      Some(\"Do you have a valid referral for this service?\"),\n      List(\n        VisitTermVariant(\n          canBeReserve = true,\n          \"Package-covered service\",\n          isStomatology = false,\n          \"Yes, from a LUX MED Group or a subcontractor facility physician\", \"Price with a valid referral: 0.00 z\u0142 \\r\\nPrice without a valid referral: 10.30 z\u0142\",\n          referralRequired = true,\n          ValuationDetail(PayerDetails(None, 123456, 12345, \"ZBIGNEW\", Some(2536352), 34567, 234567, 0, 12345), 0.0, 1),\n          \"In accordance with your medical package terms and conditions, you must have a valid referral from a LUX MED Group or a subcontractor facility physician\"\n        ),\n        VisitTermVariant(\n          canBeReserve = true,\n          \"Out-of-package service\",\n          isStomatology = false,\n          \"I do not have the required referral\",\n          \"Price: 10.30 z\u0142\",\n          referralRequired = false,\n          ValuationDetail(PayerDetails(None, 12345, 123456, \"ZBIGNEW\", None, 23467, 345678, 0, 1234), 10.3, 4),\n          \"\")\n      )\n    )\n\n    responseActual should be(responseExpected)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/test\/scala\/com\/lbs\/server\/conversation\/AuthSpec.scala","text":"<reponame>mkmozgawa\/luxmed-bot\npackage com.lbs.server.conversation\n\nimport com.lbs.bot.model.{Command, Message, MessageSource, TelegramMessageSourceSystem}\nimport com.lbs.server.conversation.Login.{ForwardCommand, LoggedIn, UserId}\nimport com.lbs.server.conversation.base.ConversationTestProbe\nimport com.lbs.server.service.DataService\nimport org.mockito.Mockito._\n\nclass AuthSpec extends AkkaTestKit {\n\n  \"An Auth actor \" when {\n\n    val source = MessageSource(TelegramMessageSourceSystem, \"1\")\n    val userId = UserId(1L, 1L, source)\n\n    \"user is unauthorized\" must {\n      val unauthorizedHelpActor = ConversationTestProbe[UnauthorizedHelp]()\n      val loginActor = ConversationTestProbe[Login]()\n      val chatActor = ConversationTestProbe[Chat]()\n      val unauthorizedHelpFactory: MessageSourceTo[UnauthorizedHelp] = _ => unauthorizedHelpActor.conversation\n      val loginActorFactory: MessageSourceWithOriginatorTo[Login] = (_, _) => loginActor.conversation\n      val chatActorFactory: UserIdTo[Chat] = _ => chatActor.conversation\n      val dataService = mock(classOf[DataService])\n      when(dataService.findUserAndAccountIdBySource(source)).thenReturn(None)\n      val auth = new Auth(source, dataService, unauthorizedHelpFactory, loginActorFactory, chatActorFactory)(system)\n\n\n      \"send english help on \/start command\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"\/start\")))\n        auth ! cmd\n        unauthorizedHelpActor.expectMsg(cmd)\n      }\n\n      \"send english help on \/help command\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"\/help\")))\n        auth ! cmd\n        unauthorizedHelpActor.expectMsg(cmd)\n      }\n\n      \"initialize dialogue with login actor on \/login command\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"\/login\")))\n        auth ! cmd\n        loginActor.expectMsg(cmd)\n      }\n\n      \"have a dialogue with login actor on any message\" in {\n        val cmd1 = Command(source, Message(\"1\", Some(\"any1\")))\n        val cmd2 = Command(source, Message(\"2\", Some(\"any2\")))\n        auth ! cmd1\n        loginActor.expectMsg(cmd1)\n        auth ! cmd2\n        loginActor.expectMsg(cmd2)\n      }\n\n      \"forward initial message to chat actor after the user has logged in\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"any\")))\n        val msg = LoggedIn(ForwardCommand(cmd), 1L, 1L)\n        auth ! msg\n        chatActor.expectMsg(cmd)\n      }\n\n      \"forward all commands to chat actor\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"any\")))\n        auth ! cmd\n        chatActor.expectMsg(cmd)\n        unauthorizedHelpActor.expectNoMsg()\n        loginActor.expectNoMsg()\n      }\n    }\n\n    \"user is authorized\" must {\n      val unauthorizedHelpActor = ConversationTestProbe[UnauthorizedHelp]()\n      val loginActor = ConversationTestProbe[Login]()\n      val chatActor = ConversationTestProbe[Chat]()\n      val unauthorizedHelpFactory: MessageSourceTo[UnauthorizedHelp] = _ => unauthorizedHelpActor.conversation\n      val loginActorFactory: MessageSourceWithOriginatorTo[Login] = (_, _) => loginActor.conversation\n      val chatActorFactory: UserIdTo[Chat] = _ => chatActor.conversation\n      val dataService = mock(classOf[DataService])\n      when(dataService.findUserAndAccountIdBySource(source)).thenReturn(Some(userId.userId, userId.accountId))\n\n      val auth = new Auth(source, dataService, unauthorizedHelpFactory, loginActorFactory, chatActorFactory)(system)\n\n\n      \"forward all commands to chat actor\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"any\")))\n        auth ! cmd\n        chatActor.expectMsg(cmd)\n        unauthorizedHelpActor.expectNoMsg()\n        loginActor.expectNoMsg()\n      }\n\n      \"initialize dialogue with login actor on \/login command\" in {\n        val cmd = Command(source, Message(\"1\", Some(\"\/login\")))\n        auth ! cmd\n        loginActor.expectMsg(cmd)\n      }\n\n      \"have a dialogue with login actor on any message\" in {\n        val cmd1 = Command(source, Message(\"1\", Some(\"any1\")))\n        val cmd2 = Command(source, Message(\"2\", Some(\"any2\")))\n        auth ! cmd1\n        loginActor.expectMsg(cmd1)\n        auth ! cmd2\n        loginActor.expectMsg(cmd2)\n      }\n    }\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/exception\/GenericException.scala","text":"<filename>api\/src\/main\/scala\/com\/lbs\/api\/exception\/GenericException.scala<gh_stars>10-100\n\npackage com.lbs.api.exception\n\ncase class GenericException(code: Int, message: String) extends ApiException(message) {\n  override def toString: String = s\"Code: $code, message: $message\"\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Account.scala","text":"\npackage com.lbs.server.repository.model\n\nimport javax.persistence._\n\n@Entity\n@Access(AccessType.FIELD)\n\/\/just a sequence generator\nclass Account extends RecordId"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/History.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model.HistoricVisit\nimport com.lbs.bot.Bot\nimport com.lbs.bot.model.Command\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.SimpleItemsProvider\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.service.ApiService\n\nclass History(val userId: UserId, bot: Bot, apiService: ApiService, val localization: Localization,\n              historyPagerFactory: UserIdWithOriginatorTo[Pager[HistoricVisit]])(val actorSystem: ActorSystem) extends Conversation[Unit] with Localizable {\n\n  private val historyPager = historyPagerFactory(userId, self)\n\n  entryPoint(prepareData)\n\n  def prepareData: Step =\n    process { _ =>\n      val visits = apiService.visitsHistory(userId.accountId)\n      historyPager.restart()\n      historyPager ! visits.map(new SimpleItemsProvider(_))\n      goto(processResponseFromPager)\n    }\n\n  def processResponseFromPager: Step =\n    monologue {\n      case Msg(cmd: Command, _) =>\n        historyPager ! cmd\n        stay()\n      case Msg(Pager.NoItemsFound, _) =>\n        bot.sendMessage(userId.source, lang.visitsHistoryIsEmpty)\n        end()\n      case Msg(_: HistoricVisit, _) =>\n        end()\n    }\n\n  beforeDestroy {\n    historyPager.destroy()\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/Ua.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.lang\n\nimport com.lbs.api.json.model.{AvailableVisitsTermPresentation, HistoricVisit, ReservedVisit, ValuationsResponse}\nimport com.lbs.server.conversation.Book\nimport com.lbs.server.conversation.StaticData.StaticDataConfig\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.util.DateTimeUtil._\n\nimport java.time.{LocalTime, ZonedDateTime}\nimport java.util.Locale\n\nobject Ua extends Lang {\n\n  override def id: Int = 1\n\n  override def locale: Locale = new Locale(\"uk\", \"UA\")\n\n  override def label: String = \"\ud83c\uddfa\ud83c\udde6\u0423\u043a\u0440\u0430\u0457\u043d\u0441\u044c\u043a\u0430\"\n\n  override protected def withPages(message: String, page: Int, pages: Int): String = {\n    if (pages > 1) s\"$message. \u0421\u0442\u043e\u0440\u0456\u043d\u043a\u0430 <b>${page + 1}<\/b> \u0437 <b>$pages<\/b>\"\n    else message\n  }\n\n  override def unableToCancelUpcomingVisit(reason: String): String =\n    s\"\u26a0 \u041d\u0435 \u0432\u0434\u0430\u0454\u0442\u044c\u0441\u044f \u0441\u043a\u0430\u0441\u0443\u0432\u0430\u0442\u0438 \u0432\u0456\u0437\u0438\u0442! \u041f\u0440\u0438\u0447\u0438\u043d\u0430: $reason\"\n\n  override def appointmentHasBeenCancelled: String =\n    s\"\ud83d\udc4d \u0412\u0430\u0448 \u0432\u0456\u0437\u0438\u0442 \u0431\u0443\u043b\u043e \u0441\u043a\u0430\u0441\u043e\u0432\u0430\u043d\u043e!\"\n\n  override def yes: String = \"\u0422\u0430\u043a\"\n\n  override def no: String = \"\u041d\u0456\"\n\n  override def noUpcomingVisits: String =\n    \"\u2139 \u041d\u0435 \u0437\u043d\u0430\u0439\u0434\u0435\u043d\u043e \u0436\u043e\u0434\u043d\u043e\u0433\u043e \u043c\u0430\u0439\u0431\u0443\u0442\u043d\u044c\u043e\u0433\u043e \u0432\u0456\u0437\u0438\u0442\u0443\"\n\n  override def areYouSureToCancelAppointment(visit: ReservedVisit): String =\n    s\"\"\"<b>\u27a1<\/b> \u0412\u0438 \u0432\u043f\u0435\u0432\u043d\u0435\u043d\u0456, \u0449\u043e \u0445\u043e\u0447\u0435\u0442\u0435 \u0441\u043a\u0430\u0441\u0443\u0432\u0430\u0442\u0438 \u0432\u0456\u0437\u0438\u0442?\n       |\n       |\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |\"\"\".stripMargin\n\n  override def chooseDateFrom(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u043f\u043e\u0447\u0430\u0442\u043a\u043e\u0432\u0443 \u0434\u0430\u0442\u0443 \u0430\u0431\u043e \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0457\u0457, \u0432\u0438\u043a\u043e\u0440\u0438\u0441\u0442\u043e\u0432\u0443\u044e\u0447\u0438 \u0444\u043e\u0440\u043c\u0430\u0442 dd-MM, \u043d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434 ${formatDateShort(exampleDate)}\"\n\n  override def chooseDateTo(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u043a\u0456\u043d\u0446\u0435\u0432\u0443 \u0434\u0430\u0442\u0443 \u0430\u0431\u043e \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0457\u0457, \u0432\u0438\u043a\u043e\u0440\u0438\u0441\u0442\u043e\u0432\u0443\u044e\u0447\u0438 \u0444\u043e\u0440\u043c\u0430\u0442 dd-MM, \u043d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434 ${formatDateShort(exampleDate)}\"\n\n  override def findTerms: String = \"\ud83d\udd0d \u0417\u043d\u0430\u0439\u0442\u0438 \u0442\u0435\u0440\u043c\u0456\u043d\u0438\"\n\n  override def modifyDate: String = \"\ud83d\udcc5 \u0417\u043c\u0456\u043d\u0438\u0442\u0438 \u0434\u0430\u0442\u0443\"\n\n  override def bookingSummary(bookingData: Book.BookingData): String =\n    s\"\ud83e\udd84 \u0421\u0443\u043f\u0435\u0440! \u041c\u0438 \u0437\u0431\u0438\u0440\u0430\u0454\u043c\u043e\u0441\u044f \u0437\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u0443\u0432\u0430\u0442\u0438 \u043f\u043e\u0441\u043b\u0443\u0433\u0443 <b>${bookingData.serviceId.name}<\/b>\" +\n      s\" \u0437 \u043e\u0431\u0440\u0430\u043d\u0438\u043c \u043b\u0456\u043a\u0430\u0440\u0435\u043c <b>${bookingData.doctorId.name}<\/b>\" +\n      s\" \u0432 <b>${bookingData.clinicId.name}<\/b> \u043a\u043b\u0456\u043d\u0456\u0446\u0456\" +\n      s\" \u043c\u0456\u0441\u0442\u0430 <b>${bookingData.cityId.name}<\/b>.\" +\n      s\"\\n\u0411\u0430\u0436\u0430\u043d\u0456 \u0434\u0430\u0442\u0438: <b>${formatDate(bookingData.dateFrom, locale)}<\/b> -> <b>${formatDate(bookingData.dateTo, locale)}<\/b>\" +\n      s\"\\n\u0427\u0430\u0441: <b>${formatTime(bookingData.timeFrom)}<\/b> -> <b>${formatTime(bookingData.timeTo)}<\/b>\" +\n      s\"\\n\\n<b>\u27a1<\/b> \u0422\u0435\u043f\u0435\u0440 \u043e\u0431\u0435\u0440\u0456\u0442\u044c \u043d\u0430\u0441\u0442\u0443\u043f\u043d\u0443 \u0434\u0456\u044e\"\n\n  override def noTermsFound: String =\n    s\"\"\"\u2139 \u0422\u0435\u0440\u043c\u0456\u043d\u0438 \u0432\u0456\u0434\u0441\u0443\u0442\u043d\u0456\n       |\n       |\u0429\u043e \u0432\u0438 \u0445\u043e\u0447\u0435\u0442\u0435 \u0437\u0440\u043e\u0431\u0438\u0442\u0438 \u0434\u0430\u043b\u0456?\"\"\".stripMargin\n\n  override def createMonitoring: String = \"\ud83d\udc40 \u0421\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433\"\n\n  override def cancel: String = \"\u0412\u0456\u0434\u043c\u0456\u043d\u0438\u0442\u0438\"\n\n  override def book: String = \"\u0417\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u0443\u0432\u0430\u0442\u0438\"\n\n  override def confirmAppointment(term: AvailableVisitsTermPresentation, valuations: ValuationsResponse): String =\n\n    s\"\"\"<b>\u27a1<\/b> ${valuations.optionsQuestion.getOrElse(\"\u0412\u0438 \u0445\u043e\u0442\u0456\u043b\u0438 \u0431 \u043f\u0456\u0434\u0442\u0432\u0435\u0440\u0434\u0438\u0442\u0438 \u0440\u0435\u0437\u0435\u0440\u0432\u0430\u0446\u0456\u044e \u0432\u0456\u0437\u0438\u0442\u0443?\")}\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |\n       |\u2139${valuations.visitTermVariants.head.infoMessage}\"\"\".stripMargin\n\n  override def appointmentIsConfirmed: String = \"\ud83d\udc4d \u0412\u0430\u0448 \u0432\u0456\u0437\u0438\u0442 \u0431\u0443\u043b\u043e \u043f\u0456\u0434\u0442\u0432\u0435\u0440\u0434\u0436\u0435\u043d\u043e!\"\n\n  override def monitoringHasBeenCreated: String = \"\ud83d\udc4d \u041c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433 \u0431\u0443\u0432 \u0441\u0442\u0432\u043e\u0440\u0435\u043d\u0438\u0439! \u0421\u043f\u0438\u0441\u043e\u043a \u0430\u043a\u0442\u0438\u0432\u043d\u0438\u0445 \/monitorings\"\n\n  override def unableToCreateMonitoring(reason: String): String = s\"\ud83d\udc4e \u041d\u0435 \u0432\u0434\u0430\u0454\u0442\u044c\u0441\u044f \u0441\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433. \u041f\u0440\u0438\u0447\u0438\u043d\u0430: $reason.\"\n\n  override def chooseTypeOfMonitoring: String = \"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u0442\u0438\u043f \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u0443\"\n\n  override def bookByApplication: String = \"\ud83d\udc7e \u0410\u0432\u0442\u043e\u043c\u0430\u0442\u0438\u0447\u043d\u0430 \u0440\u0435\u0437\u0435\u0440\u0432\u0430\u0446\u0456\u044f\"\n\n  override def bookManually: String = \"\ud83d\udc64 \u0420\u0443\u0447\u043d\u0430 \u0440\u0435\u0437\u0435\u0440\u0432\u0430\u0446\u0456\u044f\"\n\n  override def rebookIfExists: String = \"<b>\u27a1<\/b> \u0427\u0438 \u0445\u043e\u0442\u0456\u043b\u0438 \u0431\u0438 \u0432\u0438 \u0437\u043c\u0456\u043d\u0438\u0442\u0438 \u0442\u0435\u0440\u043c\u0456\u043d \u0432 \u0440\u0430\u0437\u0456, \u044f\u043a\u0449\u043e \u0440\u0435\u0437\u0435\u0440\u0432\u0430\u0446\u0456\u044f \u0432\u0436\u0435 \u0456\u0441\u043d\u0443\u0454?\"\n\n  override def pleaseSpecifyOffset: String = \"<b>\u27a1<\/b> <NAME>, \u043d\u0430\u0434\u0456\u0448\u043b\u0456\u0442\u044c \u043c\u0435\u043d\u0456 \u0437\u043c\u0456\u0449\u0435\u043d\u043d\u044f \u0432 \u0433\u043e\u0434\u0438\u043d\u0430\u0445, \u0430\u0431\u043e \u043d\u0430\u0442\u0438\u0441\u043d\u0456\u0442\u044c \u041d\u0456\"\n\n  override def visitAlreadyExists: String = \"<b>\u27a1<\/b> \u0420\u0435\u0437\u0435\u0440\u0432\u0430\u0446\u0456\u044f \u0434\u043b\u044f \u0442\u0430\u043a\u043e\u0433\u043e \u0441\u0435\u0440\u0432\u0456\u0441\u0443 \u0432\u0436\u0435 \u0456\u0441\u043d\u0443\u0454. \u0427\u0456 \u0445\u043e\u0442\u0456\u043b\u0438 \u0431\u0438 \u0432\u0438 \u0437\u043c\u0456\u043d\u0438\u0442\u0438 \u0442\u0435\u0440\u043c\u0456\u043d?\"\n\n  override def city: String = \"\u043c\u0456\u0441\u0442\u043e\"\n\n  override def clinic: String = \"\u043a\u043b\u0456\u043d\u0456\u043a\u0430\"\n\n  override def service: String = \"\u043f\u043e\u0441\u043b\u0443\u0433\u0430\"\n\n  override def doctor: String = \"\u043b\u0456\u043a\u0430\u0440\"\n\n  override def previous: String = \"\u041f\u043e\u043f\u0435\u0440\u0435\u0434\u043d\u044f\"\n\n  override def next: String = \"\u041d\u0430\u0441\u0442\u0443\u043f\u043d\u0430\"\n\n  override def noActiveMonitorings: String = \"\u2139 \u0423 \u0432\u0430\u0441 \u043d\u0435\u043c\u0430\u0454 \u0430\u043a\u0442\u0438\u0432\u043d\u0438\u0445 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u0456\u0432. \u0421\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043d\u043e\u0432\u0438\u0439 \/book\"\n\n  override def deactivateMonitoring(monitoring: Monitoring): String =\n    s\"\"\"<b>\u27a1<\/b> \u0412\u0438 \u0432\u043f\u0435\u0432\u043d\u0435\u043d\u0456, \u0449\u043e \u0445\u043e\u0447\u0435\u0442\u0435 \u0432\u0438\u043c\u043a\u043d\u0443\u0442\u0438 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433?\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\"\"\".stripMargin\n\n  override def deactivated: String = \"\ud83d\udc4d \u0414\u0435\u0430\u043a\u0442\u0438\u0432\u043e\u0432\u0430\u043d\u043e! \u0421\u043f\u0438\u0441\u043e\u043a \u0430\u043a\u0442\u0438\u0432\u043d\u0438\u0445 \/monitorings\"\n\n  override def any: String = \"\u0411\u0443\u0434\u044c-\u044f\u043a\u0438\u0439\"\n\n  override def pressAny: String = s\"\u0430\u0431\u043e \u043d\u0430\u0442\u0438\u0441\u043d\u0456\u0442\u044c \u043a\u043d\u043e\u043f\u043a\u0443 <b>$any<\/b>\"\n\n  override def pleaseEnterStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> <NAME>, \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0447\u0430\u0441\u0442\u043a\u043e\u0432\u043e ${config.name}\n         |\u041d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434: <b>${config.partialExample}<\/b> \u044f\u043a\u0449\u043e \u0432\u0438 \u0448\u0443\u043a\u0430\u0435\u0442\u0435 <b>${config.example}\"\"\".stripMargin,\n      config.isAnyAllowed)\n\n  override def pleaseEnterStaticDataNameOrPrevious(config: StaticDataConfig): String =\n    s\"\"\"<b>\u27a1<\/b> <NAME>, \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0447\u0430\u0441\u0442\u043a\u043e\u0432\u043e ${config.name}\n       |\u041d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434: <b>${config.partialExample}<\/b> \u044f\u043a\u0449\u043e \u0432\u0438 \u0448\u0443\u043a\u0430\u0435\u0442\u0435 <b>${config.example}<\/b>\n       |\n       |\u0430\u0431\u043e \u043e\u0431\u0435\u0440\u0456\u0442\u044c ${config.name} \u0437 \u043f\u043e\u043f\u0435\u0440\u0435\u0434\u043d\u0456\u0445 \u043f\u043e\u0448\u0443\u043a\u0456\u0432\"\"\".stripMargin\n\n  override def staticDataIs(config: StaticDataConfig, label: String): String =\n    s\"<b>\u2705<\/b> ${capitalizeFirstLetter(config.name)} <b>$label<\/b>\"\n\n  override def pleaseChooseStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(s\"<b>\u27a1<\/b> <NAME>, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c ${config.name}\", config.isAnyAllowed)\n\n  override def staticNotFound(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> \u041d\u0456\u0447\u043e\u0433\u043e \u043d\u0435 \u0437\u043d\u0430\u0439\u0434\u0435\u043d\u043e \ud83d\ude14\n         |<NAME>, \u0432\u0432\u0435\u0434\u0456\u0442\u044c ${config.name} \u0437\u043d\u043e\u0432\u0443\"\"\".stripMargin, config.isAnyAllowed)\n\n  override def loginAndPasswordAreOk: String =\n    s\"\"\"\u2705 \u0421\u0443\u043f\u0435\u0440! \u041b\u043e\u0433\u0456\u043d \u0456 \u043f\u0430\u0440\u043e\u043b\u044c \u0437\u0431\u0435\u0440\u0435\u0436\u0435\u043d\u043e\n       |\u0422\u0435\u043f\u0435\u0440 \u0432\u0438 \u043c\u043e\u0436\u0435\u0442\u0435 \u0437\u043c\u0456\u043d\u0438\u0442\u0438 \u043c\u043e\u0432\u0443 \/settings\"\"\".stripMargin\n\n  override def provideUsername: String =\n    s\"\"\"\u2139 \u0412\u0438 \u043f\u043e\u0432\u0438\u043d\u043d\u0456 \u0443\u0432\u0456\u0439\u0442\u0438 \u0432 \u0441\u0438\u0441\u0442\u0435\u043c\u0443, \u0432\u0438\u043a\u043e\u0440\u0438\u0441\u0442\u043e\u0432\u0443\u044e\u0447\u0438 \u043e\u0431\u043b\u0456\u043a\u043e\u0432\u0456 \u0434\u0430\u043d\u0456 <b>Luxmed<\/b>\n       |\n       |<b>\u27a1<\/b> <NAME>, \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0456\u043c'\u044f \u043a\u043e\u0440\u0438\u0441\u0442\u0443\u0432\u0430\u0447\u0430\"\"\".stripMargin\n\n  override def providePassword: String = \"<b>\u27a1<\/b> <PASSWORD>\u0456<PASSWORD>\"\n\n  override def visitsHistoryIsEmpty: String = \"\u2139 \u041d\u0435\u043c\u0430\u0454 \u0432\u0456\u0437\u0438\u0442\u0456\u0432 \u0432 \u0432\u0430\u0448\u0456\u0439 \u0456\u0441\u0442\u043e\u0440\u0456\u0457\"\n\n  override def help: String =\n    s\"\"\"\u2139 \u0426\u0435 \u043d\u0435\u043e\u0444\u0456\u0446\u0456\u0439\u043d\u0438\u0439 \u0431\u043e\u0442 \u0434\u043b\u044f <b>\u041f\u043e\u0440\u0442\u0430\u043b\u0443 \u041f\u0430\u0446\u0456\u0454\u043d\u0442\u0430 LUX MED (v.${Lang.version})<\/b>.\n       |\u0417\u0430\u0432\u0434\u044f\u043a\u0438 \u0439\u043e\u043c\u0443 \u0432\u0438 \u043c\u043e\u0436\u0435\u0442\u0435 \u0437\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u0443\u0432\u0430\u0442\u0438 \u0432\u0456\u0437\u0438\u0442 \u0434\u043e \u043b\u0456\u043a\u0430\u0440\u044f, \u0441\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433 \u0434\u043e\u0441\u0442\u0443\u043f\u043d\u0438\u0445 \u0442\u0435\u0440\u043c\u0456\u043d\u0456\u0432, \u043f\u0435\u0440\u0435\u0433\u043b\u044f\u043d\u0443\u0442\u0438 \u0456\u0441\u0442\u043e\u0440\u0456\u044e \u0442\u0430 \u043c\u0430\u0439\u0431\u0443\u0442\u043d\u0456 \u0432\u0456\u0437\u0438\u0442\u0438.\n       |\n       |<b>\u27a1<\/b> \u041f\u0456\u0434\u0442\u0440\u0438\u043c\u0443\u0432\u0430\u043d\u0456 \u043a\u043e\u043c\u0430\u043d\u0434\u0438\n       |\/book - \u0437\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u0443\u0432\u0430\u0442\u0438 \u0432\u0456\u0437\u0438\u0442 \u0430\u0431\u043e \u0441\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\n       |\/monitorings - \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433 \u0434\u043e\u0441\u0442\u0443\u043f\u043d\u0438\u0445 \u0442\u0435\u0440\u043c\u0456\u043d\u0456\u0432\n       |\/monitorings_history - \u0456\u0441\u0442\u043e\u0440\u0456\u044f \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u0456\u0432\n       |\/reserved - \u0437\u0430\u0440\u0435\u0437\u0435\u0440\u043e\u0432\u0430\u043d\u0456 \u0432\u0456\u0437\u0438\u0442\u0438\n       |\/history - \u0456\u0441\u0442\u043e\u0440\u0456\u044f \u0432\u0456\u0437\u0438\u0442\u0456\u0432\n       |\/accounts - \u0443\u043f\u0440\u0430\u0432\u043b\u0456\u043d\u043d\u044f \u0430\u043a\u0430\u0443\u043d\u0442\u0430\u043c\u0438 Luxmed\n       |\/login - \u0437\u0430\u043b\u043e\u0433\u0456\u043d\u0438\u0442\u0438\u0441\u044f \u0437\u043d\u043e\u0432\u0443\n       |\/settings - \u043d\u0430\u043b\u0430\u0448\u0442\u0443\u0432\u0430\u043d\u043d\u044f\n       |\/help - \u0434\u043e\u043f\u043e\u043c\u043e\u0433\u0430\"\"\".stripMargin\n\n  override def dateFromIs(dateFrom: ZonedDateTime): String = s\"\ud83d\udcc5 \u041f\u043e\u0447\u0430\u0442\u043a\u043e\u0432\u0430 \u0434\u0430\u0442\u0430 ${formatDate(dateFrom, locale)}\"\n\n  override def dateToIs(dateTo: ZonedDateTime): String = s\"\ud83d\udcc5 \u041a\u0456\u043d\u0446\u0435\u0432\u0430 \u0434\u0430\u0442\u0430 ${formatDate(dateTo, locale)}\"\n\n  override def termEntry(term: AvailableVisitsTermPresentation, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |<b>\u27a1<\/b> \/book_$index\n       |\n       |\"\"\".stripMargin\n\n  override def termsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0414\u043e\u0441\u0442\u0443\u043f\u043d\u0456 \u0442\u0435\u0440\u043c\u0456\u043d\u0438\", page, pages)\n\n  override def historyEntry(visit: HistoricVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinicName}\n       |\n       |\"\"\".stripMargin\n\n  override def historyHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0417\u0430\u0432\u0435\u0440\u0448\u0435\u043d\u0456 \u0432\u0456\u0437\u0438\u0442\u0438\", page, pages)\n\n  override def upcomingVisitEntry(visit: ReservedVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def upcomingVisitsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0417\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u043e\u0432\u0430\u043d\u0456 \u0432\u0456\u0437\u0438\u0442\u0438\", page, pages)\n\n  override def bugsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0421\u0442\u0432\u043e\u0440\u0435\u043d\u0456 \u0431\u0430\u0433\u0438\", page, pages)\n\n  override def monitoringEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\u0422\u0438\u043f: ${if (monitoring.autobook) \"\u0410\u0432\u0442\u043e\u043c\u0430\u0442\u0438\u0447\u043d\u0438\u0439\" else \"\u0420\u0443\u0447\u043d\u0438\u0439\"}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringHistoryEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\u0422\u0438\u043f: ${if (monitoring.autobook) \"\u0410\u0432\u0442\u043e\u043c\u0430\u0442\u0438\u0447\u043d\u0438\u0439\" else \"\u0420\u0443\u0447\u043d\u0438\u0439\"}\n       |<b>\u27a1<\/b> \/repeat_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0410\u043a\u0442\u0438\u0432\u043d\u0456 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433\u0438\", page, pages)\n\n  override def monitoringsHistoryHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> \u0406\u0441\u0442\u043e\u0440\u0456\u044f \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433\u0456\u0432\", page, pages)\n\n  override def invalidLoginOrPassword: String =\n    \"\"\"\u2757 \u0412\u0438 \u0432\u0432\u0435\u043b\u0438 \u043d\u0435\u0432\u0456\u0440\u043d\u0438\u0439 \u043b\u043e\u0433\u0456\u043d \u0430\u0431\u043e \u043f\u0430\u0440\u043e\u043b\u044c, \u0430\u0431\u043e \u0437\u043c\u0456\u043d\u0438\u043b\u0438 \u0439\u043e\u0433\u043e \u0447\u0435\u0440\u0435\u0437 \u0441\u0430\u0439\u0442.\n      |\u0412\u0430\u0448\u0456 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u0438 \u0431\u0443\u043b\u0438 \u0432\u0438\u0434\u0430\u043b\u0435\u043d\u0456. \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \/login \u0437\u043d\u043e\u0432\u0443 \u0456 \u0441\u0442\u0432\u043e\u0440\u0456\u0442\u044c \u043d\u043e\u0432\u0456 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u0438.\n    \"\"\".stripMargin\n\n  override def availableTermEntry(term: AvailableVisitsTermPresentation, monitoring: Monitoring, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\/reserve_${monitoring.recordId}_${term.scheduleId}_${minutesSinceBeginOf2018(term.visitDate.startDateTime)}\n       |\n       |\"\"\".stripMargin\n\n  override def availableTermsHeader(size: Int): String =\n    s\"\"\"\u2705 <b>$size<\/b> \u0442\u0435\u0440\u043c\u0456\u043d\u0456\u0432 \u0431\u0443\u043b\u043e \u0437\u043d\u0430\u0439\u0434\u0435\u043d\u043e \u0437\u0430 \u0434\u043e\u043f\u043e\u043c\u043e\u0433\u043e\u044e \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433\u0443. \u041c\u0438 \u043f\u043e\u043a\u0430\u0437\u0430\u043b\u0438 \u0432\u0430\u043c \u043d\u0430\u0439\u0431\u043b\u0438\u0436\u0447\u0456 5.\n       |\n       |<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u043e\u0431\u0435\u0440\u0456\u0442\u044c \u043e\u0434\u0438\u043d \u0449\u043e\u0431 \u0437\u0430\u0440\u0435\u0437\u0435\u0440\u0432\u0443\u0432\u0430\u0442\u0438\"\"\".stripMargin\n\n  override def nothingWasFoundByMonitoring(monitoring: Monitoring): String =\n    s\"\"\"\u2757 \u041d\u0456\u0447\u043e\u0433\u043e \u043d\u0435 \u0437\u043d\u0430\u0439\u0434\u0435\u043d\u043e \u0437\u0430 \u0432\u0430\u0448\u0438\u043c \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\u043e\u043c. \u041c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433 \u0431\u0443\u0432 <b>\u0432\u0438\u043c\u043a\u043d\u0435\u043d\u0438\u0439<\/b> \u044f\u043a \u0437\u0430\u0441\u0442\u0430\u0440\u0456\u043b\u0438\u0439.\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\n       |<b>\u27a1<\/b> \u0421\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043d\u043e\u0432\u0438\u0439 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433 \/book\"\"\".stripMargin\n\n  override def appointmentIsBooked(term: AvailableVisitsTermPresentation, monitoring: Monitoring): String =\n    s\"\"\"\ud83d\udc4d \u041c\u0438 \u0437\u0435\u0440\u0435\u0437\u0435\u0432\u0443\u0432\u0430\u043b\u0438 \u0432\u0456\u0437\u0438\u0442 \u0434\u043b\u044f \u0432\u0430\u0441!\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\"\"\".stripMargin\n\n  override def maximumMonitoringsLimitExceeded: String = \"\u041c\u0430\u043a\u0441\u0438\u043c\u0430\u043b\u044c\u043d\u0430 \u043a\u0456\u043b\u044c\u043a\u0456\u0441\u0442\u044c \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433\u0456\u0432 10\"\n\n  override def termIsOutdated: String =\n    s\"\"\"\u2757\ufe0f \u0421\u0445\u043e\u0436\u0435, \u0449\u043e \u0442\u0435\u0440\u043c\u0456\u043d \u0432\u0436\u0435 \u043d\u0435 \u0454 \u0434\u043e\u0441\u0442\u0443\u043f\u043d\u0438\u043c\n       |\n       |\u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0441\u043f\u0440\u043e\u0431\u0443\u0439\u0442\u0435 \u0456\u043d\u0448\u0438\u0439 \u0430\u0431\u043e \u0441\u0442\u0432\u043e\u0440\u0456\u0442\u044c \u043d\u043e\u0432\u0438\u0439 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433 \/book\"\"\".stripMargin\n\n  override def loginHasChangedOrWrong: String =\n    \"\"\"\u2757 \u0412\u0438 \u0432\u0432\u0435\u043b\u0438 \u043d\u0435\u0432\u0456\u0440\u043d\u0438\u0439 \u0456 <b>\u043b\u043e\u0433\u0456\u043d<\/b> \u0430\u0431\u043e <b>\u043f\u0430\u0440\u043e\u043b\u044c<\/b> \u0430\u0431\u043e \u0437\u043c\u0456\u043d\u0438\u043b\u0438 \u0439\u043e\u0433\u043e \u0447\u0435\u0440\u0435\u0437 \u0441\u0430\u0439\u0442.\n      |\n      |\u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \/login \u0437\u043d\u043e\u0432\u0443 \u0456 \u0441\u0442\u0432\u043e\u0440\u0456\u0442\u044c \u043d\u043e\u0432\u0438\u0439 \u043c\u043e\u043d\u0456\u0442\u043e\u0440\u0438\u043d\u0433\/book.\n    \"\"\".stripMargin\n\n  override def settingsHeader: String = \"<b>\u27a1<\/b> \u041e\u0431\u0435\u0440\u0456\u0442\u044c \u0434\u0456\u044e\"\n\n  override def language: String = \"\ud83c\udf10 \u041c\u043e\u0432\u0430\"\n\n  override def offset: String = \"\u23f1 \u0417\u043c\u0456\u0449\u0435\u043d\u043d\u044f\"\n\n  override def chooseLanguage: String = \"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u043e\u0431\u0435\u0440\u0456\u0442\u044c \u043c\u043e\u0432\u0443\"\n\n  override def configureOffset: String = \"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0441\u043a\u043e\u043d\u0444\u0456\u0433\u0443\u0440\u0443\u0439\u0442\u0435 \u0437\u043c\u0456\u0449\u0435\u043d\u043d\u044f\"\n\n  override def pleaseEnterOffset(current: Int): String = s\"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0437\u043c\u0456\u0449\u0435\u043d\u043d\u044f \u0437\u0430 \u0437\u0430\u043c\u043e\u0432\u0447\u0443\u0432\u0430\u043d\u043d\u044f\u043c. \u041f\u043e\u0442\u043e\u0447\u043d\u0435: <b>$current<\/b>\"\n\n  override def alwaysAskOffset(enabled: Boolean): String = s\"${if (enabled) \"\u2705 \" else \"\"}\u0417\u0430\u0432\u0436\u0434\u0438 \u043f\u0438\u0442\u0430\u0442\u0438 \u0437\u043c\u0456\u0449\u0435\u043d\u043d\u044f\"\n\n  override def changeDefaultOffset(current: Int): String = s\"\u0417\u043c\u0456\u043d\u0438\u0442\u0438 \u0434\u0435\u0444\u043e\u043b\u0442\u043d\u0435 \u0437\u043c\u0456\u0449\u0435\u043d\u043d\u044f ($current)\"\n\n  override def languageUpdated: String = \"\ud83d\udc4d \u041c\u043e\u0432\u0443 \u0443\u0441\u043f\u0456\u0448\u043d\u043e \u0437\u043c\u0456\u043d\u0435\u043d\u043e!\"\n\n  override def appointmentWasNotCancelled: String = \"\ud83d\udc4d \u0412\u0456\u0437\u0438\u0442 \u043d\u0435 \u0431\u0443\u043b\u043e \u0441\u043a\u0430\u0441\u043e\u0432\u0430\u043d\u043e\"\n\n  override def monitoringWasNotDeactivated: String = \"\ud83d\udc4d \u041c\u043e\u043d\u0456\u0442\u043e\u0440\u0456\u043d\u0433 \u043d\u0435 \u0431\u0443\u043b\u043e \u0434\u0435\u0430\u043a\u0442\u0438\u0432\u043e\u0432\u0430\u043d\u043e\"\n\n  override def bugAction: String = \"<b>\u27a1<\/b> \u041e\u0431\u0435\u0440\u0456\u0442\u044c \u0434\u0456\u044e\"\n\n  override def createNewBug: String = \"\ud83d\udc1e \u0421\u0442\u0432\u043e\u0440\u0438\u0442\u0438 \u043d\u043e\u0432\u0438\u0439\"\n\n  override def showSubmittedBugs: String = \"\ud83d\udc40 \u041f\u043e\u043a\u0430\u0437\u0430\u0442\u0438 \u0441\u0442\u0432\u043e\u0440\u0435\u043d\u0456\"\n\n  override def enterIssueDetails: String = \"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0434\u0435\u0442\u0430\u043b\u0456 \u043f\u0440\u043e\u0431\u043b\u0435\u043c\u0438\"\n\n  override def noSubmittedIssuesFound: String = \"\u2139 \u0421\u0442\u0432\u043e\u0440\u0435\u043d\u0438\u0445 \u0432\u0430\u043c\u0438 \u0431\u0430\u0433\u0456\u0432 \u043d\u0435 \u0437\u043d\u0430\u0439\u0434\u0435\u043d\u043e\"\n\n  override def bugHasBeenCreated(bugId: Long): String = s\"\u2705 \u0414\u044f\u043a\u0443\u0454\u043c\u043e \u0437\u0430 \u0432\u0456\u0434\u043f\u0440\u0430\u0432\u043b\u0435\u043d\u0438\u0439 \u0431\u0430\u0433 <b>#$bugId<\/b>!\"\n\n  override def deleteAccount: String = \"\u2796 \u0412\u0438\u0434\u0430\u043b\u0438\u0442\u0438 \u0430\u043a\u0430\u0443\u043d\u0442\"\n\n  override def addAccount: String = \"\u2795 \u0414\u043e\u0434\u0430\u0442\u0438 \u0430\u043a\u0430\u0443\u043d\u0442\"\n\n  override def accountSwitched(username: String): String =\n    s\"\u2705 \u0410\u043a\u043a\u0430\u0443\u043d\u0442 \u0431\u0443\u043b\u043e \u043f\u0435\u0440\u0435\u043a\u043b\u044e\u0447\u0435\u043d\u043e \u043d\u0430 <b>$username<\/b>\"\n\n  override def pleaseChooseAccount(currentAccountName: String): String =\n    s\"\"\"\u041f\u043e\u0442\u043e\u0447\u043d\u0438\u0439 \u0430\u043a\u0430\u0443\u043d\u0442 <b>$currentAccountName<\/b>\n       |\n       |<b>\u27a1<\/b> <NAME>, \u043e\u0431\u0435\u0440\u0456\u0442\u044c <b>\u0434\u0456\u044e<\/b> \u0430\u0431\u043e \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c <b>\u0430\u043a\u0430\u0443\u043d\u0442<\/b>\"\"\".stripMargin\n\n  override def moreParameters: String = \"\ud83d\udee0 \u0411\u0456\u043b\u044c\u0448\u0435 \u043d\u0430\u043b\u0430\u0448\u0442\u0443\u0432\u0430\u043d\u044c\"\n\n  override def chooseTimeFrom(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> <NAME>, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u043f\u043e\u0447\u0430\u0442\u043a\u043e\u0432\u0438\u0439 \u0447\u0430\u0441 \u0430\u0431\u043e \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0447\u0430\u0441, \u0432\u0438\u043a\u043e\u0440\u0438\u0441\u0442\u043e\u0432\u0443\u044e\u0447\u0438 \u0444\u043e\u0440\u043c\u0430\u0442 HH:mm, \u043d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434 ${formatTime(exampleTime)}\"\n\n  override def chooseTimeTo(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> \u0411\u0443\u0434\u044c \u043b\u0430\u0441\u043a\u0430, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u043a\u0456\u043d\u0446\u0435\u0432\u0438\u0439 \u0447\u0430\u0441 \u0430\u0431\u043e \u0432\u0432\u0435\u0434\u0456\u0442\u044c \u0447\u0430\u0441, \u0432\u0438\u043a\u043e\u0440\u0438\u0441\u0442\u043e\u0432\u0443\u044e\u0447\u0438 \u0444\u043e\u0440\u043c\u0430\u0442 HH:mm, \u043d\u0430\u043f\u0440\u0438\u043a\u043b\u0430\u0434 ${formatTime(exampleTime)}\"\n\n  override def timeFromIs(timeFrom: LocalTime): String = s\"\u23f1 \u041f\u043e\u0447\u0430\u0442\u043a\u043e\u0432\u0438\u0439 \u0447\u0430\u0441  ${formatTime(timeFrom)}\"\n\n  override def timeToIs(timeTo: LocalTime): String = s\"\u23f1 \u041a\u0456\u043d\u0446\u0435\u0432\u0438\u0439 \u0447\u0430\u0441 ${formatTime(timeTo)}\"\n\n  override def canNotDetectPayer(error: String): String = s\"\u041d\u0435 \u043c\u043e\u0436\u0443 \u0432\u0438\u0437\u043d\u0430\u0447\u0438\u0442\u0438 \u043f\u043b\u0430\u0442\u043d\u0438\u043a\u0430. \u041f\u0440\u0438\u0447\u0438\u043d\u0430: $error\"\n\n  override def pleaseChoosePayer: String = \"<b>\u27a1<\/b> \u041d\u0435 \u043c\u043e\u0436\u0443 \u0432\u0438\u0437\u043d\u0430\u0447\u0438\u0442\u0438 \u043f\u043b\u0430\u0442\u043d\u0438\u043a\u0430 \u0437\u0430 \u0437\u0430\u043c\u043e\u0432\u0447\u0443\u0432\u0430\u043d\u043d\u044f\u043c. <NAME>, \u0432\u0438\u0431\u0435\u0440\u0456\u0442\u044c \u043f\u043b\u0430\u0442\u043d\u0438\u043a\u0430\"\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/exception\/ApiException.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.api.exception\n\nabstract class ApiException(message: String) extends Exception(s\"Luxmed API exception: $message\")"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/Localizable.scala","text":"\npackage com.lbs.server.lang\n\nimport com.lbs.server.conversation.Login.UserId\n\ntrait Localizable {\n  protected def userId: UserId\n\n  protected def localization: Localization\n\n  protected def lang: Lang = Option(userId).map(uId => localization.lang(uId.userId)).getOrElse(En)\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ReservationFilterResponse.scala","text":"<reponame>mkmozgawa\/luxmed-bot<gh_stars>10-100\n\npackage com.lbs.api.json.model\n\n\/**\n{\n    \"Cities\": [\n        {\n            \"Id\": 5,\n            \"Name\": \"Wroc\u0142aw\"\n        }\n    ],\n    \"Clinics\": [\n        {\n            \"Id\": 1405,\n            \"Name\": \"<NAME> - Legnicka 40\"\n        },\n        {\n            \"Id\": 7,\n            \"Name\": \"<NAME> - Kwidzy\u0144ska 6\"\n        }\n    ],\n    \"DefaultPayer\": {\n        \"Id\": 22222,\n        \"Name\": \"FIRMA POLAND SP. Z O.O.\"\n    },\n    \"Doctors\": [\n        {\n            \"Id\": 38275,\n            \"Name\": \"<NAME> lek. med.\"\n        },\n        {\n            \"Id\": 15565,\n            \"Name\": \"<NAME> dr n. med.\"\n        }\n    ],\n    \"Languages\": [\n        {\n            \"Id\": 11,\n            \"Name\": \"english\"\n        },\n        {\n            \"Id\": 10,\n            \"Name\": \"polish\"\n        }\n    ],\n    \"Payers\": [\n        {\n            \"Id\": 22222,\n            \"Name\": \"FIRMA POLAND SP. Z O.O.\"\n        }\n    ],\n    \"Services\": [\n        {\n            \"Id\": 5857,\n            \"Name\": \"Audiometr standardowy\"\n        },\n        {\n            \"Id\": 7976,\n            \"Name\": \"Audiometr standardowy - audiometria nadprogowa\"\n        }\n    ]\n}\n  *\/\ncase class ReservationFilterResponse(cities: List[IdName], clinics: List[IdName], defaultPayer: Option[IdName],\n                                     doctors: List[IdName], languages: List[IdName], payers: List[IdName],\n                                     services: List[IdName]) extends SerializableJsonObject\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/LuxmedApi.scala","text":"\npackage com.lbs.api\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport cats.implicits.toFunctorOps\nimport com.lbs.api.ApiResponseMutators._\nimport com.lbs.api.http._\nimport com.lbs.api.http.headers._\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport com.lbs.api.json.model.{AvailableTermsResponse, ReservationFilterResponse, ReservedVisitsResponse, VisitsHistoryResponse, _}\nimport scalaj.http.{HttpRequest, HttpResponse}\n\nimport scala.language.higherKinds\n\nclass LuxmedApi[F[_] : ThrowableMonad] extends ApiBase {\n\n  private val dateFormat = DateTimeFormatter.ofPattern(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z'\")\n\n  def login(username: String, password: String, clientId: String = \"iPhone\"): F[LoginResponse] = {\n    val request = http(\"token\").\n      header(`Content-Type`, \"application\/x-www-form-urlencoded\").\n      header(`x-api-client-identifier`, clientId).\n      param(\"client_id\", clientId).\n      param(\"grant_type\", \"password\").\n      param(\"password\", password).\n      param(\"username\", username)\n    post[LoginResponse](request)\n  }\n\n  def refreshToken(refreshToken: String, clientId: String = \"iPhone\"): F[LoginResponse] = {\n    val request = http(\"token\").\n      header(`Content-Type`, \"application\/x-www-form-urlencoded\").\n      header(`x-api-client-identifier`, clientId).\n      param(\"client_id\", clientId).\n      param(\"grant_type\", \"refresh_token\").\n      param(\"refresh_token\", refreshToken)\n    post[LoginResponse](request)\n  }\n\n  def reservedVisits(accessToken: String, tokenType: String, fromDate: ZonedDateTime = ZonedDateTime.now(),\n                     toDate: ZonedDateTime = ZonedDateTime.now().plusMonths(3)): F[ReservedVisitsResponse] = {\n    val request = http(\"visits\/reserved\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\").\n      param(\"fromDate\", dateFormat.format(fromDate)).\n      param(\"toDate\", dateFormat.format(toDate))\n    get[ReservedVisitsResponse](request).mutate\n  }\n\n  def visitsHistory(accessToken: String, tokenType: String, fromDate: ZonedDateTime = ZonedDateTime.now().minusYears(1),\n                    toDate: ZonedDateTime = ZonedDateTime.now(), page: Int = 1, pageSize: Int = 100): F[VisitsHistoryResponse] = {\n    val request = http(\"visits\/history\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\").\n      param(\"fromDate\", dateFormat.format(fromDate)).\n      param(\"toDate\", dateFormat.format(toDate)).\n      param(\"page\", page.toString).\n      param(\"pageSize\", pageSize.toString)\n    get[VisitsHistoryResponse](request).mutate\n  }\n\n  def reservationFilter(accessToken: String, tokenType: String, fromDate: ZonedDateTime = ZonedDateTime.now(),\n                        toDate: Option[ZonedDateTime] = None, cityId: Option[Long] = None, clinicId: Option[Long] = None,\n                        serviceId: Option[Long] = None): F[ReservationFilterResponse] = {\n    val request = http(\"visits\/available-terms\/reservation-filter\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\").\n      param(\"cityId\", cityId.map(_.toString)).\n      param(\"clinicId\", clinicId.map(_.toString)).\n      param(\"fromDate\", dateFormat.format(fromDate)).\n      param(\"toDate\", toDate.map(dateFormat.format)).\n      param(\"serviceId\", serviceId.map(_.toString))\n    get[ReservationFilterResponse](request).mutate\n  }\n\n  def availableTerms(accessToken: String, tokenType: String, payerId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long, doctorId: Option[Long],\n                     fromDate: ZonedDateTime = ZonedDateTime.now(), toDate: Option[ZonedDateTime] = None, timeOfDay: Int = 0,\n                     languageId: Long = 10, findFirstFreeTerm: Boolean = false): F[AvailableTermsResponse] = {\n    val request = http(\"visits\/available-terms\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\").\n      param(\"cityId\", cityId.toString).\n      param(\"doctorId\", doctorId.map(_.toString)).\n      param(\"findFirstFreeTerm\", findFirstFreeTerm.toString).\n      param(\"fromDate\", dateFormat.format(fromDate)).\n      param(\"languageId\", languageId.toString).\n      param(\"payerId\", payerId.toString).\n      param(\"clinicId\", clinicId.map(_.toString)).\n      param(\"serviceId\", serviceId.toString).\n      param(\"timeOfDay\", timeOfDay.toString).\n      param(\"toDate\", dateFormat.format(toDate.getOrElse(fromDate.plusMonths(3))))\n    get[AvailableTermsResponse](request).mutate\n  }\n\n  def temporaryReservation(accessToken: String, tokenType: String, temporaryReservationRequest: TemporaryReservationRequest): F[TemporaryReservationResponse] = {\n    val request = http(\"visits\/temporary-reservation\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    post[TemporaryReservationResponse](request, bodyOpt = Some(temporaryReservationRequest))\n  }\n\n  def deleteTemporaryReservation(accessToken: String, tokenType: String, temporaryReservationId: Long): F[HttpResponse[String]] = {\n    val request = http(s\"visits\/temporary-reservation\/$temporaryReservationId\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    delete(request)\n  }\n\n  def valuations(accessToken: String, tokenType: String, valuationsRequest: ValuationsRequest): F[ValuationsResponse] = {\n    val request = http(\"visits\/available-terms\/valuations\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    post[ValuationsResponse](request, bodyOpt = Some(valuationsRequest))\n  }\n\n  def reservation(accessToken: String, tokenType: String, reservationRequest: ReservationRequest): F[ReservationResponse] = {\n    val request = http(\"visits\/reserved\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    post[ReservationResponse](request, bodyOpt = Some(reservationRequest))\n  }\n\n  def deleteReservation(accessToken: String, tokenType: String, reservationId: Long): F[HttpResponse[String]] = {\n    val request = http(s\"visits\/reserved\/$reservationId\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    delete(request)\n  }\n\n  \/\/204 means OK?\n  def canTermBeChanged(accessToken: String, tokenType: String, reservationId: Long): F[HttpResponse[String]] = {\n    val request = http(s\"visits\/reserved\/$reservationId\/can-term-be-changed\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    request.invoke\n  }\n\n  def detailToChangeTerm(accessToken: String, tokenType: String, reservationId: Long): F[ChangeTermDetailsResponse] = {\n    val request = http(s\"visits\/reserved\/$reservationId\/details-to-change-term\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    get[ChangeTermDetailsResponse](request)\n  }\n\n  def temporaryReservationToChangeTerm(accessToken: String, tokenType: String, reservationId: Long, temporaryReservationRequest: TemporaryReservationRequest): F[TemporaryReservationResponse] = {\n    val request = http(s\"visits\/reserved\/$reservationId\/temporary-reservation-to-change-term\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    post[TemporaryReservationResponse](request, bodyOpt = Some(temporaryReservationRequest))\n  }\n\n  def valuationToChangeTerm(accessToken: String, tokenType: String, reservationId: Long, valuationsRequest: ValuationsRequest): F[ValuationsResponse] = {\n    val request = http(s\"visits\/reserved\/$reservationId\/valuations-to-change-term\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    post[ValuationsResponse](request, bodyOpt = Some(valuationsRequest))\n  }\n\n  def changeTerm(accessToken: String, tokenType: String, reservationId: Long, reservationRequest: ReservationRequest): F[ChangeTermResponse] = {\n    val request = http(s\"visits\/reserved\/$reservationId\/term\").\n      header(`Content-Type`, \"application\/json\").\n      header(Authorization, s\"$tokenType $accessToken\")\n    put[ChangeTermResponse](request, bodyOpt = Some(reservationRequest))\n  }\n\n  private def get[T <: SerializableJsonObject](request: HttpRequest)(implicit mf: scala.reflect.Manifest[T]): F[T] = {\n    request.invoke.map(_.body.as[T])\n  }\n\n  private def post[T <: SerializableJsonObject](request: HttpRequest, bodyOpt: Option[SerializableJsonObject] = None)(implicit mf: scala.reflect.Manifest[T]): F[T] = {\n    val postRequest = bodyOpt match {\n      case Some(body) => request.postData(body.asJson)\n      case None => request.postForm\n    }\n    postRequest.invoke.map(_.body.as[T])\n  }\n\n  private def put[T <: SerializableJsonObject](request: HttpRequest, bodyOpt: Option[SerializableJsonObject] = None)(implicit mf: scala.reflect.Manifest[T]): F[T] = {\n    val putRequest = bodyOpt match {\n      case Some(body) => request.put(body.asJson)\n      case None => request.method(\"PUT\")\n    }\n    putRequest.invoke.map(_.body.as[T])\n  }\n\n  private def delete(request: HttpRequest): F[HttpResponse[String]] = {\n    request.postForm.method(\"DELETE\").invoke\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Settings.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.repository.model\n\nimport javax.persistence.{Access, AccessType, Column, Entity}\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass Settings extends RecordId {\n  @BeanProperty\n  @Column(name = \"user_id\", unique = true, nullable = false)\n  var userId: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var lang: Int = 0 \/\/En by default\n\n  @BeanProperty\n  @Column(nullable = false)\n  var defaultOffset: Int = 0\n\n  @BeanProperty\n  @Column(nullable = false)\n  var alwaysAskOffset: Boolean = false\n}\n\nobject Settings {\n  def apply(userId: Long, lang: Int, defaultOffset: Int, alwaysAskOffset: Boolean): Settings = {\n    val settings = new Settings\n    settings.userId = userId\n    settings.lang = lang\n    settings.defaultOffset = defaultOffset\n    settings.alwaysAskOffset = alwaysAskOffset\n    settings\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/http\/ExtendedHttpRequestSpec.scala","text":"package com.lbs.api.http\n\nimport cats.instances.either._\nimport com.lbs.api.exception.GenericException\nimport org.mockito.Mockito._\nimport org.scalatest.mockito.MockitoSugar\nimport org.scalatest.{BeforeAndAfterEach, FunSuiteLike, Matchers}\nimport scalaj.http.{HttpRequest, HttpResponse}\n\nclass ExtendedHttpRequestSpec extends FunSuiteLike with Matchers with MockitoSugar with BeforeAndAfterEach {\n\n  private val request = mock[HttpRequest]\n  private type ThrowableOr[T] = Either[Throwable, T]\n\n  override protected def beforeEach(): Unit = {\n    reset(request)\n    when(request.params).thenReturn(Seq())\n  }\n\n  test(\"ok response\") {\n    val okResponse = HttpResponse(\"ok\", 200, Map())\n    when(request.asString).thenReturn(okResponse)\n\n    assert(invoke(request) == Right(okResponse))\n  }\n\n  test(\"error response\") {\n    val errorResponse = HttpResponse(\"\"\"{\"Errors\":{\"ToDate.Date\":[\"'To Date. Date' must be greater than or equal to '06\/04\/2018 00:00:00'.\"]}}\"\"\", 200, Map())\n    when(request.asString).thenReturn(errorResponse)\n    val result = invoke(request)\n\n    assert(result == Left(GenericException(200, \"'To Date. Date' must be greater than or equal to '06\/04\/2018 00:00:00'.\")))\n  }\n\n  private def invoke(request: HttpRequest) = {\n    ExtendedHttpRequest[ThrowableOr](request).invoke\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/CityHistory.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.repository.model\n\nimport java.time.ZonedDateTime\n\nimport javax.persistence.{Access, AccessType, Column, Entity}\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass CityHistory extends History with RecordId {\n  @BeanProperty\n  @Column(nullable = false)\n  var id: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var name: String = _\n\n  @BeanProperty\n  @Column(name = \"account_id\", nullable = false)\n  var accountId: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var time: ZonedDateTime = _\n}\n\nobject CityHistory {\n  def apply(accountId: Long, id: Long, name: String, time: ZonedDateTime): CityHistory = {\n    val city = new CityHistory\n    city.accountId = accountId\n    city.id = id\n    city.name = name\n    city.time = time\n    city\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/AvailbaleTermsResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\/**\n  *\n{\n    \"AvailableVisitsTermPresentation\": [\n        {\n            \"Clinic\": {\n                \"Id\": 6,\n                \"Name\": \"<NAME> - Szewska 3A\"\n            },\n            \"Doctor\": {\n                \"Id\": 38275,\n                \"Name\": \"<NAME>. <NAME>\"\n            },\n            \"Impediment\": {\n                \"ImpedimentText\": \"\",\n                \"IsImpediment\": false\n            },\n            \"IsFree\": false,\n            \"PayerDetailsList\": [\n                {\n                    \"BrandId\": 2,\n                    \"ContractId\": 1111111,\n                    \"PayerId\": 22222,\n                    \"PayerName\": \"FIRMA POLAND SP. Z O.O.\",\n                    \"ProductElementId\": 3333333,\n                    \"ProductId\": 44444,\n                    \"ProductInContractId\": 555555,\n                    \"ServaAppId\": 0,\n                    \"ServaId\": 6666\n                },\n                {\n                    \"BrandId\": 2,\n                    \"ContractId\": 1111111,\n                    \"PayerId\": 22222,\n                    \"PayerName\": \"FIRMA POLAND SP. Z O.O.\",\n                    \"ProductElementId\": 8547135,\n                    \"ProductId\": 44444,\n                    \"ProductInContractId\": 555555,\n                    \"ServaAppId\": 1,\n                    \"ServaId\": 6666\n                }\n            ],\n            \"ReferralRequiredByProduct\": false,\n            \"ReferralRequiredByService\": false,\n            \"RoomId\": 543,\n            \"ScheduleId\": 3331908,\n            \"ServiceId\": 6666,\n            \"VisitDate\": {\n                \"FormattedDate\": \"26th April, Thu. at 12:40 pm\",\n                \"StartDateTime\": \"2018-02-23T11:30:00+02:00\"\n            }\n        }\n    ]\n}\n\n  *\/\ncase class AvailableTermsResponse(availableVisitsTermPresentation: List[AvailableVisitsTermPresentation]) extends SerializableJsonObject\n\ncase class AvailableVisitsTermPresentation(clinic: IdName, doctor: IdName, payerDetailsList: List[PayerDetails],\n                                           referralRequiredByProduct: Boolean, referralRequiredByService: Boolean,\n                                           roomId: Long, scheduleId: Long, serviceId: Long, visitDate: VisitDate) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/TemporaryReservationRequestSpec.scala","text":"\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\nimport java.time.format.DateTimeFormatter\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass TemporaryReservationRequestSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"serialization\") {\n    val json =\n      \"\"\"\n        |{\n        |    \"ClinicId\": 6,\n        |    \"DoctorId\": 38275,\n        |    \"PayerDetailsList\": [\n        |        {\n        |            \"BrandId\": 2,\n        |            \"ContractId\": 1111111,\n        |            \"PayerId\": 22222,\n        |            \"PayerName\": \"FIRMA\",\n        |            \"ProductElementId\": 3333333,\n        |            \"ProductId\": 44444,\n        |            \"ProductInContractId\": 555555,\n        |            \"ServaAppId\": 0,\n        |            \"ServaId\": 6666\n        |        }\n        |    ],\n        |    \"ReferralRequiredByService\": false,\n        |    \"RoomId\": 543,\n        |    \"ServiceId\": 6666,\n        |    \"StartDateTime\": \"2018-02-23T11:30:00+02:00\"\n        |}\n      \"\"\".stripMargin\n\n    val request = TemporaryReservationRequest(clinicId = 6L, doctorId = 38275L, payerDetailsList = List(\n      PayerDetails(brandId = Some(2L), contractId = 1111111L, payerId = 22222L, payerName = \"FIRMA\",\n        productElementId = Some(3333333L), productId = 44444L, productInContractId = 555555L, servaAppId = 0L, servaId = 6666L)\n    ), referralRequiredByService = false, roomId = 543L, serviceId = 6666L,\n      startDateTime = ZonedDateTime.parse(\"2018-02-23T11:30:00+02:00\", DateTimeFormatter.ISO_OFFSET_DATE_TIME))\n\n    val requestJson = request.asJson\n    val requestActual = requestJson.as[TemporaryReservationRequest]\n    val requestExpected = json.as[TemporaryReservationRequest]\n\n    requestActual should be(requestExpected)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/ReservationFilterResponseSpec.scala","text":"\npackage com.lbs.api.json.model\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass ReservationFilterResponseSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\n        |    \"Cities\": [\n        |        {\n        |            \"Id\": 5,\n        |            \"Name\": \"Wroc\u0142aw\"\n        |        }\n        |    ],\n        |    \"Clinics\": [\n        |        {\n        |            \"Id\": 1405,\n        |            \"Name\": \"<NAME>\"\n        |        },\n        |        {\n        |            \"Id\": 7,\n        |            \"Name\": \"<NAME>\"\n        |        }\n        |    ],\n        |    \"DefaultPayer\": {\n        |        \"Id\": 22222,\n        |        \"Name\": \"FIRMA\"\n        |    },\n        |    \"Doctors\": [\n        |        {\n        |            \"Id\": 38275,\n        |            \"Name\": \"<NAME>\"\n        |        },\n        |        {\n        |            \"Id\": 15565,\n        |            \"Name\": \"<NAME>\"\n        |        }\n        |    ],\n        |    \"Languages\": [\n        |        {\n        |            \"Id\": 11,\n        |            \"Name\": \"english\"\n        |        },\n        |        {\n        |            \"Id\": 10,\n        |            \"Name\": \"polish\"\n        |        }\n        |    ],\n        |    \"Payers\": [\n        |        {\n        |            \"Id\": 22222,\n        |            \"Name\": \"FIRMA\"\n        |        }\n        |    ],\n        |    \"Services\": [\n        |        {\n        |            \"Id\": 5857,\n        |            \"Name\": \"Audiometr standardowy\"\n        |        },\n        |        {\n        |            \"Id\": 7976,\n        |            \"Name\": \"Audiometr standardowy - audiometria nadprogowa\"\n        |        }\n        |    ]\n        |}\n      \"\"\".stripMargin\n\n    val response = json.as[ReservationFilterResponse]\n\n    testSimpleEntities(response.cities, 1, 5L, \"Wroc\u0142aw\")\n    testSimpleEntities(response.clinics, 2, 1405L, \"Legnicka 40\")\n    response.defaultPayer should be(_: Some[IdName])\n    testSimpleEntity(response.defaultPayer.get, 22222L, \"FIRMA\")\n    testSimpleEntities(response.doctors, 2, 38275L, \"ANNA ABRAMCZYK\")\n    testSimpleEntities(response.languages, 2, 11L, \"english\")\n    testSimpleEntities(response.payers, 1, 22222L, \"FIRMA\")\n    testSimpleEntities(response.services, 2, 5857L, \"Audiometr standardowy\")\n  }\n\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/ApiBase.scala","text":"\npackage com.lbs.api\n\nimport com.lbs.api.http.headers._\nimport scalaj.http.{BaseHttp, HttpRequest}\n\nobject ApiHttp extends BaseHttp(\n  userAgent = \"PatientPortal\/4.20.5 (pl.luxmed.pp.LUX-MED; build:853; iOS 13.5.1) Alamofire\/4.9.1\"\n)\n\ntrait ApiBase {\n  private val CommonHeaders =\n    Map(\n      Host -> \"portalpacjenta.luxmed.pl\",\n      `Custom-User-Agent` -> \"PatientPortal; 4.20.5; 4380E6AC-D291-4895-8B1B-F774C318BD7D; iOS; 14.5.1; iPhone8,1\",\n      Accept -> \"*\/*\",\n      Connection -> \"keep-alive\",\n      `Accept-Encoding` -> \"gzip;q=1.0, compress;q=0.5\",\n      `Accept-Language` -> \"en;q=1.0, en-PL;q=0.9, pl-PL;q=0.8, ru-PL;q=0.7, uk-PL;q=0.6\"\n    )\n\n\n  protected def http(url: String): HttpRequest = {\n    ApiHttp(s\"https:\/\/portalpacjenta.luxmed.pl\/PatientPortalMobileAPI\/api\/$url\").headers(CommonHeaders)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Credentials.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Credentials.scala\n\npackage com.lbs.server.repository.model\n\nimport javax.persistence._\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass Credentials extends RecordId {\n  @BeanProperty\n  @Column(name = \"user_id\", nullable = false)\n  var userId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"account_id\", nullable = false)\n  var accountId: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var username: String = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var password: String = _\n}\n\nobject Credentials {\n  def apply(userId: JLong, accountId: JLong, username: String, password: String): Credentials = {\n    val credentials = new Credentials\n    credentials.userId = userId\n    credentials.accountId = accountId\n    credentials.username = username\n    credentials.password = password\n    credentials\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/LoginResponseSpec.scala","text":"<filename>api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/LoginResponseSpec.scala\n\npackage com.lbs.api.json.model\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass LoginResponseSpec extends FunSuiteLike with Matchers {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\n        |    \"access_token\": \"<KEY>\",\n        |    \"expires_in\": 599,\n        |    \"refresh_token\": \"<PASSWORD>cd0b-<PASSWORD>\",\n        |    \"token_type\": \"bearer\"\n        |}\n      \"\"\".stripMargin\n\n    val response = json.as[LoginResponse]\n\n    response.accessToken should be(\"<KEY>\")\n    response.expiresIn should be(599)\n    response.refreshToken should be(\"<PASSWORD>\")\n    response.tokenType should be(\"bearer\")\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/ApiResponseMutatorsSpec.scala","text":"package com.lbs.api\n\nimport com.lbs.api.json.model.{AvailableTermsResponse, AvailableVisitsTermPresentation, HistoricVisit, IdName, ReservationFilterResponse, ReservedVisit, ReservedVisitsResponse, VisitsHistoryResponse}\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass ApiResponseMutatorsSpec extends FunSuiteLike with Matchers {\n  test(\"ReservationFilterResponseMutator\") {\n    val mutated =\n      ApiResponseMutators.ReservationFilterResponseMutator.mutate(\n        ReservationFilterResponse(\n          cities = Nil,\n          clinics = Nil,\n          defaultPayer = None,\n          doctors = List(IdName(1, \"AGNIESZKA dr n. med.\")),\n          languages = Nil,\n          payers = Nil,\n          services = Nil\n        )\n      )\n\n    assert(mutated.doctors === List(IdName(1, \"AGNIESZKA\")))\n  }\n\n  test(\"ReservedVisitsResponseMutator\") {\n    val mutated =\n      ApiResponseMutators.ReservedVisitsResponseMutator.mutate(\n        ReservedVisitsResponse(\n          List(\n            ReservedVisit(\n              canBeCanceled = false,\n              clinic = null,\n              doctorName = \"<NAME>.\",\n              reservationId = 1L,\n              service = null,\n              visitDate = null\n            )\n          )\n        )\n      )\n\n    assert(mutated.reservedVisits.head.doctorName === \"AGNIESZKA\")\n  }\n\n  test(\"VisitsHistoryResponseMutator\") {\n    val mutated =\n      ApiResponseMutators.VisitsHistoryResponseMutator.mutate(\n        VisitsHistoryResponse(\n          areMoreVisits = false,\n          historicVisits = List(\n            HistoricVisit(\n              clinicName = null,\n              doctorName = \"<NAME>.\",\n              reservationId = 1L,\n              service = null,\n              visitDate = null\n            )\n          )\n        )\n      )\n\n    assert(mutated.historicVisits.head.doctorName === \"AGNIESZKA\")\n  }\n\n  test(\"AvailableTermsResponseMutator\") {\n    val mutated =\n      ApiResponseMutators.AvailableTermsResponseMutator.mutate(\n        AvailableTermsResponse(\n          availableVisitsTermPresentation = List(\n            AvailableVisitsTermPresentation(\n              clinic = null,\n              doctor = IdName(1, \"AGNIESZKA dr n. med.\"),\n              payerDetailsList = Nil,\n              referralRequiredByProduct = false,\n              referralRequiredByService = false,\n              roomId = 1L,\n              scheduleId = 1L,\n              serviceId = 1L,\n              visitDate = null\n            )\n          )\n        )\n      )\n\n    assert(mutated.availableVisitsTermPresentation.head.doctor === IdName(1, \"AGNIESZKA\"))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Pager.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.common.Logger\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.{Tags, _}\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.util.MessageExtractors\n\nclass Pager[Data](val userId: UserId, bot: Bot, makeMessage: (Data, Int, Int) => String,\n                  makeHeader: (Int, Int) => String, selectionPrefix: Option[String],\n                  val localization: Localization, originator: Interactional)(val actorSystem: ActorSystem)\n  extends Conversation[(ItemsProvider[Data], Option[String])] with Localizable with Logger {\n\n  private val Selection = s\"\/${selectionPrefix.getOrElse(\"\")}_(\\\\d+)\".r\n\n  entryPoint(awaitForData)\n\n  private def awaitForData: Step =\n    monologue {\n      case Msg(Left(error: Throwable), _) =>\n        bot.sendMessage(userId.source, error.getMessage)\n        end()\n      case Msg(Right(itemsProvider: ItemsProvider[Data]), _) if itemsProvider.isEmpty =>\n        originator ! NoItemsFound\n        end()\n      case Msg(Right(itemsProvider: ItemsProvider[Data]), _) =>\n        goto(displayPage) using itemsProvider -> None\n    }\n\n  private def displayPage: Step =\n    ask { case (itemsProvider, massageIdMaybe) =>\n      sendPage(itemsProvider, massageIdMaybe)\n    } onReply {\n      case Msg(Command(_, msg, Some(Tags.Next)), (itemsProvider, _)) =>\n        itemsProvider.next()\n        goto(displayPage) using itemsProvider -> Some(msg.messageId)\n      case Msg(Command(_, msg, Some(Tags.Previous)), (itemsProvider, _)) =>\n        itemsProvider.previous()\n        goto(displayPage) using itemsProvider -> Some(msg.messageId)\n      case Msg(MessageExtractors.TextCommand(Selection(indexStr)), (itemsProvider, _)) if selectionPrefix.nonEmpty =>\n        val index = indexStr.toInt\n        originator ! itemsProvider.items(index)\n        end()\n    }\n\n  private def sendPage(itemsProvider: ItemsProvider[Data], messageId: Option[String] = None): Unit = {\n    val message = makeHeader(itemsProvider.currentPage, itemsProvider.pages) + \"\\n\\n\" + itemsProvider.items.zipWithIndex.map { case (d, index) => makeMessage(d, itemsProvider.currentPage, index) }.mkString\n\n    val previousButton = if (itemsProvider.currentPage > 0) Some(Button(lang.previous, Tags.Previous)) else None\n    val nextButton = if (itemsProvider.currentPage >= 0 && itemsProvider.currentPage < itemsProvider.pages - 1) Some(Button(lang.next, Tags.Next)) else None\n    val buttons = previousButton.toSeq ++ nextButton.toSeq\n\n    messageId match {\n      case Some(id) =>\n        bot.sendEditMessage(userId.source, id, message, inlineKeyboard = createInlineKeyboard(buttons))\n      case None =>\n        bot.sendMessage(userId.source, message, inlineKeyboard = createInlineKeyboard(buttons))\n    }\n  }\n}\n\nobject Pager {\n  val PageSize = 5\n\n  trait ItemsProvider[Data] {\n    def pages: Int\n\n    def next(): Unit\n\n    def previous(): Unit\n\n    def items: Seq[Data]\n\n    def currentPage: Int\n\n    def itemsCount: Int\n\n    def isEmpty: Boolean\n  }\n\n  class SimpleItemsProvider[Data](fromItems: Seq[Data]) extends ItemsProvider[Data] {\n    private val allPages = fromItems.grouped(PageSize).toSeq\n\n    private var index: Int = 0\n\n    override def pages: Int = allPages.size\n\n    override def next(): Unit = index += 1\n\n    override def previous(): Unit = index -= 1\n\n    override def items: Seq[Data] = allPages(index)\n\n    override def currentPage: Int = index\n\n    override def itemsCount: Int = fromItems.size\n\n    override def isEmpty: Boolean = fromItems.isEmpty\n  }\n\n  object NoItemsFound\n\n  object Tags {\n    val Previous = \"previous\"\n    val Next = \"next\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/WebhookBot.scala","text":"<filename>bot\/src\/main\/scala\/com\/lbs\/bot\/WebhookBot.scala\n\npackage com.lbs.bot\n\nimport com.lbs.bot.model.Event\n\ntrait WebhookBot[In <: Event] extends PollBot[In] {\n  def processPayload(payload: String, signature: Option[String]): Unit\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/CommonSpec.scala","text":"<filename>api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/CommonSpec.scala\n\npackage com.lbs.api.json.model\n\nimport org.scalatest.Matchers\n\ntrait CommonSpec {\n  _: Matchers =>\n\n  private type SimpleEntity = {val id: Long; val name: String}\n\n  protected def testSimpleEntity(simpleEntity: SimpleEntity, expectedId: Long, expectedName: String): Unit = {\n    simpleEntity.id should be(expectedId)\n    simpleEntity.name should be(expectedName)\n  }\n\n  protected def testSimpleEntities(simpleEntities: List[SimpleEntity], expectedSize: Int, expectedId: Long, expectedName: String): Unit = {\n    simpleEntities.size should be(expectedSize)\n    val simpleEntity = simpleEntities.head\n    testSimpleEntity(simpleEntity, expectedId, expectedName)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/service\/ApiService.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.service\n\nimport java.time.{LocalTime, ZonedDateTime}\n\nimport cats.instances.either._\nimport com.lbs.api.LuxmedApi\nimport com.lbs.api.json.model._\nimport com.lbs.server.ThrowableOr\nimport com.lbs.server.util.ServerModelConverters._\nimport org.jasypt.util.text.TextEncryptor\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\nimport scalaj.http.HttpResponse\n\n@Service\nclass ApiService extends SessionSupport {\n\n  @Autowired\n  protected var dataService: DataService = _\n  @Autowired\n  private var textEncryptor: TextEncryptor = _\n\n  private val luxmedApi = new LuxmedApi[ThrowableOr]\n\n  def getAllCities(accountId: Long): ThrowableOr[List[IdName]] =\n    withSession(accountId) { session =>\n      luxmedApi.reservationFilter(session.accessToken, session.tokenType).map(_.cities)\n    }\n\n  def getAllClinics(accountId: Long, cityId: Long): ThrowableOr[List[IdName]] =\n    withSession(accountId) { session =>\n      luxmedApi.reservationFilter(session.accessToken,\n        session.tokenType, cityId = Some(cityId)).map(_.clinics)\n    }\n\n  def getAllServices(accountId: Long, cityId: Long, clinicId: Option[Long]): ThrowableOr[List[IdName]] =\n    withSession(accountId) { session =>\n      luxmedApi.reservationFilter(session.accessToken,\n        session.tokenType, cityId = Some(cityId),\n        clinicId = clinicId).map(_.services)\n    }\n\n  def getAllDoctors(accountId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long): ThrowableOr[List[IdName]] =\n    withSession(accountId) { session =>\n      luxmedApi.reservationFilter(session.accessToken,\n        session.tokenType, cityId = Some(cityId),\n        clinicId = clinicId, serviceId = Some(serviceId)).map(_.doctors)\n    }\n\n  def getPayers(accountId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long): ThrowableOr[(Option[IdName], Seq[IdName])] =\n    withSession(accountId) { session =>\n      val reservationFilterResponse = luxmedApi.reservationFilter(session.accessToken,\n        session.tokenType, cityId = Some(cityId),\n        clinicId = clinicId, serviceId = Some(serviceId))\n      reservationFilterResponse.map { response =>\n        response.defaultPayer -> response.payers\n      }\n    }\n\n  def getAvailableTerms(accountId: Long, payerId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long, doctorId: Option[Long],\n                        fromDate: ZonedDateTime = ZonedDateTime.now(), toDate: Option[ZonedDateTime] = None, timeFrom: LocalTime, timeTo: LocalTime,\n                        languageId: Long = 10, findFirstFreeTerm: Boolean = false): ThrowableOr[List[AvailableVisitsTermPresentation]] =\n    withSession(accountId) { session =>\n      val termsEither = luxmedApi.availableTerms(session.accessToken, session.tokenType, payerId, cityId, clinicId, serviceId, doctorId,\n        fromDate, toDate, languageId = languageId, findFirstFreeTerm = findFirstFreeTerm).map(_.availableVisitsTermPresentation)\n      termsEither.map { terms =>\n        terms.filter { term =>\n          val time = term.visitDate.startDateTime.toLocalTime\n          time == timeFrom || time == timeTo || (time.isAfter(timeFrom) && time.isBefore(timeTo))\n        }\n      }\n    }\n\n  def temporaryReservation(accountId: Long, temporaryReservationRequest: TemporaryReservationRequest, valuationsRequest: ValuationsRequest): ThrowableOr[(TemporaryReservationResponse, ValuationsResponse)] =\n    withSession(accountId) { session =>\n      for {\n        temporaryReservation <- luxmedApi.temporaryReservation(session.accessToken, session.tokenType, temporaryReservationRequest)\n        valuationsResponse <- luxmedApi.valuations(session.accessToken, session.tokenType, valuationsRequest)\n      } yield temporaryReservation -> valuationsResponse\n    }\n\n  def deleteTemporaryReservation(accountId: Long, temporaryReservationId: Long): ThrowableOr[HttpResponse[String]] =\n    withSession(accountId) { session =>\n      luxmedApi.deleteTemporaryReservation(session.accessToken, session.tokenType, temporaryReservationId)\n    }\n\n  def reservation(accountId: Long, reservationRequest: ReservationRequest): ThrowableOr[ReservationResponse] =\n    withSession(accountId) { session =>\n      luxmedApi.reservation(session.accessToken, session.tokenType, reservationRequest)\n    }\n\n  def reserveVisit(accountId: Long, term: AvailableVisitsTermPresentation): ThrowableOr[ReservationResponse] = {\n    val temporaryReservationRequest = term.mapTo[TemporaryReservationRequest]\n    val valuationsRequest = term.mapTo[ValuationsRequest]\n    for {\n      okResponse <- temporaryReservation(accountId, temporaryReservationRequest, valuationsRequest)\n      (temporaryReservation, valuations) = okResponse\n      temporaryReservationId = temporaryReservation.id\n      visitTermVariant = valuations.visitTermVariants.head\n      reservationRequest = (temporaryReservationId, visitTermVariant, term).mapTo[ReservationRequest]\n      reservation <- reservation(accountId, reservationRequest)\n    } yield reservation\n  }\n\n  def canTermBeChanged(accountId: Long, reservationId: Long): ThrowableOr[HttpResponse[String]] =\n    withSession(accountId) { session =>\n      luxmedApi.canTermBeChanged(session.accessToken, session.tokenType, reservationId)\n    }\n\n\n  def detailToChangeTerm(accountId: Long, reservationId: Long): ThrowableOr[ChangeTermDetailsResponse] =\n    withSession(accountId) { session =>\n      luxmedApi.detailToChangeTerm(session.accessToken, session.tokenType, reservationId)\n    }\n\n  def temporaryReservationToChangeTerm(accountId: Long, reservationId: Long, temporaryReservationRequest: TemporaryReservationRequest, valuationsRequest: ValuationsRequest): ThrowableOr[(TemporaryReservationResponse, ValuationsResponse)] =\n    withSession(accountId) { session =>\n      for {\n        temporaryReservation <- luxmedApi.temporaryReservationToChangeTerm(session.accessToken, session.tokenType, reservationId, temporaryReservationRequest)\n        valuationsResponse <- luxmedApi.valuationToChangeTerm(session.accessToken, session.tokenType, reservationId, valuationsRequest)\n      } yield temporaryReservation -> valuationsResponse\n    }\n\n  def valuationToChangeTerm(accountId: Long, reservationId: Long, valuationsRequest: ValuationsRequest): ThrowableOr[ValuationsResponse] =\n    withSession(accountId) { session =>\n      luxmedApi.valuationToChangeTerm(session.accessToken, session.tokenType, reservationId, valuationsRequest)\n    }\n\n  def changeTerm(accountId: Long, reservationId: Long, reservationRequest: ReservationRequest): ThrowableOr[ChangeTermResponse] =\n    withSession(accountId) { session =>\n      luxmedApi.changeTerm(session.accessToken, session.tokenType, reservationId, reservationRequest)\n    }\n\n  def updateReservedVisit(accountId: Long, term: AvailableVisitsTermPresentation): ThrowableOr[ChangeTermResponse] = {\n    val reservedVisitMaybe = reservedVisits(accountId, toDate = ZonedDateTime.now().plusMonths(6)).map(_.find(_.service.id == term.serviceId))\n    reservedVisitMaybe match {\n      case Right(Some(reservedVisit: ReservedVisit)) =>\n        val reservationId = reservedVisit.reservationId\n        val temporaryReservationRequest = term.mapTo[TemporaryReservationRequest]\n        val valuationsRequest = term.mapTo[ValuationsRequest]\n        val canTermBeChangedResponse = canTermBeChanged(accountId, reservationId)\n        if (canTermBeChangedResponse.exists(_.code == 204)) {\n          for {\n            okResponse <- temporaryReservationToChangeTerm(accountId, reservationId, temporaryReservationRequest, valuationsRequest)\n            (temporaryReservation, valuations) = okResponse\n            temporaryReservationId = temporaryReservation.id\n            visitTermVariant = valuations.visitTermVariants.head\n            reservationRequest = (temporaryReservationId, visitTermVariant, term).mapTo[ReservationRequest]\n            reservation <- changeTerm(accountId, reservationId, reservationRequest)\n          } yield reservation\n        } else left(s\"Term for reservation [$reservationId] can't be changed\")\n      case Left(ex) =>\n        Left(ex)\n      case _ =>\n        left(s\"Existing reservation for service [${term.serviceId}] not found. Nothing to update\")\n    }\n  }\n\n  def visitsHistory(accountId: Long, fromDate: ZonedDateTime = ZonedDateTime.now().minusYears(1),\n                    toDate: ZonedDateTime = ZonedDateTime.now(), page: Int = 1, pageSize: Int = 100): ThrowableOr[List[HistoricVisit]] =\n    withSession(accountId) { session =>\n      luxmedApi.visitsHistory(session.accessToken, session.tokenType, fromDate, toDate, page, pageSize).map(_.historicVisits)\n    }\n\n  def reservedVisits(accountId: Long, fromDate: ZonedDateTime = ZonedDateTime.now(),\n                     toDate: ZonedDateTime = ZonedDateTime.now().plusMonths(3)): ThrowableOr[List[ReservedVisit]] =\n    withSession(accountId) { session =>\n      luxmedApi.reservedVisits(session.accessToken, session.tokenType, fromDate, toDate).map(_.reservedVisits)\n    }\n\n  def deleteReservation(accountId: Long, reservationId: Long): ThrowableOr[HttpResponse[String]] =\n    withSession(accountId) { session =>\n      luxmedApi.deleteReservation(session.accessToken, session.tokenType, reservationId)\n    }\n\n  def login(username: String, password: String): ThrowableOr[LoginResponse] = {\n    luxmedApi.login(username, textEncryptor.decrypt(password))\n  }\n\n  private def left(msg: String) = Left(new RuntimeException(msg))\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Help.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.Bot\nimport com.lbs.bot.model.Command\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\n\nclass Help(val userId: UserId, bot: Bot, val localization: Localization)(val actorSystem: ActorSystem) extends Conversation[Unit] with Localizable {\n\n  entryPoint(displayHelp)\n\n  def displayHelp: Step =\n    monologue {\n      case Msg(_: Command, _) =>\n        bot.sendMessage(userId.source, lang.help)\n        stay()\n    }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/telegram\/TelegramEvent.scala","text":"\npackage com.lbs.bot.telegram\n\nimport com.bot4s.telegram.models.Message\nimport com.lbs.bot.model.Event\n\ncase class TelegramEvent(msg: Message, callbackData: Option[String]) extends Event\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/Boot.scala","text":"\npackage com.lbs.server\n\nimport com.lbs.common.Logger\nimport org.springframework.boot.SpringApplication\nimport org.springframework.boot.autoconfigure.SpringBootApplication\n\n\n@SpringBootApplication\nclass Boot\n\nobject Boot extends App with Logger {\n\n  def printInfo(): Unit = {\n    info(s\"Num processors: ${Runtime.getRuntime.availableProcessors}\")\n  }\n\n  printInfo()\n  SpringApplication.run(classOf[Boot], args: _*)\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/test\/scala\/com\/lbs\/server\/conversation\/base\/ConversationSpec.scala","text":"package com.lbs.server.conversation.base\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.testkit.TestProbe\nimport com.lbs.server.conversation.AkkaTestKit\n\nclass ConversationSpec extends AkkaTestKit {\n\n  \"Actor must send complete data\" when {\n    \"conversation is done\" in {\n\n      case class Data(configured: Boolean = false, hello: String = null, world: String = null, people: String = null)\n\n      object Hello\n\n      object World\n\n      object Dialogue\n\n      class TestConversation(originator: ActorRef)(implicit val actorSystem: ActorSystem) extends Conversation[Data] {\n\n        private var conf: String = _\n\n        def configure: Step =\n          monologue {\n            case Msg(confStr: String, data) =>\n              conf = confStr\n              goto(askHello) using data.copy(configured = true)\n          }\n\n        def askHello: Step =\n          ask { data =>\n            self ! Hello\n          } onReply {\n            case Msg(Hello, data) =>\n              goto(askWorld) using data.copy(hello = \"hello\")\n          }\n\n        def askWorld: Step =\n          ask { data =>\n            self ! World\n          } onReply {\n            case Msg(World, data) =>\n              goto(askDialogue) using data.copy(world = \"world\")\n          }\n\n        def askDialogue: Step =\n          ask { data =>\n            self ! Dialogue\n          } onReply {\n            case Msg(Dialogue, data) =>\n              originator ! data.copy(people = \"dialogue\") -> conf\n              end()\n          }\n\n        entryPoint(configure, Data())\n      }\n\n      val expected = Data(configured = true, \"hello\", \"world\", \"dialogue\") -> \"myconf\"\n\n      val originator = TestProbe()\n      val testConversation = new TestConversation(originator.ref)(system)\n      testConversation.start()\n      testConversation ! expected._2\n      originator.expectMsg(expected)\n\n      \/\/reinit\n      testConversation.restart()\n      testConversation ! expected._2\n      originator.expectMsg(expected)\n    }\n\n    \"configuration is done\" in {\n\n      case class Data(configured: Boolean = false, message1: String = null, message2: String = null)\n\n      object InvokeEnrichMessage\n\n      class TestConversation(originator: ActorRef)(implicit val actorSystem: ActorSystem) extends Conversation[Data] {\n\n        def configure1: Step =\n          process { _ =>\n            goto(configure2) using Data(configured = true)\n          }\n\n        def configure2: Step =\n          process { data =>\n            goto(askMessage2) using data.copy(message1 = \"hello\")\n          }\n\n        def askMessage2: Step =\n          ask { _ =>\n            self ! InvokeEnrichMessage\n          } onReply {\n            case Msg(InvokeEnrichMessage, data) =>\n              originator ! data.copy(message2 = \"world\")\n              end()\n          }\n\n        entryPoint(configure1, Data())\n      }\n\n      val expected = Data(configured = true, message1 = \"hello\", message2 = \"world\")\n\n      val originator = TestProbe()\n      val actor = new TestConversation(originator.ref)(system)\n      actor.start()\n      originator.expectMsg(expected)\n\n      \/\/reinit\n      actor.restart()\n      originator.expectMsg(expected)\n    }\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/package.scala","text":"<gh_stars>10-100\n\npackage com.lbs\n\nimport com.lbs.bot.model.{Button, InlineKeyboard}\n\npackage object bot {\n  def createInlineKeyboard(buttons: Seq[Button], columns: Int = 2): Option[InlineKeyboard] = {\n    Option(buttons).filterNot(_.isEmpty).map(b => InlineKeyboard(b.grouped(columns).toSeq))\n  }\n\n  def createInlineKeyboard(buttons: Seq[Seq[Button]]): Option[InlineKeyboard] = {\n    Option(buttons).filterNot(_.isEmpty).map(InlineKeyboard)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/Monitoring.scala","text":"\npackage com.lbs.server.repository.model\n\nimport java.time.{LocalTime, ZonedDateTime}\n\nimport javax.persistence.{Access, AccessType, Column, Entity}\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass Monitoring extends RecordId {\n  @BeanProperty\n  @Column(name = \"user_id\", nullable = false)\n  var userId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"account_id\", nullable = false)\n  var accountId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"chat_id\", nullable = false)\n  var chatId: String = _\n\n  @BeanProperty\n  @Column(name = \"source_system_id\", nullable = false)\n  var sourceSystemId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"payer_id\", nullable = false)\n  var payerId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"city_id\", nullable = false)\n  var cityId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"city_name\", nullable = false)\n  var cityName: String = _\n\n  @BeanProperty\n  @Column(name = \"clinic_id\", nullable = true)\n  var clinicId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"clinic_name\", nullable = false)\n  var clinicName: String = _\n\n  @BeanProperty\n  @Column(name = \"service_id\", nullable = false)\n  var serviceId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"service_name\", nullable = false)\n  var serviceName: String = _\n\n  @BeanProperty\n  @Column(name = \"doctor_id\", nullable = true)\n  var doctorId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"doctor_name\", nullable = false)\n  var doctorName: String = _\n\n  @BeanProperty\n  @Column(name = \"date_from\", nullable = false)\n  var dateFrom: ZonedDateTime = _\n\n  @BeanProperty\n  @Column(name = \"date_to\", nullable = false)\n  var dateTo: ZonedDateTime = _\n\n  @BeanProperty\n  @Column(name = \"time_from\", nullable = false)\n  var timeFrom: LocalTime = _\n\n  @BeanProperty\n  @Column(name = \"time_to\", nullable = false)\n  var timeTo: LocalTime = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var autobook: Boolean = false\n\n  @BeanProperty\n  @Column(name = \"rebook_if_exists\", nullable = false)\n  var rebookIfExists: Boolean = false\n\n  @BeanProperty\n  @Column(nullable = false)\n  var created: ZonedDateTime = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var active: Boolean = true\n\n  @BeanProperty\n  @Column(name = \"time_offset\", nullable = false)\n  var offset: Int = 0\n}\n\nobject Monitoring {\n  def apply(userId: Long, accountId: Long, chatId: String, sourceSystemId: Long, payerId: Long, cityId: Long, cityName: String, clinicId: Option[Long], clinicName: String,\n            serviceId: Long, serviceName: String, doctorId: Option[Long], doctorName: String, dateFrom: ZonedDateTime,\n            dateTo: ZonedDateTime, autobook: Boolean = false, rebookIfExists: Boolean = false, created: ZonedDateTime = ZonedDateTime.now(), timeFrom: LocalTime, timeTo: LocalTime,\n            active: Boolean = true, offset: Int): Monitoring = {\n    val monitoring = new Monitoring\n    monitoring.userId = userId\n    monitoring.accountId = accountId\n    monitoring.chatId = chatId\n    monitoring.sourceSystemId = sourceSystemId\n    monitoring.payerId = payerId\n    monitoring.cityId = cityId\n    monitoring.cityName = cityName\n    monitoring.clinicId = clinicId\n    monitoring.clinicName = clinicName\n    monitoring.serviceId = serviceId\n    monitoring.serviceName = serviceName\n    monitoring.doctorId = doctorId\n    monitoring.doctorName = doctorName\n    monitoring.dateFrom = dateFrom\n    monitoring.dateTo = dateTo\n    monitoring.timeFrom = timeFrom\n    monitoring.timeTo = timeTo\n    monitoring.autobook = autobook\n    monitoring.rebookIfExists = rebookIfExists\n    monitoring.created = created\n    monitoring.active = active\n    monitoring.offset = offset\n    monitoring\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/package.scala","text":"\npackage com.lbs.server.repository\n\nimport scala.language.implicitConversions\n\npackage object model {\n  type JLong = java.lang.Long\n  type JInt = java.lang.Integer\n\n  implicit def JLongToOptionLong(jLong: JLong): Option[Long] = Option(jLong).map(_.longValue())\n\n  implicit def OptionLongToJLong(long: Option[Long]): JLong = long.map(Long.box).orNull\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/http\/package.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.api\n\nimport cats.MonadError\nimport cats.implicits._\nimport com.lbs.api.exception._\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport com.lbs.api.json.model._\nimport com.lbs.common.Logger\nimport scalaj.http.{HttpRequest, HttpResponse}\n\nimport scala.language.higherKinds\nimport scala.util.{Failure, Success, Try}\n\npackage object http extends Logger {\n\n  object headers {\n    val `Content-Type` = \"Content-Type\"\n    val Host = \"Host\"\n    val Accept = \"Accept\"\n    val Connection = \"Connection\"\n    val `Accept-Encoding` = \"Accept-Encoding\"\n    val `User-Agent` = \"User-Agent\"\n    val `Custom-User-Agent` = \"Custom-User-Agent\"\n    val `x-api-client-identifier` = \"x-api-client-identifier\"\n    val `Accept-Language` = \"Accept-Language\"\n    val Authorization = \"Authorization\"\n  }\n\n  private val SensitiveHeaders = List(\"passw\", \"access_token\", \"refresh_token\", \"authorization\")\n\n  implicit class HttpResponseWithJsonDeserializationSupport(httpResponse: HttpResponse[String]) {\n\n    def asEntity[T <: SerializableJsonObject](implicit mf: scala.reflect.Manifest[T]): HttpResponse[T] = {\n      httpResponse.copy(body = httpResponse.body.as[T])\n    }\n  }\n\n  implicit class ExtendedHttpRequest[F[_] : ThrowableMonad](httpRequest: HttpRequest) {\n    def invoke: F[HttpResponse[String]] = {\n      val me = MonadError[F, Throwable]\n      debug(s\"Sending request:\\n${hideSensitive(httpRequest)}\")\n      val httpResponse = me.pure(httpRequest.asString)\n      debug(s\"Received response:\\n${hideSensitive(httpResponse)}\")\n\n      httpResponse.flatMap { response =>\n        val errorMaybe = extractLuxmedError(response)\n        errorMaybe match {\n          case Some(error) => me.raiseError(error)\n          case None =>\n            Try(response.throwError) match {\n              case Failure(error) => me.raiseError(error)\n              case Success(value) => me.pure(value)\n            }\n        }\n      }\n    }\n\n    def param(key: String, value: Option[String]): HttpRequest = {\n      value.map(v => httpRequest.param(key, v)).getOrElse(httpRequest)\n    }\n\n    private def luxmedErrorToApiException[T <: LuxmedBaseError](code: Int, error: T): ApiException = {\n      val message = error.message\n      val errorMessage = message.toLowerCase\n      if (errorMessage.contains(\"invalid login or password\"))\n        new InvalidLoginOrPasswordException\n      else if (errorMessage.contains(\"already booked this service\"))\n        new ServiceIsAlreadyBookedException\n      else if (errorMessage.contains(\"session has expired\"))\n        new SessionExpiredException\n      else\n        GenericException(code, message)\n    }\n\n    private def extractLuxmedError(httpResponse: HttpResponse[String]) = {\n      val body = httpResponse.body\n      val code = httpResponse.code\n      Try(body.as[LuxmedErrorsMap])\n        .orElse(Try(body.as[LuxmedErrorsList]))\n        .orElse(Try(body.as[LuxmedError]))\n        .map(error => luxmedErrorToApiException(code, error))\n        .toOption\n    }\n\n    private def hideSensitive(httpRequest: HttpRequest) = {\n      httpRequest.copy(params = httpRequest.params.map { case (k, v) =>\n        if (hide(k)) k -> \"******\" else k -> v\n      })\n    }\n\n    private def hideSensitive(httpResponse: F[HttpResponse[String]]) = {\n      httpResponse.map { response =>\n        response.copy(headers = response.headers.map { case (k, v) =>\n          if (hide(k)) k -> IndexedSeq(\"******\") else k -> v\n        })\n      }\n    }\n\n    private def hide(key: String) = {\n      val lowerCaseKey = key.toLowerCase\n      SensitiveHeaders.exists(h => lowerCaseKey.contains(h))\n    }\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/VisitDate.scala","text":"\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\n\ncase class VisitDate(formattedDate: String, startDateTime: ZonedDateTime) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/BootConfig.scala","text":"\npackage com.lbs.server\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model.{AvailableVisitsTermPresentation, HistoricVisit, ReservedVisit}\nimport com.lbs.bot.Bot\nimport com.lbs.bot.telegram.TelegramBot\nimport com.lbs.server.conversation._\nimport com.lbs.server.lang.Localization\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.service.{ApiService, DataService, MonitoringService}\nimport org.jasypt.util.text.{StrongTextEncryptor, TextEncryptor}\nimport org.springframework.beans.factory.annotation.{Autowired, Value}\nimport org.springframework.context.annotation.{Bean, Configuration}\n\n@Configuration\nclass BootConfig {\n  @Value(\"${security.secret}\")\n  private var secret: String = _\n\n  @Value(\"${telegram.token}\")\n  private var telegramBotToken: String = _\n\n  @Autowired\n  private var apiService: ApiService = _\n\n  @Autowired\n  private var dataService: DataService = _\n\n  @Autowired\n  private var monitoringService: MonitoringService = _\n\n  @Autowired\n  private var localization: Localization = _\n\n  @Bean\n  def actorSystem: ActorSystem = ActorSystem()\n\n  @Bean\n  def textEncryptor: TextEncryptor = {\n    val encryptor = new StrongTextEncryptor\n    encryptor.setPassword(secret)\n    encryptor\n  }\n\n  @Bean\n  def authFactory: MessageSourceTo[Auth] = source => new Auth(source,\n    dataService, unauthorizedHelpFactory, loginFactory, chatFactory)(actorSystem)\n\n  @Bean\n  def loginFactory: MessageSourceWithOriginatorTo[Login] = (source, originator) => new Login(source, bot,\n    dataService, apiService, textEncryptor, localization, originator)(actorSystem)\n\n  @Bean\n  def bookFactory: UserIdTo[Book] = userId => new Book(userId, bot, apiService, dataService,\n    monitoringService, localization, datePickerFactory, timePickerFactory, staticDataFactory, termsPagerFactory)(actorSystem)\n\n  @Bean\n  def bookWithTemplateFactory: UserIdTo[BookWithTemplate] = userId => new BookWithTemplate(userId, bot, apiService, dataService,\n    monitoringService, localization, datePickerFactory, timePickerFactory, termsPagerFactory)(actorSystem)\n\n  @Bean\n  def unauthorizedHelpFactory: MessageSourceTo[UnauthorizedHelp] = source => new UnauthorizedHelp(source, bot)(actorSystem)\n\n  @Bean\n  def helpFactory: UserIdTo[Help] = userId => new Help(userId, bot, localization)(actorSystem)\n\n  @Bean\n  def monitoringsFactory: UserIdTo[Monitorings] =\n    userId => new Monitorings(userId, bot, monitoringService, localization, monitoringsPagerFactory)(actorSystem)\n\n  @Bean\n  def monitoringsHistoryFactory: UserIdTo[MonitoringsHistory] =\n    userId => new MonitoringsHistory(userId, bot, monitoringService, localization, monitoringsHistoryPagerFactory, bookWithTemplateFactory)(actorSystem)\n\n  @Bean\n  def historyFactory: UserIdTo[History] =\n    userId => new History(userId, bot, apiService, localization, historyPagerFactory)(actorSystem)\n\n  @Bean\n  def visitsFactory: UserIdTo[Visits] =\n    userId => new Visits(userId, bot, apiService, localization, visitsPagerFactory)(actorSystem)\n\n  @Bean\n  def settingsFactory: UserIdTo[Settings] =\n    userId => new Settings(userId, bot, dataService, localization)(actorSystem)\n\n  @Bean\n  def accountFactory: UserIdTo[Account] =\n    userId => new Account(userId, bot, dataService, localization, router)(actorSystem)\n\n  @Bean\n  def chatFactory: UserIdTo[Chat] =\n    userId => new Chat(userId, dataService, monitoringService, bookFactory, helpFactory,\n      monitoringsFactory, monitoringsHistoryFactory, historyFactory, visitsFactory, settingsFactory, accountFactory)(actorSystem)\n\n  @Bean\n  def datePickerFactory: UserIdWithOriginatorTo[DatePicker] = (userId, originator) =>\n    new DatePicker(userId, bot, localization, originator)(actorSystem)\n\n  @Bean\n  def timePickerFactory: UserIdWithOriginatorTo[TimePicker] = (userId, originator) =>\n    new TimePicker(userId, bot, localization, originator)(actorSystem)\n\n  @Bean\n  def staticDataFactory: UserIdWithOriginatorTo[StaticData] = (userId, originator) =>\n    new StaticData(userId, bot, localization, originator)(actorSystem)\n\n  @Bean\n  def termsPagerFactory: UserIdWithOriginatorTo[Pager[AvailableVisitsTermPresentation]] = (userId, originator) =>\n    new Pager[AvailableVisitsTermPresentation](userId, bot,\n      (term: AvailableVisitsTermPresentation, page: Int, index: Int) => lang(userId).termEntry(term, page, index),\n      (page: Int, pages: Int) => lang(userId).termsHeader(page, pages),\n      Some(\"book\"), localization, originator)(actorSystem)\n\n\n  @Bean\n  def visitsPagerFactory: UserIdWithOriginatorTo[Pager[ReservedVisit]] = (userId, originator) =>\n    new Pager[ReservedVisit](userId, bot,\n      (visit: ReservedVisit, page: Int, index: Int) => lang(userId).upcomingVisitEntry(visit, page, index),\n      (page: Int, pages: Int) => lang(userId).upcomingVisitsHeader(page, pages),\n      Some(\"cancel\"), localization, originator)(actorSystem)\n\n  @Bean\n  def historyPagerFactory: UserIdWithOriginatorTo[Pager[HistoricVisit]] = (userId, originator) =>\n    new Pager[HistoricVisit](userId, bot,\n      (visit: HistoricVisit, page: Int, index: Int) => lang(userId).historyEntry(visit, page, index),\n      (page: Int, pages: Int) => lang(userId).historyHeader(page, pages),\n      None, localization, originator)(actorSystem)\n\n  @Bean\n  def monitoringsPagerFactory: UserIdWithOriginatorTo[Pager[Monitoring]] = (userId, originator) =>\n    new Pager[Monitoring](userId, bot,\n      (monitoring: Monitoring, page: Int, index: Int) => lang(userId).monitoringEntry(monitoring, page, index),\n      (page: Int, pages: Int) => lang(userId).monitoringsHeader(page, pages),\n      Some(\"cancel\"), localization, originator)(actorSystem)\n\n  @Bean\n  def monitoringsHistoryPagerFactory: UserIdWithOriginatorTo[Pager[Monitoring]] = (userId, originator) =>\n    new Pager[Monitoring](userId, bot,\n      (monitoring: Monitoring, page: Int, index: Int) => lang(userId).monitoringHistoryEntry(monitoring, page, index),\n      (page: Int, pages: Int) => lang(userId).monitoringsHistoryHeader(page, pages),\n      Some(\"repeat\"), localization, originator)(actorSystem)\n\n  @Bean\n  def router: Router = new Router(authFactory)(actorSystem)\n\n  @Bean\n  def telegram: TelegramBot = new TelegramBot(router ! _, telegramBotToken)\n\n  @Bean\n  def bot: Bot = new Bot(telegram)\n\n  private def lang(userId: Login.UserId) = {\n    localization.lang(userId.userId)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/test\/scala\/com\/lbs\/server\/conversation\/AkkaTestKit.scala","text":"<filename>server\/src\/test\/scala\/com\/lbs\/server\/conversation\/AkkaTestKit.scala\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport akka.testkit.{ImplicitSender, TestKit}\nimport org.scalatest.{BeforeAndAfterAll, WordSpecLike}\n\nabstract class AkkaTestKit extends TestKit(ActorSystem()) with ImplicitSender with WordSpecLike with BeforeAndAfterAll {\n  override def afterAll(): Unit = {\n    TestKit.shutdownActorSystem(system)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/StaticData.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model.IdName\nimport com.lbs.bot.model.{Button, Command, TaggedButton}\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.ThrowableOr\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.StaticData._\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.lang.{Localizable, Localization}\n\nclass StaticData(val userId: UserId, bot: Bot, val localization: Localization, originator: Interactional)(val actorSystem: ActorSystem) extends Conversation[List[TaggedButton]] with Localizable {\n\n  private def anySelectOption: List[TaggedButton] = if (config.isAnyAllowed) List(Button(lang.any, -1L)) else List()\n\n  private var config: StaticDataConfig = _\n\n  entryPoint(AwaitConfig)\n\n  def AwaitConfig: Step =\n    monologue {\n      case Msg(newConfig: StaticDataConfig, _) =>\n        config = newConfig\n        goto(askForLatestOption)\n    }\n\n  def askForLatestOption: Step =\n    ask { _ =>\n      originator ! LatestOptions\n    } onReply {\n      case Msg(LatestOptions(options), _) if options.isEmpty =>\n        val callbackTags = anySelectOption\n        goto(askForUserInput) using callbackTags\n      case Msg(LatestOptions(options), _) if options.nonEmpty =>\n        val callbackTags = anySelectOption ++ options.map(data => Button(data.name, data.id))\n        goto(askForUserInput) using callbackTags\n    }\n\n  def askForUserInput: Step =\n    ask { callbackTags =>\n      bot.sendMessage(userId.source, lang.pleaseEnterStaticDataNameOrPrevious(config),\n        inlineKeyboard = createInlineKeyboard(callbackTags, columns = 1))\n    } onReply {\n      case Msg(Command(_, msg, Some(tag)), callbackTags) =>\n        val id = tag.toLong\n        val label = callbackTags.find(_.tag == tag).map(_.label).getOrElse(sys.error(\"Unable to get callback tag label\"))\n        bot.sendEditMessage(userId.source, msg.messageId, lang.staticDataIs(config, label))\n        originator ! IdName(id, label)\n        end()\n\n      case Msg(Command(_, msg, _), _) =>\n        val searchText = msg.text.get.toLowerCase\n        originator ! FindOptions(searchText)\n        stay()\n\n      case Msg(FoundOptions(Right(options)), _) if options.nonEmpty =>\n        val callbackTags = anySelectOption ::: options.map(c => Button(c.name, c.id))\n        goto(askForUserInput) using callbackTags\n\n      case Msg(FoundOptions(Right(options)), _) if options.isEmpty =>\n        val callbackTags = anySelectOption\n        goto(askForUserInput) using callbackTags\n\n      case Msg(FoundOptions(Left(ex)), _) =>\n        bot.sendMessage(userId.source, ex.getMessage)\n        end()\n    }\n}\n\nobject StaticData {\n\n  case class StaticDataConfig(name: String, partialExample: String, example: String, isAnyAllowed: Boolean)\n\n  object LatestOptions\n\n  case class LatestOptions(options: Seq[IdName])\n\n  case class FindOptions(searchText: String)\n\n  case class FoundOptions(option: ThrowableOr[List[IdName]])\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsMapSpec.scala","text":"package com.lbs.api.json.model\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass LuxmedErrorsMapSpec extends FunSuiteLike with Matchers with CommonSpec {\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\"Errors\":{\"ToDate.Date\":[\"'To Date. Date' must be greater than or equal to '06\/04\/2018 00:00:00'.\"]}}\n      \"\"\".stripMargin\n\n    val response = json.as[LuxmedErrorsMap]\n\n    response should be(LuxmedErrorsMap(Map(\"toDate.Date\" -> List(\"'To Date. Date' must be greater than or equal to '06\/04\/2018 00:00:00'.\"))))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsListSpec.scala","text":"<filename>api\/src\/test\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsListSpec.scala\npackage com.lbs.api.json.model\n\nimport com.lbs.api.json.JsonSerializer.extensions._\nimport org.scalatest.{FunSuiteLike, Matchers}\n\nclass LuxmedErrorsListSpec extends FunSuiteLike with Matchers with CommonSpec {\n\n  test(\"deserialization\") {\n    val json =\n      \"\"\"\n        |{\"Errors\":[{\"ErrorCode\":16000006,\"Message\":\"You have already booked this service\",\"AdditionalData\":{}}]}\n      \"\"\".stripMargin\n\n    val response = json.as[LuxmedErrorsList]\n\n    response should be(LuxmedErrorsList(List(LuxmedErrorsListElement(16000006, \"You have already booked this service\", Map.empty))))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"common\/src\/main\/scala\/com\/lbs\/common\/Logger.scala","text":"<filename>common\/src\/main\/scala\/com\/lbs\/common\/Logger.scala<gh_stars>10-100\n\npackage com.lbs.common\n\nimport org.slf4j\nimport org.slf4j.LoggerFactory\n\ntrait Logger {\n  private val log: slf4j.Logger = LoggerFactory.getLogger(this.getClass)\n\n  protected def debug(msg: => String): Unit = {\n    if (log.isDebugEnabled)\n      log.debug(msg)\n  }\n\n  protected def warn(msg: => String): Unit = {\n    if (log.isWarnEnabled)\n      log.warn(msg)\n  }\n\n  protected def warn(msg: => String, throwable: Throwable): Unit = {\n    if (log.isWarnEnabled)\n      log.warn(msg, throwable)\n  }\n\n  protected def error(msg: => String): Unit = {\n    if (log.isErrorEnabled)\n      log.error(msg)\n  }\n\n  protected def error(msg: => String, throwable: Throwable): Unit = {\n    if (log.isErrorEnabled)\n      log.error(msg, throwable)\n  }\n\n  protected def info(msg: => String): Unit = {\n    if (log.isInfoEnabled)\n      log.info(msg)\n  }\n\n  protected def trace(msg: => String): Unit = {\n    if (log.isTraceEnabled)\n      log.trace(msg)\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/exception\/InvalidLoginOrPasswordException.scala","text":"\npackage com.lbs.api.exception\n\nclass InvalidLoginOrPasswordException extends ApiException(\"Invalid login or password\")\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Book.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Book.scala\n\npackage com.lbs.server.conversation\n\nimport java.time.{LocalTime, ZonedDateTime}\n\nimport akka.actor.ActorSystem\nimport com.lbs.api.json.model._\nimport com.lbs.bot._\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.server.conversation.Book._\nimport com.lbs.server.conversation.DatePicker.{DateFromMode, DateToMode}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Pager.SimpleItemsProvider\nimport com.lbs.server.conversation.StaticData.StaticDataConfig\nimport com.lbs.server.conversation.TimePicker.{TimeFromMode, TimeToMode}\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.service.{ApiService, DataService, MonitoringService}\nimport com.lbs.server.util.MessageExtractors._\nimport com.lbs.server.util.ServerModelConverters._\n\nclass Book(val userId: UserId, bot: Bot, apiService: ApiService, dataService: DataService, monitoringService: MonitoringService,\n           val localization: Localization, datePickerFactory: UserIdWithOriginatorTo[DatePicker], timePickerFactory: UserIdWithOriginatorTo[TimePicker],\n           staticDataFactory: UserIdWithOriginatorTo[StaticData], termsPagerFactory: UserIdWithOriginatorTo[Pager[AvailableVisitsTermPresentation]])(implicit val actorSystem: ActorSystem) extends Conversation[BookingData] with StaticDataForBooking with Localizable {\n\n  private val datePicker = datePickerFactory(userId, self)\n  private val timePicker = timePickerFactory(userId, self)\n  private[conversation] val staticData = staticDataFactory(userId, self)\n  private val termsPager = termsPagerFactory(userId, self)\n\n  entryPoint(askCity, BookingData())\n\n  private def askCity: Step =\n    staticData(cityConfig) { bd: BookingData =>\n      withFunctions(\n        latestOptions = dataService.getLatestCities(userId.accountId),\n        staticOptions = apiService.getAllCities(userId.accountId),\n        applyId = id => bd.copy(cityId = id))\n    }(requestNext = askClinic)\n\n  private def askClinic: Step =\n    staticData(clinicConfig) { bd: BookingData =>\n      withFunctions(\n        latestOptions = dataService.getLatestClinicsByCityId(userId.accountId, bd.cityId.id),\n        staticOptions = apiService.getAllClinics(userId.accountId, bd.cityId.id),\n        applyId = id => bd.copy(clinicId = id))\n    }(requestNext = askService)\n\n  private def askService: Step =\n    staticData(serviceConfig) { bd: BookingData =>\n      withFunctions(\n        latestOptions = dataService.getLatestServicesByCityIdAndClinicId(userId.accountId, bd.cityId.id, bd.clinicId.optionalId),\n        staticOptions = apiService.getAllServices(userId.accountId, bd.cityId.id, bd.clinicId.optionalId),\n        applyId = id => bd.copy(serviceId = id))\n    }(requestNext = askDoctor)\n\n  private def askDoctor: Step =\n    staticData(doctorConfig) { bd: BookingData =>\n      withFunctions(\n        latestOptions = dataService.getLatestDoctorsByCityIdAndClinicIdAndServiceId(userId.accountId, bd.cityId.id, bd.clinicId.optionalId, bd.serviceId.id),\n        staticOptions = apiService.getAllDoctors(userId.accountId, bd.cityId.id, bd.clinicId.optionalId, bd.serviceId.id),\n        applyId = id => bd.copy(doctorId = id))\n    }(requestNext = determinePayer)\n\n  private def determinePayer: Step =\n    process { bookingData =>\n      val response = apiService.getPayers(userId.accountId, bookingData.cityId.id, bookingData.clinicId.optionalId, bookingData.serviceId.id)\n      response match {\n        case Left(ex) =>\n          warn(s\"Can't determine payers for account ${userId.accountId}, city ${bookingData.cityId.id}, \" +\n            s\"clinic ${bookingData.clinicId.optionalId} and service ${bookingData.serviceId.id}\", ex)\n          bot.sendMessage(userId.source, lang.canNotDetectPayer(ex.getMessage))\n          end()\n        case Right((defaultPayerMaybe, payers)) =>\n          defaultPayerMaybe match {\n            case Some(defaultPayer) =>\n              goto(requestDateFrom) using bookingData.copy(payerId = defaultPayer.id)\n            case None =>\n              goto(askPayer) using bookingData.copy(payers = payers)\n          }\n      }\n    }\n\n  private def askPayer: Step =\n    ask { bookingData =>\n      bot.sendMessage(\n        userId.source,\n        lang.pleaseChoosePayer,\n        inlineKeyboard = createInlineKeyboard(bookingData.payers.map(payer => Button(payer.name, payer.id)))\n      )\n    } onReply {\n      case Msg(CallbackCommand(LongString(payerId)), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(payerId = payerId)\n    }\n\n  private def requestDateFrom: Step =\n    ask { bookingData =>\n      datePicker.restart()\n      datePicker ! DateFromMode\n      datePicker ! bookingData.dateFrom\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        datePicker ! cmd\n        stay()\n      case Msg(date: ZonedDateTime, bookingData: BookingData) =>\n        goto(requestDateTo) using bookingData.copy(dateFrom = date)\n    }\n\n  private def requestDateTo: Step =\n    ask { bookingData =>\n      datePicker.restart()\n      datePicker ! DateToMode\n      datePicker ! bookingData.dateFrom.plusDays(1)\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        datePicker ! cmd\n        stay()\n      case Msg(date: ZonedDateTime, bookingData: BookingData) =>\n        goto(requestTimeFrom) using bookingData.copy(dateTo = date)\n    }\n\n  private def requestTimeFrom: Step =\n    ask { bookingData =>\n      timePicker.restart()\n      timePicker ! TimeFromMode\n      timePicker ! bookingData.timeFrom\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        timePicker ! cmd\n        stay()\n      case Msg(time: LocalTime, bookingData: BookingData) =>\n        goto(requestTimeTo) using bookingData.copy(timeFrom = time)\n    }\n\n  private def requestTimeTo: Step =\n    ask { bookingData =>\n      timePicker.restart()\n      timePicker ! TimeToMode\n      timePicker ! bookingData.timeTo\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        timePicker ! cmd\n        stay()\n      case Msg(time: LocalTime, bookingData: BookingData) =>\n        goto(requestAction) using bookingData.copy(timeTo = time)\n    }\n\n  private def requestAction: Step =\n    ask { bookingData =>\n      dataService.storeAppointment(userId.accountId, bookingData)\n      bot.sendMessage(userId.source,\n        lang.bookingSummary(bookingData),\n        inlineKeyboard = createInlineKeyboard(\n          Seq(Button(lang.findTerms, Tags.FindTerms), Button(lang.modifyDate, Tags.ModifyDate))\n        ))\n    } onReply {\n      case Msg(CallbackCommand(Tags.FindTerms), _) =>\n        goto(requestTerm)\n      case Msg(CallbackCommand(Tags.ModifyDate), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(dateFrom = ZonedDateTime.now(),\n          dateTo = ZonedDateTime.now().plusDays(1L))\n    }\n\n  private def requestTerm: Step =\n    ask { bookingData =>\n      val availableTerms = apiService.getAvailableTerms(userId.accountId, bookingData.payerId, bookingData.cityId.id,\n        bookingData.clinicId.optionalId, bookingData.serviceId.id, bookingData.doctorId.optionalId,\n        bookingData.dateFrom, Some(bookingData.dateTo), timeFrom = bookingData.timeFrom, timeTo = bookingData.timeTo)\n      termsPager.restart()\n      termsPager ! availableTerms.map(new SimpleItemsProvider(_))\n    } onReply {\n      case Msg(cmd: Command, _) =>\n        termsPager ! cmd\n        stay()\n      case Msg(term: AvailableVisitsTermPresentation, bookingData) =>\n        val response = apiService.temporaryReservation(userId.accountId, term.mapTo[TemporaryReservationRequest], term.mapTo[ValuationsRequest])\n        response match {\n          case Left(ex) =>\n            warn(s\"Service [${bookingData.serviceId.name}] is already booked. Ask to update term\", ex)\n            bot.sendMessage(userId.source, lang.visitAlreadyExists,\n              inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n            goto(awaitRebookDecision) using bookingData.copy(term = Some(term))\n          case Right((temporaryReservation, valuations)) =>\n            bot.sendMessage(userId.source, lang.confirmAppointment(term, valuations),\n              inlineKeyboard = createInlineKeyboard(Seq(Button(lang.cancel, Tags.Cancel), Button(lang.book, Tags.Book))))\n            goto(awaitReservation) using bookingData.copy(term = Some(term), temporaryReservationId = Some(temporaryReservation.id), valuations = Some(valuations))\n        }\n      case Msg(Pager.NoItemsFound, _) =>\n        goto(askNoTermsAction)\n    }\n\n  private def askNoTermsAction: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.noTermsFound, inlineKeyboard =\n        createInlineKeyboard(Seq(Button(lang.modifyDate, Tags.ModifyDate), Button(lang.createMonitoring, Tags.CreateMonitoring))))\n    } onReply {\n      case Msg(CallbackCommand(Tags.ModifyDate), bookingData) =>\n        goto(requestDateFrom) using bookingData.copy(dateFrom = ZonedDateTime.now(),\n          dateTo = ZonedDateTime.now().plusDays(1L))\n      case Msg(CallbackCommand(Tags.CreateMonitoring), bookingData) =>\n        val settingsMaybe = dataService.findSettings(userId.userId)\n        val (defaultOffset, askOffset) = settingsMaybe match {\n          case Some(settings) => (settings.defaultOffset, settings.alwaysAskOffset)\n          case None => (0, false)\n        }\n        val newData = bookingData.copy(offset = defaultOffset)\n        if (askOffset) goto(askMonitoringOffsetOption) using newData\n        else goto(askMonitoringAutobookOption) using newData\n    }\n\n  private def awaitRebookDecision: Step =\n    monologue {\n      case Msg(CallbackCommand(Tags.Yes), bookingData: BookingData) =>\n        apiService.updateReservedVisit(userId.accountId, bookingData.term.get) match {\n          case Right(success) =>\n            debug(s\"Successfully confirmed: $success\")\n            bot.sendMessage(userId.source, lang.appointmentIsConfirmed)\n          case Left(ex) =>\n            error(\"Error during reservation\", ex)\n            bot.sendMessage(userId.source, ex.getMessage)\n        }\n        end()\n      case Msg(CallbackCommand(Tags.No), _) =>\n        info(\"User doesn't want to change term\")\n        end()\n    }\n\n  private def awaitReservation: Step =\n    monologue {\n      case Msg(CallbackCommand(Tags.Cancel), bookingData: BookingData) =>\n        apiService.deleteTemporaryReservation(userId.accountId, bookingData.temporaryReservationId.get)\n        stay()\n      case Msg(CallbackCommand(Tags.Book), bookingData: BookingData) =>\n        makeReservation(bookingData)\n        end()\n    }\n\n  private def makeReservation(bookingData: BookingData): Unit = {\n    val reservationRequestMaybe = for {\n      tmpReservationId <- bookingData.temporaryReservationId\n      valuations <- bookingData.valuations\n      visitTermVariant <- valuations.visitTermVariants.headOption\n      term <- bookingData.term\n    } yield (tmpReservationId, visitTermVariant, term).mapTo[ReservationRequest]\n\n    reservationRequestMaybe match {\n      case Some(reservationRequest) =>\n        apiService.reservation(userId.accountId, reservationRequest) match {\n          case Left(ex) =>\n            error(\"Error during reservation\", ex)\n            bot.sendMessage(userId.source, ex.getMessage)\n          case Right(success) =>\n            debug(s\"Successfully confirmed: $success\")\n            bot.sendMessage(userId.source, lang.appointmentIsConfirmed)\n        }\n      case _ => sys.error(s\"Can not prepare reservation request using booking data $bookingData\")\n    }\n  }\n\n  private def askMonitoringOffsetOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.pleaseSpecifyOffset,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No))))\n    } onReply {\n      case Msg(TextCommand(IntString(offset)), bookingData: BookingData) =>\n        goto(askMonitoringAutobookOption) using bookingData.copy(offset = offset)\n      case Msg(CallbackCommand(BooleanString(false)), _) =>\n        goto(askMonitoringAutobookOption)\n    }\n\n  private def askMonitoringAutobookOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.chooseTypeOfMonitoring,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.bookByApplication, Tags.BookByApplication), Button(lang.bookManually, Tags.BookManually)), columns = 1))\n    } onReply {\n      case Msg(CallbackCommand(BooleanString(autobook)), bookingData: BookingData) =>\n        val data = bookingData.copy(autobook = autobook)\n        if (autobook) goto(askMonitoringRebookOption) using data\n        else goto(createMonitoring) using data\n    }\n\n  private def askMonitoringRebookOption: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.rebookIfExists,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n    } onReply {\n      case Msg(CallbackCommand(BooleanString(rebookIfExists)), bookingData: BookingData) =>\n        goto(createMonitoring) using bookingData.copy(rebookIfExists = rebookIfExists)\n    }\n\n  private def createMonitoring: Step =\n    process { bookingData =>\n      debug(s\"Creating monitoring for $bookingData\")\n      try {\n        monitoringService.createMonitoring((userId -> bookingData).mapTo[Monitoring])\n        bot.sendMessage(userId.source, lang.monitoringHasBeenCreated)\n      } catch {\n        case ex: Exception =>\n          error(\"Unable to create monitoring\", ex)\n          bot.sendMessage(userId.source, lang.unableToCreateMonitoring(ex.getMessage))\n      }\n      end()\n    }\n\n  private def cityConfig = StaticDataConfig(lang.city, \"wro\", \"Wroc\u0142aw\", isAnyAllowed = false)\n\n  private def clinicConfig = StaticDataConfig(lang.clinic, \"swob\", \"Swobodna 1\", isAnyAllowed = true)\n\n  private def serviceConfig = StaticDataConfig(lang.service, \"stomat\", \"Stomatolog\", isAnyAllowed = false)\n\n  private def doctorConfig = StaticDataConfig(lang.doctor, \"kowal\", \"Kowalski\", isAnyAllowed = true)\n\n  beforeDestroy {\n    datePicker.destroy()\n    staticData.destroy()\n    termsPager.destroy()\n    timePicker.destroy()\n  }\n}\n\nobject Book {\n\n  case class BookingData(cityId: IdName = null, clinicId: IdName = null,\n                         serviceId: IdName = null, doctorId: IdName = null, dateFrom: ZonedDateTime = ZonedDateTime.now(),\n                         dateTo: ZonedDateTime = ZonedDateTime.now().plusDays(1L), timeFrom: LocalTime = LocalTime.of(7, 0),\n                         timeTo: LocalTime = LocalTime.of(21, 0), autobook: Boolean = false, rebookIfExists: Boolean = false,\n                         term: Option[AvailableVisitsTermPresentation] = None, temporaryReservationId: Option[Long] = None,\n                         valuations: Option[ValuationsResponse] = None, offset: Int = 0, payerId: Long = 0, payers: Seq[IdName] = Seq())\n\n  object Tags {\n    val Cancel = \"cancel\"\n    val Book = \"book\"\n    val FindTerms = \"find_terms\"\n    val ModifyDate = \"modify_date\"\n    val CreateMonitoring = \"create_monitoring\"\n    val BookManually = \"false\"\n    val BookByApplication = \"true\"\n    val Yes = \"true\"\n    val No = \"false\"\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/IdName.scala","text":"\npackage com.lbs.api.json.model\n\n\nobject IdName {\n  def from(id: java.lang.Long, name: String): IdName = new IdName(if (id != null) id else -1, name)\n}\n\ncase class IdName(id: Long, name: String) {\n  def optionalId: Option[Long] = Option(id).filterNot(_ == -1L)\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/History.scala","text":"\npackage com.lbs.server.repository.model\n\n\ntrait History {\n  def id: JLong\n\n  def name: String\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LoginResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\/**\n  * {\n  *   \"access_token\": \"<KEY>\",\n  *   \"expires_in\": 599,\n  *   \"refresh_token\": \"<PASSWORD>\",\n  *   \"token_type\": \"bearer\"\n  * }\n  *\/\ncase class LoginResponse(accessToken: String, expiresIn: Int, refreshToken: String, tokenType: String) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/TimePicker.scala","text":"\npackage com.lbs.server.conversation\n\nimport java.time.LocalTime\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.Button\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.TimePicker.{Mode, Tags, TimeFromMode, TimeToMode}\nimport com.lbs.server.conversation.base.{Conversation, Interactional}\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.util.DateTimeUtil.applyHourMinute\nimport com.lbs.server.util.MessageExtractors.{CallbackCommand, TextCommand}\n\nimport scala.util.control.NonFatal\n\n\/**\n  * Time picker Inline Keyboard\n  *\n  * \u2b06   \u2b06\n  * HH   mm\n  * \u2b07   \u2b07\n  *\n  *\/\nclass TimePicker(val userId: UserId, val bot: Bot, val localization: Localization, originator: Interactional)(val actorSystem: ActorSystem) extends Conversation[LocalTime] with Localizable {\n\n  private var mode: Mode = TimeFromMode\n\n  entryPoint(configure)\n\n  def configure: Step =\n    monologue {\n      case Msg(newMode: Mode, _) =>\n        mode = newMode\n        stay()\n      case Msg(initialTime: LocalTime, _) =>\n        goto(requestTime) using initialTime\n    }\n\n  def requestTime: Step =\n    ask { initialTime =>\n      val message = mode match {\n        case TimeFromMode => lang.chooseTimeFrom(initialTime)\n        case TimeToMode => lang.chooseTimeTo(initialTime)\n      }\n      bot.sendMessage(userId.source, message, inlineKeyboard = timeButtons(initialTime))\n    } onReply {\n      case Msg(cmd@CallbackCommand(Tags.Done), selectedTime) =>\n        val message = mode match {\n          case TimeFromMode =>\n            lang.timeFromIs(selectedTime)\n          case TimeToMode =>\n            lang.timeToIs(selectedTime)\n        }\n        bot.sendEditMessage(userId.source, cmd.message.messageId, message)\n        originator ! selectedTime\n        end()\n      case Msg(TextCommand(hourMinute), _) =>\n        try {\n          val time = applyHourMinute(hourMinute)\n          val message = mode match {\n            case TimeFromMode =>\n              lang.timeFromIs(time)\n            case TimeToMode =>\n              lang.timeToIs(time)\n          }\n          bot.sendMessage(userId.source, message)\n          originator ! time\n          end()\n        } catch {\n          case NonFatal(ex) =>\n            error(\"Unable to parse time\", ex)\n            bot.sendMessage(userId.source, \"Incorrect time. Please use format HH:mm\")\n            goto(requestTime)\n        }\n      case Msg(cmd@CallbackCommand(tag), time) =>\n        val modifiedTime = modifyTime(time, tag)\n        bot.sendEditMessage(userId.source, cmd.message.messageId, inlineKeyboard = timeButtons(modifiedTime))\n        stay() using modifiedTime\n    }\n\n  private def modifyTime(time: LocalTime, tag: String) = {\n    tag match {\n      case Tags.HourInc => time.plusHours(1)\n      case Tags.MinuteInc => time.plusMinutes(30)\n      case Tags.HourDec => time.minusHours(1)\n      case Tags.MinuteDec => time.minusMinutes(30)\n    }\n  }\n\n  private def timeButtons(time: LocalTime) = {\n    val hour = f\"${time.getHour}%02d\"\n    val minute = f\"${time.getMinute}%02d\"\n\n    createInlineKeyboard(Seq(\n      Seq(Button(\"\u2b06\", Tags.HourInc), Button(\"\u2b06\", Tags.MinuteInc)),\n      Seq(Button(hour), Button(minute)),\n      Seq(Button(\"\u2b07\", Tags.HourDec), Button(\"\u2b07\", Tags.MinuteDec)),\n      Seq(Button(\"Done\", Tags.Done))\n    ))\n  }\n}\n\nobject TimePicker {\n\n  trait Mode\n\n  object TimeFromMode extends Mode\n\n  object TimeToMode extends Mode\n\n  object Tags {\n    val HourInc = \"hour_inc\"\n    val MinuteInc = \"minute_inc\"\n    val HourDec = \"hour_dec\"\n    val MinuteDec = \"minute_dec\"\n    val Done = \"done\"\n  }\n\n}\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/SerializableJsonObject.scala","text":"\npackage com.lbs.api.json.model\n\ntrait SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/Lang.scala","text":"<reponame>mkmozgawa\/luxmed-bot<filename>server\/src\/main\/scala\/com\/lbs\/server\/lang\/Lang.scala\n\npackage com.lbs.server.lang\n\nimport com.lbs.api.json.model.{AvailableVisitsTermPresentation, HistoricVisit, ReservedVisit, ValuationsResponse}\nimport com.lbs.server.conversation.Book.BookingData\nimport com.lbs.server.conversation.StaticData.StaticDataConfig\nimport com.lbs.server.repository.model.Monitoring\n\nimport java.time.{LocalTime, ZonedDateTime}\nimport java.util.Locale\nimport scala.io.Source\nimport scala.util.Try\n\nobject Lang {\n\n  val Langs: Seq[Lang] = Seq(En, Ua, Pl)\n\n  private val LangsMap = Langs.map(e => e.id -> e).toMap\n\n  def apply(id: Int): Lang = {\n    LangsMap.getOrElse(id, sys.error(s\"Unknown language id $id\"))\n  }\n\n  val version: String = Try(Source.fromFile(\"version\").getLines.mkString).getOrElse(\"Unknown\")\n}\n\ntrait Lang {\n\n  def id: Int\n\n  def locale: Locale\n\n  def label: String\n\n  protected def capitalizeFirstLetter(str: String): String = {\n    val fistCapitalLetter = str.head.toTitleCase\n    fistCapitalLetter + str.tail\n  }\n\n  protected def withPages(message: String, page: Int, pages: Int): String\n\n  def unableToCancelUpcomingVisit(reason: String): String\n\n  def appointmentHasBeenCancelled: String\n\n  def yes: String\n\n  def no: String\n\n  def noUpcomingVisits: String\n\n  def areYouSureToCancelAppointment(visit: ReservedVisit): String\n\n  def chooseDateFrom(exampleDate: ZonedDateTime): String\n\n  def chooseDateTo(exampleDate: ZonedDateTime): String\n\n  def chooseTimeFrom(exampleTime: LocalTime): String\n\n  def chooseTimeTo(exampleTime: LocalTime): String\n\n  def findTerms: String\n\n  def modifyDate: String\n\n  def moreParameters: String\n\n  def bookingSummary(bookingData: BookingData): String\n\n  def noTermsFound: String\n\n  def createMonitoring: String\n\n  def cancel: String\n\n  def book: String\n\n  def confirmAppointment(term: AvailableVisitsTermPresentation, valuations: ValuationsResponse): String\n\n  def appointmentIsConfirmed: String\n\n  def monitoringHasBeenCreated: String\n\n  def unableToCreateMonitoring(reason: String): String\n\n  def chooseTypeOfMonitoring: String\n\n  def bookByApplication: String\n\n  def bookManually: String\n\n  def rebookIfExists: String\n\n  def pleaseSpecifyOffset: String\n\n  def visitAlreadyExists: String\n\n  def canNotDetectPayer(error: String): String\n\n  def pleaseChoosePayer: String\n\n  def city: String\n\n  def clinic: String\n\n  def service: String\n\n  def doctor: String\n\n  def previous: String\n\n  def next: String\n\n  def noActiveMonitorings: String\n\n  def deactivateMonitoring(monitoring: Monitoring): String\n\n  def deactivated: String\n\n  def any: String\n\n  def pressAny: String\n\n  protected def withAnyVariant(message: String, isAnyAllowed: Boolean): String = {\n    if (isAnyAllowed)\n      message + \"\\n\\n\" + pressAny\n    else message\n  }\n\n  def pleaseEnterStaticDataNameOrAny(config: StaticDataConfig): String\n\n  def pleaseEnterStaticDataNameOrPrevious(config: StaticDataConfig): String\n\n  def staticDataIs(config: StaticDataConfig, label: String): String\n\n  def pleaseChooseStaticDataNameOrAny(config: StaticDataConfig): String\n\n  def staticNotFound(config: StaticDataConfig): String\n\n  def loginAndPasswordAreOk: String\n\n  def provideUsername: String\n\n  def providePassword: String\n\n  def visitsHistoryIsEmpty: String\n\n  def help: String\n\n  def dateFromIs(dateFrom: ZonedDateTime): String\n\n  def dateToIs(dateTo: ZonedDateTime): String\n\n  def timeFromIs(timeFrom: LocalTime): String\n\n  def timeToIs(timeTo: LocalTime): String\n\n  def termEntry(term: AvailableVisitsTermPresentation, page: Int, index: Int): String\n\n  def termsHeader(page: Int, pages: Int): String\n\n  def historyEntry(visit: HistoricVisit, page: Int, index: Int): String\n\n  def historyHeader(page: Int, pages: Int): String\n\n  def upcomingVisitEntry(visit: ReservedVisit, page: Int, index: Int): String\n\n  def upcomingVisitsHeader(page: Int, pages: Int): String\n\n  def bugsHeader(page: Int, pages: Int): String\n\n  def monitoringEntry(monitoring: Monitoring, page: Int, index: Int): String\n\n  def monitoringHistoryEntry(monitoring: Monitoring, page: Int, index: Int): String\n\n  def monitoringsHeader(page: Int, pages: Int): String\n\n  def monitoringsHistoryHeader(page: Int, pages: Int): String\n\n  def invalidLoginOrPassword: String\n\n  def availableTermEntry(term: AvailableVisitsTermPresentation, monitoring: Monitoring, index: Int): String\n\n  def availableTermsHeader(size: Int): String\n\n  def nothingWasFoundByMonitoring(monitoring: Monitoring): String\n\n  def appointmentIsBooked(term: AvailableVisitsTermPresentation, monitoring: Monitoring): String\n\n  def maximumMonitoringsLimitExceeded: String\n\n  def termIsOutdated: String\n\n  def loginHasChangedOrWrong: String\n\n  def settingsHeader: String\n\n  def language: String\n\n  def offset: String\n\n  def chooseLanguage: String\n\n  def configureOffset: String\n\n  def pleaseEnterOffset(current: Int): String\n\n  def alwaysAskOffset(enabled: Boolean): String\n\n  def changeDefaultOffset(current: Int): String\n\n  def languageUpdated: String\n\n  def appointmentWasNotCancelled: String\n\n  def monitoringWasNotDeactivated: String\n\n  def createNewBug: String\n\n  def showSubmittedBugs: String\n\n  def bugAction: String\n\n  def bugHasBeenCreated(bugId: Long): String\n\n  def noSubmittedIssuesFound: String\n\n  def enterIssueDetails: String\n\n  def deleteAccount: String\n\n  def addAccount: String\n\n  def pleaseChooseAccount(currentAccountName: String): String\n\n  def accountSwitched(username: String): String\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/DataRepository.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.repository\n\nimport java.time.ZonedDateTime\n\nimport com.lbs.server.repository.model.{CityHistory, ClinicHistory, Credentials, DoctorHistory, JLong, Monitoring, ServiceHistory, Settings, Source, SystemUser}\nimport javax.persistence.EntityManager\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Repository\n\nimport scala.collection.JavaConverters._\n\n@Repository\nclass DataRepository(@Autowired em: EntityManager) {\n\n  private val maxHistory = 4\n\n  def getCityHistory(accountId: Long): Seq[CityHistory] = {\n    em.createQuery(\n      \"\"\"select city from CityHistory city where city.recordId in\n        | (select max(c.recordId) from CityHistory c where c.accountId = :accountId group by c.name order by MAX(c.time) desc)\n        | order by city.time desc\"\"\".stripMargin, classOf[CityHistory])\n      .setParameter(\"accountId\", accountId)\n      .setMaxResults(maxHistory)\n      .getResultList.asScala\n  }\n\n  def getClinicHistory(accountId: Long, cityId: Long): Seq[ClinicHistory] = {\n    em.createQuery(\n      \"\"\"select clinic from ClinicHistory clinic where clinic.recordId in\n        | (select max(c.recordId) from ClinicHistory c where c.accountId = :accountId and c.cityId = :cityId group by c.name order by MAX(c.time) desc)\n        | order by clinic.time desc\"\"\".stripMargin, classOf[ClinicHistory])\n      .setParameter(\"accountId\", accountId)\n      .setParameter(\"cityId\", cityId)\n      .setMaxResults(maxHistory)\n      .getResultList.asScala\n  }\n\n  def getServiceHistory(accountId: Long, cityId: Long, clinicId: Option[Long]): Seq[ServiceHistory] = {\n    val query = em.createQuery(\n      s\"\"\"select service from ServiceHistory service where service.recordId in\n         | (select max(s.recordId) from ServiceHistory s where s.accountId = :accountId and s.cityId = :cityId\n         | and s.clinicId ${clinicId.map(_ => \"= :clinicId\").getOrElse(\"IS NULL\")} group by s.name order by MAX(s.time) desc)\n         | order by service.time desc\"\"\".stripMargin, classOf[ServiceHistory])\n      .setParameter(\"accountId\", accountId)\n      .setParameter(\"cityId\", cityId)\n      .setMaxResults(maxHistory)\n\n    clinicId.map(id => query.setParameter(\"clinicId\", id)).getOrElse(query).getResultList.asScala\n  }\n\n  def getDoctorHistory(accountId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long): Seq[DoctorHistory] = {\n    val query = em.createQuery(\n      s\"\"\"select doctor from DoctorHistory doctor where doctor.recordId in\n         | (select max(d.recordId) from DoctorHistory d where d.accountId = :accountId\n         | and d.cityId = :cityId and d.clinicId ${clinicId.map(_ => \"= :clinicId\").getOrElse(\"IS NULL\")}\n         | and d.serviceId = :serviceId group by d.name order by MAX(d.time) desc)\n         | order by doctor.time desc\"\"\".stripMargin, classOf[DoctorHistory])\n      .setParameter(\"accountId\", accountId)\n      .setParameter(\"cityId\", cityId)\n      .setParameter(\"serviceId\", serviceId)\n      .setMaxResults(maxHistory)\n\n    clinicId.map(id => query.setParameter(\"clinicId\", id)).getOrElse(query).getResultList.asScala\n  }\n\n  def findCredentials(accountId: Long): Option[Credentials] = {\n    em.createQuery(\n      \"select credentials from Credentials credentials where credentials.accountId = :accountId\", classOf[Credentials])\n      .setParameter(\"accountId\", accountId)\n      .getResultList.asScala.headOption\n  }\n\n  def getActiveMonitorings: Seq[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.active = true\"\"\".stripMargin, classOf[Monitoring])\n      .getResultList.asScala\n  }\n\n  def getActiveMonitoringsCount(accountId: Long): JLong = {\n    em.createQuery(\n      \"\"\"select count(monitoring) from Monitoring monitoring where monitoring.active = true\n        | and monitoring.accountId = :accountId\"\"\".stripMargin, classOf[JLong])\n      .setParameter(\"accountId\", accountId)\n      .getSingleResult\n  }\n\n  def getActiveMonitorings(accountId: Long): Seq[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.active = true\n        | and monitoring.accountId = :accountId order by monitoring.dateTo asc\"\"\".stripMargin, classOf[Monitoring])\n      .setParameter(\"accountId\", accountId)\n      .getResultList.asScala\n  }\n\n  def getAllMonitoringsCount(accountId: Long): JLong = {\n    em.createQuery(\n      \"\"\"select count(monitoring) from Monitoring monitoring where\n        | monitoring.accountId = :accountId\"\"\".stripMargin, classOf[JLong])\n      .setParameter(\"accountId\", accountId)\n      .getSingleResult\n  }\n\n  def getMonitoringsPage(accountId: Long, start: Int, count: Int): Seq[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.accountId = :accountId\n        | order by monitoring.created desc\"\"\".stripMargin, classOf[Monitoring])\n      .setParameter(\"accountId\", accountId)\n      .setFirstResult(start)\n      .setMaxResults(count)\n      .getResultList.asScala\n  }\n\n\n\n  def findActiveMonitoring(accountId: Long, cityId: Long, serviceId: Long, doctorId: Long): Option[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.active = true\n        | and monitoring.accountId = :accountId\n        | and monitoring.cityId = :cityId\n        | and monitoring.serviceId = :serviceId\n        | and monitoring.doctorId = :doctorId\"\"\".stripMargin, classOf[Monitoring])\n      .setParameter(\"accountId\", accountId)\n      .setParameter(\"cityId\", cityId)\n      .setParameter(\"serviceId\", serviceId)\n      .setParameter(\"doctorId\", doctorId)\n      .getResultList.asScala.headOption\n  }\n\n  def getActiveMonitoringsSince(since: ZonedDateTime): Seq[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.active = true\n        | and monitoring.created > :since\"\"\".stripMargin, classOf[Monitoring])\n      .setParameter(\"since\", since)\n      .getResultList.asScala\n  }\n\n  def findMonitoring(accountId: Long, monitoringId: Long): Option[Monitoring] = {\n    em.createQuery(\n      \"\"\"select monitoring from Monitoring monitoring where monitoring.accountId = :accountId\n        | and monitoring.recordId = :monitoringId\"\"\".stripMargin, classOf[Monitoring])\n      .setParameter(\"accountId\", accountId)\n      .setParameter(\"monitoringId\", monitoringId)\n      .getResultList.asScala.headOption\n  }\n\n  def findSettings(userId: Long): Option[Settings] = {\n    em.createQuery(\n      \"select settings from Settings settings where settings.userId = :userId\", classOf[Settings])\n      .setParameter(\"userId\", userId)\n      .getResultList.asScala.headOption\n  }\n\n  def findUserId(chatId: String, sourceSystemId: Long): Option[JLong] = {\n    em.createQuery(\n      \"select source.userId from Source source where source.chatId = :chatId\" +\n        \" and source.sourceSystemId = :sourceSystemId\", classOf[JLong])\n      .setParameter(\"chatId\", chatId)\n      .setParameter(\"sourceSystemId\", sourceSystemId)\n      .getResultList.asScala.headOption\n  }\n\n  def findCredentialsByUsername(username: String, userId: Long): Option[Credentials] = {\n    em.createQuery(\n      \"select credentials from Credentials credentials where credentials.username = :username\" +\n        \" and credentials.userId = :userId\", classOf[Credentials])\n      .setParameter(\"username\", username)\n      .setParameter(\"userId\", userId)\n      .getResultList.asScala.headOption\n  }\n\n  def findSource(chatId: String, sourceSystemId: Long, userId: Long): Option[Source] = {\n    em.createQuery(\n      \"select source from Source source where source.chatId = :chatId\" +\n        \" and source.sourceSystemId = :sourceSystemId\" +\n        \" and userId = :userId\", classOf[Source])\n      .setParameter(\"chatId\", chatId)\n      .setParameter(\"sourceSystemId\", sourceSystemId)\n      .setParameter(\"userId\", userId)\n      .getResultList.asScala.headOption\n  }\n\n  def findUserIdBySource(chatId: String, sourceSystemId: Long): Option[JLong] = {\n    em.createQuery(\n      \"select source.userId from Source source where source.chatId = :chatId\" +\n        \" and source.sourceSystemId = :sourceSystemId\", classOf[JLong])\n      .setParameter(\"chatId\", chatId)\n      .setParameter(\"sourceSystemId\", sourceSystemId)\n      .getResultList.asScala.headOption\n  }\n\n  def findAccountId(userId: Long): Option[JLong] = {\n    em.createQuery(\n      \"select systemUser.activeAccountId from SystemUser systemUser where systemUser.recordId = :recordId\", classOf[JLong])\n      .setParameter(\"recordId\", userId)\n      .getResultList.asScala.headOption\n  }\n\n  def findUser(userId: Long): Option[SystemUser] = {\n    em.createQuery(\n      \"select systemUser from SystemUser systemUser where systemUser.recordId = :recordId\", classOf[SystemUser])\n      .setParameter(\"recordId\", userId)\n      .getResultList.asScala.headOption\n  }\n\n  def getUserCredentials(userId: Long): Seq[Credentials] = {\n    em.createQuery(\n      \"select credentials from Credentials credentials where credentials.userId = :userId\", classOf[Credentials])\n      .setParameter(\"userId\", userId)\n      .getResultList.asScala\n  }\n\n  def findUserCredentialsByUserIdAndAccountId(userId: Long, accountId: Long): Option[Credentials] = {\n    em.createQuery(\n      \"\"\"select credentials from Credentials credentials where credentials.userId = :userId\n        | and credentials.accountId = :accountId\n      \"\"\".stripMargin, classOf[Credentials])\n      .setParameter(\"userId\", userId)\n      .setParameter(\"accountId\", accountId)\n      .getResultList.asScala.headOption\n  }\n\n  def saveEntity[T](entity: T): T = {\n    em.merge(entity)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/PayerDetails.scala","text":"\npackage com.lbs.api.json.model\n\ncase class PayerDetails(brandId: Option[Long], contractId: Long, payerId: Long, payerName: String, productElementId: Option [Long],\n                        productId: Long, productInContractId: Long, servaAppId: Long, servaId: Long) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"common\/src\/main\/scala\/com\/lbs\/common\/ModelConverters.scala","text":"\npackage com.lbs.common\n\nimport scala.collection.TraversableLike\nimport scala.collection.generic.CanBuildFrom\nimport scala.language.{higherKinds, implicitConversions}\n\ntrait ModelConverters {\n\n  trait ObjectConverter[-In, +Out] {\n    def convert(any: In): Out\n  }\n\n  implicit class ObjectOps[From](anyRef: From) {\n    def mapTo[To](implicit converter: ObjectConverter[From, To]): To = converter.convert(anyRef)\n  }\n\n  implicit def sequenceConverters[From, To, Col[+X] <: TraversableLike[X, Col[X]]]\n  (implicit objectConverter: ObjectConverter[From, To], bf: CanBuildFrom[Col[From], To, Col[To]]): ObjectConverter[Col[From], Col[To]] = {\n    col: Col[From] => col.map(objectConverter.convert)\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Settings.scala","text":"\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.bot.{Bot, _}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Settings._\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Lang, Localizable, Localization}\nimport com.lbs.server.service.DataService\nimport com.lbs.server.util.MessageExtractors.{CallbackCommand, IntString, TextCommand}\nimport com.lbs.server.repository.model\n\nclass Settings(val userId: UserId, bot: Bot, dataService: DataService, val localization: Localization)(val actorSystem: ActorSystem) extends Conversation[Unit] with Localizable {\n\n  entryPoint(askForAction)\n\n  def askForAction: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.settingsHeader, inlineKeyboard =\n        createInlineKeyboard(Seq(Button(lang.language, Tags.Language),\n          Button(lang.offset, Tags.Offset)), columns = 1))\n    } onReply {\n      case Msg(Command(_, _, Some(Tags.Language)), _) =>\n        goto(askLanguage)\n      case Msg(Command(_, _, Some(Tags.Offset)), _) =>\n        goto(showOffsetOptions)\n    }\n\n  def askLanguage: Step =\n    ask { _ =>\n      bot.sendMessage(userId.source, lang.chooseLanguage,\n        inlineKeyboard = createInlineKeyboard(Lang.Langs.map(l => Button(l.label, l.id)), columns = 1))\n    } onReply {\n      case Msg(CallbackCommand(IntString(langId)), _) =>\n        localization.updateLanguage(userId.userId, Lang(langId))\n        bot.sendMessage(userId.source, lang.languageUpdated)\n        end()\n    }\n\n  def showOffsetOptions: Step = {\n    ask { _ =>\n      val settings = getSettings\n      bot.sendMessage(userId.source, lang.configureOffset,\n        inlineKeyboard = createInlineKeyboard(Seq(Button(lang.alwaysAskOffset(settings.alwaysAskOffset), Tags.ToggleAskOffsetOnOff),\n          Button(lang.changeDefaultOffset(settings.defaultOffset), Tags.ChangeDefaultOffset)), columns = 1))\n    } onReply {\n      case Msg(cmd@CallbackCommand(Tags.ToggleAskOffsetOnOff), _) =>\n        val settings = getSettings\n        settings.alwaysAskOffset = !settings.alwaysAskOffset\n        dataService.saveSettings(settings)\n        bot.sendEditMessage(userId.source, cmd.message.messageId,\n          inlineKeyboard = createInlineKeyboard(Seq(Button(lang.alwaysAskOffset(settings.alwaysAskOffset), Tags.ToggleAskOffsetOnOff),\n            Button(lang.changeDefaultOffset(settings.defaultOffset), Tags.ChangeDefaultOffset)), columns = 1))\n        stay()\n      case Msg(CallbackCommand(Tags.ChangeDefaultOffset), _) =>\n        goto(askDefaultOffset)\n    }\n  }\n\n  def askDefaultOffset: Step = {\n    ask { _ =>\n      val settings = getSettings\n      bot.sendMessage(userId.source, lang.pleaseEnterOffset(settings.defaultOffset))\n    } onReply {\n      case Msg(TextCommand(IntString(offset)), _) =>\n        val settings = getSettings\n        settings.defaultOffset = offset\n        dataService.saveSettings(settings)\n        goto(showOffsetOptions)\n    }\n  }\n\n  private def getSettings = {\n    dataService.findSettings(userId.userId).getOrElse(model.Settings(userId.userId, lang.id, 0, alwaysAskOffset = false))\n  }\n}\n\nobject Settings {\n\n  object Tags {\n    val Language = \"language\"\n    val Offset = \"offset\"\n    val ToggleAskOffsetOnOff = \"always_ask_offset\"\n    val ChangeDefaultOffset = \"change_default_offset\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/DoctorHistory.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.repository.model\n\nimport java.time.ZonedDateTime\n\nimport javax.persistence.{Access, AccessType, Column, Entity}\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass DoctorHistory extends History with RecordId {\n  @BeanProperty\n  @Column(nullable = false)\n  var id: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var name: String = _\n\n  @BeanProperty\n  @Column(name = \"account_id\", nullable = false)\n  var accountId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"city_id\", nullable = false)\n  var cityId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"clinic_id\", nullable = true)\n  var clinicId: JLong = _\n\n  @BeanProperty\n  @Column(name = \"service_id\", nullable = false)\n  var serviceId: JLong = _\n\n  @BeanProperty\n  @Column(nullable = false)\n  var time: ZonedDateTime = _\n}\n\nobject DoctorHistory {\n  def apply(accountId: Long, id: Long, name: String, cityId: Long, clinicId: Option[Long], serviceId: Long, time: ZonedDateTime): DoctorHistory = {\n    val doctor = new DoctorHistory\n    doctor.accountId = accountId\n    doctor.id = id\n    doctor.name = name\n    doctor.time = time\n    doctor.cityId = cityId\n    doctor.clinicId = clinicId\n    doctor.serviceId = serviceId\n    doctor\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ValuationsResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\n\/**\n{\n    \"OptionsQuestion\": \"Would you like to confirm your appointment booking?\",\n    \"VisitTermVariants\": [\n        {\n            \"CanBeReserve\": true,\n            \"InfoMessage\": \"During the appointment, the physician will indicate the services to be provided and will inform you of the relevant fee, if any. The services will be provided in accordance with the scope of the agreement.\",\n            \"IsStomatology\": true,\n            \"OptionMessage\": \"I do not have the required referral\",\n            \"PaymentMessage\": \"\",\n            \"ReferralRequired\": false,\n            \"ValuationDetail\": {\n                \"PayerData\": {\n                    \"BrandId\": null,\n                    \"ContractId\": 1111111,\n                    \"PayerId\": 22222,\n                    \"PayerName\": \"<NAME>.\",\n                    \"ProductElementId\": 8547100,\n                    \"ProductId\": 44444,\n                    \"ProductInContractId\": 555555,\n                    \"ServaAppId\": 0,\n                    \"ServaId\": 6621\n                },\n                \"Price\": 0.0,\n                \"ValuationType\": 1\n            },\n            \"WarningMessage\": \"\"\n        }\n    ]\n}\n  *\/\ncase class ValuationsResponse(optionsQuestion: Option[String], visitTermVariants: List[VisitTermVariant]) extends SerializableJsonObject\n\ncase class VisitTermVariant(canBeReserve: Boolean, infoMessage: String, isStomatology: Boolean, optionMessage: String, paymentMessage: String,\n                            referralRequired: Boolean, valuationDetail: ValuationDetail, warningMessage: String) extends SerializableJsonObject\n\ncase class ValuationDetail(payerData: PayerDetails, price: BigDecimal, valuationType: Int) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/base\/Conversation.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/conversation\/base\/Conversation.scala\npackage com.lbs.server.conversation.base\n\nimport com.lbs.common.Logger\n\nimport scala.util.control.NonFatal\n\ntrait Conversation[D] extends Domain[D] with Interactional with Logger {\n\n  private var currentData: D = _\n\n  private var currentStep: Step = _\n\n  private var initialData: D = _\n\n  private var initialStep: Step = _\n\n  private val defaultMsgHandler: MessageProcessorFn = {\n    case Msg(any, data) =>\n      warn(s\"Unhandled message received in step '${currentStep.name}'. Message: [$any]. Data: [$data]\")\n      NextStep(currentStep, Some(data))\n  }\n\n  private var msgHandler: MessageProcessorFn = defaultMsgHandler\n\n  private[base] def executeCurrentStep(): Unit = {\n    try {\n      currentStep match {\n        case qa: Dialogue => qa.askFn(currentData)\n        case Process(_, fn) =>\n          val nextStep = fn(currentData)\n          moveToNextStep(nextStep)\n        case _ => \/\/do nothing\n      }\n    } catch {\n      case NonFatal(ex) => error(\"Step execution failed\", ex)\n    }\n  }\n\n  private[base] def makeStepTransition(any: Any): Unit = {\n    def handle[X](unit: X, fn: PartialFunction[X, NextStep], defaultFn: PartialFunction[X, NextStep]): Unit = {\n      try {\n        val nextStep = if (fn.isDefinedAt(unit)) fn(unit) else defaultFn(unit)\n        moveToNextStep(nextStep)\n      } catch {\n        case NonFatal(ex) => error(\"Step transition failed\", ex)\n      }\n    }\n\n    currentStep match {\n      case Dialogue(_, _, fn) =>\n        val fact = Msg(any, currentData)\n        handle(fact, fn, msgHandler)\n      case Monologue(_, fn) =>\n        val fact = Msg(any, currentData)\n        handle(fact, fn, msgHandler)\n      case _ => \/\/do nothing\n    }\n  }\n\n  private def moveToNextStep(nextStep: NextStep): Unit = {\n    trace(s\"Moving from step '${currentStep.name}' to step '${nextStep.step.name}'\")\n    currentStep = nextStep.step\n    nextStep.data.foreach { data =>\n      currentData = data\n    }\n  }\n\n  private[base] def initializeConversation(): Unit = {\n    require(initialStep != null, \"Entry point must be defined\")\n    currentStep = initialStep\n    currentData = initialData\n  }\n\n\n  protected def monologue(answerFn: MessageProcessorFn)(implicit functionName: sourcecode.Name): Monologue = Monologue(functionName.value, answerFn)\n\n  protected def ask(askFn: D => Unit): Ask = Ask(askFn)\n\n  protected def process(processFn: ProcessFn)(implicit functionName: sourcecode.Name): Process = Process(functionName.value, processFn)\n\n  protected def end(): NextStep = NextStep(End)\n\n  protected implicit class AskOps(ask: Ask) {\n    def onReply(replyProcessorFn: MessageProcessorFn)(implicit functionName: sourcecode.Name): Dialogue = {\n      Dialogue(functionName.value, ask.askFn, replyProcessorFn)\n    }\n  }\n\n  protected def goto(step: Step): NextStep = {\n    continue()\n    NextStep(step)\n  }\n\n  protected def stay(): NextStep = NextStep(currentStep)\n\n  protected def whenUnhandledMsg(receiveMsgFn: MessageProcessorFn): Unit = {\n    msgHandler = receiveMsgFn orElse defaultMsgHandler\n  }\n\n  protected def entryPoint(step: Step, data: D): Unit = {\n    initialStep = step\n    initialData = data\n  }\n\n  protected def entryPoint(step: Step): Unit = {\n    entryPoint(step, null.asInstanceOf[D])\n  }\n}\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"bot\/src\/main\/scala\/com\/lbs\/bot\/telegram\/TelegramBot.scala","text":"\npackage com.lbs.bot.telegram\n\nimport com.bot4s.telegram.models.InlineKeyboardMarkup\nimport com.lbs.bot.PollBot\nimport com.lbs.bot.model._\nimport com.lbs.bot.telegram.TelegramModelConverters._\n\nclass TelegramBot(onCommand: Command => Unit, botToken: String) extends PollBot[TelegramEvent] {\n\n  private val telegramBot = new TelegramClient(onReceive, botToken)\n  telegramBot.run()\n\n  def sendMessage(chatId: String, text: String): Unit =\n    telegramBot.sendMessage(chatId.toLong, text)\n\n  def sendMessage(chatId: String, text: String, buttons: Option[InlineKeyboard] = None): Unit =\n    telegramBot.sendMessage(chatId.toLong, text, replyMarkup = buttons.map(_.mapTo[InlineKeyboardMarkup]))\n\n  def sendEditMessage(chatId: String, messageId: String, buttons: Option[InlineKeyboard]): Unit =\n    telegramBot.sendEditMessage(chatId.toLong, messageId.toInt, replyMarkup = buttons.map(_.mapTo[InlineKeyboardMarkup]))\n\n  def sendEditMessage(chatId: String, messageId: String, text: String, buttons: Option[InlineKeyboard] = None): Unit =\n    telegramBot.sendEditMessage(chatId.toLong, messageId.toInt, text, replyMarkup = buttons.map(_.mapTo[InlineKeyboardMarkup]))\n\n  def sendFile(chatId: String, filename: String, contents: Array[Byte], caption: Option[String] = None): Unit =\n    telegramBot.sendFile(chatId.toLong, filename, contents, caption)\n\n  override protected def onReceive(command: TelegramEvent): Unit = {\n    onCommand(command.mapTo[Command])\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/exception\/UserNotFoundException.scala","text":"\npackage com.lbs.server.exception\n\ncase class UserNotFoundException(chatId: Long) extends Exception(s\"Luxmed username for chat with id $chatId\")\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/lang\/Pl.scala","text":"<reponame>mkmozgawa\/luxmed-bot\n\npackage com.lbs.server.lang\n\nimport com.lbs.api.json.model.{AvailableVisitsTermPresentation, HistoricVisit, ReservedVisit, ValuationsResponse}\nimport com.lbs.server.conversation.Book\nimport com.lbs.server.conversation.StaticData.StaticDataConfig\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.util.DateTimeUtil._\n\nimport java.time.{LocalTime, ZonedDateTime}\nimport java.util.Locale\n\nobject Pl extends Lang {\n\n  override def id: Int = 2\n\n  override def locale: Locale = new Locale(\"pl\", \"PL\")\n\n  override def label: String = \"\ud83c\uddf5\ud83c\uddf1 Polski\"\n\n  override protected def withPages(message: String, page: Int, pages: Int): String = {\n    if (pages > 1) s\"$message. Strona <b>${page + 1}<\/b> z <b>$pages<\/b>\"\n    else message\n  }\n\n  override def unableToCancelUpcomingVisit(reason: String): String =\n    s\"\u26a0 Nie uda\u0142o si\u0119 odwo\u0142a\u0107 wizyty! Pow\u00f3d: $reason\"\n\n  override def appointmentHasBeenCancelled: String =\n    s\"\ud83d\udc4d Wizyta zosta\u0142a odwo\u0142ana!!\"\n\n  override def yes: String = \"Tak\"\n\n  override def no: String = \"Nie\"\n\n  override def noUpcomingVisits: String =\n    \"\u2139 Nie znaleziono wizyt\"\n\n  override def areYouSureToCancelAppointment(visit: ReservedVisit): String =\n    s\"\"\"<b>\u27a1<\/b> Czy na pewno chcesz anulowa\u0107 wizyt\u0119?\n       |\n       |\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |\"\"\".stripMargin\n\n  override def chooseDateFrom(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> Wybierz dat\u0119 albo zapisz j\u0105 w formacie dd-MM, np. ${formatDateShort(exampleDate)}\"\n\n  override def chooseDateTo(exampleDate: ZonedDateTime): String = s\"<b>\u27a1<\/b> Wybierz dat\u0119 albo zapisz j\u0105 w formacie dd-MM, np. ${formatDateShort(exampleDate)}\"\n\n  override def findTerms: String = \"\ud83d\udd0d Szukaj termin\u00f3w\"\n\n  override def modifyDate: String = \"\ud83d\udcc5 Zmie\u0144 dat\u0119\"\n\n  override def bookingSummary(bookingData: Book.BookingData): String =\n    s\"\ud83e\udd84 Ok! Zarezerwujemy wizyt\u0119 typu <b>${bookingData.serviceId.name}<\/b>\" +\n      s\" z lekarzem: <b>${bookingData.doctorId.name}<\/b>\" +\n      s\" w klinice: <b>${bookingData.clinicId.name}<\/b>\" +\n      s\" w mie\u015bcie <b>${bookingData.cityId.name}<\/b>.\" +\n      s\"\\nWybrane daty: <b>${formatDate(bookingData.dateFrom, locale)}<\/b> -> <b>${formatDate(bookingData.dateTo, locale)}<\/b>\" +\n      s\"w godzinach: <b>${formatTime(bookingData.timeFrom)} -> ${formatTime(bookingData.timeTo)}<\/b>\" +\n      s\"\\n\\n<b>\u27a1<\/b> Wybierz co dalej\"\n\n  override def noTermsFound: String =\n    s\"\"\"\u2139 Nie znaleziono dost\u0119pnych termin\u00f3w\n       |\n       |Co chcesz zrobi\u0107?\"\"\".stripMargin\n\n  override def createMonitoring: String = \"\ud83d\udc40 Stw\u00f3rz monitoring\"\n\n  override def cancel: String = \"Anuluj\"\n\n  override def book: String = \"Zarezerwuj\"\n\n  override def confirmAppointment(term: AvailableVisitsTermPresentation, valuations: ValuationsResponse): String =\n\n    s\"\"\"<b>\u27a1<\/b> ${valuations.optionsQuestion.getOrElse(\"Czy potwierdzasz wizyt\u0119?\")}\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |\n       |\u2139${valuations.visitTermVariants.head.infoMessage}\"\"\".stripMargin\n\n  override def appointmentIsConfirmed: String = \"\ud83d\udc4d Twoja wizyta zosta\u0142a potwierdzona!\"\n\n  override def monitoringHasBeenCreated: String = \"\ud83d\udc4d Stworzono monitoring! Sprawd\u017a aktywne monitoringi przez \/monitorings\"\n\n  override def unableToCreateMonitoring(reason: String): String = s\"\ud83d\udc4e Nie uda\u0142o si\u0119 stworzy\u0107 monitoringu. Pow\u00f3d: $reason.\"\n\n  override def chooseTypeOfMonitoring: String = \"<b>\u27a1<\/b> Wybierz typ monitoringu\"\n\n  override def bookByApplication: String = \"\ud83d\udc7e Automatyczna rezerwacja\"\n\n  override def bookManually: String = \"\ud83d\udc64 Rezerwacja r\u0119czna (otrzymasz powiadomienie o dost\u0119pnych terminach)\"\n\n  override def rebookIfExists: String = \"<b>\u27a1<\/b> Czy chcesz zaktualizowa\u0107 termin, je\u015bli rezerwacja ju\u017c istnieje?\"\n\n  override def pleaseSpecifyOffset: String = \"<b>\u27a1<\/b> Podaj offset w godzinach albo kliknij Nie\"\n\n  override def visitAlreadyExists: String = \"<b>\u27a1<\/b> Wizyta zosta\u0142a juz zarezerwowana. Czy chcesz zaktualizowa\u0107 jej termin?\"\n\n  override def city: String = \"miasto\"\n\n  override def clinic: String = \"klinika\"\n\n  override def service: String = \"us\u0142uga\"\n\n  override def doctor: String = \"lekarz\"\n\n  override def previous: String = \"Wstecz\"\n\n  override def next: String = \"Dalej\"\n\n  override def noActiveMonitorings: String = \"\u2139 Nie masz aktywnych monitoring\u00f3w. Stw\u00f3rz nowy przez \/book\"\n\n  override def deactivateMonitoring(monitoring: Monitoring): String =\n    s\"\"\"<b>\u27a1<\/b> Czy na pewno chcesz wy\u0142\u0105czy\u0107 monitoring?\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\"\"\".stripMargin\n\n  override def deactivated: String = \"\ud83d\udc4d Wy\u0142\u0105czony! Sprawd\u017a aktywne monitoringi przez \/monitorings\"\n\n  override def any: String = \"Jakikolwiek\"\n\n  override def pressAny: String = s\"albo naci\u015bnij przycisk <b>$any<\/b> \"\n\n  override def pleaseEnterStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> Podaj fragment nazwy ${config.name}\n         |Na przyk\u0142ad: <b>${config.partialExample}<\/b> je\u015bli szukasz <b>${config.example}<\/b>\"\"\".stripMargin,\n      config.isAnyAllowed)\n\n  override def pleaseEnterStaticDataNameOrPrevious(config: StaticDataConfig): String =\n    s\"\"\"<b>\u27a1<\/b> Podaj fragment nazwy ${config.name}\n       |Na przyk\u0142ad: <b>${config.partialExample}<\/b> je\u015bli szukasz <b>${config.example}<\/b>\n       |\n       |lub wybierz ${config.name} z poprzednich wyszukiwa\u0144\"\"\".stripMargin\n\n  override def staticDataIs(config: StaticDataConfig, label: String): String =\n    s\"<b>\u2705<\/b> ${capitalizeFirstLetter(config.name)} jest <b>$label<\/b>\"\n\n  override def pleaseChooseStaticDataNameOrAny(config: StaticDataConfig): String =\n    withAnyVariant(s\"<b>\u27a1<\/b> Wybierz ${config.name}\", config.isAnyAllowed)\n\n  override def staticNotFound(config: StaticDataConfig): String =\n    withAnyVariant(\n      s\"\"\"<b>\u27a1<\/b> Brak wynik\u00f3w \ud83d\ude14\n         |Prosz\u0119 podaj nazw\u0119 ${config.name} jeszcze raz\"\"\", config.isAnyAllowed)\n\n  override def loginAndPasswordAreOk: String =\n    s\"\"\"\u2705 Brawo! Login i has\u0142o s\u0105 OK!\n       |Teraz mo\u017cesz zmienic j\u0119zyk przez \/settings\n     \"\"\".stripMargin\n\n  override def provideUsername: String =\n    s\"\"\"\u2139 Musisz si\u0119 zalogowa\u0107 do <b>Luxmed<\/b>\n       |\n       |<b>\u27a1<\/b> Podaj nazw\u0119 uzytkownika:\"\"\".stripMargin\n\n  override def providePassword: String = \"<b>\u27a1<\/b> Podaj has\u0142o\"\n\n  override def visitsHistoryIsEmpty: String = \"\u2139 Brak wizyt w historii\"\n\n  override def help: String =\n    s\"\"\"\u2139 Nieoficjalny Bot do <b>Portal Pacjenta LUX MED (v.${Lang.version})<\/b>.\n       |Pomog\u0119 Ci w rezerwacji wizyty, stworzeniu monitoringu na termin, pokazaniu nadchodz\u0105cych wizyt i przejrzeniu historii.\n       |\n       |<b>\u27a1<\/b> Wspierane komendy\n       |\/book - zarezerwuj wizyt\u0119 albo stw\u00f3rz monitoring\n       |\/monitorings - lista obecnych monitoring\u00f3w\n       |\/monitorings_history - lista przesz\u0142ych monitoring\u00f3w\n       |\/reserved - nadchodz\u0105ce wizyty\n       |\/history - historia wizyt\n       |\/accounts - zarz\u0105dzanie kontami Luxmed\n       |\/login - ponowne logowanie\n       |\/settings - ustawienia, np. j\u0119zyk\n       |\/help - pomoc\"\"\".stripMargin\n\n  override def dateFromIs(dateFrom: ZonedDateTime): String = s\"\ud83d\udcc5 Data od ${formatDate(dateFrom, locale)}\"\n\n  override def dateToIs(dateTo: ZonedDateTime): String = s\"\ud83d\udcc5 Data do ${formatDate(dateTo, locale)}\"\n\n  override def termEntry(term: AvailableVisitsTermPresentation, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |<b>\u27a1<\/b> \/book_$index\n       |\n       |\"\"\".stripMargin\n\n  override def termsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Dost\u0119pne terminy\", page, pages)\n\n  override def historyEntry(visit: HistoricVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinicName}\n       |\n       |\"\"\".stripMargin\n\n  override def historyHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Odbyte wizyty\", page, pages)\n\n  override def upcomingVisitEntry(visit: ReservedVisit, page: Int, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(visit.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${visit.doctorName}\n       |${capitalizeFirstLetter(service)}: ${visit.service.name}\n       |${capitalizeFirstLetter(clinic)}: ${visit.clinic.name}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def upcomingVisitsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Zarezerwowane wizyty\", page, pages)\n\n  override def bugsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Zg\u0142oszone b\u0142\u0119dy\", page, pages)\n\n  override def monitoringEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |Spos\u00f3b rejestracji: ${if (monitoring.autobook) \"Automatyczny\" else \"R\u0119czny\"}\n       |<b>\u27a1<\/b> \/cancel_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringHistoryEntry(monitoring: Monitoring, page: Int, index: Int): String =\n    s\"\"\"\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |Spos\u00f3b rejestracji: ${if (monitoring.autobook) \"Automatyczny\" else \"R\u0119czny\"}\n       |<b>\u27a1<\/b> \/repeat_$index\n       |\n       |\"\"\".stripMargin\n\n  override def monitoringsHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Aktywne monitoringi\", page, pages)\n\n  override def monitoringsHistoryHeader(page: Int, pages: Int): String =\n    withPages(\"<b>\u27a1<\/b> Historia monitoring\u00f3w\", page, pages)\n\n  override def invalidLoginOrPassword: String =\n    \"\"\"\u2757 B\u0142\u0119dne dane logowania. Czy dane logowania zosta\u0142y zmienione przez stron\u0119 Luxmedu?\n      |Usuni\u0119to monitoringi. Zaloguj si\u0119 przez \/login i stw\u00f3rz nowe monitoringi.\n    \"\"\".stripMargin\n\n  override def availableTermEntry(term: AvailableVisitsTermPresentation, monitoring: Monitoring, index: Int): String =\n    s\"\"\"\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\/reserve_${monitoring.recordId}_${term.scheduleId}_${minutesSinceBeginOf2018(term.visitDate.startDateTime)}\n       |\n       |\"\"\".stripMargin\n\n  override def availableTermsHeader(size: Int): String =\n    s\"\"\"\u2705 Monitoring znalaz\u0142 <b>$size<\/b> termin\u00f3w. Pokazujemy Ci najbliszych 5.\n       |\n       |<b>\u27a1<\/b> Wybierz jeden, by go zarezerwowa\u0107\"\"\".stripMargin\n\n  override def nothingWasFoundByMonitoring(monitoring: Monitoring): String =\n    s\"\"\"\u2757 Monitoring nie znalaz\u0142 termin\u00f3w i zosta\u0142 <b>wy\u0142\u0105czony<\/b> jako przeterminowany.\n       |\n       |\ud83d\udcc5 <b>${formatDate(monitoring.dateFrom, locale)}<\/b> -> <b>${formatDate(monitoring.dateTo, locale)}<\/b>\n       |\u23f1 <b>${formatTime(monitoring.timeFrom)}<\/b> -> <b>${formatTime(monitoring.timeTo)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${monitoring.doctorName}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${monitoring.clinicName}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\n       |\n       |<b>\u27a1<\/b> Stw\u00f3rz nowy monitoring przez \/book\"\"\".stripMargin\n\n  override def appointmentIsBooked(term: AvailableVisitsTermPresentation, monitoring: Monitoring): String =\n    s\"\"\"\ud83d\udc4d Zarezerwowali\u015bmy za Ciebie termin!\n       |\n       |\u23f1 <b>${formatDateTime(term.visitDate.startDateTime, locale)}<\/b>\n       |${capitalizeFirstLetter(doctor)}: ${term.doctor.name}\n       |${capitalizeFirstLetter(service)}: ${monitoring.serviceName}\n       |${capitalizeFirstLetter(clinic)}: ${term.clinic.name}\n       |${capitalizeFirstLetter(city)}: ${monitoring.cityName}\"\"\".stripMargin\n\n  override def maximumMonitoringsLimitExceeded: String = \"Maksymalna liczba monitoring\u00f3w uzytkownika to 10\"\n\n  override def termIsOutdated: String =\n    s\"\"\"\u2757\ufe0f Wygl\u0105da na to, ze ten termin zosta\u0142 ju\u017c zarezewowany!\n       |\n       |Wybierz inny termin albo stw\u00f3rz nowy monitoring przez \/book\"\"\".stripMargin\n\n  override def loginHasChangedOrWrong: String =\n    \"\"\"\u2757 Wprowadzono niepoprawny <b>login<\/b> lub <b>has\u0142o<\/b> lub zosta\u0142y one zmienione.\n      |\n      |Zaloguj si\u0119 ponownie przez \/login i stw\u00f3rz nowy monitoring przez \/book.\n    \"\"\".stripMargin\n\n  override def settingsHeader: String = \"<b>\u27a1<\/b> Wybierz opcj\u0119:\"\n\n  override def language: String = \"\ud83c\udf10 J\u0119zyk\"\n\n  override def offset: String = \"\u23f1 Offset\"\n\n  override def chooseLanguage: String = \"<b>\u27a1<\/b> Wybierz j\u0119zyk:\"\n\n  override def configureOffset: String = \"<b>\u27a1<\/b> Wybierz opcje offsetu\"\n\n  override def pleaseEnterOffset(current: Int): String = s\"<b>\u27a1<\/b> Podaj domy\u015blny offset. Obecny offset: <b>$current<\/b>\"\n\n  override def alwaysAskOffset(enabled: Boolean): String = s\"${if (enabled) \"\u2705 \" else \"\"}Zawsze pytaj o offset\"\n\n  override def changeDefaultOffset(current: Int): String = s\"Zmie\u0144 domy\u015blny offset ($current)\"\n\n  override def languageUpdated: String = \"\ud83d\udc4d Zmieniono j\u0119zyk!\"\n\n  override def appointmentWasNotCancelled: String = \"\ud83d\udc4d Wizyta nie zosta\u0142a anulowana\"\n\n  override def monitoringWasNotDeactivated: String = \"\ud83d\udc4d Nie wy\u0142\u0105czono monitoringu\"\n\n  override def bugAction: String = \"<b>\u27a1<\/b> Wybierz opcj\u0119:\"\n\n  override def createNewBug: String = \"\ud83d\udc1e Dodaj nowy\"\n\n  override def showSubmittedBugs: String = \"\ud83d\udc40 Poka\u017c dotychczasowe\"\n\n  override def enterIssueDetails: String = \"<b>\u27a1<\/b> Podaj szczeg\u00f3\u0142y b\u0142\u0119du:\"\n\n  override def noSubmittedIssuesFound: String = \"\u2139 Nie znaleziono dotychczasowych zg\u0142osze\u0144 b\u0142\u0119d\u00f3w\"\n\n  override def bugHasBeenCreated(bugId: Long): String = s\"\u2705 Dzi\u0119kuj\u0119 za zg\u0142oszenie b\u0142\u0119du<b>#$bugId<\/b>!\"\n\n  override def deleteAccount: String = \"\u2796 Usu\u0144 konto\"\n\n  override def addAccount: String = \"\u2795 Dodaj konto\"\n\n  override def accountSwitched(username: String): String =\n    s\"\u2705 Zmieniono konto na: <b>$username<\/b>\"\n\n  override def pleaseChooseAccount(currentAccountName: String): String =\n    s\"\"\"Obecne konto to: <b>$currentAccountName<\/b>\n       |\n       |<b>\u27a1<\/b> Wybierz <b>opcj\u0119<\/b> albo <b>konto<\/b>\"\"\".stripMargin\n\n  override def moreParameters: String = \"\ud83d\udee0 Wi\u0119cej opcji\"\n\n  override def chooseTimeFrom(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> Wybierz godzin\u0119 OD albo zapisz w formacie HH:mm, np. ${formatTime(exampleTime)}\"\n\n  override def chooseTimeTo(exampleTime: LocalTime): String = s\"<b>\u27a1<\/b> Wybierz godzin\u0119 DO albo zapisz w formacie HH:mm ${formatTime(exampleTime)}\"\n\n  override def timeFromIs(timeFrom: LocalTime): String = s\"\u23f1 Godzina OD: ${formatTime(timeFrom)}\"\n\n  override def timeToIs(timeTo: LocalTime): String = s\"\u23f1 Godzina DO: ${formatTime(timeTo)}\"\n\n  override def canNotDetectPayer(error: String): String = s\"Nie uda\u0142o si\u0119 ustali\u0107 p\u0142atnika. Pow\u00f3d: $error\"\n\n  override def pleaseChoosePayer: String = \"<b>\u27a1<\/b> Nie uda\u0142o si\u0119 ustali\u0107 domy\u015blnego p\u0142atnika, wybierz jakiego\u015b.\"\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsMap.scala","text":"<filename>api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsMap.scala\n\npackage com.lbs.api.json.model\n\ncase class LuxmedErrorsMap(errors: Map[String, List[String]]) extends SerializableJsonObject with LuxmedBaseError {\n  override def message: String = errors.values.map(_.mkString(\"; \")).mkString(\"; \")\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/LuxmedErrorsList.scala","text":"\npackage com.lbs.api.json.model\n\ncase class LuxmedErrorsList(errors: List[LuxmedErrorsListElement]) extends SerializableJsonObject with LuxmedBaseError {\n  override def message: String = errors.map(_.message).mkString(\"; \")\n}\n\ncase class LuxmedErrorsListElement(errorCode: Int, message: String, additionalData: Map[String, String])  extends SerializableJsonObject"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/StaticDataForBooking.scala","text":"<gh_stars>10-100\n\npackage com.lbs.server.conversation\n\nimport com.lbs.api.json.model.IdName\nimport com.lbs.bot.model.Command\nimport com.lbs.server.conversation.Book.BookingData\nimport com.lbs.server.conversation.StaticData.{FindOptions, FoundOptions, LatestOptions, StaticDataConfig}\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.ThrowableOr\n\ntrait StaticDataForBooking extends Conversation[BookingData] {\n\n  private[conversation] def staticData: StaticData\n\n  protected def withFunctions(latestOptions: => Seq[IdName], staticOptions: => ThrowableOr[List[IdName]], applyId: IdName => BookingData): Step => MessageProcessorFn = {\n    nextStep: Step => {\n      case Msg(cmd: Command, _) =>\n        staticData ! cmd\n        stay()\n      case Msg(LatestOptions, _) =>\n        staticData ! LatestOptions(latestOptions)\n        stay()\n      case Msg(FindOptions(searchText), _) =>\n        staticData ! FoundOptions(filterOptions(staticOptions, searchText))\n        stay()\n      case Msg(id: IdName, _) =>\n        goto(nextStep) using applyId(id)\n    }\n  }\n\n  protected def staticData(staticDataConfig: => StaticDataConfig)(functions: BookingData => Step => MessageProcessorFn)(requestNext: Step)(implicit functionName: sourcecode.Name): Step = {\n    ask { _ =>\n      staticData.restart()\n      staticData ! staticDataConfig\n    } onReply {\n      case msg@Msg(_, bookingData: BookingData) =>\n        val fn = functions(bookingData)(requestNext)\n        fn(msg)\n    }\n  }\n\n  private def filterOptions(options: ThrowableOr[List[IdName]], searchText: String) = {\n    options.map(opt => opt.filter(c => c.name.toLowerCase.contains(searchText)))\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Monitorings.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/conversation\/Monitorings.scala\n\npackage com.lbs.server.conversation\n\nimport akka.actor.ActorSystem\nimport com.lbs.bot._\nimport com.lbs.bot.model.{Button, Command}\nimport com.lbs.server.conversation.Login.UserId\nimport com.lbs.server.conversation.Monitorings.Tags\nimport com.lbs.server.conversation.Pager.SimpleItemsProvider\nimport com.lbs.server.conversation.base.Conversation\nimport com.lbs.server.lang.{Localizable, Localization}\nimport com.lbs.server.repository.model.Monitoring\nimport com.lbs.server.service.MonitoringService\n\nclass Monitorings(val userId: UserId, bot: Bot, monitoringService: MonitoringService, val localization: Localization, monitoringsPagerFactory: UserIdWithOriginatorTo[Pager[Monitoring]])(val actorSystem: ActorSystem) extends Conversation[Monitoring] with Localizable {\n\n  private val monitoringsPager = monitoringsPagerFactory(userId, self)\n\n  entryPoint(prepareData)\n\n  def prepareData: Step =\n    process { _ =>\n      val monitorings = monitoringService.getActiveMonitorings(userId.accountId)\n      monitoringsPager.restart()\n      monitoringsPager ! Right[Throwable, Seq[Monitoring]](monitorings).map(new SimpleItemsProvider(_))\n      goto(processResponseFromPager)\n    }\n\n  def processResponseFromPager: Step =\n    monologue {\n      case Msg(cmd: Command, _) =>\n        monitoringsPager ! cmd\n        stay()\n      case Msg(Pager.NoItemsFound, _) =>\n        bot.sendMessage(userId.source, lang.noActiveMonitorings)\n        end()\n      case Msg(monitoring: Monitoring, _) =>\n        goto(askToDeactivateMonitoring) using monitoring\n    }\n\n  def askToDeactivateMonitoring: Step =\n    ask { monitoring =>\n      bot.sendMessage(userId.source, lang.deactivateMonitoring(monitoring), inlineKeyboard =\n        createInlineKeyboard(Seq(Button(lang.no, Tags.No), Button(lang.yes, Tags.Yes))))\n    } onReply {\n      case Msg(Command(_, _, Some(Tags.No)), _) =>\n        bot.sendMessage(userId.source, lang.monitoringWasNotDeactivated)\n        end()\n      case Msg(Command(_, _, Some(Tags.Yes)), monitoring: Monitoring) =>\n        monitoringService.deactivateMonitoring(monitoring.accountId, monitoring.recordId)\n        bot.sendMessage(userId.source, lang.deactivated)\n        end()\n    }\n\n  beforeDestroy {\n    monitoringsPager.destroy()\n  }\n}\n\nobject Monitorings {\n\n  object Tags {\n    val Yes = \"yes\"\n    val No = \"no\"\n  }\n\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/exception\/ServiceIsAlreadyBookedException.scala","text":"\npackage com.lbs.api.exception\n\nclass ServiceIsAlreadyBookedException extends ApiException(\"You have already booked this service\")\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"common\/src\/main\/scala\/com\/lbs\/common\/ParametrizedLock.scala","text":"\npackage com.lbs.common\n\nimport java.util.concurrent.ConcurrentHashMap\n\nclass ParametrizedLock[K] {\n  private val locks = new ConcurrentHashMap[K, AnyRef]\n\n  def obtainLock(key: K): AnyRef = locks.computeIfAbsent(key, k => new AnyRef)\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/repository\/model\/SystemUser.scala","text":"\npackage com.lbs.server.repository.model\n\nimport javax.persistence._\n\nimport scala.beans.BeanProperty\n\n@Entity\n@Access(AccessType.FIELD)\nclass SystemUser extends RecordId {\n  @BeanProperty\n  @Column(name = \"active_account_id\", nullable = false)\n  var activeAccountId: JLong = _\n}\n\nobject SystemUser {\n  def apply(activeAccountId: Long): SystemUser = {\n    val user = new SystemUser\n    user.activeAccountId = activeAccountId\n    user\n  }\n}"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/conversation\/base\/Interactional.scala","text":"<gh_stars>10-100\npackage com.lbs.server.conversation.base\n\nimport akka.actor.{Actor, ActorRef, ActorSystem, PoisonPill, Props}\nimport com.lbs.common.Logger\n\nimport scala.concurrent.ExecutionContextExecutor\n\ntrait Interactional extends Logger {\n\n  private[base] object StartConversation\n\n  private[base] object ContinueConversation\n\n  private[base] object InitConversation\n\n  protected def actorSystem: ActorSystem\n\n  private[base] def initializeConversation(): Unit\n\n  private[base] def executeCurrentStep(): Unit\n\n  private[base] def makeStepTransition(any: Any): Unit\n\n  protected val self: Interactional = this\n\n  private var onDestroy: () => Unit = () => {}\n\n  private def actorCreator: Actor = new Actor {\n    private implicit val dispatcher: ExecutionContextExecutor = context.system.dispatcher\n\n    override def receive: Receive = {\n      case InitConversation => initializeConversation()\n      case StartConversation | ContinueConversation => executeCurrentStep()\n      case any => makeStepTransition(any)\n    }\n\n    override def preStart(): Unit = {\n      initializeConversation()\n    }\n  }\n\n  private[base] lazy val ref = actorSystem.actorOf(Props(actorCreator))\n\n  def !(message: Any)(implicit sender: ActorRef = Actor.noSender): Unit = {\n    ref ! message\n  }\n\n  def init(): Unit = {\n    ref ! InitConversation\n  }\n\n  def continue(): Unit = {\n    ref ! ContinueConversation\n  }\n\n  def start(): Unit = {\n    ref ! StartConversation\n  }\n\n  def restart(): Unit = {\n    init()\n    start()\n  }\n\n  protected def beforeDestroy(f: => Unit): Unit = {\n    onDestroy = () => f\n  }\n\n  def destroy(): Unit = {\n    onDestroy()\n    ref ! PoisonPill\n  }\n}\n\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/service\/MonitoringService.scala","text":"\npackage com.lbs.server.service\n\nimport com.lbs.api.exception.{InvalidLoginOrPasswordException, ServiceIsAlreadyBookedException}\nimport com.lbs.api.json.model.AvailableVisitsTermPresentation\nimport com.lbs.bot.Bot\nimport com.lbs.bot.model.{MessageSource, MessageSourceSystem}\nimport com.lbs.common.{Logger, Scheduler}\nimport com.lbs.server.lang.Localization\nimport com.lbs.server.repository.model._\nimport com.lbs.server.util.DateTimeUtil._\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\nimport java.time.ZonedDateTime\nimport java.util.concurrent.ScheduledFuture\nimport javax.annotation.PostConstruct\nimport scala.collection.mutable\nimport scala.concurrent.duration._\nimport scala.util.{Failure, Random}\n\n@Service\nclass MonitoringService extends Logger {\n\n  @Autowired\n  private var bot: Bot = _\n  @Autowired\n  private var dataService: DataService = _\n  @Autowired\n  private var apiService: ApiService = _\n  @Autowired\n  private var localization: Localization = _\n\n  private var activeMonitorings = mutable.Map.empty[JLong, (Monitoring, ScheduledFuture[_])]\n\n  private val dbChecker = new Scheduler(1)\n\n  private val monitoringExecutor = new Scheduler(10)\n\n  private val MaxDelay = 10.minute\n\n  private val PeriodBase = 10.minute\n\n  private val PeriodMaxDelta = 5.minute\n\n  private def delay = Random.nextInt(MaxDelay.toSeconds.toInt).seconds\n\n  private def period = (PeriodBase.toSeconds + Random.nextInt(PeriodMaxDelta.toSeconds.toInt)).seconds\n\n  private var checkedOn: ZonedDateTime = _\n\n  def notifyUserAboutTerms(terms: Seq[AvailableVisitsTermPresentation], monitoring: Monitoring): Unit = {\n    deactivateMonitoring(monitoring.accountId, monitoring.recordId)\n\n    val fiveTerms = terms.take(5).zipWithIndex \/\/send only 5 closest terms\n    val messages = lang(monitoring.userId)\n\n    val message = messages.availableTermsHeader(terms.length) + \"\\n\\n\" +\n      fiveTerms.map { case (term, index) =>\n        messages.availableTermEntry(term, monitoring, index)\n      }.mkString\n\n    bot.sendMessage(monitoring.source, message)\n  }\n\n  private def monitor(monitoring: Monitoring): Unit = {\n    debug(s\"Looking for available terms. Monitoring [#${monitoring.recordId}]\")\n    val dateFrom = optimizeDateFrom(monitoring.dateFrom, monitoring.offset)\n    val termsEither = apiService.getAvailableTerms(monitoring.accountId, monitoring.payerId, monitoring.cityId, monitoring.clinicId, monitoring.serviceId,\n      monitoring.doctorId, dateFrom, Some(monitoring.dateTo), timeFrom = monitoring.timeFrom, timeTo = monitoring.timeTo)\n    termsEither match {\n      case Right(terms) =>\n        if (terms.nonEmpty) {\n          debug(s\"Found ${terms.length} terms by monitoring [#${monitoring.recordId}]\")\n          if (monitoring.autobook) {\n            val term = terms.head\n            bookAppointment(term, monitoring, monitoring.rebookIfExists)\n          } else {\n            notifyUserAboutTerms(terms, monitoring)\n          }\n        } else {\n          debug(s\"No new terms found for monitoring [#${monitoring.recordId}]\")\n        }\n      case Left(ex: InvalidLoginOrPasswordException) =>\n        error(s\"User entered invalid name or password. Monitoring will be disabled\", ex)\n        bot.sendMessage(monitoring.source, lang(monitoring.userId).invalidLoginOrPassword)\n        val activeUserMonitorings = dataService.getActiveMonitorings(monitoring.accountId)\n        activeUserMonitorings.foreach { m =>\n          deactivateMonitoring(m.accountId, m.recordId)\n        }\n      case Left(ex) => error(s\"Unable to receive terms by monitoring [#${monitoring.recordId}]\", ex)\n    }\n  }\n\n  private def optimizeDateFrom(date: ZonedDateTime, offset: Int) = {\n    val nowWithOffset = ZonedDateTime.now().plusHours(offset)\n    if (date.isBefore(nowWithOffset)) nowWithOffset else date\n  }\n\n  private def initializeMonitorings(allMonitorings: Seq[Monitoring]): Unit = {\n    allMonitorings.foreach { monitoring =>\n      if (monitoring.active && !activeMonitorings.contains(monitoring.recordId)) {\n        val delaySnapshot = delay\n        val periodSnapshot = period\n        val future = monitoringExecutor.schedule(monitor(monitoring), delaySnapshot, periodSnapshot)\n        debug(s\"Scheduled monitoring: [#${monitoring.recordId}] with delay: $delaySnapshot and period: $periodSnapshot\")\n        activeMonitorings += (monitoring.recordId -> (monitoring -> future))\n      }\n    }\n  }\n\n  private def initializeNewMonitorings(): Unit = {\n    debug(s\"Looking for new monitorings created since $checkedOn\")\n    val currentTime = ZonedDateTime.now()\n    val monitorings = dataService.getActiveMonitoringsSince(checkedOn)\n    debug(s\"New active monitorings found: ${monitorings.length}\")\n    checkedOn = currentTime\n    initializeMonitorings(monitorings)\n  }\n\n  def notifyChatAboutDisabledMonitoring(monitoring: Monitoring): Unit = {\n    bot.sendMessage(monitoring.source, lang(monitoring.userId).nothingWasFoundByMonitoring(monitoring))\n  }\n\n  private def disableOutdated(): Unit = {\n    val now = ZonedDateTime.now()\n    val toDisable = activeMonitorings.collect { case (id, (monitoring, _)) if monitoring.dateTo.isBefore(now) =>\n      id -> monitoring\n    }\n\n    toDisable.foreach { case (id, monitoring) =>\n      debug(s\"Monitoring [#$id] is going to be disable as outdated\")\n      notifyChatAboutDisabledMonitoring(monitoring)\n      deactivateMonitoring(monitoring.accountId, id)\n    }\n  }\n\n  private def updateMonitorings(): Unit = {\n    initializeNewMonitorings()\n    disableOutdated()\n  }\n\n  private def initializeDbChecker(): Unit = {\n    dbChecker.schedule(updateMonitorings(), 1.minute)\n  }\n\n  private def bookAppointment(term: AvailableVisitsTermPresentation, monitoring: Monitoring, rebookIfExists: Boolean): Unit = {\n    apiService.reserveVisit(monitoring.accountId, term).toTry.recoverWith {\n      case _: ServiceIsAlreadyBookedException if rebookIfExists =>\n        info(s\"Service [${monitoring.serviceName}] is already booked. Trying to update term\")\n        apiService.updateReservedVisit(monitoring.accountId, term).toTry\n      case ex => Failure(ex)\n    }.toEither match {\n      case Right(_) =>\n        bot.sendMessage(monitoring.source, lang(monitoring.userId).appointmentIsBooked(term, monitoring))\n        deactivateMonitoring(monitoring.accountId, monitoring.recordId)\n      case Left(ex) =>\n        error(s\"Unable to book appointment by monitoring [${monitoring.recordId}]\", ex)\n    }\n  }\n\n  def deactivateMonitoring(accountId: JLong, monitoringId: JLong): Unit = {\n    val activeMonitoringMaybe = activeMonitorings.remove(monitoringId)\n    activeMonitoringMaybe match {\n      case Some((monitoring, future)) =>\n        debug(s\"Deactivating scheduled monitoring [#$monitoringId]\")\n        if (!future.isCancelled) {\n          future.cancel(true)\n        }\n        monitoring.active = false\n        dataService.saveMonitoring(monitoring)\n      case None =>\n        debug(s\"Deactivating unscheduled monitoring [#$monitoringId]\")\n        dataService.findMonitoring(accountId, monitoringId).foreach { monitoring =>\n          monitoring.active = false\n          dataService.saveMonitoring(monitoring)\n        }\n    }\n  }\n\n  def createMonitoring(monitoring: Monitoring): Monitoring = {\n    val userMonitoringsCount = dataService.getActiveMonitoringsCount(monitoring.accountId)\n    require(userMonitoringsCount + 1 <= 10, lang(monitoring.userId).maximumMonitoringsLimitExceeded)\n    dataService.saveMonitoring(monitoring)\n  }\n\n  def getActiveMonitorings(accountId: Long): Seq[Monitoring] = {\n    dataService.getActiveMonitorings(accountId)\n  }\n\n  def getMonitoringsPage(accountId: Long, start: Int, count: Int): Seq[Monitoring] = {\n    dataService.getMonitoringsPage(accountId, start, count)\n  }\n\n  def getAllMonitoringsCount(accountId: Long): Long = {\n    dataService.getAllMonitoringsCount(accountId)\n  }\n\n  def bookAppointmentByScheduleId(accountId: Long, monitoringId: Long, scheduleId: Long, time: Long): Unit = {\n    val monitoringMaybe = dataService.findMonitoring(accountId, monitoringId)\n    monitoringMaybe match {\n      case Some(monitoring) =>\n        val termsEither = apiService.getAvailableTerms(monitoring.accountId, monitoring.payerId, monitoring.cityId, monitoring.clinicId, monitoring.serviceId,\n          monitoring.doctorId, monitoring.dateFrom, Some(monitoring.dateTo), timeFrom = monitoring.timeFrom, timeTo = monitoring.timeTo)\n        termsEither match {\n          case Right(terms) =>\n            val termMaybe = terms.find(term => term.scheduleId == scheduleId && minutesSinceBeginOf2018(term.visitDate.startDateTime) == time)\n            termMaybe match {\n              case Some(term) =>\n                bookAppointment(term, monitoring, rebookIfExists = true)\n              case None =>\n                bot.sendMessage(monitoring.source, lang(monitoring.userId).termIsOutdated)\n            }\n          case Left(ex: InvalidLoginOrPasswordException) =>\n            error(s\"User entered invalid name or password. Monitoring will be disabled\", ex)\n            bot.sendMessage(monitoring.source, lang(monitoring.userId).loginHasChangedOrWrong)\n          case Left(ex) => error(s\"Error occurred during receiving terms for monitoring [#${monitoring.recordId}]\", ex)\n        }\n      case None =>\n        debug(s\"Monitoring [#$monitoringId] not found in db\")\n    }\n  }\n\n  implicit class MonitoringAsSource(monitoring: Monitoring) {\n    def source: MessageSource = MessageSource(\n      MessageSourceSystem(monitoring.sourceSystemId), monitoring.chatId\n    )\n  }\n\n  private def lang(userId: Long) = localization.lang(userId)\n\n  @PostConstruct\n  private def initialize(): Unit = {\n    checkedOn = ZonedDateTime.now()\n    val monitorings = dataService.getActiveMonitorings\n    debug(s\"Active monitorings found: ${monitorings.length}\")\n    initializeMonitorings(monitorings)\n    disableOutdated()\n    initializeDbChecker()\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ValuationsRequest.scala","text":"\npackage com.lbs.api.json.model\n\nimport java.time.ZonedDateTime\n\n\n\/**\n{\n    \"ClinicId\": 6,\n    \"DoctorId\": 38275,\n    \"PayerDetailsList\": [\n        {\n            \"BrandId\": 2,\n            \"ContractId\": 1111111,\n            \"PayerId\": 22222,\n            \"PayerName\": \"<NAME>.\",\n            \"ProductElementId\": 3333333,\n            \"ProductId\": 44444,\n            \"ProductInContractId\": 555555,\n            \"ServaAppId\": 0,\n            \"ServaId\": 6666\n        },\n        {\n            \"BrandId\": 2,\n            \"ContractId\": 1111111,\n            \"PayerId\": 22222,\n            \"PayerName\": \"<NAME>.\",\n            \"ProductElementId\": 8547135,\n            \"ProductId\": 44444,\n            \"ProductInContractId\": 555555,\n            \"ServaAppId\": 1,\n            \"ServaId\": 6666\n        }\n    ],\n    \"ReferralRequiredByService\": false,\n    \"RoomId\": 543,\n    \"ServiceId\": 6666,\n    \"StartDateTime\": \"2018-02-23T11:30:00+02:00\"\n}\n  *\/\ncase class ValuationsRequest(clinicId: Long, doctorId: Long, payerDetailsList: List[PayerDetails],\n                             referralRequiredByService: Boolean, roomId: Long, serviceId: Long,\n                             startDateTime: ZonedDateTime) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/test\/scala\/com\/lbs\/server\/conversation\/base\/ConversationTestProbe.scala","text":"package com.lbs.server.conversation.base\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestProbe\nimport org.mockito.ArgumentMatchers._\nimport org.mockito.Mockito._\nimport org.scalatest.mockito.MockitoSugar\n\nimport scala.reflect.ClassTag\n\nobject ConversationTestProbe extends MockitoSugar {\n\n  class ConversationTestProbe[T <: Interactional](actorSystem: ActorSystem, conversationMock: T) extends TestProbe(actorSystem) {\n    when(conversationMock.ref).thenReturn(ref)\n    when(conversationMock.!(any())(any())).thenCallRealMethod()\n    when(conversationMock.start()).thenCallRealMethod()\n    when(conversationMock.restart()).thenCallRealMethod()\n    when(conversationMock.destroy()).thenCallRealMethod()\n    when(conversationMock.continue()).thenCallRealMethod()\n    when(conversationMock.init()).thenCallRealMethod()\n    when(conversationMock.InitConversation).thenCallRealMethod()\n    when(conversationMock.StartConversation).thenCallRealMethod()\n    when(conversationMock.ContinueConversation).thenCallRealMethod()\n\n    ignoreMsg {\n      case conversationMock.InitConversation => true\n      case conversationMock.StartConversation => true\n      case conversationMock.ContinueConversation => true\n    }\n\n    def conversation: T = conversationMock\n  }\n\n  def apply[T <: Interactional]()(implicit classTag: ClassTag[T], system: ActorSystem): ConversationTestProbe[T] = {\n    val conversationMock = mock[T]\n    new ConversationTestProbe(system, conversationMock)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"server\/src\/main\/scala\/com\/lbs\/server\/service\/DataService.scala","text":"<filename>server\/src\/main\/scala\/com\/lbs\/server\/service\/DataService.scala\n\npackage com.lbs.server.service\n\nimport java.time.ZonedDateTime\n\nimport com.lbs.api.json.model.IdName\nimport com.lbs.bot.model.MessageSource\nimport com.lbs.server.conversation.Book.BookingData\nimport com.lbs.server.repository.DataRepository\nimport com.lbs.server.repository.model._\nimport com.lbs.server.util.ServerModelConverters._\nimport javax.transaction.Transactional\nimport org.springframework.beans.factory.annotation.Autowired\nimport org.springframework.stereotype.Service\n\n@Service\nclass DataService {\n\n  @Autowired\n  private[service] var dataRepository: DataRepository = _\n\n  def getLatestCities(accountId: Long): Seq[IdName] = {\n    dataRepository.getCityHistory(accountId).mapTo[Seq[IdName]]\n  }\n\n  def getLatestClinicsByCityId(userId: Long, cityId: Long): Seq[IdName] = {\n    dataRepository.getClinicHistory(userId, cityId).mapTo[Seq[IdName]]\n  }\n\n  def getLatestServicesByCityIdAndClinicId(userId: Long, cityId: Long, clinicId: Option[Long]): Seq[IdName] = {\n    dataRepository.getServiceHistory(userId, cityId, clinicId).mapTo[Seq[IdName]]\n  }\n\n  def getLatestDoctorsByCityIdAndClinicIdAndServiceId(userId: Long, cityId: Long, clinicId: Option[Long], serviceId: Long): Seq[IdName] = {\n    dataRepository.getDoctorHistory(userId, cityId, clinicId, serviceId).mapTo[Seq[IdName]]\n  }\n\n  def getCredentials(accountId: Long): Option[Credentials] = {\n    dataRepository.findCredentials(accountId)\n  }\n\n  @Transactional\n  def saveMonitoring(monitoring: Monitoring): Monitoring = {\n    dataRepository.saveEntity(monitoring)\n  }\n\n  def getActiveMonitorings: Seq[Monitoring] = {\n    dataRepository.getActiveMonitorings\n  }\n\n  def getActiveMonitoringsCount(accountId: Long): Long = {\n    dataRepository.getActiveMonitoringsCount(accountId)\n  }\n\n  def getActiveMonitorings(accountId: Long): Seq[Monitoring] = {\n    dataRepository.getActiveMonitorings(accountId)\n  }\n\n  def getAllMonitoringsCount(accountId: Long): Long = {\n    dataRepository.getAllMonitoringsCount(accountId)\n  }\n\n  def getMonitoringsPage(accountId: Long, start: Int, count: Int): Seq[Monitoring] = {\n    dataRepository.getMonitoringsPage(accountId, start, count)\n  }\n\n  def getActiveMonitoringsSince(since: ZonedDateTime): Seq[Monitoring] = {\n    dataRepository.getActiveMonitoringsSince(since)\n  }\n\n  def findMonitoring(accountId: Long, monitoringId: Long): Option[Monitoring] = {\n    dataRepository.findMonitoring(accountId, monitoringId)\n  }\n\n  def findSettings(userId: Long): Option[Settings] = {\n    dataRepository.findSettings(userId)\n  }\n\n  def findUserAndAccountIdBySource(source: MessageSource): Option[(Long, Long)] = {\n    val userIdMaybe = dataRepository.findUserId(source.chatId, source.sourceSystem.id).map(_.toLong)\n    userIdMaybe.flatMap(userId => dataRepository.findAccountId(userId).map(_.toLong).map(accountId => userId -> accountId))\n  }\n\n  def findCredentialsByUsername(username: String, userId: Long): Option[Credentials] = {\n    dataRepository.findCredentialsByUsername(username, userId)\n  }\n\n  def getUserCredentials(userId: Long): Seq[Credentials] = {\n    dataRepository.getUserCredentials(userId)\n  }\n\n  def findUserCredentialsByAccountId(userId: Long, accountId: Long): Option[Credentials] = {\n    dataRepository.findUserCredentialsByUserIdAndAccountId(userId, accountId)\n  }\n\n  def findUser(userId: Long): Option[SystemUser] = {\n    dataRepository.findUser(userId)\n  }\n\n  @Transactional\n  def saveUser(user: SystemUser): SystemUser = {\n    dataRepository.saveEntity(user)\n  }\n\n  @Transactional\n  def saveSettings(settings: Settings): Settings = {\n    dataRepository.saveEntity(settings)\n  }\n\n  @Transactional\n  def saveCredentials(source: MessageSource, username: String, password: String): Credentials = {\n    val userMaybe = dataRepository.findUserIdBySource(source.chatId, source.sourceSystem.id).flatMap {\n      userId => dataRepository.findUser(userId).map(_ -> userId)\n    }\n    userMaybe match {\n      case Some((user, userId)) =>\n        val credentialsMaybe = findCredentialsByUsername(username, userId)\n        credentialsMaybe match {\n          case Some(credentials) => \/\/user already exists\n            val sourceMaybe = dataRepository.findSource(source.chatId, source.sourceSystem.id, credentials.userId)\n            sourceMaybe match {\n              case Some(_) => \/\/source already exists. Just update credentials\n              case None => \/\/add new source\n                val src = Source(source.chatId, source.sourceSystem.id, credentials.userId)\n                dataRepository.saveEntity(src)\n            }\n            user.activeAccountId = credentials.accountId\n            dataRepository.saveEntity(user)\n            credentials.username = username\n            credentials.password = password\n            dataRepository.saveEntity(credentials)\n          case None =>\n            val account = dataRepository.saveEntity(new Account)\n            user.activeAccountId = account.recordId\n            dataRepository.saveEntity(user)\n            val sourceMaybe = dataRepository.findSource(source.chatId, source.sourceSystem.id, user.recordId)\n            sourceMaybe match {\n              case Some(_) => \/\/source already exists. Just save credentials\n              case None => \/\/add new source\n                val src = Source(source.chatId, source.sourceSystem.id, user.recordId)\n                dataRepository.saveEntity(src)\n            }\n            val credentials = Credentials(user.recordId, account.recordId, username, password)\n            dataRepository.saveEntity(credentials)\n        }\n\n      case None => \/\/everything is new\n        val account = dataRepository.saveEntity(new Account)\n        val user = dataRepository.saveEntity(SystemUser(account.recordId))\n        val src = Source(source.chatId, source.sourceSystem.id, user.recordId)\n        dataRepository.saveEntity(src)\n        val credentials = Credentials(user.recordId, account.recordId, username, password)\n        dataRepository.saveEntity(credentials)\n    }\n  }\n\n  @Transactional\n  def storeAppointment(accountId: Long, bookingData: BookingData): Unit = {\n    val time = ZonedDateTime.now()\n    val cityId = bookingData.cityId\n    val clinicId = bookingData.clinicId\n    val serviceId = bookingData.serviceId\n    val doctorId = bookingData.doctorId\n\n    val city = CityHistory(accountId, cityId.id, cityId.name, time)\n    dataRepository.saveEntity(city)\n\n    val clinicMaybe = clinicId.optionalId.map(id => ClinicHistory(accountId, id, clinicId.name, cityId.id, time))\n    clinicMaybe.foreach(dataRepository.saveEntity)\n\n    val service = ServiceHistory(accountId, serviceId.id, serviceId.name, cityId.id, clinicId.optionalId, time)\n    dataRepository.saveEntity(service)\n\n    val doctorMaybe = doctorId.optionalId.map(id => DoctorHistory(accountId, id, doctorId.name, cityId.id, clinicId.optionalId, serviceId.id, time))\n    doctorMaybe.foreach(dataRepository.saveEntity)\n  }\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ChangeTermResponse.scala","text":"<gh_stars>10-100\n\npackage com.lbs.api.json.model\n\n\/**\n{\n    \"PreparationInfo\": {\n        \"IsPreparationRequired\": true\n    }\n}\n  *\/\ncase class ChangeTermResponse(preparationInfo: PreparationInfo) extends SerializableJsonObject\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/package.scala","text":"<filename>api\/src\/main\/scala\/com\/lbs\/api\/package.scala\n\npackage com.lbs\n\nimport cats.MonadError\nimport cats.implicits._\nimport com.lbs.api.json.model.{AvailableTermsResponse, ReservationFilterResponse, ReservedVisitsResponse, VisitsHistoryResponse}\nimport com.softwaremill.quicklens._\n\nimport scala.language.higherKinds\nimport scala.util.matching.Regex\n\npackage object api {\n\n  type ThrowableMonad[F[_]] = MonadError[F, Throwable]\n\n  object ApiResponseMutators {\n    private val DoctorPrefixes: Regex = \"\"\"\\s*(dr\\s*n.\\s*med.|dr\\s*hab.\\s*n.\\s*med|lek.\\s*med.|lek.\\s*stom.)\\s*\"\"\".r\n\n    private def cleanupDoctorName(name: String) = DoctorPrefixes.replaceFirstIn(name, \"\")\n\n    trait ResponseMutator[T] {\n      def mutate(response: T): T\n    }\n\n    implicit class ResponseOps[T: ResponseMutator, F[_] : ThrowableMonad](response: F[T]) {\n      def mutate: F[T] = {\n        val mutator = implicitly[ResponseMutator[T]]\n        response.map(mutator.mutate)\n      }\n    }\n\n    implicit val ReservedVisitsResponseMutator: ResponseMutator[ReservedVisitsResponse] = (response: ReservedVisitsResponse) => {\n      response.modify(_.reservedVisits.each.doctorName).using(cleanupDoctorName)\n    }\n\n    implicit val VisitsHistoryResponseMutator: ResponseMutator[VisitsHistoryResponse] = (response: VisitsHistoryResponse) => {\n      response.modify(_.historicVisits.each.doctorName).using(cleanupDoctorName)\n    }\n\n    implicit val ReservationFilterResponseMutator: ResponseMutator[ReservationFilterResponse] = (response: ReservationFilterResponse) => {\n      response.modify(_.doctors.each.name).using(cleanupDoctorName)\n    }\n\n    implicit val AvailableTermsResponseMutator: ResponseMutator[AvailableTermsResponse] = (response: AvailableTermsResponse) => {\n      response.modify(_.availableVisitsTermPresentation.each.doctor.name).using(cleanupDoctorName)\n    }\n  }\n\n}\n"}
{"repo_name":"mkmozgawa\/luxmed-bot","path":"api\/src\/main\/scala\/com\/lbs\/api\/json\/model\/ChangeTermDetailsResponse.scala","text":"\npackage com.lbs.api.json.model\n\n\/**\n{\n    \"AvailableNewPayers\": [\n        {\n            \"Id\": 45185,\n            \"IsFeeForService\": false,\n            \"Name\": \"Moja firma SP. Z O.O.\"\n        }\n    ],\n    \"CityId\": 5,\n    \"Payer\": {\n        \"Id\": 45185,\n        \"IsFeeForService\": false,\n        \"Name\": \"Moja firma SP. Z O.O.\"\n    }\n}\n  *\/\ncase class ChangeTermDetailsResponse(availableNewPayers: ShortPayerDetails, cityId: Long, payer: ShortPayerDetails) extends SerializableJsonObject\n\ncase class ShortPayerDetails(id: Long, isFeeForService: Boolean, name: String) extends SerializableJsonObject"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/admin\/BrokerApiVersionsCommand.scala","text":"<reponame>lewp\/kafka\n\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.admin\n\nimport java.io.PrintStream\nimport java.util.Properties\n\nimport kafka.utils.CommandLineUtils\nimport org.apache.kafka.common.utils.Utils\nimport org.apache.kafka.clients.CommonClientConfigs\nimport joptsimple._\nimport org.apache.kafka.common.Node\n\nimport scala.util.{Failure, Success}\n\n\/**\n * A command for retrieving broker version information.\n *\/\nobject BrokerApiVersionsCommand {\n\n  def main(args: Array[String]): Unit = {\n    execute(args, System.out)\n  }\n\n  def execute(args: Array[String], out: PrintStream): Unit = {\n    val opts = new BrokerVersionCommandOptions(args)\n    val adminClient = createAdminClient(opts)\n    adminClient.awaitBrokers()\n    var brokerMap = adminClient.listAllBrokerVersionInfo()\n    brokerMap.foreach { case (broker, versionInfoOrError) =>\n      versionInfoOrError match {\n        case Success(v) => out.print(s\"${broker} -> ${v.toString(true)}\\n\")\n        case Failure(v) => out.print(s\"${broker} -> ERROR: ${v}\\n\")\n      }\n    }\n    adminClient.close()\n  }\n\n  private def createAdminClient(opts: BrokerVersionCommandOptions): AdminClient = {\n    val props = if (opts.options.has(opts.commandConfigOpt))\n      Utils.loadProps(opts.options.valueOf(opts.commandConfigOpt))\n    else\n      new Properties()\n    props.put(CommonClientConfigs.BOOTSTRAP_SERVERS_CONFIG, opts.options.valueOf(opts.bootstrapServerOpt))\n    AdminClient.create(props)\n  }\n\n  class BrokerVersionCommandOptions(args: Array[String]) {\n    val BootstrapServerDoc = \"REQUIRED: The server to connect to.\"\n    val CommandConfigDoc = \"A property file containing configs to be passed to Admin Client.\"\n\n    val parser = new OptionParser\n    val commandConfigOpt = parser.accepts(\"command-config\", CommandConfigDoc)\n                                 .withRequiredArg\n                                 .describedAs(\"command config property file\")\n                                 .ofType(classOf[String])\n    val bootstrapServerOpt = parser.accepts(\"bootstrap-server\", BootstrapServerDoc)\n                                   .withRequiredArg\n                                   .describedAs(\"server(s) to use for bootstrapping\")\n                                   .ofType(classOf[String])\n    val options = parser.parse(args : _*)\n    checkArgs()\n\n    def checkArgs() {\n      \/\/ check required args\n      CommandLineUtils.checkRequiredArgs(parser, options, bootstrapServerOpt)\n    }\n  }\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/other\/kafka\/TestLinearWriteSpeed.scala","text":"<filename>core\/src\/test\/scala\/other\/kafka\/TestLinearWriteSpeed.scala\n\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n * \n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka\n\nimport java.io._\nimport java.nio._\nimport java.nio.channels._\nimport java.util.{Properties, Random}\n\nimport joptsimple._\nimport kafka.log._\nimport kafka.message._\nimport kafka.utils._\nimport org.apache.kafka.common.record._\nimport org.apache.kafka.common.utils.{Time, Utils}\n\nimport scala.math._\n\n\/**\n * This test does linear writes using either a kafka log or a file and measures throughput and latency.\n *\/\nobject TestLinearWriteSpeed {\n\n  def main(args: Array[String]): Unit = {\n    val parser = new OptionParser\n    val dirOpt = parser.accepts(\"dir\", \"The directory to write to.\")\n                           .withRequiredArg\n                           .describedAs(\"path\")\n                           .ofType(classOf[java.lang.String])\n                           .defaultsTo(System.getProperty(\"java.io.tmpdir\"))\n    val bytesOpt = parser.accepts(\"bytes\", \"REQUIRED: The total number of bytes to write.\")\n                           .withRequiredArg\n                           .describedAs(\"num_bytes\")\n                           .ofType(classOf[java.lang.Long])\n    val sizeOpt = parser.accepts(\"size\", \"REQUIRED: The size of each write.\")\n                           .withRequiredArg\n                           .describedAs(\"num_bytes\")\n                           .ofType(classOf[java.lang.Integer])\n    val messageSizeOpt = parser.accepts(\"message-size\", \"REQUIRED: The size of each message in the message set.\")\n                           .withRequiredArg\n                           .describedAs(\"num_bytes\")\n                           .ofType(classOf[java.lang.Integer])\n                           .defaultsTo(1024)\n    val filesOpt = parser.accepts(\"files\", \"REQUIRED: The number of logs or files.\")\n                           .withRequiredArg\n                           .describedAs(\"num_files\")\n                           .ofType(classOf[java.lang.Integer])\n                           .defaultsTo(1)\n   val reportingIntervalOpt = parser.accepts(\"reporting-interval\", \"The number of ms between updates.\")\n                           .withRequiredArg\n                           .describedAs(\"ms\")\n                           .ofType(classOf[java.lang.Long])\n                           .defaultsTo(1000L)\n   val maxThroughputOpt = parser.accepts(\"max-throughput-mb\", \"The maximum throughput.\")\n                           .withRequiredArg\n                           .describedAs(\"mb\")\n                           .ofType(classOf[java.lang.Integer])\n                           .defaultsTo(Integer.MAX_VALUE)\n   val flushIntervalOpt = parser.accepts(\"flush-interval\", \"The number of messages between flushes\")\n                           .withRequiredArg()\n                           .describedAs(\"message_count\")\n                           .ofType(classOf[java.lang.Long])\n                           .defaultsTo(Long.MaxValue)\n   val compressionCodecOpt = parser.accepts(\"compression\", \"The compression codec to use\")\n                            .withRequiredArg\n                            .describedAs(\"codec\")\n                            .ofType(classOf[java.lang.String])\n                            .defaultsTo(NoCompressionCodec.name)\n   val mmapOpt = parser.accepts(\"mmap\", \"Do writes to memory-mapped files.\")\n   val channelOpt = parser.accepts(\"channel\", \"Do writes to file channels.\")\n   val logOpt = parser.accepts(\"log\", \"Do writes to kafka logs.\")\n                          \n    val options = parser.parse(args : _*)\n    \n    CommandLineUtils.checkRequiredArgs(parser, options, bytesOpt, sizeOpt, filesOpt)\n\n    var bytesToWrite = options.valueOf(bytesOpt).longValue\n    val bufferSize = options.valueOf(sizeOpt).intValue\n    val numFiles = options.valueOf(filesOpt).intValue\n    val reportingInterval = options.valueOf(reportingIntervalOpt).longValue\n    val dir = options.valueOf(dirOpt)\n    val maxThroughputBytes = options.valueOf(maxThroughputOpt).intValue * 1024L * 1024L\n    val buffer = ByteBuffer.allocate(bufferSize)\n    val messageSize = options.valueOf(messageSizeOpt).intValue\n    val flushInterval = options.valueOf(flushIntervalOpt).longValue\n    val compressionCodec = CompressionCodec.getCompressionCodec(options.valueOf(compressionCodecOpt))\n    val rand = new Random\n    rand.nextBytes(buffer.array)\n    val numMessages = bufferSize \/ (messageSize + MessageSet.LogOverhead)\n    val createTime = System.currentTimeMillis\n    val messageSet = {\n      val compressionType = CompressionType.forId(compressionCodec.codec)\n      val records = (0 until numMessages).map(_ => new SimpleRecord(createTime, null, new Array[Byte](messageSize)))\n      MemoryRecords.withRecords(compressionType, records: _*)\n    }\n\n    val writables = new Array[Writable](numFiles)\n    val scheduler = new KafkaScheduler(1)\n    scheduler.startup()\n    for(i <- 0 until numFiles) {\n      if(options.has(mmapOpt)) {\n        writables(i) = new MmapWritable(new File(dir, \"kafka-test-\" + i + \".dat\"), bytesToWrite \/ numFiles, buffer)\n      } else if(options.has(channelOpt)) {\n        writables(i) = new ChannelWritable(new File(dir, \"kafka-test-\" + i + \".dat\"), buffer)\n      } else if(options.has(logOpt)) {\n        val segmentSize = rand.nextInt(512)*1024*1024 + 64*1024*1024 \/\/ vary size to avoid herd effect\n        val logProperties = new Properties()\n        logProperties.put(LogConfig.SegmentBytesProp, segmentSize: java.lang.Integer)\n        logProperties.put(LogConfig.FlushMessagesProp, flushInterval: java.lang.Long)\n        writables(i) = new LogWritable(new File(dir, \"kafka-test-\" + i), new LogConfig(logProperties), scheduler, messageSet)\n      } else {\n        System.err.println(\"Must specify what to write to with one of --log, --channel, or --mmap\") \n        Exit.exit(1)\n      }\n    }\n    bytesToWrite = (bytesToWrite \/ numFiles) * numFiles\n    \n    println(\"%10s\\t%10s\\t%10s\".format(\"mb_sec\", \"avg_latency\", \"max_latency\"))\n    \n    val beginTest = System.nanoTime\n    var maxLatency = 0L\n    var totalLatency = 0L\n    var count = 0L\n    var written = 0L\n    var totalWritten = 0L\n    var lastReport = beginTest\n    while(totalWritten + bufferSize < bytesToWrite) {\n      val start = System.nanoTime\n      val writeSize = writables((count % numFiles).toInt.abs).write()\n      val ellapsed = System.nanoTime - start\n      maxLatency = max(ellapsed, maxLatency)\n      totalLatency += ellapsed\n      written += writeSize\n      count += 1\n      totalWritten += writeSize\n      if((start - lastReport)\/(1000.0*1000.0) > reportingInterval.doubleValue) {\n        val ellapsedSecs = (start - lastReport) \/ (1000.0*1000.0*1000.0)\n        val mb = written \/ (1024.0*1024.0)\n        println(\"%10.3f\\t%10.3f\\t%10.3f\".format(mb \/ ellapsedSecs, totalLatency \/ count.toDouble \/ (1000.0*1000.0), maxLatency \/ (1000.0 * 1000.0)))\n        lastReport = start\n        written = 0\n        maxLatency = 0L\n        totalLatency = 0L\n      } else if(written > maxThroughputBytes * (reportingInterval \/ 1000.0)) {\n        \/\/ if we have written enough, just sit out this reporting interval\n        val lastReportMs = lastReport \/ (1000*1000)\n        val now = System.nanoTime \/ (1000*1000)\n        val sleepMs = lastReportMs + reportingInterval - now\n        if(sleepMs > 0)\n          Thread.sleep(sleepMs)\n      }\n    }\n    val elapsedSecs = (System.nanoTime - beginTest) \/ (1000.0*1000.0*1000.0)\n    println(bytesToWrite \/ (1024.0 * 1024.0 * elapsedSecs) + \" MB per sec\")\n    scheduler.shutdown()\n  }\n  \n  trait Writable {\n    def write(): Int\n    def close()\n  }\n  \n  class MmapWritable(val file: File, size: Long, val content: ByteBuffer) extends Writable {\n    file.deleteOnExit()\n    val raf = new RandomAccessFile(file, \"rw\")\n    raf.setLength(size)\n    val buffer = raf.getChannel().map(FileChannel.MapMode.READ_WRITE, 0, raf.length())\n    def write(): Int = {\n      buffer.put(content)\n      content.rewind()\n      content.limit\n    }\n    def close() {\n      raf.close()\n    }\n  }\n  \n  class ChannelWritable(val file: File, val content: ByteBuffer) extends Writable {\n    file.deleteOnExit()\n    val raf = new RandomAccessFile(file, \"rw\")\n    val channel = raf.getChannel\n    def write(): Int = {\n      channel.write(content)\n      content.rewind()\n      content.limit\n    }\n    def close() {\n      raf.close()\n    }\n  }\n  \n  class LogWritable(val dir: File, config: LogConfig, scheduler: Scheduler, val messages: MemoryRecords) extends Writable {\n    Utils.delete(dir)\n    val log = new Log(dir, config, 0L, 0L, scheduler, Time.SYSTEM)\n    def write(): Int = {\n      log.appendAsLeader(messages, leaderEpoch = 0)\n      messages.sizeInBytes\n    }\n    def close() {\n      log.close()\n      Utils.delete(log.dir)\n    }\n  }\n  \n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/log\/ProducerIdMappingTest.scala","text":"\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\n\npackage kafka.log\n\nimport java.io.File\nimport java.util.Properties\n\nimport kafka.utils.TestUtils\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.errors.{DuplicateSequenceNumberException, OutOfOrderSequenceException, ProducerFencedException}\nimport org.apache.kafka.common.utils.{MockTime, Utils}\nimport org.junit.Assert._\nimport org.junit.{After, Before, Test}\nimport org.scalatest.junit.JUnitSuite\n\nclass ProducerIdMappingTest extends JUnitSuite {\n  var idMappingDir: File = null\n  var config: LogConfig = null\n  var idMapping: ProducerIdMapping = null\n  val partition = new TopicPartition(\"test\", 0)\n  val pid = 1L\n  val maxPidExpirationMs = 60 * 1000\n  val time = new MockTime\n\n  @Before\n  def setUp(): Unit = {\n    config = LogConfig(new Properties)\n    idMappingDir = TestUtils.tempDir()\n    idMapping = new ProducerIdMapping(config, partition, idMappingDir, maxPidExpirationMs)\n  }\n\n  @After\n  def tearDown(): Unit = {\n    Utils.delete(idMappingDir)\n  }\n\n  @Test\n  def testBasicIdMapping(): Unit = {\n    val epoch = 0.toShort\n\n    \/\/ First entry for id 0 added\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L, 0L)\n\n    \/\/ Second entry for id 0 added\n    checkAndUpdate(idMapping, pid, 1, epoch, 0L, 1L)\n\n    \/\/ Duplicate sequence number (matches previous sequence number)\n    assertThrows[DuplicateSequenceNumberException] {\n      checkAndUpdate(idMapping, pid, 1, epoch, 0L, 1L)\n    }\n\n    \/\/ Invalid sequence number (greater than next expected sequence number)\n    assertThrows[OutOfOrderSequenceException] {\n      checkAndUpdate(idMapping, pid, 5, epoch, 0L, 2L)\n    }\n\n    \/\/ Change epoch\n    checkAndUpdate(idMapping, pid, 0, (epoch + 1).toShort, 0L, 3L)\n\n    \/\/ Incorrect epoch\n    assertThrows[ProducerFencedException] {\n      checkAndUpdate(idMapping, pid, 0, epoch, 0L, 4L)\n    }\n  }\n\n  @Test\n  def testTakeSnapshot(): Unit = {\n    val epoch = 0.toShort\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L, 0L)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L, 1L)\n\n    \/\/ Take snapshot\n    idMapping.maybeTakeSnapshot()\n\n    \/\/ Check that file exists and it is not empty\n    assertEquals(\"Directory doesn't contain a single file as expected\", 1, idMappingDir.list().length)\n    assertTrue(\"Snapshot file is empty\", idMappingDir.list().head.length > 0)\n  }\n\n  @Test\n  def testRecoverFromSnapshot(): Unit = {\n    val epoch = 0.toShort\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L, time.milliseconds)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L, time.milliseconds)\n    idMapping.maybeTakeSnapshot()\n    val recoveredMapping = new ProducerIdMapping(config, partition, idMappingDir, maxPidExpirationMs)\n    recoveredMapping.truncateAndReload(0L, 3L, time.milliseconds)\n\n    \/\/ entry added after recovery\n    checkAndUpdate(recoveredMapping, pid, 2, epoch, 2L, time.milliseconds)\n  }\n\n  @Test(expected = classOf[OutOfOrderSequenceException])\n  def testRemoveExpiredPidsOnReload(): Unit = {\n    val epoch = 0.toShort\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L, 0)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L, 1)\n\n    idMapping.maybeTakeSnapshot()\n    val recoveredMapping = new ProducerIdMapping(config, partition, idMappingDir, maxPidExpirationMs)\n    recoveredMapping.truncateAndReload(0L, 1L, 70000)\n\n    \/\/ entry added after recovery. The pid should be expired now, and would not exist in the pid mapping. Hence\n    \/\/ we should get an out of order sequence exception.\n    checkAndUpdate(recoveredMapping, pid, 2, epoch, 2L, 70001)\n  }\n\n  @Test\n  def testRemoveOldSnapshot(): Unit = {\n    val epoch = 0.toShort\n\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(1, idMappingDir.listFiles().length)\n    assertEquals(Set(2), currentSnapshotOffsets)\n\n    checkAndUpdate(idMapping, pid, 2, epoch, 2L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(2, idMappingDir.listFiles().length)\n    assertEquals(Set(2, 3), currentSnapshotOffsets)\n\n    \/\/ we only retain two snapshot files, so the next snapshot should cause the oldest to be deleted\n    checkAndUpdate(idMapping, pid, 3, epoch, 3L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(2, idMappingDir.listFiles().length)\n    assertEquals(Set(3, 4), currentSnapshotOffsets)\n  }\n\n  @Test\n  def testTruncate(): Unit = {\n    val epoch = 0.toShort\n\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(1, idMappingDir.listFiles().length)\n    assertEquals(Set(2), currentSnapshotOffsets)\n\n    checkAndUpdate(idMapping, pid, 2, epoch, 2L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(2, idMappingDir.listFiles().length)\n    assertEquals(Set(2, 3), currentSnapshotOffsets)\n\n    idMapping.truncate()\n\n    assertEquals(0, idMappingDir.listFiles().length)\n    assertEquals(Set(), currentSnapshotOffsets)\n\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(1, idMappingDir.listFiles().length)\n    assertEquals(Set(1), currentSnapshotOffsets)\n  }\n\n  @Test\n  def testExpirePids(): Unit = {\n    val epoch = 0.toShort\n\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L)\n    checkAndUpdate(idMapping, pid, 1, epoch, 1L)\n    idMapping.maybeTakeSnapshot()\n\n    val anotherPid = 2L\n    checkAndUpdate(idMapping, anotherPid, 0, epoch, 2L)\n    checkAndUpdate(idMapping, anotherPid, 1, epoch, 3L)\n    idMapping.maybeTakeSnapshot()\n    assertEquals(Set(2, 4), currentSnapshotOffsets)\n\n    idMapping.expirePids(2)\n    assertEquals(Set(4), currentSnapshotOffsets)\n    assertEquals(Set(anotherPid), idMapping.activePids.keySet)\n    assertEquals(None, idMapping.lastEntry(pid))\n\n    val maybeEntry = idMapping.lastEntry(anotherPid)\n    assertTrue(maybeEntry.isDefined)\n    assertEquals(3L, maybeEntry.get.lastOffset)\n\n    idMapping.expirePids(3)\n    assertEquals(Set(anotherPid), idMapping.activePids.keySet)\n    assertEquals(Set(4), currentSnapshotOffsets)\n    assertEquals(4, idMapping.mapEndOffset)\n\n    idMapping.expirePids(5)\n    assertEquals(Set(), idMapping.activePids.keySet)\n    assertEquals(Set(), currentSnapshotOffsets)\n    assertEquals(5, idMapping.mapEndOffset)\n\n    idMapping.maybeTakeSnapshot()\n    \/\/ shouldn't be any new snapshot because the log is empty\n    assertEquals(Set(), currentSnapshotOffsets)\n  }\n\n  @Test\n  def testSkipSnapshotIfOffsetUnchanged(): Unit = {\n    val epoch = 0.toShort\n    checkAndUpdate(idMapping, pid, 0, epoch, 0L, 0L)\n\n    idMapping.maybeTakeSnapshot()\n    assertEquals(1, idMappingDir.listFiles().length)\n    assertEquals(Set(1), currentSnapshotOffsets)\n\n    \/\/ nothing changed so there should be no new snapshot\n    idMapping.maybeTakeSnapshot()\n    assertEquals(1, idMappingDir.listFiles().length)\n    assertEquals(Set(1), currentSnapshotOffsets)\n  }\n\n  @Test\n  def testStartOffset(): Unit = {\n    val epoch = 0.toShort\n    val pid2 = 2L\n    checkAndUpdate(idMapping, pid2, 0, epoch, 0L, 1L)\n    checkAndUpdate(idMapping, pid, 0, epoch, 1L, 2L)\n    checkAndUpdate(idMapping, pid, 1, epoch, 2L, 3L)\n    checkAndUpdate(idMapping, pid, 2, epoch, 3L, 4L)\n    idMapping.maybeTakeSnapshot()\n\n    intercept[OutOfOrderSequenceException] {\n      val recoveredMapping = new ProducerIdMapping(config, partition, idMappingDir, maxPidExpirationMs)\n      recoveredMapping.truncateAndReload(0L, 1L, time.milliseconds)\n      checkAndUpdate(recoveredMapping, pid2, 1, epoch, 4L, 5L)\n    }\n  }\n\n  @Test(expected = classOf[OutOfOrderSequenceException])\n  def testPidExpirationTimeout() {\n    val epoch = 5.toShort\n    val sequence = 37\n    checkAndUpdate(idMapping, pid, sequence, epoch, 1L)\n    time.sleep(maxPidExpirationMs + 1)\n    idMapping.removeExpiredPids(time.milliseconds)\n    checkAndUpdate(idMapping, pid, sequence + 1, epoch, 1L)\n  }\n\n  @Test\n  def testLoadPid() {\n    val epoch = 5.toShort\n    val sequence = 37\n    val createTimeMs = time.milliseconds\n    idMapping.load(pid, ProducerIdEntry(epoch, sequence, 0L, 1, createTimeMs), time.milliseconds)\n    checkAndUpdate(idMapping, pid, sequence + 1, epoch, 2L)\n  }\n\n  @Test(expected = classOf[OutOfOrderSequenceException])\n  def testLoadIgnoresExpiredPids() {\n    val epoch = 5.toShort\n    val sequence = 37\n\n    val createTimeMs = time.milliseconds\n    time.sleep(maxPidExpirationMs + 1)\n    val loadTimeMs = time.milliseconds\n    idMapping.load(pid, ProducerIdEntry(epoch, sequence, 0L, 1, createTimeMs), loadTimeMs)\n\n    \/\/ entry wasn't loaded, so this should fail\n    checkAndUpdate(idMapping, pid, sequence + 1, epoch, 2L)\n  }\n\n  private def checkAndUpdate(mapping: ProducerIdMapping,\n                             pid: Long,\n                             seq: Int,\n                             epoch: Short,\n                             lastOffset: Long,\n                             timestamp: Long = time.milliseconds()): Unit = {\n    val offsetDelta = 0\n    val incomingPidEntry = ProducerIdEntry(epoch, seq, lastOffset, offsetDelta, timestamp)\n    val producerAppendInfo = new ProducerAppendInfo(pid, mapping.lastEntry(pid).getOrElse(ProducerIdEntry.Empty))\n    producerAppendInfo.append(incomingPidEntry)\n    mapping.update(producerAppendInfo)\n    mapping.updateMapEndOffset(lastOffset + 1)\n  }\n\n  private def currentSnapshotOffsets =\n    idMappingDir.listFiles().map(file => Log.offsetFromFilename(file.getName)).toSet\n\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/coordinator\/transaction\/TransactionLog.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport kafka.common.{KafkaException, MessageFormatter}\nimport org.apache.kafka.clients.consumer.ConsumerRecord\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.protocol.types.Type._\nimport org.apache.kafka.common.protocol.types.{ArrayOf, Field, Schema, Struct}\nimport java.io.PrintStream\nimport java.nio.ByteBuffer\nimport java.nio.charset.StandardCharsets\n\nimport org.apache.kafka.common.record.CompressionType\n\nimport scala.collection.mutable\n\n\/*\n * Messages stored for the transaction topic represent the pid and transactional status of the corresponding\n * transactional id, which have versions for both the key and value fields. Key and value\n * versions are used to evolve the message formats:\n *\n * key version 0:               [transactionalId]\n *    -> value version 0:       [pid, epoch, expire_timestamp, status, [topic [partition], timestamp ]\n *\/\nobject TransactionLog {\n\n  \/\/ log-level config default values and enforced values\n  val DefaultNumPartitions: Int = 50\n  val DefaultSegmentBytes: Int = 100 * 1024 * 1024\n  val DefaultReplicationFactor: Short = 3.toShort\n  val DefaultMinInSyncReplicas: Int = 2\n  val DefaultLoadBufferSize: Int = 5 * 1024 * 1024\n\n  \/\/ enforce always using\n  \/\/  1. cleanup policy = compact\n  \/\/  2. compression = none\n  \/\/  3. unclean leader election = disabled\n  \/\/  4. required acks = -1 when writing\n  val EnforcedCompressionType: CompressionType = CompressionType.NONE\n  val EnforcedRequiredAcks: Short = (-1).toShort\n\n  \/\/ log message formats\n  private val TXN_ID_KEY = \"transactional_id\"\n\n  private val PID_KEY = \"pid\"\n  private val EPOCH_KEY = \"epoch\"\n  private val TXN_TIMEOUT_KEY = \"transaction_timeout\"\n  private val TXN_STATUS_KEY = \"transaction_status\"\n  private val TXN_PARTITIONS_KEY = \"transaction_partitions\"\n  private val TXN_ENTRY_TIMESTAMP_FIELD = \"transaction_entry_timestamp\"\n  private val TXN_START_TIMESTAMP_FIELD = \"transaction_start_timestamp\"\n  private val TOPIC_KEY = \"topic\"\n  private val PARTITION_IDS_KEY = \"partition_ids\"\n\n  private val KEY_SCHEMA_V0 = new Schema(new Field(TXN_ID_KEY, STRING))\n  private val KEY_SCHEMA_TXN_ID_FIELD = KEY_SCHEMA_V0.get(TXN_ID_KEY)\n\n  private val VALUE_PARTITIONS_SCHEMA = new Schema(new Field(TOPIC_KEY, STRING),\n                                                   new Field(PARTITION_IDS_KEY, new ArrayOf(INT32)))\n  private val PARTITIONS_SCHEMA_TOPIC_FIELD = VALUE_PARTITIONS_SCHEMA.get(TOPIC_KEY)\n  private val PARTITIONS_SCHEMA_PARTITION_IDS_FIELD = VALUE_PARTITIONS_SCHEMA.get(PARTITION_IDS_KEY)\n\n  private val VALUE_SCHEMA_V0 = new Schema(new Field(PID_KEY, INT64, \"Producer id in use by the transactional id.\"),\n                                           new Field(EPOCH_KEY, INT16, \"Epoch associated with the producer id\"),\n                                           new Field(TXN_TIMEOUT_KEY, INT32, \"Transaction timeout in milliseconds\"),\n                                           new Field(TXN_STATUS_KEY, INT8,\n                                             \"TransactionState the transaction is in\"),\n                                           new Field(TXN_PARTITIONS_KEY, ArrayOf.nullable(VALUE_PARTITIONS_SCHEMA),\n                                            \"Set of partitions involved in the transaction\"),\n                                           new Field(TXN_ENTRY_TIMESTAMP_FIELD, INT64, \"Time the transaction was last updated\"),\n                                           new Field(TXN_START_TIMESTAMP_FIELD, INT64, \"Time the transaction was started\"))\n  private val VALUE_SCHEMA_PID_FIELD = VALUE_SCHEMA_V0.get(PID_KEY)\n  private val VALUE_SCHEMA_EPOCH_FIELD = VALUE_SCHEMA_V0.get(EPOCH_KEY)\n  private val VALUE_SCHEMA_TXN_TIMEOUT_FIELD = VALUE_SCHEMA_V0.get(TXN_TIMEOUT_KEY)\n  private val VALUE_SCHEMA_TXN_STATUS_FIELD = VALUE_SCHEMA_V0.get(TXN_STATUS_KEY)\n  private val VALUE_SCHEMA_TXN_PARTITIONS_FIELD = VALUE_SCHEMA_V0.get(TXN_PARTITIONS_KEY)\n  private val VALUE_SCHEMA_TXN_ENTRY_TIMESTAMP_FIELD = VALUE_SCHEMA_V0.get(TXN_ENTRY_TIMESTAMP_FIELD)\n  private val VALUE_SCHEMA_TXN_START_TIMESTAMP_FIELD = VALUE_SCHEMA_V0.get(TXN_START_TIMESTAMP_FIELD)\n\n  private val KEY_SCHEMAS = Map(\n    0 -> KEY_SCHEMA_V0)\n\n  private val VALUE_SCHEMAS = Map(\n    0 -> VALUE_SCHEMA_V0)\n\n  private val CURRENT_KEY_SCHEMA_VERSION = 0.toShort\n  private val CURRENT_VALUE_SCHEMA_VERSION = 0.toShort\n\n  private val CURRENT_KEY_SCHEMA = schemaForKey(CURRENT_KEY_SCHEMA_VERSION)\n\n  private val CURRENT_VALUE_SCHEMA = schemaForValue(CURRENT_VALUE_SCHEMA_VERSION)\n\n  private def schemaForKey(version: Int) = {\n    val schemaOpt = KEY_SCHEMAS.get(version)\n    schemaOpt match {\n      case Some(schema) => schema\n      case _ => throw new KafkaException(s\"Unknown transaction log message key schema version $version\")\n    }\n  }\n\n  private def schemaForValue(version: Int) = {\n    val schemaOpt = VALUE_SCHEMAS.get(version)\n    schemaOpt match {\n      case Some(schema) => schema\n      case _ => throw new KafkaException(s\"Unknown transaction log message value schema version $version\")\n    }\n  }\n\n  \/**\n    * Generates the bytes for transaction log message key\n    *\n    * @return key bytes\n    *\/\n  private[coordinator] def keyToBytes(transactionalId: String): Array[Byte] = {\n    val key = new Struct(CURRENT_KEY_SCHEMA)\n    key.set(KEY_SCHEMA_TXN_ID_FIELD, transactionalId)\n\n    val byteBuffer = ByteBuffer.allocate(2 \/* version *\/ + key.sizeOf)\n    byteBuffer.putShort(CURRENT_KEY_SCHEMA_VERSION)\n    key.writeTo(byteBuffer)\n    byteBuffer.array()\n  }\n\n  \/**\n    * Generates the payload bytes for transaction log message value\n    *\n    * @return value payload bytes\n    *\/\n  private[coordinator] def valueToBytes(txnMetadata: TransactionMetadata): Array[Byte] = {\n    val value = new Struct(CURRENT_VALUE_SCHEMA)\n    value.set(VALUE_SCHEMA_PID_FIELD, txnMetadata.pid)\n    value.set(VALUE_SCHEMA_EPOCH_FIELD, txnMetadata.producerEpoch)\n    value.set(VALUE_SCHEMA_TXN_TIMEOUT_FIELD, txnMetadata.txnTimeoutMs)\n    value.set(VALUE_SCHEMA_TXN_STATUS_FIELD, txnMetadata.state.byte)\n    value.set(VALUE_SCHEMA_TXN_ENTRY_TIMESTAMP_FIELD, txnMetadata.lastUpdateTimestamp)\n    value.set(VALUE_SCHEMA_TXN_START_TIMESTAMP_FIELD, txnMetadata.transactionStartTime)\n\n    if (txnMetadata.state == Empty) {\n      if (txnMetadata.topicPartitions.nonEmpty)\n        throw new IllegalStateException(s\"Transaction is not expected to have any partitions since its state is ${txnMetadata.state}: $txnMetadata\")\n\n      value.set(VALUE_SCHEMA_TXN_PARTITIONS_FIELD, null)\n    } else {\n      \/\/ first group the topic partitions by their topic names\n      val topicAndPartitions = txnMetadata.topicPartitions.groupBy(_.topic())\n\n      val partitionArray = topicAndPartitions.map { case(topic, partitions) =>\n        val topicPartitionsStruct = value.instance(VALUE_SCHEMA_TXN_PARTITIONS_FIELD)\n        val partitionIds: Array[Integer] = partitions.map(topicPartition => Integer.valueOf(topicPartition.partition())).toArray\n\n        topicPartitionsStruct.set(PARTITIONS_SCHEMA_TOPIC_FIELD, topic)\n        topicPartitionsStruct.set(PARTITIONS_SCHEMA_PARTITION_IDS_FIELD, partitionIds)\n\n        topicPartitionsStruct\n      }\n      value.set(VALUE_SCHEMA_TXN_PARTITIONS_FIELD, partitionArray.toArray)\n    }\n\n    val byteBuffer = ByteBuffer.allocate(2 \/* version *\/ + value.sizeOf)\n    byteBuffer.putShort(CURRENT_VALUE_SCHEMA_VERSION)\n    value.writeTo(byteBuffer)\n    byteBuffer.array()\n  }\n\n  \/**\n    * Decodes the transaction log messages' key\n    *\n    * @return the key\n    *\/\n  def readMessageKey(buffer: ByteBuffer): BaseKey = {\n    val version = buffer.getShort\n    val keySchema = schemaForKey(version)\n    val key = keySchema.read(buffer)\n\n    if (version == CURRENT_KEY_SCHEMA_VERSION) {\n      val transactionalId = key.getString(KEY_SCHEMA_TXN_ID_FIELD)\n\n      TxnKey(version, transactionalId)\n    } else {\n      throw new IllegalStateException(s\"Unknown version $version from the transaction log message\")\n    }\n  }\n\n  \/**\n    * Decodes the transaction log messages' payload and retrieves pid metadata from it\n    *\n    * @return a pid metadata object from the message\n    *\/\n  def readMessageValue(buffer: ByteBuffer): TransactionMetadata = {\n    if (buffer == null) { \/\/ tombstone\n      null\n    } else {\n      val version = buffer.getShort\n      val valueSchema = schemaForValue(version)\n      val value = valueSchema.read(buffer)\n\n      if (version == CURRENT_VALUE_SCHEMA_VERSION) {\n        val pid = value.get(VALUE_SCHEMA_PID_FIELD).asInstanceOf[Long]\n        val epoch = value.get(VALUE_SCHEMA_EPOCH_FIELD).asInstanceOf[Short]\n        val timeout = value.get(VALUE_SCHEMA_TXN_TIMEOUT_FIELD).asInstanceOf[Int]\n\n        val stateByte = value.getByte(VALUE_SCHEMA_TXN_STATUS_FIELD)\n        val state = TransactionMetadata.byteToState(stateByte)\n        val entryTimestamp = value.get(VALUE_SCHEMA_TXN_ENTRY_TIMESTAMP_FIELD).asInstanceOf[Long]\n        val startTimestamp = value.get(VALUE_SCHEMA_TXN_START_TIMESTAMP_FIELD).asInstanceOf[Long]\n\n        val transactionMetadata = new TransactionMetadata(pid, epoch, timeout, state, mutable.Set.empty[TopicPartition],startTimestamp, entryTimestamp)\n\n        if (!state.equals(Empty)) {\n          val topicPartitionArray = value.getArray(VALUE_SCHEMA_TXN_PARTITIONS_FIELD)\n\n          topicPartitionArray.foreach { memberMetadataObj =>\n            val memberMetadata = memberMetadataObj.asInstanceOf[Struct]\n            val topic = memberMetadata.get(PARTITIONS_SCHEMA_TOPIC_FIELD).asInstanceOf[String]\n            val partitionIdArray = memberMetadata.getArray(PARTITIONS_SCHEMA_PARTITION_IDS_FIELD)\n\n            val topicPartitions = partitionIdArray.map { partitionIdObj =>\n              val partitionId = partitionIdObj.asInstanceOf[Integer]\n              new TopicPartition(topic, partitionId)\n            }\n\n            transactionMetadata.addPartitions(topicPartitions.toSet)\n          }\n        }\n\n        transactionMetadata\n      } else {\n        throw new IllegalStateException(s\"Unknown version $version from the transaction log message value\")\n      }\n    }\n  }\n\n  \/\/ Formatter for use with tools to read transaction log messages\n  class TransactionLogMessageFormatter extends MessageFormatter {\n    def writeTo(consumerRecord: ConsumerRecord[Array[Byte], Array[Byte]], output: PrintStream) {\n      Option(consumerRecord.key).map(key => readMessageKey(ByteBuffer.wrap(key))).foreach {\n        case txnKey: TxnKey =>\n          val transactionalId = txnKey.transactionalId\n          val value = consumerRecord.value\n          val pidMetadata =\n            if (value == null) \"NULL\"\n            else readMessageValue(ByteBuffer.wrap(value))\n          output.write(transactionalId.getBytes(StandardCharsets.UTF_8))\n          output.write(\"::\".getBytes(StandardCharsets.UTF_8))\n          output.write(pidMetadata.toString.getBytes(StandardCharsets.UTF_8))\n          output.write(\"\\n\".getBytes(StandardCharsets.UTF_8))\n        case _ => \/\/ no-op\n      }\n    }\n  }\n}\n\ntrait BaseKey{\n  def version: Short\n  def transactionalId: Any\n}\n\ncase class TxnKey(version: Short, transactionalId: String) extends BaseKey {\n  override def toString: String = transactionalId.toString\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/log\/ProducerIdMapping.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.log\n\nimport java.io._\nimport java.nio.ByteBuffer\nimport java.nio.file.Files\n\nimport kafka.common.KafkaException\nimport kafka.utils.{Logging, nonthreadsafe}\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.errors.{DuplicateSequenceNumberException, OutOfOrderSequenceException, ProducerFencedException}\nimport org.apache.kafka.common.protocol.types._\nimport org.apache.kafka.common.record.RecordBatch\nimport org.apache.kafka.common.utils.{ByteUtils, Crc32C}\n\nimport scala.collection.{immutable, mutable}\n\nprivate[log] object ProducerIdEntry {\n  val Empty = ProducerIdEntry(RecordBatch.NO_PRODUCER_EPOCH, RecordBatch.NO_SEQUENCE,\n    -1, 0, RecordBatch.NO_TIMESTAMP)\n}\n\nprivate[log] case class ProducerIdEntry(epoch: Short, lastSeq: Int, lastOffset: Long, offsetDelta: Int, timestamp: Long) {\n  def firstSeq: Int = lastSeq - offsetDelta\n  def firstOffset: Long = lastOffset - offsetDelta\n\n  def isDuplicate(batch: RecordBatch): Boolean = {\n    batch.producerEpoch == epoch &&\n      batch.baseSequence == firstSeq &&\n      batch.lastSequence == lastSeq\n  }\n}\n\nprivate[log] class ProducerAppendInfo(val pid: Long, initialEntry: ProducerIdEntry) {\n  \/\/ the initialEntry here is the last successful appended batch. we validate incoming entries transitively, starting\n  \/\/ with the last appended entry.\n  private var epoch = initialEntry.epoch\n  private var firstSeq = initialEntry.firstSeq\n  private var lastSeq = initialEntry.lastSeq\n  private var lastOffset = initialEntry.lastOffset\n  private var maxTimestamp = initialEntry.timestamp\n\n  private def validateAppend(epoch: Short, firstSeq: Int, lastSeq: Int) = {\n    if (this.epoch > epoch) {\n      throw new ProducerFencedException(s\"Producer's epoch is no longer valid. There is probably another producer with a newer epoch. $epoch (request epoch), ${this.epoch} (server epoch)\")\n    } else if (this.epoch == RecordBatch.NO_PRODUCER_EPOCH || this.epoch < epoch) {\n      if (firstSeq != 0)\n        throw new OutOfOrderSequenceException(s\"Invalid sequence number for new epoch: $epoch \" +\n          s\"(request epoch), $firstSeq (seq. number)\")\n    } else if (firstSeq == this.firstSeq && lastSeq == this.lastSeq) {\n      throw new DuplicateSequenceNumberException(s\"Duplicate sequence number: $pid (pid), $firstSeq \" +\n        s\"(seq. number), ${this.firstSeq} (expected seq. number)\")\n    } else if (firstSeq != this.lastSeq + 1L) {\n      throw new OutOfOrderSequenceException(s\"Invalid sequence number: $pid (pid), $firstSeq \" +\n        s\"(seq. number), ${this.lastSeq} (expected seq. number)\")\n    }\n  }\n\n  def assignLastOffsetAndTimestamp(lastOffset: Long, lastTimestamp: Long): Unit = {\n    this.lastOffset = lastOffset\n    this.maxTimestamp = lastTimestamp\n  }\n\n  private def append(epoch: Short, firstSeq: Int, lastSeq: Int, lastTimestamp: Long, lastOffset: Long) {\n    validateAppend(epoch, firstSeq, lastSeq)\n    this.epoch = epoch\n    this.firstSeq = firstSeq\n    this.lastSeq = lastSeq\n    this.maxTimestamp = lastTimestamp\n    this.lastOffset = lastOffset\n  }\n\n  def append(batch: RecordBatch): Unit =\n    append(batch.producerEpoch, batch.baseSequence, batch.lastSequence, batch.maxTimestamp, batch.lastOffset)\n\n  def append(entry: ProducerIdEntry): Unit =\n    append(entry.epoch, entry.firstSeq, entry.lastSeq, entry.timestamp, entry.lastOffset)\n\n  def lastEntry: ProducerIdEntry =\n    ProducerIdEntry(epoch, lastSeq, lastOffset, lastSeq - firstSeq, maxTimestamp)\n}\n\nclass CorruptSnapshotException(msg: String) extends KafkaException(msg)\n\nobject ProducerIdMapping {\n  private val PidSnapshotVersion: Short = 1\n  private val VersionField = \"version\"\n  private val CrcField = \"crc\"\n  private val PidField = \"pid\"\n  private val LastSequenceField = \"last_sequence\"\n  private val EpochField = \"epoch\"\n  private val LastOffsetField = \"last_offset\"\n  private val OffsetDeltaField = \"offset_delta\"\n  private val TimestampField = \"timestamp\"\n  private val PidEntriesField = \"pid_entries\"\n\n  private val VersionOffset = 0\n  private val CrcOffset = VersionOffset + 2\n  private val PidEntriesOffset = CrcOffset + 4\n\n  private val maxPidSnapshotsToRetain = 2\n\n  val PidSnapshotEntrySchema = new Schema(\n    new Field(PidField, Type.INT64, \"The producer ID\"),\n    new Field(EpochField, Type.INT16, \"Current epoch of the producer\"),\n    new Field(LastSequenceField, Type.INT32, \"Last written sequence of the producer\"),\n    new Field(LastOffsetField, Type.INT64, \"Last written offset of the producer\"),\n    new Field(OffsetDeltaField, Type.INT32, \"The difference of the last sequence and first sequence in the last written batch\"),\n    new Field(TimestampField, Type.INT64, \"Max timestamp from the last written entry\"))\n  val PidSnapshotMapSchema = new Schema(\n    new Field(VersionField, Type.INT16, \"Version of the snapshot file\"),\n    new Field(CrcField, Type.UNSIGNED_INT32, \"CRC of the snapshot data\"),\n    new Field(PidEntriesField, new ArrayOf(PidSnapshotEntrySchema), \"The entries in the PID table\"))\n\n  def readSnapshot(file: File): Iterable[(Long, ProducerIdEntry)] = {\n    val buffer = Files.readAllBytes(file.toPath)\n    val struct = PidSnapshotMapSchema.read(ByteBuffer.wrap(buffer))\n\n    val version = struct.getShort(VersionField)\n    if (version != PidSnapshotVersion)\n      throw new IllegalArgumentException(s\"Unhandled snapshot file version $version\")\n\n    val crc = struct.getUnsignedInt(CrcField)\n    val computedCrc =  Crc32C.compute(buffer, PidEntriesOffset, buffer.length - PidEntriesOffset)\n    if (crc != computedCrc)\n      throw new CorruptSnapshotException(s\"Snapshot file '$file' is corrupted (CRC is no longer valid). Stored crc: $crc. Computed crc: $computedCrc\")\n\n    struct.getArray(PidEntriesField).map { pidEntryObj =>\n      val pidEntryStruct = pidEntryObj.asInstanceOf[Struct]\n      val pid: Long = pidEntryStruct.getLong(PidField)\n      val epoch = pidEntryStruct.getShort(EpochField)\n      val seq = pidEntryStruct.getInt(LastSequenceField)\n      val offset = pidEntryStruct.getLong(LastOffsetField)\n      val timestamp = pidEntryStruct.getLong(TimestampField)\n      val offsetDelta = pidEntryStruct.getInt(OffsetDeltaField)\n      val newEntry = ProducerIdEntry(epoch, seq, offset, offsetDelta, timestamp)\n      pid -> newEntry\n    }\n  }\n\n  private def writeSnapshot(file: File, entries: mutable.Map[Long, ProducerIdEntry]) {\n    val struct = new Struct(PidSnapshotMapSchema)\n    struct.set(VersionField, PidSnapshotVersion)\n    struct.set(CrcField, 0L) \/\/ we'll fill this after writing the entries\n    val entriesArray = entries.map {\n      case (pid, entry) =>\n        val pidEntryStruct = struct.instance(PidEntriesField)\n        pidEntryStruct.set(PidField, pid)\n          .set(EpochField, entry.epoch)\n          .set(LastSequenceField, entry.lastSeq)\n          .set(LastOffsetField, entry.lastOffset)\n          .set(OffsetDeltaField, entry.offsetDelta)\n          .set(TimestampField, entry.timestamp)\n        pidEntryStruct\n    }.toArray\n    struct.set(PidEntriesField, entriesArray)\n\n    val buffer = ByteBuffer.allocate(struct.sizeOf)\n    struct.writeTo(buffer)\n    buffer.flip()\n\n    \/\/ now fill in the CRC\n    val crc = Crc32C.compute(buffer, PidEntriesOffset, buffer.limit - PidEntriesOffset)\n    ByteUtils.writeUnsignedInt(buffer, CrcOffset, crc)\n\n    val fos = new FileOutputStream(file)\n    try {\n      fos.write(buffer.array, buffer.arrayOffset, buffer.limit)\n    } finally {\n      fos.close()\n    }\n  }\n\n  private def isSnapshotFile(name: String): Boolean = name.endsWith(Log.PidSnapshotFileSuffix)\n\n}\n\n\/**\n * Maintains a mapping from ProducerIds (PIDs) to metadata about the last appended entries (e.g.\n * epoch, sequence number, last offset, etc.)\n *\n * The sequence number is the last number successfully appended to the partition for the given identifier.\n * The epoch is used for fencing against zombie writers. The offset is the one of the last successful message\n * appended to the partition.\n *\n * As long as a PID is contained in the map, the corresponding producer can continue to write data.\n * However, PIDs can be expired due to lack of recent use or if the last written entry has been deleted from\n * the log (e.g. if the retention policy is \"delete\"). For compacted topics, the log cleaner will ensure\n * that the most recent entry from a given PID is retained in the log provided it hasn't expired due to\n * age. This ensures that PIDs will not be expired until either the max expiration time has been reached,\n * or if the topic also is configured for deletion, the segment containing the last written offset has\n * been deleted.\n *\/\n@nonthreadsafe\nclass ProducerIdMapping(val config: LogConfig,\n                        val topicPartition: TopicPartition,\n                        val logDir: File,\n                        val maxPidExpirationMs: Int) extends Logging {\n  import ProducerIdMapping._\n\n  private val pidMap = mutable.Map[Long, ProducerIdEntry]()\n  private var lastMapOffset = 0L\n  private var lastSnapOffset = 0L\n\n  \/**\n   * Returns the last offset of this map\n   *\/\n  def mapEndOffset = lastMapOffset\n\n  \/**\n   * Get a copy of the active producers\n   *\/\n  def activePids: immutable.Map[Long, ProducerIdEntry] = pidMap.toMap\n\n  private def loadFromSnapshot(logStartOffset: Long, currentTime: Long) {\n    pidMap.clear()\n\n    while (true) {\n      latestSnapshotFile match {\n        case Some(file) =>\n          try {\n            info(s\"Loading PID mapping from snapshot file ${file.getName} for partition $topicPartition\")\n            readSnapshot(file).foreach { case (pid, entry) =>\n              if (!isExpired(currentTime, entry))\n                pidMap.put(pid, entry)\n            }\n\n            lastSnapOffset = Log.offsetFromFilename(file.getName)\n            lastMapOffset = lastSnapOffset\n            return\n          } catch {\n            case e: CorruptSnapshotException =>\n              error(s\"Snapshot file at ${file.getPath} is corrupt: ${e.getMessage}\")\n              Files.deleteIfExists(file.toPath)\n          }\n        case None =>\n          lastSnapOffset = logStartOffset\n          lastMapOffset = logStartOffset\n          return\n      }\n    }\n  }\n\n  private def isExpired(currentTimeMs: Long, producerIdEntry: ProducerIdEntry) : Boolean =\n    currentTimeMs - producerIdEntry.timestamp >= maxPidExpirationMs\n\n\n  def removeExpiredPids(currentTimeMs: Long) {\n    pidMap.retain { case (pid, lastEntry) =>\n      !isExpired(currentTimeMs, lastEntry)\n    }\n  }\n\n  \/**\n   * Truncate the PID mapping to the given offset range and reload the entries from the most recent\n   * snapshot in range (if there is one).\n   *\/\n  def truncateAndReload(logStartOffset: Long, logEndOffset: Long, currentTimeMs: Long) {\n    if (logEndOffset != mapEndOffset) {\n      deleteSnapshotFiles { file =>\n        val offset = Log.offsetFromFilename(file.getName)\n        offset > logEndOffset || offset <= logStartOffset\n      }\n      loadFromSnapshot(logStartOffset, currentTimeMs)\n    } else {\n      expirePids(logStartOffset)\n    }\n  }\n\n  \/**\n   * Update the mapping with the given append information\n   *\/\n  def update(appendInfo: ProducerAppendInfo): Unit = {\n    if (appendInfo.pid == RecordBatch.NO_PRODUCER_ID)\n      throw new IllegalArgumentException(\"Invalid PID passed to update\")\n    val entry = appendInfo.lastEntry\n    pidMap.put(appendInfo.pid, entry)\n  }\n\n  def updateMapEndOffset(lastOffset: Long): Unit = {\n    lastMapOffset = lastOffset\n  }\n\n  \/**\n   * Load a previously stored PID entry into the cache. Ignore the entry if the timestamp is older\n   * than the current time minus the PID expiration time (i.e. if the PID has expired).\n   *\/\n  def load(pid: Long, entry: ProducerIdEntry, currentTimeMs: Long) {\n    if (pid != RecordBatch.NO_PRODUCER_ID && !isExpired(currentTimeMs, entry))\n      pidMap.put(pid, entry)\n  }\n\n  \/**\n   * Get the last written entry for the given PID.\n   *\/\n  def lastEntry(pid: Long): Option[ProducerIdEntry] = pidMap.get(pid)\n\n  \/**\n   * Write a new snapshot if there have been updates since the last one.\n   *\/\n  def maybeTakeSnapshot() {\n    \/\/ If not a new offset, then it is not worth taking another snapshot\n    if (lastMapOffset > lastSnapOffset) {\n      val snapshotFile = Log.pidSnapshotFilename(logDir, lastMapOffset)\n      debug(s\"Writing producer snapshot for partition $topicPartition at offset $lastMapOffset\")\n      writeSnapshot(snapshotFile, pidMap)\n\n      \/\/ Update the last snap offset according to the serialized map\n      lastSnapOffset = lastMapOffset\n\n      maybeRemoveOldestSnapshot()\n    }\n  }\n\n  \/**\n   * Get the last offset (exclusive) of the latest snapshot file.\n   *\/\n  def latestSnapshotOffset: Option[Long] = latestSnapshotFile.map(file => Log.offsetFromFilename(file.getName))\n\n  \/**\n   * When we remove the head of the log due to retention, we need to clean up the id map. This method takes\n   * the new start offset and expires all pids which have a smaller last written offset.\n   *\/\n  def expirePids(logStartOffset: Long) {\n    pidMap.retain((pid, entry) => entry.lastOffset >= logStartOffset)\n    deleteSnapshotFiles(file => Log.offsetFromFilename(file.getName) <= logStartOffset)\n    if (lastMapOffset < logStartOffset)\n      lastMapOffset = logStartOffset\n    lastSnapOffset = latestSnapshotOffset.getOrElse(logStartOffset)\n  }\n\n  \/**\n   * Truncate the PID mapping and remove all snapshots. This resets the state of the mapping.\n   *\/\n  def truncate() {\n    pidMap.clear()\n    deleteSnapshotFiles()\n    lastSnapOffset = 0L\n    lastMapOffset = 0L\n  }\n\n  private def maybeRemoveOldestSnapshot() {\n    val list = listSnapshotFiles\n    if (list.size > maxPidSnapshotsToRetain) {\n      val toDelete = list.minBy(file => Log.offsetFromFilename(file.getName))\n      Files.deleteIfExists(toDelete.toPath)\n    }\n  }\n\n  private def listSnapshotFiles: List[File] = {\n    if (logDir.exists && logDir.isDirectory)\n      logDir.listFiles.filter(f => f.isFile && isSnapshotFile(f.getName)).toList\n    else\n      List.empty[File]\n  }\n\n  private def latestSnapshotFile: Option[File] = {\n    val files = listSnapshotFiles\n    if (files.nonEmpty)\n      Some(files.maxBy(file => Log.offsetFromFilename(file.getName)))\n    else\n      None\n  }\n\n  private def deleteSnapshotFiles(predicate: File => Boolean = _ => true) {\n    listSnapshotFiles.filter(predicate).foreach(file => Files.deleteIfExists(file.toPath))\n  }\n\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/coordinator\/transaction\/TransactionCoordinator.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport java.util.Properties\nimport java.util.concurrent.atomic.AtomicBoolean\nimport java.util.concurrent.locks.ReentrantReadWriteLock\n\nimport kafka.server.{DelayedOperationPurgatory, KafkaConfig, MetadataCache, ReplicaManager}\nimport kafka.utils.{Logging, Scheduler, ZkUtils}\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.metrics.Metrics\nimport org.apache.kafka.common.protocol.Errors\nimport org.apache.kafka.common.record.RecordBatch\nimport org.apache.kafka.common.requests.TransactionResult\nimport org.apache.kafka.common.utils.Time\nimport kafka.utils.CoreUtils.inWriteLock\n\n\nobject TransactionCoordinator {\n\n  def apply(config: KafkaConfig,\n            replicaManager: ReplicaManager,\n            scheduler: Scheduler,\n            zkUtils: ZkUtils,\n            metrics: Metrics,\n            metadataCache: MetadataCache,\n            time: Time): TransactionCoordinator = {\n\n    val txnConfig = TransactionConfig(config.transactionalIdExpirationMs,\n      config.transactionMaxTimeoutMs,\n      config.transactionTopicPartitions,\n      config.transactionTopicReplicationFactor,\n      config.transactionTopicSegmentBytes,\n      config.transactionsLoadBufferSize,\n      config.transactionTopicMinISR)\n\n    val pidManager = new ProducerIdManager(config.brokerId, zkUtils)\n    val logManager = new TransactionStateManager(config.brokerId, zkUtils, scheduler, replicaManager, txnConfig, time)\n    val txnMarkerPurgatory = DelayedOperationPurgatory[DelayedTxnMarker](\"txn-marker-purgatory\", config.brokerId)\n    val transactionMarkerChannelManager = TransactionMarkerChannelManager(config, metrics, metadataCache, txnMarkerPurgatory, time)\n\n    new TransactionCoordinator(config.brokerId, pidManager, logManager, transactionMarkerChannelManager, txnMarkerPurgatory, time)\n  }\n\n  private def initTransactionError(error: Errors): InitPidResult = {\n    InitPidResult(RecordBatch.NO_PRODUCER_ID, RecordBatch.NO_PRODUCER_EPOCH, error)\n  }\n\n  private def initTransactionMetadata(txnMetadata: TransactionMetadata): InitPidResult = {\n    InitPidResult(txnMetadata.pid, txnMetadata.producerEpoch, Errors.NONE)\n  }\n}\n\n\/**\n * Transaction coordinator handles message transactions sent by producers and communicate with brokers\n * to update ongoing transaction's status.\n *\n * Each Kafka server instantiates a transaction coordinator which is responsible for a set of\n * producers. Producers with specific transactional ids are assigned to their corresponding coordinators;\n * Producers with no specific transactional id may talk to a random broker as their coordinators.\n *\/\nclass TransactionCoordinator(brokerId: Int,\n                             pidManager: ProducerIdManager,\n                             txnManager: TransactionStateManager,\n                             txnMarkerChannelManager: TransactionMarkerChannelManager,\n                             txnMarkerPurgatory: DelayedOperationPurgatory[DelayedTxnMarker],\n                             time: Time) extends Logging {\n  this.logIdent = \"[Transaction Coordinator \" + brokerId + \"]: \"\n\n  import TransactionCoordinator._\n\n  type InitPidCallback = InitPidResult => Unit\n  type TxnMetadataUpdateCallback = Errors => Unit\n  type EndTxnCallback = Errors => Unit\n\n  \/* Active flag of the coordinator *\/\n  private val isActive = new AtomicBoolean(false)\n\n  private val coordinatorLock = new ReentrantReadWriteLock\n\n  def handleInitPid(transactionalId: String,\n                    transactionTimeoutMs: Int,\n                    responseCallback: InitPidCallback): Unit = {\n      if (transactionalId == null || transactionalId.isEmpty) {\n        \/\/ if the transactional id is not specified, then always blindly accept the request\n        \/\/ and return a new pid from the pid manager\n        val pid = pidManager.nextPid()\n        responseCallback(InitPidResult(pid, epoch = 0, Errors.NONE))\n      } else if (!txnManager.isCoordinatorFor(transactionalId)) {\n        \/\/ check if it is the assigned coordinator for the transactional id\n        responseCallback(initTransactionError(Errors.NOT_COORDINATOR))\n      } else if (txnManager.isCoordinatorLoadingInProgress(transactionalId)) {\n        responseCallback(initTransactionError(Errors.COORDINATOR_LOAD_IN_PROGRESS))\n      } else if (!txnManager.validateTransactionTimeoutMs(transactionTimeoutMs)) {\n        \/\/ check transactionTimeoutMs is not larger than the broker configured maximum allowed value\n        responseCallback(initTransactionError(Errors.INVALID_TRANSACTION_TIMEOUT))\n      } else {\n        \/\/ only try to get a new pid and update the cache if the transactional id is unknown\n        txnManager.getTransactionState(transactionalId) match {\n          case None =>\n            val pid = pidManager.nextPid()\n            val newMetadata: TransactionMetadata = new TransactionMetadata(pid = pid,\n              producerEpoch = 0,\n              txnTimeoutMs = transactionTimeoutMs,\n              state = Empty,\n              topicPartitions = collection.mutable.Set.empty[TopicPartition],\n              lastUpdateTimestamp = time.milliseconds())\n\n            val metadata = txnManager.addTransaction(transactionalId, newMetadata)\n\n            \/\/ there might be a concurrent thread that has just updated the mapping\n            \/\/ with the transactional id at the same time; in this case we will\n            \/\/ treat it as the metadata has existed and update it accordingly\n            metadata synchronized {\n              if (!metadata.eq(newMetadata))\n                initPidWithExistingMetadata(transactionalId, transactionTimeoutMs, responseCallback, metadata)\n              else\n                appendMetadataToLog(transactionalId, metadata, responseCallback)\n\n            }\n          case Some(metadata) =>\n            initPidWithExistingMetadata(transactionalId, transactionTimeoutMs, responseCallback, metadata)\n        }\n      }\n  }\n\n  private def appendMetadataToLog(transactionalId: String,\n                             metadata: TransactionMetadata,\n                             initPidCallback: InitPidCallback): Unit ={\n    def callback(errors: Errors): Unit = {\n      if (errors == Errors.NONE)\n        initPidCallback(initTransactionMetadata(metadata))\n      else\n        initPidCallback(initTransactionError(errors))\n    }\n    appendToLogInReadLock(transactionalId, metadata, callback)\n  }\n\n\n  private def initPidWithExistingMetadata(transactionalId: String,\n                                          transactionTimeoutMs: Int,\n                                          responseCallback: InitPidCallback,\n                                          metadata: TransactionMetadata) = {\n\n    metadata synchronized {\n      if (metadata.state == Ongoing) {\n        \/\/ abort the ongoing transaction\n        handleEndTransaction(transactionalId,\n          metadata.pid,\n          metadata.producerEpoch,\n          TransactionResult.ABORT,\n          (errors: Errors) => {\n            if (errors != Errors.NONE) {\n              responseCallback(initTransactionError(errors))\n            } else {\n              \/\/ init pid again\n              handleInitPid(transactionalId, transactionTimeoutMs, responseCallback)\n            }\n          })\n      } else if (metadata.state == PrepareAbort || metadata.state == PrepareCommit) {\n        \/\/ wait for the commit to complete and then init pid again\n        txnMarkerPurgatory.tryCompleteElseWatch(new DelayedTxnMarker(metadata, (errors: Errors) => {\n          if (errors != Errors.NONE)\n            responseCallback(initTransactionError(errors))\n          else\n            handleInitPid(transactionalId, transactionTimeoutMs, responseCallback)\n        }), Seq(metadata.pid))\n      } else {\n        metadata.producerEpoch = (metadata.producerEpoch + 1).toShort\n        metadata.txnTimeoutMs = transactionTimeoutMs\n        metadata.topicPartitions.clear()\n        metadata.lastUpdateTimestamp = time.milliseconds()\n        metadata.state = Empty\n        appendMetadataToLog(transactionalId, metadata, responseCallback)\n      }\n    }\n  }\n\n  private def validateTransactionalId(transactionalId: String): Errors =\n    if (transactionalId == null || transactionalId.isEmpty)\n      Errors.INVALID_REQUEST\n    else if (!txnManager.isCoordinatorFor(transactionalId))\n      Errors.NOT_COORDINATOR\n    else if (txnManager.isCoordinatorLoadingInProgress(transactionalId))\n      Errors.COORDINATOR_LOAD_IN_PROGRESS\n    else\n      Errors.NONE\n\n\n  def handleAddPartitionsToTransaction(transactionalId: String,\n                                       pid: Long,\n                                       epoch: Short,\n                                       partitions: collection.Set[TopicPartition],\n                                       responseCallback: TxnMetadataUpdateCallback): Unit = {\n    val errors = validateTransactionalId(transactionalId)\n    if (errors != Errors.NONE)\n      responseCallback(errors)\n    else {\n      \/\/ try to update the transaction metadata and append the updated metadata to txn log;\n      \/\/ if there is no such metadata treat it as invalid pid mapping error.\n      val (error, newMetadata) = txnManager.getTransactionState(transactionalId) match {\n        case None =>\n          (Errors.INVALID_PID_MAPPING, null)\n\n        case Some(metadata) =>\n          \/\/ generate the new transaction metadata with added partitions\n          metadata synchronized {\n            if (metadata.pid != pid) {\n              (Errors.INVALID_PID_MAPPING, null)\n            } else if (metadata.producerEpoch != epoch) {\n              (Errors.INVALID_PRODUCER_EPOCH, null)\n            } else if (metadata.pendingState.isDefined) {\n              \/\/ return a retriable exception to let the client backoff and retry\n              (Errors.CONCURRENT_TRANSACTIONS, null)\n            } else if (metadata.state != Empty && metadata.state != Ongoing) {\n              (Errors.INVALID_TXN_STATE, null)\n            } else if (partitions.subsetOf(metadata.topicPartitions)) {\n              \/\/ this is an optimization: if the partitions are already in the metadata reply OK immediately\n              (Errors.NONE, null)\n            } else {\n              val now = time.milliseconds()\n              val newMetadata = new TransactionMetadata(pid,\n                epoch,\n                metadata.txnTimeoutMs,\n                Ongoing,\n                metadata.topicPartitions ++ partitions,\n                if (metadata.state == Empty) now else metadata.transactionStartTime,\n                now)\n              metadata.prepareTransitionTo(Ongoing)\n              (Errors.NONE, newMetadata)\n            }\n          }\n      }\n\n      if (newMetadata != null) {\n        appendToLogInReadLock(transactionalId, newMetadata, responseCallback)\n      } else {\n        responseCallback(error)\n      }\n    }\n  }\n\n  def handleTxnImmigration(transactionStateTopicPartitionId: Int, coordinatorEpoch: Int) {\n    inWriteLock(coordinatorLock) {\n      txnManager.loadTransactionsForPartition(transactionStateTopicPartitionId, coordinatorEpoch)\n    }\n  }\n\n  def handleTxnEmigration(transactionStateTopicPartitionId: Int) {\n    inWriteLock(coordinatorLock) {\n      txnManager.removeTransactionsForPartition(transactionStateTopicPartitionId)\n      txnMarkerChannelManager.removeStateForPartition(transactionStateTopicPartitionId)\n    }\n  }\n\n  def handleEndTransaction(transactionalId: String,\n                           pid: Long,\n                           epoch: Short,\n                           command: TransactionResult,\n                           responseCallback: EndTxnCallback): Unit = {\n    val errors = validateTransactionalId(transactionalId)\n    if (errors != Errors.NONE)\n      responseCallback(errors)\n    else\n      txnManager.getTransactionState(transactionalId) match {\n        case None =>\n          responseCallback(Errors.INVALID_PID_MAPPING)\n        case Some(metadata) =>\n          metadata synchronized {\n            if (metadata.pid != pid)\n              responseCallback(Errors.INVALID_PID_MAPPING)\n            else if (metadata.producerEpoch != epoch)\n              responseCallback(Errors.INVALID_PRODUCER_EPOCH)\n            else metadata.state match {\n              case Ongoing =>\n                commitOrAbort(transactionalId, pid, epoch, command, responseCallback, metadata)\n              case CompleteCommit =>\n                if (command == TransactionResult.COMMIT)\n                  responseCallback(Errors.NONE)\n                else\n                  responseCallback(Errors.INVALID_TXN_STATE)\n              case CompleteAbort =>\n                if (command == TransactionResult.ABORT)\n                  responseCallback(Errors.NONE)\n                else\n                  responseCallback(Errors.INVALID_TXN_STATE)\n              case _ =>\n                responseCallback(Errors.INVALID_TXN_STATE)\n            }\n          }\n      }\n  }\n\n  private def appendToLogInReadLock(transactionalId: String,\n                                   metadata: TransactionMetadata,\n                                   callback: Errors =>Unit): Unit = {\n    def unlockCallback(errors:Errors): Unit = {\n      coordinatorLock.readLock().unlock()\n      callback(errors)\n    }\n    coordinatorLock.readLock().lock()\n    try {\n      txnManager.appendTransactionToLog(transactionalId,\n        metadata,\n        unlockCallback)\n    } catch {\n      case _:Throwable => coordinatorLock.readLock().unlock()\n    }\n\n  }\n  private def commitOrAbort(transactionalId: String,\n                            pid: Long,\n                            epoch: Short,\n                            command: TransactionResult,\n                            responseCallback: EndTxnCallback,\n                            metadata: TransactionMetadata) = {\n    val nextState = if (command == TransactionResult.COMMIT) PrepareCommit else PrepareAbort\n    val newMetadata = new TransactionMetadata(pid,\n      epoch,\n      metadata.txnTimeoutMs,\n      nextState,\n      metadata.topicPartitions,\n      metadata.transactionStartTime,\n      time.milliseconds())\n    metadata.prepareTransitionTo(nextState)\n\n    def logAppendCallback(errors: Errors): Unit = {\n      \/\/ we can respond to the client immediately and continue to write the txn markers if\n      \/\/ the log append was successful\n      responseCallback(errors)\n      if (errors == Errors.NONE)\n        txnManager.coordinatorEpochFor(transactionalId) match {\n          case Some(coordinatorEpoch) =>\n            def completionCallback(error: Errors): Unit = {\n              error match {\n                case Errors.NONE =>\n                  txnManager.getTransactionState(transactionalId) match {\n                    case Some(preparedCommitMetadata) =>\n                      val completedState = if (nextState == PrepareCommit) CompleteCommit else CompleteAbort\n                      val committedMetadata = new TransactionMetadata(pid,\n                        epoch,\n                        preparedCommitMetadata.txnTimeoutMs,\n                        completedState,\n                        preparedCommitMetadata.topicPartitions,\n                        preparedCommitMetadata.transactionStartTime,\n                        time.milliseconds())\n                      preparedCommitMetadata.prepareTransitionTo(completedState)\n\n                      def writeCommittedTransactionCallback(error: Errors): Unit =\n                        error match {\n                          case Errors.NONE =>\n                            txnMarkerChannelManager.removeCompleted(txnManager.partitionFor(transactionalId), pid)\n                          case Errors.NOT_COORDINATOR =>\n                            \/\/ this one should be completed by the new coordinator\n                            warn(s\"no longer the coordinator for transactionalId: $transactionalId\")\n                          case _ =>\n                            warn(s\"error: $error caught for transactionalId: $transactionalId when appending state: $completedState. retrying\")\n                            \/\/ retry until success\n                            appendToLogInReadLock(transactionalId, committedMetadata, writeCommittedTransactionCallback)\n                        }\n\n                      appendToLogInReadLock(transactionalId, committedMetadata, writeCommittedTransactionCallback)\n                    case None =>\n                      \/\/ this one should be completed by the new coordinator\n                      warn(s\"no longer the coordinator for transactionalId: $transactionalId\")\n                  }\n                case Errors.NOT_COORDINATOR =>\n                  warn(s\"no longer the coordinator for transactionalId: $transactionalId\")\n                case _ =>\n                  warn(s\"error: $error caught when writing transaction markers for transactionalId: $transactionalId. retrying\")\n                  txnMarkerChannelManager.addTxnMarkerRequest(txnManager.partitionFor(transactionalId),\n                    newMetadata,\n                    coordinatorEpoch,\n                    completionCallback)\n              }\n            }\n\n            txnMarkerChannelManager.addTxnMarkerRequest(txnManager.partitionFor(transactionalId), newMetadata, coordinatorEpoch, completionCallback)\n          case None =>\n            \/\/ this one should be completed by the new coordinator\n            warn(s\"no longer the coordinator for transactionalId: $transactionalId\")\n        }\n    }\n\n    txnManager.appendTransactionToLog(transactionalId, newMetadata, logAppendCallback)\n  }\n\n  def transactionTopicConfigs: Properties = txnManager.transactionTopicConfigs\n\n  def partitionFor(transactionalId: String): Int = txnManager.partitionFor(transactionalId)\n\n  \/**\n   * Startup logic executed at the same time when the server starts up.\n   *\/\n  def startup(enablePidExpiration: Boolean = true) {\n    info(\"Starting up.\")\n    if (enablePidExpiration)\n      txnManager.enablePidExpiration()\n    txnMarkerChannelManager.start()\n    isActive.set(true)\n\n    info(\"Startup complete.\")\n  }\n\n  \/**\n   * Shutdown logic executed at the same time when server shuts down.\n   * Ordering of actions should be reversed from the startup process.\n   *\/\n  def shutdown() {\n    info(\"Shutting down.\")\n    isActive.set(false)\n    pidManager.shutdown()\n    txnManager.shutdown()\n    txnMarkerChannelManager.shutdown()\n    info(\"Shutdown complete.\")\n  }\n}\n\ncase class InitPidResult(pid: Long, epoch: Short, error: Errors)"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/common\/Topic.scala","text":"<reponame>lewp\/kafka\n\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.common\n\nimport util.matching.Regex\n\nimport scala.collection.immutable\n\nobject Topic {\n\n  val GroupMetadataTopicName = \"__consumer_offsets\"\n  val TransactionStateTopicName = \"__transaction_state\"\n  val InternalTopics = immutable.Set(GroupMetadataTopicName, TransactionStateTopicName)\n\n  val legalChars = \"[a-zA-Z0-9\\\\._\\\\-]\"\n  private val maxNameLength = 249\n  private val rgx = new Regex(legalChars + \"+\")\n\n  def validate(topic: String) {\n    if (topic.length <= 0)\n      throw new org.apache.kafka.common.errors.InvalidTopicException(\"topic name is illegal, can't be empty\")\n    else if (topic.equals(\".\") || topic.equals(\"..\"))\n      throw new org.apache.kafka.common.errors.InvalidTopicException(\"topic name cannot be \\\".\\\" or \\\"..\\\"\")\n    else if (topic.length > maxNameLength)\n      throw new org.apache.kafka.common.errors.InvalidTopicException(\"topic name is illegal, can't be longer than \" + maxNameLength + \" characters\")\n\n    rgx.findFirstIn(topic) match {\n      case Some(t) =>\n        if (!t.equals(topic))\n          throw new org.apache.kafka.common.errors.InvalidTopicException(\"topic name \" + topic + \" is illegal, contains a character other than ASCII alphanumerics, '.', '_' and '-'\")\n      case None => throw new org.apache.kafka.common.errors.InvalidTopicException(\"topic name \" + topic + \" is illegal,  contains a character other than ASCII alphanumerics, '.', '_' and '-'\")\n    }\n  }\n\n  \/**\n   * Due to limitations in metric names, topics with a period ('.') or underscore ('_') could collide.\n   *\n   * @param topic The topic to check for colliding character\n   * @return true if the topic has collision characters\n   *\/\n  def hasCollisionChars(topic: String): Boolean = {\n    topic.contains(\"_\") || topic.contains(\".\")\n  }\n\n  \/**\n   * Returns true if the topicNames collide due to a period ('.') or underscore ('_') in the same position.\n   *\n   * @param topicA A topic to check for collision\n   * @param topicB A topic to check for collision\n   * @return true if the topics collide\n   *\/\n  def hasCollision(topicA: String, topicB: String): Boolean = {\n    topicA.replace('.', '_') == topicB.replace('.', '_')\n  }\n\n  def isInternal(topic: String): Boolean =\n    InternalTopics.contains(topic)\n\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/coordinator\/transaction\/ProducerIdManagerTest.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport kafka.common.KafkaException\nimport kafka.utils.ZkUtils\nimport org.easymock.{Capture, EasyMock, IAnswer}\nimport org.junit.{After, Test}\nimport org.junit.Assert._\n\nclass ProducerIdManagerTest {\n\n  val zkUtils: ZkUtils = EasyMock.createNiceMock(classOf[ZkUtils])\n\n  @After\n  def tearDown(): Unit = {\n    EasyMock.reset(zkUtils)\n  }\n\n  @Test\n  def testGetPID() {\n    var zkVersion: Int = -1\n    var data: String = null\n    EasyMock.expect(zkUtils.readDataAndVersionMaybeNull(EasyMock.anyString()))\n      .andAnswer(new IAnswer[(Option[String], Int)] {\n        override def answer(): (Option[String], Int) = {\n          if (zkVersion == -1) {\n            (None.asInstanceOf[Option[String]], 0)\n          } else {\n            (Some(data), zkVersion)\n          }\n        }\n      })\n      .anyTimes()\n\n    val capturedVersion: Capture[Int] = EasyMock.newCapture()\n    val capturedData: Capture[String] = EasyMock.newCapture()\n    EasyMock.expect(zkUtils.conditionalUpdatePersistentPath(EasyMock.anyString(),\n      EasyMock.capture(capturedData),\n      EasyMock.capture(capturedVersion),\n      EasyMock.anyObject().asInstanceOf[Option[(ZkUtils, String, String) => (Boolean,Int)]]))\n      .andAnswer(new IAnswer[(Boolean, Int)] {\n        override def answer(): (Boolean, Int) = {\n          zkVersion = capturedVersion.getValue + 1\n          data = capturedData.getValue\n\n          (true, zkVersion)\n        }\n      })\n      .anyTimes()\n\n    EasyMock.replay(zkUtils)\n\n    val manager1: ProducerIdManager = new ProducerIdManager(0, zkUtils)\n    val manager2: ProducerIdManager = new ProducerIdManager(1, zkUtils)\n\n    val pid1 = manager1.nextPid()\n    val pid2 = manager2.nextPid()\n\n    assertEquals(0, pid1)\n    assertEquals(ProducerIdManager.PidBlockSize, pid2)\n\n    for (i <- 1 until ProducerIdManager.PidBlockSize.asInstanceOf[Int]) {\n      assertEquals(pid1 + i, manager1.nextPid())\n    }\n\n    for (i <- 1 until ProducerIdManager.PidBlockSize.asInstanceOf[Int]) {\n      assertEquals(pid2 + i, manager2.nextPid())\n    }\n\n    assertEquals(pid2 + ProducerIdManager.PidBlockSize, manager1.nextPid())\n    assertEquals(pid2 + ProducerIdManager.PidBlockSize * 2, manager2.nextPid())\n  }\n\n  @Test(expected = classOf[KafkaException])\n  def testExceedPIDLimit() {\n    EasyMock.expect(zkUtils.readDataAndVersionMaybeNull(EasyMock.anyString()))\n      .andAnswer(new IAnswer[(Option[String], Int)] {\n        override def answer(): (Option[String], Int) = {\n          (Some(ProducerIdManager.generatePidBlockJson(ProducerIdBlock(0,\n            Long.MaxValue - ProducerIdManager.PidBlockSize,\n            Long.MaxValue))), 0)\n        }\n      })\n      .anyTimes()\n    EasyMock.replay(zkUtils)\n    new ProducerIdManager(0, zkUtils)\n  }\n}\n\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/utils\/ZkUtilsTest.scala","text":"<reponame>lewp\/kafka\n\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage kafka.utils\n\nimport kafka.zk.ZooKeeperTestHarness\nimport org.junit.Assert._\nimport org.junit.Test\n\nclass ZkUtilsTest extends ZooKeeperTestHarness {\n\n  val path = \"\/path\"\n\n  @Test\n  def testSuccessfulConditionalDeletePath() {\n    \/\/ Given an existing path\n    zkUtils.createPersistentPath(path)\n    val (_, statAfterCreation) = zkUtils.readData(path)\n\n    \/\/ Deletion is successful when the version number matches\n    assertTrue(\"Deletion should be successful\", zkUtils.conditionalDeletePath(path, statAfterCreation.getVersion))\n    val (optionalData, _) = zkUtils.readDataMaybeNull(path)\n    assertTrue(\"Node should be deleted\", optionalData.isEmpty)\n\n    \/\/ Deletion is successful when the node does not exist too\n    assertTrue(\"Deletion should be successful\", zkUtils.conditionalDeletePath(path, 0))\n  }\n\n  \/\/ Verify behaviour of ZkUtils.createSequentialPersistentPath since PIDManager relies on it\n  @Test\n  def testPersistentSequentialPath() {\n    \/\/ Given an existing path\n    zkUtils.createPersistentPath(path)\n\n    var result = zkUtils.createSequentialPersistentPath(path + \"\/sequence_\")\n\n    assertEquals(\"\/path\/sequence_0000000000\", result)\n\n    result = zkUtils.createSequentialPersistentPath(path + \"\/sequence_\")\n\n    assertEquals(\"\/path\/sequence_0000000001\", result)\n  }\n\n  @Test\n  def testAbortedConditionalDeletePath() {\n    \/\/ Given an existing path that gets updated\n    zkUtils.createPersistentPath(path)\n    val (_, statAfterCreation) = zkUtils.readData(path)\n    zkUtils.updatePersistentPath(path, \"data\")\n\n    \/\/ Deletion is aborted when the version number does not match\n    assertFalse(\"Deletion should be aborted\", zkUtils.conditionalDeletePath(path, statAfterCreation.getVersion))\n    val (optionalData, _) = zkUtils.readDataMaybeNull(path)\n    assertTrue(\"Node should still be there\", optionalData.isDefined)\n  }\n\n  @Test\n  def testClusterIdentifierJsonParsing() {\n    val clusterId = \"test\"\n    assertEquals(zkUtils.ClusterId.fromJson(zkUtils.ClusterId.toJson(clusterId)), clusterId)\n  }\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/main\/scala\/kafka\/coordinator\/transaction\/TransactionMarkerChannel.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport java.util\nimport java.util.concurrent.LinkedBlockingQueue\n\nimport kafka.common.{BrokerEndPointNotAvailableException, RequestAndCompletionHandler}\nimport kafka.server.{DelayedOperationPurgatory, MetadataCache}\nimport kafka.utils.Logging\nimport org.apache.kafka.clients.NetworkClient\nimport org.apache.kafka.common.network.ListenerName\nimport org.apache.kafka.common.requests.{TransactionResult, WriteTxnMarkersRequest}\nimport org.apache.kafka.common.requests.WriteTxnMarkersRequest.TxnMarkerEntry\nimport org.apache.kafka.common.utils.{Time, Utils}\nimport org.apache.kafka.common.{Node, TopicPartition}\n\nimport scala.collection.{concurrent, immutable, mutable}\nimport collection.JavaConverters._\nimport collection.JavaConversions._\n\nclass TransactionMarkerChannel(interBrokerListenerName: ListenerName,\n                               metadataCache: MetadataCache,\n                               networkClient: NetworkClient,\n                               time: Time) extends Logging {\n\n  \/\/ we need the metadataPartition so we can clean up when Transaction Log partitions emigrate\n  case class PendingTxnKey(metadataPartition: Int, producerId: Long)\n\n  private val brokerStateMap: concurrent.Map[Int, DestinationBrokerAndQueuedMarkers] = concurrent.TrieMap.empty[Int, DestinationBrokerAndQueuedMarkers]\n  private val pendingTxnMap: concurrent.Map[PendingTxnKey, TransactionMetadata] = concurrent.TrieMap.empty[PendingTxnKey, TransactionMetadata]\n\n  \/\/ TODO: What is reasonable for this\n  private val brokerNotAliveBackoffMs = 10\n\n  \/\/ visible for testing\n  private[transaction] def queueForBroker(brokerId: Int) = {\n    brokerStateMap.get(brokerId)\n  }\n\n  private[transaction]\n  def drainQueuedTransactionMarkers(txnMarkerPurgatory: DelayedOperationPurgatory[DelayedTxnMarker]): Iterable[RequestAndCompletionHandler] = {\n    brokerStateMap.flatMap {case (brokerId: Int, destAndMarkerQueue: DestinationBrokerAndQueuedMarkers) =>\n      val markersToSend: java.util.List[CoordinatorEpochAndMarkers] = new util.ArrayList[CoordinatorEpochAndMarkers] ()\n      destAndMarkerQueue.markersQueue.drainTo (markersToSend)\n      markersToSend.groupBy{ epochAndMarker => (epochAndMarker.metadataPartition, epochAndMarker.coordinatorEpoch) }\n        .map { case((metadataPartition: Int, coordinatorEpoch:Int), buffer: mutable.Buffer[CoordinatorEpochAndMarkers]) =>\n          val txnMarkerEntries = buffer.flatMap{_.txnMarkerEntries }.asJava\n          val requestCompletionHandler = new TransactionMarkerRequestCompletionHandler(\n            this,\n            txnMarkerPurgatory,\n            CoordinatorEpochAndMarkers(metadataPartition, coordinatorEpoch, txnMarkerEntries),\n            brokerId)\n          RequestAndCompletionHandler(destAndMarkerQueue.destBrokerNode, new WriteTxnMarkersRequest.Builder(coordinatorEpoch, txnMarkerEntries), requestCompletionHandler)\n        }\n    }\n  }\n\n\n  def addOrUpdateBroker(broker: Node) {\n    if (brokerStateMap.contains(broker.id())) {\n      val brokerQueue = brokerStateMap(broker.id())\n      if (!brokerQueue.destBrokerNode.equals(broker)) {\n        brokerStateMap.put(broker.id(), DestinationBrokerAndQueuedMarkers(broker, brokerQueue.markersQueue))\n        trace(s\"Updated destination broker for ${broker.id} from: ${brokerQueue.destBrokerNode} to: $broker\")\n      }\n    } else {\n      val markersQueue = new LinkedBlockingQueue[CoordinatorEpochAndMarkers]()\n      brokerStateMap.put(broker.id, DestinationBrokerAndQueuedMarkers(broker, markersQueue))\n      trace(s\"Added destination broker ${broker.id}: $broker\")\n    }\n  }\n\n  private[transaction] def addRequestForBroker(brokerId: Int, txnMarkerRequest: CoordinatorEpochAndMarkers) {\n    val markersQueue = brokerStateMap(brokerId).markersQueue\n    markersQueue.add(txnMarkerRequest)\n    trace(s\"Added markers $txnMarkerRequest for broker $brokerId\")\n  }\n\n  def addRequestToSend(metadataPartition: Int, pid: Long, epoch: Short, result: TransactionResult, coordinatorEpoch: Int, topicPartitions: immutable.Set[TopicPartition]): Unit = {\n    val partitionsByDestination: immutable.Map[Int, immutable.Set[TopicPartition]] = topicPartitions.groupBy { topicPartition: TopicPartition =>\n      val currentBrokers = mutable.Set.empty[Int]\n      var brokerId:Option[Int] = None\n\n      while(brokerId.isEmpty) {\n        val leaderForPartition = metadataCache.getPartitionInfo(topicPartition.topic, topicPartition.partition)\n        leaderForPartition match {\n          case Some(partitionInfo) =>\n            val leaderId = partitionInfo.leaderIsrAndControllerEpoch.leaderAndIsr.leader\n            if (currentBrokers.add(leaderId)) {\n              try {\n                metadataCache.getAliveEndpoint(leaderId, interBrokerListenerName) match {\n                  case Some(broker) =>\n                    addOrUpdateBroker(broker)\n                    brokerId = Some(leaderId)\n                  case None =>\n                    currentBrokers.remove(leaderId)\n                    trace(s\"alive endpoint for broker with id: $leaderId not available. retrying\")\n\n                }\n              } catch {\n                case _:BrokerEndPointNotAvailableException =>\n                  currentBrokers.remove(leaderId)\n                  trace(s\"alive endpoint for broker with id: $leaderId not available. retrying\")\n              }\n            }\n          case None =>\n            trace(s\"couldn't find leader for partition: $topicPartition\")\n        }\n        if (brokerId.isEmpty)\n          time.sleep(brokerNotAliveBackoffMs)\n      }\n      brokerId.get\n    }\n\n    for ((brokerId: Int, topicPartitions: immutable.Set[TopicPartition]) <- partitionsByDestination) {\n      val txnMarker = new TxnMarkerEntry(pid, epoch, result, topicPartitions.toList.asJava)\n      addRequestForBroker(brokerId, CoordinatorEpochAndMarkers(metadataPartition, coordinatorEpoch, Utils.mkList(txnMarker)))\n    }\n    networkClient.wakeup()\n  }\n\n  def maybeAddPendingRequest(metadataPartition: Int, metadata: TransactionMetadata): Boolean = {\n    val existingMetadataToWrite = pendingTxnMap.putIfAbsent(PendingTxnKey(metadataPartition, metadata.pid), metadata)\n    existingMetadataToWrite.isEmpty\n  }\n\n  def removeCompletedTxn(metadataPartition: Int, pid: Long): Unit = {\n    pendingTxnMap.remove(PendingTxnKey(metadataPartition, pid))\n  }\n\n  def pendingTxnMetadata(metadataPartition: Int, pid: Long): Option[TransactionMetadata] = {\n    pendingTxnMap.get(PendingTxnKey(metadataPartition, pid))\n  }\n\n  def clear(): Unit = {\n    brokerStateMap.clear()\n    pendingTxnMap.clear()\n  }\n\n  def removeStateForPartition(partition: Int): mutable.Iterable[Long] = {\n    brokerStateMap.foreach {case(_, destinationAndQueue: DestinationBrokerAndQueuedMarkers) =>\n      val allMarkers: java.util.List[CoordinatorEpochAndMarkers] = new util.ArrayList[CoordinatorEpochAndMarkers] ()\n      destinationAndQueue.markersQueue.drainTo(allMarkers)\n      destinationAndQueue.markersQueue.addAll(allMarkers.asScala.filter{ epochAndMarkers => epochAndMarkers.metadataPartition != partition}.asJava)\n    }\n    pendingTxnMap.filter { case (key: PendingTxnKey, _) => key.metadataPartition == partition }\n      .map { case (key: PendingTxnKey, _) =>\n        pendingTxnMap.remove(key)\n        key.producerId\n      }\n  }\n\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/server\/epoch\/OffsetsForLeaderEpochTest.scala","text":"<gh_stars>0\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage kafka.server.epoch\n\nimport kafka.server.OffsetsForLeaderEpoch\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.errors.{NotLeaderForPartitionException, UnknownTopicOrPartitionException}\nimport org.apache.kafka.common.protocol.Errors\nimport org.apache.kafka.common.requests.EpochEndOffset._\nimport org.apache.kafka.common.requests.EpochEndOffset\nimport org.easymock.EasyMock._\nimport org.junit.Test\nimport org.junit.Assert._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\nclass OffsetsForLeaderEpochTest {\n\n  @Test\n  def shouldGetEpochsFromReplica(): Unit = {\n    val replicaManager = createNiceMock(classOf[kafka.server.ReplicaManager])\n    val replica = createNiceMock(classOf[kafka.cluster.Replica])\n    val cache = createNiceMock(classOf[kafka.server.epoch.LeaderEpochCache])\n\n    \/\/Given\n    val tp = new TopicPartition(\"topic\", 1)\n    val offset = 42\n    val epochRequested: Integer = 5\n    val request = mutable.Map(tp -> epochRequested).asJava\n\n    \/\/Stubs\n    expect(replicaManager.getLeaderReplicaIfLocal(tp)).andReturn(replica)\n    expect(replica.epochs).andReturn(Some(cache))\n    expect(cache.endOffsetFor(epochRequested)).andReturn(offset)\n    replay(replica, replicaManager, cache)\n\n    \/\/When\n    val response = OffsetsForLeaderEpoch.getResponseFor(replicaManager, request)\n\n    \/\/Then\n    assertEquals(new EpochEndOffset(Errors.NONE, offset), response.get(tp))\n  }\n\n  @Test\n  def shonuldReturnNoLeaderForPartitionIfThrown(): Unit = {\n    val replicaManager = createNiceMock(classOf[kafka.server.ReplicaManager])\n\n    \/\/Given\n    val tp = new TopicPartition(\"topic\", 1)\n    val epochRequested: Integer = 5\n    val request = mutable.Map(tp -> epochRequested).asJava\n\n    \/\/Stubs\n    expect(replicaManager.getLeaderReplicaIfLocal(tp)).andThrow(new NotLeaderForPartitionException())\n    replay(replicaManager)\n\n    \/\/When\n    val response = OffsetsForLeaderEpoch.getResponseFor(replicaManager, request)\n\n    \/\/Then\n    assertEquals(new EpochEndOffset(Errors.NOT_LEADER_FOR_PARTITION, UNDEFINED_EPOCH_OFFSET), response.get(tp))\n  }\n\n  @Test\n  def shouldReturnUnknownTopicOrPartitionIfThrown(): Unit = {\n    val replicaManager = createNiceMock(classOf[kafka.server.ReplicaManager])\n\n    \/\/Given\n    val tp = new TopicPartition(\"topic\", 1)\n    val epochRequested: Integer = 5\n    val request = mutable.Map(tp -> epochRequested).asJava\n\n    \/\/Stubs\n    expect(replicaManager.getLeaderReplicaIfLocal(tp)).andThrow(new UnknownTopicOrPartitionException())\n    replay(replicaManager)\n\n    \/\/When\n    val response = OffsetsForLeaderEpoch.getResponseFor(replicaManager, request)\n\n    \/\/Then\n    assertEquals(new EpochEndOffset(Errors.UNKNOWN_TOPIC_OR_PARTITION, UNDEFINED_EPOCH_OFFSET), response.get(tp))\n  }\n}"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/unit\/kafka\/coordinator\/transaction\/TransactionMarkerRequestCompletionHandlerTest.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements. See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License. You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage kafka.coordinator.transaction\n\nimport java.{lang, util}\n\nimport kafka.coordinator.transaction._\nimport kafka.server.DelayedOperationPurgatory\nimport kafka.utils.timer.MockTimer\nimport org.apache.kafka.clients.ClientResponse\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.protocol.Errors\nimport org.apache.kafka.common.requests.{RequestHeader, TransactionResult, WriteTxnMarkersRequest, WriteTxnMarkersResponse}\nimport org.apache.kafka.common.utils.Utils\nimport org.easymock.EasyMock\nimport org.junit.Assert._\nimport org.junit.Test\n\nimport scala.collection.mutable\n\nclass TransactionMarkerRequestCompletionHandlerTest {\n\n  private val markerChannel = EasyMock.createNiceMock(classOf[TransactionMarkerChannel])\n  private val purgatory = new DelayedOperationPurgatory[DelayedTxnMarker](\"txn-purgatory-name\", new MockTimer, reaperEnabled = false)\n  private val topic1 = new TopicPartition(\"topic1\", 0)\n  private val epochAndMarkers = CoordinatorEpochAndMarkers(0,\n    0,\n    Utils.mkList(\n      new WriteTxnMarkersRequest.TxnMarkerEntry(0,\n        0,\n        TransactionResult.COMMIT,\n        Utils.mkList(topic1))))\n\n  private val handler = new TransactionMarkerRequestCompletionHandler(markerChannel, purgatory, epochAndMarkers,  0)\n\n  @Test\n  def shouldReEnqueuePartitionsWhenBrokerDisconnected(): Unit = {\n    EasyMock.expect(markerChannel.addRequestToSend(epochAndMarkers.metadataPartition, 0, 0, TransactionResult.COMMIT, 0, Set[TopicPartition](topic1)))\n    EasyMock.replay(markerChannel)\n\n    handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, true, null, null))\n\n    EasyMock.verify(markerChannel)\n  }\n\n  @Test\n  def shouldThrowIllegalStateExceptionIfErrorsNullForPid(): Unit = {\n    val response = new WriteTxnMarkersResponse(new java.util.HashMap[java.lang.Long, java.util.Map[TopicPartition, Errors]]())\n\n    EasyMock.replay(markerChannel)\n\n    try {\n      handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, false, null, response))\n      fail(\"should have thrown illegal argument exception\")\n    } catch {\n      case ise: IllegalStateException => \/\/ ok\n    }\n  }\n\n  @Test\n  def shouldRemoveCompletedPartitionsFromMetadataWhenNoErrors(): Unit = {\n    val response = new WriteTxnMarkersResponse(createPidErrorMap(Errors.NONE))\n\n    val metadata = new TransactionMetadata(0, 0, 0, PrepareCommit, mutable.Set[TopicPartition](topic1), 0, 0)\n    EasyMock.expect(markerChannel.pendingTxnMetadata(epochAndMarkers.metadataPartition, 0))\n      .andReturn(Some(metadata))\n    EasyMock.replay(markerChannel)\n\n    handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, false, null, response))\n\n    assertTrue(metadata.topicPartitions.isEmpty)\n  }\n\n  @Test\n  def shouldTryCompleteDelayedTxnOperation(): Unit = {\n    val response = new WriteTxnMarkersResponse(createPidErrorMap(Errors.NONE))\n\n    val metadata = new TransactionMetadata(0, 0, 0, PrepareCommit, mutable.Set[TopicPartition](topic1), 0, 0)\n    var completed = false\n\n    purgatory.tryCompleteElseWatch(new DelayedTxnMarker(metadata, (errors:Errors) => {\n      completed = true\n    }), Seq(0L))\n\n    EasyMock.expect(markerChannel.pendingTxnMetadata(epochAndMarkers.metadataPartition, 0))\n      .andReturn(Some(metadata))\n\n    EasyMock.replay(markerChannel)\n\n    handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, false, null, response))\n    assertTrue(completed)\n  }\n\n  @Test\n  def shouldRetryPartitionWhenUnknownTopicOrPartitionError(): Unit = {\n    verifyRetriesPartitionOnError(Errors.UNKNOWN_TOPIC_OR_PARTITION)\n  }\n\n  @Test\n  def shouldRetryPartitionWhenNotLeaderForPartitionError(): Unit = {\n    verifyRetriesPartitionOnError(Errors.NOT_LEADER_FOR_PARTITION)\n  }\n\n  @Test\n  def shouldRetryPartitionWhenNotEnoughReplicasError(): Unit = {\n    verifyRetriesPartitionOnError(Errors.NOT_ENOUGH_REPLICAS)\n  }\n\n  @Test\n  def shouldRetryPartitionWhenNotEnoughReplicasAfterAppendError(): Unit = {\n    verifyRetriesPartitionOnError(Errors.NOT_ENOUGH_REPLICAS_AFTER_APPEND)\n  }\n\n  @Test\n  def shouldThrowIllegalStateExceptionWhenErrorNotHandled(): Unit = {\n    val response = new WriteTxnMarkersResponse(createPidErrorMap(Errors.UNKNOWN))\n    val metadata = new TransactionMetadata(0, 0, 0, PrepareCommit, mutable.Set[TopicPartition](topic1), 0, 0)\n    EasyMock.replay(markerChannel)\n\n    try {\n      handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, false, null, response))\n      fail(\"should have thrown illegal state exception\")\n    } catch {\n      case ise: IllegalStateException => \/\/ ol\n    }\n\n  }\n\n  private def verifyRetriesPartitionOnError(errors: Errors) = {\n    val response = new WriteTxnMarkersResponse(createPidErrorMap(Errors.UNKNOWN_TOPIC_OR_PARTITION))\n    val metadata = new TransactionMetadata(0, 0, 0, PrepareCommit, mutable.Set[TopicPartition](topic1), 0, 0)\n\n    EasyMock.expect(markerChannel.addRequestToSend(epochAndMarkers.metadataPartition, 0, 0, TransactionResult.COMMIT, 0, Set[TopicPartition](topic1)))\n    EasyMock.replay(markerChannel)\n\n    handler.onComplete(new ClientResponse(new RequestHeader(0, 0, \"client\", 1), null, null, 0, 0, false, null, response))\n\n    assertEquals(metadata.topicPartitions, mutable.Set[TopicPartition](topic1))\n    EasyMock.verify(markerChannel)\n  }\n\n  private def createPidErrorMap(errors: Errors) = {\n    val pidMap = new java.util.HashMap[lang.Long, util.Map[TopicPartition, Errors]]()\n    val errorsMap = new util.HashMap[TopicPartition, Errors]()\n    errorsMap.put(topic1, errors)\n    pidMap.put(0L, errorsMap)\n    pidMap\n  }\n\n}\n"}
{"repo_name":"lewp\/kafka","path":"core\/src\/test\/scala\/integration\/kafka\/api\/ProducerBounceTest.scala","text":"<filename>core\/src\/test\/scala\/integration\/kafka\/api\/ProducerBounceTest.scala\n\/**\n * Licensed to the Apache Software Foundation (ASF) under one or more contributor license agreements. See the NOTICE\n * file distributed with this work for additional information regarding copyright ownership. The ASF licenses this file\n * to You under the Apache License, Version 2.0 (the \"License\"); you may not use this file except in compliance with the\n * License. You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on\n * an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the\n * specific language governing permissions and limitations under the License.\n *\/\n\npackage kafka.api\n\nimport java.util.Properties\nimport java.util.concurrent.Future\n\nimport kafka.consumer.SimpleConsumer\nimport kafka.integration.KafkaServerTestHarness\nimport kafka.server.KafkaConfig\nimport kafka.utils.{ShutdownableThread, TestUtils}\nimport org.apache.kafka.clients.producer._\nimport org.apache.kafka.clients.producer.internals.ErrorLoggingCallback\nimport org.junit.Assert._\nimport org.junit.{After, Before, Test}\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass ProducerBounceTest extends KafkaServerTestHarness {\n  private val producerBufferSize =  65536\n  private val serverMessageMaxBytes =  producerBufferSize\/2\n\n  val numServers = 4\n\n  val overridingProps = new Properties()\n  overridingProps.put(KafkaConfig.AutoCreateTopicsEnableProp, false.toString)\n  overridingProps.put(KafkaConfig.MessageMaxBytesProp, serverMessageMaxBytes.toString)\n  \/\/ Set a smaller value for the number of partitions for the offset commit topic (__consumer_offset topic)\n  \/\/ so that the creation of that topic\/partition(s) and subsequent leader assignment doesn't take relatively long\n  overridingProps.put(KafkaConfig.OffsetsTopicPartitionsProp, 1.toString)\n  overridingProps.put(KafkaConfig.ControlledShutdownEnableProp, true.toString)\n  overridingProps.put(KafkaConfig.UncleanLeaderElectionEnableProp, false.toString)\n  overridingProps.put(KafkaConfig.AutoLeaderRebalanceEnableProp, false.toString)\n  \/\/ This is the one of the few tests we currently allow to preallocate ports, despite the fact that this can result in transient\n  \/\/ failures due to ports getting reused. We can't use random ports because of bad behavior that can result from bouncing\n  \/\/ brokers too quickly when they get new, random ports. If we're not careful, the client can end up in a situation\n  \/\/ where metadata is not refreshed quickly enough, and by the time it's actually trying to, all the servers have\n  \/\/ been bounced and have new addresses. None of the bootstrap nodes or current metadata can get them connected to a\n  \/\/ running server.\n  \/\/\n  \/\/ Since such quick rotation of servers is incredibly unrealistic, we allow this one test to preallocate ports, leaving\n  \/\/ a small risk of hitting errors due to port conflicts. Hopefully this is infrequent enough to not cause problems.\n  override def generateConfigs() = {\n    FixedPortTestUtils.createBrokerConfigs(numServers, zkConnect,enableControlledShutdown = true)\n      .map(KafkaConfig.fromProps(_, overridingProps))\n  }\n\n  private val topic1 = \"topic-1\"\n\n  @Before\n  override def setUp() {\n    super.setUp()\n  }\n\n  @After\n  override def tearDown() {\n    super.tearDown()\n  }\n\n  \/**\n   * With replication, producer should able able to find new leader after it detects broker failure\n   *\/\n  @Test\n  def testBrokerFailure() {\n    val numPartitions = 3\n    val topicConfig = new Properties();\n    topicConfig.put(KafkaConfig.MinInSyncReplicasProp, 2.toString)\n    val leaders = TestUtils.createTopic(zkUtils, topic1, numPartitions, numServers, servers, topicConfig)\n\n    assertTrue(\"Leader of all partitions of the topic should exist\", leaders.values.forall(leader => leader.isDefined))\n\n    val scheduler = new ProducerScheduler()\n    scheduler.start\n\n    \/\/ rolling bounce brokers\n\n    for (_ <- 0 until numServers) {\n      for (server <- servers) {\n        info(\"Shutting down server : %s\".format(server.config.brokerId))\n        server.shutdown()\n        server.awaitShutdown()\n        info(\"Server %s shut down. Starting it up again.\".format(server.config.brokerId))\n        server.startup()\n        info(\"Restarted server: %s\".format(server.config.brokerId))\n      }\n\n      \/\/ Make sure the producer do not see any exception in returned metadata due to broker failures\n      assertFalse(scheduler.failed)\n\n      \/\/ Make sure the leader still exists after bouncing brokers\n      (0 until numPartitions).foreach(partition => TestUtils.waitUntilLeaderIsElectedOrChanged(zkUtils, topic1, partition))\n    }\n\n    scheduler.shutdown\n\n    \/\/ Make sure the producer do not see any exception\n    \/\/ when draining the left messages on shutdown\n    assertFalse(scheduler.failed)\n\n    \/\/ double check that the leader info has been propagated after consecutive bounces\n    val newLeaders = (0 until numPartitions).map(i => TestUtils.waitUntilMetadataIsPropagated(servers, topic1, i))\n    val fetchResponses = newLeaders.zipWithIndex.map { case (leader, partition) =>\n      \/\/ Consumers must be instantiated after all the restarts since they use random ports each time they start up\n      val consumer = new SimpleConsumer(\"localhost\", boundPort(servers(leader)), 100, 1024 * 1024, \"\")\n      val response = consumer.fetch(new FetchRequestBuilder().addFetch(topic1, partition, 0, Int.MaxValue).build()).messageSet(topic1, partition)\n      consumer.close\n      response\n    }\n    val messages = fetchResponses.flatMap(r => r.iterator.toList.map(_.message))\n    val uniqueMessages = messages.toSet\n    val uniqueMessageSize = uniqueMessages.size\n    info(s\"number of unique messages sent: ${uniqueMessageSize}\")\n    assertEquals(s\"Found ${messages.size - uniqueMessageSize} duplicate messages.\", uniqueMessageSize, messages.size)\n    assertEquals(\"Should have fetched \" + scheduler.sent + \" unique messages\", scheduler.sent, messages.size)\n  }\n\n  private class ProducerScheduler extends ShutdownableThread(\"daemon-producer\", false) {\n    val numRecords = 1000\n    var sent = 0\n    var failed = false\n\n    val producerConfig = new Properties()\n    producerConfig.put(ProducerConfig.ENABLE_IDEMPOTENCE_CONFIG, \"true\")\n    producerConfig.put(ProducerConfig.MAX_IN_FLIGHT_REQUESTS_PER_CONNECTION, \"1\")\n    val producerConfigWithCompression = new Properties()\n    producerConfigWithCompression.putAll(producerConfig)\n    producerConfigWithCompression.put(ProducerConfig.COMPRESSION_TYPE_CONFIG, \"lz4\")\n    val producers = List(\n      TestUtils.createNewProducer(brokerList, bufferSize = producerBufferSize \/ 4, retries = 10, props = Some(producerConfig)),\n      TestUtils.createNewProducer(brokerList, bufferSize = producerBufferSize \/ 2, retries = 10, lingerMs = 5000, props = Some(producerConfig)),\n      TestUtils.createNewProducer(brokerList, bufferSize = producerBufferSize, retries = 10, lingerMs = 10000, props = Some(producerConfigWithCompression))\n    )\n\n    override def doWork(): Unit = {\n      info(\"Starting to send messages..\")\n      var producerId = 0\n      val responses = new ArrayBuffer[IndexedSeq[Future[RecordMetadata]]]()\n      for (producer <- producers) {\n        val response =\n          for (i <- sent+1 to sent+numRecords)\n            yield producer.send(new ProducerRecord[Array[Byte],Array[Byte]](topic1, null, null, ((producerId + 1) * i).toString.getBytes),\n              new ErrorLoggingCallback(topic1, null, null, true))\n        responses.append(response)\n        producerId += 1\n      }\n\n      try {\n        for (response <- responses) {\n          val futures = response.toList\n          futures.map(_.get)\n          sent += numRecords\n        }\n        info(s\"Sent $sent records\")\n      } catch {\n        case e : Exception =>\n          error(s\"Got exception ${e.getMessage}\")\n          e.printStackTrace()\n          failed = true\n      }\n    }\n\n    override def shutdown(){\n      super.shutdown()\n      for (producer <- producers) {\n        producer.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/FlatMapExp.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject FlatMapExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"FlatMapExp\")\n    val sc = new SparkContext(conf)\n    flatMapDemo(sc)\n    sc.stop()\n  }\n\n  \/**\n   * flatMap\n   * @param sc\n   *\/\n  private def flatMapDemo(sc: SparkContext): Unit = {\n    val list = List(1,3,5,7,9,2,4,6,8)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.flatMap(x => if (x % 2 == 0) List(x, x * x, x * x * x) else List[Int]())\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/util\/SensorData.scala","text":"<gh_stars>0\npackage com.jsgygujun.code.flink.util\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 10:29 \u4e0a\u5348\n *\/\n\/**\n * \u4f20\u611f\u5668\u6570\u636e\n * @param id \u4f20\u611f\u5668ID\n * @param timestamp \u65f6\u95f4\u6233\n * @param temperature \u6e29\u5ea6\u503c\n *\/\ncase class SensorData(id: String, timestamp: Long, temperature: Double)\n\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/RepartitionExp.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 10:01 \u4e0a\u5348\n *\/\nobject RepartitionExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"RepartitionExp\")\n    val sc = new SparkContext(conf)\n    repartitionDemo(sc)\n    sc.stop()\n  }\n\n  private def repartitionDemo(sc: SparkContext): Unit = {\n    val list = List(1,2,3,4,5,6,7,8,6,4,3,3,3,4,3,3,3,4,5)\n    val rdd1 = sc.parallelize(list, 2)\n    val rdd2 = rdd1.repartition(4)\n    rdd2.mapPartitionsWithIndex((index, it) => {\n      it.map(x => (index, x))\n    }).collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/FilterExp.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject FilterExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"FilterExp\")\n    val sc = new SparkContext(conf)\n    filterDemo(sc)\n    sc.stop()\n  }\n\n  private def filterDemo(sc: SparkContext): Unit = {\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.filter(_ % 3 != 0)\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/MultiStreamTransformations.scala","text":"package com.jsgygujun.code.flink.chapter05\n\nimport com.jsgygujun.code.flink.chapter05.util.SmokeLevel.SmokeLevel\nimport com.jsgygujun.code.flink.chapter05.util.{Alert, SmokeLevel, SmokeLevelSource}\nimport org.apache.flink.streaming.api.scala._\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.functions.co.CoFlatMapFunction\nimport org.apache.flink.util.Collector\n\n\/**\n *\n * \u591a\u6d41\u8f6c\u6362\u7b97\u5b50\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 2:20 \u4e0b\u5348\n *\/\nobject MultiStreamTransformations {\n\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    \/\/ \u6e29\u5ea6\u8f93\u5165\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    \/\/ \u70df\u96fe\u8f93\u5165\n    val smokeData = env\n      .addSource(new SmokeLevelSource)\n      .setParallelism(1)\n\n    \/\/ \u6e29\u5ea6\u6309\u7167\u4f20\u611f\u5668ID\u5206\u7ec4\n    val keyed = sensorData\n      .keyBy(_.id)\n\n    \/\/ \u89e6\u53d1\u62a5\u8b66\n    val alerts = keyed\n      .connect(smokeData.broadcast)\n      .flatMap(new RaiseAlertFlatMap)\n\n    alerts.print()\n\n    env.execute(\"\u53cc\u6d41\u8f6c\u6362\u7b97\u5b50\")\n  }\n\n\n  \/**\n   * \u70df\u96fe\u7b49\u7ea7\u9ad8\u7684\u540c\u65f6\u6e29\u5ea6\u8fbe\u5230100\u5ea6\uff0c\u5219\u89e6\u53d1\u62a5\u8b66\n   *\/\n  class RaiseAlertFlatMap extends CoFlatMapFunction[SensorData, SmokeLevel, Alert] {\n\n    var smokeLevel = SmokeLevel.Low\n\n    override def flatMap1(value: SensorData, out: Collector[Alert]): Unit = {\n      if (smokeLevel.equals(SmokeLevel.High) && value.temperature > 100) {\n        out.collect(Alert(\"Risk of fire!\", value.timestamp))\n      }\n    }\n\n    override def flatMap2(value: SmokeLevel, out: Collector[Alert]): Unit = {\n      smokeLevel = value\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter06\/WindowFunctions.scala","text":"<filename>flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter06\/WindowFunctions.scala\npackage com.jsgygujun.code.flink.chapter06\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.api.common.functions.{AggregateFunction, ReduceFunction}\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.streaming.api.scala.function.ProcessWindowFunction\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n * \u81ea\u5b9a\u4e49\u7a97\u53e3\u51fd\u6570\n *\/\nobject WindowFunctions {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.getCheckpointConfig.setCheckpointInterval(10 * 1000L)\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    val minTempPerWindow = sensorData\n      .map(data => (data.id, data.temperature))\n      .keyBy(_._1)\n      .timeWindow(Time.seconds(15))\n      .reduce((d1, d2) => (d1._1, d1._2.min(d2._2)))\n\n    val minTempPerWindow2: DataStream[(String, Double)] = sensorData\n      .map(r => (r.id, r.temperature))\n      .keyBy(_._1)\n      .timeWindow(Time.seconds(15))\n      .reduce(new MinTempFunction)\n\n    val avgTempPerWindow: DataStream[(String, Double)] = sensorData\n      .map(r => (r.id, r.temperature))\n      .keyBy(_._1)\n      .timeWindow(Time.seconds(15))\n      .aggregate(new AvgTempFunction)\n\n    \/\/ \u6bcf5\u79d2\u949f\u8f93\u51fa\u6700\u4f4e\u548c\u6700\u9ad8\u6e29\u5ea6\n    val minMaxTempPerWindow: DataStream[MinMaxTemp] = sensorData\n      .keyBy(_.id)\n      .timeWindow(Time.seconds(5))\n      .process(new HighAndLowTempProcessFunction)\n\n    val minMaxTempPerWindow2: DataStream[MinMaxTemp] = sensorData\n      .map(r => (r.id, r.temperature, r.temperature))\n      .keyBy(_._1)\n      .timeWindow(Time.seconds(5))\n      .reduce(\n        \/\/ incrementally compute min and max temperature\n        (r1: (String, Double, Double), r2: (String, Double, Double)) => {\n          (r1._1, r1._2.min(r2._2), r1._3.max(r2._3))\n        },\n        \/\/ finalize result in ProcessWindowFunction\n        new AssignWindowEndProcessFunction()\n      )\n\n    minTempPerWindow.print()\n\n    env.execute(\"\u7a97\u53e3\u5904\u7406\u51fd\u6570\")\n  }\n\n  class MinTempFunction extends ReduceFunction[(String, Double)] {\n    override def reduce(r1: (String, Double), r2: (String, Double)) = {\n      (r1._1, r1._2.min(r2._2))\n    }\n  }\n\n  class AvgTempFunction\n    extends AggregateFunction[(String, Double), (String, Double, Int), (String, Double)] {\n\n    override def createAccumulator() = {\n      (\"\", 0.0, 0)\n    }\n\n    override def add(in: (String, Double), acc: (String, Double, Int)) = {\n      (in._1, in._2 + acc._2, 1 + acc._3)\n    }\n\n    override def getResult(acc: (String, Double, Int)) = {\n      (acc._1, acc._2 \/ acc._3)\n    }\n\n    override def merge(acc1: (String, Double, Int), acc2: (String, Double, Int)) = {\n      (acc1._1, acc1._2 + acc2._2, acc1._3 + acc2._3)\n    }\n  }\n\n  case class MinMaxTemp(id: String, min: Double, max:Double, endTs: Long)\n\n  \/**\n   * A ProcessWindowFunction that computes the lowest and highest temperature\n   * reading per window and emits a them together with the\n   * end timestamp of the window.\n   *\/\n  class HighAndLowTempProcessFunction\n    extends ProcessWindowFunction[SensorData, MinMaxTemp, String, TimeWindow] {\n\n    override def process(\n                          key: String,\n                          ctx: Context,\n                          vals: Iterable[SensorData],\n                          out: Collector[MinMaxTemp]): Unit = {\n\n      val temps = vals.map(_.temperature)\n      val windowEnd = ctx.window.getEnd\n\n      out.collect(MinMaxTemp(key, temps.min, temps.max, windowEnd))\n    }\n  }\n\n  class AssignWindowEndProcessFunction\n    extends ProcessWindowFunction[(String, Double, Double), MinMaxTemp, String, TimeWindow] {\n\n    override def process(\n                          key: String,\n                          ctx: Context,\n                          minMaxIt: Iterable[(String, Double, Double)],\n                          out: Collector[MinMaxTemp]): Unit = {\n\n      val minMax = minMaxIt.head\n      val windowEnd = ctx.window.getEnd\n      out.collect(MinMaxTemp(key, minMax._2, minMax._3, windowEnd))\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/ReduceByKeyExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 10:24 \u4e0a\u5348\n *\/\nobject ReduceByKeyExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"ReduceByKeyExp\")\n    val sc = new SparkContext(conf)\n    reduceByKey(sc)\n    sc.stop()\n  }\n\n  private def reduceByKey(sc: SparkContext): Unit = {\n    val list = List((\"female\",1),(\"male\",5),(\"female\",5),(\"male\",2))\n    val rdd1 = sc.parallelize(list)\n    val rdd2 = rdd1.reduceByKey(_ + _)\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/util\/SmokeLevel.scala","text":"package com.jsgygujun.code.flink.chapter05.util\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 2:22 \u4e0b\u5348\n *\/\nobject SmokeLevel extends Enumeration {\n\n  type SmokeLevel = SmokeLevel.Value\n\n  val High, Low = Value\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/util\/SensorTimeAssigner.scala","text":"package com.jsgygujun.code.flink.util\n\nimport org.apache.flink.streaming.api.functions.timestamps.BoundedOutOfOrdernessTimestampExtractor\nimport org.apache.flink.streaming.api.windowing.time.Time\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 11:35 \u4e0a\u5348\n *\/\nclass SensorTimeAssigner extends BoundedOutOfOrdernessTimestampExtractor[SensorData](Time.seconds(5)) {\n\n  override def extractTimestamp(element: SensorData): Long = element.timestamp\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/uba\/hotimtes\/HotItemsApp.scala","text":"<filename>flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/uba\/hotimtes\/HotItemsApp.scala\npackage com.jsgygujun.code.uba.hotimtes\n\nimport org.apache.flink.api.common.functions.AggregateFunction\nimport org.apache.flink.api.java.tuple.{Tuple, Tuple1}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.streaming.api.scala.function.WindowFunction\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n * \u6bcf5\u5206\u949f\u7edf\u8ba1\u4e00\u4e2a\u5c0f\u65f6\u5185\u70ed\u95e8\u5546\u54c1 TopN\n *\/\nobject HotItemsApp {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.setMaxParallelism(1)\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    \/\/ \u8f93\u5165\u6d41\n    val inputStream = env.readTextFile(\"data\/flink\/uba\/UserBehavior.csv\")\n\n    \/\/ \u8f6c\u6210\u7528\u6237\u884c\u4e3a\u6837\u4f8b\u7c7b\n    val userActionStream = inputStream\n      .map(data => {\n        val fields = data.split(\",\")\n        UserAction(fields(0).toLong, fields(1).toLong, fields(2).toInt, fields(3), fields(4).toLong)\n      })\n      .assignAscendingTimestamps(_.timestamp*1000L)\n\n    \/\/ \u8fc7\u6ee4pv\uff0c\u5f00\u7a97\u805a\u5408\u7edf\u8ba1\u4e2a\u6570\n    val aggStream = userActionStream\n      .filter(_.action == \"pv\")\n      .keyBy(\"ItemId\")\n      .timeWindow(Time.hours(1), Time.minutes(5))\n      \/\/ \u76f4\u63a5\u505asum\u62ff\u4e0d\u5230Window\u4fe1\u606f\n      \/\/ CountAgg: \u5b9a\u4e49\u7a97\u53e3\u805a\u5408\u89c4\u5219\n      \/\/ ItemCountWindowResult: \u5b9a\u4e49\u8f93\u51fa\u6570\u636e\u7ed3\u6784\n      \/\/ \u7ed3\u5408\u589e\u91cf\u805a\u5408+\u5168\u7a97\u53e3\u51fd\u6570\n      .aggregate(new CountAgg, new ItemCountWindowResult)\n\n  }\n\n  \/**\n   * \u5b9a\u4e49\u300c\u9884\u805a\u5408\u300d\u51fd\u6570\uff0c\u6765\u4e00\u6761\u6570\u636e\u5c31\u52a01\n   *\/\n  class CountAgg() extends AggregateFunction[UserAction, Long, Long] {\n    \/\/ \u7a97\u53e3\u5185\u78b0\u5230\u4e00\u6761\u6570\u636e\u5c31\u52a01\n    override def add(in: UserAction, acc: Long): Long = acc + 1\n    \/\/ \u72b6\u6001\u7d2f\u52a0\u5668\n    override def createAccumulator(): Long = 0L\n\n    override def getResult(acc: Long): Long = acc\n\n    override def merge(acc: Long, acc1: Long): Long = acc + acc1\n\n  }\n\n  \/**\n   * \u5b9a\u4e49\u7a97\u53e3\u805a\u5408\u51fd\u6570\uff0c\u7ed3\u5408Window\u4fe1\u606f\u5305\u88c5\u6210\u6837\u4f8b\u7c7b\n   * IN: \u8f93\u5165\u7d2f\u52a0\u5668\u7684\u7c7b\u578b\n   * OUT: \u7a97\u53e3\u7d2f\u52a0\u4ee5\u540e\u7684\u8f93\u51fa\u7c7b\u578b\n   * KEY: Tuple \u8303\u578b\uff0c\u8fd9\u91cc\u662fitemId\uff0c\u7a97\u53e3\u6839\u636eitemId\u805a\u5408\n   * W: \u805a\u5408\u7684\u7a97\u53e3,w.getEnd\u83b7\u53d6\u7a97\u53e3\u7684\u7ed3\u675f\u65f6\u95f4\n   *\/\n  class ItemCountWindowResult() extends WindowFunction[Long, ItemViewCount, Tuple, TimeWindow] {\n    override def apply(key: Tuple, window: TimeWindow, input: Iterable[Long], out: Collector[ItemViewCount]): Unit = {\n      val itemId = key.asInstanceOf[Tuple1[Long]].f0\n      val windowEnd = window.getEnd\n      val count = input.iterator.next()\n      out.collect(ItemViewCount(itemId, windowEnd, count))\n    }\n  }\n}\n\n\/**\n * \u5b9a\u4e49\u8f93\u5165\u7528\u6237\u884c\u4e3a\u6837\u4f8b\u7c7b\n *\/\ncase class UserAction(userId: Long, itemId: Long, categoryId: Int, action: String, timestamp: Long)\n\n\/**\n * \u5b9a\u4e49\u7a97\u53e3\u805a\u5408\u7ed3\u679c\u7684\u6837\u4f8b\u7c7b\n *\/\ncase class ItemViewCount(itemId: Long, windowEnd: Long, count: Long)\n\n\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/SourceExp.scala","text":"package com.jsgygujun.code.flink\n\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.api.scala._\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/7 11:26 \u4e0a\u5348\n *\/\nobject SourceExp {\n\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    \/\/runCollectionSourceDemo(env)\n    runTextFileSourceDemo(env)\n    env.execute()\n  }\n\n  \/**\n   * \u4ece\u96c6\u5408\u4e2d\u8bfb\u53d6\n   * @param env\n   *\/\n  private def runCollectionSourceDemo(env: StreamExecutionEnvironment): Unit = {\n    val stream = env.fromCollection(List(\n      SensorReading(\"sensor_1\", 1547718199, 35.8),\n      SensorReading(\"sensor_6\", 1547718201, 15.4),\n      SensorReading(\"sensor_7\", 1547718202, 6.7),\n      SensorReading(\"sensor_10\", 1547718205, 38.1)\n    ))\n    stream.print(\"stream\").setParallelism(1)\n  }\n\n  case class SensorReading(id: String, timestamp: Long, temperature: Double )\n  case class People(id: String, age: Int)\n\n  \/**\n   * \u4ece\u6587\u4ef6\u8bfb\u53d6\n   * @param env\n   *\/\n  private def runTextFileSourceDemo(env: StreamExecutionEnvironment): Unit = {\n    val stream1 = env.readTextFile(\"data\/people.txt\")\n    val stream2 = stream1.map(line => {\n      val fields = line.split(\",\")\n      People(fields(0), fields(1).trim.toInt)\n    })\n    stream2.print(\"stream\").setParallelism(2)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/KeyedTransformations.scala","text":"package com.jsgygujun.code.flink.chapter05\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala._\n\n\/**\n *\n * \u5206\u533a\u6d41\u8f6c\u6362\u7b97\u5b50\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 2:07 \u4e0b\u5348\n *\/\nobject KeyedTransformations {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    \/\/ \u6839\u636e\u4f20\u611f\u5668ID\u5206\u7ec4\n    val keyedSensorData = sensorData\n      .keyBy(_.id)\n\n    \/\/ reduce\n    val maxTempPerSensor = keyedSensorData\n      .reduce((d1, d2) => {\n        if (d1.temperature > d2.temperature) d1 else d2\n      })\n\n    maxTempPerSensor.print()\n\n    env.execute(\"\u5206\u533a\u8f6c\u6362\u7b97\u5b50\")\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-sql-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_sql\/df\/CreateDataFrameExp.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.spark_sql.df\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/6 4:14 \u4e0b\u5348\n *\/\nobject CreateDataFrameExp {\n\n  def main(args: Array[String]): Unit = {\n    val spark: SparkSession = SparkSession.builder()\n      .master(\"local[*]\")\n      .appName(\"CreateDataFrameExp\")\n      .getOrCreate()\n    val df = createDataFrameFromJson(spark)\n    df.show()\n\/\/    +------+-------+\n\/\/    |Salary|   name|\n\/\/    +------+-------+\n\/\/    | 30000|Michael|\n\/\/    | 19000|   Andy|\n\/\/    | 40000| Justin|\n\/\/    | 24000|  Berta|\n\/\/    +------+-------+\n    val df2 = createDataFrameFromText(spark)\n    df2.show()\n    spark.stop()\n  }\n\n  def createDataFrameFromJson(spark: SparkSession): DataFrame = {\n    spark.read.json(\"data\/employees.json\")\n  }\n\n  def createDataFrameFromText(spark: SparkSession): DataFrame = {\n    spark.read.text(\"data\/employees.txt\")\n  }\n\n  def createDataframeFromCsv(spark: SparkSession): DataFrame = {\n    spark.read.csv(\"data\/employees.txt\")\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/util\/SensorSource.scala","text":"<gh_stars>0\npackage com.jsgygujun.code.flink.util\n\nimport java.util.Calendar\n\nimport org.apache.flink.streaming.api.functions.source.{RichParallelSourceFunction, SourceFunction}\n\nimport scala.util.Random\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 10:30 \u4e0a\u5348\n *\/\n\/**\n * \u4f20\u611f\u5668\u6570\u636e\u6e90\uff0c\u7528\u6765\u6a21\u62df\u4f20\u611f\u5668\u6570\u636e\u7684\u751f\u4ea7\n *\/\nclass SensorSource extends RichParallelSourceFunction[SensorData] {\n  \/\/ \u6570\u636e\u6e90\u662f\u5426\u8fd8\u5728\u8fd0\u884c\u7684\u6807\u5fd7\n  var running: Boolean = true\n\n  \/**\n   * \u901a\u8fc7SourceContext \u6301\u7eed\u4ea7\u751f SensorData \u6570\u636e\n   * @param ctx\n   *\/\n  override def run(ctx: SourceFunction.SourceContext[SensorData]): Unit = {\n    \/\/ \u521d\u59cb\u5316\u968f\u673a\u6570\u4ea7\u751f\u5668\n    val rand = new Random()\n    \/\/ \u968f\u673a\u751f\u621010\u4e2a\u4f20\u611f\u5668\u6e29\u5ea6\u503c\uff0c\u5e76\u4e14\u4e0d\u505c\u5728\u4e4b\u524d\u6e29\u5ea6\u57fa\u7840\u4e0a\u66f4\u65b0\uff08\u968f\u673a\u4e0a\u4e0b\u6ce2\u52a8\uff09\n    var currFTemp = (0 to 9).map(i => (\"sensor_\" + i, 65 + (rand.nextGaussian() * 20)))\n    \/\/ \u65e0\u9650\u5faa\u73af\uff0c\u751f\u6210\u968f\u673a\u6570\u636e\u6d41\n    while (running) {\n      \/\/ \u5728\u5f53\u524d\u6e29\u5ea6\u57fa\u7840\u4e0a\uff0c\u968f\u673a\u751f\u6210\u5fae\u5c0f\u6ce2\u52a8\n      currFTemp = currFTemp.map(data => (data._1, data._2 + (rand.nextGaussian() * 0.5)))\n      \/\/ \u83b7\u53d6\u5f53\u524d\u65f6\u95f4\n      val currTime = Calendar.getInstance.getTimeInMillis\n      \/\/ \u5305\u88c5\u6210\u6837\u4f8b\u7c7b\uff0c\u7528ctx\u53d1\u51fa\u6570\u636e\n      currFTemp.foreach(data => ctx.collect(SensorData(data._1, currTime, data._2)))\n      \/\/ \u63a7\u5236\u4f20\u611f\u5668\u6570\u636e\u751f\u4ea7\u901f\u5ea6\n      Thread.sleep(100)\n    }\n  }\n\n  \/**\n   * \u505c\u6b62\u6570\u636e\u6e90\u751f\u4ea7\u6570\u636e\n   *\/\n  override def cancel(): Unit = {\n    running = false\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter06\/ProcessFunctionTimers.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.flink.chapter06\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.api.common.state.{ValueState, ValueStateDescriptor}\nimport org.apache.flink.api.scala.typeutils.Types\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.functions.KeyedProcessFunction\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.util.Collector\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 4:26 \u4e0b\u5348\n *\/\nobject ProcessFunctionTimers {\n\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    \/\/ \u6dfb\u52a0\u6570\u636e\u6e90\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    val warnings = sensorData\n      .keyBy(_.id)\n      .process(new TemperatureIncreaseAlertFunction)\n\n    warnings.print()\n\n    env.execute(\"\u76d1\u63a7\u4f20\u611f\u5668\u6e29\u5ea6\")\n  }\n\n  \/**\n   * \u6e29\u5ea6\u6301\u7eed\u4e0a\u53471\u79d2\u4ea7\u751f\u62a5\u8b66\u4fe1\u606f\n   *\/\n  class TemperatureIncreaseAlertFunction extends KeyedProcessFunction[String, SensorData, String] {\n\n    \/\/ \u8bb0\u5f55\u4e0a\u4e00\u6b21\u6e29\u5ea6\u503c\n    lazy val lastTemp: ValueState[Double] = getRuntimeContext.getState(\n      new ValueStateDescriptor[Double](\"lastTemp\", Types.of[Double])\n    )\n\n    \/\/ \u8bb0\u5f55\u5f53\u524d\u5b9a\u65f6\u5668\u65f6\u95f4\u6233\n    lazy val currTimer: ValueState[Long] = getRuntimeContext.getState(\n      new ValueStateDescriptor[Long](\"timer\", Types.of[Long])\n    )\n\n    \/**\n     * \u6bcf\u6765\u4e00\u6761\u6570\u636e\u90fd\u4f1a\u8c03\u7528\n     * @param value \u6570\u636e\n     * @param ctx \u4e0a\u4e0b\u6587\n     * @param out \u8f93\u51fa\n     *\/\n    override def processElement(\n                                 value: SensorData,\n                                 ctx: KeyedProcessFunction[String, SensorData, String]#Context,\n                                 out: Collector[String]): Unit = {\n      \/\/ \u83b7\u53d6\u4e0a\u4e00\u6b21\u6e29\u5ea6\u503c\n      val prevTemp = lastTemp.value()\n      \/\/ \u8ddf\u65b0\u5f53\u524d\u6e29\u5ea6\n      lastTemp.update(value.temperature)\n\n      val currTimerTimestamp = currTimer.value()\n      if (prevTemp == 0.0) {\n        \/\/ \u7b2c\u4e00\u6b21\u83b7\u53d6\u6e29\u5ea6\uff0c\u65e0\u6cd5\u6bd4\u8f83\u548c\u524d\u4e00\u6b21\u7684\u6e29\u5ea6\n      } else if (value.temperature < prevTemp) {\n        \/\/ \u6e29\u5ea6\u4e0b\u964d\uff0c\u5220\u9664\u5b9a\u65f6\u5668\n        ctx.timerService().deleteProcessingTimeTimer(currTimerTimestamp)\n      } else if (value.temperature > prevTemp && currTimerTimestamp == 0) {\n        \/\/ \u6e29\u5ea6\u4e0a\u5347\uff0c\u4f46\u662f\u8fd8\u672a\u8bbe\u7f6e\u5b9a\u65f6\u5668\n        val timerTs = ctx.timerService().currentProcessingTime() + 1000L\n        ctx.timerService().registerEventTimeTimer(timerTs)\n        \/\/ \u8bb0\u5f55\u5b9a\u65f6\u5668\n        currTimer.update(timerTs)\n      }\n    }\n\n    \/**\n     * \u5b9a\u65f6\u5668\u56de\u8c03\u51fd\u6570\n     * @param timestamp \u65f6\u95f4\u6233\n     * @param ctx \u4e0a\u4e0b\u6587\n     * @param out \u8f93\u51fa\n     *\/\n    override def onTimer(\n                          timestamp: Long,\n                          ctx: KeyedProcessFunction[String, SensorData, String]#OnTimerContext,\n                          out: Collector[String]): Unit = {\n      out.collect(\"\u4f20\u611f\u5668: \" + ctx.getCurrentKey + \", \u6e29\u5ea6\u5df2\u7ecf\u6301\u7eed\u4e0a\u53471\u79d2\")\n      currTimer.clear()\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/util\/SmokeLevelSource.scala","text":"package com.jsgygujun.code.flink.chapter05.util\n\nimport com.jsgygujun.code.flink.chapter05.util.SmokeLevel.SmokeLevel\nimport org.apache.flink.streaming.api.functions.source.{RichParallelSourceFunction, SourceFunction}\n\nimport scala.util.Random\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 2:21 \u4e0b\u5348\n *\/\nclass SmokeLevelSource extends RichParallelSourceFunction[SmokeLevel]{\n\n  var running = true\n\n  override def cancel(): Unit = {\n    running = false;\n  }\n\n  override def run(ctx: SourceFunction.SourceContext[SmokeLevel]): Unit = {\n    val rand = new Random()\n    while (running) {\n      if (rand.nextGaussian() > 0.8) {\n        ctx.collect(SmokeLevel.High)\n      } else {\n        ctx.collect(SmokeLevel.Low)\n      }\n      Thread.sleep(1000L)\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/GlomExp.scala","text":"<filename>spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/GlomExp.scala<gh_stars>0\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject GlomExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"GlomExp\")\n    val sc = new SparkContext(conf)\n    glomDemo(sc)\n    sc.stop()\n  }\n\n  private def glomDemo(sc: SparkContext): Unit ={\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.glom().map(_.toList)\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/FoldByKeyExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 11:36 \u4e0a\u5348\n *\/\nobject FoldByKeyExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"FoldByKeyExp\")\n    val sc = new SparkContext(conf)\n    foldByKeyDemo(sc)\n    sc.stop()\n  }\n\n  \/**\n   * \u6c42\u548c\n   * @param sc\n   *\/\n  private def foldByKeyDemo(sc: SparkContext): Unit = {\n    val list = List((\"a\",3), (\"a\",1), (\"c\",4), (\"b\",3), (\"c\",6), (\"c\",8))\n    val rdd1 = sc.parallelize(list, 2)\n    val rdd2 = rdd1.foldByKey(0)(_+_)\n    rdd2.collect().foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/RollingSum.scala","text":"package com.jsgygujun.code.flink.chapter05\n\nimport org.apache.flink.streaming.api.scala._\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 2:44 \u4e0b\u5348\n *\/\nobject RollingSum {\n\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    val inputStream: DataStream[(Int, Int, Int)] = env.fromElements(\n      (1, 2, 2), (2, 3, 1), (2, 2, 4), (1, 5, 3))\n\n    val resultStream: DataStream[(Int, Int, Int)] = inputStream\n      .keyBy(0)\n      .sum(1)\n\n    resultStream.print()\n\n    \/** Rolling Sum\n     * 3> (1,2,2)\n     * 4> (2,3,1)\n     * 4> (2,5,1)\n     * 3> (1,7,2)\n     *\/\n\n    env.execute(\"Rolling Sum Example\")\n  }\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/create\/CreateRDDExp.scala","text":"<gh_stars>0\npackage com.jsgygujun.code.spark_core.create\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n * \u300cRDD\u300d\u521b\u5efa\n *\n * @author GuJun\n * @email <EMAIL>\n * @date 2020\/8\/6\n *\/\nobject CreateRDDExp {\n  def main(args: Array[String]): Unit = {\n\/\/    createRDDFromCollection()\n    createRDDFromLocalFile()\n  }\n\n  \/**\n   * \u4ece Scala \u96c6\u5408\u521b\u5efa\u300cRDD\u300d\n   *\/\n  def createRDDFromCollection(): Unit = {\n    \/\/ 1. \u521b\u5efa SparkContext\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"CreateRDDExp\")\n    val sc = new SparkContext(conf)\n    \/\/ 2. \u521b\u5efaRDD \u4ece Scala \u96c6\u5408\u521b\u5efa\n    val list = List(1, 2, 3, 4, 5, 6, 7, 8, 9)\n    val rdd = sc.parallelize(list)\n    println(rdd) \/\/ ParallelCollectionRDD[0] at parallelize at CreateRDDExp.scala:21\n    sc.stop()\n  }\n\n  \/**\n   * \u4ece\u672c\u5730\u6587\u4ef6\u521b\u5efa\u300cRDD\u300d\n   *\/\n  def createRDDFromLocalFile(): Unit = {\n    \/\/ 1. \u521b\u5efa SparkContext\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"CreateRDDExp\")\n    val sc = new SparkContext(conf)\n    \/\/ 2. \u4ece\u672c\u5730\u6587\u4ef6\u521b\u5efa RDD\n    val rdd = sc.textFile(\"data\/people.txt\")\n    rdd.collect.foreach(println)\n    \/*\n    Michael, 29\n    Andy, 30\n    Justin, 19\n    *\/\n    sc.stop()\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/SortByExp.scala","text":"<filename>spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/SortByExp.scala\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 10:07 \u4e0a\u5348\n *\/\nobject SortByExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"SortByExp\")\n    val sc = new SparkContext(conf)\n    sortByDemo(sc)\n    sc.stop()\n  }\n\n  private def sortByDemo(sc: SparkContext): Unit = {\n    val list = List(-1,2,3,-4,3,2,-2,-3,8,9,-6,6,4,-1,1,2,-3,-9,6)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.sortBy(x => Math.abs(x))\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/GroupByExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject GroupByExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"GroupByExp\")\n    val sc = new SparkContext(conf)\n    groupByDemo(sc)\n    sc.stop()\n  }\n\n  private def groupByDemo(sc: SparkContext): Unit = {\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.groupBy(x => x % 2)\n    rdd2.collect.foreach(println)\n    val rdd3 = rdd2.map {\n      case (k, it) => (k, it.toList)\n    }\n    rdd3.collect.foreach(println)\n  }\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/util\/Alert.scala","text":"package com.jsgygujun.code.flink.chapter05.util\n\n\/**\n * \u62a5\u8b66\u6570\u636e\u5b9e\u4f53\n * @author <EMAIL>\n * @since 2020\/8\/20 2:30 \u4e0b\u5348\n *\/\ncase class Alert(message: String, timestamp: Long)\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/CoalesceExp.scala","text":"<filename>spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/CoalesceExp.scala\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 9:53 \u4e0a\u5348\n *\/\nobject CoalesceExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"CoalesceExp\")\n    val sc = new SparkContext(conf)\n    coalesceDemo(sc)\n    sc.stop()\n  }\n\n  private def coalesceDemo(sc: SparkContext): Unit = {\n    val list = List(1,2,3,4,5,6,45,3,2,3,4,5,6,7,8,7,8,6)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.coalesce(2)\n    val rdd3 = rdd2.mapPartitionsWithIndex((index, it) => {\n      it.map(x => (index, x))\n    })\n    rdd2.collect.foreach(println)\n    rdd3.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-sql-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_sql\/df\/DataSourceExp.scala","text":"package com.jsgygujun.code.spark_sql.df\n\nimport org.apache.spark.sql.SparkSession\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/6 5:20 \u4e0b\u5348\n *\/\nobject DataSourceExp {\n\n  def main(args: Array[String]): Unit = {\n    val spark = SparkSession.builder()\n      .master(\"local[*]\")\n      .appName(\"DataSourceExp\")\n      .config(\"spark.some.config.option\", \"some-value\")\n      .getOrCreate()\n\n    runParquetFileDataSourceExample(spark)\n    \/\/runJsonFileDataSourceExample(spark)\n    \/\/runCSVFileDataSourceExample(spark)\n    spark.stop()\n  }\n\n  \/**\n   * Parquet \u6587\u4ef6 \u8bfb\u5199\n   * @param spark\n   *\/\n  private def runParquetFileDataSourceExample(spark: SparkSession): Unit = {\n    val usersDF = spark.read.load(\"data\/users.parquet\")\n    usersDF.show()\n    usersDF.select(\"name\", \"favorite_color\").write.save(\"data\/namesAndFavColors.parquet\")\n  }\n\n  \/**\n   * Json \u6587\u4ef6 \u8bfb\u5199\n   * @param spark\n   *\/\n  private def runJsonFileDataSourceExample(spark: SparkSession): Unit = {\n    val peopleDF = spark.read.format(\"json\").load(\"data\/people.json\")\n    peopleDF.show()\n    peopleDF.select(\"name\", \"age\").write.format(\"json\").save(\"data\/output\/nameAndAge.json\")\n  }\n\n  \/**\n   * CSV \u6587\u4ef6 \u8bfb\u5199\n   *\/\n  private def runCSVFileDataSourceExample(spark: SparkSession): Unit = {\n    val peopleDF = spark.read.format(\"csv\")\n      .option(\"sep\", \";\")\n      .option(\"inferSchema\", \"true\")\n      .option(\"header\", \"true\")\n      .load(\"data\/people.csv\")\n    peopleDF.show()\n    peopleDF.select(\"name\", \"job\").write.format(\"csv\")\n      .option(\"header\", \"true\")\n      .save(\"data\/output\/nameAndJob.csv\")\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter07\/StatefulProcessFunction.scala","text":"<gh_stars>0\npackage com.jsgygujun.code.flink.chapter07\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.api.common.state.{ValueState, ValueStateDescriptor}\nimport org.apache.flink.api.scala._\nimport org.apache.flink.configuration.Configuration\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.functions.KeyedProcessFunction\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.util.Collector\n\nobject StatefulProcessFunction {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.getCheckpointConfig.setCheckpointInterval(10*1000L) \/\/ 10\u79d2\u751f\u6210\u4e00\u6b21checkpoint\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    val keyedSensorData = sensorData\n      .keyBy(_.id)\n\n    val alerts = keyedSensorData\n      .process(new SelfCleaningTemperatureAlertFunction(1.5))\n\n    alerts.print\n\n    env.execute(\"\u4ea7\u751f\u6e29\u5ea6\u62a5\u8b66\")\n  }\n\n  \/**\n   * \u53ef\u4ee5\u6e05\u9664\u72b6\u6001\u7684 KeyedProcessFunction\n   * @param threshold\n   *\/\n  class SelfCleaningTemperatureAlertFunction(val threshold: Double) extends KeyedProcessFunction[String, SensorData, (String, Double, Double)] {\n\n    \/\/ \u7528\u4e8e\u5b58\u50a8\u6700\u8fd1\u4e00\u6b21\u6e29\u5ea6\u7684\u952e\u63a7\u72b6\u6001\u5f15\u7528\n    private var lastTempState: ValueState[Double] = _\n    \/\/ \u7528\u4e8e\u5b58\u50a8\u4e0a\u4e00\u4e2a\u6ce8\u518c\u7684\u8ba1\u65f6\u5668\u7684\u952e\u63a7\u72b6\u6001\u5f15\u7528\n    private var lastTimerState: ValueState[Long] = _\n\n    override def open(parameters: Configuration): Unit = {\n      \/\/ \u6ce8\u518c\u7528\u4e8e\u6700\u8fd1\u4e00\u6b21\u6e29\u5ea6\u7684\u72b6\u6001\n      val lastTempDesc = new ValueStateDescriptor[Double](\"lastTemp\", classOf[Double])\n      lastTempState = getRuntimeContext.getState[Double](lastTempDesc)\n      \/\/ \u6ce8\u518c\u7528\u4e8e\u4e0a\u4e00\u4e2a\u8ba1\u65f6\u5668\u7684\u72b6\u6001\n      val lastTimerDesc = new ValueStateDescriptor[Long](\"lastTimer\", classOf[Long])\n      lastTimerState = getRuntimeContext.getState[Long](lastTimerDesc)\n    }\n\n    override def processElement(\n                                 value: SensorData,\n                                 ctx: KeyedProcessFunction[String, SensorData, (String, Double, Double)]#Context,\n                                 out: Collector[(String, Double, Double)]): Unit = {\n      \/\/ \u5c06\u6e05\u7406\u72b6\u6001\u7684\u8ba1\u65f6\u5668\u8bbe\u7f6e\u4e3a\u6bd4\u4e0a\u6b21\u8bb0\u5f55\u65f6\u95f4\u6233\u665a\u4e00\u4e2a\u5c0f\u65f6\n      val newTimer = ctx.timestamp() + (3600 * 1000)\n      \/\/ \u83b7\u53d6\u5f53\u524d\u8ba1\u65f6\u5668\u7684\u65f6\u95f4\u6233\n      val curTimer = lastTimerState.value()\n      \/\/ \u5220\u9664\u524d\u4e00\u4e2a\u8ba1\u65f6\u5668\u5e76\u6ce8\u518c\u4e00\u4e2a\u65b0\u7684\u8ba1\u65f6\u5668\n      ctx.timerService().deleteEventTimeTimer(curTimer)\n      ctx.timerService().registerEventTimeTimer(newTimer)\n      \/\/ \u66f4\u65b0\u8ba1\u65f6\u5668\u65f6\u95f4\u6233\n      lastTimerState.update(newTimer)\n\n      \/\/ \u4ece\u72b6\u6001\u4e2d\u83b7\u53d6\u4e0a\u4e00\u6b21\u7684\u6e29\u5ea6\n      val lastTemp = lastTempState.value()\n      \/\/ \u68c0\u67e5\u662f\u5426\u9700\u8981\u53d1\u51fa\u8b66\u62a5\n      val tempDiff = (value.temperature - lastTemp).abs\n      if (tempDiff > threshold) {\n        \/\/ \u6e29\u5ea6\u589e\u52a0\u8d85\u8fc7\u9608\u503c\n        out.collect((value.id, value.temperature, tempDiff))\n      }\n\n      \/\/ \u66f4\u65b0lastTemp\u72b6\u6001\n      this.lastTempState.update(value.temperature)\n    }\n\n    override def onTimer(\n                          timestamp: Long,\n                          ctx: KeyedProcessFunction[String, SensorData, (String, Double, Double)]#OnTimerContext,\n                          out: Collector[(String, Double, Double)]): Unit = {\n      \/\/ clear all state for the key\n      lastTempState.clear()\n      lastTimerState.clear()\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter06\/SideOutputs.scala","text":"package com.jsgygujun.code.flink.chapter06\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.functions.ProcessFunction\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.streaming.api.scala.StreamExecutionEnvironment\nimport org.apache.flink.util.Collector\n\n\/**\n *\n * \u4fa7\u8f93\u51fa\u6d41\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 5:01 \u4e0b\u5348\n *\/\nobject SideOutputs {\n\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n\n    \/\/ \u8bbe\u7f6e checkpoint \u6bcf\u969410\u79d2\n    env.getCheckpointConfig.setCheckpointInterval(10 * 1000)\n\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    \/\/ \u6dfb\u52a0\u6570\u636e\u6e90\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    val monitorData = sensorData\n      .process(new FreezingMonitor)\n\n    monitorData\n      .getSideOutput(new OutputTag[String](\"freezing-alarms\"))\n      .print()\n\n    env.execute(\"\u4fa7\u8f93\u51fa\u6d41\")\n  }\n\n  \/**\n   * \u81ea\u5b9a\u4e49 ProcessFunction\n   * \u6e29\u5ea6\u4f4e\u4e8e32\u5ea6\uff0c\u52a0\u5165\u5230\u4fa7\u8f93\u51fa\u6d41\n   *\/\n  class FreezingMonitor extends ProcessFunction[SensorData, SensorData] {\n    \/\/ \u5b9a\u4e49\u4fa7\u8f93\u51fa\u6d41\u6807\u7b7e\n    lazy val freezingAlarmOutput = new OutputTag[String](\"freezing-alarms\")\n\n    override def processElement(\n                                 value: SensorData,\n                                 ctx: ProcessFunction[SensorData, SensorData]#Context,\n                                 out: Collector[SensorData]): Unit = {\n      if (value.temperature < 32.0) {\n        \/\/ \u4fa7\u8f93\u51fa\u6d41\n        ctx.output(freezingAlarmOutput, s\"Freezing Alarm for ${value.id}\")\n      }\n      \/\/ \u5e38\u89c4\u8f93\u51fa\n      out.collect(value)\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/SampleExp.scala","text":"<filename>spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/SampleExp.scala\npackage com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject SampleExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"SampleExp\")\n    val sc = new SparkContext(conf)\n    sampleDemo(sc)\n    sc.stop()\n  }\n\n  private def sampleDemo(sc: SparkContext): Unit = {\n    val list = List(1,2,3,4,5,6,7,8,9)\n    val rdd1 = sc.makeRDD(list, 4)\n    val rdd2 = rdd1.sample(withReplacement = true, 0.5)\n    println(\"withReplacement:\\n\")\n    rdd2.collect.foreach(println)\n    val rdd3 = rdd1.sample(withReplacement = false, 0.5)\n    print(\"withoutReplacement:\\n\")\n    rdd3.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter01\/AverageSensorDataApp.scala","text":"<reponame>jsgygujun\/bigdata-study<filename>flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter01\/AverageSensorDataApp.scala\npackage com.jsgygujun.code.flink.chapter01\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala.function.WindowFunction\nimport org.apache.flink.streaming.api.windowing.time.Time\nimport org.apache.flink.streaming.api.windowing.windows.TimeWindow\nimport org.apache.flink.util.Collector\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 10:44 \u4e0a\u5348\n *\/\nobject AverageSensorDataApp {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    \/\/ \u8bbe\u7f6e\u5e76\u884c\u5ea6\n    env.setParallelism(2)\n    \/\/ \u8bbe\u7f6e\u5e94\u7528\u7684\u4e8b\u4ef6\u6807\u51c6\u4e3a\u4e8b\u4ef6\u65f6\u95f4\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    \/\/ \u8bbe\u7f6ewatermark\u4ea7\u751f\u65f6\u95f4\u95f4\u9694\n    env.getConfig.setAutoWatermarkInterval(1000L)\n    \/\/ \u6dfb\u52a0\u6570\u636e\u6e90\uff0c\u5e76\u8bbe\u7f6e\u6c34\u4f4d\u7ebf\u751f\u4ea7\u65b9\u5f0f\n    val sensorDataStream = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner())\n\n    val avgTempStream = sensorDataStream\n      \/\/ \u534e\u6c0f\u5ea6 \u8f6c \u6444\u6c0f\u5ea6\n      .map(data => SensorData(data.id, data.timestamp, (data.temperature-32)*(5.0\/9.0)))\n      \/\/ \u6309\u7167\u4f20\u611f\u5668id\u5206\u7ec4\n      .keyBy(_.id)\n      \/\/ 3\u79d2\u957f\u5ea6\u7684\u7a97\u53e3\n      .timeWindow(Time.seconds(3))\n      \/\/ \u8ba1\u7b97\n      .apply(new calcAgvTempFunction)\n\n    \/\/ \u6253\u5370\u7ed3\u679c\n    avgTempStream.print\n\n    \/\/ \u6267\u884c\n    env.execute(\"\u8ba1\u7b97\u4f20\u611f\u5668\u5e73\u5747\u6e29\u5ea6\")\n  }\n\n  class calcAgvTempFunction extends WindowFunction[SensorData, SensorData, String, TimeWindow] {\n    \/**\n     * app \u65b9\u6cd5\u4e00\u4e2a\u7a97\u53e3\u8c03\u7528\u4e00\u6b21\n     * @param key\n     * @param window\n     * @param input\n     * @param out\n     *\/\n    override def apply(\n                        key: String,\n                        window: TimeWindow,\n                        input: Iterable[SensorData],\n                        out: Collector[SensorData]): Unit = {\n      val (cnt, sum) = input.foldLeft((0, 0.0))((c, r) => (c._1 + 1, c._2 + r.temperature))\n      out.collect(SensorData(key, window.getEnd, sum\/cnt))\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter05\/BasicTransformations.scala","text":"<gh_stars>0\npackage com.jsgygujun.code.flink.chapter05\n\nimport com.jsgygujun.code.flink.util.{SensorData, SensorSource, SensorTimeAssigner}\nimport org.apache.flink.api.common.functions.{FilterFunction, FlatMapFunction, MapFunction}\nimport org.apache.flink.streaming.api.TimeCharacteristic\nimport org.apache.flink.streaming.api.scala._\nimport org.apache.flink.util.Collector\n\n\/**\n *\n * \u57fa\u672c\u8f6c\u6362\u7b97\u5b50\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 11:41 \u4e0a\u5348\n *\/\nobject BasicTransformations {\n  def main(args: Array[String]): Unit = {\n    val env = StreamExecutionEnvironment.getExecutionEnvironment\n    env.setParallelism(2)\n    env.setStreamTimeCharacteristic(TimeCharacteristic.EventTime)\n    env.getConfig.setAutoWatermarkInterval(1000L)\n\n    \/\/ \u6dfb\u52a0\u6570\u636e\u6e90\u3001\u8bbe\u7f6e\u65f6\u95f4\u3001\u6c34\u4f4d\u7ebf\n    val sensorData = env\n      .addSource(new SensorSource)\n      .assignTimestampsAndWatermarks(new SensorTimeAssigner)\n\n    \/\/ filter\n    val filteredSensorData = sensorData.filter(data => data.temperature >= 25)\n\n    \/\/ map\n    val sensorIds = filteredSensorData.map(data => data.id)\n\n    \/\/ flatMap\n    val splitIds = sensorIds.flatMap(id => id.split(\"_\"))\n\n    splitIds.print()\n\n    env.execute(\"\u57fa\u672c\u8f6c\u6362\u793a\u4f8b\")\n  }\n\n  \/\/ UDF Filter \u51fd\u6570\n  class TemperatureFilter(threshold: Long) extends FilterFunction[SensorData] {\n    override def filter(t: SensorData): Boolean = t.temperature >= threshold\n  }\n\n  \/\/ UDF Map \u51fd\u6570\n  class ProjectionMap extends MapFunction[SensorData, String] {\n    override def map(t: SensorData): String = t.id\n  }\n\n  \/\/ UDF FlatMap \u51fd\u6570\n  class SplitIdFlatMap extends FlatMapFunction[String, String] {\n    override def flatMap(t: String, collector: Collector[String]): Unit = {\n      t.split(\"_\")\n    }\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-sql-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_sql\/ds\/CreateDataSetExp.scala","text":"package com.jsgygujun.code.spark_sql.ds\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/6 4:15 \u4e0b\u5348\n *\/\nobject CreateDataSetExp {\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/PartitionByExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{HashPartitioner, SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 10:25 \u4e0a\u5348\n *\/\nobject PartitionByExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"PartitionByExp\")\n    val sc = new SparkContext(conf)\n    partitionByDemo(sc)\n    sc.stop()\n  }\n\n  private def partitionByDemo(sc: SparkContext): Unit = {\n    val list = List((1, \"one\"), (2, \"two\"), (3, \"three\"), (4, \"four\"), (5, \"five\"), (6, \"six\"), (7, \"seven\"), (8, \"eight\"))\n    val rdd1 = sc.parallelize(list, 2)\n    val rdd2 = rdd1.partitionBy(new HashPartitioner(4))\n    rdd1.mapPartitionsWithIndex((index, it) => {\n      it.map(x => (index, x))\n    }).collect.foreach(println)\n    rdd2.mapPartitionsWithIndex((index, it) => {\n      it.map(x => (index, x))\n    }).collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"flink\/example\/src\/main\/scala\/com\/jsgygujun\/code\/flink\/chapter06\/CoProcessFunctionTimers.scala","text":"<reponame>jsgygujun\/bigdata-study\npackage com.jsgygujun.code.flink.chapter06\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/20 5:26 \u4e0b\u5348\n *\/\nobject CoProcessFunctionTimers {\n\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/DistinctExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\n\/**\n *\n * @author <EMAIL>\n * @since 2020\/8\/11 9:49 \u4e0a\u5348\n *\/\nobject DistinctExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"DistinctExp\")\n    val sc = new SparkContext(conf)\n    distinctDemo(sc)\n    sc.stop()\n  }\n\n  \/**\n   * distinct\n   * \u53bb\u91cd\uff0c\u53ef\u540c\u65f6\u51cf\u5c11\u5206\u533a\n   * @param sc\n   *\/\n  private def distinctDemo(sc: SparkContext): Unit = {\n    val list = List(1,2,3,4,2,3,4,2,3,4,5,6,3,4,5,3)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.distinct()\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jsgygujun\/bigdata-study","path":"spark\/example\/spark-core-example\/src\/main\/scala\/com\/jsgygujun\/code\/spark_core\/transformation\/MapExp.scala","text":"package com.jsgygujun.code.spark_core.transformation\n\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject MapExp {\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setMaster(\"local[*]\").setAppName(\"MapExp\")\n    val sc = new SparkContext(conf)\n    mapDemo(sc)\n    mapPartitionsDemo(sc)\n    mapPartitionsWithIndexDemo(sc)\n    sc.stop()\n  }\n\n  \/**\n   * map\n   * \u9488\u5bf9\u96c6\u5408\u4e2d\u7684\u6bcf\u4e2a\u5143\u7d20\u6267\u884c\u4e00\u6b21\u4f20\u9012\u7684\u51fd\u6570\n   * \u4e00\u8fdb\u4e00\u51fa\n   * \u5c06\u6765\u7528\u6765\u505a\u6570\u636e\u7ed3\u6784\u7684\u8c03\u6574\n   *\n   * @param sc\n   *\/\n  private def mapDemo(sc: SparkContext): Unit = {\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list)\n    val rdd2 = rdd1.map(_ * 2)\n    rdd2.collect.foreach(println)\n  }\n\n  \/**\n   * mapPartitions\n   * \u4f20\u9012\u7684\u51fd\u6570, \u6bcf\u4e2a\u5206\u533a\u6267\u884c\u4e00\u6b21\n   * \u6709\u53ef\u80fd\u4f1a\u51fa\u73b0oom\n   *\n   * @param sc\n   *\/\n  private def mapPartitionsDemo(sc: SparkContext): Unit = {\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list)\n    val rdd2 = rdd1.mapPartitions(it => {\n      \/\/ it \u662f\u4e00\u4e2aIterator\u7c7b\u578b\n      it.map(_ * 3)\n    })\n    rdd2.collect.foreach(println)\n  }\n\n  \/**\n   * mapPartitionsWithIndex\n   * \u4e0emapPartitions\u4e00\u6837\uff0c\u53ea\u662f\u591a\u4e2a\u4e00\u4e2a\u5206\u533a\u53f7\n   *\n   * @param sc\n   *\/\n  private def mapPartitionsWithIndexDemo(sc: SparkContext): Unit = {\n    val list = List(1, 3, 5, 7, 9, 2, 4, 6, 8)\n    val rdd1 = sc.parallelize(list, 4)\n    val rdd2 = rdd1.mapPartitionsWithIndex((index, it) => {\n      \/\/ index, \u5206\u533a\u53f7\uff0cit \u662f\u4e00\u4e2aIterator\u7c7b\u578b\n      it.map(x => (index, x))\n    })\n    rdd2.collect.foreach(println)\n  }\n}\n"}
{"repo_name":"jamiels\/ptbe","path":"build.sbt","text":"name := \"\"\"ptbe\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\nlazy val raven = (project in file(\"modules\/raven\")).enablePlugins(PlayJava, PlayEbean, SbtTwirl)\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava,PlayEbean).dependsOn(raven).aggregate(raven)\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs\n)\n\nlibraryDependencies += evolutions\nlibraryDependencies += filters\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.amazon.alexa\/alexa-skills-kit\nlibraryDependencies += \"com.amazon.alexa\" % \"alexa-skills-kit\" % \"1.3.1\"\n\n\/\/ Specificy which are Ebeans, application.conf is not sufficient\nplayEbeanModels in Compile := Seq(\"models.ptbe.*\")\n\n\/\/ do not copy docs to distribution\nsources in (Compile, doc) := Seq.empty\npublishArtifact in (Compile, packageDoc) := false"}
{"repo_name":"lemastero\/zio-json","path":"src\/test\/scala\/zio\/json\/internal\/StringMatrixTest.scala","text":"package zio.json.internal\n\nimport scalaprops._\nimport Property.{implies, prop, property}\nimport utest._\n\n\/\/ testOnly *StringMatrix*\nobject StringMatrixProps extends Scalaprops {\n  val nonEmptyString: Gen[String] = Gen.nonEmptyString(Gen.alphaNumChar)\n  val testStrings: Gen[List[String]] =\n    Gen.choose(1, 63).flatMap(n => Gen.sequenceNList(n, nonEmptyString))\n\n  def matcher(xs: List[String], test: String): List[String] = {\n    val m = new StringMatrix(xs.toArray)\n    var bs = test.zipWithIndex.foldLeft(m.initial) {\n      case (bs, (c, i)) => m.update(bs, i, c)\n    }\n    bs = m.exact(bs, test.length)\n    matches(xs, bs)\n  }\n\n  def matches(xs: List[String], bitset: Long): List[String] = {\n    var hits: List[String] = Nil\n    var i = 0\n    while (i < xs.length) {\n      if (((bitset >>> i) & 1L) == 1L)\n        hits = xs(i) :: hits\n      i += 1\n    }\n    hits\n  }\n\n  val positiveSucceeds = property { xs: List[String] =>\n    xs.map(s => prop(matcher(xs, s).contains(s))).reduce(_ and _)\n  }(testStrings, Shrink.empty)\n\n  val negativeFails = property { xs: List[String] =>\n    implies(\n      !xs.exists(_.startsWith(\"wibble\")),\n      prop(matcher(xs, \"wibble\") == Nil)\n    )\n  }(testStrings, Shrink.empty)\n\n  val substringFails = property { xs: List[String] =>\n    implies(xs.length > 1, prop(matcher(xs, xs.mkString) == Nil))\n  }(testStrings, Shrink.empty)\n\n  val trivial = property { s: String =>\n    prop(matcher(List(s), s) == List(s))\n  }(nonEmptyString, Shrink.empty)\n}\n\nobject StringMatrixTest extends TestSuite {\n\n  val tests = Tests {\n    test(\"exact match is a substring\") {\n      StringMatrixProps.matcher(\n        List(\"retweeted_status\", \"retweeted\"),\n        \"retweeted\"\n      ) ==> List(\"retweeted\")\n    }\n  }\n\n}\n"}
{"repo_name":"lemastero\/zio-json","path":"src\/main\/scala\/zio\/json\/macros.scala","text":"package zio.json\n\nimport scala.annotation.Annotation\nimport scala.reflect.macros.whitebox\n\nimport magnolia._\n\nimport zio.json.Decoder.{JsonError, UnsafeJson}\nimport zio.json.internal.{Lexer, RetractReader, StringMatrix}\n\n\/**\n  * If used on a case class field, determines the name of the JSON field.\n  * Defaults to the case class field name.\n  *\/\nfinal case class field(name: String) extends Annotation\n\n\/**\n  * If used on a sealed class, will determine the name of the field for\n  * disambiguating classes.\n  *\n  * The default is to not use a typehint field and instead\n  * have an object with a single key that is the class name.\n  *\n  * Note that using a discriminator is less performant, uses more memory, and\n  * may be prone to DOS attacks that are impossible with the default encoding.\n  * Only use this option if you must model an externally defined schema.\n  *\/\nfinal case class discriminator(name: String) extends Annotation\n\/\/ TODO a strategy where the constructor is inferred from the field names, only\n\/\/ valid if there is no ambiguity in the types of fields for all case classes.\n\/\/ Such a strategy cannot be implemented with Magnolia because the SealedTrait\n\/\/ does not provide a mechanism for obtaining the CaseClass associated to the\n\/\/ Subtype.\n\n\/**\n  * If used on a case class will determine the typehint value for disambiguating\n  * sealed traits. Defaults to the short type name.\n  *\/\nfinal case class hint(name: String) extends Annotation\n\n\/**\n  * If used on a case class, will exit early if any fields are in the JSON that\n  * do not correspond to field names in the case class.\n  *\n  * This adds extra protections against a DOS attacks but means that changes in\n  * the schema will result in a hard error rather than silently ignoring those\n  * fields.\n  *\n  * Cannot be comibned with `@discriminator` since it is considered an extra\n  * field from the perspective of the case class.\n  *\/\nfinal class no_extra_fields extends Annotation\n\nobject MagnoliaDecoder {\n  type Typeclass[A] = Decoder[A]\n\n  def combine[A](ctx: CaseClass[Decoder, A]): Decoder[A] = {\n    val no_extra = ctx.annotations.collectFirst {\n      case _: no_extra_fields => ()\n    }.isDefined\n    if (ctx.parameters.isEmpty)\n      new Decoder[A] {\n        def unsafeDecode(trace: List[JsonError], in: RetractReader): A = {\n          if (no_extra) {\n            Lexer.char(trace, in, '{')\n            Lexer.char(trace, in, '}')\n          } else {\n            Lexer.skipValue(trace, in)\n          }\n          ctx.rawConstruct(Nil)\n        }\n      }\n    else\n      new Decoder[A] {\n        val names: Array[String] = ctx.parameters.map { p =>\n          p.annotations\n            .collectFirst {\n              case field(name) => name\n            }\n            .getOrElse(p.label)\n        }.toArray\n        val len: Int = names.length\n        val matrix: StringMatrix = new StringMatrix(names)\n        val spans: Array[JsonError] = names.map(JsonError.ObjectAccess(_))\n        lazy val tcs: Array[Decoder[Any]] =\n          ctx.parameters.map(_.typeclass.widen[Any]).toArray\n\n        def unsafeDecode(trace: List[JsonError], in: RetractReader): A = {\n          Lexer.char(trace, in, '{')\n\n          \/\/ it would be more efficient to have a solution that didn't box\n          \/\/ primitives, but Magnolia does not expose an API for that.\n          val ps: Array[Any] = Array.ofDim(len)\n\n          if (Lexer.firstObject(trace, in))\n            do {\n              var trace_ = trace\n              val field = Lexer.field(trace, in, matrix)\n              if (field != -1) {\n                val field_ = names(field)\n                trace_ = spans(field) :: trace\n                if (ps(field) != null)\n                  throw UnsafeJson(JsonError.Message(\"duplicate\") :: trace_)\n                ps(field) = tcs(field).unsafeDecode(trace_, in)\n              } else if (no_extra) {\n                throw UnsafeJson(\n                  JsonError.Message(s\"invalid extra field\") :: trace\n                )\n              } else\n                Lexer.skipValue(trace_, in)\n            } while (Lexer.nextObject(trace, in))\n\n          var i = 0\n          while (i < len) {\n            if (ps(i) == null)\n              ps(i) = tcs(i).unsafeDecodeMissing(spans(i) :: trace)\n            i += 1\n          }\n\n          ctx.rawConstruct(new ArraySeq(ps))\n        }\n      }\n  }\n\n  def dispatch[A](ctx: SealedTrait[Decoder, A]): Decoder[A] = {\n    val names: Array[String] = ctx.subtypes.map { p =>\n      p.annotations\n        .collectFirst {\n          case hint(name) => name\n        }\n        .getOrElse(p.typeName.short)\n    }.toArray\n    val len: Int = names.length\n    val matrix: StringMatrix = new StringMatrix(names)\n    lazy val tcs: Array[Decoder[Any]] =\n      ctx.subtypes.map(_.typeclass.widen[Any]).toArray\n\n    def discrim = ctx.annotations.collectFirst { case discriminator(n) => n }\n    if (discrim.isEmpty)\n      new Decoder[A] {\n        val spans: Array[JsonError] = names.map(JsonError.ObjectAccess(_))\n        def unsafeDecode(trace: List[JsonError], in: RetractReader): A = {\n          Lexer.char(trace, in, '{')\n          \/\/ we're not allowing extra fields in this encoding\n          if (Lexer.firstObject(trace, in)) {\n            val field = Lexer.field(trace, in, matrix)\n            if (field != -1) {\n              val field_ = names(field)\n              val trace_ = spans(field) :: trace\n              val a = tcs(field).unsafeDecode(trace_, in).asInstanceOf[A]\n              Lexer.char(trace, in, '}')\n              return a\n            } else\n              throw UnsafeJson(\n                JsonError.Message(\"invalid disambiguator\") :: trace\n              )\n          } else\n            throw UnsafeJson(\n              JsonError.Message(\"expected non-empty object\") :: trace\n            )\n        }\n      }\n    else\n      new Decoder[A] {\n        val hintfield = discrim.getOrElse(\"type\")\n        val hintmatrix = new StringMatrix(Array(hintfield))\n        val spans: Array[JsonError] = names.map(JsonError.Message(_))\n\n        def unsafeDecode(trace: List[JsonError], in: RetractReader): A = {\n          val in_ = internal.RecordingReader(in)\n          Lexer.char(trace, in_, '{')\n          if (Lexer.firstObject(trace, in_))\n            do {\n              if (Lexer.field(trace, in_, hintmatrix) != -1) {\n                val field = Lexer.enum(trace, in_, matrix)\n                if (field == -1)\n                  throw UnsafeJson(\n                    JsonError.Message(s\"invalid disambiguator\") :: trace\n                  )\n                in_.rewind()\n                val trace_ = spans(field) :: trace\n                return tcs(field).unsafeDecode(trace_, in_).asInstanceOf[A]\n              } else\n                Lexer.skipValue(trace, in_)\n            } while (Lexer.nextObject(trace, in_))\n\n          throw UnsafeJson(\n            JsonError.Message(s\"missing hint '$hintfield'\") :: trace\n          )\n        }\n      }\n  }\n\n  def gen[A]: Decoder[A] = macro Magnolia.gen[A]\n}\n\n\/\/ backcompat for 2.12, otherwise we'd use ArraySeq.unsafeWrapArray\nprivate final class ArraySeq(p: Array[Any]) extends IndexedSeq[Any] {\n  def apply(i: Int): Any = p(i)\n  def length: Int = p.length\n}\n"}
{"repo_name":"lemastero\/zio-json","path":"build.sbt","text":"<filename>build.sbt\norganization := \"dev.zio\"\nname := \"zio-json\"\n\ncrossScalaVersions := Seq(\"2.12.11\", \"2.13.3\")\nscalaVersion := crossScalaVersions.value.last\n\nscalacOptions ++= Seq(\n  \"-language:_\",\n  \/\/\"-Xfatal-warnings\", \/\/ the deprecations cause the compile to fail\n  \"-deprecation\",\n  \/\/ optimisations slow things down...\n  \/\/\"-opt:l:inline\",\n  \/\/\"-opt-inline-from:**\"\n)\n\nscalacOptions in (Compile, console) -= \"-Xfatal-warnings\"\nscalacOptions in (Test, console) -= \"-Xfatal-warnings\"\n\nlibraryDependencies += \"com.propensive\" %% \"magnolia\" % \"0.16.0\"\nlibraryDependencies += \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value % Provided\n\ntestFrameworks += new TestFramework(\"scalaprops.ScalapropsFramework\")\nlibraryDependencies += \"com.github.scalaprops\" %% \"scalaprops\" % \"0.8.0\" % \"test\"\nparallelExecution in Test := false \/\/ scalaprops does not support parallel execution\n\nlibraryDependencies += \"com.lihaoyi\" %% \"utest\" % \"0.7.2\" % \"test\"\ntestFrameworks += new TestFramework(\"utest.runner.Framework\")\n\nlibraryDependencies += \"com.github.plokhotnyuk.jsoniter-scala\" %% \"jsoniter-scala-core\" % \"2.5.0\" % \"test\"\nlibraryDependencies += \"com.github.plokhotnyuk.jsoniter-scala\" %% \"jsoniter-scala-macros\" % \"2.5.0\" % \"test\"\n\n\/\/ circe is super easy to install (e_e)\nval circeVersion = \"0.13.0\"\nlibraryDependencies ++= Seq(\n  \"io.circe\" %% \"circe-core\",\n  \"io.circe\" %% \"circe-generic\",\n  \"io.circe\" %% \"circe-parser\"\n).map(_ % circeVersion % \"test\")\nlibraryDependencies += \"io.circe\" %% \"circe-generic-extras\" % \"0.13.0\" % \"test\"\nlibraryDependencies += \"org.typelevel\" %% \"jawn-ast\" % \"1.0.0\" \/\/ matches circe\n\nlibraryDependencies += \"com.typesafe.play\" %% \"play-json\" % \"2.9.0\" % \"test\"\nlibraryDependencies += \"ai.x\" %% \"play-json-extensions\" % \"0.42.0\" % \"test\"\n\n\/\/ scalafmtOnCompile := true\n\nenablePlugins(NeoJmhPlugin)\ninConfig(Jmh)(org.scalafmt.sbt.ScalafmtPlugin.scalafmtConfigSettings)\n"}
{"repo_name":"lemastero\/zio-json","path":"src\/main\/scala\/zio\/json\/decoder.scala","text":"package zio.json\n\nimport scala.annotation._\nimport java.io._\nimport scala.collection.mutable.{ListBuffer}\nimport scala.util.control.NoStackTrace\nimport zio.json.internal._\nimport Decoder.JsonError\n\n\/\/ convenience to match the circe api\nobject parser {\n\n  \/**\n    * Attempts to decode the raw JSON string as an `A`.\n    *\n    * On failure a human readable message is returned using a jq friendly\n    * format. For example the error\n    * `.rows[0].elements[0].distance.value(missing)\"` tells us the location of a\n    * missing field named \"value\". We can use part of the error message in the\n    * `jq` command line tool for further inspection, e.g.\n    *\n    * {{{jq '.rows[0].elements[0].distance' input.json}}}\n    *\/\n  def decode[A](str: CharSequence)(implicit D: Decoder[A]): Either[String, A] =\n    D.decodeJson(str)\n}\n\ntrait Decoder[A] { self =>\n  \/\/ note that the string may not be fully consumed\n  final def decodeJson(str: CharSequence): Either[String, A] =\n    try Right(unsafeDecode(Nil, new FastStringReader(str)))\n    catch {\n      case Decoder.UnsafeJson(trace) => Left(JsonError.render(trace))\n      case _: internal.UnexpectedEnd => Left(\"unexpected end of input\")\n    }\n\n  \/\/ scalaz-deriving style MonadError combinators\n  final def widen[B >: A]: Decoder[B] = self.asInstanceOf[Decoder[B]]\n  final def xmap[B](f: A => B, g: B => A): Decoder[B] = map(f)\n  final def map[B](f: A => B): Decoder[B] =\n    new Decoder[B] {\n      override def unsafeDecodeMissing(trace: List[JsonError]): B =\n        f(self.unsafeDecodeMissing(trace))\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): B =\n        f(self.unsafeDecode(trace, in))\n    }\n  final def emap[B](f: A => Either[String, B]): Decoder[B] =\n    new Decoder[B] {\n      override def unsafeDecodeMissing(trace: List[JsonError]): B =\n        f(self.unsafeDecodeMissing(trace)) match {\n          case Left(err) =>\n            throw Decoder.UnsafeJson(JsonError.Message(err) :: trace)\n          case Right(b) => b\n        }\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): B =\n        f(self.unsafeDecode(trace, in)) match {\n          case Left(err) =>\n            throw Decoder.UnsafeJson(JsonError.Message(err) :: trace)\n          case Right(b) => b\n        }\n    }\n\n  \/\/ The unsafe* methods are internal and should only be used by generated\n  \/\/ decoders and web frameworks.\n  \/\/\n  \/\/ They are unsafe because they are non-total and use mutable references.\n  \/\/\n  \/\/ We could use a ReaderT[List[JsonError]] but that would bring in\n  \/\/ dependencies and overhead, so we pass the trace context manually.\n  def unsafeDecodeMissing(trace: List[JsonError]): A =\n    throw Decoder.UnsafeJson(JsonError.Message(\"missing\") :: trace)\n\n  def unsafeDecode(trace: List[JsonError], in: RetractReader): A\n}\n\nobject Decoder extends DecoderLowPriority1 with DecoderLowPriority2 {\n  def apply[A](implicit a: Decoder[A]): Decoder[A] = a\n\n  \/\/ Design note: we could require the position in the stream here to improve\n  \/\/ debugging messages. But the cost would be that the RetractReader would need\n  \/\/ to keep track and any wrappers would need to preserve the position. It may\n  \/\/ still be desirable to do this but at the moment it is not necessary.\n  final case class UnsafeJson(trace: List[JsonError])\n      extends Exception(\"if you see this a dev made a mistake using Decoder\")\n      with NoStackTrace\n\n  \/* Allows a human readable string to be generated for decoding failures. *\/\n  sealed abstract class JsonError\n  object JsonError {\n    def render(trace: List[JsonError]): String =\n      trace.reverse.map {\n        case Message(txt)        => s\"($txt)\"\n        case ArrayAccess(i)      => s\"[$i]\"\n        case ObjectAccess(field) => s\".$field\"\n        case SumType(cons)       => s\"{$cons}\"\n      }.mkString\n    final case class Message(txt: String) extends JsonError\n    final case class ArrayAccess(i: Int) extends JsonError\n    final case class ObjectAccess(field: String) extends JsonError\n    final case class SumType(cons: String) extends JsonError\n  }\n\n  implicit val string: Decoder[String] = new Decoder[String] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): String =\n      Lexer.string(trace, in).toString\n  }\n  implicit val boolean: Decoder[Boolean] = new Decoder[Boolean] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): Boolean =\n      Lexer.boolean(trace, in)\n  }\n\n  implicit val char: Decoder[Char] = string.emap {\n    case str if str.length == 1 => Right(str(0))\n    case other                  => Left(\"expected one character\")\n  }\n  implicit val symbol: Decoder[Symbol] = string.map(Symbol(_))\n\n  implicit val byte: Decoder[Byte] = number(Lexer.byte)\n  implicit val short: Decoder[Short] = number(Lexer.short)\n  implicit val int: Decoder[Int] = number(Lexer.int)\n  implicit val long: Decoder[Long] = number(Lexer.long)\n  implicit val biginteger: Decoder[java.math.BigInteger] = number(\n    Lexer.biginteger\n  )\n  implicit val float: Decoder[Float] = number(Lexer.float)\n  implicit val double: Decoder[Double] = number(Lexer.double)\n  implicit val bigdecimal: Decoder[java.math.BigDecimal] = number(\n    Lexer.bigdecimal\n  )\n  \/\/ numbers decode from numbers or strings for maximum compatibility\n  private[this] def number[A](\n    f: (List[JsonError], RetractReader) => A\n  ): Decoder[A] =\n    new Decoder[A] {\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): A =\n        (in.nextNonWhitespace(): @switch) match {\n          case '\"' =>\n            val i = f(trace, in)\n            Lexer.charOnly(trace, in, '\"')\n            i\n          case _ =>\n            in.retract()\n            f(trace, in)\n        }\n    }\n\n  \/\/ Option treats empty and null values as Nothing and passes values to the decoder.\n  \/\/\n  \/\/ If alternative behaviour is desired, e.g. pass null to the underlying, then\n  \/\/ use a newtype wrapper.\n  implicit def option[A](implicit A: Decoder[A]): Decoder[Option[A]] =\n    new Decoder[Option[A]] {\n      private[this] val ull: Array[Char] = \"ull\".toCharArray\n      override def unsafeDecodeMissing(trace: List[JsonError]): Option[A] =\n        Option.empty\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): Option[A] =\n        (in.nextNonWhitespace(): @switch) match {\n          case 'n' =>\n            Lexer.readChars(trace, in, ull, \"null\")\n            None\n          case _ =>\n            in.retract()\n            Some(A.unsafeDecode(trace, in))\n        }\n    }\n\n  \/\/ supports multiple representations for compatibility with other libraries,\n  \/\/ but does not support the \"discriminator field\" encoding with a field named\n  \/\/ \"value\" used by some libraries.\n  implicit def either[A, B](implicit\n    A: Decoder[A],\n    B: Decoder[B]\n  ): Decoder[Either[A, B]] =\n    new Decoder[Either[A, B]] {\n      val names: Array[String] =\n        Array(\"a\", \"Left\", \"left\", \"b\", \"Right\", \"right\")\n      val matrix: StringMatrix = new StringMatrix(names)\n      val spans: Array[JsonError] = names.map(JsonError.ObjectAccess(_))\n\n      def unsafeDecode(\n        trace: List[JsonError],\n        in: RetractReader\n      ): Either[A, B] = {\n        Lexer.char(trace, in, '{')\n\n        val values: Array[Any] = Array.ofDim(2)\n\n        if (Lexer.firstObject(trace, in))\n          do {\n            val field = Lexer.field(trace, in, matrix)\n            if (field == -1) Lexer.skipValue(trace, in)\n            else {\n              val trace_ = spans(field) :: trace\n              if (field < 3) {\n                if (values(0) != null)\n                  throw UnsafeJson(JsonError.Message(\"duplicate\") :: trace_)\n                values(0) = A.unsafeDecode(trace_, in)\n              } else {\n                if (values(1) != null)\n                  throw UnsafeJson(JsonError.Message(\"duplicate\") :: trace_)\n                values(1) = B.unsafeDecode(trace_, in)\n              }\n            }\n          } while (Lexer.nextObject(trace, in))\n\n        if (values(0) == null && values(1) == null)\n          throw UnsafeJson(JsonError.Message(\"missing fields\") :: trace)\n        if (values(0) != null && values(1) != null)\n          throw UnsafeJson(\n            JsonError.Message(\"ambiguous either, both present\") :: trace\n          )\n        if (values(0) != null)\n          Left(values(0).asInstanceOf[A])\n        else Right(values(1).asInstanceOf[B])\n      }\n    }\n\n  implicit def tuple2[A0, A1](implicit\n    A0: Decoder[A0],\n    A1: Decoder[A1]\n  ): Decoder[(A0, A1)] =\n    new Decoder[(A0, A1)] {\n      val traces: Array[JsonError] =\n        (0 to 1).map(JsonError.ArrayAccess(_)).toArray\n\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): (A0, A1) = {\n        Lexer.char(trace, in, '[')\n        val a0 = A0.unsafeDecode(traces(0) :: trace, in)\n        Lexer.char(trace, in, ',')\n        val a1 = A1.unsafeDecode(traces(1) :: trace, in)\n        Lexer.char(trace, in, ']')\n        (a0, a1)\n      }\n    }\n\n  implicit def tuple3[A0, A1, A2](implicit\n    A0: Decoder[A0],\n    A1: Decoder[A1],\n    A2: Decoder[A2]\n  ): Decoder[(A0, A1, A2)] =\n    new Decoder[(A0, A1, A2)] {\n      val traces: Array[JsonError] =\n        (0 to 2).map(JsonError.ArrayAccess(_)).toArray\n\n      def unsafeDecode(\n        trace: List[JsonError],\n        in: RetractReader\n      ): (A0, A1, A2) = {\n        Lexer.char(trace, in, '[')\n        val a0 = A0.unsafeDecode(traces(0) :: trace, in)\n        Lexer.char(trace, in, ',')\n        val a1 = A1.unsafeDecode(traces(1) :: trace, in)\n        Lexer.char(trace, in, ',')\n        val a2 = A2.unsafeDecode(traces(2) :: trace, in)\n        Lexer.char(trace, in, ']')\n        (a0, a1, a2)\n      }\n    }\n\n  implicit def list[A](implicit A: Decoder[A]): Decoder[List[A]] =\n    new Decoder[List[A]] {\n      def unsafeDecode(trace: List[JsonError], in: RetractReader): List[A] = {\n        val builder = new ListBuffer[A]\n        Lexer.char(trace, in, '[')\n        var trace_ = trace\n        if (Lexer.firstArray(trace, in)) do {\n          trace_ = JsonError.ArrayAccess(builder.length) :: trace\n          builder += A.unsafeDecode(trace_, in)\n        } while (Lexer.nextArray(trace_, in))\n        builder.result()\n      }\n    }\n\n  \/\/ not implicit because this overlaps with decoders for lists of tuples\n  def keylist[K, A](implicit\n    K: FieldDecoder[K],\n    A: Decoder[A]\n  ): Decoder[List[(K, A)]] =\n    new Decoder[List[(K, A)]] {\n      def unsafeDecode(\n        trace: List[JsonError],\n        in: RetractReader\n      ): List[(K, A)] = {\n        var builder: ListBuffer[(K, A)] = new ListBuffer\n        var trace_ = trace\n        Lexer.char(trace, in, '{')\n        if (Lexer.firstObject(trace, in))\n          do {\n            val field = Lexer.string(trace, in).toString\n            trace_ = JsonError.ObjectAccess(field) :: trace\n            Lexer.char(trace_, in, ':')\n            val value = A.unsafeDecode(trace_, in)\n            builder += ((K.unsafeDecodeField(trace_, field), value))\n          } while (Lexer.nextObject(trace_, in))\n        builder.result()\n      }\n    }\n\n  implicit def sortedmap[K: FieldDecoder, V: Decoder](implicit\n    O: Ordering[K]\n  ): Decoder[collection.SortedMap[K, V]] =\n    keylist[K, V].map(lst => collection.SortedMap.apply(lst: _*))\n}\n\nprivate[json] trait DecoderLowPriority1 {\n  this: Decoder.type =>\n\n  \/\/ allows SortedMap to be found\n  implicit def dict[K: FieldDecoder, V: Decoder]: Decoder[Map[K, V]] =\n    keylist[K, V].map(_.toMap)\n}\n\nprivate[json] trait DecoderLowPriority2 {\n  this: Decoder.type =>\n\n  import scala.collection.generic.CanBuildFrom\n  implicit def cbf[T[_], A: Decoder](implicit\n    CBF: CanBuildFrom[List[A], A, T[A]]\n  ): Decoder[T[A]] = list[A].map(lst => CBF(lst).result())\n\n}\n\n\/** When decoding a JSON Object, we only allow the keys that implement this interface. *\/\ntrait FieldDecoder[A] { self =>\n  final def widen[B >: A]: FieldDecoder[B] =\n    self.asInstanceOf[FieldDecoder[B]]\n  final def xmap[B](f: A => B, g: B => A): FieldDecoder[B] = map(f)\n  final def map[B](f: A => B): FieldDecoder[B] =\n    new FieldDecoder[B] {\n      def unsafeDecodeField(trace: List[JsonError], in: String): B =\n        f(self.unsafeDecodeField(trace, in))\n    }\n  final def emap[B](f: A => Either[String, B]): FieldDecoder[B] =\n    new FieldDecoder[B] {\n      def unsafeDecodeField(trace: List[JsonError], in: String): B =\n        f(self.unsafeDecodeField(trace, in)) match {\n          case Left(err) =>\n            throw Decoder.UnsafeJson(JsonError.Message(err) :: trace)\n          case Right(b) => b\n        }\n    }\n\n  def unsafeDecodeField(trace: List[JsonError], in: String): A\n}\nobject FieldDecoder {\n  implicit val string: FieldDecoder[String] = new FieldDecoder[String] {\n    def unsafeDecodeField(trace: List[JsonError], in: String): String = in\n  }\n}\n"}
{"repo_name":"lemastero\/zio-json","path":"src\/main\/scala\/zio\/json\/ast.scala","text":"package zio.json\n\nimport scala.collection.mutable.{ListBuffer}\n\nimport Decoder.{JsonError, UnsafeJson}\nimport zio.json.internal._\nimport scala.annotation._\n\nsealed abstract class JsValue {\n  def widen: JsValue = this\n}\n\n\/\/ TODO use Encoder in toString, this is very slow\nfinal case class JsObject(fields: List[(String, JsValue)]) extends JsValue {\n  override def toString =\n    fields.map { case (f, v) => s\"\"\"\"${f}\":${v}\"\"\" }.mkString(\"{\", \",\", \"}\")\n}\nfinal case class JsArray(elements: List[JsValue]) extends JsValue {\n  override def toString = elements.mkString(\"[\", \",\", \"]\")\n}\nfinal case class JsBoolean(value: Boolean) extends JsValue {\n  override def toString = value.toString\n}\nfinal case class JsString(value: String) extends JsValue {\n  override def toString = {\n    val len = value.length\n    val sb = new StringBuilder(len)\n    sb.append('\"')\n    var i = 0\n    while (i < len) {\n      (value.charAt(i): @switch) match {\n        case '\"'  => sb.append(\"\\\\\\\"\")\n        case '\\\\' => sb.append(\"\\\\\\\\\")\n        case '\\b' => sb.append(\"\\\\b\")\n        case '\\f' => sb.append(\"\\\\f\")\n        case '\\n' => sb.append(\"\\\\n\")\n        case '\\r' => sb.append(\"\\\\r\")\n        case '\\t' => sb.append(\"\\\\t\")\n        case c =>\n          if (c < ' ') sb.append(\"\\\\u%04x\".format(c.toInt))\n          else sb.append(c)\n      }\n      i += 1\n    }\n    sb.append('\"')\n    sb.toString\n  }\n\n}\nfinal case class JsNumber(value: BigDecimal) extends JsValue {\n  override def toString = value.toString\n}\nfinal case object JsNull extends JsValue {\n  override def toString = \"null\"\n\n  private[this] val nullChars: Array[Char] = \"null\".toCharArray\n  implicit val decoder: Decoder[JsNull.type] = new Decoder[JsNull.type] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsNull.type = {\n      Lexer.readChars(trace, in, nullChars, \"null\")\n      JsNull\n    }\n  }\n}\n\nobject JsValue {\n  implicit val decoder: Decoder[JsValue] = new Decoder[JsValue] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsValue = {\n      val c = in.nextNonWhitespace()\n      in.retract()\n      (c: @switch) match {\n        case 'n'       => JsNull.decoder.unsafeDecode(trace, in)\n        case 'f' | 't' => JsBoolean.decoder.unsafeDecode(trace, in)\n        case '{'       => JsObject.decoder.unsafeDecode(trace, in)\n        case '['       => JsArray.decoder.unsafeDecode(trace, in)\n        case '\"'       => JsString.decoder.unsafeDecode(trace, in)\n        case '-' | '0' | '1' | '2' | '3' | '4' | '5' | '6' | '7' | '8' | '9' =>\n          JsNumber.decoder.unsafeDecode(trace, in)\n        case c =>\n          throw UnsafeJson(JsonError.Message(s\"unexpected '$c'\") :: trace)\n      }\n    }\n  }\n}\nobject JsObject {\n  private lazy val objd = Decoder.keylist[String, JsValue]\n  implicit val decoder: Decoder[JsObject] = new Decoder[JsObject] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsObject =\n      JsObject(objd.unsafeDecode(trace, in))\n  }\n}\nobject JsArray {\n  private lazy val arrd = Decoder.list[JsValue]\n  implicit val decoder: Decoder[JsArray] = new Decoder[JsArray] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsArray =\n      JsArray(arrd.unsafeDecode(trace, in))\n  }\n}\nobject JsBoolean {\n  implicit val decoder: Decoder[JsBoolean] = new Decoder[JsBoolean] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsBoolean =\n      JsBoolean(Lexer.boolean(trace, in))\n  }\n}\nobject JsString {\n  implicit val decoder: Decoder[JsString] = new Decoder[JsString] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsString =\n      JsString(Lexer.string(trace, in).toString)\n  }\n}\nobject JsNumber {\n  implicit val decoder: Decoder[JsNumber] = new Decoder[JsNumber] {\n    def unsafeDecode(trace: List[JsonError], in: RetractReader): JsNumber =\n      JsNumber(Lexer.bigdecimal(trace, in))\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/catalyst\/src\/test\/scala\/org\/apache\/spark\/sql\/catalyst\/csv\/CSVFiltersSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.csv\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.sources\nimport org.apache.spark.sql.sources.{AlwaysFalse, AlwaysTrue, Filter}\nimport org.apache.spark.sql.types.{IntegerType, StructType}\nimport org.apache.spark.unsafe.types.UTF8String\n\nclass CSVFiltersSuite extends SparkFunSuite {\n  test(\"filter to expression conversion\") {\n    val ref = BoundReference(0, IntegerType, true)\n    def check(f: Filter, expr: Expression): Unit = {\n      assert(CSVFilters.filterToExpression(f, _ => Some(ref)).get === expr)\n    }\n\n    check(sources.AlwaysTrue, Literal(true))\n    check(sources.AlwaysFalse, Literal(false))\n    check(sources.IsNull(\"a\"), IsNull(ref))\n    check(sources.Not(sources.IsNull(\"a\")), Not(IsNull(ref)))\n    check(sources.IsNotNull(\"a\"), IsNotNull(ref))\n    check(sources.EqualTo(\"a\", \"b\"), EqualTo(ref, Literal(\"b\")))\n    check(sources.EqualNullSafe(\"a\", \"b\"), EqualNullSafe(ref, Literal(\"b\")))\n    check(sources.StringStartsWith(\"a\", \"b\"), StartsWith(ref, Literal(\"b\")))\n    check(sources.StringEndsWith(\"a\", \"b\"), EndsWith(ref, Literal(\"b\")))\n    check(sources.StringContains(\"a\", \"b\"), Contains(ref, Literal(\"b\")))\n    check(sources.LessThanOrEqual(\"a\", 1), LessThanOrEqual(ref, Literal(1)))\n    check(sources.LessThan(\"a\", 1), LessThan(ref, Literal(1)))\n    check(sources.GreaterThanOrEqual(\"a\", 1), GreaterThanOrEqual(ref, Literal(1)))\n    check(sources.GreaterThan(\"a\", 1), GreaterThan(ref, Literal(1)))\n    check(sources.And(sources.AlwaysTrue, sources.AlwaysTrue), And(Literal(true), Literal(true)))\n    check(sources.Or(sources.AlwaysTrue, sources.AlwaysTrue), Or(Literal(true), Literal(true)))\n    check(sources.In(\"a\", Array(1)), In(ref, Seq(Literal(1))))\n  }\n\n  private def getSchema(str: String): StructType = str match {\n    case \"\" => new StructType()\n    case _ => StructType.fromDDL(str)\n  }\n\n  test(\"skipping rows\") {\n    def check(\n        requiredSchema: String = \"i INTEGER, d DOUBLE\",\n        filters: Seq[Filter],\n        row: InternalRow,\n        pos: Int,\n        skip: Boolean): Unit = {\n      val csvFilters = new CSVFilters(filters, getSchema(requiredSchema))\n      assert(csvFilters.skipRow(row, pos) === skip)\n    }\n\n    check(filters = Seq(), row = InternalRow(3.14), pos = 0, skip = false)\n    check(filters = Seq(AlwaysTrue), row = InternalRow(1), pos = 0, skip = false)\n    check(filters = Seq(AlwaysFalse), row = InternalRow(1), pos = 0, skip = true)\n    check(\n      filters = Seq(sources.EqualTo(\"i\", 1), sources.LessThan(\"d\", 10), sources.AlwaysFalse),\n      row = InternalRow(1, 3.14),\n      pos = 0,\n      skip = true)\n    check(\n      filters = Seq(sources.EqualTo(\"i\", 10)),\n      row = InternalRow(10, 3.14),\n      pos = 0,\n      skip = false)\n    check(\n      filters = Seq(sources.IsNotNull(\"d\"), sources.GreaterThanOrEqual(\"d\", 2.96)),\n      row = InternalRow(3.14),\n      pos = 0,\n      skip = false)\n    check(\n      filters = Seq(sources.In(\"i\", Array(10, 20)), sources.LessThanOrEqual(\"d\", 2.96)),\n      row = InternalRow(10, 3.14),\n      pos = 1,\n      skip = true)\n    val filters1 = Seq(\n      sources.Or(\n        sources.AlwaysTrue,\n        sources.And(\n          sources.Not(sources.IsNull(\"i\")),\n          sources.Not(\n            sources.And(\n              sources.StringEndsWith(\"s\", \"ab\"),\n              sources.StringEndsWith(\"s\", \"cd\")\n            )\n          )\n        )\n      ),\n      sources.GreaterThan(\"d\", 0),\n      sources.LessThan(\"i\", 500)\n    )\n    val filters2 = Seq(\n      sources.And(\n        sources.StringContains(\"s\", \"abc\"),\n        sources.And(\n          sources.Not(sources.IsNull(\"i\")),\n          sources.And(\n            sources.StringEndsWith(\"s\", \"ab\"),\n            sources.StringEndsWith(\"s\", \"bc\")\n          )\n        )\n      ),\n      sources.GreaterThan(\"d\", 100),\n      sources.LessThan(\"i\", 0)\n    )\n    Seq(filters1 -> false, filters2 -> true).foreach { case (filters, skip) =>\n      for (p <- 0 until 3) {\n        check(\n          requiredSchema = \"i INTEGER, d DOUBLE, s STRING\",\n          filters = filters,\n          row = InternalRow(10, 3.14, UTF8String.fromString(\"abc\")),\n          pos = p,\n          skip = skip)\n      }\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/UserDefinedTypeSuite.scala","text":"<filename>sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/UserDefinedTypeSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql\n\nimport java.time.{LocalDateTime, ZoneOffset}\nimport java.util.Arrays\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.catalyst.{CatalystTypeConverters, InternalRow}\nimport org.apache.spark.sql.catalyst.expressions.{Cast, ExpressionEvalHelper, GenericInternalRow, Literal}\nimport org.apache.spark.sql.execution.datasources.parquet.ParquetTest\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.test.SharedSparkSession\nimport org.apache.spark.sql.types._\n\nprivate[sql] case class MyLabeledPoint(label: Double, features: TestUDT.MyDenseVector) {\n  def getLabel: Double = label\n  def getFeatures: TestUDT.MyDenseVector = features\n}\n\n\/\/ object and classes to test SPARK-19311\n\n\/\/ Trait\/Interface for base type\nsealed trait IExampleBaseType extends Serializable {\n  def field: Int\n}\n\n\/\/ Trait\/Interface for derived type\nsealed trait IExampleSubType extends IExampleBaseType\n\n\/\/ a base class\nclass ExampleBaseClass(override val field: Int) extends IExampleBaseType\n\n\/\/ a derived class\nclass ExampleSubClass(override val field: Int)\n  extends ExampleBaseClass(field) with IExampleSubType\n\n\/\/ UDT for base class\nclass ExampleBaseTypeUDT extends UserDefinedType[IExampleBaseType] {\n\n  override def sqlType: StructType = {\n    StructType(Seq(\n      StructField(\"intfield\", IntegerType, nullable = false)))\n  }\n\n  override def serialize(obj: IExampleBaseType): InternalRow = {\n    val row = new GenericInternalRow(1)\n    row.setInt(0, obj.field)\n    row\n  }\n\n  override def deserialize(datum: Any): IExampleBaseType = {\n    datum match {\n      case row: InternalRow =>\n        require(row.numFields == 1,\n          \"ExampleBaseTypeUDT requires row with length == 1\")\n        val field = row.getInt(0)\n        new ExampleBaseClass(field)\n    }\n  }\n\n  override def userClass: Class[IExampleBaseType] = classOf[IExampleBaseType]\n}\n\n\/\/ UDT for derived class\nprivate[spark] class ExampleSubTypeUDT extends UserDefinedType[IExampleSubType] {\n\n  override def sqlType: StructType = {\n    StructType(Seq(\n      StructField(\"intfield\", IntegerType, nullable = false)))\n  }\n\n  override def serialize(obj: IExampleSubType): InternalRow = {\n    val row = new GenericInternalRow(1)\n    row.setInt(0, obj.field)\n    row\n  }\n\n  override def deserialize(datum: Any): IExampleSubType = {\n    datum match {\n      case row: InternalRow =>\n        require(row.numFields == 1,\n          \"ExampleSubTypeUDT requires row with length == 1\")\n        val field = row.getInt(0)\n        new ExampleSubClass(field)\n    }\n  }\n\n  override def userClass: Class[IExampleSubType] = classOf[IExampleSubType]\n}\n\nprivate[sql] case class FooWithDate(date: LocalDateTime, s: String, i: Int)\n\nprivate[sql] class LocalDateTimeUDT extends UserDefinedType[LocalDateTime] {\n  override def sqlType: DataType = LongType\n\n  override def serialize(obj: LocalDateTime): Long = {\n    obj.toEpochSecond(ZoneOffset.UTC)\n  }\n\n  def deserialize(datum: Any): LocalDateTime = datum match {\n    case value: Long => LocalDateTime.ofEpochSecond(value, 0, ZoneOffset.UTC)\n  }\n\n  override def userClass: Class[LocalDateTime] = classOf[LocalDateTime]\n\n  private[spark] override def asNullable: LocalDateTimeUDT = this\n}\n\nclass UserDefinedTypeSuite extends QueryTest with SharedSparkSession with ParquetTest\n    with ExpressionEvalHelper {\n  import testImplicits._\n\n  private lazy val pointsRDD = Seq(\n    MyLabeledPoint(1.0, new TestUDT.MyDenseVector(Array(0.1, 1.0))),\n    MyLabeledPoint(0.0, new TestUDT.MyDenseVector(Array(0.2, 2.0)))).toDF()\n\n  private lazy val pointsRDD2 = Seq(\n    MyLabeledPoint(1.0, new TestUDT.MyDenseVector(Array(0.1, 1.0))),\n    MyLabeledPoint(0.0, new TestUDT.MyDenseVector(Array(0.3, 3.0)))).toDF()\n\n  test(\"register user type: MyDenseVector for MyLabeledPoint\") {\n    val labels: RDD[Double] = pointsRDD.select('label).rdd.map { case Row(v: Double) => v }\n    val labelsArrays: Array[Double] = labels.collect()\n    assert(labelsArrays.size === 2)\n    assert(labelsArrays.contains(1.0))\n    assert(labelsArrays.contains(0.0))\n\n    val features: RDD[TestUDT.MyDenseVector] =\n      pointsRDD.select('features).rdd.map { case Row(v: TestUDT.MyDenseVector) => v }\n    val featuresArrays: Array[TestUDT.MyDenseVector] = features.collect()\n    assert(featuresArrays.size === 2)\n    assert(featuresArrays.contains(new TestUDT.MyDenseVector(Array(0.1, 1.0))))\n    assert(featuresArrays.contains(new TestUDT.MyDenseVector(Array(0.2, 2.0))))\n  }\n\n  test(\"UDTs and UDFs\") {\n    spark.udf.register(\"testType\",\n      (d: TestUDT.MyDenseVector) => d.isInstanceOf[TestUDT.MyDenseVector])\n    pointsRDD.createOrReplaceTempView(\"points\")\n    checkAnswer(\n      sql(\"SELECT testType(features) from points\"),\n      Seq(Row(true), Row(true)))\n  }\n\n  testStandardAndLegacyModes(\"UDTs with Parquet\") {\n    withTempPath { dir =>\n      val path = dir.getCanonicalPath\n      pointsRDD.write.parquet(path)\n      checkAnswer(\n        spark.read.parquet(path),\n        Seq(\n          Row(1.0, new TestUDT.MyDenseVector(Array(0.1, 1.0))),\n          Row(0.0, new TestUDT.MyDenseVector(Array(0.2, 2.0)))))\n    }\n  }\n\n  testStandardAndLegacyModes(\"Repartition UDTs with Parquet\") {\n    withTempPath { dir =>\n      val path = dir.getCanonicalPath\n      pointsRDD.repartition(1).write.parquet(path)\n      checkAnswer(\n        spark.read.parquet(path),\n        Seq(\n          Row(1.0, new TestUDT.MyDenseVector(Array(0.1, 1.0))),\n          Row(0.0, new TestUDT.MyDenseVector(Array(0.2, 2.0)))))\n    }\n  }\n\n  \/\/ Tests to make sure that all operators correctly convert types on the way out.\n  test(\"Local UDTs\") {\n    val vec = new TestUDT.MyDenseVector(Array(0.1, 1.0))\n    val df = Seq((1, vec)).toDF(\"int\", \"vec\")\n    assert(vec === df.collect()(0).getAs[TestUDT.MyDenseVector](1))\n    assert(vec === df.take(1)(0).getAs[TestUDT.MyDenseVector](1))\n    checkAnswer(df.limit(1).groupBy('int).agg(first('vec)), Row(1, vec))\n    checkAnswer(df.orderBy('int).limit(1).groupBy('int).agg(first('vec)), Row(1, vec))\n  }\n\n  test(\"UDTs with JSON\") {\n    val data = Seq(\n      \"{\\\"id\\\":1,\\\"vec\\\":[1.1,2.2,3.3,4.4]}\",\n      \"{\\\"id\\\":2,\\\"vec\\\":[2.25,4.5,8.75]}\"\n    )\n    val schema = StructType(Seq(\n      StructField(\"id\", IntegerType, false),\n      StructField(\"vec\", new TestUDT.MyDenseVectorUDT, false)\n    ))\n\n    val jsonRDD = spark.read.schema(schema).json(data.toDS())\n    checkAnswer(\n      jsonRDD,\n      Row(1, new TestUDT.MyDenseVector(Array(1.1, 2.2, 3.3, 4.4))) ::\n        Row(2, new TestUDT.MyDenseVector(Array(2.25, 4.5, 8.75))) ::\n        Nil\n    )\n  }\n\n  test(\"UDTs with JSON and Dataset\") {\n    val data = Seq(\n      \"{\\\"id\\\":1,\\\"vec\\\":[1.1,2.2,3.3,4.4]}\",\n      \"{\\\"id\\\":2,\\\"vec\\\":[2.25,4.5,8.75]}\"\n    )\n\n    val schema = StructType(Seq(\n      StructField(\"id\", IntegerType, false),\n      StructField(\"vec\", new TestUDT.MyDenseVectorUDT, false)\n    ))\n\n    val jsonDataset = spark.read.schema(schema).json(data.toDS())\n      .as[(Int, TestUDT.MyDenseVector)]\n    checkDataset(\n      jsonDataset,\n      (1, new TestUDT.MyDenseVector(Array(1.1, 2.2, 3.3, 4.4))),\n      (2, new TestUDT.MyDenseVector(Array(2.25, 4.5, 8.75)))\n    )\n  }\n\n  test(\"SPARK-10472 UserDefinedType.typeName\") {\n    assert(IntegerType.typeName === \"integer\")\n    assert(new TestUDT.MyDenseVectorUDT().typeName === \"mydensevector\")\n  }\n\n  test(\"Catalyst type converter null handling for UDTs\") {\n    val udt = new TestUDT.MyDenseVectorUDT()\n    val toScalaConverter = CatalystTypeConverters.createToScalaConverter(udt)\n    assert(toScalaConverter(null) === null)\n\n    val toCatalystConverter = CatalystTypeConverters.createToCatalystConverter(udt)\n    assert(toCatalystConverter(null) === null)\n  }\n\n  test(\"SPARK-15658: Analysis exception if Dataset.map returns UDT object\") {\n    \/\/ call `collect` to make sure this query can pass analysis.\n    pointsRDD.as[MyLabeledPoint].map(_.copy(label = 2.0)).collect()\n  }\n\n  test(\"SPARK-19311: UDFs disregard UDT type hierarchy\") {\n    UDTRegistration.register(classOf[IExampleBaseType].getName,\n      classOf[ExampleBaseTypeUDT].getName)\n    UDTRegistration.register(classOf[IExampleSubType].getName,\n      classOf[ExampleSubTypeUDT].getName)\n\n    \/\/ UDF that returns a base class object\n    sqlContext.udf.register(\"doUDF\", (param: Int) => {\n      new ExampleBaseClass(param)\n    }: IExampleBaseType)\n\n    \/\/ UDF that returns a derived class object\n    sqlContext.udf.register(\"doSubTypeUDF\", (param: Int) => {\n      new ExampleSubClass(param)\n    }: IExampleSubType)\n\n    \/\/ UDF that takes a base class object as parameter\n    sqlContext.udf.register(\"doOtherUDF\", (obj: IExampleBaseType) => {\n      obj.field\n    }: Int)\n\n    \/\/ this worked already before the fix SPARK-19311:\n    \/\/ return type of doUDF equals parameter type of doOtherUDF\n    sql(\"SELECT doOtherUDF(doUDF(41))\")\n\n    \/\/ this one passes only with the fix SPARK-19311:\n    \/\/ return type of doSubUDF is a subtype of the parameter type of doOtherUDF\n    sql(\"SELECT doOtherUDF(doSubTypeUDF(42))\")\n  }\n\n  test(\"except on UDT\") {\n    checkAnswer(\n      pointsRDD.except(pointsRDD2),\n      Seq(Row(0.0, new TestUDT.MyDenseVector(Array(0.2, 2.0)))))\n  }\n\n  test(\"SPARK-23054 Cast UserDefinedType to string\") {\n    val udt = new TestUDT.MyDenseVectorUDT()\n    val vector = new TestUDT.MyDenseVector(Array(1.0, 3.0, 5.0, 7.0, 9.0))\n    val data = udt.serialize(vector)\n    val ret = Cast(Literal(data, udt), StringType, None)\n    checkEvaluation(ret, \"(1.0, 3.0, 5.0, 7.0, 9.0)\")\n  }\n\n  test(\"SPARK-28497 Can't up cast UserDefinedType to string\") {\n    val udt = new TestUDT.MyDenseVectorUDT()\n    assert(!Cast.canUpCast(udt, StringType))\n  }\n\n  test(\"typeof user defined type\") {\n    val schema = new StructType().add(\"a\", new TestUDT.MyDenseVectorUDT())\n    val data = Arrays.asList(\n      RowFactory.create(new TestUDT.MyDenseVector(Array(1.0, 3.0, 5.0, 7.0, 9.0))))\n    checkAnswer(spark.createDataFrame(data, schema).selectExpr(\"typeof(a)\"),\n      Seq(Row(\"array<double>\")))\n  }\n\n  test(\"SPARK-30993: UserDefinedType matched to fixed length SQL type shouldn't be corrupted\") {\n    def concatFoo(a: FooWithDate, b: FooWithDate): FooWithDate = {\n      FooWithDate(b.date, a.s + b.s, a.i)\n    }\n\n    UDTRegistration.register(classOf[LocalDateTime].getName, classOf[LocalDateTimeUDT].getName)\n\n    \/\/ remove sub-millisecond part as we only use millis based timestamp while serde\n    val date = LocalDateTime.ofEpochSecond(LocalDateTime.now().toEpochSecond(ZoneOffset.UTC),\n      0, ZoneOffset.UTC)\n    val inputDS = List(FooWithDate(date, \"Foo\", 1), FooWithDate(date, \"Foo\", 3),\n      FooWithDate(date, \"Foo\", 3)).toDS()\n    val agg = inputDS.groupByKey(x => x.i).mapGroups((_, iter) => iter.reduce(concatFoo))\n    val result = agg.collect()\n\n    assert(result.toSet === Set(FooWithDate(date, \"FooFoo\", 3), FooWithDate(date, \"Foo\", 1)))\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/stat\/SelectionTestResult.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.stat\n\nimport org.apache.spark.annotation.Since\n\n\/**\n * Trait for selection test results.\n *\/\n@Since(\"3.1.0\")\ntrait SelectionTestResult {\n\n  \/**\n   * The probability of obtaining a test statistic result at least as extreme as the one that was\n   * actually observed, assuming that the null hypothesis is true.\n   *\/\n  @Since(\"3.1.0\")\n  def pValue: Double\n\n  \/**\n   * Test statistic.\n   * In ChiSqSelector, this is chi square statistic\n   * In ANOVASelector and FValueSelector, this is F Value\n   *\/\n  @Since(\"3.1.0\")\n  def statistic: Double\n\n  \/**\n   * Returns the degrees of freedom of the hypothesis test.\n   *\/\n  @Since(\"3.1.0\")\n  def degreesOfFreedom: Long\n\n  \/**\n   * String explaining the hypothesis test result.\n   * Specific classes implementing this trait should override this method to output test-specific\n   * information.\n   *\/\n  override def toString: String = {\n\n    \/\/ String explaining what the p-value indicates.\n    val pValueExplain = if (pValue <= 0.01) {\n      s\"Very strong presumption against null hypothesis.\"\n    } else if (0.01 < pValue && pValue <= 0.05) {\n      s\"Strong presumption against null hypothesis.\"\n    } else if (0.05 < pValue && pValue <= 0.1) {\n      s\"Low presumption against null hypothesis.\"\n    } else {\n      s\"No presumption against null hypothesis.\"\n    }\n\n    s\"degrees of freedom = ${degreesOfFreedom.toString} \\n\" + s\"pValue = $pValue \\n\" + pValueExplain\n  }\n}\n\n\/**\n * Object containing the test results for the chi-squared hypothesis test.\n *\/\n@Since(\"3.1.0\")\nclass ChiSqTestResult private[stat] (\n    override val pValue: Double,\n    override val degreesOfFreedom: Long,\n    override val statistic: Double) extends SelectionTestResult {\n\n  override def toString: String = {\n    \"Chi square test summary:\\n\" +\n      super.toString +\n      s\"Chi square statistic = $statistic \\n\"\n  }\n}\n\n\/**\n * Object containing the test results for the FValue regression test.\n *\/\n@Since(\"3.1.0\")\nclass FValueTestResult private[stat] (\n    override val pValue: Double,\n    override val degreesOfFreedom: Long,\n    override val statistic: Double) extends SelectionTestResult {\n\n  override def toString: String = {\n    \"FValue Regression test summary:\\n\" +\n      super.toString +\n      s\"F Value = $statistic \\n\"\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"external\/docker-integration-tests\/src\/test\/scala\/org\/apache\/spark\/sql\/jdbc\/PostgresKrbIntegrationSuite.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.jdbc\n\nimport java.sql.Connection\nimport java.util.Properties\nimport javax.security.auth.login.Configuration\n\nimport com.spotify.docker.client.messages.{ContainerConfig, HostConfig}\n\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.execution.datasources.jdbc.connection.PostgresConnectionProvider\nimport org.apache.spark.sql.types.StringType\nimport org.apache.spark.tags.DockerTest\n\n@DockerTest\nclass PostgresKrbIntegrationSuite extends DockerKrbJDBCIntegrationSuite {\n  override protected val userName = s\"postgres\/$dockerIp\"\n  override protected val keytabFileName = \"postgres.keytab\"\n\n  override val db = new DatabaseOnDocker {\n    override val imageName = \"postgres:12.0\"\n    override val env = Map(\n      \"POSTGRES_PASSWORD\" -> \"<PASSWORD>\"\n    )\n    override val usesIpc = false\n    override val jdbcPort = 5432\n\n    override def getJdbcUrl(ip: String, port: Int): String =\n      s\"jdbc:postgresql:\/\/$ip:$port\/postgres?user=$principal&gsslib=gssapi\"\n\n    override def getStartupProcessName: Option[String] = None\n\n    override def beforeContainerStart(\n        hostConfigBuilder: HostConfig.Builder,\n        containerConfigBuilder: ContainerConfig.Builder): Unit = {\n      def replaceIp(s: String): String = s.replace(\"__IP_ADDRESS_REPLACE_ME__\", dockerIp)\n      copyExecutableResource(\"postgres_krb_setup.sh\", workDir, replaceIp)\n\n      hostConfigBuilder.appendBinds(\n        HostConfig.Bind.from(workDir.getAbsolutePath)\n          .to(\"\/docker-entrypoint-initdb.d\").readOnly(true).build()\n      )\n    }\n  }\n\n  override protected def setAuthentication(keytabFile: String, principal: String): Unit = {\n    val config = new PostgresConnectionProvider.PGJDBCConfiguration(\n      Configuration.getConfiguration, \"pgjdbc\", keytabFile, principal)\n    Configuration.setConfiguration(config)\n  }\n\n  override def dataPreparation(conn: Connection): Unit = {\n    conn.prepareStatement(\"CREATE DATABASE foo\").executeUpdate()\n    conn.setCatalog(\"foo\")\n    conn.prepareStatement(\"CREATE TABLE bar (c0 text)\").executeUpdate()\n    conn.prepareStatement(\"INSERT INTO bar VALUES ('hello')\").executeUpdate()\n  }\n\n  test(\"Basic read test in query option\") {\n    \/\/ This makes sure Spark must do authentication\n    Configuration.setConfiguration(null)\n\n    val expectedResult = Set(\"hello\").map(Row(_))\n\n    val query = \"SELECT c0 FROM bar\"\n    \/\/ query option to pass on the query string.\n    val df = spark.read.format(\"jdbc\")\n      .option(\"url\", jdbcUrl)\n      .option(\"keytab\", keytabFullPath)\n      .option(\"principal\", principal)\n      .option(\"query\", query)\n      .load()\n    assert(df.collect().toSet === expectedResult)\n  }\n\n  test(\"Basic read test in create table path\") {\n    \/\/ This makes sure Spark must do authentication\n    Configuration.setConfiguration(null)\n\n    val expectedResult = Set(\"hello\").map(Row(_))\n\n    val query = \"SELECT c0 FROM bar\"\n    \/\/ query option in the create table path.\n    sql(\n      s\"\"\"\n         |CREATE OR REPLACE TEMPORARY VIEW queryOption\n         |USING org.apache.spark.sql.jdbc\n         |OPTIONS (url '$jdbcUrl', query '$query', keytab '$keytabFullPath', principal '$principal')\n       \"\"\".stripMargin.replaceAll(\"\\n\", \" \"))\n    assert(sql(\"select c0 from queryOption\").collect().toSet === expectedResult)\n  }\n\n  test(\"Basic write test\") {\n    \/\/ This makes sure Spark must do authentication\n    Configuration.setConfiguration(null)\n\n    val props = new Properties\n    props.setProperty(\"keytab\", keytabFullPath)\n    props.setProperty(\"principal\", principal)\n\n    val tableName = \"write_test\"\n    sqlContext.createDataFrame(Seq((\"foo\", \"bar\")))\n      .write.jdbc(jdbcUrl, tableName, props)\n    val df = sqlContext.read.jdbc(jdbcUrl, tableName, props)\n\n    val schema = df.schema\n    assert(schema.map(_.dataType).toSeq === Seq(StringType, StringType))\n    val rows = df.collect()\n    assert(rows.length === 1)\n    assert(rows(0).getString(0) === \"foo\")\n    assert(rows(0).getString(1) === \"bar\")\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/CachedTableSuite.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql\n\nimport scala.collection.mutable.HashSet\nimport scala.concurrent.duration._\n\nimport org.apache.spark.CleanerListener\nimport org.apache.spark.executor.DataReadMethod._\nimport org.apache.spark.executor.DataReadMethod.DataReadMethod\nimport org.apache.spark.scheduler.{SparkListener, SparkListenerJobStart}\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.expressions.SubqueryExpression\nimport org.apache.spark.sql.catalyst.plans.logical.{BROADCAST, Join, JoinStrategyHint, SHUFFLE_HASH}\nimport org.apache.spark.sql.catalyst.util.DateTimeConstants\nimport org.apache.spark.sql.execution.{ExecSubqueryExpression, RDDScanExec, SparkPlan}\nimport org.apache.spark.sql.execution.adaptive.AdaptiveSparkPlanHelper\nimport org.apache.spark.sql.execution.columnar._\nimport org.apache.spark.sql.execution.exchange.ShuffleExchangeExec\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.test.{SharedSparkSession, SQLTestUtils}\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.storage.{RDDBlockId, StorageLevel}\nimport org.apache.spark.storage.StorageLevel.{MEMORY_AND_DISK_2, MEMORY_ONLY}\nimport org.apache.spark.unsafe.types.CalendarInterval\nimport org.apache.spark.util.{AccumulatorContext, Utils}\n\nprivate case class BigData(s: String)\n\nclass CachedTableSuite extends QueryTest with SQLTestUtils\n  with SharedSparkSession\n  with AdaptiveSparkPlanHelper {\n  import testImplicits._\n\n  setupTestData()\n\n  override def afterEach(): Unit = {\n    try {\n      spark.catalog.clearCache()\n    } finally {\n      super.afterEach()\n    }\n  }\n\n  def rddIdOf(tableName: String): Int = {\n    val plan = spark.table(tableName).queryExecution.sparkPlan\n    plan.collect {\n      case InMemoryTableScanExec(_, _, relation) =>\n        relation.cacheBuilder.cachedColumnBuffers.id\n      case _ =>\n        fail(s\"Table $tableName is not cached\\n\" + plan)\n    }.head\n  }\n\n  def isMaterialized(rddId: Int): Boolean = {\n    val maybeBlock = sparkContext.env.blockManager.get(RDDBlockId(rddId, 0))\n    maybeBlock.foreach(_ => sparkContext.env.blockManager.releaseLock(RDDBlockId(rddId, 0)))\n    maybeBlock.nonEmpty\n  }\n\n  def isExpectStorageLevel(rddId: Int, level: DataReadMethod): Boolean = {\n    val maybeBlock = sparkContext.env.blockManager.get(RDDBlockId(rddId, 0))\n    val isExpectLevel = maybeBlock.forall(_.readMethod === level)\n    maybeBlock.foreach(_ => sparkContext.env.blockManager.releaseLock(RDDBlockId(rddId, 0)))\n    maybeBlock.nonEmpty && isExpectLevel\n  }\n\n  private def getNumInMemoryRelations(ds: Dataset[_]): Int = {\n    val plan = ds.queryExecution.withCachedData\n    var sum = plan.collect { case _: InMemoryRelation => 1 }.sum\n    plan.transformAllExpressions {\n      case e: SubqueryExpression =>\n        sum += getNumInMemoryRelations(e.plan)\n        e\n    }\n    sum\n  }\n\n  private def getNumInMemoryTablesInSubquery(plan: SparkPlan): Int = {\n    plan.expressions.flatMap(_.collect {\n      case sub: ExecSubqueryExpression => getNumInMemoryTablesRecursively(sub.plan)\n    }).sum\n  }\n\n  private def getNumInMemoryTablesRecursively(plan: SparkPlan): Int = {\n    collect(plan) {\n      case inMemoryTable @ InMemoryTableScanExec(_, _, relation) =>\n        getNumInMemoryTablesRecursively(relation.cachedPlan) +\n          getNumInMemoryTablesInSubquery(inMemoryTable) + 1\n      case p =>\n        getNumInMemoryTablesInSubquery(p)\n    }.sum\n  }\n\n  test(\"cache temp table\") {\n    withTempView(\"tempTable\") {\n      testData.select(\"key\").createOrReplaceTempView(\"tempTable\")\n      assertCached(sql(\"SELECT COUNT(*) FROM tempTable\"), 0)\n      spark.catalog.cacheTable(\"tempTable\")\n      assertCached(sql(\"SELECT COUNT(*) FROM tempTable\"))\n      uncacheTable(\"tempTable\")\n    }\n  }\n\n  test(\"unpersist an uncached table will not raise exception\") {\n    assert(None == spark.sharedState.cacheManager.lookupCachedData(testData))\n    testData.unpersist(blocking = true)\n    assert(None == spark.sharedState.cacheManager.lookupCachedData(testData))\n    testData.unpersist(blocking = false)\n    assert(None == spark.sharedState.cacheManager.lookupCachedData(testData))\n    testData.persist()\n    assert(None != spark.sharedState.cacheManager.lookupCachedData(testData))\n    testData.unpersist(blocking = true)\n    assert(None == spark.sharedState.cacheManager.lookupCachedData(testData))\n    testData.unpersist(blocking = false)\n    assert(None == spark.sharedState.cacheManager.lookupCachedData(testData))\n  }\n\n  test(\"cache table as select\") {\n    withTempView(\"tempTable\") {\n      sql(\"CACHE TABLE tempTable AS SELECT key FROM testData\")\n      assertCached(sql(\"SELECT COUNT(*) FROM tempTable\"))\n      uncacheTable(\"tempTable\")\n    }\n  }\n\n  test(\"uncaching temp table\") {\n    testData.select(\"key\").createOrReplaceTempView(\"tempTable1\")\n    testData.select(\"key\").createOrReplaceTempView(\"tempTable2\")\n    spark.catalog.cacheTable(\"tempTable1\")\n\n    assertCached(sql(\"SELECT COUNT(*) FROM tempTable1\"))\n    assertCached(sql(\"SELECT COUNT(*) FROM tempTable2\"))\n\n    \/\/ Is this valid?\n    uncacheTable(\"tempTable2\")\n\n    \/\/ Should this be cached?\n    assertCached(sql(\"SELECT COUNT(*) FROM tempTable1\"), 0)\n  }\n\n  test(\"too big for memory\") {\n    val data = \"*\" * 1000\n    sparkContext.parallelize(1 to 200000, 1).map(_ => BigData(data)).toDF()\n      .createOrReplaceTempView(\"bigData\")\n    spark.table(\"bigData\").persist(StorageLevel.MEMORY_AND_DISK)\n    assert(spark.table(\"bigData\").count() === 200000L)\n    spark.table(\"bigData\").unpersist(blocking = true)\n  }\n\n  test(\"calling .cache() should use in-memory columnar caching\") {\n    spark.table(\"testData\").cache()\n    assertCached(spark.table(\"testData\"))\n    spark.table(\"testData\").unpersist(blocking = true)\n  }\n\n  test(\"calling .unpersist() should drop in-memory columnar cache\") {\n    spark.table(\"testData\").cache()\n    spark.table(\"testData\").count()\n    spark.table(\"testData\").unpersist(blocking = true)\n    assertCached(spark.table(\"testData\"), 0)\n  }\n\n  test(\"isCached\") {\n    spark.catalog.cacheTable(\"testData\")\n\n    assertCached(spark.table(\"testData\"))\n    assert(spark.table(\"testData\").queryExecution.withCachedData match {\n      case _: InMemoryRelation => true\n      case _ => false\n    })\n\n    uncacheTable(\"testData\")\n    assert(!spark.catalog.isCached(\"testData\"))\n    assert(spark.table(\"testData\").queryExecution.withCachedData match {\n      case _: InMemoryRelation => false\n      case _ => true\n    })\n  }\n\n  test(\"SPARK-1669: cacheTable should be idempotent\") {\n    assert(!spark.table(\"testData\").logicalPlan.isInstanceOf[InMemoryRelation])\n\n    spark.catalog.cacheTable(\"testData\")\n    assertCached(spark.table(\"testData\"))\n\n    assertResult(1, \"InMemoryRelation not found, testData should have been cached\") {\n      getNumInMemoryRelations(spark.table(\"testData\"))\n    }\n\n    spark.catalog.cacheTable(\"testData\")\n    assertResult(0, \"Double InMemoryRelations found, cacheTable() is not idempotent\") {\n      spark.table(\"testData\").queryExecution.withCachedData.collect {\n        case r: InMemoryRelation if r.cachedPlan.isInstanceOf[InMemoryTableScanExec] => r\n      }.size\n    }\n\n    uncacheTable(\"testData\")\n  }\n\n  test(\"read from cached table and uncache\") {\n    spark.catalog.cacheTable(\"testData\")\n    checkAnswer(spark.table(\"testData\"), testData.collect().toSeq)\n    assertCached(spark.table(\"testData\"))\n\n    uncacheTable(\"testData\")\n    checkAnswer(spark.table(\"testData\"), testData.collect().toSeq)\n    assertCached(spark.table(\"testData\"), 0)\n  }\n\n  test(\"SELECT star from cached table\") {\n    sql(\"SELECT * FROM testData\").createOrReplaceTempView(\"selectStar\")\n    spark.catalog.cacheTable(\"selectStar\")\n    checkAnswer(\n      sql(\"SELECT * FROM selectStar WHERE key = 1\"),\n      Seq(Row(1, \"1\")))\n    uncacheTable(\"selectStar\")\n  }\n\n  test(\"Self-join cached\") {\n    val unCachedAnswer =\n      sql(\"SELECT * FROM testData a JOIN testData b ON a.key = b.key\").collect()\n    spark.catalog.cacheTable(\"testData\")\n    checkAnswer(\n      sql(\"SELECT * FROM testData a JOIN testData b ON a.key = b.key\"),\n      unCachedAnswer.toSeq)\n    uncacheTable(\"testData\")\n  }\n\n  test(\"'CACHE TABLE' and 'UNCACHE TABLE' SQL statement\") {\n    sql(\"CACHE TABLE testData\")\n    assertCached(spark.table(\"testData\"))\n\n    val rddId = rddIdOf(\"testData\")\n    assert(\n      isMaterialized(rddId),\n      \"Eagerly cached in-memory table should have already been materialized\")\n\n    sql(\"UNCACHE TABLE testData\")\n    assert(!spark.catalog.isCached(\"testData\"), \"Table 'testData' should not be cached\")\n\n    eventually(timeout(10.seconds)) {\n      assert(!isMaterialized(rddId), \"Uncached in-memory table should have been unpersisted\")\n    }\n  }\n\n  test(\"CACHE TABLE tableName AS SELECT * FROM anotherTable\") {\n    withTempView(\"testCacheTable\") {\n      sql(\"CACHE TABLE testCacheTable AS SELECT * FROM testData\")\n      assertCached(spark.table(\"testCacheTable\"))\n\n      val rddId = rddIdOf(\"testCacheTable\")\n      assert(\n        isMaterialized(rddId),\n        \"Eagerly cached in-memory table should have already been materialized\")\n\n      uncacheTable(\"testCacheTable\")\n      eventually(timeout(10.seconds)) {\n        assert(!isMaterialized(rddId), \"Uncached in-memory table should have been unpersisted\")\n      }\n    }\n  }\n\n  test(\"CACHE TABLE tableName AS SELECT ...\") {\n    withTempView(\"testCacheTable\") {\n      sql(\"CACHE TABLE testCacheTable AS SELECT key FROM testData LIMIT 10\")\n      assertCached(spark.table(\"testCacheTable\"))\n\n      val rddId = rddIdOf(\"testCacheTable\")\n      assert(\n        isMaterialized(rddId),\n        \"Eagerly cached in-memory table should have already been materialized\")\n\n      uncacheTable(\"testCacheTable\")\n      eventually(timeout(10.seconds)) {\n        assert(!isMaterialized(rddId), \"Uncached in-memory table should have been unpersisted\")\n      }\n    }\n  }\n\n  test(\"CACHE LAZY TABLE tableName\") {\n    sql(\"CACHE LAZY TABLE testData\")\n    assertCached(spark.table(\"testData\"))\n\n    val rddId = rddIdOf(\"testData\")\n    assert(\n      !isMaterialized(rddId),\n      \"Lazily cached in-memory table shouldn't be materialized eagerly\")\n\n    sql(\"SELECT COUNT(*) FROM testData\").collect()\n    assert(\n      isMaterialized(rddId),\n      \"Lazily cached in-memory table should have been materialized\")\n\n    uncacheTable(\"testData\")\n    eventually(timeout(10.seconds)) {\n      assert(!isMaterialized(rddId), \"Uncached in-memory table should have been unpersisted\")\n    }\n  }\n\n  private def assertStorageLevel(cacheOptions: String, level: DataReadMethod): Unit = {\n    sql(s\"CACHE TABLE testData OPTIONS$cacheOptions\")\n    assertCached(spark.table(\"testData\"))\n    val rddId = rddIdOf(\"testData\")\n    assert(isExpectStorageLevel(rddId, level))\n  }\n\n  test(\"SQL interface support storageLevel(DISK_ONLY)\") {\n    assertStorageLevel(\"('storageLevel' 'DISK_ONLY')\", Disk)\n  }\n\n  test(\"SQL interface support storageLevel(DISK_ONLY) with invalid options\") {\n    assertStorageLevel(\"('storageLevel' 'DISK_ONLY', 'a' '1', 'b' '2')\", Disk)\n  }\n\n  test(\"SQL interface support storageLevel(MEMORY_ONLY)\") {\n    assertStorageLevel(\"('storageLevel' 'MEMORY_ONLY')\", Memory)\n  }\n\n  test(\"SQL interface cache SELECT ... support storageLevel(DISK_ONLY)\") {\n    withTempView(\"testCacheSelect\") {\n      sql(\"CACHE TABLE testCacheSelect OPTIONS('storageLevel' 'DISK_ONLY') SELECT * FROM testData\")\n      assertCached(spark.table(\"testCacheSelect\"))\n      val rddId = rddIdOf(\"testCacheSelect\")\n      assert(isExpectStorageLevel(rddId, Disk))\n    }\n  }\n\n  test(\"SQL interface support storageLevel(Invalid StorageLevel)\") {\n    val message = intercept[IllegalArgumentException] {\n      sql(\"CACHE TABLE testData OPTIONS('storageLevel' 'invalid_storage_level')\")\n    }.getMessage\n    assert(message.contains(\"Invalid StorageLevel: INVALID_STORAGE_LEVEL\"))\n  }\n\n  test(\"SQL interface support storageLevel(with LAZY)\") {\n    sql(\"CACHE LAZY TABLE testData OPTIONS('storageLevel' 'disk_only')\")\n    assertCached(spark.table(\"testData\"))\n\n    val rddId = rddIdOf(\"testData\")\n    assert(\n      !isMaterialized(rddId),\n      \"Lazily cached in-memory table shouldn't be materialized eagerly\")\n\n    sql(\"SELECT COUNT(*) FROM testData\").collect()\n    assert(\n      isMaterialized(rddId),\n      \"Lazily cached in-memory table should have been materialized\")\n    assert(isExpectStorageLevel(rddId, Disk))\n  }\n\n  test(\"InMemoryRelation statistics\") {\n    sql(\"CACHE TABLE testData\")\n    spark.table(\"testData\").queryExecution.withCachedData.collect {\n      case cached: InMemoryRelation =>\n        val actualSizeInBytes = (1 to 100).map(i => 4 + i.toString.length + 4).sum\n        assert(cached.stats.sizeInBytes === actualSizeInBytes)\n    }\n  }\n\n  test(\"Drops temporary table\") {\n    testData.select(\"key\").createOrReplaceTempView(\"t1\")\n    spark.table(\"t1\")\n    spark.catalog.dropTempView(\"t1\")\n    intercept[AnalysisException](spark.table(\"t1\"))\n  }\n\n  test(\"Drops cached temporary table\") {\n    testData.select(\"key\").createOrReplaceTempView(\"t1\")\n    testData.select(\"key\").createOrReplaceTempView(\"t2\")\n    spark.catalog.cacheTable(\"t1\")\n\n    assert(spark.catalog.isCached(\"t1\"))\n    assert(spark.catalog.isCached(\"t2\"))\n\n    spark.catalog.dropTempView(\"t1\")\n    intercept[AnalysisException](spark.table(\"t1\"))\n    assert(!spark.catalog.isCached(\"t2\"))\n  }\n\n  test(\"Clear all cache\") {\n    sql(\"SELECT key FROM testData LIMIT 10\").createOrReplaceTempView(\"t1\")\n    sql(\"SELECT key FROM testData LIMIT 5\").createOrReplaceTempView(\"t2\")\n    spark.catalog.cacheTable(\"t1\")\n    spark.catalog.cacheTable(\"t2\")\n    spark.catalog.clearCache()\n    assert(spark.sharedState.cacheManager.isEmpty)\n\n    sql(\"SELECT key FROM testData LIMIT 10\").createOrReplaceTempView(\"t1\")\n    sql(\"SELECT key FROM testData LIMIT 5\").createOrReplaceTempView(\"t2\")\n    spark.catalog.cacheTable(\"t1\")\n    spark.catalog.cacheTable(\"t2\")\n    sql(\"Clear CACHE\")\n    assert(spark.sharedState.cacheManager.isEmpty)\n  }\n\n  test(\"Ensure accumulators to be cleared after GC when uncacheTable\") {\n    sql(\"SELECT key FROM testData LIMIT 10\").createOrReplaceTempView(\"t1\")\n    sql(\"SELECT key FROM testData LIMIT 5\").createOrReplaceTempView(\"t2\")\n\n    spark.catalog.cacheTable(\"t1\")\n    spark.catalog.cacheTable(\"t2\")\n\n    sql(\"SELECT * FROM t1\").count()\n    sql(\"SELECT * FROM t2\").count()\n    sql(\"SELECT * FROM t1\").count()\n    sql(\"SELECT * FROM t2\").count()\n\n    val toBeCleanedAccIds = new HashSet[Long]\n\n    val accId1 = spark.table(\"t1\").queryExecution.withCachedData.collect {\n      case i: InMemoryRelation => i.cacheBuilder.sizeInBytesStats.id\n    }.head\n    toBeCleanedAccIds += accId1\n\n    val accId2 = spark.table(\"t1\").queryExecution.withCachedData.collect {\n      case i: InMemoryRelation => i.cacheBuilder.sizeInBytesStats.id\n    }.head\n    toBeCleanedAccIds += accId2\n\n    val cleanerListener = new CleanerListener {\n      def rddCleaned(rddId: Int): Unit = {}\n      def shuffleCleaned(shuffleId: Int): Unit = {}\n      def broadcastCleaned(broadcastId: Long): Unit = {}\n      def accumCleaned(accId: Long): Unit = {\n        toBeCleanedAccIds.synchronized { toBeCleanedAccIds -= accId }\n      }\n      def checkpointCleaned(rddId: Long): Unit = {}\n    }\n    spark.sparkContext.cleaner.get.attachListener(cleanerListener)\n\n    uncacheTable(\"t1\")\n    uncacheTable(\"t2\")\n\n    System.gc()\n\n    eventually(timeout(10.seconds)) {\n      assert(toBeCleanedAccIds.synchronized { toBeCleanedAccIds.isEmpty },\n        \"batchStats accumulators should be cleared after GC when uncacheTable\")\n    }\n\n    assert(AccumulatorContext.get(accId1).isEmpty)\n    assert(AccumulatorContext.get(accId2).isEmpty)\n  }\n\n  test(\"SPARK-10327 Cache Table is not working while subquery has alias in its project list\") {\n    sparkContext.parallelize((1, 1) :: (2, 2) :: Nil)\n      .toDF(\"key\", \"value\").selectExpr(\"key\", \"value\", \"key+1\").createOrReplaceTempView(\"abc\")\n    spark.catalog.cacheTable(\"abc\")\n\n    val sparkPlan = sql(\n      \"\"\"select a.key, b.key, c.key from\n        |abc a join abc b on a.key=b.key\n        |join abc c on a.key=c.key\"\"\".stripMargin).queryExecution.sparkPlan\n\n    assert(sparkPlan.collect { case e: InMemoryTableScanExec => e }.size === 3)\n    assert(sparkPlan.collect { case e: RDDScanExec => e }.size === 0)\n  }\n\n  \/**\n   * Verifies that the plan for `df` contains `expected` number of Exchange operators.\n   *\/\n  private def verifyNumExchanges(df: DataFrame, expected: Int): Unit = {\n    assert(\n      collect(df.queryExecution.executedPlan) { case e: ShuffleExchangeExec => e }.size == expected)\n  }\n\n  test(\"A cached table preserves the partitioning and ordering of its cached SparkPlan\") {\n    val table3x = testData.union(testData).union(testData)\n    table3x.createOrReplaceTempView(\"testData3x\")\n\n    sql(\"SELECT key, value FROM testData3x ORDER BY key\").createOrReplaceTempView(\"orderedTable\")\n    spark.catalog.cacheTable(\"orderedTable\")\n    assertCached(spark.table(\"orderedTable\"))\n    \/\/ Should not have an exchange as the query is already sorted on the group by key.\n    verifyNumExchanges(sql(\"SELECT key, count(*) FROM orderedTable GROUP BY key\"), 0)\n    checkAnswer(\n      sql(\"SELECT key, count(*) FROM orderedTable GROUP BY key ORDER BY key\"),\n      sql(\"SELECT key, count(*) FROM testData3x GROUP BY key ORDER BY key\").collect())\n    uncacheTable(\"orderedTable\")\n    spark.catalog.dropTempView(\"orderedTable\")\n\n    \/\/ Set up two tables distributed in the same way. Try this with the data distributed into\n    \/\/ different number of partitions.\n    for (numPartitions <- 1 until 10 by 4) {\n      withTempView(\"t1\", \"t2\") {\n        testData.repartition(numPartitions, $\"key\").createOrReplaceTempView(\"t1\")\n        testData2.repartition(numPartitions, $\"a\").createOrReplaceTempView(\"t2\")\n        spark.catalog.cacheTable(\"t1\")\n        spark.catalog.cacheTable(\"t2\")\n\n        \/\/ Joining them should result in no exchanges.\n        verifyNumExchanges(sql(\"SELECT * FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\"), 0)\n        checkAnswer(sql(\"SELECT * FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\"),\n          sql(\"SELECT * FROM testData t1 JOIN testData2 t2 ON t1.key = t2.a\"))\n\n        \/\/ Grouping on the partition key should result in no exchanges\n        verifyNumExchanges(sql(\"SELECT count(*) FROM t1 GROUP BY key\"), 0)\n        checkAnswer(sql(\"SELECT count(*) FROM t1 GROUP BY key\"),\n          sql(\"SELECT count(*) FROM testData GROUP BY key\"))\n\n        uncacheTable(\"t1\")\n        uncacheTable(\"t2\")\n      }\n    }\n\n    \/\/ Distribute the tables into non-matching number of partitions. Need to shuffle one side.\n    withTempView(\"t1\", \"t2\") {\n      testData.repartition(6, $\"key\").createOrReplaceTempView(\"t1\")\n      testData2.repartition(3, $\"a\").createOrReplaceTempView(\"t2\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n\n      val query = sql(\"SELECT key, value, a, b FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\")\n      verifyNumExchanges(query, 1)\n      assert(stripAQEPlan(query.queryExecution.executedPlan).outputPartitioning.numPartitions === 6)\n      checkAnswer(\n        query,\n        testData.join(testData2, $\"key\" === $\"a\").select($\"key\", $\"value\", $\"a\", $\"b\"))\n      uncacheTable(\"t1\")\n      uncacheTable(\"t2\")\n    }\n\n    \/\/ One side of join is not partitioned in the desired way. Need to shuffle one side.\n    withTempView(\"t1\", \"t2\") {\n      testData.repartition(6, $\"value\").createOrReplaceTempView(\"t1\")\n      testData2.repartition(6, $\"a\").createOrReplaceTempView(\"t2\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n\n      val query = sql(\"SELECT key, value, a, b FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\")\n      verifyNumExchanges(query, 1)\n      assert(stripAQEPlan(query.queryExecution.executedPlan).outputPartitioning.numPartitions === 6)\n      checkAnswer(\n        query,\n        testData.join(testData2, $\"key\" === $\"a\").select($\"key\", $\"value\", $\"a\", $\"b\"))\n      uncacheTable(\"t1\")\n      uncacheTable(\"t2\")\n    }\n\n    withTempView(\"t1\", \"t2\") {\n      testData.repartition(6, $\"value\").createOrReplaceTempView(\"t1\")\n      testData2.repartition(12, $\"a\").createOrReplaceTempView(\"t2\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n\n      val query = sql(\"SELECT key, value, a, b FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\")\n      verifyNumExchanges(query, 1)\n      assert(stripAQEPlan(query.queryExecution.executedPlan).\n        outputPartitioning.numPartitions === 12)\n      checkAnswer(\n        query,\n        testData.join(testData2, $\"key\" === $\"a\").select($\"key\", $\"value\", $\"a\", $\"b\"))\n      uncacheTable(\"t1\")\n      uncacheTable(\"t2\")\n    }\n\n    \/\/ One side of join is not partitioned in the desired way. Since the number of partitions of\n    \/\/ the side that has already partitioned is smaller than the side that is not partitioned,\n    \/\/ we shuffle both side.\n    withTempView(\"t1\", \"t2\") {\n      testData.repartition(6, $\"value\").createOrReplaceTempView(\"t1\")\n      testData2.repartition(3, $\"a\").createOrReplaceTempView(\"t2\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n\n      val query = sql(\"SELECT key, value, a, b FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a\")\n      verifyNumExchanges(query, 2)\n      checkAnswer(\n        query,\n        testData.join(testData2, $\"key\" === $\"a\").select($\"key\", $\"value\", $\"a\", $\"b\"))\n      uncacheTable(\"t1\")\n      uncacheTable(\"t2\")\n    }\n\n    \/\/ repartition's column ordering is different from group by column ordering.\n    \/\/ But they use the same set of columns.\n    withTempView(\"t1\") {\n      testData.repartition(6, $\"value\", $\"key\").createOrReplaceTempView(\"t1\")\n      spark.catalog.cacheTable(\"t1\")\n\n      val query = sql(\"SELECT value, key from t1 group by key, value\")\n      verifyNumExchanges(query, 0)\n      checkAnswer(\n        query,\n        testData.distinct().select($\"value\", $\"key\"))\n      uncacheTable(\"t1\")\n    }\n\n    \/\/ repartition's column ordering is different from join condition's column ordering.\n    \/\/ We will still shuffle because hashcodes of a row depend on the column ordering.\n    \/\/ If we do not shuffle, we may actually partition two tables in totally two different way.\n    \/\/ See PartitioningSuite for more details.\n    withTempView(\"t1\", \"t2\") {\n      val df1 = testData\n      df1.repartition(6, $\"value\", $\"key\").createOrReplaceTempView(\"t1\")\n      val df2 = testData2.select($\"a\", $\"b\".cast(\"string\"))\n      df2.repartition(6, $\"a\", $\"b\").createOrReplaceTempView(\"t2\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n\n      val query =\n        sql(\"SELECT key, value, a, b FROM t1 t1 JOIN t2 t2 ON t1.key = t2.a and t1.value = t2.b\")\n      verifyNumExchanges(query, 1)\n      assert(stripAQEPlan(query.queryExecution.executedPlan).outputPartitioning.numPartitions === 6)\n      checkAnswer(\n        query,\n        df1.join(df2, $\"key\" === $\"a\" && $\"value\" === $\"b\").select($\"key\", $\"value\", $\"a\", $\"b\"))\n      uncacheTable(\"t1\")\n      uncacheTable(\"t2\")\n    }\n  }\n\n  test(\"SPARK-15870 DataFrame can't execute after uncacheTable\") {\n    val selectStar = sql(\"SELECT * FROM testData WHERE key = 1\")\n    selectStar.createOrReplaceTempView(\"selectStar\")\n\n    spark.catalog.cacheTable(\"selectStar\")\n    checkAnswer(\n      selectStar,\n      Seq(Row(1, \"1\")))\n\n    uncacheTable(\"selectStar\")\n    checkAnswer(\n      selectStar,\n      Seq(Row(1, \"1\")))\n  }\n\n  test(\"SPARK-15915 Logical plans should use canonicalized plan when override sameResult\") {\n    val localRelation = Seq(1, 2, 3).toDF()\n    localRelation.createOrReplaceTempView(\"localRelation\")\n\n    spark.catalog.cacheTable(\"localRelation\")\n    assert(getNumInMemoryRelations(localRelation) == 1)\n  }\n\n  test(\"SPARK-19093 Caching in side subquery\") {\n    withTempView(\"t1\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      spark.catalog.cacheTable(\"t1\")\n      val ds =\n        sql(\n          \"\"\"\n            |SELECT * FROM t1\n            |WHERE\n            |NOT EXISTS (SELECT * FROM t1)\n          \"\"\".stripMargin)\n      assert(getNumInMemoryRelations(ds) == 2)\n    }\n  }\n\n  test(\"SPARK-19093 scalar and nested predicate query\") {\n    withTempView(\"t1\", \"t2\", \"t3\", \"t4\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      Seq(2).toDF(\"c1\").createOrReplaceTempView(\"t2\")\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t3\")\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t4\")\n      spark.catalog.cacheTable(\"t1\")\n      spark.catalog.cacheTable(\"t2\")\n      spark.catalog.cacheTable(\"t3\")\n      spark.catalog.cacheTable(\"t4\")\n\n      \/\/ Nested predicate subquery\n      val ds =\n        sql(\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |c1 IN (SELECT c1 FROM t2 WHERE c1 IN (SELECT c1 FROM t3 WHERE c1 = 1))\n        \"\"\".stripMargin)\n      assert(getNumInMemoryRelations(ds) == 3)\n\n      \/\/ Scalar subquery and predicate subquery\n      val ds2 =\n        sql(\n          \"\"\"\n            |SELECT * FROM (SELECT c1, max(c1) FROM t1 GROUP BY c1)\n            |WHERE\n            |c1 = (SELECT max(c1) FROM t2 GROUP BY c1)\n            |OR\n            |EXISTS (SELECT c1 FROM t3)\n            |OR\n            |c1 IN (SELECT c1 FROM t4)\n          \"\"\".stripMargin)\n      assert(getNumInMemoryRelations(ds2) == 4)\n    }\n  }\n\n  test(\"SPARK-19765: UNCACHE TABLE should un-cache all cached plans that refer to this table\") {\n    withTable(\"t\") {\n      withTempPath { path =>\n        Seq(1 -> \"a\").toDF(\"i\", \"j\").write.parquet(path.getCanonicalPath)\n        sql(s\"CREATE TABLE t USING parquet LOCATION '${path.toURI}'\")\n        spark.catalog.cacheTable(\"t\")\n        spark.table(\"t\").select($\"i\").cache()\n        checkAnswer(spark.table(\"t\").select($\"i\"), Row(1))\n        assertCached(spark.table(\"t\").select($\"i\"))\n\n        Utils.deleteRecursively(path)\n        spark.sessionState.catalog.refreshTable(TableIdentifier(\"t\"))\n        uncacheTable(\"t\")\n        assert(spark.table(\"t\").select($\"i\").count() == 0)\n        assert(getNumInMemoryRelations(spark.table(\"t\").select($\"i\")) == 0)\n      }\n    }\n  }\n\n  test(\"refreshByPath should refresh all cached plans with the specified path\") {\n    withTempDir { dir =>\n      val path = dir.getCanonicalPath()\n\n      spark.range(10).write.mode(\"overwrite\").parquet(path)\n      spark.read.parquet(path).cache()\n      spark.read.parquet(path).filter($\"id\" > 4).cache()\n      assert(spark.read.parquet(path).filter($\"id\" > 4).count() == 5)\n\n      spark.range(20).write.mode(\"overwrite\").parquet(path)\n      spark.catalog.refreshByPath(path)\n      assert(spark.read.parquet(path).count() == 20)\n      assert(spark.read.parquet(path).filter($\"id\" > 4).count() == 15)\n    }\n  }\n\n  test(\"SPARK-19993 simple subquery caching\") {\n    withTempView(\"t1\", \"t2\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      Seq(2).toDF(\"c1\").createOrReplaceTempView(\"t2\")\n\n      val sql1 =\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |NOT EXISTS (SELECT * FROM t2)\n        \"\"\".stripMargin\n      sql(sql1).cache()\n\n      val cachedDs = sql(sql1)\n      assert(getNumInMemoryRelations(cachedDs) == 1)\n\n      \/\/ Additional predicate in the subquery plan should cause a cache miss\n      val cachedMissDs =\n      sql(\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |NOT EXISTS (SELECT * FROM t2 where c1 = 0)\n        \"\"\".stripMargin)\n      assert(getNumInMemoryRelations(cachedMissDs) == 0)\n    }\n  }\n\n  test(\"SPARK-19993 subquery caching with correlated predicates\") {\n    withTempView(\"t1\", \"t2\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t2\")\n\n      \/\/ Simple correlated predicate in subquery\n      val sqlText =\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |t1.c1 in (SELECT t2.c1 FROM t2 where t1.c1 = t2.c1)\n        \"\"\".stripMargin\n      sql(sqlText).cache()\n\n      val cachedDs = sql(sqlText)\n      assert(getNumInMemoryRelations(cachedDs) == 1)\n    }\n  }\n\n  test(\"SPARK-19993 subquery with cached underlying relation\") {\n    withTempView(\"t1\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      spark.catalog.cacheTable(\"t1\")\n\n      \/\/ underlying table t1 is cached as well as the query that refers to it.\n      val sqlText =\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |NOT EXISTS (SELECT * FROM t1)\n        \"\"\".stripMargin\n      val ds = sql(sqlText)\n      assert(getNumInMemoryRelations(ds) == 2)\n\n      val cachedDs = sql(sqlText).cache()\n      assert(getNumInMemoryTablesRecursively(cachedDs.queryExecution.sparkPlan) == 3)\n    }\n  }\n\n  test(\"SPARK-19993 nested subquery caching and scalar + predicate subqueris\") {\n    withTempView(\"t1\", \"t2\", \"t3\", \"t4\") {\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t1\")\n      Seq(2).toDF(\"c1\").createOrReplaceTempView(\"t2\")\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t3\")\n      Seq(1).toDF(\"c1\").createOrReplaceTempView(\"t4\")\n\n      \/\/ Nested predicate subquery\n      val sql1 =\n        \"\"\"\n          |SELECT * FROM t1\n          |WHERE\n          |c1 IN (SELECT c1 FROM t2 WHERE c1 IN (SELECT c1 FROM t3 WHERE c1 = 1))\n        \"\"\".stripMargin\n      sql(sql1).cache()\n\n      val cachedDs = sql(sql1)\n      assert(getNumInMemoryRelations(cachedDs) == 1)\n\n      \/\/ Scalar subquery and predicate subquery\n      val sql2 =\n        \"\"\"\n          |SELECT * FROM (SELECT c1, max(c1) FROM t1 GROUP BY c1)\n          |WHERE\n          |c1 = (SELECT max(c1) FROM t2 GROUP BY c1)\n          |OR\n          |EXISTS (SELECT c1 FROM t3)\n          |OR\n          |c1 IN (SELECT c1 FROM t4)\n        \"\"\".stripMargin\n      sql(sql2).cache()\n\n      val cachedDs2 = sql(sql2)\n      assert(getNumInMemoryRelations(cachedDs2) == 1)\n    }\n  }\n\n  test(\"SPARK-23312: vectorized cache reader can be disabled\") {\n    Seq(true, false).foreach { vectorized =>\n      withSQLConf(SQLConf.CACHE_VECTORIZED_READER_ENABLED.key -> vectorized.toString) {\n        val df = spark.range(10).cache()\n        df.queryExecution.executedPlan.foreach {\n          case i: InMemoryTableScanExec =>\n            assert(i.supportsColumnar == vectorized)\n          case _ =>\n        }\n      }\n    }\n  }\n\n  private def checkIfNoJobTriggered[T](f: => T): T = {\n    var numJobTrigered = 0\n    val jobListener = new SparkListener {\n      override def onJobStart(jobStart: SparkListenerJobStart): Unit = {\n        numJobTrigered += 1\n      }\n    }\n    sparkContext.addSparkListener(jobListener)\n    try {\n      val result = f\n      sparkContext.listenerBus.waitUntilEmpty()\n      assert(numJobTrigered === 0)\n      result\n    } finally {\n      sparkContext.removeSparkListener(jobListener)\n    }\n  }\n\n  test(\"SPARK-23880 table cache should be lazy and don't trigger any jobs\") {\n    val cachedData = checkIfNoJobTriggered {\n      spark.range(1002).filter($\"id\" > 1000).orderBy($\"id\".desc).cache()\n    }\n    assert(cachedData.collect === Seq(1001))\n  }\n\n  test(\"SPARK-24596 Non-cascading Cache Invalidation - uncache temporary view\") {\n    withTempView(\"t1\", \"t2\") {\n      sql(\"CACHE TABLE t1 AS SELECT * FROM testData WHERE key > 1\")\n      sql(\"CACHE TABLE t2 as SELECT * FROM t1 WHERE value > 1\")\n\n      assert(spark.catalog.isCached(\"t1\"))\n      assert(spark.catalog.isCached(\"t2\"))\n      sql(\"UNCACHE TABLE t1\")\n      assert(!spark.catalog.isCached(\"t1\"))\n      assert(spark.catalog.isCached(\"t2\"))\n    }\n  }\n\n  test(\"SPARK-24596 Non-cascading Cache Invalidation - drop temporary view\") {\n    withTempView(\"t1\", \"t2\") {\n      sql(\"CACHE TABLE t1 AS SELECT * FROM testData WHERE key > 1\")\n      sql(\"CACHE TABLE t2 as SELECT * FROM t1 WHERE value > 1\")\n\n      assert(spark.catalog.isCached(\"t1\"))\n      assert(spark.catalog.isCached(\"t2\"))\n      sql(\"DROP VIEW t1\")\n      assert(spark.catalog.isCached(\"t2\"))\n    }\n  }\n\n  test(\"SPARK-24596 Non-cascading Cache Invalidation - drop persistent view\") {\n    withTable(\"t\") {\n      spark.range(1, 10).toDF(\"key\").withColumn(\"value\", $\"key\" * 2)\n        .write.format(\"json\").saveAsTable(\"t\")\n      withView(\"t1\") {\n        withTempView(\"t2\") {\n          sql(\"CREATE VIEW t1 AS SELECT * FROM t WHERE key > 1\")\n\n          sql(\"CACHE TABLE t1\")\n          sql(\"CACHE TABLE t2 AS SELECT * FROM t1 WHERE value > 1\")\n\n          assert(spark.catalog.isCached(\"t1\"))\n          assert(spark.catalog.isCached(\"t2\"))\n          sql(\"DROP VIEW t1\")\n          assert(!spark.catalog.isCached(\"t2\"))\n        }\n      }\n    }\n  }\n\n  test(\"SPARK-24596 Non-cascading Cache Invalidation - uncache table\") {\n    withTable(\"t\") {\n      spark.range(1, 10).toDF(\"key\").withColumn(\"value\", $\"key\" * 2)\n        .write.format(\"json\").saveAsTable(\"t\")\n      withTempView(\"t1\", \"t2\") {\n        sql(\"CACHE TABLE t\")\n        sql(\"CACHE TABLE t1 AS SELECT * FROM t WHERE key > 1\")\n        sql(\"CACHE TABLE t2 AS SELECT * FROM t1 WHERE value > 1\")\n\n        assert(spark.catalog.isCached(\"t\"))\n        assert(spark.catalog.isCached(\"t1\"))\n        assert(spark.catalog.isCached(\"t2\"))\n        sql(\"UNCACHE TABLE t\")\n        assert(!spark.catalog.isCached(\"t\"))\n        assert(!spark.catalog.isCached(\"t1\"))\n        assert(!spark.catalog.isCached(\"t2\"))\n      }\n    }\n  }\n\n  test(\"Cache should respect the hint\") {\n    def testHint(df: Dataset[_], expectedHint: JoinStrategyHint): Unit = {\n      val df2 = spark.range(2000).cache()\n      df2.count()\n\n      def checkHintExists(): Unit = {\n        \/\/ Test the broadcast hint.\n        val joinPlan = df.join(df2, \"id\").queryExecution.optimizedPlan\n        val joinHints = joinPlan.collect {\n          case Join(_, _, _, _, hint) => hint\n        }\n        assert(joinHints.size == 1)\n        assert(joinHints(0).leftHint.get.strategy.contains(expectedHint))\n        assert(joinHints(0).rightHint.isEmpty)\n      }\n\n      \/\/ Make sure the hint does exist when `df` is not cached.\n      checkHintExists()\n\n      df.cache()\n      try {\n        df.count()\n        \/\/ Make sure the hint still exists when `df` is cached.\n        checkHintExists()\n      } finally {\n        \/\/ Clean-up\n        df.unpersist()\n      }\n    }\n\n    \/\/ The hint is the root node\n    testHint(broadcast(spark.range(1000)), BROADCAST)\n    \/\/ The hint is under subquery alias\n    testHint(broadcast(spark.range(1000)).as(\"df\"), BROADCAST)\n    \/\/ The hint is under filter\n    testHint(broadcast(spark.range(1000)).filter($\"id\" > 100), BROADCAST)\n    \/\/ If there are 2 adjacent hints, the top one takes effect.\n    testHint(\n      spark.range(1000)\n        .hint(\"SHUFFLE_MERGE\")\n        .hint(\"SHUFFLE_HASH\")\n        .as(\"df\"),\n      SHUFFLE_HASH)\n  }\n\n  test(\"analyzes column statistics in cached query\") {\n    def query(): DataFrame = {\n      spark.range(100)\n        .selectExpr(\"id % 3 AS c0\", \"id % 5 AS c1\", \"2 AS c2\")\n        .groupBy(\"c0\")\n        .agg(avg(\"c1\").as(\"v1\"), sum(\"c2\").as(\"v2\"))\n    }\n    \/\/ First, checks if there is no column statistic in cached query\n    val queryStats1 = query().cache.queryExecution.optimizedPlan.stats.attributeStats\n    assert(queryStats1.map(_._1.name).isEmpty)\n\n    val cacheManager = spark.sharedState.cacheManager\n    val cachedData = cacheManager.lookupCachedData(query().logicalPlan)\n    assert(cachedData.isDefined)\n    val queryAttrs = cachedData.get.plan.output\n    assert(queryAttrs.size === 3)\n    val (c0, v1, v2) = (queryAttrs(0), queryAttrs(1), queryAttrs(2))\n\n    \/\/ Analyzes one column in the query output\n    cacheManager.analyzeColumnCacheQuery(spark, cachedData.get, v1 :: Nil)\n    val queryStats2 = query().queryExecution.optimizedPlan.stats.attributeStats\n    assert(queryStats2.map(_._1.name).toSet === Set(\"v1\"))\n\n    \/\/ Analyzes two more columns\n    cacheManager.analyzeColumnCacheQuery(spark, cachedData.get, c0 :: v2 :: Nil)\n    val queryStats3 = query().queryExecution.optimizedPlan.stats.attributeStats\n    assert(queryStats3.map(_._1.name).toSet === Set(\"c0\", \"v1\", \"v2\"))\n  }\n\n  test(\"SPARK-27248 refreshTable should recreate cache with same cache name and storage level\") {\n    \/\/ This section tests when a table is cached with its qualified name but it is refreshed with\n    \/\/ its unqualified name.\n    withTempDatabase { db =>\n      withTempPath { path =>\n        withTable(s\"$db.cachedTable\") {\n          \/\/ Create table 'cachedTable' in temp db for testing purpose.\n          spark.catalog.createTable(\n            s\"$db.cachedTable\",\n            \"PARQUET\",\n            StructType(Array(StructField(\"key\", StringType))),\n            Map(\"LOCATION\" -> path.toURI.toString))\n\n          withCache(s\"$db.cachedTable\") {\n            \/\/ Cache the table 'cachedTable' in temp db with qualified table name with storage level\n            \/\/ MEMORY_ONLY, and then check whether the table is cached with expected name and\n            \/\/ storage level.\n            spark.catalog.cacheTable(s\"$db.cachedTable\", MEMORY_ONLY)\n            assertCached(spark.table(s\"$db.cachedTable\"), s\"$db.cachedTable\", MEMORY_ONLY)\n            assert(spark.catalog.isCached(s\"$db.cachedTable\"),\n              s\"Table '$db.cachedTable' should be cached.\")\n\n            \/\/ Refresh the table 'cachedTable' in temp db with qualified table name, and then check\n            \/\/ whether the table is still cached with the same name and storage level.\n            \/\/ Without bug fix 'SPARK-27248', the recreated cache storage level will be default\n            \/\/ storage level 'MEMORY_AND_DISK', instead of 'MEMORY_ONLY'.\n            spark.catalog.refreshTable(s\"$db.cachedTable\")\n            assertCached(spark.table(s\"$db.cachedTable\"), s\"$db.cachedTable\", MEMORY_ONLY)\n            assert(spark.catalog.isCached(s\"$db.cachedTable\"),\n              s\"Table '$db.cachedTable' should be cached after refreshing with its qualified name.\")\n\n            \/\/ Change the active database to the temp db and refresh the table with unqualified\n            \/\/ table name, and then check whether the table is still cached with the same name and\n            \/\/ storage level.\n            \/\/ Without bug fix 'SPARK-27248', the recreated cache name will be changed to\n            \/\/ 'cachedTable', instead of '$db.cachedTable'\n            activateDatabase(db) {\n              spark.catalog.refreshTable(\"cachedTable\")\n              assertCached(spark.table(\"cachedTable\"), s\"$db.cachedTable\", MEMORY_ONLY)\n              assert(spark.catalog.isCached(\"cachedTable\"),\n                s\"Table '$db.cachedTable' should be cached after refreshing with its \" +\n                  \"unqualified name.\")\n            }\n          }\n        }\n      }\n\n      \/\/ This section tests when a table is cached with its unqualified name but it is refreshed\n      \/\/ with its qualified name.\n      withTempPath { path =>\n        withTable(\"cachedTable\") {\n          \/\/ Create table 'cachedTable' in default db for testing purpose.\n          spark.catalog.createTable(\n            \"cachedTable\",\n            \"PARQUET\",\n            StructType(Array(StructField(\"key\", StringType))),\n            Map(\"LOCATION\" -> path.toURI.toString))\n          withCache(\"cachedTable\") {\n            \/\/ Cache the table 'cachedTable' in default db without qualified table name with storage\n            \/\/ level 'MEMORY_AND_DISK2', and then check whether the table is cached with expected\n            \/\/ name and storage level.\n            spark.catalog.cacheTable(\"cachedTable\", MEMORY_AND_DISK_2)\n            assertCached(spark.table(\"cachedTable\"), \"cachedTable\", MEMORY_AND_DISK_2)\n            assert(spark.catalog.isCached(\"cachedTable\"),\n              \"Table 'cachedTable' should be cached.\")\n\n            \/\/ Refresh the table 'cachedTable' in default db with unqualified table name, and then\n            \/\/ check whether the table is still cached with the same name and storage level.\n            \/\/ Without bug fix 'SPARK-27248', the recreated cache storage level will be default\n            \/\/ storage level 'MEMORY_AND_DISK', instead of 'MEMORY_AND_DISK2'.\n            spark.catalog.refreshTable(\"cachedTable\")\n            assertCached(spark.table(\"cachedTable\"), \"cachedTable\", MEMORY_AND_DISK_2)\n            assert(spark.catalog.isCached(\"cachedTable\"),\n              \"Table 'cachedTable' should be cached after refreshing with its unqualified name.\")\n\n            \/\/ Change the active database to the temp db and refresh the table with qualified\n            \/\/ table name, and then check whether the table is still cached with the same name and\n            \/\/ storage level.\n            \/\/ Without bug fix 'SPARK-27248', the recreated cache name will be changed to\n            \/\/ 'default.cachedTable', instead of 'cachedTable'\n            activateDatabase(db) {\n              spark.catalog.refreshTable(\"default.cachedTable\")\n              assertCached(spark.table(\"default.cachedTable\"), \"cachedTable\", MEMORY_AND_DISK_2)\n              assert(spark.catalog.isCached(\"default.cachedTable\"),\n                \"Table 'cachedTable' should be cached after refreshing with its qualified name.\")\n            }\n          }\n        }\n      }\n    }\n  }\n\n  test(\"cache supports for intervals\") {\n    withTable(\"interval_cache\") {\n      Seq((1, \"1 second\"), (2, \"2 seconds\"), (2, null))\n        .toDF(\"k\", \"v\").write.saveAsTable(\"interval_cache\")\n      sql(\"CACHE TABLE t1 AS SELECT k, cast(v as interval) FROM interval_cache\")\n      assert(spark.catalog.isCached(\"t1\"))\n      checkAnswer(sql(\"SELECT * FROM t1 WHERE k = 1\"),\n        Row(1, new CalendarInterval(0, 0, DateTimeConstants.MICROS_PER_SECOND)))\n      sql(\"UNCACHE TABLE t1\")\n      assert(!spark.catalog.isCached(\"t1\"))\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/streaming\/StreamingQueryStatusAndProgressSuite.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.streaming\n\nimport java.util.UUID\n\nimport scala.collection.JavaConverters._\n\nimport org.json4s._\nimport org.json4s.jackson.JsonMethods._\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.concurrent.PatienceConfiguration.Timeout\nimport org.scalatest.time.SpanSugar._\n\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.catalyst.expressions.GenericRowWithSchema\nimport org.apache.spark.sql.execution.streaming.MemoryStream\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.streaming.StreamingQueryStatusAndProgressSuite._\nimport org.apache.spark.sql.streaming.StreamingQuerySuite.clock\nimport org.apache.spark.sql.streaming.util.StreamManualClock\nimport org.apache.spark.sql.types.StructType\n\nclass StreamingQueryStatusAndProgressSuite extends StreamTest with Eventually {\n  test(\"StreamingQueryProgress - prettyJson\") {\n    val json1 = testProgress1.prettyJson\n    assertJson(\n      json1,\n      s\"\"\"\n        |{\n        |  \"id\" : \"${testProgress1.id.toString}\",\n        |  \"runId\" : \"${testProgress1.runId.toString}\",\n        |  \"name\" : \"myName\",\n        |  \"timestamp\" : \"2016-12-05T20:54:20.827Z\",\n        |  \"batchId\" : 2,\n        |  \"numInputRows\" : 678,\n        |  \"inputRowsPerSecond\" : 10.0,\n        |  \"durationMs\" : {\n        |    \"total\" : 0\n        |  },\n        |  \"eventTime\" : {\n        |    \"avg\" : \"2016-12-05T20:54:20.827Z\",\n        |    \"max\" : \"2016-12-05T20:54:20.827Z\",\n        |    \"min\" : \"2016-12-05T20:54:20.827Z\",\n        |    \"watermark\" : \"2016-12-05T20:54:20.827Z\"\n        |  },\n        |  \"stateOperators\" : [ {\n        |    \"numRowsTotal\" : 0,\n        |    \"numRowsUpdated\" : 1,\n        |    \"memoryUsedBytes\" : 3,\n        |    \"customMetrics\" : {\n        |      \"loadedMapCacheHitCount\" : 1,\n        |      \"loadedMapCacheMissCount\" : 0,\n        |      \"stateOnCurrentVersionSizeBytes\" : 2\n        |    }\n        |  } ],\n        |  \"sources\" : [ {\n        |    \"description\" : \"source\",\n        |    \"startOffset\" : 123,\n        |    \"endOffset\" : 456,\n        |    \"numInputRows\" : 678,\n        |    \"inputRowsPerSecond\" : 10.0\n        |  } ],\n        |  \"sink\" : {\n        |    \"description\" : \"sink\",\n        |    \"numOutputRows\" : -1\n        |  },\n        |  \"observedMetrics\" : {\n        |    \"event1\" : {\n        |      \"c1\" : 1,\n        |      \"c2\" : 3.0\n        |    },\n        |    \"event2\" : {\n        |      \"rc\" : 1,\n        |      \"min_q\" : \"hello\",\n        |      \"max_q\" : \"world\"\n        |    }\n        |  }\n        |}\n      \"\"\".stripMargin.trim)\n    assert(compact(parse(json1)) === testProgress1.json)\n\n    val json2 = testProgress2.prettyJson\n    assertJson(\n      json2,\n      s\"\"\"\n         |{\n         |  \"id\" : \"${testProgress2.id.toString}\",\n         |  \"runId\" : \"${testProgress2.runId.toString}\",\n         |  \"name\" : null,\n         |  \"timestamp\" : \"2016-12-05T20:54:20.827Z\",\n         |  \"batchId\" : 2,\n         |  \"numInputRows\" : 678,\n         |  \"durationMs\" : {\n         |    \"total\" : 0\n         |  },\n         |  \"stateOperators\" : [ {\n         |    \"numRowsTotal\" : 0,\n         |    \"numRowsUpdated\" : 1,\n         |    \"memoryUsedBytes\" : 2\n         |  } ],\n         |  \"sources\" : [ {\n         |    \"description\" : \"source\",\n         |    \"startOffset\" : 123,\n         |    \"endOffset\" : 456,\n         |    \"numInputRows\" : 678\n         |  } ],\n         |  \"sink\" : {\n         |    \"description\" : \"sink\",\n         |    \"numOutputRows\" : -1\n         |  },\n         |  \"observedMetrics\" : {\n         |    \"event_a\" : {\n         |      \"c1\" : null,\n         |      \"c2\" : -20.7\n         |    },\n         |    \"event_b1\" : {\n         |      \"rc\" : 33,\n         |      \"min_q\" : \"foo\",\n         |      \"max_q\" : \"bar\"\n         |    },\n         |    \"event_b2\" : {\n         |      \"rc\" : 200,\n         |      \"min_q\" : \"fzo\",\n         |      \"max_q\" : \"baz\"\n         |    }\n         |  }\n         |}\n      \"\"\".stripMargin.trim)\n    assert(compact(parse(json2)) === testProgress2.json)\n  }\n\n  test(\"StreamingQueryProgress - json\") {\n    assert(compact(parse(testProgress1.json)) === testProgress1.json)\n    assert(compact(parse(testProgress2.json)) === testProgress2.json)\n  }\n\n  test(\"StreamingQueryProgress - toString\") {\n    assert(testProgress1.toString === testProgress1.prettyJson)\n    assert(testProgress2.toString === testProgress2.prettyJson)\n  }\n\n  test(\"StreamingQueryStatus - prettyJson\") {\n    val json = testStatus.prettyJson\n    assertJson(\n      json,\n      \"\"\"\n        |{\n        |  \"message\" : \"active\",\n        |  \"isDataAvailable\" : true,\n        |  \"isTriggerActive\" : false\n        |}\n      \"\"\".stripMargin.trim)\n  }\n\n  test(\"StreamingQueryStatus - json\") {\n    assert(compact(parse(testStatus.json)) === testStatus.json)\n  }\n\n  test(\"StreamingQueryStatus - toString\") {\n    assert(testStatus.toString === testStatus.prettyJson)\n  }\n\n  test(\"progress classes should be Serializable\") {\n    import testImplicits._\n\n    val inputData = MemoryStream[Int]\n\n    val query = inputData.toDS()\n      .groupBy($\"value\")\n      .agg(count(\"*\"))\n      .writeStream\n      .queryName(\"progress_serializable_test\")\n      .format(\"memory\")\n      .outputMode(\"complete\")\n      .start()\n    try {\n      inputData.addData(1, 2, 3)\n      query.processAllAvailable()\n\n      val progress = query.recentProgress\n\n      \/\/ Make sure it generates the progress objects we want to test\n      assert(progress.exists { p =>\n        p.sources.size >= 1 && p.stateOperators.size >= 1 && p.sink != null\n      })\n\n      val array = spark.sparkContext.parallelize(progress).collect()\n      assert(array.length === progress.length)\n      array.zip(progress).foreach { case (p1, p2) =>\n        \/\/ Make sure we did serialize and deserialize the object\n        assert(p1 ne p2)\n        assert(p1.json === p2.json)\n      }\n    } finally {\n      query.stop()\n    }\n  }\n\n  test(\"SPARK-19378: Continue reporting stateOp metrics even if there is no active trigger\") {\n    import testImplicits._\n\n    withSQLConf(SQLConf.STREAMING_NO_DATA_PROGRESS_EVENT_INTERVAL.key -> \"10\") {\n      val inputData = MemoryStream[Int]\n\n      val query = inputData.toDS().toDF(\"value\")\n        .select('value)\n        .groupBy($\"value\")\n        .agg(count(\"*\"))\n        .writeStream\n        .queryName(\"metric_continuity\")\n        .format(\"memory\")\n        .outputMode(\"complete\")\n        .start()\n      try {\n        inputData.addData(1, 2)\n        query.processAllAvailable()\n\n        val progress = query.lastProgress\n        assert(progress.stateOperators.length > 0)\n        \/\/ Should emit new progresses every 10 ms, but we could be facing a slow Jenkins\n        eventually(timeout(1.minute)) {\n          val nextProgress = query.lastProgress\n          assert(nextProgress.timestamp !== progress.timestamp)\n          assert(nextProgress.numInputRows === 0)\n          assert(nextProgress.stateOperators.head.numRowsTotal === 2)\n          assert(nextProgress.stateOperators.head.numRowsUpdated === 0)\n        }\n      } finally {\n        query.stop()\n      }\n    }\n  }\n\n  test(\"SPARK-29973: Make `processedRowsPerSecond` calculated more accurately and meaningfully\") {\n    import testImplicits._\n\n    clock = new StreamManualClock\n    val inputData = MemoryStream[Int]\n    val query = inputData.toDS()\n\n    testStream(query)(\n      StartStream(Trigger.ProcessingTime(1000), triggerClock = clock),\n      AdvanceManualClock(1000),\n      waitUntilBatchProcessed,\n      AssertOnQuery(query => {\n        assert(query.lastProgress.numInputRows == 0)\n        assert(query.lastProgress.processedRowsPerSecond == 0.0d)\n        true\n      }),\n      AddData(inputData, 1, 2),\n      AdvanceManualClock(1000),\n      waitUntilBatchProcessed,\n      AssertOnQuery(query => {\n        assert(query.lastProgress.numInputRows == 2)\n        assert(query.lastProgress.processedRowsPerSecond == 2000d)\n        true\n      }),\n      StopStream\n    )\n  }\n\n  def waitUntilBatchProcessed: AssertOnQuery = Execute { q =>\n    eventually(Timeout(streamingTimeout)) {\n      if (q.exception.isEmpty) {\n        assert(clock.isStreamWaitingAt(clock.getTimeMillis()))\n      }\n    }\n    if (q.exception.isDefined) {\n      throw q.exception.get\n    }\n  }\n\n  def assertJson(source: String, expected: String): Unit = {\n    assert(\n      source.replaceAll(\"\\r\\n|\\r|\\n\", System.lineSeparator) ===\n        expected.replaceAll(\"\\r\\n|\\r|\\n\", System.lineSeparator))\n  }\n}\n\nobject StreamingQueryStatusAndProgressSuite {\n  private val schema1 = new StructType()\n    .add(\"c1\", \"long\")\n    .add(\"c2\", \"double\")\n  private val schema2 = new StructType()\n    .add(\"rc\", \"long\")\n    .add(\"min_q\", \"string\")\n    .add(\"max_q\", \"string\")\n  private def row(schema: StructType, elements: Any*): Row = {\n    new GenericRowWithSchema(elements.toArray, schema)\n  }\n\n  val testProgress1 = new StreamingQueryProgress(\n    id = UUID.randomUUID,\n    runId = UUID.randomUUID,\n    name = \"myName\",\n    timestamp = \"2016-12-05T20:54:20.827Z\",\n    batchId = 2L,\n    batchDuration = 0L,\n    durationMs = new java.util.HashMap(Map(\"total\" -> 0L).mapValues(long2Long).asJava),\n    eventTime = new java.util.HashMap(Map(\n      \"max\" -> \"2016-12-05T20:54:20.827Z\",\n      \"min\" -> \"2016-12-05T20:54:20.827Z\",\n      \"avg\" -> \"2016-12-05T20:54:20.827Z\",\n      \"watermark\" -> \"2016-12-05T20:54:20.827Z\").asJava),\n    stateOperators = Array(new StateOperatorProgress(\n      numRowsTotal = 0, numRowsUpdated = 1, memoryUsedBytes = 3,\n      customMetrics = new java.util.HashMap(Map(\"stateOnCurrentVersionSizeBytes\" -> 2L,\n        \"loadedMapCacheHitCount\" -> 1L, \"loadedMapCacheMissCount\" -> 0L)\n        .mapValues(long2Long).asJava)\n    )),\n    sources = Array(\n      new SourceProgress(\n        description = \"source\",\n        startOffset = \"123\",\n        endOffset = \"456\",\n        numInputRows = 678,\n        inputRowsPerSecond = 10.0,\n        processedRowsPerSecond = Double.PositiveInfinity  \/\/ should not be present in the json\n      )\n    ),\n    sink = SinkProgress(\"sink\", None),\n    observedMetrics = new java.util.HashMap(Map(\n      \"event1\" -> row(schema1, 1L, 3.0d),\n      \"event2\" -> row(schema2, 1L, \"hello\", \"world\")).asJava)\n  )\n\n  val testProgress2 = new StreamingQueryProgress(\n    id = UUID.randomUUID,\n    runId = UUID.randomUUID,\n    name = null, \/\/ should not be present in the json\n    timestamp = \"2016-12-05T20:54:20.827Z\",\n    batchId = 2L,\n    batchDuration = 0L,\n    durationMs = new java.util.HashMap(Map(\"total\" -> 0L).mapValues(long2Long).asJava),\n    \/\/ empty maps should be handled correctly\n    eventTime = new java.util.HashMap(Map.empty[String, String].asJava),\n    stateOperators = Array(new StateOperatorProgress(\n      numRowsTotal = 0, numRowsUpdated = 1, memoryUsedBytes = 2)),\n    sources = Array(\n      new SourceProgress(\n        description = \"source\",\n        startOffset = \"123\",\n        endOffset = \"456\",\n        numInputRows = 678,\n        inputRowsPerSecond = Double.NaN, \/\/ should not be present in the json\n        processedRowsPerSecond = Double.NegativeInfinity \/\/ should not be present in the json\n      )\n    ),\n    sink = SinkProgress(\"sink\", None),\n    observedMetrics = new java.util.HashMap(Map(\n      \"event_a\" -> row(schema1, null, -20.7d),\n      \"event_b1\" -> row(schema2, 33L, \"foo\", \"bar\"),\n      \"event_b2\" -> row(schema2, 200L, \"fzo\", \"baz\")).asJava)\n  )\n\n  val testStatus = new StreamingQueryStatus(\"active\", true, false)\n}\n\n"}
{"repo_name":"running2\/spark","path":"external\/docker-integration-tests\/src\/test\/scala\/org\/apache\/spark\/sql\/jdbc\/DockerKrbJDBCIntegrationSuite.scala","text":"<filename>external\/docker-integration-tests\/src\/test\/scala\/org\/apache\/spark\/sql\/jdbc\/DockerKrbJDBCIntegrationSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.jdbc\n\nimport java.io.{File, FileInputStream, FileOutputStream}\nimport javax.security.auth.login.Configuration\n\nimport scala.io.Source\n\nimport org.apache.hadoop.minikdc.MiniKdc\n\nimport org.apache.spark.util.{SecurityUtils, Utils}\n\nabstract class DockerKrbJDBCIntegrationSuite extends DockerJDBCIntegrationSuite {\n  private var kdc: MiniKdc = _\n  protected var workDir: File = _\n  protected val userName: String\n  protected var principal: String = _\n  protected val keytabFileName: String\n  protected var keytabFullPath: String = _\n  protected def setAuthentication(keytabFile: String, principal: String): Unit\n\n  override def beforeAll(): Unit = {\n    SecurityUtils.setGlobalKrbDebug(true)\n\n    val kdcDir = Utils.createTempDir()\n    val kdcConf = MiniKdc.createConf()\n    kdcConf.setProperty(MiniKdc.DEBUG, \"true\")\n    kdc = new MiniKdc(kdcConf, kdcDir)\n    kdc.start()\n\n    principal = s\"$userName@${kdc.getRealm}\"\n\n    workDir = Utils.createTempDir()\n    val keytabFile = new File(workDir, keytabFileName)\n    keytabFullPath = keytabFile.getAbsolutePath\n    kdc.createPrincipal(keytabFile, userName)\n    logInfo(s\"Created keytab file: $keytabFullPath\")\n\n    setAuthentication(keytabFullPath, principal)\n\n    \/\/ This must be executed intentionally later\n    super.beforeAll()\n  }\n\n  override def afterAll(): Unit = {\n    try {\n      if (kdc != null) {\n        kdc.stop()\n      }\n      Configuration.setConfiguration(null)\n      SecurityUtils.setGlobalKrbDebug(false)\n    } finally {\n      super.afterAll()\n    }\n  }\n\n  protected def copyExecutableResource(\n      fileName: String, dir: File, processLine: String => String) = {\n    val newEntry = new File(dir.getAbsolutePath, fileName)\n    newEntry.createNewFile()\n    Utils.tryWithResource(\n      new FileInputStream(getClass.getClassLoader.getResource(fileName).getFile)\n    ) { inputStream =>\n      val outputStream = new FileOutputStream(newEntry)\n      try {\n        for (line <- Source.fromInputStream(inputStream).getLines()) {\n          val processedLine = processLine(line) + System.lineSeparator()\n          outputStream.write(processedLine.getBytes)\n        }\n      } finally {\n        outputStream.close()\n      }\n    }\n    newEntry.setExecutable(true, false)\n    logInfo(s\"Created executable resource file: ${newEntry.getAbsolutePath}\")\n    newEntry\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/jdbc\/connection\/PostgresConnectionProviderSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.jdbc.connection\n\nimport java.sql.{Driver, DriverManager}\nimport javax.security.auth.login.Configuration\n\nimport scala.collection.JavaConverters._\n\nimport org.scalatest.BeforeAndAfterEach\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.execution.datasources.jdbc.{DriverRegistry, JDBCOptions}\n\nclass PostgresConnectionProviderSuite extends SparkFunSuite with BeforeAndAfterEach {\n  private def options(url: String) = new JDBCOptions(Map[String, String](\n    JDBCOptions.JDBC_URL -> url,\n    JDBCOptions.JDBC_TABLE_NAME -> \"table\",\n    JDBCOptions.JDBC_KEYTAB -> \"\/path\/to\/keytab\",\n    JDBCOptions.JDBC_PRINCIPAL -> \"principal\"\n  ))\n\n  override def afterEach(): Unit = {\n    try {\n      Configuration.setConfiguration(null)\n    } finally {\n      super.afterEach()\n    }\n  }\n\n  test(\"setAuthenticationConfigIfNeeded must set authentication if not set\") {\n    DriverRegistry.register(PostgresConnectionProvider.driverClass)\n    val driver = DriverManager.getDrivers.asScala.collectFirst {\n      case d if d.getClass.getCanonicalName == PostgresConnectionProvider.driverClass => d\n    }.get\n    val defaultProvider = new PostgresConnectionProvider(\n      driver, options(\"jdbc:postgresql:\/\/localhost\/postgres\"))\n    val customProvider = new PostgresConnectionProvider(\n      driver, options(s\"jdbc:postgresql:\/\/localhost\/postgres?jaasApplicationName=custompgjdbc\"))\n\n    assert(defaultProvider.appEntry !== customProvider.appEntry)\n\n    \/\/ Make sure no authentication for postgres is set\n    assert(Configuration.getConfiguration.getAppConfigurationEntry(\n      defaultProvider.appEntry) == null)\n    assert(Configuration.getConfiguration.getAppConfigurationEntry(\n      customProvider.appEntry) == null)\n\n    \/\/ Make sure the first call sets authentication properly\n    val savedConfig = Configuration.getConfiguration\n    defaultProvider.setAuthenticationConfigIfNeeded()\n    val defaultConfig = Configuration.getConfiguration\n    assert(savedConfig != defaultConfig)\n    val defaultAppEntry = defaultConfig.getAppConfigurationEntry(defaultProvider.appEntry)\n    assert(defaultAppEntry != null)\n    customProvider.setAuthenticationConfigIfNeeded()\n    val customConfig = Configuration.getConfiguration\n    assert(savedConfig != customConfig)\n    assert(defaultConfig != customConfig)\n    val customAppEntry = customConfig.getAppConfigurationEntry(customProvider.appEntry)\n    assert(customAppEntry != null)\n\n    \/\/ Make sure a second call is not modifying the existing authentication\n    defaultProvider.setAuthenticationConfigIfNeeded()\n    customProvider.setAuthenticationConfigIfNeeded()\n    assert(customConfig == Configuration.getConfiguration)\n    assert(defaultConfig.getAppConfigurationEntry(defaultProvider.appEntry) === defaultAppEntry)\n    assert(customConfig.getAppConfigurationEntry(customProvider.appEntry) === customAppEntry)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/hive-thriftserver\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/thriftserver\/ui\/HiveThriftServer2ListenerSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.thriftserver.ui\n\nimport java.util.Properties\n\nimport org.mockito.Mockito.{mock, RETURNS_SMART_NULLS}\nimport org.scalatest.BeforeAndAfter\n\nimport org.apache.spark.{SparkConf, SparkContext, SparkFunSuite}\nimport org.apache.spark.internal.config.Status.{ASYNC_TRACKING_ENABLED, LIVE_ENTITY_UPDATE_PERIOD}\nimport org.apache.spark.scheduler.SparkListenerJobStart\nimport org.apache.spark.sql.hive.thriftserver.HiveThriftServer2\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.status.ElementTrackingStore\nimport org.apache.spark.util.kvstore.InMemoryStore\n\nclass HiveThriftServer2ListenerSuite extends SparkFunSuite with BeforeAndAfter {\n\n  private var kvstore: ElementTrackingStore = _\n\n  after {\n    if (kvstore != null) {\n      kvstore.close()\n      kvstore = null\n    }\n  }\n\n  Seq(true, false).foreach { live =>\n    test(s\"listener events should store successfully (live = $live)\") {\n      val (statusStore: HiveThriftServer2AppStatusStore,\n      listener: HiveThriftServer2Listener) = createAppStatusStore(live)\n\n      listener.onOtherEvent(SparkListenerThriftServerSessionCreated(\"localhost\", \"sessionId\",\n        \"user\", System.currentTimeMillis()))\n      listener.onOtherEvent(SparkListenerThriftServerOperationStart(\"id\", \"sessionId\",\n        \"dummy query\", \"groupId\", System.currentTimeMillis(), \"user\"))\n      listener.onOtherEvent(SparkListenerThriftServerOperationParsed(\"id\", \"dummy plan\"))\n      listener.onJobStart(SparkListenerJobStart(\n        0,\n        System.currentTimeMillis(),\n        Nil,\n        createProperties))\n      listener.onOtherEvent(SparkListenerThriftServerOperationFinish(\"id\",\n        System.currentTimeMillis()))\n      listener.onOtherEvent(SparkListenerThriftServerOperationClosed(\"id\",\n        System.currentTimeMillis()))\n\n      if (live) {\n        assert(statusStore.getOnlineSessionNum === 1)\n      }\n\n      listener.onOtherEvent(SparkListenerThriftServerSessionClosed(\"sessionId\",\n        System.currentTimeMillis()))\n\n      if (!live) {\n        \/\/ To update history store\n        kvstore.close(false)\n      }\n      assert(statusStore.getOnlineSessionNum === 0)\n      assert(statusStore.getExecutionList.size === 1)\n\n      val storeExecData = statusStore.getExecutionList.head\n\n      assert(storeExecData.execId === \"id\")\n      assert(storeExecData.sessionId === \"sessionId\")\n      assert(storeExecData.executePlan === \"dummy plan\")\n      assert(storeExecData.jobId === Seq(\"0\"))\n      assert(listener.noLiveData())\n    }\n  }\n\n  Seq(true, false).foreach { live =>\n    test(s\"cleanup session if exceeds the threshold (live = $live)\") {\n      val (statusStore: HiveThriftServer2AppStatusStore,\n      listener: HiveThriftServer2Listener) = createAppStatusStore(true)\n      var time = 0\n      listener.onOtherEvent(SparkListenerThriftServerSessionCreated(\"localhost\", \"sessionId1\",\n        \"user\", time))\n      time += 1\n      listener.onOtherEvent(SparkListenerThriftServerSessionCreated(\"localhost\", \"sessionId2\",\n        \"user\", time))\n      time += 1\n      listener.onOtherEvent(SparkListenerThriftServerSessionClosed(\"sessionId1\", time))\n      time += 1\n      listener.onOtherEvent(SparkListenerThriftServerSessionClosed(\"sessionId2\", time))\n      listener.onOtherEvent(SparkListenerThriftServerSessionCreated(\"localhost\", \"sessionId3\",\n        \"user\", time))\n      time += 1\n      listener.onOtherEvent(SparkListenerThriftServerSessionClosed(\"sessionId3\", time))\n\n      if (!live) {\n        kvstore.close(false)\n      }\n      assert(statusStore.getOnlineSessionNum === 0)\n      assert(statusStore.getSessionCount === 1)\n      assert(statusStore.getSession(\"sessionId1\") === None)\n      assert(listener.noLiveData())\n    }\n  }\n\n  test(\"update execution info when jobstart event come after execution end event\") {\n    val (statusStore: HiveThriftServer2AppStatusStore,\n    listener: HiveThriftServer2Listener) = createAppStatusStore(true)\n\n    listener.onOtherEvent(SparkListenerThriftServerSessionCreated(\"localhost\", \"sessionId\", \"user\",\n      System.currentTimeMillis()))\n    listener.onOtherEvent(SparkListenerThriftServerOperationStart(\"id\", \"sessionId\", \"dummy query\",\n      \"groupId\", System.currentTimeMillis(), \"user\"))\n    listener.onOtherEvent(SparkListenerThriftServerOperationParsed(\"id\", \"dummy plan\"))\n    listener.onOtherEvent(SparkListenerThriftServerOperationFinish(\"id\",\n      System.currentTimeMillis()))\n    listener.onOtherEvent(SparkListenerThriftServerOperationClosed(\"id\",\n      System.currentTimeMillis()))\n    listener.onJobStart(SparkListenerJobStart(\n      0,\n      System.currentTimeMillis(),\n      Nil,\n      createProperties))\n    listener.onOtherEvent(SparkListenerThriftServerSessionClosed(\"sessionId\",\n      System.currentTimeMillis()))\n    val exec = statusStore.getExecution(\"id\")\n    assert(exec.isDefined)\n    assert(exec.get.jobId === Seq(\"0\"))\n    assert(listener.noLiveData())\n  }\n\n  private def createProperties: Properties = {\n    val properties = new Properties()\n    properties.setProperty(SparkContext.SPARK_JOB_GROUP_ID, \"groupId\")\n    properties\n  }\n\n  private def createAppStatusStore(live: Boolean) = {\n    val sparkConf = new SparkConf()\n    sparkConf.set(ASYNC_TRACKING_ENABLED, false)\n      .set(SQLConf.THRIFTSERVER_UI_SESSION_LIMIT, 1)\n      .set(LIVE_ENTITY_UPDATE_PERIOD, 0L)\n    kvstore = new ElementTrackingStore(new InMemoryStore, sparkConf)\n    if (live) {\n      val server = mock(classOf[HiveThriftServer2], RETURNS_SMART_NULLS)\n      val listener = new HiveThriftServer2Listener(kvstore, sparkConf, Some(server))\n      (new HiveThriftServer2AppStatusStore(kvstore, Some(listener)), listener)\n    } else {\n      (new HiveThriftServer2AppStatusStore(kvstore),\n        new HiveThriftServer2Listener(kvstore, sparkConf, None, false))\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/aggregate\/AggUtils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.aggregate\n\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.expressions.aggregate._\nimport org.apache.spark.sql.execution.SparkPlan\nimport org.apache.spark.sql.execution.streaming.{StateStoreRestoreExec, StateStoreSaveExec}\n\n\/**\n * Utility functions used by the query planner to convert our plan to new aggregation code path.\n *\/\nobject AggUtils {\n\n  private def mayRemoveAggFilters(exprs: Seq[AggregateExpression]): Seq[AggregateExpression] = {\n    exprs.map { ae =>\n      if (ae.filter.isDefined) {\n        ae.mode match {\n          \/\/ Aggregate filters are applicable only in partial\/complete modes;\n          \/\/ this method filters out them, otherwise.\n          case Partial | Complete => ae\n          case _ => ae.copy(filter = None)\n        }\n      } else {\n        ae\n      }\n    }\n  }\n\n  private def createAggregate(\n      requiredChildDistributionExpressions: Option[Seq[Expression]] = None,\n      groupingExpressions: Seq[NamedExpression] = Nil,\n      aggregateExpressions: Seq[AggregateExpression] = Nil,\n      aggregateAttributes: Seq[Attribute] = Nil,\n      initialInputBufferOffset: Int = 0,\n      resultExpressions: Seq[NamedExpression] = Nil,\n      child: SparkPlan): SparkPlan = {\n    val useHash = HashAggregateExec.supportsAggregate(\n      aggregateExpressions.flatMap(_.aggregateFunction.aggBufferAttributes))\n    if (useHash) {\n      HashAggregateExec(\n        requiredChildDistributionExpressions = requiredChildDistributionExpressions,\n        groupingExpressions = groupingExpressions,\n        aggregateExpressions = mayRemoveAggFilters(aggregateExpressions),\n        aggregateAttributes = aggregateAttributes,\n        initialInputBufferOffset = initialInputBufferOffset,\n        resultExpressions = resultExpressions,\n        child = child)\n    } else {\n      val objectHashEnabled = child.sqlContext.conf.useObjectHashAggregation\n      val useObjectHash = ObjectHashAggregateExec.supportsAggregate(aggregateExpressions)\n\n      if (objectHashEnabled && useObjectHash) {\n        ObjectHashAggregateExec(\n          requiredChildDistributionExpressions = requiredChildDistributionExpressions,\n          groupingExpressions = groupingExpressions,\n          aggregateExpressions = mayRemoveAggFilters(aggregateExpressions),\n          aggregateAttributes = aggregateAttributes,\n          initialInputBufferOffset = initialInputBufferOffset,\n          resultExpressions = resultExpressions,\n          child = child)\n      } else {\n        SortAggregateExec(\n          requiredChildDistributionExpressions = requiredChildDistributionExpressions,\n          groupingExpressions = groupingExpressions,\n          aggregateExpressions = mayRemoveAggFilters(aggregateExpressions),\n          aggregateAttributes = aggregateAttributes,\n          initialInputBufferOffset = initialInputBufferOffset,\n          resultExpressions = resultExpressions,\n          child = child)\n      }\n    }\n  }\n\n  def planAggregateWithoutDistinct(\n      groupingExpressions: Seq[NamedExpression],\n      aggregateExpressions: Seq[AggregateExpression],\n      resultExpressions: Seq[NamedExpression],\n      child: SparkPlan): Seq[SparkPlan] = {\n    \/\/ Check if we can use HashAggregate.\n\n    \/\/ 1. Create an Aggregate Operator for partial aggregations.\n\n    val groupingAttributes = groupingExpressions.map(_.toAttribute)\n    val partialAggregateExpressions = aggregateExpressions.map(_.copy(mode = Partial))\n    val partialAggregateAttributes =\n      partialAggregateExpressions.flatMap(_.aggregateFunction.aggBufferAttributes)\n    val partialResultExpressions =\n      groupingAttributes ++\n        partialAggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes)\n\n    val partialAggregate = createAggregate(\n        requiredChildDistributionExpressions = None,\n        groupingExpressions = groupingExpressions,\n        aggregateExpressions = partialAggregateExpressions,\n        aggregateAttributes = partialAggregateAttributes,\n        initialInputBufferOffset = 0,\n        resultExpressions = partialResultExpressions,\n        child = child)\n\n    \/\/ 2. Create an Aggregate Operator for final aggregations.\n    val finalAggregateExpressions = aggregateExpressions.map(_.copy(mode = Final))\n    \/\/ The attributes of the final aggregation buffer, which is presented as input to the result\n    \/\/ projection:\n    val finalAggregateAttributes = finalAggregateExpressions.map(_.resultAttribute)\n\n    val finalAggregate = createAggregate(\n        requiredChildDistributionExpressions = Some(groupingAttributes),\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = finalAggregateExpressions,\n        aggregateAttributes = finalAggregateAttributes,\n        initialInputBufferOffset = groupingExpressions.length,\n        resultExpressions = resultExpressions,\n        child = partialAggregate)\n\n    finalAggregate :: Nil\n  }\n\n  def planAggregateWithOneDistinct(\n      groupingExpressions: Seq[NamedExpression],\n      functionsWithDistinct: Seq[AggregateExpression],\n      functionsWithoutDistinct: Seq[AggregateExpression],\n      resultExpressions: Seq[NamedExpression],\n      child: SparkPlan): Seq[SparkPlan] = {\n\n    \/\/ functionsWithDistinct is guaranteed to be non-empty. Even though it may contain more than one\n    \/\/ DISTINCT aggregate function, all of those functions will have the same column expressions.\n    \/\/ For example, it would be valid for functionsWithDistinct to be\n    \/\/ [COUNT(DISTINCT foo), MAX(DISTINCT foo)], but [COUNT(DISTINCT bar), COUNT(DISTINCT foo)] is\n    \/\/ disallowed because those two distinct aggregates have different column expressions.\n    val distinctExpressions = functionsWithDistinct.head.aggregateFunction.children\n    val namedDistinctExpressions = distinctExpressions.map {\n      case ne: NamedExpression => ne\n      case other => Alias(other, other.toString)()\n    }\n    val distinctAttributes = namedDistinctExpressions.map(_.toAttribute)\n    val groupingAttributes = groupingExpressions.map(_.toAttribute)\n\n    \/\/ 1. Create an Aggregate Operator for partial aggregations.\n    val partialAggregate: SparkPlan = {\n      val aggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = Partial))\n      val aggregateAttributes = aggregateExpressions.map(_.resultAttribute)\n      \/\/ We will group by the original grouping expression, plus an additional expression for the\n      \/\/ DISTINCT column. For example, for AVG(DISTINCT value) GROUP BY key, the grouping\n      \/\/ expressions will be [key, value].\n      createAggregate(\n        groupingExpressions = groupingExpressions ++ namedDistinctExpressions,\n        aggregateExpressions = aggregateExpressions,\n        aggregateAttributes = aggregateAttributes,\n        resultExpressions = groupingAttributes ++ distinctAttributes ++\n          aggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes),\n        child = child)\n    }\n\n    \/\/ 2. Create an Aggregate Operator for partial merge aggregations.\n    val partialMergeAggregate: SparkPlan = {\n      val aggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = PartialMerge))\n      val aggregateAttributes = aggregateExpressions.map(_.resultAttribute)\n      createAggregate(\n        requiredChildDistributionExpressions =\n          Some(groupingAttributes ++ distinctAttributes),\n        groupingExpressions = groupingAttributes ++ distinctAttributes,\n        aggregateExpressions = aggregateExpressions,\n        aggregateAttributes = aggregateAttributes,\n        initialInputBufferOffset = (groupingAttributes ++ distinctAttributes).length,\n        resultExpressions = groupingAttributes ++ distinctAttributes ++\n          aggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes),\n        child = partialAggregate)\n    }\n\n    \/\/ 3. Create an Aggregate operator for partial aggregation (for distinct)\n    val distinctColumnAttributeLookup = distinctExpressions.zip(distinctAttributes).toMap\n    val rewrittenDistinctFunctions = functionsWithDistinct.map {\n      \/\/ Children of an AggregateFunction with DISTINCT keyword has already\n      \/\/ been evaluated. At here, we need to replace original children\n      \/\/ to AttributeReferences.\n      case agg @ AggregateExpression(aggregateFunction, mode, true, _, _) =>\n        aggregateFunction.transformDown(distinctColumnAttributeLookup)\n          .asInstanceOf[AggregateFunction]\n      case agg =>\n        throw new IllegalArgumentException(\n          \"Non-distinct aggregate is found in functionsWithDistinct \" +\n          s\"at planAggregateWithOneDistinct: $agg\")\n    }\n\n    val partialDistinctAggregate: SparkPlan = {\n      val mergeAggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = PartialMerge))\n      \/\/ The attributes of the final aggregation buffer, which is presented as input to the result\n      \/\/ projection:\n      val mergeAggregateAttributes = mergeAggregateExpressions.map(_.resultAttribute)\n      val (distinctAggregateExpressions, distinctAggregateAttributes) =\n        rewrittenDistinctFunctions.zipWithIndex.map { case (func, i) =>\n          \/\/ We rewrite the aggregate function to a non-distinct aggregation because\n          \/\/ its input will have distinct arguments.\n          \/\/ We just keep the isDistinct setting to true, so when users look at the query plan,\n          \/\/ they still can see distinct aggregations.\n          val expr = AggregateExpression(func, Partial, isDistinct = true)\n          \/\/ Use original AggregationFunction to lookup attributes, which is used to build\n          \/\/ aggregateFunctionToAttribute\n          val attr = functionsWithDistinct(i).resultAttribute\n          (expr, attr)\n      }.unzip\n\n      val partialAggregateResult = groupingAttributes ++\n          mergeAggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes) ++\n          distinctAggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes)\n      createAggregate(\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = mergeAggregateExpressions ++ distinctAggregateExpressions,\n        aggregateAttributes = mergeAggregateAttributes ++ distinctAggregateAttributes,\n        initialInputBufferOffset = (groupingAttributes ++ distinctAttributes).length,\n        resultExpressions = partialAggregateResult,\n        child = partialMergeAggregate)\n    }\n\n    \/\/ 4. Create an Aggregate Operator for the final aggregation.\n    val finalAndCompleteAggregate: SparkPlan = {\n      val finalAggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = Final))\n      \/\/ The attributes of the final aggregation buffer, which is presented as input to the result\n      \/\/ projection:\n      val finalAggregateAttributes = finalAggregateExpressions.map(_.resultAttribute)\n\n      val (distinctAggregateExpressions, distinctAggregateAttributes) =\n        rewrittenDistinctFunctions.zipWithIndex.map { case (func, i) =>\n          \/\/ We rewrite the aggregate function to a non-distinct aggregation because\n          \/\/ its input will have distinct arguments.\n          \/\/ We just keep the isDistinct setting to true, so when users look at the query plan,\n          \/\/ they still can see distinct aggregations.\n          val expr = AggregateExpression(func, Final, isDistinct = true)\n          \/\/ Use original AggregationFunction to lookup attributes, which is used to build\n          \/\/ aggregateFunctionToAttribute\n          val attr = functionsWithDistinct(i).resultAttribute\n          (expr, attr)\n      }.unzip\n\n      createAggregate(\n        requiredChildDistributionExpressions = Some(groupingAttributes),\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = finalAggregateExpressions ++ distinctAggregateExpressions,\n        aggregateAttributes = finalAggregateAttributes ++ distinctAggregateAttributes,\n        initialInputBufferOffset = groupingAttributes.length,\n        resultExpressions = resultExpressions,\n        child = partialDistinctAggregate)\n    }\n\n    finalAndCompleteAggregate :: Nil\n  }\n\n  \/**\n   * Plans a streaming aggregation using the following progression:\n   *  - Partial Aggregation\n   *  - Shuffle\n   *  - Partial Merge (now there is at most 1 tuple per group)\n   *  - StateStoreRestore (now there is 1 tuple from this batch + optionally one from the previous)\n   *  - PartialMerge (now there is at most 1 tuple per group)\n   *  - StateStoreSave (saves the tuple for the next batch)\n   *  - Complete (output the current result of the aggregation)\n   *\/\n  def planStreamingAggregation(\n      groupingExpressions: Seq[NamedExpression],\n      functionsWithoutDistinct: Seq[AggregateExpression],\n      resultExpressions: Seq[NamedExpression],\n      stateFormatVersion: Int,\n      child: SparkPlan): Seq[SparkPlan] = {\n\n    val groupingAttributes = groupingExpressions.map(_.toAttribute)\n\n    val partialAggregate: SparkPlan = {\n      val aggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = Partial))\n      val aggregateAttributes = aggregateExpressions.map(_.resultAttribute)\n      createAggregate(\n        groupingExpressions = groupingExpressions,\n        aggregateExpressions = aggregateExpressions,\n        aggregateAttributes = aggregateAttributes,\n        resultExpressions = groupingAttributes ++\n            aggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes),\n        child = child)\n    }\n\n    val partialMerged1: SparkPlan = {\n      val aggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = PartialMerge))\n      val aggregateAttributes = aggregateExpressions.map(_.resultAttribute)\n      createAggregate(\n        requiredChildDistributionExpressions =\n            Some(groupingAttributes),\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = aggregateExpressions,\n        aggregateAttributes = aggregateAttributes,\n        initialInputBufferOffset = groupingAttributes.length,\n        resultExpressions = groupingAttributes ++\n            aggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes),\n        child = partialAggregate)\n    }\n\n    val restored = StateStoreRestoreExec(groupingAttributes, None, stateFormatVersion,\n      partialMerged1)\n\n    val partialMerged2: SparkPlan = {\n      val aggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = PartialMerge))\n      val aggregateAttributes = aggregateExpressions.map(_.resultAttribute)\n      createAggregate(\n        requiredChildDistributionExpressions =\n            Some(groupingAttributes),\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = aggregateExpressions,\n        aggregateAttributes = aggregateAttributes,\n        initialInputBufferOffset = groupingAttributes.length,\n        resultExpressions = groupingAttributes ++\n            aggregateExpressions.flatMap(_.aggregateFunction.inputAggBufferAttributes),\n        child = restored)\n    }\n    \/\/ Note: stateId and returnAllStates are filled in later with preparation rules\n    \/\/ in IncrementalExecution.\n    val saved =\n      StateStoreSaveExec(\n        groupingAttributes,\n        stateInfo = None,\n        outputMode = None,\n        eventTimeWatermark = None,\n        stateFormatVersion = stateFormatVersion,\n        partialMerged2)\n\n    val finalAndCompleteAggregate: SparkPlan = {\n      val finalAggregateExpressions = functionsWithoutDistinct.map(_.copy(mode = Final))\n      \/\/ The attributes of the final aggregation buffer, which is presented as input to the result\n      \/\/ projection:\n      val finalAggregateAttributes = finalAggregateExpressions.map(_.resultAttribute)\n\n      createAggregate(\n        requiredChildDistributionExpressions = Some(groupingAttributes),\n        groupingExpressions = groupingAttributes,\n        aggregateExpressions = finalAggregateExpressions,\n        aggregateAttributes = finalAggregateAttributes,\n        initialInputBufferOffset = groupingAttributes.length,\n        resultExpressions = resultExpressions,\n        child = saved)\n    }\n\n    finalAndCompleteAggregate :: Nil\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/resource\/ExecutorResourceRequest.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.resource\n\n\/**\n * An Executor resource request. This is used in conjunction with the ResourceProfile to\n * programmatically specify the resources needed for an RDD that will be applied at the\n * stage level.\n *\n * This is used to specify what the resource requirements are for an Executor and how\n * Spark can find out specific details about those resources. Not all the parameters are\n * required for every resource type. Resources like GPUs are supported and have same limitations\n * as using the global spark configs spark.executor.resource.gpu.*. The amount, discoveryScript,\n * and vendor parameters for resources are all the same parameters a user would specify through the\n * configs: spark.executor.resource.{resourceName}.{amount, discoveryScript, vendor}.\n *\n * For instance, a user wants to allocate an Executor with GPU resources on YARN. The user has\n * to specify the resource name (gpu), the amount or number of GPUs per Executor,\n * the discovery script would be specified so that when the Executor starts up it can\n * discovery what GPU addresses are available for it to use because YARN doesn't tell\n * Spark that, then vendor would not be used because its specific for Kubernetes.\n *\n * See the configuration and cluster specific docs for more details.\n *\n * Use ExecutorResourceRequests class as a convenience API.\n *\n * @param resourceName Name of the resource\n * @param amount Amount requesting\n * @param discoveryScript Optional script used to discover the resources. This is required on some\n *                        cluster managers that don't tell Spark the addresses of the resources\n *                        allocated. The script runs on Executors startup to discover the addresses\n *                        of the resources available.\n * @param vendor Optional vendor, required for some cluster managers\n *\n * This api is currently private until the rest of the pieces are in place and then it\n * will become public.\n *\/\nprivate[spark] class ExecutorResourceRequest(\n    val resourceName: String,\n    val amount: Long,\n    val discoveryScript: String = \"\",\n    val vendor: String = \"\") extends Serializable {\n\n  override def equals(obj: Any): Boolean = {\n    obj match {\n      case that: ExecutorResourceRequest =>\n        that.getClass == this.getClass &&\n          that.resourceName == resourceName && that.amount == amount &&\n        that.discoveryScript == discoveryScript && that.vendor == vendor\n      case _ =>\n        false\n    }\n  }\n\n  override def hashCode(): Int =\n    Seq(resourceName, amount, discoveryScript, vendor).hashCode()\n\n  override def toString(): String = {\n    s\"name: $resourceName, amount: $amount, script: $discoveryScript, vendor: $vendor\"\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/test\/scala\/org\/apache\/spark\/ml\/stat\/FValueTestSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.stat\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.ml.feature.LabeledPoint\nimport org.apache.spark.ml.linalg.{Vector, Vectors}\nimport org.apache.spark.ml.util.DefaultReadWriteTest\nimport org.apache.spark.ml.util.TestingUtils._\nimport org.apache.spark.mllib.util.MLlibTestSparkContext\n\nclass FValueTestSuite\n  extends SparkFunSuite with MLlibTestSparkContext with DefaultReadWriteTest {\n\n  import testImplicits._\n\n  test(\"test DataFrame of labeled points\") {\n  \/\/ scalastyle:off\n  \/*\n  Use the following sklearn data in this test\n\n  >>> from sklearn.feature_selection import f_regression\n  >>> import numpy as np\n  >>> X = np.random.rand(20, 6)\n  >>> w = np.array([0.3, 0.4, 0.5, 0, 0, 0])\n  >>> y = X @ w\n  >>> X\n  array([[1.67318514e-01, 1.78398028e-01, 4.36846538e-01, 5.24003164e-01,\n          1.80915415e-01, 1.98030859e-01],\n         [3.71836586e-01, 6.13453963e-01, 7.15269190e-01, 9.33623792e-03,\n          5.36095674e-01, 2.74223333e-01],\n         [3.68988949e-01, 5.34104018e-01, 5.24858744e-01, 6.86815853e-01,\n          3.26534757e-01, 6.92699400e-01],\n         [4.87748505e-02, 3.07080315e-01, 7.82955385e-01, 6.90167375e-01,\n          6.44077919e-01, 4.23739024e-01],\n         [6.50153455e-01, 8.32746110e-01, 6.88029140e-03, 1.27859556e-01,\n          6.80223767e-01, 6.25825675e-01],\n         [9.47343271e-01, 2.13193978e-01, 3.71342472e-01, 8.21291956e-01,\n          4.38195693e-01, 5.76569439e-01],\n         [9.96499254e-01, 8.45833297e-01, 6.56086922e-02, 5.90029174e-01,\n          1.68954572e-01, 7.19792823e-02],\n         [1.85926914e-01, 9.60329804e-01, 3.13487406e-01, 9.59549928e-01,\n          6.89093311e-01, 6.94999427e-01],\n         [9.40164576e-01, 2.69042714e-02, 5.39491321e-01, 5.74068666e-01,\n          1.10935343e-01, 2.17519760e-01],\n         [2.97951848e-02, 1.06592106e-01, 5.74931856e-01, 8.80801522e-01,\n          8.60445070e-01, 9.22757966e-01],\n         [9.80970473e-01, 3.05909353e-01, 4.96401766e-01, 2.44342697e-01,\n          6.90559227e-01, 5.64858704e-01],\n         [1.55939260e-01, 2.18626853e-01, 5.01834270e-01, 1.86694987e-01,\n          9.15411148e-01, 6.40527848e-01],\n         [3.16107608e-01, 9.25906358e-01, 5.47327167e-01, 4.83712979e-01,\n          8.42305220e-01, 7.58488462e-01],\n         [4.14393503e-01, 1.30817883e-01, 5.62034942e-01, 1.05150633e-01,\n          5.35632795e-01, 9.47594074e-04],\n         [5.26233981e-01, 7.63781419e-02, 3.19188240e-01, 5.16528633e-02,\n          5.28416724e-01, 6.47050470e-03],\n         [2.73404764e-01, 7.17070744e-01, 3.12889595e-01, 8.39271965e-01,\n          9.67650889e-01, 8.50098873e-01],\n         [4.63289495e-01, 3.57055416e-02, 5.43528596e-01, 4.44840919e-01,\n          9.36845855e-02, 7.81595037e-01],\n         [3.21784993e-01, 3.15622454e-01, 7.58870408e-01, 5.18198558e-01,\n          2.28151905e-01, 4.42460325e-01],\n         [3.72428352e-01, 1.44447969e-01, 8.40274188e-01, 5.86308041e-01,\n          6.09893953e-01, 3.97006473e-01],\n         [3.12776786e-01, 9.33630195e-01, 2.29328749e-01, 4.32807208e-01,\n          1.51703470e-02, 1.51589320e-01]])\n  >>> y\n  array([0.33997803, 0.71456716, 0.58676766, 0.52894227, 0.53158463,\n         0.55515181, 0.67008744, 0.5966537 , 0.56255674, 0.33904133,\n         0.66485577, 0.38514965, 0.73885841, 0.45766267, 0.34801557,\n         0.52529452, 0.42503336, 0.60221968, 0.58964479, 0.58194949])\n  >>> f_regression(X, y)\n  (array([2.76445780e+00, 1.05267800e+01, 4.43399092e-02, 2.04580501e-02,\n         3.13208557e-02, 1.35248025e-03]), array([0.11369388, 0.0044996 , 0.83558782, 0.88785417, 0.86150261,\n         0.97106833]))\n  *\/\n  \/\/ scalastyle:on\n\n    val data = Seq(\n      LabeledPoint(0.33997803, Vectors.dense(1.67318514e-01, 1.78398028e-01, 4.36846538e-01,\n        5.24003164e-01, 1.80915415e-01, 1.98030859e-01)),\n      LabeledPoint(0.71456716, Vectors.dense(3.71836586e-01, 6.13453963e-01, 7.15269190e-01,\n        9.33623792e-03, 5.36095674e-01, 2.74223333e-01)),\n      LabeledPoint(0.58676766, Vectors.dense(3.68988949e-01, 5.34104018e-01, 5.24858744e-01,\n        6.86815853e-01, 3.26534757e-01, 6.92699400e-01)),\n      LabeledPoint(0.52894227, Vectors.dense(4.87748505e-02, 3.07080315e-01, 7.82955385e-01,\n        6.90167375e-01, 6.44077919e-01, 4.23739024e-01)),\n      LabeledPoint(0.53158463, Vectors.dense(6.50153455e-01, 8.32746110e-01, 6.88029140e-03,\n        1.27859556e-01, 6.80223767e-01, 6.25825675e-01)),\n      LabeledPoint(0.55515181, Vectors.dense(9.47343271e-01, 2.13193978e-01, 3.71342472e-01,\n        8.21291956e-01, 4.38195693e-01, 5.76569439e-01)),\n      LabeledPoint(0.67008744, Vectors.dense(9.96499254e-01, 8.45833297e-01, 6.56086922e-02,\n        5.90029174e-01, 1.68954572e-01, 7.19792823e-02)),\n      LabeledPoint(0.5966537, Vectors.dense(1.85926914e-01, 9.60329804e-01, 3.13487406e-01,\n        9.59549928e-01, 6.89093311e-01, 6.94999427e-01)),\n      LabeledPoint(0.56255674, Vectors.dense(9.40164576e-01, 2.69042714e-02, 5.39491321e-01,\n        5.74068666e-01, 1.10935343e-01, 2.17519760e-01)),\n      LabeledPoint(0.33904133, Vectors.dense(2.97951848e-02, 1.06592106e-01, 5.74931856e-01,\n        8.80801522e-01, 8.60445070e-01, 9.22757966e-01)),\n      LabeledPoint(0.66485577, Vectors.dense(9.80970473e-01, 3.05909353e-01, 4.96401766e-01,\n        2.44342697e-01, 6.90559227e-01, 5.64858704e-01)),\n      LabeledPoint(0.38514965, Vectors.dense(1.55939260e-01, 2.18626853e-01, 5.01834270e-01,\n        1.86694987e-01, 9.15411148e-01, 6.40527848e-01)),\n      LabeledPoint(0.73885841, Vectors.dense(3.16107608e-01, 9.25906358e-01, 5.47327167e-01,\n        4.83712979e-01, 8.42305220e-01, 7.58488462e-01)),\n      LabeledPoint(0.45766267, Vectors.dense(4.14393503e-01, 1.30817883e-01, 5.62034942e-01,\n        1.05150633e-01, 5.35632795e-01, 9.47594074e-04)),\n      LabeledPoint(0.34801557, Vectors.dense(5.26233981e-01, 7.63781419e-02, 3.19188240e-01,\n        5.16528633e-02, 5.28416724e-01, 6.47050470e-03)),\n      LabeledPoint(0.52529452, Vectors.dense(2.73404764e-01, 7.17070744e-01, 3.12889595e-01,\n        8.39271965e-01, 9.67650889e-01, 8.50098873e-01)),\n      LabeledPoint(0.42503336, Vectors.dense(4.63289495e-01, 3.57055416e-02, 5.43528596e-01,\n        4.44840919e-01, 9.36845855e-02, 7.81595037e-01)),\n      LabeledPoint(0.60221968, Vectors.dense(3.21784993e-01, 3.15622454e-01, 7.58870408e-01,\n        5.18198558e-01, 2.28151905e-01, 4.42460325e-01)),\n      LabeledPoint(0.58964479, Vectors.dense(3.72428352e-01, 1.44447969e-01, 8.40274188e-01,\n        5.86308041e-01, 6.09893953e-01, 3.97006473e-01)),\n      LabeledPoint(0.58194949, Vectors.dense(3.12776786e-01, 9.33630195e-01, 2.29328749e-01,\n        4.32807208e-01, 1.51703470e-02, 1.51589320e-01)))\n\n    for (numParts <- List(2, 4, 6, 8)) {\n      val df = spark.createDataFrame(sc.parallelize(data, numParts))\n      val fRegression = FValueTest.test(df, \"features\", \"label\")\n      val (pValues: Vector, fValues: Vector) =\n        fRegression.select(\"pValues\", \"fValues\")\n          .as[(Vector, Vector)].head()\n      assert(pValues ~== Vectors.dense(0.11369388, 0.0044996, 0.83558782, 0.88785417, 0.86150261,\n        0.97106833) relTol 1e-6)\n      assert(fValues ~== Vectors.dense(2.76445780e+00, 1.05267800e+01, 4.43399092e-02,\n        2.04580501e-02, 3.13208557e-02, 1.35248025e-03) relTol 1e-6)\n    }\n  }\n\n  test(\"test DataFrame with sparse vector\") {\n    val df = spark.createDataFrame(Seq(\n      (4.6, Vectors.sparse(6, Array((0, 6.0), (1, 7.0), (3, 7.0), (4, 6.0)))),\n      (6.6, Vectors.sparse(6, Array((1, 9.0), (2, 6.0), (4, 5.0), (5, 9.0)))),\n      (5.1, Vectors.sparse(6, Array((1, 9.0), (2, 3.0), (4, 5.0), (5, 5.0)))),\n      (7.6, Vectors.dense(Array(0.0, 9.0, 8.0, 5.0, 6.0, 4.0))),\n      (9.0, Vectors.dense(Array(8.0, 9.0, 6.0, 5.0, 4.0, 4.0))),\n      (9.0, Vectors.dense(Array(8.0, 9.0, 6.0, 4.0, 0.0, 0.0)))\n    )).toDF(\"label\", \"features\")\n\n    val fRegression = FValueTest.test(df, \"features\", \"label\")\n    val (pValues: Vector, fValues: Vector) =\n      fRegression.select(\"pValues\", \"fValues\")\n        .as[(Vector, Vector)].head()\n    assert(pValues ~== Vectors.dense(0.35236913, 0.19167161, 0.06506426, 0.75183662, 0.16111045,\n      0.89090362) relTol 1e-6)\n    assert(fValues ~== Vectors.dense(1.10558422, 2.46254817, 6.37164347, 0.1147488, 2.94816821,\n      0.02134755) relTol 1e-6)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"external\/kinesis-asl\/src\/test\/scala\/org\/apache\/spark\/streaming\/kinesis\/KPLBasedKinesisTestUtils.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.streaming.kinesis\n\nimport java.nio.ByteBuffer\nimport java.nio.charset.StandardCharsets\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ArrayBuffer\n\nimport com.amazonaws.services.kinesis.producer.{KinesisProducer => KPLProducer,\n  KinesisProducerConfiguration, UserRecordResult}\nimport com.google.common.util.concurrent.{FutureCallback, Futures}\n\nimport org.apache.spark.util.ThreadUtils\n\nprivate[kinesis] class KPLBasedKinesisTestUtils(streamShardCount: Int = 2)\n    extends KinesisTestUtils(streamShardCount) {\n  override protected def getProducer(aggregate: Boolean): KinesisDataGenerator = {\n    if (!aggregate) {\n      new SimpleDataGenerator(kinesisClient)\n    } else {\n      new KPLDataGenerator(regionName)\n    }\n  }\n}\n\n\/** A wrapper for the KinesisProducer provided in the KPL. *\/\nprivate[kinesis] class KPLDataGenerator(regionName: String) extends KinesisDataGenerator {\n\n  private lazy val producer: KPLProducer = {\n    val conf = new KinesisProducerConfiguration()\n      .setRecordMaxBufferedTime(1000)\n      .setMaxConnections(1)\n      .setRegion(regionName)\n      .setMetricsLevel(\"none\")\n\n    new KPLProducer(conf)\n  }\n\n  override def sendData(streamName: String, data: Seq[Int]): Map[String, Seq[(Int, String)]] = {\n    val shardIdToSeqNumbers = new mutable.HashMap[String, ArrayBuffer[(Int, String)]]()\n    data.foreach { num =>\n      val str = num.toString\n      val data = ByteBuffer.wrap(str.getBytes(StandardCharsets.UTF_8))\n      val future = producer.addUserRecord(streamName, str, data)\n      val kinesisCallBack = new FutureCallback[UserRecordResult]() {\n        override def onFailure(t: Throwable): Unit = {} \/\/ do nothing\n\n        override def onSuccess(result: UserRecordResult): Unit = {\n          val shardId = result.getShardId\n          val seqNumber = result.getSequenceNumber()\n          val sentSeqNumbers = shardIdToSeqNumbers.getOrElseUpdate(shardId,\n            new ArrayBuffer[(Int, String)]())\n          sentSeqNumbers += ((num, seqNumber))\n        }\n      }\n      Futures.addCallback(future, kinesisCallBack, ThreadUtils.sameThreadExecutorService)\n    }\n    producer.flushSync()\n    shardIdToSeqNumbers.toMap\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/csv\/CSVFilters.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.csv\n\nimport scala.util.Try\n\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.sources\nimport org.apache.spark.sql.types.{BooleanType, StructType}\n\n\/**\n * An instance of the class compiles filters to predicates and allows to\n * apply the predicates to an internal row with partially initialized values\n * converted from parsed CSV fields.\n *\n * @param filters The filters pushed down to CSV datasource.\n * @param requiredSchema The schema with only fields requested by the upper layer.\n *\/\nclass CSVFilters(filters: Seq[sources.Filter], requiredSchema: StructType) {\n  \/**\n   * Converted filters to predicates and grouped by maximum field index\n   * in the read schema. For example, if an filter refers to 2 attributes\n   * attrA with field index 5 and attrB with field index 10 in the read schema:\n   *   0 === $\"attrA\" or $\"attrB\" < 100\n   * the filter is compiled to a predicate, and placed to the `predicates`\n   * array at the position 10. In this way, if there is a row with initialized\n   * fields from the 0 to 10 index, the predicate can be applied to the row\n   * to check that the row should be skipped or not.\n   * Multiple predicates with the same maximum reference index are combined\n   * by the `And` expression.\n   *\/\n  private val predicates: Array[BasePredicate] = {\n    val len = requiredSchema.fields.length\n    val groupedPredicates = Array.fill[BasePredicate](len)(null)\n    if (SQLConf.get.csvFilterPushDown) {\n      val groupedFilters = Array.fill(len)(Seq.empty[sources.Filter])\n      for (filter <- filters) {\n        val refs = filter.references\n        val index = if (refs.isEmpty) {\n          \/\/ For example, AlwaysTrue and AlwaysFalse doesn't have any references\n          \/\/ Filters w\/o refs always return the same result. Taking into account\n          \/\/ that predicates are combined via And, we can apply such filters only\n          \/\/ once at the position 0.\n          0\n        } else {\n          \/\/ readSchema must contain attributes of all filters.\n          \/\/ Accordingly, fieldIndex() returns a valid index always.\n          refs.map(requiredSchema.fieldIndex).max\n        }\n        groupedFilters(index) :+= filter\n      }\n      if (len > 0 && !groupedFilters(0).isEmpty) {\n        \/\/ We assume that filters w\/o refs like AlwaysTrue and AlwaysFalse\n        \/\/ can be evaluated faster that others. We put them in front of others.\n        val (literals, others) = groupedFilters(0).partition(_.references.isEmpty)\n        groupedFilters(0) = literals ++ others\n      }\n      for (i <- 0 until len) {\n        if (!groupedFilters(i).isEmpty) {\n          val reducedExpr = groupedFilters(i)\n            .flatMap(CSVFilters.filterToExpression(_, toRef))\n            .reduce(And)\n          groupedPredicates(i) = Predicate.create(reducedExpr)\n        }\n      }\n    }\n    groupedPredicates\n  }\n\n  \/**\n   * Applies all filters that refer to row fields at the positions from 0 to index.\n   * @param row The internal row to check.\n   * @param index Maximum field index. The function assumes that all fields\n   *              from 0 to index position are set.\n   * @return false iff row fields at the position from 0 to index pass filters\n   *         or there are no applicable filters\n   *         otherwise false if at least one of the filters returns false.\n   *\/\n  def skipRow(row: InternalRow, index: Int): Boolean = {\n    val predicate = predicates(index)\n    predicate != null && !predicate.eval(row)\n  }\n\n  \/\/ Finds a filter attribute in the read schema and converts it to a `BoundReference`\n  private def toRef(attr: String): Option[BoundReference] = {\n    requiredSchema.getFieldIndex(attr).map { index =>\n      val field = requiredSchema(index)\n      BoundReference(requiredSchema.fieldIndex(attr), field.dataType, field.nullable)\n    }\n  }\n}\n\nobject CSVFilters {\n  private def checkFilterRefs(filter: sources.Filter, schema: StructType): Boolean = {\n    val fieldNames = schema.fields.map(_.name).toSet\n    filter.references.forall(fieldNames.contains(_))\n  }\n\n  \/**\n   * Returns the filters currently supported by CSV datasource.\n   * @param filters The filters pushed down to CSV datasource.\n   * @param schema data schema of CSV files.\n   * @return a sub-set of `filters` that can be handled by CSV datasource.\n   *\/\n  def pushedFilters(filters: Array[sources.Filter], schema: StructType): Array[sources.Filter] = {\n    filters.filter(checkFilterRefs(_, schema))\n  }\n\n  private def zip[A, B](a: Option[A], b: Option[B]): Option[(A, B)] = {\n    a.zip(b).headOption\n  }\n\n  private def toLiteral(value: Any): Option[Literal] = {\n    Try(Literal(value)).toOption\n  }\n\n  \/**\n   * Converts a filter to an expression and binds it to row positions.\n   *\n   * @param filter The filter to convert.\n   * @param toRef The function converts a filter attribute to a bound reference.\n   * @return some expression with resolved attributes or None if the conversion\n   *         of the given filter to an expression is impossible.\n   *\/\n  def filterToExpression(\n      filter: sources.Filter,\n      toRef: String => Option[BoundReference]): Option[Expression] = {\n    def zipAttributeAndValue(name: String, value: Any): Option[(BoundReference, Literal)] = {\n      zip(toRef(name), toLiteral(value))\n    }\n    def translate(filter: sources.Filter): Option[Expression] = filter match {\n      case sources.And(left, right) =>\n        zip(translate(left), translate(right)).map(And.tupled)\n      case sources.Or(left, right) =>\n        zip(translate(left), translate(right)).map(Or.tupled)\n      case sources.Not(child) =>\n        translate(child).map(Not)\n      case sources.EqualTo(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(EqualTo.tupled)\n      case sources.EqualNullSafe(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(EqualNullSafe.tupled)\n      case sources.IsNull(attribute) =>\n        toRef(attribute).map(IsNull)\n      case sources.IsNotNull(attribute) =>\n        toRef(attribute).map(IsNotNull)\n      case sources.In(attribute, values) =>\n        val literals = values.toSeq.flatMap(toLiteral)\n        if (literals.length == values.length) {\n          toRef(attribute).map(In(_, literals))\n        } else {\n          None\n        }\n      case sources.GreaterThan(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(GreaterThan.tupled)\n      case sources.GreaterThanOrEqual(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(GreaterThanOrEqual.tupled)\n      case sources.LessThan(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(LessThan.tupled)\n      case sources.LessThanOrEqual(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(LessThanOrEqual.tupled)\n      case sources.StringContains(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(Contains.tupled)\n      case sources.StringStartsWith(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(StartsWith.tupled)\n      case sources.StringEndsWith(attribute, value) =>\n        zipAttributeAndValue(attribute, value).map(EndsWith.tupled)\n      case sources.AlwaysTrue() =>\n        Some(Literal(true, BooleanType))\n      case sources.AlwaysFalse() =>\n        Some(Literal(false, BooleanType))\n    }\n    translate(filter)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/optim\/aggregator\/LogisticAggregator.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.ml.optim.aggregator\n\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.ml.feature.Instance\nimport org.apache.spark.ml.linalg.{DenseVector, Vector}\nimport org.apache.spark.mllib.util.MLUtils\n\n\/**\n * LogisticAggregator computes the gradient and loss for binary or multinomial logistic (softmax)\n * loss function, as used in classification for instances in sparse or dense vector in an online\n * fashion.\n *\n * Two LogisticAggregators can be merged together to have a summary of loss and gradient of\n * the corresponding joint dataset.\n *\n * For improving the convergence rate during the optimization process and also to prevent against\n * features with very large variances exerting an overly large influence during model training,\n * packages like R's GLMNET perform the scaling to unit variance and remove the mean in order to\n * reduce the condition number. The model is then trained in this scaled space, but returns the\n * coefficients in the original scale. See page 9 in\n * http:\/\/cran.r-project.org\/web\/packages\/glmnet\/glmnet.pdf\n *\n * However, we don't want to apply the [[org.apache.spark.ml.feature.StandardScaler]] on the\n * training dataset, and then cache the standardized dataset since it will create a lot of overhead.\n * As a result, we perform the scaling implicitly when we compute the objective function (though\n * we do not subtract the mean).\n *\n * Note that there is a difference between multinomial (softmax) and binary loss. The binary case\n * uses one outcome class as a \"pivot\" and regresses the other class against the pivot. In the\n * multinomial case, the softmax loss function is used to model each class probability\n * independently. Using softmax loss produces `K` sets of coefficients, while using a pivot class\n * produces `K - 1` sets of coefficients (a single coefficient vector in the binary case). In the\n * binary case, we can say that the coefficients are shared between the positive and negative\n * classes. When regularization is applied, multinomial (softmax) loss will produce a result\n * different from binary loss since the positive and negative don't share the coefficients while the\n * binary regression shares the coefficients between positive and negative.\n *\n * The following is a mathematical derivation for the multinomial (softmax) loss.\n *\n * The probability of the multinomial outcome $y$ taking on any of the K possible outcomes is:\n *\n * <blockquote>\n *    $$\n *    P(y_i=0|\\vec{x}_i, \\beta) = \\frac{e^{\\vec{x}_i^T \\vec{\\beta}_0}}{\\sum_{k=0}^{K-1}\n *       e^{\\vec{x}_i^T \\vec{\\beta}_k}} \\\\\n *    P(y_i=1|\\vec{x}_i, \\beta) = \\frac{e^{\\vec{x}_i^T \\vec{\\beta}_1}}{\\sum_{k=0}^{K-1}\n *       e^{\\vec{x}_i^T \\vec{\\beta}_k}}\\\\\n *    P(y_i=K-1|\\vec{x}_i, \\beta) = \\frac{e^{\\vec{x}_i^T \\vec{\\beta}_{K-1}}\\,}{\\sum_{k=0}^{K-1}\n *       e^{\\vec{x}_i^T \\vec{\\beta}_k}}\n *    $$\n * <\/blockquote>\n *\n * The model coefficients $\\beta = (\\beta_0, \\beta_1, \\beta_2, ..., \\beta_{K-1})$ become a matrix\n * which has dimension of $K \\times (N+1)$ if the intercepts are added. If the intercepts are not\n * added, the dimension will be $K \\times N$.\n *\n * Note that the coefficients in the model above lack identifiability. That is, any constant scalar\n * can be added to all of the coefficients and the probabilities remain the same.\n *\n * <blockquote>\n *    $$\n *    \\begin{align}\n *    \\frac{e^{\\vec{x}_i^T \\left(\\vec{\\beta}_0 + \\vec{c}\\right)}}{\\sum_{k=0}^{K-1}\n *       e^{\\vec{x}_i^T \\left(\\vec{\\beta}_k + \\vec{c}\\right)}}\n *    = \\frac{e^{\\vec{x}_i^T \\vec{\\beta}_0}e^{\\vec{x}_i^T \\vec{c}}\\,}{e^{\\vec{x}_i^T \\vec{c}}\n *       \\sum_{k=0}^{K-1} e^{\\vec{x}_i^T \\vec{\\beta}_k}}\n *    = \\frac{e^{\\vec{x}_i^T \\vec{\\beta}_0}}{\\sum_{k=0}^{K-1} e^{\\vec{x}_i^T \\vec{\\beta}_k}}\n *    \\end{align}\n *    $$\n * <\/blockquote>\n *\n * However, when regularization is added to the loss function, the coefficients are indeed\n * identifiable because there is only one set of coefficients which minimizes the regularization\n * term. When no regularization is applied, we choose the coefficients with the minimum L2\n * penalty for consistency and reproducibility. For further discussion see:\n *\n * Friedman, et al. \"Regularization Paths for Generalized Linear Models via Coordinate Descent\"\n *\n * The loss of objective function for a single instance of data (we do not include the\n * regularization term here for simplicity) can be written as\n *\n * <blockquote>\n *    $$\n *    \\begin{align}\n *    \\ell\\left(\\beta, x_i\\right) &= -log{P\\left(y_i \\middle| \\vec{x}_i, \\beta\\right)} \\\\\n *    &= log\\left(\\sum_{k=0}^{K-1}e^{\\vec{x}_i^T \\vec{\\beta}_k}\\right) - \\vec{x}_i^T \\vec{\\beta}_y\\\\\n *    &= log\\left(\\sum_{k=0}^{K-1} e^{margins_k}\\right) - margins_y\n *    \\end{align}\n *    $$\n * <\/blockquote>\n *\n * where ${margins}_k = \\vec{x}_i^T \\vec{\\beta}_k$.\n *\n * For optimization, we have to calculate the first derivative of the loss function, and a simple\n * calculation shows that\n *\n * <blockquote>\n *    $$\n *    \\begin{align}\n *    \\frac{\\partial \\ell(\\beta, \\vec{x}_i, w_i)}{\\partial \\beta_{j, k}}\n *    &= x_{i,j} \\cdot w_i \\cdot \\left(\\frac{e^{\\vec{x}_i \\cdot \\vec{\\beta}_k}}{\\sum_{k'=0}^{K-1}\n *      e^{\\vec{x}_i \\cdot \\vec{\\beta}_{k'}}\\,} - I_{y=k}\\right) \\\\\n *    &= x_{i, j} \\cdot w_i \\cdot multiplier_k\n *    \\end{align}\n *    $$\n * <\/blockquote>\n *\n * where $w_i$ is the sample weight, $I_{y=k}$ is an indicator function\n *\n *  <blockquote>\n *    $$\n *    I_{y=k} = \\begin{cases}\n *          1 & y = k \\\\\n *          0 & else\n *       \\end{cases}\n *    $$\n * <\/blockquote>\n *\n * and\n *\n * <blockquote>\n *    $$\n *    multiplier_k = \\left(\\frac{e^{\\vec{x}_i \\cdot \\vec{\\beta}_k}}{\\sum_{k=0}^{K-1}\n *       e^{\\vec{x}_i \\cdot \\vec{\\beta}_k}} - I_{y=k}\\right)\n *    $$\n * <\/blockquote>\n *\n * If any of margins is larger than 709.78, the numerical computation of multiplier and loss\n * function will suffer from arithmetic overflow. This issue occurs when there are outliers in\n * data which are far away from the hyperplane, and this will cause the failing of training once\n * infinity is introduced. Note that this is only a concern when max(margins) &gt; 0.\n *\n * Fortunately, when max(margins) = maxMargin &gt; 0, the loss function and the multiplier can\n * easily be rewritten into the following equivalent numerically stable formula.\n *\n * <blockquote>\n *    $$\n *    \\ell\\left(\\beta, x\\right) = log\\left(\\sum_{k=0}^{K-1} e^{margins_k - maxMargin}\\right) -\n *       margins_{y} + maxMargin\n *    $$\n * <\/blockquote>\n *\n * Note that each term, $(margins_k - maxMargin)$ in the exponential is no greater than zero; as a\n * result, overflow will not happen with this formula.\n *\n * For $multiplier$, a similar trick can be applied as the following,\n *\n * <blockquote>\n *    $$\n *    multiplier_k = \\left(\\frac{e^{\\vec{x}_i \\cdot \\vec{\\beta}_k - maxMargin}}{\\sum_{k'=0}^{K-1}\n *       e^{\\vec{x}_i \\cdot \\vec{\\beta}_{k'} - maxMargin}} - I_{y=k}\\right)\n *    $$\n * <\/blockquote>\n *\n *\n * @param bcCoefficients The broadcast coefficients corresponding to the features.\n * @param bcFeaturesStd The broadcast standard deviation values of the features.\n * @param numClasses the number of possible outcomes for k classes classification problem in\n *                   Multinomial Logistic Regression.\n * @param fitIntercept Whether to fit an intercept term.\n * @param multinomial Whether to use multinomial (softmax) or binary loss\n * @note In order to avoid unnecessary computation during calculation of the gradient updates\n * we lay out the coefficients in column major order during training. This allows us to\n * perform feature standardization once, while still retaining sequential memory access\n * for speed. We convert back to row major order when we create the model,\n * since this form is optimal for the matrix operations used for prediction.\n *\/\nprivate[ml] class LogisticAggregator(\n    bcFeaturesStd: Broadcast[Array[Double]],\n    numClasses: Int,\n    fitIntercept: Boolean,\n    multinomial: Boolean)(bcCoefficients: Broadcast[Vector])\n  extends DifferentiableLossAggregator[Instance, LogisticAggregator] with Logging {\n\n  private val numFeatures = bcFeaturesStd.value.length\n  private val numFeaturesPlusIntercept = if (fitIntercept) numFeatures + 1 else numFeatures\n  private val coefficientSize = bcCoefficients.value.size\n  protected override val dim: Int = coefficientSize\n  if (multinomial) {\n    require(numClasses ==  coefficientSize \/ numFeaturesPlusIntercept, s\"The number of \" +\n      s\"coefficients should be ${numClasses * numFeaturesPlusIntercept} but was $coefficientSize\")\n  } else {\n    require(coefficientSize == numFeaturesPlusIntercept, s\"Expected $numFeaturesPlusIntercept \" +\n      s\"coefficients but got $coefficientSize\")\n    require(numClasses == 1 || numClasses == 2, s\"Binary logistic aggregator requires numClasses \" +\n      s\"in {1, 2} but found $numClasses.\")\n  }\n\n  @transient private lazy val coefficientsArray: Array[Double] = bcCoefficients.value match {\n    case DenseVector(values) => values\n    case _ => throw new IllegalArgumentException(s\"coefficients only supports dense vector but \" +\n      s\"got type ${bcCoefficients.value.getClass}.)\")\n  }\n\n  if (multinomial && numClasses <= 2) {\n    logInfo(s\"Multinomial logistic regression for binary classification yields separate \" +\n      s\"coefficients for positive and negative classes. When no regularization is applied, the\" +\n      s\"result will be effectively the same as binary logistic regression. When regularization\" +\n      s\"is applied, multinomial loss will produce a result different from binary loss.\")\n  }\n\n  \/** Update gradient and loss using binary loss function. *\/\n  private def binaryUpdateInPlace(features: Vector, weight: Double, label: Double): Unit = {\n\n    val localFeaturesStd = bcFeaturesStd.value\n    val localCoefficients = coefficientsArray\n    val localGradientArray = gradientSumArray\n    val margin = - {\n      var sum = 0.0\n      features.foreachNonZero { (index, value) =>\n        if (localFeaturesStd(index) != 0.0) {\n          sum += localCoefficients(index) * value \/ localFeaturesStd(index)\n        }\n      }\n      if (fitIntercept) sum += localCoefficients(numFeaturesPlusIntercept - 1)\n      sum\n    }\n\n    val multiplier = weight * (1.0 \/ (1.0 + math.exp(margin)) - label)\n\n    features.foreachNonZero { (index, value) =>\n      if (localFeaturesStd(index) != 0.0) {\n        localGradientArray(index) += multiplier * value \/ localFeaturesStd(index)\n      }\n    }\n\n    if (fitIntercept) {\n      localGradientArray(numFeaturesPlusIntercept - 1) += multiplier\n    }\n\n    if (label > 0) {\n      \/\/ The following is equivalent to log(1 + exp(margin)) but more numerically stable.\n      lossSum += weight * MLUtils.log1pExp(margin)\n    } else {\n      lossSum += weight * (MLUtils.log1pExp(margin) - margin)\n    }\n  }\n\n  \/** Update gradient and loss using multinomial (softmax) loss function. *\/\n  private def multinomialUpdateInPlace(features: Vector, weight: Double, label: Double): Unit = {\n    \/\/ TODO: use level 2 BLAS operations\n    \/*\n      Note: this can still be used when numClasses = 2 for binary\n      logistic regression without pivoting.\n     *\/\n    val localFeaturesStd = bcFeaturesStd.value\n    val localCoefficients = coefficientsArray\n    val localGradientArray = gradientSumArray\n\n    \/\/ marginOfLabel is margins(label) in the formula\n    var marginOfLabel = 0.0\n    var maxMargin = Double.NegativeInfinity\n\n    val margins = new Array[Double](numClasses)\n    features.foreachNonZero { (index, value) =>\n      if (localFeaturesStd(index) != 0.0) {\n        val stdValue = value \/ localFeaturesStd(index)\n        var j = 0\n        while (j < numClasses) {\n          margins(j) += localCoefficients(index * numClasses + j) * stdValue\n          j += 1\n        }\n      }\n    }\n    var i = 0\n    while (i < numClasses) {\n      if (fitIntercept) {\n        margins(i) += localCoefficients(numClasses * numFeatures + i)\n      }\n      if (i == label.toInt) marginOfLabel = margins(i)\n      if (margins(i) > maxMargin) {\n        maxMargin = margins(i)\n      }\n      i += 1\n    }\n\n    \/**\n     * When maxMargin is greater than 0, the original formula could cause overflow.\n     * We address this by subtracting maxMargin from all the margins, so it's guaranteed\n     * that all of the new margins will be smaller than zero to prevent arithmetic overflow.\n     *\/\n    val multipliers = new Array[Double](numClasses)\n    val sum = {\n      var temp = 0.0\n      var i = 0\n      while (i < numClasses) {\n        if (maxMargin > 0) margins(i) -= maxMargin\n        val exp = math.exp(margins(i))\n        temp += exp\n        multipliers(i) = exp\n        i += 1\n      }\n      temp\n    }\n\n    margins.indices.foreach { i =>\n      multipliers(i) = multipliers(i) \/ sum - (if (label == i) 1.0 else 0.0)\n    }\n    features.foreachNonZero { (index, value) =>\n      if (localFeaturesStd(index) != 0.0) {\n        val stdValue = value \/ localFeaturesStd(index)\n        var j = 0\n        while (j < numClasses) {\n          localGradientArray(index * numClasses + j) += weight * multipliers(j) * stdValue\n          j += 1\n        }\n      }\n    }\n    if (fitIntercept) {\n      var i = 0\n      while (i < numClasses) {\n        localGradientArray(numFeatures * numClasses + i) += weight * multipliers(i)\n        i += 1\n      }\n    }\n\n    val loss = if (maxMargin > 0) {\n      math.log(sum) - marginOfLabel + maxMargin\n    } else {\n      math.log(sum) - marginOfLabel\n    }\n    lossSum += weight * loss\n  }\n\n  \/**\n   * Add a new training instance to this LogisticAggregator, and update the loss and gradient\n   * of the objective function.\n   *\n   * @param instance The instance of data point to be added.\n   * @return This LogisticAggregator object.\n   *\/\n  def add(instance: Instance): this.type = {\n    instance match { case Instance(label, weight, features) =>\n      require(numFeatures == features.size, s\"Dimensions mismatch when adding new instance.\" +\n        s\" Expecting $numFeatures but got ${features.size}.\")\n      require(weight >= 0.0, s\"instance weight, $weight has to be >= 0.0\")\n\n      if (weight == 0.0) return this\n\n      if (multinomial) {\n        multinomialUpdateInPlace(features, weight, label)\n      } else {\n        binaryUpdateInPlace(features, weight, label)\n      }\n      weightSum += weight\n      this\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/status\/api\/v1\/sql\/SqlResource.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.status.api.v1.sql\n\nimport java.util.Date\nimport javax.ws.rs._\nimport javax.ws.rs.core.MediaType\n\nimport org.apache.spark.JobExecutionStatus\nimport org.apache.spark.sql.execution.ui.{SQLAppStatusStore, SQLExecutionUIData, SQLPlanMetric}\nimport org.apache.spark.status.api.v1.{BaseAppResource, NotFoundException}\n\n@Produces(Array(MediaType.APPLICATION_JSON))\nprivate[v1] class SqlResource extends BaseAppResource {\n\n  @GET\n  def sqlList(\n      @DefaultValue(\"false\") @QueryParam(\"details\") details: Boolean,\n      @DefaultValue(\"0\") @QueryParam(\"offset\") offset: Int,\n      @DefaultValue(\"20\") @QueryParam(\"length\") length: Int): Seq[ExecutionData] = {\n    withUI { ui =>\n      val sqlStore = new SQLAppStatusStore(ui.store.store)\n      sqlStore.executionsList(offset, length).map(prepareExecutionData(_, details))\n    }\n  }\n\n  @GET\n  @Path(\"{executionId:\\\\d+}\")\n  def sql(\n      @PathParam(\"executionId\") execId: Long,\n      @DefaultValue(\"false\") @QueryParam(\"details\") details: Boolean): ExecutionData = {\n    withUI { ui =>\n      val sqlStore = new SQLAppStatusStore(ui.store.store)\n      sqlStore\n        .execution(execId)\n        .map(prepareExecutionData(_, details))\n        .getOrElse(throw new NotFoundException(\"unknown id: \" + execId))\n    }\n  }\n\n  private def printableMetrics(\n      metrics: Seq[SQLPlanMetric],\n      metricValues: Map[Long, String]): Seq[Metrics] = {\n    metrics.map(metric =>\n      Metrics(metric.name, metricValues.get(metric.accumulatorId).getOrElse(\"\")))\n  }\n\n  private def prepareExecutionData(exec: SQLExecutionUIData, details: Boolean): ExecutionData = {\n    var running = Seq[Int]()\n    var completed = Seq[Int]()\n    var failed = Seq[Int]()\n\n    exec.jobs.foreach {\n      case (id, JobExecutionStatus.RUNNING) =>\n        running = running :+ id\n      case (id, JobExecutionStatus.SUCCEEDED) =>\n        completed = completed :+ id\n      case (id, JobExecutionStatus.FAILED) =>\n        failed = failed :+ id\n      case _ =>\n    }\n\n    val status = if (exec.jobs.size == completed.size) {\n      \"COMPLETED\"\n    } else if (failed.nonEmpty) {\n      \"FAILED\"\n    } else {\n      \"RUNNING\"\n    }\n\n    val duration = exec.completionTime.getOrElse(new Date()).getTime - exec.submissionTime\n    val planDetails = if (details) exec.physicalPlanDescription else \"\"\n    val metrics = if (details) printableMetrics(exec.metrics, exec.metricValues) else Seq.empty\n    new ExecutionData(\n      exec.executionId,\n      status,\n      exec.description,\n      planDetails,\n      metrics,\n      new Date(exec.submissionTime),\n      duration,\n      running,\n      completed,\n      failed)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/hive-thriftserver\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/thriftserver\/SharedThriftServer.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.thriftserver\n\nimport java.sql.{DriverManager, Statement}\n\nimport scala.concurrent.duration._\nimport scala.util.{Random, Try}\n\nimport org.apache.hadoop.hive.conf.HiveConf.ConfVars\n\nimport org.apache.spark.sql.QueryTest\nimport org.apache.spark.sql.test.SharedSparkSession\n\ntrait SharedThriftServer extends SharedSparkSession {\n\n  private var hiveServer2: HiveThriftServer2 = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n    \/\/ Chooses a random port between 10000 and 19999\n    var listeningPort = 10000 + Random.nextInt(10000)\n\n    \/\/ Retries up to 3 times with different port numbers if the server fails to start\n    (1 to 3).foldLeft(Try(startThriftServer(listeningPort, 0))) { case (started, attempt) =>\n      started.orElse {\n        listeningPort += 1\n        Try(startThriftServer(listeningPort, attempt))\n      }\n    }.recover {\n      case cause: Throwable =>\n        throw cause\n    }.get\n    logInfo(\"HiveThriftServer2 started successfully\")\n  }\n\n  override def afterAll(): Unit = {\n    try {\n      hiveServer2.stop()\n    } finally {\n      super.afterAll()\n    }\n  }\n\n  protected def withJdbcStatement(fs: (Statement => Unit)*): Unit = {\n    val user = System.getProperty(\"user.name\")\n\n    val serverPort = hiveServer2.getHiveConf.get(ConfVars.HIVE_SERVER2_THRIFT_PORT.varname)\n    val connections =\n      fs.map { _ => DriverManager.getConnection(s\"jdbc:hive2:\/\/localhost:$serverPort\", user, \"\") }\n    val statements = connections.map(_.createStatement())\n\n    try {\n      statements.zip(fs).foreach { case (s, f) => f(s) }\n    } finally {\n      statements.foreach(_.close())\n      connections.foreach(_.close())\n    }\n  }\n\n  private def startThriftServer(port: Int, attempt: Int): Unit = {\n    logInfo(s\"Trying to start HiveThriftServer2: port=$port, attempt=$attempt\")\n    val sqlContext = spark.newSession().sqlContext\n    sqlContext.setConf(ConfVars.HIVE_SERVER2_THRIFT_PORT.varname, port.toString)\n    hiveServer2 = HiveThriftServer2.startWithContext(sqlContext)\n\n    \/\/ Wait for thrift server to be ready to serve the query, via executing simple query\n    \/\/ till the query succeeds. See SPARK-30345 for more details.\n    eventually(timeout(30.seconds), interval(1.seconds)) {\n      withJdbcStatement { _.execute(\"SELECT 1\") }\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/BarrierCoordinator.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/BarrierCoordinator.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark\n\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.util.{Timer, TimerTask}\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.function.Consumer\n\nimport scala.collection.mutable.ArrayBuffer\n\nimport org.json4s.JsonAST._\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods.{compact, render}\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.rpc.{RpcCallContext, RpcEnv, ThreadSafeRpcEndpoint}\nimport org.apache.spark.scheduler.{LiveListenerBus, SparkListener, SparkListenerStageCompleted}\n\n\/**\n * For each barrier stage attempt, only at most one barrier() call can be active at any time, thus\n * we can use (stageId, stageAttemptId) to identify the stage attempt where the barrier() call is\n * from.\n *\/\nprivate case class ContextBarrierId(stageId: Int, stageAttemptId: Int) {\n  override def toString: String = s\"Stage $stageId (Attempt $stageAttemptId)\"\n}\n\n\/**\n * A coordinator that handles all global sync requests from BarrierTaskContext. Each global sync\n * request is generated by `BarrierTaskContext.barrier()`, and identified by\n * stageId + stageAttemptId + barrierEpoch. Reply all the blocking global sync requests upon\n * all the requests for a group of `barrier()` calls are received. If the coordinator is unable to\n * collect enough global sync requests within a configured time, fail all the requests and return\n * an Exception with timeout message.\n *\/\nprivate[spark] class BarrierCoordinator(\n    timeoutInSecs: Long,\n    listenerBus: LiveListenerBus,\n    override val rpcEnv: RpcEnv) extends ThreadSafeRpcEndpoint with Logging {\n\n  \/\/ TODO SPARK-25030 Create a Timer() in the mainClass submitted to SparkSubmit makes it unable to\n  \/\/ fetch result, we shall fix the issue.\n  private lazy val timer = new Timer(\"BarrierCoordinator barrier epoch increment timer\")\n\n  \/\/ Listen to StageCompleted event, clear corresponding ContextBarrierState.\n  private val listener = new SparkListener {\n    override def onStageCompleted(stageCompleted: SparkListenerStageCompleted): Unit = {\n      val stageInfo = stageCompleted.stageInfo\n      val barrierId = ContextBarrierId(stageInfo.stageId, stageInfo.attemptNumber)\n      \/\/ Clear ContextBarrierState from a finished stage attempt.\n      cleanupBarrierStage(barrierId)\n    }\n  }\n\n  \/\/ Record all active stage attempts that make barrier() call(s), and the corresponding internal\n  \/\/ state.\n  private val states = new ConcurrentHashMap[ContextBarrierId, ContextBarrierState]\n\n  override def onStart(): Unit = {\n    super.onStart()\n    listenerBus.addToStatusQueue(listener)\n  }\n\n  override def onStop(): Unit = {\n    try {\n      states.forEachValue(1, clearStateConsumer)\n      states.clear()\n      listenerBus.removeListener(listener)\n    } finally {\n      super.onStop()\n    }\n  }\n\n  \/**\n   * Provide the current state of a barrier() call. A state is created when a new stage attempt\n   * sends out a barrier() call, and recycled on stage completed.\n   *\n   * @param barrierId Identifier of the barrier stage that make a barrier() call.\n   * @param numTasks Number of tasks of the barrier stage, all barrier() calls from the stage shall\n   *                 collect `numTasks` requests to succeed.\n   *\/\n  private class ContextBarrierState(\n      val barrierId: ContextBarrierId,\n      val numTasks: Int) {\n\n    \/\/ There may be multiple barrier() calls from a barrier stage attempt, `barrierEpoch` is used\n    \/\/ to identify each barrier() call. It shall get increased when a barrier() call succeeds, or\n    \/\/ reset when a barrier() call fails due to timeout.\n    private var barrierEpoch: Int = 0\n\n    \/\/ An Array of RPCCallContexts for barrier tasks that have made a blocking runBarrier() call\n    private val requesters: ArrayBuffer[RpcCallContext] = new ArrayBuffer[RpcCallContext](numTasks)\n\n    \/\/ An Array of allGather messages for barrier tasks that have made a blocking runBarrier() call\n    private val allGatherMessages: ArrayBuffer[String] = new Array[String](numTasks).to[ArrayBuffer]\n\n    \/\/ The blocking requestMethod called by tasks to sync up for this stage attempt\n    private var requestMethodToSync: RequestMethod.Value = RequestMethod.BARRIER\n\n    \/\/ A timer task that ensures we may timeout for a barrier() call.\n    private var timerTask: TimerTask = null\n\n    \/\/ Init a TimerTask for a barrier() call.\n    private def initTimerTask(state: ContextBarrierState): Unit = {\n      timerTask = new TimerTask {\n        override def run(): Unit = state.synchronized {\n          \/\/ Timeout current barrier() call, fail all the sync requests.\n          requesters.foreach(_.sendFailure(new SparkException(\"The coordinator didn't get all \" +\n            s\"barrier sync requests for barrier epoch $barrierEpoch from $barrierId within \" +\n            s\"$timeoutInSecs second(s).\")))\n          cleanupBarrierStage(barrierId)\n        }\n      }\n    }\n\n    \/\/ Cancel the current active TimerTask and release resources.\n    private def cancelTimerTask(): Unit = {\n      if (timerTask != null) {\n        timerTask.cancel()\n        timer.purge()\n        timerTask = null\n      }\n    }\n\n    \/\/ Process the global sync request. The barrier() call succeed if collected enough requests\n    \/\/ within a configured time, otherwise fail all the pending requests.\n    def handleRequest(\n      requester: RpcCallContext,\n      request: RequestToSync\n    ): Unit = synchronized {\n      val taskId = request.taskAttemptId\n      val epoch = request.barrierEpoch\n      val requestMethod = request.requestMethod\n      val partitionId = request.partitionId\n      val allGatherMessage = request match {\n        case ag: AllGatherRequestToSync => ag.allGatherMessage\n        case _ => \"\"\n      }\n\n      if (requesters.size == 0) {\n        requestMethodToSync = requestMethod\n      }\n\n      if (requestMethodToSync != requestMethod) {\n        requesters.foreach(\n          _.sendFailure(new SparkException(s\"$barrierId tried to use requestMethod \" +\n            s\"`$requestMethod` during barrier epoch $barrierEpoch, which does not match \" +\n            s\"the current synchronized requestMethod `$requestMethodToSync`\"\n          ))\n        )\n        cleanupBarrierStage(barrierId)\n      }\n\n      \/\/ Require the number of tasks is correctly set from the BarrierTaskContext.\n      require(request.numTasks == numTasks, s\"Number of tasks of $barrierId is \" +\n        s\"${request.numTasks} from Task $taskId, previously it was $numTasks.\")\n\n      \/\/ Check whether the epoch from the barrier tasks matches current barrierEpoch.\n      logInfo(s\"Current barrier epoch for $barrierId is $barrierEpoch.\")\n      if (epoch != barrierEpoch) {\n        requester.sendFailure(new SparkException(s\"The request to sync of $barrierId with \" +\n          s\"barrier epoch $barrierEpoch has already finished. Maybe task $taskId is not \" +\n          \"properly killed.\"))\n      } else {\n        \/\/ If this is the first sync message received for a barrier() call, start timer to ensure\n        \/\/ we may timeout for the sync.\n        if (requesters.isEmpty) {\n          initTimerTask(this)\n          timer.schedule(timerTask, timeoutInSecs * 1000)\n        }\n        \/\/ Add the requester to array of RPCCallContexts pending for reply.\n        requesters += requester\n        allGatherMessages(partitionId) = allGatherMessage\n        logInfo(s\"Barrier sync epoch $barrierEpoch from $barrierId received update from Task \" +\n          s\"$taskId, current progress: ${requesters.size}\/$numTasks.\")\n        if (maybeFinishAllRequesters(requesters, numTasks)) {\n          \/\/ Finished current barrier() call successfully, clean up ContextBarrierState and\n          \/\/ increase the barrier epoch.\n          logInfo(s\"Barrier sync epoch $barrierEpoch from $barrierId received all updates from \" +\n            s\"tasks, finished successfully.\")\n          barrierEpoch += 1\n          requesters.clear()\n          cancelTimerTask()\n        }\n      }\n    }\n\n    \/\/ Finish all the blocking barrier sync requests from a stage attempt successfully if we\n    \/\/ have received all the sync requests.\n    private def maybeFinishAllRequesters(\n        requesters: ArrayBuffer[RpcCallContext],\n        numTasks: Int): Boolean = {\n      if (requesters.size == numTasks) {\n        requestMethodToSync match {\n          case RequestMethod.BARRIER =>\n            requesters.foreach(_.reply(\"\"))\n          case RequestMethod.ALL_GATHER =>\n            val json: String = compact(render(allGatherMessages))\n            requesters.foreach(_.reply(json))\n        }\n        true\n      } else {\n        false\n      }\n    }\n\n    \/\/ Cleanup the internal state of a barrier stage attempt.\n    def clear(): Unit = synchronized {\n      \/\/ The global sync fails so the stage is expected to retry another attempt, all sync\n      \/\/ messages come from current stage attempt shall fail.\n      barrierEpoch = -1\n      requesters.clear()\n      cancelTimerTask()\n    }\n  }\n\n  \/\/ Clean up the [[ContextBarrierState]] that correspond to a specific stage attempt.\n  private def cleanupBarrierStage(barrierId: ContextBarrierId): Unit = {\n    val barrierState = states.remove(barrierId)\n    if (barrierState != null) {\n      barrierState.clear()\n    }\n  }\n\n  override def receiveAndReply(context: RpcCallContext): PartialFunction[Any, Unit] = {\n    case request: RequestToSync =>\n      \/\/ Get or init the ContextBarrierState correspond to the stage attempt.\n      val barrierId = ContextBarrierId(request.stageId, request.stageAttemptId)\n      states.computeIfAbsent(barrierId,\n        (key: ContextBarrierId) => new ContextBarrierState(key, request.numTasks))\n      val barrierState = states.get(barrierId)\n\n      barrierState.handleRequest(context, request)\n  }\n\n  private val clearStateConsumer = new Consumer[ContextBarrierState] {\n    override def accept(state: ContextBarrierState) = state.clear()\n  }\n}\n\nprivate[spark] sealed trait BarrierCoordinatorMessage extends Serializable\n\nprivate[spark] sealed trait RequestToSync extends BarrierCoordinatorMessage {\n  def numTasks: Int\n  def stageId: Int\n  def stageAttemptId: Int\n  def taskAttemptId: Long\n  def barrierEpoch: Int\n  def partitionId: Int\n  def requestMethod: RequestMethod.Value\n}\n\n\/**\n * A global sync request message from BarrierTaskContext, by `barrier()` call. Each request is\n * identified by stageId + stageAttemptId + barrierEpoch.\n *\n * @param numTasks The number of global sync requests the BarrierCoordinator shall receive\n * @param stageId ID of current stage\n * @param stageAttemptId ID of current stage attempt\n * @param taskAttemptId Unique ID of current task\n * @param barrierEpoch ID of the `barrier()` call, a task may consist multiple `barrier()` calls\n * @param partitionId ID of the current partition the task is assigned to\n * @param requestMethod The BarrierTaskContext method that was called to trigger BarrierCoordinator\n *\/\nprivate[spark] case class BarrierRequestToSync(\n  numTasks: Int,\n  stageId: Int,\n  stageAttemptId: Int,\n  taskAttemptId: Long,\n  barrierEpoch: Int,\n  partitionId: Int,\n  requestMethod: RequestMethod.Value\n) extends RequestToSync\n\n\/**\n * A global sync request message from BarrierTaskContext, by `allGather()` call. Each request is\n * identified by stageId + stageAttemptId + barrierEpoch.\n *\n * @param numTasks The number of global sync requests the BarrierCoordinator shall receive\n * @param stageId ID of current stage\n * @param stageAttemptId ID of current stage attempt\n * @param taskAttemptId Unique ID of current task\n * @param barrierEpoch ID of the `barrier()` call, a task may consist multiple `barrier()` calls\n * @param partitionId ID of the current partition the task is assigned to\n * @param requestMethod The BarrierTaskContext method that was called to trigger BarrierCoordinator\n * @param allGatherMessage Message sent from the BarrierTaskContext if requestMethod is ALL_GATHER\n *\/\nprivate[spark] case class AllGatherRequestToSync(\n  numTasks: Int,\n  stageId: Int,\n  stageAttemptId: Int,\n  taskAttemptId: Long,\n  barrierEpoch: Int,\n  partitionId: Int,\n  requestMethod: RequestMethod.Value,\n  allGatherMessage: String\n) extends RequestToSync\n\nprivate[spark] object RequestMethod extends Enumeration {\n  val BARRIER, ALL_GATHER = Value\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/streaming\/continuous\/ContinuousSuite.scala","text":"<filename>sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/streaming\/continuous\/ContinuousSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.streaming.continuous\n\nimport java.sql.Timestamp\n\nimport org.apache.spark.{SparkContext, SparkException}\nimport org.apache.spark.scheduler.{SparkListener, SparkListenerTaskStart}\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.execution.datasources.v2.ContinuousScanExec\nimport org.apache.spark.sql.execution.streaming._\nimport org.apache.spark.sql.execution.streaming.continuous._\nimport org.apache.spark.sql.execution.streaming.sources.ContinuousMemoryStream\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.internal.SQLConf.{CONTINUOUS_STREAMING_EPOCH_BACKLOG_QUEUE_SIZE, MIN_BATCHES_TO_RETAIN}\nimport org.apache.spark.sql.streaming.{StreamTest, Trigger}\nimport org.apache.spark.sql.test.TestSparkSession\n\nclass ContinuousSuiteBase extends StreamTest {\n  \/\/ We need more than the default local[2] to be able to schedule all partitions simultaneously.\n  override protected def createSparkSession = new TestSparkSession(\n    new SparkContext(\n      \"local[10]\",\n      \"continuous-stream-test-sql-context\",\n      sparkConf.set(\"spark.sql.testkey\", \"true\")))\n\n  protected def waitForRateSourceTriggers(query: ContinuousExecution, numTriggers: Int): Unit = {\n    query.awaitEpoch(0)\n\n    \/\/ This is called after waiting first epoch to be committed, so we can just treat\n    \/\/ it as partition readers for rate source are already initialized.\n    val firstCommittedTime = System.nanoTime()\n    val deltaNs = (numTriggers * 1000 + 300) * 1000000L\n    var toWaitNs = firstCommittedTime + deltaNs - System.nanoTime()\n    while (toWaitNs > 0) {\n      Thread.sleep(toWaitNs \/ 1000000)\n      toWaitNs = firstCommittedTime + deltaNs - System.nanoTime()\n    }\n  }\n\n  protected def waitForRateSourceCommittedValue(\n      query: ContinuousExecution,\n      desiredValue: Long,\n      maxWaitTimeMs: Long): Unit = {\n    def readHighestCommittedValue(c: ContinuousExecution): Option[Long] = {\n      c.committedOffsets.lastOption.map { case (_, offset) =>\n        offset match {\n          case o: RateStreamOffset =>\n            o.partitionToValueAndRunTimeMs.map {\n              case (_, ValueRunTimeMsPair(value, _)) => value\n            }.max\n        }\n      }\n    }\n\n    val maxWait = System.currentTimeMillis() + maxWaitTimeMs\n    while (System.currentTimeMillis() < maxWait &&\n      readHighestCommittedValue(query).getOrElse(Long.MinValue) < desiredValue) {\n      Thread.sleep(100)\n    }\n    if (System.currentTimeMillis() > maxWait) {\n      logWarning(s\"Couldn't reach desired value in $maxWaitTimeMs milliseconds!\" +\n        s\"Current highest committed value is ${readHighestCommittedValue(query)}\")\n    }\n  }\n\n  \/\/ A continuous trigger that will only fire the initial time for the duration of a test.\n  \/\/ This allows clean testing with manual epoch advancement.\n  protected val longContinuousTrigger = Trigger.Continuous(\"1 hour\")\n\n  override protected val defaultTrigger = Trigger.Continuous(100)\n}\n\nclass ContinuousSuite extends ContinuousSuiteBase {\n  import IntegratedUDFTestUtils._\n  import testImplicits._\n\n  test(\"basic\") {\n    val input = ContinuousMemoryStream[Int]\n\n    testStream(input.toDF())(\n      AddData(input, 0, 1, 2),\n      CheckAnswer(0, 1, 2),\n      StopStream,\n      AddData(input, 3, 4, 5),\n      StartStream(),\n      CheckAnswer(0, 1, 2, 3, 4, 5))\n  }\n\n  test(\"SPARK-29642: basic with various types\") {\n    val input = ContinuousMemoryStream[String]\n\n    testStream(input.toDF())(\n      AddData(input, \"0\", \"1\", \"2\"),\n      CheckAnswer(\"0\", \"1\", \"2\"))\n\n    val input2 = ContinuousMemoryStream[(String, Timestamp)]\n\n    val timestamp = Timestamp.valueOf(\"2015-06-11 10:10:10.100\")\n    testStream(input2.toDF())(\n      AddData(input2, (\"0\", timestamp), (\"1\", timestamp)),\n      CheckAnswer((\"0\", timestamp), (\"1\", timestamp)))\n  }\n\n  test(\"map\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF().map(_.getInt(0) * 2)\n\n    testStream(df)(\n      AddData(input, 0, 1),\n      CheckAnswer(0, 2),\n      StopStream,\n      AddData(input, 2, 3, 4),\n      StartStream(),\n      CheckAnswer(0, 2, 4, 6, 8))\n  }\n\n  test(\"flatMap\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF().flatMap(r => Seq(0, r.getInt(0), r.getInt(0) * 2))\n\n    testStream(df)(\n      AddData(input, 0, 1),\n      CheckAnswer((0 to 1).flatMap(n => Seq(0, n, n * 2)): _*),\n      StopStream,\n      AddData(input, 2, 3, 4),\n      StartStream(),\n      CheckAnswer((0 to 4).flatMap(n => Seq(0, n, n * 2)): _*))\n  }\n\n  test(\"filter\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF().where('value > 2)\n\n    testStream(df)(\n      AddData(input, 0, 1),\n      CheckAnswer(),\n      StopStream,\n      AddData(input, 2, 3, 4),\n      StartStream(),\n      CheckAnswer(3, 4))\n  }\n\n  test(\"deduplicate\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF().dropDuplicates()\n\n    val except = intercept[AnalysisException] {\n      testStream(df)(StartStream())\n    }\n\n    assert(except.message.contains(\n      \"Continuous processing does not support Deduplicate operations.\"))\n  }\n\n  test(\"timestamp\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF().select(current_timestamp())\n\n    val except = intercept[AnalysisException] {\n      testStream(df)(StartStream())\n    }\n\n    assert(except.message.contains(\n      \"Continuous processing does not support current time operations.\"))\n  }\n\n  test(\"subquery alias\") {\n    val input = ContinuousMemoryStream[Int]\n    input.toDF().createOrReplaceTempView(\"memory\")\n    val test = spark.sql(\"select value from memory where value > 2\")\n\n    testStream(test)(\n      AddData(input, 0, 1),\n      CheckAnswer(),\n      StopStream,\n      AddData(input, 2, 3, 4),\n      StartStream(),\n      CheckAnswer(3, 4))\n  }\n\n  test(\"repeatedly restart\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF()\n\n    testStream(df)(\n      StartStream(),\n      AddData(input, 0, 1),\n      CheckAnswer(0, 1),\n      StopStream,\n      StartStream(),\n      StopStream,\n      StartStream(),\n      StopStream,\n      StartStream(),\n      StopStream,\n      AddData(input, 2, 3),\n      StartStream(),\n      CheckAnswer(0, 1, 2, 3),\n      StopStream)\n  }\n\n  test(\"task failure kills the query\") {\n    val input = ContinuousMemoryStream[Int]\n    val df = input.toDF()\n\n    \/\/ Get an arbitrary task from this query to kill. It doesn't matter which one.\n    var taskId: Long = -1\n    val listener = new SparkListener() {\n      override def onTaskStart(start: SparkListenerTaskStart): Unit = {\n        taskId = start.taskInfo.taskId\n      }\n    }\n    spark.sparkContext.addSparkListener(listener)\n    try {\n      testStream(df)(\n        StartStream(Trigger.Continuous(100)),\n        AddData(input, 0, 1, 2, 3),\n        Execute { _ =>\n          \/\/ Wait until a task is started, then kill its first attempt.\n          eventually(timeout(streamingTimeout)) {\n            assert(taskId != -1)\n          }\n          spark.sparkContext.killTaskAttempt(taskId)\n        },\n        ExpectFailure[SparkException] { e =>\n          e.getCause != null && e.getCause.getCause.isInstanceOf[ContinuousTaskRetryException]\n        })\n    } finally {\n      spark.sparkContext.removeSparkListener(listener)\n    }\n  }\n\n  test(\"query without test harness\") {\n    val df = spark.readStream\n      .format(\"rate\")\n      .option(\"numPartitions\", \"2\")\n      .option(\"rowsPerSecond\", \"2\")\n      .load()\n      .select('value)\n\n    val query = df.writeStream\n      .format(\"memory\")\n      .queryName(\"noharness\")\n      .trigger(Trigger.Continuous(100))\n      .start()\n\n    val expected = Set(0, 1, 2, 3)\n    val continuousExecution =\n      query.asInstanceOf[StreamingQueryWrapper].streamingQuery.asInstanceOf[ContinuousExecution]\n    waitForRateSourceCommittedValue(continuousExecution, expected.max, 20 * 1000)\n    query.stop()\n\n    val results = spark.read.table(\"noharness\").collect()\n    assert(expected.map(Row(_)).subsetOf(results.toSet),\n      s\"Result set ${results.toSet} are not a superset of $expected!\")\n  }\n\n  Seq(TestScalaUDF(\"udf\"), TestPythonUDF(\"udf\"), TestScalarPandasUDF(\"udf\")).foreach { udf =>\n    test(s\"continuous mode with various UDFs - ${udf.prettyName}\") {\n      assume(\n        shouldTestScalarPandasUDFs && udf.isInstanceOf[TestScalarPandasUDF] ||\n        shouldTestPythonUDFs && udf.isInstanceOf[TestPythonUDF] ||\n        udf.isInstanceOf[TestScalaUDF])\n\n      val input = ContinuousMemoryStream[Int]\n      val df = input.toDF()\n\n      testStream(df.select(udf(df(\"value\")).cast(\"int\")))(\n        AddData(input, 0, 1, 2),\n        CheckAnswer(0, 1, 2),\n        StopStream,\n        AddData(input, 3, 4, 5),\n        StartStream(),\n        CheckAnswer(0, 1, 2, 3, 4, 5))\n    }\n  }\n}\n\nclass ContinuousStressSuite extends ContinuousSuiteBase {\n  import testImplicits._\n\n  test(\"only one epoch\") {\n    val df = spark.readStream\n      .format(\"rate\")\n      .option(\"numPartitions\", \"5\")\n      .option(\"rowsPerSecond\", \"500\")\n      .load()\n      .select('value)\n\n    testStream(df)(\n      StartStream(longContinuousTrigger),\n      AwaitEpoch(0),\n      Execute { exec =>\n        waitForRateSourceTriggers(exec.asInstanceOf[ContinuousExecution], 5)\n      },\n      IncrementEpoch(),\n      StopStream,\n      CheckAnswerRowsContains(scala.Range(0, 2500).map(Row(_)))\n    )\n  }\n\n  test(\"automatic epoch advancement\") {\n    val df = spark.readStream\n      .format(\"rate\")\n      .option(\"numPartitions\", \"5\")\n      .option(\"rowsPerSecond\", \"500\")\n      .load()\n      .select('value)\n\n    testStream(df)(\n      StartStream(Trigger.Continuous(2012)),\n      AwaitEpoch(0),\n      Execute { exec =>\n        waitForRateSourceTriggers(exec.asInstanceOf[ContinuousExecution], 5)\n      },\n      IncrementEpoch(),\n      StopStream,\n      CheckAnswerRowsContains(scala.Range(0, 2500).map(Row(_))))\n  }\n\n  test(\"restarts\") {\n    val df = spark.readStream\n      .format(\"rate\")\n      .option(\"numPartitions\", \"5\")\n      .option(\"rowsPerSecond\", \"500\")\n      .load()\n      .select('value)\n\n    testStream(df)(\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(2),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(4),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(5),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(6),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(8),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      StopStream,\n      StartStream(Trigger.Continuous(1012)),\n      AwaitEpoch(15),\n      StopStream,\n      CheckAnswerRowsContains(scala.Range(0, 2500).map(Row(_))))\n  }\n}\n\nclass ContinuousMetaSuite extends ContinuousSuiteBase {\n  import testImplicits._\n\n  \/\/ We need to specify spark.sql.streaming.minBatchesToRetain to do the following test.\n  override protected def createSparkSession = new TestSparkSession(\n    new SparkContext(\n      \"local[10]\",\n      \"continuous-stream-test-sql-context\",\n      sparkConf.set(\"spark.sql.testkey\", \"true\")\n        .set(MIN_BATCHES_TO_RETAIN.key, \"2\")))\n\n  test(\"SPARK-24351: check offsetLog\/commitLog retained in the checkpoint directory\") {\n    withTempDir { checkpointDir =>\n      val input = ContinuousMemoryStream[Int]\n      val df = input.toDF().mapPartitions(iter => {\n        \/\/ Sleep the task thread for 300 ms to make sure epoch processing time 3 times\n        \/\/ longer than epoch creating interval. So the gap between last committed\n        \/\/ epoch and currentBatchId grows over time.\n        Thread.sleep(300)\n        iter.map(row => row.getInt(0) * 2)\n      })\n\n      testStream(df)(\n        StartStream(trigger = Trigger.Continuous(100),\n          checkpointLocation = checkpointDir.getAbsolutePath),\n        AddData(input, 1),\n        CheckAnswer(2),\n        \/\/ Make sure epoch 2 has been committed before the following validation.\n        AwaitEpoch(2),\n        StopStream,\n        AssertOnQuery(q => {\n          q.commitLog.getLatest() match {\n            case Some((latestEpochId, _)) =>\n              val commitLogValidateResult = q.commitLog.get(latestEpochId - 1).isDefined &&\n                q.commitLog.get(latestEpochId - 2).isEmpty\n              val offsetLogValidateResult = q.offsetLog.get(latestEpochId - 1).isDefined &&\n                q.offsetLog.get(latestEpochId - 2).isEmpty\n              commitLogValidateResult && offsetLogValidateResult\n            case None => false\n          }\n        })\n      )\n    }\n  }\n}\n\nclass ContinuousEpochBacklogSuite extends ContinuousSuiteBase {\n  import testImplicits._\n\n  override protected def createSparkSession = new TestSparkSession(\n    new SparkContext(\n      \"local[1]\",\n      \"continuous-stream-test-sql-context\",\n      sparkConf.set(\"spark.sql.testkey\", \"true\")))\n\n  \/\/ This test forces the backlog to overflow by not standing up enough executors for the query\n  \/\/ to make progress.\n  test(\"epoch backlog overflow\") {\n    withSQLConf((CONTINUOUS_STREAMING_EPOCH_BACKLOG_QUEUE_SIZE.key, \"10\")) {\n      val df = spark.readStream\n        .format(\"rate\")\n        .option(\"numPartitions\", \"2\")\n        .option(\"rowsPerSecond\", \"500\")\n        .load()\n        .select('value)\n\n      testStream(df)(\n        StartStream(Trigger.Continuous(1)),\n        ExpectFailure[IllegalStateException] { e =>\n          e.getMessage.contains(\"queue has exceeded its maximum\")\n        }\n      )\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"resource-managers\/yarn\/src\/main\/scala\/org\/apache\/spark\/executor\/YarnCoarseGrainedExecutorBackend.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.executor\n\nimport java.net.URL\n\nimport org.apache.spark.SparkEnv\nimport org.apache.spark.deploy.SparkHadoopUtil\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.resource.ResourceProfile\nimport org.apache.spark.rpc.RpcEnv\nimport org.apache.spark.util.YarnContainerInfoHelper\n\n\/**\n * Custom implementation of CoarseGrainedExecutorBackend for YARN resource manager.\n * This class extracts executor log URLs and executor attributes from system environment which\n * properties are available for container being set via YARN.\n *\/\nprivate[spark] class YarnCoarseGrainedExecutorBackend(\n    rpcEnv: RpcEnv,\n    driverUrl: String,\n    executorId: String,\n    bindAddress: String,\n    hostname: String,\n    cores: Int,\n    userClassPath: Seq[URL],\n    env: SparkEnv,\n    resourcesFile: Option[String],\n    resourceProfile: ResourceProfile)\n  extends CoarseGrainedExecutorBackend(\n    rpcEnv,\n    driverUrl,\n    executorId,\n    bindAddress,\n    hostname,\n    cores,\n    userClassPath,\n    env,\n    resourcesFile,\n    resourceProfile) with Logging {\n\n  private lazy val hadoopConfiguration = SparkHadoopUtil.get.newConfiguration(env.conf)\n\n  override def extractLogUrls: Map[String, String] = {\n    YarnContainerInfoHelper.getLogUrls(hadoopConfiguration, container = None)\n      .getOrElse(Map())\n  }\n\n  override def extractAttributes: Map[String, String] = {\n    YarnContainerInfoHelper.getAttributes(hadoopConfiguration, container = None)\n      .getOrElse(Map())\n  }\n}\n\nprivate[spark] object YarnCoarseGrainedExecutorBackend extends Logging {\n\n  def main(args: Array[String]): Unit = {\n    val createFn: (RpcEnv, CoarseGrainedExecutorBackend.Arguments, SparkEnv, ResourceProfile) =>\n      CoarseGrainedExecutorBackend = { case (rpcEnv, arguments, env, resourceProfile) =>\n      new YarnCoarseGrainedExecutorBackend(rpcEnv, arguments.driverUrl, arguments.executorId,\n        arguments.bindAddress, arguments.hostname, arguments.cores, arguments.userClassPath, env,\n        arguments.resourcesFileOpt, resourceProfile)\n    }\n    val backendArgs = CoarseGrainedExecutorBackend.parseArguments(args,\n      this.getClass.getCanonicalName.stripSuffix(\"$\"))\n    CoarseGrainedExecutorBackend.run(backendArgs, createFn)\n    System.exit(0)\n  }\n\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/HiveResult.scala","text":"<filename>sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/HiveResult.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution\n\nimport java.nio.charset.StandardCharsets\nimport java.sql.{Date, Timestamp}\nimport java.time.{Instant, LocalDate}\n\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.catalyst.util.{DateFormatter, DateTimeUtils, TimestampFormatter}\nimport org.apache.spark.sql.execution.command.{DescribeCommandBase, ExecutedCommandExec, ShowTablesCommand}\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.types._\nimport org.apache.spark.unsafe.types.CalendarInterval\n\n\/**\n * Runs a query returning the result in Hive compatible form.\n *\/\nobject HiveResult {\n  \/**\n   * Returns the result as a hive compatible sequence of strings. This is used in tests and\n   * `SparkSQLDriver` for CLI applications.\n   *\/\n  def hiveResultString(executedPlan: SparkPlan): Seq[String] = executedPlan match {\n    case ExecutedCommandExec(_: DescribeCommandBase) =>\n      \/\/ If it is a describe command for a Hive table, we want to have the output format\n      \/\/ be similar with Hive.\n      executedPlan.executeCollectPublic().map {\n        case Row(name: String, dataType: String, comment) =>\n          Seq(name, dataType,\n            Option(comment.asInstanceOf[String]).getOrElse(\"\"))\n            .map(s => String.format(s\"%-20s\", s))\n            .mkString(\"\\t\")\n      }\n    \/\/ SHOW TABLES in Hive only output table names, while ours output database, table name, isTemp.\n    case command @ ExecutedCommandExec(s: ShowTablesCommand) if !s.isExtended =>\n      command.executeCollect().map(_.getString(1))\n    case other =>\n      val result: Seq[Seq[Any]] = other.executeCollectPublic().map(_.toSeq).toSeq\n      \/\/ We need the types so we can output struct field names\n      val types = executedPlan.output.map(_.dataType)\n      \/\/ Reformat to match hive tab delimited output.\n      result.map(_.zip(types).map(e => toHiveString(e)))\n        .map(_.mkString(\"\\t\"))\n  }\n\n  private lazy val zoneId = DateTimeUtils.getZoneId(SQLConf.get.sessionLocalTimeZone)\n  private lazy val dateFormatter = DateFormatter(zoneId)\n  private lazy val timestampFormatter = TimestampFormatter.getFractionFormatter(zoneId)\n\n  \/** Formats a datum (based on the given data type) and returns the string representation. *\/\n  def toHiveString(a: (Any, DataType), nested: Boolean = false): String = a match {\n    case (null, _) => if (nested) \"null\" else \"NULL\"\n    case (b, BooleanType) => b.toString\n    case (d: Date, DateType) => dateFormatter.format(DateTimeUtils.fromJavaDate(d))\n    case (ld: LocalDate, DateType) =>\n      dateFormatter.format(DateTimeUtils.localDateToDays(ld))\n    case (t: Timestamp, TimestampType) =>\n      timestampFormatter.format(DateTimeUtils.fromJavaTimestamp(t))\n    case (i: Instant, TimestampType) =>\n      timestampFormatter.format(DateTimeUtils.instantToMicros(i))\n    case (bin: Array[Byte], BinaryType) => new String(bin, StandardCharsets.UTF_8)\n    case (decimal: java.math.BigDecimal, DecimalType()) => decimal.toPlainString\n    case (n, _: NumericType) => n.toString\n    case (s: String, StringType) => if (nested) \"\\\"\" + s + \"\\\"\" else s\n    case (interval: CalendarInterval, CalendarIntervalType) => interval.toString\n    case (seq: Seq[_], ArrayType(typ, _)) =>\n      seq.map(v => (v, typ)).map(e => toHiveString(e, true)).mkString(\"[\", \",\", \"]\")\n    case (m: Map[_, _], MapType(kType, vType, _)) =>\n      m.map { case (key, value) =>\n        toHiveString((key, kType), true) + \":\" + toHiveString((value, vType), true)\n      }.toSeq.sorted.mkString(\"{\", \",\", \"}\")\n    case (struct: Row, StructType(fields)) =>\n      struct.toSeq.zip(fields).map { case (v, t) =>\n        s\"\"\"\"${t.name}\":${toHiveString((v, t.dataType), true)}\"\"\"\n      }.mkString(\"{\", \",\", \"}\")\n    case (other, _: UserDefinedType[_]) => other.toString\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/scheduler\/ExecutorResourceInfoSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.scheduler\n\nimport scala.collection.mutable.ArrayBuffer\n\nimport org.apache.spark.{SparkException, SparkFunSuite}\nimport org.apache.spark.resource.ResourceUtils.GPU\n\nclass ExecutorResourceInfoSuite extends SparkFunSuite {\n\n  test(\"Track Executor Resource information\") {\n    \/\/ Init Executor Resource.\n    val info = new ExecutorResourceInfo(GPU, ArrayBuffer(\"0\", \"1\", \"2\", \"3\"), 1)\n    assert(info.availableAddrs.sorted sameElements Seq(\"0\", \"1\", \"2\", \"3\"))\n    assert(info.assignedAddrs.isEmpty)\n\n    \/\/ Acquire addresses\n    info.acquire(Seq(\"0\", \"1\"))\n    assert(info.availableAddrs.sorted sameElements Seq(\"2\", \"3\"))\n    assert(info.assignedAddrs.sorted sameElements Seq(\"0\", \"1\"))\n\n    \/\/ release addresses\n    info.release(Array(\"0\", \"1\"))\n    assert(info.availableAddrs.sorted sameElements Seq(\"0\", \"1\", \"2\", \"3\"))\n    assert(info.assignedAddrs.isEmpty)\n  }\n\n  test(\"Don't allow acquire address that is not available\") {\n    \/\/ Init Executor Resource.\n    val info = new ExecutorResourceInfo(GPU, ArrayBuffer(\"0\", \"1\", \"2\", \"3\"), 1)\n    \/\/ Acquire some addresses.\n    info.acquire(Seq(\"0\", \"1\"))\n    assert(!info.availableAddrs.contains(\"1\"))\n    \/\/ Acquire an address that is not available\n    val e = intercept[SparkException] {\n      info.acquire(Array(\"1\"))\n    }\n    assert(e.getMessage.contains(\"Try to acquire an address that is not available.\"))\n  }\n\n  test(\"Don't allow acquire address that doesn't exist\") {\n    \/\/ Init Executor Resource.\n    val info = new ExecutorResourceInfo(GPU, ArrayBuffer(\"0\", \"1\", \"2\", \"3\"), 1)\n    assert(!info.availableAddrs.contains(\"4\"))\n    \/\/ Acquire an address that doesn't exist\n    val e = intercept[SparkException] {\n      info.acquire(Array(\"4\"))\n    }\n    assert(e.getMessage.contains(\"Try to acquire an address that doesn't exist.\"))\n  }\n\n  test(\"Don't allow release address that is not assigned\") {\n    \/\/ Init Executor Resource.\n    val info = new ExecutorResourceInfo(GPU, ArrayBuffer(\"0\", \"1\", \"2\", \"3\"), 1)\n    \/\/ Acquire addresses\n    info.acquire(Array(\"0\", \"1\"))\n    assert(!info.assignedAddrs.contains(\"2\"))\n    \/\/ Release an address that is not assigned\n    val e = intercept[SparkException] {\n      info.release(Array(\"2\"))\n    }\n    assert(e.getMessage.contains(\"Try to release an address that is not assigned.\"))\n  }\n\n  test(\"Don't allow release address that doesn't exist\") {\n    \/\/ Init Executor Resource.\n    val info = new ExecutorResourceInfo(GPU, ArrayBuffer(\"0\", \"1\", \"2\", \"3\"), 1)\n    assert(!info.assignedAddrs.contains(\"4\"))\n    \/\/ Release an address that doesn't exist\n    val e = intercept[SparkException] {\n      info.release(Array(\"4\"))\n    }\n    assert(e.getMessage.contains(\"Try to release an address that doesn't exist.\"))\n  }\n\n  test(\"Ensure that we can acquire the same fractions of a resource from an executor\") {\n    val slotSeq = Seq(10, 9, 8, 7, 6, 5, 4, 3, 2, 1)\n    val addresses = ArrayBuffer(\"0\", \"1\", \"2\", \"3\")\n    slotSeq.foreach { slots =>\n      val info = new ExecutorResourceInfo(GPU, addresses, slots)\n      for (_ <- 0 until slots) {\n        addresses.foreach(addr => info.acquire(Seq(addr)))\n      }\n\n      \/\/ assert that each address was assigned `slots` times\n      info.assignedAddrs\n        .groupBy(identity)\n        .mapValues(_.size)\n        .foreach(x => assert(x._2 == slots))\n\n      addresses.foreach { addr =>\n        assertThrows[SparkException] {\n          info.acquire(Seq(addr))\n        }\n        assert(!info.availableAddrs.contains(addr))\n      }\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/resource\/ResourceProfileBuilder.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.resource\n\nimport java.util.{Map => JMap}\nimport java.util.concurrent.ConcurrentHashMap\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.annotation.Evolving\n\n\/**\n * Resource profile builder to build a Resource profile to associate with an RDD.\n * A ResourceProfile allows the user to specify executor and task requirements for an RDD\n * that will get applied during a stage. This allows the user to change the resource\n * requirements between stages.\n *\/\n@Evolving\nprivate[spark] class ResourceProfileBuilder() {\n\n  private val _taskResources = new ConcurrentHashMap[String, TaskResourceRequest]()\n  private val _executorResources = new ConcurrentHashMap[String, ExecutorResourceRequest]()\n\n  def taskResources: Map[String, TaskResourceRequest] = _taskResources.asScala.toMap\n  def executorResources: Map[String, ExecutorResourceRequest] = _executorResources.asScala.toMap\n\n  \/**\n   * (Java-specific) gets a Java Map of resources to TaskResourceRequest\n   *\/\n  def taskResourcesJMap: JMap[String, TaskResourceRequest] = _taskResources.asScala.asJava\n\n  \/**\n   * (Java-specific) gets a Java Map of resources to ExecutorResourceRequest\n   *\/\n  def executorResourcesJMap: JMap[String, ExecutorResourceRequest] = {\n    _executorResources.asScala.asJava\n  }\n\n  def require(requests: ExecutorResourceRequests): this.type = {\n    _executorResources.putAll(requests.requests.asJava)\n    this\n  }\n\n  def require(requests: TaskResourceRequests): this.type = {\n    _taskResources.putAll(requests.requests.asJava)\n    this\n  }\n\n  def clearExecutorResourceRequests(): this.type = {\n    _executorResources.clear()\n    this\n  }\n\n  def clearTaskResourceRequests(): this.type = {\n    _taskResources.clear()\n    this\n  }\n\n  override def toString(): String = {\n    \"Profile executor resources: \" +\n      s\"${_executorResources.asScala.map(pair => s\"${pair._1}=${pair._2.toString()}\")}, \" +\n      s\"task resources: ${_taskResources.asScala.map(pair => s\"${pair._1}=${pair._2.toString()}\")}\"\n  }\n\n  def build: ResourceProfile = {\n    new ResourceProfile(executorResources, taskResources)\n  }\n}\n\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/execution\/LogicalPlanTagInSparkPlanSuite.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution\n\nimport scala.reflect.ClassTag\n\nimport org.apache.spark.sql.TPCDSQuerySuite\nimport org.apache.spark.sql.catalyst.expressions.aggregate.{AggregateExpression, Complete, Final}\nimport org.apache.spark.sql.catalyst.plans.logical.{Aggregate, Generate, Join, LocalRelation, LogicalPlan, Range, Sample, Union, Window}\nimport org.apache.spark.sql.execution.aggregate.{HashAggregateExec, ObjectHashAggregateExec, SortAggregateExec}\nimport org.apache.spark.sql.execution.columnar.{InMemoryRelation, InMemoryTableScanExec}\nimport org.apache.spark.sql.execution.datasources.LogicalRelation\nimport org.apache.spark.sql.execution.datasources.v2.{BatchScanExec, DataSourceV2Relation}\nimport org.apache.spark.sql.execution.exchange.{BroadcastExchangeExec, ReusedExchangeExec, ShuffleExchangeExec}\nimport org.apache.spark.sql.execution.joins._\nimport org.apache.spark.sql.execution.window.WindowExec\nimport org.apache.spark.sql.internal.SQLConf\n\nclass LogicalPlanTagInSparkPlanSuite extends TPCDSQuerySuite {\n\n  var originalValue: String = _\n  \/\/ when enable AQE, the 'AdaptiveSparkPlanExec' node does not have a logical plan link\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n    originalValue = spark.conf.get(SQLConf.ADAPTIVE_EXECUTION_ENABLED.key)\n    spark.conf.set(SQLConf.ADAPTIVE_EXECUTION_ENABLED.key, \"false\")\n  }\n\n  override def afterAll(): Unit = {\n    spark.conf.set(SQLConf.ADAPTIVE_EXECUTION_ENABLED.key, originalValue)\n    super.afterAll()\n  }\n\n  override protected def checkGeneratedCode(\n      plan: SparkPlan, checkMethodCodeSize: Boolean = true): Unit = {\n    super.checkGeneratedCode(plan, checkMethodCodeSize)\n    checkLogicalPlanTag(plan)\n  }\n\n  private def isFinalAgg(aggExprs: Seq[AggregateExpression]): Boolean = {\n    \/\/ TODO: aggregate node without aggregate expressions can also be a final aggregate, but\n    \/\/ currently the aggregate node doesn't have a final\/partial flag.\n    aggExprs.nonEmpty && aggExprs.forall(ae => ae.mode == Complete || ae.mode == Final)\n  }\n\n  \/\/ A scan plan tree is a plan tree that has a leaf node under zero or more Project\/Filter nodes.\n  \/\/ We may add `ColumnarToRowExec` and `InputAdapter` above the scan node after planning.\n  private def isScanPlanTree(plan: SparkPlan): Boolean = plan match {\n    case ColumnarToRowExec(i: InputAdapter) => isScanPlanTree(i.child)\n    case p: ProjectExec => isScanPlanTree(p.child)\n    case f: FilterExec => isScanPlanTree(f.child)\n    case _: LeafExecNode => true\n    case _ => false\n  }\n\n  private def checkLogicalPlanTag(plan: SparkPlan): Unit = {\n    plan match {\n      case _: HashJoin | _: BroadcastNestedLoopJoinExec | _: CartesianProductExec\n           | _: ShuffledHashJoinExec | _: SortMergeJoinExec =>\n        assertLogicalPlanType[Join](plan)\n\n      \/\/ There is no corresponding logical plan for the physical partial aggregate.\n      case agg: HashAggregateExec if isFinalAgg(agg.aggregateExpressions) =>\n        assertLogicalPlanType[Aggregate](plan)\n      case agg: ObjectHashAggregateExec if isFinalAgg(agg.aggregateExpressions) =>\n        assertLogicalPlanType[Aggregate](plan)\n      case agg: SortAggregateExec if isFinalAgg(agg.aggregateExpressions) =>\n        assertLogicalPlanType[Aggregate](plan)\n\n      case _: WindowExec =>\n        assertLogicalPlanType[Window](plan)\n\n      case _: UnionExec =>\n        assertLogicalPlanType[Union](plan)\n\n      case _: SampleExec =>\n        assertLogicalPlanType[Sample](plan)\n\n      case _: GenerateExec =>\n        assertLogicalPlanType[Generate](plan)\n\n      \/\/ The exchange related nodes are created after the planning, they don't have corresponding\n      \/\/ logical plan.\n      case _: ShuffleExchangeExec | _: BroadcastExchangeExec | _: ReusedExchangeExec =>\n        assert(plan.getTagValue(SparkPlan.LOGICAL_PLAN_TAG).isEmpty)\n\n      \/\/ The subquery exec nodes are just wrappers of the actual nodes, they don't have\n      \/\/ corresponding logical plan.\n      case _: SubqueryExec | _: ReusedSubqueryExec =>\n        assert(plan.getTagValue(SparkPlan.LOGICAL_PLAN_TAG).isEmpty)\n\n      case _ if isScanPlanTree(plan) =>\n        \/\/ `ColumnarToRowExec` and `InputAdapter` are added outside of the planner, which doesn't\n        \/\/ have the logical plan tag.\n        val actualPlan = plan match {\n          case ColumnarToRowExec(i: InputAdapter) => i.child\n          case _ => plan\n        }\n\n        \/\/ The strategies for planning scan can remove or add FilterExec\/ProjectExec nodes,\n        \/\/ so it's not simple to check. Instead, we only check that the origin LogicalPlan\n        \/\/ contains the corresponding leaf node of the SparkPlan.\n        \/\/ a strategy might remove the filter if it's totally pushed down, e.g.:\n        \/\/   logical = Project(Filter(Scan A))\n        \/\/   physical = ProjectExec(ScanExec A)\n        \/\/ we only check that leaf modes match between logical and physical plan.\n        val logicalLeaves = getLogicalPlan(actualPlan).collectLeaves()\n        val physicalLeaves = plan.collectLeaves()\n        assert(logicalLeaves.length == 1)\n        assert(physicalLeaves.length == 1)\n        physicalLeaves.head match {\n          case _: RangeExec => logicalLeaves.head.isInstanceOf[Range]\n          case _: DataSourceScanExec => logicalLeaves.head.isInstanceOf[LogicalRelation]\n          case _: InMemoryTableScanExec => logicalLeaves.head.isInstanceOf[InMemoryRelation]\n          case _: LocalTableScanExec => logicalLeaves.head.isInstanceOf[LocalRelation]\n          case _: ExternalRDDScanExec[_] => logicalLeaves.head.isInstanceOf[ExternalRDD[_]]\n          case _: BatchScanExec => logicalLeaves.head.isInstanceOf[DataSourceV2Relation]\n          case _ =>\n        }\n        \/\/ Do not need to check the children recursively.\n        return\n\n      case _ =>\n    }\n\n    plan.children.foreach(checkLogicalPlanTag)\n    plan.subqueries.foreach(checkLogicalPlanTag)\n  }\n\n  private def getLogicalPlan(node: SparkPlan): LogicalPlan = {\n    node.getTagValue(SparkPlan.LOGICAL_PLAN_TAG).getOrElse {\n      fail(node.getClass.getSimpleName + \" does not have a logical plan link\")\n    }\n  }\n\n  private def assertLogicalPlanType[T <: LogicalPlan : ClassTag](node: SparkPlan): Unit = {\n    val logicalPlan = getLogicalPlan(node)\n    val expectedCls = implicitly[ClassTag[T]].runtimeClass\n    assert(expectedCls == logicalPlan.getClass)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/ui\/jobs\/JobPage.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ui.jobs\n\nimport java.util.Locale\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.collection.mutable.{Buffer, ListBuffer}\nimport scala.xml.{Node, NodeSeq, Unparsed, Utility}\n\nimport org.apache.commons.text.StringEscapeUtils\n\nimport org.apache.spark.JobExecutionStatus\nimport org.apache.spark.status.AppStatusStore\nimport org.apache.spark.status.api.v1\nimport org.apache.spark.ui._\n\n\/** Page showing statistics and stage list for a given job *\/\nprivate[ui] class JobPage(parent: JobsTab, store: AppStatusStore) extends WebUIPage(\"job\") {\n\n  private val STAGES_LEGEND =\n    <div class=\"legend-area\"><svg width=\"150px\" height=\"85px\">\n      <rect class=\"completed-stage-legend\"\n        x=\"5px\" y=\"5px\" width=\"20px\" height=\"15px\" rx=\"2px\" ry=\"2px\"><\/rect>\n      <text x=\"35px\" y=\"17px\">Completed<\/text>\n      <rect class=\"failed-stage-legend\"\n        x=\"5px\" y=\"30px\" width=\"20px\" height=\"15px\" rx=\"2px\" ry=\"2px\"><\/rect>\n      <text x=\"35px\" y=\"42px\">Failed<\/text>\n      <rect class=\"active-stage-legend\"\n        x=\"5px\" y=\"55px\" width=\"20px\" height=\"15px\" rx=\"2px\" ry=\"2px\"><\/rect>\n      <text x=\"35px\" y=\"67px\">Active<\/text>\n    <\/svg><\/div>.toString.filter(_ != '\\n')\n\n  private val EXECUTORS_LEGEND =\n    <div class=\"legend-area\"><svg width=\"150px\" height=\"55px\">\n      <rect class=\"executor-added-legend\"\n        x=\"5px\" y=\"5px\" width=\"20px\" height=\"15px\" rx=\"2px\" ry=\"2px\"><\/rect>\n      <text x=\"35px\" y=\"17px\">Added<\/text>\n      <rect class=\"executor-removed-legend\"\n        x=\"5px\" y=\"30px\" width=\"20px\" height=\"15px\" rx=\"2px\" ry=\"2px\"><\/rect>\n      <text x=\"35px\" y=\"42px\">Removed<\/text>\n    <\/svg><\/div>.toString.filter(_ != '\\n')\n\n  private def makeStageEvent(stageInfos: Seq[v1.StageData]): Seq[String] = {\n    stageInfos.map { stage =>\n      val stageId = stage.stageId\n      val attemptId = stage.attemptId\n      val name = stage.name\n      val status = stage.status.toString.toLowerCase(Locale.ROOT)\n      val submissionTime = stage.submissionTime.get.getTime()\n      val completionTime = stage.completionTime.map(_.getTime())\n        .getOrElse(System.currentTimeMillis())\n\n      \/\/ The timeline library treats contents as HTML, so we have to escape them. We need to add\n      \/\/ extra layers of escaping in order to embed this in a Javascript string literal.\n      val escapedName = Utility.escape(name)\n      val jsEscapedName = StringEscapeUtils.escapeEcmaScript(escapedName)\n      s\"\"\"\n         |{\n         |  'className': 'stage job-timeline-object ${status}',\n         |  'group': 'stages',\n         |  'start': new Date(${submissionTime}),\n         |  'end': new Date(${completionTime}),\n         |  'content': '<div class=\"job-timeline-content\" data-toggle=\"tooltip\"' +\n         |   'data-placement=\"top\" data-html=\"true\"' +\n         |   'data-title=\"${jsEscapedName} (Stage ${stageId}.${attemptId})<br>' +\n         |   'Status: ${status.toUpperCase(Locale.ROOT)}<br>' +\n         |   'Submitted: ${UIUtils.formatDate(submissionTime)}' +\n         |   '${\n                 if (status != \"running\") {\n                   s\"\"\"<br>Completed: ${UIUtils.formatDate(completionTime)}\"\"\"\n                 } else {\n                   \"\"\n                 }\n              }\">' +\n         |    '${jsEscapedName} (Stage ${stageId}.${attemptId})<\/div>',\n         |}\n       \"\"\".stripMargin\n    }\n  }\n\n  def makeExecutorEvent(executors: Seq[v1.ExecutorSummary]): Seq[String] = {\n    val events = ListBuffer[String]()\n    executors.foreach { e =>\n      val addedEvent =\n        s\"\"\"\n           |{\n           |  'className': 'executor added',\n           |  'group': 'executors',\n           |  'start': new Date(${e.addTime.getTime()}),\n           |  'content': '<div class=\"executor-event-content\"' +\n           |    'data-toggle=\"tooltip\" data-placement=\"top\"' +\n           |    'data-title=\"Executor ${e.id}<br>' +\n           |    'Added at ${UIUtils.formatDate(e.addTime)}\"' +\n           |    'data-html=\"true\">Executor ${e.id} added<\/div>'\n           |}\n         \"\"\".stripMargin\n      events += addedEvent\n\n      e.removeTime.foreach { removeTime =>\n        val removedEvent =\n          s\"\"\"\n             |{\n             |  'className': 'executor removed',\n             |  'group': 'executors',\n             |  'start': new Date(${removeTime.getTime()}),\n             |  'content': '<div class=\"executor-event-content\"' +\n             |    'data-toggle=\"tooltip\" data-placement=\"top\"' +\n             |    'data-title=\"Executor ${e.id}<br>' +\n             |    'Removed at ${UIUtils.formatDate(removeTime)}' +\n             |    '${\n                      e.removeReason.map { reason =>\n                        s\"\"\"<br>Reason: ${reason.replace(\"\\n\", \" \")}\"\"\"\n                      }.getOrElse(\"\")\n                   }\"' +\n             |    'data-html=\"true\">Executor ${e.id} removed<\/div>'\n             |}\n           \"\"\".stripMargin\n          events += removedEvent\n      }\n    }\n    events.toSeq\n  }\n\n  private def makeTimeline(\n      stages: Seq[v1.StageData],\n      executors: Seq[v1.ExecutorSummary],\n      appStartTime: Long): Seq[Node] = {\n\n    val stageEventJsonAsStrSeq = makeStageEvent(stages)\n    val executorsJsonAsStrSeq = makeExecutorEvent(executors)\n\n    val groupJsonArrayAsStr =\n      s\"\"\"\n          |[\n          |  {\n          |    'id': 'executors',\n          |    'content': '<div>Executors<\/div>${EXECUTORS_LEGEND}',\n          |  },\n          |  {\n          |    'id': 'stages',\n          |    'content': '<div>Stages<\/div>${STAGES_LEGEND}',\n          |  }\n          |]\n        \"\"\".stripMargin\n\n    val eventArrayAsStr =\n      (stageEventJsonAsStrSeq ++ executorsJsonAsStrSeq).mkString(\"[\", \",\", \"]\")\n\n    <span class=\"expand-job-timeline\">\n      <span class=\"expand-job-timeline-arrow arrow-closed\"><\/span>\n      <a data-toggle=\"tooltip\" title={ToolTips.STAGE_TIMELINE} data-placement=\"top\">\n        Event Timeline\n      <\/a>\n    <\/span> ++\n    <div id=\"job-timeline\" class=\"collapsed\">\n      <div class=\"control-panel\">\n        <div id=\"job-timeline-zoom-lock\">\n          <input type=\"checkbox\"><\/input>\n          <span>Enable zooming<\/span>\n        <\/div>\n      <\/div>\n    <\/div> ++\n    <script type=\"text\/javascript\">\n      {Unparsed(s\"drawJobTimeline(${groupJsonArrayAsStr}, ${eventArrayAsStr}, \" +\n      s\"${appStartTime}, ${UIUtils.getTimeZoneOffset()});\")}\n    <\/script>\n  }\n\n  def render(request: HttpServletRequest): Seq[Node] = {\n    val parameterId = request.getParameter(\"id\")\n    require(parameterId != null && parameterId.nonEmpty, \"Missing id parameter\")\n\n    val jobId = parameterId.toInt\n    val (jobData, sqlExecutionId) = store.asOption(store.jobWithAssociatedSql(jobId)).getOrElse {\n      val content =\n        <div id=\"no-info\">\n          <p>No information to display for job {jobId}<\/p>\n        <\/div>\n      return UIUtils.headerSparkPage(\n        request, s\"Details for Job $jobId\", content, parent)\n    }\n\n    val isComplete = jobData.status != JobExecutionStatus.RUNNING\n    val stages = jobData.stageIds.map { stageId =>\n      \/\/ This could be empty if the listener hasn't received information about the\n      \/\/ stage or if the stage information has been garbage collected\n      store.asOption(store.lastStageAttempt(stageId)).getOrElse {\n        new v1.StageData(\n          status = v1.StageStatus.PENDING,\n          stageId = stageId,\n          attemptId = 0,\n          numTasks = 0,\n          numActiveTasks = 0,\n          numCompleteTasks = 0,\n          numFailedTasks = 0,\n          numKilledTasks = 0,\n          numCompletedIndices = 0,\n\n          submissionTime = None,\n          firstTaskLaunchedTime = None,\n          completionTime = None,\n          failureReason = None,\n\n          executorDeserializeTime = 0L,\n          executorDeserializeCpuTime = 0L,\n          executorRunTime = 0L,\n          executorCpuTime = 0L,\n          resultSize = 0L,\n          jvmGcTime = 0L,\n          resultSerializationTime = 0L,\n          memoryBytesSpilled = 0L,\n          diskBytesSpilled = 0L,\n          peakExecutionMemory = 0L,\n          inputBytes = 0L,\n          inputRecords = 0L,\n          outputBytes = 0L,\n          outputRecords = 0L,\n          shuffleRemoteBlocksFetched = 0L,\n          shuffleLocalBlocksFetched = 0L,\n          shuffleFetchWaitTime = 0L,\n          shuffleRemoteBytesRead = 0L,\n          shuffleRemoteBytesReadToDisk = 0L,\n          shuffleLocalBytesRead = 0L,\n          shuffleReadBytes = 0L,\n          shuffleReadRecords = 0L,\n          shuffleWriteBytes = 0L,\n          shuffleWriteTime = 0L,\n          shuffleWriteRecords = 0L,\n\n          name = \"Unknown\",\n          description = None,\n          details = \"Unknown\",\n          schedulingPool = null,\n\n          rddIds = Nil,\n          accumulatorUpdates = Nil,\n          tasks = None,\n          executorSummary = None,\n          killedTasksSummary = Map())\n      }\n    }\n\n    val activeStages = Buffer[v1.StageData]()\n    val completedStages = Buffer[v1.StageData]()\n    \/\/ If the job is completed, then any pending stages are displayed as \"skipped\":\n    val pendingOrSkippedStages = Buffer[v1.StageData]()\n    val failedStages = Buffer[v1.StageData]()\n    for (stage <- stages) {\n      if (stage.submissionTime.isEmpty) {\n        pendingOrSkippedStages += stage\n      } else if (stage.completionTime.isDefined) {\n        if (stage.status == v1.StageStatus.FAILED) {\n          failedStages += stage\n        } else {\n          completedStages += stage\n        }\n      } else {\n        activeStages += stage\n      }\n    }\n\n    val basePath = \"jobs\/job\"\n\n    val pendingOrSkippedTableId =\n      if (isComplete) {\n        \"pending\"\n      } else {\n        \"skipped\"\n      }\n\n    val activeStagesTable =\n      new StageTableBase(store, request, activeStages, \"active\", \"activeStage\", parent.basePath,\n        basePath, parent.isFairScheduler,\n        killEnabled = parent.killEnabled, isFailedStage = false)\n    val pendingOrSkippedStagesTable =\n      new StageTableBase(store, request, pendingOrSkippedStages, pendingOrSkippedTableId,\n        \"pendingStage\", parent.basePath, basePath, parent.isFairScheduler,\n        killEnabled = false, isFailedStage = false)\n    val completedStagesTable =\n      new StageTableBase(store, request, completedStages, \"completed\", \"completedStage\",\n        parent.basePath, basePath, parent.isFairScheduler,\n        killEnabled = false, isFailedStage = false)\n    val failedStagesTable =\n      new StageTableBase(store, request, failedStages, \"failed\", \"failedStage\", parent.basePath,\n        basePath, parent.isFairScheduler,\n        killEnabled = false, isFailedStage = true)\n\n    val shouldShowActiveStages = activeStages.nonEmpty\n    val shouldShowPendingStages = !isComplete && pendingOrSkippedStages.nonEmpty\n    val shouldShowCompletedStages = completedStages.nonEmpty\n    val shouldShowSkippedStages = isComplete && pendingOrSkippedStages.nonEmpty\n    val shouldShowFailedStages = failedStages.nonEmpty\n\n    val summary: NodeSeq =\n      <div>\n        <ul class=\"list-unstyled\">\n          <li>\n            <Strong>Status:<\/Strong>\n            {jobData.status}\n          <\/li>\n          {\n            if (sqlExecutionId.isDefined) {\n              <li>\n                <strong>Associated SQL Query: <\/strong>\n                {<a href={\"%s\/SQL\/execution\/?id=%s\".format(\n                  UIUtils.prependBaseUri(request, parent.basePath),\n                  sqlExecutionId.get)\n                }>{sqlExecutionId.get}<\/a>}\n              <\/li>\n            }\n          }\n          {\n            if (jobData.jobGroup.isDefined) {\n              <li>\n                <strong>Job Group:<\/strong>\n                {jobData.jobGroup.get}\n              <\/li>\n            }\n          }\n          {\n            if (shouldShowActiveStages) {\n              <li>\n                <a href=\"#active\"><strong>Active Stages:<\/strong><\/a>\n                {activeStages.size}\n              <\/li>\n            }\n          }\n          {\n            if (shouldShowPendingStages) {\n              <li>\n                <a href=\"#pending\">\n                  <strong>Pending Stages:<\/strong>\n                <\/a>{pendingOrSkippedStages.size}\n              <\/li>\n            }\n          }\n          {\n            if (shouldShowCompletedStages) {\n              <li>\n                <a href=\"#completed\"><strong>Completed Stages:<\/strong><\/a>\n                {completedStages.size}\n              <\/li>\n            }\n          }\n          {\n            if (shouldShowSkippedStages) {\n            <li>\n              <a href=\"#skipped\"><strong>Skipped Stages:<\/strong><\/a>\n              {pendingOrSkippedStages.size}\n            <\/li>\n          }\n          }\n          {\n            if (shouldShowFailedStages) {\n              <li>\n                <a href=\"#failed\"><strong>Failed Stages:<\/strong><\/a>\n                {failedStages.size}\n              <\/li>\n            }\n          }\n        <\/ul>\n      <\/div>\n\n    var content = summary\n    val appStartTime = store.applicationInfo().attempts.head.startTime.getTime()\n\n    content ++= makeTimeline(activeStages ++ completedStages ++ failedStages,\n      store.executorList(false), appStartTime)\n\n    val operationGraphContent = store.asOption(store.operationGraphForJob(jobId)) match {\n      case Some(operationGraph) => UIUtils.showDagVizForJob(jobId, operationGraph)\n      case None =>\n        <div id=\"no-info\">\n          <p>No DAG visualization information to display for job {jobId}<\/p>\n        <\/div>\n    }\n    content ++= operationGraphContent\n\n    if (shouldShowActiveStages) {\n      content ++=\n        <span id=\"active\" class=\"collapse-aggregated-activeStages collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-activeStages','aggregated-activeStages')\">\n          <h4>\n            <span class=\"collapse-table-arrow arrow-open\"><\/span>\n            <a>Active Stages ({activeStages.size})<\/a>\n          <\/h4>\n        <\/span> ++\n        <div class=\"aggregated-activeStages collapsible-table\">\n          {activeStagesTable.toNodeSeq}\n        <\/div>\n    }\n    if (shouldShowPendingStages) {\n      content ++=\n        <span id=\"pending\" class=\"collapse-aggregated-pendingOrSkippedStages collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-pendingOrSkippedStages',\n            'aggregated-pendingOrSkippedStages')\">\n          <h4>\n            <span class=\"collapse-table-arrow arrow-open\"><\/span>\n            <a>Pending Stages ({pendingOrSkippedStages.size})<\/a>\n          <\/h4>\n        <\/span> ++\n        <div class=\"aggregated-pendingOrSkippedStages collapsible-table\">\n          {pendingOrSkippedStagesTable.toNodeSeq}\n        <\/div>\n    }\n    if (shouldShowCompletedStages) {\n      content ++=\n        <span id=\"completed\" class=\"collapse-aggregated-completedStages collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-completedStages',\n            'aggregated-completedStages')\">\n          <h4>\n            <span class=\"collapse-table-arrow arrow-open\"><\/span>\n            <a>Completed Stages ({completedStages.size})<\/a>\n          <\/h4>\n        <\/span> ++\n        <div class=\"aggregated-completedStages collapsible-table\">\n          {completedStagesTable.toNodeSeq}\n        <\/div>\n    }\n    if (shouldShowSkippedStages) {\n      content ++=\n        <span id=\"skipped\" class=\"collapse-aggregated-pendingOrSkippedStages collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-pendingOrSkippedStages',\n            'aggregated-pendingOrSkippedStages')\">\n          <h4>\n            <span class=\"collapse-table-arrow arrow-open\"><\/span>\n            <a>Skipped Stages ({pendingOrSkippedStages.size})<\/a>\n          <\/h4>\n        <\/span> ++\n        <div class=\"aggregated-pendingOrSkippedStages collapsible-table\">\n          {pendingOrSkippedStagesTable.toNodeSeq}\n        <\/div>\n    }\n    if (shouldShowFailedStages) {\n      content ++=\n        <span id =\"failed\" class=\"collapse-aggregated-failedStages collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-failedStages','aggregated-failedStages')\">\n          <h4>\n            <span class=\"collapse-table-arrow arrow-open\"><\/span>\n            <a>Failed Stages ({failedStages.size})<\/a>\n          <\/h4>\n        <\/span> ++\n        <div class=\"aggregated-failedStages collapsible-table\">\n          {failedStagesTable.toNodeSeq}\n        <\/div>\n    }\n    UIUtils.headerSparkPage(\n      request, s\"Details for Job $jobId\", content, parent, showVisualization = true)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/feature\/RobustScaler.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.feature\n\nimport org.apache.hadoop.fs.Path\n\nimport org.apache.spark.annotation.Since\nimport org.apache.spark.ml.{Estimator, Model}\nimport org.apache.spark.ml.linalg._\nimport org.apache.spark.ml.param._\nimport org.apache.spark.ml.param.shared.{HasInputCol, HasOutputCol, HasRelativeError}\nimport org.apache.spark.ml.util._\nimport org.apache.spark.mllib.util.MLUtils\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.util.QuantileSummaries\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types.StructType\n\n\/**\n * Params for [[RobustScaler]] and [[RobustScalerModel]].\n *\/\nprivate[feature] trait RobustScalerParams extends Params with HasInputCol with HasOutputCol\n  with HasRelativeError {\n\n  \/**\n   * Lower quantile to calculate quantile range, shared by all features\n   * Default: 0.25\n   * @group param\n   *\/\n  val lower: DoubleParam = new DoubleParam(this, \"lower\",\n    \"Lower quantile to calculate quantile range\",\n    ParamValidators.inRange(0, 1, false, false))\n\n  \/** @group getParam *\/\n  def getLower: Double = $(lower)\n\n  setDefault(lower -> 0.25)\n\n  \/**\n   * Upper quantile to calculate quantile range, shared by all features\n   * Default: 0.75\n   * @group param\n   *\/\n  val upper: DoubleParam = new DoubleParam(this, \"upper\",\n    \"Upper quantile to calculate quantile range\",\n    ParamValidators.inRange(0, 1, false, false))\n\n  \/** @group getParam *\/\n  def getUpper: Double = $(upper)\n\n  setDefault(upper -> 0.75)\n\n  \/**\n   * Whether to center the data with median before scaling.\n   * It will build a dense output, so take care when applying to sparse input.\n   * Default: false\n   * @group param\n   *\/\n  val withCentering: BooleanParam = new BooleanParam(this, \"withCentering\",\n    \"Whether to center data with median\")\n\n  \/** @group getParam *\/\n  def getWithCentering: Boolean = $(withCentering)\n\n  setDefault(withCentering -> false)\n\n  \/**\n   * Whether to scale the data to quantile range.\n   * Default: true\n   * @group param\n   *\/\n  val withScaling: BooleanParam = new BooleanParam(this, \"withScaling\",\n    \"Whether to scale the data to quantile range\")\n\n  \/** @group getParam *\/\n  def getWithScaling: Boolean = $(withScaling)\n\n  setDefault(withScaling -> true)\n\n  \/** Validates and transforms the input schema. *\/\n  protected def validateAndTransformSchema(schema: StructType): StructType = {\n    require($(lower) < $(upper), s\"The specified lower quantile(${$(lower)}) is \" +\n      s\"larger or equal to upper quantile(${$(upper)})\")\n    SchemaUtils.checkColumnType(schema, $(inputCol), new VectorUDT)\n    require(!schema.fieldNames.contains($(outputCol)),\n      s\"Output column ${$(outputCol)} already exists.\")\n    SchemaUtils.appendColumn(schema, $(outputCol), new VectorUDT)\n  }\n}\n\n\n\/**\n * Scale features using statistics that are robust to outliers.\n * RobustScaler removes the median and scales the data according to the quantile range.\n * The quantile range is by default IQR (Interquartile Range, quantile range between the\n * 1st quartile = 25th quantile and the 3rd quartile = 75th quantile) but can be configured.\n * Centering and scaling happen independently on each feature by computing the relevant\n * statistics on the samples in the training set. Median and quantile range are then\n * stored to be used on later data using the transform method.\n * Standardization of a dataset is a common requirement for many machine learning estimators.\n * Typically this is done by removing the mean and scaling to unit variance. However,\n * outliers can often influence the sample mean \/ variance in a negative way.\n * In such cases, the median and the quantile range often give better results.\n * Note that NaN values are ignored in the computation of medians and ranges.\n *\/\n@Since(\"3.0.0\")\nclass RobustScaler @Since(\"3.0.0\") (@Since(\"3.0.0\") override val uid: String)\n  extends Estimator[RobustScalerModel] with RobustScalerParams with DefaultParamsWritable {\n\n  import RobustScaler._\n\n  def this() = this(Identifiable.randomUID(\"robustScal\"))\n\n  \/** @group setParam *\/\n  def setInputCol(value: String): this.type = set(inputCol, value)\n\n  \/** @group setParam *\/\n  def setOutputCol(value: String): this.type = set(outputCol, value)\n\n  \/** @group setParam *\/\n  def setLower(value: Double): this.type = set(lower, value)\n\n  \/** @group setParam *\/\n  def setUpper(value: Double): this.type = set(upper, value)\n\n  \/** @group setParam *\/\n  def setWithCentering(value: Boolean): this.type = set(withCentering, value)\n\n  \/** @group setParam *\/\n  def setWithScaling(value: Boolean): this.type = set(withScaling, value)\n\n  \/** @group expertSetParam *\/\n  def setRelativeError(value: Double): this.type = set(relativeError, value)\n\n  override def fit(dataset: Dataset[_]): RobustScalerModel = {\n    transformSchema(dataset.schema, logging = true)\n\n    val numFeatures = MetadataUtils.getNumFeatures(dataset, $(inputCol))\n    val vectors = dataset.select($(inputCol)).rdd.map {\n      case Row(vec: Vector) =>\n        require(vec.size == numFeatures,\n          s\"Number of dimensions must be $numFeatures but got ${vec.size}\")\n        vec\n    }\n\n    val localUpper = $(upper)\n    val localLower = $(lower)\n\n    val (ranges, medians) = computeSummaries(vectors, numFeatures, $(relativeError))\n      .mapValues { s =>\n        val range = s.query(localUpper).get - s.query(localLower).get\n        val median = s.query(0.5).get\n        (range, median)\n      }.collect().sortBy(_._1).map(_._2).unzip\n    require(ranges.length == numFeatures,\n      \"QuantileSummaries on some features are missing\")\n\n    copyValues(new RobustScalerModel(uid, Vectors.dense(ranges).compressed,\n      Vectors.dense(medians).compressed).setParent(this))\n  }\n\n  override def transformSchema(schema: StructType): StructType = {\n    validateAndTransformSchema(schema)\n  }\n\n  override def copy(extra: ParamMap): RobustScaler = defaultCopy(extra)\n}\n\n@Since(\"3.0.0\")\nobject RobustScaler extends DefaultParamsReadable[RobustScaler] {\n\n  \/\/ compute QuantileSummaries for each feature\n  private[ml] def computeSummaries(\n      vectors: RDD[Vector],\n      numFeatures: Int,\n      relativeError: Double): RDD[(Int, QuantileSummaries)] = {\n    if (numFeatures <= 1000) {\n      vectors.mapPartitions { iter =>\n        if (iter.hasNext) {\n          val summaries = Array.fill(numFeatures)(\n            new QuantileSummaries(QuantileSummaries.defaultCompressThreshold, relativeError))\n          while (iter.hasNext) {\n            val vec = iter.next\n            vec.foreach { (i, v) => if (!v.isNaN) summaries(i) = summaries(i).insert(v) }\n          }\n          Iterator.tabulate(numFeatures)(i => (i, summaries(i).compress))\n        } else Iterator.empty\n      }.reduceByKey { case (s1, s2) => s1.merge(s2) }\n    } else {\n      val scale = math.max(math.ceil(math.sqrt(vectors.getNumPartitions)).toInt, 2)\n      vectors.mapPartitionsWithIndex { case (pid, iter) =>\n        val p = pid % scale\n        iter.flatMap { vec =>\n          Iterator.tabulate(numFeatures)(i => ((p, i), vec(i)))\n        }.filter(!_._2.isNaN)\n      }.aggregateByKey(\n        new QuantileSummaries(QuantileSummaries.defaultCompressThreshold, relativeError))(\n        seqOp = (s, v) => s.insert(v),\n        combOp = (s1, s2) => s1.compress.merge(s2.compress)\n      ).map { case ((_, i), s) => (i, s)\n      }.reduceByKey { case (s1, s2) => s1.compress.merge(s2.compress) }\n    }\n  }\n\n  override def load(path: String): RobustScaler = super.load(path)\n}\n\n\/**\n * Model fitted by [[RobustScaler]].\n *\n * @param range quantile range for each original column during fitting\n * @param median median value for each original column during fitting\n *\/\n@Since(\"3.0.0\")\nclass RobustScalerModel private[ml] (\n    @Since(\"3.0.0\") override val uid: String,\n    @Since(\"3.0.0\") val range: Vector,\n    @Since(\"3.0.0\") val median: Vector)\n  extends Model[RobustScalerModel] with RobustScalerParams with MLWritable {\n\n  import RobustScalerModel._\n\n  \/** @group setParam *\/\n  def setInputCol(value: String): this.type = set(inputCol, value)\n\n  \/** @group setParam *\/\n  def setOutputCol(value: String): this.type = set(outputCol, value)\n\n  override def transform(dataset: Dataset[_]): DataFrame = {\n    val outputSchema = transformSchema(dataset.schema, logging = true)\n\n    val shift = if ($(withCentering)) median.toArray else Array.emptyDoubleArray\n    val scale = if ($(withScaling)) {\n      range.toArray.map { v => if (v == 0) 0.0 else 1.0 \/ v }\n    } else Array.emptyDoubleArray\n\n    val func = StandardScalerModel.getTransformFunc(\n      shift, scale, $(withCentering), $(withScaling))\n    val transformer = udf(func)\n\n    dataset.withColumn($(outputCol), transformer(col($(inputCol))),\n      outputSchema($(outputCol)).metadata)\n  }\n\n  override def transformSchema(schema: StructType): StructType = {\n    var outputSchema = validateAndTransformSchema(schema)\n    if ($(outputCol).nonEmpty) {\n      outputSchema = SchemaUtils.updateAttributeGroupSize(outputSchema,\n        $(outputCol), median.size)\n    }\n    outputSchema\n  }\n\n  override def copy(extra: ParamMap): RobustScalerModel = {\n    val copied = new RobustScalerModel(uid, range, median)\n    copyValues(copied, extra).setParent(parent)\n  }\n\n  override def write: MLWriter = new RobustScalerModelWriter(this)\n\n  @Since(\"3.0.0\")\n  override def toString: String = {\n    s\"RobustScalerModel: uid=$uid, numFeatures=${median.size}, \" +\n      s\"withCentering=${$(withCentering)}, withScaling=${$(withScaling)}\"\n  }\n}\n\n@Since(\"3.0.0\")\nobject RobustScalerModel extends MLReadable[RobustScalerModel] {\n\n  private[RobustScalerModel]\n  class RobustScalerModelWriter(instance: RobustScalerModel) extends MLWriter {\n\n    private case class Data(range: Vector, median: Vector)\n\n    override protected def saveImpl(path: String): Unit = {\n      DefaultParamsWriter.saveMetadata(instance, path, sc)\n      val data = Data(instance.range, instance.median)\n      val dataPath = new Path(path, \"data\").toString\n      sparkSession.createDataFrame(Seq(data)).repartition(1).write.parquet(dataPath)\n    }\n  }\n\n  private class RobustScalerModelReader extends MLReader[RobustScalerModel] {\n\n    private val className = classOf[RobustScalerModel].getName\n\n    override def load(path: String): RobustScalerModel = {\n      val metadata = DefaultParamsReader.loadMetadata(path, sc, className)\n      val dataPath = new Path(path, \"data\").toString\n      val data = sparkSession.read.parquet(dataPath)\n      val Row(range: Vector, median: Vector) = MLUtils\n        .convertVectorColumnsToML(data, \"range\", \"median\")\n        .select(\"range\", \"median\")\n        .head()\n      val model = new RobustScalerModel(metadata.uid, range, median)\n      metadata.getAndSetParams(model)\n      model\n    }\n  }\n\n  override def read: MLReader[RobustScalerModel] = new RobustScalerModelReader\n\n  override def load(path: String): RobustScalerModel = super.load(path)\n}\n"}
{"repo_name":"running2\/spark","path":"streaming\/src\/main\/scala\/org\/apache\/spark\/streaming\/StreamingConf.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.streaming\n\nimport java.util.concurrent.TimeUnit\n\nimport org.apache.spark.internal.config.ConfigBuilder\nimport org.apache.spark.streaming.util.OpenHashMapBasedStateMap.DELTA_CHAIN_LENGTH_THRESHOLD\n\nobject StreamingConf {\n\n  private[streaming] val BACKPRESSURE_ENABLED =\n    ConfigBuilder(\"spark.streaming.backpressure.enabled\")\n      .booleanConf\n      .createWithDefault(false)\n\n  private[streaming] val RECEIVER_MAX_RATE =\n    ConfigBuilder(\"spark.streaming.receiver.maxRate\")\n      .longConf\n      .createWithDefault(Long.MaxValue)\n\n  private[streaming] val BACKPRESSURE_INITIAL_RATE =\n    ConfigBuilder(\"spark.streaming.backpressure.initialRate\")\n      .fallbackConf(RECEIVER_MAX_RATE)\n\n  private[streaming] val BLOCK_INTERVAL =\n    ConfigBuilder(\"spark.streaming.blockInterval\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createWithDefaultString(\"200ms\")\n\n  private[streaming] val RECEIVER_WAL_ENABLE_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.receiver.writeAheadLog.enable\")\n      .booleanConf\n      .createWithDefault(false)\n\n  private[streaming] val RECEIVER_WAL_CLASS_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.receiver.writeAheadLog.class\")\n      .stringConf\n      .createOptional\n\n  private[streaming] val RECEIVER_WAL_ROLLING_INTERVAL_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.receiver.writeAheadLog.rollingIntervalSecs\")\n      .intConf\n      .createWithDefault(60)\n\n  private[streaming] val RECEIVER_WAL_MAX_FAILURES_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.receiver.writeAheadLog.maxFailures\")\n      .intConf\n      .createWithDefault(3)\n\n  private[streaming] val RECEIVER_WAL_CLOSE_AFTER_WRITE_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.receiver.writeAheadLog.closeFileAfterWrite\")\n      .booleanConf\n      .createWithDefault(false)\n\n  private[streaming] val DRIVER_WAL_CLASS_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.class\")\n      .stringConf\n      .createOptional\n\n  private[streaming] val DRIVER_WAL_ROLLING_INTERVAL_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.rollingIntervalSecs\")\n      .intConf\n      .createWithDefault(60)\n\n  private[streaming] val DRIVER_WAL_MAX_FAILURES_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.maxFailures\")\n      .intConf\n      .createWithDefault(3)\n\n  private[streaming] val DRIVER_WAL_CLOSE_AFTER_WRITE_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.closeFileAfterWrite\")\n      .booleanConf\n      .createWithDefault(false)\n\n  private[streaming] val DRIVER_WAL_BATCHING_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.allowBatching\")\n      .booleanConf\n      .createWithDefault(true)\n\n  private[streaming] val DRIVER_WAL_BATCHING_TIMEOUT_CONF_KEY =\n    ConfigBuilder(\"spark.streaming.driver.writeAheadLog.batchingTimeout\")\n      .longConf\n      .createWithDefault(5000)\n\n  private[streaming] val STREAMING_UNPERSIST =\n    ConfigBuilder(\"spark.streaming.unpersist\")\n      .booleanConf\n      .createWithDefault(true)\n\n  private[streaming] val STOP_GRACEFULLY_ON_SHUTDOWN =\n    ConfigBuilder(\"spark.streaming.stopGracefullyOnShutdown\")\n      .booleanConf\n      .createWithDefault(false)\n\n  private[streaming] val UI_RETAINED_BATCHES =\n    ConfigBuilder(\"spark.streaming.ui.retainedBatches\")\n      .intConf\n      .createWithDefault(1000)\n\n  private[streaming] val SESSION_BY_KEY_DELTA_CHAIN_THRESHOLD =\n    ConfigBuilder(\"spark.streaming.sessionByKey.deltaChainThreshold\")\n      .intConf\n      .createWithDefault(DELTA_CHAIN_LENGTH_THRESHOLD)\n\n  private[streaming] val BACKPRESSURE_RATE_ESTIMATOR =\n    ConfigBuilder(\"spark.streaming.backpressure.rateEstimator\")\n      .stringConf\n      .createWithDefault(\"pid\")\n\n  private[streaming] val BACKPRESSURE_PID_PROPORTIONAL =\n    ConfigBuilder(\"spark.streaming.backpressure.pid.proportional\")\n      .doubleConf\n      .createWithDefault(1.0)\n\n  private[streaming] val BACKPRESSURE_PID_INTEGRAL =\n    ConfigBuilder(\"spark.streaming.backpressure.pid.integral\")\n      .doubleConf\n      .createWithDefault(0.2)\n\n  private[streaming] val BACKPRESSURE_PID_DERIVED =\n    ConfigBuilder(\"spark.streaming.backpressure.pid.derived\")\n      .doubleConf\n      .createWithDefault(0.0)\n\n  private[streaming] val BACKPRESSURE_PID_MIN_RATE =\n    ConfigBuilder(\"spark.streaming.backpressure.pid.minRate\")\n      .doubleConf\n      .createWithDefault(100)\n\n  private[streaming] val CONCURRENT_JOBS =\n    ConfigBuilder(\"spark.streaming.concurrentJobs\")\n      .intConf\n      .createWithDefault(1)\n\n  private[streaming] val GRACEFUL_STOP_TIMEOUT =\n    ConfigBuilder(\"spark.streaming.gracefulStopTimeout\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createOptional\n\n  private[streaming] val MANUAL_CLOCK_JUMP =\n    ConfigBuilder(\"spark.streaming.manualClock.jump\")\n      .longConf\n      .createWithDefault(0)\n\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/ui\/AllExecutionsPage.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.ui\n\nimport java.net.URLEncoder\nimport java.nio.charset.StandardCharsets.UTF_8\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.xml.{Node, NodeSeq, Unparsed}\n\nimport org.apache.spark.JobExecutionStatus\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.ui.{PagedDataSource, PagedTable, UIUtils, WebUIPage}\nimport org.apache.spark.util.Utils\n\nprivate[ui] class AllExecutionsPage(parent: SQLTab) extends WebUIPage(\"\") with Logging {\n\n  private val sqlStore = parent.sqlStore\n\n  override def render(request: HttpServletRequest): Seq[Node] = {\n    val currentTime = System.currentTimeMillis()\n    val running = new mutable.ArrayBuffer[SQLExecutionUIData]()\n    val completed = new mutable.ArrayBuffer[SQLExecutionUIData]()\n    val failed = new mutable.ArrayBuffer[SQLExecutionUIData]()\n\n    sqlStore.executionsList().foreach { e =>\n      val isRunning = e.completionTime.isEmpty ||\n        e.jobs.exists { case (_, status) => status == JobExecutionStatus.RUNNING }\n      val isFailed = e.jobs.exists { case (_, status) => status == JobExecutionStatus.FAILED }\n      if (isRunning) {\n        running += e\n      } else if (isFailed) {\n        failed += e\n      } else {\n        completed += e\n      }\n    }\n\n    val content = {\n      val _content = mutable.ListBuffer[Node]()\n\n      if (running.nonEmpty) {\n        val runningPageTable =\n          executionsTable(request, \"running\", running, currentTime, true, true, true)\n\n        _content ++=\n          <span id=\"running\" class=\"collapse-aggregated-runningExecutions collapse-table\"\n                onClick=\"collapseTable('collapse-aggregated-runningExecutions',\n                'aggregated-runningExecutions')\">\n            <h4>\n              <span class=\"collapse-table-arrow arrow-open\"><\/span>\n              <a>Running Queries ({running.size})<\/a>\n            <\/h4>\n          <\/span> ++\n            <div class=\"aggregated-runningExecutions collapsible-table\">\n              {runningPageTable}\n            <\/div>\n      }\n\n      if (completed.nonEmpty) {\n        val completedPageTable =\n          executionsTable(request, \"completed\", completed, currentTime, false, true, false)\n\n        _content ++=\n          <span id=\"completed\" class=\"collapse-aggregated-completedExecutions collapse-table\"\n                onClick=\"collapseTable('collapse-aggregated-completedExecutions',\n                'aggregated-completedExecutions')\">\n            <h4>\n              <span class=\"collapse-table-arrow arrow-open\"><\/span>\n              <a>Completed Queries ({completed.size})<\/a>\n            <\/h4>\n          <\/span> ++\n            <div class=\"aggregated-completedExecutions collapsible-table\">\n              {completedPageTable}\n            <\/div>\n      }\n\n      if (failed.nonEmpty) {\n        val failedPageTable =\n          executionsTable(request, \"failed\", failed, currentTime, false, true, true)\n\n        _content ++=\n          <span id=\"failed\" class=\"collapse-aggregated-failedExecutions collapse-table\"\n                onClick=\"collapseTable('collapse-aggregated-failedExecutions',\n                'aggregated-failedExecutions')\">\n            <h4>\n              <span class=\"collapse-table-arrow arrow-open\"><\/span>\n              <a>Failed Queries ({failed.size})<\/a>\n            <\/h4>\n          <\/span> ++\n            <div class=\"aggregated-failedExecutions collapsible-table\">\n              {failedPageTable}\n            <\/div>\n      }\n      _content\n    }\n    content ++=\n      <script>\n        function clickDetail(details) {{\n          details.parentNode.querySelector('.stage-details').classList.toggle('collapsed')\n        }}\n      <\/script>\n    val summary: NodeSeq =\n      <div>\n        <ul class=\"list-unstyled\">\n          {\n            if (running.nonEmpty) {\n              <li>\n                <a href=\"#running\"><strong>Running Queries:<\/strong><\/a>\n                {running.size}\n              <\/li>\n            }\n          }\n          {\n            if (completed.nonEmpty) {\n              <li>\n                <a href=\"#completed\"><strong>Completed Queries:<\/strong><\/a>\n                {completed.size}\n              <\/li>\n            }\n          }\n          {\n            if (failed.nonEmpty) {\n              <li>\n                <a href=\"#failed\"><strong>Failed Queries:<\/strong><\/a>\n                {failed.size}\n              <\/li>\n            }\n          }\n        <\/ul>\n      <\/div>\n\n    UIUtils.headerSparkPage(request, \"SQL\", summary ++ content, parent)\n  }\n\n  private def executionsTable(\n    request: HttpServletRequest,\n    executionTag: String,\n    executionData: Seq[SQLExecutionUIData],\n    currentTime: Long,\n    showRunningJobs: Boolean,\n    showSucceededJobs: Boolean,\n    showFailedJobs: Boolean): Seq[Node] = {\n\n    val parameterOtherTable = request.getParameterMap().asScala\n      .filterNot(_._1.startsWith(executionTag))\n      .map { case (name, vals) =>\n        name + \"=\" + vals(0)\n      }\n\n    val parameterExecutionPage = request.getParameter(s\"$executionTag.page\")\n    val parameterExecutionSortColumn = request.getParameter(s\"$executionTag.sort\")\n    val parameterExecutionSortDesc = request.getParameter(s\"$executionTag.desc\")\n    val parameterExecutionPageSize = request.getParameter(s\"$executionTag.pageSize\")\n\n    val executionPage = Option(parameterExecutionPage).map(_.toInt).getOrElse(1)\n    val executionSortColumn = Option(parameterExecutionSortColumn).map { sortColumn =>\n      UIUtils.decodeURLParameter(sortColumn)\n    }.getOrElse(\"ID\")\n    val executionSortDesc = Option(parameterExecutionSortDesc).map(_.toBoolean).getOrElse(\n      \/\/ New executions should be shown above old executions by default.\n      executionSortColumn == \"ID\"\n    )\n    val executionPageSize = Option(parameterExecutionPageSize).map(_.toInt).getOrElse(100)\n\n    val tableHeaderId = executionTag \/\/ \"running\", \"completed\" or \"failed\"\n\n    try {\n      new ExecutionPagedTable(\n        request,\n        parent,\n        executionData,\n        tableHeaderId,\n        executionTag,\n        UIUtils.prependBaseUri(request, parent.basePath),\n        \"SQL\", \/\/ subPath\n        parameterOtherTable,\n        currentTime,\n        pageSize = executionPageSize,\n        sortColumn = executionSortColumn,\n        desc = executionSortDesc,\n        showRunningJobs,\n        showSucceededJobs,\n        showFailedJobs).table(executionPage)\n    } catch {\n      case e@(_: IllegalArgumentException | _: IndexOutOfBoundsException) =>\n        <div class=\"alert alert-error\">\n          <p>Error while rendering execution table:<\/p>\n          <pre>\n            {Utils.exceptionString(e)}\n          <\/pre>\n        <\/div>\n    }\n  }\n}\n\nprivate[ui] class ExecutionPagedTable(\n    request: HttpServletRequest,\n    parent: SQLTab,\n    data: Seq[SQLExecutionUIData],\n    tableHeaderId: String,\n    executionTag: String,\n    basePath: String,\n    subPath: String,\n    parameterOtherTable: Iterable[String],\n    currentTime: Long,\n    pageSize: Int,\n    sortColumn: String,\n    desc: Boolean,\n    showRunningJobs: Boolean,\n    showSucceededJobs: Boolean,\n    showFailedJobs: Boolean) extends PagedTable[ExecutionTableRowData] {\n\n  override val dataSource = new ExecutionDataSource(\n    request,\n    parent,\n    data,\n    basePath,\n    currentTime,\n    pageSize,\n    sortColumn,\n    desc,\n    showRunningJobs,\n    showSucceededJobs,\n    showFailedJobs)\n\n  private val parameterPath = s\"$basePath\/$subPath\/?${parameterOtherTable.mkString(\"&\")}\"\n\n  override def tableId: String = s\"$executionTag-table\"\n\n  override def tableCssClass: String =\n    \"table table-bordered table-sm table-striped \" +\n      \"table-head-clickable table-cell-width-limited\"\n\n  override def pageLink(page: Int): String = {\n    val encodedSortColumn = URLEncoder.encode(sortColumn, UTF_8.name())\n    parameterPath +\n      s\"&$pageNumberFormField=$page\" +\n      s\"&$executionTag.sort=$encodedSortColumn\" +\n      s\"&$executionTag.desc=$desc\" +\n      s\"&$pageSizeFormField=$pageSize\" +\n      s\"#$tableHeaderId\"\n  }\n\n  override def pageSizeFormField: String = s\"$executionTag.pageSize\"\n\n  override def pageNumberFormField: String = s\"$executionTag.page\"\n\n  override def goButtonFormPath: String = {\n    val encodedSortColumn = URLEncoder.encode(sortColumn, UTF_8.name())\n    s\"$parameterPath&$executionTag.sort=$encodedSortColumn&$executionTag.desc=$desc#$tableHeaderId\"\n  }\n\n  override def headers: Seq[Node] = {\n    \/\/ Information for each header: title, sortable\n    val executionHeadersAndCssClasses: Seq[(String, Boolean)] =\n      Seq(\n        (\"ID\", true),\n        (\"Description\", true),\n        (\"Submitted\", true),\n        (\"Duration\", true)) ++ {\n        if (showRunningJobs && showSucceededJobs && showFailedJobs) {\n          Seq(\n            (\"Running Job IDs\", true),\n            (\"Succeeded Job IDs\", true),\n            (\"Failed Job IDs\", true))\n        } else if (showSucceededJobs && showFailedJobs) {\n          Seq(\n            (\"Succeeded Job IDs\", true),\n            (\"Failed Job IDs\", true))\n        } else {\n          Seq((\"Job IDs\", true))\n        }\n      }\n\n    val sortableColumnHeaders = executionHeadersAndCssClasses.filter {\n      case (_, sortable) => sortable\n    }.map { case (title, _) => title }\n\n    require(sortableColumnHeaders.contains(sortColumn), s\"Unknown column: $sortColumn\")\n\n    val headerRow: Seq[Node] = {\n      executionHeadersAndCssClasses.map { case (header, sortable) =>\n        if (header == sortColumn) {\n          val headerLink = Unparsed(\n            parameterPath +\n              s\"&$executionTag.sort=${URLEncoder.encode(header, UTF_8.name())}\" +\n              s\"&$executionTag.desc=${!desc}\" +\n              s\"&$executionTag.pageSize=$pageSize\" +\n              s\"#$tableHeaderId\")\n          val arrow = if (desc) \"&#x25BE;\" else \"&#x25B4;\" \/\/ UP or DOWN\n\n          <th>\n            <a href={headerLink}>\n              {header}<span>\n              &nbsp;{Unparsed(arrow)}\n            <\/span>\n            <\/a>\n          <\/th>\n        } else {\n          if (sortable) {\n            val headerLink = Unparsed(\n              parameterPath +\n                s\"&$executionTag.sort=${URLEncoder.encode(header, UTF_8.name())}\" +\n                s\"&$executionTag.pageSize=$pageSize\" +\n                s\"#$tableHeaderId\")\n\n            <th>\n              <a href={headerLink}>\n                {if (header == \"Duration\") {\n                  <span data-toggle=\"tooltip\" data-placement=\"top\"\n                    title=\"Time from query submission to completion\n                    (or if still executing, time since submission)\">\n                    {header}\n                  <\/span>\n                } else {\n                  {header}\n                }}\n              <\/a>\n            <\/th>\n          } else {\n            <th>\n              {header}\n            <\/th>\n          }\n        }\n      }\n    }\n    <thead>\n      {headerRow}\n    <\/thead>\n  }\n\n  override def row(executionTableRow: ExecutionTableRowData): Seq[Node] = {\n    val executionUIData = executionTableRow.executionUIData\n    val submissionTime = executionUIData.submissionTime\n    val duration = executionTableRow.duration\n\n    def jobLinks(jobData: Seq[Int]): Seq[Node] = {\n      jobData.map { jobId =>\n        <a href={jobURL(request, jobId)}>[{jobId.toString}]<\/a>\n      }\n    }\n\n    <tr>\n      <td>\n        {executionUIData.executionId.toString}\n      <\/td>\n      <td>\n        {descriptionCell(executionUIData)}\n      <\/td>\n      <td sorttable_customkey={submissionTime.toString}>\n        {UIUtils.formatDate(submissionTime)}\n      <\/td>\n      <td sorttable_customkey={duration.toString}>\n        {UIUtils.formatDuration(duration)}\n      <\/td>\n      {if (showRunningJobs) {\n        <td>\n          {jobLinks(executionTableRow.runningJobData)}\n        <\/td>\n      }}\n      {if (showSucceededJobs) {\n        <td>\n          {jobLinks(executionTableRow.completedJobData)}\n        <\/td>\n      }}\n      {if (showFailedJobs) {\n        <td>\n          {jobLinks(executionTableRow.failedJobData)}\n        <\/td>\n      }}\n    <\/tr>\n  }\n\n  private def descriptionCell(execution: SQLExecutionUIData): Seq[Node] = {\n    val details = if (execution.details != null && execution.details.nonEmpty) {\n      <span onclick=\"this.parentNode.querySelector('.stage-details').classList.toggle('collapsed')\"\n            class=\"expand-details\">\n        +details\n      <\/span> ++\n      <div class=\"stage-details collapsed\">\n        <pre>{execution.description}<br><\/br>{execution.details}<\/pre>\n      <\/div>\n    } else {\n      Nil\n    }\n\n    val desc = if (execution.description != null && execution.description.nonEmpty) {\n      <a href={executionURL(execution.executionId)} class=\"description-input\">\n        {execution.description}<\/a>\n    } else {\n      <a href={executionURL(execution.executionId)}>{execution.executionId}<\/a>\n    }\n\n    <div>{desc}{details}<\/div>\n  }\n\n  private def jobURL(request: HttpServletRequest, jobId: Long): String =\n    \"%s\/jobs\/job\/?id=%s\".format(UIUtils.prependBaseUri(request, parent.basePath), jobId)\n\n  private def executionURL(executionID: Long): String =\n    s\"${UIUtils.prependBaseUri(\n      request, parent.basePath)}\/${parent.prefix}\/execution\/?id=$executionID\"\n}\n\n\nprivate[ui] class ExecutionTableRowData(\n    val submissionTime: Long,\n    val duration: Long,\n    val executionUIData: SQLExecutionUIData,\n    val runningJobData: Seq[Int],\n    val completedJobData: Seq[Int],\n    val failedJobData: Seq[Int])\n\n\nprivate[ui] class ExecutionDataSource(\n    request: HttpServletRequest,\n    parent: SQLTab,\n    executionData: Seq[SQLExecutionUIData],\n    basePath: String,\n    currentTime: Long,\n    pageSize: Int,\n    sortColumn: String,\n    desc: Boolean,\n    showRunningJobs: Boolean,\n    showSucceededJobs: Boolean,\n    showFailedJobs: Boolean) extends PagedDataSource[ExecutionTableRowData](pageSize) {\n\n  \/\/ Convert ExecutionData to ExecutionTableRowData which contains the final contents to show\n  \/\/ in the table so that we can avoid creating duplicate contents during sorting the data\n  private val data = executionData.map(executionRow).sorted(ordering(sortColumn, desc))\n\n  private var _sliceExecutionIds: Set[Int] = _\n\n  override def dataSize: Int = data.size\n\n  override def sliceData(from: Int, to: Int): Seq[ExecutionTableRowData] = {\n    val r = data.slice(from, to)\n    _sliceExecutionIds = r.map(_.executionUIData.executionId.toInt).toSet\n    r\n  }\n\n  private def executionRow(executionUIData: SQLExecutionUIData): ExecutionTableRowData = {\n    val submissionTime = executionUIData.submissionTime\n    val duration = executionUIData.completionTime.map(_.getTime())\n      .getOrElse(currentTime) - submissionTime\n\n    val runningJobData = if (showRunningJobs) {\n      executionUIData.jobs.filter {\n        case (_, jobStatus) => jobStatus == JobExecutionStatus.RUNNING\n      }.map { case (jobId, _) => jobId }.toSeq.sorted\n    } else Seq.empty\n\n    val completedJobData = if (showSucceededJobs) {\n      executionUIData.jobs.filter {\n        case (_, jobStatus) => jobStatus == JobExecutionStatus.SUCCEEDED\n      }.map { case (jobId, _) => jobId }.toSeq.sorted\n    } else Seq.empty\n\n    val failedJobData = if (showFailedJobs) {\n      executionUIData.jobs.filter {\n        case (_, jobStatus) => jobStatus == JobExecutionStatus.FAILED\n      }.map { case (jobId, _) => jobId }.toSeq.sorted\n    } else Seq.empty\n\n    new ExecutionTableRowData(\n      submissionTime,\n      duration,\n      executionUIData,\n      runningJobData,\n      completedJobData,\n      failedJobData)\n  }\n\n  \/** Return Ordering according to sortColumn and desc. *\/\n  private def ordering(sortColumn: String, desc: Boolean): Ordering[ExecutionTableRowData] = {\n    val ordering: Ordering[ExecutionTableRowData] = sortColumn match {\n      case \"ID\" => Ordering.by(_.executionUIData.executionId)\n      case \"Description\" => Ordering.by(_.executionUIData.description)\n      case \"Submitted\" => Ordering.by(_.executionUIData.submissionTime)\n      case \"Duration\" => Ordering.by(_.duration)\n      case \"Job IDs\" | \"Succeeded Job IDs\" => Ordering by (_.completedJobData.headOption)\n      case \"Running Job IDs\" => Ordering.by(_.runningJobData.headOption)\n      case \"Failed Job IDs\" => Ordering.by(_.failedJobData.headOption)\n      case unknownColumn => throw new IllegalArgumentException(s\"Unknown column: $unknownColumn\")\n    }\n    if (desc) {\n      ordering.reverse\n    } else {\n      ordering\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/catalyst\/src\/test\/scala\/org\/apache\/spark\/sql\/catalyst\/expressions\/CanonicalizeSuite.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.expressions\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.catalyst.dsl.plans._\nimport org.apache.spark.sql.catalyst.plans.logical.Range\nimport org.apache.spark.sql.types.{IntegerType, StructField, StructType}\n\nclass CanonicalizeSuite extends SparkFunSuite {\n\n  test(\"SPARK-24276: IN expression with different order are semantically equal\") {\n    val range = Range(1, 1, 1, 1)\n    val idAttr = range.output.head\n\n    val in1 = In(idAttr, Seq(Literal(1), Literal(2)))\n    val in2 = In(idAttr, Seq(Literal(2), Literal(1)))\n    val in3 = In(idAttr, Seq(Literal(1), Literal(2), Literal(3)))\n\n    assert(in1.canonicalized.semanticHash() == in2.canonicalized.semanticHash())\n    assert(in1.canonicalized.semanticHash() != in3.canonicalized.semanticHash())\n\n    assert(range.where(in1).sameResult(range.where(in2)))\n    assert(!range.where(in1).sameResult(range.where(in3)))\n\n    val arrays1 = In(idAttr, Seq(CreateArray(Seq(Literal(1), Literal(2))),\n      CreateArray(Seq(Literal(2), Literal(1)))))\n    val arrays2 = In(idAttr, Seq(CreateArray(Seq(Literal(2), Literal(1))),\n      CreateArray(Seq(Literal(1), Literal(2)))))\n    val arrays3 = In(idAttr, Seq(CreateArray(Seq(Literal(1), Literal(2))),\n      CreateArray(Seq(Literal(3), Literal(1)))))\n\n    assert(arrays1.canonicalized.semanticHash() == arrays2.canonicalized.semanticHash())\n    assert(arrays1.canonicalized.semanticHash() != arrays3.canonicalized.semanticHash())\n\n    assert(range.where(arrays1).sameResult(range.where(arrays2)))\n    assert(!range.where(arrays1).sameResult(range.where(arrays3)))\n  }\n\n  test(\"SPARK-26402: accessing nested fields with different cases in case insensitive mode\") {\n    val expId = NamedExpression.newExprId\n    val qualifier = Seq.empty[String]\n    val structType = StructType(\n      StructField(\"a\", StructType(StructField(\"b\", IntegerType, false) :: Nil), false) :: Nil)\n\n    \/\/ GetStructField with different names are semantically equal\n    val fieldA1 = GetStructField(\n      AttributeReference(\"data1\", structType, false)(expId, qualifier),\n      0, Some(\"a1\"))\n    val fieldA2 = GetStructField(\n      AttributeReference(\"data2\", structType, false)(expId, qualifier),\n      0, Some(\"a2\"))\n    assert(fieldA1.semanticEquals(fieldA2))\n\n    val fieldB1 = GetStructField(\n      GetStructField(\n        AttributeReference(\"data1\", structType, false)(expId, qualifier),\n        0, Some(\"a1\")),\n      0, Some(\"b1\"))\n    val fieldB2 = GetStructField(\n      GetStructField(\n        AttributeReference(\"data2\", structType, false)(expId, qualifier),\n        0, Some(\"a2\")),\n      0, Some(\"b2\"))\n    assert(fieldB1.semanticEquals(fieldB2))\n  }\n\n  test(\"SPARK-30847: Take productPrefix into account in MurmurHash3.productHash\") {\n    val range = Range(1, 1, 1, 1)\n    val addExpr = Add(range.output.head, Literal(1))\n    val subExpr = Subtract(range.output.head, Literal(1))\n    assert(addExpr.canonicalized.hashCode() != subExpr.canonicalized.hashCode())\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"resource-managers\/kubernetes\/core\/src\/main\/scala\/org\/apache\/spark\/scheduler\/cluster\/k8s\/ExecutorPodsAllocator.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.scheduler.cluster.k8s\n\nimport java.util.concurrent.atomic.{AtomicBoolean, AtomicInteger, AtomicLong}\n\nimport io.fabric8.kubernetes.api.model.PodBuilder\nimport io.fabric8.kubernetes.client.KubernetesClient\nimport scala.collection.mutable\n\nimport org.apache.spark.{SecurityManager, SparkConf, SparkException}\nimport org.apache.spark.deploy.k8s.Config._\nimport org.apache.spark.deploy.k8s.Constants._\nimport org.apache.spark.deploy.k8s.KubernetesConf\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.util.{Clock, Utils}\n\nprivate[spark] class ExecutorPodsAllocator(\n    conf: SparkConf,\n    secMgr: SecurityManager,\n    executorBuilder: KubernetesExecutorBuilder,\n    kubernetesClient: KubernetesClient,\n    snapshotsStore: ExecutorPodsSnapshotsStore,\n    clock: Clock) extends Logging {\n\n  private val EXECUTOR_ID_COUNTER = new AtomicLong(0L)\n\n  private val totalExpectedExecutors = new AtomicInteger(0)\n\n  private val podAllocationSize = conf.get(KUBERNETES_ALLOCATION_BATCH_SIZE)\n\n  private val podAllocationDelay = conf.get(KUBERNETES_ALLOCATION_BATCH_DELAY)\n\n  private val podCreationTimeout = math.max(podAllocationDelay * 5, 60000)\n\n  private val namespace = conf.get(KUBERNETES_NAMESPACE)\n\n  private val kubernetesDriverPodName = conf\n    .get(KUBERNETES_DRIVER_POD_NAME)\n\n  private val shouldDeleteExecutors = conf.get(KUBERNETES_DELETE_EXECUTORS)\n\n  private val driverPod = kubernetesDriverPodName\n    .map(name => Option(kubernetesClient.pods()\n      .withName(name)\n      .get())\n      .getOrElse(throw new SparkException(\n        s\"No pod was found named $kubernetesDriverPodName in the cluster in the \" +\n          s\"namespace $namespace (this was supposed to be the driver pod.).\")))\n\n  \/\/ Executor IDs that have been requested from Kubernetes but have not been detected in any\n  \/\/ snapshot yet. Mapped to the timestamp when they were created.\n  private val newlyCreatedExecutors = mutable.Map.empty[Long, Long]\n\n  private val dynamicAllocationEnabled = Utils.isDynamicAllocationEnabled(conf)\n\n  private val hasPendingPods = new AtomicBoolean()\n\n  private var lastSnapshot = ExecutorPodsSnapshot(Nil)\n\n  \/\/ Executors that have been deleted by this allocator but not yet detected as deleted in\n  \/\/ a snapshot from the API server. This is used to deny registration from these executors\n  \/\/ if they happen to come up before the deletion takes effect.\n  @volatile private var deletedExecutorIds = Set.empty[Long]\n\n  def start(applicationId: String): Unit = {\n    snapshotsStore.addSubscriber(podAllocationDelay) {\n      onNewSnapshots(applicationId, _)\n    }\n  }\n\n  def setTotalExpectedExecutors(total: Int): Unit = {\n    totalExpectedExecutors.set(total)\n    if (!hasPendingPods.get()) {\n      snapshotsStore.notifySubscribers()\n    }\n  }\n\n  def isDeleted(executorId: String): Boolean = deletedExecutorIds.contains(executorId.toLong)\n\n  private def onNewSnapshots(\n      applicationId: String,\n      snapshots: Seq[ExecutorPodsSnapshot]): Unit = synchronized {\n    newlyCreatedExecutors --= snapshots.flatMap(_.executorPods.keys)\n    \/\/ For all executors we've created against the API but have not seen in a snapshot\n    \/\/ yet - check the current time. If the current time has exceeded some threshold,\n    \/\/ assume that the pod was either never created (the API server never properly\n    \/\/ handled the creation request), or the API server created the pod but we missed\n    \/\/ both the creation and deletion events. In either case, delete the missing pod\n    \/\/ if possible, and mark such a pod to be rescheduled below.\n    val currentTime = clock.getTimeMillis()\n    val timedOut = newlyCreatedExecutors.flatMap { case (execId, timeCreated) =>\n      if (currentTime - timeCreated > podCreationTimeout) {\n        Some(execId)\n      } else {\n        logDebug(s\"Executor with id $execId was not found in the Kubernetes cluster since it\" +\n          s\" was created ${currentTime - timeCreated} milliseconds ago.\")\n        None\n      }\n    }\n\n    if (timedOut.nonEmpty) {\n      logWarning(s\"Executors with ids ${timedOut.mkString(\",\")} were not detected in the\" +\n        s\" Kubernetes cluster after $podCreationTimeout ms despite the fact that a previous\" +\n        \" allocation attempt tried to create them. The executors may have been deleted but the\" +\n        \" application missed the deletion event.\")\n\n      newlyCreatedExecutors --= timedOut\n      if (shouldDeleteExecutors) {\n        Utils.tryLogNonFatalError {\n          kubernetesClient\n            .pods()\n            .withLabel(SPARK_APP_ID_LABEL, applicationId)\n            .withLabel(SPARK_ROLE_LABEL, SPARK_POD_EXECUTOR_ROLE)\n            .withLabelIn(SPARK_EXECUTOR_ID_LABEL, timedOut.toSeq.map(_.toString): _*)\n            .delete()\n        }\n      }\n    }\n\n    if (snapshots.nonEmpty) {\n      lastSnapshot = snapshots.last\n    }\n\n    val currentRunningCount = lastSnapshot.executorPods.values.count {\n      case PodRunning(_) => true\n      case _ => false\n    }\n\n    val currentPendingExecutors = lastSnapshot.executorPods\n      .filter {\n        case (_, PodPending(_)) => true\n        case _ => false\n      }\n      .map { case (id, _) => id }\n\n    \/\/ Make a local, non-volatile copy of the reference since it's used multiple times. This\n    \/\/ is the only method that modifies the list, so this is safe.\n    var _deletedExecutorIds = deletedExecutorIds\n\n    if (snapshots.nonEmpty) {\n      logDebug(s\"Pod allocation status: $currentRunningCount running, \" +\n        s\"${currentPendingExecutors.size} pending, \" +\n        s\"${newlyCreatedExecutors.size} unacknowledged.\")\n\n      val existingExecs = lastSnapshot.executorPods.keySet\n      _deletedExecutorIds = _deletedExecutorIds.filter(existingExecs.contains)\n    }\n\n    val currentTotalExpectedExecutors = totalExpectedExecutors.get\n\n    \/\/ This variable is used later to print some debug logs. It's updated when cleaning up\n    \/\/ excess pod requests, since currentPendingExecutors is immutable.\n    var knownPendingCount = currentPendingExecutors.size\n\n    \/\/ It's possible that we have outstanding pods that are outdated when dynamic allocation\n    \/\/ decides to downscale the application. So check if we can release any pending pods early\n    \/\/ instead of waiting for them to time out. Drop them first from the unacknowledged list,\n    \/\/ then from the pending.\n    \/\/\n    \/\/ TODO: with dynamic allocation off, handle edge cases if we end up with more running\n    \/\/ executors than expected.\n    val knownPodCount = currentRunningCount + currentPendingExecutors.size +\n      newlyCreatedExecutors.size\n    if (knownPodCount > currentTotalExpectedExecutors) {\n      val excess = knownPodCount - currentTotalExpectedExecutors\n      val knownPendingToDelete = currentPendingExecutors.take(excess - newlyCreatedExecutors.size)\n      val toDelete = newlyCreatedExecutors.keys.take(excess).toList ++ knownPendingToDelete\n\n      if (toDelete.nonEmpty) {\n        logInfo(s\"Deleting ${toDelete.size} excess pod requests (${toDelete.mkString(\",\")}).\")\n        _deletedExecutorIds = _deletedExecutorIds ++ toDelete\n\n        Utils.tryLogNonFatalError {\n          kubernetesClient\n            .pods()\n            .withField(\"status.phase\", \"Pending\")\n            .withLabel(SPARK_APP_ID_LABEL, applicationId)\n            .withLabel(SPARK_ROLE_LABEL, SPARK_POD_EXECUTOR_ROLE)\n            .withLabelIn(SPARK_EXECUTOR_ID_LABEL, toDelete.sorted.map(_.toString): _*)\n            .delete()\n          newlyCreatedExecutors --= toDelete\n          knownPendingCount -= knownPendingToDelete.size\n        }\n      }\n    }\n\n    if (newlyCreatedExecutors.isEmpty\n        && currentPendingExecutors.isEmpty\n        && currentRunningCount < currentTotalExpectedExecutors) {\n      val numExecutorsToAllocate = math.min(\n        currentTotalExpectedExecutors - currentRunningCount, podAllocationSize)\n      logInfo(s\"Going to request $numExecutorsToAllocate executors from Kubernetes.\")\n      for ( _ <- 0 until numExecutorsToAllocate) {\n        val newExecutorId = EXECUTOR_ID_COUNTER.incrementAndGet()\n        val executorConf = KubernetesConf.createExecutorConf(\n          conf,\n          newExecutorId.toString,\n          applicationId,\n          driverPod)\n        val executorPod = executorBuilder.buildFromFeatures(executorConf, secMgr,\n          kubernetesClient)\n        val podWithAttachedContainer = new PodBuilder(executorPod.pod)\n          .editOrNewSpec()\n          .addToContainers(executorPod.container)\n          .endSpec()\n          .build()\n        kubernetesClient.pods().create(podWithAttachedContainer)\n        newlyCreatedExecutors(newExecutorId) = clock.getTimeMillis()\n        logDebug(s\"Requested executor with id $newExecutorId from Kubernetes.\")\n      }\n    }\n\n    deletedExecutorIds = _deletedExecutorIds\n\n    \/\/ Update the flag that helps the setTotalExpectedExecutors() callback avoid triggering this\n    \/\/ update method when not needed.\n    hasPendingPods.set(knownPendingCount + newlyCreatedExecutors.size > 0)\n\n    \/\/ The code below just prints debug messages, which are only useful when there's a change\n    \/\/ in the snapshot state. Since the messages are a little spammy, avoid them when we know\n    \/\/ there are no useful updates.\n    if (!log.isDebugEnabled || snapshots.isEmpty) {\n      return\n    }\n\n    if (currentRunningCount >= currentTotalExpectedExecutors && !dynamicAllocationEnabled) {\n      logDebug(\"Current number of running executors is equal to the number of requested\" +\n        \" executors. Not scaling up further.\")\n    } else {\n      val outstanding = knownPendingCount + newlyCreatedExecutors.size\n      if (outstanding > 0) {\n        logDebug(s\"Still waiting for $outstanding executors before requesting more.\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/v2\/FileDataSourceV2.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.v2\n\nimport java.util\n\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport org.apache.hadoop.fs.Path\n\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.connector.catalog.{Table, TableProvider}\nimport org.apache.spark.sql.connector.expressions.Transform\nimport org.apache.spark.sql.execution.datasources._\nimport org.apache.spark.sql.sources.DataSourceRegister\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.util.CaseInsensitiveStringMap\nimport org.apache.spark.util.Utils\n\n\/**\n * A base interface for data source v2 implementations of the built-in file-based data sources.\n *\/\ntrait FileDataSourceV2 extends TableProvider with DataSourceRegister {\n  \/**\n   * Returns a V1 [[FileFormat]] class of the same file data source.\n   * This is a solution for the following cases:\n   * 1. File datasource V2 implementations cause regression. Users can disable the problematic data\n   *    source via SQL configuration and fall back to FileFormat.\n   * 2. Catalog support is required, which is still under development for data source V2.\n   *\/\n  def fallbackFileFormat: Class[_ <: FileFormat]\n\n  lazy val sparkSession = SparkSession.active\n\n  protected def getPaths(map: CaseInsensitiveStringMap): Seq[String] = {\n    val objectMapper = new ObjectMapper()\n    val paths = Option(map.get(\"paths\")).map { pathStr =>\n      objectMapper.readValue(pathStr, classOf[Array[String]]).toSeq\n    }.getOrElse(Seq.empty)\n    paths ++ Option(map.get(\"path\")).toSeq\n  }\n\n  protected def getTableName(paths: Seq[String]): String = {\n    val name = shortName() + \" \" + paths.map(qualifiedPathName).mkString(\",\")\n    Utils.redact(sparkSession.sessionState.conf.stringRedactionPattern, name)\n  }\n\n  private def qualifiedPathName(path: String): String = {\n    val hdfsPath = new Path(path)\n    val fs = hdfsPath.getFileSystem(sparkSession.sessionState.newHadoopConf())\n    hdfsPath.makeQualified(fs.getUri, fs.getWorkingDirectory).toString\n  }\n\n  \/\/ TODO: To reduce code diff of SPARK-29665, we create stub implementations for file source v2, so\n  \/\/       that we don't need to touch all the file source v2 classes. We should remove the stub\n  \/\/       implementation and directly implement the TableProvider APIs.\n  protected def getTable(options: CaseInsensitiveStringMap): Table\n  protected def getTable(options: CaseInsensitiveStringMap, schema: StructType): Table = {\n    throw new UnsupportedOperationException(\"user-specified schema\")\n  }\n\n  override def supportsExternalMetadata(): Boolean = true\n\n  private var t: Table = null\n\n  override def inferSchema(options: CaseInsensitiveStringMap): StructType = {\n    if (t == null) t = getTable(options)\n    t.schema()\n  }\n\n  \/\/ TODO: implement a light-weight partition inference which only looks at the path of one leaf\n  \/\/       file and return partition column names. For now the partition inference happens in\n  \/\/       `getTable`, because we don't know the user-specified schema here.\n  override def inferPartitioning(options: CaseInsensitiveStringMap): Array[Transform] = {\n    Array.empty\n  }\n\n  override def getTable(\n      schema: StructType,\n      partitioning: Array[Transform],\n      properties: util.Map[String, String]): Table = {\n    \/\/ If the table is already loaded during schema inference, return it directly.\n    if (t != null) {\n      t\n    } else {\n      getTable(new CaseInsensitiveStringMap(properties), schema)\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"external\/kafka-0-10-sql\/src\/test\/scala\/org\/apache\/spark\/sql\/kafka010\/KafkaDelegationTokenSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.kafka010\n\nimport java.util.UUID\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.security.{Credentials, UserGroupInformation}\nimport org.apache.kafka.common.security.auth.SecurityProtocol.SASL_PLAINTEXT\n\nimport org.apache.spark.deploy.SparkHadoopUtil\nimport org.apache.spark.deploy.security.HadoopDelegationTokenManager\nimport org.apache.spark.internal.config.{KEYTAB, PRINCIPAL}\nimport org.apache.spark.sql.execution.streaming.MemoryStream\nimport org.apache.spark.sql.streaming.{OutputMode, StreamTest}\nimport org.apache.spark.sql.test.SharedSparkSession\n\nclass KafkaDelegationTokenSuite extends StreamTest with SharedSparkSession with KafkaTest {\n\n  import testImplicits._\n\n  protected var testUtils: KafkaTestUtils = _\n\n  protected override def sparkConf = super.sparkConf\n    .set(\"spark.security.credentials.hadoopfs.enabled\", \"false\")\n    .set(\"spark.security.credentials.hbase.enabled\", \"false\")\n    .set(KEYTAB, testUtils.clientKeytab)\n    .set(PRINCIPAL, testUtils.clientPrincipal)\n    .set(\"spark.kafka.clusters.cluster1.auth.bootstrap.servers\", testUtils.brokerAddress)\n    .set(\"spark.kafka.clusters.cluster1.security.protocol\", SASL_PLAINTEXT.name)\n\n  override def beforeAll(): Unit = {\n    testUtils = new KafkaTestUtils(Map.empty, true)\n    testUtils.setup()\n    super.beforeAll()\n  }\n\n  override def afterAll(): Unit = {\n    try {\n      if (testUtils != null) {\n        testUtils.teardown()\n        testUtils = null\n      }\n      UserGroupInformation.reset()\n    } finally {\n      super.afterAll()\n    }\n  }\n\n  ignore(\"Roundtrip\") {\n    val hadoopConf = new Configuration()\n    val manager = new HadoopDelegationTokenManager(spark.sparkContext.conf, hadoopConf, null)\n    val credentials = new Credentials()\n    manager.obtainDelegationTokens(credentials)\n    val serializedCredentials = SparkHadoopUtil.get.serialize(credentials)\n    SparkHadoopUtil.get.addDelegationTokens(serializedCredentials, spark.sparkContext.conf)\n\n    val topic = \"topic-\" + UUID.randomUUID().toString\n    testUtils.createTopic(topic, partitions = 5)\n\n    withTempDir { checkpointDir =>\n      val input = MemoryStream[String]\n\n      val df = input.toDF()\n      val writer = df.writeStream\n        .outputMode(OutputMode.Append)\n        .format(\"kafka\")\n        .option(\"checkpointLocation\", checkpointDir.getCanonicalPath)\n        .option(\"kafka.bootstrap.servers\", testUtils.brokerAddress)\n        .option(\"topic\", topic)\n        .start()\n\n      try {\n        input.addData(\"1\", \"2\", \"3\", \"4\", \"5\")\n        failAfter(streamingTimeout) {\n          writer.processAllAvailable()\n        }\n      } finally {\n        writer.stop()\n      }\n    }\n\n    val streamingDf = spark.readStream\n      .format(\"kafka\")\n      .option(\"kafka.bootstrap.servers\", testUtils.brokerAddress)\n      .option(\"startingOffsets\", s\"earliest\")\n      .option(\"subscribe\", topic)\n      .load()\n      .selectExpr(\"CAST(key AS STRING)\", \"CAST(value AS STRING)\")\n      .as[(String, String)]\n      .map(kv => kv._2.toInt + 1)\n\n    testStream(streamingDf)(\n      StartStream(),\n      AssertOnQuery { q =>\n        q.processAllAvailable()\n        true\n      },\n      CheckAnswer(2, 3, 4, 5, 6),\n      StopStream\n    )\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala-2.13\/org\/apache\/spark\/sql\/execution\/streaming\/StreamProgress.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.streaming\n\nimport scala.collection.immutable\n\nimport org.apache.spark.sql.connector.read.streaming.{Offset => OffsetV2, SparkDataStream}\n\n\/**\n * A helper class that looks like a Map[Source, Offset].\n *\/\nclass StreamProgress(\n    val baseMap: immutable.Map[SparkDataStream, OffsetV2] =\n        new immutable.HashMap[SparkDataStream, OffsetV2])                   \n  extends scala.collection.immutable.Map[SparkDataStream, OffsetV2] {\n\n  \/\/  Note: this class supports Scala 2.13. A parallel source tree has a 2.12 implementation.\n\n  def toOffsetSeq(source: Seq[SparkDataStream], metadata: OffsetSeqMetadata): OffsetSeq = {\n    OffsetSeq(source.map(get), Some(metadata))\n  }\n\n  override def toString: String =\n    baseMap.map { case (k, v) => s\"$k: $v\"}.mkString(\"{\", \",\", \"}\")\n\n  override def updated[B1 >: OffsetV2](key: SparkDataStream, value: B1): Map[SparkDataStream, B1] =\n    baseMap + (key -> value)\n\n  override def get(key: SparkDataStream): Option[OffsetV2] = baseMap.get(key)\n\n  override def iterator: Iterator[(SparkDataStream, OffsetV2)] = baseMap.iterator\n\n  override def removed(key: SparkDataStream): Map[SparkDataStream, OffsetV2] = baseMap - key\n\n  def ++(updates: IterableOnce[(SparkDataStream, OffsetV2)]): StreamProgress = {\n    new StreamProgress(baseMap ++ updates)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/jdbc\/connection\/PostgresConnectionProvider.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.datasources.jdbc.connection\n\nimport java.sql.{Connection, Driver}\nimport java.util.Properties\nimport javax.security.auth.login.{AppConfigurationEntry, Configuration}\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.sql.execution.datasources.jdbc.JDBCOptions\nimport org.apache.spark.sql.execution.datasources.jdbc.connection.PostgresConnectionProvider.PGJDBCConfiguration\nimport org.apache.spark.util.SecurityUtils\n\nprivate[jdbc] class PostgresConnectionProvider(driver: Driver, options: JDBCOptions)\n    extends BasicConnectionProvider(driver, options) {\n  val appEntry: String = {\n    val parseURL = driver.getClass.getMethod(\"parseURL\", classOf[String], classOf[Properties])\n    val properties = parseURL.invoke(driver, options.url, null).asInstanceOf[Properties]\n    properties.getProperty(\"jaasApplicationName\", \"pgjdbc\")\n  }\n\n  def setAuthenticationConfigIfNeeded(): Unit = {\n    val parent = Configuration.getConfiguration\n    val configEntry = parent.getAppConfigurationEntry(appEntry)\n    if (configEntry == null || configEntry.isEmpty) {\n      val config = new PGJDBCConfiguration(parent, appEntry, options.keytab, options.principal)\n      Configuration.setConfiguration(config)\n    }\n  }\n\n  override def getConnection(): Connection = {\n    setAuthenticationConfigIfNeeded()\n    super.getConnection()\n  }\n}\n\nprivate[sql] object PostgresConnectionProvider {\n  class PGJDBCConfiguration(\n      parent: Configuration,\n      appEntry: String,\n      keytab: String,\n      principal: String) extends Configuration {\n    private val entry =\n      new AppConfigurationEntry(\n        SecurityUtils.getKrb5LoginModuleName(),\n        AppConfigurationEntry.LoginModuleControlFlag.REQUIRED,\n        Map[String, Object](\n          \"useTicketCache\" -> \"false\",\n          \"useKeyTab\" -> \"true\",\n          \"keyTab\" -> keytab,\n          \"principal\" -> principal,\n          \"debug\" -> \"true\"\n        ).asJava\n      )\n\n    override def getAppConfigurationEntry(name: String): Array[AppConfigurationEntry] = {\n      if (name.equals(appEntry)) {\n        Array(entry)\n      } else {\n        parent.getAppConfigurationEntry(name)\n      }\n    }\n  }\n\n  val driverClass = \"org.postgresql.Driver\"\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/execution\/benchmark\/SqlBasedBenchmark.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.benchmark\n\nimport org.apache.spark.benchmark.{Benchmark, BenchmarkBase}\nimport org.apache.spark.sql.{Dataset, SparkSession}\nimport org.apache.spark.sql.SaveMode.Overwrite\nimport org.apache.spark.sql.catalyst.plans.SQLHelper\nimport org.apache.spark.sql.internal.SQLConf\n\n\/**\n * Common base trait to run benchmark with the Dataset and DataFrame API.\n *\/\ntrait SqlBasedBenchmark extends BenchmarkBase with SQLHelper {\n\n  protected val spark: SparkSession = getSparkSession\n\n  \/** Subclass can override this function to build their own SparkSession *\/\n  def getSparkSession: SparkSession = {\n    SparkSession.builder()\n      .master(\"local[1]\")\n      .appName(this.getClass.getCanonicalName)\n      .config(SQLConf.SHUFFLE_PARTITIONS.key, 1)\n      .config(SQLConf.AUTO_BROADCASTJOIN_THRESHOLD.key, 1)\n      .getOrCreate()\n  }\n\n  \/** Runs function `f` with whole stage codegen on and off. *\/\n  final def codegenBenchmark(name: String, cardinality: Long)(f: => Unit): Unit = {\n    val benchmark = new Benchmark(name, cardinality, output = output)\n\n    benchmark.addCase(s\"$name wholestage off\", numIters = 2) { _ =>\n      withSQLConf(SQLConf.WHOLESTAGE_CODEGEN_ENABLED.key -> \"false\") {\n        f\n      }\n    }\n\n    benchmark.addCase(s\"$name wholestage on\", numIters = 5) { _ =>\n      withSQLConf(SQLConf.WHOLESTAGE_CODEGEN_ENABLED.key -> \"true\") {\n        f\n      }\n    }\n\n    benchmark.run()\n  }\n\n  implicit class DatasetToBenchmark(ds: Dataset[_]) {\n    def noop(): Unit = {\n      ds.write.format(\"noop\").mode(Overwrite).save()\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"resource-managers\/kubernetes\/integration-tests\/src\/test\/scala\/org\/apache\/spark\/deploy\/k8s\/integrationtest\/DepsTestsSuite.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.deploy.k8s.integrationtest\n\nimport java.net.URL\n\nimport scala.collection.JavaConverters._\n\nimport com.amazonaws.auth.BasicAWSCredentials\nimport com.amazonaws.services.s3.AmazonS3Client\nimport io.fabric8.kubernetes.api.model._\nimport io.fabric8.kubernetes.api.model.apps.StatefulSetBuilder\nimport org.scalatest.concurrent.{Eventually, PatienceConfiguration}\nimport org.scalatest.time.{Minutes, Span}\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.deploy.k8s.integrationtest.DepsTestsSuite.{DEPS_TIMEOUT, FILE_CONTENTS, HOST_PATH}\nimport org.apache.spark.deploy.k8s.integrationtest.KubernetesSuite.{INTERVAL, MinikubeTag, TIMEOUT}\nimport org.apache.spark.deploy.k8s.integrationtest.backend.minikube.Minikube\n\nprivate[spark] trait DepsTestsSuite { k8sSuite: KubernetesSuite =>\n  import KubernetesSuite.k8sTestTag\n\n  val cName = \"ceph-nano\"\n  val svcName = s\"$cName-s3\"\n  val bucket = \"spark\"\n\n  private def getCephContainer(): Container = {\n    val envVars = Map ( \"NETWORK_AUTO_DETECT\" -> \"4\",\n      \"RGW_FRONTEND_PORT\" -> \"8000\",\n      \"SREE_PORT\" -> \"5001\",\n      \"CEPH_DEMO_UID\" -> \"nano\",\n      \"CEPH_DAEMON\" -> \"demo\",\n      \"DEBUG\" -> \"verbose\"\n    ).map( envV =>\n      new EnvVarBuilder()\n        .withName(envV._1)\n        .withValue(envV._2)\n        .build()\n    ).toArray\n\n    val resources = Map(\n      \"cpu\" -> new Quantity(\"1\"),\n      \"memory\" -> new Quantity(\"512M\")\n    ).asJava\n\n    new ContainerBuilder()\n      .withImage(\"ceph\/daemon:v4.0.3-stable-4.0-nautilus-centos-7-x86_64\")\n      .withImagePullPolicy(\"Always\")\n      .withName(cName)\n      .withPorts(new ContainerPortBuilder()\n          .withName(svcName)\n          .withProtocol(\"TCP\")\n          .withContainerPort(8000)\n        .build()\n      )\n      .withResources(new ResourceRequirementsBuilder()\n        .withLimits(resources)\n        .withRequests(resources)\n        .build()\n      )\n      .withEnv(envVars: _*)\n      .build()\n  }\n\n  \/\/ Based on https:\/\/github.com\/ceph\/cn\n  private def setupCephStorage(): Unit = {\n    val labels = Map(\"app\" -> \"ceph\", \"daemon\" -> \"nano\").asJava\n    val cephService = new ServiceBuilder()\n      .withNewMetadata()\n        .withName(svcName)\n      .withLabels(labels)\n      .endMetadata()\n      .withNewSpec()\n        .withPorts(new ServicePortBuilder()\n          .withName(\"https\")\n          .withPort(8000)\n          .withProtocol(\"TCP\")\n          .withTargetPort(new IntOrString(8000))\n          .build()\n        )\n        .withType(\"NodePort\")\n        .withSelector(labels)\n      .endSpec()\n      .build()\n\n    val cephStatefulSet = new StatefulSetBuilder()\n      .withNewMetadata()\n        .withName(cName)\n        .withLabels(labels)\n      .endMetadata()\n      .withNewSpec()\n        .withReplicas(1)\n        .withNewSelector()\n          .withMatchLabels(Map(\"app\" -> \"ceph\").asJava)\n        .endSelector()\n        .withServiceName(cName)\n        .withNewTemplate()\n          .withNewMetadata()\n            .withName(cName)\n            .withLabels(labels)\n           .endMetadata()\n          .withNewSpec()\n            .withContainers(getCephContainer())\n          .endSpec()\n        .endTemplate()\n      .endSpec()\n      .build()\n\n    kubernetesTestComponents\n      .kubernetesClient\n      .services()\n      .create(cephService)\n\n    kubernetesTestComponents\n      .kubernetesClient\n      .apps()\n      .statefulSets()\n      .create(cephStatefulSet)\n  }\n\n private def deleteCephStorage(): Unit = {\n    kubernetesTestComponents\n      .kubernetesClient\n      .apps()\n      .statefulSets()\n      .withName(cName)\n      .delete()\n\n    kubernetesTestComponents\n      .kubernetesClient\n      .services()\n      .withName(svcName)\n      .delete()\n  }\n\n  test(\"Launcher client dependencies\", k8sTestTag, MinikubeTag) {\n    val fileName = Utils.createTempFile(FILE_CONTENTS, HOST_PATH)\n    try {\n      setupCephStorage()\n      val cephUrlStr = getServiceUrl(svcName)\n      val cephUrl = new URL(cephUrlStr)\n      val cephHost = cephUrl.getHost\n      val cephPort = cephUrl.getPort\n      val examplesJar = Utils.getExamplesJarAbsolutePath(sparkHomeDir)\n      val (accessKey, secretKey) = getCephCredentials()\n      sparkAppConf\n        .set(\"spark.hadoop.fs.s3a.access.key\", accessKey)\n        .set(\"spark.hadoop.fs.s3a.secret.key\", secretKey)\n        .set(\"spark.hadoop.fs.s3a.connection.ssl.enabled\", \"false\")\n        .set(\"spark.hadoop.fs.s3a.endpoint\", s\"$cephHost:$cephPort\")\n        .set(\"spark.kubernetes.file.upload.path\", s\"s3a:\/\/$bucket\")\n        .set(\"spark.files\", s\"$HOST_PATH\/$fileName\")\n        .set(\"spark.hadoop.fs.s3a.impl\", \"org.apache.hadoop.fs.s3a.S3AFileSystem\")\n        .set(\"spark.jars.packages\", \"com.amazonaws:aws-java-sdk:\" +\n          \"1.7.4,org.apache.hadoop:hadoop-aws:2.7.6\")\n        .set(\"spark.driver.extraJavaOptions\", \"-Divy.cache.dir=\/tmp -Divy.home=\/tmp\")\n      createS3Bucket(accessKey, secretKey, cephUrlStr)\n      runSparkRemoteCheckAndVerifyCompletion(appResource = examplesJar,\n        appArgs = Array(fileName),\n        timeout = Option(DEPS_TIMEOUT))\n    } finally {\n      \/\/ make sure this always runs\n      deleteCephStorage()\n    }\n  }\n\n  \/\/ There isn't a cleaner way to get the credentials\n  \/\/ when ceph-nano runs on k8s\n  private def getCephCredentials(): (String, String) = {\n    Eventually.eventually(TIMEOUT, INTERVAL) {\n      val cephPod = kubernetesTestComponents\n        .kubernetesClient\n        .pods()\n        .withName(s\"$cName-0\")\n        .get()\n      implicit val podName: String = cephPod.getMetadata.getName\n      implicit val components: KubernetesTestComponents = kubernetesTestComponents\n      val contents = Utils.executeCommand(\"cat\", \"\/nano_user_details\")\n    (extractS3Key(contents, \"access_key\"), extractS3Key(contents, \"secret_key\"))\n    }\n  }\n\n  private def extractS3Key(data: String, key: String): String = {\n    data.split(\"\\n\")\n      .filter(_.contains(key))\n      .head\n      .split(\":\")\n      .last\n      .trim\n      .replaceAll(\"[,|\\\"]\", \"\")\n  }\n\n  private def createS3Bucket(accessKey: String, secretKey: String, endPoint: String): Unit = {\n    Eventually.eventually(TIMEOUT, INTERVAL) {\n      try {\n        val credentials = new BasicAWSCredentials(accessKey, secretKey)\n        val s3client = new AmazonS3Client(credentials)\n        s3client.setEndpoint(endPoint)\n        s3client.createBucket(bucket)\n      } catch {\n        case e: Exception =>\n          throw new SparkException(s\"Failed to create bucket $bucket.\", e)\n      }\n    }\n  }\n\n  private def getServiceUrl(serviceName: String): String = {\n    val fuzzyUrlMatcher = \"\"\"^(.*?)([a-zA-Z]+:\/\/.*?)(\\s*)$\"\"\".r\n    Eventually.eventually(TIMEOUT, INTERVAL) {\n      \/\/ ns is always available either random or provided by the user\n      val rawUrl = Minikube.minikubeServiceAction(\n        serviceName, \"-n\", kubernetesTestComponents.namespace, \"--url\")\n      val url = rawUrl match {\n        case fuzzyUrlMatcher(junk, url, extra) =>\n          logDebug(s\"Service url matched junk ${junk} - url ${url} - extra ${extra}\")\n          url\n        case _ =>\n          logWarning(s\"Response from minikube ${rawUrl} did not match URL regex\")\n          rawUrl\n      }\n      url\n    }\n  }\n}\n\nprivate[spark] object DepsTestsSuite {\n  val HOST_PATH = \"\/tmp\"\n  val FILE_CONTENTS = \"test deps\"\n  \/\/ increase the default because jar resolution takes time in the container\n  val DEPS_TIMEOUT = PatienceConfiguration.Timeout(Span(4, Minutes))\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/execution\/PruneFileSourcePartitionsSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.execution\n\nimport org.scalatest.Matchers._\n\nimport org.apache.spark.sql.QueryTest\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.dsl.expressions._\nimport org.apache.spark.sql.catalyst.dsl.plans._\nimport org.apache.spark.sql.catalyst.plans.logical.{Filter, LogicalPlan, Project}\nimport org.apache.spark.sql.catalyst.rules.RuleExecutor\nimport org.apache.spark.sql.execution.datasources.{CatalogFileIndex, HadoopFsRelation, LogicalRelation, PruneFileSourcePartitions}\nimport org.apache.spark.sql.execution.datasources.parquet.ParquetFileFormat\nimport org.apache.spark.sql.execution.joins.BroadcastHashJoinExec\nimport org.apache.spark.sql.functions.broadcast\nimport org.apache.spark.sql.hive.test.TestHiveSingleton\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.test.SQLTestUtils\nimport org.apache.spark.sql.types.StructType\n\nclass PruneFileSourcePartitionsSuite extends QueryTest with SQLTestUtils with TestHiveSingleton {\n\n  object Optimize extends RuleExecutor[LogicalPlan] {\n    val batches = Batch(\"PruneFileSourcePartitions\", Once, PruneFileSourcePartitions) :: Nil\n  }\n\n  test(\"PruneFileSourcePartitions should not change the output of LogicalRelation\") {\n    withTable(\"test\") {\n      withTempDir { dir =>\n        sql(\n          s\"\"\"\n            |CREATE EXTERNAL TABLE test(i int)\n            |PARTITIONED BY (p int)\n            |STORED AS parquet\n            |LOCATION '${dir.toURI}'\"\"\".stripMargin)\n\n        val tableMeta = spark.sharedState.externalCatalog.getTable(\"default\", \"test\")\n        val catalogFileIndex = new CatalogFileIndex(spark, tableMeta, 0)\n\n        val dataSchema = StructType(tableMeta.schema.filterNot { f =>\n          tableMeta.partitionColumnNames.contains(f.name)\n        })\n        val relation = HadoopFsRelation(\n          location = catalogFileIndex,\n          partitionSchema = tableMeta.partitionSchema,\n          dataSchema = dataSchema,\n          bucketSpec = None,\n          fileFormat = new ParquetFileFormat(),\n          options = Map.empty)(sparkSession = spark)\n\n        val logicalRelation = LogicalRelation(relation, tableMeta)\n        val query = Project(Seq(Symbol(\"i\"), Symbol(\"p\")),\n          Filter(Symbol(\"p\") === 1, logicalRelation)).analyze\n\n        val optimized = Optimize.execute(query)\n        assert(optimized.missingInput.isEmpty)\n      }\n    }\n  }\n\n  test(\"SPARK-20986 Reset table's statistics after PruneFileSourcePartitions rule\") {\n    withTable(\"tbl\") {\n      spark.range(10).selectExpr(\"id\", \"id % 3 as p\").write.partitionBy(\"p\").saveAsTable(\"tbl\")\n      sql(s\"ANALYZE TABLE tbl COMPUTE STATISTICS\")\n      val tableStats = spark.sessionState.catalog.getTableMetadata(TableIdentifier(\"tbl\")).stats\n      assert(tableStats.isDefined && tableStats.get.sizeInBytes > 0, \"tableStats is lost\")\n\n      val df = sql(\"SELECT * FROM tbl WHERE p = 1\")\n      val sizes1 = df.queryExecution.analyzed.collect {\n        case relation: LogicalRelation => relation.catalogTable.get.stats.get.sizeInBytes\n      }\n      assert(sizes1.size === 1, s\"Size wrong for:\\n ${df.queryExecution}\")\n      assert(sizes1(0) == tableStats.get.sizeInBytes)\n\n      val relations = df.queryExecution.optimizedPlan.collect {\n        case relation: LogicalRelation => relation\n      }\n      assert(relations.size === 1, s\"Size wrong for:\\n ${df.queryExecution}\")\n      val size2 = relations(0).stats.sizeInBytes\n      assert(size2 == relations(0).catalogTable.get.stats.get.sizeInBytes)\n      assert(size2 < tableStats.get.sizeInBytes)\n    }\n  }\n\n  test(\"SPARK-26576 Broadcast hint not applied to partitioned table\") {\n    withTable(\"tbl\") {\n      withSQLConf(SQLConf.AUTO_BROADCASTJOIN_THRESHOLD.key -> \"-1\") {\n        spark.range(10).selectExpr(\"id\", \"id % 3 as p\").write.partitionBy(\"p\").saveAsTable(\"tbl\")\n        val df = spark.table(\"tbl\")\n        val qe = df.join(broadcast(df), \"p\").queryExecution\n        qe.sparkPlan.collect { case j: BroadcastHashJoinExec => j } should have size 1\n      }\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/stat\/ChiSquareTest.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.stat\n\nimport org.apache.spark.annotation.Since\nimport org.apache.spark.ml.linalg.{Vector, Vectors, VectorUDT}\nimport org.apache.spark.ml.util.SchemaUtils\nimport org.apache.spark.mllib.linalg.{Vectors => OldVectors}\nimport org.apache.spark.mllib.regression.{LabeledPoint => OldLabeledPoint}\nimport org.apache.spark.mllib.stat.{Statistics => OldStatistics}\nimport org.apache.spark.sql.{DataFrame, Dataset, Row}\nimport org.apache.spark.sql.functions.col\nimport org.apache.spark.sql.types.DoubleType\n\n\n\/**\n * Chi-square hypothesis testing for categorical data.\n *\n * See <a href=\"http:\/\/en.wikipedia.org\/wiki\/Chi-squared_test\">Wikipedia<\/a> for more information\n * on the Chi-squared test.\n *\/\n@Since(\"2.2.0\")\nobject ChiSquareTest {\n\n  \/** Used to construct output schema of tests *\/\n  private case class ChiSquareResult(\n      pValues: Vector,\n      degreesOfFreedom: Array[Int],\n      statistics: Vector)\n\n  \/**\n   * Conduct Pearson's independence test for every feature against the label. For each feature, the\n   * (feature, label) pairs are converted into a contingency matrix for which the Chi-squared\n   * statistic is computed. All label and feature values must be categorical.\n   *\n   * The null hypothesis is that the occurrence of the outcomes is statistically independent.\n   *\n   * @param dataset  DataFrame of categorical labels and categorical features.\n   *                 Real-valued features will be treated as categorical for each distinct value.\n   * @param featuresCol  Name of features column in dataset, of type `Vector` (`VectorUDT`)\n   * @param labelCol  Name of label column in dataset, of any numerical type\n   * @return DataFrame containing the test result for every feature against the label.\n   *         This DataFrame will contain a single Row with the following fields:\n   *          - `pValues: Vector`\n   *          - `degreesOfFreedom: Array[Int]`\n   *          - `statistics: Vector`\n   *         Each of these fields has one value per feature.\n   *\/\n  @Since(\"2.2.0\")\n  def test(dataset: DataFrame, featuresCol: String, labelCol: String): DataFrame = {\n    val spark = dataset.sparkSession\n    import spark.implicits._\n\n    SchemaUtils.checkColumnType(dataset.schema, featuresCol, new VectorUDT)\n    SchemaUtils.checkNumericType(dataset.schema, labelCol)\n    val rdd = dataset.select(col(labelCol).cast(\"double\"), col(featuresCol)).as[(Double, Vector)]\n      .rdd.map { case (label, features) => OldLabeledPoint(label, OldVectors.fromML(features)) }\n    val testResults = OldStatistics.chiSqTest(rdd)\n    val pValues = Vectors.dense(testResults.map(_.pValue))\n    val degreesOfFreedom = testResults.map(_.degreesOfFreedom)\n    val statistics = Vectors.dense(testResults.map(_.statistic))\n    spark.createDataFrame(Seq(ChiSquareResult(pValues, degreesOfFreedom, statistics)))\n  }\n\n  \/**\n   * @param dataset  DataFrame of categorical labels and categorical features.\n   *                 Real-valued features will be treated as categorical for each distinct value.\n   * @param featuresCol  Name of features column in dataset, of type `Vector` (`VectorUDT`)\n   * @param labelCol  Name of label column in dataset, of any numerical type\n   * @return Array containing the SelectionTestResult for every feature against the label.\n   *\/\n  @Since(\"3.1.0\")\n  def testChiSquare(\n      dataset: Dataset[_],\n      featuresCol: String,\n      labelCol: String): Array[SelectionTestResult] = {\n\n    SchemaUtils.checkColumnType(dataset.schema, featuresCol, new VectorUDT)\n    SchemaUtils.checkNumericType(dataset.schema, labelCol)\n    val input = dataset.select(col(labelCol).cast(DoubleType), col(featuresCol)).rdd\n      .map { case Row(label: Double, features: Vector) =>\n        OldLabeledPoint(label, OldVectors.fromML(features))\n      }\n    val chiTestResult = OldStatistics.chiSqTest(input)\n    chiTestResult.map(r => new ChiSqTestResult(r.pValue, r.degreesOfFreedom, r.statistic))\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/util\/collection\/ExternalAppendOnlyMapSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.util.collection\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.concurrent.duration._\nimport scala.ref.WeakReference\n\nimport org.scalatest.Matchers\nimport org.scalatest.concurrent.Eventually\n\nimport org.apache.spark._\nimport org.apache.spark.internal.config._\nimport org.apache.spark.internal.config.Tests.TEST_MEMORY\nimport org.apache.spark.io.CompressionCodec\nimport org.apache.spark.memory.MemoryTestingUtils\nimport org.apache.spark.util.CompletionIterator\n\nclass ExternalAppendOnlyMapSuite extends SparkFunSuite\n  with LocalSparkContext\n  with Eventually\n  with Matchers{\n  import TestUtils.{assertNotSpilled, assertSpilled}\n\n  private val allCompressionCodecs = CompressionCodec.ALL_COMPRESSION_CODECS\n  private def createCombiner[T](i: T) = ArrayBuffer[T](i)\n  private def mergeValue[T](buffer: ArrayBuffer[T], i: T): ArrayBuffer[T] = buffer += i\n  private def mergeCombiners[T](buf1: ArrayBuffer[T], buf2: ArrayBuffer[T]): ArrayBuffer[T] =\n    buf1 ++= buf2\n\n  private def createExternalMap[T] = {\n    val context = MemoryTestingUtils.fakeTaskContext(sc.env)\n    new ExternalAppendOnlyMap[T, T, ArrayBuffer[T]](\n      createCombiner[T], mergeValue[T], mergeCombiners[T], context = context)\n  }\n\n  private def createSparkConf(loadDefaults: Boolean, codec: Option[String] = None): SparkConf = {\n    val conf = new SparkConf(loadDefaults)\n    \/\/ Make the Java serializer write a reset instruction (TC_RESET) after each object to test\n    \/\/ for a bug we had with bytes written past the last object in a batch (SPARK-2792)\n    conf.set(SERIALIZER_OBJECT_STREAM_RESET, 1)\n    conf.set(SERIALIZER, \"org.apache.spark.serializer.JavaSerializer\")\n    conf.set(SHUFFLE_SPILL_COMPRESS, codec.isDefined)\n    conf.set(SHUFFLE_COMPRESS, codec.isDefined)\n    codec.foreach { c => conf.set(IO_COMPRESSION_CODEC, c) }\n    \/\/ Ensure that we actually have multiple batches per spill file\n    conf.set(SHUFFLE_SPILL_BATCH_SIZE, 10L)\n    conf\n  }\n\n  test(\"single insert\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    val map = createExternalMap[Int]\n    map.insert(1, 10)\n    val it = map.iterator\n    assert(it.hasNext)\n    val kv = it.next()\n    assert(kv._1 === 1 && kv._2 === ArrayBuffer[Int](10))\n    assert(!it.hasNext)\n    sc.stop()\n  }\n\n  test(\"multiple insert\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    val map = createExternalMap[Int]\n    map.insert(1, 10)\n    map.insert(2, 20)\n    map.insert(3, 30)\n    val it = map.iterator\n    assert(it.hasNext)\n    assert(it.toSet === Set[(Int, ArrayBuffer[Int])](\n      (1, ArrayBuffer[Int](10)),\n      (2, ArrayBuffer[Int](20)),\n      (3, ArrayBuffer[Int](30))))\n    sc.stop()\n  }\n\n  test(\"insert with collision\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    val map = createExternalMap[Int]\n\n    map.insertAll(Seq(\n      (1, 10),\n      (2, 20),\n      (3, 30),\n      (1, 100),\n      (2, 200),\n      (1, 1000)))\n    val it = map.iterator\n    assert(it.hasNext)\n    val result = it.toSet[(Int, ArrayBuffer[Int])].map(kv => (kv._1, kv._2.toSet))\n    assert(result === Set[(Int, Set[Int])](\n      (1, Set[Int](10, 100, 1000)),\n      (2, Set[Int](20, 200)),\n      (3, Set[Int](30))))\n    sc.stop()\n  }\n\n  test(\"ordering\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n\n    val map1 = createExternalMap[Int]\n    map1.insert(1, 10)\n    map1.insert(2, 20)\n    map1.insert(3, 30)\n\n    val map2 = createExternalMap[Int]\n    map2.insert(2, 20)\n    map2.insert(3, 30)\n    map2.insert(1, 10)\n\n    val map3 = createExternalMap[Int]\n    map3.insert(3, 30)\n    map3.insert(1, 10)\n    map3.insert(2, 20)\n\n    val it1 = map1.iterator\n    val it2 = map2.iterator\n    val it3 = map3.iterator\n\n    var kv1 = it1.next()\n    var kv2 = it2.next()\n    var kv3 = it3.next()\n    assert(kv1._1 === kv2._1 && kv2._1 === kv3._1)\n    assert(kv1._2 === kv2._2 && kv2._2 === kv3._2)\n\n    kv1 = it1.next()\n    kv2 = it2.next()\n    kv3 = it3.next()\n    assert(kv1._1 === kv2._1 && kv2._1 === kv3._1)\n    assert(kv1._2 === kv2._2 && kv2._2 === kv3._2)\n\n    kv1 = it1.next()\n    kv2 = it2.next()\n    kv3 = it3.next()\n    assert(kv1._1 === kv2._1 && kv2._1 === kv3._1)\n    assert(kv1._2 === kv2._2 && kv2._2 === kv3._2)\n    sc.stop()\n  }\n\n  test(\"null keys and values\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n\n    val map = createExternalMap[Int]\n    val nullInt = null.asInstanceOf[Int]\n    map.insert(1, 5)\n    map.insert(2, 6)\n    map.insert(3, 7)\n    map.insert(4, nullInt)\n    map.insert(nullInt, 8)\n    map.insert(nullInt, nullInt)\n      val result = map.iterator.toSet[(Int, ArrayBuffer[Int])].map(kv => (kv._1, kv._2.sorted))\n    assert(result === Set[(Int, Seq[Int])](\n      (1, Seq[Int](5)),\n      (2, Seq[Int](6)),\n      (3, Seq[Int](7)),\n      (4, Seq[Int](nullInt)),\n      (nullInt, Seq[Int](nullInt, 8))\n    ))\n\n    sc.stop()\n  }\n\n  test(\"simple aggregator\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n\n    \/\/ reduceByKey\n    val rdd = sc.parallelize(1 to 10).map(i => (i%2, 1))\n    val result1 = rdd.reduceByKey(_ + _).collect()\n    assert(result1.toSet === Set[(Int, Int)]((0, 5), (1, 5)))\n\n    \/\/ groupByKey\n    val result2 = rdd.groupByKey().collect().map(x => (x._1, x._2.toList)).toSet\n    assert(result2.toSet === Set[(Int, Seq[Int])]\n      ((0, List[Int](1, 1, 1, 1, 1)), (1, List[Int](1, 1, 1, 1, 1))))\n    sc.stop()\n  }\n\n  test(\"simple cogroup\") {\n    val conf = createSparkConf(loadDefaults = false)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    val rdd1 = sc.parallelize(1 to 4).map(i => (i, i))\n    val rdd2 = sc.parallelize(1 to 4).map(i => (i%2, i))\n    val result = rdd1.cogroup(rdd2).collect()\n\n    result.foreach { case (i, (seq1, seq2)) =>\n      i match {\n        case 0 => assert(seq1.toSet === Set[Int]() && seq2.toSet === Set[Int](2, 4))\n        case 1 => assert(seq1.toSet === Set[Int](1) && seq2.toSet === Set[Int](1, 3))\n        case 2 => assert(seq1.toSet === Set[Int](2) && seq2.toSet === Set[Int]())\n        case 3 => assert(seq1.toSet === Set[Int](3) && seq2.toSet === Set[Int]())\n        case 4 => assert(seq1.toSet === Set[Int](4) && seq2.toSet === Set[Int]())\n      }\n    }\n    sc.stop()\n  }\n\n  test(\"spilling\") {\n    testSimpleSpilling()\n  }\n\n  test(\"spilling with compression\") {\n    \/\/ Keep track of which compression codec we're using to report in test failure messages\n    var lastCompressionCodec: Option[String] = None\n    try {\n      allCompressionCodecs.foreach { c =>\n        lastCompressionCodec = Some(c)\n        testSimpleSpilling(Some(c))\n      }\n    } catch {\n      \/\/ Include compression codec used in test failure message\n      \/\/ We need to catch Throwable here because assertion failures are not covered by Exceptions\n      case t: Throwable =>\n        val compressionMessage = lastCompressionCodec\n          .map { c => \"with compression using codec \" + c }\n          .getOrElse(\"without compression\")\n        val newException = new Exception(s\"Test failed $compressionMessage:\\n\\n${t.getMessage}\")\n        newException.setStackTrace(t.getStackTrace)\n        throw newException\n    }\n  }\n\n  test(\"spilling with compression and encryption\") {\n    testSimpleSpilling(Some(CompressionCodec.DEFAULT_COMPRESSION_CODEC), encrypt = true)\n  }\n\n  \/**\n   * Test spilling through simple aggregations and cogroups.\n   * If a compression codec is provided, use it. Otherwise, do not compress spills.\n   *\/\n  private def testSimpleSpilling(codec: Option[String] = None, encrypt: Boolean = false): Unit = {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true, codec)  \/\/ Load defaults for Spark home\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 4)\n    conf.set(IO_ENCRYPTION_ENABLED, encrypt)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n\n    assertSpilled(sc, \"reduceByKey\") {\n      val result = sc.parallelize(0 until size)\n        .map { i => (i \/ 2, i) }.reduceByKey(math.max).collect()\n      assert(result.length === size \/ 2)\n      result.foreach { case (k, v) =>\n        val expected = k * 2 + 1\n        assert(v === expected, s\"Value for $k was wrong: expected $expected, got $v\")\n      }\n    }\n\n    assertSpilled(sc, \"groupByKey\") {\n      val result = sc.parallelize(0 until size).map { i => (i \/ 2, i) }.groupByKey().collect()\n      assert(result.length == size \/ 2)\n      result.foreach { case (i, seq) =>\n        val actual = seq.toSet\n        val expected = Set(i * 2, i * 2 + 1)\n        assert(actual === expected, s\"Value for $i was wrong: expected $expected, got $actual\")\n      }\n    }\n\n    assertSpilled(sc, \"cogroup\") {\n      val rdd1 = sc.parallelize(0 until size).map { i => (i \/ 2, i) }\n      val rdd2 = sc.parallelize(0 until size).map { i => (i \/ 2, i) }\n      val result = rdd1.cogroup(rdd2).collect()\n      assert(result.length === size \/ 2)\n      result.foreach { case (i, (seq1, seq2)) =>\n        val actual1 = seq1.toSet\n        val actual2 = seq2.toSet\n        val expected = Set(i * 2, i * 2 + 1)\n        assert(actual1 === expected, s\"Value 1 for $i was wrong: expected $expected, got $actual1\")\n        assert(actual2 === expected, s\"Value 2 for $i was wrong: expected $expected, got $actual2\")\n      }\n    }\n\n    sc.stop()\n  }\n\n  test(\"ExternalAppendOnlyMap shouldn't fail when forced to spill before calling its iterator\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 2)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[String]\n    val consumer = createExternalMap[String]\n    map.insertAll((1 to size).iterator.map(_.toString).map(i => (i, i)))\n    assert(map.spill(10000, consumer) == 0L)\n  }\n\n  test(\"spilling with hash collisions\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 2)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[String]\n\n    val collisionPairs = Seq(\n      (\"Aa\", \"BB\"),                   \/\/ 2112\n      (\"to\", \"v1\"),                   \/\/ 3707\n      (\"variants\", \"gelato\"),         \/\/ -1249574770\n      (\"Teheran\", \"Siblings\"),        \/\/ 231609873\n      (\"misused\", \"horsemints\"),      \/\/ 1069518484\n      (\"isohel\", \"epistolaries\"),     \/\/ -1179291542\n      (\"righto\", \"buzzards\"),         \/\/ -931102253\n      (\"hierarch\", \"crinolines\"),     \/\/ -1732884796\n      (\"inwork\", \"hypercatalexes\"),   \/\/ -1183663690\n      (\"wainages\", \"presentencing\"),  \/\/ 240183619\n      (\"trichothecenes\", \"locular\"),  \/\/ 339006536\n      (\"pomatoes\", \"eructation\")      \/\/ 568647356\n    )\n\n    collisionPairs.foreach { case (w1, w2) =>\n      \/\/ String.hashCode is documented to use a specific algorithm, but check just in case\n      assert(w1.hashCode === w2.hashCode)\n    }\n\n    map.insertAll((1 to size).iterator.map(_.toString).map(i => (i, i)))\n    collisionPairs.foreach { case (w1, w2) =>\n      map.insert(w1, w2)\n      map.insert(w2, w1)\n    }\n    assert(map.numSpills > 0, \"map did not spill\")\n\n    \/\/ A map of collision pairs in both directions\n    val collisionPairsMap = (collisionPairs ++ collisionPairs.map(_.swap)).toMap\n\n    \/\/ Avoid map.size or map.iterator.length because this destructively sorts the underlying map\n    var count = 0\n\n    val it = map.iterator\n    while (it.hasNext) {\n      val kv = it.next()\n      val expectedValue = ArrayBuffer[String](collisionPairsMap.getOrElse(kv._1, kv._1))\n      assert(kv._2.equals(expectedValue))\n      count += 1\n    }\n    assert(count === size + collisionPairs.size * 2)\n    sc.stop()\n  }\n\n  test(\"spilling with many hash collisions\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 2)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val context = MemoryTestingUtils.fakeTaskContext(sc.env)\n    val map =\n      new ExternalAppendOnlyMap[FixedHashObject, Int, Int](_ => 1, _ + _, _ + _, context = context)\n\n    \/\/ Insert 10 copies each of lots of objects whose hash codes are either 0 or 1. This causes\n    \/\/ problems if the map fails to group together the objects with the same code (SPARK-2043).\n    for (i <- 1 to 10) {\n      for (j <- 1 to size) {\n        map.insert(FixedHashObject(j, j % 2), 1)\n      }\n    }\n    assert(map.numSpills > 0, \"map did not spill\")\n\n    val it = map.iterator\n    var count = 0\n    while (it.hasNext) {\n      val kv = it.next()\n      assert(kv._2 === 10)\n      count += 1\n    }\n    assert(count === size)\n    sc.stop()\n  }\n\n  test(\"spilling with hash collisions using the Int.MaxValue key\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 2)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[Int]\n\n    (1 to size).foreach { i => map.insert(i, i) }\n    map.insert(Int.MaxValue, Int.MaxValue)\n    assert(map.numSpills > 0, \"map did not spill\")\n\n    val it = map.iterator\n    while (it.hasNext) {\n      \/\/ Should not throw NoSuchElementException\n      it.next()\n    }\n    sc.stop()\n  }\n\n  test(\"spilling with null keys and values\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    conf.set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, size \/ 2)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[Int]\n\n    map.insertAll((1 to size).iterator.map(i => (i, i)))\n    map.insert(null.asInstanceOf[Int], 1)\n    map.insert(1, null.asInstanceOf[Int])\n    map.insert(null.asInstanceOf[Int], null.asInstanceOf[Int])\n    assert(map.numSpills > 0, \"map did not spill\")\n\n    val it = map.iterator\n    while (it.hasNext) {\n      \/\/ Should not throw NullPointerException\n      it.next()\n    }\n    sc.stop()\n  }\n\n  test(\"SPARK-22713 spill during iteration leaks internal map\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[Int]\n\n    map.insertAll((0 until size).iterator.map(i => (i \/ 10, i)))\n    assert(map.numSpills == 0, \"map was not supposed to spill\")\n\n    val it = map.iterator\n    assert(it.isInstanceOf[CompletionIterator[_, _]])\n    \/\/ org.apache.spark.util.collection.AppendOnlyMap.destructiveSortedIterator returns\n    \/\/ an instance of an anonymous Iterator class.\n\n    val underlyingMapRef = WeakReference(map.currentMap)\n\n    {\n      \/\/ direct asserts introduced some macro generated code that held a reference to the map\n      val tmpIsNull = null == underlyingMapRef.get.orNull\n      assert(!tmpIsNull)\n    }\n\n    val first50Keys = for ( _ <- 0 until 50) yield {\n      val (k, vs) = it.next\n      val sortedVs = vs.sorted\n      assert(sortedVs.seq == (0 until 10).map(10 * k + _))\n      k\n    }\n    assert(map.numSpills == 0)\n    map.spill(Long.MaxValue, null)\n    \/\/ these asserts try to show that we're no longer holding references to the underlying map.\n    \/\/ it'd be nice to use something like\n    \/\/ https:\/\/github.com\/scala\/scala\/blob\/2.13.x\/test\/junit\/scala\/tools\/testing\/AssertUtil.scala\n    \/\/ (lines 69-89)\n    \/\/ assert(map.currentMap == null)\n    eventually(timeout(5.seconds), interval(200.milliseconds)) {\n      System.gc()\n      \/\/ direct asserts introduced some macro generated code that held a reference to the map\n      val tmpIsNull = null == underlyingMapRef.get.orNull\n      assert(tmpIsNull)\n    }\n\n\n    val next50Keys = for ( _ <- 0 until 50) yield {\n      val (k, vs) = it.next\n      val sortedVs = vs.sorted\n      assert(sortedVs.seq == (0 until 10).map(10 * k + _))\n      k\n    }\n    assert(!it.hasNext)\n    val keys = (first50Keys ++ next50Keys).sorted\n    assert(keys == (0 until 100))\n  }\n\n  test(\"drop all references to the underlying map once the iterator is exhausted\") {\n    val size = 1000\n    val conf = createSparkConf(loadDefaults = true)\n    sc = new SparkContext(\"local-cluster[1,1,1024]\", \"test\", conf)\n    val map = createExternalMap[Int]\n\n    map.insertAll((0 until size).iterator.map(i => (i \/ 10, i)))\n    assert(map.numSpills == 0, \"map was not supposed to spill\")\n\n    val underlyingMapRef = WeakReference(map.currentMap)\n\n    {\n      \/\/ direct asserts introduced some macro generated code that held a reference to the map\n      val tmpIsNull = null == underlyingMapRef.get.orNull\n      assert(!tmpIsNull)\n    }\n\n    val it = map.iterator\n    assert( it.isInstanceOf[CompletionIterator[_, _]])\n\n\n    val keys = it.map{\n      case (k, vs) =>\n        val sortedVs = vs.sorted\n        assert(sortedVs.seq == (0 until 10).map(10 * k + _))\n        k\n    }\n    .toList\n    .sorted\n\n    assert(it.isEmpty)\n    assert(keys == (0 until 100).toList)\n\n    assert(map.numSpills == 0)\n    \/\/ these asserts try to show that we're no longer holding references to the underlying map.\n    \/\/ it'd be nice to use something like\n    \/\/ https:\/\/github.com\/scala\/scala\/blob\/2.13.x\/test\/junit\/scala\/tools\/testing\/AssertUtil.scala\n    \/\/ (lines 69-89)\n    assert(map.currentMap == null)\n\n    eventually {\n      Thread.sleep(500)\n      System.gc()\n      \/\/ direct asserts introduced some macro generated code that held a reference to the map\n      val tmpIsNull = null == underlyingMapRef.get.orNull\n      assert(tmpIsNull)\n    }\n\n    assert(it.toList.isEmpty)\n  }\n\n  test(\"SPARK-22713 external aggregation updates peak execution memory\") {\n    val spillThreshold = 1000\n    val conf = createSparkConf(loadDefaults = false)\n      .set(SHUFFLE_SPILL_NUM_ELEMENTS_FORCE_SPILL_THRESHOLD, spillThreshold)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    \/\/ No spilling\n    AccumulatorSuite.verifyPeakExecutionMemorySet(sc, \"external map without spilling\") {\n      assertNotSpilled(sc, \"verify peak memory\") {\n        sc.parallelize(1 to spillThreshold \/ 2, 2).map { i => (i, i) }.reduceByKey(_ + _).count()\n      }\n    }\n    \/\/ With spilling\n    AccumulatorSuite.verifyPeakExecutionMemorySet(sc, \"external map with spilling\") {\n      assertSpilled(sc, \"verify peak memory\") {\n        sc.parallelize(1 to spillThreshold * 3, 2).map { i => (i, i) }.reduceByKey(_ + _).count()\n      }\n    }\n  }\n\n  test(\"force to spill for external aggregation\") {\n    val conf = createSparkConf(loadDefaults = false)\n      .set(MEMORY_STORAGE_FRACTION, 0.999)\n      .set(TEST_MEMORY, 471859200L)\n      .set(SHUFFLE_SORT_BYPASS_MERGE_THRESHOLD, 0)\n    sc = new SparkContext(\"local\", \"test\", conf)\n    val N = 200000\n    sc.parallelize(1 to N, 2)\n      .map { i => (i, i) }\n      .groupByKey()\n      .reduceByKey(_ ++ _)\n      .count()\n  }\n\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/test\/scala\/org\/apache\/spark\/ml\/classification\/FMClassifierSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.classification\n\nimport org.apache.spark.ml.classification.LogisticRegressionSuite.generateLogisticInput\nimport org.apache.spark.ml.linalg._\nimport org.apache.spark.ml.param.ParamsSuite\nimport org.apache.spark.ml.regression.FMRegressorSuite._\nimport org.apache.spark.ml.util._\nimport org.apache.spark.ml.util.TestingUtils._\nimport org.apache.spark.sql.{DataFrame, Row}\n\nclass FMClassifierSuite extends MLTest with DefaultReadWriteTest {\n\n  import testImplicits._\n\n  private val seed = 42\n  @transient var smallBinaryDataset: DataFrame = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    smallBinaryDataset = generateLogisticInput(1.0, 1.0, nPoints = 100, seed = seed).toDF()\n  }\n\n  test(\"params\") {\n    ParamsSuite.checkParams(new FMClassifier)\n    val model = new FMClassificationModel(\"fmc_test\", 0.0, Vectors.dense(0.0),\n      new DenseMatrix(1, 8, new Array[Double](8)))\n    ParamsSuite.checkParams(model)\n  }\n\n  test(\"FMClassifier: Predictor, Classifier methods\") {\n    val sqlContext = smallBinaryDataset.sqlContext\n    import sqlContext.implicits._\n    val fm = new FMClassifier()\n\n    val model = fm.fit(smallBinaryDataset)\n    assert(model.numClasses === 2)\n    val numFeatures = smallBinaryDataset.select(\"features\").first().getAs[Vector](0).size\n    assert(model.numFeatures === numFeatures)\n\n    testTransformer[(Double, Vector)](smallBinaryDataset.toDF(),\n      model, \"rawPrediction\", \"probability\", \"prediction\") {\n      case Row(raw: Vector, prob: Vector, pred: Double) =>\n        \/\/ Compare rawPrediction with probability\n        assert(raw.size === 2)\n        assert(prob.size === 2)\n        val probFromRaw1 = 1.0 \/ (1.0 + math.exp(-raw(1)))\n        assert(prob(1) ~== probFromRaw1 relTol 1E-6)\n        assert(prob(0) ~== 1.0 - probFromRaw1 relTol 1E-6)\n        \/\/ Compare prediction with probability\n        val predFromProb = prob.toArray.zipWithIndex.maxBy(_._1)._2\n        assert(pred == predFromProb)\n    }\n\n    ProbabilisticClassifierSuite.testPredictMethods[\n      Vector, FMClassificationModel](this, model, smallBinaryDataset)\n  }\n\n  def logLoss(modelRes: DataFrame): Double = {\n    modelRes.select(\"label\", \"probability\").rdd.map {\n      case Row(label: Double, probability: DenseVector) =>\n        if (label > 0) -math.log(probability(1))\n        else -math.log(probability(0))\n    }.mean()\n  }\n\n  test(\"check logisticLoss with AdamW\") {\n    \/\/ This testcase only tests whether the FM logloss part is valid and does not test the\n    \/\/ pairwise interaction logic. The pairwise interaction logic be tested in FMRegressor.\n    \/\/ When there is only one feature, FM will degenerate into LR. So two models will get\n    \/\/ almost same loss value.\n\n    val fm = new FMClassifier().setMaxIter(50)\n    val fmModel = fm.fit(smallBinaryDataset)\n    val fmRes = fmModel.transform(smallBinaryDataset)\n    val fmLogLoss = logLoss(fmRes)\n\n    \/*\n      Use following code to fit the dataset, the resulting logloss is 0.4756465459065247.\n      val lr = new LogisticRegression()\n      val lrModel = lr.fit(smallBinaryDataset)\n      val lrRes = lrModel.transform(smallBinaryDataset)\n      val lrLogLoss = logLoss(lrRes)\n     *\/\n    assert(fmLogLoss ~== 0.4756465459065247 absTol 1E-3)\n  }\n\n  test(\"check logisticLoss with GD\") {\n    val fm = new FMClassifier().setSolver(\"gd\")\n    val fmModel = fm.fit(smallBinaryDataset)\n    val fmRes = fmModel.transform(smallBinaryDataset)\n    val fmLogLoss = logLoss(fmRes)\n    assert(fmLogLoss ~== 0.4756465459065247 absTol 1E-2)\n  }\n\n  test(\"sparse datasets\") {\n    \/\/ test sparse input will not throw exception\n    val dataset = spark.createDataFrame(Array(\n      (1.0, Vectors.dense(Array(1.0, 2.0, 3.0))),\n      (0.0, Vectors.sparse(3, Array(0, 2), Array(-1.0, 2.0))),\n      (0.0, Vectors.sparse(3, Array.emptyIntArray, Array.emptyDoubleArray)),\n      (1.0, Vectors.sparse(3, Array(0, 1), Array(2.0, 3.0)))\n    )).toDF(\"label\", \"features\")\n    val fm = new FMClassifier().setMaxIter(10)\n    fm.fit(dataset)\n  }\n\n  test(\"setThreshold, getThreshold\") {\n    val fm = new FMClassifier()\n\n    \/\/ default\n    withClue(\"FMClassifier should not have thresholds set by default.\") {\n      intercept[NoSuchElementException] {\n        fm.getThresholds\n      }\n    }\n\n    \/\/ Set via thresholds\n    val fm2 = new FMClassifier()\n    val threshold = Array(0.3, 0.7)\n    fm2.setThresholds(threshold)\n    assert(fm2.getThresholds === threshold)\n  }\n\n  test(\"thresholds prediction\") {\n    val fm = new FMClassifier()\n    val df = smallBinaryDataset.toDF()\n    val fmModel = fm.fit(df)\n\n    \/\/ should predict all zeros\n    fmModel.setThresholds(Array(0.0, 1.0))\n    testTransformer[(Double, Vector)](df, fmModel, \"prediction\") {\n      case Row(prediction: Double) => prediction === 0.0\n    }\n\n    \/\/ should predict all ones\n    fmModel.setThresholds(Array(1.0, 0.0))\n    testTransformer[(Double, Vector)](df, fmModel, \"prediction\") {\n      case Row(prediction: Double) => prediction === 1.0\n    }\n\n    val fmBase = new FMClassifier()\n    val model = fmBase.fit(df)\n    val basePredictions = model.transform(df).select(\"prediction\").collect()\n\n    \/\/ constant threshold scaling is the same as no thresholds\n    fmModel.setThresholds(Array(1.0, 1.0))\n    testTransformerByGlobalCheckFunc[(Double, Vector)](df, fmModel, \"prediction\") {\n      scaledPredictions: Seq[Row] =>\n        assert(scaledPredictions.zip(basePredictions).forall { case (scaled, base) =>\n          scaled.getDouble(0) === base.getDouble(0)\n        })\n    }\n\n    \/\/ force it to use the predict method\n    model.setRawPredictionCol(\"\").setProbabilityCol(\"\").setThresholds(Array(0, 1))\n    testTransformer[(Double, Vector)](df, model, \"prediction\") {\n      case Row(prediction: Double) => prediction === 0.0\n    }\n  }\n\n  test(\"FMClassifier doesn't fit intercept when fitIntercept is off\") {\n    val fm = new FMClassifier().setFitIntercept(false)\n    val model = fm.fit(smallBinaryDataset)\n    assert(model.intercept === 0.0)\n  }\n\n  test(\"FMClassifier doesn't fit linear when fitLinear is off\") {\n    val fm = new FMClassifier().setFitLinear(false)\n    val model = fm.fit(smallBinaryDataset)\n    assert(model.linear === Vectors.sparse(model.numFeatures, Seq.empty))\n  }\n\n  test(\"prediction on single instance\") {\n    val fm = new FMClassifier()\n    val fmModel = fm.fit(smallBinaryDataset)\n    testPredictionModelSinglePrediction(fmModel, smallBinaryDataset)\n  }\n\n  test(\"read\/write\") {\n    def checkModelData(\n      model: FMClassificationModel,\n      model2: FMClassificationModel\n    ): Unit = {\n      assert(model.intercept === model2.intercept)\n      assert(model.linear.toArray === model2.linear.toArray)\n      assert(model.factors.toArray === model2.factors.toArray)\n      assert(model.numFeatures === model2.numFeatures)\n    }\n    val fm = new FMClassifier()\n    val data = smallBinaryDataset\n      .withColumnRenamed(\"features\", allParamSettings(\"featuresCol\").toString)\n      .withColumnRenamed(\"label\", allParamSettings(\"labelCol\").toString)\n    testEstimatorAndModelReadWrite(fm, data, allParamSettings,\n      allParamSettings, checkModelData)\n  }\n}\n\nobject FMClassifierSuite {\n\n  \/**\n   * Mapping from all Params to valid settings which differ from the defaults.\n   * This is useful for tests which need to exercise all Params, such as save\/load.\n   * This excludes input columns to simplify some tests.\n   *\/\n  val allParamSettings: Map[String, Any] = Map(\n    \"featuresCol\" -> \"myFeatures\",\n    \"labelCol\" -> \"myLabel\",\n    \"predictionCol\" -> \"prediction\",\n    \"rawPredictionCol\" -> \"rawPrediction\",\n    \"probabilityCol\" -> \"probability\",\n    \"factorSize\" -> 4,\n    \"fitIntercept\" -> false,\n    \"fitLinear\" -> false,\n    \"regParam\" -> 0.01,\n    \"miniBatchFraction\" -> 0.1,\n    \"initStd\" -> 0.01,\n    \"maxIter\" -> 2,\n    \"stepSize\" -> 0.1,\n    \"tol\" -> 1e-4,\n    \"solver\" -> \"gd\",\n    \"seed\" -> 10L,\n    \"thresholds\" -> Array(0.4, 0.6)\n  )\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/test\/scala\/org\/apache\/spark\/ml\/feature\/ChiSqSelectorSuite.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.ml.feature\n\nimport org.apache.spark.ml.linalg.{Vector, Vectors}\nimport org.apache.spark.ml.param.ParamsSuite\nimport org.apache.spark.ml.util.{DefaultReadWriteTest, MLTest, MLTestingUtils}\nimport org.apache.spark.ml.util.TestingUtils._\nimport org.apache.spark.sql.{Dataset, Row}\n\nclass ChiSqSelectorSuite extends MLTest with DefaultReadWriteTest {\n\n  import testImplicits._\n\n  @transient var dataset: Dataset[_] = _\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n\n    \/\/ Toy dataset, including the top feature for a chi-squared test.\n    \/\/ These data are chosen such that each feature's test has a distinct p-value.\n    \/*\n     *  Contingency tables\n     *  feature1 = {6.0, 0.0, 8.0}\n     *  class  0 1 2\n     *    6.0||1|0|0|\n     *    0.0||0|3|0|\n     *    8.0||0|0|2|\n     *  degree of freedom = 4, statistic = 12, pValue = 0.017\n     *\n     *  feature2 = {7.0, 9.0}\n     *  class  0 1 2\n     *    7.0||1|0|0|\n     *    9.0||0|3|2|\n     *  degree of freedom = 2, statistic = 6, pValue = 0.049\n     *\n     *  feature3 = {0.0, 6.0, 3.0, 8.0}\n     *  class  0 1 2\n     *    0.0||1|0|0|\n     *    6.0||0|1|2|\n     *    3.0||0|1|0|\n     *    8.0||0|1|0|\n     *  degree of freedom = 6, statistic = 8.66, pValue = 0.193\n     *\n     *  feature4 = {7.0, 0.0, 5.0, 4.0}\n     *  class  0 1 2\n     *    7.0||1|0|0|\n     *    0.0||0|2|0|\n     *    5.0||0|1|1|\n     *    4.0||0|0|1|\n     *  degree of freedom = 6, statistic = 9.5, pValue = 0.147\n     *\n     *  feature5 = {6.0, 5.0, 4.0, 0.0}\n     *  class  0 1 2\n     *    6.0||1|1|0|\n     *    5.0||0|2|0|\n     *    4.0||0|0|1|\n     *    0.0||0|0|1|\n     *  degree of freedom = 6, statistic = 8.0, pValue = 0.238\n     *\n     *  feature6 = {0.0, 9.0, 5.0, 4.0}\n     *  class  0 1 2\n     *    0.0||1|0|1|\n     *    9.0||0|1|0|\n     *    5.0||0|1|0|\n     *    4.0||0|1|1|\n     *  degree of freedom = 6, statistic = 5, pValue = 0.54\n     *\n     *  To verify the results with R, run:\n     *  library(stats)\n     *  x1 <- c(6.0, 0.0, 0.0, 0.0, 8.0, 8.0)\n     *  x2 <- c(7.0, 9.0, 9.0, 9.0, 9.0, 9.0)\n     *  x3 <- c(0.0, 6.0, 3.0, 8.0, 6.0, 6.0)\n     *  x4 <- c(7.0, 0.0, 0.0, 5.0, 5.0, 4.0)\n     *  x5 <- c(6.0, 5.0, 5.0, 6.0, 4.0, 0.0)\n     *  x6 <- c(0.0, 9.0, 5.0, 4.0, 4.0, 0.0)\n     *  y <- c(0.0, 1.0, 1.0, 1.0, 2.0, 2.0)\n     *  chisq.test(x1,y)\n     *  chisq.test(x2,y)\n     *  chisq.test(x3,y)\n     *  chisq.test(x4,y)\n     *  chisq.test(x5,y)\n     *  chisq.test(x6,y)\n     *\/\n\n    dataset = spark.createDataFrame(Seq(\n      (0.0, Vectors.sparse(6, Array((0, 6.0), (1, 7.0), (3, 7.0), (4, 6.0))), Vectors.dense(6.0)),\n      (1.0, Vectors.sparse(6, Array((1, 9.0), (2, 6.0), (4, 5.0), (5, 9.0))), Vectors.dense(0.0)),\n      (1.0, Vectors.sparse(6, Array((1, 9.0), (2, 3.0), (4, 5.0), (5, 5.0))), Vectors.dense(0.0)),\n      (1.0, Vectors.dense(Array(0.0, 9.0, 8.0, 5.0, 6.0, 4.0)), Vectors.dense(0.0)),\n      (2.0, Vectors.dense(Array(8.0, 9.0, 6.0, 5.0, 4.0, 4.0)), Vectors.dense(8.0)),\n      (2.0, Vectors.dense(Array(8.0, 9.0, 6.0, 4.0, 0.0, 0.0)), Vectors.dense(8.0))\n    )).toDF(\"label\", \"features\", \"topFeature\")\n  }\n\n  test(\"params\") {\n    ParamsSuite.checkParams(new ChiSqSelector)\n    val model = new ChiSqSelectorModel(\"myModel\", Array(1, 3, 4))\n    ParamsSuite.checkParams(model)\n  }\n\n  test(\"Test Chi-Square selector: numTopFeatures\") {\n    val selector = new ChiSqSelector()\n      .setOutputCol(\"filtered\").setSelectorType(\"numTopFeatures\").setNumTopFeatures(1)\n    val model = testSelector(selector, dataset)\n    MLTestingUtils.checkCopyAndUids(selector, model)\n  }\n\n  test(\"Test Chi-Square selector: percentile\") {\n    val selector = new ChiSqSelector()\n      .setOutputCol(\"filtered\").setSelectorType(\"percentile\").setPercentile(0.17)\n    testSelector(selector, dataset)\n  }\n\n  test(\"Test Chi-Square selector: fpr\") {\n    val selector = new ChiSqSelector()\n      .setOutputCol(\"filtered\").setSelectorType(\"fpr\").setFpr(0.02)\n    testSelector(selector, dataset)\n  }\n\n  test(\"Test Chi-Square selector: fdr\") {\n    val selector = new ChiSqSelector()\n      .setOutputCol(\"filtered\").setSelectorType(\"fdr\").setFdr(0.12)\n    testSelector(selector, dataset)\n  }\n\n  test(\"Test Chi-Square selector: fwe\") {\n    val selector = new ChiSqSelector()\n      .setOutputCol(\"filtered\").setSelectorType(\"fwe\").setFwe(0.12)\n    testSelector(selector, dataset)\n  }\n\n  test(\"read\/write\") {\n    def checkModelData(model: ChiSqSelectorModel, model2: ChiSqSelectorModel): Unit = {\n      assert(model.selectedFeatures === model2.selectedFeatures)\n    }\n    val nb = new ChiSqSelector\n    testEstimatorAndModelReadWrite(nb, dataset, ChiSqSelectorSuite.allParamSettings,\n      ChiSqSelectorSuite.allParamSettings, checkModelData)\n  }\n\n  test(\"should support all NumericType labels and not support other types\") {\n    val css = new ChiSqSelector()\n    MLTestingUtils.checkNumericTypes[ChiSqSelectorModel, ChiSqSelector](\n      css, spark) { (expected, actual) =>\n        assert(expected.selectedFeatures === actual.selectedFeatures)\n      }\n  }\n\n  test(\"SPARK-25289: ChiSqSelector should not fail when selecting no features with FDR\") {\n    val labeledPoints = (0 to 1).map { n =>\n        val v = Vectors.dense((1 to 3).map(_ => n * 1.0).toArray)\n        (n.toDouble, v)\n      }\n    val inputDF = spark.createDataFrame(labeledPoints).toDF(\"label\", \"features\")\n    val selector = new ChiSqSelector().setSelectorType(\"fdr\").setFdr(0.05)\n    val model = selector.fit(inputDF)\n    assert(model.selectedFeatures.isEmpty)\n  }\n\n  private def testSelector(selector: ChiSqSelector, data: Dataset[_]): ChiSqSelectorModel = {\n    val selectorModel = selector.fit(data)\n    testTransformer[(Double, Vector, Vector)](data.toDF(), selectorModel,\n      \"filtered\", \"topFeature\") {\n      case Row(vec1: Vector, vec2: Vector) =>\n        assert(vec1 ~== vec2 absTol 1e-1)\n    }\n    selectorModel\n  }\n}\n\nobject ChiSqSelectorSuite {\n\n  \/**\n   * Mapping from all Params to valid settings which differ from the defaults.\n   * This is useful for tests which need to exercise all Params, such as save\/load.\n   * This excludes input columns to simplify some tests.\n   *\/\n  val allParamSettings: Map[String, Any] = Map(\n    \"selectorType\" -> \"percentile\",\n    \"numTopFeatures\" -> 1,\n    \"percentile\" -> 0.12,\n    \"outputCol\" -> \"myOutput\"\n  )\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/execution\/benchmark\/IntervalBenchmark.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.benchmark\n\nimport scala.collection.mutable.ListBuffer\n\nimport org.apache.spark.benchmark.Benchmark\nimport org.apache.spark.sql.Column\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.internal.SQLConf\n\n\/**\n * Synthetic benchmark for interval functions.\n * To run this benchmark:\n * {{{\n *   1. without sbt:\n *      bin\/spark-submit --class <this class> --jars <spark core test jar> <sql core test jar>\n *   2. build\/sbt \"sql\/test:runMain <this class>\"\n *   3. generate result:\n *      SPARK_GENERATE_BENCHMARK_FILES=1 build\/sbt \"sql\/test:runMain <this class>\"\n *      Results will be written to \"benchmarks\/IntervalBenchmark-results.txt\".\n * }}}\n *\/\nobject IntervalBenchmark extends SqlBasedBenchmark {\n  import spark.implicits._\n\n  private def doBenchmark(cardinality: Long, exprs: Column*): Unit = {\n    withSQLConf(SQLConf.WHOLESTAGE_CODEGEN_ENABLED.key -> \"true\") {\n      spark\n        .range(0, cardinality, 1, 1)\n        .select(exprs: _*)\n        .queryExecution\n        .toRdd\n        .foreach(_ => ())\n    }\n  }\n\n  private def addCase(\n      benchmark: Benchmark,\n      cardinality: Long,\n      name: String,\n      exprs: Column*): Unit = {\n    benchmark.addCase(name, numIters = 3) { _ =>\n      doBenchmark(cardinality, exprs: _*)\n    }\n  }\n\n  private def buildString(withPrefix: Boolean, units: Seq[String] = Seq.empty): Column = {\n    val init = lit(if (withPrefix) \"interval\" else \"\") ::\n      ($\"id\" % 10000).cast(\"string\") ::\n      lit(\"years\") :: Nil\n\n    concat_ws(\" \", (init ++ units.map(lit)): _*)\n  }\n\n  private def addCase(benchmark: Benchmark, cardinality: Long, units: Seq[String]): Unit = {\n    Seq(true, false).foreach { withPrefix =>\n      val expr = buildString(withPrefix, units).cast(\"interval\")\n      val note = if (withPrefix) \"w\/ interval\" else \"w\/o interval\"\n      benchmark.addCase(s\"${units.length + 1} units $note\", numIters = 3) { _ =>\n        doBenchmark(cardinality, expr)\n      }\n    }\n  }\n\n  override def runBenchmarkSuite(mainArgs: Array[String]): Unit = {\n    val N = 1000000\n    val timeUnits = Seq(\n      \"13 months\", \"                      1                     months\",\n      \"100 weeks\", \"9 days\", \"12 hours\", \"-                    3 hours\",\n      \"5 minutes\", \"45 seconds\", \"123 milliseconds\", \"567 microseconds\")\n    val intervalToTest = ListBuffer[String]()\n\n    val benchmark = new Benchmark(\"cast strings to intervals\", N, output = output)\n    \/\/ The first 2 cases are used to show the overhead of preparing the interval string.\n    addCase(benchmark, N, \"prepare string w\/ interval\", buildString(true, timeUnits))\n    addCase(benchmark, N, \"prepare string w\/o interval\", buildString(false, timeUnits))\n    addCase(benchmark, N, intervalToTest) \/\/ Only years\n\n    for (unit <- timeUnits) {\n      intervalToTest.append(unit)\n      addCase(benchmark, N, intervalToTest)\n    }\n\n    benchmark.run()\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/streaming\/ui\/StreamingQueryPage.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.streaming.ui\n\nimport javax.servlet.http.HttpServletRequest\n\nimport scala.xml.Node\n\nimport org.apache.commons.text.StringEscapeUtils\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.streaming.ui.UIUtils._\nimport org.apache.spark.ui.{UIUtils => SparkUIUtils, WebUIPage}\n\nprivate[ui] class StreamingQueryPage(parent: StreamingQueryTab)\n    extends WebUIPage(\"\") with Logging {\n\n  override def render(request: HttpServletRequest): Seq[Node] = {\n    val content = generateStreamingQueryTable(request)\n    SparkUIUtils.headerSparkPage(request, \"Streaming Query\", content, parent)\n  }\n\n  def generateDataRow(request: HttpServletRequest, queryActive: Boolean)\n    (query: StreamingQueryUIData): Seq[Node] = {\n\n    def details(detail: Any): Seq[Node] = {\n      if (queryActive) {\n        return Seq.empty[Node]\n      }\n      val detailString = detail.asInstanceOf[String]\n      val isMultiline = detailString.indexOf('\\n') >= 0\n      val summary = StringEscapeUtils.escapeHtml4(\n        if (isMultiline) detailString.substring(0, detailString.indexOf('\\n')) else detailString\n      )\n      val details = SparkUIUtils.detailsUINode(isMultiline, detailString)\n      <td>{summary}{details}<\/td>\n    }\n\n    val statisticsLink = \"%s\/%s\/statistics?id=%s\"\n      .format(SparkUIUtils.prependBaseUri(request, parent.basePath), parent.prefix, query.runId)\n\n    val name = UIUtils.getQueryName(query)\n    val status = UIUtils.getQueryStatus(query)\n    val duration = if (queryActive) {\n      SparkUIUtils.formatDurationVerbose(System.currentTimeMillis() - query.startTimestamp)\n    } else {\n      withNoProgress(query, {\n        val endTimeMs = query.lastProgress.timestamp\n        SparkUIUtils.formatDurationVerbose(parseProgressTimestamp(endTimeMs) - query.startTimestamp)\n      }, \"-\")\n    }\n\n    <tr>\n      <td> {name} <\/td>\n      <td> {status} <\/td>\n      <td> {query.id} <\/td>\n      <td> <a href={statisticsLink}> {query.runId} <\/a> <\/td>\n      <td> {SparkUIUtils.formatDate(query.startTimestamp)} <\/td>\n      <td> {duration} <\/td>\n      <td> {withNoProgress(query, {\n        (query.recentProgress.map(p => withNumberInvalid(p.inputRowsPerSecond)).sum \/\n          query.recentProgress.length).formatted(\"%.2f\") }, \"NaN\")}\n      <\/td>\n      <td> {withNoProgress(query, {\n        (query.recentProgress.map(p => withNumberInvalid(p.processedRowsPerSecond)).sum \/\n          query.recentProgress.length).formatted(\"%.2f\") }, \"NaN\")}\n      <\/td>\n      <td> {withNoProgress(query, { query.lastProgress.batchId }, \"NaN\")} <\/td>\n      {details(query.exception.getOrElse(\"-\"))}\n    <\/tr>\n  }\n\n  private def generateStreamingQueryTable(request: HttpServletRequest): Seq[Node] = {\n    val (activeQueries, inactiveQueries) = parent.statusListener.allQueryStatus\n      .partition(_.isActive)\n    val activeQueryTables = if (activeQueries.nonEmpty) {\n      val headerRow = Seq(\n        \"Name\", \"Status\", \"Id\", \"Run ID\", \"Start Time\", \"Duration\", \"Avg Input \/sec\",\n        \"Avg Process \/sec\", \"Lastest Batch\")\n\n      Some(SparkUIUtils.listingTable(headerRow, generateDataRow(request, queryActive = true),\n        activeQueries, true, Some(\"activeQueries-table\"), Seq(null), false))\n    } else {\n      None\n    }\n\n    val inactiveQueryTables = if (inactiveQueries.nonEmpty) {\n      val headerRow = Seq(\n        \"Name\", \"Status\", \"Id\", \"Run ID\", \"Start Time\", \"Duration\", \"Avg Input \/sec\",\n        \"Avg Process \/sec\", \"Lastest Batch\", \"Error\")\n\n      Some(SparkUIUtils.listingTable(headerRow, generateDataRow(request, queryActive = false),\n        inactiveQueries, true, Some(\"completedQueries-table\"), Seq(null), false))\n    } else {\n      None\n    }\n\n    \/\/ scalastyle:off\n    val content =\n      <span id=\"active\" class=\"collapse-aggregated-activeQueries collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-activeQueries','aggregated-activeQueries')\">\n        <h5 id=\"activequeries\">\n          <span class=\"collapse-table-arrow arrow-open\"><\/span>\n          <a>Active Streaming Queries ({activeQueries.length})<\/a>\n        <\/h5>\n      <\/span> ++\n      <div>\n        <ul class=\"aggregated-activeQueries collapsible-table\">\n          {activeQueryTables.getOrElse(Seq.empty[Node])}\n        <\/ul>\n      <\/div> ++\n      <span id=\"completed\" class=\"collapse-aggregated-completedQueries collapse-table\"\n            onClick=\"collapseTable('collapse-aggregated-completedQueries','aggregated-completedQueries')\">\n        <h5 id=\"completedqueries\">\n          <span class=\"collapse-table-arrow arrow-open\"><\/span>\n          <a>Completed Streaming Queries ({inactiveQueries.length})<\/a>\n        <\/h5>\n      <\/span> ++\n      <div>\n        <ul class=\"aggregated-completedQueries collapsible-table\">\n          {inactiveQueryTables.getOrElse(Seq.empty[Node])}\n        <\/ul>\n      <\/div>\n    \/\/ scalastyle:on\n\n    content\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/execution\/HiveSerDeSuite.scala","text":"<filename>sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/execution\/HiveSerDeSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.execution\n\nimport java.net.URI\n\nimport org.scalatest.BeforeAndAfterAll\n\nimport org.apache.spark.sql.{AnalysisException, SaveMode, SparkSession}\nimport org.apache.spark.sql.catalyst.catalog.CatalogTable\nimport org.apache.spark.sql.catalyst.plans.PlanTest\nimport org.apache.spark.sql.execution.command.{CreateTableCommand, DDLUtils}\nimport org.apache.spark.sql.execution.datasources.CreateTable\nimport org.apache.spark.sql.execution.metric.InputOutputMetricsHelper\nimport org.apache.spark.sql.hive.test.TestHive\nimport org.apache.spark.sql.internal.{HiveSerDe, SQLConf}\nimport org.apache.spark.sql.types.StructType\n\n\/**\n * A set of tests that validates support for Hive SerDe.\n *\/\nclass HiveSerDeSuite extends HiveComparisonTest with PlanTest with BeforeAndAfterAll {\n  override def beforeAll(): Unit = {\n    import TestHive._\n    import org.apache.hadoop.hive.serde2.RegexSerDe\n    super.beforeAll()\n    TestHive.setCacheTables(false)\n    sql(s\"\"\"CREATE TABLE IF NOT EXISTS sales (key STRING, value INT)\n       |ROW FORMAT SERDE '${classOf[RegexSerDe].getCanonicalName}'\n       |WITH SERDEPROPERTIES (\"input.regex\" = \"([^ ]*)\\t([^ ]*)\")\n       \"\"\".stripMargin)\n    sql(s\"LOAD DATA LOCAL INPATH '${getHiveFile(\"data\/files\/sales.txt\").toURI}' INTO TABLE sales\")\n  }\n\n  \/\/ table sales is not a cache table, and will be clear after reset\n  createQueryTest(\"Read with RegexSerDe\", \"SELECT * FROM sales\", false)\n\n  createQueryTest(\n    \"Read and write with LazySimpleSerDe (tab separated)\",\n    \"SELECT * from serdeins\")\n\n  createQueryTest(\"Read with AvroSerDe\", \"SELECT * FROM episodes\")\n\n  createQueryTest(\"Read Partitioned with AvroSerDe\", \"SELECT * FROM episodes_part\")\n\n  test(\"Checking metrics correctness\") {\n    import TestHive._\n\n    val episodesCnt = sql(\"select * from episodes\").count()\n    val episodesRes = InputOutputMetricsHelper.run(sql(\"select * from episodes\").toDF())\n    assert(episodesRes === (episodesCnt, 0L, episodesCnt) :: Nil)\n\n    val serdeinsCnt = sql(\"select * from serdeins\").count()\n    val serdeinsRes = InputOutputMetricsHelper.run(sql(\"select * from serdeins\").toDF())\n    assert(serdeinsRes === (serdeinsCnt, 0L, serdeinsCnt) :: Nil)\n  }\n\n  private def extractTableDesc(sql: String): (CatalogTable, Boolean) = {\n    TestHive.sessionState.sqlParser.parsePlan(sql).collect {\n      case CreateTable(tableDesc, mode, _) => (tableDesc, mode == SaveMode.Ignore)\n    }.head\n  }\n\n  private def analyzeCreateTable(sql: String): CatalogTable = {\n    TestHive.sessionState.analyzer.execute(TestHive.sessionState.sqlParser.parsePlan(sql)).collect {\n      case CreateTableCommand(tableDesc, _) => tableDesc\n    }.head\n  }\n\n  \/\/ Make sure we set the config values to TestHive.conf.\n  override def withSQLConf(pairs: (String, String)*)(f: => Unit): Unit =\n    SQLConf.withExistingConf(TestHive.conf)(super.withSQLConf(pairs: _*)(f))\n\n  test(\"Test the default fileformat for Hive-serde tables\") {\n    withSQLConf(\"hive.default.fileformat\" -> \"orc\",\n      SQLConf.LEGACY_CREATE_HIVE_TABLE_BY_DEFAULT_ENABLED.key -> \"true\") {\n      val (desc, exists) = extractTableDesc(\n        \"CREATE TABLE IF NOT EXISTS fileformat_test (id int)\")\n      assert(exists)\n      assert(desc.storage.inputFormat == Some(\"org.apache.hadoop.hive.ql.io.orc.OrcInputFormat\"))\n      assert(desc.storage.outputFormat == Some(\"org.apache.hadoop.hive.ql.io.orc.OrcOutputFormat\"))\n      assert(desc.storage.serde == Some(\"org.apache.hadoop.hive.ql.io.orc.OrcSerde\"))\n    }\n\n    withSQLConf(\"hive.default.fileformat\" -> \"parquet\",\n      SQLConf.LEGACY_CREATE_HIVE_TABLE_BY_DEFAULT_ENABLED.key -> \"true\") {\n      val (desc, exists) = extractTableDesc(\"CREATE TABLE IF NOT EXISTS fileformat_test (id int)\")\n      assert(exists)\n      val input = desc.storage.inputFormat\n      val output = desc.storage.outputFormat\n      val serde = desc.storage.serde\n      assert(input == Some(\"org.apache.hadoop.hive.ql.io.parquet.MapredParquetInputFormat\"))\n      assert(output == Some(\"org.apache.hadoop.hive.ql.io.parquet.MapredParquetOutputFormat\"))\n      assert(serde == Some(\"org.apache.hadoop.hive.ql.io.parquet.serde.ParquetHiveSerDe\"))\n    }\n\n    withSQLConf(\"hive.default.fileformat\" -> \"orc\") {\n      val (desc, exists) = extractTableDesc(\n        \"CREATE TABLE IF NOT EXISTS fileformat_test (id int) STORED AS textfile\")\n      assert(exists)\n      assert(desc.storage.inputFormat == Some(\"org.apache.hadoop.mapred.TextInputFormat\"))\n      assert(desc.storage.outputFormat ==\n        Some(\"org.apache.hadoop.hive.ql.io.HiveIgnoreKeyTextOutputFormat\"))\n      assert(desc.storage.serde == Some(\"org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe\"))\n    }\n\n    withSQLConf(\"hive.default.fileformat\" -> \"orc\") {\n      val (desc, exists) = extractTableDesc(\n        \"CREATE TABLE IF NOT EXISTS fileformat_test (id int) STORED AS sequencefile\")\n      assert(exists)\n      assert(desc.storage.inputFormat == Some(\"org.apache.hadoop.mapred.SequenceFileInputFormat\"))\n      assert(desc.storage.outputFormat == Some(\"org.apache.hadoop.mapred.SequenceFileOutputFormat\"))\n      assert(desc.storage.serde == Some(\"org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe\"))\n    }\n  }\n\n  test(\"create hive serde table with new syntax - basic\") {\n    val sql =\n      \"\"\"\n        |CREATE TABLE t\n        |(id int, name string COMMENT 'blabla')\n        |USING hive\n        |OPTIONS (fileFormat 'parquet', my_prop 1)\n        |LOCATION '\/tmp\/file'\n        |COMMENT 'BLABLA'\n      \"\"\".stripMargin\n\n    val table = analyzeCreateTable(sql)\n    assert(table.schema == new StructType()\n      .add(\"id\", \"int\")\n      .add(\"name\", \"string\", nullable = true, comment = \"blabla\"))\n    assert(table.provider == Some(DDLUtils.HIVE_PROVIDER))\n    assert(table.storage.locationUri == Some(new URI(\"\/tmp\/file\")))\n    assert(table.storage.properties == Map(\"my_prop\" -> \"1\"))\n    assert(table.comment == Some(\"BLABLA\"))\n\n    assert(table.storage.inputFormat ==\n      Some(\"org.apache.hadoop.hive.ql.io.parquet.MapredParquetInputFormat\"))\n    assert(table.storage.outputFormat ==\n      Some(\"org.apache.hadoop.hive.ql.io.parquet.MapredParquetOutputFormat\"))\n    assert(table.storage.serde ==\n      Some(\"org.apache.hadoop.hive.ql.io.parquet.serde.ParquetHiveSerDe\"))\n  }\n\n  test(\"create hive serde table with new syntax - with partition and bucketing\") {\n    val v1 = \"CREATE TABLE t (c1 int, c2 int) USING hive PARTITIONED BY (c2)\"\n    val table = analyzeCreateTable(v1)\n    assert(table.schema == new StructType().add(\"c1\", \"int\").add(\"c2\", \"int\"))\n    assert(table.partitionColumnNames == Seq(\"c2\"))\n    \/\/ check the default formats\n    assert(table.storage.serde == Some(\"org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe\"))\n    assert(table.storage.inputFormat == Some(\"org.apache.hadoop.mapred.TextInputFormat\"))\n    assert(table.storage.outputFormat ==\n      Some(\"org.apache.hadoop.hive.ql.io.HiveIgnoreKeyTextOutputFormat\"))\n\n    val v2 = \"CREATE TABLE t (c1 int, c2 int) USING hive CLUSTERED BY (c2) INTO 4 BUCKETS\"\n    val e2 = intercept[AnalysisException](analyzeCreateTable(v2))\n    assert(e2.message.contains(\"Creating bucketed Hive serde table is not supported yet\"))\n\n    val v3 =\n      \"\"\"\n        |CREATE TABLE t (c1 int, c2 int) USING hive\n        |PARTITIONED BY (c2)\n        |CLUSTERED BY (c2) INTO 4 BUCKETS\"\"\".stripMargin\n    val e3 = intercept[AnalysisException](analyzeCreateTable(v3))\n    assert(e3.message.contains(\"Creating bucketed Hive serde table is not supported yet\"))\n  }\n\n  test(\"create hive serde table with new syntax - Hive options error checking\") {\n    val v1 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (inputFormat 'abc')\"\n    val e1 = intercept[IllegalArgumentException](analyzeCreateTable(v1))\n    assert(e1.getMessage.contains(\"Cannot specify only inputFormat or outputFormat\"))\n\n    val v2 = \"CREATE TABLE t (c1 int) USING hive OPTIONS \" +\n      \"(fileFormat 'x', inputFormat 'a', outputFormat 'b')\"\n    val e2 = intercept[IllegalArgumentException](analyzeCreateTable(v2))\n    assert(e2.getMessage.contains(\n      \"Cannot specify fileFormat and inputFormat\/outputFormat together\"))\n\n    val v3 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (fileFormat 'parquet', serde 'a')\"\n    val e3 = intercept[IllegalArgumentException](analyzeCreateTable(v3))\n    assert(e3.getMessage.contains(\"fileFormat 'parquet' already specifies a serde\"))\n\n    val v4 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (serde 'a', fieldDelim ' ')\"\n    val e4 = intercept[IllegalArgumentException](analyzeCreateTable(v4))\n    assert(e4.getMessage.contains(\"Cannot specify delimiters with a custom serde\"))\n\n    val v5 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (fieldDelim ' ')\"\n    val e5 = intercept[IllegalArgumentException](analyzeCreateTable(v5))\n    assert(e5.getMessage.contains(\"Cannot specify delimiters without fileFormat\"))\n\n    val v6 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (fileFormat 'parquet', fieldDelim ' ')\"\n    val e6 = intercept[IllegalArgumentException](analyzeCreateTable(v6))\n    assert(e6.getMessage.contains(\n      \"Cannot specify delimiters as they are only compatible with fileFormat 'textfile'\"))\n\n    \/\/ The value of 'fileFormat' option is case-insensitive.\n    val v7 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (fileFormat 'TEXTFILE', lineDelim ',')\"\n    val e7 = intercept[IllegalArgumentException](analyzeCreateTable(v7))\n    assert(e7.getMessage.contains(\"Hive data source only support newline '\\\\n' as line delimiter\"))\n\n    val v8 = \"CREATE TABLE t (c1 int) USING hive OPTIONS (fileFormat 'wrong')\"\n    val e8 = intercept[IllegalArgumentException](analyzeCreateTable(v8))\n    assert(e8.getMessage.contains(\"invalid fileFormat: 'wrong'\"))\n  }\n\n  test(\"SPARK-27555: fall back to hive-site.xml if hive.default.fileformat \" +\n    \"is not found in SQLConf \") {\n    val testSession = SparkSession.getActiveSession.get\n    try {\n      testSession.sparkContext.hadoopConfiguration.set(\"hive.default.fileformat\", \"parquetfile\")\n      val sqlConf = new SQLConf()\n      var storageFormat = HiveSerDe.getDefaultStorage(sqlConf)\n      assert(storageFormat.serde.\n        contains(\"org.apache.hadoop.hive.ql.io.parquet.serde.ParquetHiveSerDe\"))\n      \/\/ should take orc as it is present in sqlConf\n      sqlConf.setConfString(\"hive.default.fileformat\", \"orc\")\n      storageFormat = HiveSerDe.getDefaultStorage(sqlConf)\n      assert(storageFormat.serde.contains(\"org.apache.hadoop.hive.ql.io.orc.OrcSerde\"))\n    }\n    finally {\n      testSession.sparkContext.hadoopConfiguration.unset(\"hive.default.fileformat\")\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/ml\/optim\/aggregator\/HuberAggregator.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.ml.optim.aggregator\n\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.ml.feature.Instance\nimport org.apache.spark.ml.linalg.Vector\n\n\/**\n * HuberAggregator computes the gradient and loss for a huber loss function,\n * as used in robust regression for samples in sparse or dense vector in an online fashion.\n *\n * The huber loss function based on:\n * <a href=\"http:\/\/statweb.stanford.edu\/~owen\/reports\/hhu.pdf\"><NAME> (2006),\n * A robust hybrid of lasso and ridge regression<\/a>.\n *\n * Two HuberAggregator can be merged together to have a summary of loss and gradient of\n * the corresponding joint dataset.\n *\n * The huber loss function is given by\n *\n * <blockquote>\n *   $$\n *   \\begin{align}\n *   \\min_{w, \\sigma}\\frac{1}{2n}{\\sum_{i=1}^n\\left(\\sigma +\n *   H_m\\left(\\frac{X_{i}w - y_{i}}{\\sigma}\\right)\\sigma\\right) + \\frac{1}{2}\\lambda {||w||_2}^2}\n *   \\end{align}\n *   $$\n * <\/blockquote>\n *\n * where\n *\n * <blockquote>\n *   $$\n *   \\begin{align}\n *   H_m(z) = \\begin{cases}\n *            z^2, & \\text {if } |z| &lt; \\epsilon, \\\\\n *            2\\epsilon|z| - \\epsilon^2, & \\text{otherwise}\n *            \\end{cases}\n *   \\end{align}\n *   $$\n * <\/blockquote>\n *\n * It is advised to set the parameter $\\epsilon$ to 1.35 to achieve 95% statistical efficiency\n * for normally distributed data. Please refer to chapter 2 of\n * <a href=\"http:\/\/statweb.stanford.edu\/~owen\/reports\/hhu.pdf\">\n * A robust hybrid of lasso and ridge regression<\/a> for more detail.\n *\n * @param fitIntercept Whether to fit an intercept term.\n * @param epsilon The shape parameter to control the amount of robustness.\n * @param bcFeaturesStd The broadcast standard deviation values of the features.\n * @param bcParameters including three parts: the regression coefficients corresponding\n *                     to the features, the intercept (if fitIntercept is ture)\n *                     and the scale parameter (sigma).\n *\/\nprivate[ml] class HuberAggregator(\n    fitIntercept: Boolean,\n    epsilon: Double,\n    bcFeaturesStd: Broadcast[Array[Double]])(bcParameters: Broadcast[Vector])\n  extends DifferentiableLossAggregator[Instance, HuberAggregator] {\n\n  protected override val dim: Int = bcParameters.value.size\n  private val numFeatures: Int = if (fitIntercept) dim - 2 else dim - 1\n  private val sigma: Double = bcParameters.value(dim - 1)\n  private val intercept: Double = if (fitIntercept) {\n    bcParameters.value(dim - 2)\n  } else {\n    0.0\n  }\n  \/\/ make transient so we do not serialize between aggregation stages\n  @transient private lazy val coefficients = bcParameters.value.toArray.slice(0, numFeatures)\n\n  \/**\n   * Add a new training instance to this HuberAggregator, and update the loss and gradient\n   * of the objective function.\n   *\n   * @param instance The instance of data point to be added.\n   * @return This HuberAggregator object.\n   *\/\n  def add(instance: Instance): HuberAggregator = {\n    instance match { case Instance(label, weight, features) =>\n      require(numFeatures == features.size, s\"Dimensions mismatch when adding new sample.\" +\n        s\" Expecting $numFeatures but got ${features.size}.\")\n      require(weight >= 0.0, s\"instance weight, $weight has to be >= 0.0\")\n\n      if (weight == 0.0) return this\n      val localFeaturesStd = bcFeaturesStd.value\n      val localCoefficients = coefficients\n      val localGradientSumArray = gradientSumArray\n\n      val margin = {\n        var sum = 0.0\n        features.foreachNonZero { (index, value) =>\n          if (localFeaturesStd(index) != 0.0) {\n            sum += localCoefficients(index) * (value \/ localFeaturesStd(index))\n          }\n        }\n        if (fitIntercept) sum += intercept\n        sum\n      }\n      val linearLoss = label - margin\n\n      if (math.abs(linearLoss) <= sigma * epsilon) {\n        lossSum += 0.5 * weight * (sigma + math.pow(linearLoss, 2.0) \/ sigma)\n        val linearLossDivSigma = linearLoss \/ sigma\n\n        features.foreachNonZero { (index, value) =>\n          if (localFeaturesStd(index) != 0.0) {\n            localGradientSumArray(index) +=\n              -1.0 * weight * linearLossDivSigma * (value \/ localFeaturesStd(index))\n          }\n        }\n        if (fitIntercept) {\n          localGradientSumArray(dim - 2) += -1.0 * weight * linearLossDivSigma\n        }\n        localGradientSumArray(dim - 1) += 0.5 * weight * (1.0 - math.pow(linearLossDivSigma, 2.0))\n      } else {\n        val sign = if (linearLoss >= 0) -1.0 else 1.0\n        lossSum += 0.5 * weight *\n          (sigma + 2.0 * epsilon * math.abs(linearLoss) - sigma * epsilon * epsilon)\n\n        features.foreachNonZero { (index, value) =>\n          if (localFeaturesStd(index) != 0.0) {\n            localGradientSumArray(index) +=\n              weight * sign * epsilon * (value \/ localFeaturesStd(index))\n          }\n        }\n        if (fitIntercept) {\n          localGradientSumArray(dim - 2) += weight * sign * epsilon\n        }\n        localGradientSumArray(dim - 1) += 0.5 * weight * (1.0 - epsilon * epsilon)\n      }\n\n      weightSum += weight\n      this\n    }\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"external\/avro\/src\/main\/scala\/org\/apache\/spark\/sql\/avro\/AvroDataToCatalyst.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.avro\n\nimport scala.util.control.NonFatal\n\nimport org.apache.avro.Schema\nimport org.apache.avro.generic.GenericDatumReader\nimport org.apache.avro.io.{BinaryDecoder, DecoderFactory}\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst.expressions.{ExpectsInputTypes, Expression, SpecificInternalRow, UnaryExpression}\nimport org.apache.spark.sql.catalyst.expressions.codegen.{CodegenContext, CodeGenerator, ExprCode}\nimport org.apache.spark.sql.catalyst.util.{FailFastMode, ParseMode, PermissiveMode}\nimport org.apache.spark.sql.types._\n\ncase class AvroDataToCatalyst(\n    child: Expression,\n    jsonFormatSchema: String,\n    options: Map[String, String])\n  extends UnaryExpression with ExpectsInputTypes {\n\n  override def inputTypes: Seq[AbstractDataType] = Seq(BinaryType)\n\n  override lazy val dataType: DataType = {\n    val dt = SchemaConverters.toSqlType(expectedSchema).dataType\n    parseMode match {\n      \/\/ With PermissiveMode, the output Catalyst row might contain columns of null values for\n      \/\/ corrupt records, even if some of the columns are not nullable in the user-provided schema.\n      \/\/ Therefore we force the schema to be all nullable here.\n      case PermissiveMode => dt.asNullable\n      case _ => dt\n    }\n  }\n\n  override def nullable: Boolean = true\n\n  private lazy val avroOptions = AvroOptions(options)\n\n  @transient private lazy val actualSchema = new Schema.Parser().parse(jsonFormatSchema)\n\n  @transient private lazy val expectedSchema = avroOptions.schema\n    .map(expectedSchema => new Schema.Parser().parse(expectedSchema))\n    .getOrElse(actualSchema)\n\n  @transient private lazy val reader = new GenericDatumReader[Any](actualSchema, expectedSchema)\n\n  @transient private lazy val deserializer = new AvroDeserializer(expectedSchema, dataType)\n\n  @transient private var decoder: BinaryDecoder = _\n\n  @transient private var result: Any = _\n\n  @transient private lazy val parseMode: ParseMode = {\n    val mode = avroOptions.parseMode\n    if (mode != PermissiveMode && mode != FailFastMode) {\n      throw new AnalysisException(unacceptableModeMessage(mode.name))\n    }\n    mode\n  }\n\n  private def unacceptableModeMessage(name: String): String = {\n    s\"from_avro() doesn't support the $name mode. \" +\n      s\"Acceptable modes are ${PermissiveMode.name} and ${FailFastMode.name}.\"\n  }\n\n  @transient private lazy val nullResultRow: Any = dataType match {\n      case st: StructType =>\n        val resultRow = new SpecificInternalRow(st.map(_.dataType))\n        for(i <- 0 until st.length) {\n          resultRow.setNullAt(i)\n        }\n        resultRow\n\n      case _ =>\n        null\n    }\n\n\n  override def nullSafeEval(input: Any): Any = {\n    val binary = input.asInstanceOf[Array[Byte]]\n    try {\n      decoder = DecoderFactory.get().binaryDecoder(binary, 0, binary.length, decoder)\n      result = reader.read(result, decoder)\n      deserializer.deserialize(result)\n    } catch {\n      \/\/ There could be multiple possible exceptions here, e.g. java.io.IOException,\n      \/\/ AvroRuntimeException, ArrayIndexOutOfBoundsException, etc.\n      \/\/ To make it simple, catch all the exceptions here.\n      case NonFatal(e) => parseMode match {\n        case PermissiveMode => nullResultRow\n        case FailFastMode =>\n          throw new SparkException(\"Malformed records are detected in record parsing. \" +\n            s\"Current parse Mode: ${FailFastMode.name}. To process malformed records as null \" +\n            \"result, try setting the option 'mode' as 'PERMISSIVE'.\", e)\n        case _ =>\n          throw new AnalysisException(unacceptableModeMessage(parseMode.name))\n      }\n    }\n  }\n\n  override def prettyName: String = \"from_avro\"\n\n  override protected def doGenCode(ctx: CodegenContext, ev: ExprCode): ExprCode = {\n    val expr = ctx.addReferenceObj(\"this\", this)\n    nullSafeCodeGen(ctx, ev, eval => {\n      val result = ctx.freshName(\"result\")\n      val dt = CodeGenerator.boxedType(dataType)\n      s\"\"\"\n        $dt $result = ($dt) $expr.nullSafeEval($eval);\n        if ($result == null) {\n          ${ev.isNull} = true;\n        } else {\n          ${ev.value} = $result;\n        }\n      \"\"\"\n    })\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/mllib\/evaluation\/MulticlassMetrics.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.mllib.evaluation\n\nimport scala.collection.Map\nimport scala.collection.mutable\n\nimport org.apache.spark.annotation.Since\nimport org.apache.spark.mllib.linalg.{Matrices, Matrix}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.DataFrame\n\n\/**\n * Evaluator for multiclass classification.\n *\n * @param predictionAndLabels an RDD of (prediction, label, weight, probability) or\n *                            (prediction, label, weight) or (prediction, label) tuples.\n *\/\n@Since(\"1.1.0\")\nclass MulticlassMetrics @Since(\"1.1.0\") (predictionAndLabels: RDD[_ <: Product]) {\n\n  \/**\n   * An auxiliary constructor taking a DataFrame.\n   * @param predictionAndLabels a DataFrame with columns: prediction, label, weight (optional)\n   *                            and probability (only for logLoss)\n   *\/\n  private[mllib] def this(predictionAndLabels: DataFrame) =\n    this(predictionAndLabels.rdd.map { r =>\n      r.size match {\n        case 2 => (r.getDouble(0), r.getDouble(1), 1.0, null)\n        case 3 => (r.getDouble(0), r.getDouble(1), r.getDouble(2), null)\n        case 4 => (r.getDouble(0), r.getDouble(1), r.getDouble(2), r.getSeq[Double](3).toArray)\n        case _ => throw new IllegalArgumentException(s\"Expected Row of tuples, got $r\")\n      }\n    })\n\n  private lazy val confusions = predictionAndLabels.map {\n    case (prediction: Double, label: Double, weight: Double, _) =>\n      ((label, prediction), weight)\n    case (prediction: Double, label: Double, weight: Double) =>\n      ((label, prediction), weight)\n    case (prediction: Double, label: Double) =>\n      ((label, prediction), 1.0)\n    case other =>\n      throw new IllegalArgumentException(s\"Expected tuples, got $other\")\n  }.reduceByKey(_ + _)\n    .collectAsMap()\n\n  private lazy val labelCountByClass: Map[Double, Double] = {\n    val labelCountByClass = mutable.Map.empty[Double, Double]\n    confusions.iterator.foreach {\n      case ((label, _), weight) =>\n        val w = labelCountByClass.getOrElse(label, 0.0)\n        labelCountByClass.update(label, w + weight)\n    }\n    labelCountByClass.toMap\n  }\n\n  private lazy val labelCount: Double = labelCountByClass.values.sum\n\n  private lazy val tpByClass: Map[Double, Double] = {\n    val tpByClass = mutable.Map.empty[Double, Double]\n    confusions.iterator.foreach {\n      case ((label, prediction), weight) =>\n        val w = tpByClass.getOrElse(label, 0.0)\n        if (label == prediction) {\n          tpByClass.update(label, w + weight)\n        } else if (w == 0.0) {\n          tpByClass.update(label, w)\n        }\n    }\n    tpByClass.toMap\n  }\n\n  private lazy val fpByClass: Map[Double, Double] = {\n    val fpByClass = mutable.Map.empty[Double, Double]\n    confusions.iterator.foreach {\n      case ((label, prediction), weight) =>\n        val w = fpByClass.getOrElse(prediction, 0.0)\n        if (label != prediction) {\n          fpByClass.update(prediction, w + weight)\n        } else if (w == 0.0) {\n          fpByClass.update(prediction, w)\n        }\n    }\n    fpByClass.toMap\n  }\n\n\n  \/**\n   * Returns confusion matrix:\n   * predicted classes are in columns,\n   * they are ordered by class label ascending,\n   * as in \"labels\"\n   *\/\n  @Since(\"1.1.0\")\n  def confusionMatrix: Matrix = {\n    val n = labels.length\n    val values = Array.ofDim[Double](n * n)\n    var i = 0\n    while (i < n) {\n      var j = 0\n      while (j < n) {\n        values(i + j * n) = confusions.getOrElse((labels(i), labels(j)), 0.0)\n        j += 1\n      }\n      i += 1\n    }\n    Matrices.dense(n, n, values)\n  }\n\n  \/**\n   * Returns true positive rate for a given label (category)\n   * @param label the label.\n   *\/\n  @Since(\"1.1.0\")\n  def truePositiveRate(label: Double): Double = recall(label)\n\n  \/**\n   * Returns false positive rate for a given label (category)\n   * @param label the label.\n   *\/\n  @Since(\"1.1.0\")\n  def falsePositiveRate(label: Double): Double = {\n    val fp = fpByClass.getOrElse(label, 0.0)\n    fp \/ (labelCount - labelCountByClass(label))\n  }\n\n  \/**\n   * Returns precision for a given label (category)\n   * @param label the label.\n   *\/\n  @Since(\"1.1.0\")\n  def precision(label: Double): Double = {\n    val tp = tpByClass(label)\n    val fp = fpByClass.getOrElse(label, 0.0)\n    if (tp + fp == 0) 0 else tp.toDouble \/ (tp + fp)\n  }\n\n  \/**\n   * Returns recall for a given label (category)\n   * @param label the label.\n   *\/\n  @Since(\"1.1.0\")\n  def recall(label: Double): Double = tpByClass(label) \/ labelCountByClass(label)\n\n  \/**\n   * Returns f-measure for a given label (category)\n   * @param label the label.\n   * @param beta the beta parameter.\n   *\/\n  @Since(\"1.1.0\")\n  def fMeasure(label: Double, beta: Double): Double = {\n    val p = precision(label)\n    val r = recall(label)\n    val betaSqrd = beta * beta\n    if (p + r == 0) 0 else (1 + betaSqrd) * p * r \/ (betaSqrd * p + r)\n  }\n\n  \/**\n   * Returns f1-measure for a given label (category)\n   * @param label the label.\n   *\/\n  @Since(\"1.1.0\")\n  def fMeasure(label: Double): Double = fMeasure(label, 1.0)\n\n  \/**\n   * Returns accuracy\n   * (equals to the total number of correctly classified instances\n   * out of the total number of instances.)\n   *\/\n  @Since(\"2.0.0\")\n  lazy val accuracy: Double = tpByClass.values.sum \/ labelCount\n\n  \/**\n   * Returns weighted true positive rate\n   * (equals to precision, recall and f-measure)\n   *\/\n  @Since(\"1.1.0\")\n  lazy val weightedTruePositiveRate: Double = weightedRecall\n\n  \/**\n   * Returns weighted false positive rate\n   *\/\n  @Since(\"1.1.0\")\n  lazy val weightedFalsePositiveRate: Double = labelCountByClass.map { case (category, count) =>\n    falsePositiveRate(category) * count.toDouble \/ labelCount\n  }.sum\n\n  \/**\n   * Returns weighted averaged recall\n   * (equals to precision, recall and f-measure)\n   *\/\n  @Since(\"1.1.0\")\n  lazy val weightedRecall: Double = labelCountByClass.map { case (category, count) =>\n    recall(category) * count.toDouble \/ labelCount\n  }.sum\n\n  \/**\n   * Returns weighted averaged precision\n   *\/\n  @Since(\"1.1.0\")\n  lazy val weightedPrecision: Double = labelCountByClass.map { case (category, count) =>\n    precision(category) * count.toDouble \/ labelCount\n  }.sum\n\n  \/**\n   * Returns weighted averaged f-measure\n   * @param beta the beta parameter.\n   *\/\n  @Since(\"1.1.0\")\n  def weightedFMeasure(beta: Double): Double = labelCountByClass.map { case (category, count) =>\n    fMeasure(category, beta) * count.toDouble \/ labelCount\n  }.sum\n\n  \/**\n   * Returns weighted averaged f1-measure\n   *\/\n  @Since(\"1.1.0\")\n  lazy val weightedFMeasure: Double = weightedFMeasure(1.0)\n\n  \/**\n   * Returns the sequence of labels in ascending order\n   *\/\n  @Since(\"1.1.0\")\n  lazy val labels: Array[Double] = tpByClass.keys.toArray.sorted\n\n  \/**\n   * Returns Hamming-loss\n   *\/\n  @Since(\"3.0.0\")\n  lazy val hammingLoss: Double = {\n    var numerator = 0.0\n    var denominator = 0.0\n    confusions.iterator.foreach {\n      case ((label, prediction), weight) =>\n        if (label != prediction) {\n          numerator += weight\n        }\n        denominator += weight\n    }\n    numerator \/ denominator\n  }\n\n  \/**\n   * Returns the log-loss, aka logistic loss or cross-entropy loss.\n   * @param eps log-loss is undefined for p=0 or p=1, so probabilities are\n   *            clipped to max(eps, min(1 - eps, p)).\n   *\/\n  @Since(\"3.0.0\")\n  def logLoss(eps: Double = 1e-15): Double = {\n    require(eps > 0 && eps < 0.5, s\"eps must be in range (0, 0.5), but got $eps\")\n    val loss1 = - math.log(eps)\n    val loss2 = - math.log1p(-eps)\n\n    val (lossSum, weightSum) = predictionAndLabels.map {\n      case (_, label: Double, weight: Double, probability: Array[Double]) =>\n        require(label.toInt == label && label >= 0, s\"Invalid label $label\")\n        require(probability != null, \"probability of each class can not be null\")\n        val p = probability(label.toInt)\n        val loss = if (p < eps) {\n          loss1\n        } else if (p > 1 - eps) {\n          loss2\n        } else {\n          - math.log(p)\n        }\n        (loss * weight, weight)\n\n      case other =>\n        throw new IllegalArgumentException(s\"Expected quadruples, got $other\")\n    }.treeReduce { case ((l1, w1), (l2, w2)) =>\n      (l1 + l2, w1 + w2)\n    }\n\n    lossSum \/ weightSum\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/command\/SetCommand.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution.command\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.apache.spark.sql.catalyst.expressions.Attribute\nimport org.apache.spark.sql.catalyst.plans.logical.{IgnoreCachedData, LogicalPlan}\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.internal.StaticSQLConf.CATALOG_IMPLEMENTATION\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\n\n\n\/**\n * Command that runs\n * {{{\n *   set key = value;\n *   set -v;\n *   set;\n * }}}\n *\/\ncase class SetCommand(kv: Option[(String, Option[String])]) extends RunnableCommand with Logging {\n\n  private def keyValueOutput: Seq[Attribute] = {\n    val schema = StructType(\n      StructField(\"key\", StringType, nullable = false) ::\n        StructField(\"value\", StringType, nullable = false) :: Nil)\n    schema.toAttributes\n  }\n\n  private val (_output, runFunc): (Seq[Attribute], SparkSession => Seq[Row]) = kv match {\n    \/\/ Configures the deprecated \"mapred.reduce.tasks\" property.\n    case Some((SQLConf.Deprecated.MAPRED_REDUCE_TASKS, Some(value))) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        logWarning(\n          s\"Property ${SQLConf.Deprecated.MAPRED_REDUCE_TASKS} is deprecated, \" +\n            s\"automatically converted to ${SQLConf.SHUFFLE_PARTITIONS.key} instead.\")\n        if (value.toInt < 1) {\n          val msg =\n            s\"Setting negative ${SQLConf.Deprecated.MAPRED_REDUCE_TASKS} for automatically \" +\n              \"determining the number of reducers is not supported.\"\n          throw new IllegalArgumentException(msg)\n        } else {\n          sparkSession.conf.set(SQLConf.SHUFFLE_PARTITIONS.key, value)\n          Seq(Row(SQLConf.SHUFFLE_PARTITIONS.key, value))\n        }\n      }\n      (keyValueOutput, runFunc)\n\n    case Some((SQLConf.Replaced.MAPREDUCE_JOB_REDUCES, Some(value))) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        logWarning(\n          s\"Property ${SQLConf.Replaced.MAPREDUCE_JOB_REDUCES} is Hadoop's property, \" +\n            s\"automatically converted to ${SQLConf.SHUFFLE_PARTITIONS.key} instead.\")\n        if (value.toInt < 1) {\n          val msg =\n            s\"Setting negative ${SQLConf.Replaced.MAPREDUCE_JOB_REDUCES} for automatically \" +\n              \"determining the number of reducers is not supported.\"\n          throw new IllegalArgumentException(msg)\n        } else {\n          sparkSession.conf.set(SQLConf.SHUFFLE_PARTITIONS.key, value)\n          Seq(Row(SQLConf.SHUFFLE_PARTITIONS.key, value))\n        }\n      }\n      (keyValueOutput, runFunc)\n\n    case Some((key @ SetCommand.VariableName(name), Some(value))) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        sparkSession.conf.set(name, value)\n        Seq(Row(key, value))\n      }\n      (keyValueOutput, runFunc)\n\n    \/\/ Configures a single property.\n    case Some((key, Some(value))) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        if (sparkSession.conf.get(CATALOG_IMPLEMENTATION.key).equals(\"hive\") &&\n            key.startsWith(\"hive.\")) {\n          logWarning(s\"'SET $key=$value' might not work, since Spark doesn't support changing \" +\n            \"the Hive config dynamically. Please pass the Hive-specific config by adding the \" +\n            s\"prefix spark.hadoop (e.g. spark.hadoop.$key) when starting a Spark application. \" +\n            \"For details, see the link: https:\/\/spark.apache.org\/docs\/latest\/configuration.html#\" +\n            \"dynamically-loading-spark-properties.\")\n        }\n        sparkSession.conf.set(key, value)\n        Seq(Row(key, value))\n      }\n      (keyValueOutput, runFunc)\n\n    \/\/ (In Hive, \"SET\" returns all changed properties while \"SET -v\" returns all properties.)\n    \/\/ Queries all key-value pairs that are set in the SQLConf of the sparkSession.\n    case None =>\n      val runFunc = (sparkSession: SparkSession) => {\n        sparkSession.conf.getAll.toSeq.sorted.map { case (k, v) => Row(k, v) }\n      }\n      (keyValueOutput, runFunc)\n\n    \/\/ Queries all properties along with their default values and docs that are defined in the\n    \/\/ SQLConf of the sparkSession.\n    case Some((\"-v\", None)) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        sparkSession.sessionState.conf.getAllDefinedConfs.sorted.map {\n          case (key, defaultValue, doc, version) =>\n            Row(\n              key,\n              Option(defaultValue).getOrElse(\"<undefined>\"),\n              doc,\n              Option(version).getOrElse(\"<unknown>\"))\n        }\n      }\n      val schema = StructType(\n        StructField(\"key\", StringType, nullable = false) ::\n          StructField(\"value\", StringType, nullable = false) ::\n          StructField(\"meaning\", StringType, nullable = false) ::\n          StructField(\"Since version\", StringType, nullable = false) :: Nil)\n      (schema.toAttributes, runFunc)\n\n    \/\/ Queries the deprecated \"mapred.reduce.tasks\" property.\n    case Some((SQLConf.Deprecated.MAPRED_REDUCE_TASKS, None)) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        logWarning(\n          s\"Property ${SQLConf.Deprecated.MAPRED_REDUCE_TASKS} is deprecated, \" +\n            s\"showing ${SQLConf.SHUFFLE_PARTITIONS.key} instead.\")\n        Seq(Row(\n          SQLConf.SHUFFLE_PARTITIONS.key,\n          sparkSession.sessionState.conf.numShufflePartitions.toString))\n      }\n      (keyValueOutput, runFunc)\n\n    \/\/ Queries a single property.\n    case Some((key, None)) =>\n      val runFunc = (sparkSession: SparkSession) => {\n        val value = sparkSession.conf.getOption(key).getOrElse(\"<undefined>\")\n        Seq(Row(key, value))\n      }\n      (keyValueOutput, runFunc)\n  }\n\n  override val output: Seq[Attribute] = _output\n\n  override def run(sparkSession: SparkSession): Seq[Row] = runFunc(sparkSession)\n\n}\n\nobject SetCommand {\n  val VariableName = \"\"\"hivevar:([^=]+)\"\"\".r\n}\n\n\/**\n * This command is for resetting SQLConf to the default values. Command that runs\n * {{{\n *   reset;\n * }}}\n *\/\ncase object ResetCommand extends RunnableCommand with IgnoreCachedData {\n\n  override def run(sparkSession: SparkSession): Seq[Row] = {\n    sparkSession.sessionState.conf.clear()\n    Seq.empty[Row]\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"sql\/hive\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/DaysWritable.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive\n\nimport java.io.{DataInput, DataOutput, IOException}\nimport java.sql.Date\nimport java.time.LocalDate\nimport java.util.Calendar\n\nimport org.apache.hadoop.hive.serde2.io.DateWritable\nimport org.apache.hadoop.io.WritableUtils\n\nimport org.apache.spark.sql.catalyst.util.{DateTimeConstants, DateTimeUtils}\n\n\/**\n * The class accepts\/returns days in Gregorian calendar and rebase them\n * via conversion to local date in Julian calendar for dates before 1582-10-15\n * in read\/write for backward compatibility with Spark 2.4 and earlier versions.\n *\n * @param gregorianDays The number of days since the epoch 1970-01-01 in\n *                      Gregorian calendar.\n * @param julianDays The number of days since the epoch 1970-01-01 in\n *                   Julian calendar.\n *\/\nprivate[hive] class DaysWritable(\n    var gregorianDays: Int,\n    var julianDays: Int)\n  extends DateWritable {\n\n  def this(gregorianDays: Int) =\n    this(gregorianDays, DaysWritable.rebaseGregorianToJulianDays(gregorianDays))\n  def this(dateWritable: DateWritable) = {\n    this(\n      gregorianDays = dateWritable match {\n        case daysWritable: DaysWritable => daysWritable.gregorianDays\n        case dateWritable: DateWritable =>\n        DaysWritable.rebaseJulianToGregorianDays(dateWritable.getDays)\n      },\n      julianDays = dateWritable.getDays)\n  }\n\n  override def getDays: Int = julianDays\n  override def get(): Date = new Date(DateWritable.daysToMillis(julianDays))\n\n  @throws[IOException]\n  override def write(out: DataOutput): Unit = {\n    WritableUtils.writeVInt(out, julianDays)\n  }\n\n  @throws[IOException]\n  override def readFields(in: DataInput): Unit = {\n    julianDays = WritableUtils.readVInt(in)\n    gregorianDays = DaysWritable.rebaseJulianToGregorianDays(julianDays)\n  }\n}\n\nprivate[hive] object DaysWritable {\n  \/\/ Rebasing days since the epoch to store the same number of days\n  \/\/ as by Spark 2.4 and earlier versions. Spark 3.0 switched to\n  \/\/ Proleptic Gregorian calendar (see SPARK-26651), and as a consequence of that,\n  \/\/ this affects dates before 1582-10-15. Spark 2.4 and earlier versions use\n  \/\/ Julian calendar for dates before 1582-10-15. So, the same local date may\n  \/\/ be mapped to different number of days since the epoch in different calendars.\n  \/\/ For example:\n  \/\/ Proleptic Gregorian calendar: 1582-01-01 -> -141714\n  \/\/ Julian calendar: 1582-01-01 -> -141704\n  \/\/ The code below converts -141714 to -141704.\n  def rebaseGregorianToJulianDays(daysSinceEpoch: Int): Int = {\n    if (daysSinceEpoch < DateTimeUtils.GREGORIAN_CUTOVER_DAY) {\n      val millis = Math.multiplyExact(daysSinceEpoch, DateTimeConstants.MILLIS_PER_DAY)\n      val utcCal = new Calendar.Builder()\n        .setCalendarType(\"gregory\")\n        .setTimeZone(DateTimeUtils.TimeZoneUTC)\n        .setInstant(millis)\n        .build()\n      val localDate = LocalDate.of(\n        utcCal.get(Calendar.YEAR),\n        utcCal.get(Calendar.MONTH) + 1,\n        utcCal.get(Calendar.DAY_OF_MONTH))\n      Math.toIntExact(localDate.toEpochDay)\n    } else {\n      daysSinceEpoch\n    }\n  }\n\n  def rebaseJulianToGregorianDays(daysSinceEpoch: Int): Int = {\n    if (daysSinceEpoch < JULIAN_CUTOVER_DAY) {\n      val localDate = LocalDate.ofEpochDay(daysSinceEpoch)\n      val utcCal = new Calendar.Builder()\n        .setCalendarType(\"gregory\")\n        .setTimeZone(DateTimeUtils.TimeZoneUTC)\n        .setDate(localDate.getYear, localDate.getMonthValue - 1, localDate.getDayOfMonth)\n        .build()\n      Math.toIntExact(Math.floorDiv(utcCal.getTimeInMillis, DateTimeConstants.MILLIS_PER_DAY))\n    } else {\n      daysSinceEpoch\n    }\n  }\n\n  final val JULIAN_CUTOVER_DAY =\n    rebaseGregorianToJulianDays(DateTimeUtils.GREGORIAN_CUTOVER_DAY.toInt)\n}\n"}
{"repo_name":"running2\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/resource\/ResourceDiscoveryScriptPlugin.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/resource\/ResourceDiscoveryScriptPlugin.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.resource\n\nimport java.io.File\nimport java.util.Optional\n\nimport org.apache.spark.{SparkConf, SparkException}\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.api.resource.ResourceDiscoveryPlugin\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.util.Utils.executeAndGetOutput\n\n\/**\n * The default plugin that is loaded into a Spark application to control how custom\n * resources are discovered. This executes the discovery script specified by the user\n * and gets the json output back and contructs ResourceInformation objects from that.\n * If the user specifies custom plugins, this is the last one to be executed and\n * throws if the resource isn't discovered.\n *\/\n@DeveloperApi\nclass ResourceDiscoveryScriptPlugin extends ResourceDiscoveryPlugin with Logging {\n  override def discoverResource(\n      request: ResourceRequest,\n      sparkConf: SparkConf): Optional[ResourceInformation] = {\n    val script = request.discoveryScript\n    val resourceName = request.id.resourceName\n    val result = if (script.isPresent) {\n      val scriptFile = new File(script.get)\n      logInfo(s\"Discovering resources for $resourceName with script: $scriptFile\")\n      \/\/ check that script exists and try to execute\n      if (scriptFile.exists()) {\n        val output = executeAndGetOutput(Seq(script.get), new File(\".\"))\n        ResourceInformation.parseJson(output)\n      } else {\n        throw new SparkException(s\"Resource script: $scriptFile to discover $resourceName \" +\n          \"doesn't exist!\")\n      }\n    } else {\n      throw new SparkException(s\"User is expecting to use resource: $resourceName, but \" +\n        \"didn't specify a discovery script!\")\n    }\n    if (!result.name.equals(resourceName)) {\n      throw new SparkException(s\"Error running the resource discovery script ${script.get}: \" +\n        s\"script returned resource name ${result.name} and we were expecting $resourceName.\")\n    }\n    Optional.of(result)\n  }\n}\n"}
{"repo_name":"running2\/spark","path":"resource-managers\/yarn\/src\/main\/scala\/org\/apache\/spark\/deploy\/yarn\/config.scala","text":"<reponame>running2\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.deploy.yarn\n\nimport java.util.concurrent.TimeUnit\n\nimport org.apache.spark.internal.config.ConfigBuilder\nimport org.apache.spark.network.util.ByteUnit\n\npackage object config {\n\n  \/* Common app configuration. *\/\n\n  private[spark] val APPLICATION_TAGS = ConfigBuilder(\"spark.yarn.tags\")\n    .doc(\"Comma-separated list of strings to pass through as YARN application tags appearing \" +\n      \"in YARN Application Reports, which can be used for filtering when querying YARN.\")\n    .version(\"1.5.0\")\n    .stringConf\n    .toSequence\n    .createOptional\n\n  private[spark] val APPLICATION_PRIORITY = ConfigBuilder(\"spark.yarn.priority\")\n    .doc(\"Application priority for YARN to define pending applications ordering policy, those\" +\n      \" with higher value have a better opportunity to be activated. Currently, YARN only\" +\n      \" supports application priority when using FIFO ordering policy.\")\n    .version(\"3.0.0\")\n    .intConf\n    .createOptional\n\n  private[spark] val AM_ATTEMPT_FAILURE_VALIDITY_INTERVAL_MS =\n    ConfigBuilder(\"spark.yarn.am.attemptFailuresValidityInterval\")\n      .doc(\"Interval after which AM failures will be considered independent and \" +\n        \"not accumulate towards the attempt count.\")\n      .version(\"1.6.0\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createOptional\n\n  private[spark] val EXECUTOR_ATTEMPT_FAILURE_VALIDITY_INTERVAL_MS =\n    ConfigBuilder(\"spark.yarn.executor.failuresValidityInterval\")\n      .doc(\"Interval after which Executor failures will be considered independent and not \" +\n        \"accumulate towards the attempt count.\")\n      .version(\"2.0.0\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createOptional\n\n  private[spark] val MAX_APP_ATTEMPTS = ConfigBuilder(\"spark.yarn.maxAppAttempts\")\n    .doc(\"Maximum number of AM attempts before failing the app.\")\n    .version(\"1.3.0\")\n    .intConf\n    .createOptional\n\n  private[spark] val USER_CLASS_PATH_FIRST = ConfigBuilder(\"spark.yarn.user.classpath.first\")\n    .doc(\"Whether to place user jars in front of Spark's classpath.\")\n    .version(\"1.3.0\")\n    .booleanConf\n    .createWithDefault(false)\n\n  private[spark] val GATEWAY_ROOT_PATH = ConfigBuilder(\"spark.yarn.config.gatewayPath\")\n    .doc(\"Root of configuration paths that is present on gateway nodes, and will be replaced \" +\n      \"with the corresponding path in cluster machines.\")\n    .version(\"1.5.0\")\n    .stringConf\n    .createWithDefault(null)\n\n  private[spark] val REPLACEMENT_ROOT_PATH = ConfigBuilder(\"spark.yarn.config.replacementPath\")\n    .doc(s\"Path to use as a replacement for ${GATEWAY_ROOT_PATH.key} when launching processes \" +\n      \"in the YARN cluster.\")\n    .version(\"1.5.0\")\n    .stringConf\n    .createWithDefault(null)\n\n  private[spark] val QUEUE_NAME = ConfigBuilder(\"spark.yarn.queue\")\n    .version(\"1.0.0\")\n    .stringConf\n    .createWithDefault(\"default\")\n\n  private[spark] val HISTORY_SERVER_ADDRESS = ConfigBuilder(\"spark.yarn.historyServer.address\")\n    .version(\"1.0.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val ALLOW_HISTORY_SERVER_TRACKING_URL =\n    ConfigBuilder(\"spark.yarn.historyServer.allowTracking\")\n      .doc(\"Allow using the History Server URL for the application as the tracking URL for the \" +\n        \"application when the Web UI is not enabled.\")\n      .version(\"2.2.0\")\n      .booleanConf\n      .createWithDefault(false)\n\n  \/* File distribution. *\/\n\n  private[spark] val SPARK_ARCHIVE = ConfigBuilder(\"spark.yarn.archive\")\n    .doc(\"Location of archive containing jars files with Spark classes.\")\n    .version(\"2.0.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val SPARK_JARS = ConfigBuilder(\"spark.yarn.jars\")\n    .doc(\"Location of jars containing Spark classes.\")\n    .version(\"2.0.0\")\n    .stringConf\n    .toSequence\n    .createOptional\n\n  private[spark] val ARCHIVES_TO_DISTRIBUTE = ConfigBuilder(\"spark.yarn.dist.archives\")\n    .version(\"1.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val FILES_TO_DISTRIBUTE = ConfigBuilder(\"spark.yarn.dist.files\")\n    .version(\"1.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val JARS_TO_DISTRIBUTE = ConfigBuilder(\"spark.yarn.dist.jars\")\n    .version(\"2.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val PRESERVE_STAGING_FILES = ConfigBuilder(\"spark.yarn.preserve.staging.files\")\n    .doc(\"Whether to preserve temporary files created by the job in HDFS.\")\n    .version(\"1.1.0\")\n    .booleanConf\n    .createWithDefault(false)\n\n  private[spark] val STAGING_FILE_REPLICATION = ConfigBuilder(\"spark.yarn.submit.file.replication\")\n    .doc(\"Replication factor for files uploaded by Spark to HDFS.\")\n    .version(\"0.8.1\")\n    .intConf\n    .createOptional\n\n  \/* Launcher configuration. *\/\n\n  private[spark] val WAIT_FOR_APP_COMPLETION = ConfigBuilder(\"spark.yarn.submit.waitAppCompletion\")\n    .doc(\"In cluster mode, whether to wait for the application to finish before exiting the \" +\n      \"launcher process.\")\n    .version(\"1.4.0\")\n    .booleanConf\n    .createWithDefault(true)\n\n  private[spark] val REPORT_INTERVAL = ConfigBuilder(\"spark.yarn.report.interval\")\n    .doc(\"Interval between reports of the current app status.\")\n    .version(\"0.9.0\")\n    .timeConf(TimeUnit.MILLISECONDS)\n    .createWithDefaultString(\"1s\")\n\n  private[spark] val CLIENT_LAUNCH_MONITOR_INTERVAL =\n    ConfigBuilder(\"spark.yarn.clientLaunchMonitorInterval\")\n      .doc(\"Interval between requests for status the client mode AM when starting the app.\")\n      .version(\"2.3.0\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createWithDefaultString(\"1s\")\n\n  \/* Shared Client-mode AM \/ Driver configuration. *\/\n\n  private[spark] val AM_MAX_WAIT_TIME = ConfigBuilder(\"spark.yarn.am.waitTime\")\n    .version(\"1.3.0\")\n    .timeConf(TimeUnit.MILLISECONDS)\n    .createWithDefaultString(\"100s\")\n\n  private[spark] val YARN_METRICS_NAMESPACE = ConfigBuilder(\"spark.yarn.metrics.namespace\")\n    .doc(\"The root namespace for AM metrics reporting.\")\n    .version(\"2.4.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val AM_NODE_LABEL_EXPRESSION = ConfigBuilder(\"spark.yarn.am.nodeLabelExpression\")\n    .doc(\"Node label expression for the AM.\")\n    .version(\"1.6.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val CONTAINER_LAUNCH_MAX_THREADS =\n    ConfigBuilder(\"spark.yarn.containerLauncherMaxThreads\")\n      .version(\"1.2.0\")\n      .intConf\n      .createWithDefault(25)\n\n  private[spark] val MAX_EXECUTOR_FAILURES = ConfigBuilder(\"spark.yarn.max.executor.failures\")\n    .version(\"1.0.0\")\n    .intConf\n    .createOptional\n\n  private[spark] val MAX_REPORTER_THREAD_FAILURES =\n    ConfigBuilder(\"spark.yarn.scheduler.reporterThread.maxFailures\")\n      .version(\"1.2.0\")\n      .intConf\n      .createWithDefault(5)\n\n  private[spark] val RM_HEARTBEAT_INTERVAL =\n    ConfigBuilder(\"spark.yarn.scheduler.heartbeat.interval-ms\")\n      .version(\"0.8.1\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createWithDefaultString(\"3s\")\n\n  private[spark] val INITIAL_HEARTBEAT_INTERVAL =\n    ConfigBuilder(\"spark.yarn.scheduler.initial-allocation.interval\")\n      .version(\"1.4.0\")\n      .timeConf(TimeUnit.MILLISECONDS)\n      .createWithDefaultString(\"200ms\")\n\n  private[spark] val AM_FINAL_MSG_LIMIT = ConfigBuilder(\"spark.yarn.am.finalMessageLimit\")\n    .doc(\"The limit size of final diagnostic message for our ApplicationMaster to unregister from\" +\n      \" the ResourceManager.\")\n    .version(\"2.4.0\")\n    .bytesConf(ByteUnit.BYTE)\n    .createWithDefaultString(\"1m\")\n\n  \/* Client-mode AM configuration. *\/\n\n  private[spark] val AM_CORES = ConfigBuilder(\"spark.yarn.am.cores\")\n    .version(\"1.3.0\")\n    .intConf\n    .createWithDefault(1)\n\n  private[spark] val AM_JAVA_OPTIONS = ConfigBuilder(\"spark.yarn.am.extraJavaOptions\")\n    .doc(\"Extra Java options for the client-mode AM.\")\n    .version(\"1.3.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val AM_LIBRARY_PATH = ConfigBuilder(\"spark.yarn.am.extraLibraryPath\")\n    .doc(\"Extra native library path for the client-mode AM.\")\n    .version(\"1.4.0\")\n    .stringConf\n    .createOptional\n\n  private[spark] val AM_MEMORY_OVERHEAD = ConfigBuilder(\"spark.yarn.am.memoryOverhead\")\n    .version(\"1.3.0\")\n    .bytesConf(ByteUnit.MiB)\n    .createOptional\n\n  private[spark] val AM_MEMORY = ConfigBuilder(\"spark.yarn.am.memory\")\n    .version(\"1.3.0\")\n    .bytesConf(ByteUnit.MiB)\n    .createWithDefaultString(\"512m\")\n\n  \/* Driver configuration. *\/\n\n  private[spark] val DRIVER_APP_UI_ADDRESS = ConfigBuilder(\"spark.driver.appUIAddress\")\n    .version(\"1.1.0\")\n    .stringConf\n    .createOptional\n\n  \/* Executor configuration. *\/\n\n  private[spark] val EXECUTOR_NODE_LABEL_EXPRESSION =\n    ConfigBuilder(\"spark.yarn.executor.nodeLabelExpression\")\n      .doc(\"Node label expression for executors.\")\n      .version(\"1.4.0\")\n      .stringConf\n      .createOptional\n\n  \/* Unmanaged AM configuration. *\/\n\n  private[spark] val YARN_UNMANAGED_AM = ConfigBuilder(\"spark.yarn.unmanagedAM.enabled\")\n    .doc(\"In client mode, whether to launch the Application Master service as part of the client \" +\n      \"using unmanaged am.\")\n    .version(\"3.0.0\")\n    .booleanConf\n    .createWithDefault(false)\n\n  \/* Rolled log aggregation configuration. *\/\n\n  private[spark] val ROLLED_LOG_INCLUDE_PATTERN =\n    ConfigBuilder(\"spark.yarn.rolledLog.includePattern\")\n      .doc(\"Java Regex to filter the log files which match the defined include pattern and those \" +\n        \"log files will be aggregated in a rolling fashion.\")\n      .version(\"2.0.0\")\n      .stringConf\n      .createOptional\n\n  private[spark] val ROLLED_LOG_EXCLUDE_PATTERN =\n    ConfigBuilder(\"spark.yarn.rolledLog.excludePattern\")\n      .doc(\"Java Regex to filter the log files which match the defined exclude pattern and those \" +\n        \"log files will not be aggregated in a rolling fashion.\")\n      .version(\"2.0.0\")\n      .stringConf\n      .createOptional\n\n  \/* Private configs. *\/\n\n  \/\/ Internal config to propagate the location of the user's jar to the driver\/executors\n  private[spark] val APP_JAR = ConfigBuilder(\"spark.yarn.user.jar\")\n    .internal()\n    .version(\"1.1.0\")\n    .stringConf\n    .createOptional\n\n  \/\/ Internal config to propagate the locations of any extra jars to add to the classpath\n  \/\/ of the executors\n  private[spark] val SECONDARY_JARS = ConfigBuilder(\"spark.yarn.secondary.jars\")\n    .internal()\n    .version(\"0.9.2\")\n    .stringConf\n    .toSequence\n    .createOptional\n\n  \/* Configuration and cached file propagation. *\/\n\n  private[spark] val CACHED_FILES = ConfigBuilder(\"spark.yarn.cache.filenames\")\n    .internal()\n    .version(\"2.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val CACHED_FILES_SIZES = ConfigBuilder(\"spark.yarn.cache.sizes\")\n    .internal()\n    .version(\"2.0.0\")\n    .longConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val CACHED_FILES_TIMESTAMPS = ConfigBuilder(\"spark.yarn.cache.timestamps\")\n    .internal()\n    .version(\"2.0.0\")\n    .longConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[spark] val CACHED_FILES_VISIBILITIES = ConfigBuilder(\"spark.yarn.cache.visibilities\")\n    .internal()\n    .version(\"2.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  \/\/ Either \"file\" or \"archive\", for each file.\n  private[spark] val CACHED_FILES_TYPES = ConfigBuilder(\"spark.yarn.cache.types\")\n    .internal()\n    .version(\"2.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  \/\/ The location of the conf archive in HDFS.\n  private[spark] val CACHED_CONF_ARCHIVE = ConfigBuilder(\"spark.yarn.cache.confArchive\")\n    .internal()\n    .version(\"2.0.0\")\n    .stringConf\n    .createOptional\n\n  \/* YARN allocator-level blacklisting related config entries. *\/\n  private[spark] val YARN_EXECUTOR_LAUNCH_BLACKLIST_ENABLED =\n    ConfigBuilder(\"spark.yarn.blacklist.executor.launch.blacklisting.enabled\")\n      .version(\"2.4.0\")\n      .booleanConf\n      .createWithDefault(false)\n\n  \/* Initially blacklisted YARN nodes. *\/\n  private[spark] val YARN_EXCLUDE_NODES = ConfigBuilder(\"spark.yarn.exclude.nodes\")\n    .version(\"3.0.0\")\n    .stringConf\n    .toSequence\n    .createWithDefault(Nil)\n\n  private[yarn] val YARN_EXECUTOR_RESOURCE_TYPES_PREFIX = \"spark.yarn.executor.resource.\"\n  private[yarn] val YARN_DRIVER_RESOURCE_TYPES_PREFIX = \"spark.yarn.driver.resource.\"\n  private[yarn] val YARN_AM_RESOURCE_TYPES_PREFIX = \"spark.yarn.am.resource.\"\n\n}\n"}
{"repo_name":"jxpress\/kuromoji-neologd-dic","path":"project\/plugins.sbt","text":"resolvers += \"Maven Repository on Github\" at \"https:\/\/jxpress.github.io\/mvnrepos\"\n\naddSbtPlugin(\"net.jxpress\" % \"sbt-ghp-repos\" % \"0.0.2\")\n"}
{"repo_name":"jxpress\/kuromoji-neologd-dic","path":"build.sbt","text":"name := \"kuromoji-neologd-dic\"\n\norganization := \"net.jxpress\"\n\nversion := \"0.0.9\"\n\nscalaVersion := \"2.11.7\"\n\nresolvers += \"Maven Repository on Github\" at \"http:\/\/jxpress.github.io\/mvnrepos\/\"\n\nlibraryDependencies ++= Seq()\n\nmavenRepositoryName := \"mvnrepos\"\ngitHubURI := \"<EMAIL>:jxpress\/mvnrepos.git\"\nMvnReposOnGitHubPlugin.projectSettings\n\npublishMavenStyle := true\n\npublishArtifact in (Compile, packageBin) := true\npublishArtifact in (Compile, packageDoc) := false\npublishArtifact in (Compile, packageSrc) := false\npublishArtifact in Test := false\n\nlazy val  buildDictionary = taskKey[Unit](\"\")\n\nbuildDictionary := {\n\n  val scriptRepo = \"kuromoji-with-mecab-neologd-buildscript\"\n  val scriptURL = s\"https:\/\/github.com\/kazuhira-r\/$scriptRepo.git\"\n  val script    = \"build-atilika-kuromoji-with-mecab-ipadic-neologd.sh\"\n  val workspace = target.value \/ \"neologd\"\n  val dicDir = file(s\"$workspace\/$scriptRepo\/kuromoji\/kuromoji-ipadic\/target\/classes\/com\/atilika\/kuromoji\/ipadic\")\n  val outDir = file(\"src\/main\/resources\/ipadic\/neologd\/\")\n\n  IO.createDirectory(workspace)\n\n  IO.createDirectory(outDir)\n\n  scala.sys.process.Process(s\"git clone $scriptURL\", workspace) !!\n\n  scala.sys.process.Process(s\"sh $script\", workspace \/ s\"$scriptRepo\") !\n\n  IO.delete(outDir.listFiles.filter { _.isFile }.filter {_.getPath.endsWith(\".bin\")})\n\n  dicDir.listFiles.filter { _.isFile }.filter {_.getPath.endsWith(\".bin\")}.foreach {\n    src =>\n      val dist = file(s\"$outDir\/${src.getName}\")\n      println(s\"copy $src => $dist\")\n      IO.copyFile(src, dist)\n  }\n}\n\n\n\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/ByteReader.scala","text":"<reponame>SimSimY\/scala-msgpack-rawparser\npackage info.simsimy.MsgPackParser\n\nimport java.nio.ByteBuffer\n\n\/**\n  * Created by sim on 14\/12\/2016.\n  *\/\nclass ByteReader(data: Array[Byte]) {\n  var Position : Int = 0\n\n  def getShort(): Short = {\n    return (0.asInstanceOf[Short] | getByte()).asInstanceOf[Short]\n  }\n\n  def getByte(): Byte = {\n    val res = data(Position)\n    Position += 1\n    return res\n  }\n\n  def getUShort(): Short = {\n    \/\/    return (0.asInstanceOf[Int] | getByte()).asInstanceOf[Short]\n    (getByte() & 0xFF).asInstanceOf[Short]\n  }\n\n  def getInt(): Int = {\n    return getBytes(2).foldLeft(0)((num, nextByte) => (num << 8) | nextByte).asInstanceOf[Int]\n  }\n\n  def getUInt(): Int = {\n    return getBytes(2).foldLeft(0)((num, nextByte) => (num << 8) | (nextByte & 0xFF)).asInstanceOf[Int]\n  }\n\n  def getBytes(count: Long): Array[Byte] = {\n    val startPosition = Position\n    Position += count.asInstanceOf[Int]\n    return data.slice(startPosition, Position)\n  }\n\n  def getLong(): Long = {\n    return getBytes(4).foldLeft(0L)((num, nextByte) => (num << 8) | nextByte)\n  }\n\n  def getULong(): Long = {\n    return getBytes(4).foldLeft(0L)((num, nextByte) => (num << 8) | (nextByte & 0xFF))\n  }\n\n  def getBigInt(): BigInt = {\n    return BigInt(getBytes(8))\n  }\n\n  def getUBigInt(): BigInt = {\n    val srcBytes = getBytes(8)\n    return BigInt(Array(0x00.asInstanceOf[Byte]) ++ srcBytes)\n  }\n\n  def getString(wordLen: Long): String = {\n    return new String(getBytes(wordLen))\n  }\n\n  def getFloat(): Float = {\n    return ByteBuffer.wrap(getBytes(4)).getFloat\n  }\n\n  def getDouble(): Double = {\n    return ByteBuffer.wrap(getBytes(8)).getDouble\n  }\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/NodeTypes.scala","text":"package info.simsimy.MsgPackParser\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\nobject NodeTypes {\n\n\n  def TrueNode = BooleanNode(true)\n\n  def FalseNode = BooleanNode(false)\n\n  case class ExtData(Type: Int, Data: Array[Byte])\n\n  case class FixInt(value: Short) extends ValueNode[Short]\n\n  case class FixMap(value: Map[Node, Node]) extends ValueNode[Map[Node, Node]]\n\n  case class FixArray(value: Array[Node]) extends ValueNode[Array[Node]]\n\n  case class FixStr(value: String) extends ValueNode[String]\n\n  case class Null() extends Node\n\n  case class Unused() extends Node\n\n  case class False() extends Node\n\n  case class True() extends Node\n\n  case class Bin8(value: Array[Byte]) extends ValueNode[Array[Byte]]\n\n  case class Bin16(value: Array[Byte]) extends ValueNode[Array[Byte]]\n\n  case class Bin32(value: Array[Byte]) extends ValueNode[Array[Byte]]\n\n  case class Ext8(value: ExtData) extends ValueNode[ExtData]\n\n  case class Ext16(value: ExtData) extends ValueNode[ExtData]\n\n  case class Ext32(value: ExtData) extends ValueNode[ExtData]\n\n  case class Float32(value: Float) extends ValueNode[Float]\n\n  case class Float64(value: Double) extends ValueNode[Double]\n\n  case class Uint8(value: Short) extends ValueNode[Short]\n\n  case class Uint16(value: Int) extends ValueNode[Int]\n\n  case class Uint32(value: Long) extends ValueNode[Long]\n\n  case class Uint64(value: BigInt) extends ValueNode[BigInt]\n\n  case class Int8(value: Short) extends ValueNode[Short]\n\n  case class Int16(value: Int) extends ValueNode[Int]\n\n  case class Int32(value: Long) extends ValueNode[Long]\n\n  case class Int64(value: BigInt) extends ValueNode[BigInt]\n\n  case class FixExt1(value: ExtData) extends ValueNode[ExtData]\n\n  case class FixExt2(value: ExtData) extends ValueNode[ExtData]\n\n  case class FixExt4(value: ExtData) extends ValueNode[ExtData]\n\n  case class FixExt8(value: ExtData) extends ValueNode[ExtData]\n\n  case class FixExt16(value: ExtData) extends ValueNode[ExtData]\n\n  case class Str8(value: String) extends ValueNode[String]\n\n  case class Str16(value: String) extends ValueNode[String]\n\n  case class Str32(value: String) extends ValueNode[String]\n\n  case class Map16(value: Map[Node, Node]) extends ValueNode[Map[Node, Node]]\n\n  case class Map32(value: Map[Node, Node]) extends ValueNode[Map[Node, Node]]\n\n  case class Array16(value: Array[Node]) extends ValueNode[Array[Node]]\n\n  case class Array32(value: Array[Node]) extends ValueNode[Array[Node]]\n\n  case class NegInt(value: Short) extends ValueNode[Short]\n\n  case class ByteArrayNode(value: Array[Byte]) extends ValueNode[Array[Byte]]\n\n  case class NodeArrayNode(value: Array[Node]) extends ValueNode[Array[Node]]\n\n  case class ExtNode(value: ExtData) extends ValueNode[ExtData]\n\n  case class MapNode(value: Map[Node, Node]) extends ValueNode[Map[Node, Node]]\n\n  case class ArrayNode(value: Array[Node]) extends ValueNode[Array[Node]]\n\n  case class StringNode(value: String) extends ValueNode[String]\n\n  case class BooleanNode(value: Boolean) extends ValueNode[Boolean]\n\n  case class NullNode() extends Node\n\n  case class UnusedNode() extends Node\n\n  case class ShortIntNode(value: Short) extends ValueNode[Short]\n\n  case class IntNode(value: Int) extends ValueNode[Int]\n\n  case class LongIntNode(value: Long) extends ValueNode[Long]\n\n  case class BigIntNode(value: BigInt) extends ValueNode[BigInt]\n\n  case class FloatNode(value: Float) extends ValueNode[Float]\n\n  case class DoubleNode(value: Double) extends ValueNode[Double]\n\n\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/RawParser.scala","text":"<gh_stars>0\npackage info.simsimy.MsgPackParser\n\nimport info.simsimy.MsgPackParser.NodeTypes._\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\nobject RawParser {\n  private val RawParser = new ParserTools(getNode)\n\n  def Parse(data: Array[Byte]): Node = {\n    return getNode(new ByteReader(data))\n  }\n\n\n  private def getNode(data: ByteReader): Node = {\n\n    val inp = data.getByte()\n    val b = (inp & 0xFF)\n\n    return b match {\n      case 0xc0 => NullNode()\n      case 0xc1 => Unused()\n      case 0xc2 => False()\n      case 0xc3 => True()\n      case 0xc4 => Bin8(RawParser.getBinArray(data, 1))\n      case 0xc5 => Bin16(RawParser.getBinArray(data, 2))\n      case 0xc6 => Bin32(RawParser.getBinArray(data, 4))\n      case 0xc7 => Ext8(RawParser.readExtData(data, 1))\n      case 0xc8 => Ext16(RawParser.readExtData(data, 2))\n      case 0xc9 => Ext32(RawParser.readExtData(data, 4))\n      case 0xca => Float32(data.getFloat())\n      case 0xcb => Float64(data.getDouble())\n      case 0xcc => Uint8(data.getUShort())\n      case 0xcd => Uint16(data.getUInt())\n      case 0xce => Uint32(data.getULong())\n      case 0xcf => Uint64(data.getUBigInt())\n      case 0xd0 => Int8(data.getShort())\n      case 0xd1 => Int16(data.getInt())\n      case 0xd2 => Int32(data.getLong())\n      case 0xd3 => Int64(data.getBigInt())\n      case 0xd4 => FixExt1(ExtData(data.getShort(), data.getBytes(1)))\n      case 0xd5 => FixExt2(ExtData(data.getShort(), data.getBytes(2)))\n      case 0xd6 => FixExt4(ExtData(data.getShort(), data.getBytes(4)))\n      case 0xd7 => FixExt8(ExtData(data.getShort(), data.getBytes(8)))\n      case 0xd8 => FixExt8(ExtData(data.getShort(), data.getBytes(16)))\n      case 0xd9 => Str8(RawParser.getStrng(data, 1))\n      case 0xda => Str16(RawParser.getStrng(data, 2))\n      case 0xdb => Str32(RawParser.getStrng(data, 32))\n      case 0xdc => Array16(RawParser.getArray(data, 2))\n      case 0xdd => Array16(RawParser.getArray(data, 4))\n      case 0xde => Map16(RawParser.getMap(data, 2))\n      case 0xdf => Map32(RawParser.getMap(data, 4))\n      case i if (b <= 0x7f) => FixInt((i & 0xFF).asInstanceOf[Short])\n      case i if (b >= 0x80 && b <= 0x8f) => FixMap(RawParser.getFixMap(data, (i.asInstanceOf[Short] - 0x80.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0x90 && b <= 0x9f) => FixArray(RawParser.getFixArray(data, (i.asInstanceOf[Short] - 0x90.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0xa0 && b <= 0xbf) => FixStr(RawParser.getFixString(data, (i.asInstanceOf[Short] - 0xa0.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0xe0 && b <= 0xff) => NegInt((i.asInstanceOf[Short] - (0xFF).asInstanceOf[Short] - 1).asInstanceOf[Short])\n    }\n  }\n\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/OptimalParser.scala","text":"package info.simsimy.MsgPackParser\n\nimport info.simsimy.MsgPackParser.NodeTypes._\n\nimport scala.runtime.RichLong\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\nobject OptimalParser {\n\n  private val Parser = new ParserTools(getNode)\n\n  def Parse(data: Array[Byte]): Node = {\n    return getNode(new ByteReader(data))\n  }\n\n  private def getNode(data: ByteReader): Node = {\n\n    val inp = data.getByte()\n    val b = (inp & 0xFF)\n\n    val b_hex = new RichLong(b).toHexString\n    val b_bin = new RichLong(b).toBinaryString\n\n    return b match {\n      case 0xc0 => NullNode()\n      case 0xc1 => UnusedNode()\n      case 0xc2 => FalseNode\n      case 0xc3 => TrueNode\n      case 0xc4 => ByteArrayNode(Parser.getBinArray(data, 1))\n      case 0xc5 => ByteArrayNode(Parser.getBinArray(data, 2))\n      case 0xc6 => ByteArrayNode(Parser.getBinArray(data, 4))\n      case 0xc7 => ExtNode(Parser.readExtData(data, 1))\n      case 0xc8 => ExtNode(Parser.readExtData(data, 2))\n      case 0xc9 => ExtNode(Parser.readExtData(data, 4))\n      case 0xca => FloatNode(data.getFloat())\n      case 0xcb => DoubleNode(data.getDouble())\n      case 0xcc => ShortIntNode(data.getUShort())\n      case 0xcd => IntNode(data.getUInt())\n      case 0xce => LongIntNode(data.getULong())\n      case 0xcf => BigIntNode(data.getUBigInt())\n      case 0xd0 => ShortIntNode(data.getShort())\n      case 0xd1 => IntNode(data.getInt())\n      case 0xd2 => LongIntNode(data.getLong())\n      case 0xd3 => BigIntNode(data.getBigInt())\n      case 0xd4 => ExtNode(ExtData(data.getShort(), data.getBytes(1)))\n      case 0xd5 => ExtNode(ExtData(data.getShort(), data.getBytes(2)))\n      case 0xd6 => ExtNode(ExtData(data.getShort(), data.getBytes(4)))\n      case 0xd7 => ExtNode(ExtData(data.getShort(), data.getBytes(8)))\n      case 0xd8 => ExtNode(ExtData(data.getShort(), data.getBytes(16)))\n      case 0xd9 => StringNode(Parser.getStrng(data, 1))\n      case 0xda => StringNode(Parser.getStrng(data, 2))\n      case 0xdb => StringNode(Parser.getStrng(data, 32))\n      case 0xdc => NodeArrayNode(Parser.getArray(data, 2))\n      case 0xdd => NodeArrayNode(Parser.getArray(data, 4))\n      case 0xde => MapNode(Parser.getMap(data, 2))\n      case 0xdf => MapNode(Parser.getMap(data, 4))\n      case i if (b <= 0x7f) => ShortIntNode((i & 0xFF).asInstanceOf[Short])\n      case i if (b >= 0x80 && b <= 0x8f) => MapNode(Parser.getFixMap(data, (i.asInstanceOf[Short] - 0x80.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0x90 && b <= 0x9f) => NodeArrayNode(Parser.getFixArray(data, (i.asInstanceOf[Short] - 0x90.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0xa0 && b <= 0xbf) => StringNode(Parser.getFixString(data, (i.asInstanceOf[Short] - 0xa0.asInstanceOf[Short]).asInstanceOf[Short]))\n      case i if (b >= 0xe0 && b <= 0xff) => ShortIntNode((i.asInstanceOf[Short] - (0xFF).asInstanceOf[Short] - 1).asInstanceOf[Short])\n    }\n  }\n\n  object Implicits {\n    implicit def MapNodeToMap(s: ValueNode[Map[Node, Node]]): Map[Node, Node] = s.value\n\n    implicit def MapToMapNode(s: Map[Node, Node]) = MapNode(s)\n\n\n    implicit def bArrToByteArrayNode(s: Array[Byte]) = ByteArrayNode(s)\n\n    implicit def ByteArrayNodeToBArr(t: ByteArrayNode) = t.value\n\n\n    implicit def NodeArrayToNode(s: Array[Node]) = NodeArrayNode(s)\n\n    implicit def NodeToNodeArrayNode(t: NodeArrayNode) = t.value\n\n    implicit def ExtDataToNode(s: ExtData) = ExtNode(s)\n\n    implicit def NodeToExtNode(t: ExtNode) = t.value\n\n    implicit def MapNodeToNode(s: Map[Node, Node]) = MapNode(s)\n\n    implicit def NodeToMapNode(t: MapNode) = t.value\n\n\n    implicit def ArrayNodeToNode(s: Array[Node]) = ArrayNode(s)\n\n    implicit def NodeToArrayNode(t: ArrayNode) = t.value\n\n    implicit def StringNodeToNode(s: String) = StringNode(s)\n\n    implicit def NodeToStringNode(t: StringNode) = t.value\n\n\n    implicit def BooleanNodeToNode(s: Boolean) = BooleanNode(s)\n\n    implicit def NodeToBooleanNode(t: BooleanNode) = t.value\n\n    implicit def NodeToNullNode(t: NullNode) = null\n\n\n    implicit def ShortIntNodeToNode(s: Short) = ShortIntNode(s)\n\n    implicit def NodeToShortIntNode(t: ShortIntNode) = t.value\n\n\n    implicit def IntNodeToNode(s: Int) = IntNode(s)\n\n    implicit def NodeToIntNode(t: IntNode) = t.value\n\n    implicit def LongIntNodeToNode(s: Long) = LongIntNode(s)\n\n    implicit def NodeToLongIntNode(t: LongIntNode) = t.value\n\n    implicit def BigIntIntNodeToNode(s: BigInt) = BigIntNode(s)\n\n    implicit def NodeToBigIntIntNode(t: BigIntNode) = t.value\n\n\n    implicit def FloatNodeToNode(s: Float) = FloatNode(s)\n\n    implicit def NodeToFloatNode(t: FloatNode) = t.value\n\n    implicit def DoubleNodeToNode(s: Double) = DoubleNode(s)\n\n    implicit def NodeToDoubleNode(t: DoubleNode) = t.value\n\n\n  }\n\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/ValueNode.scala","text":"<reponame>SimSimY\/scala-msgpack-rawparser\npackage info.simsimy.MsgPackParser\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\ntrait ValueNode[T] extends Node {\n  def value: T\n}"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/examples\/Demo.scala","text":"<gh_stars>0\npackage examples\n\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\nobject Demo {\n  val msg = Array(135, 163, 105, 110, 116, 1, 165, 102, 108, 111, 97, 116, 203, 63, 224, 0, 0, 0, 0, 0, 0, 167, 98, 111, 111, 108, 101, 97, 110, 195, 164, 110, 117, 108, 108, 192, 166, 115, 116, 114, 105, 110, 103, 167, 102, 111, 111, 32, 98, 97, 114, 165, 97, 114, 114, 97, 121, 146, 163, 102, 111, 111, 163, 98, 97, 114, 166, 111, 98, 106, 101, 99, 116, 130, 163, 102, 111, 111, 1, 163, 98, 97, 122, 203, 63, 224, 0, 0, 0, 0, 0, 0).map(_.asInstanceOf[Byte])\n\n  def main(args: Array[String]): Unit = {\n    rawParse()\n    optimalParse()\n    easyParse()\n  }\n\n  def rawParse() = {\n    import info.simsimy.MsgPackParser.RawParser\n    println(RawParser.Parse(msg))\n  }\n\n  def easyParse() = {\n    import info.simsimy.MsgPackParser.EasyParser\n    println(EasyParser.Parse(msg))\n  }\n\n  def optimalParse() = {\n    import info.simsimy.MsgPackParser.OptimalParser\n    println(OptimalParser.Parse(msg))\n  }\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/Node.scala","text":"package info.simsimy.MsgPackParser\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\ntrait Node {\n  implicit def aToB[A1](a: A1)(implicit f: A1 => Node): Node = a.asInstanceOf[Node]\n}\n"}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"build.sbt","text":"name := \"msgpack-rawparser\"\n\nversion := \"0.2.2\"\n\nscalaVersion := \"2.10.6\"\n    "}
{"repo_name":"SimSimY\/scala-msgpack-rawparser","path":"src\/main\/scala\/info\/simsimy\/MsgPackParser\/ParserTools.scala","text":"<reponame>SimSimY\/scala-msgpack-rawparser<filename>src\/main\/scala\/info\/simsimy\/MsgPackParser\/ParserTools.scala\npackage info.simsimy.MsgPackParser\n\nimport info.simsimy.MsgPackParser.NodeTypes._\n\n\/**\n  * Created by sim on 15\/12\/2016.\n  *\/\nprotected class ParserTools(parser: ByteReader => Node) {\n  def readExtData(data: ByteReader, dataLenWordLen: Short): ExtData = {\n    val dataLen = dataLenWordLen match {\n      case 1 => data.getUShort()\n      case 2 => data.getUInt()\n      case 4 => data.getULong()\n    }\n    val typeNum = data.getShort()\n    return ExtData(typeNum, data.getBytes(dataLen))\n  }\n\n  def getStrng(data: ByteReader, dataLenWordLen: Short): String = {\n    val dataLen = dataLenWordLen match {\n      case 1 => data.getUShort()\n      case 2 => data.getUInt()\n      case 4 => data.getULong()\n    }\n    return getFixString(data, dataLen)\n  }\n\n  def getFixString(data: ByteReader, dataLen: Long): String = {\n    return data.getString(dataLen)\n  }\n\n\n  def getBinArray(data: ByteReader, dataLenWordLen: Short): Array[Byte] = {\n    val dataLen = dataLenWordLen match {\n      case 1 => data.getUShort()\n      case 2 => data.getUInt()\n      case 4 => data.getULong()\n    }\n    return getFixBinArray(data, dataLen)\n  }\n\n  def getFixBinArray(data: ByteReader, dataLen: Long): Array[Byte] = {\n\n    return data.getBytes(dataLen)\n  }\n\n  def getArray(data: ByteReader, dataLenWordLen: Short): Array[Node] = {\n    val dataLen = dataLenWordLen match {\n      case 1 => data.getUShort()\n      case 2 => data.getUInt()\n      case 4 => data.getULong()\n    }\n    return getFixArray(data, dataLen)\n  }\n\n  def getFixArray(data: ByteReader, dataLen: Long): Array[Node] = {\n\n    return (for (_ <- 1 to dataLen.asInstanceOf[Int]) yield (parser(data))).toArray\n  }\n\n  def getMap(data: ByteReader, dataLenWordLen: Short): Map[Node, Node] = {\n    val dataLen = dataLenWordLen match {\n      case 1 => data.getUShort()\n      case 2 => data.getUInt()\n      case 4 => data.getULong()\n    }\n\n    return (for (_ <- 1 to dataLen.asInstanceOf[Int]) yield (parser(data), parser(data))).toMap[Node, Node]\n  }\n\n  def getFixMap(data: ByteReader, tupleCount: Short): Map[Node, Node] = {\n    return (for (_ <- 1 to tupleCount) yield (parser(data), parser(data))).toMap[Node, Node]\n  }\n\n}"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-scalikejdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/scalikejdbc\/ScalikeJDBCTemporaryDatabaseSettings.scala","text":"<reponame>ClockworkConsulting\/postgresql-fixture<gh_stars>0\npackage dk.cwconsult.postgresql.fixture.scalikejdbc\n\nimport dk.cwconsult.postgresql.fixture.jdbc.DatabaseSettings\nimport scalikejdbc._\n\n\/**\n * Database settings for temporary database used by test fixture.\n *\n * @param templateDatabaseName name of the template database to use.\n * @param databaseSettings settings for connecting to the database.\n * @param connectionPoolSize size of the connection pool to use.\n * @param postInitialize block which gets run just after creating\n *                       the temporary database.\n *\/\ncase class ScalikeJDBCTemporaryDatabaseSettings(\n  templateDatabaseName: String,\n  databaseSettings: DatabaseSettings,\n  connectionPoolSize: Int = 16,\n  postInitialize: ConnectionPool => Unit = _ => { })\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"sonatype.sbt","text":"<gh_stars>0\nsonatypeProfileName := \"dk.cwconsult\"\n\npomExtra in ThisBuild := {\n  <url>https:\/\/github.com\/ClockworkConsulting\/postgresql-fixture<\/url>\n  <licenses>\n    <license>\n      <name>BSD-2<\/name>\n      <url>http:\/\/opensource.org\/licenses\/BSD-2-Clause<\/url>\n    <\/license>\n  <\/licenses>\n  <scm>\n    <connection>scm:git:github.com\/ClockworkConsulting\/postgresql-fixture<\/connection>\n    <developerConnection>scm:git:git@github.com:ClockworkConsulting\/postgresql-fixture.git<\/developerConnection>\n    <url>github.com\/ClockworkConsulting\/postgresql-fixture<\/url>\n  <\/scm>\n  <developers>\n    <developer>\n      <id>BardurArantsson<\/id>\n      <name><NAME><\/name>\n      <url>https:\/\/www.cwconsult.dk<\/url>\n    <\/developer>\n  <\/developers>\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"project\/ProjectDef.scala","text":"import sbt._\n\nobject ProjectDef {\n\n  def inDirectory(_name: String) =\n    Project(_name, file(_name))\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-jdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/TemporaryDatabase.scala","text":"<filename>postgresql-fixture-jdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/TemporaryDatabase.scala<gh_stars>0\npackage dk.cwconsult.postgresql.fixture.jdbc\n\n\/**\n * Temporary database.\n *\/\ntrait TemporaryDatabase extends AutoCloseable {\n\n  \/**\n   * Get database settings for the temporary database.\n   *\/\n  def databaseSettings: DatabaseSettings\n\n  \/**\n   * Database JDBC URL.\n   *\/\n  def databaseURL: String\n\n  \/**\n   * Clean up.\n   *\/\n  override def close(): Unit\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-scalikejdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/scalikejdbc\/ScalikeJDBCTemporaryDatabaseFixture.scala","text":"package dk.cwconsult.postgresql.fixture.scalikejdbc\n\nimport dk.cwconsult.postgresql.fixture.jdbc.PostgreSQLFixtureSupport\nimport scalikejdbc._\n\n\/**\n * Fixture for using a temporary database during tests.\n *\/\nobject ScalikeJDBCTemporaryDatabaseFixture {\n\n  private[this] val mutex = new Object()\n\n  \/**\n   * Set up the temporary database and add a connection pool which is connected to it.\n   * Returns a closeable which will take care of cleanup when its `close` method is invoked.\n   *\/\n  def setup(connectionPoolName: Any, temporaryDatabaseSettings: ScalikeJDBCTemporaryDatabaseSettings): AutoCloseable = {\n    \/\/ Acquire semaphore for the full duration of the setup; PostgreSQL returns an\n    \/\/ error if you try to clone a template database concurrently. This won't save\n    \/\/ us from other *processes*, but it's the best we can do for now.\n    mutex.synchronized {\n      \/\/ Create the temporary database\n      val temporaryDatabase = PostgreSQLFixtureSupport.createTemporaryDatabase(\n        temporaryDatabaseSettings.databaseSettings,\n        temporaryDatabaseSettings.templateDatabaseName)\n\n      \/\/ Set up ScalikeJDBC connection pool\n      ConnectionPool.add(\n        connectionPoolName,\n        temporaryDatabase.databaseURL,\n        temporaryDatabase.databaseSettings.userName,\n        temporaryDatabase.databaseSettings.password,\n        ConnectionPoolSettings(validationQuery = \"SELECT 1\", maxSize = temporaryDatabaseSettings.connectionPoolSize))\n\n      \/\/ Perform initialization\n      temporaryDatabaseSettings.postInitialize(ConnectionPool.get(connectionPoolName))\n\n      \/\/ Return the closeable which lets us remove the temporary database when we're done.\n      new AutoCloseable {\n        override def close(): Unit = {\n          \/\/ Close all the connections in the pool.\n          ConnectionPool.close(connectionPoolName)\n          \/\/ Cleanup the temporary database.\n          temporaryDatabase.close()\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-scalikejdbc\/src\/test\/scala\/dk\/cwconsult\/postgresql\/fixture\/scalikejdbc\/Example.scala","text":"<reponame>ClockworkConsulting\/postgresql-fixture\npackage dk.cwconsult.postgresql.fixture.scalikejdbc\n\nimport dk.cwconsult.postgresql.fixture.jdbc.DatabaseSettings\nimport scalikejdbc._\n\n\/**\n * This is an example of usage for easy copy\/paste into documentation. It is NOT a test.\n *\/\nclass Example {\n\n  def main(): Unit = {\n    \/\/ Create the temporary database\n    val temporaryDatabase = ScalikeJDBCTemporaryDatabaseFixture.setup(\n      'MyConnectionPool,\n      ScalikeJDBCTemporaryDatabaseSettings(\n        templateDatabaseName = \"template1\",\n        databaseSettings = DatabaseSettings(\n          databaseName = \"postgres\",\n          userName = \"my-username\",\n          password = \"<PASSWORD>\"),\n        connectionPoolSize = 16,\n        postInitialize = connectionPool => {\n          \/\/ Do any post-initialization setup you want here; such as\n          \/\/ applying migrations, etc.\n        }))\n    \/\/ Try-finally to ensure resources are freed.\n    try {\n      \/\/ Temporary database connections are now available\n      \/\/ from the 'MyConnectionPool connection pool.\n      val connection = ConnectionPool.borrow('MyConnectionPool)\n      \/\/ ...\n    } finally {\n      \/\/ Drop the temporary database\n      temporaryDatabase.close()\n    }\n\n  }\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"build.sbt","text":"\/\/\n\/\/ Metadata\n\/\/\n\norganization in ThisBuild := \"dk.cwconsult\"\n\nversion in ThisBuild := \"1.0.1-SNAPSHOT\"\n\n\/\/\n\/\/ Compiler settings\n\/\/\n\nscalaVersion in ThisBuild := \"2.11.7\"\n\nscalacOptions in ThisBuild := Seq(\n  \"-Xlint\", \"-deprecation\", \"-unchecked\", \"-feature\", \"-encoding\", \"utf8\"\n)\n\n\/\/\n\/\/ sbt-pgp settings\n\/\/\n\nuseGpg := true\n\n\/\/ ==============================================================\n\/\/ Projects\n\/\/ ==============================================================\n\nval postgreSQLFixtureJdbc = ProjectDef\n  .inDirectory(\"postgresql-fixture-jdbc\")\n\nval postgreSQLFixtureScalikeJDBC = ProjectDef\n  .inDirectory(\"postgresql-fixture-scalikejdbc\")\n  .dependsOn(\n    postgreSQLFixtureJdbc\n  )\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-scalikejdbc\/build.sbt","text":"libraryDependencies ++= Seq(\n  Dependencies.scalikeJDBCCore\n)\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-jdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/PostgreSQLFixtureSupport.scala","text":"<reponame>ClockworkConsulting\/postgresql-fixture\npackage dk.cwconsult.postgresql.fixture.jdbc\n\nimport java.sql.DriverManager\nimport java.util.UUID\nimport scala.collection.mutable\n\n\/**\n * Support code for creating temporary PostgreSQL databases in test fixtures.\n *\/\nobject PostgreSQLFixtureSupport {\n\n  \/**\n   * Escape a plain database name.\n   *\/\n  private[this] def escapeId(id: String): String =\n    if (id.contains('\"')) {\n      throw new IllegalArgumentException(s\"Template database names containing double-quotes not permitted\")\n    } else {\n      \"\\\"\" + id + \"\\\"\"\n    }\n\n  \/**\n   * Convert data base name to URL.\n   *\/\n  private[this] def toURL(databaseName: String): String =\n    if (databaseName.startsWith(\"jdbc:postgresql:\")) {\n      databaseName\n    } else {\n      s\"jdbc:postgresql:$databaseName\"\n    }\n\n  \/**\n   * Close all resources in a stack of allocated resources. We're not going\n   * to be super-pedantic about exception-handling here since you should only\n   * ever be using this in tests anyway.\n   *\/\n  private[this] def closeAll(resources: mutable.Stack[AutoCloseable]): Unit = {\n    while (resources.nonEmpty) {\n      resources.pop().close()\n    }\n  }\n\n  \/**\n   * Create a temporary database based on the given template database\n   * name. '''Make sure you call `close` on the returned database\n   * to ensure proper cleanup.'''\n   *\n   * @param postgreSQLDatabaseSettings are the database settings to use to connect\n   *                                   to the database. Read-only access\n   *                                   to this database is sufficient.\n   * @param templateDatabase is the name of the template database to use for the\n   *                         temporary database. '''Names containing double-quotes\n   *                         are NOT supported.'''\n   *\/\n  def createTemporaryDatabase(postgreSQLDatabaseSettings: DatabaseSettings, templateDatabase: String): TemporaryDatabase = {\n    \/\/ Make sure the driver is loaded.\n    Class.forName(\"org.postgresql.Driver\")\n    \/\/ Generate almost-guaranteed unique database name.\n    val temporaryDatabase = \"temp_\" + UUID.randomUUID().toString().replace(\"-\",\"_\")\n    \/\/ Resources opened so far. We keep this in stack order.\n    val resources = mutable.Stack[AutoCloseable]()\n    \/\/ Connect to the template database since we need a connection to\n    \/\/ issue the CREATE DATABASE statement.\n    val connection = DriverManager.getConnection(\n        toURL(postgreSQLDatabaseSettings.databaseName),\n        postgreSQLDatabaseSettings.userName,\n        postgreSQLDatabaseSettings.password)\n    resources.push(connection)\n    try {\n      \/\/ Open statement\n      val statement = connection.createStatement()\n      resources.push(statement)\n      \/\/ Create the temporary database\n      statement.execute(s\"\"\"CREATE DATABASE ${escapeId(temporaryDatabase)} WITH TEMPLATE ${escapeId(templateDatabase)} \"\"\")\n      \/\/ Return the temporary database\n      new TemporaryDatabase {\n        override val databaseSettings: DatabaseSettings =\n          postgreSQLDatabaseSettings.copy(databaseName = toURL(temporaryDatabase))\n        override val databaseURL: String =\n          toURL(temporaryDatabase)\n        override def close() {\n          try {\n            \/\/ Drop the temporary database.\n            statement.execute(s\"DROP DATABASE ${escapeId(temporaryDatabase)}\")\n          } finally {\n            \/\/ Try to close all the resources.\n            closeAll(resources)\n          }\n        }\n      }\n    } catch {\n      case e: Exception =>\n        \/\/ Try to close everything else and hope we succeed\n        closeAll(resources)\n        throw e \/\/ Re-throw original exception\n    }\n  }\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-jdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/DatabaseSettings.scala","text":"<filename>postgresql-fixture-jdbc\/src\/main\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/DatabaseSettings.scala<gh_stars>0\npackage dk.cwconsult.postgresql.fixture.jdbc\n\n\/**\n * Database settings to use for connecting to the database.\n * The given user must be able to '''create''' new databases\n * and must be able to '''read''' the database given in\n * [[databaseName]].\n *\n * @param databaseName the name of the PostgreSQL database\n *                     to connect to. Usually `postgres` will\n *                     work here.\n * @param userName the user name to use to connect.\n * @param password the password to use to connect.\n *\/\ncase class DatabaseSettings(\n  databaseName: String,\n  userName: String,\n  password: String)\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala<gh_stars>0\nimport sbt._\n\nobject Dependencies {\n\n  val scalikeJDBCCore =\n    \"org.scalikejdbc\" %% \"scalikejdbc-core\" % \"2.2.6\"\n\n}\n"}
{"repo_name":"ClockworkConsulting\/postgresql-fixture","path":"postgresql-fixture-jdbc\/src\/test\/scala\/dk\/cwconsult\/postgresql\/fixture\/jdbc\/Example.scala","text":"package dk.cwconsult.postgresql.fixture.jdbc\n\n\/**\n * This is an example of usage for easy copy\/paste into documentation. It is NOT a test.\n *\/\nclass Example {\n\n  def main(): Unit = {\n    \/\/ Create the temporary database\n    val temporaryDatabase = PostgreSQLFixtureSupport.createTemporaryDatabase(\n      DatabaseSettings(\n        databaseName = \"postgres\",\n        userName = \"my-username\",\n        password = \"<PASSWORD>\"),\n      \"template1\")\n    \/\/ Try-finally to ensure resources are freed.\n    try {\n      \/\/ Temporary database settings are now available\n      \/\/ to use for establishing a connection, etc.\n      Console.println(s\"temporary database settings: ${temporaryDatabase.databaseSettings}\")\n    } finally {\n      \/\/ Drop the temporary database\n      temporaryDatabase.close()\n    }\n\n  }\n\n}\n"}
{"repo_name":"josesolanor\/Proyecto-gcs","path":"gcs-app\/test\/PersonSpec.scala","text":"import org.junit.runner._\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport play.api.test._\nimport models.Person\n\n\/**\n * add your integration spec here.\n * An integration test will fire up a whole play application in a real (or headless) browser\n *\/\n@RunWith(classOf[JUnitRunner])\nclass PersonSpec extends Specification {\n\n  \"Person.wasBorn\" should {\n\n    \"compute the year correctly\" in {\n      val p = Person(1, \"Juan\", 36)\n      p.wasBorn(2021) must beEqualTo(1985)\n    }\n  }\n}\n\n"}
{"repo_name":"josesolanor\/Proyecto-gcs","path":"gcs-app\/app\/models\/Person.scala","text":"<gh_stars>0\npackage models\n\nimport play.api.libs.json._\n\ncase class Person(id: Long, name: String, age: Int) {\n\n  def wasBorn(currentYear: Int): Long = currentYear - age\n}\n\nobject Person {  \n  implicit val personFormat = Json.format[Person]\n\n\n\n}\n"}
{"repo_name":"josesolanor\/Proyecto-gcs","path":"build.sbt","text":"<filename>build.sbt\n\nlazy val gcsApp = (project in file(\"gcs-app\"))\n  .enablePlugins(PlayScala, RpmPlugin, SystemVPlugin)\n  .settings(\n    name := \"\"\"gcs-app\"\"\",\n    version := \"2.8.x\",\n    scalaVersion := \"2.13.1\",\n    libraryDependencies ++= Seq(\n      guice,\n      \"com.typesafe.play\" %% \"play-slick\" % \"5.0.0\",\n      \"com.typesafe.play\" %% \"play-slick-evolutions\" % \"5.0.0\",\n      \"org.postgresql\" % \"postgresql\" % \"9.4.1209\",\n      specs2 % Test,\n    ),\n    rpmBrpJavaRepackJars := true,\n    rpmRelease := sys.env.get(\"BUILD_NUMBER\").getOrElse(\"1\"),\n    rpmVendor := \"UAGRM\",\n    rpmGroup := Some(\"uagrm.edu.bo\"),\n    rpmUrl := Some(\"http:\/\/uagrm.edu.bo\"),\n    rpmLicense := Some(\"Open Source\"),\n    scalacOptions ++= Seq(\n      \"-feature\",\n      \"-deprecation\",\n      \"-Xfatal-warnings\"\n    )\n  )\n\nlazy val gcsAppIT = (project in file(\"gcs-it\"))\n  .enablePlugins(PlayScala)\n  .settings(\n    name := \"\"\"gcp-it\"\"\",\n    version := \"2.8.x\",\n    scalaVersion := \"2.13.1\",\n    libraryDependencies ++= Seq(\n      guice,\n      \"com.typesafe.play\" %% \"play-slick\" % \"5.0.0\",\n      \"com.typesafe.play\" %% \"play-slick-evolutions\" % \"5.0.0\",\n      \"org.postgresql\" % \"postgresql\" % \"9.4.1209\",\n      \"org.postgresql\" % \"postgresql\" % \"9.3-1103-jdbc41\",\n      specs2 % Test\n    ),\n    scalacOptions ++= Seq(\n      \"-feature\",\n      \"-deprecation\",\n      \"-Xfatal-warnings\"\n    )\n  ).dependsOn(gcsApp)\n\n\nonLoad in Global := (Command.process(\"project gcsApp\", _: State)) compose (onLoad in Global).value\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/User.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.user\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport com.datastax.oss.driver.api.mapper.annotations.{CqlName, Entity, PartitionKey}\n\nimport scala.annotation.meta.field\n\n@Entity\n@CqlName(\"users\")\ncase class User(@(PartitionKey@field) userid: UUID,\n                firstname: String,\n                lastname: String,\n                email: String,\n                createdDate: Instant)\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/PasswordHashing.scala","text":"<filename>scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/PasswordHashing.scala\n\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.user\n\nimport at.favre.lib.crypto.bcrypt.BCrypt\n\n\/**\n * Utility methods to safely store passwords in the database.\n *\n * <p>We rely on a third-party implementation of the bcrypt password hash function.\n *\n * @see <a href=\"https:\/\/github.com\/patrickfav\/bcrypt\">patrickfav\/bcrypt<\/a>\n *\/\nobject PasswordHashing {\n\n  def hash(password: Array[Char]): String =\n    BCrypt.withDefaults().hashToString(12, password)\n\n  def matches(password: Array[Char], hash: String): Boolean =\n    BCrypt.verifyer().verify(password, hash).verified\n}\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/video\/VideoDao.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.video\n\nimport java.util.UUID\n\nimport com.datastax.oss.driver.api.core.PagingIterable\nimport com.datastax.oss.driver.api.mapper.annotations.{Dao, QueryProvider, Select, Update}\nimport com.datastax.oss.driver.api.mapper.entity.saving.NullSavingStrategy\n\n@Dao\ntrait VideoDao {\n\n  \/** Simple selection by full primary key. *\/\n  @Select\n  def get(videoid: UUID): Video\n\n  \/**\n   * Selection by partial primary key, this will return multiple rows.\n   *\n   * <p>Also, note that this queries a different table: DAOs are not limited to a single entity, the\n   * return type of the method dictates what rows will be mapped to.\n   *\/\n  @Select\n  def getByUser(userid: UUID): PagingIterable[UserVideo]\n\n  \/** Other selection by partial primary key, for another table. *\/\n  @Select\n  def getLatest(yyyymmdd: String): PagingIterable[LatestVideo]\n\n  \/** Other selection by partial primary key, for yet another table. *\/\n  @Select\n  def getByTag(tag: String): PagingIterable[VideoByTag]\n\n  \/**\n   * Creating a video is a bit more complex: because of denormalization, it involves multiple\n   * tables.\n   *\n   * <p>A query provider is a nice way to wrap all the queries in a single operation, and hide the\n   * details from the DAO interface.\n   *\n   * @return the video, or a new instance if some of the fields were assigned automatically\n   *\/\n  @QueryProvider(\n    providerClass = classOf[CreateVideoQueryProvider],\n    entityHelpers = Array(classOf[Video], classOf[UserVideo], classOf[LatestVideo], classOf[VideoByTag]))\n  def create(video: Video): Video\n\n  \/**\n   * Update using a template: the template must have its full primary key set; beyond that, any\n   * non-null field will be considered as a value to SET on the target row.\n   *\n   * <p>Note that we specify the null saving strategy for emphasis, but this is the default.\n   *\/\n  @Update(nullSavingStrategy = NullSavingStrategy.DO_NOT_SET)\n  def update(template: Video): Unit\n}"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/CreateUserQueryProvider.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.user\n\nimport java.time.Instant\nimport java.util.{Objects, UUID}\n\nimport com.datastax.oss.driver.api.core.DefaultConsistencyLevel\nimport com.datastax.oss.driver.api.mapper.MapperContext\nimport com.datastax.oss.driver.api.mapper.entity.EntityHelper\nimport com.datastax.oss.driver.api.mapper.entity.saving.NullSavingStrategy\nimport com.datastax.oss.driver.api.querybuilder.QueryBuilder.bindMarker\n\n\n\/**\n * Provides the implementation of {@link UserDao#create}.\n *\n * <p>Package-private visibility is sufficient, this will be called only from the generated DAO\n * implementation.\n *\/\nprivate[user] class CreateUserQueryProvider(val context: MapperContext,\n                                            val userHelper: EntityHelper[User],\n                                            val credentialsHelper: EntityHelper[UserCredentials]) {\n\n  private val session = context.getSession\n  private val preparedInsertCredentials = session.prepare(credentialsHelper.insert.ifNotExists.asCql)\n  private val preparedInsertUser = session.prepare(userHelper.insert.asCql)\n  private val preparedDeleteCredentials = session.prepare(\n    credentialsHelper.deleteByPrimaryKey()\n      .ifColumn(\"userid\").isEqualTo(bindMarker(\"userid\"))\n      .builder\n      .setConsistencyLevel(DefaultConsistencyLevel.ANY)\n      .build)\n  private val preparedDeleteUser = session.prepare(\n    userHelper.deleteByPrimaryKey()\n      .ifExists.builder\n      .setConsistencyLevel(DefaultConsistencyLevel.ANY)\n      .build)\n\n  def create(user: User, password: Array[Char]): Boolean = {\n    require(user.userid != null)\n    require(user.email != null)\n    try {\n      \/\/ Insert the user first: otherwise there would be a short window where we have credentials\n      \/\/ without a corresponding user in the database, and this is considered an error state in\n      \/\/ LoginQueryProvider\n      insertUser(fillCreatedDate(user))\n      if (!insertCredentialsIfNotExists(user.email, password, user.userid)) { \/\/ email already exists\n        session.execute(preparedDeleteUser.bind(user.userid))\n        return false\n      }\n      true\n    } catch {\n      case insertException: Exception =>\n        \/\/ Clean up and rethrow\n        try session.execute(preparedDeleteUser.bind(user.userid))\n        catch {\n          case e: Exception =>\n            insertException.addSuppressed(e)\n        }\n        try session.execute(preparedDeleteCredentials.bind(user.email, user.userid))\n        catch {\n          case e: Exception =>\n            insertException.addSuppressed(e)\n        }\n        throw insertException\n    }\n  }\n\n  private def fillCreatedDate(user: User): User =\n    if (user.createdDate == null) user.copy(createdDate = Instant.now) else user\n\n  private def insertCredentialsIfNotExists(email: String, password: Array[Char], userId: UUID): Boolean = {\n    val passwordHash = PasswordHashing.hash(Objects.requireNonNull(password))\n    val credentials = UserCredentials(Objects.requireNonNull(email), passwordHash, userId)\n    val insertCredentials = preparedInsertCredentials.boundStatementBuilder()\n    credentialsHelper.set(credentials, insertCredentials, NullSavingStrategy.DO_NOT_SET)\n    val resultSet = session.execute(insertCredentials.build)\n    resultSet.wasApplied\n  }\n\n  private def insertUser(user: User): Unit = {\n    val insertUser = preparedInsertUser.boundStatementBuilder()\n    userHelper.set(user, insertUser, NullSavingStrategy.DO_NOT_SET)\n    session.execute(insertUser.build)\n  }\n}"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/app\/src\/main\/scala\/com\/datastax\/examples\/MapperApp.scala","text":"<reponame>DataStax-Examples\/object-mapper-jvm<gh_stars>1-10\n\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples\n\nimport java.net.URI\nimport java.nio.file.{FileSystems, Files, Paths}\nimport java.time.format.DateTimeFormatter\nimport java.time.{Instant, ZoneOffset}\nimport java.util.{Collections, UUID}\n\nimport com.datastax.examples.mapper.killrvideo.KillrVideoMapperBuilder\nimport com.datastax.examples.mapper.killrvideo.user.{User, UserDao}\nimport com.datastax.examples.mapper.killrvideo.video._\nimport com.datastax.oss.driver.api.core.cql.SimpleStatement\nimport com.datastax.oss.driver.api.core.{CqlIdentifier, CqlSession, PagingIterable}\n\nimport scala.jdk.CollectionConverters._\nimport scala.util.Using\n\nobject MapperApp {\n\n  private val KeyspaceId = CqlIdentifier.fromCql(\"killrvideo\")\n\n  def main(args: Array[String]): Unit = {\n    Using.resource(CqlSession.builder().build()) { session =>\n\n      maybeCreateSchema(session)\n\n      val mapper = new KillrVideoMapperBuilder(session).withDefaultKeyspace(KeyspaceId).build()\n\n      \/\/ Create a new user\n      val userDao: UserDao = mapper.userDao()\n\n      var user: User = User(UUID.randomUUID, \"test\", \"user\", \"<EMAIL>\", Instant.now)\n\n      if (userDao.create(user, \"<PASSWORD>\".toCharArray)) {\n        println(s\"Created $user\")\n      } else {\n        user = userDao.getByEmail(\"<EMAIL>\")\n        println(s\"Reusing existing $user\")\n      }\n\n      \/\/ Creating another user with the same email should fail\n      assert(!userDao.create(User(UUID.randomUUID, \"test2\", \"user\", \"<EMAIL>\", Instant.now),\n        \"secret123\".toCharArray))\n\n      \/\/ Simulate login attempts\n      tryLogin(userDao, \"<EMAIL>\", \"<PASSWORD>\")\n      tryLogin(userDao, \"<EMAIL>\", \"<PASSWORD>\")\n\n      \/\/ Insert a video\n      val videoDao: VideoDao = mapper.videoDao()\n\n      val video: Video = videoDao.create(\n        Video(videoid = null,\n          user.userid,\n          name = \"Accelerate: A NoSQL Original Series (TRAILER)\",\n          description = null,\n          location = \"https:\/\/www.youtube.com\/watch?v=LulWy8zmrog\",\n          locationType = 0,\n          previewImageLocation = null,\n          tags = Set(\"apachecassandra\", \"nosql\", \"hybridcloud\").asJava,\n          addedDate = null\n        ))\n\n      println(s\"Created video [${video.videoid}] ${video.name}\")\n\n      \/\/ Check that associated denormalized tables have also been updated:\n      val userVideos: PagingIterable[UserVideo] = videoDao.getByUser(user.userid)\n      println(s\"Videos for ${user.firstname} ${user.lastname}:\")\n      \/\/ Note: using `.all()` for convenience since we know there are few results, but this is\n      \/\/ generally not a good idea. See the javadocs.\n      userVideos.all().asScala.foreach(video => println(s\"  [${video.videoid}] ${video.name}\"))\n\n      val latestVideos: PagingIterable[LatestVideo] = videoDao.getLatest(todaysTimestamp)\n      println(\"Latest videos:\")\n      latestVideos.all().asScala.foreach(video => println(s\"  [${video.videoid}] ${video.name}\"))\n\n      val videosByTag: PagingIterable[VideoByTag] = videoDao.getByTag(\"apachecassandra\")\n      println(\"Videos tagged with apachecassandra:\")\n      videosByTag.all().asScala.foreach(video => println(s\"  [${video.videoid}] ${video.name}\"))\n\n      \/\/ Update the existing video:\n      \/\/ Creating an update template looks a bit weird in Scala, we have to leave all unimpacted\n      \/\/ fields to null to take advantage of the null saving strategy\n      val template: Video = Video(\n        video.videoid,\n        name = \"Accelerate: A NoSQL Original Series - join us online!\",\n        userid = null, description = null, location = null, locationType = video.locationType,\n        previewImageLocation = null, tags = null, addedDate = null\n      )\n      videoDao.update(template)\n      \/\/ Reload the whole entity and check the fields\n      val newVideo = videoDao.get(video.videoid)\n      println(s\"Updated name for video ${newVideo.videoid}: ${newVideo.name}\")\n    }\n  }\n\n  private def tryLogin(userDao: UserDao, email: String, password: String): Unit = {\n    val maybeUser = userDao.login(email, password.toCharArray)\n    val outcome = if (maybeUser.isPresent) \"Success\" else \"Failure\"\n    println(s\"Logging in with $email\/$password: $outcome\")\n  }\n\n  private def maybeCreateSchema(session: CqlSession) {\n    session.execute(\n      SimpleStatement.newInstance(\n        \"CREATE KEYSPACE IF NOT EXISTS killrvideo WITH replication = {'class': 'SimpleStrategy', 'replication_factor': 1}\")\n        .setExecutionProfileName(\"slow\"))\n    session.execute(\"USE killrvideo\")\n    for (statement <- getStatements(\"killrvideo_schema.cql\")) {\n      session.execute(SimpleStatement.newInstance(statement).setExecutionProfileName(\"slow\"))\n    }\n  }\n\n  private def getStatements(fileName: String): List[String] = {\n    val uri = MapperApp.getClass.getClassLoader.getResource(fileName).toURI\n    val path = if (uri.toString contains \"!\") {\n      \/\/ This happens when the file is in a packaged JAR\n      val Array(fs, file) = uri.toString.split('!')\n      FileSystems.newFileSystem(URI.create(fs), Collections.emptyMap[String, Any])\n        .getPath(file)\n    } else {\n      Paths.get(uri)\n    }\n    Files.readString(path).split(\";\")\n      .map(_.trim)\n      .filter(!_.isEmpty)\n      .toList\n  }\n\n  \/**\n   * KillrVideo uses a textual timestamp to partition recent video. Build the timestamp for today to\n   * fetch our latest insertions.\n   *\/\n  private def todaysTimestamp = DateTimeFormatter.ofPattern(\"yyyyMMdd\")\n    .withZone(ZoneOffset.UTC)\n    .format(Instant.now)\n}\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/video\/VideoByTag.scala","text":"<gh_stars>1-10\n\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.video\n\nimport java.time.Instant\nimport java.util.UUID\n\nimport com.datastax.oss.driver.api.mapper.annotations.{ClusteringColumn, CqlName, Entity, PartitionKey}\n\nimport scala.annotation.meta.field\n\n@Entity\n@CqlName(\"videos_by_tag\")\ncase class VideoByTag(@(PartitionKey@field) tag: String,\n                      @(ClusteringColumn@field)(0) videoid: UUID,\n                      addedDate: Instant,\n                      userid: UUID,\n                      name: String,\n                      previewImageLocation: String,\n                      taggedDate: Instant)\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/KillrVideoMapper.scala","text":"<gh_stars>1-10\n\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo\n\nimport com.datastax.examples.mapper.killrvideo.user.UserDao\nimport com.datastax.examples.mapper.killrvideo.video.VideoDao\nimport com.datastax.oss.driver.api.mapper.annotations.{DaoFactory, Mapper}\n\n@Mapper\ntrait KillrVideoMapper {\n\n  @DaoFactory\n  def userDao(): UserDao\n\n  @DaoFactory\n  def videoDao(): VideoDao\n\n  \/\/ Note: unlike the Java example, we don't define a builder() method on this trait.\n  \/\/ Because of the two-stage compilation process, KillrVideoMapperBuilder is not visible from\n  \/\/ here, only in the `app` module.\n}\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/UserDao.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.user\n\nimport java.util.{Optional, UUID}\n\nimport com.datastax.oss.driver.api.mapper.annotations.{Dao, QueryProvider, Select}\n\n@Dao\ntrait UserDao {\n\n  \/** Simple selection by full primary key. *\/\n  @Select\n  def get(userid: UUID): User\n\n  @Select\n  def getCredentials(email: String): UserCredentials\n\n  \/**\n   * An alternative to query providers is default methods that call other methods on the DAO.\n   *\n   * <p>The only drawback is that those other methods have to be part of the DAO's public API.\n   *\/\n  def getByEmail(email: String): User = {\n    val credentials = getCredentials(email)\n    if (credentials == null) null\n    else get(credentials.userid)\n  }\n\n  \/**\n   * Creating a user is more than a single insert: we have to update two different tables, check\n   * that the email is not used already, and handle password encryption.\n   *\n   * <p>We use a query provider to wrap everything into a single method.\n   *\n   * <p>Note that you could opt for a more layered approach: only expose basic operations on the DAO\n   * (insertCredentialsIfNotExists, insertUser...) and add a service layer on top for more complex\n   * logic. Both designs are valid, this is a matter of personal choice.\n   *\n   * @return { @code true} if the new user was created, or { @code false} if this email address was\n   *         already taken.\n   *\/\n  @QueryProvider(\n    providerClass = classOf[CreateUserQueryProvider],\n    entityHelpers = Array(classOf[User], classOf[UserCredentials]))\n  def create(user: User, password: Array[Char]): Boolean\n\n  \/**\n   * Similar to {@link #create}, this encapsulates encryption so we use a query provider.\n   *\n   * @return the authenticated user, or { @link Optional#empty()} if the credentials are invalid.\n   *\/\n  @QueryProvider(\n    providerClass = classOf[LoginQueryProvider],\n    entityHelpers = Array(classOf[User], classOf[UserCredentials]))\n  def login(email: String, password: Array[Char]): Optional[User]\n}\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/build.sbt","text":"<reponame>DataStax-Examples\/object-mapper-jvm\nimport sbt.Keys.packageBin\n\nThisBuild \/ scalaVersion := \"2.13.2\"\nThisBuild \/ version := \"0.1.0-SNAPSHOT\"\nThisBuild \/ organization := \"com.datastax\"\nThisBuild \/ organizationName := \"datastax\"\n\n\/\/ Also fetch dependencies from the local Maven repo.\n\/\/ Not mandatory, but this is convenient to test against driver snapshots.\nThisBuild \/ resolvers += \"Local Maven Repository\" at \"file:\/\/\" + Path.userHome.absolutePath + \"\/.m2\/repository\"\n\nlazy val processMapperAnnotations = taskKey[Unit](\"Process Object Mapper annotations in compiled Scala classes\")\nlazy val compileMapperGeneratedSources = taskKey[Unit](\"Compile the sources that were generated by the Object Mapper\")\n\ndef runCommand(command: String, message: => String, log: Logger) {\n  import scala.sys.process._\n\n  val result = command !\n\n  if (result != 0) {\n    log.error(message)\n    sys.error(\"Failed running command: \" + command)\n  }\n}\n\nlazy val model = project\n  .settings(\n    libraryDependencies ++= Seq(\n      Dependencies.javaDriverMapperRuntime,\n      Dependencies.bcrypt,\n      \/\/ TODO it would be cleaner to pass this separately to -processorpath when invoking javac, but I couldn't figure out how to do it with sbt\n      Dependencies.javaDriverMapperProcessor % \"provided\"\n    ),\n\n    processMapperAnnotations := {\n      val log = streams.value.log\n\n      log.info(\"Processing Object Mapper annotations in compiled Scala classes...\")\n\n      val classpath = ((products in Compile).value ++ (dependencyClasspath in Compile).value.files) mkString \":\"\n      val sourceDirectory = (classDirectory in Compile).value\n      val classesToProcess = (sourceDirectory ** \"*.class\")\n        .getPaths()\n        .map(_.stripPrefix(sourceDirectory.getAbsolutePath + \"\/\").stripSuffix(\".class\").replaceAll(\"\/\", \".\"))\n        .mkString(\" \")\n      val destinationDirectory = (Compile \/ sourceManaged).value \/ \"mapper\"\n      destinationDirectory.mkdirs()\n\n      val processor = \"com.datastax.oss.driver.internal.mapper.processor.MapperProcessor\"\n\n      val command =\n        s\"\"\"javac\n           | -classpath $classpath\n           | -proc:only -processor $processor\n           | -d $destinationDirectory\n           | $classesToProcess\"\"\".stripMargin\n      runCommand(command, \"Failed to run Object Mapper processor\", log)\n\n      log.info(\"Done processing Object Mapper annotations in compiled Scala classes\")\n    },\n\n    compileMapperGeneratedSources := {\n      val log = streams.value.log\n\n      log.info(\"Compiling Object Mapper generated sources...\")\n\n      val classpath = ((products in Compile).value ++ (dependencyClasspath in Compile).value.files) mkString \":\"\n      val sourceDirectory = (Compile \/ sourceManaged).value \/ \"mapper\"\n      val javaSources = (sourceDirectory ** \"*.java\").getPaths().mkString(\" \")\n\n      \/\/ TODO there's probably a better way than invoking javac manually\n      val command =\n        s\"\"\"javac\n           | -classpath $classpath\n           | -d ${(classDirectory in Compile).value}\n           | $javaSources\"\"\".stripMargin\n      runCommand(command, \"Failed to compile mapper-generated sources\", log)\n\n      log.info(\"Done compiling Object Mapper generated sources\")\n    },\n\n    compileMapperGeneratedSources in Compile := (compileMapperGeneratedSources in Compile dependsOn (processMapperAnnotations in Compile)).value,\n\n    packageBin in Compile := (packageBin in Compile dependsOn (compileMapperGeneratedSources in Compile)).value\n  )\n\nlazy val app = project.dependsOn(model)\n  .settings(\n    libraryDependencies += Dependencies.logback,\n    compile in Compile := (compile in Compile  dependsOn (compileMapperGeneratedSources in Compile in model)).value,\n    mainClass in Compile := Some(\"com.datastax.examples.MapperApp\")\n  )\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n  val javaDriverVersion = \"4.9.0\"\n\n  lazy val javaDriverMapperRuntime = \"com.datastax.oss\" % \"java-driver-mapper-runtime\" % javaDriverVersion\n  lazy val javaDriverMapperProcessor = \"com.datastax.oss\" % \"java-driver-mapper-processor\" % javaDriverVersion\n  lazy val bcrypt = \"at.favre.lib\" % \"bcrypt\" % \"0.7.0\"\n  lazy val logback = \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\"\n}\n"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/user\/LoginQueryProvider.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.user\n\nimport java.util.Optional\n\nimport com.datastax.oss.driver.api.mapper.MapperContext\nimport com.datastax.oss.driver.api.mapper.entity.EntityHelper\n\n\n\/**\n * Provides the implementation of {@link UserDao#login}.\n *\n * <p>Package-private visibility is sufficient, this will be called only from the generated DAO\n * implementation.\n *\/\nclass LoginQueryProvider(val context: MapperContext,\n                         val userHelper: EntityHelper[User],\n                         val credentialsHelper: EntityHelper[UserCredentials]) {\n\n  private val session = context.getSession\n  private val preparedSelectCredentials = session.prepare(credentialsHelper.selectByPrimaryKey.asCql)\n  private val preparedSelectUser = session.prepare(userHelper.selectByPrimaryKey.asCql)\n\n  def login(email: String, password: Array[Char]): Optional[User] = Optional.ofNullable(session.execute(preparedSelectCredentials.bind(email)).one)\n    .flatMap(credentialsRow => {\n      val hashedPassword = credentialsRow.getString(\"password\")\n      if (PasswordHashing.matches(password, hashedPassword)) {\n        val userid = credentialsRow.getUuid(\"userid\")\n        val userRow = session.execute(preparedSelectUser.bind(userid)).one\n        if (userRow == null) {\n          throw new IllegalStateException(\"Should have found matching row for userid \" + userid)\n        } else {\n          return Optional.of(userHelper.get(userRow))\n        }\n      }\n      else return Optional.empty\n    })\n}"}
{"repo_name":"DataStax-Examples\/object-mapper-jvm","path":"scala\/model\/src\/main\/scala\/com\/datastax\/examples\/mapper\/killrvideo\/video\/CreateVideoQueryProvider.scala","text":"\/*\n * Copyright DataStax, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage com.datastax.examples.mapper.killrvideo.video\n\nimport java.time.format.DateTimeFormatter\nimport java.time.{Instant, ZoneOffset}\nimport java.util.UUID\n\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.api.core.cql.{BatchStatement, DefaultBatchType, PreparedStatement}\nimport com.datastax.oss.driver.api.mapper.MapperContext\nimport com.datastax.oss.driver.api.mapper.entity.EntityHelper\nimport com.datastax.oss.driver.api.mapper.entity.saving.NullSavingStrategy\n\nimport scala.jdk.CollectionConverters._\n\n\/**\n * Provides the implementation of {@link VideoDao#create}.\n *\n * <p>Package-private visibility is sufficient, this will be called only from the generated DAO\n * implementation.\n *\/\nclass CreateVideoQueryProvider(val context: MapperContext,\n                               val videoHelper: EntityHelper[Video],\n                               val userVideoHelper: EntityHelper[UserVideo],\n                               val latestVideoHelper: EntityHelper[LatestVideo],\n                               val videoByTagHelper: EntityHelper[VideoByTag]) {\n\n  private val session = context.getSession\n  private val preparedInsertVideo =\n    CreateVideoQueryProvider.prepareInsert(session, videoHelper)\n  private val preparedInsertUserVideo =\n    CreateVideoQueryProvider.prepareInsert(session, userVideoHelper)\n  private val preparedInsertLatestVideo =\n    CreateVideoQueryProvider.prepareInsert(session, latestVideoHelper)\n  private val preparedInsertVideoByTag =\n    CreateVideoQueryProvider.prepareInsert(session, videoByTagHelper)\n\n  def create(video: Video): Video = {\n    val videoWithDefaults = video.copy(\n      videoid = if (video.videoid == null) UUID.randomUUID() else video.videoid,\n      addedDate = if (video.addedDate == null) Instant.now else video.addedDate\n    )\n    insertInAllViews(videoWithDefaults)\n    videoWithDefaults\n  }\n\n  private def insertInAllViews(video: Video) {\n    val batch = BatchStatement.builder(DefaultBatchType.LOGGED)\n    batch.addStatement(CreateVideoQueryProvider.bind(preparedInsertVideo, video, videoHelper))\n    batch.addStatement(\n      CreateVideoQueryProvider.bind(preparedInsertUserVideo,\n        CreateVideoQueryProvider.toUserVideo(video),\n        userVideoHelper))\n    batch.addStatement(\n      CreateVideoQueryProvider.bind(preparedInsertLatestVideo,\n        CreateVideoQueryProvider.toLatestVideo(video),\n        latestVideoHelper))\n    if (video.tags != null) {\n      for (tag <- video.tags.asScala) {\n        batch.addStatement(CreateVideoQueryProvider.bind(preparedInsertVideoByTag, CreateVideoQueryProvider.toVideoByTag(video, tag), videoByTagHelper))\n      }\n    }\n    session.execute(batch.build)\n  }\n}\n\nprivate[video] object CreateVideoQueryProvider {\n\n  def prepareInsert[T](session: CqlSession, entityHelper: EntityHelper[T]) =\n    session.prepare(entityHelper.insert.asCql)\n\n  def bind[T](preparedStatement: PreparedStatement, entity: T, entityHelper: EntityHelper[T]) = {\n    val boundStatement = preparedStatement.boundStatementBuilder()\n    entityHelper.set(entity, boundStatement, NullSavingStrategy.DO_NOT_SET)\n    boundStatement.build\n  }\n\n  def toUserVideo(video: Video) = UserVideo(video.userid, video.addedDate, video.videoid, video.name, video.previewImageLocation)\n\n  def toLatestVideo(video: Video) = LatestVideo(DayFormatter.format(video.addedDate), video.addedDate, video.videoid, video.userid, video.name, video.previewImageLocation)\n\n  def toVideoByTag(video: Video, tag: String) = VideoByTag(tag, video.videoid, video.addedDate, video.userid, video.name, video.previewImageLocation, video.addedDate)\n\n  private val DayFormatter = DateTimeFormatter.ofPattern(\"yyyyMMdd\").withZone(ZoneOffset.UTC)\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/IndexRoute.scala","text":"package pl.japila.servicediscovery\n\nimport akka.actor.ActorSystem\nimport akka.http.marshallers.xml.ScalaXmlSupport\nimport akka.http.model.{MediaTypes, HttpEntity, HttpResponse}\nimport akka.http.server.Directives._\nimport akka.http.server._\n\n\/**\n * \"Borrowed\" from https:\/\/github.com\/akka\/akka\/blob\/akka-stream-and-http-experimental-1.0-M1\/akka-http-tests\/src\/test\/scala\/akka\/http\/server\/TestServer.scala\n *\/\ntrait IndexRoute {\n\n  def index(implicit system: ActorSystem): Route = {\n    import system._\n    path(\"\") {\n      get {\n        import ScalaXmlSupport._\n        complete(indexPage)\n      }\n    }\n  }\n\n  lazy val indexPage =\n    <html>\n      <body>\n        <h1>Say hello to <i>ServiceDiscovery<\/i> service!<\/h1>\n        <p>Defined resources:<\/p>\n        <ul>\n          <li><a href=\"\/v1\/service\">\/v1\/service<\/a><\/li>\n          <li><a href=\"\/v1\/service\/serviceName\/5\">\/v1\/service\/serviceName\/5<\/a><\/li>\n          <li><a href=\"\/shutdown\">\/shutdown<\/a> aka SYSTEM DOWN - use with caution!<\/li>\n        <\/ul>\n      <\/body>\n    <\/html>\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"project\/Dependencies.scala","text":"<filename>project\/Dependencies.scala\nimport sbt._\n\nobject Version {\n  val akka      = \"2.3.8\"\n  val akkaHttp  = \"1.0-M2\"\n  val curator   = \"2.7.0\"\n  val logback   = \"1.1.2\"\n  val scala     = \"2.11.4\"\n  val specs2    = \"2.4.15\"\n}\n\nobject Library {\n  val akkaActor         = \"com.typesafe.akka\"  %% \"akka-actor\"                        % Version.akka\n  val akkaHttp          = \"com.typesafe.akka\"  %% \"akka-http-experimental\"            % Version.akkaHttp\n  val akkaHttpSprayJson = \"com.typesafe.akka\"  %% \"akka-http-spray-json-experimental\" % Version.akkaHttp\n  val akkaHttpXml       = \"com.typesafe.akka\"  %% \"akka-http-xml-experimental\"        % Version.akkaHttp\n  val akkaSlf4j         = \"com.typesafe.akka\"  %% \"akka-slf4j\"                        % Version.akka\n  val akkaStream        = \"com.typesafe.akka\"  %% \"akka-stream-experimental\"          % Version.akkaHttp\n  val akkaTestkit       = \"com.typesafe.akka\"  %% \"akka-testkit\"                      % Version.akka\n  val curator           = \"org.apache.curator\" %  \"curator-framework\"                 % Version.curator\n  val logbackClassic    = \"ch.qos.logback\"     %  \"logback-classic\"                   % Version.logback\n  val specs2            = \"org.specs2\"         %% \"specs2-core\"                       % Version.specs2\n}\n\nobject Dependencies {\n\n  import Library._\n\n  val all = Seq(\n    akkaActor,\n    akkaHttp,\n    akkaHttpSprayJson,\n    akkaHttpXml,\n    akkaSlf4j,\n    akkaStream,\n    curator,\n    logbackClassic,\n    akkaTestkit % \"test\",\n    specs2      % \"test\"\n  )\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/ServiceDiscoveryServerApp.scala","text":"<reponame>jaceklaskowski\/curator-x-discovery-spray-scala\npackage pl.japila.servicediscovery\n\nimport akka.actor.{Props, Actor, ExtendedActorSystem, ActorSystem}\nimport akka.http.model.{HttpResponse, HttpRequest}\nimport akka.http.server.Directives\nimport akka.stream.scaladsl.Flow\nimport com.typesafe.config.{Config, ConfigFactory}\n\nimport scala.util.control.NonFatal\n\nobject ServiceDiscoveryServerApp extends App with Routes with Directives {\n\n  val interface = if (args.length >= 1) args(0) else \"localhost\"\n  val port = if (args.length >= 2) args(1).toInt else 8080\n  println(s\"interface=$interface port=$port\")\n\n  val conf: Config = ConfigFactory.parseString( \"\"\"\n    akka.loglevel         = INFO\n    akka.log-dead-letters = off\n                                                \"\"\")\n  implicit val system = ActorSystem(\"ServiceDiscovery\", conf)\n  import system.dispatcher\n\n  import akka.http.Http\n  val binding = Http().bind(interface, port)\n\n  import akka.stream.FlowMaterializer\n  implicit val fm = FlowMaterializer()\n\n  val route: Flow[HttpRequest, HttpResponse] = shutdownGetRoute ~ index ~ service\n  binding startHandlingWith route\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/Routes.scala","text":"package pl.japila.servicediscovery\n\ntrait Routes\n  extends IndexRoute\n  with ShutdownRoute\n  with ServiceRoute"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"build.sbt","text":"name         := \"\"\"curator-x-discovery-spray-scala\"\"\"\norganization := \"pl.japila\"\nversion      := \"1.0\"\nscalaVersion := Version.scala\n\nlibraryDependencies := Dependencies.all\n\nscalacOptions ++= Seq(\n  \"-feature\",\n  \"-unchecked\",\n  \"-deprecation\",\n  \"-language:_\",\n  \"-target:jvm-1.8\",\n  \"-encoding\", \"UTF-8\"\n)\n\nscalacOptions in Test += \"-Yrangepos\"\n\nRevolver.settings\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/ShutdownRoute.scala","text":"package pl.japila.servicediscovery\n\nimport akka.actor.ActorSystem\nimport akka.http.marshallers.xml.ScalaXmlSupport\nimport akka.http.server.Directives._\nimport akka.http.server._\n\ntrait ShutdownRoute {\n  def shutdownGetRoute(implicit system: ActorSystem): Route = {\n    import system._\n    get {\n      path(\"shutdown\") {\n        system.shutdown()\n        complete(\"Shutting down now...\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/ServiceRoute.scala","text":"<gh_stars>1-10\npackage pl.japila.servicediscovery\n\nimport java.util.UUID\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.http.marshalling.ToResponseMarshallable\nimport akka.http.model.MediaTypes\nimport akka.http.model.StatusCodes._\nimport akka.http.server.Directives._\nimport akka.http.server.PathMatchers.Segment\nimport akka.http.server._\nimport akka.stream.FlowMaterializer\nimport org.apache.curator.framework.{CuratorFramework, CuratorFrameworkFactory}\nimport org.apache.curator.retry.ExponentialBackoffRetry\nimport org.apache.zookeeper.CreateMode\nimport spray.json.DefaultJsonProtocol\n\nimport scala.util.Try\n\ntrait ServiceRoute {\n  val hosts = \"127.0.0.1:2181\"\n  implicit lazy val client = createClient(hosts)\n  client.start\n\n  Seq(\"\/runtime\", \"\/configuration\", \"\/licences\").foreach(createPath)\n\n  val sid = java.util.UUID.randomUUID()\n  registerService(sid)\n\n  def createClient(hosts: String): CuratorFramework = {\n    val zookeeperConnectionString = hosts\n    val retryPolicy = new ExponentialBackoffRetry(1000, 3)\n    CuratorFrameworkFactory.newClient(zookeeperConnectionString, retryPolicy)\n  }\n\n  def createPath(p: String)(implicit c: CuratorFramework) = {\n    Try(client.create().creatingParentsIfNeeded().forPath(p))\n  }\n\n  def registerService(sid: UUID)(implicit client: CuratorFramework) = {\n    val sName = \"My brand new service\".toCharArray.map(_.toByte)\n    val sPath = \"\/runtime\/\" + sid\n    client.create().creatingParentsIfNeeded().withMode(CreateMode.EPHEMERAL).forPath(sPath, sName)\n  }\n\n  def service(implicit system: ActorSystem, mat: FlowMaterializer): Route =\n    pathPrefix(\"v1\" \/ \"service\") {\n      val a = system.actorOf(ServiceDiscoveryActor.props)\n      serviceGetMeta(a) ~ serviceGetIdRoute ~ serviceGetRoute\n    }\n\n  def serviceGetIdRoute(implicit system: ActorSystem) = {\n    import system._\n    get {\n      path(JavaUUID) { serviceId =>\n        try {\n          val d = new String(client.getData.forPath(s\"\/runtime\/$serviceId\"))\n          complete(s\"Hello, I'm $d!\")\n        } catch {\n          case e: Exception =>\n            val c = childrenFor(\"\/runtime\")\n            val html = c.map { sid => s\"\"\"<a href=\"\/v1\/service\/$sid\">$sid<\/a>\"\"\"}\n            complete {\n              s\"\"\"|Exception thrown\\n\n                |${e.getStackTrace.take(15).mkString(\"\\n\")}\\n\n                |Available service ids:\\n\n                |${html.mkString(\"\\n\")}\n                |\"\"\".stripMargin\n            }\n        }\n      }\n    }\n  }\n\n  def serviceGetRoute(implicit system: ActorSystem, mat: FlowMaterializer) = {\n    import system._\n    get {\n      complete {\n        import akka.http.marshalling._\n        \/\/ CLEVER: apply is implicit\n        import akka.http.marshalling.ToResponseMarshallable._\n        import akka.http.marshallers.sprayjson.SprayJsonSupport._\n        \/\/ Needed for default JSON protocol implicits\n        import DefaultJsonProtocol._\n        childrenFor(\"\/runtime\")\n      }\n    } ~ post {\n      import akka.http.marshallers.sprayjson.SprayJsonSupport._\n      import ServiceJsonProtocol._\n      entity(as[Service]) { service =>\n        complete {\n          service\n        }\n      }\n    }\n  }\n\n  case class Service(name: String)\n\n  object ServiceJsonProtocol extends DefaultJsonProtocol {\n    implicit val serviceFormat = jsonFormat1(Service)\n  }\n\n  def serviceGetMeta(a: ActorRef)(implicit system: ActorSystem) = {\n    import system._\n    get {\n      path(\"meta\") {\n        complete {\n          import akka.http.marshallers.sprayjson.SprayJsonSupport._\n          import ServiceJsonProtocol._\n          Service(\"hello world\")\n        }\n      }\n    }\n  }\n\n  def childrenFor(path: String = \"\/runtime\")(implicit system: ActorSystem) = {\n    import system._\n    val children = client.getChildren().forPath(path)\n    import scala.collection.JavaConversions.asScalaBuffer\n    asScalaBuffer(children).toArray\n  }\n}\n"}
{"repo_name":"jaceklaskowski\/curator-x-discovery-spray-scala","path":"src\/main\/scala\/pl\/japila\/servicediscovery\/ServiceDiscoveryActor.scala","text":"<filename>src\/main\/scala\/pl\/japila\/servicediscovery\/ServiceDiscoveryActor.scala\npackage pl.japila.servicediscovery\n\nimport akka.actor.{Props, Actor, ActorLogging}\nimport akka.stream.actor.{ZeroRequestStrategy, RequestStrategy, ActorSubscriber}\nimport akka.stream.scaladsl.{ImplicitFlowMaterializer, Source}\n\nclass ServiceDiscoveryActor(input: List[String]) extends ActorSubscriber with ActorLogging with ImplicitFlowMaterializer {\n  import ServiceDiscoveryActor._\n\n  override protected def requestStrategy: RequestStrategy = ZeroRequestStrategy\n\n  val flow = Source(input).map(_.toUpperCase)\n\n  def receive = {\n    case \"run\" =>\n      import akka.pattern.pipe\n      import context.dispatcher\n      log.debug(\"run flow executed\")\n      flow.fold(\"\")(_ + _) pipeTo sender()\n    case m => println(s\"$m received\")\n  }\n}\n\nobject ServiceDiscoveryActor {\n  val props = Props(classOf[ServiceDiscoveryActor], List(\"a\", \"b\", \"c\"))\n}\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/build.sbt","text":"lazy val akkaHttpVersion = \"10.1.11\"\nlazy val akkaVersion = \"2.6.5\"\nlazy val circeVersion = \"0.11.1\"\n\nval assemblyJarPath = taskKey[Unit](\"Call assembly and get the JAR file path.\")\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(AutomateHeaderPlugin)\n  .settings(\n    inThisBuild(\n      List(organization := \"com.pennsieve\", scalaVersion := \"2.12.10\")\n    ),\n    name := \"audit-middleware\",\n    headerLicense := Some(\n      HeaderLicense\n        .Custom(\"Copyright (c) 2020 Pennsieve, Inc. All Rights Reserved.\")\n    ),\n    headerMappings := headerMappings.value + (HeaderFileType.scala -> HeaderCommentStyle.cppStyleLineComment),\n    resolvers ++= Seq(\n      \"Pennsieve Releases\" at \"https:\/\/nexus.pennsieve.cc\/repository\/maven-releases\",\n      \"Pennsieve Snapshots\" at \"https:\/\/nexus.pennsieve.cc\/repository\/maven-snapshots\",\n      Resolver.bintrayRepo(\"commercetools\", \"maven\"),\n      Resolver.sonatypeRepo(\"releases\"),\n      Resolver.sonatypeRepo(\"snapshots\")\n    ),\n    libraryDependencies ++= Seq(\n      \"io.circe\" %% \"circe-core\" % circeVersion,\n      \"io.circe\" %% \"circe-generic\" % circeVersion,\n      \"io.circe\" %% \"circe-parser\" % circeVersion,\n      \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n      \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n      \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpVersion,\n      \"com.typesafe.akka\" %% \"akka-http-testkit\" % akkaHttpVersion % Test,\n      \"com.typesafe.akka\" %% \"akka-testkit\" % akkaVersion % Test,\n      \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % Test\n    ),\n    publishTo := {\n      val nexus = \"https:\/\/nexus.pennsieve.cc\/repository\"\n\n      if (isSnapshot.value) {\n        Some(\"Nexus Realm\" at s\"$nexus\/maven-snapshots\")\n      } else {\n        Some(\"Nexus Realm\" at s\"$nexus\/maven-releases\")\n      }\n    },\n    publishMavenStyle := true,\n    scalafmtOnCompile := true,\n    releaseIgnoreUntrackedFiles := true,\n    credentials += Credentials(\n      \"Sonatype Nexus Repository Manager\",\n      \"nexus.pennsieve.cc\",\n      sys.env.getOrElse(\"PENNSIEVE_NEXUS_USER\", \"pennsieve-ci\"),\n      sys.env.getOrElse(\"PENNSIEVE_NEXUS_PW\", \"\")\n    ),\n    test in assembly := {}, \/\/ Skip running tests during JAR assembly\n    assemblyJarPath := {\n      println(assembly.value.getAbsolutePath)\n    }\n  )\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/src\/test\/scala\/com\/blackfynn\/audit\/middleware\/MockHttpResponder.scala","text":"\/\/ Copyright (c) 2020 Pennsieve, Inc. All Rights Reserved.\n\npackage com.pennsieve.audit.middleware\n\nimport akka.http.scaladsl.model.{ HttpRequest, HttpResponse, _ }\nimport akka.util.ByteString\nimport io.circe._\n\nimport scala.concurrent.Future\n\n\/**\n  * Borrowed from service-utilities so that a hard dependency isn't introduced\n  *\/\ntrait MockHttpResponder extends HttpResponder {\n  \/*\n   * Create a Future[HttpResponse] from a given StatusCode and some JSON\n   *\/\n  protected def jsonResponse(\n    statusCode: StatusCode,\n    payload: Json\n  ): Future[HttpResponse] = {\n    Future.successful {\n      HttpResponse(\n        entity = HttpEntity\n          .Strict(\n            ContentTypes.`application\/json`,\n            ByteString(payload.noSpaces)\n          ),\n        status = statusCode\n      )\n    }\n  }\n\n  \/*\n   * A partial function that can be used to respond to different request\n   * methods against different uri values\n   *\/\n  def mock: PartialFunction[(HttpMethod, String), (StatusCode, Json)]\n\n  override def responder = (req: HttpRequest) => {\n    if (mock.isDefinedAt((req.method, req.uri.toString))) {\n      val (statusCode, payload) = mock((req.method, req.uri.toString))\n      jsonResponse(statusCode, payload)\n    } else {\n      throw new Exception(s\"Route not supported: ${req.method} ${req.uri}\")\n    }\n  }\n}\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/project\/plugins.sbt","text":"addSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.10\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.3.2\")\n\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\" % \"5.4.0\")\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.10\")\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/src\/main\/scala\/com\/blackfynn\/audit\/middleware\/AuditLog.scala","text":"\/\/ Copyright (c) 2020 Pennsieve, Inc. All Rights Reserved.\n\npackage com.pennsieve.audit.middleware\n\nimport collection.immutable.{ Seq => ISeq }\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.{\n  ContentTypes,\n  HttpEntity,\n  HttpRequest,\n  HttpResponse\n}\nimport akka.http.scaladsl.model.HttpMethods.POST\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.http.scaladsl.Http\nimport io.circe.{ Encoder, Json }\nimport io.circe.syntax._\n\nimport scala.concurrent.{ ExecutionContext, Future }\n\ntrait HttpResponder {\n  implicit val system: ActorSystem\n  implicit val executionContext: ExecutionContext\n\n  def responder: HttpResponder.Responder\n}\n\nobject HttpResponder {\n  type Responder = HttpRequest => Future[HttpResponse]\n}\n\ntrait ToMessage[T] {\n  def format(s: T): Json\n}\n\nobject ToMessage {\n  implicit object BooleanToMessage extends ToMessage[Boolean] {\n    def format(s: Boolean) = Json.fromBoolean(s)\n  }\n  implicit object DoubleToMessage extends ToMessage[Double] {\n    def format(s: Double) = Json.fromDouble(s).getOrElse(Json.fromString(\"NaN\"))\n  }\n  implicit object StringToMessage extends ToMessage[String] {\n    def format(s: String) = Json.fromString(s)\n  }\n  implicit object IntToMessage extends ToMessage[Int] {\n    def format(s: Int) = Json.fromInt(s)\n  }\n  implicit object LongToMessage extends ToMessage[Long] {\n    def format(s: Long) = Json.fromLong(s)\n  }\n  implicit object JsonToMessage extends ToMessage[Json] {\n    def format(s: Json) = s\n  }\n}\n\nfinal case class TraceId(id: String) extends AnyVal\nobject TraceId {\n  implicit val encoder: Encoder[TraceId] = new Encoder[TraceId] {\n    final def apply(traceId: TraceId): Json = Json.fromString(traceId.id)\n  }\n}\n\nfinal case class GatewayHost(uri: String) extends AnyVal\n\ntrait Auditor {\n\n  \/**\n    * Calling `enhance()` will add an \"enhancement\" message to the audit log.\n    *\n    * @param traceId\n    * @param payload\n    * @param converter\n    * @tparam T\n    * @return\n    *\/\n  def enhance[T](\n    traceId: TraceId,\n    payload: T\n  )(implicit\n    converter: ToMessage[T]\n  ): Future[Unit]\n\n  \/**\n    * A method to introduce a builder pattern for constructing a log enhancement message.\n    *\n    *  Example:\n    *\n    *  <code>\n    *     val f: Future[Unit] = ports\n    *       .auditLogger\n    *       .message()\n    *       .append(\"key-1\", \"foo\")\n    *       .append(\"key-2\", \"bar\")\n    *       .append(\"key-1\", \"baz\")\n    *       .log(traceId)\n    *  <\/code>\n    *\n    * @return\n    *\/\n  def message(): MessageBuilder = {\n    new MessageBuilder(this)\n  }\n}\n\nprivate[middleware] case class MessageBuilder(\n  logger: Auditor,\n  contents: Map[String, ISeq[Json]] = Map.empty\n) {\n  def append[T](\n    key: String,\n    message: T*\n  )(implicit\n    converter: ToMessage[T]\n  ): MessageBuilder = {\n    val e: ISeq[Json] = ISeq(message.map(converter.format(_)): _*)\n    contents.get(key) match {\n      case Some(entries: ISeq[Json]) =>\n        MessageBuilder(logger, contents + (key -> (entries ++ e)))\n      case None => MessageBuilder(logger, contents + (key -> e))\n    }\n  }\n\n  def log[T](traceId: TraceId): Future[Unit] = {\n    logger.enhance(traceId, MessageBuilder.MessageBuilderToMessage.format(this))\n  }\n}\n\nobject MessageBuilder {\n  implicit object MessageBuilderToMessage extends ToMessage[MessageBuilder] {\n    def format(s: MessageBuilder): Json = s.contents.asJson\n  }\n}\n\nobject AuditLogger {\n\n  \/**\n    * The audit enhance endpoint, relative to the gateway host\n    *\/\n  val ENHANCE_ENDPOINT: String = \"\/logs\/enhance\"\n\n  \/**\n    * A custom header containing an identifier used to track a request originating\n    * in the gateway such that service events can be correlated back to the original\n    * request.\n    *\/\n  val TRACE_ID_HEADER: String = \"X-Bf-Trace-Id\"\n}\n\nclass AuditLogger(\n  gateway: GatewayHost\n)(implicit\n  val system: ActorSystem,\n  val executionContext: ExecutionContext\n) extends HttpResponder\n    with Auditor {\n\n  val http = Http()\n\n  override def responder: (HttpRequest) => Future[HttpResponse] =\n    (req) => http.singleRequest(req)\n\n  override def enhance[T](\n    traceId: TraceId,\n    payload: T\n  )(implicit\n    converter: ToMessage[T]\n  ): Future[Unit] =\n    enhance(traceId, converter.format(payload))\n\n  def enhance(traceId: TraceId, payload: Json): Future[Unit] = {\n    val req = HttpRequest(\n      method = POST,\n      uri = s\"${gateway.uri}${AuditLogger.ENHANCE_ENDPOINT}\/${traceId.id}\",\n      entity = HttpEntity(ContentTypes.`application\/json`, payload.noSpaces)\n    )\n    for {\n      res <- responder(req)\n      _ <- (if (res.status.isSuccess()) {\n              Future.successful(())\n            } else {\n              Unmarshal(res.entity)\n                .to[String]\n                .flatMap((body: String) => Future.failed(new Exception(body)))\n            })\n    } yield ()\n  }\n}\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/src\/test\/scala\/com\/blackfynn\/audit\/middleware\/Ports.scala","text":"\/\/ Copyright (c) 2020 Pennsieve, Inc. All Rights Reserved.\n\npackage com.pennsieve.audit.middleware\n\nimport akka.actor.ActorSystem\n\nimport scala.concurrent.ExecutionContext\n\ncase class Ports(gateway: GatewayHost, auditLogger: Auditor)\n\nobject Ports {\n  def apply(\n    gateway: GatewayHost\n  )(implicit\n    system: ActorSystem,\n    executionContext: ExecutionContext\n  ): Ports = {\n    val auditLogger = new AuditLogger(gateway)\n    Ports(gateway, auditLogger)\n  }\n}\n"}
{"repo_name":"Pennsieve\/audit-middleware","path":"scala\/src\/test\/scala\/com\/blackfynn\/audit\/middleware\/AuditLogSpec.scala","text":"\/\/ Copyright (c) 2020 Pennsieve, Inc. All Rights Reserved.\n\npackage com.pennsieve.audit.middleware\n\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.model.{ HttpMethods, HttpRequest, HttpResponse, Uri }\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport io.circe.Json\nimport io.circe.parser._\nimport io.circe.syntax._\nimport org.scalatest.{ BeforeAndAfterEach, Matchers, WordSpec }\n\nimport scala.collection.mutable.{ Map => MutMap }\nimport scala.concurrent.duration._\nimport scala.concurrent.{ Await, ExecutionContext, Future }\nimport scala.util.Try\n\nobject TestConstants {\n  val GATEWAY_HOST: String = \"test-gateway-host\"\n  val ENHANCE_LOG_URI = GATEWAY_HOST + \"\/logs\/enhance\"\n  val UNAUTHORIZED_TRACE_ID: String = \"9999-9999\"\n}\n\ntrait MockRequestBody {\n  def getRequestBody(traceId: TraceId): Option[String]\n}\n\nclass MockAuditLogger(\n  gatewayHost: GatewayHost\n)(implicit\n  override val system: ActorSystem,\n  override val executionContext: ExecutionContext\n) extends AuditLogger(gatewayHost)(system, executionContext)\n    with MockHttpResponder\n    with MockRequestBody {\n\n  var tracerIdToRequest: MutMap[TraceId, String] = MutMap.empty\n\n  def getRequestBody(traceId: TraceId): Option[String] =\n    tracerIdToRequest.get(traceId)\n\n  def extractTraceId(uri: Uri): Option[TraceId] = {\n    val parts: Array[String] = uri.toString().split(\"\/\")\n    parts.length match {\n      case 4 => Some(TraceId(uri.toString().split(\"\/\").last.trim))\n      case _ => None\n    }\n  }\n\n  override def responder: HttpRequest => Future[HttpResponse] = {\n    (req: HttpRequest) =>\n      {\n        \/\/ Track the trace ID header and request payload:\n        val traceId: Option[TraceId] = extractTraceId(req.uri)\n        for {\n          body <- Unmarshal(req.entity).to[String]\n          _ <- Future.successful {\n            traceId match {\n              case Some(traceId) => {\n                tracerIdToRequest += traceId -> body\n              }\n              case _ => {}\n            }\n          }\n          res <- super.responder(req)\n        } yield res\n      }\n  }\n\n  override def mock = {\n    case (HttpMethods.POST, uri)\n        if (uri.contains(TestConstants.UNAUTHORIZED_TRACE_ID)) => {\n      (401, Json.fromString(\"Not authorized\"))\n    }\n    case (HttpMethods.POST, uri)\n        if (uri.startsWith(TestConstants.ENHANCE_LOG_URI) && uri\n          .length() > TestConstants.ENHANCE_LOG_URI.length) =>\n      (200, Json.Null)\n    case (_, _) => (500, Json.fromString(\"Not valid\"))\n  }\n}\n\nclass AuditLogSpec extends WordSpec with BeforeAndAfterEach with Matchers {\n\n  implicit val system: ActorSystem = ActorSystem(\"test-audit-logger\")\n  implicit val executionContext: ExecutionContext = system.dispatcher\n\n  val gatewayHost: GatewayHost = GatewayHost(TestConstants.GATEWAY_HOST)\n\n  val testTraceId = TraceId(\"1234-5678\")\n\n  val unauthorizedTraceId = TraceId(TestConstants.UNAUTHORIZED_TRACE_ID)\n\n  val otherTraceId = TraceId(\"4444-2222\")\n\n  \"AuditLogger\" should {\n    \"succeed when calling enhance\" in {\n      val mockLogger = new MockAuditLogger(gatewayHost)\n      val ports = Ports(gatewayHost, mockLogger)\n      val f = ports.auditLogger.enhance(testTraceId, \"payload\")\n      val result = Await.result(f, 10.seconds)\n      result should be(())\n      val body = mockLogger.getRequestBody(testTraceId).get\n      val expected = parse(\"\\\"payload\\\"\").right.get.noSpaces\n      body should be(expected)\n      mockLogger.getRequestBody(otherTraceId) should be(None)\n    }\n\n    \"succeed with the log message builder\" in {\n      val mockLogger = new MockAuditLogger(gatewayHost)\n      val ports = Ports(gatewayHost, mockLogger)\n      val f = ports.auditLogger\n        .message()\n        .append(\"key-1\", \"foo\")\n        .append(\"key-2\", \"bar\")\n        .append(\"key-1\", 99.0)\n        .append(\"key-2\", 5)\n        .append(\"list-items\", \"a\", \"b\", \"c\")\n        .append(\"records\", List(\"123\", \"456\", \"789\"): _*)\n        .append(\"list-items\", List(\"d\", \"e\"): _*)\n        .log(testTraceId)\n      val result = Await.result(f, 10.seconds)\n      result should be(())\n      val body = mockLogger.getRequestBody(testTraceId).get\n      val expected =\n        parse(s\"\"\"\n        {\n          \"key-1\": [\"foo\", 99.0],\n          \"key-2\": [\"bar\", 5],\n          \"list-items\": [\"a\", \"b\", \"c\", \"d\", \"e\"],\n          \"records\": [\"123\", \"456\", \"789\"]\n        }\n        \"\"\").right.get.noSpaces\n      body should be(expected)\n    }\n\n    \"fail gracefully\" in {\n      \/\/ Not authorized to make a request with the given trace ID:\n      val mockLogger = new MockAuditLogger(gatewayHost)\n      val ports = Ports(gatewayHost, mockLogger)\n      val f = ports.auditLogger\n        .message()\n        .append(\"key-1\", \"foo\")\n        .append(\"key-2\", \"bar\")\n        .log(unauthorizedTraceId)\n      val result = Try(Await.result(f, 10.seconds)).toEither\n      result.isLeft should be(true)\n      result.left.get.getMessage should be(\n        \"\\\"Not authorized\\\"\"\n      ) \/\/ Fails - not authorized\n    }\n  }\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/state\/FileState.scala","text":"package ai.lum.odinson.state\n\nimport java.io.File\n\nimport ai.lum.common.ConfigUtils._\nimport ai.lum.odinson.Mention\nimport com.typesafe.config.Config\n\nclass FileState extends State {\n\n  override def addMentions(mentions: Iterator[Mention]): Unit = ???\n\n  override def getDocIds(docBase: Int, label: String): Array[Int] = ???\n\n  override def getMentions(docBase: Int, docId: Int, label: String): Array[Mention] = ???\n\n  override def getAllMentions(): Iterator[Mention] = ???\n\n  override def clear(): Unit = ???\n\n  override def close(): Unit = {\n    ???\n  }\n\n}\n\nobject FileState {\n\n  def apply(config: Config): FileState = {\n    \/\/ whether or not to persist the state after the engine is closed\n    val saveOnClose = config[Boolean](\"state.saveOnClose\")\n    val saveTo = config.get[File](\"state.saveTo\")\n    new FileState()\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/DataGatherer.scala","text":"<gh_stars>0\npackage ai.lum.odinson\n\nimport ai.lum.odinson.DataGatherer.VerboseLevels\nimport ai.lum.odinson.lucene.analysis.TokenStreamUtils\nimport ai.lum.odinson.lucene.search.{ OdinsonIndexSearcher, OdinsonScoreDoc }\nimport ai.lum.odinson.utils.IndexSettings\nimport org.apache.lucene.analysis.core.WhitespaceAnalyzer\nimport org.apache.lucene.index.IndexReader\nimport org.apache.lucene.store.Directory\n\n\/\/ TODO: From Documents\n\/\/ TODO: Deps\n\/\/ TODO: Parent MetaData\n\nclass DataGatherer(\n  val indexReader: IndexReader,\n  val displayField: String,\n  indexSettings: IndexSettings\n) {\n\n  val analyzer = new WhitespaceAnalyzer()\n\n  val storedFields: Seq[String] = indexSettings.storedFields\n\n  def getStringForSpan(docID: Int, m: OdinsonMatch): String = {\n    getTokensForSpan(docID, m).mkString(\" \")\n  }\n\n  def getTokensForSpan(docID: Int, m: OdinsonMatch): Array[String] = {\n    getTokensForSpan(docID, displayField, m.start, m.end)\n  }\n\n  def getTokensForSpan(docID: Int, m: OdinsonMatch, fieldName: String): Array[String] = {\n    getTokensForSpan(docID, fieldName, m.start, m.end)\n  }\n\n  def getTokensForSpan(docID: Int, start: Int, end: Int): Array[String] = {\n    getTokensForSpan(docID, displayField, start, end)\n  }\n\n  def getTokensForSpan(docID: Int, fieldName: String, start: Int, end: Int): Array[String] = {\n    getTokens(docID, fieldName).slice(start, end)\n  }\n\n  def getTokens(scoreDoc: OdinsonScoreDoc): Array[String] = {\n    getTokens(scoreDoc.doc, displayField)\n  }\n\n  def getTokens(scoreDoc: OdinsonScoreDoc, fieldName: String): Array[String] = {\n    getTokens(scoreDoc.doc, fieldName)\n  }\n\n  def getTokens(docID: Int, fieldName: String): Array[String] = {\n    TokenStreamUtils\n      .getTokensFromMultipleFields(docID, Set(fieldName), indexReader, analyzer)(fieldName)\n  }\n\n  def getTokens(docID: Int, fieldNames: Set[String]): Map[String, Array[String]] = {\n    TokenStreamUtils.getTokensFromMultipleFields(docID, fieldNames, indexReader, analyzer)\n  }\n\n  def fieldsToInclude(level: VerboseLevels.Verbosity = VerboseLevels.Display): Seq[String] = {\n    \/\/ Determine which fields to include, given the specified level of verbosity\n    \/\/ Note that since we already checked the validity of verbose and engine,\n    \/\/ calling `get` here on the engine should not be a problem.\n    level match {\n      case VerboseLevels.Minimal => Seq.empty\n      case VerboseLevels.Display => Seq(displayField)\n      case VerboseLevels.All     => storedFields\n    }\n  }\n\n  \/\/ ------------------------------\n  \/\/          Deprecated\n  \/\/ ------------------------------\n\n  @deprecated(\n    message =\n      \"This method is deprecated, please use please use the `text()` method of the argument Mention\",\n    since = \"0.3.2\"\n  )\n  def getArgument(mention: Mention, name: String): String = {\n    getStringForSpan(mention.luceneDocId, mention.arguments(name).head.odinsonMatch)\n  }\n\n  @deprecated(\n    message = \"This method is deprecated, please use Mention.mentionFields\",\n    since = \"0.3.2\"\n  )\n  def getTokensForSpan(m: Mention): Array[String] = {\n    getTokensForSpan(m.luceneDocId, m.odinsonMatch, displayField)\n  }\n\n  @deprecated(\n    message = \"This method is deprecated, please use Mention.mentionFields\",\n    since = \"0.3.2\"\n  )\n  def getTokensForSpan(m: Mention, fieldName: String): Array[String] = {\n    getTokensForSpan(m.luceneDocId, m.odinsonMatch, fieldName)\n  }\n\n}\n\nobject DataGatherer {\n\n  def apply(\n    indexReader: IndexReader,\n    displayField: String,\n    indexDir: Directory\n  ): DataGatherer = {\n    new DataGatherer(indexReader, displayField, IndexSettings.fromDirectory(indexDir))\n  }\n\n  \/\/ Enum to handle the supported levels of verbosity of Mentions.\n  \/\/  - Minimal:  No additional text included\n  \/\/  - Display:  Display field included\n  \/\/  - All:      All stored fields included\n  object VerboseLevels extends Enumeration {\n    type Verbosity = Value\n\n    \/\/ Default ordering is in order provided\n    val Minimal, Display, All = Value\n\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"backend\/app\/controllers\/OdinsonController.scala","text":"<filename>backend\/app\/controllers\/OdinsonController.scala\npackage controllers\n\nimport java.io.File\nimport java.nio.file.Path\n\nimport javax.inject._\n\nimport scala.math._\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.Map\nimport scala.util.control.NonFatal\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.util.{ Failure, Success, Try }\nimport play.api.http.ContentTypes\nimport play.api.libs.json._\nimport play.api.mvc._\nimport akka.actor._\nimport org.apache.commons.lang3.exception.ExceptionUtils\nimport org.apache.lucene.analysis.core.WhitespaceAnalyzer\nimport org.apache.lucene.document.{ Document => LuceneDocument }\nimport org.apache.lucene.search.highlight.TokenSources\nimport org.apache.lucene.index.{ DirectoryReader, MultiFields }\nimport com.typesafe.config.ConfigRenderOptions\nimport ai.lum.common.ConfigFactory\nimport ai.lum.common.ConfigUtils._\nimport ai.lum.common.FileUtils._\nimport ai.lum.odinson.{\n  BuildInfo,\n  ExtractorEngine,\n  Mention,\n  NamedCapture,\n  OdinsonMatch,\n  Document => OdinsonDocument\n}\nimport ai.lum.odinson.digraph.Vocabulary\nimport org.apache.lucene.store.FSDirectory\nimport ai.lum.odinson.lucene._\nimport ai.lum.odinson.lucene.analysis.TokenStreamUtils\nimport ai.lum.odinson.lucene.search.{ OdinsonIndexSearcher, OdinsonQuery, OdinsonScoreDoc }\nimport com.typesafe.config.Config\n\nimport scala.annotation.tailrec\n\n@Singleton\nclass OdinsonController @Inject() (config: Config = ConfigFactory.load(), cc: ControllerComponents)(\n  implicit ec: ExecutionContext\n) extends AbstractController(cc) {\n  \/\/ before testing, we would create configs to pass to the constructor? write test for build like ghp's example\n\n  private val indexPath = config[File](\"odinson.indexDir\").toPath\n  private val indexDir = FSDirectory.open(indexPath)\n  private val indexReader = DirectoryReader.open(indexDir)\n  private val computeTotalHits = config[Boolean](\"odinson.computeTotalHits\")\n  private val indexSearcher = new OdinsonIndexSearcher(indexReader, computeTotalHits)\n\n  def newEngine(): ExtractorEngine = ExtractorEngine.fromDirectory(config, indexDir, indexSearcher)\n\n  \/\/ format: off\n  val docsDir           = config[File]  (\"odinson.docsDir\")\n  val DOC_ID_FIELD      = config[String](\"odinson.index.documentIdField\")\n  val SENTENCE_ID_FIELD = config[String](\"odinson.index.sentenceIdField\")\n  val WORD_TOKEN_FIELD  = config[String](\"odinson.displayField\")\n  val pageSize          = config[Int]   (\"odinson.pageSize\")\n  \/\/ format: on\n\n  \/\/  val extractorEngine = opm.extractorEngineProvider()\n  \/** convenience methods for formatting Play 2 Json *\/\n  implicit class JsonOps(json: JsValue) {\n\n    def format(pretty: Option[Boolean]): Result = pretty match {\n      case Some(true) => Ok(Json.prettyPrint(json)).as(ContentTypes.JSON)\n      case _          => Ok(json).as(ContentTypes.JSON)\n    }\n\n  }\n\n  def buildInfo(pretty: Option[Boolean]) = Action {\n    Ok(BuildInfo.toJson).as(ContentTypes.JSON)\n  }\n\n  def configInfo(pretty: Option[Boolean]) = Action {\n    val options = ConfigRenderOptions.concise.setJson(true)\n    val json = Json.parse(config.root.render(options))\n    json.format(pretty)\n  }\n\n  def numDocs = Action {\n    val extractorEngine: ExtractorEngine = newEngine()\n    Ok(extractorEngine.indexReader.numDocs.toString).as(ContentTypes.JSON)\n  }\n\n  \/** Convenience method to determine if a string matches a given regular expression.\n    * @param s The String to be searched.\n    * @param regex The regular expression against which `s` should be compared.\n    * @return True if there's at least one match.\n    *\/\n  private def isMatch(s: String, regex: Option[String]): Boolean = {\n    if (regex.isEmpty) true\n    \/\/ .* is necessary\n    else {\n      val pattern = regex.get.r\n      pattern.findFirstMatchIn(s) match {\n        case Some(_) => true\n        case _       => false\n      }\n    }\n  }\n\n  \/** For a given term field, find the terms ranked min to max (inclusive, 0-indexed)\n    * @param field The field to count (e.g., raw, token, lemma, tag, etc.)\n    * @param group Optional second field to condition the field counts on.\n    * @param filter Optional regular expression filter for terms within `field`\n    * @param order \"freq\" for greatest-to least frequency (default), \"alpha\" for alphanumeric order\n    * @param min Highest rank to return (0 is highest possible value).\n    * @param max Lowest rank to return (e.g., 9).\n    * @param scale \"count\" for raw frequencies (default), \"log10\" for log-transform, \"percent\" for percent of total.\n    * @param reverse Whether to reverse the order before slicing between `min` and `max` (default false).\n    * @param pretty Whether to pretty-print the JSON results.\n    * @return JSON frequency table as an array of objects.\n    *\/\n  def termFreq(\n    field: String,\n    group: Option[String],\n    filter: Option[String],\n    order: Option[String],\n    min: Option[Int],\n    max: Option[Int],\n    scale: Option[String],\n    reverse: Option[Boolean],\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      val extractorEngine: ExtractorEngine = newEngine()\n      \/\/ ensure that the requested field exists in the index\n      val fields = MultiFields.getFields(extractorEngine.indexReader)\n      val fieldNames = fields.iterator.asScala.toList\n      \/\/ if the field exists, find the frequencies of each term\n      if (fieldNames contains field) {\n        \/\/ find the frequency of all terms in this field\n        val terms = fields.terms(field)\n        val termsEnum = terms.iterator()\n        val termFreqs = scala.collection.mutable.HashMap[String, Long]()\n        while (termsEnum.next() != null) {\n          val term = termsEnum.term.utf8ToString\n          \/\/ apply the regex if necessary\n          if (isMatch(term, filter)) {\n            termFreqs.update(term, termsEnum.totalTermFreq)\n          }\n        }\n\n        \/\/ order the resulting frequencies as requested\n        val ordered = order match {\n          \/\/ alphabetical\n          case Some(\"alpha\") => termFreqs.toSeq.sortBy { case (term, _) => term }\n          \/\/ frequency\n          case _ => termFreqs.toSeq.sortBy { case (term, freq) => (-freq, term) }\n        }\n\n        \/\/ reverse if necessary\n        val reversed = reverse match {\n          case Some(true) => ordered.reverse\n          case _          => ordered\n        }\n\n        \/\/ cutoff the results to the requested ranks\n        val defaultMin = 0\n        val defaultMax = 9\n        val sliced =\n          reversed.slice(min.getOrElse(defaultMin), max.getOrElse(defaultMax) + 1).toIndexedSeq\n\n        \/\/ count instances of each pairing of `field` and `group` terms\n        val groupedTerms =\n          if (group.nonEmpty && fieldNames.contains(group.get)) {\n            val pairFreqs = scala.collection.mutable.HashMap[(String, String), Long]()\n\n            \/\/ this is O(awful) but will only be costly when (max - min) is large\n            val pairs = for {\n              (term1, _) <- sliced\n              odinsonQuery = extractorEngine.compiler.mkQuery(s\"\"\"(?<term> [$field=\"$term1\"])\"\"\")\n              results = extractorEngine.query(odinsonQuery)\n              scoreDoc <- results.scoreDocs\n              eachMatch <- scoreDoc.matches\n              term2 = extractorEngine.getTokensForSpan(scoreDoc.doc, eachMatch, group.get).head\n            } yield (term1, term2)\n            \/\/ count instances of this pair of terms from `field` and `group`, respectively\n            pairs.groupBy(identity).mapValues(_.size.toLong).toIndexedSeq\n          } else sliced\n\n        \/\/ order again if there's a secondary grouping variable\n        val reordered = groupedTerms.sortBy { case (ser, conditionedFreq) =>\n          ser match {\n            case singleTerm: String =>\n              (sliced.indexOf((singleTerm, conditionedFreq)), -conditionedFreq)\n            case (term1: String, _: String) =>\n              \/\/ find the total frequency of the term (ignoring group condition)\n              val totalFreq = sliced.find { _._1 == term1 }.get._2\n              (sliced.indexOf((term1, totalFreq)), -conditionedFreq)\n          }\n        }\n\n        \/\/ transform the frequencies as requested, preserving order\n        val scaled = scale match {\n          case Some(\"log10\") => reordered map { case (term, freq) => (term, log10(freq)) }\n          case Some(\"percent\") =>\n            val countTotal = terms.getSumTotalTermFreq\n            reordered map { case (term, freq) => (term, freq.toDouble \/ countTotal) }\n          case _ => reordered.map { case (term, freq) => (term, freq.toDouble) }\n        }\n\n        \/\/ rearrange data into a Seq of Maps for Jsonization\n        val jsonObjs = scaled.map { case (termGroup, freq) =>\n          termGroup match {\n            case singleTerm: String =>\n              Json.obj(\"term\" -> singleTerm.asInstanceOf[String], \"frequency\" -> freq)\n            case (term1: String, term2: String) =>\n              Json.obj(\"term\" -> term1, \"group\" -> term2, \"frequency\" -> freq)\n          }\n        }\n\n        Json.arr(jsonObjs).format(pretty)\n      } else {\n        \/\/ the requested field isn't in this index\n        Json.obj().format(pretty)\n      }\n    }\n  }\n\n  case class RuleFreqRequest(\n    grammar: String,\n    parentQuery: Option[String] = None,\n    allowTriggerOverlaps: Option[Boolean] = None,\n    \/\/ group: Option[String] = None,\n    filter: Option[String] = None,\n    order: Option[String] = None,\n    min: Option[Int] = None,\n    max: Option[Int] = None,\n    scale: Option[String] = None,\n    reverse: Option[Boolean] = None,\n    pretty: Option[Boolean] = None\n  )\n\n  object RuleFreqRequest {\n    implicit val fmt: OFormat[RuleFreqRequest] = Json.format[RuleFreqRequest]\n    implicit val read: Reads[RuleFreqRequest] = Json.reads[RuleFreqRequest]\n  }\n\n  \/** Count how many times each rule matches from the active grammar on the active dataset.\n    * @param grammar An Odinson grammar.\n    * @param parentQuery A Lucene query to filter documents (optional).\n    * @param allowTriggerOverlaps Whether or not event arguments are permitted to overlap with the event's trigger.\n    * @param filter Optional regular expression filter for the rule name.\n    * @param order \"freq\" for greatest-to least frequency (default), \"alpha\" for alphanumeric order.\n    * @param min Highest rank to return (0 is highest possible value).\n    * @param max Lowest rank to return (e.g., 9).\n    * @param scale \"count\" for raw frequencies (default), \"log10\" for log-transform, \"percent\" for percent of total.\n    * @param reverse Whether to reverse the order before slicing between `min` and `max` (default false).\n    * @param pretty Whether to pretty-print the JSON results.\n    * @return JSON frequency table as an array of objects.\n    *\/\n  def ruleFreq() = Action { request =>\n    val extractorEngine: ExtractorEngine = newEngine()\n    val ruleFreqRequest = request.body.asJson.get.as[RuleFreqRequest]\n    \/\/println(s\"GrammarRequest: ${gr}\")\n    val grammar = ruleFreqRequest.grammar\n    val parentQuery = ruleFreqRequest.parentQuery\n    val allowTriggerOverlaps = ruleFreqRequest.allowTriggerOverlaps.getOrElse(false)\n    \/\/ TODO: Allow grouping factor: \"ruleType\" (basic or event), \"accuracy\" (wrong or right), others?\n    \/\/ val group = gr.group\n    val filter = ruleFreqRequest.filter\n    val order = ruleFreqRequest.order\n    val min = ruleFreqRequest.min\n    val max = ruleFreqRequest.max\n    val scale = ruleFreqRequest.scale\n    val reverse = ruleFreqRequest.reverse\n    val pretty = ruleFreqRequest.pretty\n    try {\n      \/\/ rules -> OdinsonQuery\n      val baseExtractors = extractorEngine.ruleReader.compileRuleString(grammar)\n      val composedExtractors = parentQuery match {\n        case Some(pq) =>\n          val cpq = extractorEngine.compiler.mkParentQuery(pq)\n          baseExtractors.map(be => be.copy(query = extractorEngine.compiler.mkQuery(be.query, cpq)))\n        case None => baseExtractors\n      }\n\n      val mentions: Seq[Mention] = {\n        val iterator = extractorEngine.extractMentions(\n          composedExtractors,\n          numSentences = extractorEngine.numDocs(),\n          allowTriggerOverlaps = allowTriggerOverlaps,\n          disableMatchSelector = false\n        )\n        iterator.toVector\n      }\n\n      val ruleFreqs = mentions\n        \/\/ rule name is all that matters\n        .map(_.foundBy)\n        \/\/ collect the instances of each rule's results\n        .groupBy(identity)\n        \/\/ filter the rules by name, if a filter was passed\n        .filter { case (ruleName, ms) => isMatch(ruleName, filter) }\n        \/\/ count how many matches for each rule\n        .map { case (k, v) => k -> v.length }\n        .toSeq\n\n      \/\/ order the resulting frequencies as requested\n      val ordered = order match {\n        \/\/ alphabetical\n        case Some(\"alpha\") => ruleFreqs.sortBy { case (ruleName, _) => ruleName }\n        \/\/ frequency\n        case _ => ruleFreqs.sortBy { case (ruleName, freq) => (-freq, ruleName) }\n      }\n\n      \/\/ reverse if necessary\n      val reversed = reverse match {\n        case Some(true) => ordered.reverse\n        case _          => ordered\n      }\n\n      val countTotal = reversed.map(_._2).sum\n\n      \/\/ cutoff the results to the requested ranks\n      val defaultMin = 0\n      val defaultMax = 9\n      val sliced =\n        reversed.slice(min.getOrElse(defaultMin), max.getOrElse(defaultMax) + 1).toIndexedSeq\n\n      \/\/ transform the frequencies as requested, preserving order\n      val scaled = scale match {\n        case Some(\"log10\") => sliced map { case (rule, freq) => (rule, log10(freq)) }\n        case Some(\"percent\") =>\n          sliced map { case (rule, freq) => (rule, freq.toDouble \/ countTotal) }\n        case _ => sliced.map { case (rule, freq) => (rule, freq.toDouble) }\n      }\n\n      \/\/ rearrange data into a Seq of Maps for Jsonization\n      val jsonObjs = scaled.map { case (ruleName, freq) =>\n        Json.obj(\"term\" -> ruleName, \"frequency\" -> freq)\n      }\n\n      Json.arr(jsonObjs).format(pretty)\n    } catch {\n      case NonFatal(e) =>\n        val stackTrace = ExceptionUtils.getStackTrace(e)\n        val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n        Status(400)(json)\n    }\n  }\n\n  \/** Return `nBins` quantile boundaries for `data`. Each bin will have equal probability.\n    * @param data The data to be binned.\n    * @param nBins The number of quantiles (e.g. 4 for quartiles).\n    * @param isContinuous True if the data is continuous (if it has been log10ed, for example)\n    * @return A sequence of quantile boundaries which should be inclusive of all data.\n    *\/\n  def quantiles(data: Array[Double], nBins: Int, isContinuous: Option[Boolean]): Seq[Double] = {\n    val sortedData = data.sorted\n    \/\/ quantile boundaries expressed as percentiles\n    val percentiles = (0 to nBins) map (_.toDouble \/ nBins)\n\n    val bounds = percentiles.foldLeft(List.empty[Double])((res, percentile) => {\n      \/\/ approximate index of this percentile\n      val i = percentile * (sortedData.length - 1)\n      \/\/ interpolate between the two values of `data` that `i` falls between\n      val lowerBound = floor(i).toInt\n      val upperBound = ceil(i).toInt\n      val fractionalPart = i - lowerBound\n      val interpolation = sortedData(lowerBound) * (1 - fractionalPart) +\n        sortedData(upperBound) * fractionalPart\n      \/\/ if data is count data, the boundaries should be on whole numbers\n      val toAdd = isContinuous match {\n        case Some(true) => interpolation\n        case _          => round(interpolation).toDouble\n      }\n      \/\/ ensure that boundaries have a reasonable width to mitigate floating point errors\n      \/\/ ensure no width-zero bins\n      if (toAdd - res.headOption.getOrElse(-1.0) > 1e-12) {\n        toAdd :: res\n      } else {\n        res\n      }\n    })\n\n    bounds.reverse\n  }\n\n  \/** Count the instances of @data that fall within each consecutive pair of bounds (lower-bound inclusive).\n    * @param data The count\/frequency data to be analyzed.\n    * @param bounds The boundaries that define the bins used for histogram summaries.\n    * @return The counts of `data` that fall into each bin.\n    *\/\n  def histify(data: List[Double], bounds: List[Double]): List[Long] = {\n    @tailrec\n    def iter(data: List[Double], bounds: List[Double], result: List[Long]): List[Long] =\n      bounds match {\n        \/\/ empty list can't be counted\n        case Nil => Nil\n        \/\/ the last item in the list -- all remaining data fall into the last bin\n        case head :: Nil => data.size :: result\n        \/\/ shave off the unallocated datapoints that fall under this boundary cutoff and count them\n        case head :: tail =>\n          val (leftward, rightward) = data.partition(_ < head)\n          iter(rightward, tail, leftward.size :: result)\n      }\n\n    iter(data, bounds, List.empty[Long]).reverse\n  }\n\n  \/\/ helper function\n  private def processCounts(\n    frequencies: List[Double],\n    bins: Option[Int],\n    equalProbability: Option[Boolean],\n    xLogScale: Option[Boolean]\n  ): Seq[JsObject] = {\n    \/\/ log10-transform the counts\n    val scaledFreqs = xLogScale match {\n      case Some(true) => frequencies.map(log10)\n      case _          => frequencies\n    }\n\n    val nBins: Int =\n      if (bins.getOrElse(-1) > 0) {\n        \/\/ user-provided bin count\n        bins.get\n      } else if (equalProbability.getOrElse(false)) {\n        \/\/ more bins for equal probability graph\n        ceil(2.0 * pow(scaledFreqs.length, 0.4)).toInt\n      } else {\n        \/\/ Rice rule\n        ceil(2.0 * cbrt(scaledFreqs.length)).toInt\n      }\n\n    val (max, min) = (scaledFreqs.max, scaledFreqs.min)\n\n    \/\/ the boundaries of every bin (of length nBins + 1)\n    val allBounds = equalProbability match {\n      case Some(true) =>\n        \/\/ use quantiles to equalize the probability of each bin\n        quantiles(scaledFreqs.toArray, nBins, isContinuous = xLogScale)\n\n      case _ =>\n        \/\/ use an invariant bin width\n        val rawBinWidth = (max - min) \/ nBins.toDouble\n        val binWidth = if (xLogScale.getOrElse(false)) rawBinWidth else round(rawBinWidth)\n        (0 until nBins).foldLeft(List(min.toDouble))((res, i) =>\n          (binWidth + res.head) :: res\n        ).reverse\n    }\n\n    \/\/ right-inclusive bounds (for counting bins)\n    val rightBounds = allBounds.tail.toList \/\/ map (_ + epsilon)\n\n    \/\/ number of each count falling into this bin\n    val binCounts = histify(scaledFreqs, rightBounds)\n    val totalCount = binCounts.sum.toDouble\n\n    \/\/ unify allBounds and binCounts to generate one JSON object per bin\n    for (i <- allBounds.init.indices) yield {\n      val width = allBounds(i + 1) - allBounds(i)\n      val x = allBounds(i)\n      val y = equalProbability match {\n        case Some(true) =>\n          \/\/ bar AREA (not height) should be proportional to the count for this bin\n          \/\/ thus it is density rather than probability or count\n          if (totalCount > 0 & width > 0) binCounts(i) \/ totalCount \/ width else 0.0\n        case _ =>\n          \/\/ report the actual count (can be scaled by UI)\n          binCounts(i).toDouble\n      }\n      Json.obj(\n        \"w\" -> width,\n        \"x\" -> x,\n        \"y\" -> y\n      )\n    }\n  }\n\n  \/** Return coordinates defining a histogram of counts\/frequencies for a given field.\n    * @param field The field to analyze, e.g. lemma.\n    * @param bins The number of bins to use for data partitioning (optional).\n    * @param equalProbability Use variable-width bins to equalize the probability of each bin (optional).\n    * @param xLogScale `log10`-transform the counts of each term (optional).\n    * @param pretty Whether to pretty-print the JSON returned by the function.\n    * @return A JSON array of each bin, defined by width, lower bound (inclusive), and frequency.\n    *\/\n  def termHist(\n    field: String,\n    bins: Option[Int],\n    equalProbability: Option[Boolean],\n    xLogScale: Option[Boolean],\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      val extractorEngine: ExtractorEngine = newEngine()\n      \/\/ ensure that the requested field exists in the index\n      val fields = MultiFields.getFields(extractorEngine.indexReader)\n      val fieldNames = fields.iterator.asScala.toList\n      \/\/ if the field exists, find the frequencies of each term\n      if (fieldNames contains field) {\n        \/\/ find the frequency of all terms in this field\n        val terms = fields.terms(field)\n        val termsEnum = terms.iterator()\n        val termFreqs = scala.collection.mutable.HashMap[String, Long]()\n        while (termsEnum.next() != null) {\n          val term = termsEnum.term.utf8ToString\n          termFreqs.update(term, termsEnum.totalTermFreq)\n        }\n        val frequencies = termFreqs.values.toList.map(_.toDouble)\n\n        val jsonObjs = processCounts(frequencies, bins, equalProbability, xLogScale)\n\n        Json.arr(jsonObjs).format(pretty)\n      } else {\n        \/\/ the requested field isn't in this index\n        Json.obj().format(pretty)\n      }\n    }\n  }\n\n  case class RuleHistRequest(\n    grammar: String,\n    parentQuery: Option[String] = None,\n    allowTriggerOverlaps: Option[Boolean] = None,\n    bins: Option[Int],\n    equalProbability: Option[Boolean],\n    xLogScale: Option[Boolean],\n    pretty: Option[Boolean]\n  )\n\n  object RuleHistRequest {\n    implicit val fmt: OFormat[RuleHistRequest] = Json.format[RuleHistRequest]\n    implicit val read: Reads[RuleHistRequest] = Json.reads[RuleHistRequest]\n  }\n\n  \/** Return coordinates defining a histogram of counts\/frequencies of matches of each rule.\n    * @param grammar An Odinson grammar.\n    * @param parentQuery A Lucene query to filter documents (optional).\n    * @param allowTriggerOverlaps Whether or not event arguments are permitted to overlap with the event's trigger.\n    * @param bins Number of bins to cut the rule counts into.\n    * @param equalProbability Whether to make bin widths variable to make them equally probable.\n    * @param xLogScale `log10`-transform the counts of each rule (optional).\n    * @param pretty Whether to pretty-print the JSON returned by the function.\n    * @return A JSON array of each bin, defined by width, lower bound (inclusive), and frequency.\n    *\/\n  def ruleHist() = Action { request =>\n    val extractorEngine: ExtractorEngine = newEngine()\n    val ruleHistRequest = request.body.asJson.get.as[RuleHistRequest]\n    val grammar = ruleHistRequest.grammar\n    val parentQuery = ruleHistRequest.parentQuery\n    val allowTriggerOverlaps = ruleHistRequest.allowTriggerOverlaps.getOrElse(false)\n    val bins = ruleHistRequest.bins\n    val equalProbability = ruleHistRequest.equalProbability\n    val xLogScale = ruleHistRequest.xLogScale\n    val pretty = ruleHistRequest.pretty\n    try {\n      \/\/ rules -> OdinsonQuery\n      val baseExtractors = extractorEngine.ruleReader.compileRuleString(grammar)\n      val composedExtractors = parentQuery match {\n        case Some(pq) =>\n          val cpq = extractorEngine.compiler.mkParentQuery(pq)\n          baseExtractors.map(be => be.copy(query = extractorEngine.compiler.mkQuery(be.query, cpq)))\n        case None => baseExtractors\n      }\n\n      val mentions: Seq[Mention] = {\n        val iterator = extractorEngine.extractMentions(\n          composedExtractors,\n          numSentences = extractorEngine.numDocs(),\n          allowTriggerOverlaps = allowTriggerOverlaps,\n          disableMatchSelector = false\n        )\n        iterator.toVector\n      }\n\n      val frequencies = mentions\n        \/\/ rule name is all that matters\n        .map(_.foundBy)\n        \/\/ collect the instances of each rule's results\n        .groupBy(identity)\n        \/\/ filter the rules by name, if a filter was passed\n        \/\/ .filter{ case (ruleName, ms) => isMatch(ruleName, filter) }\n        \/\/ count how many matches for each rule\n        .map { case (k, v) => v.length.toDouble }\n        .toList\n\n      val jsonObjs = processCounts(frequencies, bins, equalProbability, xLogScale)\n\n      Json.arr(jsonObjs).format(pretty)\n    } catch {\n      case NonFatal(e) =>\n        val stackTrace = ExceptionUtils.getStackTrace(e)\n        val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n        Status(400)(json)\n    }\n  }\n\n  \/** Information about the current corpus. <br>\n    * Directory name, num docs, num dependency types, etc.\n    *\/\n  def corpusInfo(pretty: Option[Boolean]) = Action.async {\n    Future {\n      val extractorEngine: ExtractorEngine = newEngine()\n      val numDocs = extractorEngine.indexReader.numDocs\n      val corpusDir = config[File](\"odinson.indexDir\").getName\n      val depsVocabSize = {\n        loadVocabulary.terms.toSet.size\n      }\n      val fields = MultiFields.getFields(extractorEngine.indexReader)\n      val fieldNames = fields.iterator.asScala.toList\n      val json = Json.obj(\n        \"numDocs\" -> numDocs,\n        \"corpus\" -> corpusDir,\n        \"distinctDependencyRelations\" -> depsVocabSize,\n        \"fields\" -> fieldNames\n      )\n      json.format(pretty)\n    }\n  }\n\n  def getDocId(luceneDocId: Int): String = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    val doc: LuceneDocument = extractorEngine.indexReader.document(luceneDocId)\n    doc.getValues(DOC_ID_FIELD).head\n  }\n\n  def getSentenceIndex(luceneDocId: Int): Int = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    val doc = extractorEngine.indexReader.document(luceneDocId)\n    \/\/ FIXME: this isn't safe\n    doc.getValues(SENTENCE_ID_FIELD).head.toInt\n  }\n\n  def loadVocabulary: Vocabulary = {\n    val indexPath = config[Path](\"odinson.indexDir\")\n    val indexDir = FSDirectory.open(indexPath)\n    Vocabulary.fromDirectory(indexDir)\n  }\n\n  \/** Retrieves vocabulary of dependencies for the current index.\n    *\/\n  def dependenciesVocabulary(pretty: Option[Boolean]) = Action.async {\n    Future {\n      \/\/ NOTE: It's possible the vocabulary could change if the index is updated\n      val vocabulary = loadVocabulary\n      val vocab = vocabulary.terms.toList.sorted\n      val json = Json.toJson(vocab)\n      json.format(pretty)\n    }\n  }\n\n  \/** Retrieves JSON for given sentence ID. <br>\n    * Used to visualize parse and token attributes.\n    *\/\n  def sentenceJsonForSentId(sentenceId: Int, pretty: Option[Boolean]) = Action.async {\n    Future {\n      \/\/ ensure doc id is correct\n      val json = mkAbridgedSentence(sentenceId)\n      json.format(pretty)\n    }\n  }\n\n  \/** Stores query results in state.\n    *\n    * @param extractorEngine An extractor whose state should be altered.\n    * @param odinsonQuery An Odinson pattern.\n    * @param parentQuery A Lucene query to filter documents (optional).\n    * @param label The label to use when committing matches.\n    *\/\n  def commitResults(\n    extractorEngine: ExtractorEngine,\n    odinsonQuery: String,\n    parentQuery: Option[String],\n    label: String = \"Mention\"\n  ): Unit = {\n    val results = parentQuery match {\n      case None =>\n        val q = extractorEngine.compiler.mkQuery(odinsonQuery)\n        extractorEngine.query(q)\n      case Some(filter) =>\n        val q = extractorEngine.compiler.mkQuery(odinsonQuery, filter)\n        extractorEngine.query(q)\n    }\n  }\n\n  \/** Queries the index.\n    *\n    * @param odisonQuery An OdinsonQuery\n    * @param prevDoc The last Document ID seen on the previous page of results (required if retrieving page 2+).\n    * @param prevScore The score of the last Document see on the previous page (required if retrieving page 2+).\n    * @return JSON of matches\n    *\/\n  def retrieveResults(\n    odinsonQuery: OdinsonQuery,\n    prevDoc: Option[Int],\n    prevScore: Option[Float]\n  ): OdinResults = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    (prevDoc, prevScore) match {\n      case (Some(doc), Some(score)) =>\n        val osd = new OdinsonScoreDoc(doc, score)\n        extractorEngine.query(odinsonQuery, pageSize, osd)\n      case _ =>\n        extractorEngine.query(odinsonQuery, pageSize)\n    }\n  }\n\n  case class GrammarRequest(\n    grammar: String,\n    parentQuery: Option[String] = None,\n    pageSize: Option[Int] = None,\n    allowTriggerOverlaps: Option[Boolean] = None,\n    pretty: Option[Boolean] = None\n  )\n\n  object GrammarRequest {\n    implicit val fmt: OFormat[GrammarRequest] = Json.format[GrammarRequest]\n    implicit val read: Reads[GrammarRequest] = Json.reads[GrammarRequest]\n  }\n\n  \/** Executes the provided Odinson grammar.\n    *\n    * @param grammar An Odinson grammar\n    * @param parentQuery A Lucene query to filter documents (optional).\n    * @param pageSize The maximum number of sentences to execute the rules against.\n    * @param allowTriggerOverlaps Whether or not event arguments are permitted to overlap with the event's trigger.\n    * @return JSON of matches\n    *\/\n  def executeGrammar() = Action { request =>\n    \/\/println(s\"body: ${request.body}\")\n    \/\/val json: JsValue = request.body.asJson.get\n    val extractorEngine: ExtractorEngine = newEngine()\n    \/\/ FIXME: replace .get with validation check\n    val gr = request.body.asJson.get.as[GrammarRequest]\n    \/\/println(s\"GrammarRequest: ${gr}\")\n    val grammar = gr.grammar\n    val parentQuery = gr.parentQuery\n    val pageSize = gr.pageSize\n    val allowTriggerOverlaps = gr.allowTriggerOverlaps.getOrElse(false)\n    val pretty = gr.pretty\n    try {\n      \/\/ rules -> OdinsonQuery\n      val baseExtractors = extractorEngine.ruleReader.compileRuleString(grammar)\n      val composedExtractors = parentQuery match {\n        case Some(pq) =>\n          val cpq = extractorEngine.compiler.mkParentQuery(pq)\n          baseExtractors.map(be => be.copy(query = extractorEngine.compiler.mkQuery(be.query, cpq)))\n        case None => baseExtractors\n      }\n      val start = System.currentTimeMillis()\n\n      val maxSentences: Int = pageSize match {\n        case Some(ps) => ps\n        case None     => extractorEngine.numDocs()\n      }\n\n      val mentions: Seq[Mention] = {\n        \/\/ FIXME: should deal in iterators to allow for, e.g., pagination...?\n        val iterator = extractorEngine.extractMentions(\n          composedExtractors,\n          numSentences = maxSentences,\n          allowTriggerOverlaps = allowTriggerOverlaps,\n          disableMatchSelector = false\n        )\n        iterator.toVector\n      }\n\n      val duration = (System.currentTimeMillis() - start) \/ 1000f \/\/ duration in seconds\n\n      val json = Json.toJson(mkJson(parentQuery, duration, allowTriggerOverlaps, mentions))\n      json.format(pretty)\n    } catch {\n      case NonFatal(e) =>\n        val stackTrace = ExceptionUtils.getStackTrace(e)\n        val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n        Status(400)(json)\n    }\n  }\n\n  \/** @param odinsonQuery An Odinson pattern\n    * @param parentQuery A Lucene query to filter documents (optional).\n    * @param label The label to use when committing matches to the state.\n    * @param commit Whether or not results should be committed to the state.\n    * @param prevDoc The last Document ID seen on the previous page of results (required if retrieving page 2+).\n    * @param prevScore The score of the last Document see on the previous page (required if retrieving page 2+).\n    * @return JSON of matches\n    *\/\n  def runQuery(\n    odinsonQuery: String,\n    parentQuery: Option[String],\n    label: Option[String], \/\/ FIXME: in the future, this will be decided in the grammar\n    commit: Option[Boolean], \/\/ FIXME: in the future, this will be decided in the grammar\n    prevDoc: Option[Int],\n    prevScore: Option[Float],\n    enriched: Boolean,\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      try {\n        val extractorEngine: ExtractorEngine = newEngine()\n\n        val oq = parentQuery match {\n          case Some(pq) =>\n            extractorEngine.compiler.mkQuery(odinsonQuery, pq)\n          case None =>\n            extractorEngine.compiler.mkQuery(odinsonQuery)\n        }\n        val start = System.currentTimeMillis()\n        val results: OdinResults = retrieveResults(oq, prevDoc, prevScore)\n        val duration = (System.currentTimeMillis() - start) \/ 1000f \/\/ duration in seconds\n\n        \/\/ should the results be added to the state?\n        if (commit.getOrElse(false)) {\n          \/\/ FIXME: can this be processed in the background?\n          commitResults(\n            extractorEngine = extractorEngine,\n            odinsonQuery = odinsonQuery,\n            parentQuery = parentQuery,\n            label = label.getOrElse(\"Mention\")\n          )\n        }\n\n        val json = Json.toJson(mkJson(odinsonQuery, parentQuery, duration, results, enriched))\n        json.format(pretty)\n      } catch {\n        case NonFatal(e) =>\n          val stackTrace = ExceptionUtils.getStackTrace(e)\n          val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n          Status(400)(json)\n      }\n    }\n  }\n\n  def getMetadataJsonByDocumentId(\n    documentId: String,\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      try {\n        val od: OdinsonDocument = loadParentDocByDocumentId(documentId)\n        val json: JsValue = Json.parse(od.toJson)(\"metadata\")\n        json.format(pretty)\n      } catch {\n        case NonFatal(e) =>\n          val stackTrace = ExceptionUtils.getStackTrace(e)\n          val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n          Status(400)(json)\n      }\n    }\n  }\n\n  def getMetadataJsonBySentenceId(\n    sentenceId: Int,\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      try {\n        val extractorEngine: ExtractorEngine = newEngine()\n        val luceneDoc: LuceneDocument = extractorEngine.indexReader.document(sentenceId)\n        val documentId = luceneDoc.getValues(DOC_ID_FIELD).head\n        val od: OdinsonDocument = loadParentDocByDocumentId(documentId)\n        val json: JsValue = Json.parse(od.toJson)(\"metadata\")\n        json.format(pretty)\n      } catch {\n        case NonFatal(e) =>\n          val stackTrace = ExceptionUtils.getStackTrace(e)\n          val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n          Status(400)(json)\n      }\n    }\n  }\n\n  def getParentDocJsonBySentenceId(\n    sentenceId: Int,\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      try {\n        val extractorEngine: ExtractorEngine = newEngine()\n        val luceneDoc: LuceneDocument = extractorEngine.indexReader.document(sentenceId)\n        val documentId = luceneDoc.getValues(DOC_ID_FIELD).head\n        val od: OdinsonDocument = loadParentDocByDocumentId(documentId)\n        val json: JsValue = Json.parse(od.toJson)\n        json.format(pretty)\n      } catch {\n        case NonFatal(e) =>\n          val stackTrace = ExceptionUtils.getStackTrace(e)\n          val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n          Status(400)(json)\n      }\n    }\n  }\n\n  def getParentDocJsonByDocumentId(\n    documentId: String,\n    pretty: Option[Boolean]\n  ) = Action.async {\n    Future {\n      try {\n        val odinsonDoc = loadParentDocByDocumentId(documentId)\n        val json: JsValue = Json.parse(odinsonDoc.toJson)\n        json.format(pretty)\n      } catch {\n        case NonFatal(e) =>\n          val stackTrace = ExceptionUtils.getStackTrace(e)\n          val json = Json.toJson(Json.obj(\"error\" -> stackTrace))\n          Status(400)(json)\n      }\n    }\n  }\n\n  def mkJson(\n    odinsonQuery: String,\n    parentQuery: Option[String],\n    duration: Float,\n    results: OdinResults,\n    enriched: Boolean\n  ): JsValue = {\n\n    val scoreDocs: JsValue = enriched match {\n      case true  => Json.arr(results.scoreDocs.map(mkJsonWithEnrichedResponse): _*)\n      case false => Json.arr(results.scoreDocs.map(mkJson): _*)\n    }\n\n    Json.obj(\n      \"odinsonQuery\" -> odinsonQuery,\n      \"parentQuery\" -> parentQuery,\n      \"duration\" -> duration,\n      \"totalHits\" -> results.totalHits,\n      \"scoreDocs\" -> scoreDocs\n    )\n  }\n\n  \/** Process results from executeGrammar *\/\n  def mkJson(\n    parentQuery: Option[String],\n    duration: Float,\n    allowTriggerOverlaps: Boolean,\n    mentions: Seq[Mention]\n  ): JsValue = {\n\n    val mentionsJson: JsValue = Json.arr(mentions.map(mkJson): _*)\n\n    Json.obj(\n      \"parentQuery\" -> parentQuery,\n      \"duration\" -> duration,\n      \"allowTriggerOverlaps\" -> allowTriggerOverlaps,\n      \"mentions\" -> mentionsJson\n    )\n  }\n\n  def mkJson(mention: Mention): Json.JsValueWrapper = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    \/\/val doc: LuceneDocument = extractorEngine.indexSearcher.doc(mention.luceneDocId)\n    \/\/ We want **all** tokens for the sentence\n    val tokens = extractorEngine.getTokens(mention.luceneDocId, WORD_TOKEN_FIELD)\n    \/\/ odinsonMatch: OdinsonMatch,\n    Json.obj(\n      \"sentenceId\" -> mention.luceneDocId,\n      \/\/ \"score\"         -> odinsonScoreDoc.score,\n      \"label\" -> mention.label,\n      \"documentId\" -> getDocId(mention.luceneDocId),\n      \"sentenceIndex\" -> getSentenceIndex(mention.luceneDocId),\n      \"words\" -> JsArray(tokens.map(JsString)),\n      \"foundBy\" -> mention.foundBy,\n      \"match\" -> Json.arr(mkJson(mention.odinsonMatch))\n    )\n  }\n\n  def mkJson(odinsonScoreDoc: OdinsonScoreDoc): Json.JsValueWrapper = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    \/\/val doc = extractorEngine.indexSearcher.doc(odinsonScoreDoc.doc)\n    \/\/ we want **all** tokens for the sentence\n    val tokens = extractorEngine.getTokens(odinsonScoreDoc.doc, WORD_TOKEN_FIELD)\n    Json.obj(\n      \"sentenceId\" -> odinsonScoreDoc.doc,\n      \"score\" -> odinsonScoreDoc.score,\n      \"documentId\" -> getDocId(odinsonScoreDoc.doc),\n      \"sentenceIndex\" -> getSentenceIndex(odinsonScoreDoc.doc),\n      \"words\" -> JsArray(tokens.map(JsString)),\n      \"matches\" -> Json.arr(odinsonScoreDoc.matches.map(mkJson): _*)\n    )\n  }\n\n  def mkJson(m: OdinsonMatch): Json.JsValueWrapper = {\n    Json.obj(\n      \"span\" -> Json.obj(\"start\" -> m.start, \"end\" -> m.end),\n      \"captures\" -> Json.arr(m.namedCaptures.map(mkJson): _*)\n    )\n  }\n\n  def mkJson(namedCapture: NamedCapture): Json.JsValueWrapper = {\n    Json.obj(namedCapture.name -> mkJson(namedCapture.capturedMatch))\n  }\n\n  def mkJsonWithEnrichedResponse(odinsonScoreDoc: OdinsonScoreDoc): Json.JsValueWrapper = {\n    Json.obj(\n      \"sentenceId\" -> odinsonScoreDoc.doc,\n      \"score\" -> odinsonScoreDoc.score,\n      \"documentId\" -> getDocId(odinsonScoreDoc.doc),\n      \"sentenceIndex\" -> getSentenceIndex(odinsonScoreDoc.doc),\n      \"sentence\" -> mkAbridgedSentence(odinsonScoreDoc.doc),\n      \"matches\" -> Json.arr(odinsonScoreDoc.matches.map(mkJson): _*)\n    )\n  }\n\n  def loadParentDocByDocumentId(documentId: String): OdinsonDocument = {\n    val extractorEngine: ExtractorEngine = newEngine()\n    \/\/val doc = extractorEngine.indexSearcher.doc(odinsonScoreDoc.doc)\n    \/\/val fileName = doc.getField(fileName).stringValue\n    \/\/ lucene doc containing metadata\n    val parentDoc: LuceneDocument = extractorEngine.getParentDoc(documentId)\n    val odinsonDocFile = new File(docsDir, parentDoc.getField(\"fileName\").stringValue)\n    OdinsonDocument.fromJson(odinsonDocFile)\n  }\n\n  def retrieveSentenceJson(documentId: String, sentenceIndex: Int): JsValue = {\n    val odinsonDoc: OdinsonDocument = loadParentDocByDocumentId(documentId)\n    val docJson: JsValue = Json.parse(odinsonDoc.toJson)\n    (docJson \\ \"sentences\")(sentenceIndex)\n  }\n\n  def mkAbridgedSentence(sentenceId: Int): JsValue = {\n    val sentenceIndex = getSentenceIndex(sentenceId)\n    val documentId = getDocId(sentenceId)\n    val unabridgedJson = retrieveSentenceJson(documentId, sentenceIndex)\n    unabridgedJson\n    \/\/unabridgedJson.as[JsObject] - \"startOffsets\" - \"endOffsets\" - \"raw\"\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/state\/MemoryState.scala","text":"package ai.lum.odinson.state\n\nimport java.io.File\nimport scala.collection.mutable\nimport ai.lum.common.ConfigUtils._\nimport ai.lum.odinson._\nimport ai.lum.odinson.Mention\nimport ai.lum.odinson.StateMatch\nimport com.typesafe.config.Config\n\n\/\/ This version of MemoryState differs from most versions of State in that it does not need to\n\/\/ serialize the OdinsonMatches and then deserialize them as StateMatches.  This version keeps\n\/\/ the matches just as they are.  This might cause behavior changes in clients.  Beware!\nclass MemoryState(val persistOnClose: Boolean, val outfile: Option[File] = None) extends State {\n  import MemoryState._\n\n  if (persistOnClose) require(outfile.isDefined)\n\n  implicit val resultItemOrdering: MemoryState.MentionOrdering.type = MemoryState.MentionOrdering\n\n  protected val baseIdLabelToMentions: mutable.Map[BaseIdLabel, mutable.SortedSet[Mention]] =\n    mutable.Map.empty\n\n  protected val baseLabelToIds: mutable.Map[BaseLabel, mutable.SortedSet[Int]] = mutable.Map.empty\n\n  protected def addMention(mention: Mention): Unit = {\n    val baseIdLabel = BaseIdLabel(\n      mention.luceneSegmentDocBase,\n      mention.luceneSegmentDocId,\n      mention.label.getOrElse(\"\")\n    )\n    val mentions =\n      baseIdLabelToMentions.getOrElseUpdate(baseIdLabel, mutable.SortedSet.empty[Mention])\n\n    mentions.add(mention)\n\n    val baseLabel = BaseLabel(mention.luceneSegmentDocBase, mention.label.getOrElse(\"\"))\n    val ids = baseLabelToIds.getOrElseUpdate(baseLabel, mutable.SortedSet.empty[Int])\n\n    ids.add(mention.luceneSegmentDocId)\n  }\n\n  override def addMentions(mentions: Iterator[Mention]): Unit = {\n    mentions.foreach(addMention)\n  }\n\n  override def getDocIds(docBase: Int, label: String): Array[Int] = {\n    val baseLabel = BaseLabel(docBase, label)\n    val idsOpt: Option[mutable.SortedSet[Int]] = baseLabelToIds.get(baseLabel)\n    val ids: Array[Int] = idsOpt.map(_.toArray).getOrElse(Array.empty)\n\n    ids\n  }\n\n  def getMention(\n    docBase: Int,\n    docId: Int,\n    label: Option[String],\n    odinsonMatch: OdinsonMatch\n  ): Option[Mention] = {\n    if (label.isEmpty) None\n    else getMention(docBase, docId, label.get, odinsonMatch)\n  }\n\n  def getMention(\n    docBase: Int,\n    docId: Int,\n    label: String,\n    odinsonMatch: OdinsonMatch\n  ): Option[Mention] = {\n    val candidates = getMentions(docBase, docId, label)\n    var i = 0\n    while (i < candidates.length) {\n      if (candidates(i).odinsonMatch == odinsonMatch) {\n        return Some(candidates(i))\n      }\n      i += 1\n    }\n    None\n  }\n\n  override def getMentions(docBase: Int, docId: Int, label: String): Array[Mention] = {\n    val baseIdLabel = BaseIdLabel(docBase, docId, label)\n    val mentionsOpt = baseIdLabelToMentions.get(baseIdLabel)\n    mentionsOpt.map(_.toArray).getOrElse(Array.empty)\n  }\n\n  override def getAllMentions(): Iterator[Mention] = {\n    baseIdLabelToMentions\n      .toIterator\n      .flatMap { case (_, mentionSet) => mentionSet.toIterator }\n  }\n\n  override def clear(): Unit = {\n    baseIdLabelToMentions.clear()\n    baseLabelToIds.clear()\n  }\n\n  override def close(): Unit = {\n    if (persistOnClose) dump(outfile.get)\n    clear()\n  }\n\n}\n\nobject MemoryState {\n  case class BaseIdLabel(docBase: Int, docId: Int, label: String)\n  case class BaseLabel(docBase: Int, label: String)\n\n  def apply(config: Config): MemoryState = {\n    val persistOnClose = config[Boolean](\"odinson.state.memory.persistOnClose\")\n    val saveTo = config.get[File](\"odinson.state.memory.stateDir\")\n    new MemoryState(persistOnClose, saveTo)\n  }\n\n  \/\/ This original implementation is thought to create too many objects.\n  \/\/ implicit val ordering: Ordering[ResultItem] = Ordering.by[ResultItem, (Int, Int)] { resultItem =>\n  \/\/   (resultItem.odinsonMatch.start, resultItem.odinsonMatch.end)\n  \/\/ }\n\n  \/\/ The compiler can't handle an implicit here.\n  object MentionOrdering extends Ordering[Mention] {\n\n    def compare(left: Mention, right: Mention): Int = {\n      right match {\n        case equal if left == right                                                  => 0\n        case earlierDoc if left.luceneDocId < right.luceneDocId                      => -1\n        case laterDoc if left.luceneDocId > right.luceneDocId                        => 1\n        case sameDocComesFirst if left.odinsonMatch.start < right.odinsonMatch.start => -1\n        case sameDocComesAfter if left.odinsonMatch.start > right.odinsonMatch.start => 1\n        case sameDocSameStart if left.odinsonMatch.start == right.odinsonMatch.start =>\n          val leftStart =\n            if (left.odinsonMatch.namedCaptures.isEmpty) left.odinsonMatch.start\n            else left.odinsonMatch.namedCaptures.map(_.capturedMatch.start).min\n          val rightStart =\n            if (right.odinsonMatch.namedCaptures.isEmpty) right.odinsonMatch.start\n            else right.odinsonMatch.namedCaptures.map(_.capturedMatch.start).min\n          if (leftStart < rightStart) -1\n          else if (rightStart < leftStart) 1\n          else 0\n        case _ => ???\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/state\/TestMockState.scala","text":"package ai.lum.odinson.state\n\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\n\nclass TestMockState extends OdinsonTest {\n\n  val docGummy = getDocument(\"becky-gummy-bears-v2\")\n\n  val eeGummy = extractorEngineWithSpecificState(docGummy, \"mock\")\n  val eeGummyMemory = extractorEngineWithSpecificState(docGummy, \"memory\")\n\n  \"MockState\" should \"return mentions\" in {\n    val rules = \"\"\"\n          |rules:\n          |  - name: gummy-rule\n          |    label: Gummy\n          |    type: basic\n          |    priority: 1\n          |    pattern: |\n          |      gummy\n          |\n          |  - name: eating-rule\n          |    label: Consumption\n          |    type: event\n          |    priority: 2\n          |    pattern: |\n          |      trigger = [lemma=eat]\n          |      subject: ^NP = >nsubj []\n          |      object: ^NP = >dobj []\n          |\n          |  - name: nomatch-rule\n          |    label: GummyBear\n          |    type: event\n          |    priority: 2\n          |    pattern: |\n          |      trigger = bears\n          |      arg: Gummy = >amod\n       \"\"\".stripMargin\n\n    val extractors = eeGummy.compileRuleString(rules)\n    val mentions = eeGummy.extractMentions(extractors).toArray\n\n    \/\/ \"gummy\" from first rule and the main event with both args in second\n    mentions should have size (4)\n\n    getMentionsWithLabel(mentions, \"GummyBear\") should have size (0)\n\n  }\n\n  \"MemoryState\" should \"return mentions\" in {\n    val rules = \"\"\"\n        |rules:\n        |  - name: gummy-rule\n        |    label: Bear\n        |    type: basic\n        |    priority: 1\n        |    pattern: |\n        |      gummy\n        |\n        |  - name: eating-rule\n        |    label: Consumption\n        |    type: event\n        |    priority: 2\n        |    pattern: |\n        |      trigger = [lemma=eat]\n        |      subject: ^NP = >nsubj []\n        |      object: ^NP = >dobj []\n        |\n        |  - name: nomatch-rule\n        |    label: Gummy\n        |    type: event\n        |    priority: 2\n        |    pattern: |\n        |      trigger = bears\n        |      arg: Bear = >amod\n       \"\"\".stripMargin\n\n    val extractors = eeGummyMemory.ruleReader.compileRuleString(rules)\n    val mentions = eeGummyMemory.extractMentions(extractors).toArray\n\n    \/\/ the 3 main extractions + 2 promoted args\n    mentions should have size (5)\n\n    getMentionsWithLabel(mentions, \"Gummy\") should have size (1)\n\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/foundations\/TestIndexWriter.scala","text":"<reponame>nezda\/odinson\npackage ai.lum.odinson.foundations\n\n\/\/ test imports\nimport java.nio.file.Files\n\nimport ai.lum.odinson._\nimport ai.lum.odinson.serialization.UnsafeSerializer\nimport ai.lum.odinson.utils.IndexSettings\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport com.typesafe.config.{ Config, ConfigValueFactory }\nimport org.apache.lucene.store.FSDirectory\n\/\/ lum imports\nimport ai.lum.odinson.OdinsonIndexWriter\n\/\/ file imports\nimport java.io.File\n\nimport scala.reflect.io.Directory\nimport scala.collection.JavaConverters._\n\nclass TestOdinsonIndexWriter extends OdinsonTest {\n  type Fixture = OdinsonIndexWriter\n\n  val tmpFolder: File = Files.createTempDirectory(\"odinson-test\").toFile()\n  val indexDir = new File(tmpFolder, \"index\")\n\n  val testConfig: Config = {\n    defaultConfig\n      \/\/ re-compute the index and docs path's\n      .withValue(\n        \"odinson.indexDir\",\n        ConfigValueFactory.fromAnyRef(indexDir.getAbsolutePath)\n      )\n  }\n\n  def deleteIndex = {\n    val dir = new Directory(indexDir)\n    dir.deleteRecursively()\n  }\n\n  def getOdinsonIndexWriter: OdinsonIndexWriter = {\n    deleteIndex\n    OdinsonIndexWriter.fromConfig(testConfig)\n  }\n\n  \"OdinsonIndexWriter\" should \"object should return index from config correctly\" in {\n    \/\/ get index writer\n    val indexWriter = getOdinsonIndexWriter\n    \/\/ make sure the folder was created with only the locker inside\n    indexWriter.directory.listAll.head should be(\"write.lock\")\n    indexWriter.close\n    deleteIndex\n  }\n\n  it should \"mkLuceneFields should convert Fields to lucene.Fields correctly\" in {\n    val indexWriter = getOdinsonIndexWriter\n    \/\/ Initialize fild of type DateField\n    var field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.DateField\",\"name\":\"smth\",\"date\":\"1993-03-28\"}\"\"\"\n    \/\/\n    val dateField = DateField.fromJson(field)\n    \/\/ DateField\n    val luceneDateField = indexWriter.mkLuceneFields(dateField)\n    \/\/ test\n    luceneDateField.head.name shouldEqual (\"smth\")\n    \/\/ Initialize field of type StringField\n    field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.StringField\",\"name\":\"smth\",\"string\":\"foo\"}\"\"\"\n    \/\/ StringField\n    val stringField = StringField.fromJson(field)\n    val luceneStringField = indexWriter.mkLuceneFields(stringField)\n    luceneStringField.head.name shouldEqual (\"smth\")\n    \/\/ TODO: should we test more stuff\n    indexWriter.close()\n    deleteIndex\n  }\n\n  it should \"replace invalid characters prior to indexing to prevent off-by-one errors\" in {\n    val doc = getDocument(\"bad-character\")\n    def ee = mkExtractorEngine(doc)\n\n    val pattern = \"complex <nsubj phosphorylate >dobj []\"\n    val expectedMatches = Array(\"AKT1\")\n\n    val query = ee.compiler.mkQuery(pattern)\n    val results = ee.query(query, 1)\n    results.totalHits should equal(1)\n\n    val matches = results.scoreDocs.head.matches\n    val docId = results.scoreDocs.head.doc\n    val foundStrings = matches.map(m => ee.getStringForSpan(docId, m))\n\n    foundStrings shouldEqual expectedMatches\n  }\n\n  it should \"properly dump and load relevant settings\" in {\n    val indexFile = new File(tmpFolder, \"index2\")\n    val customConfig: Config = {\n      testConfig\n        \/\/ re-compute the index and docs path's\n        .withValue(\"odinson.indexDir\", ConfigValueFactory.fromAnyRef(indexFile.getAbsolutePath))\n        .withValue(\n          \"odinson.index.storedFields\",\n          ConfigValueFactory.fromAnyRef(Seq(\"apple\", \"banana\", \"kiwi\", \"raw\").asJava)\n        )\n    }\n\n    val indexWriter = OdinsonIndexWriter.fromConfig(customConfig)\n    \/\/ close and write the settings file\n    indexWriter.close()\n    val settings = IndexSettings.fromDirectory(FSDirectory.open(indexFile.toPath))\n    settings.storedFields should contain theSameElementsAs Seq(\n      \"apple\",\n      \"banana\",\n      \"kiwi\",\n      indexWriter.displayField\n    )\n    deleteIndex\n  }\n\n  it should \"store stored fields and not others\" in {\n\n    val doc = getDocument(\"rainbows\")\n    val customConfig: Config = defaultConfig\n      .withValue(\n        \"odinson.index.storedFields\",\n        ConfigValueFactory.fromAnyRef(Seq(\"tag\", \"raw\").asJava)\n      )\n    def ee = mkExtractorEngine(customConfig, doc)\n\n    \/\/ we asked it to store `tag` so the extractor engine should be able to access the content\n    ee.getTokensForSpan(0, \"tag\", 0, 1) should contain only \"NNS\"\n    \/\/ though `entity` is a field in the Document, it wasn't stored, so the extractor engine shouldn't\n    \/\/ be able to retrieve the content\n    an[OdinsonException] should be thrownBy ee.getTokensForSpan(0, \"entity\", 0, 1)\n\n  }\n\n  it should \"throw an exception if the displayField isn't in the storedFields\" in {\n    val indexFile = new File(tmpFolder, \"index2\")\n    val customConfig: Config = {\n      testConfig\n        \/\/ re-compute the index and docs path's\n        .withValue(\"odinson.indexDir\", ConfigValueFactory.fromAnyRef(indexFile.getAbsolutePath))\n        .withValue(\n          \"odinson.index.storedFields\",\n          ConfigValueFactory.fromAnyRef(Seq(\"apple\", \"banana\", \"kiwi\").asJava)\n        )\n    }\n\n    an[OdinsonException] shouldBe thrownBy { OdinsonIndexWriter.fromConfig(customConfig) }\n  }\n\n  it should \"store and retrieve large graphs\" in {\n\n    val numTokens = 4000\n    val large = Array.fill[String](numTokens)(\"test\")\n    large(0) = \"start\"\n    large(3) = \"success\"\n    val raw = TokensField(\"raw\", large.toSeq)\n    val word = TokensField(\"word\", large.toSeq)\n\n    val deps = new Array[(Int, Int, String)](numTokens)\n    for (i <- 0 until numTokens - 1) {\n      if (i < 3) {\n        \/\/ (0,1,edge)\n        deps(i) = (i, i + 1, \"edge\")\n      } else {\n        deps(i) = (i, i + 1, \"nomatch\")\n      }\n    }\n    val roots = Set[Int](0)\n    val graph = GraphField(\"dependencies\", deps, roots)\n\n    val sent = Sentence(numTokens, Seq(raw, word, graph))\n    val doc = Document(\"testdoc\", Seq.empty, Seq(sent))\n\n    \/\/ Yes, in fact the deps field is above the previous threshold\n    val incomingEdges = graph.mkIncomingEdges(numTokens)\n    val outgoingEdges = graph.mkOutgoingEdges(numTokens)\n    val indexWriter = getOdinsonIndexWriter\n\n    val directedGraph = indexWriter.mkDirectedGraph(incomingEdges, outgoingEdges, roots.toArray)\n    val bytes = UnsafeSerializer.graphToBytes(directedGraph)\n    \/\/ previously, we only supported up to this: sortedDocValuesFieldMaxSize = 32766\n    bytes.length should be > (32766)\n    indexWriter.close()\n\n    \/\/ ensure the EE can use it\n    val ee =\n      extractorEngineWithConfigValue(doc, \"odinson.index.maxNumberOfTokensPerSentence\", numTokens)\n    val rules =\n      \"\"\"\n        |rules:\n        |  - name: testrule\n        |    type: basic\n        |    label: Test\n        |    pattern: |\n        |      start >edge+ success\n        |\"\"\".stripMargin\n    val extractors = ee.compileRuleString(rules)\n    val results = ee.extractNoState(extractors).toArray\n    results.length should be(1)\n    ee.getTokensForSpan(results.head) should contain only \"success\"\n  }\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/foundations\/TestFields.scala","text":"package ai.lum.odinson.foundations\n\nimport ai.lum.odinson.{ Document, Sentence, TokensField }\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport com.typesafe.config.{ Config, ConfigValueFactory }\n\nimport scala.collection.JavaConverters.asJavaIterableConverter\n\nclass TestFields extends OdinsonTest {\n\n  val json =\n    \"\"\"{\"id\":\"56842e05-1628-447a-b440-6be78f669bf2\",\"metadata\":[],\"sentences\":[{\"numTokens\":5,\"fields\":[{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"raw\",\"tokens\":[\"Becky\",\"ate\",\"gummy\",\"bears\",\".\"],\"store\":true},{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"word\",\"tokens\":[\"Becky\",\"ate\",\"gummy\",\"bears\",\".\"]},{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"tag\",\"tokens\":[\"NNP\",\"VBD\",\"JJ\",\"NNS\",\".\"]},{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"lemma\",\"tokens\":[\"becky\",\"eat\",\"gummy\",\"bear\",\".\"]},{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"entity\",\"tokens\":[\"I-PER\",\"O\",\"O\",\"O\",\"O\"]},{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"chunk\",\"tokens\":[\"B-NP\",\"B-VP\",\"B-NP\",\"I-NP\",\"O\"]},{\"$type\":\"ai.lum.odinson.GraphField\",\"name\":\"dependencies\",\"edges\":[[1,0,\"nsubj\"],[1,3,\"dobj\"],[1,4,\"punct\"],[3,2,\"amod\"]],\"roots\":[1]}]}]}\"\"\"\n\n  \/\/ extractor engine persists across tests (hacky way)\n  val doc = getDocumentFromJson(json)\n  val ee = mkExtractorEngine(doc)\n\n  \"Odinson\" should \"be case insensitive on the norm field (implicitly)\" in {\n    val q = ee.compiler.mkQuery(\"ATE\")\n    val results = ee.query(q)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n  }\n\n  it should \"be case insensitive on the norm field (explicitly)\" in {\n    val q = ee.compiler.mkQuery(\"[norm=ATE]\")\n    val results = ee.query(q)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n  }\n\n  it should \"match with correct case on the raw field\" in {\n    val q = ee.compiler.mkQuery(\"[raw=ate]\")\n    val results = ee.query(q)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n  }\n\n  it should \"not match with wrong case on the raw field\" in {\n    val q = ee.compiler.mkQuery(\"[raw=ATE]\")\n    val results = ee.query(q)\n    results.totalHits should equal(0)\n  }\n\n  behavior of \"odinson\"\n\n  val words = TokensField(\"raw\", \"one two three four five six seven eight nine ten\".split(\" \"))\n\n  val fizzbuzz =\n    TokensField(\"fizzbuzz\", \"one two fizz four buzz fizz seven eight fizz buzz\".split(\" \"))\n\n  val sentence = Sentence(words.tokens.length, Seq(words, fizzbuzz))\n  val doc2 = Document(\"<TEST-ID>\", Nil, Seq(sentence))\n\n  val customConfig: Config = defaultConfig\n    .withValue(\n      \"odinson.index.storedFields\",\n      ConfigValueFactory.fromAnyRef(Seq(\"raw\", \"fizzbuzz\").asJava)\n    )\n    .withValue(\n      \"odinson.compiler.allTokenFields\",\n      ConfigValueFactory.fromAnyRef(Seq(\"raw\", \"fizzbuzz\").asJava)\n    )\n\n  val ee2 = mkExtractorEngine(customConfig, doc2)\n\n  it should \"be able to index arbitrary fields\" in {\n    ee2.getTokensForSpan(0, \"fizzbuzz\", 2, 3) should contain only (\"fizz\")\n  }\n\n  it should \"be able to compile patterns with arbitrary fields\" in {\n    noException shouldBe thrownBy(ee2.compiler.compile(\"[fizzbuzz = buzz]\"))\n  }\n\n  it should \"be able to execute patterns against arbitrary fields that are indexed\" in {\n    val rules =\n      \"\"\"\n        |rules:\n        |  - name: fizzbuzz_rule\n        |    label: TestLabel\n        |    type: basic\n        |    pattern: |\n        |      [fizzbuzz = buzz & raw = five]\n        |\"\"\".stripMargin\n    val extractors = ee2.compileRuleString(rules)\n    val mentions = ee2.extractMentions(extractors).toList\n    mentions should have size (1)\n  }\n\n  it should \"throw an exception if pattern is written against arbitrary fields not indexed\" in {\n    a[java.lang.Exception] shouldBe thrownBy(ee.compiler.compile(\"[other = buzz]\"))\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/events\/TestEvents.scala","text":"package ai.lum.odinson.events\n\nimport ai.lum.odinson.{ EventMatch, MentionsIterator }\nimport ai.lum.odinson.lucene.OdinResults\nimport ai.lum.odinson.lucene.search.OdinsonQuery\nimport ai.lum.odinson.lucene.search.OdinsonScoreDoc\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport ai.lum.odinson.utils.exceptions.OdinsonException\n\nclass TestEvents extends OdinsonTest {\n\n  \/\/ extractor engine persists across tests (hacky way)\n  val ee = mkExtractorEngine(\"becky-gummy-bears\")\n\n  \"Odinson\" should \"match event with promoted entities\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject: ^NP = >nsubj [chunk=B-NP][chunk=I-NP]*\n    object: ^NP = >dobj [chunk=B-NP][chunk=I-NP]*\n  \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val m = results.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 2, 4)\n    )\n    testArguments(m, desiredArgs)\n  }\n\n  it should \"respect quantifiers in arguments\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject: ^NP = >nsubj [chunk=B-NP][chunk=I-NP]*\n    object: ^NP = >dobj gummy? bears\n  \"\"\"\n    \/\/ the above rule should match {bears} and {gummy bears}\n    \/\/ and then keep only {gummy bears} because the quantifier `?` is greedy\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val m = results.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 2, 4)\n    )\n    testArguments(m, desiredArgs)\n  }\n\n  it should \"have only one argument metadata with any given name\" in {\n    ee.clearState()\n    val rule =\n      \"\"\"\n        |rules:\n        |  - name: testrule\n        |    type: event\n        |    pattern: |\n        |      trigger = [lemma=eat]\n        |      subject: ^NP = >nsubj [chunk=B-NP][chunk=I-NP]*\n        |      object: ^NP = >dobj gummy? bears\n  \"\"\".stripMargin\n    \/\/ the above rule should match {bears} and {gummy bears}\n    \/\/ and then keep only {gummy bears} because the quantifier `?` is greedy\n    val extractors = ee.compileRuleString(rule)\n    val mentions = ee.extractNoState(extractors).toArray\n    \/\/ the main event and the two args\n    mentions.length should equal(3)\n\n    val em = mentions.map(_.odinsonMatch).collect { case m: EventMatch => m }.head\n    val argMetadataNames = em.argumentMetadata.toSeq.map(_.name)\n    \/\/ the length of this list should not change if it goes to a set\n    argMetadataNames.length should be(argMetadataNames.toSet.size)\n\n    ee.clearState()\n  }\n\n  it should \"promote a token when no surface pattern is provided\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject: ^NP = >nsubj\n    object: ^NP = >dobj\n  \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val m = results.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 3, 4)\n    )\n    testArguments(m, desiredArgs)\n    ee.clearState()\n  }\n\n  it should \"match when no label is provided\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject = >nsubj [chunk=B-NP][chunk=I-NP]*\n    object = >dobj [chunk=B-NP][chunk=I-NP]*\n  \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val m = results.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 2, 4)\n    )\n    testArguments(m, desiredArgs)\n    ee.clearState()\n  }\n\n  it should \"promote a token when no surface pattern is provided and label is not provided\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject = >nsubj\n    object = >dobj\n  \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val m = results.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 3, 4)\n    )\n    testArguments(m, desiredArgs)\n    ee.clearState()\n  }\n\n  it should \"not throw an exception when it fails\" in {\n    val pattern =\n      \"\"\"\n    trigger = [lemma=eat]\n    subject: ^NP = >nsubj xxx\n    object: ^NP = >dobj yyy\n  \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    noException should be thrownBy ee.query(q, 1)\n    ee.clearState()\n  }\n\n  val pattern =\n    \"\"\"\n  trigger = [lemma=eat]\n  subject: NP = >nsubj\n  object: NP = >dobj\n  \"\"\"\n\n  it should \"not find event with mentions from the state when the state is empty\" in {\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 1)\n    results.totalHits should equal(0)\n    ee.clearState()\n  }\n\n  it should \"populate the state with NPs\" in {\n    val query = ee.compiler.mkQuery(\"[chunk=B-NP][chunk=I-NP]*\")\n    val results = ee.query(query)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 2\n    ee.clearState()\n  }\n\n  it should \"find event with mentions from the state when the state is populated\" in {\n    val q1 = ee.compiler.mkQuery(\"[chunk=B-NP][chunk=I-NP]*\")\n    val q2 = ee.compiler.compileEventQuery(pattern)\n\n    \/\/ The ee.query no longer adds to the state on its own, so this helper is being used.\n    def localQuery(\n      odinsonQuery: OdinsonQuery,\n      labelOpt: Option[String] = None,\n      nameOpt: Option[String] = None,\n      n: Int,\n      after: OdinsonScoreDoc,\n      disableMatchSelector: Boolean\n    ): OdinResults = {\n      val odinResults = ee.query(odinsonQuery, n, after, disableMatchSelector)\n      val odinMentionsIterator =\n        new MentionsIterator(labelOpt, nameOpt, odinResults, mruIdGetter, Some(ee.dataGatherer))\n\n      ee.state.addMentions(odinMentionsIterator)\n      odinResults\n    }\n\n    \/\/ This query adds to the state, so it is helped by the localQuery.\n    val results1 = localQuery(\n      q1,\n      labelOpt = Some(\"NP\"),\n      nameOpt = None,\n      1,\n      after = null,\n      disableMatchSelector = false\n    )\n    results1.totalHits should equal(1)\n    results1.scoreDocs.head.matches should have size 2\n\n    \/\/ This query only needs to read from the state.\n    val results2 = ee.query(q2, 1, after = null, disableMatchSelector = false)\n    results2.totalHits should equal(1)\n    results2.scoreDocs.head.matches should have size 1\n\n    val m = results2.scoreDocs.head.matches.head\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      ArgumentOffsets(\"subject\", 0, 1),\n      ArgumentOffsets(\"object\", 2, 4)\n    )\n    testArguments(m, desiredArgs)\n    ee.clearState()\n  }\n\n  it should \"retrieve events properly from the state\" in {\n\n    val rules =\n      \"\"\"\n        |rules:\n        |  - name: bears-rule\n        |    label: Bear\n        |    type: event\n        |    priority: 1\n        |    pattern: |\n        |      trigger = bears\n        |      bearType = >amod []\n        |\n        |  - name: eating-rule\n        |    label: Consumption\n        |    type: event\n        |    priority: 2\n        |    pattern: |\n        |      trigger = [lemma=eat]\n        |      subject: ^NP = >nsubj []\n        |      object: Bear = >dobj\n     \"\"\".stripMargin\n\n    ee.clearState()\n    val extractors = ee.ruleReader.compileRuleString(rules)\n    val mentions = ee.extractMentions(extractors).toArray\n\n    mentions should have size (4)\n\n    \/\/ Bear event\n    val bears = getMentionsWithLabel(mentions, \"Bear\")\n    bears should have size (1)\n    val bear = bears.head\n    bear.arguments.keySet should have size 1\n    val bearType = bear.arguments(\"bearType\")\n    bearType should have size (1)\n    val desiredBearArg = Seq(ArgumentOffsets(\"bearType\", 2, 3))\n    testArguments(bear.odinsonMatch, desiredBearArg)\n\n    \/\/ Consumption Event, which should include the Bear event above as an arg, from the State\n    val eats = getMentionsWithLabel(mentions, \"Consumption\")\n    eats should have size 1\n    val eat = eats.head\n    eat.arguments.keySet should have size 2\n    val objs = eat.arguments(\"object\")\n    objs should have size 1\n    \/\/ Make sure the obj has all the things that the bear had above\n    val obj = objs.head\n    obj.arguments.keySet should have size 1\n    val objType = obj.arguments(\"bearType\")\n    objType should have size (1)\n    testArguments(obj.odinsonMatch, desiredBearArg)\n    ee.clearState()\n  }\n\n  \/\/ We can revisit the semantics here if desired\n  it should \"not allow two arguments with the same name\" in {\n\n    val rules =\n      \"\"\"\n        |rules:\n        |  - name: bears-rule\n        |    label: Bear\n        |    type: event\n        |    priority: 1\n        |    pattern: |\n        |      trigger = bears\n        |      ARG = >amod []\n        |      ARG = <dobj []\n     \"\"\".stripMargin\n\n    a[OdinsonException] should be thrownBy ee.ruleReader.compileRuleString(rules)\n\n  }\n\n  ee.close()\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"backend\/app\/utils\/OdinsonProviderModule.scala","text":"package utils\n\nimport javax.inject._\n\nimport com.google.inject.AbstractModule\nimport com.google.inject.Provides\n\nimport ai.lum.odinson.ExtractorEngine\n\nclass OdinsonProviderModule extends AbstractModule {\n\n  override def configure() {}\n\n  @Provides @Singleton\n  def extractorEngineProvider(): ExtractorEngine = ExtractorEngine.fromConfig()\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"extra\/src\/main\/scala\/ai\/lum\/odinson\/extra\/ProcessorsUtils.scala","text":"<filename>extra\/src\/main\/scala\/ai\/lum\/odinson\/extra\/ProcessorsUtils.scala\npackage ai.lum.odinson.extra\n\nimport java.util.UUID\n\nimport org.clulab.processors.{\n  Processor,\n  Document => ProcessorsDocument,\n  Sentence => ProcessorsSentence\n}\nimport ai.lum.odinson.{ Document => OdinsonDocument, Sentence => OdinsonSentence, _ }\nimport ai.lum.common.ConfigFactory\nimport ai.lum.common.ConfigUtils._\nimport edu.cmu.dynet.Initialize\nimport org.clulab.dynet.DyNetSync\nimport org.clulab.processors.clu.CluProcessor\nimport org.clulab.processors.fastnlp.FastNLPProcessor\nimport org.slf4j.{ Logger, LoggerFactory }\n\nimport scala.collection.mutable\n\nobject ProcessorsUtils {\n\n  private val logger: Logger = LoggerFactory.getLogger(ProcessorsUtils.getClass)\n\n  \/\/ load field names from config\n  val config = ConfigFactory.load()\n  \/\/ format: off\n  val documentIdField   = config[String](\"odinson.index.documentIdField\")\n  val rawTokenField     = config[String](\"odinson.index.rawTokenField\")\n  val wordTokenField    = config[String](\"odinson.index.wordTokenField\")\n  val lemmaTokenField   = config[String](\"odinson.index.lemmaTokenField\")\n  val posTagTokenField  = config[String](\"odinson.index.posTagTokenField\")\n  val chunkTokenField   = config[String](\"odinson.index.chunkTokenField\")\n  val entityTokenField  = config[String](\"odinson.index.entityTokenField\")\n  val dependenciesField = config[String](\"odinson.index.dependenciesField\")\n  \/\/ format: on\n\n  def getProcessor(processorType: String): Processor = {\n    processorType match {\n      case \"FastNLPProcessor\" => {\n        initializeDyNet()\n        new FastNLPProcessor\n      }\n      case \"CluProcessor\" => {\n        initializeDyNet()\n        new CluProcessor\n      }\n    }\n  }\n\n  \/** convert processors document to odinson document *\/\n  def convertDocument(d: ProcessorsDocument): OdinsonDocument = {\n    val id = d.id.getOrElse(UUID.randomUUID.toString)\n    val metadata = mkMetadata(d)\n    val sentences = mkSentences(d)\n    OdinsonDocument(id, metadata, sentences)\n  }\n\n  \/** generate metadata from processors document *\/\n  def mkMetadata(d: ProcessorsDocument): Seq[Field] = {\n    \/\/ TODO return metadata\n    Seq.empty\n  }\n\n  \/** make sequence of odinson documents from processors document *\/\n  def mkSentences(d: ProcessorsDocument): Seq[OdinsonSentence] = {\n    d.sentences.map(convertSentence)\n  }\n\n  \/** convert processors sentence to odinson sentence *\/\n  def convertSentence(s: ProcessorsSentence): OdinsonSentence = {\n    val raw = TokensField(rawTokenField, s.raw)\n    val word = TokensField(wordTokenField, s.words)\n    val maybeTag = s.tags.map(tags => TokensField(posTagTokenField, tags))\n    val maybeLemma = s.lemmas.map(lemmas => TokensField(lemmaTokenField, lemmas))\n    val maybeEntity = s.entities.map(entities => TokensField(entityTokenField, entities))\n    val maybeChunk = s.chunks.map(chunks => TokensField(chunkTokenField, chunks))\n    val maybeDeps = s.dependencies.map(g => GraphField(dependenciesField, g.allEdges, g.roots))\n    val fields =\n      Some(raw) :: Some(word) :: List(maybeTag, maybeLemma, maybeEntity, maybeChunk, maybeDeps)\n    OdinsonSentence(s.size, fields.flatten)\n  }\n\n  \/\/ CluLab processors now uses dynet models, which need to be initialized at first\n  \/\/ loading.  These variables and initialization method are for that process.\n  val RANDOM_SEED = 2522620396L \/\/ used for both DyNet, and the JVM seed for shuffling data\n  val WEIGHT_DECAY = 1e-5f\n\n  private var IS_DYNET_INITIALIZED = false\n\n  def initializeDyNet(autoBatch: Boolean = false, mem: String = \"\"): Unit = {\n    DyNetSync.synchronized {\n      if (!IS_DYNET_INITIALIZED) {\n        logger.debug(\"Initializing DyNet...\")\n\n        val params = new mutable.HashMap[String, Any]()\n        params += \"random-seed\" -> RANDOM_SEED\n        params += \"weight-decay\" -> WEIGHT_DECAY\n        if (autoBatch) {\n          params += \"autobatch\" -> 1\n          params += \"dynet-mem\" -> mem\n        }\n\n        Initialize.initialize(params.toMap)\n        logger.debug(\"DyNet initialization complete.\")\n        IS_DYNET_INITIALIZED = true\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/foundations\/TestOdinsonTest.scala","text":"package ai.lum.odinson.foundations\n\nimport ai.lum.odinson.lucene.OdinResults\nimport ai.lum.odinson.lucene.search.OdinsonScoreDoc\nimport ai.lum.odinson.state.{ MemoryState, SqlState }\nimport ai.lum.odinson.{\n  ArgumentMetadata,\n  EventMatch,\n  Mention,\n  NGramMatch,\n  NamedCapture,\n  NamedMatch,\n  OdinsonMatch\n}\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport com.typesafe.config.ConfigValueFactory\n\nimport scala.collection.JavaConverters.asJavaIterableConverter\n\nclass TestOdinsonTest extends OdinsonTest {\n\n  \/\/ John ate ramen with chopsticks and a spoon.\n  \/\/ Daisy ate macaroni at her house.\n  \/\/ Gus's pets include cats, dogs, parakeets, ponies, and unicorns.\n  val ee = mkExtractorEngine(\"chopsticks-spoon\")\n  val dg = Some(ee.dataGatherer)\n\n  behavior of \"OdinsonTest\"\n\n  it should \"convert matches to strings\" in {\n    \/\/def mkStrings(results: OdinResults, engine: ExtractorEngine): Array[String] = {\n    val odinsonMatches: Array[OdinsonMatch] =\n      Array(new NGramMatch(2, 3), new NGramMatch(4, 5), new NGramMatch(7, 8))\n    val scoreDoc = new OdinsonScoreDoc(doc = 0, score = 0.1f, matches = odinsonMatches)\n    val results = new OdinResults(totalHits = 1, Array(scoreDoc))\n    mkStrings(results, ee) should contain theSameElementsInOrderAs Seq(\n      \"ramen\",\n      \"chopsticks\",\n      \"spoon\"\n    )\n  }\n\n  it should \"make ExtractorEngines with given attributes\" in {\n    val doc = getDocument(\"chopsticks-spoon\")\n    \/\/def extractorEngineWithSpecificState(doc: Document, provider: String): ExtractorEngine = {\n    val eeMem = extractorEngineWithSpecificState(doc, \"memory\")\n    eeMem.state shouldBe a[MemoryState]\n\n    val eeSQL = extractorEngineWithSpecificState(doc, \"sql\")\n    eeSQL.state shouldBe a[SqlState]\n\n    \/\/def extractorEngineWithConfigValue(doc: Document, key: String, value: String): ExtractorEngine = {\n    val eeFoobar = mkExtractorEngine(\n      defaultConfig\n        .withValue(\"odinson.displayField\", ConfigValueFactory.fromAnyRef(\"foobar\"))\n        \/\/ The displayField is required to be in the storedFields\n        .withValue(\n          \"odinson.index.storedFields\",\n          ConfigValueFactory.fromAnyRef(Seq(\"foobar\").asJava)\n        ),\n      doc\n    )\n    eeFoobar.dataGatherer.displayField should equal(\"foobar\")\n  }\n\n  it should \"getMentionsFromRule\" in {\n\n    val m1 =\n      new Mention(new NGramMatch(2, 3), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n    val m2 =\n      new Mention(new NGramMatch(4, 5), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n    val mentions = Seq(m1, m2)\n\n    \/\/ def getSingleMentionFromRule(ms: Seq[Mention], rulename: String): Mention = {\n    val single = getSingleMentionFromRule(mentions, \"FoobarRule\")\n    single should equal(m1)\n\n    an[OdinsonException] should be thrownBy (getSingleMentionFromRule(mentions, \"noMatch\"))\n\n    \/\/ def getMentionsFromRule(ms: Seq[Mention], rulename: String): Seq[Mention] = {\n    val all = getMentionsFromRule(mentions, \"FoobarRule\")\n    all should contain theSameElementsAs (Seq(m1, m2))\n\n    getMentionsFromRule(mentions, \"noMatch\") shouldBe empty\n\n  }\n\n  it should \"get mentions with given label\" in {\n    \/\/def getMentionsWithLabel(ms: Seq[Mention], label: String): Seq[Mention] = {\n    val m1 =\n      new Mention(new NGramMatch(2, 3), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n    val m2 =\n      new Mention(new NGramMatch(4, 5), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n    val mentions = Seq(m1, m2)\n\n    getMentionsWithLabel(mentions, \"foobar\") should contain theSameElementsAs (Seq(m1, m2))\n  }\n\n  it should \"get mentions with string value\" in {\n    \/\/def getMentionsWithStringValue(ms: Seq[Mention], s: String, engine: ExtractorEngine): Seq[Mention] = {\n    val m1 =\n      new Mention(new NGramMatch(2, 3), Some(\"foobar\"), 0, 0, 0, nullIdGetter, \"FoobarRule\", dg)\n    val m2 =\n      new Mention(new NGramMatch(4, 5), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n    val mentions = Seq(m1, m2)\n\n    getMentionsWithStringValue(mentions, \"foobar\", ee) shouldBe empty\n    getMentionsWithStringValue(mentions, \"ramen\", ee) should contain theSameElementsAs (Seq(m1))\n  }\n\n  it should \"determine if two mentions are equal\" in {\n    \/\/def mentionsShouldBeEqual(a: Mention, b: Mention): Boolean = {\n    val m1 =\n      new Mention(new NGramMatch(2, 3), Some(\"foobar\"), 0, 0, 0, nullIdGetter, \"FoobarRule\", dg)\n    val m2 =\n      new Mention(new NGramMatch(4, 5), Some(\"foobar\"), 1, 1, 1, nullIdGetter, \"FoobarRule\", dg)\n\n    mentionsShouldBeEqual(m1, m1) should be(true)\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy mentionsShouldBeEqual(\n      m1,\n      m2\n    )\n\n  }\n\n  it should \"determine if matches are equal\" in {\n    \/\/def matchesShouldBeEqual(a: OdinsonMatch, b: OdinsonMatch): Boolean = {\n    val eventMatch1 = new EventMatch(\n      new NGramMatch(2, 3),\n      Array(NamedCapture(\"name\", Some(\"Label\"), new NGramMatch(4, 5))),\n      Array(ArgumentMetadata(\"argName\", 1, Some(2), false))\n    )\n    \/\/ different namedcapture\n    val eventMatch2 = new EventMatch(\n      new NGramMatch(2, 3),\n      Array(NamedCapture(\"othername\", Some(\"Label\"), new NGramMatch(4, 5))),\n      Array(ArgumentMetadata(\"argName\", 1, Some(2), false))\n    )\n    \/\/ diff argmetadata\n    val eventMatch3 = new EventMatch(\n      new NGramMatch(2, 3),\n      Array(NamedCapture(\"name\", Some(\"Label\"), new NGramMatch(4, 5))),\n      Array(ArgumentMetadata(\"argName\", 1, Some(3), false))\n    )\n    \/\/ diff trigger\n    val eventMatch4 = new EventMatch(\n      new NGramMatch(3, 4),\n      Array(NamedCapture(\"name\", Some(\"Label\"), new NGramMatch(4, 5))),\n      Array(ArgumentMetadata(\"argName\", 1, Some(2), false))\n    )\n\n    matchesShouldBeEqual(eventMatch1, eventMatch1) should be(true)\n\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy matchesShouldBeEqual(\n      eventMatch1,\n      eventMatch2\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy matchesShouldBeEqual(\n      eventMatch1,\n      eventMatch3\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy matchesShouldBeEqual(\n      eventMatch1,\n      eventMatch4\n    )\n\n    \/\/ def matchesShouldBeEqual(a: Array[OdinsonMatch], b: Array[OdinsonMatch]): Unit = {\n    val matches1: Array[OdinsonMatch] = Array(eventMatch1, eventMatch2, eventMatch3, eventMatch4)\n    val matches1shuffled: Array[OdinsonMatch] =\n      Array(eventMatch3, eventMatch2, eventMatch4, eventMatch1)\n    val matches2: Array[OdinsonMatch] =\n      Array(eventMatch3, new NGramMatch(1, 2), eventMatch4, eventMatch1)\n\n    noException should be thrownBy matchesShouldBeEqual(matches1, matches1)\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy matchesShouldBeEqual(\n      matches1,\n      matches1shuffled\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy matchesShouldBeEqual(\n      matches1,\n      matches2\n    )\n  }\n\n  it should \"determine if named captues are equal\" in {\n    \/\/def namedCapturesAreEqual(a: Array[NamedCapture], b: Array[NamedCapture]): Unit = {\n    val nc1 = NamedCapture(\"name\", Some(\"Label\"), new NGramMatch(4, 5))\n    val nc2 = NamedCapture(\"othername\", Some(\"Label\"), new NGramMatch(4, 5))\n    val nc3 = NamedCapture(\"name\", Some(\"OtherLabel\"), new NGramMatch(4, 5))\n    val nc4 = NamedCapture(\"name\", Some(\"Label\"), new NGramMatch(1, 2))\n    val nc5 = NamedCapture(\n      \"name\",\n      Some(\"Label\"),\n      new NamedMatch(new NGramMatch(1, 2), \"namedmatch\", Some(\"Label\"))\n    )\n\n    val named = Array(nc1, nc2, nc3, nc4, nc5)\n\n    noException should be thrownBy namedCapturesShouldBeEqual(named, named)\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy namedCapturesShouldBeEqual(\n      Array(nc1),\n      Array(nc2)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy namedCapturesShouldBeEqual(\n      Array(nc1),\n      Array(nc3)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy namedCapturesShouldBeEqual(\n      Array(nc1),\n      Array(nc4)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy namedCapturesShouldBeEqual(\n      Array(nc1),\n      Array(nc5)\n    )\n\n  }\n\n  it should \"determine if argument metadata are equal\" in {\n    \/\/def argMetaDataAreEqual(a: Array[ArgumentMetadata], b: Array[ArgumentMetadata]): Unit = {\n    val arg1 = ArgumentMetadata(\"argName\", 1, Some(2), false)\n    val arg2 = ArgumentMetadata(\"argName\", 1, Some(2), true)\n    val arg3 = ArgumentMetadata(\"differentArgName\", 1, Some(2), false)\n    val arg4 = ArgumentMetadata(\"argName\", 2, Some(2), false)\n    val arg5 = ArgumentMetadata(\"argName\", 1, Some(3), false)\n\n    noException should be thrownBy argMetaDataShouldBeEqual(\n      Array(arg1, arg2, arg3, arg4, arg5),\n      Array(arg1, arg2, arg3, arg4, arg5)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy argMetaDataShouldBeEqual(\n      Array(arg1),\n      Array(arg2)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy argMetaDataShouldBeEqual(\n      Array(arg1),\n      Array(arg3)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy argMetaDataShouldBeEqual(\n      Array(arg1),\n      Array(arg4)\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy argMetaDataShouldBeEqual(\n      Array(arg1),\n      Array(arg5)\n    )\n  }\n\n  it should \"test mention contents\" in {\n    \/\/def testMention(m: Mention, desiredMentionText: String, desiredArgs: Seq[Argument], engine: ExtractorEngine): Unit = {\n    \/\/ non event without args\n    val m1 =\n      new Mention(new NGramMatch(2, 3), Some(\"foobar\"), 0, 0, 0, nullIdGetter, \"FoobarRule\", dg)\n    m1.populateFields()\n    noException should be thrownBy testMention(m1, \"ramen\", Seq())\n\n    \/\/ non event with args\n    val m2 = new Mention(\n      new NGramMatch(0, 1),\n      Some(\"foobar\"),\n      0,\n      0,\n      0,\n      nullIdGetter,\n      \"FoobarRule\",\n      Map(\"food\" -> Array(m1)),\n      dg\n    )\n    m2.populateFields()\n    noException should be thrownBy testMention(m2, \"John\", Seq(Argument(\"food\", \"ramen\")))\n\n    \/\/ event, where the span of the mention is the trigger\n    val eventMatch = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3))),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n    val m3 = new Mention(eventMatch, Some(\"foobar\"), 0, 0, 0, nullIdGetter, \"FoobarRule\", dg)\n    m3.populateFields()\n    noException should be thrownBy testMention(m3, \"John\", Seq(Argument(\"food\", \"ramen\")))\n\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m3,\n      \"Jacob\",\n      Seq(Argument(\"food\", \"ramen\"))\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m3,\n      \"John\",\n      Seq(Argument(\"drink\", \"ramen\"))\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m3,\n      \"John\",\n      Seq(Argument(\"food\", \"candy\"))\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m3,\n      \"John\",\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"candy\"))\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m3,\n      \"John\",\n      Seq()\n    )\n\n    \/\/ event, with multiple args\n    val eventMatch2 = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3)),\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(4, 5))\n      ),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n    val m4 = new Mention(eventMatch2, Some(\"foobar\"), 0, 0, 0, nullIdGetter, \"FoobarRule\", dg)\n    m4.populateFields()\n    noException should be thrownBy testMention(\n      m4,\n      \"John\",\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"chopsticks\"))\n    )\n    \/\/ diff order of args provided\n    noException should be thrownBy testMention(\n      m4,\n      \"John\",\n      Seq(Argument(\"food\", \"chopsticks\"), Argument(\"food\", \"ramen\"))\n    )\n    \/\/ repeated\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testMention(\n      m4,\n      \"John\",\n      Seq(Argument(\"food\", \"chopsticks\"), Argument(\"food\", \"ramen\"), Argument(\"food\", \"ramen\"))\n    )\n  }\n\n  it should \"test event trigger\" in {\n    \/\/def testEventTrigger(m: OdinsonMatch, start: Int, end: Int): Unit = {\n    val eventMatch = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3))),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n\n    noException should be thrownBy testEventTrigger(eventMatch, 0, 1)\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testEventTrigger(\n      eventMatch,\n      1,\n      2\n    )\n    an[OdinsonException] should be thrownBy testEventTrigger(new NGramMatch(0, 1), 0, 1)\n\n  }\n\n  it should \"test event trigger string\" in {\n    \/\/def testEventTrigger(docID: Int, m: OdinsonMatch, engine: ExtractorEngine, text: String): Unit = {\n    val eventMatch = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3))),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n\n    noException should be thrownBy testEventTrigger(0, eventMatch, ee, \"John\")\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testEventTrigger(\n      0,\n      eventMatch,\n      ee,\n      \"ramen\"\n    )\n    an[OdinsonException] should be thrownBy testEventTrigger(0, new NGramMatch(0, 1), ee, \"John\")\n\n  }\n\n  it should \"test arguments by offsets\" in {\n    \/\/def testArguments(m: OdinsonMatch, desiredArgs: Seq[ArgumentOffsets]): Unit = {\n    \/\/ event, with multiple args\n    val eventMatch = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3)),\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(4, 5))\n      ),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n\n    noException should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 2, 3), ArgumentOffsets(\"food\", 4, 5))\n    )\n    \/\/ diff order should be fine\n    noException should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 4, 5), ArgumentOffsets(\"food\", 2, 3))\n    )\n\n    \/\/ diff offsets\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 2, 3), ArgumentOffsets(\"food\", 4, 6))\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 1, 3), ArgumentOffsets(\"food\", 4, 5))\n    )\n    \/\/ missing one\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 2, 3))\n    )\n    \/\/ missing one, other duplicated\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      eventMatch,\n      Seq(ArgumentOffsets(\"food\", 2, 3), ArgumentOffsets(\"food\", 2, 3))\n    )\n    \/\/ duplicated\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      eventMatch,\n      Seq(\n        ArgumentOffsets(\"food\", 2, 3),\n        ArgumentOffsets(\"food\", 2, 3),\n        ArgumentOffsets(\"food\", 4, 5)\n      )\n    )\n  }\n\n  it should \"test arguments by content\" in {\n    \/\/def testArguments(docId: Int, m: OdinsonMatch, desiredArgs: Seq[Argument], engine: ExtractorEngine): Unit = {\n    \/\/ event, with multiple args\n    val eventMatch = new EventMatch(\n      new NGramMatch(0, 1),\n      Array(\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(2, 3)),\n        NamedCapture(\"food\", Some(\"Label\"), new NGramMatch(4, 5))\n      ),\n      Array(ArgumentMetadata(\"food\", 1, Some(2), false))\n    )\n\n    noException should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"chopsticks\")),\n      ee\n    )\n    \/\/ diff order should be fine\n    noException should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"chopsticks\"), Argument(\"food\", \"ramen\")),\n      ee\n    )\n\n    \/\/ diff string\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"spoon\")),\n      ee\n    )\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"tool\", \"chopsticks\")),\n      ee\n    )\n    \/\/ missing one\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\")),\n      ee\n    )\n    \/\/ missing one, other duplicated\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"ramen\")),\n      ee\n    )\n    \/\/ duplicated\n    an[org.scalatest.exceptions.TestFailedException] should be thrownBy testArguments(\n      0,\n      eventMatch,\n      Seq(Argument(\"food\", \"ramen\"), Argument(\"food\", \"ramen\"), Argument(\"food\", \"chopsticks\")),\n      ee\n    )\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"extra\/build.sbt","text":"<filename>extra\/build.sbt\nname := \"odinson-extra\"\n\nresolvers += \"Artifactory\" at \"http:\/\/artifactory.cs.arizona.edu:8081\/artifactory\/sbt-release\"\n\nlibraryDependencies ++= {\n\n  val procVersion = \"8.2.3\"\n\n  Seq(\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % \"test\",\n    \"ai.lum\"     %% \"nxmlreader\"            % \"0.1.2\",\n    \"org.clulab\" %% \"processors-main\"       % procVersion,\n    \"org.clulab\" %% \"processors-corenlp\"    % procVersion,\n  )\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/OdinsonIndexWriter.scala","text":"package ai.lum.odinson\n\nimport java.io.File\nimport java.util.Collection\n\nimport scala.collection.mutable.ArrayBuffer\nimport scala.collection.JavaConverters._\nimport org.apache.lucene.util.BytesRef\nimport org.apache.lucene.{ document => lucenedoc }\nimport org.apache.lucene.document.Field.Store\nimport org.apache.lucene.analysis.core.WhitespaceAnalyzer\nimport org.apache.lucene.index.{ IndexWriter, IndexWriterConfig }\nimport org.apache.lucene.index.IndexWriterConfig.OpenMode\nimport org.apache.lucene.store.{ Directory, FSDirectory, IOContext, RAMDirectory }\nimport com.typesafe.scalalogging.LazyLogging\nimport com.typesafe.config.{ Config, ConfigValueFactory }\nimport ai.lum.common.ConfigFactory\nimport ai.lum.common.ConfigUtils._\nimport ai.lum.common.StringUtils._\nimport ai.lum.common.DisplayUtils._\nimport ai.lum.common.TryWithResources.using\nimport ai.lum.odinson.lucene.analysis._\nimport ai.lum.odinson.digraph.{ DirectedGraph, Vocabulary }\nimport ai.lum.odinson.serialization.UnsafeSerializer\nimport ai.lum.odinson.utils.IndexSettings\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport org.apache.lucene.document.BinaryDocValuesField\n\nclass OdinsonIndexWriter(\n  val directory: Directory,\n  val vocabulary: Vocabulary,\n  val settings: IndexSettings,\n  val documentIdField: String,\n  val sentenceIdField: String,\n  val sentenceLengthField: String,\n  val normalizedTokenField: String,\n  val addToNormalizedField: Set[String],\n  val incomingTokenField: String,\n  val outgoingTokenField: String,\n  val maxNumberOfTokensPerSentence: Int,\n  val invalidCharacterReplacement: String,\n  val displayField: String\n) extends LazyLogging {\n\n  import OdinsonIndexWriter._\n\n  val analyzer = new WhitespaceAnalyzer()\n  val writerConfig = new IndexWriterConfig(analyzer)\n  writerConfig.setOpenMode(OpenMode.CREATE)\n  val writer = new IndexWriter(directory, writerConfig)\n\n  def addDocuments(block: Seq[lucenedoc.Document]): Unit = {\n    addDocuments(block.asJava)\n  }\n\n  def addDocuments(block: Collection[lucenedoc.Document]): Unit = {\n    writer.addDocuments(block)\n  }\n\n  \/** Add an Odinson Document to the index, where the Document is stored in a File.\n    * @param f File with the Document\n    * @param storeName whether to store the name of the file for retrieving later\n    *\/\n  def addFile(f: File, storeName: Boolean = true): Unit = {\n    val origDoc = Document.fromJson(f)\n    val block =\n      if (storeName) {\n        \/\/ keep track of file name to retrieve sentence JSON,\n        \/\/ but ignore the path to the docs directory to avoid issues encountered when moving `odinson.dataDir`.\n        \/\/ NOTE: this assumes all files are located immediately under `odinson.docsDir`\n        \/\/ With large document collections, it may be necessary to split documents across many subdirectories\n        \/\/ To avoid performance issues and limitations of certain file systems (ex. FAT32, ext2, etc.)\n        val fileField: Field =\n          StringField(name = \"fileName\", string = f.getName)\n        val doc = origDoc.copy(metadata = origDoc.metadata ++ Seq(fileField))\n        mkDocumentBlock(doc)\n      } else {\n        mkDocumentBlock(origDoc)\n      }\n    \/\/ Add the document block\n    addDocuments(block)\n  }\n\n  def commit(): Unit = writer.commit()\n\n  def close(): Unit = {\n    \/\/ FIXME: is this the correct instantiation of IOContext?\n    using(directory.createOutput(VOCABULARY_FILENAME, new IOContext)) { stream =>\n      stream.writeString(vocabulary.dump)\n    }\n    using(directory.createOutput(BUILDINFO_FILENAME, new IOContext)) { stream =>\n      stream.writeString(BuildInfo.toJson)\n    }\n    using(directory.createOutput(SETTINGSINFO_FILENAME, new IOContext)) { stream =>\n      stream.writeString(settings.dump)\n    }\n    writer.close()\n  }\n\n  \/** generates a lucenedoc document per sentence *\/\n  def mkDocumentBlock(d: Document): Seq[lucenedoc.Document] = {\n    val block = ArrayBuffer.empty[lucenedoc.Document]\n    for ((s, i) <- d.sentences.zipWithIndex) {\n      if (s.numTokens <= maxNumberOfTokensPerSentence) {\n        block += mkSentenceDoc(s, d.id, i.toString)\n      } else {\n        logger.warn(s\"skipping sentence with ${s.numTokens.display} tokens\")\n      }\n    }\n    block += mkMetadataDoc(d)\n    block\n  }\n\n  def mkMetadataDoc(d: Document): lucenedoc.Document = {\n    val metadata = new lucenedoc.Document\n    metadata.add(new lucenedoc.StringField(\"type\", \"metadata\", Store.NO))\n    metadata.add(new lucenedoc.StringField(documentIdField, d.id, Store.YES))\n    for {\n      odinsonField <- d.metadata\n      luceneField <- mkLuceneFields(odinsonField)\n    } metadata.add(luceneField)\n    metadata\n  }\n\n  def mkSentenceDoc(s: Sentence, docId: String, sentId: String): lucenedoc.Document = {\n    val sent = new lucenedoc.Document\n    \/\/ add sentence metadata\n    sent.add(new lucenedoc.StoredField(documentIdField, docId))\n    sent.add(new lucenedoc.StoredField(sentenceIdField, sentId)) \/\/ FIXME should this be a number?\n    sent.add(new lucenedoc.NumericDocValuesField(sentenceLengthField, s.numTokens))\n    \/\/ add fields\n    for {\n      odinsonField <- s.fields\n      luceneField <- mkLuceneFields(odinsonField, s)\n    } sent.add(luceneField)\n    \/\/ add norm field\n    val normFields = s.fields\n      .collect { case f: TokensField => f }\n      .filter(f => addToNormalizedField.contains(f.name))\n      .map(f => f.tokens)\n      \/\/ Validate each of the strings in the internal sequence\n      .map(validate)\n\n    val tokenStream = new NormalizedTokenStream(normFields, aggressive = true)\n    sent.add(new lucenedoc.TextField(normalizedTokenField, tokenStream))\n    \/\/ return sentence\n    sent\n  }\n\n  \/** returns a sequence of lucene fields corresponding to the provided odinson field *\/\n  def mkLuceneFields(f: Field, s: Sentence): Seq[lucenedoc.Field] = {\n    f match {\n      case f: GraphField =>\n        val incomingEdges = f.mkIncomingEdges(s.numTokens)\n        val outgoingEdges = f.mkOutgoingEdges(s.numTokens)\n        val roots = f.roots.toArray\n        val in =\n          new lucenedoc.TextField(incomingTokenField, new DependencyTokenStream(incomingEdges))\n        val out =\n          new lucenedoc.TextField(outgoingTokenField, new DependencyTokenStream(outgoingEdges))\n        val bytes =\n          UnsafeSerializer.graphToBytes(mkDirectedGraph(incomingEdges, outgoingEdges, roots))\n        val graph = new BinaryDocValuesField(f.name, new BytesRef(bytes))\n        Seq(graph, in, out)\n      case f =>\n        \/\/ fallback to the lucene fields that don't require sentence information\n        mkLuceneFields(f)\n    }\n  }\n\n  \/** returns a sequence of lucene fields corresponding to the provided odinson field *\/\n  def mkLuceneFields(f: Field): Seq[lucenedoc.Field] = {\n    val mustStore = settings.storedFields.contains(f.name)\n    f match {\n      case f: DateField =>\n        val longField = new lucenedoc.LongPoint(f.name, f.localDate.toEpochDay)\n        if (mustStore) {\n          val storedField = new lucenedoc.StoredField(f.name, f.date)\n          Seq(longField, storedField)\n        } else {\n          Seq(longField)\n        }\n      case f: StringField =>\n        val store = if (mustStore) Store.YES else Store.NO\n        val string = f.string.normalizeUnicode\n        val stringField = new lucenedoc.StringField(f.name, string, store)\n        Seq(stringField)\n      case f: TokensField if mustStore =>\n        val validatedTokens = validate(f.tokens)\n        val text = validatedTokens.mkString(\" \").normalizeUnicode\n        val tokensField = new lucenedoc.TextField(f.name, text, Store.YES)\n        Seq(tokensField)\n      case f: TokensField =>\n        \/\/ Make sure there are no invalid tokens\n        val validated = validate(f.tokens)\n        val tokenStream = new NormalizedTokenStream(Seq(validated))\n        val tokensField = new lucenedoc.TextField(f.name, tokenStream)\n        Seq(tokensField)\n    }\n  }\n\n  def mkDirectedGraph(\n    incomingEdges: Array[Array[(Int, String)]],\n    outgoingEdges: Array[Array[(Int, String)]],\n    roots: Array[Int]\n  ): DirectedGraph = {\n    def toLabelIds(tokenEdges: Array[(Int, String)]): Array[Int] = for {\n      (tok, label) <- tokenEdges\n      labelId = vocabulary.getOrCreateId(label.normalizeUnicode)\n      n <- Array(tok, labelId)\n    } yield n\n    val incoming = incomingEdges.map(toLabelIds)\n    val outgoing = outgoingEdges.map(toLabelIds)\n    DirectedGraph.mkGraph(incoming, outgoing, roots)\n  }\n\n  \/\/ ---------------------------------\n  \/\/         Helper Methods\n  \/\/ ---------------------------------\n\n  \/** Validate a string, replacing it if invalid.\n    * @param s: String to be validated\n    * @return valid String (original or replaced)\n    *\/\n  private def validate(s: String): String = {\n    \/\/ One day we may want more things here, for now, we're just replacing\n    \/\/ characters that are problematic for Lucene\n    replaceControlCharacterString(s)\n  }\n\n  \/\/ Helper method to apply the validation to each String in a sequence\n  private def validate(ss: Seq[String]): Seq[String] = ss.map(validate)\n\n  private def replaceControlCharacterString(s: String): String = {\n    \/\/ If a token consists entirely of whitespace (e.g., record separator), replace it\n    if (s.isWhitespace) invalidCharacterReplacement\n    else s\n  }\n\n}\n\nobject OdinsonIndexWriter {\n\n  val VOCABULARY_FILENAME = \"dependencies.txt\"\n  val BUILDINFO_FILENAME = \"buildinfo.json\"\n  val SETTINGSINFO_FILENAME = \"settingsinfo.json\"\n\n  def fromConfig(): OdinsonIndexWriter = {\n    fromConfig(ConfigFactory.load())\n  }\n\n  def fromConfig(config: Config): OdinsonIndexWriter = {\n    val indexDir = config[String](\"odinson.indexDir\")\n    val documentIdField = config[String](\"odinson.index.documentIdField\")\n    val sentenceIdField = config[String](\"odinson.index.sentenceIdField\")\n    val sentenceLengthField = config[String](\"odinson.index.sentenceLengthField\")\n    val normalizedTokenField = config[String](\"odinson.index.normalizedTokenField\")\n    val addToNormalizedField = config[List[String]](\"odinson.index.addToNormalizedField\")\n    val incomingTokenField = config[String](\"odinson.index.incomingTokenField\")\n    val outgoingTokenField = config[String](\"odinson.index.outgoingTokenField\")\n    val maxNumberOfTokensPerSentence = config[Int](\"odinson.index.maxNumberOfTokensPerSentence\")\n    val invalidCharacterReplacement = config[String](\"odinson.index.invalidCharacterReplacement\")\n    val storedFields = config[List[String]](\"odinson.index.storedFields\")\n    val displayField = config[String](\"odinson.displayField\")\n    val (directory, vocabulary) = indexDir match {\n      case \":memory:\" =>\n        \/\/ memory index is supported in the configuration file\n        val dir = new RAMDirectory\n        val vocab = Vocabulary.empty\n        (dir, vocab)\n      case path =>\n        val dir = FSDirectory.open(new File(path).toPath)\n        val vocab = Vocabulary.fromDirectory(dir)\n        (dir, vocab)\n    }\n    \/\/ Always store the display field, also store these additional fields\n    if (!storedFields.contains(displayField)) {\n      throw new OdinsonException(\"`odinson.index.storedFields` must contain `odinson.displayField`\")\n    }\n    val settings = IndexSettings(storedFields)\n    new OdinsonIndexWriter(\n      directory,\n      vocabulary,\n      settings,\n      documentIdField,\n      sentenceIdField,\n      sentenceLengthField,\n      normalizedTokenField,\n      addToNormalizedField.toSet,\n      incomingTokenField,\n      outgoingTokenField,\n      maxNumberOfTokensPerSentence,\n      invalidCharacterReplacement,\n      displayField\n    )\n  }\n\n  def inMemory: OdinsonIndexWriter = {\n    val config = ConfigFactory.load()\n    inMemory(config)\n  }\n\n  def inMemory(config: Config): OdinsonIndexWriter = {\n    \/\/ if the user wants the index to live in memory then we override the configuration\n    val newConfig = config.withValue(\"odinson.indexDir\", ConfigValueFactory.fromAnyRef(\":memory:\"))\n    fromConfig(newConfig)\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/IdGetter.scala","text":"<gh_stars>0\npackage ai.lum.odinson\n\nimport ai.lum.odinson.lucene.search.OdinsonIndexSearcher\n\n\/\/ IdGetters are intended to privide access to the docid and sent id in the *original* corpus for\n\/\/ a given Mentions (i.e., as opposed to the lucene ids).\ntrait IdGetter {\n  def getDocId: String\n  def getSentId: String\n}\n\n\/\/ This IdGetter is for creating a Mention when we already know the docID and sentID\n\/\/ (so we don't need to **get** them), as is the case during deserialization.\nclass KnownIdGetter(docId: String, sentId: String) extends IdGetter {\n  def getDocId: String = docId\n  def getSentId: String = sentId\n}\n\n\/\/ This IdGetter delays the doc\/sent id lookup until the Mention is referenced or used,\n\/\/ saving computational time during extraction.\nclass LazyIdGetter(indexSearcher: OdinsonIndexSearcher, documentId: Int) extends IdGetter {\n  protected lazy val document = indexSearcher.doc(documentId)\n  protected lazy val docId: String = document.getField(\"docId\").stringValue\n  protected lazy val sentId: String = document.getField(\"sentId\").stringValue\n\n  def getDocId: String = docId\n\n  def getSentId: String = sentId\n}\n\nobject LazyIdGetter {\n\n  def apply(indexSearcher: OdinsonIndexSearcher, docId: Int): LazyIdGetter =\n    new LazyIdGetter(indexSearcher, docId)\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"extra\/src\/test\/scala\/ai\/lum\/odinson\/extra\/TestAnnotateDocuments.scala","text":"<filename>extra\/src\/test\/scala\/ai\/lum\/odinson\/extra\/TestAnnotateDocuments.scala\npackage ai.lum.odinson.extra\n\nimport java.nio.file.Files\n\nimport ai.lum.odinson.Document\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport org.scalatest._\nimport java.io.{ File, IOException }\nimport org.apache.commons.io.FileUtils\n\nimport scala.reflect.io.Directory\n\nclass TestAnnotateDocuments extends FlatSpec with Matchers {\n\n  \/\/ get the resources directory and the text directory where the text to annotate is stored\n  val resourcesFolder = getClass.getResource(\"\/\").getFile\n  val srcTextDir = new File(resourcesFolder, \"text\")\n\n  \/\/ create the temporary test directory\n  val tmpFolder = Files.createTempDirectory(\"odinson-test\").toFile().getAbsolutePath\n\n  \/\/ create directories and files that will be used during the test\n  val dataDir = tmpFolder\n  val textDir = new File(dataDir, \"text\")\n  val docsDir = new File(tmpFolder, \"docs\")\n  val serializedTestFile = new File(docsDir, \"test-text.json.gz\")\n\n  \/\/ copy the text to annotate into the temporary test directory\n  try {\n    FileUtils.copyDirectory(srcTextDir, textDir)\n  } catch {\n    case e: IOException =>\n      throw new OdinsonException(s\"Can't copy text directory ${srcTextDir}\")\n  }\n\n  def deleteDocs = {\n    val dir = new Directory(docsDir)\n    dir.deleteRecursively()\n  }\n\n  \"AnnotateDocuments\" should \"get the correct annotated, deserializeable Document file when processing with FastNLPProcessor\" in {\n\n    \/\/delete docs if already exists\n    deleteDocs\n\n    \/\/ run the annotation\n    AnnotateText.main(Array(tmpFolder, \"FastNLPProcessor\"))\n\n    docsDir.listFiles() should contain(serializedTestFile)\n\n    val deserialized = Document.fromJson(serializedTestFile)\n\n    deserialized.getClass.toString shouldEqual \"class ai.lum.odinson.Document\"\n\n  }\n\n  \"AnnotateDocuments\" should \"get the correct annotated, deserializeable Document file when processing with CluProcessor\" in {\n\n    \/\/delete docs if already exists\n    deleteDocs\n\n    \/\/ run the annotation\n    AnnotateText.main(Array(tmpFolder, \"CluProcessor\"))\n\n    docsDir.listFiles() should contain(serializedTestFile)\n\n    val deserialized = Document.fromJson(serializedTestFile)\n\n    deserialized.getClass.toString shouldEqual \"class ai.lum.odinson.Document\"\n\n  }\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/foundations\/TestExtractorEngine.scala","text":"<reponame>nezda\/odinson\npackage ai.lum.odinson.foundations\n\nimport ai.lum.odinson.{ Document, ExtractorEngine, Sentence, TokensField, utils }\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\n\nclass TestExtractorEngine extends OdinsonTest {\n\n  \/\/ create a test sentence\n  val text = \"Rain causes flood\"\n  val tokens = TokensField(rawTokenField, text.split(\" \"))\n  val sentence = Sentence(tokens.tokens.length, Seq(tokens))\n  val doc1 = Document(\"<TEST-ID1>\", Nil, Seq(sentence))\n  val doc2 = Document(\"<TEST-ID2>\", Nil, Seq(sentence))\n\n  val ee = ExtractorEngine.inMemory(Seq(doc1, doc2))\n  \/\/ TODO: the compiler should be tested first\n  \/\/ bc the rest of the stuff depends on it\n  \/\/ TODO: make this a fixture\n  \/\/ Check on code cov what to test\n  \/\/\n  \/\/ test limited query\n  \/\/ figure out how to create an OdinsonQuery\n  \/\/ ee.query()\n\n  \"Odinson ExtractorEngine\" should \"run a simple query correctly\" in {\n    val q = ee.compiler.mkQuery(\"causes\")\n    val results = ee.query(q, 1)\n    results.totalHits should equal(2)\n  }\n\n  it should \"getTokensFromSpan correctly from existing Field\" in {\n    \/\/ Becky ate gummy bears.\n    val doc = getDocument(\"becky-gummy-bears-v2\")\n    val ee = extractorEngineWithConfigValue(doc, \"odinson.index.storedFields\", Seq(\"raw\", \"lemma\"))\n    val rules = \"\"\"\n        |rules:\n        |  - name: testrule\n        |    type: event\n        |    label: Test\n        |    pattern: |\n        |      trigger = [lemma=eat]\n        |      subject: ^NP = >nsubj []\n        |      object: ^NP = >dobj []\n    \"\"\".stripMargin\n    val extractors = ee.ruleReader.compileRuleString(rules)\n    val mentions = getMentionsWithLabel(ee.extractMentions(extractors).toSeq, \"Test\")\n    mentions should have size (1)\n\n    val mention = mentions.head\n\n    ee.getTokensForSpan(\n      mention.luceneSegmentDocId,\n      mention.odinsonMatch\n    ) should contain only (\"ate\")\n    ee.getTokensForSpan(\n      mention.luceneSegmentDocId,\n      mention.odinsonMatch,\n      fieldName = \"lemma\"\n    ) should contain only (\"eat\")\n  }\n\n  it should \"getTokensFromSpan with OdinsonException from non-existing Field\" in {\n    \/\/ Becky ate gummy bears.\n    val doc = getDocument(\"becky-gummy-bears-v2\")\n    val ee = extractorEngineWithConfigValue(doc, \"odinson.index.storedFields\", Seq(\"raw\", \"lemma\"))\n    val rules = \"\"\"\n      |rules:\n      |  - name: testrule\n      |    type: event\n      |    label: Test\n      |    pattern: |\n      |      trigger = [lemma=eat]\n      |      subject: ^NP = >nsubj []\n      |      object: ^NP = >dobj []\n    \"\"\".stripMargin\n    val extractors = ee.ruleReader.compileRuleString(rules)\n    val mentions = getMentionsWithLabel(ee.extractMentions(extractors).toSeq, \"Test\")\n    mentions should have size (1)\n\n    val mention = mentions.head\n\n    an[utils.exceptions.OdinsonException] should be thrownBy ee.getTokensForSpan(\n      mention.luceneSegmentDocId,\n      mention.odinsonMatch,\n      fieldName = \"notAField\"\n    )\n  }\n\n  \/\/ TODO: implement index fixture to test the features bellow\n  \/\/ TODO: def getParentDoc(docId: String)\n  \/\/ TODO: def compileRules(rules: String)\n  \/\/ TODO: def extractMentions(extractors: Seq[Extractor], numSentences: Int)\n  \/\/ TODO: def query(odinsonQuery: OdinsonQuery, n: Int, after: OdinsonScoreDoc)\n\n  \/\/ TODO: def getArgument(mention: Mention, name: String)\n  \/\/ TODO: getTokens(m: Mention): Array[String]\n  \/\/ TODO: getTokens(scoreDoc: OdinsonScoreDoc, fieldName: String): Array[String]\n  \/\/ TODO: ExtractorEngine.fromConfig\n  \/\/ TODO: ExtractorEngine.fromConfig(path: String)\n  \/\/ \"Odinson ExtractorEngine\" should \"initialize correctly from config\" in {\n  \/\/ }\n  \/\/ TODO: ExtractorEngine.fromConfig(config: Config)\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/foundations\/TestOdinsonDocument.scala","text":"package ai.lum.odinson.foundations\n\nimport java.text.SimpleDateFormat\nimport java.io.File\n\nimport scala.io.Source\nimport ai.lum.odinson.Document\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport ai.lum.odinson.{ DateField, Field, GraphField, Sentence, StringField, TokensField }\n\nclass TestOdinsonDocument extends OdinsonTest {\n  \"OdinsonDocument Document\" should \"handle a json File correctly\" in {\n    \/\/ Check my code to see how to open a file like this\n    val jsonFile =\n      new File(getClass.getResource(\"\/odinsonDocTest.json\").getPath)\n    \/\/ Open the one life file\n    val docObj = Document.fromJson(jsonFile)\n    \/\/ check if toJson is working\n    docObj.toJson shouldEqual (Source\n      .fromResource(\"odinsonDocTest.json\")\n      .getLines\n      .mkString)\n    \/\/ check if toPrettyJson is working\n    docObj.toPrettyJson shouldEqual (Source\n      .fromResource(\"odinsonDocTestPretty.json\")\n      .getLines\n      .mkString(\"\\n\"))\n    \/\/ check if the fields are being loaded correctly\n    docObj.id shouldBe (\"foo\")\n    docObj.sentences.head.numTokens should be(1)\n    docObj.sentences.head.fields.head.name should be(\"raw\")\n  }\n\n  \"OdinsonDocument TokensField\" should \"handle a json String correctly\" in {\n    val field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"chunk\",\"tokens\":[\"B-NP\",\"B-VP\",\"B-NP\",\"I-NP\",\"O\"]}\"\"\"\n    val fieldPretty =\n      \"\"\"|{\n        |    \"$type\": \"ai.lum.odinson.TokensField\",\n        |    \"name\": \"chunk\",\n        |    \"tokens\": [\n        |        \"B-NP\",\n        |        \"B-VP\",\n        |        \"B-NP\",\n        |        \"I-NP\",\n        |        \"O\"\n        |    ]\n        |}\"\"\".stripMargin.replace(\"\\r\", \"\")\n    \/\/\n    val tokenField = TokensField.fromJson(field)\n    \/\/ check if the name is being parsed correct\n    tokenField.name should be(\"chunk\")\n    \/\/ test toJson\n    tokenField.toJson should equal(field)\n    \/\/ test pretty\n    tokenField.toPrettyJson should equal(fieldPretty)\n    \/\/ first\n    tokenField.tokens.head should equal(\"B-NP\")\n    \/\/ last\n    tokenField.tokens.last should equal(\"O\")\n  }\n\n  \"OdinsonDocument GraphField\" should \"handle a json String correctly\" in {\n    val field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.GraphField\",\"name\":\"dependencies\",\"edges\":[[1,0,\"nsubj\"],[3,2,\"amod\"]],\"roots\":[1]}\"\"\"\n    \/\/ parse json\n    val graphField = GraphField.fromJson(field)\n    \/\/ test name\n    graphField.name shouldBe (\"dependencies\")\n    \/\/ test roots\n    graphField.roots shouldBe a[Set[_]]\n    graphField.roots.head should equal(1)\n    \/\/ test firs and last elements\n    graphField.edges.head shouldBe (1, 0, \"nsubj\")\n    graphField.edges.last shouldBe (3, 2, \"amod\")\n  }\n\n  \/\/ case class Sentence\n  \"OdinsonDocument Sentence\" should \"handle a json String correctly\" in {\n    val sentence =\n      \"\"\"{\"numTokens\":1,\"fields\":[{\"$type\":\"ai.lum.odinson.TokensField\",\"name\":\"raw\",\"tokens\":[\"Becky\"]},{\"$type\":\"ai.lum.odinson.GraphField\",\"name\":\"dependencies\",\"edges\":[[1,0,\"nsubj\"]],\"roots\":[1]}]}\"\"\"\n\n    \/\/ parse json\n    val sentenceObj = Sentence.fromJson(sentence)\n    \/\/ check the namber of tokens\n    sentenceObj.numTokens shouldEqual (1)\n    \/\/ make sure it gets the type of each field right\n    sentenceObj.fields.head shouldBe a[Field]\n    sentenceObj.fields.last shouldBe a[Field]\n    \/\/ check the type of both\n    val lastFieldType = sentenceObj.fields.last match {\n      case t: GraphField => \"GraphField\"\n      case _             => \"other\"\n    }\n    lastFieldType shouldBe (\"GraphField\")\n    \/\/ maybe test internals? ask\n    sentenceObj.toJson shouldEqual (sentence)\n    \/\/\n    val prettySentence = \"\"\"|{\n    |    \"numTokens\": 1,\n    |    \"fields\": [\n    |        {\n    |            \"$type\": \"ai.lum.odinson.TokensField\",\n    |            \"name\": \"raw\",\n    |            \"tokens\": [\n    |                \"Becky\"\n    |            ]\n    |        },\n    |        {\n    |            \"$type\": \"ai.lum.odinson.GraphField\",\n    |            \"name\": \"dependencies\",\n    |            \"edges\": [\n    |                [\n    |                    1,\n    |                    0,\n    |                    \"nsubj\"\n    |                ]\n    |            ],\n    |            \"roots\": [\n    |                1\n    |            ]\n    |        }\n    |    ]\n    |}\"\"\".stripMargin.replace(\"\\r\", \"\")\n    \/\/ test pretty\n    sentenceObj.toPrettyJson shouldEqual (prettySentence)\n  }\n\n  \"OdinsonDocument StringField\" should \"handle a json String correctly\" in {\n    val field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.StringField\",\"name\":\"smth\",\"string\":\"smthString\"}\"\"\"\n    \/\/ parse field\n    val stringField = StringField.fromJson(field)\n    \/\/ check stuff\n    stringField.name shouldBe (\"smth\")\n    stringField.string shouldBe (\"smthString\")\n  }\n\n  \"OdinsonDocument DateField\" should \"handle json String and local date correctly\" in {\n    val field =\n      \"\"\"{\"$type\":\"ai.lum.odinson.DateField\",\"name\":\"smth\",\"date\":\"1993-03-28\"}\"\"\"\n    \/\/ parse\n    var dateField = DateField.fromJson(field)\n    \/\/ test values\n    dateField.date shouldBe (\"1993-03-28\")\n    dateField.name shouldBe (\"smth\")\n    \/\/ test the parsed date\n    dateField.localDate.getYear shouldBe (1993)\n    dateField.localDate.getDayOfMonth shouldBe (28)\n    dateField.localDate.getMonthValue shouldBe (3)\n\n    val localDate = dateField.localDate\n    dateField = DateField.fromLocalDate(\"smth\", localDate, false)\n    dateField.date shouldBe (\"1993-03-28\")\n    dateField.name shouldBe (\"smth\")\n  }\n\n  \"OdinsonDocument DateField\" should \"handle java date correctly\" in {\n    \/\/ testing java date\n    val formatter = new SimpleDateFormat(\"dd\/MM\/yyyy\")\n    val javaDate = formatter.parse(\"28\/03\/1993\")\n    val dateField = DateField.fromDate(\"smth\", javaDate, false)\n    dateField.date shouldBe (\"1993-03-28\")\n    dateField.localDate.getYear shouldBe (1993)\n    dateField.localDate.getDayOfMonth shouldBe (28)\n    dateField.localDate.getMonthValue shouldBe (3)\n  }\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/serialization\/TestJsonSerialization.scala","text":"package ai.lum.odinson.serialization\n\nimport java.util\n\nimport ai.lum.odinson.DataGatherer.VerboseLevels\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport com.typesafe.config.ConfigValueFactory\n\nclass TestJsonSerialization extends OdinsonTest {\n\n  val doc = getDocument(\"rainbows\")\n  val engine = mkExtractorEngine(doc)\n  val storedFields = util.Arrays.asList(\"raw\", \"lemma\", \"tag\")\n\n  val verboseEngine = mkExtractorEngine(\n    defaultConfig.withValue(\n      \"odinson.index.storedFields\",\n      ConfigValueFactory.fromIterable(storedFields)\n    ),\n    doc\n  )\n\n  val extractors = engine.compileRuleResource(\"\/serialization.yml\")\n\n  \/\/ Without state\n  val mentions = engine.extractNoState(extractors).toArray\n\n  val jsonSerializer =\n    new JsonSerializer(\n      verbose = VerboseLevels.Minimal,\n      indent = 4,\n      dataGathererOpt = Some(engine.dataGatherer)\n    )\n\n  val displaySerializer =\n    new JsonSerializer(\n      verbose = VerboseLevels.Display,\n      indent = 4,\n      dataGathererOpt = Some(verboseEngine.dataGatherer)\n    )\n\n  val allSerializer =\n    new JsonSerializer(\n      verbose = VerboseLevels.All,\n      indent = 4,\n      dataGathererOpt = Some(verboseEngine.dataGatherer)\n    )\n\n  \"JsonSerializer\" should \"handle NGramMentions\" in {\n    val m = getSingleMentionFromRule(mentions, \"NGram\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle basic EventMatches\" in {\n    val m = getSingleMentionFromRule(mentions, \"Event\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle EventMatches with arg quantifiers\" in {\n    val m = getSingleMentionFromRule(mentions, \"Event-plus\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle EventMatches with arg ranges\" in {\n    val m = getSingleMentionFromRule(mentions, \"Event-3\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle GraphTraversals\" in {\n    val m = getSingleMentionFromRule(mentions, \"GraphTraversal\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Repetition\" in {\n    val m = getSingleMentionFromRule(mentions, \"Repetition\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Repetition (lazy)\" in {\n    val m = getSingleMentionFromRule(mentions, \"Repetition-lazy\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Optional\" in {\n    val m = getSingleMentionFromRule(mentions, \"Optional\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Or\" in {\n    val m = getSingleMentionFromRule(mentions, \"Or\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Named\" in {\n    val m = getSingleMentionFromRule(mentions, \"Named\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  \/\/ With state\n  val stateMentions = engine.extractMentions(extractors).toArray\n\n  \"JsonSerializer\" should \"handle NGramMentions with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"NGram\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle basic EventMatches with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Event\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle EventMatches with arg quantifiers with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Event-plus\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle EventMatches with arg ranges with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Event-3\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle GraphTraversals with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"GraphTraversal\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Repetition with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Repetition\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Repetition (lazy) with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Repetition-lazy\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Optional with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Optional\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Or with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Or\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"handle Named with State\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Named\")\n    val json = jsonSerializer.asJsonValue(Array(m))\n    val reconstituted = jsonSerializer.deserializeMentions(json)\n    reconstituted should have length (1)\n\n    mentionsShouldBeEqual(m, reconstituted.head) should be(true)\n  }\n\n  it should \"properly serialize and deserialized using json strings\" in {\n    val m = getSingleMentionFromRule(stateMentions, \"Or\")\n    val jsonString = jsonSerializer.asJsonString(m)\n    val deserialized = jsonSerializer.deserializeMention(jsonString)\n    mentionsShouldBeEqual(m, deserialized) should be(true)\n\n    val jsonPretty = jsonSerializer.asJsonPretty(m)\n    val deserializedPretty = jsonSerializer.deserializeMention(jsonPretty)\n    mentionsShouldBeEqual(m, deserializedPretty) should be(true)\n  }\n\n  it should \"properly serialize and deserialize using json lines\" in {\n    val m1 = getSingleMentionFromRule(mentions, \"Or\")\n    val m2 = getSingleMentionFromRule(mentions, \"Named\")\n    val jsonLines = jsonSerializer.asJsonLines(Seq(m1, m2))\n    val deserialized = jsonSerializer.deserializeJsonLines(jsonLines)\n    deserialized should have length (2)\n    mentionsShouldBeEqual(m1, deserialized(0)) should be(true)\n    mentionsShouldBeEqual(m2, deserialized(1)) should be(true)\n  }\n\n  \"JsonSerializer with verbose=display\" should \"include the display field and content\" in {\n    val nonevent = getSingleMentionFromRule(mentions, \"MultipleWords\")\n    val json = displaySerializer.asJsonValue(nonevent)\n    val detail = json(\"detail\")\n    val raw = detail(\"mention\")(\"raw\").arr.map(_.str)\n    raw should contain inOrderOnly (\"Rainbows\", \"shine\", \"bright\")\n    val docRaw = detail(\"document\")(\"raw\").arr.map(_.str)\n    docRaw.mkString(\" \") shouldBe \"Rainbows shine bright bright bright .\"\n\n    a[java.util.NoSuchElementException] should be thrownBy json(\"lemma\")\n  }\n\n  \"JsonSerializer with verbose=all\" should \"include the all stored fields and content\" in {\n    val nonevent = getSingleMentionFromRule(mentions, \"MultipleWords\")\n    val json = allSerializer.asJsonValue(nonevent)\n    val detail = json(\"detail\")(\"mention\")\n\n    detail(\"raw\").arr.map(_.str) should contain inOrderOnly (\"Rainbows\", \"shine\", \"bright\")\n    detail(\"lemma\").arr.map(_.str) should contain inOrderOnly (\"rainbow\", \"shine\", \"bright\")\n    detail(\"tag\").arr.map(_.str) should contain inOrderOnly (\"NNS\", \"VBP\", \"JJ\")\n\n    a[java.util.NoSuchElementException] should be thrownBy json(\"watermelon\")\n  }\n\n  it should \"deserialize mentions populated with previous content\" in {\n    val nonevent = getSingleMentionFromRule(mentions, \"MultipleWords\")\n    val json = allSerializer.asJsonValue(nonevent)\n    val emptySerializer = new JsonSerializer() \/\/ doesn't point to anything\n    val deserialized = emptySerializer.deserializeMention(json)\n    deserialized.text should be(\"Rainbows shine bright\")\n    deserialized.documentFields(\"raw\") shouldBe Array(\n      \"Rainbows\",\n      \"shine\",\n      \"bright\",\n      \"bright\",\n      \"bright\",\n      \".\"\n    )\n    deserialized.mentionFields(\"tag\") should contain inOrderOnly (\"NNS\", \"VBP\", \"JJ\")\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"backend\/test\/controllers\/OdinsonControllerSpec.scala","text":"<reponame>nezda\/odinson<gh_stars>0\npackage controllers\n\nimport java.io.{ File, IOException }\nimport java.nio.file.Files\n\nimport ai.lum.odinson.extra.IndexDocuments\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport com.typesafe.config.{ Config, ConfigFactory, ConfigValueFactory }\nimport org.scalatestplus.play.guice._\nimport play.api.test.Helpers._\nimport org.apache.commons.io.FileUtils\nimport org.scalatest.TestData\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.libs.json.Json\n\nimport org.scalatestplus.play._\nimport play.api.test._\n\nimport scala.reflect.io.Directory\n\n\/** Add your spec here.\n  * You can mock out a whole application including requests, plugins etc.\n  *\n  * For more information, see https:\/\/www.playframework.com\/documentation\/latest\/ScalaTestingWithScalaTest\n  *\/\n\nclass OdinsonControllerSpec extends PlaySpec with GuiceOneAppPerTest with Injecting {\n\n  val defaultconfig = ConfigFactory.load()\n\n  implicit val ec: scala.concurrent.ExecutionContext = scala.concurrent.ExecutionContext.global\n\n  val tmpFolder: File = Files.createTempDirectory(\"odinson-test\").toFile()\n  val srcDir: File = new File(getClass.getResource(\"\/\").getFile)\n\n  try {\n    FileUtils.copyDirectory(srcDir, tmpFolder)\n  } catch {\n    case e: IOException =>\n      throw new OdinsonException(s\"Can't copy resources directory ${srcDir}\")\n  }\n\n  val dataDir = tmpFolder.getAbsolutePath\n  val indexDir = new File(tmpFolder, \"index\")\n  val docsDir = new File(tmpFolder, \"docs\").getAbsolutePath\n\n  val testConfig: Config = {\n    defaultconfig\n      .withValue(\"odinson.dataDir\", ConfigValueFactory.fromAnyRef(dataDir))\n      \/\/ re-compute the index and docs path's\n      .withValue(\n        \"odinson.indexDir\",\n        ConfigValueFactory.fromAnyRef(indexDir.getAbsolutePath)\n      )\n      .withValue(\n        \"odinson.docsDir\",\n        ConfigValueFactory.fromAnyRef(docsDir)\n      )\n\n  }\n\n  def deleteIndex = {\n    val dir = new Directory(indexDir)\n    dir.deleteRecursively()\n  }\n\n  deleteIndex\n  \/\/ create index\n  IndexDocuments.main(Array(tmpFolder.getAbsolutePath))\n\n  implicit override def newAppForTest(testData: TestData): Application =\n    new GuiceApplicationBuilder()\n      .configure(\"odinson.dataDir\" -> ConfigValueFactory.fromAnyRef(dataDir))\n      .configure(\"odinson.indexDir\" -> ConfigValueFactory.fromAnyRef(indexDir.getAbsolutePath))\n      .configure(\"odinson.docsDir\" -> ConfigValueFactory.fromAnyRef(docsDir))\n      .build()\n\n  val controller = new OdinsonController(testConfig, cc = Helpers.stubControllerComponents())\n\n  \"OdinsonController\" should {\n\n    \"access the \/buildinfo endpoint from a new instance of controller\" in {\n\n      val buildinfo = controller.buildInfo(pretty = None).apply(FakeRequest(GET, \"\/buildinfo\"))\n\n      status(buildinfo) mustBe OK\n      contentType(buildinfo) mustBe Some(\"application\/json\")\n      (contentAsJson(buildinfo) \\ \"name\").as[String] mustBe \"odinson-core\"\n\n    }\n\n    \"process a pattern query using the runQuery method\" in {\n\n      val pattern = controller.runQuery(\n        odinsonQuery = \"[lemma=be] []\",\n        parentQuery = None,\n        label = None,\n        commit = None,\n        prevDoc = None,\n        prevScore = None,\n        enriched = false,\n        pretty = None\n      ).apply(FakeRequest(GET, \"\/pattern\"))\n\n      status(pattern) mustBe OK\n      contentType(pattern) mustBe Some(\"application\/json\")\n      Helpers.contentAsString(pattern) must include(\"core\")\n\n    }\n\n    \"process a pattern query by accessing the \/pattern endpoint\" in {\n      \/\/ the pattern used in this test: \"[lemma=be] []\"\n      val result = route(\n        app,\n        FakeRequest(GET, \"\/api\/execute\/pattern?odinsonQuery=%5Blemma%3Dbe%5D%20%5B%5D\")\n      ).get\n\n      status(result) mustBe OK\n      contentType(result) mustBe Some(\"application\/json\")\n      Helpers.contentAsString(result) must include(\"core\")\n\n    }\n\n    \"execute a grammar using the executeGrammar method\" in {\n\n      val ruleString =\n        s\"\"\"\n           |rules:\n           | - name: \"example\"\n           |   label: GrammaticalSubject\n           |   type: event\n           |   pattern: |\n           |       trigger = [lemma=have]\n           |       subject  = >nsubj []\n           |\n        \"\"\".stripMargin\n\n      val body =\n        Json.obj(\"grammar\" -> ruleString, \"pageSize\" -> 10, \"allowTriggerOverlaps\" -> false)\n\n      val response =\n        controller.executeGrammar().apply(FakeRequest(POST, \"\/grammar\").withJsonBody(body))\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      Helpers.contentAsString(response) must include(\"adults\")\n\n    }\n\n    \"execute a grammar by accessing the \/grammar endpoint\" in {\n\n      val ruleString =\n        s\"\"\"\n           |rules:\n           | - name: \"example\"\n           |   label: GrammaticalSubject\n           |   type: event\n           |   pattern: |\n           |       trigger = [lemma=have]\n           |       subject  = >nsubj []\n           |\n        \"\"\".stripMargin\n\n      val body =\n        Json.obj(\"grammar\" -> ruleString, \"pageSize\" -> 10, \"allowTriggerOverlaps\" -> false)\n\n      val response = route(app, FakeRequest(POST, \"\/api\/execute\/grammar\").withJsonBody(body)).get\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      Helpers.contentAsString(response) must include(\"adults\")\n    }\n\n    \"not persist state across uses of the \/grammar endpoint\" in {\n\n      val ruleString1 =\n        s\"\"\"\n           |rules:\n           | - name: \"example1\"\n           |   label: GrammaticalSubject\n           |   type: event\n           |   pattern: |\n           |       trigger = [lemma=have]\n           |       subject  = >nsubj []\n           |\n        \"\"\".stripMargin\n\n      val body1 =\n        Json.obj(\"grammar\" -> ruleString1, \"pageSize\" -> 10, \"allowTriggerOverlaps\" -> false)\n\n      val response1 = route(app, FakeRequest(POST, \"\/api\/execute\/grammar\").withJsonBody(body1)).get\n\n      status(response1) mustBe OK\n      contentType(response1) mustBe Some(\"application\/json\")\n      Helpers.contentAsString(response1) must include(\"example1\")\n\n      val ruleString2 =\n        s\"\"\"\n           |rules:\n           | - name: \"example2\"\n           |   label: GrammaticalObject\n           |   type: event\n           |   pattern: |\n           |       trigger = [lemma=have]\n           |       subject  = >dobj []\n           |\n        \"\"\".stripMargin\n\n      val body2 =\n        Json.obj(\"grammar\" -> ruleString2, \"pageSize\" -> 10, \"allowTriggerOverlaps\" -> false)\n\n      val response2 = route(app, FakeRequest(POST, \"\/api\/execute\/grammar\").withJsonBody(body2)).get\n\n      status(response2) mustBe OK\n      contentType(response2) mustBe Some(\"application\/json\")\n      val response2Content = Helpers.contentAsString(response2)\n      response2Content must include(\"example2\")\n      response2Content must include(\"GrammaticalObject\")\n      response2Content must not include (\"example1\")\n      response2Content must not include (\"GrammaticalSubject\")\n\n    }\n\n    \"respond with token-based frequencies using the \/term-freq endpoint\" in {\n      val response = route(app, FakeRequest(GET, \"\/api\/term-freq?field=word\")).get\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"term\")\n      Helpers.contentAsString(response) must include(\"frequency\")\n    }\n\n    val expandedRules =\n      s\"\"\"\n         |rules:\n         | - name: \"agent-active\"\n         |   label: Agent\n         |   type: event\n         |   pattern: |\n         |       trigger = [tag=\/V.*\/]\n         |       agent  = >nsubj []\n         |\n         | - name: \"patient-active\"\n         |   label: Patient\n         |   type: event\n         |   pattern: |\n         |       trigger = [tag=\/V.*\/]\n         |       patient  = >dobj []\n         |\n         | - name: \"agent-passive\"\n         |   label: Agent\n         |   type: event\n         |   pattern: |\n         |       trigger = [tag=\/V.*\/]\n         |       agent  = >nmod_by []\n         |\n         | - name: \"patient-passive\"\n         |   label: Patient\n         |   type: event\n         |   pattern: |\n         |       trigger = [tag=\/V.*\/]\n         |       patient  = >nsubjpass []\n         |\n        \"\"\".stripMargin\n\n    \"respond with rule-based frequencies using the \/rule-freq endpoint\" in {\n      val body = Json.obj(\n        \"grammar\" -> expandedRules,\n        \"allowTriggerOverlaps\" -> true,\n        \"order\" -> \"freq\",\n        \"min\" -> 0,\n        \"max\" -> 1,\n        \"scale\" -> \"log10\",\n        \"reverse\" -> true,\n        \"pretty\" -> true\n      )\n\n      val response =\n        controller.ruleFreq().apply(FakeRequest(POST, \"\/api\/rule-freq\").withJsonBody(body))\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"term\")\n      Helpers.contentAsString(response) must include(\"frequency\")\n    }\n\n    \"respond with frequency table using the simplest possible \/term-hist endpoint\" in {\n      val response = route(app, FakeRequest(GET, \"\/api\/term-hist?field=lemma\")).get\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"w\")\n      Helpers.contentAsString(response) must include(\"x\")\n      Helpers.contentAsString(response) must include(\"y\")\n    }\n\n    \"respond with frequency table using the maximal \/term-hist endpoint\" in {\n      val response = route(\n        app,\n        FakeRequest(\n          GET,\n          \"\/api\/term-hist?field=tag&bins=5&equalProbability=true&xLogScale=true&pretty=true\"\n        )\n      ).get\n\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"w\")\n      Helpers.contentAsString(response) must include(\"x\")\n      Helpers.contentAsString(response) must include(\"y\")\n    }\n\n    \"respond with frequency table using the simplest possible \/rule-hist endpoint\" in {\n      val body = Json.obj(\"grammar\" -> expandedRules)\n\n      val response =\n        controller.ruleHist().apply(FakeRequest(POST, \"\/api\/rule-hist\").withJsonBody(body))\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"w\")\n      Helpers.contentAsString(response) must include(\"x\")\n      Helpers.contentAsString(response) must include(\"y\")\n    }\n\n    \"respond with frequency table using the maximal \/rule-hist endpoint\" in {\n      val body = Json.obj(\n        \"grammar\" -> expandedRules,\n        \"allowTriggerOverlaps\" -> true,\n        \"bins\" -> 2,\n        \"equalProbability\" -> true,\n        \"xLogScale\" -> true,\n        \"pretty\" -> true\n      )\n\n      val response =\n        controller.ruleHist().apply(FakeRequest(POST, \"\/api\/rule-hist\").withJsonBody(body))\n      status(response) mustBe OK\n      contentType(response) mustBe Some(\"application\/json\")\n      \/\/ println(Helpers.contentAsString(response))\n      Helpers.contentAsString(response) must include(\"w\")\n      Helpers.contentAsString(response) must include(\"x\")\n      Helpers.contentAsString(response) must include(\"y\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"build.sbt","text":"import ReleaseTransformations._\nimport com.typesafe.sbt.packager.docker.DockerChmodType\n\n\norganization in ThisBuild := \"ai.lum\"\n\nscalaVersion in ThisBuild := \"2.12.10\"\n\nfork in ThisBuild := true\n\nlazy val commonSettings = Seq(\n  \/\/ show test duration\n  testOptions in Test += Tests.Argument(\"-oD\"),\n  excludeDependencies += \"commons-logging\" % \"commons-logging\",\n)\n\nlazy val core = project\n  .enablePlugins(BuildInfoPlugin)\n  .settings(commonSettings)\n  .settings(\n    buildInfoPackage := \"ai.lum.odinson\",\n    buildInfoOptions += BuildInfoOption.ToJson,\n    buildInfoKeys := Seq[BuildInfoKey](\n      name, version, scalaVersion, sbtVersion,\n      \"builtAt\" -> {\n        val date = new java.util.Date\n        val formatter = new java.text.SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ssZ\")\n        formatter.format(date)\n      },\n      \"gitCurrentBranch\" -> { git.gitCurrentBranch.value },\n      \"gitHeadCommit\" -> { git.gitHeadCommit.value.getOrElse(\"\") },\n      \"gitHeadCommitDate\" -> { git.gitHeadCommitDate.value.getOrElse(\"\") },\n      \"gitUncommittedChanges\" -> { git.gitUncommittedChanges.value }\n    )\n  )\n\nlazy val extra = project\n  .aggregate(core)\n  .dependsOn(core)\n  .settings(commonSettings)\n  .enablePlugins(JavaAppPackaging, DockerPlugin)\n  .settings(generalDockerSettings)\n  .settings(\n    packageName in Docker := \"odinson-extras\",\n    \/\/mainClass in Compile := Some(\"ai.lum.odinson.extra.IndexDocuments\"),\n    \/\/dockerRepository := Some(\"index.docker.io\"),\n    \/\/dockerChmodType := DockerChmodType.UserGroupWriteExecute\n    javaOptions in Universal ++= Seq(\n      \"-J-Xmx6G\"\n    )\n  )\n\n\n\/\/ Docker settings\nval gitDockerTag = settingKey[String](\"Git commit-based tag for docker\")\nThisBuild \/ gitDockerTag := {\n  val shortHash: String = git.gitHeadCommit.value.get.take(7)  \n  val uncommittedChanges: Boolean = (git.gitUncommittedChanges).value\n  s\"\"\"${shortHash}${if (uncommittedChanges) \"-DIRTY\" else \"\"}\"\"\"\n}\n\nlazy val generalDockerSettings = {\n  Seq(\n    parallelExecution in ThisBuild := false,\n    \/\/ see https:\/\/www.scala-sbt.org\/sbt-native-packager\/formats\/docker.html\n    dockerUsername := Some(\"lumai\"),\n    dockerAliases ++= Seq(\n      dockerAlias.value.withTag(Option(\"latest\")),\n      dockerAlias.value.withTag(Option(gitDockerTag.value))\n    ),\n    maintainer in Docker := \"<NAME> <<EMAIL>>\",\n    \/\/ \"openjdk:11-jre-alpine\"\n    dockerBaseImage := \"openjdk:11\",\n    javaOptions in Universal ++= Seq(\n      \"-Dodinson.dataDir=\/app\/data\/odinson\"\n    )\n  )\n}\n\n\/\/ REST API\nlazy val backend = project\n  .aggregate(core)\n  .dependsOn(core % \"test->test;compile->compile\", extra % \"test->compile;test->test\")\n  .settings(commonSettings)\n  .enablePlugins(PlayScala)\n  .settings(\n    name := \"odinson-rest-api\",\n    libraryDependencies ++= {\n      val akkaV = \"2.6.6\"\n      Seq(\n        guice,\n        jdbc,\n        ehcache,\n        ws,\n        \"org.scalatestplus.play\"  %% \"scalatestplus-play\" % \"5.0.0\" % Test,\n        \"com.typesafe.akka\" %% \"akka-actor-typed\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-protobuf\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-actor\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-slf4j\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-remote\" % akkaV,\n        \"com.typesafe.akka\" %% \"akka-stream\" % akkaV,\n      )\n    },\n    \/\/-Dpidfile.path=\/dev\/null\n    \/\/ Dev settings which are read prior to loading of config.\n    \/\/ See https:\/\/www.playframework.com\/documentation\/2.7.x\/ConfigFile#Using-with-the-run-command\n    PlayKeys.devSettings += \"play.server.http.port\" -> \"9000\",\n    PlayKeys.devSettings += \"play.server.http.address\" -> \"0.0.0.0\",\n    PlayKeys.devSettings += \"play.server.http.idleTimeout\" -> \"infinite\"\n  )\n  .enablePlugins(JavaAppPackaging, DockerPlugin)\n  .settings(generalDockerSettings)\n  .settings(\n    packageName in Docker := \"odinson-rest-api\",\n    mainClass in Compile := Some(\"play.core.server.ProdServerStart\"),\n    \/\/dockerRepository := Some(\"index.docker.io\"),\n    dockerExposedPorts in Docker := Seq(9000),\n    javaOptions in Universal ++= Seq(\n      \"-J-Xmx4G\",\n      \/\/ avoid writing a PID file\n      \"-Dplay.server.pidfile.path=\/dev\/null\",\n      \/\/\"-Dplay.server.akka.requestTimeout=20s\"\n      \"-Dlogger.resource=odinson-rest-logger.xml\"\n    )\n  )\n\n\n\/\/ Release steps\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  runTest,\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  releaseStepCommandAndRemaining(\"+publishSigned\"),\n  releaseStepCommandAndRemaining(\"sonatypeBundleRelease\"),\n  setNextVersion,\n  commitNextVersion,\n  pushChanges\n)\n\n\/\/ Publishing settings\n\npublishTo in ThisBuild := sonatypePublishToBundle.value\n\npublishMavenStyle in ThisBuild := true\n\npublishArtifact in Test := false\n\nlicenses in ThisBuild := Seq(\"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\n\nhomepage in ThisBuild := Some(url(\"https:\/\/github.com\/lum-ai\/odinson\"))\n\nscmInfo in ThisBuild := Some(\n  ScmInfo(\n    url(\"https:\/\/github.com\/lum-ai\/odinson\"),\n    \"scm:<EMAIL>:lum-ai\/odinson.git\"\n  )\n)\n\ndevelopers in ThisBuild := List(\n  Developer(id=\"marcovzla\", name=\"<NAME>\", email=\"<EMAIL>\", url=url(\"https:\/\/lum.ai\"))\n)\n\n\n\/\/ tasks\naddCommandAlias(\"dockerize\", \";clean;compile;test;docker:publishLocal\")\naddCommandAlias(\"dockerizeAndPublish\", \";clean;compile;test;docker:publish\")\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/utils\/TestUtils\/OdinsonTest.scala","text":"<filename>core\/src\/main\/scala\/ai\/lum\/odinson\/utils\/TestUtils\/OdinsonTest.scala\npackage ai.lum.odinson.utils.TestUtils\n\nimport ai.lum.common.ConfigFactory\nimport ai.lum.common.ConfigUtils._\nimport ai.lum.odinson._\nimport ai.lum.odinson.lucene.OdinResults\nimport ai.lum.odinson.lucene.search.OdinsonScoreDoc\nimport ai.lum.odinson.utils.MostRecentlyUsed\nimport ai.lum.odinson.utils.exceptions.OdinsonException\nimport com.typesafe.config.{ Config, ConfigValueFactory }\nimport org.scalatest._\n\nimport scala.collection.JavaConverters.asJavaIterableConverter\n\nclass OdinsonTest extends FlatSpec with Matchers {\n\n  \/\/ Methods for initializing objects\n  lazy val nullIdGetter = new NullIdGetter()\n  lazy val mruIdGetter = MostRecentlyUsed[Int, LazyIdGetter](NullIdGetter.apply)\n\n  val defaultConfig = ConfigFactory.load()\n  val rawTokenField: String = defaultConfig[String](\"odinson.index.rawTokenField\")\n\n  def getDocumentFromJson(json: String): Document = Document.fromJson(json)\n  def getDocument(id: String): Document = getDocumentFromJson(ExampleDocs.json(id))\n\n  \/** Get a list of strings, one for each match in the results.\n    * @param results\n    * @param engine\n    * @return\n    *\/\n  def mkStrings(results: OdinResults, engine: ExtractorEngine): Array[String] = {\n    for {\n      scoreDoc <- results.scoreDocs\n      doc = scoreDoc.doc\n      m <- scoreDoc.matches\n    } yield {\n      engine.getStringForSpan(doc, m)\n    }\n  }\n\n  \/\/ Methods for making extractor engines from docs\n\n  \/** Construct an ExtractorEngine with an in-memory index containing the provided Document,\n    * and using the default config EXCEPT overriding the state to use the provided state\n    * @param doc OdinsonDocument\n    * @param provider the config value corresponding to the desired state\n    * @return\n    *\/\n  def extractorEngineWithSpecificState(doc: Document, provider: String): ExtractorEngine = {\n    extractorEngineWithConfigValue(doc, \"odinson.state.provider\", provider)\n  }\n\n  \/** Constructs an ExtractorEngine with an in-memory index, and the default config, BUT with\n    * the provided (key, value) override for the config (the key can be novel).\n    * @param doc OdinsonDocument to include in the index\n    * @param key config key to override or add\n    * @param value config value to replace the default value or serve as value to new key\n    * @return\n    *\/\n  def extractorEngineWithConfigValue(doc: Document, key: String, value: Any): ExtractorEngine = {\n    val newConfig = defaultConfig.withValue(key, ConfigValueFactory.fromAnyRef(value))\n    mkExtractorEngine(newConfig, doc)\n  }\n\n  def extractorEngineWithConfigValue(\n    doc: Document,\n    key: String,\n    value: Seq[String]\n  ): ExtractorEngine = {\n    val newConfig = defaultConfig.withValue(key, ConfigValueFactory.fromAnyRef(value.asJava))\n    mkExtractorEngine(newConfig, doc)\n  }\n\n  \/** Constructs an `ai.lum.odinson.ExtractorEngine`` from a single-doc\n    * using an in-memory index (`org.apache.lucene.store.RAMDirectory`)\n    * @param docID the string key for the document from ai.lum.odinson.utils.TestUtils.ExampleDocs\n    * @return\n    *\/\n  def mkExtractorEngine(docID: String): ExtractorEngine = {\n    val doc = getDocument(docID)\n    mkExtractorEngine(doc)\n  }\n\n  \/** Constructs an [[ai.lum.odinson.ExtractorEngine]] from a single-doc\n    * using an in-memory index ([[org.apache.lucene.store.RAMDirectory]]) and\n    * the default config.\n    * @param doc\n    * @return ExtractorEngine\n    *\/\n  def mkExtractorEngine(doc: Document): ExtractorEngine = {\n    ExtractorEngine.inMemory(doc)\n  }\n\n  \/** Constructs an [[ai.lum.odinson.ExtractorEngine]] from a single-doc\n    * using an in-memory index ([[org.apache.lucene.store.RAMDirectory]]) and\n    * the provided config.\n    * @param config\n    * @param doc Odinson Document\n    * @return ExtractorEngine\n    *\/\n  def mkExtractorEngine(config: Config, doc: Document): ExtractorEngine = {\n    ExtractorEngine.inMemory(config, Seq(doc))\n  }\n\n  \/** Converts the provided text to a minimal Document (with only a single field),\n    * splitting the text into tokens on spaces.\n    * Then constructs an [[ai.lum.odinson.ExtractorEngine]] from this doc\n    * using an in-memory index ([[org.apache.lucene.store.RAMDirectory]]) and\n    * the default config.\n    * @param text the String text to be used\n    * @return ExtractorEngine\n    *\/\n  def mkExtractorEngineFromText(text: String): ExtractorEngine = {\n    val tokens = TokensField(rawTokenField, text.split(\"\\\\s+\"))\n    val sentence = Sentence(tokens.tokens.length, Seq(tokens))\n    val document = Document(\"<TEST-ID>\", Nil, Seq(sentence))\n    mkExtractorEngine(document)\n  }\n\n  \/\/ Methods for checking query results (not Mentions)\n\n  def numMatches(odinResults: OdinResults): Int = getAllMatches(odinResults).length\n\n  def getAllMatches(odinResults: OdinResults): Array[(Int, OdinsonMatch)] = {\n    for {\n      scoreDoc <- odinResults.scoreDocs\n      m <- scoreDoc.matches\n    } yield (scoreDoc.doc, m)\n  }\n\n  def getOnlyMatch(odinResults: OdinResults): OdinsonMatch = {\n    val matches = getAllMatches(odinResults)\n    matches should have size (1)\n    matches.head._2\n  }\n\n  def existsMatchWithSpan(odinResults: OdinResults, doc: Int, start: Int, end: Int): Boolean = {\n    getAllMatches(odinResults)\n      .collect {\n        case (mDoc, mMatch) if (mDoc == doc && mMatch.start == start && mMatch.end == end) => mMatch\n      }\n      .nonEmpty\n  }\n\n  def existsMatchWithCapturedMatchSpan(\n    odinResults: OdinResults,\n    doc: Int,\n    start: Int,\n    end: Int\n  ): Boolean = {\n    val primary = getAllMatches(odinResults)\n    val captured = for {\n      (doc, m) <- primary\n      nc <- m.namedCaptures\n    } yield (doc, nc.capturedMatch)\n\n    captured\n      .collect {\n        case (mDoc, mMatch) if (mDoc == doc && mMatch.start == start && mMatch.end == end) => mMatch\n      }\n      .nonEmpty\n  }\n\n  \/\/ Methods for checking mention\/match equivalence\n\n  def getSingleMentionFromRule(ms: Seq[Mention], rulename: String): Mention = {\n    val opt = getMentionsFromRule(ms, rulename).headOption\n    if (opt.isDefined) opt.get\n    else throw new OdinsonException(s\"No rules found with rulename: $rulename\")\n  }\n\n  def getMentionsFromRule(ms: Seq[Mention], rulename: String): Seq[Mention] = {\n    ms.filter(_.foundBy == rulename)\n  }\n\n  def getMentionsWithLabel(ms: Seq[Mention], label: String): Seq[Mention] = {\n    ms.filter(_.label.getOrElse(\"\") == label)\n  }\n\n  def getMentionsWithStringValue(\n    ms: Seq[Mention],\n    s: String,\n    engine: ExtractorEngine\n  ): Seq[Mention] = {\n    ms.filter(m => engine.getStringForSpan(m.luceneDocId, m.odinsonMatch) == s)\n  }\n\n  \/** Checks if the provided mentions are equivalent -- they have the same\n    * document, span, internal OdinsonMatch, arguments, and label.\n    * @param a\n    * @param b\n    * @return\n    *\/\n  def mentionsShouldBeEqual(a: Mention, b: Mention): Boolean = {\n    b.foundBy should equal(a.foundBy)\n    b.label should equal(a.label)\n    b.idGetter.getDocId should be(a.idGetter.getDocId)\n    b.idGetter.getSentId should be(a.idGetter.getSentId)\n    b.luceneDocId should be(a.luceneDocId)\n    b.luceneSegmentDocId should be(a.luceneSegmentDocId)\n    b.luceneSegmentDocBase should be(a.luceneSegmentDocBase)\n    b.arguments.keySet should contain theSameElementsAs (a.arguments.keySet)\n    for (arg <- b.arguments.keySet) {\n      val bArgs = b.arguments(arg).sortBy(m => (m.odinsonMatch.start, m.odinsonMatch.end))\n      val aArgs = a.arguments(arg).sortBy(m => (m.odinsonMatch.start, m.odinsonMatch.end))\n      for (i <- aArgs.indices) {\n        mentionsShouldBeEqual(aArgs(i), bArgs(i))\n      }\n    }\n    matchesShouldBeEqual(a.odinsonMatch, b.odinsonMatch)\n  }\n\n  \/** Checks if the provided OdinsonMatches are equivalent -- they are the same type, and depending on the\n    * type, they have the same internal attributes.\n    * @param a\n    * @param b\n    * @return\n    *\/\n  def matchesShouldBeEqual(a: OdinsonMatch, b: OdinsonMatch): Boolean = {\n    a match {\n      case a: StateMatch =>\n        b shouldBe an[StateMatch]\n        b.start should equal(a.start)\n        b.end should equal(a.end)\n        namedCapturesShouldBeEqual(a.namedCaptures, b.namedCaptures)\n\n      case a: NGramMatch =>\n        b shouldBe an[NGramMatch]\n        b.start should equal(a.start)\n        b.end should equal(a.end)\n\n      case a: EventMatch =>\n        b shouldBe an[EventMatch]\n        matchesShouldBeEqual(a.trigger, b.asInstanceOf[EventMatch].trigger)\n        namedCapturesShouldBeEqual(a.namedCaptures, b.namedCaptures)\n        argMetaDataShouldBeEqual(a.argumentMetadata, b.asInstanceOf[EventMatch].argumentMetadata)\n\n      case a: GraphTraversalMatch =>\n        b shouldBe an[GraphTraversalMatch]\n        matchesShouldBeEqual(a.srcMatch, b.asInstanceOf[GraphTraversalMatch].srcMatch)\n        matchesShouldBeEqual(a.dstMatch, b.asInstanceOf[GraphTraversalMatch].dstMatch)\n\n      case a: ConcatMatch =>\n        b shouldBe an[ConcatMatch]\n        matchesShouldBeEqual(a.subMatches, b.asInstanceOf[ConcatMatch].subMatches)\n\n      case a: RepetitionMatch =>\n        b shouldBe an[RepetitionMatch]\n        matchesShouldBeEqual(a.subMatches, b.asInstanceOf[RepetitionMatch].subMatches)\n        a.isGreedy should be(b.asInstanceOf[RepetitionMatch].isGreedy)\n\n      case a: OptionalMatch =>\n        b shouldBe an[OptionalMatch]\n        matchesShouldBeEqual(a.subMatch, b.asInstanceOf[OptionalMatch].subMatch)\n        a.isGreedy should be(b.asInstanceOf[OptionalMatch].isGreedy)\n\n      case a: OrMatch =>\n        b shouldBe an[OrMatch]\n        matchesShouldBeEqual(a.subMatch, b.asInstanceOf[OrMatch].subMatch)\n        a.clauseID should be(b.asInstanceOf[OrMatch].clauseID)\n\n      case a: NamedMatch =>\n        b shouldBe an[NamedMatch]\n        matchesShouldBeEqual(a.subMatch, b.asInstanceOf[NamedMatch].subMatch)\n        a.name should equal(b.asInstanceOf[NamedMatch].name)\n        a.label should equal(b.asInstanceOf[NamedMatch].label)\n\n      case _ => ???\n    }\n    \/\/ If it didn't find an error above we're good!\n    true\n  }\n\n  \/** Tests that the provided Arrays of OdinsonMatches contain the same OdinsonMatches.\n    * The Arrays need to be in the same order.\n    * @param a\n    * @param b\n    *\/\n  def matchesShouldBeEqual(a: Array[OdinsonMatch], b: Array[OdinsonMatch]): Unit = {\n    for (i <- a.indices) {\n      matchesShouldBeEqual(a(i), b(i)) should be(true)\n    }\n  }\n\n  \/** Tests that the provided Arrays of NamedCaptures contain the same NamedCaptures.\n    * @param a\n    * @param b\n    *\/\n  def namedCapturesShouldBeEqual(a: Array[NamedCapture], b: Array[NamedCapture]): Unit = {\n    def ncEqual(a1: NamedCapture, b1: NamedCapture): Boolean = {\n      b1.label should be(a1.label)\n      b1.name should be(a1.name)\n      matchesShouldBeEqual(a1.capturedMatch, b1.capturedMatch)\n    }\n    for (i <- a.indices) {\n      ncEqual(a(i), b(i))\n    }\n  }\n\n  \/** Tests that the provided Arrays of ArgumentMetadata contain the same ArgumentMetadata.\n    * @param a\n    * @param b\n    *\/\n  def argMetaDataShouldBeEqual(a: Array[ArgumentMetadata], b: Array[ArgumentMetadata]): Unit = {\n    def mdEqual(a1: ArgumentMetadata, b1: ArgumentMetadata): Boolean = {\n      b1.min should be(a1.min)\n      b1.max should be(a1.max)\n      b1.name should be(a1.name)\n      b1.promote should be(a1.promote)\n      \/\/ If it didn't find an error above we're good!\n      true\n    }\n    for (i <- a.indices) {\n      mdEqual(a(i), b(i))\n    }\n  }\n\n  \/\/ Methods for testing events and event attributes\n\n  \/** Tests that the provided OdinsonMatch has the provided desired text (potentially trigger text) and\n    * arguments (by string value), and only those desired arguments.\n    * This is specifically designed for testing extraction rules developed in downstream systems.\n    * @param m\n    * @param desiredMentionText the text that the Mention should consist of (for events, this is the trigger)\n    * @param desiredArgs  the Arguments that should be found in the event\n    *\/\n  def testMention(\n    m: Mention,\n    desiredMentionText: String,\n    desiredArgs: Seq[Argument]\n  ): Unit = {\n    \/\/ Check that the trigger is as desired\n    m.text shouldEqual (desiredMentionText)\n\n    \/\/ extract match arguments from the mathing objects\n    val matchArgs = for {\n      (argName, argMentions) <- m.arguments\n      mention <- argMentions\n    } yield Argument(argName, mention.text)\n\n    \/\/ all desired args should be there, in the right number\n    val groupedMatched = matchArgs.groupBy(_.name)\n    val groupedDesired = desiredArgs.groupBy(_.name)\n\n    groupedDesired.keySet should have size (groupedMatched.keySet.size)\n\n    for ((desiredRole, desired) <- groupedDesired) {\n      \/\/ there should be arg(s) of the desired label\n      groupedMatched.keySet should contain(desiredRole)\n      \/\/ should have the same number of arguments of that label\n      val matchedForThisRole = groupedMatched(desiredRole).toSeq\n      desired should have size matchedForThisRole.length\n      for (d <- desired) {\n        matchedForThisRole should contain(d)\n      }\n      \/\/ there shouldn't be any found arguments that we didn't want\n      val unwantedArgs = groupedMatched.keySet.diff(groupedDesired.keySet)\n      unwantedArgs shouldBe empty\n    }\n  }\n\n  \/** Tests that the OdinsonMatch (which is assumed to be an Event) has the provided\n    * start and end.  Note that for an Event, the OdinsonMatch attribute is the trigger.\n    * @param m\n    * @param start token offset of the start of trigger (inclusive)\n    * @param end  token offset of the end of the trigger (exclusive)\n    *\/\n  def testEventTrigger(m: OdinsonMatch, start: Int, end: Int): Unit = {\n    val trigger = m match {\n      case e: EventMatch => e.trigger\n      case s: StateMatch => s\n      case _             => throw new OdinsonException(\"Method only compatible with events\")\n    }\n    trigger.start shouldEqual start\n    trigger.end shouldEqual end\n  }\n\n  \/** Tests that the OdinsonMatch (which is assumed to be an Event) has the provided\n    * text.  Note that for an Event, the OdinsonMatch attribute is the trigger.\n    * @param docID  the lucene doc id of the sentence containing the match\n    * @param m      the OdinsonMatch\n    * @param engine ExtractorEngine\n    * @param text   the text value that the trigger should have\n    *\/\n  def testEventTrigger(docID: Int, m: OdinsonMatch, engine: ExtractorEngine, text: String): Unit = {\n    val trigger = m match {\n      case e: EventMatch => e.trigger\n      case s: StateMatch => s\n      case _             => throw new OdinsonException(\"Method only compatible with events\")\n    }\n    engine.getStringForSpan(docID, trigger) shouldEqual (text)\n  }\n\n  \/** Tests that the provided OdinsonMatch has the provided desired arguments, and only the desired\n    * arguments.\n    * @param m\n    * @param desiredArgs\n    *\/\n  def testArguments(m: OdinsonMatch, desiredArgs: Seq[ArgumentOffsets]): Unit = {\n    \/\/ extract match arguments from the mathing objects\n    val matchArgs = for (nc <- m.namedCaptures)\n      yield ArgumentOffsets(nc.name, nc.capturedMatch.start, nc.capturedMatch.end)\n    \/\/ all desired args should be there, in the right number\n    val groupedMatched = matchArgs.groupBy(_.name)\n    val groupedDesired = desiredArgs.groupBy(_.name)\n    \/\/\n    for ((desiredRole, desired) <- groupedDesired) {\n      \/\/ there should be arg(s) of the desired label\n      groupedMatched.keySet should contain(desiredRole)\n      \/\/ should have the same number of arguments of that label\n      val matchedForThisRole = groupedMatched(desiredRole)\n      desired should have size matchedForThisRole.length\n      for (d <- desired) {\n        matchedForThisRole should contain(d)\n      }\n    }\n    for ((foundRole, found) <- groupedMatched) {\n      \/\/ there should be arg(s) of the desired label\n      groupedDesired.keySet should contain(foundRole)\n      \/\/ should have the same number of arguments of that label\n      val desiredForThisRole = groupedDesired(foundRole)\n      found should have size desiredForThisRole.length\n      for (f <- found) {\n        desiredForThisRole should contain(f)\n      }\n    }\n    \/\/ there shouldn't be any found arguments that we didn't want\n    val unwantedArgs = groupedMatched.keySet.diff(groupedDesired.keySet)\n    unwantedArgs shouldBe empty\n  }\n\n  \/** Tests that the provided OdinsonMatch has the provided desired arguments (by string value),\n    * and only the desired arguments.\n    * @param docId the lucene document id of the sentence containing the match\n    * @param m\n    * @param desiredArgs\n    * @param engine ExtractorEngine\n    *\/\n  def testArguments(\n    docId: Int,\n    m: OdinsonMatch,\n    desiredArgs: Seq[Argument],\n    engine: ExtractorEngine\n  ): Unit = {\n    \/\/ extract match arguments from the mathing objects\n    val matchArgs = for (nc <- m.namedCaptures)\n      yield Argument(nc.name, engine.getStringForSpan(docId, nc.capturedMatch))\n    \/\/ all desired args should be there, in the right number\n    val groupedMatched = matchArgs.groupBy(_.name)\n    val groupedDesired = desiredArgs.groupBy(_.name)\n\n    for ((desiredRole, desired) <- groupedDesired) {\n      \/\/ there should be arg(s) of the desired label\n      groupedMatched.keySet should contain(desiredRole)\n      \/\/ should have the same number of arguments of that label\n      val matchedForThisRole = groupedMatched(desiredRole)\n      desired should have size matchedForThisRole.length\n      for (d <- desired) {\n        matchedForThisRole should contain(d)\n      }\n    }\n\n    for ((foundRole, found) <- groupedMatched) {\n      \/\/ there should be arg(s) of the desired label\n      groupedDesired.keySet should contain(foundRole)\n      \/\/ should have the same number of arguments of that label\n      val desiredForThisRole = groupedDesired(foundRole)\n      found should have size desiredForThisRole.length\n      for (f <- found) {\n        desiredForThisRole should contain(f)\n      }\n    }\n\n    \/\/ there shouldn't be any found arguments that we didn't want\n    val unwantedArgs = groupedMatched.keySet.diff(groupedDesired.keySet)\n    unwantedArgs shouldBe empty\n  }\n\n  \/** Specifies a desired argument for testing, where the argument is defined by its name and offsets.\n    * Note that the produced object has utility only with the testing utils.\n    * @param name Name of the argument\n    * @param start the token offset of the start (inclusive)\n    * @param end the token offset of the end (exclusive)\n    *\/\n  case class ArgumentOffsets(name: String, start: Int, end: Int) {\n\n    override def toString: String = {\n      s\"Argument(name=$name, start=$start, end=$end)\"\n    }\n\n  }\n\n  \/** Specifies a desired Argument for testing, where the Argument is essentially defined by its\n    * name and string value. Note that the produced object has utility only with the testing utils.\n    * @param name Name of the argument\n    * @param text the text the argument should contain\n    *\/\n  case class Argument(name: String, text: String) {\n\n    override def toString: String = {\n      s\"Argument(name=$name, $text)\"\n    }\n\n  }\n\n}\n\n\/\/ Used to satisfy requirements in testing, has no utility outside of the tests\nclass NullIdGetter() extends LazyIdGetter(null, 0) {\n  override lazy val document = ???\n  override lazy val docId: String = \"NULL\"\n  override lazy val sentId: String = \"NULL\"\n  override def getDocId: String = \"NULL\"\n  override def getSentId: String = \"NULL\"\n}\n\nobject NullIdGetter {\n  \/\/ The x: Int is to fit the pattern of the mruIdGetter\n  def apply(x: Int): NullIdGetter = new NullIdGetter()\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/compiler\/TestParser.scala","text":"<reponame>nezda\/odinson\npackage ai.lum.odinson.compiler\n\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\n\nclass TestParser extends OdinsonTest {\n\n  val parser = new QueryParser(Seq(\"norm\", \"word\", \"tag\"), \"norm\")\n\n  \"Literals\" should \"handle identifiers that start with underscore\" in {\n    noException should be thrownBy parser.parseBasicQuery(\"_\")\n    noException should be thrownBy parser.parseBasicQuery(\"_test\")\n  }\n\n  it should \"handle extended identifiers that start with underscore\" in {\n    noException should be thrownBy parser.parseBasicQuery(\"[word=_]\")\n    noException should be thrownBy parser.parseBasicQuery(\"[word=_test]\")\n    noException should be thrownBy parser.parseBasicQuery(\"a >_ b\")\n    noException should be thrownBy parser.parseBasicQuery(\"a >_test b\")\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/main\/scala\/ai\/lum\/odinson\/lucene\/search\/OdinsonFilteredQuery.scala","text":"<reponame>nezda\/odinson\npackage ai.lum.odinson.lucene.search\n\nimport java.util.Arrays\nimport java.util.{ Map => JMap, Set => JSet }\nimport org.apache.lucene.index._\nimport org.apache.lucene.search._\nimport org.apache.lucene.search.spans._\nimport ai.lum.odinson._\nimport ai.lum.odinson.lucene.search.spans._\nimport DocIdSetIterator._\nimport Spans._\n\nclass OdinsonFilteredQuery(\n  val query: OdinsonQuery,\n  val filter: Query\n) extends OdinsonQuery { self =>\n\n  override def hashCode: Int = (query, filter).##\n\n  def toString(field: String): String = s\"FiltereqQuery($query)\"\n\n  def getField(): String = query.getField()\n\n  override def rewrite(reader: IndexReader): Query = {\n    val rewrittenQuery = query.rewrite(reader).asInstanceOf[OdinsonQuery]\n    val rewrittenFilter = filter.rewrite(reader)\n    if (query != rewrittenQuery || filter != rewrittenFilter) {\n      new OdinsonFilteredQuery(rewrittenQuery, rewrittenFilter)\n    } else {\n      super.rewrite(reader)\n    }\n  }\n\n  override def createWeight(\n    searcher: IndexSearcher,\n    needsScores: Boolean\n  ): OdinsonWeight = {\n    val weight = query.createWeight(searcher, needsScores).asInstanceOf[OdinsonWeight]\n    val filterWeight = filter.createWeight(searcher, needsScores)\n    val terms = if (needsScores) OdinsonQuery.getTermContexts(weight) else null\n    new OdinsonFilteredWeight(weight, filterWeight, searcher, terms)\n  }\n\n  class OdinsonFilteredWeight(\n    val weight: OdinsonWeight,\n    val filterWeight: Weight,\n    searcher: IndexSearcher,\n    terms: JMap[Term, TermContext]\n  ) extends OdinsonWeight(self, searcher, terms) {\n\n    def extractTerms(terms: JSet[Term]): Unit = {\n      weight.extractTerms(terms)\n    }\n\n    def extractTermContexts(contexts: JMap[Term, TermContext]): Unit = {\n      weight.extractTermContexts(contexts)\n    }\n\n    def getSpans(\n      context: LeafReaderContext,\n      requiredPostings: SpanWeight.Postings\n    ): OdinsonSpans = {\n      val terms = context.reader().terms(getField())\n      if (terms == null) {\n        return null \/\/ field does not exist\n      }\n      val spans = weight.getSpans(context, requiredPostings)\n      if (spans == null) {\n        return null\n      }\n      val scorer = filterWeight.scorer(context)\n      if (scorer == null) {\n        return null\n      }\n      val filterDisi = scorer.iterator()\n      new OdinsonFilteredSpans(spans, filterDisi)\n    }\n\n  }\n\n  class OdinsonFilteredSpans(\n    val spans: OdinsonSpans,\n    val filterDisi: DocIdSetIterator\n  ) extends OdinsonSpans {\n\n    \/\/ use to move to next doc considering the filter\n    val conjunction: DocIdSetIterator = {\n      ConjunctionDISI.intersectIterators(Arrays.asList(spans, filterDisi))\n    }\n\n    def docID(): Int = conjunction.docID()\n    def cost(): Long = conjunction.cost()\n\n    \/\/ a first start position is available in current doc for nextStartPosition\n    protected var atFirstInCurrentDoc: Boolean = true\n\n    def startPosition(): Int = if (atFirstInCurrentDoc) -1 else spans.startPosition()\n    def endPosition(): Int = if (atFirstInCurrentDoc) -1 else spans.endPosition()\n\n    override def odinsonMatch: OdinsonMatch = {\n      \/\/ FIXME do we need an OdinsonMatch specifically for filtered queries?\n      spans.odinsonMatch\n    }\n\n    def collect(collector: SpanCollector): Unit = spans.collect(collector)\n\n    def nextDoc(): Int = {\n      if (conjunction.nextDoc() == NO_MORE_DOCS) {\n        NO_MORE_DOCS\n      } else {\n        toMatchDoc()\n      }\n    }\n\n    def advance(target: Int): Int = {\n      if (conjunction.advance(target) == NO_MORE_DOCS) {\n        NO_MORE_DOCS\n      } else {\n        toMatchDoc()\n      }\n    }\n\n    def toMatchDoc(): Int = {\n      @annotation.tailrec\n      def getDoc(): Int = {\n        if (twoPhaseCurrentDocMatches()) {\n          docID()\n        } else if (conjunction.nextDoc() == NO_MORE_DOCS) {\n          NO_MORE_DOCS\n        } else {\n          getDoc()\n        }\n      }\n      getDoc()\n    }\n\n    def twoPhaseCurrentDocMatches(): Boolean = {\n      if (spans.nextStartPosition() != NO_MORE_POSITIONS) {\n        atFirstInCurrentDoc = true\n        return true\n      }\n      false\n    }\n\n    def nextStartPosition(): Int = {\n      if (atFirstInCurrentDoc) {\n        atFirstInCurrentDoc = false\n        return spans.startPosition()\n      }\n      spans.nextStartPosition()\n    }\n\n    override def asTwoPhaseIterator(): TwoPhaseIterator = {\n      val tpi = spans.asTwoPhaseIterator()\n      val totalMatchCost: Float =\n        if (tpi != null) tpi.matchCost()\n        else 0 \/\/ FIXME\n      new TwoPhaseIterator(conjunction) {\n        def matches(): Boolean = twoPhaseCurrentDocMatches()\n        def matchCost(): Float = totalMatchCost\n      }\n    }\n\n    def positionsCost(): Float = {\n      \/\/ asTwoPhaseIterator never returns null (see above)\n      throw new UnsupportedOperationException\n    }\n\n  }\n\n}\n"}
{"repo_name":"nezda\/odinson","path":"core\/src\/test\/scala\/ai\/lum\/odinson\/events\/TestArgQuantifiers.scala","text":"package ai.lum.odinson.events\n\nimport ai.lum.odinson.utils.TestUtils.OdinsonTest\n\nclass TestArgQuantifiers extends OdinsonTest {\n\n  def ee = mkExtractorEngine(\"gummy-bears-consumption\")\n\n  def desiredArgs35: Seq[ArgumentOffsets] = Seq(ArgumentOffsets(\"theme\", 3, 5))\n  def desiredArgs67: Seq[ArgumentOffsets] = Seq(ArgumentOffsets(\"theme\", 6, 7))\n\n  \"Odinson\" should \"find two events with one required theme each\" in {\n    val pattern = \"\"\"\n      trigger = consumption\n      theme: ^dessert = >nmod_of >conj? [entity=B-dessert][entity=I-dessert]*\n    \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 5)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 2\n    val Array(m1, m2) = results.scoreDocs.head.matches\n    \/\/ test trigger\n    testEventTrigger(m1, start = 1, end = 2)\n    testEventTrigger(m2, start = 1, end = 2)\n    \/\/ test arguments\n    testArguments(m1, desiredArgs35)\n    testArguments(m2, desiredArgs67)\n  }\n\n  it should \"find two events with one optional theme each\" in {\n    val pattern = \"\"\"\n      trigger = consumption\n      theme: ^dessert? = >nmod_of >conj? [entity=B-dessert][entity=I-dessert]*\n    \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 5)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 2\n    val Array(m1, m2) = results.scoreDocs.head.matches\n    \/\/ test trigger\n    testEventTrigger(m1, start = 1, end = 2)\n    testEventTrigger(m2, start = 1, end = 2)\n    \/\/ test arguments\n    testArguments(m1, desiredArgs35)\n    testArguments(m2, desiredArgs67)\n  }\n\n  it should \"find one event with two required themes\" in {\n    val pattern = \"\"\"\n      trigger = consumption\n      theme: ^dessert+ = >nmod_of >conj? [entity=B-dessert][entity=I-dessert]*\n    \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 5)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val Array(m) = results.scoreDocs.head.matches\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      desiredArgs35.head,\n      desiredArgs67.head\n    )\n    testArguments(m, desiredArgs)\n  }\n\n  it should \"find one event with two optional themes\" in {\n    val pattern = \"\"\"\n      trigger = consumption\n      theme: ^dessert* = >nmod_of >conj? [entity=B-dessert][entity=I-dessert]*\n    \"\"\"\n    val q = ee.compiler.compileEventQuery(pattern)\n    val results = ee.query(q, 5)\n    results.totalHits should equal(1)\n    results.scoreDocs.head.matches should have size 1\n    val Array(m) = results.scoreDocs.head.matches\n    \/\/ test trigger\n    testEventTrigger(m, start = 1, end = 2)\n    \/\/ test arguments\n    val desiredArgs = Seq(\n      desiredArgs35.head,\n      desiredArgs67.head\n    )\n    testArguments(m, desiredArgs)\n  }\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/responses\/BookSerializer.scala","text":"<gh_stars>1-10\npackage me.hawkweisman.alexandria\npackage controllers\npackage responses\n\nimport org.json4s._\nimport org.json4s.native.JsonMethods._\nimport org.json4s.JsonDSL._\n\nimport model.Book\n\n\/**\n * Custom serializer for serializing [[model.Book Book]]s which\n * transforms `None`s to `null`s instead of removing them.\n *\n * @author <NAME>\n * @since v0.1.0\n *\n * @see [[model.Book]]\n * @see [[org.json4s.CustomSerializer]]\n *\n * Created by hawk on 6\/23\/15.\n *\/\nobject BookSerializer extends CustomSerializer[Book](implicit format => ({\n    case json: JValue => Book(\n      isbn = (json \\ \"isbn\").extract[String],\n      title = (json \\ \"title\").extract[String],\n      subtitle = (json \\ \"subtitle\").toOption map {\n        _.extract[String]\n      },\n      byline = (json \\ \"byline\").extract[String],\n      pages = (json \\ \"pages\").extract[Int],\n      publisher = (json \\ \"publisher\").extract[String],\n      published_date = (json \\ \"published_date\").extract[String],\n      weight = (json \\ \"weight\").toOption map {\n        _.extract[String]\n      }\n    )\n  }, {\n    case book: Book =>\n      (\"isbn\" -> book.isbn) ~\n        (\"title\" -> book.title) ~\n        (\"subtitle\" -> book.subtitle.orNull) ~\n        (\"byline\" -> book.byline) ~\n        (\"pages\" -> book.pages) ~\n        (\"publisher\" -> book.publisher) ~\n        (\"published_date\" -> book.published_date) ~\n        (\"weight\" -> book.weight.orNull)\n  })\n)\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/AppController.scala","text":"package me.hawkweisman.alexandria\npackage controllers\n\nimport slick.driver.H2Driver.api.Database\n\n\/**\n * Control for serving the Alexandria app.\n * This should only serve one html page.\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\ncase class AppController(db: Database) extends AlexandriaStack {\n\n  get(\"\/\") {\n    contentType = \"text\/html\"\n    ssp(\"\/app\",\n      \"title\"     -> \"Alexandria\", \/\/TODO: placeholder, get this from config\n      \"appScript\" -> \"alexandria-app\"\n      )\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/APISpec.scala","text":"<reponame>hawkw\/Alexandria\npackage me.hawkweisman.alexandria\npackage test\n\nimport java.net.URL\n\nimport com.mchange.v2.c3p0.ComboPooledDataSource\n\nimport controllers.APIController\nimport controllers.responses.ErrorModel\nimport controllers.swagger.AlexandriaSwagger\n\nimport tags.{InternetTest, DbTest}\n\nimport model.Tables._\nimport model.{Author, Book}\n\nimport org.json4s._\nimport org.json4s.native.JsonMethods._\nimport org.scalatest.{Inside, Matchers, OptionValues}\nimport org.scalatra.test.scalatest._\n\nimport slick.driver.H2Driver.api._\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.util.Try\n\nclass APISpec\nextends ScalatraWordSpec\n  with Matchers\n  with Inside\n  with OptionValues\n  with ClearDB {\n\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats\n\n  implicit val swagger = new AlexandriaSwagger\n  val cpds = new ComboPooledDataSource\n  val db = Database.forDataSource(cpds)\n  addServlet(new APIController(db), \"\/*\")\n\n  def createAuthors() = {\n    Await.ready( db run DBIO.seq(\n      authors += new Author(\"John\", \"Miedema\"),\n      authors += new Author(\"Donald\", \"E.\", \"Knuth\"),\n      authors += new Author(\"Ronald\", \"L.\", \"Graham\"),\n      authors += new Author(\"Oren\", \"Patashnik\")\n    ), Duration.Inf)\n  }\n\n  \"The GET \/book\/{isbn} route\" when {\n    \"the requested book is not in the database\" should {\n      \"add the book to the database and return it\" taggedAs(DbTest, InternetTest) in {\n        assume( Try( new URL(\"https:\/\/openlibrary.org\").openConnection() ).isSuccess,\n          \"OpenLibrary API was not reachable\"\n        )\n        get(\"\/book\/ISBN:9780980200447\") {\n          \/\/info(body) \/\/uncomment this if you need to look at the books that are happening\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (201)\n          val parsedBook = parse(body).extract[Book]\n          inside (parsedBook) {\n            case Book(isbn, title,subtitle,byline,pages,published_date,publisher,weight) =>\n              isbn shouldEqual \"ISBN:9780980200447\"\n              title shouldEqual \"Slow reading\"\n              subtitle should not be 'defined\n              byline shouldEqual \"<NAME>\"\n              pages shouldEqual 92\n              publisher shouldEqual \"Litwin Books\"\n              published_date shouldEqual \"March 2009\"\n              weight.value shouldEqual \"1 grams\"\n          }\n        }\n      }\n    }\n    \"the requested book is already in the database\" should {\n      \"return the requested book\" taggedAs(DbTest) in {\n        Await.ready(db.run(books += Book(\n          isbn          = \"ISBN:9780980200447\",\n          title         = \"Slow reading\",\n          subtitle      = None,\n          byline        = \"<NAME>\",\n          pages         = 92,\n          published_date = \"March 2009\",\n          publisher     = \"Litwin Books\",\n          weight        = Some(\"1 grams\")\n        )), Duration.Inf)\n        get(\"\/book\/ISBN:9780980200447\") {\n          assume(status != 504, \"Test gateway timed out\")\n          \/\/info(body) \/\/uncomment this if you need to look at the books that are happening\n          status should equal (200)\n          val parsedBook = parse(body).extract[Book]\n          inside (parsedBook) {\n            case Book(isbn, title,subtitle,byline,pages,published_date,publisher,weight) =>\n              isbn shouldEqual \"ISBN:9780980200447\"\n              title shouldEqual \"Slow reading\"\n              subtitle should not be 'defined\n              byline shouldEqual \"<NAME>\"\n              pages shouldEqual 92\n              publisher shouldEqual \"Litwin Books\"\n              published_date shouldEqual \"March 2009\"\n              weight.value shouldEqual \"1 grams\"\n          }\n        }\n      }\n    }\n  }\n  \"The GET \/books\/ route\" when {\n    \"the requested number of books is greater than the number of books in the database\" should {\n      \"return all the books\" taggedAs(DbTest) in {\n        Await.ready(db.run(\n          books += Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          ), Duration.Inf)\n          Await.ready(db.run(\n            books += Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n        ), Duration.Inf)\n\n        get(\"\/books\/\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          val books = parse(body).extract[Seq[Book]]\n          books should have length 2\n          books should contain (\n            Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          )\n          books should contain (\n            Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n          )\n        }\n      }\n    }\n    \"the requested number of books is less than the number of books in the database\" should {\n      \"return only the requested amount\" taggedAs DbTest in {\n        Await.ready(db.run(\n          books += Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          ), Duration.Inf)\n          Await.ready(db.run(\n            books += Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n        ), Duration.Inf)\n        Await.ready(db.run(\n          books += Book(\n            isbn          = \"ISBN:9780201896831\",\n            title         = \"The Art of Computer Programming, Vol. 1\",\n            subtitle      = Some(\"Fundamental Algorithms\"),\n            byline        = \"<NAME>\",\n            pages         = 672,\n            published_date = \"1997\",\n            publisher     = \"Addison-Wesley\",\n            weight        = Some(\"2.5 pounds\")\n          )\n      ), Duration.Inf)\n      get(\"\/books?offset=0&count=2\") {\n        assume(status != 504, \"Test gateway timed out\")\n        status should equal (200)\n        val books = parse(body).extract[Seq[Book]]\n        books should have length 2\n        books should contain (\n          Book(\n            isbn          = \"ISBN:9780980200447\",\n            title         = \"Slow reading\",\n            subtitle      = None,\n            byline        = \"<NAME>\",\n            pages         = 92,\n            published_date = \"March 2009\",\n            publisher     = \"Litwin Books\",\n            weight        = Some(\"1 grams\")\n          )\n        )\n        books should contain (\n          Book(\n            isbn          = \"ISBN:0201558025\",\n            title         = \"Concrete mathematics\",\n            subtitle      = Some(\"a foundation for computer science\"),\n            byline        = \"<NAME>, <NAME>, <NAME>\",\n            pages         = 657,\n            published_date = \"1994\",\n            publisher     = \"Addison-Wesley\",\n            weight        = None\n          )\n        )\n        }\n      }\n      \"return the requested amount, starting at an offset\" taggedAs DbTest in {\n        Await.ready(db.run(\n          books += Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          ), Duration.Inf)\n          Await.ready(db.run(\n            books += Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n        ), Duration.Inf)\n        Await.ready(db.run(\n          books += Book(\n            isbn          = \"ISBN:9780201896831\",\n            title         = \"The Art of Computer Programming, Vol. 1\",\n            subtitle      = Some(\"Fundamental Algorithms\"),\n            byline        = \"<NAME>\",\n            pages         = 672,\n            published_date = \"1997\",\n            publisher     = \"Addison-Wesley\",\n            weight        = Some(\"2.5 pounds\")\n          )\n      ), Duration.Inf)\n      get(\"\/books?offset=1&count=2\") {\n        assume(status != 504, \"Test gateway timed out\")\n        status should equal (200)\n        val books = parse(body).extract[Seq[Book]]\n        books should have length 2\n        books should contain (\n          Book(\n            isbn          = \"ISBN:9780201896831\",\n            title         = \"The Art of Computer Programming, Vol. 1\",\n            subtitle      = Some(\"Fundamental Algorithms\"),\n            byline        = \"<NAME>\",\n            pages         = 672,\n            published_date = \"1997\",\n            publisher     = \"Addison-Wesley\",\n            weight        = Some(\"2.5 pounds\")\n          )\n        )\n        books should contain (\n          Book(\n            isbn          = \"ISBN:0201558025\",\n            title         = \"Concrete mathematics\",\n            subtitle      = Some(\"a foundation for computer science\"),\n            byline        = \"<NAME>, <NAME>, <NAME>\",\n            pages         = 657,\n            published_date = \"1994\",\n            publisher     = \"Addison-Wesley\",\n            weight        = None\n          )\n        )\n        }\n      }\n    }\n    \"the requested amount is negative\" should {\n      \"return all the books\" taggedAs DbTest in {\n        Await.ready(db.run(\n          books += Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          ), Duration.Inf)\n          Await.ready(db.run(\n            books += Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n        ), Duration.Inf)\n        Await.ready(db.run(\n          books += Book(\n            isbn          = \"ISBN:9780201896831\",\n            title         = \"The Art of Computer Programming, Vol. 1\",\n            subtitle      = Some(\"Fundamental Algorithms\"),\n            byline        = \"<NAME>\",\n            pages         = 672,\n            published_date = \"1997\",\n            publisher     = \"Addison-Wesley\",\n            weight        = Some(\"2.5 pounds\")\n          )\n      ), Duration.Inf)\n\n        get(\"\/books?offset=0&count=-1\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          val books = parse(body).extract[Seq[Book]]\n          books should have length 3\n          books should contain (\n            Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          )\n          books should contain (\n            Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n          )\n          books should contain (\n            Book(\n              isbn          = \"ISBN:9780201896831\",\n              title         = \"The Art of Computer Programming, Vol. 1\",\n              subtitle      = Some(\"Fundamental Algorithms\"),\n              byline        = \"<NAME>\",\n              pages         = 672,\n              published_date = \"1997\",\n              publisher     = \"Addison-Wesley\",\n              weight        = Some(\"2.5 pounds\")\n            )\n          )\n        }\n      }\n      \"return all the books, starting at an offset\" taggedAs DbTest in {\n        Await.ready(db.run(\n          books += Book(\n              isbn          = \"ISBN:9780980200447\",\n              title         = \"Slow reading\",\n              subtitle      = None,\n              byline        = \"<NAME>\",\n              pages         = 92,\n              published_date = \"March 2009\",\n              publisher     = \"Litwin Books\",\n              weight        = Some(\"1 grams\")\n            )\n          ), Duration.Inf)\n          Await.ready(db.run(\n            books += Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n        ), Duration.Inf)\n        Await.ready(db.run(\n          books += Book(\n            isbn          = \"ISBN:9780201896831\",\n            title         = \"The Art of Computer Programming, Vol. 1\",\n            subtitle      = Some(\"Fundamental Algorithms\"),\n            byline        = \"<NAME>\",\n            pages         = 672,\n            published_date = \"1997\",\n            publisher     = \"Addison-Wesley\",\n            weight        = Some(\"2.5 pounds\")\n          )\n      ), Duration.Inf)\n\n        get(\"\/books?offset=1&count=-1\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          val books = parse(body).extract[Seq[Book]]\n          books should have length 2\n          books should contain (\n            Book(\n              isbn          = \"ISBN:0201558025\",\n              title         = \"Concrete mathematics\",\n              subtitle      = Some(\"a foundation for computer science\"),\n              byline        = \"<NAME>, <NAME>, <NAME>\",\n              pages         = 657,\n              published_date = \"1994\",\n              publisher     = \"Addison-Wesley\",\n              weight        = None\n            )\n          )\n          books should contain (\n            Book(\n              isbn          = \"ISBN:9780201896831\",\n              title         = \"The Art of Computer Programming, Vol. 1\",\n              subtitle      = Some(\"Fundamental Algorithms\"),\n              byline        = \"<NAME>\",\n              pages         = 672,\n              published_date = \"1997\",\n              publisher     = \"Addison-Wesley\",\n              weight        = Some(\"2.5 pounds\")\n            )\n          )\n        }\n      }\n    }\n  }\n  \"The GET \/authors\/ route\" when {\n    \"the requested number of authors is greater than the number of authors in the database\" should {\n      \"return all the authors in the database\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/\") {\n          status should equal (200)\n          assume(status != 504, \"Test gateway timed out\")\n          \/\/ info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should have length 4\n          authors should contain allOf (\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\"\n            )\n        }\n      }\n    }\n    \"the requested number of authors is less than the number of authors in the database\" should {\n      \"return the requested amount\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/?offset=0&count=2\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n\n          \/\/info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should have length 2\n          authors should contain allOf (\n            \"<NAME>\",\n            \"<NAME>\"\n            )\n        }\n      }\n      \"return the requested amount, starting at a given offset\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/?offset=2&count=2\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          \/\/ info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should have length 2\n          authors should contain allOf (\n            \"<NAME>\",\n            \"<NAME>\"\n            )\n        }\n      }\n    }\n    \"the requested number of authors is negative\" should {\n      \"return all the authors in the database\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/?offset=0&count=-1\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          \/\/ info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should have length 4\n          authors should contain allOf (\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\"\n            )\n        }\n      }\n    }\n    \"passed a sort-by parameter\" should {\n      \"sort the authors by first name\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/?offset=0&count=-1&sort-by=first\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          \/\/ info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should contain inOrderOnly (\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\"\n          )\n        }\n      }\n      \"sort the authors by last name\" taggedAs DbTest in {\n        createAuthors()\n\n        get(\"\/authors\/?offset=0&count=-1&sort-by=last\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          \/\/ info(body)\n          val JArray(authorList) = parse(body)\n          val authors = authorList map { value: JValue =>\n            (value \\\\ \"name\").extract[String]\n          }\n          authors should contain inOrderOnly (\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\",\n            \"<NAME>\"\n          )\n        }\n      }\n      \"return an error for invalid sort-by parameters\" in {\n        get(\"\/authors\/?offset=0&count=-1&sort-by=asdf\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (400)\n          val response = parse(body).extract[ErrorModel]\n          response.message shouldEqual \"Invalid sort-by param 'asdf'.\"\n        }\n      }\n    }\n  }\n  \"The GET \/author\/{name} route\" when {\n    \"the requested author is not in the database\" should {\n      \"return 404\" taggedAs DbTest in {\n        get(\"\/author\/Hawk-Weisman\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (404)\n        }\n      }\n    }\n    \"the requested author is in the database\" should {\n      \"return the requested author for <NAME>\" taggedAs DbTest in {\n        createAuthors()\n        get(\"\/author\/John-Miedema\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          (parse(body) \\\\ \"name\").extract[String] shouldEqual \"<NAME>\"\n        }\n      }\n      \"return the requested author for Knuth\" taggedAs DbTest in {\n        createAuthors()\n        get(\"\/author\/Donald-Knuth\") {\n          assume(status != 504, \"Test gateway timed out\")\n          status should equal (200)\n          (parse(body) \\\\ \"name\").extract[String] shouldEqual \"<NAME>\"\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/ScalatraBootstrap.scala","text":"import me.hawkweisman.alexandria.controllers._\nimport me.hawkweisman.alexandria.controllers.swagger._\nimport me.hawkweisman.alexandria.model.Tables._\n\nimport org.scalatra._\nimport javax.servlet.ServletContext\n\nimport com.mchange.v2.c3p0.ComboPooledDataSource\nimport com.typesafe.scalalogging.LazyLogging\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.Await\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport slick.driver.H2Driver.api._\nimport slick.jdbc.meta.MTable\n\n\/**\n * Scalatra bootstrap class for Alexandria\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\nclass ScalatraBootstrap extends LifeCycle\n  with LazyLogging {\n\n  val cpds = new ComboPooledDataSource\n  logger info \"Created c3p0 connection pool\"\n\n  implicit val swagger = new AlexandriaSwagger\n  logger info \"Created Swagger API data\"\n\n  override def init(context: ServletContext) {\n    val db = Database.forDataSource(cpds)     \/\/ create a Database which uses the DataSource\n    logger info \"Created database\"\n    \/\/ create tables if they don't already exist\n    if (Await.result(db.run(MTable.getTables), Duration.Inf).toList.isEmpty) {\n      Await.ready(db run createSchemaAction, Duration.Inf)\n      logger info \"Created table schemas\"\n    }\n    \/\/ mount the admin controller\n    context mount (AdminController(db), \"\/admin\/*\")\n    logger info \"Mounted AdminController at \/admin\/\"\n    \/\/ mount the API swagger control\n    context mount (new ResourcesController, \"\/api\/docs\")\n    logger info \"Mounted ResourcesController at \/api\/docs\"\n    \/\/ mount the API controller\n    context mount (APIController(db), \"\/api\/*\")\n    logger info \"Mounted APIController at \/api\/\"\n    \/\/ mount the application\n    context mount (AppController(db), \"\/*\") \/\/ TODO: eventually this won't require DB access\n    logger info \"Mounted AppController at \/\"\n  }\n\n  private def closeDbConnection() {\n    logger.info(\"Closing c3po connection pool\")\n    cpds.close()\n  }\n\n  override def destroy(context: ServletContext) {\n    super.destroy(context)\n    closeDbConnection()\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/model\/Person.scala","text":"<gh_stars>1-10\npackage me.hawkweisman.alexandria\npackage model\n\nimport org.json4s._\nimport org.json4s.native.JsonMethods._\n\nimport scala.util.Sorting\n\ntrait Person {\n  def getFirstName: String\n  def getMiddleName: Option[String]\n  def getLastName: String\n}\nobject FirstNameOrdering extends Ordering[Person] {\n  def compare(a: Person, b: Person) = a.getFirstName compare b.getFirstName\n}\n\nobject LastNameOrdering extends Ordering[Person] {\n  def compare(a: Person, b: Person) = a.getLastName compare b.getLastName\n}\n\nclass Author(\n  private val firstName: String,\n  private val middleName: Option[String],\n  private val lastName: String\n  ) extends Person {\n\n  def this(first: String, middle: String, last: String) = this(first,Some(middle),last)\n  def this(first: String, last: String) = this(first,None,last)\n\n  def getFirstName = this.firstName\n  def getMiddleName = this.middleName\n  def getLastName = this.lastName\n  val name = s\"$firstName ${middleName map { _ + \" \" } getOrElse \"\"}$lastName\"\n\n  override def toString: String = name\n\n  override def equals(other: Any): Boolean = other match {\n    case Author(first, middle, last) => first == firstName && middle == middleName && last == lastName\n    case _                           => false\n  }\n}\n\nobject Author {\n\n  private implicit val formats = DefaultFormats\n  def apply(first: String, middle: Option[String], last: String): Author =\n    new Author(first,middle,last)\n  def unapply(a: Author): Option[(String,Option[String],String)] =\n    Some((a.getFirstName, a.getMiddleName, a.getLastName))\n\n  def fromJson(json: JValue): List[Author] = {\n    val JArray(authorList) = json \\\\ \"authors\"\n    authorList map { value: JValue =>\n      (value \\\\ \"name\").extract[String] split \" \" match {\n        case Array(first,middle,last) => Author(first,Some(middle),last)\n        case Array(first,last)        => Author(first,None,last)\n        case _                        => ??? \/\/ handle more complex cases\n      }\n    }\n  }\n}\n\ncase class User(\n  id: Int,\n  getFirstName: String,\n  getMiddleName: Option[String],\n  getLastName: String,\n  username: String\n  ) extends Person\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/APIController.scala","text":"package me.hawkweisman.alexandria\npackage controllers\n\nimport me.hawkweisman.util.RichException.makeRich\nimport me.hawkweisman.util.concurrent.tryToFuture\n\nimport responses.{ ModelResponseMessage, ErrorModel, BookSerializer, AuthorSerializer }\nimport model.Tables._\nimport model.{ ISBN, Book, Author }\n\nimport org.scalatra._\nimport org.scalatra.json._\nimport org.scalatra.FutureSupport\nimport org.scalatra.swagger.{ Swagger, SwaggerSupport, StringResponseMessage }\n\nimport org.json4s._\n\nimport scala.concurrent.{ ExecutionContext, Future }\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.language.postfixOps\nimport scala.util.{ Try, Success, Failure }\n\nimport slick.driver.H2Driver.api._\n\n\/**\n * Main Scalatra API control.\n *\n * This should be attached at the `\/api\/` route and handles the\n * books and authors APIs.\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\ncase class APIController(db: Database)(implicit val swagger: Swagger)\nextends AlexandriaStack\n  with NativeJsonSupport\n  with SwaggerSupport\n  with FutureSupport {\n\n  protected implicit def executor: ExecutionContext = global\n  \/\/ Sets up automatic case class to JSON output serialization\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats + BookSerializer + AuthorSerializer\n\n  \/\/ \"description\" string for Swagger\n  override protected val applicationName: Option[String] = Some(\"Books\")\n  protected val applicationDescription = \"Alexandria Books API\"\n\n  \/\/ Before every action runs, set the content type to be in JSON format.\n  before() {\n    contentType = formats(\"json\")\n    response.setHeader(\"X-Clacks-Overhead\", \"GNU Terry Pratchett\")\n  }\n\n  \/\/ ---- Book API actions ---------------------------------------------------\n  val getByISBN = (apiOperation[Book](\"getBookByISBN\")\n    summary \"Get a specific book by ISBN\"\n    notes \"\"\"Get a specific book by ISBN. If the user has book creation privileges\n          |and the ISBN is unrecognized, the book definition is pulled from the\n          |Open Library API and stored in the database before returning a book\n          |object as normal (but with a different status). If the user doesn't\n          |have book creation privileges and the ISBN is unrecognized, a 404\n          |is returned.\"\"\".stripMargin.replaceAll(\"\\n\", \" \")\n    responseMessage ModelResponseMessage(200, \"Book returned\", \"Book\")\n    responseMessage ModelResponseMessage(201, \"Book created\", \"Book\")\n    responseMessage StringResponseMessage(404, \"Book not found\")\n    responseMessage ModelResponseMessage(400, \"Invalid ISBN\", \"ErrorModel\")\n    parameters\n    pathParam[String](\"isbn\")\n    .description(\"ISBN number of the book to look up\")\n    .required\n    )\n\n  val deleteByISBN = (apiOperation[Unit](\"deleteBookByISBN\")\n    summary \"Delete a specific book by ISBN.\"\n    responseMessage StringResponseMessage(204, \"Book deleted\")\n    parameters\n    pathParam[String](\"isbn\")\n    .description(\"ISBN number of the book to delete\")\n    .required\n    )\n\n  val listBooks = (apiOperation[Seq[Book]](\"listBooks\")\n    summary \"Get a list of all books.\"\n    parameters (\n      queryParam[Int](\"offset\")\n      .description(\"The starting number of the books to retrieve\")\n      .optional\n      .defaultValue(0),\n      queryParam[Int](\"count\")\n      .description(\"The number of books to retrieve\")\n      .optional\n      .defaultValue(10),\n      queryParam[String](\"sort-by\")\n      .description(\"\"\"How to sort the returned list. Options are \"title\" for alphabetical order by title and \"date\" for publication date.\"\"\")\n      .optional\n      )\n    )\n\n  val createBook = (apiOperation[Book](\"createBook\")\n    summary \"Create a new book\"\n    parameters\n    bodyParam[Book](\"book\")\n    .description(\"The book to be added to the library\")\n    .required\n    )\n\n  \/\/ book API routes -------------------------------------------------------\n  get(\"\/book\/:isbn\", operation(getByISBN)) {\n    logger debug s\"Handling book request for ${params(\"isbn\")}\"\n    ISBN parse params(\"isbn\") match {\n      case Success(isbn) =>\n        logger debug s\"Successfully parsed ISBN $isbn\"\n        val bookQuery: Future[Option[Book]] = db run booksByISBN(isbn)\n          .result\n          .headOption\n        new AsyncResult {\n          val is = bookQuery map {\n            case Some(book: Book) => \/\/ book exists in DB\n              logger info s\"Found '${book.title}' for ISBN $isbn, sending to client\"\n              Ok(book) \/\/ return 200 OK\n            case None => \/\/ book does not exist, but query was executed successfully\n              logger debug s\"Could not find book for ISBN $isbn, querying OpenLibrary\"\n              isbn.authors flatMap { newAuthors: Seq[Author] =>\n                logger info s\"Found authors ${newAuthors mkString \", \"}, inserting into DB\"\n                db.run(authors ++= newAuthors)\n              } flatMap { (_) =>\n                isbn.book\n              } flatMap { book: Book =>\n                logger info s\"Found book' ${book.title}', inserting into DB\"\n                db.run(books += book) map { _ => Created(book) }\n              }\n          } recover {\n            case why: Throwable =>\n              logger error s\"Could not create book: $why\\n${why.stackTraceString}\"\n              InternalServerError(ErrorModel fromException (500, why))\n          }\n        }\n      case Failure(why) =>\n        logger warn s\"Invalid ISBN: ${why.getMessage}\\n${why.stackTraceString}\"\n        BadRequest(ErrorModel.fromException(400, why))\n    }\n\n  }\n\n  delete(\"\/book\/:isbn\", operation(deleteByISBN)) {\n    NotImplemented(\"This isn't done yet.\")\n  }\n\n  get(\"\/books\/?\", operation(listBooks)) {\n    val offset: Int = params.get(\"offset\") flatMap {\n      p: String => Try(p.toInt) toOption\n    } getOrElse 0\n    val count: Int = params.get(\"count\") flatMap {\n      p: String => Try(p.toInt) toOption\n    } getOrElse 10\n    \/\/ build query\n    val query = params get \"sort-by\" match {\n      case Some(\"title\")\n        if count > 0      => sortedBooksTitleCount(count, offset).result\n      case Some(\"title\")  => sortedBooksTitle(offset).result\n      case Some(\"date\")   => ??? \/\/ TODO: this requires dates to be parsed as times\n      case Some(thing)    => halt(400, ErrorModel(400, s\"Invalid sort-by param '$thing'.\"))\n      case None           \/\/ TODO: add compiled queries for offset\/count\n        if count > 0      => books.drop(offset).take(count).result\n      case None           => books.drop(offset).result\n    }\n    new AsyncResult {\n      val is = db run query map { books =>\n        logger debug \"Successfully got list of books\"\n        Ok(books)\n      } recover {\n        case why: Throwable =>\n          InternalServerError(ErrorModel fromException (500, why))\n      }\n    }\n  }\n\n  post(\"\/books\/?\", operation(createBook)) {\n    val newBook: Future[Book] = Try(parse(params(\"book\")).extract[Book])\n    val query: Future[Book] = newBook flatMap { book =>\n      db run (books += book) map { _ => book }\n    }\n    new AsyncResult {\n      val is = query map { book => \/\/ TODO: what if the book was already in the DB?\n        logger debug s\"Added book $book to database\"\n        Created(book)\n      } recover {\n        case _: NoSuchElementException =>\n          BadRequest(ErrorModel(400, \"No book data was sent\"))\n        case why: MappingException =>\n          BadRequest(ErrorModel fromException (400, why))\n        case why: Throwable =>\n          InternalServerError(ErrorModel fromException (500, why))\n      }\n    }\n  }\n\n  \/\/ ---- Author API actions -------------------------------------------------\n\n  val listAuthors = (apiOperation[Seq[Author]](\"listAuthors\")\n    summary \"Get all authors\"\n    notes \"Why would you want to do this? I really don't think you want this.\"\n    parameters (\n      queryParam[Int](\"offset\")\n      .description(\"The starting number of the authors to retrieve\")\n      .optional\n      .defaultValue(0),\n      queryParam[Int](\"count\")\n      .description(\"The number of authors to retrieve\")\n      .optional\n      .defaultValue(10),\n      queryParam[String](\"sort-by\")\n      .description(\"\"\"How to sort the returned list. Options are \"first\" for first name and \"last\" for last name.\"\"\")\n      .optional\n      )\n    )\n\n  val createAuthor = (apiOperation[Author](\"createAuthor\")\n    summary \"Create a new author\"\n    responseMessage ModelResponseMessage(201, \"Author added\", \"Author\")\n    parameters bodyParam[Author](\"author\")\n    .description(\"The author to be added\")\n    .required)\n\n  val getAuthorByName = (apiOperation[Author](\"getAuthorByName\")\n    summary \"Get a specific author by name.\"\n    responseMessage ModelResponseMessage(200, \"Author returned\", \"Author\")\n    responseMessage StringResponseMessage(404, \"Author not found\")\n    parameters\n    pathParam[String](\"name\")\n    .description(\"The author's name\")\n    .required\n    )\n\n  get(\"\/authors\/?\", operation(listAuthors)) {\n    val offset: Int = params get \"offset\" flatMap {\n      p: String => Try(p.toInt) toOption\n    } getOrElse 0\n    val count: Int = params get \"count\" flatMap {\n      p: String => Try(p.toInt) toOption\n    } getOrElse 10\n    val query = params get \"sort-by\" match {\n      case Some(\"first\")\n        if count > 0     => sortedAuthorsFirstCount(count, offset).result\n      case Some(\"first\") => sortedAuthorsFirst(offset).result\n      case Some(\"last\")\n        if count > 0     => sortedAuthorsLastCount(count, offset).result\n      case Some(\"last\")  => sortedAuthorsLast(offset).result\n      case None\n        if count > 0     => authors.drop(offset).take(count).result\n      case None          => authors.drop(offset).result\n      case Some(thing)   => halt(400, ErrorModel(400, s\"Invalid sort-by param '$thing'.\"))\n    }\n    new AsyncResult {\n      val is = db run query map { authors =>\n        logger debug \"Successfully got list of authors\"\n        Ok(authors)\n      } recover {\n        case why: Throwable =>\n          InternalServerError(ErrorModel fromException (500, why))\n      }\n    }\n  }\n\n  post(\"\/authors\/?\", operation(createAuthor)) {\n    NotImplemented(\"This isn't done yet.\")\n  }\n\n  get(\"\/author\/:name\", operation(getAuthorByName)) {\n    val name: Option[Array[String]]  = params.get(\"name\") map { _ split \"-\" }\n    val first = name map { _.head } getOrElse halt(400, \"No first name\")\n    val last  = name map { _.last } getOrElse halt(400, \"No last name\")\n    val query = db run authorByName(first,last)\n      .result\n      .headOption\n    new AsyncResult { val is = query map {\n        case Some(author) => Ok(author)\n        case None         => NotFound(\n          ErrorModel(404, \"No authors found matching requested name\"))\n      } recover {\n        case why: Throwable =>\n          InternalServerError(ErrorModel fromException (500, why))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/tags\/Tags.scala","text":"package me.hawkweisman.alexandria.test\npackage tags\n\nimport org.scalatest.Tag\n\n\/**\n * Tag for tests that require a running database.\n * Created by hawk on 6\/27\/15.\n *\/\nobject DbTest extends Tag(\"me.hawkweisman.alexandria.test.tags.DbTest\")\n\n\/**\n * Tags for tests that require an internet connection.\n * Created by hawk on 6\/27\/15.\n *\/\nobject InternetTest extends Tag(\"me.hawkweisman.alexandria.test.tags.InternetTest\")\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/AdminController.scala","text":"package me.hawkweisman.alexandria\npackage controllers\n\nimport model.Tables._\nimport model.{Author,Book}\n\nimport org.scalatra._\nimport org.scalatra.json._\nimport org.json4s.{DefaultFormats, Formats}\n\nimport scalate.ScalateSupport\n\nimport slick.driver.H2Driver.api._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\n\/**\n * Control for the Alexandria admin app.\n *\n * This gets attached at `\/admin\/` and handles the admin API and serving\n * the admin app page.\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\ncase class AdminController(db: Database) extends AlexandriaStack\n  with NativeJsonSupport\n  with FutureSupport {\n\n  protected implicit lazy val jsonFormats: Formats = DefaultFormats\n  protected implicit def executor: ExecutionContext = global\n\n  get(\"\/\"){\n    logger info \"handling request for Admin app\"\n    contentType = \"text\/html\"\n    <html><body>\n    <h1>Eventually this will be the admin page.<\/h1>\n    <\/body><\/html>\n  }\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/ REMOVE BEFORE FLIGHT \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/ This route is for TESTING PURPOSES ONLY \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  get(\"\/db\/create-tables\") {\n    logger info \"got create tables request\"\n    Await.ready(db.run(createSchemaAction), Duration.Inf)\n    logger info \"created tables\"\n    contentType = \"text\/html\"\n    <html><body>\n    <h1>created tables<\/h1>\n    <\/body><\/html>\n  } \/\/ REMOVE BEFORE FLIGHT \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/ REMOVE BEFORE FLIGHT \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/ This route is for TESTING PURPOSES ONLY \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  get(\"\/db\/load-test\") {\n    val authorsFuture = db run DBIO.seq(\n      authors += new Author(\"John\", \"Miedema\"),\n      authors += new Author(\"Donald\", \"E.\", \"Knuth\"),\n      authors += new Author(\"Ronald\", \"L.\", \"Graham\"),\n      authors += new Author(\"Oren\", \"Patashnik\")\n    )\n    val booksFuture = db run DBIO.seq(\n      books += Book(\n          isbn          = \"ISBN:9780980200447\",\n          title         = \"Slow reading\",\n          subtitle      = None,\n          byline        = \"by <NAME>.\",\n          pages         = 92,\n          published_date = \"March 2009\",\n          publisher     = \"Litwin Books\",\n          weight        = Some(\"1 grams\")\n        ),\n        books += Book(\n          isbn          = \"ISBN:0201558025\",\n          title         = \"Concrete mathematics\",\n          subtitle      = Some(\"a foundation for computer science\"),\n          byline        = \"<NAME>, <NAME>, <NAME>.\",\n          pages         = 657,\n          published_date = \"1994\",\n          publisher     = \"Addison-Wesley\",\n          weight        = None\n        ),\n      books += Book(\n        isbn          = \"ISBN:9780201896831\",\n        title         = \"The Art of Computer Programming, Vol. 1\",\n        subtitle      = Some(\"Fundamental Algorithms\"),\n        byline        = \"by <NAME>.\",\n        pages         = 672,\n        published_date = \"1997\",\n        publisher     = \"Addison-Wesley\",\n        weight        = Some(\"2.5 pounds\")\n      )\n    )\n    new AsyncResult { val is = for {\n        _ <- authorsFuture\n        _ <- booksFuture\n      } yield {\n        Created(\"it worked\")\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/model\/Book.scala","text":"<reponame>hawkw\/Alexandria\npackage me.hawkweisman.alexandria\npackage model\n\nimport org.json4s._\n\nimport scala.language.postfixOps\nimport scala.util.Try\n\ntrait Ownable {\n  def owner: User\n}\n\n\/**\n * Internal model for a book.\n *\n *  \"A library is just a box with strings in it\"\n *    ~ <NAME>\n *\n * @param isbn The book's International Standard Book Number, used to uniquely identify it\n * @param title The book's title\n * @param subtitle An optional subtitle\n * @param byline A String listing the book's authors\n * @param pages The number of pages in the book\n * @param published_date The date the book was published.\n * @param publisher The book's publisher, as a String\n * @param weight The book's weight, as a String\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\ncase class Book(\n  isbn: String, \/\/ ISBNs are unique identifiers for a book in the database\n  title: String,\n  subtitle: Option[String],\n  byline: String,\n  pages: Int,\n  published_date: String, \/\/ TODO: find a way to model this that's machineable\n  publisher: String,\n  weight: Option[String]\n  ) {\n\n  \/**\n   * Removes the word \"the\" from the book's title.\n   *\n   * This is to be used for sorting purposes.\n   * @return the book's title, with the word \"The\" stripped\n   *\/\n  protected[model] def mungedTitle = (if (title startsWith \"The\") {\n    title.stripPrefix(\"The\") + \", The\" }\n    else title) toLowerCase\n}\n\n\nobject Book {\n  implicit val formats = DefaultFormats\n\n  \/**\n   * Parses a Book from OpenLibrary JSON.\n   *\n   * @param json the JSON blob from OpenLibrary\n   * @param isbn the book's ISBN\n   * @return A `Success[Book]` if the book was parsed successfully,\n   *         otherwise a `Failure.`\n   *\/\n  def fromJson(json: JValue, isbn: ISBN): Try[Book] = for {\n    book <- Try(json \\ isbn.toString)\n    title <- Try((book \\ \"title\").extract[String])\n    subOpt <- Try(book \\ \"subtitle\")\n    byline <- Try((book \\ \"by_statement\").extract[String])\n    pages <- Try((book \\ \"number_of_pages\").extract[Int])\n    pubDate <- Try((book \\ \"publish_date\").extract[String])\n    pubBy <- Try((book \\ \"publishers\" \\\\ \"name\").extract[String])\n    weightOpt <- Try(book \\ \"weight\")\n    subtitle <- Try(book \\ \"subtitle\")\n  } yield { Book(\n    isbn = isbn.format,\n    title = title,\n    subtitle = subOpt.toOption flatMap {\n      case JString(s) => Some(s)\n      case _ => None\n    },\n    byline = byline.stripPrefix(\"by \").stripSuffix(\".\"),\n    pages = pages,\n    published_date = pubDate,\n    publisher = pubBy,\n    weight = weightOpt.toOption flatMap {\n      case JString(s) => Some(s)\n      case _ => None\n    }\n  )}\n}\n\n\/**\n * Ordering for ordering books by their titles alphabetically.\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\nobject TitleOrdering extends Ordering[Book] {\n  def compare(a: Book, b: Book) = a.mungedTitle compare b.mungedTitle\n}\n\/* \/\/ TODO finish\nobject PublicationOrdering extends Ordering[Book] {\n  def compare(a: Book, b: Book) = a.published compare b.published\n}*\/\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/swagger\/ResourcesController.scala","text":"<reponame>hawkw\/Alexandria<gh_stars>1-10\npackage me.hawkweisman.alexandria\npackage controllers\npackage swagger\n\nimport org.scalatra.ScalatraServlet\nimport org.scalatra.swagger.{ApiInfo, NativeSwaggerBase, Swagger}\n\nclass ResourcesController(implicit val swagger: Swagger) extends ScalatraServlet\n with NativeSwaggerBase\n\nobject AlexandriaApiInfo extends ApiInfo(\n   \"Alexandria API\",\n   \"Docs for the Alexandria API\",\n   \"http:\/\/github.com\/hawkw\/alexandria\",\n   \"<EMAIL>\",\n   \"MIT\",\n   \"http:\/\/opensource.org\/licenses\/MIT\"\n   )\n\nclass AlexandriaSwagger extends Swagger(\n  apiInfo         = AlexandriaApiInfo,\n  apiVersion      = \"0.0.1-preview\",\n  swaggerVersion  = \"2.0\"\n  )\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/ISBNSpec.scala","text":"<filename>src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/ISBNSpec.scala\npackage me.hawkweisman.alexandria\npackage test\n\nimport model.ISBN\nimport org.scalatest.{Matchers, TryValues, WordSpec}\n\nclass ISBNSpec extends WordSpec\n  with Matchers\n  with TryValues {\n\n  \"The ISBN class\" when {\n    \"given valid ISBN-13 numbers\" should {\n      \"handle a sample ISBN-13 number correctly\" in {\n        val isbn = ISBN.parse(\"9780306406157\").success.value\n        isbn.isbn13CheckValue shouldEqual 7\n      }\n      \"handle a sample ISBN-13 number with dashes correctly\" in {\n        val isbn = ISBN.parse(\"978-030-640-615-7\").success.value\n        isbn.isbn13CheckValue shouldEqual 7\n      }\n    }\n    \"given valid ISBN-10 numbers\" should {\n      \"handle a sample ISBN-10 number correctly\" in {\n        val isbn = ISBN.parse(\"0306406152\").success.value\n        isbn.isbn10CheckValue shouldEqual 2\n      }\n      \"handle a sample ISBN-10 number with dashes correctly\" in {\n        val isbn = ISBN.parse(\"1-84356-028-3\").success.value\n        isbn.isbn10CheckValue shouldEqual 3\n      }\n      \"handle a sample ISBN-10 number with check digit X correctly\" in {\n        val isbn = ISBN.parse(\"097522980X\").success.value\n        isbn.isbn10CheckValue shouldEqual 10\n      }\n    }\n    \"given an invalid ISBN\" should {\n      \"return a Failure\" in {\n        ISBN.parse(\"IMNOTANISBN\").failure.exception.getMessage shouldEqual s\"IMNOTANISBN was not a valid ISBN number\"\n      }\n    }\n  }\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/ClearDB.scala","text":"package me.hawkweisman.alexandria.test\n\nimport me.hawkweisman.alexandria.model.Tables._\n\nimport org.scalatest._\nimport slick.driver.H2Driver.api._\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\ntrait ClearDB extends BeforeAndAfterEach { this: Suite =>\n\n  def db: Database\n\n  override def beforeEach() {\n    \/\/ ensure that there's a fresh DB created before running each test\n    Await.ready(db run authors.schema.create, Duration.Inf)\n    Await.ready(db run books.schema.create, Duration.Inf)\n    super.beforeEach()\n  }\n\n  override def afterEach() {\n    try super.afterEach()\n    \/\/ ensure any data left over from running tests is deleted\n    finally {\n        Await.ready(db run authors.schema.drop, Duration.Inf)\n        Await.ready(db run books.schema.drop, Duration.Inf)\n    }\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"build.sbt","text":"import com.bowlingx.sbt.plugins.Wro4jPlugin._\nimport Wro4jKeys._\n\n\/\/ import task settings\nseq(wro4jSettings: _*)\n\n\/\/ If you use xsbt-web-plugin, this will add compiled files to your war file:\n(webappResources in Compile) <+= (targetFolder in generateResources in Compile)\n\nval gitHeadCommitSha = settingKey[String](\"current git commit short SHA\")\n\ngitHeadCommitSha in ThisBuild := Process(\"git rev-parse --short HEAD\").lines.head\n\nversion in ThisBuild := s\"$projVersion-${gitHeadCommitSha.value}\"\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/model\/Tables.scala","text":"<gh_stars>1-10\npackage me.hawkweisman.alexandria\npackage model\n\nimport java.sql.Date\n\nimport slick.driver.H2Driver.api._\n\n\/**\n * Definitions for Alexandria database tables\n *\n * Created by hawk on 5\/20\/15.\n *\/\nobject Tables {\n\n  val books   = TableQuery[Books]\n  val loans   = TableQuery[Loans]\n  val users   = TableQuery[Users]\n  val authors = TableQuery[Authors]\n  val wrote   = TableQuery[Wrote]\n  val deweys  = TableQuery[DeweyDecimals]\n\n  \/** DBIO Action which creates the schema *\/\n  val createSchemaAction = (\n    books.schema ++ loans.schema ++ users.schema ++ authors.schema ++ wrote.schema\n  ).create\n\n  \/** DBIO Action which DESTROYS FUCKING EVERYTHING *\/\n  val dropTablesAction = DBIO.seq(\n    wrote.schema.drop,\n    deweys.schema.drop,\n    loans.schema.drop,\n    books.schema.drop,\n    users.schema.drop,\n    authors.schema.drop)\n\n  \/\/TODO: AUTH table for password hashes\n\n  \/**\n   * Look up the book matching a given ISBN\n   * @param isbn the ISBN to look up\n   * @return a DBIOAction containing a Future on the book matching that ISBN\n   *\/\n  val booksByISBN = for {\n    isbn <- Parameters[String]\n    book <- books if book.isbn === isbn\n  } yield book\n\n  val authorByName = for {\n    (first,last) <- Parameters[(String,String)]\n    author       <- authors\n      if author.firstName === first && author.lastName === last\n  } yield author\n\n  val sortedAuthorsFirst = Compiled( (offset: ConstColumn[Long]) =>\n    authors.sortBy(_.firstName.asc)\n           .drop(offset)\n          )\n\n  val sortedAuthorsFirstCount = Compiled(\n    (offset: ConstColumn[Long], count: ConstColumn[Long]) =>\n      authors.sortBy(_.firstName.asc)\n             .drop(offset)\n             .take(count)\n           )\n\n  val sortedAuthorsLast = Compiled( (offset: ConstColumn[Long]) =>\n    authors.sortBy(_.lastName.asc)\n           .drop(offset)\n         )\n\n  val sortedAuthorsLastCount = Compiled(\n    (offset: ConstColumn[Long], count: ConstColumn[Long]) =>\n      authors.sortBy(_.lastName.asc)\n             .drop(offset)\n             .take(count)\n           )\n\n  val sortedBooksTitle = Compiled( (offset: ConstColumn[Long]) =>\n      books.sortBy(_.title.asc)\n           .drop(offset)\n         )\n  val sortedBooksTitleCount = Compiled(\n    (offset: ConstColumn[Long], count: ConstColumn[Long]) =>\n     books.sortBy(_.title.asc)\n          .drop(offset)\n          .take(count)\n        )\n  class Books(tag: Tag) extends Table[Book](tag, \"BOOKS\"){\n\n    def isbn      = column[String](\"ISBN\", O.PrimaryKey)\n    def title     = column[String](\"TITLE\")\n    def subtitle  = column[Option[String]](\"SUBTITLE\")\n    def byline    = column[String](\"BYLINE\")\n    def publisher = column[String](\"PUBLISHER\")\n    def published = column[String](\"PUBLISHED\")\n    def pages     = column[Int](\"PAGES\")\n    def weight    = column[Option[String]](\"WEIGHT\")\n\n    def * = (isbn,title,subtitle,byline,pages,publisher,published,weight) <> (\n      (Book.apply _ ).tupled, Book.unapply)\n\n    def authors = wrote filter (_.bookISBN === isbn) flatMap (_.author)\n    def deweyDecimals = deweys filter (_.isbn === isbn) map (_.dewey)\n    def loanedTo = loans filter (_.isbn === isbn) flatMap (_.who)\n    def loanedUntil = loans filter (_.isbn === isbn) map (_.until)\n\n  }\n\n  class Loans(tag: Tag) extends Table[(Int,String,Date)](tag, \"LOANS\") {\n    def userID = column[Int](\"USER_ID\")\n    def isbn   = column[String](\"ISBN\")\n    def until  = column[Date](\"UNTIL\")\n\n    def what = foreignKey(\"ISBN_FK\", isbn, books)(b => b.isbn)\n    def who  = foreignKey(\"USER_FK\", userID, users)(u => u.id)\n\n    def * = (userID,isbn,until)\n  }\n\n  class Users(tag: Tag) extends Table[User](tag, \"USERS\") {\n\n    def id          = column[Int](\"ID\", O.PrimaryKey, O.AutoInc)\n    def firstName   = column[String](\"FIRST_NAME\")\n    def middleName  = column[Option[String]](\"MIDDLE_NAME\")\n    def lastName    = column[String](\"LAST_NAME\")\n    def userName    = column[String](\"USER_NAME\")\n\n    def * = (id,firstName,middleName,lastName,userName) <> (User.tupled, User.unapply)\n  }\n\n  class Authors(tag: Tag) extends Table[(Author)](tag,\"AUTHORS\") {\n\n    def id          = column[Int](\"ID\", O.PrimaryKey, O.AutoInc)\n    def firstName   = column[String](\"FIRST_NAME\")\n    def middleName  = column[Option[String]](\"MIDDLE_NAME\")\n    def lastName    = column[String](\"LAST_NAME\")\n\n    def * = (firstName,middleName,lastName) <> ((Author.apply _).tupled, Author.unapply)\n\n    def books = wrote filter (_.authorID === id) flatMap (_.book)\n\n    def fullName = index(\"FULL_NAME\", (firstName, middleName, lastName), unique = true)\n\n  }\n\n  class DeweyDecimals(tag:Tag) extends Table[(String,String)](tag, \"DEWEYS\") {\n    def isbn = column[String](\"ISBN\")\n    def dewey = column[String](\"DEWEY\")\n\n    def * = (isbn, dewey)\n\n    def book = foreignKey(\"BOOK\", isbn, books)(b => b.isbn)\n  }\n\n  class Wrote(tag: Tag) extends Table[(Int,String)](tag, \"WROTE\") {\n    def authorID = column[Int](\"AUTHOR_ID\")\n    def bookISBN = column[String](\"ISBN\")\n\n    def author   = foreignKey(\"AUTHOR\", authorID, authors)(a => a.id)\n    def book     = foreignKey(\"BOOK\", bookISBN, books)(b => b.isbn)\n\n    def * = authorID -> bookISBN\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/model\/ISBN.scala","text":"package me.hawkweisman.alexandria\npackage model\n\nimport scala.language.{implicitConversions, postfixOps}\nimport scala.util.{ Try, Success, Failure }\n\nimport dispatch._, Defaults._\n\nimport me.hawkweisman.util.collection.RepeatableSeq\nimport me.hawkweisman.util.concurrent.tryToFuture\n\nimport org.json4s.JsonAST.JValue\nimport org.json4s.native.JsonMethods._\n\n\/**\n * Internal representation for an ISBN.\n *\n * Handles conversion between ISBN-10 and ISBN-13, ISBN validation, and looking up ISBNs\n * from OpenLibrary.\n *\n * TODO: consider representing each part of the number as an integer to make these\n *       take up less memory.\n *\n * @param group The group component of the ISBN\n * @param pub   The publisher component of the ISBN\n * @param title The title component of the ISBN\n * @param prefix The prefix component of the ISBN (ISBN-13 only)\n *\n * @author <NAME>\n * @since v0.1.0\n *\/\ncase class ISBN(group: String,pub: String,title: String, prefix: Option[String]) {\n\n  \/**\n   * The query for looking up the book's data from the OpenLibrary API.\n   *\n   * This is lazy evaluated since there's no need to look up the same query\n   * twice.\n   *\n   * @return the result of the query\n   *\/\n  protected lazy val query = host(\"openlibrary.org\").secure \/ \"api\" \/ \"books\" <<?Map(\n    \"jscmd\" -> \"data\",\n    \"format\" -> \"json\",\n    \"bibkeys\" -> format)\n\n  \/**\n   * Format the ISBN as a [[String]] suitable for printing\n   *\n   * This is lazy evaluated since there's no need to look up the same query\n   * twice.\n   *\n   * @return the ISBN formatted as a [[String]]\n   *\/\n  lazy val format: String = prefix match {\n    case Some(thing)  => s\"ISBN:$thing$group$pub$title$isbn13CheckValue\"\n    case None         => s\"ISBN:$group$pub$title\" + (isbn10CheckValue match {\n      case 10 => \"X\"\n      case i  => i.toString\n    })\n\n  }\n\n  \/**\n   * Attempt to look up the book metadata for this ISBN.\n   * Book metadata comes from the OpenLibrary API\n   *\n   * TODO: add fallback data sources if OpenLibrary doesn't have the book\n   *\n   * @return A [[scala.concurrent.Future Future]] on the parsed JSON\n   *         returned by the OpenLibrary API.\n   *\/\n  private lazy val lookup: Future[JValue] = Http(query OK as.String) map {\n    (resp) => parse(resp)\n  }\n\n  \/**\n   * Get the authors for a given ISBN from OpenLibrary\n   *\/\n  lazy val authors: Future[List[Author]] = lookup map { Author fromJson }\n  \/**\n   * Get the book data for a given ISBN from OpenLibrary\n   *\/\n  lazy val book: Future[Book] = lookup flatMap { Book.fromJson(_, this) }\n  \/**\n   * Calculate the check value for an ISBN-13 number\n   * @return the check value as an Int\n   *\/\n  lazy val isbn13CheckValue: Int = {\n    val v: Seq[(Char,Int)] = s\"${prefix.getOrElse(\"\")}$group$pub$title\"\n      .zip(Seq(1,3).repeat)\n    val i: Seq[Int] = for {\n      ((d,c)) <- v\n    } yield { d.asDigit * c }\n    10 - (i.sum % 10)\n  }\n\n  \/**\n  * Calculate the check value for an ISBN-10 number\n  * @return the check value as an Int\n  *\/\n  lazy val isbn10CheckValue: Int = {\n    val v: Seq[(Char,Int)] = s\"$group$pub$title\" zip (10 until 1 by -1)\n    val i: Seq[Int] = for {\n      ((d,c)) <- v\n    } yield { d.asDigit * c }\n    (11 - (i.sum % 11) ) % 11\n  }\n\n  override def toString: String = format\n\n}\n\n\/**\n * Companion object for ISBNs\n *\n * @author <NAME>\n *\/\nobject ISBN {\n\n  val isbn13 = (\"\"\"^(?:ISBN(?:-13)?:?\\ ?)?\"\"\" + \/\/ Optional ISBN\/ISBN13 identifier\n                \"\"\"(?=\"\"\" +                   \/\/ Basic format pre-checks:\n                \"\"\"[0-9]{13}\"\"\" +             \/\/ - must be 13 digits\n                \"\"\"|\"\"\" +                     \/\/  OR\n                \"\"\"(?=(?:[0-9]+[-\\ ]){4})\"\"\"+ \/\/ - must have 4 separator characters\n                \"\"\"[-\\ 0-9]{17}\"\"\" +          \/\/ - out of 17 characters total\n                \"\"\")\"\"\" +                     \/\/ End format pre-checks\n                \"\"\"(97[89])[-\\ ]?\"\"\" +        \/\/ ISBN-13 prefix code\n                \"\"\"([0-9]{1,5})[-\\ ]?\"\"\" +    \/\/ Capture group 1: group ID\n                \"\"\"([0-9]+)[-\\ ]?\"\"\" +        \/\/ Capture group 2: publisher ID\n                \"\"\"([0-9]+)[-\\ ]?\"\"\" +        \/\/ Capture group 3: title ID\n                \"\"\"([0-9])\"\"\" +               \/\/ Capture group 4: Check digit.\n                \"\"\"$\"\"\").r\n\n  val isbn10 = (\"\"\"^(?:ISBN(?:-10)?:?\\ ?)?\"\"\"+ \/\/ Optional ISBN\/ISBN-10 identifier.\n                \"\"\"(?=\"\"\" +                   \/\/ Basic format pre-checks:\n                \"\"\"[0-9X]{10}$\"\"\" +           \/\/ - must be 10 digits\/Xs (no separators).\n                \"\"\"|\"\"\" +                     \/\/  OR\n                \"\"\"(?=(?:[0-9]+[-\\ ]){3})\"\"\"+ \/\/ - must have 3 separator characters\n                \"\"\"[-\\ 0-9X]{13}$\"\"\" +        \/\/ - out of 13 characters total\n                \"\"\")\"\"\" +                     \/\/ End format pre-checks\n                \"\"\"([0-9]{1,5})[-\\ ]?\"\"\" +    \/\/ Capture group 1: group ID\n                \"\"\"([0-9]+)[-\\ ]?\"\"\" +        \/\/ Capture group 2: publisher ID\n                \"\"\"([0-9]+)[-\\ ]?\"\"\" +        \/\/ Capture group 3: title ID\n                \"\"\"([0-9X])\"\"\" +              \/\/ Capture group 4: Check digit.\n                \"\"\"$\"\"\").r\n\n  \/**\n   * Parse a [[String]] to an [[ISBN]]\n   * @return Either a [[Success]] containing an ISBN or a [[Failure]] if the string could not be parsed.\n   *\/\n  def parse(str: String): Try[ISBN] = str match {\n    case isbn10(group,pub,title,check) =>\n      val isbn = ISBN(group, pub, title, None)\n      isbn.isbn10CheckValue match {\n        case n if n == (if (check == \"X\") 10 else check.toInt) => Success(isbn)\n        case n => Failure(new NumberFormatException(\n          s\"Invalid ISBN-10 check value: expected $check, got $n\"))\n      }\n    case isbn13(prefix,group,pub,title,check) =>\n      val isbn = ISBN(group, pub, title, Some(prefix))\n      isbn.isbn13CheckValue match {\n        case n if n == check.toInt => Success(isbn)\n        case n => Failure(new NumberFormatException(\n          s\"Invalid ISBN-13 check value: expected ${check.toInt}, got $n\"))\n      }\n    case _ => Failure(new NumberFormatException(s\"$str was not a valid ISBN number\"))\n  }\n\n  implicit def isbnAsString(isbn: ISBN): String = isbn.format\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/responses\/ModelResponseMessage.scala","text":"package me.hawkweisman.alexandria\npackage controllers\npackage responses\n\nimport org.scalatra.swagger.ResponseMessage\n\n\/**\n * Response message with an attached model. This is just for Swagger purposes.\n *\n * @author <NAME>\n * @since v0.1.0\n *\n * @see [[org.scalatra.swagger.ResponseMessage]]\n *\n * Created by hawk on 6\/22\/15.\n *\/\ncase class ModelResponseMessage(\n  code: Int,\n  message: String,\n  responseModel: String) extends ResponseMessage[String]\n"}
{"repo_name":"hawkw\/Alexandria","path":"project\/build.scala","text":"<filename>project\/build.scala\nimport sbt._\nimport Keys._\nimport org.scalatra.sbt._\nimport org.scalatra.sbt.PluginKeys._\nimport com.mojolly.scalate.ScalatePlugin._\nimport ScalateKeys._\n\nobject AlexandriaBuild extends Build {\n\n  val projOrganization = \"me.hawkweisman\"\n  val projName = \"alexandria\"\n  val projVersion = \"0.0.1\"\n  val projScalaVersion = \"2.11.7\"\n  val scalatraVersion = \"2.4.0.RC1\"\n  val slickVersion = \"3.0.0\"\n\n  lazy val project = Project (\n    \"alexandria\",\n    file(\".\"),\n    settings = ScalatraPlugin.scalatraWithJRebel ++ scalateSettings ++ Seq(\n      organization := projOrganization,\n      name := projName,\n      scalaVersion := projScalaVersion,\n      resolvers += Classpaths.typesafeReleases,\n      resolvers += \"Scalaz Bintray Repo\" at \"http:\/\/dl.bintray.com\/scalaz\/releases\",\n      resolvers += \"Hawk's Bintray Repo\" at \"https:\/\/dl.bintray.com\/hawkw\/maven\",\n      libraryDependencies ++= Seq(\n        \"org.scalatra\"                  %%  \"scalatra\"              % scalatraVersion,\n        \"org.scalatra\"                  %%  \"scalatra-scalate\"      % scalatraVersion,\n        \"org.scalatra\"                  %%  \"scalatra-scalatest\"    % scalatraVersion % \"test\",\n        \"org.scalatra\"                  %%  \"scalatra-json\"         % scalatraVersion,\n        \"org.scalatra\"                  %%  \"scalatra-auth\"         % scalatraVersion,\n        \"org.scalatra\"                  %%  \"scalatra-swagger\"      % scalatraVersion,\n        \"org.scalacheck\"                %%  \"scalacheck\"            % \"1.12.2\"  % \"test\",\n        \"org.scalatest\"                 %%  \"scalatest\"             % \"2.2.4\"   % \"test\",\n        \"org.json4s\"                    %%  \"json4s-native\"         % \"3.3.0.RC1\",\n        \"net.databinder.dispatch\"       %%  \"dispatch-core\"         % \"0.11.2\",\n        \"me.hawkweisman\"                %%  \"util\"                  % \"0.0.2-ed7622b.37\",\n        \"com.typesafe.slick\"            %%  \"slick\"                 % slickVersion,\n        \"com.typesafe.scala-logging\"    %%  \"scala-logging\"         % \"3.1.0\",\n        \"com.h2database\"                %   \"h2\"                    % \"1.3.166\",\n        \"c3p0\"                          %   \"c3p0\"                  % \"0.9.1.2\",\n        \"ch.qos.logback\"                %   \"logback-classic\"       % \"1.1.2\" % \"runtime\",\n        \"org.eclipse.jetty\"             %   \"jetty-webapp\"          % \"9.1.5.v20140505\" % \"container\",\n        \"org.eclipse.jetty\"             %   \"jetty-plus\"            % \"9.1.5.v20140505\" % \"container\",\n        \"javax.servlet\"                 %   \"javax.servlet-api\"     % \"3.1.0\"\n      ),\n      scalateTemplateConfig in Compile <<= (sourceDirectory in Compile){ base =>\n        Seq(\n          TemplateConfig(\n            base \/ \"webapp\" \/ \"WEB-INF\" \/ \"templates\",\n            Seq.empty,  \/* default imports should be added here *\/\n            Seq(\n              Binding(\"context\", \"_root_.org.scalatra.scalate.ScalatraRenderContext\",\n                importMembers = true,\n                isImplicit = true)\n            ),  \/* add extra bindings here *\/\n            Some(\"templates\")\n          )\n        )\n      }\n    )\n  )\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/test\/scala\/me\/hawkweisman\/alexandria\/test\/ModelSpec.scala","text":"package me.hawkweisman.alexandria\npackage test\n\nimport me.hawkweisman.alexandria.model.{LastNameOrdering, Person, FirstNameOrdering, Author}\n\nimport org.scalatest.{Matchers, WordSpec}\n\nimport scala.util.Sorting\n\n\/**\n * Created by hawk on 6\/29\/15.\n *\/\nclass ModelSpec extends WordSpec\n  with Matchers{\n\n  \"The Author model\" when {\n    \"sorted by first name\" should {\n      \"be in alphabetical order\" in {\n        val authors: Array[Person] = Array(\n          new Author(\"Clive\", \"Barker\"),\n          new Author(\"Agatha\", \"Christie\"),\n          new Author(\"William\", \"Shakespeare\"),\n          new Author(\"Jane\", \"Austen\"),\n          new Author(\"Charles\", \"Beaudelaire\"),\n          new Author(\"Ernest\", \"Hemingway\"),\n          new Author(\"Donald\", \"E.\", \"Knuth\"),\n          new Author(\"Umberto\", \"Ecco\"),\n          new Author(\"Andrew\", \"Tanenbaum\")\n        )\n        Sorting.quickSort(authors)(FirstNameOrdering)\n        authors should contain theSameElementsInOrderAs Seq(\n          new Author(\"Agatha\", \"Christie\"),\n          new Author(\"Andrew\", \"Tanenbaum\"),\n          new Author(\"Charles\", \"Beaudelaire\"),\n          new Author(\"Clive\", \"Barker\"),\n          new Author(\"Donald\", \"E.\", \"Knuth\"),\n          new Author(\"Ernest\", \"Hemingway\"),\n          new Author(\"Jane\", \"Austen\"),\n          new Author(\"Umberto\", \"Ecco\"),\n          new Author(\"William\", \"Shakespeare\")\n          )\n      }\n    }\n    \"sorted by last name\" should {\n      \"be in alphabetical order\" in {\n        val authors: Array[Person] = Array(\n          new Author(\"Clive\", \"Barker\"),\n          new Author(\"Agatha\", \"Christie\"),\n          new Author(\"William\", \"Shakespeare\"),\n          new Author(\"Jane\", \"Austen\"),\n          new Author(\"Charles\", \"Beaudelaire\"),\n          new Author(\"Ernest\", \"Hemingway\"),\n          new Author(\"Donald\", \"E.\", \"Knuth\"),\n          new Author(\"Umberto\", \"Ecco\"),\n          new Author(\"Andrew\", \"Tanenbaum\")\n        )\n        Sorting.quickSort(authors)(LastNameOrdering)\n        authors should contain theSameElementsInOrderAs Seq(\n          new Author(\"Jane\", \"Austen\"),\n          new Author(\"Clive\", \"Barker\"),\n          new Author(\"Charles\", \"Beaudelaire\"),\n          new Author(\"Agatha\", \"Christie\"),\n          new Author(\"Umberto\", \"Ecco\"),\n          new Author(\"Ernest\", \"Hemingway\"),\n          new Author(\"Donald\", \"E.\", \"Knuth\"),\n          new Author(\"William\", \"Shakespeare\"),\n          new Author(\"Andrew\", \"Tanenbaum\")\n        )\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/responses\/ErrorModel.scala","text":"<filename>src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/responses\/ErrorModel.scala\npackage me.hawkweisman.alexandria\npackage controllers\npackage responses\n\n\/**\n * Response model that contains an error message and error status code.\n *\n * @author <NAME>\n * @since v0.1.0\n *\n * Created by hawk on 6\/22\/15.\n *\/\ncase class ErrorModel(code: Int, message: String)\nobject ErrorModel {\n  def fromException(code: Int, err: Throwable) = ErrorModel(code, err.getMessage)\n}\n"}
{"repo_name":"hawkw\/Alexandria","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.mojolly.scalate\" % \"xsbt-scalate-generator\" % \"0.5.0\")\n\naddSbtPlugin(\"org.scalatra.sbt\" % \"scalatra-sbt\" % \"0.3.5\")\n\nresolvers += \"Typesafe Repository\" at \"https:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.0.4\")\n\naddSbtPlugin(\"com.codacy\" % \"sbt-codacy-coverage\" % \"1.0.3\")\n\nresolvers += Resolver.url(\"sbt-plugin-snapshots\",\n  new URL(\"http:\/\/scalasbt.artifactoryonline.com\/scalasbt\/sbt-plugin-snapshots\/\"))(\n    Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"com.bowlingx\" %% \"xsbt-wro4j-plugin\" % \"0.3.5\")\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/controllers\/responses\/AuthorSerializer.scala","text":"package me.hawkweisman.alexandria\npackage controllers\npackage responses\n\nimport model.Author\nimport org.json4s._\nimport org.json4s.JsonDSL._\n\n\/**\n * Custom serializer for [[model.Author Authors]].\n *\n * Serializes our [[model.Author Author]] model, which stores a first, middle, and last name\n * as separate strings to an Author JSON object with a single field storing the whole name, and\n * deserializes that object to our [[model.Author Author]] model.\n *\n * @author <NAME>\n * @since v0.1.0\n *\n * @see [[model.Author]]\n * @see [[org.json4s.CustomSerializer]]\n *\n * Created by hawk on 6\/24\/15.\n *\/\nobject AuthorSerializer extends CustomSerializer[Author](implicit format => ({\n  case json: JValue => (json \\ \"name\").extract[String] split \" \" match {\n    case Array(first,middle,last) => Author(first,Some(middle),last)\n    case Array(first,last)        => Author(first,None,last)\n    case _                        => ??? \/\/ handle more complex cases\n  }\n}, {\n  case author: Author => \"name\" -> author.name\n})\n)\n"}
{"repo_name":"hawkw\/Alexandria","path":"src\/main\/scala\/me\/hawkweisman\/alexandria\/AlexandriaStack.scala","text":"<gh_stars>1-10\npackage me.hawkweisman.alexandria\n\nimport org.fusesource.scalate.{ TemplateEngine, Binding }\nimport org.fusesource.scalate.layout.DefaultLayoutStrategy\n\nimport org.scalatra._\nimport scalate.ScalateSupport\n\nimport com.typesafe.scalalogging.LazyLogging\n\nimport javax.servlet.http.HttpServletRequest\n\nimport collection.mutable\n\nimport slick.driver.H2Driver.api._\n\ntrait AlexandriaStack extends ScalatraServlet\n  with ScalateSupport\n  with LazyLogging {\n\n  val db: Database\n\n  before() {\n    response.addHeader(\"X-Clacks-Overhead\",\"GNU <NAME>\")\n  }\n\n  \/* wire up the pre-compiled templates *\/\n  override protected def defaultTemplatePath: List[String] = List(\"\/WEB-INF\/templates\/views\")\n  override protected def createTemplateEngine(config: ConfigT) = {\n    val engine = super.createTemplateEngine(config)\n    engine.layoutStrategy = new DefaultLayoutStrategy(engine,\n      TemplateEngine.templateTypes.map(\"\/WEB-INF\/templates\/layouts\/default.\" + _): _*)\n    engine.packagePrefix = \"templates\"\n    engine\n  }\n  \/* end wiring up the pre-compiled templates *\/\n\n  override protected def templateAttributes(implicit request: HttpServletRequest): mutable.Map[String, Any] = {\n    super.templateAttributes ++ mutable.Map.empty \/\/ Add extra attributes here, they need bindings in the build file\n  }\n\n\n  notFound { \/\/TODO: custom 404 page\n    \/\/ remove content type in case it was set through an action\n    contentType = null\n    \/\/ Try to render a ScalateTemplate if no route matched\n    findTemplate(requestPath) map { path =>\n      contentType = \"text\/html\"\n      layoutTemplate(path)\n    } orElse serveStaticResource() getOrElse resourceNotFound()\n  }\n\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"build.sbt","text":"name := \"\"\"insult-me\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.4\"\n\nlibraryDependencies ++= {\n  lazy val akkaVersion = \"2.5.8\"\n  Seq(\n    \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n    \"com.typesafe.akka\" %% \"akka-testkit\" % akkaVersion % \"test\",\n    \"io.spray\" %% \"spray-json\" % \"1.3.4\",\n    \"org.scala-lang\" % \"jline\" % \"2.11.0-M3\",\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\"\n  )\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/test\/scala\/com\/mildlyskilled\/GameEngineSpec.scala","text":"package com.mildlyskilled\n\nimport akka.actor.{Props, ActorSystem}\nimport akka.testkit.{TestActorRef, ImplicitSender, TestKit}\nimport com.mildlyskilled.actors.{GameEngine, Player}\nimport com.mildlyskilled.messages.Protocol.{GoAway, Unregister, Registered, Register}\nimport com.mildlyskilled.models.Repo\nimport org.scalatest.{BeforeAndAfterAll, Matchers, WordSpecLike}\n\nclass GameEngineSpec(_system: ActorSystem) extends TestKit(_system)\nwith ImplicitSender\nwith WordSpecLike\nwith Matchers\nwith BeforeAndAfterAll {\n\n  def this() = this(ActorSystem(\"TestSpec\"))\n\n  val repo = new Repo\n  val gameEngine = TestActorRef(Props(classOf[GameEngine], repo))\n  val playerActor = TestActorRef(Props(classOf[Player], repo.getRandomInsults(2), repo.getRandomComebacks(2)))\n\n  override def afterAll {\n    TestKit.shutdownActorSystem(system)\n  }\n\n  \"A GameEngine actor\" must {\n    \"send back a registered message on a register request\" in {\n      gameEngine ! Register(this.self)\n      expectMsg(Registered)\n    }\n  }\n\n  \"A GameEngine actor\" must {\n    \"Send back a GoAway message on receiving an unregister request\" in {\n      gameEngine ! Unregister(this.self)\n      expectMsg(GoAway)\n    }\n  }\n\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/messages\/Protocol.scala","text":"package com.mildlyskilled.messages\n\nimport akka.actor.ActorRef\nimport com.mildlyskilled.models.{Comeback, Insult, Entry}\n\nobject Protocol {\n  sealed trait Message\n  case class Info(msg: String) extends Message\n  case class InsultMessage(insult: Insult) extends Message\n  case class ComebackMessage(comeback: Comeback) extends Message\n  case class KnownInsults(insults: List[Insult]) extends Message\n  case class KnownComebacks(insults: List[Comeback]) extends Message\n  case class SelectInsult(id: Int) extends Message\n  case class Register(player: ActorRef) extends Message\n  case class Unregister(player: ActorRef) extends Message\n  case class ResetPlayerScore(player: ActorRef) extends Message\n  case object YourTurn extends Message\n  case object Registered extends Message\n  case object GoAway extends Message\n  case object WaitingForEngagement extends Message\n  case object ReadyToEngage extends Message\n  case object GetInsults extends Message\n  case object GetComebacks extends Message\n  case object ConcedeRound extends Message\n  case object ConcedeGame extends Message\n  case object Initialise extends Message\n  case object AnotherGame extends Message\n  case object ListPlayers extends Message\n  case object GetScores extends Message\n  case object Leave extends Message\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/Engine.scala","text":"<filename>src\/main\/scala\/Engine.scala\n\/**\n  * Created by kwabena on 12\/11\/2015.\n  *\/\nobject Engine {\n\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/actors\/Player.scala","text":"<reponame>mildlyskilled\/insults\npackage com.mildlyskilled.actors\n\nimport com.mildlyskilled.messages.Protocol._\nimport com.mildlyskilled.models.{Insult, Comeback}\nimport scala.collection.mutable\n\ncase class Player(override val knownInsults: List[Insult], override val knownComebacks: List[Comeback])\n  extends Playable {\n\n  var learnedComebacks = mutable.Set.empty[Comeback]\n  var learnedInsults = mutable.Set.empty[Insult]\n  override implicit val insults = knownInsults ::: learnedInsults.toList\n\n  override def handleComeback(c: Comeback) = {\n    log.info(Console.GREEN + s\"${c.content}\" + Console.RESET)\n    learnedComebacks += c\n    sender() ! ConcedeRound\n  }\n\n  override def handleReturnInsults()(implicit insults: List[Insult]): Unit = {\n    sender() ! KnownInsults(insults)\n  }\n\n  override def handleReturnComebacks()(implicit comebacks: List[Comeback]) = {\n    sender() ! KnownComebacks(knownComebacks ::: learnedComebacks.toList)\n  }\n\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/actors\/Playable.scala","text":"package com.mildlyskilled.actors\n\nimport akka.actor.{ActorLogging, Actor}\nimport com.mildlyskilled.messages.Protocol._\nimport com.mildlyskilled.models.{Comeback, Insult}\n\n\ntrait Playable extends Actor with ActorLogging {\n\n  val knownInsults: List[Insult]\n  val knownComebacks: List[Comeback]\n  implicit val insults = knownInsults\n  implicit val comebacks = knownComebacks\n\n  def receive = {\n    case Info(msg) => log.info(Console.YELLOW + msg + Console.RESET)\n\n    case InsultMessage(insult) => handleInsult(insult)\n\n    case ComebackMessage(comeback) => handleComeback(comeback)\n\n    case GetInsults => handleReturnInsults()\n\n    case GetComebacks => handleReturnComebacks()\n\n    case SelectInsult(id) => handleSelectInsult(id)\n\n    case ConcedeGame => handleConcedeGame()\n\n    case GoAway => handleGoAway()\n\n    case Leave => context.system.terminate()\n\n    case Registered => handleRegisteredMessage()\n  }\n\n  def handleInsult(i: Insult)(implicit comebacks: List[Comeback]): Unit = {\n    log.info(Console.GREEN + s\"${i.content}\" + Console.RESET)\n    comebacks find (_.id == i.id) match {\n      case None => sender() ! ConcedeRound\n      case Some(c) => sender() ! ComebackMessage(c)\n    }\n  }\n\n  def handleReturnInsults()(implicit insults: List[Insult]): Unit = {\n    sender() ! insults\n  }\n\n  def handleSelectInsult(id: Int)(implicit insults: List[Insult]): Unit = {\n    insults find { i => i.id == id } match {\n      case None => log.info(Console.RED + \"You don't know this insult\" + Console.RESET)\n      case Some(i) => sender() ! InsultMessage(i)\n    }\n  }\n\n  def handleReturnComebacks()(implicit comebacks: List[Comeback]): Unit = {\n    sender() ! KnownComebacks(comebacks)\n  }\n\n  def handleGoAway(): Unit = {\n    log.info(Console.RED + s\"${self.path.name} leaving now\" + Console.RESET)\n    context stop self\n  }\n\n  def handleConcedeGame(): Unit = {\n    log.info(Console.RED + s\"I have lost ${self.path.name} concedes\" + Console.RESET)\n    context stop self\n  }\n\n  def handleComeback(c: Comeback): Unit = {\n    log.info(Console.GREEN + s\"${c.content}\" + Console.RESET)\n    sender() ! ConcedeRound\n  }\n\n  def handleRegisteredMessage(): Unit = {\n    sender() ! ReadyToEngage\n  }\n\n}"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/models\/Repo.scala","text":"<reponame>mildlyskilled\/insults<filename>src\/main\/scala\/com\/mildlyskilled\/models\/Repo.scala\npackage com.mildlyskilled.models\n\nimport scala.io.Source\nimport spray.json._\n\ncase class Entry(id: Int, bossInsult: String, generalInsult: String, comeback: String)\n\ncase class Insult(id: Int, content: String)\n\ncase class Comeback(id: Int, content: String)\n\nclass Repo extends DefaultJsonProtocol {\n  implicit val entryFormat = jsonFormat4(Entry)\n\n  val entries =\n    Source.fromURI(getClass.getResource(\"\/insults.json\").toURI)\n      .mkString.parseJson.convertTo[List[Entry]]\n\n\n  def getRandomInsults(count: Int):List[Insult] = scala.util.Random.shuffle(entries).take(count).map{ e =>\n    Insult(e.id, e.generalInsult)\n  }\n\n  def getRandomComebacks(count: Int):List[Comeback] = scala.util.Random.shuffle(entries).take(count).map{ e =>\n    Comeback(e.id, e.comeback)\n  }\n\n}"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/actors\/GameEngine.scala","text":"<filename>src\/main\/scala\/com\/mildlyskilled\/actors\/GameEngine.scala\npackage com.mildlyskilled.actors\n\nimport akka.actor._\nimport com.mildlyskilled.messages.Protocol._\nimport com.mildlyskilled.models.{Repo}\n\nimport scala.collection.mutable\n\nclass GameEngine(val repo: Repo) extends Actor with ActorLogging {\n\n  var registry = mutable.Map.empty[ActorRef, Int]\n  var toComeback:ActorRef = _\n  var toInsult:ActorRef = _\n\n\n  def receive = {\n    case Initialise => log.info(s\"Starting game engine ${self.path.name}\")\n\n    case Register(player) => {\n      log.info(s\"${player.path.name} has entered the game\")\n      registry += (player -> 2)\n      player ! Registered\n    }\n\n    case Unregister(player) => {\n      registry -= player\n      player ! GoAway\n    }\n\n    case InsultMessage(insult) => {\n      if (registry.size < 2) {\n        log.info(\"We don't have all players required to play did you remember to type 's' to start?\")\n      } else {\n        if (toInsult == sender()){\n          registry.keys.filterNot(_ == sender).head.tell(InsultMessage(insult), self)\n        }else{\n          sender() ! Info(\"It's not your turn to insult\")\n        }\n      }\n\n    }\n\n    case ComebackMessage(entry) => {\n      if (registry.size < 2) {\n        log.info(\"We don't have all players required to play did you remember to type 's' to start?\")\n      } else {\n        if (toComeback == sender()) {\n          registry.keys.filterNot(_ == sender).head.tell(ComebackMessage(entry), self)\n        } else {\n          sender() ! Info(\"It's not your turn to comeback\")\n        }\n      }\n    }\n\n    case SelectInsult(id) => {\n      sender() ! SelectInsult(id)\n    }\n\n    case ListPlayers => {\n      println(\"Current players in this game\")\n      registry.foreach { p => println(p._1) }\n    }\n\n    case ConcedeRound => {\n      log.info(Console.RED + s\"${sender().path.name} concedes this round\" + Console.RESET)\n      registry(sender()) = registry(sender()) - 1\n      if (registry(sender()) == 0) {\n        sender ! ConcedeGame\n        registry -= sender\n        log.info(s\"${sender().path.name} leaves\")\n      }\n\n    }\n\n    case KnownInsults(insults) => {\n      println(s\"---------- Known Insults from ${sender().path.name}\")\n      insults.foreach { i =>\n        println(s\"[${i.id}]: ${i.content}\")\n      }\n    }\n\n    case KnownComebacks(comebacks) => {\n      println(s\"---------- Known Comebacks from ${sender().path.name}\")\n      comebacks.foreach { i =>\n        println(s\"[${i.id}]: ${i.content}\")\n      }\n    }\n\n    case GetScores => {\n      registry.foreach { p => println(s\"${p._1.path.name}: ${p._2}\") }\n    }\n\n    case ResetPlayerScore(p) => {\n      registry(p) = 2\n    }\n\n    case WaitingForEngagement => toComeback = sender()\n\n    case ReadyToEngage => toInsult = sender()\n\n    case YourTurn => {\n      log.info(Console.GREEN + toInsult.path.name + \" to insult \" + Console.RESET)\n      log.info(Console.GREEN + toComeback.path.name + \" to comeback \" + Console.RESET)\n    }\n  }\n}\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/actors\/Pirate.scala","text":"<filename>src\/main\/scala\/com\/mildlyskilled\/actors\/Pirate.scala\npackage com.mildlyskilled.actors\n\nimport com.mildlyskilled.messages.Protocol.{WaitingForEngagement}\nimport com.mildlyskilled.models.{Insult, Comeback}\n\ncase class Pirate(override val knownInsults: List[Insult], override val knownComebacks: List[Comeback])\n  extends Playable {\n\n  var currentInsult: Insult = _\n\n  override def handleRegisteredMessage() = {\n    sender() ! WaitingForEngagement\n  }\n}\n\n"}
{"repo_name":"mildlyskilled\/insults","path":"src\/main\/scala\/com\/mildlyskilled\/Application.scala","text":"package com.mildlyskilled\n\nimport akka.actor.{ActorRef, Props, ActorSystem}\nimport com.mildlyskilled.actors.{Pirate, GameEngine, Player}\nimport com.mildlyskilled.messages.Protocol._\nimport com.mildlyskilled.models._\n\nimport scala.tools.jline.console.ConsoleReader\n\n\nobject Application extends App {\n\n  val repo = new Repo\n\n  val insultRegex = \"\"\"^i (\\d+)$\"\"\".r\n  val comebackRegex = \"\"\"^c (\\d+)$\"\"\".r\n\n  val system = ActorSystem(\"InsultSystem\")\n  val gameEngine = system.actorOf(Props(classOf[GameEngine], repo), name = \"insult-sword-fighting\")\n\n  def spawnPirate: ActorRef = system.actorOf(Props(classOf[Pirate], repo.getRandomInsults(2), repo.getRandomComebacks(2)),\n    name = \"pirate\")\n\n  val playerActor = system.actorOf(Props(classOf[Player], repo.getRandomInsults(2), repo.getRandomComebacks(2)),\n    name = \"player\")\n\n  var pirateActor: ActorRef = spawnPirate\n\n  var started = false\n\n  def printHelp(): Unit = {\n    println(\"Welcome Instructions are as follows (type)\")\n    println(\"-----------------------------------------\")\n    println(\"start - Start game\")\n    println(\"play - Get your list of insults to play with\")\n    println(\"players - Get list of players\")\n    println(\"stop - dispenses with the current pirate pirate\")\n    println(\"another - Get another pirate to duel with\")\n    println(\"pirate - Get a list of insults known by the pirate\")\n    println(\"Scores - Get a list of insults known by the pirate\")\n    println(\"i <insult-id> - Insult your opponent\")\n    println(\"c <comeback-id> - Reply with a witty comeback\")\n    println(\"help - Print this help\")\n    println(\"exit - Exit this game\")\n  }\n\n\n  Iterator.continually(new ConsoleReader().readLine(\"> \")).takeWhile(_ != \"exit\").foreach {\n    case \"start\" \u21d2\n      if (!started) {\n        gameEngine ! Initialise\n        gameEngine ! Register(playerActor)\n        gameEngine ! Register(pirateActor)\n        started = true\n      } else {\n        println(\"Game already started please use restart instead\")\n      }\n\n    case \"another\" \u21d2\n      pirateActor = spawnPirate\n      gameEngine ! Register(pirateActor)\n      gameEngine ! ResetPlayerScore(playerActor)\n\n    case \"player\" \u21d2\n      playerActor.tell(GetInsults, gameEngine)\n      playerActor.tell(GetComebacks, gameEngine)\n\n\n    case \"players\" \u21d2 gameEngine ! ListPlayers\n\n    case \"stop\" \u21d2 gameEngine ! Unregister(pirateActor)\n\n\n    case \"pirate\" \u21d2\n      pirateActor.tell(GetInsults, gameEngine)\n      pirateActor.tell(GetComebacks, gameEngine)\n\n    case \"scores\" \u21d2 gameEngine ! GetScores\n\n    case insultRegex(id) \u21d2 playerActor.tell(SelectInsult(id.toInt), gameEngine)\n\n    case \"turn\" \u21d2 gameEngine ! YourTurn\n\n    case \"help\" \u21d2 printHelp()\n\n    case _ \u21d2 println(\"I did not understand that message\")\n  }\n  println(\"Exiting game...\")\n  system.terminate()\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/javaGuide\/main\/ws\/code\/javaguide\/ws\/JavaWSSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage javaguide.ws\n\nimport org.specs2.mutable._\nimport play.api.test._\n\nimport play.api.mvc._\nimport play.api.libs.json._\n\nimport play.test.Helpers._\n\nimport play.api.test.FakeApplication\nimport play.api.libs.json.JsObject\nimport javaguide.testhelpers.MockJavaActionHelper\nimport play.api.http.Status\n\nobject JavaWSSpec extends Specification with Results with Status {\n  \/\/ It's much easier to test this in Scala because we need to set up a\n  \/\/ fake application with routes.\n\n  def fakeApplication = FakeApplication(withRoutes = {\n    case (\"GET\", \"\/feed\") =>\n      Action {\n        val obj: JsObject = Json.obj(\n          \"title\" -> \"foo\",\n          \"commentsUrl\" -> \"http:\/\/localhost:3333\/comments\"\n        )\n        Ok(obj)\n      }\n    case (\"GET\", \"\/comments\") =>\n         Action {\n           val obj: JsObject = Json.obj(\n             \"count\" -> \"10\"\n           )\n           Ok(obj)\n         }\n    case (_, _) =>\n      Action {\n        BadRequest(\"no binding found\")\n      }\n  })\n\n  \"The Java WS class\" should {\n    \"call WS correctly\" in new WithServer(app = fakeApplication, port = 3333) {\n      val result = MockJavaActionHelper.call(app.injector.instanceOf[JavaWS.Controller1], fakeRequest())\n\n      result.status() must equalTo(OK)\n    }\n\n    \"compose WS calls successfully\" in new WithServer(app = fakeApplication, port = 3333) {\n      val result = MockJavaActionHelper.call(app.injector.instanceOf[JavaWS.Controller2], fakeRequest())\n\n      result.status() must equalTo(OK)\n      contentAsString(result) must beEqualTo(\"Number of comments: 10\")\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/main\/scala\/play\/api\/libs\/ws\/ning\/NingWS.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n  * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.ws.ning\n\nimport akka.stream.Materializer\nimport org.asynchttpclient._\nimport play.api._\nimport play.api.inject.ApplicationLifecycle\nimport play.api.libs.ws._\nimport play.api.libs.ws.ahc.{ AhcWSClientConfigParser, AhcWSAPI, AhcWSClient, AhcWSRequest }\nimport play.api.libs.ws.ssl._\n\n\/**\n * A WS client backed by a Ning AsyncHttpClient.\n *\n * If you need to debug Ning, set logger.com.ning.http.client=DEBUG in your application.conf file.\n *\n * @param config a client configuration object\n *\/\n@deprecated(\"Use AhcWSClient instead\", \"2.5\")\ncase class NingWSClient(config: AsyncHttpClientConfig)(implicit materializer: Materializer) extends WSClient {\n\n  private val ahcWsClient = AhcWSClient(config)\n\n  def underlying[T]: T = ahcWsClient.underlying\n\n  private[libs] def executeRequest[T](request: Request, handler: AsyncHandler[T]): ListenableFuture[T] = ahcWsClient.executeRequest(request, handler)\n\n  def close(): Unit = ahcWsClient.close()\n\n  def url(url: String): WSRequest = AhcWSRequest(ahcWsClient, url, \"GET\", EmptyBody, Map(), Map(), None, None, None, None, None, None, None)\n}\n\n@deprecated(\"Use AhcWSClient instead\", \"2.5\")\nobject NingWSClient {\n  \/**\n   * Convenient factory method that uses a [[WSClientConfig]] value for configuration instead of an [[https:\/\/asynchttpclient.github.io\/async-http-client\/apidocs\/com\/ning\/http\/client\/AsyncHttpClientConfig.html org.asynchttpclient.AsyncHttpClientConfig]].\n   *\n   * Typical usage:\n   *\n   * {{{\n   *   val client = NingWSClient()\n   *   val request = client.url(someUrl).get()\n   *   request.foreach { response =>\n   *     doSomething(response)\n   *     client.close()\n   *   }\n   * }}}\n   *\n   * @param config configuration settings\n   *\/\n  def apply(config: NingWSClientConfig = NingWSClientConfig())(implicit materializer: Materializer): NingWSClient = {\n    val client = new NingWSClient(new NingAsyncHttpClientConfigBuilder(config).build())\n    new SystemConfiguration().configure(config.wsClientConfig)\n    client\n  }\n}\n\n\/**\n * Ning WS API implementation components.\n *\/\n@deprecated(\"Use AhcWSClient instead\", \"2.5\")\ntrait NingWSComponents {\n\n  def environment: Environment\n  def configuration: Configuration\n  def applicationLifecycle: ApplicationLifecycle\n  def materializer: Materializer\n\n  lazy val wsClientConfig: WSClientConfig = new WSConfigParser(configuration, environment).parse()\n  private lazy val ahcWsClientConfig = new AhcWSClientConfigParser(wsClientConfig, configuration, environment).parse()\n  lazy val ningWsClientConfig: NingWSClientConfig =\n    NingWSClientConfig(\n      wsClientConfig = wsClientConfig,\n      maxConnectionsPerHost = ahcWsClientConfig.maxConnectionsPerHost,\n      maxConnectionsTotal = ahcWsClientConfig.maxConnectionsTotal,\n      maxConnectionLifetime = ahcWsClientConfig.maxConnectionLifetime,\n      idleConnectionInPoolTimeout = ahcWsClientConfig.idleConnectionInPoolTimeout,\n      maxNumberOfRedirects = ahcWsClientConfig.maxNumberOfRedirects,\n      maxRequestRetry = ahcWsClientConfig.maxRequestRetry,\n      disableUrlEncoding = ahcWsClientConfig.disableUrlEncoding,\n      keepAlive = ahcWsClientConfig.keepAlive\n    )\n\n  lazy val wsApi: WSAPI = new AhcWSAPI(environment, ahcWsClientConfig, applicationLifecycle)(materializer)\n  lazy val wsClient: WSClient = wsApi.client\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-jdbc\/src\/main\/scala\/play\/api\/db\/package.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api\n\n\/**\n * Contains the JDBC database access API.\n *\n * Example, retrieving a connection from the 'customers' datasource:\n * {{{\n * val conn = DB.getConnection(\"customers\")\n * }}}\n *\/\npackage object db {\n  type NamedDatabase = play.db.NamedDatabase\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/tests\/code\/specs2\/ExamplePlaySpecificationSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.tests.specs2\n\nimport play.api.test._\n\n\/\/ #scalafunctionaltest-playspecification\nobject ExamplePlaySpecificationSpec extends PlaySpecification {\n  \"The specification\" should {\n\n    \"have access to HeaderNames\" in {\n      USER_AGENT must be_===(\"User-Agent\")\n    }\n\n    \"have access to Status\" in {\n      OK must be_===(200)\n    }\n  }\n}\n\/\/ #scalafunctionaltest-playspecification\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-java\/src\/test\/scala\/play\/data\/Task.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.data.models\n\nimport java.util.Date\nimport scala.beans.BeanProperty\nimport scala.annotation.meta.field\n\nclass Task {\n\n  type Min = play.data.validation.Constraints.Min @field\n  type Required = play.data.validation.Constraints.Required @field\n  type DateTime = play.data.format.Formats.DateTime @field\n\n  @Min(10)\n  @BeanProperty\n  var id: Long = _\n\n  @Required\n  @BeanProperty\n  var name: String = _\n\n  @BeanProperty\n  var done: Boolean = true\n\n  @BeanProperty\n  @Required\n  @DateTime(pattern = \"dd\/MM\/yyyy\")\n  var dueDate: Date = _\n\n}\n\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-plugin\/src\/sbt-test\/play-sbt-plugin\/distribution\/app\/controllers\/Application.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.Play.current\nimport scala.collection.JavaConverters._\n\nclass Application extends Controller {\n\n  def index = Action {\n    Ok(views.html.index(\"Your new application is ready.\"))\n  }\n\n  def config = Action {\n    Ok(Play.configuration.underlying.getString(\"some.config\"))\n  }\n\n  def count = Action {\n    val num = Play.classloader.getResources(\"application.conf\").asScala.toSeq.size\n    Ok(num.toString)\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/main\/scala\/play\/api\/libs\/ws\/ahc\/Streamed.scala","text":"package play.api.libs.ws.ahc\n\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport org.asynchttpclient.AsyncHandler.State\nimport org.asynchttpclient.{ AsyncHttpClient, HttpResponseBodyPart, HttpResponseHeaders, HttpResponseStatus, Request }\nimport org.asynchttpclient.handler.StreamedAsyncHandler\nimport org.reactivestreams.{ Publisher, Subscriber, Subscription }\nimport play.api.libs.iteratee.Enumerator\nimport play.api.libs.streams.Streams\nimport play.api.libs.ws.{ DefaultWSResponseHeaders, StreamedResponse, WSResponseHeaders }\n\nimport scala.concurrent.{ Future, Promise }\n\nprivate[play] object Streamed {\n\n  def execute(client: AsyncHttpClient, request: Request): Future[StreamedResponse] = {\n    val promise = Promise[(WSResponseHeaders, Publisher[HttpResponseBodyPart])]()\n    client.executeRequest(request, new DefaultStreamedAsyncHandler(promise))\n    import play.api.libs.iteratee.Execution.Implicits.trampoline\n    promise.future.map {\n      case (headers, publisher) =>\n        \/\/ this transformation is not part of `DefaultStreamedAsyncHandler.onCompleted` because \n        \/\/ a reactive-streams `Publisher` needs to be returned to implement `execute2`. Though, \n        \/\/ once `execute2` is removed, we should move the code here inside \n        \/\/ `DefaultStreamedAsyncHandler.onCompleted`.\n        val source = Source.fromPublisher(publisher).map(bodyPart => ByteString(bodyPart.getBodyPartBytes))\n        StreamedResponse(headers, source)\n    }\n  }\n\n  \/\/ This method was introduced because in Play we have utilities that makes it easy to convert a `Publisher` into an `Enumerator`, \n  \/\/ while it's not as easy to convert an akka-stream Source to a reactive-streams `Publisher` (as it requires materialization of \n  \/\/ the stream). This is why `DefaultStreamedAsyncHandler`'s constructor takes a `Promise[(WSResponseHeaders, Publisher[HttpResponseBodyPart])]` \n  \/\/ and not a `Promise[(WSResponseHeaders, Source[ByteString])]`. In fact, the moment this method is removed, we should refactor the \n  \/\/ `DefaultStreamedAsyncHandler`' constructor parameter's type to the latter.\n  \/\/ This method is `deprecated` because we should remember to remove it together with `AhcWSRequest.streamWithEnumerator`.\n  @deprecated(\"2.5\", \"Use `execute()` instead.\")\n  def execute2(client: AsyncHttpClient, request: Request): Future[(WSResponseHeaders, Enumerator[Array[Byte]])] = {\n    val promise = Promise[(WSResponseHeaders, Publisher[HttpResponseBodyPart])]()\n    client.executeRequest(request, new DefaultStreamedAsyncHandler(promise))\n    import play.api.libs.iteratee.Execution.Implicits.trampoline\n    promise.future.map {\n      case (headers, publisher) =>\n        val enumerator = Streams.publisherToEnumerator(publisher).map(_.getBodyPartBytes)\n        (headers, enumerator)\n    }\n  }\n\n  private class DefaultStreamedAsyncHandler(promise: Promise[(WSResponseHeaders, Publisher[HttpResponseBodyPart])]) extends StreamedAsyncHandler[Unit] {\n    private var statusCode: Int = _\n    private var responseHeaders: WSResponseHeaders = _\n    private var publisher: Publisher[HttpResponseBodyPart] = _\n\n    def onStream(publisher: Publisher[HttpResponseBodyPart]): State = {\n      if (this.publisher != null) State.ABORT\n      else {\n        this.publisher = publisher\n        promise.success((responseHeaders, publisher))\n        State.CONTINUE\n      }\n    }\n\n    override def onStatusReceived(status: HttpResponseStatus): State = {\n      if (this.publisher != null) State.ABORT\n      else {\n        statusCode = status.getStatusCode\n        State.CONTINUE\n      }\n    }\n\n    override def onHeadersReceived(h: HttpResponseHeaders): State = {\n      if (this.publisher != null) State.ABORT\n      else {\n        val headers = h.getHeaders\n        responseHeaders = DefaultWSResponseHeaders(statusCode, AhcWSRequest.ahcHeadersToMap(headers))\n        State.CONTINUE\n      }\n    }\n\n    override def onBodyPartReceived(bodyPart: HttpResponseBodyPart): State =\n      throw new IllegalStateException(\"Should not have received body part\")\n\n    override def onCompleted(): Unit = {\n      \/\/ EmptyPublisher can be replaces with `Source.empty` when we carry out the refactoring \n      \/\/ mentioned in the `execute2` method.\n      promise.trySuccess((responseHeaders, EmptyPublisher))\n    }\n\n    override def onThrowable(t: Throwable): Unit = promise.tryFailure(t)\n  }\n\n  private case object EmptyPublisher extends Publisher[HttpResponseBodyPart] {\n    def subscribe(s: Subscriber[_ >: HttpResponseBodyPart]): Unit = {\n      if (s eq null) throw new NullPointerException(\"Subscriber must not be null, rule 1.9\")\n      s.onSubscribe(CancelledSubscription)\n      s.onComplete()\n    }\n    private case object CancelledSubscription extends Subscription {\n      override def request(elements: Long): Unit = ()\n      override def cancel(): Unit = ()\n    }\n  }\n}"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-netty-server\/src\/main\/scala\/play\/core\/server\/netty\/NettyModelConversion.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.server.netty\n\nimport java.net.{ URI, InetSocketAddress }\n\nimport akka.stream.Materializer\nimport akka.stream.scaladsl.{ Sink, Source }\nimport akka.util.ByteString\nimport com.typesafe.netty.http.{ DefaultStreamedHttpResponse, StreamedHttpRequest }\nimport io.netty.buffer.{ ByteBuf, Unpooled }\nimport io.netty.handler.codec.http._\nimport io.netty.util.ReferenceCountUtil\nimport play.api.Logger\nimport play.api.http.HeaderNames._\nimport play.api.http.{ Status, HttpChunk, HttpEntity }\nimport play.api.mvc._\nimport play.core.server.common.{ ConnectionInfo, ServerResultUtils, ForwardedHeaderHandler }\n\nimport scala.collection.JavaConverters._\nimport scala.util.{ Failure, Try }\nimport scala.util.control.NonFatal\n\nprivate[server] class NettyModelConversion(forwardedHeaderHandler: ForwardedHeaderHandler) {\n\n  private val logger = Logger(classOf[NettyModelConversion])\n\n  \/**\n   * Convert a Netty request to a Play RequestHeader.\n   *\n   * Will return a failure if there's a protocol error or some other error in the header.\n   *\/\n  def convertRequest(requestId: Long,\n    remoteAddress: InetSocketAddress,\n    secureProtocol: Boolean,\n    request: HttpRequest): Try[RequestHeader] = {\n\n    if (request.getDecoderResult.isFailure) {\n      Failure(request.getDecoderResult.cause())\n    } else {\n      tryToCreateRequest(request, requestId, remoteAddress, secureProtocol)\n    }\n  }\n\n  \/** Try to create the request. May fail if the path is invalid *\/\n  private def tryToCreateRequest(request: HttpRequest, requestId: Long, remoteAddress: InetSocketAddress, secureProtocol: Boolean): Try[RequestHeader] = {\n\n    Try {\n      val uri = new QueryStringDecoder(request.getUri)\n      val parameters: Map[String, Seq[String]] = {\n        val decodedParameters = uri.parameters()\n        if (decodedParameters.isEmpty) Map.empty else {\n          decodedParameters.asScala.mapValues(_.asScala).toMap\n        }\n      }\n      \/\/ wrapping into URI to handle absoluteURI\n      val path = new URI(uri.path()).getRawPath\n      createRequestHeader(request, requestId, path, parameters, remoteAddress, secureProtocol)\n    }\n  }\n\n  \/** Create the request header *\/\n  private def createRequestHeader(request: HttpRequest, requestId: Long, parsedPath: String,\n    parameters: Map[String, Seq[String]], _remoteAddress: InetSocketAddress,\n    secureProtocol: Boolean): RequestHeader = {\n\n    new RequestHeader {\n      override val id = requestId\n      override val tags = Map.empty[String, String]\n      override def uri = request.getUri\n      override def path = parsedPath\n      override def method = request.getMethod.name()\n      override def version = request.getProtocolVersion.text()\n      override def queryString = parameters\n      override val headers = new NettyHeadersWrapper(request.headers)\n      private lazy val remoteConnection: ConnectionInfo = {\n        forwardedHeaderHandler.remoteConnection(_remoteAddress.getAddress, secureProtocol, headers)\n      }\n      override def remoteAddress = remoteConnection.address.getHostAddress\n      override def secure = remoteConnection.secure\n    }\n  }\n\n  \/** Create an unparsed request header. Used when even Netty couldn't parse the request. *\/\n  def createUnparsedRequestHeader(requestId: Long, request: HttpRequest, _remoteAddress: InetSocketAddress, secureProtocol: Boolean) = {\n\n    new RequestHeader {\n      override def id = requestId\n      override def tags = Map.empty[String, String]\n      override def uri = request.getUri\n      override lazy val path = {\n        \/\/ The URI may be invalid, so instead, do a crude heuristic to drop the host and query string from it to get the\n        \/\/ path, and don't decode.\n        val withoutHost = request.getUri.dropWhile(_ != '\/')\n        val withoutQueryString = withoutHost.split('?').head\n        if (withoutQueryString.isEmpty) \"\/\" else withoutQueryString\n      }\n      override def method = request.getMethod.name()\n      override def version = request.getProtocolVersion.text()\n      override lazy val queryString: Map[String, Seq[String]] = {\n        \/\/ Very rough parse of query string that doesn't decode\n        if (request.getUri.contains(\"?\")) {\n          request.getUri.split(\"\\\\?\", 2)(1).split('&').map { keyPair =>\n            keyPair.split(\"=\", 2) match {\n              case Array(key) => key -> \"\"\n              case Array(key, value) => key -> value\n            }\n          }.groupBy(_._1).map {\n            case (name, values) => name -> values.map(_._2).toSeq\n          }\n        } else {\n          Map.empty\n        }\n      }\n      override val headers = new NettyHeadersWrapper(request.headers)\n      override def remoteAddress = _remoteAddress.getAddress.toString\n      override def secure = secureProtocol\n    }\n  }\n\n  \/** Create the source for the request body *\/\n  def convertRequestBody(request: HttpRequest)(implicit mat: Materializer): Option[Source[ByteString, Any]] = {\n    request match {\n      case full: FullHttpRequest =>\n        val content = httpContentToByteString(full)\n        if (content.isEmpty) {\n          None\n        } else {\n          Some(Source.single(content))\n        }\n      case streamed: StreamedHttpRequest =>\n        Some(Source.fromPublisher(SynchronousMappedStreams.map(streamed, httpContentToByteString)))\n    }\n  }\n\n  \/** Convert an HttpContent object to a ByteString *\/\n  private def httpContentToByteString(content: HttpContent): ByteString = {\n    val builder = ByteString.newBuilder\n    content.content().readBytes(builder.asOutputStream, content.content().readableBytes())\n    val bytes = builder.result()\n    ReferenceCountUtil.release(content)\n    bytes\n  }\n\n  \/** Create a Netty response from the result *\/\n  def convertResult(result: Result, requestHeader: RequestHeader, httpVersion: HttpVersion)(implicit mat: Materializer): HttpResponse = {\n\n    val responseStatus = result.header.reasonPhrase match {\n      case Some(phrase) => new HttpResponseStatus(result.header.status, phrase)\n      case None => HttpResponseStatus.valueOf(result.header.status)\n    }\n\n    val connectionHeader = ServerResultUtils.determineConnectionHeader(requestHeader, result)\n    val skipEntity = requestHeader.method == HttpMethod.HEAD.name()\n\n    val response: HttpResponse = result.body match {\n\n      case any if skipEntity =>\n        ServerResultUtils.cancelEntity(any)\n        new DefaultFullHttpResponse(httpVersion, responseStatus, Unpooled.EMPTY_BUFFER)\n\n      case HttpEntity.Strict(data, _) =>\n        new DefaultFullHttpResponse(httpVersion, responseStatus, byteStringToByteBuf(data))\n\n      case HttpEntity.Streamed(stream, _, _) =>\n        createStreamedResponse(stream, httpVersion, responseStatus)\n\n      case HttpEntity.Chunked(chunks, _) =>\n        createChunkedResponse(chunks, httpVersion, responseStatus)\n    }\n\n    \/\/ Set response headers\n    val headers = ServerResultUtils.splitSetCookieHeaders(result.header.headers)\n\n    try {\n      headers foreach {\n        case (name, value) => response.headers().add(name, value)\n      }\n\n      \/\/ Content type and length\n      if (mayHaveContentLength(result.header.status)) {\n        result.body.contentLength.foreach { contentLength =>\n          if (HttpHeaders.isContentLengthSet(response)) {\n            logger.warn(\"Content-Length header was set manually in the header, ignoring manual header\")\n          }\n          HttpHeaders.setContentLength(response, contentLength)\n        }\n      }\n      result.body.contentType.foreach { contentType =>\n        if (response.headers().contains(CONTENT_TYPE)) {\n          logger.warn(s\"Content-Type set both in header (${response.headers().get(CONTENT_TYPE)}) and attached to entity ($contentType), ignoring content type from entity. To remove this warning, use Result.as(...) to set the content type, rather than setting the header manually.\")\n        } else {\n          response.headers().add(CONTENT_TYPE, contentType)\n        }\n      }\n\n      connectionHeader.header.foreach { headerValue =>\n        response.headers().set(CONNECTION, headerValue)\n      }\n\n      \/\/ Netty doesn't add the required Date header for us, so make sure there is one here\n      if (!response.headers().contains(DATE)) {\n        response.headers().add(DATE, dateHeader)\n      }\n\n      response\n    } catch {\n      case NonFatal(e) =>\n        if (logger.isErrorEnabled) {\n          val prettyHeaders = headers.map { case (name, value) => s\"$name -> $value\" }.mkString(\"[\", \",\", \"]\")\n          val msg = s\"Exception occurred while setting response's headers to $prettyHeaders. Action taken is to set the response's status to ${HttpResponseStatus.INTERNAL_SERVER_ERROR} and discard all headers.\"\n          logger.error(msg, e)\n        }\n        val response = new DefaultFullHttpResponse(httpVersion, HttpResponseStatus.INTERNAL_SERVER_ERROR, Unpooled.EMPTY_BUFFER)\n        HttpHeaders.setContentLength(response, 0)\n        response.headers().add(DATE, dateHeader)\n        response.headers().add(CONNECTION, \"close\")\n        response\n    }\n  }\n\n  \/** Create a Netty streamed response. *\/\n  private def createStreamedResponse(stream: Source[ByteString, _], httpVersion: HttpVersion,\n    responseStatus: HttpResponseStatus)(implicit mat: Materializer) = {\n    val publisher = SynchronousMappedStreams.map(stream.runWith(Sink.asPublisher(false)), byteStringToHttpContent)\n    new DefaultStreamedHttpResponse(httpVersion, responseStatus, publisher)\n  }\n\n  \/** Create a Netty chunked response. *\/\n  private def createChunkedResponse(chunks: Source[HttpChunk, _], httpVersion: HttpVersion,\n    responseStatus: HttpResponseStatus)(implicit mat: Materializer) = {\n\n    val publisher = chunks.runWith(Sink.asPublisher(false))\n\n    val httpContentPublisher = SynchronousMappedStreams.map[HttpChunk, HttpContent](publisher, {\n      case HttpChunk.Chunk(bytes) =>\n        new DefaultHttpContent(byteStringToByteBuf(bytes))\n      case HttpChunk.LastChunk(trailers) =>\n        val lastChunk = new DefaultLastHttpContent()\n        trailers.headers.foreach {\n          case (name, value) =>\n            lastChunk.trailingHeaders().add(name, value)\n        }\n        lastChunk\n    })\n\n    val response = new DefaultStreamedHttpResponse(httpVersion, responseStatus, httpContentPublisher)\n    HttpHeaders.setTransferEncodingChunked(response)\n    response\n  }\n\n  \/** Whether the the given status may have a content length header or not. *\/\n  private def mayHaveContentLength(status: Int) =\n    status != Status.NO_CONTENT && status != Status.NOT_MODIFIED\n\n  \/** Convert a ByteString to a Netty ByteBuf. *\/\n  private def byteStringToByteBuf(bytes: ByteString): ByteBuf = {\n    if (bytes.isEmpty) {\n      Unpooled.EMPTY_BUFFER\n    } else {\n      Unpooled.wrappedBuffer(bytes.asByteBuffer)\n    }\n  }\n\n  private def byteStringToHttpContent(bytes: ByteString): HttpContent = {\n    new DefaultHttpContent(byteStringToByteBuf(bytes))\n  }\n\n  \/\/ cache the date header of the last response so we only need to compute it every second\n  private var cachedDateHeader: (Long, String) = (Long.MinValue, null)\n  private def dateHeader: String = {\n    val currentTimeMillis = System.currentTimeMillis()\n    val currentTimeSeconds = currentTimeMillis \/ 1000\n    cachedDateHeader match {\n      case (cachedSeconds, dateHeaderString) if cachedSeconds == currentTimeSeconds =>\n        dateHeaderString\n      case _ =>\n        val dateHeaderString = ResponseHeader.httpDateFormat.print(currentTimeMillis)\n        cachedDateHeader = currentTimeSeconds -> dateHeaderString\n        dateHeaderString\n    }\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-plugin\/src\/main\/scala\/play\/sbt\/run\/PlayRun.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.sbt.run\n\nimport annotation.tailrec\nimport collection.JavaConverters._\n\nimport sbt._\nimport sbt.Keys._\n\nimport play.sbt._\nimport play.sbt.PlayImport._\nimport play.sbt.PlayImport.PlayKeys._\nimport play.sbt.PlayInternalKeys._\nimport play.sbt.Colors\nimport play.core.{ Build, BuildLink, BuildDocHandler }\nimport play.runsupport.classloader._\nimport play.runsupport.{ AssetsClassLoader, FileWatchService, Reloader }\n\nimport com.typesafe.sbt.packager.universal.UniversalPlugin.autoImport._\nimport com.typesafe.sbt.packager.Keys.executableScriptName\nimport com.typesafe.sbt.web.SbtWeb.autoImport._\n\n\/**\n * Provides mechanisms for running a Play application in SBT\n *\/\nobject PlayRun {\n\n  \/**\n   * Configuration for the Play docs application's dependencies. Used to build a classloader for\n   * that application. Hidden so that it isn't exposed when the user application is published.\n   *\/\n  val DocsApplication = config(\"docs\").hide\n\n  val createURLClassLoader: ClassLoaderCreator = Reloader.createURLClassLoader\n  val createDelegatedResourcesClassLoader: ClassLoaderCreator = Reloader.createDelegatedResourcesClassLoader\n\n  val playDefaultRunTask = playRunTask(playRunHooks, playDependencyClasspath, playDependencyClassLoader,\n    playReloaderClasspath, playReloaderClassLoader, playAssetsClassLoader)\n\n  \/**\n   * This method is public API, used by sbt-echo, which is used by Activator:\n   *\n   * https:\/\/github.com\/typesafehub\/sbt-echo\/blob\/v0.1.3\/play\/src\/main\/scala-sbt-0.13\/com\/typesafe\/sbt\/echo\/EchoPlaySpecific.scala#L20\n   *\n   * Do not change its signature without first consulting the Activator team.  Do not change its signature in a minor\n   * release.\n   *\/\n  def playRunTask(runHooks: TaskKey[Seq[play.sbt.PlayRunHook]],\n    dependencyClasspath: TaskKey[Classpath], dependencyClassLoader: TaskKey[ClassLoaderCreator],\n    reloaderClasspath: TaskKey[Classpath], reloaderClassLoader: TaskKey[ClassLoaderCreator],\n    assetsClassLoader: TaskKey[ClassLoader => ClassLoader]): Def.Initialize[InputTask[Unit]] = Def.inputTask {\n\n    val args = Def.spaceDelimited().parsed\n\n    val state = Keys.state.value\n    val scope = resolvedScoped.value.scope\n    val interaction = playInteractionMode.value\n\n    val reloadCompile = () => PlayReload.compile(\n      () => Project.runTask(playReload in scope, state).map(_._2).get,\n      () => Project.runTask(reloaderClasspath in scope, state).map(_._2).get,\n      () => Project.runTask(streamsManager in scope, state).map(_._2).get.toEither.right.toOption\n    )\n\n    val runSbtTask: String => AnyRef = (task: String) => {\n      val parser = Act.scopedKeyParser(state)\n      val Right(sk) = complete.DefaultParsers.result(parser, task)\n      val result = Project.runTask(sk.asInstanceOf[Def.ScopedKey[Task[AnyRef]]], state).map(_._2)\n      result.flatMap(_.toEither.right.toOption).orNull\n    }\n\n    lazy val devModeServer = Reloader.startDevMode(\n      runHooks.value,\n      (javaOptions in Runtime).value,\n      dependencyClasspath.value.files,\n      dependencyClassLoader.value,\n      reloadCompile,\n      reloaderClassLoader.value,\n      assetsClassLoader.value,\n      playCommonClassloader.value,\n      playMonitoredFiles.value,\n      fileWatchService.value,\n      (managedClasspath in DocsApplication).value.files,\n      playDocsJar.value,\n      playDefaultPort.value,\n      playDefaultAddress.value,\n      baseDirectory.value,\n      devSettings.value,\n      args,\n      runSbtTask,\n      (mainClass in (Compile, Keys.run)).value.get\n    )\n\n    interaction match {\n      case nonBlocking: PlayNonBlockingInteractionMode =>\n        nonBlocking.start(devModeServer)\n      case blocking =>\n        devModeServer\n\n        println()\n        println(Colors.green(\"(Server started, use Ctrl+D to stop and go back to the console...)\"))\n        println()\n\n        \/\/ If we have both Watched.Configuration and Watched.ContinuousState\n        \/\/ attributes and if Watched.ContinuousState.count is 1 then we assume\n        \/\/ we're in ~ run mode\n        val maybeContinuous = for {\n          watched <- state.get(Watched.Configuration)\n          watchState <- state.get(Watched.ContinuousState)\n          if watchState.count == 1\n        } yield watched\n\n        maybeContinuous match {\n          case Some(watched) =>\n            \/\/ ~ run mode\n            interaction doWithoutEcho {\n              twiddleRunMonitor(watched, state, devModeServer.buildLink, Some(WatchState.empty))\n            }\n          case None =>\n            \/\/ run mode\n            interaction.waitForCancel()\n        }\n\n        devModeServer.close()\n        println()\n    }\n  }\n\n  \/**\n   * Monitor changes in ~run mode.\n   *\/\n  @tailrec\n  private def twiddleRunMonitor(watched: Watched, state: State, reloader: BuildLink, ws: Option[WatchState] = None): Unit = {\n    val ContinuousState = AttributeKey[WatchState](\"watch state\", \"Internal: tracks state for continuous execution.\")\n    def isEOF(c: Int): Boolean = c == 4\n\n    @tailrec def shouldTerminate: Boolean = (System.in.available > 0) && (isEOF(System.in.read()) || shouldTerminate)\n\n    val sourcesFinder = PathFinder { watched watchPaths state }\n    val watchState = ws.getOrElse(state get ContinuousState getOrElse WatchState.empty)\n\n    val (triggered, newWatchState, newState) =\n      try {\n        val (triggered, newWatchState) = SourceModificationWatch.watch(sourcesFinder, watched.pollInterval, watchState)(shouldTerminate)\n        (triggered, newWatchState, state)\n      } catch {\n        case e: Exception =>\n          val log = state.log\n          log.error(\"Error occurred obtaining files to watch.  Terminating continuous execution...\")\n          (false, watchState, state.fail)\n      }\n\n    if (triggered) {\n      \/\/Then launch compile\n      Project.synchronized {\n        val start = System.currentTimeMillis\n        Project.runTask(compile in Compile, newState).get._2.toEither.right.map { _ =>\n          val duration = System.currentTimeMillis - start\n          val formatted = duration match {\n            case ms if ms < 1000 => ms + \"ms\"\n            case seconds => (seconds \/ 1000) + \"s\"\n          }\n          println(\"[\" + Colors.green(\"success\") + \"] Compiled in \" + formatted)\n        }\n      }\n\n      \/\/ Avoid launching too much compilation\n      Thread.sleep(Watched.PollDelayMillis)\n\n      \/\/ Call back myself\n      twiddleRunMonitor(watched, newState, reloader, Some(newWatchState))\n    } else {\n      ()\n    }\n  }\n\n  val playPrefixAndAssetsSetting = playPrefixAndAssets := {\n    assetsPrefix.value -> (WebKeys.public in Assets).value\n  }\n\n  val playAllAssetsSetting = playAllAssets := Seq(playPrefixAndAssets.value)\n\n  val playAssetsClassLoaderSetting = playAssetsClassLoader := { parent =>\n    new AssetsClassLoader(parent, playAllAssets.value)\n  }\n\n  val playTestProdCommand = Command.args(\"testProd\", \"<port>\")(testProd)\n\n  val playStartCommand = Command.args(\"start\", \"<port>\") { (state: State, args: Seq[String]) =>\n    state.log.warn(\"The start command is deprecated, and will be removed in a future version of Play.\")\n    state.log.warn(\"To run Play in production mode, run 'stage' instead, and then execute the generated start script in target\/universal\/stage\/bin.\")\n    state.log.warn(\"To test your application using production mode, run 'testProd' instead.\")\n\n    testProd(state, args)\n  }\n\n  private def testProd(state: State, args: Seq[String]): State = {\n\n    val extracted = Project.extract(state)\n\n    val interaction = extracted.get(playInteractionMode)\n    val noExitSbt = args.contains(\"--no-exit-sbt\")\n\n    val filter = Set(\"--no-exit-sbt\")\n    val filtered = args.filterNot(filter)\n    val devSettings = Seq.empty[(String, String)] \/\/ there are no dev settings in a prod website\n\n    \/\/ Parse HTTP port argument\n    val (properties, httpPort, httpsPort, httpAddress) = Reloader.filterArgs(filtered, extracted.get(playDefaultPort), extracted.get(playDefaultAddress), devSettings)\n    require(httpPort.isDefined || httpsPort.isDefined, \"You have to specify https.port when http.port is disabled\")\n\n    Project.runTask(stage, state).get._2.toEither match {\n      case Left(_) =>\n        println()\n        println(\"Cannot start with errors.\")\n        println()\n        state.fail\n      case Right(_) =>\n        val stagingBin = Some(extracted.get(stagingDirectory in Universal) \/ \"bin\" \/ extracted.get(executableScriptName)).map {\n          f =>\n            if (System.getProperty(\"os.name\").toLowerCase(java.util.Locale.ENGLISH).contains(\"win\")) f.getAbsolutePath + \".bat\" else f.getAbsolutePath\n        }.get\n        val javaProductionOptions = Project.runTask(javaOptions in Production, state).get._2.toEither.right.getOrElse(Seq[String]())\n\n        \/\/ Note that I'm unable to pass system properties along with properties... if I do then I receive:\n        \/\/  java.nio.charset.IllegalCharsetNameException: \"UTF-8\"\n        \/\/ Things are working without passing system properties, and I'm unsure that they need to be passed explicitly. If def main(args: Array[String]){\n        \/\/ problem occurs in this area then at least we know what to look at.\n        val args = Seq(stagingBin) ++\n          properties.map {\n            case (key, value) => s\"-D$key=$value\"\n          } ++\n          javaProductionOptions ++\n          Seq(\"-Dhttp.port=\" + httpPort.getOrElse(\"disabled\"))\n        val builder = new java.lang.ProcessBuilder(args.asJava)\n        new Thread {\n          override def run() {\n            if (noExitSbt) {\n              Process(builder).!\n            } else {\n              System.exit(Process(builder).!)\n            }\n          }\n        }.start()\n\n        println(Colors.green(\n          \"\"\"|\n            |(Starting server. Type Ctrl+D to exit logs, the server will remain in background)\n            | \"\"\".stripMargin))\n\n        interaction.waitForCancel()\n\n        println()\n\n        if (noExitSbt) {\n          state\n        } else {\n          state.copy(remainingCommands = Seq.empty)\n        }\n    }\n\n  }\n\n  val playStopProdCommand = Command.args(\"stopProd\", \"\") { (state: State, args: Seq[String]) =>\n\n    val extracted = Project.extract(state)\n\n    val pidFile = extracted.get(stagingDirectory in Universal) \/ \"RUNNING_PID\"\n    if (!pidFile.exists) {\n      println(\"No PID file found. Are you sure the app is running?\")\n    } else {\n      val pid = IO.read(pidFile)\n      s\"kill $pid\".!\n      \/\/ PID file will be deleted by a shutdown hook attached on start in ServerStart.scala\n      println(s\"Stopped application with process ID $pid\")\n    }\n    println()\n\n    if (args.contains(\"--no-exit-sbt\")) {\n      state\n    } else {\n      state.copy(remainingCommands = Seq.empty)\n    }\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-akka-http-server\/src\/main\/scala\/play\/core\/server\/akkahttp\/ModelConversion.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.server.akkahttp\n\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.headers._\nimport akka.stream.Materializer\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport java.net.InetSocketAddress\nimport play.api.Logger\nimport play.api.http.{ HttpEntity => PlayHttpEntity, HttpChunk }\nimport play.api.http.HeaderNames._\nimport play.api.libs.iteratee._\nimport play.api.mvc._\nimport play.core.server.common.{ ConnectionInfo, ForwardedHeaderHandler, ServerResultUtils }\nimport scala.collection.immutable\n\n\/**\n * Conversions between Akka's and Play's HTTP model objects.\n *\/\nprivate[akkahttp] class ModelConversion(forwardedHeaderHandler: ForwardedHeaderHandler) {\n\n  private val logger = Logger(getClass)\n\n  \/**\n   * Convert an Akka `HttpRequest` to a `RequestHeader` and an `Enumerator`\n   * for its body.\n   *\/\n  def convertRequest(\n    requestId: Long,\n    remoteAddress: InetSocketAddress,\n    secureProtocol: Boolean,\n    request: HttpRequest)(implicit fm: Materializer): (RequestHeader, Option[Source[ByteString, Any]]) = {\n    (\n      convertRequestHeader(requestId, remoteAddress, secureProtocol, request),\n      convertRequestBody(request)\n    )\n  }\n\n  \/**\n   * Convert an Akka `HttpRequest` to a `RequestHeader`.\n   *\/\n  private def convertRequestHeader(\n    requestId: Long,\n    remoteAddress: InetSocketAddress,\n    secureProtocol: Boolean,\n    request: HttpRequest): RequestHeader = {\n    val remoteHostAddress = remoteAddress.getAddress.getHostAddress\n    \/\/ Taken from PlayDefaultUpstreamHander\n\n    \/\/ Avoid clash between method arg and RequestHeader field\n    val remoteAddressArg = remoteAddress\n\n    new RequestHeader {\n      override val id = requestId\n      \/\/ Send a tag so our tests can tell which kind of server we're using.\n      \/\/ We could get NettyServer to send a similar tag, but for the moment\n      \/\/ let's not, just in case it slows NettyServer down a bit.\n      override val tags = Map(\"HTTP_SERVER\" -> \"akka-http\")\n      override def uri = request.uri.toString\n      override def path = request.uri.path.toString\n      override def method = request.method.name\n      override def version = request.protocol.value\n      override def queryString = request.uri.query().toMultiMap\n      override val headers = convertRequestHeaders(request)\n      private lazy val remoteConnection: ConnectionInfo = {\n        forwardedHeaderHandler.remoteConnection(remoteAddressArg.getAddress, secureProtocol, headers)\n      }\n      override def remoteAddress = remoteConnection.address.getHostAddress\n      override def secure = remoteConnection.secure\n    }\n  }\n\n  \/**\n   * Convert the request headers of an Akka `HttpRequest` to a Play\n   * `Headers` object.\n   *\/\n  private def convertRequestHeaders(request: HttpRequest): Headers = {\n    val entityHeaders: Seq[(String, String)] = request.entity match {\n      case HttpEntity.Strict(contentType, _) =>\n        Seq((CONTENT_TYPE, contentType.value))\n      case HttpEntity.Default(contentType, contentLength, _) =>\n        Seq((CONTENT_TYPE, contentType.value), (CONTENT_LENGTH, contentLength.toString))\n      case HttpEntity.Chunked(contentType, _) =>\n        Seq((CONTENT_TYPE, contentType.value))\n    }\n    val normalHeaders: Seq[(String, String)] = request.headers.map((rh: HttpHeader) => (rh.name, rh.value))\n    new Headers(entityHeaders ++ normalHeaders)\n  }\n\n  \/**\n   * Convert an Akka `HttpRequest` to an `Enumerator` of the request body.\n   *\/\n  private def convertRequestBody(\n    request: HttpRequest)(implicit fm: Materializer): Option[Source[ByteString, Any]] = {\n    request.entity match {\n      case HttpEntity.Strict(_, data) if data.isEmpty =>\n        None\n      case HttpEntity.Strict(_, data) =>\n        Some(Source.single(data))\n      case HttpEntity.Default(_, 0, _) =>\n        None\n      case HttpEntity.Default(contentType, contentLength, pubr) =>\n        \/\/ FIXME: should do something with the content-length?\n        Some(pubr)\n      case HttpEntity.Chunked(contentType, chunks) =>\n        \/\/ FIXME: do something with trailing headers?\n        Some(chunks.takeWhile(!_.isLastChunk).map(_.data()))\n    }\n  }\n\n  \/**\n   * Convert a Play `Result` object into an Akka `HttpResponse` object.\n   *\/\n  def convertResult(\n    requestHeaders: RequestHeader,\n    unvalidated: Result,\n    protocol: HttpProtocol)(implicit mat: Materializer): HttpResponse = {\n\n    val result = ServerResultUtils.validateResult(requestHeaders, unvalidated)\n    val convertedHeaders: AkkaHttpHeaders = convertResponseHeaders(result.header.headers)\n    val entity = convertResultBody(requestHeaders, convertedHeaders, result, protocol)\n    val connectionHeader = ServerResultUtils.determineConnectionHeader(requestHeaders, result)\n    val closeHeader = connectionHeader.header.map(Connection(_))\n    HttpResponse(\n      status = result.header.status,\n      headers = convertedHeaders.misc ++ closeHeader,\n      entity = entity,\n      protocol = protocol\n    )\n  }\n\n  def convertResultBody(\n    requestHeaders: RequestHeader,\n    convertedHeaders: AkkaHttpHeaders,\n    result: Result,\n    protocol: HttpProtocol): ResponseEntity = {\n\n    val contentType = result.body.contentType.fold(ContentTypes.NoContentType: ContentType) { ct =>\n      HttpHeader.parse(CONTENT_TYPE, ct) match {\n        case HttpHeader.ParsingResult.Ok(`Content-Type`(akkaCt), _) => akkaCt\n        case _ => ContentTypes.NoContentType\n      }\n\n    }\n\n    result.body match {\n      case PlayHttpEntity.Strict(data, _) =>\n        HttpEntity.Strict(contentType, data)\n\n      case PlayHttpEntity.Streamed(data, Some(contentLength), _) =>\n        HttpEntity.Default(contentType, contentLength, data)\n\n      case PlayHttpEntity.Streamed(data, _, _) =>\n        HttpEntity.CloseDelimited(contentType, data)\n\n      case PlayHttpEntity.Chunked(data, _) =>\n        val akkaChunks = data.map {\n          case HttpChunk.Chunk(chunk) =>\n            HttpEntity.Chunk(chunk)\n          case HttpChunk.LastChunk(trailers) if trailers.headers.isEmpty =>\n            HttpEntity.LastChunk\n          case HttpChunk.LastChunk(trailers) =>\n            HttpEntity.LastChunk(trailer = convertHeaders(trailers.headers))\n        }\n        HttpEntity.Chunked(contentType, akkaChunks)\n    }\n  }\n\n  private def convertHeaders(headers: Iterable[(String, String)]): immutable.Seq[HttpHeader] = {\n    headers.map {\n      case (name, value) =>\n        HttpHeader.parse(name, value) match {\n          case HttpHeader.ParsingResult.Ok(header, errors \/* errors are ignored if Ok *\/ ) =>\n            header\n          case HttpHeader.ParsingResult.Error(error) =>\n            sys.error(s\"Error parsing header: $error\")\n        }\n    }.to[immutable.Seq]\n  }\n\n  \/**\n   * A representation of Akka HTTP headers separate from an `HTTPMessage`.\n   * Akka HTTP treats some headers specially and these are split out into\n   * separate values.\n   *\n   * @param misc General headers. Guaranteed not to contain any of the special\n   * headers stored in the other values.\n   *\/\n  case class AkkaHttpHeaders(\n    misc: immutable.Seq[HttpHeader],\n    transferEncoding: Option[immutable.Seq[TransferEncoding]])\n\n  \/**\n   * Convert Play response headers into `HttpHeader` objects, then separate\n   * out any special headers.\n   *\/\n  private def convertResponseHeaders(\n    playHeaders: Map[String, String]): AkkaHttpHeaders = {\n    val rawHeaders: Iterable[(String, String)] = ServerResultUtils.splitSetCookieHeaders(playHeaders)\n    val convertedHeaders: Seq[HttpHeader] = convertHeaders(rawHeaders)\n    val emptyHeaders = AkkaHttpHeaders(immutable.Seq.empty, None)\n    convertedHeaders.foldLeft(emptyHeaders) {\n      case (accum, te: `Transfer-Encoding`) =>\n        accum.copy(transferEncoding = Some(te.encodings))\n      case (accum, miscHeader) =>\n        accum.copy(misc = accum.misc :+ miscHeader)\n    }\n  }\n\n}"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/openid\/package.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs\n\nimport scala.io.Source\nimport org.jboss.netty.handler.codec.http.QueryStringDecoder\nimport java.net.{ MalformedURLException, URL }\nimport util.control.Exception._\nimport collection.JavaConverters._\n\nimport scala.language.implicitConversions\n\npackage object openid {\n  type Params = Map[String, Seq[String]]\n\n  implicit def stringToSeq(s: String): Seq[String] = Seq(s)\n\n  implicit def urlToRichUrl(url: URL) = new RichUrl[URL] {\n    def hostAndPath = new URL(url.getProtocol, url.getHost, url.getPort, url.getPath).toExternalForm\n  }\n\n  def readFixture(filePath: String): String = this.synchronized {\n    Source.fromInputStream(this.getClass.getResourceAsStream(filePath)).mkString\n  }\n\n  def parseQueryString(url: String): Params = {\n    catching(classOf[MalformedURLException]) opt new URL(url) map {\n      url =>\n        new QueryStringDecoder(url.toURI.getRawQuery, false).getParameters.asScala.mapValues(_.asScala.toSeq).toMap\n    } getOrElse Map()\n  }\n\n  \/\/ See 10.1 - Positive Assertions\n  \/\/ http:\/\/openid.net\/specs\/openid-authentication-2_0.html#positive_assertions\n  def createDefaultResponse(claimedId: String,\n    identity: String,\n    defaultSigned: String = \"op_endpoint,claimed_id,identity,return_to,response_nonce,assoc_handle\"): Map[String, Seq[String]] = Map(\n    \"openid.ns\" -> \"http:\/\/specs.openid.net\/auth\/2.0\",\n    \"openid.mode\" -> \"id_res\",\n    \"openid.op_endpoint\" -> \"https:\/\/www.google.com\/a\/example.com\/o8\/ud?be=o8\",\n    \"openid.claimed_id\" -> claimedId,\n    \"openid.identity\" -> identity,\n    \"openid.return_to\" -> \"https:\/\/example.com\/openid?abc=false\",\n    \"openid.response_nonce\" -> \"2012-05-25T06:47:55ZEJvRv76xQcWbTG\",\n    \"openid.assoc_handle\" -> \"<KEY>\",\n    \"openid.signed\" -> defaultSigned,\n    \"openid.sig\" -> \"MWRsJZ\/9AOMQt9gH6zTZIfIjk6g=\"\n  )\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"templates\/play-scala\/test\/ApplicationSpec.scala","text":"<reponame>bjfletcher\/playframework\nimport org.specs2.mutable._\nimport org.specs2.runner._\nimport org.junit.runner._\n\nimport play.api.test._\nimport play.api.test.Helpers._\n\n\/**\n * Add your spec here.\n * You can mock out a whole application including requests, plugins etc.\n * For more information, consult the wiki.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass ApplicationSpec extends Specification {\n\n  \"Routes\" should {\n\n    \"send 404 for an unknown resource\" in new WithApplication {\n      route(app, FakeRequest(GET, \"\/boum\")) must beSome.which (status(_) == NOT_FOUND)\n    }\n\n  }\n\n  \"HomeController\" should {\n\n    \"render the index page\" in new WithApplication {\n      val home = route(app, FakeRequest(GET, \"\/\")).get\n\n      status(home) must equalTo(OK)\n      contentType(home) must beSome.which(_ == \"text\/html\")\n      contentAsString(home) must contain (\"Your new application is ready.\")\n    }\n\n  }\n\n  \"CountController\" should {\n\n    \"return an increasing count\" in new WithApplication {\n      contentAsString(route(FakeRequest(GET, \"\/count\")).get) must_== (\"0\")\n      contentAsString(route(FakeRequest(GET, \"\/count\")).get) must_== (\"1\")\n      contentAsString(route(FakeRequest(GET, \"\/count\")).get) must_== (\"2\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/main\/scala\/play\/core\/parsers\/FormUrlEncodedParser.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.parsers\n\n\/** An object for parsing application\/x-www-form-urlencoded data *\/\nobject FormUrlEncodedParser {\n\n  \/**\n   * Parse the content type \"application\/x-www-form-urlencoded\" which consists of a bunch of & separated key=value\n   * pairs, both of which are URL encoded.\n   * @param data The body content of the request, or whatever needs to be so parsed\n   * @param encoding The character encoding of data\n   * @return A ListMap of keys to the sequence of values for that key\n   *\/\n  def parseNotPreservingOrder(data: String, encoding: String = \"utf-8\"): Map[String, Seq[String]] = {\n    \/\/ Generate the pairs of values from the string.\n    parseToPairs(data, encoding).groupBy(_._1).map(param => param._1 -> param._2.map(_._2)).toMap\n  }\n\n  \/**\n   * Parse the content type \"application\/x-www-form-urlencoded\" which consists of a bunch of & separated key=value\n   * pairs, both of which are URL encoded. We are careful in this parser to maintain the original order of the\n   * keys by using OrderPreserving.groupBy as some applications depend on the original browser ordering.\n   * @param data The body content of the request, or whatever needs to be so parsed\n   * @param encoding The character encoding of data\n   * @return A ListMap of keys to the sequence of values for that key\n   *\/\n  def parse(data: String, encoding: String = \"utf-8\"): Map[String, Seq[String]] = {\n\n    \/\/ Generate the pairs of values from the string.\n    val pairs: Seq[(String, String)] = parseToPairs(data, encoding)\n\n    \/\/ Group the pairs by the key (first item of the pair) being sure to preserve insertion order\n    play.utils.OrderPreserving.groupBy(pairs)(_._1)\n  }\n\n  \/**\n   * Parse the content type \"application\/x-www-form-urlencoded\", mapping to a Java compatible format.\n   * @param data The body content of the request, or whatever needs to be so parsed\n   * @param encoding The character encoding of data\n   * @return A Map of keys to the sequence of values for that key\n   *\/\n  def parseAsJava(data: String, encoding: String): java.util.Map[String, java.util.List[String]] = {\n    import scala.collection.JavaConverters._\n    parse(data, encoding).map {\n      case (key, values) =>\n        key -> values.asJava\n    }.asJava\n  }\n\n  \/**\n   * Parse the content type \"application\/x-www-form-urlencoded\", mapping to a Java compatible format.\n   * @param data The body content of the request, or whatever needs to be so parsed\n   * @param encoding The character encoding of data\n   * @return A Map of keys to the sequence of array values for that key\n   *\/\n  def parseAsJavaArrayValues(data: String, encoding: String): java.util.Map[String, Array[String]] = {\n    import scala.collection.JavaConverters._\n    parse(data, encoding).map {\n      case (key, values) =>\n        key -> values.toArray\n    }.asJava\n  }\n\n  \/**\n   * Do the basic parsing into a sequence of key\/value pairs\n   * @param data The data to parse\n   * @param encoding The encoding to use for interpreting the data\n   * @return The sequence of key\/value pairs\n   *\/\n  private def parseToPairs(data: String, encoding: String): Seq[(String, String)] = {\n\n    import java.net._\n\n    \/\/ Generate all the pairs, with potentially redundant key values, by parsing the body content.\n    data.split('&').flatMap { param =>\n      if (param.contains(\"=\") && !param.startsWith(\"=\")) {\n        val parts = param.split(\"=\")\n        val key = URLDecoder.decode(parts.head, encoding)\n        val value = URLDecoder.decode(parts.tail.headOption.getOrElse(\"\"), encoding)\n        Seq(key -> value)\n      } else {\n        Nil\n      }\n    }.toSeq\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/dependencyinjection\/code\/static.sbt","text":"<gh_stars>0\n\/\/#content\nroutesGenerator := StaticRoutesGenerator\n\/\/#content"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/json\/code\/ScalaJsonAutomatedSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.json\n\nimport play.api.data.validation.ValidationError\nimport play.api.libs.json.Json\n\nimport org.junit.runner.RunWith\nimport org.specs2.mutable.Specification\nimport org.specs2.runner.JUnitRunner\n\n\n@RunWith(classOf[JUnitRunner])\nclass ScalaJsonAutomatedSpec extends Specification {\n\n  \/\/#model\n  case class Resident(name: String, age: Int, role: Option[String])\n  \/\/#model\n\n\n  val sampleJson = Json.parse(\n    \"\"\"{\n      \"name\" : \"Fiver\",\n      \"age\" : 4\n    }\"\"\"\n  )\n  val sampleData = Resident(\"Fiver\", 4, None)\n\n  \"Scala JSON automated\" should {\n    \"produce a working Reads\" in {\n\n      \/\/#auto-reads\n      import play.api.libs.json._\n\n      implicit val residentReads = Json.reads[Resident]\n      \/\/#auto-reads\n\n      sampleJson.as[Resident] must_=== sampleData\n    }\n    \"do the same thing as a manual Reads\" in {\n\n      \/\/#manual-reads\n      import play.api.libs.json._\n      import play.api.libs.functional.syntax._\n\n      implicit val residentReads = (\n        (__ \\ \"name\").read[String] and\n        (__ \\ \"age\").read[Int] and\n        (__ \\ \"role\").readNullable[String]\n      )(Resident)\n      \/\/#manual-reads\n\n      sampleJson.as[Resident] must_=== sampleData\n    }\n    \"produce a working Writes\" in {\n\n      \/\/#auto-writes\n      import play.api.libs.json._\n\n      implicit val residentWrites = Json.writes[Resident]\n      \/\/#auto-writes\n\n      Json.toJson(sampleData) must_=== sampleJson\n    }\n    \"produce a working Format\" in {\n\n      \/\/#auto-format\n      import play.api.libs.json._\n\n      implicit val residentFormat = Json.format[Resident]\n      \/\/#auto-format\n\n      sampleJson.as[Resident] must_=== sampleData\n      Json.toJson(sampleData) must_=== sampleJson\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/test\/scala\/play\/libs\/FSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.libs\n\nimport java.util.Arrays\nimport java.util.concurrent.{ LinkedBlockingQueue, TimeoutException }\nimport java.util.concurrent.TimeUnit.{ MILLISECONDS, SECONDS }\nimport org.specs2.mutable._\nimport play.api.libs.iteratee.ExecutionSpecification\nimport scala.collection.JavaConverters\nimport scala.concurrent.{ Future, Promise }\nimport java.util.function.{ Consumer, Function, Predicate, Supplier }\n\nobject FSpec extends Specification\n    with ExecutionSpecification {\n\n  sequential\n\n  \"An F.Promise\" should {\n\n    \"wrap a Scala Future\" in {\n      val f = Promise.successful(1).future\n      val fp = F.Promise.wrap(f)\n      fp.wrapped() must equalTo(f)\n    }\n\n    \"yield its value\" in {\n      val fp = F.Promise.pure(1)\n      fp.get(5000) must equalTo(1)\n      fp.get(5, SECONDS) must equalTo(1)\n    }\n\n    \"throw its exception\" in {\n      val e = new RuntimeException(\"x\")\n      val fp = F.Promise.throwing[Int](e)\n      fp.get(5000) must throwA(e)\n      fp.get(5, SECONDS) must throwA(e)\n      fp.get(5, SECONDS) must throwA(e)\n    }\n\n    \"be able to be created from a function (with default ExecutionContext)\" in {\n      F.Promise.promise(new Supplier[Int] {\n        def get() = 1\n      }).get(5, SECONDS) must equalTo(1)\n    }\n\n    \"be able to be created from a function (with explicit ExecutionContext)\" in {\n      mustExecute(1) { ec =>\n        F.Promise.promise(new Supplier[Int] {\n          def get() = 1\n        }, ec).get(5, SECONDS) must equalTo(1)\n      }\n    }\n\n    \"be able to be created after a delay (with default ExecutionContext)\" in {\n      F.Promise.delayed(new Supplier[Int] {\n        def get() = 1\n      }, 1, MILLISECONDS).get(5, SECONDS) must equalTo(1)\n    }\n\n    \"be able to be created after a delay (with explicit ExecutionContext)\" in {\n      mustExecute(1) { ec =>\n        F.Promise.delayed(new Supplier[Int] {\n          def get() = 1\n        }, 1, MILLISECONDS, ec).get(5, SECONDS) must equalTo(1)\n      }\n    }\n\n    \"redeem with its value (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val invocations = new LinkedBlockingQueue[Int]()\n      fp.onRedeem(new Consumer[Int] {\n        def accept(x: Int) { invocations.offer(x) }\n      })\n      p.success(99)\n      invocations.poll(5, SECONDS) must equalTo(99)\n    }\n\n    \"redeem with its value (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val invocations = new LinkedBlockingQueue[Int]()\n        fp.onRedeem(new Consumer[Int] {\n          def accept(x: Int) { invocations.offer(x) }\n        }, ec)\n        p.success(99)\n        invocations.poll(5, SECONDS) must equalTo(99)\n      }\n    }\n\n    \"map its value (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val mapped = fp.map(new Function[Int, Int] {\n        def apply(x: Int) = 2 * x\n      })\n      p.success(111)\n      mapped.get(5, SECONDS) must equalTo(222)\n    }\n\n    \"map its value (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val mapped = fp.map(new Function[Int, Int] {\n          def apply(x: Int) = 2 * x\n        }, ec)\n        p.success(111)\n        mapped.get(5, SECONDS) must equalTo(222)\n      }\n    }\n\n    \"recover from a thrown exception (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val recovered = fp.recover(new Function[Throwable, Int] {\n        def apply(x: Throwable): Int = 99\n      })\n      p.failure(new RuntimeException(\"x\"))\n      recovered.get(5, SECONDS) must equalTo(99)\n    }\n\n    \"recover from a thrown exception (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val recovered = fp.recover(new Function[Throwable, Int] {\n          def apply(x: Throwable): Int = 99\n        }, ec)\n        p.failure(new RuntimeException(\"x\"))\n        recovered.get(5, SECONDS) must equalTo(99)\n      }\n    }\n\n    \"recoverWith from a thrown exception (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val recovered = fp.recoverWith(new Function[Throwable, F.Promise[Int]] {\n        def apply(x: Throwable) = F.Promise.pure(99)\n      })\n      p.failure(new RuntimeException(\"x\"))\n      recovered.get(5, SECONDS) must equalTo(99)\n    }\n\n    \"recoverWith from a thrown exception (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val recovered = fp.recoverWith(new Function[Throwable, F.Promise[Int]] {\n          def apply(x: Throwable) = F.Promise.pure(99)\n        }, ec)\n        p.failure(new RuntimeException(\"x\"))\n        recovered.get(5, SECONDS) must equalTo(99)\n      }\n    }\n\n    \"fallbackTo another promise\" in {\n      val p1 = F.Promise.throwing[Int](new RuntimeException(\"x\"))\n      val p2 = p1.fallbackTo(F.Promise.pure(42))\n      p2.get(5, SECONDS) must equalTo(42)\n    }\n\n    \"don't fallbackTo on success\" in {\n      val p1 = F.Promise.pure(1)\n      val p2 = p1.fallbackTo(F.Promise.pure(2))\n      p2.get(5, SECONDS) must equalTo(1)\n    }\n\n    \"keep first failure when fallbackTo also fails\" in {\n      val p1 = F.Promise.throwing[Int](new RuntimeException(\"1\"))\n      val p2 = p1.fallbackTo(F.Promise.throwing[Int](new RuntimeException(\"2\")))\n      p2.get(5, SECONDS) must throwA[RuntimeException](\"1\")\n    }\n\n    \"flatMap its value (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val flatMapped = fp.flatMap(new Function[Int, F.Promise[Int]] {\n        def apply(x: Int) = F.Promise.wrap(Future.successful(2 * x))\n      })\n      p.success(111)\n      flatMapped.get(5, SECONDS) must equalTo(222)\n    }\n\n    \"flatMap its value (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val flatMapped = fp.flatMap(new Function[Int, F.Promise[Int]] {\n          def apply(x: Int) = F.Promise.wrap(Future.successful(2 * x))\n        }, ec)\n        p.success(111)\n        flatMapped.get(5, SECONDS) must equalTo(222)\n      }\n    }\n\n    \"filter its value (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val filtered = fp.filter(new Predicate[Int] {\n        def test(x: Int) = x > 0\n      })\n      p.success(1)\n      filtered.get(5, SECONDS) must equalTo(1)\n    }\n\n    \"filter its value (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val filtered = fp.filter(new Predicate[Int] {\n          def test(x: Int) = x > 0\n        }, ec)\n        p.success(1)\n        filtered.get(5, SECONDS) must equalTo(1)\n      }\n    }\n\n    \"filter to failure (with default ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      val filtered = fp.filter(new Predicate[Int] {\n        def test(x: Int) = x > 0\n      })\n      p.success(-1)\n      filtered.get(5, SECONDS) must throwA[NoSuchElementException]\n    }\n\n    \"filter to failure (with explicit ExecutionContext)\" in {\n      val p = Promise[Int]()\n      val fp = F.Promise.wrap(p.future)\n      mustExecute(1) { ec =>\n        val filtered = fp.filter(new Predicate[Int] {\n          def test(x: Int) = x > 0\n        }, ec)\n        p.success(-1)\n        filtered.get(5, SECONDS) must throwA[NoSuchElementException]\n      }\n    }\n\n    \"transform its successful value (with default ExecutionContext)\" in {\n      val p = F.Promise.pure(1)\n      val mapped = p.transform(\n        new Function[Int, Int] {\n          def apply(x: Int) = 2 * x\n        },\n        new Function[Throwable, Throwable] {\n          def apply(t: Throwable) = t\n        }\n      )\n      mapped.get(5, SECONDS) must equalTo(2)\n    }\n\n    \"transform its successful value (with explicit ExecutionContext)\" in {\n      val p = F.Promise.pure(1)\n      mustExecute(1) { ec =>\n        val mapped = p.transform(\n          new Function[Int, Int] {\n            def apply(x: Int) = 2 * x\n          },\n          new Function[Throwable, Throwable] {\n            def apply(t: Throwable) = t\n          },\n          ec\n        )\n        mapped.get(5, SECONDS) must equalTo(2)\n      }\n    }\n\n    \"transform its failed throwable (with default ExecutionContext)\" in {\n      val p = F.Promise.throwing[Int](new RuntimeException(\"1\"))\n      val mapped = p.transform(\n        new Function[Int, Int] {\n          def apply(x: Int) = x\n        },\n        new Function[Throwable, Throwable] {\n          def apply(t: Throwable) = new RuntimeException(\"2\")\n        }\n      )\n      mapped.get(5, SECONDS) must throwA[RuntimeException](\"2\")\n    }\n\n    \"transform its failed throwable (with explicit ExecutionContext)\" in {\n      val p = F.Promise.throwing[Int](new RuntimeException(\"1\"))\n      mustExecute(1) { ec =>\n        val mapped = p.transform(\n          new Function[Int, Int] {\n            def apply(x: Int) = x\n          },\n          new Function[Throwable, Throwable] {\n            def apply(t: Throwable) = new RuntimeException(\"2\")\n          },\n          ec\n        )\n        mapped.get(5, SECONDS) must throwA[RuntimeException](\"2\")\n      }\n    }\n\n    \"yield a timeout value\" in {\n      F.Promise.timeout(1, 2).get(1, SECONDS) must equalTo(1)\n      F.Promise.timeout(1, 2, MILLISECONDS).get(1, SECONDS) must equalTo(1)\n    }\n\n    \"throw a promise timeout exception\" in {\n      \/\/F.Promise.timeout().get(15, SECONDS) must throwA[TimeoutException] \/\/ Too slow to run for normal testing\n      F.Promise.timeout(2).get(1, SECONDS) must throwA[F.PromiseTimeoutException]\n      F.Promise.timeout(2, MILLISECONDS).get(1, SECONDS) must throwA[F.PromiseTimeoutException]\n    }\n\n    \"combine a sequence of promises from a vararg\" in {\n      mustExecute(3) { ec =>\n        import F.Promise.pure\n        F.Promise.sequence[Int](ec, pure(1), pure(2), pure(3)).get(5, SECONDS) must equalTo(Arrays.asList(1, 2, 3))\n      }\n    }\n\n    \"combine a sequence of promises from an iterable\" in {\n      mustExecute(3) { ec =>\n        import F.Promise.pure\n        F.Promise.sequence[Int](Arrays.asList(pure(1), pure(2), pure(3)), ec).get(5, SECONDS) must equalTo(Arrays.asList(1, 2, 3))\n      }\n    }\n\n    \"zip with another promise\" in {\n      val pa = F.Promise.pure(1)\n      val pb = F.Promise.pure(\"hello\")\n      val tup = pa.zip(pb).get(1, SECONDS)\n      tup._1 must equalTo(1)\n      tup._2 must equalTo(\"hello\")\n    }\n\n    def orDriver(): (Promise[Int], Promise[String], F.Promise[F.Either[Int, String]]) = {\n      val pl = Promise[Int]()\n      val pr = Promise[String]()\n      val por = F.Promise.wrap(pl.future).or(F.Promise.wrap(pr.future))\n      (pl, pr, por)\n    }\n\n    \"combine with another promise with 'or'\" in {\n      val (pl, pr, por) = orDriver()\n      por.wrapped.isCompleted must beFalse\n      pl.success(1)\n      val result = por.get(1, SECONDS)\n      result.left.get must equalTo(1)\n      result.right.isPresent must beFalse\n    }\n\n    \"combine with another promise with 'or'\" in {\n      val (pl, pr, por) = orDriver()\n      por.wrapped.isCompleted must beFalse\n      pr.success(\"x\")\n      val result = por.get(1, SECONDS)\n      result.left.isPresent must beFalse\n      result.right.get must equalTo(\"x\")\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/tests\/code-scalatestplus-play\/allbrowserspersuite\/ExampleSpec.scala","text":"<reponame>bjfletcher\/playframework<filename>documentation\/manual\/working\/scalaGuide\/main\/tests\/code-scalatestplus-play\/allbrowserspersuite\/ExampleSpec.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.tests.scalatest.allbrowserspersuite\n\nimport play.api.test._\nimport org.scalatest._\nimport org.scalatestplus.play._\nimport play.api.test.Helpers._\nimport play.api.libs.ws._\nimport play.api.mvc._\nimport Results._\n\n\/\/ #scalafunctionaltest-allbrowserspersuite\nclass ExampleSpec extends PlaySpec with OneServerPerSuite with AllBrowsersPerSuite {\n\n  \/\/ Override app if you need a FakeApplication with other than\n  \/\/ default parameters.\n  implicit override lazy val app: FakeApplication =\n    FakeApplication(\n      additionalConfiguration = Map(\"ehcacheplugin\" -> \"disabled\"),\n      withRoutes = {\n        case (\"GET\", \"\/testing\") =>\n          Action(\n            Results.Ok(\n              \"<html>\" +\n                \"<head><title>Test Page<\/title><\/head>\" +\n                \"<body>\" +\n                \"<input type='button' name='b' value='Click Me' onclick='document.title=\\\"scalatest\\\"' \/>\" +\n                \"<\/body>\" +\n                \"<\/html>\"\n            ).as(\"text\/html\")\n          )\n      }\n    )\n\n  def sharedTests(browser: BrowserInfo) = {\n    \"The AllBrowsersPerSuite trait\" must {\n      \"provide a web driver \" + browser.name in {\n        go to (s\"http:\/\/localhost:$port\/testing\")\n        pageTitle mustBe \"Test Page\"\n        click on find(name(\"b\")).value\n        eventually { pageTitle mustBe \"scalatest\" }\n      }\n    }\n  }\n}\n\/\/ #scalafunctionaltest-allbrowserspersuite\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/main\/scala\/play\/utils\/Colors.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.utils\n\nobject Colors {\n\n  import scala.Console._\n\n  lazy val isANSISupported = {\n    Option(System.getProperty(\"sbt.log.noformat\")).map(_ != \"true\").orElse {\n      Option(System.getProperty(\"os.name\"))\n        .map(_.toLowerCase(java.util.Locale.ENGLISH))\n        .filter(_.contains(\"windows\"))\n        .map(_ => false)\n    }.getOrElse(true)\n  }\n\n  def red(str: String): String = if (isANSISupported) (RED + str + RESET) else str\n  def blue(str: String): String = if (isANSISupported) (BLUE + str + RESET) else str\n  def cyan(str: String): String = if (isANSISupported) (CYAN + str + RESET) else str\n  def green(str: String): String = if (isANSISupported) (GREEN + str + RESET) else str\n  def magenta(str: String): String = if (isANSISupported) (MAGENTA + str + RESET) else str\n  def white(str: String): String = if (isANSISupported) (WHITE + str + RESET) else str\n  def black(str: String): String = if (isANSISupported) (BLACK + str + RESET) else str\n  def yellow(str: String): String = if (isANSISupported) (YELLOW + str + RESET) else str\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-cache\/src\/main\/scala\/play\/api\/cache\/SerializableResult.scala","text":"<filename>framework\/src\/play-cache\/src\/main\/scala\/play\/api\/cache\/SerializableResult.scala<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.cache\n\nimport java.io._\nimport akka.util.ByteString\nimport play.api.http.HttpEntity\nimport play.api.mvc._\nimport scala.annotation.tailrec\n\n\/**\n * Wraps a Result to make it Serializable.\n *\/\nprivate[play] final class SerializableResult(constructorResult: Result) extends Externalizable {\n\n  assert(Option(constructorResult).forall(_.body.isInstanceOf[HttpEntity.Strict]),\n    \"Only strict entities can be cached, streamed entities cannot be cached\")\n\n  \/**\n   * Create an empty object. Must call `readExternal` after calling\n   * this method. This constructor is invoked by the Java\n   * deserialization code.\n   *\/\n  def this() = this(null)\n\n  \/**\n   * Hold the Result. Will either be supplied by the constructor or\n   * set by `readExternal`.\n   *\/\n  private var cachedResult: Result = constructorResult\n\n  def result: Result = {\n    assert(cachedResult != null, \"Result should have been provided in constructor or when deserializing\")\n    cachedResult\n  }\n  override def readExternal(in: ObjectInput): Unit = {\n    assert(in.readByte() == SerializableResult.encodingVersion, \"Result was serialised from a different version of Play\")\n\n    val status = in.readInt()\n\n    val headerMap = {\n      val headerLength = in.readInt()\n      val mapBuilder = Map.newBuilder[String, String]\n      for (_ <- 0 until headerLength) {\n        val name = in.readUTF()\n        val value = in.readUTF()\n        mapBuilder += ((name, value))\n      }\n      mapBuilder.result()\n    }\n\n    val body = {\n      val hasContentType = in.readBoolean()\n      val contentType = if (hasContentType) {\n        Some(in.readUTF())\n      } else {\n        None\n      }\n      val sizeOfBody: Int = in.readInt()\n      val buffer = new Array[Byte](sizeOfBody)\n      @tailrec\n      def readBytes(offset: Int, length: Int): Unit = {\n        if (length > 0) {\n          val readLength = in.read(buffer, offset, length)\n          readBytes(offset + readLength, length - readLength)\n        }\n      }\n      readBytes(0, sizeOfBody)\n      HttpEntity.Strict(ByteString(buffer), contentType)\n    }\n\n    cachedResult = Result(\n      header = ResponseHeader(status, headerMap),\n      body = body\n    )\n  }\n  override def writeExternal(out: ObjectOutput): Unit = {\n    out.writeByte(SerializableResult.encodingVersion)\n\n    out.writeInt(cachedResult.header.status)\n\n    {\n      val headerMap = cachedResult.header.headers\n      out.writeInt(headerMap.size)\n      for ((name, value) <- headerMap) {\n        out.writeUTF(name)\n        out.writeUTF(value)\n      }\n    }\n\n    {\n      out.writeBoolean(cachedResult.body.contentType.nonEmpty)\n      cachedResult.body.contentType.foreach { ct =>\n        out.writeUTF(ct)\n      }\n      val body = cachedResult.body match {\n        case HttpEntity.Strict(data, _) => data\n        case other => throw new IllegalStateException(\"Non strict body cannot be materialized\")\n      }\n      out.writeInt(body.length)\n      out.write(body.toArray)\n    }\n  }\n}\n\nprivate[play] object SerializableResult {\n  val encodingVersion = 2.toByte\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/fork-run\/src\/main\/scala\/play\/forkrun\/Logger.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.forkrun\n\nimport java.io.{ PrintStream, PrintWriter, StringWriter }\nimport play.runsupport.{ Colors, LoggerProxy }\n\nobject Logger {\n  case class Level(value: Int, name: String, label: String) {\n    override def toString = name\n  }\n\n  object Level {\n    val Debug = Level(1, \"debug\", Label.debug)\n    val Info = Level(2, \"info\", Label.info)\n    val Warn = Level(3, \"warn\", Label.warn)\n    val Error = Level(4, \"error\", Label.error)\n\n    val levels = Seq(Debug, Info, Warn, Error)\n\n    def apply(value: Int): Option[Level] = levels find (_.value == value)\n    def apply(name: String): Option[Level] = levels find (_.name == name)\n  }\n\n  object Label {\n    val debug = \"[debug] \"\n    val info = \"[info] \"\n    val warn = \"[\" + Colors.yellow(\"warn\") + \"] \"\n    val error = \"[\" + Colors.red(\"error\") + \"] \"\n    val success = \"[\" + Colors.green(\"success\") + \"] \"\n  }\n\n  val NewLine = sys.props(\"line.separator\")\n\n  def apply(level: Level): Logger = new Logger(level)\n  def apply(level: String): Logger = new Logger(Level(level).getOrElse(Level.Info))\n}\n\nclass Logger(out: PrintStream, logLevel: Logger.Level) extends LoggerProxy {\n  import Logger._\n\n  def this(logLevel: Logger.Level) = this(System.out, logLevel)\n\n  def level: Logger.Level = logLevel\n\n  def verbose(message: => String): Unit = debug(message)\n  def debug(message: => String): Unit = log(Level.Debug, message)\n  def info(message: => String): Unit = log(Level.Info, message)\n  def warn(message: => String): Unit = log(Level.Warn, message)\n  def error(message: => String): Unit = log(Level.Error, message)\n\n  def trace(t: => Throwable): Unit = {\n    val stackTrace = new StringWriter\n    t.printStackTrace(new PrintWriter(stackTrace))\n    log(Level.Error, stackTrace.toString)\n  }\n\n  def success(message: => String): Unit = printLog(Label.success, message)\n\n  def log(level: Level, message: => String): Unit = {\n    if (level.value >= logLevel.value) printLog(level.label, message)\n  }\n\n  def log(level: String, message: => String): Unit = {\n    for (logLevel <- Logger.Level(level)) log(logLevel, message)\n  }\n\n  def printLog(label: String, message: String, separator: String = NewLine): Unit = out.synchronized {\n    for (line <- message.split(separator)) {\n      out.print(label)\n      out.println(line)\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/main\/scala\/play\/utils\/InlineCache.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.utils\n\nimport java.lang.ref.WeakReference\n\n\/**\n * Creates a wrapper for a function that uses an inline cache to\n * optimize calls to the function. The function's result for a\n * a *single* input will be cached. If the input changes, the\n * function will be called again and its new output will be cached.\n *\n * Even though this function only caches a single value, it can\n * be useful for functions where the input only changes occasionally.\n * Because it only caches a single value, the cached value can\n * be accessed very quickly.\n *\n * This class will improve performance when the function input changes\n * infrequently and the function is somewhat expensive to call.\n * Even when the input changes, this class will still function\n * correctly and return the correct value, although it will be less\n * efficient than an unwrapped function because it will update\n * the cache.\n *\n * The cached input and output will be wrapped by a WeakReference\n * so that they can be garbage collected. This may mean that the\n * cache needs to be repopulated after garbage collection has\n * been run.\n *\n * The function may sometimes be called again for the same input.\n * In the current implementation this happens in order to avoid\n * synchronizing the cached value across threads. It may also\n * happen when the weakly-referenced cache is cleared by the\n * garbage collector.\n *\n * Reference equality is used to compare inputs, for speed and\n * to be conservative.\n *\/\nprivate[play] final class InlineCache[A <: AnyRef, B](f: A => B) extends (A => B) {\n  \/**\n   * For performance, don't synchronize this value. Instead, let\n   * the cache be updated on different threads. If the input value\n   * is stable then the value of this variable will eventually\n   * reach the same value. If the input value is different, then\n   * there's no point sharing the value across threads anyway.\n   *\/\n  var cache: WeakReference[(A, B)] = null\n\n  override def apply(a: A): B = {\n    \/\/ Get the current value of the cache into a local variable.\n    \/\/ If it's null then this is our first call to the function\n    \/\/ (on this thread) so get a fresh value.\n    val cacheSnapshot = cache\n    if (cacheSnapshot == null) return fresh(a)\n    \/\/ Get cached input\/output pair out of the WeakReference.\n    \/\/ If the pair is null then the reference has been collected\n    \/\/ and we need a fresh value.\n    val inputOutput = cacheSnapshot.get\n    if (inputOutput == null) return fresh(a)\n    \/\/ If the inputs don't match then we need a fresh value.\n    if (inputOutput._1 ne a) return fresh(a)\n    \/\/ We got the cached value, return it.\n    inputOutput._2\n  }\n\n  \/** Get a fresh value and update the cache with it. *\/\n  private def fresh(a: A): B = {\n    val b = f(a)\n    cache = new WeakReference((a, b))\n    b\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-docs\/src\/main\/scala\/play\/docs\/DocServerStart.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.docs\n\nimport java.io.File\nimport java.util.concurrent.Callable\nimport play.api._\nimport play.api.mvc._\nimport play.api.routing.Router\nimport play.core._\nimport play.core.server._\nimport scala.concurrent.Future\nimport scala.util.Success\n\n\/**\n * Used to start the documentation server.\n *\/\nclass DocServerStart {\n\n  def start(projectPath: File, buildDocHandler: BuildDocHandler, translationReport: Callable[File],\n    forceTranslationReport: Callable[File], port: java.lang.Integer): ServerWithStop = {\n\n    val application: Application = {\n      val environment = Environment(projectPath, this.getClass.getClassLoader, Mode.Test)\n      val context = ApplicationLoader.createContext(environment)\n      val components = new BuiltInComponentsFromContext(context) {\n        lazy val router = Router.empty\n      }\n      components.application\n    }\n\n    Play.start(application)\n\n    val applicationProvider = new ApplicationProvider {\n\n      override def get = Success(application)\n      override def handleWebCommand(request: RequestHeader) =\n        buildDocHandler.maybeHandleDocRequest(request).asInstanceOf[Option[Result]].orElse(\n          if (request.path == \"\/@report\") {\n            if (request.getQueryString(\"force\").isDefined) {\n              forceTranslationReport.call()\n              Some(Results.Redirect(\"\/@report\"))\n            } else {\n              Some(Results.Ok.sendFile(translationReport.call(), inline = true, fileName = _ => \"report.html\"))\n            }\n          } else None\n        ).orElse(\n            Some(Results.Redirect(\"\/@documentation\"))\n          )\n    }\n\n    val config = ServerConfig(\n      rootDir = projectPath,\n      port = Some(port),\n      mode = Mode.Test,\n      properties = System.getProperties\n    )\n    val serverProvider: ServerProvider = ServerProvider.fromConfiguration(getClass.getClassLoader, config.configuration)\n    val context = ServerProvider.Context(\n      config,\n      applicationProvider,\n      application.actorSystem,\n      application.materializer,\n      stopHook = () => Future.successful(())\n    )\n    serverProvider.createServer(context)\n\n  }\n\n}"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/forms\/code\/ScalaFieldConstructor.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.forms.scalafieldconstructor {\n\nimport org.specs2.mutable.Specification\nimport play.api.{Environment, Configuration}\nimport play.api.i18n.{DefaultLangs, DefaultMessagesApi, Messages}\n\nobject ScalaFieldConstructorSpec extends Specification {\n\n  val conf = Configuration.reference\n  implicit val messages: Messages = new DefaultMessagesApi(Environment.simple(), conf, new DefaultLangs(conf)).preferred(Seq.empty)\n\n  \"field constructors\" should {\n\n    \"be possible to import\" in {\n      html.userImport(MyForm.form).body must contain(\"--foo--\")\n    }\n\n    \"be possible to declare\" in {\n      html.userDeclare(MyForm.form).body must contain(\"--foo--\")\n    }\n  }\n}\n\nobject MyForm {\n  import play.api.data.Form\n  import play.api.data.Forms._\n  import html.models.User\n\n  val form = Form(mapping(\n    \"username\" -> text\n  )(User.apply)(User.unapply))\n}\n\npackage html {\n\/\/#form-myfield-helper\nobject MyHelpers {\n  import views.html.helper.FieldConstructor\n  implicit val myFields = FieldConstructor(html.myFieldConstructorTemplate.f)\n}\n\/\/#form-myfield-helper\n\n}\n\npackage html.models {\n  case class User(username:String)\n}\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/async\/code\/ScalaWebSockets.scala","text":"<filename>documentation\/manual\/working\/scalaGuide\/main\/async\/code\/ScalaWebSockets.scala<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.async.websockets\n\nimport akka.stream.Materializer\nimport akka.stream.scaladsl._\nimport play.api.http.websocket.{ TextMessage, Message }\nimport play.api.mvc.WebSocket.MessageFlowTransformer\nimport play.api.test._\nimport scala.concurrent.{ Future, Promise }\n\nobject ScalaWebSockets extends PlaySpecification {\n\n  import java.io.Closeable\n  import play.api.mvc.{Result, WebSocket}\n  import play.api.libs.json.Json\n\n  \"Scala WebSockets\" should {\n\n    def runWebSocket[In, Out](webSocket: WebSocket, in: Source[Message, _], expectOut: Int)(implicit mat: Materializer): Either[Result, List[Message]] = {\n      await(webSocket(FakeRequest())).right.map { flow =>\n\n        \/\/ When running in the real world, if the flow cancels upstream, Play's WebSocket protocol implementation will\n        \/\/ handle this and close the WebSocket, but here, that won't happen, so we redeem the future when we receive\n        \/\/ enough.\n        val promise = Promise[List[Message]]()\n        if (expectOut == 0) promise.success(Nil)\n        val flowResult = in via flow runWith Sink.fold[(List[Message], Int), Message]((Nil, expectOut)) { (state, out) =>\n          val (result, remaining) = state\n          if (remaining == 1) {\n            promise.success(result :+ out)\n          }\n          (result :+ out, remaining - 1)\n        }\n        import play.api.libs.iteratee.Execution.Implicits.trampoline\n        await(Future.firstCompletedOf(Seq(promise.future, flowResult.map(_._1))))\n      }\n    }\n\n    \"support actors\" in {\n\n      import akka.actor._\n\n      \"allow creating a simple echoing actor\" in new WithApplication() {\n        runWebSocket(Samples.Controller1.socket, Source.single(TextMessage(\"foo\")), 1) must beRight.like {\n          case list => list must_== List(TextMessage(\"I received your message: foo\"))\n        }\n      }\n\n      \"allow cleaning up\" in new WithApplication() {\n        val closed = Promise[Unit]()\n        val someResource = new Closeable() {\n          def close() = closed.success(())\n        }\n        class MyActor extends Actor {\n          def receive = PartialFunction.empty\n\n          \/\/#actor-post-stop\n          override def postStop() = {\n            someResource.close()\n          }\n          \/\/#actor-post-stop\n        }\n\n        runWebSocket(\n          WebSocket.acceptWithActor[String, String](req => out => Props(new MyActor)), Source.empty, 0\n        ) must beRight[List[Message]]\n        await(closed.future) must_== ()\n      }\n\n      \"allow closing the WebSocket\" in new WithApplication() {\n        class MyActor extends Actor {\n          def receive = PartialFunction.empty\n\n          \/\/#actor-stop\n          import akka.actor.PoisonPill\n\n          self ! PoisonPill\n          \/\/#actor-stop\n        }\n\n        runWebSocket(\n          WebSocket.acceptWithActor[String, String](req => out => Props(new MyActor)), Source.maybe, 0\n        ) must beRight[List[Message]]\n      }\n\n      \"allow rejecting the WebSocket\" in new WithApplication() {\n        runWebSocket(Samples.Controller2.socket, Source.empty, 0) must beLeft.which { result =>\n          result.header.status must_== FORBIDDEN\n        }\n      }\n\n      \"allow creating a json actor\" in new WithApplication() {\n        val json = Json.obj(\"foo\" -> \"bar\")\n        runWebSocket(Samples.Controller4.socket, Source.single(TextMessage(Json.stringify(json))), 1) must beRight.which { out =>\n          out must_== List(TextMessage(Json.stringify(json)))\n        }\n      }\n\n      \"allow creating a higher level object actor\" in new WithApplication() {\n        runWebSocket(\n          Samples.Controller5.socket,\n          Source.single(TextMessage(Json.stringify(Json.toJson(Samples.Controller5.InEvent(\"blah\"))))),\n          1\n        ) must beRight.which { out =>\n          out must_== List(TextMessage(Json.stringify(Json.toJson(Samples.Controller5.OutEvent(\"blah\")))))\n        }\n      }\n\n    }\n\n    \"support iteratees\" in {\n\n      \"iteratee1\" in new WithApplication() {\n        runWebSocket(Samples.Controller6.socket, Source.empty, 1) must beRight.which { out =>\n          out must_== List(TextMessage(\"Hello!\"))\n        }\n      }\n\n      \"iteratee2\" in new WithApplication() {\n        runWebSocket(Samples.Controller7.socket, Source.maybe, 1) must beRight.which { out =>\n          out must_== List(TextMessage(\"Hello!\"))\n        }\n      }\n\n      \"iteratee3\" in new WithApplication() {\n        runWebSocket(Samples.Controller8.socket, Source.single(TextMessage(\"foo\")), 1) must beRight.which { out =>\n          out must_== List(TextMessage(\"I received your message: foo\"))\n        }\n      }\n\n    }\n  }\n\n  \/**\n   * The default await timeout.  Override this to change it.\n   *\/\n  import scala.concurrent.duration._\n  override implicit def defaultAwaitTimeout = 2.seconds\n}\n\nobject Samples {\n  object Controller1 {\n    import Actor1.MyWebSocketActor\n\n    \/\/#actor-accept\n    import play.api.mvc._\n    import play.api.Play.current\n    import play.api.Play.materializer\n\n    def socket = WebSocket.acceptWithActor[String, String] { request => out =>\n      MyWebSocketActor.props(out)\n    }\n    \/\/#actor-accept\n  }\n\n  object Actor1 {\n\n    \/\/#example-actor\n    import akka.actor._\n\n    object MyWebSocketActor {\n      def props(out: ActorRef) = Props(new MyWebSocketActor(out))\n    }\n\n    class MyWebSocketActor(out: ActorRef) extends Actor {\n      def receive = {\n        case msg: String =>\n          out ! (\"I received your message: \" + msg)\n      }\n    }\n    \/\/#example-actor\n  }\n\n  object Controller2 extends play.api.mvc.Controller {\n    import Actor1.MyWebSocketActor\n\n    \/\/#actor-try-accept\n    import scala.concurrent.Future\n    import play.api.mvc._\n    import play.api.Play.current\n    import play.api.Play.materializer\n\n    def socket = WebSocket.tryAcceptWithActor[String, String] { request =>\n      Future.successful(request.session.get(\"user\") match {\n        case None => Left(Forbidden)\n        case Some(_) => Right(MyWebSocketActor.props)\n      })\n    }\n    \/\/#actor-try-accept\n  }\n\n  object Controller4 {\n    import akka.actor._\n\n    class MyWebSocketActor(out: ActorRef) extends Actor {\n      import play.api.libs.json.JsValue\n      def receive = {\n        case msg: JsValue =>\n          out ! msg\n      }\n    }\n\n    object MyWebSocketActor {\n      def props(out: ActorRef) = Props(new MyWebSocketActor(out))\n    }\n\n    \/\/#actor-json\n    import play.api.mvc._\n    import play.api.libs.json._\n    import play.api.Play.current\n    import play.api.Play.materializer\n\n    def socket = WebSocket.acceptWithActor[JsValue, JsValue] { request => out =>\n      MyWebSocketActor.props(out)\n    }\n    \/\/#actor-json\n\n  }\n\n  object Controller5 {\n    import akka.actor._\n\n    case class InEvent(foo: String)\n    case class OutEvent(bar: String)\n\n    class MyWebSocketActor(out: ActorRef) extends Actor {\n      def receive = {\n        case InEvent(foo) =>\n          out ! OutEvent(foo)\n      }\n    }\n\n    object MyWebSocketActor {\n      def props(out: ActorRef) = Props(new MyWebSocketActor(out))\n    }\n\n    \/\/#actor-json-formats\n    import play.api.libs.json._\n\n    implicit val inEventFormat = Json.format[InEvent]\n    implicit val outEventFormat = Json.format[OutEvent]\n    \/\/#actor-json-formats\n\n    \/\/#actor-json-frames\n    import play.api.mvc.WebSocket.FrameFormatter\n\n    implicit val messageFlowTransformer = MessageFlowTransformer.jsonMessageFlowTransformer[InEvent, OutEvent]\n    \/\/#actor-json-frames\n\n    \/\/#actor-json-in-out\n    import play.api.mvc._\n    import play.api.Play.current\n    import play.api.Play.materializer\n\n    def socket = WebSocket.acceptWithActor[InEvent, OutEvent] { request => out =>\n      MyWebSocketActor.props(out)\n    }\n    \/\/#actor-json-in-out\n\n  }\n\n  object Controller6 {\n\n    \/\/#iteratee1\n    import play.api.mvc._\n    import play.api.libs.iteratee._\n    import play.api.libs.concurrent.Execution.Implicits.defaultContext\n\n    def socket = WebSocket.using[String] { request =>\n\n      \/\/ Log events to the console\n      val in = Iteratee.foreach[String](println).map { _ =>\n        println(\"Disconnected\")\n      }\n\n      \/\/ Send a single 'Hello!' message\n      val out = Enumerator(\"Hello!\")\n\n      (in, out)\n    }\n    \/\/#iteratee1\n\n  }\n\n  object Controller7 {\n\n    \/\/#iteratee2\n    import play.api.mvc._\n    import play.api.libs.iteratee._\n\n    def socket = WebSocket.using[String] { request =>\n\n      \/\/ Just ignore the input\n      val in = Iteratee.ignore[String]\n\n      \/\/ Send a single 'Hello!' message and close\n      val out = Enumerator(\"Hello!\").andThen(Enumerator.eof)\n\n      (in, out)\n    }\n    \/\/#iteratee2\n\n  }\n\n  object Controller8 {\n\n    \/\/#iteratee3\n    import play.api.mvc._\n    import play.api.libs.iteratee._\n    import play.api.libs.concurrent.Execution.Implicits.defaultContext\n\n    def socket =  WebSocket.using[String] { request =>\n\n      \/\/ Concurrent.broadcast returns (Enumerator, Concurrent.Channel)\n      val (out, channel) = Concurrent.broadcast[String]\n\n      \/\/ log the message to stdout and send response back to client\n      val in = Iteratee.foreach[String] {\n        msg => println(msg)\n          \/\/ the Enumerator returned by Concurrent.broadcast subscribes to the channel and will\n          \/\/ receive the pushed messages\n          channel push(\"I received your message: \" + msg)\n      }\n      (in,out)\n    }\n    \/\/#iteratee3\n  }\n\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-integration-test\/src\/test\/scala\/play\/it\/tools\/HttpBin.scala","text":"<reponame>bjfletcher\/playframework<filename>framework\/src\/play-integration-test\/src\/test\/scala\/play\/it\/tools\/HttpBin.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\n\npackage play.it.tools\n\nimport akka.stream.Materializer\nimport akka.stream.scaladsl.Source\nimport play.api.libs.ws.ahc.AhcWSComponents\nimport play.api.routing.SimpleRouter\nimport play.api.routing.Router.Routes\nimport play.api.routing.sird._\nimport play.api.{ Environment, ApplicationLoader, BuiltInComponentsFromContext }\n\nimport play.api.mvc._\nimport play.api.mvc.Results._\n\nimport play.api.libs.json._\n\nimport play.filters.gzip.GzipFilter\n\n\/**\n * This is a reimplementation of the excellent httpbin.org service\n * by <NAME>\n *\n * Motivation: We couldn't use httpbin.org directly for our CI.\n *\/\nobject HttpBinApplication {\n\n  private val requestHeaderWriter = new Writes[RequestHeader] {\n    def writes(r: RequestHeader): JsValue = Json.obj(\n      \"origin\" -> r.remoteAddress,\n      \"url\" -> \"\",\n      \"args\" -> r.queryString.mapValues(_.head),\n      \"headers\" -> r.headers.toSimpleMap\n    )\n  }\n\n  private def requestWriter[A] = new Writes[Request[A]] {\n    def writes(r: Request[A]): JsValue =\n      requestHeaderWriter.writes(r).as[JsObject] ++\n        Json.obj(\n          \"json\" -> JsNull,\n          \"data\" -> \"\",\n          \"form\" -> JsObject(Nil)\n        ) ++ (r.body match {\n            \/\/ Json Body\n            case e: JsValue =>\n              Json.obj(\"json\" -> e)\n            \/\/ X-WWW-Form-Encoded\n            case f: Map[String, Seq[String]] @unchecked =>\n              Json.obj(\"form\" -> JsObject(f.mapValues(x => JsString(x.mkString(\", \"))).toSeq))\n            \/\/ Anything else\n            case b =>\n              Json.obj(\"data\" -> JsString(b.toString))\n          })\n  }\n\n  val getIp: Routes = {\n    case GET(p\"\/ip\") =>\n      Action { request =>\n        Ok(Json.obj(\"origin\" -> request.remoteAddress))\n      }\n  }\n\n  val getUserAgent: Routes = {\n    case GET(p\"\/user-agent\") =>\n      Action { request =>\n        Ok(Json.obj(\"user-agent\" -> request.headers.get(\"User-Agent\")))\n      }\n  }\n\n  val getHeaders: Routes = {\n    case GET(p\"\/headers\") =>\n      Action { request =>\n        Ok(Json.obj(\"headers\" -> request.headers.toSimpleMap))\n      }\n  }\n\n  val get: Routes = {\n    case GET(p\"\/get\") =>\n      Action { request =>\n        Ok(requestHeaderWriter.writes(request))\n      }\n  }\n\n  val patch: Routes = {\n    case PATCH(p\"\/patch\") =>\n      Action { request =>\n        Ok(requestWriter.writes(request))\n      }\n  }\n\n  val post: Routes = {\n    case POST(p\"\/post\") =>\n      Action { request =>\n        Ok(requestWriter.writes(request))\n      }\n  }\n\n  val put: Routes = {\n    case PUT(p\"\/put\") =>\n      Action { request =>\n        Ok(requestWriter.writes(request))\n      }\n  }\n\n  val delete: Routes = {\n    case DELETE(p\"\/delete\") =>\n      Action { request =>\n        Ok(requestHeaderWriter.writes(request))\n      }\n  }\n\n  private def gzipFilter(mat: Materializer) = new GzipFilter()(mat)\n\n  def gzip(implicit mat: Materializer) = Seq(\"GET\", \"PATCH\", \"POST\", \"PUT\", \"DELETE\").map { method =>\n    val route: Routes = {\n      case r @ p\"\/gzip\" if r.method == method =>\n        gzipFilter(mat)(Action { request =>\n          Ok(requestHeaderWriter.writes(request).as[JsObject] ++ Json.obj(\"gzipped\" -> true, \"method\" -> method))\n        })\n    }\n    route\n  }.reduceLeft((a, b) => a.orElse(b))\n\n  val status: Routes = {\n    case GET(p\"\/status\/$status<[0-9]+>\") =>\n      Action {\n        val code = status.toInt\n        Results.Status(code)\n      }\n  }\n\n  val responseHeaders: Routes = {\n    case GET(p\"\/response-header\") =>\n      Action { request =>\n        Ok(\"\").withHeaders(request.queryString.mapValues(_.mkString(\",\")).toSeq: _*)\n      }\n  }\n\n  val redirect: Routes = {\n    case GET(p\"\/redirect\/0\") =>\n      Action {\n        Redirect(\"\/get\")\n      }\n    case GET(p\"\/redirect\/$param<([0-9]+)>\") =>\n      Action {\n        Redirect(\"redirect\/\" + param)\n      }\n  }\n\n  val redirectTo: Routes = {\n    case GET(p\"\/redirect-to\") =>\n      Action { request =>\n        request.queryString.get(\"url\").map { u =>\n          Redirect(u.head)\n        }.getOrElse {\n          BadRequest(\"\")\n        }\n      }\n  }\n\n  val cookies: Routes = {\n    case GET(p\"\/cookies\") =>\n      Action { request =>\n        Ok(Json.obj(\"cookies\" -> JsObject(request.cookies.toSeq.map(x => x.name -> JsString(x.value)))))\n      }\n  }\n\n  val cookiesSet: Routes = {\n    case GET(p\"\/cookies\/set\") =>\n      Action { request =>\n        Redirect(\"\/cookies\").withCookies(request.queryString.mapValues(_.head).toSeq.map {\n          case (k, v) => Cookie(k, v)\n        }: _*)\n      }\n  }\n\n  val cookiesDelete: Routes = {\n    case GET(p\"\/cookies\/delete\") =>\n      Action { request =>\n        Redirect(\"\/cookies\").discardingCookies(request.queryString.keys.toSeq.map(DiscardingCookie(_)): _*)\n      }\n  }\n\n  val basicAuth: Routes = {\n    case GET(p\"\/basic-auth\/$username\/$password\") =>\n      Action { request =>\n        request.headers.get(\"Authorization\").flatMap { authorization =>\n          authorization.split(\" \").drop(1).headOption.filter { encoded =>\n            new String(org.apache.commons.codec.binary.Base64.decodeBase64(encoded.getBytes)).split(\":\").toList match {\n              case u :: p :: Nil if u == username && password == p => true\n              case _ => false\n            }\n          }.map(_ => Ok(Json.obj(\"authenticated\" -> true)))\n        }.getOrElse {\n          Unauthorized.withHeaders(\"WWW-Authenticate\" -> \"\"\"Basic realm=\"Secured\"\"\"\")\n        }\n      }\n  }\n\n  val stream: Routes = {\n    case GET(p\"\/stream\/$param<[0-9]+>\") =>\n      Action { request =>\n        val body = requestHeaderWriter.writes(request).as[JsObject]\n\n        val content = 0.to(param.toInt).map { index =>\n          body ++ Json.obj(\"id\" -> index)\n        }\n\n        Ok.chunked(Source(content)).as(\"application\/json\")\n      }\n  }\n\n  val delay: Routes = {\n    case GET(p\"\/delay\/$duration<[0-9+]\") =>\n      Action.async { request =>\n        import scala.concurrent.Await\n        import scala.concurrent.Promise\n        import scala.concurrent.Future\n        import scala.concurrent.ExecutionContext.Implicits.global\n        import scala.concurrent.duration._\n        import scala.util.Try\n        val p = Promise[Result]()\n\n        Future {\n          Try {\n            Await.result(p.future, Duration(duration.toLong, SECONDS))\n          }.getOrElse {\n            p.success(Ok(requestWriter.writes(request)))\n          }\n        }\n\n        p.future\n      }\n  }\n\n  val html: Routes = {\n    case GET(p\"\/html\") =>\n      Action {\n        Ok(\"\"\"\n<!DOCTYPE html>\n<html>\n  <head>\n  <\/head>\n  <body>\n      <h1><NAME> - Moby-Dick<\/h1>\n\n      <div>\n        <p>\n          Availing himself of the mild, summer-cool weather that now reigned in these latitudes,\n          and in preparation for the peculiarly active pursuits shortly to be anticipated, Perth,\n          the begrimed, blistered old blacksmith, had not removed his portable forge to the hold\n          again, after concluding his contributory work for Ahab's leg, but still retained it on\n          deck, fast lashed to ringbolts by the foremast; being now almost incessantly invoked\n          by the headsmen, and harpooneers, and bowsmen to do some little job for them; altering,\n          or repairing, or new shaping their various weapons and boat furniture. Often he would\n          be surrounded by an eager circle, all waiting to be served; holding boat-spades,\n          pike-heads, harpoons, and lances, and jealously watching his every sooty movement, as\n          he toiled. Nevertheless, this old man's was a patient hammer wielded by a patient arm.\n          No murmur, no impatience, no petulance did come from him. Silent, slow, and solemn;\n          bowing over still further his chronically broken back, he toiled away, as if toil were\n          life itself, and the heavy beating of his hammer the heavy beating of his heart. And\n          so it was.\u2014Most miserable! A peculiar walk in this old man, a certain slight but\n          painful appearing yawing in his gait, had at an early period of the voyage excited the\n          curiosity of the mariners. And to the importunity of their persisted questionings he\n          had finally given in; and so it came to pass that every one now knew the shameful\n          story of his wretched fate. Belated, and not innocently, one bitter winter's midnight,\n          on the road running between two country towns, the blacksmith half-stupidly felt the\n          deadly numbness stealing over him, and sought refuge in a leaning, dilapidated barn.\n          The issue was, the loss of the extremities of both feet. Out of this revelation,\n          part by part, at last came out the four acts of the gladness, and the one long, and as\n          yet uncatastrophied fifth act of the grief of his life's drama. He was an old man, who,\n          at the age of nearly sixty, had postponedly encountered that thing in sorrow's\n          technicals called ruin. He had been an artisan of famed excellence, and with plenty to\n          do; owned a house and garden; embraced a youthful, daughter-like, loving wife, and\n          three blithe, ruddy children; every Sunday went to a cheerful-looking church, planted\n          in a grove. But one night, under cover of darkness, and further concealed in a most\n          cunning disguisement, a desperate burglar slid into his happy home, and robbed them\n          all of everything. And darker yet to tell, the blacksmith himself did ignorantly\n          conduct this burglar into his family's heart. It was the Bottle Conjuror! Upon the\n          opening of that fatal cork, forth flew the fiend, and shrivelled up his home. Now,\n          for prudent, most wise, and economic reasons, the blacksmith's shop was in the\n          basement of his dwelling, but with a separate entrance to it; so that always had\n          the young and loving healthy wife listened with no unhappy nervousness, but with\n          vigorous pleasure, to the stout ringing of her young-armed old husband's hammer;\n          whose reverberations, muffled by passing through the floors and walls, came up to\n          her, not unsweetly, in her nursery; and so, to stout Labor's iron lullaby, the\n          blacksmith's infants were rocked to slumber. Oh, woe on woe! Oh, Death, why canst\n          thou not sometimes be timely? Hadst thou taken this old blacksmith to thyself ere\n          his full ruin came upon him, then had the young widow had a delicious grief, and\n          her orphans a truly venerable, legendary sire to dream of in their after years; and\n          all of them a care-killing competency.\n        <\/p>\n      <\/div>\n  <\/body>\n<\/html>\"\"\").as(\"text\/html\")\n      }\n  }\n\n  val robots: Routes = {\n    case GET(p\"\/robots.txt\") =>\n      Action {\n        Ok(\"User-agent: *\\nDisallow: \/deny\")\n      }\n    case GET(p\"deny\") =>\n      Action {\n        Ok(\"\"\"\n            .-''''''-.\n          .' _      _ '.\n         \/   O      O   \\\n        :                :\n        |                |\n        :       __       :\n         \\  .-\"`  `\"-.  \/\n          '.          .'\n            '-......-'\n        YOU SHOUDN'T BE HERE\n  \"\"\")\n      }\n  }\n\n  def app = {\n    new BuiltInComponentsFromContext(ApplicationLoader.createContext(Environment.simple())) with AhcWSComponents {\n      def router = SimpleRouter(\n        PartialFunction.empty\n          .orElse(getIp)\n          .orElse(getUserAgent)\n          .orElse(getHeaders)\n          .orElse(get)\n          .orElse(patch)\n          .orElse(post)\n          .orElse(put)\n          .orElse(delete)\n          .orElse(gzip)\n          .orElse(status)\n          .orElse(responseHeaders)\n          .orElse(redirect)\n          .orElse(redirectTo)\n          .orElse(cookies)\n          .orElse(cookiesSet)\n          .orElse(cookiesDelete)\n          .orElse(basicAuth)\n          .orElse(stream)\n          .orElse(delay)\n          .orElse(html)\n          .orElse(robots)\n      )\n    }.application\n  }\n\n}\n\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-jdbc-evolutions\/src\/test\/scala\/play\/api\/db\/evolutions\/EvolutionsReaderSpec.scala","text":"<filename>framework\/src\/play-jdbc-evolutions\/src\/test\/scala\/play\/api\/db\/evolutions\/EvolutionsReaderSpec.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.db.evolutions\n\nimport java.io.File\nimport org.specs2.mutable.Specification\nimport play.api.{ Environment, Mode }\n\nobject EvolutionsReaderSpec extends Specification {\n\n  \"EnvironmentEvolutionsReader\" should {\n\n    \"read evolution files from classpath\" in {\n      val environment = Environment(new File(\".\"), getClass.getClassLoader, Mode.Test)\n      val reader = new EnvironmentEvolutionsReader(environment)\n\n      reader.evolutions(\"test\") must_== Seq(\n        Evolution(1, \"create table test (id bigint not null, name varchar(255));\", \"drop table if exists test;\"),\n        Evolution(2, \"insert into test (id, name) values (1, 'alice');\\ninsert into test (id, name) values (2, 'bob');\", \"delete from test;\"),\n        Evolution(3, \"insert into test (id, name) values (3, 'charlie');\\ninsert into test (id, name) values (4, 'dave');\", \"\"),\n        Evolution(4, \"\", \"\")\n      )\n    }\n\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/ws\/ssl\/AlgorithmsSpec.scala","text":"<filename>framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/ws\/ssl\/AlgorithmsSpec.scala\n\/*\n *\n *  * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\n *\/\npackage play.api.libs.ws.ssl\n\nimport org.specs2.mutable._\n\nimport java.security.{ SecureRandom, KeyPairGenerator }\nimport org.joda.time.Instant\nimport play.core.server.ssl.CertificateGenerator\nimport sun.security.x509.AlgorithmId\n\nobject AlgorithmsSpec extends Specification {\n  import Algorithms._\n\n  \"keySize\" should {\n\n    \"show a keysize of 1024 for RSA\" in {\n      val dn = \"cn=Common Name, ou=eng  ineering, o=company, c=US\"\n      val from = Instant.now\n      val to = from.plus(5000000)\n\n      \/\/ Use RSA with a SHA1 certificate signing algoirthm.\n      val keyGen = KeyPairGenerator.getInstance(\"RSA\")\n      keyGen.initialize(1024, new SecureRandom())\n      val pair = keyGen.generateKeyPair()\n      val cert = CertificateGenerator.generateCertificate(dn, pair, from.toDate, to.toDate, \"SHA1WithRSA\", AlgorithmId.sha1WithRSAEncryption_oid)\n\n      \/\/ RSA is getModulus.bitLength\n      keySize(cert.getPublicKey) must_== Some(1024)\n    }\n\n    \"show a keysize of 1024 for DSA\" in {\n      val dn = \"cn=Common Name, ou=engineering, o=company, c=US\"\n      val from = Instant.now\n      val to = from.plus(5000000)\n\n      \/\/ Use RSA with a DSA certificate signing algoirthm.\n      val keyGen = KeyPairGenerator.getInstance(\"DSA\")\n      keyGen.initialize(1024, new SecureRandom())\n      val pair = keyGen.generateKeyPair()\n      val cert = CertificateGenerator.generateCertificate(dn, pair, from.toDate, to.toDate, \"SHA1WithDSA\", AlgorithmId.sha1WithDSA_oid)\n\n      \/\/ DSA is getP.bitLength\n      keySize(cert.getPublicKey) must_== Some(1024)\n    }\n\n  }\n\n  \"decompose\" should {\n\n    \"decompose MD5\" in {\n      decomposes(\"MD5WithRSA\") must containTheSameElementsAs(Seq(\"MD5\", \"RSA\"))\n    }\n\n    \"decompose MD2\" in {\n      decomposes(\"MD2WithRSA\") must containTheSameElementsAs(Seq(\"MD2\", \"RSA\"))\n    }\n\n    \"decompose SHA1\" in {\n      decomposes(\"SHA1WithRSA\") must containTheSameElementsAs(Seq(\"SHA1\", \"SHA-1\", \"RSA\"))\n    }\n\n    \"map SHA-1 to SHA1\" in {\n      decomposes(\"SHA-1WithRSA\") must containTheSameElementsAs(Seq(\"SHA1\", \"SHA-1\", \"RSA\"))\n    }\n\n    \"decompose SHA256\" in {\n      decomposes(\"SHA256WithRSA\") must containTheSameElementsAs(Seq(\"SHA256\", \"RSA\"))\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/main\/scala\/play\/api\/libs\/ws\/ssl\/debug\/FixInternalDebugLogging.scala","text":"\/*\n *\n *  * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\n *\/\npackage play.api.libs.ws.ssl.debug\n\nimport play.api.libs.ws.ssl._\n\nimport java.security.AccessController\nimport scala.util.control.NonFatal\n\n\/**\n * This fixes logging for the SSL Debug class.  It will worth for both Java 1.6 and Java 1.7 VMs.\n *\/\nobject FixInternalDebugLogging {\n\n  private val logger = org.slf4j.LoggerFactory.getLogger(\"play.api.libs.ws.ssl.debug.FixInternalDebugLogging\")\n\n  class MonkeyPatchInternalSslDebugAction(val newOptions: String) extends FixLoggingAction {\n\n    val logger = org.slf4j.LoggerFactory.getLogger(\"play.api.libs.ws.ssl.debug.FixInternalDebugLogging.MonkeyPatchInternalSslDebugAction\")\n\n    val initialResource = foldRuntime(\n      older = \"\/javax\/net\/ssl\/SSLContext.class\", \/\/ in 1.6 the JSSE classes are in rt.jar\n      newer = \"\/sun\/security\/ssl\/Debug.class\" \/\/ in 1.7 the JSSE classes are in jsse.jar\n    )\n\n    val debugClassName = foldRuntime(\n      older = \"com.sun.net.ssl.internal.ssl.Debug\",\n      newer = \"sun.security.ssl.Debug\"\n    )\n\n    \/**\n     * Returns true if this class has an instance of the class returned by debugClassName, false otherwise.\n     *\n     * @param className the name of the class.\n     * @return true if this class should be returned in the set of findClasses, false otherwise.\n     *\/\n    def isValidClass(className: String): Boolean = {\n      if (className.startsWith(\"com.sun.net.ssl.internal.ssl\")) return true\n      if (className.startsWith(\"sun.security.ssl\")) return true\n      false\n    }\n\n    \/**\n     * Returns true if newOptions is not null and newOptions is not empty.  If false, then debug values\n     * @return\n     *\/\n    def isUsingDebug: Boolean = (newOptions != null) && (!newOptions.isEmpty)\n\n    def run() {\n      System.setProperty(\"javax.net.debug\", newOptions)\n\n      val debugType: Class[_] = Thread.currentThread().getContextClassLoader.loadClass(debugClassName)\n\n      val newDebug: AnyRef = debugType.newInstance().asInstanceOf[AnyRef]\n      logger.debug(s\"run: debugType = $debugType\")\n      val debugValue = if (isUsingDebug) newDebug else null\n\n      var isPatched = false\n      for (\n        debugClass <- findClasses;\n        debugField <- debugClass.getDeclaredFields\n      ) {\n        if (isValidField(debugField, debugType)) {\n          logger.debug(s\"run: patching $debugClass with $debugValue\")\n          monkeyPatchField(debugField, debugValue)\n          isPatched = true\n        }\n      }\n\n      \/\/ Add an assertion here in case the class location changes, so the tests fail...\n      if (!isPatched) {\n        throw new IllegalStateException(\"No debug classes found!\")\n      }\n\n      \/\/ Switch out the args (for certpath loggers that AREN'T static and final)\n      \/\/ This will result in those classes using the base Debug class which will write to System.out, but\n      \/\/ I don't know how to switch out the Debug.getInstance method itself without using a java agent.\n      val argsField = debugType.getDeclaredField(\"args\")\n      monkeyPatchField(argsField, newOptions)\n    }\n  }\n\n  def apply(newOptions: String) {\n    logger.trace(s\"apply: newOptions = ${newOptions}\")\n\n    try {\n      val action = new MonkeyPatchInternalSslDebugAction(newOptions)\n      AccessController.doPrivileged(action)\n    } catch {\n      case NonFatal(e) =>\n        throw new IllegalStateException(\"InternalDebug configuration error\", e)\n    }\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/iteratees\/src\/test\/scala\/play\/api\/libs\/iteratee\/RunQueueSpec.scala","text":"<reponame>bjfletcher\/playframework<filename>framework\/src\/iteratees\/src\/test\/scala\/play\/api\/libs\/iteratee\/RunQueueSpec.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.iteratee\n\nimport scala.language.reflectiveCalls\n\nimport org.specs2.mutable._\nimport java.util.concurrent.atomic.AtomicInteger\nimport scala.concurrent.{ ExecutionContext, Promise, Future, Await }\nimport scala.concurrent.duration.{ Duration, SECONDS }\n\nobject RunQueueSpec extends Specification with ExecutionSpecification {\n\n  val waitTime = Duration(20, SECONDS)\n\n  trait QueueTester {\n    def schedule(body: => Future[Unit])(implicit ec: ExecutionContext): Unit\n  }\n\n  class RunQueueTester extends QueueTester {\n    val rq = new RunQueue()\n    def schedule(body: => Future[Unit])(implicit ec: ExecutionContext) = rq.schedule(body)\n  }\n\n  class NaiveQueueTester extends QueueTester {\n    def schedule(body: => Future[Unit])(implicit ec: ExecutionContext) = Future(body)\n  }\n\n  def countOrderingErrors(runs: Int, queueTester: QueueTester)(implicit ec: ExecutionContext): Future[Int] = {\n    val result = Promise[Int]()\n    val runCount = new AtomicInteger(0)\n    val orderingErrors = new AtomicInteger(0)\n\n    for (i <- 0 until runs) {\n      queueTester.schedule {\n        val observedRunCount = runCount.getAndIncrement()\n\n        \/\/ Introduce another Future just to make things complicated :)\n        Future {\n          \/\/ We see observedRunCount != i then this task was run out of order\n          if (observedRunCount != i) {\n            orderingErrors.incrementAndGet() \/\/ Record the error\n          }\n          \/\/ If this is the last task, complete our result promise\n          if ((observedRunCount + 1) >= runs) {\n            result.success(orderingErrors.get)\n          }\n        }\n      }\n    }\n    result.future\n  }\n\n  \"RunQueue\" should {\n\n    \"run code in order\" in {\n      import ExecutionContext.Implicits.global\n\n      def percentageOfRunsWithOrderingErrors(runSize: Int, queueTester: QueueTester): Int = {\n        val results: Seq[Future[Int]] = for (i <- 0 until 9) yield {\n          countOrderingErrors(runSize, queueTester)\n        }\n        Await.result(Future.sequence(results), waitTime).filter(_ > 0).size * 10\n      }\n\n      \/\/ Iteratively increase the run size until we get observable errors 90% of the time\n      \/\/ We want a high error rate because we want to then use the RunQueueTester\n      \/\/ on the same run size and know that it is fixing up some problems. If the run size\n      \/\/ is too small then the RunQueueTester probably isn't doing anything. We use\n      \/\/ dynamic run sizing because the actual size that produces errors will vary\n      \/\/ depending on the environment in which this test is run.\n      var runSize = 8 \/\/ This usually reaches 8192 on my dev machine with 10 simultaneous queues\n      var errorPercentage = 0\n      while (errorPercentage < 90 && runSize < 1000000) {\n        runSize = runSize << 1\n        errorPercentage = percentageOfRunsWithOrderingErrors(runSize, new NaiveQueueTester())\n      }\n      \/\/println(s\"Got $errorPercentage% ordering errors on run size of $runSize\")\n\n      \/\/ Now show that this run length works fine with the RunQueueTester\n      percentageOfRunsWithOrderingErrors(runSize, new RunQueueTester()) must_== 0\n    }\n\n    \"use the ExecutionContext exactly once per scheduled item\" in {\n      val rq = new RunQueue()\n      mustExecute(1) { implicit runEC =>\n        val runFinished = Promise[Unit]()\n        rq.schedule {\n          runFinished.success(())\n          Future.successful(())\n        }\n        Await.result(runFinished.future, waitTime) must_== (())\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/main\/scala\/play\/core\/Execution.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core\n\nimport java.util.concurrent.ForkJoinPool\nimport play.api.{ Application, Play }\nimport scala.concurrent.{ ExecutionContext, ExecutionContextExecutor }\n\n\/**\n * Provides access to Play's internal ExecutionContext.\n *\/\nprivate[play] object Execution {\n\n  def internalContext: ExecutionContextExecutor = {\n    val appOrNull: Application = Play._currentApp\n    appOrNull match {\n      case null => common\n      case app: Application => app.actorSystem.dispatcher\n    }\n  }\n\n  object Implicits {\n\n    implicit def internalContext = Execution.internalContext\n\n  }\n\n  \/**\n   * Use this as a fallback when the application is unavailable.\n   * The ForkJoinPool implementation promises to create threads on-demand\n   * and clean them up when not in use (standard is when idle for 2\n   * seconds).\n   *\/\n  private val common = ExecutionContext.fromExecutor(new ForkJoinPool())\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/iteratees\/src\/test\/scala\/play\/api\/libs\/iteratee\/ExecutionSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.iteratee\n\nimport scala.language.reflectiveCalls\n\nimport org.specs2.mutable._\nimport java.io.OutputStream\nimport java.util.concurrent.{ CountDownLatch, TimeUnit }\nimport scala.concurrent.{ ExecutionContext, Promise, Future, Await }\nimport scala.concurrent.duration.{ Duration, SECONDS }\nimport scala.util.{ Failure, Success, Try }\n\nobject ExecutionSpec extends Specification {\n  import Execution.trampoline\n\n  val waitTime = Duration(5, SECONDS)\n\n  \"trampoline\" should {\n\n    \"execute code in the same thread\" in {\n      val f = Future(Thread.currentThread())(trampoline)\n      Await.result(f, waitTime) must equalTo(Thread.currentThread())\n    }\n\n    \"not overflow the stack\" in {\n      def executeRecursively(ec: ExecutionContext, times: Int) {\n        if (times > 0) {\n          ec.execute(new Runnable {\n            def run() = executeRecursively(ec, times - 1)\n          })\n        }\n      }\n\n      \/\/ Work out how deep to go to cause an overflow\n      val overflowingExecutionContext = new ExecutionContext {\n        def execute(runnable: Runnable): Unit = {\n          runnable.run()\n        }\n        def reportFailure(t: Throwable): Unit = t.printStackTrace()\n      }\n\n      var overflowTimes = 1 << 10\n      try {\n        while (overflowTimes > 0) {\n          executeRecursively(overflowingExecutionContext, overflowTimes)\n          overflowTimes = overflowTimes << 1\n        }\n        sys.error(\"Can't get the stack to overflow\")\n      } catch {\n        case _: StackOverflowError => ()\n      }\n\n      \/\/ Now verify that we don't overflow\n      Try(executeRecursively(trampoline, overflowTimes)) must beSuccessfulTry[Unit]\n    }\n\n    \"execute code in the order it was submitted\" in {\n      val runRecord = scala.collection.mutable.Buffer.empty[Int]\n      case class TestRunnable(id: Int, children: Runnable*) extends Runnable {\n        def run() = {\n          runRecord += id\n          for (c <- children) trampoline.execute(c)\n        }\n      }\n\n      trampoline.execute(\n        TestRunnable(0,\n          TestRunnable(1),\n          TestRunnable(2,\n            TestRunnable(4,\n              TestRunnable(6),\n              TestRunnable(7)),\n            TestRunnable(5,\n              TestRunnable(8))),\n          TestRunnable(3))\n      )\n\n      runRecord must equalTo(0 to 8)\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-java\/src\/main\/scala\/play\/core\/ObjectMapperModule.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core\n\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport play.api._\nimport play.api.inject._\nimport play.libs.Json\n\nimport javax.inject._\n\nimport scala.concurrent.Future\n\n\/**\n * Module that injects an object mapper to the JSON library on start and on stop.\n *\n * This solves the issue of the ObjectMapper cache from holding references to the application class loader between\n * reloads.\n *\/\nclass ObjectMapperModule extends Module {\n\n  def bindings(environment: Environment, configuration: Configuration) = Seq(\n    bind[ObjectMapper].toProvider[ObjectMapperProvider].eagerly()\n  )\n}\n\n@Singleton\nclass ObjectMapperProvider @Inject() (lifecycle: ApplicationLifecycle) extends Provider[ObjectMapper] {\n  lazy val get = {\n    val objectMapper = Json.newDefaultMapper()\n    Json.setObjectMapper(objectMapper)\n    lifecycle.addStopHook { () =>\n      Future.successful(Json.setObjectMapper(null))\n    }\n    objectMapper\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-fork-run-plugin\/src\/sbt-test\/fork-run\/dev-mode\/project\/plugins.sbt","text":"<reponame>bjfletcher\/playframework\n\/\/\n\/\/ Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n\/\/\n\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-fork-run-plugin\" % playVersion)\n\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-less\" % \"1.0.0\")\n\n\/\/ get the play version from a system property or otherwise the run.properties file (for sbt server)\ndef playVersion: String = {\n  sys.props.get(\"project.version\") orElse {\n    val properties = new java.util.Properties\n    sbt.IO.load(properties, file(\"run.properties\"))\n    Option(properties.getProperty(\"project.version\"))\n  } getOrElse {\n    sys.error(\"No play version specified\")\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-integration-test\/src\/test\/scala\/play\/it\/bindings\/GlobalSettingsSpec.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.it.bindings\n\nimport java.lang.reflect.Method\nimport java.util.concurrent.CompletableFuture\n\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.routing.Router\nimport play.api.Application\nimport play.api.mvc._\nimport play.api.mvc.Results._\nimport play.api.test._\nimport play.it._\nimport play.it.http.{ MockController, JAction }\nimport play.mvc.Http\nimport play.mvc.Http.Context\n\nobject NettyGlobalSettingsSpec extends GlobalSettingsSpec with NettyIntegrationSpecification\n\ntrait GlobalSettingsSpec extends PlaySpecification with WsTestClient with ServerIntegrationSpecification {\n\n  sequential\n\n  def withServer[T](applicationGlobal: Option[String])(uri: String)(block: String => T) = {\n    implicit val port = testServerPort\n    val additionalSettings = applicationGlobal.fold(Map.empty[String, String]) { s: String =>\n      Map(\"application.global\" -> s\"play.it.bindings.$s\")\n    }\n    import play.api.inject._\n    import play.api.routing.sird._\n    lazy val app: Application = new GuiceApplicationBuilder()\n      .configure(additionalSettings)\n      .overrides(bind[Router].to(Router.from {\n        case p\"\/scala\" => Action { request =>\n          Ok(request.headers.get(\"X-Foo\").getOrElse(\"null\"))\n        }\n        case p\"\/java\" => JAction(app, JavaAction)\n      })).build()\n    running(TestServer(port, app)) {\n      val response = await(wsUrl(uri).get())\n      block(response.body)\n    }\n  }\n\n  \"GlobalSettings filters\" should {\n    \"not have X-Foo header when no Global is configured\" in withServer(None)(\"\/scala\") { body =>\n      body must_== \"null\"\n    }\n    \"have X-Foo header when Scala Global with filters is configured\" in withServer(Some(\"FooFilteringScalaGlobal\"))(\"\/scala\") { body =>\n      body must_== \"filter-constructor-called-by-scala-global\"\n    }\n    \"have X-Foo header when Java Global with filters is configured\" in withServer(Some(\"FooFilteringJavaGlobal\"))(\"\/scala\") { body =>\n      body must_== \"filter-default-constructor\"\n    }\n    \"allow intercepting by Java GlobalSettings.onRequest\" in withServer(Some(\"OnRequestJavaGlobal\"))(\"\/java\") { body =>\n      body must_== \"intercepted\"\n    }\n  }\n\n}\n\n\/** Inserts an X-Foo header with a custom value. *\/\nclass FooFilter(headerValue: String) extends EssentialFilter {\n  def this() = this(\"filter-default-constructor\")\n  def apply(next: EssentialAction) = EssentialAction { request =>\n    val fooBarHeaders = request.copy(headers = request.headers.add(\"X-Foo\" -> headerValue))\n    next(fooBarHeaders)\n  }\n\n}\n\n\/** Scala GlobalSettings object that uses a filter *\/\nobject FooFilteringScalaGlobal extends play.api.GlobalSettings {\n  override def doFilter(next: EssentialAction): EssentialAction = {\n    Filters(super.doFilter(next), new FooFilter(\"filter-constructor-called-by-scala-global\"))\n  }\n}\n\n\/** Java GlobalSettings class that uses a filter *\/\nclass FooFilteringJavaGlobal extends play.GlobalSettings {\n  override def filters[T]() = Array[Class[T]](classOf[FooFilter].asInstanceOf[Class[T]])\n}\n\nclass OnRequestJavaGlobal extends play.GlobalSettings {\n  override def onRequest(request: Http.Request, actionMethod: Method) = {\n    new play.mvc.Action.Simple {\n      def call(ctx: Context) = CompletableFuture.completedFuture(play.mvc.Results.ok(\"intercepted\"))\n    }\n  }\n}\n\nobject JavaAction extends MockController {\n  def action = play.mvc.Results.ok(Option(request.getHeader(\"X-Foo\")).getOrElse(\"null\"))\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/openid\/RichUrl.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.openid\n\ntrait RichUrl[A] {\n  def hostAndPath: String\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/iteratees\/src\/test\/scala\/play\/api\/libs\/concurrent\/NonBlockingMutexSpec.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.concurrent\n\nimport scala.language.reflectiveCalls\n\nimport org.specs2.mutable._\nimport java.io.OutputStream\nimport java.util.concurrent.{ CountDownLatch, Executors, TimeUnit }\nimport java.util.concurrent.atomic.AtomicInteger\nimport scala.concurrent.{ ExecutionContext, Promise, Future, Await }\nimport scala.concurrent.duration.{ Duration, SECONDS }\nimport scala.util.{ Failure, Success, Try }\n\nobject NonBlockingMutexSpec extends Specification {\n\n  val waitTime = Duration(2, SECONDS)\n\n  trait Tester {\n    def run(body: => Unit): Unit\n  }\n\n  class MutexTester extends Tester {\n    val mutex = new NonBlockingMutex()\n    def run(body: => Unit) = mutex.exclusive(body)\n  }\n\n  class NaiveTester extends Tester {\n    def run(body: => Unit) = body\n  }\n\n  def countOrderingErrors(runs: Int, tester: Tester)(implicit ec: ExecutionContext): Future[Int] = {\n    val result = Promise[Int]()\n    val runCount = new AtomicInteger(0)\n    val orderingErrors = new AtomicInteger(0)\n\n    for (i <- 0 until runs) {\n      tester.run {\n        val observedRunCount = runCount.getAndIncrement()\n\n        \/\/ We see observedRunCount != i then this task was run out of order\n        if (observedRunCount != i) {\n          orderingErrors.incrementAndGet() \/\/ Record the error\n        }\n        \/\/ If this is the last task, complete our result promise\n        if ((observedRunCount + 1) >= runs) {\n          result.success(orderingErrors.get)\n        }\n      }\n    }\n    result.future\n  }\n\n  \"NonBlockingMutex\" should {\n\n    \"run a single operation\" in {\n      val p = Promise[Int]()\n      val mutex = new NonBlockingMutex()\n      mutex.exclusive { p.success(1) }\n      Await.result(p.future, waitTime) must_== (1)\n    }\n\n    \"run two operations\" in {\n      val p1 = Promise[Unit]()\n      val p2 = Promise[Unit]()\n      val mutex = new NonBlockingMutex()\n      mutex.exclusive { p1.success(()) }\n      mutex.exclusive { p2.success(()) }\n      Await.result(p1.future, waitTime) must_== (())\n      Await.result(p2.future, waitTime) must_== (())\n    }\n\n    \"run code in order\" in {\n      import ExecutionContext.Implicits.global\n\n      def percentageOfRunsWithOrderingErrors(runSize: Int, tester: Tester): Int = {\n        val results: Seq[Future[Int]] = for (i <- 0 until 9) yield {\n          countOrderingErrors(runSize, tester)\n        }\n        Await.result(Future.sequence(results), waitTime).filter(_ > 0).size * 10\n      }\n\n      \/\/ Iteratively increase the run size until we get observable errors 90% of the time\n      \/\/ We want a high error rate because we want to then use the MutexTester\n      \/\/ on the same run size and know that it is fixing up some problems. If the run size\n      \/\/ is too small then the MutexTester probably isn't doing anything. We use\n      \/\/ dynamic run sizing because the actual size that produces errors will vary\n      \/\/ depending on the environment in which this test is run.\n      var runSize = 8 \/\/ This usually reaches 8192 on my dev machine with 10 simultaneous queues\n      var errorPercentage = 0\n      while (errorPercentage < 90 && runSize < 1000000) {\n        runSize = runSize << 1\n        errorPercentage = percentageOfRunsWithOrderingErrors(runSize, new NaiveTester())\n      }\n      \/\/println(s\"Got $errorPercentage% ordering errors on run size of $runSize\")\n\n      \/\/ Now show that this run length works fine with the MutexTester\n      percentageOfRunsWithOrderingErrors(runSize, new MutexTester()) must_== 0\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/oauth\/OAuthSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.oauth\n\nimport akka.util.ByteString\nimport play.api.Application\nimport play.api.libs.ws.WS\nimport play.api.mvc._\nimport play.api.test._\n\nimport scala.concurrent.{ Future, Promise }\n\nclass OAuthSpec extends PlaySpecification {\n\n  sequential\n\n  val consumerKey = ConsumerKey(\"someConsumerKey\", \"someVerySecretConsumerSecret\")\n  val requestToken = RequestToken(\"someRequestToken\", \"someVerySecretRequestSecret\")\n  val oauthCalculator = OAuthCalculator(consumerKey, requestToken)\n\n  \"OAuth\" should {\n\n    \"sign a simple get request\" in {\n      val (request, body, hostUrl) = receiveRequest { implicit app =>\n        hostUrl =>\n          WS.url(hostUrl + \"\/foo\").sign(oauthCalculator).get()\n      }\n      OAuthRequestVerifier.verifyRequest(request, body, hostUrl, consumerKey, requestToken)\n    }\n\n    \"sign a get request with query parameters\" in {\n      val (request, body, hostUrl) = receiveRequest { implicit app =>\n        hostUrl =>\n          WS.url(hostUrl + \"\/foo\").withQueryString(\"param\" -> \"paramValue\").sign(oauthCalculator).get()\n      }\n      OAuthRequestVerifier.verifyRequest(request, body, hostUrl, consumerKey, requestToken)\n    }\n\n    \"sign a post request with a body\" in {\n      val (request, body, hostUrl) = receiveRequest { implicit app =>\n        hostUrl =>\n          WS.url(hostUrl + \"\/foo\").sign(oauthCalculator).post(Map(\"param\" -> Seq(\"paramValue\")))\n      }\n      OAuthRequestVerifier.verifyRequest(request, body, hostUrl, consumerKey, requestToken)\n    }\n  }\n\n  def receiveRequest(makeRequest: Application => String => Future[_]): (RequestHeader, ByteString, String) = {\n    val hostUrl = \"http:\/\/localhost:\" + testServerPort\n    val promise = Promise[(RequestHeader, ByteString)]()\n    val app = FakeApplication(withRoutes = {\n      case _ => Action(BodyParsers.parse.raw) { request =>\n        promise.success((request, request.body.asBytes().getOrElse(ByteString.empty)))\n        Results.Ok\n      }\n    })\n    running(TestServer(testServerPort, app)) {\n      await(makeRequest(app)(hostUrl))\n    }\n    val (request, body) = await(promise.future)\n    (request, body, hostUrl)\n  }\n}\n\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-json\/src\/test\/scala\/play\/api\/libs\/json\/JsonExtensionSpec.scala","text":"<filename>framework\/src\/play-json\/src\/test\/scala\/play\/api\/libs\/json\/JsonExtensionSpec.scala<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.json\n\nimport org.specs2.mutable._\nimport play.api.libs.json._\nimport play.api.libs.json.Json._\n\ncase class User(age: Int, name: String)\ncase class Dog(name: String, master: User)\n\ncase class Cat(name: String)\n\ncase class RecUser(name: String, cat: Option[Cat] = None, hobbies: List[String] = List(), friends: List[RecUser] = List())\n\ncase class User1(name: String, friend: Option[User1] = None)\n\ncase class UserMap(name: String, friends: Map[String, UserMap] = Map())\n\ncase class Toto(name: String)\ncase class Toto2(name: Option[String])\ncase class Toto3(name: List[Double])\ncase class Toto4(name: Set[Long])\ncase class Toto5(name: Map[String, Int])\ncase class Toto6(name: Seq[Dog])\ncase class UserFail(name: String, bd: Toto)\n\ncase class Id[A](id: A)\ncase class C1[A](id: Id[A], name: String)\n\ncase class X(\n  _1: String, _2: String, _3: String, _4: String, _5: String,\n  _6: String, _7: String, _8: String, _9: String, _10: String,\n  _11: String, _12: String, _13: String, _14: String, _15: String,\n  _16: String, _17: String, _18: String, _19: String, _20: String,\n  _21: String, _22: String)\n\ncase class Program(id: Long, name: String, logoPath: Option[String], logoThumb: Option[String])\nobject Program {\n  def programs = List.empty[Program]\n}\n\ncase class Person(name: String, age: Int)\nobject Person {\n  implicit val personReads: Reads[Person] = Json.reads[Person]\n  implicit val personWrites: OWrites[Person] = Json.writes[Person]\n}\n\npackage foreign {\n  case class Foreigner(name: String)\n}\nobject ForeignTest {\n  implicit val foreignerReads: Reads[foreign.Foreigner] = Json.reads[foreign.Foreigner]\n  implicit val foreignerWrites: OWrites[foreign.Foreigner] = Json.writes[foreign.Foreigner]\n}\n\nimport play.api.libs.json._\n\ncase class Person2(names: List[String])\n\ncase class GenericCaseClass[A](obj: A)\ncase class GenericCaseClass2[A, B](obj1: A, obj2: B)\ncase class WrappedGenericInt(int: GenericCaseClass[Int])\ncase class WrappedGenericIntString(intString: GenericCaseClass2[Int, String])\n\ncase class VarArgsOnly(ints: Int*)\ncase class LastVarArg(name: String, ints: Int*)\n\nobject Person2 {\n  implicit val person2Fmt: OFormat[Person2] = Json.format[Person2]\n}\n\ncase class CustomApply(a: Int, b: String)\nobject CustomApply {\n  def apply(): CustomApply = apply(10, \"foo\")\n}\n\nobject JsonExtensionSpec extends Specification {\n\n  \"JsonExtension\" should {\n    \"create a reads[User]\" in {\n      import play.api.libs.json.Json\n\n      \/\/object User {def apply(age:Int):User = User(age,\"\")}\n      implicit val userReads = Json.reads[User]\n\n      Json.fromJson[User](Json.obj(\"name\" -> \"toto\", \"age\" -> 45)) must beEqualTo(JsSuccess(User(45, \"toto\")))\n    }\n\n    \"create a writes[User]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userWrites = Json.writes[User]\n\n      Json.toJson(User(45, \"toto\")) must beEqualTo(Json.obj(\"name\" -> \"toto\", \"age\" -> 45))\n    }\n\n    \"create a format[User]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userFormat = Json.format[User]\n\n      Json.fromJson[User](Json.obj(\"name\" -> \"toto\", \"age\" -> 45)) must beEqualTo(JsSuccess(User(45, \"toto\")))\n      Json.toJson(User(45, \"toto\")) must beEqualTo(Json.obj(\"name\" -> \"toto\", \"age\" -> 45))\n    }\n\n    \"create a reads[Dog]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userReads = Json.reads[User]\n      implicit val dogReads = Json.reads[Dog]\n\n      Json.fromJson[Dog](\n        Json.obj(\n          \"name\" -> \"medor\",\n          \"master\" -> Json.obj(\"name\" -> \"toto\", \"age\" -> 45)\n        )\n      ) must beEqualTo(JsSuccess(Dog(\"medor\", User(45, \"toto\"))))\n\n    }\n\n    \"create a writes[Dog]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userWrites = Json.writes[User]\n      implicit val dogWrites = Json.writes[Dog]\n\n      Json.toJson(Dog(\"medor\", User(45, \"toto\"))) must beEqualTo(\n        Json.obj(\n          \"name\" -> \"medor\",\n          \"master\" -> Json.obj(\"name\" -> \"toto\", \"age\" -> 45)\n        )\n      )\n    }\n\n    \"create a format[Dog]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userFormat = Json.format[User]\n      implicit val dogFormat = Json.format[Dog]\n\n      Json.fromJson[Dog](\n        Json.obj(\n          \"name\" -> \"medor\",\n          \"master\" -> Json.obj(\"name\" -> \"toto\", \"age\" -> 45)\n        )\n      ) must beEqualTo(JsSuccess(Dog(\"medor\", User(45, \"toto\"))))\n\n      Json.toJson(Dog(\"medor\", User(45, \"toto\"))) must beEqualTo(\n        Json.obj(\n          \"name\" -> \"medor\",\n          \"master\" -> Json.obj(\"name\" -> \"toto\", \"age\" -> 45)\n        )\n      )\n    }\n\n    \"create a reads[RecUser]\" in {\n      import play.api.libs.json.Json\n\n      implicit val catReads = Json.reads[Cat]\n      implicit val recUserReads = Json.reads[RecUser]\n\n      Json.fromJson[RecUser](\n        Json.obj(\n          \"name\" -> \"bob\",\n          \"cat\" -> Json.obj(\"name\" -> \"minou\"),\n          \"hobbies\" -> Json.arr(\"bobsleig\", \"manhunting\"),\n          \"friends\" -> Json.arr(Json.obj(\"name\" -> \"tom\", \"hobbies\" -> Json.arr(), \"friends\" -> Json.arr()))\n        )\n      ) must beEqualTo(\n          JsSuccess(\n            RecUser(\n              \"bob\",\n              Some(Cat(\"minou\")),\n              List(\"bobsleig\", \"manhunting\"),\n              List(RecUser(\"tom\"))\n            )\n          )\n        )\n\n    }\n\n    \"create a writes[RecUser]\" in {\n      import play.api.libs.json.Json\n\n      implicit val catWrites = Json.writes[Cat]\n      implicit val recUserWrites = Json.writes[RecUser]\n\n      Json.toJson(\n        RecUser(\n          \"bob\",\n          Some(Cat(\"minou\")),\n          List(\"bobsleig\", \"manhunting\"),\n          List(RecUser(\"tom\"))\n        )\n      ) must beEqualTo(\n          Json.obj(\n            \"name\" -> \"bob\",\n            \"cat\" -> Json.obj(\"name\" -> \"minou\"),\n            \"hobbies\" -> Json.arr(\"bobsleig\", \"manhunting\"),\n            \"friends\" -> Json.arr(Json.obj(\"name\" -> \"tom\", \"hobbies\" -> Json.arr(), \"friends\" -> Json.arr()))\n          )\n        )\n\n    }\n\n    \"create a format[RecUser]\" in {\n      import play.api.libs.json.Json\n\n      implicit val catFormat = Json.format[Cat]\n      implicit val recUserFormat = Json.format[RecUser]\n\n      Json.fromJson[RecUser](\n        Json.obj(\n          \"name\" -> \"bob\",\n          \"cat\" -> Json.obj(\"name\" -> \"minou\"),\n          \"hobbies\" -> Json.arr(\"bobsleig\", \"manhunting\"),\n          \"friends\" -> Json.arr(Json.obj(\"name\" -> \"tom\", \"hobbies\" -> Json.arr(), \"friends\" -> Json.arr()))\n        )\n      ) must beEqualTo(\n          JsSuccess(\n            RecUser(\n              \"bob\",\n              Some(Cat(\"minou\")),\n              List(\"bobsleig\", \"manhunting\"),\n              List(RecUser(\"tom\"))\n            )\n          )\n        )\n\n      Json.toJson(\n        RecUser(\n          \"bob\",\n          Some(Cat(\"minou\")),\n          List(\"bobsleig\", \"manhunting\"),\n          List(RecUser(\"tom\"))\n        )\n      ) must beEqualTo(\n          Json.obj(\n            \"name\" -> \"bob\",\n            \"cat\" -> Json.obj(\"name\" -> \"minou\"),\n            \"hobbies\" -> Json.arr(\"bobsleig\", \"manhunting\"),\n            \"friends\" -> Json.arr(Json.obj(\"name\" -> \"tom\", \"hobbies\" -> Json.arr(), \"friends\" -> Json.arr()))\n          )\n        )\n\n    }\n\n    \"create a reads[User1]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userReads = Json.reads[User1]\n\n      Json.fromJson[User1](\n        Json.obj(\n          \"name\" -> \"bob\",\n          \"friend\" -> Json.obj(\"name\" -> \"tom\")\n        )\n      ) must beEqualTo(\n          JsSuccess(\n            User1(\n              \"bob\",\n              Some(User1(\"tom\"))\n            )\n          )\n        )\n    }\n\n    \"create a writes[User1]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userWrites = Json.writes[User1]\n\n      Json.toJson(\n        User1(\n          \"bob\",\n          Some(User1(\"tom\"))\n        )\n      ) must beEqualTo(\n          Json.obj(\n            \"name\" -> \"bob\",\n            \"friend\" -> Json.obj(\"name\" -> \"tom\")\n          )\n        )\n\n    }\n\n    \"create a format[User1]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userFormat = Json.format[User1]\n\n      Json.fromJson[User1](\n        Json.obj(\n          \"name\" -> \"bob\",\n          \"friend\" -> Json.obj(\"name\" -> \"tom\")\n        )\n      ) must beEqualTo(\n          JsSuccess(\n            User1(\n              \"bob\",\n              Some(User1(\"tom\"))\n            )\n          )\n        )\n\n      Json.toJson(\n        User1(\n          \"bob\",\n          Some(User1(\"tom\"))\n        )\n      ) must beEqualTo(\n          Json.obj(\n            \"name\" -> \"bob\",\n            \"friend\" -> Json.obj(\"name\" -> \"tom\")\n          )\n        )\n\n    }\n\n    \"create a format[WrappedGenericInt]\" in {\n      import play.api.libs.json.Json._\n      import play.api.libs.functional.syntax._\n\n      implicit def genericFormat[A: Format]: Format[GenericCaseClass[A]] =\n        (\n          (\n            (__ \\ \"obj\").format[A]\n          ).inmap\n        )(GenericCaseClass[A] _, unlift(GenericCaseClass.unapply[A]))\n\n      implicit val wrappedGenericIntFormat = Json.format[WrappedGenericInt]\n\n      val genericInt = GenericCaseClass(obj = 1)\n      val wrapped = WrappedGenericInt(int = genericInt)\n\n      val expectedJsObj = Json.obj(\n        \"int\" -> Json.obj(\"obj\" -> 1)\n      )\n      Json.toJson(wrapped) must beEqualTo(expectedJsObj)\n      Json.fromJson[WrappedGenericInt](expectedJsObj).get must beEqualTo(wrapped)\n    }\n\n    \"create a format[WrappedGenericIntString]\" in {\n      import play.api.libs.json.Json._\n      import play.api.libs.functional.syntax._\n\n      implicit def genericEntityWrapperFormat[A: Format, B: Format]: Format[GenericCaseClass2[A, B]] =\n        (\n          (\n            (__ \\ \"obj1\").format[A] and\n            (__ \\ \"obj2\").format[B]\n          )\n        )(GenericCaseClass2[A, B] _, unlift(GenericCaseClass2.unapply[A, B]))\n\n      implicit val genericHolderFormat = Json.format[WrappedGenericIntString]\n\n      val genericIntString = GenericCaseClass2(obj1 = 1, obj2 = \"hello\")\n      val genericHolder = WrappedGenericIntString(intString = genericIntString)\n      val expectedJsObj = Json.obj(\n        \"intString\" -> Json.obj(\"obj1\" -> 1, \"obj2\" -> \"hello\")\n      )\n      Json.toJson(genericHolder) must beEqualTo(expectedJsObj)\n      Json.fromJson[WrappedGenericIntString](expectedJsObj).get must beEqualTo(genericHolder)\n    }\n\n    \"VarArgsOnly reads, writes, format\" should {\n\n      val reads = Json.reads[VarArgsOnly]\n      val writes = Json.writes[VarArgsOnly]\n      val format = Json.format[VarArgsOnly]\n\n      val obj = VarArgsOnly(1, 2, 3)\n      val jsObj = Json.obj(\"ints\" -> Seq(1, 2, 3))\n\n      \"formats should be able to read and write\" in {\n        Json.toJson(obj)(format) must beEqualTo(jsObj)\n        jsObj.as[VarArgsOnly](format) must beEqualTo(obj)\n      }\n\n      \"reads should be able to read valid Json and ignore invalid Json\" in {\n        jsObj.as[VarArgsOnly](reads) must beEqualTo(obj)\n        Json.fromJson[VarArgsOnly](Json.obj(\"hello\" -> \"world\"))(reads).isError must beTrue\n      }\n\n      \"writes should be able to spit out valid json\" in {\n        Json.toJson(obj)(writes) must beEqualTo(jsObj)\n      }\n    }\n\n    \"LastVarArg reads, writes, format\" should {\n\n      val reads = Json.reads[LastVarArg]\n      val writes = Json.writes[LastVarArg]\n      val format = Json.format[LastVarArg]\n\n      val obj = LastVarArg(\"hello\", 1, 2, 3)\n      val jsObj = Json.obj(\"name\" -> \"hello\", \"ints\" -> Seq(1, 2, 3))\n\n      \"formats should be able to read and write\" in {\n        Json.toJson(obj)(format) must beEqualTo(jsObj)\n        jsObj.as[LastVarArg](format) must beEqualTo(obj)\n      }\n\n      \"reads should be able to read valid Json and ignore invalid Json\" in {\n        jsObj.as[LastVarArg](reads) must beEqualTo(obj)\n        Json.fromJson[LastVarArg](Json.obj(\"hello\" -> \"world\"))(reads).isError must beTrue\n      }\n\n      \"writes should be able to spit out valid json\" in {\n        Json.toJson(obj)(writes) must beEqualTo(jsObj)\n      }\n    }\n\n    \"manage Map[String, User]\" in {\n      import play.api.libs.json.Json\n\n      implicit val userReads = Json.reads[UserMap]\n\n      Json.fromJson[UserMap](\n        Json.obj(\"name\" -> \"toto\", \"friends\" -> Json.obj(\"tutu\" -> Json.obj(\"name\" -> \"tutu\", \"friends\" -> Json.obj())))\n      ) must beEqualTo(\n          JsSuccess(UserMap(\"toto\", Map(\"tutu\" -> UserMap(\"tutu\"))))\n        )\n    }\n\n    \"manage Boxed class\" in {\n      import play.api.libs.functional.syntax._\n\n      implicit def idReads[A](implicit rds: Reads[A]): Reads[Id[A]] =\n        Reads[Id[A]] { js => rds.reads(js).map(Id[A](_)) }\n\n      \/\/val c2Reads1 = Json.reads[C2]\n\n      implicit def c1Reads[A](implicit rds: Reads[Id[A]]) = {\n        (\n          (__ \\ 'id).read(rds) and\n          (__ \\ 'name).read[String]\n        )((id, name) => C1[A](id, name))\n      }\n\n      val js = Json.obj(\"id\" -> 123L, \"name\" -> \"toto\")\n\n      js.validate(c1Reads[Long]).get must beEqualTo(C1[Long](Id[Long](123L), \"toto\"))\n    }\n\n    \/**\n     * test to validate it doesn't compile if missing implicit\n     * \"fail if missing \" in {\n     * import play.api.libs.json.Json\n     *\n     * implicit val userReads = Json.reads[UserFail]\n     *\n     * success\n     * }\n     *\/\n    \"test 21 fields\" in {\n      implicit val XReads = Json.reads[X]\n      implicit val XWrites = Json.writes[X]\n      implicit val XFormat = Json.format[X]\n      success\n    }\n\n    \"test inception with overriden object\" in {\n      implicit val programFormat = Json.reads[Program]\n      success\n    }\n\n    \"test case class 1 field\" in {\n      implicit val totoReads = Json.reads[Toto]\n      implicit val totoWrites = Json.writes[Toto]\n      implicit val totoFormat = Json.format[Toto]\n      success\n    }\n\n    \"test case class 1 field option\" in {\n      implicit val toto2Reads = Json.reads[Toto2]\n      implicit val toto2Writes = Json.writes[Toto2]\n      implicit val toto2Format = Json.format[Toto2]\n      success\n    }\n\n    \"test case class 1 field list\" in {\n      implicit val toto3Reads = Json.reads[Toto3]\n      implicit val toto3Writes = Json.writes[Toto3]\n      implicit val toto3Format = Json.format[Toto3]\n      success\n    }\n\n    \"test case class 1 field set\" in {\n      implicit val toto4Reads = Json.reads[Toto4]\n      implicit val toto4Writes = Json.writes[Toto4]\n      implicit val toto4Format = Json.format[Toto4]\n      success\n    }\n\n    \"test case class 1 field map\" in {\n      implicit val toto5Reads = Json.reads[Toto5]\n      implicit val toto5Writes = Json.writes[Toto5]\n      implicit val toto5Format = Json.format[Toto5]\n      success\n    }\n\n    \"test case class 1 field seq[Dog]\" in {\n      implicit val userFormat = Json.format[User]\n      implicit val dogFormat = Json.format[Dog]\n      implicit val toto6Reads = Json.reads[Toto6]\n      implicit val toto6Writes = Json.writes[Toto6]\n      implicit val toto6Format = Json.format[Toto6]\n\n      val js = Json.obj(\"name\" -> Json.arr(\n        Json.obj(\n          \"name\" -> \"medor\",\n          \"master\" -> Json.obj(\"name\" -> \"toto\", \"age\" -> 45)\n        ),\n        Json.obj(\n          \"name\" -> \"brutus\",\n          \"master\" -> Json.obj(\"name\" -> \"tata\", \"age\" -> 23)\n        )\n      ))\n\n      Json.fromJson[Toto6](js).get must beEqualTo(\n        Toto6(Seq(\n          Dog(\"medor\", User(45, \"toto\")),\n          Dog(\"brutus\", User(23, \"tata\"))\n        ))\n      )\n    }\n\n    \"test case reads in companion object\" in {\n      Json.fromJson[Person](Json.toJson(Person(\"bob\", 15))).get must beEqualTo(Person(\"bob\", 15))\n    }\n\n    \"test case single-field in companion object\" in {\n      Json.fromJson[Person2](Json.toJson(Person2(List(\"bob\", \"bobby\")))).get must beEqualTo(Person2(List(\"bob\", \"bobby\")))\n    }\n\n    \"test hygiene\" in {\n      val play = \"\"\n      type LazyHelper = Any; val LazyHelper = ()\n      val scala = \"\"\n      type String = Any; val String = \"\"\n      type Unit = Any; val Unit = \"\"\n      type Any = Nothing; val Any = \"\"\n      type Int = String; val Int = \"\"\n\n      implicit val toto2Reads = Json.reads[Toto2]\n      implicit val toto2Writes = Json.writes[Toto2]\n      implicit val toto2Format = Json.format[Toto2]\n      success\n    }\n\n    \"create a format[CustomApply]\" in {\n      import play.api.libs.json.Json\n\n      implicit val fmt = Json.format[CustomApply]\n\n      Json.fromJson[CustomApply](Json.obj(\"a\" -> 5, \"b\" -> \"foo\")) must beEqualTo(JsSuccess(CustomApply(5, \"foo\")))\n      Json.toJson(CustomApply(5, \"foo\")) must beEqualTo(Json.obj(\"a\" -> 5, \"b\" -> \"foo\"))\n      Json.toJson(CustomApply()) must beEqualTo(Json.obj(\"a\" -> 10, \"b\" -> \"foo\"))\n    }\n\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-jdbc\/src\/test\/scala\/play\/api\/db\/ConnectionPoolConfigSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.db\n\nimport javax.inject.Inject\nimport play.api.test._\n\nclass ConnectionPoolConfigSpec extends PlaySpecification {\n\n  \"DBModule bindings\" should {\n\n    \"use HikariCP when default pool is default\" in new WithApplication(FakeApplication(\n      additionalConfiguration = Map(\n        \"db.default.url\" -> \"jdbc:h2:mem:default\",\n        \"db.other.driver\" -> \"org.h2.Driver\",\n        \"db.other.url\" -> \"jdbc:h2:mem:other\"\n      )\n    )) {\n      val db = app.injector.instanceOf[DBApi]\n      db.database(\"default\").withConnection { c =>\n        c.getClass.getName must contain(\"hikari\")\n      }\n    }\n\n    \"use HikariCP when default pool is 'hikaricp'\" in new WithApplication(FakeApplication(\n      additionalConfiguration = Map(\n        \"play.db.pool\" -> \"hikaricp\",\n        \"db.default.url\" -> \"jdbc:h2:mem:default\",\n        \"db.other.driver\" -> \"org.h2.Driver\",\n        \"db.other.url\" -> \"jdbc:h2:mem:other\"\n      )\n    )) {\n      val db = app.injector.instanceOf[DBApi]\n      db.database(\"default\").withConnection { c =>\n        c.getClass.getName must contain(\"hikari\")\n      }\n    }\n\n    \"use BoneCP when default pool is 'bonecp'\" in new WithApplication(FakeApplication(\n      additionalConfiguration = Map(\n        \"play.db.pool\" -> \"bonecp\",\n        \"db.default.url\" -> \"jdbc:h2:mem:default\",\n        \"db.other.driver\" -> \"org.h2.Driver\",\n        \"db.other.url\" -> \"jdbc:h2:mem:other\"\n      )\n    )) {\n      val db = app.injector.instanceOf[DBApi]\n      db.database(\"default\").withConnection { c =>\n        c.getClass.getName must contain(\"bonecp\")\n      }\n    }\n\n    \"use BoneCP when database-specific pool is 'bonecp'\" in new WithApplication(FakeApplication(\n      additionalConfiguration = Map(\n        \"db.default.pool\" -> \"bonecp\",\n        \"db.default.url\" -> \"jdbc:h2:mem:default\",\n        \"db.other.driver\" -> \"org.h2.Driver\",\n        \"db.other.url\" -> \"jdbc:h2:mem:other\"\n      )\n    )) {\n      val db = app.injector.instanceOf[DBApi]\n      db.database(\"default\").withConnection { c =>\n        c.getClass.getName must contain(\"bonecp\")\n      }\n    }\n\n  }\n\n}"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/tests\/code-scalatestplus-play\/oneserverpertest\/ExampleSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.tests.scalatest.oneserverpertest\n\nimport play.api.test._\nimport org.scalatest._\nimport org.scalatestplus.play._\nimport play.api.test.Helpers._\nimport play.api.libs.ws._\nimport play.api.mvc._\nimport Results._\n\n\/\/ #scalafunctionaltest-oneserverpertest\nclass ExampleSpec extends PlaySpec with OneServerPerTest {\n\n  \/\/ Override newAppForTest if you need a FakeApplication with other than\n  \/\/ default parameters.\n  override def newAppForTest(testData: TestData): FakeApplication =\n    new FakeApplication(\n      additionalConfiguration = Map(\"ehcacheplugin\" -> \"disabled\"),\n      withRoutes = {\n        case (\"GET\", \"\/\") => Action { Ok(\"ok\") }\n      }\n    )\n\n  \"The OneServerPerTest trait\" must {\n    \"test server logic\" in {\n      val myPublicAddress =  s\"localhost:$port\"\n      val testPaymentGatewayURL = s\"http:\/\/$myPublicAddress\"\n      \/\/ The test payment gateway requires a callback to this server before it returns a result...\n      val callbackURL = s\"http:\/\/$myPublicAddress\/callback\"\n      \/\/ await is from play.api.test.FutureAwaits\n      val response = await(WS.url(testPaymentGatewayURL).withQueryString(\"callbackURL\" -> callbackURL).get())\n\n      response.status mustBe (OK)\n    }\n  }\n}\n\/\/ #scalafunctionaltest-oneserverpertest\n"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/javaGuide\/main\/forms\/code\/javaguide\/forms\/html\/routes\/package.scala","text":"<filename>documentation\/manual\/working\/javaGuide\/main\/forms\/code\/javaguide\/forms\/html\/routes\/package.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage javaguide.forms.html\n\npackage object routes {\n  val Application = javaguide.forms.controllers.routes.Application\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-server\/src\/main\/scala\/play\/core\/server\/common\/ServerResultUtils.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.server.common\n\nimport akka.stream.Materializer\nimport akka.stream.scaladsl.Sink\nimport akka.util.ByteString\nimport play.api.mvc._\nimport play.api.http.{ Status, HttpEntity, HttpProtocol }\nimport play.api.http.HeaderNames._\n\nobject ServerResultUtils {\n\n  \/**\n   * Determine whether the connection should be closed, and what header, if any, should be added to the response.\n   *\/\n  def determineConnectionHeader(request: RequestHeader, result: Result): ConnectionHeader = {\n    if (request.version == HttpProtocol.HTTP_1_1) {\n      if (result.header.headers.get(CONNECTION).exists(_.equalsIgnoreCase(CLOSE))) {\n        \/\/ Close connection, header already exists\n        DefaultClose\n      } else if ((result.body.isInstanceOf[HttpEntity.Streamed] && result.body.contentLength.isEmpty)\n        || request.headers.get(CONNECTION).exists(_.equalsIgnoreCase(CLOSE))) {\n        \/\/ We need to close the connection and set the header\n        SendClose\n      } else {\n        DefaultKeepAlive\n      }\n    } else {\n      if (result.header.headers.get(CONNECTION).exists(_.equalsIgnoreCase(CLOSE))) {\n        DefaultClose\n      } else if ((result.body.isInstanceOf[HttpEntity.Streamed] && result.body.contentLength.isEmpty) ||\n        request.headers.get(CONNECTION).forall(!_.equalsIgnoreCase(KEEP_ALIVE))) {\n        DefaultClose\n      } else {\n        SendKeepAlive\n      }\n    }\n  }\n\n  \/**\n   * Validate the result.\n   *\n   * Returns the validated result, which may be an error result if validation failed.\n   *\/\n  def validateResult(request: RequestHeader, result: Result)(implicit mat: Materializer): Result = {\n    if (request.version == HttpProtocol.HTTP_1_0 && result.body.isInstanceOf[HttpEntity.Chunked]) {\n      cancelEntity(result.body)\n      Results.Status(Status.HTTP_VERSION_NOT_SUPPORTED)\n        .apply(\"The response to this request is chunked and hence requires HTTP 1.1 to be sent, but this is a HTTP 1.0 request.\")\n        .withHeaders(CONNECTION -> CLOSE)\n    } else if (!mayHaveEntity(result.header.status) && !result.body.isKnownEmpty) {\n      cancelEntity(result.body)\n      result.copy(body = HttpEntity.Strict(ByteString.empty, result.body.contentType))\n    } else {\n      result\n    }\n  }\n\n  private def mayHaveEntity(status: Int) =\n    status != Status.NO_CONTENT && status != Status.NOT_MODIFIED\n\n  \/**\n   * Cancel the entity.\n   *\n   * While theoretically, an Akka streams Source is not supposed to hold resources, in practice, this is very often not\n   * the case, for example, the response from an Akka HTTP client may have an associated Source that must be consumed\n   * (or cancelled) before the associated connection can be returned to the connection pool.\n   *\/\n  def cancelEntity(entity: HttpEntity)(implicit mat: Materializer) = {\n    entity match {\n      case HttpEntity.Chunked(chunks, _) => chunks.runWith(Sink.cancelled)\n      case HttpEntity.Streamed(data, _, _) => data.runWith(Sink.cancelled)\n      case _ =>\n    }\n  }\n\n  \/**\n   * The connection header logic to use for the result.\n   *\/\n  sealed trait ConnectionHeader {\n    def willClose: Boolean\n    def header: Option[String]\n  }\n  \/**\n   * A `Connection: keep-alive` header should be sent. Used to\n   * force an HTTP 1.0 connection to remain open.\n   *\/\n  case object SendKeepAlive extends ConnectionHeader {\n    override def willClose = false\n    override def header = Some(KEEP_ALIVE)\n  }\n  \/**\n   * A `Connection: close` header should be sent. Used to\n   * force an HTTP 1.1 connection to close.\n   *\/\n  case object SendClose extends ConnectionHeader {\n    override def willClose = true\n    override def header = Some(CLOSE)\n  }\n  \/**\n   * No `Connection` header should be sent. Used on an HTTP 1.0\n   * connection where the default behavior is to close the connection,\n   * or when the response already has a Connection: close header.\n   *\/\n  case object DefaultClose extends ConnectionHeader {\n    override def willClose = true\n    override def header = None\n  }\n  \/**\n   * No `Connection` header should be sent. Used on an HTTP 1.1\n   * connection where the default behavior is to keep the connection\n   * open.\n   *\/\n  case object DefaultKeepAlive extends ConnectionHeader {\n    override def willClose = false\n    override def header = None\n  }\n\n  \/\/ Values for the Connection header\n  private val KEEP_ALIVE = \"keep-alive\"\n  private val CLOSE = \"close\"\n\n  \/**\n   * Update the result's Set-Cookie header so that it removes any Flash cookies we received\n   * in the incoming request.\n   *\/\n  def cleanFlashCookie(requestHeader: RequestHeader, result: Result): Result = {\n    val optResultFlashCookies: Option[_] = result.header.headers.get(SET_COOKIE).flatMap { setCookieValue: String =>\n      Cookies.decodeSetCookieHeader(setCookieValue).find(_.name == Flash.COOKIE_NAME)\n    }\n\n    if (optResultFlashCookies.isDefined) {\n      \/\/ We're already setting a flash cookie in the result, just pass that\n      \/\/ through unchanged\n      result\n    } else {\n      val requestFlash: Flash = requestHeader.flash\n      if (requestFlash.isEmpty) {\n        \/\/ Neither incoming nor outgoing flash cookies; nothing to do\n        result\n      } else {\n        \/\/ We got incoming flash cookies, but there are no outgoing flash cookies,\n        \/\/ so we need to clear the cookies for the next request\n        result.discardingCookies(Flash.discard)\n      }\n    }\n  }\n\n  \/**\n   * Given a map of headers, split it into a sequence of individual headers.\n   * Most headers map into a single pair in the new sequence. The exception is\n   * the `Set-Cookie` header which we split into a pair for each cookie it\n   * contains. This allows us to work around issues with clients that can't\n   * handle combined headers. (Also RFC6265 says multiple headers shouldn't\n   * be folded together, which Play's API unfortunately  does.)\n   *\/\n  def splitSetCookieHeaders(headers: Map[String, String]): Iterable[(String, String)] = {\n    if (headers.contains(SET_COOKIE)) {\n      \/\/ Rewrite the headers with Set-Cookie split into separate headers\n      headers.to[Seq].flatMap {\n        case (SET_COOKIE, value) =>\n          val cookieParts = Cookies.SetCookieHeaderSeparatorRegex.split(value)\n          cookieParts.map { cookiePart =>\n            SET_COOKIE -> cookiePart\n          }\n        case (name, value) =>\n          Seq((name, value))\n      }\n    } else {\n      \/\/ No Set-Cookie header so we can just use the headers as they are\n      headers\n    }\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-java-ws\/src\/test\/scala\/play\/libs\/ws\/ahc\/AhcWSRequestSpec.scala","text":"package play.libs.ws.ahc\n\nimport org.specs2.mock.Mockito\nimport org.specs2.mutable._\n\nclass AhcWSRequestSpec extends Specification with Mockito {\n\n  \"AhcWSRequest\" should {\n\n    \"should respond to getMethod\" in {\n      val client = mock[AhcWSClient]\n      val request = new AhcWSRequest(client, \"http:\/\/example.com\", \/*materializer*\/ null)\n      request.buildRequest().getMethod must be_==(\"GET\")\n    }\n\n    \"should set virtualHost appropriately\" in {\n      val client = mock[AhcWSClient]\n      val request = new AhcWSRequest(client, \"http:\/\/example.com\", \/*materializer*\/ null)\n      request.setVirtualHost(\"foo.com\")\n      val actual = request.buildRequest().getVirtualHost()\n      actual must beEqualTo(\"foo.com\")\n    }\n\n    \"should support setting a request timeout\" in {\n      requestWithTimeout(1000) must beEqualTo(1000)\n    }\n\n    \"should support setting an infinite request timeout\" in {\n      requestWithTimeout(-1) must beEqualTo(-1)\n    }\n\n    \"should not support setting a request timeout < -1\" in {\n      requestWithTimeout(-2) must throwA[IllegalArgumentException]\n    }\n\n    \"should not support setting a request timeout > Integer.MAX_VALUE\" in {\n      requestWithTimeout(Int.MaxValue.toLong + 1) must throwA[IllegalArgumentException]\n    }\n\n    \"Only send first content type header and add charset=utf-8 to the Content-Type header if it's manually adding but lacking charset\" in {\n      import scala.collection.JavaConverters._\n      val client = mock[AhcWSClient]\n      val request = new AhcWSRequest(client, \"http:\/\/example.com\", \/*materializer*\/ null)\n      request.setBody(\"HELLO WORLD\")\n      request.setHeader(\"Content-Type\", \"application\/json\")\n      request.setHeader(\"Content-Type\", \"application\/xml\")\n      val req = request.buildRequest()\n      req.getHeaders.get(\"Content-Type\") must be_==(\"application\/json; charset=utf-8\")\n    }\n\n    \"Only send first content type header and keep the charset if it has been set manually with a charset\" in {\n      import scala.collection.JavaConverters._\n      val client = mock[AhcWSClient]\n      val request = new AhcWSRequest(client, \"http:\/\/example.com\", \/*materializer*\/ null)\n      request.setBody(\"HELLO WORLD\")\n      request.setHeader(\"Content-Type\", \"application\/json; charset=US-ASCII\")\n      request.setHeader(\"Content-Type\", \"application\/xml\")\n      val req = request.buildRequest()\n      req.getHeaders.get(\"Content-Type\") must be_==(\"application\/json; charset=US-ASCII\")\n    }\n  }\n\n  def requestWithTimeout(timeout: Long) = {\n    val client = mock[AhcWSClient]\n    val request = new AhcWSRequest(client, \"http:\/\/example.com\", \/*materializer*\/ null)\n    request.setRequestTimeout(timeout)\n    request.buildRequest().getRequestTimeout()\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-fork-run-plugin\/src\/main\/scala\/play\/sbt\/forkrun\/PlayForkProcess.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.sbt.forkrun\n\nimport sbt._\nimport java.io.File\nimport java.lang.{ Process => JProcess, ProcessBuilder => JProcessBuilder, Runtime => JRuntime }\nimport java.util.concurrent.CountDownLatch\nimport scala.concurrent.duration.FiniteDuration\n\ncase class PlayForkOptions(\n  workingDirectory: File,\n  jvmOptions: Seq[String],\n  classpath: Seq[File],\n  baseDirectory: File,\n  configKey: String,\n  logLevel: Level.Value,\n  logSbtEvents: Boolean,\n  shutdownTimeout: FiniteDuration)\n\n\/**\n * This differs from sbt's fork run mainly in the way that the process is stopped.\n *\n * When the (background job) thread is interrupted, or the sbt process exits while the fork\n * is still running, then the process is stopped by closing its input.\n * This is checked for by the fork run process and allows a graceful shutdown, rather than\n * forcibly terminating the process with `destroy`.\n *\/\nobject PlayForkProcess {\n  def apply(options: PlayForkOptions, args: Seq[String], log: Logger): Unit = {\n    val logProperties = Seq(\"-Dfork.run.log.level=\" + options.logLevel.toString, \"-Dfork.run.log.events=\" + options.logSbtEvents)\n    val jvmOptions = options.jvmOptions ++ logProperties\n    val arguments = Seq(options.baseDirectory.getAbsolutePath, options.configKey) ++ args\n    run(options.workingDirectory, jvmOptions, options.classpath, \"play.forkrun.ForkRun\", arguments, log, options.shutdownTimeout)\n  }\n\n  def run(workingDirectory: File, jvmOptions: Seq[String], classpath: Seq[File], mainClass: String, arguments: Seq[String], log: Logger, shutdownTimeout: FiniteDuration): Unit = {\n    val java = (file(sys.props(\"java.home\")) \/ \"bin\" \/ \"java\").absolutePath\n    val (classpathEnv, options) = makeOptions(jvmOptions, classpath, mainClass, arguments)\n    val command = (java +: options).toArray\n    val builder = new JProcessBuilder(command: _*)\n    builder.directory(workingDirectory)\n    for (cp <- classpathEnv) builder.environment.put(\"CLASSPATH\", cp)\n    val process = builder.start()\n    val stopLatch = new CountDownLatch(1)\n    val inputThread = spawn { stopLatch.await(); process.getOutputStream.close() }\n    val outputThread = spawn { BasicIO.processFully(logLine(log, Level.Info))(process.getInputStream) }\n    val errorThread = spawn { BasicIO.processFully(logLine(log, Level.Error))(process.getErrorStream) }\n    def stop(): Unit = {\n      \/\/ counting down triggers closing stdinput\n      stopLatch.countDown()\n      \/\/ wait a bit for clean exit\n      timedWaitFor(process, shutdownTimeout.toMillis) match {\n        case None =>\n          log.info(\"Forked Play process did not exit on its own, terminating it\")\n          \/\/ fire-and-forget sigterm, may or may not work\n          process.destroy()\n        case Some(x) =>\n          log.info(s\"Forked Play process exited with status: $x\")\n      }\n      \/\/ now join our logging threads (process is supposed to be gone, so nothing to log)\n      try process.getInputStream.close() catch { case _: Exception => }\n      try process.getErrorStream.close() catch { case _: Exception => }\n      outputThread.join()\n      errorThread.join()\n    }\n    val shutdownHook = newThread { stop() }\n    JRuntime.getRuntime.addShutdownHook(shutdownHook)\n    try process.waitFor() catch { case _: InterruptedException => stop() }\n    try JRuntime.getRuntime.removeShutdownHook(shutdownHook)\n    catch { case _: IllegalStateException => } \/\/ thrown when already shutting down\n  }\n\n  def timedWaitFor(process: JProcess, millis: Long): Option[Int] = try {\n    \/\/ exitValue throws if process hasn't exited\n    Some(process.exitValue())\n  } catch {\n    case _: IllegalThreadStateException =>\n      Thread.sleep(100)\n      if (millis > 0)\n        timedWaitFor(process, millis - 100)\n      else\n        None\n  }\n\n  def makeOptions(jvmOptions: Seq[String], classpath: Seq[File], mainClass: String, arguments: Seq[String]): (Option[String], Seq[String]) = {\n    val classpathOption = Path.makeString(classpath)\n    val options = jvmOptions ++ Seq(\"-classpath\", classpathOption, mainClass) ++ arguments\n    \/\/ if the options get too long for Windows, put the classpath in an environment variable\n    if (optionsTooLong(options)) {\n      val otherOptions = jvmOptions ++ Seq(mainClass) ++ arguments\n      (Option(classpathOption), otherOptions)\n    } else {\n      (None, options)\n    }\n  }\n\n  val isWindows: Boolean = sys.props(\"os.name\").toLowerCase(java.util.Locale.ENGLISH).contains(\"windows\")\n\n  val MaxOptionsLength = 5000\n\n  def optionsTooLong(options: Seq[String]): Boolean = isWindows && (options.mkString(\" \").length > MaxOptionsLength)\n\n  val ansiCode = \"(?:\\\\033\\\\[[0-9;]+m)?\"\n  val LogLine = s\"^${ansiCode}\\\\[${ansiCode}([a-z]+)${ansiCode}\\\\] (.*)\".r\n\n  \/\/ detect log level from output lines and re-log at the same level\n  def logLine(logger: Logger, defaultLevel: Level.Value): String => Unit = (line: String) => line match {\n    case LogLine(level, message) => logger.log(Level(level).getOrElse(defaultLevel), message)\n    case message => logger.log(defaultLevel, message)\n  }\n\n  def spawn(f: => Unit): Thread = {\n    val thread = newThread(f)\n    thread.start()\n    thread\n  }\n\n  def newThread(f: => Unit): Thread = new Thread(new Runnable { def run(): Unit = f })\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-plugin\/src\/sbt-test\/play-sbt-plugin\/multiproject\/transitive\/app\/Transitive.scala","text":"<filename>framework\/src\/sbt-plugin\/src\/sbt-test\/play-sbt-plugin\/multiproject\/transitive\/app\/Transitive.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\nobject Transitive"}
{"repo_name":"bjfletcher\/playframework","path":"documentation\/manual\/working\/scalaGuide\/main\/tests\/code-scalatestplus-play\/playspec\/ExampleSpec.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage scalaguide.tests.scalatest.playspec\n\nimport play.api.test._\nimport org.scalatest._\nimport org.scalatestplus.play._\nimport play.api.test.Helpers._\nimport play.api.libs.ws._\nimport play.api.mvc._\nimport Results._\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.concurrent.IntegrationPatience\n\n\/\/ #scalafunctionaltest-playspec\nclass ExampleSpec extends PlaySpec with OneServerPerSuite with  ScalaFutures with IntegrationPatience {\n\n  \/\/ Override app if you need a FakeApplication with other than\n  \/\/ default parameters.\n  implicit override lazy val app: FakeApplication =\n    FakeApplication(\n      additionalConfiguration = Map(\"ehcacheplugin\" -> \"disabled\"),\n      withRoutes = {\n        case (\"GET\", \"\/testing\") =>\n          Action(\n            Results.Ok(\n              \"<html>\" +\n                \"<head><title>Test Page<\/title><\/head>\" +\n                \"<body>\" +\n                \"<input type='button' name='b' value='Click Me' onclick='document.title=\\\"scalatest\\\"' \/>\" +\n                \"<\/body>\" +\n                \"<\/html>\"\n            ).as(\"text\/html\")\n          )\n      }\n    )\n\n  \"WsScalaTestClient's\" must {\n\n    \"wsUrl works correctly\" in {\n      val futureResult = wsUrl(\"\/testing\").get\n      val body = futureResult.futureValue.body\n      val expectedBody =\n        \"<html>\" +\n          \"<head><title>Test Page<\/title><\/head>\" +\n          \"<body>\" +\n          \"<input type='button' name='b' value='Click Me' onclick='document.title=\\\"scalatest\\\"' \/>\" +\n          \"<\/body>\" +\n          \"<\/html>\"\n      assert(body == expectedBody)\n    }\n\n    \"wsCall works correctly\" in {\n      val futureResult = wsCall(Call(\"get\", \"\/testing\")).get\n      val body = futureResult.futureValue.body\n      val expectedBody =\n        \"<html>\" +\n          \"<head><title>Test Page<\/title><\/head>\" +\n          \"<body>\" +\n          \"<input type='button' name='b' value='Click Me' onclick='document.title=\\\"scalatest\\\"' \/>\" +\n          \"<\/body>\" +\n          \"<\/html>\"\n      assert(body == expectedBody)\n    }\n  }\n}\n\/\/ #scalafunctionaltest-playspec\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-cache\/src\/main\/scala\/play\/api\/cache\/Cached.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.cache\n\nimport javax.inject.Inject\nimport play.api._\nimport play.api.libs.streams.Accumulator\nimport play.api.mvc._\nimport play.api.libs.Codecs\nimport play.api.http.HeaderNames.{ IF_NONE_MATCH, ETAG, EXPIRES }\nimport play.api.mvc.Results.NotModified\n\nimport play.core.Execution.Implicits.internalContext\n\nimport scala.concurrent.duration._\n\n\/**\n * A helper to add caching to an Action.\n *\/\nclass Cached @Inject() (cache: CacheApi) {\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Compute a key from the request header\n   * @param caching Compute a cache duration from the respone header\n   *\/\n  def apply(\n    key: RequestHeader => String,\n    caching: PartialFunction[ResponseHeader, Duration]): CachedBuilder = new CachedBuilder(cache, key, caching)\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Compute a key from the request header\n   *\/\n  def apply(key: RequestHeader => String): CachedBuilder = {\n    apply(key, duration = 0)\n  }\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Cache key\n   *\/\n  def apply(key: String): CachedBuilder = {\n    apply(_ => key, duration = 0)\n  }\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Cache key\n   * @param duration Cache duration (in seconds)\n   *\/\n  def apply(key: RequestHeader => String, duration: Int): CachedBuilder = {\n    new CachedBuilder(cache, key, { case (_: ResponseHeader) => Duration(duration, SECONDS) })\n  }\n\n  \/**\n   * A cached instance caching nothing\n   * Useful for composition\n   *\/\n  def empty(key: RequestHeader => String): CachedBuilder = new CachedBuilder(cache, key, PartialFunction.empty)\n\n  \/**\n   * Caches everything, forever\n   *\/\n  def everything(key: RequestHeader => String): CachedBuilder = empty(key).default(0)\n\n  \/**\n   * Caches everything for the specified seconds\n   *\/\n  def everything(key: RequestHeader => String, duration: Int): CachedBuilder = empty(key).default(duration)\n\n  \/**\n   * Caches the specified status, for the specified number of seconds\n   *\/\n  def status(key: RequestHeader => String, status: Int, duration: Int): CachedBuilder = empty(key).includeStatus(status, Duration(duration, SECONDS))\n\n  \/**\n   * Caches the specified status forever\n   *\/\n  def status(key: RequestHeader => String, status: Int): CachedBuilder = empty(key).includeStatus(status)\n}\n\n\/**\n * A helper to add caching to an Action. This helper uses the Application's default cache.\n * If you want to inject a custom cache, see the `Cached` class.\n *\/\nobject Cached {\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Compute a key from the request header\n   * @param caching Compute a cache duration from the respone header\n   *\/\n  def apply(\n    key: RequestHeader => String,\n    caching: PartialFunction[ResponseHeader, Duration]): UnboundCachedBuilder = new UnboundCachedBuilder(key, caching)\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Compute a key from the request header\n   *\/\n  def apply(key: RequestHeader => String): UnboundCachedBuilder = {\n    apply(key, duration = 0)\n  }\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Cache key\n   *\/\n  def apply(key: String): UnboundCachedBuilder = {\n    apply(_ => key, duration = 0)\n  }\n\n  \/**\n   * Cache an action.\n   *\n   * @param key Cache key\n   * @param duration Cache duration (in seconds)\n   *\/\n  def apply(key: RequestHeader => String, duration: Int): UnboundCachedBuilder = {\n    new UnboundCachedBuilder(key, { case (_: ResponseHeader) => Duration(duration, SECONDS) })\n  }\n\n  \/**\n   * A cached instance caching nothing\n   * Useful for composition\n   *\/\n  def empty(key: RequestHeader => String): UnboundCachedBuilder = new UnboundCachedBuilder(key, PartialFunction.empty)\n\n  \/**\n   * Caches everything, forever\n   *\/\n  def everything(key: RequestHeader => String): UnboundCachedBuilder = empty(key).default(0)\n\n  \/**\n   * Caches everything for the specified seconds\n   *\/\n  def everything(key: RequestHeader => String, duration: Int): UnboundCachedBuilder = empty(key).default(duration)\n\n  \/**\n   * Caches the specified status, for the specified number of seconds\n   *\/\n  def status(key: RequestHeader => String, status: Int, duration: Int): UnboundCachedBuilder = empty(key).includeStatus(status, Duration(duration, SECONDS))\n\n  \/**\n   * Caches the specified status forever\n   *\/\n  def status(key: RequestHeader => String, status: Int): UnboundCachedBuilder = empty(key).includeStatus(status)\n}\n\n\/**\n * Builds an action with caching behavior. Typically created with one of the methods in the `Cached`\n * class. Uses both server and client caches:\n *\n *  - Adds an `Expires` header to the response, so clients can cache response content ;\n *  - Adds an `Etag` header to the response, so clients can cache response content and ask the server for freshness ;\n *  - Cache the result on the server, so the underlying action is not computed at each call.\n *\n * @param cache The cache used for caching results\n * @param key Compute a key from the request header\n * @param caching A callback to get the number of seconds to cache results for\n *\/\nfinal class CachedBuilder(\n    cache: CacheApi,\n    key: RequestHeader => String,\n    caching: PartialFunction[ResponseHeader, Duration]) {\n\n  \/**\n   * Compose the cache with an action\n   *\/\n  def apply(action: EssentialAction): EssentialAction = build(action)\n\n  \/**\n   * Compose the cache with an action\n   *\/\n  def build(action: EssentialAction): EssentialAction = EssentialAction { request =>\n    val resultKey = key(request)\n    val etagKey = s\"$resultKey-etag\"\n\n    \/\/ Has the client a version of the resource as fresh as the last one we served?\n    val notModified = for {\n      requestEtag <- request.headers.get(IF_NONE_MATCH)\n      etag <- cache.get[String](etagKey)\n      if requestEtag == \"*\" || etag == requestEtag\n    } yield Accumulator.done(NotModified)\n\n    notModified.orElse {\n      \/\/ Otherwise try to serve the resource from the cache, if it has not yet expired\n      cache.get[SerializableResult](resultKey).map { sr: SerializableResult =>\n        Accumulator.done(sr.result)\n      }\n    }.getOrElse {\n      \/\/ The resource was not in the cache, we have to run the underlying action\n      val accumulatorResult = action(request)\n\n      \/\/ Add cache information to the response, so clients can cache its content\n      accumulatorResult.map(handleResult(_, etagKey, resultKey))\n    }\n  }\n\n  \/**\n   * Eternity is one year long. Duration zero means eternity.\n   *\/\n  private val cachingWithEternity = caching.andThen { duration =>\n    \/\/ FIXME: Surely Duration.Inf is a better marker for eternity than 0?\n    val zeroDuration: Boolean = duration.neg().equals(duration)\n    if (zeroDuration) {\n      Duration(60 * 60 * 24 * 365, SECONDS)\n    } else {\n      duration\n    }\n  }\n\n  private def handleResult(result: Result, etagKey: String, resultKey: String): Result = {\n    cachingWithEternity.andThen { duration =>\n      \/\/ Format expiration date according to http standard\n      val expirationDate = http.dateFormat.print(System.currentTimeMillis() + duration.toMillis)\n      \/\/ Generate a fresh ETAG for it\n      \/\/ Use quoted sha1 hash of expiration date as ETAG\n      val etag = s\"\"\"\"${Codecs.sha1(expirationDate)}\"\"\"\"\n\n      val resultWithHeaders = result.withHeaders(ETAG -> etag, EXPIRES -> expirationDate)\n\n      \/\/ Cache the new ETAG of the resource\n      cache.set(etagKey, etag, duration)\n      \/\/ Cache the new Result of the resource\n      cache.set(resultKey, new SerializableResult(resultWithHeaders), duration)\n\n      resultWithHeaders\n    }.applyOrElse(result.header, (_: ResponseHeader) => result)\n  }\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result forever\n   *\/\n  def includeStatus(status: Int): CachedBuilder = includeStatus(status, Duration.Zero)\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result for duration seconds\n   *\n   * @param status the status code to check\n   * @param duration the number of seconds to cache the result for\n   *\/\n  def includeStatus(status: Int, duration: Int): CachedBuilder = includeStatus(status, Duration(duration, SECONDS))\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result for duration seconds\n   *\n   * @param status the status code to check\n   * @param duration how long should we cache the result for\n   *\/\n  def includeStatus(status: Int, duration: Duration): CachedBuilder = compose {\n    case e if e.status == status => {\n      duration\n    }\n  }\n\n  \/**\n   * The returned cache will store all responses whatever they may contain\n   * @param duration how long we should store responses\n   *\/\n  def default(duration: Duration): CachedBuilder = compose(PartialFunction((_: ResponseHeader) => duration))\n\n  \/**\n   * The returned cache will store all responses whatever they may contain\n   * @param duration the number of seconds we should store responses\n   *\/\n  def default(duration: Int): CachedBuilder = default(Duration(duration, SECONDS))\n\n  \/**\n   * Compose the cache with new caching function\n   * @param alternative a closure getting the reponseheader and returning the duration\n   *        we should cache for\n   *\/\n  def compose(alternative: PartialFunction[ResponseHeader, Duration]): CachedBuilder = new CachedBuilder(\n    cache = cache,\n    key = key,\n    caching = caching.orElse(alternative)\n  )\n\n}\n\n\/**\n * Builds an action with caching behavior. Typically created with one of the methods in the `Cached`\n * companion object. Uses both server and client caches:\n *\n *  - Adds an `Expires` header to the response, so clients can cache response content ;\n *  - Adds an `Etag` header to the response, so clients can cache response content and ask the server for freshness ;\n *  - Cache the result on the server, so the underlying action is not computed at each call.\n *\n * Unlike `CachedBuilder`, an `UnboundCachedBuilder` isn't bound to a particular\n * cache when it is created. It binds the default cache of the current application\n * when it builds an action.\n *\n * @param key Compute a key from the request header\n * @param caching A callback to get the number of seconds to cache results for\n *\/\nclass UnboundCachedBuilder(key: RequestHeader => String, caching: PartialFunction[ResponseHeader, Duration]) {\n  import Cached._\n\n  \/**\n   * Compose the cache with an action\n   *\/\n  def apply(action: EssentialAction)(implicit app: Application): EssentialAction = build(action)\n\n  \/**\n   * Compose the cache with an action\n   *\/\n  def build(action: EssentialAction)(implicit app: Application): EssentialAction = {\n    new CachedBuilder(Cache.cacheApi, key, caching).build(action)\n  }\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result forever\n   *\/\n  def includeStatus(status: Int): UnboundCachedBuilder = includeStatus(status, Duration.Zero)\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result for duration seconds\n   *\n   * @param status the status code to check\n   * @param duration the number of seconds to cache the result for\n   *\/\n  def includeStatus(status: Int, duration: Int): UnboundCachedBuilder = includeStatus(status, Duration(duration, SECONDS))\n\n  \/**\n   * Whether this cache should cache the specified response if the status code match\n   * This method will cache the result for duration seconds\n   *\n   * @param status the status code to check\n   * @param duration how long should we cache the result for\n   *\/\n  def includeStatus(status: Int, duration: Duration): UnboundCachedBuilder = compose {\n    case e if e.status == status => {\n      duration\n    }\n  }\n\n  \/**\n   * The returned cache will store all responses whatever they may contain\n   * @param duration how long we should store responses\n   *\/\n  def default(duration: Duration): UnboundCachedBuilder = compose(PartialFunction((_: ResponseHeader) => duration))\n\n  \/**\n   * The returned cache will store all responses whatever they may contain\n   * @param duration the number of seconds we should store responses\n   *\/\n  def default(duration: Int): UnboundCachedBuilder = default(Duration(duration, SECONDS))\n\n  \/**\n   * Compose the cache with new caching function\n   * @param alternative a closure getting the reponseheader and returning the duration\n   *        we should cache for\n   *\/\n  def compose(alternative: PartialFunction[ResponseHeader, Duration]): UnboundCachedBuilder = new UnboundCachedBuilder(\n    key = key,\n    caching = caching.orElse(alternative)\n  )\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-streams\/src\/test\/scala\/play\/api\/libs\/streams\/StreamsSpec.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.streams\n\nimport play.api.libs.streams.impl._\nimport org.specs2.mutable.Specification\nimport scala.concurrent.Future\n\nclass StreamsSpec extends Specification {\n\n  \"Streams helper interface\" should {\n    \/\/ TODO: Better tests needed, these are only here to ensure Streams compiles\n    \"create a Publisher from a Future\" in {\n      val pubr = Streams.futureToPublisher(Future.successful(1))\n      pubr must haveClass[FuturePublisher[Int]]\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/test\/scala\/play\/core\/test\/package.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core\n\nimport play.api.{ ApplicationLoader, BuiltInComponentsFromContext, Environment, Play }\n\npackage object test {\n\n  \/**\n   * Run the given block of code with an application.\n   *\/\n  def withApplication[T](block: => T): T = {\n    val app = new BuiltInComponentsFromContext(ApplicationLoader.createContext(Environment.simple())) {\n      def router = play.api.routing.Router.empty\n    }.application\n    Play.start(app)\n    try {\n      block\n    } finally {\n      Play.stop(app)\n    }\n  }\n\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-ws\/src\/test\/scala\/play\/api\/libs\/ws\/WSConfigParserSpec.scala","text":"\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.libs.ws\n\nimport org.specs2.mutable._\nimport com.typesafe.config.ConfigFactory\nimport play.api.Environment\nimport play.api.test.WithApplication\n\nimport scala.concurrent.duration._\n\nobject WSConfigParserSpec extends Specification {\n\n  \"WSConfigParser\" should {\n\n    def parseThis(input: String)(implicit app: play.api.Application) = {\n      val config = play.api.Configuration(ConfigFactory.parseString(input).withFallback(ConfigFactory.defaultReference()))\n      val parser = new WSConfigParser(config, app.injector.instanceOf[Environment])\n      parser.parse()\n    }\n\n    \"parse ws base section\" in new WithApplication {\n      val actual = parseThis(\"\"\"\n                                |play.ws.timeout.connection = 9999 ms\n                                |play.ws.timeout.idle = 666 ms\n                                |play.ws.timeout.request = 1234 ms\n                                |play.ws.followRedirects = false\n                                |play.ws.useProxyProperties = false\n                                |play.ws.useragent = \"FakeUserAgent\"\n                              \"\"\".stripMargin)\n\n      actual.connectionTimeout must_== 9999.millis\n      actual.idleTimeout must_== 666.millis\n      actual.requestTimeout must_== 1234.millis\n\n      \/\/ default: true\n      actual.followRedirects must beFalse\n\n      \/\/ default: true\n      actual.useProxyProperties must beFalse\n\n      actual.userAgent must beSome.which(_ must_== \"FakeUserAgent\")\n    }\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play-test\/src\/main\/scala\/play\/api\/test\/package.scala","text":"<reponame>bjfletcher\/playframework<filename>framework\/src\/play-test\/src\/main\/scala\/play\/api\/test\/package.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api\n\n\/**\n * Contains test helpers.\n *\/\npackage object test {\n  \/**\n   * Provided as an implicit by WithServer and WithBrowser.\n   *\/\n  type Port = Int\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/sbt-plugin\/src\/main\/scala\/play\/sbt\/routes\/RoutesCompiler.scala","text":"<reponame>bjfletcher\/playframework\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.sbt.routes\n\nimport play.core.PlayVersion\nimport play.routes.compiler.{ RoutesGenerator, RoutesCompilationError }\nimport play.routes.compiler.RoutesCompiler.{ RoutesCompilerTask, GeneratedSource }\nimport sbt._\nimport sbt.Keys._\nimport com.typesafe.sbt.web.incremental._\nimport play.api.PlayException\nimport sbt.plugins.JvmPlugin\nimport xsbti.Position\n\nimport scala.language.implicitConversions\n\nobject RoutesKeys {\n  val routesCompilerTasks = TaskKey[Seq[RoutesCompilerTask]](\"playRoutesTasks\", \"The routes files to compile\")\n  val routes = TaskKey[Seq[File]](\"playRoutes\", \"Compile the routes files\")\n  val routesImport = SettingKey[Seq[String]](\"playRoutesImports\", \"Imports for the router\")\n  val routesGenerator = SettingKey[RoutesGenerator](\"playRoutesGenerator\", \"The routes generator\")\n  val generateReverseRouter = SettingKey[Boolean](\"playGenerateReverseRouter\",\n    \"Whether the reverse router should be generated. Setting to false may reduce compile times if it's not needed.\")\n  val namespaceReverseRouter = SettingKey[Boolean](\"playNamespaceReverseRouter\",\n    \"Whether the reverse router should be namespaced. Useful if you have many routers that use the same actions.\")\n\n  \/**\n   * This class is used to avoid infinite recursions when configuring aggregateReverseRoutes, since it makes the\n   * ProjectReference a thunk.\n   *\/\n  class LazyProjectReference(ref: => ProjectReference) {\n    def project: ProjectReference = ref\n  }\n\n  object LazyProjectReference {\n    implicit def fromProjectReference(ref: => ProjectReference): LazyProjectReference = new LazyProjectReference(ref)\n    implicit def fromProject(project: => Project): LazyProjectReference = new LazyProjectReference(project)\n  }\n\n  val aggregateReverseRoutes = SettingKey[Seq[LazyProjectReference]](\"playAggregateReverseRoutes\",\n    \"A list of projects that reverse routes should be aggregated from.\")\n\n  val InjectedRoutesGenerator = play.routes.compiler.InjectedRoutesGenerator\n  val StaticRoutesGenerator = play.routes.compiler.StaticRoutesGenerator\n}\n\nobject RoutesCompiler extends AutoPlugin {\n  import RoutesKeys._\n\n  override def trigger = noTrigger\n\n  override def requires = JvmPlugin\n\n  val autoImport = RoutesKeys\n\n  override def projectSettings =\n    defaultSettings ++\n      inConfig(Compile)(routesSettings) ++\n      inConfig(Test)(routesSettings)\n\n  def routesSettings = Seq(\n    sources in routes := Nil,\n\n    routesCompilerTasks <<= Def.taskDyn {\n\n      \/\/ Aggregate all the routes file tasks that we want to compile the reverse routers for.\n      aggregateReverseRoutes.value.map { agg =>\n        routesCompilerTasks in (agg.project, configuration.value)\n      }.join.map { aggTasks: Seq[Seq[RoutesCompilerTask]] =>\n\n        \/\/ Aggregated tasks need to have forwards router compilation disabled and reverse router compilation enabled.\n        val reverseRouterTasks = aggTasks.flatten.map { task =>\n          task.copy(forwardsRouter = false, reverseRouter = true)\n        }\n\n        \/\/ Find the routes compile tasks for this project\n        val thisProjectTasks = (sources in routes).value.map { file =>\n          RoutesCompilerTask(file, routesImport.value, forwardsRouter = true,\n            reverseRouter = generateReverseRouter.value, namespaceReverseRouter = namespaceReverseRouter.value)\n        }\n\n        thisProjectTasks ++ reverseRouterTasks\n      }\n    },\n\n    watchSources in Defaults.ConfigGlobal <++= sources in routes,\n\n    target in routes := crossTarget.value \/ \"routes\" \/ Defaults.nameForSrc(configuration.value.name),\n\n    routes <<= compileRoutesFiles,\n\n    sourceGenerators <+= routes,\n    managedSourceDirectories <+= target in routes\n  )\n\n  def defaultSettings = Seq(\n    routesImport := Nil,\n    aggregateReverseRoutes := Nil,\n\n    \/\/ Generate reverse router defaults to true if this project is not aggregated by any of the projects it depends on\n    \/\/ aggregateReverseRoutes projects.  Otherwise, it will be false, since another project will be generating the\n    \/\/ reverse router for it.\n    generateReverseRouter <<= Def.settingDyn {\n      val projectRef = thisProjectRef.value\n      val dependencies = buildDependencies.value.classpathTransitiveRefs(projectRef)\n\n      \/\/ Go through each dependency of this project\n      dependencies.map { dep =>\n\n        \/\/ Get the aggregated reverse routes projects for the dependency, if defined\n        Def.optional(aggregateReverseRoutes in dep)(_.map(_.map(_.project)).getOrElse(Nil))\n\n      }.join.apply { aggregated: Seq[Seq[ProjectReference]] =>\n        val localProject = LocalProject(projectRef.project)\n        \/\/ Return false if this project is aggregated by one of our dependencies\n        !aggregated.flatten.contains(localProject)\n      }\n    },\n\n    namespaceReverseRouter := false,\n    routesGenerator := InjectedRoutesGenerator, \/\/ changed from StaticRoutesGenerator in 2.5.0\n    sourcePositionMappers += routesPositionMapper\n  )\n\n  private val compileRoutesFiles = Def.task[Seq[File]] {\n    compileRoutes(routesCompilerTasks.value, routesGenerator.value, (target in routes).value, streams.value.cacheDirectory,\n      state.value.log)\n  }\n\n  def compileRoutes(tasks: Seq[RoutesCompilerTask], generator: RoutesGenerator, generatedDir: File,\n    cacheDirectory: File, log: Logger): Seq[File] = {\n    val ops = tasks.map(task => RoutesCompilerOp(task, generator.id, PlayVersion.current))\n    val (products, errors) = syncIncremental(cacheDirectory, ops) { opsToRun: Seq[RoutesCompilerOp] =>\n\n      val results = opsToRun.map { op =>\n        op -> play.routes.compiler.RoutesCompiler.compile(op.task, generator, generatedDir)\n      }\n      val opResults = results.map {\n        case (op, Right(inputs)) => op -> OpSuccess(Set(op.task.file), inputs.toSet)\n        case (op, Left(_)) => op -> OpFailure\n      }.toMap\n      val errors = results.collect {\n        case (_, Left(e)) => e\n      }.flatten\n      (opResults, errors)\n    }\n\n    if (errors.nonEmpty) {\n      val exceptions = errors.map {\n        case RoutesCompilationError(source, message, line, column) =>\n          reportCompilationError(log, RoutesCompilationException(source, message, line, column.map(_ - 1)))\n      }\n      throw exceptions.head\n    }\n\n    products.to[Seq]\n  }\n\n  private def reportCompilationError(log: Logger, error: PlayException.ExceptionSource) = {\n    \/\/ log the source file and line number with the error message\n    log.error(Option(error.sourceName).getOrElse(\"\") + Option(error.line).map(\":\" + _).getOrElse(\"\") + \": \" + error.getMessage)\n    Option(error.interestingLines(0)).map(_.focus).flatMap(_.headOption) map { line =>\n      \/\/ log the line\n      log.error(line)\n      Option(error.position).map { pos =>\n        \/\/ print a carat under the offending character\n        val spaces = (line: Seq[Char]).take(pos).map {\n          case '\\t' => '\\t'\n          case x => ' '\n        }\n        log.error(spaces.mkString + \"^\")\n      }\n    }\n    error\n  }\n\n  val routesPositionMapper: Position => Option[Position] = position => {\n    position.sourceFile collect {\n      case GeneratedSource(generatedSource) => {\n        new xsbti.Position {\n          lazy val line = {\n            position.line.flatMap(l => generatedSource.mapLine(l.asInstanceOf[Int])).map(l => xsbti.Maybe.just(l.asInstanceOf[java.lang.Integer])).getOrElse(xsbti.Maybe.nothing[java.lang.Integer])\n          }\n          lazy val lineContent = {\n            line flatMap { lineNo =>\n              sourceFile.flatMap { file =>\n                IO.read(file).split('\\n').lift(lineNo - 1)\n              }\n            } getOrElse \"\"\n          }\n          val offset = xsbti.Maybe.nothing[java.lang.Integer]\n          val pointer = xsbti.Maybe.nothing[java.lang.Integer]\n          val pointerSpace = xsbti.Maybe.nothing[String]\n          val sourceFile = xsbti.Maybe.just(generatedSource.source.get)\n          val sourcePath = xsbti.Maybe.just(sourceFile.get.getCanonicalPath)\n        }\n      }\n    }\n  }\n}\n\nprivate case class RoutesCompilerOp(task: RoutesCompilerTask, generatorId: String, playVersion: String)\n\ncase class RoutesCompilationException(source: File, message: String, atLine: Option[Int], column: Option[Int]) extends PlayException.ExceptionSource(\n  \"Compilation error\", message) with FeedbackProvidedException {\n  def line = atLine.map(_.asInstanceOf[java.lang.Integer]).orNull\n  def position = column.map(_.asInstanceOf[java.lang.Integer]).orNull\n  def input = IO.read(source)\n  def sourceName = source.getAbsolutePath\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/main\/scala\/play\/core\/j\/JavaHttpErrorHandlerAdapter.scala","text":"<filename>framework\/src\/play\/src\/main\/scala\/play\/core\/j\/JavaHttpErrorHandlerAdapter.scala\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.j\n\nimport javax.inject.Inject\n\nimport play.api.http.HttpErrorHandler\nimport play.api.mvc.RequestHeader\nimport play.http.{ HttpErrorHandler => JHttpErrorHandler }\n\n\/**\n * Adapter from a Java HttpErrorHandler to a Scala HttpErrorHandler\n *\/\nclass JavaHttpErrorHandlerAdapter @Inject() (underlying: JHttpErrorHandler) extends HttpErrorHandler {\n\n  def onClientError(request: RequestHeader, statusCode: Int, message: String) = {\n    JavaHelpers.invokeWithContext(request, req => underlying.onClientError(req, statusCode, message))\n  }\n\n  def onServerError(request: RequestHeader, exception: Throwable) = {\n    JavaHelpers.invokeWithContext(request, req => underlying.onServerError(req, exception))\n  }\n}\n"}
{"repo_name":"bjfletcher\/playframework","path":"framework\/src\/play\/src\/test\/scala\/views\/js\/helper\/HelpersSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright (C) 2009-2016 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage views.js.helper\n\nimport org.specs2.mutable.Specification\n\nobject HelpersSpec extends Specification {\n\n  \"@json\" should {\n    \"Produce valid JavaScript strings\" in {\n      json(\"foo\").toString must equalTo(\"\\\"foo\\\"\")\n    }\n\n    \"Properly escape quotes\" in {\n      json(\"fo\\\"o\").toString must equalTo(\"\\\"fo\\\\\\\"o\\\"\")\n    }\n\n    \"Not escape HTML entities\" in {\n      json(\"fo&o\").toString must equalTo(\"\\\"fo&o\\\"\")\n    }\n\n    \"Produce valid JavaScript literal objects\" in {\n      json(Map(\"foo\" -> \"bar\")).toString must equalTo(\"{\\\"foo\\\":\\\"bar\\\"}\")\n    }\n\n    \"Produce valid JavaScript arrays\" in {\n      json(List(\"foo\", \"bar\")).toString must equalTo(\"[\\\"foo\\\",\\\"bar\\\"]\")\n    }\n  }\n\n}\n"}
{"repo_name":"mincong-h\/vavr-issue-2559","path":"src\/test\/scala\/io\/vavr\/issues\/Issue2559Spec.scala","text":"<reponame>mincong-h\/vavr-issue-2559<gh_stars>0\npackage io.vavr.issues\n\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.collection.immutable.Queue\nimport scala.collection.{StrictOptimizedIterableOps, mutable}\n\nclass Issue2559Spec extends FlatSpec with Matchers {\n\n  \"Set\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Set(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, Set, Set[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Set(1, 2, 3)\n    partition._2 shouldEqual Set()\n    count.get() shouldEqual 3\n  }\n\n  \"List\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = List(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, List, List[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual List(1, 2, 3)\n    partition._2 shouldEqual List()\n    count.get() shouldEqual 3\n  }\n\n  \"Seq\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Seq(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, Seq, Seq[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Seq(1, 2, 3)\n    partition._2 shouldEqual Seq()\n    count.get() shouldEqual 3\n  }\n\n  \"Queue\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Queue(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, Queue, Queue[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Queue(1, 2, 3)\n    partition._2 shouldEqual Queue()\n    count.get() shouldEqual 3\n  }\n\n  \"Map\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Map[String, Int]((\"1\", 1), (\"2\", 2), (\"3\", 3))\n    \/\/ FIXME Enable the test\n    \/\/ values shouldBe a[StrictOptimizedIterableOps[_, _, _]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Map[String, Int]((\"1\", 1), (\"2\", 2), (\"3\", 3))\n    partition._2 shouldEqual Map[String, Int]()\n    count.get() shouldEqual 3\n  }\n\n  \"Vector\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Vector(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, Vector, Vector[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Vector(1, 2, 3)\n    partition._2 shouldEqual Vector()\n    count.get() shouldEqual 3\n  }\n\n  \"Stack\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = mutable.Stack(1, 2, 3)\n    values shouldBe a[StrictOptimizedIterableOps[Int, mutable.Stack, mutable.Stack[Int]]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual mutable.Stack(1, 2, 3)\n    partition._2 shouldEqual mutable.Stack()\n    count.get() shouldEqual 3\n  }\n\n  \"Array\" should \"partition in 1 iteration\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Array(1, 2, 3)\n    \/\/ FIXME Enable test\n    \/\/ values should not be a[StrictOptimizedIterableOps[_, _, _]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Array(1, 2, 3)\n    partition._2 shouldEqual Array()\n    count.get() shouldEqual 3\n  }\n\n  \"LazyList\" should \"partition in 2 iterations\" in {\n    val count = new AtomicInteger(0)\n\n    val values = LazyList(1, 2, 3)\n    \/\/ FIXME Enable the test\n    \/\/ values should not be a[StrictOptimizedIterableOps[_, _, _]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual LazyList(1, 2, 3)\n    partition._2 shouldEqual LazyList()\n    count.get() shouldEqual 6\n  }\n\n  \"Stream\" should \"partition in 2 iterations\" in {\n    val count = new AtomicInteger(0)\n\n    val values = Stream(1, 2, 3)\n    \/\/ FIXME Enable the test\n    \/\/ values should not be a[StrictOptimizedIterableOps[_, _, _]]\n\n    val partition = values.partition(_ => {\n      count.incrementAndGet()\n      true\n    })\n\n    partition._1 shouldEqual Stream(1, 2, 3)\n    partition._2 shouldEqual Stream()\n    count.get() shouldEqual 6\n  }\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/Parsers.scala","text":"<reponame>pjambet\/fpinscala\npackage fpinscala.parsing\n\nimport java.util.regex.Pattern\n\nimport fpinscala.testing._\nimport fpinscala.testing.Prop._\n\nimport language.higherKinds\nimport scala.util.matching.Regex\n\/\/import language.implicitConversions\n\ntrait Parsers[Parser[+ _]] { self => \/\/ so inner classes may call methods of trait\n\n  def run[A](p: Parser[A])(input: String): Either[ParseError, A]\n\n  def char(c: Char): Parser[Char] =\n    string(c.toString) map (_.charAt(0))\n\n  def defaultSucceed[A](a: A): Parser[A] =\n    string(\"\") map (_ => a)\n\n  def succeed[A](a: A): Parser[A]\n\n\/\/  def orString(s1: String, s2: String): Parser[String]\n  def or[A](s1: Parser[A], s2: => Parser[A]): Parser[A]\n\n  implicit def string(s: String): Parser[String]\n  implicit def operators[A](p: Parser[A]): ParserOps[A] = ParserOps[A](p)\n  implicit def asStringParser[A](a: A)(\n      implicit f: A => Parser[String]): ParserOps[String] = ParserOps(f(a))\n\n  implicit def regex(r: Regex): Parser[String]\n\n  def listOfN[A](n: Int, p: Parser[A]): Parser[List[A]] =\n    if (n <= 0) succeed(List.empty[A])\n    else map2(p, listOfN(n - 1, p))(_ :: _)\n\n  def many[A](p: Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _) or succeed(List.empty[A])\n\n  def map[A, B](pa: Parser[A])(f: A => B): Parser[B] =\n\/\/    flatMap(pa)(a => succeed(f(a)))\n    flatMap(pa)(f andThen succeed)\n\n  def flatMap[A, B](p: Parser[A])(f: A => Parser[B]): Parser[B]\n\n  def slice[A](p: Parser[A]): Parser[String]\n\n  def product[A, B](p: Parser[A], p2: => Parser[B]): Parser[(A, B)] =\n    flatMap(p)(a => map(p2)(b => (a, b)))\n\n  def map2[A, B, C](pa: Parser[A], pb: => Parser[B])(\n      f: (A, B) => C): Parser[C] =\n\/\/    product(pa, pb).map(f.tupled)\n    flatMap(pa)(a => map(pb)(b => f(a, b)))\n\n  def many1[A](p: Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _)\n\n  def skipL[B](p: Parser[Any], p2: => Parser[B]): Parser[B] =\n    map2(slice(p), p2)((_, b) => b)\n\n  def skipR[A](p: Parser[A], p2: => Parser[Any]): Parser[A] =\n    map2(p, slice(p2))((a, _) => a)\n\n  def eof: Parser[String] =\n    \"\\\\z\".r label \"unexpected trailer character\"\n\n  def whitespace: Parser[String] = \"\\\\s*\".r\n\n  private def doubleString: Parser[String] =\n    token(\"[-+]?([0-9]*\\\\.)?[0-9]+([eE][-+]?[0-9]+)?\".r)\n\n  def double: Parser[Double] =\n    doubleString.map(_.toDouble) label \"double literal\"\n\n  def quoted: Parser[String] =\n    string(\"\\\"\") *> thru(\"\\\"\").map(_.dropRight(1))\n\/\/    token(\"\\\"\") *> regex(\"[^\\\"]*\".r) <* token(\"\\\"\")\n\n  def thru(s: String): Parser[String] = (\".*?\" + Pattern.quote(s)).r\n\n  def escapedQuoted: Parser[String] =\n    token(quoted label \"string literal\")\n\n  def attempt[A](p: Parser[A]): Parser[A]\n\n  def token[A](p: Parser[A]): Parser[A] =\n    attempt(p) <* whitespace\n\n  def surround[A](start: Parser[Any], end: Parser[Any])(\n      p: => Parser[A]): Parser[A] =\n    start *> p <* end\n\n  def root[A](p: Parser[A]): Parser[A] =\n    p <* eof\n\n  def sep[A](p: Parser[A], p2: Parser[Any]): Parser[List[A]] =\n    sep1(p, p2) or succeed(List.empty[A])\n\n  def sep1[A](p: Parser[A], p2: Parser[Any]): Parser[List[A]] =\n    map2(p, many(p2 *> p))(_ :: _)\n\n  def label[A](msg: String)(p: Parser[A]): Parser[A]\n  def scope[A](msg: String)(p: Parser[A]): Parser[A]\n\n  case class ParserOps[A](p: Parser[A]) {\n    def |[B >: A](p2: => Parser[B]): Parser[B] = self.or(p, p2)\n    def or[B >: A](p2: => Parser[B]): Parser[B] = self.or(p, p2)\n\n    def map[B](f: A => B): Parser[B] = self.map(p)(f)\n    def many: Parser[List[A]] = self.many(p)\n    def slice: Parser[String] = self.slice(p)\n    def product[B](p2: Parser[B]): Parser[(A, B)] = self.product(p, p2)\n    def **[B](p2: Parser[B]): Parser[(A, B)] = self.product(p, p2)\n    def *>[B](p2: => Parser[B]): Parser[B] = self.skipL(p, p2)\n    def <*(p2: => Parser[Any]): Parser[A] = self.skipR(p, p2)\n    def as[B](b: B): Parser[B] = self.map(self.slice(p))(_ => b)\n    def sep(separator: Parser[Any]): Parser[List[A]] = self.sep(p, separator)\n    def label(msg: String): Parser[A] = self.label(msg)(p)\n    def scope(msg: String): Parser[A] = self.scope(msg)(p)\n  }\n\n  object Laws {\n    def equal[A](p1: Parser[A], p2: Parser[A])(in: Gen[String]): Prop =\n      forAll(in)(s => run(p1)(s) == run(p2)(s))\n\n    def mapLaw[A](p: Parser[A])(in: Gen[String]): Prop =\n      equal(p, p.map(identity))(in)\n\n    def succeedLaw[A](p: Parser[A])(in: Gen[String]): Prop =\n      forAll(in)(s => run(succeed(s))(s) == Right(s))\n\n\/\/    def labelLaw[A](p: Parser[A], inputs: SGen[String]): Prop =\n\/\/      forAll(inputs ** Gen.string) { case (input, msg) =>\n\/\/          run(label(msg)(p))(input) match {\n\/\/            case Left(e) => errorMessage(e) == msg\n\/\/            case _ => true\n\/\/          }\n\/\/      }\n  }\n}\n\ncase class Location(input: String, offset: Int = 0) {\n\n  lazy val line = input.slice(0, offset + 1).count(_ == '\\n') + 1\n  lazy val col = input.slice(0, offset + 1).lastIndexOf('\\n') match {\n    case -1        => offset + 1\n    case lineStart => offset - lineStart\n  }\n\n  def toError(msg: String): ParseError =\n    ParseError(List((this, msg)))\n\n  def advanceBy(n: Int) = copy(offset = offset + n)\n\n  \/* Returns the line corresponding to this location *\/\n  def currentLine: String = {\n    if (input.length > 1) input.lines.drop(line - 1).next\n    else \"\"\n  }\n}\n\ncase class ParseError(\n    stack: List[(Location, String)] = List.empty,\n    otherFailures: List[ParseError] = List.empty\n) {\n\n  def push(loc: Location, msg: String): ParseError =\n    copy(stack = (loc, msg) :: stack)\n\n  def label[A](s: String): ParseError =\n    ParseError(latestLoc.map((_, s)).toList)\n\n  def latestLoc: Option[Location] =\n    latest map (_._1)\n\n  def latest: Option[(Location, String)] =\n    stack.lastOption\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"answers\/src\/main\/scala\/Main.scala","text":"<filename>answers\/src\/main\/scala\/Main.scala\nimport java.util.concurrent.{Callable, Executors}\n\nimport fpinscala.laziness._\nimport fpinscala.state._\nimport fpinscala.parallelism._\nimport fpinscala.state\nimport fpinscala.state.RNG.Simple\nimport fpinscala.state.State.Rand\nimport fpinscala.testing.{Gen, Prop}\nimport fpinscala.parallelism.Nonblocking\nimport fpinscala.parsing.JSONExample\n\nobject Main {\n\n  def loud(i: Int): Int = {\n    println(s\"RETURNING $i\")\n    i\n  }\n\n  def f(a: Int, b: => Int): Int = {\n    lazy val b2 = b\n    val r = a + b\n    println(s\"summing $a and $b: $r\")\n    r\n  }\n\n  def f2(s: String): () => String = () => {\n    Thread.sleep(1000)\n    s\n  }\n\n  def main(args: Array[String]): Unit = {\n\/\/    val ints2: Stream[Int] =\n\/\/      Stream.cons(loud(1), Stream.cons(loud(2), Stream.empty))\n\/\/    val ints5: Stream[Int] = Stream.cons(\n\/\/      loud(1),\n\/\/      Stream.cons(\n\/\/        loud(2),\n\/\/        Stream.cons(loud(3),\n\/\/                    Stream.cons(loud(4), Stream.cons(loud(5), Stream.empty)))))\n\/\/\n\/\/    val s = ints5.map(_ + 10).filter(_ % 2 == 0)\n\/\/    s.toList\n\/\/    val r = new RNG.Simple(42)\n\/\/    val r2 = RNG.nonNegativeEven\n\/\/    println(r2(r))\n\n\/\/    val a = Par.lazyUnit(42 + 1)\n\/\/    val S = Executors.newFixedThreadPool(4)\n\/\/    println(Par.equal(S)(a, Par.fork(a)))\n\/\/    println(Examples.sum(Vector(1, 2, 3)))\n\/\/    val S = Executors.newFixedThreadPool(4)\n\/\/    val r = Par.run[Int](S) _\n\/\/    println(r(Examples.sum2(Vector(1, 2, 3))).get())\n\n\/\/    val f = S.submit { new Callable[String] { def call = \"Hello\" } }\n\/\/    f.get\n\n\/\/    val echoer = Actor[() => String](S) {\n\/\/      msg => println(s\"\\n\\nGot: ${msg()}\")\n\/\/    }\n\/\/    echoer ! (() => \"foo\")\n\/\/\n\/\/    (1 to 5).foreach(i => echoer ! f2(s\"s$i\"))\n\n\n\/\/    Prop.run(Gen.maxProp1)\n\n\/\/    Prop.run(Prop.forkProp)\n    val s: State[RNG, Int] = State.unit[RNG, Int](1)\n    val rng1 = Simple(43)\n    val rng = Simple(42)\n\n\/\/    s.run(rng)\n\n\/\/    val a = s.flatMap((_: Int) => State.get[RNG]).flatMap(r => State.set[RNG](rng))\n\/\/    a(rng)\n\n\n\/\/    println(s)\n    JSONExample.test\n  }\n\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parallelism\/Par.scala","text":"package fpinscala.parallelism\n\nimport java.util.concurrent._\n\nimport language.implicitConversions\n\nobject Par {\n  type Par[A] = ExecutorService => Future[A]\n\n  \/\/  val f: ExecutorService => Future[Any] = (e: ExecutorService) => ???\n\n  def run[A](s: ExecutorService)(a: Par[A]): Future[A] = a.apply(s)\n\n  \/\/ `unit` is represented as a function that returns a `UnitFuture`, which is a simple implementation of `Future` that\n  \/\/ just wraps a constant value. It doesn't use the `ExecutorService` at all. It's always done and can't be cancelled.\n  \/\/ Its `get` method simply returns the value that we gave it.\n  def unit[A](a: A): Par[A] = {\n\/\/    println(s\"[${Thread.currentThread().getName}] unit\")\n    (_: ExecutorService) =>\n      UnitFuture(a)\n  }\n\n  def lazyUnit[A](a: => A): Par[A] = fork(unit(a))\n\n  private case class UnitFuture[A](get: A) extends Future[A] {\n    def isDone = true\n\n    def get(timeout: Long, units: TimeUnit): A = get\n\n    def isCancelled = false\n\n    def cancel(evenIfRunning: Boolean): Boolean = false\n  }\n\n  def asyncF[A, B](f: A => B): A => Par[B] =\n    (a: A) => {\n      lazyUnit(f(a))\n    }\n\n  \/\/ `map2` doesn't evaluate the call to `f` in a separate logical thread, in accord with our design choice of having\n  \/\/ `fork` be the sole function in the API for controlling parallelism. We can always do `fork(map2(a,b)(f))` if we\n  \/\/ want the evaluation of `f` to occur in a separate thread.\n  def map2[A, B, C](a: Par[A], b: Par[B])(f: (A, B) => C): Par[C] = {\n\/\/    println(s\"[${Thread.currentThread().getName}] map2\")\n    (es: ExecutorService) =>\n      {\n\/\/        println(s\"[${Thread.currentThread().getName}] Running map2\")\n        val af = a(es)\n        val bf = b(es)\n        \/\/ This implementation of `map2` does _not_ respect timeouts, and eagerly waits for the returned futures. This\n        \/\/ means that even if you have passed in \"forked\" arguments, using this map2 on them will make them wait. It\n        \/\/ simply passes the `ExecutorService` on to both `Par` values, waits for the results of the Futures `af` and `bf`\n        \/\/ , applies `f` to them, and wraps them in a `UnitFuture`. In order to respect timeouts, we'd need a new `Future`\n        \/\/ implementation that records the amount of time spent evaluating `af`, then subtracts that time from the\n        \/\/ available time allocated for evaluating `bf`.\n        UnitFuture(f(af.get, bf.get))\n      }\n  }\n\n  \/\/}\n\n  \/\/def asyncF[A, B](f: A => B): A => Par[B] =\n  \/\/a => lazyUnit(f(a))\n  \/\/\n  def map2_2[A, B, C](a: Par[A], b: Par[B])(f: (A, B) => C): Par[C] =\n    es => {\n      val (af, bf) = (a(es), b(es))\n      Map2Future(af, bf, f)\n    }\n\n  def map3[A, B, C, D](a: Par[A], b: Par[B], c: Par[C])(\n      f: (A, B, C) => D): Par[D] = {\n    val ab = map2[A, B, (A, B)](a, b)((a, b) => (a, b))\n    map2[(A, B), C, D](ab, c)((ab, c) => f(ab._1, ab._2, c))\n  }\n\n  def map4[A, B, C, D, E](\n      a: Par[A],\n      b: Par[B],\n      c: Par[C],\n      d: Par[D]\n  )(f: (A, B, C, D) => E): Par[E] = {\n    val abc = map3[A, B, C, (A, B, C)](a, b, c)((a, b, c) => (a, b, c))\n    map2[(A, B, C), D, E](abc, d)((abc, d) => f(abc._1, abc._2, abc._3, d))\n  }\n\n  def sequence[A](ps: List[Par[A]]): Par[List[A]] = {\n    ps.foldRight(unit(List.empty[A])) { (pa, pas) =>\n      map2(pa, pas) { (a, as) =>\n        a :: as\n      }\n    }\n  }\n\n  def parMap[A, B](ps: List[A])(f: A => B): Par[List[B]] = fork {\n    val fbs: List[Par[B]] = ps.map(asyncF(f))\n    sequence(fbs)\n  }\n\n  def parFold[A, T](z: T, list: IndexedSeq[A])(f: (A, T) => T)(\n      f2: (T, T) => T): Par[T] = {\n    if (list.isEmpty) {\n      Par.unit(z)\n    } else if (list.length == 1) {\n      Par.unit(f(list.head, z))\n    } else {\n      val (l, r) = list.splitAt(list.length \/ 2)\n      Par.map2(Par.fork(parFold(z, l)(f)(f2)), Par.fork(parFold(z, r)(f)(f2))) {\n        (t1, t2) =>\n          f2(t1, t2)\n      }\n    }\n  }\n\n\/\/  def parFilter[A](as: List[A])(f: A => Boolean): Par[List[A]] = fork {\n\/\/    as.foldRight(unit(List.empty[A])) { (a, pas) =>\n\/\/      if (f(a)) {\n\/\/        fork(map2(unit(a), pas) { (a, as) => a :: as })\n\/\/      } else {\n\/\/        fork(map2(unit(a), pas) { (_, as) => as })\n\/\/      }\n\/\/    }\n\/\/  }\n\n  \/\/ This is the simplest and most natural implementation of `fork`, but there are some problems with it--for one, the\n  \/\/ outer `Callable` will block waiting for the \"inner\" task to complete. Since this blocking occupies a thread in our\n  \/\/ thread pool, or whatever resource backs the `ExecutorService`, this implies that we're losing out on some potential\n  \/\/ parallelism. Essentially, we're using two threads when one should suffice. This is a symptom of a more serious\n  \/\/ problem with the implementation, and we will discuss this later in the chapter.\n  def fork[A](a: => Par[A]): Par[A] = {\n\/\/    println(\n\/\/      s\"[${Thread.currentThread().getName}] fork: Creating a Par, aka a function\")\n    es =>\n      {\n\/\/        println(s\"[${Thread.currentThread().getName}] Submitting to es: $es\")\n        val f = es.submit(new Callable[A] {\n          override def call: A = {\n\/\/            println(s\"[${Thread.currentThread().getName}] Blocking to get an A\")\n            val aa = a(es).get\n\/\/            println(s\"[${Thread.currentThread().getName}] Returning an A, $aa\")\n            aa\n          }\n        })\n\/\/        println(s\"[${Thread.currentThread().getName}] Submitted to es: $es\")\n        f\n      }\n  }\n\n  def map[A, B](pa: Par[A])(f: A => B): Par[B] =\n    map2(pa, unit(()))((a, _) => f(a))\n\n  def sortPar(parList: Par[List[Int]]) = map(parList)(_.sorted)\n\n\/\/  def parMap[A, B](ps: List[A])(f: A => B): Par[List[B]] =\n\/\/    fork(sequence(ps.map(asyncF(f))))\n\n\/\/  def sequence[A](ps: List[Par[A]]): Par[List[A]] =\n\/\/    ps.foldRight(lazyUnit(List.empty[A]))((pa, pas) =>\n\/\/      map2(pa, pas)((a, as) => a :: as))\n\n  def parFilter[A](as: List[A])(f: A => Boolean): Par[List[A]] = {\n    val pas = as.map(asyncF(a => if (f(a)) List(a) else List.empty))\n    map(sequence(pas))(as => as.flatten)\n  }\n\n  def equal[A](e: ExecutorService)(p: Par[A], p2: Par[A]): Boolean =\n    p(e).get == p2(e).get\n\n  def delay[A](fa: => Par[A]): Par[A] =\n    es => fa(es)\n\n  def choice[A](cond: Par[Boolean])(t: Par[A], f: Par[A]): Par[A] =\n    es =>\n      if (run(es)(cond).get)\n        t(es) \/\/ Notice we are blocking on the result of `cond`.\n      else f(es)\n\n  def choiceN[A](n: Par[Int])(choices: List[Par[A]]): Par[A] = es => {\n    val res = run(es)(n).get()\n    run(es)(choices(res))\n  }\n\n  def choiceViaChoiceN[A](a: Par[Boolean])(ifTrue: Par[A],\n                                           ifFalse: Par[A]): Par[A] =\n    choiceN(map(a)(b => if (b) 0 else 1))(List(ifTrue, ifFalse))\n\n  def chooser[A, B](pa: Par[A])(choices: A => Par[B]): Par[B] =\n    flatMap(pa)(choices)\n\n  def flatMap[A, B](a: Par[A])(f: A => Par[B]): Par[B] = es => {\n    val k = run(es)(a).get()\n    run(es)(f(k))\n  }\n\n  def choiceViaChooser[A](cond: Par[Boolean])(t: Par[A], f: Par[A]): Par[A] =\n    chooser[Boolean, A](cond)(b => if (b) t else f)\n\n  def choiceNViaChooser[A](n: Par[Int])(choices: List[Par[A]]): Par[A] =\n    chooser[Int, A](n)(a => choices(a))\n\n  def join[A](a: Par[Par[A]]): Par[A] =\n    es => run(es)(run(es)(a).get())\n\n  def joinViaFlatMap[A](a: Par[Par[A]]): Par[A] =\n    flatMap(a)(identity)\n\n  def flatMapViaJoin[A, B](p: Par[A])(f: A => Par[B]): Par[B] =\n    join(map(p)(f))\n\n  \/* Gives us infix syntax for `Par`. *\/\n  implicit def toParOps[A](p: Par[A]): ParOps[A] = new ParOps(p)\n\n  class ParOps[A](p: Par[A]) {\n    def map[B](f: A => B): Par[B] = Par.map(p)(f)\n    def flatMap[B](f: A => Par[B]): Par[B] = Par.flatMap(p)(f)\n  }\n\n  \/\/}\n\n  \/*\nNote: this implementation will not prevent repeated evaluation if multiple threads call `get` in parallel. We could prevent this using synchronization, but it isn't needed for our purposes here (also, repeated evaluation of pure values won't affect results).\n   *\/\n  case class Map2Future[A, B, C](a: Future[A], b: Future[B], f: (A, B) => C)\n      extends Future[C] {\n    @volatile var cache: Option[C] = None\n\n    def isDone = cache.isDefined\n\n    def isCancelled = a.isCancelled || b.isCancelled\n\n    def cancel(evenIfRunning: Boolean) =\n      a.cancel(evenIfRunning) || b.cancel(evenIfRunning)\n\n    def get = compute(Long.MaxValue)\n\n    def get(timeout: Long, units: TimeUnit): C =\n      compute(TimeUnit.NANOSECONDS.convert(timeout, units))\n\n    private def compute(timeoutInNanos: Long): C = cache match {\n      case Some(c) => c\n      case None =>\n        val start = System.nanoTime\n        val ar = a.get(timeoutInNanos, TimeUnit.NANOSECONDS)\n        val stop = System.nanoTime;\n        val aTime = stop - start\n        val br = b.get(timeoutInNanos - aTime, TimeUnit.NANOSECONDS)\n        val ret = f(ar, br)\n        cache = Some(ret)\n        ret\n    }\n  }\n\n}\n\nobject Examples {\n  import Par._\n  \/\/ `IndexedSeq` is a superclass of random-access sequences like `Vector` in the standard library. Unlike lists, these\n  \/\/ sequences provide an efficient `splitAt` method for dividing them into two parts at a particular index.\n  def sum(ints: IndexedSeq[Int]): Int =\n    if (ints.size <= 1)\n      ints.headOption getOrElse 0 \/\/ `headOption` is a method defined on all collections in Scala. We saw this function in chapter 3.\n    else {\n      val (l, r) = ints.splitAt(ints.length \/ 2) \/\/ Divide the sequence in half using the `splitAt` function.\n      sum(l) + sum(r) \/\/ Recursively sum both halves and add the results together.\n    }\n\n  def sum2(ints: IndexedSeq[Int]): Par[Int] =\n    if (ints.size <= 1)\n      Par.unit(ints.headOption getOrElse 0)\n    else {\n      val (l, r) = ints.splitAt(ints.length \/ 2)\n      val lp = Par.fork(Par.lazyUnit(sum(l)))\n      val rp = Par.fork(Par.lazyUnit(sum(r)))\n      Par.map2(lp, rp)(_ + _) \/\/ Recursively sum both halves and add the results together.\n    }\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/state\/State.scala","text":"<filename>exercises\/src\/main\/scala\/fpinscala\/state\/State.scala\npackage fpinscala.state\n\ntrait RNG {\n  def nextInt: (Int, RNG) \/\/ Should generate a random `Int`. We'll later define other functions in terms of `nextInt`.\n}\n\nobject RNG {\n  \/\/ NB - this was called SimpleRNG in the book text\n\n  case class Simple(seed: Long) extends RNG {\n    def nextInt: (Int, RNG) = {\n      val newSeed = (seed * 0x5DEECE66DL + 0xBL) & 0xFFFFFFFFFFFFL \/\/ `&` is bitwise AND. We use the current seed to generate a new seed.\n      val nextRNG = Simple(newSeed) \/\/ The next state, which is an `RNG` instance created from the new seed.\n      val n = (newSeed >>> 16).toInt \/\/ `>>>` is right binary shift with zero fill. The value `n` is our new pseudo-random integer.\n      (n, nextRNG) \/\/ The return value is a tuple containing both a pseudo-random integer and the next `RNG` state.\n    }\n  }\n\n  \/\/ We need to be quite careful not to skew the generator.\n  \/\/ Since `Int.Minvalue` is 1 smaller than `-(Int.MaxValue)`,\n  \/\/ it suffices to increment the negative numbers by 1 and make them positive.\n  \/\/ This maps Int.MinValue to Int.MaxValue and -1 to 0.\n  def nonNegativeInt2(rng: RNG): (Int, RNG) = {\n    val (i, r) = rng.nextInt\n    (if (i < 0) -(i + 1) else i, r)\n  }\n\n  \/\/ We generate an integer >= 0 and divide it by one higher than the\n  \/\/ maximum. This is just one possible solution.\n  def double2(rng: RNG): (Double, RNG) = {\n    val (i, r) = nonNegativeInt(rng)\n    (i \/ (Int.MaxValue.toDouble + 1), r)\n  }\n\n  def double4: Rand[Double] =\n    map(nonNegativeInt)(i => i \/ (Int.MaxValue.toDouble + 1))\n\n  def boolean(rng: RNG): (Boolean, RNG) =\n    rng.nextInt match { case (i, rng2) => (i % 2 == 0, rng2) }\n\n  def intDouble2(rng: RNG): ((Int, Double), RNG) = {\n    val (i, r1) = rng.nextInt\n    val (d, r2) = double(r1)\n    ((i, d), r2)\n  }\n\n  type Rand[+A] = RNG => (A, RNG)\n\n  val int: Rand[Int] = _.nextInt\n\n  def unit[A](a: A): Rand[A] =\n    rng => (a, rng)\n\n  def map[A, B](s: Rand[A])(f: A => B): Rand[B] =\n    (rng: RNG) => {\n      val (a, rng2) = s(rng)\n      (f(a), rng2)\n    }\n\n  def nonNegativeInt(rng: RNG): (Int, RNG) = {\n    val (i, rng2) = rng.nextInt\n    val nonNeg = if (i < 0) -(i + 1) else i\n    (nonNeg, rng2)\n  }\n\n  def nonNegativeEven: Rand[Int] = map[Int, Int](nonNegativeInt)(i => i - i % 2)\n\n  def double(rng: RNG): (Double, RNG) =\n    map(nonNegativeInt)(a => a \/ (Int.MaxValue.toDouble + 1))(rng)\n\n  val double2: Rand[Double] =\n    map(nonNegativeInt)(_ \/ (Int.MaxValue.toDouble + 1))\n\n  def both[A, B](ra: Rand[A], rb: Rand[B]): Rand[(A, B)] =\n    map2[A, B, Tuple2[A, B]](ra, rb) { (a: A, b: B) =>\n      Tuple2.apply(a, b)\n    }\n\n  val randIntDouble: Rand[(Int, Double)] = both(int, double)\n  val randDoubleInt: Rand[(Double, Int)] = both(double, int)\n\n  def intDouble(rng: RNG): ((Int, Double), RNG) = {\n    val (i, rng2) = int(rng)\n    val (d, rng3) = double(rng2)\n    ((i, d), rng3)\n  }\n\n  def doubleInt(rng: RNG): ((Double, Int), RNG) = {\n    val ((i, d), rng2) = intDouble(rng)\n    ((d, i), rng2)\n  }\n\n  def double3(rng: RNG): ((Double, Double, Double), RNG) = {\n    val (d1, r1) = double(rng)\n    val (d2, r2) = double(r1)\n    val (d3, r3) = double(r2)\n    ((d1, d2, d3), r3)\n  }\n\n  def ints(count: Int)(rng: RNG): (List[Int], RNG) = count match {\n    case _ if count <= 0 => (List.empty, rng)\n    case n =>\n      val (i, rng2) = rng.nextInt\n      val (l, rng3) = ints(n - 1)(rng2)\n      (i :: l, rng3)\n  }\n\n  def map2[A, B, C](ra: Rand[A], rb: Rand[B])(f: (A, B) => C): Rand[C] =\n    rng => {\n      val (a, r1) = ra(rng)\n      val (b, r2) = rb(r1)\n      (f(a, b), r2)\n    }\n\n  def sequence[A](fs: List[Rand[A]]): Rand[List[A]] =\n    fs.foldRight(unit(List.empty[A])) { (ra, ras) =>\n      map2(ra, ras) { (a, as) =>\n        a :: as\n      }\n    }\n\n  def _ints(count: Int): Rand[List[Int]] = {\n    val a = List.fill(count)(int)\n    sequence[Int](a)\n  }\n\n  def flatMap[A, B](f: Rand[A])(g: A => RNG => (B, RNG)): Rand[B] =\n    rng => {\n      val (a, rng2) = f(rng)\n      val c = g(a)\n      val b = c(rng2)\n      b\n    }\n\n  def nonNegativeLessThan(n: Int): Rand[Int] = {\n    flatMap(nonNegativeInt) { i =>\n      val mod = i % n\n      if (i + (n - 1) - mod >= 0) unit(mod) else nonNegativeLessThan(n)\n    }\n  }\n\n  def _map[A, B](s: Rand[A])(f: A => B): Rand[B] =\n    flatMap(s)(a => unit(f(a)))\n\n  def _map2[A, B, C](ra: Rand[A], rb: Rand[B])(f: (A, B) => C): Rand[C] =\n    flatMap(ra) { a =>\n      flatMap(rb) { b =>\n        unit(f(a, b))\n      }\n    }\n\n  def __map2[A, B, C](ra: Rand[A], rb: Rand[B])(f: (A, B) => C): Rand[C] =\n    flatMap(ra) { a =>\n      map(rb) { b =>\n        f(a, b)\n      }\n    }\n}\n\nimport State._\n\nimport scala.annotation.tailrec\n\ncase class State[S, +A](run: S => (A, S)) {\n  def map[B](f: A => B): State[S, B] =\n    flatMap(a => unit(f(a)))\n\n  def map2[B, C](sb: State[S, B])(f: (A, B) => C): State[S, C] =\n    flatMap(a => sb.map(b => f(a, b)))\n\n  def flatMap[B](f: A => State[S, B]): State[S, B] =\n    State({ s =>\n      val (a, s1) = run(s)\n      f(a).run(s1)\n    })\n\n}\n\nsealed trait Input\ncase object Coin extends Input\ncase object Turn extends Input\n\ncase class Machine(locked: Boolean, candies: Int, coins: Int)\n\nobject State {\n  type Rand[A] = State[RNG, A]\n\n  def update: Input => Machine => Machine = { i: Input =>\n    { m: Machine =>\n      (i, m) match {\n        case (_, Machine(_, 0, _))        => m\n        case (Turn, Machine(true, _, _))  => m\n        case (Coin, Machine(false, _, _)) => m\n        case (Turn, Machine(false, candies, _)) =>\n          m.copy(locked = true, candies = candies - 1)\n        case (Coin, Machine(true, _, coins)) =>\n          m.copy(locked = false, coins = coins + 1)\n      }\n    }\n  }\n\n  def simulateMachine(inputs: List[Input]): State[Machine, (Int, Int)] = {\n\/\/    val f1: (Machine => Machine) => State[Machine, Unit] =\n\/\/      (mm: Machine => Machine) => modify(mm)\n\/\/    val f3: Input => State[Machine, Unit] = f1.compose(update)\n\/\/\n\/\/    val states2: List[State[Machine, Unit]] = inputs.map(f3)\n\n\/\/    modify[Machine] _ compose update\n\n    val states3: List[State[Machine, Unit]] = inputs.map { i: Input =>\n      val newStateFunction = update(i)\n      modify(newStateFunction)\n    }\n\n    val states: List[State[Machine, Unit]] = inputs.map(\n      ((mm: Machine => Machine) => modify[Machine](mm)).compose(update)\n    )\n\n    val states2: List[State[Machine, Unit]] = inputs.map(\n      (modify[Machine](_)).compose(update)\n    )\n\n    val f = ((mm: Machine => Machine) => modify[Machine](mm))\n    val g = f.compose(update)\n    val g2 = { (i: Input) => modify[Machine](update(i)) }\n    val states4: List[State[Machine, Unit]] = inputs.map(g)\n    val states5: List[State[Machine, Unit]] = inputs.map(g2)\n\n    sequence(states)\n      .flatMap { _ =>\n        get\n      }\n      .map { s =>\n        (s.coins, s.candies)\n      }\n  }\n\n  def unit[S, A](a: A): State[S, A] = State(s => (a, s))\n\n  def sequence[S, A](sas: List[State[S, A]]): State[S, List[A]] =\n    sas.foldRight(unit[S, List[A]](List()))((f, acc) => f.map2(acc)(_ :: _))\n\n  def sequenceR[S, A](sas: List[State[S, A]]): State[S, List[A]] = {\n    @tailrec\n    def go(s: S, actions: List[State[S, A]], acc: List[A]): (List[A], S) =\n      actions match {\n        case Nil    => (acc.reverse, s)\n        case h :: t => h.run(s) match { case (a, s2) => go(s2, t, a :: acc) }\n      }\n    State((s: S) => go(s, sas, List()))\n  }\n\n  def modify[S](f: S => S): State[S, Unit] =\n    for {\n      s <- get \/\/ Gets the current state and assigns it to `s`.\n      _ <- set(f(s)) \/\/ Sets the new state to `f` applied to `s`.\n    } yield ()\n\n\n  def modify_2[S](f: S => S): State[S, Unit] = {\n    State[S, S](s => (s, s)).flatMap { s2 =>\n      State[S, Unit](_ => ((), f(s2)))\n    }\n  }\n\n\/\/  def simulateMachine2(inputs: List[Input]): State[Machine, (Int, Int)] = {\n\/\/    val s: List[State[Machine, Unit]] = inputs.map { input =>\n\/\/      ???\n\/\/    }\n\/\/\n\/\/    val seq = sequence(s)\n\/\/    seq.flatMap { s2 =>\n\/\/      get\n\/\/    }.map { s2 =>\n\/\/      s2\n\/\/      ???\n\/\/    }\n\/\/    ???\n\/\/  }\n\n  def get[S]: State[S, S] = State(s => (s, s))\n  def set[S](s: S): State[S, Unit] = State(_ => ((), s))\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/MyParser.scala","text":"package fpinscala.parsing\n\nimport fpinscala.parsing.MyParserTypes.{Failure, Parser, Success}\n\nimport scala.util.matching.Regex\n\nobject MyParserTypes {\n\n  type Parser[+A] = Location => Result[A]\n\n  sealed trait Result[+A] {\n\n    def mapError(f: ParseError => ParseError): Result[A] = this match {\n      case Failure(e, c) => Failure(f(e), c)\n      case _             => this\n    }\n\n    def uncommit: Result[A] = this match {\n      case Failure(e, true) => Failure(e, false)\n      case _                => this\n    }\n\n    def addCommit(isCommitted: Boolean): Result[A] = this match {\n      case Failure(e, c) => Failure(e, c || isCommitted)\n      case _             => this\n    }\n\n    def advanceSuccess(n: Int): Result[A] = this match {\n      case Success(get, charsConsumed) => Success(get, n + charsConsumed)\n      case _                           => this\n    }\n  }\n  case class Success[+A](get: A, charsConsumed: Int) extends Result[A]\n  case class Failure(get: ParseError, isCommitted: Boolean)\n      extends Result[Nothing]\n\n  def firstNonMatchingIndex(s1: String, s2: String, offset: Int): Int = {\n    var i = 0\n    while (i < s1.length && i < s2.length) {\n      if (s1.charAt(i + offset) != s2.charAt(i)) return i\n      i += 1\n    }\n    if (s1.length - offset >= s2.length) -1\n    else s1.length - offset\n  }\n}\n\nobject MyParser extends Parsers[Parser] {\n\n  import MyParserTypes._\n\n  override def run[A](p: Parser[A])(input: String): Either[ParseError, A] = {\n    val loc = Location(input, 0)\n    p(loc) match {\n      case Success(get, _) => Right(get)\n      case Failure(get, _) =>\n        println(get.stack.map { s => println(s._1.line, s._1.col)})\n        Left(get)\n    }\n  }\n\n  override def attempt[A](p: Parser[A]): Parser[A] =\n    loc => {\n      p(loc).uncommit\n    }\n\n  override def succeed[A](a: A): Parser[A] = _ => Success(a, 0)\n\n  override def string(s: String): Parser[String] = {\n    val msg = s\"'$s'\"\n    location: Location =>\n      val i = firstNonMatchingIndex(location.input, s, location.offset)\n      if (i == -1) {\n        Success(s, s.length)\n      } else {\n        Failure(location.advanceBy(i).toError(msg), i != 0)\n      }\n  }\n\n  override def slice[A](p: Parser[A]): Parser[String] =\n    (location: Location) =>\n      p(location) match {\n        case Success(get, charsConsumed) =>\n          Success(location.input.substring(location.offset,\n                                           location.offset + charsConsumed),\n                  charsConsumed)\n        case f @ Failure(_, _) => f\n    }\n\n  override def regex(r: Regex): Parser[String] =\n    (location: Location) =>\n      r.findPrefixOf(location.input.substring(location.offset)) match {\n        case Some(m) => Success(m, m.length)\n        case None    => Failure(location.toError(s\"Failed to match $r\"), false)\n    }\n\n  override def scope[A](msg: String)(p: Parser[A]): Parser[A] =\n    l => {\n      p(l).mapError(_.push(l, msg))\n    }\n\n  override def label[A](msg: String)(p: Parser[A]): Parser[A] =\n    l => {\n      p(l).mapError(_.label(msg))\n    }\n\n  override def or[A](s1: Parser[A], s2: => Parser[A]): Parser[A] =\n    l => {\n      s1(l) match {\n        case Failure(_, false) => s2(l)\n        case r                 => r\n      }\n    }\n\n  override def flatMap[A, B](p: Parser[A])(f: A => Parser[B]): Parser[B] =\n    loc =>\n      p(loc) match {\n        case Success(a, n) =>\n          f(a)(loc.advanceBy(n))\n            .addCommit(n != 0)\n            .advanceSuccess(n)\n        case f @ Failure(_, _) => f\n    }\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/testing\/Gen.scala","text":"<reponame>pjambet\/fpinscala<gh_stars>0\npackage fpinscala.testing\n\nimport fpinscala.laziness.Stream\nimport fpinscala.state._\nimport fpinscala.parallelism._\nimport fpinscala.parallelism.Par.Par\nimport Gen._\nimport Prop._\nimport java.util.concurrent.{ExecutorService, Executors}\n\nimport fpinscala.state.RNG.Rand\n\n\/*\nThe library developed in this chapter goes through several iterations. This file is just the\nshell, which you can fill in and modify while working through the chapter.\n *\/\n\n\/\/trait Prop {\n\/\/\/\/  def &&(p: Prop): Prop = new Prop {\n\/\/\/\/    override def check: Boolean = Prop.this.check && p.check\n\/\/\/\/  }\n\/\/  def check: Result\n\/\/}\n\ncase class Prop(run: (MaxSize, TestCases, RNG) => Result) {\n  def &&(p: Prop): Prop =\n    Prop { (max, testCases, rng) =>\n      run(max, testCases, rng) match {\n        case Passed | Proved => p.run(max, testCases, rng)\n        case f: Falsified    => f\n      }\n    }\n\n  def ||(p: Prop): Prop =\n    Prop { (max, testCases, rng) =>\n      run(max, testCases, rng) match {\n        case Passed | Proved   => Passed\n        case Falsified(msg, _) => p.tag(msg).run(max, testCases, rng)\n      }\n    }\n\n  def tag(msg: String): Prop =\n    Prop { (max, testCases, rng) =>\n      run(max, testCases, rng) match {\n        case Falsified(failureMessage, successes) =>\n          Falsified(msg + \"\\n\" + failureMessage, successes)\n        case Passed | Proved => Passed\n      }\n    }\n}\n\nobject Prop {\n  type FailedCase = String\n  type SuccessCount = Int\n  type MaxSize = Int\n  type TestCases = Int\n\/\/  type Result = Either[(FailedCase, SuccessCount), SuccessCount]\n\/\/  type Result = Option[(FailedCase, SuccessCount)]\n\n  sealed trait Result {\n    def isFalsified: Boolean\n  }\n\n  case object Passed extends Result {\n    override def isFalsified: Boolean = false\n  }\n\n  case class Falsified(\n      failure: FailedCase,\n      successes: SuccessCount\n  ) extends Result {\n    override def isFalsified: Boolean = true\n  }\n\n  case object Proved extends Result {\n    override def isFalsified: Boolean = false\n  }\n\n  def forAll[A](gen: Gen[A])(f: A => Boolean): Prop = Prop { (max, n, rng) =>\n    randomStream(gen)(rng)\n      .zip(Stream.from(0))\n      .take(n)\n      .map {\n        case (a, i) =>\n          try {\n            if (f(a)) Passed else Falsified(a.toString, i)\n          } catch { case e: Exception => Falsified(buildMsg(a, e), i) }\n      }\n      .find(_.isFalsified)\n      .getOrElse(Passed)\n  }\n\n  def randomStream[A](g: Gen[A])(rng: RNG): Stream[A] =\n    Stream.unfold(rng)(rng => Some(g.sample.run(rng)))\n\n  def buildMsg[A](s: A, exception: Exception): String =\n    s\"test case: $s\\n\" +\n      s\"generated an exception: ${exception.getMessage}\\n\" +\n      s\"stack trace:\\n ${exception.getStackTrace.mkString(\"\\n\")}\"\n\n  def forAll[A](g: SGen[A])(f: A => Boolean): Prop =\n    forAll(g(_))(f)\n\n  def forAll[A](g: Int => Gen[A])(f: A => Boolean): Prop = Prop {\n    (max, n, rng) =>\n      val casesPerSize = (n + (max - 1)) \/ max\n      val props: Stream[Prop] =\n        Stream.from(0).take((n min max) + 1).map(i => forAll(g(i))(f))\n      val prop: Prop =\n        props\n          .map(p =>\n            Prop { (max, n, rng) =>\n              p.run(max, casesPerSize, rng)\n          })\n          .toList\n          .reduce(_ && _)\n      prop.run(max, n, rng)\n  }\n\n  def run(p: Prop,\n          maxSize: Int = 100,\n          testCases: Int = 100,\n          rng: RNG = RNG.Simple(System.currentTimeMillis)): Unit = {\n    p.run(maxSize, testCases, rng) match {\n      case Falsified(msg, n) =>\n        println(s\"! Falsified after $n passed tests: \\n $msg\")\n      case Passed =>\n        println(s\"+ OK, passed $testCases tests.\")\n      case Proved =>\n        println(\"+ OK, proved property.\")\n    }\n  }\n\n  val ES: ExecutorService = Executors.newCachedThreadPool\n  val p1 = Prop.forAll(Gen.unit(Par.unit(1)))(i =>\n    Par.map(i)(_ + 1)(ES).get() == Par.unit(2)(ES).get())\n\n  def check(p: => Boolean): Prop = Prop { (_, _, _) =>\n    if (p) Passed else Falsified(\"()\", 0)\n  }\n\n  val p2 = Prop.check {\n    val p = Par.map(Par.unit(1))(_ + 1)\n    val p2 = Par.unit(2)\n    p(ES).get == p2(ES).get\n  }\n\n  def equal[A](p: Par[A], p2: Par[A]): Par[Boolean] =\n    Par.map2(p, p2)(_ == _)\n\n  val p3 = Prop.check {\n    equal(Par.map(Par.unit(1))(_ + 1), Par.unit(2))(ES).get\n  }\n\n  val S = weighted(choose(1, 4).map(Executors.newFixedThreadPool) -> 0,\n                   unit(Executors.newCachedThreadPool) -> .25)\n\n  def forAllPar[A](g: Gen[A])(f: A => Par[Boolean]): Prop =\n    forAll(S.map2(g)((_, _))) { case (s, a) => f(a)(s).get }\n\n  def forAllPar2[A](g: Gen[A])(f: A => Par[Boolean]): Prop =\n    forAll(S ** g) { case (s, a) => f(a)(s).get }\n\n  def forAllPar3[A](g: Gen[A])(f: A => Par[Boolean]): Prop =\n    forAll(S ** g) { case s ** a => f(a)(s).get }\n\n  def checkPar(p: Par[Boolean]): Prop =\n    forAllPar2(Gen.unit(()))(_ => p)\n\n  val p2_2 = checkPar {\n    equal(\n      Par.map(Par.unit(1))(_ + 1),\n      Par.unit(2)\n    )\n  }\n\n  val pint = Gen.choose(0, 10).map(Par.unit)\n  val p4 = forAllPar(pint)(n => equal(Par.map(n)(y => y), n))\n\n  val forkProp = Prop.forAllPar(pint2)(i => equal(Par.fork(i), i)) tag \"fork\"\n}\n\ncase class Gen[+A](sample: State[RNG, A]) {\n\n  def map[B](f: A => B): Gen[B] =\n    Gen(sample.map(f))\n\n  def map2[B, C](g: Gen[B])(f: (A, B) => C): Gen[C] =\n    Gen(sample.map2(g.sample)(f))\n\n  def flatMap[B](f: A => Gen[B]): Gen[B] =\n    Gen(sample.flatMap(a => f(a).sample))\n\n  def listOfN(size: Int): Gen[List[A]] =\n    Gen.listOfN(size, this)\n\n  def listOfN(size: Gen[Int]): Gen[List[A]] =\n    size.flatMap(n => Gen.listOfN(n, this))\n\n\/\/  def listOf: SGen[List[A]] = Gen.listOf(this)\n\/\/  def listOf1: SGen[List[A]] = Gen.listOf1(this)\n\n  def unsized: SGen[A] = SGen(_ => this)\n\n  def **[B](g: Gen[B]): Gen[(A, B)] = this.map2(g)((_, _))\n}\n\nobject Gen {\n  def choose(start: Int, stopExclusive: Int): Gen[Int] = {\n    Gen(State(RNG.int).map(i => start + i % (stopExclusive - start)))\n  }\n\n  def unit[A](a: => A): Gen[A] = Gen(State.unit(a))\n\n  def boolean2: Gen[Boolean] = Gen(State(RNG.boolean))\n\n  val boolean: Gen[Boolean] =\n    Gen(State(RNG.boolean))\n\n  def listOfN[A](n: Int, g: Gen[A]): Gen[List[A]] = {\n    val l = List.fill(n)(g.sample)\n    Gen(State.sequence(l))\n  }\n\n  val uniform: Gen[Double] = Gen(State(RNG.double))\n\n  def even(start: Int, stopExclusive: Int): Gen[Int] =\n    choose(start,\n           if (stopExclusive % 2 == 0) stopExclusive - 1 else stopExclusive)\n      .map(n => if (n % 2 != 0) n + 1 else n)\n\n  def odd(start: Int, stopExclusive: Int): Gen[Int] =\n    choose(start,\n           if (stopExclusive % 2 != 0) stopExclusive - 1 else stopExclusive)\n      .map(n => if (n % 2 == 0) n + 1 else n)\n\n  def sameParity(from: Int, to: Int): Gen[(Int, Int)] =\n    for {\n      i <- choose(from, to)\n      j <- if (i % 2 == 0) even(from, to) else odd(from, to)\n    } yield (i, j)\n\n  def listOfN_1[A](n: Int, g: Gen[A]): Gen[List[A]] =\n    List.fill(n)(g).foldRight(unit(List[A]()))((a, b) => a.map2(b)(_ :: _))\n\n  def union[A](gen1: Gen[A], gen2: Gen[A]): Gen[A] =\n    boolean.flatMap(b => if (b) gen1 else gen2)\n\n  def weighted[A](g1: (Gen[A], Double), g2: (Gen[A], Double)): Gen[A] = {\n    val threshold = g1._2.abs \/ (g1._2.abs + g2._2.abs)\n    Gen(State(RNG.double2).flatMap(d =>\n      if (d < threshold) g1._1.sample else g2._1.sample))\n  }\n\n  def listOf[A](g: Gen[A]): SGen[List[A]] =\n    SGen(n => g.listOfN(n))\n\n  def stringN(n: Int): Gen[String] =\n    listOfN(n, choose(0, 127)).map(_.map(_.toChar).mkString)\n\n  val string: SGen[String] = SGen(stringN)\n\n  implicit def unsized[A](g: Gen[A]): SGen[A] = SGen(_ => g)\n\n  val smallInt = Gen.choose(-10, 10)\n  val maxProp = forAll(listOf(smallInt)) { ns =>\n    val max = ns.max\n    !ns.exists(_ > max)\n  }\n\n  def listOf1[A](g: Gen[A]): SGen[List[A]] =\n    SGen(n => g.listOfN(n max 1))\n\n  val maxProp2 = forAll(listOf1(smallInt)) { ns =>\n    val max = ns.max\n    !ns.exists(_ > max)\n  }\n\n  val sortedProp: Prop = forAll(listOf(smallInt)) { ns =>\n    val nss = ns.sorted\n    nss.isEmpty || nss.tail.isEmpty || !nss.zip(nss.tail).exists {\n      case (n1, n2) => n2 < n1\n    }\n  }\n\n  object ** {\n    def unapply[A, B](p: (A, B)): Option[(A, B)] = Some(p)\n  }\n\n  lazy val pint2: Gen[Par[Int]] = choose(-100, 100)\n    .listOfN(choose(0, 20))\n    .map(l =>\n      l.foldLeft(Par.unit(0))((p, i) =>\n        Par.fork { Par.map2(p, Par.unit(i))(_ + _) }))\n\n  val isEven = (i: Int) => i % 2 == 0\n  val takeWhileProp =\n    Prop.forAll(Gen.listOf(smallInt))(ns => ns.takeWhile(isEven).forall(isEven))\n\n  def genStringIntFn(g: Gen[Int]): Gen[String => Int] =\n    g map (i => _ => i)\n}\n\n\/\/trait Gen[A] {\n\/\/  def map[A, B](f: A => B): Gen[B] = ???\n\/\/  def flatMap[A, B](f: A => Gen[B]): Gen[B] = ???\n\/\/}\n\n\/\/trait SGen[+A] {}\ncase class SGen[+A](forSize: Int => Gen[A]) {\n\n  def apply(n: Int): Gen[A] = forSize(n)\n\n  def flatMap[B](f: A => SGen[B]): SGen[B] =\n    SGen({ n =>\n      forSize(n).flatMap(f(_).forSize(n))\n    })\n\n  def map[B](f: A => B): SGen[B] =\n    SGen(forSize(_).map(f))\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parallelism\/Actor.scala","text":"<gh_stars>0\npackage fpinscala.parallelism\n\nimport java.util.concurrent.atomic.{AtomicInteger, AtomicReference}\nimport java.util.concurrent.{Callable, ExecutorService}\nimport annotation.tailrec\n\n\/*\n * Implementation is taken from `scalaz` library, with only minor changes. See:\n *\n * https:\/\/github.com\/scalaz\/scalaz\/blob\/scalaz-seven\/concurrent\/src\/main\/scala\/scalaz\/concurrent\/Actor.scala\n *\n * This code is copyright <NAME>, <NAME>, and other contributors,\n * and is licensed using 3-clause BSD, see LICENSE file at:\n *\n * https:\/\/github.com\/scalaz\/scalaz\/blob\/scalaz-seven\/etc\/LICENCE\n *\/\n\n\/**\n  * Processes messages of type `A`, one at a time. Messages are submitted to\n  * the actor with the method `!`. Processing is typically performed asynchronously,\n  * this is controlled by the provided `strategy`.\n  *\n  * Memory consistency guarantee: when each message is processed by the `handler`, any memory that it\n  * mutates is guaranteed to be visible by the `handler` when it processes the next message, even if\n  * the `strategy` runs the invocations of `handler` on separate threads. This is achieved because\n  * the `Actor` reads a volatile memory location before entering its event loop, and writes to the same\n  * location before suspending.\n  *\n  * Implementation based on non-intrusive MPSC node-based queue, described by <NAME>:\n  * [[http:\/\/www.1024cores.net\/home\/lock-free-algorithms\/queues\/non-intrusive-mpsc-node-based-queue]]\n  *\n  * @see scalaz.concurrent.Promise for a use case.\n  *\n  * @param handler  The message handler\n  * @param onError  Exception handler, called if the message handler throws any `Throwable`.\n  * @param strategy Execution strategy, for example, a strategy that is backed by an `ExecutorService`\n  * @tparam A       The type of messages accepted by this actor.\n  *\/\nfinal class Actor[A](strategy: Strategy)(\n    handler: A => Unit,\n    onError: Throwable => Unit = throw (_)) {\n  self =>\n\n  private val suspended = new AtomicInteger(1)\n  private val tail: AtomicReference[Node[A]] =\n    new AtomicReference(new Node[A]())\n  private val head: AtomicReference[AtomicReference[Node[A]]] =\n    new AtomicReference(tail.get)\n\n  \/** Alias for `apply` *\/\n  def !(a: A): Unit = {\n    val n = new Node(a)\n    val oldHead: AtomicReference[Node[A]] = head.getAndSet(n)\n    oldHead.lazySet(n)\n    trySchedule()\n  }\n\n  \/** Pass the message `a` to the mailbox of this actor *\/\n  def apply(a: A): Unit = this ! a\n\n  def contramap[B](f: B => A): Actor[B] =\n    new Actor[B](strategy)((b: B) => this ! f(b), onError)\n\n  private def trySchedule(): Unit = {\n    if (suspended.compareAndSet(1, 0)) schedule()\n  }\n\n  private def schedule(): () => Unit = {\n    strategy(act())\n  }\n\n  private def act(): Unit = {\n    val t: Node[A] = tail.get\n    val n: Node[A] = batchHandle(t, 1024)\n    if (n ne t) {\n      n.a = null.asInstanceOf[A]\n      tail.lazySet(n)\n      schedule()\n    } else {\n      suspended.set(1)\n      if (n.get ne null) trySchedule()\n    }\n  }\n\n  @tailrec\n  private def batchHandle(t: Node[A], i: Int): Node[A] = {\n    val n = t.get\n    if (n ne null) {\n      try {\n        handler(n.a)\n      } catch {\n        case ex: Throwable => onError(ex)\n      }\n      if (i > 0) batchHandle(n, i - 1) else n\n    } else t\n  }\n}\n\nprivate class Node[A](var a: A = null.asInstanceOf[A])\n    extends AtomicReference[Node[A]]\n\nobject Actor {\n\n  \/** Create an `Actor` backed by the given `ExecutorService`. *\/\n  def apply[A](es: ExecutorService)(\n      handler: A => Unit,\n      onError: Throwable => Unit = throw (_)): Actor[A] =\n    new Actor(Strategy.fromExecutorService(es))(handler, onError)\n}\n\n\/**\n  * Provides a function for evaluating expressions, possibly asynchronously.\n  * The `apply` function should typically begin evaluating its argument\n  * immediately. The returned thunk can be used to block until the resulting `A`\n  * is available.\n  *\/\ntrait Strategy {\n  def apply[A](a: => A): () => A\n}\n\nobject Strategy {\n\n  \/**\n    * We can create a `Strategy` from any `ExecutorService`. It's a little more\n    * convenient than submitting `Callable` objects directly.\n    *\/\n  def fromExecutorService(es: ExecutorService): Strategy = new Strategy {\n    def apply[A](a: => A): () => A = {\n      val f = es.submit { new Callable[A] { def call = a } }\n      () =>\n        f.get\n    }\n  }\n\n  \/**\n    * A `Strategy` which begins executing its argument immediately in the calling thread.\n    *\/\n  def sequential: Strategy = new Strategy {\n    def apply[A](a: => A): () => A = {\n      val r = a\n      () =>\n        r\n    }\n  }\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/applicative\/Applicative.scala","text":"package fpinscala\npackage applicative\n\nimport monads.Functor\nimport state._\n\nimport scala.collection.mutable.ListBuffer\n\/\/import State._\nimport StateUtil._ \/\/ defined at bottom of this file\nimport monoids._\nimport language.higherKinds\nimport language.implicitConversions\n\ntrait Applicative[F[_]] extends Functor[F] {\n\n  \/\/ primitive\n  def unit[A](a: => A): F[A]\n\n  \/\/ primitives unit\/apply OR unit\/map2\n\n  def apply[A, B](fab: F[A => B])(fa: F[A]): F[B] =\n\/\/    map2(fab, fa)(_(_))\n    map2(fab, fa)((fab, a) => fab(a))\n\n  override def map[A, B](fa: F[A])(f: A => B): F[B] =\n    apply(unit(f))(fa)\n  def map2[A, B, C](fa: F[A], fb: F[B])(f: (A, B) => C): F[C] =\n    \/\/    apply(apply(unit(f.curried))(fa))(fb)\n    apply(map(fa)(f.curried))(fb)\n  def map3_map2[A, B, C, D](fa: F[A], fb: F[B], fc: F[C])(\n      f: (A, B, C) => D): F[D] =\n    map2(map2(fa, fb)((a, b) => (a, b)), fc)((ab, c) => f(ab._1, ab._2, c))\n\n  def map3[A, B, C, D](fa: F[A], fb: F[B], fc: F[C])(\n      f: (A, B, C) => D): F[D] = {\n    apply(apply(apply(unit(f.curried))(fa))(fb))(fc)\n  }\n  def map4[A, B, C, D, E](fa: F[A], fb: F[B], fc: F[C], fd: F[D])(\n      f: (A, B, C, D) => E): F[E] = {\n    apply(apply(apply(apply(unit(f.curried))(fa))(fb))(fc))(fd)\n  }\n\n  def sequence[A](fas: List[F[A]]): F[List[A]] =\n    fas.foldRight(unit(List.empty[A]))((fa, fla) => map2(fa, fla)(_ :: _))\n\n  def traverse[A, B](as: List[A])(f: A => F[B]): F[List[B]] =\n    as.foldRight(unit(List.empty[B]))((a, fbs) => map2(f(a), fbs)(_ :: _))\n\n  def replicateM[A](n: Int, fa: F[A]): F[List[A]] =\n    sequence(List.fill(n)(fa))\n\n  def product[A, B](fa: F[A], fb: F[B]): F[(A, B)] =\n    map2(fa, fb)((_, _))\n\n  def map2_product[A, B, C](fa: F[A], fb: F[B])(f: (A, B) => C): F[C] =\n    map(product(fa, fb))(f.tupled)\n\n  def assoc[A, B, C](p: (A, (B, C))): ((A, B), C) =\n    p match { case (a, (b, c)) => ((a, b), c) }\n\n  def productF[I, O, I2, O2](f: I => O, g: I2 => O2): (I, I2) => (O, O2) =\n    (i, i2) => (f(i), g(i2))\n\n  def factor[A, B](fa: F[A], fb: F[B]): F[(A, B)] =\n    map2(fa, fb)((_, _))\n\n  def product[G[_]](\n      G: Applicative[G]): Applicative[({ type f[x] = (F[x], G[x]) })#f] = {\n    val self = this\n    new Applicative[({ type f[x] = (F[x], G[x]) })#f] {\n      override def unit[A](a: => A): (F[A], G[A]) = (self.unit(a), G.unit(a))\n\n      override def apply[A, B](fab: (F[A => B], G[A => B]))(\n          fa: (F[A], G[A])): (F[B], G[B]) =\n        (self.apply(fab._1)(fa._1), G.apply(fab._2)(fa._2))\n    }\n  }\n\n  def compose[G[_]](\n      G: Applicative[G]): Applicative[({ type f[x] = F[G[x]] })#f] = {\n    val self = this\n    new Applicative[({ type f[x] = F[G[x]] })#f] {\n      override def unit[A](a: => A): F[G[A]] = self.unit(G.unit(a))\n\n      override def map2[A, B, C](fa: F[G[A]], fb: F[G[B]])(\n          f: (A, B) => C): F[G[C]] =\n        self.map2(fa, fb)((ga, gb) => G.map2(ga, gb)((a, b) => f(a, b)))\n    }\n\n  }\n\n  def sequenceMap[K, V](ofa: Map[K, F[V]]): F[Map[K, V]] =\n    ofa.foldRight(unit(Map.empty[K, V]))((pair, accF) =>\n      map2(pair._2, accF)((v, acc) => acc.updated(pair._1, v)))\n}\n\ncase class Tree[+A](head: A, tail: List[Tree[A]])\n\ntrait Monad[F[_]] extends Applicative[F] {\n\n  \/\/ primitives: unit\/flatMap OR unit\/compose OR unit\/map\/join\n\n  def flatMap[A, B](ma: F[A])(f: A => F[B]): F[B] = join(map(ma)(f))\n\n  def join[A](mma: F[F[A]]): F[A] = flatMap(mma)(ma => ma)\n\n  def compose[A, B, C](f: A => F[B], g: B => F[C]): A => F[C] =\n    a => flatMap(f(a))(g)\n\n  override def map[A, B](fa: F[A])(f: A => B): F[B] =\n    flatMap(fa)(a => unit(f(a)))\n\n  override def map2[A, B, C](fa: F[A], fb: F[B])(f: (A, B) => C): F[C] =\n    flatMap(fa)(a => map(fb)(b => f(a, b)))\n\n\/\/  override def map3[A, B, C, D](fa: F[A], fb: F[B], fc: F[C])(f: (A, B, C) => D): F[D] =\n\/\/    for {\n\/\/      a <- fa\n\/\/      b <- fb\n\/\/      c <- fc\n\/\/    } yield f((a,b,c))\n\n  override def apply[A, B](mf: F[A => B])(ma: F[A]): F[B] =\n    flatMap(mf)(f => map(ma)(a => f(a)))\n\n\/\/  def map2_flatMap[A, B, C](fa: F[A], fb: F[B])(f: (A, B) => C): F[C] =\n\/\/    flatMap(fa)(a => map(fb)(b => f(a, b)))\n}\n\nobject AMonad {\n  def eitherMonad[E]: Monad[({ type f[x] = Either[E, x] })#f] =\n    new Monad[({ type f[x] = Either[E, x] })#f] {\n      override def unit[A](a: => A): Either[E, A] = Right(a)\n\n      override def flatMap[A, B](ma: Either[E, A])(\n          f: A => Either[E, B]): Either[E, B] = ma match {\n        case Left(e)  => Left(e)\n        case Right(a) => f(a)\n      }\n    }\n\n  def stateMonad[S] = new Monad[({ type f[x] = State[S, x] })#f] {\n    override def unit[A](a: => A): State[S, A] = State(s => (a, s))\n    override def flatMap[A, B](st: State[S, A])(\n        f: A => State[S, B]): State[S, B] =\n      st flatMap f\n  }\n\n  val listMonad: Monad[List] = new Monad[List] {\n    override def unit[A](a: => A): List[A] = a :: List.empty\n\n    override def flatMap[A, B](ma: List[A])(f: A => List[B]): List[B] =\n      ma flatMap f\n  }\n\n  def composeM[F[_], N[_]](implicit F: Monad[F],\n                           N: Monad[N],\n                           T: Traverse[N]): Monad[({ type f[x] = F[N[x]] })#f] =\n    new Monad[({ type f[x] = F[N[x]] })#f] {\n      override def unit[A](a: => A): F[N[A]] = F.unit(N.unit(a))\n      override def flatMap[A, B](mna: F[N[A]])(f: A => F[N[B]]): F[N[B]] =\n        F.flatMap(mna)(na => F.map(T.traverse(na)(f))(N.join))\n    }\n\n  case class OptionT[M[_], A](value: M[Option[A]])(implicit M: Monad[M]) {\n    def flatMap[B](f: A => OptionT[M, B]): OptionT[M, B] = {\n      OptionT(M.flatMap(value) {\n        case None    => M.unit(None)\n        case Some(a) => f(a).value\n      })\n    }\n  }\n\n\/\/  implicit def toMonadOps[F[_], A](m: Monad[F[A]]): MonadOps[F, A] =\n\/\/    new MonadOps[F, A](m)\n\/\/\n\/\/  class MonadOps[F[_], A](m: Monad[F[A]]) { self =>\n\/\/    def flatMap[B](fa: F[A])(f: A => F[B]): F[B] = m.flatMap(fa)(f)\n\/\/  }\n\n}\n\nsealed trait Validation[+E, +A]\n\ncase class Failure[E](head: E, tail: Vector[E]) extends Validation[E, Nothing]\n\ncase class Success[A](a: A) extends Validation[Nothing, A]\n\nobject Applicative {\n\n  val streamApplicative: Applicative[Stream] = new Applicative[Stream] {\n\n    def unit[A](a: => A): Stream[A] =\n      Stream.continually(a) \/\/ The infinite, constant stream\n\n    override def map2[A, B, C](a: Stream[A],\n                               b: Stream[B])( \/\/ Combine elements pointwise\n                                             f: (A, B) => C): Stream[C] =\n      a zip b map f.tupled\n  }\n\n  val listApplicative: Applicative[List] = new Applicative[List] {\n    override def unit[A](a: => A): List[A] = a :: List.empty[A]\n\n\/\/    override def map2[A, B, C](fa: List[A], fb: List[B])(\n\/\/        f: (A, B) => C): List[C] =\n\/\/      fa.zip(fb).map(f.tupled)\n\n    override def apply[A, B](fab: List[A => B])(fa: List[A]): List[B] = {\n\/\/      fab.zip(fa).map(t => t._1(t._2))\n      var i = 0\n      val bs = new ListBuffer[B]\n      while (i < fab.length && i < fa.length) {\n        bs += fab(i)(fa(i))\n        i += 1\n      }\n      bs.result()\n    }\n  }\n\n  val optionApplicative: Applicative[Option] = new Applicative[Option] {\n    override def unit[A](a: => A): Option[A] = Option(a)\n\n    override def map2[A, B, C](fa: Option[A], fb: Option[B])(\n        f: (A, B) => C): Option[C] = (fa, fb) match {\n      case (Some(a), Some(b)) => Some(f(a, b))\n      case _                  => None\n    }\n  }\n\n  def validationApplicative[E]\n    : Applicative[({ type f[x] = Validation[E, x] })#f] =\n    new Applicative[({ type f[x] = Validation[E, x] })#f] {\n      override def unit[A](a: => A): Validation[E, A] = Success(a)\n\n      override def map2[A, B, C](fa: Validation[E, A], fb: Validation[E, B])(\n          f: (A, B) => C): Validation[E, C] = {\n        (fa, fb) match {\n          case (Failure(head, tail), Failure(head2, tail2)) =>\n            Failure(head, tail ++ Vector(head2) ++ tail2)\n          case (Success(_), f @ Failure(_, _)) => f\n          case (f @ Failure(_, _), Success(_)) => f\n          case (Success(a), Success(b))        => Success(f(a, b))\n        }\n      }\n    }\n\n  type Const[A, B] = A\n\n  implicit def monoidApplicative[M](\n      M: Monoid[M]): Applicative[({ type f[x] = Const[M, x] })#f] =\n    new Applicative[({ type f[x] = Const[M, x] })#f] {\n      def unit[A](a: => A): M = M.zero\n      \/\/      override def apply[A, B](fab: Const[M, A => B])(fa: Const[M, A]): Const[M, B] = super.apply(fab)(fa)\n      override def apply[A, B](m1: M)(m2: M): M = M.op(m1, m2)\n    }\n\n}\n\ntrait Traverse[F[_]] extends Functor[F] with Foldable[F] { self =>\n  def traverse[G[_], A, B](fa: F[A])(f: A => G[B])(\n      implicit G: Applicative[G]): G[F[B]] =\n    sequence[G, B](map(fa)(f))\n\n  def sequence[G[_], A](fma: F[G[A]])(implicit G: Applicative[G]): G[F[A]] =\n    traverse(fma)(ma => ma)\n\n  type Id[A] = A\n\n  val idMonad: Monad[Id] = new Monad[Id] {\n    override def unit[A](a: => A): Id[A] = a\n    override def flatMap[A, B](a: Id[A])(f: A => Id[B]): Id[B] = f(a)\n  }\n\n  val idApplicative: Applicative[Id] = new Applicative[Id] {\n    override def unit[A](a: => A): Id[A] = a\n    override def apply[A, B](fab: Id[A => B])(fa: Id[A]): Id[B] = fab(fa)\n\/\/    override def map2[A, B, C](fa: Id[A], fb: Id[B])(f: (A, B) => C): Id[C] = f(fa, fb)\n  }\n\n  override def map[A, B](fa: F[A])(f: A => B): F[B] =\n    traverse[Id, A, B](fa)(f)(idApplicative)\n\n  import Applicative._\n\n  override def foldMap[A, B](as: F[A])(f: A => B)(mb: Monoid[B]): B =\n    traverse[({ type f[x] = Const[B, x] })#f, A, Nothing](as)(f)(\n      monoidApplicative(mb))\n\n  def traverseS[S, A, B](fa: F[A])(f: A => State[S, B]): State[S, F[B]] =\n    traverse[({ type f[x] = State[S, x] })#f, A, B](fa)(f)(AMonad.stateMonad)\n\n  def mapAccum[S, A, B](fa: F[A], s: S)(f: (A, S) => (B, S)): (F[B], S) =\n    traverseS(fa)((a: A) =>\n      for {\n        s1 <- get[S]\n        (b, s2) = f(a, s1)\n        _ <- set(s2)\n      } yield b).run(s)\n\n  def mapAccum2[S, A, B](fa: F[A], s: S)(f: (A, S) => (B, S)): (F[B], S) = {\n    val state: State[S, F[B]] = traverseS(fa) { (a: A) =>\n      get[S].flatMap { s1 =>\n        val (b, s2) = f(a, s1)\n        println(s\"s1: $s1\")\n        println(s\"s2: $s2\")\n        println(s\"b: $b\")\n        set(s2).map { _ =>\n          b\n        }\n      }\n    }\n    state.run(s)\n  }\n\n  override def toList[A](fa: F[A]): List[A] =\n    mapAccum[List[A], A, Unit](fa, List[A]())((a, s) => ((), a :: s))._2.reverse\n\n  def zipWithIndex[A](fa: F[A]): F[(A, Int)] =\n    mapAccum[Int, A, (A, Int)](fa, 0)((a, s) => ((a, s), s + 1))._1\n\n  def reverse[A](fa: F[A]): F[A] = {\n    val s = mapAccum2[List[A], A, A](fa, toList(fa).reverse) {\n      (a: A, s: List[A]) =>\n        \/\/ (A, List[A])\n        println(\"HERE\")\n        println(s)\n        (s.head, s.tail)\n    }\n    println(s)\n    s._1\n  }\n\n  override def foldLeft[A, B](fa: F[A])(z: B)(f: (B, A) => B): B =\n    mapAccum[B, A, Unit](fa, z)((a, b) => ((), f(b, a)))._2\n\n  def zip[A, B](fa: F[A], fb: F[B]): F[(A, B)] =\n    mapAccum(fa, toList(fb)) {\n      case (a, Nil)     => sys.error(\"zip: Incompatible shapes.\")\n      case (a, b :: bs) => ((a, b), bs)\n    }._1\n\n  def zipL[A, B](fa: F[A], fb: F[B]): F[(A, Option[B])] =\n    (mapAccum(fa, toList(fb)) {\n      case (a, Nil)     => ((a, None), Nil)\n      case (a, b :: bs) => ((a, Some(b)), bs)\n    })._1\n\n  def zipR[A, B](fa: F[A], fb: F[B]): F[(Option[A], B)] =\n    (mapAccum(fb, toList(fa)) {\n      case (b, Nil)     => ((None, b), Nil)\n      case (b, a :: as) => ((Some(a), b), as)\n    })._1\n\n  def fuse[G[_], H[_], A, B](fa: F[A])(f: A => G[B], g: A => H[B])(\n      implicit G: Applicative[G],\n      H: Applicative[H]): (G[F[B]], H[F[B]]) =\n    traverse[({ type f[x] = (G[x], H[x]) })#f, A, B](fa)(a => (f(a), g(a)))(\n      G product H)\n\n  def compose[H[_]](\n      implicit H: Traverse[H]): Traverse[({ type f[x] = F[H[x]] })#f] =\n    new Traverse[({ type f[x] = F[H[x]] })#f] {\n      override def traverse[G[_], A, B](fa: F[H[A]])(f: A => G[B])(\n          implicit G: Applicative[G]): G[F[H[B]]] = {\n        self.traverse(fa)(ha => H.traverse(ha)(f))\n      }\n\n      \/\/ alternative\n\/\/      override def map[A, B](fa: F[G[A]])(f: A => B): F[G[B]] = ???\n\/\/      override def sequence[G[_], A](fma: F[G[G[A]]])(implicit G: Applicative[G]): G[F[G[A]]] = ???\n\n    }\n}\n\nobject Traverse {\n  val listTraverse: Traverse[List] = new Traverse[List] {\n    override def traverse[G[_], A, B](as: List[A])(f: A => G[B])(\n        implicit M: Applicative[G]): G[List[B]] =\n      as.foldRight(M.unit(List.empty[B]))((a, acc) =>\n        M.map2(f(a), acc)((b, bs) => b :: bs))\n\n    override def sequence[G[_], A](as: List[G[A]])(\n        implicit M: Applicative[G]): G[List[A]] =\n      as.foldRight(M.unit(List.empty[A]))((ga, acc) =>\n        M.map2(ga, acc)((a, as) => a :: as))\n\n  }\n\n  val optionTraverse: Traverse[Option] = new Traverse[Option] {\n    override def traverse[G[_], A, B](fa: Option[A])(f: A => G[B])(\n        implicit M: Applicative[G]): G[Option[B]] = fa match {\n      case None    => M.unit(None)\n      case Some(a) => M.map(f(a))(b => Some(b))\n    }\n  }\n\n  val treeTraverse: Traverse[Tree] = new Traverse[Tree] {\n    override def traverse[G[_], A, B](fa: Tree[A])(f: A => G[B])(\n        implicit M: Applicative[G]): G[Tree[B]] =\n      M.map2(f(fa.head), listTraverse.traverse(fa.tail)(a => traverse(a)(f)))(\n        Tree(_, _))\n  }\n\n  \/\/ An example of a Foldable that is not a functor\n  case class Iteration[A](a: A, f: A => A, n: Int) {\n    def foldMap[B](g: A => B)(M: Monoid[B]): B = {\n      def iterate(n: Int, b: B, c: A): B =\n        if (n <= 0) b else iterate(n - 1, g(c), f(a))\n      iterate(n, M.zero, a)\n    }\n  }\n\/\/  val f: Applicative[List]#f[Int] = Applicative.listApplicative#f\n}\n\n\/\/ The `get` and `set` functions on `State` are used above,\n\/\/ but aren't in the `exercises` subproject, so we include\n\/\/ them here\nobject StateUtil {\n\n  def get[S]: State[S, S] =\n    State(s => (s, s))\n\n  def set[S](s: S): State[S, Unit] =\n    State(_ => ((), s))\n}\n"}
{"repo_name":"pjambet\/fpinscala","path":"answerkey\/parallelism\/09.answer.scala","text":"<filename>answerkey\/parallelism\/09.answer.scala\n\/* \nFor a thread pool of size 2, `fork(fork(fork(x)))` will deadlock, and so on. Another, perhaps more interesting example\nis `fork(map2(fork(x), fork(y)))`. In this case, the outer task is submitted first and occupies a thread waiting for\nboth `fork(x)` and `fork(y)`. The `fork(x)` and `fork(y)` tasks are submitted and run in parallel, except that only one\nthread is available, resulting in deadlock.\n*\/"}
{"repo_name":"pjambet\/fpinscala","path":"exercises\/src\/main\/scala\/Main.scala","text":"<filename>exercises\/src\/main\/scala\/Main.scala\nimport java.util.Date\nimport java.util.concurrent.atomic.AtomicBoolean\nimport java.util.concurrent.{Callable, ExecutorService, Executors, TimeUnit}\n\nimport fpinscala.applicative.AMonad.OptionT\nimport fpinscala.applicative._\nimport fpinscala.monads.Monad\nimport fpinscala.monoids.{ListFoldable, Monoid}\nimport fpinscala.parsing\nimport fpinscala.parallelism.Par\nimport fpinscala.parallelism.Nonblocking\nimport fpinscala.parallelism.Nonblocking.Future\nimport fpinscala.parsing.ReferenceTypes.Parser\nimport fpinscala.testing.{Gen, Prop}\nimport fpinscala.parsing._\nimport fpinscala.state.State\n\nimport scala.util.control.NonFatal\n\nobject Main extends App {\n\n  def sum1(ints: IndexedSeq[Int]): Int = \/\/ `IndexedSeq` is a superclass of random-access sequences like `Vector` in the standard library. Unlike lists, these sequences provide an efficient `splitAt` method for dividing them into two parts at a particular index.\n    if (ints.size <= 1)\n      ints.headOption getOrElse 0 \/\/ `headOption` is a method defined on all collections in Scala. We saw this function in chapter 3.\n    else {\n      val (l, r) = ints.splitAt(ints.length \/ 2) \/\/ Divide the sequence in half using the `splitAt` function.\n      sum1(l) + sum1(r) \/\/ Recursively sum both halves and add the results together.\n    }\n\n  def sum(ints: IndexedSeq[Int]): Par.Par[Int] = {\n    println(s\"[${Thread.currentThread().getName}] sum\")\n    if (ints.length <= 1) {\n      println(\n        s\"[${Thread.currentThread().getName}] 1 or 0 items, wrapping $ints with unit\")\n      Par.unit(ints.headOption getOrElse 0)\n    } else {\n      val (l, r) = ints.splitAt(ints.length \/ 2)\n      println(s\"[${Thread.currentThread().getName}] Split result: $l, $r\")\n      Par.map2(Par.fork(sum(l)), Par.fork(sum(r)))(_ + _)\n    }\n  }\n\n  def sum_withParFold(ints: IndexedSeq[Int]): Par.Par[Int] = {\n    Par.parFold(0, ints)(_ + _)(_ + _)\n  }\n\n  def max_withParFold(ints: IndexedSeq[Int]): Par.Par[Option[Int]] = {\n    Par.parFold[Int, Option[Int]](None, ints) { (a, z) =>\n      if (z.isDefined && z.get < a) Some(a) else z\n    } { (t1, t2) =>\n\/\/      if (t1.isDefined )\n      ???\n    }\n  }\n\n  override def main(args: Array[String]): Unit = {\n\/\/    val numA: Parser[Int] = map(many(char('a)))(_.size)\n    \/\/    val numA2: Parser[Int] = char('a').many.map(_.size)\n\n    val S = Executors.newFixedThreadPool(1)\n    \/\/    val S = Executors.newCachedThreadPool()\n\n    \/\/    val l = List(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)\n    \/\/    val s2 = sum(Vector(1, 2, 3))\n    \/\/    val l = List.fill(2000)((Math.random() * 1000).toInt).toIndexedSeq\n    \/\/    val s2 = sum(l)\n\n    \/\/    println(Par.parFilter(l)(i => i <= 5)(S))\n\n    \/\/    println(\"Par created as a result of map2, running it now\")\n    \/\/    val t0 = System.nanoTime()\n    \/\/\/\/    val res = s2(S)\n    \/\/    val res = sum1(l)\n    \/\/    val t1 = System.nanoTime()\n    \/\/    println(res)\n    \/\/    println(s\"Time: ${(t1 - t0) \/ 1000000}\")\n\n    \/\/    val p: Par.Par[Int] = Par.map2(Par.lazyUnit(1), Par.lazyUnit(2))(_ + _)\n    \/\/\/\/    val pp = Par.fork(p)\n    \/\/\n    \/\/    val u = Par.unit(1)\n    \/\/    val pu = Par.fork(u)\n    \/\/    u(S)\n    \/\/    pu(S)\n    \/\/\n    \/\/    val f = Par.fork(p)(S)\n    \/\/    println(\"Result:\")\n    \/\/    println(f.get(5000, TimeUnit.MILLISECONDS))\n    \/\/\/\/    pp(S).get()\n\n    \/\/    val t0 = System.nanoTime()\n    \/\/    val p = Nonblocking.Par.parMap(List.range(1, 10)) { i => Thread.sleep(1000); math.sqrt(i) }\n    \/\/    println(Nonblocking.Par.run(S)(p))\n    \/\/\/\/    val p2 = List.range(1, 10).map { i => Thread.sleep(1000); math.sqrt(i) }\n    \/\/\/\/    println(p2)\n    \/\/    val t1 = System.nanoTime()\n    \/\/    println(s\"Time: ${(t1 - t0) \/ 1000000}\")\n\n    val plaz = Nonblocking.Par.lazyUnit(1)\n    \/\/    val c1 = new Callable[Int] {\n    \/\/      override def call(): Int = {\n    \/\/        println(s\"[${Thread.currentThread().getName}] Starting to sort 1\")\n    \/\/        val m = List.range(1, 1000000).min\n    \/\/        println(s\"[${Thread.currentThread().getName}] Done with 1\")\n    \/\/        m\n    \/\/      }\n    \/\/    }\n    \/\/    val c2 = new Callable[Int] {\n    \/\/      override def call(): Int = {\n    \/\/        println(s\"[${Thread.currentThread().getName}] Starting to sort 2\")\n    \/\/        val m = List.range(1, 1000000).min\n    \/\/        println(s\"[${Thread.currentThread().getName}] Done with 2\")\n    \/\/        m\n    \/\/      }\n    \/\/    }\n\n    \/\/    val f1 = S.submit(c1)\n    \/\/    val f2 = S.submit(c2)\n    \/\/    println()\n\n    \/\/    Nonblocking.Par.run(S)(Nonblocking.Par.map2(Nonblocking.Par.lazyUnit(1), Nonblocking.Par.lazyUnit(1))(_ + _))\n\n    val f2 = (es: ExecutorService) => {\n      new Future[Int] {\n        def apply(cb: Int => Unit) = {\n          es.submit(new Callable[Unit] {\n            val unitA = (es: ExecutorService) => {\n              new Future[Int] {\n                def apply(cb: Int => Unit) = cb(1)\n              }\n            }\n\n            def call: Unit = unitA(es)(cb)\n          })\n        }\n      }\n    }\n\n\/\/    val ff =\n\/\/      (es: ExecutorService) => {\n\/\/        new Future[Int] {\n\/\/          def apply(cb: Int => Unit) = {\n\/\/            println(s\"[${Thread.currentThread().getName}] Submitting to $es\")\n\/\/            es.submit(new Callable[Unit] {\n\/\/              def call: Unit = {\n\/\/                println(s\"[${Thread.currentThread().getName}] Calling 1\")\n\/\/                val forked = (es: ExecutorService) => {\n\/\/                  new Future[Int] {\n\/\/                    def apply(cb: Int => Unit) = {\n\/\/                      println(\n\/\/                        s\"[${Thread.currentThread().getName}] Submitting to $es\")\n\/\/                      es.submit(new Callable[Unit] {\n\/\/                        def call: Unit = {\n\/\/                          println(\n\/\/                            s\"[${Thread.currentThread().getName}] Calling 2\")\n\/\/                          val unitA = (_: ExecutorService) => {\n\/\/                            new Future[Int] {\n\/\/                              def apply(cb: Int => Unit) = cb(1)\n\/\/                            }\n\/\/                          }\n\/\/                          unitA(es)(cb)\n\/\/                        }\n\/\/                      })\n\/\/                      println(s\"[${Thread.currentThread().getName}] I'm done\")\n\/\/                    }\n\/\/                  }\n\/\/                }\n\/\/                forked(es)(cb)\n\/\/                println(s\"[${Thread.currentThread().getName}] But for real\")\n\/\/              }\n\/\/            })\n\/\/          }\n\/\/        }\n\/\/      }\n\n\/\/    val fmap = {\n\/\/      val f: Int => String = _.toString\n\/\/      es: ExecutorService =>\n\/\/        {\n\/\/          new Future[String] {\n\/\/            val forkedTwice = (es: ExecutorService) => {\n\/\/              new Future[Int] {\n\/\/                def apply(cb: Int => Unit) = {\n\/\/                  println(\n\/\/                    s\"[${Thread.currentThread().getName}] Submitting to $es\")\n\/\/                  es.submit(new Callable[Unit] {\n\/\/                    def call: Unit = {\n\/\/                      println(s\"[${Thread.currentThread().getName}] Calling 1\")\n\/\/                      val forkedOnce = (es: ExecutorService) => {\n\/\/                        new Future[Int] {\n\/\/                          def apply(cb: Int => Unit) = {\n\/\/                            println(\n\/\/                              s\"[${Thread.currentThread().getName}] Submitting to $es\")\n\/\/                            es.submit(new Callable[Unit] {\n\/\/                              def call: Unit = {\n\/\/                                println(\n\/\/                                  s\"[${Thread.currentThread().getName}] Calling 2\")\n\/\/                                val unitA = (_: ExecutorService) => {\n\/\/                                  new Future[Int] {\n\/\/                                    def apply(cb: Int => Unit) = cb(1)\n\/\/                                  }\n\/\/                                }\n\/\/                                unitA(es)(cb)\n\/\/                              }\n\/\/                            })\n\/\/                            println(\n\/\/                              s\"[${Thread.currentThread().getName}] I'm done\")\n\/\/                          }\n\/\/                        }\n\/\/                      }\n\/\/                      forkedOnce(es)(cb)\n\/\/                      println(\n\/\/                        s\"[${Thread.currentThread().getName}] But for real\")\n\/\/                    }\n\/\/                  })\n\/\/                }\n\/\/              }\n\/\/            }\n\/\/\n\/\/            def apply(cb: String => Unit): Unit = {\n\/\/              forkedTwice(es) { a =>\n\/\/                es.submit(new Callable[Unit] {\n\/\/                  def call: Unit = cb(f(a))\n\/\/                })\n\/\/              }\n\/\/            }\n\/\/          }\n\/\/        }\n\/\/    }\n\n\/\/    println(Nonblocking.Par.run(S)(ff))\n\/\/    println(Nonblocking.Par.run(S)(fmap).getClass)\n\n\/\/    val numA: Parser[Int] = char('a').many.map(_.size)\n\n    S.shutdown()\n    S.awaitTermination(5000, TimeUnit.MILLISECONDS)\n\n\/\/    var seq: Seq[Int] = Seq.empty\n\/\/    var list: List[Int] = List.empty\n\/\/    var indexedSeq: IndexedSeq[Int] = IndexedSeq.empty[Int]\n\/\/    var vector: Vector[Int] = Vector.empty[Int]\n\/\/\n\/\/    val f3: Function1[Function1[IndexedSeq[Int], IndexedSeq[Int]], Unit] = ???\n\/\/    val f: Function1[Seq[Int], Vector[Int]] = ???\n\/\/    f3(f)\n\/\/    JSONExample.test\n\/\/    val P = fpinscala.parsing.Reference\n\/\/    import fpinscala.parsing.ReferenceTypes.Parser\n\/\/    import P._\n\/\/\/\/    val spaces = regex(\"\\\\s*\".r) \/\/char(' ').many.slice\n\/\/    val spaces = string(\" \") or string(\" \").many\n\/\/    val ps = (attempt(string(\"abra\") ** spaces ** string(\"abra\")) ** string(\n\/\/      \"cadabra\")) or (string(\"abra\") ** spaces ** string(\"cadabra!\"))\n\/\/\/\/    val ps = string(\"abra\") ** spaces ** string(\"abra\") ** spaces ** string(\"cadabra\")\n\/\/\/\/    println(P.run(ps)(\"abra\"))\n\/\/\n\/\/    val p1 = scope(\"magic spell\") {\n\/\/      string(\"abra\") ** spaces ** string(\"cadabra\")\n\/\/    }\n\/\/    val p2 = scope(\"gibberish\") { string(\"abba\") ** spaces ** string(\"babba\")\n\/\/    }\n\/\/    val p = p2 or p1\n\/\/\n\/\/    new AtomicBoolean()\n\/\/    println(P.run(p)(\"abra cAdabra\"))\n\/\/    println(P.run(p)(\"abra cadabra\"))\n\n\/\/    import fpinscala.monoids.Monoid\n\/\/\n\/\/    val prop = Monoid.monoidLaws(Monoid.intAddition, Gen.smallInt)\n\/\/    println(Prop.run(prop))\n\/\/\n\/\/    println(Monoid.count(\"foo de fafa\"))\n\/\/\n\/\/    println(ListFoldable.foldRight(List(10, 12, 14))(List.empty[Int])(_ :: _))\n\/\/    println(ListFoldable.foldLeft(List(10, 12, 14))(List.empty[Int])((is, i) => i :: is))\n\/\/    val M: Monoid[Map[String, Map[String, Int]]] =\n\/\/      Monoid.mapMergeMonoid(Monoid.mapMergeMonoid(Monoid.intAddition))\n\/\/\n\/\/    val m1 = Map(\"o1\" -> Map(\"i1\" -> 1, \"i2\" -> 2))\n\/\/    val m2 = Map(\"o1\" -> Map(\"i2\" -> 3))\n\/\/    println(M.op(m1, m2))\n\/\/\n\/\/    println(Monoid.bag(Vector(\"a\", \"rose\", \"is\", \"a\", \"rose\")))\n\/\/\n\/\/    println(Monad.optionMonad.filterM[String](List(\"foo\", \"bar\", \"foo\")) { str =>\n\/\/      if (str == \"foo\") Some(true) else Some(false)\n\/\/    })\n\/\/\n\/\/    println(Monad.stateMonad[Int].map2(State.unit(\"1\"), State.unit(\"2\"))(_ + _).run(0))\n\n\/\/    println(AMonad.stateMonad[Int].unit(1))\n    val F: Applicative[Option] = new Applicative[Option] {\n      override def unit[A](a: => A): Option[A] = Option(a)\n\n      override def apply[A, B](fab: Option[A => B])(fa: Option[A]): Option[B] =\n        fa.flatMap(a => fab.map(f => f(a)))\n    }\n    val depts: Map[String, String] = Map(\"pierre\" -> \"it\")\n    val salaries: Map[String, Double] = Map(\"pierre\" -> 10)\n    val o: Option[String] =\n      F.map2(depts.get(\"pierre\"), salaries.get(\"pierre\"))((dept, salary) =>\n        s\"Pierre in $dept makes $salary per year\")\n\n\/\/    println(o)\n\/\/\n\/\/    val st = Applicative.streamApplicative.sequence(\n\/\/      List(Applicative.streamApplicative.unit(1),\n\/\/           Applicative.streamApplicative.unit(2),\n\/\/           Stream(10, 12)))\n\/\/    println(st)\n\n    case class WebForm(name: String, birthdate: Date, phoneNumber: String)\n    def validName(name: String): Validation[String, String] =\n      if (name != \"\") Success(name)\n      else Failure(\"Name cannot be empty\", Vector.empty)\n\n    def validName2(name: String): Either[String, String] =\n      validName(name) match {\n        case Failure(h, t) => Left(h)\n        case Success(s)    => Right(s)\n      }\n\n    def validBirthdate(birthdate: String): Validation[String, Date] =\n      try {\n        import java.text._\n        Success((new SimpleDateFormat(\"yyyy-MM-dd\")).parse(birthdate))\n      } catch {\n        case NonFatal(e) =>\n          Failure(\"Birthdate must be in the form yyyy-MM-dd\", Vector.empty)\n      }\n\n    def validBirthdate2(birthdate: String): Either[String, Date] =\n      validBirthdate(birthdate) match {\n        case Failure(h, t) => Left(h)\n        case Success(s)    => Right(s)\n      }\n\n    def validPhone(phoneNumber: String): Validation[String, String] =\n      if (phoneNumber.matches(\"[0-9]{10}\"))\n        Success(phoneNumber)\n      else Failure(\"Phone number must be 10 digits\", Vector.empty)\n\n    def validPhone2(phoneNumber: String): Either[String, String] =\n      validPhone(phoneNumber) match {\n        case Failure(h, t) => Left(h)\n        case Success(s)    => Right(s)\n      }\n\n    def validWebForm(name: String,\n                     birthdate: String,\n                     phone: String): Validation[String, WebForm] =\n      Applicative.validationApplicative.map3(validName(name),\n                                             validBirthdate(birthdate),\n                                             validPhone(phone))(WebForm)\n\n    def validWebForm2(name: String,\n                      birthdate: String,\n                      phone: String): Either[String, WebForm] =\n      AMonad.eitherMonad.map3(validName2(name),\n                              validBirthdate2(birthdate),\n                              validPhone2(phone))(WebForm)\n\n\/\/    println(validWebForm(\"\", \"12\/12\/1989\", \"16467275376\"))\n\/\/    println(validWebForm2(\"\", \"12\/12\/1989\", \"16467275376\"))\n\/\/    Array(1)\n\/\/    Set(1, 2, 3, 4, 5)\n\/\/    Some(1).flatMap(_ => Some(2))\n\/\/\n\/\/    println(Traverse.listTraverse.traverse[Option, Int, Int](List(10, 20))(i =>\n\/\/      Option(i * 2))(Applicative.optionApplicative))\n\/\/\n\/\/    println(\"-----\")\n\/\/    val l = Applicative.listApplicative.apply(List[Int => Int](_ + 1, _ + 2))(List(1))\n\/\/    println(s\"l: $l\")\n\/\/    println(\"-----\")\n\/\/    val r = Applicative.listApplicative.apply[Int, String](List(_.toString))(\n\/\/      List(10, 20))\n\/\/    val prod =\n\/\/      Applicative.listApplicative.product[Option](Applicative.optionApplicative)\n\/\/    val comp =\n\/\/      Applicative.listApplicative.compose[Option](Applicative.optionApplicative)\n\/\/    println(prod.map2(prod.unit(1), prod.unit(10))((a, b) => a + b))\n\/\/    println(comp.map2(comp.unit(1), comp.unit(10))((a, b) => a + b))\n\/\/    println(\"-----\")\n\/\/    println(s\"reverse: ${Traverse.listTraverse.reverse[Int](List(1, 2, 3, 4, 5))}\")\n\/\/    println(\"-----\")\n\/\/    println(Traverse.listTraverse.foldLeft(List(1, 2, 3, 4, 5))(0)(_ + _))\n\/\/    println(\n\/\/      Traverse.listTraverse.fuse[Option, Stream, Int, Int](List(1, 2, 3, 4, 5))(\n\/\/        a => Some(a),\n\/\/        a => Stream.apply(a))(Applicative.optionApplicative, Applicative.streamApplicative))\n\/\/    implicit val ml = AMonad.listMonad\n\/\/    val ot = OptionT[List, Int](List(Some(1), Some(2), None, Some(4)))\n\/\/\n\/\/    println(ot.flatMap(i => OptionT(List[Option[Int]](None))))\n\/\/    val eitherMonad = AMonad.eitherMonad[String]\n\/\/    val u = eitherMonad.unit(1).flatMap(_ => eitherMonad.unit(true))\n\/\/    val app = Applicative.monoidApplicative[List[Int]](Monoid.listMonoid)\n\/\/    val u2 = app.unit(1)\n  }\n\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/StatManager.scala","text":"package jiayiwei.essay_ui\n\nimport jiayiwei.essay.EssayStat.PhraseUsage\nimport jiayiwei.essay.FSA.Phrase\nimport jiayiwei.essay.{TextRange, EssayParser, EssayStat}\nimport rx.{Ctx, Rx, Var}\n\n\n\nclass StatManager(markerPane: MarkerTextPane, statModel: EssayStat, essayParser: EssayParser, implicit val ctx: Ctx.Owner) {\n  import StatManager._\n\n  val underlineThicknessVar = Var(3f)\n\n  private val statDataVar = Var(getStat)\n  val wordCountVar = Rx{ statDataVar().wordCount }\n  \n  private val caretDotVar = Var(currentCaretDot)\n  private val markersToDisplay = Rx{\n    val colorBlocks = statDataVar().phraseMap.flatMap {\n      case (p, ps) =>\n        val frequency = ps.length\n        val line = ColorBlock(ColorBlock.colorFromFrequency(frequency))\n        ps.map { usage =>\n          val range = EssayStat.rangeOfPhraseUsage(usage)\n          MarkRegion(range, line)\n        }\n    }\n\n    val highlights = statDataVar().infoRegions.find(_.range.isNearTo(caretDotVar())) match {\n      case Some(info) =>\n        val usageList = statDataVar().phraseMap(info.phrase)\n        val frequency = usageList.length\n        val block = ColorUnderline(ColorUnderline.colorFromFrequency(frequency), underlineThicknessVar())\n        usageList.map { usage =>\n          val range = EssayStat.rangeOfPhraseUsage(usage)\n          MarkRegion(range, block)\n        }\n      case None =>\n        Seq()\n    }\n\n    colorBlocks ++ highlights\n  }\n\n  markersToDisplay.trigger{\n    markerPane.setMarkers(markersToDisplay.now.toSeq)\n  }\n  \n  def getStat: StatData = {\n    val text = markerPane.getText\n    val result = statModel.stat(essayParser.parseText(text))\n    val phraseMap = result.stat.toMap.filter{case (p,ps) => ps.length>=2}\n    val infoRegions = phraseMap.toArray.flatMap{\n      case (p, ps) => ps.map{usage =>\n        val range = EssayStat.rangeOfPhraseUsage(usage)\n        InfoRegion(p, range)\n      }\n    }.sortBy(_.range.start)\n    \n    StatData(infoRegions,phraseMap, result.wordCount)\n  }\n  \n  def currentCaretDot = markerPane.getCaret.getDot\n  \n  def editCallBack() = {\n    statDataVar() = getStat\n  }\n\n  def caretCallBack() = {\n    caretDotVar() = currentCaretDot\n  }\n}\n\nobject StatManager {\n  case class InfoRegion(phrase: Phrase , range: TextRange)\n\n  case class StatData(infoRegions: Array[InfoRegion], phraseMap: Map[Phrase, Vector[PhraseUsage]], wordCount: Int)\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/CommonPhrases.scala","text":"package jiayiwei.essay\n\n\/**\n * Created by weijiayi on 9\/8\/16.\n *\/\nobject CommonPhrases {\n  def main(args: Array[String]) {\n    val lines = LoadFile.load(\"commonPhrases_irreg.txt\")\n    for(line <- lines if line.nonEmpty && !line.contains(\"\u2026\") && !line.contains(\"\uff0e\")){\n      println(line.trim)\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/PorterStemmerScala.scala","text":"<reponame>MrVPlusOne\/textVary\npackage jiayiwei.essay\n\n\/*\n Copyright 2009 <NAME>, <NAME>\n Licensed under the Apache License, Version 2.0 (the \"License\")\n you may not use this file except in compliance with the License.\n You may obtain a copy of the License at\n http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n Unless required by applicable law or agreed to in writing, software\n distributed under the License is distributed on an \"AS IS\" BASIS,\n WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n See the License for the specific language governing permissions and\n limitations under the License.\n*\/\n\nimport scala.Some\n\n\n\/**\n * Converts words to their stemmed form using the classic Porter stemming\n * algorithm.\n *\n * @author dlwh\n *\/\nobject PorterStemmer extends Stemmer{\n\n\n  override def stem(w: String) = {\n    if (w.length < 3) w.toLowerCase\n    else {\n      val ret = {\n        w.toLowerCase.replaceAll(\"([aeiou])y\", \"$1Y\").replaceAll(\"^y\", \"Y\")\n      }\n      step5(step4(step3(step2(step1(ret))))).toLowerCase\n    }\n  }\n\n  private def step1(w: String) = step1c(step1b(step1a(w)))\n\n  \/\/ get rid of s's\n  private def step1a(w: String) = {\n    if (w.endsWith(\"sses\") || w.endsWith(\"ies\"))\n      w.substring(0, w.length - 2)\n    else if (w.endsWith(\"s\") && w.charAt(w.length - 2) != 's')\n      w.substring(0, w.length - 1)\n    else w\n  }\n\n  private def step1b(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    def extra(w: String) = {\n      if (w.endsWith(\"at\") || w.endsWith(\"bl\") || w.endsWith(\"iz\")) w + 'e'\n      \/\/ double consonant:\n      else if (doublec(w) && !(\"lsz\".contains(w.last))) w.substring(0, w.length - 1);\n      else if (m(w) == 1 && cvc(w)) w + \"e\"\n      else w\n    }\n\n    if (w.endsWith(\"eed\")) {\n      if (m(w.substring(0, w.length - 3)) > 0)\n        w.substring(0, w.length - 1)\n      else w\n    } else if (w.endsWith(\"ed\")) {\n      if (w.indexWhere(isVowel) < (w.length - 2)) extra(w.substring(0, w.length - 2))\n      else w\n    } else if (w.endsWith(\"ing\")) {\n      if (w.indexWhere(isVowel) < (w.length - 3)) extra(w.substring(0, w.length - 3))\n      else w\n    } else w\n  }\n\n  def step1c(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    if ((w.last == 'y' || w.last == 'Y') && w.indexWhere(isVowel) < w.length - 1) {\n      w.substring(0, w.length - 1) + 'i'\n    } else w\n  }\n\n  private def replaceSuffix(w: String, suffix: String, repl: String) = {\n    if (w endsWith suffix) Some((w.substring(0, w.length - suffix.length), repl))\n    else None\n  }\n\n  private val mgt0 = {\n    (w: (String, String)) => m(w._1) > 0\n  }\n  private val mgt1 = {\n    (w: (String, String)) => m(w._1) > 1\n  }\n\n  private def step2(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    if (w.length < 3) w\n    else {\n      val opt = w(w.length - 2) match {\n        case 'a' => replaceSuffix(w, \"ational\", \"ate\").orElse(replaceSuffix(w, \"tional\", \"tion\"))\n        case 'c' =>\n          replaceSuffix(w, \"enci\", \"ence\").orElse(replaceSuffix(w, \"anci\", \"ance\"))\n        case 'e' => replaceSuffix(w, \"izer\", \"ize\")\n        case 'g' => replaceSuffix(w, \"logi\", \"log\")\n        case 'l' => replaceSuffix(w, \"bli\", \"ble\") orElse {\n          replaceSuffix(w, \"alli\", \"al\")\n        } orElse {\n          replaceSuffix(w, \"entli\", \"ent\")\n        } orElse {\n          replaceSuffix(w, \"eli\", \"e\")\n        } orElse {\n          replaceSuffix(w, \"ousli\", \"ous\")\n        }\n        case 'o' => replaceSuffix(w, \"ization\", \"ize\") orElse {\n          replaceSuffix(w, \"ator\", \"ate\")\n        } orElse {\n          replaceSuffix(w, \"ation\", \"ate\")\n        }\n        case 's' => replaceSuffix(w, \"alism\", \"al\") orElse {\n          replaceSuffix(w, \"iveness\", \"ive\")\n        } orElse {\n          replaceSuffix(w, \"fulness\", \"ful\")\n        } orElse {\n          replaceSuffix(w, \"ousness\", \"ous\")\n        }\n        case 't' =>\n          replaceSuffix(w, \"aliti\", \"al\") orElse {\n            replaceSuffix(w, \"iviti\", \"ive\")\n          } orElse {\n            replaceSuffix(w, \"biliti\", \"ble\")\n          }\n        case _ => None\n      }\n      opt.filter(mgt0).map {\n        case (a, b) => a + b\n      }.getOrElse(w)\n    }\n  }\n\n  private def step3(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    if (w.length < 3) w\n    else {\n      val opt = w.last match {\n        case 'e' =>\n          replaceSuffix(w, \"icate\", \"ic\") orElse {\n            replaceSuffix(w, \"alize\", \"al\")\n          } orElse {\n            replaceSuffix(w, \"ative\", \"\")\n          }\n        case 'i' => replaceSuffix(w, \"iciti\", \"ic\")\n        case 'l' => replaceSuffix(w, \"ical\", \"ic\").orElse(replaceSuffix(w, \"ful\", \"\"))\n        case 's' => replaceSuffix(w, \"ness\", \"\")\n        case _ => None\n      }\n      opt.filter(mgt0).map {\n        case (a, b) => a + b\n      }.getOrElse(w)\n    }\n  }\n\n  private def step4(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    if (w.length < 3)\n      w\n    else {\n      val opt = w(w.length - 2) match {\n        case 'a' => replaceSuffix(w, \"al\", \"\")\n        case 'c' => replaceSuffix(w, \"ance\", \"\").orElse(replaceSuffix(w, \"ence\", \"\"))\n        case 'e' => replaceSuffix(w, \"er\", \"\")\n        case 'i' => replaceSuffix(w, \"ic\", \"\")\n        case 'l' => replaceSuffix(w, \"able\", \"\").orElse(replaceSuffix(w, \"ible\", \"\"))\n        case 'n' => replaceSuffix(w, \"ant\", \"\") orElse {\n          replaceSuffix(w, \"ement\", \"\")\n        } orElse {\n          \/\/println(\"here\")\n          replaceSuffix(w, \"ment\", \"\")\n        } orElse {\n          \/\/println(\"hereX\")\n          replaceSuffix(w, \"ent\", \"\")\n        }\n        case 'o' => replaceSuffix(w, \"ion\", \"\").filter(a => a._1.endsWith(\"t\") || a._1.endsWith(\"s\")).\n            orElse(replaceSuffix(w, \"ou\", \"\"))\n        case 's' => replaceSuffix(w, \"ism\", \"\")\n        case 't' => replaceSuffix(w, \"ate\", \"\").orElse(replaceSuffix(w, \"iti\", \"\"))\n        case 'u' => replaceSuffix(w, \"ous\", \"\")\n        case 'v' => replaceSuffix(w, \"ive\", \"\")\n        case 'z' => replaceSuffix(w, \"ize\", \"\")\n        case _ => None\n      }\n      opt.filter(mgt1).map {\n        case (a, b) => a + b\n      }.getOrElse(w)\n    }\n  }\n\n  private def step5(w: String) = {\n    \/\/println(w + \" \" + m(w));\n    if (w.length < 3) w\n    else\n      step5b(step5a(w))\n  }\n\n\n  private def step5a(w: String) = {\n    if (w.length < 3) w\n    else\n    if (w.last == 'e') {\n      val n = m(w)\n      if (n > 1) w.substring(0, w.length - 1)\n      else if (n == 1 && !cvc(w.substring(0, w.length - 1))) w.substring(0, w.length - 1)\n      else w\n    }\n    else {\n      w\n    }\n  }\n\n  private def step5b(w: String) = {\n    if (w.last == 'l' && doublec(w) && m(w) > 1) w.substring(0, w.length - 1)\n    else w\n  }\n\n  def m(w: String): Int = {\n    val firstV = w.indexWhere(isVowel)\n    if (firstV == -1) 0\n    else {\n      var m = 0\n      var x: Seq[Char] = w.substring(firstV)\n      if (x.isEmpty) m\n      else {\n        while (!x.isEmpty) {\n          x = x.dropWhile(isVowel)\n          if (x.isEmpty) return m\n          m += 1\n          if (m > 1) return m; \/\/ don't need anything bigger than this.\n          x = x.dropWhile(isConsonant)\n        }\n        m\n      }\n    }\n  }\n\n  private def cvc(w: String) = (\n      w.length > 2\n          && isConsonant(w.last)\n          && !(\"wxY\" contains w.last)\n          && isVowel(w(w.length - 2))\n          && isConsonant(w.charAt(w.length - 3))\n      )\n\n  private def doublec(w: String) = {\n    (w.length > 2 && w.last == w.charAt(w.length - 2) && isConsonant(w.last))\n  }\n\n  def isConsonant(letter: Char) = !isVowel(letter)\n\n  def isVowel(letter: Char) = \"aeiouy\" contains letter\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/package.scala","text":"package jiayiwei\n\nimport java.awt.event.{ActionEvent, ActionListener}\n\n\/**\n * Created by weijiayi on 9\/9\/16.\n *\/\npackage object essay_ui {\n  type CallBack = () => Unit\n\n  def callback(action: =>Unit) = () => action\n\n  def mkAction(action: =>Unit) = new ActionListener {\n    override def actionPerformed(e: ActionEvent): Unit = action\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/MarkerTextPane.scala","text":"<gh_stars>10-100\npackage jiayiwei.essay_ui\n\nimport java.awt._\nimport javax.swing.JTextPane\nimport javax.swing.event.{DocumentEvent, DocumentListener}\nimport MarkType.withAlpha\n\nimport jiayiwei.essay.{GUIConfig, TextRange}\n\ntrait MarkType{\n  def mark(r1: Rectangle, r2: Rectangle, g: Graphics)\n}\n\nobject MarkType{\n  def withAlpha(c: Color, a: Double): Color = new Color(c.getRed, c.getGreen, c.getBlue, (a*255).toInt)\n\n  def IntInterpolate(y0: Int, y1: Int)(x: Double) = y0 + ((y1-y0)*x).toInt\n\n  def colorInterpolate(c0: Color, c1: Color)(x: Double) = {\n    new Color(\n      IntInterpolate(c0.getRed,c1.getRed)(x),\n      IntInterpolate(c0.getGreen,c1.getGreen)(x),\n      IntInterpolate(c0.getBlue,c1.getBlue)(x),\n      IntInterpolate(c0.getAlpha,c1.getAlpha)(x)\n    )\n  }\n}\n\ncase class ColorBlock(color: Color) extends MarkType{\n  override def mark(r1: Rectangle, r2: Rectangle, g: Graphics): Unit = {\n    g.setColor(color)\n    g.fillRect(r1.x,r2.y,r2.x-r1.x,r1.height)\n  }\n}\n\nobject ColorBlock {\n  import MarkType._\n\n\/\/  def colorFromFrequency(f: Int) = {\n\/\/    if(f<=3) withAlpha(Color.green, 0.15)\n\/\/    else if(f<=6) withAlpha(Color.yellow, 0.3)\n\/\/    else withAlpha(Color.orange,0.4)\n\/\/  }\n\n  def colorFromFrequency(f: Int) = {\n    val x = 1.0 - math.exp(-(f-2).toDouble\/3)\n    colorInterpolate(\n      withAlpha(Color.yellow, 0.3),\n      withAlpha(Color.red, 0.0))(x)\n  }\n}\n\ncase class ColorUnderline(color: Color, thickness: Float) extends MarkType{\n  override def mark(r1: Rectangle, r2: Rectangle, g: Graphics): Unit = {\n    val g2d = g.asInstanceOf[Graphics2D]\n    g2d.setColor(color)\n    val y = r1.y+r1.height\n    g2d.setStroke(new BasicStroke(thickness))\n    g2d.drawLine(r1.x, y, r2.x, y)\n  }\n}\n\nobject ColorUnderline{\n  def colorFromFrequency(f: Int) = {\n\/\/    if(f<=3) withAlpha(Color.green, 1.0)\n\/\/    else if(f<=6) withAlpha(Color.yellow, 1.0)\n\/\/    else withAlpha(Color.orange,1.0)\n    Color.blue\n  }\n}\n\ncase class MarkRegion(range: TextRange, data: MarkType)\n\n\/**\n * This is a special JTextPane which can draw various color regions (see `MarkRegion` case class) on top of its text.\n *\/\nclass MarkerTextPane() extends JTextPane{\n  private var currentMarkers = Seq[MarkRegion]()\n\n  setFont(GUIConfig.loadFromFile().editorFont)\n\n  def setMarkers(markers: Seq[MarkRegion]) = {\n    currentMarkers = markers\n    repaint()\n  }\n\n  override def paintComponent(g: Graphics): Unit = {\n    super.paintComponent(g)\n\n    currentMarkers.foreach{\n      case MarkRegion(range, markerT) =>\n        for{\n          r1 <- rectOfPos(range.start)\n          r2 <- rectOfPos(range.until)\n        }{\n          if(r1.y != r2.y){\n            val r1End = new Rectangle(getWidth, r1.y, 0, r1.height)\n            val r2Start = new Rectangle(0, r2.y, 0, r2.height)\n            markerT.mark(r1,r1End,g)\n            markerT.mark(r2Start,r2,g)\n          }else\n            markerT.mark(r1,r2,g)\n        }\n    }\n  }\n\n\n  def rectOfPos(pos: Int): Option[Rectangle] = {\n    try{\n      val r = modelToView(pos)\n      Some(r)\n    }catch{\n      case _: Exception =>\n        println(s\"[Warn] Can't access position $pos of the document!\")\n        None\n    }\n  }\n  \n  def lowerLeft(r: Rectangle) = (r.x, r.y+r.height)\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/UIMain.scala","text":"<filename>src\/main\/scala\/jiayiwei\/essay_ui\/UIMain.scala\npackage jiayiwei.essay_ui\n\nimport javax.swing.{JLabel, JFrame}\n\nimport jiayiwei.essay.{GUIConfig, EssayStat}\n\n\/**\n * Created by weijiayi on 9\/9\/16.\n *\/\nobject UIMain {\n\n  def main(args: Array[String]) {\n    MainFrame.mkMainFrameByConfigFile(\"\").start()\n  }\n}\n\nobject UITest{\n  def main(args: Array[String]) {\n    MainFrame.mkMainFrameByConfigFile(EssayStat.sample).start()\n  }\n}"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/test\/scala\/StemmerTest.scala","text":"<reponame>MrVPlusOne\/textVary\nimport jiayiwei.essay.SimpleStemmer\nimport utest._\nimport utest.framework.{Test, Tree}\n\n\nobject StemmerTest extends TestSuite{\n  override def tests: Tree[Test] = this {\n\n    'simple_stemmer_check {\n      val s = SimpleStemmer.standard\n\n      assert(s.stem(\"adapted\") == \"adapt\")\n      assert(s.stem(\"going\") == \"go\")\n      assert(s.stem(\"comes\") == \"come\")\n      assert(s.stem(\"it\") == \"it\")\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/test\/scala\/FSATest.scala","text":"<reponame>MrVPlusOne\/textVary\nimport jiayiwei.essay.{EssayStat, FSA}\nimport jiayiwei.essay.FSA.Phrase\nimport utest._\nimport utest.framework.{Test, Tree}\n\n\nobject FSATest extends TestSuite {\n  override def tests: Tree[Test] = this {\n    val p1 = List(\"hello\", \"there\",\"how\",\"are\",\"you\")\n    val p2 = List(\"hello\",\"there\",\"world\")\n    val p3 = List(\"something\", \"irrelevant\")\n    val ps3 = List(p1,p2,p3)\n\n    'single_phrase {\n      val state = FSA.newRoot()\n      state.addPhrase(p1)\n      assert(state.subPhrases == List(p1))\n    }\n\n    'multi_phrase {\n      assert(FSA.createFromPhrases(ps3).subPhrases.toSet == ps3.toSet)\n    }\n\n    'longest_phrase_test {\n      val fsa = FSA.createFromPhrases(ps3)\n      val stat = new EssayStat(_=>false, fsa)\n      assert(stat.longestPhraseInSentence(Seq(\"x\", \"y\", \"z\")).isEmpty)\n      assert(stat.longestPhraseInSentence(Seq(\"hello\")).isEmpty)\n      assert(stat.longestPhraseInSentence(p3).contains(2))\n      val a = stat.longestPhraseInSentence(Seq(\"hello\", \"there\", \"world\", \"extra\"))\n      assert(a == Some(3))\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/RxJComponent.scala","text":"package jiayiwei.essay_ui\n\nimport javax.swing.{JButton, JLabel}\n\nimport rx.{Ctx, Rx}\n\nobject RxJComponent {\n  class RxJLabel(text: Rx[String], implicit val ctx: Ctx.Owner) extends JLabel{\n    text.trigger{\n      setText(text.now)\n    }\n  }\n  \n  class RxButton(text: Rx[String], implicit val ctx: Ctx.Owner) extends JButton{\n    text.trigger{\n      setText(text.now)\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/ProjectSettings.scala","text":"package jiayiwei.essay\n\n\nobject ProjectSettings {\n  val projectName = \"textVary\"\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/Stemmer.scala","text":"package jiayiwei.essay\n\nimport scala.collection.mutable\n\nobject SimpleStemmer{\n\n  def fileDefined(directory: String) = {\n    val irregMap = new mutable.HashMap[String,String]()\n\n    def addWord(root: String)(forms: String*): Unit = {\n      forms.foreach{\n        f => irregMap += (f -> root)\n      }\n    }\n\n    for {\n      line <- LoadFile.load(s\"$directory\/irregular-words.txt\") if !line.trim.startsWith(\"\/\/\")\n    }{\n      val list = line.trim.split(\"\\\\s+\")\n      if(list.length >= 2){\n        addWord(list.head)(list.tail :_*)\n      }\n    }\n\n    println(s\"User defined stemmer with ${irregMap.size} irregular stemming rules loaded.\")\n    new SimpleStemmer(irregMap)\n  }\n\n  lazy val standard = SimpleStemmer.fileDefined(LoadFile.standard)\n}\n\n\/**\n * A simple stemmer using a combination of stemming dictionary and Porter's algorithm\n * @param irregMap\n *\/\nclass SimpleStemmer(irregMap: mutable.Map[String,String]) extends Stemmer {\n   val porter = PorterStemmer\n\n   override def stem(wordText: String): String = {\n     val lowerCase = wordText.toLowerCase\n     irregMap.get(lowerCase) match {\n       case Some(result) => result\n       case None =>\n         porter.stem(lowerCase)\n     }\n   }\n }\n\ntrait Stemmer{\n  def stem(word: String): String\n}\n\nobject StemmerLib{\n\n  val stemmer = SimpleStemmer.standard\n  def main(args: Array[String]) {\n    while (true){\n      val word = Console.in.readLine()\n      if(word.isEmpty)\n        return\n      println(stemmer.stem(word))\n    }\n  }\n}"}
{"repo_name":"MrVPlusOne\/textVary","path":"build.sbt","text":"<filename>build.sbt\nimport java.nio.file.Files\n\nname := \"jiayiwei.textVary\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.7\"\n\nlibraryDependencies ++= Seq(\n  \"com.lihaoyi\" %% \"fastparse\" % \"0.3.7\",\n  \"com.lihaoyi\" %% \"utest\" % \"0.4.3\" % \"test\",\n  \"com.lihaoyi\" %% \"scalatags\" % \"0.5.4\",\n  \"com.lihaoyi\" %% \"scalarx\" % \"0.3.1\"\n)\n\n\ntestFrameworks += new TestFramework(\"utest.runner.Framework\")\n\nmainClass in (Compile, run) := Some(\"jiayiwei.essay_ui.UITest\")\n\nmainClass in assembly := Some(\"jiayiwei.essay_ui.UIMain\")\nassemblyJarName in assembly := \"textVary.jar\"\ntest in assembly := {}\n\n\n\n\nlazy val copyRes = TaskKey[Unit](\"copyRes\")\ncopyRes <<= (baseDirectory, target, version) map {\n  (base, trg, version) =>\n    val packDir = \"textVary-\" + version\n    val dataDir = s\"$packDir\/standard-data\"\n\n    def mkDir(f: File) = {\n      if(!f.isDirectory){\n        f.mkdir()\n      }\n    }\n\n    def copyFile(from: File, to: File) = {\n      if(to.exists()){\n        to.delete()\n      }\n      Files.copy(from.toPath, to.toPath)\n    }\n\n    mkDir(new File(trg,packDir))\n    mkDir(new File(trg,dataDir))\n\n    new File(base, \"standard-data\").listFiles().foreach(\n      file => copyFile(file, new File(trg, dataDir+\"\/\"+file.name))\n    )\n    copyFile(new File(trg, \"scala-2.11\/textVary.jar\"), new File(trg, packDir + \"\/textVary.jar\"))\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/LoadFile.scala","text":"package jiayiwei.essay\n\nimport java.awt.{Dimension, Font}\nimport java.io.FileWriter\nimport javax.swing.{UIManager, JOptionPane}\n\nimport scala.io.Source\n\n\/**\n * Created by weijiayi on 9\/8\/16.\n *\/\nobject LoadFile {\n  def load(fileName: String) = {\n    loadOpt(fileName) match{\n      case Some(lines) => lines\n      case None =>\n        JOptionPane.showMessageDialog(null,\n          s\"the file '$fileName' cannot be loaded.\",\n          \"File not loaded\",\n          JOptionPane.ERROR_MESSAGE)\n        throw new Exception(s\"Can't load file '$fileName'\")\n    }\n  }\n\n  def loadOpt(fileName: String) = {\n    try{\n      Some(Source.fromFile(fileName).getLines())\n    }catch {\n      case _: Exception =>\n        None\n    }\n  }\n\n  val standard = \"standard-data\"\n}\n\n\ncase class GUIConfig(editorFont: Font, editorDimension: Dimension){\n  def configText = {\n    Seq(\n      s\"font-name: ${editorFont.getFontName}\",\n      s\"font-size: ${editorFont.getSize}\",\n      s\"editor-dimension: ${editorDimension.width},${editorDimension.height}\"\n    ).mkString(\"\\n\")\n  }\n}\n\nobject GUIConfig{\n  val defaultConfig = GUIConfig(\n    editorFont = UIManager.getDefaults.getFont(\"TextPane.font\"),\n    editorDimension = new Dimension(600,500)\n  )\n  \n  def mapFromLines(lines: Seq[String]) = {\n    var map = Map[String, String]()\n    for{\n      l <- lines if l.trim.nonEmpty\n      line = l.trim\n    } {\n      val parts = line.split(\":\\\\s*\")\n      map += (parts(0) -> parts(1))\n    }\n    map\n  }\n  \n  def loadFromFile(path: String = \"gui-config.txt\"): GUIConfig = {\n    LoadFile.loadOpt(path) match{\n      case Some(lines) =>\n        try{\n          val map = mapFromLines(lines.toSeq)\n          val font = new Font(map(\"font-name\"),Font.PLAIN ,map(\"font-size\").toInt)\n          val d = map(\"editor-dimension\").split(\",\")\n          val dimension = new Dimension(d(0).toInt, d(1).toInt)\n          GUIConfig(font, dimension)\n        } catch{\n          case e: Exception =>\n            JOptionPane.showMessageDialog(null,\n              s\"the file '$path' cannot be parsed.\",\n              \"File can't be parsed.\",\n              JOptionPane.ERROR_MESSAGE)\n            throw e\n        }\n\n      case None =>\n        val text = defaultConfig.configText\n        val fw = new FileWriter(path)\n        fw.write(text)\n        fw.close()\n        JOptionPane.showMessageDialog(null,\n          s\"the file '$path' cannot be found, a default configuration is created.\",\n          \"Config not found\",\n          JOptionPane.WARNING_MESSAGE)\n        defaultConfig\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/test\/scala\/EssayParserTest.scala","text":"\nimport jiayiwei.essay.EssayParser\nimport utest._\nimport utest.framework.{Test, Tree}\n\nimport scala.util.Random\n\nobject EssayParserTest extends TestSuite{\n  override def tests: Tree[Test] = this {\n    val parser = EssayParser.standard\n\n    'test_simple_text {\n      val sample = \"This was, really good! Am I right? End.\"\n      val r = parser.parseText(sample)\n      assert(r.length == 4)\n    }\n\n    'random_text_test {\n      val random = new Random()\n      val charList = (('a' to 'g') ++ ('H' to 'N') ++ \"@#$%^&*()-+=~\/<>\" ++ \"      \\n\\n,,,,....??!!;;\\t\").toArray\n      val upper = charList.length\n      def randomChar: Char = {\n        val n = random.nextInt(upper)\n        charList(n)\n      }\n\n      ((0 until 10) ++ (10 to 100 by 10) ++ (1000 to 2000 by 500)).foreach { i =>\n        val text = String.copyValueOf((0 until 10*i).map { _ => randomChar }.toArray)\n        parser.parseText(text)\n      }\n    }\n\n    'sentence_test {\n      val s1 = \" \\n\\t   texts fight a fights   in addition great, in addition\"\n      val result = parser.parseText(s1)\n      assert(result.length == 2)\n      val raw = result.head.words.map(_.original)\n      assert(raw == Seq(\"texts\",\"fight\",\"a\",\"fights\",\"in\",\"addition\",\"great\"))\n    }\n  }\n}\n"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay\/FSA.scala","text":"package jiayiwei.essay\n\nimport FSA._\n\nclass FSAState(var acceptable: Boolean) {\n  private var connections = Map[FSAWord, FSAState]()\n  \n  private def addConnection(word: FSAWord, state: FSAState) = {\n    connections += (word -> state)\n  }\n  \n  def nextState(word: FSAWord): Option[FSAState] = {\n    connections.get(word)\n  }\n\n  def subPhrases: List[Phrase] = {\n    val subs: List[Phrase] = connections.toList.flatMap{\n      case (w,s) => s.subPhrases.map(w::_)\n    }\n    if(acceptable) emptyPhrase :: subs else subs\n  }\n\n  def addPhrase(phrase: Phrase): Unit ={\n    phrase match {\n      case Nil =>\n        acceptable = true\n      case w::t =>\n        val next = nextState(w) match {\n          case None =>\n            val s = new FSAState(acceptable = false)\n            addConnection(w, s)\n            s\n          case Some(s) => s\n        }\n        next.addPhrase(t)\n    }\n  }\n}\n\n\n\nobject FSA{\n  type FSAWord = String\n  type Phrase = List[FSAWord]\n  val emptyPhrase = List[FSAWord]()\n\n\n  def newRoot() = new FSAState(acceptable = false)\n\n  def createFromPhrases(phrases: Seq[Phrase]) = {\n    val s = newRoot()\n    phrases.foreach(p => s.addPhrase(p))\n    s\n  }\n\n  def fileDefined(dir: String, stemmer: Stemmer) = {\n    val s = newRoot()\n    var phraseNum = 0\n    for{\n      line <- LoadFile.load(s\"$dir\/common-phrases.txt\") if !line.trim.startsWith(\"\/\/\")\n      words = line.split(\"\\\\s+\") if words.length>=2\n    }{\n      s.addPhrase(words.map(stemmer.stem).toList)\n      phraseNum += 1\n    }\n    println(s\"User defined phrase model with $phraseNum phrases loaded.\")\n    s\n  }\n}"}
{"repo_name":"MrVPlusOne\/textVary","path":"src\/main\/scala\/jiayiwei\/essay_ui\/MainFrame.scala","text":"<reponame>MrVPlusOne\/textVary\npackage jiayiwei.essay_ui\n\nimport java.awt.event.{AdjustmentEvent, AdjustmentListener, KeyAdapter}\nimport java.awt._\nimport javax.swing.event.{CaretEvent, CaretListener, DocumentEvent, DocumentListener}\nimport javax.swing._\nimport javax.swing.text.DefaultCaret\n\nimport jiayiwei.essay.{GUIConfig, ProjectSettings, EssayParser, EssayStat}\nimport jiayiwei.essay_ui.RxJComponent.{RxButton, RxJLabel}\nimport rx._\nimport rx.Ctx.Owner.Unsafe._\n\n\/**\n * The graphical user interface for textVary\n *\/\nclass MainFrame(initContent: String, editSize: Dimension, font: Font) {\n  import MainFrame._\n  \n  val timeInSecVar = Var(0)\n  val isTimeRunning = Var(false)\n\n  new Timer(1000, mkAction{\n    if(isTimeRunning.now)\n      timeInSecVar.synchronized{\n        timeInSecVar() = timeInSecVar.now + 1\n      }\n  }).start()\n\n  val markerPane = new MarkerTextPane() {\n    setText(initContent)\n    setBorder(BorderFactory.createEmptyBorder(5,10,5,5))\n  }\n\n  val markerManager = new StatManager(markerPane, EssayStat.standard, EssayParser.standard, implicitly)\n\n  val wordCountLabel = new RxJLabel(\n    markerManager.wordCountVar.map{wc => s\"  Word Count: $wc\"}, implicitly)\n  \n  val timeLabel = new RxJLabel(\n    timeInSecVar.map{ \n      t => s\"  Time:  ${displayTimeFromSec(t)}\"\n    }, implicitly\n  )\n  \n  val pauseButton = new RxButton(\n    isTimeRunning.map{ r => if(r) \"Pause\" else \"Resume\"}, implicitly\n  )\n  pauseButton.addActionListener(mkAction{isTimeRunning() = !isTimeRunning.now})\n  \n  val resetButton = new JButton(\"Reset\"){\n    addActionListener(mkAction{\n      timeInSecVar.synchronized{\n        timeInSecVar() = 0\n      }\n    })\n  }\n\n  markerPane.getDocument.addDocumentListener(new DocumentListener {\n    override def insertUpdate(e: DocumentEvent): Unit = markerManager.editCallBack()\n\n    override def changedUpdate(e: DocumentEvent): Unit = markerManager.editCallBack()\n\n    override def removeUpdate(e: DocumentEvent): Unit = markerManager.editCallBack()\n  })\n\n  markerPane.addCaretListener(new CaretListener {\n    override def caretUpdate(e: CaretEvent): Unit = markerManager.caretCallBack()\n  })\n\n  \/**\n   * Call this method to start the JFrame\n   * @return\n   *\/\n  def start() = {\n    val frame = new JFrame(ProjectSettings.projectName){\n      setContentPane(\n        vContainer(\n          hContainer(\n            timeLabel, pauseButton, resetButton\n          ),\n          new JScrollPane(markerPane){\n            setPreferredSize(editSize)\n          },\n          hContainer(\n            wordCountLabel\n          )\n        )\n      )\n\n      pack()\n      setVisible(true)\n    }\n\n    frame.setDefaultCloseOperation(WindowConstants.DO_NOTHING_ON_CLOSE)\n\n    import javax.swing.JOptionPane\n    \/*Some piece of code*\/\n    frame.addWindowListener(new java.awt.event.WindowAdapter() {\n      override def windowClosing(windowEvent: java.awt.event.WindowEvent ) {\n        if (JOptionPane.showConfirmDialog(frame,\n          \"Are you sure to exit textVary?\", \"Confirm exit\",\n          JOptionPane.YES_NO_OPTION,\n          JOptionPane.QUESTION_MESSAGE) == JOptionPane.YES_OPTION){\n          System.exit(0)\n        }\n      }\n    })\n\n    frame\n  }\n\n  def hContainer(components: JComponent*) = {\n    val box = Box.createHorizontalBox()\n    components.foreach(box.add)\n    box\n  }\n\n  def vContainer(components: JComponent*) = {\n    val box = Box.createVerticalBox()\n    components.foreach{c =>\n      box.add(c)\n      c.setAlignmentX(Component.LEFT_ALIGNMENT)\n    }\n    box\n  }\n\n  def hSpring = {\n    new JPanel(){\n      setMaximumSize(new Dimension(-1,1))\n    }\n  }\n}\n\nobject MainFrame{\n  def displayTimeFromSec(sec: Int): String = {\n    \"%02d:%02d:%02d\".format(sec\/3600, (sec\/60)%60, sec%60)\n  }\n\n  def mkMainFrameByConfigFile(initContent: String) = {\n    val config = GUIConfig.loadFromFile()\n    new MainFrame(initContent, config.editorDimension ,config.editorFont)\n  }\n}\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/util\/TraitShowcase.scala","text":"<gh_stars>1-10\npackage com.datacybernetics.qml2017.util\r\n\r\n\/*\r\n Additionally to abstract classes, scala knows the very powerful 'trait' which in\r\n first approximation is a Java interface.\r\n\r\n Upon a closer look you will realize that the 'trait' actually somewhat allows for\r\n multiple inheritance. This is a language feature that I have not completely grasped, so I\r\n encourage you to take a tutorial on traits!\r\n *\/\r\nclass TraitShowcase extends Showcase with AnotherShowcase {\r\n  def sayHi() = {\r\n    \"Hi\"\r\n  }\r\n}\r\n\r\ntrait Showcase {\r\n  self: TraitShowcase =>\r\n\r\n  def sayHiWithUser(user: String) = {\r\n    s\"${self.sayHi()} $user.\"\r\n  }\r\n}\r\n\r\ntrait AnotherShowcase {\r\n  self: TraitShowcase =>\r\n\r\n  def sayHiWithUserAge(user: String, age: Int) = {\r\n    s\"${self.sayHi()} $user, I think you are $age years old.\"\r\n  }\r\n}\r\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/util\/Letter.scala","text":"package com.datacybernetics.qml2017.util\r\n\r\n\/*\r\n As known in java, you can define an abstract class from which other classes\r\n can be derived. We do this here and hardcode the characters, by using case classes, which\r\n will help us use them in pattern matching.\r\n  *\/\r\nabstract class Letter(val char: Char)\r\ncase class LetterH() extends Letter('H')\r\ncase class LetterE() extends Letter('E')\r\ncase class LetterL() extends Letter('L')\r\ncase class LetterO() extends Letter('O')\r\ncase class LetterW() extends Letter('W')\r\ncase class LetterR() extends Letter('R')\r\ncase class LetterD() extends Letter('D')\r\ncase class LetterSpace() extends Letter(' ')"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/actors\/LetterFetcher.scala","text":"package com.datacybernetics.qml2017.actors\n\nimport akka.actor.{Actor, ActorRef}\nimport akka.util.Timeout\nimport com.datacybernetics.qml2017.actors.LetterFetcher.{RequestLetter, ReturnLetter}\nimport com.datacybernetics.qml2017.util.Letter\n\n\/**\n  * The LetterFetcher is an actor that requests (completely unnecessarily) a html document\n  * and searches through the text to find one letter.\n  *\/\nclass LetterFetcher extends Actor {\n\n  \/**\n    * This is the reference to the HttpFetcher roud robin pool\n    *\/\n  val httpFetcher = context.system.actorSelection(\"\/user\/HttpFetcher\")\n\n  override def receive: Receive = {\n    case RequestLetter(correlationId, letter, returnTo) =>\n      \/*\n      Here we ask the HttpFetcher to send us the text **everytime** we are asked to\n      return a letter. This is utter BS, but bear with me: it is a showcase of concurrency!\n\n      This time, I don't want to internally save the state in the actor.\n      I simply encode the state into my message! Of course you get some\n      non-local behavior form an architectural point of view. In some cases this is OK.\n\n      Here it is actually necessary, since the LetterFetcher is in a pool of actors,\n      and saving the state in one actor is not propagated through the other actors of the pool.\n       *\/\n      Console.err.println(s\"[$correlationId] Sending request for HTML.\")\n      httpFetcher ! HttpFetcher.RequestText(correlationId, state = Some( (sender, letter) ))\n\n    case HttpFetcher.ReturnText(correlationId, text, Some(state)) =>\n      \/*\n      As I said, we return the complete state that we have encoded from above when the\n      HttpFetcher returns its html text.\n\n      This is very nice, since we don't know when a certain message will arrive. Remember, it is all\n      very concurrent. Saving states can be dangerous, especially if you are using pools, as we are\n      in the case of the LetterFetcher!!!\n\n      Then we go through the text, again very scala-like, reminiscent of functional programming:\n      we filter, then take the first element.\n\n      **Attention** of course the element might not be in the text. Then there would be an exception.\n      Figure out a way to do this...\n       *\/\n      Console.err.println(s\"[$correlationId] Received the HTML. Thank you!\")\n      \/*\n      Another nice feature of scala borrowed from python... we return a tuple\n      and by the pattern matching we can dissect them and declare separate variables\n       *\/\n      val (returnTo, letter) = state.asInstanceOf[(ActorRef, Letter)]\n      val resultCharacter = text.filter(_ == letter.char).head\n      returnTo ! ReturnLetter(correlationId, resultCharacter)\n  }\n}\n\nobject LetterFetcher {\n  case class RequestLetter(correlationId: String, letter: Letter, returnTo: Option[ActorRef] = None)\n  case class ReturnLetter(correlationId: String, letter: Char)\n}\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"build.sbt","text":"<gh_stars>1-10\nname := \"ScalaIntroduction\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.typesafe.akka\/akka-actor_2.11\nlibraryDependencies += \"com.typesafe.akka\" % \"akka-actor_2.11\" % \"2.4.16\"\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.typesafe.akka\/akka-http-core_2.11\nlibraryDependencies += \"com.typesafe.akka\" % \"akka-http-core_2.11\" % \"10.0.3\"\n\n\/\/ https:\/\/mvnrepository.com\/artifact\/com.typesafe.akka\/akka-contrib_2.11\nlibraryDependencies += \"com.typesafe.akka\" % \"akka-contrib_2.11\" % \"2.4.16\"\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/actors\/HttpFetcher.scala","text":"package com.datacybernetics.qml2017.actors\n\nimport akka.actor.{Actor, ActorRef}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.{HttpRequest, Uri}\nimport akka.stream.scaladsl.Sink\nimport akka.stream.{ActorMaterializer, Materializer}\nimport com.datacybernetics.qml2017.actors.HttpFetcher.{RequestText, ReturnText}\n\nimport scala.util.{Failure, Success}\n\n\/**\n  * This actor loads from the internet the QML2017 location\/travel page and renders it to\n  * a String, then returning it.\n  *\n  * The interesting topic in this actor is the akka-streaming library which\n  * no longer buffers data in memory but streams it, so it can in principal\n  * load petabytes of data.\n  *\/\nclass HttpFetcher extends Actor {\n\n  override def receive: Receive = {\n\n    case RequestText(id, returnTo, state) =>\n      val originalSender = returnTo.getOrElse(sender())\n      Console.err.println(s\"[$id] Received a request for the HTML.\")\n\n      val uri = Uri(\"http:\/\/www.quantummachinelearning.org\/location--travel1.html\")\n      Console.err.println(s\"[$id] Use GET @$uri.\")\n\n      \/**\n        * Okay now, for this to work, we need an Materialzer\n        *\/\n      import context.dispatcher\n      val materializer: Materializer = ActorMaterializer.create(context.system)\n\n      \/*\n      The standard way to do this is by using the async functionality of scala\n      so using a Future. Again, there are two kinds of outcomes:\n      - Success\/Failure\n      - Timeout\n      It is a single http request. Once done (getting a response from the server) we try to get the data.\n       *\/\n      Http(context.system).singleRequest(HttpRequest(uri = uri))(materializer) onComplete {\n        case Success(response) =>\n\n          \/*\n          The idea behind akka-streaming is that you go through the 'lines' of your data\n          that got into the tcp sockets buffer in order to do meaningful operations on it.\n\n          It is modelled as a flow from a source to a sink, using an arbitrary number of\n          intermediate steps, also called flows.\n\n          The mechanisms is very reminiscent of the map&reduce algorithm presented by Google\n          which now forms the bases of the Hadoop-familiy of big data technologies.\n\n          We are doing exactly this:\n          map bytes to strings\n          reduce them by concatenating.\n\n          If we have defined our Flow, we run it, which will again be a Future\n\n         Upon completion we return the text to the sender. If anything goes wrong we send a failure back, so that\n         the calling actor is informed.\n           *\/\n          val source = response.entity.dataBytes\n          val sink = Sink.reduce[String]{ (a,b) => a+b }\n\n          val bodyFuture = source\n            .map(_.decodeString(\"utf-8\"))\n            .runWith(sink)(materializer)\n          Console.err.println(s\"[$id] Waiting for retrieval.\")\n\n          bodyFuture onComplete {\n            case Success(body) =>\n              originalSender ! ReturnText(id, body, state)\n            case Failure(exception) => originalSender ! Failure(exception)\n          }\n\n        case Failure(exception) =>\n          Console.err.println(s\"[$id] Observed an error $exception. We will retry.\")\n          Thread.sleep(1000)\n          self ! RequestText(id, Some(originalSender))\n      }\n  }\n}\n\nobject HttpFetcher {\n  case class RequestText(correlationId: String, returnTo : Option[ActorRef] = None, state: Option[Any] = None)\n  case class ReturnText(correlationId: String, text: String, state: Option[Any] = None)\n}\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/Main.scala","text":"package com.datacybernetics.qml2017\n\nimport akka.actor.{ActorSystem, Props}\nimport akka.pattern.ask\nimport akka.routing.RoundRobinPool\nimport akka.util.Timeout\nimport com.datacybernetics.qml2017.actors.{HelloWorldManager, HttpFetcher, LetterFetcher}\nimport com.datacybernetics.qml2017.util.TraitShowcase\n\nimport scala.util.{Failure, Success}\n\n\/**\n  * This is a little showcase of scala+akka\n  * This combination I use for designing and running productive 24\/7 systems.\n  *\n  * I would like you to follow my comments in this sequence:\n  * 1) Main\n  * 2) HelloWorldManager\n  * 3) LetterFetcher\n  * 4) HttpFetcher\n  * 5) the util package\n  *\n  * In this way the comments are done such that I build upon them\n  *\/\nobject Main {\n  \/**\n    * This is the main entry to the application\n    * we initialize the actor system and instantiate\n    * the actors that are used.\n    * @param args input arguments. Not used now.\n    *\/\n  def main(args: Array[String]): Unit = {\n\n    \/*\n    An actorsystem needs to be initialized, it handles the messaging and has a\n    threadpool called the 'dispatcher' to allow execution in parallel, one of the\n    main advantages of scala.\n     *\/\n\n    val system = ActorSystem(\"qml2017-system\")\n\n    \/*\n    I personally find it good practice to define all used actors during system initialization\n\n    Here we find an interesting feature. The code below creates a Pool actor that distributes\n    messages according to the round robin scheme. There are others of course\n\n    Without any specification you create a single actor, as we have done with the HelloWorldManager\n     *\/\n\n    val httpFetcher = system.actorOf(\n      Props(classOf[HttpFetcher]).withRouter(RoundRobinPool(5)),\n      \"HttpFetcher\")\n\n    val letterFetcher = system.actorOf(\n      Props(classOf[LetterFetcher]).withRouter(RoundRobinPool(5)),\n      \"LetterFetcher\")\n\n    val helloWorldManager = system.actorOf(\n      Props(classOf[HelloWorldManager]),\n      \"HelloWorldManager\")\n\n    try {\n      \/*\n      The ask pattern is used to query an async \"process\" (here an actor)\n      There are two basic situations that can come out of such an async process:\n       - A result: Success or Failure\n       - A timeout\n\n       We need a thread executor, this is the actorsystem's dispatcher\n       There are other ways. Without an actorsystem it is Alternative 1).\n\n       As the ask pattern can timeout you need to set a timeout. This is\n       implicitly defined to make for a nicer code. Explicitly this would be Alternative 2)\n\n       It is important to note, that the ask pattern implicitly creates a temporary actor\n       that lives as long as the computation takes, or the timeout occurs.\n       *\/\n\n      \/\/ Alternative 1)\n      \/\/import scala.concurrent.ExecutionContext.Implicits.global\n      import system.dispatcher\n\n      import scala.concurrent.duration._\n      implicit val timeout = Timeout(20 seconds)\n\n      \/\/ Alternative 2)\n      \/\/helloWorldManager.?(HelloWorldManager.SayTheThing())(Timeout(20 seconds)) onComplete {\n      (helloWorldManager ? HelloWorldManager.SayTheThing()) onComplete {\n\n        \/*\n        This is a pattern matcher. We go through and check if that specific\n        case class is found. Then the corresponding code will be executed\n\n        There are also alternative ways doing this, but they aren't the scala\n        way to do it...\n         *\/\n\n        case Success(HelloWorldManager.ReturnTheThing(thing)) =>\n          println(\"We are done! I am saying:\")\n          println(thing)\n\n          \/*\n          This is another showcase, I will discuss this at the very end!\n          I apologize for not integrating this into the akka showcase.\n           *\/\n          println()\n          println(\"Another showcase with traits\")\n          val traitShowcase = new TraitShowcase\n          println(traitShowcase.sayHiWithUser(\"carsten\"))\n          println(traitShowcase.sayHiWithUserAge(\"carsten\", 36))\n\n          sys.exit()\n        case Failure(exception) =>\n          sys.error(s\"Unfortunately there was an error! ${exception.getMessage}.\")\n        case x =>\n          Console.err.println(s\"Ups!!! This is an unexpected response: ${x.getClass}.\")\n          sys.exit()\n      }\n    } catch {\n      case exception: Exception =>\n        sys.error(s\"Unfortunately there was an error! ${exception.getMessage}.\")\n    }\n\n  }\n}\n"}
{"repo_name":"data-cybernetics\/ScalaIntroduction","path":"src\/main\/scala-2.11\/com\/datacybernetics\/qml2017\/actors\/HelloWorldManager.scala","text":"package com.datacybernetics.qml2017.actors\r\n\r\nimport akka.actor.{Actor, ActorRef}\r\nimport com.datacybernetics.qml2017.util._\r\nimport com.datacybernetics.qml2017.actors.HelloWorldManager.{ReturnTheThing, SayTheThing}\r\n\r\nimport scala.collection.mutable\r\n\r\n\/**\r\n  * The HelloWorldManager is the \"brain\" of the computation. It orchestrates calling sub-actors\r\n  * and aggregating the results together\r\n  * It saves its state internally.\r\n  *\r\n  * Of course this is totally stupid to do it this way. This is only a showcase of language features.\r\n  *\/\r\nclass HelloWorldManager extends Actor {\r\n\r\n  \/**\r\n    * This maps a character used in \"HELLO WORLD\" to the actual positions.\r\n    *\/\r\n  val helloWorldMapping = Map(\r\n    'h' -> Array(0),\r\n    'e' -> Array(1),\r\n    'l' -> Array(2,3,9),\r\n    'o' -> Array(4,7),\r\n    ' ' -> Array(5),\r\n    'w' -> Array(6),\r\n    'r' -> Array(8),\r\n    'd' -> Array(10)\r\n  )\r\n\r\n  \/**\r\n    * This is also a very interesting concept. We defined the LetterFetcher in Main, it is in essence a\r\n    * pool of actors of the type LetterFetcher. We are referencing the pool manager singleton\r\n    *\/\r\n  val letterFetcher = context.system.actorSelection(\"\/user\/LetterFetcher\")\r\n\r\n  \/**\r\n    * This is the internal state of the actor regarding the answer\r\n    *\/\r\n  val jobs = mutable.Map[String,Array[Char]]()\r\n\r\n  \/**\r\n    * This is the internal state of the actor regarding who to send the result\r\n    *\/\r\n  val jobSenders = mutable.Map[String, ActorRef]()\r\n\r\n  \/**\r\n    * This is the main functionality of any actor: the receive function.\r\n    * It pattern-matches messages that were dequeued by the actorsystem.\r\n    * If a message does not match, it gets discarded.\r\n    * @return\r\n    *\/\r\n  override def receive: Receive = {\r\n    case SayTheThing() =>\r\n\r\n      \/*\r\n      Totally pedestrian way to create a random id\r\n\r\n      It shows how to create a sequence and alter it using methods reminiscent of functional programming:\r\n      the map method is used like a pipe operator.\r\n       *\/\r\n      Console.err.print(s\"Creating a correlation ID...\")\r\n      val id = (0 to 10)\r\n        .map(i => math.random*100)\r\n        .map(_.toInt)\r\n        .map(_% (90-65) + 65)\r\n        .map(_.toChar)\r\n        .mkString\r\n      Console.err.print(s\"$id.\")\r\n\r\n      jobs.put(id, new Array[Char](11))\r\n      jobSenders.put(id, sender())\r\n\r\n      \/*\r\n      Now this is also interesting. The normal way to communicate is the \"ask\" method, also\r\n      defined by the '!' sign. Scala allows to define any UTF-8 character as operator.\r\n\r\n      Unfortunately we don't have nice keyboards with greek symbols and other nifty things\r\n      so we need to take care not to get too fancy with the definition, or have ascii names as\r\n      alternatives!\r\n\r\n      Okay, so here we request _in_parallel_ the needed letters of \"HELLO WORLD\". Each \"ask\" call is swiftly executed\r\n      by just sending the according message to the mailbox of the actor.\r\n\r\n      Now we have a round robin pool of 5, that means that the first messages\r\n      will get executed at the same time.\r\n\r\n      The other messages will have to wait until their turn.\r\n       *\/\r\n      Console.err.println(s\"[$id] Sending requests to the LetterFetcher...\")\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterH())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterE())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterL())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterO())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterSpace())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterW())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterR())\r\n      letterFetcher ! LetterFetcher.RequestLetter(id, LetterD())\r\n\r\n    \/*\r\n    This is also a very interesting concept. We have saved the internal state by the correlation id\r\n    and are awaiting the requested letters. We receive them asynchronously in any order, but we know\r\n    what to do and when the computation is actually done.\r\n\r\n    Attention: something bad might happen. In this case it will never end. This is a potential bug!!\r\n    => Think of a mechanism to catch a failing...!\r\n     *\/\r\n    case LetterFetcher.ReturnLetter(id, letter) =>\r\n      Console.err.println(s\"[$id] Recevied letter '$letter'.\")\r\n\r\n      helloWorldMapping(letter.toLower)\r\n        .foreach( index => jobs(id)(index) = letter)\r\n\r\n      \/*\r\n      End condition is when all necessary letters have been placed and there are no more \\0 left in\r\n      the array.\r\n      If that happens we return to the sender actor the according message, and remove the state.\r\n       *\/\r\n      if (!jobs(id).contains(0)) {\r\n        Console.err.println(s\"[$id] All letters have been gathered. We are ready to say the THING!\")\r\n        Console.err.flush()\r\n        jobSenders(id) ! ReturnTheThing(jobs(id).mkString)\r\n        jobSenders.remove(id)\r\n        jobs.remove(id)\r\n      }\r\n  }\r\n\r\n}\r\n\r\n\/*\r\n A companion object is something like a static class. It has all\r\n static methods of 'HttpFetcher' in it as well as case classes.\r\n *\/\r\n\r\n\/**\r\n  * These are the static classes that we use as messages.\r\n  * I personally like it this way. You can kind of explore\r\n  * with autocomplete and javadoc the published \"methods\" realized by\r\n  * messages (which are case classes)\r\n  *\/\r\nobject HelloWorldManager {\r\n\r\n  \/**\r\n    * This message is a request to get the popular string\r\n    *\/\r\n  case class SayTheThing()\r\n\r\n  \/**\r\n    * This message is the return class that has the thing as string in it\r\n    * @param thing This is \"HELLO WORLD\"\r\n    *\/\r\n  case class ReturnTheThing(thing: String)\r\n}"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/SyncVar.scala","text":"\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2014 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport java.util.concurrent.atomic.AtomicReference\nimport org.digimead.digi.lib.log.api.XLoggable\n\n\/**\n * variant of scala.concurrent.SyncVar\n * remove few possible deadlocks from isSet, get, get(timeout)\n * set weaker access permissions protected vs private\n * faster ??? return values immediately if any\n * benchmark:\n * VAR total: 95ms\n * \\@volatile VAR total: 143ms\n * atomic total: 137ms\n * synchronized total: 245ms\n * scala SyncVar total: 920ms\n * this SyncVar total: 614ms\n *\/\n\nclass SyncVar[A] extends XLoggable {\n  protected val value = new AtomicReference[Option[A]](None)\n\n  def get(): A = value.get match {\n    case Some(result) \u21d2 result\n    case None \u21d2\n      while (value.get match {\n        case Some(result) \u21d2 return result\n        case None \u21d2 true\n      }) value.synchronized {\n        log.traceWhere(this + \" get() waiting\", XLoggable.Where.BEFORE)\n        value.wait\n        log.traceWhere(this + \" get() running\", XLoggable.Where.BEFORE)\n      }\n      \/\/ unreachable point\n      value.get.getOrElse(null.asInstanceOf[A])\n  }\n\n  \/**\n   * Waits `timeout` millis. If `timeout <= 0` just returns 0. If the system clock\n   *  went backward, it will return 0, so it never returns negative results.\n   *\/\n  protected def waitMeasuringElapsed(fName: String, timeout: Long): Long = if (timeout <= 0) 0 else {\n    val start = System.currentTimeMillis\n    value.synchronized {\n      log.traceWhere(this + \" \" + fName + \"(\" + timeout + \") waiting\", -4)\n      value.wait(timeout)\n    }\n    val elapsed = System.currentTimeMillis - start\n    val result = if (elapsed < 0) 0 else elapsed\n    log.traceWhere(this + \" \" + fName + \"(\" + timeout + \") running, reserve \" + (timeout - result), -4)\n    result\n  }\n\n  \/**\n   * Waits for this SyncVar to become defined at least for\n   *  `timeout` milliseconds (possibly more), and gets its\n   *  value (if guard return true).\n   *\n   *  @param timeout     the amount of milliseconds to wait, 0 means forever\n   *  @return            `None` if variable is undefined after `timeout`, `Some(value)` otherwise\n   *\/\n  def get(timeout: Long, guard: (A) \u21d2 Boolean): Option[A] = value.get match {\n    case Some(result) if (guard(result)) \u21d2 Some(result)\n    case _ \u21d2\n      var rest = timeout\n      while ((value.get match {\n        case Some(result) if (guard(result)) \u21d2\n          return Some(result)\n        case _ \u21d2 true\n      }) && rest > 0) {\n        \/**\n         * Defending against the system clock going backward\n         *  by counting time elapsed directly.  Loop required\n         *  to deal with spurious wakeups.\n         *\/\n        val elapsed = waitMeasuringElapsed(\"get\", rest)\n        rest -= elapsed\n      }\n      value.get\n  }\n\n  \/**\n   * Waits for this SyncVar to become defined at least for\n   *  `timeout` milliseconds (possibly more), and gets its\n   *  value.\n   *\n   *  @param timeout     the amount of milliseconds to wait, 0 means forever\n   *  @return            `None` if variable is undefined after `timeout`, `Some(value)` otherwise\n   *\/\n  def get(timeout: Long): Option[A] = value.get match {\n    case Some(result) \u21d2 Some(result)\n    case _ \u21d2\n      var rest = timeout\n      while ((value.get match {\n        case Some(result) \u21d2\n          return Some(result)\n        case _ \u21d2 true\n      }) && rest > 0) {\n        \/**\n         * Defending against the system clock going backward\n         *  by counting time elapsed directly.  Loop required\n         *  to deal with spurious wakeups.\n         *\/\n        val elapsed = waitMeasuringElapsed(\"get\", rest)\n        rest -= elapsed\n      }\n      value.get\n  }\n\n  def take(): A = value.getAndSet(None) match {\n    case Some(result) \u21d2 result\n    case None \u21d2\n      while (value.getAndSet(None) match {\n        case Some(result) \u21d2 return result\n        case None \u21d2 true\n      }) value.synchronized {\n        log.traceWhere(this + \" take() waiting\", XLoggable.Where.BEFORE)\n        value.wait\n        log.traceWhere(this + \" take() running\", XLoggable.Where.BEFORE)\n      }\n      \/\/ unreachable point\n      value.get.getOrElse(null.asInstanceOf[A])\n  }\n\n  def set(x: A): Unit = {\n    value.set(Some(x))\n    value.synchronized { value.notifyAll }\n  }\n\n  def put(x: A): Unit = {\n    while (!value.compareAndSet(None, Some(x)))\n      value.synchronized {\n        log.traceWhere(this + \" put(...) waiting, current value is \" + value, XLoggable.Where.BEFORE)\n        value.wait\n        log.traceWhere(this + \" put(...) running\", XLoggable.Where.BEFORE)\n      }\n    value.synchronized { value.notifyAll }\n  }\n\n  def put(x: A, timeout: Long): Unit = {\n    if (timeout > 0) {\n      var rest = timeout\n      while ((if (value.compareAndSet(None, Some(x)))\n        value.synchronized {\n        value.notifyAll\n        false\n      }\n      else\n        true) && rest > 0)\n        value.synchronized {\n          log.traceWhere(this + \" put(...) waiting, current value is \" + value, XLoggable.Where.BEFORE)\n          \/**\n           * Defending against the system clock going backward\n           *  by counting time elapsed directly.  Loop required\n           *  to deal with spurious wakeups.\n           *\/\n          rest -= waitMeasuringElapsed(\"put\", rest)\n        }\n    } else if (value.compareAndSet(None, Some(x)))\n      value.synchronized { value.notifyAll }\n  }\n\n  def isSet: Boolean = value.get != None\n\n  def unset(): Unit = {\n    value.set(None)\n    value.synchronized { value.notifyAll }\n  }\n\n  def waitUnset(timeout: Long): Boolean = {\n    if (timeout > 0) {\n      var rest = timeout\n      while ((if (value.get == None) return true else true) && rest > 0)\n        value.synchronized {\n          log.traceWhere(this + \" waitUnset(...) waiting, current value is \" + value, XLoggable.Where.BEFORE)\n          \/**\n           * Defending against the system clock going backward\n           *  by counting time elapsed directly.  Loop required\n           *  to deal with spurious wakeups.\n           *\/\n          rest -= waitMeasuringElapsed(\"waitUnset\", rest)\n          if (value.get == None) return true\n        }\n      false\n    } else isSet\n  }\n}\n\nobject SyncVar {\n  def apply[T](arg: T): SyncVar[T] = synchronized {\n    val result = new SyncVar[T]()\n    result.set(arg)\n    result\n  }\n  def apply[T](): SyncVar[T] = synchronized {\n    new SyncVar[T]()\n  }\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/SetOnce.scala","text":"\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2013 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport annotation.implicitNotFound\n\nimport scala.language.implicitConversions\n\nclass SetOnce[T] {\n  private[this] var value: Option[T] = None\n  def isSet = value.isDefined\n  def ensureSet { if (value.isEmpty) throwISE(\"uninitialized value\") }\n  def apply() = { ensureSet; value.get }\n  def :=(finalValue: T)(implicit credential: SetOnceCredential) {\n    value = Some(finalValue)\n  }\n  def allowAssignment = {\n    if (value.isDefined) throwISE(\"final value already set\")\n    else new SetOnceCredential\n  }\n  private def throwISE(msg: String) = throw new IllegalStateException(msg)\n\n  @implicitNotFound(msg = \"This value cannot be assigned without the proper credential token.\")\n  class SetOnceCredential private[SetOnce]\n}\n\nobject SetOnce {\n  implicit def unwrap[A](wrapped: SetOnce[A]): A = wrapped()\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/test\/scala\/org\/digimead\/digi\/lib\/util\/SyncVarTest.scala","text":"<gh_stars>0\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2013 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport scala.concurrent.{SyncVar => ScalaSyncVar}\n\nimport org.scalatest.BeforeAndAfter\nimport org.scalatest.FunSuite\n\nclass SyncVarTest extends FunSuite with BeforeAndAfter {\n  \/**\n   * VAR total: 95ms\n   * @volatile VAR total: 143ms\n   * atomic total: 137ms\n   * synchronized total: 245ms\n   * scala sync total: 920ms\n   * sync total: 614ms\n   *\/\n  test(\"benchmark access speed\") {\n      var time = 0L\n\n      \/\/ var\n      var a = 1\n      time = System.currentTimeMillis\n      var result = for (i <- 0 to 10000000) {\n        a = a + i\n        a\n      }\n      System.err.println(\"VAR total: \" + (System.currentTimeMillis - time) + \"ms\")\n\n      \/\/ volatile var\n      @volatile var b = 1\n      time = System.currentTimeMillis\n      result = for (i <- 0 to 10000000) {\n        b = b + i\n        b\n      }\n      System.err.println(\"@volatile VAR total: \" + (System.currentTimeMillis - time) + \"ms\")\n\n      \/\/ atomic var\n      val c = new AtomicInteger(0)\n      time = System.currentTimeMillis\n      result = for (i <- 0 to 10000000) {\n        c.set(c.get + i)\n        c.get\n      }\n      System.err.println(\"atomic total: \" + (System.currentTimeMillis - time) + \"ms\")\n\n      \/\/ atomic var\n      var d = 0\n      val lock = new Object\n      time = System.currentTimeMillis\n      result = for (i <- 0 to 10000000) lock.synchronized {\n        d = d + i\n        d\n      }\n      System.err.println(\"synchronized total: \" + (System.currentTimeMillis - time) + \"ms\")\n\n      \/\/ scala sync var\n      val e = new ScalaSyncVar[Int]()\n      e.set(0)\n      time = System.currentTimeMillis\n      result = for (i <- 0 to 10000000) {\n        e.set(e.get + i)\n        e.get\n      }\n      System.err.println(\"scala sync total: \" + (System.currentTimeMillis - time) + \"ms\")\n      assert(true)\n\n      \/\/ sync var\n      val f = SyncVar[Int](0)\n      time = System.currentTimeMillis\n      result = for (i <- 0 to 10000000) {\n        f.set(f.get + i)\n        f.get\n      }\n      System.err.println(\"sync total: \" + (System.currentTimeMillis - time) + \"ms\")\n      assert(true)\n  }\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Password.scala","text":"<filename>src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Password.scala\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2010-2012 <NAME> <EMAIL>\n * This file is part of the Documentum Elasticus project.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\ntrait Passwords {\n  val randomIntN = new scala.util.Random(System.currentTimeMillis())\n  val numbers = ('0' to '9').toList\n  val symbols = \"\"\"!@#$%^&*()_+-=[]{};':\",.\/?\"\"\".toList\n  val alphabet = ('a' to 'z').toList\n  val upperAlphabet = ('A' to 'Z').toList\n  val defaultPasswordCharacters = numbers ++ symbols ++ alphabet ++ upperAlphabet\n  private val random = new java.security.SecureRandom\n  def generate(length: Int): String =\n    (for (i <- 1 to length) yield defaultPasswordCharacters(random.nextInt(defaultPasswordCharacters.size))).mkString\n  def generate(min: Int, max: Int): String = generate(randomInt(min, max))\n  def generate(): String = generate(6, 12)\n  def randomInt(minValue: Int, maxValue: Int): Int = randomIntN.nextInt(maxValue - minValue + 1) + minValue\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"build.sbt","text":"<gh_stars>0\n\/\/\n\/\/ Copyright (c) 2012-2015 <NAME> <EMAIL>\n\/\/\n\/\/ Licensed under the Apache License, Version 2.0 (the \"License\");\n\/\/ you may not use this file except in compliance with the License.\n\/\/ You may obtain a copy of the License at\n\/\/\n\/\/     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\/\/\n\/\/ Unless required by applicable law or agreed to in writing, software\n\/\/ distributed under the License is distributed on an \"AS IS\" BASIS,\n\/\/ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n\/\/ See the License for the specific language governing permissions and\n\/\/ limitations under the License.\n\n\/\/ DEVELOPMENT CONFIGURATION\n\nimport sbt.osgi.manager._\n\nOSGiManager \/\/ ++ sbt.scct.ScctPlugin.instrumentSettings\n\nname := \"digi-lib-util\"\n\ndescription := \"Utility library for Digi components\"\n\nlicenses := Seq(\"The Apache Software License, Version 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\n\norganization := \"org.digimead\"\n\norganizationHomepage := Some(url(\"http:\/\/digimead.org\"))\n\nhomepage := Some(url(\"https:\/\/github.com\/ezh\/digi-lib-util\"))\n\nversion <<= (baseDirectory) { (b) => scala.io.Source.fromFile(b \/ \"version\").mkString.trim }\n\ninConfig(OSGiConf)({\n  import OSGiKey._\n  Seq(\n    osgiBndBundleSymbolicName := \"org.digimead.digi.lib.util\",\n    osgiBndBundleCopyright := \"Copyright \u00a9 2012-2015 <NAME>\/Ezh. All rights reserved.\",\n    osgiBndExportPackage := List(\"org.digimead.*\"),\n    osgiBndImportPackage := List(\"!org.aspectj.*\", \"*\"),\n    osgiBndBundleLicense := \"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt;description=The Apache Software License, Version 2.0\"\n  )\n})\n\ncrossScalaVersions := Seq(\"2.11.6\")\n\nscalaVersion := \"2.11.6\"\n\nscalacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-deprecation\", \"-unchecked\", \"-Xcheckinit\", \"-feature\")\n\njavacOptions ++= Seq(\"-Xlint:unchecked\", \"-Xlint:deprecation\")\n\n\/\/\n\/\/ Custom local options\n\/\/\n\nresolvers += \"digimead-maven\" at \"http:\/\/storage.googleapis.com\/maven.repository.digimead.org\/\"\n\nlibraryDependencies ++= Seq(\n    \"org.digimead\" %% \"digi-lib\" % \"0.3.1.3\",\n    \"org.digimead\" %% \"digi-lib-test\" % \"0.3.1.3\" % \"test\"\n  )\n\n\/\/\n\/\/ Testing\n\/\/\n\nparallelExecution in Test := false\n\n\/\/logLevel := Level.Debug\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Util.scala","text":"<filename>src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Util.scala\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2014 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport java.io.File\nimport java.net.{ URISyntaxException, URL, URLDecoder }\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport java.util.jar.JarFile\nimport scala.collection.JavaConversions._\n\nobject Util {\n  private lazy val df = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss.SSSZ\")\n\n  def dateString(date: Date) = df.format(date)\n  def dateFile(date: Date) = dateString(date).replaceAll(\"\"\"[:\\.]\"\"\", \"_\").replaceAll(\"\"\"\\+\"\"\", \"x\")\n\n  \/** Get bundles list from the specific location. *\/\n  def getBundles(pathToBundles: File, recursive: Boolean = true): Array[String] = {\n    val root = pathToBundles.toString()\n    val rootLength = root.length()\n    val jars = FileUtil.recursiveListFiles(pathToBundles, \"\"\".*\\.jar\"\"\".r)\n    jars.map { jar \u21d2\n      val relative = jar.toString.substring(rootLength) match {\n        case str if str.startsWith(File.separator) \u21d2 str.substring(1)\n        case str \u21d2 str\n      }\n      var archive: JarFile = null\n      try {\n        archive = new JarFile(jar)\n        val manifest = archive.getManifest()\n        val attributes = manifest.getMainAttributes()\n        if (attributes.keySet().exists(_.toString() == \"Bundle-SymbolicName\"))\n          Some(\"reference:file:\" + relative)\n        else\n          None\n      } catch {\n        case e: Throwable \u21d2 \/\/ Skip\n          None\n      } finally {\n        if (archive != null)\n          try { archive.close } catch { case e: Throwable \u21d2 }\n      }\n    }.flatten\n  }\n  def getPath(env: String): Option[File] =\n    Option(System.getProperty(env)).flatMap(value \u21d2 getPath(new URL(value), false))\n  def getPath(env: String, allowRelative: Boolean): Option[File] =\n    Option(System.getProperty(env)).flatMap(value \u21d2 getPath(new URL(value), allowRelative))\n  def getPath(clazz: Class[_]): Option[File] =\n    jarLocation(clazz).flatMap(url \u21d2 getPath(url, false))\n  def getPath(clazz: Class[_], allowRelative: Boolean): Option[File] =\n    jarLocation(clazz).flatMap(url \u21d2 getPath(url, allowRelative))\n  \/** Get path to the directory with application data. *\/\n  def getPath(url: URL): Option[File] =\n    getPath(url: URL, false): Option[File]\n  \/** Get path to the directory with application data. *\/\n  def getPath(url: URL, allowRelative: Boolean): Option[File] = {\n    val jar =\n      try new File(url.toURI())\n      catch { case e: URISyntaxException \u21d2 new File(URLDecoder.decode(url.getPath(), io.Codec.UTF8.charSet.name())) }\n    if (jar.isDirectory() && jar.exists() && jar.canWrite())\n      Some(jar) \/\/ return exists\n    else {\n      val jarDirectory = if (jar.isFile()) jar.getParentFile() else jar\n      if (jarDirectory.exists() && jarDirectory.canWrite())\n        Some(jarDirectory) \/\/ return exists\n      else {\n        if (jarDirectory.mkdirs()) \/\/ create\n          Some(jarDirectory)\n        else\n          None\n      }\n    }.flatMap { path \u21d2\n      if (!path.isAbsolute()) {\n        if (allowRelative)\n          Some(path.getCanonicalFile())\n        else\n          None\n      } else\n        Some(path)\n    }\n  }\n  \/** Returns the jar location as URL if any. *\/\n  def jarLocation(clazz: Class[_]): Option[URL] = try {\n    val source = clazz.getProtectionDomain.getCodeSource\n    if (source != null) {\n      val sourceURI =\n        try source.getLocation.toURI\n        catch { case e: URISyntaxException \u21d2 new File(URLDecoder.decode(source.getLocation.getPath(), io.Codec.UTF8.charSet.name())).toURI }\n      Option(new URL(sourceURI.toASCIIString()))\n    } else\n      None\n  } catch {\n    \/\/ catch all possible throwables\n    case e: Throwable \u21d2\n      None\n  }\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Serialization.scala","text":"<reponame>ezh\/digi-lib-util\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2014 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport java.io.{ ByteArrayInputStream, ByteArrayOutputStream, ObjectInputStream, ObjectOutputStream }\nimport org.digimead.digi.lib.log.api.XLoggable\nimport scala.collection.JavaConversions.{ asScalaBuffer, seqAsJavaList }\n\nobject Serialization extends XLoggable {\n  def serializeToList(o: java.io.Serializable): java.util.List[Byte] =\n    serializeToArray(o).toList\n  def serializeToArray(o: java.io.Serializable): Array[Byte] = {\n    val baos = new ByteArrayOutputStream()\n    val oos = new ObjectOutputStream(baos)\n    oos.writeObject(o)\n    oos.close()\n    baos.toByteArray()\n  }\n  def deserializeFromList[T <: java.io.Serializable](s: java.util.List[Byte])(implicit m: scala.reflect.Manifest[T]): Option[T] =\n    if (s == null) None else deserializeFromArray[T](s.toList.toArray)\n  def deserializeFromArray[T <: java.io.Serializable](s: Array[Byte])(implicit m: scala.reflect.Manifest[T]): Option[T] = try {\n    if (s == null) return None\n    val ois = new ObjectInputStream(new ByteArrayInputStream(s.toList.toArray))\n    val o = ois.readObject()\n    ois.close()\n    Some(o.asInstanceOf[T])\n  } catch {\n    case e: Throwable \u21d2\n      log.error(\"deserialization error\", e)\n      None\n  }\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Version.scala","text":"<gh_stars>0\n\/* SBAZ -- the Scala Bazaar\n * Copyright 2005-2011 LAMP\/EPFL\n * @author  <NAME>\n *\/\n\npackage org.digimead.digi.lib.util\n\n\/**\n * A component of a Version.  A Version number is divided into\n * a sequence of components.  Each component is either a sequence\n * of letters, a sequence of numbers, or a sequence of symbols.\n * Versions are compared lexicographically by their list of components.\n *\/\nsealed class VersionComp;\ncase class VCAlpha(val str: String) extends VersionComp {\n  override def toString() = str\n}\ncase class VCNum(val num: Long) extends VersionComp {\n  override def toString(): String = num.toString()\n}\ncase class VCSym(val syms: String) extends VersionComp {\n  override def toString() = syms\n}\n\nclass Version(val comps: List[VersionComp]) extends Ordered[Version] {\n  var originalString: Option[String] = None\n  def this(str: String) {\n    this(VersionUtil.componentsFrom(str))\n    originalString = Some(str)\n  }\n\n  override def toString(): String = {\n    originalString match {\n      case Some(string) \u21d2\n        string\n      case None \u21d2\n        val buf = new StringBuilder();\n        for (vc \u2190 comps) {\n          buf.append(vc)\n        }\n        buf.toString()\n    }\n  }\n\n  override def equals(v: Any): Boolean = {\n    (v.isInstanceOf[Version] &&\n      (compareTo(v.asInstanceOf[Version]) == 0))\n  }\n\n  def compare(that: Version): Int = {\n    def cmpComps(comps1: List[VersionComp],\n      comps2: List[VersionComp]): Int =\n      comps1 match {\n        case Nil \u21d2\n          comps2 match {\n            case Nil \u21d2 0\n            case _ \u21d2 -1\n          }\n        case c1 :: rest1 \u21d2\n          comps2 match {\n            case Nil \u21d2 1\n            case c2 :: rest2 \u21d2\n              VersionUtil.compareComps(c1, c2) match {\n                case 0 \u21d2 cmpComps(rest1, rest2)\n                case ord \u21d2 ord\n              }\n          }\n      }\n\n    cmpComps(comps, that.comps)\n  }\n}\n\nobject VersionUtil {\n  \/**\n   * Compare two version components.  Alpha's come first,\n   * followed by numbers, followed by symbols.  The return\n   * value is as for Ordered.compareTo() .\n   *\/\n  def compareComps(c1: VersionComp, c2: VersionComp): Int = {\n    (c1, c2) match {\n      case (VCAlpha(s1), VCAlpha(s2)) \u21d2\n        s1.compareTo(s2)\n      case (VCNum(n1), VCNum(n2)) \u21d2\n        if (n1 < n2) -1 else if (n1 > n2) 1 else 0\n      case (VCSym(s1), VCSym(s2)) \u21d2\n        s1.compareTo(s2)\n      case (VCAlpha(_), VCNum(_)) \u21d2 -1\n      case (VCAlpha(_), VCSym(_)) \u21d2 -1\n      case (VCNum(_), VCAlpha(_)) \u21d2 1\n      case (VCNum(_), VCSym(_)) \u21d2 -1\n      case (VCSym(_), VCAlpha(_)) \u21d2 1\n      case (VCSym(_), VCNum(_)) \u21d2 1 \/\/ XXX apparent compiler\n      \/\/ bug if I do _:VCSym instead\n      \/\/ of VCSym(_)\n      case (a, b) \u21d2 throw new Exception(\"Unexpected comparison pair: \" +\n        a + \" compared with \" + b)\n    }\n  }\n\n  \/** parse a version string into a list of version components *\/\n  def componentsFrom(str: String) = {\n    def ctype(c: Char) =\n      if (Character.isLetter(c))\n        'alpha\n      else if ((c >= '0') && (c <= '9'))\n        'num\n      else\n        'sym\n\n    \/** the growing list of components, in reverse *\/\n    var rcomps: List[VersionComp] = Nil;\n\n    \/** add a component from the given range in the string *\/\n    def addvc(start: Int, end: Int) = {\n      val substr = str.substring(start, end + 1)\n      val vc = ctype(substr.charAt(0)) match {\n        case 'num \u21d2 VCNum(java.lang.Long.parseLong(substr))\n        case 'alpha \u21d2 VCAlpha(substr)\n        case 'sym \u21d2 VCSym(substr)\n      }\n      rcomps = vc :: rcomps;\n    }\n\n    \/\/ The following loop moves a window (start, end) through\n    \/\/ str.  At the entry, the substring start..end is assumed\n    \/\/ to all have the same character types.  Extend 'end' if\n    \/\/ possible.  If not, register a new component and then\n    \/\/ start on a new one.\n    def lp(start: Int, end: Int): Unit = {\n      if (end + 1 >= str.length()) {\n        \/\/ reached the end of the string\n        if (end >= start)\n          addvc(start, end)\n      } else {\n        if (start > end)\n          lp(start, end + 1) \/\/ starting a new component\n        else {\n          if (ctype(str.charAt(start)) == ctype(str.charAt(end + 1)))\n            lp(start, end + 1) \/\/ same ctype -- extend the comp 1 more\n          else {\n            \/\/ different ctype; start a new component\n            addvc(start, end)\n            lp(end + 1, end)\n          }\n        }\n      }\n    }\n    lp(0, -1)\n\n    rcomps.reverse\n  }\n\n  \/**\n   * Check a version string.  If there is a problem, returns Some(why)\n   * where why is an explanation of the problem.  If the string is\n   * fine, it returns None.  Note that all strings will successfully\n   * parse into Version's, but not all strings are supported according\n   * to the specification.\n   *\/\n  def check(str: String): Option[String] = {\n    def ok(c: Char): Boolean = {\n      (c >= 'a' && c <= 'z') ||\n        (c >= 'A' && c <= 'Z') ||\n        (c >= '0' && c <= '9') ||\n        (\".-+\/,@\".indexOf(c) >= 0)\n    }\n\n    for (i \u2190 Iterator.range(0, str.length); c = str.charAt(i) if !ok(c))\n      return Some(\"Invalid character for a version (\" + c + \")\")\n\n    None\n  }\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/FileUtil.scala","text":"<reponame>ezh\/digi-lib-util\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2014 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.digimead.digi.lib.util\n\nimport com.google.common.io.{ ByteStreams, Files }\nimport java.io.{ File \u21d2 JFile, FileWriter, InputStream, OutputStream }\nimport org.digimead.digi.lib.aop.log\nimport org.digimead.digi.lib.log.api.XLoggable\nimport scala.Array.canBuildFrom\nimport scala.util.matching.Regex\n\nobject FileUtil extends XLoggable {\n  @log\n  def copyFile(sourceFile: JFile, destFile: JFile) =\n    Files.copy(sourceFile, destFile)\n  @log\n  def deleteFile(dfile: JFile): Boolean =\n    if (dfile.isDirectory) deleteFileRecursive(dfile) else dfile.delete\n  private def deleteFileRecursive(dfile: JFile): Boolean = {\n    if (dfile.isDirectory)\n      dfile.listFiles.foreach { f \u21d2 deleteFileRecursive(f) }\n    dfile.delete match {\n      case true \u21d2 true\n      case false \u21d2\n        log.error(\"Unable to delete \\\"\" + dfile + \"\\\".\")\n        false\n    }\n  }\n  \/**\n   * Recursively list files.\n   *\n   * @param f Initial directory\n   *\/\n  def recursiveListFiles(f: JFile): Array[JFile] = {\n    val these = f.listFiles\n    these ++ these.filter(_.isDirectory).flatMap(recursiveListFiles(_))\n  }\n  \/**\n   * Recursively list files.\n   *\n   * @param f Initial directory\n   * @param r File name regular expression filter\n   *\/\n  def recursiveListFiles(f: JFile, r: Regex): Array[JFile] = {\n    val these = f.listFiles\n    val good = these.filter(f \u21d2 r.findFirstIn(f.getName).isDefined)\n    good ++ these.filter(_.isDirectory).flatMap(recursiveListFiles(_, r))\n  }\n  \/**\n   * Write text to a file\n   *\n   * @param file Output file\n   * @param text Written content\n   *\/\n  @log\n  def writeToFile(file: JFile, text: String) {\n    val fw = new FileWriter(file)\n    try { fw.write(text) }\n    finally { fw.close }\n  }\n  \/**\n   * Write to a stream\n   *\n   * @param in\n   * @param out\n   *\/\n  @log\n  def writeToStream(in: InputStream, out: OutputStream) =\n    ByteStreams.copy(in, out)\n}\n"}
{"repo_name":"ezh\/digi-lib-util","path":"src\/main\/scala\/org\/digimead\/digi\/lib\/util\/Hash.scala","text":"<reponame>ezh\/digi-lib-util\n\/**\n * Digi-Lib-Util - utility module of all Digi applications and libraries, containing various common routines\n *\n * Copyright (c) 2012-2014 <NAME> <EMAIL>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\n\/*\n * function convertToHex copied from Google source file available under Apache 2.0\n *\/\n\n\/*\n\n   crypt adapted from\n\n   MD5Crypt.java\n\n   Created: 3 November 1999\n   Release: $Name:  $\n   Version: $Revision: 7678 $\n   Last Mod Date: $Date: 2007-12-28 11:51:49 -0600 (Fri, 28 Dec 2007) $\n   Java Port By: <NAME>, <EMAIL>\n   Original C Version:\n   ----------------------------------------------------------------------------\n   \"THE BEER-WARE LICENSE\" (Revision 42):\n   <<EMAIL>> wrote this file.  As long as you retain this notice you\n   can do whatever you want with this stuff. If we meet some day, and you think\n   this stuff is worth it, you can buy me a beer in return.   <NAME>\n   ----------------------------------------------------------------------------\n\n   This Java Port is\n\n     Copyright (c) 1999-2008 The University of Texas at Austin.\n\n     All rights reserved.\n\n     Redistribution and use in source and binary form are permitted\n     provided that distributions retain this entire copyright notice\n     and comment. Neither the name of the University nor the names of\n     its contributors may be used to endorse or promote products\n     derived from this software without specific prior written\n     permission. THIS SOFTWARE IS PROVIDED \"AS IS\" AND WITHOUT ANY\n     EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE\n     IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\n     PARTICULAR PURPOSE.\n\n*\/\n\npackage org.digimead.digi.lib.util\n\nimport java.io.{ File, FileInputStream, InputStream }\nimport java.math.BigInteger\nimport java.security.{ DigestInputStream, MessageDigest }\nimport org.digimead.digi.lib.log.api.XLoggable\n\nobject Hash extends XLoggable {\n  private val itoa64 = \".\/0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz\";\n  private val SALTCHARS = \"abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890\";\n  private val chars = Map(0 -> '0', 1 -> '1', 2 -> '2', 3 -> '3', 4 -> '4', 5 -> '5', 6 -> '6', 7 -> '7',\n    8 -> '8', 9 -> '9', 10 -> 'a', 11 -> 'b', 12 -> 'c', 13 -> 'd', 14 -> 'e', 15 -> 'f');\n  private def convertToHex(data: Array[Byte]): String = {\n    val buf = new StringBuilder();\n    for (b \u2190 data) {\n      buf.append(chars(b >>> 4 & 0x0F));\n      buf.append(chars(b & 0x0F));\n    }\n    buf.toString();\n  }\n\n  def apply(text: String, algorithm: String = \"SHA-1\"): String = {\n    val md = MessageDigest.getInstance(algorithm);\n    md.update(text.getBytes(\"UTF-8\"), 0, text.length());\n    convertToHex(md.digest());\n  }\n  \/**\n   * <p>This method actually generates a OpenBSD\/FreeBSD\/Linux PAM compatible\n   * md5-encoded password hash from a plaintext password and a\n   * salt.<\/p>\n   *\n   * <p>The resulting string will be in the form '\\$1$&lt;salt&gt;$&lt;hashed mess&gt;'<\/p>\n   *\n   * @param password Plaintext password\n   *\n   * @return An OpenBSD\/FreeBSD\/Linux-compatible md5-hashed password field.\n   *\/\n  def crypt(password: String): String = {\n    val salt = new StringBuffer();\n    val randgen = new java.util.Random();\n    while (salt.length() < 8) {\n      val index = (randgen.nextFloat() * SALTCHARS.length()).asInstanceOf[Int]\n      salt.append(SALTCHARS.substring(index, index + 1))\n    }\n    crypt(password, salt.toString())\n  }\n  \/**\n   * <p>This method actually generates a OpenBSD\/FreeBSD\/Linux PAM compatible\n   * md5-encoded password hash from a plaintext password and a\n   * salt.<\/p>\n   *\n   * <p>The resulting string will be in the form '\\$1$&lt;salt&gt;$&lt;hashed mess&gt;'<\/p>\n   *\n   * @param password <PASSWORD>\n   * @param salt A short string to use to randomize md5.  May start with \\$1$, which\n   *             will be ignored.  It is explicitly permitted to pass a pre-existing\n   *             MD5Crypt'ed password entry as the salt.  crypt() will strip the salt\n   *             chars out properly.\n   *\n   * @return An OpenBSD\/FreeBSD\/Linux-compatible md5-hashed password field.\n   *\/\n  def crypt(password: String, salt: String): String =\n    crypt(password, salt, \"$1$\")\n  \/**\n   * <p>This method generates an Apache MD5 compatible\n   * md5-encoded password hash from a plaintext password and a\n   * salt.<\/p>\n   *\n   * <p>The resulting string will be in the form '\\$apr1$&lt;salt&gt;$&lt;hashed mess&gt;'<\/p>\n   *\n   * @param password Pl<PASSWORD>\n   *\n   * @return An Apache-compatible md5-hashed password string.\n   *\/\n  def apacheCrypt(password: String): String = {\n    val salt = new StringBuffer();\n    val randgen = new java.util.Random();\n    while (salt.length() < 8) {\n      val index = (randgen.nextFloat() * SALTCHARS.length()).asInstanceOf[Int]\n      salt.append(SALTCHARS.substring(index, index + 1))\n    }\n    apacheCrypt(password, salt.toString())\n  }\n  \/**\n   * <p>This method actually generates an Apache MD5 compatible\n   * md5-encoded password hash from a plaintext password and a\n   * salt.<\/p>\n   *\n   * <p>The resulting string will be in the form '\\$apr1$&lt;salt&gt;$&lt;hashed mess&gt;'<\/p>\n   *\n   * param password <PASSWORD>\n   * param salt A short string to use to randomize md5.  May start with \\$apr1$, which\n   *             will be ignored.  It is explicitly permitted to pass a pre-existing\n   *             MD5Crypt'ed password entry as the salt.  crypt() will strip the salt\n   *             chars out properly.\n   *\n   * @return An Apache-compatible md5-hashed password string.\n   *\/\n  def apacheCrypt(password: String, salt: String): String =\n    crypt(password, salt, \"$apr1$\")\n  \/**\n   * <p>This method actually generates md5-encoded password hash from\n   * a plaintext password, a salt, and a magic string.<\/p>\n   *\n   * <p>There are two magic strings that make sense to use here.. '\\$1$' is the\n   * magic string used by the FreeBSD\/Linux\/OpenBSD MD5Crypt algorithm, and\n   * '\\$apr1$' is the magic string used by the Apache MD5Crypt algorithm.<\/p>\n   *\n   * <p>The resulting string will be in the form '&lt;magic&gt;&lt;salt&gt;$&lt;hashed mess&gt;<\/p>\n   *\n   * param password <PASSWORD>\n   * param salt A short string to use to randomize md5.  May start\n   * with the magic string, which will be ignored.  It is explicitly\n   * permitted to pass a pre-existing MD5Crypt'ed password entry as\n   * the salt.  crypt() will strip the salt chars out properly.\n   * param magic Either \"\\$apr1$\" or \"\\$1$\", which controls whether we\n   * are doing Apache-style or FreeBSD-style md5Crypt.\n   *\n   * @return An md5-hashed password string.\n   *\/\n  def crypt(password: String, _salt: String, magic: String): String = {\n    \/* This string is magic for this algorithm.  Having it this way,\n     * we can get get better later on *\/\n    var salt = _salt\n    var finalState: Array[Byte] = null\n    var ctx: MessageDigest = null\n    var ctx1: MessageDigest = null\n    var l: Long = 0;\n    \/* -- *\/\n    \/* Refine the Salt first *\/\n    \/* If it starts with the magic string, then skip that *\/\n    if (salt.startsWith(magic))\n      salt = salt.substring(magic.length())\n    \/* It stops at the first '$', max 8 chars *\/\n    if (salt.indexOf('$') != -1)\n      salt = salt.substring(0, salt.indexOf('$'))\n    if (salt.length() > 8)\n      salt = salt.substring(0, 8)\n    ctx = MessageDigest.getInstance(\"MD5\")\n    ctx.update(password.getBytes()) \/\/ The password first, since that is what is most unknown\n    ctx.update(magic.getBytes()) \/\/ Then our magic string\n    ctx.update(salt.getBytes()) \/\/ Then the raw salt\n    \/* Then just as many characters of the MD5(pw,salt,pw) *\/\n    ctx1 = MessageDigest.getInstance(\"MD5\")\n    ctx1.update(password.getBytes())\n    ctx1.update(salt.getBytes())\n    ctx1.update(password.getBytes())\n    finalState = ctx1.digest()\n    for (pl \u2190 password.length() until (0, -16))\n      ctx.update(finalState, 0, if (pl > 16) 16 else pl)\n    \/* the original code claimed that finalState was being cleared\n       to keep dangerous bits out of memory, but doing this is also\n       required in order to get the right output. *\/\n    clearbits(finalState)\n\n    \/* Then something really weird... *\/\n    var i = password.length()\n    \/* for (int i = password.length(); i != 0; i >>>=1) *\/\n    while (i != 0) {\n      if ((i & 1) != 0)\n        ctx.update(finalState, 0, 1)\n      else\n        ctx.update(password.getBytes(), 0, 1)\n      i >>>= 1\n    }\n\n    finalState = ctx.digest()\n    \/*\n     * and now, just to make sure things don't run too fast\n     * On a 60 Mhz Pentium this takes 34 msec, so you would\n     * need 30 seconds to build a 1000 entry dictionary...\n     *\n     * (The above timings from the C version)\n     *\/\n    for (i \u2190 0 until 1000) {\n      ctx1.reset()\n      if ((i & 1) != 0)\n        ctx1.update(password.getBytes())\n      else\n        ctx1.update(finalState, 0, 16)\n      if ((i % 3) != 0)\n        ctx1.update(salt.getBytes())\n      if ((i % 7) != 0)\n        ctx1.update(password.getBytes())\n      if ((i & 1) != 0)\n        ctx1.update(finalState, 0, 16)\n      else\n        ctx1.update(password.getBytes())\n      finalState = ctx1.digest()\n    }\n    \/* Now make the output string *\/\n    val result = new StringBuffer()\n    result.append(magic)\n    result.append(salt)\n    result.append(\"$\")\n\n    l = (bytes2u(finalState(0)) << 16) | (bytes2u(finalState(6)) << 8) | bytes2u(finalState(12))\n    result.append(to64(l, 4))\n\n    l = (bytes2u(finalState(1)) << 16) | (bytes2u(finalState(7)) << 8) | bytes2u(finalState(13))\n    result.append(to64(l, 4))\n\n    l = (bytes2u(finalState(2)) << 16) | (bytes2u(finalState(8)) << 8) | bytes2u(finalState(14))\n    result.append(to64(l, 4))\n\n    l = (bytes2u(finalState(3)) << 16) | (bytes2u(finalState(9)) << 8) | bytes2u(finalState(15))\n    result.append(to64(l, 4))\n\n    l = (bytes2u(finalState(4)) << 16) | (bytes2u(finalState(10)) << 8) | bytes2u(finalState(5))\n    result.append(to64(l, 4))\n\n    l = bytes2u(finalState(11))\n    result.append(to64(l, 2))\n\n    \/* Don't leave anything around in vm they could use. *\/\n    clearbits(finalState)\n    return result.toString()\n  }\n  def clearbits(bits: Array[Byte]): Unit =\n    for (i \u2190 0 until bits.length)\n      bits(i) = 0\n  \/**\n   * This method tests a plaintext password against a md5Crypt'ed hash and returns\n   * true if the password matches the hash.\n   *\n   * This method will work properly whether the hashtext was crypted\n   * using the default FreeBSD md5Crypt algorithm or the Apache\n   * md5Crypt variant.\n   *\n   * @param plaintextPass The plaintext password text to test.\n   * @param md5CryptText The Apache or FreeBSD-md5Crypted hash used to authenticate the plaintextPass.\n   *\/\n  def verifyPassword(plaintextPass: String, md5CryptText: String): Boolean = {\n    if (md5CryptText.startsWith(\"$1$\"))\n      return md5CryptText.equals(crypt(plaintextPass, md5CryptText))\n    else if (md5CryptText.startsWith(\"$apr1$\"))\n      return md5CryptText.equals(apacheCrypt(plaintextPass, md5CryptText))\n    else\n      throw new RuntimeException(\"Bad md5CryptText\")\n  }\n  \/**\n   * convert an encoded unsigned byte value into a int\n   * with the unsigned value.\n   *\/\n  def bytes2u(inp: Byte): Int =\n    (inp & 0xff).asInstanceOf[Int]\n  def to64(_v: Long, _size: Int): String = {\n    val result = new StringBuffer();\n    var size = _size\n    var v = _v\n    while (size > 0) {\n      size -= 1\n      result.append(itoa64.charAt((v & 0x3f).asInstanceOf[Int]))\n      v >>>= 6\n    }\n    return result.toString()\n  }\n  \/** Calculate a digest *\/\n  def digest(file: File): Option[String] =\n    digest(file, \"SHA-256\")\n  \/**\n   *  Calculate a digest\n   * http:\/\/docs.oracle.com\/javase\/1.5.0\/docs\/guide\/security\/CryptoSpec.html#AppA contains list of available kinds\n   *\/\n  def digest(file: File, kind: String): Option[String] =\n    digest(new FileInputStream(file), kind)\n  \/** Calculate a digest *\/\n  def digest(stream: InputStream): Option[String] =\n    digest(stream, \"SHA-256\")\n  \/**\n   * Calculate a digest\n   * http:\/\/docs.oracle.com\/javase\/1.5.0\/docs\/guide\/security\/CryptoSpec.html#AppA contains list of available kinds\n   *\/\n  def digest(stream: InputStream, kind: String): Option[String] = {\n    val md = MessageDigest.getInstance(kind)\n    var is: InputStream = stream\n    try {\n      is = new DigestInputStream(is, md)\n      val buffer = new Array[Byte](1024)\n      var read = is.read(buffer)\n      while (read != -1)\n        read = is.read(buffer)\n    } catch {\n      case e: Throwable \u21d2\n        log.error(\"unable to calculate digest: \" + e.getMessage(), e)\n        return None\n    } finally {\n      is.close()\n    }\n    val bigInt = new BigInteger(1, md.digest())\n    Some(String.format(\"%32s\", bigInt.toString(16)).replace(' ', '0'))\n  }\n}\n"}
{"repo_name":"bwmcadams\/akka-quartz-scheduler","path":"src\/test\/scala\/QuartzSchedulerFunctionalSpec.scala","text":"\npackage com.typesafe.akka.extension.quartz\npackage test\n\nimport org.junit.runner.RunWith\nimport com.typesafe.config.ConfigFactory\nimport akka.actor._\nimport akka.testkit._\nimport scala.concurrent.duration._\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfterAll, WordSpec}\nimport org.scalatest.matchers.MustMatchers\n\n\n@RunWith(classOf[JUnitRunner])\nclass QuartzSchedulerFunctionalSpec(_system: ActorSystem) extends TestKit(_system: ActorSystem)\n  with ImplicitSender\n  with WordSpec\n  with MustMatchers with BeforeAndAfterAll {\n\n  override def afterAll {\n    system.shutdown()\n    system.awaitTermination()\n  }\n\n  def this() = this(ActorSystem(\"QuartzSchedulerFunctionalSpec\", SchedulingFunctionalTest.sampleConfiguration))\n\n  \"The Quartz Scheduling Extension\"  must {\n    \"Reject a job which is not named in the config\" in {\n      val receiver = _system.actorOf(Props(new ScheduleTestReceiver))\n      val probe = TestProbe()\n      receiver ! NewProbe(probe.ref)\n\n\n      evaluating {\n        QuartzSchedulerExtension(_system).schedule(\"fooBarBazSpamEggsOMGPonies!\", receiver, Tick)\n      } must produce[IllegalArgumentException]\n\n    }\n\n    \"Properly Setup & Execute a Cron Job\" in {\n      val receiver = _system.actorOf(Props(new ScheduleTestReceiver))\n      val probe = TestProbe()\n      receiver ! NewProbe(probe.ref)\n      val jobDt = QuartzSchedulerExtension(_system).schedule(\"cronEvery10Seconds\", receiver, Tick)\n\n\n      \/* This is a somewhat questionable test as the timing between components may not match the tick off. *\/\n      val receipt = probe.receiveWhile(Duration(1, MINUTES), Duration(15, SECONDS), 5) {\n        case Tock =>\n          Tock\n      }\n\n\n      receipt must contain(Tock)\n      receipt must have size(5)\n\n    }\n  }\n\n\n  case class NewProbe(probe: ActorRef)\n  case object Tick\n  case object Tock\n\n  class ScheduleTestReceiver extends Actor with ActorLogging {\n    var probe: ActorRef = _\n    def receive = {\n      case NewProbe(_p) =>\n        probe = _p\n      case Tick =>\n        log.info(\"Got a Tick.\")\n        probe ! Tock\n    }\n  }\n\n\n\n\n}\n\nobject SchedulingFunctionalTest {\n    lazy val sampleConfiguration = { ConfigFactory.parseString(\"\"\"\n    akka {\n      event-handlers = [\"akka.testkit.TestEventListener\"]\n      loglevel = \"INFO\"\n      quartz {\n        defaultTimezone = \"UTC\"\n        schedules {\n          cronEvery30Seconds {\n            description = \"A cron job that fires off every 30 seconds\"\n            expression = \"*\/30 * * ? * *\"\n          }\n          cronEvery10Seconds {\n            description = \"A cron job that fires off every 10 seconds\"\n            expression = \"*\/10 * * ? * *\"\n          }\n        }\n        calendars {\n          WinterClosings {\n            type = Annual\n            description = \"Major holiday dates that occur in the winter time every year, non-moveable (The year doesn't matter)\"\n            excludeDates = [\"12-25\", \"01-01\"]\n          }\n          Easter {\n            type = Holiday\n            description = \"The easter holiday (a moveable feast) for the next five years\"\n            excludeDates = [\"2013-03-31\", \"2014-04-20\", \"2015-04-05\", \"2016-03-27\", \"2017-04-16\"]\n          }\n          HourOfTheWolf {\n            type = Daily\n            description = \"A period every day in which cron jobs are quiesced, during night hours\"\n            exclude {\n              startTime = \"03:00\"\n              endTime   = \"05:00:00\"\n            }\n            timezone = PST\n          }\n          FirstOfMonth {\n            type = Monthly\n            description = \"A thinly veiled example to test monthly exclusions of one day\"\n            excludeDays = [1]\n          }\n          FirstAndLastOfMonth {\n            type = Monthly\n            description = \"A thinly veiled example to test monthly exclusions\"\n            excludeDays = [1, 31]\n          }\n          MondaysSuck {\n            type = Weekly\n            description = \"Everyone, including this calendar, hates mondays as an integer\"\n            excludeDays = [2]\n            excludeWeekends = false\n          }\n          CronOnlyBusinessHours {\n            type = Cron\n            excludeExpression = \"* * 0-7,18-23 ? * *\"\n            timezone = \"America\/San_Francisco\"\n          }\n        }\n      }\n    }\n                                                               \"\"\".stripMargin)\n  }\n}\n"}
{"repo_name":"bwmcadams\/akka-quartz-scheduler","path":"src\/main\/scala\/QuartzJob.scala","text":"package com.typesafe.akka.extension.quartz\n\nimport org.quartz.{JobExecutionException, JobDataMap, JobExecutionContext, Job}\nimport akka.event.{LoggingBus, Logging}\nimport akka.actor.ActorRef\n\n\/**\n * Base trait, in case we decide to diversify down the road\n * and allow users to pick \"types\" of jobs, we still want\n * strict control over them monkeying around in ways that\n * exposes the \"bad\" parts of Quartz \u2013\n * such as persisted mutable state\n *\/\nsealed trait QuartzJob extends Job {\n  def jobType: String\n\n  \/**\n   * Fetch an item, cast to a specific type, from the JobDataMap.\n   * I could just use apply, but I want to have a cleaner 'not there' error.\n   *\n   * This does not return Option and flatly explodes upon a key being missing.\n   *\n   * TODO - NotNothing check?\n   **\/\n  protected def as[T](key: String)(implicit dataMap: JobDataMap): T = Option(dataMap.get(key)) match {\n    case Some(item) =>\n      \/\/ todo - more careful casting check?\n      item.asInstanceOf[T]\n    case None =>\n      throw new NoSuchElementException(\"No entry in JobDataMap for required entry '%s'\".format(key))\n  }\n\n  \/**\n   * Fetch an item, cast to a specific type, from the JobDataMap.\n   * I could just use apply, but I want to have a cleaner 'not there' error.\n   *\n   * TODO - NotNothing check?\n   **\/\n  protected def getAs[T](key: String)(implicit dataMap: JobDataMap): Option[T] = Option(dataMap.get(key)) match {\n    case Some(item) =>\n      \/\/ todo - more careful casting check?\n      Some(item.asInstanceOf[T])\n    case None => None\n  }\n}\n\nclass SimpleActorMessageJob extends Job {\n  val jobType = \"SimpleActorMessage\"\n\n  \/**\n   * Fetch an item, cast to a specific type, from the JobDataMap.\n   * I could just use apply, but I want to have a cleaner 'not there' error.\n   *\n   * This does not return Option and flatly explodes upon a key being missing.\n   *\n   * TODO - NotNothing check?\n   **\/\n  protected def as[T](key: String)(implicit dataMap: JobDataMap): T = Option(dataMap.get(key)) match {\n    case Some(item) =>\n      \/\/ todo - more careful casting check?\n      item.asInstanceOf[T]\n    case None =>\n      throw new NoSuchElementException(\"No entry in JobDataMap for required entry '%s'\".format(key))\n  }\n\n  \/**\n   * Fetch an item, cast to a specific type, from the JobDataMap.\n   * I could just use apply, but I want to have a cleaner 'not there' error.\n   *\n   * TODO - NotNothing check?\n   **\/\n  protected def getAs[T](key: String)(implicit dataMap: JobDataMap): Option[T] = Option(dataMap.get(key)) match {\n    case Some(item) =>\n      \/\/ todo - more careful casting check?\n      Some(item.asInstanceOf[T])\n    case None => None\n  }\n  \/**\n   * These jobs are fundamentally ephemeral - a new Job is created\n   * each time we trigger, and passed a context which contains, among\n   * other things, a JobDataMap, which transfers mutable state\n   * from one job trigger to another\n   *\n   * @throws JobExecutionException\n   *\/\n  def execute(context: JobExecutionContext) {\n\n    implicit val dataMap = context.getJobDetail.getJobDataMap\n\n    val key  = context.getJobDetail.getKey\n\n    try {\n\n      val logBus = as[LoggingBus](\"logBus\")\n\n      val receiver = as[ActorRef](\"receiver\")\n\n      \/**\n       * Message is an instance, essentially static, not a class to be instantiated.\n       * JobDataMap uses AnyRef, while message can be any (though do we really want to support value classes?)\n       * so this casting (and the initial save into the map) may involve boxing.\n       **\/\n      val msg = dataMap.get(\"message\")\n\n      val log = Logging(logBus, this)\n\n      log.debug(\"Triggering job '{}', sending '{}' to '{}'\", key.getName, msg, receiver)\n\n      receiver ! msg\n    } catch {\n      \/\/ All exceptions thrown from a job, including Runtime, must be wrapped in a JobExcecutionException or Quartz ignores it\n      case jee: JobExecutionException => throw jee\n      case t: Throwable =>\n        throw new JobExecutionException(\"ERROR executing Job '%s': '%s'\".format(key.getName, t.getMessage), t) \/\/ todo - control refire?\n    }\n  }\n}\n"}
{"repo_name":"bwmcadams\/akka-quartz-scheduler","path":"build.sbt","text":"name := \"akka-quartz-scheduler\" \n\norganization := \"com.typesafe.akka\"\n\nversion := \"1.2.0\"\n\nscalaVersion := \"2.10.1\"\n\nresolvers += \"Typesafe Repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\"\n\n\nlibraryDependencies ++= Seq(\n    \"com.typesafe.akka\" %% \"akka-actor\" % \"2.1.4\" % \"provided\",\n    \"org.quartz-scheduler\" % \"quartz\" % \"2.1.7\",\n    \/\/ test dependencies\n    \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.1.4\" % \"test\",\n    \"org.specs2\" %% \"specs2\" % \"1.12.3\" % \"test\",\n    \"junit\" % \"junit\" % \"4.7\" % \"test\",\n    \"org.slf4j\" % \"slf4j-api\" % \"1.6.1\" % \"test\",\n    \"org.slf4j\" % \"slf4j-jcl\" % \"1.6.1\" % \"test\",\n    \"org.scalatest\" %% \"scalatest\" % \"1.9.1\" % \"test\"\n)\n"}
{"repo_name":"bwmcadams\/akka-quartz-scheduler","path":"src\/main\/scala\/QuartzSchedulerExtension.scala","text":"<gh_stars>0\npackage com.typesafe.akka.extension.quartz\n\nimport akka.actor._\nimport akka.event.{LogSource, Logging}\n\nimport com.typesafe.config.{ConfigFactory, Config}\n\nimport org.quartz.simpl.{RAMJobStore, SimpleThreadPool}\nimport org.quartz.impl.DirectSchedulerFactory\nimport java.util.{Date, TimeZone}\nimport scala.collection.immutable\nimport org.quartz._\nimport org.quartz.core.jmx.JobDataMapSupport\nimport org.quartz.impl.triggers.{SimpleTriggerImpl, CronTriggerImpl}\nimport scala.Some\nimport scala.collection.mutable\n\n\nobject QuartzSchedulerExtension extends ExtensionKey[QuartzSchedulerExtension]\n\n\/**\n * Note that this extension will only be instantiated *once* *per actor system*.\n *\n *\/\nclass QuartzSchedulerExtension(system: ExtendedActorSystem) extends Extension {\n\n  private val log = Logging(system, this)\n\n\n  \/\/ todo - use of the circuit breaker to encapsulate quartz failures?\n  def schedulerName = \"QuartzScheduler~%s\".format(system.name)\n\n  protected val config = system.settings.config.withFallback(defaultConfig).getConfig(\"akka.quartz\").root.toConfig\n\n \/\/ For config values that can be omitted by user, to setup a fallback\n  lazy val defaultConfig =  ConfigFactory.parseString(\"\"\"\n    akka.quartz {\n      threadPool {\n        threadCount = 1\n        threadPriority = 5\n        daemonThreads = true\n      }\n      defaultTimezone = UTC\n    }\n    \"\"\".stripMargin)  \/\/ todo - boundary checks\n\n  \/\/ The # of threads in the pool\n  val threadCount = config.getInt(\"threadPool.threadCount\")\n  \/\/ Priority of threads created. Defaults at 5, can be between 1 (lowest) and 10 (highest)\n  val threadPriority = config.getInt(\"threadPool.threadPriority\")\n  require(threadPriority >= 1 && threadPriority <= 10,\n          \"Quartz Thread Priority (akka.quartz.threadPool.threadPriority) must be a positive integer between 1 (lowest) and 10 (highest).\")\n  \/\/ Should the threads we create be daemonic? FYI Non-daemonic threads could make akka \/ jvm shutdown difficult\n  val daemonThreads_? = config.getBoolean(\"threadPool.daemonThreads\")\n  \/\/ Timezone to use unless specified otherwise\n  val defaultTimezone = TimeZone.getTimeZone(config.getString(\"defaultTimezone\"))\n\n  \/**\n   * Parses job and trigger configurations, preparing them for any code request of a matching job.\n   * In our world, jobs and triggers are essentially 'merged'  - our scheduler is built around triggers\n   * and jobs are basically 'idiot' programs who fire off messages.\n   *\n   * RECAST KEY AS UPPERCASE TO AVOID RUNTIME LOOKUP ISSUES\n   *\/\n  val schedules: immutable.Map[String, QuartzSchedule] = QuartzSchedules(config, defaultTimezone).map { kv =>\n    kv._1.toUpperCase -> kv._2\n  }\n  val runningJobs: mutable.Map[String, JobKey] = mutable.Map.empty[String, JobKey]\n\n  log.debug(\"Configured Schedules: {}\", schedules)\n\n  scheduler.start\n\n  initialiseCalendars()\n\n  \/**\n   * Puts the Scheduler in 'standby' mode, temporarily halting firing of triggers.\n   * Resumable by running 'start'\n   *\/\n  def standby(): Unit = scheduler.standby()\n\n  def isInStandbyMode = scheduler.isInStandbyMode\n\n  \/**\n   * Starts up the scheduler. This is typically used from userspace only to restart\n   * a scheduler in standby mode.\n   *\/\n  def start(): Boolean = if (isStarted) {\n    scheduler.start\n    true\n  } else {\n    log.warning(\"Cannot start scheduler, already started.\")\n    false\n  }\n\n  def isStarted = scheduler.isStarted\n  \/**\n   * Suspends (pauses) all jobs in the scheduler\n   *\/\n  def suspendAll(): Unit = {\n    log.info(\"Suspending all Quartz jobs.\")\n    scheduler.pauseAll()\n  }\n\n  \/**\n   * Attempts to suspend (pause) the given job\n   * @param name The name of the job, as defined in the schedule\n   * @return Success or Failure in a Boolean\n   *\/\n  def suspendJob(name: String): Boolean = {\n    runningJobs.get(name) match {\n      case Some(job) =>\n        log.info(\"Suspending Quartz Job '{}'\", name)\n        scheduler.pauseJob(job)\n        true\n      case None =>\n        log.warning(\"No running Job named '{}' found: Cannot suspend\", name)\n        false\n    }\n    \/\/ TODO - Exception checking?\n  }\n\n  \/**\n   * Attempts to resume (un-pause) the given job\n   * @param name The name of the job, as defined in the schedule\n   * @return Success or Failure in a Boolean\n   *\/\n  def resumeJob(name: String): Boolean = {\n    runningJobs.get(name) match {\n      case Some(job) =>\n        log.info(\"Resuming Quartz Job '{}'\", name)\n        scheduler.resumeJob(job)\n        true\n      case None =>\n        log.warning(\"No running Job named '{}' found: Cannot unpause\", name)\n        false\n    }\n    \/\/ TODO - Exception checking?\n  }\n\n  \/**\n   * Unpauses all jobs in the scheduler\n   *\/\n  def resumeAll(): Unit = {\n    log.info(\"Resuming all Quartz jobs.\")\n  }\n\n  \/**\n   * Cancels the running job and all associated triggers\n   * @param name The name of the job, as defined in the schedule\n   * @return Success or Failure in a Boolean\n   *\/\n  def cancelJob(name: String): Boolean = {\n    runningJobs.get(name) match {\n      case Some(job) =>\n        log.info(\"Cancelling Quartz Job '{}'\", name)\n        val result = scheduler.deleteJob(job)\n        runningJobs -= name\n        result\n      case None =>\n        log.warning(\"No running Job named '{}' found: Cannot cancel\", name)\n        false\n    }\n    \/\/ TODO - Exception checking?\n\n  }\n\n\n\n  \/**\n   * Schedule a job, whose named configuration must be available\n   *\n   * @param name A String identifying the job, which must match configuration\n   * @param receiver An ActorRef, who will be notified each time the schedule fires\n   * @param msg A message object, which will be sent to `receiver` each time the schedule fires\n   * @return A date, which indicates the first time the trigger will fire.\n   *\/\n  def schedule(name: String, receiver: ActorRef, msg: AnyRef): Date = schedules.get(name.toUpperCase) match {\n    case Some(sched) =>\n      scheduleJob(name, receiver, msg)(sched)\n    case None =>\n      throw new IllegalArgumentException(\"No matching quartz configuration found for schedule '%s'\".format(name))\n  }\n\n  \/**\n   * Creates the actual jobs for Quartz, and setups the Trigger, etc.\n   *\n   * @return A date, which indicates the first time the trigger will fire.\n   *\/\n  protected def scheduleJob(name: String, receiver: ActorRef, msg: AnyRef)(schedule: QuartzSchedule): Date = {\n    import scala.collection.JavaConverters._\n    log.info(\"Setting up scheduled job '{}', with '{}'\", name, schedule)\n    val b = Map.newBuilder[String, AnyRef]\n    b += \"logBus\" -> system.eventStream\n    b += \"receiver\" -> receiver\n    b += \"message\" -> msg\n\n    val jobData = JobDataMapSupport.newJobDataMap(b.result.asJava)\n    val job = JobBuilder.newJob(classOf[SimpleActorMessageJob])\n                        .withIdentity(name + \"_Job\")\n                        .usingJobData(jobData)\n                        .withDescription(schedule.description.getOrElse(null))\n                        .build()\n\n    log.debug(\"Adding jobKey {} to runningJobs map.\", job.getKey)\n\n    runningJobs += name -> job.getKey\n\n    log.debug(\"Building Trigger.\")\n    val trigger = schedule.buildTrigger(name)\n\n    log.debug(\"Scheduling Job '{}' and Trigger '{}'. Is Scheduler Running? {}\", job, trigger, scheduler.isStarted)\n    scheduler.scheduleJob(job, trigger)\n  }\n\n\n  \/**\n   * Parses calendar configurations, creates Calendar instances and attaches them to the scheduler\n   *\/\n  protected def initialiseCalendars() {\n    for ((name, calendar) <- QuartzCalendars(config, defaultTimezone)) {\n      log.info(\"Configuring Calendar '{}'\", name)\n      \/\/ Recast calendar name as upper case to make later lookups easier ( no stupid case clashing at runtime )\n      scheduler.addCalendar(name.toUpperCase, calendar, true, true)\n    }\n  }\n\n\n\n  lazy protected val threadPool = {\n    \/\/ todo - wrap one of the Akka thread pools with the Quartz interface?\n    val _tp = new SimpleThreadPool(threadCount, threadPriority)\n    _tp.setThreadNamePrefix(\"AKKA_QRTZ_\") \/\/ todo - include system name?\n    _tp.setMakeThreadsDaemons(daemonThreads_?)\n    _tp\n  }\n\n  lazy protected val jobStore = {\n    \/\/ TODO - Make this potentially configurable,  but for now we don't want persistable jobs.\n    new RAMJobStore()\n  }\n\n  lazy protected val scheduler = {\n    \/\/ because it's a java API ... initialize the scheduler, THEN get and start it.\n    DirectSchedulerFactory.getInstance.createScheduler(schedulerName, system.name, \/* todo - will this clash by quartz' rules? *\/\n                                                       threadPool, jobStore)\n\n    val scheduler = DirectSchedulerFactory.getInstance().getScheduler(schedulerName)\n\n    log.debug(\"Initialized a Quartz Scheduler '{}'\", scheduler)\n\n    system.registerOnTermination({\n      log.info(\"Shutting down Quartz Scheduler with ActorSystem Termination (Any jobs awaiting completion will end as well, as actors are ending)...\")\n      scheduler.shutdown(false)\n    })\n\n    scheduler\n  }\n\n}\n\n\n\n\n\n"}
{"repo_name":"nicdard\/flix","path":"main\/test\/ca\/uwaterloo\/flix\/language\/phase\/TestKinder.scala","text":"\/*\n * Copyright 2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage ca.uwaterloo.flix.language.phase\n\nimport ca.uwaterloo.flix.TestUtils\nimport ca.uwaterloo.flix.language.errors.KindError\nimport ca.uwaterloo.flix.util.Options\nimport org.scalatest.FunSuite\n\nclass TestKinder extends FunSuite with TestUtils {\n\n  private val DefaultOptions = Options.TestWithLibNix\n\n  test(\"MismatchedTypeParamKind.Implicit.01\") {\n    val input = \"def f(g: Int32 -> o & o): Int32 = 123\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Implicit.02\") {\n    val input = \"def f(g: Int32 -> Int32 & e): e = g(123)\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Implicit.03\") {\n    val input = \"def f(s: #{| a}, r: {| a}): Int32 = 123\"\n    val result = compile(input, Options.TestWithLibNix)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Implicit.04\") {\n    val input = \"def f(s: #{X(Int32) | a}, r: {x :: Int32 | a}): Int32 = 123\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Implicit.05\") {\n    val input = \"def f(a: e): Int32 & not e = 123\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Implicit.06\") {\n    val input =\n      \"\"\"\n        |enum E[a] {\n        |  case E1(a)\n        |}\n        |\n        |def f(g: E[a -> b & e]): Int32 & not (a or b) = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n\n  test(\"MismatchedTypeParamKind.Enum.01\") {\n    val input =\n      \"\"\"\n        |enum E[o] {\n        |    case A(Int32 -> o & o)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Enum.02\") {\n    val input =\n      \"\"\"\n        |enum E[e] {\n        |    case A((Int32 -> Int32 & e) -> e)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Enum.03\") {\n    val input =\n      \"\"\"\n        |enum E[a] {\n        |    case A(#{| a}, {| a})\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Enum.04\") {\n    val input =\n      \"\"\"\n        |enum E[a] {\n        |    case A(#{X(Int32) | a}, {x :: Int32 | a})\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Enum.05\") {\n    val input =\n      \"\"\"\n        |enum E[e] {\n        |    case A(e -> Int32 & not e)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.Enum.06\") {\n    val input =\n      \"\"\"\n        |enum D[a] {\n        |  case D1(a)\n        |}\n        |enum E[a, b, e] {\n        |    case A(D[a -> b & e] -> Int32 & not (a or b))\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.01\") {\n    val input = \"type alias T[o] = Int32 -> o & o\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.02\") {\n    val input = \"type alias T[e] = (Int32 -> Int32 & e) -> e\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.03\") {\n    val input = \"type alias T[a] = (#{| a}, {| a})\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.04\") {\n    val input = \"type alias T[a] = (#{X(Int32) | a}, {x :: Int32 | a})\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.05\") {\n    val input = \"type alias T[e] = e -> Int32 & not e\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"MismatchedTypeParamKind.TypeAlias.06\") {\n    val input =\n      \"\"\"\n        |enum Option[a] {\n        |  case Some(a)\n        |  case None\n        |}\n        |\n        |type alias T[a, b, e] = Option[a -> b & e] -> Int32 & not (a or b)\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.01\") {\n    val input =\n      \"\"\"\n        |enum P[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |def f(p: P[Int32]): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.02\") {\n    val input =\n      \"\"\"\n        |enum P[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |enum E {\n        |  case A(P[Int32])\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n\n  test(\"IllegalUninhabitedType.03\") {\n    val input =\n      \"\"\"\n        |enum P[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |def f(p: P): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.04\") {\n    val input =\n      \"\"\"\n        |enum P[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |enum E {\n        |  case A(P)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.05\") {\n    val input =\n      \"\"\"\n        |enum P[a, b, c] {\n        |  case C(a, b, c)\n        |}\n        |\n        |def f(p: P[Int32, Int32]): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.06\") {\n    val input =\n      \"\"\"\n        |enum P[a, b, c] {\n        |  case C(a, b, c)\n        |}\n        |\n        |enum E {\n        |  case A(P[Int32, Int32])\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.07\") {\n    val input = \"\"\"def f(x: true): Int32 = 123\"\"\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.08\") {\n    val input = \"def f(): Int32 = 1 as Pure\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.09\") {\n    val input =\n      \"\"\"\n        |enum E[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |def f(): Int32 = 1 as E[Int32]\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.10\") {\n    val input = \"def f(): Int32 = 1: Pure\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalUninhabitedType.11\") {\n    val input =\n      \"\"\"\n        |enum E[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |def f(): Int32 = 1: E[Int32]\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalEffect.01\") {\n    val input = \"def f(): Int32 = 1 as & Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalEffect.02\") {\n    val input = \"def f(): Int32 = 1 as Int32 & Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalEffect.03\") {\n    val input = \"def f(): Int32 = 1: & Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalEffect.04\") {\n    val input = \"def f(): Int32 = 1: Int32 & Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.01\") {\n    val input =\n      \"\"\"\n        |enum P[a, b] {\n        |  case C(a, b)\n        |}\n        |\n        |def f(p: P[Int32, String, String]): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.02\") {\n    val input =\n      \"\"\"\n        |type alias R = {x :: Int32}\n        |\n        |def f(p: R[Int32]): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.03\") {\n    val input =\n      \"\"\"\n        |rel A(a: Int32)\n        |\n        |type alias S = #{ A }\n        |\n        |def f(p: S[Int32]): Int32 = 123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.04\") {\n    val input = \"def f(p: String[Int32]): Int32 = 123\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.05\") {\n    val input = \"def f(): Int32 = 1 as Int32 & Int32 and true\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.06\") {\n    val input = \"def f(): Int32 = 1 as Int32 & true or Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.07\") {\n    val input = \"def f(): Int32 = 1 as Int32 & not Int32\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"IllegalTypeApplication.08\") {\n    val input = \"def f(a: (Int32, true)): Int32 = 1\"\n    val result = compile(input, DefaultOptions)\n    expectError[KindError](result)\n  }\n\n  test(\"KindError.Def.Effect.01\") {\n    val input =\n      \"\"\"\n        |def f(): Unit & Unit = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Effect.02\") {\n    val input =\n      \"\"\"\n        |def f[a: Type](): Unit & a = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.01\") {\n    val input =\n      \"\"\"\n        |def f(): Int32 = 1: Pure\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.02\") {\n    val input =\n      \"\"\"\n        |def f(): Int32 = 1: & Unit\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.03\") {\n    val input =\n      \"\"\"\n        |def foo(): Int32 & ef =\n        |  let _x: ef = ???;\n        |  123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.04\") {\n    val input =\n      \"\"\"\n        |def foo(x: a[Int32]): Int32 =\n        |  let _x: a = ???;\n        |  123\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.05\") {\n    val input =\n      \"\"\"\n        |pub def foo(): Int32 =\n        |    let x : Int32 : (Type -> Type) = 123;\n        |    x\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.06\") {\n    val input =\n      \"\"\"\n        |enum E\n        |\n        |pub def foo(): Int32 =\n        |    let x: E[Int32] = ???; 0\n        |\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Ascribe.07\") {\n    val input =\n      \"\"\"\n        |enum E[a, b]\n        |\n        |pub def foo(): Int32 =\n        |    let x: E[Int32] = ???; 0\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Cast.01\") {\n    val input =\n      \"\"\"\n        |def f(): Int32 = 1 as Pure\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Cast.02\") {\n    val input =\n      \"\"\"\n        |def f(): Int32 = 1 as & Unit\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Cast.03\") {\n    val input =\n      \"\"\"\n        |enum E\n        |\n        |pub def foo(): Int32 = 0 as E[Int32]\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Expression.Cast.04\") {\n    val input =\n      \"\"\"\n        |enum E[a, b]\n        |\n        |pub def foo(): Int32 = 0 as E[Int32]\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n  test(\"KindError.Def.Type.01\") {\n    val input =\n      \"\"\"\n        |def f(x: Int[Int32]): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.02\") {\n    val input =\n      \"\"\"\n        |def f(x: Int32 -> Int32 & Int32): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.03\") {\n    val input =\n      \"\"\"\n        |def f(x: Pure -> Int32 & Int32): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.04\") {\n    val input =\n      \"\"\"\n        |def f[r: Type](x: {name :: Int32 | r} ): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.05\") {\n    val input =\n      \"\"\"\n        |def f[r: Type](x: #{| r} ): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.06\") {\n    val input =\n      \"\"\"\n        |enum E[a]\n        |\n        |def f(x: E[Int32, Int32]): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Type.07\") {\n    val input =\n      \"\"\"\n        |def f(x: Int32[Int32]): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Parameter.01\") {\n    val input =\n      \"\"\"\n        |def f(x: Pure): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Parameter.02\") {\n    val input =\n      \"\"\"\n        |enum E[a]\n        |\n        |def f(x: E): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Return.01\") {\n    val input =\n      \"\"\"\n        |def f(): Pure = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Return.02\") {\n    val input =\n      \"\"\"\n        |enum E[a]\n        |\n        |def f(): E = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Return.03\") {\n    val input =\n      \"\"\"\n        |def f(): Int32[Int32] = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.TypeConstraint.01\") {\n    val input =\n      \"\"\"\n        |class C[a: Type -> Type]\n\n        |def f[a: Type](): a with C[a] = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Def.Mismatch.01\") {\n    val input =\n      \"\"\"\n        |def f(x: a): Int32 & a = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.MismatchedKinds](result)\n  }\n\n  test(\"KindError.Def.Mismatch.02\") {\n    val input =\n      \"\"\"\n        |class C[a: Type -> Type]\n        |\n        |def f(x: a): Int32 with C[a] = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.MismatchedKinds](result)\n  }\n\n  test(\"KindError.Def.Mismatch.03\") {\n    val input =\n      \"\"\"\n        |def f(x: a -> a & a): Int32 = ???\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.MismatchedKinds](result)\n  }\n\n  test(\"KindError.Enum.Case.01\") {\n    val input =\n      \"\"\"\n        |enum E {\n        |  case C(Pure)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Case.02\") {\n    val input =\n      \"\"\"\n        |enum F[a]\n        |\n        |enum E {\n        |  case C(F)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Case.03\") {\n    val input =\n      \"\"\"\n        |enum E[a: Type -> Type] {\n        |  case C(a)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Case.04\") {\n    val input =\n      \"\"\"\n        |enum E[a] {\n        |  case C({i :: Int32 | a})\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Type.01\") {\n    val input =\n      \"\"\"\n        |enum E {\n        |  case C(Int32 -> Int32 & Int32)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Type.02\") {\n    val input =\n      \"\"\"\n        |enum E[a] {\n        |  case C(Int32 -> Int32 & a)\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Enum.Type.05\") {\n    val input =\n      \"\"\"\n        |enum E {\n        |  case C(Int32[Int32])\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Instance.Def.01\") {\n    val input =\n      \"\"\"\n        |class C[a] {\n        |  pub def f(x: a): a\n        |}\n        |\n        |enum E[a]\n        |\n        |instance C[E[a]] {\n        |  pub def f(x: E): E = ???\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Instance.TypeConstraint.01\") {\n    val input =\n      \"\"\"\n        |class C[a]\n        |\n        |class D[a: Type -> Type]\n        |\n        |enum E[a]\n        |\n        |instance C[E[a]] with D[a]\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Instance.TypeParameter.01\") {\n    val input =\n      \"\"\"\n        |class C[a]\n        |\n        |enum E[a]\n        |\n        |instance C[E]\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.TypeAlias.Type.01\") {\n    val input =\n      \"\"\"\n        |type alias T = Pure -> Int32\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.TypeAlias.Type.02\") {\n    val input =\n      \"\"\"\n        |type alias T[a] = Int32 -> Int32 & a\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.TypeAlias.Type.03\") {\n    val input =\n      \"\"\"\n        |rel A(x: Int32)\n        |\n        |type alias Z[r] = #{ A | r }\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Class.Law.01\") {\n    val input =\n      \"\"\"\n        |class C[a: Type -> Type] {\n        |  law l: forall (x: a) . ???\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Class.Sig.01\") {\n    val input =\n      \"\"\"\n        |class C[a: Type -> Type] {\n        |  pub def f(x: a): Int32 = ???\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Class.Sig.02\") {\n    val input =\n      \"\"\"\n        |class C[a] {\n        |  pub def f(x: {l ::  Int32 | a}): Int32 = ???\n        |}\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n\n  test(\"KindError.Class.TypeConstraint.01\") {\n    val input =\n      \"\"\"\n        |class C[a]\n        |\n        |class D[a: Type -> Type] with C[a]\n        |\"\"\".stripMargin\n    val result = compile(input, DefaultOptions)\n    expectError[KindError.UnexpectedKind](result)\n  }\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/phase\/LambdaLift.scala","text":"\/*\n * Copyright 2015-2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage ca.uwaterloo.flix.language.phase\n\nimport ca.uwaterloo.flix.api.Flix\nimport ca.uwaterloo.flix.language.CompilationMessage\nimport ca.uwaterloo.flix.language.ast.{Ast, LiftedAst, SimplifiedAst, Symbol}\nimport ca.uwaterloo.flix.util.Validation._\nimport ca.uwaterloo.flix.util.{InternalCompilerException, Validation}\n\nimport scala.collection.mutable\n\nobject LambdaLift {\n\n  \/**\n    * Mutable map of top level definitions.\n    *\/\n  private type TopLevel = mutable.Map[Symbol.DefnSym, LiftedAst.Def]\n\n  \/**\n    * Performs lambda lifting on the given AST `root`.\n    *\/\n  def run(root: SimplifiedAst.Root)(implicit flix: Flix): Validation[LiftedAst.Root, CompilationMessage] = flix.phase(\"LambdaLift\") {\n    \/\/ A mutable map to hold lambdas that are lifted to the top level.\n    val m: TopLevel = mutable.Map.empty\n\n    val newDefs = root.defs.map {\n      case (sym, decl) => sym -> liftDef(decl, m)\n    }\n\n    val newEnums = root.enums.map {\n      case (sym, enum0) => sym -> visitEnum(enum0)\n    }\n\n    LiftedAst.Root(\n      newDefs ++ m,\n      newEnums,\n      root.reachable,\n      root.sources\n    ).toSuccess\n  }\n\n  \/**\n    * Performs lambda lifting on the given definition `def0`.\n    *\/\n  private def liftDef(def0: SimplifiedAst.Def, m: TopLevel)(implicit flix: Flix): LiftedAst.Def = def0 match {\n    case SimplifiedAst.Def(ann, mod, sym, fparams, exp, tpe, loc) =>\n      val fs = fparams.map(visitFormalParam)\n      val e = liftExp(def0.exp, sym, m)\n\n      LiftedAst.Def(ann, mod, sym, fs, e, tpe, loc)\n  }\n\n  \/**\n    * Translates the given simplified enum declaration `enum0` into a lifted enum declaration.\n    *\/\n  private def visitEnum(enum0: SimplifiedAst.Enum): LiftedAst.Enum = enum0 match {\n    case SimplifiedAst.Enum(mod, sym, cases, tpeDeprecated, loc) =>\n      val cs = cases.map {\n        case (tag, SimplifiedAst.Case(_, _, tpeDeprecated, loc)) => tag -> LiftedAst.Case(sym, tag, tpeDeprecated, loc)\n      }\n      LiftedAst.Enum(mod, sym, cs, tpeDeprecated, loc)\n  }\n\n  \/**\n    * Performs lambda lifting on the given expression `exp0` occurring with the given symbol `sym0`.\n    *\/\n  private def liftExp(exp0: SimplifiedAst.Expression, sym0: Symbol.DefnSym, m: TopLevel)(implicit flix: Flix): LiftedAst.Expression = {\n    \/**\n      * Performs closure conversion and lambda lifting on the given expression `exp0`.\n      *\/\n    def visitExp(e: SimplifiedAst.Expression): LiftedAst.Expression = e match {\n      case SimplifiedAst.Expression.Unit(loc) => LiftedAst.Expression.Unit(loc)\n\n      case SimplifiedAst.Expression.Null(tpe, loc) => LiftedAst.Expression.Null(tpe, loc)\n\n      case SimplifiedAst.Expression.True(loc) => LiftedAst.Expression.True(loc)\n\n      case SimplifiedAst.Expression.False(loc) => LiftedAst.Expression.False(loc)\n\n      case SimplifiedAst.Expression.Char(lit, loc) => LiftedAst.Expression.Char(lit, loc)\n\n      case SimplifiedAst.Expression.Float32(lit, loc) => LiftedAst.Expression.Float32(lit, loc)\n\n      case SimplifiedAst.Expression.Float64(lit, loc) => LiftedAst.Expression.Float64(lit, loc)\n\n      case SimplifiedAst.Expression.Int8(lit, loc) => LiftedAst.Expression.Int8(lit, loc)\n\n      case SimplifiedAst.Expression.Int16(lit, loc) => LiftedAst.Expression.Int16(lit, loc)\n\n      case SimplifiedAst.Expression.Int32(lit, loc) => LiftedAst.Expression.Int32(lit, loc)\n\n      case SimplifiedAst.Expression.Int64(lit, loc) => LiftedAst.Expression.Int64(lit, loc)\n\n      case SimplifiedAst.Expression.BigInt(lit, loc) => LiftedAst.Expression.BigInt(lit, loc)\n\n      case SimplifiedAst.Expression.Str(lit, loc) => LiftedAst.Expression.Str(lit, loc)\n\n      case SimplifiedAst.Expression.Var(sym, tpe, loc) => LiftedAst.Expression.Var(sym, tpe, loc)\n\n      case SimplifiedAst.Expression.LambdaClosure(fparams, freeVars, exp, tpe, loc) =>\n        \/\/ Recursively lift the inner expression.\n        val liftedExp = visitExp(exp)\n\n        \/\/ Generate a fresh symbol for the new lifted definition.\n        val freshSymbol = Symbol.freshDefnSym(sym0)\n\n        \/\/ Construct annotations and modifiers for the fresh definition.\n        val ann = Ast.Annotations.Empty\n        val mod = Ast.Modifiers(Ast.Modifier.Synthetic :: Nil)\n\n        \/\/ Construct the formal parameters.\n        val fs = fparams.map(visitFormalParam)\n\n        \/\/ Construct a new definition.\n        val defn = LiftedAst.Def(ann, mod, freshSymbol, fs, liftedExp, tpe, loc)\n\n        \/\/ Add the new definition to the map of lifted definitions.\n        m += (freshSymbol -> defn)\n\n        \/\/ Construct the free variables.\n        val fvs = freeVars.map(visitFreeVar)\n\n        \/\/ Construct the closure expression.\n        LiftedAst.Expression.Closure(freshSymbol, fvs, tpe, loc)\n\n      case SimplifiedAst.Expression.Closure(sym, freeVars, tpe, loc) =>\n        val fvs = freeVars.map(visitFreeVar)\n        LiftedAst.Expression.Closure(sym, fvs, tpe, loc)\n\n      case SimplifiedAst.Expression.ApplyClo(exp, args, tpe, loc) =>\n        val e = visitExp(exp)\n        val as = args map visitExp\n        LiftedAst.Expression.ApplyClo(e, as, tpe, loc)\n\n      case SimplifiedAst.Expression.ApplyDef(sym, args, tpe, loc) =>\n        val as = args map visitExp\n        LiftedAst.Expression.ApplyDef(sym, as, tpe, loc)\n\n      case SimplifiedAst.Expression.Unary(sop, op, exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Unary(sop, op, e, tpe, loc)\n\n      case SimplifiedAst.Expression.Binary(sop, op, exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        LiftedAst.Expression.Binary(sop, op, e1, e2, tpe, loc)\n\n      case SimplifiedAst.Expression.IfThenElse(exp1, exp2, exp3, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        val e3 = visitExp(exp3)\n        LiftedAst.Expression.IfThenElse(e1, e2, e3, tpe, loc)\n\n      case SimplifiedAst.Expression.Branch(exp, branches, tpe, loc) =>\n        val e = visitExp(exp)\n        val bs = branches map {\n          case (sym, br) => sym -> visitExp(br)\n        }\n        LiftedAst.Expression.Branch(e, bs, tpe, loc)\n\n      case SimplifiedAst.Expression.JumpTo(sym, tpe, loc) =>\n        LiftedAst.Expression.JumpTo(sym, tpe, loc)\n\n      case SimplifiedAst.Expression.Let(sym, exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        LiftedAst.Expression.Let(sym, e1, e2, tpe, loc)\n\n      case SimplifiedAst.Expression.LetRec(varSym, exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        e1 match {\n          case LiftedAst.Expression.Closure(defSym, freeVars, _, _) =>\n            val index = freeVars.indexWhere(freeVar => varSym == freeVar.sym)\n            if (index == -1) {\n              \/\/ function never calls itself\n              LiftedAst.Expression.Let(varSym, e1, e2, tpe, loc)\n            } else\n              LiftedAst.Expression.LetRec(varSym, index, defSym, e1, e2, tpe, loc)\n\n          case _ => throw InternalCompilerException(s\"Unexpected expression: '$e1'.\")\n        }\n\n      case SimplifiedAst.Expression.Is(sym, tag, exp, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Is(sym, tag, e, loc)\n\n      case SimplifiedAst.Expression.Tag(enum, tag, exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Tag(enum, tag, e, tpe, loc)\n\n      case SimplifiedAst.Expression.Untag(sym, tag, exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Untag(sym, tag, e, tpe, loc)\n\n      case SimplifiedAst.Expression.Index(exp, offset, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Index(e, offset, tpe, loc)\n\n      case SimplifiedAst.Expression.Tuple(elms, tpe, loc) =>\n        val es = elms map visitExp\n        LiftedAst.Expression.Tuple(es, tpe, loc)\n\n      case SimplifiedAst.Expression.RecordEmpty(tpe, loc) =>\n        LiftedAst.Expression.RecordEmpty(tpe, loc)\n\n      case SimplifiedAst.Expression.RecordSelect(exp, field, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.RecordSelect(e, field, tpe, loc)\n\n      case SimplifiedAst.Expression.RecordExtend(field, value, rest, tpe, loc) =>\n        val v = visitExp(value)\n        val r = visitExp(rest)\n        LiftedAst.Expression.RecordExtend(field, v, r, tpe, loc)\n\n      case SimplifiedAst.Expression.RecordRestrict(field, rest, tpe, loc) =>\n        val r = visitExp(rest)\n        LiftedAst.Expression.RecordRestrict(field, r, tpe, loc)\n\n      case SimplifiedAst.Expression.ArrayLit(elms, tpe, loc) =>\n        val es = elms map visitExp\n        LiftedAst.Expression.ArrayLit(es, tpe, loc)\n\n      case SimplifiedAst.Expression.ArrayNew(elm, len, tpe, loc) =>\n        val e = visitExp(elm)\n        val l = visitExp(len)\n        LiftedAst.Expression.ArrayNew(e, l, tpe, loc)\n\n      case SimplifiedAst.Expression.ArrayLoad(base, index, tpe, loc) =>\n        val b = visitExp(base)\n        val i = visitExp(index)\n        LiftedAst.Expression.ArrayLoad(b, i, tpe, loc)\n\n      case SimplifiedAst.Expression.ArrayStore(base, index, elm, tpe, loc) =>\n        val b = visitExp(base)\n        val i = visitExp(index)\n        val e = visitExp(elm)\n        LiftedAst.Expression.ArrayStore(b, i, e, tpe, loc)\n\n      case SimplifiedAst.Expression.ArrayLength(base, tpe, loc) =>\n        val b = visitExp(base)\n        LiftedAst.Expression.ArrayLength(b, tpe, loc)\n\n      case SimplifiedAst.Expression.ArraySlice(base, startIndex, endIndex, tpe, loc) =>\n        val b = visitExp(base)\n        val i1 = visitExp(startIndex)\n        val i2 = visitExp(endIndex)\n        LiftedAst.Expression.ArraySlice(b, i1, i2, tpe, loc)\n\n      case SimplifiedAst.Expression.Ref(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Ref(e, tpe, loc)\n\n      case SimplifiedAst.Expression.Deref(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Deref(e, tpe, loc)\n\n      case SimplifiedAst.Expression.Assign(exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        LiftedAst.Expression.Assign(e1, e2, tpe, loc)\n\n      case SimplifiedAst.Expression.Cast(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Cast(e, tpe, loc)\n\n      case SimplifiedAst.Expression.TryCatch(exp, rules, tpe, loc) =>\n        val e = visitExp(exp)\n        val rs = rules map {\n          case SimplifiedAst.CatchRule(sym, clazz, body) =>\n            val b = visitExp(body)\n            LiftedAst.CatchRule(sym, clazz, b)\n        }\n        LiftedAst.Expression.TryCatch(e, rs, tpe, loc)\n\n      case SimplifiedAst.Expression.InvokeConstructor(constructor, args, tpe, loc) =>\n        val as = args.map(visitExp)\n        LiftedAst.Expression.InvokeConstructor(constructor, as, tpe, loc)\n\n      case SimplifiedAst.Expression.InvokeMethod(method, exp, args, tpe, loc) =>\n        val e = visitExp(exp)\n        val as = args.map(visitExp)\n        LiftedAst.Expression.InvokeMethod(method, e, as, tpe, loc)\n\n      case SimplifiedAst.Expression.InvokeStaticMethod(method, args, tpe, loc) =>\n        val as = args.map(visitExp)\n        LiftedAst.Expression.InvokeStaticMethod(method, as, tpe, loc)\n\n      case SimplifiedAst.Expression.GetField(field, exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.GetField(field, e, tpe, loc)\n\n      case SimplifiedAst.Expression.PutField(field, exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        LiftedAst.Expression.PutField(field, e1, e2, tpe, loc)\n\n      case SimplifiedAst.Expression.GetStaticField(field, tpe, loc) =>\n        LiftedAst.Expression.GetStaticField(field, tpe, loc)\n\n      case SimplifiedAst.Expression.PutStaticField(field, exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.PutStaticField(field, e, tpe, loc)\n\n      case SimplifiedAst.Expression.NewChannel(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.NewChannel(e, tpe, loc)\n\n      case SimplifiedAst.Expression.GetChannel(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.GetChannel(e, tpe, loc)\n\n      case SimplifiedAst.Expression.PutChannel(exp1, exp2, tpe, loc) =>\n        val e1 = visitExp(exp1)\n        val e2 = visitExp(exp2)\n        LiftedAst.Expression.PutChannel(e1, e2, tpe, loc)\n\n      case SimplifiedAst.Expression.SelectChannel(rules, default, tpe, loc) =>\n        val rs = rules map {\n          case SimplifiedAst.SelectChannelRule(sym, chan, exp) =>\n            val c = visitExp(chan)\n            val e = visitExp(exp)\n            LiftedAst.SelectChannelRule(sym, c, e)\n        }\n\n        val d = default.map(visitExp)\n\n        LiftedAst.Expression.SelectChannel(rs, d, tpe, loc)\n\n      case SimplifiedAst.Expression.Spawn(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Spawn(e, tpe, loc)\n\n      case SimplifiedAst.Expression.Lazy(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Lazy(e, tpe, loc)\n\n      case SimplifiedAst.Expression.Force(exp, tpe, loc) =>\n        val e = visitExp(exp)\n        LiftedAst.Expression.Force(e, tpe, loc)\n\n      case SimplifiedAst.Expression.HoleError(sym, tpe, loc) =>\n        LiftedAst.Expression.HoleError(sym, tpe, loc)\n\n      case SimplifiedAst.Expression.MatchError(tpe, loc) =>\n        LiftedAst.Expression.MatchError(tpe, loc)\n\n      case SimplifiedAst.Expression.Def(_, _, _) => throw InternalCompilerException(s\"Unexpected expression.\")\n      case SimplifiedAst.Expression.Lambda(_, _, _, _) => throw InternalCompilerException(s\"Unexpected expression.\")\n      case SimplifiedAst.Expression.Apply(_, _, _, _) => throw InternalCompilerException(s\"Unexpected expression.\")\n    }\n\n    visitExp(exp0)\n  }\n\n  \/**\n    * Translates the given simplified formal parameter `fparam` into a lifted formal parameter.\n    *\/\n  private def visitFormalParam(fparam: SimplifiedAst.FormalParam): LiftedAst.FormalParam = fparam match {\n    case SimplifiedAst.FormalParam(sym, mod, tpe, loc) => LiftedAst.FormalParam(sym, mod, tpe, loc)\n  }\n\n  \/**\n    * Translates the given simplified free variable `fv` into a lifted free variable.\n    *\/\n  private def visitFreeVar(fv: SimplifiedAst.FreeVar): LiftedAst.FreeVar = fv match {\n    case SimplifiedAst.FreeVar(sym, tpe) => LiftedAst.FreeVar(sym, tpe)\n  }\n\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/phase\/Inliner.scala","text":"\/*\n * Copyright 2018 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage ca.uwaterloo.flix.language.phase\n\nimport ca.uwaterloo.flix.api.Flix\nimport ca.uwaterloo.flix.language.CompilationMessage\nimport ca.uwaterloo.flix.language.ast.LiftedAst.Root\nimport ca.uwaterloo.flix.util.Validation._\nimport ca.uwaterloo.flix.util.Validation\n\n\/**\n  * The inliner replaces closures and functions by their code to improve performance.\n  *\/\nobject Inliner {\n\n  \/**\n    * Performs inlining on the given AST `root`.\n    *\/\n  def run(root: Root)(implicit flix: Flix): Validation[Root, CompilationMessage] = flix.phase(\"Inliner\") {\n    \/\/ TODO: Implement inliner.\n    return root.toSuccess\n  }\n\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/ast\/SourceLocation.scala","text":"<reponame>nicdard\/flix\npackage ca.uwaterloo.flix.language.ast\n\nimport ca.uwaterloo.flix.language.ast.Ast.Source\nimport ca.uwaterloo.flix.language.debug.FormatSourceLocation\nimport org.parboiled2.ParserInput\n\n\/**\n  * Companion object for the [[SourceLocation]] class.\n  *\/\nobject SourceLocation {\n\n  \/**\n    * Represents an unknown source location.\n    *\n    * Must only be used if *absolutely necessary*.\n    *\/\n  val Unknown: SourceLocation = mk(SourcePosition.Unknown, SourcePosition.Unknown)\n\n  \/**\n    * Returns the source location constructed from the source positions `b` and `e.`\n    *\/\n  def mk(b: SourcePosition, e: SourcePosition, k: SourceKind = SourceKind.Real): SourceLocation =\n    SourceLocation(b.input, b.source, k, b.line, b.col, e.line, e.col)\n\n  implicit object Order extends Ordering[SourceLocation] {\n\n    import scala.math.Ordered.orderingToOrdered\n\n    def compare(x: SourceLocation, y: SourceLocation): Int =\n      (x.source.name, x.beginLine, x.beginCol) compare(y.source.name, y.beginLine, y.beginCol)\n  }\n\n}\n\n\/**\n  * A class that represents the physical source location of some parsed syntactic entity.\n  *\n  * @param input        the parser input.\n  * @param source       the source input.\n  * @param locationKind the source location kind.\n  * @param beginLine    the line number where the entity begins.\n  * @param beginCol     the column number where the entity begins.\n  * @param endLine      the line number where the entity ends.\n  * @param endCol       the column number where the entity ends.\n  *\/\ncase class SourceLocation(input: Option[ParserInput], source: Source, locationKind: SourceKind, beginLine: Int, beginCol: Int, endLine: Int, endCol: Int) {\n\n  \/**\n    * Returns `true` if this source location spans a single line.\n    *\/\n  def isSingleLine: Boolean = beginLine == endLine\n\n  \/**\n    * Returns `true` if this source location spans more than one line.\n    *\/\n  def isMultiLine: Boolean = !isSingleLine\n\n  \/**\n    * Returns `true` if this source location is synthetic.\n    *\/\n  def isSynthetic: Boolean = locationKind == SourceKind.Synthetic\n\n  \/**\n    * Returns `this` source location but as a synthetic kind.\n    *\/\n  def asSynthetic: SourceLocation = copy(locationKind = SourceKind.Synthetic)\n\n  \/**\n    * Returns `this` source location but as a real kind.\n    *\/\n  def asReal: SourceLocation = copy(locationKind = SourceKind.Real)\n\n  \/**\n    * Returns the smallest (i.e. the first that appears in the source code) of `this` and `that`.\n    *\/\n  def min(that: SourceLocation): SourceLocation = SourceLocation.Order.min(this, that)\n\n  \/**\n    * Returns the text at the given `line`.\n    *\n    * The line does not have to refer to `this` source location.\n    *\/\n  def lineAt(line: Int): String = input match {\n    case None => \"\"\n    case Some(input) => input.getLine(line)\n  }\n\n  \/**\n    * Returns a formatted string representation of `this` source location.\n    *\/\n  def format: String = s\"${source.name}:$beginLine:$beginCol\"\n\n  \/**\n    * Returns the hashCode of `this` source location.\n    *\/\n  override def hashCode(): Int = source.hashCode() + beginLine + beginCol + endLine + endCol\n\n  \/**\n    * Returns `true` if `this` and `o` represent the same source location.\n    *\/\n  override def equals(o: Any): Boolean = o match {\n    case that: SourceLocation =>\n      this.source == that.source &&\n        this.beginLine == that.beginLine &&\n        this.beginCol == that.beginCol &&\n        this.endLine == that.endLine &&\n        this.endCol == that.endCol\n    case _ => false\n  }\n\n  \/**\n    * Returns a human-readable string representation for debugging.\n    *\/\n  override def toString: String = FormatSourceLocation.format(this)\n\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/errors\/SafetyError.scala","text":"package ca.uwaterloo.flix.language.errors\n\nimport ca.uwaterloo.flix.language.CompilationMessage\nimport ca.uwaterloo.flix.language.ast.{SourceLocation, Symbol}\nimport ca.uwaterloo.flix.util.Formatter\n\n\/**\n  * A common super-type for safety errors.\n  *\/\nsealed trait SafetyError extends CompilationMessage {\n  val kind: String = \"Safety Error\"\n}\n\nobject SafetyError {\n\n  \/**\n    * An error raised to indicate an illegal use of a non-positively bound variable in a negative atom.\n    *\n    * @param loc the position of the body atom containing the illegal variable.\n    *\/\n  case class IllegalNonPositivelyBoundVariable(sym: Symbol.VarSym, loc: SourceLocation) extends SafetyError {\n    def summary: String = s\"Illegal non-positively bound variable '$sym'.\"\n\n    def message(formatter: Formatter): String = {\n      import formatter._\n      s\"\"\"${line(kind, source.name)}\n         |>> Illegal non-positively bound variable '${red(sym.text)}'.\n         |\n         |${code(loc, \"the variable occurs in this negated atom.\")}\n         |\"\"\".stripMargin\n    }\n\n    def explain(formatter: Formatter): Option[String] = Some({\n      import formatter._\n      if (!sym.isWild)\n        s\"\"\"\n           |${underline(\"Tip:\")} Ensure that the variable occurs in at least one positive atom.\n           |\"\"\".stripMargin\n      else\n        \"\"\n    })\n  }\n\n  \/**\n    * An error raised to indicate an illegal use of a wild variable in a negative atom.\n    *\n    * @param loc the position of the body atom containing the illegal variable.\n    *\/\n  case class IllegalNegativelyBoundWildVariable(sym: Symbol.VarSym, loc: SourceLocation) extends SafetyError {\n    def summary: String = s\"Illegal negatively bound variable '$sym'.\"\n\n    def message(formatter: Formatter): String = {\n      import formatter._\n      s\"\"\"${line(kind, source.name)}\n         |>> Illegal negatively bound variable '${red(sym.text)}'.\n         |\n         |${code(loc, \"the variable occurs in this negated atom.\")}\n         |\"\"\".stripMargin\n    }\n\n    \/**\n      * Returns a formatted string with helpful suggestions.\n      *\/\n    def explain(formatter: Formatter): Option[String] = None\n  }\n\n  \/**\n    * An error raised to indicate an illegal use of a wildcard in a negative atom.\n    *\n    * @param loc the position of the body atom containing the illegal wildcard.\n    *\/\n  case class IllegalNegativelyBoundWildcard(loc: SourceLocation) extends SafetyError {\n    def summary: String = s\"Illegal negatively bound wildcard '_'.\"\n\n    def message(formatter: Formatter): String = {\n      import formatter._\n      s\"\"\"${line(kind, source.name)}\n         |>> Illegal negatively bound wildcard '${red(\"_\")}'.\n         |\n         |${code(loc, \"the wildcard occurs in this negated atom.\")}\n         |\"\"\".stripMargin\n    }\n\n    \/**\n      * Returns a formatted string with helpful suggestions.\n      *\/\n    def explain(formatter: Formatter): Option[String] = None\n  }\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/phase\/Eraser.scala","text":"<filename>main\/src\/ca\/uwaterloo\/flix\/language\/phase\/Eraser.scala\n\/*\n * Copyright 2020-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage ca.uwaterloo.flix.language.phase\n\nimport ca.uwaterloo.flix.api.Flix\nimport ca.uwaterloo.flix.language.CompilationMessage\nimport ca.uwaterloo.flix.language.ast.{ErasedAst, FinalAst}\nimport ca.uwaterloo.flix.util.Validation\nimport ca.uwaterloo.flix.util.Validation._\n\nobject Eraser {\n\n  def run(root: FinalAst.Root)(implicit flix: Flix): Validation[ErasedAst.Root, CompilationMessage] = flix.phase(\"Eraser\") {\n    val defs = root.defs.map { case (k, v) => k -> visitDef(v) }\n    val enums = root.enums.map { case (k, v) => k -> visitEnum(v) }\n    val reachable = root.reachable\n\n    ErasedAst.Root(defs, enums, reachable, root.sources).toSuccess\n  }\n\n  \/**\n    * Translates the given enum `enum0` to the ErasedAst.\n    *\/\n  private def visitEnum(enum0: FinalAst.Enum): ErasedAst.Enum = {\n    val cases = enum0.cases map { case (t, c) => t -> visitCase(c) }\n    ErasedAst.Enum(enum0.mod, enum0.sym, cases, enum0.tpeDeprecated, enum0.loc)\n  }\n\n  \/**\n    * Translates the given case `case0` to the ErasedAst.\n    *\/\n  private def visitCase(case0: FinalAst.Case): ErasedAst.Case = {\n    ErasedAst.Case(case0.sym, case0.tag, case0.tpeDeprecated, case0.loc)\n  }\n\n  \/**\n    * Translates the given definition `def0` to the ErasedAst.\n    *\/\n  private def visitDef(def0: FinalAst.Def): ErasedAst.Def = {\n    val formals = def0.formals.map(visitFormalParam)\n    val exp = visitExp(def0.exp)\n    ErasedAst.Def(def0.ann, def0.mod, def0.sym, formals, exp, def0.tpe, def0.loc)\n  }\n\n  \/**\n    * Translates the given formal param `p` to the ErasedAst.\n    *\/\n  private def visitFormalParam(p: FinalAst.FormalParam): ErasedAst.FormalParam =\n    ErasedAst.FormalParam(p.sym, p.tpe)\n\n  \/**\n    * Translates the given expression `exp0` to the ErasedAst.\n    *\/\n  private def visitExp(exp0: FinalAst.Expression): ErasedAst.Expression = exp0 match {\n    case FinalAst.Expression.Unit(loc) =>\n      ErasedAst.Expression.Unit(loc)\n\n    case FinalAst.Expression.Null(tpe, loc) =>\n      ErasedAst.Expression.Null(tpe, loc)\n\n    case FinalAst.Expression.True(loc) =>\n      ErasedAst.Expression.True(loc)\n\n    case FinalAst.Expression.False(loc) =>\n      ErasedAst.Expression.False(loc)\n\n    case FinalAst.Expression.Char(lit, loc) =>\n      ErasedAst.Expression.Char(lit, loc)\n\n    case FinalAst.Expression.Float32(lit, loc) =>\n      ErasedAst.Expression.Float32(lit, loc)\n\n    case FinalAst.Expression.Float64(lit, loc) =>\n      ErasedAst.Expression.Float64(lit, loc)\n\n    case FinalAst.Expression.Int8(lit, loc) =>\n      ErasedAst.Expression.Int8(lit, loc)\n\n    case FinalAst.Expression.Int16(lit, loc) =>\n      ErasedAst.Expression.Int16(lit, loc)\n\n    case FinalAst.Expression.Int32(lit, loc) =>\n      ErasedAst.Expression.Int32(lit, loc)\n\n    case FinalAst.Expression.Int64(lit, loc) =>\n      ErasedAst.Expression.Int64(lit, loc)\n\n    case FinalAst.Expression.BigInt(lit, loc) =>\n      ErasedAst.Expression.BigInt(lit, loc)\n\n    case FinalAst.Expression.Str(lit, loc) =>\n      ErasedAst.Expression.Str(lit, loc)\n\n    case FinalAst.Expression.Var(sym, tpe, loc) =>\n      ErasedAst.Expression.Var(sym, tpe, loc)\n\n    case FinalAst.Expression.Closure(sym, freeVars, fnMonoType, tpe, loc) =>\n      val newFreeVars = freeVars.map {\n        case FinalAst.FreeVar(freeSym, freeTpe) => ErasedAst.FreeVar(freeSym, freeTpe)\n      }\n      ErasedAst.Expression.Closure(sym, newFreeVars, fnMonoType, tpe, loc)\n\n    case FinalAst.Expression.ApplyClo(exp, args, tpe, loc) =>\n      ErasedAst.Expression.ApplyClo(visitExp(exp), args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.ApplyDef(sym, args, tpe, loc) =>\n      ErasedAst.Expression.ApplyDef(sym, args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.ApplyCloTail(exp, args, tpe, loc) =>\n      ErasedAst.Expression.ApplyCloTail(visitExp(exp), args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.ApplyDefTail(sym, args, tpe, loc) =>\n      ErasedAst.Expression.ApplyDefTail(sym, args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.ApplySelfTail(sym, formals0, actuals, tpe, loc) =>\n      val formals = formals0.map {\n        case FinalAst.FormalParam(formalSym, formalTpe) => ErasedAst.FormalParam(formalSym, formalTpe)\n      }\n      ErasedAst.Expression.ApplySelfTail(sym, formals, actuals.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.Unary(sop, op, exp, tpe, loc) =>\n      ErasedAst.Expression.Unary(sop, op, visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Binary(sop, op, exp1, exp2, tpe, loc) =>\n      ErasedAst.Expression.Binary(sop, op, visitExp(exp1), visitExp(exp2), tpe, loc)\n\n    case FinalAst.Expression.IfThenElse(exp1, exp2, exp3, tpe, loc) =>\n      ErasedAst.Expression.IfThenElse(visitExp(exp1), visitExp(exp2), visitExp(exp3), tpe, loc)\n\n    case FinalAst.Expression.Branch(exp, branches0, tpe, loc) =>\n      val branches = branches0.map {\n        case (branchLabel, branchExp) => (branchLabel, visitExp(branchExp))\n      }\n      ErasedAst.Expression.Branch(visitExp(exp), branches, tpe, loc)\n\n    case FinalAst.Expression.JumpTo(sym, tpe, loc) =>\n      ErasedAst.Expression.JumpTo(sym, tpe, loc)\n\n    case FinalAst.Expression.Let(sym, exp1, exp2, tpe, loc) =>\n      val e1 = visitExp(exp1)\n      val e2 = visitExp(exp2)\n      ErasedAst.Expression.Let(sym, e1, e2, tpe, loc)\n\n    case FinalAst.Expression.LetRec(varSym, index, defSym, exp1, exp2, tpe, loc) =>\n      val e1 = visitExp(exp1)\n      val e2 = visitExp(exp2)\n      ErasedAst.Expression.LetRec(varSym, index, defSym, e1, e2, tpe, loc)\n\n    case FinalAst.Expression.Is(sym, tag, exp, loc) =>\n      ErasedAst.Expression.Is(sym, tag, visitExp(exp), loc)\n\n    case FinalAst.Expression.Tag(sym, tag, exp, tpe, loc) =>\n      ErasedAst.Expression.Tag(sym, tag, visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Untag(sym, tag, exp, tpe, loc) =>\n      ErasedAst.Expression.Untag(sym, tag, visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Index(base, offset, tpe, loc) =>\n      ErasedAst.Expression.Index(visitExp(base), offset, tpe, loc)\n\n    case FinalAst.Expression.Tuple(elms, tpe, loc) =>\n      ErasedAst.Expression.Tuple(elms.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.RecordEmpty(tpe, loc) =>\n      ErasedAst.Expression.RecordEmpty(tpe, loc)\n\n    case FinalAst.Expression.RecordSelect(exp, field, tpe, loc) =>\n      ErasedAst.Expression.RecordSelect(visitExp(exp), field, tpe, loc)\n\n    case FinalAst.Expression.RecordExtend(field, value, rest, tpe, loc) =>\n      ErasedAst.Expression.RecordExtend(field, visitExp(value), visitExp(rest), tpe, loc)\n\n    case FinalAst.Expression.RecordRestrict(field, rest, tpe, loc) =>\n      ErasedAst.Expression.RecordRestrict(field, visitExp(rest), tpe, loc)\n\n    case FinalAst.Expression.ArrayLit(elms, tpe, loc) =>\n      ErasedAst.Expression.ArrayLit(elms.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.ArrayNew(elm, len, tpe, loc) =>\n      ErasedAst.Expression.ArrayNew(visitExp(elm), visitExp(len), tpe, loc)\n\n    case FinalAst.Expression.ArrayLoad(base, index, tpe, loc) =>\n      ErasedAst.Expression.ArrayLoad(visitExp(base), visitExp(index), tpe, loc)\n\n    case FinalAst.Expression.ArrayStore(base, index, elm, tpe, loc) =>\n      ErasedAst.Expression.ArrayStore(visitExp(base), visitExp(index), visitExp(elm), tpe, loc)\n\n    case FinalAst.Expression.ArrayLength(base, tpe, loc) =>\n      ErasedAst.Expression.ArrayLength(visitExp(base), tpe, loc)\n\n    case FinalAst.Expression.ArraySlice(base, beginIndex, endIndex, tpe, loc) =>\n      ErasedAst.Expression.ArraySlice(visitExp(base), visitExp(beginIndex), visitExp(endIndex), tpe, loc)\n\n    case FinalAst.Expression.Ref(exp, tpe, loc) =>\n      ErasedAst.Expression.Ref(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Deref(exp, tpe, loc) =>\n      ErasedAst.Expression.Deref(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Assign(exp1, exp2, tpe, loc) =>\n      ErasedAst.Expression.Assign(visitExp(exp1), visitExp(exp2), tpe, loc)\n\n    case FinalAst.Expression.Cast(exp, tpe, loc) =>\n      ErasedAst.Expression.Cast(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.TryCatch(exp, rules0, tpe, loc) =>\n      val rules = rules0.map {\n        case FinalAst.CatchRule(catchSym, catchClazz, catchExp) =>\n          ErasedAst.CatchRule(catchSym, catchClazz, visitExp(catchExp))\n      }\n      ErasedAst.Expression.TryCatch(visitExp(exp), rules, tpe, loc)\n\n    case FinalAst.Expression.InvokeConstructor(constructor, args, tpe, loc) =>\n      ErasedAst.Expression.InvokeConstructor(constructor, args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.InvokeMethod(method, exp, args, tpe, loc) =>\n      ErasedAst.Expression.InvokeMethod(method, visitExp(exp), args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.InvokeStaticMethod(method, args, tpe, loc) =>\n      ErasedAst.Expression.InvokeStaticMethod(method, args.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.GetField(field, exp, tpe, loc) =>\n      ErasedAst.Expression.GetField(field, visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.PutField(field, exp1, exp2, tpe, loc) =>\n      ErasedAst.Expression.PutField(field, visitExp(exp1), visitExp(exp2), tpe, loc)\n\n    case FinalAst.Expression.GetStaticField(field, tpe, loc) =>\n      ErasedAst.Expression.GetStaticField(field, tpe, loc)\n\n    case FinalAst.Expression.PutStaticField(field, exp, tpe, loc) =>\n      ErasedAst.Expression.PutStaticField(field, visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.NewChannel(exp, tpe, loc) =>\n      ErasedAst.Expression.NewChannel(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.GetChannel(exp, tpe, loc) =>\n      ErasedAst.Expression.GetChannel(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.PutChannel(exp1, exp2, tpe, loc) =>\n      ErasedAst.Expression.PutChannel(visitExp(exp1), visitExp(exp2), tpe, loc)\n\n    case FinalAst.Expression.SelectChannel(rules0, default, tpe, loc) =>\n      val rules = rules0.map {\n        case FinalAst.SelectChannelRule(ruleSym, ruleChan, ruleExp) =>\n          ErasedAst.SelectChannelRule(ruleSym, visitExp(ruleChan), visitExp(ruleExp))\n      }\n      ErasedAst.Expression.SelectChannel(rules, default.map(visitExp), tpe, loc)\n\n    case FinalAst.Expression.Spawn(exp, tpe, loc) =>\n      ErasedAst.Expression.Spawn(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Lazy(exp, tpe, loc) =>\n      ErasedAst.Expression.Lazy(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.Force(exp, tpe, loc) =>\n      ErasedAst.Expression.Force(visitExp(exp), tpe, loc)\n\n    case FinalAst.Expression.HoleError(sym, tpe, loc) =>\n      ErasedAst.Expression.HoleError(sym, tpe, loc)\n\n    case FinalAst.Expression.MatchError(tpe, loc) =>\n      ErasedAst.Expression.MatchError(tpe, loc)\n  }\n\n}\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/runtime\/shell\/Shell.scala","text":"<filename>main\/src\/ca\/uwaterloo\/flix\/runtime\/shell\/Shell.scala\n\/*\n * Copyright 2017 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage ca.uwaterloo.flix.runtime.shell\n\nimport ca.uwaterloo.flix.api.{Flix, Version}\nimport ca.uwaterloo.flix.language.ast.Ast\nimport ca.uwaterloo.flix.language.ast.Ast.Source\nimport ca.uwaterloo.flix.language.ast.TypedAst.Root\nimport ca.uwaterloo.flix.language.debug.Audience\nimport ca.uwaterloo.flix.runtime.CompilationResult\nimport ca.uwaterloo.flix.util.Formatter.AnsiTerminalFormatter\nimport ca.uwaterloo.flix.util._\nimport org.jline.reader.{EndOfFileException, LineReaderBuilder, UserInterruptException}\nimport org.jline.terminal.{Terminal, TerminalBuilder}\n\nimport java.nio.file._\nimport java.util.concurrent.Executors\nimport java.util.logging.{Level, Logger}\nimport scala.collection.mutable\nimport scala.jdk.CollectionConverters._\n\nclass Shell(initialPaths: List[Path], options: Options) {\n\n  private implicit val audience: Audience = Audience.External\n\n  \/**\n    * The number of warmup iterations.\n    *\/\n  private val WarmupIterations = 80\n\n  \/**\n    * The executor service.\n    *\/\n  private val executorService = Executors.newSingleThreadExecutor()\n\n  \/**\n    * The mutable set of paths to load.\n    *\/\n  private val sourcePaths = mutable.Set.empty[Path] ++ initialPaths\n\n  \/**\n    * The set of changed sources.\n    *\/\n  private var changeSet: Set[Ast.Input] = Set.empty\n\n  \/**\n    * The Flix instance (the same instance is used for incremental compilation).\n    *\/\n  private val flix: Flix = new Flix().setFormatter(AnsiTerminalFormatter)\n\n  \/**\n    * The current compilation result (initialized on startup).\n    *\/\n  private var compilationResult: CompilationResult = _\n\n  \/**\n    * The current watcher (if any).\n    *\/\n  private var watcher: WatcherThread = _\n\n  \/**\n    * Continuously reads a line of input from the terminal, parses and executes it.\n    *\/\n  def loop(): Unit = {\n    \/\/ Silence JLine warnings about terminal type.\n    Logger.getLogger(\"org.jline\").setLevel(Level.OFF)\n\n    \/\/ Initialize the terminal.\n    implicit val terminal: Terminal = TerminalBuilder\n      .builder()\n      .system(true)\n      .build()\n\n    \/\/ Initialize the terminal line reader.\n    val reader = LineReaderBuilder\n      .builder()\n      .appName(\"flix\")\n      .terminal(terminal)\n      .build()\n\n    \/\/ Print the welcome banner.\n    printWelcomeBanner()\n\n    \/\/ Trigger a compilation of the source input files.\n    execReload()\n\n    try {\n      \/\/ Repeatedly try to read an input from the line reader.\n      while (!Thread.currentThread().isInterrupted) {\n        \/\/ Try to read a command.\n        val line = reader.readLine(prompt)\n\n        \/\/ Parse the command.\n        val cmd = Command.parse(line)\n        try {\n          \/\/ Try to execute the command. Catch any exception.\n          execute(cmd)\n        } catch {\n          case e: Exception =>\n            terminal.writer().print(e.getMessage)\n            e.printStackTrace(terminal.writer())\n        }\n      }\n    } catch {\n      case _: UserInterruptException => \/\/ nop, exit gracefully.\n      case _: EndOfFileException => \/\/ nop, exit gracefully.\n    }\n\n    \/\/ Print goodbye message.\n    terminal.writer().println(\"Thanks, and goodbye.\")\n  }\n\n  \/**\n    * Prints the welcome banner to the terminal.\n    *\/\n  private def printWelcomeBanner()(implicit terminal: Terminal): Unit = {\n    val banner =\n      \"\"\"     __   _   _\n        |    \/ _| | | (_)            Welcome to Flix __VERSION__\n        |   | |_  | |  _  __  __\n        |   |  _| | | | | \\ \\\/ \/     Enter a command and hit return.\n        |   | |   | | | |  >  <      Type ':help' for more information.\n        |   |_|   |_| |_| \/_\/\\_\\     Type ':quit' or press 'ctrl + d' to exit.\n      \"\"\".stripMargin\n\n    terminal.writer().println(banner.replaceAll(\"__VERSION__\", Version.CurrentVersion.toString))\n    terminal.flush()\n  }\n\n  \/**\n    * Returns the Flix prompt.\n    *\/\n  private def prompt: String = \"flix> \"\n\n  \/**\n    * Executes the given command `cmd`.\n    *\/\n  private def execute(cmd: Command)(implicit terminal: Terminal): Unit = cmd match {\n    case Command.Nop => \/\/ nop\n    case Command.Run => execRun()\n    case Command.Reload => execReload()\n    case Command.Warmup => execWarmup()\n    case Command.Watch => execWatch()\n    case Command.Unwatch => execUnwatch()\n    case Command.Quit => execQuit()\n    case Command.Help => execHelp()\n    case Command.Praise => execPraise()\n    case Command.Unknown(s) => execUnknown(s)\n  }\n\n  \/**\n    * Executes the eval command.\n    *\/\n  private def execRun()(implicit terminal: Terminal): Unit = {\n    \/\/ Recompile the program.\n    execReload()\n\n    \/\/ Evaluate the main function and get the result.\n    this.compilationResult.getMain match {\n      case None => terminal.writer().println(\"No main function to run.\")\n      case Some(main) => main(Array.empty)\n    }\n  }\n\n  \/**\n    * Reloads every source path.\n    *\/\n  private def execReload()(implicit terminal: Terminal): Unit = {\n    \/\/ Instantiate a fresh flix instance.\n    this.flix.setOptions(options)\n\n    \/\/ Add each path to Flix.\n    for (path <- this.sourcePaths) {\n      val ext = path.toFile.getName.split('.').last\n      ext match {\n        case \"flix\" => flix.addSourcePath(path)\n        case \"fpkg\" => flix.addSourcePath(path)\n        case \"jar\" => flix.addJar(path)\n        case _ => throw new IllegalStateException(s\"Unrecognized file extension: '$ext'.\")\n      }\n    }\n\n    \/\/ Compute the TypedAst and store it.\n    this.flix.check() match {\n      case Validation.Success(root) =>\n\n        \/\/ Generate code.\n        flix.codeGen(root) match {\n          case Validation.Success(m) =>\n            compilationResult = m\n          case Validation.Failure(errors) =>\n            for (error <- errors) {\n              terminal.writer().print(error)\n            }\n        }\n      case Validation.Failure(errors) =>\n        terminal.writer().println()\n        flix.mkMessages(errors)\n          .foreach(terminal.writer().print)\n        terminal.writer().println()\n        terminal.writer().print(prompt)\n        terminal.writer().flush()\n    }\n\n  }\n\n  \/**\n    * Warms up the compiler by running it multiple times.\n    *\/\n  private def execWarmup()(implicit terminal: Terminal): Unit = {\n    val elapsed = mutable.ListBuffer.empty[Duration]\n    for (_ <- 0 until WarmupIterations) {\n      val t = System.nanoTime()\n      execReload()\n      terminal.writer().print(\".\")\n      terminal.writer().flush()\n      val e = System.nanoTime()\n      elapsed += new Duration(e - t)\n    }\n    terminal.writer().println()\n    terminal.writer().println(s\"Minimum = ${Duration.min(elapsed).fmt}, Maximum = ${Duration.max(elapsed).fmt}, Average = ${Duration.avg(elapsed).fmt})\")\n  }\n\n  \/**\n    * Watches source paths for changes.\n    *\/\n  private def execWatch()(implicit terminal: Terminal): Unit = {\n    \/\/ Check if the watcher is already initialized.\n    if (this.watcher != null) {\n      terminal.writer().println(\"Already watching for changes.\")\n      return\n    }\n\n    \/\/ Compute the set of directories to watch.\n    val directories = sourcePaths.map(_.toAbsolutePath.getParent).toList\n\n    \/\/ Print debugging information.\n    terminal.writer().println(\"Watching Directories:\")\n    for (directory <- directories) {\n      terminal.writer().println(s\"  $directory\")\n    }\n\n    this.watcher = new WatcherThread(directories)\n    this.watcher.start()\n  }\n\n  \/**\n    * Unwatches source paths for changes.\n    *\/\n  private def execUnwatch()(implicit terminal: Terminal): Unit = {\n    this.watcher.interrupt()\n    this.watcher = null\n    terminal.writer().println(\"No longer watching for changes.\")\n  }\n\n  \/**\n    * Exits the shell.\n    *\/\n  private def execQuit()(implicit terminal: Terminal): Unit = {\n    Thread.currentThread().interrupt()\n  }\n\n  \/**\n    * Executes the help command.\n    *\/\n  private def execHelp()(implicit terminal: Terminal): Unit = {\n    val w = terminal.writer()\n\n    w.println(\"  Command       Arguments         Purpose\")\n    w.println()\n    w.println(\"  :run                            Runs the main function.\")\n    w.println(\"  :hole         <fqn>             Shows the hole context of <fqn>.\")\n    w.println(\"  :reload :r                      Recompiles every source file.\")\n    w.println(\"  :warmup                         Warms up the compiler by running it multiple times.\")\n    w.println(\"  :watch :w                       Watches all source files for changes.\")\n    w.println(\"  :unwatch                        Unwatches all source files for changes.\")\n    w.println(\"  :quit :q                        Terminates the Flix shell.\")\n    w.println(\"  :help :h :?                     Shows this helpful information.\")\n    w.println()\n  }\n\n  \/**\n    * Executes the praise command.\n    *\/\n  private def execPraise()(implicit terminal: Terminal): Unit = {\n    val w = terminal.writer()\n    w.print(Toucan.leToucan())\n  }\n\n  \/**\n    * Reports unknown command.\n    *\/\n  private def execUnknown(s: String)(implicit terminal: Terminal): Unit = {\n    terminal.writer().println(s\"Unknown command '$s'. Try `:run` or `:help'.\")\n  }\n\n  \/**\n    * A thread to watch over changes in a collection of directories.\n    *\/\n  class WatcherThread(paths: List[Path])(implicit terminal: Terminal) extends Thread {\n\n    \/**\n      * The minimum amount of time between runs of the compiler.\n      *\/\n    private val Delay: Long = 1000 * 1000 * 1000\n\n    \/\/ Initialize a new watcher service.\n    val watchService: WatchService = FileSystems.getDefault.newWatchService\n\n    \/\/ Register each directory.\n    for (path <- paths) {\n      if (Files.isDirectory(path)) {\n        path.register(watchService, StandardWatchEventKinds.ENTRY_MODIFY)\n      }\n    }\n\n    override def run(): Unit = try {\n      \/\/ Record the last timestamp of a change.\n      var lastChanged = System.nanoTime()\n\n      \/\/ Loop until interrupted.\n      while (!Thread.currentThread().isInterrupted) {\n        \/\/ Wait for a set of events.\n        val watchKey = watchService.take()\n        \/\/ Iterate through each event.\n        val changed = mutable.ListBuffer.empty[Path]\n        for (event <- watchKey.pollEvents().asScala) {\n          \/\/ Check if a file with \".flix\" extension changed.\n          val changedPath = event.context().asInstanceOf[Path]\n          if (changedPath.toString.endsWith(\".flix\")) {\n            changed += changedPath\n          }\n        }\n\n        if (changed.nonEmpty) {\n          \/\/ Update the change set.\n          changeSet = changed.map(Ast.Input.TxtFile).toSet\n\n          \/\/ Print information to the user.\n          terminal.writer().println()\n          terminal.writer().println(s\"Recompiling. File(s) changed: ${changed.mkString(\", \")}\")\n          terminal.writer().print(prompt)\n          terminal.writer().flush()\n\n          \/\/ Check if sufficient time has passed since the last compilation.\n          val currentTime = System.nanoTime()\n          if ((currentTime - lastChanged) >= Delay) {\n            lastChanged = currentTime\n            \/\/ Allow a short delay before running the compiler.\n            Thread.sleep(50)\n            executorService.submit(new Runnable {\n              def run(): Unit = execReload()\n            })\n          }\n\n        }\n\n        \/\/ Reset the watch key.\n        watchKey.reset()\n      }\n    } catch {\n      case _: InterruptedException => \/\/ nop, shutdown.\n    }\n\n  }\n\n}\n\n"}
{"repo_name":"nicdard\/flix","path":"main\/src\/ca\/uwaterloo\/flix\/language\/phase\/Weeder.scala","text":"<filename>main\/src\/ca\/uwaterloo\/flix\/language\/phase\/Weeder.scala<gh_stars>0\n\/*\n * Copyright 2015-2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *   http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage ca.uwaterloo.flix.language.phase\n\nimport ca.uwaterloo.flix.api.Flix\nimport ca.uwaterloo.flix.language.ast.Ast.Denotation\nimport ca.uwaterloo.flix.language.ast.ParsedAst.RecordFieldType\nimport ca.uwaterloo.flix.language.ast._\nimport ca.uwaterloo.flix.language.errors.WeederError\nimport ca.uwaterloo.flix.language.errors.WeederError._\nimport ca.uwaterloo.flix.util.Validation._\nimport ca.uwaterloo.flix.util.{InternalCompilerException, ParOps, Validation}\n\nimport java.lang.{Byte => JByte, Integer => JInt, Long => JLong, Short => JShort}\nimport java.math.BigInteger\nimport scala.annotation.tailrec\nimport scala.collection.immutable.Seq\nimport scala.collection.mutable\n\n\/**\n  * The Weeder phase performs simple syntactic checks and rewritings.\n  *\/\nobject Weeder {\n\n  \/**\n    * Weeds the whole program.\n    *\/\n  def run(root: ParsedAst.Root, oldRoot: WeededAst.Root, changeSet: ChangeSet)(implicit flix: Flix): Validation[WeededAst.Root, WeederError] =\n    flix.phase(\"Weeder\") {\n      \/\/ Compute the stale and fresh sources.\n      val (stale, fresh) = changeSet.partition(root.units, oldRoot.units)\n\n      val results = ParOps.parMap(stale)(kv => visitCompilationUnit(kv._1, kv._2))\n      Validation.sequence(results) map {\n        case rs =>\n          val m = rs.foldLeft(fresh) {\n            case (acc, (k, v)) => acc + (k -> v)\n          }\n          WeededAst.Root(m, flix.getReachableRoots)\n      }\n    }\n\n  \/**\n    * Weeds the given abstract syntax tree.\n    *\/\n  private def visitCompilationUnit(src: Ast.Source, unit: ParsedAst.CompilationUnit)(implicit flix: Flix): Validation[(Ast.Source, WeededAst.CompilationUnit), WeederError] = {\n    val usesVal = traverse(unit.uses)(visitUse)\n    val declarationsVal = traverse(unit.decls)(visitDecl)\n    val loc = mkSL(unit.sp1, unit.sp2)\n\n    mapN(usesVal, declarationsVal) {\n      case (uses, decls) =>\n        src -> WeededAst.CompilationUnit(uses.flatten, decls.flatten, loc)\n    }\n  }\n\n  \/**\n    * Compiles the given parsed declaration `past` to a list of weeded declarations.\n    *\/\n  private def visitDecl(decl: ParsedAst.Declaration)(implicit flix: Flix): Validation[List[WeededAst.Declaration], WeederError] = decl match {\n    case ParsedAst.Declaration.Namespace(sp1, name, uses, decls, sp2) =>\n      val usesVal = traverse(uses)(visitUse)\n      val declarationsVal = traverse(decls)(visitDecl)\n      mapN(usesVal, declarationsVal) {\n        case (us, ds) => List(WeededAst.Declaration.Namespace(name, us.flatten, ds.flatten, mkSL(sp1, sp2)))\n      }\n\n    case d: ParsedAst.Declaration.Def => visitTopDef(d)\n\n    case d: ParsedAst.Declaration.Law => visitLaw(d)\n\n    case d: ParsedAst.Declaration.Enum => visitEnum(d)\n\n    case d: ParsedAst.Declaration.OpaqueType => visitOpaqueType(d)\n\n    case d: ParsedAst.Declaration.TypeAlias => visitTypeAlias(d)\n\n    case d: ParsedAst.Declaration.Relation => visitRelation(d)\n\n    case d: ParsedAst.Declaration.Lattice => visitLattice(d)\n\n    case d: ParsedAst.Declaration.Class => visitClass(d)\n\n    case d: ParsedAst.Declaration.Instance => visitInstance(d)\n\n    case _: ParsedAst.Declaration.Sig => throw InternalCompilerException(s\"Unexpected declaration\")\n  }\n\n  \/**\n    * Performs weeding on the given class declaration `c0`.\n    *\/\n  private def visitClass(c0: ParsedAst.Declaration.Class)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Class], WeederError] = c0 match {\n    case ParsedAst.Declaration.Class(doc0, mods0, sp1, ident, tparam0, superClasses0, lawsAndSigs, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      val doc = visitDoc(doc0)\n      val laws0 = lawsAndSigs.collect { case law: ParsedAst.Declaration.Law => law }\n      val sigs0 = lawsAndSigs.collect { case sig: ParsedAst.Declaration.Sig => sig }\n      for {\n        mods <- visitModifiers(mods0, legalModifiers = Set(Ast.Modifier.Public, Ast.Modifier.Sealed, Ast.Modifier.Lawless))\n        sigs <- traverse(sigs0)(visitSig)\n        laws <- traverse(laws0)(visitLaw)\n        tparam = visitTypeParam(tparam0)\n        superClasses <- traverse(superClasses0)(visitTypeConstraint)\n      } yield List(WeededAst.Declaration.Class(doc, mods, ident, tparam, superClasses, sigs.flatten, laws.flatten, loc))\n  }\n\n  \/**\n    * Performs weeding on the given sig declaration `s0`.\n    *\/\n  private def visitSig(s0: ParsedAst.Declaration.Sig)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Sig], WeederError] = s0 match {\n    case ParsedAst.Declaration.Sig(doc0, ann, mods, sp1, ident, tparams0, fparams0, tpe0, effOpt, tconstrs0, exp0, sp2) =>\n      val doc = visitDoc(doc0)\n      val annVal = visitAnnotations(ann)\n      val modVal = visitModifiers(mods, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitKindedTypeParams(tparams0)\n      val formalsVal = visitFormalParams(fparams0, typeRequired = true)\n      val effVal = visitEff(effOpt, ident.loc)\n      val expVal = Validation.traverse(exp0)(visitExp)\n\n      for {\n        res <- sequenceT(annVal, modVal, tparamsVal, formalsVal, effVal, expVal)\n        (as, mod, tparams, fparams, eff, exp) = res\n        _ <- requirePublic(mod, ident)\n        ts = fparams.map(_.tpe.get)\n        retTpe = visitType(tpe0)\n        tpe = WeededAst.Type.Arrow(ts, eff, retTpe, ident.loc)\n        tconstrs <- traverse(tconstrs0)(visitTypeConstraint)\n      } yield List(WeededAst.Declaration.Sig(doc, as, mod, ident, tparams, fparams, exp.headOption, tpe, retTpe, eff, tconstrs, mkSL(sp1, sp2)))\n  }\n\n  \/**\n    * Performs weeding on the given instance declaration `i0`.\n    *\/\n  private def visitInstance(i0: ParsedAst.Declaration.Instance)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Instance], WeederError] = i0 match {\n    case ParsedAst.Declaration.Instance(doc0, mods0, sp1, clazz, tpe0, constrs0, defs0, sp2) =>\n      val doc = visitDoc(doc0)\n      val tpe = visitType(tpe0)\n      for {\n        mods <- visitModifiers(mods0, legalModifiers = Set(Ast.Modifier.Public))\n        defs <- traverse(defs0)(visitInstanceDef)\n        constrs <- traverse(constrs0)(visitTypeConstraint)\n      } yield List(WeededAst.Declaration.Instance(doc, mods, clazz, tpe, constrs, defs.flatten, mkSL(sp1, sp2)))\n\n  }\n\n  \/**\n    * Performs weeding on the given top-level def declaration `d0`.\n    *\/\n  private def visitTopDef(d0: ParsedAst.Declaration.Def)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Def], WeederError] = {\n    visitDef(d0, Set(Ast.Modifier.Public), requiresPublic = false)\n  }\n\n  \/**\n    * Performs weeding on the given instance def declaration `d0`.\n    *\/\n  private def visitInstanceDef(d0: ParsedAst.Declaration.Def)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Def], WeederError] = {\n    visitDef(d0, Set(Ast.Modifier.Public, Ast.Modifier.Override), requiresPublic = true)\n  }\n\n  \/**\n    * Performs weeding on the given def declaration `d0`.\n    *\/\n  private def visitDef(d0: ParsedAst.Declaration.Def, legalModifiers: Set[Ast.Modifier], requiresPublic: Boolean)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Def], WeederError] = d0 match {\n    case ParsedAst.Declaration.Def(doc0, ann, mods, sp1, ident, tparams0, fparams0, tpe0, effOpt, tconstrs0, exp0, sp2) =>\n      flix.subtask(ident.name, sample = true)\n\n      val doc = visitDoc(doc0)\n      val annVal = visitAnnotations(ann)\n      val modVal = visitModifiers(mods, legalModifiers)\n      val expVal = visitExp(exp0)\n      val tparamsVal = visitKindedTypeParams(tparams0)\n      val formalsVal = visitFormalParams(fparams0, typeRequired = true)\n      val effVal = visitEff(effOpt, ident.loc)\n\n      for {\n        res <- sequenceT(annVal, modVal, tparamsVal, formalsVal, expVal, effVal)\n        (as, mod, tparams, fparams, exp, eff) = res\n        _ <- if (requiresPublic) requirePublic(mod, ident) else ().toSuccess \/\/ conditionally require a public modifier\n        ts = fparams.map(_.tpe.get)\n        retTpe = visitType(tpe0)\n        tpe = WeededAst.Type.Arrow(ts, eff, retTpe, ident.loc)\n        tconstrs <- traverse(tconstrs0)(visitTypeConstraint)\n      } yield List(WeededAst.Declaration.Def(doc, as, mod, ident, tparams, fparams, exp, tpe, retTpe, eff, tconstrs, mkSL(sp1, sp2)))\n  }\n\n  \/**\n    * Performs weeding on the given law declaration `d0`.\n    *\/\n  private def visitLaw(d0: ParsedAst.Declaration.Law)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Def], WeederError] = d0 match {\n    case ParsedAst.Declaration.Law(doc0, ann0, mod0, sp1, ident, tparams0, fparams0, tconstrs0, exp0, sp2) =>\n      val doc = visitDoc(doc0)\n      val annVal = visitAnnotations(ann0)\n      val modVal = visitModifiers(mod0, legalModifiers = Set.empty)\n      val expVal = visitExp(exp0)\n      val tparamsVal = visitKindedTypeParams(tparams0)\n      val formalsVal = visitFormalParams(fparams0, typeRequired = true)\n      val tconstrsVal = Validation.traverse(tconstrs0)(visitTypeConstraint)\n\n      mapN(annVal, modVal, tparamsVal, formalsVal, expVal, tconstrsVal) {\n        case (ann, mod, tparams, fs, exp, tconstrs) =>\n          val ts = fs.map(_.tpe.get)\n          val retTpe = WeededAst.Type.Ambiguous(Name.mkQName(\"Bool\"), ident.loc)\n          val tpe = WeededAst.Type.Arrow(ts, WeededAst.Type.True(ident.loc), retTpe, ident.loc)\n          List(WeededAst.Declaration.Def(doc, ann, mod, ident, tparams, fs, exp, tpe, retTpe, WeededAst.Type.True(ident.loc), tconstrs, mkSL(sp1, sp2)))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given enum declaration `d0`.\n    *\/\n  private def visitEnum(d0: ParsedAst.Declaration.Enum)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Enum], WeederError] = d0 match {\n    case ParsedAst.Declaration.Enum(doc0, mods, sp1, ident, tparams0, derives, cases, sp2) =>\n      val doc = visitDoc(doc0)\n      val modVal = visitModifiers(mods, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitTypeParams(tparams0)\n\n      flatMapN(modVal, tparamsVal) {\n        case (mod, tparams) =>\n          \/*\n           * Check for `DuplicateTag`.\n           *\/\n          Validation.fold[ParsedAst.Case, Map[Name.Tag, WeededAst.Case], WeederError](cases, Map.empty) {\n            case (macc, caze: ParsedAst.Case) =>\n              val tagName = Name.mkTag(caze.ident)\n              macc.get(tagName) match {\n                case None => (macc + (tagName -> WeededAst.Case(ident, Name.mkTag(caze.ident), visitType(caze.tpe)))).toSuccess\n                case Some(otherTag) =>\n                  val enumName = ident.name\n                  val loc1 = otherTag.tag.loc\n                  val loc2 = mkSL(caze.ident.sp1, caze.ident.sp2)\n                  Failure(LazyList(\n                    \/\/ NB: We report an error at both source locations.\n                    DuplicateTag(enumName, tagName, loc1, loc2),\n                    DuplicateTag(enumName, tagName, loc2, loc1)\n                  ))\n              }\n          } map {\n            case m => List(WeededAst.Declaration.Enum(doc, mod, ident, tparams, derives.toList, m, mkSL(sp1, sp2)))\n          }\n      }\n  }\n\n  \/**\n    * Performs weeding on the given opaque type declaration `d0`.\n    *\/\n  private def visitOpaqueType(d0: ParsedAst.Declaration.OpaqueType)(implicit flix: Flix): Validation[List[WeededAst.Declaration.Enum], WeederError] = d0 match {\n    case ParsedAst.Declaration.OpaqueType(doc0, mod0, sp1, ident, tparams0, derives, tpe0, sp2) =>\n      \/*\n       * Rewrites an opaque type to an enum declaration.\n       *\/\n      val doc = visitDoc(doc0)\n      val modVal = visitModifiers(mod0, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitTypeParams(tparams0)\n\n      mapN(modVal, tparamsVal) {\n        case (mod, tparams) =>\n          val cases = Map(Name.mkTag(ident) -> WeededAst.Case(ident, Name.mkTag(ident), visitType(tpe0)))\n          List(WeededAst.Declaration.Enum(doc, mod, ident, tparams, derives.toList, cases, mkSL(sp1, sp2)))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given type alias declaration `d0`.\n    *\/\n  private def visitTypeAlias(d0: ParsedAst.Declaration.TypeAlias)(implicit flix: Flix): Validation[List[WeededAst.Declaration.TypeAlias], WeederError] = d0 match {\n    case ParsedAst.Declaration.TypeAlias(doc0, mod0, sp1, ident, tparams0, tpe0, sp2) =>\n      val doc = visitDoc(doc0)\n      val modVal = visitModifiers(mod0, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitTypeParams(tparams0)\n\n      mapN(modVal, tparamsVal) {\n        case (mod, tparams) =>\n          val tpe = visitType(tpe0)\n          List(WeededAst.Declaration.TypeAlias(doc, mod, ident, tparams, tpe, mkSL(sp1, sp2)))\n      }\n  }\n\n  \/**\n    * Rewrites the given relation declaration `r0` to a type alias.\n    *\/\n  private def visitRelation(r0: ParsedAst.Declaration.Relation)(implicit flix: Flix): Validation[List[WeededAst.Declaration.TypeAlias], WeederError] = r0 match {\n    case ParsedAst.Declaration.Relation(doc0, mod0, sp1, ident, tparams0, attr, sp2) =>\n      val doc = visitDoc(doc0)\n      val loc = mkSL(sp1, sp2)\n      val modVal = visitModifiers(mod0, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitTypeParams(tparams0)\n\n      \/\/\n      \/\/ Rewrite the relation declaration to a type alias.\n      \/\/\n      mapN(modVal, tparamsVal) {\n        case (mod, tparams) =>\n          val termTypes = attr.map(a => visitType(a.tpe))\n          val tpe = WeededAst.Type.Relation(termTypes.toList, ident.loc)\n          List(WeededAst.Declaration.TypeAlias(doc, mod, ident, tparams, tpe, loc))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given lattice `r0`.\n    *\/\n  private def visitLattice(l0: ParsedAst.Declaration.Lattice)(implicit flix: Flix): Validation[List[WeededAst.Declaration.TypeAlias], WeederError] = l0 match {\n    case ParsedAst.Declaration.Lattice(doc0, mod0, sp1, ident, tparams0, attr, sp2) =>\n      val doc = visitDoc(doc0)\n      val loc = mkSL(sp1, sp2)\n      val modVal = visitModifiers(mod0, legalModifiers = Set(Ast.Modifier.Public))\n      val tparamsVal = visitTypeParams(tparams0)\n\n      \/\/\n      \/\/ Rewrite the lattice declaration to a type alias.\n      \/\/\n      mapN(modVal, tparamsVal) {\n        case (mod, tparams) =>\n          val termTypes = attr.map(a => visitType(a.tpe))\n          val tpe = WeededAst.Type.Lattice(termTypes.toList, ident.loc)\n          List(WeededAst.Declaration.TypeAlias(doc, mod, ident, tparams, tpe, loc))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given use `u0`.\n    *\/\n  private def visitUse(u0: ParsedAst.Use): Validation[List[WeededAst.Use], WeederError] = u0 match {\n    case ParsedAst.Use.UseOne(sp1, nname, ident, sp2) =>\n      if (ident.isUpper)\n        List(WeededAst.Use.UseTypeOrClass(Name.QName(sp1, nname, ident, sp2), ident, mkSL(sp1, sp2))).toSuccess\n      else\n        List(WeededAst.Use.UseDefOrSig(Name.QName(sp1, nname, ident, sp2), ident, mkSL(sp1, sp2))).toSuccess\n    case ParsedAst.Use.UseMany(_, nname, names, _) =>\n      val us = names.foldRight(Nil: List[WeededAst.Use]) {\n        case (ParsedAst.Use.NameAndAlias(sp1, ident, aliasOpt, sp2), acc) =>\n          val alias = aliasOpt.getOrElse(ident)\n          if (ident.isUpper)\n            WeededAst.Use.UseTypeOrClass(Name.QName(sp1, nname, ident, sp2), alias, mkSL(sp1, sp2)) :: acc\n          else\n            WeededAst.Use.UseDefOrSig(Name.QName(sp1, nname, ident, sp2), alias, mkSL(sp1, sp2)) :: acc\n      }\n      us.toSuccess\n\n    case ParsedAst.Use.UseOneTag(sp1, qname, tag, sp2) =>\n      List(WeededAst.Use.UseTag(qname, Name.mkTag(tag), tag, mkSL(sp1, sp2))).toSuccess\n\n    case ParsedAst.Use.UseManyTag(_, qname, tags, _) =>\n      val us = tags.foldRight(Nil: List[WeededAst.Use]) {\n        case (ParsedAst.Use.NameAndAlias(sp1, ident, aliasOpt, sp2), acc) =>\n          val alias = aliasOpt.getOrElse(ident)\n          WeededAst.Use.UseTag(qname, Name.mkTag(ident), alias, mkSL(sp1, sp2)) :: acc\n      }\n      us.toSuccess\n\n  }\n\n  \/**\n    * Weeds the given expression.\n    *\/\n  private def visitExp(exp0: ParsedAst.Expression)(implicit flix: Flix): Validation[WeededAst.Expression, WeederError] = exp0 match {\n    case ParsedAst.Expression.SName(sp1, ident, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      WeededAst.Expression.VarOrDefOrSig(ident, loc).toSuccess\n\n    case ParsedAst.Expression.QName(_, qname, _) =>\n      \/\/ NB: We only use the source location of the identifier itself.\n      WeededAst.Expression.DefOrSig(qname, qname.ident.loc).toSuccess\n\n    case ParsedAst.Expression.Hole(sp1, name, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      WeededAst.Expression.Hole(name, loc).toSuccess\n\n    case ParsedAst.Expression.Use(sp1, use, exp, sp2) =>\n      mapN(visitUse(use), visitExp(exp)) {\n        case (us, e) => WeededAst.Expression.Use(us, e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Lit(_, lit, _) => lit2exp(lit)\n\n    case ParsedAst.Expression.Intrinsic(sp1, op, exps, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      flatMapN(traverse(exps)(visitArgument)) {\n        case es => (op.name, es) match {\n          case (\"BOOL_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.BoolOp.Not, e1, loc).toSuccess\n          case (\"BOOL_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BoolOp.And, e1, e2, loc).toSuccess\n          case (\"BOOL_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BoolOp.Or, e1, e2, loc).toSuccess\n          case (\"BOOL_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BoolOp.Eq, e1, e2, loc).toSuccess\n          case (\"BOOL_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BoolOp.Neq, e1, e2, loc).toSuccess\n\n          case (\"CHAR_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Eq, e1, e2, loc).toSuccess\n          case (\"CHAR_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Neq, e1, e2, loc).toSuccess\n          case (\"CHAR_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Lt, e1, e2, loc).toSuccess\n          case (\"CHAR_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Le, e1, e2, loc).toSuccess\n          case (\"CHAR_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Gt, e1, e2, loc).toSuccess\n          case (\"CHAR_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.CharOp.Ge, e1, e2, loc).toSuccess\n\n          case (\"FLOAT32_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Float32Op.Neg, e1, loc).toSuccess\n          case (\"FLOAT32_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Add, e1, e2, loc).toSuccess\n          case (\"FLOAT32_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Sub, e1, e2, loc).toSuccess\n          case (\"FLOAT32_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Mul, e1, e2, loc).toSuccess\n          case (\"FLOAT32_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Div, e1, e2, loc).toSuccess\n          case (\"FLOAT32_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Exp, e1, e2, loc).toSuccess\n          case (\"FLOAT32_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Eq, e1, e2, loc).toSuccess\n          case (\"FLOAT32_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Neq, e1, e2, loc).toSuccess\n          case (\"FLOAT32_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Lt, e1, e2, loc).toSuccess\n          case (\"FLOAT32_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Le, e1, e2, loc).toSuccess\n          case (\"FLOAT32_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Gt, e1, e2, loc).toSuccess\n          case (\"FLOAT32_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float32Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"FLOAT64_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Float64Op.Neg, e1, loc).toSuccess\n          case (\"FLOAT64_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Add, e1, e2, loc).toSuccess\n          case (\"FLOAT64_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Sub, e1, e2, loc).toSuccess\n          case (\"FLOAT64_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Mul, e1, e2, loc).toSuccess\n          case (\"FLOAT64_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Div, e1, e2, loc).toSuccess\n          case (\"FLOAT64_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Exp, e1, e2, loc).toSuccess\n          case (\"FLOAT64_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Eq, e1, e2, loc).toSuccess\n          case (\"FLOAT64_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Neq, e1, e2, loc).toSuccess\n          case (\"FLOAT64_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Lt, e1, e2, loc).toSuccess\n          case (\"FLOAT64_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Le, e1, e2, loc).toSuccess\n          case (\"FLOAT64_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Gt, e1, e2, loc).toSuccess\n          case (\"FLOAT64_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Float64Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"INT8_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int8Op.Neg, e1, loc).toSuccess\n          case (\"INT8_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int8Op.Not, e1, loc).toSuccess\n          case (\"INT8_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Add, e1, e2, loc).toSuccess\n          case (\"INT8_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Sub, e1, e2, loc).toSuccess\n          case (\"INT8_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Mul, e1, e2, loc).toSuccess\n          case (\"INT8_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Div, e1, e2, loc).toSuccess\n          case (\"INT8_REM\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Rem, e1, e2, loc).toSuccess\n          case (\"INT8_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Exp, e1, e2, loc).toSuccess\n          case (\"INT8_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.And, e1, e2, loc).toSuccess\n          case (\"INT8_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Or, e1, e2, loc).toSuccess\n          case (\"INT8_XOR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Xor, e1, e2, loc).toSuccess\n          case (\"INT8_SHL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Shl, e1, e2, loc).toSuccess\n          case (\"INT8_SHR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Shr, e1, e2, loc).toSuccess\n          case (\"INT8_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Eq, e1, e2, loc).toSuccess\n          case (\"INT8_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Neq, e1, e2, loc).toSuccess\n          case (\"INT8_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Lt, e1, e2, loc).toSuccess\n          case (\"INT8_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Le, e1, e2, loc).toSuccess\n          case (\"INT8_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Gt, e1, e2, loc).toSuccess\n          case (\"INT8_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int8Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"INT16_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int16Op.Neg, e1, loc).toSuccess\n          case (\"INT16_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int16Op.Not, e1, loc).toSuccess\n          case (\"INT16_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Add, e1, e2, loc).toSuccess\n          case (\"INT16_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Sub, e1, e2, loc).toSuccess\n          case (\"INT16_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Mul, e1, e2, loc).toSuccess\n          case (\"INT16_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Div, e1, e2, loc).toSuccess\n          case (\"INT16_REM\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Rem, e1, e2, loc).toSuccess\n          case (\"INT16_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Exp, e1, e2, loc).toSuccess\n          case (\"INT16_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.And, e1, e2, loc).toSuccess\n          case (\"INT16_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Or, e1, e2, loc).toSuccess\n          case (\"INT16_XOR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Xor, e1, e2, loc).toSuccess\n          case (\"INT16_SHL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Shl, e1, e2, loc).toSuccess\n          case (\"INT16_SHR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Shr, e1, e2, loc).toSuccess\n          case (\"INT16_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Eq, e1, e2, loc).toSuccess\n          case (\"INT16_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Neq, e1, e2, loc).toSuccess\n          case (\"INT16_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Lt, e1, e2, loc).toSuccess\n          case (\"INT16_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Le, e1, e2, loc).toSuccess\n          case (\"INT16_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Gt, e1, e2, loc).toSuccess\n          case (\"INT16_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int16Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"INT32_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int32Op.Neg, e1, loc).toSuccess\n          case (\"INT32_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int32Op.Not, e1, loc).toSuccess\n          case (\"INT32_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Add, e1, e2, loc).toSuccess\n          case (\"INT32_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Sub, e1, e2, loc).toSuccess\n          case (\"INT32_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Mul, e1, e2, loc).toSuccess\n          case (\"INT32_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Div, e1, e2, loc).toSuccess\n          case (\"INT32_REM\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Rem, e1, e2, loc).toSuccess\n          case (\"INT32_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Exp, e1, e2, loc).toSuccess\n          case (\"INT32_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.And, e1, e2, loc).toSuccess\n          case (\"INT32_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Or, e1, e2, loc).toSuccess\n          case (\"INT32_XOR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Xor, e1, e2, loc).toSuccess\n          case (\"INT32_SHL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Shl, e1, e2, loc).toSuccess\n          case (\"INT32_SHR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Shr, e1, e2, loc).toSuccess\n          case (\"INT32_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Eq, e1, e2, loc).toSuccess\n          case (\"INT32_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Neq, e1, e2, loc).toSuccess\n          case (\"INT32_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Lt, e1, e2, loc).toSuccess\n          case (\"INT32_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Le, e1, e2, loc).toSuccess\n          case (\"INT32_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Gt, e1, e2, loc).toSuccess\n          case (\"INT32_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int32Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"INT64_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int64Op.Neg, e1, loc).toSuccess\n          case (\"INT64_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.Int64Op.Not, e1, loc).toSuccess\n          case (\"INT64_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Add, e1, e2, loc).toSuccess\n          case (\"INT64_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Sub, e1, e2, loc).toSuccess\n          case (\"INT64_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Mul, e1, e2, loc).toSuccess\n          case (\"INT64_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Div, e1, e2, loc).toSuccess\n          case (\"INT64_REM\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Rem, e1, e2, loc).toSuccess\n          case (\"INT64_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Exp, e1, e2, loc).toSuccess\n          case (\"INT64_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.And, e1, e2, loc).toSuccess\n          case (\"INT64_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Or, e1, e2, loc).toSuccess\n          case (\"INT64_XOR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Xor, e1, e2, loc).toSuccess\n          case (\"INT64_SHL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Shl, e1, e2, loc).toSuccess\n          case (\"INT64_SHR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Shr, e1, e2, loc).toSuccess\n          case (\"INT64_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Eq, e1, e2, loc).toSuccess\n          case (\"INT64_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Neq, e1, e2, loc).toSuccess\n          case (\"INT64_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Lt, e1, e2, loc).toSuccess\n          case (\"INT64_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Le, e1, e2, loc).toSuccess\n          case (\"INT64_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Gt, e1, e2, loc).toSuccess\n          case (\"INT64_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.Int64Op.Ge, e1, e2, loc).toSuccess\n\n          case (\"BIGINT_NEG\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.BigIntOp.Neg, e1, loc).toSuccess\n          case (\"BIGINT_NOT\", e1 :: Nil) => WeededAst.Expression.Unary(SemanticOperator.BigIntOp.Not, e1, loc).toSuccess\n          case (\"BIGINT_ADD\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Add, e1, e2, loc).toSuccess\n          case (\"BIGINT_SUB\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Sub, e1, e2, loc).toSuccess\n          case (\"BIGINT_MUL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Mul, e1, e2, loc).toSuccess\n          case (\"BIGINT_DIV\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Div, e1, e2, loc).toSuccess\n          case (\"BIGINT_REM\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Rem, e1, e2, loc).toSuccess\n          case (\"BIGINT_EXP\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Exp, e1, e2, loc).toSuccess\n          case (\"BIGINT_AND\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.And, e1, e2, loc).toSuccess\n          case (\"BIGINT_OR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Or, e1, e2, loc).toSuccess\n          case (\"BIGINT_XOR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Xor, e1, e2, loc).toSuccess\n          case (\"BIGINT_SHL\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Shl, e1, e2, loc).toSuccess\n          case (\"BIGINT_SHR\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Shr, e1, e2, loc).toSuccess\n          case (\"BIGINT_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Eq, e1, e2, loc).toSuccess\n          case (\"BIGINT_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Neq, e1, e2, loc).toSuccess\n          case (\"BIGINT_LT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Lt, e1, e2, loc).toSuccess\n          case (\"BIGINT_LE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Le, e1, e2, loc).toSuccess\n          case (\"BIGINT_GT\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Gt, e1, e2, loc).toSuccess\n          case (\"BIGINT_GE\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.BigIntOp.Ge, e1, e2, loc).toSuccess\n\n          case (\"STRING_EQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.StringOp.Eq, e1, e2, loc).toSuccess\n          case (\"STRING_NEQ\", e1 :: e2 :: Nil) => WeededAst.Expression.Binary(SemanticOperator.StringOp.Neq, e1, e2, loc).toSuccess\n\n          case _ => WeederError.IllegalIntrinsic(loc).toFailure\n        }\n      }\n\n    case ParsedAst.Expression.Apply(lambda, args, sp2) =>\n      val sp1 = leftMostSourcePosition(lambda)\n      val loc = mkSL(sp1, sp2)\n      mapN(visitExp(lambda), traverse(args)(e => visitArgument(e))) {\n        case (e, as) =>\n          val es = getArguments(as, loc)\n          WeededAst.Expression.Apply(e, es, loc)\n      }\n\n    case ParsedAst.Expression.Infix(exp1, name, exp2, sp2) =>\n      \/*\n       * Rewrites infix expressions to apply expressions.\n       *\/\n      mapN(visitExp(exp1), visitExp(name), visitExp(exp2)) {\n        case (e1, lambda, e2) =>\n          val loc = mkSL(leftMostSourcePosition(exp1), sp2)\n          WeededAst.Expression.Apply(lambda, List(e1, e2), loc)\n      }\n\n    case ParsedAst.Expression.Lambda(sp1, fparams0, exp, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      \/*\n       * Check for `DuplicateFormal`.\n       *\/\n      for {\n        fs <- visitFormalParams(fparams0, typeRequired = false)\n        e <- visitExp(exp)\n      } yield mkCurried(fs, e, loc)\n\n    case ParsedAst.Expression.LambdaMatch(sp1, pat, exp, sp2) =>\n      \/*\n       * Rewrites lambda pattern match expressions into a lambda expression with a nested pattern match.\n       *\/\n      mapN(visitPattern(pat), visitExp(exp)) {\n        case (p, e) =>\n          val loc = mkSL(sp1, sp2).asSynthetic\n\n          \/\/ The name of the lambda parameter.\n          val ident = Name.Ident(sp1, \"pat\" + Flix.Delimiter + \"0\", sp2)\n\n          \/\/ Construct the body of the lambda expression.\n          val varOrRef = WeededAst.Expression.VarOrDefOrSig(ident, loc)\n          val rule = WeededAst.MatchRule(p, WeededAst.Expression.True(loc), e)\n\n          val fparam = WeededAst.FormalParam(ident, Ast.Modifiers.Empty, None, loc)\n          val body = WeededAst.Expression.Match(varOrRef, List(rule), loc)\n          WeededAst.Expression.Lambda(fparam, body, loc)\n      }\n\n    case ParsedAst.Expression.Unary(sp1, op, exp, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      visitExp(exp) map {\n        case e => visitUnaryOperator(op) match {\n          case OperatorResult.BuiltIn(name) => WeededAst.Expression.Apply(WeededAst.Expression.DefOrSig(name, name.loc), List(e), loc)\n          case OperatorResult.Operator(o) => WeededAst.Expression.Unary(o, e, loc)\n          case OperatorResult.NoOp => e\n          case OperatorResult.Unrecognized(ident) => WeededAst.Expression.Apply(WeededAst.Expression.VarOrDefOrSig(ident, ident.loc), List(e), loc)\n        }\n      }\n\n    case ParsedAst.Expression.Binary(exp1, op, exp2, sp2) =>\n      val sp1 = leftMostSourcePosition(exp1)\n      val loc = mkSL(sp1, sp2)\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) => visitBinaryOperator(op) match {\n          case OperatorResult.BuiltIn(name) => WeededAst.Expression.Apply(WeededAst.Expression.DefOrSig(name, name.loc), List(e1, e2), loc)\n          case OperatorResult.Operator(o) => WeededAst.Expression.Binary(o, e1, e2, loc)\n          case OperatorResult.Unrecognized(ident) => WeededAst.Expression.Apply(WeededAst.Expression.VarOrDefOrSig(ident, ident.loc), List(e1, e2), loc)\n          case OperatorResult.NoOp => throw InternalCompilerException(s\"Unexpected operator: $op\")\n        }\n      }\n\n    case ParsedAst.Expression.IfThenElse(sp1, exp1, exp2, exp3, sp2) =>\n      mapN(visitExp(exp1), visitExp(exp2), visitExp(exp3)) {\n        case (e1, e2, e3) => WeededAst.Expression.IfThenElse(e1, e2, e3, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Stm(exp1, exp2, sp2) =>\n      val sp1 = leftMostSourcePosition(exp1)\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) => WeededAst.Expression.Stm(e1, e2, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.LetMatch(sp1, mod0, pat, tpe, exp1, exp2, sp2) =>\n      \/\/\n      \/\/ Rewrites a let-match to a regular let-binding or a full-blown pattern match.\n      \/\/\n      val loc = mkSL(sp1, sp2)\n\n      flatMapN(visitPattern(pat), visitExp(exp1), visitExp(exp2)) {\n        case (WeededAst.Pattern.Var(ident, _), value, body) =>\n          \/\/ No pattern match.\n          mapN(visitModifiers(mod0, legalModifiers = Set(Ast.Modifier.Scoped))) {\n            mod => WeededAst.Expression.Let(ident, mod, withAscription(value, tpe), body, loc)\n          }\n        case (pat, value, body) =>\n          \/\/ Full-blown pattern match.\n          mapN(visitModifiers(mod0, legalModifiers = Set.empty)) {\n            _ =>\n              val rule = WeededAst.MatchRule(pat, WeededAst.Expression.True(loc.asSynthetic), body)\n              WeededAst.Expression.Match(withAscription(value, tpe), List(rule), loc)\n          }\n      }\n\n    case ParsedAst.Expression.LetMatchStar(sp1, pat, tpe, exp1, exp2, sp2) =>\n      val loc = mkSL(sp1, sp2)\n\n      \/\/\n      \/\/ Rewrites a monadic let-match to a regular let-binding or a full-blown pattern match inside a flatMap.\n      \/\/\n      \/\/ let* x = exp1; exp2     ==>   flatMap(x -> exp2)(exp1)\n      \/\/\n      val ident = Name.Ident(sp1, \"flatMap\", sp2)\n      val flatMap = WeededAst.Expression.VarOrDefOrSig(ident, loc)\n\n      mapN(visitPattern(pat), visitExp(exp1), visitExp(exp2)) {\n        case (WeededAst.Pattern.Var(ident, loc), value, body) =>\n          \/\/ No pattern match.\n          val fparam = WeededAst.FormalParam(ident, Ast.Modifiers.Empty, tpe.map(visitType), loc)\n          val lambda = WeededAst.Expression.Lambda(fparam, body, loc)\n          val inner = WeededAst.Expression.Apply(flatMap, List(lambda), loc)\n          WeededAst.Expression.Apply(inner, List(value), loc)\n        case (pat, value, body) =>\n          \/\/ Full-blown pattern match.\n          val lambdaIdent = Name.Ident(sp1, \"pat\" + Flix.Delimiter + \"0\", sp2)\n          val lambdaVar = WeededAst.Expression.VarOrDefOrSig(lambdaIdent, loc)\n\n          val rule = WeededAst.MatchRule(pat, WeededAst.Expression.True(loc.asSynthetic), body)\n          val lambdaBody = WeededAst.Expression.Match(withAscription(lambdaVar, tpe), List(rule), loc)\n\n          val fparam = WeededAst.FormalParam(lambdaIdent, Ast.Modifiers.Empty, tpe.map(visitType), loc)\n          val lambda = WeededAst.Expression.Lambda(fparam, lambdaBody, loc)\n          val inner = WeededAst.Expression.Apply(flatMap, List(lambda), loc)\n          WeededAst.Expression.Apply(inner, List(value), loc)\n      }\n\n    case ParsedAst.Expression.LetRecDef(sp1, ident, fparams, exp1, exp2, sp2) =>\n      val mod = Ast.Modifiers.Empty\n      val loc = mkSL(sp1, sp2)\n\n      mapN(visitFormalParams(fparams, typeRequired = false), visitExp(exp1), visitExp(exp2)) {\n        case (fp, e1, e2) =>\n          val lambda = mkCurried(fp, e1, loc)\n          WeededAst.Expression.LetRec(ident, mod, lambda, e2, loc)\n      }\n\n    case ParsedAst.Expression.LetImport(sp1, impl, exp2, sp2) =>\n      val loc = mkSL(sp1, sp2)\n\n      \/\/\n      \/\/ Visit the inner expression exp2.\n      \/\/\n      impl match {\n        case ParsedAst.JvmOp.Constructor(fqn, sig, tpe0, eff0, ident) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: (args...) -> InvokeConstructor(args) as tpe & eff\n          \/\/\n          mapN(visitExp(exp2)) {\n            case e2 =>\n              \/\/ Compute the class name.\n              val className = fqn.mkString(\".\")\n\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              \/\/\n              \/\/ Case 1: No arguments.\n              \/\/\n              if (sig.isEmpty) {\n                val fparam = WeededAst.FormalParam(Name.Ident(sp1, \"_\", sp2), Ast.Modifiers.Empty, Some(WeededAst.Type.Unit(loc)), loc)\n                val call = WeededAst.Expression.InvokeConstructor(className, Nil, Nil, loc)\n                val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n                val e1 = WeededAst.Expression.Lambda(fparam, lambdaBody, loc)\n                return WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc).toSuccess\n              }\n\n              \/\/ Compute the types of declared parameters.\n              val ts = sig.map(visitType).toList\n\n              \/\/ Introduce a formal parameter (of appropriate type) for each declared argument.\n              val fs = ts.zipWithIndex.map {\n                case (tpe, index) =>\n                  val id = Name.Ident(sp1, \"a\" + index, sp2)\n                  WeededAst.FormalParam(id, Ast.Modifiers.Empty, Some(tpe), loc)\n              }\n\n              \/\/ Compute the argument to the method call.\n              val as = ts.zipWithIndex.map {\n                case (_, index) =>\n                  val ident = Name.Ident(sp1, \"a\" + index, sp2)\n                  WeededAst.Expression.VarOrDefOrSig(ident, loc)\n              }\n\n              \/\/ Assemble the lambda expression.\n              val call = WeededAst.Expression.InvokeConstructor(className, as, ts, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = mkCurried(fs, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.Method(fqn, sig, tpe0, eff0, identOpt) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: (obj, args...) -> InvokeMethod(obj, args) as tpe & eff\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n            case ((className, methodName), e2) =>\n              \/\/ Compute the name of the let-bound variable.\n              val ident = identOpt.getOrElse(Name.Ident(sp1, methodName, sp2))\n\n              val receiverType = WeededAst.Type.Native(className, loc)\n\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              \/\/ Compute the types of declared parameters.\n              val ts = sig.map(visitType).toList\n\n              \/\/ Introduce a formal parameter for the object argument.\n              val objId = Name.Ident(sp1, \"obj\" + Flix.Delimiter, sp2)\n              val objParam = WeededAst.FormalParam(objId, Ast.Modifiers.Empty, Some(receiverType), loc)\n              val objExp = WeededAst.Expression.VarOrDefOrSig(objId, loc)\n\n              \/\/ Introduce a formal parameter (of appropriate type) for each declared argument.\n              val fs = objParam :: ts.zipWithIndex.map {\n                case (tpe, index) =>\n                  val ident = Name.Ident(sp1, \"a\" + index + Flix.Delimiter, sp2)\n                  WeededAst.FormalParam(ident, Ast.Modifiers.Empty, Some(tpe), loc)\n              }\n\n              \/\/ Compute the argument to the method call.\n              val as = objExp :: ts.zipWithIndex.map {\n                case (_, index) =>\n                  val ident = Name.Ident(sp1, \"a\" + index + Flix.Delimiter, sp2)\n                  WeededAst.Expression.VarOrDefOrSig(ident, loc)\n              }\n\n              \/\/ Assemble the lambda expression.\n              val call = WeededAst.Expression.InvokeMethod(className, methodName, as.head, as.tail, ts, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = mkCurried(fs, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.StaticMethod(fqn, sig, tpe0, eff0, identOpt) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: (args...) -> InvokeStaticMethod(args) as tpe & eff\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n            case ((className, methodName), e2) =>\n\n              \/\/ Compute the name of the let-bound variable.\n              val ident = identOpt.getOrElse(Name.Ident(sp1, methodName, sp2))\n\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              \/\/\n              \/\/ Case 1: No arguments.\n              \/\/\n              if (sig.isEmpty) {\n                val fparam = WeededAst.FormalParam(Name.Ident(sp1, \"_\", sp2), Ast.Modifiers.Empty, Some(WeededAst.Type.Unit(loc)), loc)\n                val call = WeededAst.Expression.InvokeStaticMethod(className, methodName, Nil, Nil, loc)\n                val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n                val e1 = WeededAst.Expression.Lambda(fparam, lambdaBody, loc)\n                return WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc).toSuccess\n              }\n\n              \/\/ Compute the types of declared parameters.\n              val ts = sig.map(visitType).toList\n\n              \/\/ Introduce a formal parameter (of appropriate type) for each declared argument.\n              val fs = ts.zipWithIndex.map {\n                case (tpe, index) =>\n                  val id = Name.Ident(sp1, \"a\" + index + Flix.Delimiter, sp2)\n                  WeededAst.FormalParam(id, Ast.Modifiers.Empty, Some(tpe), loc)\n              }\n\n              \/\/ Compute the argument to the method call.\n              val as = ts.zipWithIndex.map {\n                case (_, index) =>\n                  val ident = Name.Ident(sp1, \"a\" + index + Flix.Delimiter, sp2)\n                  WeededAst.Expression.VarOrDefOrSig(ident, loc)\n              }\n\n              \/\/ Assemble the lambda expression.\n              val call = WeededAst.Expression.InvokeStaticMethod(className, methodName, as, ts, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = mkCurried(fs, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.GetField(fqn, tpe0, eff0, ident) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: o -> GetField(o) as tpe & eff\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n\n            case ((className, fieldName), e2) =>\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              val objectId = Name.Ident(sp1, \"o\" + Flix.Delimiter, sp2)\n              val objectExp = WeededAst.Expression.VarOrDefOrSig(objectId, loc)\n              val objectParam = WeededAst.FormalParam(objectId, Ast.Modifiers.Empty, None, loc)\n              val call = WeededAst.Expression.GetField(className, fieldName, objectExp, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = WeededAst.Expression.Lambda(objectParam, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.PutField(fqn, tpe0, eff0, ident) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: (o, v) -> PutField(o, v) as tpe & eff\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n            case ((className, fieldName), e2) =>\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              val objectId = Name.Ident(sp1, \"o\" + Flix.Delimiter, sp2)\n              val valueId = Name.Ident(sp1, \"v\" + Flix.Delimiter, sp2)\n              val objectExp = WeededAst.Expression.VarOrDefOrSig(objectId, loc)\n              val valueExp = WeededAst.Expression.VarOrDefOrSig(valueId, loc)\n              val objectParam = WeededAst.FormalParam(objectId, Ast.Modifiers.Empty, None, loc)\n              val valueParam = WeededAst.FormalParam(valueId, Ast.Modifiers.Empty, None, loc)\n              val call = WeededAst.Expression.PutField(className, fieldName, objectExp, valueExp, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = mkCurried(objectParam :: valueParam :: Nil, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.GetStaticField(fqn, tpe0, eff0, ident) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: _: Unit -> GetStaticField.\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n            case ((className, fieldName), e2) =>\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              val unitId = Name.Ident(sp1, \"_\", sp2)\n              val unitParam = WeededAst.FormalParam(unitId, Ast.Modifiers.Empty, Some(WeededAst.Type.Unit(loc)), loc)\n              val call = WeededAst.Expression.GetStaticField(className, fieldName, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = WeededAst.Expression.Lambda(unitParam, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n\n        case ParsedAst.JvmOp.PutStaticField(fqn, tpe0, eff0, ident) =>\n          \/\/\n          \/\/ Introduce a let-bound lambda: x -> PutStaticField(x).\n          \/\/\n          mapN(parseClassAndMember(fqn, loc), visitExp(exp2)) {\n            case ((className, fieldName), e2) =>\n              val tpe = tpe0.map(visitType)\n              val eff = eff0.map(visitType)\n\n              val valueId = Name.Ident(sp1, \"v\" + Flix.Delimiter, sp2)\n              val valueExp = WeededAst.Expression.VarOrDefOrSig(valueId, loc)\n              val valueParam = WeededAst.FormalParam(valueId, Ast.Modifiers.Empty, None, loc)\n              val call = WeededAst.Expression.PutStaticField(className, fieldName, valueExp, loc)\n              val lambdaBody = WeededAst.Expression.Cast(call, tpe, eff, loc)\n              val e1 = WeededAst.Expression.Lambda(valueParam, lambdaBody, loc)\n              WeededAst.Expression.Let(ident, Ast.Modifiers.Empty, e1, e2, loc)\n          }\n      }\n\n    case ParsedAst.Expression.LetRegion(sp1, ident, exp, sp2) =>\n      mapN(visitExp(exp)) {\n        case e => WeededAst.Expression.LetRegion(ident, e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Match(sp1, exp, rules, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      val rulesVal = traverse(rules) {\n        case ParsedAst.MatchRule(pat, None, body) =>\n          mapN(visitPattern(pat), visitExp(body)) {\n            \/\/ Pattern match without guard.\n            case (p, e) => WeededAst.MatchRule(p, WeededAst.Expression.True(loc.asSynthetic), e)\n          }\n        case ParsedAst.MatchRule(pat, Some(guard), body) => mapN(visitPattern(pat), visitExp(guard), visitExp(body)) {\n          \/\/ Pattern match with guard.\n          case (p, g, b) => WeededAst.MatchRule(p, g, b)\n        }\n      }\n      mapN(visitExp(exp), rulesVal) {\n        case (e, rs) => WeededAst.Expression.Match(e, rs, loc)\n      }\n\n    case ParsedAst.Expression.Choose(sp1, star, exps, rules, sp2) =>\n      \/\/\n      \/\/ Check for mismatched arity of `exps` and `rules`.\n      \/\/\n      val expectedArity = exps.length\n      for (ParsedAst.ChoiceRule(sp1, pat, _, sp2) <- rules) {\n        val actualArity = pat.length\n        if (actualArity != expectedArity) {\n          return WeederError.MismatchedArity(expectedArity, actualArity, mkSL(sp1, sp2)).toFailure\n        }\n      }\n\n      val expsVal = traverse(exps)(visitExp)\n      val rulesVal = traverse(rules) {\n        case ParsedAst.ChoiceRule(_, pat, exp, _) =>\n          val p = pat.map {\n            case ParsedAst.ChoicePattern.Wild(sp1, sp2) => WeededAst.ChoicePattern.Wild(mkSL(sp1, sp2))\n            case ParsedAst.ChoicePattern.Absent(sp1, sp2) => WeededAst.ChoicePattern.Absent(mkSL(sp1, sp2))\n            case ParsedAst.ChoicePattern.Present(sp1, ident, sp2) => WeededAst.ChoicePattern.Present(ident, mkSL(sp1, sp2))\n          }\n          mapN(visitExp(exp)) {\n            case e => WeededAst.ChoiceRule(p.toList, e)\n          }\n      }\n      mapN(expsVal, rulesVal) {\n        case (es, rs) => WeededAst.Expression.Choose(star, es, rs, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Tag(sp1, qname, expOpt, sp2) =>\n      val (enum, tag) = asTag(qname)\n\n      expOpt match {\n        case None =>\n          \/\/ Case 1: The tag does not have an expression. Nothing more to be done.\n          WeededAst.Expression.Tag(enum, Name.mkTag(tag), None, mkSL(sp1, sp2)).toSuccess\n        case Some(exp) =>\n          \/\/ Case 2: The tag has an expression. Perform weeding on it.\n          mapN(visitExp(exp)) {\n            case e => WeededAst.Expression.Tag(enum, Name.mkTag(tag), Some(e), mkSL(sp1, sp2))\n          }\n      }\n\n    case ParsedAst.Expression.Tuple(sp1, elms, sp2) =>\n      \/*\n       * Rewrites empty tuples to Unit and eliminate single-element tuples.\n       *\/\n      traverse(elms)(e => visitExp(e)) map {\n        case Nil =>\n          val loc = mkSL(sp1, sp2)\n          WeededAst.Expression.Unit(loc)\n        case x :: Nil => x\n        case xs => WeededAst.Expression.Tuple(xs, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.RecordLit(sp1, fields, sp2) =>\n      val fieldsVal = traverse(fields) {\n        case ParsedAst.RecordField(_, ident, exp, _) =>\n          flatMapN(visitExp(exp)) {\n            case e =>\n              if (ident.name == \"length\")\n                WeederError.IllegalFieldName(ident.loc).toFailure\n              else\n                (ident -> e).toSuccess\n          }\n      }\n\n      mapN(fieldsVal) {\n        case fs =>\n          \/\/ Rewrite into a sequence of nested record extensions.\n          val zero = WeededAst.Expression.RecordEmpty(mkSL(sp1, sp2))\n          fs.foldRight(zero: WeededAst.Expression) {\n            case ((ident, e), acc) => WeededAst.Expression.RecordExtend(Name.mkField(ident), e, acc, mkSL(sp1, sp2))\n          }\n      }\n\n    case ParsedAst.Expression.RecordSelect(exp, ident, sp2) =>\n      val sp1 = leftMostSourcePosition(exp)\n      mapN(visitExp(exp)) {\n        case e =>\n          \/\/ Special Case: Array Length\n          if (ident.name == \"length\")\n            WeededAst.Expression.ArrayLength(e, mkSL(sp1, sp2))\n          else\n            WeededAst.Expression.RecordSelect(e, Name.mkField(ident), mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.RecordSelectLambda(sp1, _, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      val ident = Name.Ident(sp1, \"_rec\", sp2)\n      val fparam = WeededAst.FormalParam(ident, Ast.Modifiers.Empty, None, loc)\n      val varExp = WeededAst.Expression.VarOrDefOrSig(ident, loc)\n      val lambdaBody = WeededAst.Expression.RecordSelect(varExp, Name.mkField(ident), loc)\n      WeededAst.Expression.Lambda(fparam, lambdaBody, loc).toSuccess\n\n    case ParsedAst.Expression.RecordOperation(_, ops, rest, _) =>\n      \/\/ We translate the sequence of record operations into a nested tree using a fold right.\n      foldRight(ops)(visitExp(rest)) {\n        case (ParsedAst.RecordOp.Extend(sp1, ident, exp, sp2), acc) =>\n          flatMapN(visitExp(exp)) {\n            case e =>\n              if (ident.name == \"length\")\n                WeederError.IllegalFieldName(ident.loc).toFailure\n              else\n                WeededAst.Expression.RecordExtend(Name.mkField(ident), e, acc, mkSL(sp1, sp2)).toSuccess\n          }\n\n        case (ParsedAst.RecordOp.Restrict(sp1, ident, sp2), acc) =>\n          if (ident.name == \"length\")\n            WeederError.IllegalFieldName(ident.loc).toFailure\n          else\n            WeededAst.Expression.RecordRestrict(Name.mkField(ident), acc, mkSL(sp1, sp2)).toSuccess\n\n        case (ParsedAst.RecordOp.Update(sp1, ident, exp, sp2), acc) =>\n          flatMapN(visitExp(exp)) {\n            case e =>\n              if (ident.name == \"length\")\n                WeederError.IllegalFieldName(ident.loc).toFailure\n              else {\n                \/\/ An update is a restrict followed by an extension.\n                val inner = WeededAst.Expression.RecordRestrict(Name.mkField(ident), acc, mkSL(sp1, sp2))\n                WeededAst.Expression.RecordExtend(Name.mkField(ident), e, inner, mkSL(sp1, sp2)).toSuccess\n              }\n          }\n      }\n\n    case ParsedAst.Expression.ArrayLit(sp1, elms, sp2) =>\n      traverse(elms)(e => visitExp(e)) map {\n        case es => WeededAst.Expression.ArrayLit(es, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.ArrayNew(sp1, elm, len, sp2) =>\n      mapN(visitExp(elm), visitExp(len)) {\n        case (e, ln) => WeededAst.Expression.ArrayNew(e, ln, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.ArrayLoad(base, index, sp2) =>\n      val sp1 = leftMostSourcePosition(base)\n      val loc = mkSL(sp1, sp2)\n\n      mapN(visitExp(base), visitExp(index)) {\n        case (b, i) => WeededAst.Expression.ArrayLoad(b, i, loc)\n      }\n\n    case ParsedAst.Expression.ArrayStore(base, indexes, elm, sp2) =>\n      val sp1 = leftMostSourcePosition(base)\n      val loc = mkSL(sp1, sp2)\n\n      mapN(visitExp(base), traverse(indexes)(e => visitExp(e)), visitExp(elm)) {\n        case (b, es, e) =>\n          val inner = es.init.foldLeft(b) {\n            case (acc, e) => WeededAst.Expression.ArrayLoad(acc, e, loc)\n          }\n          WeededAst.Expression.ArrayStore(inner, es.last, e, loc)\n      }\n\n    case ParsedAst.Expression.ArraySlice(base, optStartIndex, optEndIndex, sp2) =>\n      val sp1 = leftMostSourcePosition(base)\n      val loc = mkSL(sp1, sp2)\n\n      (optStartIndex, optEndIndex) match {\n        case (None, None) =>\n          visitExp(base) map {\n            case b => WeededAst.Expression.ArraySlice(b, WeededAst.Expression.Int32(0, loc), WeededAst.Expression.ArrayLength(b, loc), loc)\n          }\n        case (Some(startIndex), None) =>\n          mapN(visitExp(base), visitExp(startIndex)) {\n            case (b, i1) => WeededAst.Expression.ArraySlice(b, i1, WeededAst.Expression.ArrayLength(b, loc), loc)\n          }\n        case (None, Some(endIndex)) =>\n          mapN(visitExp(base), visitExp(endIndex)) {\n            case (b, i2) => WeededAst.Expression.ArraySlice(b, WeededAst.Expression.Int32(0, loc), i2, loc)\n          }\n        case (Some(startIndex), Some(endIndex)) =>\n          mapN(visitExp(base), visitExp(startIndex), visitExp(endIndex)) {\n            case (b, i1, i2) => WeededAst.Expression.ArraySlice(b, i1, i2, loc)\n          }\n      }\n\n    case ParsedAst.Expression.FNil(sp1, sp2) =>\n      \/*\n       * Rewrites a `FNil` expression into a tag expression.\n       *\/\n      val loc = mkSL(sp1, sp2)\n      val tag = Name.Tag(\"Nil\", loc)\n      val exp = WeededAst.Expression.Unit(loc)\n      WeededAst.Expression.Tag(None, tag, Some(exp), loc).toSuccess\n\n    case ParsedAst.Expression.FCons(exp1, sp1, sp2, exp2) =>\n      \/*\n       * Rewrites a `FCons` expression into a tag expression.\n       *\/\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) =>\n          val loc = mkSL(sp1, sp2)\n          val tag = Name.Tag(\"Cons\", loc)\n          val exp = WeededAst.Expression.Tuple(List(e1, e2), loc)\n          WeededAst.Expression.Tag(None, tag, Some(exp), loc)\n      }\n\n    case ParsedAst.Expression.FAppend(exp1, sp1, sp2, exp2) =>\n      \/*\n       * Rewrites a `FAppend` expression into a call to `List\/append`.\n       *\/\n      val loc = mkSL(sp1, sp2).asSynthetic\n\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) =>\n          \/\/ NB: We painstakingly construct the qualified name\n          \/\/ to ensure that source locations are available.\n          mkApplyFqn(\"List.append\", List(e1, e2), loc)\n      }\n\n    case ParsedAst.Expression.FSet(sp1, sp2, exps) =>\n      \/*\n       * Rewrites a `FSet` expression into `Set\/empty` and a `Set\/insert` calls.\n       *\/\n      val loc = mkSL(sp1, sp2).asSynthetic\n\n      traverse(exps)(e => visitExp(e)) map {\n        case es =>\n          val empty = mkApplyFqn(\"Set.empty\", List(WeededAst.Expression.Unit(loc)), loc)\n          es.foldLeft(empty) {\n            case (acc, elm) => mkApplyFqn(\"Set.insert\", List(elm, acc), loc)\n          }\n      }\n\n    case ParsedAst.Expression.FMap(sp1, sp2, exps) =>\n      \/*\n       * Rewrites a `FMap` expression into `Map\/empty` and a `Map\/insert` calls.\n       *\/\n      val loc = mkSL(sp1, sp2).asSynthetic\n\n      val elmsVal = traverse(exps) {\n        case (key, value) => mapN(visitExp(key), visitExp(value)) {\n          case (k, v) => (k, v)\n        }\n      }\n\n      elmsVal map {\n        case es =>\n          val empty = mkApplyFqn(\"Map.empty\", List(WeededAst.Expression.Unit(loc)), loc)\n          es.foldLeft(empty) {\n            case (acc, (k, v)) => mkApplyFqn(\"Map.insert\", List(k, v, acc), loc)\n          }\n      }\n\n    case ParsedAst.Expression.Interpolation(sp1, parts, sp2) =>\n\n      \/**\n        * Returns an expression that concatenates the result of the expression `e1` with the expression `e2`.\n        *\/\n      def mkConcat(e1: WeededAst.Expression, e2: WeededAst.Expression, loc: SourceLocation): WeededAst.Expression = {\n        val sop = SemanticOperator.StringOp.Concat\n        val l = loc.asSynthetic\n        WeededAst.Expression.Binary(sop, e1, e2, l)\n      }\n\n      \/**\n        * Returns an expression that applies `toString` to the result of the given expression `e`.\n        *\/\n      def mkApplyToString(e: WeededAst.Expression, sp1: SourcePosition, sp2: SourcePosition): WeededAst.Expression = {\n        val fqn = \"ToString.toString\"\n        val loc = mkSL(sp1, sp2).asSynthetic\n        mkApplyFqn(fqn, List(e), loc)\n      }\n\n      val loc = mkSL(sp1, sp2)\n\n      parts match {\n        case Seq(ParsedAst.InterpolationPart.StrPart(innerSp1, chars, innerSp2)) =>\n          \/\/ Special case: We have a constant string. Check the contents and return it.\n          weedCharSequence(chars) map {\n            string => WeededAst.Expression.Str(string, mkSL(innerSp1, innerSp2))\n          }\n\n        case _ =>\n          \/\/ General Case: Fold the interpolator parts together.\n          val init = WeededAst.Expression.Str(\"\", loc)\n          Validation.fold(parts, init: WeededAst.Expression) {\n            \/\/ Case 1: string part\n            case (acc, ParsedAst.InterpolationPart.StrPart(innerSp1, chars, innerSp2)) =>\n              weedCharSequence(chars) map {\n                string =>\n                  val e2 = WeededAst.Expression.Str(string, mkSL(innerSp1, innerSp2))\n                  mkConcat(acc, e2, loc)\n              }\n            \/\/ Case 2: interpolated expression\n            case (acc, ParsedAst.InterpolationPart.ExpPart(innerSp1, Some(exp), innerSp2)) =>\n              mapN(visitExp(exp)) {\n                e =>\n                  val e2 = mkApplyToString(e, innerSp1, innerSp2)\n                  mkConcat(acc, e2, mkSL(innerSp1, innerSp2))\n              }\n            \/\/ Case 3: empty interpolated expression\n            case (_, ParsedAst.InterpolationPart.ExpPart(innerSp1, None, innerSp2)) =>\n              WeederError.EmptyInterpolatedExpression(mkSL(innerSp1, innerSp2)).toFailure\n          }\n      }\n\n    case ParsedAst.Expression.Ref(sp1, exp, reg, sp2) => reg match {\n      case None =>\n        for {\n          e <- visitExp(exp)\n        } yield WeededAst.Expression.Ref(e, mkSL(sp1, sp2))\n\n      case Some(exp2) =>\n        for {\n          e <- visitExp(exp)\n          e2 <- visitExp(exp2)\n        } yield WeededAst.Expression.RefWithRegion(e, e2, mkSL(sp1, sp2))\n    }\n\n    case ParsedAst.Expression.Deref(sp1, exp, sp2) =>\n      for {\n        e <- visitExp(exp)\n      } yield WeededAst.Expression.Deref(e, mkSL(sp1, sp2))\n\n    case ParsedAst.Expression.Assign(exp1, exp2, sp2) =>\n      val sp1 = leftMostSourcePosition(exp1)\n      for {\n        e1 <- visitExp(exp1)\n        e2 <- visitExp(exp2)\n      } yield WeededAst.Expression.Assign(e1, e2, mkSL(sp1, sp2))\n\n    case ParsedAst.Expression.Ascribe(exp, expectedType, expectedEff, sp2) =>\n      val t = expectedType.map(visitType)\n      val f = expectedEff.map(visitType)\n      mapN(visitExp(exp)) {\n        case e => WeededAst.Expression.Ascribe(e, t, f, mkSL(leftMostSourcePosition(exp), sp2))\n      }\n\n    case ParsedAst.Expression.Cast(exp, declaredType, declaredEff, sp2) =>\n      val t = declaredType.map(visitType)\n      val f = declaredEff.map(visitType)\n      mapN(visitExp(exp)) {\n        case e => WeededAst.Expression.Cast(e, t, f, mkSL(leftMostSourcePosition(exp), sp2))\n      }\n\n    case ParsedAst.Expression.TryCatch(sp1, exp, rules, sp2) =>\n      val expVal = visitExp(exp)\n      val rulesVal = traverse(rules) {\n        case ParsedAst.CatchRule(ident, fqn, body) =>\n          visitExp(body) map {\n            case b => WeededAst.CatchRule(ident, fqn.mkString(\".\"), b)\n          }\n      }\n\n      mapN(expVal, rulesVal) {\n        case (e, rs) => WeededAst.Expression.TryCatch(e, rs, mkSL(sp1, sp2))\n      }\n\n    \/\/ TODO SJ: Rewrite to Ascribe(newch, Channel[Int32]), to remove the tpe (and get tvar like everything else)\n    \/\/ TODO SJ: Also do not allow function types (Arrow) when rewriting\n    case ParsedAst.Expression.NewChannel(sp1, tpe, exp, sp2) =>\n      visitExp(exp) map {\n        case e => WeededAst.Expression.NewChannel(e, visitType(tpe), mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.GetChannel(sp1, exp, sp2) =>\n      visitExp(exp) map {\n        case e => WeededAst.Expression.GetChannel(e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.PutChannel(exp1, exp2, sp2) =>\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) => WeededAst.Expression.PutChannel(e1, e2, mkSL(leftMostSourcePosition(exp1), sp2))\n      }\n\n    case ParsedAst.Expression.SelectChannel(sp1, rules, default, sp2) =>\n      val rulesVal = traverse(rules) {\n        case ParsedAst.SelectChannelRule(ident, chan, body) => mapN(visitExp(chan), visitExp(body)) {\n          case (c, b) => WeededAst.SelectChannelRule(ident, c, b)\n        }\n      }\n\n      val defaultVal = default match {\n        case Some(exp) => visitExp(exp) map {\n          case e => Some(e)\n        }\n        case None => None.toSuccess\n      }\n\n      mapN(rulesVal, defaultVal) {\n        case (rs, d) => WeededAst.Expression.SelectChannel(rs, d, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Spawn(sp1, exp, sp2) =>\n      visitExp(exp) map {\n        case e => WeededAst.Expression.Spawn(e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Lazy(sp1, exp, sp2) =>\n      visitExp(exp) map {\n        case e => WeededAst.Expression.Lazy(e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.Force(sp1, exp, sp2) =>\n      visitExp(exp) map {\n        case e => WeededAst.Expression.Force(e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.FixpointConstraint(sp1, con, sp2) =>\n      val loc = mkSL(sp1, sp2)\n\n      mapN(visitConstraint(con)) {\n        case c => WeededAst.Expression.FixpointConstraintSet(c :: Nil, loc)\n      }\n\n    case ParsedAst.Expression.FixpointConstraintSet(sp1, cs0, sp2) =>\n      val loc = mkSL(sp1, sp2)\n\n      traverse(cs0)(visitConstraint) map {\n        case cs => WeededAst.Expression.FixpointConstraintSet(cs, loc)\n      }\n\n    case ParsedAst.Expression.FixpointCompose(exp1, exp2, sp2) =>\n      mapN(visitExp(exp1), visitExp(exp2)) {\n        case (e1, e2) =>\n          val sp1 = leftMostSourcePosition(exp1)\n          WeededAst.Expression.FixpointMerge(e1, e2, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Expression.FixpointProjectInto(sp1, exps, idents, sp2) =>\n      val loc = mkSL(sp1, sp2)\n\n      \/\/\/\n      \/\/\/ Check for [[MismatchedArity]].\n      \/\/\/\n      if (exps.length != idents.length) {\n        return WeederError.MismatchedArity(exps.length, idents.length, loc).toFailure\n      }\n\n      mapN(traverse(exps)(visitExp)) {\n        case es =>\n          val init = WeededAst.Expression.FixpointConstraintSet(Nil, loc)\n          es.zip(idents.toList).foldRight(init: WeededAst.Expression) {\n            case ((exp, ident), acc) =>\n              val pred = Name.mkPred(ident)\n              val innerExp = WeededAst.Expression.FixpointProjectIn(exp, pred, loc)\n              WeededAst.Expression.FixpointMerge(innerExp, acc, loc)\n          }\n      }\n\n    case ParsedAst.Expression.FixpointSolveWithProject(sp1, exps, optIdents, sp2) =>\n      val loc = mkSL(sp1, sp2).asSynthetic\n      mapN(traverse(exps)(visitExp)) {\n        case es =>\n          \/\/\n          \/\/ Performs the following rewrite:\n          \/\/\n          \/\/ solve e1, e2, e3 project P1, P2, P3\n          \/\/\n          \/\/ =>\n          \/\/\n          \/\/ let tmp% = solve (merge e1, 2, e3);\n          \/\/ merge (project P1 tmp%, project P2 tmp%, project P3 tmp%)\n\n          \/\/ Introduce a tmp% variable that holds the minimal model of the merge of the exps.\n          val freshVar = flix.genSym.freshId()\n          val localVar = Name.Ident(SourcePosition.Unknown, s\"tmp\" + Flix.Delimiter + freshVar, SourcePosition.Unknown)\n\n          \/\/ Merge all the exps into one Datalog program value.\n          val mergeExp = es.reduceRight[WeededAst.Expression] {\n            case (e, acc) => WeededAst.Expression.FixpointMerge(e, acc, loc)\n          }\n          val modelExp = WeededAst.Expression.FixpointSolve(mergeExp, loc)\n\n          \/\/ Any projections?\n          val bodyExp = optIdents match {\n            case None =>\n              \/\/ Case 1: No projections: Simply return the minimal model.\n              WeededAst.Expression.VarOrDefOrSig(localVar, loc)\n            case Some(idents) =>\n              \/\/ Case 2: A non-empty sequence of predicate symbols to project.\n\n              \/\/ Construct a list of each projection.\n              val projectExps = idents.map {\n                case ident =>\n                  val varExp = WeededAst.Expression.VarOrDefOrSig(localVar, loc)\n                  WeededAst.Expression.FixpointFilter(Name.Pred(ident.name, loc), varExp, loc)\n              }\n\n              \/\/ Merge all of the projections into one result.\n              projectExps.reduceRight[WeededAst.Expression] {\n                case (e, acc) => WeededAst.Expression.FixpointMerge(e, acc, loc)\n              }\n          }\n\n          \/\/ Bind the tmp% variable to the minimal model and combine it with the body expression.\n          WeededAst.Expression.Let(localVar, Ast.Modifiers.Empty, modelExp, bodyExp, loc.asReal)\n      }\n\n    case ParsedAst.Expression.FixpointQueryWithSelect(sp1, exps0, selects0, from0, whereExp0, sp2) =>\n      val loc = mkSL(sp1, sp2).asSynthetic\n      val selects1 = selects0 match {\n        case ParsedAst.SelectFragment(exps, None) => exps\n        case ParsedAst.SelectFragment(exps, Some(exp)) => exps.toList ::: exp :: Nil\n      }\n\n      mapN(traverse(exps0)(visitExp), traverse(selects1)(visitExp), traverse(from0)(visitPredicateBody), traverse(whereExp0)(visitExp)) {\n        case (exps, selects, from, where) =>\n          \/\/\n          \/\/ Performs the following rewrite:\n          \/\/\n          \/\/ query e1, e2, e3 select (x, y, z) from A(x, y), B(z) where x > 0\n          \/\/\n          \/\/ =>\n          \/\/\n          \/\/ project out %Result from (solve (merge (merge e1, e2, e3) #{ #Result(x, y, z) :- A(x, y), B(y) if x > 0 } )\n          \/\/\n          \/\/ OBS: The last merge and solve is done in the typer because of trouble when\n          \/\/ `(merge e1, e2, e3)` is a closed row.\n\n          \/\/ The fresh predicate name where to store the result of the query.\n          val pred = Name.Pred(Flix.Delimiter + \"Result\", loc)\n\n          \/\/ The head of the pseudo-rule.\n          val den = selects0 match {\n            case ParsedAst.SelectFragment(_, None) => Denotation.Relational\n            case ParsedAst.SelectFragment(_, Some(_)) => Denotation.Latticenal\n          }\n          val head = WeededAst.Predicate.Head.Atom(pred, den, selects, loc)\n\n          \/\/ The body of the pseudo-rule.\n          val body = where match {\n            case Nil => from\n            case g :: Nil => WeededAst.Predicate.Body.Guard(g, loc) :: from\n            case _ => throw InternalCompilerException(\"Impossible. The list must have 0 or 1 elements.\")\n          }\n\n          \/\/ Construct the pseudo-query.\n          val pseudoConstraint = WeededAst.Constraint(head, body, loc)\n\n          \/\/ Construct a constraint set that contains the single pseudo constraint.\n          val queryExp = WeededAst.Expression.FixpointConstraintSet(List(pseudoConstraint), loc)\n\n          \/\/ Construct the merge of all the expressions.\n          val dbExp = exps.reduceRight[WeededAst.Expression] {\n            case (e, acc) => WeededAst.Expression.FixpointMerge(e, acc, loc)\n          }\n\n          \/\/ Extract the tuples of the result predicate.\n          WeededAst.Expression.FixpointProjectOut(pred, queryExp, dbExp, loc.asSynthetic.asReal)\n      }\n\n    case ParsedAst.Expression.Reify(sp1, t0, sp2) =>\n      val t = visitType(t0)\n      WeededAst.Expression.Reify(t, mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Expression.ReifyBool(sp1, t0, sp2) =>\n      val t = visitType(t0)\n      WeededAst.Expression.ReifyType(t, Kind.Bool, mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Expression.ReifyType(sp1, t0, sp2) =>\n      val t = visitType(t0)\n      WeededAst.Expression.ReifyType(t, Kind.Star, mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Expression.ReifyEff(sp1, exp1, ident, exp2, exp3, sp2) =>\n      mapN(visitExp(exp1), visitExp(exp2), visitExp(exp3)) {\n        case (e1, e2, e3) =>\n          WeededAst.Expression.ReifyEff(ident, e1, e2, e3, mkSL(sp1, sp2))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given argument.\n    *\n    * Named arguments are transformed into records.\n    * `f(arg = x)` becomes `f({arg = x})`\n    *\/\n  private def visitArgument(arg: ParsedAst.Argument)(implicit flix: Flix): Validation[WeededAst.Expression, WeederError] = arg match {\n    \/\/ Case 1: Named parameter. Turn it into a record.\n    case ParsedAst.Argument.Named(name, exp0, sp2) =>\n      visitExp(exp0) map {\n        exp =>\n          val loc = mkSL(name.sp1, sp2)\n          WeededAst.Expression.RecordExtend(Name.mkField(name), exp, WeededAst.Expression.RecordEmpty(loc), loc)\n      }\n    \/\/ Case 2: Unnamed parameter. Just return it.\n    case ParsedAst.Argument.Unnamed(exp) => visitExp(exp)\n  }\n\n  \/**\n    * The result of weeding an operator.\n    *\/\n  private sealed trait OperatorResult\n\n  private object OperatorResult {\n    \/**\n      * The operator represents a signature or definition from the core library.\n      *\/\n    case class BuiltIn(name: Name.QName) extends OperatorResult\n\n    \/**\n      * The operator represents a semantic operator.\n      *\/\n    case class Operator(op: SemanticOperator) extends OperatorResult\n\n    \/**\n      * The operator represents a no-op.\n      *\/\n    case object NoOp extends OperatorResult\n\n    \/**\n      * The operator is unrecognized: it must have been defined elsewhere.\n      *\/\n    case class Unrecognized(ident: Name.Ident) extends OperatorResult\n  }\n\n  \/**\n    * Performs weeding on the given unary operator.\n    *\/\n  private def visitUnaryOperator(o: ParsedAst.Operator)(implicit flix: Flix): OperatorResult = o match {\n    case ParsedAst.Operator(sp1, op, sp2) =>\n      op match {\n        case \"not\" => OperatorResult.Operator(SemanticOperator.BoolOp.Not)\n        case \"+\" => OperatorResult.NoOp\n        case \"-\" => OperatorResult.BuiltIn(Name.mkQName(\"Neg.neg\", sp1, sp2))\n        case \"~~~\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseNot.not\", sp1, sp2))\n        case _ => OperatorResult.Unrecognized(Name.Ident(sp1, op, sp2))\n      }\n  }\n\n  \/**\n    * Performs weeding on the given binary operator.\n    *\/\n  private def visitBinaryOperator(o: ParsedAst.Operator)(implicit flix: Flix): OperatorResult = o match {\n    case ParsedAst.Operator(sp1, op, sp2) =>\n      op match {\n        case \"+\" => OperatorResult.BuiltIn(Name.mkQName(\"Add.add\", sp1, sp2))\n        case \"-\" => OperatorResult.BuiltIn(Name.mkQName(\"Sub.sub\", sp1, sp2))\n        case \"*\" => OperatorResult.BuiltIn(Name.mkQName(\"Mul.mul\", sp1, sp2))\n        case \"\/\" => OperatorResult.BuiltIn(Name.mkQName(\"Div.div\", sp1, sp2))\n        case \"rem\" => OperatorResult.BuiltIn(Name.mkQName(\"Rem.rem\", sp1, sp2))\n        case \"mod\" => OperatorResult.BuiltIn(Name.mkQName(\"Mod.mod\", sp1, sp2))\n        case \"**\" => OperatorResult.BuiltIn(Name.mkQName(\"Exp.exp\", sp1, sp2))\n        case \"<\" => OperatorResult.BuiltIn(Name.mkQName(\"Order.less\", sp1, sp2))\n        case \"<=\" => OperatorResult.BuiltIn(Name.mkQName(\"Order.lessEqual\", sp1, sp2))\n        case \">\" => OperatorResult.BuiltIn(Name.mkQName(\"Order.greater\", sp1, sp2))\n        case \">=\" => OperatorResult.BuiltIn(Name.mkQName(\"Order.greaterEqual\", sp1, sp2))\n        case \"==\" => OperatorResult.BuiltIn(Name.mkQName(\"Eq.eq\", sp1, sp2))\n        case \"!=\" => OperatorResult.BuiltIn(Name.mkQName(\"Eq.neq\", sp1, sp2))\n        case \"<=>\" => OperatorResult.BuiltIn(Name.mkQName(\"Order.compare\", sp1, sp2))\n        case \"and\" => OperatorResult.Operator(SemanticOperator.BoolOp.And)\n        case \"or\" => OperatorResult.Operator(SemanticOperator.BoolOp.Or)\n        case \"&&&\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseAnd.and\", sp1, sp2))\n        case \"|||\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseOr.or\", sp1, sp2))\n        case \"^^^\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseXor.xor\", sp1, sp2))\n        case \"<<<\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseShl.shl\", sp1, sp2))\n        case \">>>\" => OperatorResult.BuiltIn(Name.mkQName(\"BitwiseShr.shr\", sp1, sp2))\n        case _ => OperatorResult.Unrecognized(Name.Ident(sp1, op, sp2))\n      }\n  }\n\n  \/**\n    * Translates the hex code into the corresponding character.\n    * Returns an error if the code is not hexadecimal.\n    *\/\n  private def translateHexCode(code: String, loc: SourceLocation): Validation[Char, WeederError] = {\n    try {\n      Integer.parseInt(code, 16).toChar.toSuccess\n    } catch {\n      case _: NumberFormatException => WeederError.MalformedUnicodeEscapeSequence(code, loc).toFailure\n    }\n  }\n\n  \/**\n    * Performs weeding on the given sequence of CharCodes.\n    *\/\n  private def weedCharSequence(chars0: Seq[ParsedAst.CharCode]): Validation[String, WeederError] = {\n\n    @tailrec\n    def visit(chars: List[ParsedAst.CharCode], acc: List[Char]): Validation[String, WeederError] = {\n      chars match {\n        \/\/ Case 1: End of the sequence\n        case Nil => acc.reverse.mkString.toSuccess\n        \/\/ Case 2: Simple character literal\n        case ParsedAst.CharCode.Literal(_, char, _) :: rest => visit(rest, char.head :: acc)\n        \/\/ Case 3: Escape sequence\n        case (esc@ParsedAst.CharCode.Escape(sp1, char, sp2)) :: rest => char match {\n          \/\/ Cases 3.1: Standard escapes\n          case \"n\" => visit(rest, '\\n' :: acc)\n          case \"r\" => visit(rest, '\\r' :: acc)\n          case \"\\\\\" => visit(rest, '\\\\' :: acc)\n          case \"\\\"\" => visit(rest, '\\\"' :: acc)\n          case \"\\'\" => visit(rest, '\\'' :: acc)\n          case \"t\" => visit(rest, '\\t' :: acc)\n\n          \/\/ Case 3.2: Interpolation escape\n          case \"$\" => rest match {\n            case ParsedAst.CharCode.Literal(_, \"{\", _) :: rest2 => visit(rest2, '{' :: '$' :: acc)\n            case _ => WeederError.InvalidEscapeSequence('$', mkSL(sp1, sp2)).toFailure\n          }\n\n          \/\/ Case 3.3: Unicode escape\n          case \"u\" => rest match {\n            \/\/ Case 3.3.1: `\\\\u` followed by 4 or more literals\n            case ParsedAst.CharCode.Literal(sp1, d0, _) ::\n              ParsedAst.CharCode.Literal(_, d1, _) ::\n              ParsedAst.CharCode.Literal(_, d2, _) ::\n              ParsedAst.CharCode.Literal(_, d3, sp2) ::\n              rest2 =>\n              val code = List(d0, d1, d2, d3).mkString\n              \/\/ Doing a manual flatMap to keep the function tail-recursive\n              translateHexCode(code, mkSL(sp1, sp2)) match {\n                case Validation.Success(char) => visit(rest2, char :: acc)\n                case Validation.Failure(errors) => Validation.Failure(errors)\n              }\n            \/\/ Case 3.3.2: `\\\\u` followed by less than 4 literals\n            case rest2 =>\n              val code = rest2.takeWhile(_.isInstanceOf[ParsedAst.CharCode.Literal])\n              val sp2 = code.lastOption.getOrElse(esc).sp2\n              WeederError.MalformedUnicodeEscapeSequence(code.mkString, mkSL(esc.sp1, sp2)).toFailure\n          }\n\n          \/\/ Case 3.4: Invalid escape character\n          case _ => WeederError.InvalidEscapeSequence(char.head, mkSL(sp1, sp2)).toFailure\n        }\n      }\n    }\n\n    visit(chars0.toList, Nil)\n  }\n\n  \/**\n    * Translates the given literal to an expression.\n    *\/\n  private def lit2exp(lit0: ParsedAst.Literal)(implicit flix: Flix): Validation[WeededAst.Expression, WeederError] = lit0 match {\n    case ParsedAst.Literal.Unit(sp1, sp2) =>\n      WeededAst.Expression.Unit(mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Literal.Null(sp1, sp2) =>\n      WeededAst.Expression.Null(mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Literal.True(sp1, sp2) =>\n      WeededAst.Expression.True(mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Literal.False(sp1, sp2) =>\n      WeededAst.Expression.False(mkSL(sp1, sp2)).toSuccess\n\n    case ParsedAst.Literal.Char(sp1, chars, sp2) =>\n      weedCharSequence(chars) flatMap {\n        case string if string.lengthIs == 1 => WeededAst.Expression.Char(string.head, mkSL(sp1, sp2)).toSuccess\n        case string => WeederError.NonSingleCharacter(string, mkSL(sp1, sp2)).toFailure\n      }\n\n    case ParsedAst.Literal.Float32(sp1, sign, before, after, sp2) =>\n      toFloat32(sign, before, after, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Float32(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Float64(sp1, sign, before, after, sp2) =>\n      toFloat64(sign, before, after, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Float64(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Int8(sp1, sign, radix, digits, sp2) =>\n      toInt8(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Int8(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Int16(sp1, sign, radix, digits, sp2) =>\n      toInt16(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Int16(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Int32(sp1, sign, radix, digits, sp2) =>\n      toInt32(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Int32(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Int64(sp1, sign, radix, digits, sp2) =>\n      toInt64(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.Int64(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.BigInt(sp1, sign, radix, digits, sp2) =>\n      toBigInt(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Expression.BigInt(lit, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Str(sp1, chars, sp2) =>\n      weedCharSequence(chars) map {\n        string => WeededAst.Expression.Str(string, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Literal.Default(sp1, sp2) =>\n      WeededAst.Expression.Default(mkSL(sp1, sp2)).toSuccess\n  }\n\n  \/**\n    * Weeds the given pattern.\n    *\/\n  private def visitLitPat(pat0: ParsedAst.Literal): Validation[WeededAst.Pattern, WeederError] = pat0 match {\n    case ParsedAst.Literal.Unit(sp1, sp2) => WeededAst.Pattern.Unit(mkSL(sp1, sp2)).toSuccess\n    case ParsedAst.Literal.Null(sp1, sp2) => WeederError.IllegalNullPattern(mkSL(sp1, sp2)).toFailure\n    case ParsedAst.Literal.True(sp1, sp2) => WeededAst.Pattern.True(mkSL(sp1, sp2)).toSuccess\n    case ParsedAst.Literal.False(sp1, sp2) => WeededAst.Pattern.False(mkSL(sp1, sp2)).toSuccess\n    case ParsedAst.Literal.Char(sp1, chars, sp2) =>\n      weedCharSequence(chars) flatMap {\n        case string if string.lengthIs == 1 => WeededAst.Pattern.Char(string.head, mkSL(sp1, sp2)).toSuccess\n        case string => WeederError.NonSingleCharacter(string, mkSL(sp1, sp2)).toFailure\n      }\n    case ParsedAst.Literal.Float32(sp1, sign, before, after, sp2) =>\n      toFloat32(sign, before, after, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Float32(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Float64(sp1, sign, before, after, sp2) =>\n      toFloat64(sign, before, after, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Float64(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Int8(sp1, sign, radix, digits, sp2) =>\n      toInt8(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Int8(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Int16(sp1, sign, radix, digits, sp2) =>\n      toInt16(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Int16(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Int32(sp1, sign, radix, digits, sp2) =>\n      toInt32(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Int32(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Int64(sp1, sign, radix, digits, sp2) =>\n      toInt64(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.Int64(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.BigInt(sp1, sign, radix, digits, sp2) =>\n      toBigInt(sign, radix, digits, mkSL(sp1, sp2)) map {\n        case lit => WeededAst.Pattern.BigInt(lit, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Str(sp1, chars, sp2) =>\n      weedCharSequence(chars) map {\n        string => WeededAst.Pattern.Str(string, mkSL(sp1, sp2))\n      }\n    case ParsedAst.Literal.Default(sp1, sp2) =>\n      throw InternalCompilerException(s\"Illegal default pattern near: ${mkSL(sp1, sp2).format}\")\n  }\n\n  \/**\n    * Compiles a parsed pattern into a weeded pattern.\n    *\/\n  private def visitPattern(pattern: ParsedAst.Pattern): Validation[WeededAst.Pattern, WeederError] = {\n    \/*\n     *  Check for non-linear pattern, i.e. if a variable occurs multiple times.\n     *\/\n    val seen = mutable.Map.empty[String, Name.Ident]\n\n    \/*\n     * Local visitor.\n     *\/\n    def visit(pattern: ParsedAst.Pattern): Validation[WeededAst.Pattern, WeederError] = pattern match {\n      case ParsedAst.Pattern.Var(sp1, ident, sp2) =>\n        \/\/ Check if the identifier is a wildcard.\n        if (ident.name == \"_\") {\n          WeededAst.Pattern.Wild(mkSL(sp1, sp2)).toSuccess\n        } else {\n          seen.get(ident.name) match {\n            case None =>\n              seen += (ident.name -> ident)\n              WeededAst.Pattern.Var(ident, mkSL(sp1, sp2)).toSuccess\n            case Some(otherIdent) =>\n              NonLinearPattern(ident.name, otherIdent.loc, mkSL(sp1, sp2)).toFailure\n          }\n        }\n\n      case ParsedAst.Pattern.Lit(_, lit, _) => visitLitPat(lit)\n\n      case ParsedAst.Pattern.Tag(sp1, qname, o, sp2) =>\n        \/*\n         * Introduce implicit unit, if needed.\n         *\/\n        val (enum, tag) = asTag(qname)\n        o match {\n          case None =>\n            val loc = mkSL(sp1, sp2)\n            val lit = WeededAst.Pattern.Unit(loc.asSynthetic)\n            WeededAst.Pattern.Tag(enum, Name.mkTag(tag), lit, loc).toSuccess\n          case Some(pat) => visit(pat) map {\n            case p => WeededAst.Pattern.Tag(enum, Name.mkTag(tag), p, mkSL(sp1, sp2))\n          }\n        }\n\n      case ParsedAst.Pattern.Tuple(sp1, pats, sp2) =>\n        val loc = mkSL(sp1, sp2)\n\n        \/*\n         * Rewrites empty tuples to Unit and eliminate single-element tuples.\n         *\/\n        traverse(pats)(visit) map {\n          case Nil => WeededAst.Pattern.Unit(loc)\n          case x :: Nil => x\n          case xs => WeededAst.Pattern.Tuple(xs, loc)\n        }\n\n      case ParsedAst.Pattern.Array(sp1, pats, sp2) =>\n        traverse(pats)(visit) map {\n          case xs => WeededAst.Pattern.Array(xs, mkSL(sp1, sp2))\n        }\n\n      case ParsedAst.Pattern.ArrayTailSpread(sp1, pats, ident, sp2) =>\n        flatMapN(traverse(pats)(visit)) {\n          case elms if ident.name == \"_\" => WeededAst.Pattern.ArrayTailSpread(elms, None, mkSL(sp2, sp2)).toSuccess\n          case elms =>\n            seen.get(ident.name) match {\n              case None =>\n                seen += (ident.name -> ident)\n                WeededAst.Pattern.ArrayTailSpread(elms, Some(ident), mkSL(sp1, sp2)).toSuccess\n              case Some(otherIdent) =>\n                NonLinearPattern(ident.name, otherIdent.loc, mkSL(sp1, sp2)).toFailure\n            }\n        }\n\n      case ParsedAst.Pattern.ArrayHeadSpread(sp1, ident, pats, sp2) =>\n        flatMapN(traverse(pats)(visit)) {\n          case elms if ident.name == \"_\" => WeededAst.Pattern.ArrayHeadSpread(None, elms, mkSL(sp1, sp2)).toSuccess\n          case elms =>\n            seen.get(ident.name) match {\n              case None =>\n                seen += (ident.name -> ident)\n                WeededAst.Pattern.ArrayHeadSpread(Some(ident), elms, mkSL(sp1, sp2)).toSuccess\n              case Some(otherIdent) =>\n                NonLinearPattern(ident.name, otherIdent.loc, mkSL(sp1, sp2)).toFailure\n            }\n        }\n\n      case ParsedAst.Pattern.FNil(sp1, sp2) =>\n        \/*\n         * Rewrites a `FNil` pattern into a tag pattern.\n         *\/\n        val loc = mkSL(sp1, sp2)\n        val tag = Name.Tag(\"Nil\", loc)\n        val pat = WeededAst.Pattern.Unit(loc.asSynthetic)\n        WeededAst.Pattern.Tag(None, tag, pat, loc).toSuccess\n\n      case ParsedAst.Pattern.FCons(pat1, sp1, sp2, pat2) =>\n        \/*\n         * Rewrites a `FCons` pattern into a tag pattern.\n         *\/\n        mapN(visitPattern(pat1), visitPattern(pat2)) {\n          case (hd, tl) =>\n            val loc = mkSL(sp1, sp2)\n            val tag = Name.Tag(\"Cons\", loc)\n            val pat = WeededAst.Pattern.Tuple(List(hd, tl), loc)\n            WeededAst.Pattern.Tag(None, tag, pat, loc)\n        }\n\n    }\n\n    visit(pattern)\n  }\n\n  \/**\n    * Performs weeding on the given constraint `c0`.\n    *\/\n  private def visitConstraint(c0: ParsedAst.Constraint)(implicit flix: Flix): Validation[WeededAst.Constraint, WeederError] = c0 match {\n    case ParsedAst.Constraint(sp1, head0, body0, sp2) =>\n      val headVal = visitHeadPredicate(head0)\n      val bodyVal = traverse(body0)(visitPredicateBody)\n\n      mapN(headVal, bodyVal) {\n        case (h, bs) => WeededAst.Constraint(h, bs, mkSL(sp1, sp2))\n      }\n  }\n\n  \/**\n    * Weeds the given head predicate.\n    *\/\n  private def visitHeadPredicate(past: ParsedAst.Predicate.Head)(implicit flix: Flix): Validation[WeededAst.Predicate.Head, WeederError] = past match {\n    case ParsedAst.Predicate.Head.Atom(sp1, ident, terms, None, sp2) =>\n      \/\/ Case 1: the atom has a relational denotation (because of the absence of the optional lattice term).\n      val loc = mkSL(sp1, sp2)\n      mapN(traverse(terms)(visitExp)) {\n        case ts => WeededAst.Predicate.Head.Atom(Name.mkPred(ident), Denotation.Relational, ts, loc)\n      }\n\n    case ParsedAst.Predicate.Head.Atom(sp1, ident, terms, Some(term), sp2) =>\n      \/\/ Case 2: the atom has a latticenal denotation (because of the presence of the optional lattice term).\n      val loc = mkSL(sp1, sp2)\n      mapN(traverse(terms)(visitExp), visitExp(term)) {\n        case (ts, t) => WeededAst.Predicate.Head.Atom(Name.Pred(ident.name, mkSL(ident.sp1, ident.sp2)), Denotation.Latticenal, ts ::: t :: Nil, loc)\n      }\n  }\n\n  \/**\n    * Weeds the given body predicate.\n    *\/\n  private def visitPredicateBody(b: ParsedAst.Predicate.Body)(implicit flix: Flix): Validation[WeededAst.Predicate.Body, WeederError] = b match {\n    case ParsedAst.Predicate.Body.Atom(sp1, polarity, ident, terms, None, sp2) =>\n      \/\/ Case 1: the atom has a relational denotation (because of the absence of the optional lattice term).\n      val loc = mkSL(sp1, sp2)\n      mapN(traverse(terms)(visitPattern)) {\n        case ts =>\n          WeededAst.Predicate.Body.Atom(Name.mkPred(ident), Denotation.Relational, polarity, ts, loc)\n      }\n\n    case ParsedAst.Predicate.Body.Atom(sp1, polarity, ident, terms, Some(term), sp2) =>\n      \/\/ Case 2: the atom has a latticenal denotation (because of the presence of the optional lattice term).\n      val loc = mkSL(sp1, sp2)\n      mapN(traverse(terms)(visitPattern), visitPattern(term)) {\n        case (ts, t) =>\n          WeededAst.Predicate.Body.Atom(Name.mkPred(ident), Denotation.Latticenal, polarity, ts ::: t :: Nil, loc)\n      }\n\n    case ParsedAst.Predicate.Body.Guard(sp1, exp, sp2) =>\n      mapN(visitExp(exp)) {\n        case e => WeededAst.Predicate.Body.Guard(e, mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Predicate.Body.Loop(sp1, idents, exp, sp2) =>\n      mapN(visitExp(exp)) {\n        case e => WeededAst.Predicate.Body.Loop(idents.toList, e, mkSL(sp1, sp2))\n      }\n\n  }\n\n  \/**\n    * Weeds the given sequence of parsed annotation `xs`.\n    *\/\n  private def visitAnnotations(xs: Seq[ParsedAst.Annotation])(implicit flix: Flix): Validation[List[WeededAst.Annotation], WeederError] = {\n    \/\/ collect seen annotations.\n    val seen = mutable.Map.empty[String, ParsedAst.Annotation]\n\n    \/\/ loop through each annotation.\n    val result = xs.toList.collect {\n      case x: ParsedAst.Annotation => seen.get(x.ident.name) match {\n        case None =>\n          seen += (x.ident.name -> x)\n          visitAnnotation(x)\n        case Some(otherAnn) =>\n          val name = x.ident.name\n          val loc1 = mkSL(otherAnn.sp1, otherAnn.sp2)\n          val loc2 = mkSL(x.sp1, x.sp2)\n          Failure(LazyList(\n            \/\/ NB: We report an error at both source locations.\n            DuplicateAnnotation(name, loc1, loc2),\n            DuplicateAnnotation(name, loc2, loc1),\n          ))\n      }\n    }\n\n    sequence(result)\n  }\n\n  \/**\n    * Weeds the given parsed annotation `past`.\n    *\/\n  private def visitAnnotation(past: ParsedAst.Annotation)(implicit flix: Flix): Validation[WeededAst.Annotation, WeederError] = {\n    val loc = mkSL(past.sp1, past.sp2)\n    val argsVal = traverse(past.args.getOrElse(Nil))(visitArgument)\n\n    flatMapN(argsVal) {\n      case args =>\n        past.ident.name match {\n          case \"benchmark\" => WeededAst.Annotation(Ast.Annotation.Benchmark(loc), args, loc).toSuccess\n          case \"test\" => WeededAst.Annotation(Ast.Annotation.Test(loc), args, loc).toSuccess\n          case \"Deprecated\" => WeededAst.Annotation(Ast.Annotation.Deprecated(loc), args, loc).toSuccess\n          case \"Experimental\" => WeededAst.Annotation(Ast.Annotation.Experimental(loc), args, loc).toSuccess\n          case \"Internal\" => WeededAst.Annotation(Ast.Annotation.Internal(loc), args, loc).toSuccess\n          case \"Parallel\" => WeededAst.Annotation(Ast.Annotation.Parallel(loc), args, loc).toSuccess\n          case \"ParallelWhenPure\" => WeededAst.Annotation(Ast.Annotation.ParallelWhenPure(loc), args, loc).toSuccess\n          case \"Lazy\" => WeededAst.Annotation(Ast.Annotation.Lazy(loc), args, loc).toSuccess\n          case \"LazyWhenPure\" => WeededAst.Annotation(Ast.Annotation.LazyWhenPure(loc), args, loc).toSuccess\n          case \"Space\" => WeededAst.Annotation(Ast.Annotation.Space(loc), args, loc).toSuccess\n          case \"Time\" => WeededAst.Annotation(Ast.Annotation.Time(loc), args, loc).toSuccess\n          case \"Unsafe\" => WeededAst.Annotation(Ast.Annotation.Unsafe(loc), args, loc).toSuccess\n          case name => WeederError.UndefinedAnnotation(name, loc).toFailure\n        }\n    }\n  }\n\n  \/**\n    * Weeds the given sequence of parsed modifiers `xs`.\n    *\/\n  private def visitModifiers(xs: Seq[ParsedAst.Modifier], legalModifiers: Set[Ast.Modifier]): Validation[Ast.Modifiers, WeederError] = {\n    val seen = mutable.Map.empty[String, ParsedAst.Modifier]\n    val modifiersVal = traverse(xs) {\n      modifier =>\n        seen.get(modifier.name) match {\n          case None =>\n            seen += (modifier.name -> modifier)\n            visitModifier(modifier, legalModifiers)\n          case Some(other) =>\n            val name = modifier.name\n            val loc1 = mkSL(other.sp1, other.sp2)\n            val loc2 = mkSL(modifier.sp1, modifier.sp2)\n            Failure(LazyList(\n              \/\/ NB: We report an error at both source locations.\n              WeederError.DuplicateModifier(name, loc1, loc2),\n              WeederError.DuplicateModifier(name, loc2, loc1)\n            ))\n        }\n    }\n\n    modifiersVal.map(ms => Ast.Modifiers(ms))\n  }\n\n  \/**\n    * Weeds the given parsed modifier `m`.\n    *\/\n  private def visitModifier(m: ParsedAst.Modifier, legalModifiers: Set[Ast.Modifier]): Validation[Ast.Modifier, WeederError] = {\n    val modifier = m.name match {\n      case \"lawless\" => Ast.Modifier.Lawless\n      case \"override\" => Ast.Modifier.Override\n      case \"pub\" => Ast.Modifier.Public\n      case \"sealed\" => Ast.Modifier.Sealed\n      case \"scoped\" => Ast.Modifier.Scoped\n      case s => throw InternalCompilerException(s\"Unknown modifier '$s' near ${mkSL(m.sp1, m.sp2).format}.\")\n    }\n\n    \/\/\n    \/\/ Check for `IllegalModifier`.\n    \/\/\n    if (legalModifiers contains modifier)\n      modifier.toSuccess\n    else\n      IllegalModifier(mkSL(m.sp1, m.sp2)).toFailure\n  }\n\n  \/**\n    * Returns an error if `public` is not among the modifiers in `mods`.\n    *\/\n  private def requirePublic(mods: Ast.Modifiers, ident: Name.Ident): Validation[Unit, WeederError] = {\n    if (mods.isPublic) {\n      ().toSuccess\n    } else {\n      WeederError.IllegalPrivateDeclaration(ident, ident.loc).toFailure\n    }\n  }\n\n  \/**\n    * Weeds the given parsed type `tpe`.\n    *\/\n  private def visitType(tpe: ParsedAst.Type): WeededAst.Type = tpe match {\n    case ParsedAst.Type.Unit(sp1, sp2) => WeededAst.Type.Unit(mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Var(sp1, ident, sp2) => WeededAst.Type.Var(ident, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.RigidVar(sp1, ident, sp2) => WeededAst.Type.RigidVar(ident, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Ambiguous(sp1, qname, sp2) => WeededAst.Type.Ambiguous(qname, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Tuple(sp1, elms, sp2) => WeededAst.Type.Tuple(elms.toList.map(visitType), mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Record(sp1, fields, restOpt, sp2) =>\n      val row = buildRecordRow(fields, restOpt, mkSL(sp1, sp2))\n      WeededAst.Type.Record(row, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.RecordRow(sp1, fields, restOpt, sp2) =>\n      buildRecordRow(fields, restOpt, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Schema(sp1, predicates, restOpt, sp2) =>\n      val row = buildSchemaRow(predicates, restOpt, mkSL(sp1, sp2))\n      WeededAst.Type.Schema(row, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.SchemaRow(sp1, predicates, restOpt, sp2) =>\n      buildSchemaRow(predicates, restOpt, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.UnaryPolymorphicArrow(tpe1, tpe2, effOpt, sp2) =>\n      val loc = mkSL(leftMostSourcePosition(tpe1), sp2)\n      val t1 = visitType(tpe1)\n      val t2 = visitType(tpe2)\n      val eff = effOpt match {\n        \/\/ NB: If there is no explicit effect then the arrow is pure.\n        case None => WeededAst.Type.True(loc)\n        case Some(f) => visitType(f)\n      }\n      mkArrow(t1, eff, t2, loc)\n\n    case ParsedAst.Type.PolymorphicArrow(sp1, tparams, tresult, effOpt, sp2) =>\n      val loc = mkSL(sp1, sp2)\n      val ts = tparams.map(visitType)\n      val tr = visitType(tresult)\n      val eff = effOpt match {\n        \/\/ NB: If there is no explicit effect then the arrow is pure.\n        case None => WeededAst.Type.True(loc)\n        case Some(f) => visitType(f)\n      }\n      mkCurriedArrow(ts, eff, tr, loc)\n\n    case ParsedAst.Type.Native(sp1, fqn, sp2) =>\n      WeededAst.Type.Native(fqn.mkString(\".\"), mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Apply(t1, args, sp2) =>\n      \/\/ Curry the type arguments.\n      val sp1 = leftMostSourcePosition(t1)\n      args.foldLeft(visitType(t1)) {\n        case (acc, t2) => WeededAst.Type.Apply(acc, visitType(t2), mkSL(sp1, sp2))\n      }\n\n    case ParsedAst.Type.True(sp1, sp2) =>\n      WeededAst.Type.True(mkSL(sp1, sp2))\n\n    case ParsedAst.Type.False(sp1, sp2) =>\n      WeededAst.Type.False(mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Not(sp1, tpe, sp2) =>\n      val t = visitType(tpe)\n      WeededAst.Type.Not(t, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.And(tpe1, tpe2, sp2) =>\n      val sp1 = leftMostSourcePosition(tpe1)\n      val t1 = visitType(tpe1)\n      val t2 = visitType(tpe2)\n      WeededAst.Type.And(t1, t2, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Or(tpe1, tpe2, sp2) =>\n      val sp1 = leftMostSourcePosition(tpe1)\n      val t1 = visitType(tpe1)\n      val t2 = visitType(tpe2)\n      WeededAst.Type.Or(t1, t2, mkSL(sp1, sp2))\n\n    case ParsedAst.Type.Ascribe(tpe, kind, sp2) =>\n      val sp1 = leftMostSourcePosition(tpe)\n      val t = visitType(tpe)\n      val k = visitKind(kind)\n      WeededAst.Type.Ascribe(t, k, mkSL(sp1, sp2))\n  }\n\n  \/**\n    * Builds a record row from the given fields and optional rest variable.\n    *\/\n  private def buildRecordRow(fields: Seq[RecordFieldType], restOpt: Option[Name.Ident], loc: SourceLocation): WeededAst.Type = {\n    \/\/ If rest is absent, then it is the empty record row\n    val rest = restOpt match {\n      case None => WeededAst.Type.RecordRowEmpty(loc)\n      case Some(name) => WeededAst.Type.Var(name, name.loc)\n    }\n\n    fields.foldRight(rest) {\n      case (ParsedAst.RecordFieldType(ssp1, ident, t, ssp2), acc) =>\n        WeededAst.Type.RecordRowExtend(Name.mkField(ident), visitType(t), acc, mkSL(ssp1, ssp2))\n    }\n  }\n\n  \/**\n    * Builds a schema row from the given predicates and optional rest identifier.\n    *\/\n  private def buildSchemaRow(predicates: Seq[ParsedAst.PredicateType], restOpt: Option[Name.Ident], loc: SourceLocation): WeededAst.Type = {\n    \/\/ If rest is absent, then it is the empty schema row\n    val rest = restOpt match {\n      case None => WeededAst.Type.SchemaRowEmpty(loc)\n      case Some(name) => WeededAst.Type.Var(name, name.loc)\n    }\n\n    predicates.foldRight(rest) {\n      case (ParsedAst.PredicateType.PredicateWithAlias(ssp1, qname, targs, ssp2), acc) =>\n        val ts = targs match {\n          case None => Nil\n          case Some(xs) => xs.map(visitType).toList\n        }\n        WeededAst.Type.SchemaRowExtendByAlias(qname, ts, acc, mkSL(ssp1, ssp2))\n\n      case (ParsedAst.PredicateType.RelPredicateWithTypes(ssp1, name, ts, ssp2), acc) =>\n        WeededAst.Type.SchemaRowExtendByTypes(name, Ast.Denotation.Relational, ts.toList.map(visitType), acc, mkSL(ssp1, ssp2))\n\n      case (ParsedAst.PredicateType.LatPredicateWithTypes(ssp1, name, ts, tpe, ssp2), acc) =>\n        WeededAst.Type.SchemaRowExtendByTypes(name, Ast.Denotation.Latticenal, ts.toList.map(visitType) ::: visitType(tpe) :: Nil, acc, mkSL(ssp1, ssp2))\n    }\n  }\n\n  \/**\n    * Returns an arrow type from `tpe1` to `tpe2` with effect `eff`.\n    *\n    * In other words, the type is of the form `tpe1 ->{eff} tpe2`\n    *\/\n  private def mkArrow(tpe1: WeededAst.Type, eff: WeededAst.Type, tpe2: WeededAst.Type, loc: SourceLocation): WeededAst.Type =\n    WeededAst.Type.Arrow(List(tpe1), eff, tpe2, loc.asSynthetic)\n\n  \/**\n    * Returns a sequence of arrow types type from `tparams` to `tresult` where every arrow is pure except the last which has effect `eff`.\n    *\n    * In other words, the type is of the form `tpe1 ->> tpe2 ->> ... ->{eff} tresult`.\n    *\/\n  private def mkCurriedArrow(tparams: Seq[WeededAst.Type], eff: WeededAst.Type, tresult: WeededAst.Type, loc: SourceLocation): WeededAst.Type = {\n    val l = loc.asSynthetic\n    val base = mkArrow(tparams.last, eff, tresult, l)\n    tparams.init.foldRight(base)(mkArrow(_, WeededAst.Type.True(l), _, l))\n  }\n\n  \/**\n    * Weeds the given parsed optional effect `effOpt`.\n    *\/\n  private def visitEff(effOpt: Option[ParsedAst.Type], loc: SourceLocation)(implicit flix: Flix): Validation[WeededAst.Type, WeederError] = effOpt match {\n    case None => WeededAst.Type.True(loc).toSuccess\n    case Some(tpe) => visitType(tpe).toSuccess\n  }\n\n  \/**\n    * Weeds the given list of formal parameter `fparams`.\n    *\n    * Checks for [[IllegalFormalParameter]] and [[DuplicateFormalParam]].\n    *\/\n  private def visitFormalParams(fparams: Seq[ParsedAst.FormalParam], typeRequired: Boolean): Validation[List[WeededAst.FormalParam], WeederError] = {\n    \/\/\n    \/\/ Special Case: Check if no formal parameters are present. If so, introduce a unit parameter.\n    \/\/\n    if (fparams.isEmpty) {\n      val sp1 = SourcePosition.Unknown\n      val sp2 = SourcePosition.Unknown\n      val loc = mkSL(sp1, sp2)\n      val ident = Name.Ident(sp1, \"_unit\", sp2)\n      val tpe = Some(WeededAst.Type.Unit(loc))\n      return List(WeededAst.FormalParam(ident, Ast.Modifiers.Empty, tpe, loc)).toSuccess\n    }\n\n    val seen = mutable.Map.empty[String, ParsedAst.FormalParam]\n\n    traverse(fparams) {\n      case param@ParsedAst.FormalParam(sp1, mods, ident, typeOpt, sp2) => seen.get(ident.name) match {\n        case None =>\n          if (!ident.name.startsWith(\"_\")) {\n            \/\/ Wildcards cannot be duplicate.\n            seen += (ident.name -> param)\n          }\n\n          visitModifiers(mods, legalModifiers = Set(Ast.Modifier.Scoped)) flatMap {\n            case mod =>\n              if (typeRequired && typeOpt.isEmpty)\n                IllegalFormalParameter(ident.name, mkSL(sp1, sp2)).toFailure\n              else\n                WeededAst.FormalParam(ident, mod, typeOpt.map(visitType), mkSL(sp1, sp2)).toSuccess\n          }\n        case Some(otherParam) =>\n          val name = ident.name\n          val loc1 = mkSL(otherParam.sp1, otherParam.sp2)\n          val loc2 = mkSL(param.sp1, param.sp2)\n          Failure(LazyList(\n            \/\/ NB: We report an error at both source locations.\n            DuplicateFormalParam(name, loc1, loc2),\n            DuplicateFormalParam(name, loc2, loc1)\n          ))\n      }\n    }\n  }\n\n  \/**\n    * Weeds the given documentation.\n    *\/\n  private def visitDoc(doc0: ParsedAst.Doc): Ast.Doc = {\n    val trimmedLines = doc0.lines.map(_.trim)\n    val trimmedBeginning = trimmedLines.dropWhile(_ == \"\")\n    val trimmedEnd = trimmedBeginning.reverse.dropWhile(_ == \"\").reverse\n    Ast.Doc(trimmedEnd.toList, mkSL(doc0.sp1, doc0.sp2))\n  }\n\n  \/**\n    * Weeds the given type parameters `tparams0`.\n    *\/\n  private def visitTypeParams(tparams0: ParsedAst.TypeParams): Validation[WeededAst.TypeParams, WeederError] = tparams0 match {\n    case ParsedAst.TypeParams.Elided => WeededAst.TypeParams.Elided.toSuccess\n    case ParsedAst.TypeParams.Explicit(tparams) =>\n      val newTparams = tparams.map(visitTypeParam)\n      val kindedTypeParams = newTparams.collect { case t: WeededAst.TypeParam.Kinded => t }\n      val unkindedTypeParams = newTparams.collect { case t: WeededAst.TypeParam.Unkinded => t }\n      (kindedTypeParams, unkindedTypeParams) match {\n        \/\/ Case 1: only unkinded type parameters\n        case (Nil, _ :: _) => WeededAst.TypeParams.Unkinded(unkindedTypeParams).toSuccess\n        \/\/ Case 2: only kinded type parameters\n        case (_ :: _, Nil) => WeededAst.TypeParams.Kinded(kindedTypeParams).toSuccess\n        \/\/ Case 3: some unkinded and some kinded\n        case (_ :: _, _ :: _) =>\n          val loc = mkSL(tparams.head.sp1, tparams.last.sp2)\n          WeederError.InconsistentTypeParameters(loc).toFailure\n        \/\/ Case 4: no type parameters: should be prevented by parser\n        case (Nil, Nil) => throw InternalCompilerException(\"Unexpected empty type parameters.\")\n      }\n  }\n\n  \/**\n    * Weeds the type params, requiring that they be explicitly kinded.\n    *\/\n  private def visitKindedTypeParams(tparams0: ParsedAst.TypeParams): Validation[WeededAst.KindedTypeParams, WeederError] = tparams0 match {\n    case ParsedAst.TypeParams.Elided => WeededAst.TypeParams.Elided.toSuccess\n    case ParsedAst.TypeParams.Explicit(tparams) =>\n      val newTparams = tparams.map(visitTypeParam)\n      val kindedTypeParams = newTparams.collect { case t: WeededAst.TypeParam.Kinded => t }\n      val unkindedTypeParams = newTparams.collect { case t: WeededAst.TypeParam.Unkinded => t }\n      (kindedTypeParams, unkindedTypeParams) match {\n        \/\/ Case 1: some unkinded type params\n        case (_, _ :: _) =>\n          val loc = mkSL(tparams.head.sp1, tparams.last.sp2)\n          WeederError.UnkindedTypeParameters(loc).toFailure\n        \/\/ Case 2: only kinded type parameters\n        case (_ :: _, Nil) => WeededAst.TypeParams.Kinded(kindedTypeParams).toSuccess\n        \/\/ Case 3: no type parameters: should be prevented by parser\n        case (Nil, Nil) => throw InternalCompilerException(\"Unexpected empty type parameters.\")\n      }\n  }\n\n  \/**\n    * Weeds the given type param `tparam`.\n    *\/\n  private def visitTypeParam(tparam0: ParsedAst.TypeParam): WeededAst.TypeParam = tparam0 match {\n    case ParsedAst.TypeParam(_, ident, kind0, _) =>\n      kind0.map(visitKind) match {\n        case None => WeededAst.TypeParam.Unkinded(ident)\n        case Some(kind) => WeededAst.TypeParam.Kinded(ident, kind)\n      }\n  }\n\n  \/**\n    * Weeds the given kind `kind`.\n    *\/\n  private def visitKind(kind: ParsedAst.Kind): Kind = kind match {\n    case ParsedAst.Kind.Star(_, _) => Kind.Star\n    case ParsedAst.Kind.Bool(_, _) => Kind.Bool\n    case ParsedAst.Kind.RecordRow(_, _) => Kind.RecordRow\n    case ParsedAst.Kind.SchemaRow(_, _) => Kind.SchemaRow\n    case ParsedAst.Kind.Predicate(_, _) => Kind.Predicate\n    case ParsedAst.Kind.Arrow(k1, k2, _) => Kind.Arrow(visitKind(k1), visitKind(k2))\n  }\n\n  \/**\n    * Weeds the given type constraint `tconstr`.\n    *\/\n  private def visitTypeConstraint(tconstr: ParsedAst.TypeConstraint): Validation[WeededAst.TypeConstraint, WeederError] = tconstr match {\n    case ParsedAst.TypeConstraint(sp1, clazz, tparam0, sp2) =>\n      val tpe = visitType(tparam0)\n      if (isAllVars(tpe)) {\n        WeededAst.TypeConstraint(clazz, tpe, mkSL(sp1, sp2)).toSuccess\n      } else {\n        WeederError.IllegalTypeConstraintParameter(mkSL(sp1, sp2)).toFailure\n      }\n  }\n\n  \/**\n    * Returns true iff the type is composed only of type variables possibly applied to other type variables.\n    *\/\n  private def isAllVars(tpe: WeededAst.Type): Boolean = tpe match {\n    case _: WeededAst.Type.Var => true\n    case WeededAst.Type.Apply(tpe1, tpe2, _) => isAllVars(tpe1) && isAllVars(tpe2)\n    case _ => false\n  }\n\n  \/**\n    * Returns an apply expression for the given fully-qualified name `fqn` and the given arguments `args`.\n    *\/\n  private def mkApplyFqn(fqn: String, args: List[WeededAst.Expression], loc: SourceLocation): WeededAst.Expression = {\n    val l = loc.asSynthetic\n    val lambda = WeededAst.Expression.DefOrSig(Name.mkQName(fqn), l)\n    WeededAst.Expression.Apply(lambda, args, l)\n  }\n\n  \/**\n    * Returns a curried version of the given expression `e` for each formal parameter in `fparams0`.\n    *\/\n  private def mkCurried(fparams0: List[WeededAst.FormalParam], e: WeededAst.Expression, loc: SourceLocation): WeededAst.Expression = {\n    val l = loc.asSynthetic\n    fparams0.foldRight(e) {\n      case (fparam, acc) => WeededAst.Expression.Lambda(fparam, acc, l)\n    }\n  }\n\n  \/**\n    * Returns the list of expressions `args0` unless the list is empty.\n    *\n    * If so, returns a list with a single unit expression.\n    *\/\n  private def getArguments(args0: List[WeededAst.Expression], loc: SourceLocation): List[WeededAst.Expression] = {\n    val l = loc.asSynthetic\n    args0 match {\n      case Nil => List(WeededAst.Expression.Unit(l))\n      case as => as\n    }\n  }\n\n  \/**\n    * Returns the given expression `exp0` optionally wrapped in a type ascription if `tpe0` is `Some`.\n    *\/\n  private def withAscription(exp0: WeededAst.Expression, tpe0: Option[ParsedAst.Type])(implicit flix: Flix): WeededAst.Expression = {\n    val l = exp0.loc.asSynthetic\n    tpe0 match {\n      case None => exp0\n      case Some(t) => WeededAst.Expression.Ascribe(exp0, Some(visitType(t)), None, l)\n    }\n  }\n\n  \/**\n    * Removes underscores from the given string of digits.\n    *\/\n  private def stripUnderscores(digits: String): String = {\n    digits.filterNot(_ == '_')\n  }\n\n  \/**\n    * Attempts to parse the given float32 with `sign` digits `before` and `after` the comma.\n    *\/\n  private def toFloat32(sign: Boolean, before: String, after: String, loc: SourceLocation): Validation[Float, WeederError] = try {\n    val s = if (sign) s\"-$before.$after\" else s\"$before.$after\"\n    stripUnderscores(s).toFloat.toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalFloat(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given float64 with `sign` digits `before` and `after` the comma.\n    *\/\n  private def toFloat64(sign: Boolean, before: String, after: String, loc: SourceLocation): Validation[Double, WeederError] = try {\n    val s = if (sign) s\"-$before.$after\" else s\"$before.$after\"\n    stripUnderscores(s).toDouble.toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalFloat(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given int8 with `sign` and `digits`.\n    *\/\n  private def toInt8(sign: Boolean, radix: Int, digits: String, loc: SourceLocation): Validation[Byte, WeederError] = try {\n    val s = if (sign) \"-\" + digits else digits\n    JByte.parseByte(stripUnderscores(s), radix).toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalInt(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given int16 with `sign` and `digits`.\n    *\/\n  private def toInt16(sign: Boolean, radix: Int, digits: String, loc: SourceLocation): Validation[Short, WeederError] = try {\n    val s = if (sign) \"-\" + digits else digits\n    JShort.parseShort(stripUnderscores(s), radix).toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalInt(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given int32 with `sign` and `digits`.\n    *\/\n  private def toInt32(sign: Boolean, radix: Int, digits: String, loc: SourceLocation): Validation[Int, WeederError] = try {\n    val s = if (sign) \"-\" + digits else digits\n    JInt.parseInt(stripUnderscores(s), radix).toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalInt(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given int64 with `sign` and `digits`.\n    *\/\n  private def toInt64(sign: Boolean, radix: Int, digits: String, loc: SourceLocation): Validation[Long, WeederError] = try {\n    val s = if (sign) \"-\" + digits else digits\n    JLong.parseLong(stripUnderscores(s), radix).toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalInt(loc).toFailure\n  }\n\n  \/**\n    * Attempts to parse the given BigInt with `sign` and `digits`.\n    *\/\n  private def toBigInt(sign: Boolean, radix: Int, digits: String, loc: SourceLocation): Validation[BigInteger, WeederError] = try {\n    val s = if (sign) \"-\" + digits else digits\n    new BigInteger(stripUnderscores(s), radix).toSuccess\n  } catch {\n    case _: NumberFormatException => IllegalInt(loc).toFailure\n  }\n\n  \/**\n    * Alias for SourceLocation.mk\n    *\/\n  private def mkSL(sp1: SourcePosition, sp2: SourcePosition): SourceLocation = SourceLocation.mk(sp1, sp2)\n\n  \/**\n    * Returns the left most source position in the sub-tree of the expression `e`.\n    *\/\n  @tailrec\n  private def leftMostSourcePosition(e: ParsedAst.Expression): SourcePosition = e match {\n    case ParsedAst.Expression.SName(sp1, _, _) => sp1\n    case ParsedAst.Expression.QName(sp1, _, _) => sp1\n    case ParsedAst.Expression.Hole(sp1, _, _) => sp1\n    case ParsedAst.Expression.Use(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Lit(sp1, _, _) => sp1\n    case ParsedAst.Expression.Intrinsic(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Apply(e1, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.Infix(e1, _, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.Lambda(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.LambdaMatch(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Unary(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Binary(e1, _, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.IfThenElse(sp1, _, _, _, _) => sp1\n    case ParsedAst.Expression.Stm(e1, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.LetMatch(sp1, _, _, _, _, _, _) => sp1\n    case ParsedAst.Expression.LetMatchStar(sp1, _, _, _, _, _) => sp1\n    case ParsedAst.Expression.LetRecDef(sp1, _, _, _, _, _) => sp1\n    case ParsedAst.Expression.LetImport(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.LetRegion(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Match(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Choose(sp1, _, _, _, _) => sp1\n    case ParsedAst.Expression.Tag(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Tuple(sp1, _, _) => sp1\n    case ParsedAst.Expression.RecordLit(sp1, _, _) => sp1\n    case ParsedAst.Expression.RecordSelect(base, _, _) => leftMostSourcePosition(base)\n    case ParsedAst.Expression.RecordSelectLambda(sp1, _, _) => sp1\n    case ParsedAst.Expression.RecordOperation(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.ArrayLit(sp1, _, _) => sp1\n    case ParsedAst.Expression.ArrayNew(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.ArrayLoad(base, _, _) => leftMostSourcePosition(base)\n    case ParsedAst.Expression.ArrayStore(base, _, _, _) => leftMostSourcePosition(base)\n    case ParsedAst.Expression.ArraySlice(base, _, _, _) => leftMostSourcePosition(base)\n    case ParsedAst.Expression.FNil(sp1, _) => sp1\n    case ParsedAst.Expression.FCons(hd, _, _, _) => leftMostSourcePosition(hd)\n    case ParsedAst.Expression.FAppend(fst, _, _, _) => leftMostSourcePosition(fst)\n    case ParsedAst.Expression.FSet(sp1, _, _) => sp1\n    case ParsedAst.Expression.FMap(sp1, _, _) => sp1\n    case ParsedAst.Expression.Interpolation(sp1, _, _) => sp1\n    case ParsedAst.Expression.Ref(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Deref(sp1, _, _) => sp1\n    case ParsedAst.Expression.Assign(e1, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.Ascribe(e1, _, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.Cast(e1, _, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.TryCatch(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.NewChannel(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.GetChannel(sp1, _, _) => sp1\n    case ParsedAst.Expression.PutChannel(e1, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.SelectChannel(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.Spawn(sp1, _, _) => sp1\n    case ParsedAst.Expression.Lazy(sp1, _, _) => sp1\n    case ParsedAst.Expression.Force(sp1, _, _) => sp1\n    case ParsedAst.Expression.FixpointConstraint(sp1, _, _) => sp1\n    case ParsedAst.Expression.FixpointConstraintSet(sp1, _, _) => sp1\n    case ParsedAst.Expression.FixpointCompose(e1, _, _) => leftMostSourcePosition(e1)\n    case ParsedAst.Expression.FixpointProjectInto(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.FixpointSolveWithProject(sp1, _, _, _) => sp1\n    case ParsedAst.Expression.FixpointQueryWithSelect(sp1, _, _, _, _, _) => sp1\n    case ParsedAst.Expression.Reify(sp1, _, _) => sp1\n    case ParsedAst.Expression.ReifyBool(sp1, _, _) => sp1\n    case ParsedAst.Expression.ReifyType(sp1, _, _) => sp1\n    case ParsedAst.Expression.ReifyEff(sp1, _, _, _, _, _) => sp1\n  }\n\n  \/**\n    * Returns the left most source position in the sub-tree of the type `tpe`.\n    *\/\n  @tailrec\n  private def leftMostSourcePosition(tpe: ParsedAst.Type): SourcePosition = tpe match {\n    case ParsedAst.Type.Unit(sp1, _) => sp1\n    case ParsedAst.Type.Var(sp1, _, _) => sp1\n    case ParsedAst.Type.RigidVar(sp1, _, _) => sp1\n    case ParsedAst.Type.Ambiguous(sp1, _, _) => sp1\n    case ParsedAst.Type.Tuple(sp1, _, _) => sp1\n    case ParsedAst.Type.Record(sp1, _, _, _) => sp1\n    case ParsedAst.Type.RecordRow(sp1, _, _, _) => sp1\n    case ParsedAst.Type.Schema(sp1, _, _, _) => sp1\n    case ParsedAst.Type.SchemaRow(sp1, _, _, _) => sp1\n    case ParsedAst.Type.UnaryPolymorphicArrow(tpe1, _, _, _) => leftMostSourcePosition(tpe1)\n    case ParsedAst.Type.PolymorphicArrow(sp1, _, _, _, _) => sp1\n    case ParsedAst.Type.Native(sp1, _, _) => sp1\n    case ParsedAst.Type.Apply(tpe1, _, _) => leftMostSourcePosition(tpe1)\n    case ParsedAst.Type.True(sp1, _) => sp1\n    case ParsedAst.Type.False(sp1, _) => sp1\n    case ParsedAst.Type.Not(sp1, _, _) => sp1\n    case ParsedAst.Type.And(tpe1, _, _) => leftMostSourcePosition(tpe1)\n    case ParsedAst.Type.Or(tpe1, _, _) => leftMostSourcePosition(tpe1)\n    case ParsedAst.Type.Ascribe(tpe, _, _) => leftMostSourcePosition(tpe)\n  }\n\n  \/**\n    * Returns the left most source position in the sub-tree of the kind `kind`.\n    *\/\n  @tailrec\n  private def leftMostSourcePosition(kind: ParsedAst.Kind): SourcePosition = kind match {\n    case ParsedAst.Kind.Star(sp1, _) => sp1\n    case ParsedAst.Kind.Bool(sp1, _) => sp1\n    case ParsedAst.Kind.RecordRow(sp1, _) => sp1\n    case ParsedAst.Kind.SchemaRow(sp1, _) => sp1\n    case ParsedAst.Kind.Predicate(sp1, _) => sp1\n    case ParsedAst.Kind.Arrow(k1, _, _) => leftMostSourcePosition(k1)\n  }\n\n  \/**\n    * Re-interprets the given fully-qualified name `qname0` as an optionally fully-qualified type name followed by a tag name.\n    *\n    * For example,\n    * -   the name `Foo` is re-interpreted as the tag name `Foo`.\n    * -   the name `Foo.Bar` is re-interpreted as the type name `Foo` and the tag name `Bar`.\n    * -   the name `Foo\/Bar\/Baz.Qux` is re-interpreted as the type name `Foo\/Bar.Baz` and the tag name `Qux`.\n    *\/\n  private def asTag(qname0: Name.QName): (Option[Name.QName], Name.Ident) = {\n    \/\/ The tag name is the last identifier in the qualified name.\n    val tagName = qname0.ident\n    \/\/ Check if there is a namespace.\n    if (qname0.namespace.isRoot) {\n      \/\/ No namespace, simply return the tag name.\n      (None, tagName)\n    } else {\n      \/\/ Translates the name `Foo\/Bar\/Baz.Qux` into the name `Foo\/Bar.Baz`.\n      val nname = Name.NName(qname0.sp1, qname0.namespace.idents.init, qname0.sp2)\n      val ident = qname0.namespace.idents.last\n      val qname = Name.QName(qname0.sp1, nname, ident, qname0.sp2)\n      (Some(qname), tagName)\n    }\n  }\n\n  \/**\n    * Returns the class and member name constructed from the given fully-qualified name `fqn`.\n    *\/\n  private def parseClassAndMember(fqn: Seq[String], loc: SourceLocation): Validation[(String, String), WeederError] = {\n    \/\/ Ensure that the fqn has at least two components.\n    if (fqn.length == 1) {\n      return WeederError.IllegalJvmFieldOrMethodName(loc).toFailure\n    }\n\n    \/\/ Compute the class and member name.\n    val className = fqn.dropRight(1).mkString(\".\")\n    val memberName = fqn.last\n\n    (className, memberName).toSuccess\n  }\n\n}\n"}
{"repo_name":"kalebinn\/dbnd","path":"examples\/src\/dbnd_examples\/dbnd_spark\/spark_deequ_sbt\/build.sbt","text":"<gh_stars>0\nval databandVersion = \"0.33.3\"\nresolvers += \"Databand Maven Repository\" at \"https:\/\/dbnd-dev-maven-repository.s3.us-east-2.amazonaws.com\"\n\nThisBuild \/ scalaVersion := \"2.12.8\"\nThisBuild \/ version := databandVersion\nThisBuild \/ organization := \"ai.databand\"\nThisBuild \/ organizationName := \"databand\"\n\nlazy val root = (project in file(\".\"))\n    .settings(\n        name := \"spark_deequ_sbt\",\n        libraryDependencies ++= Seq(\n            \"ai.databand\" % \"dbnd-api-deequ\" % databandVersion,\n            \"org.slf4j\" % \"slf4j-api\" % \"1.7.16\",\n            \"org.apache.spark\" %% \"spark-sql\" % \"2.4.2\" % \"provided\"\n        ),\n        mainClass in Compile := Some(\"ai.databand.examples.Showcase\")\n    )\n\nassemblyJarName in assembly := \"spark_deequ_sbt-assembly-latest.jar\"\n"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/sdk\/LDAPConnection.scala","text":"<filename>src\/main\/scala\/com\/normation\/ldap\/sdk\/LDAPConnection.scala\n\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.sdk\n\nimport com.unboundid.ldap.sdk.{\n  Entry,DN,RDN,Attribute,Filter,\n  ResultCode,LDAPResult => UnboundidLDAPResult,\n  LDAPSearchException,LDAPException,ReadOnlyLDAPRequest,\n  Modification,SearchRequest,DeleteRequest,ModifyRequest,AddRequest,ModifyDNRequest\n}\nimport ResultCode._\nimport com.unboundid.ldif.LDIFChangeRecord\nimport com.normation.ldap.ldif.{LDIFFileLogger,LDIFNoopChangeRecord}\nimport net.liftweb.common.{Box,Full,Empty,Failure,ParamFailure}\nimport scala.collection.JavaConversions._\nimport com.normation.utils.Control.sequence\n\n\ntrait ReadOnlyEntryLDAPConnection {\n\n  \/**\n   * Most generic search request, which allows to use controls\n   * and other advanced operation.\n   * @param sr\n   *   SearchRequest object which define the search operation\n   *   to send to LDAP directory\n   * @return\n   *   The sequence of entries matching SearchRequest.\n   *\/\n  def search(sr:SearchRequest) : Seq[LDAPEntry]\n\n  \/**\n   * Retrieve entry with given 'dn', optionally restricting\n   * entry's attribute set to attribute with name in the\n   * 'attributes' parameter.\n   * @param dn\n   *   DN of the entry to retrieve\n   * @param attributes\n   *   Only retrieve attributes on that list in the entry.\n   *   Let empty to retrieve all attributes.\n   * @return\n   *   Full(entry) if the entry exists,\n   *   Empty if no such entry exists\n   *   Failure(message) if something bad happened\n   *\/\n  def get(dn:DN, attributes:String*) : Box[LDAPEntry]\n\n  \/**\n   * A search with commonly used parameters\n   * @param baseDn\n   *   The base DN from which the search has to be started\n   * @param scope\n   *   Scope of the search (base, one level, subtree)\n   * @param filter\n   *   Filter to use to decide if an entry should be returned\n   * @param attributes\n   *   If non-empty, for each returned entry, only retrieve\n   *   attributes in the list.\n   *   Otherwise, retrieve all attributes of all entries.\n   * @return\n   *   The sequence of entries matching search request parameters.\n   *\/\n  def search(baseDn:DN, scope:SearchScope, filter:Filter, attributes:String*) : Seq[LDAPEntry] = {\n    search(new SearchRequest(baseDn.toString, scope, filter, attributes:_*))\n  }\n\n  \/**\n   * Search for one entry which is:\n   * - a direct children of a base DN\n   * - match the filter\n   *\n   * Only one entry is returned at max. If the\n   * filter match several entries under base DN,\n   * one will be pick at random.\n   *\n   * @param baseDn\n   *   Root of the search: we are looking for one of\n   *   its children\n   * @param filter\n   *   Filter to use to choose from children of base DN entry\n   * @param attributes\n   *   If non empty, only retrieve attribute from that list.\n   *   Else, retrieve all attributes.\n   * @return\n   *   Full(entry) if an entry matching filter is found in\n   *     base DN entry's children\n   *   Failure(message) if something goes wrong\n   *   Empty otherwise\n   *\/\n  def get(baseDn:DN, filter:Filter, attributes:String*) : Box[LDAPEntry] = {\n    searchOne(baseDn, filter, attributes:_*) match {\n      case buf if(buf.isEmpty) => Empty\n      case buf => Full(buf(0))\n    }\n  }\n\n  \/**\n   * Test existence of the given entry.\n   * Of course, as LDAP is not a transactionnal datasource,\n   * result is only valid for the time when directory\n   * gave the answer.\n   *\n   * @param dn\n   *   DN of the entry to test for existence\n   * @return\n   *   True if the entry exists, false otherwise.\n   *\/\n  def exists(dn:DN) : Boolean = get(dn, \"1.1\").isDefined\n\n  \/**\n   * Search method restricted to scope = One level\n   * @see search\n   * @param baseDn\n   *   The base DN from which the search has to be started\n   * @param filter\n   *   Filter to use to decide if an entry should be returned\n   * @param attributes\n   *   If non-empty, for each returned entry, only retrieve\n   *   attributes in the list.\n   *   Otherwise, retrieve all attributes of all entries.\n   * @return\n   *   The sequence of entries matching search request parameters.\n   *\/\n  def searchOne(baseDn:DN,filter:Filter, attributes:String*) : Seq[LDAPEntry] = search(baseDn,One,filter,attributes:_*)\n\n  \/**\n   * Search method restricted to scope = SubTree\n   * @see search\n   * @param baseDn\n   *   The base DN from which the search has to be started\n   * @param filter\n   *   Filter to use to decide if an entry should be returned\n   * @param attributes\n   *   If non-empty, for each returned entry, only retrieve\n   *   attributes in the list.\n   *   Otherwise, retrieve all attributes of all entries.\n   * @return\n   *   The sequence of entries matching search request parameters.\n   *\/\n  def searchSub(baseDn:DN,filter:Filter, attributes:String*) : Seq[LDAPEntry] = search(baseDn,Sub,filter,attributes:_*)\n}\n\ntrait WriteOnlyEntryLDAPConnection {\n\n  \/**\n   * Execute a plain modification.\n   * Return the actual modification executed if success,\n   * the error in other case.\n   *\/\n  def modify(dn:DN, modifications:Modification*) : Box[LDIFChangeRecord]\n\n  \/**\n   * Move entry with given dn to new parent.\n   * @param dn\n   *   Entry's DN to move\n   * @param newParentDn\n   *   New parent's DN\n   * @parem newRDN\n   *   Optionnaly change the RDN of the entry.\n   * @return\n   *   Full[Seq(ldifChangeRecord)] if the operation is successful\n   *   Empty or Failure if an error occurred.\n   *\/\n  def move(dn:DN,newParentDn:DN, newRDN:Option[RDN] = None) : Box[LDIFChangeRecord]\n\n  \/**\n   * Save an LDAP entry.\n   * The semantic of a save is complex:\n   * - by default, it only update attributes in LDAP entry.\n   *   That means that if entry in the directory has (a,b,c) attribute, and entry has only (a,b),\n   *   then c won't be remove nor updated in LDAP\n   * - attribute with no values are removed\n   *   That means that if entry has attribute 'a' with no value, attribute 'a' will be removed in LDAP directory\n   * - if \"removeMissing\" is set to true, then missing attribute in entry are marked to be removd (most of the time,\n   *   it's not what you want).\n   *   WARNING: the RDN attribute is always ignored. You can only change it with the <code>move<\/move> method\n   * - if \"removeMissing\" is set to true, you can still keep some attribute enumerated here. If removeMissing is false,\n   *   that parameter is ignored.\n   *\/\n  def save(entry : LDAPEntry, removeMissingAttributes:Boolean=false, forceKeepMissingAttributes:Seq[String] = Seq()) : Box[LDIFChangeRecord]\n\n  \/**\n   * Delete entry at the given DN\n   * If recurse is set to true (default), delete all entry's children before\n   * deleting entry.\n   * If recurse is set to false, the entry must have zero child to be\n   * allowed to be deleted.\n   *\n   * If no entry has the given DN, nothing is done.\n   *\/\n  def delete(dn:DN, recurse:Boolean = true) : Box[Seq[LDIFChangeRecord]]\n\n}\n\ntrait ReadOnlyTreeLDAPConnection {\n  \/**\n   * Retrieve the full sub-tree of entries where the root\n   * entry is the one with given 'dn'\n   * All entries of the subtree are retrieved, and for\n   * each of them, all attributes are retrieved.\n   * BE CAREFULL: the result may be HUGE.\n   * @param dn\n   *   DN of the root entry for the sub-tree to retrieve\n   * @return\n   *   Full(LDAPTree) if the root entry exists and the command\n   *     succeeded\n   *   Empty if no entry has the given DN\n   *   Failure(message) if something goes wrong.\n   *\/\n  def getTree(dn:DN) : Box[LDAPTree]\n}\n\ntrait WriteOnlyTreeLDAPConnection {\n  \/**\n   * Save the full LDAPTree given in argument.\n   *\n   * TODO: specify behaviour.\n   *\n   * @param tree\n   * @param deleteRemoved\n   * @return\n   *\/\n  def saveTree(tree:LDAPTree, deleteRemoved:Boolean=false) : Box[Seq[LDIFChangeRecord]]\n}\n\n\/**\n * Trait that specify that the LDAPConnection is\n * backed by an UnboundID LDAPConnection object.\n * This object may be used to access to methods\n * not supported by LDAPConnection Scala API\n *\/\ntrait UnboundidBackendLDAPConnection {\n  \/**\n   * Access to the backed UnboundID LDAPConnection object,\n   * if one need to do operation not covered by Scala API.\n   *\n   * @return\n   *   LDAPConnection object used in back-end.\n   *\/\n  def backed : UnboundidLDAPConnection\n\n  \/**\n   * Close that LDAPConnection\n   *\/\n  def close() : Unit = backed.close()\n\n}\n\nobject RoLDAPConnection {\n  import ResultCode._\n  \/**\n   * Default error on which we don't want to throw an exception\n   * but only log a message for Search operation\n   *\/\n  def onlyReportOnSearch(errorCode:ResultCode) : Boolean = {\n    errorCode match {\n      case TIME_LIMIT_EXCEEDED |\n        SIZE_LIMIT_EXCEEDED => true\n      case _ => false\n    }\n  }\n}\n\n\nsealed class RoLDAPConnection(\n  override val backed : UnboundidLDAPConnection,\n  val ldifFileLogger : LDIFFileLogger,\n  val onlyReportOnSearch: ResultCode => Boolean = RoLDAPConnection.onlyReportOnSearch\n) extends\n  UnboundidBackendLDAPConnection with\n  ReadOnlyEntryLDAPConnection with\n  ReadOnlyTreeLDAPConnection {\n\n  import org.slf4j.{Logger, LoggerFactory}\n  val logger = LoggerFactory.getLogger(classOf[RoLDAPConnection])\n\n  \/*\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   * \/\/ Read\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   *\/\n\n  override def search(sr:SearchRequest) : Seq[LDAPEntry] = {\n    try {\n      backed.search(sr).getSearchEntries.map(e => LDAPEntry(e.getDN,e.getAttributes))\n    } catch {\n      case e:LDAPSearchException if(onlyReportOnSearch(e.getResultCode)) =>\n        logger.error(\"Ignored execption (configured to be ignored)\",e)\n        e.getSearchEntries().map(e => LDAPEntry(e.getDN,e.getAttributes))\n    }\n  }\n\n  override def get(dn:DN, attributes:String*) : Box[LDAPEntry] = {\n    {\n      if(attributes.size == 0) backed.getEntry(dn.toString)\n      else backed.getEntry(dn.toString, attributes:_*)\n    } match {\n      case null => Empty\n      case r => Full(LDAPEntry(r.getDN, r.getAttributes))\n    }\n  }\n\n  \/*\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   * \/\/ Read Tree\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   *\/\n\n  override def getTree(dn:DN) : Box[LDAPTree] = {\n    try {\n      val all = backed.search(dn.toString,Sub,BuildFilter.ALL)\n      if(all.getEntryCount() > 0) {\n        \/\/build the tree\n        val tree = LDAPTree(all.getSearchEntries.map(x => LDAPEntry(x)))\n        tree\n      } else Empty\n    } catch {\n      \/\/a no such object error simply means that the required LDAP tree is not in the directory\n      case e:LDAPSearchException if(NO_SUCH_OBJECT == e.getResultCode) => Empty\n      case e:LDAPException => Failure(s\"Can not get tree '${dn}': ${e.getMessage}\", Full(e), Empty)\n    }\n  }\n}\n\nobject RwLDAPConnection {\n  import ResultCode._\n\n  \/**\n   * Default error on which we don't want to throw an exception\n   * but only log a message for Add operation\n   *\/\n  def onlyReportOnAdd(errorCode:ResultCode) : Boolean = {\n    errorCode match {\n      case NO_SUCH_ATTRIBUTE |\n           UNDEFINED_ATTRIBUTE_TYPE |\n           ATTRIBUTE_OR_VALUE_EXISTS |\n           INVALID_ATTRIBUTE_SYNTAX |\n           NO_SUCH_OBJECT |\n           INVALID_DN_SYNTAX |\n           ENTRY_ALREADY_EXISTS |\n           ENCODING_ERROR => true\n      case _ => false\n    }\n  }\n\n  \/**\n   * Default error on which we don't want to throw an exception\n   * but only log a message for Delete operation\n   *\/\n  def onlyReportOnDelete(errorCode:ResultCode) : Boolean = onlyReportOnAdd(errorCode)\n\n  \/**\n   * Default error on which we don't want to throw an exception\n   * but only log a message for Modify operation\n   *\/\n  def onlyReportOnModify(errorCode:ResultCode) : Boolean = {\n    errorCode match {\n      case NO_SUCH_ATTRIBUTE |\n           UNDEFINED_ATTRIBUTE_TYPE |\n           ATTRIBUTE_OR_VALUE_EXISTS |\n           INVALID_ATTRIBUTE_SYNTAX |\n           INVALID_DN_SYNTAX |\n           ENTRY_ALREADY_EXISTS |\n           ENCODING_ERROR => true\n      case _ => false\n    }\n  }\n\n  \/**\n   * Default error on which we don't want to throw an exception\n   * but only log a message for ModifyDN operation\n   *\/\n  def onlyReportOnModifyDN(errorCode:ResultCode) : Boolean = onlyReportOnModify(errorCode)\n}\n\n\/**\n *\n * LDAPConnection is the media to talk with the\n * LDAP directory.\n *\n * It's not here that connection properties and creation are\n * deals with. For that, look to <code>LDAPConnectionProvider<\/code>\n *\n * Main interaction are:\n * - get : optionally retrieve an entry\n * - search : retrieve entries based on a search request\n * - save : modify entry attributes (not the dn\/rdn one)\n * - delete : delete a tree (or only one entry)\n * - getTree : retrieve a subtree\n * - move : change the dn of an entry\n *\n * @parameter backed\n *   UnboundID LDAPConnection to use to actually execute commands\n *\n * @parameter onlyReportOn*\n *   Methods that decide if such an error ResultCode should\n *   throw an exception (and probably kill the connection) or\n *   if the error only has to be logged.\n *   Typically, you want to throw an exception on error like\n *   \"the directory is not available\", and only get an error\n *   message (and report it to the user) on \"the attribute value\n *   you tried to save is not valid for that entry\".\n *\/\nclass RwLDAPConnection(\n  override val backed : UnboundidLDAPConnection,\n  override val ldifFileLogger : LDIFFileLogger,\n  onlyReportOnAdd: ResultCode => Boolean = RwLDAPConnection.onlyReportOnAdd,\n  onlyReportOnModify: ResultCode => Boolean = RwLDAPConnection.onlyReportOnModify,\n  onlyReportOnModifyDN: ResultCode => Boolean = RwLDAPConnection.onlyReportOnModifyDN,\n  onlyReportOnDelete: ResultCode => Boolean = RwLDAPConnection.onlyReportOnDelete,\n  override val onlyReportOnSearch: ResultCode => Boolean = RoLDAPConnection.onlyReportOnSearch\n) extends\n  RoLDAPConnection(backed, ldifFileLogger, onlyReportOnSearch) with\n  WriteOnlyEntryLDAPConnection with\n  WriteOnlyTreeLDAPConnection\n{\n\n  import org.slf4j.{Logger, LoggerFactory}\n  override val logger = LoggerFactory.getLogger(classOf[RwLDAPConnection])\n\n  \/**\n   * Ask the directory if it knows how to\n   * delete full sub-tree in one command.\n   *\/\n  private lazy val canDeleteTree : Boolean = {\n    try {\n      backed.getRootDSE.supportsControl(com.unboundid.ldap.sdk.controls.SubtreeDeleteRequestControl.SUBTREE_DELETE_REQUEST_OID)\n    } catch {\n      case e: LDAPException =>\n        logger.debug(\"Can not know if the LDAP server support recursive subtree delete request control, supposing not. Exception was: \" + e.getMessage())\n        false\n    }\n  }\n\n\n\n  \/*\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   * \/\/ Write\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   *\/\n\n  \/**\n   * Generic method that apply a sequence of modification to a directory.\n   * It can trace the full list of queries and handle result code.\n   * @parameter MOD\n   *   The modification request type\n   * @parameter MOD => LDIFChangeRecord\n   *   The method to call to transform a modification request of type MOD into\n   *   an LDIFChangeRecord\n   * @parameter MOD => LDAPResult\n   *   The method to call on the backend UnboundidLDAPConnection to actually\n   *   execute the modification request.\n   * @parameter Seq[MOD]\n   *   the list of modification to apply.\n   *\/\n  private def applyMods[MOD <: ReadOnlyLDAPRequest](toLDIFChangeRecord:MOD => LDIFChangeRecord, backendAction: MOD => LDAPResult)(reqs:Seq[MOD]) : Box[Seq[LDIFChangeRecord]] = {\n    if(reqs.size < 1) Full(Seq())\n    else {\n      ldifFileLogger.records(reqs map ( toLDIFChangeRecord (_) ))\n\n      sequence(reqs) { req =>\n        applyMod(toLDIFChangeRecord,backendAction)(req)\n      }\n    }\n  }\n\n  private def applyMod[MOD <: ReadOnlyLDAPRequest](toLDIFChangeRecord:MOD => LDIFChangeRecord, backendAction: MOD => LDAPResult)(req:MOD) : Box[LDIFChangeRecord] = {\n    val record = toLDIFChangeRecord(req)\n    ldifFileLogger.records(Seq(record))\n    backendAction(req) match {\n      case LDAPResult(SUCCESS,_) => Full(record)\n      case LDAPResult(_,m) => Failure(m)\n    }\n  }\n\n\n  private[this] def logIgnoredException(dn: => String, action: String, e:Throwable) : Unit = {\n      val message = s\"Exception ignored (by configuration) when trying to $action entry '$dn'.  Reported exception was: ${e.getMessage}\"\n      logger.error(message,e)\n  }\n\n  private[this] def logException(onlyReportThat: ResultCode => Boolean, dn: => String, action: String) = {\n    import scala.util.control.Exception._\n\n    (new Catch( { case e:LDAPException if(onlyReportThat(e.getResultCode)) => true } )).withApply { e =>\n      logIgnoredException(dn, action, e)\n      new LDAPResult(-1,SUCCESS)\n    }\n  }\n\n  private val deleteAction = { req:DeleteRequest =>\n    logException(onlyReportOnDelete, req.getDN, \"delete\") { backed.delete(req) }\n  }\n\n\n  \/**\n   * Specialized version of applyMods for DeleteRequest modification type\n   *\/\n  private val applyDeletes = applyMods[DeleteRequest](\n      {req:DeleteRequest => req.toLDIFChangeRecord},\n      deleteAction\n  ) _\n\n  private val addAction = {req:AddRequest =>\n     logException(onlyReportOnAdd, req.getDN, \"add\") { backed.add(req) }\n  }\n\n  \/**\n   * Specialized version of applyMods for AddRequest modification type\n   *\/\n  private val applyAdds = applyMods[AddRequest](\n      {req:AddRequest => req.toLDIFChangeRecord},\n      addAction\n  ) _\n\n  private val applyAdd = applyMod[AddRequest](\n      {req:AddRequest => req.toLDIFChangeRecord},\n      addAction\n  ) _\n\n  val modifyAction = {req:ModifyRequest =>\n     logException(onlyReportOnModify, req.getDN, \"modify\") { backed.modify(req) }\n  }\n\n  \/**\n   * Specialized version of applyMods for ModifyRequest modification type\n   *\/\n  private val applyModifies = applyMods[ModifyRequest](\n      {req:ModifyRequest => req.toLDIFChangeRecord},\n      modifyAction\n  ) _\n\n  private val applyModify = applyMod[ModifyRequest](\n      {req:ModifyRequest => req.toLDIFChangeRecord},\n      modifyAction\n  ) _\n\n  \/**\n   * Execute a plain modification.\n   * Return the actual modification executed if success,\n   * the error in other case.\n   *\/\n  override def modify(dn:DN, modifications:Modification*) : Box[LDIFChangeRecord] =\n    try {\n      applyModify(new ModifyRequest(dn.toString,modifications:_*))\n    } catch {\n      case e:LDAPException => Failure(s\"Can not apply modifiction on '$dn': ${e.getMessage}\", Full(e), Empty)\n    }\n\n  override def move(dn:DN, newParentDn:DN, newRDN:Option[RDN] = None) : Box[LDIFChangeRecord] = {\n    if(\n        dn.getParent == newParentDn && (\n            newRDN match {\n              case None => true\n              case Some(rdn) => dn.getRDN == rdn\n            }\n        )\n    ) {\n      Full(LDIFNoopChangeRecord(dn))\n    } else {\n      try {\n        applyMod[ModifyDNRequest]({req:ModifyDNRequest => req.toLDIFChangeRecord},\n          {req:ModifyDNRequest =>\n             logException(onlyReportOnModify, req.getDN, \"modify DN\") { backed.modifyDN(req) }\n          }\n        ) (new ModifyDNRequest(dn.toString, newRDN.getOrElse(dn.getRDN).toString, newRDN.isDefined, newParentDn.toString))\n      } catch {\n        case e:LDAPException => Failure(s\"Can not move '${dn}' to new parent '${newParentDn}': ${e.getMessage}\", Full(e), Empty)\n      }\n    }\n  }\n\n  override def save(entry : LDAPEntry, removeMissingAttributes:Boolean=false, forceKeepMissingAttributes:Seq[String] = Seq()) : Box[LDIFChangeRecord] = {\n    synchronized {\n      get(entry.dn) match { \/\/TODO if remocoveMissing is false, only get attribute in entry (we don't care of others)\n        case f@Failure(_,_,_) => f\n        case Empty =>\n          try {\n            applyAdd(new AddRequest(entry.backed))\n          } catch {\n            case e:LDAPException if(onlyReportOnAdd(e.getResultCode)) =>\n              logIgnoredException(entry.dn.toString, \"add\", e)\n              Full(LDIFNoopChangeRecord(entry.dn)) \/\/nothing was modified on the repos when such an error occurred\n            case e:LDAPException => Failure(s\"Can not save (add) '${entry.dn}': ${e.getMessage}\", Full(e), Empty)\n          }\n        case Full(existing) =>\n          val mods = LDAPEntry.merge(existing,entry, false, removeMissingAttributes, forceKeepMissingAttributes)\n          if(!mods.isEmpty) {\n            try {\n              applyModify(new ModifyRequest(entry.dn.toString,mods))\n            } catch {\n              case e:LDAPException if(onlyReportOnModify(e.getResultCode)) =>\n                logIgnoredException(entry.dn.toString, \"modify\", e)\n                Full(LDIFNoopChangeRecord(entry.dn)) \/\/nothing was modified on the repos when such an error occurred\n              case e:LDAPException => Failure(s\"Can not save (modify) '${entry.dn}': ${e.getMessage}\", Full(e), Empty)\n            }\n          } else Full(LDIFNoopChangeRecord(entry.dn))\n      }\n    }\n  }\n\n  override def delete(dn:DN, recurse:Boolean = true) : Box[Seq[LDIFChangeRecord]] = {\n    try {\n      if(recurse) {\n        if(canDeleteTree) {\n          import com.unboundid.ldap.sdk.{DeleteRequest,Control}\n          import com.unboundid.ldap.sdk.controls.SubtreeDeleteRequestControl\n          applyDeletes(Seq(new DeleteRequest(dn, Array(new SubtreeDeleteRequestControl()):Array[Control])))\n        } else {\n          val dns = searchSub(dn,BuildFilter.ALL,\"dn\").map( _.dn).toSeq.sortWith( (a,b) => a.compareTo(b) > 0)\n          applyDeletes(dns.map { dn => new DeleteRequest(dn.toString) })\n        }\n      } else {\n        applyDeletes(Seq(new DeleteRequest(dn.toString)))\n      }\n    } catch {\n      case e:LDAPException if(NO_SUCH_OBJECT == e.getResultCode) => Full(Seq()) \/\/OK, already deleted\n      case e:LDAPException => Failure(s\"Can not delete '${dn}': ${e.getMessage}\", Full(e), Empty)\n    }\n  }\n\n  \/*\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   * \/\/ Write Tree\n   * \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n   *\/\n\n  protected def addTree(tree:LDAPTree) : Box[Seq[LDIFChangeRecord]] =\n    try {\n      applyAdds(tree.toSeq.map {e => new AddRequest(e.backed) })\n    } catch {\n      case e:LDAPException => Failure(s\"Can not add tree: ${tree.root().dn}. Reported exception was ${e.getMessage}\", Full(e), Empty)\n    }\n\n  override def saveTree(tree:LDAPTree, deleteRemoved:Boolean=false) : Box[Seq[LDIFChangeRecord]] = {\n    \/\/compose the result of unit modification\n    def doSave(tree:Tree[TreeModification]) : Box[Seq[LDIFChangeRecord]] = {\n      \/\/utility method to process the good method given the type of modification\n      def applyTreeModification(mod:TreeModification) : Box[Seq[LDIFChangeRecord]] = {\n        mod match {\n          case NoMod => Full(Seq()) \/\/OK\n          case Add(tree) => addTree(tree)\n          case Delete(tree) =>\n            if(deleteRemoved) delete(tree.root.toString, true) \/\/TODO : do we want to actually only try to delete these entry and not cut the full subtree ? likely to be error prone\n            else Full(Seq())\n          case Replace((dn,mods)) => sequence(mods) { mod => modify(dn,mod) }\n        }\n      }\n      ((Full(Seq()):Box[Seq[LDIFChangeRecord]])\/:tree.toSeq) { (records,mod) =>\n        records match {\n          case Full(seq) => applyTreeModification(mod) match {\n            case f@Failure(_,_,_) => f\n            case Empty => Full(seq)\n            case Full(newRecords) => Full(seq ++ newRecords)\n          }\n          case x => x\n        }\n      }\n    }\n    ldifFileLogger.tree(tree)\n    \/\/process mofications\n    getTree(tree.root.dn.toString) match {\n      case f@Failure(_,_,_) => f\n      case Empty => addTree(tree)\n      case Full(t) => LDAPTree.diff(t, tree, deleteRemoved) match {\n        case None => Full(Seq())\n        case Some(treeMod) => treeMod.root match {\n          case x:TreeModification => doSave(treeMod.asInstanceOf[Tree[TreeModification]])\n          case x => Failure(\"Was hopping for a Tree[TreeModification] and get a Tree with root element: \" + x)\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/ldif\/LDIFNoopChangeRecord.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.ldif\n\nimport com.unboundid.ldif.LDIFChangeRecord\nimport com.unboundid.ldap.sdk.DN\nimport com.unboundid.ldap.sdk.LDAPInterface\nimport com.unboundid.ldap.sdk.LDAPResult\nimport com.unboundid.ldap.sdk.ResultCode\nimport com.unboundid.ldap.sdk.ChangeType\nimport com.unboundid.util.ByteStringBuffer\nimport com.normation.utils.HashcodeCaching\n\ncase class LDIFNoopChangeRecord(dn:DN) extends LDIFChangeRecord(dn.toString) with HashcodeCaching {\n\n  override def processChange(con:LDAPInterface) = new LDAPResult(0, ResultCode.NO_OPERATION)\n\n  override val getChangeType = ChangeType.MODIFY\n\n  override def toLDIF(buffer:ByteStringBuffer, wrapColumn:Int) = {}\n\n  override def toLDIF(i:Int) = Array()\n\n  override def toLDIFString(buffer:java.lang.StringBuilder, wrapColumn:Int) = {}\n\n  override def toString(buffer:java.lang.StringBuilder) = {\n    buffer.append(\"NoopChangeRecord:\").append(dn.toString)\n    () \/\/ unit is expected\n  }\n}"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/sdk\/schema\/LDAPObjectClass.scala","text":"<reponame>VinceMacBuche\/scala-ldap<gh_stars>10-100\n\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.sdk\npackage schema\nimport com.normation.utils.HashcodeCaching\n\ncase class LDAPObjectClass(\n    val name : String,\n    val sup : LDAPObjectClass = LDAPObjectClass.TOP,\n    must: Set[String] = Set(),\n    may : Set[String] = Set())  extends HashcodeCaching {\n\n  val mustAttr : Set[String] = must ++ { if(null == sup) Set.empty else sup.mustAttr }\n  val mayAttr : Set[String] = may ++ { if(null == sup) Set.empty else sup.mustAttr }\n\n  val attributes = mustAttr ++ mayAttr\n  assert(null != name && name.length != 0,\"Name can't be null or empty\")\n  assert(attributes.forall(a => null != a && a.length != 0),\"Attributes name can't be null or empty\")\n\n}\n\nobject LDAPObjectClass {\n  val TOP = new LDAPObjectClass(\"top\", null, Set(\"objectClass\"))\n}\n\ncase class LDAPObjectClasses(val all:Set[LDAPObjectClass])  extends HashcodeCaching {\n  assert(!all.isEmpty,\"Object classes can't be empty (it should at least contains top)\")\n\n  val names : Set[String] = all.map(_.name)\n  val attributes: Set[String]  = for { oc <- all ; x <- oc.attributes } yield x\n  val may: Set[String]  = for { oc <- all ; x <- oc.mayAttr  } yield x\n  val must: Set[String]  = for { oc <- all ; x <- oc.mustAttr } yield x\n}\n\nobject LDAPObjectClasses {\n  def apply(classes:LDAPObjectClass*) = new LDAPObjectClasses(Set()++classes)\n}\n"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/sdk\/schema\/Package.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.sdk\n\nimport com.unboundid.ldap.sdk.Filter\n\npackage object schema {\n  import scala.language.implicitConversions\n\n  \/\/implicits conversion between our ObjectClass object and an LDAP filter\n  \/\/that require that this objectclass is present\n  implicit def objectClass2Filter(oc:LDAPObjectClass) : Filter = BuildFilter.EQ(\"objectClass\",oc.name)\n\n  \/\/implicits conversion between our ObjectClasses object and an LDAP filter\n  \/\/that requires that all objectClasses are present\n  implicit def objectClasses2Filter(oc:LDAPObjectClasses) : Filter =\n    BuildFilter.AND(oc.names.map(n => BuildFilter.EQ(\"objectClass\",n)).toSeq:_*)\n\n  implicit def setObjectClass2ObjectClasses(ocs:Set[LDAPObjectClass]) = new LDAPObjectClasses(ocs)\n\n  implicit def string2objectClass(name:String)(implicit schema: LDAPSchema) : LDAPObjectClass = schema(name)\n\n}\n"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/sdk\/LDAPTree.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.sdk\n\nimport com.unboundid.ldap.sdk.{RDN,DN,Modification}\nimport com.unboundid.ldif.LDIFRecord\nimport com.normation.ldap.ldif.{ToLDIFString,ToLDIFRecords}\nimport scala.collection.mutable.{Buffer, Map => MutMap, HashMap, ObservableMap, Subscriber, Publisher}\nimport scala.collection.script._\nimport net.liftweb.common._\nimport com.normation.exceptions.TechnicalException\n\nimport LDAPTree._\n\/*\n * An LDAP tree of entries.\n * It's composed of a root entry and\n * children.\n * Each children is itself a tree.\n * When a child is added to a tree, the parent DN\n * of the root's child is set to the dn of the\n * tree's root.\n *\/\ntrait LDAPTree extends Tree[LDAPEntry] with ToLDIFRecords with ToLDIFString  {\n  selfTree =>\n  lazy val parentDn = root.parentDn\n\n  \/\/validation on children\n  private var _childrenValidation = new Subscriber[Message[(RDN,LDAPTree)],ObservableMap[RDN,LDAPTree]]() {\n    override def notify(pub: ObservableMap[RDN,LDAPTree],event: Message[(RDN, LDAPTree)]): Unit = {\n      event match {\n        case Update(loc,(rdn,tree)) =>\n          require(root.optDn == tree.root.parentDn,\n            \"Bad child\/parent DN : try to add children %s to entry %s\".\n              format(tree.root.dn,selfTree.root.dn))\n          require(Some(rdn) == tree.root.rdn)\n        case _ => \/\/nothing\n      }\n    }\n  }\n\n  var _children = new HashMap[RDN,LDAPTree]() \/*with UpdateChildTree*\/ with ObservableMap[RDN,LDAPTree]\n  \/\/ { override lazy val parentDn = selfTree.root.parentDn }\n\n  _children.subscribe(_childrenValidation)\n\n  override def children() = Map() ++ _children\n\n  def addChild(child:LDAPTree) : Unit = {\n    child.root.rdn match {\n      case Some(r) =>\n        _children += ((r,child))\n        () \/\/ unit is expected\n      case None => {\n        throw new TechnicalException(\"Try to add a child Tree but the RDN of the root of this child is not defined. Parent: %s , child root: %s\".\n            format(root.dn, child.root))\n      }\n    }\n  }\n\n  def addChild(child:LDAPEntry) : Unit = addChild(LDAPTree(child))\n\n  def addChildren(children:Seq[LDAPTree]) : Unit = children.foreach { t => addChild(t) }\n  def setChildren(children:Seq[LDAPTree]) : Unit = {\n    _children.clear\n    children.foreach { t => addChild(t) }\n  }\n  def deleteChildren(rdns:Seq[RDN]) = rdns.foreach { r => _children -= r }\n\n  override def addChild(rdn:RDN, child:Tree[LDAPEntry]) : Unit = {\n    addChild(LDAPTree(child))\n  }\n\n  override def toLDIFRecords() : Seq[LDIFRecord] = {\n    Seq(root.toLDIFRecord) ++ _children.valuesIterator.toSeq.flatMap( _.toLDIFRecords)\n  }\n\n  override def toString() = {\n    val children = {\n        if(_children.size > 0) {\n          val c = _children.map{ case(k,v) => s\"${k} -> ${v}\" }\n          s\"children:{${c}}\"\n        } else {\n          \"no child\"\n        }\n    }\n    s\"{${root.dn.toString}, ${children}}\"\n  }\n\n\n  \/\/not sure it's a really good idea. Hopefully, we won't mix LDAPTrees and LDAPEntries in HashSet...\n  override def hashCode() = root.hashCode\n  override def equals(that:Any) : Boolean = that match {\n    case t:LDAPTree =>\n      root == t.root &&\n      _children.size == t._children.size &&\n      _children.iterator.forall(e => e._2 == t._children(e._1))\n    case _ => false\n  }\n\n\n  \/*\n   * Set opt on LDAPTree is forward to tree's root\n   *\/\n  def setOpt[A](a:Option[A], attributeName:String, f:A => String) : Unit =\n     root.setOpt(a, attributeName, f)\n}\n\n\/\/trait UpdateChildTree extends MutMap[RDN,LDAPTree] {\n\/\/  def parentDn : Option[DN]\n\/\/  abstract override def += (kv: (RDN,LDAPTree)): this.type = {\n\/\/    val (key, tree) = kv\n\/\/    if(tree.parentDn == this.parentDn) super.+=(kv)\n\/\/    else super.+=((key, LDAPTree(tree,this.parentDn)))\n\/\/  }\n\/\/}\n\n\nobject LDAPTree {\n  \/\/loggin\n  val logger = org.slf4j.LoggerFactory.getLogger(classOf[LDAPTree])\n\n  def apply(r:LDAPEntry,c:Traversable[(RDN,LDAPTree)]) : LDAPTree = new LDAPTree {\n    require(null != r, \"root of a tree can't be null\")\n    require(null != c, \"children map of a tree can't be null\")\n\n    val root = r\n    c foreach { x => _children += x }\n  }\n\n  def apply(r:LDAPEntry) : LDAPTree = apply(r, Map.empty[RDN,LDAPTree])\n\n  \/**\n   * Copy an LDAPTree changing its parent dn\n   *\n   *\/\n  def move(tree:LDAPTree, newRdn:Option[RDN] = None,newParentDn:Option[DN] = None) : LDAPTree = {\n    val rdn = newRdn.orElse(tree.root.rdn)\n    val parentDn = newParentDn.orElse(tree.root.parentDn)\n    val newRoot = LDAPEntry(rdn,parentDn,tree.root.attributes.toSeq:_*)\n    apply(newRoot,tree._children.map{ kv => (kv._1,LDAPTree.move(kv._2, newParentDn = newRoot.optDn))})\n  }\n\n  \/*\n   * copy children reference without any verification\n   * from 'from' to 'to'\n   *\/\n  def overrideChildren(from:LDAPTree, to:LDAPTree) : Unit = {\n    to._children = from._children\n    to._children.subscribe(to._childrenValidation)\n  }\n\n  \/\/transtype Tree[LDAPEntry] => LDAPTree\n  def apply(tree:Tree[LDAPEntry]) : LDAPTree = apply(tree.root, tree.children.map( e => (e._1,apply(e._2))))\n\n  import scala.collection.JavaConversions._\n\n  \/*\n   * Build an LDAP tree from a list of entries.\n   * If the list is empty, return None.\n   * All entries in the list safe one (the one that will become the root of the tree)\n   * must have a direct parent in other entries.\n   *\/\n  def apply(entries:Iterable[LDAPEntry]) : Box[LDAPTree] = {\n    if(null == entries || entries.isEmpty) Empty\n    \/\/verify that there is no duplicates\n    else if(entries.map(_.dn).toSet.size != entries.size) {\n      val s = entries.map(_.dn).toSet\n      val res = entries.map(_.dn).filter(x => ! s.contains(x))\n      Failure(s\"Some entries have the same dn, what is forbiden: ${res}\")\n    } else {\n      val used = Buffer[DN]()\n      \/*\n       * the iterable must be sorted on dn and only descendants of root.root.dn\n       * - add the direct children of root\n       * - return root with its children and not used entries\n       *\/\n      def recBuild(root:LDAPTree, possible:Seq[LDAPEntry]) : LDAPTree = {\n        val directChildren = possible.filter(e => root.root.dn == e.dn.getParent)\n        for(child <- directChildren) {\n          used += child.dn\n          root.addChild(recBuild(LDAPTree(child), possible.filter(e => child.dn.isAncestorOf(e.dn,false)) ))\n        }\n        root\n      }\n\n      val sorted = entries.toSeq.sortWith((x,y) => x.dn.compareTo( y.dn) < 0)\n      val rootEntry = sorted.head\n      val root = recBuild(LDAPTree(rootEntry), sorted.filter(e => rootEntry.dn.isAncestorOf(e.dn,false)))\n\n      if(used.size < entries.size-1) {\n        val s = entries.map(_.dn).filter(x => !used.contains(x))\n        Failure(s\"Some entries have no parents: ${s}\")\n      } else Full(root)\n    }\n  }\n  \/*\n   * Compare two LDAP tree and return the list of modification to\n   * apply to \"old\" to merge with \"target\".\n   * The two roots HAVE to have the same DN, or None is returned.\n   * The comparison is strict, so that:\n   * - if\n   *\/\n  def diff(source:LDAPTree, target:LDAPTree, removeMissing:Boolean) :  Option[Tree[TreeModification]] = {\n    if(source.root.dn != target.root.dn) {\n      logger.debug(s\"DN of the two LDAP tree's root are different: ${source.root.dn} <> ${target.root.dn}\")\n      None\n    } else {\n      \/\/modification on root\n      val rootDiff = LDAPEntry.merge(source.root, target.root, removeMissing = removeMissing)\n\n      val mods:Tree[TreeModification] = if(rootDiff.isEmpty) Tree(NoMod) else Tree(Replace((source.root.dn,rootDiff)))\n\n      val intersection = source.children.keySet intersect(target.children.keySet)\n\n      \/\/remove entries present in source but not in target\n      for(k <- source.children.keySet -- intersection) {\n        mods.addChild(k, Tree(Delete(source.children()(k).map(_.dn))))\n      }\n\n      \/\/add entries present in target but not in source\n      for(k <- target.children.keySet -- intersection) {\n        mods.addChild(k, Tree(Add(target.children()(k))))\n      }\n\n      \/\/diff all entries both in source and target\n      for(k <- intersection) {\n        diff(source.children()(k), target.children()(k), removeMissing) foreach { d =>\n          mods.addChild(k, d)\n        }\n      }\n      Some(mods)\n    }\n  }\n}\n"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/sdk\/GeneralizedTime.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.sdk\n\nimport java.text.ParseException\nimport com.unboundid.util.StaticUtils\nimport org.joda.time.DateTime\n\n\/**\n * Wrapping class around DateTime that\n * print\/parse GeneralizedTime format\n * as described in\n * http:\/\/www.ietf.org\/rfc\/rfc4517.txt\n * (it's an ISO 8601 but with a missing 'T'\n * http:\/\/en.wikipedia.org\/wiki\/ISO_8601)\n *\n *\/\nimport GeneralizedTime._\ncase class GeneralizedTime(val dateTime:DateTime) {\n  \/**\n   * Print the string into a well formed generalize time format.\n   *\/\n  override def toString() = StaticUtils.encodeGeneralizedTime(dateTime.toDate)\n}\n\nobject GeneralizedTime {\n  \/**\n   * Try to parse the given string into a GeneralizedTime.\n   *\n   * @return\n   *\/\n  @throws(classOf[ParseException])\n  def apply(s:String) : GeneralizedTime = {\n    new GeneralizedTime(new DateTime(StaticUtils.decodeGeneralizedTime(s)))\n  }\n\n  \/**\n   * Parse the given string into a generalized time.\n   * Return None if the string is not a well-formed\n   * generalized time.\n   * @param s\n   *    The string to parse as a generalize time\n   *\n   *\/\n  def parse(s:String) : Option[GeneralizedTime] = {\n    try {\n      Some(apply(s))\n    } catch {\n      case e:IllegalArgumentException => None\n    }\n  }\n}"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/ldif\/LDIFFileLogger.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.ldif\n\nimport com.unboundid.ldif._\nimport com.unboundid.ldap.sdk.{DN,Entry}\nimport com.normation.ldap.sdk.LDAPTree\nimport org.slf4j.{Logger, LoggerFactory}\nimport java.io.File\n\n\/**\n * A service that allows to log LDAP objects into\n * files if a trace log level is enable for the\n * log unit \"loggerName\".\n *\n * Be careful, enabling that logger may be\n * extremely heavy in log size.\n *\/\ntrait LDIFFileLogger {\n\n  \/**\n   * The name of the log unit to set to trace\n   * to enable LDIF output.\n   *\/\n  def loggerName : String\n\n  \/**\n   * Root directory for LDIF traces.\n   *\/\n  def ldifTraceRootDir : String\n\n  \/**\n   * Write the given tree as a set of LDIF records in\n   * the trace directory.\n   *\/\n  def tree(tree:LDAPTree) : Unit\n\n  \/**\n   * Write the given record in the trace directory.\n   *\/\n  def record(LDIFRecord: => LDIFRecord,comment:Option[String] = None) : Unit\n\n  def records(LDIFRecords: => Seq[LDIFRecord]) : Unit\n}\n\nclass DummyLDIFFileLogger extends LDIFFileLogger {\n  val loggerName = \"dummy logger - no output\"\n  val ldifTraceRootDir = \"no a real ldifTraceRootDir\"\n  def tree(tree:LDAPTree) {}\n  def record(LDIFRecord: => LDIFRecord,comment:Option[String] = None) {}\n  def records(LDIFRecords: => Seq[LDIFRecord]) {}\n}\n\n\n\/**\n * A simple logger that just print LDIF in a\n * configured directory.\n * This class should never raise an exception, as it's\n * only use to log.\n *\/\nobject DefaultLDIFFileLogger {\n  val defaultTraceDir = System.getProperty(\"java.io.tmpdir\") +\n    System.getProperty(\"file.separator\") + \"ldifTrace\"\n  val defaultLoggerName = \"trace.ldif.in.file\"\n}\n\n\n\nclass DefaultLDIFFileLogger(\n    override val loggerName:String = DefaultLDIFFileLogger.defaultLoggerName,\n    override val ldifTraceRootDir:String = DefaultLDIFFileLogger.defaultTraceDir\n) extends Slf4jLDIFLogger {\n  override def isLogLevel : Boolean = logger.isTraceEnabled\n  override def log(s:String) : Unit = logger.trace(s)\n  override def logE(s:String,e:Exception): Unit = logger.trace(s,e)\n}\n\n\/**\n * A trait that let the log level be specified,\n * even if the idea is only to use a trace level.\n *\/\ntrait Slf4jLDIFLogger extends LDIFFileLogger {\n  def isLogLevel : Boolean\n  def log(s:String) : Unit\n  def logE(s:String,e:Exception): Unit\n\n  val logger = LoggerFactory.getLogger(loggerName)\n\n  def rootDir() = {\n    val dir = new File(ldifTraceRootDir)\n    if(!dir.exists()) dir.mkdirs\n    dir\n  }\n\n  protected def traceFileName(dn:DN, opType:String) : String = {\n    val fileName = dn.getRDNStrings().map( _.replaceAll(File.separator, \"|\")).reverse.mkString(\"\/\")\n    fileName + \"-\" + System.currentTimeMillis.toString + \"-\" + opType + \".ldif\"\n  }\n\n  protected def createTraceFile(fileName:String) : File = {\n    new File(rootDir, fileName)\n  }\n\n  private def errorMessage(e:Exception,filename:String) : Unit =\n    logE(s\"Exception when loggin LDIF trace in ${filename} (ignored)\",e)\n\n\n  private def writeRecord(ldifWriter:LDIFWriter,LDIFRecord:LDIFRecord,comment:Option[String] = None) {\n    comment match {\n      case None => ldifWriter.writeLDIFRecord(LDIFRecord)\n      case Some(c) => ldifWriter.writeLDIFRecord(LDIFRecord,c)\n    }\n  }\n\n  override def tree(tree:LDAPTree) {\n    if(isLogLevel) {\n      val filename = traceFileName(tree.root.dn, \"CONTENT\")\n      try {\n        val ldif = createTraceFile(filename)\n        log(\"Printing LDIF trace of Entity Tree : \" + ldif.getAbsolutePath)\n        val writer = new LDIFWriter(ldif)\n        try {\n          tree.foreach { e =>\n            writeRecord(writer,e.backed)\n          }\n        } finally {\n          writer.close\n        }\n      } catch {\n        case e:Exception => errorMessage(e,filename)\n      }\n    }\n  }\n\n  override def record(record: => LDIFRecord,comment:Option[String] = None) {\n    if(isLogLevel) {\n      var writer:LDIFWriter = null\n      val opType = record match {\n        case _:Entry => \"CONTENT\"\n        case _:LDIFAddChangeRecord => \"ADD\"\n        case _:LDIFDeleteChangeRecord => \"DELETE\"\n        case _:LDIFModifyChangeRecord => \"MODIFY\"\n        case _:LDIFModifyDNChangeRecord => \"MODIFY_DN\"\n        case _ => \"UNKNOWN_OP\"\n      }\n      val filename = traceFileName(record.getParsedDN,opType)\n\n      try {\n        val ldif = createTraceFile(filename)\n        log(\"Printing LDIF trace of unitary operation on record in : \" + ldif.getAbsolutePath)\n        writer = new LDIFWriter(ldif)\n        writeRecord(writer,record,comment)\n      } catch {\n        case e:Exception => errorMessage(e,filename)\n      } finally {\n        if(null != writer) writer.close\n      }\n    }\n  }\n\n  override def records(records: => Seq[LDIFRecord]) {\n    if(isLogLevel) {\n      var writer:LDIFWriter = null\n      val filename = traceFileName(records.head.getParsedDN, \"RECORDS\")\n      try {\n        if(records.nonEmpty) { \/\/don't check it if logger trace is not enabled\n          val ldif = createTraceFile(filename)\n          \/\/create parent directory if it does not exists\n          ldif.getParentFile().mkdirs()\n          \/\/save ldif\n          log(\"Printing LDIF trace of operations on records in : \" + ldif.getAbsolutePath)\n          writer = new LDIFWriter(ldif)\n          records.foreach { record => writeRecord(writer,record) }\n        } else {\n          log(\"Nothing to print as record list is empty\")\n        }\n      } catch {\n        case e:Exception => errorMessage(e,filename)\n      } finally {\n        if(null != writer) writer.close\n      }\n    }\n  }\n}"}
{"repo_name":"VinceMacBuche\/scala-ldap","path":"src\/main\/scala\/com\/normation\/ldap\/ldif\/ToLDIF.scala","text":"\/*\n*************************************************************************************\n* Copyright 2011 Normation SAS\n*************************************************************************************\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\");\n* you may not use this file except in compliance with the License.\n* You may obtain a copy of the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\n*************************************************************************************\n*\/\n\npackage com.normation.ldap.ldif\n\n\n\/**\n * Representation of objects as LDIF string\n * or records\n *\/\n\nimport com.unboundid.ldif.LDIFRecord\nimport java.lang.StringBuilder\n\n\/**\n * Get an LDIF String reprensentation of the object\n *\/\ntrait ToLDIFString {\n\n  \/**\n   * Add the LDIF string representation of the object\n   * to the given StringBuild\n   *\/\n  def toLDIFString(sb:StringBuilder) : Unit\n\n  \/**\n   * Get the LDIF string representation of the object\n   *\/\n  def toLDIFString() : String = {\n    val sb = new StringBuilder\n    this.toLDIFString(sb)\n    sb.toString\n  }\n}\n\ntrait ToLDIFRecord {\n  \/**\n   * Get the object as an LDIFRecord\n   *\/\n  def toLDIFRecord(): LDIFRecord\n}\n\ntrait ToLDIFRecords extends ToLDIFString {\n\n  \/**\n   * Get the object as list of LDIFRecords\n   *\/\n  def toLDIFRecords(): Seq[LDIFRecord]\n\n  override def toLDIFString(sb:StringBuilder) : Unit = {\n    this.toLDIFRecords.foreach { r =>\n      r.toLDIFString(sb)\n    }\n  }\n\n}"}
{"repo_name":"evolution-gaming\/nel","path":"src\/test\/scala\/com\/evolutiongaming\/nel\/NelSpec.scala","text":"package com.evolutiongaming.nel\n\nimport org.scalatest.{FunSuite, Matchers}\n\nclass NelSpec extends FunSuite with Matchers {\n\n  test(\"map\") {\n    val actual = for {x <- Nel(1, 2, 3)} yield x + 1\n    actual shouldEqual Nel(2, 3, 4)\n  }\n\n  test(\"flatMap\") {\n    val actual = for {\n      x <- Nel(1, 2, 3)\n      y <- Nel(1, 2, 3)\n    } yield x + y\n\n    actual shouldEqual Nel(2, 3, 4, 3, 4, 5, 4, 5, 6)\n  }\n\n  test(\"size\") {\n    Nel(1).size shouldEqual 1\n  }\n\n  test(\"++\") {\n    Nel(1) ++ Nil shouldEqual Nel(1)\n    Nel(1) ++ List(2) shouldEqual Nel(1, 2)\n    Nel(1) ++ Nel(2) shouldEqual Nel(1, 2)\n  }\n\n  test(\"toMap\") {\n    Nel(1 -> \"1\", 2 -> \"2\").toMap shouldEqual Map(1 -> \"1\", 2 -> \"2\")\n  }\n\n  test(\":::\") {\n    List(1) ::: Nel(2) shouldEqual Nel(1, 2)\n  }\n\n  test(\"distinct\") {\n    Nel(1, 2, 1, 2).distinct shouldEqual Nel(1, 2)\n  }\n\n  test(\"reverse\") {\n    Nel(1, 2).reverse shouldEqual Nel(2, 1)\n  }\n\n  test(\"toString\") {\n    Nel(1, 2, 3).toString shouldEqual \"Nel(1, 2, 3)\"\n\n    (1 :: Nel).toString shouldEqual \"Nel(1)\"\n\n    (1 :: 1 :: Nel).toString shouldEqual \"Nel(1, 1)\"\n  }\n\n  test(\"1 :: Nel\") {\n    1 :: Nel shouldEqual Nel(1)\n  }\n\n  test(\"1 :: 2 :: Nel\") {\n    1 :: 2 :: Nel shouldEqual Nel(1, 2)\n  }\n\n  test(\"filter\") {\n    (1 :: 2 :: Nel) filter { _ >= 1 } shouldEqual (1 :: 2 :: Nil)\n    (1 :: 2 :: Nel) filter { _ > 1 } shouldEqual (2 :: Nil)\n    (1 :: 2 :: Nel) filter { _ > 1 } shouldEqual (2 :: Nil)\n    (1 :: 2 :: Nel) filter { _ > 2 } shouldEqual Nil\n  }\n\n  test(\"filterNot\") {\n    (1 :: 2 :: Nel) filterNot { _ == 3 } shouldEqual (1 :: 2 :: Nil)\n    (1 :: 2 :: Nel) filterNot { _ <= 1 } shouldEqual (2 :: Nil)\n    (1 :: 2 :: Nel) filterNot { _ <= 2 } shouldEqual Nil\n  }\n\n  test(\"mkString\") {\n    (1 :: 2 :: Nel).mkString shouldEqual \"12\"\n\n    (1 :: 2 :: Nel).mkString(\",\") shouldEqual \"1,2\"\n\n    (1 :: 2 :: Nel).mkString(\"[\", \",\", \"]\") shouldEqual \"[1,2]\"\n  }\n\n  test(\"exists\") {\n    (1 :: Nel) exists { _ == 1 } shouldEqual true\n  }\n\n  test(\"forall\") {\n    (1 :: Nel) forall { _ == 1 } shouldEqual true\n    (1 :: 2 :: Nel) forall { _ == 1 } shouldEqual false\n  }\n\n  test(\"contains\") {\n    (1 :: Nel) contains 1 shouldEqual true\n    (1 :: Nel) contains 2 shouldEqual false\n    (1 :: 2 :: Nel) contains 1 shouldEqual true\n    (1 :: 2 :: Nel) contains 2 shouldEqual true\n  }\n\n  test(\"find\") {\n    (1 :: Nel) find { _ == 1 } shouldEqual Some(1)\n    (1 :: Nel) find { _ == 2 } shouldEqual None\n  }\n\n  test(\"count\") {\n    (1 :: Nel).count(_ == 1) shouldEqual 1\n    (1 :: Nel).count(_ == 2) shouldEqual 0\n  }\n\n  test(\"unsafe\") {\n    Nel.unsafe(1 :: Nil) shouldEqual (1 :: Nel)\n\n    intercept[Exception] {\n      Nel.unsafe(Nil)\n    }\n  }\n\n  test(\"opt\") {\n    Nel.opt(Nil) shouldEqual None\n    Nel.opt(1 :: Nil) shouldEqual Some(1 :: Nel)\n  }\n\n  test(\"collect\") {\n    (1 :: 2 :: 1 :: Nel) collect { case 1 => \"\" } shouldEqual (\"\" :: \"\" :: Nil)\n  }\n\n  test(\"collectFirst\") {\n    (1 :: 2 :: 1 :: Nel) collectFirst { case 1 => \"\" } shouldEqual Some(\"\")\n    (1 :: Nel) collectFirst { case 2 => \"\" } shouldEqual None\n  }\n\n  test(\"last\") {\n    (1 :: Nel).last shouldEqual 1\n    (1 :: 2 :: Nel).last shouldEqual 2\n  }\n\n  test(\"concat\") {\n    (1 :: Nel) concat (2 :: Nel) shouldEqual (1 :: 2 :: Nel)\n  }\n\n  test(\"foldLeft\") {\n    (1 :: 2 :: 3 :: Nel).foldLeft(\"\") { (s, x) => s + x } shouldEqual \"123\"\n  }\n\n  test(\"foldRight\") {\n    (1 :: 2 :: 3 :: Nel).foldRight(\"\") { (x, s) => s + x } shouldEqual \"321\"\n  }\n\n  test(\"reduceLeft\") {\n    (1 :: 2 :: 3 :: Nel).reduceLeft[Any] { (s, x) => s.toString + x.toString } shouldEqual \"123\"\n  }\n\n  test(\"reduceRight\") {\n    (1 :: 2 :: 3 :: Nel).reduceRight[Any] { (x, s) => s.toString + x.toString } shouldEqual \"321\"\n  }\n\n  test(\"+:\") {\n    1 +: Nel(2) shouldEqual Nel(1, 2)\n  }\n\n  test(\":+\") {\n    (Nel(1) :+ 2) shouldEqual Nel(1, 2)\n  }\n\n  test(\"unzip\") {\n    Nel((1, 2)).unzip shouldEqual ((Nel(1), Nel(2)))\n  }\n\n  test(\"unzip3\") {\n    Nel((1, 2, 3)).unzip3 shouldEqual ((Nel(1), Nel(2), Nel(3)))\n  }\n\n  test(\"groupBy\") {\n    case class Entry(key: Int, value: Int)\n    val nel = Nel(Entry(1, 1), Entry(1, 1), Entry(1, 2), Entry(2, 1), Entry(2, 3))\n    nel.groupBy { _.key } shouldEqual Map(\n      1 -> Nel(Entry(1, 1), Entry(1, 1), Entry(1, 2)),\n      2 -> Nel(Entry(2, 1), Entry(2, 3)))\n  }\n\n  test(\"flatten\") {\n    Nel[Option[Int]](Some(1), None, Some(2)).flatten shouldEqual List(1, 2)\n    Nel[Option[Int]](None, Some(1)).flatten shouldEqual List(1)\n    Nel[Option[Int]](None, None).flatten shouldEqual Nil\n  }\n\n  test(\"reverseMap\") {\n    Nel(1, 2, 3).reverseMap(_.toString) shouldEqual Nel(\"3\", \"2\", \"1\")\n  }\n\n  test(\"reverse_:::\") {\n    Nel(3, 4).reverse_:::(List(2, 1)) shouldEqual Nel(1, 2, 3, 4)\n  }\n}"}
{"repo_name":"evolution-gaming\/nel","path":"src\/test\/scala-2.12\/com\/evolutiongaming\/nel\/NelSpec212.scala","text":"package com.evolutiongaming.nel\n\nimport org.scalatest.{FunSuite, Matchers}\n\nclass NelSpec212 extends FunSuite with Matchers {\n  test(\"to\") {\n    Nel(1, 2).to[Set] shouldEqual Set(1, 2)\n  }\n}"}
{"repo_name":"evolution-gaming\/nel","path":"build.sbt","text":"<reponame>evolution-gaming\/nel\nname := \"nel\"\n\norganization := \"com.evolutiongaming\"\n\nhomepage := Some(new URL(\"http:\/\/github.com\/evolution-gaming\/nel\"))\n\nstartYear := Some(2017)\n\norganizationName := \"Evolution Gaming\"\n\norganizationHomepage := Some(url(\"http:\/\/evolutiongaming.com\"))\n\nbintrayOrganization := Some(\"evolutiongaming\")\n\nscalaVersion := crossScalaVersions.value.last\n\ncrossScalaVersions := Seq(\"2.12.9\", \"2.13.0\")\n\nCompile \/ doc \/ scalacOptions ++= Seq(\"-groups\", \"-implicits\", \"-no-link-warnings\")\n\nresolvers += Resolver.bintrayRepo(\"evolutiongaming\", \"maven\")\n\nlibraryDependencies ++= Seq(\"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % Test)\n\nlicenses := Seq((\"MIT\", url(\"https:\/\/opensource.org\/licenses\/MIT\")))\n\nreleaseCrossBuild := true"}
{"repo_name":"evolution-gaming\/nel","path":"src\/main\/scala-2.12\/com\/evolutiongaming\/nel\/Nel.scala","text":"<reponame>evolution-gaming\/nel<filename>src\/main\/scala-2.12\/com\/evolutiongaming\/nel\/Nel.scala\npackage com.evolutiongaming.nel\n\nimport scala.annotation.unchecked.uncheckedVariance\nimport scala.collection.generic.CanBuildFrom\nimport scala.collection.{GenTraversableOnce, immutable, mutable}\nimport scala.language.higherKinds\n\n\n\/**\n  * Non empty list\n  *\/\nfinal case class Nel[+A](head: A, tail: List[A]) {\n\n  def toList: List[A] = head :: tail\n\n  def foreach[B](f: A => B): Unit = {\n    f(head)\n    tail foreach f\n  }\n\n  def map[B](f: A => B): Nel[B] = Nel(f(head), tail.map(f))\n\n  def ++[B >: A](xs: Nel[B]): Nel[B] = this ++ xs.toList\n\n  def ++[B >: A](xs: GenTraversableOnce[B]): Nel[B] = {\n    Nel(head, tail ++ xs)\n  }\n\n  def +:[B >: A](a: B): Nel[B] = Nel(a, head :: tail)\n\n  def :+[B >: A](a: B): Nel[B] = Nel(head, tail :+ a)\n\n  def flatMap[B](f: A => Nel[B]): Nel[B] = f(head) ++ tail.flatMap(f andThen (_.toList))\n\n  def ::[B >: A](a: B): Nel[B] = Nel(a, head :: tail)\n\n  def :::[AA >: A](xs: List[AA]): Nel[AA] = xs match {\n    case x :: xs => Nel(x, xs ::: head :: tail)\n    case Nil     => this\n  }\n\n  def filter(p: A => Boolean): List[A] = {\n    val ftail = tail.filter(p)\n    if (p(head)) head :: ftail\n    else ftail\n  }\n\n  def filterNot(p: A => Boolean): List[A] = {\n    val ftail = tail.filterNot(p)\n    if (p(head)) ftail\n    else head :: ftail\n  }\n\n  def concat[B >: A](other: Nel[B]): Nel[B] = Nel(head, tail ::: other.toList)\n\n  def find(p: A => Boolean): Option[A] = {\n    if (p(head)) Some(head)\n    else tail.find(p)\n  }\n\n  def exists(p: A => Boolean): Boolean = p(head) || tail.exists(p)\n\n  def forall(p: A => Boolean): Boolean = p(head) && tail.forall(p)\n\n  def contains[B >: A](a: B): Boolean = exists(_ == a)\n\n  def foldLeft[B](z: B)(f: (B, A) => B): B = {\n    tail.foldLeft(f(z, head))(f)\n  }\n\n  def foldRight[B](z: B)(f: (A, B) => B): B = {\n    toList.foldRight(z)(f)\n  }\n\n  def reduceLeft[B >: A](f: (B, A) => B): B = {\n    tail.foldLeft[B](head)(f)\n  }\n\n  def reduceRight[B >: A](f: (A, B) => B): B = {\n    toList.reduceRight(f)\n  }\n\n  def reverse: Nel[A] = {\n    val result = toList.reverse\n    Nel(result.head, result.tail)\n  }\n\n  def mkString(start: String, sep: String, end: String): String = toList.mkString(start, sep, end)\n\n  def mkString(sep: String): String = toList.mkString(sep)\n\n  def mkString: String = toList.mkString\n\n  def to[Col[_]](implicit cbf: CanBuildFrom[Nothing, A, Col[A@uncheckedVariance]]): Col[A@uncheckedVariance] = {\n    val b = cbf()\n    b += head\n    b ++= tail\n    b.result()\n  }\n\n  def toMap[K, V](implicit ev: A <:< (K, V)): Map[K, V] = {\n    val b = Map.newBuilder[K, V]\n    for {x <- this} b += x\n    b.result()\n  }\n\n  def distinct: Nel[A] = {\n    val distinct = toList.distinct\n    Nel(distinct.head, distinct.tail)\n  }\n\n  def size: Int = length\n\n  def length: Int = 1 + tail.length\n\n  def count(f: A => Boolean): Int = toList.count(f)\n\n  def collect[B](pf: PartialFunction[A, B]): List[B] = toList collect pf\n\n  def collectFirst[B](pf: PartialFunction[A, B]): Option[B] = toList collectFirst pf\n\n  def last: A = tail.lastOption getOrElse head\n\n  def unzip[A1, A2](implicit asPair: A => (A1, A2)): (Nel[A1], Nel[A2]) = {\n    val (h1, h2) = asPair(head)\n    val (t1, t2) = tail.unzip\n    (Nel(h1, t1), Nel(h2, t2))\n  }\n\n  def unzip3[A1, A2, A3](implicit asTriple: A => (A1, A2, A3)): (Nel[A1], Nel[A2], Nel[A3]) = {\n    val (h1, h2, h3) = asTriple(head)\n    val (t1, t2, t3) = tail.unzip3\n    (Nel(h1, t1), Nel(h2, t2), Nel(h3, t3))\n  }\n\n  def iterator: Iterator[A] = toList.iterator\n\n  def groupBy[K](f: A => K): Map[K, Nel[A]] = {\n    val map = mutable.Map.empty[K, mutable.Builder[A, List[A]]]\n    for {elem <- this} {\n      val key = f(elem)\n      val builder = map.getOrElseUpdate(key, List.newBuilder)\n      builder += elem\n    }\n    val builder = immutable.Map.newBuilder[K, Nel[A]]\n    for {(k, v) <- map} {\n      builder += ((k, Nel.unsafe(v.result)))\n    }\n\n    builder.result\n  }\n\n  def flatten[B](implicit asTraversable: A => GenTraversableOnce[B]): List[B] = toList.flatten\n\n  def reverse_:::[B >: A](list: List[B]): Nel[B] = {\n    list.foldLeft[Nel[B]](this) { (bs, b) => b :: bs }\n  }\n\n  def reverseMap[B](f: A => B): Nel[B] = {\n    tail.foldLeft(Nel(f(head))) { (bs, a) => f(a) :: bs }\n  }\n\n  override def toString: String = s\"$productPrefix(${ toList mkString \", \" })\"\n}\n\nobject Nel {\n\n  def apply[T](head: T, tail: T*): Nel[T] = Nel(head, tail.toList)\n\n  def opt[T](iter: Iterable[T]): Option[Nel[T]] = {\n    PartialFunction.condOpt(iter.toList) { case head :: tail => Nel(head, tail) }\n  }\n\n  def unsafe[T](iter: Iterable[T]): Nel[T] = {\n    val list = iter.toList\n    Nel(list.head, list.tail)\n  }\n\n  def ::[T](head: T): Nel[T] = Nel(head)\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/status\/api\/v1\/SnappyStreamingApiRootResource.scala","text":"<filename>sql\/core\/src\/main\/scala\/org\/apache\/spark\/status\/api\/v1\/SnappyStreamingApiRootResource.scala<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\npackage org.apache.spark.status.api.v1\n\nimport javax.ws.rs._\n\nimport org.eclipse.jetty.servlet.{ServletContextHandler, ServletHolder}\nimport org.glassfish.jersey.server.ServerProperties\nimport org.glassfish.jersey.servlet.ServletContainer\n\n\n\/**\n * Main entry point for serving snappy\/spark web application data as json, using JAX-RS.\n *\n * Each resource should have endpoints that return **public** classes defined in snappy-api.scala.\n * Mima binary compatibility checks ensure that we don't inadvertently make changes that break the\n * api.\n * The returned objects are automatically converted to json by jackson with JacksonMessageWriter.\n * In addition, there are a number of tests in HistoryServerSuite that compare the json to \"golden\n * files\".  Any changes and additions should be reflected there as well -- see the notes in\n * HistoryServerSuite.\n *\/\n\n\/\/ todo : need to add tests to test below apis\n\n@Path(\"\/services\")\nclass SnappyStreamingApiRootResource extends ApiRequestContext {\n\n  @Path(\"streams\")\n  def getStreams(): StreamsInfoResource = {\n    new StreamsInfoResource\n  }\n}\n\nprivate[spark] object SnappyStreamingApiRootResource {\n\n  def getServletHandler(uiRoot: UIRoot): ServletContextHandler = {\n    val jerseyContext = new ServletContextHandler(ServletContextHandler.NO_SESSIONS)\n    jerseyContext.setContextPath(\"\/snappy-streaming\")\n    val holder: ServletHolder = new ServletHolder(classOf[ServletContainer])\n    holder.setInitParameter(ServerProperties.PROVIDER_PACKAGES, \"org.apache.spark.status.api.v1\")\n    UIRootFromServletContext.setUiRoot(jerseyContext, uiRoot)\n    jerseyContext.addServlet(holder, \"\/*\")\n    jerseyContext\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/catalyst\/src\/test\/scala\/org\/apache\/spark\/sql\/catalyst\/catalog\/ExternalCatalogSuite.scala","text":"<reponame>sumwale\/spark<filename>sql\/catalyst\/src\/test\/scala\/org\/apache\/spark\/sql\/catalyst\/catalog\/ExternalCatalogSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.catalyst.catalog\n\nimport java.net.URI\nimport java.util.TimeZone\n\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.fs.Path\nimport org.scalatest.BeforeAndAfterEach\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.AnalysisException\nimport org.apache.spark.sql.catalyst.{FunctionIdentifier, TableIdentifier}\nimport org.apache.spark.sql.catalyst.analysis.{FunctionAlreadyExistsException, NoSuchDatabaseException, NoSuchFunctionException}\nimport org.apache.spark.sql.catalyst.analysis.TableAlreadyExistsException\nimport org.apache.spark.sql.catalyst.dsl.expressions._\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.util.Utils\n\n\n\/**\n * A reasonable complete test suite (i.e. behaviors) for a [[ExternalCatalog]].\n *\n * Implementations of the [[ExternalCatalog]] interface can create test suites by extending this.\n *\/\nabstract class ExternalCatalogSuite extends SparkFunSuite with BeforeAndAfterEach {\n  protected val utils: CatalogTestUtils\n  import utils._\n\n  protected def resetState(): Unit = { }\n\n  \/\/ Clear all state after each test\n  override def afterEach(): Unit = {\n    try {\n      resetState()\n    } finally {\n      super.afterEach()\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Databases\n  \/\/ --------------------------------------------------------------------------\n\n  test(\"basic create and list databases\") {\n    val catalog = newEmptyCatalog()\n    catalog.createDatabase(newDb(\"default\"), ignoreIfExists = true)\n    assert(catalog.databaseExists(\"default\"))\n    assert(!catalog.databaseExists(\"testing\"))\n    assert(!catalog.databaseExists(\"testing2\"))\n    catalog.createDatabase(newDb(\"testing\"), ignoreIfExists = false)\n    assert(catalog.databaseExists(\"testing\"))\n    assert(catalog.listDatabases().toSet == Set(\"default\", \"testing\"))\n    catalog.createDatabase(newDb(\"testing2\"), ignoreIfExists = false)\n    assert(catalog.listDatabases().toSet == Set(\"default\", \"testing\", \"testing2\"))\n    assert(catalog.databaseExists(\"testing2\"))\n    assert(!catalog.databaseExists(\"does_not_exist\"))\n  }\n\n  test(\"get database when a database exists\") {\n    val db1 = newBasicCatalog().getDatabase(\"db1\")\n    assert(db1.name == \"db1\")\n    assert(db1.description.contains(\"db1\"))\n  }\n\n  test(\"get database should throw exception when the database does not exist\") {\n    intercept[AnalysisException] { newBasicCatalog().getDatabase(\"db_that_does_not_exist\") }\n  }\n\n  test(\"list databases without pattern\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listDatabases().toSet == Set(\"default\", \"db1\", \"db2\", \"db3\"))\n  }\n\n  test(\"list databases with pattern\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listDatabases(\"db\").toSet == Set.empty)\n    assert(catalog.listDatabases(\"db*\").toSet == Set(\"db1\", \"db2\", \"db3\"))\n    assert(catalog.listDatabases(\"*1\").toSet == Set(\"db1\"))\n    assert(catalog.listDatabases(\"db2\").toSet == Set(\"db2\"))\n  }\n\n  test(\"drop database\") {\n    val catalog = newBasicCatalog()\n    catalog.dropDatabase(\"db1\", ignoreIfNotExists = false, cascade = false)\n    assert(catalog.listDatabases().toSet == Set(\"default\", \"db2\", \"db3\"))\n  }\n\n  test(\"drop database when the database is not empty\") {\n    \/\/ Throw exception if there are functions left\n    val catalog1 = newBasicCatalog()\n    catalog1.dropTable(\"db2\", \"tbl1\", ignoreIfNotExists = false, purge = false)\n    catalog1.dropTable(\"db2\", \"tbl2\", ignoreIfNotExists = false, purge = false)\n    intercept[AnalysisException] {\n      catalog1.dropDatabase(\"db2\", ignoreIfNotExists = false, cascade = false)\n    }\n    resetState()\n\n    \/\/ Throw exception if there are tables left\n    val catalog2 = newBasicCatalog()\n    catalog2.dropFunction(\"db2\", \"func1\")\n    intercept[AnalysisException] {\n      catalog2.dropDatabase(\"db2\", ignoreIfNotExists = false, cascade = false)\n    }\n    resetState()\n\n    \/\/ When cascade is true, it should drop them\n    val catalog3 = newBasicCatalog()\n    catalog3.dropDatabase(\"db2\", ignoreIfNotExists = false, cascade = true)\n    assert(catalog3.listDatabases().toSet == Set(\"default\", \"db1\", \"db3\"))\n  }\n\n  test(\"drop database when the database does not exist\") {\n    val catalog = newBasicCatalog()\n\n    intercept[AnalysisException] {\n      catalog.dropDatabase(\"db_that_does_not_exist\", ignoreIfNotExists = false, cascade = false)\n    }\n\n    catalog.dropDatabase(\"db_that_does_not_exist\", ignoreIfNotExists = true, cascade = false)\n  }\n\n  test(\"alter database\") {\n    val catalog = newBasicCatalog()\n    val db1 = catalog.getDatabase(\"db1\")\n    \/\/ Note: alter properties here because Hive does not support altering other fields\n    catalog.alterDatabase(db1.copy(properties = Map(\"k\" -> \"v3\", \"good\" -> \"true\")))\n    val newDb1 = catalog.getDatabase(\"db1\")\n    assert(db1.properties.isEmpty)\n    assert(newDb1.properties.size == 2)\n    assert(newDb1.properties.get(\"k\") == Some(\"v3\"))\n    assert(newDb1.properties.get(\"good\") == Some(\"true\"))\n  }\n\n  test(\"alter database should throw exception when the database does not exist\") {\n    intercept[AnalysisException] {\n      newBasicCatalog().alterDatabase(newDb(\"does_not_exist\"))\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Tables\n  \/\/ --------------------------------------------------------------------------\n\n  test(\"the table type of an external table should be EXTERNAL_TABLE\") {\n    val catalog = newBasicCatalog()\n    val table = newTable(\"external_table1\", \"db2\").copy(tableType = CatalogTableType.EXTERNAL)\n    catalog.createTable(table, ignoreIfExists = false)\n    val actual = catalog.getTable(\"db2\", \"external_table1\")\n    assert(actual.tableType === CatalogTableType.EXTERNAL)\n  }\n\n  test(\"create table when the table already exists\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tbl1\", \"tbl2\"))\n    val table = newTable(\"tbl1\", \"db2\")\n    intercept[TableAlreadyExistsException] {\n      catalog.createTable(table, ignoreIfExists = false)\n    }\n  }\n\n  test(\"drop table\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tbl1\", \"tbl2\"))\n    catalog.dropTable(\"db2\", \"tbl1\", ignoreIfNotExists = false, purge = false)\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tbl2\"))\n  }\n\n  test(\"drop table when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    \/\/ Should always throw exception when the database does not exist\n    intercept[AnalysisException] {\n      catalog.dropTable(\"unknown_db\", \"unknown_table\", ignoreIfNotExists = false, purge = false)\n    }\n    intercept[AnalysisException] {\n      catalog.dropTable(\"unknown_db\", \"unknown_table\", ignoreIfNotExists = true, purge = false)\n    }\n    \/\/ Should throw exception when the table does not exist, if ignoreIfNotExists is false\n    intercept[AnalysisException] {\n      catalog.dropTable(\"db2\", \"unknown_table\", ignoreIfNotExists = false, purge = false)\n    }\n    catalog.dropTable(\"db2\", \"unknown_table\", ignoreIfNotExists = true, purge = false)\n  }\n\n  test(\"rename table\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tbl1\", \"tbl2\"))\n    catalog.renameTable(\"db2\", \"tbl1\", \"tblone\")\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tblone\", \"tbl2\"))\n  }\n\n  test(\"rename table when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.renameTable(\"unknown_db\", \"unknown_table\", \"unknown_table\")\n    }\n    intercept[AnalysisException] {\n      catalog.renameTable(\"db2\", \"unknown_table\", \"unknown_table\")\n    }\n  }\n\n  test(\"rename table when destination table already exists\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.renameTable(\"db2\", \"tbl1\", \"tbl2\")\n    }\n  }\n\n  test(\"alter table\") {\n    val catalog = newBasicCatalog()\n    val tbl1 = catalog.getTable(\"db2\", \"tbl1\")\n    catalog.alterTable(tbl1.copy(properties = Map(\"toh\" -> \"frem\")))\n    val newTbl1 = catalog.getTable(\"db2\", \"tbl1\")\n    assert(!tbl1.properties.contains(\"toh\"))\n    assert(newTbl1.properties.size == tbl1.properties.size + 1)\n    assert(newTbl1.properties.get(\"toh\") == Some(\"frem\"))\n  }\n\n  test(\"alter table when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.alterTable(newTable(\"tbl1\", \"unknown_db\"))\n    }\n    intercept[AnalysisException] {\n      catalog.alterTable(newTable(\"unknown_table\", \"db2\"))\n    }\n  }\n\n  test(\"alter table schema\") {\n    val catalog = newBasicCatalog()\n    val newDataSchema = StructType(Seq(\n      StructField(\"col1\", IntegerType),\n      StructField(\"new_field_2\", StringType)))\n    catalog.alterTableDataSchema(\"db2\", \"tbl1\", newDataSchema)\n    val newTbl1 = catalog.getTable(\"db2\", \"tbl1\")\n    assert(newTbl1.dataSchema == newDataSchema)\n  }\n\n  test(\"alter table stats\") {\n    val catalog = newBasicCatalog()\n    val oldTableStats = catalog.getTable(\"db2\", \"tbl1\").stats\n    assert(oldTableStats.isEmpty)\n    val newStats = CatalogStatistics(sizeInBytes = 1)\n    catalog.alterTableStats(\"db2\", \"tbl1\", Some(newStats))\n    val newTableStats = catalog.getTable(\"db2\", \"tbl1\").stats\n    assert(newTableStats.get == newStats)\n  }\n\n  test(\"get table\") {\n    assert(newBasicCatalog().getTable(\"db2\", \"tbl1\").identifier.table == \"tbl1\")\n  }\n\n  test(\"get table when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.getTable(\"unknown_db\", \"unknown_table\")\n    }\n    intercept[AnalysisException] {\n      catalog.getTable(\"db2\", \"unknown_table\")\n    }\n  }\n\n  test(\"list tables without pattern\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] { catalog.listTables(\"unknown_db\") }\n    assert(catalog.listTables(\"db1\").toSet == Set.empty)\n    assert(catalog.listTables(\"db2\").toSet == Set(\"tbl1\", \"tbl2\"))\n  }\n\n  test(\"list tables with pattern\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] { catalog.listTables(\"unknown_db\", \"*\") }\n    assert(catalog.listTables(\"db1\", \"*\").toSet == Set.empty)\n    assert(catalog.listTables(\"db2\", \"*\").toSet == Set(\"tbl1\", \"tbl2\"))\n    assert(catalog.listTables(\"db2\", \"tbl*\").toSet == Set(\"tbl1\", \"tbl2\"))\n    assert(catalog.listTables(\"db2\", \"*1\").toSet == Set(\"tbl1\"))\n  }\n\n  test(\"column names should be case-preserving and column nullability should be retained\") {\n    val catalog = newBasicCatalog()\n    val tbl = CatalogTable(\n      identifier = TableIdentifier(\"tbl\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = storageFormat,\n      schema = new StructType()\n        .add(\"HelLo\", \"int\", nullable = false)\n        .add(\"WoRLd\", \"int\", nullable = true),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"WoRLd\"),\n      bucketSpec = Some(BucketSpec(4, Seq(\"HelLo\"), Nil)))\n    catalog.createTable(tbl, ignoreIfExists = false)\n\n    val readBack = catalog.getTable(\"db1\", \"tbl\")\n    assert(readBack.schema == tbl.schema)\n    assert(readBack.partitionColumnNames == tbl.partitionColumnNames)\n    assert(readBack.bucketSpec == tbl.bucketSpec)\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Partitions\n  \/\/ --------------------------------------------------------------------------\n\n  test(\"basic create and list partitions\") {\n    val catalog = newEmptyCatalog()\n    catalog.createDatabase(newDb(\"mydb\"), ignoreIfExists = false)\n    catalog.createTable(newTable(\"tbl\", \"mydb\"), ignoreIfExists = false)\n    catalog.createPartitions(\"mydb\", \"tbl\", Seq(part1, part2), ignoreIfExists = false)\n    assert(catalogPartitionsEqual(catalog, \"mydb\", \"tbl\", Seq(part1, part2)))\n  }\n\n  test(\"create partitions when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.createPartitions(\"does_not_exist\", \"tbl1\", Seq(), ignoreIfExists = false)\n    }\n    intercept[AnalysisException] {\n      catalog.createPartitions(\"db2\", \"does_not_exist\", Seq(), ignoreIfExists = false)\n    }\n  }\n\n  test(\"create partitions that already exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.createPartitions(\"db2\", \"tbl2\", Seq(part1), ignoreIfExists = false)\n    }\n    catalog.createPartitions(\"db2\", \"tbl2\", Seq(part1), ignoreIfExists = true)\n  }\n\n  test(\"create partitions without location\") {\n    val catalog = newBasicCatalog()\n    val table = CatalogTable(\n      identifier = TableIdentifier(\"tbl\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"partCol1\", \"int\")\n        .add(\"partCol2\", \"string\"),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"partCol1\", \"partCol2\"))\n    catalog.createTable(table, ignoreIfExists = false)\n\n    val partition = CatalogTablePartition(Map(\"partCol1\" -> \"1\", \"partCol2\" -> \"2\"), storageFormat)\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(partition), ignoreIfExists = false)\n\n    val partitionLocation = catalog.getPartition(\n      \"db1\",\n      \"tbl\",\n      Map(\"partCol1\" -> \"1\", \"partCol2\" -> \"2\")).location\n    val tableLocation = new Path(catalog.getTable(\"db1\", \"tbl\").location)\n    val defaultPartitionLocation = new Path(new Path(tableLocation, \"partCol1=1\"), \"partCol2=2\")\n    assert(new Path(partitionLocation) == defaultPartitionLocation)\n  }\n\n  test(\"create\/drop partitions in managed tables with location\") {\n    val catalog = newBasicCatalog()\n    val table = CatalogTable(\n      identifier = TableIdentifier(\"tbl\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"partCol1\", \"int\")\n        .add(\"partCol2\", \"string\"),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"partCol1\", \"partCol2\"))\n    catalog.createTable(table, ignoreIfExists = false)\n\n    val newLocationPart1 = newUriForDatabase()\n    val newLocationPart2 = newUriForDatabase()\n\n    val partition1 =\n      CatalogTablePartition(Map(\"partCol1\" -> \"1\", \"partCol2\" -> \"2\"),\n        storageFormat.copy(locationUri = Some(newLocationPart1)))\n    val partition2 =\n      CatalogTablePartition(Map(\"partCol1\" -> \"3\", \"partCol2\" -> \"4\"),\n        storageFormat.copy(locationUri = Some(newLocationPart2)))\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(partition1), ignoreIfExists = false)\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(partition2), ignoreIfExists = false)\n\n    assert(exists(newLocationPart1))\n    assert(exists(newLocationPart2))\n\n    \/\/ the corresponding directory is dropped.\n    catalog.dropPartitions(\"db1\", \"tbl\", Seq(partition1.spec),\n      ignoreIfNotExists = false, purge = false, retainData = false)\n    assert(!exists(newLocationPart1))\n\n    \/\/ all the remaining directories are dropped.\n    catalog.dropTable(\"db1\", \"tbl\", ignoreIfNotExists = false, purge = false)\n    assert(!exists(newLocationPart2))\n  }\n\n  test(\"list partition names\") {\n    val catalog = newBasicCatalog()\n    val newPart = CatalogTablePartition(Map(\"a\" -> \"1\", \"b\" -> \"%=\"), storageFormat)\n    catalog.createPartitions(\"db2\", \"tbl2\", Seq(newPart), ignoreIfExists = false)\n\n    val partitionNames = catalog.listPartitionNames(\"db2\", \"tbl2\")\n    assert(partitionNames == Seq(\"a=1\/b=%25%3D\", \"a=1\/b=2\", \"a=3\/b=4\"))\n  }\n\n  test(\"list partition names with partial partition spec\") {\n    val catalog = newBasicCatalog()\n    val newPart = CatalogTablePartition(Map(\"a\" -> \"1\", \"b\" -> \"%=\"), storageFormat)\n    catalog.createPartitions(\"db2\", \"tbl2\", Seq(newPart), ignoreIfExists = false)\n\n    val partitionNames1 = catalog.listPartitionNames(\"db2\", \"tbl2\", Some(Map(\"a\" -> \"1\")))\n    assert(partitionNames1 == Seq(\"a=1\/b=%25%3D\", \"a=1\/b=2\"))\n\n    \/\/ Partial partition specs including \"weird\" partition values should use the unescaped values\n    val partitionNames2 = catalog.listPartitionNames(\"db2\", \"tbl2\", Some(Map(\"b\" -> \"%=\")))\n    assert(partitionNames2 == Seq(\"a=1\/b=%25%3D\"))\n\n    val partitionNames3 = catalog.listPartitionNames(\"db2\", \"tbl2\", Some(Map(\"b\" -> \"%25%3D\")))\n    assert(partitionNames3.isEmpty)\n  }\n\n  test(\"list partitions with partial partition spec\") {\n    val catalog = newBasicCatalog()\n    val parts = catalog.listPartitions(\"db2\", \"tbl2\", Some(Map(\"a\" -> \"1\")))\n    assert(parts.length == 1)\n    assert(parts.head.spec == part1.spec)\n\n    \/\/ if no partition is matched for the given partition spec, an empty list should be returned.\n    assert(catalog.listPartitions(\"db2\", \"tbl2\", Some(Map(\"a\" -> \"unknown\", \"b\" -> \"1\"))).isEmpty)\n    assert(catalog.listPartitions(\"db2\", \"tbl2\", Some(Map(\"a\" -> \"unknown\"))).isEmpty)\n  }\n\n  test(\"SPARK-21457: list partitions with special chars\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listPartitions(\"db2\", \"tbl1\").isEmpty)\n\n    val part1 = CatalogTablePartition(Map(\"a\" -> \"1\", \"b\" -> \"i+j\"), storageFormat)\n    val part2 = CatalogTablePartition(Map(\"a\" -> \"1\", \"b\" -> \"i.j\"), storageFormat)\n    catalog.createPartitions(\"db2\", \"tbl1\", Seq(part1, part2), ignoreIfExists = false)\n\n    assert(catalog.listPartitions(\"db2\", \"tbl1\", Some(part1.spec)).map(_.spec) == Seq(part1.spec))\n    assert(catalog.listPartitions(\"db2\", \"tbl1\", Some(part2.spec)).map(_.spec) == Seq(part2.spec))\n  }\n\n  test(\"list partitions by filter\") {\n    val tz = TimeZone.getDefault.getID\n    val catalog = newBasicCatalog()\n\n    def checkAnswer(\n        table: CatalogTable, filters: Seq[Expression], expected: Set[CatalogTablePartition])\n      : Unit = {\n\n      assertResult(expected.map(_.spec)) {\n        catalog.listPartitionsByFilter(table.database, table.identifier.identifier, filters, tz)\n          .map(_.spec).toSet\n      }\n    }\n\n    val tbl2 = catalog.getTable(\"db2\", \"tbl2\")\n\n    checkAnswer(tbl2, Seq.empty, Set(part1, part2))\n    checkAnswer(tbl2, Seq('a.int <= 1), Set(part1))\n    checkAnswer(tbl2, Seq('a.int === 2), Set.empty)\n    checkAnswer(tbl2, Seq(In('a.int * 10, Seq(30))), Set(part2))\n    checkAnswer(tbl2, Seq(Not(In('a.int, Seq(4)))), Set(part1, part2))\n    checkAnswer(tbl2, Seq('a.int === 1, 'b.string === \"2\"), Set(part1))\n    checkAnswer(tbl2, Seq('a.int === 1 && 'b.string === \"2\"), Set(part1))\n    checkAnswer(tbl2, Seq('a.int === 1, 'b.string === \"x\"), Set.empty)\n    checkAnswer(tbl2, Seq('a.int === 1 || 'b.string === \"x\"), Set(part1))\n\n    intercept[AnalysisException] {\n      try {\n        checkAnswer(tbl2, Seq('a.int > 0 && 'col1.int > 0), Set.empty)\n      } catch {\n        \/\/ HiveExternalCatalog may be the first one to notice and throw an exception, which will\n        \/\/ then be caught and converted to a RuntimeException with a descriptive message.\n        case ex: RuntimeException if ex.getMessage.contains(\"MetaException\") =>\n          throw new AnalysisException(ex.getMessage)\n      }\n    }\n  }\n\n  test(\"drop partitions\") {\n    val catalog = newBasicCatalog()\n    assert(catalogPartitionsEqual(catalog, \"db2\", \"tbl2\", Seq(part1, part2)))\n    catalog.dropPartitions(\n      \"db2\", \"tbl2\", Seq(part1.spec), ignoreIfNotExists = false, purge = false, retainData = false)\n    assert(catalogPartitionsEqual(catalog, \"db2\", \"tbl2\", Seq(part2)))\n    resetState()\n    val catalog2 = newBasicCatalog()\n    assert(catalogPartitionsEqual(catalog2, \"db2\", \"tbl2\", Seq(part1, part2)))\n    catalog2.dropPartitions(\n      \"db2\", \"tbl2\", Seq(part1.spec, part2.spec), ignoreIfNotExists = false, purge = false,\n      retainData = false)\n    assert(catalog2.listPartitions(\"db2\", \"tbl2\").isEmpty)\n  }\n\n  test(\"drop partitions when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.dropPartitions(\n        \"does_not_exist\", \"tbl1\", Seq(), ignoreIfNotExists = false, purge = false,\n        retainData = false)\n    }\n    intercept[AnalysisException] {\n      catalog.dropPartitions(\n        \"db2\", \"does_not_exist\", Seq(), ignoreIfNotExists = false, purge = false,\n        retainData = false)\n    }\n  }\n\n  test(\"drop partitions that do not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.dropPartitions(\n        \"db2\", \"tbl2\", Seq(part3.spec), ignoreIfNotExists = false, purge = false,\n        retainData = false)\n    }\n    catalog.dropPartitions(\n      \"db2\", \"tbl2\", Seq(part3.spec), ignoreIfNotExists = true, purge = false, retainData = false)\n  }\n\n  test(\"get partition\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.getPartition(\"db2\", \"tbl2\", part1.spec).spec == part1.spec)\n    assert(catalog.getPartition(\"db2\", \"tbl2\", part2.spec).spec == part2.spec)\n    intercept[AnalysisException] {\n      catalog.getPartition(\"db2\", \"tbl1\", part3.spec)\n    }\n  }\n\n  test(\"get partition when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.getPartition(\"does_not_exist\", \"tbl1\", part1.spec)\n    }\n    intercept[AnalysisException] {\n      catalog.getPartition(\"db2\", \"does_not_exist\", part1.spec)\n    }\n  }\n\n  test(\"rename partitions\") {\n    val catalog = newBasicCatalog()\n    val newPart1 = part1.copy(spec = Map(\"a\" -> \"100\", \"b\" -> \"101\"))\n    val newPart2 = part2.copy(spec = Map(\"a\" -> \"200\", \"b\" -> \"201\"))\n    val newSpecs = Seq(newPart1.spec, newPart2.spec)\n    catalog.renamePartitions(\"db2\", \"tbl2\", Seq(part1.spec, part2.spec), newSpecs)\n    assert(catalog.getPartition(\"db2\", \"tbl2\", newPart1.spec).spec === newPart1.spec)\n    assert(catalog.getPartition(\"db2\", \"tbl2\", newPart2.spec).spec === newPart2.spec)\n    \/\/ The old partitions should no longer exist\n    intercept[AnalysisException] { catalog.getPartition(\"db2\", \"tbl2\", part1.spec) }\n    intercept[AnalysisException] { catalog.getPartition(\"db2\", \"tbl2\", part2.spec) }\n  }\n\n  test(\"rename partitions should update the location for managed table\") {\n    val catalog = newBasicCatalog()\n    val table = CatalogTable(\n      identifier = TableIdentifier(\"tbl\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"partCol1\", \"int\")\n        .add(\"partCol2\", \"string\"),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"partCol1\", \"partCol2\"))\n    catalog.createTable(table, ignoreIfExists = false)\n\n    val tableLocation = new Path(catalog.getTable(\"db1\", \"tbl\").location)\n\n    val mixedCasePart1 = CatalogTablePartition(\n      Map(\"partCol1\" -> \"1\", \"partCol2\" -> \"2\"), storageFormat)\n    val mixedCasePart2 = CatalogTablePartition(\n      Map(\"partCol1\" -> \"3\", \"partCol2\" -> \"4\"), storageFormat)\n\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(mixedCasePart1), ignoreIfExists = false)\n    assert(\n      new Path(catalog.getPartition(\"db1\", \"tbl\", mixedCasePart1.spec).location) ==\n        new Path(new Path(tableLocation, \"partCol1=1\"), \"partCol2=2\"))\n\n    catalog.renamePartitions(\"db1\", \"tbl\", Seq(mixedCasePart1.spec), Seq(mixedCasePart2.spec))\n    assert(\n      new Path(catalog.getPartition(\"db1\", \"tbl\", mixedCasePart2.spec).location) ==\n        new Path(new Path(tableLocation, \"partCol1=3\"), \"partCol2=4\"))\n\n    \/\/ For external tables, RENAME PARTITION should not update the partition location.\n    val existingPartLoc = catalog.getPartition(\"db2\", \"tbl2\", part1.spec).location\n    catalog.renamePartitions(\"db2\", \"tbl2\", Seq(part1.spec), Seq(part3.spec))\n    assert(\n      new Path(catalog.getPartition(\"db2\", \"tbl2\", part3.spec).location) ==\n        new Path(existingPartLoc))\n  }\n\n  test(\"rename partitions when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.renamePartitions(\"does_not_exist\", \"tbl1\", Seq(part1.spec), Seq(part2.spec))\n    }\n    intercept[AnalysisException] {\n      catalog.renamePartitions(\"db2\", \"does_not_exist\", Seq(part1.spec), Seq(part2.spec))\n    }\n  }\n\n  test(\"rename partitions when the new partition already exists\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.renamePartitions(\"db2\", \"tbl2\", Seq(part1.spec), Seq(part2.spec))\n    }\n  }\n\n  test(\"alter partitions\") {\n    val catalog = newBasicCatalog()\n    try {\n      val newLocation = newUriForDatabase()\n      val newSerde = \"com.sparkbricks.text.EasySerde\"\n      val newSerdeProps = Map(\"spark\" -> \"bricks\", \"compressed\" -> \"false\")\n      \/\/ alter but keep spec the same\n      val oldPart1 = catalog.getPartition(\"db2\", \"tbl2\", part1.spec)\n      val oldPart2 = catalog.getPartition(\"db2\", \"tbl2\", part2.spec)\n      catalog.alterPartitions(\"db2\", \"tbl2\", Seq(\n        oldPart1.copy(storage = storageFormat.copy(locationUri = Some(newLocation))),\n        oldPart2.copy(storage = storageFormat.copy(locationUri = Some(newLocation)))))\n      val newPart1 = catalog.getPartition(\"db2\", \"tbl2\", part1.spec)\n      val newPart2 = catalog.getPartition(\"db2\", \"tbl2\", part2.spec)\n      assert(newPart1.storage.locationUri == Some(newLocation))\n      assert(newPart2.storage.locationUri == Some(newLocation))\n      assert(oldPart1.storage.locationUri != Some(newLocation))\n      assert(oldPart2.storage.locationUri != Some(newLocation))\n      \/\/ alter other storage information\n      catalog.alterPartitions(\"db2\", \"tbl2\", Seq(\n        oldPart1.copy(storage = storageFormat.copy(serde = Some(newSerde))),\n        oldPart2.copy(storage = storageFormat.copy(properties = newSerdeProps))))\n      val newPart1b = catalog.getPartition(\"db2\", \"tbl2\", part1.spec)\n      val newPart2b = catalog.getPartition(\"db2\", \"tbl2\", part2.spec)\n      assert(newPart1b.storage.serde == Some(newSerde))\n      assert(newPart2b.storage.properties == newSerdeProps)\n      \/\/ alter but change spec, should fail because new partition specs do not exist yet\n      val badPart1 = part1.copy(spec = Map(\"a\" -> \"v1\", \"b\" -> \"v2\"))\n      val badPart2 = part2.copy(spec = Map(\"a\" -> \"v3\", \"b\" -> \"v4\"))\n      intercept[AnalysisException] {\n        catalog.alterPartitions(\"db2\", \"tbl2\", Seq(badPart1, badPart2))\n      }\n    } finally {\n      \/\/ Remember to restore the original current database, which we assume to be \"default\"\n      catalog.setCurrentDatabase(\"default\")\n    }\n  }\n\n  test(\"alter partitions when database\/table does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[AnalysisException] {\n      catalog.alterPartitions(\"does_not_exist\", \"tbl1\", Seq(part1))\n    }\n    intercept[AnalysisException] {\n      catalog.alterPartitions(\"db2\", \"does_not_exist\", Seq(part1))\n    }\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ Functions\n  \/\/ --------------------------------------------------------------------------\n\n  test(\"basic create and list functions\") {\n    val catalog = newEmptyCatalog()\n    catalog.createDatabase(newDb(\"mydb\"), ignoreIfExists = false)\n    catalog.createFunction(\"mydb\", newFunc(\"myfunc\"))\n    assert(catalog.listFunctions(\"mydb\", \"*\").toSet == Set(\"myfunc\"))\n  }\n\n  test(\"create function when database does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[NoSuchDatabaseException] {\n      catalog.createFunction(\"does_not_exist\", newFunc())\n    }\n  }\n\n  test(\"create function that already exists\") {\n    val catalog = newBasicCatalog()\n    intercept[FunctionAlreadyExistsException] {\n      catalog.createFunction(\"db2\", newFunc(\"func1\"))\n    }\n  }\n\n  test(\"drop function\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.listFunctions(\"db2\", \"*\").toSet == Set(\"func1\"))\n    catalog.dropFunction(\"db2\", \"func1\")\n    assert(catalog.listFunctions(\"db2\", \"*\").isEmpty)\n  }\n\n  test(\"drop function when database does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[NoSuchDatabaseException] {\n      catalog.dropFunction(\"does_not_exist\", \"something\")\n    }\n  }\n\n  test(\"drop function that does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[NoSuchFunctionException] {\n      catalog.dropFunction(\"db2\", \"does_not_exist\")\n    }\n  }\n\n  test(\"get function\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.getFunction(\"db2\", \"func1\") ==\n      CatalogFunction(FunctionIdentifier(\"func1\", Some(\"db2\")), funcClass,\n        Seq.empty[FunctionResource]))\n    intercept[NoSuchFunctionException] {\n      catalog.getFunction(\"db2\", \"does_not_exist\")\n    }\n  }\n\n  test(\"get function when database does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[NoSuchDatabaseException] {\n      catalog.getFunction(\"does_not_exist\", \"func1\")\n    }\n  }\n\n  test(\"rename function\") {\n    val catalog = newBasicCatalog()\n    val newName = \"funcky\"\n    assert(catalog.getFunction(\"db2\", \"func1\").className == funcClass)\n    catalog.renameFunction(\"db2\", \"func1\", newName)\n    intercept[NoSuchFunctionException] { catalog.getFunction(\"db2\", \"func1\") }\n    assert(catalog.getFunction(\"db2\", newName).identifier.funcName == newName)\n    assert(catalog.getFunction(\"db2\", newName).className == funcClass)\n    intercept[NoSuchFunctionException] { catalog.renameFunction(\"db2\", \"does_not_exist\", \"me\") }\n  }\n\n  test(\"rename function when database does not exist\") {\n    val catalog = newBasicCatalog()\n    intercept[NoSuchDatabaseException] {\n      catalog.renameFunction(\"does_not_exist\", \"func1\", \"func5\")\n    }\n  }\n\n  test(\"rename function when new function already exists\") {\n    val catalog = newBasicCatalog()\n    catalog.createFunction(\"db2\", newFunc(\"func2\", Some(\"db2\")))\n    intercept[FunctionAlreadyExistsException] {\n      catalog.renameFunction(\"db2\", \"func1\", \"func2\")\n    }\n  }\n\n  test(\"alter function\") {\n    val catalog = newBasicCatalog()\n    assert(catalog.getFunction(\"db2\", \"func1\").className == funcClass)\n    val myNewFunc = catalog.getFunction(\"db2\", \"func1\").copy(className = newFuncClass)\n    catalog.alterFunction(\"db2\", myNewFunc)\n    assert(catalog.getFunction(\"db2\", \"func1\").className == newFuncClass)\n  }\n\n  test(\"list functions\") {\n    val catalog = newBasicCatalog()\n    catalog.createFunction(\"db2\", newFunc(\"func2\"))\n    catalog.createFunction(\"db2\", newFunc(\"not_me\"))\n    assert(catalog.listFunctions(\"db2\", \"*\").toSet == Set(\"func1\", \"func2\", \"not_me\"))\n    assert(catalog.listFunctions(\"db2\", \"func*\").toSet == Set(\"func1\", \"func2\"))\n  }\n\n  \/\/ --------------------------------------------------------------------------\n  \/\/ File System operations\n  \/\/ --------------------------------------------------------------------------\n\n  private def exists(uri: URI, children: String*): Boolean = {\n    val base = new Path(uri)\n    val finalPath = children.foldLeft(base) {\n      case (parent, child) => new Path(parent, child)\n    }\n    base.getFileSystem(new Configuration()).exists(finalPath)\n  }\n\n  test(\"create\/drop database should create\/delete the directory\") {\n    val catalog = newBasicCatalog()\n    val db = newDb(\"mydb\")\n    catalog.createDatabase(db, ignoreIfExists = false)\n    assert(exists(db.locationUri))\n\n    catalog.dropDatabase(\"mydb\", ignoreIfNotExists = false, cascade = false)\n    assert(!exists(db.locationUri))\n  }\n\n  test(\"create\/drop\/rename table should create\/delete\/rename the directory\") {\n    val catalog = newBasicCatalog()\n    val db = catalog.getDatabase(\"db1\")\n    val table = CatalogTable(\n      identifier = TableIdentifier(\"my_table\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType().add(\"a\", \"int\").add(\"b\", \"string\"),\n      provider = Some(defaultProvider)\n    )\n\n    catalog.createTable(table, ignoreIfExists = false)\n    assert(exists(db.locationUri, \"my_table\"))\n\n    catalog.renameTable(\"db1\", \"my_table\", \"your_table\")\n    assert(!exists(db.locationUri, \"my_table\"))\n    assert(exists(db.locationUri, \"your_table\"))\n\n    catalog.dropTable(\"db1\", \"your_table\", ignoreIfNotExists = false, purge = false)\n    assert(!exists(db.locationUri, \"your_table\"))\n\n    val externalTable = CatalogTable(\n      identifier = TableIdentifier(\"external_table\", Some(\"db1\")),\n      tableType = CatalogTableType.EXTERNAL,\n      storage = CatalogStorageFormat(\n        Some(Utils.createTempDir().toURI),\n        None, None, None, false, Map.empty),\n      schema = new StructType().add(\"a\", \"int\").add(\"b\", \"string\"),\n      provider = Some(defaultProvider)\n    )\n    catalog.createTable(externalTable, ignoreIfExists = false)\n    assert(!exists(db.locationUri, \"external_table\"))\n  }\n\n  test(\"test describe extended on external table on s3\") {\n    \/\/ check Describe extended output for masked credentials in case of S3 URI\n    var csf = CatalogStorageFormat(locationUri =\n        Some(new URI(\"s3a:\/\/DUMMYKEY175GDRZIF4QQ:DUMMYKEY2zUkvIS88xrMJ7v5cMmQEWRjqS@\" +\n            \"ryft-public-sample-data\/passengers.txt\")),\n      Some(\"org.apache.hadoop.mapred.SequenceFileInputFormat\"),\n      Some(\"org.apache.hadoop.hive.ql.io.HiveSequenceFileOutputFormat\"),\n      Some(\"org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe\"), compressed = false, Map.empty)\n\n    var expectedStr = \"Storage(Location: s3a:\/\/****:****@ryft-public-sample-data\/passengers.txt,\" +\n        \" Serde Library: org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe,\" +\n        \" InputFormat: org.apache.hadoop.mapred.SequenceFileInputFormat,\" +\n        \" OutputFormat: org.apache.hadoop.hive.ql.io.HiveSequenceFileOutputFormat)\"\n    assert(csf.toString == expectedStr)\n    assert(csf.getMaskedLocUri.get.toString ==\n        \"s3a:\/\/****:****@ryft-public-sample-data\/passengers.txt\")\n\n    \/\/ without access and secret keys in the URI\n    csf = CatalogStorageFormat(locationUri =\n        Some(new URI(\"s3a:\/\/ryft-public-sample-data\/passengers.txt\")),\n      Some(\"org.apache.hadoop.mapred.SequenceFileInputFormat\"),\n      Some(\"org.apache.hadoop.hive.ql.io.HiveSequenceFileOutputFormat\"),\n      Some(\"org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe\"), compressed = false, Map.empty)\n\n    expectedStr = \"Storage(Location: s3a:\/\/ryft-public-sample-data\/passengers.txt,\" +\n        \" Serde Library: org.apache.hadoop.hive.serde2.lazy.LazySimpleSerDe,\" +\n        \" InputFormat: org.apache.hadoop.mapred.SequenceFileInputFormat,\" +\n        \" OutputFormat: org.apache.hadoop.hive.ql.io.HiveSequenceFileOutputFormat)\"\n    assert(csf.toString == expectedStr)\n    assert(csf.getMaskedLocUri.get.toString == \"s3a:\/\/ryft-public-sample-data\/passengers.txt\")\n  }\n\n  test(\"create\/drop\/rename partitions should create\/delete\/rename the directory\") {\n    val catalog = newBasicCatalog()\n    val table = CatalogTable(\n      identifier = TableIdentifier(\"tbl\", Some(\"db1\")),\n      tableType = CatalogTableType.MANAGED,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"partCol1\", \"int\")\n        .add(\"partCol2\", \"string\"),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"partCol1\", \"partCol2\"))\n    catalog.createTable(table, ignoreIfExists = false)\n\n    val tableLocation = catalog.getTable(\"db1\", \"tbl\").location\n\n    val part1 = CatalogTablePartition(Map(\"partCol1\" -> \"1\", \"partCol2\" -> \"2\"), storageFormat)\n    val part2 = CatalogTablePartition(Map(\"partCol1\" -> \"3\", \"partCol2\" -> \"4\"), storageFormat)\n    val part3 = CatalogTablePartition(Map(\"partCol1\" -> \"5\", \"partCol2\" -> \"6\"), storageFormat)\n\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(part1, part2), ignoreIfExists = false)\n    assert(exists(tableLocation, \"partCol1=1\", \"partCol2=2\"))\n    assert(exists(tableLocation, \"partCol1=3\", \"partCol2=4\"))\n\n    catalog.renamePartitions(\"db1\", \"tbl\", Seq(part1.spec), Seq(part3.spec))\n    assert(!exists(tableLocation, \"partCol1=1\", \"partCol2=2\"))\n    assert(exists(tableLocation, \"partCol1=5\", \"partCol2=6\"))\n\n    catalog.dropPartitions(\"db1\", \"tbl\", Seq(part2.spec, part3.spec), ignoreIfNotExists = false,\n      purge = false, retainData = false)\n    assert(!exists(tableLocation, \"partCol1=3\", \"partCol2=4\"))\n    assert(!exists(tableLocation, \"partCol1=5\", \"partCol2=6\"))\n\n    val tempPath = Utils.createTempDir()\n    \/\/ create partition with existing directory is OK.\n    val partWithExistingDir = CatalogTablePartition(\n      Map(\"partCol1\" -> \"7\", \"partCol2\" -> \"8\"),\n      CatalogStorageFormat(\n        Some(tempPath.toURI),\n        None, None, None, false, Map.empty))\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(partWithExistingDir), ignoreIfExists = false)\n\n    tempPath.delete()\n    \/\/ create partition with non-existing directory will create that directory.\n    val partWithNonExistingDir = CatalogTablePartition(\n      Map(\"partCol1\" -> \"9\", \"partCol2\" -> \"10\"),\n      CatalogStorageFormat(\n        Some(tempPath.toURI),\n        None, None, None, false, Map.empty))\n    catalog.createPartitions(\"db1\", \"tbl\", Seq(partWithNonExistingDir), ignoreIfExists = false)\n    assert(tempPath.exists())\n  }\n\n  test(\"drop partition from external table should not delete the directory\") {\n    val catalog = newBasicCatalog()\n    catalog.createPartitions(\"db2\", \"tbl1\", Seq(part1), ignoreIfExists = false)\n\n    val partPath = new Path(catalog.getPartition(\"db2\", \"tbl1\", part1.spec).location)\n    val fs = partPath.getFileSystem(new Configuration)\n    assert(fs.exists(partPath))\n\n    catalog.dropPartitions(\n      \"db2\", \"tbl1\", Seq(part1.spec), ignoreIfNotExists = false, purge = false, retainData = false)\n    assert(fs.exists(partPath))\n  }\n}\n\n\n\/**\n * A collection of utility fields and methods for tests related to the [[ExternalCatalog]].\n *\/\nabstract class CatalogTestUtils {\n\n  \/\/ Unimplemented methods\n  val tableInputFormat: String\n  val tableOutputFormat: String\n  val defaultProvider: String\n  def newEmptyCatalog(): ExternalCatalog\n\n  \/\/ These fields must be lazy because they rely on fields that are not implemented yet\n  lazy val storageFormat = CatalogStorageFormat(\n    locationUri = None,\n    inputFormat = Some(tableInputFormat),\n    outputFormat = Some(tableOutputFormat),\n    serde = None,\n    compressed = false,\n    properties = Map.empty)\n  lazy val part1 = CatalogTablePartition(Map(\"a\" -> \"1\", \"b\" -> \"2\"), storageFormat)\n  lazy val part2 = CatalogTablePartition(Map(\"a\" -> \"3\", \"b\" -> \"4\"), storageFormat)\n  lazy val part3 = CatalogTablePartition(Map(\"a\" -> \"5\", \"b\" -> \"6\"), storageFormat)\n  lazy val partWithMixedOrder = CatalogTablePartition(Map(\"b\" -> \"6\", \"a\" -> \"6\"), storageFormat)\n  lazy val partWithLessColumns = CatalogTablePartition(Map(\"a\" -> \"1\"), storageFormat)\n  lazy val partWithMoreColumns =\n    CatalogTablePartition(Map(\"a\" -> \"5\", \"b\" -> \"6\", \"c\" -> \"7\"), storageFormat)\n  lazy val partWithUnknownColumns =\n    CatalogTablePartition(Map(\"a\" -> \"5\", \"unknown\" -> \"6\"), storageFormat)\n  lazy val partWithEmptyValue =\n    CatalogTablePartition(Map(\"a\" -> \"3\", \"b\" -> \"\"), storageFormat)\n  lazy val funcClass = \"org.apache.spark.myFunc\"\n  lazy val newFuncClass = \"org.apache.spark.myNewFunc\"\n\n  \/**\n   * Creates a basic catalog, with the following structure:\n   *\n   * default\n   * db1\n   * db2\n   *   - tbl1\n   *   - tbl2\n   *     - part1\n   *     - part2\n   *   - func1\n   * db3\n   *   - view1\n   *\/\n  def newBasicCatalog(): ExternalCatalog = {\n    val catalog = newEmptyCatalog()\n    \/\/ When testing against a real catalog, the default database may already exist\n    catalog.createDatabase(newDb(\"default\"), ignoreIfExists = true)\n    catalog.createDatabase(newDb(\"db1\"), ignoreIfExists = false)\n    catalog.createDatabase(newDb(\"db2\"), ignoreIfExists = false)\n    catalog.createDatabase(newDb(\"db3\"), ignoreIfExists = false)\n    catalog.createTable(newTable(\"tbl1\", \"db2\"), ignoreIfExists = false)\n    catalog.createTable(newTable(\"tbl2\", \"db2\"), ignoreIfExists = false)\n    catalog.createTable(newView(\"view1\", Some(\"db3\")), ignoreIfExists = false)\n    catalog.createPartitions(\"db2\", \"tbl2\", Seq(part1, part2), ignoreIfExists = false)\n    catalog.createFunction(\"db2\", newFunc(\"func1\", Some(\"db2\")))\n    catalog\n  }\n\n  def newFunc(): CatalogFunction = newFunc(\"funcName\")\n\n  def newUriForDatabase(): URI = new URI(Utils.createTempDir().toURI.toString.stripSuffix(\"\/\"))\n\n  def newDb(name: String): CatalogDatabase = {\n    CatalogDatabase(name, name + \" description\", newUriForDatabase(), Map.empty)\n  }\n\n  def newTable(name: String, db: String): CatalogTable = newTable(name, Some(db))\n\n  def newTable(name: String, database: Option[String] = None): CatalogTable = {\n    CatalogTable(\n      identifier = TableIdentifier(name, database),\n      tableType = CatalogTableType.EXTERNAL,\n      storage = storageFormat.copy(locationUri = Some(Utils.createTempDir().toURI)),\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"a\", \"int\")\n        .add(\"b\", \"string\"),\n      provider = Some(defaultProvider),\n      partitionColumnNames = Seq(\"a\", \"b\"),\n      bucketSpec = Some(BucketSpec(4, Seq(\"col1\"), Nil)))\n  }\n\n  def newView(\n      name: String,\n      database: Option[String] = None): CatalogTable = {\n    val viewDefaultDatabase = database.getOrElse(\"default\")\n    CatalogTable(\n      identifier = TableIdentifier(name, database),\n      tableType = CatalogTableType.VIEW,\n      storage = CatalogStorageFormat.empty,\n      schema = new StructType()\n        .add(\"col1\", \"int\")\n        .add(\"col2\", \"string\")\n        .add(\"a\", \"int\")\n        .add(\"b\", \"string\"),\n      viewText = Some(\"SELECT * FROM tbl1\"),\n      properties = Map(CatalogTable.VIEW_DEFAULT_DATABASE -> viewDefaultDatabase))\n  }\n\n  def newFunc(name: String, database: Option[String] = None): CatalogFunction = {\n    CatalogFunction(FunctionIdentifier(name, database), funcClass, Seq.empty[FunctionResource])\n  }\n\n  \/**\n   * Whether the catalog's table partitions equal the ones given.\n   * Note: Hive sets some random serde things, so we just compare the specs here.\n   *\/\n  def catalogPartitionsEqual(\n      catalog: ExternalCatalog,\n      db: String,\n      table: String,\n      parts: Seq[CatalogTablePartition]): Boolean = {\n    catalog.listPartitions(db, table).map(_.spec).toSet == parts.map(_.spec).toSet\n  }\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/util\/SerializableBuffer.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.util\n\nimport java.io.{EOFException, IOException, ObjectInputStream, ObjectOutputStream}\nimport java.nio.ByteBuffer\nimport java.nio.channels.Channels\n\nimport com.esotericsoftware.kryo.{Kryo, KryoSerializable}\nimport com.esotericsoftware.kryo.io.{Input, Output}\n\n\/**\n * A wrapper around a java.nio.ByteBuffer that is serializable through Java serialization, to make\n * it easier to pass ByteBuffers in case class messages.\n *\/\nprivate[spark]\nclass SerializableBuffer(@transient var buffer: ByteBuffer)\n    extends Serializable with KryoSerializable {\n\n  def value: ByteBuffer = buffer\n\n  private def readObject(in: ObjectInputStream): Unit = Utils.tryOrIOException {\n    val length = in.readInt()\n    buffer = ByteBuffer.allocate(length)\n    var amountRead = 0\n    val channel = Channels.newChannel(in)\n    while (amountRead < length) {\n      val ret = channel.read(buffer)\n      if (ret == -1) {\n        throw new EOFException(\"End of file before fully reading buffer\")\n      }\n      amountRead += ret\n    }\n    buffer.rewind() \/\/ Allow us to read it later\n  }\n\n  private def writeObject(out: ObjectOutputStream): Unit = Utils.tryOrIOException {\n    out.writeInt(buffer.limit())\n    if (Channels.newChannel(out).write(buffer) != buffer.limit()) {\n      throw new IOException(\"Could not fully write buffer to output stream\")\n    }\n    buffer.rewind() \/\/ Allow us to write it again later\n  }\n\n  override def write(kryo: Kryo, output: Output) {\n    if (buffer.position() != 0) {\n      throw new IOException(s\"Unexpected buffer position ${buffer.position()}\")\n    }\n    output.writeInt(buffer.limit())\n    output.writeBytes(buffer.array(), buffer.arrayOffset(), buffer.limit())\n  }\n\n  override def read(kryo: Kryo, input: Input) {\n    val length = input.readInt()\n    val b = new Array[Byte](length)\n    input.readBytes(b)\n    buffer = ByteBuffer.wrap(b)\n    buffer.rewind() \/\/ Allow us to read it later\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/objects.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.execution\n\nimport scala.language.existentials\n\nimport org.apache.spark.api.java.function.MapFunction\nimport org.apache.spark.api.r._\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.Row\nimport org.apache.spark.sql.api.r.SQLUtils._\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.expressions.codegen._\nimport org.apache.spark.sql.catalyst.expressions.objects.Invoke\nimport org.apache.spark.sql.catalyst.plans.logical.{EventTimeWatermark, FunctionUtils, LogicalGroupState}\nimport org.apache.spark.sql.catalyst.plans.physical._\nimport org.apache.spark.sql.execution.streaming.GroupStateImpl\nimport org.apache.spark.sql.streaming.GroupStateTimeout\nimport org.apache.spark.sql.types._\n\n\/**\n * Physical version of `ObjectProducer`.\n *\/\ntrait ObjectProducerExec extends SparkPlan {\n  \/\/ The attribute that reference to the single object field this operator outputs.\n  protected def outputObjAttr: Attribute\n\n  override def output: Seq[Attribute] = outputObjAttr :: Nil\n\n  override def producedAttributes: AttributeSet = AttributeSet(outputObjAttr)\n\n  def outputObjectType: DataType = outputObjAttr.dataType\n}\n\n\/**\n * Physical version of `ObjectConsumer`.\n *\/\ntrait ObjectConsumerExec extends UnaryExecNode {\n  assert(child.output.length == 1)\n\n  \/\/ This operator always need all columns of its child, even it doesn't reference to.\n  override def references: AttributeSet = child.outputSet\n\n  def inputObjectType: DataType = child.output.head.dataType\n}\n\n\/**\n * Takes the input row from child and turns it into object using the given deserializer expression.\n * The output of this operator is a single-field safe row containing the deserialized object.\n *\/\ncase class DeserializeToObjectExec(\n    deserializer: Expression,\n    outputObjAttr: Attribute,\n    child: SparkPlan) extends UnaryExecNode with ObjectProducerExec with CodegenSupport {\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def inputRDDs(): Seq[RDD[InternalRow]] = {\n    child.asInstanceOf[CodegenSupport].inputRDDs()\n  }\n\n  protected override def doProduce(ctx: CodegenContext): String = {\n    child.asInstanceOf[CodegenSupport].produce(ctx, this)\n  }\n\n  override def doConsume(ctx: CodegenContext, input: Seq[ExprCode], row: ExprCode): String = {\n    val resultObj = BindReferences.bindReference(deserializer, child.output).genCode(ctx)\n    consume(ctx, resultObj :: Nil)\n  }\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    val output = child.output\n    child.execute().mapPartitionsWithIndexInternal { (index, iter) =>\n      val projection = GenerateSafeProjection.generate(deserializer :: Nil, output)\n      projection.initialize(index)\n      iter.map(projection)\n    }\n  }\n}\n\n\/**\n * Takes the input object from child and turns in into unsafe row using the given serializer\n * expression.  The output of its child must be a single-field row containing the input object.\n *\/\ncase class SerializeFromObjectExec(\n    serializer: Seq[NamedExpression],\n    child: SparkPlan) extends ObjectConsumerExec with CodegenSupport {\n\n  override def output: Seq[Attribute] = serializer.map(_.toAttribute)\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def inputRDDs(): Seq[RDD[InternalRow]] = {\n    child.asInstanceOf[CodegenSupport].inputRDDs()\n  }\n\n  protected override def doProduce(ctx: CodegenContext): String = {\n    child.asInstanceOf[CodegenSupport].produce(ctx, this)\n  }\n\n  override def doConsume(ctx: CodegenContext, input: Seq[ExprCode], row: ExprCode): String = {\n    val resultVars = serializer.map { expr =>\n      BindReferences.bindReference[Expression](expr, child.output).genCode(ctx)\n    }\n    consume(ctx, resultVars)\n  }\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    child.execute().mapPartitionsWithIndexInternal { (index, iter) =>\n      val projection = UnsafeProjection.create(serializer)\n      projection.initialize(index)\n      iter.map(projection)\n    }\n  }\n}\n\n\/**\n * Helper functions for physical operators that work with user defined objects.\n *\/\nobject ObjectOperator {\n  def deserializeRowToObject(\n      deserializer: Expression,\n      inputSchema: Seq[Attribute]): InternalRow => Any = {\n    val proj = GenerateSafeProjection.generate(deserializer :: Nil, inputSchema)\n    (i: InternalRow) => proj(i).get(0, deserializer.dataType)\n  }\n\n  def deserializeRowToObject(deserializer: Expression): InternalRow => Any = {\n    val proj = GenerateSafeProjection.generate(deserializer :: Nil)\n    (i: InternalRow) => proj(i).get(0, deserializer.dataType)\n  }\n\n  def serializeObjectToRow(serializer: Seq[Expression]): Any => UnsafeRow = {\n    val proj = GenerateUnsafeProjection.generate(serializer)\n    val objType = serializer.head.collect { case b: BoundReference => b.dataType }.head\n    val objRow = new SpecificInternalRow(objType :: Nil)\n    (o: Any) => {\n      objRow(0) = o\n      proj(objRow)\n    }\n  }\n\n  def wrapObjectToRow(objType: DataType): Any => InternalRow = {\n    val outputRow = new SpecificInternalRow(objType :: Nil)\n    (o: Any) => {\n      outputRow(0) = o\n      outputRow\n    }\n  }\n\n  def unwrapObjectFromRow(objType: DataType): InternalRow => Any = {\n    (i: InternalRow) => i.get(0, objType)\n  }\n}\n\n\/**\n * Applies the given function to input object iterator.\n * The output of its child must be a single-field row containing the input object.\n *\/\ncase class MapPartitionsExec(\n    func: Iterator[Any] => Iterator[Any],\n    outputObjAttr: Attribute,\n    child: SparkPlan)\n  extends ObjectConsumerExec with ObjectProducerExec {\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    child.execute().mapPartitionsInternal { iter =>\n      val getObject = ObjectOperator.unwrapObjectFromRow(child.output.head.dataType)\n      val outputObject = ObjectOperator.wrapObjectToRow(outputObjAttr.dataType)\n      func(iter.map(getObject)).map(outputObject)\n    }\n  }\n}\n\n\/**\n * Applies the given function to each input object.\n * The output of its child must be a single-field row containing the input object.\n *\n * This operator is kind of a safe version of [[ProjectExec]], as its output is custom object,\n * we need to use safe row to contain it.\n *\/\ncase class MapElementsExec(\n    func: AnyRef,\n    outputObjAttr: Attribute,\n    child: SparkPlan)\n  extends ObjectConsumerExec with ObjectProducerExec with CodegenSupport {\n\n  override def inputRDDs(): Seq[RDD[InternalRow]] = {\n    child.asInstanceOf[CodegenSupport].inputRDDs()\n  }\n\n  protected override def doProduce(ctx: CodegenContext): String = {\n    child.asInstanceOf[CodegenSupport].produce(ctx, this)\n  }\n\n  override def doConsume(ctx: CodegenContext, input: Seq[ExprCode], row: ExprCode): String = {\n    val (funcClass, methodName) = func match {\n      case m: MapFunction[_, _] => classOf[MapFunction[_, _]] -> \"call\"\n      case _ => FunctionUtils.getFunctionOneName(outputObjAttr.dataType, child.output(0).dataType)\n    }\n    val funcObj = Literal.create(func, ObjectType(funcClass))\n    val callFunc = Invoke(funcObj, methodName, outputObjAttr.dataType, child.output,\n      propagateNull = false)\n\n    val result = BindReferences.bindReference(callFunc, child.output).genCode(ctx)\n\n    consume(ctx, result :: Nil)\n  }\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    val callFunc: Any => Any = func match {\n      case m: MapFunction[_, _] => i => m.asInstanceOf[MapFunction[Any, Any]].call(i)\n      case _ => func.asInstanceOf[Any => Any]\n    }\n\n    child.execute().mapPartitionsInternal { iter =>\n      val getObject = ObjectOperator.unwrapObjectFromRow(child.output.head.dataType)\n      val outputObject = ObjectOperator.wrapObjectToRow(outputObjAttr.dataType)\n      iter.map(row => outputObject(callFunc(getObject(row))))\n    }\n  }\n\n  override def outputOrdering: Seq[SortOrder] = child.outputOrdering\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n}\n\n\/**\n * Applies the given function to each input row, appending the encoded result at the end of the row.\n *\/\ncase class AppendColumnsExec(\n    func: Any => Any,\n    deserializer: Expression,\n    serializer: Seq[NamedExpression],\n    child: SparkPlan) extends UnaryExecNode {\n\n  override def output: Seq[Attribute] = child.output ++ serializer.map(_.toAttribute)\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  private def newColumnSchema = serializer.map(_.toAttribute).toStructType\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    child.execute().mapPartitionsInternal { iter =>\n      val getObject = ObjectOperator.deserializeRowToObject(deserializer, child.output)\n      val combiner = GenerateUnsafeRowJoiner.create(child.schema, newColumnSchema)\n      val outputObject = ObjectOperator.serializeObjectToRow(serializer)\n\n      iter.map { row =>\n        val newColumns = outputObject(func(getObject(row)))\n        combiner.join(row.asInstanceOf[UnsafeRow], newColumns): InternalRow\n      }\n    }\n  }\n}\n\n\/**\n * An optimized version of [[AppendColumnsExec]], that can be executed\n * on deserialized object directly.\n *\/\ncase class AppendColumnsWithObjectExec(\n    func: Any => Any,\n    inputSerializer: Seq[NamedExpression],\n    newColumnsSerializer: Seq[NamedExpression],\n    child: SparkPlan) extends ObjectConsumerExec {\n\n  override def output: Seq[Attribute] = (inputSerializer ++ newColumnsSerializer).map(_.toAttribute)\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  private def inputSchema = inputSerializer.map(_.toAttribute).toStructType\n  private def newColumnSchema = newColumnsSerializer.map(_.toAttribute).toStructType\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    child.execute().mapPartitionsInternal { iter =>\n      val getChildObject = ObjectOperator.unwrapObjectFromRow(child.output.head.dataType)\n      val outputChildObject = ObjectOperator.serializeObjectToRow(inputSerializer)\n      val outputNewColumnOjb = ObjectOperator.serializeObjectToRow(newColumnsSerializer)\n      val combiner = GenerateUnsafeRowJoiner.create(inputSchema, newColumnSchema)\n\n      iter.map { row =>\n        val childObj = getChildObject(row)\n        val newColumns = outputNewColumnOjb(func(childObj))\n        combiner.join(outputChildObject(childObj), newColumns): InternalRow\n      }\n    }\n  }\n}\n\n\/**\n * Groups the input rows together and calls the function with each group and an iterator containing\n * all elements in the group.  The result of this function is flattened before being output.\n *\/\ncase class MapGroupsExec(\n    func: (Any, Iterator[Any]) => TraversableOnce[Any],\n    keyDeserializer: Expression,\n    valueDeserializer: Expression,\n    groupingAttributes: Seq[Attribute],\n    dataAttributes: Seq[Attribute],\n    outputObjAttr: Attribute,\n    child: SparkPlan) extends UnaryExecNode with ObjectProducerExec {\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def requiredChildDistribution: Seq[Distribution] =\n    ClusteredDistribution(groupingAttributes) :: Nil\n\n  override def requiredChildOrdering: Seq[Seq[SortOrder]] =\n    Seq(groupingAttributes.map(SortOrder(_, Ascending)))\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    child.execute().mapPartitionsInternal { iter =>\n      val grouped = GroupedIterator(iter, groupingAttributes, child.output)\n\n      val getKey = ObjectOperator.deserializeRowToObject(keyDeserializer, groupingAttributes)\n      val getValue = ObjectOperator.deserializeRowToObject(valueDeserializer, dataAttributes)\n      val outputObject = ObjectOperator.wrapObjectToRow(outputObjAttr.dataType)\n\n      grouped.flatMap { case (key, rowIter) =>\n        val result = func(\n          getKey(key),\n          rowIter.map(getValue))\n        result.map(outputObject)\n      }\n    }\n  }\n}\n\nobject MapGroupsExec {\n  def apply(\n      func: (Any, Iterator[Any], LogicalGroupState[Any]) => TraversableOnce[Any],\n      keyDeserializer: Expression,\n      valueDeserializer: Expression,\n      groupingAttributes: Seq[Attribute],\n      dataAttributes: Seq[Attribute],\n      outputObjAttr: Attribute,\n      timeoutConf: GroupStateTimeout,\n      child: SparkPlan): MapGroupsExec = {\n    val watermarkPresent = child.output.exists {\n      case a: Attribute if a.metadata.contains(EventTimeWatermark.delayKey) => true\n      case _ => false\n    }\n    val f = (key: Any, values: Iterator[Any]) => {\n      func(key, values, GroupStateImpl.createForBatch(timeoutConf, watermarkPresent))\n    }\n    new MapGroupsExec(f, keyDeserializer, valueDeserializer,\n      groupingAttributes, dataAttributes, outputObjAttr, child)\n  }\n}\n\n\/**\n * Groups the input rows together and calls the R function with each group and an iterator\n * containing all elements in the group.\n * The result of this function is flattened before being output.\n *\/\ncase class FlatMapGroupsInRExec(\n    func: Array[Byte],\n    packageNames: Array[Byte],\n    broadcastVars: Array[Broadcast[Object]],\n    inputSchema: StructType,\n    outputSchema: StructType,\n    keyDeserializer: Expression,\n    valueDeserializer: Expression,\n    groupingAttributes: Seq[Attribute],\n    dataAttributes: Seq[Attribute],\n    outputObjAttr: Attribute,\n    child: SparkPlan) extends UnaryExecNode with ObjectProducerExec {\n\n  override def output: Seq[Attribute] = outputObjAttr :: Nil\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def producedAttributes: AttributeSet = AttributeSet(outputObjAttr)\n\n  override def requiredChildDistribution: Seq[Distribution] =\n    if (groupingAttributes.isEmpty) {\n      AllTuples :: Nil\n    } else {\n      ClusteredDistribution(groupingAttributes) :: Nil\n    }\n\n  override def requiredChildOrdering: Seq[Seq[SortOrder]] =\n    Seq(groupingAttributes.map(SortOrder(_, Ascending)))\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    val isSerializedRData = outputSchema == SERIALIZED_R_DATA_SCHEMA\n    val serializerForR = if (!isSerializedRData) {\n      SerializationFormats.ROW\n    } else {\n      SerializationFormats.BYTE\n    }\n\n    child.execute().mapPartitionsInternal { iter =>\n      val grouped = GroupedIterator(iter, groupingAttributes, child.output)\n      val getKey = ObjectOperator.deserializeRowToObject(keyDeserializer, groupingAttributes)\n      val getValue = ObjectOperator.deserializeRowToObject(valueDeserializer, dataAttributes)\n      val outputObject = ObjectOperator.wrapObjectToRow(outputObjAttr.dataType)\n      val runner = new RRunner[Array[Byte]](\n        func, SerializationFormats.ROW, serializerForR, packageNames, broadcastVars,\n        isDataFrame = true, colNames = inputSchema.fieldNames,\n        mode = RRunnerModes.DATAFRAME_GAPPLY)\n\n      val groupedRBytes = grouped.map { case (key, rowIter) =>\n        val deserializedIter = rowIter.map(getValue)\n        val newIter =\n          deserializedIter.asInstanceOf[Iterator[Row]].map { row => rowToRBytes(row) }\n        val newKey = rowToRBytes(getKey(key).asInstanceOf[Row])\n        (newKey, newIter)\n      }\n\n      val outputIter = runner.compute(groupedRBytes, -1)\n      if (!isSerializedRData) {\n        val result = outputIter.map { bytes => bytesToRow(bytes, outputSchema) }\n        result.map(outputObject)\n      } else {\n        val result = outputIter.map { bytes => Row.fromSeq(Seq(bytes)) }\n        result.map(outputObject)\n      }\n    }\n  }\n}\n\n\/**\n * Co-groups the data from left and right children, and calls the function with each group and 2\n * iterators containing all elements in the group from left and right side.\n * The result of this function is flattened before being output.\n *\/\ncase class CoGroupExec(\n    func: (Any, Iterator[Any], Iterator[Any]) => TraversableOnce[Any],\n    keyDeserializer: Expression,\n    leftDeserializer: Expression,\n    rightDeserializer: Expression,\n    leftGroup: Seq[Attribute],\n    rightGroup: Seq[Attribute],\n    leftAttr: Seq[Attribute],\n    rightAttr: Seq[Attribute],\n    outputObjAttr: Attribute,\n    left: SparkPlan,\n    right: SparkPlan) extends BinaryExecNode with ObjectProducerExec {\n\n  override def requiredChildDistribution: Seq[Distribution] =\n    HashClusteredDistribution(leftGroup) :: HashClusteredDistribution(rightGroup) :: Nil\n\n  override def requiredChildOrdering: Seq[Seq[SortOrder]] =\n    leftGroup.map(SortOrder(_, Ascending)) :: rightGroup.map(SortOrder(_, Ascending)) :: Nil\n\n  override protected def doExecute(): RDD[InternalRow] = {\n    left.execute().zipPartitions(right.execute()) { (leftData, rightData) =>\n      val leftGrouped = GroupedIterator(leftData, leftGroup, left.output)\n      val rightGrouped = GroupedIterator(rightData, rightGroup, right.output)\n\n      val getKey = ObjectOperator.deserializeRowToObject(keyDeserializer, leftGroup)\n      val getLeft = ObjectOperator.deserializeRowToObject(leftDeserializer, leftAttr)\n      val getRight = ObjectOperator.deserializeRowToObject(rightDeserializer, rightAttr)\n      val outputObject = ObjectOperator.wrapObjectToRow(outputObjAttr.dataType)\n\n      new CoGroupedIterator(leftGrouped, rightGrouped, leftGroup).flatMap {\n        case (key, leftResult, rightResult) =>\n          val result = func(\n            getKey(key),\n            leftResult.map(getLeft),\n            rightResult.map(getRight))\n          result.map(outputObject)\n      }\n    }\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/ui\/storage\/StoragePageSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.ui.storage\n\nimport javax.servlet.http.HttpServletRequest\n\nimport org.mockito.Mockito._\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.status.StreamBlockData\nimport org.apache.spark.status.api.v1.RDDStorageInfo\nimport org.apache.spark.storage._\n\nclass StoragePageSuite extends SparkFunSuite {\n\n  val storageTab = mock(classOf[StorageTab])\n  when(storageTab.basePath).thenReturn(\"http:\/\/localhost:4040\")\n  val storagePage = new StoragePage(storageTab, null)\n  val request = mock(classOf[HttpServletRequest])\n\n  test(\"rddTable\") {\n    val rdd1 = new RDDStorageInfo(1,\n      \"rdd1\",\n      10,\n      10,\n      StorageLevel.MEMORY_ONLY.description,\n      100L,\n      0L,\n      None,\n      None)\n\n    val rdd2 = new RDDStorageInfo(2,\n      \"rdd2\",\n      10,\n      5,\n      StorageLevel.DISK_ONLY.description,\n      0L,\n      200L,\n      None,\n      None)\n\n    val rdd3 = new RDDStorageInfo(3,\n      \"rdd3\",\n      10,\n      10,\n      StorageLevel.MEMORY_AND_DISK_SER.description,\n      400L,\n      500L,\n      None,\n      None)\n\n    val xmlNodes = storagePage.rddTable(request, Seq(rdd1, rdd2, rdd3))\n\n    val headers = Seq(\n      \"ID\",\n      \"RDD Name\",\n      \"Storage Level\",\n      \"Cached Partitions\",\n      \"Fraction Cached\",\n      \"Size in Memory\",\n      \"Size on Disk\")\n    assert((xmlNodes \\\\ \"th\").map(_.text) === headers)\n\n    assert((xmlNodes \\\\ \"tr\").size === 3)\n    assert(((xmlNodes \\\\ \"tr\")(0) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"1\", \"rdd1\", \"Memory Deserialized 1x Replicated\", \"10\", \"100%\", \"100.0 B\", \"0.0 B\"))\n    \/\/ Check the url\n    assert(((xmlNodes \\\\ \"tr\")(0) \\\\ \"td\" \\ \"a\")(0).attribute(\"href\").map(_.text) ===\n      Some(\"http:\/\/localhost:4040\/Spark Cache\/rdd\/?id=1\"))\n\n    assert(((xmlNodes \\\\ \"tr\")(1) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"2\", \"rdd2\", \"Disk Serialized 1x Replicated\", \"5\", \"50%\", \"0.0 B\", \"200.0 B\"))\n    \/\/ Check the url\n    assert(((xmlNodes \\\\ \"tr\")(1) \\\\ \"td\" \\ \"a\")(0).attribute(\"href\").map(_.text) ===\n      Some(\"http:\/\/localhost:4040\/Spark Cache\/rdd\/?id=2\"))\n\n    assert(((xmlNodes \\\\ \"tr\")(2) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"3\", \"rdd3\", \"Disk Memory Serialized 1x Replicated\", \"10\", \"100%\", \"400.0 B\", \"500.0 B\"))\n    \/\/ Check the url\n    assert(((xmlNodes \\\\ \"tr\")(2) \\\\ \"td\" \\ \"a\")(0).attribute(\"href\").map(_.text) ===\n      Some(\"http:\/\/localhost:4040\/Spark Cache\/rdd\/?id=3\"))\n  }\n\n  test(\"empty rddTable\") {\n    assert(storagePage.rddTable(request, Seq.empty).isEmpty)\n  }\n\n  test(\"streamBlockStorageLevelDescriptionAndSize\") {\n    val memoryBlock = new StreamBlockData(\"0\",\n      \"0\",\n      \"localhost:1111\",\n      StorageLevel.MEMORY_ONLY.description,\n      true,\n      false,\n      true,\n      100,\n      0)\n    assert((\"Memory\", 100) === storagePage.streamBlockStorageLevelDescriptionAndSize(memoryBlock))\n\n    val memorySerializedBlock = new StreamBlockData(\"0\",\n      \"0\",\n      \"localhost:1111\",\n      StorageLevel.MEMORY_ONLY_SER.description,\n      true,\n      false,\n      false,\n      memSize = 100,\n      diskSize = 0)\n    assert((\"Memory Serialized\", 100) ===\n      storagePage.streamBlockStorageLevelDescriptionAndSize(memorySerializedBlock))\n\n    val diskBlock = new StreamBlockData(\"0\",\n      \"0\",\n      \"localhost:1111\",\n      StorageLevel.DISK_ONLY.description,\n      false,\n      true,\n      false,\n      0,\n      100)\n    assert((\"Disk\", 100) === storagePage.streamBlockStorageLevelDescriptionAndSize(diskBlock))\n  }\n\n  test(\"receiverBlockTables\") {\n    val blocksForExecutor0 = Seq(\n      new StreamBlockData(StreamBlockId(0, 0).name,\n        \"0\",\n        \"localhost:10000\",\n        StorageLevel.MEMORY_ONLY.description,\n        true,\n        false,\n        true,\n        100,\n        0),\n      new StreamBlockData(StreamBlockId(1, 1).name,\n        \"0\",\n        \"localhost:10000\",\n        StorageLevel.DISK_ONLY.description,\n        false,\n        true,\n        false,\n        0,\n        100)\n    )\n\n    val blocksForExecutor1 = Seq(\n      new StreamBlockData(StreamBlockId(0, 0).name,\n        \"1\",\n        \"localhost:10001\",\n        StorageLevel.MEMORY_ONLY.description,\n        true,\n        false,\n        true,\n        memSize = 100,\n        diskSize = 0),\n      new StreamBlockData(StreamBlockId(1, 1).name,\n        \"1\",\n        \"localhost:10001\",\n        StorageLevel.MEMORY_ONLY_SER.description,\n        true,\n        false,\n        false,\n        100,\n        0)\n    )\n\n    val xmlNodes = storagePage.receiverBlockTables(blocksForExecutor0 ++ blocksForExecutor1)\n\n    val executorTable = (xmlNodes \\\\ \"table\")(0)\n    val executorHeaders = Seq(\n      \"Executor ID\",\n      \"Address\",\n      \"Total Size in Memory\",\n      \"Total Size on Disk\",\n      \"Stream Blocks\")\n    assert((executorTable \\\\ \"th\").map(_.text) === executorHeaders)\n\n    assert((executorTable \\\\ \"tr\").size === 2)\n    assert(((executorTable \\\\ \"tr\")(0) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"0\", \"localhost:10000\", \"100.0 B\", \"100.0 B\", \"2\"))\n    assert(((executorTable \\\\ \"tr\")(1) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"1\", \"localhost:10001\", \"200.0 B\", \"0.0 B\", \"2\"))\n\n    val blockTable = (xmlNodes \\\\ \"table\")(1)\n    val blockHeaders = Seq(\n      \"Block ID\",\n      \"Replication Level\",\n      \"Location\",\n      \"Storage Level\",\n      \"Size\")\n    assert((blockTable \\\\ \"th\").map(_.text) === blockHeaders)\n\n    assert((blockTable \\\\ \"tr\").size === 4)\n    assert(((blockTable \\\\ \"tr\")(0) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"input-0-0\", \"2\", \"localhost:10000\", \"Memory\", \"100.0 B\"))\n    \/\/ Check \"rowspan=2\" for the first 2 columns\n    assert(((blockTable \\\\ \"tr\")(0) \\\\ \"td\")(0).attribute(\"rowspan\").map(_.text) === Some(\"2\"))\n    assert(((blockTable \\\\ \"tr\")(0) \\\\ \"td\")(1).attribute(\"rowspan\").map(_.text) === Some(\"2\"))\n\n    assert(((blockTable \\\\ \"tr\")(1) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"localhost:10001\", \"Memory\", \"100.0 B\"))\n\n    assert(((blockTable \\\\ \"tr\")(2) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"input-1-1\", \"2\", \"localhost:10000\", \"Disk\", \"100.0 B\"))\n    \/\/ Check \"rowspan=2\" for the first 2 columns\n    assert(((blockTable \\\\ \"tr\")(2) \\\\ \"td\")(0).attribute(\"rowspan\").map(_.text) === Some(\"2\"))\n    assert(((blockTable \\\\ \"tr\")(2) \\\\ \"td\")(1).attribute(\"rowspan\").map(_.text) === Some(\"2\"))\n\n    assert(((blockTable \\\\ \"tr\")(3) \\\\ \"td\").map(_.text.trim) ===\n      Seq(\"localhost:10001\", \"Memory Serialized\", \"100.0 B\"))\n  }\n\n  test(\"empty receiverBlockTables\") {\n    assert(storagePage.receiverBlockTables(Seq.empty).isEmpty)\n  }\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/expressions\/codegen\/GenerateUnsafeProjection.scala","text":"<filename>sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/expressions\/codegen\/GenerateUnsafeProjection.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.catalyst.expressions.codegen\n\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.expressions.codegen.Block._\nimport org.apache.spark.sql.types._\n\n\/**\n * Generates a [[Projection]] that returns an [[UnsafeRow]].\n *\n * It generates the code for all the expressions, computes the total length for all the columns\n * (can be accessed via variables), and then copies the data into a scratch buffer space in the\n * form of UnsafeRow (the scratch buffer will grow as needed).\n *\n * @note The returned UnsafeRow will be pointed to a scratch buffer inside the projection.\n *\/\nobject GenerateUnsafeProjection extends CodeGenerator[Seq[Expression], UnsafeProjection] {\n\n  case class Schema(dataType: DataType, nullable: Boolean)\n\n  \/** Returns true iff we support this data type. *\/\n  def canSupport(dataType: DataType): Boolean = UserDefinedType.sqlType(dataType) match {\n    case NullType => true\n    case _: AtomicType => true\n    case _: CalendarIntervalType => true\n    case t: StructType => t.forall(field => canSupport(field.dataType))\n    case t: ArrayType if canSupport(t.elementType) => true\n    case MapType(kt, vt, _) if canSupport(kt) && canSupport(vt) => true\n    case _ => false\n  }\n\n  private def writeStructToBuffer(\n      ctx: CodegenContext,\n      input: String,\n      index: String,\n      schemas: Seq[Schema],\n      rowWriter: String): String = {\n    \/\/ Puts `input` in a local variable to avoid to re-evaluate it if it's a statement.\n    val tmpInput = ctx.freshName(\"tmpInput\")\n    val fieldEvals = schemas.zipWithIndex.map { case (Schema(dt, nullable), i) =>\n      val isNull = if (nullable) {\n        JavaCode.isNullExpression(s\"$tmpInput.isNullAt($i)\")\n      } else {\n        FalseLiteral\n      }\n      ExprCode(isNull, JavaCode.expression(CodeGenerator.getValue(tmpInput, dt, i.toString), dt))\n    }\n\n    val rowWriterClass = classOf[UnsafeRowWriter].getName\n    val structRowWriter = ctx.addMutableState(rowWriterClass, \"rowWriter\",\n      v => s\"$v = new $rowWriterClass($rowWriter, ${fieldEvals.length});\")\n    val previousCursor = ctx.freshName(\"previousCursor\")\n\n    val isHomogeneousStruct = if (schemas.nonEmpty) {\n      val dt = schemas.head.dataType\n      CodeGenerator.isPrimitiveType(dt) && !schemas.tail.exists(_.dataType != dt)\n    } else false\n    if (isHomogeneousStruct) {\n      val counter = ctx.freshName(\"counter\")\n      val dt = schemas.head.dataType\n\n      s\"\"\"\n         |final InternalRow $tmpInput = $input;\n         |if ($tmpInput instanceof UnsafeRow) {\n         |  $rowWriter.write($index, (UnsafeRow) $tmpInput);\n         |} else {\n         |  \/\/ Remember the current cursor so that we can calculate how many bytes are\n         |  \/\/ written later.\n         |  final int $previousCursor = $rowWriter.cursor();\n         |  $structRowWriter.resetRowWriter();\n         |  for (int $counter = 0; $counter < ${schemas.length}; $counter++) {\n         |    if ($tmpInput.isNullAt($counter)) {\n         |      $structRowWriter.setNullAt($counter);\n         |    } else {\n         |      $structRowWriter.write($counter, ${CodeGenerator.getValue(tmpInput, dt, counter)});\n         |    }\n         |  }\n         |  $rowWriter.setOffsetAndSizeFromPreviousCursor($index, $previousCursor);\n         |}\n      \"\"\".stripMargin\n    } else {\n      s\"\"\"\n         |final InternalRow $tmpInput = $input;\n         |if ($tmpInput instanceof UnsafeRow) {\n         |  $rowWriter.write($index, (UnsafeRow) $tmpInput);\n         |} else {\n         |  \/\/ Remember the current cursor so that we can calculate how many bytes are\n         |  \/\/ written later.\n         |  final int $previousCursor = $rowWriter.cursor();\n         |  ${writeExpressionsToBuffer(ctx, tmpInput, fieldEvals, schemas, structRowWriter)}\n         |  $rowWriter.setOffsetAndSizeFromPreviousCursor($index, $previousCursor);\n         |}\n       \"\"\".stripMargin\n    }\n  }\n\n  private def writeExpressionsToBuffer(\n      ctx: CodegenContext,\n      row: String,\n      inputs: Seq[ExprCode],\n      schemas: Seq[Schema],\n      rowWriter: String,\n      isTopLevel: Boolean = false): String = {\n    val resetWriter = if (isTopLevel) {\n      \/\/ For top level row writer, it always writes to the beginning of the global buffer holder,\n      \/\/ which means its fixed-size region always in the same position, so we don't need to call\n      \/\/ `reset` to set up its fixed-size region every time.\n      if (inputs.map(_.isNull).forall(_ == FalseLiteral)) {\n        \/\/ If all fields are not nullable, which means the null bits never changes, then we don't\n        \/\/ need to clear it out every time.\n        \"\"\n      } else {\n        s\"$rowWriter.zeroOutNullBytes();\"\n      }\n    } else {\n      s\"$rowWriter.resetRowWriter();\"\n    }\n\n    val writeFields = inputs.zip(schemas).zipWithIndex.map {\n      case ((input, Schema(dataType, nullable)), index) =>\n        val dt = UserDefinedType.sqlType(dataType)\n\n        val setNull = dt match {\n          case t: DecimalType if t.precision > Decimal.MAX_LONG_DIGITS =>\n            \/\/ Can't call setNullAt() for DecimalType with precision larger than 18.\n            s\"$rowWriter.write($index, (Decimal) null, ${t.precision}, ${t.scale});\"\n          case _ => s\"$rowWriter.setNullAt($index);\"\n        }\n\n        val writeField = writeElement(ctx, input.value, index.toString, dt, rowWriter)\n        if (!nullable) {\n          s\"\"\"\n             |${input.code}\n             |${writeField.trim}\n           \"\"\".stripMargin\n        } else {\n          s\"\"\"\n             |${input.code}\n             |if (${input.isNull}) {\n             |  ${setNull.trim}\n             |} else {\n             |  ${writeField.trim}\n             |}\n           \"\"\".stripMargin\n        }\n    }\n\n    val writeFieldsCode = if (isTopLevel && (row == null || ctx.currentVars != null)) {\n      \/\/ TODO: support whole stage codegen\n      writeFields.mkString(\"\\n\")\n    } else {\n      assert(row != null, \"the input row name cannot be null when generating code to write it.\")\n      ctx.splitExpressions(\n        expressions = writeFields,\n        funcName = \"writeFields\",\n        arguments = Seq(\"InternalRow\" -> row))\n    }\n    s\"\"\"\n       |$resetWriter\n       |$writeFieldsCode\n     \"\"\".stripMargin\n  }\n\n  private def writeArrayToBuffer(\n      ctx: CodegenContext,\n      input: String,\n      elementType: DataType,\n      containsNull: Boolean,\n      rowWriter: String): String = {\n    \/\/ Puts `input` in a local variable to avoid to re-evaluate it if it's a statement.\n    val tmpInput = ctx.freshName(\"tmpInput\")\n    val numElements = ctx.freshName(\"numElements\")\n    val index = ctx.freshName(\"index\")\n\n    val et = UserDefinedType.sqlType(elementType)\n\n    val jt = CodeGenerator.javaType(et)\n\n    val elementOrOffsetSize = et match {\n      case t: DecimalType if t.precision <= Decimal.MAX_LONG_DIGITS => 8\n      case _ if CodeGenerator.isPrimitiveType(jt) => et.defaultSize\n      case _ => 8  \/\/ we need 8 bytes to store offset and length\n    }\n\n    val arrayWriterClass = classOf[UnsafeArrayWriter].getName\n    val arrayWriter = ctx.addMutableState(arrayWriterClass, \"arrayWriter\",\n      v => s\"$v = new $arrayWriterClass($rowWriter, $elementOrOffsetSize);\")\n\n    val element = CodeGenerator.getValue(tmpInput, et, index)\n\n    val elementAssignment = if (containsNull) {\n      s\"\"\"\n         |if ($tmpInput.isNullAt($index)) {\n         |  $arrayWriter.setNull${elementOrOffsetSize}Bytes($index);\n         |} else {\n         |  ${writeElement(ctx, element, index, et, arrayWriter)}\n         |}\n       \"\"\".stripMargin\n    } else {\n      writeElement(ctx, element, index, et, arrayWriter)\n    }\n\n    s\"\"\"\n       |final ArrayData $tmpInput = $input;\n       |if ($tmpInput instanceof UnsafeArrayData) {\n       |  $rowWriter.write((UnsafeArrayData) $tmpInput);\n       |} else {\n       |  final int $numElements = $tmpInput.numElements();\n       |  $arrayWriter.initialize($numElements);\n       |\n       |  for (int $index = 0; $index < $numElements; $index++) {\n       |    $elementAssignment\n       |  }\n       |}\n     \"\"\".stripMargin\n  }\n\n  private def writeMapToBuffer(\n      ctx: CodegenContext,\n      input: String,\n      index: String,\n      keyType: DataType,\n      valueType: DataType,\n      valueContainsNull: Boolean,\n      rowWriter: String): String = {\n    \/\/ Puts `input` in a local variable to avoid to re-evaluate it if it's a statement.\n    val tmpInput = ctx.freshName(\"tmpInput\")\n    val tmpCursor = ctx.freshName(\"tmpCursor\")\n    val previousCursor = ctx.freshName(\"previousCursor\")\n\n    \/\/ Writes out unsafe map according to the format described in `UnsafeMapData`.\n    val keyArray = writeArrayToBuffer(\n      ctx, s\"$tmpInput.keyArray()\", keyType, false, rowWriter)\n    val valueArray = writeArrayToBuffer(\n      ctx, s\"$tmpInput.valueArray()\", valueType, valueContainsNull, rowWriter)\n\n    s\"\"\"\n       |final MapData $tmpInput = $input;\n       |if ($tmpInput instanceof UnsafeMapData) {\n       |  $rowWriter.write($index, (UnsafeMapData) $tmpInput);\n       |} else {\n       |  \/\/ Remember the current cursor so that we can calculate how many bytes are\n       |  \/\/ written later.\n       |  final int $previousCursor = $rowWriter.cursor();\n       |\n       |  \/\/ preserve 8 bytes to write the key array numBytes later.\n       |  $rowWriter.grow(8);\n       |  $rowWriter.increaseCursor(8);\n       |\n       |  \/\/ Remember the current cursor so that we can write numBytes of key array later.\n       |  final int $tmpCursor = $rowWriter.cursor();\n       |\n       |  $keyArray\n       |\n       |  \/\/ Write the numBytes of key array into the first 8 bytes.\n       |  Platform.putLong(\n       |    $rowWriter.getBuffer(),\n       |    $tmpCursor - 8,\n       |    $rowWriter.cursor() - $tmpCursor);\n       |\n       |  $valueArray\n       |  $rowWriter.setOffsetAndSizeFromPreviousCursor($index, $previousCursor);\n       |}\n     \"\"\".stripMargin\n  }\n\n  private def writeElement(\n      ctx: CodegenContext,\n      input: String,\n      index: String,\n      dt: DataType,\n      writer: String): String = dt match {\n    case t: StructType =>\n      writeStructToBuffer(\n        ctx, input, index, t.map(e => Schema(e.dataType, e.nullable)), writer)\n\n    case ArrayType(et, en) =>\n      val previousCursor = ctx.freshName(\"previousCursor\")\n      s\"\"\"\n         |\/\/ Remember the current cursor so that we can calculate how many bytes are\n         |\/\/ written later.\n         |final int $previousCursor = $writer.cursor();\n         |${writeArrayToBuffer(ctx, input, et, en, writer)}\n         |$writer.setOffsetAndSizeFromPreviousCursor($index, $previousCursor);\n       \"\"\".stripMargin\n\n    case MapType(kt, vt, vn) =>\n      writeMapToBuffer(ctx, input, index, kt, vt, vn, writer)\n\n    case DecimalType.Fixed(precision, scale) =>\n      s\"$writer.write($index, $input, $precision, $scale);\"\n\n    case NullType => \"\"\n\n    case _ => s\"$writer.write($index, $input);\"\n  }\n\n  def createCode(\n      ctx: CodegenContext,\n      expressions: Seq[Expression],\n      useSubexprElimination: Boolean = false): ExprCode = {\n    val exprEvals = ctx.generateExpressions(expressions, useSubexprElimination)\n    val exprSchemas = expressions.map(e => Schema(e.dataType, e.nullable))\n\n    val numVarLenFields = exprSchemas.count {\n      case Schema(dt, _) => !UnsafeRow.isFixedLength(dt)\n      \/\/ TODO: consider large decimal and interval type\n    }\n\n    val rowWriterClass = classOf[UnsafeRowWriter].getName\n    val rowWriter = ctx.addMutableState(rowWriterClass, \"rowWriter\",\n      v => s\"$v = new $rowWriterClass(${expressions.length}, ${numVarLenFields * 32});\")\n\n    \/\/ Evaluate all the subexpression.\n    val evalSubexpr = ctx.subexprFunctions.mkString(\"\\n\")\n\n    val writeExpressions = writeExpressionsToBuffer(\n      ctx, ctx.INPUT_ROW, exprEvals, exprSchemas, rowWriter, isTopLevel = true)\n\n    val code =\n      code\"\"\"\n         |$rowWriter.reset();\n         |$evalSubexpr\n         |$writeExpressions\n       \"\"\".stripMargin\n    \/\/ `rowWriter` is declared as a class field, so we can access it directly in methods.\n    ExprCode(code, FalseLiteral, JavaCode.expression(s\"$rowWriter.getRow()\", classOf[UnsafeRow]))\n  }\n\n  protected def canonicalize(in: Seq[Expression]): Seq[Expression] =\n    in.map(ExpressionCanonicalizer.execute)\n\n  protected def bind(in: Seq[Expression], inputSchema: Seq[Attribute]): Seq[Expression] =\n    in.map(BindReferences.bindReference(_, inputSchema))\n\n  def generate(\n      expressions: Seq[Expression],\n      subexpressionEliminationEnabled: Boolean): UnsafeProjection = {\n    create(canonicalize(expressions), subexpressionEliminationEnabled)\n  }\n\n  protected def create(references: Seq[Expression]): UnsafeProjection = {\n    create(references, subexpressionEliminationEnabled = false)\n  }\n\n  private def create(\n      expressions: Seq[Expression],\n      subexpressionEliminationEnabled: Boolean): UnsafeProjection = {\n    val ctx = newCodeGenContext()\n    val eval = createCode(ctx, expressions, subexpressionEliminationEnabled)\n\n    val codeBody =\n      s\"\"\"\n         |public java.lang.Object generate(Object[] references) {\n         |  return new SpecificUnsafeProjection(references);\n         |}\n         |\n         |class SpecificUnsafeProjection extends ${classOf[UnsafeProjection].getName} {\n         |\n         |  private Object[] references;\n         |  ${ctx.declareMutableStates()}\n         |\n         |  public SpecificUnsafeProjection(Object[] references) {\n         |    this.references = references;\n         |    ${ctx.initMutableStates()}\n         |  }\n         |\n         |  public void initialize(int partitionIndex) {\n         |    ${ctx.initPartition()}\n         |  }\n         |\n         |  \/\/ Scala.Function1 need this\n         |  public java.lang.Object apply(java.lang.Object row) {\n         |    return apply((InternalRow) row);\n         |  }\n         |\n         |  public UnsafeRow apply(InternalRow ${ctx.INPUT_ROW}) {\n         |    ${eval.code}\n         |    return ${eval.value};\n         |  }\n         |\n         |  ${ctx.declareAddedFunctions()}\n         |}\n       \"\"\".stripMargin\n\n    val code = CodeFormatter.stripOverlappingComments(\n      new CodeAndComment(codeBody, ctx.getPlaceHolderToComments()))\n    logDebug(s\"code for ${expressions.mkString(\",\")}:\\n${CodeFormatter.format(code)}\")\n\n    val (clazz, _) = CodeGenerator.compile(code)\n    clazz.generate(ctx.references.toArray).asInstanceOf[UnsafeProjection]\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/streaming\/StreamingRepository.scala","text":"<filename>sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/streaming\/StreamingRepository.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.streaming\n\nimport java.text.SimpleDateFormat\nimport java.util.{Date, TimeZone, UUID}\n\nimport scala.collection.mutable.HashMap\n\nimport org.apache.commons.collections.buffer.CircularFifoBuffer\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.ui.UIUtils\n\nclass StreamingRepository extends Logging {\n\n  private lazy val MAX_RUNNING_QUERIES_TO_RETAIN =\n    SparkSession.getActiveSession.get.sqlContext.conf.streamingUIRunningQueriesDisplayLimit\n\n  private val allQueries = HashMap.empty[UUID, StreamingQueryStatistics]\n\n  def getAllQueries: HashMap[UUID, StreamingQueryStatistics] = this.allQueries\n\n  def addQuery(qid: UUID, sqs: StreamingQueryStatistics): Unit = {\n    if (allQueries.size < MAX_RUNNING_QUERIES_TO_RETAIN) {\n      this.allQueries.put(qid, sqs)\n    } else {\n      var qidToRemove: Option[UUID] = None\n      var queryStartTime: Option[Long] = None\n      val qidList = this.allQueries.keySet\n      qidList.foreach(qid => {\n        val sqs = this.allQueries.get(qid).get\n        if (!sqs.isActive) {\n          if (queryStartTime.isEmpty) {\n            queryStartTime = Some(sqs.queryStartTime)\n            qidToRemove = Some(sqs.queryUUID)\n          } else if (sqs.queryStartTime < queryStartTime.get) {\n            queryStartTime = Some(sqs.queryStartTime)\n            qidToRemove = Some(sqs.queryUUID)\n          }\n        }\n      })\n\n      if (qidToRemove.nonEmpty) {\n        this.allQueries.remove(qidToRemove.get)\n        this.allQueries.put(qid, sqs)\n      } else {\n        logWarning(s\" Can not add new streaming queries as limit of \" +\n            \"running streaming queries to be displayed is reached to max limit\" +\n            MAX_RUNNING_QUERIES_TO_RETAIN)\n      }\n    }\n  }\n\n  def updateQuery(sqp: StreamingQueryProgress): Unit = {\n    if (this.allQueries.contains(sqp.id)) {\n      val sqs = this.allQueries.get(sqp.id).get\n      sqs.updateQueryStatistics(sqp)\n    } else {\n      logWarning(\"Streaming query entry is not present in streaming queries repository object.\")\n    }\n  }\n\n  def setQueryStatus(qid: UUID, status: Boolean): Unit = {\n    this.allQueries.get(qid).get.setStatus(status)\n  }\n}\n\nobject StreamingRepository {\n\n  private val _instance: StreamingRepository = new StreamingRepository\n\n  def getInstance: StreamingRepository = _instance\n}\n\n\nclass StreamingQueryStatistics (\n    qId: UUID,\n    qName: String,\n    runId: UUID,\n    startTime: Long,\n    triggerInterval: Long) {\n\n  private val MAX_SAMPLE_SIZE =\n    SparkSession.getActiveSession.get.sqlContext.conf.streamingUITrendsMaxSampleSize\n\n  private val simpleDateFormat = new SimpleDateFormat(\"dd-MMM-YYYY hh:mm:ss\")\n  private val timestampFormat = new SimpleDateFormat(\"yyyy-MM-dd'T'HH:mm:ss.SSS'Z'\") \/\/ ISO8601\n  timestampFormat.setTimeZone(TimeZone.getTimeZone(\"UTC\"))\n\n  val queryUUID: UUID = qId\n  val queryName: String = qName\n  val queryStartTime: Long = startTime\n  val queryStartTimeText: String = simpleDateFormat.format(startTime)\n  var queryUptime: Long = 0L\n  var queryUptimeText: String = \"\"\n\n  var runUUID: UUID = runId\n  val trendEventsInterval: Long = triggerInterval\n\n  var isActive: Boolean = true\n\n  var currentBatchId: Long = -1L\n\n  var sources = Array.empty[SourceProgress]\n  var sink: SinkProgress = null\n\n  var totalInputRows: Long = 0L\n  var avgInputRowsPerSec: Double = 0.0\n  var avgProcessedRowsPerSec: Double = 0.0\n  var totalProcessingTime: Long = 0L\n  var avgProcessingTime: Double = 0.0\n  var numBatchesProcessed: Long = 0L\n\n  val timeLine = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val numInputRowsTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val inputRowsPerSecondTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val processedRowsPerSecondTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val processingTimeTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val batchIds = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n\n  var currStateOpNumRowsTotal = 0L\n  var currStateOpNumRowsUpdated = 0L\n  val stateOpNumRowsTotalTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n  val stateOpNumRowsUpdatedTrend = new CircularFifoBuffer(MAX_SAMPLE_SIZE)\n\n  def updateQueryStatistics(progress: StreamingQueryProgress): Unit = {\n\n    if (this.currentBatchId < progress.batchId) {\n      this.numBatchesProcessed = this.numBatchesProcessed + 1\n    }\n\n    this.currentBatchId = progress.batchId\n    this.batchIds.add(progress.batchId)\n\n    val currDateTime: Date = timestampFormat.parse(progress.timestamp)\n    this.queryUptime = currDateTime.getTime - this.queryStartTime\n    this.queryUptimeText = UIUtils.formatDurationVerbose(this.queryUptime)\n\n    this.timeLine.add(currDateTime.getTime)\n\n    val tmpNumInpRows = {\n      if (progress.numInputRows.isNaN) 0 else progress.numInputRows\n    }\n    this.numInputRowsTrend.add(tmpNumInpRows)\n    this.totalInputRows = this.totalInputRows + tmpNumInpRows\n\n    val tmpInputRowsPerSec = {\n      if (progress.inputRowsPerSecond.isNaN) 0.0 else progress.inputRowsPerSecond\n    }\n    this.inputRowsPerSecondTrend.add(tmpInputRowsPerSec)\n    this.avgInputRowsPerSec = calcAvgOfGivenTrend(this.inputRowsPerSecondTrend)\n\n    val tmpProcessedRowsPerSec = {\n      if (progress.processedRowsPerSecond.isNaN) 0.0 else progress.processedRowsPerSecond\n    }\n    this.processedRowsPerSecondTrend.add(tmpProcessedRowsPerSec)\n    this.avgProcessedRowsPerSec = calcAvgOfGivenTrend(this.processedRowsPerSecondTrend)\n\n    val tmpProcessingTime = progress.durationMs.get(\"triggerExecution\")\n    this.processingTimeTrend.add(tmpProcessingTime)\n    this.totalProcessingTime = this.totalProcessingTime + tmpProcessingTime\n    this.avgProcessingTime = this.totalProcessingTime \/ this.numBatchesProcessed\n\n    this.sources = progress.sources\n    this.sink = progress.sink\n\n    val stateOperators = progress.stateOperators\n    if (stateOperators.size > 0) {\n\n      var sumAllSTNumRowsTotal = 0L\n      var sumAllSTNumRowsUpdated = 0L\n\n      stateOperators.foreach(so => {\n        sumAllSTNumRowsTotal = sumAllSTNumRowsTotal + so.numRowsTotal\n        sumAllSTNumRowsUpdated = sumAllSTNumRowsUpdated + so.numRowsUpdated\n      })\n\n      if (currStateOpNumRowsTotal < sumAllSTNumRowsTotal) {\n        this.currStateOpNumRowsTotal = sumAllSTNumRowsTotal\n      }\n      this.stateOpNumRowsTotalTrend.add(sumAllSTNumRowsTotal)\n\n      if (currStateOpNumRowsUpdated < sumAllSTNumRowsUpdated) {\n        this.currStateOpNumRowsUpdated = sumAllSTNumRowsUpdated\n      }\n      this.stateOpNumRowsUpdatedTrend.add(sumAllSTNumRowsUpdated)\n\n    }\n  }\n\n  def calcAvgOfGivenTrend (trend: CircularFifoBuffer) : Double = {\n    val arrValues = trend.toArray()\n    var sumOfElements = 0.0\n\n    arrValues.foreach(value => {\n      sumOfElements = sumOfElements + value.asInstanceOf[Double]\n    })\n\n    val avgValue = sumOfElements \/ arrValues.size\n\n    avgValue\n  }\n\n  def setStatus (status: Boolean): Unit = {\n    this.isActive = status\n  }\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/storage\/StorageUtils.scala","text":"<reponame>sumwale\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.storage\n\nimport java.nio.{ByteBuffer, MappedByteBuffer}\nimport java.util.UUID\n\nimport scala.collection.Map\nimport scala.collection.mutable\n\nimport sun.nio.ch.DirectBuffer\n\nimport org.apache.spark.internal.Logging\n\n\/**\n * Storage information for each BlockManager.\n *\n * This class assumes BlockId and BlockStatus are immutable, such that the consumers of this\n * class cannot mutate the source of the information. Accesses are not thread-safe.\n *\/\nprivate[spark] class StorageStatus(\n    val blockManagerId: BlockManagerId,\n    val maxMemory: Long,\n    val maxOnHeapMem: Option[Long],\n    val maxOffHeapMem: Option[Long]) {\n\n  \/**\n   * Internal representation of the blocks stored in this block manager.\n   *\/\n  private val _rddBlocks = new mutable.HashMap[Int, mutable.Map[BlockId, BlockStatus]]\n  private val _nonRddBlocks = new mutable.HashMap[BlockId, BlockStatus]\n\n  private case class RddStorageInfo(memoryUsage: Long, diskUsage: Long, level: StorageLevel)\n  private val _rddStorageInfo = new mutable.HashMap[Int, RddStorageInfo]\n\n  private case class NonRddStorageInfo(var onHeapUsage: Long, var offHeapUsage: Long,\n      var diskUsage: Long)\n  private val _nonRddStorageInfo = NonRddStorageInfo(0L, 0L, 0L)\n\n  \/** Create a storage status with an initial set of blocks, leaving the source unmodified. *\/\n  def this(\n      bmid: BlockManagerId,\n      maxMemory: Long,\n      maxOnHeapMem: Option[Long],\n      maxOffHeapMem: Option[Long],\n      initialBlocks: Map[BlockId, BlockStatus]) {\n    this(bmid, maxMemory, maxOnHeapMem, maxOffHeapMem)\n    initialBlocks.foreach { case (bid, bstatus) => addBlock(bid, bstatus) }\n  }\n\n  \/**\n   * Return the blocks stored in this block manager.\n   *\n   * @note This is somewhat expensive, as it involves cloning the underlying maps and then\n   * concatenating them together. Much faster alternatives exist for common operations such as\n   * contains, get, and size.\n   *\/\n  def blocks: Map[BlockId, BlockStatus] = _nonRddBlocks ++ rddBlocks\n\n  \/**\n   * Return the RDD blocks stored in this block manager.\n   *\n   * @note This is somewhat expensive, as it involves cloning the underlying maps and then\n   * concatenating them together. Much faster alternatives exist for common operations such as\n   * getting the memory, disk, and off-heap memory sizes occupied by this RDD.\n   *\/\n  def rddBlocks: Map[BlockId, BlockStatus] = _rddBlocks.flatMap { case (_, blocks) => blocks }\n\n  \/** Add the given block to this storage status. If it already exists, overwrite it. *\/\n  private[spark] def addBlock(blockId: BlockId, blockStatus: BlockStatus): Unit = {\n    updateStorageInfo(blockId, blockStatus)\n    blockId match {\n      case RDDBlockId(rddId, _) =>\n        _rddBlocks.getOrElseUpdate(rddId, new mutable.HashMap)(blockId) = blockStatus\n      case _ =>\n        _nonRddBlocks(blockId) = blockStatus\n    }\n  }\n\n  \/**\n   * Return the given block stored in this block manager in O(1) time.\n   *\n   * @note This is much faster than `this.blocks.get`, which is O(blocks) time.\n   *\/\n  def getBlock(blockId: BlockId): Option[BlockStatus] = {\n    blockId match {\n      case RDDBlockId(rddId, _) =>\n        _rddBlocks.get(rddId).flatMap(_.get(blockId))\n      case _ =>\n        _nonRddBlocks.get(blockId)\n    }\n  }\n\n  \/** Return the max memory can be used by this block manager. *\/\n  def maxMem: Long = maxMemory\n\n  \/** Return the memory remaining in this block manager. *\/\n  def memRemaining: Long = maxMem - memUsed\n\n  \/** Return the memory used by this block manager. *\/\n  def memUsed: Long = onHeapMemUsed.getOrElse(0L) + offHeapMemUsed.getOrElse(0L)\n\n  \/** Return the on-heap memory remaining in this block manager. *\/\n  def onHeapMemRemaining: Option[Long] =\n    for (m <- maxOnHeapMem; o <- onHeapMemUsed) yield m - o\n\n  \/** Return the off-heap memory remaining in this block manager. *\/\n  def offHeapMemRemaining: Option[Long] =\n    for (m <- maxOffHeapMem; o <- offHeapMemUsed) yield m - o\n\n  \/** Return the on-heap memory used by this block manager. *\/\n  def onHeapMemUsed: Option[Long] = onHeapCacheSize.map(_ + _nonRddStorageInfo.onHeapUsage)\n\n  \/** Return the off-heap memory used by this block manager. *\/\n  def offHeapMemUsed: Option[Long] = offHeapCacheSize.map(_ + _nonRddStorageInfo.offHeapUsage)\n\n  \/** Return the memory used by on-heap caching RDDs *\/\n  def onHeapCacheSize: Option[Long] = maxOnHeapMem.map { _ =>\n    _rddStorageInfo.collect {\n      case (_, storageInfo) if !storageInfo.level.useOffHeap => storageInfo.memoryUsage\n    }.sum\n  }\n\n  \/** Return the memory used by off-heap caching RDDs *\/\n  def offHeapCacheSize: Option[Long] = maxOffHeapMem.map { _ =>\n    _rddStorageInfo.collect {\n      case (_, storageInfo) if storageInfo.level.useOffHeap => storageInfo.memoryUsage\n    }.sum\n  }\n\n  \/** Return the disk space used by this block manager. *\/\n  def diskUsed: Long = _nonRddStorageInfo.diskUsage + _rddBlocks.keys.toSeq.map(diskUsedByRdd).sum\n\n  \/** Return the disk space used by the given RDD in this block manager in O(1) time. *\/\n  def diskUsedByRdd(rddId: Int): Long = _rddStorageInfo.get(rddId).map(_.diskUsage).getOrElse(0L)\n\n  \/**\n   * Update the relevant storage info, taking into account any existing status for this block.\n   *\/\n  private def updateStorageInfo(blockId: BlockId, newBlockStatus: BlockStatus): Unit = {\n    val oldBlockStatus = getBlock(blockId).getOrElse(BlockStatus.empty)\n    val changeInMem = newBlockStatus.memSize - oldBlockStatus.memSize\n    val changeInDisk = newBlockStatus.diskSize - oldBlockStatus.diskSize\n    val level = newBlockStatus.storageLevel\n\n    \/\/ Compute new info from old info\n    val (oldMem, oldDisk) = blockId match {\n      case RDDBlockId(rddId, _) =>\n        _rddStorageInfo.get(rddId)\n          .map { case RddStorageInfo(mem, disk, _) => (mem, disk) }\n          .getOrElse((0L, 0L))\n      case _ if !level.useOffHeap =>\n        (_nonRddStorageInfo.onHeapUsage, _nonRddStorageInfo.diskUsage)\n      case _ if level.useOffHeap =>\n        (_nonRddStorageInfo.offHeapUsage, _nonRddStorageInfo.diskUsage)\n    }\n    val newMem = math.max(oldMem + changeInMem, 0L)\n    val newDisk = math.max(oldDisk + changeInDisk, 0L)\n\n    \/\/ Set the correct info\n    blockId match {\n      case RDDBlockId(rddId, _) =>\n        \/\/ If this RDD is no longer persisted, remove it\n        if (newMem + newDisk == 0) {\n          _rddStorageInfo.remove(rddId)\n        } else {\n          _rddStorageInfo(rddId) = RddStorageInfo(newMem, newDisk, level)\n        }\n      case _ =>\n        if (!level.useOffHeap) {\n          _nonRddStorageInfo.onHeapUsage = newMem\n        } else {\n          _nonRddStorageInfo.offHeapUsage = newMem\n        }\n        _nonRddStorageInfo.diskUsage = newDisk\n    }\n  }\n}\n\n\/** Helper methods for storage-related objects. *\/\nprivate[spark] object StorageUtils extends Logging {\n  \/**\n   * Attempt to clean up a ByteBuffer if it is direct or memory-mapped. This uses an *unsafe* Sun\n   * API that will cause errors if one attempts to read from the disposed buffer. However, neither\n   * the bytes allocated to direct buffers nor file descriptors opened for memory-mapped buffers put\n   * pressure on the garbage collector. Waiting for garbage collection may lead to the depletion of\n   * off-heap memory or huge numbers of open files. There's unfortunately no standard API to\n   * manually dispose of these kinds of buffers.\n   *\/\n  def dispose(buffer: ByteBuffer): Unit = {\n    if (buffer != null && buffer.isInstanceOf[MappedByteBuffer]) {\n      logTrace(s\"Disposing of $buffer\")\n      cleanDirectBuffer(buffer.asInstanceOf[DirectBuffer])\n    }\n  }\n\n  private def cleanDirectBuffer(buffer: DirectBuffer) = {\n    val cleaner = buffer.cleaner()\n    if (cleaner != null) {\n      cleaner.clean()\n    }\n  }\n\n  \/** static random number generator for UUIDs *\/\n  private val uuidRnd = new java.util.Random\n\n  \/**\n   * Generate a random UUID for file names etc. Uses non-secure version\n   * of random number generator to be more efficient given that its not\n   * critical to have this unique.\n   *\n   * Adapted from Android's java.util.UUID source.\n   *\/\n  final def newNonSecureRandomUUID(): UUID = {\n    val randomBytes: Array[Byte] = new Array[Byte](16)\n    uuidRnd.nextBytes(randomBytes)\n\n    var msb = getLong(randomBytes, 0)\n    var lsb = getLong(randomBytes, 8)\n    \/\/ Set the version field to 4.\n    msb &= ~(0xfL << 12)\n    msb |= (4L << 12)\n    \/\/ Set the variant field to 2. Note that the variant field is\n    \/\/ variable-width, so supporting other variants is not just a matter\n    \/\/ of changing the constant 2 below!\n    lsb &= ~(0x3L << 62)\n    lsb |= 2L << 62\n    new UUID(msb, lsb)\n  }\n\n  final def getLong(src: Array[Byte], offset: Int): Long = {\n    var index = offset\n    var h: Int = (src(index) & 0xff) << 24\n    index += 1\n    h |= (src(index) & 0xff) << 16\n    index += 1\n    h |= (src(index) & 0xff) << 8\n    index += 1\n    h |= (src(index) & 0xff)\n    index += 1\n\n    var l = (src(index) & 0xff) << 24\n    index += 1\n    l |= (src(index) & 0xff) << 16\n    index += 1\n    l |= (src(index) & 0xff) << 8\n    index += 1\n    l |= (src(index) & 0xff)\n\n    (h.toLong << 32L) | (l.toLong & 0xffffffffL)\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/deploy\/master\/ui\/MasterWebUISuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.deploy.master.ui\n\nimport java.io.DataOutputStream\nimport java.net.{HttpURLConnection, URL}\nimport java.nio.charset.StandardCharsets\nimport java.util.Date\n\nimport scala.collection.mutable.HashMap\n\nimport org.mockito.Mockito.{mock, times, verify, when}\nimport org.scalatest.BeforeAndAfterAll\n\nimport org.apache.spark.{SecurityManager, SparkConf, SparkFunSuite}\nimport org.apache.spark.deploy.DeployMessages.{KillDriverResponse, RequestKillDriver}\nimport org.apache.spark.deploy.DeployTestUtils._\nimport org.apache.spark.deploy.master._\nimport org.apache.spark.rpc.{RpcEndpointRef, RpcEnv}\n\n\nclass MasterWebUISuite extends SparkFunSuite with BeforeAndAfterAll {\n\n  val conf = new SparkConf\n  val securityMgr = new SecurityManager(conf)\n  val rpcEnv = mock(classOf[RpcEnv])\n  val master = mock(classOf[Master])\n  val masterEndpointRef = mock(classOf[RpcEndpointRef])\n  when(master.securityMgr).thenReturn(securityMgr)\n  when(master.conf).thenReturn(conf)\n  when(master.rpcEnv).thenReturn(rpcEnv)\n  when(master.self).thenReturn(masterEndpointRef)\n  val masterWebUI = new MasterWebUI(master, 0)\n\n  override def beforeAll() {\n    super.beforeAll()\n    masterWebUI.bind()\n  }\n\n  override def afterAll() {\n    masterWebUI.stop()\n    super.afterAll()\n  }\n\n  test(\"kill application\") {\n    val appDesc = createAppDesc()\n    \/\/ use new start date so it isn't filtered by UI\n    val activeApp = new ApplicationInfo(\n      new Date().getTime, \"app-0\", appDesc, new Date(), null, Int.MaxValue)\n\n    when(master.idToApp).thenReturn(HashMap[String, ApplicationInfo]((activeApp.id, activeApp)))\n\n    val url = s\"http:\/\/localhost:${masterWebUI.boundPort}\/app\/kill\/\"\n    val body = convPostDataToString(Map((\"id\", activeApp.id), (\"terminate\", \"true\")))\n    val conn = sendHttpRequest(url, \"POST\", body)\n    conn.getResponseCode\n\n    \/\/ Verify the master was called to remove the active app\n    verify(master, times(1)).removeApplication(activeApp, ApplicationState.KILLED)\n  }\n\n  test(\"Kill application by name\") {\n    val appDesc = createAppDesc()\n    \/\/ use new start date so it isn't filtered by UI\n    val activeApp = new ApplicationInfo(\n      new Date().getTime, \"app-0\", appDesc, new Date(), null, Int.MaxValue)\n\n    when(master.nameToApp).thenReturn(HashMap[String,\n        ApplicationInfo]((activeApp.desc.name, activeApp)))\n\n    val url = s\"http:\/\/localhost:${masterWebUI.boundPort}\/app\/killByName\/\"\n    val body = convPostDataToString(Map((\"name\", activeApp.desc.name), (\"terminate\", \"true\")))\n    val conn = sendHttpRequest(url, \"POST\", body)\n    conn.getResponseCode\n\n    \/\/ Verify the master was called to remove the active app\n    verify(master, times(1)).removeApplication(activeApp, ApplicationState.KILLED)\n  }\n\n  test(\"kill driver\") {\n    val activeDriverId = \"driver-0\"\n    val url = s\"http:\/\/localhost:${masterWebUI.boundPort}\/driver\/kill\/\"\n    val body = convPostDataToString(Map((\"id\", activeDriverId), (\"terminate\", \"true\")))\n    val conn = sendHttpRequest(url, \"POST\", body)\n    conn.getResponseCode\n\n    \/\/ Verify that master was asked to kill driver with the correct id\n    verify(masterEndpointRef, times(1)).ask[KillDriverResponse](RequestKillDriver(activeDriverId))\n  }\n\n  private def convPostDataToString(data: Map[String, String]): String = {\n    (for ((name, value) <- data) yield s\"$name=$value\").mkString(\"&\")\n  }\n\n  \/**\n   * Send an HTTP request to the given URL using the method and the body specified.\n   * Return the connection object.\n   *\/\n  private def sendHttpRequest(\n      url: String,\n      method: String,\n      body: String = \"\"): HttpURLConnection = {\n    val conn = new URL(url).openConnection().asInstanceOf[HttpURLConnection]\n    conn.setRequestMethod(method)\n    if (body.nonEmpty) {\n      conn.setDoOutput(true)\n      conn.setRequestProperty(\"Content-Type\", \"application\/x-www-form-urlencoded\")\n      conn.setRequestProperty(\"Content-Length\", Integer.toString(body.length))\n      val out = new DataOutputStream(conn.getOutputStream)\n      out.write(body.getBytes(StandardCharsets.UTF_8))\n      out.close()\n    }\n    conn\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/test\/TestHiveSingleton.scala","text":"<reponame>sumwale\/spark<filename>sql\/hive\/src\/test\/scala\/org\/apache\/spark\/sql\/hive\/test\/TestHiveSingleton.scala<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.hive.test\n\nimport org.scalatest.BeforeAndAfterAll\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.hive.HiveExternalCatalog\nimport org.apache.spark.sql.hive.client.HiveClient\n\n\ntrait TestHiveSingleton extends SparkFunSuite with BeforeAndAfterAll {\n  override protected val enableAutoThreadAudit = false\n  protected lazy val spark: TestHiveSparkSession = TestHive.sparkSession\n  protected lazy val hiveContext: TestHiveContext = TestHive\n  protected lazy val hiveClient: HiveClient =\n    spark.sharedState.externalCatalog.unwrapped.asInstanceOf[HiveExternalCatalog].client\n\n  protected override def afterAll(): Unit = {\n    try {\n      hiveContext.reset()\n    } finally {\n      super.afterAll()\n    }\n  }\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/streaming\/SnappyStreamingQueryListener.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.streaming\n\nclass SnappyStreamingQueryListener extends StreamingQueryListener {\n\n  private val streamingRepo = StreamingRepository.getInstance\n\n  override def onQueryStarted(event: StreamingQueryListener.QueryStartedEvent): Unit = {\n    val queryName = {\n      if (event.name == null || event.name.isEmpty) {\n        event.id.toString\n      } else {\n        event.name\n      }\n    }\n\n    streamingRepo.addQuery(event.id,\n      new StreamingQueryStatistics(\n        event.id,\n        queryName,\n        event.runId,\n        System.currentTimeMillis(),\n        event.triggerInterval))\n  }\n\n  override def onQueryProgress(event: StreamingQueryListener.QueryProgressEvent): Unit = {\n    streamingRepo.updateQuery(event.progress)\n  }\n\n  override def onQueryTerminated(event: StreamingQueryListener.QueryTerminatedEvent): Unit = {\n    streamingRepo.setQueryStatus(event.id, false)\n  }\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/broadcast\/Broadcast.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.broadcast\n\nimport java.io.Serializable\n\nimport scala.reflect.ClassTag\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.util.Utils\n\n\/**\n * A broadcast variable. Broadcast variables allow the programmer to keep a read-only variable\n * cached on each machine rather than shipping a copy of it with tasks. They can be used, for\n * example, to give every node a copy of a large input dataset in an efficient manner. Spark also\n * attempts to distribute broadcast variables using efficient broadcast algorithms to reduce\n * communication cost.\n *\n * Broadcast variables are created from a variable `v` by calling\n * [[org.apache.spark.SparkContext#broadcast]].\n * The broadcast variable is a wrapper around `v`, and its value can be accessed by calling the\n * `value` method. The interpreter session below shows this:\n *\n * {{{\n * scala> val broadcastVar = sc.broadcast(Array(1, 2, 3))\n * broadcastVar: org.apache.spark.broadcast.Broadcast[Array[Int]] = Broadcast(0)\n *\n * scala> broadcastVar.value\n * res0: Array[Int] = Array(1, 2, 3)\n * }}}\n *\n * After the broadcast variable is created, it should be used instead of the value `v` in any\n * functions run on the cluster so that `v` is not shipped to the nodes more than once.\n * In addition, the object `v` should not be modified after it is broadcast in order to ensure\n * that all nodes get the same value of the broadcast variable (e.g. if the variable is shipped\n * to a new node later).\n *\n * @param id A unique identifier for the broadcast variable.\n * @tparam T Type of the data contained in the broadcast variable.\n *\/\nabstract class Broadcast[T: ClassTag](val id: Long) extends Serializable with Logging {\n\n  \/**\n   * Flag signifying whether the broadcast variable is valid\n   * (that is, not already destroyed) or not.\n   *\/\n  @volatile protected var _isValid = true\n\n  private var _destroySite = \"\"\n\n  \/** Get the broadcasted value. *\/\n  def value: T = {\n    assertValid()\n    getValue()\n  }\n\n  \/**\n   * Asynchronously delete cached copies of this broadcast on the executors.\n   * If the broadcast is used after this is called, it will need to be re-sent to each executor.\n   *\/\n  def unpersist() {\n    unpersist(blocking = false)\n  }\n\n  \/**\n   * Delete cached copies of this broadcast on the executors. If the broadcast is used after\n   * this is called, it will need to be re-sent to each executor.\n   * @param blocking Whether to block until unpersisting has completed\n   *\/\n  def unpersist(blocking: Boolean) {\n    assertValid()\n    doUnpersist(blocking)\n  }\n\n\n  \/**\n   * Destroy all data and metadata related to this broadcast variable. Use this with caution;\n   * once a broadcast variable has been destroyed, it cannot be used again.\n   * This method blocks until destroy has completed\n   *\/\n  def destroy() {\n    destroy(blocking = true)\n  }\n\n  \/**\n   * Destroy all data and metadata related to this broadcast variable. Use this with caution;\n   * once a broadcast variable has been destroyed, it cannot be used again.\n   * @param blocking Whether to block until destroy has completed\n   *\/\n  private[spark] def destroy(blocking: Boolean) {\n    assertValid()\n    _isValid = false\n    _destroySite = Utils.getCallSite().shortForm\n    logInfo(\"Destroying %s (from %s)\".format(toString, _destroySite))\n    doDestroy(blocking)\n  }\n\n  \/**\n   * Whether this Broadcast is actually usable. This should be false once persisted state is\n   * removed from the driver.\n   *\/\n  private[spark] def isValid: Boolean = {\n    _isValid\n  }\n\n  \/**\n   * Actually get the broadcasted value. Concrete implementations of Broadcast class must\n   * define their own way to get the value.\n   *\/\n  protected def getValue(): T\n\n  \/**\n   * Actually unpersist the broadcasted value on the executors. Concrete implementations of\n   * Broadcast class must define their own logic to unpersist their own data.\n   *\/\n  protected def doUnpersist(blocking: Boolean)\n\n  \/**\n   * Actually destroy all data and metadata related to this broadcast variable.\n   * Implementation of Broadcast class must define their own logic to destroy their own\n   * state.\n   *\/\n  protected def doDestroy(blocking: Boolean)\n\n  \/** Check if this broadcast is valid. If not valid, exception is thrown. *\/\n  protected def assertValid() {\n    if (!_isValid) {\n      throw new SparkException(\n        \"Attempted to use %s after it was destroyed (%s) \".format(toString, _destroySite))\n    }\n  }\n\n  override def toString: String = \"Broadcast(\" + id + \")\"\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/rules\/RuleExecutor.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.catalyst.rules\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.errors.TreeNodeException\nimport org.apache.spark.sql.catalyst.trees.TreeNode\nimport org.apache.spark.sql.catalyst.util.sideBySide\nimport org.apache.spark.util.Utils\n\nobject RuleExecutor {\n  protected val queryExecutionMeter = QueryExecutionMetering()\n\n  \/** Dump statistics about time spent running specific rules. *\/\n  def dumpTimeSpent(): String = {\n    queryExecutionMeter.dumpTimeSpent()\n  }\n\n  \/** Resets statistics about time spent running specific rules *\/\n  def resetMetrics(): Unit = {\n    queryExecutionMeter.resetMetrics()\n  }\n}\n\nabstract class RuleExecutor[TreeType <: TreeNode[_]] extends Logging {\n\n  \/**\n   * An execution strategy for rules that indicates the maximum number of executions. If the\n   * execution reaches fix point (i.e. converge) before maxIterations, it will stop.\n   *\/\n  abstract class Strategy { def maxIterations: Int }\n\n  \/** A strategy that only runs once. *\/\n  case object Once extends Strategy { val maxIterations = 1 }\n\n  \/** A strategy that runs until fix point or maxIterations times, whichever comes first. *\/\n  case class FixedPoint(maxIterations: Int) extends Strategy\n\n  \/** A batch of rules. *\/\n  protected case class Batch(name: String, strategy: Strategy, rules: Rule[TreeType]*)\n\n  \/** Defines a sequence of rule batches, to be overridden by the implementation. *\/\n  protected def batches: Seq[Batch]\n\n  \/**\n   * Defines a check function that checks for structural integrity of the plan after the execution\n   * of each rule. For example, we can check whether a plan is still resolved after each rule in\n   * `Optimizer`, so we can catch rules that return invalid plans. The check function returns\n   * `false` if the given plan doesn't pass the structural integrity check.\n   *\/\n  protected def isPlanIntegral(plan: TreeType): Boolean = true\n\n  \/**\n   * Executes the batches of rules defined by the subclass. The batches are executed serially\n   * using the defined execution strategy. Within each batch, rules are also executed serially.\n   *\/\n  def execute(plan: TreeType): TreeType = {\n    var curPlan = plan\n    val queryExecutionMetrics = RuleExecutor.queryExecutionMeter\n\n    batches.foreach { batch =>\n      val batchStartPlan = curPlan\n      var iteration = 1\n      var lastPlan = curPlan\n      var continue = true\n\n      \/\/ Run until fix point (or the max number of iterations as specified in the strategy.\n      while (continue) {\n        curPlan = batch.rules.foldLeft(curPlan) {\n          case (plan, rule) =>\n            val startTime = System.nanoTime()\n            val result = rule(plan)\n            val runTime = System.nanoTime() - startTime\n\n            if (!result.fastEquals(plan)) {\n              queryExecutionMetrics.incNumEffectiveExecution(rule.ruleName)\n              queryExecutionMetrics.incTimeEffectiveExecutionBy(rule.ruleName, runTime)\n              logTrace(\n                s\"\"\"\n                  |=== Applying Rule ${rule.ruleName} ===\n                  |${sideBySide(plan.treeString, result.treeString).mkString(\"\\n\")}\n                \"\"\".stripMargin)\n            }\n            queryExecutionMetrics.incExecutionTimeBy(rule.ruleName, runTime)\n            queryExecutionMetrics.incNumExecution(rule.ruleName)\n\n            \/\/ Run the structural integrity checker against the plan after each rule.\n            if (!isPlanIntegral(result)) {\n              val message = s\"After applying rule ${rule.ruleName} in batch ${batch.name}, \" +\n                \"the structural integrity of the plan is broken.\"\n              throw new TreeNodeException(result, message, null)\n            }\n\n            result\n        }\n        iteration += 1\n        if (iteration > batch.strategy.maxIterations) {\n          \/\/ Only log if this is a rule that is supposed to run more than once.\n          if (iteration != 2) {\n            val message = s\"Max iterations (${iteration - 1}) reached for batch ${batch.name} \" +\n                s\"for ${plan.treeString(verbose = true)}\"\n            if (Utils.isTesting) {\n              throw new TreeNodeException(curPlan, message, null)\n            } else {\n              logWarning(message)\n            }\n          }\n          continue = false\n        }\n\n        if (curPlan.fastEquals(lastPlan)) {\n          logTrace(\n            s\"Fixed point reached for batch ${batch.name} after ${iteration - 1} iterations.\")\n          continue = false\n        }\n        lastPlan = curPlan\n      }\n\n      if (!batchStartPlan.fastEquals(curPlan)) {\n        logDebug(\n          s\"\"\"\n            |=== Result of Batch ${batch.name} ===\n            |${sideBySide(batchStartPlan.treeString, curPlan.treeString).mkString(\"\\n\")}\n          \"\"\".stripMargin)\n      } else {\n        logTrace(s\"Batch ${batch.name} has no effect.\")\n      }\n    }\n\n    curPlan\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/scheduler\/cluster\/CoarseGrainedClusterMessage.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.scheduler.cluster\n\nimport java.nio.ByteBuffer\n\nimport com.esotericsoftware.kryo.{Kryo, KryoSerializable}\nimport com.esotericsoftware.kryo.io.{Input, Output}\n\nimport org.apache.spark.TaskState.TaskState\nimport org.apache.spark.rpc.RpcEndpointRef\nimport org.apache.spark.scheduler.ExecutorLossReason\nimport org.apache.spark.util.{SerializableBuffer, Utils}\n\nprivate[spark] sealed trait CoarseGrainedClusterMessage extends Serializable\n\nprivate[spark] object CoarseGrainedClusterMessages {\n\n  case object RetrieveSparkAppConfig extends CoarseGrainedClusterMessage\n\n  case class SparkAppConfig(\n      sparkProperties: Seq[(String, String)],\n      ioEncryptionKey: Option[Array[Byte]],\n      hadoopDelegationCreds: Option[Array[Byte]])\n    extends CoarseGrainedClusterMessage\n\n  case object RetrieveLastAllocatedExecutorId extends CoarseGrainedClusterMessage\n\n  \/\/ Driver to executors\n  case class LaunchTask(data: SerializableBuffer) extends CoarseGrainedClusterMessage\n\n  case class KillTask(taskId: Long, executor: String, interruptThread: Boolean, reason: String)\n    extends CoarseGrainedClusterMessage\n\n  case class KillExecutorsOnHost(host: String)\n    extends CoarseGrainedClusterMessage\n\n  sealed trait RegisterExecutorResponse\n\n  case object RegisteredExecutor extends CoarseGrainedClusterMessage with RegisterExecutorResponse\n\n  case class RegisterExecutorFailed(message: String) extends CoarseGrainedClusterMessage\n    with RegisterExecutorResponse\n\n  case class UpdateDelegationTokens(tokens: Array[Byte])\n    extends CoarseGrainedClusterMessage\n\n  \/\/ Executors to driver\n  case class RegisterExecutor(\n      executorId: String,\n      executorRef: RpcEndpointRef,\n      hostname: String,\n      cores: Int,\n      logUrls: Map[String, String])\n    extends CoarseGrainedClusterMessage\n\n  case class StatusUpdate(var executorId: String, var taskId: Long,\n      var state: TaskState, var data: SerializableBuffer)\n      extends CoarseGrainedClusterMessage with KryoSerializable {\n\n    override def write(kryo: Kryo, output: Output): Unit = {\n      output.writeString(executorId)\n      output.writeLong(taskId)\n      output.writeVarInt(state.id, true)\n      val buffer = data.buffer\n      output.writeInt(buffer.remaining())\n      Utils.writeByteBuffer(buffer, output)\n    }\n\n    override def read(kryo: Kryo, input: Input): Unit = {\n      executorId = input.readString()\n      taskId = input.readLong()\n      state = org.apache.spark.TaskState(input.readVarInt(true))\n      val len = input.readInt()\n      data = new SerializableBuffer(ByteBuffer.wrap(input.readBytes(len)))\n    }\n  }\n\n  object StatusUpdate {\n    \/** Alternate factory method that takes a ByteBuffer directly for the data field *\/\n    def apply(executorId: String, taskId: Long, state: TaskState, data: ByteBuffer)\n      : StatusUpdate = {\n      StatusUpdate(executorId, taskId, state, new SerializableBuffer(data))\n    }\n  }\n\n  \/\/ Internal messages in driver\n  case object ReviveOffers extends CoarseGrainedClusterMessage\n\n  case object StopDriver extends CoarseGrainedClusterMessage\n\n  case object StopExecutor extends CoarseGrainedClusterMessage\n\n  case object StopExecutors extends CoarseGrainedClusterMessage\n\n  case class RemoveExecutor(executorId: String, reason: ExecutorLossReason)\n    extends CoarseGrainedClusterMessage\n\n  case class RemoveWorker(workerId: String, host: String, message: String)\n    extends CoarseGrainedClusterMessage\n\n  case class SetupDriver(driver: RpcEndpointRef) extends CoarseGrainedClusterMessage\n\n  \/\/ Exchanged between the driver and the AM in Yarn client mode\n  case class AddWebUIFilter(\n      filterName: String, filterParams: Map[String, String], proxyBase: String)\n    extends CoarseGrainedClusterMessage\n\n  \/\/ Messages exchanged between the driver and the cluster manager for executor allocation\n  \/\/ In Yarn mode, these are exchanged between the driver and the AM\n\n  case class RegisterClusterManager(am: RpcEndpointRef) extends CoarseGrainedClusterMessage\n\n  \/\/ Request executors by specifying the new total number of executors desired\n  \/\/ This includes executors already pending or running\n  case class RequestExecutors(\n      requestedTotal: Int,\n      localityAwareTasks: Int,\n      hostToLocalTaskCount: Map[String, Int],\n      nodeBlacklist: Set[String])\n    extends CoarseGrainedClusterMessage\n\n  \/\/ Check if an executor was force-killed but for a reason unrelated to the running tasks.\n  \/\/ This could be the case if the executor is preempted, for instance.\n  case class GetExecutorLossReason(executorId: String) extends CoarseGrainedClusterMessage\n\n  case class KillExecutors(executorIds: Seq[String]) extends CoarseGrainedClusterMessage\n\n  \/\/ Used internally by executors to shut themselves down.\n  case object Shutdown extends CoarseGrainedClusterMessage\n\n}\n"}
{"repo_name":"sumwale\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/WholeStageCodegenExec.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Changes for TIBCO Project SnappyData data platform.\n *\n * Portions Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.sql.execution\n\nimport java.util.Locale\nimport java.util.function.Supplier\n\nimport scala.collection.mutable\nimport scala.util.control.NonFatal\n\nimport com.esotericsoftware.kryo.{Kryo, KryoSerializable}\nimport com.esotericsoftware.kryo.io.{Input, Output}\nimport com.google.common.cache.CacheBuilder\nimport java.sql.SQLException\nimport java.util.concurrent.TimeUnit\n\nimport org.apache.spark.{broadcast, Partition, SparkContext, TaskContext}\nimport org.apache.spark.rdd.{RDD, ZippedPartitionsBaseRDD, ZippedPartitionsPartition}\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.expressions.codegen._\nimport org.apache.spark.sql.catalyst.expressions.codegen.Block._\nimport org.apache.spark.sql.catalyst.plans.physical.Partitioning\nimport org.apache.spark.sql.catalyst.rules.Rule\nimport org.apache.spark.sql.execution.aggregate.HashAggregateExec\nimport org.apache.spark.sql.execution.joins.{BroadcastHashJoinExec, SortMergeJoinExec}\nimport org.apache.spark.sql.execution.metric.{SQLMetric, SQLMetrics}\nimport org.apache.spark.sql.internal.SQLConf\nimport org.apache.spark.sql.types._\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.util.Utils\n\n\/**\n * An interface for those physical operators that support codegen.\n *\/\ntrait CodegenSupport extends SparkPlan {\n\n  \/** Prefix used in the current operator's variable names. *\/\n  private def variablePrefix: String = this match {\n    case _: HashAggregateExec => \"agg\"\n    case _: BroadcastHashJoinExec => \"bhj\"\n    case _: SortMergeJoinExec => \"smj\"\n    case _: RDDScanExec => \"rdd\"\n    case _: DataSourceScanExec => \"scan\"\n    case _ => nodeName.toLowerCase(Locale.ROOT)\n  }\n\n  \/**\n   * Creates a metric using the specified name.\n   *\n   * @return name of the variable representing the metric\n   *\/\n  def metricTerm(ctx: CodegenContext, name: String): String = {\n    ctx.addReferenceObj(name, longMetric(name))\n  }\n\n  \/**\n   * Whether this SparkPlan supports whole stage codegen or not.\n   *\/\n  def supportCodegen: Boolean = true\n\n  \/**\n   * Which SparkPlan is calling produce() of this one. It's itself for the first SparkPlan.\n   *\/\n  protected var parent: CodegenSupport = null\n\n  \/**\n   * Returns all the RDDs of InternalRow which generates the input rows.\n   *\n   * @note Right now we support up to two RDDs\n   *\/\n  def inputRDDs(): Seq[RDD[InternalRow]]\n\n  \/**\n   * Returns Java source code to process the rows from input RDD.\n   *\/\n  final def produce(ctx: CodegenContext, parent: CodegenSupport): String = executeQuery {\n    this.parent = parent\n    ctx.freshNamePrefix = variablePrefix\n    s\"\"\"\n       |${ctx.registerComment(s\"PRODUCE: ${this.simpleString}\")}\n       |${doProduce(ctx)}\n     \"\"\".stripMargin\n  }\n\n  \/**\n   * Generate the Java source code to process, should be overridden by subclass to support codegen.\n   *\n   * doProduce() usually generate the framework, for example, aggregation could generate this:\n   *\n   *   if (!initialized) {\n   *     # create a hash map, then build the aggregation hash map\n   *     # call child.produce()\n   *     initialized = true;\n   *   }\n   *   while (hashmap.hasNext()) {\n   *     row = hashmap.next();\n   *     # build the aggregation results\n   *     # create variables for results\n   *     # call consume(), which will call parent.doConsume()\n   *      if (shouldStop()) return;\n   *   }\n   *\/\n  protected def doProduce(ctx: CodegenContext): String\n\n  private def prepareRowVar(ctx: CodegenContext, row: String, colVars: Seq[ExprCode]): ExprCode = {\n    if (row != null) {\n      ExprCode.forNonNullValue(JavaCode.variable(row, classOf[UnsafeRow]))\n    } else {\n      if (colVars.nonEmpty) {\n        val colExprs = output.zipWithIndex.map { case (attr, i) =>\n          BoundReference(i, attr.dataType, attr.nullable)\n        }\n        val evaluateInputs = evaluateVariables(colVars)\n        \/\/ generate the code to create a UnsafeRow\n        ctx.INPUT_ROW = row\n        ctx.currentVars = colVars\n        val ev = GenerateUnsafeProjection.createCode(ctx, colExprs, false)\n        val code = code\"\"\"\n          |$evaluateInputs\n          |${ev.code}\n         \"\"\".stripMargin\n        ExprCode(code, FalseLiteral, ev.value)\n      } else {\n        \/\/ There are no columns\n        ExprCode.forNonNullValue(JavaCode.variable(\"unsafeRow\", classOf[UnsafeRow]))\n      }\n    }\n  }\n\n  \/**\n   * Consume the generated columns or row from current SparkPlan, call its parent's `doConsume()`.\n   *\n   * Note that `outputVars` and `row` can't both be null.\n   *\/\n  final def consume(ctx: CodegenContext, outputVars: Seq[ExprCode], row: String = null): String = {\n    val inputVarsCandidate =\n      if (outputVars != null) {\n        assert(outputVars.length == output.length)\n        \/\/ outputVars will be used to generate the code for UnsafeRow, so we should copy them\n        outputVars.map(_.copy())\n      } else {\n        assert(row != null, \"outputVars and row cannot both be null.\")\n        ctx.currentVars = null\n        ctx.INPUT_ROW = row\n        output.zipWithIndex.map { case (attr, i) =>\n          BoundReference(i, attr.dataType, attr.nullable).genCode(ctx)\n        }\n      }\n\n    val inputVars = inputVarsCandidate match {\n      case stream: Stream[ExprCode] => stream.force\n      case other => other\n    }\n\n    val rowVar = prepareRowVar(ctx, row, outputVars)\n\n    \/\/ Set up the `currentVars` in the codegen context, as we generate the code of `inputVars`\n    \/\/ before calling `parent.doConsume`. We can't set up `INPUT_ROW`, because parent needs to\n    \/\/ generate code of `rowVar` manually.\n    ctx.currentVars = inputVars\n    ctx.INPUT_ROW = null\n    ctx.freshNamePrefix = parent.variablePrefix\n    val evaluated = evaluateRequiredVariables(output, inputVars, parent.usedInputs)\n\n    \/\/ Under certain conditions, we can put the logic to consume the rows of this operator into\n    \/\/ another function. So we can prevent a generated function too long to be optimized by JIT.\n    \/\/ The conditions:\n    \/\/ 1. The config \"spark.sql.codegen.splitConsumeFuncByOperator\" is enabled.\n    \/\/ 2. `inputVars` are all materialized. That is guaranteed to be true if the parent plan uses\n    \/\/    all variables in output (see `requireAllOutput`).\n    \/\/ 3. The number of output variables must less than maximum number of parameters in Java method\n    \/\/    declaration.\n    val confEnabled = SQLConf.get.wholeStageSplitConsumeFuncByOperator\n    val requireAllOutput = output.forall(parent.usedInputs.contains(_))\n    val paramLength = CodeGenerator.calculateParamLength(output) + (if (row != null) 1 else 0)\n    val consumeFunc = if (confEnabled && requireAllOutput\n        && CodeGenerator.isValidParamLength(paramLength)) {\n      constructDoConsumeFunction(ctx, inputVars, row)\n    } else {\n      parent.doConsume(ctx, inputVars, rowVar)\n    }\n    s\"\"\"\n       |${ctx.registerComment(s\"CONSUME: ${parent.simpleString}\")}\n       |$evaluated\n       |$consumeFunc\n     \"\"\".stripMargin\n  }\n\n  \/**\n   * To prevent concatenated function growing too long to be optimized by JIT. We can separate the\n   * parent's `doConsume` codes of a `CodegenSupport` operator into a function to call.\n   *\/\n  private def constructDoConsumeFunction(\n      ctx: CodegenContext,\n      inputVars: Seq[ExprCode],\n      row: String): String = {\n    val (args, params, inputVarsInFunc) = constructConsumeParameters(ctx, output, inputVars, row)\n    val rowVar = prepareRowVar(ctx, row, inputVarsInFunc)\n\n    val doConsume = ctx.freshName(\"doConsume\")\n    ctx.currentVars = inputVarsInFunc\n    ctx.INPUT_ROW = null\n\n    val doConsumeFuncName = ctx.addNewFunction(doConsume,\n      s\"\"\"\n         | private void $doConsume(${params.mkString(\", \")}) throws java.io.IOException {\n         |   ${parent.doConsume(ctx, inputVarsInFunc, rowVar)}\n         | }\n       \"\"\".stripMargin)\n\n    s\"\"\"\n       | $doConsumeFuncName(${args.mkString(\", \")});\n     \"\"\".stripMargin\n  }\n\n  \/**\n   * Returns arguments for calling method and method definition parameters of the consume function.\n   * And also returns the list of `ExprCode` for the parameters.\n   *\/\n  private def constructConsumeParameters(\n      ctx: CodegenContext,\n      attributes: Seq[Attribute],\n      variables: Seq[ExprCode],\n      row: String): (Seq[String], Seq[String], Seq[ExprCode]) = {\n    val arguments = mutable.ArrayBuffer[String]()\n    val parameters = mutable.ArrayBuffer[String]()\n    val paramVars = mutable.ArrayBuffer[ExprCode]()\n\n    if (row != null) {\n      arguments += row\n      parameters += s\"InternalRow $row\"\n    }\n\n    variables.zipWithIndex.foreach { case (ev, i) =>\n      val paramName = ctx.freshName(s\"expr_$i\")\n      val paramType = CodeGenerator.javaType(attributes(i).dataType)\n\n      arguments += ev.value\n      parameters += s\"$paramType $paramName\"\n      val paramIsNull = if (!attributes(i).nullable) {\n        \/\/ Use constant `false` without passing `isNull` for non-nullable variable.\n        FalseLiteral\n      } else {\n        val isNull = ctx.freshName(s\"exprIsNull_$i\")\n        arguments += ev.isNull\n        parameters += s\"boolean $isNull\"\n        JavaCode.isNullVariable(isNull)\n      }\n\n      paramVars += ExprCode(paramIsNull, JavaCode.variable(paramName, attributes(i).dataType))\n    }\n    (arguments, parameters, paramVars)\n  }\n\n  \/**\n   * Returns source code to evaluate all the variables, and clear the code of them, to prevent\n   * them to be evaluated twice.\n   *\/\n  protected def evaluateVariables(variables: Seq[ExprCode]): String = {\n    val evaluate = variables.filter(_.code.nonEmpty).map(_.code.toString).mkString(\"\\n\")\n    variables.foreach(_.code = EmptyBlock)\n    evaluate\n  }\n\n  \/**\n   * Returns source code to evaluate the variables for required attributes, and clear the code\n   * of evaluated variables, to prevent them to be evaluated twice.\n   *\/\n  protected def evaluateRequiredVariables(\n      attributes: Seq[Attribute],\n      variables: Seq[ExprCode],\n      required: AttributeSet): String = {\n    val evaluateVars = new StringBuilder\n    variables.zipWithIndex.foreach { case (ev, i) =>\n      if (ev.code.nonEmpty && required.contains(attributes(i))) {\n        evaluateVars.append(ev.code.toString + \"\\n\")\n        ev.code = EmptyBlock\n      }\n    }\n    evaluateVars.toString()\n  }\n\n  \/**\n   * Returns source code to evaluate the variables for non-deterministic expressions, and clear the\n   * code of evaluated variables, to prevent them to be evaluated twice.\n   *\/\n  protected def evaluateNondeterministicVariables(\n      attributes: Seq[Attribute],\n      variables: Seq[ExprCode],\n      expressions: Seq[NamedExpression]): String = {\n    val nondeterministicAttrs = expressions.filterNot(_.deterministic).map(_.toAttribute)\n    evaluateRequiredVariables(attributes, variables, AttributeSet(nondeterministicAttrs))\n  }\n\n  \/**\n   * The subset of inputSet those should be evaluated before this plan.\n   *\n   * We will use this to insert some code to access those columns that are actually used by current\n   * plan before calling doConsume().\n   *\/\n  def usedInputs: AttributeSet = references\n\n  \/**\n   * Generate the Java source code to process the rows from child SparkPlan. This should only be\n   * called from `consume`.\n   *\n   * This should be override by subclass to support codegen.\n   *\n   * Note: The operator should not assume the existence of an outer processing loop,\n   *       which it can jump from with \"continue;\"!\n   *\n   * For example, filter could generate this:\n   *   # code to evaluate the predicate expression, result is isNull1 and value2\n   *   if (!isNull1 && value2) {\n   *     # call consume(), which will call parent.doConsume()\n   *   }\n   *\n   * Note: A plan can either consume the rows as UnsafeRow (row), or a list of variables (input).\n   *       When consuming as a listing of variables, the code to produce the input is already\n   *       generated and `CodegenContext.currentVars` is already set. When consuming as UnsafeRow,\n   *       implementations need to put `row.code` in the generated code and set\n   *       `CodegenContext.INPUT_ROW` manually. Some plans may need more tweaks as they have\n   *       different inputs(join build side, aggregate buffer, etc.), or other special cases.\n   *\/\n  def doConsume(ctx: CodegenContext, input: Seq[ExprCode], row: ExprCode): String = {\n    throw new UnsupportedOperationException\n  }\n\n  \/**\n   * Whether or not the result rows of this operator should be copied before putting into a buffer.\n   *\n   * If any operator inside WholeStageCodegen generate multiple rows from a single row (for\n   * example, Join), this should be true.\n   *\n   * If an operator starts a new pipeline, this should be false.\n   *\/\n  def needCopyResult: Boolean = {\n    if (children.isEmpty) {\n      false\n    } else if (children.length == 1) {\n      children.head.asInstanceOf[CodegenSupport].needCopyResult\n    } else {\n      throw new UnsupportedOperationException\n    }\n  }\n\n  \/**\n   * Whether or not the children of this operator should generate a stop check when consuming input\n   * rows. This is used to suppress shouldStop() in a loop of WholeStageCodegen.\n   *\n   * This should be false if an operator starts a new pipeline, which means it consumes all rows\n   * produced by children but doesn't output row to buffer by calling append(),  so the children\n   * don't require shouldStop() in the loop of producing rows.\n   *\/\n  def needStopCheck: Boolean = parent.needStopCheck\n}\n\n\n\/**\n * InputAdapter is used to hide a SparkPlan from a subtree that supports codegen.\n *\n * This is the leaf node of a tree with WholeStageCodegen that is used to generate code\n * that consumes an RDD iterator of InternalRow.\n *\/\ncase class InputAdapter(child: SparkPlan) extends UnaryExecNode with CodegenSupport {\n\n  override def output: Seq[Attribute] = child.output\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def outputOrdering: Seq[SortOrder] = child.outputOrdering\n\n  override def doExecute(): RDD[InternalRow] = {\n    child.execute()\n  }\n\n  override def doExecuteBroadcast[T](): broadcast.Broadcast[T] = {\n    child.doExecuteBroadcast()\n  }\n\n  override def inputRDDs(): Seq[RDD[InternalRow]] = {\n    child.execute() :: Nil\n  }\n\n  override def doProduce(ctx: CodegenContext): String = {\n    \/\/ Right now, InputAdapter is only used when there is one input RDD.\n    \/\/ Inline mutable state since an InputAdapter is used once in a task for WholeStageCodegen\n    val input = ctx.addMutableState(\"scala.collection.Iterator\", \"input\", v => s\"$v = inputs[0];\",\n      forceInline = true)\n    val row = ctx.freshName(\"row\")\n    s\"\"\"\n       | while ($input.hasNext() && !stopEarly()) {\n       |   InternalRow $row = (InternalRow) $input.next();\n       |   ${consume(ctx, null, row).trim}\n       |   if (shouldStop()) return;\n       | }\n     \"\"\".stripMargin\n  }\n\n  override def generateTreeString(\n      depth: Int,\n      lastChildren: Seq[Boolean],\n      builder: StringBuilder,\n      verbose: Boolean,\n      prefix: String = \"\",\n      addSuffix: Boolean = false): StringBuilder = {\n    child.generateTreeString(depth, lastChildren, builder, verbose, \"\")\n  }\n\n  override def needCopyResult: Boolean = false\n}\n\nobject WholeStageCodegenExec {\n  val PIPELINE_DURATION_METRIC = \"duration\"\n\n  private def numOfNestedFields(dataType: DataType): Int = dataType match {\n    case dt: StructType => dt.fields.map(f => numOfNestedFields(f.dataType)).sum\n    case m: MapType => numOfNestedFields(m.keyType) + numOfNestedFields(m.valueType)\n    case a: ArrayType => numOfNestedFields(a.elementType)\n    case u: UserDefinedType[_] => numOfNestedFields(u.sqlType)\n    case _ => 1\n  }\n\n  def isTooManyFields(conf: SQLConf, dataType: DataType): Boolean = {\n    numOfNestedFields(dataType) > conf.wholeStageMaxNumFields\n  }\n\n  private[sql] lazy val dumpGenCodeForException: Boolean =\n    SQLConf.get.getConfString(\"spark.sql.codegen.dump\", \"true\").toBoolean\n\n  private[sql] lazy val dumpedGenCodes = CacheBuilder.newBuilder().maximumSize(20)\n      .expireAfterWrite(60, TimeUnit.SECONDS).build[CodeAndComment, java.lang.Boolean]()\n\n  private[sql] val rddIdField: java.lang.reflect.Field = {\n    val f = classOf[RDD[_]].getDeclaredField(\"id\")\n    f.setAccessible(true)\n    f\n  }\n}\n\nobject WholeStageCodegenId {\n  \/\/ codegenStageId: ID for codegen stages within a query plan.\n  \/\/ It does not affect equality, nor does it participate in destructuring pattern matching\n  \/\/ of WholeStageCodegenExec.\n  \/\/\n  \/\/ This ID is used to help differentiate between codegen stages. It is included as a part\n  \/\/ of the explain output for physical plans, e.g.\n  \/\/\n  \/\/ == Physical Plan ==\n  \/\/ *(5) SortMergeJoin [x#3L], [y#9L], Inner\n  \/\/ :- *(2) Sort [x#3L ASC NULLS FIRST], false, 0\n  \/\/ :  +- Exchange hashpartitioning(x#3L, 200)\n  \/\/ :     +- *(1) Project [(id#0L % 2) AS x#3L]\n  \/\/ :        +- *(1) Filter isnotnull((id#0L % 2))\n  \/\/ :           +- *(1) Range (0, 5, step=1, splits=8)\n  \/\/ +- *(4) Sort [y#9L ASC NULLS FIRST], false, 0\n  \/\/    +- Exchange hashpartitioning(y#9L, 200)\n  \/\/       +- *(3) Project [(id#6L % 2) AS y#9L]\n  \/\/          +- *(3) Filter isnotnull((id#6L % 2))\n  \/\/             +- *(3) Range (0, 5, step=1, splits=8)\n  \/\/\n  \/\/ where the ID makes it obvious that not all adjacent codegen'd plan operators are of the\n  \/\/ same codegen stage.\n  \/\/\n  \/\/ The codegen stage ID is also optionally included in the name of the generated classes as\n  \/\/ a suffix, so that it's easier to associate a generated class back to the physical operator.\n  \/\/ This is controlled by SQLConf: spark.sql.codegen.useIdInClassName\n  \/\/\n  \/\/ The ID is also included in various log messages.\n  \/\/\n  \/\/ Within a query, a codegen stage in a plan starts counting from 1, in \"insertion order\".\n  \/\/ WholeStageCodegenExec operators are inserted into a plan in depth-first post-order.\n  \/\/ See CollapseCodegenStages.insertWholeStageCodegen for the definition of insertion order.\n  \/\/\n  \/\/ 0 is reserved as a special ID value to indicate a temporary WholeStageCodegenExec object\n  \/\/ is created, e.g. for special fallback handling when an existing WholeStageCodegenExec\n  \/\/ failed to generate\/compile code.\n\n  private val codegenStageCounter = ThreadLocal.withInitial(new Supplier[Integer] {\n    override def get() = 1  \/\/ TODO: change to Scala lambda syntax when upgraded to Scala 2.12+\n  })\n\n  def resetPerQuery(): Unit = codegenStageCounter.set(1)\n\n  def getNextStageId(): Int = {\n    val counter = codegenStageCounter\n    val id = counter.get()\n    counter.set(id + 1)\n    id\n  }\n}\n\n\/**\n * WholeStageCodegen compiles a subtree of plans that support codegen together into single Java\n * function.\n *\n * Here is the call graph of to generate Java source (plan A supports codegen, but plan B does not):\n *\n *   WholeStageCodegen       Plan A               FakeInput        Plan B\n * =========================================================================\n *\n * -> execute()\n *     |\n *  doExecute() --------->   inputRDDs() -------> inputRDDs() ------> execute()\n *     |\n *     +----------------->   produce()\n *                             |\n *                          doProduce()  -------> produce()\n *                                                   |\n *                                                doProduce()\n *                                                   |\n *                         doConsume() <--------- consume()\n *                             |\n *  doConsume()  <--------  consume()\n *\n * SparkPlan A should override `doProduce()` and `doConsume()`.\n *\n * `doCodeGen()` will create a `CodeGenContext`, which will hold a list of variables for input,\n * used to generated code for [[BoundReference]].\n *\/\ncase class WholeStageCodegenExec(child: SparkPlan)(val codegenStageId: Int)\n    extends UnaryExecNode with CodegenSupport {\n\n  override def output: Seq[Attribute] = child.output\n\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n\n  override def outputOrdering: Seq[SortOrder] = child.outputOrdering\n\n  override lazy val metrics = Map(\n    \"pipelineTime\" -> SQLMetrics.createTimingMetric(sparkContext,\n      WholeStageCodegenExec.PIPELINE_DURATION_METRIC))\n\n  def generatedClassName(): String = if (conf.wholeStageUseIdInClassName) {\n    s\"GeneratedIteratorForCodegenStage$codegenStageId\"\n  } else {\n    \"GeneratedIterator\"\n  }\n\n  \/**\n   * Generates code for this subtree.\n   *\n   * @return the tuple of the codegen context and the actual generated source.\n   *\/\n  def doCodeGen(): (CodegenContext, CodeAndComment) = {\n    val ctx = new CodegenContext\n    val code = child.asInstanceOf[CodegenSupport].produce(ctx, this)\n\n    \/\/ main next function.\n    ctx.addNewFunction(\"processNext\",\n      s\"\"\"\n        protected void processNext() throws java.io.IOException {\n          ${code.trim}\n        }\n       \"\"\", inlineToOuterClass = true)\n\n    val className = generatedClassName()\n\n    val source = s\"\"\"\n      public Object generate(Object[] references) {\n        return new $className(references);\n      }\n\n      ${ctx.registerComment(\n        s\"\"\"Codegend pipeline for stage (id=$codegenStageId)\n           |${this.treeString.trim}\"\"\".stripMargin,\n         \"wsc_codegenPipeline\")}\n      ${ctx.registerComment(s\"codegenStageId=$codegenStageId\", \"wsc_codegenStageId\", true)}\n      final class $className extends ${classOf[BufferedRowIterator].getName} {\n\n        private Object[] references;\n        private scala.collection.Iterator[] inputs;\n        ${ctx.declareMutableStates()}\n\n        public $className(Object[] references) {\n          this.references = references;\n        }\n\n        public void init(int index, scala.collection.Iterator[] inputs) {\n          partitionIndex = index;\n          this.inputs = inputs;\n          ${ctx.initMutableStates()}\n          ${ctx.initPartition()}\n        }\n\n        ${ctx.emitExtraCode()}\n\n        ${ctx.declareAddedFunctions()}\n      }\n      \"\"\".trim\n\n    \/\/ try to compile, helpful for debug\n    val cleanedSource = CodeFormatter.stripOverlappingComments(\n      new CodeAndComment(CodeFormatter.stripExtraNewLines(source), ctx.getPlaceHolderToComments()))\n\n    logDebug(s\"\\n${CodeFormatter.format(cleanedSource)}\")\n    (ctx, cleanedSource)\n  }\n\n  override def doExecute(): RDD[InternalRow] = {\n    val (ctx, cleanedSource) = doCodeGen()\n    \/\/ try to compile and fallback if it failed\n    val (_, maxCodeSize) = try {\n      CodeGenerator.compile(cleanedSource)\n    } catch {\n      case NonFatal(_) if !Utils.isTesting && sqlContext.conf.codegenFallback =>\n        \/\/ We should already saw the error message\n        logWarning(s\"Whole-stage codegen disabled for plan (id=$codegenStageId):\\n $treeString\")\n        return child.execute()\n    }\n\n    \/\/ Check if compiled code has a too large function\n    if (maxCodeSize > sqlContext.conf.hugeMethodLimit) {\n      logInfo(s\"Found too long generated codes and JIT optimization might not work: \" +\n        s\"the bytecode size ($maxCodeSize) is above the limit \" +\n        s\"${sqlContext.conf.hugeMethodLimit}, and the whole-stage codegen was disabled \" +\n        s\"for this plan (id=$codegenStageId). To avoid this, you can raise the limit \" +\n        s\"`${SQLConf.WHOLESTAGE_HUGE_METHOD_LIMIT.key}`:\\n$treeString\")\n      child match {\n        \/\/ The fallback solution of batch file source scan still uses WholeStageCodegenExec\n        case f: FileSourceScanExec if f.supportsBatch => \/\/ do nothing\n        case _ => return child.execute()\n      }\n    }\n\n    val references = ctx.references.toArray\n\n    val durationMs = longMetric(\"pipelineTime\")\n\n    val rdds = child.asInstanceOf[CodegenSupport].inputRDDs()\n    WholeStageCodegenRDD(sqlContext.sparkContext, cleanedSource,\n      references, durationMs, rdds)\n  }\n\n  override def inputRDDs(): Seq[RDD[InternalRow]] = {\n    throw new UnsupportedOperationException\n  }\n\n  override def doProduce(ctx: CodegenContext): String = {\n    throw new UnsupportedOperationException\n  }\n\n  override def doConsume(ctx: CodegenContext, input: Seq[ExprCode], row: ExprCode): String = {\n    val doCopy = if (needCopyResult) {\n      \".copy()\"\n    } else {\n      \"\"\n    }\n    s\"\"\"\n      |${row.code}\n      |append(${row.value}$doCopy);\n     \"\"\".stripMargin.trim\n  }\n\n  override def generateTreeString(\n      depth: Int,\n      lastChildren: Seq[Boolean],\n      builder: StringBuilder,\n      verbose: Boolean,\n      prefix: String = \"\",\n      addSuffix: Boolean = false): StringBuilder = {\n    child.generateTreeString(depth, lastChildren, builder, verbose, s\"*($codegenStageId) \")\n  }\n\n  override def needStopCheck: Boolean = true\n\n  override protected def otherCopyArgs: Seq[AnyRef] = Seq(codegenStageId.asInstanceOf[Integer])\n}\n\n\n\/**\n * Find the chained plans that support codegen, collapse them together as WholeStageCodegen.\n *\/\ncase class CollapseCodegenStages(conf: SQLConf) extends Rule[SparkPlan] {\n\n  private def supportCodegen(e: Expression): Boolean = e match {\n    case e: LeafExpression => true\n    \/\/ CodegenFallback requires the input to be an InternalRow\n    case e: CodegenFallback => false\n    case _ => true\n  }\n\n  private def supportCodegen(plan: SparkPlan): Boolean = plan match {\n    case plan: CodegenSupport if plan.supportCodegen =>\n      val willFallback = plan.expressions.exists(_.find(e => !supportCodegen(e)).isDefined)\n      \/\/ the generated code will be huge if there are too many columns\n      val hasTooManyOutputFields =\n        WholeStageCodegenExec.isTooManyFields(conf, plan.schema)\n      val hasTooManyInputFields =\n        plan.children.exists(p => WholeStageCodegenExec.isTooManyFields(conf, p.schema))\n      !willFallback && !hasTooManyOutputFields && !hasTooManyInputFields\n    case _ => false\n  }\n\n  \/**\n   * Inserts an InputAdapter on top of those that do not support codegen.\n   *\/\n  private def insertInputAdapter(plan: SparkPlan): SparkPlan = plan match {\n    case p if !supportCodegen(p) =>\n      \/\/ collapse them recursively\n      InputAdapter(insertWholeStageCodegen(p))\n    case j: SortMergeJoinExec =>\n      \/\/ The children of SortMergeJoin should do codegen separately.\n      j.withNewChildren(j.children.map(child => InputAdapter(insertWholeStageCodegen(child))))\n    case p =>\n      p.withNewChildren(p.children.map(insertInputAdapter))\n  }\n\n  \/**\n   * Inserts a WholeStageCodegen on top of those that support codegen.\n   *\/\n  private def insertWholeStageCodegen(plan: SparkPlan): SparkPlan = plan match {\n    \/\/ For operators that will output domain object, do not insert WholeStageCodegen for it as\n    \/\/ domain object can not be written into unsafe row.\n    case plan if plan.output.length == 1 && plan.output.head.dataType.isInstanceOf[ObjectType] =>\n      plan.withNewChildren(plan.children.map(insertWholeStageCodegen))\n    case plan: CodegenSupport => if (supportCodegen(plan)) {\n      WholeStageCodegenExec(insertInputAdapter(plan))(WholeStageCodegenId.getNextStageId())\n    } else {\n      plan.withNewChildren(plan.children.map(insertInputAdapter))\n    }\n    case other =>\n      other.withNewChildren(other.children.map(insertWholeStageCodegen))\n  }\n\n  def apply(plan: SparkPlan): SparkPlan = {\n    if (conf.wholeStageEnabled) {\n      WholeStageCodegenId.resetPerQuery()\n      insertWholeStageCodegen(plan)\n    } else {\n      plan\n    }\n  }\n}\n\ncase class WholeStageCodegenRDD(@transient sc: SparkContext, var source: CodeAndComment,\n    var references: Array[Any], var durationMs: SQLMetric,\n    inputRDDs: Seq[RDD[InternalRow]])\n    extends ZippedPartitionsBaseRDD[InternalRow](sc, inputRDDs)\n        with Serializable with KryoSerializable {\n  \/\/ PooledKryoSerializer.serializer refers this class using productIterator\n  \/\/ Any change to this class should be reflected there.\n\n  override def getPartitions: Array[Partition] = {\n    if (rdds.length == 1) rdds.head.partitions\n    else super.getPartitions\n  }\n\n  override def getPreferredLocations(s: Partition): Seq[String] = {\n    if (rdds.length == 1) rdds.head.preferredLocations(s)\n    else s.asInstanceOf[ZippedPartitionsPartition].preferredLocations\n  }\n\n  override def compute(split: Partition,\n      context: TaskContext): Iterator[InternalRow] = {\n    new Iterator[InternalRow] {\n      private[this] var iter = computeInternal(split, context)\n\n      override def hasNext: Boolean = try {\n        try {\n          iter.hasNext\n        } catch {\n          case _: ClassCastException =>\n            logInfo(s\"ClassCastException, hence recompiling\")\n            CodeGenerator.invalidate(source)\n            iter = computeInternal(split, context)\n            iter.hasNext\n        }\n      } catch {\n        case e: Throwable =>\n          if (WholeStageCodegenExec.dumpGenCodeForException && testNotLoggedAndSet(source)) {\n            logFormattedError(e, s\"\\n${CodeFormatter.format(source)}\")\n          }\n          throw e\n      }\n\n      override def next(): InternalRow = try {\n        iter.next()\n      } catch {\n        case e: Throwable =>\n          if (WholeStageCodegenExec.dumpGenCodeForException && testNotLoggedAndSet(source)) {\n            logFormattedError(e, s\"\\n${CodeFormatter.format(source)}\")\n          }\n          throw e\n      }\n    }\n  }\n\n  private def testNotLoggedAndSet(source: CodeAndComment): Boolean = {\n    if (WholeStageCodegenExec.dumpedGenCodes.getIfPresent(source) eq null) {\n      WholeStageCodegenExec.dumpedGenCodes.put(source, java.lang.Boolean.TRUE)\n      true\n    } else false\n  }\n\n  def logFormattedError(e: Throwable, source: String): Unit = {\n    var cause = e\n    while (cause ne null) {\n      \/\/ Don't log the code when the exception is out of memory\n      cause match {\n        case e: SQLException if e.getSQLState == \"XCL54.T\" =>\n          return\n        case e: RuntimeException if e.getClass.getName.contains(\"LowMemoryException\") =>\n          return\n        case _ =>\n      }\n      cause = cause.getCause\n    }\n    logError(s\"\\nFailed with exception $e:$source\")\n  }\n\n  def computeInternal(split: Partition,\n      context: TaskContext): Iterator[InternalRow] = {\n    val clazz = CodeGenerator.compile(source)._1\n    val buffer = clazz.generate(references).asInstanceOf[BufferedRowIterator]\n    if (rdds.length == 1) {\n      buffer.init(split.index, Array(rdds.head.iterator(split, context)\n          .asInstanceOf[Iterator[InternalRow]]))\n    } else {\n      val zippedPartition = split.asInstanceOf[ZippedPartitionsPartition]\n      val partitions = zippedPartition.partitions\n      val iterators = new Array[Iterator[InternalRow]](partitions.length)\n      for (i <- partitions.indices) {\n        iterators(i) = rdds(i).iterator(partitions(i), context)\n            .asInstanceOf[Iterator[InternalRow]]\n      }\n      buffer.init(zippedPartition.index, iterators)\n    }\n    new Iterator[InternalRow] {\n      override def hasNext: Boolean = {\n        val v = buffer.hasNext\n        if (!v) durationMs += buffer.durationMs()\n        v\n      }\n      override def next: InternalRow = buffer.next()\n    }\n  }\n\n  override def write(kryo: Kryo, output: Output): Unit = {\n    \/\/ PooledKryoSerializer.serializer refers this class using productIterator\n    \/\/ Any change to this class should be reflected there.\n\n    output.writeInt(id)\n\n    \/\/ write CodeAndComment\n    output.writeInt(source.hashCode())\n    output.writeString(source.body)\n    val comment = source.comment\n    output.writeInt(comment.size)\n    for ((k, v) <- comment) {\n      output.writeString(k)\n      output.writeString(v)\n    }\n\n    val refsLen = if (references != null) references.length else 0\n    output.writeVarInt(refsLen, true)\n    var i = 0\n    while (i < refsLen) {\n      kryo.writeClassAndObject(output, references(i))\n      i += 1\n    }\n    durationMs.write(kryo, output)\n\n    output.writeVarInt(rdds.length, true)\n    for (rdd <- rdds) {\n      kryo.writeClassAndObject(output, rdd)\n    }\n  }\n\n  override def read(kryo: Kryo, input: Input): Unit = {\n    WholeStageCodegenExec.rddIdField.setInt(this, input.readInt())\n    storageLevel = StorageLevel.NONE\n    checkpointData = None\n\n    val hash = input.readInt()\n    val body = input.readString()\n    var commentSize = input.readInt()\n    val comment = new scala.collection.mutable.HashMap[String, String]()\n    while (commentSize > 0) {\n      val k = input.readString()\n      val v = input.readString()\n      comment.put(k, v)\n      commentSize -= 1\n    }\n    source = new CodeAndComment(body, comment)\n    source.hash = hash\n\n    val refsLen = input.readVarInt(true)\n    if (refsLen > 0) {\n      references = new Array[Any](refsLen)\n      var i = 0\n      while (i < refsLen) {\n        references(i) = kryo.readClassAndObject(input)\n        i += 1\n      }\n    } else {\n      references = null\n    }\n    durationMs = new SQLMetric(null)\n    durationMs.read(kryo, input)\n\n    val rddsBuilder = IndexedSeq.newBuilder[RDD[InternalRow]]\n    var rddsLen = input.readVarInt(true)\n    while (rddsLen > 0) {\n      rddsBuilder += kryo.readClassAndObject(input).asInstanceOf[RDD[InternalRow]]\n      rddsLen -= 1\n    }\n    rdds = rddsBuilder.result()\n  }\n}\n"}
{"repo_name":"sumwale\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/broadcast\/DirectBroadcast.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/*\n * Copyright (c) 2017-2020 TIBCO Software Inc. All rights reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\"); you\n * may not use this file except in compliance with the License. You\n * may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or\n * implied. See the License for the specific language governing\n * permissions and limitations under the License. See accompanying\n * LICENSE file.\n *\/\n\npackage org.apache.spark.broadcast\n\nimport java.io.{InputStream, ObjectInput, ObjectInputStream, ObjectOutput, ObjectOutputStream, ObjectStreamClass}\nimport java.nio.ByteBuffer\n\nimport scala.reflect.ClassTag\n\nimport com.esotericsoftware.kryo.{Kryo, KryoSerializable}\nimport com.esotericsoftware.kryo.io.{ByteBufferOutput, Input, Output}\nimport net.jpountz.lz4.LZ4Factory\n\nimport org.apache.spark.SparkEnv\nimport org.apache.spark.serializer.{KryoInputObjectInputBridge, KryoOutputObjectOutputBridge}\n\nprivate[spark] class DirectBroadcast[T: ClassTag](@transient private var obj: T)\n    extends Broadcast[T](0L) with KryoSerializable with Serializable {\n\n  \/**\n   * Returns true if compression is enabled. LZ4 is used for fastest compression\/decompression.\n   *\/\n  private def doCompress(): Boolean =\n    SparkEnv.get.conf.getBoolean(\"spark.broadcast.compress\", defaultValue = true)\n\n  override protected def getValue(): T = obj\n\n  override protected def doUnpersist(blocking: Boolean): Unit = {}\n\n  override protected def doDestroy(blocking: Boolean): Unit = {}\n\n  override def toString: String = \"DirectBroadcast(\" + id + \")\"\n\n  \/**\n   * Compresses the object in this DirectBroadcast using LZ4 and returns the compressed buffer.\n   *\/\n  private def writeCompressed(out: ObjectOutput, kryo: Kryo): Unit = {\n    var newOutput: ByteBufferOutput = null\n    val decompressedBuffer = obj match {\n      case bytes: Array[Byte] => ByteBuffer.wrap(bytes)\n      case _ =>\n        newOutput = new ByteBufferOutput(4096, -1)\n        if (kryo ne null) kryo.writeClassAndObject(newOutput, obj)\n        else {\n          val objOut = new ObjectOutputStream(newOutput)\n          objOut.writeObject(obj)\n          objOut.flush()\n        }\n        val buffer = newOutput.getByteBuffer\n        buffer.flip()\n        buffer\n    }\n\n    val decompressedLength = decompressedBuffer.limit()\n    val compressor = LZ4Factory.fastestInstance().fastCompressor()\n    val compressedBytes = new Array[Byte](compressor.maxCompressedLength(decompressedLength))\n    val compressedBuffer = ByteBuffer.wrap(compressedBytes)\n    val compressedLength = compressor.compress(decompressedBuffer, 0, decompressedLength,\n      compressedBuffer, 0, compressedBuffer.limit())\n\n    if (newOutput eq null) {\n      out.writeBoolean(true) \/\/ obj is Array[Byte]\n    } else {\n      out.writeBoolean(false) \/\/ obj is not Array[Byte]\n      newOutput.release()\n    }\n    out.writeInt(decompressedLength)\n    out.writeInt(compressedLength)\n    out.write(compressedBuffer.array(), 0, compressedLength)\n  }\n\n  \/**\n   * Decompress and store the object compressed using [[writeCompressed]].\n   *\/\n  private def readCompressed(in: ObjectInput, kryo: Kryo): Unit = {\n    val isByteArray = in.readBoolean()\n    val decompressedLength = in.readInt()\n    val compressedLength = in.readInt()\n    val compressedBytes = new Array[Byte](compressedLength)\n    in.readFully(compressedBytes, 0, compressedLength)\n\n    val decompressedBytes = LZ4Factory.fastestInstance().fastDecompressor().decompress(\n      compressedBytes, decompressedLength)\n    if (isByteArray) obj = decompressedBytes.asInstanceOf[T]\n    else {\n      val in = new Input(decompressedBytes)\n      if (kryo ne null) obj = kryo.readClassAndObject(in).asInstanceOf[T]\n      else obj = new SparkObjectInputStream(in).readObject().asInstanceOf[T]\n    }\n  }\n\n  \/\/ noinspection ScalaUnusedSymbol\n  private def writeObject(out: ObjectOutputStream): Unit = {\n    val compress = doCompress()\n    out.writeBoolean(compress)\n    if (compress) writeCompressed(out, kryo = null)\n    else out.writeObject(obj)\n  }\n\n  \/\/ noinspection ScalaUnusedSymbol\n  private def readObject(in: ObjectInputStream): Unit = {\n    if (in.readBoolean()) readCompressed(in, kryo = null)\n    else obj = in.readObject().asInstanceOf[T]\n    _isValid = true\n  }\n\n  override def write(kryo: Kryo, out: Output): Unit = {\n    val compress = doCompress()\n    out.writeBoolean(compress)\n    if (compress) writeCompressed(new KryoOutputObjectOutputBridge(kryo, out), kryo)\n    else kryo.writeClassAndObject(out, obj)\n  }\n\n  override def read(kryo: Kryo, in: Input): Unit = {\n    if (in.readBoolean()) readCompressed(new KryoInputObjectInputBridge(kryo, in), kryo)\n    else obj = kryo.readClassAndObject(in).asInstanceOf[T]\n    _isValid = true\n  }\n}\n\n\/**\n * ObjectInputStream extension to honor Thread's context ClassLoader.\n *\n * This is different from Utils.deserialize in that it correctly loads primitive classes\n * and any other failures by delegating to base ObjectInputStream.resolveClass\n *\/\nprivate[spark] class SparkObjectInputStream(in: InputStream) extends ObjectInputStream(in) {\n  override def resolveClass(desc: ObjectStreamClass): Class[_] = {\n    try {\n      \/\/ scalastyle:off classforname\n      Class.forName(desc.getName, false, Thread.currentThread.getContextClassLoader)\n      \/\/ scalastyle:on classforname\n    } catch {\n      case _: ClassNotFoundException => super.resolveClass(desc)\n    }\n  }\n}\n"}
{"repo_name":"d6y\/heist","path":"src\/main\/scala\/heist\/interpreter\/google-client.scala","text":"package heist\npackage interpreter\n\nimport scala.collection.JavaConversions._\n\nimport com.google.api.client.auth.oauth2.{TokenResponse, Credential}\nimport com.google.gdata.client.spreadsheet._\nimport com.google.gdata.data.spreadsheet._\nimport com.google.gdata.util._\n\ncase class GoogleClientInterpreter(credentials: Credential) {\n\n  import spreadsheet._\n  import cats.{Id, ~>}\n\n  lazy val sheetService = {\n    val ss = new SpreadsheetService(\"Wibble\")\n    ss.setOAuth2Credentials(credentials)\n    ss\n  }\n\n  def run[T](prog: FreeSheetOp[T]): T =\n    prog.foldMap(impureCompiler)\n\n  def impureCompiler = new (SheetOp ~> Id) {\n    def apply[A](op: SheetOp[A]): Id[A] = op match {\n\n      case OpenSheet(name, withSheet) =>\n        val url = new java.net.URL(\"https:\/\/spreadsheets.google.com\/feeds\/spreadsheets\/private\/full\")\n        val query = new SpreadsheetQuery(url)\n        query.setTitleQuery(name)\n        val feed = sheetService.query(query, classOf[SpreadsheetFeed])\n        val entry: SpreadsheetEntry = feed.getEntries.head \/\/ Invalid assumption of 1 result\n        withSheet(Sheet(entry))\n\n      case OpenWorksheet(sheet, index, withWork) =>\n        val worksheet =\n          sheetService.getFeed(sheet.entry.getWorksheetFeedUrl(), classOf[WorksheetFeed])\n            .getEntries()\n            .get(index)\n        val listFeedUrl = worksheet.getListFeedUrl()\n        val listFeed = sheetService.getFeed(listFeedUrl, classOf[ListFeed])\n        withWork(Worksheet(listFeed))\n\n      case Rows(worksheet: Worksheet, withRows) =>\n        withRows(worksheet.feed.getEntries.map(SingleRow.apply))\n\n      case Cells(rows: Seq[SingleRow], withRow) =>\n        val values = for {\n          row <- rows\n          tag <- row.row.getCustomElements.getTags.iterator.toSeq\n        } yield row.row.getCustomElements.getValue(tag)\n        withRow(values)\n    }\n  }\n\n}"}
{"repo_name":"d6y\/heist","path":"src\/main\/scala\/heist\/drive.scala","text":"package heist\n\n\/*\n\nimport com.google.api.services.drive.model.FileList\nimport com.google.api.services.drive.{ Drive, DriveScopes }\n\ndef client = new Drive.Builder(httpTransport, jsonFactory, credentials)\n  .setApplicationName(\"wibble\")\n  .build()\n\nprintln(\"Listing files...\")\nval request = client.files().list()\nval files: FileList = request.execute()\nfiles.getItems().head.foreach(println)\n\n\n*\/"}
{"repo_name":"d6y\/heist","path":"src\/main\/scala\/heist\/main.scala","text":"<reponame>d6y\/heist<filename>src\/main\/scala\/heist\/main.scala\npackage heist\n\nobject Main extends App {\n\n  val credentials = Auth.simple\n\n  import spreadsheet._\n\n  val prog = for {\n    sheet <- openSheet(\"UK Jan Rainfall\")\n    work  <- openWorksheet(sheet, 0)\n    rows  <- rows(work)\n    xs    <- cells(rows)\n  } yield xs\n\n  val interp = new interpreter.GoogleClientInterpreter(credentials)\n\n  val result = interp.run(prog)\n  println(result.toList)\n\n}"}
{"repo_name":"d6y\/heist","path":"build.sbt","text":"name := \"heist\"\n\nscalaVersion := \"2.11.6\"\n\nlibraryDependencies ++= algebra ++ cats ++ google\n\nlazy val google = Seq(\n  \"com.google.apis\"  % \"google-api-services-drive\" % \"v2-rev170-1.20.0\",\n  \"com.google.gdata\" % \"core\"                      % \"1.47.1\"\n)\n\nval catsVersion = \"0.1.0-SNAPSHOT\"\n\nlazy val cats = Seq(\n  \"org.spire-math\" %% \"cats-core\"    % catsVersion,\n  \"org.spire-math\" %% \"cats-std\"     % catsVersion,\n  \"org.spire-math\" %% \"cats-state\"   % catsVersion,\n  \"org.spire-math\" %% \"cats-free\"    % catsVersion,\n  \"org.spire-math\" %% \"cats-laws\"    % catsVersion % Test\n)\n\nlazy val algebra = Seq(\n  \"org.spire-math\" %% \"algebra\" % \"0.2.0-SNAPSHOT\" from \"http:\/\/plastic-idolatry.com\/jars\/algebra_2.11-0.2.0-SNAPSHOT.jar\",\n  \"org.spire-math\" %% \"algebra-std\" % \"0.2.0-SNAPSHOT\" from \"http:\/\/plastic-idolatry.com\/jars\/algebra-std_2.11-0.2.0-SNAPSHOT.jar\",\n  \"org.spire-math\" %% \"algebra-laws\" % \"0.2.0-SNAPSHOT\" % Test from \"http:\/\/plastic-idolatry.com\/jars\/algebra-laws_2.11-0.2.0-SNAPSHOT.jar\"\n)\n\nscalacOptions ++= Seq(\n    \"-deprecation\",\n    \"-encoding\", \"UTF-8\",\n    \"-feature\",\n    \"-language:existentials\",\n    \"-language:higherKinds\",\n    \"-language:implicitConversions\",\n    \"-unchecked\",\n    \"-Xfatal-warnings\",\n    \"-Xlint\",\n    \"-Yno-adapted-args\",\n    \"-Ywarn-dead-code\",\n    \"-Ywarn-numeric-widen\",\n    \"-Ywarn-value-discard\",\n    \"-Xfuture\"\n  )"}
{"repo_name":"d6y\/heist","path":"src\/main\/scala\/heist\/spreadhseet.scala","text":"package heist\n\nimport cats._, cats.Functor\nimport cats.free.Free, cats.free.Free.liftF\n\nobject spreadsheet {\n\nimport com.google.gdata.client.spreadsheet._\nimport com.google.gdata.data.spreadsheet._\nimport com.google.gdata.util._\n\n\ncase class Sheet(entry: SpreadsheetEntry)\ncase class Worksheet(feed: ListFeed)\ncase class SingleRow(row: ListEntry)\ncase class Cell(value: String)\n\nsealed trait SheetOp[+Next]\ncase class OpenSheet[Next](name: String, next: Sheet => Next) extends SheetOp[Next]\ncase class OpenWorksheet[Next](sheet: Sheet, index: Int, next: Worksheet => Next) extends SheetOp[Next]\ncase class Rows[Next](worksheet: Worksheet, next: Seq[SingleRow] => Next) extends SheetOp[Next]\ncase class Cells[Next](rows: Seq[SingleRow], next: Seq[String] => Next) extends SheetOp[Next]\n\ntype FreeSheetOp[A] = Free[SheetOp, A]\n\nimplicit val functor: Functor[SheetOp] = new Functor[SheetOp] {\n  def map[A, B](op: SheetOp[A])(f: A => B): SheetOp[B] = op match {\n    case OpenSheet(name, withSheet)    => OpenSheet(name, withSheet andThen f)\n    case OpenWorksheet(s, i, withWork) => OpenWorksheet(s, i, withWork andThen f)\n    case Rows(rows, next)              => Rows(rows, next andThen f)\n    case Cells(row, next)               => Cells(row, next andThen f)\n  }\n}\n\ndef openSheet(name: String): FreeSheetOp[Sheet] =\n  liftF(OpenSheet(name, identity))\n\ndef openWorksheet(sheet: Sheet, index: Int): FreeSheetOp[Worksheet] =\n  liftF(OpenWorksheet(sheet, index, identity))\n\ndef rows(worksheet: Worksheet): FreeSheetOp[Seq[SingleRow]] =\n  liftF(Rows(worksheet, identity))\n\ndef cells(row: Seq[SingleRow]): FreeSheetOp[Seq[String]] =\n  liftF(Cells(row, identity))\n\n}"}
{"repo_name":"d6y\/heist","path":"src\/main\/scala\/heist\/auth.scala","text":"package heist\n\nimport com.google.api.client.googleapis.auth.oauth2.{GoogleAuthorizationCodeFlow, GoogleCredential}\nimport com.google.api.client.auth.oauth2.{TokenResponse, Credential}\nimport com.google.api.client.http.HttpTransport\nimport com.google.api.client.http.javanet.NetHttpTransport\nimport com.google.api.client.json.JsonFactory\nimport com.google.api.client.json.jackson2.JacksonFactory\nimport com.google.api.services.drive.{ Drive, DriveScopes }\nimport com.google.api.client.googleapis.auth.oauth2.GoogleClientSecrets\n\nimport scala.collection.JavaConversions._\n\nimport java.nio.file.{ FileSystems, Files, Path }\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.io.{ IOException, FileReader }\n\nimport cats._, cats.data.Xor, cats.std.all._\n\nobject Auth {\n\n  val scopes = List(DriveScopes.DRIVE, DocScopes.SHEETS)\n\n  object DocScopes {\n    val SHEETS = \"https:\/\/spreadsheets.google.com\/feeds\"\n  }\n\n  def simple: Credential = {\n    import Disk._\n    token.fold(_ => (requestTokens _ andThen saveTokens)(secrets), tokensAsCredentials(secrets))\n  }\n\n  def requestTokens(secrets: GoogleClientSecrets) = {\n\n    val flow = new GoogleAuthorizationCodeFlow.Builder(httpTransport, jsonFactory, secrets, scopes)\n      .setAccessType(\"offline\")\n      .setApprovalPrompt(\"force\")\n      .build()\n\n    val url = flow.newAuthorizationUrl().setRedirectUri(secrets.redirectUri).build()\n    print(s\"\\nVisit this URL and enter the code you are given:\\n\\t$url\\n\\nEnter Code: \")\n    val code = io.StdIn.readLine\n\n    val tokenResponse = flow.newTokenRequest(code).setRedirectUri(secrets.redirectUri).execute()\n\n    val credential = new GoogleCredential.Builder()\n      .setTransport(httpTransport)\n      .setJsonFactory(jsonFactory)\n      .setClientSecrets(secrets)\n      .build()\n      .setFromTokenResponse(tokenResponse)\n\n    credential\n  }\n\n  def tokensAsCredentials(secrets: GoogleClientSecrets)(tokenResponse: TokenResponse) =\n    new GoogleCredential.Builder()\n      .setTransport(httpTransport)\n      .setJsonFactory(jsonFactory)\n      .setClientSecrets(secrets)\n      .build()\n      .setFromTokenResponse(tokenResponse)\n\n  implicit class SecretsOps(secrets: GoogleClientSecrets) {\n    def redirectUri = secrets.getDetails().getRedirectUris().head\n  }\n\n  private object Disk {\n    val fs = FileSystems.getDefault\n    val clientJsonFile = fs.getPath(\"private\/client_secret.json\")\n    val accessFile     = fs.getPath(\"private\/access\")\n    val refreshFile    = fs.getPath(\"private\/refresh\")\n\n    lazy val secrets = GoogleClientSecrets.load(jsonFactory, new FileReader(clientJsonFile.toFile))\n\n    def token: Throwable Xor TokenResponse =\n      for {\n        access  <- read(accessFile)\n        refresh <- read(refreshFile)\n      } yield new TokenResponse().setAccessToken(access).setRefreshToken(refresh)\n\n    private def read(path: Path): Throwable Xor String = Xor.fromTryCatch[IOException] {\n      Files.readAllLines(path, UTF_8).mkString\n    }\n\n    def saveTokens(c: Credential): Credential = {\n      val aPath = Files.write(accessFile,  Seq(c.getAccessToken), UTF_8)\n      val rPath = Files.write(refreshFile, Seq(c.getRefreshToken), UTF_8)\n      c\n    }\n  }\n\n  lazy val httpTransport = new NetHttpTransport()\n  lazy val jsonFactory = new JacksonFactory()\n}"}
{"repo_name":"justinian336\/lofi","path":"src\/main\/scala\/lof\/LOFDataSource.scala","text":"package lof\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.math.BigDecimal\n\n\/**\n  * Trait to be extended by your data source\n  * @tparam T the type of the concrete class representing the primary data unit\n  *\/\ntrait LOFDataSource[T<:LOFDataPoint[T]] {\n\n  \/**\n    * A custom implementation of k-nearest neighbor search. The speed of the LOF and LoOP implementations greatly depends\n    * on the efficiency of this method.\n    * @param p a data point\n    * @param k the size of the neighborhood\n    * @return\n    *\/\n  def getKNN(p: T, k: Int)\n            (implicit dataSource: LOFDataSource[T],\n             ec: ExecutionContext): Future[(LOFDataPoint[T], List[(T, BigDecimal)], Int)]\n\n  \/**\n    * Returns the mean Probability Local Outlier Factor. Necessary for LoOP calculation\n    * @param k the size of the neighborhood\n    * @param p the data point\n    * @param \u03bb the confidence level as a Normal Distribution z value\n    * @return\n    *\/\n  def getNPLOF(k: Int, p: T, \u03bb: BigDecimal)\n              (implicit dataSource: LOFDataSource[T],\n               ec: ExecutionContext): Future[BigDecimal]\n\n}\n"}
{"repo_name":"justinian336\/lofi","path":"src\/main\/scala\/lof\/Identifiable.scala","text":"<filename>src\/main\/scala\/lof\/Identifiable.scala\npackage lof\n\nimport java.util.UUID\n\ntrait Identifiable {\n\n  val id: UUID\n\n}\n"}
{"repo_name":"justinian336\/lofi","path":"src\/main\/scala\/lof\/LOFDataPoint.scala","text":"package lof\n\nimport distance.Distance\nimport org.apache.commons.math3.special.Erf.erf\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.math.{BigDecimal, max, sqrt}\n\n\/**\n  * Type to be extended by the primary data unit class\n  * @tparam T The type of the concrete class implementing this trait\n  *\/\ntrait LOFDataPoint[T<:LOFDataPoint[T]] extends Distance[T] with Identifiable{self: T=>\n\n  \/**\n    * Get the local reachability distance of this point\n    * @return\n    *\/\n  def getLRD(k: Int)\n            (implicit dataSource: LOFDataSource[T],\n             ec: ExecutionContext): Future[BigDecimal] = {\n\n    \/\/  First, get the kNNs of `p`:\n    val kNN = dataSource.getKNN(self, k)\n\n    kNN.flatMap{case (_, neighborhood, _)=>\n      \/\/  Then, get the support points:\n      Future.sequence(\n        neighborhood.map{case (p, _)=> dataSource.getKNN(p, k)}\n      ).map { n =>\n        1 \/ n.map { case (neighbor: T, knn, _) =>\n          \/\/    Get the k-distance for each point:\n          val kDist = knn.maxBy { case (_, d) => d }._2\n\n          \/\/    Use it to get the reachability distance:\n          kDist.max(distance(neighbor))\n        }.foldLeft(BigDecimal.valueOf(0))(_ + _) \/ neighborhood.size\n      }\n    }\n  }\n\n  \/**\n    * Obtain the Local Outlier Factor of this point\n    * @return\n    *\/\n  def getLOF(k: Int)\n            (implicit dataSource: LOFDataSource[T],\n             ec: ExecutionContext): Future[BigDecimal] = {\n    for{\n      (_, neighborhood, _) <- dataSource.getKNN(self, k)\n      lrdP <- getLRD(k)\n      lrdQ <- Future.sequence(\n        neighborhood.map{case (q, _)=>\n          q.getLRD(k)\n        }\n      )\n    } yield {\n      lrdQ.map(_ \/ lrdP).sum\/neighborhood.size\n    }\n\n  }\n\n  \/**\n    * Gets the standard distance of this point with respect to its neighborhood\n    * @return\n    *\/\n  def sigmaDist(k: Int)\n               (implicit dataSource: LOFDataSource[T],\n                ec: ExecutionContext): Future[BigDecimal] = {\n    dataSource.getKNN(self, k).map{case (p, neighborhood, k)=>\n      neighborhood.foldLeft(BigDecimal.valueOf(0)){case (acc, v)=>\n        acc + v._2.pow(2)\n      }\/neighborhood.size\n    }\n  }\n\n  \/**\n    * Gets the probability-distance of this point\n    * @param k neighborhood size\n    * @param \u03bb the confidence level as a Normal Distribution z value\n    * @return\n    *\/\n  def pDist(k: Int, \u03bb: BigDecimal)(implicit dataSource: LOFDataSource[T], ec: ExecutionContext): Future[BigDecimal] = {\n    sigmaDist(k).map(\u03bb * _)\n  }\n\n  \/**\n    * Get the Probability Local Outlier Factor (PLOF) of this point\n    * @param k neighborhood size\n    * @param \u03bb the confidence level as a Normal Distribution z value\n    * @return\n    *\/\n  def getPLOF(k: Int, \u03bb: BigDecimal)(implicit dataSource: LOFDataSource[T], ec: ExecutionContext): Future[BigDecimal] = {\n    for{\n      (_, neighborhood, _) <- dataSource.getKNN(self, k)\n      pDistP <- pDist(k, \u03bb)\n      pDistQ <- Future.sequence(\n        neighborhood.map{case (q, _)=>\n          q.pDist(k, \u03bb)\n        }\n      ).map {pdistsQ=>\n        pdistsQ.sum \/ pdistsQ.size\n      }\n    } yield {\n      (pDistP\/pDistQ) - 1\n    }\n  }\n\n  \/**\n    * Gets the Local Outlier Probability for this point\n    * @param k neighborhood size\n    * @param \u03bb the confidence level as a Normal Distribution z value\n    * @return\n    *\/\n  def getLoOP(k: Int, \u03bb: BigDecimal)(implicit dataSource: LOFDataSource[T], ec: ExecutionContext): Future[BigDecimal] = {\n    getPLOF(k, \u03bb).flatMap{plof=>\n      dataSource.getNPLOF(k, self, \u03bb).map{nPlof=>\n        max(0, erf((plof\/(nPlof*sqrt(BigDecimal.valueOf(2).toDouble))).toDouble))\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"scrooge-generator-typescript\/src\/test\/scala\/com\/gu\/scrooge\/backend\/typescript\/TypescriptGeneratorSpec.scala","text":"package com.gu.scrooge.backend.typescript\n\nimport java.nio.file.{Files, Path, Paths, StandardCopyOption}\n\nimport com.gu.thriftTest.school.School\nimport com.gu.thriftTest.school.common.Denomination.FullName\nimport com.gu.thriftTest.school.common.Type.{Human, Robot}\nimport com.gu.thriftTest.school.common.{Denomination, Student}\n\nimport sys.process._\nimport com.twitter.scrooge.{Compiler, ThriftStruct, ThriftUtil}\nimport org.apache.thrift.protocol.{TCompactProtocol, TProtocol}\nimport org.apache.thrift.transport.TMemoryBuffer\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.io.Source\n\nclass TypescriptGeneratorSpec extends AnyFlatSpec with Matchers {\n\n  def findFile(name: String): Path = Paths.get(this.getClass.getClassLoader.getResource(name).toURI)\n\n  def copy(from: Path, to: Path): Unit = {\n    to.toFile.mkdirs()\n    Files.copy(from, to, StandardCopyOption.REPLACE_EXISTING)\n  }\n\n  case class NpmProject(\n    packageName: String,\n    resources: Path,\n    output: Path,\n    packageDirectory: Path\n  )\n\n  def forProject(packageName: String, resourceFolder: String): NpmProject = {\n    val packageElems = packageName.split('\/').toList\n    val packagePath = Paths.get(packageElems.head, packageElems.tail: _*)\n    val output = Paths.get(\"target\",\"test\")\n\n    NpmProject(\n      packageName = packageName,\n      resources = findFile(resourceFolder),\n      output = output,\n      packageDirectory = output.resolve(packagePath),\n    )\n  }\n\n  def compile(npmProject: NpmProject): Unit = {\n    copy(\n      npmProject.resources.resolve(\"package.json\"),\n      npmProject.packageDirectory.resolve(\"package.json\")\n    )\n    copy(\n      npmProject.resources.resolve(\"tsconfig.json\"),\n      npmProject.packageDirectory.resolve(\"tsconfig.json\")\n    )\n\n    val npmInstall = Process(\"npm install\", npmProject.packageDirectory.toFile).!\n    npmInstall shouldEqual 0\n\n    val tsc = Process(\".\/node_modules\/.bin\/tsc\", npmProject.packageDirectory.toFile).!\n    tsc shouldEqual 0\n  }\n\n  def generate(npmProject: NpmProject, thriftFiles: Seq[String]): Unit = {\n    val compiler = new Compiler()\n    compiler.destFolder = npmProject.output.toString\n    thriftFiles.foreach(thriftFile => {\n      compiler.thriftFiles += npmProject.resources.resolve(thriftFile).toString\n    })\n    compiler.defaultNamespace = npmProject.packageName\n    compiler.language = \"typescript\"\n    compiler.run()\n  }\n\n  def serialise(obj: ThriftStruct): Array[Byte] = {\n    val buffer = new TMemoryBuffer(16384)\n    val protocol = new TCompactProtocol(buffer)\n    obj.write(protocol)\n    buffer.getArray\n  }\n\n  def deserialise[A](inputBuffer: Array[Byte], read: TProtocol => A): A = {\n    val buffer = new TMemoryBuffer(16384)\n    buffer.write(inputBuffer)\n    val protocol = new TCompactProtocol(buffer)\n    read(protocol)\n  }\n\n  val schoolProject: NpmProject = forProject(\"@guardian\/school\", \"school\")\n  val externalProject: NpmProject = forProject(\"@guardian\/external\", \"external\")\n  val schoolWithExternalProject: NpmProject = forProject(\"@guardian\/schoolWithExternal\", \"schoolWithExternal\")\n  val decodeEncodeProject: NpmProject = forProject(\"@guardian\/decode-encode\", \"decode-encode\")\n  val entityProject: NpmProject = forProject(\"@guardian\/content-entity-model\", \"entity\")\n  val noInt64Project: NpmProject = forProject(\"@guardian\/no-int64\", \"no-int64\")\n\n  val school: School = {\n    val harry: Student = Student(FullName(\"<NAME>\"), 10, Set(0), Some(Human))\n    val hermione: Student = Student(FullName(\"<NAME>\"), 10, Set(0), Some(Human))\n    School(\n      schoolName = Some(\"Hogwarts School of Witchcraft and Wizardry\"),\n      students = Seq(harry, hermione),\n      crazyNestedList = Seq(Set(Seq(harry), Seq(hermione))),\n      classes = Map(\"Magic\" -> harry),\n      emptyMap = Some(Map.empty),\n      emptyList = Some(List.empty)\n    )\n  }\n\n  \"The existing scala thrift generator\" should \"serialise and deserialise data correctly\" in {\n    val buffer = serialise(school)\n    val newSchool = deserialise(buffer, School.decode)\n    school shouldEqual newSchool\n  }\n\n  \"A Typescript generator\" should \"generate typescript for the school project\" in {\n    generate(schoolProject, Seq(\"university.thrift\", \"shared.thrift\"))\n  }\n\n  it should \"compile the typescript of the school project\" in {\n    compile(schoolProject)\n  }\n\n  it should \"generate typescript for the entity project\" in {\n    generate(entityProject, Seq(\n      \"entity.thrift\",\n      \"shared.thrift\",\n      \"entities\/film.thrift\",\n      \"entities\/game.thrift\",\n      \"entities\/organisation.thrift\",\n      \"entities\/person.thrift\",\n      \"entities\/place.thrift\",\n      \"entities\/restaurant.thrift\",\n    ))\n  }\n\n  it should \"compile the typescript of the entity project\" in {\n    compile(entityProject)\n  }\n\n  it should \"generate typescript for the external project\" in {\n    generate(externalProject, Seq(\"shared.thrift\"))\n  }\n\n  it should \"encode and decode thrift generated by the scala generator\" in {\n    val inputBuffer = serialise(school)\n    decodeEncodeProject.packageDirectory.toFile.mkdirs()\n    Files.write(decodeEncodeProject.packageDirectory.resolve(\"input.blob\"), inputBuffer)\n\n    copy(decodeEncodeProject.resources.resolve(\"decode-encode.ts\"), decodeEncodeProject.packageDirectory.resolve(\"decode-encode.ts\"))\n    compile(decodeEncodeProject)\n\n    val nodeReturnCode = Process(\"node decode-encode.js input.blob output.blob\", decodeEncodeProject.packageDirectory.toFile).!\n    nodeReturnCode shouldEqual 0\n\n    val outputBuffer = Files.readAllBytes(decodeEncodeProject.packageDirectory.resolve(\"output.blob\"))\n    val newSchool = deserialise(outputBuffer, School.decode)\n\n    school shouldEqual newSchool\n  }\n\n  it should \"compile the typescript of the external project\" in {\n    compile(externalProject)\n  }\n\n  it should \"generate typescript for the school with external dependency project\" in {\n    generate(schoolWithExternalProject, Seq(\"university.thrift\"))\n  }\n\n  it should \"compile the typescript of the school with external dependency project\" in {\n    compile(schoolWithExternalProject)\n  }\n\n  it should \"generate and compile typescript without the int64 import if there's no int64 used in the file\" in {\n    generate(noInt64Project, Seq(\"noint64.thrift\"))\n    compile(noInt64Project)\n    val generatedFile = noInt64Project.packageDirectory.resolve(\"noInt64.ts\").toFile\n\n    generatedFile.exists shouldBe true\n    val source = Source.fromFile(generatedFile)\n    source.mkString.contains(\"import Int64 from 'node-int64';\") shouldBe false\n  }\n\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"build.sbt","text":"<gh_stars>0\nimport sbt.Defaults.sbtPluginExtra\nimport sbtrelease.ReleaseStateTransformations._\nimport com.twitter.scrooge.Compiler\nimport sbt.url\n\nname := \"scrooge-extras\"\n\nThisBuild \/ organization := \"com.gu\"\nThisBuild \/ scalaVersion := \"2.12.11\"\nThisBuild \/ licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\"))\n\nval scroogeVersion = \"20.4.1\"\n\nlazy val standardReleaseSteps: Seq[ReleaseStep] = Seq(\n  checkSnapshotDependencies,\n  inquireVersions,\n  runClean,\n  runTest,\n  setReleaseVersion,\n  commitReleaseVersion,\n  tagRelease,\n  publishArtifacts,\n  releaseStepCommandAndRemaining(\"+publishSigned\"),\n  releaseStepCommand(\"sonatypeBundleRelease\"),\n  setNextVersion,\n  commitNextVersion,\n  pushChanges\n)\n\nlazy val commonSettings = Seq(\n  organization := \"com.gu\",\n  publishTo := sonatypePublishToBundle.value,\n  scmInfo := Some(ScmInfo(\n    url(\"https:\/\/github.com\/guardian\/scrooge-extras\"),\n    \"scm:git:git@github.com:guardian\/scrooge-extras.git\"\n  )),\n  homepage := Some(url(\"https:\/\/github.com\/guardian\/scrooge-extras\")),\n  developers := List(Developer(\n    id = \"Guardian\",\n    name = \"Guardian\",\n    email = null,\n    url = url(\"https:\/\/github.com\/guardian\")\n  )),\n  resolvers += Resolver.sonatypeRepo(\"public\"),\n  releaseProcess := standardReleaseSteps\n)\n\nlazy val sbtScroogeTypescript = project.in(file(\"sbt-scrooge-typescript\"))\n  .dependsOn(typescript)\n  .settings(commonSettings)\n  .settings(\n    name := \"sbt-scrooge-typescript\",\n    sbtPlugin := true,\n    releasePublishArtifactsAction := PgpKeys.publishSigned.value,\n\n    \/\/ this plugin depends on the scrooge plugin\n    libraryDependencies += sbtPluginExtra(\n      \"com.twitter\" % \"scrooge-sbt-plugin\" % scroogeVersion,\n      (pluginCrossBuild \/ sbtBinaryVersion).value,\n      (update \/ scalaBinaryVersion).value\n    )\n  )\n\nlazy val typescript = project.in(file(\"scrooge-generator-typescript\"))\n  .settings(commonSettings)\n  .settings(\n    name := \"scrooge-generator-typescript\",\n    libraryDependencies ++= Seq(\n      \"com.twitter\" %% \"scrooge-generator\" % scroogeVersion,\n      \"com.twitter\" %% \"scrooge-core\" % scroogeVersion % \"test\",\n      \"com.github.spullara.mustache.java\" % \"compiler\" % \"0.8.18\",\n      \"org.scalatest\" %% \"scalatest\" % \"3.1.1\" % \"test\"\n    ),\n    Test \/ sourceGenerators += { () =>\n      val compiler = new Compiler()\n      compiler.destFolder = ((Compile \/ sourceManaged).value \/ \"generated\").getAbsolutePath\n      compiler.thriftFiles ++= ((Test \/ resourceDirectory).value \/ \"school\" ** \"*.thrift\").get().map(_.getAbsolutePath)\n      compiler.language = \"scala\"\n      compiler.run()\n      ((Compile \/ sourceManaged).value \/ \"generated\" ** \"*.scala\").get()\n    }\n  )\n\nlazy val root = Project(id = \"root\", base = file(\".\"))\n  .aggregate(sbtScroogeTypescript, typescript)\n  .settings(commonSettings)\n  .settings(\n    publishArtifact := false\n  )"}
{"repo_name":"guardian\/scrooge-extras","path":"scrooge-generator-typescript\/src\/main\/scala\/com\/gu\/scrooge\/backend\/typescript\/NPMLibraries.scala","text":"package com.gu.scrooge.backend.typescript\n\nobject NPMLibraries {\n  val dependencies = Map(\n    \"@types\/node-int64\" -> \"^0.4.29\",\n    \"@types\/thrift\" -> \"^0.10.10\",\n    \"node-int64\" -> \"^0.4.0\",\n    \"thrift\" -> \"^0.13.0\"\n  )\n\n  val devDependencies = Map(\"typescript\" -> \"^3.8.3\")\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"scrooge-generator-typescript\/src\/main\/scala\/com\/gu\/scrooge\/backend\/typescript\/TemplateModels.scala","text":"<filename>scrooge-generator-typescript\/src\/main\/scala\/com\/gu\/scrooge\/backend\/typescript\/TemplateModels.scala\npackage com.gu.scrooge.backend.typescript\n\ncase class TsStruct(\n  typeName: String,\n  companionName: String,\n  fields: Seq[TsField],\n  imports: Seq[TsImport],\n  defaults: Seq[TsDefaultValue],\n  needsInt64Import: Boolean\n)\n\ntrait TsField {\n  def index: Option[Int]\n  def depth: Int\n  def name: Option[String]\n  def isOptional: Boolean\n  def variableName: String\n  def isCollection: Boolean\n  def isMap: Boolean\n  def isSimple: Boolean\n  def isNamed: Boolean\n  def typescriptType: String\n  def thriftType: String\n  def isLastField: Boolean\n\n  \/\/ Using nested templates as using the native mustache import feature result in stack overflows\n  lazy val readField: String = MustacheUtils.renderTemplate(\"typescript\", \"read_field.mustache\", this)\n  lazy val writeField: String = MustacheUtils.renderTemplate(\"typescript\", \"write_field.mustache\", this)\n}\n\ncase class TsSimpleField(\n  index: Option[Int],\n  depth: Int,\n  name: Option[String],\n  isOptional: Boolean,\n  variableName: String,\n  typescriptType: String,\n  thriftType: String,\n  readingStatement: String,\n  writingStatement: String,\n  isLastField: Boolean,\n) extends TsField {\n  override def isCollection: Boolean = false\n  override def isMap: Boolean = false\n  override def isSimple: Boolean = true\n  override def isNamed: Boolean = false\n}\n\ncase class TsNamedField(\n  index: Option[Int],\n  depth: Int,\n  name: Option[String],\n  isOptional: Boolean,\n  variableName: String,\n  typescriptType: String,\n  thriftType: String,\n  companionName: String,\n  isLastField: Boolean,\n) extends TsField {\n  override def isCollection: Boolean = false\n  override def isMap: Boolean = false\n  override def isSimple: Boolean = false\n  override def isNamed: Boolean = true\n}\n\ncase class TsCollectionField(\n  index: Option[Int],\n  depth: Int,\n  name: Option[String],\n  isOptional: Boolean,\n  variableName: String,\n  typescriptType: String,\n  thriftType: String,\n  nestedType: TsField,\n  startReadingStatement: String,\n  endReadingStatement: String,\n  startWritingStatement: String,\n  endWritingStatement: String,\n  isLastField: Boolean,\n) extends TsField {\n  override def isCollection: Boolean = true\n  override def isMap: Boolean = false\n  override def isSimple: Boolean = false\n  override def isNamed: Boolean = false\n}\n\ncase class TsMapField(\n  index: Option[Int],\n  depth: Int,\n  name: Option[String],\n  isOptional: Boolean,\n  variableName: String,\n  typescriptType: String,\n  thriftType: String,\n  keyType: TsField,\n  keyIsNumber: Boolean,\n  valueType: TsField,\n  isLastField: Boolean,\n) extends TsField {\n  override def isCollection: Boolean = false\n  override def isMap: Boolean = true\n  override def isSimple: Boolean = false\n  override def isNamed: Boolean = false\n}\n\n\ncase class TsImport(\n  types: Seq[String],\n  file: String\n)\n\ncase class TsDefaultValue(\n  attributeName: String,\n  value: String\n)\n\ncase class TsEnum(\n  typeName: String,\n  entries: Seq[TsEnumEntry],\n)\n\ncase class TsEnumEntry(\n  name: String,\n  value: Int,\n)\n\ncase class TsConsts(\n  entries: Seq[TsConstEntry]\n)\n\ncase class TsConstEntry(\n  name: String,\n  typescriptType: String,\n  value: String\n)"}
{"repo_name":"guardian\/scrooge-extras","path":"scrooge-generator-typescript\/src\/main\/scala\/com\/gu\/scrooge\/backend\/typescript\/MustacheUtils.scala","text":"package com.gu.scrooge.backend.typescript\n\nimport java.io.StringWriter\n\nimport com.github.mustachejava.{DefaultMustacheFactory, Mustache}\n\nimport scala.collection.concurrent.TrieMap\n\nobject MustacheUtils {\n\n  private val templateCache = new TrieMap[String, Mustache]\n\n  private def compileTemplate(namespace: String, template: String): Mustache = {\n    val mustacheFactory = new DefaultMustacheFactory(s\"$namespace\/\")\n    mustacheFactory.setObjectHandler(new ScalaObjectHandler)\n    mustacheFactory.compile(template)\n  }\n\n  def renderTemplate(namespace: String, template: String, data: Any): String = {\n    val sw = new StringWriter()\n    val mustache = templateCache.getOrElseUpdate(template, compileTemplate(namespace, template))\n    mustache.execute(sw, data).flush()\n    sw.toString\n  }\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"sbt-scrooge-typescript\/src\/main\/scala\/com\/gu\/thrift\/ScroogeTypescriptGen.scala","text":"package com.gu.thrift\n\nimport com.twitter.scrooge.ScroogeSBT.autoImport.{scroogeGen, scroogeThriftDependencies, scroogeThriftOutputFolder}\nimport sbt.Keys.{baseDirectory, commands, compile, description, libraryDependencies, name, resourceGenerators, sLog, scmInfo, version}\nimport sbt.io.IO\nimport sbt._\nimport com.gu.scrooge.backend.typescript.NPMLibraries\n\nimport scala.sys.process.Process\n\nobject ScroogeTypescriptGen extends AutoPlugin {\n\n  object autoImport {\n\n    \/\/ the tasks intended for most projects\n    lazy val scroogeTypescriptCompile = taskKey[Seq[File]](\"Use the tsc command line to compile the generated files. This would spot any issue in the generated files\")\n    lazy val scroogeTypescriptNPMPublish = taskKey[Unit](\"This will publish your package to NPM with npm publish\")\n\n    \/\/ the tasks intended for the intrepid debuggers\n    lazy val scroogeTypescriptGenPackageJson = taskKey[File](\"Generate the package.json file\")\n    lazy val scroogeTypescriptGenNPMPackage = taskKey[Seq[File]](\"Generate the npm package\")\n    lazy val scroogeTypescriptGenTsConf = taskKey[File](\"Generates the tsconfig.json\")\n\n    \/\/ the settings to customise the generation process\n    lazy val scroogeTypescriptDevDependencies = settingKey[Map[String, String]](\"The node devDependencies to include in the package.json\")\n    lazy val scroogeTypescriptDependencies = settingKey[Map[String, String]](\"The node dependencies to include in the package.json\")\n    lazy val scroogeTypescriptPackageDirectory = settingKey[File](\"The directory where the node package will be generated\")\n    lazy val scroogeTypescriptPackageLicense = settingKey[String](\"The license used to publish the package\")\n    lazy val scroogeTypescriptPackageMapping = settingKey[Map[String, String]](\"The mapping between the thrift jar dependency name to the npm module name\")\n    lazy val scroogeTypescriptNpmPackageName = settingKey[String](\"The name of the package in the package.json\")\n    lazy val scroogeTypescriptDryRun = settingKey[Boolean](\"Whether to try all the step without actually publishing the library on NPM\")\n  }\n\n  import autoImport._\n\n  private def runCmd(cmd: String, dir: File, logger: Logger, expected: Int = 0, onError: String): Int = {\n    logger.info(s\"Running ${cmd}\")\n    val returnCode = Process(cmd, dir).!\n    if (returnCode != expected) {\n      throw new Exception(s\"Return code: $returnCode. $onError\")\n    }\n    returnCode\n  }\n\n  override def projectSettings: Seq[Def.Setting[_]] = Seq(\n    scroogeTypescriptDevDependencies := NPMLibraries.devDependencies,\n    scroogeTypescriptDependencies := {\n      val dependencies = (Compile \/ scroogeThriftDependencies).value.flatMap { dependency =>\n        for {\n          nodeName <- scroogeTypescriptPackageMapping.value.get(dependency)\n          version <- libraryDependencies.value.find(_.name == dependency).map(module => s\"^${module.revision}\")\n        } yield nodeName -> version\n      }.toMap\n      NPMLibraries.dependencies ++ dependencies\n    },\n    scroogeTypescriptPackageDirectory := (Compile \/ scroogeThriftOutputFolder).value \/ scroogeTypescriptNpmPackageName.value,\n    scroogeTypescriptPackageMapping := Map(),\n    scroogeTypescriptNpmPackageName := name.value,\n    scroogeTypescriptDryRun := false,\n\n    scroogeTypescriptGenPackageJson := {\n      def asHash(map: Map[String, String]): String = map.map {case (k, v) => s\"\"\"\"$k\": \"$v\"\"\"\" }.mkString(\"{\\n\",\",\\n\",\"\\n}\")\n\n      sLog.value.info(\"Generating package.json\")\n      val packageJson = scroogeTypescriptPackageDirectory.value \/ \"package.json\"\n      val content = s\"\"\"\n        |{\n        |  \"name\": \"${scroogeTypescriptNpmPackageName.value}\",\n        |  \"version\": \"${version.value}\",\n        |  \"description\": \"${description.value}\",\n        |  \"repository\": {\n        |    \"type\": \"git\",\n        |    \"url\": \"${scmInfo.value.map(_.browseUrl.toString).getOrElse(\"\")}\"\n        |  },\n        |  \"author\": \"\",\n        |  \"license\": \"${scroogeTypescriptPackageLicense.value}\",\n        |  \"devDependencies\": ${asHash(scroogeTypescriptDevDependencies.value)},\n        |  \"dependencies\": ${asHash(scroogeTypescriptDependencies.value)}\n        |}\"\"\".stripMargin\n      IO.write(packageJson, content)\n      packageJson\n    },\n\n    scroogeTypescriptGenTsConf := {\n      val content =\n        \"\"\"\n          |{\n          |  \"compilerOptions\": {\n          |    \"target\": \"es5\",\n          |    \"module\": \"commonjs\",\n          |    \"strict\": true,\n          |    \"esModuleInterop\": true,\n          |    \"forceConsistentCasingInFileNames\": true,\n          |    \"declaration\": true,\n          |    \/\/ this is to disable searching in ..\/node_modules as it can trigger compilation errors unrelated to this\n          |    \/\/ self contained project\n          |    \"typeRoots\": [\".\/node_modules\/@types\"],\n          |  }\n          |}\n          |\"\"\".stripMargin\n      val tsConfig = scroogeTypescriptPackageDirectory.value \/ \"tsconfig.json\"\n      IO.write(tsConfig, content)\n      tsConfig\n    },\n\n\n    scroogeTypescriptGenNPMPackage := {\n      val generatedPackageJson = scroogeTypescriptGenPackageJson.value\n      val generatedTsConfig = scroogeTypescriptGenTsConf.value\n\n      val readmeFrom = baseDirectory.value \/ \"README.md\"\n      val readmeTo = scroogeTypescriptPackageDirectory.value \/ \"README.md\"\n      val generatedReadme = {\n        if (readmeFrom.exists()) {\n          IO.copyFile(readmeFrom, readmeTo)\n          Seq(readmeTo)\n        } else {\n          Nil\n        }\n      }\n\n      val message =\n        s\"\"\"\n          |\n          |The NPM package ${scroogeTypescriptNpmPackageName.value} has been generated.\n          |\n          |To check it compiles correctly\n          |cd ${scroogeTypescriptPackageDirectory.value}\n          |npm install\n          |tsc\n          |\n          |To publish the package:\n          |npm publish --access public\n          |\"\"\".stripMargin\n\n      sLog.value.info(message)\n      generatedReadme :+ generatedPackageJson :+ generatedTsConfig\n    },\n\n    scroogeTypescriptCompile := {\n      val generatedTypescriptFiles = (Compile \/ scroogeGen).value\n      val generatedFiles = scroogeTypescriptGenNPMPackage.value\n      val logger: Logger = sLog.value\n      val packageDir = scroogeTypescriptPackageDirectory.value\n\n      runCmd(\"npm install\", packageDir, logger = logger, onError = \"Unable to install npm dependencies\")\n\n      runCmd(\"tsc\", packageDir, logger = logger, onError = \"There are compilation errors, check the output above\")\n\n      val compiledFiles = (packageDir ** \"*.js\").get()\n\n      generatedTypescriptFiles ++ generatedFiles ++ compiledFiles\n    },\n\n    Compile \/ resourceGenerators += scroogeTypescriptCompile,\n\n    Compile \/ compile := (Compile \/ compile).dependsOn(scroogeTypescriptCompile).value,\n    Test \/ compile := (Test \/ compile).dependsOn(scroogeTypescriptCompile).value,\n\n    scroogeTypescriptNPMPublish := {\n      scroogeTypescriptCompile.value\n\n      val generatedTypescriptFiles = (scroogeTypescriptPackageDirectory.value ** (\"*.ts\" -- \"*.d.ts\")).get()\n\n      if (scroogeTypescriptDryRun.value) {\n        sLog.value.info(\"Would have run npm publish --access public but we're in dry-mode\")\n        sLog.value.info(s\"Would also have deleted these files before publishing: ${generatedTypescriptFiles.map(_.name)}\")\n      } else {\n        generatedTypescriptFiles.foreach(_.delete)\n        runCmd(\n          cmd = \"npm publish --access public\",\n          dir = scroogeTypescriptPackageDirectory.value,\n          logger = sLog.value,\n          onError = \"Unable to publish package to NPM, check the output above\"\n        )\n      }\n    },\n\n    commands += Command.single(\"releaseNpm\"){ (currentState, versionString) =>\n      def sequentially(currentState: State)(actions: Seq[(Extracted, State) => State]): State = {\n        actions.foldLeft(currentState){\n          case (state, action) => action(Project.extract(state), state)\n        }\n      }\n\n      val currentVersion = Project.extract(currentState).get(version)\n\n      sequentially(currentState)(Seq(\n        (extracted, state) => extracted.appendWithSession(Seq(version := versionString), state),\n        (extracted, state) => extracted.runTask(scroogeTypescriptNPMPublish, state)._1,\n        (extracted, state) => extracted.appendWithSession(Seq(version := currentVersion), state)\n      ))\n    }\n  )\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"scrooge-generator-typescript\/src\/main\/scala\/com\/gu\/scrooge\/backend\/typescript\/TypescriptGenerator.scala","text":"<gh_stars>0\npackage com.gu.scrooge.backend.typescript\n\nimport java.io.{File, FileWriter}\nimport java.nio.file.{Path, Paths}\n\nimport com.twitter.scrooge.backend.{Generator, GeneratorFactory, ServiceOption}\nimport com.twitter.scrooge.frontend.{ParseException, ResolvedDocument, ScroogeInternalException}\nimport com.twitter.scrooge.ast._\n\nimport scala.collection.mutable\n\nclass TypescriptGeneratorFactory extends GeneratorFactory {\n  val language = \"typescript\"\n\n  def apply(\n    doc: ResolvedDocument,\n    defaultNamespace: String,\n    experimentFlags: Seq[String]\n  ): Generator = {\n    new TypescriptGenerator(doc, defaultNamespace, experimentFlags)\n  }\n}\n\nclass TypescriptGenerator(\n  resolvedDoc: ResolvedDocument,\n  defaultNamespace: String,\n  experimentFlags: Seq[String],\n) extends Generator(resolvedDoc) {\n\n\/\/  private[this] val keywords = Set(\n\/\/    \"break\", \"case\", \"catch\", \"class\", \"const\", \"continue\", \"debugger\",\n\/\/    \"default\", \"delete\", \"do\", \"else\", \"enum\", \"export\", \"extends\", \"false\",\n\/\/    \"finally\", \"for\", \"function\", \"if\", \"import\", \"in\", \"instanceof\", \"new\",\n\/\/    \"null\", \"return\", \"super\", \"switch\", \"this\", \"throw\", \"true\", \"try\", \"typeof\",\n\/\/    \"var\", \"void\", \"while\", \"with\")\n\/\/\n\/\/  def protect(identifier: String): String = if (keywords.contains(identifier.toLowerCase)) {\n\/\/    s\"_$identifier\"\n\/\/  } else {\n\/\/    identifier\n\/\/  }\n\n\n  override val namespaceLanguage = \"typescript\"\n  private val document: Document = resolvedDoc.document\n  private val namespace: Identifier = {\n    document.namespace(\"typescript\") getOrElse {\n      throw new ParseException(\n        s\"You must specify a typescript namespace in your thrift definition, for instance: #@namespace $namespaceLanguage guardian\/packageName\"\n      )\n    }\n  }\n\n  def filename(sid: SimpleID): String = sid.toCamelCase.name\n  def typeName(sid: SimpleID): String = sid.toTitleCase.name\n  def companionName(sid: SimpleID): String = s\"${sid.toTitleCase.name}Serde\"\n  def packageNameFromNamespace(name: String): String =\n    name.replaceAllLiterally(\"_at_\", \"@\")\n      .replace('.', File.separatorChar)\n      .replace('_', '-')\n\n  def thriftType(t: FunctionType): String = t match {\n    case Void => \"Thrift.Type.VOID\"\n    case OnewayVoid => \"Thrift.Type.VOID\"\n    case TBool => \"Thrift.Type.BOOL\"\n    case TByte => \"Thrift.Type.BYTE\"\n    case TI16 => \"Thrift.Type.I16\"\n    case TI32 => \"Thrift.Type.I32\"\n    case TI64 => \"Thrift.Type.I64\"\n    case TDouble => \"Thrift.Type.DOUBLE\"\n    case TString => \"Thrift.Type.STRING\"\n    case _: StructType => \"Thrift.Type.STRUCT\"\n    case _: ListType => \"Thrift.Type.LIST\"\n    case _: MapType => \"Thrift.Type.MAP\"\n    case _: SetType => \"Thrift.Type.SET\"\n    case _: EnumType => \"Thrift.Type.I32\"\n    case _ => throw new Exception(s\"${t.toString} not implemented yet\")\n  }\n\n  def typescriptType(t: FunctionType): String = t match {\n    case Void => \"void\"\n    case OnewayVoid => \"void\"\n    case TBool => \"boolean\"\n    case TByte => \"number\"\n    case TI16 => \"number\"\n    case TI32 => \"number\"\n    case TI64 => \"Int64\"\n    case TDouble => \"number\"\n    case TString => \"string\"\n    case TBinary => \"Buffer\"\n    case n: NamedType => n.sid.toTitleCase.name\n    case MapType(k @ (TI16 | TI32 | TString | EnumType(_, _)), v, _) => {\n      s\"{[key: ${typescriptType(k)}]: ${typescriptType(v)}}\"\n    }\n    case MapType(k, v, _) => throw new ScroogeInternalException(s\"Typescript maps can only have a string or a number as the key, found map<$k, $v>\")\n    case SetType(x, _) => s\"${typescriptType(x)}[]\"\n    case ListType(x, _) => s\"${typescriptType(x)}[]\"\n    case r: ReferenceType =>\n      throw new ScroogeInternalException(\"ReferenceType should not appear in backend\")\n    case _ => throw new ScroogeInternalException(\"unknown type\")\n  }\n\n  def constValue(rhs: RHS): String = rhs match {\n    case BoolLiteral(value) => value.toString\n    case IntLiteral(value) => value.toString\n    case DoubleLiteral(value) => value.toString\n    case StringLiteral(value) => s\"\"\"\"$value\"\"\"\"\n    case NullLiteral => \"null\"\n    case ListRHS(elems) => elems.map(constValue).mkString(\"[\", \",\", \"]\")\n    case SetRHS(elems) => elems.map(constValue).mkString(\"[\", \",\", \"]\")\n    case MapRHS(elems) => elems\n      .map { case (k, v) => s\"${constValue(k)}: ${constValue(v)}\"}\n      .mkString(\"{\", \",\", \"}\")\n    case EnumRHS(enum, value) => s\"${enum.sid.toTitleCase.name}.${value.sid.toUpperCase.name}\"\n    case _ => throw new ScroogeInternalException(s\"Unsupported constant type: $rhs\")\n  }\n\n  def namespacedFolder(destFolder: File, namespace: String, dryRun: Boolean): File = {\n    val cleanedNamespace = packageNameFromNamespace(namespace)\n    val file = new File(destFolder, cleanedNamespace)\n    if (!dryRun) file.mkdirs()\n    file\n  }\n\n  def toTsField(\n    fieldType: FieldType,\n    index: Option[Int] = None,\n    name: Option[String] = None,\n    requiredness: Option[Requiredness] = None,\n    variableName: String,\n    depth: Int = 1,\n    isLastField: Boolean = false\n  ): TsField = {\n    def simpleField(readingStatement: String, writingStatement: String): TsSimpleField = TsSimpleField(\n      index = index,\n      name = name,\n      isOptional = requiredness.exists(_.isOptional),\n      variableName = variableName,\n      depth = depth,\n      typescriptType = typescriptType(fieldType),\n      thriftType = thriftType(fieldType),\n      readingStatement = readingStatement,\n      writingStatement = writingStatement,\n      isLastField = isLastField\n    )\n\n    fieldType match {\n      case TBool => simpleField(\"readBool\", \"writeBool\")\n      case TByte => simpleField(\"readByte\", \"writeByte\")\n      case TI16 => simpleField(\"readI16\", \"writeI16\")\n      case TI32 => simpleField(\"readI32\", \"writeI32\")\n      case TI64 => simpleField(\"readI64\", \"writeI64\")\n      case TDouble => simpleField(\"readDouble\", \"writeDouble\")\n      case TBinary => simpleField(\"readBinary\", \"writeBinary\")\n      case TString => simpleField(\"readString\", \"writeString\")\n      case _: EnumType => simpleField(\"readI32\", \"writeI32\")\n      case struct: StructType => TsNamedField(\n        index = index,\n        depth = depth,\n        name = name,\n        isOptional = requiredness.exists(_.isOptional),\n        variableName = variableName,\n        typescriptType(fieldType),\n        thriftType = thriftType(fieldType),\n        companionName = companionName(struct.sid),\n        isLastField = isLastField\n      )\n      case lt: ListType => TsCollectionField(\n        index = index,\n        depth = depth,\n        name = name,\n        isOptional = requiredness.exists(_.isOptional),\n        variableName = variableName,\n        typescriptType = typescriptType(fieldType),\n        thriftType = thriftType(fieldType),\n        nestedType = toTsField(lt.eltType, depth = depth + 1, variableName = s\"value${depth + 1}\"),\n        startReadingStatement = \"readListBegin\",\n        endReadingStatement = \"readListEnd\",\n        startWritingStatement = \"writeListBegin\",\n        endWritingStatement = \"writeListEnd\",\n        isLastField = isLastField,\n      )\n      case st: SetType => TsCollectionField(\n        index = index,\n        depth = depth,\n        name = name,\n        isOptional = requiredness.exists(_.isOptional),\n        variableName = variableName,\n        typescriptType = typescriptType(fieldType),\n        thriftType = thriftType(fieldType),\n        nestedType = toTsField(st.eltType, depth = depth + 1, variableName = s\"value${depth + 1}\"),\n        startReadingStatement = \"readSetBegin\",\n        endReadingStatement = \"readSetEnd\",\n        startWritingStatement = \"writeSetBegin\",\n        endWritingStatement = \"writeSetEnd\",\n        isLastField = isLastField,\n      )\n      case mt: MapType => TsMapField(\n        index = index,\n        depth = depth,\n        name = name,\n        isOptional = requiredness.exists(_.isOptional),\n        variableName = variableName,\n        typescriptType = typescriptType(fieldType),\n        thriftType = thriftType(fieldType),\n        keyType = toTsField(mt.keyType, depth = depth + 1, variableName = s\"key${depth + 1}\"),\n        keyIsNumber = mt.keyType == TI16 || mt.keyType == TI32 || mt.keyType.isInstanceOf[EnumType],\n        valueType = toTsField(mt.valueType, depth = depth + 1, variableName = s\"value${depth + 1}\"),\n        isLastField = isLastField,\n      )\n      case _ => throw new Exception(s\"${fieldType.toString} not implemented yet\")\n    }\n  }\n\n  def needsInt64Import(ft: Seq[FieldType]): Boolean = ft.exists {\n    case TI64 => true\n    case listType: ListType => needsInt64Import(Seq(listType.eltType))\n    case setType: SetType => needsInt64Import(Seq(setType.eltType))\n    case mapType: MapType => needsInt64Import(Seq(mapType.keyType, mapType.valueType))\n    case _ => false\n  }\n\n  def importsForStruct(structSource: StructLike): Seq[TsImport] = {\n    def namespaceToPackagePath(namespace: String): Path = {\n      val namespaceElements = packageNameFromNamespace(namespace).split('\/').toList\n      Paths.get(namespaceElements.head, namespaceElements.tail: _*)\n    }\n\n    def listAllNamedTypes(ft: Seq[FieldType]): Seq[FieldType] = ft.flatMap {\n      case struct: StructType => Seq(struct)\n      case enum: EnumType => Seq(enum)\n      case listType: ListType => listAllNamedTypes(Seq(listType.eltType))\n      case setType: SetType => listAllNamedTypes(Seq(setType.eltType))\n      case mapType: MapType => listAllNamedTypes(Seq(mapType.keyType, mapType.valueType))\n      case _ => Nil\n    }\n\n    def importLocation(namedType: NamedType): String = {\n      val packagePath: Path = namespaceToPackagePath(defaultNamespace)\n      val structPath: Path = namespaceToPackagePath(namespace.fullName)\n\n      val location = for {\n        prefix <- namedType.scopePrefix\n        importedDocument <- resolvedDoc.resolver.includeMap.get(prefix.fullName)\n        namespace <- importedDocument.document.namespace(namespaceLanguage)\n        namedTypePath = namespaceToPackagePath(namespace.fullName)\n      } yield {\n        if (namedTypePath.startsWith(packagePath)) {\n          val relativePath = structPath.relativize(namedTypePath)\n          if (relativePath.startsWith(\".\") || relativePath.startsWith(\"..\")) {\n            s\"${relativePath.resolve(namedType.sid.toCamelCase.name)}\"\n          } else {\n            s\".\/${relativePath.resolve(namedType.sid.toCamelCase.name)}\"\n          }\n        } else {\n          s\"${namedTypePath}\/${namedType.sid.toCamelCase.name}\"\n        }\n      }\n      location.getOrElse(s\".\/${namedType.sid.toCamelCase.name}\")\n    }\n\n    val listOfAllNamedTypes = listAllNamedTypes(structSource.fields.map(_.fieldType))\n\n    \/\/ maps the source file to the type to import\n    val importMappings = listOfAllNamedTypes.foldLeft(Seq.empty[(String, String)]) {\n      case (agg, struct: StructType) => agg ++ Seq(\n        importLocation(struct) -> companionName(struct.sid),\n        importLocation(struct) -> typeName(struct.sid)\n      )\n      case (agg, enum: EnumType) => agg ++ Seq(importLocation(enum) -> typeName(enum.sid))\n      case (agg, _) => agg\n    }\n\n    importMappings\n      .groupBy(_._1) \/\/ group by file\n      .toSeq\n      .map { case (file, mapping) => TsImport(mapping.map(_._2).distinct.sorted, file) }\n      .sortBy(_.file)\n  }\n\n  override def apply(\n    serviceOptions: Set[ServiceOption],\n    outputPath: File,\n    dryRun: Boolean = false,\n    genAdapt: Boolean = false\n  ): Iterable[File] = {\n    val generatedFiles = new mutable.ListBuffer[File]\n    val packageDir = namespacedFolder(outputPath, namespace.fullName, dryRun)\n\n    def renderFile(templateName: String, templateParams: Product, filename: String) = {\n      val fileContent = MustacheUtils.renderTemplate(namespaceLanguage, templateName, templateParams)\n      val file = new File(packageDir, s\"${filename}.ts\")\n      if (!dryRun) {\n        val writer = new FileWriter(file)\n        try {\n          writer.write(fileContent)\n        } finally {\n          writer.close()\n        }\n      }\n      file\n    }\n\n    def renderStruct(struct: StructLike, templateName: String): File = {\n      val lastField = struct.fields.last\n      renderFile(\n        templateName = templateName,\n        templateParams = TsStruct(\n          typeName = typeName(struct.sid),\n          companionName = companionName(struct.sid),\n          fields = struct.fields.map(field => toTsField(\n            fieldType = field.fieldType,\n            index = Some(field.index),\n            name = Some(field.originalName),\n            requiredness = Some(field.requiredness),\n            variableName = s\"value1\",\n            isLastField = field == lastField\n          )),\n          imports = importsForStruct(struct),\n          needsInt64Import = needsInt64Import(struct.fields.map(_.fieldType)),\n          defaults = struct.fields\n            .map(f => f.sid -> f.default )\n            .collect { case (sid, Some(default)) => TsDefaultValue(sid.toCamelCase.name, constValue(default)) }\n        ),\n        filename(struct.sid)\n      )\n    }\n\n    if (document.consts.nonEmpty) {\n      generatedFiles += renderFile(\n        templateName = \"const.mustache\",\n        templateParams = TsConsts(\n          entries = document.consts.map(c => {\n            TsConstEntry(\n              name = c.sid.toUpperCase.name,\n              typescriptType = typescriptType(c.fieldType),\n              value = constValue(c.value)\n            )\n          })\n        ),\n        filename = s\"constants\"\n      )\n    }\n\n    generatedFiles ++= document.enums.map { enum =>\n      renderFile(\n        templateName = \"enum.mustache\",\n        templateParams = TsEnum(\n          typeName = enum.sid.toTitleCase.name,\n          entries = enum.values.map(v => TsEnumEntry(v.sid.toUpperCase.name, v.value)),\n        ),\n        filename(enum.sid)\n      )\n    }\n\n    generatedFiles ++= document.structs.map {\n      case union: Union => renderStruct(union, \"union.mustache\")\n      case struct: StructLike => renderStruct(struct, \"struct.mustache\")\n    }\n\n    generatedFiles\n  }\n}\n"}
{"repo_name":"guardian\/scrooge-extras","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"2.0.0\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"3.9.5\")\n\n\/\/ to generate scala classes for tests only\nlibraryDependencies += \"com.twitter\" %% \"scrooge-generator\" % \"20.4.1\""}
{"repo_name":"charlely\/incubator-tubemq","path":"tubemq-connectors\/tubemq-connector-spark\/src\/main\/scala\/org\/apache\/tubemq\/connector\/spark\/TubeMQConsumer.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements.  See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership.  The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License.  You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.tubemq.connector.spark\n\nimport java.util\n\nimport org.apache.spark.SparkException\nimport org.apache.spark.storage.StorageLevel\nimport org.apache.spark.streaming.receiver.Receiver\n\nimport org.apache.tubemq.client.config.{ConsumerConfig, TubeClientConfig}\nimport org.apache.tubemq.client.consumer.MessageListener\nimport org.apache.tubemq.client.factory.{MessageSessionFactory, TubeSingleSessionFactory}\nimport org.apache.tubemq.corebase.Message\n\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters._\n\nclass TubeMQConsumer(\n    master: String,\n    group: String,\n    topic: String,\n    filterAttrs: Seq[String],\n    filterAttrId:String,\n    filterOnRemote:Boolean,\n    includeAttrId:String,\n    consumeFromMaxOffset: Boolean,\n    storageLevel: StorageLevel)\n  extends Receiver[Array[Byte]](storageLevel) {\n  self =>\n\n  def this(receiverConfig: TubeMQConsumerConf) = {\n    this(receiverConfig.master,\n      receiverConfig.group,\n      receiverConfig.topic,\n      receiverConfig.filterAttrs,\n      receiverConfig.filterAttrId,\n      receiverConfig.filterOnRemote,\n      receiverConfig.includeAttrId,\n      receiverConfig.consumeFromMaxOffset,\n      receiverConfig.storageLevel)\n  }\n\n  require(master != null, \"'master' must be set.\")\n  require(group != null, \"'group' must be set.\")\n  require(topic != null, \"'topic' must be set.\")\n\n\n\n  @transient\n  var messageSessionFactory: MessageSessionFactory = null\n\n  override def onStart(): Unit = {\n    val config = new TubeClientConfig(master)\n    messageSessionFactory = new TubeSingleSessionFactory(config)\n    val consumerConfig = new ConsumerConfig(master, group)\n    val consumeModel = if (consumeFromMaxOffset) 1 else 0\n    consumerConfig.setConsumeModel(consumeModel)\n    val consumer = messageSessionFactory.createPushConsumer(consumerConfig)\n    if (filterOnRemote && filterAttrs != null) {\n      consumer.subscribe(topic, new util.TreeSet[String](filterAttrs), new SimpleMessageListener(topic, filterAttrs,\n        filterAttrId, includeAttrId))\n    } else {\n      consumer.subscribe(topic, null, new SimpleMessageListener(topic, filterAttrs, filterAttrId, includeAttrId))\n    }\n    consumer.completeSubscribe()\n  }\n\n  override def onStop(): Unit = {\n    if (messageSessionFactory != null) {\n      messageSessionFactory.shutdown()\n      messageSessionFactory = null\n    }\n  }\n\n  class SimpleMessageListener(topic: String, filterAttrs: Seq[String], filterAttrId: String, includeAttrId: String)\n    extends MessageListener {\n\n    override def receiveMessages(messages: util.List[Message]): Unit = {\n      messages.asScala.foreach(msg => processMessage(msg))\n    }\n\n    def processMessage(message: Message) = {\n      if (!topic.equals(message.getTopic)) {\n        throw new SparkException(\n          s\"topic error, the message topic is ${message.getTopic}\")\n      }\n\n      \/\/ Deal with message.getData\n    }\n\n    override def getExecutor = null\n\n    override def stop() = {}\n  }\n}\n"}
{"repo_name":"vamsiky\/learning-spark-scala211","path":"src\/main\/scala\/com\/oreilly\/learningsparkexamples\/scala\/LoadSimpleJdbc.scala","text":"\/**\n * Illustrates loading data over JDBC\n *\/\npackage com.oreilly.learningsparkexamples.scala\n\nimport org.apache.spark._\nimport org.apache.spark.rdd.JdbcRDD\nimport java.sql.{DriverManager, ResultSet}\n\nobject LoadSimpleJdbc {\n  def main(args: Array[String]) {\n    if (args.length < 1) {\n      println(\"Usage: [sparkmaster]\")\n      sys.exit(1)\n    }\n    val master = args(0)\n    val sc = new SparkContext(master, \"LoadSimpleJdbc\", System.getenv(\"SPARK_HOME\"))\n    val data = new JdbcRDD(sc,\n      createConnection, \"SELECT * FROM panda WHERE ? <= id AND ID <= ?\",\n      lowerBound = 1, upperBound = 3, numPartitions = 2, mapRow = extractValues)\n    println(data.collect().toList)\n  }\n\n  def createConnection() = {\n    Class.forName(\"com.mysql.jdbc.Driver\").newInstance();\n    DriverManager.getConnection(\"jdbc:mysql:\/\/localhost\/test?user=holden\");\n  }\n\n  def extractValues(r: ResultSet) = {\n    (r.getInt(1), r.getString(2))\n  }\n}\n"}
{"repo_name":"shipci\/scalawebsocket","path":"src\/test\/scala\/scalawebsocket\/WebSocketSpec.scala","text":"<filename>src\/test\/scala\/scalawebsocket\/WebSocketSpec.scala\n\/*\n* Copyright 2012 <NAME>\n* Copyright 2013 <NAME>\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\"); you may not\n* use this file except in compliance with the License. You may obtain a copy of\n* the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n* WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the\n* License for the specific language governing permissions and limitations under\n* the License.\n*\n* Changes are made to the test code to use different API of the WebSocket.\n*\/\n\npackage scalawebsocket\n\nimport java.io.IOException\nimport javax.servlet.http.HttpServletRequest\nimport com.typesafe.scalalogging.log4j.Logging\nimport java.util.concurrent.{TimeUnit, CountDownLatch}\nimport com.ning.http.client.{AsyncHttpClient, websocket}\nimport org.scalatest.matchers.{MatchResult, BeMatcher}\n\n\nclass WebSocketSpec extends BaseTest with Logging {\n\n  private final class EchoTextWebSocket extends org.eclipse.jetty.websocket.WebSocket with org.eclipse.jetty.websocket.WebSocket.OnTextMessage with org.eclipse.jetty.websocket.WebSocket.OnBinaryMessage {\n    private var connection: org.eclipse.jetty.websocket.WebSocket.Connection = null\n\n    def onOpen(connection: org.eclipse.jetty.websocket.WebSocket.Connection) {\n      this.connection = connection\n      connection.setMaxTextMessageSize(1000)\n    }\n\n    def onClose(i: Int, s: String) {\n      connection.close()\n    }\n\n    def onMessage(s: String) {\n      try {\n        connection.sendMessage(s)\n      } catch {\n        case e: IOException => {\n          try {\n            connection.sendMessage(\"FAIL\")\n          } catch {\n            case e1: IOException => {\n              e1.printStackTrace()\n            }\n          }\n        }\n      }\n    }\n\n    def onMessage(data: Array[Byte], offset: Int, length: Int) {\n      try {\n        connection.sendMessage(data, offset, length)\n      } catch {\n        case e: IOException => {\n          try {\n            connection.sendMessage(\"FAIL\")\n          } catch {\n            case e1: IOException => {\n              e1.printStackTrace()\n            }\n          }\n        }\n      }\n    }\n  }\n\n  def getWebSocketHandler: BaseTest#WebSocketHandler = {\n    new WebSocketHandler {\n      def doWebSocketConnect(httpServletRequest: HttpServletRequest, s: String): org.eclipse.jetty.websocket.WebSocket = {\n        new EchoTextWebSocket\n      }\n    }\n  }\n\n  it should \"call all onOpen handlers\" in {\n    val latch = new CountDownLatch(3)\n    WebSocket()\n      .onOpen(ws => latch.countDown())\n      .onOpen(ws => latch.countDown())\n      .onOpen(ws => latch.countDown())\n      .open(getTargetUrl)\n    waitForHandlersToExecute(latch)\n  }\n\n  def waitForHandlersToExecute(latch: CountDownLatch) {\n    class CountDownLatchMatcher extends BeMatcher[Boolean] {\n      def apply(left: Boolean): MatchResult = {\n        MatchResult(left, \"Not all handlers were executed\", \"All handlers were executed\")\n      }\n    }\n    val completed = new CountDownLatchMatcher\n    latch.await(10, TimeUnit.SECONDS) should be(completed)\n  }\n\n  it should \"remove specified onOpen handler\" in {\n    def openHandler(ws: WebSocket) {\n      throw new IllegalStateException(\"This handler should be removed\")\n    }\n    val handler = openHandler _\n    WebSocket().onOpen(handler).removeOnOpen(handler).open(getTargetUrl)\n  }\n\n  it should \"call all onClose handlers\" in {\n    val latch = new CountDownLatch(3)\n    WebSocket()\n      .onClose(ws => latch.countDown())\n      .onClose(ws => latch.countDown())\n      .onClose(ws => latch.countDown())\n      .open(getTargetUrl)\n      .close()\n    waitForHandlersToExecute(latch)\n  }\n\n  it should \"remove specified onClose handler\" in {\n    def closeHandler(ws: WebSocket) {\n      throw new IllegalStateException(\"This handler should be removed\")\n    }\n    val handler = closeHandler _\n    WebSocket().onClose(handler).removeOnClose(handler).open(getTargetUrl).close()\n  }\n\n  it should \"call all onTextMessage handlers\" in {\n    val latch = new CountDownLatch(3)\n    WebSocket()\n      .onTextMessage(message => latch.countDown())\n      .onTextMessage(message => latch.countDown())\n      .onTextMessage(message => latch.countDown())\n      .open(getTargetUrl)\n      .sendText(\"message\")\n    waitForHandlersToExecute(latch)\n  }\n\n  it should \"remove specified onTextMessage handler\" in {\n    def textHandler(text: String) {\n      throw new IllegalStateException(\"This handler should be removed\")\n    }\n    val handler = textHandler _\n    WebSocket().onTextMessage(handler).removeOnTextMessage(handler).open(getTargetUrl).sendText(\"some message\")\n  }\n\n  it should \"call all onBinaryMessage handlers\" in {\n    val latch = new CountDownLatch(3)\n    WebSocket()\n      .onBinaryMessage(msg => latch.countDown())\n      .onBinaryMessage(msg => latch.countDown())\n      .onBinaryMessage(msg => latch.countDown())\n      .open(getTargetUrl)\n      .send(\"binary\".getBytes)\n    waitForHandlersToExecute(latch)\n  }\n\n  it should \"remove specified onBinaryMessage handler\" in {\n    def binaryHandler(message: Array[Byte]) {\n      throw new IllegalStateException(\"This handler should be removed\")\n    }\n    val handler = binaryHandler _\n    WebSocket().onBinaryMessage(handler).removeOnBinaryMessage(handler).open(getTargetUrl).send(\"binary\".getBytes)\n  }\n\n  it should \"send text message\" in {\n    val latch = new CountDownLatch(1)\n    var received = \"\"\n    WebSocket().onTextMessage(\n      message => {\n        received = message\n        latch.countDown()\n      }).open(getTargetUrl).sendText(\"test message\")\n    waitForHandlersToExecute(latch)\n    received should be(\"test message\")\n  }\n\n  it should \"send binary message\" in {\n    val message = Array[Byte](0, 1)\n    val latch = new CountDownLatch(1)\n    var received = Array[Byte]()\n    WebSocket().onBinaryMessage(message => {\n      received = message\n      latch.countDown()\n    }).open(getTargetUrl).send(message)\n    waitForHandlersToExecute(latch)\n    received should be(message)\n  }\n\n  it should \"shut down correctly\" in {\n    val client = new AsyncHttpClient()\n    val ws = new WebSocket(client)\n    ws.shutdown()\n    client should be('closed)\n  }\n\n  it should \"allow new connection after closing\" in {\n    def errorHandler(error: Throwable) {\n      throw new IllegalStateException(\"Problem reestablishing connection\")\n    }\n    val latch = new CountDownLatch(1)\n    WebSocket().onError(errorHandler).open(getTargetUrl).close().open(getTargetUrl)\n      .onTextMessage(msg => latch.countDown()).sendText(\"echo\")\n    waitForHandlersToExecute(latch)\n  }\n\n  it should \"not allow connection after shutdown\" in {\n    val ws = WebSocket()\n    ws.shutdown()\n    intercept[IllegalStateException] {\n      ws.open(getTargetUrl)\n    }\n  }\n\n  it should \"not allow sending text message after close\" in {\n    val ws = WebSocket().open(getTargetUrl).close()\n    intercept[IllegalStateException] {\n      ws.sendText(\"text\")\n    }\n  }\n\n  it should \"not allow sending binary message after close\" in {\n    val ws = WebSocket().open(getTargetUrl).close()\n    intercept[IllegalStateException] {\n      ws.send(\"text\".getBytes)\n    }\n  }\n\n  it should \"not allow non ws\/wss schemes connection\" in {\n    intercept[IllegalArgumentException] {\n      WebSocket().open(\"https:\/\/www\")\n    }\n  }\n\n}\n"}
{"repo_name":"shipci\/scalawebsocket","path":"project\/project\/SWSPlugins.scala","text":"import sbt._\n\nobject SWSPlugins extends Build {\n  val plugins = Project(\"SWSPlugins\", file(\".\"))\n    .settings(addSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.3.0\"))\n    .settings(addSbtPlugin(\"com.typesafe.sbt\" % \"sbt-pgp\" % \"0.8\"))\n}"}
{"repo_name":"shipci\/scalawebsocket","path":"project\/Build.scala","text":"<reponame>shipci\/scalawebsocket\nimport sbt._\nimport Keys._\n\nobject BuildSettings {\n  val buildSettings = Defaults.defaultSettings ++ Seq(\n    homepage := Some(url(\"https:\/\/github.com\/pbuda\/scalawebsocket\")),\n    licenses := Seq(\"Apache License 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    organization := \"eu.piotrbuda\",\n    name := \"scalawebsocket\",\n    version := \"0.1.1\",\n    scalaVersion := \"2.10.1\",\n    publishMavenStyle := true,\n    publishTo <<= version {\n      (v: String) =>\n        val nexus = \"https:\/\/oss.sonatype.org\/\"\n        if (v.trim.endsWith(\"SNAPSHOT\"))\n          Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n        else\n          Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    },\n    publishArtifact in Test := false,\n    pomIncludeRepository := {\n      _ => false\n    },\n    pomExtra := (\n      <scm>\n        <url><EMAIL>:pbuda\/scalawebsocket.git<\/url>\n        <connection>scm:git:git@github.com:pbuda\/scalawebsocket.git<\/connection>\n      <\/scm>\n        <developers>\n          <developer>\n            <id>pbuda<\/id>\n            <name><NAME><\/name>\n            <url>http:\/\/www.piotrbuda.eu<\/url>\n          <\/developer>\n        <\/developers>\n      )\n  )\n}\n\nobject Dependencies {\n  val asynchttpclient = \"com.ning\" % \"async-http-client\" % \"1.7.13\"\n\n  \/\/logging\n  val scalalogging = \"com.typesafe\" %% \"scalalogging-log4j\" % \"1.0.1\"\n  val log4japi = \"org.apache.logging.log4j\" % \"log4j-api\" % \"2.0-beta4\"\n  val log4jcore = \"org.apache.logging.log4j\" % \"log4j-core\" % \"2.0-beta4\"\n  val logback = \"ch.qos.logback\" % \"logback-classic\" % \"1.0.9\"\n\n  val logging = Seq(scalalogging, log4japi, log4jcore, logback)\n\n  \/\/jetty is used to setup test server\n  val jettyServer = \"org.eclipse.jetty\" % \"jetty-server\" % \"8.1.7.v20120910\" % \"test\"\n  val jettyWebsocket = \"org.eclipse.jetty\" % \"jetty-websocket\" % \"8.1.7.v20120910\" % \"test\"\n  val jettyServlet = \"org.eclipse.jetty\" % \"jetty-servlet\" % \"8.1.7.v20120910\" % \"test\"\n  val jettyServlets = \"org.eclipse.jetty\" % \"jetty-servlets\" % \"8.1.7.v20120910\" % \"test\"\n\n  val jetty = Seq(jettyServer, jettyWebsocket, jettyServlet, jettyServlets)\n\n  val scalatest = \"org.scalatest\" %% \"scalatest\" % \"1.9.1\" % \"test\"\n}\n\nobject SWSBuild extends Build {\n\n  import Dependencies._\n  import BuildSettings._\n\n  val root = Project(\"scalawebsocket\", file(\".\"), settings = buildSettings)\n    .settings(libraryDependencies := Seq(asynchttpclient, scalatest) ++ logging ++ jetty)\n}"}
{"repo_name":"shipci\/scalawebsocket","path":"src\/main\/scala\/scalawebsocket\/WebSocket.scala","text":"\/*\n * Copyright 2013 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage scalawebsocket\n\nimport com.ning.http.client.{websocket, AsyncHttpClient}\nimport com.ning.http.client.websocket.{WebSocketTextListener, WebSocketByteListener, WebSocketUpgradeHandler}\nimport com.typesafe.scalalogging.log4j.Logging\n\nobject WebSocket {\n  def apply() = {\n    new WebSocket(new AsyncHttpClient())\n  }\n}\n\n\/** WebSocket wrapper for [[com.ning.http.client.AsyncHttpClient]]\n  *\n  * This is a thin wrapper for [[com.ning.http.client.AsyncHttpClient]] that exposes a functional API\n  * for attaching handlers to events that [[com.ning.http.client.AsyncHttpClient]] exposes.\n  *\n  * You can chain nearly every method in this class. The single exception is the shutdown()\n  * method, which ends the life of this websocket. After executing it, you need to create a new instance of [[scalawebsocket.WebSocket]]\n  *\n  * @param client preconfigured instance of the [[com.ning.http.client.AsyncHttpClient]]\n  *\/\nclass WebSocket(client: AsyncHttpClient) extends Logging {\n  self =>\n\n  type OnTextMessageHandler = String => Unit\n  type OnBinaryMessageHandler = Array[Byte] => Unit\n  type OnWebSocketOperationHandler = WebSocket => Unit\n  type OnErrorHandler = Throwable => Unit\n\n  private var ws: websocket.WebSocket = _\n  private var textMessageHandlers = List[OnTextMessageHandler]()\n  private var binaryMessageHandlers = List[OnBinaryMessageHandler]()\n  private var openHandlers = List[OnWebSocketOperationHandler]()\n  private var closeHandlers = List[OnWebSocketOperationHandler]()\n  private var errorHandlers = List[OnErrorHandler]()\n\n  \/** Open a websocket to the specified url\n    *\n    * @param url url to connecto to\n    * @return this [[scalawebsocket.WebSocket]]\n    *\/\n  def open(url: String): WebSocket = {\n    if (!(url.startsWith(\"ws:\/\/\") || url.startsWith(\"wss:\/\/\"))) throw new IllegalArgumentException(\"Only ws and wss schemes are supported\")\n    if (client.isClosed) throw new IllegalStateException(\"Client is closed, please create a new scalawebsocket.WebSocket instance by calling WebSocket()\")\n    val handler = new WebSocketUpgradeHandler.Builder().addWebSocketListener(internalWebSocketListener).build()\n    ws = client.prepareGet(url).execute(handler).get()\n    openHandlers foreach (_(self))\n    this\n  }\n\n  \/** Creates internal websocket listener.\n    *\n    * This method creates the [[scalawebsocket.WebSocketListener]] and runs proper handlers on messages sent by that created listener.\n    *\n    * @return an instance of [[scalawebsocket.WebSocketListener]]\n    *\/\n  protected def internalWebSocketListener = {\n    new WebSocketListener {\n      def onError(t: Throwable) {\n        errorHandlers foreach (_(t))\n      }\n\n      def onMessage(message: String) {\n        textMessageHandlers foreach (_(message))\n      }\n\n      def onMessage(message: Array[Byte]) {\n        binaryMessageHandlers foreach (_(message))\n      }\n\n      def onClose(ws: websocket.WebSocket) {\n        closeHandlers foreach (_(self))\n      }\n\n      def onOpen(ws: websocket.WebSocket) {\n        \/\/ onOpen handlers are called from open() after the WebSocket has been initialized\n      }\n\n      def onFragment(fragment: String, last: Boolean) {\n        logger.trace(\"noop\")\n      }\n\n      def onFragment(fragment: Array[Byte], last: Boolean) {\n        logger.trace(\"noop\")\n      }\n    }\n  }\n\n  def onTextMessage(handler: OnTextMessageHandler): WebSocket = {\n    textMessageHandlers ::= handler\n    this\n  }\n\n  def removeOnTextMessage(handler: OnTextMessageHandler): WebSocket = {\n    textMessageHandlers = textMessageHandlers filterNot (_ == handler)\n    this\n  }\n\n  def onBinaryMessage(handler: OnBinaryMessageHandler): WebSocket = {\n    binaryMessageHandlers ::= handler\n    this\n  }\n\n  def removeOnBinaryMessage(handler: OnBinaryMessageHandler): WebSocket = {\n    binaryMessageHandlers = binaryMessageHandlers filterNot (_ == handler)\n    this\n  }\n\n  def onOpen(handler: OnWebSocketOperationHandler): WebSocket = {\n    openHandlers ::= handler\n    this\n  }\n\n  def removeOnOpen(handler: OnWebSocketOperationHandler): WebSocket = {\n    openHandlers = openHandlers filterNot (_ == handler)\n    this\n  }\n\n  def onClose(handler: OnWebSocketOperationHandler): WebSocket = {\n    closeHandlers ::= handler\n    this\n  }\n\n  def removeOnClose(handler: OnWebSocketOperationHandler): WebSocket = {\n    closeHandlers = closeHandlers filterNot (_ == handler)\n    this\n  }\n\n  def onError(handler: OnErrorHandler): WebSocket = {\n    errorHandlers ::= handler\n    this\n  }\n\n  def removeOnError(handler: OnErrorHandler): WebSocket = {\n    errorHandlers = errorHandlers filterNot (_ == handler)\n    this\n  }\n\n  def sendText(message: String): WebSocket = {\n    if (ws.isOpen) ws.sendTextMessage(message)\n    else throw new IllegalStateException(\"WebSocket is closed, use WebSocket.open(String) to reconnect)\")\n    this\n  }\n\n  def send(message: Array[Byte]): WebSocket = {\n    if (ws.isOpen) ws.sendMessage(message)\n    else throw new IllegalStateException(\"WebSocket is closed, use WebSocket.open(String) to reconnect)\")\n    this\n  }\n\n  def close(): WebSocket = {\n    ws.close()\n    this\n  }\n\n  \/** Closes the underlying [[com.ning.http.client.AsyncHttpClient]] client.\n    *\n    * This method is terminating the chain. After calling it, this instance of [[scalawebsocket.WebSocket]] is no longer useable.\n    *\/\n  def shutdown() {\n    client.close()\n  }\n\n}\n\n\/** Trait grouping all supported derivatives of [[com.ning.http.client.websocket.WebSocketListener]]\n  *\n  *\/\ntrait WebSocketListener extends WebSocketByteListener with WebSocketTextListener\n"}
{"repo_name":"shipci\/scalawebsocket","path":"src\/test\/scala\/scalawebsocket\/BaseTest.scala","text":"\/*\n* Copyright 2012 <NAME>\n*\n* Licensed under the Apache License, Version 2.0 (the \"License\"); you may not\n* use this file except in compliance with the License. You may obtain a copy of\n* the License at\n*\n* http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS, WITHOUT\n* WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the\n* License for the specific language governing permissions and limitations under\n* the License.\n*\/\n\npackage scalawebsocket\n\nimport org.eclipse.jetty.server.nio.SelectChannelConnector\nimport com.typesafe.scalalogging.log4j.Logging\nimport org.scalatest.matchers.ShouldMatchers\nimport org.scalatest.{FlatSpec, BeforeAndAfterAll}\nimport org.eclipse.jetty.server.{Request, Server}\nimport org.eclipse.jetty.server.handler.HandlerWrapper\nimport org.eclipse.jetty.websocket.WebSocketFactory\nimport javax.servlet.http.{HttpServletResponse, HttpServletRequest}\nimport java.net.ServerSocket\n\nabstract class BaseTest extends Server with FlatSpec with BeforeAndAfterAll with ShouldMatchers with Logging {\n  protected var port1: Int = 0\n  private var _connector: SelectChannelConnector = null\n\n  override def beforeAll(configMap: Map[String, Any]) {\n    setUpGlobal()\n  }\n\n  override def afterAll(configMap: Map[String, Any]) {\n    tearDownGlobal()\n  }\n\n  def setUpGlobal() {\n    port1 = findFreePort\n    _connector = new SelectChannelConnector\n    _connector.setPort(port1)\n    addConnector(_connector)\n    val _wsHandler: BaseTest#WebSocketHandler = getWebSocketHandler\n    setHandler(_wsHandler)\n    start()\n    logger.info(\"Local HTTP server started successfully\")\n  }\n\n  def tearDownGlobal() {\n    stop()\n  }\n\n  abstract class WebSocketHandler extends HandlerWrapper with WebSocketFactory.Acceptor {\n\n    def getWebSocketFactory: WebSocketFactory = {\n      _webSocketFactory\n    }\n\n    override def handle(target: String, baseRequest: Request, request: HttpServletRequest, response: HttpServletResponse) {\n      if (_webSocketFactory.acceptWebSocket(request, response) || response.isCommitted) return\n      super.handle(target, baseRequest, request, response)\n    }\n\n    def checkOrigin(request: HttpServletRequest, origin: String): Boolean = {\n      true\n    }\n\n    private final val _webSocketFactory: WebSocketFactory = new WebSocketFactory(this, 30 * 1024)  \n    \n  }\n  \/* 32*1024 *\/\n\n  protected def findFreePort: Int = {\n    var socket: ServerSocket = null\n    try {\n      socket = new ServerSocket(0)\n      socket.getLocalPort\n    } finally {\n      if (socket != null) {\n        socket.close()\n      }\n    }\n  }\n\n  protected def getTargetUrl: String = {\n    \"ws:\/\/127.0.0.1:\" + port1\n  }\n\n  def getWebSocketHandler: BaseTest#WebSocketHandler\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/main\/scala\/lgbt\/princess\/v\/VersionFactory.scala","text":"<gh_stars>0\npackage lgbt.princess.v\n\nimport scala.collection.immutable.ArraySeq\n\n\/** A factory for creating versions of a particular type. *\/\ntrait VersionFactory[+V <: Version] {\n\n  \/\/ TODO: improve how this is managed, particularly for constrained versions\n  \/** The name of the type of version produced by this factory. *\/\n  protected def versionTypeDescription: String\n\n  \/**\n   * The maximum arity of versions produced by this factory.\n   *\n   * @return\n   *   a positive integer representing the maximum number of values in the [[Version.seq sequences]] of versions\n   *   produced by this factory, or `-1` if this factory can produce versions with sequences of arbitrarily large\n   *   lengths\n   *\/\n  protected[this] def maxArity: Int\n\n  \/**\n   * Whether or not `thatArity` is a valid arity from which to create a version.\n   *\n   * `thatArity` will always be positive.\n   *\n   * @param thatArity\n   *   the arity of the sequence or other version from which to create a version\n   * @return\n   *   whether or not the arity is valid for a version created by this factory\n   *\/\n  protected[this] def isValidArity(thatArity: Int): Boolean\n\n  \/**\n   * Whether or not `seq` is a valid sequence of values from which to create a version.\n   *\n   * This method will only be called after `isValidArity` has returned `true`.\n   *\n   * @param seq\n   *   the sequence from which to create a version\n   * @return\n   *   whether or not `seq` is a valid sequence of values for a version created by this factory\n   *\/\n  protected[this] def isValidSeq(seq: IndexedSeq[Int]): Boolean\n\n  \/**\n   * Create a version from a sequence, assuming the sequence to have already been checked to\n   * [[isValidArity have a valid arity]] and [[isValidSeq have valid values]].\n   *\n   * @param seq\n   *   the sequence from which to create a version\n   * @return\n   *   the version of this factory's type equivalent to the sequence\n   *\/\n  protected[this] def uncheckedFromSeq(seq: IndexedSeq[Int]): V\n\n  \/**\n   * Creates this factory's type of version from another version.\n   *\n   * @param other\n   *   the other version\n   * @return\n   *   an [[scala.Option Option]] containing a version of this factory's type equivalent to the other version, if the\n   *   other version is compatible with this factory's type\n   *\/\n  final def from(other: Version): Option[V] =\n    if (other.factory == this) Some(other.asInstanceOf[V])\n    else if (isValidArity(other.productArity)) {\n      val seq = other.seq\n      Option.when(isValidSeq(seq))(uncheckedFromSeq(seq))\n    } else None\n\n  \/**\n   * Creates this factory's type of version from another version.\n   *\n   * @param other\n   *   the other version\n   * @throws IncompatibleVersionException\n   *   if the other version is not compatible with this factory's type\n   * @return\n   *   a version of this factory's type equivalent to the other version\n   *\/\n  @throws[IncompatibleVersionException]\n  final def unsafeFrom(other: Version): V = {\n    @inline def fail(): Nothing =\n      throw new IncompatibleVersionException(other)(versionTypeDescription)\n    if (other.factory == this) other.asInstanceOf[V]\n    else if (isValidArity(other.productArity)) {\n      val seq = other.seq\n      if (isValidSeq(seq)) uncheckedFromSeq(other.seq) else fail()\n    } else fail()\n  }\n\n  \/**\n   * Creates this factory's type of version from a sequence of values.\n   *\n   * @param seq\n   *   the sequence of values\n   * @return\n   *   an [[scala.Option Option]] containing a version of this factory's type equivalent to the sequence of values, if\n   *   the sequence is compatible with this factory's type\n   *\/\n  final def fromSeq(seq: IndexedSeq[Int]): Option[V] =\n    Option.when(seq.nonEmpty && isValidArity(seq.length) && isValidSeq(seq)) {\n      uncheckedFromSeq(seq)\n    }\n\n  \/**\n   * Creates this factory's type of version from a sequence of values.\n   *\n   * @param seq\n   *   the sequence of values\n   * @throws scala.IllegalArgumentException\n   *   if the sequence of values is not compatible with this factory's type\n   * @return\n   *   a version of this factory's type equivalent to the sequence of values\n   *\/\n  @throws[IllegalArgumentException]\n  final def unsafeFromSeq(seq: IndexedSeq[Int]): V = {\n    require(seq.nonEmpty, \"version sequence cannot be empty\")\n    if (isValidArity(seq.length) && isValidSeq(seq)) uncheckedFromSeq(seq)\n    else throw new IncompatibleVersionException(seq)(versionTypeDescription)\n  }\n\n  private[this] def parseInts(strings: Array[String]): Option[V] = {\n    val len  = strings.length\n    val ints = new Array[Int](len)\n\n    var ok = true\n    var i  = 0\n    while (ok && i < len) {\n      strings(i).toIntOption match {\n        case Some(int) => ints(i) = int\n        case None      => ok = false\n      }\n      i += 1\n    }\n\n    if (ok) {\n      val seq = ArraySeq.unsafeWrapArray(ints)\n      Option.when(isValidSeq(seq))(uncheckedFromSeq(seq))\n    } else None\n  }\n\n  @inline private[this] def splitOnDots(version: String): Array[String] = {\n    val max = maxArity + 1\n    version.split(\"\"\"\\.\"\"\", if (max <= 0) -1 else max)\n  }\n\n  \/**\n   * Creates this factory's type of version from a string representation of a version.\n   *\n   * @param version\n   *   the string representation of a version\n   * @return\n   *   an [[scala.Option Option]] containing a version of this factory's type equivalent to the string representation of\n   *   a version, if the string is compatible with this factory's type\n   *\/\n  final def parse(version: String): Option[V] = {\n    val strings = splitOnDots(version)\n    if (isValidArity(strings.length)) parseInts(strings) else None\n  }\n\n  \/**\n   * Creates this factory's type of version from a string representation of a version.\n   *\n   * @param version\n   *   the string representation of a version\n   * @throws VersionFormatException\n   *   if the string is not compatible with this factory's type\n   * @return\n   *   a version of this factory's type equivalent to the string representation of a version\n   *\/\n  @throws[VersionFormatException]\n  final def unsafeParse(version: String): V = {\n    @inline def fail(): Nothing =\n      throw new VersionFormatException(badVersion = version, targetTypeDescription = versionTypeDescription)\n    val strings = splitOnDots(version)\n    if (isValidArity(strings.length)) {\n      val ints =\n        try strings.map(_.toInt)\n        catch {\n          case e: NumberFormatException =>\n            throw new VersionFormatException(\n              badVersion = version,\n              targetTypeDescription = versionTypeDescription,\n              cause = e,\n            )\n        }\n      val seq = ArraySeq.unsafeWrapArray(ints)\n      if (isValidSeq(seq)) uncheckedFromSeq(seq) else fail()\n    } else fail()\n  }\n}\n\nobject VersionFactory {\n\n  \/**\n   * A mixin for [[VersionFactory]] s of versions with fixed sizes (e.g. always exactly size 4).\n   *\/\n  trait FixedSize { self: VersionFactory[Version] =>\n\n    \/**\n     * The arity of versions produced by this factory.\n     *\n     * @return\n     *   a positive integer representing the maximum number of values in the [[Version.seq sequences]] of versions\n     *   produced by this factory\n     *\/\n    protected[this] def arity: Int\n\n    protected[this] final def maxArity: Int                         = arity\n    protected[this] final def isValidArity(thatArity: Int): Boolean = thatArity == arity\n  }\n\n  \/**\n   * A mixin for [[VersionFactory]] s of versions whose sequence can contain any values (rather than, say, only\n   * non-negative values).\n   *\/\n  trait UnconstrainedValues { self: VersionFactory[Version] =>\n    override protected[this] final def isValidSeq(seq: IndexedSeq[Int]): Boolean = true\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/main\/scala\/lgbt\/princess\/v\/V4.scala","text":"<gh_stars>0\npackage lgbt.princess.v\n\nimport scala.collection.immutable.ArraySeq\n\n\/**\n * A version with 4 identifiers.\n *\n * @param major\n *   the major version number\n * @param minor\n *   the minor version number\n * @param patch\n *   the patch number\n * @param build\n *   the build number\n *\/\nfinal case class V4(major: Int, minor: Int, patch: Int, build: Int) extends Version with Ordered[V4] {\n  type Self = V4\n\n  \/** The first version number; equivalent to [[major]]. *\/\n  @inline def _1: Int = major\n\n  \/** The second version number; equivalent to [[minor]]. *\/\n  @inline def _2: Int = minor\n\n  \/** The third version number; equivalent to [[patch]]. *\/\n  @inline def _3: Int = patch\n\n  \/** The fourth version number; equivalent to [[build]]. *\/\n  @inline def _4: Int = build\n\n  def seq: IndexedSeq[Int] = ArraySeq(major, minor, patch, build)\n\n  override def factory: VersionFactory[V4] = V4\n\n  override def compare(that: V4): Int = V4.ordering.compare(this, that)\n\n  override def equals(that: Any): Boolean =\n    that match {\n      case that: V4 =>\n        this.major == that.major &&\n          this.minor == that.minor &&\n          this.patch == that.patch &&\n          this.build == that.build\n      case v: Version if v.productArity == 4 =>\n        val s = v.seq\n        this.major == s(0) &&\n        this.minor == s(1) &&\n        this.patch == s(2) &&\n        this.build == s(3)\n      case _ => false\n    }\n\n  override def toString: String = s\"$major.$minor.$patch.$build\"\n}\n\nobject V4 extends VersionFactory[V4] with VersionFactory.FixedSize with VersionFactory.UnconstrainedValues {\n  implicit val ordering: Ordering[V4] = new Ordering[V4] {\n    def compare(x: V4, y: V4): Int = {\n      val rMajor = Integer.compare(x.major, y.major)\n      if (rMajor != 0) return rMajor\n      val rMinor = Integer.compare(x.minor, y.minor)\n      if (rMinor != 0) return rMinor\n      val rPatch = Integer.compare(x.patch, y.patch)\n      if (rPatch != 0) rPatch\n      else Integer.compare(x.build, y.build)\n    }\n  }\n\n  \/** An extractor for valid `V4` strings. *\/\n  final class StringExtractor private[V4] {\n    def unapply(version: String): Option[(Int, Int, Int, Int)] =\n      parse(version).map(v => (v.major, v.minor, v.patch, v.build))\n  }\n\n  \/**\n   * An extractor for valid `V4` strings.\n   *\n   * @example\n   * {{{\n   * \"1.2.3.4\" match {\n   *   case V4.string(1, 2, 3, 5) => \/\/ does not match this\n   *   case V4.string(1, 2, 3, _) => \/\/ matches this\n   * }\n   * }}}\n   *\/\n  val string: StringExtractor = new StringExtractor\n\n  protected[this] def versionTypeDescription: String = \"version of size 4\"\n  protected[this] def arity: Int                     = 4\n\n  protected[this] def uncheckedFromSeq(seq: IndexedSeq[Int]): V4 =\n    apply(seq(0), seq(1), seq(2), seq(3))\n}\n"}
{"repo_name":"NthPortal\/v","path":"semver\/src\/main\/scala\/lgbt\/princess\/v\/semver\/package.scala","text":"package lgbt.princess.v\n\n\/**\n * This package contains the [[SemVer]] class for representing [[https:\/\/semver.org\/ SemVer versions]], as well as\n * symbolic methods for conveniently constructing and extracting SemVer versions.\n *\/\npackage object semver\n"}
{"repo_name":"NthPortal\/v","path":"semver\/src\/test\/scala\/lgbt\/princess\/v\/semver\/SemVerTest.scala","text":"<filename>semver\/src\/test\/scala\/lgbt\/princess\/v\/semver\/SemVerTest.scala\npackage lgbt.princess.v\npackage semver\n\nimport lgbt.princess.v.semver.Identifiers.{Build => B, PreRelease => PR}\nimport org.scalactic.source.Position\nimport org.scalatest.Assertion\n\nclass SemVerTest extends BaseSpec {\n  behavior of nameOf[SemVer]\n\n  private implicit final class ShouldBeEquiv[A](self: A) {\n    def shouldBeEquiv(that: A)(implicit ord: Ordering[A], pos: Position): Assertion =\n      ord.equiv(self, that) shouldBe true\n  }\n\n  private implicit final class OrderedEquiv[A](self: Ordered[A]) {\n    def equiv(that: A): Boolean = (self compare that) == 0\n  }\n\n  it should \"construct correctly using secondary constructors\" in {\n    SemVer(Core(1, 2, 3)) shouldEqual SemVer(Core(1, 2, 3), None, None)\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) shouldEqual SemVer(Core(1, 2, 3), Some(PR(\"alpha\")), None)\n    SemVer(Core(1, 2, 3), B(\"12\")) shouldEqual SemVer(Core(1, 2, 3), None, Some(B(\"12\")))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) shouldEqual SemVer(Core(1, 2, 3), Some(PR(\"alpha\")), Some(B(\"12\")))\n  }\n\n  it should \"be ordered correctly\" in {\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 2, 4), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 3, 0), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(2, 0, 0), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 2, 4))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 3, 0))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(2, 0, 0))\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) should be < SemVer(Core(1, 2, 3))\n\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"))\n    SemVer(Core(1, 2, 3)) shouldBeEquiv SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer(Core(1, 2, 3), B(\"11\")) shouldBeEquiv SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) shouldBeEquiv SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\"))\n\n    SemVer(Core(1, 2, 3)) < SemVer(Core(1, 2, 4), PR(\"alpha\")) shouldBe true\n    SemVer(Core(1, 2, 3)) < SemVer(Core(1, 3, 0), PR(\"alpha\")) shouldBe true\n    SemVer(Core(1, 2, 3)) < SemVer(Core(2, 0, 0), PR(\"alpha\")) shouldBe true\n    SemVer(Core(1, 2, 3)) < SemVer(Core(1, 2, 4)) shouldBe true\n    SemVer(Core(1, 2, 3)) < SemVer(Core(1, 3, 0)) shouldBe true\n    SemVer(Core(1, 2, 3)) < SemVer(Core(2, 0, 0)) shouldBe true\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) < SemVer(Core(1, 2, 3)) shouldBe true\n\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) < SemVer(Core(1, 2, 3), PR(\"beta\")) shouldBe true\n    SemVer(Core(1, 2, 3)) equiv SemVer(Core(1, 2, 3), B(\"12\")) shouldBe true\n    SemVer(Core(1, 2, 3), B(\"11\")) equiv SemVer(Core(1, 2, 3), B(\"12\")) shouldBe true\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) equiv SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) shouldBe true\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\")) shouldBe true\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\")) shouldBe true\n  }\n\n  it should \"be ordered consistently with object equality using the secondary ordering\" in {\n    import SemVer.ObjectEqualityOrdering.ordering\n\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 2, 4), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 3, 0), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(2, 0, 0), PR(\"alpha\"))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 2, 4))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(1, 3, 0))\n    SemVer(Core(1, 2, 3)) should be < SemVer(Core(2, 0, 0))\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) should be < SemVer(Core(1, 2, 3))\n\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"))\n    SemVer(Core(1, 2, 3)) should be > SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer(Core(1, 2, 3), B(\"11\")) should be < SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) shouldBeEquiv SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) should be < SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"11\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\"))\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) should be < SemVer(Core(1, 2, 3), PR(\"beta\"), B(\"12\"))\n  }\n\n  it should \"render as a string correctly\" in {\n    SemVer(Core(1, 2, 3)).toString shouldBe \"1.2.3\"\n    SemVer(Core(1, 2, 3), PR(\"alpha\")).toString shouldBe \"1.2.3-alpha\"\n    SemVer(Core(1, 2, 3), B(\"12\")).toString shouldBe \"1.2.3+12\"\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")).toString shouldBe \"1.2.3-alpha+12\"\n  }\n\n  it should \"parse as an Option\" in {\n    SemVer.parse(\"1.2.3\").value shouldEqual SemVer(Core(1, 2, 3))\n    SemVer.parse(\"1.2.3-alpha\").value shouldEqual SemVer(Core(1, 2, 3), PR(\"alpha\"))\n    SemVer.parse(\"1.2.3+12\").value shouldEqual SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer.parse(\"1.2.3-alpha+12\").value shouldEqual SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\"))\n\n    SemVer.parse(\"-1.2.3\") shouldBe empty\n    SemVer.parse(\"1.-2.3\") shouldBe empty\n    SemVer.parse(\"1.2.3-01\") shouldBe empty\n    SemVer.parse(\"1.2.3+foo..bar\") shouldBe empty\n    SemVer.parse(\"1.2.3-alpha+foo_bar\") shouldBe empty\n  }\n\n  it should \"parse unsafely\" in {\n    SemVer.unsafeParse(\"1.2.3\") shouldEqual SemVer(Core(1, 2, 3))\n    SemVer.unsafeParse(\"1.2.3-alpha\") shouldEqual SemVer(Core(1, 2, 3), PR(\"alpha\"))\n    SemVer.unsafeParse(\"1.2.3+12\") shouldEqual SemVer(Core(1, 2, 3), B(\"12\"))\n    SemVer.unsafeParse(\"1.2.3-alpha+12\") shouldEqual SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\"))\n\n    a[VersionFormatException] should be thrownBy SemVer.unsafeParse(\"-1.2.3\")\n    a[VersionFormatException] should be thrownBy SemVer.unsafeParse(\"1.-2.3\")\n    a[VersionFormatException] should be thrownBy SemVer.unsafeParse(\"1.2.3-01\")\n    a[VersionFormatException] should be thrownBy SemVer.unsafeParse(\"1.2.3+foo..bar\")\n    a[VersionFormatException] should be thrownBy SemVer.unsafeParse(\"1.2.3-alpha+foo_bar\")\n  }\n\n  it should \"extract using symbols correctly\" in {\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) shouldMatch { case Core(1, 2, 3) - PR(\"alpha\") => }\n    SemVer(Core(1, 2, 3), B(\"12\")) shouldMatch { case Core(1, 2, 3) + B(\"12\") => }\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) shouldMatch { case Core(1, 2, 3) :- PR(\"alpha\") + B(\"12\") => }\n\n    SemVer(Core(1, 2, 3)) shouldNotMatch { case _ - _ => }\n    SemVer(Core(1, 2, 3), B(\"12\")) shouldNotMatch { case _ - _ => }\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) shouldNotMatch { case _ - _ => }\n    SemVer(Core(1, 2, 3)) shouldNotMatch { case _ + _ => }\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) shouldNotMatch { case _ + _ => }\n    SemVer(Core(1, 2, 3), PR(\"alpha\"), B(\"12\")) shouldNotMatch { case _ + _ => }\n    SemVer(Core(1, 2, 3)) shouldNotMatch { case _ :- _ + _ => }\n    SemVer(Core(1, 2, 3), PR(\"alpha\")) shouldNotMatch { case _ :- _ + _ => }\n    SemVer(Core(1, 2, 3), B(\"12\")) shouldNotMatch { case _ :- _ + _ => }\n  }\n\n  it should \"extract from strings\" in {\n    \"1.2.3\" shouldMatch { case SemVer.string((1, 2, 3), None, None) => }\n    \"1.2.3-alpha\" shouldMatch { case SemVer.string((1, 2, 3), Some(Seq(\"alpha\")), None) => }\n    \"1.2.3+12\" shouldMatch { case SemVer.string((1, 2, 3), None, Some(Seq(\"12\"))) => }\n    \"1.2.3-alpha+12\" shouldMatch { case SemVer.string((1, 2, 3), Some(Seq(\"alpha\")), Some(Seq(\"12\"))) => }\n\n    \"-1.2.3\" shouldNotMatch { case SemVer.string(_, _, _) => }\n    \"1.-2.3\" shouldNotMatch { case SemVer.string(_, _, _) => }\n    \"1.2.3-01\" shouldNotMatch { case SemVer.string(_, _, _) => }\n    \"1.2.3+foo..bar\" shouldNotMatch { case SemVer.string(_, _, _) => }\n    \"1.2.3-alpha+foo_bar\" shouldNotMatch { case SemVer.string(_, _, _) => }\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/main\/scala\/lgbt\/princess\/v\/V2.scala","text":"package lgbt.princess.v\n\nimport scala.collection.immutable.ArraySeq\n\n\/**\n * A version with two identifiers.\n *\n * @param major\n *   the major version number\n * @param minor\n *   the minor version number\n *\/\nfinal case class V2(major: Int, minor: Int) extends Version with Ordered[V2] {\n  type Self = V2\n\n  \/** The first version number; equivalent to [[major]]. *\/\n  @inline def _1: Int = major\n\n  \/** The second version number; equivalent to [[minor]]. *\/\n  @inline def _2: Int = minor\n\n  override def seq: IndexedSeq[Int] = ArraySeq(major, minor)\n\n  override def factory: VersionFactory[V2] = V2\n\n  def compare(that: V2): Int = V2.ordering.compare(this, that)\n\n  override def equals(that: Any): Boolean =\n    that match {\n      case that: V2 => this.major == that.major && this.minor == that.minor\n      case v: Version if v.productArity == 2 =>\n        val s = v.seq\n        this.major == s(0) && this.minor == s(1)\n      case _ => false\n    }\n\n  override def toString: String = s\"$major.$minor\"\n}\n\nobject V2 extends VersionFactory[V2] with VersionFactory.FixedSize with VersionFactory.UnconstrainedValues {\n  implicit val ordering: Ordering[V2] =\n    (x: V2, y: V2) => {\n      val rMajor = Integer.compare(x.major, y.major)\n      if (rMajor != 0) rMajor\n      else Integer.compare(x.minor, y.minor)\n    }\n\n  \/** An extractor for valid `V2` strings. *\/\n  final class StringExtractor private[V2] {\n    def unapply(version: String): Option[(Int, Int)] =\n      parse(version).map(v => (v.major, v.minor))\n  }\n\n  \/**\n   * An extractor for valid `V2` strings.\n   *\n   * @example\n   * {{{\n   * \"1.2\" match {\n   *   case V2.string(1, 3) => \/\/ does not match this\n   *   case V2.string(1, _) => \/\/ matches this\n   * }\n   * }}}\n   *\/\n  val string: StringExtractor = new StringExtractor\n\n  protected[this] def versionTypeDescription: String = \"version of size 2\"\n  protected[this] def arity: Int                     = 2\n\n  protected[this] def uncheckedFromSeq(seq: IndexedSeq[Int]): V2 = apply(seq(0), seq(1))\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/test\/scala\/lgbt\/princess\/v\/V4Test.scala","text":"package lgbt.princess.v\n\nimport scala.collection.immutable.ArraySeq\n\nclass V4Test extends BaseSpec {\n  behavior of nameOf[V4]\n\n  it should \"allow negative values\" in {\n    noException should be thrownBy V4(-1, -2, -3, -4)\n  }\n\n  it should \"have product-\/tuple-like accessors\" in {\n    val v = V4(1, 2, 3, 4)\n    v._1 shouldBe 1\n    v._2 shouldBe 2\n    v._3 shouldBe 3\n    v._4 shouldBe 4\n  }\n\n  it should \"compare equality correctly\" in {\n    V4(1, 2, 3, 4) shouldEqual V4(1, 2, 3, 4)\n    V4(1, 2, 3, 4) shouldEqual Variable(1, 2, 3, 4)\n\n    V4(1, 2, 3, 4) should not equal V4(1, 2, 3, 5)\n    V4(1, 2, 3, 4) should not equal V4(1, 2, 4, 4)\n    V4(1, 2, 3, 4) should not equal V4(1, 3, 3, 4)\n    V4(1, 2, 3, 4) should not equal V4(2, 2, 3, 4)\n    V4(1, 2, 3, 4) should not equal Variable(1, 2, 3, 5)\n    V4(1, 2, 3, 4) should not equal Variable(1, 2, 4, 4)\n    V4(1, 2, 3, 4) should not equal Variable(1, 3, 3, 4)\n    V4(1, 2, 3, 4) should not equal Variable(2, 2, 3, 4)\n    V4(1, 2, 3, 4) should not equal Variable(1, 2, 3, 4, 5)\n    V4(1, 2, 3, 4) should not equal new AnyRef\n  }\n\n  it should \"have a consistent hash code\" in {\n    V4(1, 2, 3, 4).hashCode shouldEqual V4(1, 2, 3, 4).hashCode\n    V4(1, 2, 3, 4).hashCode shouldEqual Variable(1, 2, 3, 4).hashCode\n  }\n\n  it should \"be ordered correctly\" in {\n    V4(1, 2, 3, 4) should be < V4(1, 2, 3, 5)\n    V4(1, 2, 3, 4) should be < V4(1, 2, 4, 0)\n    V4(1, 2, 3, 4) should be < V4(1, 3, 0, 0)\n    V4(1, 2, 3, 4) should be < V4(2, 0, 0, 0)\n\n    V4(1, 2, 3, 4) < V4(1, 2, 3, 5) shouldBe true\n    V4(1, 2, 3, 4) < V4(1, 2, 4, 0) shouldBe true\n    V4(1, 2, 3, 4) < V4(1, 3, 0, 0) shouldBe true\n    V4(1, 2, 3, 4) < V4(2, 0, 0, 0) shouldBe true\n  }\n\n  it should \"convert from other versions safely (as `Option`s)\" in {\n    V4.from(Variable(1, 2, 3, 4)).value shouldBe V4(1, 2, 3, 4)\n\n    V4 from Variable(1, 2) shouldBe empty\n    V4 from V2(1, 2) shouldBe empty\n    V4 from V3(1, 2, 3) shouldBe empty\n\n    val instance = V4(1, 2, 3, 4)\n    V4.from(instance).value should be theSameInstanceAs instance\n  }\n\n  it should \"convert from other versions unsafely (throwing exceptions)\" in {\n    V4 unsafeFrom Variable(1, 2, 3, 4) shouldBe V4(1, 2, 3, 4)\n\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFrom Variable(1, 2) }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFrom V2(1, 2) }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFrom V3(1, 2, 3) }\n\n    val instance = V4(1, 2, 3, 4)\n    V4 unsafeFrom instance should be theSameInstanceAs instance\n  }\n\n  it should \"be converted to from other versions safely (as `Option`s)\" in {\n    Variable(1, 2, 3, 4).to(V4).value shouldBe V4(1, 2, 3, 4)\n\n    Variable(1, 2) to V4 shouldBe empty\n    V2(1, 2) to V4 shouldBe empty\n    V3(1, 2, 3) to V4 shouldBe empty\n\n    val instance = V4(1, 2, 3, 4)\n    instance.to(V4).value should be theSameInstanceAs instance\n  }\n\n  it should \"be converted to from other versions unsafely (throwing exceptions)\" in {\n    Variable(1, 2, 3, 4) unsafeTo V4 shouldBe V4(1, 2, 3, 4)\n\n    an[IncompatibleVersionException] should be thrownBy { Variable(1, 2) unsafeTo V4 }\n    an[IncompatibleVersionException] should be thrownBy { V2(1, 2) unsafeTo V4 }\n    an[IncompatibleVersionException] should be thrownBy { V3(1, 2, 3) unsafeTo V4 }\n\n    val instance = V4(1, 2, 3, 4)\n    instance unsafeTo V4 should be theSameInstanceAs instance\n  }\n\n  it should \"convert from sequences safely (as `Option`s)\" in {\n    V4.fromSeq(ArraySeq(1, 2, 3, 4)).value shouldBe V4(1, 2, 3, 4)\n\n    V4.fromSeq(ArraySeq()) shouldBe empty\n    V4.fromSeq(ArraySeq(1)) shouldBe empty\n    V4.fromSeq(ArraySeq(1, 2)) shouldBe empty\n    V4.fromSeq(ArraySeq(1, 2, 3)) shouldBe empty\n    V4.fromSeq(ArraySeq(1, 2, 3, 4, 5)) shouldBe empty\n  }\n\n  it should \"convert from sequences unsafely (throwing exceptions)\" in {\n    V4 unsafeFromSeq ArraySeq(1, 2, 3, 4) shouldBe V4(1, 2, 3, 4)\n\n    an[IllegalArgumentException] should be thrownBy { V4 unsafeFromSeq ArraySeq() }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFromSeq ArraySeq(1) }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFromSeq ArraySeq(1, 2) }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFromSeq ArraySeq(1, 2, 3) }\n    an[IncompatibleVersionException] should be thrownBy { V4 unsafeFromSeq ArraySeq(1, 2, 3, 4, 5) }\n  }\n\n  it should \"parse versions safely (as `Option`s)\" in {\n    V4.parse(\"1.2.3.4\").value shouldBe V4(1, 2, 3, 4)\n    V4.parse(\"0.1.0.0\").value shouldBe V4(0, 1, 0, 0)\n    V4.parse(\"-1.-2.-3.-4\").value shouldBe V4(-1, -2, -3, -4)\n\n    V4.parse(\"\") shouldBe empty\n    V4.parse(\" \") shouldBe empty\n    V4.parse(\"1.2.3\") shouldBe empty\n    V4.parse(\"1.2.3.4.\") shouldBe empty\n    V4.parse(\".1.2.3.4\") shouldBe empty\n    V4.parse(\"1.2.3.4.5\") shouldBe empty\n    V4.parse(\"not a version\") shouldBe empty\n  }\n\n  it should \"parse versions unsafely (throwing exceptions)\" in {\n    V4 unsafeParse \"1.2.3.4\" shouldBe V4(1, 2, 3, 4)\n    V4 unsafeParse \"0.1.0.0\" shouldBe V4(0, 1, 0, 0)\n    V4 unsafeParse \"-1.-2.-3.-4\" shouldBe V4(-1, -2, -3, -4)\n\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \"\" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \" \" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \"1.2.3\" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \"1.2.3.4.\" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \".1.2.3.4\" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \"1.2.3.4.5\" }\n    a[VersionFormatException] should be thrownBy { V4 unsafeParse \"not a version\" }\n  }\n\n  it should \"extract from strings\" in {\n    \"1.2.3.4\" shouldMatch { case V4.string(1, 2, 3, 4) => }\n    \"0.1.0.0\" shouldMatch { case V4.string(0, 1, 0, 0) => }\n    \"-1.-2.-3.-4\" shouldMatch { case V4.string(-1, -2, -3, -4) => }\n\n    \"\" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \" \" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \"1.2.3\" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \"1.2.3.4.\" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \".1.2.3.4\" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \"1.2.3.4.5\" shouldNotMatch { case V4.string(_, _, _, _) => }\n    \"not a version\" shouldNotMatch { case V4.string(_, _, _, _) => }\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"semver\/src\/main\/scala\/lgbt\/princess\/v\/semver\/SemVer.scala","text":"package lgbt.princess.v\npackage semver\n\nimport java.lang.{StringBuilder => JStringBuilder}\n\nimport lgbt.princess.v.semver.Identifiers._\n\nimport scala.collection.mutable.{StringBuilder => SStringBuilder}\n\n\/**\n * A SemVer version.\n *\n * This object is [[scala.Ordered `Ordered`]] consistently with the SemVer specification, but not with object equality.\n * If you need to order `SemVer` instances consistently with object equality, use\n * [[SemVer.ObjectEqualityOrdering.ordering]] instead.\n *\n * @param core\n *   the version core\n * @param preRelease\n *   the pre-release identifiers, if any\n * @param build\n *   the build identifiers, if any\n *\/\nfinal case class SemVer(core: Core, preRelease: Option[PreRelease], build: Option[Build]) extends Ordered[SemVer] {\n  import SemVer._\n\n  def compare(that: SemVer): Int = ordering.compare(this, that)\n\n  override def toString: String = {\n    val sb = new JStringBuilder()\n    sb.append(core)\n    appendPrefixed(sb, '-', preRelease)\n    appendPrefixed(sb, '+', build)\n    sb.toString\n  }\n}\n\nobject SemVer {\n  private def optionOrderingEmptyHigher[A](implicit ord: Ordering[A]): Ordering[Option[A]] = {\n    case (Some(a), Some(b)) => ord.compare(a, b)\n    case (a, b)             => java.lang.Boolean.compare(a.isEmpty, b.isEmpty)\n  }\n\n  \/**\n   * The default [[scala.Ordering `Ordering`]] for SemVer versions. This ordering is consistent with the SemVer\n   * specification, but not with object equality. If you need an ordering consistent with object equality, use\n   * [[ObjectEqualityOrdering.ordering]].\n   *\/\n  implicit val ordering: Ordering[SemVer] =\n    Ordering\n      .by[SemVer, Core](_.core)\n      .orElseBy(_.preRelease)(optionOrderingEmptyHigher)\n\n  object ObjectEqualityOrdering {\n\n    \/**\n     * A secondary [[scala.Ordering `Ordering`]] for SemVer versions. This `Ordering` is consistent with object\n     * equality, but not with the SemVer specification. If you need an ordering consistent with the SemVer\n     * specification, use [[SemVer.ordering]] (which is the default).\n     *\n     * For `SemVer` instances with different precedence according to the SemVer specification, this `Ordering` behaves\n     * identically to [[SemVer.ordering]]. For `SemVer` instances with the same precedence according to the SemVer\n     * specification, this `Ordering` is only specified insofar as that two instances that are `equal` yield zero when\n     * compared, and two instances that are not `equal` yield a non-zero value when compared. The result of comparison\n     * is not otherwise specified, and may change between runtime environment executions or between arbitrary library\n     * releases.\n     *\/\n    implicit val ordering: Ordering[SemVer] = {\n      import Ordering.Implicits._\n\n      SemVer.ordering\n        .orElseBy(_.build)(optionOrderingEmptyHigher(Ordering.by(_.values)))\n    }\n  }\n\n  final class StringExtractor private[SemVer] {\n    def unapply(version: String): Option[((Int, Int, Int), Option[IndexedSeq[String]], Option[IndexedSeq[String]])] =\n      parse(version).map { sv =>\n        val core = sv.core\n        ((core.major, core.minor, core.patch), sv.preRelease.map(_.values), sv.build.map(_.values))\n      }\n  }\n\n  \/**\n   * An extractor for valid SemVer strings.\n   *\n   * @example\n   * {{{\n   * \"1.2.3-alpha+abc123\" match {\n   *   case SemVer.string((1, 2, 3), None, None) => \/\/ does not match this\n   *   case SemVer.string((1, 2, 3), Some(_), _) => \/\/ matches this\n   * }\n   * }}}\n   *\/\n  val string: StringExtractor = new StringExtractor\n\n  private def appendPrefixed(sb: JStringBuilder, prefix: Char, identifiers: Option[Identifiers]): Unit = {\n    if (identifiers.isDefined) {\n      sb.append(prefix)\n      identifiers.get.values.addString(new SStringBuilder(sb), \".\")\n    }\n  }\n\n  \/** @return a release SemVer version with no build identifiers. *\/\n  def apply(core: Core): SemVer = apply(core, None, None)\n\n  \/**\n   * @return\n   *   a pre-release SemVer version with the given pre-release identifiers and no build identifiers.\n   *\/\n  def apply(core: Core, preRelease: PreRelease): SemVer = apply(core, Some(preRelease), None)\n\n  \/** @return a release SemVer version with the given build identifiers. *\/\n  def apply(core: Core, build: Build): SemVer = apply(core, None, Some(build))\n\n  \/**\n   * @return\n   *   a pre-release SemVer version with the given pre-release and build identifiers.\n   *\/\n  def apply(core: Core, preRelease: PreRelease, build: Build): SemVer =\n    apply(core, Some(preRelease), Some(build))\n\n  private[this] def splitVersion(version: String): (String, Option[String], Option[String]) = {\n    val plusSplit = version.split(\"\"\"\\+\"\"\", 2)\n    val dashSplit = plusSplit(0).split(\"-\", 2)\n\n    val core       = dashSplit(0)\n    val preRelease = if (dashSplit.length == 2) Some(dashSplit(1)) else None\n    val build      = if (plusSplit.length == 2) Some(plusSplit(1)) else None\n\n    (core, preRelease, build)\n  }\n\n  \/**\n   * Parses a string representation of a SemVer version.\n   *\n   * @param version\n   *   the string representation of a version\n   * @return\n   *   an [[scala.Option Option]] containing the SemVer version represented by the string, if it represented a valid\n   *   SemVer version\n   *\/\n  def parse(version: String): Option[SemVer] = {\n    def parseIdentifiers[I <: Identifiers](factory: Factory[I])(identifiers: Option[String]): Option[Option[I]] =\n      identifiers match {\n        case None      => Some(None)\n        case Some(str) => factory.parse(str).map(Some(_))\n      }\n\n    val (coreStr, preReleaseStr, buildStr) = splitVersion(version)\n\n    for {\n      core       <- Core parse coreStr\n      preRelease <- parseIdentifiers(PreRelease)(preReleaseStr)\n      build      <- parseIdentifiers(Build)(buildStr)\n    } yield apply(core, preRelease, build)\n  }\n\n  \/**\n   * Parses a string representation of a SemVer version.\n   *\n   * @param version\n   *   the string representation of a version\n   * @return\n   *   the SemVer version represented by the string\n   * @throws VersionFormatException\n   *   if the string did not represent a valid SemVer version\n   *\/\n  @throws[VersionFormatException]\n  def unsafeParse(version: String): SemVer = {\n    val (core, preRelease, build) = splitVersion(version)\n\n    try {\n      apply(\n        Core unsafeParse core,\n        preRelease map PreRelease.unsafeParse,\n        build map Build.unsafeParse,\n      )\n    } catch {\n      case e: IllegalArgumentException => throw new VersionFormatException(version, \"SemVer version\", e)\n    }\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/test\/scala\/lgbt\/princess\/v\/VariableTest.scala","text":"<filename>core\/src\/test\/scala\/lgbt\/princess\/v\/VariableTest.scala<gh_stars>0\npackage lgbt.princess.v\n\nimport scala.collection.immutable.ArraySeq\n\nclass VariableTest extends BaseSpec {\n  nameOf[Variable] should \"allow arbitrary arity versions\" in {\n    noException should be thrownBy {\n      Variable(1, 2, 3, 4)\n      Variable(1)\n      Variable(2, 1)\n      Variable(0, 1, 0)\n      Variable(0, 1, 2, 3, 4, 5, 6, 7, 8, 9)\n    }\n  }\n\n  it should \"allow negative values\" in {\n    noException should be thrownBy Variable(-1, -2, -3)\n  }\n\n  it should \"forbid an empty seq of values\" in {\n    an[IllegalArgumentException] should be thrownBy Variable()\n  }\n\n  it should \"not re-create sequences of values unnecessarily\" in {\n    val values = Vector(1, 2, 3)\n    Variable(values).seq should be theSameInstanceAs values\n  }\n\n  it should \"have the correct productPrefix\" in {\n    Variable(1, 2, 3).productPrefix shouldBe \"Variable\"\n  }\n\n  it should \"have the correct productArity\" in {\n    Variable(1, 2).productArity shouldBe 2\n    Variable(1, 2, 3).productArity shouldBe 3\n    Variable(1, 2, 3, 4).productArity shouldBe 4\n  }\n\n  it should \"have the correct productElement\" in {\n    val v = Variable(1, 2, 3)\n    (0 until v.productArity).map(v.productElement).toList shouldEqual v.seq\n  }\n\n  it should \"have the correct productIterator\" in {\n    val v = Variable(1, 2, 3)\n    v.productIterator.toList shouldEqual v.seq\n  }\n\n  it should \"compare equality correctly\" in {\n    Variable(1, 2, 3) shouldEqual Variable(1, 2, 3)\n    Variable(1, 2) shouldEqual V2(1, 2)\n    Variable(1, 2, 3) shouldEqual V3(1, 2, 3)\n    Variable(1, 2, 3, 4) shouldEqual V4(1, 2, 3, 4)\n\n    Variable(1, 2, 3) should not equal Variable(1, 2, 4)\n    Variable(1, 2, 3) should not equal Variable(1, 3, 3)\n    Variable(1, 2, 3) should not equal Variable(2, 2, 3)\n    Variable(1, 2, 3) should not equal Variable(1, 2)\n    Variable(1, 2, 3) should not equal Variable(1, 2, 3, 4)\n    Variable(1, 2, 3) should not equal V3(1, 2, 4)\n    Variable(1, 2, 3) should not equal V3(1, 3, 3)\n    Variable(1, 2, 3) should not equal V3(2, 2, 3)\n    Variable(1, 2, 3, 4) should not equal V3(1, 2, 3)\n    Variable(1, 2, 3) should not equal new AnyRef\n  }\n\n  it should \"have a consistent hash code\" in {\n    Variable(1, 2, 3).hashCode shouldEqual Variable(1, 2, 3).hashCode\n    Variable(1, 2, 3).hashCode shouldEqual V3(1, 2, 3).hashCode\n  }\n\n  it should \"be ordered correctly\" in {\n    Variable(1, 2) should be < Variable(1, 2, 0)\n    Variable(1, 2) should be < Variable(1, 3)\n    Variable(1, 2) should be < Variable(2, 0)\n\n    Variable(1, 2) < Variable(1, 2, 0) shouldBe true\n    Variable(1, 2) < Variable(1, 3) shouldBe true\n    Variable(1, 2) < Variable(2, 0) shouldBe true\n  }\n\n  it should \"convert from other versions safely (as `Option`s)\" in {\n    Variable.from(V2(1, 2)).value shouldBe Variable(1, 2)\n    Variable.from(V3(1, 2, 3)).value shouldBe Variable(1, 2, 3)\n    Variable.from(V4(1, 2, 3, 4)).value shouldBe Variable(1, 2, 3, 4)\n\n    val instance = Variable(1, 2, 3, 4, 5)\n    Variable.from(instance).value should be theSameInstanceAs instance\n  }\n\n  it should \"convert from other versions unsafely (throwing exceptions)\" in {\n    Variable unsafeFrom V2(1, 2) shouldBe Variable(1, 2)\n    Variable unsafeFrom V3(1, 2, 3) shouldBe Variable(1, 2, 3)\n    Variable unsafeFrom V4(1, 2, 3, 4) shouldBe Variable(1, 2, 3, 4)\n\n    val instance = Variable(1, 2, 3, 4, 5)\n    Variable unsafeFrom instance should be theSameInstanceAs instance\n  }\n\n  it should \"be converted to from other versions safely (as `Option`s)\" in {\n    V2(1, 2).to(Variable).value shouldBe Variable(1, 2)\n    V3(1, 2, 3).to(Variable).value shouldBe Variable(1, 2, 3)\n    V4(1, 2, 3, 4).to(Variable).value shouldBe Variable(1, 2, 3, 4)\n\n    val instance = Variable(1, 2, 3, 4, 5)\n    instance.to(Variable).value should be theSameInstanceAs instance\n  }\n\n  it should \"be converted to from other versions unsafely (throwing exceptions)\" in {\n    V2(1, 2) unsafeTo Variable shouldBe Variable(1, 2)\n    V3(1, 2, 3) unsafeTo Variable shouldBe Variable(1, 2, 3)\n    V4(1, 2, 3, 4) unsafeTo Variable shouldBe Variable(1, 2, 3, 4)\n\n    val instance = Variable(1, 2, 3, 4, 5)\n    instance unsafeTo Variable should be theSameInstanceAs instance\n  }\n\n  it should \"convert from sequences safely (as `Option`s)\" in {\n    Variable.fromSeq(ArraySeq(1, 2)).value shouldBe Variable(1, 2)\n    Variable.fromSeq(ArraySeq(1, 2, 3)).value shouldBe Variable(1, 2, 3)\n    Variable.fromSeq(ArraySeq(1, 2, 3, 4)).value shouldBe Variable(1, 2, 3, 4)\n\n    Variable.fromSeq(ArraySeq()) shouldBe empty\n  }\n\n  it should \"convert from sequences unsafely (throwing exceptions)\" in {\n    Variable unsafeFromSeq ArraySeq(1, 2) shouldBe Variable(1, 2)\n    Variable unsafeFromSeq ArraySeq(1, 2, 3) shouldBe Variable(1, 2, 3)\n    Variable unsafeFromSeq ArraySeq(1, 2, 3, 4) shouldBe Variable(1, 2, 3, 4)\n\n    an[IllegalArgumentException] should be thrownBy { Variable unsafeFromSeq ArraySeq() }\n  }\n\n  it should \"parse versions safely (as `Option`s)\" in {\n    Variable.parse(\"1\").value shouldBe Variable(1)\n    Variable.parse(\"0.1.0\").value shouldBe Variable(0, 1, 0)\n    Variable.parse(\"-3.2.-4\").value shouldBe Variable(-3, 2, -4)\n\n    Variable.parse(\"\") shouldBe empty\n    Variable.parse(\" \") shouldBe empty\n    Variable.parse(\"1.2.\") shouldBe empty\n    Variable.parse(\".1.2\") shouldBe empty\n    Variable.parse(\"not a version\") shouldBe empty\n  }\n\n  it should \"parse versions unsafely (throwing exceptions)\" in {\n    Variable unsafeParse \"1\" shouldBe Variable(1)\n    Variable unsafeParse \"0.1.0\" shouldBe Variable(0, 1, 0)\n    Variable unsafeParse \"-3.2.-4\" shouldBe Variable(-3, 2, -4)\n\n    a[VersionFormatException] should be thrownBy { Variable unsafeParse \"\" }\n    a[VersionFormatException] should be thrownBy { Variable unsafeParse \" \" }\n    a[VersionFormatException] should be thrownBy { Variable unsafeParse \"1.2.\" }\n    a[VersionFormatException] should be thrownBy { Variable unsafeParse \".1.2\" }\n    a[VersionFormatException] should be thrownBy { Variable unsafeParse \"not a version\" }\n  }\n\n  it should \"extract from instances of itself\" in {\n    Variable(1, 2) shouldMatch { case Variable(1, 2) => }\n    Variable(1, 2, 3) shouldMatch { case Variable(1, 2, 3) => }\n    Variable(1, 2, 3, 4) shouldMatch { case Variable(1, 2, 3, 4) => }\n\n    Variable(1, 2) shouldNotMatch { case Variable(_, _, _) => }\n    Variable(1, 2, 3, 4) shouldNotMatch { case Variable(_, _, _) => }\n  }\n\n  it should \"extract from strings\" in {\n    \"1\" shouldMatch { case Variable.string(1) => }\n    \"0.1.0\" shouldMatch { case Variable.string(0, 1, 0) => }\n    \"-3.2.-4\" shouldMatch { case Variable.string(-3, 2, -4) => }\n\n    \"1.2\" shouldNotMatch { case Variable.string(_, _, _) => }\n    \"1.2.3.4\" shouldNotMatch { case Variable.string(_, _, _) => }\n\n    \"\" shouldNotMatch { case Variable.string(_*) => }\n    \" \" shouldNotMatch { case Variable.string(_*) => }\n    \"1.2.\" shouldNotMatch { case Variable.string(_*) => }\n    \".1.2\" shouldNotMatch { case Variable.string(_*) => }\n    \"not a version\" shouldNotMatch { case Variable.string(_*) => }\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/main\/scala\/lgbt\/princess\/v\/Variable.scala","text":"<gh_stars>0\npackage lgbt.princess.v\n\nimport scala.collection.SeqFactory\n\n\/** A version with an arbitrary (but positive) number of identifiers. *\/\nfinal class Variable private (val seq: IndexedSeq[Int]) extends Version with Ordered[Variable] {\n  type Self = Variable\n\n  override def factory: VersionFactory[Variable] = Variable\n\n  override def productPrefix: String          = \"Variable\"\n  override def productArity: Int              = seq.length\n  override def productElement(n: Int): Any    = seq(n)\n  override def productIterator: Iterator[Any] = seq.iterator\n\n  def compare(that: Variable): Int = Variable.ordering.compare(this, that)\n}\n\nobject Variable extends VersionFactory[Variable] with VersionFactory.UnconstrainedValues {\n  implicit val ordering: Ordering[Variable] = {\n    import scala.math.Ordering.Implicits._\n    Ordering.by(_.seq)\n  }\n\n  \/** An extractor for valid version strings with arbitrary numbers of identifiers. *\/\n  final class StringExtractor private[Variable] {\n    def unapplySeq(version: String): Option[Seq[Int]] =\n      parse(version).map(_.seq)\n  }\n\n  \/**\n   * An extractor for valid version strings with arbitrary numbers of identifiers.\n   *\n   * @example\n   * {{{\n   * \"1.2.3\" match {\n   *   case Variable.string(1, 2, 5) => \/\/ does not match this\n   *   case Variable.string(1, 2, _) => \/\/ matches this\n   * }\n   * }}}\n   *\/\n  val string: StringExtractor = new StringExtractor\n\n  \/**\n   * Creates a [[Variable variable-sized version]] with the specified [[Variable.seq sequence]] of values.\n   *\n   * @throws scala.IllegalArgumentException\n   *   if the sequence of values is empty\n   *\/\n  @throws[IllegalArgumentException]\n  def apply(seq: IndexedSeq[Int]): Variable = unsafeFromSeq(seq)\n\n  \/**\n   * Creates a [[Variable variable-sized version]] with the specified values as its [[Variable.seq sequence]].\n   *\n   * @throws scala.IllegalArgumentException\n   *   if no values are given\n   *\/\n  @throws[IllegalArgumentException]\n  def apply(values: Int*): Variable = apply(values.toIndexedSeq)\n\n  \/** Extracts the sequence of identifiers from a [[Variable]]. *\/\n  def unapplySeq(variable: Variable): SeqFactory.UnapplySeqWrapper[Int] =\n    new SeqFactory.UnapplySeqWrapper(variable.seq)\n\n  protected def versionTypeDescription: String              = \"version of arbitrary size\"\n  protected[this] def maxArity: Int                         = -1\n  protected[this] def isValidArity(thatArity: Int): Boolean = thatArity > 0\n\n  protected[this] def uncheckedFromSeq(seq: IndexedSeq[Int]): Variable = new Variable(seq)\n}\n"}
{"repo_name":"NthPortal\/v","path":"core\/src\/main\/scala\/lgbt\/princess\/v\/package.scala","text":"package lgbt.princess\n\n\/**\n * This package contains utilities for representing numeric versions as objects. It contains specialized classes for\n * representing versions with exactly [[V2 2]], [[V3 3]] and [[V4 4]] identifiers, as well as a class for representing\n * [[Variable versions with arbitrary numbers of identifiers]].\n *\/\npackage object v\n"}
{"repo_name":"NthPortal\/v","path":"semver\/src\/main\/scala\/lgbt\/princess\/v\/semver\/Core.scala","text":"package lgbt.princess.v\npackage semver\n\nimport lgbt.princess.v.semver.Identifiers.{Build, PreRelease}\n\nimport scala.collection.immutable.ArraySeq\nimport scala.language.implicitConversions\n\n\/**\n * A SemVer version core.\n *\n * @param major\n *   the major version number\n * @param minor\n *   the minor version number\n * @param patch\n *   the patch number\n *\/\nfinal case class Core(major: Int, minor: Int, patch: Int) extends Version with Ordered[Core] {\n  import Core._\n\n  require(major >= 0 && minor >= 0 && patch >= 0, \"SemVer core identifiers must be non-negative\")\n\n  type Self = Core\n\n  \/**\n   * @return\n   *   a version core with the major version number incremented as described in\n   *   [[https:\/\/semver.org\/#spec-item-8 item 8]] of the SemVer specification.\n   *\/\n  def nextMajorVersion: Core = copy(major = major + 1, minor = 0, patch = 0)\n\n  \/**\n   * @return\n   *   a version core with the minor version number incremented as described in\n   *   [[https:\/\/semver.org\/#spec-item-7 item 7]] of the SemVer specification.\n   *\/\n  def nextMinorVersion: Core = copy(minor = minor + 1, patch = 0)\n\n  \/**\n   * @return\n   *   a version core with the patch version number incremented as described in\n   *   [[https:\/\/semver.org\/#spec-item-6 item 6]] of the SemVer specification.\n   *\/\n  def nextPatchVersion: Core = copy(patch = patch + 1)\n\n  \/**\n   * @return\n   *   a pre-release SemVer version with the given identifiers to which build identifiers can be added using the\n   *   [[Core.SemVerPreReleaseIntermediate.+ `+`]] operator.\n   *\/\n  def -(preRelease: PreRelease): SemVerPreReleaseIntermediate =\n    new SemVerPreReleaseIntermediate(SemVer(this, preRelease))\n\n  \/** @return a release SemVer version with the given build identifiers. *\/\n  def +(build: Build): SemVer = SemVer(this, build)\n\n  \/** @return a release SemVer version with no build identifiers. *\/\n  def toSemVer: SemVer = SemVer(this)\n\n  def seq: IndexedSeq[Int] = ArraySeq(major, minor, patch)\n\n  def factory: VersionFactory[Core] = Core\n\n  override def compare(that: Core): Int = ordering.compare(this, that)\n\n  override def equals(that: Any): Boolean =\n    that match {\n      case that: Core =>\n        this.major == that.major &&\n          this.minor == that.minor &&\n          this.patch == that.patch\n      case v: Version if v.productArity == 3 =>\n        val s = v.seq\n        this.major == s(0) &&\n        this.minor == s(1) &&\n        this.patch == s(2)\n      case _ => false\n    }\n\n  override def toString: String = s\"$major.$minor.$patch\"\n}\n\nobject Core extends VersionFactory[Core] with VersionFactory.FixedSize {\n  implicit val ordering: Ordering[Core] = new Ordering[Core] {\n    def compare(x: Core, y: Core): Int = {\n      val rMajor = Integer.compare(x.major, y.major)\n      if (rMajor != 0) return rMajor\n      val rMinor = Integer.compare(x.minor, y.minor)\n      if (rMinor != 0) rMinor\n      else Integer.compare(x.patch, y.patch)\n    }\n  }\n\n  \/** An extractor for valid SemVer version core strings. *\/\n  final class StringExtractor private[Core] {\n    def unapply(version: String): Option[(Int, Int, Int)] =\n      parse(version).map(v => (v.major, v.minor, v.patch))\n  }\n\n  \/**\n   * An extractor for valid SemVer version core strings.\n   *\n   * @example\n   * {{{\n   * \"1.2.3\" match {\n   *   case Core.string(1, 2, 5) => \/\/ does not match this\n   *   case Core.string(1, 2, _) => \/\/ matches this\n   * }\n   * }}}\n   *\/\n  val string: StringExtractor = new StringExtractor\n\n  protected def versionTypeDescription: String                     = \"SemVer version core\"\n  protected[this] def arity: Int                                   = 3\n  protected[this] def isValidSeq(seq: IndexedSeq[Int]): Boolean    = seq.forall(_ >= 0)\n  protected[this] def uncheckedFromSeq(seq: IndexedSeq[Int]): Core = apply(seq(0), seq(1), seq(2))\n\n  \/**\n   * The core and pre-release identifiers of a SemVer version, without build identifiers. This is an intermediate\n   * representation for convenience when creating a [[SemVer]] using symbolic methods.\n   *\/\n  final class SemVerPreReleaseIntermediate private[Core] (private val self: SemVer) extends AnyVal {\n\n    \/** @return a pre-release SemVer version with the given build identifiers. *\/\n    def +(build: Build): SemVer = self.copy(build = Some(build))\n\n    \/** @return this pre-release SemVer version with no build identifiers. *\/\n    @inline def toSemVer: SemVer = self\n\n    \/** @return this pre-release SemVer version with no build identifiers. *\/\n    @inline def withoutMetadata: SemVer = toSemVer\n  }\n\n  object SemVerPreReleaseIntermediate {\n    implicit def intermediateToSemVer(intermediate: SemVerPreReleaseIntermediate): SemVer =\n      intermediate.toSemVer\n  }\n}\n"}
{"repo_name":"NthPortal\/v","path":"semver\/src\/main\/scala\/lgbt\/princess\/v\/semver\/extractors.scala","text":"<reponame>NthPortal\/v\npackage lgbt.princess.v.semver\n\nimport lgbt.princess.v.semver.Identifiers._\n\n\/**\n * This extractor is for extracting the version core and pre-release identifiers of a SemVer version. If you want to\n * extract build identifiers as well, use the [[:- `:-`]] extractor instead. Sadly, there is no way to have both\n * functionalities in the same extractor.\n *\/\nobject - {\n\n  \/**\n   * Extracts the version core and pre-release identifiers from a SemVer version.\n   *\/\n  def unapply(sv: SemVer): Option[(Core, PreRelease)] = {\n    if (sv.build.isDefined || sv.preRelease.isEmpty) None\n    else Some((sv.core, sv.preRelease.get))\n  }\n}\n\n\/**\n * This extractor is for extracting the version core of a SemVer version, and is for use specifically with the [[+ `+`]]\n * extractor (which extracts the pre-release identifiers and build identifiers). If you only want to extract the core\n * and pre-release identifiers, use the [[- `-`]] extractor instead.\n *\/\nobject :- {\n\n  \/**\n   * Extracts the version core from a SemVer version and leaves the pre-release identifiers and build identifiers\n   * partially extracted.\n   *\/\n  def unapply(sv: SemVer): Option[(Core, (PreRelease, Option[Build]))] =\n    sv match {\n      case SemVer(core, Some(preRelease), build) => Some((core, (preRelease, build)))\n      case _                                     => None\n    }\n}\n\n\/**\n * This extractor is for extracting the version core and build identifiers of a SemVer version, or for extracting the\n * pre-release identifiers and build-identifiers when the version core has already been extracted by the [[:- `:-`]]\n * extractor.\n *\/\nobject + {\n\n  \/**\n   * Extracts the version core and build identifiers from a SemVer version.\n   *\/\n  def unapply(sv: SemVer): Option[(Core, Build)] =\n    sv match {\n      case SemVer(core, None, Some(build)) => Some((core, build))\n      case _                               => None\n    }\n\n  \/**\n   * Extracts the pre-release identifiers and build identifiers from a partially extracted SemVer version.\n   *\/\n  def unapply(arg: (PreRelease, Option[Build])): Option[(PreRelease, Build)] =\n    arg match {\n      case (preRelease, Some(build)) => Some((preRelease, build))\n      case _                         => None\n    }\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/playjson\/PlayJson.scala","text":"<reponame>valenterry\/bamboomigrate\npackage bamboomigrate.playjson\n\nimport bamboomigrate.Migration\nimport shapeless.ops.hlist.LeftFolder\nimport shapeless.{::, DepFn1, HList, Poly, Poly2}\nimport play.api.libs.json._\n\nobject PlayJson {\n\t\/** Create a combined Reads from a list of migrations **\/\n\ttrait CombinedReads[Migrations <: HList, CombineReads <: Poly] extends DepFn1[Migrations] with Serializable\n\n\tobject CombinedReads {\n\t\tdef apply[Migrations <: HList, CombineReads <: Poly](implicit combinedReads: CombinedReads[Migrations, CombineReads]):\n\t\tAux[Migrations, CombineReads, combinedReads.Out] = combinedReads\n\n\t\ttype Aux[Migrations <: HList, CombineReads <: Poly, Out0] = CombinedReads[Migrations, CombineReads] { type Out = Out0 }\n\n\t\timplicit def atLeastOne[First, Second, Migrations <: HList, CombineReads <: Poly, OutP]\n\t\t(implicit firstReads: Reads[First],\n\t\t secondReads: Reads[Second],\n\t\t folder: LeftFolder.Aux[Migrations, Reads[Second], CombineReads, OutP]): Aux[Migration[First, Second] :: Migrations, CombineReads, OutP]=\n\t\t\tnew CombinedReads[Migration[First, Second] :: Migrations, CombineReads] {\n\t\t\t\ttype Out = OutP\n\t\t\t\tdef apply(migrations: Migration[First, Second] :: Migrations): Out = {\n\t\t\t\t\tval initialReads: Reads[Second] = implicitly[Reads[Second]].orElse(implicitly[Reads[First]].map(migrations.head.migrate))\n\t\t\t\t\tfolder(migrations.tail, initialReads): Out\n\t\t\t\t}\n\t\t\t}\n\t}\n\n\t\/** Create a fallback Reads from a list of migrations, trying to use the Reads for the latest version and if that fails, tries the one for the version before and so on **\/\n\tobject combineReadsByFallback extends Poly2 {\n\t\timplicit def combine[From, To: Reads]: Case.Aux[Reads[From], Migration[From, To], Reads[To]] =\n\t\t\tat{ (fromReads: Reads[From], migration: Migration[From, To]) =>\n\t\t\t\timplicitly[Reads[To]].orElse( fromReads.map(migration.migrate) )\n\t\t\t}\n\t}\n\n\t\/**\n\t  * Creates a circe Reads from the given list of migrations.\n\t  * The reads will try to read json into the target type of the last migration.\n\t  * If that fails it will try the target type of the penultimate migration and so on until it succeeds or there is no migration left.\n\t  * It is required that there (implicitly) exists a reads for each type of the given list of migrations\n\t  * @param migrations The list of migrations\n\t  * @return The fallback reads\n\t  *\/\n\tdef createFallbackReads[MigrationList <: HList, FallbackReadsResult](migrations: MigrationList)(\n\t\timplicit combineReads: CombinedReads.Aux[MigrationList, combineReadsByFallback.type, FallbackReadsResult]\n\t): FallbackReadsResult = combineReads(migrations)\n}"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/circe\/package.scala","text":"<filename>src\/main\/scala\/bamboomigrate\/circe\/package.scala<gh_stars>10-100\npackage bamboomigrate\n\nimport shapeless.{HList, LabelledGeneric}\nimport shapeless.LabelledGeneric.Aux\n\n\/**\n  * Created by valenterry on 11.06.2017.\n  *\/\npackage object circe extends io.circe.generic.AutoDerivation {\n\timplicit def lgi[LG <: HList]: LabelledGeneric.Aux[LG, LG] = TypelevelUtils.labelledGenericIdentity\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"project\/plugins.sbt","text":"logLevel := Level.Warn\n\nresolvers += Resolver.bintrayRepo(\"tek\", \"maven\")\naddCompilerPlugin(\"tryp\" %% \"splain\" % \"0.1.24\")\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"1.1\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.0.0\")\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/test\/scala\/MigrationTests.scala","text":"<reponame>valenterry\/bamboomigrate\nimport bamboomigrate._\nimport shapeless.syntax.singleton.mkSingletonOps\nimport utest._\n\nobject MigrationTests extends TestSuite {\n\n\tval tests = this {\n\t\t\/\/Some common test data helper\n\t\tval dummy1FieldValue = \"dummy1\"\n\t\tval dummy1Field = 'dummy1 ->> dummy1FieldValue\n\t\tval dummy2FieldValue = 42\n\t\tval dummy2Field = 'dummy2 ->> dummy2FieldValue\n\t\tval testInstanceLG = dummy1Field :: dummy2Field :: HNil\n\t\tval testField = 'addedField ->> \"testValue\" \/\/We use this as a field that is beeing added to the testInstaceLg above\n\t\tval testField2 = 'addedField2 ->> 123.456 \/\/If we need another, different testField\n\n\t\t\"Application of transformation step should generate correct record for \"-{\n\t\t\t\"prepend\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, PrependStep(testField))\n\t\t\t\tval expected = testField :: testInstanceLG\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"append\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, AppendStep(testField))\n\t\t\t\tval expected = testInstanceLG :+ testField\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"insertAt (at the beginning)\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, InsertAtStep(Nat(0), testField))\n\t\t\t\tval expected = testField :: dummy1Field :: dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"insertAt (in between existing fields)\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, InsertAtStep(Nat(1), testField))\n\t\t\t\tval expected = dummy1Field :: testField :: dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"insertAt (at the end)\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, InsertAtStep(Nat(2), testField))\n\t\t\t\tval expected = dummy1Field :: dummy2Field :: testField :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"remove\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, RemoveStep('dummy1))\n\t\t\t\tval expected = dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"rename (should not change value of field)\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, RenameStep(oldName = 'dummy1, newName = 'dummy1renamed))\n\t\t\t\tval expected = 'dummy1renamed ->> dummy1FieldValue :: dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"replace\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, ReplaceStep(oldName = 'dummy1, newName = 'dummy1renamed, (oldValue: String) => oldValue + \"someNewValue\"))\n\t\t\t\tval expected = 'dummy1renamed ->> (dummy1FieldValue + \"someNewValue\") :: dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"changeType\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(testInstanceLG, ChangeTypeStep(fieldName = 'dummy1, (_: String) => 42.24))\n\t\t\t\tval expected = 'dummy1 ->> 42.24 :: dummy2Field :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"full transformation\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(\n\t\t\t\t\ttestInstanceLG,\n\t\t\t\t\tFullTransformStep { (oldLG: Record.`'dummy1 -> String, 'dummy2 -> Int`.T) => testField :: oldLG(1) :: testField2 :: HNil }\n\t\t\t\t)\n\t\t\t\tval expected = testField :: dummy2Field :: testField2 :: HNil\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"simple sequence\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(\n\t\t\t\t\ttestInstanceLG,\n\t\t\t\t\tSequenceStep( PrependStep(testField) :: HNil)\n\t\t\t\t)\n\t\t\t\tval expected = testField :: testInstanceLG\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t\t\"sequence with multiple transformations depending on each other\"- {\n\t\t\t\tval result = Transform.transformationByAnyStep.apply(\n\t\t\t\t\ttestInstanceLG,\n\t\t\t\t\tSequenceStep(\n\t\t\t\t\t\tPrependStep('nameByPrependStep ->> \"valueByPrependStep\") ::\n\t\t\t\t\t\tRenameStep(oldName = 'nameByPrependStep, newName = 'nameByRenameStep) ::\n\t\t\t\t\t\tPrependStep('secondNameByPrependStep ->> \"secondValueByPrependStep\") ::\n\t\t\t\t\t\tHNil\n\t\t\t\t\t)\n\t\t\t\t)\n\t\t\t\tval expected = ('secondNameByPrependStep ->> \"secondValueByPrependStep\") :: ('nameByRenameStep ->> \"valueByPrependStep\") :: testInstanceLG\n\t\t\t\tassert(result == expected)\n\t\t\t}\n\t\t}\n\t\t\"Creating a migration list for\"- {\n\t\t\tcase class TestClass(dummy1: String)\n\t\t\tval dummyValue = \"dummy1Value\"\n\t\t\tval testInstance = TestClass(\"dummy1Value\")\n\n\t\t\t\"a generic target type\"- {\n\t\t\t\t\"with an empty transformation step list\"-{\n\t\t\t\t\tval migrationsResult = Migration.startingFrom[TestClass](HNil)\n\t\t\t\t\tassert(migrationsResult == HNil)\n\t\t\t\t}\n\t\t\t\t\"with a list of only one transformation step\"-{\n\t\t\t\t\tval migrations = Migration.startingFrom[TestClass](PrependStep('addedField ->> \"testValue\") :: HNil)\n\t\t\t\t\tval resultByMigration = migrations.head.migrate(testInstance)\n\t\t\t\t\tval expectedInstanceByMigrating = ('addedField ->> \"testValue\") :: ('dummy1 ->> dummyValue) :: HNil\n\t\t\t\t\tassert(resultByMigration == expectedInstanceByMigrating)\n\t\t\t\t}\n\t\t\t\t\"with a list of multiple transformation steps\"-{\n\t\t\t\t\tval migrations = Migration.startingFrom[TestClass](\n\t\t\t\t\t\tPrependStep('addedField ->> \"testValue\") ::\n\t\t\t\t\t\tAppendStep('addedField2 ->> \"testValue2\") ::\n\t\t\t\t\t\tAppendStep('addedField3 ->> \"testValue3\") ::\n\t\t\t\t\t\tHNil\n\t\t\t\t\t)\n\t\t\t\t\tval resultByMigration = (migrations(0).migrate _ andThen migrations(1).migrate _ andThen migrations(2).migrate _)( testInstance )\n\t\t\t\t\tval expectedInstanceByMigrating = ('addedField ->> \"testValue\") :: ('dummy1 ->> dummyValue) :: ('addedField2 ->> \"testValue2\") :: ('addedField3 ->> \"testValue3\") :: HNil\n\t\t\t\t\tassert(resultByMigration == expectedInstanceByMigrating)\n\t\t\t\t}\n\t\t\t}\n\t\t\t\"a case class type\"- {\n\t\t\t\t\"with an empty transformation step list is not allowed\"-{\n\t\t\t\t\tcase class TargetClass(dummy1: String)\n\t\t\t\t\tcompileError(\"Migration.between[TestClass, TargetClass](HNil)\")\n\t\t\t\t}\n\t\t\t\t\"with a list of only one transformation step\"-{\n\t\t\t\t\tcase class TargetClass(dummy1: String, addedField: String)\n\t\t\t\t\tval migrations = Migration.between[TestClass, TargetClass](AppendStep('addedField ->> \"testValue\") :: HNil)\n\t\t\t\t\tval resultByMigration = migrations.head.migrate(testInstance)\n\t\t\t\t\tval expectedInstanceByMigrating = TargetClass(dummy1 = dummyValue, addedField = \"testValue\")\n\t\t\t\t\tassert(resultByMigration == expectedInstanceByMigrating)\n\t\t\t\t}\n\t\t\t\t\"with a list of multiple transformation steps\"-{\n\t\t\t\t\tcase class TargetClass(addedField: String, dummy1: String, addedField2: String)\n\t\t\t\t\tval migrations = Migration.between[TestClass, TargetClass](\n\t\t\t\t\t\tPrependStep('addedField ->> \"testValue\") ::\n\t\t\t\t\t\tAppendStep('addedField2 ->> \"testValue2\") ::\n\t\t\t\t\t\tHNil\n\t\t\t\t\t)\n\t\t\t\t\tval resultByMigration = (migrations(0).migrate _ andThen migrations(1).migrate _)( testInstance )\n\t\t\t\t\tval expectedInstanceByMigrating = TargetClass(dummy1 = dummyValue, addedField = \"testValue\", addedField2 = \"testValue2\")\n\t\t\t\t\tassert(resultByMigration == expectedInstanceByMigrating)\n\t\t\t\t}\n\t\t\t\t\"with a list of multiple transformation steps that are not a migration path from TestClass to TargetClass is not allowed\"-{\n\t\t\t\t\tcase class TargetClass(addedField: String, dummy1: String, haveYouForgottenMe: Int, addedField2: String)\n\t\t\t\t\tcompileError(\n\t\t\t\t\t\t\"\"\"\n\t\t\t\t\t\tMigration.between[TestClass, TargetClass](\n\t\t\t\t\t\t\tPrependStep('addedField ->> \"testValue\") ::\n\t\t\t\t\t\t\t\/\/We \"forgot\" this step, so the migration path should be illtyped: AppendStep('haveYouForgottenMe ->> 42) ::\n\t\t\t\t\t\t\tAppendStep('addedField2 ->> \"testValue2\") ::\n\t\t\t\t\t\t\tHNil\n\t\t\t\t\t\t)\n\t\t\t\t\t\t\"\"\"\n\t\t\t\t\t)\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t\"Creating a combined migration\" -{\n\t\t\t\"from an empty list of migrations is not allowed\" -{\n\t\t\t\tcompileError( \"\"\"Migration.combinedMigration(HNil)\"\"\")\n\t\t\t}\n\t\t\t\"from a list of migrations\" -{\n\t\t\t\tcase class TestClass(dummy1: String)\n\t\t\t\tcase class TargetClass(addedField: String, dummy1: String, addedField2: String)\n\n\t\t\t\tval testMigrations = Migration.between[TestClass, TargetClass](\n\t\t\t\t\tPrependStep('addedField ->> \"testValue\") ::\n\t\t\t\t\tAppendStep('addedField2 ->> \"testValue2\") ::\n\t\t\t\t\tHNil\n\t\t\t\t)\n\t\t\t\tval combinedMigration = Migration.combinedMigration(testMigrations)\n\n\t\t\t\tval migrationResult = combinedMigration.migrate(TestClass(dummy1 = \"initialDummy1\"))\n\t\t\t\tval expectedInstanceByMigrating = TargetClass(addedField = \"testValue\", dummy1 = \"initialDummy1\", addedField2 = \"testValue2\")\n\n\t\t\t\tassert(migrationResult == expectedInstanceByMigrating)\n\t\t\t}\n\t\t}\n\t\t\"A fallback decoder\" -{\n\t\t\timport io.circe.parser.decode\n\t\t\timport bamboomigrate.circe._\n\t\t\tcase class TestClass(dummy1: String)\n\n\t\t\t\"can be created from a list with one migration\" -{\n\t\t\t\tcase class TargetClass(dummy1: String, dummy2: String)\n\t\t\t\tval dummy2MigrationValue = \"dummy2MigrationValue\"\n\t\t\t\tval testMigrations = Migration.instance{(obj:TestClass) => TargetClass(dummy1 = obj.dummy1, dummy2 = dummy2MigrationValue)} :: HNil\n\t\t\t\tval fallbackDecoder = CirceDecoder.createFallbackDecoder(testMigrations)\n\n\t\t\t\t\"and parse the json for TestClass\" -{\n\t\t\t\t\tval decodeResult = decode[TargetClass](\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin)(fallbackDecoder)\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2MigrationValue))\n\t\t\t\t\tassert(decodeResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for TargetClass\"- {\n\t\t\t\t\tval decodeResult = decode[TargetClass](\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"dummy2\": \"dummy2JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin)(fallbackDecoder)\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = \"dummy2JsonValue\"))\n\t\t\t\t\tassert(decodeResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\"can be created from a list with multiple migrations\" -{\n\t\t\t\tcase class TargetClass(prependedField: String, dummy1: String, dummy2: String)\n\t\t\t\tval dummy2DefaultValue = \"dummy2DefaultValue\"\n\t\t\t\tval prependedFieldDefaultValue = \"prependedFieldDefaultValue\"\n\t\t\t\tval testMigrations = Migration.between[TestClass, TargetClass](\n\t\t\t\t\tPrependStep('prependedField ->> prependedFieldDefaultValue) ::\n\t\t\t\t\tAppendStep('dummy2 ->> dummy2DefaultValue) ::\n\t\t\t\t\tHNil\n\t\t\t\t)\n\t\t\t\tval fallbackDecoder = CirceDecoder.createFallbackDecoder(testMigrations)\n\n\t\t\t\t\"and parse the json for TestClass\" -{\n\t\t\t\t\tval decodeResult = decode[TargetClass](\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin)(fallbackDecoder)\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2DefaultValue, prependedField = prependedFieldDefaultValue))\n\t\t\t\t\tassert(decodeResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for the intermediate type like: `prependedField: String, dummy1: String`\"- {\n\t\t\t\t\tval decodeResult = decode[TargetClass](\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"prependedField\": \"prependedFieldJsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin)(fallbackDecoder)\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2DefaultValue, prependedField = \"prependedFieldJsonValue\"))\n\t\t\t\t\tassert(decodeResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for TargetClass\"- {\n\t\t\t\t\tval decodeResult = decode[TargetClass](\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"prependedField\": \"prependedFieldJsonValue\",\n\t\t\t\t\t\t  |\"dummy2\": \"dummy2JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin)(fallbackDecoder)\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = \"dummy2JsonValue\", prependedField = \"prependedFieldJsonValue\"))\n\t\t\t\t\tassert(decodeResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\"cannot be created from a list with no migrations\" - {\n\t\t\t\tcompileError(\"\"\" CirceDecoder.createFallbackDecoder(HNil) \"\"\")\n\t\t\t}\n\t\t}\n\n\t\t\"A fallback playjson reads\" -{\n\t\t\timport bamboomigrate.playjson._\n\t\t\timport play.api.libs.json._\n\t\t\tcase class TestClass(dummy1: String)\n\n\t\t\t\"can be created from a list with one migration\" -{\n\t\t\t\tcase class TargetClass(dummy1: String, dummy2: String)\n\t\t\t\tval dummy2MigrationValue = \"dummy2MigrationValue\"\n\t\t\t\tval testMigrations = Migration.instance{(obj:TestClass) => TargetClass(dummy1 = obj.dummy1, dummy2 = dummy2MigrationValue)} :: HNil\n\n\t\t\t\tval fallbackReads = PlayJson.createFallbackReads(testMigrations)\n\n\t\t\t\t\"and parse the json for TestClass\" -{\n\t\t\t\t\tval readsResult = Json.parse(\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin).validate[TargetClass](fallbackReads).asEither\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2MigrationValue))\n\t\t\t\t\tassert(readsResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for TargetClass\"- {\n\t\t\t\t\tval readsResult = Json.parse(\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"dummy2\": \"dummy2JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin).validate[TargetClass](fallbackReads).asEither\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = \"dummy2JsonValue\"))\n\t\t\t\t\tassert(readsResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\"can be created from a list with multiple migrations\" -{\n\t\t\t\tcase class TargetClass(prependedField: String, dummy1: String, dummy2: String)\n\t\t\t\tval dummy2DefaultValue = \"dummy2DefaultValue\"\n\t\t\t\tval prependedFieldDefaultValue = \"prependedFieldDefaultValue\"\n\t\t\t\tval testMigrations = Migration.between[TestClass, TargetClass](\n\t\t\t\t\tPrependStep('prependedField ->> prependedFieldDefaultValue) ::\n\t\t\t\t\t\tAppendStep('dummy2 ->> dummy2DefaultValue) ::\n\t\t\t\t\t\tHNil\n\t\t\t\t)\n\t\t\t\tval fallbackReads = PlayJson.createFallbackReads(testMigrations)\n\n\t\t\t\t\"and parse the json for TestClass\" -{\n\t\t\t\t\tval readsResult = Json.parse(\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin).validate[TargetClass](fallbackReads).asEither\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2DefaultValue, prependedField = prependedFieldDefaultValue))\n\t\t\t\t\tassert(readsResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for the intermediate type like: `prependedField: String, dummy1: String`\"- {\n\t\t\t\t\tval readsResult = Json.parse(\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"prependedField\": \"prependedFieldJsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin).validate[TargetClass](fallbackReads).asEither\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = dummy2DefaultValue, prependedField = \"prependedFieldJsonValue\"))\n\t\t\t\t\tassert(readsResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t\t\"and parse the json for TargetClass\"- {\n\t\t\t\t\tval readsResult = Json.parse(\n\t\t\t\t\t\t\"\"\"{\n\t\t\t\t\t\t  |\"dummy1\": \"dummy1JsonValue\",\n\t\t\t\t\t\t  |\"prependedField\": \"prependedFieldJsonValue\",\n\t\t\t\t\t\t  |\"dummy2\": \"dummy2JsonValue\"\n\t\t\t\t\t\t  |}\n\t\t\t\t\t\t\"\"\".stripMargin).validate[TargetClass](fallbackReads).asEither\n\t\t\t\t\tval expectedDecodeResult = Right(TargetClass(dummy1 = \"dummy1JsonValue\", dummy2 = \"dummy2JsonValue\", prependedField = \"prependedFieldJsonValue\"))\n\t\t\t\t\tassert(readsResult == expectedDecodeResult)\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t\"cannot be created from a list with no migrations\" - {\n\t\t\t\tcompileError(\"\"\" PlayJson.createFallbackReads(HNil) \"\"\")\n\t\t\t}\n\t\t}\n\n\t\t\/\/Works with more fields, but takes waaay to long. The scalac flag -Yinduction-heuristics greatly helps in reducing compile times, but it still takes time with many fields.\n\t\t\"Work with huge amounts of anything (steps, migrations, fields in classes)\"-{\n\t\t\tcase class BaseClass(field0: String)\n\t\t\tcase class TargetClass(field0: String,\n\t\t\t\t\t\t\t\t   field1: String, field2: String, field3: String, field4: String, field5: String,\n\t\t\t\t\t\t\t\t   field6: String, field7: String, field8: String, field9: String, field10: String,\n\t\t\t\t\t\t\t\t   field11: String\/*, field12: String, field13: String, field14: String, field15: String,\n\t\t\t\t\t\t\t\t   field16: String, field17: String, field18: String, field19: String, field20: String,\n\t\t\t\t\t\t\t\t   field21: String, field22: String, field23: String, field24: String, field25: String,\n\t\t\t\t\t\t\t\t   field26: String, field27: String, field28: String, field29: String, field30: String,\n\t\t\t\t\t\t\t\t   field31: String, field32: String, field33: String, field34: String, field35: String,\n\t\t\t\t\t\t\t\t   field36: String, field37: String, field38: String, field39: String, field40: String*\/)\n\n\t\t\tval migrations = Migration.between[BaseClass, TargetClass](\n\t\t\t\tAppendStep('field1 ->> \"field1Value\") :: AppendStep('field2 ->> \"field2Value\") :: AppendStep('field3 ->> \"field3Value\") ::\n\t\t\t\tAppendStep('field4 ->> \"field4Value\") :: AppendStep('field5 ->> \"field5Value\") :: AppendStep('field6 ->> \"field6Value\") ::\n\t\t\t\t\tAppendStep('field7 ->> \"field7Value\") :: AppendStep('field8 ->> \"field8Value\") :: AppendStep('field9 ->> \"field9Value\") ::\n\t\t\t\t\tAppendStep('field10 ->> \"field10Value\") :: AppendStep('field11 ->> \"field11Value\")\/* :: AppendStep('field12 ->> \"field12Value\") ::\n\t\t\t\t\tAppendStep('field13 ->> \"field13Value\") :: AppendStep('field14 ->> \"field14Value\") :: AppendStep('field15 ->> \"field15Value\") ::\n\t\t\t\t\tAppendStep('field16 ->> \"field16Value\") :: AppendStep('field17 ->> \"field17Value\") :: AppendStep('field18 ->> \"field18Value\") ::\n\t\t\t\t\tAppendStep('field19 ->> \"field19Value\") :: AppendStep('field20 ->> \"field20Value\") :: AppendStep('field21 ->> \"field21Value\") ::\n\t\t\t\t\tAppendStep('field22 ->> \"field22Value\") :: AppendStep('field23 ->> \"field23Value\") :: AppendStep('field24 ->> \"field24Value\") ::\n\t\t\t\t\tAppendStep('field25 ->> \"field25Value\") :: AppendStep('field26 ->> \"field26Value\") :: AppendStep('field27 ->> \"field27Value\") ::\n\t\t\t\t\tAppendStep('field28 ->> \"field28Value\") :: AppendStep('field29 ->> \"field29Value\") :: AppendStep('field30 ->> \"field30Value\") ::\n\t\t\t\t\tAppendStep('field31 ->> \"field31Value\") :: AppendStep('field32 ->> \"field32Value\") :: AppendStep('field33 ->> \"field33Value\") ::\n\t\t\t\t\tAppendStep('field34 ->> \"field34Value\") :: AppendStep('field35 ->> \"field35Value\") :: AppendStep('field36 ->> \"field36Value\") ::\n\t\t\t\t\tAppendStep('field37 ->> \"field37Value\") :: AppendStep('field38 ->> \"field38Value\") :: AppendStep('field39 ->> \"field39Value\") ::\n\t\t\t\t\tAppendStep('field40 ->> \"field40Value\")*\/ :: HNil\n\t\t\t)\n\t\t\tval combinedMigration = Migration.combinedMigration(migrations)\n\t\t\tval expectedInstanceByMigrating = TargetClass( field0 = \"field0Value\",\n\t\t\t\tfield1 = \"field1Value\", field2 = \"field2Value\", field3 = \"field3Value\", field4 = \"field4Value\",\n\t\t\t\tfield5 = \"field5Value\", field6 = \"field6Value\", field7 = \"field7Value\", field8 = \"field8Value\",\n\t\t\t\tfield9 = \"field9Value\", field10 = \"field10Value\", field11 = \"field11Value\"\/*, field12 = \"field12Value\",\n\t\t\t\tfield13 = \"field13Value\", field14 = \"field14Value\", field15 = \"field15Value\", field16 = \"field16Value\",\n\t\t\t\tfield17 = \"field17Value\", field18 = \"field18Value\", field19 = \"field19Value\", field20 = \"field20Value\",\n\t\t\t\tfield21 = \"field21Value\", field22 = \"field22Value\", field23 = \"field23Value\", field24 = \"field24Value\",\n\t\t\t\tfield25 = \"field25Value\", field26 = \"field26Value\", field27 = \"field27Value\", field28 = \"field28Value\",\n\t\t\t\tfield29 = \"field29Value\", field30 = \"field30Value\", field31 = \"field31Value\", field32 = \"field32Value\",\n\t\t\t\tfield33 = \"field33Value\", field34 = \"field34Value\", field35 = \"field35Value\", field36 = \"field36Value\",\n\t\t\t\tfield37 = \"field37Value\", field38 = \"field38Value\", field39 = \"field39Value\", field40 = \"field40Value\"*\/\n\t\t\t)\n\n\t\t\tval migrationResult = combinedMigration.migrate(BaseClass(\"field0Value\"))\n\n\t\t\tassert(migrationResult == expectedInstanceByMigrating)\n\t\t}\n\t}\n}"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/playjson\/package.scala","text":"package bamboomigrate\n\npackage object playjson {\n\timport play.api.libs.json.Reads\n\timport julienrf.json.derived._\n\timport shapeless.Lazy\n\timplicit def playNameIdentityReads[A](implicit derivedReads: Lazy[DerivedReads[A]]): Reads[A] = derivedReads.value.reads(TypeTagReads.nested, NameAdapter.identity)\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/circe\/CirceDecoder.scala","text":"<reponame>valenterry\/bamboomigrate<filename>src\/main\/scala\/bamboomigrate\/circe\/CirceDecoder.scala\npackage bamboomigrate.circe\n\nimport bamboomigrate.{Migration, TypelevelUtils}\nimport io.circe.Decoder\nimport shapeless.ops.hlist.LeftFolder\nimport shapeless.{::, DepFn1, HList, LabelledGeneric, Poly, Poly2}\n\nobject CirceDecoder {\n\t\/** Create a combined Decoder from a list of migrations **\/\n\ttrait CombinedDecoder[Migrations <: HList, CombineDecoders <: Poly] extends DepFn1[Migrations] with Serializable\n\n\tobject CombinedDecoder {\n\t\tdef apply[Migrations <: HList, CombineDecoders <: Poly](implicit combinedDecoders: CombinedDecoder[Migrations, CombineDecoders]):\n\t\tAux[Migrations, CombineDecoders, combinedDecoders.Out] = combinedDecoders\n\n\t\ttype Aux[Migrations <: HList, CombineDecoders <: Poly, Out0] = CombinedDecoder[Migrations, CombineDecoders] { type Out = Out0 }\n\n\t\timplicit def atLeastOne[First, Second, Migrations <: HList, CombineDecoders <: Poly, OutP]\n\t\t(implicit firstDecoder: Decoder[First],\n\t\t secondDecoder: Decoder[Second],\n\t\t folder: LeftFolder.Aux[Migrations, Decoder[Second], CombineDecoders, OutP]): Aux[Migration[First, Second] :: Migrations, CombineDecoders, OutP]=\n\t\t\tnew CombinedDecoder[Migration[First, Second] :: Migrations, CombineDecoders] {\n\t\t\t\ttype Out = OutP\n\t\t\t\tdef apply(migrations: Migration[First, Second] :: Migrations): Out = {\n\t\t\t\t\tval initialDecoder: Decoder[Second] = Decoder[Second].or(Decoder[First].map(migrations.head.migrate))\n\t\t\t\t\tfolder(migrations.tail, initialDecoder): Out\n\t\t\t\t}\n\t\t\t}\n\t}\n\n\t\/** Create a fallback Decoder from a list of migrations, trying to use the decoder for the latest version and if that fails, tries the one for the version before and so on **\/\n\tobject combineDecodersByFallback extends Poly2 {\n\t\timplicit def combine[From, To: Decoder]: Case.Aux[Decoder[From], Migration[From, To], Decoder[To]] =\n\t\t\tat{ (fromDecoder: Decoder[From], migration: Migration[From, To]) =>\n\t\t\t\tDecoder[To].or( fromDecoder.map(migration.migrate)):Decoder[To]\n\t\t\t}\n\t}\n\n\t\/**\n\t  * Creates a circe Decoder from the given list of migrations.\n\t  * The decoder will try to decode json into the target type of the last migration.\n\t  * If that fails it will try the target type of the penultimate migration and so on until it succeeds or there is no migration left.\n\t  * It is required that there (implicitly) exists a decoder for each type of the given list of migrations\n\t  * @param migrations The list of migrations\n\t  * @return The fallback decoder\n\t  *\/\n\tdef createFallbackDecoder[MigrationList <: HList, FallbackDecoderResult](migrations: MigrationList)(\n\t\timplicit combineDecoders: CombinedDecoder.Aux[MigrationList, combineDecodersByFallback.type, FallbackDecoderResult]\n\t): FallbackDecoderResult = combineDecoders(migrations)\n}"}
{"repo_name":"valenterry\/bamboomigrate","path":"version.sbt","text":"<gh_stars>10-100\nversion := \"0.3-SNAPSHOT\""}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/TypelevelUtils.scala","text":"package bamboomigrate\n\nimport shapeless.PolyDefns._\nimport shapeless._\nimport shapeless.labelled.FieldType\n\nobject TypelevelUtils {\n\n\t\/**\n\t  * Same as shapeless LeftScanner but uses Lazy because LeftScanner somehow seems to produce diverging implicits even though it shouldn't.\n\t  * Using Lazy here definitely seems to help, but maybe this is not necessary.\n\t  *\/\n\ttrait LazyLeftScanner[L <: HList, In, P <: Poly] extends DepFn2[L, In] with Serializable {\n\t\ttype Out <: HList\n\t}\n\n\tobject LazyLeftScanner{\n\t\tdef apply[L <: HList, In, P <: Poly](implicit scan: LazyLeftScanner[L, In, P]): Aux[L, In, P, scan.Out] = scan\n\n\t\ttype Aux[L <: HList, In, P <: Poly, Out0 <: HList] = LazyLeftScanner[L, In, P]{ type Out = Out0 }\n\n\t\timplicit def hnilLeftScanner[In, P <: Poly]: Aux[HNil, In, P, In :: HNil] =\n\t\t\tnew LazyLeftScanner[HNil, In, P]{\n\t\t\t\ttype Out = In :: HNil\n\n\t\t\t\tdef apply(l: HNil, in: In) = in :: HNil\n\t\t\t}\n\n\t\timplicit def hlistLeftScanner[H, T <: HList, In, P <: Poly, OutP]\n\t\t(implicit ev: Case2.Aux[P, H, In, OutP], scan: Lazy[LazyLeftScanner[T, OutP, P]]): Aux[H :: T, In, P, In :: scan.value.Out] =\n\t\t\tnew LazyLeftScanner[H :: T, In, P]{\n\t\t\t\ttype Out = In :: scan.value.Out\n\n\t\t\t\tdef apply(l: H :: T, in: In) = in :: scan.value(l.tail, ev(l.head, in)) \/\/ check it's (h, in) vs (in, h)\n\t\t\t}\n\t}\n\n\t\/**\n\t  * Same as LazyLeftScanner but for Folding\n\t  *\/\n\ttrait LazyLeftFolder[L <: HList, In, HF] extends DepFn2[L, In] with Serializable\n\n\tobject LazyLeftFolder {\n\t\tdef apply[L <: HList, In, F](implicit folder: LazyLeftFolder[L, In, F]): Aux[L, In, F, folder.Out] = folder\n\n\t\ttype Aux[L <: HList, In, HF, Out0] = LazyLeftFolder[L, In, HF] { type Out = Out0 }\n\n\t\timplicit def hnilLeftFolder[In, HF]: Aux[HNil, In , HF, In] =\n\t\t\tnew LazyLeftFolder[HNil, In, HF] {\n\t\t\t\ttype Out = In\n\t\t\t\tdef apply(l : HNil, in : In): Out = in\n\t\t\t}\n\n\t\timplicit def hlistLeftFolder[H, T <: HList, In, HF, OutH]\n\t\t(implicit f : Case2.Aux[HF, In, H, OutH], ft : Lazy[LazyLeftFolder[T, OutH, HF]]): Aux[H :: T, In, HF, ft.value.Out] =\n\t\t\tnew LazyLeftFolder[H :: T, In, HF] {\n\t\t\t\ttype Out = ft.value.Out\n\t\t\t\tdef apply(l : H :: T, in : In) : Out = ft.value(l.tail, f(in, l.head))\n\t\t\t}\n\t}\n\n\t\/**\n\t  * Same as LazyLeftScanner but uses Strict\n\t  *\/\n\ttrait StrictLeftScanner[L <: HList, In, P <: Poly] extends DepFn2[L, In] with Serializable {\n\t\ttype Out <: HList\n\t}\n\n\tobject StrictLeftScanner{\n\t\tdef apply[L <: HList, In, P <: Poly](implicit scan: StrictLeftScanner[L, In, P]): Aux[L, In, P, scan.Out] = scan\n\n\t\ttype Aux[L <: HList, In, P <: Poly, Out0 <: HList] = StrictLeftScanner[L, In, P]{ type Out = Out0 }\n\n\t\timplicit def hnilLeftScanner[In, P <: Poly]: Aux[HNil, In, P, In :: HNil] =\n\t\t\tnew StrictLeftScanner[HNil, In, P]{\n\t\t\t\ttype Out = In :: HNil\n\n\t\t\t\tdef apply(l: HNil, in: In) = in :: HNil\n\t\t\t}\n\n\t\timplicit def hlistLeftScanner[H, T <: HList, In, P <: Poly, OutP]\n\t\t(implicit ev: Case2.Aux[P, H, In, OutP], scan: Strict[StrictLeftScanner[T, OutP, P]]): Aux[H :: T, In, P, In :: scan.value.Out] =\n\t\t\tnew StrictLeftScanner[H :: T, In, P]{\n\t\t\t\ttype Out = In :: scan.value.Out\n\n\t\t\t\tdef apply(l: H :: T, in: In) = in :: scan.value(l.tail, ev(l.head, in)) \/\/ check it's (h, in) vs (in, h)\n\t\t\t}\n\t}\n\n\t\/**\n\t  * Makes us able to not only view case classes as LabelledGenerics but also view LabelledGenerics themselves as they are, just returning them as they are\n\t  * This is usefull in in places where one needs a LabelledGeneric but does not want to provide a case class but a LabelledGeneric itself\n\t  *\/\n\timplicit def labelledGenericIdentity[LG <: HList]: LabelledGeneric.Aux[LG, LG] = new LabelledGeneric[LG] {\n\t\ttype Repr = LG\n\t\tdef to(lg: LG) : Repr = lg\n\t\tdef from(lg: Repr) : LG = lg\n\t}\n\n\tdef getFieldValue[K, V](value: FieldType[K, V]): V = value\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"publish.sbt","text":"\/*\n\tThis will publish to sonatype \/ maven central\n\tUse `sbt -DSONATYPE_USERNAME=$username -DSONATYPE_PASSWORD=$password -DSONATYPE_SECRETKEY_PHRASE=$secretkeyphrase \"+ signedPublish\"` to publish IF you have sonatype access.\n\tThe env vars above will be set when building\/publishing with travis CI. Also see sonatype.sbt\n *\/\n\npublishMavenStyle := true\n\npomIncludeRepository := { _ => false }\n\npublishTo := {\n\tval nexus = \"https:\/\/oss.sonatype.org\/\"\n\tif (isSnapshot.value)\n\t\tSome(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n\telse\n\t\tSome(\"releases\"  at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\npomExtra := (\n\t<url>https:\/\/github.com\/valenterry\/bamboomigrate<\/url>\n\t\t<licenses>\n\t\t\t<license>\n\t\t\t\t<name>MIT License<\/name>\n\t\t\t\t<url>http:\/\/www.opensource.org\/licenses\/mit-license.php<\/url>\n\t\t\t\t<distribution>repo<\/distribution>\n\t\t\t<\/license>\n\t\t<\/licenses>\n\t\t<scm>\n\t\t\t<url><EMAIL>:valenterry\/bamboomigrate.git<\/url>\n\t\t\t<connection>scm:git:<EMAIL>:valenterry\/bamboomigrate.git<\/connection>\n\t\t<\/scm>\n\t\t<developers>\n\t\t\t<developer>\n\t\t\t\t<id>valenterry<\/id>\n\t\t\t\t<name><NAME><\/name>\n\t\t\t\t<email><EMAIL><\/email>\n\t\t\t<\/developer>\n\t\t<\/developers>\n\t)"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/package.scala","text":"<gh_stars>10-100\npackage object bamboomigrate {\n\t\/\/Make it so that importing bamboomigrate let's one write the transformationsteps with shapeless without other imports\n\ttype HNil = shapeless.HNil\n\tval HNil = shapeless.HNil\n\ttype Nat = shapeless.Nat\n\tval Nat = shapeless.Nat\n\tval Record = shapeless.record.Record\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"sonatype.sbt","text":"val sonatypeCredentials = for {\n\tusername <- sys.props.get(\"SONATYPE_USERNAME\").orElse(sys.env.get(\"SONATYPE_USERNAME\"))\n\tpassword <- sys.props.get(\"SONATYPE_PASSWORD\").orElse(sys.env.get(\"SONATYPE_PASSWORD\"))\n} yield Credentials(\"Sonatype Nexus Repository Manager\", \"oss.sonatype.org\", username, password)\n\n\/\/If we cannot find the sonatype credentials we just pass none which makes \"sbt publish\" fail with unauthorized. Not nice but works. :(\ncredentials ++= sonatypeCredentials.toList\n\npgpSecretRing := file(\"keys\/secring.asc\") \/\/Yep, public\npgpPublicRing := file(\"keys\/pubring.asc\")\npgpPassphrase := sys.props.get(\"SONATYPE_SECRETKEY_PHRASE\").orElse(sys.env.get(\"SONATYPE_SECRETKEY_PHRASE\")).map(_.toCharArray)"}
{"repo_name":"valenterry\/bamboomigrate","path":"src\/main\/scala\/bamboomigrate\/Migration.scala","text":"<reponame>valenterry\/bamboomigrate\npackage bamboomigrate\n\nimport bamboomigrate.Transform.StepConstraint.OnlySteps\nimport bamboomigrate.Transform.{ApplyTransformationStep, transformationByAnyStep}\nimport bamboomigrate.TypelevelUtils.{LazyLeftFolder, LazyLeftScanner, getFieldValue}\nimport shapeless._\nimport shapeless.labelled.{FieldType, field}\nimport shapeless.ops.hlist.{Init, Last, LeftFolder, Patcher, Prepend}\nimport shapeless.ops.record.{Remover, Renamer}\n\nimport scala.annotation.implicitNotFound\n\n\/**\n  * A typeclass which allows to convert an instance of one type to an instance of another type\n  * @tparam From The instance which acts as the base\n  * @tparam To The instance that should be created when applying the migration\n  *\/\ntrait Migration[From, To] {\n\t\/**\n\t  * Given an instance of type `From` turns it into an instances of type `To`\n\t  * @param from The instance which acts as the base\n\t  * @return The instance created by the migration process\n\t  *\/\n\tdef migrate(from: From): To\n}\n\nobject Migration {\n\tdef apply[From, To](implicit migration: Migration[From, To]): Migration[From, To] = migration\n\n\t\/**\n\t  * A helper to easily create a migration, given a function that does the conversion\n\t  *\/\n\tdef instance[From, To](m: From => To): Migration[From, To] = new Migration[From, To] {\n\t\tdef migrate(from: From): To = m(from)\n\t}\n\n\t\/**\n\t  * If already given a migration, this helper will create a new migration by converting the target instance of the given migration into a new type\n\t  *\/\n\tdef mapTo[From, OldTo, NewTo](old: Migration[From, OldTo], f: OldTo => NewTo): Migration[From, NewTo] =\n\t\tMigration.instance( (obj: From) => f(old.migrate(obj)))\n\n\n\tfinal class StartingFromPartialTypeApplication[BaseType] {\n\t\tdef apply(steps: HNil) = HNil\n\n\t\tdef apply[BaseTypeLG <: HList, FirstStep, StepList <: HList, FirstStepResult, GeneratedMigrations <: HList]\n\t\t(steps: FirstStep :: StepList)\n\t\t(implicit lgen: LabelledGeneric.Aux[BaseType, BaseTypeLG],\n\t\t firstStep: ApplyTransformationStep.Aux[BaseTypeLG, FirstStep, transformationByAnyStep.type, FirstStepResult],\n\t\t scanner: LazyLeftScanner.Aux[StepList, Migration[BaseType, FirstStepResult], migrationByAnyStep.type, GeneratedMigrations]\n\t\t): GeneratedMigrations = {\n\t\t\tval firstMigration: Migration[BaseType, FirstStepResult] = Migration.instance{(obj:BaseType) => firstStep.apply(lgen.to(obj), steps.head)}\n\t\t\tscanner.apply(steps.tail, firstMigration)\n\t\t}\n\t}\n\t\/**\n\t  * Does the same as the `between` method, but the last migration will lead to an abstract LabelledGeneric which is the result from the transformations\n\t  * @return The list of migrations from base type to the abstract LabelledGeneric target\n\t  *\/\n\tdef startingFrom[BaseType] = new StartingFromPartialTypeApplication[BaseType]\n\n\tfinal class FromTargetPartialTypeApplication[TargetType] {\n\t\tdef apply[TargetTypeLG <: HList, Second, Migrations <: HList, PenultimateType, MigrationsWithoutLast <: HList, GeneratedMigrations <: HList]\n\t\t(migrations: Migrations)\n\t\t(implicit\n\t\t targetLG: LabelledGeneric.Aux[TargetType, TargetTypeLG],\n\t\t last: Last.Aux[Migrations, Migration[PenultimateType, TargetTypeLG]],\n\t\t init: Init.Aux[Migrations, MigrationsWithoutLast],\n\t\t prepend: Prepend.Aux[MigrationsWithoutLast, Migration[PenultimateType, TargetType] :: HNil, GeneratedMigrations]\n\t\t): GeneratedMigrations = prepend(init(migrations), Migration.instance{(obj:PenultimateType) => targetLG.from(last(migrations).migrate(obj)) } :: HNil)\n\t}\n\t\/**\n\t  * Replaces the last migration of a list of migrations (where the last migrations leads to an abstract LabelledGeneric) with a new migration that,\n\t  * instead, leads to to the provided TargetType\n\t  * @tparam TargetType The TargetType to which the last migration should lead to\n\t  * @return The new list of migrations\n\t  *\/\n\tdef fromTarget[TargetType] = new FromTargetPartialTypeApplication[TargetType]\n\n\n\tfinal class BetweenPartialTypeApplication[BaseType, TargetType] {\n\t\t\/**\n\t\t  * Given one transformation step (as an HList), returns one migration (as an HList) to migrate the base type to the target type\n\t\t  * @return The migration from base type to target type\n\t\t  * Will fail if the provided transformation step will not transform the base type into the target type\n\t\t  *\/\n\t\tdef apply[BaseTypeLG <: HList, TargetTypeLG <: HList, FirstStep <: TransformStep, Result]\n\t\t(steps: FirstStep :: HNil)\n\t\t(implicit migrationsBetween: MigrationsBetween.Aux[BaseType, TargetType, FirstStep :: HNil, Result]): Result = migrationsBetween.apply(steps)\n\n\t\t\/**\n\t\t  * Given transformation steps, returns a list of migrations (as an HList) to step by step migrate the base type to the target type\n\t\t  * @return The list of migrations from base type to target type\n\t\t  * Will fail if the provided transformation steps will not transform the base type into the target type after beeing applied step by step (starting with the first step in the list)\n\t\t  *\/\n\t\tdef apply[BaseTypeLG <: HList, Start, Second, FirstStep, StepList <: HList : OnlySteps, NextLG, ResultingMigrations <: HList, LastFrom, LastTo <: HList, ReplaceResult, Replaced, Result]\n\t\t(steps: FirstStep :: StepList)\n\t\t(implicit migrationsBetween: MigrationsBetween.Aux[BaseType, TargetType, FirstStep :: StepList, Result]\n\t\t): Result = migrationsBetween(steps)\n\t}\n\n\t\/**\n\t  * Creates a list (HList) of migrations which can be used step by step to migrate from the base type to the target type\n\t  * @tparam BaseType The base type where the first migration starts from\n\t  * @tparam TargetType The target type where the last migration ends\n\t  * @return A BetweenPartialTypeApplication object (used for partial type application)\n\t  *\/\n\tdef between[BaseType, TargetType] = new BetweenPartialTypeApplication[BaseType, TargetType]\n\n\n\t\/**\n\t  * Creates a list (HList) of migrations between the given `BaseType` and `TargetType` by using a `StepList` consisting of TransformationSteps\n\t  *\/\n\t@implicitNotFound(\"Unable to migrate from base ${BaseType} to target ${TargetType} using steps ${StepList}. Check that transforming the specified base step by step (in order) of the provided steps really leads to the specified base\")\n\ttrait MigrationsBetween[BaseType, TargetType, StepList <: HList] extends DepFn1[StepList] with Serializable\n\n\ttrait LowPriorityMigrationsBetween {\n\t\t@implicitNotFound(\"Unable to migrate from base ${BaseType} to target ${TargetType} using steps ${StepList}. Check that transforming the specified base step by step (in order) of the provided steps really leads to the specified base\")\n\t\ttype Aux[BaseType, TargetType, StepList <: HList, Out0] = MigrationsBetween[BaseType, TargetType, StepList] { type Out = Out0 }\n\n\t\timplicit def multipleSteps[BaseType, TargetType, BaseTypeLG <: HList, FirstStep, StepList <: HList : OnlySteps, NextLG, ResultingMigrations <: HList, LastFrom, LastTo <: HList, ReplaceResult, Replaced]\n\t\t(implicit lgen: Lazy[LabelledGeneric.Aux[BaseType, BaseTypeLG]],\n\t\t stepApplier: ApplyTransformationStep.Aux[BaseTypeLG, FirstStep, transformationByAnyStep.type, NextLG],\n\t\t scanner: LazyLeftScanner.Aux[StepList, Migration[BaseType, NextLG], migrationByAnyStep.type, ResultingMigrations],\n\t\t getLastMigration: Last.Aux[ResultingMigrations, Migration[LastFrom, LastTo]],\n\t\t replaceModifier: shapeless.ops.hlist.Modifier.Aux[ResultingMigrations, Migration[LastFrom, LastTo], Migration[LastFrom, TargetType], (Replaced, ReplaceResult)],\n\t\t targetGen: Lazy[LabelledGeneric.Aux[TargetType, LastTo]]\n\t\t): Aux[BaseType, TargetType, FirstStep :: StepList, ReplaceResult] =\n\t\t\tnew MigrationsBetween[BaseType, TargetType, FirstStep :: StepList] {\n\t\t\t\ttype Out = ReplaceResult\n\t\t\t\tdef apply(steps : FirstStep :: StepList): Out = {\n\t\t\t\t\tval firstMigration:Migration[BaseType, NextLG] = Migration.instance { (base: BaseType) => stepApplier(lgen.value.to(base), steps.head) }\n\t\t\t\t\tval migrationsResult: ResultingMigrations = scanner.apply(steps.tail, firstMigration)\n\t\t\t\t\tval transformLastMigration: Migration[LastFrom, LastTo] => Migration[LastFrom, TargetType] =\n\t\t\t\t\t\t(lastMigration: Migration[LastFrom, LastTo]) => Migration.mapTo(lastMigration, (obj: LastTo) => targetGen.value.from(obj))\n\t\t\t\t\tval migrationsWithLastMigrationToTarget:ReplaceResult = replaceModifier(migrationsResult, transformLastMigration)._2\n\t\t\t\t\tmigrationsWithLastMigrationToTarget\n\t\t\t\t}\n\t\t\t}\n\t}\n\n\tobject MigrationsBetween extends LowPriorityMigrationsBetween {\n\t\tdef apply[BaseType, TargetType, StepList <: HList]\n\t\t(implicit migrationsBetween: MigrationsBetween[BaseType, TargetType, StepList]):\n\t\tAux[BaseType, TargetType, StepList, migrationsBetween.Out] = migrationsBetween\n\n\t\timplicit def oneStep[BaseType, TargetType, BaseTypeLG <: HList, TargetTypeLG <: HList, FirstStep <: TransformStep]\n\t\t(implicit lgen: Lazy[LabelledGeneric.Aux[BaseType, BaseTypeLG]],\n\t\t onlyStepApplier: ApplyTransformationStep.Aux[BaseTypeLG, FirstStep, transformationByAnyStep.type, TargetTypeLG],\n\t\t targetGen: Lazy[LabelledGeneric.Aux[TargetType, TargetTypeLG]]): Aux[BaseType, TargetType, FirstStep :: HNil, Migration[BaseType, TargetType] :: HNil] =\n\t\t\tnew MigrationsBetween[BaseType, TargetType, FirstStep :: HNil] {\n\t\t\t\ttype Out = Migration[BaseType, TargetType] :: HNil\n\t\t\t\tdef apply(steps : FirstStep :: HNil): Out = {\n\t\t\t\t\tval x: Migration[BaseType, TargetType] :: HNil = Migration.instance { (base: BaseType) => targetGen.value.from(onlyStepApplier(lgen.value.to(base), steps.head)) } :: HNil\n\t\t\t\t\tx\n\t\t\t\t}\n\t\t\t}\n\t}\n\n\n\tobject combineMigrations extends Poly2 {\n\t\timplicit def combine[A, B, C]: Case.Aux[Migration[A, B], Migration[B, C], Migration[A, C]] =\n\t\t\tat{ (migration: Migration[A, B], m2: Migration[B, C]) => Migration.instance( a => m2.migrate(migration.migrate(a)) ) }\n\t}\n\n\t\/**\n\t  * If given a list of migrations, creates one single new migration that will go from the base type of the first migration to the target type of the last migration\n\t  * @param migrations The list of migrations\n\t  * @return The new migration\n\t  *\/\n\tdef combinedMigration[Start, Second, MigrationList <: HList](migrations: Migration[Start, Second] :: MigrationList)(\n\t\timplicit folder: LeftFolder[MigrationList, Migration[Start, Second], combineMigrations.type]\n\t) = migrations.tail.foldLeft(migrations.head)(combineMigrations)\n\n\n\tobject migrationByAnyStep extends Poly2 {\n\t\timplicit def byPrependStep[LastType, B <: HList, Name, Type]: Case.Aux[PrependStep[Name, Type], Migration[LastType, B], Migration[B, FieldType[Name, Type] :: B]] =\n\t\t\tat{ (prep: PrependStep[Name, Type], _: Migration[LastType, B]) => Migration.instance{ (obj:B) => prep.kt :: obj } }\n\n\t\timplicit def byAppendStep[LastType, B <: HList, Name, Type, AppendResult <: HList]\n\t\t(implicit prepend : Prepend.Aux[B, FieldType[Name, Type] :: HNil, AppendResult]): Case.Aux[AppendStep[Name, Type], Migration[LastType, B], Migration[B, AppendResult]] =\n\t\t\tat{ (app: AppendStep[Name, Type], _: Migration[LastType, B]) => Migration.instance{ (obj:B) => prepend(obj, app.kt :: HNil) } }\n\n\t\timplicit def byRemoveStep[LastType, B <: HList, Name, _RemovedElement, RemoveResult <:HList]\n\t\t(implicit remover1: Remover.Aux[B, Name, (_RemovedElement, RemoveResult)]): Case.Aux[RemoveStep[Name], Migration[LastType, B], Migration[B, RemoveResult]] =\n\t\t\tat{ (_: RemoveStep[Name], _: Migration[LastType, B]) => Migration.instance{ (obj:B) => remover1(obj)._2:RemoveResult } }\n\n\t\timplicit def byInsertAtStep[LastType, B <: HList, InsertPosition <: Nat, Name, Type, InsertResult <: HList]\n\t\t(implicit patch: Patcher.Aux[InsertPosition, _0, B, FieldType[Name, Type] :: HNil, InsertResult]):\n\t\tCase.Aux[InsertAtStep[InsertPosition, Name, Type], Migration[LastType, B], Migration[B, InsertResult]] =\n\t\t\tat{ (rs: InsertAtStep[InsertPosition, Name, Type], _: Migration[LastType, B]) => Migration.instance{ (obj:B) => patch(obj, rs.kt :: HNil) } }\n\n\t\timplicit def byRenameStep[LastType, B <: HList, OldName, NewName, RenameResult <: HList]\n\t\t(implicit rename: Renamer.Aux[B, OldName, NewName, RenameResult]):\n\t\tCase.Aux[RenameStep[OldName, NewName], Migration[LastType, B], Migration[B, RenameResult]] =\n\t\t\tat{ (_: RenameStep[OldName, NewName], _: Migration[LastType, B]) => Migration.instance{ (obj:B) => rename(obj):RenameResult } }\n\n\t\timplicit def byReplaceStep[LastType, B <: HList, OldName, NewName, OldType, NewType, _ReplacedElement, ReplaceResult]\n\t\t(implicit replaceModifier: shapeless.ops.hlist.Modifier.Aux[B, FieldType[OldName, OldType], FieldType[NewName, NewType], (_ReplacedElement, ReplaceResult)]):\n\t\tCase.Aux[ReplaceStep[OldName, NewName, OldType, NewType], Migration[LastType, B], Migration[B, ReplaceResult]] =\n\t\t\tat{ (replaceStep: ReplaceStep[OldName, NewName, OldType, NewType], _: Migration[LastType, B]) => Migration.instance{ (obj:B) =>\n\t\t\t\tval replaceFunction: FieldType[OldName, OldType] => FieldType[NewName, NewType] = { ft:FieldType[OldName, OldType] =>\n\t\t\t\t\tval oldValue: OldType = getFieldValue(ft)\n\t\t\t\t\tval newValue: NewType = replaceStep.mapValue(oldValue)\n\t\t\t\t\tfield[NewName](newValue): FieldType[NewName, NewType]\n\t\t\t\t}\n\t\t\t\treplaceModifier(obj, replaceFunction)._2\n\t\t\t}\n\t\t}\n\n\t\timplicit def byChangeTypeStep[LastType, B <: HList, Name, OldType, NewType, _ReplacedElement, ReplaceResult]\n\t\t(implicit replaceModifier: shapeless.ops.hlist.Modifier.Aux[B, FieldType[Name, OldType], FieldType[Name, NewType], (_ReplacedElement, ReplaceResult)]):\n\t\tCase.Aux[ChangeTypeStep[Name, OldType, NewType], Migration[LastType, B], Migration[B, ReplaceResult]] =\n\t\t\tat{ (changeTypeStep: ChangeTypeStep[Name, OldType, NewType], _: Migration[LastType, B]) => Migration.instance{ (obj:B) =>\n\t\t\t\tval replaceFunction: FieldType[Name, OldType] => FieldType[Name, NewType] = { ft:FieldType[Name, OldType] =>\n\t\t\t\t\tval oldValue: OldType = getFieldValue(ft)\n\t\t\t\t\tval newValue: NewType = changeTypeStep.mapValue(oldValue)\n\t\t\t\t\tfield[Name](newValue): FieldType[Name, NewType]\n\t\t\t\t}\n\t\t\t\treplaceModifier(obj, replaceFunction)._2\n\t\t\t}\n\t\t}\n\n\t\timplicit def byFullTransformStep[LastType, B <: HList, To <: HList]:\n\t\tCase.Aux[FullTransformStep[B, To], Migration[LastType, B], Migration[B, To]] =\n\t\t\tat{ (fullTransformStep: FullTransformStep[B, To], _: Migration[LastType, B]) => Migration.instance{ (obj:B) =>\n\t\t\t\tfullTransformStep.transform(obj):To\n\t\t\t}\n\t\t}\n\n\t\timplicit def bySequenceStep[LastType, B <: HList, Steps <: HList, FirstStep <: TransformStep, FoldResult]\n\t\t(implicit folder: LazyLeftFolder.Aux[FirstStep :: Steps, B, transformationByAnyStep.type, FoldResult]):\n\t\tCase.Aux[Migration[LastType, B], SequenceStep[FirstStep, Steps], Migration[B, FoldResult]] =\n\t\t\tat { (_: Migration[LastType, B], sequenceStep: SequenceStep[FirstStep, Steps]) => Migration.instance{ (obj:B) =>\n\t\t\t\tfolder(sequenceStep.steps, obj)\n\t\t\t}\n\t\t}\n\t}\n}\n"}
{"repo_name":"valenterry\/bamboomigrate","path":"build.sbt","text":"name := \"bamboomigrate\"\n\norganization := \"de.willscher\"\n\nscalaVersion := \"2.12.4-bin-typelevel-4\"\nscalaOrganization in ThisBuild := \"org.typelevel\"\n\ncrossScalaVersions := Seq(\"2.11.8\", \"2.12.4-bin-typelevel-4\")\n\ndef scalacOptionsVersion(scalaVersion: String) = {\n\tSeq(\n\t\t\"-deprecation\",                      \/\/ Emit warning and location for usages of deprecated APIs.\n\t\t\"-encoding\", \"UTF-8\",                \/\/ Specify character encoding used by source files.\n\t\t\"-explaintypes\",                     \/\/ Explain type errors in more detail.\n\t\t\"-feature\",                          \/\/ Emit warning and location for usages of features that should be imported explicitly.\n\t\t\"-language:existentials\",            \/\/ Existential types (besides wildcard types) can be written and inferred\n\t\t\"-language:experimental.macros\",     \/\/ Allow macro definition (besides implementation and application)\n\t\t\"-language:higherKinds\",             \/\/ Allow higher-kinded types\n\t\t\"-language:implicitConversions\",     \/\/ Allow definition of implicit functions called views\n\t\t\"-unchecked\",                        \/\/ Enable additional warnings where generated code depends on assumptions.\n\t\t\"-Xcheckinit\",                       \/\/ Wrap field accessors to throw an exception on uninitialized access.\n\t\t\"-Xfatal-warnings\",                  \/\/ Fail the compilation if there are any warnings.\n\t\t\"-Xfuture\",                          \/\/ Turn on future language features.\n\t\t\"-Xlint:adapted-args\",               \/\/ Warn if an argument list is modified to match the receiver.\n\t\t\"-Xlint:by-name-right-associative\",  \/\/ By-name parameter of right associative operator.\n\t\t\"-Xlint:delayedinit-select\",         \/\/ Selecting member of DelayedInit.\n\t\t\"-Xlint:doc-detached\",               \/\/ A Scaladoc comment appears to be detached from its element.\n\t\t\"-Xlint:inaccessible\",               \/\/ Warn about inaccessible types in method signatures.\n\t\t\"-Xlint:infer-any\",                  \/\/ Warn when a type argument is inferred to be `Any`.\n\t\t\"-Xlint:missing-interpolator\",       \/\/ A string literal appears to be missing an interpolator id.\n\t\t\"-Xlint:nullary-override\",           \/\/ Warn when non-nullary `def f()' overrides nullary `def f'.\n\t\t\"-Xlint:nullary-unit\",               \/\/ Warn when nullary methods return Unit.\n\t\t\"-Xlint:option-implicit\",            \/\/ Option.apply used implicit view.\n\t\t\"-Xlint:package-object-classes\",     \/\/ Class or object defined in package object.\n\t\t\"-Xlint:poly-implicit-overload\",     \/\/ Parameterized overloaded implicit methods are not visible as view bounds.\n\t\t\"-Xlint:private-shadow\",             \/\/ A private field (or class parameter) shadows a superclass field.\n\t\t\"-Xlint:stars-align\",                \/\/ Pattern sequence wildcard must align with sequence component.\n\t\t\"-Xlint:type-parameter-shadow\",      \/\/ A local type parameter shadows a type already in scope.\n\t\t\"-Xlint:unsound-match\",              \/\/ Pattern match may not be typesafe.\n\t\t\"-Yno-adapted-args\",                 \/\/ Do not adapt an argument list (either by inserting () or creating a tuple) to match the receiver.\n\t\t\"-Ypartial-unification\",             \/\/ Enable partial unification in type constructor inference\n\t\t\"-Ywarn-dead-code\",                  \/\/ Warn when dead code is identified.\n\t\t\"-Ywarn-inaccessible\",               \/\/ Warn about inaccessible types in method signatures.\n\t\t\"-Ywarn-infer-any\",                  \/\/ Warn when a type argument is inferred to be `Any`.\n\t\t\"-Ywarn-nullary-override\",           \/\/ Warn when non-nullary `def f()' overrides nullary `def f'.\n\t\t\"-Ywarn-nullary-unit\",               \/\/ Warn when nullary methods return Unit.\n\t\t\"-Ywarn-numeric-widen\",              \/\/ Warn when numerics are widened.\n\t\t\"-Ywarn-value-discard\"               \/\/ Warn when non-Unit expression results are unused.\n\t) ++ (CrossVersion.partialVersion(scalaVersion):Option[(Int, Int)]) match {\n\t\tcase list if list.last == (2, 11) => Nil\n\t\tcase list if list.last == (2, 12) => Seq(\"-Yinduction-heuristics\")\n\t\tcase other => throw new Exception(s\"Expected to find scala version 2.11 or 2.11 but did not found this within $other\")\n\t}\n}\n\nscalacOptions := scalacOptionsVersion(scalaVersion.value)\n\n\nlibraryDependencies ++= Seq(\n\t\"com.chuusai\" %% \"shapeless\" % \"2.3.2\",\n\t\"com.lihaoyi\" %% \"utest\" % \"0.6.3\" % \"test\",\n\t\"com.typesafe.play\" %% \"play-json\" % \"2.6.7\",\n\t\"org.julienrf\" %% \"play-json-derived-codecs\" % \"4.0.0-RC1\"\n)\n\nval circeVersion = \"0.8.0\"\n\nlibraryDependencies ++= Seq(\n\t\"io.circe\" %% \"circe-core\",\n\t\"io.circe\" %% \"circe-generic\",\n\t\"io.circe\" %% \"circe-parser\",\n\t\"io.circe\" %% \"circe-shapes\"\n).map(_ % circeVersion)\n\ntestFrameworks += new TestFramework(\"utest.runner.Framework\")"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/Input.scala","text":"<reponame>exoego\/parboiled\n\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.parboiled.buffers.{InputBuffer, IndentDedentInputBuffer, DefaultInputBuffer}\n\n\/**\n * Simple Input abstraction serving as the target of a number of implicit conversions defined in the\n * org.parboiled.scala package object.\n *\/\nclass Input(val input: Array[Char], bufferCreator: (Array[Char] => InputBuffer) = new DefaultInputBuffer(_)) {\n  lazy val inputBuffer: InputBuffer = bufferCreator(input)\n\n  \/**\n   * Causes the input to be wrapped with a IndentDedentInputBuffer.\n   * @param tabStop          the number of characters in a tab stop.\n   * @param lineCommentStart the string starting a line comment or null, if line comments are not defined\n   * @param strict           signals whether an IllegalIndentationException should be thrown on\n   * \"semi-dedents\", if false the buffer silently accepts these\n   *\/\n  def transformIndents(tabStop: Int = 2, lineCommentStart: String = null, strict: Boolean = false,\n                       skipEmptyLines: Boolean = true): Input =\n    new Input(input, new IndentDedentInputBuffer(_, tabStop, lineCommentStart, strict, skipEmptyLines))\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/FirstOfStringsTest.scala","text":"<reponame>exoego\/parboiled<gh_stars>100-1000\n\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.testng.Assert._\nimport testing.ParboiledTest\nimport org.parboiled.matchers.FirstOfStringsMatcher\n\nclass FirstOfStringsTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  class TestParser extends Parser {\n    def Fast = rule { \"Alpha\" | \"Bravo\" | \"Charlie\" }\n\n    def Slow1 = rule { EOI | \"Alpha\" | \"Bravo\" | \"Charlie\" }\n\n    def Slow2 = rule { \"Alpha\" | EOI | \"Bravo\" | \"Charlie\" }\n\n    def Slow3 = rule { \"Alpha\" | \"Bravo\" | \"Charlie\" | EOI }\n  }\n\n  val parser = new TestParser\n\n  @Test\n  def testFast(): Unit = {\n    assertTrue(parser.Fast.matcher.isInstanceOf[FirstOfStringsMatcher]);\n    assertFalse(parser.Slow1.matcher.isInstanceOf[FirstOfStringsMatcher]);\n    assertFalse(parser.Slow2.matcher.isInstanceOf[FirstOfStringsMatcher]);\n    assertFalse(parser.Slow3.matcher.isInstanceOf[FirstOfStringsMatcher]);\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-core\/src\/test\/java\/org\/parboiled\/JavaCollectionWrapper.scala","text":"<reponame>exoego\/parboiled<gh_stars>100-1000\npackage org.parboiled\n\nimport scala.collection.JavaConverters._\n\nfinal class JavaCollectionWrapper[A](underlying: java.util.Collection[A]) extends scala.Iterable[A] {\n  def iterator = underlying.iterator.asScala\n  override def size = underlying.size\n  override def isEmpty = underlying.isEmpty\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/parserunners\/BasicParseRunner.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\npackage parserunners\n\nimport org.parboiled.parserunners.{BasicParseRunner => PBasicParseRunner}\n\n\/**\n * A simple wrapper for org.parboiled.parserunners.BasicParseRunner which returns a scala ParsingResult.\n * Note that the ParseRunner only accepts rules with zero or one value type parameter, as parsers leaving more\n * than one value on the value stack are considered to be bad style.\n *\/\nobject BasicParseRunner {\n  def apply(rule: Rule0) = new BasicParseRunner[Nothing](new PBasicParseRunner[Nothing](rule))\n\n  def apply[V](rule: Rule1[V]) = new BasicParseRunner[V](new PBasicParseRunner[V](rule))\n}\n\nclass BasicParseRunner[V](val inner: PBasicParseRunner[V]) extends ParseRunner[V] {\n  def run(input: Input): ParsingResult[V] = ParsingResult(inner.run(input.inputBuffer))\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/SyntacticPredicateTest.scala","text":"<filename>parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/SyntacticPredicateTest.scala\n\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.testng.Assert.assertEquals\nimport testing.ParboiledTest\n\nclass SyntacticPredicateTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  class TestParser extends Parser {\n    def Clause = rule { Number ~ &(\"1\") ~ Number ~ !\"5\" ~ Number }\n    def Number = rule { \"0\" - \"9\" }\n  }\n\n  type Result = Int\n\n  val parser = new TestParser() {\n    override val buildParseTree = true\n  }\n\n  @Test\n  def testSyntacticPredicates(): Unit = {\n    parse(ReportingParseRunner(parser.Clause), \"216\") {\n      assertEquals(parseTree,\n        \"\"\"|[Clause] '216'\n           |  [Number] '2'\n           |  [Number] '1'\n           |  [Number] '6'\n           |\"\"\".stripMargin)\n    }\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/rules\/Rule.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\npackage rules\n\nimport org.parboiled.matchers._\nimport org.parboiled.Action\nimport org.parboiled.Context\nimport java.lang.String\nimport Rule._\nimport org.parboiled.support.{IndexRange, ValueStack}\n\n\/**\n * The base class of all scala parser rules.\n *\/\nabstract class Rule {\n  val matcher: Matcher\n\n  \/**\n   * Creates a \"NOT\" syntactic predicate according to the PEG formalism.\n   *\/\n  def unary_! : Rule0 = new TestNotMatcher(matcher)\n\n  \/**\n   * Connects two rules into a rule a sequence.\n   *\/\n  def ~ (other: Rule0): this.type = withMatcher(append(other))\n\n  \/**\n   * Creates a semantic predicate on the first char of the input text matched by the immediately preceding rule.\n   *\/\n  def ~:? (f: Char => Boolean): this.type = withMatcher(append(exec(GetMatchedChar, f)))\n\n  \/**\n   * Creates a semantic predicate on the input text matched by the immediately preceding rule.\n   *\/\n  def ~? (f: String => Boolean): this.type = withMatcher(append(exec(GetMatch, f)))\n\n  \/**\n   * Creates a simple parser action with the first char of the input text matched by the immediately preceding\n   * rule as parameter.\n   *\/\n  def ~:% (f: Char => Unit): this.type = ~:?(ok(f))\n  \n  \/**\n   * Creates a simple parser action with the input text matched by the immediately preceding rule as parameter.\n   *\/\n  def ~% (f: String => Unit): this.type = ~?(ok(f))\n  \n  def label(label: String): this.type = withMatcher(matcher.label(label).asInstanceOf[Matcher])\n\n  def suppressNode: this.type = withMatcher(matcher.suppressNode().asInstanceOf[Matcher])\n\n  def suppressSubnodes: this.type = withMatcher(matcher.suppressSubnodes().asInstanceOf[Matcher])\n\n  def skipNode: this.type = withMatcher(matcher.skipNode().asInstanceOf[Matcher])\n\n  def memoMismatches: this.type = withMatcher(matcher.memoMismatches().asInstanceOf[Matcher])\n\n  override def toString = getClass.getSimpleName + \": \" + matcher.toString\n\n  protected def withMatcher(matcher: Matcher): this.type\n\n  protected def append(action: Action[_]): Matcher = append(new ActionMatcher(action).label(nameAction(\"\")))\n\n  protected def append(f: Context[Any] => Boolean): Matcher = append(action(f))\n\n  protected def append(other: Rule): Matcher = append(other.matcher)\n\n  protected def append(other: Matcher): Matcher = matcher match {\n    case m: SequenceMatcher if (m.getLabel == \"Sequence\") => new SequenceMatcher(addSub(m.getChildren, other))\n    case _ => new SequenceMatcher(Array(matcher, other))\n  }\n\n  protected def appendChoice(other: Rule): Matcher = appendChoice(other.matcher)\n\n  protected def appendChoice(other: Matcher): Matcher = matcher match {\n    case m: StringMatcher => other match {\n      case o: StringMatcher => new FirstOfStringsMatcher(Array(m, o), Array(m.characters, o.characters))\n      case _ => new FirstOfMatcher(Array(matcher, other))\n    }\n    case m: FirstOfStringsMatcher if (m.getLabel == \"FirstOf\") => other match {\n      case o: StringMatcher => new FirstOfStringsMatcher(addSub(m.getChildren, o), addSub(m.strings, o.characters))\n      case _ => new FirstOfMatcher(addSub(m.getChildren, other))\n    }\n    case m: FirstOfMatcher if (m.getLabel == \"FirstOf\") => new FirstOfMatcher(addSub(m.getChildren, other))\n    case _ => new FirstOfMatcher(Array(matcher, other))\n  }\n}\n\nobject Rule {\n  private[parboiled] val GetMatch: (Context[Any] => String) = _.getMatch\n  private[parboiled] val GetMatchedChar: (Context[Any] => Char) = _.getFirstMatchChar\n  private[parboiled] val GetMatchRange: (Context[Any] => IndexRange) = _.getMatchRange\n  private[parboiled] val Pop = (vs:ValueStack[Any], _:Int) => vs.pop\n  private[parboiled] val Peek: ((ValueStack[Any], Int) => Any) = _.peek(_)\n\n  private def addSub(subs: java.util.List[Matcher], element: Matcher): Array[org.parboiled.Rule] = {\n    val count = subs.size\n    val array = new Array[org.parboiled.Rule](count + 1)\n    subs.toArray(array)\n    array(count) = element\n    array\n  }\n\n  private def addSub(subs: Array[Array[Char]], characters: Array[Char]): Array[Array[Char]] = {\n    val count = subs.length\n    val array = new Array[Array[Char]](count + 1)\n    Array.copy(subs, 0, array, 0, count)\n    array(count) = characters\n    array\n  }\n\n  private[parboiled] def action(f: Context[Any] => Boolean) = new Action[Any] {\n    def run(context: Context[Any]) = f(context)\n  }\n\n  private[parboiled] def push(f: Context[Any] => Any) = (context: Context[Any]) => {\n    context.getValueStack.push(f(context))\n    true\n  }\n\n  private[parboiled] def ok[A](f: A => Any): A => Boolean = {\n    f match {\n      case wca: WithContextAction1[A, Any] => new WithContextAction1({ (a, ctx) => wca.action(a, ctx); true })\n      case _ => { a => f(a); true }\n    }\n  }\n\n  private[parboiled] def stack1[Z](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => {\n    get(c.getValueStack, 0).asInstanceOf[Z]\n  }\n\n  private[parboiled] def stack2[Z, Y](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y]\n          )\n\n  private[parboiled] def stack3[Z, Y, X](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y],\n          get(c.getValueStack, 2).asInstanceOf[X]\n          )\n\n  private[parboiled] def stack4[Z, Y, X, W](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y],\n          get(c.getValueStack, 2).asInstanceOf[X],\n          get(c.getValueStack, 3).asInstanceOf[W]\n          )\n\n  private[parboiled] def stack5[Z, Y, X, W, V](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y],\n          get(c.getValueStack, 2).asInstanceOf[X],\n          get(c.getValueStack, 3).asInstanceOf[W],\n          get(c.getValueStack, 4).asInstanceOf[V]\n          )\n\n  private[parboiled] def stack6[Z, Y, X, W, V, U](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y],\n          get(c.getValueStack, 2).asInstanceOf[X],\n          get(c.getValueStack, 3).asInstanceOf[W],\n          get(c.getValueStack, 4).asInstanceOf[V],\n          get(c.getValueStack, 5).asInstanceOf[U]\n          )\n\n  private[parboiled] def stack7[Z, Y, X, W, V, U, T](get: (ValueStack[Any], Int) => Any) = (c: Context[Any]) => (\n          get(c.getValueStack, 0).asInstanceOf[Z],\n          get(c.getValueStack, 1).asInstanceOf[Y],\n          get(c.getValueStack, 2).asInstanceOf[X],\n          get(c.getValueStack, 3).asInstanceOf[W],\n          get(c.getValueStack, 4).asInstanceOf[V],\n          get(c.getValueStack, 5).asInstanceOf[U],\n          get(c.getValueStack, 6).asInstanceOf[T]\n          )\n\n  private[parboiled] def exec[Z, R](extract: Context[Any] => Z, f: Z => R) = (context: Context[Any]) => {\n    val z = extract(context)\n    f match {\n      case a: WithContextAction1[Z, R] => a.action(z, context)\n      case _ => f(z)\n    }\n  }\n\n  private[parboiled] def exec[Y, Z, R](extract: Context[Any] => (Z, Y), f: (Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y) = extract(context)\n    f match {\n      case a: WithContextAction2[Y, Z, R] => a.action(y, z, context)\n      case _ => f(y, z)\n    }\n  }\n\n  private[parboiled] def exec[X, Y, Z, R](extract: Context[Any] => (Z, Y, X), f: (X, Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y, x) = extract(context)\n    f match {\n      case a: WithContextAction3[X, Y, Z, R] => a.action(x, y, z, context)\n      case _ => f(x, y, z)\n    }\n  }\n\n  private[parboiled] def exec[W, X, Y, Z, R](extract: Context[Any] => (Z, Y, X, W), f: (W, X, Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y, x, w) = extract(context)\n    f match {\n      case a: WithContextAction4[W, X, Y, Z, R] => a.action(w, x, y, z, context)\n      case _ => f(w, x, y, z)\n    }\n  }\n\n  private[parboiled] def exec[V, W, X, Y, Z, R](extract: Context[Any] => (Z, Y, X, W, V), f: (V, W, X, Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y, x, w, v) = extract(context)\n    f match {\n      case a: WithContextAction5[V, W, X, Y, Z, R] => a.action(v, w, x, y, z, context)\n      case _ => f(v, w, x, y, z)\n    }\n  }\n\n  private[parboiled] def exec[U, V, W, X, Y, Z, R](extract: Context[Any] => (Z, Y, X, W, V, U), f: (U, V, W, X, Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y, x, w, v, u) = extract(context)\n    f match {\n      case a: WithContextAction6[U, V, W, X, Y, Z, R] => a.action(u, v, w, x, y, z, context)\n      case _ => f(u, v, w, x, y, z)\n    }\n  }\n\n  private[parboiled] def exec[T, U, V, W, X, Y, Z, R](extract: Context[Any] => (Z, Y, X, W, V, U, T), f: (T, U, V, W, X, Y, Z) => R) = (context: Context[Any]) => {\n    val (z, y, x, w, v, u, t) = extract(context)\n    f match {\n      case a: WithContextAction7[T, U, V, W, X, Y, Z, R] => a.action(t, u, v, w, x, y, z, context)\n      case _ => f(t, u, v, w, x, y, z)\n    }\n  }\n}\n\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/parserunners\/RecoveringParseRunner.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\npackage parserunners\n\nimport org.parboiled.parserunners.{RecoveringParseRunner => PRecoveringParseRunner}\n\n\/**\n * A simple wrapper for org.parboiled.parserunners.RecoveringParseRunner which returns a scala ParsingResult.\n * Note that the ParseRunner only accepts rules with zero or one value type parameter, as parsers leaving more\n * than one value on the value stack are considered to be bad style.\n *\/\nobject RecoveringParseRunner {\n\n  \/**\n   * Create a RecoveringParseRunner for the given rule.\n   *\/\n  def apply(rule: Rule0): RecoveringParseRunner[Nothing] = apply(rule, Long.MaxValue)\n  \n  \/**\n   * Create a RecoveringParseRunner for the given rule.\n   * The timeout value specifies the maximum number of milliseconds a parsing run may take. If the run takes longer\n   * it will be terminated with a org.parboiled.parserunners.RecoveringParseRunner.TimeoutException.\n   *\/\n  def apply(rule: Rule0, timeout: Long) = {\n    new RecoveringParseRunner[Nothing](new PRecoveringParseRunner[Nothing](rule, timeout))\n  }\n\n  \/**\n   * Create a RecoveringParseRunner for the given rule.\n   *\/\n  def apply[V](rule: Rule1[V]): RecoveringParseRunner[V] = apply(rule, Long.MaxValue)\n  \n  \/**\n   * Create a RecoveringParseRunner for the given rule.\n   * The timeout value specifies the maximum number of milliseconds a parsing run may take. If the run takes longer\n   * it will be terminated with a org.parboiled.parserunners.RecoveringParseRunner.TimeoutException.\n   *\/\n  def apply[V](rule: Rule1[V], timeout: Long = Long.MaxValue) = {\n    new RecoveringParseRunner[V](new PRecoveringParseRunner[V](rule, timeout))\n  }\n}\n\nclass RecoveringParseRunner[V](val inner: PRecoveringParseRunner[V]) extends ParseRunner[V] {\n  def run(input: Input): ParsingResult[V] = ParsingResult(inner.run(input.inputBuffer))\n}\n"}
{"repo_name":"exoego\/parboiled","path":"examples-scala\/src\/main\/scala\/org\/parboiled\/examples\/json\/JsonParser2.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.examples.json\n\nimport org.parboiled.scala._\nimport java.lang.String\nimport org.parboiled.errors.{ErrorUtils, ParsingException}\n\n\/**\n * <p>A complete JSON parser producing an AST representation of the parsed JSON source.<\/p>\n * <p>The syntactical grammar is identical to the {@link JsonParser0} example, however this parser adds the parser\n * actions required to build an AST during the parsing run.<\/p>\n * <p>As opposed to the functionally equivalent JsonParser1 class this class contains type specifications that could\n * be left out due to Scalas type inference but might make the parsers workings easier to understand for first-time\n * users.<\/p>\n *\/\nclass JsonParser2 extends Parser {\n\n  \/**\n   * These case classes form the nodes of the AST.\n   *\/\n  sealed abstract class AstNode\n  case class ObjectNode(members: List[MemberNode]) extends AstNode\n  case class MemberNode(key: String, value: AstNode) extends AstNode\n  case class ArrayNode(elements: List[AstNode]) extends AstNode\n  case class StringNode(text: String) extends AstNode\n  case class NumberNode(value: BigDecimal) extends AstNode\n  case object True extends AstNode\n  case object False extends AstNode\n  case object Null extends AstNode\n\n  \/\/ the root rule\n  def Json: Rule1[AstNode] = rule { WhiteSpace ~ (JsonObject | JsonArray) ~ EOI }\n  \n  def JsonObject: Rule1[ObjectNode] = rule {\n    \"{ \" ~ zeroOrMore(Pair, separator = \", \") ~ \"} \" ~~> ObjectNode\n  }\n\n  def Pair: Rule1[MemberNode] = rule {\n    JsonString ~~> (_.text) ~ \": \" ~ Value ~~> MemberNode\n  }\n\n  def Value: Rule1[AstNode] = rule {\n    JsonString | JsonNumber | JsonObject | JsonArray | JsonTrue | JsonFalse | JsonNull\n  }\n\n  def JsonString: Rule1[StringNode] = rule {\n    \"\\\"\" ~ zeroOrMore(Character) ~> StringNode ~ \"\\\" \"\n  }\n\n  def JsonNumber: Rule1[NumberNode] = rule {\n    group(Integer ~ optional(Frac ~ optional(Exp))) ~> ((matched) => NumberNode(BigDecimal(matched))) ~ WhiteSpace\n  }\n\n  def JsonArray: Rule1[ArrayNode] = rule {\n    \"[ \" ~ zeroOrMore(Value, separator = \", \") ~ \"] \" ~~> ArrayNode\n  }\n\n  def Character: Rule0 = rule { EscapedChar | NormalChar }\n\n  def EscapedChar: Rule0 = rule { \"\\\\\" ~ (anyOf(\"\\\"\\\\\/bfnrt\") | Unicode) }\n\n  def NormalChar: Rule0 = rule { !anyOf(\"\\\"\\\\\") ~ ANY }\n\n  def Unicode: Rule0 = rule { \"u\" ~ HexDigit ~ HexDigit ~ HexDigit ~ HexDigit }\n\n  def Integer: Rule0 = rule { optional(\"-\") ~ ((\"1\" - \"9\") ~ Digits | Digit) }\n\n  def Digits: Rule0 = rule { oneOrMore(Digit) }\n\n  def Digit: Rule0 = rule { \"0\" - \"9\" }\n\n  def HexDigit: Rule0 = rule { \"0\" - \"9\" | \"a\" - \"f\" | \"A\" - \"F\" }\n\n  def Frac: Rule0 = rule { \".\" ~ Digits }\n\n  def Exp: Rule0 = rule { ignoreCase(\"e\") ~ optional(anyOf(\"+-\")) ~ Digits }\n\n  def JsonTrue: Rule1[AstNode] = rule { \"true \" ~ push(True) }\n\n  def JsonFalse: Rule1[AstNode] = rule { \"false \" ~ push(False) }\n\n  def JsonNull: Rule1[AstNode] = rule { \"null \" ~ push(Null) }\n\n  def WhiteSpace: Rule0 = rule { zeroOrMore(anyOf(\" \\n\\r\\t\\f\")) }\n\n  \/**\n   * We redefine the default string-to-rule conversion to also match trailing whitespace if the string ends with\n   * a blank, this keeps the rules free from most whitespace matching clutter\n   *\/\n  override implicit def toRule(string: String) =\n    if (string.endsWith(\" \"))\n      str(string.trim) ~ WhiteSpace\n    else\n      str(string)\n\n  \/**\n   * The main parsing method. Uses a ReportingParseRunner (which only reports the first error) for simplicity.\n   *\/\n  def parseJson(json: String): AstNode = {\n    val parsingResult = ReportingParseRunner(Json).run(json)\n    parsingResult.result match {\n      case Some(astRoot) => astRoot\n      case None => throw new ParsingException(\"Invalid JSON source:\\n\" +\n              ErrorUtils.printParseErrors(parsingResult)) \n    }\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"examples-scala\/src\/main\/scala\/org\/parboiled\/examples\/calculators\/SimpleCalculator0.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.examples.calculators\n\nimport org.parboiled.scala._\n\n\/**\n * A recognizer for a very simple calculator language supporting the 4 basic calculation types on integers.\n * This grammar does not contain any actions, it only serves for determinining whether a given input conforms to\n * the language. The SimpleCalculator1 adds the actual calculation actions.\n *\/\nclass SimpleCalculator0 extends Parser {\n\n  def InputLine = rule { Expression ~ EOI }\n\n  def Expression: Rule0 = rule { Term ~ zeroOrMore(anyOf(\"+-\") ~ Term) }\n\n  def Term = rule { Factor ~ zeroOrMore(anyOf(\"*\/\") ~ Factor) }\n\n  def Factor = rule { Digits | Parens }\n\n  def Parens = rule { \"(\" ~ Expression ~ \")\" }\n\n  def Digits = rule { oneOrMore(Digit) }\n\n  def Digit = rule { \"0\" - \"9\" }\n}\n"}
{"repo_name":"exoego\/parboiled","path":"examples-scala\/src\/test\/scala\/org\/parboiled\/examples\/json\/JsonParserTest.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.examples.json\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.testng.Assert.assertEquals\nimport org.parboiled.scala.testing.ParboiledTest\nimport org.parboiled.scala.parserunners.ReportingParseRunner\n\nclass JsonParserTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  val parser = new JsonParser1()\n\n  type Result = parser.AstNode\n\n  @Test\n  def testJsonParser(): Unit = {\n    val json = \"\"\"|{\n                  |  \"simpleKey\" : \"some value\",\n                  |  \"key with spaces\": null,\n                  |  \"zero\": 0,\n                  |  \"number\": -1.2323424E-5,\n                  |  \"Boolean yes\":true,\n                  |  \"Boolean no\": false,\n                  |  \"Unic\\u00f8de\" :  \"Long string with newline\\nescape\",\n                  |  \"key with \\\"quotes\\\"\" : \"string\",\n                  |  \"sub object\" : {\n                  |    \"sub key\": 26.5,\n                  |    \"a\": \"b\",\n                  |    \"array\": [1, 2, { \"yes\":1, \"no\":0 }, [\"a\", \"b\", null], false]\n                  |  }\n                  |}\"\"\".stripMargin\n\n    val rootNode = parser.parseJson(json)\n    assertEquals(printAst(rootNode),\n       \"\"\"|{\n          |  \"simpleKey\" : \"some value\"\n          |  \"key with spaces\" : null\n          |  \"zero\" : 0\n          |  \"number\" : -0.000012323424\n          |  \"Boolean yes\" : true\n          |  \"Boolean no\" : false\n          |  \"Unic\u00f8de\" : \"Long string with newline\\nescape\"\n          |  \"key with \\\"quotes\\\"\" : \"string\"\n          |  \"sub object\" : {\n          |    \"sub key\" : 26.5\n          |    \"a\" : \"b\"\n          |    \"array\" : [1, 2, {\n          |        \"yes\" : 1\n          |        \"no\" : 0\n          |      }, [\"a\", \"b\", null], false]\n          |  }\n          |}\"\"\".stripMargin)\n  }\n\n  @Test\n  def testJsonParserError(): Unit = {\n    failParse(ReportingParseRunner(parser.Json), \"XYZ\") {\n      assertEquals(errors,\n        \"\"\"|Invalid input 'X', expected Json (line 1, pos 1):\n           |XYZ\n           |^\n           |\"\"\".stripMargin\n      )\n    }\n  }\n\n  def printAst(node: JsonParser1#AstNode, indent: String = \"\"): String = node match {\n    case n: JsonParser1#ObjectNode => \"{\\n\" + (for (sub <- n.members) yield printAst(sub, indent + \"  \")).mkString + indent + \"}\"\n    case n: JsonParser1#MemberNode => indent + '\"' + n.key + \"\\\" : \" + printAst(n.value, indent) + \"\\n\"\n    case n: JsonParser1#ArrayNode => \"[\" + (for (sub <- n.elements) yield printAst(sub, indent + \"  \")).mkString(\", \") + \"]\"\n    case n: JsonParser1#StringNode => \"\\\"\" + n.text + '\"'\n    case n: JsonParser1#NumberNode => n.value.toString\n    case parser.True => \"true\"\n    case parser.False => \"false\"\n    case parser.Null => \"null\"\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/rules\/Rule0.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala.rules\n\nimport org.parboiled.matchers._\nimport java.lang.String\nimport Rule._\nimport org.parboiled.support.IndexRange\n\n\/**\n * A rule which does not affect the parsers value stack.\n *\/\nclass Rule0(val matcher: Matcher) extends Rule {\n  def ~[X, Y, Z](other: PopRule3[X, Y, Z]) = new PopRule3[X, Y, Z](append(other))\n  def ~[Y, Z](other: PopRule2[Y, Z]) = new PopRule2[Y, Z](append(other))\n  def ~[Z](other: PopRule1[Z]) = new PopRule1[Z](append(other))\n  def ~[X, Y, Z, R](other: ReductionRule3[X, Y, Z, R]) = new ReductionRule3[X, Y, Z, R](append(other))\n  def ~[Y, Z, R](other: ReductionRule2[Y, Z, R]) = new ReductionRule2[Y, Z, R](append(other))\n  def ~[Z, R](other: ReductionRule1[Z, R]) = new ReductionRule1[Z, R](append(other))\n  def ~[A](other: Rule1[A]) = new Rule1[A](append(other))\n  def ~[A, B](other: Rule2[A, B]) = new Rule2[A, B](append(other))\n  def ~[A, B, C](other: Rule3[A, B, C]) = new Rule3[A, B, C](append(other))\n  def ~[A, B, C, D](other: Rule4[A, B, C, D]) = new Rule4[A, B, C, D](append(other))\n  def ~[A, B, C, D, E](other: Rule5[A, B, C, D, E]) = new Rule5[A, B, C, D, E](append(other))\n  def ~[A, B, C, D, E, F](other: Rule6[A, B, C, D, E, F]) = new Rule6[A, B, C, D, E, F](append(other))\n  def ~[A, B, C, D, E, F, G](other: Rule7[A, B, C, D, E, F, G]) = new Rule7[A, B, C, D, E, F, G](append(other))\n  def ~:>[R](f: Char => R) = new Rule1[R](append(push(exec(GetMatchedChar, f))))\n  def ~>>[R](f: IndexRange => R) = new Rule1[R](append(push(exec(GetMatchRange, f))))\n  def ~>[R](f: String => R) = new Rule1[R](append(push(exec(GetMatch, f))))\n  def ~~>[Z, R](f: Z => R) = new ReductionRule1[Z, R](append(push(exec(stack1(Pop), f))))\n  def ~~>[Y, Z, R](f: (Y, Z) => R) = new ReductionRule2[Y, Z, R](append(push(exec(stack2(Pop), f))))\n  def ~~>[X, Y, Z, R](f: (X, Y, Z) => R) = new ReductionRule3[X, Y, Z, R](append(push(exec(stack3(Pop), f))))\n  def ~~?[Z](f: Z => Boolean) = new PopRule1(append(exec(stack1(Pop), f)))\n  def ~~?[Y, Z](f: (Y, Z) => Boolean) = new PopRule2[Y, Z](append(exec(stack2(Pop), f)))\n  def ~~?[X, Y, Z](f: (X, Y, Z) => Boolean) = new PopRule3[X, Y, Z](append(exec(stack3(Pop), f)))\n  def ~~%[Z](f: Z => Unit) = new PopRule1[Z](append(ok(exec(stack1(Pop), f))))\n  def ~~%[Y, Z](f: (Y, Z) => Unit) = new PopRule2[Y, Z](append(ok(exec(stack2(Pop), f))))\n  def ~~%[X, Y, Z](f: (X, Y, Z) => Unit) = new PopRule3[X, Y, Z](append(ok(exec(stack3(Pop), f))))\n  def |(other: Rule0) = new Rule0(appendChoice(other))\n  def -(upperBound: String): Rule0 = throw new IllegalArgumentException(\"char range operator '-' only allowed on single character strings\")\n  protected def withMatcher(matcher: Matcher) = new Rule0(matcher).asInstanceOf[this.type]\n}\n\nobject Rule0 {\n  implicit def toRule(rule: Rule0): org.parboiled.Rule = rule.matcher\n}\n\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/WithContextAction.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.parboiled.Context\n\nclass WithContextAction1[A, R](val action: (A, Context[Any]) => R) extends (A => R) {\n  def apply(a: A) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction2[A, B, R](val action: (A, B, Context[Any]) => R) extends ((A, B) => R) {\n  def apply(a: A, b: B) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction3[A, B, C, R](val action: (A, B, C, Context[Any]) => R) extends ((A, B, C) => R) {\n  def apply(a: A, b: B, c: C) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction4[A, B, C, D, R](val action: (A, B, C, D, Context[Any]) => R) extends ((A, B, C, D) => R) {\n  def apply(a: A, b: B, c: C, d: D) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction5[A, B, C, D, E, R](val action: (A, B, C, D, E, Context[Any]) => R) extends ((A, B, C, D, E) => R) {\n  def apply(a: A, b: B, c: C, d: D, e: E) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction6[A, B, C, D, E, F, R](val action: (A, B, C, D, E, F, Context[Any]) => R) extends ((A, B, C, D, E, F) => R) {\n  def apply(a: A, b: B, c: C, d: D, e: E, f: F) = throw new UnsupportedOperationException\n}\n\nclass WithContextAction7[A, B, C, D, E, F, G, R](val action: (A, B, C, D, E, F, G, Context[Any]) => R) extends ((A, B, C, D, E, F, G) => R) {\n  def apply(a: A, b: B, c: C, d: D, e: E, f: F, g: G) = throw new UnsupportedOperationException\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/EOIMatchingTest.scala","text":"<filename>parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/EOIMatchingTest.scala\n\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.parboiled.errors.ParserRuntimeException\nimport testing.ParboiledTest\n\nclass EOIMatchingTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  class EOIMatchingParser extends Parser {\n    def Clause = rule { oneOrMore(EOI) }\n  }\n\n  @Test(\n    expectedExceptions = Array(classOf[ParserRuntimeException]),\n    expectedExceptionsMessageRegExp = \"Parser read more than 100K chars beyond EOI, \" +\n      \"verify that your grammar does not consume EOI indefinitely!\"\n  )\n  def testEOIMatchingParser(): Unit = {\n    val rule = new EOIMatchingParser().Clause\n    parse(ReportingParseRunner(rule), \"\") {\n      fail(\"Exception expected\")\n    }\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/NTimesTest.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.testng.Assert.assertEquals\nimport testing.ParboiledTest\n\nclass NTimesTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  type Result = Int\n\n  class NTimesParser extends Parser {\n    def AsAndBs: Rule1[Int] = rule {\n      \"a\" ~ nTimes(5, \"b\") ~ nTimes(3, Digit) ~~> (_.reduceLeft(_ + _))\n    }\n\n    def Digit = (\"0\" - \"9\") ~> (_.toInt)\n  }\n\n  val parser = new NTimesParser() {\n    override val buildParseTree = true\n  }\n\n  @Test\n  def testNTimes(): Unit = {\n    parse(ReportingParseRunner(parser.AsAndBs), \"abbbbb123\") {\n      assertEquals(parseTree,\n         \"\"\"[AsAndBs, {6}] 'abbbbb123'\n  ['a'] 'a'\n  [5-times] 'bbbbb'\n    ['b'] 'b'\n    ['b'] 'b'\n    ['b'] 'b'\n    ['b'] 'b'\n    ['b'] 'b'\n  [3-times, {List(1, 2, 3)}] '123'\n    [0..9] '1'\n    [Sequence, {2}] '2'\n      [0..9, {List(1)}] '2'\n    [Sequence, {3}] '3'\n      [0..9, {List(2, 1)}] '3'\n\"\"\".stripMargin)\n    }\n  }\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/rules\/PopRule.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala.rules\n\nimport org.parboiled.matchers._\n\/**\n * The base class of all rules simply removing a certain number of elements off the top of the value stack.\n *\/\nabstract class PopRule extends Rule\n\n\/**\n * A rule removing the top value stack element with a given type.\n *\/\nclass PopRule1[-Z](val matcher: Matcher) extends PopRule {\n  def ~[X, Y](other: PopRule2[X, Y]) = new PopRule3[X, Y, Z](append(other))\n  def ~[Y](other: PopRule1[Y]) = new PopRule2[Y, Z](append(other))\n  def ~[X, Y, A](other: ReductionRule2[X, Y, A]) = new ReductionRule3[X, Y, Z, A](append(other))\n  def ~[X, Y, A, B](other: ReductionRule2_2[X, Y, A, B]) = new ReductionRule3_2[X, Y, Z, A, B](append(other))\n  def ~[X, Y, A, B, C](other: ReductionRule2_3[X, Y, A, B, C]) = new ReductionRule3_3[X, Y, Z, A, B, C](append(other))\n  def ~[X, Y, A, B, C, D](other: ReductionRule2_4[X, Y, A, B, C, D]) = new ReductionRule3_4[X, Y, Z, A, B, C, D](append(other))\n  def ~[X, Y, A, B, C, D, E](other: ReductionRule2_5[X, Y, A, B, C, D, E]) = new ReductionRule3_5[X, Y, Z, A, B, C, D, E](append(other))\n  def ~[X, Y, A, B, C, D, E, F](other: ReductionRule2_6[X, Y, A, B, C, D, E, F]) = new ReductionRule3_6[X, Y, Z, A, B, C, D, E, F](append(other))\n  def ~[X, Y, A, B, C, D, E, F, G](other: ReductionRule2_7[X, Y, A, B, C, D, E, F, G]) = new ReductionRule3_7[X, Y, Z, A, B, C, D, E, F, G](append(other))\n  def ~[Y, A](other: ReductionRule1[Y, A]) = new ReductionRule2[Y, Z, A](append(other))\n  def ~[Y, A, B](other: ReductionRule1_2[Y, A, B]) = new ReductionRule2_2[Y, Z, A, B](append(other))\n  def ~[Y, A, B, C](other: ReductionRule1_3[Y, A, B, C]) = new ReductionRule2_3[Y, Z, A, B, C](append(other))\n  def ~[Y, A, B, C, D](other: ReductionRule1_4[Y, A, B, C, D]) = new ReductionRule2_4[Y, Z, A, B, C, D](append(other))\n  def ~[Y, A, B, C, D, E](other: ReductionRule1_5[Y, A, B, C, D, E]) = new ReductionRule2_5[Y, Z, A, B, C, D, E](append(other))\n  def ~[Y, A, B, C, D, E, F](other: ReductionRule1_6[Y, A, B, C, D, E, F]) = new ReductionRule2_6[Y, Z, A, B, C, D, E, F](append(other))\n  def ~[Y, A, B, C, D, E, F, G](other: ReductionRule1_7[Y, A, B, C, D, E, F, G]) = new ReductionRule2_7[Y, Z, A, B, C, D, E, F, G](append(other))\n  def ~[A](other: Rule1[A]) = new ReductionRule1[Z, A](append(other))\n  def |[ZZ <: Z](other: PopRule1[ZZ]) = new PopRule1[ZZ](appendChoice(other))\n  protected def withMatcher(matcher: Matcher) = new PopRule1[Z](matcher).asInstanceOf[this.type]\n}\n\n\/**\n * A rule removing the top two value stack elements with given types.\n *\/\nclass PopRule2[-Y, -Z](val matcher: Matcher) extends PopRule {\n  def ~[X](other: PopRule1[X]) = new PopRule3[X, Y, Z](append(other))\n  def ~[X, A](other: ReductionRule1[X, A]) = new ReductionRule3[X, Y, Z, A](append(other))\n  def ~[X, A, B](other: ReductionRule1_2[X, A, B]) = new ReductionRule3_2[X, Y, Z, A, B](append(other))\n  def ~[X, A, B, C](other: ReductionRule1_3[X, A, B, C]) = new ReductionRule3_3[X, Y, Z, A, B, C](append(other))\n  def ~[X, A, B, C, D](other: ReductionRule1_4[X, A, B, C, D]) = new ReductionRule3_4[X, Y, Z, A, B, C, D](append(other))\n  def ~[X, A, B, C, D, E](other: ReductionRule1_5[X, A, B, C, D, E]) = new ReductionRule3_5[X, Y, Z, A, B, C, D, E](append(other))\n  def ~[X, A, B, C, D, E, F](other: ReductionRule1_6[X, A, B, C, D, E, F]) = new ReductionRule3_6[X, Y, Z, A, B, C, D, E, F](append(other))\n  def ~[X, A, B, C, D, E, F, G](other: ReductionRule1_7[X, A, B, C, D, E, F, G]) = new ReductionRule3_7[X, Y, Z, A, B, C, D, E, F, G](append(other))\n  def ~[A](other: Rule1[A]) = new ReductionRule2[Y, Z, A](append(other))\n  def |[YY <: Y, ZZ <: Z](other: PopRule2[YY, ZZ]) = new PopRule2[YY, ZZ](appendChoice(other))\n  protected def withMatcher(matcher: Matcher) = new PopRule2[Y, Z](matcher).asInstanceOf[this.type]\n}\n\n\/**\n * A rule removing the top three value stack elements with given types.\n *\/\nclass PopRule3[-X, -Y, -Z](val matcher: Matcher) extends PopRule {\n  def ~[A](other: Rule1[A]) = new ReductionRule3[X, Y, Z, A](append(other))\n  def |[XX <: X, YY <: Y, ZZ <: Z](other: PopRule3[XX, YY, ZZ]) = new PopRule3[XX, YY, ZZ](appendChoice(other))\n  protected def withMatcher(matcher: Matcher) = new PopRule3[X, Y, Z](matcher).asInstanceOf[this.type]\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/main\/scala\/org\/parboiled\/scala\/Parser.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.parboiled.matchers._\nimport _root_.scala.collection.mutable\nimport org.parboiled.Context\nimport rules.Rule._\nimport org.parboiled.support.{Chars, ValueStack, Characters}\n\n\/**\n * The main Parser trait for scala parboiled parsers. Defines the basic rule building methods as well as the\n * caching and proxying logic.\n *\/\ntrait Parser {\n\n  private val cache = mutable.Map.empty[RuleMethod, Rule]\n  private val lock = new AnyRef()\n\n  \/**\n   * Indicates whether parboiled will create a parse tree during a parsing run of this parser.\n   * Override and return true (you can also do this with a \"override val buildParseTree = true\") to enable\n   * parse tree building.\n   *\/\n  def buildParseTree = false\n  \n  \/**\n   * Defines a parser rule wrapping the given rule construction block with caching and recursion protection.\n   *\/\n  def rule[T <: Rule](block: => T)(implicit creator: Matcher => T): T = {\n    val ruleMethod = getCurrentRuleMethod\n    rule(ruleMethod.getMethodName, ruleMethod, Seq.empty, block, creator)\n  }\n\n  \/**\n   * Defines a parser rule wrapping the given rule construction block with caching and recursion protection\n   * using the given rule option(s).\n   *\/\n  def rule[T <: Rule](firstOption: RuleOption, more: RuleOption*)(block: => T)(implicit creator: Matcher => T): T = {\n    val ruleMethod = getCurrentRuleMethod\n    rule(ruleMethod.getMethodName, ruleMethod, firstOption +: more, block, creator)\n  }\n  \n  \/**\n   * Defines a parser rule wrapping the given rule construction block with caching and recursion protection.\n   * Labels the constructed rule with the given label and optionally marks it according to the given rule options.\n   *\/\n  def rule[T <: Rule](label: String, options: RuleOption*)(block: => T)(implicit creator: Matcher => T): T = {\n    rule(label, getCurrentRuleMethod, options, block, creator)\n  }\n\n  private def rule[T <: Rule](label: String, key: RuleMethod, options: Seq[RuleOption], block: => T, creator: Matcher => T): T =\n    lock.synchronized {\n      cache.get(key) match {\n        case Some(rule) => rule.asInstanceOf[T]\n        case None => {\n          val proxy = new ProxyMatcher\n          \/\/ protect block from infinite recursion by immediately caching a new Rule of type T wrapping the proxy creator\n          cache += key -> creator(proxy)\n          var rule = withCurrentRuleLabel(label) { block.label(label) } \/\/ evaluate rule definition block\n          if (!buildParseTree || options.contains(SuppressNode)) rule = rule.suppressNode\n          if (options.contains(SuppressSubnodes)) rule = rule.suppressSubnodes\n          if (options.contains(SkipNode)) rule = rule.skipNode\n          if (options.contains(MemoMismatches)) rule = rule.memoMismatches\n          proxy.arm(rule.matcher) \/\/ arm the proxy in case it is in use\n          cache += key -> rule \/\/ replace the cache value with the actual rule (overwriting the proxy rule)\n          rule\n        }\n      }\n    }\n\n  \/\/ the following rule creators should be moved to the package object to avoid bytecode duplication across different\n  \/\/ parsers, so far they cannot be moved due to the \"package objects do not support overloaded methods\" bug of the\n  \/\/ scala compiler (http:\/\/lampsvn.epfl.ch\/trac\/scala\/ticket\/1987)\n\n  \/**\n   * Creates a rule that tries the given sub rule and always matches, even if the sub rule did not match.\n   *\/\n  def optional(sub: Rule0): Rule0 = new Rule0(new OptionalMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule and always matches, even if the sub rule did not match.\n   *\/\n  def optional[A, B <: A](sub: ReductionRule1[A, B]): ReductionRule1[A, B] =\n    new ReductionRule1[A, B](new OptionalMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule and always matches, even if the sub rule did not match.\n   *\/\n  def optional[A](sub: Rule1[A]): Rule1[Option[A]] = make(sub ~~> (Some(_)) | push(None)) {\n    _.matcher.asInstanceOf[FirstOfMatcher].defaultLabel(\"Optional\")\n  }\n  \n  \/**\n   * Creates a rule that tries the given sub rule and always matches, even if the sub rule did not match.\n   *\/\n  def optional[A, B](sub: Rule2[A, B]): Rule1[Option[(A, B)]] = optional(sub ~~> ((_, _)))\n  \n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches even if the sub rule did not match once.\n   *\/\n  def zeroOrMore(sub: Rule0): Rule0 = new Rule0(new ZeroOrMoreMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches even if the sub rule did not match once.\n   *\/\n  def zeroOrMore[A, B <: A](sub: ReductionRule1[A, B]): ReductionRule1[A, B] =\n    new ReductionRule1[A, B](new ZeroOrMoreMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches even if the sub rule did not match once.\n   * This overload automatically builds a list from the return values of its sub rule and pushes it onto the value stack.\n   *\/\n  def zeroOrMore[A](sub: Rule1[A]): Rule1[List[A]] = make(\n    push(Nil) ~ zeroOrMore(sub ~~> ((list: List[A], subRet) => subRet :: list)) ~~> ((list: List[A]) => list.reverse)\n  ) { _.matcher.asInstanceOf[SequenceMatcher].defaultLabel(\"ZeroOrMore\") }\n  \n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches even if the sub rule did not match once.\n   * This overload automatically builds a list from the return values of its sub rule and pushes it onto the value stack.\n   *\/\n  def zeroOrMore[A, B](sub: Rule2[A, B]): Rule1[List[(A, B)]] = zeroOrMore(sub ~~> ((_, _)))\n\n  \/**\n   * <p>Creates a rule that zero or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{nothing}<\/li>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   *\/\n  def zeroOrMore(sub: Rule0, separator: Rule0): Rule0 = make(optional(oneOrMore(sub, separator))) {\n    _.matcher.asInstanceOf[OptionalMatcher].defaultLabel(\"ZeroOrMore\")\n  }\n\n  \/**\n   * <p>Creates a rule that zero or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{nothing}<\/li>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   * This overload automatically builds a list from the return values of the sub rule and pushes it onto the value stack.\n   *\/\n  def zeroOrMore[A](sub: Rule1[A], separator: Rule0): Rule1[List[A]] = make(oneOrMore(sub, separator) | push(Nil)) {\n    _.matcher.asInstanceOf[FirstOfMatcher].defaultLabel(\"ZeroOrMore\")\n  }\n  \n  \/**\n   * <p>Creates a rule that zero or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{nothing}<\/li>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   * This overload automatically builds a list from the return values of the sub rule and pushes it onto the value stack.\n   *\/\n  def zeroOrMore[A, B](sub: Rule2[A, B], separator: Rule0): Rule1[List[(A, B)]] = zeroOrMore(sub ~~> ((_, _)), separator)\n\n  \/**\n   *  Creates a rule that tries the given sub rule repeatedly until it fails. Matches if the sub rule matched at least once.\n   *\/\n  def oneOrMore(sub: Rule0): Rule0 = new Rule0(new OneOrMoreMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches if the sub rule matched at least once.\n   *\/\n  def oneOrMore[A, B <: A](sub: ReductionRule1[A, B]): ReductionRule1[A, B] =\n    new ReductionRule1[A, B](new OneOrMoreMatcher(sub.matcher))\n\n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches if the sub rule matched at least once.\n   * This overload automatically builds a list from the return values of its sub rule and pushes it onto the value stack.\n   * If the sub rule did not match at all the pushed list will be empty.\n   *\/\n  def oneOrMore[A](sub: Rule1[A]): Rule1[List[A]] = make(\n    sub ~~> (List(_)) ~ zeroOrMore(sub ~~> ((list: List[A], subRet) => subRet :: list)) ~~> (_.reverse)\n  ) { _.matcher.asInstanceOf[SequenceMatcher].defaultLabel(\"OneOrMore\") }\n  \n  \/**\n   * Creates a rule that tries the given sub rule repeatedly until it fails. Matches if the sub rule matched at least once.\n   * This overload automatically builds a list from the return values of its sub rule and pushes it onto the value stack.\n   * If the sub rule did not match at all the pushed list will be empty.\n   *\/\n  def oneOrMore[A, B](sub: Rule2[A, B]): Rule1[List[(A, B)]] = oneOrMore(sub ~~> ((_, _)))\n\n  \/**\n   * <p>Creates a rule that one or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   *\/\n  def oneOrMore(sub: Rule0, separator: Rule0): Rule0 = make(sub ~ zeroOrMore(separator ~ sub)) {\n    _.matcher.asInstanceOf[SequenceMatcher].defaultLabel(\"OneOrMore\")\n  }\n\n  \/**\n   * <p>Creates a rule that one or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   * This overload automatically builds a list from the return values of the sub rule and pushes it onto the value stack.\n   *\/\n  def oneOrMore[A](sub: Rule1[A], separator: Rule0): Rule1[List[A]] = make(\n    sub ~~> (List(_)) ~ zeroOrMore(separator ~ sub ~~> ((list: List[A], subRet) => subRet :: list)) ~~> (_.reverse)\n  ) { _.matcher.asInstanceOf[SequenceMatcher].defaultLabel(\"OneOrMore\") }\n  \n  \/**\n   * <p>Creates a rule that one or more times tries to match a given sub rule. Between two sub rule matches the given\n   * separator rule has to match. So this rule matches following sequences:<\/p>\n   * <ul>\n   * <li>{sub}<\/li>\n   * <li>{sub} {separator} {sub}<\/li>\n   * <li>{sub} {separator} {sub} {separator} {sub}<\/li>\n   * <li>...<\/li>\n   * <\/ul>\n   * This overload automatically builds a list from the return values of the sub rule and pushes it onto the value stack.\n   *\/\n  def oneOrMore[A, B](sub: Rule2[A, B], separator: Rule0): Rule1[List[(A, B)]] = oneOrMore(sub ~~> ((_, _)), separator)\n\n  \/**\n   * Matches the given sub rule a specified number of times.\n   * If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes(times: Int, sub: Rule0): Rule0 = nTimes(times, sub, null)\n\n  \/**\n   * Matches the given sub rule a specified number of times, whereby two rule matches have to be separated by a match\n   * of the given separator rule. If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes(times: Int, sub: Rule0, separator: Rule0): Rule0 = times match {\n    case 0 => EMPTY\n    case n if n > 0 => {\n      val join = if (separator != null) ((_:Rule0) ~ separator ~ (_:Rule0)) else ((_:Rule0) ~ (_:Rule0))\n      def multiply(n: Int): Rule0 = if (n > 1) join(multiply(n-1), sub) else sub\n      nameNTimes(multiply(times), times)\n    }\n    case _ => throw new IllegalArgumentException(\"Illegal number of repetitions: \" + times)\n  }\n\n  \/**\n   * Matches the given sub rule a specified number of times.\n   * If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A, B <: A](times: Int, sub: ReductionRule1[A, B]): ReductionRule1[A, B] = nTimes(times, sub, null)\n\n  \/**\n   * Matches the given sub rule a specified number of times, whereby two rule matches have to be separated by a match\n   * of the given separator rule. If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A, B <: A](times: Int, sub: ReductionRule1[A, B], separator: Rule0): ReductionRule1[A, B] = times match {\n    case 0 => new ReductionRule1[A, B](EMPTY.matcher)\n    case n if n > 0 => {\n      type R = ReductionRule1[A, B]\n      val join = if (separator != null) ((_:R) ~ separator ~ (_:R)) else ((_:R) ~ (_:R))\n      def multiply(n: Int): R = if (n > 1) join(multiply(n-1), sub) else sub\n      nameNTimes(multiply(times), times)\n    }\n    case _ => throw new IllegalArgumentException(\"Illegal number of repetitions: \" + times)\n  }\n\n  \/**\n   * Matches the given sub rule a specified number of times.\n   * If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A](times: Int, sub: Rule1[A]): Rule1[List[A]] = nTimes(times, sub, null)\n\n  \/**\n   * Matches the given sub rule a specified number of times, whereby two rule matches have to be separated by a match\n   * of the given separator rule. If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A](times: Int, sub: Rule1[A], separator: Rule0): Rule1[List[A]] = times match {\n    case 0 => push(Nil)\n    case n if n > 0 => {\n      def join(a: Rule1[List[A]], b: Rule1[A]) =\n        a ~ (if (separator != null) separator ~ b else b) ~~> ((list, x) => x :: list)\n      def multiply(n: Int): Rule1[List[A]] = if (n > 1) join(multiply(n-1), sub) else sub ~~> (_ :: Nil)\n      nameNTimes(multiply(times) ~~> (_.reverse), times)\n    }\n    case _ => throw new IllegalArgumentException(\"Illegal number of repetitions: \" + times)\n  }\n\n  \/**\n   * Matches the given sub rule a specified number of times, whereby two rule matches have to be separated by a match\n   * of the given separator rule. If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A, B](times: Int, sub: Rule2[A, B]): Rule1[List[(A, B)]] = nTimes(times, sub, null)\n\n  \/**\n   * Matches the given sub rule a specified number of times, whereby two rule matches have to be separated by a match\n   * of the given separator rule. If the given number is zero the result is equivalent to the EMPTY match.\n   *\/\n  def nTimes[A, B](times: Int, sub: Rule2[A, B], separator: Rule0): Rule1[List[(A, B)]] = {\n    nTimes(times, sub ~~> ((_, _)), separator)\n  }\n\n  private def nameNTimes[R <: Rule](rule: R, times: Int) = {\n    rule.matcher match {\n      case sm: SequenceMatcher => sm.defaultLabel(s\"${times}-times\")\n      case _ =>\n    }\n    rule\n  }\n\n  \/**\n   * Creates a rule that matches the given character independently of its case.\n   *\/\n  def ignoreCase(c: Char): Rule0 = new Rule0(new CharIgnoreCaseMatcher(c))\n\n  \/**\n   * Creates a rule that matches the given string case-independently.\n   *\/\n  def ignoreCase(s: String): Rule0 = ignoreCase(s.toCharArray)\n\n  \/**\n   * Creates a rule that matches the given character.\n   *\/\n  def ch(c: Char): CharRule = new CharRule(c)\n\n  \/**\n   * Creates a rule that matches the given string.\n   * If the string is empty the rule is equivalent to the EMPTY rule.\n   *\/\n  def str(s: String): Rule0 = str(s.toCharArray)\n\n  \/**\n   * Creates a rule that matches the given character array.\n   * If the array is empty the rule is equivalent to the EMPTY rule.\n   *\/\n  def str(chars: Array[Char]): Rule0 = chars.length match {\n    case 0 => EMPTY\n    case 1 => ch(chars(0))\n    case _ => new Rule0(new StringMatcher(wrapCharArray(chars).map(c => ch(c).matcher).toArray, chars))\n  }\n\n  \/**\n   * Creates a rule that matches any single character in the given string.\n   * If the string is empty the rule is equivalent to the NOTHING rule.\n   *\/\n  def anyOf(s: String): Rule0 = anyOf(s.toCharArray)\n\n  \/**\n   * Creates a rule that matches any single character in the given character array.\n   * If the array is empty the rule is equivalent to the NOTHING rule.\n   *\/\n  def anyOf(chars: Array[Char]): Rule0 = chars.length match {\n    case 0 => NOTHING\n    case 1 => ch(chars(0))\n    case _ => anyOf(Characters.of(chars: _*))\n  }\n\n  \/**\n   * Creates a rule that matches any single character in the given { @link org.parboiled.support.Characters } instance.\n   *\/\n  def anyOf(chars: Characters): Rule0 = {\n    if (!chars.isSubtractive && chars.getChars.length == 1)\n      ch(chars.getChars.apply(0))\n    else new Rule0(new AnyOfMatcher(chars))\n  }\n\n  \/**\n   * Creates a rule that matches any single character except the ones in the given string and EOI.\n   * If the string is empty the rule is equivalent to the ANY rule.\n   *\n   *\/\n  def noneOf(s: String): Rule0 = noneOf(s.toCharArray)\n\n  \/**\n   * Creates a rule that matches any single character except the ones in the given character array and EOI.\n   * If the array is empty the rule is equivalent to the ANY rule.\n   *\/\n  def noneOf(chars: Array[Char]): Rule0 = chars.length match {\n    case 0 => ANY\n    case _ => {\n      val charsWithEOI = if (chars.contains(Chars.EOI)) chars else (wrapCharArray(chars) :+ Chars.EOI).toArray\n      anyOf(Characters.allBut(charsWithEOI: _*))\n    }\n  }\n\n  \/**\n   * Creates a rule that matches the given character array case-independently.\n   * If the array is empty the rule is equivalent to the EMPTY rule.\n   *\/\n  def ignoreCase(chars: Array[Char]): Rule0 = chars.length match {\n    case 0 => EMPTY\n    case 1 => ignoreCase(chars(0))\n    case _ => new Rule0(new SequenceMatcher(chars.map(ignoreCase(_)).map(_.matcher)).defaultLabel(\"\\\"\" + chars + '\"'))\n  }\n\n  \/**\n   * Creates a simple semantic predicate.\n   *\/\n  def test(f: => Boolean): Rule0 = toTestAction((c: Context[Any]) => f)\n\n  \/**\n   * Creates a simple parser action.\n   *\/\n  def run(f: => Unit): Rule0 = toRunAction((c: Context[Any]) => f)\n\n  \/**\n   * Create a parser action whose result value is pushed onto the value stack.\n   *\/\n  def push[A](f: => A): Rule1[A] =\n    new Rule1[A](new ActionMatcher(action(ok(_.getValueStack.push(f)))).label(nameAction(\"Push1\")))\n\n  \/**\n   * Create a parser action whose two result values are pushed onto the value stack.\n   *\/\n  def push[A, B](a: => A, b: => B): Rule2[A, B] = new Rule2[A, B](\n    new ActionMatcher(action(ok({ (c: Context[Any]) =>\n      val vs: ValueStack[Any] = c.getValueStack\n      vs.push(a)\n      vs.push(b)\n    }))).label(nameAction(\"Push2\")))\n\n  \/**\n   * Create a parser action whose three result values are pushed onto the value stack.\n   *\/\n  def push[A, B, C](a: => A, b: => B, c: => C): Rule3[A, B, C] = new Rule3[A, B, C](\n    new ActionMatcher(action(ok({ (c: Context[Any]) =>\n      val vs: ValueStack[Any] = c.getValueStack\n      vs.push(a)\n      vs.push(b)\n      vs.push(c)\n    }))).label(nameAction(\"Push3\")))\n\n  \/**\n   * Create a parser action from the given function whose result value is pushed onto the value stack.\n   *\/\n  def pushFromContext[A](f: Context[Any] => A): Rule1[A] =\n    new Rule1[A](new ActionMatcher(action(rules.Rule.push(f)))).label(nameAction(\"Push1\"))\n\n  def withContext[A, R](f: (A, Context[Any]) => R) = new WithContextAction1[A, R](f)\n  def withContext[A, B, R](f: (A, B, Context[Any]) => R) = new WithContextAction2[A, B, R](f)\n  def withContext[A, B, C, R](f: (A, B, C, Context[Any]) => R) = new WithContextAction3[A, B, C, R](f)\n  def withContext[A, B, C, D, R](f: (A, B, C, D, Context[Any]) => R) = new WithContextAction4[A, B, C, D, R](f)\n  def withContext[A, B, C, D, E, R](f: (A, B, C, D, E, Context[Any]) => R) = new WithContextAction5[A, B, C, D, E, R](f)\n  def withContext[A, B, C, D, E, F, R](f: (A, B, C, D, E, F, Context[Any]) => R) = new WithContextAction6[A, B, C, D, E, F, R](f)\n  def withContext[A, B, C, D, E, F, G, R](f: (A, B, C, D, E, F, G, Context[Any]) => R) = new WithContextAction7[A, B, C, D, E, F, G, R](f)\n\n  \/\/ the following implicits are defined here in the parser and not in the package object so there are available\n  \/\/ for overriding\n\n  \/**\n   *   Converts the given string into a corresponding parser rule.\n   *\/\n  implicit def toRule(string: String): Rule0 = str(string)\n\n  \/**\n   * Converts the given character array into a corresponding parser rule.\n   *\/\n  implicit def toRule(chars: Array[Char]): Rule0 = str(chars)\n\n  \/**\n   * Converts the given symbol into a corresponding parser rule.\n   *\/\n  implicit def toRule(symbol: Symbol): Rule0 = str(symbol.name)\n\n}\n"}
{"repo_name":"exoego\/parboiled","path":"parboiled-scala\/src\/test\/scala\/org\/parboiled\/scala\/RecursionTest.scala","text":"\/*\n * Copyright (C) 2009-2011 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.parboiled.scala\n\nimport org.testng.annotations.Test\nimport org.scalatestplus.testng.TestNGSuiteLike\nimport org.testng.Assert.assertEquals\nimport org.parboiled.matchers.Matcher\nimport org.parboiled.trees.GraphUtils\nimport testing.ParboiledTest\nimport org.parboiled.support.{Filters, ToStringFormatter}\nimport org.parboiled.common.Predicates\n\nclass RecursionTest extends ParboiledTest with TestNGSuiteLike {\n  \/\/ def fail(message: String): Nothing = super.fail(message)(null)\n\n  class RecursionParser extends Parser {\n    def LotsOfAs: Rule0 = rule {ignoreCase('a') ~ optional(LotsOfAs)}\n  }\n\n  val parser = new RecursionParser() {\n    override val buildParseTree = true\n  }\n\n  @Test\n  def testRuleTreeConstruction(): Unit = {\n    val rule = parser.LotsOfAs\n    assertEquals(GraphUtils.printTree(rule.matcher, new ToStringFormatter[Matcher], Predicates.alwaysTrue(),\n      Filters.preventLoops()),\n      \"\"\"|LotsOfAs\n         |  'a\/A'\n         |  Optional\n         |    LotsOfAs\n      |\"\"\".stripMargin);\n  }\n\n  @Test\n  def testRecursion(): Unit = {\n    parse(ReportingParseRunner(parser.LotsOfAs), \"aAAAa\") {\n      assertEquals(parseTree,\n         \"\"\"|[LotsOfAs] 'aAAAa'\n            |  ['a\/A'] 'a'\n            |  [Optional] 'AAAa'\n            |    [LotsOfAs] 'AAAa'\n            |      ['a\/A'] 'A'\n            |      [Optional] 'AAa'\n            |        [LotsOfAs] 'AAa'\n            |          ['a\/A'] 'A'\n            |          [Optional] 'Aa'\n            |            [LotsOfAs] 'Aa'\n            |              ['a\/A'] 'A'\n            |              [Optional] 'a'\n            |                [LotsOfAs] 'a'\n            |                  ['a\/A'] 'a'\n            |                  [Optional]\n            |\"\"\".stripMargin)\n    }\n  }\n\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/HttpMetrics.scala","text":"<reponame>jsimek\/akka-http-metrics<gh_stars>0\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core\n\nimport akka.NotUsed\nimport akka.actor.ClassicActorSystemProvider\nimport akka.http.scaladsl.model.{AttributeKey, HttpRequest, HttpResponse}\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.{Directives, ExceptionHandler, RejectionHandler, Route}\nimport akka.http.scaladsl.settings.RoutingSettings\nimport akka.http.scaladsl.{HttpExt, HttpMetricsServerBuilder}\nimport akka.stream.scaladsl.{BidiFlow, Flow}\n\nimport java.util.UUID\nimport scala.concurrent.duration.Deadline\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success, Try}\n\nfinal class HttpMetrics(private val http: HttpExt) extends AnyVal {\n\n  def newMeteredServerAt(interface: String, port: Int, metricsHandler: HttpMetricsHandler): HttpMetricsServerBuilder =\n    HttpMetricsServerBuilder(interface, port, metricsHandler, http.system)\n\n}\n\nobject HttpMetrics {\n\n  val TraceId: AttributeKey[UUID]            = AttributeKey(\"trace-id\", classOf[UUID])\n  val TraceTimestamp: AttributeKey[Deadline] = AttributeKey(\"trace-time\", classOf[Deadline])\n  val PathLabel: AttributeKey[String]        = AttributeKey(\"path-label\", classOf[String])\n\n  implicit def enrichHttp(http: HttpExt): HttpMetrics = new HttpMetrics(http)\n\n  private def traceRequest(request: HttpRequest): HttpRequest =\n    request\n      .addAttribute(TraceId, UUID.randomUUID())\n      .addAttribute(TraceTimestamp, Deadline.now)\n\n  private def markUnhandled(inner: Route): Route = {\n    Directives.mapResponse(markUnhandled).tapply(_ => inner)\n  }\n\n  private def markUnhandled(response: HttpResponse): HttpResponse = {\n    response.addAttribute(PathLabel, \"unhandled\")\n  }\n\n  \/**\n    * This will take precedence over the RouteResult.routeToFlow\n    * to seal the route with proper handler for metrics labeling\n    *\/\n  implicit def metricsRouteToFlow(\n      route: Route\n  )(implicit system: ClassicActorSystemProvider): Flow[HttpRequest, HttpResponse, NotUsed] =\n    Flow[HttpRequest].mapAsync(1)(metricsRouteToFunction(route))\n\n  \/**\n    * This will take precedence over the RouteResult.routeToFunction\n    * to seal the route with proper handler for metrics labeling\n    *\/\n  implicit def metricsRouteToFunction(\n      route: Route\n  )(implicit system: ClassicActorSystemProvider): HttpRequest => Future[HttpResponse] = {\n    val routingSettings  = RoutingSettings(system)\n    val exceptionHandler = ExceptionHandler.default(routingSettings).andThen(markUnhandled(_))\n    val rejectionHandler = RejectionHandler.default.mapRejectionResponse(markUnhandled)\n\n    import akka.http.scaladsl.server.directives.ExecutionDirectives._\n    Route.toFunction {\n      \/\/ trace the server request to response by extracting the trace attribute\n      \/\/ and injecting it to the response after being sealed by the rejection and exception handlers\n      attribute(TraceId) { id =>\n        mapResponse(_.addAttribute(TraceId, id)) {\n          (handleExceptions(exceptionHandler) & handleRejections(rejectionHandler)) {\n            route\n          }\n        }\n      }\n    }\n  }\n\n  def meterFunction(handler: HttpRequest => Future[HttpResponse], metricsHandler: HttpMetricsHandler)(\n      implicit executionContext: ExecutionContext\n  ): HttpRequest => Future[HttpResponse] =\n    (traceRequest _)\n      .andThen(metricsHandler.onRequest)\n      .andThen(r => (r, handler(r)))\n      .andThen {\n        case (req, resp) =>\n          resp.transform(\n            r => metricsHandler.onResponse(req, r),\n            e => metricsHandler.onFailure(req, e)\n          )\n      }\n\n  def meterFunctionSync(\n      handler: HttpRequest => HttpResponse,\n      metricsHandler: HttpMetricsHandler\n  ): HttpRequest => Future[HttpResponse] =\n    (traceRequest _)\n      .andThen(metricsHandler.onRequest)\n      .andThen(r => (r, Try(handler(r))))\n      .andThen {\n        case (req, resp) =>\n          resp.transform(\n            r => Success(metricsHandler.onResponse(req, r)),\n            e => Failure(metricsHandler.onFailure(req, e))\n          )\n      }\n      .andThen(Future.fromTry)\n\n  def meterFlow(\n      metricsHandler: HttpMetricsHandler\n  ): BidiFlow[HttpRequest, HttpRequest, HttpResponse, HttpResponse, NotUsed] = {\n    val trace = BidiFlow.fromFlows(Flow[HttpRequest].map(traceRequest), Flow[HttpResponse])\n    val meter = BidiFlow.fromGraph(new MeterStage(metricsHandler))\n    trace.atop(meter)\n  }\n\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"prometheus\/src\/test\/scala\/fr\/davit\/akka\/http\/metrics\/prometheus\/PrometheusRegistrySpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.prometheus\n\nimport akka.http.scaladsl.model.{HttpMethods, StatusCodes}\nimport fr.davit.akka.http.metrics.core.Dimension\nimport fr.davit.akka.http.metrics.core.HttpMetricsRegistry.{MethodDimension, PathDimension, StatusGroupDimension}\nimport io.prometheus.client.CollectorRegistry\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.concurrent.duration._\n\nclass PrometheusRegistrySpec extends AnyFlatSpec with Matchers {\n\n  final case object TestDimension extends Dimension {\n    override def key: String   = \"env\"\n    override def value: String = \"test\"\n  }\n\n  val serverDimensions    = List(TestDimension)\n  val requestsDimensions  = serverDimensions :+ MethodDimension(HttpMethods.GET)\n  val responsesDimensions = requestsDimensions ++ List(PathDimension(\"\/api\"), StatusGroupDimension(StatusCodes.OK))\n\n  trait Fixture {\n\n    val registry = PrometheusRegistry(\n      new CollectorRegistry(),\n      PrometheusSettings.default\n    )\n\n    def underlyingCounterValue(name: String, dims: Seq[Dimension] = Seq.empty): Long = {\n      registry.underlying.getSampleValue(name, dims.map(_.key).toArray, dims.map(_.value).toArray).toLong\n    }\n\n    def underlyingHistogramValue(name: String, dims: Seq[Dimension] = Seq.empty): Double = {\n      registry.underlying.getSampleValue(s\"${name}_sum\", dims.map(_.key).toArray, dims.map(_.value).toArray)\n    }\n  }\n\n  trait DimensionFixture extends Fixture {\n    override val registry = PrometheusRegistry(\n      new CollectorRegistry(),\n      PrometheusSettings.default\n        .withIncludeMethodDimension(true)\n        .withIncludePathDimension(true)\n        .withIncludeStatusDimension(true)\n        .withServerDimensions(serverDimensions)\n    )\n  }\n\n  trait MetricsNamesFixture extends Fixture {\n    override val registry = PrometheusRegistry(\n      new CollectorRegistry(),\n      PrometheusSettings.default\n        .withNamespace(\"test_server\")\n        .withMetricsNames(\n          PrometheusMetricsNames.default\n            .withConnectionsActive(\"test_connections_active\")\n            .withRequestsActive(\"test_requests_active\")\n            .withConnections(\"test_connections_total\")\n            .withResponsesDuration(\"test_responses_duration_seconds\")\n            .withResponsesErrors(\"test_responses_errors_total\")\n            .withRequests(\"test_requests_total\")\n            .withRequestSize(\"test_requests_size_bytes\")\n            .withResponses(\"test_responses_total\")\n            .withResponseSize(\"test_responses_size_bytes\")\n        )\n    )\n  }\n\n  it should \"set requestsActive metrics in the underlying registry\" in new Fixture {\n    registry.requestsActive.inc()\n    underlyingCounterValue(\"akka_http_requests_active\") shouldBe 1L\n  }\n\n  it should \"set requestsActive metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.requestsActive.inc()\n    underlyingCounterValue(\"test_server_test_requests_active\") shouldBe 1L\n  }\n\n  it should \"set requestsActive metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.requestsActive.inc(requestsDimensions)\n    underlyingCounterValue(\"akka_http_requests_active\", requestsDimensions) shouldBe 1L\n  }\n\n  it should \"set requests metrics in the underlying registry\" in new Fixture {\n    registry.requests.inc()\n    underlyingCounterValue(\"akka_http_requests_total\") shouldBe 1L\n  }\n\n  it should \"set requests metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.requests.inc()\n    underlyingCounterValue(\"test_server_test_requests_total\") shouldBe 1L\n  }\n\n  it should \"set requests metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.requests.inc(requestsDimensions)\n    underlyingCounterValue(\"akka_http_requests_total\", requestsDimensions) shouldBe 1L\n  }\n\n  it should \"set requestsSize metrics in the underlying registry\" in new Fixture {\n    registry.requestsSize.update(3)\n    underlyingHistogramValue(\"akka_http_requests_size_bytes\") shouldBe 3L\n  }\n\n  it should \"set requestsSize metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.requestsSize.update(3)\n    underlyingHistogramValue(\"test_server_test_requests_size_bytes\") shouldBe 3L\n  }\n\n  it should \"set requestsSize metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.requestsSize.update(3, requestsDimensions)\n    underlyingHistogramValue(\"akka_http_requests_size_bytes\", requestsDimensions) shouldBe 3L\n  }\n\n  it should \"set responses metrics in the underlying registry\" in new Fixture {\n    registry.responses.inc()\n    underlyingCounterValue(\"akka_http_responses_total\") shouldBe 1L\n  }\n\n  it should \"set responses metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.responses.inc()\n    underlyingCounterValue(\"test_server_test_responses_total\") shouldBe 1L\n  }\n\n  it should \"set responses metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.responses.inc(responsesDimensions)\n    underlyingCounterValue(\"akka_http_responses_total\", responsesDimensions) shouldBe 1L\n  }\n\n  it should \"set responsesErrors metrics in the underlying registry\" in new Fixture {\n    registry.responsesErrors.inc()\n    underlyingCounterValue(\"akka_http_responses_errors_total\") shouldBe 1L\n  }\n\n  it should \"set responsesErrors metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.responsesErrors.inc()\n    underlyingCounterValue(\"test_server_test_responses_errors_total\") shouldBe 1L\n  }\n\n  it should \"set responsesErrors metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.responsesErrors.inc(responsesDimensions)\n    underlyingCounterValue(\"akka_http_responses_errors_total\", responsesDimensions) shouldBe 1L\n  }\n\n  it should \"set responsesDuration metrics in the underlying registry\" in new Fixture {\n    registry.responsesDuration.observe(3.seconds)\n    underlyingHistogramValue(\"akka_http_responses_duration_seconds\") shouldBe 3.0\n  }\n\n  it should \"set responsesDuration metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.responsesDuration.observe(3.seconds)\n    underlyingHistogramValue(\"test_server_test_responses_duration_seconds\") shouldBe 3.0\n  }\n\n  it should \"set responsesDuration metrics in the underlying registry with dimension\" in new DimensionFixture {\n    registry.responsesDuration.observe(3.seconds, responsesDimensions)\n    underlyingHistogramValue(\"akka_http_responses_duration_seconds\", responsesDimensions) shouldBe 3.0\n  }\n\n  it should \"set responsesSize metrics in the underlying registry\" in new Fixture {\n    registry.responsesSize.update(3)\n    underlyingHistogramValue(\"akka_http_responses_size_bytes\") shouldBe 3L\n  }\n\n  it should \"set responsesSize metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.responsesSize.update(3)\n    underlyingHistogramValue(\"test_server_test_responses_size_bytes\") shouldBe 3L\n  }\n\n  it should \"set responsesSize metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.responsesSize.update(3, responsesDimensions)\n    underlyingHistogramValue(\"akka_http_responses_size_bytes\", responsesDimensions) shouldBe 3L\n  }\n\n  it should \"set connectionsActive metrics in the underlying registry\" in new Fixture {\n    registry.connectionsActive.inc()\n    underlyingCounterValue(\"akka_http_connections_active\") shouldBe 1L\n  }\n\n  it should \"set connectionsActive metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.connectionsActive.inc()\n    underlyingCounterValue(\"test_server_test_connections_active\") shouldBe 1L\n  }\n\n  it should \"set connectionsActive metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.connectionsActive.inc(serverDimensions)\n    underlyingCounterValue(\"akka_http_connections_active\", serverDimensions) shouldBe 1L\n  }\n\n  it should \"set connections metrics in the underlying registry\" in new Fixture {\n    registry.connections.inc()\n    underlyingCounterValue(\"akka_http_connections_total\") shouldBe 1L\n  }\n\n  it should \"set connections metrics in the underlying registry using updated name\" in new MetricsNamesFixture {\n    registry.connections.inc()\n    underlyingCounterValue(\"test_server_test_connections_total\") shouldBe 1L\n  }\n\n  it should \"set connections metrics in the underlying registry with dimensions\" in new DimensionFixture {\n    registry.connections.inc(serverDimensions)\n    underlyingCounterValue(\"akka_http_connections_total\", serverDimensions) shouldBe 1L\n  }\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/HttpMetricsNames.scala","text":"<reponame>jsimek\/akka-http-metrics\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core\n\ntrait HttpMetricsNames {\n  def requests: String\n  def requestsActive: String\n  def requestsFailures: String\n  def requestsSize: String\n  def responses: String\n  def responsesErrors: String\n  def responsesDuration: String\n  def responsesSize: String\n  def connections: String\n  def connectionsActive: String\n\n  def withRequests(name: String): HttpMetricsNames\n  def withRequestsActive(name: String): HttpMetricsNames\n  def withRequestsFailures(name: String): HttpMetricsNames\n  def withRequestSize(name: String): HttpMetricsNames\n  def withResponses(name: String): HttpMetricsNames\n  def withResponsesErrors(name: String): HttpMetricsNames\n  def withResponsesDuration(name: String): HttpMetricsNames\n  def withResponseSize(name: String): HttpMetricsNames\n  def withConnections(name: String): HttpMetricsNames\n  def withConnectionsActive(name: String): HttpMetricsNames\n\n}\n\nobject HttpMetricsNames {\n\n  def apply(\n      requests: String,\n      requestsActive: String,\n      requestsFailures: String,\n      requestsSize: String,\n      responses: String,\n      responsesErrors: String,\n      responsesDuration: String,\n      responsesSize: String,\n      connections: String,\n      connectionsActive: String\n  ): HttpMetricsNames = HttpMetricsNamesImpl(\n    requests,\n    requestsActive,\n    requestsFailures,\n    requestsSize,\n    responses,\n    responsesErrors,\n    responsesDuration,\n    responsesSize,\n    connections,\n    connectionsActive\n  )\n\n  private[metrics] case class HttpMetricsNamesImpl(\n      requests: String,\n      requestsActive: String,\n      requestsFailures: String,\n      requestsSize: String,\n      responses: String,\n      responsesErrors: String,\n      responsesDuration: String,\n      responsesSize: String,\n      connections: String,\n      connectionsActive: String\n  ) extends HttpMetricsNames {\n    def withRequests(name: String): HttpMetricsNamesImpl          = copy(requests = name)\n    def withRequestsActive(name: String): HttpMetricsNamesImpl    = copy(requestsActive = name)\n    def withRequestsFailures(name: String): HttpMetricsNames      = copy(requestsFailures = name)\n    def withRequestSize(name: String): HttpMetricsNamesImpl       = copy(requestsSize = name)\n    def withResponses(name: String): HttpMetricsNamesImpl         = copy(responses = name)\n    def withResponsesErrors(name: String): HttpMetricsNamesImpl   = copy(responsesErrors = name)\n    def withResponsesDuration(name: String): HttpMetricsNamesImpl = copy(responsesDuration = name)\n    def withResponseSize(name: String): HttpMetricsNamesImpl      = copy(responsesSize = name)\n    def withConnections(name: String): HttpMetricsNamesImpl       = copy(connections = name)\n    def withConnectionsActive(name: String): HttpMetricsNamesImpl = copy(connectionsActive = name)\n  }\n\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"dropwizard\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/dropwizard\/DropwizardMetrics.scala","text":"\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.dropwizard\n\nimport fr.davit.akka.http.metrics.core.{Counter, Dimension, Gauge, Histogram, Timer}\nimport com.codahale.metrics.MetricRegistry\n\nimport scala.concurrent.duration.FiniteDuration\n\nabstract class DropwizardMetrics(namespace: String, name: String) {\n  protected lazy val metricName: String = MetricRegistry.name(namespace, name)\n}\n\nclass DropwizardCounter(namespace: String, name: String)(implicit registry: MetricRegistry)\n    extends DropwizardMetrics(namespace, name)\n    with Counter {\n\n  override def inc(dimensions: Seq[Dimension] = Seq.empty): Unit = {\n    registry.counter(metricName).inc()\n  }\n}\n\nclass DropwizardGauge(namespace: String, name: String)(implicit registry: MetricRegistry)\n    extends DropwizardMetrics(namespace, name)\n    with Gauge {\n\n  override def inc(dimensions: Seq[Dimension] = Seq.empty): Unit = {\n    registry.counter(metricName).inc()\n  }\n\n  override def dec(dimensions: Seq[Dimension] = Seq.empty): Unit = {\n    registry.counter(metricName).dec()\n  }\n}\n\nclass DropwizardTimer(namespace: String, name: String)(implicit registry: MetricRegistry)\n    extends DropwizardMetrics(namespace, name)\n    with Timer {\n\n  override def observe(duration: FiniteDuration, dimensions: Seq[Dimension] = Seq.empty): Unit = {\n    registry.timer(metricName).update(duration.length, duration.unit)\n  }\n}\n\nclass DropwizardHistogram(namespace: String, name: String)(implicit registry: MetricRegistry)\n    extends DropwizardMetrics(namespace, name)\n    with Histogram {\n\n  override def update[T](value: T, dimensions: Seq[Dimension] = Seq.empty)(implicit numeric: Numeric[T]): Unit = {\n    registry.histogram(metricName).update(numeric.toLong(value))\n  }\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/test\/scala\/fr\/davit\/akka\/http\/metrics\/core\/TestRegistry.scala","text":"\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core\n\nimport akka.http.scaladsl.marshalling.{Marshaller, ToEntityMarshaller}\nimport akka.http.scaladsl.model.{HttpEntity, StatusCodes}\nimport fr.davit.akka.http.metrics.core.HttpMetricsNames.HttpMetricsNamesImpl\nimport fr.davit.akka.http.metrics.core.HttpMetricsSettings.HttpMetricsSettingsImpl\n\nimport scala.collection.mutable\nimport scala.concurrent.duration.FiniteDuration\n\nobject TestRegistry {\n\n  val settings: HttpMetricsSettings = HttpMetricsSettingsImpl(\n    \"\", \/\/ not used\n    HttpMetricsNamesImpl(\"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"), \/\/ not used\n    _.status.isInstanceOf[StatusCodes.ServerError],\n    includeMethodDimension = false,\n    includePathDimension = false,\n    includeStatusDimension = false\n  )\n\n  implicit val marshaller: ToEntityMarshaller[TestRegistry] = Marshaller.opaque(_ => HttpEntity.Empty)\n\n  private def keyer(dimensions: Seq[Dimension]): String = dimensions.mkString(\":\")\n\n  class TestCounter extends Counter {\n    protected val acc = mutable.Map[String, Long]()\n\n    override def inc(dimensions: Seq[Dimension] = Seq.empty): Unit = {\n      val key = keyer(dimensions)\n      acc.get(key) match {\n        case Some(v) => acc += (key -> (v + 1))\n        case None    => acc += (key -> 1)\n      }\n    }\n\n    def value(dimensions: Seq[Dimension] = Seq.empty): Long = acc.getOrElse(keyer(dimensions), 0)\n  }\n\n  class TestGauge extends TestCounter with Gauge {\n    override def dec(dimensions: Seq[Dimension] = Seq.empty): Unit = {\n      val key = keyer(dimensions)\n      acc.get(key) match {\n        case Some(v) => acc += (key -> (v - 1))\n        case None    => acc += (key -> -1)\n      }\n    }\n  }\n\n  class TestTimer extends Timer {\n    protected val acc = mutable.Map[String, List[FiniteDuration]]()\n\n    override def observe(duration: FiniteDuration, dimensions: Seq[Dimension] = Seq.empty): Unit = {\n      val key = keyer(dimensions)\n      acc.get(key) match {\n        case Some(vs) => acc += (key -> (duration :: vs))\n        case None     => acc += (key -> (duration :: Nil))\n      }\n    }\n\n    def values(dimensions: Seq[Dimension] = Seq.empty): List[FiniteDuration] = acc.getOrElse(keyer(dimensions), Nil)\n  }\n\n  final class TestHistogram extends Histogram {\n    protected val acc = mutable.Map[String, List[Long]]()\n\n    override def update[T](value: T, dimensions: Seq[Dimension] = Seq.empty)(implicit numeric: Numeric[T]): Unit = {\n      val key = keyer(dimensions)\n      acc.get(key) match {\n        case Some(vs) => acc += (key -> (numeric.toLong(value) :: vs))\n        case None     => acc += (key -> (numeric.toLong(value) :: Nil))\n      }\n    }\n\n    def values(dimensions: Seq[Dimension] = Seq.empty): List[Long] = acc.getOrElse(keyer(dimensions), Nil)\n  }\n\n}\n\nfinal class TestRegistry(settings: HttpMetricsSettings = TestRegistry.settings) extends HttpMetricsRegistry(settings) {\n\n  import TestRegistry._\n\n  override val requests          = new TestCounter\n  override val requestsActive    = new TestGauge\n  override val requestsFailures  = new TestCounter\n  override val requestsSize      = new TestHistogram\n  override val responses         = new TestCounter\n  override val responsesErrors   = new TestCounter\n  override val responsesDuration = new TestTimer\n  override val responsesSize     = new TestHistogram\n  override val connections       = new TestCounter\n  override val connectionsActive = new TestGauge\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"dropwizard\/src\/test\/scala\/fr\/davit\/akka\/http\/metrics\/dropwizard\/DropwizardRegistrySpec.scala","text":"<reponame>jsimek\/akka-http-metrics\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.dropwizard\n\nimport akka.http.scaladsl.model.StatusCodes\nimport fr.davit.akka.http.metrics.core.HttpMetricsRegistry.{PathDimension, StatusGroupDimension}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.concurrent.duration._\nimport scala.jdk.CollectionConverters._\n\nclass DropwizardRegistrySpec extends AnyFlatSpec with Matchers {\n\n  val dimensions = Seq(StatusGroupDimension(StatusCodes.OK), PathDimension(\"\/api\"))\n\n  trait Fixture {\n    val registry = DropwizardRegistry()\n\n    def underlyingCounter(name: String): Long = {\n      registry.underlying.getCounters.asScala(name).getCount\n    }\n\n    def underlyingHistogram(name: String): Long = {\n      registry.underlying.getHistograms.asScala(name).getSnapshot.getValues.sum\n    }\n\n    def underlyingTimer(name: String): Long = {\n      registry.underlying.getTimers.asScala(name).getSnapshot.getValues.sum\n    }\n\n  }\n\n  \"DropwizardRegistry\" should \"set requestsActive metrics in the underlying registry\" in new Fixture {\n    registry.requestsActive.inc()\n    underlyingCounter(\"akka.http.requests.active\") shouldBe 1L\n  }\n\n  it should \"set requests metrics in the underlying registry\" in new Fixture {\n    registry.requests.inc()\n    underlyingCounter(\"akka.http.requests\") shouldBe 1L\n  }\n\n  it should \"set requestsSize metrics in the underlying registry\" in new Fixture {\n    registry.requestsSize.update(3)\n    underlyingHistogram(\"akka.http.requests.bytes\") shouldBe 3L\n  }\n\n  it should \"set responses metrics in the underlying registry\" in new Fixture {\n    registry.responses.inc()\n    underlyingCounter(\"akka.http.responses\") shouldBe 1L\n\n    registry.responses.inc(dimensions)\n    underlyingCounter(\"akka.http.responses\") shouldBe 2L\n  }\n\n  it should \"set responsesErrors metrics in the underlying registry\" in new Fixture {\n    registry.responsesErrors.inc()\n    underlyingCounter(\"akka.http.responses.errors\") shouldBe 1L\n\n    registry.responsesErrors.inc(dimensions)\n    underlyingCounter(\"akka.http.responses.errors\") shouldBe 2L\n  }\n\n  it should \"set responsesDuration metrics in the underlying registry\" in new Fixture {\n    registry.responsesDuration.observe(3.seconds)\n    underlyingTimer(\"akka.http.responses.duration\") shouldBe 3000000000L\n\n    registry.responsesDuration.observe(3.seconds, dimensions)\n    underlyingTimer(\"akka.http.responses.duration\") shouldBe 6000000000L\n  }\n\n  it should \"set responsesSize metrics in the underlying registry\" in new Fixture {\n    registry.responsesSize.update(3)\n    underlyingHistogram(\"akka.http.responses.bytes\") shouldBe 3L\n\n    registry.responsesSize.update(3, dimensions)\n    underlyingHistogram(\"akka.http.responses.bytes\") shouldBe 6L\n  }\n\n  it should \"set connectionsActive metrics in the underlying registry\" in new Fixture {\n    registry.connectionsActive.inc()\n    underlyingCounter(\"akka.http.connections.active\") shouldBe 1L\n  }\n\n  it should \"set connections metrics in the underlying registry\" in new Fixture {\n    registry.connections.inc()\n    underlyingCounter(\"akka.http.connections\") shouldBe 1L\n  }\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/MeterStage.scala","text":"<filename>core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/MeterStage.scala\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core\n\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse}\nimport akka.stream.stage.{GraphStage, GraphStageLogic, InHandler, OutHandler}\nimport akka.stream.{Attributes, BidiShape, Inlet, Outlet}\n\nimport java.util.UUID\nimport scala.collection.mutable\n\nobject MeterStage {\n  val PrematureCloseException = new IllegalStateException(\"Stream completed prematurely\")\n}\n\nprivate[metrics] class MeterStage(metricsHandler: HttpMetricsHandler)\n    extends GraphStage[BidiShape[HttpRequest, HttpRequest, HttpResponse, HttpResponse]] {\n\n  import MeterStage._\n\n  private val requestIn   = Inlet[HttpRequest](\"MeterStage.requestIn\")\n  private val requestOut  = Outlet[HttpRequest](\"MeterStage.requestOut\")\n  private val responseIn  = Inlet[HttpResponse](\"MeterStage.responseIn\")\n  private val responseOut = Outlet[HttpResponse](\"MeterStage.responseOut\")\n\n  override def initialAttributes = Attributes.name(\"MeterStage\")\n\n  val shape = new BidiShape(requestIn, requestOut, responseIn, responseOut)\n\n  override def createLogic(inheritedAttributes: Attributes): GraphStageLogic = new GraphStageLogic(shape) {\n\n    private val pending = mutable.Map.empty[UUID, HttpRequest]\n    private var failure = Option.empty[Throwable]\n\n    override def preStart(): Unit = {\n      metricsHandler.onConnection()\n    }\n\n    override def postStop(): Unit = {\n      val cause = failure.getOrElse(PrematureCloseException)\n      pending.values.foreach(metricsHandler.onFailure(_, cause))\n      metricsHandler.onDisconnection()\n    }\n\n    val requestHandler = new InHandler with OutHandler {\n      override def onPush(): Unit = {\n        val request = grab(requestIn)\n        val id      = request.getAttribute(HttpMetrics.TraceId).get\n        pending += id -> request\n        push(requestOut, metricsHandler.onRequest(request))\n      }\n      override def onPull(): Unit = pull(requestIn)\n\n      override def onUpstreamFinish(): Unit                   = complete(requestOut)\n      override def onUpstreamFailure(ex: Throwable): Unit     = fail(requestOut, ex)\n      override def onDownstreamFinish(cause: Throwable): Unit = cancel(requestIn)\n    }\n\n    val responseHandler = new InHandler with OutHandler {\n      override def onPush(): Unit = {\n        val response = grab(responseIn)\n        val id       = response.getAttribute(HttpMetrics.TraceId).get\n        val request  = pending.remove(id).get\n        push(responseOut, metricsHandler.onResponse(request, response))\n      }\n      override def onPull(): Unit = pull(responseIn)\n\n      override def onUpstreamFinish(): Unit = {\n        complete(responseOut)\n      }\n      override def onUpstreamFailure(ex: Throwable): Unit = {\n        failure = Some(ex)\n        fail(responseOut, ex)\n      }\n      override def onDownstreamFinish(cause: Throwable): Unit = {\n        failure = Some(cause)\n        cancel(responseIn)\n      }\n    }\n\n    setHandlers(requestIn, requestOut, requestHandler)\n    setHandlers(responseIn, responseOut, responseHandler)\n  }\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/test\/scala\/fr\/davit\/akka\/http\/metrics\/core\/scaladsl\/server\/HttpMetricsDirectivesSpec.scala","text":"<filename>core\/src\/test\/scala\/fr\/davit\/akka\/http\/metrics\/core\/scaladsl\/server\/HttpMetricsDirectivesSpec.scala\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core.scaladsl.server\n\nimport akka.http.scaladsl.marshalling.PredefinedToEntityMarshallers._\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport fr.davit.akka.http.metrics.core.{HttpMetrics, TestRegistry}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass HttpMetricsDirectivesSpec extends AnyFlatSpec with Matchers with ScalatestRouteTest {\n\n  import HttpMetricsDirectives._\n\n  \"HttpMetricsDirectives\" should \"expose the registry\" in {\n    implicit val marshaller = StringMarshaller.compose[TestRegistry](r => s\"active: ${r.requestsActive.value()}\")\n    val registry            = new TestRegistry()\n    registry.requestsActive.inc()\n\n    val route = path(\"metrics\") {\n      metrics(registry)\n    }\n\n    Get(\"\/metrics\") ~> route ~> check {\n      responseAs[String] shouldBe \"active: 1\"\n    }\n  }\n\n  it should \"put label on path\" in {\n    val route = pathPrefixLabeled(\"api\") {\n      pathPrefix(\"user\" \/ LongNumber) { _ =>\n        path(\"address\") {\n          complete(StatusCodes.OK)\n        }\n      }\n    }\n\n    Get(\"\/api\/user\/1234\/address\") ~> route ~> check {\n      response.attribute(HttpMetrics.PathLabel) shouldBe Some(\"\/api\")\n    }\n  }\n\n  it should \"combine labelled segments\" in {\n    val route = pathPrefixLabeled(\"api\") {\n      pathPrefixLabeled(\"user\" \/ LongNumber, \"user\/:userId\") { _ =>\n        pathLabeled(\"address\") {\n          complete(StatusCodes.OK)\n        }\n      }\n    }\n\n    Get(\"\/api\/user\/1234\/address\") ~> route ~> check {\n      response.attribute(HttpMetrics.PathLabel) shouldBe Some(\"\/api\/user\/:userId\/address\")\n    }\n  }\n\n  it should \"not add extra attribute when label directives are not used\" in {\n    val route = pathPrefix(\"api\") {\n      pathPrefix(\"user\" \/ LongNumber) { _ =>\n        path(\"address\") {\n          complete(StatusCodes.OK)\n        }\n      }\n    }\n\n    Get(\"\/api\/user\/1234\/address\") ~> route ~> check {\n      response.attribute(HttpMetrics.PathLabel) shouldBe empty\n    }\n  }\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"datadog\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/datadog\/DatadogRegistry.scala","text":"<filename>datadog\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/datadog\/DatadogRegistry.scala\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.datadog\n\nimport com.timgroup.statsd.StatsDClient\nimport fr.davit.akka.http.metrics.core.{HttpMetricsSettings, _}\n\nobject DatadogRegistry {\n\n  def apply(client: StatsDClient, settings: HttpMetricsSettings = DatadogSettings.default): DatadogRegistry = {\n    new DatadogRegistry(settings)(client)\n  }\n}\n\n\/**\n  * see [https:\/\/docs.datadoghq.com\/developers\/faq\/what-best-practices-are-recommended-for-naming-metrics-and-tags\/]\n  * @param client\n  *\/\nclass DatadogRegistry(settings: HttpMetricsSettings)(implicit client: StatsDClient)\n    extends HttpMetricsRegistry(settings) {\n\n  lazy val requests: Counter         = new StatsDCounter(settings.namespace, settings.metricsNames.requests)\n  lazy val requestsActive: Gauge     = new StatsDGauge(settings.namespace, settings.metricsNames.requestsActive)\n  lazy val requestsFailures: Counter = new StatsDCounter(settings.namespace, settings.metricsNames.requestsFailures)\n  lazy val requestsSize: Histogram   = new StatsDHistogram(settings.namespace, settings.metricsNames.requestsSize)\n  lazy val responses: Counter        = new StatsDCounter(settings.namespace, settings.metricsNames.responses)\n  lazy val responsesErrors: Counter  = new StatsDCounter(settings.namespace, settings.metricsNames.responsesErrors)\n  lazy val responsesDuration: Timer  = new StatsDTimer(settings.namespace, settings.metricsNames.responsesDuration)\n  lazy val responsesSize: Histogram  = new StatsDHistogram(settings.namespace, settings.metricsNames.responsesSize)\n  lazy val connections: Counter      = new StatsDCounter(settings.namespace, settings.metricsNames.connections)\n  lazy val connectionsActive: Gauge  = new StatsDGauge(settings.namespace, settings.metricsNames.connectionsActive)\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"project\/sbt-github-actions.sbt","text":"addSbtPlugin(\"com.codecommit\" % \"sbt-github-actions\" % \"0.9.5\")\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/scaladsl\/server\/HttpMetricsDirectives.scala","text":"<filename>core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/scaladsl\/server\/HttpMetricsDirectives.scala\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core.scaladsl.server\n\nimport akka.http.scaladsl.marshalling.ToEntityMarshaller\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server.PathMatcher.{Matched, Unmatched}\nimport akka.http.scaladsl.server.directives.BasicDirectives.{mapRequestContext, tprovide}\nimport akka.http.scaladsl.server.directives.RouteDirectives.reject\nimport akka.http.scaladsl.server.util.Tuple\nimport akka.http.scaladsl.server.{Directive, PathMatcher, StandardRoute}\nimport fr.davit.akka.http.metrics.core.{HttpMetrics, HttpMetricsRegistry}\n\ntrait HttpMetricsDirectives {\n\n  def metrics[T <: HttpMetricsRegistry: ToEntityMarshaller](registry: T): StandardRoute = complete(registry)\n\n  def pathLabeled[L](pm: PathMatcher[L]): Directive[L] =\n    pathPrefixLabeled(pm ~ PathEnd)\n\n  def pathLabeled[L](pm: PathMatcher[L], label: String): Directive[L] =\n    pathPrefixLabeled(pm ~ PathEnd, label)\n\n  def pathPrefixLabeled[L](pm: PathMatcher[L]): Directive[L] =\n    rawPathPrefixLabeled(Slash ~ pm)\n\n  def pathPrefixLabeled[L](pm: PathMatcher[L], label: String): Directive[L] =\n    rawPathPrefixLabeled(Slash ~ pm, label)\n\n  def rawPathPrefixLabeled[L](pm: PathMatcher[L]): Directive[L] =\n    rawPathPrefixLabeled(pm, None)\n\n  def rawPathPrefixLabeled[L](pm: PathMatcher[L], label: String): Directive[L] =\n    rawPathPrefixLabeled(pm, Some(label))\n\n  private def rawPathPrefixLabeled[L](pm: PathMatcher[L], label: Option[String]): Directive[L] = {\n    implicit val LIsTuple: Tuple[L] = pm.ev\n    extractRequestContext.flatMap { ctx =>\n      val pathCandidate = ctx.unmatchedPath.toString\n      pm(ctx.unmatchedPath) match {\n        case Matched(rest, values) =>\n          tprovide(values) & mapRequestContext(_ withUnmatchedPath rest) & mapResponse { response =>\n            val suffix = response.attribute(HttpMetrics.PathLabel).getOrElse(\"\")\n            val pathLabel = label match {\n              case Some(l) => \"\/\" + l + suffix \/\/ pm matches additional slash prefix\n              case None    => pathCandidate.substring(0, pathCandidate.length - rest.charCount) + suffix\n            }\n            response.addAttribute(HttpMetrics.PathLabel, pathLabel)\n          }\n        case Unmatched =>\n          reject\n      }\n    }\n  }\n}\n\nobject HttpMetricsDirectives extends HttpMetricsDirectives\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/akka\/http\/scaladsl\/HttpMetricsServerBuilder.scala","text":"\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage akka.http.scaladsl\n\nimport akka.actor.ClassicActorSystemProvider\nimport akka.event.LoggingAdapter\nimport akka.http.scaladsl.Http.ServerBinding\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse}\nimport akka.http.scaladsl.settings.ServerSettings\nimport akka.stream.scaladsl.{Flow, Source}\nimport akka.stream.{Materializer, SystemMaterializer}\nimport fr.davit.akka.http.metrics.core.{HttpMetrics, HttpMetricsHandler}\n\nimport scala.concurrent.Future\n\n\/**\n  * Metered server builder\n  * Defined in the akka.http.scaladsl package to get access to the HttpExt\n  * to avoid deprecation warnings.\n  *\n  * Use HttpExt.newMeteredServerAt() to create a builder, use methods to customize settings,\n  * and then call one of the bind* methods to bind a server.\n  *\/\nfinal case class HttpMetricsServerBuilder(\n    interface: String,\n    port: Int,\n    metricsHandler: HttpMetricsHandler,\n    context: ConnectionContext,\n    log: LoggingAdapter,\n    settings: ServerSettings,\n    system: ClassicActorSystemProvider,\n    materializer: Materializer\n) extends ServerBuilder {\n\n  private lazy val http: HttpExt = Http(system)\n\n  def onInterface(newInterface: String): ServerBuilder                      = copy(interface = newInterface)\n  def onPort(newPort: Int): ServerBuilder                                   = copy(port = newPort)\n  def meterTo(metricsHandler: HttpMetricsHandler): HttpMetricsServerBuilder = copy(metricsHandler = metricsHandler)\n  def logTo(newLog: LoggingAdapter): ServerBuilder                          = copy(log = newLog)\n  def withSettings(newSettings: ServerSettings): ServerBuilder              = copy(settings = newSettings)\n  def adaptSettings(f: ServerSettings => ServerSettings): ServerBuilder     = copy(settings = f(settings))\n  def enableHttps(newContext: HttpsConnectionContext): ServerBuilder        = copy(context = newContext)\n  def withMaterializer(newMaterializer: Materializer): ServerBuilder        = copy(materializer = newMaterializer)\n\n  def connectionSource(): Source[Http.IncomingConnection, Future[ServerBinding]] =\n    http\n      .bindImpl(interface, port, context, settings, log)\n      .map(c => c.copy(_flow = c._flow.join(HttpMetrics.meterFlow(metricsHandler))))\n\n  def bindFlow(handlerFlow: Flow[HttpRequest, HttpResponse, _]): Future[ServerBinding] =\n    http.bindAndHandleImpl(\n      HttpMetrics.meterFlow(metricsHandler).join(handlerFlow),\n      interface,\n      port,\n      context,\n      settings,\n      log\n    )(materializer)\n\n  def bind(handler: HttpRequest => Future[HttpResponse]): Future[ServerBinding] =\n    http.bindAndHandleAsyncImpl(\n      HttpMetrics.meterFunction(handler, metricsHandler)(materializer.executionContext),\n      interface,\n      port,\n      context,\n      settings,\n      parallelism = 0,\n      log\n    )(materializer)\n\n  def bindSync(handler: HttpRequest => HttpResponse): Future[ServerBinding] =\n    bind(HttpMetrics.meterFunctionSync(handler, metricsHandler))\n}\n\nobject HttpMetricsServerBuilder {\n\n  def apply(\n      interface: String,\n      port: Int,\n      metricsHandler: HttpMetricsHandler,\n      system: ClassicActorSystemProvider\n  ): HttpMetricsServerBuilder =\n    HttpMetricsServerBuilder(\n      interface,\n      port,\n      metricsHandler,\n      HttpConnectionContext,\n      system.classicSystem.log,\n      ServerSettings(system.classicSystem),\n      system,\n      SystemMaterializer(system).materializer\n    )\n}\n"}
{"repo_name":"jsimek\/akka-http-metrics","path":"core\/src\/main\/scala\/fr\/davit\/akka\/http\/metrics\/core\/HttpMetricsRegistry.scala","text":"<reponame>jsimek\/akka-http-metrics\n\/*\n * Copyright 2019 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage fr.davit.akka.http.metrics.core\n\nimport akka.http.scaladsl.model._\nimport akka.stream.scaladsl.{Flow, Sink}\nimport akka.util.ByteString\n\nimport scala.concurrent.duration.Deadline\n\nobject HttpMetricsRegistry {\n\n  object MethodDimension {\n    val Key: String = \"method\"\n  }\n\n  final case class MethodDimension(method: HttpMethod) extends Dimension {\n    override def key: String   = MethodDimension.Key\n    override def value: String = method.value\n  }\n\n  object PathDimension {\n    val Key: String = \"path\"\n  }\n\n  final case class PathDimension(value: String) extends Dimension {\n    override def key = PathDimension.Key\n  }\n\n  object StatusGroupDimension {\n    val Key: String = \"status\"\n  }\n\n  final case class StatusGroupDimension(code: StatusCode) extends Dimension {\n    override def key: String = StatusGroupDimension.Key\n    override def value: String = code match {\n      case _: StatusCodes.Success     => \"2xx\"\n      case _: StatusCodes.Redirection => \"3xx\"\n      case _: StatusCodes.ClientError => \"4xx\"\n      case _: StatusCodes.ServerError => \"5xx\"\n      case _                          => \"other\"\n    }\n  }\n}\n\nabstract class HttpMetricsRegistry(settings: HttpMetricsSettings) extends HttpMetricsHandler {\n\n  import HttpMetricsRegistry._\n\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  \/\/ requests\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  def requests: Counter\n\n  def requestsActive: Gauge\n\n  def requestsFailures: Counter\n\n  def requestsSize: Histogram\n\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  \/\/ responses\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  def responses: Counter\n\n  def responsesErrors: Counter\n\n  def responsesDuration: Timer\n\n  def responsesSize: Histogram\n\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  \/\/ Connections\n  \/\/--------------------------------------------------------------------------------------------------------------------\n  def connections: Counter\n\n  def connectionsActive: Gauge\n\n  private def methodDimension(request: HttpRequest): Option[MethodDimension] = {\n    if (settings.includeMethodDimension) Some(MethodDimension(request.method)) else None\n  }\n\n  private def pathDimension(response: HttpResponse): Option[PathDimension] = {\n    val pathLabel = response.attribute(HttpMetrics.PathLabel).getOrElse(\"unlabelled\")\n    if (settings.includePathDimension) Some(PathDimension(pathLabel)) else None\n  }\n\n  private def statusGroupDimension(response: HttpResponse): Option[StatusGroupDimension] = {\n    if (settings.includeStatusDimension) Some(StatusGroupDimension(response.status)) else None\n  }\n\n  override def onRequest(request: HttpRequest): HttpRequest = {\n    val dimensions = settings.serverDimensions ++ methodDimension(request)\n    requestsActive.inc(dimensions)\n    requests.inc(dimensions)\n    request.entity match {\n      case data: HttpEntity.Strict =>\n        requestsSize.update(data.contentLength, dimensions)\n        request\n      case data: HttpEntity.Default =>\n        requestsSize.update(data.contentLength, dimensions)\n        request\n      case _: HttpEntity.Chunked =>\n        val collectSizeSink = Flow[ByteString]\n          .map(_.length)\n          .fold(0L)(_ + _)\n          .to(Sink.foreach(size => requestsSize.update(size, dimensions)))\n        request.transformEntityDataBytes(Flow[ByteString].alsoTo(collectSizeSink))\n    }\n  }\n\n  override def onResponse(request: HttpRequest, response: HttpResponse): HttpResponse = {\n    val start              = request.attribute(HttpMetrics.TraceTimestamp).get\n    val requestDimensions  = settings.serverDimensions ++ methodDimension(request)\n    val responseDimensions = requestDimensions ++ pathDimension(response) ++ statusGroupDimension(response)\n\n    requestsActive.dec(requestDimensions)\n    responses.inc(responseDimensions)\n    if (settings.defineError(response)) responsesErrors.inc(responseDimensions)\n    response.entity match {\n      case data: HttpEntity.Strict =>\n        responsesSize.update(data.contentLength, responseDimensions)\n        responsesDuration.observe(Deadline.now - start, responseDimensions)\n        response\n      case data: HttpEntity.Default =>\n        responsesSize.update(data.contentLength, responseDimensions)\n        responsesDuration.observe(Deadline.now - start, responseDimensions)\n        response\n      case _: HttpEntity.Chunked | _: HttpEntity.CloseDelimited =>\n        val collectSizeSink = Flow[ByteString]\n          .map(_.length)\n          .fold(0L)(_ + _)\n          .to(Sink.foreach { size =>\n            responsesSize.update(size, responseDimensions)\n            responsesDuration.observe(Deadline.now - start, responseDimensions)\n          })\n        response.transformEntityDataBytes(Flow[ByteString].alsoTo(collectSizeSink))\n    }\n  }\n\n  override def onFailure(request: HttpRequest, cause: Throwable): Throwable = {\n    val dimensions = settings.serverDimensions ++ methodDimension(request)\n    requestsActive.dec(dimensions)\n    requestsFailures.inc(dimensions)\n    cause\n  }\n\n  override def onConnection(): Unit = {\n    connections.inc(settings.serverDimensions)\n    connectionsActive.inc(settings.serverDimensions)\n  }\n\n  override def onDisconnection(): Unit = {\n    connectionsActive.dec(settings.serverDimensions)\n  }\n}\n"}
{"repo_name":"convolution-ai\/flut","path":"src\/main\/scala\/com\/convolutionai\/flut\/core\/Etl.scala","text":"package com.convolutionai.flut.core\n\ntrait Extractor[T] {\n  def extract(): T\n}\n\ntrait Transformer[T, S] {\n  def transform(t : T): S\n}\n\ntrait Loader[S] {\n  def load(t: S): S\n\n}\n\nsealed trait EtlDefinition[A, B] {\n\n  val e: Extractor[A]\n  val t: Transformer[A, B]\n  val l: Loader[B]\n  def extract()(e: Extractor[A] = e): A\n  def transform(a: A)(t: Transformer[A, B] = t): B\n  def load(b: B)(l: Loader[B] = l): B\n\n}\n\n\nabstract class Etl[X, Y](e: Extractor[X], t: Transformer[X, Y], l: Loader[Y]) extends EtlDefinition[X, Y] {\n\n  override def extract()(e: Extractor[X] = e): X = e.extract()\n\n  override def transform(a: X)(t: Transformer[X, Y]): Y = t.transform(a)\n\n  override def load(b: Y)(l: Loader[Y]): Y = l.load(b)\n\n  def execute(): Y = load(transform(extract()())())()\n}\n\n"}
{"repo_name":"convolution-ai\/flut","path":"build.sbt","text":"<reponame>convolution-ai\/flut<filename>build.sbt\nimport Dependencies._\nimport sbt.Keys.libraryDependencies\nimport ReleaseTransformations._\n\nThisBuild \/ scalaVersion     := \"2.12.0\"\nThisBuild \/ version          := \"0.1.0\"\nThisBuild \/ organization     := \"com.convolution-ai\"\nThisBuild \/ organizationName := \"flut\"\n\nhomepage := Some(url(\"http:\/\/www.convolution-ai.com\/\"))\nscmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/convolution-ai\/flut\"), \"<EMAIL>:convolution-ai\/flut.git\"))\ndevelopers := List(Developer(\"francotesei\", \"francotesei\", \"<EMAIL>\", url(\"https:\/\/francotesei.github.io\/\")))\nlicenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\"))\npublishMavenStyle := true\n\ncrossPaths := false\n\npublishTo := Some(\n  if (isSnapshot.value)\n    Opts.resolver.sonatypeSnapshots\n  else\n    Opts.resolver.sonatypeStaging\n)\n\nreleaseCrossBuild := true\nreleaseProcess := Seq[ReleaseStep](\n  checkSnapshotDependencies, \/\/ check that there are no SNAPSHOT dependencies\n  inquireVersions, \/\/ ask user to enter the current and next verion\n  runClean, \/\/ clean\n  runTest, \/\/ run tests\n  setReleaseVersion, \/\/ set release version in version.sbt\n  commitReleaseVersion, \/\/ commit the release version\n  tagRelease, \/\/ create git tag\n  releaseStepCommandAndRemaining(\"+publishSigned\"), \/\/ run +publishSigned command to sonatype stage release\n  setNextVersion, \/\/ set next version in version.sbt\n  commitNextVersion, \/\/ commint next version\n releaseStepCommand(\"sonatypeRelease\"), \/\/ run sonatypeRelease and publish to maven central\n  pushChanges \/\/ push changes to git\n)\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    name := \"flut\",\n\n    libraryDependencies += scalaTest % Test,\n    libraryDependencies += akkaActor,\n    libraryDependencies += akkaHttp,\n    libraryDependencies += akkaStream,\n    libraryDependencies += typesafeConf\n  )\n  .settings(\n      assemblyJarName in assembly := \"flut.jar\",\n  )\n\n\n\nscalacOptions ++= Seq(\n  \"-deprecation\", \/\/ Emit warning and location for usages of deprecated APIs.\n  \"-explaintypes\", \/\/ Explain type errors in more detail.\n  \"-feature\", \/\/ Emit warning and location for usages of features that should be imported explicitly.\n  \"-language:existentials\", \/\/ Existential types (besides wildcard types) can be written and inferred\n  \"-language:experimental.macros\", \/\/ Allow macro definition (besides implementation and application)\n  \"-language:higherKinds\", \/\/ Allow higher-kinded types\n  \"-language:implicitConversions\", \/\/ Allow definition of implicit functions called views\n  \"-unchecked\", \/\/ Enable additional warnings where generated code depends on assumptions.\n  \"-Xcheckinit\", \/\/ Wrap field accessors to throw an exception on uninitialized access.\n  \"-Xfatal-warnings\", \/\/ Fail the compilation if there are any warnings.\n  \"-Xlint:adapted-args\", \/\/ Warn if an argument list is modified to match the receiver.\n  \"-Xlint:constant\", \/\/ Evaluation of a constant arithmetic expression results in an error.\n  \"-Xlint:delayedinit-select\", \/\/ Selecting member of DelayedInit.\n  \/\/ \"-Xlint:doc-detached\", \/\/ A Scaladoc comment appears to be detached from its element.\n  \"-Xlint:inaccessible\", \/\/ Warn about inaccessible types in method signatures.\n  \"-Xlint:infer-any\", \/\/ Warn when a type argument is inferred to be `Any`.\n  \"-Xlint:missing-interpolator\", \/\/ A string literal appears to be missing an interpolator id.\n  \"-Xlint:nullary-override\", \/\/ Warn when non-nullary `def f()' overrides nullary `def f'.\n  \"-Xlint:nullary-unit\", \/\/ Warn when nullary methods return Unit.\n  \"-Xlint:option-implicit\", \/\/ Option.apply used implicit view.\n  \"-Xlint:package-object-classes\", \/\/ Class or object defined in package object.\n  \"-Xlint:poly-implicit-overload\", \/\/ Parameterized overloaded implicit methods are not visible as view bounds.\n  \"-Xlint:private-shadow\", \/\/ A private field (or class parameter) shadows a superclass field.\n  \"-Xlint:stars-align\", \/\/ Pattern sequence wildcard must align with sequence component.\n  \"-Xlint:type-parameter-shadow\", \/\/ A local type parameter shadows a type already in scope.\n  \"-Ywarn-dead-code\", \/\/ Warn when dead code is identified.\n  \/\/  \"-Ywarn-extra-implicit\", \/\/ Warn when more than one implicit parameter section is defined.\n  \"-Ywarn-numeric-widen\", \/\/ Warn when numerics are widened.\n  \"-Ywarn-value-discard\", \/\/ Warn when non-Unit expression results are unused.\n  \/\/\"-Ybackend-parallelism\", \"8\", \/\/ Enable paralellisation \u2014 change to desired number!\n  \/\/\"-Ycache-plugin-class-loader:last-modified\", \/\/ Enables caching of classloaders for compiler plugins\n  \/\/\"-Ycache-macro-class-loader:last-modified\", \/\/ and macro definitions. This can lead to performance improvements.\n\n)"}
{"repo_name":"convolution-ai\/flut","path":"src\/main\/scala\/com\/convolutionai\/flut\/etl\/SimpleEtl.scala","text":"package com.convolutionai.flut.etl\nimport com.convolutionai.flut.core.{Etl, Extractor, Loader, Transformer}\n\ncase class SimpleEtl[X, Y](override val e: Extractor[X], override val t: Transformer[X, Y],\n                           override val l: Loader[Y]) extends Etl(e, t, l)\n"}
{"repo_name":"convolution-ai\/flut","path":"project\/plugins.sbt","text":"<reponame>convolution-ai\/flut<filename>project\/plugins.sbt\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.10\")\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-sonatype\" % \"2.3\")\naddSbtPlugin(\"com.jsuereth\" % \"sbt-pgp\" % \"1.1.1\")\naddSbtPlugin(\"com.github.gseitz\" % \"sbt-release\" % \"1.0.13\")\n"}
{"repo_name":"convolution-ai\/flut","path":"project\/Dependencies.scala","text":"import sbt._\n\n\/**\n * @constructor asda\n *\/\nobject Dependencies {\n\n\n  lazy val scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.1.1\"\n  lazy val akkaActor  = \"com.typesafe.akka\" %% \"akka-actor\" % \"2.6.4\"\n  lazy val akkaHttp  = \"com.typesafe.akka\" %% \"akka-http\" % \"10.1.11\"\n  lazy val akkaStream  = \"com.typesafe.akka\" %% \"akka-stream\" % \"2.6.4\"\n  lazy val typesafeConf = \"com.typesafe\" % \"config\" % \"1.4.0\"\n}\n\n"}
{"repo_name":"convolution-ai\/flut","path":"src\/main\/scala\/com\/convolutionai\/flut\/config\/Configuration.scala","text":"package com.convolutionai.flut.config\n\n\n object Configuration {\n  import com.typesafe.config.Config\n  import com.typesafe.config.ConfigFactory\n\n  val config : Config = ConfigFactory.parseResources(\"application.conf\")\n\n}\n"}
{"repo_name":"convolution-ai\/flut","path":"src\/test\/scala\/com\/convolutionai\/etl\/SimpleEtlTest.scala","text":"<reponame>convolution-ai\/flut\npackage com.convolutionai.etl\n\nimport com.convolutionai.flut.core.{Extractor, Loader, Transformer}\nimport com.convolutionai.flut.etl.SimpleEtl\n\nimport scala.util.Random\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.flatspec.AnyFlatSpec\n\n\nclass SimpleEtlTest extends AnyFlatSpec with Matchers{\n\n\n  \"createSimpleEtl\" should \"return SimpleEtl outExample\" in {\n\n    type InputExample = Seq[Int]\n    type OutExample = Seq[String]\n    val inputExample = Seq.fill(10)(Random.nextInt)\n\n    object Extractor extends Extractor[InputExample] {\n      override def extract(): InputExample = inputExample\n    }\n\n    object  Transformer extends Transformer[InputExample, OutExample] {\n      override def transform(t: InputExample): OutExample = t.map(_.toString)\n    }\n\n    object  Loader extends Loader[Seq[String]] {\n      override def load(t: OutExample): OutExample = t\n    }\n\n    SimpleEtl[InputExample, OutExample](Extractor, Transformer, Loader).execute() shouldBe inputExample.map(_.toString)\n  }\n\n}"}
{"repo_name":"mspielberg\/phoenix","path":"phoenix-spark\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/jdbc\/PhoenixJdbcDialect.scala","text":"package org.apache.spark.sql.execution.datasources.jdbc\n\nimport org.apache.spark.sql.jdbc.{JdbcDialect, JdbcType}\nimport org.apache.spark.sql.types._\n\nprivate object PhoenixJdbcDialect  extends JdbcDialect {\n\n  override def canHandle(url: String): Boolean = url.startsWith(\"jdbc:phoenix\")\n\n  \/**\n    * This is only called for ArrayType (see JdbcUtils.makeSetter)\n    *\/\n  override def getJDBCType(dt: DataType): Option[JdbcType] = dt match {\n    case StringType => Some(JdbcType(\"VARCHAR\", java.sql.Types.VARCHAR))\n    case BinaryType => Some(JdbcType(\"BINARY(\" + dt.defaultSize + \")\", java.sql.Types.BINARY))\n    case ByteType => Some(JdbcType(\"TINYINT\", java.sql.Types.TINYINT))\n    case _ => None\n  }\n\n\n}"}
{"repo_name":"mspielberg\/phoenix","path":"phoenix-spark\/src\/main\/scala\/org\/apache\/phoenix\/spark\/PhoenixRecordWritable.scala","text":"\/*\n   Licensed under the Apache License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance with the License.\n   You may obtain a copy of the License at\n\n       http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n   Unless required by applicable law or agreed to in writing, software\n   distributed under the License is distributed on an \"AS IS\" BASIS,\n   WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n   See the License for the specific language governing permissions and\n   limitations under the License.\n *\/\npackage org.apache.phoenix.spark\n\nimport java.sql.{PreparedStatement, ResultSet}\nimport org.apache.hadoop.mapreduce.lib.db.DBWritable\nimport org.apache.phoenix.schema.types._\nimport org.apache.phoenix.util.ColumnInfo\nimport org.joda.time.DateTime\nimport scala.collection.{mutable, immutable}\n\n@deprecated(\"Use the DataSource V2 API implementation (see PhoenixDataSource)\")\nclass PhoenixRecordWritable(columnMetaDataList: List[ColumnInfo]) extends DBWritable {\n  val upsertValues = mutable.ArrayBuffer[Any]()\n  val resultMap = mutable.Map[String, AnyRef]()\n\n  def result : immutable.Map[String, AnyRef] = {\n    resultMap.toMap\n  }\n\n  override def write(statement: PreparedStatement): Unit = {\n    \/\/ Make sure we at least line up in size\n    if(upsertValues.length != columnMetaDataList.length) {\n      throw new UnsupportedOperationException(\n        s\"Upsert values ($upsertValues) do not match the specified columns (columnMetaDataList)\"\n      )\n    }\n\n    \/\/ Correlate each value (v) to a column type (c) and an index (i)\n    upsertValues.zip(columnMetaDataList).zipWithIndex.foreach {\n      case ((v, c), i) => {\n        if (v != null) {\n\n          \/\/ Both Java and Joda dates used to work in 4.2.3, but now they must be java.sql.Date\n          \/\/ Can override any other types here as needed\n          val (finalObj, finalType) = v match {\n            case dt: DateTime => (new java.sql.Date(dt.getMillis), PDate.INSTANCE)\n            case d: java.util.Date => (new java.sql.Date(d.getTime), PDate.INSTANCE)\n            case _ => (v, c.getPDataType)\n          }\n\n\n          \/\/ Helper method to create an SQL array for a specific PDatatype, and set it on the statement\n          def setArrayInStatement(obj: Array[AnyRef]): Unit = {\n            \/\/ Create a java.sql.Array, need to lookup the base sql type name\n            val sqlArray = statement.getConnection.createArrayOf(\n              PDataType.arrayBaseType(finalType).getSqlTypeName,\n              obj\n            )\n            statement.setArray(i + 1, sqlArray)\n          }\n\n          \/\/ Determine whether to save as an array or object\n          (finalObj, finalType) match {\n            case (obj: Array[AnyRef], _) => setArrayInStatement(obj)\n            case (obj: mutable.ArrayBuffer[AnyVal], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]).toArray)\n            case (obj: mutable.ArrayBuffer[AnyRef], _) => setArrayInStatement(obj.toArray)\n            case (obj: mutable.WrappedArray[AnyVal], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]).toArray)\n            case (obj: mutable.WrappedArray[AnyRef], _) => setArrayInStatement(obj.toArray)\n            case (obj: Array[Int], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case (obj: Array[Long], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case (obj: Array[Char], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case (obj: Array[Short], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case (obj: Array[Float], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case (obj: Array[Double], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            \/\/ PVarbinary and PBinary come in as Array[Byte] but they're SQL objects\n            case (obj: Array[Byte], _ : PVarbinary) => statement.setObject(i + 1, obj)\n            case (obj: Array[Byte], _ : PBinary) => statement.setObject(i + 1, obj)\n            \/\/ Otherwise set as array type\n            case (obj: Array[Byte], _) => setArrayInStatement(obj.map(_.asInstanceOf[AnyRef]))\n            case _ => statement.setObject(i + 1, finalObj)\n          }\n        } else {\n          statement.setNull(i + 1, c.getSqlType)\n        }\n      }\n    }\n  }\n\n  override def readFields(resultSet: ResultSet): Unit = {\n    val metadata = resultSet.getMetaData\n    for(i <- 1 to metadata.getColumnCount) {\n\n      \/\/ Return the contents of a PhoenixArray, if necessary\n      val value = resultSet.getObject(i) match {\n        case x: PhoenixArray => x.getArray\n        case y => y\n      }\n\n      \/\/ Put a (ColumnLabel -> value) entry in the result map\n      resultMap(metadata.getColumnLabel(i)) = value\n    }\n  }\n\n  def add(value: Any): Unit = {\n    upsertValues.append(value)\n  }\n\n  \/\/ Empty constructor for MapReduce\n  def this() = {\n    this(List[ColumnInfo]())\n  }\n\n}\n"}
{"repo_name":"mspielberg\/phoenix","path":"phoenix-spark\/src\/it\/scala\/org\/apache\/phoenix\/spark\/PhoenixSparkIT.scala","text":"\/*\n   Licensed under the Apache License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance with the License.\n   You may obtain a copy of the License at\n\n       http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n   Unless required by applicable law or agreed to in writing, software\n   distributed under the License is distributed on an \"AS IS\" BASIS,\n   WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n   See the License for the specific language governing permissions and\n   limitations under the License.\n *\/\npackage org.apache.phoenix.spark\n\nimport java.sql.DriverManager\nimport java.util.Date\n\nimport org.apache.phoenix.schema.types.PVarchar\nimport org.apache.phoenix.spark.datasource.v2.PhoenixDataSource\nimport org.apache.phoenix.util.{ColumnInfo, SchemaUtil}\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{Row, SaveMode}\n\nimport scala.collection.mutable.ListBuffer\n\n\/**\n  * Note: If running directly from an IDE, these are the recommended VM parameters:\n  * -Xmx1536m -XX:MaxPermSize=512m -XX:ReservedCodeCacheSize=512m\n  *\/\nclass PhoenixSparkIT extends AbstractPhoenixSparkIT {\n\n  test(\"Can persist data with case sensitive columns (like in avro schema)\") {\n    val df = spark.createDataFrame(\n      Seq(\n        (1, 1, \"test_child_1\"),\n        (2, 1, \"test_child_2\"))).\n    \/\/ column names are case sensitive\n      toDF(\"ID\", \"TABLE3_ID\", \"t2col1\")\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"TABLE3\",\n        PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress, PhoenixDataSource.SKIP_NORMALIZING_IDENTIFIER -> \"true\"))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n\n    \/\/ Verify results\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT * FROM TABLE3\")\n\n    val checkResults = List((1, 1, \"test_child_1\"), (2, 1, \"test_child_2\"))\n    val results = ListBuffer[(Long, Long, String)]()\n    while (rs.next()) {\n      results.append((rs.getLong(1), rs.getLong(2), rs.getString(3)))\n    }\n    stmt.close()\n\n    results.toList shouldEqual checkResults\n  }\n\n  \/\/ INSERT is not support using DataSource v2 api yet\n  ignore(\"Can use write data using spark SQL INSERT\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE3\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n    df1.createOrReplaceTempView(\"TABLE3\")\n\n    \/\/ Insert data\n    spark.sql(\"INSERT INTO TABLE3 VALUES(10, 10, 10)\")\n    spark.sql(\"INSERT INTO TABLE3 VALUES(20, 20, 20)\")\n\n    \/\/ Verify results\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT * FROM TABLE3 WHERE ID>=10\")\n    val expectedResults = List((10, 10, \"10\"), (20, 20, \"20\"))\n    val results = ListBuffer[(Long, Long, String)]()\n    while (rs.next()) {\n      results.append((rs.getLong(1), rs.getLong(2), rs.getString(3)))\n    }\n    stmt.close()\n\n    results.toList shouldEqual expectedResults\n  }\n  \n  test(\"Can convert Phoenix schema\") {\n    val phoenixSchema = List(\n      new ColumnInfo(\"varcharColumn\", PVarchar.INSTANCE.getSqlType)\n    )\n\n    val catalystSchema = SparkSchemaUtil.phoenixSchemaToCatalystSchema(phoenixSchema)\n\n    val expected = new StructType(List(StructField(\"varcharColumn\", StringType, nullable = true)).toArray)\n\n    catalystSchema shouldEqual expected\n  }\n\n  test(\"Can create schema RDD and execute query\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    df1.createOrReplaceTempView(\"sql_table_1\")\n\n    val df2 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE2\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    df2.createOrReplaceTempView(\"sql_table_2\")\n\n    val sqlRdd = spark.sql(\n      \"\"\"\n        |SELECT t1.ID, t1.COL1, t2.ID, t2.TABLE1_ID FROM sql_table_1 AS t1\n        |INNER JOIN sql_table_2 AS t2 ON (t2.TABLE1_ID = t1.ID)\"\"\".stripMargin\n    )\n\n    val count = sqlRdd.count()\n\n    count shouldEqual 6L\n  }\n\n  ignore(\"Ordering by pk columns should not require sorting\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n    df1.createOrReplaceTempView(\"TABLE1\")\n\n    val sqlRdd = spark.sql(\"SELECT * FROM TABLE1 ORDER BY ID, COL1\")\n    val plan = sqlRdd.queryExecution.sparkPlan\n    \/\/ verify the spark plan doesn't have a sort\n    assert(!plan.toString.contains(\"Sort\"))\n\n    val expectedResults = Array(Row.fromSeq(Seq(1, \"test_row_1\")), Row.fromSeq(Seq(2, \"test_row_2\")))\n    val actual = sqlRdd.collect()\n\n    actual shouldEqual expectedResults\n  }\n\n  test(\"Verify correct number of partitions are created\") {\n    val conn = DriverManager.getConnection(PhoenixSparkITHelper.getUrl)\n    val ddl = \"CREATE TABLE SPLIT_TABLE (id VARCHAR NOT NULL PRIMARY KEY, val VARCHAR) split on ('e','j','o')\"\n    conn.createStatement.execute(ddl)\n    val keys = Array(\"<KEY>\", \"q\", \"r\", \"s\",\n      \"t\", \"u\", \"v\", \"w\", \"x\", \"y\", \"z\")\n    for (key <- keys) {\n      conn.createStatement.execute(\"UPSERT INTO SPLIT_TABLE VALUES('\" + key + \"', '\" + key + \"')\")\n    }\n    conn.commit()\n\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"SPLIT_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n    df1.createOrReplaceTempView(\"SPLIT_TABLE\")\n    val sqlRdd = spark.sql(\"SELECT * FROM SPLIT_TABLE\")\n    val numPartitions = sqlRdd.rdd.partitions.size\n\n    numPartitions shouldEqual 4\n  }\n\n  test(\"Can create schema RDD and execute query on case sensitive table (no config)\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> SchemaUtil.getEscapedArgument(\"table4\"), PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    df1.createOrReplaceTempView(\"table4\")\n\n    val sqlRdd = spark.sql(\"SELECT id FROM table4\")\n\n    val count = sqlRdd.count()\n\n    count shouldEqual 2L\n  }\n\n  test(\"Can create schema RDD and execute constrained query\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    df1.createOrReplaceTempView(\"sql_table_1\")\n\n    val df2 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE2\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load.filter(\"ID = 1\")\n\n    df2.createOrReplaceTempView(\"sql_table_2\")\n\n    val sqlRdd = spark.sql(\n      \"\"\"\n        |SELECT t1.ID, t1.COL1, t2.ID, t2.TABLE1_ID FROM sql_table_1 AS t1\n        |INNER JOIN sql_table_2 AS t2 ON (t2.TABLE1_ID = t1.ID)\"\"\".stripMargin\n    )\n\n    val count = sqlRdd.count()\n\n    count shouldEqual 1L\n  }\n\n  test(\"Can create schema RDD with predicate that will never match\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load.filter(\"ID = -1\")\n\n    df1.createOrReplaceTempView(\"table3\")\n\n    val sqlRdd = spark.sql(\"SELECT * FROM table3\")\n\n    val count = sqlRdd.count()\n\n    count shouldEqual 0L\n  }\n\n  test(\"Can create schema RDD with complex predicate\") {\n    val predicate = \"ID > 0 AND TIMESERIES_KEY BETWEEN \" +\n      \"CAST(TO_DATE('1990-01-01 00:00:01', 'yyyy-MM-dd HH:mm:ss') AS TIMESTAMP) AND \" +\n      \"CAST(TO_DATE('1990-01-30 00:00:01', 'yyyy-MM-dd HH:mm:ss') AS TIMESTAMP)\"\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> \"DATE_PREDICATE_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n      .filter(predicate)\n\n    df1.createOrReplaceTempView(\"date_predicate_test_table\")\n\n    val sqlRdd = spark.sqlContext.sql(\"SELECT * FROM date_predicate_test_table\")\n\n    val count = sqlRdd.count()\n\n    count shouldEqual 0L\n  }\n\n  test(\"Can query an array table\") {\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"ARRAY_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    df1.createOrReplaceTempView(\"ARRAY_TEST_TABLE\")\n\n    val sqlRdd = spark.sql(\"SELECT * FROM ARRAY_TEST_TABLE\")\n\n    val count = sqlRdd.count()\n\n    \/\/ get row 0, column 1, which should be \"VCARRAY\"\n    val arrayValues = sqlRdd.collect().apply(0).apply(1)\n\n    arrayValues should equal(Array(\"String1\", \"String2\", \"String3\"))\n\n    count shouldEqual 1L\n  }\n\n  test(\"Can read a table as an RDD\") {\n    val rdd1 = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"ARRAY_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    val count = rdd1.count()\n\n    val arrayValues = rdd1.take(1)(0)(1)\n\n    arrayValues should equal(Array(\"String1\", \"String2\", \"String3\"))\n\n    count shouldEqual 1L\n  }\n\n  test(\"Can save to phoenix table\") {\n    val dataSet = List(Row(1L, \"1\", 1), Row(2L, \"2\", 2), Row(3L, \"3\", 3))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, nullable = false),\n        StructField(\"COL1\", StringType),\n        StructField(\"COL2\", IntegerType)))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"OUTPUT_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT ID, COL1, COL2 FROM OUTPUT_TEST_TABLE\")\n    val results = ListBuffer[Row]()\n    while (rs.next()) {\n      results.append(Row(rs.getLong(1), rs.getString(2), rs.getInt(3)))\n    }\n\n    \/\/ Verify they match\n    (0 to results.size - 1).foreach { i =>\n      dataSet(i) shouldEqual results(i)\n    }\n  }\n\n  test(\"Can save dates to Phoenix using java.sql.Date\") {\n    val date = java.sql.Date.valueOf(\"2016-09-30\")\n\n    \/\/ Since we are creating a Row we have to use java.sql.date\n    \/\/ java.util.date or joda.DateTime is not supported\n    val dataSet = Seq(Row(1L, \"1\", 1, date), Row(2L, \"2\", 2, date))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, nullable = false),\n        StructField(\"COL1\", StringType),\n        StructField(\"COL2\", IntegerType),\n        StructField(\"COL3\", DateType)))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"OUTPUT_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT COL3 FROM OUTPUT_TEST_TABLE WHERE ID = 1 OR ID = 2 ORDER BY ID ASC\")\n    val results = ListBuffer[java.sql.Date]()\n    while (rs.next()) {\n      results.append(rs.getDate(1))\n    }\n\n    \/\/ Verify the epochs are equal\n    results(0).getTime shouldEqual date.getTime\n    results(1).getTime shouldEqual date.getTime\n  }\n\n  test(\"Can infer schema without defining columns\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE2\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load()\n    df.schema(\"ID\").dataType shouldEqual LongType\n    df.schema(\"TABLE1_ID\").dataType shouldEqual LongType\n    df.schema(\"t2col1\").dataType shouldEqual StringType\n  }\n\n  test(\"Spark SQL can use Phoenix as a data source with no schema specified\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n    df.count() shouldEqual 2\n    df.schema(\"ID\").dataType shouldEqual LongType\n    df.schema(\"COL1\").dataType shouldEqual StringType\n  }\n\n  test(\"Datasource v2 pushes down filters\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n    val res = df.filter(df(\"COL1\") === \"test_row_1\" && df(\"ID\") === 1L).select(df(\"ID\"))\n\n    \/\/ Make sure we got the right value back\n    assert(res.first().getLong(0) == 1L)\n\n    val plan = res.queryExecution.sparkPlan\n    \/\/ filters should be pushed into scan\n    assert(\".*ScanV2 phoenix.*Filters.*ID.*COL1.*\".r.findFirstIn(plan.toString).isDefined)\n    \/\/ spark should not do post scan filtering\n    assert(\".*Filter .*ID.*COL1.*\".r.findFirstIn(plan.toString).isEmpty)\n  }\n\n  test(\"Can persist a dataframe\") {\n    \/\/ Load from TABLE1\n    val df = spark.sqlContext.read.format(\"phoenix\").options( Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load\n\n    \/\/ Save to TABLE1_COPY\n    df\n      .write\n      .format(\"phoenix\")\n      .mode(SaveMode.Overwrite)\n      .option(\"table\", \"TABLE1_COPY\")\n      .option(PhoenixDataSource.ZOOKEEPER_URL, quorumAddress)\n      .save()\n\n    \/\/ Verify results\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT * FROM TABLE1_COPY\")\n\n    val checkResults = List((1L, \"test_row_1\"), (2, \"test_row_2\"))\n    val results = ListBuffer[(Long, String)]()\n    while (rs.next()) {\n      results.append((rs.getLong(1), rs.getString(2)))\n    }\n    stmt.close()\n\n    results.toList shouldEqual checkResults\n  }\n\n  test(\"Can save arrays back to phoenix\") {\n    val dataSet = List(Row(2L, Array(\"String1\", \"String2\", \"String3\")))\n    val schema = StructType(Seq(\n      StructField(\"ID\", LongType, nullable = false),\n      StructField(\"VCARRAY\", ArrayType(StringType, true))\n    ))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"ARRAY_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT VCARRAY FROM ARRAY_TEST_TABLE WHERE ID = 2\")\n    rs.next()\n    val sqlArray = rs.getArray(1).getArray().asInstanceOf[Array[String]]\n\n    \/\/ Verify the arrays are equal\n    sqlArray shouldEqual dataSet(0).get(1)\n  }\n\n  test(\"Can read from table with schema and escaped table name\") {\n    \/\/ Manually escape\n    val df1 = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> \"CUSTOM_ENTITY.\\\"z02\\\"\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load()\n\n    var count = df1.count()\n\n    count shouldEqual 1L\n\n    \/\/ Use SchemaUtil\n    val df2 = spark.sqlContext.read.format(\"phoenix\")\n      .options(\n        Map(\"table\" -> SchemaUtil.getEscapedFullTableName(\"CUSTOM_ENTITY.z02\"), PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load()\n\n    count = df2.count()\n\n    count shouldEqual 1L\n  }\n\n  test(\"Ensure DataFrame field normalization (PHOENIX-2196)\") {\n    val rdd1 = spark.sparkContext\n      .parallelize(Seq((1L, 1L, \"One\"), (2L, 2L, \"Two\")))\n      .map(p => Row(p._1, p._2, p._3))\n\n    val schema = StructType(Seq(\n      StructField(\"id\", LongType, nullable = false),\n      StructField(\"table1_id\", LongType, nullable = true),\n      StructField(\"\\\"t2col1\\\"\", StringType, nullable = true)\n    ))\n\n    val df = spark.sqlContext.createDataFrame(rdd1, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"TABLE2\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n  }\n\n  test(\"Ensure Dataframe supports LIKE and IN filters (PHOENIX-2328)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\").options(Map(\"table\" -> \"TABLE1\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load()\n    \/\/ Prefix match\n    val res1 = df.filter(\"COL1 like 'test_row_%'\")\n    val plan = res1.groupBy().count().queryExecution.sparkPlan\n    res1.count() shouldEqual 2\n\n    \/\/ Suffix match\n    val res2 = df.filter(\"COL1 like '%_1'\")\n    res2.count() shouldEqual 1\n    res2.first.getString(1) shouldEqual \"test_row_1\"\n\n    \/\/ Infix match\n    val res3 = df.filter(\"COL1 like '%_row_%'\")\n    res3.count() shouldEqual 2\n\n    \/\/ Not like, match none\n    val res4 = df.filter(\"COL1 not like '%_row_%'\")\n    res4.count() shouldEqual 0\n\n    \/\/ Not like, match all\n    val res5 = df.filter(\"COL1 not like '%_wor_%'\")\n    res5.count() shouldEqual 2\n\n    \/\/ \"IN\", match all\n    val res6 = df.filter(\"COL1 in ('test_row_1', 'test_row_2')\")\n    res6.count() shouldEqual 2\n\n    \/\/ \"IN\", match none\n    val res7 = df.filter(\"COL1 in ('foo', 'bar')\")\n    res7.count() shouldEqual 0\n\n    \/\/ AND (and not again)\n    val res8 = df.filter(\"COL1 like '%_row_%' AND COL1 not like '%_1'\")\n    res8.count() shouldEqual 1\n    res8.first.getString(1) shouldEqual \"test_row_2\"\n\n    \/\/ OR\n    val res9 = df.filter(\"COL1 like '%_1' OR COL1 like '%_2'\")\n    res9.count() shouldEqual 2\n  }\n\n  test(\"Can load decimal types with accurate precision and scale (PHOENIX-2288)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> \"TEST_DECIMAL\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load()\n    assert(df.select(\"COL1\").first().getDecimal(0) == BigDecimal(\"123.456789\").bigDecimal)\n  }\n\n  test(\"Can load small and tiny integer types (PHOENIX-2426)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> \"TEST_SMALL_TINY\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress)).load()\n    assert(df.select(\"COL1\").first().getShort(0).toInt == 32767)\n    assert(df.select(\"COL2\").first().getByte(0).toInt == 127)\n  }\n\n  test(\"Can save arrays from custom dataframes back to phoenix\") {\n    val dataSet = List(Row(2L, Array(\"String1\", \"String2\", \"String3\"), Array(1, 2, 3)))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, nullable = false),\n        StructField(\"VCARRAY\", ArrayType(StringType)),\n        StructField(\"INTARRAY\", ArrayType(IntegerType))))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"ARRAYBUFFER_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT VCARRAY, INTARRAY FROM ARRAYBUFFER_TEST_TABLE WHERE ID = 2\")\n    rs.next()\n    val stringArray = rs.getArray(1).getArray().asInstanceOf[Array[String]]\n    val intArray = rs.getArray(2).getArray().asInstanceOf[Array[Int]]\n\n    \/\/ Verify the arrays are equal\n    stringArray shouldEqual dataSet(0).getAs[Array[String]](1)\n    intArray shouldEqual dataSet(0).getAs[Array[Int]](2)\n  }\n\n  test(\"Can save arrays of AnyVal type back to phoenix\") {\n    val dataSet = List(Row(2L, Array(1, 2, 3), Array(1L, 2L, 3L)))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, nullable = false),\n        StructField(\"INTARRAY\", ArrayType(IntegerType)),\n        StructField(\"BIGINTARRAY\", ArrayType(LongType))))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"ARRAY_ANYVAL_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT INTARRAY, BIGINTARRAY FROM ARRAY_ANYVAL_TEST_TABLE WHERE ID = 2\")\n    rs.next()\n    val intArray = rs.getArray(1).getArray().asInstanceOf[Array[Int]]\n    val longArray = rs.getArray(2).getArray().asInstanceOf[Array[Long]]\n\n    \/\/ Verify the arrays are equal\n    intArray shouldEqual dataSet(0).get(1)\n    longArray shouldEqual dataSet(0).get(2)\n  }\n\n  test(\"Can save arrays of Byte type back to phoenix\") {\n    val dataSet = List(Row(2L, Array(1.toByte, 2.toByte, 3.toByte)))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, nullable = false),\n        StructField(\"BYTEARRAY\", ArrayType(ByteType))))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"ARRAY_BYTE_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT BYTEARRAY FROM ARRAY_BYTE_TEST_TABLE WHERE ID = 2\")\n    rs.next()\n    val byteArray = rs.getArray(1).getArray().asInstanceOf[Array[Byte]]\n\n    \/\/ Verify the arrays are equal\n    byteArray shouldEqual dataSet(0).get(1)\n  }\n\n  test(\"Can save binary types back to phoenix\") {\n    val dataSet = List(Row(2L, Array[Byte](1), Array[Byte](1, 2, 3), Array[Array[Byte]](Array[Byte](1), Array[Byte](2))))\n\n    val schema = StructType(\n      Seq(StructField(\"ID\", LongType, false),\n        StructField(\"BIN\", BinaryType),\n        StructField(\"VARBIN\", BinaryType),\n        StructField(\"BINARRAY\", ArrayType(BinaryType))))\n\n    val rowRDD = spark.sparkContext.parallelize(dataSet)\n\n    \/\/ Apply the schema to the RDD.\n    val df = spark.sqlContext.createDataFrame(rowRDD, schema)\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"VARBINARY_TEST_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    \/\/ Load the results back\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(\"SELECT BIN, VARBIN, BINARRAY FROM VARBINARY_TEST_TABLE WHERE ID = 2\")\n    rs.next()\n    val byte = rs.getBytes(\"BIN\")\n    val varByte = rs.getBytes(\"VARBIN\")\n    val varByteArray = rs.getArray(\"BINARRAY\").getArray().asInstanceOf[Array[Array[Byte]]]\n\n    \/\/ Verify the arrays are equal\n    byte shouldEqual dataSet(0).get(1)\n    varByte shouldEqual dataSet(0).get(2)\n    varByteArray shouldEqual dataSet(0).get(3)\n  }\n\n  test(\"Can load and filter Phoenix DATE columns through DataFrame API\") {\n    val df = spark.sqlContext.read\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"DATE_TEST\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n    val dt = df.select(\"COL1\").first().getDate(0).getTime\n    val epoch = new Date().getTime\n\n    \/\/ NOTE: Spark DateType drops hour, minute, second, as per the java.sql.Date spec\n    \/\/ Use 'dateAsTimestamp' option to coerce DATE to TIMESTAMP without losing resolution\n\n    \/\/ Note that Spark also applies the timezone offset to the returned date epoch. Rather than perform timezone\n    \/\/ gymnastics, just make sure we're within 24H of the epoch generated just now\n    assert(Math.abs(epoch - dt) < 86400000)\n\n    df.createOrReplaceTempView(\"DATE_TEST\")\n    val df2 = spark.sql(\"SELECT * FROM DATE_TEST WHERE COL1 > TO_DATE('1990-01-01 00:00:01', 'yyyy-MM-dd HH:mm:ss')\")\n    assert(df2.count() == 1L)\n  }\n\n  test(\"Filter operation doesn't work for column names containing a white space (PHOENIX-2547)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> SchemaUtil.getEscapedArgument(\"space\"), PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n    val res = df.filter(df.col(\"first name\").equalTo(\"xyz\"))\n    \/\/ Make sure we got the right value back\n    assert(res.collectAsList().size() == 1L)\n  }\n\n  test(\"Spark Phoenix cannot recognize Phoenix view fields (PHOENIX-2290)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> SchemaUtil.getEscapedArgument(\"small\"), PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n    df.createOrReplaceTempView(\"temp\")\n\n    \/\/ limitation: filter \/ where expressions are not allowed with \"double quotes\", instead of that pass it as column expressions\n    \/\/ reason: if the expression contains \"double quotes\" then spark sql parser, ignoring evaluating .. giving to next level to handle\n\n    val res1 = spark.sql(\"select * from temp where salary = '10000' \")\n    assert(res1.collectAsList().size() == 1L)\n\n    val res2 = spark.sql(\"select * from temp where \\\"salary\\\" = '10000' \")\n    assert(res2.collectAsList().size() == 0L)\n\n    val res3 = spark.sql(\"select * from temp where salary > '10000' \")\n    assert(res3.collectAsList().size() == 2L)\n  }\n\n  test(\"Queries with small case column-names return empty result-set when working with Spark Datasource Plugin (PHOENIX-2336)\") {\n    val df = spark.sqlContext.read.format(\"phoenix\")\n      .options(Map(\"table\" -> SchemaUtil.getEscapedArgument(\"small\"), PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n\n    \/\/ limitation: filter \/ where expressions are not allowed with \"double quotes\", instead of that pass it as column expressions\n    \/\/ reason: if the expression contains \"double quotes\" then spark sql parser, ignoring evaluating .. giving to next level to handle\n\n    val res1 = df.filter(df.col(\"first name\").equalTo(\"foo\"))\n    assert(res1.collectAsList().size() == 1L)\n\n    val res2 = df.filter(\"\\\"first name\\\" = 'foo'\")\n    assert(res2.collectAsList().size() == 0L)\n\n    val res3 = df.filter(\"salary = '10000'\")\n    assert(res3.collectAsList().size() == 1L)\n\n    val res4 = df.filter(\"salary > '10000'\")\n    assert(res4.collectAsList().size() == 2L)\n  }\n\n  test(\"Can coerce Phoenix DATE columns to TIMESTAMP through DataFrame API\") {\n    val df = spark.sqlContext.read\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"DATE_TEST\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress, \"dateAsTimestamp\" -> \"true\"))\n      .load\n    val dtRes = df.select(\"COL1\").first()\n    val ts = dtRes.getTimestamp(0).getTime\n    val epoch = new Date().getTime\n\n    assert(Math.abs(epoch - ts) < 300000)\n  }\n\n  test(\"Can load Phoenix Time columns through DataFrame API\") {\n    val df = spark.sqlContext.read\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"TIME_TEST\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n    val time = df.select(\"COL1\").first().getTimestamp(0).getTime\n    val epoch = new Date().getTime\n    assert(Math.abs(epoch - time) < 86400000)\n  }\n\n  test(\"can read all Phoenix data types\") {\n    val df = spark.sqlContext.read\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"GIGANTIC_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .load\n\n    df.write\n      .format(\"phoenix\")\n      .options(Map(\"table\" -> \"OUTPUT_GIGANTIC_TABLE\", PhoenixDataSource.ZOOKEEPER_URL -> quorumAddress))\n      .mode(SaveMode.Overwrite)\n      .save()\n\n    df.count() shouldEqual 1\n  }\n\n}\n"}
{"repo_name":"mspielberg\/phoenix","path":"phoenix-spark\/src\/it\/scala\/org\/apache\/phoenix\/spark\/PhoenixSparkITTenantSpecific.scala","text":"\/*\n   Licensed under the Apache License, Version 2.0 (the \"License\");\n   you may not use this file except in compliance with the License.\n   You may obtain a copy of the License at\n\n       http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n   Unless required by applicable law or agreed to in writing, software\n   distributed under the License is distributed on an \"AS IS\" BASIS,\n   WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n   See the License for the specific language governing permissions and\n   limitations under the License.\n *\/\npackage org.apache.phoenix.spark\n\nimport org.apache.phoenix.util.PhoenixRuntime\nimport org.apache.spark.sql.SQLContext\n\nimport scala.collection.mutable.ListBuffer\n\n\/**\n  * Sub-class of PhoenixSparkIT used for tenant-specific tests\n  *\n  * Note: All schema related variables (table name, column names, default data, etc) are coupled with\n  * phoenix-spark\/src\/it\/resources\/tenantSetup.sql\n  *\n  * Note: If running directly from an IDE, these are the recommended VM parameters:\n  * -Xmx1536m -XX:MaxPermSize=512m -XX:ReservedCodeCacheSize=512m\n  *\n  *\/\nclass PhoenixSparkITTenantSpecific extends AbstractPhoenixSparkIT {\n\n  \/\/ Tenant-specific schema info\n  val OrgIdCol = \"ORGANIZATION_ID\"\n  val TenantOnlyCol = \"TENANT_ONLY_COL\"\n  val TenantTable = \"TENANT_VIEW\"\n\n  \/\/ Data set for tests that write to Phoenix\n  val TestDataSet = List((\"testOrg1\", \"data1\"), (\"testOrg2\", \"data2\"), (\"testOrg3\", \"data3\"))\n\n  \/**\n    * Helper method used by write tests to verify content written.\n    * Assumes the caller has written the TestDataSet (defined above) to Phoenix\n    * and that 1 row of default data exists (upserted after table creation in tenantSetup.sql)\n    *\/\n  def verifyResults(): Unit = {\n    \/\/ Contains the default data upserted into the tenant-specific table in tenantSetup.sql and the data upserted by tests\n    val VerificationDataSet = List((\"defaultOrg\", \"defaultData\")) ::: TestDataSet\n\n    val SelectStatement = \"SELECT \" + OrgIdCol + \",\" + TenantOnlyCol + \" FROM \" + TenantTable\n    val stmt = conn.createStatement()\n    val rs = stmt.executeQuery(SelectStatement)\n\n    val results = ListBuffer[(String, String)]()\n    while (rs.next()) {\n      results.append((rs.getString(1), rs.getString(2)))\n    }\n    stmt.close()\n    results.toList shouldEqual VerificationDataSet\n  }\n\n  \/*****************\/\n  \/** Read tests **\/\n  \/*****************\/\n\n  test(\"Can read from tenant-specific table as DataFrame\") {\n    val df = spark.sqlContext.phoenixTableAsDataFrame(\n      TenantTable,\n      Seq(OrgIdCol, TenantOnlyCol),\n      zkUrl = Some(quorumAddress),\n      tenantId = Some(TenantId),\n      conf = hbaseConfiguration)\n\n    \/\/ There should only be 1 row upserted in tenantSetup.sql\n    val count = df.count()\n    count shouldEqual 1L\n  }\n\n  test(\"Can read from tenant-specific table as RDD\") {\n    val rdd = spark.sparkContext.phoenixTableAsRDD(\n      TenantTable,\n      Seq(OrgIdCol, TenantOnlyCol),\n      zkUrl = Some(quorumAddress),\n      tenantId = Some(TenantId),\n      conf = hbaseConfiguration)\n\n    \/\/ There should only be 1 row upserted in tenantSetup.sql\n    val count = rdd.count()\n    count shouldEqual 1L\n  }\n\n  \/*****************\/\n  \/** Write tests **\/\n  \/*****************\/\n\n  test(\"Can write a DataFrame using 'DataFrame.saveToPhoenix' to tenant-specific view\") {\n    val sqlContext = spark.sqlContext\n    import sqlContext.implicits._\n\n    val df = spark.sparkContext.parallelize(TestDataSet).toDF(OrgIdCol, TenantOnlyCol)\n    df.saveToPhoenix(TenantTable, zkUrl = Some(quorumAddress), tenantId = Some(TenantId))\n\n    verifyResults\n  }\n\n  test(\"Can write a DataFrame using 'DataFrame.write' to tenant-specific view\") {\n    val sqlContext = spark.sqlContext\n    import sqlContext.implicits._\n\n    val df = spark.sparkContext.parallelize(TestDataSet).toDF(OrgIdCol, TenantOnlyCol)\n\n    df.write\n      .format(\"phoenix\")\n      .mode(\"overwrite\")\n      .option(\"table\", TenantTable)\n      .option(PhoenixRuntime.TENANT_ID_ATTRIB, TenantId)\n      .option(\"zkUrl\", PhoenixSparkITHelper.getUrl)\n      .save()\n\n    verifyResults\n  }\n\n  test(\"Can write an RDD to Phoenix tenant-specific view\") {\n    spark.sparkContext\n      .parallelize(TestDataSet)\n      .saveToPhoenix(\n        TenantTable,\n        Seq(OrgIdCol, TenantOnlyCol),\n        hbaseConfiguration,\n        tenantId = Some(TenantId)\n      )\n\n    verifyResults\n  }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/RPCClient.scala","text":"\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc\n\nimport cats.effect.{ContextShift, IO, Resource}\nimport io.circe.{Decoder, Encoder, Json}\nimport org.http4s.circe.CirceEntityDecoder._\nimport org.http4s.circe.CirceEntityEncoder._\nimport org.http4s.client.Client\nimport org.http4s.client.blaze.BlazeClientBuilder\nimport org.http4s.client.dsl.Http4sClientDsl\nimport org.http4s.dsl.io._\nimport org.http4s.headers.{Authorization, _}\nimport org.http4s.{BasicCredentials, MediaType, Request, Uri}\n\nimport java.net.{ConnectException, SocketTimeoutException}\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration._\n\nobject RPCClient {\n\n  def bitcoin(\n      hosts: Seq[String],\n      port: Option[Int] = None,\n      username: Option[String] = None,\n      password: Option[String] = None,\n      zmqPort: Option[Int] = None,\n      onErrorRetry: (Int, Throwable) => IO[Unit] = (_,_) => IO.unit\n  )(\n      implicit ec: ExecutionContext,\n      cs: ContextShift[IO]\n  ): Resource[IO, Bitcoin] = {\n    val config = Config(hosts, port, username, password, zmqPort)\n    for (client <- make(config, onErrorRetry)) yield Bitcoin(client)\n  }\n\n  def ethereum(\n      hosts: Seq[String],\n      port: Option[Int] = None,\n      username: Option[String] = None,\n      password: Option[String] = None,\n      zmqPort: Option[Int] = None,\n      onErrorRetry: (Int, Throwable) => IO[Unit] = (_,_) => IO.unit\n  )(\n      implicit ec: ExecutionContext,\n      cs: ContextShift[IO]\n  ): Resource[IO, Ethereum] = {\n    val config = Config(hosts, port, username, password, zmqPort)\n    for (client <- make(config, onErrorRetry)) yield Ethereum(client)\n  }\n\n  def omni(\n      hosts: Seq[String],\n      port: Option[Int] = None,\n      username: Option[String] = None,\n      password: Option[String] = None,\n      zmqPort: Option[Int] = None,\n      onErrorRetry: (Int, Throwable) => IO[Unit] = (_,_) => IO.unit\n  )(\n      implicit ec: ExecutionContext,\n      cs: ContextShift[IO]\n  ): Resource[IO, Omni] = {\n    val config = Config(hosts, port, username, password, zmqPort)\n    for (client <- make(config, onErrorRetry)) yield Omni(client)\n  }\n\n  def make(config: Config, onErrorRetry: (Int, Throwable) => IO[Unit])(\n      implicit ec: ExecutionContext,\n      cs: ContextShift[IO]\n  ): Resource[IO, RPCClient] = {\n    for {\n      client <- BlazeClientBuilder[IO](ec)\n        .withConnectTimeout(5.seconds)\n        .withRequestTimeout(2.minutes)\n        .resource\n      socket <- ZeroMQ.socket(\n        config.hosts.head,\n        config.zmqPort.getOrElse(28332)\n      )\n    } yield new RPCClient(client, socket, config, onErrorRetry)\n  }\n}\n\nclass RPCClient (\n    client: Client[IO],\n    zmq: ZeroMQ.Socket,\n    config: Config,\n    onErrorRetry: (Int, Throwable) => IO[Unit]\n) extends Http4sClientDsl[IO] {\n\n  \/\/ is blocking\n  def nextBlockHash(): IO[String] = zmq.nextBlock()\n\n  def request[A <: RPCRequest: Encoder, B <: RPCResponse: Decoder](\n      request: A\n  ): IO[B] = retry(config.hosts) { host =>\n    for {\n      req <- post(host, request)\n      res <- client.expect[B](req)\n    } yield res\n  }\n\n  def requestJson[A <: RPCRequest: Encoder](request: A): IO[Json] =\n    retry(config.hosts) { host =>\n      for {\n        req <- post(host, request)\n        res <- client.expect[Json](req)\n      } yield res\n    }\n\n  private def post[A <: RPCRequest: Encoder](\n      host: String,\n      request: A\n  ): IO[Request[IO]] = {\n    val uri = Uri\n      .fromString(s\"http:\/\/${host}:${config.port.getOrElse(8332)}\")\n      .getOrElse(throw new Exception(\"Could not parse URL\"))\n    (config.username, config.password) match {\n      case (Some(user), Some(pass)) =>\n        POST(\n          request,\n          uri,\n          Authorization(BasicCredentials(user, pass)),\n          Accept(MediaType.application.json)\n        )\n      case _ =>\n        POST(\n          request,\n          uri,\n          Accept(MediaType.application.json)\n        )\n    }\n  }\n\n  def retry[A](fallbacks: Seq[String], current: Int = 0, max: Int = 10)(\n      f: String => IO[A]\n  ): IO[A] = {\n    val hostId = current % fallbacks.size\n    val handle = (e: Exception) => {\n      if (current <= max) for {\n        _ <- onErrorRetry(hostId, e)\n        r <- retry(fallbacks, current + 1, max)(f)\n      } yield r\n      else\n        IO.raiseError(new Exception(s\"Running out of retries for: ${e}\"))\n    }\n    f(fallbacks(hostId)).handleErrorWith {\n      case e: org.http4s.client.UnexpectedStatus => handle(e)\n      case e: ConnectException                   => handle(e)\n      case e: SocketTimeoutException             => handle(e)\n      case e                                     => IO.raiseError(e)\n    }\n  }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/examples\/ethereum\/CatchupFromZero.scala","text":"\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.examples.ethereum\n\nimport cats.effect.{ExitCode, IO, IOApp}\nimport com.madewithtea.blockchainrpc.ethereum.Syntax._\nimport com.madewithtea.blockchainrpc.ethereum.HexTools\nimport com.madewithtea.blockchainrpc.ethereum.Protocol.TransactionResponse\nimport com.madewithtea.blockchainrpc.{BatchResponse, Config, Ethereum, RPCClient}\n\nimport scala.concurrent.ExecutionContext.global\n\nobject CatchupFromZero extends IOApp {\n\n  def getReceipts(rpc: Ethereum, txs: Seq[String]) =\n    for {\n      receipts <- rpc.getReceiptsByHash(txs)\n      _ <- IO(println(s\"${receipts.seq.size} receipts\"))\n    } yield ()\n\n  def loop(rpc: Ethereum, current: Long = 9000000L, until: Long = 9120000): IO[Unit] =\n    for {\n      block <- rpc.getBlockByHeight(current)\n      _ <- IO { println(s\"block ${HexTools.parseQuantity(block.number)} - ${block.hash}: ${block.transactions.size} transactions\") }\n      transactions <- if(block.transactions.nonEmpty) rpc.getTransactions(block.transactions) else IO.pure(BatchResponse[TransactionResponse](List()))\n      _ <- IO(println(s\"transactions: ${transactions.seq.size}\"))\n      _ <- if(block.transactions.nonEmpty) getReceipts(rpc, block.transactions) else IO.unit\n      l <- if (current + 1 < until) loop(rpc, current + 1, until) else IO.unit\n    } yield l\n\n  def run(args: List[String]): IO[ExitCode] = {\n    implicit val ec = global\n    implicit val config = Config.fromEnv\n    RPCClient\n      .ethereum(\n        config.hosts,\n        config.port,\n        config.username,\n        config.password,\n        onErrorRetry = { (_, e: Throwable) =>\n          IO(println(e))\n        }\n      )\n      .use { ethereum =>\n        for {\n          _ <- loop(ethereum)\n        } yield ExitCode(0)\n      }\n  }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/ethereum\/Protocol.scala","text":"\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.ethereum\n\nimport cats.effect.IO\nimport com.madewithtea.blockchainrpc.{Ethereum, RPCRequest, RPCResponse}\n\nobject Methods {\n\n  trait GetBlockWithTransactionsByHash[A <: Ethereum, B] {\n    def getBlockWithTransactionsByHash(a: A, hash: String): IO[B]\n  }\n\n  trait GetBlockWithTransactionsByHeight[A <: Ethereum, B] {\n    def getBlockWithTransactionsByHeight(a: A, height: Long): IO[B]\n  }\n\n  trait GetReceipt[A <: Ethereum, B] {\n    def getReceipt(a: A, hash: String): IO[B]\n  }\n\n  trait GetReceipts[A <: Ethereum, B] {\n    def getReceipts(a: A, hashes: Seq[String]): IO[B]\n  }\n}\n\nobject Protocol {\n\n  type BlockWithTransactionsResponse =\n    GenericBlockResponse[TransactionResponse]\n\n  type BlockResponse = GenericBlockResponse[String]\n\n  case class GenericBlockResponse[A](\n      author: String,\n      difficulty: String,\n      extraData: String,\n      gasLimit: String,\n      gasUsed: String,\n      hash: String,\n      logsBloom: String,\n      miner: String,\n      mixHash: String,\n      nonce: String,\n      number: String,\n      parentHash: String,\n      receiptsRoot: String,\n      sealFields: List[String],\n      sha3Uncles: String,\n      size: String,\n      stateRoot: String,\n      timestamp: String,\n      totalDifficulty: String,\n      transactions: List[A],\n      transactionsRoot: String,\n      uncles: List[String]\n  ) extends RPCResponse\n\n  case class TransactionResponse(\n      blockHash: String,\n      blockNumber: String,\n      chainId: Option[String],\n      from: String,\n      gas: String,\n      gasPrice: String,\n      hash: String,\n      input: String,\n      nonce: String,\n      publicKey: String,\n      r: String,\n      raw: String,\n      s: String,\n      v: String,\n      standardV: String,\n      to: Option[String],\n      transactionIndex: String,\n      value: String,\n      condition: Option[String],\n      creates: Option[String]\n  ) extends RPCResponse\n\n  case class ReceiptResponse(\n      blockHash: String,\n      blockNumber: String,\n      contractAddress: Option[String],\n      from: Option[String],\n      to: Option[String],\n      cumulativeGasUsed: String,\n      gasUsed: Option[String],\n      logs: List[LogResponse],\n      logsBloom: String,\n      status: Option[String],\n      transactionHash: String,\n      transactionIndex: String\n  ) extends RPCResponse\n\n  case class LogResponse(\n      removed: Boolean,\n      logIndex: Option[String],\n      transactionIndex: Option[String],\n      transactionHash: Option[String],\n      blockHash: Option[String],\n      blockNumber: Option[String],\n      address: String,\n      data: String,\n      topics: List[String],\n      transactionLogIndex: Option[String],\n      `type`: String\n  )\n\n  case class BlockByHashRequest(hash: String, withTransactions: Boolean)\n      extends RPCRequest\n  case class BlockByHeightRequest(height: Long, withTransactions: Boolean)\n      extends RPCRequest\n  case class ReceiptRequest(hash: String) extends RPCRequest\n  case class TransactionRequest(hash: String) extends RPCRequest\n  case class BestBlockHeightRequest() extends RPCRequest\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/ethereum\/Syntax.scala","text":"<gh_stars>10-100\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.ethereum\n\nimport com.madewithtea.blockchainrpc.BasicMethods._\nimport com.madewithtea.blockchainrpc.{BatchResponse, Ethereum}\nimport com.madewithtea.blockchainrpc.ethereum.Instances._\nimport com.madewithtea.blockchainrpc.ethereum.Methods._\nimport com.madewithtea.blockchainrpc.ethereum.Protocol.{BlockResponse, _}\n\nobject Syntax {\n  implicit class EthereumOps(b: Ethereum) {\n    \n    def getReceiptByHash(hash: String) =\n      implicitly[GetReceipt[Ethereum, ReceiptResponse]].getReceipt(b, hash)\n\n    def getReceiptsByHash(hashes: Seq[String]) =\n      implicitly[GetReceipts[Ethereum, BatchResponse[ReceiptResponse]]]\n        .getReceipts(b, hashes)\n\n    def getBlockByHeight(height: Long) =\n      implicitly[GetBlockByHeight[Ethereum, BlockResponse]]\n        .getBlockByHeight(b, height)\n\n    def getBlockByHash(hash: String) =\n      implicitly[GetBlockByHash[Ethereum, BlockResponse]]\n        .getBlockByHash(b, hash)\n\n    def getBestBlockHeight() =\n      implicitly[GetBestBlockHeight[Ethereum]].getBestBlockHeight(b)\n\n    def getTransaction(hash: String) =\n      implicitly[GetTransaction[Ethereum, TransactionResponse]]\n        .getTransaction(b, hash)\n\n    def getTransactions(hashes: Seq[String]) =\n      implicitly[GetTransactions[Ethereum, BatchResponse[TransactionResponse]]]\n        .getTransactions(b, hashes)\n  }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/examples\/bitcoin\/GetAllTransactionsForBlock.scala","text":"<filename>src\/main\/scala\/examples\/bitcoin\/GetAllTransactionsForBlock.scala\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\n  package com.madewithtea.blockchainrpc.examples.bitcoin\n\n  import cats.effect.{ExitCode, IO, IOApp}\n  import scala.concurrent.ExecutionContext.global\n\n  import com.madewithtea.blockchainrpc.{RPCClient, Config}\n  import com.madewithtea.blockchainrpc.bitcoin.Syntax._\n\n  object GetAllTransactionsFromBlock extends IOApp {\n\n    def run(args: List[String]): IO[ExitCode] = {\n      implicit val ec = global\n      implicit val config = Config.fromEnv\n      RPCClient\n        .bitcoin(config.hosts, config.port, config.username, config.password)\n        .use { rpc =>\n          for {\n            block <- rpc.getBlockByHash(\n                \"0000000000000000000759de6ab39c2d8fb01e4481ba581761ddc1d50a57358d\"\n              )\n            txs <- rpc.getTransactions(block.tx)\n            _ <- IO(println(s\"Fetched ${txs.seq.size} transactions\"))\n          } yield ExitCode(0)\n        }\n    }\n  }\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/ethereum\/UInt256.scala","text":"<gh_stars>10-100\npackage com.madewithtea.blockchainrpc.ethereum\n\nimport akka.util.ByteString\n\n\/\/ scalastyle:off number.of.methods\nobject UInt256 {\n\n\n  \/** Size of UInt256 byte representation *\/\n  val Size: Int = 32\n\n  private val Modulus: BigInt = BigInt(2).pow(256)\n\n  val MaxValue: UInt256 = new UInt256(Modulus - 1)\n\n  val Zero: UInt256 = new UInt256(0)\n\n  val One: UInt256 = new UInt256(1)\n\n  val Two: UInt256 = new UInt256(2)\n\n  def apply(bytes: ByteString): UInt256 = {\n    require(bytes.length <= Size, s\"Input byte array cannot be longer than $Size: ${bytes.length}\")\n    UInt256(bytes.foldLeft(BigInt(0)){(n, b) => (n << 8) + (b & 0xff)})\n  }\n\n  def apply(array: Array[Byte]): UInt256 =\n    UInt256(ByteString(array))\n\n  def apply(n: BigInt): UInt256 =\n    new UInt256(boundBigInt(n))\n\n  def apply(b: Boolean): UInt256 =\n    if (b) One else Zero\n\n  def apply(n: Long): UInt256 =\n    apply(BigInt(n))\n\n  implicit class BigIntAsUInt256(val bigInt: BigInt) extends AnyVal {\n    def toUInt256: UInt256 = UInt256(bigInt)\n  }\n\n  implicit def uint256ToBigInt(uint: UInt256): BigInt = uint.toBigInt\n\n  implicit def byte2UInt256(b: Byte): UInt256 = UInt256(b.longValue())\n\n  implicit def int2UInt256(i: Int): UInt256 = UInt256(i.longValue())\n\n  implicit def long2UInt256(l: Long): UInt256 = UInt256(l)\n\n  implicit def bool2UInt256(b: Boolean): UInt256 = UInt256(b)\n\n\n\n  private val Zeros: ByteString = ByteString(Array.fill[Byte](Size)(0))\n\n  private def boundBigInt(n: BigInt): BigInt = (n % Modulus + Modulus) % Modulus\n\n  private val MaxSignedValue: BigInt = BigInt(2).pow(Size * 8 - 1) - 1\n}\n\n\/** Represents 256 bit unsigned integers with standard arithmetic, byte-wise operation and EVM-specific extensions *\/\nclass UInt256 private (private val n: BigInt) extends Ordered[UInt256] {\n\n  import UInt256._\n  require(n >= 0 && n < Modulus, s\"Invalid UInt256 value: $n\")\n\n\n  \/\/ byte-wise operations\n\n  \/** Converts a BigInt to a ByteString.\n   *  Output ByteString is padded with 0's from the left side up to UInt256.Size bytes.\n   *\/\n  lazy val bytes: ByteString = {\n    val bs: ByteString = ByteString(n.toByteArray).takeRight(Size)\n    val padLength: Int = Size - bs.length\n    if (padLength > 0)\n      Zeros.take(padLength) ++ bs\n    else\n      bs\n  }\n\n  \/** Used for gas calculation for EXP opcode. See YP Appendix H.1 (220)\n    * For n > 0: (n.bitLength - 1) \/ 8 + 1 == 1 + floor(log_256(n))\n    *\n    * @return Size in bytes excluding the leading 0 bytes\n    *\/\n  def byteSize: Int = if (isZero) 0 else (n.bitLength - 1) \/ 8 + 1\n\n  def getByte(that: UInt256): UInt256 =\n    if (that.n > 31) Zero else UInt256(bytes(that.n.toInt).toLong & 0xff)\n\n  \/\/ standard arithmetic (note the use of new instead of apply where result is guaranteed to be within bounds)\n  def &(that: UInt256): UInt256 = new UInt256(this.n & that.n)\n\n  def |(that: UInt256): UInt256 = new UInt256(this.n | that.n)\n\n  def ^(that: UInt256): UInt256 = new UInt256(this.n ^ that.n)\n\n  def unary_- : UInt256 = UInt256(-n)\n\n  def unary_~ : UInt256 = UInt256(~n)\n\n  def +(that: UInt256): UInt256 = UInt256(this.n + that.n)\n\n  def -(that: UInt256): UInt256 = UInt256(this.n - that.n)\n\n  def *(that: UInt256): UInt256 = UInt256(this.n * that.n)\n\n  def \/(that: UInt256): UInt256 = new UInt256(this.n \/ that.n)\n\n  def **(that: UInt256): UInt256 = UInt256(this.n.modPow(that.n, Modulus))\n\n  def compare(that: UInt256): Int = this.n.compare(that.n)\n\n  def min(that: UInt256): UInt256 = if (compare(that) < 0) this else that\n\n  def max(that: UInt256): UInt256 = if (compare(that) > 0) this else that\n\n  def isZero: Boolean = n == 0\n\n\n\n  \/\/ EVM-specific arithmetic\n  private lazy val signedN: BigInt = if (n > MaxSignedValue) n - Modulus else n\n\n  private def zeroCheck(x: UInt256)(result: => BigInt): UInt256 =\n    if (x.isZero) Zero else UInt256(result)\n\n  def div(that: UInt256): UInt256 = zeroCheck(that) { new UInt256(this.n \/ that.n) }\n\n  def sdiv(that: UInt256): UInt256 = zeroCheck(that) { UInt256(this.signedN \/ that.signedN) }\n\n  def mod(that: UInt256): UInt256 = zeroCheck(that) { UInt256(this.n mod that.n) }\n\n  def smod(that: UInt256): UInt256 = zeroCheck(that) { UInt256(this.signedN % that.signedN.abs) }\n\n  def addmod(that: UInt256, modulus: UInt256): UInt256 = zeroCheck(modulus) { new UInt256((this.n + that.n) % modulus.n) }\n\n  def mulmod(that: UInt256, modulus: UInt256): UInt256 = zeroCheck(modulus) { new UInt256((this.n * that.n) mod modulus.n) }\n\n  def slt(that: UInt256): Boolean = this.signedN < that.signedN\n\n  def sgt(that: UInt256): Boolean = this.signedN > that.signedN\n\n  def signExtend(that: UInt256): UInt256 = {\n    if (that.n < 0 || that.n > 31) {\n      this\n    } else {\n      val idx = that.n.toByte\n      val negative = n.testBit(idx * 8 + 7)\n      val mask = (BigInt(1) << ((idx + 1) * 8)) - 1\n      val newN = if (negative) n | (MaxValue ^ mask) else n & mask\n      new UInt256(newN)\n    }\n  }\n\n\n\n  \/\/standard methods\n  override def equals(that: Any): Boolean = {\n    that match {\n      case that: UInt256 => this.n.equals(that.n)\n      case other => other == n\n    }\n  }\n\n  override def hashCode: Int = n.hashCode()\n\n  override def toString: String = toSignedDecString\n\n  def toDecString: String =\n    n.toString\n\n  def toSignedDecString: String =\n    signedN.toString\n\n  def toHexString: String = {\n    val hex = f\"$n%x\"\n    \/\/add zero if odd number of digits\n    val extraZero = if (hex.length % 2 == 0) \"\" else \"0\"\n    s\"0x$extraZero$hex\"\n  }\n\n  \/\/ conversions\n  def toBigInt: BigInt = n\n\n  \/**\n    * @return an Int with MSB=0, thus a value in range [0, Int.MaxValue]\n    *\/\n  def toInt: Int = n.intValue & Int.MaxValue\n\n  \/**\n    * @return a Long with MSB=0, thus a value in range [0, Long.MaxValue]\n    *\/\n  def toLong: Long = n.longValue & Long.MaxValue\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/omni\/Syntax.scala","text":"\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.omni\n\nimport com.madewithtea.blockchainrpc.BatchResponse\nimport com.madewithtea.blockchainrpc.Omni\nimport com.madewithtea.blockchainrpc.BasicMethods._\nimport com.madewithtea.blockchainrpc.OmniMethods._\nimport com.madewithtea.blockchainrpc.omni.Instances._\n\nimport Protocol._\n\nobject Syntax {\n  implicit class OmniOps(omni: Omni) {\n    def listBlockTransactions(height: Long) =\n      implicitly[ListBlockTransactions].listBlockTransactions(omni, height)\n\n    def getTransaction(hash: String) =\n      implicitly[GetTransaction[Omni, TransactionResponse]].getTransaction(omni, hash)\n\n    def getTransactions(hashes: Seq[String]) =\n      implicitly[GetTransactions[Omni, BatchResponse[TransactionResponse]]]\n      .getTransactions(omni, hashes)\n\n    def getNextBlockHash() =\n      implicitly[GetNextBlockHash[Omni]].getNextBlockHash(omni)\n\n    def getBlockByHeight(height: Long) =\n      implicitly[GetBlockByHeight[Omni, BlockResponse]]\n        .getBlockByHeight(omni, height)\n\n    def getBestBlockHash() =\n      implicitly[GetBestBlockHash[Omni]].getBestBlockHash(omni)\n\n    def getBestBlockHeight() =\n      implicitly[GetBestBlockHeight[Omni]].getBestBlockHeight(omni)\n\n    def getBlockByHash(hash: String) =\n      implicitly[GetBlockByHash[Omni, BlockResponse]].getBlockByHash(omni, hash)\n  }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/bitcoin\/Instances.scala","text":"<reponame>jpzk\/blockchain-rpc\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.bitcoin\n\nimport cats.effect.IO\nimport io.circe.generic.auto._\nimport com.madewithtea.blockchainrpc.BasicMethods._\nimport com.madewithtea.blockchainrpc.Codecs._\nimport com.madewithtea.blockchainrpc.bitcoin.Protocol._\nimport com.madewithtea.blockchainrpc.bitcoin.Codecs._\nimport com.madewithtea.blockchainrpc.{BatchRequest, BatchResponse, Bitcoin}\n\nimport scala.collection.mutable.ListBuffer\n\nobject Instances {\n\n  implicit val getNextBlockHashInstance =\n    new GetNextBlockHash[Bitcoin] {\n      override def getNextBlockHash(a: Bitcoin): IO[String] =\n        a.client.nextBlockHash()\n    }\n\n  implicit val getBlockByHashInstance =\n    new GetBlockByHash[Bitcoin, BlockResponse] {\n      override def getBlockByHash(\n          a: Bitcoin,\n          hash: String\n      ): IO[BlockResponse] = {\n        a.client.request[BlockRequest, BlockResponse](BlockRequest(hash))\n      }\n    }\n\n  implicit val getBlockHashInstance = new GetBlockHash[Bitcoin] {\n    override def getBlockHash(a: Bitcoin, height: Long): IO[String] =\n      for {\n        json <- a.client\n          .requestJson[BlockHashRequest](BlockHashRequest(height))\n      } yield json.asObject.get(\"result\").get.asString.get\n  }\n\n  implicit val getBlockByHeightInstance =\n    new GetBlockByHeight[Bitcoin, BlockResponse] {\n      override def getBlockByHeight(\n          a: Bitcoin,\n          height: Long\n      ): IO[BlockResponse] =\n        for {\n          hash <- getBlockHashInstance.getBlockHash(a, height)\n          data <- getBlockByHashInstance.getBlockByHash(a, hash)\n        } yield data\n    }\n\n  implicit val getBestBlockHashInstance =\n    new GetBestBlockHash[Bitcoin] {\n      override def getBestBlockHash(a: Bitcoin): IO[String] =\n        for {\n          json <- a.client\n            .requestJson[BestBlockHashRequest](new BestBlockHashRequest)\n        } yield json.asObject.get(\"result\").get.asString.get\n    }\n\n  implicit val getBestBlockHeightInstance =\n    new GetBestBlockHeight[Bitcoin] {\n      override def getBestBlockHeight(a: Bitcoin): IO[Long] =\n        for {\n          hash <- getBestBlockHashInstance.getBestBlockHash(a)\n          block <- getBlockByHashInstance.getBlockByHash(a, hash)\n        } yield block.height\n    }\n\n  implicit val getTransactionsInstance =\n    new GetTransactions[Bitcoin, BatchResponse[\n      TransactionResponse\n    ]] {\n      override def getTransactions(\n          a: Bitcoin,\n          hashes: Seq[String]\n      ): IO[BatchResponse[TransactionResponse]] = {\n        val list = ListBuffer(hashes: _*)\n        val genesisTransactionIndex =\n          list.indexOf(Transactions.GenesisTransactionHash)\n\n        if (genesisTransactionIndex >= 0) {\n          list.remove(genesisTransactionIndex)\n        }\n\n        val result =\n          a.client.request[BatchRequest[TransactionRequest], BatchResponse[\n            TransactionResponse\n          ]](\n            BatchRequest[TransactionRequest](list.map(TransactionRequest.apply).toSeq)\n          )\n\n        if (genesisTransactionIndex >= 0) {\n          for {\n            batcResponse <- result\n            listResult <- IO(ListBuffer(batcResponse.seq: _*))\n            _ <- IO(\n              listResult\n                .insert(\n                  genesisTransactionIndex,\n                  Transactions.GenesisTransaction\n                )\n            )\n          } yield BatchResponse(listResult.toSeq)\n        } else {\n          result\n        }\n      }\n    }\n\n  implicit val getTransactionInstance =\n    new GetTransaction[Bitcoin, TransactionResponse] {\n      override def getTransaction(\n          a: Bitcoin,\n          hash: String\n      ): IO[TransactionResponse] =\n        if (hash != Transactions.GenesisTransactionHash) {\n          a.client.request[TransactionRequest, TransactionResponse](\n            TransactionRequest(hash)\n          )\n        } else {\n          IO(Transactions.GenesisTransaction)\n        }\n    }\n\n  implicit val estimateSmartFeeInstance =\n    new EstimateSmartFee[Bitcoin, FeeResponse] {\n      override def estimateSmartFee(a: Bitcoin, height: Long): IO[FeeResponse] =\n        a.client.request[FeeRequest, FeeResponse](FeeRequest(height))\n    }\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/ethereum\/HexTools.scala","text":"package com.madewithtea.blockchainrpc.ethereum\n\nimport org.apache.commons.codec.binary.Hex\n\nobject HexTools {\n\n  def parseQuantity(in: String): BigInt = {\n    val cleaned = in.replaceFirst(\"^0x\", in.length % 2 match {\n      case 0 => \"\"\n      case 1 => \"0\"\n    })\n    UInt256(Hex.decodeHex(cleaned)).toBigInt\n  }\n\n  def parseData(in: String): Array[Byte] = {\n    Hex.decodeHex(in.replaceFirst(\"^0x\", \"\"))\n  }\n\n  def toHexString(in: Long) = UInt256(in).toHexString\n\n}\n"}
{"repo_name":"jpzk\/blockchain-rpc","path":"src\/main\/scala\/omni\/Protocol.scala","text":"<gh_stars>10-100\n\/**\n  * Licensed to the Apache Software Foundation (ASF) under one or more\n  * contributor license agreements.  See the NOTICE file distributed with\n  * this work for additional information regarding copyright ownership.\n  * The ASF licenses this file to You under the Apache License, Version 2.0\n  * (the \"License\"); you may not use this file except in compliance with\n  * the License.  You may obtain a copy of the License at\n  *\n  * http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n  *\n  * Unless required by applicable law or agreed to in writing, software\n  * distributed under the License is distributed on an \"AS IS\" BASIS,\n  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n  * See the License for the specific language governing permissions and\n  * limitations under the License.\n  *\/\npackage com.madewithtea.blockchainrpc.omni\n\nimport com.madewithtea.blockchainrpc._\n\nobject Protocol {\n  case class TransactionResponse(\n      txid: String,\n      block: Long,\n      blockhash: String,\n      confirmations: Int,\n      positioninblock: Option[Int],\n      version: Option[Int],\n      blocktime: Long,\n      valid: Option[Boolean],\n      invalidreason: Option[String],\n      type_int: Option[Int],\n      `type`: Option[String],\n      propertyid: Option[Long],\n      amount: Option[Double],\n      fee: Option[Double],\n      sendingaddress: String,\n      referenceaddress: Option[String]\n  ) extends RPCResponse\n\n  case class BlockResponse(\n      height: Long,\n      hash: String,\n      previousblockhash: Option[String],\n      nonce: Long,\n      strippedsize: Long,\n      merkleroot: String,\n      version: Int,\n      weight: Int,\n      difficulty: Double,\n      chainwork: String,\n      bits: String,\n      size: Long,\n      mediantime: Long,\n      time: Long,\n      tx: List[String]\n  ) extends RPCResponse\n\n  case class BlockTransactionsRequest(height: Long) extends RPCRequest\n  case class TransactionRequest(hash: String) extends RPCRequest\n  case class BestBlockHashRequest() extends RPCRequest\n  case class BlockRequest(hash: String) extends RPCRequest\n  case class BlockHashRequest(height: Long) extends RPCRequest\n\n}\n"}
{"repo_name":"hmrc\/self-assessment-biss-api","path":"app\/v1\/controllers\/requestParsers\/RetrieveForeignPropertyBISSRequestDataParser.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage v1.controllers.requestParsers\n\nimport java.time.LocalDate\n\nimport javax.inject.Inject\nimport v1.models.domain.Nino\nimport utils.DateUtils\nimport v1.controllers.requestParsers.validators.RetrieveForeignPropertyBISSValidator\nimport v1.models.des.IncomeSourceType\nimport v1.models.requestData.{RetrieveForeignPropertyBISSRawData, RetrieveForeignPropertyBISSRequest}\n\nclass RetrieveForeignPropertyBISSRequestDataParser @Inject()(val validator: RetrieveForeignPropertyBISSValidator)\nextends RequestParser[RetrieveForeignPropertyBISSRawData, RetrieveForeignPropertyBISSRequest]{\n\n  override protected def requestFor(data: RetrieveForeignPropertyBISSRawData): RetrieveForeignPropertyBISSRequest = {\n   RetrieveForeignPropertyBISSRequest(Nino(data.nino),\n     data.businessId.get,\n     (data.typeOfBusiness: @unchecked) match {\n       case Some(\"foreign-property\") => IncomeSourceType.`foreign-property`\n       case Some(\"foreign-property-fhl-eea\") =>  IncomeSourceType.`fhl-property-eea`\n     },\n     data.taxYear.fold(DateUtils.getDesTaxYear(LocalDate.now()))(DateUtils.getDesTaxYear))\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"version.sbt","text":"<filename>version.sbt\nThisBuild \/ version       := \"0.6.0\"\nThisBuild \/ versionScheme := Some(\"semver-spec\")\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/BaseSpec.scala","text":"<gh_stars>10-100\npackage com.github.fsanaulla.chronicler.spark.testing\n\nimport org.scalatest.concurrent.PatienceConfiguration\nimport org.scalatest.freespec.AnyFreeSpec\nimport org.scalatest.matchers.must.Matchers\nimport org.scalatest.time.{Millis, Seconds, Span}\n\n\/** It's base testing style that will be forced on the whole project\n  *\/\ntrait BaseSpec extends AnyFreeSpec with Matchers with PatienceConfiguration {\n  implicit val pc: PatienceConfig = PatienceConfig(\n    timeout = scaled(Span(60, Seconds)),\n    interval = scaled(Span(1000, Millis))\n  )\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/ds\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/ds\/SparkDatasetMeasSpec.scala","text":"\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.ds\n\nimport com.github.fsanaulla.chronicler.core.auth.InfluxCredentials\nimport com.github.fsanaulla.chronicler.macros.auto._\nimport com.github.fsanaulla.chronicler.spark.testing.{DockerizedInfluxDB, SparkSessionBase, Entity}\nimport com.github.fsanaulla.chronicler.sync.io.{InfluxIO}\nimport com.github.fsanaulla.chronicler.sync.management.{InfluxMng}\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport com.github.fsanaulla.chronicler.spark.core.CallbackHandler\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.concurrent.{Eventually, IntegrationPatience}\nimport org.scalatest.{TryValues, EitherValues}\n\nclass SparkDatasetMeasSpec\n    extends SparkSessionBase\n    with Eventually\n    with DockerizedInfluxDB\n    with TryValues\n    with EitherValues {\n\n  override def afterAll(): Unit = {\n    mng.close()\n    io.close()\n\n    super.afterAll()\n  }\n\n  val dbName = \"db\"\n  val meas   = \"meas\"\n\n  implicit lazy val influxConf: InfluxConfig =\n    InfluxConfig(host, port, Some(InfluxCredentials.Basic(\"admin\", \"password\")))\n\n  lazy val mng = InfluxMng(influxConf)\n  lazy val io  = InfluxIO(influxConf)\n\n  import spark.implicits._\n\n  \"Influx\" - {\n    \"create database\" in {\n      mng.createDatabase(dbName).success.value.value mustEqual 200\n    }\n\n    \"store data in database\" - {\n\n      \"write\" in {\n        val ch = new CallbackHandler(\n          onSuccess = _ => (),\n          onApplicationFailure = ex => println(\"Error: \" + ex),\n          onNetworkFailure = ex => println(\"Error: \" + ex)\n        )\n\n        Entity\n          .samples()\n          .toDS()\n          .saveToInfluxDBMeas(dbName, meas, ch = Some(ch))\n          .mustEqual {}\n      }\n\n      \"check\" in {\n        eventually {\n          io.database(dbName)\n            .readJson(\"SELECT * FROM meas\")\n            .success\n            .value\n            .value\n            .length mustEqual 20\n        }\n      }\n\n    }\n\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/rdd\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/rdd\/package.scala","text":"\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark\n\nimport com.github.fsanaulla.chronicler.core.alias.ErrorOr\nimport com.github.fsanaulla.chronicler.core.either\nimport com.github.fsanaulla.chronicler.core.model.InfluxWriter\nimport com.github.fsanaulla.chronicler.spark.core.{CallbackHandler, WriteConfig}\nimport com.github.fsanaulla.chronicler.sync.io.InfluxIO\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport org.apache.spark.rdd.RDD\n\nimport scala.reflect.ClassTag\nimport scala.util.{Failure, Success, Try}\n\npackage object rdd {\n\n  \/** Extension that will provide static methods for saving RDDs to InfluxDB\n    *\n    * @param rdd\n    *   - [[org.apache.spark.rdd.RDD]]\n    * @tparam T\n    *   - inner type\n    *\/\n  implicit final class RddOps[T](private val rdd: RDD[T]) extends AnyVal {\n\n    private def handleResponse(\n        handler: Option[CallbackHandler],\n        response: Try[ErrorOr[Int]]\n    ): Unit =\n      if (handler.isDefined) {\n        val Some(rh) = handler\n        response match {\n          case Success(Right(code)) => rh.onSuccess(code)\n          \/\/ application level issues\n          case Success(Left(ex)) => rh.onApplicationFailure(ex)\n          \/\/ connection\/network level issues\n          case Failure(ex) => rh.onNetworkFailure(ex)\n        }\n      }\n\n    \/** Write [[org.apache.spark.rdd.RDD]] to InfluxDB, specifying database measurement\n      *\n      * @param dbName\n      *   - database name\n      * @param measName\n      *   - measurement name\n      * @param handler\n      *   - defined callbacks for responses\n      * @param dataInfo\n      *   - data characteristics\n      *\/\n    def saveToInfluxDBMeas(\n        dbName: String,\n        measName: String,\n        handler: Option[CallbackHandler] = None,\n        dataInfo: WriteConfig = WriteConfig.default\n    )(implicit wr: InfluxWriter[T], conf: InfluxConfig, tt: ClassTag[T]): Unit = {\n      rdd.foreachPartition { partition =>\n        val client = InfluxIO(conf)\n        val meas   = client.measurement[T](dbName, measName)\n\n        partition.sliding(dataInfo.batchSize, dataInfo.batchSize).foreach { batch =>\n          val response = meas.bulkWrite(\n            batch,\n            dataInfo.consistency,\n            dataInfo.precision,\n            dataInfo.retentionPolicy\n          )\n\n          \/\/ check if rh is defined\n          handleResponse(handler, response)\n        }\n\n        client.close()\n      }\n    }\n\n    \/** Write [[org.apache.spark.rdd.RDD]] to InfluxDB, with measurements that generated dynamicly\n      *\n      * @param dbName\n      *   - database name\n      * @param handler\n      *   - defined callbacks for responses\n      * @param dataInfo\n      *   - data characteristics\n      *\/\n    def saveToInfluxDB(\n        dbName: String,\n        handler: Option[CallbackHandler] = None,\n        dataInfo: WriteConfig = WriteConfig.default\n    )(implicit wr: InfluxWriter[T], conf: InfluxConfig, tt: ClassTag[T]): Unit = {\n      rdd.foreachPartition { partition =>\n        val client = InfluxIO(conf)\n        val db     = client.database(dbName)\n\n        partition.sliding(dataInfo.batchSize, dataInfo.batchSize).foreach { batch =>\n          val ethPoints = either.seq(batch.map(wr.write))\n          val response = ethPoints\n            .fold(Failure(_), Success(_))\n            .flatMap { rows =>\n              db.bulkWriteNative(\n                rows,\n                dataInfo.consistency,\n                dataInfo.precision,\n                dataInfo.retentionPolicy\n              )\n\n            }\n\n          handleResponse(handler, response)\n        }\n\n        client.close()\n      }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"project\/Owner.scala","text":"<filename>project\/Owner.scala\nobject Owner {\n  val id          = \"fsanaulla\"\n  val name        = \"<NAME>\"\n  val email       = \"<EMAIL>\"\n  val github      = \"https:\/\/github.com\/fsanaulla\"\n  val projectName = \"chronicler-spark\"\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/rdd\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/rdd\/SparkRddDBSpec.scala","text":"<gh_stars>10-100\n\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.rdd\n\nimport com.github.fsanaulla.chronicler.core.alias.ErrorOr\nimport com.github.fsanaulla.chronicler.core.auth.InfluxCredentials\nimport com.github.fsanaulla.chronicler.core.model.InfluxWriter\nimport com.github.fsanaulla.chronicler.spark.testing.BaseSpec\nimport com.github.fsanaulla.chronicler.spark.testing.DockerizedInfluxDB\nimport com.github.fsanaulla.chronicler.spark.testing.Entity\nimport com.github.fsanaulla.chronicler.spark.testing.SparkContextBase\nimport com.github.fsanaulla.chronicler.sync.io.InfluxIO\nimport com.github.fsanaulla.chronicler.sync.management.InfluxMng\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\nimport org.scalatest.BeforeAndAfterAll\nimport org.scalatest.EitherValues\nimport org.scalatest.TryValues\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.concurrent.IntegrationPatience\n\nimport SparkRddDBSpec._\n\nclass SparkRddDBSpec\n    extends SparkContextBase\n    with Eventually\n    with DockerizedInfluxDB\n    with TryValues\n    with EitherValues {\n\n  override def afterAll(): Unit = {\n    mng.close()\n    io.close()\n\n    super.afterAll()\n  }\n\n  val db   = \"db\"\n  val meas = \"meas\"\n\n  implicit lazy val influxConf: InfluxConfig =\n    InfluxConfig(host, port, Some(InfluxCredentials.Basic(\"admin\", \"password\")))\n\n  lazy val mng = InfluxMng(influxConf)\n  lazy val io  = InfluxIO(influxConf)\n\n  \"Influx\" - {\n    \"create database\" in {\n      mng.createDatabase(db).success.value.value mustEqual 200\n    }\n\n    \"store data in database\" - {\n\n      \"write\" in {\n        sc.parallelize(Entity.samples())\n          .saveToInfluxDB(db)\n          .mustEqual {}\n      }\n\n      \"check\" in {\n        eventually {\n          io.database(db)\n            .readJson(s\"SELECT * FROM $meas\")\n            .success\n            .value\n            .value\n            .length mustEqual 20\n        }\n      }\n    }\n  }\n}\n\nobject SparkRddDBSpec {\n  implicit val wr: InfluxWriter[Entity] = new InfluxWriter[Entity] {\n    override def write(obj: Entity): ErrorOr[String] =\n      Right(\"meas,name=\\\"\" + obj.name + \"\\\" surname=\\\"\" + obj.surname + \"\\\"\")\n\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"build.sbt","text":"<filename>build.sbt\nimport de.heikoseeberger.sbtheader.License\nimport xerial.sbt.Sonatype._\n\nlazy val headerSettings = headerLicense := Some(License.ALv2(\"2018-2021\", \"<NAME>\"))\n\nval scala212 = \"2.12.15\"\nval scala211 = \"2.11.12\"\n\nThisBuild \/ scalaVersion := scala212\nThisBuild \/ organization := \"com.github.fsanaulla\"\nThisBuild \/ description  := \"InfluxDB connector to Apache Spark on top of Chronicler \"\nThisBuild \/ homepage     := Some(url(s\"${Owner.github}\/${Owner.projectName}\"))\nThisBuild \/ developers += Developer(\n  id = Owner.id,\n  name = Owner.name,\n  email = Owner.email,\n  url = url(Owner.github)\n)\n\n\/\/ publish\nThisBuild \/ scmInfo := Some(\n  ScmInfo(\n    url(s\"${Owner.github}\/${Owner.projectName}\"),\n    s\"scm:<EMAIL>:${Owner.id}\/${Owner.projectName}.git\"\n  )\n)\nThisBuild \/ publishTo := sonatypePublishToBundle.value\nThisBuild \/ sonatypeBundleDirectory := (ThisBuild \/ baseDirectory).value \/ \"target\" \/ \"sonatype-staging\" \/ s\"${version.value}\"\nThisBuild \/ sonatypeProjectHosting := Some(\n  GitHubHosting(Owner.github, Owner.projectName, Owner.email)\n)\nThisBuild \/ licenses := Seq(\n  \"APL2\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")\n)\nThisBuild \/ pgpPassphrase            := sys.env.get(\"PGP_PASSPHRASE\").map(_.toCharArray)\nThisBuild \/ publishMavenStyle        := true\nThisBuild \/ Test \/ parallelExecution := false\n\nlazy val `chronicler-spark` = project\n  .in(file(\".\"))\n  .settings(\n    publish \/ skip := true\n  )\n  .configure(license)\n  .aggregate(\n    Seq(core, sparkRdd, sparkDs, sparkStreaming, sparkStructuredStreaming, testing)\n      .flatMap(_.projectRefs): _*\n  )\n  .enablePlugins(ScalafmtPlugin)\n\nlazy val core = projectMatrix\n  .in(file(\"modules\/core\"))\n  .settings(headerSettings)\n  .settings(\n    name := \"chronicler-spark-core\",\n    libraryDependencies += Library.chroniclerCore\n  )\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n  .enablePlugins(AutomateHeaderPlugin)\n\nlazy val sparkRdd = projectMatrix\n  .in(file(\"modules\/rdd\"))\n  .settings(headerSettings)\n  .settings(\n    name := \"chronicler-spark-rdd\",\n    libraryDependencies ++= Seq(\n      Library.urlMng % Test\n    ) ++ Library.core\n  )\n  .dependsOn(core)\n  .dependsOn(testing % \"test->test\")\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n  .enablePlugins(AutomateHeaderPlugin)\n\nlazy val sparkDs = projectMatrix\n  .in(file(\"modules\/ds\"))\n  .settings(headerSettings)\n  .settings(\n    name := \"chronicler-spark-ds\",\n    libraryDependencies ++= Seq(\n      Library.sparkSql,\n      Library.urlMng % Test\n    )\n  )\n  .dependsOn(sparkRdd)\n  .dependsOn(testing % \"test->test\")\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n  .enablePlugins(AutomateHeaderPlugin)\n\nlazy val sparkStreaming = projectMatrix\n  .in(file(\"modules\/streaming\"))\n  .settings(headerSettings)\n  .settings(\n    name := \"chronicler-spark-streaming\",\n    libraryDependencies ++= Seq(\n      Library.sparkStreaming,\n      Library.urlMng % Test\n    ),\n    Test \/ parallelExecution := false\n  )\n  .dependsOn(sparkRdd)\n  .dependsOn(testing % \"test->test\")\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n  .enablePlugins(AutomateHeaderPlugin)\n\nlazy val sparkStructuredStreaming = projectMatrix\n  .in(file(\"modules\/structured-streaming\"))\n  .settings(headerSettings)\n  .settings(\n    name := \"chronicler-spark-structured-streaming\",\n    libraryDependencies ++= Seq(\n      Library.sparkSql,\n      Library.urlMng % Test\n    ) ++ Library.core\n  )\n  .dependsOn(sparkRdd)\n  .dependsOn(testing % \"test->test\")\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n  .enablePlugins(AutomateHeaderPlugin)\n\nlazy val testing = projectMatrix\n  .in(file(\"modules\/testing\"))\n  .settings(\n    name := \"chronicler-spark-testing\",\n    libraryDependencies ++= Library.itTesting\n  )\n  .settings(publish \/ skip := true)\n  .jvmPlatform(scalaVersions = Seq(scala211, scala212))\n\ndef license: Project => Project =\n  _.settings(\n    startYear     := Some(2021),\n    headerLicense := Some(HeaderLicense.ALv2(\"2021\", Owner.name))\n  ).enablePlugins(AutomateHeaderPlugin)\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/structured-streaming\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/structured\/streaming\/SparkStructuredStreamingDBSpec.scala","text":"<reponame>scala-steward\/chronicler-spark<filename>modules\/structured-streaming\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/structured\/streaming\/SparkStructuredStreamingDBSpec.scala<gh_stars>10-100\n\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.structured.streaming\n\nimport com.github.fsanaulla.chronicler.core.alias.ErrorOr\nimport com.github.fsanaulla.chronicler.core.auth.{InfluxCredentials}\nimport com.github.fsanaulla.chronicler.core.model.{InfluxWriter}\nimport com.github.fsanaulla.chronicler.spark.testing.{DockerizedInfluxDB, SparkSessionBase}\nimport com.github.fsanaulla.chronicler.sync.io.{InfluxIO}\nimport com.github.fsanaulla.chronicler.sync.management.{InfluxMng}\nimport com.github.fsanaulla.chronicler.macros.auto._\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\nimport org.apache.spark.sql.{Row, SparkSession}\nimport org.scalatest.concurrent.{Eventually, IntegrationPatience}\nimport org.scalatest.{TryValues, BeforeAndAfterAll, EitherValues}\nimport SparkStructuredStreamingDBSpec._\n\nclass SparkStructuredStreamingDBSpec\n    extends SparkSessionBase\n    with DockerizedInfluxDB\n    with Eventually\n    with TryValues\n    with EitherValues\n    with BeforeAndAfterAll {\n\n  override def afterAll(): Unit = {\n    mng.close()\n    io.close()\n\n    super.afterAll()\n  }\n\n  val dbName = \"db\"\n\n  implicit lazy val influxConf: InfluxConfig =\n    InfluxConfig(host, port, Some(InfluxCredentials.Basic(\"admin\", \"password\")))\n\n  lazy val mng = InfluxMng(influxConf)\n  lazy val io  = InfluxIO(influxConf)\n\n  \"Influx\" - {\n    \"create database\" in {\n      mng.createDatabase(dbName).success.value.value mustEqual 200\n    }\n\n    \"store data in database\" - {\n\n      \"write\" in {\n        val schema = StructType(\n          StructField(\"name\", StringType) :: StructField(\"surname\", StringType) :: Nil\n        )\n\n        spark.readStream\n          .schema(schema)\n          .csv(getClass.getResource(\"\/structured\").getPath)\n          .writeStream\n          .saveToInfluxDB(dbName)\n          .start()\n          .awaitTermination(1000 * 10)\n\n        succeed\n      }\n\n      \"check\" in {\n        eventually {\n          io.database(dbName)\n            .readJson(s\"SELECT * FROM $meas\")\n            .success\n            .value\n            .value\n            .length mustEqual 20\n        }\n      }\n    }\n  }\n}\n\nobject SparkStructuredStreamingDBSpec {\n  val meas = \"meas\"\n\n  implicit val wr: InfluxWriter[Row] = new InfluxWriter[Row] {\n    override def write(obj: Row): ErrorOr[String] = {\n      val sb = StringBuilder.newBuilder\n\n      sb.append(meas)\n        .append(\",\")\n        .append(s\"name=${obj(0)}\")\n        .append(\" \")\n        .append(\"surname=\")\n        .append(\"\\\"\")\n        .append(obj(1))\n        .append(\"\\\"\")\n\n      Right(sb.toString())\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/SparkConfBase.scala","text":"<reponame>scala-steward\/chronicler-spark<filename>modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/SparkConfBase.scala\npackage com.github.fsanaulla.chronicler.spark.testing\n\nimport org.apache.spark.SparkConf\nimport org.scalatest.{BeforeAndAfterAll, Suite}\n\ntrait SparkConfBase extends BeforeAndAfterAll { self: Suite =>\n  protected val conf = new SparkConf()\n    .setAppName(\"appName\")\n    .setMaster(\"local[*]\")\n    .set(\"spark.driver.bindAddress\", \"127.0.0.1\")\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/Entity.scala","text":"<reponame>scala-steward\/chronicler-spark\npackage com.github.fsanaulla.chronicler.spark.testing\n\nimport com.github.fsanaulla.chronicler.macros.annotations.{field, tag}\nimport com.github.fsanaulla.scalacheck.Arb\nimport org.scalacheck.{Arbitrary, Gen}\n\nimport scala.annotation.tailrec\n\nfinal case class Entity(@tag name: String, @field surname: String)\n\nobject Entity {\n  implicit val srtArb: Arbitrary[String] = Arbitrary(Gen.alphaStr.filter(_.nonEmpty))\n\n  val entityArb: Arbitrary[Entity] = Arb.dummy[Entity]\n\n  def samples(count: Int = 20): Seq[Entity] = {\n\n    @tailrec\n    def samplesRec(samples: Seq[Entity], acc: Int): Seq[Entity] = {\n      if (acc >= count) samples\n      else {\n        entityArb.arbitrary.sample match {\n          case Some(e) => samplesRec(samples :+ e, acc + 1)\n          case _       => samplesRec(samples, acc)\n        }\n      }\n    }\n\n    samplesRec(Nil, 0)\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/ds\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/ds\/package.scala","text":"<reponame>scala-steward\/chronicler-spark\n\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark\n\nimport com.github.fsanaulla.chronicler.core.model.InfluxWriter\nimport com.github.fsanaulla.chronicler.spark.core.{CallbackHandler, WriteConfig}\nimport com.github.fsanaulla.chronicler.spark.rdd._\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport org.apache.spark.sql.Dataset\n\nimport scala.reflect.ClassTag\n\npackage object ds {\n\n  \/** Extension that will provide static methods for saving [[Dataset]] to InfluxDB\n    *\n    * @param ds\n    *   - [[Dataset]]\n    * @tparam T\n    *   - inner type\n    *\/\n  implicit final class DatasetOps[T](private val ds: Dataset[T]) extends AnyVal {\n\n    \/** Write Spark [[Dataset]] to InfluxDB\n      *\n      * @param dbName\n      *   - database name\n      * @param measName\n      *   - measurement name\n      *\/\n    def saveToInfluxDBMeas(\n        dbName: String,\n        measName: String,\n        ch: Option[CallbackHandler] = None,\n        dataInfo: WriteConfig = WriteConfig.default\n    )(implicit wr: InfluxWriter[T], conf: InfluxConfig, tt: ClassTag[T]): Unit = {\n      \/\/ it throw compiler error when using it, on ds\n      ds.rdd.saveToInfluxDBMeas(dbName, measName, ch, dataInfo)\n    }\n\n    \/** Write Spark [[Dataset]] to InfluxDB\n      *\n      * @param dbName\n      *   - database name\n      *\/\n    def saveToInfluxDB(\n        dbName: String,\n        ch: Option[CallbackHandler] = None,\n        dataInfo: WriteConfig = WriteConfig.default\n    )(implicit wr: InfluxWriter[T], conf: InfluxConfig, tt: ClassTag[T]): Unit = {\n      \/\/ it throw compiler error when using it, on ds\n      ds.rdd.saveToInfluxDB(dbName, ch, dataInfo)\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"sonatype.sbt","text":"ThisBuild \/ credentials += Credentials(\n  \"Sonatype Nexus Repository Manager\",\n  \"oss.sonatype.org\",\n  sys.env.getOrElse(\"SONATYPE_LOGIN\", \"default\"),\n  sys.env.getOrElse(\"SONATYPE_PASSWORD\", \"<PASSWORD>\")\n)\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/SparkContextBase.scala","text":"<gh_stars>10-100\npackage com.github.fsanaulla.chronicler.spark.testing\n\nimport org.scalatest.BeforeAndAfterAll\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.Suite\n\ntrait SparkContextBase extends BaseSpec with SparkConfBase { suite: Suite =>\n\n  protected lazy val sc: SparkContext = new SparkContext(conf)\n\n  override def beforeAll(): Unit = {\n    sc\n    super.beforeAll()\n  }\n\n  override def afterAll(): Unit = {\n    sc.stop()\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/testing\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/testing\/SparkSessionBase.scala","text":"package com.github.fsanaulla.chronicler.spark.testing\n\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.Suite\n\ntrait SparkSessionBase extends BaseSpec with SparkConfBase { self: Suite =>\n\n  lazy val spark: SparkSession = SparkSession\n    .builder()\n    .config(conf)\n    .getOrCreate()\n\n  override def beforeAll(): Unit = {\n    spark\n\n    super.beforeAll()\n  }\n\n  override def afterAll(): Unit = {\n    spark.stop()\n\n    super.afterAll()\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/rdd\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/rdd\/SparkRddMeasSpec.scala","text":"\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.rdd\n\nimport com.github.fsanaulla.chronicler.core.alias.ErrorOr\nimport com.github.fsanaulla.chronicler.core.auth.InfluxCredentials\nimport com.github.fsanaulla.chronicler.core.model.InfluxWriter\nimport com.github.fsanaulla.chronicler.spark.testing.BaseSpec\nimport com.github.fsanaulla.chronicler.spark.testing.DockerizedInfluxDB\nimport com.github.fsanaulla.chronicler.spark.testing.Entity\nimport com.github.fsanaulla.chronicler.spark.testing.SparkContextBase\nimport com.github.fsanaulla.chronicler.sync.io.InfluxIO\nimport com.github.fsanaulla.chronicler.sync.management.InfluxMng\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport com.github.fsanaulla.chronicler.macros.auto._\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.concurrent.{Eventually, IntegrationPatience}\nimport org.scalatest.{TryValues, BeforeAndAfterAll, EitherValues}\n\nclass SparkRddMeasSpec\n    extends SparkContextBase\n    with Eventually\n    with DockerizedInfluxDB\n    with TryValues\n    with EitherValues\n    with BeforeAndAfterAll {\n\n  override def afterAll(): Unit = {\n    mng.close()\n    io.close()\n\n    super.afterAll()\n  }\n\n  val db   = \"db\"\n  val meas = \"meas\"\n\n  implicit lazy val influxConf: InfluxConfig =\n    InfluxConfig(host, port, Some(InfluxCredentials.Basic(\"admin\", \"password\")))\n\n  lazy val mng = InfluxMng(influxConf)\n  lazy val io  = InfluxIO(influxConf)\n\n  \"Influx\" - {\n    \"create database\" in {\n      mng.createDatabase(db).success.value.value mustEqual 200\n    }\n\n    \"store data in database\" - {\n      \"write\" in {\n        sc.parallelize(Entity.samples())\n          .saveToInfluxDBMeas(db, meas)\n          .mustEqual {}\n      }\n\n      \"check\" in {\n        eventually {\n          io.database(db)\n            .readJson(s\"SELECT * FROM $meas\")\n            .success\n            .value\n            .value\n            .length mustEqual 20\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/streaming\/src\/test\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/streaming\/SparkStreamingSpec.scala","text":"\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.streaming\n\nimport com.github.fsanaulla.chronicler.core.auth.InfluxCredentials\nimport com.github.fsanaulla.chronicler.macros.auto._\nimport com.github.fsanaulla.chronicler.spark.testing.{DockerizedInfluxDB, SparkContextBase, Entity}\nimport com.github.fsanaulla.chronicler.sync.io.{InfluxIO}\nimport com.github.fsanaulla.chronicler.sync.management.{InfluxMng}\nimport com.github.fsanaulla.chronicler.sync.shared.InfluxConfig\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.concurrent.{Eventually, IntegrationPatience}\nimport org.scalatest.{TryValues, BeforeAndAfterAll, EitherValues}\n\nimport scala.collection.mutable\n\nclass SparkStreamingSpec\n    extends SparkContextBase\n    with DockerizedInfluxDB\n    with Eventually\n    with TryValues\n    with EitherValues {\n\n  override def afterAll(): Unit = {\n    mng.close()\n    io.close()\n\n    ssc.stop(stopSparkContext = false, stopGracefully = true)\n    super.afterAll()\n  }\n\n  val ssc    = new StreamingContext(sc, Seconds(1))\n  val dbName = \"db\"\n  val meas   = \"meas\"\n\n  implicit lazy val influxConf: InfluxConfig =\n    InfluxConfig(host, port, Some(InfluxCredentials.Basic(\"admin\", \"password\")))\n\n  lazy val mng = InfluxMng(influxConf)\n  lazy val io  = InfluxIO(influxConf)\n\n  \"Influx\" - {\n    \"create database\" in {\n      mng.createDatabase(dbName).success.value.value mustEqual 200\n    }\n\n    \"store data in database\" - {\n      \"write\" in {\n        val rdd = sc.parallelize(Entity.samples())\n\n        \/\/ define stream\n        ssc\n          .queueStream(mutable.Queue(rdd))\n          .saveToInfluxDBMeas(dbName, meas)\n\n        ssc.start()\n\n        \/\/ necessary stub\n        Thread.sleep(22 * 1000)\n      }\n\n      \"check\" in {\n        eventually {\n          io.database(dbName)\n            .readJson(\"SELECT * FROM meas\")\n            .success\n            .value\n            .right\n            .get\n            .length mustEqual 20\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"scala-steward\/chronicler-spark","path":"modules\/core\/src\/main\/scala\/com\/github\/fsanaulla\/chronicler\/spark\/core\/WriteConfig.scala","text":"<reponame>scala-steward\/chronicler-spark\n\/*\n * Copyright 2018-2021 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.github.fsanaulla.chronicler.spark.core\n\nimport com.github.fsanaulla.chronicler.core.enums.{\n  Consistencies,\n  Consistency,\n  Precision,\n  Precisions\n}\n\n\/** Configuration for write operation\n  *\n  * @param batchSize\n  *   - count of points in one batch\n  * @param consistency\n  *   - data consistency\n  * @param precision\n  *   - data precision\n  * @param retentionPolicy\n  *   - data retention policy\n  *\/\nfinal case class WriteConfig(\n    batchSize: Int,\n    consistency: Consistency,\n    precision: Precision,\n    retentionPolicy: Option[String]\n)\n\nobject WriteConfig {\n  \/\/ default entry\n  val default: WriteConfig = WriteConfig(2500, Consistencies.None, Precisions.None, None)\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/test\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsReporterTest.scala","text":"\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\n\nimport java.util\nimport java.util.concurrent.TimeUnit\n\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.Sink\nimport akka.stream.{ ActorMaterializer, Materializer }\nimport com.codahale.metrics._\nimport utest._\n\nimport scala.concurrent.ExecutionContext\n\nobject MetricsReporterTest extends TestSuite {\n\n  implicit lazy val system: ActorSystem =\n    ActorSystem(\"metrics-reporter-tests\")\n\n  override def utestAfterAll(): Unit =\n    system.terminate()\n\n  implicit lazy val mat: Materializer =\n    ActorMaterializer()\n\n  implicit lazy val ec: ExecutionContext =\n    mat.executionContext\n\n  val tests = Tests {\n    'test - {\n      val metricRegistry = new MetricRegistry()\n\n      val reporter = new MetricsReporter(\n        metricRegistry,\n        MetricFilter.ALL,\n        TimeUnit.SECONDS,\n        TimeUnit.SECONDS,\n        None\n      )\n\n      val gauges     = new util.TreeMap[String, Gauge[_]]()\n      val counters   = new util.TreeMap[String, Counter]()\n      val histograms = new util.TreeMap[String, Histogram]()\n      val meters     = new util.TreeMap[String, Meter]()\n      val timers     = new util.TreeMap[String, Timer]()\n\n      val count1 = new Counter()\n      count1.inc()\n      val count2 = new Counter()\n      count2.inc(2)\n      counters.put(\"lora-server.downlink-packets-rx\", count1)\n      counters.put(\"lora-server.downlink-packets-tx\", count2)\n\n      val meter1 = new Meter()\n      meter1.mark(100)\n      meters.put(\"lora-server.valid-data-up\", meter1)\n\n      reporter.report(gauges, counters, histograms, meters, timers)\n\n      reporter.source\n        .runWith(Sink.head)\n        .map(\n          assertMatch(_) {\n            case (`gauges`, `counters`, `histograms`, `meters`, `timers`) =>\n          }\n        )\n    }\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/test\/scala\/au\/com\/titanclass\/streams\/telemetry\/TracingJsonProtocolTest.scala","text":"<reponame>longshorej\/reactive-streams-telemetry<gh_stars>0\n\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\n\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.Sink\nimport akka.stream.{ ActorMaterializer, Materializer }\nimport io.jaegertracing.Tracer\nimport io.jaegertracing.samplers.ConstSampler\nimport spray.json._\nimport utest._\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.ExecutionContext\n\nobject TracingJsonProtocolTest extends TestSuite {\n\n  implicit lazy val system: ActorSystem =\n    ActorSystem(\"tracing-reporter-tests\")\n\n  override def utestAfterAll(): Unit =\n    system.terminate()\n\n  implicit lazy val mat: Materializer =\n    ActorMaterializer()\n\n  implicit lazy val ec: ExecutionContext =\n    mat.executionContext\n\n  val tests = Tests {\n    'writeTracing - {\n\n      val reporter = new TracingReporter(1)\n\n      val sampler = new ConstSampler(true)\n\n      val tracer = new Tracer.Builder(\"tracing-reporter-tests\")\n        .withReporter(reporter)\n        .withSampler(sampler)\n        .build()\n\n      val scope = tracer.buildSpan(\"some-span\").startActive(true)\n      scope\n        .span()\n        .log(0, \"hello-world\")\n        .log(0, Map(\"f0\" -> 0, \"f1\" -> 1).asJava)\n      scope.close()\n\n      import TracingJsonProtocol._\n\n      reporter.source\n        .runWith(Sink.head)\n        .map { s =>\n          val json = s.toJson\n          val re =\n            \"\"\"\\{\"baggage\":\\[\\],\"duration\":.*,\"logs\":\\[\\{\"time\":0,\"fields\":\\{\\},\"message\":\"hello-world\"\\},\\{\"time\":0,\"fields\":\\{\"f1\":\"1\",\"f0\":\"0\"\\}\\}\\],\"operationName\":\"some-span\",\"references\":\\[\\],\"spanId\":.*,\"start\":.*,\"tags\":\\{\"sampler.type\":\"const\",\"sampler.param\":\"true\"\\},\"traceId\":.*\\}\"\"\".r\n          assertMatch(re.findFirstIn(json.compactPrint)) {\n            case Some(_) =>\n          }\n        }\n    }\n\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/test\/scala\/au\/com\/titanclass\/streams\/telemetry\/TracingReporterTest.scala","text":"\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\n\nimport akka.actor.ActorSystem\nimport akka.stream.scaladsl.Sink\nimport akka.stream.{ ActorMaterializer, Materializer }\nimport io.jaegertracing.{ Span => JaegerSpan, Tracer }\nimport io.jaegertracing.samplers.ConstSampler\nimport utest._\n\nimport scala.concurrent.ExecutionContext\n\nobject TracingReporterTest extends TestSuite {\n\n  implicit lazy val system: ActorSystem =\n    ActorSystem(\"tracing-reporter-tests\")\n\n  override def utestAfterAll(): Unit =\n    system.terminate()\n\n  implicit lazy val mat: Materializer =\n    ActorMaterializer()\n\n  implicit lazy val ec: ExecutionContext =\n    mat.executionContext\n\n  val tests = Tests {\n    'test - {\n      val reporter = new TracingReporter(1)\n\n      val sampler = new ConstSampler(true)\n\n      val tracer = new Tracer.Builder(\"tracing-reporter-tests\")\n        .withReporter(reporter)\n        .withSampler(sampler)\n        .build()\n\n      val _ = tracer.buildSpan(\"some-span\").startActive(true).close()\n\n      reporter.source\n        .runWith(Sink.head)\n        .map {\n          case s: JaegerSpan =>\n            s.getOperationName ==> \"some-span\"\n        }\n    }\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"build.sbt","text":"\/\/ *****************************************************************************\n\/\/ Projects\n\/\/ *****************************************************************************\n\nlazy val `reactive-streams-telemetry` =\n  project\n    .in(file(\".\"))\n    .enablePlugins(AutomateHeaderPlugin)\n    .settings(settings)\n    .settings(\n      libraryDependencies ++= Seq(\n        library.akkaStream,\n        library.dropWizardMetricsCore,\n        library.jaegerCore,\n        library.sprayJson,\n        library.utest % Test\n      )\n    )\n\n\/\/ *****************************************************************************\n\/\/ Library dependencies\n\/\/ *****************************************************************************\n\nlazy val library =\n  new {\n    object Version {\n      val akka              = \"2.5.21\"\n      val dropWizardMetrics = \"4.0.5\"\n      val jaeger            = \"0.27.0\"\n      val sprayJson         = \"1.3.5\"\n      val utest             = \"0.6.6\"\n    }\n    val akkaStream                        = \"com.typesafe.akka\"             %% \"akka-stream\"                            % Version.akka\n    val dropWizardMetricsCore             = \"io.dropwizard.metrics\"         %  \"metrics-core\"                           % Version.dropWizardMetrics\n    val jaegerCore                        = \"io.jaegertracing\"              %  \"jaeger-core\"                            % Version.jaeger\n    val sprayJson                         = \"io.spray\"                      %% \"spray-json\"                             % Version.sprayJson\n    val utest                             = \"com.lihaoyi\"                   %% \"utest\"                                  % Version.utest\n  }\n\n\/\/ *****************************************************************************\n\/\/ Settings\n\/\/ *****************************************************************************\n\nlazy val settings =\n  commonSettings ++ scalafmtSettings\n\nlazy val commonSettings =\n  Seq(\n    scalaVersion := \"2.12.8\",\n    organization := \"au.com.titanclass\",\n    organizationName := \"Titan Class Pty Ltd\",\n    organizationHomepage := Some(url(\"https:\/\/www.titanclass.com.au\")),\n    startYear := Some(2019),\n    licenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")),\n    homepage := Some(url(\"https:\/\/github.com\/titanclass\/reactive-streams-telemetry\")),\n    scmInfo := Some(\n      ScmInfo(\n        url(\"https:\/\/github.com\/titanclass\/reactive-streams-telemetry\"),\n        \"scm:<EMAIL>:titanclass\/reactive-streams-telemetry.git\"\n      )\n    ),\n    developers := List(\n      Developer(\n        id    = \"huntc\",\n        name  = \"<NAME>\",\n        email = \"<EMAIL>\",\n        url   = url(\"http:\/\/christopherhunt-software.blogspot.com\/\")\n      )\n    ),\n    scalacOptions ++= Seq(\n      \"-unchecked\",\n      \"-deprecation\",\n      \"-language:_\",\n      \"-target:jvm-1.8\",\n      \"-encoding\", \"UTF-8\",\n      \"-Ypartial-unification\",\n      \"-Ywarn-unused-import\",\n    ),\n    Compile \/ unmanagedSourceDirectories := Seq((Compile \/ scalaSource).value),\n    Test \/ unmanagedSourceDirectories := Seq((Test \/ scalaSource).value),\n    testFrameworks += new TestFramework(\"utest.runner.Framework\"),\n    wartremoverWarnings in (Compile, compile) ++= Warts.unsafe,\n\n    \/\/ Maven Central publishing\n    credentials += Credentials(Path.userHome \/ \".sbt\" \/ \"sonatype_credential\"),\n    pomIncludeRepository := { _ => false },\n    publishTo := {\n      val nexus = \"https:\/\/oss.sonatype.org\/\"\n      if (isSnapshot.value) Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n      else Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n    },\n    publishMavenStyle := true\n  )\n\nlazy val scalafmtSettings =\n  Seq(\n    scalafmtOnCompile := true,\n  )\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddSbtPlugin(\"com.dwijnand\"      % \"sbt-dynver\"         % \"3.3.0\")\naddSbtPlugin(\"com.geirsson\"      % \"sbt-scalafmt\"       % \"1.5.1\")\naddSbtPlugin(\"de.heikoseeberger\" % \"sbt-header\"         % \"5.1.0\")\naddSbtPlugin(\"org.wartremover\"   % \"sbt-wartremover\"    % \"2.4.1\")\naddSbtPlugin(\"com.typesafe.sbt\"  % \"sbt-license-report\" % \"1.2.0\")\naddSbtPlugin(\"io.crashbox\"       % \"sbt-gpg\"            % \"0.2.0\")\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsJsonProtocol.scala","text":"<filename>src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsJsonProtocol.scala<gh_stars>0\n\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\nimport com.codahale.metrics._\nimport spray.json._\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * JSON serialization for Dropwizard metrics.\n  *\n  * Note that Gauges are expected to hold numeric quantities only\n  *\/\nobject MetricsJsonProtocol extends DefaultJsonProtocol {\n\n  final class BigDecimalGauge(val value: BigDecimal) extends Gauge[BigDecimal] {\n    override def getValue: BigDecimal = value\n  }\n\n  implicit object GaugeFormat extends JsonWriter[BigDecimalGauge] {\n    override def write(obj: BigDecimalGauge): JsValue =\n      JsNumber(obj.getValue)\n  }\n\n  implicit object CounterFormat extends JsonWriter[Counter] {\n    override def write(obj: Counter): JsValue =\n      JsNumber(obj.getCount)\n  }\n\n  private def snapshot(snapshot: Snapshot): Map[String, JsNumber] =\n    Map[String, JsNumber](\n      \"percent75\"  -> JsNumber(snapshot.get75thPercentile()),\n      \"percent95\"  -> JsNumber(snapshot.get95thPercentile()),\n      \"percent98\"  -> JsNumber(snapshot.get98thPercentile()),\n      \"percent99\"  -> JsNumber(snapshot.get99thPercentile()),\n      \"percent999\" -> JsNumber(snapshot.get999thPercentile()),\n      \"max\"        -> JsNumber(snapshot.getMax),\n      \"mean\"       -> JsNumber(snapshot.getMean),\n      \"median\"     -> JsNumber(snapshot.getMedian),\n      \"min\"        -> JsNumber(snapshot.getMin),\n      \"stdDev\"     -> JsNumber(snapshot.getStdDev)\n    )\n\n  implicit object HistogramFormat extends JsonWriter[Histogram] {\n    override def write(obj: Histogram): JsValue =\n      JsObject(\n        Map[String, JsNumber](\"count\" -> JsNumber(obj.getCount)) ++ snapshot(obj.getSnapshot)\n      )\n  }\n\n  private def metered(metered: Metered): Map[String, JsNumber] =\n    Map[String, JsNumber](\n      \"count\"             -> JsNumber(metered.getCount),\n      \"fifteenMinuteRate\" -> JsNumber(metered.getFifteenMinuteRate),\n      \"fiveMinuteRate\"    -> JsNumber(metered.getFiveMinuteRate),\n      \"meanRate\"          -> JsNumber(metered.getMeanRate),\n      \"oneMinuteRate\"     -> JsNumber(metered.getOneMinuteRate)\n    )\n\n  implicit object MeterFormat extends JsonWriter[Meter] {\n    override def write(obj: Meter): JsValue =\n      JsObject(metered(obj))\n  }\n\n  implicit object TimerFormat extends JsonWriter[Timer] {\n    override def write(obj: Timer): JsValue =\n      JsObject(metered(obj) ++ snapshot(obj.getSnapshot))\n  }\n\n  implicit object MetricsSnapshotFormat extends JsonWriter[MetricsReporter.MetricsSnapshot] {\n    override def write(obj: MetricsReporter.MetricsSnapshot): JsValue =\n      JsObject(\n        \"gauges\" -> JsObject(\n          obj._1.asScala\n            .mapValues(g => new BigDecimalGauge(BigDecimal(g.getValue.toString)).toJson)\n            .toMap\n        ),\n        \"counters\"   -> JsObject(obj._2.asScala.mapValues(_.toJson).toMap),\n        \"histograms\" -> JsObject(obj._3.asScala.mapValues(_.toJson).toMap),\n        \"meters\"     -> JsObject(obj._4.asScala.mapValues(_.toJson).toMap),\n        \"timers\"     -> JsObject(obj._5.asScala.mapValues(_.toJson).toMap)\n      )\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/TracingJsonProtocol.scala","text":"\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\n\nimport io.jaegertracing.{ Span => JaegerSpan, SpanContext => JaegerSpanContext }\nimport io.opentracing.Span\nimport spray.json._\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * JSON serialization for trace spans.\n  *\n  * Note that only Jaeger Span objects are catered for.\n  *\/\nobject TracingJsonProtocol extends DefaultJsonProtocol {\n\n  implicit object SpanFormat extends JsonWriter[Span] {\n    @SuppressWarnings(Array(\"org.wartremover.warts.Null\"))\n    override def write(obj: Span): JsValue =\n      (obj, obj.context) match {\n        case (js: JaegerSpan, jsctx: JaegerSpanContext) =>\n          JsObject(\n            \"traceId\" -> JsNumber(jsctx.getTraceId),\n            \"spanId\"  -> JsNumber(jsctx.getSpanId),\n            \"references\" -> JsArray(\n              js.getReferences.asScala\n                .map(x => JsObject(x.getType -> JsNumber(x.getSpanContext.getSpanId)))\n                .toVector\n            ),\n            \"operationName\" -> JsString(js.getOperationName),\n            \"start\"         -> JsNumber(js.getStart),\n            \"duration\"      -> JsNumber(js.getDuration),\n            \"tags\"          -> JsObject(js.getTags.asScala.mapValues(x => JsString(x.toString)).toMap),\n            \"logs\" -> JsArray(\n              js.getLogs match {\n                case null =>\n                  Vector.empty\n                case logs =>\n                  logs.asScala.map { x =>\n                    val fields = Map(\n                      \"time\" -> JsNumber(x.getTime),\n                      \"fields\" -> JsObject(\n                        x.getFields match {\n                          case null => Map.empty[String, JsValue]\n                          case f    => f.asScala.map(x => x._1 -> JsString(x._2.toString)).toMap\n                        }\n                      )\n                    ) ++ (x.getMessage match {\n                      case null => Map.empty[String, JsValue]\n                      case m    => Map(\"message\" -> JsString(m))\n                    })\n                    JsObject(fields)\n                  }.toVector\n              }\n            ),\n            \"baggage\" -> JsArray(\n              jsctx\n                .baggageItems()\n                .asScala\n                .map(x => JsObject(x.getKey -> JsString(x.getValue)))\n                .toVector\n            )\n          )\n        case _ =>\n          JsNull\n      }\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/test\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsJsonProtocolTest.scala","text":"\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\n\nimport com.codahale.metrics._\nimport spray.json._\nimport utest._\nimport java.util\n\nimport scala.collection.JavaConverters._\nimport scala.collection.SortedMap\n\nobject MetricsJsonProtocolTest extends TestSuite {\n  val tests = Tests {\n    'writeMetrics - {\n\n      val gauge = new Gauge[Int] {\n        override def getValue: Int =\n          0\n      }\n\n      val counter = new Counter\n\n      val histogram = new Histogram(new UniformReservoir)\n\n      val meter = new Meter\n\n      val timer = new Timer\n\n      import MetricsJsonProtocol._\n\n      val json = (\n        new util.TreeMap[String, Gauge[_]](SortedMap(\"gauge1\" -> gauge).asJava)\n          .asInstanceOf[util.SortedMap[String, Gauge[_]]],\n        new util.TreeMap[String, Counter](SortedMap(\"counter1\" -> counter).asJava)\n          .asInstanceOf[util.SortedMap[String, Counter]],\n        new util.TreeMap[String, Histogram](SortedMap(\"histogram1\" -> histogram).asJava)\n          .asInstanceOf[util.SortedMap[String, Histogram]],\n        new util.TreeMap[String, Meter](SortedMap(\"meter1\" -> meter).asJava)\n          .asInstanceOf[util.SortedMap[String, Meter]],\n        new util.TreeMap[String, Timer](SortedMap(\"timer1\" -> timer).asJava)\n          .asInstanceOf[util.SortedMap[String, Timer]]\n      ).toJson\n\n      json.compactPrint ==> \"\"\"{\"counters\":{\"counter1\":0},\"gauges\":{\"gauge1\":0},\"histograms\":{\"histogram1\":{\"count\":0,\"percent99\":0.0,\"mean\":0.0,\"min\":0,\"percent75\":0.0,\"max\":0,\"median\":0.0,\"percent999\":0.0,\"percent98\":0.0,\"stdDev\":0.0,\"percent95\":0.0}},\"meters\":{\"meter1\":{\"fifteenMinuteRate\":0.0,\"count\":0,\"fiveMinuteRate\":0.0,\"oneMinuteRate\":0.0,\"meanRate\":0.0}},\"timers\":{\"timer1\":{\"fifteenMinuteRate\":0.0,\"count\":0,\"percent99\":0.0,\"mean\":0.0,\"min\":0,\"percent75\":0.0,\"max\":0,\"median\":0.0,\"fiveMinuteRate\":0.0,\"percent999\":0.0,\"percent98\":0.0,\"stdDev\":0.0,\"oneMinuteRate\":0.0,\"meanRate\":0.0,\"percent95\":0.0}}}\"\"\"\n    }\n\n  }\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/TracingReporter.scala","text":"<reponame>longshorej\/reactive-streams-telemetry\n\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\nimport akka.NotUsed\nimport akka.stream.{ KillSwitches, Materializer, OverflowStrategy }\nimport akka.stream.scaladsl.{ BroadcastHub, Keep, Source }\nimport io.jaegertracing.reporters.Reporter\nimport io.jaegertracing.{ Span => JaegerSpan }\nimport io.opentracing.Span\n\n\/**\n  * Provides a source of Jaeger traces.\n  *\/\nclass TracingReporter(bufferSize: Int)(implicit mat: Materializer) extends Reporter {\n\n  private val ((tracerQueue, killSwitch), tracerSource) = Source\n    .queue[Span](bufferSize, OverflowStrategy.dropHead)\n    .viaMat(KillSwitches.single)(Keep.both)\n    .toMat(BroadcastHub.sink(1))(Keep.both)\n    .run()\n\n  override def report(span: JaegerSpan): Unit = {\n    val _ = tracerQueue.offer(span)\n  }\n\n  override def close(): Unit =\n    killSwitch.shutdown()\n\n  \/**\n    * Returns a source of metric snapshots\n    *\/\n  def source: Source[Span, NotUsed] =\n    tracerSource\n}\n"}
{"repo_name":"longshorej\/reactive-streams-telemetry","path":"src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsReporter.scala","text":"<filename>src\/main\/scala\/au\/com\/titanclass\/streams\/telemetry\/MetricsReporter.scala\n\/*\n * Copyright 2019 Titan Class Pty Ltd\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage au.com.titanclass.streams.telemetry\nimport java.util\nimport java.util.concurrent.{ ScheduledExecutorService, TimeUnit }\n\nimport akka.NotUsed\nimport akka.stream.{ Materializer, OverflowStrategy }\nimport akka.stream.scaladsl.{ BroadcastHub, Keep, Source }\nimport com.codahale.metrics._\n\nobject MetricsReporter {\n  type MetricsSnapshot = (util.SortedMap[String, Gauge[_]],\n                          util.SortedMap[String, Counter],\n                          util.SortedMap[String, Histogram],\n                          util.SortedMap[String, Meter],\n                          util.SortedMap[String, Timer])\n}\n\n\/**\n  * Provides a source of Dropwizard Metrics snapshots emitted once per the rate and duration.\n  *\/\n@SuppressWarnings(Array(\"org.wartremover.warts.Null\"))\nclass MetricsReporter(registry: MetricRegistry,\n                      filter: MetricFilter,\n                      rateUnit: TimeUnit,\n                      durationUnit: TimeUnit,\n                      executor: Option[ScheduledExecutorService])(implicit mat: Materializer)\n    extends ScheduledReporter(registry,\n                              \"streams-reporter\",\n                              filter,\n                              rateUnit,\n                              durationUnit,\n                              executor.orNull) {\n\n  import MetricsReporter._\n\n  private val (snapshotQueue, snapshotSource) = Source\n    .queue[MetricsSnapshot](1, OverflowStrategy.dropHead)\n    .toMat(BroadcastHub.sink(1))(Keep.both)\n    .run()\n\n  @SuppressWarnings(Array(\"org.wartremover.warts.Any\"))\n  override def report(\n      gauges: util.SortedMap[String, Gauge[_]],\n      counters: util.SortedMap[String, Counter],\n      histograms: util.SortedMap[String, Histogram],\n      meters: util.SortedMap[String, Meter],\n      timers: util.SortedMap[String, Timer]\n  ): Unit = {\n    val _ = snapshotQueue.offer((gauges, counters, histograms, meters, timers))\n  }\n\n  \/**\n    * Returns a source of metric snapshots\n    *\/\n  def source: Source[MetricsSnapshot, NotUsed] =\n    snapshotSource\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/test\/scala\/com\/thenewmotion\/testen\/lift\/LiftMatchersSpec.scala","text":"package com.thenewmotion.testen\npackage lift\n\nimport org.specs2.mutable.Specification\nimport net.liftweb.http._\nimport net.liftweb.json._, JsonDSL._\nimport net.liftweb.http.rest.RestHelper\nimport net.liftweb.http.OkResponse\n\nclass LiftMatchersSpec extends Specification with LiftDispatch {\n  \"Response matchers\" should {\n    \"check response code\" >> {\n      OkResponse() must haveCode(200)\n      \/\/OkResponse()) must haveCode(400)\n    }\n\n    \"check that request is served by dispatch function\" in {\n      val request = GET(\"root\/leaf\")\n      request must beServedBy(sut)\n    }\n\n    \"check that response is present and has right body\" in {\n      val request = GET(\"root\/leaf\")\n      val response = sut(request)()\n\n      response must bePresent and ifPresent ^^ (\n        haveCode(200) and\n        haveExactJson(\n          \"\"\"|{\n             |  \"answer\":\"ok\"\n             |}\"\"\".stripMargin\n        )\n      )\n    }\n  }\n  \"LiftDispatch\" should {\n    \"allow to do request in session\" in {\n      inStatelessSession(sut, GET(\"root\/leaf\")) responseMust {\n        haveCode(200) and\n        haveExactJson(\n          \"\"\"|{\n            |  \"answer\":\"ok\"\n            |}\"\"\".stripMargin\n        )\n      }\n    }\n  }\n}\n\nobject sut extends RestHelper {\n  serve {\n    case List(\"root\",\"leaf\") JsonGet _ => JsonResponse((\"answer\", \"ok\"))\n  }\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/main\/scala\/com\/thenewmotion\/testen\/lift\/LiftMatchers.scala","text":"package com.thenewmotion.testen.lift\n\nimport org.specs2.matcher._\nimport net.liftweb.common._\nimport net.liftweb.http._\nimport com.thenewmotion.testen.lift.LiftMatchers._\nimport net.liftweb.json.parse\n\ntrait LiftMatchers extends Matchers with Expectations with MustExpectations {\n\n  def haveCode(code: => Int) = new HaveCode(code)\n\n  def haveExactJson(json: => String) = new HaveExactJson(json)\n\n  def beServedBy(dpf: => LiftRules.DispatchPF) = new BeServedBy(dpf)\n\n  def bePresent = new Matcher[Box[LiftResponse]] {\n    def apply[S <: Box[LiftResponse]](value: Expectable[S]) = value.value match {\n      case Full(r)             => result(test = true, \"Present response meets all expectations\", \"\", value)\n      case Empty               => result(test = false, \"\", \"No response available\", value)\n      case Failure(msg, e, ch) => result(test = false, \"\", \"Failure occured during request serve %s\".format(msg), value)\n    }\n  }\n\n  val ifPresent = { (b: Box[LiftResponse]) => b.openOrThrowException(\"test\") }\n\n}\n\nobject LiftMatchers {\n\n  val NoResponseToMatchMatcher = new Matcher[LiftResponse] {\n    def apply[S <: LiftResponse](value: Expectable[S]) =\n      result(test = false, \"\", \"No Response to match\", value)\n  }\n\n  class BeServedBy(dpf: LiftRules.DispatchPF) extends Matcher[Req] {\n    def apply[S <: Req](value: Expectable[S]) =\n      result(dpf.isDefinedAt(value.value),\n        \"Request is served by right dispatch function\",\n        \"Request is not served by defined dispatch function\",\n        value)\n  }\n\n  class HaveCode(code: Int) extends Matcher[LiftResponse] {\n    def apply[S <: LiftResponse](value: Expectable[S]) = {\n      val expected = code\n      val actual = value.value.toResponse.code\n      result(actual == expected,\n        \"Response has expected code \" + expected,\n        \"Response expected code is %d but actual %d\".format(expected, actual),\n        value, expected.toString, actual.toString)\n    }\n  }\n\n  class HaveExactJson(expected: String) extends Matcher[LiftResponse] {\n    def apply[S <: LiftResponse](value: Expectable[S]) = value.value match {\n      case res: JsonResponse =>\n        val actual = res.json.toJsCmd\n        result(parse(actual) == parse(expected),\n          \"Response has expected json\",\n          \"Response has not expected json\",\n          value, expected, actual)\n\n      case _ => result(test = false,\n        value.description + \" is json response \",\n        value.description + \" is not json response\",\n        value)\n    }\n  }\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/test\/scala\/com\/thenewmotion\/testen\/lift\/MockRequestsSpec.scala","text":"<reponame>NewMotion\/testen\npackage com.thenewmotion.testen.lift\n\nimport org.specs2.mutable.Specification\n\nclass MockRequestsSpec extends Specification with MockRequests {\n  \"Using MockRequests one\" should {\n    \"be able to\" >> {\n      \"make GET requests\" in {\n        GET(\"somehost\/somepage\").get_?  must beTrue\n        GET(\"somehost\/somepage\").post_? must beFalse\n        GET(\"somehost\/somepage\").put_?  must beFalse\n      }\n\n      \"make POST requests\" in {\n        POST(\"somehost\/somepage\").json(\"{}\").get_?  must beFalse\n        POST(\"somehost\/somepage\").json(\"{}\").post_? must beTrue\n        POST(\"somehost\/somepage\").json(\"{}\").put_?  must beFalse\n      }\n\n      \"make PUT requests\" in {\n        PUT(\"somehost\/somepage\").json(\"{}\").get_?  must beFalse\n        PUT(\"somehost\/somepage\").json(\"{}\").post_? must beFalse\n        PUT(\"somehost\/somepage\").json(\"{}\").put_?  must beTrue\n      }\n\n      \"make DELETE requests\" in {\n        DELETE(\"somehost\/somepage\").get_?  must beFalse\n        DELETE(\"somehost\/somepage\").put_?  must beFalse\n        DELETE(\"somehost\/somepage\").post_? must beFalse\n      }\n    }\n  }\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/main\/scala\/com\/thenewmotion\/testen\/lift\/LiftDispatch.scala","text":"package com.thenewmotion.testen.lift\n\nimport org.specs2.mutable.Specification\nimport org.specs2.matcher.{Matcher, Matchers}\nimport net.liftweb.http.{S, LiftResponse, Req, LiftRules}\nimport LiftDispatch.Must\n\ntrait LiftDispatch extends Specification with MockRequests with Matchers with LiftMatchers {\n\n  def inStatelessSession(service: LiftRules.DispatchPF, req: Req) =\n    new Must((), service, req)\n\n  def inStatelessSession(inits: => Unit)(service: LiftRules.DispatchPF, req: Req) =\n    new Must(inits, service, req)\n}\n\nobject LiftDispatch extends LiftDispatch {\n  class Must(inits: => Unit,\n             service: LiftRules.DispatchPF,\n             req: Req) {\n    def responseMust(checks: => Matcher[LiftResponse]) = {\n      S.statelessInit(req) {\n        inits\n        req must beServedBy(service)\n        service(req)() must bePresent and ifPresent ^^ checks\n      }\n    }\n  }\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/main\/scala\/com\/thenewmotion\/testen\/StacklessException.scala","text":"package com.thenewmotion.testen\n\nclass StacklessException extends Exception {\n    setStackTrace(Array())\n}\n"}
{"repo_name":"NewMotion\/testen","path":"src\/main\/scala\/com\/thenewmotion\/testen\/lift\/MockRequests.scala","text":"package com.thenewmotion.testen.lift\n\nimport net.liftweb.http._\nimport net.liftweb.json._\nimport net.liftweb.common.Full\nimport org.specs2.mock.Mockito\n\ntrait MockRequests extends Mockito {\n\n  def GET(path: String) = req(GetRequest, at(path))\n\n  def DELETE(path: String) = req(DeleteRequest, at(path))\n\n  case class PUT(path: String) {\n    def json(body: String) = {\n      val pj = req(PutRequest, at(path))\n      pj.json returns Full(parse(body))\n      pj\n    }\n  }\n\n  case class POST(path: String) {\n    def json(body: String) = {\n      val pj = req(PostRequest, at(path))\n      pj.json returns Full(parse(body))\n      pj\n    }\n  }\n\n  def req(t: RequestType, path: List[String]) = {\n    val r = mock[Req]\n    r.requestType    returns t\n    r.weightedAccept returns Nil\n    r.post_?         returns r.requestType.post_?\n    r.get_?          returns r.requestType.get_?\n    r.put_?          returns r.requestType.put_?\n    r.path           returns ParsePath(path, \"\", absolute = false, endSlash = false)\n    r\n  }\n\n  private def at(u: String) = u.split('\/').toList\n}\n"}
{"repo_name":"NewMotion\/testen","path":"build.sbt","text":"organization := \"com.thenewmotion\"\n\nname := \"testen\"\n\nscalaVersion := \"2.10.2\"\n\nlibraryDependencies ++= Seq(\n  \"org.specs2\"  %% \"specs2\"      % \"2.1.1\",\n  \"net.liftweb\" %% \"lift-webkit\" % \"2.5.1\",\n  \"net.liftweb\" %% \"lift-common\" % \"2.5.1\",\n  \"org.mockito\" %  \"mockito-all\" % \"1.9.5\")\n\nscalacOptions := Seq(\"-encoding\", \"UTF-8\", \"-unchecked\", \"-deprecation\", \"-feature\")\n\nreleaseSettings\n\npublishTo <<= version { (v: String) =>\n  val nexus = \"https:\/\/nexus.thenewmotion.com\/\"\n  if (v.trim.endsWith(\"SNAPSHOT\")) Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots-public\")\n  else                             Some(\"releases\"  at nexus + \"content\/repositories\/releases-public\")\n}\n\npublishMavenStyle := true\n\npomExtra :=\n<licenses>\n    <license>\n        <name>Apache License, Version 2.0<\/name>\n        <url>http:\/\/www.apache.org\/licenses\/LICENSE-2.0<\/url>\n        <distribution>repo<\/distribution>\n    <\/license>\n<\/licenses>\n\ncredentials += Credentials(Path.userHome \/ \".ivy2\" \/ \".credentials\")\n\n"}
{"repo_name":"NewMotion\/testen","path":"src\/main\/scala\/com\/thenewmotion\/testen\/FileAccess.scala","text":"<gh_stars>0\npackage com.thenewmotion.testen\n\nimport io.Source._\n\ntrait FileAccess {\n  def content(name: String) =\n    fromInputStream(getClass.getResourceAsStream(name)).getLines().mkString(\"\\n\")\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/controllerComponent\/controllerBaseImpl\/Controller.scala","text":"package de.htwg.se.durak.controller.controllerComponent.controllerBaseImpl\n\nimport net.codingwell.scalaguice.InjectorExtensions._\nimport com.google.inject.{Guice, Inject, Injector}\n\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport de.htwg.se.durak.controller.gameLogicComponent.GameLogicInterface\nimport de.htwg.se.durak.model.gameElementsComponent.GameElementsInterface\nimport de.htwg.se.durak.controller.GameDataChanged\nimport de.htwg.se.durak.utilities.UndoManager\nimport de.htwg.se.durak.DurakModule\nimport de.htwg.se.durak.model.fileIoComponent.FileIOInterface\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundInterface}\n\nimport scala.swing.Publisher\n\nclass Controller @Inject() (\n                             val gameElements: GameElementsInterface,\n                             val gameLogic: GameLogicInterface,\n                             val round: RoundInterface\n                            ) extends ControllerInterface with Publisher  {\n  val injector: Injector = Guice.createInjector(new DurakModule)\n  val fileIo = injector.instance[FileIOInterface]\n\n  val undoManager = new UndoManager\n  var screenSize: Int = 10\n  override var roundStack: List[GameDataInterface] = List(round.createGameData(round.createRoundData(0, List(\"0\", \"1\", \"3\")), None))\n\n  def save: Unit = {\n    fileIo.save(roundStack)\n    roundStack = roundStack :+ round.createGameData(round.createRoundData(4, List(\"\")), None)\n    undoManager.doStep(SolveCommand(\"\", this))\n    publish(new GameDataChanged)\n  }\n\n  def load: Unit = {\n    roundStack = fileIo.load\n    publish(new GameDataChanged)\n  }\n\n  def solve(param: String): Unit = {\n    undoManager.doStep(SolveCommand(param, this))\n    publish(new GameDataChanged)\n  }\n\n  def undo: Unit = {\n    undoManager.undoStep()\n    publish(new GameDataChanged)\n  }\n\n  def redo: Unit = {\n    undoManager.redoStep()\n    publish(new GameDataChanged)\n  }\n\n  def inputError(): Unit = {\n    println(\"INPUT ERROR\")\n    publish(new GameDataChanged)\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/fileIoJsonImpl\/FileIO.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.fileIoComponent.fileIoJsonImpl\n\nimport com.google.inject.Inject\nimport de.htwg.se.durak.model.fileIoComponent.FileIOInterface\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface, FieldInterface, GameElementsInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface, RoundInterface, TurnDataInterface}\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.collection.mutable.ListBuffer\nimport scala.io.Source\n\nclass FileIO @Inject() (val gameElements: GameElementsInterface, val round: RoundInterface) extends FileIOInterface {\n\n  \/**\n   * Save GameData to a file\n   *\n   * @param gameDataList GameData that should be saved\n   *\/\n  override def save(gameDataList: List[GameDataInterface]): Unit = {\n    import java.io._\n    val pw = new PrintWriter(new File(\"gameData.json\"))\n    pw.write(Json.prettyPrint(gameDataToJson(gameDataList)))\n    pw.close()\n  }\n\n  \/**\n   * Load saved file\n   *\n   * @return List of GameData\n   *\/\n  override def load: List[GameDataInterface] = {\n    val source: String = Source.fromFile(\"gameData.json\").getLines.mkString\n    val json: JsValue = Json.parse(source)\n    val list = json.as[List[JsValue]]\n    var res: List[GameDataInterface] = List()\n    for(i <- list.indices) {\n      val elm = list(i)\n      val roundData = loadRoundData((elm \\ \"roundData\").get)\n      val turnData = loadTurnData((elm \\ \"turnData\").get)\n      res = res :+ round.createGameData(roundData, turnData)\n    }\n    res\n  }\n\n  \/**\n   * Convert RoundData to json\n   *\n   * @param gameDataList GameData which should be converted to json\n   * @return json element from the parameter\n   *\/\n  def gameDataToJson(gameDataList: List[GameDataInterface]): JsValue = {\n    Json.toJson(\n      gameDataList.map { gameData => {\n        val roundData: JsValue = roundDataToJson(gameData.roundData)\n        val turnData: JsValue = if(gameData.turnData.isEmpty) Json.obj() else {\n          val turnData = gameData.turnData.get\n          Json.obj(\n            \"players\" -> playerListToJson(turnData.players)\n            , \"playerDecks\" -> playerDecksToJson(turnData.playerDecks)\n            , \"currentPlayer\" -> turnData.currentPlayer\n            , \"defendPlayer\" -> turnData.defendPlayer\n            , \"field\" -> cardDeckToJson(turnData.field.deck)\n            , \"mainDeck\" -> cardDeckToJson(turnData.mainDeck.deck)\n            , \"outDeck\" -> cardDeckToJson(turnData.outDeck.deck)\n            , \"trump\" -> turnData.trump\n            , \"turnType\" -> turnData.turnType\n          )\n        }\n        Json.obj(\"roundData\" -> roundData, \"turnData\" -> turnData)\n      }}\n    )\n  }\n\n  \/**\n   * Convert RoundData to json\n   *\n   * @param roundData RoundData which should be converted to json\n   * @return json element from the parameter\n   *\/\n  def roundDataToJson(roundData: RoundDataInterface): JsValue = {\n    Json.obj(\n      \"siteID\" -> roundData.siteID,\n      \"validateInputList\" -> roundData.validateInputList.mkString(\",\"),\n      \"param\" -> roundData.param.getOrElse(List(\"\")).mkString(\",\")\n    )\n  }\n\n  \/**\n   * Convert PlayerDecks to json\n   *\n   * @param playerDecks PlayerDecks which should be converted to json\n   * @return json element from the parameter\n   *\/\n  def playerDecksToJson(playerDecks: List[CardDeckInterface]): JsValue = {\n    Json.toJson(\n      playerDecks.map { elm => {\n        cardDeckToJson(elm.deck)\n      }}\n    )\n  }\n\n  \/**\n   * Convert CardDeck to json\n   *\n   * @param cardDeck CardDeck which should be converted to json\n   * @return json element from the parameter\n   *\/\n  def cardDeckToJson(cardDeck: List[CardInterface]): JsValue = {\n    Json.toJson(\n      cardDeck.map { card => {\n       Json.obj(\"rank\" -> card.rank, \"symbol\" -> card.symbol)\n      }}\n    )\n  }\n\n  \/**\n   * Convert PlayerList to json\n   *\n   * @param playerList PlayerList which should be converted to json\n   * @return json element from the parameter\n   *\/\n  def playerListToJson(playerList: List[Player]): JsValue = {\n    Json.toJson(\n      playerList.map { player => {\n        Json.obj(\"name\" -> player.toString)\n      }}\n    )\n  }\n\n  \/**\n   * Load RoundData from json\n   *\n   * @param elm json data wich should be parsed\n   * @return RoundData based on the parameter\n   *\/\n  def loadRoundData(elm: JsValue): RoundDataInterface = {\n    round.createRoundData(\n      (elm \\ \"siteID\").get.toString.toInt\n      , (elm \\ \"validateInputList\").get.toString.split(\",\").toList\n      , None\n      , if((elm \\ \"param\").get.toString != \"\") Some((elm \\ \"param\").get.toString.split(\",\").toList) else None\n    )\n  }\n\n  \/**\n   * Load TurnData from json\n   *\n   * @param elm json data wich should be parsed\n   * @return TurnData based on the parameter\n   *\/\n  def loadTurnData(elm: JsValue): Option[TurnDataInterface] = {\n    if(elm.toString() == \"{}\") None else {\n      val players: List[Player] = loadPlayers((elm \\ \"players\").as[List[JsValue]])\n      val playerDecks: List[CardDeckInterface] = loadCardDecks((elm \\ \"playerDecks\").get)\n      val currentPlayer: Int = (elm \\ \"currentPlayer\").as[Int]\n      val defendPlayer = (elm \\ \"currentPlayer\").as[Int]\n      val field = loadField((elm \\ \"field\").get)\n      val mainDeck = loadCardDeck((elm \\ \"mainDeck\").get)\n      val outDeck = loadCardDeck((elm \\ \"outDeck\").get)\n      val trump = (elm \\ \"trump\").as[Int]\n      val turnType = (elm \\ \"turnType\").as[Int]\n      Some(round.createTurnData(\n        players, playerDecks, currentPlayer, defendPlayer, field, mainDeck, outDeck, trump, turnType\n      ))\n    }\n  }\n\n  \/**\n   * Load CardDecks from json\n   *\n   * @param elms json data wich should be parsed\n   * @return CardDecks based on the parameter\n   *\/\n  def loadCardDecks(elms: JsValue): List[CardDeckInterface] = {\n    var res: ListBuffer[CardDeckInterface] = new ListBuffer\n    val jsCardDecks: List[JsValue] = elms.as[List[JsValue]]\n    jsCardDecks.foreach(elm => {\n      res = res += loadCardDeck(elm)\n    })\n    res.toList\n  }\n\n  \/**\n   * Load CardDeck from json\n   *\n   * @param elms json data wich should be parsed\n   * @return CardDeck based on the parameter\n   *\/\n  def loadCardDeck(elms: JsValue): CardDeckInterface = {\n    var res: CardDeckInterface = gameElements.createCardDeck()\n    elms.as[List[JsValue]].foreach(elm => {\n      res = res.addCard(gameElements.createCard((elm \\ \"rank\").as[Int], (elm \\ \"symbol\").as[Int]))\n    })\n    res\n  }\n\n  \/**\n   * Load Field from json\n   *\n   * @param elms json data wich should be parsed\n   * @return Field based on the parameter\n   *\/\n  def loadField(elms: JsValue): FieldInterface = gameElements.createField(loadCardDeck(elms))\n\n  \/**\n   * Load PlayerList from json\n   *\n   * @param prePlayers json data wich should be parsed\n   * @return PlayerList based on the parameter\n   *\/\n  def loadPlayers(prePlayers: List[JsValue]): List[Player] = {\n    var res: ListBuffer[Player] = ListBuffer()\n    prePlayers.foreach(elm => {\n      res += Player((elm \\ \"name\").get.toString)\n    })\n    res.toList\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/GameDataSpec.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport org.scalatest.{Matchers, WordSpec}\n\nclass GameDataSpec extends WordSpec with Matchers {\n  \"GameData\" should {\n    \"create GameData without TurnData\" in {\n      val gameData = GameData(new RoundData(0, List(\"0\")), None)\n      gameData.roundData.siteID should be(0)\n      gameData.roundData.validateInputList.head should be(\"0\")\n    }\n\n    \"create GameData with TurnData\" in {\n      val gameElements = new GameElements()\n      val gameData = GameData(\n        new RoundData(0, List(\"1\")),\n        Option(TurnData(\n          List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n          List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n          0,\n          1,\n          gameElements.createField(),\n          gameElements.createCardDeck(List(new Card(4,1))),\n          gameElements.createCardDeck(),\n          1,\n          0\n        ))\n      )\n      gameData.roundData.siteID should be(0)\n      gameData.roundData.validateInputList.head should be(\"1\")\n    }\n\n    \"test unapply\" in {\n      val gameData = GameData(new RoundData(0, List(\"0\")), None)\n      GameData.unapply(gameData)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/utilities\/UndoManager.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/utilities\/UndoManager.scala\npackage de.htwg.se.durak.utilities\n\n\/**\n * holding all commands done in a stack to make undo possible\n *\/\nclass UndoManager {\n  private var undoStack : List[Command] = Nil\n  private var redoStack : List[Command] = Nil\n\n  \/**\n   * called at every user action\n   * @param command is what to do\n   *\/\n  def doStep(command : Command): Unit = {\n    undoStack = command :: undoStack\n    command.doStep\n  }\n\n  \/**\n   * reverse the last step\n   *\/\n  def undoStep(): Unit = undoStack match {\n    case Nil =>\n    case head::stack => {\n      head.undoStep\n      undoStack = stack\n      redoStack = head::redoStack\n    }\n  }\n\n  \/**\n   * redo last step\n   *\/\n  def redoStep(): Unit = redoStack match {\n    case Nil =>\n    case head::stack => {\n      head.redoStep\n      redoStack = stack\n      undoStack = head::undoStack\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/controllerComponent\/ControllerInterface.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/controller\/controllerComponent\/ControllerInterface.scala\npackage de.htwg.se.durak.controller.controllerComponent\n\nimport de.htwg.se.durak.controller.gameLogicComponent.GameLogicInterface\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface, TurnDataInterface}\nimport de.htwg.se.durak.model.gameElementsComponent.GameElementsInterface\nimport de.htwg.se.durak.utilities.UndoManager\n\nimport scala.swing.Publisher\n\ntrait ControllerInterface extends Publisher {\n  def undoManager: UndoManager\n  var screenSize: Int\n\n  val gameElements: GameElementsInterface\n  val gameLogic: GameLogicInterface\n\n  var roundStack: List[GameDataInterface]\n  def gameData: GameDataInterface = roundStack.last\n  def roundData: RoundDataInterface = gameData.roundData\n  def turnData: Option[TurnDataInterface] = gameData.turnData\n\n  def undo: Unit\n  def redo: Unit\n\n  def save: Unit\n  def load: Unit\n\n  def solve(param: String): Unit\n  def inputError: Unit\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/fileIoXmlImpl\/FileIO.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/fileIoXmlImpl\/FileIO.scala\npackage de.htwg.se.durak.model.fileIoComponent.fileIoXmlImpl\n\nimport com.google.inject.Inject\nimport de.htwg.se.durak.model.fileIoComponent.FileIOInterface\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface, GameElementsInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface, RoundInterface, TurnDataInterface}\n\nimport scala.collection.mutable.ListBuffer\nimport scala.xml.{Elem, NodeSeq}\n\nclass FileIO @Inject() (val gameElements: GameElementsInterface, val round: RoundInterface) extends FileIOInterface  {\n  \/**\n   * Save GameData to a file\n   *\n   * @param gameDataList GameData that should be saved\n   *\/\n  override def save(gameDataList: List[GameDataInterface]): Unit = {\n    scala.xml.XML.save(\"gameData.xml\",\n      <gamedata>\n        {\n        for {data <- gameDataList} yield dataToXml(data)\n        }\n      <\/gamedata>)\n  }\n\n  \/**\n   * Load saved file\n   *\n   * @return List of GameData\n   *\/\n  override def load: List[GameDataInterface] = {\n    val source = scala.xml.XML.loadFile(\"gameData.xml\")\n    var res: List[GameDataInterface] = List()\n    (source \\\\ \"gamedata\" \\\\ \"rounddata\").foreach { data => {\n      val roundData = loadRoundData((data \\\\ \"rounddata\"))\n      val turnData = loadTurnData((data \\\\ \"turndata\"))\n      res = res :+ round.createGameData(roundData, turnData)\n    }}\n    res\n  }\n\n  \/**\n   * Convert RoundData to xml\n   *\n   * @param data GameData which should be converted to xml\n   * @return xml element from the parameter\n   *\/\n  def dataToXml(data: GameDataInterface): Elem = {\n    val roundData = data.roundData\n    val turnData = data.turnData\n    <rounddata>\n      <siteid>{roundData.siteID}<\/siteid>\n      <validateinputlist>{roundData.validateInputList}<\/validateinputlist>\n      <param>{roundData.param}<\/param>\n      {if(turnData.isEmpty) <turnddata><\/turnddata> else turnDataToXml(turnData.get)}\n    <\/rounddata>\n  }\n\n  \/**\n   * Convert TurnData to xml\n   *\n   * @param turnData TurnData which should be converted to xml\n   * @return xml element from the parameter\n   *\/\n  def turnDataToXml(turnData: TurnDataInterface): Elem = {\n    <turndata>\n      {playerListToXml(turnData.players)}\n      <playerdecks>{playerDecksToXml(turnData.playerDecks)}<\/playerdecks>\n      <currentplayer>{turnData.currentPlayer}<\/currentplayer>\n      <defendplayer>{turnData.defendPlayer}<\/defendplayer>\n      <field>{cardDeckToXml(turnData.field.deck)}<\/field>\n      <maindeck>{cardDeckToXml(turnData.mainDeck.deck)}<\/maindeck>\n      <outdeck>{cardDeckToXml(turnData.outDeck.deck)}<\/outdeck>\n      <trump>{turnData.trump}<\/trump>\n      <turntype>{turnData.turnType}<\/turntype>\n    <\/turndata>\n  }\n\n  \/**\n   * Convert PlayerList to xml\n   *\n   * @param playerList List of all player which should be converted to xml\n   * @return xml element from the parameter\n   *\/\n  def playerListToXml(playerList: List[Player]): Elem = {\n    <players>{for { player <- playerList } yield <player>{player}<\/player>}<\/players>\n  }\n\n  \/**\n   * Convert CardDeck to xml\n   *\n   * @param cardDeck CardDeck which should be converted to xml\n   * @return xml element from the parameter\n   *\/\n  def cardDeckToXml(cardDeck: List[CardInterface]): List[Elem] = {\n    for {card <- cardDeck } yield <card><rank>{card.rank}<\/rank><symbol>{card.symbol}<\/symbol><\/card>\n  }\n\n  \/**\n   * Convert PlayerDecks to xml\n   *\n   * @param playerDecks PlayerDecks which should be converted to xml\n   * @return xml element from the parameter\n   *\/\n  def playerDecksToXml(playerDecks: List[CardDeckInterface]): Elem = {\n    <player>{for {playerDeck <- playerDecks } yield cardDeckToXml(playerDeck.deck)}<\/player>\n  }\n\n  \/**\n   * Load RoundData from xml\n   *\n   * @param elm xml data wich should be parsed\n   * @return RoundData based on the parameter\n   *\/\n  def loadRoundData(elm: NodeSeq): RoundDataInterface = {\n    round.createRoundData(\n      (elm \\\\ \"siteid\").text.toInt,\n      (elm \\\\ \"validateinputlist\").text.split(\" \").toList,\n      None,\n      Some((elm \\\\ \"param\").text.split(\" \").toList)\n    )\n  }\n\n  \/**\n   * Load TurnData from xml\n   *\n   * @param elm xml data wich should be parsed\n   * @return TurnData based on the parameter\n   *\/\n  def loadTurnData(elm: NodeSeq): Option[TurnDataInterface] = {\n    if(elm.isEmpty) None else {\n      val players: List[Player] = loadPlayerList((elm \\\\ \"players\"))\n      val playerDecks: List[CardDeckInterface] = loadPlayerDecks((elm \\\\ \"playerdecks\"))\n      val currentPlayer: Int = (elm \\\\ \"currentplayer\").text.toInt\n      val defendPlayer = (elm \\\\ \"defendplayer\").text.toInt\n      val field = gameElements.createField(loadCardDeck((elm \\\\ \"field\")))\n      val mainDeck: CardDeckInterface = loadCardDeck((elm \\\\ \"maindeck\"))\n      val outDeck = loadCardDeck((elm \\\\ \"outdeck\"))\n      val trump = (elm \\\\ \"trump\").text.toInt\n      val turnType = (elm \\\\ \"turntype\").text.toInt\n      Some(round.createTurnData(\n        players, playerDecks, currentPlayer, defendPlayer, field, mainDeck, outDeck, trump, turnType\n      ))\n    }\n  }\n\n  \/**\n   * Load CardDeck from xml\n   *\n   * @param elm xml data wich should be parsed\n   * @return CardDeck based on the parameter\n   *\/\n  def loadCardDeck(elm: NodeSeq): CardDeckInterface = {\n    var res: CardDeckInterface = gameElements.createCardDeck()\n    (elm \\\\ \"card\").foreach{ card => {\n      res = res.addCard(gameElements.createCard((card \\\\ \"rank\").text.toInt, (card \\\\ \"symbol\").text.toInt))\n    }}\n    res\n  }\n\n  \/**\n   * Load PlayerDecks from xml\n   *\n   * @param elm xml data wich should be parsed\n   * @return PlayerDecks based on the parameter\n   *\/\n  def loadPlayerDecks(elm: NodeSeq): List[CardDeckInterface] = {\n    var res: ListBuffer[CardDeckInterface] = new ListBuffer\n    (elm \\\\ \"player\").foreach { player => {\n      res = res += loadCardDeck(player)\n    }}\n    res.toList\n  }\n\n  \/**\n   * Load PlayerList from xml\n   *\n   * @param elm xml data wich should be parsed\n   * @return PlayerList based on the parameter\n   *\/\n  def loadPlayerList(elm: NodeSeq): List[Player] = {\n    var res: ListBuffer[Player] = ListBuffer()\n    (elm \\\\ \"player\").foreach { player => {\n      res += Player(player.text)\n    }}\n    res.toList\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/RoundDataSpec.scala","text":"package de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport org.scalatest._\n\nclass RoundDataSpec extends WordSpec with Matchers {\n  \"GameData\" should {\n    \"shortcut function\" in {\n      val roundData = new RoundData(0, List(\"a\"))\n      roundData.siteID should be(0)\n      roundData.validateInputList.head should be(\"a\")\n    }\n\n    \"full parameter\" in {\n      val roundData = new RoundData(0, List(\"a\"), None, None)\n      roundData.siteID should be(0)\n      roundData.validateInputList.head should be(\"a\")\n    }\n  }\n\n  \"test unapply\" in {\n    val roundData = new RoundData(0, List(\"a\"))\n    RoundData.unapply(roundData)\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/GameElementsSpec.scala","text":"package de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport org.scalatest._\n\nclass GameElementsSpec extends WordSpec with Matchers {\n  \"Game Elements\" when {\n    \"create a card\" in {\n      val gameElements = new GameElements()\n      val card = gameElements.createCard(2, 1)\n      card.rank should be(2)\n      card.symbol should be(1)\n    }\n\n    \"create an empty card deck\" in {\n      val gameElements = new GameElements()\n      val cardDeck = gameElements.createCardDeck()\n      cardDeck.deck.isEmpty should be(true)\n    }\n\n    \"create a card deck with one card\" in {\n      val gameElements = new GameElements()\n      val cardDeck = gameElements.createCardDeck(List(gameElements.createCard(2, 1)))\n      cardDeck.deck.isEmpty should be(false)\n    }\n\n    \"create an empty field\" in {\n      val gameElements = new GameElements()\n      val field = gameElements.createField()\n      field.deck.isEmpty should be(true)\n    }\n\n    \"create a field with one card\" in {\n      val gameElements = new GameElements()\n      val cardDeck = gameElements.createCardDeck(List(gameElements.createCard(2, 1)))\n      val field = gameElements.createField(cardDeck)\n      field.deck.isEmpty should be(false)\n    }\n\n    \"test unapply\" in {\n      val gameElements = new GameElements()\n      GameElements.unapply(gameElements)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameStrategyMenu.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameStrategyMenu.scala\npackage de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.controller.gameLogicComponent.GameStrategyMenuInterface\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundInterface, roundBaseImpl}\n\ncase class GameStrategyMenu(round: RoundInterface) extends  GameStrategyMenuInterface{\n  var roundDataFactory: RoundDataFactory = new RoundDataFactory(round)\n\n  \/**\n   * Handle menu input\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleMenu(gameData: GameDataInterface, input: String): GameDataInterface = {\n    roundBaseImpl.GameData(input match {\n      case \"0\" => roundDataFactory.getInstance(3)\n      case \"1\" => roundDataFactory.getInstance(1)\n      case \"3\" => roundDataFactory.getInstance(-1)\n    }, None)\n  }\n\n  \/**\n   * Handle calibration info\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleCalibrationInfo(gameData: GameDataInterface, input: String): GameDataInterface = {\n    roundBaseImpl.GameData(roundDataFactory.getInstance(2), None)\n  }\n\n  \/**\n   * Handle calibration list\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleCalibrationList(gameData: GameDataInterface, input: String): GameDataInterface = {\n    roundBaseImpl.GameData(roundDataFactory.getInstance(0), None)\n  }\n\n  \/**\n   * Handle game save\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleSave(gameData: GameDataInterface, input: String): GameDataInterface = {\n    roundBaseImpl.GameData(roundDataFactory.getInstance(4), None)\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/DurakTUI.scala","text":"package de.htwg.se.durak\nimport de.htwg.se.durak.controller.GameDataChanged\nimport de.htwg.se.durak.aview.Tui\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport com.google.inject.{Guice, Injector}\nimport scala.io.StdIn.readLine\n\nobject DurakTUI {\n  val injector: Injector = Guice.createInjector(new DurakModule)\n  val controller: ControllerInterface = injector.getInstance(classOf[ControllerInterface])\n  val tui: Tui = Tui(controller)\n\n  controller.publish(new GameDataChanged)\n\n  \/**\n   * Starting game TUI\n   *\n   * @param args Start arguments\n   *\/\n  def main(args: Array[String]): Unit = {\n    var input: String = \"\"\n    while (!List(-1, 4, 5).contains(controller.roundStack.last.roundData.siteID)) {\n      input = readLine()\n      tui.processInputLine(input)\n    }\n  }\n}\n\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"build.sbt","text":"name          := \"htwg-scala-durak\"\norganization  := \"de.htwg.se\"\nversion       := \"0.0.1\"\nscalaVersion  := \"2.12.7\"\n\nlibraryDependencies += \"org.scalactic\" %% \"scalactic\" % \"3.0.5\"\nlibraryDependencies += \"org.scalatest\" %% \"scalatest\" % \"3.0.5\" % \"test\"\n\nlibraryDependencies += \"org.scala-lang.modules\" % \"scala-swing_2.12\" % \"2.0.3\"\n\n\/\/*******************************************************************************\/\/\n\/\/Libraries that we will use in later lectures compatible with this scala version\n\/\/ uncomment to use!!\n\nlibraryDependencies += \"org.scala-lang.modules\" % \"scala-swing_2.12\" % \"2.0.1\"\n\nlibraryDependencies += \"com.google.inject\" % \"guice\" % \"4.1.0\"\n\nlibraryDependencies += \"net.codingwell\" %% \"scala-guice\" % \"4.1.0\"\n\nlibraryDependencies += \"org.scala-lang.modules\" % \"scala-xml_2.12\" % \"1.0.6\"\n\nlibraryDependencies += \"com.typesafe.play\" %% \"play-json\" % \"2.6.6\"\n\nlibraryDependencies += \"org.scalafx\" %% \"scalafx\" % \"12.0.2-R18\"\n\n\/\/ scalacOptions in Compile ++= Seq(\"-doc-root-content\", \"rootdoc.txt\")\n\ncoverageExcludedPackages := \"<empty>;de.htwg.se.durak.aview.gui.*;de.htwg.se.durak.DurakGUI;\""}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/RoundSpec.scala","text":"<reponame>Defkil\/htwg-scala-durak\npackage de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport org.scalatest._\n\nclass RoundSpec extends WordSpec with Matchers {\n  \"Round\" should {\n    \"shortcut function for createRoundData\" in {\n\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/utilities\/Observable.scala","text":"package de.htwg.se.durak.utilities\n\n\/**\n * Observer trait\n *\/\ntrait Observer {\n  \/**\n   * update observer\n   *\/\n  def update: Unit\n}\n\n\/**\n * Class for observing something\n *\/\nclass Observable {\n  \/**\n   * List of all subscriber\n   *\/\n  var subscribers: Vector[Observer] = Vector()\n\n  \/**\n   * Add a subscriber\n   * @param s subscriber which should be added\n   *\/\n  def add(s: Observer): Unit = subscribers = subscribers :+ s\n\n  \/**\n   * Remove a subscriber\n   *\n   * @param s subscriber that should be removed\n   *\/\n  def remove(s: Observer): Unit = subscribers = subscribers.filterNot(o => o == s)\n\n  \/**\n   * Notify all subscriber\n   *\/\n  def notifyObservers: Unit = subscribers.foreach(o => o.update)\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/controller\/controllerComponent\/controllerBaseImpl\/SolveCommandSpec.scala","text":"package de.htwg.se.durak.controller.controllerComponent.controllerBaseImpl\n\nimport de.htwg.se.durak.aview.Tui\nimport de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl.GameLogic\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.GameElements\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.Round\nimport org.scalatest._\n\nclass SolveCommandSpec  extends WordSpec with Matchers {\n  \"SolveCommand\" should {\n    \"play a game\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui = Tui(gameRuntime)\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"a b\")\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"s\")\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"s\")\n      gameRuntime.roundData.siteID should be(10)\n    }\n\n    \"calibration of the screen\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui = Tui(gameRuntime)\n      tui.processInputLine(\"1\")\n      tui.processInputLine(\"0\")\n      tui.processInputLine(\"10\")\n      gameRuntime.roundData.siteID should be(0)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/GameLogicInterface.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent\n\ntrait GameLogicInterface {\n  \/**\n   * Actual GameStrategy\n   *\/\n  var get: GameStrategyInterface\n\n  \/**\n   * MenuStrategy\n   *\/\n  val menu: GameStrategyMenuInterface\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameTableSpec.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.TurnDataInterface\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.{Round, TurnData}\nimport org.scalatest._\n\nclass GameTableSpec extends WordSpec with Matchers {\n  \"GameTable\" should {\n    \"add Spacer\" in {\n      val gameTable = new GameTable(new GameElements, new Round)\n      val gameElements = new GameElements\n      val turnData = gameTable.addSpacer(TurnData(\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(),\n        gameElements.createCardDeck(List(new Card(4,1))),\n        gameElements.createCardDeck(),\n        1,\n        0\n      ))\n      turnData.field.cardDeck.deck.last.rank should be(-1)\n      turnData.field.cardDeck.deck.last.symbol should be(-1)\n    }\n\n    \"canCardDefend\" in {\n      val gameTable = new GameTable(new GameElements, new Round)\n      gameTable.canCardDefend(Card(3, 1), Card(4, 1), 1) should be(true)\n      gameTable.canCardDefend(Card(3, 2), Card(2, 1), 1) should be(true)\n      gameTable.canCardDefend(Card(2, 2), Card(3, 2), 1) should be(true)\n    }\n\n    \"getRightPlayer\" in {\n      val gameTable = new GameTable(new GameElements, new Round)\n      gameTable.getRightPlayer(0, 2) should be(1)\n      gameTable.getRightPlayer(1, 2) should be(0)\n    }\n\n    \"setRightAttacker\" in {\n      val gameTable = new GameTable(new GameElements, new Round)\n      val gameElements = new GameElements\n      var turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        0,\n        gameElements.createField(),\n        gameElements.createCardDeck(List(new Card(4,1))),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n\n      turnData.currentPlayer should be(0)\n      turnData = gameTable.setRightAttacker(turnData)\n      turnData.currentPlayer should be(1) \/\/ should not change, right player of the deffender\n      turnData = gameTable.setRightAttacker(turnData)\n      turnData.currentPlayer should be(1)\n    }\n\n    \"test unapply\" in {\n      val gameTable = new GameTable(new GameElements, new Round)\n      GameTable.unapply(gameTable)\n    }\n  }\n\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/DurakModule.scala","text":"<gh_stars>0\npackage de.htwg.se.durak\n\nimport de.htwg.se.durak.controller.controllerComponent\nimport de.htwg.se.durak.controller.gameLogicComponent\nimport de.htwg.se.durak.model.roundComponent\nimport de.htwg.se.durak.model.gameElementsComponent\nimport net.codingwell.scalaguice.ScalaModule\nimport com.google.inject.AbstractModule\nimport de.htwg.se.durak.model.fileIoComponent._\n\nclass DurakModule extends AbstractModule with ScalaModule {\n  def configure(): Unit = {\n    bind[controllerComponent.ControllerInterface].to[controllerComponent.controllerBaseImpl.Controller]\n    bind[gameLogicComponent.GameLogicInterface].to[gameLogicComponent.gameLogicBaseImpl.GameLogic]\n    bind[roundComponent.RoundInterface].to[roundComponent.roundBaseImpl.Round]\n    bind[gameElementsComponent.GameElementsInterface].to[gameElementsComponent.gameElementsBaseImpl.GameElements]\n    bind[FileIOInterface].to[fileIoJsonImpl.FileIO]\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/RoundData.scala","text":"package de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.roundComponent.RoundDataInterface\n\n\/**\n * RoundData with actual site, possible inputs and custom parameter\n *\n * @param siteID Actual site\n * @param validateInputList List of strings with possible options\n * @param validateInput function which returns a boolean dependent on the parameter\n * @param param ptional list of string parameter\n *\/\ncase class RoundData (\n      siteID: Int,\n      validateInputList: List[String],\n      validateInput: Option[String => Boolean],\n      param: Option[List[String]]\n) extends RoundDataInterface {\n  \/**\n   * RoundData with only InputList\n   *\n   * @param siteID  Actual site\n   * @param validateInputList List of strings with possible options\n   *\/\n  def this(siteID: Int, validateInputList: List[String]) = {\n    this(siteID, validateInputList, None, None)\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/DurakTUISpec.scala","text":"<gh_stars>0\npackage de.htwg.se.durak\n\nimport java.io.ByteArrayInputStream\n\nimport org.scalatest._\n\nclass DurakTUISpec extends WordSpec with Matchers {\n  \"Durak\" should  {\n    \"stat and close (site 0 -> site -1 -> exit gameloop)\" in {\n      DurakTUI.controller.roundData.siteID should be(0)\n      val in = new ByteArrayInputStream((\"3\").getBytes)\n      Console.withIn(in)  {\n        DurakTUI.main(Array[String]())\n        DurakTUI.controller.roundData.siteID should be(-1)\n      }\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/Card.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.CardInterface\n\n\/**\n * Card with rank and a type\n *\n * possible values are: rank=(2-14), cardType(1-4)\n *\n * rank starts from 2 - 10 with the same cards 2 - 10\n * after that rank=card 11=Bube, 12=Dame, 13=K\u00f6nig, 14=Ass\n *\n * cardTypes are 1=Pik, 2=Karo, 3=Kreuz, 4=Herz\n *\n * @param rank card rank (2-14)\n * @param symbol card symbol (1-4)\n *\/\n\/\/noinspection ScalaStyle\ncase class Card(rank: Int, symbol: Int) extends CardInterface {\n\n  \/**\n   * Rank as string\n   *\n   * @return Card rank as simple string\n   *\/\n  def rankString: String = rank match {\n    case 2 => \"2\"\n    case 3 => \"3\"\n    case 4 => \"4\"\n    case 5 => \"5\"\n    case 6 => \"6\"\n    case 7 => \"7\"\n    case 8 => \"8\"\n    case 9 => \"9\"\n    case 10 => \"10\"\n    case 11 => \"Bube\"\n    case 12 => \"Dame\"\n    case 13 => \"K\u00f6nig\"\n    case 14 => \"Ass\"\n    case -1 => \"\"\n  }\n\n  \/**\n   * Symbol as string\n   *\n   * @return Card symbol as simple string\n   *\/\n  def symbolString: String = symbol match {\n    case 1 => \"Pik\"\n    case 2 => \"Karo\"\n    case 3 => \"Kreuz\"\n    case 4 => \"Herz\"\n    case -1 => \"\"\n  }\n\n  \/**\n   * Symbol as unicode\n   *\n   * @return Card symbol as unicode string\n   *\/\n  def symbolUnicode: String = symbol match {\n    case 1 => \"\\u2660\"\n    case 2 => \"\\u2666\"\n    case 3 => \"\\u2663\"\n    case 4 => \"\\u2665\"\n    case -1 => \"\"\n  }\n\n  \/**\n   * Rank as unicode\n   *\n   * @return Card rank as unicode string\n   *\/\n  def rankUnicode: String = rank match {\n    case 2 => \"2\"\n    case 3 => \"3\"\n    case 4 => \"4\"\n    case 5 => \"5\"\n    case 6 => \"6\"\n    case 7 => \"7\"\n    case 8 => \"8\"\n    case 9 => \"9\"\n    case 10 => \"10\"\n    case 11 => \"\\u265F\"\n    case 12 => \"\\u265B\"\n    case 13 => \"\\u265A\"\n    case 14 => \"A\"\n    case -1 => \"\"\n  }\n\n  \/**\n   * Card rank and symbol as string\n   *\n   * @return Card rank and symbol as string\n   *\/\n  override def toString: String = {\n    \"Rang: \" + rankString +\", Typ: \" + symbolString\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameStrategy.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.controller.gameLogicComponent.GameStrategyInterface\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, FieldInterface, GameElementsInterface}\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundInterface, roundBaseImpl}\n\n\/\/noinspection ScalaStyle\ncase class GameStrategy(elm: GameElementsInterface, round: RoundInterface) extends GameStrategyInterface {\n  var gameTable: GameTable = GameTable(elm, round)\n  var roundDataFactory: RoundDataFactory = new RoundDataFactory(round)\n\n  \/**\n   * Handle player selection\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def playerSelect(gameData: GameDataInterface, input: String): GameDataInterface = {\n    val players = gameTable.createPlayers(input.split(\" \"))\n    val (mainDeck, playerDecks) = gameTable.handOutCardsStart(\n      elm.createCardDeck(gameTable generateDeck 36),\n      gameTable.createPlayerDecks(players.length)\n    )\n\n    val trump: Int = mainDeck.deck.head.symbol\n    val currentPlayer: Int = gameTable.getFirstPlayer(playerDecks, trump)\n\n    round.createGameData(\n      roundDataFactory.getInstance(10),\n      Some(round.createTurnData(\n        players, playerDecks, currentPlayer, gameTable.getRightPlayer(currentPlayer, players.length)\n        , elm.createField() , mainDeck, elm.createCardDeck(), trump, 0)\n      )\n    )\n  }\n\n  \/**\n   * Handle next turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def nextTurn(gameData: GameDataInterface, input: String): GameDataInterface = {\n    var turnData = gameData.turnData.get\n    val playerDeck = turnData.playerDecks(turnData.currentPlayer)\n    var res = gameData\n\n    turnData.turnType match {\n      case 0 =>\n        if(turnData.currentPlayer == turnData.defendPlayer) { \/\/ Verteidiger Runde setzen\n          res = round.createGameData(\n            round.createRoundData(12,  gameTable.getPossibleDefendTurns(turnData.field.cardDeck.deck.last, playerDeck, turnData.trump))\n            , gameData.turnData\n          )\n        } else if(turnData.field.size == 0) { \/\/ falls das Spielfeld leer ist, ist auch kein skip m\u00f6glich\n          res = round.createGameData(\n            round.createRoundData(11, gameTable.countTo(playerDeck.deck.length))\n            , gameData.turnData\n          )\n        } else {\n          res = round.createGameData(\n            round.createRoundData(11, gameTable.getPossibleAttackTurns(turnData.field, playerDeck))\n            , gameData.turnData\n          )\n          \/\/ Alle m\u00f6glichkeiten f\u00fcr weitere Angriffe berechnen\n        }\n      case 1 => { \/\/ nur bei mehr als 2 Spielern, der erste Spieler hat geskipped\n        res = round.createGameData(\n          round.createRoundData(11, gameTable.getPossibleAttackTurns(turnData.field, playerDeck))\n          , gameData.turnData\n        )\n      }\n      case 2 => {\/\/ Wenn Verteidiger Karten aufnimmt, in den n\u00e4chsten Angriff. attackTurn wird den Angriff beenden\n        res = round.createGameData(\n          round.createRoundData(11, gameTable.getPossibleAttackTurns(turnData.field, playerDeck))\n          , gameData.turnData\n        )\n      }\n    }\n    if (turnData.mainDeck.deck.isEmpty) {\n      turnData = gameTable.removeEmptyPlayer(turnData)\n      if (turnData.players.length == 1) {\n        res = round.createGameData(\n          roundDataFactory.getInstance(-1, Some(List(\"Der Durak dieser Runde ist:\"))),\n          None\n        )\n      }\n    }\n    res\n  }\n\n  \/**\n   * Handle attack turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def attackTurn(gameData: GameDataInterface, input: String): GameDataInterface = {\n    var turnData = gameData.turnData.get\n    var roundData = roundDataFactory.getInstance(10, None)\n\n    turnData.turnType match {\n      case 0 =>\n        if(input == \"s\") {\n          if(turnData.players.length == 2) {\n            turnData = gameTable.attackFinish(turnData)\n          } else {\n            turnData = gameTable.setRightAttacker(turnData)\n          }\n        } else {\n          turnData = gameTable.addCardToField(turnData, input.toInt, turnData.defendPlayer)\n        }\n      case 1 => {\n        if(input == \"s\") {\n          if(turnData.playerDecks.length > 2) {\n            turnData = gameTable.setRightAttacker(turnData)\n          } else {\n            turnData = gameTable.attackFinish(turnData)\n          }\n        } else {\n          turnData = gameTable.addCardToField(turnData, input.toInt, turnData.defendPlayer)\n        }\n      }\n      case 2 => { \/\/ der fall, wenn der Verteidiger aufnimmt\n        if (input == \"s\") {\n          if (turnData.players.length == 2) {\n            turnData = gameTable.defenderTakeCards(turnData)\n          } else {\n            if (turnData.currentPlayer == gameTable.getRightPlayer(turnData.defendPlayer, turnData.players.length)) {\n              turnData = gameTable.defenderTakeCards(turnData) \/\/ third and last attacker\n            } else {\n              turnData = gameTable.setRightAttacker(turnData, 2)\n            }\n          }\n        } else { \/\/ legt Karte zu den aufnehmenden Karten\n          turnData = gameTable.addCardToField(gameTable.addSpacer(turnData), input.toInt, turnData.currentPlayer)\n        }\n      }\n    }\n    roundBaseImpl.GameData(roundData, Some(turnData))\n  }\n\n  \/**\n   * Handle defend turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def defendTurn(gameData: GameDataInterface, input: String): GameDataInterface = {\n    var turnData = gameData.turnData.get\n    if(input == \"s\") { \/\/ Karten werden aufgenommen\n      turnData = round.createTurnData(\n        turnData.players, turnData.playerDecks, gameTable.getLeftPlayer(turnData.currentPlayer, turnData.players.length), turnData.defendPlayer\n        , turnData.field, turnData.mainDeck, turnData.outDeck\n        , turnData.trump, 2\n      )\n    } else {\n      \/\/ add card to field and set defendPlayer as current\n      if(turnData.outDeck.deck.isEmpty && turnData.field.deck.length == 9 || turnData.field.deck.length == 11) {\n        turnData = gameTable.attackFinish(turnData)\n      } else {\n        turnData = gameTable.addCardToField(turnData, input.toInt, gameTable.getLeftPlayer(turnData.currentPlayer, turnData.playerDecks.length))\n      }\n    }\n    roundBaseImpl.GameData(roundDataFactory.getInstance(10, None), Some(turnData))\n  }\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/RoundDataInterface.scala","text":"package de.htwg.se.durak.model.roundComponent\n\n\/**\n * RoundData with actual site, possible inputs and custom parameter\n *\/\ntrait RoundDataInterface {\n  \/**\n   * ID of the selected site\/game state\n   *\n   * @return Actual site\n   *\/\n  val siteID: Int\n\n  \/**\n   * Prioritized input function\n   *\n   * @return function which returns a boolean dependent on the parameter\n   *\/\n  val validateInput: Option[String => Boolean]\n\n  \/**\n   * Possible inputs if [[RoundDataInterface.validateInput]] is None\n   *\n   * @return List of strings with possible options\n   *\/\n  val validateInputList: List[String]\n\n  \/**\n   * Optional custom parameter\n   *\n   * @return Optional list of string parameter\n   *\/\n  val param: Option[List[String]]\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/CardDeckInterface.scala","text":"package de.htwg.se.durak.model.gameElementsComponent\n\n\/**\n * Provides an deck of cards\n *\n * Cards can be added, removed and maintained\n *\/\ntrait CardDeckInterface {\n\n  \/**\n   * List of Cards\n   *\n   * @return List of cards\n   *\/\n  var deck: List[CardInterface]\n\n  \/**\n   * Deck size\n   *\n   * @return Size of cards in the deck\n   *\/\n  def size: Int\n\n  \/**\n   * Add one card to the deck\n   *\n   * @param card Card that should be added to the deck\n   * @return New CardDeck instance\n   *\/\n  def addCard(card: CardInterface): CardDeckInterface\n\n  \/**\n   * Add multiple cards to the deck\n   *\n   * @param cards List of Cards that should be added to the deck\n   * @return New CardDeck instance\n   *\/\n  def addCards(cards: List[CardInterface]): CardDeckInterface\n\n  \/**\n   * Remove a card based on the position\n   *\n   * @param position Position of the card that should be removed\n   * @return New CardDeck instance\n   *\/\n  def removeCard(position: Int): CardDeckInterface\n\n  \/**\n   * Remove the same card as in the parameter\n   *\n   * @param card Card wich should be removed\n   * @return New CardDeck instance\n   *\/\n  def removeCard(card: CardInterface): CardDeckInterface\n\n  \/**\n   * Remove last card and give it back\n   *\n   * @return New CardDeck and the last card\n   *\/\n  def pop(): (CardDeckInterface, CardInterface)\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/gui\/scenes\/WaitScene.scala","text":"package de.htwg.se.durak.aview.gui.scenes\n\nimport de.htwg.se.durak.aview.gui.GUI\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport javafx.scene.input.MouseEvent\nimport scalafx.geometry.{Insets, Pos}\nimport scalafx.scene.Scene\nimport scalafx.scene.control.{Button, Label}\nimport scalafx.scene.layout.VBox\nimport scalafx.scene.paint.Color\n\nclass WaitScene (controller: ControllerInterface) extends Scene {\n  val info = new Label(\"N\u00e4chster Spieler ist: \" + controller.turnData.get.players(controller.turnData.get.currentPlayer).toString)\n  info.setTextFill(Color.web(\"#fff\"))\n  fill = Color.rgb(38, 38, 38)\n  content = new VBox {\n    padding = Insets(40, 20, 40, 20)\n    spacing = (20)\n    alignment = Pos.Center\n    alignmentInParent = Pos.CenterLeft\n    children = Seq(\n      info,\n      new Button(\"Fortfahren\") {\n        prefWidth = (200)\n        prefHeight = (40)\n        onMouseClicked = (t: MouseEvent) => beginTurn()\n      },\n    )\n    private def beginTurn(): Unit = {\n      controller.solve(\"0\")\n    }\n  }\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/Tui.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.aview\n\nimport de.htwg.se.durak.controller.GameDataChanged\nimport de.htwg.se.durak.controller.controllerComponent._\nimport de.htwg.se.durak.model.gameElementsComponent._\n\nimport scala.collection.mutable.ListBuffer\nimport scala.swing.Reactor\n\ncase class Tui(controller: ControllerInterface) extends Reactor {\n  val MIN_SIZE = 6\n\n  listenTo(controller)\n\n  def processInputLine(param: String): Unit = {\n    println(controller.roundData.validateInputList.contains(param))\n    param match {\n      case \"redo\" => controller.redo\n      case \"undo\" => controller.undo\n      case \"save\" => controller.save\n      case \"load\" => controller.load\n      case _ =>\n        val roundData = controller.roundData\n        if (roundData.validateInputList.head == \"func\") {\n          println(\"=============\" + param)\n          println(roundData.validateInput.get)\n          if (roundData.validateInput.get(param)) controller.solve(param) else controller.inputError\n        } else if (roundData.validateInputList.contains(param)) controller.solve(param) else controller.inputError\n    }\n  }\n\n  def print(string: String): Unit = println(string)\n\n  reactions += {\n    case event: GameDataChanged => printTui()\n  }\n\n  def printTui(): Unit = {\n    val site = route(controller.roundData.siteID, controller.roundData.param)\n    val output = site ++ spacer(controller.screenSize - site.length)\n    output.foreach(print)\n  }\n\n  def spacer(size: Int): List[String] = {\n    var res: ListBuffer[String] = new ListBuffer[String]()\n    for(i <- 1 to size) res += \"\"\n    res.toList\n  }\n\n  def route(siteID: Int, param: Option[List[String]]): List[String] = {\n    siteID match {\n      case -1 => closeScreen(param.getOrElse(List(\"\")).head)\n      case 0 => menuScreen(param.getOrElse(List(\"\")).head)\n      case 1 => calibrationInfoScreen()\n      case 2 => calibrationListScreen()\n      case 3 => playerScreen(param.getOrElse(List(\"\")).head)\n      case 4 => saveScreen()\n      case 10 => nextTurnScreen(param.getOrElse(List(\"\")).head)\n      case 11 => playScreen(param)\n      case 12 => playScreen(param)\n    }\n  }\n\n\n  def closeScreen(param: String): List[String] = {\n    List(param,\"\",\"\",\"\",\"Auf wiedersehen!\")\n  }\n\n  def menuScreen(param: String): List[String] = {\n    List(\"Willkommen im Spiel Durak\",\n      \"Folgende Befehle stehen zur Auswahl\",\n      \"0     Spiel starten\",\n      \"1     Konsole kalibrieren\",\n      \"2     Multiplayer\",\n      \"3     Spiel schlie\u00dfen\",\n      param\n    )\n  }\n\n  def saveScreen(): List[String] = {\n    List(\n      \"Das Spiel wurde gespeichert\",\n      \"Auf wiedersehen!\"\n    )\n  }\n\n  def calibrationInfoScreen(): List[String] = {\n   List(\n     \"Im naechsten Fenster die hoechste sichtbare Zahl angeben\",\n     \"Mit 0 die Kalibrierung starten, danach startet sich das Spiel neu\",\n     \"mit der neuen Kalibrierung\"\n   )\n  }\n\n  def calibrationListScreen(): List[String] = {\n    List(\n      \"20\",\n      \"19\",\n      \"18\",\n      \"17\",\n      \"16\",\n      \"15\",\n      \"14\",\n      \"13\",\n      \"12\",\n      \"11\",\n      \"10\",\n      \"9\",\n      \"8\",\n      \"7\",\n      \"6\",\n      \"5\",\n      \"4\",\n      \"3\",\n      \"2\",\n      \"1\",\n    )\n  }\n\n  def playerScreen(msg: String): List[String] = {\n    List(\"Spielernamen getrennt mit einem Leerzeichen eingeben\",\n      \"2-6 Spieler\",\n      msg\n    )\n  }\n\n  def nextTurnScreen(msg: String): List[String] = {\n    def createCard(rank: Int, symbol: Int) = controller.gameElements.createCard(rank, symbol)\n    List(\"N\u00e4chster Spieler ist: \" + controller.turnData.get.players(controller.turnData.get.currentPlayer).toString,\n      \"Im n\u00e4chsten Fenster kann man je nach Situation mit s den Angriff beenden\",\n      \"oder die Karten aufnehmen (als Verteidiger)\",\n      \"<NAME>:\",\n      \"Karten Rang: 2 - 10 gleich, Bube: \" + createCard(11, 1).rankUnicode + \", \"\n        + \"Dame: \" + createCard(12, 1).rankUnicode + \", \"\n        + \"K\u00f6nig: \" + createCard(13, 1).rankUnicode + \", \"\n        + \"Ass: \" + createCard(14, 1).rankUnicode,\n      \"Karten Symbol: Pik: \" + createCard(2, 1).symbolUnicode + \", Karo: \" + createCard(2, 2).symbolUnicode\n        + \", Kreuz: \" + createCard(2, 3).symbolUnicode + \", Herz: \" + createCard(2, 4).symbolUnicode,\n      \"Fortfahren mit 0\"\n    )\n  }\n\n\n  def finishedScreen(param: Option[List[String]]): List[String] = {\n    List(\"todo finishedScreen\",\n      param.getOrElse(List(\"\")).head\n    )\n  }\n\n  def helperFormatCard(card: CardInterface): String = {\n    var res = card.symbolUnicode + \" \" + card.rankUnicode\n    for(i <- Range(res.length, 11, 1)) res += \" \"\n    res\n  }\n\n  def helperSpacerString(size: Int): String = {\n    var res = \"\"\n    for(i <- Range(0, size, 1)) res += \"-\"\n    res\n  }\n\n  def symbolUnicode(id: Int): String = id match {\n    case 1 => \"\\u2660\"\n    case 2 => \"\\u2666\"\n    case 3 => \"\\u2663\"\n    case 4 => \"\\u2665\"\n  }\n\n  def playScreen(param: Option[List[String]]): List[String] = {\n    val turnData = controller.turnData.get\n    helperPrintField(\n      turnData.players(turnData.defendPlayer).toString,\n      turnData.players(turnData.currentPlayer).toString,\n      turnData.field,\n      turnData.playerDecks(turnData.currentPlayer),\n      turnData.mainDeck.deck.length,\n      turnData.trump,\n      turnData.turnType,\n      controller.roundData.validateInputList\n    )\n  }\n\n\n\n  def helperPrintField(deffer: String, actual: String, field: FieldInterface\n                       , playerDeck: CardDeckInterface, mainDeckLength: Int, trump: Int, turnType: Int\n                       , cardOptions: List[String]): List[String] = {\n    var fieldFirstLine = \"\"\n    var fieldSecondLine = \"\"\n    var playerCards = \"\"\n    var possibleInput = \"\"\n\n    \/\/ generate Field\n    for (i <- Range(0, field.size, 2)) {\n      fieldFirstLine += \"| \" + helperFormatCard(field.deck(i))\n      if(i + 1 < field.size) fieldSecondLine += \"| \" + helperFormatCard(field.deck(i + 1))\n      else fieldSecondLine += \"|            \"\n    }\n    if(fieldFirstLine.length == 0) {\n      fieldFirstLine =  \"|            \"\n      fieldSecondLine = \"|            \"\n    }\n\n    \/\/ generate PlayerDeck\n    for (i <- Range(0, playerDeck.deck.size, 1)) {\n      if(i != 0) playerCards += \", \"\n      playerCards += i + \": (\" + playerDeck.deck(i).symbolUnicode + \" \" + playerDeck.deck(i).rankUnicode + \")\"\n    }\n\n    \/\/ list possible input options\n    for(i <- Range(0, cardOptions.length, 1)) {\n      possibleInput += cardOptions(i) + \", \"\n    }\n    possibleInput = possibleInput.dropRight(2)\n\n    \/\/ add attacker if its not the turn of the deffer\n    val playerMsg = if(deffer != actual) \"Verteidiger: \" + deffer +\"\\t\\taktueller Angreifer: \" + actual else \"aktueller Verteildiger: \\t\" + deffer\n\n    val turnTypeMsg = \"\\tRunden Typ: \" + (turnType match {\n      case 0 => \"Angriff\/Verteidigung\"\n      case 1 => \"Angriff vom vorherigen Spieler ausgesetzt\"\n      case 2 => \"Verteidiger nimmt die Karten auf\"\n    })\n    println(deffer + \" - \" + actual)\n    List(\n      playerMsg + \"\\tTrump: \" + symbolUnicode(trump) + turnTypeMsg,\n      \"Karten im Stapel: \" + mainDeckLength,\n      \"              \" + helperSpacerString(fieldFirstLine.length + 1),\n      \"Angriff:      \" + fieldFirstLine + \"|\",\n      \"Verteidigung: \" + fieldSecondLine + \"|\",\n      \"              \" + helperSpacerString(fieldFirstLine.length + 1),\n      \"Karten in der Hand: \" + playerCards,\n      \"M\u00f6gliche Eingaben: \" + possibleInput\n    )\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/controllerComponent\/controllerBaseImpl\/SolveCommand.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.controller.controllerComponent.controllerBaseImpl\n\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport de.htwg.se.durak.model.roundComponent.GameDataInterface\nimport de.htwg.se.durak.utilities.Command\n\n\/\/noinspection ScalaStyle\ncase class SolveCommand(input: String, controller: ControllerInterface) extends Command {\n  var memento: List[GameDataInterface] = controller.roundStack\n  override def doStep: Unit = {\n    var memento: List[GameDataInterface] = controller.roundStack\n    controller.roundStack = controller.roundStack :+ (controller.roundData.siteID match {\n      case 0 => controller.gameLogic.menu.handleMenu(controller.gameData, input)\n      case 1 => controller.gameLogic.menu.handleCalibrationInfo(controller.gameData, input)\n      case 2 => {\n        controller.screenSize = input.toInt\n        controller.gameLogic.menu.handleCalibrationList(controller.gameData, input)\n      }\n      case 3 => controller.gameLogic.get.playerSelect(controller.gameData, input)\n      case 4 => controller.gameLogic.menu.handleSave(controller.gameData, input) \/\/ save step\n      case 10 => controller.gameLogic.get.nextTurn(controller.gameData, input)\n      case 11 => controller.gameLogic.get.attackTurn(controller.gameData, input)\n      case 12 => controller.gameLogic.get.defendTurn(controller.gameData, input)\n    })\n  }\n\n  override def undoStep: Unit = {\n    val new_memento: List[GameDataInterface] = controller.roundStack\n    controller.roundStack = memento\n    memento = new_memento\n  }\n\n  override def redoStep: Unit = {\n    val new_memento: List[GameDataInterface] = controller.roundStack\n    controller.roundStack = memento\n    memento = new_memento\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameStrategySpec.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, TurnDataInterface}\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.{GameData, Round, RoundData, TurnData}\nimport org.scalatest._\n\nclass GameStrategySpec extends WordSpec with Matchers {\n  \"GameStrategy\" should {\n    \"nextTurn 0-3\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck(List(new Card(4,1)))),\n        gameElements.createCardDeck(List(new Card(4,2))),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.nextTurn(gameData, \"\")\n      gameData.roundData.siteID should be(11)\n    }\n\n    \"nextTurn 1-1\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck(List(new Card(4,1)))),\n        gameElements.createCardDeck(List(new Card(4,2))),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.nextTurn(gameData, \"\")\n      gameData.roundData.siteID should be(11)\n    }\n\n    \"nextTurn preexit\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(\n          gameElements.createCardDeck(List(new Card(5,1), new Card(6,1))),\n          gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))\n        ),\n        0,\n        1,\n        gameElements.createField(),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.nextTurn(gameData, \"\")\n      gameData.roundData.siteID should be(11)\n    }\n\n    \"nextTurn exit\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.nextTurn(gameData, \"\")\n      gameData.roundData.siteID should be(-1)\n    }\n\n    \"defend turn with forced end\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck(List(\n          new Card(5,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1),\n          new Card(6,1)))),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.defendTurn(gameData, \"0\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"defend turn with add card\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck(List(\n          new Card(5,1),\n          new Card(6,1)))),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.defendTurn(gameData, \"0\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 2 player, case 0\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 3 player, case 0\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\"), Player(\"PlayerC\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 2 player, case 1\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(),gameElements.createCardDeck()),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 3 player, case 1\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\"), Player(\"PlayerC\")),\n        List(gameElements.createCardDeck(),gameElements.createCardDeck(),gameElements.createCardDeck()),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn add card, case 1\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1))),gameElements.createCardDeck()),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        1\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"0\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 3 player, case 2\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\"), Player(\"PlayerC\")),\n        List(gameElements.createCardDeck(),gameElements.createCardDeck(),gameElements.createCardDeck()),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        2\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn in skip 3 player with last attack, case 2\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\"), Player(\"PlayerC\")),\n        List(gameElements.createCardDeck(),gameElements.createCardDeck(),gameElements.createCardDeck()),\n        0,\n        2,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        2\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn with skip 3, case 2\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\"), Player(\"PlayerC\")),\n        List(gameElements.createCardDeck(),gameElements.createCardDeck(),gameElements.createCardDeck()),\n        1,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        2\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"s\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"attackTurn add card, case 2\" in {\n      val gameElements = new GameElements\n      val gameStrategy = new GameStrategy(gameElements, new Round)\n      val turnData: TurnDataInterface = TurnData (\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1))),gameElements.createCardDeck()),\n        0,\n        1,\n        gameElements.createField(gameElements.createCardDeck()),\n        gameElements.createCardDeck(),\n        gameElements.createCardDeck(),\n        1,\n        2\n      )\n      var gameData: GameDataInterface = new GameData(new RoundData(0,List(\"\")), Option(turnData))\n      gameData = gameStrategy.attackTurn(gameData, \"0\")\n      gameData.roundData.siteID should be(10)\n    }\n\n    \"test unapply\" in {\n      val gameStrategy = new GameStrategy(new GameElements, new Round)\n      GameStrategy.unapply(gameStrategy)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/Events.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.controller\n\nimport scala.swing.event.Event\n\n\/**\n * GameData event\n *\/\nclass GameDataChanged extends Event"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/GameStrategyInterface.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.controller.gameLogicComponent\n\nimport de.htwg.se.durak.model.roundComponent.GameDataInterface\n\ntrait GameStrategyInterface {\n  \/**\n   * Handle player selection\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def playerSelect(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle next turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def nextTurn(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle attack turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def attackTurn(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle defend turn\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def defendTurn(gameData: GameDataInterface, input: String): GameDataInterface\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/RoundDataFactory.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.model.roundComponent.{RoundDataInterface, RoundInterface}\n\n\/**\n * creating a ready instance of RoundDataInterface and checking whether param is valid\n *\n * @param round decribes the situation in game\n *\/\nclass RoundDataFactory(round: RoundInterface) {\n  def getInstance(id: Int): RoundDataInterface = {\n    getInstance(id, None)\n  }\n\n  \/**\n   * Create RoundData with predefined parameter\n   *\n   * @param id is the current situation\n   * @param params are optional inputs from user\n   * @return\n   *\/\n  \/\/noinspection ScalaStyle\n  def getInstance(id: Int, params: Option[List[String]]): RoundDataInterface = {\n    val res = id match {\n      case -1 => round.createRoundData(-1, List(\"func\"), Some((param:String) => true), params)\n      case 0 => round.createRoundData(0, List(\"0\", \"1\", \"3\"), None, params)\n      case 1 => round.createRoundData(1, List(\"0\"), None, params)\n      case 2 => round.createRoundData(2, List(\"func\"), Some((param:String) => param matches(\"([0-1]?[0-9]|20)\")), params)\n      case 3 => round.createRoundData(3, List(\"func\"), Some((param:String) => (1 < param.split(\" \").length && param.split(\" \").length < 7)), params)\n      case 4 => round.createRoundData(4, List(\"func\"), Some((param:String) => true), params)\n      case 10 => round.createRoundData(10, List(\"0\"), None, params)\n      case 11 => round.createRoundData(11, List(\"func\"), Some((param:String) => param.matches(\"[0-5]\")), params)\n      case 12 => round.createRoundData(12, List(\"func\"), Some((param:String) => true), params) \/\/ defend turn\n      case 13 => round.createRoundData(13, List(\"func\"), Some((param:String) => true), params)\n      \/\/ case default => round.createRoundData(0, List(\"func\"), Some(_ matches(\"[0-2]\")), params)\n    }\n    res\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/gui\/scenes\/PlayerSelectScene.scala","text":"package de.htwg.se.durak.aview.gui.scenes\n\nimport de.htwg.se.durak.aview.gui.GUI\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport javafx.scene.input.MouseEvent\nimport scalafx.geometry.{Insets, Pos}\nimport scalafx.scene.Scene\nimport scalafx.scene.control.{Button, Label, TextField}\nimport scalafx.scene.layout.VBox\nimport scalafx.scene.paint.Color\n\nclass PlayerSelectScene(controller: ControllerInterface) extends Scene {\n  fill = Color.rgb(38, 38, 38)\n\n  val info = new Label(\"F\u00fcr jeden Spieler einen Namen hinzuf\u00fcgen. Mindestens zwei.\")\n  info.setTextFill(Color.web(\"#fff\"))\n\n  val playerOne = new TextField()\n  val playerTwo = new TextField()\n  val playerThree = new TextField()\n  val playerFour = new TextField()\n  val playerFive = new TextField()\n  val playerSix = new TextField()\n\n  content = new VBox {\n    padding = Insets(40, 20, 40, 20)\n    spacing = (20)\n    alignment = Pos.Center\n    alignmentInParent = Pos.CenterLeft\n    children = Seq(\n      info,\n      playerOne,\n      playerTwo,\n      playerThree,\n      playerFour,\n      playerFive,\n      playerSix,\n      new Button(\"Spieler auswahl\") {\n        prefWidth = (200)\n        prefHeight = (40)\n        onMouseClicked = (t: MouseEvent) => startGame()\n      },\n    )\n  }\n  private def startGame(): Unit = {\n    if(playerOne.getText() != \"\" && playerTwo.getText() != \"\") {\n      var cmd = playerOne.getText() + \" \" + playerTwo.getText()\n      if(playerThree.getText() != \"\") cmd += playerThree.getText()\n      if(playerFour.getText() != \"\") cmd += playerFour.getText()\n      if(playerFive.getText() != \"\") cmd += playerFive.getText()\n      if(playerSix.getText() != \"\") cmd += playerSix.getText()\n      controller.solve(cmd)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/CardInterface.scala","text":"package de.htwg.se.durak.model.gameElementsComponent\n\n\/**\n * Card with Unicode and String properties\n *\/\ntrait CardInterface {\n  \/**\n   * Card rank\n   *\n   * @return Card rank\n   *\/\n  val rank: Int\n\n  \/**\n   * Card symbol\n   *\n   * @return Card symbol\n   *\/\n  val symbol: Int\n\n  \/**\n   * Rank as string\n   *\n   * @return Card rank as simple string\n   *\/\n  def rankString: String\n\n  \/**\n   * Symbol as string\n   *\n   * @return Card symbol as simple string\n   *\/\n  def symbolString: String\n\n  \/**\n   * Rank as unicode\n   *\n   * @return Card rank as unicode string\n   *\/\n  def rankUnicode: String\n\n  \/**\n   * Symbol as unicode\n   *\n   * @return Card symbol as unicode string\n   *\/\n  def symbolUnicode: String\n\n  \/**\n   * Card rank and symbol as string\n   * example \"Rang: X, Typ: Y\"\n   *\n   * @return Card rank and symbol as string\n   *\/\n  def toString: String\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameTable.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface, FieldInterface, GameElementsInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{RoundInterface, TurnDataInterface}\n\nimport scala.collection.mutable.ListBuffer\n\ncase class GameTable(elms: GameElementsInterface, round: RoundInterface) {\n  val CARD_PER_HAND = 6\n  def generateDeck(size: Int): List[CardInterface] = {\n    val cards = new ListBuffer[CardInterface]\n    val y = 0\n    val x = 0\n    val fromCounter = if (size == 36) 5 else 2\n    for (x <- fromCounter until 14)\n      for (y <- 1 to 4)\n        cards += elms.createCard(x, y)\n    util.Random.shuffle(cards).toList\n  }\n\n  def createPlayers(strings: Array[String]): List[Player] = {\n    val l = new ListBuffer[Player]\n    for(s <- strings) l += new Player(s)\n    l.toList\n  }\n\n  def createPlayerDecks(size:Int): List[CardDeckInterface] = {\n    val stack = new ListBuffer[CardDeckInterface]()\n    for(player <- 0 until size) stack += elms.createCardDeck()\n    stack.toList\n  }\n\n  def handOutCardsStart(mainDeck: CardDeckInterface, playerDecks: List[CardDeckInterface]): (CardDeckInterface, List[CardDeckInterface]) = {\n    var newPlayerDecks = new ListBuffer[CardDeckInterface]\n    var newMainDeck = mainDeck\n    for (i <- Range(0, playerDecks.length, 1)) {\n      var newPlayerDeck: CardDeckInterface = elms.createCardDeck()\n      for (j <- Range(0, CARD_PER_HAND, 1)) {\n        var (tempMainDeck, cardToAdd) = newMainDeck.pop()\n        newPlayerDeck = newPlayerDeck.addCard(cardToAdd)\n        newMainDeck = tempMainDeck\n      }\n      newPlayerDecks += newPlayerDeck\n    }\n    (newMainDeck, newPlayerDecks.toList)\n  }\n\n  def getFirstPlayer(playerDecks: List[CardDeckInterface], trump: Int): Int = {\n    var lowTrumpCard: Option[CardInterface] = None\n    var playerID: Option[Int] = None\n    var actualID: Int = 0\n    playerDecks.foreach(deck => {\n      deck.deck.foreach(card => {\n        if(card.symbol == trump && (lowTrumpCard.isEmpty || card.rank < lowTrumpCard.get.rank)) {\n          lowTrumpCard = Option(card)\n          playerID = Option(actualID)\n        }\n      })\n      actualID += 1\n    })\n    playerID.getOrElse(0)\n  }\n\n  def countTo(size: Int): List[String] = {\n    val res: ListBuffer[String] = ListBuffer()\n    for(i <- Range(0, size, 1)) res += i.toString\n    res.toList\n  }\n\n  def addSpacer(turnData: TurnDataInterface): TurnDataInterface = {\n    round.createTurnData(\n      turnData.players, turnData.playerDecks, turnData.currentPlayer, turnData.defendPlayer\n      , turnData.field.addCard(elms.createCard(-1, -1)), turnData.mainDeck, turnData.outDeck, turnData.trump, turnData.turnType)\n  }\n\n  def addCardToField(turnData: TurnDataInterface, input: Int, nextPlayer: Int, turnType: Int): TurnDataInterface = {\n    val card = turnData.playerDecks(turnData.currentPlayer).deck(input)\n    val field = turnData.field.addCard(card)\n    val playerDecks = turnData.playerDecks.updated(turnData.currentPlayer, turnData.playerDecks(turnData.currentPlayer).removeCard(card))\n    round.createTurnData(turnData.players, playerDecks, nextPlayer, turnData.defendPlayer, field, turnData.mainDeck, turnData.outDeck, turnData.trump, turnType)\n  }\n  def addCardToField(turnData: TurnDataInterface, input: Int, nextPlayer: Int): TurnDataInterface = addCardToField(turnData, input, nextPlayer, 0)\n\n  def getPossibleAttackTurns(field: FieldInterface, playerDeck: CardDeckInterface): List[String] = {\n    val res: ListBuffer[String] = ListBuffer(\"s\") \/\/ Erster Angriff (den man lediglich skippen kann) hat freie Auswahl, daher kann man hier skippen\n    var possibleRank: ListBuffer[Int] = ListBuffer()\n    field.deck.foreach(card => if(!possibleRank.contains(card.rank)) possibleRank += card.rank)\n    for(i <- Range(0,  playerDeck.deck.length, 1)) if(possibleRank.contains(playerDeck.deck(i).rank)) res += i.toString\n    res.toList\n  }\n\n  def getPossibleDefendTurns(card: CardInterface, playerDeck: CardDeckInterface, trump: Int): List[String] = {\n    val res: ListBuffer[String] = ListBuffer(\"s\") \/\/ Verteidiger kann immer Karten aufnehmen\n    for(i <- Range(0,  playerDeck.deck.length, 1)) if(canCardDefend(card, playerDeck.deck(i), trump)) res += i.toString\n    res.toList\n  }\n\n  def canCardDefend(attackCard: CardInterface, defendCard: CardInterface, trump: Int): Boolean = {\n    if(isTrump(attackCard, trump) && !isTrump(defendCard, trump)) { false } \/\/ attack is trump, defend not\n    else if(isTrump(attackCard, trump) && isTrump(defendCard, trump)) { attackCard.rank <= defendCard.rank } \/\/ both is trump\n    else if(isTrump(defendCard, trump) && !isTrump(attackCard, trump)) { true } \/\/ defend card is trump, attack not\n    else attackCard.rank < defendCard.rank\n    \/\/ else if(attackCard.symbol == defendCard.symbol) { attackCard.rank < defendCard.rank } \/\/ symbol are both same\n    \/\/ else { false }\n  }\n\n  def isTrump(card: CardInterface, trump: Int): Boolean = card.symbol == trump\n\n  def getLeftPlayer(currentPlayer: Int, maxPlayer: Int): Int = { \/\/ max player - 1 da Player von 0 hochgez\u00e4hlt wird\n    if(currentPlayer == 0) { maxPlayer - 1 }\n    else { currentPlayer - 1 }\n  }\n\n  def getRightPlayer(currentPlayer: Int, maxPlayer: Int): Int = {\n    if(currentPlayer == maxPlayer - 1) 0 else currentPlayer + 1\n  }\n\n  def defenderTakeCards(turnData: TurnDataInterface, turnType: Int) : TurnDataInterface = {\n    val playerDecks: List[CardDeckInterface] = turnData.playerDecks.updated(\n      turnData.defendPlayer\n      , turnData.playerDecks(turnData.defendPlayer).addCards(turnData.field.deck)\n    )\n    val (resPlayerDecks, resMainDeck) = refuelPlayerDecks(playerDecks, turnData.mainDeck, turnData.defendPlayer)\n    val nextAttacker = getRightPlayer(turnData.defendPlayer, turnData.players.length)\n    round.createTurnData(\n      turnData.players, resPlayerDecks, nextAttacker, getRightPlayer(nextAttacker, turnData.players.length)\n      , elms.createField(), resMainDeck, turnData.outDeck\n      , turnData.trump, turnType\n    )\n  }\n\n  def defenderTakeCards(turnData: TurnDataInterface) : TurnDataInterface = defenderTakeCards(turnData, 0)\n\n  def attackFinish(turnData: TurnDataInterface) : TurnDataInterface = {\n    val (resPlayerDecks, resMainDeck) = refuelPlayerDecks(turnData.playerDecks, turnData.mainDeck, turnData.defendPlayer)\n    round.createTurnData (\n      turnData.players, resPlayerDecks, turnData.defendPlayer, getRightPlayer(turnData.defendPlayer, turnData.players.length)\n      , elms.createField(), resMainDeck, turnData.outDeck.addCards(turnData.field.deck)\n      , turnData.trump, 0\n    )\n  }\n\n  def refuelPlayerDeck(missing: Int, playerDeck: CardDeckInterface, mainDeck: CardDeckInterface): (CardDeckInterface, CardDeckInterface) = {\n    var resPlayerDeck = playerDeck\n    var resMainDeck = mainDeck\n    for(i <- Range(0, missing, 1)) { \/\/ first fill from first attack\n      val (newMainDeck, card) = resMainDeck.pop()\n      resMainDeck = newMainDeck\n      resPlayerDeck = resPlayerDeck.addCard(card)\n    }\n    (resPlayerDeck, resMainDeck)\n  }\n\n  def refuelPlayerDecks(\n     playerDecks: List[CardDeckInterface], mainDeck: CardDeckInterface, defendPlayer: Int\n   ): (List[CardDeckInterface], CardDeckInterface) = {\n    if (mainDeck.deck.isEmpty) { \/\/ if empty return same elements back\n      (playerDecks, mainDeck)\n    } else {\n      var resMainDeck = mainDeck\n      var resPlayerDecks = playerDecks\n      var defendPlayerDeck = playerDecks(defendPlayer)\n      val maxPlayer = playerDecks.length\n      val firstPlayer = getLeftPlayer(defendPlayer, maxPlayer)\n      var firstPlayerDeck = playerDecks(firstPlayer)\n      var (resFirstPlayerDeck, firstMainDeck) = refuelPlayerDeck (\n        getMissingCardsCount(firstPlayerDeck, resMainDeck.deck.length), firstPlayerDeck, resMainDeck\n      )\n      resMainDeck = firstMainDeck\n\n      if(maxPlayer > 2) {\n        val secondPlayer = getRightPlayer(defendPlayer, maxPlayer)\n        var secondPlayerDeck = playerDecks(secondPlayer)\n        var (resSecondPlayerDeck, secondMainDeck) = refuelPlayerDeck (\n          getMissingCardsCount(secondPlayerDeck, resMainDeck.deck.length), secondPlayerDeck , resMainDeck\n        )\n        resMainDeck = secondMainDeck\n        resPlayerDecks = resPlayerDecks.updated(secondPlayer, resSecondPlayerDeck)\n      }\n\n      var (resDefendPlayerDeck, defendMainDeck) = refuelPlayerDeck (\n        getMissingCardsCount(defendPlayerDeck, resMainDeck.deck.length), defendPlayerDeck, resMainDeck\n      )\n      resPlayerDecks = resPlayerDecks.updated(firstPlayer, resFirstPlayerDeck)\n      resPlayerDecks = resPlayerDecks.updated(defendPlayer, resDefendPlayerDeck)\n      (resPlayerDecks, defendMainDeck)\n    }\n  }\n\n  def getMissingCardsCount(cardDeck: CardDeckInterface, availableCards: Int): Int = {\n    if(cardDeck.deck.length >= 6) 0 else {\n      var missingCards = (6 - cardDeck.deck.length)\n      if(missingCards > availableCards) missingCards = availableCards\n      missingCards\n    }\n  }\n\n  def setRightAttacker(turnData: TurnDataInterface, turnType: Int): TurnDataInterface = {\n    round.createTurnData (\n      turnData.players, turnData.playerDecks, getRightPlayer(turnData.defendPlayer, turnData.players.length), turnData.defendPlayer\n      , turnData.field, turnData.mainDeck, turnData.outDeck\n      , turnData.trump, turnType\n    )\n  }\n\n  def setRightAttacker(turnData: TurnDataInterface): TurnDataInterface = {\n    setRightAttacker(turnData, 1)\n  }\n\n  def removeEmptyPlayer(turnData: TurnDataInterface): TurnDataInterface = {\n    var resPlayers: ListBuffer[Player] = new ListBuffer[Player]\n    var resPlayerDecks: ListBuffer[CardDeckInterface] = new ListBuffer[CardDeckInterface]\n\n    for(i <- turnData.players.indices) {\n      val playerDeck = turnData.playerDecks(i)\n      if(playerDeck.deck.nonEmpty) {\n        resPlayerDecks += playerDeck\n        resPlayers += turnData.players(i)\n      }\n    }\n\n    round.createTurnData (\n      resPlayers.toList, resPlayerDecks.toList, turnData.currentPlayer, turnData.defendPlayer\n      , turnData.field, turnData.mainDeck, turnData.outDeck\n      , turnData.trump, turnData.turnType\n    )\n  }\n}\n\n\/*\n  def setLeftAttacker(turnData: TurnDataInterface): TurnDataInterface = {\n    round.createTurnData (\n      turnData.players, turnData.playerDecks, getLeftPlayer(turnData.defendPlayer, turnData.players.length), turnData.defendPlayer\n      , turnData.field, turnData.mainDeck, turnData.outDeck\n      , turnData.trump, 1\n    )\n  }\n *\/"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/FieldInterface.scala","text":"package de.htwg.se.durak.model.gameElementsComponent\n\n\/**\n * Custom CardDeck for the game field\n *\/\ntrait FieldInterface {\n  \/**\n   * Fields CardDeck\n   *\n   * @return CardDeck of the field\n   *\/\n  val cardDeck: CardDeckInterface\n\n  \/**\n   * Fields main deck\n   *\n   * @return List of cards in the field\n   *\/\n  val deck: List[CardInterface] = cardDeck.deck\n\n  \/**\n   * Fields deck size\n   *\n   * @return Number of cards in the field\n   *\/\n  val size: Int = deck.size\n\n  \/**\n   * Add a card to the field\n   *\n   * @param card Card that should be added\n   * @return new Field instance\n   *\/\n  def addCard(card: CardInterface): FieldInterface\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/Round.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/Round.scala\npackage de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, FieldInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface, RoundInterface, TurnDataInterface}\n\n\/**\n * Handler for creating round elements\n *\/\nclass Round extends RoundInterface {\n  \/**\n   * Create RoundData\n   *\n   * @param siteID ID of the selected site\/game state\n   * @param validateInputList function which returns a boolean dependent on the parameter\n   * @param validateInput Possible inputs if [[RoundDataInterface.validateInput]] is None\n   * @param param Optional list of string parameter\n   * @return RoundData based on parameter\n   *\/\n  def createRoundData(siteID: Int,\n                      validateInputList: List[String],\n                      validateInput: Option[String => Boolean],\n                      param: Option[List[String]]): RoundDataInterface = {\n    RoundData(siteID, validateInputList, validateInput, param)\n  }\n\n  \/**\n   * Create RoundData with minimal parameter\n   *\n   * @param siteID ID of the selected site\/game state\n   * @param validateInputList function which returns a boolean dependent on the parameter\n   * @return RoundData based on parameter\n   *\/\n  def createRoundData(siteID: Int,\n                      validateInputList: List[String]): RoundDataInterface = {\n    new RoundData(siteID, validateInputList)\n  }\n\n  \/**\n   * Create TurnData\n   *\n   * @param players List of active player\n   * @param playerDecks List of the player decks\n   * @param currentPlayer Current player ID\n   * @param defendPlayer Player that defends\n   * @param field Game field\n   * @param mainDeck Main deck with remaining cards\n   * @param outDeck Deck with cards that are outside\n   * @param trump current game trump\n   * @param turnType Current turn type\n   * @return TurnData based on parameter\n   *\/\n  \/\/noinspection ScalaStyle\n  def createTurnData(players: List[Player],\n                     playerDecks: List[CardDeckInterface]\n                     , currentPlayer: Int,\n                     defendPlayer: Int,\n                     field: FieldInterface,\n                     mainDeck: CardDeckInterface,\n                     outDeck: CardDeckInterface,\n                     trump: Int,\n                     turnType: Int): TurnDataInterface = {\n    TurnData(players, playerDecks,currentPlayer, defendPlayer, field, mainDeck, outDeck, trump, turnType)\n  }\n\n  \/**\n   * Create GameData\n   *\n   * @param roundData Data with actual site, possible inputs and custom parameter\n   * @param turnData Data with all game information\n   * @return GameData instance based on parameter\n   *\/\n  def createGameData(roundData: RoundDataInterface, turnData: Option[TurnDataInterface]): GameDataInterface = {\n    GameData(roundData, turnData)\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/CardDeck.scala","text":"<reponame>Defkil\/htwg-scala-durak<gh_stars>0\npackage de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface}\n\n\/**\n * CardDeck for handling multiple Cards in a List\n *\n * @constructor CardDeck with existing List\n * @param deck List of Cards for the new CardDeck\n *\/\ncase class CardDeck(var deck: List[CardInterface]) extends CardDeckInterface {\n  \/**\n   * Empty CardDeck\n   *\n   * @return return empty CardDeck\n   *\/\n  def this() {\n    this(List())\n  }\n\n  \/**\n   * Deck size\n   *\n   * @return Size of cards in the deck\n   *\/\n  def size: Int = deck.size\n\n  \/**\n   * Add one card to the deck\n   *\n   * @param card Card that should be added to the deck\n   * @return New CardDeck instance\n   *\/\n  def addCard(card: CardInterface): CardDeckInterface = CardDeck((deck :+ card).distinct)\n\n  \/**\n   * Add multiple cards to the deck\n   *\n   * @param cards List of Cards that should be added to the deck\n   * @return New CardDeck instance\n   *\/\n  def addCards(cards: List[CardInterface]): CardDeckInterface = CardDeck((deck ++ cards).distinct)\n\n  \/**\n   * Remove a card based on the position\n   *\n   * @param position Position of the card that should be removed\n   * @return New CardDeck instance\n   *\/\n  def removeCard(position: Int): CardDeck = CardDeck(deck.take(position) ++ deck.drop(position + 1))\n\n  \/**\n   * Remove the same card as in the parameter\n   *\n   * @param card Card wich should be removed\n   * @return New CardDeck instance\n   *\/\n  def removeCard(card: CardInterface): CardDeckInterface = CardDeck(deck.filterNot(cardFromDeck => cardFromDeck.equals(card)))\n\n  \/**\n   * Remove last card and give it back\n   *\n   * @return New CardDeck and the last card\n   *\/\n  def pop(): (CardDeckInterface, CardInterface) =  (CardDeck(deck.init), deck.last)\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/TurnDataSpec.scala","text":"<filename>src\/test\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/TurnDataSpec.scala\npackage de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport org.scalatest._\n\nclass TurnDataSpec extends WordSpec with Matchers {\n  \"TurnData\" should {\n    val gameElements = new GameElements()\n    \"create and add a card\" in {\n      var turnData = new TurnData(\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(),\n        gameElements.createCardDeck(List(new Card(4,1))),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n\n      turnData = turnData.addCard(Card(4, 1))\n      turnData.field.cardDeck.deck.head.toString should equal(\"Rang: 4, Typ: Pik\")\n    }\n    \"test unapply\" in {\n      val turnData = new TurnData(\n        List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n        List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n        0,\n        1,\n        gameElements.createField(),\n        gameElements.createCardDeck(List(new Card(4,1))),\n        gameElements.createCardDeck(),\n        1,\n        0\n      )\n      TurnData.unapply(turnData)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/fileIoJsonImpl\/FileIOJsonSpec.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.fileIoComponent.fileIoJsonImpl\n\nimport de.htwg.se.durak.model.fileIoComponent.fileIoJsonImpl\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface}\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.{GameData, Round, RoundData, TurnData}\nimport org.scalatest._\n\nclass FileIOJsonSpec extends WordSpec with Matchers {\n  \"FileIO JSON\" should  {\n    \"save file and load without TurnData\" in {\n      val gameDataList: List[GameDataInterface] = List(\n        GameData(\n          new RoundData(0, List(\"1\")),\n          None\n        )\n      )\n\n      val fileIoJson = new fileIoJsonImpl.FileIO(GameElements(), new Round())\n      fileIoJson.save(gameDataList)\n\n      val res:List[GameDataInterface] = fileIoJson.load\n      res.toString should equal(\"List(GameData(RoundData(0,List(\\\"1\\\"),None,Some(List(\\\"\\\"))),None))\")\n    }\n\n    \"save file and load with TurnData\" in {\n      val gameElements = new GameElements()\n      val gameDataList: List[GameDataInterface] = List(\n        GameData(\n          new RoundData(0, List(\"1\")),\n          Option(TurnData(\n            List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n            List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n            0,\n            1,\n            gameElements.createField(),\n            gameElements.createCardDeck(List(new Card(4,1))),\n            gameElements.createCardDeck(),\n            1,\n            0\n          ))\n        )\n      )\n\n      val fileIoJson = new fileIoJsonImpl.FileIO(GameElements(), new Round())\n      fileIoJson.save(gameDataList)\n\n      val res:List[GameDataInterface] = fileIoJson.load\n      res.toString should equal(res.toString)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/TurnData.scala","text":"package de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.Card\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, FieldInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.TurnDataInterface\n\n\/**\n * TurnData with all game information\n *\n * turnType = 0  Default attack\/defense\n * turnType = 1  Attacker skipped\n * turnType = 2  Defender takes\n *\n * @param players List of active player\n * @param playerDecks List of the player decks\n * @param currentPlayer Current player ID\n * @param defendPlayer Player that defends\n * @param field Game field\n * @param mainDeck Main deck with remaining cards\n * @param outDeck Deck with cards that are outside\n * @param trump Current game trump\n * @param turnType Current turn type\n *\/\ncase class TurnData (\n  players: List[Player],\n  playerDecks: List[CardDeckInterface],\n  currentPlayer: Int,\n  defendPlayer: Int,\n  field: FieldInterface,\n  mainDeck: CardDeckInterface,\n  outDeck: CardDeckInterface,\n  trump: Int,\n  turnType: Int\n) extends TurnDataInterface{\n  \/**\n   * Add card to the game field\n   *\n   * @param card card that should be added\n   * @return TurnData with new card in field\n   *\/\n  def addCard(card: Card): TurnData = TurnData(\n    players,\n    playerDecks,\n    currentPlayer,\n    defendPlayer,\n    field.addCard(card),\n    mainDeck,\n    outDeck,\n    trump,\n    turnType\n  )\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/fileIoXmlImpl\/FileIOXmlSpec.scala","text":"package de.htwg.se.durak.model.fileIoComponent.fileIoJsonImpl\n\nimport de.htwg.se.durak.model.fileIoComponent.fileIoXmlImpl\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, GameElements}\nimport de.htwg.se.durak.model.playerComponent.Player\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface}\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.{GameData, Round, RoundData, TurnData}\nimport org.scalatest._\n\nclass FileIOXmlSpec extends WordSpec with Matchers{\n  \"FileIO XML\" should  {\n    \"save file and load without TurnData\" in {\n      val gameDataList: List[GameDataInterface] = List(\n        GameData(\n          new RoundData(0, List(\"1\")),\n          None\n        )\n      )\n\n      val fileIOXml = new fileIoXmlImpl.FileIO(GameElements(), new Round())\n      fileIOXml.save(gameDataList)\n\n      val res:List[GameDataInterface] = fileIOXml.load\n      res.toString() should equal(\"List(GameData(RoundData(0,List(1),None,Some(List(None))),None))\")\n    }\n\n    \"save file and load with TurnData\" in {\n      val gameElements = new GameElements()\n      val gameDataList: List[GameDataInterface] = List(\n        GameData(\n          new RoundData(0, List(\"1\")),\n          Option(TurnData(\n            List(Player(\"PlayerA\"), Player(\"PlayerB\")),\n            List(gameElements.createCardDeck(List(new Card(5,1), new Card(6,1)))),\n            0,\n            1,\n            gameElements.createField(),\n            gameElements.createCardDeck(List(new Card(4,1))),\n            gameElements.createCardDeck(),\n            1,\n            0\n          ))\n        )\n      )\n\n      val fileIOXml = new fileIoXmlImpl.FileIO(GameElements(), new Round())\n      fileIOXml.save(gameDataList)\n\n      val res:List[GameDataInterface] = fileIOXml.load\n      println(res.toString())\n      res.toString() should equal(\"List(GameData(RoundData(0,List(1),None,Some(List(None))),Some(TurnData(List(PlayerA, PlayerB),List(CardDeck(List(Rang: 5, Typ: Pik, Rang: 6, Typ: Pik))),0,1,Field(CardDeck(List())),CardDeck(List(Rang: 4, Typ: Pik)),CardDeck(List()),1,0))))\")\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/FileIOInterface.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/model\/fileIoComponent\/FileIOInterface.scala\npackage de.htwg.se.durak.model.fileIoComponent\n\nimport de.htwg.se.durak.model.roundComponent.GameDataInterface\n\n\/**\n * Interface for storing and loading files\n *\/\ntrait FileIOInterface {\n  \/**\n   * Load saved file\n   *\n   * @return List of GameData\n   *\/\n  def load: List[GameDataInterface]\n\n  \/**\n   * Save GameData to a file\n   *\n   * @param gameDataList GameData that should be saved\n   *\/\n  def save(gameDataList: List[GameDataInterface]): Unit\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/gui\/scenes\/PlayScene.scala","text":"package de.htwg.se.durak.aview.gui.scenes\n\nimport de.htwg.se.durak.aview.gui.GUI\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport de.htwg.se.durak.model.gameElementsComponent.CardDeckInterface\nimport de.htwg.se.durak.model.roundComponent.TurnDataInterface\nimport javafx.scene.input.MouseEvent\nimport scalafx.geometry.Insets\nimport scalafx.scene.Scene\nimport scalafx.scene.control.{Button, Label}\nimport scalafx.scene.image.ImageView\nimport scalafx.scene.layout.{BorderPane, HBox, VBox}\n\nclass PlayScene(controller: ControllerInterface) extends Scene {\n  val turnData: TurnDataInterface = controller.turnData.get\n  val CARD_HEIGHT = 160\n  val CARD_WIDTH = 120\n\n  \/\/ top info box\n  val defendPlayer = new Label(\"Verteidiger: \" + turnData.players(turnData.defendPlayer).toString)\n  val currentPlayer = new Label(\"Aktueller Spieler: \" + turnData.players(turnData.currentPlayer).toString)\n\n  val trump = new Label(\"Trump: \" + (turnData.trump match {\n    case 1 => \"\\u2660\"\n    case 2 => \"\\u2666\"\n    case 3 => \"\\u2663\"\n    case 4 => \"\\u2665\"\n  }))\n\n  val turnType = new Label(\"\\tRunden Typ: \" + (turnData.turnType match {\n    case 0 => \"Angriff\/Verteidigung\"\n    case 1 => \"Angriff vom vorherigen Spieler ausgesetzt\"\n    case 2 => \"Verteidiger nimmt die Karten auf\"\n  }))\n\n  val restCards = new Label(\"Karten im Stapel: \" + turnData.mainDeck.deck.length)\n\n  val topInfoBox: HBox = new HBox {\n    padding = Insets(0, 20, 0, 20)\n    spacing = (20)\n    children = Seq(\n      defendPlayer,\n      currentPlayer,\n      trump,\n      turnType,\n      restCards\n    )\n  }\n  if(turnData.players(turnData.defendPlayer).toString == turnData.players(turnData.currentPlayer).toString) {\n    val takeButton = new Button(\"Karten aufnehmen\") {\n      prefWidth = (200)\n      prefHeight = (40)\n      onMouseClicked = (t: MouseEvent) => skipOrTake()\n    }\n    topInfoBox.getChildren.add(takeButton)\n  } else if(turnData.field.size > 0) {\n    val skipButton = new Button(\"Angriff \u00fcberspringen\") {\n      prefWidth = (200)\n      prefHeight = (40)\n      onMouseClicked = (t: MouseEvent) => skipOrTake()\n    }\n    topInfoBox.getChildren.add(skipButton)\n  }\n\n\n\n  \/\/ game field\n  val fieldBoxInfo: VBox = new VBox {\n    padding = Insets(50, 0, 50, 10)\n    children = Seq(\n      new Label(\"<NAME>:\"),\n      new Label(\"Verteidiger Karten:\")\n    )\n  }\n\n  val fieldBoxTop: HBox = new HBox {\n    padding = Insets(50, 0, 50, 10)\n    children = Seq()\n  }\n\n  val fieldBoxBottom: HBox = new HBox {\n    padding = Insets(50, 0, 50, 10)\n    children = Seq()\n  }\n\n\n  for (i <- Range(0, turnData.field.size, 2)) {\n    val topCard = new ImageView(\n      \"file:\/\/..\/CardLogos\/%d-%d.png\".format(turnData.field.deck(i).symbol, turnData.field.deck(i).rank)) {\n      fitHeight = CARD_HEIGHT\n      fitWidth = CARD_WIDTH\n    }\n    fieldBoxTop.getChildren.add(topCard)\n\n\n    if(i + 1 < turnData.field.size) {\n      val bottomCard = new ImageView(\n        \"file:\/\/..\/CardLogos\/%d-%d.png\".format(turnData.field.deck(i + 1).symbol, turnData.field.deck(i + 1).rank)) {\n        fitHeight = CARD_HEIGHT\n        fitWidth = CARD_WIDTH\n      }\n      fieldBoxBottom.getChildren.add(bottomCard)\n    }\n  }\n\n\n  val fieldBoxContainer: VBox = new VBox {\n    children = Seq(\n      fieldBoxTop,\n      fieldBoxBottom\n    )\n  }\n\n  val fieldBox: HBox = new HBox {\n    children = Seq(\n      fieldBoxInfo,\n      fieldBoxContainer\n    )\n  }\n\n\n\n\n\n  \/\/ player card field\n  val playerDeck: CardDeckInterface = turnData.playerDecks(turnData.currentPlayer)\n\n  var playerCardBox: HBox = new HBox {\n    padding = Insets(20, 20, 20, 20)\n  }\n  playerCardBox.getChildren.add(new Label(\"De<NAME>:\"));\n\n  for (i <- Range(0, playerDeck.deck.size, 1)) {\n    val card = new ImageView(\n      \"file:\/\/..\/CardLogos\/%d-%d.png\".format(playerDeck.deck(i).symbol, playerDeck.deck(i).rank)) {\n      fitHeight = CARD_HEIGHT\n      fitWidth = CARD_WIDTH\n      onMouseClicked = (t: MouseEvent) => playCard(i.toString)\n    }\n    playerCardBox.getChildren.add(card)\n  }\n\n  def playCard(id: String): Unit = {\n    if(controller.roundData.validateInputList.contains(id)) {\n      controller.solve(id)\n    }\n  }\n\n  def skipOrTake(): Unit = {\n    controller.solve(\"s\")\n  }\n\n\n\n  content  = new BorderPane {\n    top = topInfoBox\n    center = fieldBox\n    bottom = playerCardBox\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/CardDeckSpec.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.CardDeckInterface\nimport org.scalatest._\n\nclass CardDeckSpec extends WordSpec with Matchers {\n  \"A CardDeck\" when {\n    \"add a new card to a deck\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCard(new Card(9, 3))\n      deck.size should be(1)\n    }\n\n    \"test double card in addCard\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCard(Card(9, 3))\n      deck = deck.addCard(Card(9, 3))\n      deck.size should be(1)\n    }\n\n    \"test double card in addCards\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCards(List(Card(9,3), Card(9,3)))\n      deck.size should be(1)\n    }\n\n    \"remove a card by position\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCard(Card(9, 3))\n      deck = deck.addCard(Card(10, 3))\n      deck = deck.removeCard(0)\n      deck.size should be(1)\n    }\n\n    \"remove a card by card\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCard(Card(9, 3))\n      deck = deck.addCard(Card(10, 3))\n      deck = deck.addCard(Card(11, 3))\n      deck = deck.removeCard(Card(10, 3))\n      deck.deck.head.rank should be(9)\n      deck.deck.last.rank should be(11)\n      deck.size should be(2)\n    }\n\n    \"pop a card\" in {\n      var deck:CardDeckInterface = new CardDeck()\n      deck = deck.addCards(List(Card(9,3), Card(10,3), Card(11,3)))\n      deck.size should be(3)\n      deck.deck.last.rank should be(11)\n      val res = deck.pop()\n      res._1.size should be(2)\n      res._1.deck.last.rank should be(10)\n      res._2.rank should be(11)\n    }\n\n    \"test unapply\" in {\n      CardDeck.unapply(CardDeck(List(Card(9, 3)))).get should be(List(Card(9, 3)))\n    }\n  }\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/RoundDataFactorySpec.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.Round\nimport org.scalatest._\n\nclass RoundDataFactorySpec extends WordSpec with Matchers {\n  \"RoundDataFactory\" should {\n    \"create\" in {\n      val roundDataFactory = new RoundDataFactory(new Round)\n      var elm = roundDataFactory.getInstance(-1)\n      elm.siteID should be(-1)\n      elm = roundDataFactory.getInstance(0)\n      elm.siteID should be(0)\n      elm = roundDataFactory.getInstance(1)\n      elm.siteID should be(1)\n      elm = roundDataFactory.getInstance(2)\n      elm.siteID should be(2)\n      elm = roundDataFactory.getInstance(3)\n      elm.siteID should be(3)\n      elm = roundDataFactory.getInstance(4)\n      elm.siteID should be(4)\n      elm = roundDataFactory.getInstance(10)\n      elm.siteID should be(10)\n      elm = roundDataFactory.getInstance(11)\n      elm.siteID should be(11)\n      elm = roundDataFactory.getInstance(12)\n      elm.siteID should be(12)\n      elm = roundDataFactory.getInstance(13)\n      elm.siteID should be(13)\n    }\n\n    \"create with full parameter\" in {\n      val roundDataFactory = new RoundDataFactory(new Round)\n      var elm = roundDataFactory.getInstance(-1, None)\n      elm.siteID should be(-1)\n      elm = roundDataFactory.getInstance(0, None)\n      elm.siteID should be(0)\n      elm = roundDataFactory.getInstance(1, None)\n      elm.siteID should be(1)\n      elm = roundDataFactory.getInstance(2, None)\n      elm.siteID should be(2)\n      elm = roundDataFactory.getInstance(3, None)\n      elm.siteID should be(3)\n      elm = roundDataFactory.getInstance(4, None)\n      elm.siteID should be(4)\n      elm = roundDataFactory.getInstance(10, None)\n      elm.siteID should be(10)\n      elm = roundDataFactory.getInstance(11, None)\n      elm.siteID should be(11)\n      elm = roundDataFactory.getInstance(12, None)\n      elm.siteID should be(12)\n      elm = roundDataFactory.getInstance(13, None)\n      elm.siteID should be(13)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/FieldSpec.scala","text":"<reponame>Defkil\/htwg-scala-durak<filename>src\/test\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/FieldSpec.scala\npackage de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface, FieldInterface}\nimport org.scalatest._\n\nclass FieldSpec extends WordSpec with Matchers {\n  \"A field\" when {\n    \"add card\" in{\n      var field: FieldInterface = new Field()\n      field.cardDeck.size should be(0)\n      field.size should be(0)\n      field = field.addCard(new Card(4,4))\n      field.size should be(1)\n      field.cardDeck.deck.head.rank should be(4)\n      field.cardDeck.deck.head.symbol should be(4)\n    }\n\n    \"card in constructor\" in{\n      var testList: List[CardInterface] = List(new Card(4,4))\n      var field: FieldInterface = new Field(new CardDeck(testList))\n      field.size should be(1)\n      field.cardDeck.deck.head.rank should be(4)\n      field.cardDeck.deck.head.symbol should be(4)\n    }\n\n    \"test unapply\" in {\n      var testList: List[CardInterface] = List(new Card(4,4))\n      var cardDeck: CardDeckInterface = new CardDeck(testList)\n      Field.unapply(Field(cardDeck)).get should be(cardDeck)\n    }\n  }\n}"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/gui\/GUI.scala","text":"<reponame>Defkil\/htwg-scala-durak\npackage de.htwg.se.durak.aview.gui\n\nimport de.htwg.se.durak.aview.gui.scenes.{MainMenu, PlayScene, PlayerSelectScene, WaitScene}\nimport de.htwg.se.durak.controller.GameDataChanged\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport javafx.application.Platform\nimport scalafx.application.JFXApp\nimport scalafx.application.JFXApp.PrimaryStage\nimport scalafx.scene.Scene\n\nimport scala.swing.Reactor\n\n\nclass GUI(controller: ControllerInterface) extends JFXApp with Reactor {\n  var input = \"\"\n  listenTo(controller)\n  def updateGUI(): Unit = {\n    if(controller.roundData.siteID == -1) {\n      Platform.exit()\n    } else {\n      stage.scene = route(controller.roundData.siteID, controller.roundData.param)\n    }\n  }\n\n  reactions += {\n    case event: GameDataChanged => updateGUI()\n  }\n\n  stage = new PrimaryStage {\n    title = \"Durak\"\n  }\n  updateGUI() \/\/ set scene\n\n    def route(siteID: Int, param: Option[List[String]]): Scene = { \/\/: List[String] = {\n    siteID match {\n      case 0 => new MainMenu(controller)\n      case 3 => new PlayerSelectScene(controller)\n      case 10 => new WaitScene(controller)\n      case 11 => new PlayScene(controller)\n      case 12 => new PlayScene(controller)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/roundBaseImpl\/GameData.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.roundComponent.roundBaseImpl\n\nimport de.htwg.se.durak.model.roundComponent.{GameDataInterface, RoundDataInterface, TurnDataInterface}\n\n\/**\n * Data for State Pattern\n *\n * RoundData for information about the actual Round\n * TurnData for information about\n *\n * @param roundData Current RoundData\n * @param turnData Current TurnData\n *\/\ncase class GameData(roundData: RoundDataInterface, turnData: Option[TurnDataInterface]) extends GameDataInterface { }\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/playerComponent\/Player.scala","text":"package de.htwg.se.durak.model.playerComponent\n\n\/**\n * Storing player information\n *\n * @param name player name\n *\/\ncase class Player(name: String) {\n   \/**\n    * Return players name as string\n    *\n    * @return players name\n    *\/\n   override def toString:String = name\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/utilities\/Command.scala","text":"<reponame>Defkil\/htwg-scala-durak\npackage de.htwg.se.durak.utilities\n\n\/**\n * Command trait\n *\/\ntrait Command {\n  \/**\n   * do Step\n   *\/\n  def doStep : Unit\n\n  \/**\n   * undo Step\n   *\/\n  def undoStep : Unit\n\n  \/**\n   * redo Step\n   *\/\n  def redoStep : Unit\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/Field.scala","text":"package de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, CardInterface, FieldInterface}\n\n\/**\n * containing all cards being used in this round to attack and defend\n * @param cardDeck for storing all cards added to the Field\n *\/\ncase class Field(val cardDeck: CardDeckInterface) extends FieldInterface {\n  \/**\n   * Empty Field\n   *\n   * @return return empty Field\n   *\/\n  def this() {\n    this(new CardDeck(): CardDeckInterface);\n  }\n\n  \/**\n   * Add a card to the field\n   *\n   * @param card Card that should be added\n   * @return new Field instance\n   *\/\n  def addCard(card: CardInterface): FieldInterface = Field(cardDeck.addCard(card))\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/GameStrategyMenuInterface.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent\n\nimport de.htwg.se.durak.model.roundComponent.GameDataInterface\n\ntrait GameStrategyMenuInterface {\n  \/**\n   * Handle menu input\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleMenu(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle calibration info\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleCalibrationInfo(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle calibration list\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleCalibrationList(gameData: GameDataInterface, input: String): GameDataInterface\n\n  \/**\n   * Handle game save\n   *\n   * @param gameData GameData Element\n   * @param input User input\n   * @return New GameData\n   *\/\n  def handleSave(gameData: GameDataInterface, input: String): GameDataInterface\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/aview\/TuiSpec.scala","text":"package de.htwg.se.durak.aview\n\nimport de.htwg.se.durak.controller.controllerComponent.controllerBaseImpl.Controller\nimport de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl.GameLogic\nimport de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl.{Card, CardDeck, Field, GameElements}\nimport de.htwg.se.durak.model.roundComponent.roundBaseImpl.{Round, RoundData}\nimport org.scalatest._\n\nclass TuiSpec extends WordSpec with Matchers {\n  \"Tui\" should  {\n    val gameElements = new GameElements()\n    val round = new Round()\n    val gameRuntime = new Controller(gameElements, new GameLogic(gameElements, round), round)\n    val tui = Tui(gameRuntime)\n    tui.processInputLine(\"0\")\n    tui.processInputLine(\"a b c\")\n    \"print\" in {\n      val stream = new java.io.ByteArrayOutputStream()\n      val testInt = \"5\"\n      Console.withOut(stream) {\n        tui.print(testInt)\n      }\n      new String(stream.toByteArray).take(1) should be(\"5\")\n    }\n\n    \"spacer\" in {\n      val spacerTest = tui.spacer(5)\n      spacerTest.size should be(5)\n    }\n\n    \"closeScreen\" in {\n      val screen = tui.closeScreen(\"\")\n      screen.size should be(5)\n      screen should be(List(\"\", \"\", \"\", \"\", \"Auf wiedersehen!\"))\n    }\n\n    \"menuScreen\" in {\n      val screen = tui.menuScreen(\"\")\n      screen.size should be(7)\n      screen should be(List(\"Willkommen im Spiel Durak\",\n        \"Folgende Befehle stehen zur Auswahl\",\n        \"0     Spiel starten\",\n        \"1     Konsole kalibrieren\",\n        \"2     Multiplayer\",\n        \"3     Spiel schlie\u00dfen\",\n        \"\"\n      ))\n    }\n\n    \"calibrationInfoScreen\" in {\n      val screen = tui.calibrationInfoScreen()\n      screen.size should be(3)\n      screen should be(List(\n        \"Im naechsten Fenster die hoechste sichtbare Zahl angeben\",\n        \"Mit 0 die Kalibrierung starten, danach startet sich das Spiel neu\",\n        \"mit der neuen Kalibrierung\"\n      ))\n    }\n\n    \"calibrationListScreen\" in {\n      val screen = tui.calibrationListScreen()\n      screen.size should be(20)\n      screen should be(List(\"20\",\"19\",\"18\",\"17\",\"16\",\"15\",\"14\",\"13\",\"12\",\"11\",\"10\",\"9\",\"8\",\"7\",\"6\",\"5\",\"4\",\"3\",\"2\",\"1\"))\n    }\n\n    \"playerScreen\" in {\n      val screen = tui.playerScreen(\"\")\n      screen.size should be(3)\n      screen should be(List(\"Spielernamen getrennt mit einem Leerzeichen eingeben\",\n        \"2-6 Spieler\",\n        \"\"\n      ))\n    }\n\n    \"nextTurnScreen\" in {\n      val screen = tui.nextTurnScreen(\"a\")\n      screen.size should be(7)\n      screen should be(List(\"N\u00e4chster Spieler ist: \" + gameRuntime.turnData.get.players(gameRuntime.turnData.get.currentPlayer).toString,\n        \"Im n\u00e4chsten Fenster kann man je nach Situation mit s den Angriff beenden\",\n        \"oder die Karten aufnehmen (als Verteidiger)\",\n        \"Karten Legende:\",\n        \"Karten Rang: 2 - 10 gleich, Bube: \u265f, Dame: \u265b, K\u00f6nig: \u265a, Ass: A\",\n        \"Karten Symbol: Pik: \u2660, Karo: \u2666, Kreuz: \u2663, Herz: \u2665\",\n        \"Fortfahren mit 0\"\n      ))\n    }\n\n    \"finishedScreen\" in {\n      val screen = tui.finishedScreen(None)\n      screen.size should be(2)\n      screen should be(List(\"todo finishedScreen\", \"\"))\n    }\n\n    \"route\" in {\n      tui.route(-1, None).size should be(5)\n      tui.route(0, None).size should be(7)\n      tui.route(1, None).size should be(3)\n      tui.route(2, None).size should be(20)\n      tui.route(3, None).size should be(3)\n      tui.route(4, None).size should be(2)\n      tui.route(10, Some(List(\"\"))).size should be(7)\n      tui.route(11, Some(List(\"\"))).size should be(8)\n      tui.route(12, Some(List(\"\"))).size should be(8)\n    }\n\n    \"processInputLine\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime2 = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui2 = Tui(gameRuntime)\n      gameRuntime2.roundData.siteID should be(0)\n      tui2.processInputLine(\"save\")\n      tui2.processInputLine(\"load\")\n      tui2.processInputLine(\"1\")\n      tui2.processInputLine(\"undo\")\n      tui2.processInputLine(\"redo\")\n      tui2.processInputLine(\"invalid input\")\n      gameRuntime2.roundData.siteID should be(0)\n    }\n\n    \"processInputLine Error\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime3 = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui3 = Tui(gameRuntime3)\n      tui3.processInputLine(\"0\")\n      tui3.processInputLine(\"asd asdasd sdsds sdsds sd sds dsd ds sdsd\")\n      gameRuntime3.roundData.siteID should be(3)\n    }\n\n    \"helperFormatCard\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui = Tui(gameRuntime)\n      val stringToTest = tui.helperFormatCard(Card(2, 1))\n      stringToTest.length should be(11)\n    }\n\n    \"helperPrintField with one card and one option\" in {\n      val gameElements = new GameElements()\n      val round = new Round()\n      val gameRuntime = new Controller(gameElements, new GameLogic(gameElements, round), round)\n      val tui = Tui(gameRuntime)\n\n      val deffer = \"<NAME>\"\n      val actual = \"<NAME>\"\n      val field = new Field(CardDeck(List(Card(2,1))))\n      val playerDeck = new CardDeck(List(Card(3,1), Card(4,2)))\n\n      var res = tui.helperPrintField(deffer, actual, field, playerDeck, 6, 1, 0, List(\"0\", \"1\"))\n      res.toString should be(\"List(Verteidiger: Spieler 1\\t\\taktueller Angreifer: Spieler 2\\tTrump: \u2660\\tRunden Typ: Angriff\/Verteidigung, Karten im Stapel: 6,               --------------, Angriff:      | \u2660 2        |, Verteidigung: |            |,               --------------, Karten in der Hand: 0: (\u2660 3), 1: (\u2666 4), M\u00f6gliche Eingaben: 0, 1)\")\n\n      res = tui.helperPrintField(deffer, actual, field, playerDeck, 6, 1, 1, List(\"0\", \"1\"))\n      res.toString should be(\"List(Verteidiger: Spieler 1\\t\\taktueller Angreifer: Spieler 2\\tTrump: \u2660\\tRunden Typ: Angriff vom vorherigen Spieler ausgesetzt, Karten im Stapel: 6,               --------------, Angriff:      | \u2660 2        |, Verteidigung: |            |,               --------------, Karten in der Hand: 0: (\u2660 3), 1: (\u2666 4), M\u00f6gliche Eingaben: 0, 1)\")\n\n      res = tui.helperPrintField(deffer, actual, new Field(), playerDeck, 6, 1, 2, List(\"0\", \"2\"))\n      println(res.toString)\n      res.toString should be(\"List(Verteidiger: Spieler 1\\t\\taktueller Angreifer: Spieler 2\\tTrump: \u2660\\tRunden Typ: Verteidiger nimmt die Karten auf, Karten im Stapel: 6,               --------------, Angriff:      |            |, Verteidigung: |            |,               --------------, Karten in der Hand: 0: (\u2660 3), 1: (\u2666 4), M\u00f6gliche Eingaben: 0, 2)\")\n    }\n\n    \"symbolUnicode\" in {\n      tui.symbolUnicode(1) should be(\"\\u2660\")\n      tui.symbolUnicode(2) should be(\"\\u2666\")\n      tui.symbolUnicode(3) should be(\"\\u2663\")\n      tui.symbolUnicode(4) should be(\"\\u2665\")\n    }\n\n    \"test unapply\" in {\n      Tui.unapply(tui)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/DurakGUI.scala","text":"package de.htwg.se.durak\n\nimport de.htwg.se.durak.controller.GameDataChanged\nimport de.htwg.se.durak.aview.Tui\nimport de.htwg.se.durak.aview.gui.GUI\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport com.google.inject.{Guice, Injector}\n\nimport scala.io.StdIn.readLine\n\nobject DurakGUI {\n  val injector: Injector = Guice.createInjector(new DurakModule)\n  val controller: ControllerInterface = injector.getInstance(classOf[ControllerInterface])\n  val gui = new GUI(controller)\n  val tui: Tui = Tui(controller)\n\n  controller.publish(new GameDataChanged)\n\n  \/**\n   * Starting game GUI\n   *\n   * @param args Start arguments\n   *\/\n  def main(args: Array[String]): Unit = {\n    var input: String = \"\"\n    gui.main(Array(\"\"))\n    while (!List(-1, 4, 5).contains(controller.roundStack.last.roundData.siteID)) {\n      input = readLine()\n      tui.processInputLine(input)\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/GameDataInterface.scala","text":"<reponame>Defkil\/htwg-scala-durak\npackage de.htwg.se.durak.model.roundComponent\n\n\/**\n * Data for State Pattern\n *\n * RoundData for information about the actual Round\n * TurnData for information about\n *\/\ntrait GameDataInterface {\n  \/**\n   * RoundData with actual site, possible inputs and custom parameter\n   *\n   * @return Current RoundData\n   *\/\n  val roundData: RoundDataInterface\n\n  \/**\n   * TurnData with all game information\n   *\n   * @return Current TurnData\n   *\/\n  val turnData: Option[TurnDataInterface]\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/test\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/gameElementsBaseImpl\/CardSpec.scala","text":"<reponame>Defkil\/htwg-scala-durak\npackage de.htwg.se.durak.model.gameElementsComponent.gameElementsBaseImpl\n\nimport de.htwg.se.durak.model.gameElementsComponent.CardInterface\nimport org.scalatest._\n\nclass CardSpec extends WordSpec with Matchers {\n  \"A Card\" should {\n    \"check all possibilities by rank\" in {\n      var card:CardInterface = Card(2, 1)\n      card.rank should be(2)\n      card.rankUnicode should be(\"2\")\n      card.symbol should be(1)\n      card.symbolUnicode should be(\"\\u2660\")\n      card.toString should be(\"Rang: 2, Typ: Pik\")\n      card = Card(3, 2)\n      card.rank should be(3)\n      card.rankUnicode should be(\"3\")\n      card.symbol should be(2)\n      card.symbolUnicode should be(\"\\u2666\")\n      card.toString should be(\"Rang: 3, Typ: Karo\")\n      card = Card(4, 3)\n      card.rank should be(4)\n      card.rankUnicode should be(\"4\")\n      card.symbol should be(3)\n      card.symbolUnicode should be(\"\\u2663\")\n      card.toString should be(\"Rang: 4, Typ: Kreuz\")\n      card = Card(5, 4)\n      card.rank should be(5)\n      card.rankUnicode should be(\"5\")\n      card.symbol should be(4)\n      card.symbolUnicode should be(\"\\u2665\")\n      card.toString should be(\"Rang: 5, Typ: Herz\")\n      card = Card(6, 1)\n      card.rank should be(6)\n      card.rankUnicode should be(\"6\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: 6, Typ: Pik\")\n      card = Card(7, 1)\n      card.rank should be(7)\n      card.rankUnicode should be(\"7\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: 7, Typ: Pik\")\n      card = Card(8, 1)\n      card.rank should be(8)\n      card.rankUnicode should be(\"8\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: 8, Typ: Pik\")\n      card = Card(9, 1)\n      card.rank should be(9)\n      card.rankUnicode should be(\"9\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: 9, Typ: Pik\")\n      card = Card(10, 1)\n      card.rank should be(10)\n      card.rankUnicode should be(\"10\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: 10, Typ: Pik\")\n      card = Card(11, 1)\n      card.rank should be(11)\n      card.rankUnicode should be(\"\\u265F\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: Bube, Typ: Pik\")\n      card = Card(12, 1)\n      card.rank should be(12)\n      card.rankUnicode should be(\"\\u265B\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: Dame, Typ: Pik\")\n      card = Card(13, 1)\n      card.rank should be(13)\n      card.rankUnicode should be(\"\\u265A\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: K\u00f6nig, Typ: Pik\")\n      card = Card(14, 1)\n      card.rank should be(14)\n      card.rankUnicode should be(\"A\")\n      card.symbol should be(1)\n      card.toString should be(\"Rang: Ass, Typ: Pik\")\n      card = Card(10,2)\n      card.rank should be(10)\n      card.symbol should be(2)\n      card.toString should be(\"Rang: 10, Typ: Karo\")\n      card = Card(12,3)\n      card.rank should be(12)\n      card.symbol should be(3)\n      card.toString should be(\"Rang: Dame, Typ: Kreuz\")\n      card = Card(14,4)\n      card.rank should be(14)\n      card.symbol should be(4)\n      card.toString should be(\"Rang: Ass, Typ: Herz\")\n      card = Card(-1,-1)\n      card.rank should be(-1)\n      card.rankUnicode should be(\"\")\n      card.symbol should be(-1)\n      card.symbolUnicode should be(\"\")\n      card.toString should be(\"Rang: , Typ: \")\n    }\n\n    \"test unapply\" in {\n      val card = new Card(12,3)\n      Card.unapply(card).get should be((12, 3))\n    }\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/GameElementsInterface.scala","text":"<filename>src\/main\/scala\/de\/htwg\/se\/durak\/model\/gameElementsComponent\/GameElementsInterface.scala\npackage de.htwg.se.durak.model.gameElementsComponent\n\n\/**\n * Handler for creating game elements\n *\/\ntrait GameElementsInterface {\n\n  \/**\n   * Create a new card\n   *\n   * @param rank Rank of the card\n   * @param symbol Symbol of the card\n   * @return Card with given parameter\n   *\/\n  def createCard(rank: Int, symbol: Int): CardInterface\n\n  \/**\n   * Create a empty card deck\n   *\n   * @return empty CardDeck\n   *\/\n  def createCardDeck(): CardDeckInterface\n\n  \/**\n   * Create a CardDeck with given parameters\n   *\n   * @param deck List of cards which should be added\n   * @return CardDeck instance with given cards\n   *\/\n  def createCardDeck(deck: List[CardInterface]): CardDeckInterface\n\n  \/**\n   * create a empty field\n   *\n   * @return empty field\n   *\/\n  def createField(): FieldInterface\n\n  \/**\n   * Create a Field with given parameters\n   *\n   * @param cardDeck CardDeck which should be added to the field\n   * @return Field instance with the CardDeck from the parameters\n   *\/\n  def createField(cardDeck: CardDeckInterface): FieldInterface\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/aview\/gui\/scenes\/MainMenu.scala","text":"package de.htwg.se.durak.aview.gui.scenes\n\nimport de.htwg.se.durak.aview.gui.GUI\nimport de.htwg.se.durak.controller.controllerComponent.ControllerInterface\nimport javafx.scene.input.MouseEvent\nimport scalafx.geometry.{Insets, Pos}\nimport scalafx.scene.Scene\nimport scalafx.scene.control.{Button, TextField}\nimport scalafx.scene.layout.VBox\nimport scalafx.scene.paint.Color\n\n\/**\n * Main scene of the game\n *\n * @param controller controller instance\n *\/\nclass MainMenu(controller: ControllerInterface) extends Scene {\n  fill = Color.rgb(38, 38, 38)\n  content = new VBox {\n    padding = Insets(40, 20, 40, 20)\n    spacing = (20)\n    alignment = Pos.Center\n    alignmentInParent = Pos.CenterLeft\n    children = Seq(\n      new Button(\"Spiel starten\") {\n        prefWidth = (200)\n        prefHeight = (40)\n        onMouseClicked = (t: MouseEvent) => startGame()\n      },\n      new Button(\"Spiel schlie\u00dfen\") {\n        prefWidth = (200)\n        prefHeight = (40)\n        onMouseClicked = (t: MouseEvent) => closeGame()\n      },\n    )\n  }\n\n  \/**\n   * Starts the game\n   *\/\n  private def startGame(): Unit = {\n    controller.solve(\"0\")\n  }\n\n  \/**\n   * Close the game\n   *\/\n  private def closeGame(): Unit = {\n    controller.solve(\"3\")\n  }\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/controller\/gameLogicComponent\/gameLogicBaseImpl\/GameLogic.scala","text":"package de.htwg.se.durak.controller.gameLogicComponent.gameLogicBaseImpl\n\nimport com.google.inject.Inject\nimport de.htwg.se.durak.controller.gameLogicComponent.{GameLogicInterface, GameStrategyInterface, GameStrategyMenuInterface}\nimport de.htwg.se.durak.model.gameElementsComponent.GameElementsInterface\nimport de.htwg.se.durak.model.roundComponent.RoundInterface\n\n\/**\n * Holding GameLogic\n *\n * @param gameElements For creating Game Elements\n * @param round For creating Round Data\n *\/\nclass GameLogic @Inject() (val gameElements: GameElementsInterface, val round: RoundInterface) extends GameLogicInterface {\n  val menu: GameStrategyMenuInterface = new GameStrategyMenu(round)\n  val strategy = new GameStrategy(gameElements, round)\n  var get: GameStrategyInterface = strategy\n}\n"}
{"repo_name":"Defkil\/htwg-scala-durak","path":"src\/main\/scala\/de\/htwg\/se\/durak\/model\/roundComponent\/TurnDataInterface.scala","text":"<gh_stars>0\npackage de.htwg.se.durak.model.roundComponent\n\nimport de.htwg.se.durak.model.gameElementsComponent.{CardDeckInterface, FieldInterface}\nimport de.htwg.se.durak.model.playerComponent.Player\n\n\/**\n * TurnData with all game information\n *\/\ntrait TurnDataInterface {\n  \/**\n   * List of all active player\n   *\n   * @return List of active player\n   *\/\n  val players: List[Player]\n\n  \/**\n   * Decks of all player in a list\n   *\n   * @return List of the player decks\n   *\/\n  val playerDecks: List[CardDeckInterface]\n\n  \/**\n   * Current player ID\n   *\n   * @return Current player ID\n   *\/\n  val currentPlayer: Int\n\n  \/**\n   * Player that defends\n   *\n   * @return Player that defends\n   *\/\n  val defendPlayer: Int\n\n  \/**\n   * Game field\n   *\n   * @return Game field\n   *\/\n  val field: FieldInterface\n\n  \/**\n   * Main deck for new cards\n   *\n   * @return Main deck with remaining cards\n   *\/\n  val mainDeck: CardDeckInterface\n\n  \/**\n   * Deck with cards that are outside\n   *\n   * @return Deck with cards that are outside\n   *\/\n  val outDeck: CardDeckInterface\n\n  \/**\n   * Current game trump\n   *\n   * @return Current game trump\n   *\/\n  val trump: Int\n\n  \/**\n   * Current turn type\n   *\n   * @return Current turn type\n   *\/\n  val turnType: Int\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/main\/scala\/za\/co\/absa\/spline\/harvester\/conf\/DefaultSplineConfigurer.scala","text":"<reponame>mohanajuhi166\/spline-spark-agent\n\/*\n * Copyright 2017 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.conf\n\nimport org.apache.commons.configuration.{CompositeConfiguration, Configuration, PropertiesConfiguration}\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.SparkSession\nimport za.co.absa.commons.HierarchicalObjectFactory\nimport za.co.absa.commons.config.ConfigurationImplicits\nimport za.co.absa.spline.harvester.conf.SplineConfigurer.SplineMode\nimport za.co.absa.spline.harvester.dispatcher.LineageDispatcher\nimport za.co.absa.spline.harvester.extra.{UserExtraAppendingPostProcessingFilter, UserExtraMetadataProvider}\nimport za.co.absa.spline.harvester.iwd.IgnoredWriteDetectionStrategy\nimport za.co.absa.spline.harvester.postprocessing.{AttributeReorderingFilter, OneRowRelationFilter, PostProcessingFilter}\nimport za.co.absa.spline.harvester.{LineageHarvesterFactory, QueryExecutionEventHandler}\n\nimport scala.reflect.ClassTag\n\nobject DefaultSplineConfigurer {\n  private val defaultPropertiesFileName = \"spline.default.properties\"\n\n  object ConfProperty {\n\n    \/**\n     * How Spline should behave.\n     *\n     * @see [[SplineMode]]\n     *\/\n    val Mode = \"spline.mode\"\n\n    \/**\n     * Lineage dispatcher name - defining namespace for rest of properties for that dispatcher\n     *\/\n    val RootLineageDispatcher = \"spline.lineageDispatcher\"\n\n    \/**\n     * User defined filter: allowing modification and enrichment of generated lineage\n     *\/\n    val RootPostProcessingFilter = \"spline.postProcessingFilter\"\n\n    \/**\n     * Strategy used to detect ignored writes\n     *\/\n    val IgnoreWriteDetectionStrategy = \"spline.IWDStrategy\"\n\n    \/**\n     * @deprecated use Post Processing Filter instead\n     *\/\n    val UserExtraMetadataProviderClass = \"spline.userExtraMetaProvider.className\"\n  }\n\n  def apply(sparkSession: SparkSession): DefaultSplineConfigurer = {\n    new DefaultSplineConfigurer(sparkSession, StandardSplineConfigurationStack(sparkSession))\n  }\n}\n\nclass DefaultSplineConfigurer(sparkSession: SparkSession, userConfiguration: Configuration)\n  extends SplineConfigurer\n    with Logging {\n\n  import ConfigurationImplicits._\n  import DefaultSplineConfigurer.ConfProperty._\n  import DefaultSplineConfigurer._\n  import SplineMode._\n\n  import collection.JavaConverters._\n\n  private lazy val configuration = new CompositeConfiguration(Seq(\n    userConfiguration,\n    new Spline05ConfigurationAdapter(userConfiguration),\n    new PropertiesConfiguration(defaultPropertiesFileName)\n  ).asJava)\n\n  private lazy val objectFactory = new HierarchicalObjectFactory(configuration)\n\n  lazy val splineMode: SplineMode = {\n    val modeName = configuration.getRequiredString(Mode)\n    try SplineMode withName modeName\n    catch {\n      case _: NoSuchElementException => throw new IllegalArgumentException(\n        s\"Invalid value for property $Mode=$modeName. Should be one of: ${SplineMode.values mkString \", \"}\")\n    }\n  }\n\n  override def queryExecutionEventHandler: QueryExecutionEventHandler = {\n    logInfo(s\"Lineage Dispatcher: ${configuration.getString(RootLineageDispatcher)}\")\n    logInfo(s\"Post-Processing Filter: ${configuration.getString(RootPostProcessingFilter)}\")\n    logInfo(s\"Ignore-Write Detection Strategy: ${configuration.getString(IgnoreWriteDetectionStrategy)}\")\n\n    new QueryExecutionEventHandler(harvesterFactory, lineageDispatcher)\n  }\n\n  protected def lineageDispatcher: LineageDispatcher = createComponentByKey(RootLineageDispatcher)\n\n  protected def postProcessingFilter: PostProcessingFilter = createComponentByKey(RootPostProcessingFilter)\n\n  private def internalPostProcessingFilters: Seq[PostProcessingFilter] =\n    Seq(new AttributeReorderingFilter(configuration), new OneRowRelationFilter(configuration))\n\n  private def allPostProcessingFilters: Seq[PostProcessingFilter] =\n    internalPostProcessingFilters :+ postProcessingFilter\n\n  protected def ignoredWriteDetectionStrategy: IgnoredWriteDetectionStrategy = createComponentByKey(IgnoreWriteDetectionStrategy)\n\n  protected def maybeUserExtraMetadataProvider: Option[UserExtraMetadataProvider] =\n    configuration\n      .getOptionalString(UserExtraMetadataProviderClass)\n      .map(objectFactory.instantiate[UserExtraMetadataProvider])\n\n  private def createComponentByKey[A: ClassTag](key: String): A = {\n    val objName = configuration.getRequiredString(key)\n    objectFactory\n      .child(key)\n      .child(objName)\n      .instantiate[A]()\n  }\n\n  private def harvesterFactory = {\n    val maybeUserExtraAppendingPostProcessingFilter =\n      maybeUserExtraMetadataProvider.map(uemp => new UserExtraAppendingPostProcessingFilter(uemp))\n\n    new LineageHarvesterFactory(\n      sparkSession,\n      splineMode,\n      ignoredWriteDetectionStrategy,\n      allPostProcessingFilters ++ maybeUserExtraAppendingPostProcessingFilter\n    )\n  }\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/main\/scala\/za\/co\/absa\/spline\/harvester\/builder\/WindowNodeBuilder.scala","text":"<reponame>mohanajuhi166\/spline-spark-agent\n\/*\n * Copyright 2019 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.builder\n\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, Expression, NamedExpression}\nimport org.apache.spark.sql.catalyst.plans.logical.Window\nimport za.co.absa.commons.reflect.extractors.AccessorMethodValueExtractor\nimport za.co.absa.spline.harvester.ComponentCreatorFactory\nimport za.co.absa.spline.harvester.postprocessing.PostProcessor\n\nclass WindowNodeBuilder\n  (override val operation: Window)\n  (override val componentCreatorFactory: ComponentCreatorFactory, postProcessor: PostProcessor)\n  extends GenericNodeBuilder(operation)(componentCreatorFactory, postProcessor) {\n\n  override def resolveAttributeChild(attribute: Attribute): Option[Expression] = {\n    WindowNodeBuilder.extractExpressions(operation)\n      .getOrElse(Nil)\n      .find(PartialFunction.cond(_) {\n        case ne: NamedExpression => ne.exprId == attribute.exprId\n      })\n  }\n}\n\nobject WindowNodeBuilder {\n\n  \/\/ This function solves Spark and Databricks differences (See issue #262)\n  private val extractExpressions: Window => Option[Seq[Expression]] =\n    AccessorMethodValueExtractor.firstOf[Seq[Expression]](\"windowExpressions\", \"projectList\")\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/test\/scala\/za\/co\/absa\/spline\/harvester\/json\/HarvesterJsonSerDeSpec.scala","text":"<filename>core\/src\/test\/scala\/za\/co\/absa\/spline\/harvester\/json\/HarvesterJsonSerDeSpec.scala\n\/*\n * Copyright 2021 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.json\n\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport za.co.absa.spline.harvester.json.HarvesterJsonSerDeSpec.Foo\nimport za.co.absa.spline.model.dt\n\nclass HarvesterJsonSerDeSpec\n  extends AnyFlatSpec\n    with Matchers {\n\n  import HarvesterJsonSerDe.impl._\n\n  behavior of \"HarvesterJsonSerDe\"\n\n  it should \"eliminate Nones, but preserve empty strings and empty collections\" in {\n    Foo(\n      opt = None,\n      str = \"\",\n      seq = Seq.empty,\n      map = Map.empty\n    ).toJson.fromJson[Map[String, Any]] should equal(\n      Map(\n        \/\/ \"opt\" -> should be missing\n        \"str\" -> \"\",\n        \"seq\" -> Seq.empty,\n        \"map\" -> Map.empty\n      ))\n  }\n\n  it should \"preserve nulls\" in {\n    Foo(\n      opt = null,\n      str = null,\n      seq = null,\n      map = null\n    ).toJson.fromJson[Map[String, Any]] should equal(\n      Map(\n        \"opt\" -> null,\n        \"str\" -> null,\n        \"seq\" -> null,\n        \"map\" -> null\n      ))\n  }\n\n  it should \"support type hints for Spline 0.3 model entities\" in {\n    val theType = dt.Simple(\"test\", nullable = true)\n    Seq(theType).toJson should include(\"\"\"\"_typeHint\"\"\"\")\n    Seq(theType).toJson should include(\"\"\"\"dt.Simple\"\"\"\")\n    Seq(theType).toJson.fromJson[Seq[dt.DataType]] should equal(Seq(theType))\n  }\n}\n\nobject HarvesterJsonSerDeSpec {\n\n  case class Foo(\n    str: String,\n    opt: Option[Any],\n    seq: Seq[Int],\n    map: Map[String, Any]\n  )\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/main\/scala\/za\/co\/absa\/spline\/harvester\/builder\/OperationNodeBuilder.scala","text":"\/*\n * Copyright 2019 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.builder\n\nimport org.apache.spark.sql.catalyst.plans.logical.LogicalPlan\nimport org.apache.spark.sql.catalyst.{expressions => sparkExprssions}\nimport za.co.absa.commons.lang.CachingConverter\nimport za.co.absa.spline.harvester.ComponentCreatorFactory\nimport za.co.absa.spline.harvester.builder.OperationNodeBuilder.OperationId\nimport za.co.absa.spline.harvester.converter.{AttributeConverter, ExprToRefConverter, ExpressionConverter, LiteralConverter}\nimport za.co.absa.spline.producer.model.v1_1.{Attribute, FunctionalExpression, Literal}\n\ntrait OperationNodeBuilder {\n\n  protected type R\n\n  val operationId: OperationId = componentCreatorFactory.nextOperationId.toString\n\n  private var childBuilders: Seq[OperationNodeBuilder] = Nil\n\n  def operation: LogicalPlan\n  def build(): R\n  def +=(childBuilder: OperationNodeBuilder): Unit = childBuilders :+= childBuilder\n  protected def resolveAttributeChild(attribute: sparkExprssions.Attribute): Option[sparkExprssions.Expression] = None\n\n  protected def inputAttributes: Seq[Seq[Attribute]] = childBuilders.map(_.outputAttributes)\n  protected def componentCreatorFactory: ComponentCreatorFactory\n\n  protected lazy val attributeConverter =\n    new AttributeConverter(\n      componentCreatorFactory,\n      resolveAttributeChild,\n      childBuilders.map(_.outputExprToAttMap).reduceOption(_ ++ _).getOrElse(Map.empty),\n      exprToRefConverter\n    ) with CachingConverter\n\n  protected lazy val expressionConverter =\n    new ExpressionConverter(\n      componentCreatorFactory.dataTypeConverter,\n      exprToRefConverter\n    ) with CachingConverter\n\n  protected lazy val literalConverter =\n    new LiteralConverter(\n      componentCreatorFactory.dataConverter,\n      componentCreatorFactory.dataTypeConverter\n    ) with CachingConverter\n\n  protected lazy val exprToRefConverter: ExprToRefConverter =\n    new ExprToRefConverter(\n      attributeConverter,\n      expressionConverter,\n      literalConverter\n    )\n\n  lazy val outputAttributes: Seq[Attribute] =\n    operation.output.map(attributeConverter.convert)\n\n  private def outputExprToAttMap: Map[sparkExprssions.ExprId, Attribute] =\n    operation.output.map(_.exprId).zip(outputAttributes).toMap\n\n  def childIds: Seq[OperationId] = childBuilders.map(_.operationId)\n\n  lazy val functionalExpressions: Seq[FunctionalExpression] = expressionConverter.values\n\n  lazy val literals: Seq[Literal] = literalConverter.values\n}\n\nobject OperationNodeBuilder {\n  type OperationId = String\n  type OutputAttIds = Seq[String]\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"integration-tests\/src\/test\/scala\/za\/co\/absa\/spline\/InsertIntoTest.scala","text":"\/*\n * Copyright 2017 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage za.co.absa.spline\n\nimport org.apache.spark.sql.SaveMode\nimport org.apache.spark.sql.functions._\nimport org.scalatest.flatspec.AsyncFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport za.co.absa.spline.test.fixture.spline.SplineFixture\nimport za.co.absa.spline.test.fixture.spline.SplineFixture.extractTableIdentifier\nimport za.co.absa.spline.test.fixture.{SparkDatabaseFixture, SparkFixture}\n\nclass InsertIntoTest extends AsyncFlatSpec\n  with Matchers\n  with SparkFixture\n  with SplineFixture\n  with SparkDatabaseFixture {\n\n  \"InsertInto\" should \"not fail when inserting to partitioned table created as Spark tables\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        withDatabase(\"test\",\n          (\"path_archive\", \"(x String, ymd int) USING json PARTITIONED BY (ymd)\",\n            Seq((\"Tata\", 20190401), (\"Tere\", 20190403))),\n          (\"path\", \"(x String) USING json\",\n            Seq(\"Monika\", \"Buba\"))\n        ) {\n\n          val df = spark\n            .table(\"test.path\")\n            .withColumn(\"ymd\", lit(20190401))\n\n          for {\n            (plan, _) <- captor.lineageOf {\n              df.write.mode(SaveMode.Overwrite).insertInto(\"test.path_archive\")\n            }\n          } yield {\n            plan.operations.write.outputSource should include(\"path_archive\")\n            plan.operations.write.append should be(false)\n          }\n        }\n      }\n    }\n\n  \"ParquetTable\" should \"Produce CatalogTable params\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        withDatabase(\"test\",\n          (\"path_archive\", \"(x String, ymd int) USING parquet PARTITIONED BY (ymd)\",\n            Seq((\"Tata\", 20190401), (\"Tere\", 20190403))),\n          (\"path\", \"(x String) USING parquet\",\n            Seq(\"Monika\", \"Buba\"))\n        ) {\n          val df = spark\n            .table(\"test.path\")\n            .withColumn(\"ymd\", lit(20190401))\n\n          for {\n            (plan, _) <- captor.lineageOf {\n              df.write.mode(SaveMode.Overwrite).insertInto(\"test.path_archive\")\n            }\n          } yield {\n            plan.operations.write.outputSource should include(\"path_archive\")\n            plan.operations.write.append should be(false)\n            val writeTable = extractTableIdentifier(plan.operations.write.params)\n            val readTable = extractTableIdentifier(plan.operations.reads.get.head.params)\n            writeTable.table should be(\"path_archive\")\n            writeTable.database should be(Some(\"test\"))\n            readTable.table should be(\"path\")\n            readTable.database should be(Some(\"test\"))\n          }\n        }\n      }\n    }\n\n  \"CsvTable\" should \"Produce CatalogTable params\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        withDatabase(\"test\",\n          (\"path_archive\", \"(x String, ymd int) USING csv PARTITIONED BY (ymd)\",\n            Seq((\"Tata\", 20190401), (\"Tere\", 20190403))),\n          (\"path\", \"(x String) USING csv\",\n            Seq(\"Monika\", \"Buba\"))\n        ) {\n          val df = spark\n            .table(\"test.path\")\n            .withColumn(\"ymd\", lit(20190401))\n\n          for {\n            (plan, _) <- captor.lineageOf {\n              df.write.mode(SaveMode.Overwrite).insertInto(\"test.path_archive\")\n            }\n          } yield {\n            plan.operations.write.outputSource should include(\"path_archive\")\n            plan.operations.write.append should be(false)\n            val writeTable = extractTableIdentifier(plan.operations.write.params)\n            val readTable = extractTableIdentifier(plan.operations.reads.get.head.params)\n            writeTable.table should be(\"path_archive\")\n            writeTable.database should be(Some(\"test\"))\n            readTable.table should be(\"path\")\n            readTable.database should be(Some(\"test\"))\n          }\n        }\n      }\n    }\n\n  \"JsonTable\" should \"Produce CatalogTable params\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        withDatabase(\"test\",\n          (\"path_archive\", \"(x String, ymd int) USING json PARTITIONED BY (ymd)\",\n            Seq((\"Tata\", 20190401), (\"Tere\", 20190403))),\n          (\"path\", \"(x String) USING json\",\n            Seq(\"Monika\", \"Buba\"))\n        ) {\n          val df = spark\n            .table(\"test.path\")\n            .withColumn(\"ymd\", lit(20190401))\n\n          for {\n            (plan, _) <- captor.lineageOf {\n              df.write.mode(SaveMode.Overwrite).insertInto(\"test.path_archive\")\n            }\n          } yield {\n\n            plan.operations.write.outputSource should include(\"path_archive\")\n            plan.operations.write.append should be(false)\n            val writeTable = extractTableIdentifier(plan.operations.write.params)\n            val readTable = extractTableIdentifier(plan.operations.reads.get.head.params)\n            writeTable.table should be(\"path_archive\")\n            writeTable.database should be(Some(\"test\"))\n            readTable.table should be(\"path\")\n            readTable.database should be(Some(\"test\"))\n          }\n        }\n      }\n    }\n\n  \"ORCTable\" should \"Produce CatalogTable params\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        withDatabase(\"test\",\n          (\"path_archive\", \"(x String, ymd int) USING orc PARTITIONED BY (ymd)\",\n            Seq((\"Tata\", 20190401), (\"Tere\", 20190403))),\n          (\"path\", \"(x String) USING orc\",\n            Seq(\"Monika\", \"Buba\"))\n        ) {\n\n          val df = spark\n            .table(\"test.path\")\n            .withColumn(\"ymd\", lit(20190401))\n\n          for {\n            (plan, _) <- captor.lineageOf {\n              df.write.mode(SaveMode.Overwrite).insertInto(\"test.path_archive\")\n            }\n          } yield {\n            plan.operations.write.outputSource should include(\"path_archive\")\n            plan.operations.write.append should be(false)\n            val writeTable = extractTableIdentifier(plan.operations.write.params)\n            val readTable = extractTableIdentifier(plan.operations.reads.get.head.params)\n            writeTable.table should be(\"path_archive\")\n            writeTable.database should be(Some(\"test\"))\n            readTable.table should be(\"path\")\n            readTable.database should be(Some(\"test\"))\n          }\n        }\n      }\n    }\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/main\/scala\/za\/co\/absa\/spline\/harvester\/builder\/JoinNodeBuilder.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.builder\n\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.sql.catalyst.plans.logical.Join\nimport za.co.absa.spline.harvester.ComponentCreatorFactory\nimport za.co.absa.spline.harvester.postprocessing.PostProcessor\nimport za.co.absa.spline.producer.model.v1_1.DataOperation\n\nclass JoinNodeBuilder\n  (override val operation: Join)\n  (override val componentCreatorFactory: ComponentCreatorFactory, postProcessor: PostProcessor)\n  extends GenericNodeBuilder(operation)(componentCreatorFactory, postProcessor) with Logging {\n\n  override def build(): DataOperation = {\n\n    val duplicates = operation.output.groupBy(_.exprId).collect { case (exprId, attrs) if attrs.length > 1 => exprId }\n    if (duplicates.nonEmpty) {\n      logWarning(s\"Duplicated attributes found in Join operation output, ExprIds of duplicates: $duplicates\")\n    }\n\n    super.build()\n  }\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/main\/scala\/za\/co\/absa\/spline\/harvester\/plugin\/embedded\/BigQueryPlugin.scala","text":"\/*\n * Copyright 2020 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.plugin.embedded\n\nimport com.google.cloud.bigquery.TableId\nimport javax.annotation.Priority\nimport org.apache.spark.sql.execution.datasources.{LogicalRelation, SaveIntoDataSourceCommand}\nimport org.apache.spark.sql.sources.BaseRelation\nimport za.co.absa.commons.reflect.ReflectionUtils.extractFieldValue\nimport za.co.absa.commons.reflect.extractors.SafeTypeMatchingExtractor\nimport za.co.absa.spline.harvester.builder.SourceIdentifier\nimport za.co.absa.spline.harvester.plugin.Plugin.{Precedence, ReadNodeInfo, WriteNodeInfo}\nimport za.co.absa.spline.harvester.plugin.embedded.BigQueryPlugin.{`_: BigQuerySourceRelation`, _}\nimport za.co.absa.spline.harvester.plugin.{BaseRelationProcessing, Plugin, RelationProviderProcessing}\n\n\n@Priority(Precedence.Normal)\nclass BigQueryPlugin\n  extends Plugin\n    with BaseRelationProcessing\n    with RelationProviderProcessing {\n\n  import za.co.absa.commons.ExtractorImplicits._\n\n  override def baseRelationProcessor: PartialFunction[(BaseRelation, LogicalRelation), ReadNodeInfo] = {\n    case (`_: BigQuerySourceRelation`(bq), _) =>\n\n      val tableId = extractFieldValue[TableId](bq, \"tableId\")\n      val project = tableId.getProject\n      val schema = tableId.getDataset\n      val table = tableId.getTable\n\n      (asSourceId(project, schema, table), Map.empty)\n\n  }\n\n  override def relationProviderProcessor: PartialFunction[(AnyRef, SaveIntoDataSourceCommand), WriteNodeInfo] = {\n    case (rp, cmd) if rp == \"com.google.cloud.spark.bigquery\" || BigQuerySourceExtractor.matches(rp) =>\n      val schema = cmd.options(\"schema\")\n      val table = cmd.options(\"table\")\n      val project = cmd.options(\"project\")\n      (asSourceId(project, schema, table), cmd.mode, cmd.query, cmd.options)\n  }\n}\n\nobject BigQueryPlugin {\n\n  object `_: BigQuerySourceRelation` extends SafeTypeMatchingExtractor[AnyRef](\"com.google.cloud.spark.bigquery.direct.DirectBigQueryRelation\")\n\n  private object BigQuerySourceExtractor extends SafeTypeMatchingExtractor(classOf[com.google.cloud.spark.bigquery.DefaultSource])\n\n  private def asSourceId(project: String, schema: String, table: String) = SourceIdentifier(Some(\"bigquery\"), s\"bigquery:$project: $schema :$table\")\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"integration-tests\/src\/test\/scala\/za\/co\/absa\/spline\/DuplicatedExprIdsSpec.scala","text":"\/*\n * Copyright 2021 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline\n\nimport org.apache.spark.sql.SaveMode\nimport org.apache.spark.sql.functions.col\nimport org.scalatest.flatspec.AsyncFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport za.co.absa.commons.io.TempDirectory\nimport za.co.absa.commons.lang.CollectionImplicits._\nimport za.co.absa.spline.test.fixture.SparkFixture\nimport za.co.absa.spline.test.fixture.spline.SplineFixture\n\n\nclass DuplicatedExprIdsSpec extends AsyncFlatSpec\n  with Matchers\n  with SparkFixture\n  with SplineFixture {\n\n  private val tempPath = TempDirectory(prefix = \"dupl\", pathOnly = true).deleteOnExit().path.toFile.getAbsolutePath\n\n  it should \"not create duplicated ids in spline plan\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        val testData = Seq((\"adcde1_12938597\", 162)).toDF(\"unique_id\", \"total_commission\")\n\n        for {\n          (plan1, Seq(event1)) <- captor.lineageOf {\n\n            val commonDf = testData\n              .withColumn(\"commission\", col(\"total_commission\"))\n              .drop(\"total_commission\")\n\n            val rightJoinerDf = commonDf\n              .withColumnRenamed(\"commission\", \"foo\")\n\n            val joined = commonDf.join(rightJoinerDf, usingColumns = Seq(\"unique_id\"))\n\n            joined\n              .write\n              .mode(SaveMode.Overwrite)\n              .json(tempPath)\n          }\n        } yield {\n          val attributes = plan1.attributes.get\n          attributes.size shouldEqual attributes.distinctBy(_.id).size\n\n          val Seq(commission1, commission2) = attributes.filter(_.name == \"commission\")\n          commission1.childRefs.get.head shouldNot equal(commission2.childRefs.get.head)\n        }\n      }\n    }\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"integration-tests\/src\/test\/scala\/za\/co\/absa\/spline\/JsonDSV2Spec.scala","text":"\/*\n * Copyright 2020 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\n\npackage za.co.absa.spline\n\nimport org.apache.spark.SPARK_VERSION\nimport org.apache.spark.sql.catalyst.expressions.Literal\nimport org.scalatest.flatspec.AsyncFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport za.co.absa.commons.io.TempDirectory\nimport za.co.absa.commons.scalatest.ConditionalTestTags.ignoreIf\nimport za.co.absa.commons.version.Version.VersionStringInterpolator\nimport za.co.absa.spline.test.fixture.spline.SplineFixture\nimport za.co.absa.spline.test.fixture.{SparkDatabaseFixture, SparkFixture}\n\n\/**\n  *  Json DataSource V2 is not used by default in current Spark (3.1.x)\n  *  This test is here to make sure we are ready for the Data Source V2 and as a starting point for future developments\n  *\/\nclass JsonDSV2Spec extends AsyncFlatSpec\n  with Matchers\n  with SparkFixture\n  with SplineFixture\n  with SparkDatabaseFixture {\n\n  val jsonDir: String = TempDirectory(\"SparkFixture\", \"UnitTestJson\", pathOnly = true).deleteOnExit().path.toString.stripSuffix(\"\/\")\n\n  it should \"support json V2 command\" taggedAs ignoreIf(ver\"$SPARK_VERSION\" < ver\"3.0.0\") in\n    withCustomSparkSession(_\n      .config(\"spark.sql.sources.useV1SourceList\", \"\") \/\/ use V2 by default\n    ) { implicit spark =>\n      withLineageTracking { lineageCaptor =>\n        val testData = {\n          import spark.implicits._\n          Seq((1014, \"Warsaw\"), (1002, \"Corte\")).toDF(\"ID\", \"NAME\")\n        }\n        for {\n          (plan1, Seq(event1)) <- lineageCaptor.lineageOf {\n            testData.write.json(s\"$jsonDir\/jsonV2\")\n          }\n          (plan2, Seq(event2)) <- lineageCaptor.lineageOf {\n            val df = spark.read.json(s\"$jsonDir\/jsonV2\")\n            df.write.json(s\"$jsonDir\/jsonV2-2\")\n          }\n        } yield {\n          plan1.id.get shouldEqual event1.planId\n          plan1.operations.write.append shouldBe false\n          plan1.operations.write.extra.get(\"destinationType\") shouldBe Some(\"json\")\n          plan1.operations.write.outputSource shouldBe s\"file:$jsonDir\/jsonV2\"\n\n          plan2.operations.reads.get(0).inputSources.head shouldBe s\"file:$jsonDir\/jsonV2\"\n        }\n      }\n    }\n\n\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"integration-tests\/src\/test\/scala\/za\/co\/absa\/spline\/harvester\/LineageHarvesterSpec.scala","text":"<reponame>mohanajuhi166\/spline-spark-agent<gh_stars>0\n\/*\n * Copyright 2019 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester\n\nimport org.apache.commons.configuration.Configuration\nimport org.apache.commons.io.FileUtils\nimport org.apache.spark.SPARK_VERSION\nimport org.scalatest.Inside._\nimport org.scalatest.flatspec.AsyncFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.{Assertion, Succeeded}\nimport za.co.absa.commons.io.{TempDirectory, TempFile}\nimport za.co.absa.commons.lang.OptionImplicits._\nimport za.co.absa.commons.scalatest.ConditionalTestTags.ignoreIf\nimport za.co.absa.commons.version.Version._\nimport za.co.absa.spline.harvester.builder.OperationNodeBuilder.OutputAttIds\nimport za.co.absa.spline.harvester.extra.UserExtraMetadataProvider\nimport za.co.absa.spline.model.dt\nimport za.co.absa.spline.producer.model.v1_1._\nimport za.co.absa.spline.test.fixture.spline.SplineFixture\nimport za.co.absa.spline.test.fixture.{SparkDatabaseFixture, SparkFixture}\nimport za.co.absa.spline.test.harvester.dispatcher.NoOpLineageDispatcher\n\nimport java.util.UUID\nimport java.util.UUID.randomUUID\nimport scala.language.reflectiveCalls\n\nclass LineageHarvesterSpec extends AsyncFlatSpec\n  with Matchers\n  with SparkFixture\n  with SplineFixture\n  with SparkDatabaseFixture {\n\n  import za.co.absa.spline.harvester.LineageHarvesterSpec._\n\n  it should \"support empty data frame\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        for {\n          (plan, _) <- captor.lineageOf(spark.emptyDataset[TestRow].write.save(tmpDest))\n        } yield {\n          inside(plan) {\n            case ExecutionPlan(_, _, Operations(_, None, Some(Seq(op))), _, _, _, _, _) =>\n              op.id should be(\"1\")\n              op.name should be(Some(\"LocalRelation\"))\n              op.childIds should be(None)\n              op.output should not be None\n              op.extra should be(empty)\n          }\n        }\n      }\n    }\n\n  it should \"support simple non-empty data frame\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        val df = spark.createDataset(Seq(TestRow(1, 2.3, \"text\")))\n\n        val expectedAttributes = Seq(\n          Attribute(randomUUID.toString, Some(integerType.id), None, None, \"i\"),\n          Attribute(randomUUID.toString, Some(doubleType.id), None, None, \"d\"),\n          Attribute(randomUUID.toString, Some(stringType.id), None, None, \"s\"))\n\n        val expectedOperations = Seq(\n          WriteOperation(\n            id = \"0\",\n            name = Some(\"AAA\"),\n            childIds = Seq(\"1\"),\n            outputSource = s\"file:$tmpDest\",\n            append = false,\n            params = None,\n            extra = None\n          ),\n          DataOperation(\n            id = \"1\",\n            name = Some(\"LocalRelation\"),\n            childIds = None,\n            output = expectedAttributes.map(_.id).asOption,\n            params = None,\n            extra = None))\n\n        for {\n          (plan, _) <- captor.lineageOf(df.write.save(tmpDest))\n        } yield {\n          assertDataLineage(expectedOperations, expectedAttributes, plan)\n        }\n      }\n    }\n\n  it should \"support filter and column renaming operations\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        val df = spark.createDataset(Seq(TestRow(1, 2.3, \"text\")))\n          .withColumnRenamed(\"i\", \"A\")\n          .filter($\"A\".notEqual(5))\n\n        val expectedAttributes = Seq(\n          Attribute(randomUUID.toString, Some(integerType.id), None, None, \"i\"),\n          Attribute(randomUUID.toString, Some(doubleType.id), None, None, \"d\"),\n          Attribute(randomUUID.toString, Some(stringType.id), None, None, \"s\"),\n          Attribute(randomUUID.toString, Some(integerType.id), None, None, \"A\")\n        )\n\n        val outputBeforeRename = Seq(expectedAttributes(0).id, expectedAttributes(1).id, expectedAttributes(2).id)\n        val outputAfterRename = Seq(expectedAttributes(3).id, expectedAttributes(1).id, expectedAttributes(2).id)\n\n        val expectedOperations = Seq(\n          WriteOperation(\n            id = \"0\",\n            name = Some(\"BBB\"),\n            childIds = Seq(\"1\"),\n            outputSource = s\"file:$tmpDest\",\n            append = false,\n            params = None,\n            extra = None\n          ),\n          DataOperation(\n            \"1\", Some(\"Filter\"), Seq(\"2\").asOption, outputAfterRename.asOption,\n            None, None),\n          DataOperation(\n            \"2\", Some(\"Project\"), Seq(\"3\").asOption, outputAfterRename.asOption,\n            None, None),\n          DataOperation(\n            \"3\", Some(\"LocalRelation\"), None, outputBeforeRename.asOption,\n            None, None))\n\n        for {\n          (plan, _) <- captor.lineageOf(df.write.save(tmpDest))\n        } yield {\n          assertDataLineage(expectedOperations, expectedAttributes, plan)\n        }\n      }\n    }\n\n  it should \"support union operation, forming a diamond graph\" taggedAs ignoreIf(ver\"$SPARK_VERSION\" >= ver\"3.0.0\") in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        val initialDF = spark.createDataset(Seq(TestRow(1, 2.3, \"text\")))\n        val filteredDF1 = initialDF.filter($\"i\".notEqual(5))\n        val filteredDF2 = initialDF.filter($\"d\".notEqual(5.0))\n        val df = filteredDF1.union(filteredDF2)\n\n        val expectedAttributes =\n          Seq(\n            Attribute(randomUUID.toString, Some(integerType.id), None, None, \"i\"),\n            Attribute(randomUUID.toString, Some(doubleType.id), None, None, \"d\"),\n            Attribute(randomUUID.toString, Some(stringType.id), None, None, \"s\"),\n            Attribute(randomUUID.toString, Some(integerType.id), None, None, \"i\"),\n            Attribute(randomUUID.toString, Some(doubleType.id), None, None, \"d\"),\n            Attribute(randomUUID.toString, Some(stringType.id), None, None, \"s\")\n          )\n\n        val inputAttIds = expectedAttributes.slice(0, 3).map(_.id)\n        val outputAttIds = expectedAttributes.slice(3, 6).map(_.id)\n\n        val expectedOperations = Seq(\n          WriteOperation(\n            id = \"0\",\n            name = Some(\"CCC\"),\n            childIds = Seq(\"1\"),\n            outputSource = s\"file:$tmpDest\",\n            append = false,\n            params = None,\n            extra = None\n          ),\n          DataOperation(\"1\", Some(\"Union\"), Seq(\"2\", \"4\").asOption, outputAttIds.asOption, None, None),\n          DataOperation(\"2\", Some(\"Filter\"), Seq(\"3\").asOption, inputAttIds.asOption, None, None),\n          DataOperation(\"4\", Some(\"Filter\"), Seq(\"3\").asOption, inputAttIds.asOption, None, None),\n          DataOperation(\"3\", Some(\"LocalRelation\"), None, inputAttIds.asOption, None, None))\n        for {\n          (plan, _) <- captor.lineageOf(df.write.save(tmpDest))\n        } yield {\n          assertDataLineage(expectedOperations, expectedAttributes, plan)\n        }\n      }\n    }\n\n  it should \"support join operation, forming a diamond graph\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import org.apache.spark.sql.functions._\n        import spark.implicits._\n\n        val initialDF = spark.createDataset(Seq(TestRow(1, 2.3, \"text\")))\n        val filteredDF = initialDF\n          .filter($\"i\" =!= 5)\n        val aggregatedDF = initialDF\n          .withColumnRenamed(\"i\", \"A\")\n          .groupBy($\"A\")\n          .agg(\n            min(\"d\").as(\"MIN\"),\n            max(\"s\").as(\"MAX\"))\n\n        val joinExpr = filteredDF.col(\"i\").eqNullSafe(aggregatedDF.col(\"A\"))\n        val df = filteredDF.join(aggregatedDF, joinExpr, \"inner\")\n\n        val expectedAttributes = Seq(\n          Attribute(randomUUID.toString, Some(integerType.id), None, None, \"i\"),\n          Attribute(randomUUID.toString, Some(doubleType.id), None, None, \"d\"),\n          Attribute(randomUUID.toString, Some(stringType.id), None, None, \"s\"),\n          Attribute(randomUUID.toString, Some(integerType.id), None, None, \"A\"),\n          Attribute(randomUUID.toString, Some(doubleNullableType.id), None, None, \"MIN\"),\n          Attribute(randomUUID.toString, Some(stringType.id), None, None, \"MAX\"))\n\n        val expectedOperations = Seq(\n          WriteOperation(\n            id = \"0\",\n            name = Some(\"DDD\"),\n            childIds = Seq(\"1\"),\n            outputSource = s\"file:$tmpDest\",\n            append = false,\n            params = None,\n            extra = None\n          ),\n          DataOperation(\n            \"1\", Some(\"Join\"), Seq(\"2\", \"4\").asOption, expectedAttributes.map(_.id).asOption,\n            Map(\"joinType\" -> Some(\"INNER\")).asOption, None),\n          DataOperation(\n            \"2\", Some(\"Filter\"), Seq(\"3\").asOption, Seq(expectedAttributes(0).id, expectedAttributes(1).id, expectedAttributes(2).id).asOption,\n            None, None),\n          DataOperation(\n            \"3\", Some(\"LocalRelation\"), None, Seq(expectedAttributes(0).id, expectedAttributes(1).id, expectedAttributes(2).id).asOption,\n            None, None),\n          DataOperation(\n            \"4\", Some(\"Aggregate\"), Seq(\"5\").asOption, Seq(expectedAttributes(3).id, expectedAttributes(4).id, expectedAttributes(5).id).asOption,\n            None, None),\n          DataOperation(\n            \"5\", Some(\"Project\"), Seq(\"3\").asOption, Seq(expectedAttributes(3).id, expectedAttributes(1).id, expectedAttributes(2).id).asOption,\n            None, None))\n        for {\n          (plan, _) <- captor.lineageOf(df.write.save(tmpDest))\n        } yield {\n          assertDataLineage(expectedOperations, expectedAttributes, plan)\n        }\n      }\n    }\n\n  it should \"support `CREATE TABLE ... AS SELECT` in Hive\" taggedAs ignoreIf(ver\"$SPARK_VERSION\" < ver\"2.3\") in\n    withRestartingSparkContext {\n      withCustomSparkSession(_\n        .enableHiveSupport()\n        .config(\"hive.exec.dynamic.partition.mode\", \"nonstrict\")\n      ) { implicit spark =>\n        withDatabase(s\"unitTestDatabase_${this.getClass.getSimpleName}\") {\n          withLineageTracking { captor =>\n            import spark.implicits._\n\n            val df = spark.createDataset(Seq(TestRow(1, 2.3, \"text\")))\n\n            for {\n              (plan, _) <- captor.lineageOf {\n                df.createOrReplaceTempView(\"tempView\")\n                spark.sql(\"create table users_sales as select i, d, s from tempView \")\n              }\n            } yield {\n              val writeOperation = plan.operations.write\n              writeOperation.id shouldEqual \"0\"\n              writeOperation.append shouldEqual false\n              writeOperation.childIds shouldEqual Seq(\"1\")\n              writeOperation.extra.get(\"destinationType\") shouldEqual Some(\"hive\")\n\n              val otherOperations = plan.operations.other.get.sortBy(_.id)\n\n              val firstOperation = otherOperations(0)\n              firstOperation.id shouldEqual \"1\"\n              firstOperation.childIds.get shouldEqual Seq(\"2\")\n              firstOperation.name shouldEqual Some(\"Project\")\n              firstOperation.extra shouldBe empty\n\n              val secondOperation = otherOperations(1)\n              secondOperation.id shouldEqual \"2\"\n              secondOperation.childIds.get shouldEqual Seq(\"3\")\n              secondOperation.name should (equal(Some(\"SubqueryAlias\")) or equal(Some(\"`tempview`\"))) \/\/ Spark 2.3\/2.4\n              secondOperation.extra shouldBe empty\n\n              val thirdOperation = otherOperations(2)\n              thirdOperation.id shouldEqual \"3\"\n              thirdOperation.childIds shouldEqual None\n              thirdOperation.name shouldEqual Some(\"LocalRelation\")\n              thirdOperation.extra shouldBe empty\n            }\n          }\n        }\n      }\n    }\n\n  it should \"collect user extra metadata\" taggedAs ignoreIf(ver\"$SPARK_VERSION\" < ver\"2.3\") in\n    withCustomSparkSession(_\n      .config(\"spark.spline.userExtraMetaProvider.className\", classOf[TestMetadataProvider].getName)\n      .config(\"spark.spline.lineageDispatcher\", \"noOp\")\n      .config(\"spark.spline.lineageDispatcher.noOp.className\", classOf[NoOpLineageDispatcher].getName)\n    ) { implicit spark =>\n      withRealConfigLineageTracking { captor =>\n        import spark.implicits._\n\n        val dummyCSVFile = TempFile(prefix = \"spline-test\", suffix = \".csv\").deleteOnExit().path\n        FileUtils.write(dummyCSVFile.toFile, \"1,2,3\", \"UTF-8\")\n\n        for {\n          (plan, Seq(event)) <- captor.lineageOf {\n            spark\n              .read.csv(dummyCSVFile.toString)\n              .filter($\"_c0\" =!= 42)\n              .write.save(tmpDest)\n          }\n        } yield {\n          inside(plan.operations) {\n            case Operations(wop, Some(Seq(rop)), Some(Seq(dop))) =>\n              wop.extra.get(\"test.extra\") should equal(wop.copy(extra = Some(wop.extra.get - \"test.extra\")))\n              rop.extra.get(\"test.extra\") should equal(rop.copy(extra = Some(rop.extra.get - \"test.extra\")))\n              dop.extra.get(\"test.extra\") should equal(dop.copy(extra = None))\n          }\n\n          plan.extraInfo.get(\"test.extra\") should equal(plan.copy(extraInfo = Some(plan.extraInfo.get - \"test.extra\")))\n          event.extra.get(\"test.extra\") should equal(event.copy(extra = Some(event.extra.get - \"test.extra\")))\n        }\n      }\n    }\n\n  \/\/ https:\/\/github.com\/AbsaOSS\/spline-spark-agent\/issues\/39\n  it should \"not capture 'data'\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        for {\n          (plan, _) <- captor.lineageOf {\n            spark.createDataset(Seq(TestRow(1, 2.3, \"text\"))).write.save(tmpDest)\n          }\n        } yield {\n\n          inside(plan.operations.other.toSeq.flatten.filter(_.name contains \"LocalRelation\")) {\n            case Seq(localRelation) =>\n              assert(localRelation.params.forall(p => !p.contains(\"data\")))\n          }\n        }\n      }\n    }\n\n  \/\/ https:\/\/github.com\/AbsaOSS\/spline-spark-agent\/issues\/72\n  it should \"support lambdas\" in\n    withNewSparkSession { implicit spark =>\n      withLineageTracking { captor =>\n        import spark.implicits._\n\n        for {\n          (plan, _) <- captor.lineageOf {\n            spark.createDataset(Seq(TestRow(1, 2.3, \"text\"))).map(_.copy(i = 2)).write.save(tmpDest)\n          }\n        } yield {\n          plan.operations.other.get should have size 4 \/\/ LocalRelation, DeserializeToObject, Map, SerializeFromObject\n          plan.operations.other.get(2).params.get should contain key \"func\"\n        }\n      }\n    }\n}\n\nobject LineageHarvesterSpec extends Matchers {\n\n  case class TestRow(i: Int, d: Double, s: String)\n\n  private def tmpDest: String = TempDirectory(pathOnly = true).deleteOnExit().path.toString\n\n  private val integerType = dt.Simple(\"integer\", nullable = false)\n  private val doubleType = dt.Simple(\"double\", nullable = false)\n  private val doubleNullableType = dt.Simple(\"double\", nullable = true)\n  private val stringType = dt.Simple(\"string\", nullable = true)\n  private val testTypesById = Seq(\n    integerType,\n    doubleType,\n    doubleNullableType,\n    stringType)\n    .map(t => t.id -> t).toMap\n\n  implicit class ReferenceMatchers(outputAttIds: OutputAttIds) {\n\n    import ReferenceMatchers._\n\n    def shouldReference(references: Seq[Attribute]) = new ReferenceMatcher[Attribute](outputAttIds, references)\n\n    def references(references: Seq[Attribute]) = new ReferenceMatcher[Attribute](outputAttIds, references)\n  }\n\n  object ReferenceMatchers {\n\n    import scala.language.reflectiveCalls\n\n    type ID = String\n    type Refs = Seq[ID]\n\n    class ReferenceMatcher[A <: {def id: ID}](val refs: Refs, val attributes: Seq[A]) {\n      private lazy val targets = attributes.map(_.id)\n\n      private def referencePositions = refs.map(targets.indexOf)\n\n      def as(anotherComparator: ReferenceMatcher[A]): Assertion = {\n        referencePositions shouldEqual anotherComparator.referencePositions\n      }\n    }\n\n  }\n\n  def assertDataLineage(\n    expectedOperations: Seq[AnyRef],\n    expectedAttributes: Seq[Attribute],\n    actualPlan: ExecutionPlan): Assertion = {\n\n    import za.co.absa.commons.ProducerApiAdapters._\n\n    actualPlan.operations shouldNot be(null)\n\n    val actualAttributes = actualPlan.attributes.get\n    val actualDataTypes = actualPlan.extraInfo.get(\"dataTypes\").asInstanceOf[Seq[dt.DataType]].map(t => t.id -> t).toMap\n\n    val actualOperationsSorted = actualPlan.operations.all.sortBy(x => x.id)\n    val expectedOperationsSorted = expectedOperations.map(_.asInstanceOf[OperationLike]).sortBy(_.id)\n\n    for ((opActual, opExpected) <- actualOperationsSorted.zip(expectedOperationsSorted)) {\n      opActual.childIdList should contain theSameElementsInOrderAs opExpected.childIdList\n      opActual.id should be(opExpected.id)\n      for (expectedParams <- opExpected.params) opActual.params.get should contain allElementsOf expectedParams\n      for (expectedExtra <- opExpected.extra) opActual.extra.get should contain allElementsOf expectedExtra\n\n\n      val actualOutput = opActual.output\n      val expectedOutput = opExpected.output\n      actualOutput shouldReference actualAttributes as (expectedOutput references expectedAttributes)\n\n      opActual.output.size shouldEqual opExpected.output.size\n    }\n\n    for ((attrActual: Attribute, attrExpected: Attribute) <- actualAttributes.zip(expectedAttributes)) {\n      attrActual.name shouldEqual attrExpected.name\n      val typeActual = actualDataTypes(attrActual.dataType.get.asInstanceOf[UUID])\n      val typeExpected = testTypesById(attrExpected.dataType.get.asInstanceOf[UUID])\n      inside(typeActual) {\n        case dt.Simple(_, typeName, nullable) =>\n          typeName should be(typeExpected.name)\n          nullable should be(typeExpected.nullable)\n      }\n    }\n\n    Succeeded\n  }\n\n  class TestMetadataProvider extends UserExtraMetadataProvider {\n\n    def this(conf: Configuration) = this()\n\n    override def forExecEvent(event: ExecutionEvent, ctx: HarvestingContext): Map[String, Any] =\n      Map(\"test.extra\" -> event)\n\n    override def forExecPlan(plan: ExecutionPlan, ctx: HarvestingContext): Map[String, Any] =\n      Map(\"test.extra\" -> plan)\n\n    override def forOperation(op: ReadOperation, ctx: HarvestingContext): Map[String, Any] =\n      Map(\"test.extra\" -> op)\n\n    override def forOperation(op: WriteOperation, ctx: HarvestingContext): Map[String, Any] =\n      Map(\"test.extra\" -> op)\n\n    override def forOperation(op: DataOperation, ctx: HarvestingContext): Map[String, Any] =\n      Map(\"test.extra\" -> op)\n  }\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/test\/scala\/za\/co\/absa\/spline\/harvester\/converter\/ReflectiveExtractorSpec.scala","text":"\/*\n * Copyright 2021 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.converter\n\nimport org.apache.hadoop.classification.InterfaceAudience\nimport org.apache.hadoop.io.Text\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatestplus.mockito.MockitoSugar\n\nclass ReflectiveExtractorSpec extends AnyFlatSpec with MockitoSugar with Matchers {\n\n  import za.co.absa.spline.harvester.converter.ReflectiveExtractorSpec._\n\n\n  behavior of \"ReflectiveExtractor.extractProperties()\"\n\n  it should \"extract properties of object\" in {\n\n    val map = ReflectiveExtractor.extractProperties(Foo(42, \"answer\"))\n\n    map(\"x\") shouldBe 42\n    map(\"y\") shouldBe \"answer\"\n  }\n\n  it should \"not fail on Scala bug #12190\" in {\n    val objectWithCyclicAnnotation = new Text(\"\")\n    ReflectiveExtractor.extractProperties(objectWithCyclicAnnotation)\n  }\n\n  it should \"extract properties of object with cyclic annotation\" in {\n    val map = ReflectiveExtractor.extractProperties(CyclicFoo(42, \"answer\"))\n\n    map(\"x\") shouldBe 42\n    map(\"y\") shouldBe \"answer\"\n  }\n}\n\nobject ReflectiveExtractorSpec {\n\n  case class Foo(x: Int, y: String)\n\n  @InterfaceAudience.Public\n  case class CyclicFoo(x: Int, y: String)\n\n}\n"}
{"repo_name":"mohanajuhi166\/spline-spark-agent","path":"core\/src\/test\/scala\/za\/co\/absa\/spline\/harvester\/logging\/ObjectStructureDumperSpec.scala","text":"\/*\n * Copyright 2020 ABSA Group Limited\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage za.co.absa.spline.harvester.logging\n\nimport org.mockito.Mockito\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatestplus.mockito.MockitoSugar\nimport za.co.absa.spline.harvester.logging.ObjectStructureDumper.ExtractFieldValueFn\n\nclass ObjectStructureDumperSpec extends AnyFlatSpec with Matchers with MockitoSugar {\n\n  behavior of \"dump()\"\n\n  it should \"handle cycles\" in {\n    case class Foo(var bar: Any)\n\n    val foo1 = Foo(\"hi\")\n    val foo2 = Foo(foo1)\n    foo1.bar = foo2\n\n    ObjectStructureDumper.dump(foo1) should include(\"bar: java.lang.Object ! Object was already logged\")\n  }\n\n  it should \"survive reflection errors\" in {\n    case class Foo(bar: String, baz: String)\n\n    val foo = Foo(\"bar\", \"baz\")\n\n    val extractFieldValueFnMock1: ExtractFieldValueFn = mock[ExtractFieldValueFn]\n    val extractFieldValueFnMock2: ExtractFieldValueFn = mock[ExtractFieldValueFn]\n    Mockito.when(extractFieldValueFnMock1.apply(foo, \"bar\")).thenThrow(new RuntimeException(\"fake\"))\n    Mockito.when(extractFieldValueFnMock2.apply(foo, \"baz\")).thenThrow(new RuntimeException(\"fake\"))\n\n    (ObjectStructureDumper.dump(foo, extractFieldValueFnMock1)\n      should (include(\"bar: java.lang.String = ! error occurred: fake at za.co.absa.spline.harvester.logging.ObjectStructureDumper\")\n      and include(\"baz: java.lang.String = null\")\n      ))\n    (ObjectStructureDumper.dump(foo, extractFieldValueFnMock2)\n      should (include(\"bar: java.lang.String = null\")\n      and include(\"baz: java.lang.String = ! error occurred: fake at za.co.absa.spline.harvester.logging.ObjectStructureDumper\")\n      ))\n  }\n}\n"}
{"repo_name":"objektwerks\/elasticsearch","path":"src\/test\/scala\/objektwerks\/Elastic4sTest.scala","text":"<gh_stars>0\npackage objektwerks\n\nimport com.sksamuel.elastic4s.ElasticDsl._\nimport com.sksamuel.elastic4s.{ElasticClient, ElasticProperties}\nimport com.sksamuel.elastic4s.fields.TextField\nimport com.sksamuel.elastic4s.http.JavaClient\nimport com.sksamuel.elastic4s.requests.common.RefreshPolicy\n\nimport com.typesafe.config.ConfigFactory\n\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.must.Matchers\n\nclass Elastic4sTest extends AnyFunSuite with Matchers {\n  val conf = ConfigFactory.load(\"test.conf\")\n  val url = conf.getString(\"url\")\n\n  test(\"search\") {\n    val elasticProps = ElasticProperties(url)\n    val client = ElasticClient( JavaClient(elasticProps) )\n\n    \/\/ created index\n    client.execute {\n      createIndex(\"artists\").mapping(\n        properties(\n          TextField(\"name\")\n        )\n      )\n    }.await\n\n    \/\/ index into\n    client.execute {\n      indexInto(\"artists\")\n        .fields(\"name\" -> \"led zeppelin\")\n        .refresh(RefreshPolicy.WAIT_FOR)\n    }.await\n\n    \/\/ search\n    val response = client.execute {\n      search(\"artists\").matchQuery(\"name\", \"led zeppelin\")\n    }.await\n    println(response.result.hits.hits.head.sourceAsString)\n\n    client.close()\n  }\n}"}
{"repo_name":"objektwerks\/elasticsearch","path":"build.sbt","text":"<reponame>objektwerks\/elasticsearch<gh_stars>0\nname := \"elasticsearch\"\norganization := \"objektwerks\"\nversion := \"0.1-SNAPSHOT\"\nscalaVersion := \"2.13.7\"\nlibraryDependencies ++= {\n  val elastic4sVersion = \"7.16.0\"\n  Seq(\n    \"com.sksamuel.elastic4s\" %% \"elastic4s-client-esjava\" % elastic4sVersion,\n    \"com.typesafe\" % \"config\" % \"1.4.1\",\n    \"ch.qos.logback\" % \"logback-classic\" % \"1.2.9\",\n    \"com.sksamuel.elastic4s\" %% \"elastic4s-testkit\" % elastic4sVersion % Test,\n    \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % Test\n  )\n}"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/Agents.scala","text":"<reponame>b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2\npackage name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.time.Instant\nimport java.util.UUID\nimport collection.mutable.HashMap\nimport com.typesafe.config.ConfigFactory\n\n\/** Agents are hardcoded entities used to test the system. Their ultimate purpose is to be removed\n  *     from the codebase as it matures.\n  *\n  *\/\n\nobject Agents {\n  import Messages._\n\n  private val keys = ConfigFactory.load( \"hardcodedKeys.conf\" )\n  private val validSince: Long = Instant.EPOCH.getEpochSecond\n  private val unixTimestamp: Long = Instant.now.getEpochSecond\n  private val validUntil : Long = Instant.MAX.getEpochSecond\n\n  val uuidA = UUID.fromString( \"38400000-8cf0-11bd-b23e-10b96e4ef00d\" )\n  val uuidB = UUID.fromString( \"38400000-8cf0-11bd-b23e-10b96e4ef00e\" )\n  val uuidC = UUID.fromString( \"38400000-8cf0-11bd-b23e-10b96e4ef00f\" )\n  val uuidZ = UUID.fromString( \"38402000-8cf0-11bd-b23e-10b96e4ef00e\" )\n\n  \/* temporary hardcoded data, intended for testing. Map format is ( ID -> ( publicKey, timestamp,timestamp,timestamp.confidence) ) *\/\n  private val agents = HashMap(\n    uuidA -> PublicKey( uuidA, keys.getString(\"agents.publicA\"), validSince, validUntil, unixTimestamp, \"somhash0snmh\", 100 ),\n    uuidB -> PublicKey( uuidB, keys.getString(\"agents.publicB\"), validSince, validUntil, unixTimestamp, \"ladidahash\", 100 ),\n    uuidC -> PublicKey( uuidC, keys.getString(\"agents.publicC\"), validSince, validUntil, unixTimestamp, \"hash9sefdesash\", 100 ),\n    uuidZ -> PublicKey( uuidZ, keys.getString(\"agents.publicC\"), validSince, validUntil, unixTimestamp, \"<PASSWORD>\", 22 )\n  )\n\n  def data = agents\n  def get(id:UUID) = agents.get(id)\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/FileService.scala","text":"<reponame>b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2<filename>experiment\/src\/main\/scala\/FileService.scala\npackage name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.net.BindException\nimport akka.actor.{Actor, Props}\nimport akka.http.scaladsl.Http\nimport com.typesafe.config.Config\nimport akka.stream.{ActorMaterializer, ActorMaterializerSettings}\nimport scala.language.reflectiveCalls\nimport scala.util.{Failure, Success}\n\n\n\/** Fileserver - intended to expose a limited number and restricted range of files to the outside world.\n  *\n  * Currently the code is written to only expose html, js, css, and svg. This is hardcoded as I will have\n  *   to spend a bit more time looking into how exactly responses to queries are constructed.\n  *\n  * The fileserver is built to only expose files within a specific directory, and not rely on user input, in\n  *   order to prevent filesystem traversal attacks. To expand the system beyond the single directory structure\n  *   makes sense, for the future.\n  *\n  *\/\n\n\nclass FileService(config:Config) extends FileServer(config) with Actor with BootstrapShutdown {\n  import Messages._\n  import context.dispatcher\n\n  implicit val materializer = ActorMaterializer(ActorMaterializerSettings(context.system))\n\n\n  def receive = {\n\n    case PrintSignal(n) =>\n      println(s\"Signal received - order $n\")\n\n    case Bootstrap(config) =>\n      println(\"Bootstrapping file server\")\n      bootstrap(config)\n\n    case Shutdown =>\n      println(\"File server shut down is only a stub!\")\n\n    case Reboot =>\n      println(\"File server reboot is only a stub!\");\n    \/\/ @TODO: Once an orchestrator is built, use it to redirect clients, finish message queue, send poisonpill to self.\n  }\n\n\n  \/\/@TODO SSL: this seems to be part of akka (there's a DefaultSSLContextCreation in the source),\n  \/\/    so there should be docs on it.\n  override def bootstrap(config:Config) = {\n\n    bindingOption match {\n      case Some(bindingFuture) =>\n        throw new BindException(\"Port already bound\")\n\n      case None => {\n        loadedFiles = loadFiles( config )\n        val bindingFuture = Http()(context.system)\n          .bindAndHandle(\n            makeRoute(config),\n            config.getString(\"http.host\"),\n            config.getInt(\"http.port\")\n          )\n\n        bindingFuture.onComplete {\n          case Success(serverBinding) =>\n            bindingOption = Some(bindingFuture)\n\n          case Failure(ex) =>\n            throw new BindException()\n        }\n      }\n    }\n  }\n\n\n  override def shutdown() = bindingOption match {\n\n      case None =>\n\n      case Some(bindingFuture) =>\n        bindingFuture.flatMap(_.unbind())\n  }\n}\n\n\n\n\/**\n  *\n  *\/\n\nobject FileService {\n  def props(config: Config): Props = Props(new FileService(config))\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/ShutdownSystem.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\/\/ Feature 8b53a35a-47ee-4c56-8ec1-e0c638dc29c5\n\nimport akka.actor.{Actor, ActorRef, Props, Terminated}\n\nobject ShutdownSystem {\n  def props: Props = Props[ShutdownSystem]\n}\n\nclass ShutdownSystem( supervisor:ActorRef ) extends Actor {\n  import Main._\n  context.watch(supervisor)\n\n  def receive = {\n    case Terminated(actor) if( actor == supervisor ) =>\n        println(\"System termination stub\")\n\n    case _ =>\n      println(\"Unknown message\")\n  }\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/DataActor.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\nimport com.typesafe.config.Config\nimport akka.actor.{Actor, ActorRef, Props}\n\n\n\n\/** The DataActor takes care of our database needs.\n  *\n  * @param config\n  *\/\n\nclass DatabaseActor(var config:Config) extends PostgresqlDatabase(config) with BootstrapShutdown with Actor{\n  import DatabaseActor._\n  import Messages._\n\n  def receive() = {\n    case GetRequest(view,primaryKeys) =>\n      sender ! shortListRequest()\n\n    case Bootstrap(config:Config) =>\n      bootstrap(config)\n\n    case Shutdown =>\n      shutdown()\n  }\n\n  override def preStart(): Unit = { \/* @TODO: Shut down db connection *\/ }\n\n\n  override def bootstrap(config:Config) = {\n    println(\"Bootstrapping data actor\")\n    connect()\n    createTables()\n  }\n\n  override def shutdown() = {}\n}\n\n\nobject DatabaseActor {\n  def props(config: Config): Props = Props(new DatabaseActor(config))\n  final case class GetRequest(view:String, primaryKey:UUID)\n  final case class Store(config: Config)\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/CrashTest.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\n\nimport com.typesafe.config.Config\nimport akka.actor.{Actor, ActorRef, Props}\nimport akka.actor.{Actor, ActorSystem, Props}\n\n\/\/ import org.apache.commons.dbcp2.{PoolingDataSource, DelegatingConnection}\n\/\/ import org.postgresql.{PGNotification, PGConnection}\n\/\/ import scalikejdbc._\n\/\/ import org.json4s.native.JsonMethods._\n\/\/ import org.json4s.DefaultFormats\n\/\/ import scala.concurrent.duration._\nimport java.sql.Connection\nimport java.sql.Statement\nimport org.apache.commons.dbcp2._\n\nobject CrashTest {\n  def props(m: Int): Props = Props(new CrashTest(0))\n  def props: Props = Props[CrashTest]\n  final case class GetRequest(view:String, primaryKey:UUID)\n  final case class Store(config: Config)\n}\n\nclass CrashTest(m:Int = 0) extends Actor {\n  import CrashTest._\n  import Messages._\n\n  var n = m\n  println(\"Crashtest Constructor n = \" + n )\n\n  override def preStart(): Unit = {\n    n += 1\n    println(\"Crashtest preStart n = \" + n )\n  }\n\n  override def preRestart(reason: Throwable, message: Option[Any]): Unit = {\n    println(s\"\\n\\nCrashtset preRestart n = $n \\n\\n\")\n  }\n\n  override def postRestart(reason: Throwable): Unit =\n    println(s\"Crastest postRestart n = $n\")\n\n  override def postStop(): Unit =\n    println(\"Crashtest postStop\")\n\n\n  def receive() = {\n    case \"crash\" => throw new Exception(\"Forcing restart\")\n    case \"test\" => println(\"test\")\n  }\n\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/RestService.scala","text":"<filename>experiment\/src\/main\/scala\/RestService.scala\npackage name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport akka.actor.{Actor, ActorRef}\nimport com.typesafe.config.Config\nimport akka.util.Timeout\nimport scala.concurrent.duration._\n\n\nabstract class RestService(dataActor: ActorRef) extends Rest with BootstrapShutdown with Actor {\n  import Messages._\n  import context.dispatcher\n\n  implicit val timeout = Timeout.apply(2,SECONDS)\n\n\n  def receive = {\n    case Bootstrap(config) =>\n      println(\"REST service bootstrapping\");\n      bootstrap(config)\n    case Shutdown =>\n      println(\"REST service shut down stub\")\n    case Reboot =>\n      println(\"REST service rebooting stub\");\n  }\n\n\n  override def bootstrap(config:Config) = {\n    bindingOption match {\n      case None =>\n        bind(config)\n\n      case Some(bindingFuture) =>\n        bindingFuture.flatMap(_.unbind())\n        bind(config)\n    }\n  }\n\n\n  override def shutdown() = {\n    import context.dispatcher\n    bindingOption match {\n      case None =>\n      case Some(bindingFuture) => bindingFuture.flatMap(_.unbind())\n    }\n  }\n\n\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/Supervisor.scala","text":"<filename>experiment\/src\/main\/scala\/Supervisor.scala\npackage name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport com.typesafe.config.Config\nimport akka.actor.{Actor, ActorRef, Props}\nimport scala.language.postfixOps\nimport akka.actor.OneForOneStrategy\nimport akka.actor.SupervisorStrategy._\nimport scala.concurrent.duration._\n\n\n\/** The Supervisor manages the components that together make the entire system: webclient, datastorage,\n  *     fileserver, restservice\n  *\n  * @param configName\n  *\/\n\nclass Supervisor(configName: String) extends Actor {\n  import Supervisor._\n  import Messages._\n\n  \/\/ @TODO: make retries, timerange configureable.\n  \/\/ @TODO: add specific exceptions for database \/ file sysetm access \/ network\n\n  override val supervisorStrategy =\n    OneForOneStrategy(maxNrOfRetries = 3, withinTimeRange = 10 seconds) {\n      case _: ArithmeticException      => Resume\n      case _: NullPointerException     => Restart\n      case _: IllegalArgumentException => Stop\n      case _: Exception                => Restart \/\/ or Escalate\n    }\n\n  \/\/ @todo: start named services based on config, and map name->actorref\n  private var webservers   = scala.collection.mutable.Map[Int,ActorRef]()\n  private var restservices = scala.collection.mutable.Map[Int,ActorRef]()\n  private var databases    = scala.collection.mutable.Map[Int,ActorRef]()\n  private var webClients   = scala.collection.mutable.Map[Int,ActorRef]()\n\n  private var dataSupervisors = scala.collection.mutable.Map[Int,ActorRef]()\n\n  \/* Putting the config in a bootstrap message (and having it mutable in the class)\n  *     should give us a bit more flexibility in the future when we want to reconfigure\n  *     systems on the fly. I'm somewhat torn about this. It's in some ways more\n  *     elegant to just restart the actor with a new configuration if we want one, but\n  *     I'd like to experiment first to see how well that works out in practice\n  *\/\n  def receive = {\n\n    case CreateWebClient(config) => {\n      webClients(0) = context.actorOf(Props( new WebClient(config)))\n    }\n\n    case CreateDataStorage(config) => {\n      databases(0) = context.actorOf(Props( new DatabaseActor(config) ),\"Storage\")\n      databases(0) ! Bootstrap(config)\n    }\n\n    case CreateWebServer( config ) =>\n      webservers(0) = context.actorOf(Props( new FileService(config) ),\"WebServer\")\n      webservers(0) ! Bootstrap(config)\n\n    case CreateRestService( config ) =>\n      dataSupervisors(0) = context.system.actorOf( Props( new DataSupervisor(config,databases(0)) ), \"DataSupervisor\" )\n      restservices(0) = context.actorOf(Props( new PublicKeys( config, dataSupervisors(0), databases(0) )),\"RestServer\")\n      restservices(0) ! Bootstrap(config)\n\n    case Shutdown =>\n      context.children foreach( _ ! Shutdown )\n  }\n}\n\n\nobject Supervisor {\n  def props(configName: String): Props = Props(new Supervisor(configName))\n\n  final case class CreateDataStorage(config: Config)\n  final case class CreateWebServer  (config: Config)\n  final case class CreateRestService(config: Config)\n  final case class CreateWebClient  (config: Config)\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/WebClient.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\n\nimport akka.actor.{Actor, Props}\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.model.{HttpResponse, StatusCodes}\nimport akka.stream.{ActorMaterializer, ActorMaterializerSettings}\nimport akka.pattern.pipe\nimport akka.util.ByteString\nimport com.typesafe.config.{Config, ConfigFactory}\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\n\n\/** The WebClient is a minimal experiment to see how to issue GET requests in akka. It works, but needs work\n  *     in order to be useful.\n  *\n  * Consider the following Aaka dcumentation comment:\n  *   Be sure to consume the response entities dataBytes:Source[ByteString,Unit] by for example connecting it to a Sink\n  *   (for example response.discardEntityBytes() if you don\u2019t care about the response entity), since otherwise Akka\n  *   HTTP (and the underlying Streams infrastructure) will understand the lack of entity consumption as a\n  *   back-pressure signal and stop reading from the underlying TCP connection!\n  *\n  * Note that the minimal implementation below is a security risk, as any request for\n  *    an unknown agent gets multiplied by the number of known other keyservers (currently 1,\n  *    but potentially many). This can lead to a storm of requests, and\n  *    is not intended to take into production as is. The most obvious\n  *    improvement is to group requests for unknown agents, and for those whose confidence\n  *    needs to be increased, and batch process them. A secondary improvement is to only allow such\n  *    requests from known agents (those who themselves have their key stored within the system).\n  *\n  * Note: http:\/\/doc.akka.io\/docs\/akka-http\/current\/scala\/http\/client-side\/request-level.html\n  *    you should not access the Actors state from within the Future\u2019s callbacks (such as map, onComplete, \u2026) and\n  *    instead you should use the pipeTo pattern to pipe the result back to the Actor as a message.\n  *\n  *\/\n\nclass WebClient(var config:Config) extends Actor with BootstrapShutdown {\n  implicit val materializer = ActorMaterializer(ActorMaterializerSettings(context.system))\n  import context.dispatcher\n\n  protected val http = Http(context.system)\n  protected var bindingOption:Option[Future[Http.ServerBinding]] = None\n  protected val serverAddresses = config.getStringList(\"keyservers\")\n\n\n  override def bootstrap(config:Config) = {}\n\n  override def shutdown() = {}\n\n\n  def receive = {\n\n    case \"test\" => {\n      val responseFuture: Future[HttpResponse] = Http(context.system)\n        .singleRequest(HttpRequest(uri = \"http:\/\/example.com\"))\n\n      responseFuture onComplete {\n\n        case Success(response) =>\n          println( \"Request at example.com completed succesfully:\\n\\n\" + response)\n\n        case Failure(e) =>\n          println(\"Error: \" + e.getMessage)\n      }\n    }\n\n    case agent:UUID => {\n      println( \"Request for \" + agent.toString)\n\n      serverAddresses.forEach(\n        address => {\n          \/* Looking at the source of HttpRequest it seems we construct a get request and should put the\n           *    parameters in the uri\n           *\/\n          http.singleRequest(HttpRequest(uri = s\"${address}?${agent.toString}\"))\n            .pipeTo(self)\n        }\n      )\n    }\n\n    case resp @ HttpResponse(StatusCodes.OK, headers, entity, _) => {\n      entity.dataBytes.runFold(ByteString(\"\"))(_ ++ _).foreach {\n        body => {\n          val response = body.utf8String\n          println(response)\n        }\n      }\n      resp.discardEntityBytes()\n    }\n\n    case resp @ HttpResponse(code, _, _, _) => {\n      println(\"HTTP Response - Code: \" + code)\n      resp.discardEntityBytes()\n    }\n  }\n}\n\n\n\nobject WebClient {\n  def props(config: Config): Props = Props(new WebClient(config))\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/Main.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport akka.actor.ActorSystem\nimport akka.stream.ActorMaterializer\nimport com.typesafe.config.ConfigFactory\nimport akka.actor.Props\nimport scala.io.StdIn\nimport akka.actor.PoisonPill\nimport akka.routing.Broadcast\n\n\/* An experimental application that can be used to form a public key encryption distribution (Web of trust) system\n *\n *\n *\/\n\nobject Main extends App {\n  import Supervisor._\n\n  implicit val experiment = ActorSystem(\"experiment\")\n  implicit val materializer = ActorMaterializer\n\n  try {\n    val supervisor = experiment.actorOf(Props( new Supervisor( \"application.conf\" )), \"Supervisor\")\n\n    supervisor ! CreateWebClient(   ConfigFactory.load( \"webclient.json\" ) )\n    supervisor ! CreateDataStorage( ConfigFactory.load( \"datastorage.conf\" ) )\n    supervisor ! CreateWebServer(   ConfigFactory.load( \"documentation.conf\" ) )\n    supervisor ! CreateRestService( ConfigFactory.load( \"pubkeys.conf\" ) )\n\n    println(\"Press RETURN to shut down the service\")\n    StdIn.readLine() \/\/ let the system run until user presses return\n\n    \/\/ Todo: add watch logic in order to shut down the system properly\n\n    supervisor ! Broadcast(PoisonPill)\n\n  } finally {\n\n    experiment.terminate\n\n    println(\"The actor system has been ordered to shut down\")\n\n    System exit(0) \/\/ Shutdown.java exit\n  }\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/Messages.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\nimport akka.actor.ActorRef\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport\nimport com.typesafe.config.Config\nimport spray.json.{DeserializationException, JsString, JsValue, JsonFormat}\nimport spray.json.DefaultJsonProtocol\n\n\n\/* @TODO Figure out a better layout on where these things should go. Especially messages seem to belong right at\n *    the main method \/ app.\n *\/\n\n\n\/* Force some of our agents to implement methods to deal with shutting down, reconfiguring or restarting the service.\n *\n *\/\n\ntrait BootstrapShutdown {\n  def bootstrap(config:Config):Unit\n  def shutdown:Unit\n}\n\n\n\/** The typical messages we use between components.\n  *\n  * TODO: A message containing a list of items? We do send such a message currently, in a response.\n  *\/\n\nobject Messages {\n\n  final case class Bootstrap(config: Config)\n\n  final case object Shutdown\n\n  final case object Reboot\n\n  final case class SignalChildren(order:Int) \/\/ @TODO: remove once we feel confident we no longer need it for testing\n\n  final case class PrintSignal(order:Int)   \/\/ @TODO: remove once we feel confident we no longer need it for testing\n\n  case class PublicKey(\n    agentUUID:  UUID,\n    publicKey:  String,\n    validSince: Long,\n    validUntil: Long,\n    updatedAt:  Long,\n    hash:       String,\n    confidence: Int\n  )\n\n  case class PublicKeysMessage(\n    protocol: Int,\n    items:    List[PublicKey]\n  )\n\n  case class Get(uuid:UUID)\n\n  case class ChainedGet(uuid:UUID, chain:List[ActorRef])\n\n  case object PublicKey extends SprayJsonSupport with DefaultJsonProtocol {\n    implicit object UUIDFormat extends JsonFormat[UUID] {\n\n      def write(uuid: UUID) = JsString(uuid.toString)\n\n      def read(value: JsValue) = {\n        value match {\n          case JsString(uuid) => UUID.fromString(uuid)\n          case _              => throw new DeserializationException(\"Expected hexadecimal UUID string\")\n        } }\n\n    }\n\n    \/\/ Note the name jsonFormat7. The 7 denotes the number of arguments. For 2 arguments\n    \/\/   the function would be jsonFormat2. Here be dragons.\n    implicit val PublicKeyFormat = jsonFormat7(PublicKey.apply)\n  }\n\n  case object PublicKeysMessage extends SprayJsonSupport with DefaultJsonProtocol {\n    \/\/ Note the name jsonFormat2. The 2 denotes the number of arguments. Here be dragons.\n    implicit val PublicKeysMessageFormat = jsonFormat2(PublicKeysMessage.apply)\n  }\n}"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/DataPostgresql.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\n\nimport com.typesafe.config.Config\nimport akka.actor.{Actor, ActorRef, Props}\n\nimport scala.collection.mutable.ListBuffer\nimport java.sql.Connection\n\n\/\/import name.b743e7b78837d3cc9a6943e388c72ef6.publickeys.Messages.PublicKey\nimport org.apache.commons.dbcp2._\n\n\n\nclass PostgresqlDatabase(var dbConfig:Config){\n  import Messages.PublicKey\n\n  protected var connectionOption: Option[Connection] = None\n\n  \/* Datasource -\n   *\n   * According to a note in the sourcecode, the poolsize cannot be reset after initialisation\n   *\/\n\n  object Datasource {\n    val connectionPool = new BasicDataSource()\n    connectionPool.setUsername( dbConfig.getString(\"postgresql.user\") )\n    connectionPool.setPassword( dbConfig.getString(\"postgresql.passphrase\") )\n    connectionPool.setDriverClassName(\"org.postgresql.Driver\")\n    connectionPool.setUrl(\"jdbc:postgresql:\/\/\" + dbConfig.getString(\"postgresql.address\") )\n    connectionPool.setInitialSize( dbConfig.getInt(\"postgresql.poolsize\") )\n  }\n\n  def connect() = {\n    connectionOption = Some(Datasource.connectionPool.getConnection)\n  }\n\n  def get(item: UUID): Option[PublicKey] = {\n    if(!connectionOption.isDefined){ throw new java.sql.SQLException(\"Not connected to database\")}\n    var request = s\"${dbConfig.getString(\"queries.get\")} '${item.toString}' \"\n    val results = connectionOption\n      .getOrElse(Datasource.connectionPool.getConnection)\n      .createStatement()\n      .executeQuery( request )\n\n    if(!results.next()) None\n    else Some(PublicKey(\n      UUID.fromString(results.getString(\"agent\")),\n      results.getString(\"publickey\"),\n      results.getTimestamp(\"start\").toInstant.getEpochSecond,\n      results.getTimestamp(\"stop\").toInstant.getEpochSecond,\n      results.getTimestamp(\"update\").toInstant.getEpochSecond,\n      results.getString(\"hash\"),\n      results.getInt(\"confidence\")\n    ))\n  }\n\n  \/*\n * the select statement isn't a security risk despite not being parameterised \/ stored procedure, as primaryKey\n *     can only be a UUID.\n *\/\n\n  def shortListRequest(): List[PublicKey] = {\n    if ( ! connectionOption.isDefined )\n      throw new java.sql.SQLException(\"Not connected to database\")\n\n\n    else {\n      val request = dbConfig.getString(\"queries.simpleSelect\")\n\n      val results = connectionOption\n        .getOrElse(Datasource.connectionPool.getConnection)\n        .createStatement()\n        .executeQuery( request )\n\n      var objects = new ListBuffer[PublicKey]\n\n      while ( results.next() ) {\n        val keyObject = PublicKey(\n          UUID.fromString(results.getString(\"agent\")),\n          results.getString(\"publickey\"),\n          results.getTimestamp(\"start\").toInstant.getEpochSecond,\n          results.getTimestamp(\"stop\").toInstant.getEpochSecond,\n          results.getTimestamp(\"update\").toInstant.getEpochSecond,\n          results.getString(\"hash\"),\n          results.getInt(\"confidence\")\n        )\n        objects += keyObject\n      }\n      objects.toList\n    }\n  }\n\n  def createTables():Unit = {\n    connectionOption\n      .getOrElse(Datasource.connectionPool.getConnection)\n      .createStatement()\n      .executeUpdate( dbConfig.getString(\"queries.recreate\") )\n  }\n\n}"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/Rest.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\nimport akka.http.scaladsl.model.headers.HttpOriginRange\nimport akka.http.scaladsl.model.StatusCodes\nimport scala.concurrent.Future\nimport akka.http.scaladsl.server.Directives._\nimport ch.megard.akka.http.cors.scaladsl.settings.CorsSettings\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server._\nimport StatusCodes._\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport com.typesafe.config.Config\nimport scala.util.{Failure, Success}\n\n\nabstract class Rest {\n\n  type T\n\n  protected var bindingOption:Option[Future[Http.ServerBinding]] = None\n\n  protected var settings = CorsSettings\n    .defaultSettings\n    .copy(allowGenericHttpRequests = true, allowCredentials = false, allowedOrigins = HttpOriginRange.*)\n\n\n  protected def getItem(itemId: UUID): Future[Option[T]]\n\n  protected def getUrlPath(): String\n\n  \/* This route system can be improved upon by implementing a chain-of-responsibility, where we hand\n   *    the request off to the first link in the chain, which can try and handle it, so that if it\n   *    succeeds it responds to the original request, and if it fails, hands it off to the next\n   *    link in the chain. In this case the first link would be a local hashmap cache, the second link\n   *    would depend on if we allow upserts or not - if yes a self-balancing tree, if no a vector -\n   *    the third would be a local database, the fourth\n   *\n   *    See http:\/\/www.enterpriseintegrationpatterns.com\/patterns\/messaging\/RoutingTable.html\n   *    Currently I suspect this requires creating an actor that can instantiate \/ supervise\n   *    the various chains.\n   *\/\n\n  protected def notAllowed() = complete(StatusCodes.Forbidden)\n\n  protected def notFound() = complete(StatusCodes.NotFound)\n\n  protected def error() = complete(StatusCodes.InternalServerError)\n\n  protected def route: Route = pathEndOrSingleSlash{ notAllowed() }\n\n\n\n  implicit def myRejectionHandler =\n    RejectionHandler.newBuilder()\n      .handle { case MissingCookieRejection(cookieName) =>\n        complete(HttpResponse(BadRequest, entity = \"\"))\n      }\n      .handle { case MissingQueryParamRejection(param) =>\n        complete(HttpResponse(400, entity = \"\"))\n      }\n      .handle { case AuthorizationFailedRejection =>\n        complete((Forbidden, \"\"))\n      }\n      .handle { case ValidationRejection(msg, _) =>\n        complete((InternalServerError, \"\" + msg))\n      }\n      .handleAll[MethodRejection] { methodRejections =>\n      val names = methodRejections.map(_.supported.name)\n      complete((MethodNotAllowed, s\"Supported: ${names mkString \" or \"}\"))\n    }\n      .handleNotFound {\n        complete((400, \"\"))\n      }\n      .result()\n\n\n  protected def bind(config: Config) = {\n    import akka.stream._\n    \/\/ Bug 261660fa-10ee-45e8-a62e-7004b7565536\n    \/\/ There was a problem with the route in bindandhandle not converting to a routeFlow. Using the following commented arguments\n    \/\/    the problem could be solved, but as we're overriding bind anyway, it seems better to just put a new actorsystem\n    \/\/    and materialiser in here. I leave this comment in here, in case the system gets modified in the future.\n    \/\/ import akka.stream.scaladsl._\n    \/\/ import akka.NotUsed\n    \/\/ val routeFlow: Flow[HttpRequest, HttpResponse, NotUsed] = RouteResult.route2HandlerFlow(route)\n    \/\/ val bindingFuture = Http()(system)\n    \/\/    .bindAndHandle(routeFlow, config.getString(\"http.host\"), config.getInt(\"http.port\"))(materializer)\n    import scala.concurrent.ExecutionContext.Implicits.global\n    implicit val system = ActorSystem(\"REST\")\n    implicit val materializer = ActorMaterializer()\n\n    val bindingFuture = Http()(system).bindAndHandle(route, config.getString(\"http.host\"), config.getInt(\"http.port\"))(materializer)\n\n    bindingFuture.onComplete {\n      case Success(serverBinding) => bindingOption = Some(bindingFuture)\n      case Failure(ex) => throw new java.net.BindException(\"bindAndHandle failed. Presumably the port is already in use.\")\n    }\n  }\n\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/FileServer.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.server.Directives._\nimport ch.megard.akka.http.cors.scaladsl.CorsDirectives._\nimport com.typesafe.config.Config\nimport scala.concurrent.Future\nimport scala.language.reflectiveCalls\n\n\n\/** Fileserver - intended to expose a limited number and restricted range of files to the outside world.\n  *\n  * Currently the code is written to only expose html, js, css, and svg. This is hardcoded as I will have\n  *   to spend a bit more time looking into how exactly responses to queries are constructed.\n  *\n  * The fileserver is built to only expose files within a specific directory, and not rely on user input, in\n  *   order to prevent filesystem traversal attacks. To expand the system beyond the single directory structure\n  *   makes sense, for the future.\n  *\n  *\/\n\nclass FileServer(config:Config) {\n\n  protected var bindingOption:Option[Future[Http.ServerBinding]] = None\n\n  protected var loadedFiles = loadFiles( config )\n\n  def makeRoute( config:Config ) = get {\n    pathEndOrSingleSlash {\n      cors()\n      getFromResource( s\"${config.getString(\"files.basedir\")}\/${config.getString(\"files.baseFile\")}\" )\n    } ~ path( loadFiles(config) ) {\n      (mappedContent) => {\n        \/\/ todo: map to path instead of an httpentity, construct response, though for a miniature system\n        \/\/     such as this, it's hardly relevant\n        complete(StatusCodes.OK -> mappedContent)\n      }\n    }\n  }\n\n  def loadFiles(config:Config): Map[String, HttpEntity.Strict ] =\n    new java.io.File(\".\/src\/main\/resources\/documentation\") \/\/@TODO: look into NIO, resourcepath. Make path configureable\n      .listFiles\n      .filter( file =>\n        file.isFile && validName( file.getName ) \/\/ Or look at mimetype\n      ).map { path =>\n      using( scala.io.Source.fromFile( path, \"utf-8\")) {\n        source => {\n          (\n            path.getName,\n            filenameToEntity( getExtensions(path.getName), source.mkString )\n            ) } }\n    }.toMap\n\n\n  \/\/ We want to know and limit what we open up to the world.\n  \/\/ @todo: add a function to look at mimetype\n\n  def filenameToEntity( extension: String, content: String ): HttpEntity.Strict = extension match {\n    case \"html\" => HttpEntity( ContentTypes.`text\/html(UTF-8)`, content )\n    case \"css\"  => HttpEntity( ContentType(MediaTypes.`text\/css`,HttpCharsets.`UTF-8`), content )\n    case \"js\"   => HttpEntity( ContentType(MediaTypes.`application\/javascript`,HttpCharsets.`UTF-8`), content )\n    case \"svg\"  => HttpEntity( MediaTypes.`image\/svg+xml`, content.getBytes(\"utf-8\"))\n  }\n\n\n  def using[A <: { def close(): Unit }, B](resource: A)(f: A => B): B = try {\n    f(resource)\n  } finally {\n    resource.close()\n  }\n\n\n  def validName(filename:String): Boolean = {\n    if (\n      (filename endsWith \".html\") ||\n        (filename endsWith \".svg\")  ||\n        (filename endsWith \".css\")  ||\n        (filename endsWith \".js\")\n    ) true\n    else false\n  }\n\n\n  def getExtensions(name: String) = {\n    val regex = \"\"\"^.*\\.(\\w+)$\"\"\".r\n    val regex(ext) = name\n    ext\n  }\n}\n\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/PublicKeys.scala","text":"package name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\nimport akka.actor.{ActorRef, Props}\nimport akka.http.scaladsl.server.Directives._\nimport akka.http.scaladsl.server._\nimport ch.megard.akka.http.cors.scaladsl.CorsDirectives._\nimport com.typesafe.config.Config\nimport akka.pattern.ask\nimport scala.concurrent.Future\n\n\n\/* a PublicKey is used to store and communicate the public keys and associated metadata.\n *    Once a DB storage mechanism is fully implemented this class should work with the hash\n *    that is computed from the relevant fields (agentUUID, publicKey, validSince, validUntil,\n *    confidence) which together with the updatedAt field allows concurrent use by guarding against race\n *    conditions. Currently we store the data in postgresql, so we can implement atomic transactions,\n *    but there's a slight possibility we wish to change this later. Specifically if we want\n *    to move to a distributed database system atomicity cannot be guaranteed.\n *\/\n\n\n\/** PublicKeyRestServiceActor creates a minimal rest service where one may request public PGP keys.\n  *     Once a DB storage mechanism is fully implemented the service should be improved upon by\n  *\n  *     A) including POST and PUT\/PATCH methods\n  *     B) using the validSince and validUntil values to decide which key to respond with\n  *     C) potentially including a hash mechanism here instead of inside the database\n  *\/\n\nclass PublicKeys(config:Config, dataSupervisor: ActorRef, dataActor: ActorRef)\n  extends RestService( dataActor )\n    with PublicKeysOnRead {\n\n  import scala.concurrent.ExecutionContext.Implicits.global\n  import DatabaseActor._\n  import Messages._\n  type T = PublicKey\n\n  \/**\n    * First try and get the thing we're looking for from the (currently hardcoded) agents whose information\n    *   is already inside the application. But if that doesn't work, find it in the database instead. If its\n    *   not in there find it somewhere else on the web, once multiple servers are online\/configured.\n    *\n    * @param itemId\n    * @return\n    *\/\n  override protected def getItem(itemId: UUID): Future[Option[PublicKey]] = Future {\n    Agents.data.get(itemId) match {\n      case None => {\n        dataActor ! GetRequest( \"agents\", itemId )\n        None\n      }\n\n      case Some(publicKey) => {\n        Some(publicKey)\n      }\n    }\n  }\n\n  override protected def getUrlPath() = {\n    config.getString(\"http.path\")\n  }\n\n  \/\/ @TODO: use pattern to refactor routes\n  \/\/ IntelliJ is occasionally confused about these parameters, showing a cannot resolve reference error,\n  \/\/     but everything compiles and runs fine...\n  protected val requestGet = path( getUrlPath() \/ JavaUUID ) &\n    get &\n    parameters( 'sessionLogId.as[String], 'protocol.as[Int] )\n\n  \/* @TODO: refactor for multiple routes\n  *  @TODO: Consider a cleaner way for actor-per-request pattern.\n  *     See also https:\/\/markatta.com\/codemonkey\/blog\/2016\/08\/03\/actor-per-request-with-akka-http\/\n  * *\/\noverride protected def route: Route = get {\n  path(getUrlPath() \/ JavaUUID) {\n    (itemId) => {\n        parameters( 'sessionLogId.as[String], 'protocol.as[Int] ) {\n          (sessionLogId, protocolVersion) => {\n            onSuccess((dataSupervisor ? Get(itemId)).mapTo[PublicKeysMessage]){\n              result => cors(){\n                if (result.items.isEmpty)\n                  notFound()\n                else {\n                  val message = new PublicKeysMessage(1, transform(result.items))\n                  complete(message)\n                }\n              }\n            }\n          }\n        }\n      }\n    }\n  }\n}\n\n\nobject PublicKeys {\n  def props(config: Config, dataSupervisor: ActorRef, dataActor: ActorRef): Props = Props(new PublicKeys(config, dataSupervisor, dataActor))\n}\n\n\n\/*\n * Only one of the following traits is supposed to be mixed in, depending on whether the application is read-heavy or\n *    write-heavy. The lack of an override modifier on the transform method means that the compiler accepts only one\n *    trait being mixed in, which is exactly what we intend - for now.\n *\n * We may consider expanding this to a full Model-View-Controller architecture, if we ever expand this application.\n *\n * On modifying, take into consideration PublicKeysOnWrite\n *\/\n\ntrait PublicKeysOnRead {\n  import Messages.PublicKey\n  def transform(items:List[PublicKey]) = {\n    items\n  }\n}\n\n\/*\n * See the comment on PublicKeysONRead\n *\/\n\ntrait PublicKeysOnWrite {\n  import Messages.PublicKey\n  def transform(items:List[PublicKey]) = {\n    items\n  }\n}"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/src\/main\/scala\/DataIntermediate.scala","text":"<gh_stars>0\npackage name.b743e7b78837d3cc9a6943e388c72ef6.publickeys\n\nimport java.util.UUID\nimport Messages._\nimport akka.pattern.ask\nimport scala.util.{Success, Failure}\nimport akka.util.Timeout\nimport scala.concurrent.duration._\nimport scala.concurrent._\n\nimport com.typesafe.config.{Config, ConfigFactory}\nimport akka.actor.{Actor, ActorRef, Props}\n\n\n\/* Note the extreme form of code repetition here. This was only an experiment to see if\n *    some chain-of-responsibility could be implemented. This will need refactoring\n *    before actually using it.\n *\/\n\n\/** The DataSupervisor takes care of our database needs.\n  *\n  * @param config\n  *\/\n\n\n\nclass DataSupervisor(config: Config, db: ActorRef) extends Actor {\n  val postgresDB = new PostgresqlDatabase(config)\n  postgresDB.connect()\n  val chainedCache = context.actorOf(Props( new DatachainCache() ),\"Storage\")\n  val chainedDB = context.actorOf(Props( new DatachainRelationalDB(postgresDB)))\n\n  val chain = List(chainedCache, chainedDB)\n  var boss:Option[ActorRef] = None\n\n\n  def receive() = {\n    case Get(itemId) => {\n      println(\"Supervisor getting \" + itemId)\n      boss = Some(sender())\n      implicit val askTimeout: Timeout = 3.seconds\n      chainedCache forward ChainedGet(itemId,chain)\n    }\n\n    case PublicKeysMessage(1,_) => {\n      println(\"Supervisor receiving message with item\")\n    }\n\n    case _ =>\n      println(\"Unexpected request to data supervisor\")\n  }\n}\n\nobject DataSupervisor {\n  def props(config: Config, db:ActorRef): Props = Props(new DataSupervisor(config,db))\n}\n\n\n\nclass DatachainCache() extends Actor {\n  def receive() = {\n    case PublicKey =>\n      println(\"DatachainCache: Public key stub\")\n\n    case ChainedGet(itemId, chain) =>\n      println(\"Cache getting \" + itemId)\n      Agents.get(itemId) match {\n        case None =>\n          println(\"Cache didnt find item.\")\n          if (!chain.tail.isEmpty) {\n            println(\"Next in chain found. Forwarding\")\n            chain.tail.head forward ChainedGet(itemId, chain.tail)\n          }\n          else {\n            println(\"Next in chain not found. Returning empty message\")\n            sender() ! PublicKeysMessage(1,List())\n          }\n\n        case Some(item:PublicKey) =>\n          println(\"Cache sending PublicKey\")\n          sender() ! PublicKeysMessage(1,List(item))\n      }\n\n    case _ =>\n      println(\"Unexpected message for DatachainCache \")\n  }\n}\n\n\nobject DatachainCache {\n  def props(): Props = Props(new DatachainCache())\n}\n\n\n\nclass DatachainRelationalDB(database:PostgresqlDatabase) extends Actor{\n\n  def receive() = {\n\n    case ChainedGet(itemId, chain) => {\n      println(\"Database getting \" + itemId)\n      database.get(itemId) match {\n        case Some(item: PublicKey) =>\n          println(\"Database sending publickey\")\n          sender() ! PublicKeysMessage(1, List(item))\n\n        case None =>\n          if (!chain.tail.isEmpty) {\n            chain.tail.head forward Get(itemId)\n          } else {\n            println(\"Database didn't find item, sending empty list\")\n            sender() ! PublicKeysMessage(1, List())\n          }\n      }\n    }\n\n    case _ =>\n      println(\"Unexpected message for DatachainRelationalDB\")\n  }\n}\n\nobject DatachainRelationalDB {\n  def props(database:PostgresqlDatabase): Props = Props(new DatachainRelationalDB(database))\n}\n"}
{"repo_name":"b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2","path":"experiment\/build.sbt","text":"<reponame>b743e7b78837d3cc9a6943e388c72ef6\/58dbfff8efc6030c27394d757d496ba2\nname := \"experiment\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.12.3\"\n\/\/ scalaVersion := \"2.11.11\"\n\nscalacOptions += \"-feature\"\n\n\ncancelable in Global := true \/\/ Terminate a run in sbt without terminating sbt\nfork in run := true          \/\/ seperate jvm for app and sbt\nconnectInput in run := true  \/\/ forward stdin from sbt shell to app\n\nresolvers += \"Typesafe Repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.9\",\n  \"com.typesafe.akka\" %% \"akka-http-testkit\" % \"10.0.9\" % Test,\n  \"com.typesafe.akka\" %% \"akka-http-spray-json\" % \"10.0.9\",\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.5.4\",\n  \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.5.4\" % \"test\",\n  \"com.typesafe.akka\" %% \"akka-stream\" % \"2.5.4\",\n  \"com.typesafe.akka\" %% \"akka-stream-testkit\" % \"2.5.4\" % Test\n)\nlibraryDependencies ++= Seq(\n  \"io.spray\" %%  \"spray-json\" % \"1.3.3\"\n\/\/  \"org.json4s\" %% \"json4s-native\" % \"3.2.10\"\n)\nlibraryDependencies ++= Seq(\n\/\/  \"org.postgresql\" % \"postgresql\" % \"42.1.4\",\n\/\/  \"org.scalikejdbc\" % \"scalikejdbc_2.10\" % \"3.0.2\", \/\/ Should work with scala 2.12 but doesnt\n\/\/  \"com.h2database\" % \"h2\" % \"1.4.196\",\n\/\/ \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\",\n\/\/  \"org.apache.commons\" % \"commons-dbcp2\" % \"2.1.1\"\n)\nlibraryDependencies ++= Seq (\n  \"org.postgresql\" % \"postgresql\" % \"9.3-1102-jdbc41\",\n  \"org.apache.commons\" % \"commons-dbcp2\" % \"2.0.1\"\n)\nlibraryDependencies ++= Seq(\n  \"net.databinder.dispatch\" %% \"dispatch-core\" % \"0.13.1\"\n)\nlibraryDependencies ++= Seq(\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.1\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\"\n)\nlibraryDependencies += \"ch.megard\" % \"akka-http-cors_2.12\" % \"0.2.1\"\n\nscalacOptions += \"-deprecation\"\n\n\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/test\/scala\/com\/hortonworks\/spark\/atlas\/sql\/LoadDataHarvesterSuite.scala","text":"<filename>src\/test\/scala\/com\/hortonworks\/spark\/atlas\/sql\/LoadDataHarvesterSuite.scala<gh_stars>0\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.sql\n\nimport java.io.{File, FileOutputStream, PrintWriter}\nimport java.nio.file.Files\nimport java.util\n\nimport scala.util.Random\nimport scala.collection.JavaConverters._\n\nimport org.apache.atlas.AtlasClient\nimport org.apache.atlas.model.instance.AtlasEntity\nimport org.apache.commons.io.FileUtils\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.execution.LeafExecNode\nimport org.apache.spark.sql.execution.command.{ExecutedCommandExec, LoadDataCommand}\nimport org.scalatest.{BeforeAndAfterAll, FunSuite, Matchers}\n\nimport com.hortonworks.spark.atlas.types.external\n\nclass LoadDataHarvesterSuite extends FunSuite with Matchers with BeforeAndAfterAll {\n\n  private var sparkSession: SparkSession = _\n  private val sourceTblName = \"source_\" + Random.nextInt(100000)\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n    sparkSession = SparkSession.builder()\n      .master(\"local\")\n      .config(\"spark.sql.catalogImplementation\", \"hive\")\n      .getOrCreate()\n\n    sparkSession.sql(s\"CREATE TABLE $sourceTblName (name string)\")\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.stop()\n    SparkSession.clearActiveSession()\n    SparkSession.clearDefaultSession()\n    sparkSession = null\n\n    FileUtils.deleteDirectory(new File(\"metastore_db\"))\n    FileUtils.deleteDirectory(new File(\"spark-warehouse\"))\n  }\n\n  test(\"LOAD DATA [LOCAL] INPATH path source\") {\n    val file = Files.createTempFile(\"input\", \".txt\").toFile\n    val out = new PrintWriter(new FileOutputStream(file))\n    out.write(\"a\\nb\\nc\\nd\\n\")\n    out.close()\n\n    val qe = sparkSession.sql(s\"LOAD DATA LOCAL INPATH '${file.getAbsolutePath}' \" +\n      s\"OVERWRITE INTO  TABLE $sourceTblName\").queryExecution\n    val qd = QueryDetail(qe, 0L, 0L)\n    val node = qe.sparkPlan.collect { case p: LeafExecNode => p }\n    assert(node.size == 1)\n    val execNode = node.head.asInstanceOf[ExecutedCommandExec]\n\n    val entities = CommandsHarvester.LoadDataHarvester.harvest(\n      execNode.cmd.asInstanceOf[LoadDataCommand], qd)\n    val pEntity = entities.head\n\n    assert(pEntity.getAttribute(\"inputs\").isInstanceOf[util.Collection[_]])\n    val inputs = pEntity.getAttribute(\"inputs\").asInstanceOf[util.Collection[AtlasEntity]]\n    inputs.size() should be (1)\n\n    val inputPath = inputs.asScala.head\n    inputPath.getTypeName should be (external.FS_PATH_TYPE_STRING)\n    inputPath.getAttribute(\"name\") should be (file.getAbsolutePath.toLowerCase)\n\n    assert(pEntity.getAttribute(\"outputs\").isInstanceOf[util.Collection[_]])\n    val outputs = pEntity.getAttribute(\"outputs\").asInstanceOf[util.Collection[AtlasEntity]]\n    outputs.size() should be (1)\n    val outputTable = outputs.asScala.head\n    outputTable.getTypeName should be (external.HIVE_TABLE_TYPE_STRING)\n    outputTable.getAttribute(\"name\") should be (sourceTblName)\n    outputTable.getAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME) should be (\n      s\"default.$sourceTblName@primary\")\n  }\n}\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/main\/scala\/com\/hortonworks\/spark\/atlas\/types\/internal.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.types\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.atlas.AtlasClient\nimport org.apache.atlas.model.instance.AtlasEntity\nimport org.apache.spark.sql.catalyst.catalog.{CatalogDatabase, CatalogStorageFormat, CatalogTable}\nimport org.apache.spark.sql.execution.QueryExecution\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.ml.{Pipeline, PipelineModel}\n\nimport com.hortonworks.spark.atlas.utils.{Logging, SparkUtils}\n\nobject internal extends Logging {\n\n  def sparkDbUniqueAttribute(db: String): String = SparkUtils.getUniqueQualifiedPrefix() + db\n\n  def sparkDbToEntities(dbDefinition: CatalogDatabase): Seq[AtlasEntity] = {\n    val dbEntity = new AtlasEntity(metadata.DB_TYPE_STRING)\n    val pathEntity = external.pathToEntity(dbDefinition.locationUri.toString)\n\n    dbEntity.setAttribute(\n      AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, sparkDbUniqueAttribute(dbDefinition.name))\n    dbEntity.setAttribute(\"name\", dbDefinition.name)\n    dbEntity.setAttribute(\"description\", dbDefinition.description)\n    dbEntity.setAttribute(\"locationUri\", pathEntity)\n    dbEntity.setAttribute(\"properties\", dbDefinition.properties.asJava)\n    Seq(dbEntity, pathEntity)\n  }\n\n  def sparkStorageFormatUniqueAttribute(db: String, table: String): String = {\n    SparkUtils.getUniqueQualifiedPrefix() + s\"$db.$table.storageFormat\"\n  }\n\n  def sparkStorageFormatToEntities(\n      storageFormat: CatalogStorageFormat,\n      db: String,\n      table: String): Seq[AtlasEntity] = {\n    val sdEntity = new AtlasEntity(metadata.STORAGEDESC_TYPE_STRING)\n    val pathEntity = storageFormat.locationUri.map { u => external.pathToEntity(u.toString) }\n\n    sdEntity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n      sparkStorageFormatUniqueAttribute(db, table))\n    pathEntity.foreach { e => sdEntity.setAttribute(\"locationUri\", e) }\n    storageFormat.inputFormat.foreach(sdEntity.setAttribute(\"inputFormat\", _))\n    storageFormat.outputFormat.foreach(sdEntity.setAttribute(\"outputFormat\", _))\n    storageFormat.serde.foreach(sdEntity.setAttribute(\"serde\", _))\n    sdEntity.setAttribute(\"compressed\", storageFormat.compressed)\n    sdEntity.setAttribute(\"properties\", storageFormat.properties.asJava)\n\n    Seq(Some(sdEntity), pathEntity)\n      .filter(_.isDefined)\n      .flatten\n  }\n\n  def sparkColumnUniqueAttribute(db: String, table: String, col: String): String = {\n    SparkUtils.getUniqueQualifiedPrefix() + s\"$db.$table.col-$col\"\n  }\n\n  def sparkSchemaToEntities(schema: StructType, db: String, table: String): List[AtlasEntity] = {\n    schema.map { struct =>\n      val entity = new AtlasEntity(metadata.COLUMN_TYPE_STRING)\n\n      entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n        sparkColumnUniqueAttribute(db, table, struct.name))\n      entity.setAttribute(\"name\", struct.name)\n      entity.setAttribute(\"type\", struct.dataType.typeName)\n      entity.setAttribute(\"nullable\", struct.nullable)\n      entity.setAttribute(\"metadata\", struct.metadata.toString())\n      entity\n    }.toList\n  }\n\n  def sparkTableUniqueAttribute(db: String, table: String): String = {\n    SparkUtils.getUniqueQualifiedPrefix() + s\"$db.$table\"\n  }\n\n  def sparkTableToEntities(\n      tableDefinition: CatalogTable,\n      mockDbDefinition: Option[CatalogDatabase] = None): Seq[AtlasEntity] = {\n    val db = tableDefinition.identifier.database.getOrElse(\"default\")\n    val dbDefinition = mockDbDefinition\n      .getOrElse(SparkUtils.getExternalCatalog().getDatabase(db))\n\n    val dbEntities = sparkDbToEntities(dbDefinition)\n    val sdEntities =\n      sparkStorageFormatToEntities(tableDefinition.storage, db, tableDefinition.identifier.table)\n    val schemaEntities =\n      sparkSchemaToEntities(tableDefinition.schema, db, tableDefinition.identifier.table)\n\n    val tblEntity = new AtlasEntity(metadata.TABLE_TYPE_STRING)\n\n    tblEntity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n      sparkTableUniqueAttribute(db, tableDefinition.identifier.table))\n    tblEntity.setAttribute(\"name\", tableDefinition.identifier.table)\n    tblEntity.setAttribute(\"database\", dbEntities.head)\n    tblEntity.setAttribute(\"tableType\", tableDefinition.tableType.name)\n    tblEntity.setAttribute(\"storage\", sdEntities.head)\n    tblEntity.setAttribute(\"schema\", schemaEntities.asJava)\n    tableDefinition.provider.foreach(tblEntity.setAttribute(\"provider\", _))\n    tblEntity.setAttribute(\"partitionColumnNames\", tableDefinition.partitionColumnNames.asJava)\n    tableDefinition.bucketSpec.foreach(\n      b => tblEntity.setAttribute(\"bucketSpec\", b.toLinkedHashMap.asJava))\n    tblEntity.setAttribute(\"owner\", tableDefinition.owner)\n    tblEntity.setAttribute(\"createTime\", tableDefinition.createTime)\n    tblEntity.setAttribute(\"lastAccessTime\", tableDefinition.lastAccessTime)\n    tblEntity.setAttribute(\"properties\", tableDefinition.properties.asJava)\n    tableDefinition.comment.foreach(tblEntity.setAttribute(\"comment\", _))\n    tblEntity.setAttribute(\"unsupportedFeatures\", tableDefinition.unsupportedFeatures.asJava)\n\n    Seq(tblEntity) ++ dbEntities ++ sdEntities ++ schemaEntities\n  }\n\n  def sparkProcessUniqueAttribute(executionId: Long): String = {\n    SparkUtils.sparkSession.sparkContext.applicationId + \".\" + executionId\n  }\n\n  def sparkProcessToEntity(\n      qe: QueryExecution,\n      executionId: Long,\n      executionTime: Long,\n      inputs: List[AtlasEntity],\n      outputs: List[AtlasEntity]): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.PROCESS_TYPE_STRING)\n\n    entity.setAttribute(\n      AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, sparkProcessUniqueAttribute(executionId))\n    entity.setAttribute(AtlasClient.NAME, sparkProcessUniqueAttribute(executionId))\n    entity.setAttribute(\"executionId\", executionId)\n    entity.setAttribute(\"currUser\", SparkUtils.currUser())\n    entity.setAttribute(\"remoteUser\", SparkUtils.currSessionUser(qe))\n    entity.setAttribute(\"inputs\", inputs.asJava)\n    entity.setAttribute(\"outputs\", outputs.asJava)\n    entity.setAttribute(\"executionTime\", executionTime)\n    entity.setAttribute(\"details\", qe.toString())\n    entity.setAttribute(\"sparkPlanDescription\", qe.sparkPlan.toString())\n    entity\n  }\n\n  \/\/ ================ ML related entities ==================\n  def mlDirectoryToEntity(uri: String, directory: String): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.ML_DIRECTORY_TYPE_STRING)\n\n    entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, s\"$uri.$directory\")\n    entity.setAttribute(\"uri\", uri)\n    entity.setAttribute(\"directory\", directory)\n    entity\n  }\n\n  def mlPipelineToEntity(pipeline: Pipeline, directory: AtlasEntity): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.ML_PIPELINE_TYPE_STRING)\n\n    entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, pipeline.uid)\n    entity.setAttribute(\"name\", pipeline.uid)\n    entity.setAttribute(\"directory\", directory)\n    entity\n  }\n\n  def mlModelToEntity(model: PipelineModel, directory: AtlasEntity): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.ML_MODEL_TYPE_STRING)\n\n    val uid = model.uid.replaceAll(\"pipeline\", \"model\")\n    entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, uid)\n    entity.setAttribute(\"name\", uid)\n    entity.setAttribute(\"directory\", directory)\n    entity\n  }\n\n  def mlFitProcessToEntity(\n      pipeline: Pipeline,\n      pipelineEntity: AtlasEntity,\n      inputs: List[AtlasEntity],\n      outputs: List[AtlasEntity]): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.ML_FIT_PROCESS_TYPE_STRING)\n\n    val uid = pipeline.uid.replaceAll(\"pipeline\", \"fit_process\")\n    entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, uid)\n    entity.setAttribute(\"name\", uid)\n    entity.setAttribute(\"pipeline\", pipelineEntity)\n    entity.setAttribute(\"inputs\", inputs.asJava)  \/\/ Dataset and Pipeline entity\n    entity.setAttribute(\"outputs\", outputs.asJava)  \/\/ ML model entity\n    entity\n  }\n\n  def mlTransformProcessToEntity(\n      model: PipelineModel,\n      modelEntity: AtlasEntity,\n      inputs: List[AtlasEntity],\n      outputs: List[AtlasEntity]): AtlasEntity = {\n    val entity = new AtlasEntity(metadata.ML_TRANSFORM_PROCESS_TYPE_STRING)\n\n    val uid = model.uid.replaceAll(\"pipeline\", \"transform_process\")\n    entity.setAttribute(AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME, uid)\n    entity.setAttribute(\"name\", uid)\n    entity.setAttribute(\"model\", modelEntity)\n    entity.setAttribute(\"inputs\", inputs.asJava)  \/\/ Dataset and Model entity\n    entity.setAttribute(\"outputs\", outputs.asJava)  \/\/ Dataset entity\n    entity\n  }\n}\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/main\/scala\/com\/hortonworks\/spark\/atlas\/sql\/SparkExecutionPlanTracker.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.sql\n\nimport java.util.concurrent.{LinkedBlockingQueue, TimeUnit}\nimport java.util.concurrent.atomic.AtomicLong\n\nimport scala.util.control.NonFatal\n\nimport org.apache.spark.sql.execution._\nimport org.apache.spark.sql.execution.command._\nimport org.apache.spark.sql.hive.execution._\nimport org.apache.spark.sql.util.QueryExecutionListener\n\nimport com.hortonworks.spark.atlas.{AtlasClient, AtlasClientConf}\nimport com.hortonworks.spark.atlas.utils.Logging\n\ncase class QueryDetail(qe: QueryExecution, executionId: Long, executionTime: Long)\n\nclass SparkExecutionPlanTracker(\n    private[atlas] val atlasClient: AtlasClient,\n    val conf: AtlasClientConf)\n  extends QueryExecutionListener with AbstractService with Logging {\n\n  def this(atlasClientConf: AtlasClientConf) = {\n    this(AtlasClient.atlasClient(atlasClientConf), atlasClientConf)\n  }\n\n  def this() {\n    this(new AtlasClientConf)\n  }\n\n  private val capacity = conf.get(AtlasClientConf.BLOCKING_QUEUE_CAPACITY).toInt\n  \/\/ A blocking queue for various query executions\n  private val qeQueue = new LinkedBlockingQueue[QueryDetail](capacity)\n  private val timeout = conf.get(AtlasClientConf.BLOCKING_QUEUE_PUT_TIMEOUT).toInt\n\n  private val executionId = new AtomicLong(0L)\n\n  startThread()\n\n  override def onSuccess(funcName: String, qe: QueryExecution, durationNs: Long): Unit = {\n    if (!qeQueue.offer(\n      QueryDetail(qe, executionId.getAndIncrement(), durationNs), timeout, TimeUnit.MILLISECONDS)) {\n      logError(s\"Fail to put ${qe.toString()} into queue within time limit $timeout, will throw it\")\n    }\n  }\n\n  override def onFailure(funcName: String, qe: QueryExecution, exception: Exception): Unit = {\n    logWarn(s\"Fail to execute query: {$qe}, {$funcName}\", exception)\n  }\n\n  \/\/ TODO: We should consider multiple inputs and multiple outs.\n  \/\/ TODO: We should handle OVERWRITE to remove the old lineage.\n  \/\/ TODO: We should consider LLAPRelation later\n  override protected def eventProcess(): Unit = {\n    var stopped = false\n    while (!stopped) {\n      try {\n        Option(qeQueue.poll(3000, TimeUnit.MILLISECONDS)).foreach { qd =>\n          val entities = qd.qe.sparkPlan.collect { case p: LeafExecNode => p }\n            .flatMap {\n            case r: ExecutedCommandExec =>\n              r.cmd match {\n                case c: InsertIntoHiveTable =>\n                  logDebug(s\"INSERT query ${qd.qe}\")\n                  CommandsHarvester.InsertIntoHiveTableHarvester.harvest(c, qd)\n\n                \/\/ Case 6. CREATE TABLE AS SELECT\n                case c: CreateHiveTableAsSelectCommand =>\n                  logDebug(s\"CREATE TABLE AS SELECT query: ${qd.qe}\")\n                  CommandsHarvester.CreateHiveTableAsSelectHarvester.harvest(c, qd)\n\n                case c: LoadDataCommand =>\n                  \/\/ Case 1. LOAD DATA LOCAL INPATH (from local)\n                  \/\/ Case 2. LOAD DATA INPATH (from HDFS)\n                  logDebug(s\"LOAD DATA [LOCAL] INPATH (${c.path}) ${c.table}\")\n                  CommandsHarvester.LoadDataHarvester.harvest(c, qd)\n\n                case c: CreateDataSourceTableAsSelectCommand =>\n                  \/\/ Case 7. DF.saveAsTable\n                  logDebug(\"Table name in saveAsTable query: \" + c.table.identifier.table)\n                  Seq.empty\n\n                case _ =>\n                  Seq.empty\n              }\n\n            case _ =>\n              Seq.empty\n\n              \/\/ Case 5. FROM ... INSERT (OVERWRITE) INTO t2 INSERT INTO t3\n              \/\/ CASE LLAP:\n              \/\/    case r: RowDataSourceScanExec\n              \/\/            if (r.relation.getClass.getCanonicalName.endsWith(\"dd\")) =>\n              \/\/              println(\"close hive connection via \" + r.relation.getClass.getCanonicalName)\n\n            } ++ {\n              qd.qe.sparkPlan match {\n                case d: DataWritingCommandExec if d.cmd.isInstanceOf[InsertIntoHiveDirCommand] =>\n                  CommandsHarvester.InsertIntoHiveDirHarvester.harvest(\n                    d.cmd.asInstanceOf[InsertIntoHiveDirCommand], qd)\n\n                case _ =>\n                  Seq.empty\n              }\n            }\n\n            atlasClient.createEntities(entities)\n          }\n        } catch {\n          case _: InterruptedException =>\n            logDebug(s\"Thread is interrupted\")\n            stopped = true\n\n          case NonFatal(e) =>\n          logWarn(s\"Caught exception during parsing the query: $e\")\n       }\n    }\n  }\n}\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/main\/scala\/com\/hortonworks\/spark\/atlas\/sql\/SparkCatalogEventTracker.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.sql\n\nimport java.util.concurrent.{LinkedBlockingQueue, TimeUnit}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.util.control.NonFatal\n\nimport com.google.common.annotations.VisibleForTesting\nimport org.apache.atlas.model.instance.AtlasEntity\nimport org.apache.spark.scheduler.{SparkListener, SparkListenerEvent}\nimport org.apache.spark.sql.catalyst.catalog._\n\nimport com.hortonworks.spark.atlas.{AtlasClient, AtlasClientConf, RestAtlasClient}\nimport com.hortonworks.spark.atlas.types.{AtlasEntityUtils, SparkAtlasModel, external}\nimport com.hortonworks.spark.atlas.utils.{Logging, SparkUtils}\n\nclass SparkCatalogEventTracker(\n    private[atlas] val atlasClient: AtlasClient,\n    val conf: AtlasClientConf)\n  extends SparkListener with AbstractService with AtlasEntityUtils with Logging {\n\n  def this(atlasClientConf: AtlasClientConf) = {\n    this(AtlasClient.atlasClient(atlasClientConf), atlasClientConf)\n  }\n\n  def this() {\n    this(new AtlasClientConf)\n  }\n\n  private val capacity = conf.get(AtlasClientConf.BLOCKING_QUEUE_CAPACITY).toInt\n\n  \/\/ A blocking queue for Spark Listener ExternalCatalog related events.\n  @VisibleForTesting\n  private[atlas] val eventQueue = new LinkedBlockingQueue[SparkListenerEvent](capacity)\n\n  private val timeout = conf.get(AtlasClientConf.BLOCKING_QUEUE_PUT_TIMEOUT).toInt\n\n  @VisibleForTesting\n  @volatile private[atlas] var shouldContinue: Boolean = true\n\n  private val cachedObject = new mutable.WeakHashMap[String, Object]\n\n  startThread()\n\n  override def onOtherEvent(event: SparkListenerEvent): Unit = {\n    if (!shouldContinue) {\n      \/\/ No op if our tracker is failed to initialize itself\n      return\n    }\n\n    \/\/ We only care about SQL related events.\n    event match {\n      case e: ExternalCatalogEvent =>\n        if (!eventQueue.offer(e, timeout, TimeUnit.MILLISECONDS)) {\n          logError(s\"Fail to put event $e into queue within time limit $timeout, will throw it\")\n        }\n\n      case _ =>\n        \/\/ Ignore other events\n    }\n  }\n\n  @VisibleForTesting\n  protected[atlas] override def eventProcess(): Unit = {\n    \/\/ initialize Atlas client before further processing event.\n    if (!initializeSparkModel()) {\n      logError(\"Fail to initialize Atlas Client, will discard all the received events and stop \" +\n        \"working\")\n\n      shouldContinue = false\n      eventQueue.clear()\n      return\n    }\n\n    var stopped = false\n    while (!stopped) {\n      try {\n        Option(eventQueue.poll(3000, TimeUnit.MILLISECONDS)).foreach {\n          case CreateDatabaseEvent(db) =>\n            val dbDefinition = SparkUtils.getExternalCatalog().getDatabase(db)\n            val entities = dbToEntities(dbDefinition)\n            atlasClient.createEntities(entities)\n            logInfo(s\"Created db entity $db\")\n\n          case DropDatabasePreEvent(db) =>\n            cachedObject.put(dbUniqueAttribute(db), SparkUtils.getExternalCatalog().getDatabase(db))\n\n          case DropDatabaseEvent(db) =>\n            atlasClient.deleteEntityWithUniqueAttr(dbType, dbUniqueAttribute(db))\n\n            cachedObject.remove(dbUniqueAttribute(db)).foreach { o =>\n              val dbDef = o.asInstanceOf[CatalogDatabase]\n              val path = dbDef.locationUri.toString\n              val pathEntity = external.pathToEntity(path)\n              atlasClient.deleteEntityWithUniqueAttr(pathEntity.getTypeName, path)\n            }\n\n            logInfo(s\"Deleted db entity $db\")\n\n          \/\/ TODO. We should also not create\/alter view table in Atlas\n          case CreateTableEvent(db, table) =>\n            val tableDefinition = SparkUtils.getExternalCatalog().getTable(db, table)\n            val tableEntities = tableToEntities(tableDefinition)\n            atlasClient.createEntities(tableEntities)\n            logInfo(s\"Created table entity $table\")\n\n          case DropTablePreEvent(db, table) =>\n            val tableDefinition = SparkUtils.getExternalCatalog().getTable(db, table)\n            cachedObject.put(\n              tableUniqueAttribute(db, table, isHiveTable(tableDefinition)), tableDefinition)\n\n          case DropTableEvent(db, table) =>\n            cachedObject.remove(tableUniqueAttribute(db, table, isHiveTable = true))\n              .orElse(cachedObject.remove(tableUniqueAttribute(db, table, isHiveTable = false)))\n              .foreach { o =>\n                val tblDef = o.asInstanceOf[CatalogTable]\n                val isHiveTbl = isHiveTable(tblDef)\n\n                atlasClient.deleteEntityWithUniqueAttr(\n                  tableType(isHiveTbl), tableUniqueAttribute(db, table, isHiveTbl))\n                atlasClient.deleteEntityWithUniqueAttr(\n                  storageFormatType(isHiveTbl), storageFormatUniqueAttribute(db, table, isHiveTbl))\n                tblDef.schema.foreach { f =>\n                  atlasClient.deleteEntityWithUniqueAttr(\n                    columnType(isHiveTbl), columnUniqueAttribute(db, table, f.name, isHiveTbl))\n                }\n              }\n            logInfo(s\"Deleted table entity $table\")\n\n          case RenameTableEvent(db, name, newName) =>\n            val tableDefinition = SparkUtils.getExternalCatalog().getTable(db, newName)\n            val isHiveTbl = isHiveTable(tableDefinition)\n\n            \/\/ Update storageFormat's unique attribute\n            val sdEntity = new AtlasEntity(storageFormatType(isHiveTbl))\n            sdEntity.setAttribute(org.apache.atlas.AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n              storageFormatUniqueAttribute(db, newName, isHiveTbl))\n            atlasClient.updateEntityWithUniqueAttr(\n              storageFormatType(isHiveTbl),\n              storageFormatUniqueAttribute(db, name, isHiveTbl),\n              sdEntity)\n\n            \/\/ Update column's unique attribute\n            tableDefinition.schema.foreach { sf =>\n              val colEntity = new AtlasEntity(columnType(isHiveTbl))\n              colEntity.setAttribute(org.apache.atlas.AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n                columnUniqueAttribute(db, newName, sf.name, isHiveTbl))\n              atlasClient.updateEntityWithUniqueAttr(\n                columnType(isHiveTbl),\n                columnUniqueAttribute(db, name, sf.name, isHiveTbl),\n                colEntity)\n            }\n\n            \/\/ Update Table name and Table's unique attribute\n            val tableEntity = new AtlasEntity(tableType(isHiveTbl))\n            tableEntity.setAttribute(org.apache.atlas.AtlasClient.REFERENCEABLE_ATTRIBUTE_NAME,\n              tableUniqueAttribute(db, newName, isHiveTbl))\n            tableEntity.setAttribute(\"name\", newName)\n            atlasClient.updateEntityWithUniqueAttr(\n              tableType(isHiveTbl),\n              tableUniqueAttribute(db, name, isHiveTbl),\n              tableEntity)\n\n            logInfo(s\"Rename table entity $name to $newName\")\n\n          case e if e.getClass.getName ==\n            \"org.apache.spark.sql.catalyst.catalog.AlterDatabaseEvent\" =>\n            try {\n              val dbName = e.getClass.getMethod(\"database\").invoke(e).asInstanceOf[String]\n              val dbDefinition = SparkUtils.getExternalCatalog().getDatabase(dbName)\n              val dbEntities = dbToEntities(dbDefinition)\n              atlasClient.createEntities(dbEntities)\n              logInfo(s\"Updated DB properties\")\n            } catch {\n              case NonFatal(t) => logWarn(s\"Failed to update DB properties\", t)\n            }\n\n          case e if e.getClass.getName == \"org.apache.spark.sql.catalyst.catalog.AlterTableEvent\" =>\n            try {\n              val dbName = e.getClass.getMethod(\"database\").invoke(e).asInstanceOf[String]\n              val tableName = e.getClass.getMethod(\"name\").invoke(e).asInstanceOf[String]\n              val kind = e.getClass.getMethod(\"kind\").invoke(e).asInstanceOf[String]\n\n              val tableDefinition = SparkUtils.getExternalCatalog().getTable(dbName, tableName)\n              kind match {\n                case \"table\" =>\n                  val tableEntities = tableToEntities(tableDefinition)\n                  atlasClient.createEntities(tableEntities)\n                  logInfo(s\"Updated table entity $tableName\")\n\n                case \"dataSchema\" =>\n                  val isHiveTbl = isHiveTable(tableDefinition)\n                  val schemaEntities =\n                    schemaToEntities(tableDefinition.schema, dbName, tableName, isHiveTbl)\n                  atlasClient.createEntities(schemaEntities)\n\n                  val tableEntity = new AtlasEntity(tableType(isHiveTbl))\n                  tableEntity.setAttribute(\"schema\", schemaEntities.asJava)\n                  atlasClient.updateEntityWithUniqueAttr(\n                    tableType(isHiveTbl),\n                    tableUniqueAttribute(dbName, tableName, isHiveTbl),\n                    tableEntity)\n                  logInfo(s\"Updated table schema\")\n\n                case \"stats\" =>\n                  logDebug(s\"Stats update will not be tracked here\")\n\n                case _ =>\n                  \/\/ No op.\n              }\n            } catch {\n              case NonFatal(t) =>\n                logWarn(\"Failed to update table entity\", t)\n            }\n\n          case e =>\n            logInfo(s\"Drop unknown event $e\")\n        }\n      } catch {\n        case _: InterruptedException =>\n          logDebug(s\"Thread is interrupted\")\n          stopped = true\n\n        case NonFatal(e) =>\n          logWarn(s\" Caught exception during parsing catalog event\", e)\n      }\n    }\n  }\n\n  private def initializeSparkModel(): Boolean = {\n    try {\n      val checkModelInStart = conf.get(AtlasClientConf.CHECK_MODEL_IN_START).toBoolean\n      if (checkModelInStart) {\n        val restClient = if (!atlasClient.isInstanceOf[RestAtlasClient]) {\n          logWarn(\"Spark Atlas Model check and creation can only work with REST client, so \" +\n            \"creating a new REST client\")\n          new RestAtlasClient(conf)\n        } else {\n          atlasClient\n        }\n\n        SparkAtlasModel.checkAndCreateTypes(restClient)\n      }\n\n      true\n    } catch {\n      case NonFatal(e) =>\n        logError(s\"Fail to initialize Atlas client, stop this listener\", e)\n        false\n    }\n  }\n}\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/main\/scala\/com\/hortonworks\/spark\/atlas\/sql\/CommandsHarvester.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.sql\n\nimport scala.util.Try\n\nimport org.apache.atlas.model.instance.AtlasEntity\nimport org.apache.spark.sql.catalyst.TableIdentifier\nimport org.apache.spark.sql.catalyst.catalog.HiveTableRelation\nimport org.apache.spark.sql.catalyst.plans.logical._\nimport org.apache.spark.sql.execution.{FileRelation, FileSourceScanExec}\nimport org.apache.spark.sql.execution.command.LoadDataCommand\nimport org.apache.spark.sql.execution.datasources.LogicalRelation\nimport org.apache.spark.sql.hive.execution._\nimport com.hortonworks.spark.atlas.AtlasClientConf\n\nimport com.hortonworks.spark.atlas.types.{AtlasEntityUtils, external}\nimport com.hortonworks.spark.atlas.utils.{Logging, SparkUtils}\n\nobject CommandsHarvester extends AtlasEntityUtils with Logging {\n  override val conf: AtlasClientConf = new AtlasClientConf\n\n  object InsertIntoHiveTableHarvester extends Harvester[InsertIntoHiveTable] {\n    override def harvest(node: InsertIntoHiveTable, qd: QueryDetail): Seq[AtlasEntity] = {\n      val child = node.query.asInstanceOf[Project].child\n      child match {\n        \/\/ case 3. INSERT INTO VALUES\n        case _: LocalRelation =>\n          Seq.empty\n\n        \/\/ case 4. INSERT INTO SELECT\n        case s: SubqueryAlias =>\n          \/\/ Prepare input entities\n          val fromTableIdentifier: Option[TableIdentifier] = s.child match {\n            case r: View => Some(r.desc.identifier)\n            case r: HiveTableRelation => Some(r.tableMeta.identifier)\n            case _ => None\n          }\n          require(fromTableIdentifier.isDefined, s\"Fail to get input table from node $node\")\n          val inputEntities = prepareEntities(fromTableIdentifier.get)\n\n          \/\/ Prepare output entities\n          val outTableIdentifier = node.table.identifier\n          val outputEntities = prepareEntities(outTableIdentifier)\n\n          \/\/ Create process entity\n          val inputTableEntity = List(inputEntities.head)\n          val outputTableEntity = List(outputEntities.head)\n          val pEntity = processToEntity(\n            qd.qe, qd.executionId, qd.executionTime, inputTableEntity, outputTableEntity)\n\n          Seq(pEntity) ++ inputEntities ++ outputEntities\n\n        \/\/ case 8. Multiple fromTables\n        case c: Filter =>\n          \/\/ Prepare input entities\n          val lChild = c.child.asInstanceOf[Join].left.asInstanceOf[SubqueryAlias]\n            .child.asInstanceOf[HiveTableRelation].tableMeta.identifier\n          val lInputs = prepareEntities(lChild)\n          val rChild = c.child.asInstanceOf[Join].right.asInstanceOf[SubqueryAlias]\n            .child.asInstanceOf[HiveTableRelation].tableMeta.identifier\n          val rInputs = prepareEntities(rChild)\n          val inputsEntities = lInputs ++ rInputs\n\n          \/\/ Prepare output entities\n          val outTableIdentifier = node.table.identifier\n          val outputsEntities = prepareEntities(outTableIdentifier)\n\n          \/\/ Create process entity\n          val inputTableEntities = List(lInputs.head, rInputs.head)\n          val outputTableEntities = List(outputsEntities.head)\n          val pEntity = processToEntity(\n            qd.qe, qd.executionId, qd.executionTime, inputTableEntities, outputTableEntities)\n\n          Seq(pEntity) ++ inputsEntities ++ outputsEntities\n\n        case _ =>\n          Seq.empty\n      }\n    }\n  }\n\n  object CreateHiveTableAsSelectHarvester extends Harvester[CreateHiveTableAsSelectCommand] {\n    override def harvest(\n        node: CreateHiveTableAsSelectCommand,\n        qd: QueryDetail): Seq[AtlasEntity] = {\n      \/\/ source tables entities\n      val tChildren = node.query.collectLeaves()\n      val inputsEntities = tChildren.map {\n        case r: HiveTableRelation => tableToEntities(r.tableMeta)\n        case v: View => tableToEntities(v.desc)\n\n        case l: LogicalRelation if l.relation.isInstanceOf[FileRelation] =>\n          l.catalogTable.map(tableToEntities(_)).getOrElse(\n            l.relation.asInstanceOf[FileRelation].inputFiles.map(external.pathToEntity).toSeq)\n\n        case e =>\n          logWarn(s\"Missing unknown leaf node: $e\")\n          Seq.empty\n      }\n\n      \/\/ new table entity\n      val outputEntities = tableToEntities(node.tableDesc)\n\n      \/\/ create process entity\n      val inputTablesEntities = inputsEntities.flatMap(_.headOption).toList\n      val outputTableEntities = List(outputEntities.head)\n      val pEntity = processToEntity(\n        qd.qe, qd.executionId, qd.executionTime, inputTablesEntities, outputTableEntities)\n      Seq(pEntity) ++ inputsEntities.flatten ++ outputEntities\n    }\n  }\n\n  object LoadDataHarvester extends Harvester[LoadDataCommand] {\n    override def harvest(node: LoadDataCommand, qd: QueryDetail): Seq[AtlasEntity] = {\n      val pathEntity = external.pathToEntity(node.path)\n      val outputEntities = prepareEntities(node.table)\n      val pEntity = processToEntity(\n        qd.qe, qd.executionId, qd.executionTime, List(pathEntity), List(outputEntities.head))\n      Seq(pEntity, pathEntity) ++ outputEntities\n    }\n  }\n\n  object InsertIntoHiveDirHarvester extends Harvester[InsertIntoHiveDirCommand] {\n    override def harvest(node: InsertIntoHiveDirCommand, qd: QueryDetail): Seq[AtlasEntity] = {\n      if (node.storage.locationUri.isEmpty) {\n        throw new IllegalStateException(\"Location URI is illegally empty\")\n      }\n\n      val destEntity = external.pathToEntity(node.storage.locationUri.get.toString)\n      val inputsEntities = qd.qe.sparkPlan.collectLeaves().map {\n        case h if h.getClass.getName == \"org.apache.spark.sql.hive.execution.HiveTableScanExec\" =>\n          Try {\n            val method = h.getClass.getMethod(\"relation\")\n            method.setAccessible(true)\n            val relation = method.invoke(h).asInstanceOf[HiveTableRelation]\n            tableToEntities(relation.tableMeta)\n          }.getOrElse(Seq.empty)\n\n        case f: FileSourceScanExec =>\n           f.tableIdentifier.map(prepareEntities).getOrElse(\n             f.relation.location.inputFiles.map(external.pathToEntity).toSeq)\n        case e =>\n          logWarn(s\"Missing unknown leaf node: $e\")\n          Seq.empty\n      }\n\n      val inputs = inputsEntities.flatMap(_.headOption).toList\n      val pEntity = processToEntity(\n        qd.qe, qd.executionId, qd.executionTime, inputs, List(destEntity))\n      Seq(pEntity, destEntity) ++ inputsEntities.flatten\n    }\n  }\n\n  private def prepareEntities(tableIdentifier: TableIdentifier): Seq[AtlasEntity] = {\n    val tableName = tableIdentifier.table\n    val dbName = tableIdentifier.database.getOrElse(\"default\")\n    val tableDef = SparkUtils.getExternalCatalog().getTable(dbName, tableName)\n    tableToEntities(tableDef)\n  }\n}\n\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/test\/scala\/com\/hortonworks\/spark\/atlas\/ml\/MLPipelineTrackerIT.scala","text":"<reponame>yanboliang\/spark-atlas-connector<filename>src\/test\/scala\/com\/hortonworks\/spark\/atlas\/ml\/MLPipelineTrackerIT.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.ml\n\nimport org.apache.atlas.model.instance.AtlasEntity\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.ml.feature.MinMaxScaler\nimport org.apache.spark.ml.linalg.Vectors\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types.{IntegerType, StringType, StructType}\nimport org.scalatest.{BeforeAndAfterAll, Matchers}\n\nimport com.hortonworks.spark.atlas.{BaseResourceIT, RestAtlasClient}\nimport com.hortonworks.spark.atlas.types._\nimport com.hortonworks.spark.atlas.TestUtils._\n\nclass MLPipelineTrackerIT extends BaseResourceIT with Matchers with BeforeAndAfterAll {\n  private var sparkSession: SparkSession = _\n  private val atlasClient = new RestAtlasClient(atlasClientConf)\n\n  override def beforeAll(): Unit = {\n    super.beforeAll()\n    sparkSession = SparkSession.builder()\n      .master(\"local\")\n      .config(\"spark.sql.catalogImplementation\", \"in-memory\")\n      .getOrCreate()\n  }\n\n  override def afterAll(): Unit = {\n    sparkSession.stop()\n    SparkSession.clearActiveSession()\n    SparkSession.clearDefaultSession()\n    sparkSession = null\n  }\n\n  \/\/ Return table related entities as a Sequence.\n  \/\/ The first one is table entity, followed by\n  \/\/ db entity, storage entity and schema entities.\n  def getTableEntities(tableName: String): Seq[AtlasEntity] = {\n    val dbDefinition = createDB(\"db1\", \"hdfs:\/\/\/test\/db\/db1\")\n    val sd = createStorageFormat()\n    val schema = new StructType()\n      .add(\"user\", StringType, false)\n      .add(\"age\", IntegerType, true)\n    val tableDefinition = createTable(\"db1\", s\"$tableName\", schema, sd)\n    val tableEntities = internal.sparkTableToEntities(tableDefinition, Some(dbDefinition))\n\n    tableEntities\n  }\n\n  \/\/ Enable it to run integrated test.\n  it(\"pipeline and pipeline model\") {\n    SparkAtlasModel.checkAndCreateTypes(atlasClient)\n\n    val uri = \"hdfs:\/\/\"\n    val pipelineDir = \"tmp\/pipeline\"\n    val modelDir = \"tmp\/model\"\n\n    val pipelineDirEntity = internal.mlDirectoryToEntity(uri, pipelineDir)\n    val modelDirEntity = internal.mlDirectoryToEntity(uri, modelDir)\n\n    atlasClient.createEntities(Seq(pipelineDirEntity, modelDirEntity))\n\n    val df = sparkSession.createDataFrame(Seq(\n      (1, Vectors.dense(0.0, 1.0, 4.0), 1.0),\n      (2, Vectors.dense(1.0, 0.0, 4.0), 2.0),\n      (3, Vectors.dense(1.0, 0.0, 5.0), 3.0),\n      (4, Vectors.dense(0.0, 0.0, 5.0), 4.0)\n    )).toDF(\"id\", \"features\", \"label\")\n\n    val scaler = new MinMaxScaler()\n      .setInputCol(\"features\")\n      .setOutputCol(\"features_scaled\")\n      .setMin(0.0)\n      .setMax(3.0)\n    val pipeline = new Pipeline().setStages(Array(scaler))\n\n    val model = pipeline.fit(df)\n\n    pipeline.write.overwrite().save(pipelineDir)\n\n    val pipelineEntity = internal.mlPipelineToEntity(pipeline, pipelineDirEntity)\n\n    atlasClient.createEntities(Seq(pipelineDirEntity, pipelineEntity))\n\n    val modelEntity = internal.mlModelToEntity(model, modelDirEntity)\n\n    atlasClient.createEntities(Seq(modelDirEntity, modelEntity))\n\n    val tableEntities1 = getTableEntities(\"chris1\")\n    val tableEntities2 = getTableEntities(\"chris2\")\n\n    atlasClient.createEntities(tableEntities1)\n    atlasClient.createEntities(tableEntities2)\n\n    val fitEntity = internal.mlFitProcessToEntity(\n      pipeline,\n      pipelineEntity,\n      List(pipelineEntity, tableEntities1.head),\n      List(modelEntity))\n\n    atlasClient.createEntities(Seq(pipelineDirEntity, modelDirEntity,\n      pipelineEntity, modelEntity, fitEntity) ++ tableEntities1)\n\n    model.write.overwrite().save(modelDir)\n\n    val df2 = model.transform(df)\n    df2.collect()\n\n    val transformEntity = internal.mlTransformProcessToEntity(\n      model,\n      modelEntity,\n      List(modelEntity, tableEntities1.head),\n      List(tableEntities2.head))\n\n    atlasClient.createEntities(Seq(modelDirEntity, modelEntity, transformEntity)\n      ++ tableEntities1 ++ tableEntities2)\n  }\n}\n"}
{"repo_name":"yanboliang\/spark-atlas-connector","path":"src\/main\/scala\/com\/hortonworks\/spark\/atlas\/types\/classifications.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.hortonworks.spark.atlas.types\n\nimport com.google.common.collect.ImmutableSet\nimport org.apache.atlas.`type`.AtlasTypeUtil\n\nobject classifications {\n  val DIMENSION_CLASSIFICATION = \"Dimension\"\n  val FACT_CLASSIFICATION = \"Fact\"\n\n  val FS_CLASSIFICATION = \"FsAccess\"\n  val JDBC_CLASSIFICATION = \"JdbcAccess\"\n  val KAFKA_CLASSIFICATION = \"KafkaAccess\"\n  val HBASE_CLASSIFICATION = \"HBaseAccess\"\n  val STREAM_CLASSIFICATION = \"StreamAccess\"\n\n  val DIMENSION_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n      DIMENSION_CLASSIFICATION,\n      \"Dimension Classification\",\n      metadata.METADATA_VERSION,\n      ImmutableSet.of[String]())\n\n  val FACT_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    FACT_CLASSIFICATION,\n    \"Fact Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n\n  val FS_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    FS_CLASSIFICATION,\n    \"FileSystem Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n\n  val JDBC_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    JDBC_CLASSIFICATION,\n    \"JDBC Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n\n  val KAFKA_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    KAFKA_CLASSIFICATION,\n    \"Kafka Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n\n  val HBASE_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    HBASE_CLASSIFICATION,\n    \"HBase Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n\n  val STREAM_CLASSIFICATION_DEF = AtlasTypeUtil.createTraitTypeDef(\n    STREAM_CLASSIFICATION,\n    \"Stream Classification\",\n    metadata.METADATA_VERSION,\n    ImmutableSet.of[String]())\n}\n"}
{"repo_name":"burak0206\/TodoList","path":"app\/controllers\/Application.scala","text":"<gh_stars>0\npackage controllers\n\nimport com.google.inject.Inject\nimport models.Task\nimport play.api.data._\nimport play.api.data.Forms._\nimport play.api.i18n._\nimport play.api.mvc._\n\nclass Application @Inject()(val messagesApi: MessagesApi)  extends Controller with I18nSupport {\n\n  val taskForm = Form(\n    \"label\" -> nonEmptyText\n  )\n\n  def index = Action {\n    \/\/Ok(views.html.index(\"Your new application is ready.\"))\n    Redirect(routes.Application.tasks)\n    \/\/Ok(views.html.hello(Task(1,\"burak\")::Nil,taskForm))\n  }\n  def tasks = Action {\n    Ok(views.html.hello(Task.all(), taskForm))\n  }\n\n  def newTask = Action { implicit request =>\n    taskForm.bindFromRequest.fold(\n      errors => BadRequest(views.html.hello(Task.all(), errors)),\n      label => {\n        Task.create(label)\n        Redirect(routes.Application.tasks)\n      }\n    )\n }\n\n  def deleteTask(id: Long) = Action {  request =>\n    Task.delete(id)\n    Redirect(routes.Application.tasks)\n  }\n\n}\n"}
{"repo_name":"wodend\/sbt-by-example","path":"build.sbt","text":"ThisBuild \/ version      := \"0.1.0\"\nThisBuild \/ scalaVersion := \"2.12.10\"\nThisBuild \/ organization := \"cc.estoff\"\n\nval scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.0.5\"\nval gigahorse = \"com.eed3si9n\" %% \"gigahorse-okhttp\" % \"0.3.1\"\nval playJson  = \"com.typesafe.play\" %% \"play-json\" % \"2.6.9\"\n\nlazy val sbtByExample = (project in file(\".\"))\n  .aggregate(sbtByExampleCore)\n  .dependsOn(sbtByExampleCore)\n  .enablePlugins(JavaAppPackaging)\n  .settings(\n    name := \"sbt by example\",\n    libraryDependencies += scalaTest % Test,\n  )\n\nlazy val sbtByExampleCore = (project in file(\"core\"))\n  .settings(\n    name := \"sbt by example core\",\n    libraryDependencies ++= Seq(gigahorse, playJson),\n    libraryDependencies += scalaTest % Test,\n  )\n"}
{"repo_name":"wodend\/sbt-by-example","path":"src\/main\/scala\/example\/Hello.scala","text":"<filename>src\/main\/scala\/example\/Hello.scala\npackage example\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration.DurationInt\n\nimport core.Weather\n\nobject Hello extends App {\n  val w = Await.result(Weather.weather, 10.seconds)\n  println(s\"Hello! The weather in New York is $w.\")\n  Weather.http.close()\n}\n"}
{"repo_name":"chadhahn\/swagger-core","path":"samples\/scala-play2\/app\/controllers\/PetApiController.scala","text":"package controllers\n\nimport models.Pet\nimport api._\n\nimport play.api.mvc._\n\n\nimport javax.ws.rs.{QueryParam, PathParam}\n\n\nimport com.wordnik.swagger.annotations._\nimport com.wordnik.swagger.core.util.ScalaJsonUtil\n\n@Api(value = \"\/pet\", description = \"Operations about pets\")\nclass PetApiController extends BaseApiController {\n  var petData = new PetData\n\n  def getOptions(path: String) = Action {\n    implicit request => JsonResponse(new value.ApiResponse(200, \"Ok\"))\n  }\n\n  @ApiOperation(nickname = \"getPetById\", value = \"Find pet by ID\", notes = \"Returns a pet\", response = classOf[models.Pet], httpMethod = \"GET\")\n  @ApiResponses(Array(\n    new ApiResponse(code = 400, message = \"Invalid ID supplied\"),\n    new ApiResponse(code = 404, message = \"Pet not found\")))\n  def getPetById(\n                  @ApiParam(value = \"ID of the pet to fetch\") @PathParam(\"id\") id: String) = Action {\n    implicit request =>\n      petData.getPetbyId(getLong(0, 100000, 0, id)) match {\n        case Some(pet) => JsonResponse(pet)\n        case _ => JsonResponse(new value.ApiResponse(404, \"Pet not found\"), 404)\n      }\n  }\n\n  @ApiOperation(nickname = \"addPet\",\n    value = \"Add a new Pet\",\n    response = classOf[Void],\n    httpMethod = \"POST\",\n    authorizations = Array(new Authorization(value=\"oauth2\",\n    scopes = Array(\n      new AuthorizationScope(scope = \"test:anything\", description = \"anything\"),\n      new AuthorizationScope(scope = \"test:nothing\", description = \"nothing\")\n    ))))\n  @ApiResponses(Array(\n    new ApiResponse(code = 405, message = \"Invalid input\")))\n  @ApiImplicitParams(Array(\n    new ApiImplicitParam(value = \"Pet object that needs to be added to the store\", required = true, dataType = \"Pet\", paramType = \"body\")))\n  def addPet() = Action {\n    implicit request =>\n      request.body.asJson match {\n        case Some(e) => {\n          val pet = ScalaJsonUtil.mapper.readValue(e.toString, classOf[Pet]).asInstanceOf[Pet]\n          petData.addPet(pet)\n          Ok\n        }\n        case None => JsonResponse(new value.ApiResponse(400, \"Invalid input\"))\n      }\n  }\n\n  @ApiOperation(nickname = \"updatePet\",\n    value = \"Update an existing Pet\", response = classOf[Void], httpMethod = \"PUT\")\n  @ApiResponses(Array(\n    new ApiResponse(code = 400, message = \"Invalid ID supplied\"),\n    new ApiResponse(code = 404, message = \"Pet not found\"),\n    new ApiResponse(code = 405, message = \"Validation exception\")))\n  @ApiImplicitParams(Array(\n    new ApiImplicitParam(value = \"Pet object that needs to be updated in the store\", required = true, dataType = \"Pet\", paramType = \"body\")))\n  def updatePet() = Action {\n    implicit request =>\n      request.body.asJson match {\n        case Some(e) => {\n          val pet = ScalaJsonUtil.mapper.readValue(e.toString, classOf[Pet]).asInstanceOf[Pet]\n          petData.addPet(pet)\n          JsonResponse(\"SUCCESS\")\n        }\n        case None => JsonResponse(new value.ApiResponse(404, \"sorry\"))\n      }\n  }\n\n  @ApiOperation(nickname = \"findPetByStatus\",\n    value = \"Finds Pets by status\",\n    notes = \"Multiple status values can be provided with comma seperated strings\",\n    response = classOf[models.Pet], responseContainer = \"List\", httpMethod = \"GET\")\n  @ApiResponses(Array(\n    new ApiResponse(code = 400, message = \"Invalid status value\")))\n  def findPetsByStatus(\n                        @ApiParam(value = \"Status values that need to be considered for filter\", required = true, defaultValue = \"available\",\n                          allowableValues = \"available,pending,sold\", allowMultiple = true) @QueryParam(\"status\") status: String) = Action {\n    implicit request =>\n      var results = petData.findPetByStatus(status)\n      JsonResponse(results)\n  }\n\n  @ApiOperation(nickname = \"findPetsByTags\",\n    value = \"Finds Pets by tags\",\n    notes = \"Muliple tags can be provided with comma seperated strings. Use tag1, tag2, tag3 for testing.\",\n    response = classOf[models.Pet], responseContainer = \"List\", httpMethod = \"GET\")\n  @ApiResponses(Array(\n    new ApiResponse(code = 400, message = \"Invalid tag value\")))\n  def findPetsByTags(\n                      @ApiParam(value = \"Tags to filter by\", required = true,\n                        allowMultiple = true) @QueryParam(\"tags\") tags: String) = Action {\n    implicit request =>\n      var results = petData.findPetByTags(tags)\n      JsonResponse(results)\n  }\n\n  @ApiOperation(nickname = \"attachImage\",\n    value = \"Attach an Image File for a pet\",\n    notes = \"Is not functional, only used to test file upload params\",\n    response = classOf[Void], httpMethod = \"POST\")\n  @ApiResponses(Array(\n    new ApiResponse(code = 400, message = \"Invalid file format\")))\n  @ApiImplicitParams(Array(\n    new ApiImplicitParam(value = \"Image file to attach\", required = true, dataType = \"file\", paramType = \"body\"),\n    new ApiImplicitParam(name = \"id\", value = \"ID of pet to which to attach image\", required = true, dataType = \"String\", paramType = \"path\",\n      allowableValues = \"range[0,10]\")))\n  def attachImage(id: String) = Action {\n    implicit request =>\n      JsonResponse(\"SUCCESS\")\n  }\n}\n\nobject PetApiController {}\n\n"}
{"repo_name":"chadhahn\/swagger-core","path":"modules\/swagger-core\/src\/test\/scala\/converter\/JodaLocalDateConverterTest.scala","text":"package converter\n\nimport com.wordnik.swagger.annotations.ApiModelProperty\nimport com.wordnik.swagger.converter.ModelConverters\nimport com.wordnik.swagger.core.util.JsonSerializer\nimport org.joda.time.LocalDate\nimport org.junit.runner.RunWith\nimport org.scalatest.FlatSpec\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.matchers.ShouldMatchers\n\nimport scala.annotation.meta.field\n\n@RunWith(classOf[JUnitRunner])\nclass JodaLocalDateConverterTest extends FlatSpec with ShouldMatchers {\n  it should \"read a generic model\" in {\n    val models = ModelConverters.readAll(classOf[ModelWithJodaLocalDate])\n    models.size should be(1)\n\n    val model = models.head\n    val nameProperty = model.properties(\"name\")\n    nameProperty.`type` should be(\"string\")\n    nameProperty.position should be(2)\n    nameProperty.description should be(Some(\"name of the model\"))\n\n    val dateTimeProperty = model.properties(\"createdAt\")\n    dateTimeProperty.`type` should be(\"Date\")\n    dateTimeProperty.position should be(1)\n    dateTimeProperty.required should be(true)\n    dateTimeProperty.description should be(Some(\"creation localDate\"))\n\n    println(JsonSerializer.asJson(models.head))\n  }\n}\n\n\ncase class ModelWithJodaLocalDate(\n  @(ApiModelProperty@field)(value = \"name of the model\", position = 2) name: String,\n  @(ApiModelProperty@field)(value = \"creation localDate\", required = true, position = 1) createdAt: LocalDate)\n"}
{"repo_name":"chadhahn\/swagger-core","path":"modules\/swagger-core\/src\/test\/scala\/converter\/ParentChildWithParentOverrideTest.scala","text":"package converter\n\nimport model._\nimport com.wordnik.swagger.converter._\nimport com.wordnik.swagger.model._\nimport com.wordnik.swagger.annotations._\nimport com.wordnik.swagger.converter._\nimport com.wordnik.swagger.core.util._\nimport com.wordnik.swagger.model._\nimport scala.beans.BeanProperty\nimport scala.collection.mutable.LinkedHashMap\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\nimport javax.xml.bind.annotation._\nimport converter.models.Parent\nimport converter.models.Child\n\n\n\n@RunWith(classOf[JUnitRunner])\nclass ParentChildWithParentOverrideTest extends FlatSpec with ShouldMatchers {    \n  it should \"Json specified model should have the model of Child\" in {\n    val converter = new OverrideConverter()\n    converter.add(classOf[Parent].getName(), \"\"\"{\"id\":\"Parent\",\"properties\":{\"overriddenName\":{\"type\":\"string\",\"qualifiedType\":\"java.lang.String\"},\"parentName\":{\"type\":\"string\",\"qualifiedType\":\"java.lang.String\"},\"child\":{\"type\":\"Child\",\"qualifiedType\":\"converter.models.Child\"}}}\"\"\")\n    ModelConverters.addConverter(converter, true)\n    val a = ModelConverters.readAll(classOf[Parent])\n    println(JsonSerializer.asJson(a))\n    JsonSerializer.asJson(a) should be(\"\"\"[{\"id\":\"Parent\",\"properties\":{\"overriddenName\":{\"type\":\"string\"},\"parentName\":{\"type\":\"string\"},\"child\":{\"$ref\":\"Child\"}}},{\"id\":\"Child\",\"properties\":{\"childName\":{\"type\":\"string\"}}}]\"\"\")\n  }\n\n  it should \"API specified model should have the model of Child\" in {\n\n    val converter = new OverrideConverter()\n    val props = new LinkedHashMap[String, ModelProperty]\n    props += \"overriddenName\" -> ModelProperty(\n      \"string\",\n      \"java.lang.String\")\n      \n    props += \"parentName\" -> ModelProperty(\n      \"string\",\n      \"java.lang.String\")\n\n    props += \"child\" -> ModelProperty(\n      \"Child\",\n      \"converter.models.Child\")\n\n    var model = Model(\"Parent\",\n      \"Parent\",\n      classOf[Parent].getName(),\n      props)\n    converter.add(classOf[Parent].getName(), model);\n    ModelConverters.addConverter(converter, true)\n    val a = ModelConverters.readAll(classOf[Parent])\n       println(JsonSerializer.asJson(a))\n    JsonSerializer.asJson(a) should be(\"\"\"[{\"id\":\"Parent\",\"properties\":{\"overriddenName\":{\"type\":\"string\"},\"parentName\":{\"type\":\"string\"},\"child\":{\"$ref\":\"Child\"}}},{\"id\":\"Child\",\"properties\":{\"childName\":{\"type\":\"string\"}}}]\"\"\")\n  }\n}\t"}
{"repo_name":"chadhahn\/swagger-core","path":"modules\/swagger-core\/src\/test\/scala\/converter\/SubTypeModelTest.scala","text":"<gh_stars>1-10\npackage converter\n\nimport converter.models._\n\nimport com.wordnik.swagger.model._\nimport com.wordnik.swagger.converter._\n\nimport com.wordnik.swagger.core.util._\nimport com.wordnik.swagger.annotations.ApiModelProperty\n\n\nimport org.json4s._\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods._\nimport org.json4s.jackson.Serialization.{read, write}\n\nimport java.util.Date\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nimport scala.beans.BeanProperty\n\n@RunWith(classOf[JUnitRunner])\nclass SubTypeModelTest extends FlatSpec with ShouldMatchers {\n  implicit val formats = SwaggerSerializers.formats\n\n  it should \"read a model with subTypes\" in {\n    val model = ModelConverters.read(classOf[Animal]).getOrElse(fail(\"no model found\"))\n    model.subTypes.size should be (2)\n    println(write(model))\n    write(model) should be (\"\"\"{\"id\":\"Animal\",\"description\":\"a model with subtypes\",\"discriminator\":\"name\",\"properties\":{\"name\":{\"type\":\"string\",\"description\":\"name of animal\"},\"date\":{\"type\":\"string\",\"format\":\"date-time\",\"description\":\"date added\"}},\"subTypes\":[\"DomesticAnimal\",\"WildAnimal\"]}\"\"\")\n\n    \/*\n{\n  \"id\": \"Animal\",\n  \"description\": \"a model with subtypes\",\n  \"discriminator\": \"name\",\n  \"properties\": {\n    \"date\": {\n      \"type\": \"string\",\n      \"format\": \"date-time\"\n    },\n    \"name\": {\n      \"type\": \"string\"\n    }\n  },\n  \"subTypes\": [\n    \"DomesticAnimal\",\n    \"WildAnimal\"\n  ]\n}\n    *\/\n  }\n}"}
{"repo_name":"chadhahn\/swagger-core","path":"modules\/swagger-core\/src\/test\/scala\/converter\/PropertyAnnotationTest.scala","text":"<filename>modules\/swagger-core\/src\/test\/scala\/converter\/PropertyAnnotationTest.scala\npackage converter\n\nimport converter.models._\n\nimport com.wordnik.swagger.converter._\nimport com.wordnik.swagger.model._\n\nimport com.wordnik.swagger.annotations._\nimport com.wordnik.swagger.converter._\nimport com.wordnik.swagger.core.util._\nimport com.wordnik.swagger.model._\n\nimport scala.beans.BeanProperty\nimport scala.collection.mutable.LinkedHashMap\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.FlatSpec\nimport org.scalatest.matchers.ShouldMatchers\n\nimport javax.xml.bind.annotation._\n\n@RunWith(classOf[JUnitRunner])\nclass PropertyAnnotationTest extends FlatSpec with ShouldMatchers {\n  it should \"read annotations on a property\" in {\n    val a = ModelConverters.readAll(classOf[ModelWithAnnotationOnProperty])\n    JsonSerializer.asJson(a) should be (\"\"\"[{\"id\":\"ModelWithAnnotationOnProperty\",\"description\":\"my annotated model\",\"properties\":{\"count\":{\"type\":\"integer\",\"format\":\"int32\",\"description\":\"the count of items\"}}}]\"\"\")\n\n\/*\n[\n  {\n    \"id\": \"ModelWithAnnotationOnProperty\",\n    \"description\": \"my annotated model\",\n    \"properties\": {\n      \"count\": {\n        \"type\": \"integer\",\n        \"format\": \"int32\",\n        \"description\": \"the count of items\"\n      }\n    }\n  }\n]\n*\/\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/config\/ConfigurationTests.scala","text":"package com.blinkbox.books.config\n\nimport com.typesafe.config.ConfigFactory\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfterEach, FunSuite, Matchers}\n\n@RunWith(classOf[JUnitRunner])\nclass ConfigurationTests extends FunSuite with BeforeAndAfterEach with Matchers {\n\n  class Configured extends Configuration\n\n  val originalEnvironment = System.getenv()\n\n  override def afterEach(): Unit = {\n    setEnv(originalEnvironment)\n    System.clearProperty(\"testing.conf.test\")\n  }\n\n  test(\"Loads configuration normally when no environment variable is set\") {\n    val config = loadTestConfig\n    config.getString(\"application.conf.test\") should be(\"application\")\n    config.getString(\"reference.conf.test\") should be(\"reference\")\n  }\n\n  test(\"Loads config from classpath URL specified in CONFIG_URL\") {\n    setConfigUrl(Some(\"classpath:\/\/\/testing.conf\"))\n    val config = loadTestConfig\n    config.getString(\"application.conf.test\") should be(\"application\")\n    config.getString(\"testing.conf.test\") should be(\"testing\")\n    config.getString(\"reference.conf.test\") should be(\"reference\")\n  }\n\n  test(\"Loads config from file URL specified in CONFIG_URL\") {\n    setConfigUrl(Some(resourceFile(\"testing.conf\")))\n    val config = loadTestConfig\n    config.getString(\"application.conf.test\") should be(\"application\")\n    config.getString(\"testing.conf.test\") should be(\"testing\")\n    config.getString(\"reference.conf.test\") should be(\"reference\")\n  }\n\n  test(\"Config files are merged with the external one taking precedence\") {\n    setConfigUrl(Some(\"classpath:\/\/\/testing.conf\"))\n    val config = loadTestConfig\n    config.getString(\"key1\") should be(\"testing\")\n    config.getString(\"key2\") should be(\"application\")\n    config.getString(\"key3\") should be(\"reference\")\n  }\n\n  test(\"External config can be overridden by system properties\") {\n    setConfigUrl(Some(\"classpath:\/\/\/testing.conf\"))\n    System.setProperty(\"testing.conf.test\", \"overridden!\")\n    val config = loadTestConfig\n    config.getString(\"testing.conf.test\") should be(\"overridden!\")\n  }\n\n  test(\"GetConfigObjectOption\") {\n    setConfigUrl(Some(resourceFile(\"testing.conf\")))\n    val config = loadTestConfig\n    val map = config.getConfigObjectOption(\"map\").get\n    assert( \"value1\" == map.get(\"key1\").unwrapped())\n    assert( \"value2\" == map.get(\"key2\").unwrapped())\n  }\n\n  \/\/ TODO: Could test HTTP loading using URLStreamHandlerFactory, but is it worth the effort?\n\n  private def setConfigUrl(url: Option[String]) = {\n    val newEnv = new java.util.HashMap[String, String](System.getenv())\n    url.foreach(newEnv.put(\"CONFIG_URL\", _))\n    setEnv(newEnv)\n  }\n\n  \/\/ dirty dirty hack to allow setting environment variables\n  private def setEnv(newEnv: java.util.Map[String, String]): Unit = {\n    val classes = classOf[java.util.Collections].getDeclaredClasses\n    val cl = classes.filter(_.getName == \"java.util.Collections$UnmodifiableMap\").head\n    val field = cl.getDeclaredField(\"m\")\n    field.setAccessible(true)\n    val map = field.get(System.getenv).asInstanceOf[java.util.Map[String, String]]\n    map.clear()\n    map.putAll(newEnv)\n  }\n\n  private def resourceFile(filename: String) = getClass.getClassLoader.getResource(filename).toString\n\n  private def loadTestConfig = {\n    ConfigFactory.invalidateCaches() \/\/ ensure we're loading afresh\n    new Configured().config\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/package.scala","text":"<reponame>blinkboxbooks\/common-config\npackage com.blinkbox.books\n\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.MDC\n\npackage object logging {\n\n  implicit class RichLogger(logger: Logger) {\n\n    \/**\n     * Creates a block with a temporary MDC context, which will be reverted when the block completes.\n     * @param context The MDC context for the block. This is added to any existing MDC context.\n     * @param log A function to log messages using the temporary context.\n     *\/\n    def withContext(context: Map[String, Any])(log: Logger => Unit): Unit = withContext(context.toSeq: _*)(log)\n\n    \/**\n     * Creates a block with a temporary MDC context, which will be reverted when the block completes.\n     * @param context The MDC context for the block. This is added to any existing MDC context.\n     * @param log A function to log messages using the temporary context.\n     *\/\n    def withContext(context: (String, Any)*)(log: Logger => Unit): Unit = {\n      val originalMDC = MDC.getCopyOfContextMap\n      context.foreach {\n        case (k, v) if v != null => MDC.put(k, v.toString)\n        case _ =>\n      }\n      log(logger)\n      if (originalMDC == null) MDC.clear() else MDC.setContextMap(originalMDC)\n    }\n\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/Loggers.scala","text":"package com.blinkbox.books.logging\n\nimport ch.qos.logback.classic.spi.ILoggingEvent\nimport ch.qos.logback.classic.{Level, LoggerContext, PatternLayout, Logger => ClassicLogger}\nimport ch.qos.logback.core.ConsoleAppender\nimport ch.qos.logback.core.encoder.LayoutWrappingEncoder\nimport com.blinkbox.books.config._\nimport com.blinkbox.books.logging.gelf.{GelfLayout, UdpAppender}\nimport org.slf4j.{Logger, LoggerFactory}\n\n\/**\n * A trait that can be mixed into apps to configure the standard loggers.\n *\/\ntrait Loggers {\n  this: App with Configuration =>\n\n  private val loggerContext = LoggerFactory.getILoggerFactory.asInstanceOf[LoggerContext]\n\n  private val gelfLayout = new GelfLayout\n  gelfLayout.facility = config.getString(\"logging.gelf.facility\")\n  config.getStringOption(\"logging.gelf.shortMessagePattern\").foreach(gelfLayout.shortMessagePattern = _)\n  config.getStringOption(\"logging.gelf.fullMessagePattern\").foreach(gelfLayout.fullMessagePattern = _)\n  config.getBooleanOption(\"logging.gelf.includeLoggerName\").foreach(gelfLayout.includeLoggerName = _)\n  config.getBooleanOption(\"logging.gelf.includeThreadName\").foreach(gelfLayout.includeThreadName = _)\n  gelfLayout.setContext(loggerContext)\n  gelfLayout.start()\n\n  private val udpAppender = new UdpAppender[ILoggingEvent]\n  udpAppender.setName(\"UDP\")\n  udpAppender.host = config.getString(\"logging.udp.host\")\n  config.getIntOption(\"logging.udp.port\").foreach(udpAppender.port = _)\n  config.getIntOption(\"logging.udp.maxChunkSize\").foreach(udpAppender.maxChunkSize = _)\n  udpAppender.setLayout(gelfLayout)\n  udpAppender.setContext(loggerContext)\n  udpAppender.start()\n\n  private lazy val consoleAppender = {\n    val encoder = new LayoutWrappingEncoder[ILoggingEvent]\n    encoder.init(System.out)\n    encoder.setImmediateFlush(true)\n\n    val consoleLayout = config.getStringOption(\"logging.console.pattern\").map { pattern =>\n      val patternLayout = new PatternLayout\n      if (pattern == \"simple\")\n        patternLayout.setPattern(\"%date{dd\/MM HH:mm:ss.SSS} [%thread] %-5level %c{20}.%method:%line - %msg%n\")\n      else patternLayout.setPattern(pattern)\n      patternLayout.setContext(loggerContext)\n      patternLayout.start()\n      patternLayout\n    }.getOrElse(gelfLayout)\n    encoder.setLayout(consoleLayout)\n    encoder.setContext(loggerContext)\n    encoder.start()\n\n    val appender = new ConsoleAppender[ILoggingEvent]\n    appender.setName(\"CONSOLE\")\n    appender.setEncoder(encoder)\n    appender.setContext(loggerContext)\n    appender.start()\n    appender\n  }\n\n  private val rootLogger = LoggerFactory.getLogger(Logger.ROOT_LOGGER_NAME).asInstanceOf[ClassicLogger]\n  rootLogger.setLevel(Level.toLevel(config.getStringOption(\"logging.level\").orNull))\n  rootLogger.detachAndStopAllAppenders()\n  rootLogger.addAppender(udpAppender)\n  config.getBooleanOption(\"logging.console.enabled\").foreach(if (_) rootLogger.addAppender(consoleAppender))\n\n  config.getListOption(\"logging.loggers\").foreach { l =>\n    l.map(_.toConfig).foreach { c =>\n      loggerContext.getLogger(c.getString(\"name\")).setLevel(Level.toLevel(c.getString(\"level\")))\n    }\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/config\/Configuration.scala","text":"<reponame>blinkboxbooks\/common-config<gh_stars>0\npackage com.blinkbox.books.config\n\nimport com.typesafe.config.{Config, ConfigException, ConfigFactory, ConfigParseOptions}\nimport java.io.File\nimport java.net.{URI, URISyntaxException}\n\n\/** A trait that can be mixed in to load configuration in the standard blinkbox books way. *\/\ntrait Configuration {\n  private val configVar = \"CONFIG_URL\"\n  private val parseOptions = ConfigParseOptions.defaults().setAllowMissing(false)\n\n  \/** The loaded configuration. *\/\n  implicit val config: Config = loadConfig.resolve\n\n  private def loadConfig = {\n    val local = ConfigFactory.load\n    val merged = loadExternalConfig match {\n      case Some(external) => ConfigFactory.defaultOverrides.withFallback(external).withFallback(local)\n      case None => local\n    }\n\n    JvmConfig(merged)\n    merged.withoutPath(\"jvm\")\n  }\n\n  private def loadExternalConfig: Option[Config] =\n    Option(System.getenv(configVar)) map { s =>\n      val uri = parseUri(s)\n      uri.getScheme match {\n        case _ @ (\"http\" | \"https\") => ConfigFactory.parseURL(uri.toURL, parseOptions)\n        case \"file\" => ConfigFactory.parseFile(new File(uri), parseOptions)\n        case \"classpath\" => ConfigFactory.parseResources(this.getClass, uri.getPath, parseOptions)\n        case other => throw new ConfigException.Generic(s\"$configVar has unsupported scheme '$other'.\")\n      }\n    }\n\n  private def parseUri(uri: String): URI =\n    try new URI(uri)\n    catch {\n      case e: URISyntaxException => throw new ConfigException.Generic(s\"$configVar has invalid value '$uri'.\", e)\n    }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/logging\/WithContextTests.scala","text":"package com.blinkbox.books.logging\n\nimport java.util.concurrent.atomic.AtomicReference\n\nimport ch.qos.logback.classic.spi.ILoggingEvent\nimport ch.qos.logback.classic.{Logger => ClassicLogger}\nimport ch.qos.logback.core.Appender\nimport com.typesafe.scalalogging.StrictLogging\nimport org.mockito.Matchers._\nimport org.mockito.Mockito._\nimport org.mockito.invocation.InvocationOnMock\nimport org.mockito.stubbing.Answer\nimport org.scalatest.FunSuite\nimport org.scalatest.mock.MockitoSugar\nimport org.slf4j.{Logger => Slf4jLogger, LoggerFactory => Slf4jLoggerFactory}\n\nclass WithContextTests extends FunSuite with MockitoSugar with StrictLogging {\n\n  test(\"logger.withContext sets the context only within the passed block\") {\n    val mdcRef1 = new AtomicReference[Option[java.util.Map[String, String]]](None)\n    val mdcRef2 = new AtomicReference[Option[java.util.Map[String, String]]](None)\n\n    val appender = mock[Appender[ILoggingEvent]]\n    when(appender.getName).thenReturn(\"MOCK\")\n    when(appender.doAppend(any[ILoggingEvent])).thenAnswer(new Answer[Unit] {\n      override def answer(invocation: InvocationOnMock): Unit =\n        mdcRef1.set(Some(invocation.getArguments()(0).asInstanceOf[ILoggingEvent].getMDCPropertyMap))\n    }).thenAnswer(new Answer[Unit] {\n      override def answer(invocation: InvocationOnMock): Unit =\n        mdcRef2.set(Some(invocation.getArguments()(0).asInstanceOf[ILoggingEvent].getMDCPropertyMap))\n    })\n\n    val rootLogger = Slf4jLoggerFactory.getLogger(Slf4jLogger.ROOT_LOGGER_NAME).asInstanceOf[ClassicLogger]\n    rootLogger.detachAndStopAllAppenders()\n    rootLogger.addAppender(appender)\n\n    logger.withContext(\"k1\" -> \"v1\")(_.debug(\"hello world\"))\n    logger.debug(\"hello world\")\n\n    assert(mdcRef1.get.get.get(\"k1\") == \"v1\")\n    assert(!mdcRef2.get.get.containsKey(\"k1\"))\n  }\n\n  test(\"keys with null values are not added to the MDC\") {\n    val mdcRef = new AtomicReference[Option[java.util.Map[String, String]]](None)\n\n    val appender = mock[Appender[ILoggingEvent]]\n    when(appender.getName).thenReturn(\"MOCK\")\n    when(appender.doAppend(any[ILoggingEvent])).thenAnswer(new Answer[Unit] {\n      override def answer(invocation: InvocationOnMock): Unit =\n        mdcRef.set(Some(invocation.getArguments()(0).asInstanceOf[ILoggingEvent].getMDCPropertyMap))\n    })\n\n    val rootLogger = Slf4jLoggerFactory.getLogger(Slf4jLogger.ROOT_LOGGER_NAME).asInstanceOf[ClassicLogger]\n    rootLogger.detachAndStopAllAppenders()\n    rootLogger.addAppender(appender)\n\n    logger.withContext(\"k1\" -> 123, \"k2\" -> null)(_.debug(\"hello world\"))\n\n    assert(mdcRef.get.get.get(\"k1\") == \"123\")\n    assert(!mdcRef.get.get.containsKey(\"k2\"))\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/DiagnosticExecutionContext.scala","text":"package com.blinkbox.books.logging\n\nimport java.util.concurrent.{ArrayBlockingQueue, Executors, ThreadPoolExecutor, TimeUnit}\n\nimport com.blinkbox.books.config.ThreadPoolConfig\nimport com.blinkbox.books.metrics.{InstrumentedThreadPoolExecutor, NamedThreadFactory}\nimport com.codahale.metrics.MetricRegistry\nimport org.slf4j.MDC\n\nimport scala.concurrent.{ExecutionContext, ExecutionContextExecutor}\n\n\/**\n * Contains factory methods for creating diagnostic execution contexts.\n *\/\nobject DiagnosticExecutionContext {\n  def apply(delegate: ExecutionContext): ExecutionContextExecutor = new DiagnosticExecutionContext(delegate)\n\n  def apply(config: ThreadPoolConfig): ExecutionContextExecutor = {\n    val executor = newThreadPoolExecutor(config, None)\n    DiagnosticExecutionContext(ExecutionContext.fromExecutor(executor))\n  }\n\n  def apply(config: ThreadPoolConfig, registry: MetricRegistry, name: String): ExecutionContextExecutor = {\n    val executor = new InstrumentedThreadPoolExecutor(newThreadPoolExecutor(config, Some(name)), registry, name)\n    DiagnosticExecutionContext(ExecutionContext.fromExecutor(executor))\n  }\n\n  private def newThreadPoolExecutor(config: ThreadPoolConfig, name: Option[String]): ThreadPoolExecutor = {\n    val factory = name.fold(Executors.defaultThreadFactory)(new NamedThreadFactory(Executors.defaultThreadFactory, _))\n    val executor = new ThreadPoolExecutor(\n      config.corePoolSize,\n      config.maxPoolSize,\n      config.keepAliveTime.toMillis,\n      TimeUnit.MILLISECONDS,\n      new ArrayBlockingQueue[Runnable](config.queueSize),\n      factory)\n    executor.prestartAllCoreThreads()\n    executor\n  }\n}\n\n\/**\n * A wrapper around execution contexts that copies the Mapped Diagnostic Context (MDC) between threads\n * and sets\/resets it around execution of runnables.\n *\n * When wrapping an execution context in a `DiagnosticExecutionContext` you should ensure that any other\n * execution contexts that are subsequently used are also wrapped, otherwise the results can be strange\n * and unpredictable.\n *\n * If using this from inside an actor, then ensure that the actor extends `DiagnosticActorLogging` and\n * wrap the `ActorRefFactory` dispatcher execution context. This ensures that the MDC is correctly managed\n * around the receive function and is flowed to spawned futures, for example:\n *\n * {{{\n * class MyActor extends Actor with DiagnosticActorLogging {\n *   implicit val executionContext = DiagnosticExecutionContext(actorRefFactory.dispatcher)\n * }\n * }}}\n *\n * @param delegate The execution context to delegate running to.\n *\/\nclass DiagnosticExecutionContext(delegate: ExecutionContext) extends ExecutionContextExecutor {\n  override def prepare(): ExecutionContext = new ChainedDiagnosticExecutionContext(delegate.prepare())\n  override def execute(runnable: Runnable) = unsupported\n  override def reportFailure(t: Throwable) = unsupported\n  private def unsupported = throw new UnsupportedOperationException(\"Use prepare() to obtain a valid execution context.\")\n}\n\n\/**\n * Execution context wrapper that captures the MDC state of a thread at the point of creation.\n * @param delegate The execution context to delegate running to.\n *\/\nprivate class ChainedDiagnosticExecutionContext(delegate: ExecutionContext) extends ExecutionContextExecutor {\n  private val capturedMDC = MDC.getCopyOfContextMap\n\n  override def execute(runnable: Runnable) = delegate.execute(new Runnable {\n    def run(): Unit = {\n      val originalMDC = MDC.getCopyOfContextMap\n      setMDC(capturedMDC)\n      try runnable.run()\n      finally setMDC(originalMDC)\n    }\n  })\n\n  override def reportFailure(t: Throwable) = delegate.reportFailure(t)\n\n  private def setMDC(mdc: java.util.Map[String, String]): Unit = if (mdc == null) MDC.clear() else MDC.setContextMap(mdc)\n}"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/config\/package.scala","text":"<gh_stars>0\npackage com.blinkbox.books\n\nimport com.typesafe.config.{ConfigValue, ConfigObject, Config}\nimport com.typesafe.config.ConfigException.BadValue\nimport java.io.File\nimport java.net.{URISyntaxException, URI, MalformedURLException, URL}\nimport scala.collection.JavaConverters.iterableAsScalaIterableConverter\nimport scala.concurrent.duration._\nimport java.util.concurrent.TimeUnit\n\n\n\/**\n * Provides classes to help with configuring applications.\n *\/\npackage object config {\n\n  \/**\n   * Extends the Config class with additional loading methods.\n   *\n   * @param config The config class to extend.\n   *\/\n  implicit class RichConfig(val config: Config) extends AnyVal {\n\n    \/**\n     * Gets a file or directory.\n     * @param path The path expression.\n     * @param validate A function to validate that the file is acceptable.\n     * @return The file object.\n     *\/\n    def getFile(path: String, validate: File => Boolean = _ => true): File = {\n      val file = new File(config.getString(path))\n      if (!validate(file)) throw new BadValue(config.origin, path, s\"Path '${file.getAbsolutePath}' is invalid.\")\n      file\n    }\n\n    \/**\n     * Gets a URI with any scheme.\n     * @param path The path expression.\n     * @return The URI value at the requested path.\n     *\/\n    def getUri(path: String): URI = {\n      val s = config.getString(path)\n      try new URI(s) catch {\n        case e: URISyntaxException => throw new BadValue(config.origin, path, s\"Invalid URI '$s'.\")\n      }\n    }\n\n    \/**\n     * Gets a URI with a permitted scheme.\n     * @param path The path expression.\n     * @param schemes The permitted schemes for the URI.\n     * @return The URI value at the requested path.\n     *\/\n    def getUri(path: String, schemes: String*): URI = {\n      val uri = getUri(path)\n      if (!schemes.contains(uri.getScheme)) throw new BadValue(config.origin, path, s\"Invalid scheme '$uri'.\")\n      uri\n    }\n\n    \/**\n     * Gets a URL with any scheme.\n     * @param path The path expression.\n     * @return The URL value at the requested path.\n     *\/\n    def getUrl(path: String): URL = {\n      val s = config.getString(path)\n      try new URL(s) catch {\n        case e: MalformedURLException => throw new BadValue(config.origin, path, s\"Invalid URL '$s'.\")\n      }\n    }\n\n    \/**\n     * Gets a URL with a permitted scheme.\n     * @param path The path expression.\n     * @param schemes The permitted schemes for the URL.\n     * @return The URL value at the requested path.\n     *\/\n    def getUrl(path: String, schemes: String*): URL = {\n      val url = getUrl(path)\n      if (!schemes.contains(url.getProtocol)) throw new BadValue(config.origin, path, s\"Invalid scheme '$url'.\")\n      url\n    }\n\n    \/**\n     * Gets a URL with an http or https scheme.\n     * @param path The path expression.\n     * @return The http(s) URL value at the requested path.\n     *\/\n    def getHttpUrl(path: String): URL = getUrl(path, \"http\", \"https\")\n\n    \/**\n     * Gets an optional Boolean setting.\n     * @param path The path expression.\n     * @return The Boolean value at the requested path, if present.\n     *\/\n    def getBooleanOption(path: String): Option[Boolean] = if (config.hasPath(path)) Some(config.getBoolean(path)) else None\n\n    \/**\n     * Gets an optional Int setting.\n     * @param path The path expression.\n     * @return The Int value at the requested path, if present.\n     *\/\n    def getIntOption(path: String): Option[Int] = if (config.hasPath(path)) Some(config.getInt(path)) else None\n\n\n    \/**\n     * Gets an optional String setting.\n     * @param path The path expression.\n     * @return The String value at the requested path, if present.\n     *\/\n    def getStringOption(path: String): Option[String] = if (config.hasPath(path)) Some(config.getString(path)) else None\n\n    \/**\n     * Gets an optional ConfigObject list.\n     * @param path The path expression.\n     * @return The list of ConfigObjects at the requested path, if present.\n     *\/\n    def getListOption(path: String): Option[List[ConfigObject]] = if (config.hasPath(path)) Some(config.getObjectList(path).asScala.toList) else None\n\n    \/**\n     * Gets an optional ConfigObject\n     * @param path The path expression.\n     * @return The ConfigObject at the requested path, if present.\n     *\/\n    def getConfigObjectOption(path: String): Option[ConfigObject] = if (config.hasPath(path)) Some(config.getObject(path)) else None\n\n    \/**\n     * Gets a FiniteDuration out of a typesafe config duration\n     * @param path The path expression.\n     * @return The FiniteDuration at the requested path.\n     *\/\n    def getFiniteDuration(path: String): FiniteDuration = config.getDuration(path, TimeUnit.MILLISECONDS).millis\n\n    \/**\n     * Gets an optional FiniteDuration out of a typesafe config duration\n     * @param path The path expression.\n     * @return The FiniteDuration at the requested path, if present.\n     *\/\n    def getFiniteDurationOption(path: String): Option[FiniteDuration] =\n      if (config.hasPath(path)) Some(getFiniteDuration(path)) else None\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/config\/ConfigSectionsTests.scala","text":"package com.blinkbox.books.config\n\nimport java.io.File\nimport java.net.{URI, URL}\nimport java.util.concurrent.TimeUnit\n\nimport com.typesafe.config.ConfigException.BadValue\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{FunSuite, Matchers}\n\nimport scala.concurrent.duration.FiniteDuration\n\n@RunWith(classOf[JUnitRunner])\nclass ConfigSectionsTests extends FunSuite with Matchers with Configuration {\n\n  test(\"Load API config\") {\n    val c = ApiConfig(config, \"service.test.api.public\")\n    assert(c.externalUrl == new URL(\"https:\/\/api.blinkboxbooks.com\/test\"))\n    assert(c.localUrl == new URL(\"http:\/\/localhost:8080\/test\"))\n    assert(c.timeout == FiniteDuration(10, TimeUnit.SECONDS))\n  }\n\n  test(\"Load auth client config\") {\n    val c = AuthClientConfig(config)\n    assert(c.url == new URL(\"http:\/\/auth.blinkboxbooks.internal\"))\n    assert(c.keysDir == new File(\".\/\"))\n  }\n\n  test(\"Load database config\") {\n    val c = DatabaseConfig(config, \"service.test.db\")\n    assert(c.uri == new URI(\"mysql:\/\/guest:guest@localhost\/mydb\"))\n    assert(c.host == \"localhost\")\n    assert(c.port == None)\n    assert(c.user == \"guest\")\n    assert(c.pass == \"<PASSWORD>\")\n    assert(c.db == \"mydb\")\n    assert(c.dbProperties == None)\n    assert(c.jdbcUrl == \"jdbc:mysql:\/\/localhost\/mydb\")\n  }\n\n  test(\"Load database config with db properties\") {\n    val c = DatabaseConfig(config, \"service.test2.db\")\n    assert(c.uri == new URI(\"mysql:\/\/guest:guest@localhost:3306\/mydb?zeroDateTimeBehavior=convertToNull\"))\n    assert(c.host == \"localhost\")\n    assert(c.port == Some(3306))\n    assert(c.user == \"guest\")\n    assert(c.pass == \"<PASSWORD>\")\n    assert(c.db == \"mydb\")\n    assert(c.dbProperties == Some(\"zeroDateTimeBehavior=convertToNull\"))\n    assert(c.jdbcUrl == \"jdbc:mysql:\/\/localhost:3306\/mydb?zeroDateTimeBehavior=convertToNull\")\n  }\n\n  test(\"Fail to load database config without host\") {\n    val thrown = intercept[BadValue] {\n      DatabaseConfig(config, \"service.test3.db\")\n    }\n    assert(thrown.getMessage == \"Invalid value at 'db.url': Host is missing or it's incorrect.\")\n  }\n\n  test(\"Fail to load database config without user information\") {\n    val thrown = intercept[BadValue] {\n      DatabaseConfig(config, \"service.test4.db\")\n    }\n    assert(thrown.getMessage == \"Invalid value at 'db.url': Username and password information is missing.\")\n  }\n\n  test(\"Fail to load database config with invalid user information\") {\n    val thrown = intercept[BadValue] {\n      DatabaseConfig(config, \"service.test5.db\")\n    }\n    assert(thrown.getMessage == \"Invalid value at 'db.url': Username and password information is not well-formed: 'guest:guest:guest'.\")\n  }\n\n  test(\"Fail to load database config without database\") {\n    val thrown = intercept[BadValue] {\n      DatabaseConfig(config, \"service.test6.db\")\n    }\n    assert(thrown.getMessage == \"Invalid value at 'db.url': Database name is missing.\")\n  }\n\n  test(\"Fail to load database config with invalid database\") {\n    val thrown = intercept[BadValue] {\n      DatabaseConfig(config, \"service.test7.db\")\n    }\n    assert(thrown.getMessage == \"Invalid value at 'db.url': Database name is not well-formed: '\/mydb\/woah'.\")\n  }\n\n  test(\"Load thread pool config\") {\n    val c = ThreadPoolConfig(config, \"service.test.threadPool\")\n    assert(c.corePoolSize == 2)\n    assert(c.maxPoolSize == 5)\n    assert(c.keepAliveTime == FiniteDuration(60, TimeUnit.SECONDS))\n    assert(c.queueSize == 10)\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/metrics\/Slf4jReporterTests.scala","text":"<reponame>blinkboxbooks\/common-config<gh_stars>0\npackage com.blinkbox.books.metrics\n\nimport java.util\nimport java.util.concurrent.TimeUnit\n\nimport com.blinkbox.books.test.MockitoSyrup\nimport com.codahale.metrics._\nimport com.typesafe.scalalogging.Logger\nimport org.mockito.Matchers._\nimport org.mockito.Mockito._\nimport org.scalatest.FunSuite\nimport org.slf4j.{MDC, Marker, Logger => Slf4jLogger}\n\nclass Slf4jReporterTests extends FunSuite with MockitoSyrup {\n\n  test(\"Reports timer metrics in the MDC\") {\n    val metrics = new MetricRegistry\n    val timers = new java.util.TreeMap[String, Timer]\n    timers.put(\"test-timer\", metrics.timer(\"test-timer\"))\n\n    val mdc = getLoggedMdc(metrics, timers = timers)\n    assert(mdc.get(\"metricType\") == \"timer\")\n    assert(mdc.get(\"metricName\") == \"test-timer\")\n    assert(mdc.get(\"count\") == \"0\")\n    assert(mdc.get(\"min\") == \"0.0\")\n    assert(mdc.get(\"max\") == \"0.0\")\n    assert(mdc.get(\"mean\") == \"0.0\")\n    assert(mdc.get(\"stddev\") == \"0.0\")\n    assert(mdc.get(\"median\") == \"0.0\")\n    assert(mdc.get(\"75thPercentile\") == \"0.0\")\n    assert(mdc.get(\"95thPercentile\") == \"0.0\")\n    assert(mdc.get(\"98thPercentile\") == \"0.0\")\n    assert(mdc.get(\"99thPercentile\") == \"0.0\")\n    assert(mdc.get(\"999thPercentile\") == \"0.0\")\n    assert(mdc.get(\"meanRate\") == \"0.0\")\n    assert(mdc.get(\"1minRate\") == \"0.0\")\n    assert(mdc.get(\"5minRate\") == \"0.0\")\n    assert(mdc.get(\"15minRate\") == \"0.0\")\n    assert(mdc.get(\"rateUnit\") == \"events\/second\")\n    assert(mdc.get(\"durationUnit\") == \"milliseconds\")\n  }\n\n  test(\"Reports meter metrics in the MDC\") {\n    val metrics = new MetricRegistry\n    val meters = new java.util.TreeMap[String, Meter]\n    meters.put(\"test-meter\", metrics.meter(\"test-meter\"))\n\n    val mdc = getLoggedMdc(metrics, meters = meters)\n    assert(mdc.get(\"metricType\") == \"meter\")\n    assert(mdc.get(\"metricName\") == \"test-meter\")\n    assert(mdc.get(\"count\") == \"0\")\n    assert(mdc.get(\"meanRate\") == \"0.0\")\n    assert(mdc.get(\"1minRate\") == \"0.0\")\n    assert(mdc.get(\"5minRate\") == \"0.0\")\n    assert(mdc.get(\"15minRate\") == \"0.0\")\n    assert(mdc.get(\"rateUnit\") == \"events\/second\")\n  }\n\n  test(\"Reports histogram metrics in the MDC\") {\n    val metrics = new MetricRegistry\n    val histograms = new java.util.TreeMap[String, Histogram]\n    histograms.put(\"test-histogram\", metrics.histogram(\"test-histogram\"))\n\n    val mdc = getLoggedMdc(metrics, histograms = histograms)\n    assert(mdc.get(\"metricType\") == \"histogram\")\n    assert(mdc.get(\"metricName\") == \"test-histogram\")\n    assert(mdc.get(\"count\") == \"0\")\n    assert(mdc.get(\"min\") == \"0.0\")\n    assert(mdc.get(\"max\") == \"0.0\")\n    assert(mdc.get(\"mean\") == \"0.0\")\n    assert(mdc.get(\"stddev\") == \"0.0\")\n    assert(mdc.get(\"median\") == \"0.0\")\n    assert(mdc.get(\"75thPercentile\") == \"0.0\")\n    assert(mdc.get(\"95thPercentile\") == \"0.0\")\n    assert(mdc.get(\"98thPercentile\") == \"0.0\")\n    assert(mdc.get(\"99thPercentile\") == \"0.0\")\n    assert(mdc.get(\"999thPercentile\") == \"0.0\")\n  }\n\n  test(\"Reports counter metrics in the MDC\") {\n    val metrics = new MetricRegistry\n    val counters = new java.util.TreeMap[String, Counter]\n    counters.put(\"test-counter\", metrics.counter(\"test-counter\"))\n\n    val mdc = getLoggedMdc(metrics, counters = counters)\n    assert(mdc.get(\"metricType\") == \"counter\")\n    assert(mdc.get(\"metricName\") == \"test-counter\")\n    assert(mdc.get(\"count\") == \"0\")\n  }\n\n  test(\"Reports gauge metrics in the MDC\") {\n    val metrics = new MetricRegistry\n    val gauges = new java.util.TreeMap[String, Gauge[_]]\n    gauges.put(\"test-gauge\", metrics.register(\"test-gauge\", new Gauge[Int] { override def getValue: Int = 123 }))\n\n    val mdc = getLoggedMdc(metrics, gauges = gauges)\n    assert(mdc.get(\"metricType\") == \"gauge\")\n    assert(mdc.get(\"metricName\") == \"test-gauge\")\n    assert(mdc.get(\"value\") == \"123\")\n  }\n\n  private def getLoggedMdc(\n    metrics: MetricRegistry,\n    gauges: util.SortedMap[String, Gauge[_]] = new util.TreeMap[String, Gauge[_]],\n    counters: util.SortedMap[String, Counter] = new util.TreeMap[String, Counter],\n    histograms: util.SortedMap[String, Histogram] = new util.TreeMap[String, Histogram],\n    meters: util.SortedMap[String, Meter] = new util.TreeMap[String, Meter],\n    timers: util.SortedMap[String, Timer] = new util.TreeMap[String, Timer]): util.Map[String, String] = {\n\n    var mdc = Option.empty[util.Map[String, String]]\n    val logger = mock[Slf4jLogger]\n    when(logger.isInfoEnabled).thenAnswer(() => true)\n    when(logger.info(any[Marker], any[String])).thenAnswer(() => { mdc = Option(MDC.getCopyOfContextMap) })\n\n    val reporter = Slf4jReporter.forRegistry(metrics).outputTo(Logger(logger)).convertRatesTo(TimeUnit.SECONDS).convertDurationsTo(TimeUnit.MILLISECONDS).build()\n    reporter.report(gauges, counters, histograms, meters, timers)\n\n    assert(mdc.isDefined)\n    mdc.get\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/config\/ConfigSections.scala","text":"package com.blinkbox.books.config\n\nimport java.io.File\nimport java.net.{URI, URL}\nimport java.security.Security\nimport java.util.concurrent.TimeUnit\n\nimport com.typesafe.config.Config\nimport com.typesafe.config.ConfigException.BadValue\n\nimport scala.concurrent.duration._\n\ncase class ApiConfig(externalUrl: URL, localUrl: URL, timeout: FiniteDuration)\n\ncase class AuthClientConfig(url: URL, keysDir: File) {\n  val sessionUrl = new URL(url, \"session\")\n}\n\ncase class DatabaseConfig(uri: URI) {\n  val host = if (uri.getHost != null) uri.getHost else throw new BadValue(\"db.url\", \"Host is missing or it's incorrect.\")\n  val port = if (uri.getPort != -1) Some(uri.getPort) else None\n  val Array(user, pass) = if (uri.getUserInfo != null) {\n    uri.getUserInfo.split(\":\") match {\n      case x @ Array(u, p) => x\n      case _ => throw new BadValue(\"db.url\", s\"Username and password information is not well-formed: '${uri.getUserInfo}'.\")\n    }\n  } else throw new BadValue(\"db.url\", \"Username and password information is missing.\")\n  val db = if (uri.getPath != null && uri.getPath != \"\") {\n    if (uri.getPath.count(_ == '\/') == 1) uri.getPath.stripPrefix(\"\/\")\n    else throw new BadValue(\"db.url\", s\"Database name is not well-formed: '${uri.getPath}'.\")\n  } else throw new BadValue(\"db.url\", \"Database name is missing.\")\n  val dbProperties = if (uri.getQuery != null) Some(uri.getQuery) else None\n  val jdbcUrl = s\"jdbc:${uri.getScheme}:\/\/$host${port.map(\":\" + _).getOrElse(\"\")}\/$db${dbProperties.map(\"?\" + _).getOrElse(\"\")}\"\n}\n\ncase class ThreadPoolConfig(corePoolSize: Int, maxPoolSize: Int, keepAliveTime: FiniteDuration, queueSize: Int)\n\nobject ApiConfig {\n  def apply(config: Config, prefix: String): ApiConfig = ApiConfig(\n    config.getHttpUrl(s\"$prefix.externalUrl\"),\n    config.getHttpUrl(s\"$prefix.localUrl\"),\n    config.getDuration(s\"$prefix.timeout\", TimeUnit.MILLISECONDS).millis)\n}\n\nobject AuthClientConfig {\n  def apply(config: Config): AuthClientConfig = AuthClientConfig(\n    config.getHttpUrl(\"service.auth.api.internalUrl\"),\n    config.getFile(\"client.auth.keysDir\", _.isDirectory))\n}\n\nobject DatabaseConfig {\n  def apply(config: Config, prefix: String): DatabaseConfig = DatabaseConfig(\n    config.getUri(s\"$prefix.url\"))\n}\n\nobject JvmConfig {\n  def apply(config: Config): Unit = {\n    config.getFiniteDurationOption(\"jvm.dnsCacheTtl\").foreach(d => Security.setProperty(\"networkaddress.cache.ttl\", d.toSeconds.toString))\n  }\n}\n\nobject ThreadPoolConfig {\n  def apply(config: Config, prefix: String): ThreadPoolConfig = ThreadPoolConfig(\n    config.getInt(s\"$prefix.corePoolSize\"),\n    config.getInt(s\"$prefix.maxPoolSize\"),\n    config.getDuration(s\"$prefix.keepAliveTime\", TimeUnit.MILLISECONDS).millis,\n    config.getInt(s\"$prefix.queueSize\"))\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/metrics\/NamedThreadFactory.scala","text":"package com.blinkbox.books.metrics\n\nimport java.util.concurrent.ThreadFactory\nimport java.util.concurrent.atomic.AtomicInteger\n\nclass NamedThreadFactory(delegate: ThreadFactory, namePrefix: String) extends ThreadFactory {\n  val counter = new AtomicInteger(0)\n  override def newThread(r: Runnable): Thread = {\n    val thread = delegate.newThread(r)\n    thread.setName(s\"$namePrefix-thread-${counter.getAndIncrement}\")\n    thread\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/gelf\/UdpAppender.scala","text":"<gh_stars>0\npackage com.blinkbox.books.logging.gelf\n\nimport ch.qos.logback.core.{AppenderBase, Layout}\nimport java.io.ByteArrayInputStream\nimport java.net.{DatagramSocket, InetAddress}\nimport java.nio.charset.StandardCharsets.UTF_8\nimport java.util.zip.DeflaterInputStream\nimport scala.beans.BeanProperty\nimport scala.util.control.NonFatal\nimport scala.util.{Failure, Success}\n\nobject UdpAppender {\n  val DefaultChunkSize = 512\n  val DefaultPort = 12201\n}\n\nclass UdpAppender[T] extends AppenderBase[T] {\n  import UdpAppender._\n\n  private var socket: DatagramSocket = null\n\n  @BeanProperty var layout: Layout[T] = null\n  @BeanProperty var maxChunkSize: Int = DefaultChunkSize\n  @BeanProperty var host: String = null\n  @BeanProperty var port: Int = DefaultPort\n\n  override def start(): Unit = {\n    if (host == null) addError(s\"No host set for $name\")\n    if (layout == null) addError(s\"No layout set for $name\")\n    if (maxChunkSize < 256 || maxChunkSize > Chunk.MaxSize) addError(s\"$name has invalid chunk size\")\n\n    socket = new DatagramSocket()\n    try socket.connect(InetAddress.getByName(host), port)\n    catch {\n      case NonFatal(e) => addError(s\"$name failed to connect to $host:$port\", e)\n    }\n\n    super.start()\n  }\n\n  override def stop(): Unit = {\n    socket.close()\n  }\n\n  def append(event: T): Unit = {\n    val layoutData = new ByteArrayInputStream(layout.doLayout(event).getBytes(UTF_8))\n    Chunk.readChunks(new DeflaterInputStream(layoutData), maxChunkSize) match {\n      case Success(chunks) => chunks.map(_.toPacket).foreach(socket.send)\n      case Failure(e) => addWarn(e.getMessage, e)\n    }\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/logging\/gelf\/GelfLayoutTests.scala","text":"<filename>src\/test\/scala\/com\/blinkbox\/books\/logging\/gelf\/GelfLayoutTests.scala\npackage com.blinkbox.books.logging.gelf\n\nimport java.net.InetAddress\n\nimport ch.qos.logback.classic.spi.LoggingEvent\nimport ch.qos.logback.classic.{Level, LoggerContext}\nimport org.json4s.JsonAST.{JDecimal, JInt}\nimport org.json4s.jackson.JsonMethods._\nimport org.scalatest.{FunSuite, Matchers}\nimport org.slf4j.MarkerFactory\n\nimport scala.collection.JavaConverters._\nimport scala.util.Random\n\nclass GelfLayoutTests extends FunSuite with Matchers {\n\n  val context = new LoggerContext\n  val logger = context.getLogger(\"test\")\n\n  test(\"Uses the correct version\") {\n    val json = layoutJson(new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null))\n    assert((json \\ \"version\").values == \"1.1\")\n  }\n\n  test(\"Sets a sensible host name\") {\n    val json = layoutJson(new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null))\n    assert((json \\ \"host\").values == InetAddress.getLocalHost.getHostName)\n  }\n\n  test(\"Sets the correct timestamp\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    val json = layoutJson(event)\n    assert((json \\ \"timestamp\").values == BigDecimal(event.getTimeStamp) \/ 1000)\n  }\n\n  test(\"Renders the timestamp without exponential notation\") {\n    val text = layout(new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null))\n    text should include regex \"\"\"\"timestamp\":[0-9]+\\.[0-9]+,\"\"\"\n  }\n\n  test(\"Renders the short and full message including substitutions\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message {}\", null, Array[Object](\"hello\"))\n    val json = layoutJson(event)\n    assert((json \\ \"short_message\").values == event.getFormattedMessage)\n    assert((json \\ \"full_message\").values == event.getFormattedMessage)\n  }\n\n  test(\"Truncates the short message to 128 characters\") {\n    val longMessage = new Random().nextString(250)\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, longMessage, null, null)\n    val json = layoutJson(event)\n    assert((json \\ \"short_message\").values == longMessage.substring(0, 128))\n  }\n\n  test(\"Includes the event marker\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMarker(MarkerFactory.getMarker(\"my marker\"))\n    val json = layoutJson(event)\n    assert((json \\ \"_marker\").values == \"my marker\")\n  }\n\n  test(\"Includes the event marker with references\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    val marker = MarkerFactory.getMarker(\"my marker\")\n    marker.add(MarkerFactory.getMarker(\"reference 1\"))\n    marker.add(MarkerFactory.getMarker(\"reference 2\"))\n    event.setMarker(marker)\n    val json = layoutJson(event)\n    assert((json \\ \"_marker\").values == \"my marker [ reference 1, reference 2 ]\")\n  }\n\n  test(\"Includes MDC properties as additional fields\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"foo\" -> \"bar\", \"hello\" -> \"world\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"_foo\").values == \"bar\")\n    assert((json \\ \"_hello\").values == \"world\")\n  }\n\n  test(\"Renders numeric MDC properties as numbers\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"foo\" -> \"123\", \"hello\" -> \"4.56\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"_foo\") == JInt(123))\n    assert((json \\ \"_hello\") == JDecimal(4.56))\n  }\n\n  test(\"Allows the timestamp to be overridden using the 'timestamp' MDC property\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"timestamp\" -> \"1406300201\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"timestamp\").values == BigDecimal(1406300201) \/ 1000)\n  }\n\n  test(\"Uses the event's timestamp if the 'timestamp' MDC property isn't a UNIX timestamp\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"timestamp\" -> \"wibble\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"timestamp\").values == BigDecimal(event.getTimeStamp) \/ 1000)\n  }\n\n  test(\"Does not render the 'timestamp' MDC property in the additional fields if it is a UNIX timestamp\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"timestamp\" -> \"1406300201\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"_timestamp\").values == None)\n  }\n\n  test(\"Renders the 'timestamp' MDC property in the additional fields if it isn't a UNIX timestamp\") {\n    val event = new LoggingEvent(\"TestClass\", logger, Level.INFO, \"test message\", null, null)\n    event.setMDCPropertyMap(Map(\"timestamp\" -> \"wibble\").asJava)\n    val json = layoutJson(event)\n    assert((json \\ \"_timestamp\").values == \"wibble\")\n  }\n\n  private def layout(event: LoggingEvent) = {\n    val layout = new GelfLayout\n    layout.start()\n    val gelf = layout.doLayout(event)\n    layout.stop()\n    gelf\n  }\n\n  private def layoutJson(event: LoggingEvent) = parse(layout(event), useBigDecimalForDouble = true)\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/logging\/DiagnosticExecutionContextTests.scala","text":"<filename>src\/test\/scala\/com\/blinkbox\/books\/logging\/DiagnosticExecutionContextTests.scala\npackage com.blinkbox.books.logging\n\nimport java.util.concurrent.atomic.AtomicReference\nimport java.util.concurrent.{Executor, Executors, LinkedBlockingQueue, TimeUnit}\n\nimport com.blinkbox.books.config.ThreadPoolConfig\nimport com.codahale.metrics.MetricRegistry\nimport org.scalatest.concurrent.AsyncAssertions\nimport org.scalatest.{BeforeAndAfterEach, FunSuite, Matchers}\nimport org.slf4j.MDC\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration.FiniteDuration\n\n\/\/ a really basic executor that executes a single item and which doesn't propagate any context\n\/\/ at the point of executing the runnable, which some of the built-in executors appear to do\nprivate class TestExecutor extends Executor {\n  val q = new LinkedBlockingQueue[Runnable]()\n  val t = new Thread(new Runnable { override def run(): Unit = q.take().run() })\n  t.start()\n  override def execute(command: Runnable): Unit = q.put(command)\n}\n\nclass DiagnosticExecutionContextTests extends FunSuite with BeforeAndAfterEach with Matchers with AsyncAssertions {\n\n  override def beforeEach(): Unit = {\n    MDC.clear()\n  }\n\n  test(\"Can be created from thread pool configuration\") {\n    val config = ThreadPoolConfig(2, 5, FiniteDuration(60, TimeUnit.SECONDS), 10)\n    DiagnosticExecutionContext(config) \/\/ assume it's fine if it doesn't throw\n  }\n\n  test(\"Can be created from thread pool configuration and a metric registry\") {\n    val config = ThreadPoolConfig(2, 5, FiniteDuration(60, TimeUnit.SECONDS), 10)\n    val registry = new MetricRegistry\n    DiagnosticExecutionContext(config, registry, \"test-ctx\") \/\/ assume it's fine if it doesn't throw\n  }\n\n  test(\"Copies execution context from the originating thread to the new thread\") {\n    val w = new Waiter\n    val ec = DiagnosticExecutionContext(ExecutionContext.fromExecutor(new TestExecutor))\n\n    MDC.put(\"testKey\", \"testValue\")\n    val mdcRef = new AtomicReference[java.util.Map[_, _]]()\n    ec.prepare().execute(new Runnable {\n      override def run(): Unit = {\n        mdcRef.set(MDC.getCopyOfContextMap)\n        w.dismiss()\n      }\n    })\n    w.await()\n\n    val mdc = mdcRef.get()\n    assert(mdc != null && mdc.size() == 1)\n    assert(mdc.get(\"testKey\") == \"testValue\")\n  }\n\n  test(\"Does not propagate MDC changes back to the original thread\") {\n    val w = new Waiter\n    val ec = DiagnosticExecutionContext(ExecutionContext.fromExecutor(new TestExecutor))\n\n    MDC.put(\"testKey1\", \"testValue1\")\n    ec.prepare().execute(new Runnable {\n      override def run(): Unit = {\n        MDC.put(\"testKey2\", \"testValue2\")\n        w.dismiss()\n      }\n    })\n    w.await()\n\n    assert(MDC.get(\"testKey1\") == \"testValue1\")\n    assert(MDC.get(\"testKey2\") == null)\n  }\n\n  test(\"Requires the use of prepare to create a valid context for execute\") {\n    val e = intercept[UnsupportedOperationException] {\n      val ec = DiagnosticExecutionContext(ExecutionContext.fromExecutor(Executors.newSingleThreadExecutor))\n      ec.execute(new Runnable { override def run(): Unit = {} })\n    }\n    assert(e.getMessage.matches(\".*prepare.*\")) \/\/ should tell the user to use the prepare method\n  }\n\n  test(\"Requires the use of prepare to create a valid context for reportFailure\") {\n    val e = intercept[UnsupportedOperationException] {\n      val ec = DiagnosticExecutionContext(ExecutionContext.fromExecutor(Executors.newSingleThreadExecutor))\n      ec.reportFailure(new Exception())\n    }\n    assert(e.getMessage.matches(\".*prepare.*\")) \/\/ should tell the user to use the prepare method\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/metrics\/Slf4jReporter.scala","text":"<reponame>blinkboxbooks\/common-config\npackage com.blinkbox.books.metrics\n\nimport java.util\nimport java.util.concurrent.TimeUnit\n\nimport com.blinkbox.books.logging.RichLogger\nimport com.codahale.metrics._\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.{LoggerFactory, Marker}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.immutable.ListMap\n\nobject Slf4jReporter {\n  def forRegistry(registry: MetricRegistry): Builder = new Builder(registry)\n\n  class Builder(registry: MetricRegistry) {\n    private[this] var logger: Logger = Logger(LoggerFactory.getLogger(\"com.blinkbox.books.metrics.slf4j\"))\n    private[this] var rateUnit: TimeUnit = TimeUnit.SECONDS\n    private[this] var durationUnit: TimeUnit = TimeUnit.MILLISECONDS\n    private[this] var filter: MetricFilter = MetricFilter.ALL\n    private[this] var marker: Marker = null\n\n    def outputTo(logger: Logger): Builder = { this.logger = logger; this }\n    def markWith(marker: Marker): Builder = { this.marker = marker; this }\n    def convertRatesTo(rateUnit: TimeUnit): Builder = { this.rateUnit = rateUnit; this }\n    def convertDurationsTo(durationUnit: TimeUnit): Builder = { this.durationUnit = durationUnit; this }\n    def filter(filter: MetricFilter): Builder = { this.filter = filter; this }\n\n    def build(): Slf4jReporter = new Slf4jReporter(registry, logger, marker, rateUnit, durationUnit, filter)\n  }\n}\n\nclass Slf4jReporter(registry: MetricRegistry, logger: Logger, marker: Marker, rateUnit: TimeUnit, durationUnit: TimeUnit, filter: MetricFilter)\n  extends ScheduledReporter(registry, \"slf4j-reporter\", filter, rateUnit, durationUnit) {\n\n  def report(gauges: util.SortedMap[String, Gauge[_]], counters: util.SortedMap[String, Counter], histograms: util.SortedMap[String, Histogram], meters: util.SortedMap[String, Meter], timers: util.SortedMap[String, Timer]): Unit = {\n    for (entry <- gauges.entrySet) logGauge(entry.getKey, entry.getValue)\n    for (entry <- counters.entrySet) logCounter(entry.getKey, entry.getValue)\n    for (entry <- histograms.entrySet) logHistogram(entry.getKey, entry.getValue)\n    for (entry <- meters.entrySet) logMeter(entry.getKey, entry.getValue)\n    for (entry <- timers.entrySet) logTimer(entry.getKey, entry.getValue)\n  }\n\n  private def logTimer(name: String, timer: Timer): Unit = {\n    val snapshot = timer.getSnapshot\n    val context = ListMap(\n      \"metricType\" -> \"timer\",\n      \"metricName\" -> name,\n      \"count\" -> timer.getCount,\n      \"min\" -> convertDuration(snapshot.getMin),\n      \"max\" -> convertDuration(snapshot.getMax),\n      \"mean\" -> convertDuration(snapshot.getMean),\n      \"stddev\" -> convertDuration(snapshot.getStdDev),\n      \"median\" -> convertDuration(snapshot.getMedian),\n      \"75thPercentile\" -> convertDuration(snapshot.get75thPercentile),\n      \"95thPercentile\" -> convertDuration(snapshot.get95thPercentile),\n      \"98thPercentile\" -> convertDuration(snapshot.get98thPercentile),\n      \"99thPercentile\" -> convertDuration(snapshot.get99thPercentile),\n      \"999thPercentile\" -> convertDuration(snapshot.get999thPercentile),\n      \"meanRate\" -> convertRate(timer.getMeanRate),\n      \"1minRate\" -> convertRate(timer.getOneMinuteRate),\n      \"5minRate\" -> convertRate(timer.getFiveMinuteRate),\n      \"15minRate\" -> convertRate(timer.getFifteenMinuteRate),\n      \"rateUnit\" -> getRateUnit,\n      \"durationUnit\" -> getDurationUnit)\n    logger.withContext(context)(_.info(marker, message(context)))\n  }\n\n  private def logMeter(name: String, meter: Meter): Unit = {\n    val context = ListMap(\n      \"metricType\" -> \"meter\",\n      \"metricName\" -> name,\n      \"count\" -> meter.getCount,\n      \"meanRate\" -> convertRate(meter.getMeanRate),\n      \"1minRate\" -> convertRate(meter.getOneMinuteRate),\n      \"5minRate\" -> convertRate(meter.getFiveMinuteRate),\n      \"15minRate\" -> convertRate(meter.getFifteenMinuteRate),\n      \"rateUnit\" -> getRateUnit)\n    logger.withContext(context)(_.info(marker, message(context)))\n  }\n\n  private def logHistogram(name: String, histogram: Histogram): Unit = {\n    val snapshot = histogram.getSnapshot\n    val context = ListMap(\n      \"metricType\" -> \"histogram\",\n      \"metricName\" -> name,\n      \"count\" -> histogram.getCount,\n      \"min\" -> convertDuration(snapshot.getMin),\n      \"max\" -> convertDuration(snapshot.getMax),\n      \"mean\" -> convertDuration(snapshot.getMean),\n      \"stddev\" -> convertDuration(snapshot.getStdDev),\n      \"median\" -> convertDuration(snapshot.getMedian),\n      \"75thPercentile\" -> convertDuration(snapshot.get75thPercentile),\n      \"95thPercentile\" -> convertDuration(snapshot.get95thPercentile),\n      \"98thPercentile\" -> convertDuration(snapshot.get98thPercentile),\n      \"99thPercentile\" -> convertDuration(snapshot.get99thPercentile),\n      \"999thPercentile\" -> convertDuration(snapshot.get999thPercentile))\n    logger.withContext(context)(_.info(marker, message(context)))\n  }\n\n  private def logCounter(name: String, counter: Counter): Unit = {\n    val context = ListMap(\"metricType\" -> \"counter\", \"metricName\" -> name, \"count\" -> counter.getCount)\n    logger.withContext(context)(_.info(marker, message(context)))\n  }\n\n  private def logGauge(name: String, gauge: Gauge[_]): Unit = {\n    val context = ListMap(\"metricType\" -> \"gauge\", \"metricName\" -> name, \"value\" -> gauge.getValue)\n    logger.withContext(context)(_.info(marker, message(context)))\n  }\n\n  protected override def getRateUnit: String = \"events\/\" + super.getRateUnit\n\n  private def message(context: Map[String, Any]): String = context map {\n    case (k, v) => s\"$k=$v\"\n  } mkString \", \"\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/logging\/LoggersTests.scala","text":"package com.blinkbox.books.logging\n\nimport com.blinkbox.books.config.Configuration\nimport org.scalatest.FunSuite\nimport org.slf4j.LoggerFactory\n\nprivate class TestApp extends App with Configuration with Loggers\n\nclass LoggersTests extends FunSuite {\n\n  \/\/ these tests seem a bit sparse but there's not much else that can sensibly be tested without\n  \/\/ simply copying the code that does the configuration and asserting that it's all the same --\n  \/\/ that doesn't really feel like it adds much value though\n\n  test(\"An app can be created with the loggers\") {\n    val app = new TestApp\n\n    assert(LoggerFactory.getLogger(\"foo.bar\").isDebugEnabled == false)\n    assert(LoggerFactory.getLogger(\"foo.bar.baz\").isDebugEnabled == true)\n  }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"build.sbt","text":"<reponame>blinkboxbooks\/common-config\nlazy val root = (project in file(\".\")).\n  settings(\n    name := \"common-config\",\n    organization := \"com.blinkbox.books\",\n    version := scala.util.Try(scala.io.Source.fromFile(\"VERSION\").mkString.trim).getOrElse(\"0.0.0\"),\n    scalaVersion := \"2.11.4\",\n    crossScalaVersions := Seq(\"2.11.4\"),\n    scalacOptions := Seq(\"-unchecked\", \"-deprecation\", \"-feature\", \"-encoding\", \"utf8\", \"-target:jvm-1.7\", \"-Xfatal-warnings\", \"-Xfuture\"),\n    libraryDependencies ++= Seq(\n      \"com.typesafe\"               %  \"config\"            % \"1.2.1\",\n      \"com.typesafe.scala-logging\" %% \"scala-logging\"     % \"3.1.0\",\n      \"ch.qos.logback\"             %  \"logback-classic\"   % \"1.1.2\",\n      \"org.json4s\"                 %% \"json4s-jackson\"    % \"3.2.11\",\n      \"io.dropwizard.metrics\"      %  \"metrics-core\"      % \"3.1.0\",\n      \"com.blinkbox.books\"         %% \"common-scala-test\" % \"0.3.0\"   % Test\n    )\n  )\n\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/gelf\/GelfLayout.scala","text":"package com.blinkbox.books.logging.gelf\n\nimport ch.qos.logback.classic.{LoggerContext, PatternLayout}\nimport ch.qos.logback.classic.spi.ILoggingEvent\nimport ch.qos.logback.classic.util.LevelToSyslogSeverity\nimport ch.qos.logback.core.{CoreConstants, LayoutBase}\nimport java.io.StringWriter\nimport java.net.{InetAddress, NetworkInterface, UnknownHostException}\nimport java.text.{NumberFormat, ParsePosition}\nimport org.json4s.JsonAST.{JString, JDecimal}\nimport org.json4s.JsonDSL._\nimport org.json4s.jackson.JsonMethods._\nimport scala.beans.BeanProperty\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\n\nprivate object NumberChecker {\n  private val numberFormat = new ThreadLocal[NumberFormat] {\n    override def initialValue() = NumberFormat.getNumberInstance\n  }\n  def isNumeric(s: String) = {\n    val pp = new ParsePosition(0)\n    numberFormat.get.parse(s, pp)\n    pp.getIndex == s.length && pp.getErrorIndex == -1\n  }\n}\n\nclass GelfLayout extends LayoutBase[ILoggingEvent] {\n  import NumberChecker._\n\n  private var shortMessageLayout: PatternLayout = null\n  private var fullMessageLayout: PatternLayout = null\n  private var exceptionLayout: PatternLayout = null\n  private var hostName: String = null\n\n  @BeanProperty var facility: String = null\n  @BeanProperty var shortMessagePattern: String = \"%.-128message%nopex\"\n  @BeanProperty var fullMessagePattern: String = \"%message%nopex\"\n  @BeanProperty var includeLoggerName: Boolean = false\n  @BeanProperty var includeThreadName: Boolean = false\n\n  override def start(): Unit = {\n    shortMessageLayout = newPatternLayout(shortMessagePattern)\n    fullMessageLayout = newPatternLayout(fullMessagePattern)\n    exceptionLayout = newPatternLayout(\"%xThrowable\")\n    hostName = lookupHostName()\n    super.start()\n  }\n\n  override def stop(): Unit = {\n    shortMessageLayout.stop()\n    fullMessageLayout.stop()\n    exceptionLayout.stop()\n  }\n\n  override def doLayout(event: ILoggingEvent): String = {\n    val mdc = event.getMDCPropertyMap.asScala\n\n    var json =\n      (\"version\" -> \"1.1\") ~\n      (\"host\" -> hostName) ~\n      (\"short_message\" -> shortMessageLayout.doLayout(event)) ~\n      (\"full_message\" -> fullMessageLayout.doLayout(event)) ~\n      (\"timestamp\" -> JDecimal(BigDecimal(timestamp(event, mdc)) \/ 1000)) ~\n      (\"level\" -> LevelToSyslogSeverity.convert(event))\n\n    if (facility != null) json ~= (\"_facility\", facility)\n    if (includeLoggerName) json ~= (\"_loggerName\", event.getLoggerName)\n    if (includeThreadName) json ~= (\"_threadName\", event.getThreadName)\n    if (event.getMarker != null) json ~= (\"_marker\", event.getMarker.toString)\n    callerData(event).foreach(json ~= _)\n    mdc.foreach {\n      \/\/ graylog only allows functions over numeric values so if this string looks like a number\n      \/\/ then turn it into one. unfortunately the original type information has been lost by now.\n      case (\"timestamp\", v) if isNumeric(v) => \/\/ ignore this; it was used as the message timestamp\n      case (k, v) => json ~= (s\"_$k\", if (isNumeric(v)) JDecimal(BigDecimal(v)) else JString(v))\n    }\n    exceptionData(event).foreach(json ~= _)\n\n    val layout = new StringWriter(512)\n    mapper.writeValue(layout, render(json))\n    layout.write(CoreConstants.LINE_SEPARATOR)\n    layout.toString\n  }\n\n  \/\/ some events are logged at the end of a process, but we want the timestamp of the event to reflect\n  \/\/ the start of the process, so we let applications override the event timestamp in the MDC\n  def timestamp(event: ILoggingEvent, mdc: mutable.Map[String, String]): Long =\n    mdc.get(\"timestamp\") match {\n      case Some(ts) if isNumeric(ts) => ts.toLong\n      case _ => event.getTimeStamp\n    }\n\n  private def lookupHostName(): String =\n    try InetAddress.getLocalHost.getHostName\n    catch {\n      case e: UnknownHostException =>\n        addWarn(\"Failed to get host name; trying to find a non-loopback address\", e)\n        val addresses = for {\n          interface <- NetworkInterface.getNetworkInterfaces.asScala\n          address <- interface.getInetAddresses.asScala if !address.isLoopbackAddress\n        } yield address\n        addresses.take(1).toList match {\n          case address :: _ => address.getHostAddress\n          case _ => addError(\"Failed to get any value for host name\"); \"unknown\"\n        }\n    }\n\n  private def newPatternLayout(pattern: String) = {\n    val layout = new PatternLayout\n    layout.setContext(new LoggerContext)\n    layout.setPattern(pattern)\n    layout.start()\n    layout\n  }\n\n  private def callerData(event: ILoggingEvent) =\n    event.getCallerData match {\n      case Array(c, _*) => Some((\"_file\" -> c.getFileName) ~ (\"_line\" -> c.getLineNumber) ~ (\"_method\" -> c.getMethodName))\n      case _ => None\n    }\n\n  private def exceptionData(event: ILoggingEvent) =\n    for (proxy <- Option(event.getThrowableProxy)) yield {\n      (\"_exceptionClass\" -> proxy.getClassName) ~\n      (\"_exceptionMessage\" -> proxy.getMessage) ~\n      (\"_exceptionDetail\" -> exceptionLayout.doLayout(event))\n    }\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/logging\/gelf\/Chunk.scala","text":"<gh_stars>0\npackage com.blinkbox.books.logging.gelf\n\nimport java.security.SecureRandom\nimport java.io.InputStream\nimport java.net.DatagramPacket\nimport scala.util.{Success, Try}\n\nprivate object TooManyChunks extends RuntimeException(\"The log entry is too long to be sent.\")\n\nprivate object Chunk {\n  private val rng = new SecureRandom()\n\n  val MaxSize = 8192\n  val HeaderSize = 12\n  val MessageIdSize = 8\n  val MagicNumber1 = 0x1e.asInstanceOf[Byte]\n  val MagicNumber2 = 0x0f.asInstanceOf[Byte]\n  val MaxChunkCount = 128\n\n  def readChunks(stream: InputStream, maxSize: Int): Try[Seq[Chunk]] = Try {\n    val chunks = Iterator.continually(readChunk(stream, maxSize)).takeWhile(!_.isEmpty).toList\n    val count = chunks.length\n    if (count > MaxChunkCount) throw TooManyChunks\n    if (count > 1) {\n      val messageId = newMessageId()\n      chunks.zipWithIndex.map { case (chunk, index) => chunk.withHeader(messageId, index, count) }\n    } else chunks\n  }\n\n  private def readChunk(stream: InputStream, maxSize: Int): Chunk = {\n    \/\/ the chunk is read leaving enough space to put the header in at the start which means we don't\n    \/\/ need to copy the buffer if the message has multiple chunks. the trade-off is that messages of\n    \/\/ just under the max chunk size which could be sent as a single chunk will end up being two\n    \/\/ chunks, but that seems a reasonable trade-off for the general case.\n    val buffer = new Array[Byte](maxSize)\n    val count = stream.read(buffer, HeaderSize, buffer.length - HeaderSize)\n    Chunk(buffer, count)\n  }\n\n  private def newMessageId() = {\n    val messageId = new Array[Byte](8)\n    rng.nextBytes(messageId)\n    messageId\n  }\n}\n\nprivate case class Chunk(buffer: Array[Byte], messageLength: Int) {\n  import Chunk._\n\n  val totalLength = HeaderSize + messageLength\n  val isEmpty = messageLength <= 0\n\n  def hasHeader = buffer(0) == MagicNumber1 && buffer(1) == MagicNumber2\n\n  def withHeader(messageId: Array[Byte], index: Int, count: Int): Chunk = {\n    assert(messageId.length == MessageIdSize)\n    buffer(0) = MagicNumber1\n    buffer(1) = MagicNumber2\n    System.arraycopy(messageId, 0, buffer, 2, messageId.length)\n    buffer(10) = index.asInstanceOf[Byte]\n    buffer(11) = count.asInstanceOf[Byte]\n    this\n  }\n\n  def toPacket =\n    if (hasHeader) new DatagramPacket(buffer, 0, totalLength)\n    else new DatagramPacket(buffer, HeaderSize, messageLength)\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/metrics\/NamedThreadTests.scala","text":"package com.blinkbox.books.metrics\n\nimport java.util.concurrent.Executors\n\nimport org.scalatest.FunSuite\n\nclass NamedThreadTests extends FunSuite {\n\n  test(\"Creates threads with a name prefix and sequential identifier\") {\n    val factory = new NamedThreadFactory(Executors.defaultThreadFactory, \"test-pool\")\n    val thread0 = factory.newThread(new Runnable { override def run(): Unit = {} })\n    val thread1 = factory.newThread(new Runnable { override def run(): Unit = {} })\n    assert(thread0.getName == \"test-pool-thread-0\")\n    assert(thread1.getName == \"test-pool-thread-1\")\n  }\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/test\/scala\/com\/blinkbox\/books\/logging\/gelf\/ChunkTests.scala","text":"package com.blinkbox.books.logging.gelf\n\nimport org.scalatest.{Matchers, FunSuite}\nimport java.io.ByteArrayInputStream\nimport scala.util.Random\n\nclass ChunkTests extends FunSuite with Matchers {\n\n  test(\"Reads a short stream as a single chunk with no header\") {\n    val originalData = randomData(100)\n    val stream = new ByteArrayInputStream(originalData)\n    val chunks = Chunk.readChunks(stream, maxSize = 256).get\n    assert(chunks.length == 1)\n    assert(!chunks.head.hasHeader)\n    assert(body(chunks.head).deep == originalData.deep)\n  }\n\n  test(\"Reads a long stream as multiple chunks with headers\") {\n    val stream = new ByteArrayInputStream(randomData(1000))\n    val chunks = Chunk.readChunks(stream, maxSize = 256).get\n    assert(chunks.length == 5) \/\/ 12 header bytes per chunk gives us 4 x 244 bytes + 1 x 24 bytes\n    assert(chunks.forall(_.hasHeader == true))\n  }\n\n  test(\"Preserves the original data in chunk bodies when using multiple chunks\") {\n    val originalData = randomData(1000)\n    val stream = new ByteArrayInputStream(originalData)\n    val chunks = Chunk.readChunks(stream, maxSize = 256).get\n    val chunkBodies = chunks.map(body).fold(new Array[Byte](0)) { case (x, y) => x ++ y }\n    assert(chunkBodies.deep == originalData.deep)\n  }\n\n  test(\"Starts chunk headers with the correct magic numbers\") {\n    val stream = new ByteArrayInputStream(randomData(1000))\n    val headers = Chunk.readChunks(stream, maxSize = 256).get.map(header)\n    assert(headers.forall(h => h(0) == Chunk.MagicNumber1 && h(1) == Chunk.MagicNumber2))\n  }\n\n  test(\"Has the same message identifier in all chunk headers for a single message\") {\n    val stream = new ByteArrayInputStream(randomData(1000))\n    val headers = Chunk.readChunks(stream, maxSize = 256).get.map(header)\n    val messageId = headers.head.slice(2, 10)\n    assert(headers.forall(_.slice(2, 10).deep == messageId.deep))\n  }\n\n  test(\"Uses the correct index and count in chunk headers\") {\n    val stream = new ByteArrayInputStream(randomData(1000))\n    val headers = Chunk.readChunks(stream, maxSize = 256).get.map(header)\n    assert(headers.zipWithIndex.forall { case (h, i) => h(10) == i.asInstanceOf[Byte] })\n    assert(headers.forall(h => h(11) == headers.length))\n  }\n\n  test(\"Has different message identifiers for different messages\") {\n    val stream = new ByteArrayInputStream(randomData(1000))\n    val headers1 = Chunk.readChunks(stream, maxSize = 256).get.map(header)\n    stream.reset()\n    val headers2 = Chunk.readChunks(stream, maxSize = 256).get.map(header)\n    assert(headers1.head.slice(2, 10).deep != headers2.head.slice(2, 10).deep)\n  }\n\n  def randomData(length: Int): Array[Byte] = {\n    val buffer = new Array[Byte](length)\n    new Random().nextBytes(buffer)\n    buffer\n  }\n\n  def header(chunk: Chunk) = chunk.buffer.slice(0, Chunk.HeaderSize)\n  def body(chunk: Chunk) = chunk.buffer.slice(Chunk.HeaderSize, chunk.totalLength)\n\n}\n"}
{"repo_name":"blinkboxbooks\/common-config","path":"src\/main\/scala\/com\/blinkbox\/books\/metrics\/InstrumentedThreadPoolExecutor.scala","text":"package com.blinkbox.books.metrics\n\nimport java.util.concurrent.ThreadPoolExecutor\n\nimport com.codahale.metrics.{Gauge, InstrumentedExecutorService, MetricRegistry}\n\nclass InstrumentedThreadPoolExecutor(delegate: ThreadPoolExecutor, registry: MetricRegistry, name: String)\n  extends InstrumentedExecutorService(delegate, registry, name) {\n  registry.register(MetricRegistry.name(name, \"size\"), new Gauge[Int] {\n    override def getValue = delegate.getPoolSize\n  })\n  registry.register(MetricRegistry.name(name, \"remainingCapacity\"), new Gauge[Int] {\n    override def getValue = delegate.getMaximumPoolSize - delegate.getPoolSize\n  })\n  registry.register(MetricRegistry.name(name, \"queue\", \"size\"), new Gauge[Int] {\n    override def getValue = delegate.getQueue.size\n  })\n  registry.register(MetricRegistry.name(name, \"queue\", \"remainingCapacity\"), new Gauge[Int] {\n    override def getValue = delegate.getQueue.remainingCapacity\n  })\n}"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/Inputter.scala","text":"\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\npackage com.sg.pnx\n\nimport org.lwjgl.input.Mouse\nimport org.lwjgl.input.Keyboard\nimport collection.mutable\nimport com.sg.pnx.graphics.util.DisplayUtil\nimport com.sg.pnx.math.Math\n\nobject Inputter {\n  private object KeyToggle extends Enumeration {\n    type KeyToggle = Value\n    val s0, s1, s2, s3 = Value\n  }; import KeyToggle._\n\n  val keysDown = mutable.HashMap[Int, Boolean]( Keyboard.KEY_ESCAPE -> false ).withDefaultValue(false)\n\n  private var _timeNs: Long = 0\n  private var _frameTime: Long = 0\n\n  private def updateTime( ) {\n    val nowTime = System.nanoTime\n    _frameTime = nowTime - timeNs\n    _timeNs = nowTime\n  }\n\n  private def initTime( ) {\n    _timeNs = System.nanoTime\n  }\n\n  private def updateMouseGrabbed( ) {\n    _mouseX = Mouse.getX\n    _mouseY = Mouse.getY\n    _mouseDX = Mouse.getDX\n    _mouseDY = Mouse.getDY\n    _mouseModX  = Math.lerp( _mouseModX, _mouseX, 0.2f )\n    _mouseModY  = Math.lerp( _mouseModY, _mouseY, 0.2f )\n    _mouseModDX = Math.lerp( _mouseModDX, _mouseDX, 0.2f )\n    _mouseModDY = Math.lerp( _mouseModDY, _mouseDY, 0.2f )\n  }\n\n  private def unsetMouseMotion( ) {\n    _mouseDX = 0\n    _mouseDY = 0\n    _mouseModX = 0\n    _mouseModY = 0\n    _mouseModDX = 0\n    _mouseModDY = 0\n  }\n\n  private def toggle( state: KeyToggle, keyDown: Boolean ): KeyToggle = state match {\n    case `s0` => if(  keyDown ) s1 else s0\n    case `s1` => if( !keyDown ) s2 else s1\n    case `s2` => if(  keyDown ) s3 else s2\n    case `s3` => if( !keyDown ) s0 else s3\n  }\n\n  private def updateState( ) {\n    mouseGrabToggle = toggle( mouseGrabToggle, keysDown( Keyboard.KEY_ESCAPE ) )\n    if( mouseGrabToggle == s1 ) { Mouse.setGrabbed( true ); mouseGrabbed = false }\n    if( mouseGrabToggle == s3 ) { Mouse.setGrabbed( false ); mouseGrabbed = true }\n  }\n\n  \/\/ Die if you press ESC.\n  def exitRequested: Boolean = keysDown( Keyboard.KEY_Q )\n\n  private var mouseGrabToggle = s2\n  private var mouseGrabbed = true\n\n  private var (_mouseX, _mouseY) = (0, 0)\n  private var (_mouseModX, _mouseModY) = (0f, 0f)\n\n  private var (_mouseDX, _mouseDY) = (0, 0)\n  private var (_mouseModDX, _mouseModDY) = (0f, 0f)\n\n  def mouseX = _mouseX; def mouseY = _mouseY\n  def mouseDX = _mouseDX; def mouseDY = _mouseDY\n  def mouseModX = _mouseModX; def mouseModY = _mouseModY\n  def mouseModDX = _mouseModDX; def mouseModDY = _mouseModDY\n\n  def timeNs: Long = _timeNs\n  def frameTime: Long = _frameTime\n\n  def init( ) {\n    println( \"Press Q to quit, ESC to release or grab mouse\" )\n    Mouse.setGrabbed( true )\n    initTime( )\n  }\n\n  def update( ) {\n    updateTime( )\n    while( Keyboard.next ) keysDown += Keyboard.getEventKey -> Keyboard.getEventKeyState\n    updateState( )\n    updateMouseGrabbed( )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/reality\/World.scala","text":"\/**\n * Created by bodie on 7\/18\/14.\n *\/\n\npackage com.sg.pnx.reality\n\nimport scala.collection.mutable.HashMap\nimport com.sg.pnx.graphics.Displayer\nimport org.lwjgl.util.vector.Vector4f\nimport com.sg.pnx.reality.matter.SurfaceBuilder\n\nobject World {\n  private val entities = HashMap[Int, Entity]( )\n  private var entitiesToUpdate = HashMap[Int, Boolean]( ).withDefaultValue( false )\n  private def addToUpdateList( entityId: Int ) {\n    entitiesToUpdate += entityId -> true\n  }\n\n  private def registerEntity( ent: Entity, id: Int ): Boolean = {\n    if( entities.contains( id ) ) false\n    entities += id -> ent\n    true\n  }\n\n  def init( ) {\n    setupWorld( )\n  }\n\n  def setupWorld( ) {\n    setupEntities\n  }\n\n  def setupEntities( ) {\n    val squaresRowId = EntityBuilder.getId( )\n    val squaresRow = EntityBuilder.buildEntity( id = squaresRowId, pos = new Vector4f )\n\n    for( i <- -1 to 1 ) {\n      val squareId = EntityBuilder.getId( )\n      val pos = new Vector4f( i * 0.5f, 0f, 0.5f, 0f )\n      val newSquare = EntityBuilder.buildEntityWithSurface(\n        parentId = squaresRowId,\n        id = squareId,\n        pos = pos,\n        sfc = SurfaceBuilder.newSquare( pId = squareId, pos = pos, dim = 0.3f )\n      )\n      registerEntity( newSquare, squareId )\n      squaresRow.attachChild( squareId )\n      addToUpdateList( squareId )\n    }\n    registerEntity( squaresRow, squaresRowId )\n    addToUpdateList( squaresRowId )\n  }\n\n  def update( ) {\n    for( id <- entitiesToUpdate.keys if entitiesToUpdate( id ) ) {\n      val entity = entities( id )\n      entity.update( )\n      if( entity.drawable && entity.surface.toDraw ) {\n        Displayer.enqueueIdToDraw( entity.surface.entityId )\n      }\n    }\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/reality\/matter\/SurfaceBuilder.scala","text":"package com.sg.pnx.reality.matter\n\nimport com.sg.pnx.reality.EntityBuilder\nimport com.sg.pnx.graphics.Displayer\nimport com.sg.pnx.graphics.glbuffers.VertexBufferBuilder\nimport org.lwjgl.util.vector.Vector4f\nimport com.sg.pnx.graphics.util.GLUtil\n\n\/**\n * Created by bodie on 7\/21\/14.\n *\/\nobject SurfaceBuilder {\n  def buildSurface(parentId: Int = -1,\n                   entityId: Int = EntityBuilder.getId(),\n                   materialId: Int = 0,\n                   draw: Boolean = true,\n                   vertices: Array[Float] = Array[Float]( )): Surface = {\n\n    val vb = VertexBufferBuilder.buildVertexBuffer(\n      vertices = vertices,\n      parentId = parentId,\n      entityId = entityId)\n\n    val newSfc = new Surface(\n      pId = parentId,\n      eId = entityId,\n      vertexBuffer = vb,\n      draw = true,\n      vertices = vertices\n    )\n    \/\/ Register the surface's existence in Displayer; enqueueIdToDraw later.\n    Displayer.registerSurface( newSfc )\n    newSfc\n  }\n\n  def newSquare( pId: Int, pos: Vector4f = new Vector4f, dim: Float = 4.0f ): Surface = {\n    val offset = dim \/ 2f\n    val newId = EntityBuilder.getId( )\n    val (x, y, z) = (pos.x, pos.y, pos.z)\n\n    buildSurface(\n      parentId = pId,\n      entityId = newId,\n      materialId = -1,\n      draw = true,\n      vertices = Array[Float](\n        -offset + x,  offset + y, z,\n        -offset + x, -offset + y, z,\n         offset + x, -offset + y, z,\n         offset + x, -offset + y, z,\n         offset + x,  offset + y, z,\n        -offset + x,  offset + y, z\n      )\n    )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/util\/DisplayUtil.scala","text":"\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\npackage com.sg.pnx.graphics.util\n\nimport org.lwjgl.opengl.{PixelFormat, ContextAttribs, Display, DisplayMode}\nimport java.lang.System.err\nimport com.sg.pnx.graphics.shaders.Shaders\n\nobject DisplayUtil {\n  private var _isCreated: Boolean = false\n  private var (w, h) = (0, 0)\n  private var (wDiv2, hDiv2) = (0, 0)\n\n  private def setDim( newW: Int, newH: Int ) {\n    w = newW\n    h = newH\n    wDiv2 = ( newW \/ 2f ).toInt\n    hDiv2 = ( newH \/ 2f ).toInt\n  }\n\n  def isCreated = _isCreated\n\n  def width: Int = w\n  def height: Int = h\n  def halfHeight: Int = hDiv2\n  def halfWidth: Int = wDiv2\n\n  def die: Boolean = Display isCloseRequested\n\n  def setupDisplay(fullscreen: Boolean = true) {\n    try {\n      val dm: DisplayMode = Display.getAvailableDisplayModes.foldLeft( new DisplayMode(1280, 800) )(\n        (m1, m2) =>\n          if( m2.isFullscreenCapable == fullscreen &&\n              m2.getHeight >= m1.getHeight &&\n              m2.getWidth  >= m1.getWidth ) m2\n          else m1\n      )\n\n      val contextAttributes = new ContextAttribs( 4, 4 )\n        .withForwardCompatible( true )\n        .withProfileCore( true )\n      val pixelFormat = new PixelFormat( )\n        .withDepthBits( 24 )\n        .withSamples( 4 )\n        .withSRGB( false ) \/\/ true crashes if fullscreen on windows\n\n      Display setTitle \"LWJGL Test\"\n      Display setVSyncEnabled true\n      Display setDisplayModeAndFullscreen dm\n      Display.create( pixelFormat, contextAttributes )\n\n      setDim( dm.getWidth, dm.getHeight )\n    } catch {\n      case e: Exception =>\n        err.println( \"Error setting up Display: \" + e.getMessage )\n        sys exit 0\n    }\n    _isCreated = true\n    GLUtil.exitOnGLError( )\n  }\n\n  def setupShaders( ) {\n    Shaders.loadAndUseShaders( )\n    if( Shaders.useShaders ) {\n      Shaders.useProgram( )\n      Shaders.getUniforms( )\n      Shaders.getAttribs( )\n      Shaders.getSubroutines( )\n    }\n  }\n\n  def destroyDisplay( ) {\n    Display destroy( )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/glbuffers\/Buffers.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.graphics.glbuffers\n\nimport com.sg.pnx.graphics.util.GLUtil\nimport org.lwjgl.opengl.{GL30, GL15, GL20}\nimport scala.collection.mutable\n\n\/**\n * Created by bodie on 7\/24\/14.\n *\/\nobject Buffers {\n  private var vertexBuffers = mutable.HashMap[Int, VertexBuffer]( )\n\n  def addVerts( vertices: Array[Float] ): ( Int, Int, Int ) = {\n    BufferHandler.bufferVerts( vertices = vertices )\n  }\n\n  def registerVertexBuffer( eId: Int, vb: VertexBuffer ): VertexBuffer = {\n    vertexBuffers += eId -> vb\n    vb\n  }\n\n  def disposeVertexBuffer( eId: Int, vboId: Int, vaoId: Int, vaoIndex: Int ) {\n    val vb = vertexBuffers( eId )\n    BufferHandler.disposeBuffer( vboId, vaoId, vaoIndex )\n    vertexBuffers -= eId\n  }\n\n  def dispose( ) {\n    for( (id, vb) <- vertexBuffers ) disposeVertexBuffer( id, vb.vboId, vb.vaoId, vb.vaoIndex )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/Game.scala","text":"\/**\n * Created by bodie on 7\/17\/14.\n *\/\n\npackage com.sg.pnx\n\nimport com.sg.pnx.graphics.{Displayer, RGBColor}\n\nimport com.sg.pnx.util._\nimport com.sg.pnx.reality.World\nimport com.sg.pnx.graphics.util.DisplayUtil\n\nobject Game extends App {\n  val DEBUG = false\/\/true\n  val FRAMERATE = 60\n\n  InitUtil init( )\n  World init( )\n  gameLoop( )\n  DestroyUtil destroy( )\n\n  def gameLoop( ) {\n    Inputter.update( )\n\n    val die = DisplayUtil.die || Inputter.exitRequested\n\n    World.update( )\n\n    Displayer.update( )\n    Displayer.draw( )\n    Displayer.sync( FRAMERATE )\n\n    if( !die ) gameLoop( )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/reality\/Entity.scala","text":"package com.sg.pnx.reality\n\nimport org.lwjgl.util.vector.Vector4f\n\n\/**\n * Created by bodie on 7\/21\/14.\n *\/\nclass Entity( parentId: Int, entityId: Int, pos: Vector4f = new Vector4f, var surface: matter.Surface = null, val drawable: Boolean = false ) {\n  private var _children = Array[Int]( )\n  def children = _children \/\/ poor things\n  def attachChild( id: Int ) {\n    _children :+= id\n  }\n\n  def update( ) {\n\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/glbuffers\/BufferHandler.scala","text":"<gh_stars>1-10\npackage com.sg.pnx.graphics.glbuffers\n\nimport org.lwjgl.opengl._\nimport scala.collection.mutable\nimport org.lwjgl.BufferUtils\nimport com.sg.pnx.graphics.shaders.Shaders\nimport com.sg.pnx.graphics.util.GLUtil\n\n\/**\n * Created by bodie on 7\/24\/14.\n *\/\nobject BufferHandler {\n  private val stride = 0\n  private val normalized = false\n  private var vaoIndexTracker = mutable.HashMap[Int, Int]( )\n\n  def bufferVerts( attrIndex: Int = Shaders.vertexAttribs( \"inPosition\" ),\n                   vertices: Array[Float],\n                   vaoId: Int = genVAO( ),\n                   vboId: Int = genVBO( ) ): ( Int, Int, Int ) = {\n\n    var thisAttrIndex = attrIndex\n\n    bindVAO( vaoId )\n    bindVBO( vboId )\n    putVBOVertexData( vertices, thisAttrIndex )\n    unbindVBO( )\n    unbindVAO( )\n\n    ( vaoId, thisAttrIndex, vboId )\n  }\n\n  def putVBOVertexData( vertices: Array[Float], attrIndex: Int ) {\n    \/\/ Sending data to OpenGL requires the usage of (flipped) byte buffers\n    val verticesBuffer = BufferUtils.createFloatBuffer( vertices.length )\n    verticesBuffer.put( vertices )\n    verticesBuffer.flip( )\n\n    \/\/ Use the buffer data\n    GL15.glBufferData( GL15.GL_ARRAY_BUFFER, verticesBuffer, GL15.GL_STATIC_DRAW )\n    GLUtil.exitOnGLError( )\n    \/\/ Bind to the point in the currently selected VAO\n    GL20.glVertexAttribPointer( attrIndex, 3, GL11.GL_FLOAT, normalized, stride, 0 )\n  }\n\n  def genVBO( ): Int = {\n    GL15.glGenBuffers( )\n  }\n\n  def bindVBO( id: Int ) {\n    GL15.glBindBuffer( GL15.GL_ARRAY_BUFFER, id )\n  }\n\n  def unbindVBO( ) {\n    bindVBO( 0 )\n  }\n\n  def genVAO( ): Int = {\n    GL30.glGenVertexArrays( )\n  }\n\n  def enableVAO( id: Int ) {\n    GL20.glEnableVertexAttribArray( id )\n  }\n\n  def disableVAO( id: Int ) {\n    GL20.glDisableVertexAttribArray( id )\n  }\n\n  def bindVAO( id: Int ) {\n    GL30.glBindVertexArray( id )\n  }\n\n  def unbindVAO( ) {\n    bindVAO( 0 )\n  }\n\n  def disableVBOAt( index: Int ) {\n    GL20.glDisableVertexAttribArray( index )\n  }\n\n  def deleteVBO( id: Int ) {\n    GL15.glBindBuffer( GL15.GL_ARRAY_BUFFER, id )\n    GL15.glDeleteBuffers( id )\n  }\n\n  def deleteVAO( id: Int ) {\n    GL30.glBindVertexArray( id )\n    GL30.glDeleteVertexArrays( id )\n  }\n\n  def disposeBuffer( vboId: Int, vaoId: Int, vaoIndex: Int) {\n    disableVBOAt( vaoIndex )\n    deleteVBO( vboId )\n    deleteVAO( vaoId )\n  }\n}\n\/*\n\nRequest a memory location (returns integer number, the ID, of the object)\nBind the object using the ID\nManipulate the object (the object is whichever object OpenGL is currently bound to)\nUnbind the object using the ID\nfirst bind the VAO and then call \u201cglVertexAttributePointer\u201d\n\nLinking a VBO with a VAO's attribute list:\n - \u201cglVertexAttribPointer\u201d as parameters it needs to know the following:\n - Index of the attribute list (0 in our case)\n - How many values define one data definition (3 floats is 1 position definition in our case)\n - What type the values have (floats in our case)\n - The stride and the offset (we are not using those yet, they have to do with interleaving data)\n\nTo put the data in the VBO we\u2019ll use the \u201cglBufferData\u201d method. It has also a number of parameters:\n - The type (we\u2019re using a GL_ARRAY_BUFFER, a default definition for generic data)\n - The buffer (our FloatBuffer that holds the vertices positions)\n - The usage (our vertices will not move or change so the usage is simply GL_STATIC_DRAW)\n\nTo actually draw our quad we\u2019ll use, as mentioned before, the \u201cglDrawArrays\u201d method. It needs to know the following:\nHow to draw these vertices (we\u2019re using simple GL_TRIANGLES)\nThe first index (we\u2019ll start from the beginning at 0)\nThe vertex count (we\u2019ve held that number in our vertexCount variable)\nOpenGL must also have the VAO (and as a result the linked VBO\u2019s) active in memory so we\u2019ll have to bind them before\ndrawing. Our VBO is linked with the attribute list 0 of our VAO, so we\u2019ll have to enable that list as well. When we\u2019ve\ndrawn our quad we\u2019ll unbind and disable everything again. The render code is this:\n\nGL11.glClear(GL11.GL_COLOR_BUFFER_BIT);\n\n\/\/ Bind to the VAO that has all the information about the quad vertices\nGL30.glBindVertexArray(vaoId);\nGL20.glEnableVertexAttribArray(0);\n\n\/\/ Draw the vertices\nGL11.glDrawArrays(GL11.GL_TRIANGLES, 0, vertexCount);\n\n\/\/ Put everything back to default (deselect)\nGL20.glDisableVertexAttribArray(0);\nGL30.glBindVertexArray(0);\n\n\n------ memory cleanup ------\n\n\n\/\/ Disable the VBO index from the VAO attributes list\nGL20.glDisableVertexAttribArray(0);\n\n\/\/ Delete the VBO\nGL15.glBindBuffer(GL15.GL_ARRAY_BUFFER, 0);\nGL15.glDeleteBuffers(vboId);\n\n\/\/ Delete the VAO\nGL30.glBindVertexArray(0);\nGL30.glDeleteVertexArrays(vaoId);\n\n*\/"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/RGBColor.scala","text":"<filename>src\/main\/scala\/com\/sg\/pnx\/graphics\/RGBColor.scala<gh_stars>1-10\n\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\npackage com.sg.pnx.graphics\n\nimport com.sg.pnx.math.Math\n\nclass RGBColor( red: Float, green: Float, blue: Float )  {\n  def r: Float = red\n  def g: Float = green\n  def b: Float = blue\n\n  def clampRed: Float = Math.clamp( r, 0f, 1f )\n  def clampGreen: Float = Math.clamp( g, 0f, 1f )\n  def clampBlue: Float = Math.clamp( b, 0f, 1f )\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/glbuffers\/VertexBufferBuilder.scala","text":"package com.sg.pnx.graphics.glbuffers\n\nimport com.sg.pnx.reality.EntityBuilder\nimport com.sg.pnx.graphics.util.GLUtil\n\n\/**\n * Created by bodie on 7\/28\/14.\n *\/\nobject VertexBufferBuilder {\n  def buildVertexBuffer( vertices: Array[Float] = Array[Float]( ),\n                         parentId: Int = -1,\n                         entityId: Int = EntityBuilder.getId( ) ): VertexBuffer = {\n\n    val( vaoId, vaoIndex, vboId ) = Buffers.addVerts( vertices )\n    val newVB = new VertexBuffer(\n            vboId = vboId,\n            vaoId = vaoId,\n            vaoIndex = vaoIndex,\n            vertexCount = vertices.length,\n            eId = entityId )\n    Buffers.registerVertexBuffer( newVB.eId, newVB )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/util\/InitUtil.scala","text":"\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\npackage com.sg.pnx.util\n\nimport com.sg.pnx.graphics.util.{DisplayUtil, GLUtil}\nimport GLUtil.setupGL\nimport com.sg.pnx.graphics.GLCamera\nimport com.sg.pnx.Inputter\nimport com.sg.pnx.Game\nimport java.nio.file.{Files, Paths, Path}\nimport java.io.File\n\nobject InitUtil {\n  def init( ) {\n    SysUtil.loadNativeLibs( )\n    DisplayUtil.setupDisplay( fullscreen = !Game.DEBUG )\n    Inputter.init( )\n    DisplayUtil.setupShaders( )\n\n    setupGL( DisplayUtil.width, DisplayUtil.height )\n    GLCamera setupCamera( 0f, 1.2f, -8.0f )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/Test.scala","text":"package com.sg.pnx\n\nimport com.sg.pnx.math.Math\nimport System.nanoTime\n\n\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\nobject Test extends App {\n  val numIterations = 100000\n  println(\"Remap Test - \" + testRemap(550, 0.5f))\n  println(\"Lerp Test - \" + testLerp(0.372f, 372))\n  println(\"Fast Sin Test A - Roots - \" + testFastSinA )\n  println(\"Fast Sin Test B - Average Error - \" + testFastSinB)\n  println(\"Fast Sin Test C - Efficiency Improvement - \" + testFastSinC)\n\n  def testRemap( in: Float, expected: Float): (Float, Float, Boolean ) = {\n    val ans = Math.remap(in, 500, 600)\n    (ans, expected, ans == expected)\n  }\n\n  def testLerp( in: Float, expected: Float): (Float, Float, Boolean ) = {\n    val ans = Math.lerp(0, 1000, in)\n    (ans, expected, ans == expected)\n  }\n\n  def testFastSinA( ): (Int) = {\n    val testRads = List( 0f, Math.HALF_PI, Math.PI, Math.HALF_PI*3f )\n    val answers = List( 0f, 1f, 0f, -1f )\n    var correct = 0\n    var i = 0\n\n    for( i <- 0 to 3 ){\n      if( Math.fastSin( testRads(i.toInt) ) == answers( i.toInt ) ) correct += 1\n    }\n    correct\n  }\n\n  def testFastSinB( ): (Float) = {\n    var i = 0\n    var error = 0.0f\n\n    for( i <- 0 to 500 ){\n      error += Math.fastSin( (i\/500f) ) - scala.math.sin( (i\/500f) ).toFloat\n    }\n\n    error \/ 500f\n  }\n\n  def testFastSinC( ): (Float) = {\n    var i = 0\n    val timeA = System.nanoTime\n    val tempA = for (i <- 0 to numIterations ) scala.math.sin( i*0.042375f )\n    val timeB = System.nanoTime\n    val tempB = for (i <- 0 to numIterations ) Math.fastSin( i*0.042375f )\n    val timeC = System.nanoTime\n\n    (timeB - timeA).toFloat \/ (timeC - timeB).toFloat\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/GLCamera.scala","text":"<filename>src\/main\/scala\/com\/sg\/pnx\/graphics\/GLCamera.scala\npackage com.sg.pnx.graphics\n\nimport com.sg.pnx.Inputter\nimport com.sg.pnx.math.Math\n\nimport org.lwjgl.util.vector.{Vector3f, Matrix4f}\nimport org.lwjgl.BufferUtils\nimport org.lwjgl.input.Keyboard\n\n\/**\n  * Created by kevin on 7\/21\/14.\n  *\/\n\nobject GLCamera {\n  private val ( xAxis, yAxis, zAxis ) = (\n    new Vector3f( 1f, 0f, 0f ),\n    new Vector3f( 0f, 1f, 0f ),\n    new Vector3f( 0f, 0f, 1f )\n  )\n\n  private var _cameraMatrix = new Matrix4f( )\n  private var _cameraRaw = BufferUtils.createFloatBuffer( 16 )\n\n  def cameraMatrix = _cameraMatrix\n  def cameraBuffer = _cameraRaw\n\n  var cameraX = 0f\n  var cameraY = 0f\n  var cameraZ = 0f\n\n  var yaw = 0.0f\n  var pitch = 0.0f\n  var roll = 0.0f\n\n  def setupCamera( x: Float = 0f, y: Float = 0f, z: Float = 0f ){\n    cameraX =  x\n    cameraY = -y\n    cameraZ =  z\n  }\n\n  def updateCamera( ){\n    _cameraRaw.clear( )\n    _cameraMatrix.setIdentity( )\n\n    yaw += Inputter.mouseModDX * 0.005f\n    pitch += Inputter.mouseModDY * -0.005f\n\n    pitch = Math.clamp( pitch, Math.HALF_PI * -1f, Math.HALF_PI )\n\n    if( Inputter.keysDown( Keyboard KEY_W ) ) {\n      cameraX += 0.05f * Math.fastSin( Math.toRad(yaw) )\n      cameraZ += -0.05f * Math.fastCos( Math.toRad(yaw) )\n    }\n\n    if( Inputter.keysDown( Keyboard KEY_S ) ) {\n      cameraX -= 0.03f * Math.fastSin( Math.toRad(yaw) )\n      cameraZ -= -0.03f * Math.fastCos( Math.toRad(yaw) )\n    }\n\n    if( Inputter.keysDown( Keyboard KEY_A ) ) {\n      cameraX += 0.04f * Math.fastCos( Math.toRad(yaw) )\n      cameraZ += 0.04f * Math.fastSin( Math.toRad(yaw) )\n    }\n\n    if( Inputter.keysDown( Keyboard KEY_D ) ) {\n      cameraX -= 0.04f * Math.fastCos( Math.toRad(yaw) )\n      cameraZ -= 0.04f * Math.fastSin( Math.toRad(yaw) )\n    }\n\n    _cameraMatrix.rotate( yaw, yAxis )\n    _cameraMatrix.rotate( pitch, xAxis )\n\n    _cameraMatrix.invert( )\n    _cameraMatrix.store( _cameraRaw )\n    _cameraRaw.flip( )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/util\/SysUtil.scala","text":"<gh_stars>1-10\npackage com.sg.pnx.util\n\nimport scala.collection.immutable\nimport java.io.File\nimport java.lang.reflect.Field\n\n\/**\n * Created by bodie on 8\/20\/14.\n *\/\nobject SysUtil {\n  def os = {\n    val name = System.getProperty( \"os.name\" ).toLowerCase\n    if( name.indexOf(\"mac\") >= 0 ) \"osx\"\n    else if( name.indexOf(\"win\") >= 0 ) \"windows\"\n    else \"linux\"\n  }\n\n  def bitness = {\n    val resp = System.getProperty( \"os.arch\" )\n    if( resp.indexOf(\"64\") >= 0 ) \"64\"\n    else {\n      if( os == \"windows\" ) {\n        var arch = System.getenv( \"PROCESSOR_ARCHITEW6432\" )\n        if( arch != null && !arch.isEmpty ) if( arch.indexOf( \"64\" ) >= 0 ) \"64\" else \"32\"\n        else arch = System.getenv( \"PROCESSOR_ARCHITECTURE\" )\n        if( arch != null && !arch.isEmpty ) if( arch.indexOf( \"64\" ) >= 0 ) \"64\" else \"32\"\n      }\n      else \"32\"\n    }\n  }\n\n  def separator = {\n    os match {\n      case \"linux\" | \"osx\" => \"\/\"\n      case \"windows\" => \"\\\\\"\n      case _ => \"???\"\n    }\n  }\n\n  def nativeLibs = {\n    immutable.HashMap[String, List[String]](\n      (\"opengl\", os match {\n        case \"linux\" => List[String]( \"liblwjgl.so\", \"liblwjgl64.so\" )\n        case \"windows\" => List[String]( \"lwjgl.dll\", \"lwjgl64.dll\" )\n        case \"osx\" => List[String]( \"liblwjgl.jnilib\" )\n      }),\n      (\"openal\", os match {\n          case \"linux\" => List[String]( \"libopenal.so\", \"libopenal64.so\" )\n          case \"windows\" => List[String]( \"OpenAL32.dll\", \"OpenAL64.dll\" )\n          case \"osx\" => List[String]( \"openal.dylib\" )\n      })\n    )\n  }\n\n  def nativeLibExtension = {\n    os match {\n      case \"linux\" => \".so\"\n      case \"windows\" => \".dll\"\n      case _ => \"???\"\n    }\n  }\n\n  def nativeLibPath = {\n    \"res\" + separator + \"native\" + separator + os + separator\n  }\n\n  def rootAbsolutePath = {\n    new File(\".\").getAbsolutePath\n  }\n\n  def addNativePath( pathToAdd: String ) = {\n    val usrPathsField: Field =  classOf[ClassLoader].getDeclaredField( \"usr_paths\" )\n    usrPathsField.setAccessible( true )\n\n    val paths = usrPathsField.get( null ).asInstanceOf[Array[String]]\n\n    if( !paths.contains( pathToAdd ) ) {\n      usrPathsField.set( null, paths :+ pathToAdd )\n    }\n  }\n\n  def loadNativeLibs( ) {\n    if( !checkForNativeLibs( ) )\n      for( (_, libs) <- nativeLibs )\n        for( lib <- libs ) IOUtil.extractJarLibToPath( src = lib, dst = new File( nativeLibPath ) )\n\n    SysUtil.addNativePath( nativeLibPath )\n  }\n\n  private def checkForNativeLibs( ): Boolean = {\n    nativeLibs.keys.forall( libName => {\n      nativeLibs.get( libName ).forall( lib => new File( nativeLibPath + lib ).isFile )\n    } )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/shaders\/ShaderHandler.scala","text":"<gh_stars>1-10\npackage com.sg.pnx.graphics.shaders\n\nimport org.lwjgl.opengl.{GL11, GL20}\nimport com.sg.pnx.util.IOUtil\n\n\/**\n * Created by bodie on 7\/20\/14.\n *\/\nobject ShaderHandler {\n  def attachAndLinkShaders( vShaderId: Int = 0, fShaderId: Int = 0 ): Int = {\n    val shaderProgramId = GL20.glCreateProgram( )\n\n    if( shaderProgramId == 0 ) {\n      throw new RuntimeException(\"Error creating shader program: \" + getProgramLogInfo(shaderProgramId))\n      return 0\n    }\n\n    if( vShaderId != 0 ) {\n      GL20.glAttachShader( shaderProgramId, vShaderId )\n    }\n\n    if( fShaderId != 0 ) {\n      GL20.glAttachShader( shaderProgramId, fShaderId )\n    }\n\n    GL20.glLinkProgram( shaderProgramId )\n    if( GL20.glGetProgrami( shaderProgramId, GL20.GL_LINK_STATUS) == GL11.GL_FALSE ) {\n      System.err.println( getProgramLogInfo( shaderProgramId ) )\n      throw new RuntimeException( \"Error linking shader program: \" + getProgramLogInfo( shaderProgramId ) )\n    }\n\n    GL20.glValidateProgram( shaderProgramId )\n    if( GL20.glGetProgrami( shaderProgramId, GL20.GL_VALIDATE_STATUS ) == GL11.GL_FALSE ) {\n      System.err.println( )\n      throw new RuntimeException( \"Error validating shader program: \" + getProgramLogInfo( shaderProgramId ) )\n    }\n\n    shaderProgramId\n  }\n\n  def getProgramLogInfo( p: Int ) = GL20.glGetProgramInfoLog( p, GL20.glGetProgrami( p, GL20.GL_INFO_LOG_LENGTH ) )\n\n  def createVertexShader( filename: String ): Int = {\n    val shaderCode = IOUtil.readFileAsString( filename )\n    createShader( shaderCode, GL20.GL_VERTEX_SHADER )\n  }\n\n  def createFragmentShader( filename: String ): Int = {\n    val shaderCode = IOUtil.readFileAsString( filename )\n    createShader( shaderCode, GL20.GL_FRAGMENT_SHADER )\n  }\n\n  private def createShader( shaderCode: String, shaderType: Int ): Int = {\n    val shader = GL20.glCreateShader( shaderType )\n\n    if( shader == 0 )\n      return 0\n\n    try {\n      GL20.glShaderSource( shader, shaderCode )\n      GL20.glCompileShader( shader )\n\n      if( GL20.glGetShaderi( shader, GL20.GL_COMPILE_STATUS ) == GL11.GL_FALSE )\n        throw new RuntimeException( \"Error creating shader: \" + GL20.glGetShaderInfoLog( shader, GL20.glGetShaderi( shader, GL20.GL_INFO_LOG_LENGTH ) ) )\n\n      shader\n    }\n    catch {\n      case e: Exception =>\n        GL20.glDeleteShader( shader )\n        throw e\n    }\n  }\n\n  def useProgram( programId: Int ) {\n    GL20.glUseProgram( programId )\n  }\n\n  def endProgram( ) {\n    useProgram( 0 )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/shaders\/Shaders.scala","text":"package com.sg.pnx.graphics.shaders\n\nimport com.sg.pnx.Inputter\nimport com.sg.pnx.graphics.GLCamera\nimport com.sg.pnx.graphics.util.{GLUtil, DisplayUtil}\n\nimport org.lwjgl.opengl.{GL40, GL20}\nimport org.lwjgl.BufferUtils\n\nimport scala.collection.mutable\nimport scala.collection.immutable\n\n\/**\n * Created by bodie on 7\/21\/14.\n *\/\nobject Shaders {\n  private var vShaderId: Int = 0\n  private var fShaderId: Int = 0\n  private var shaderProgramId: Int = 0\n\n  private var uniforms = mutable.HashMap[String, Int](\n    \"time\" -> 0,\n    \"mouse\" -> 0,\n    \"resolution\" -> 0,\n    \"cameraPos\" -> 0,\n    \"cameraRot\" -> 0,\n    \"camera\" -> 0\n  ).withDefaultValue( 0 )\n\n  private var _vertexAttribs = mutable.HashMap[String, Int](\n    \"inPosition\" -> 0\n  )\n\n  private var vertexSubroutines = mutable.HashMap[String, mutable.HashMap[String, Int]](\n    \"vertexCamera\" -> mutable.HashMap[String, Int] (\n      \"self\" -> 0,\n      \"fsQuad\" -> 0,\n      \"world\" -> 0\n    )\n  )\n\n  private val defaultVertexSubroutines = immutable.HashMap[String, String](\n    \"vertexCamera\" -> \"fsQuad\"\n  )\n\n  private var fragmentSubroutines = mutable.HashMap[String, mutable.HashMap[String, Int]](\n    \"fragmentProcess\" -> mutable.HashMap[String, Int] (\n      \"self\" -> 0,\n      \"fsQuad\" -> 0,\n      \"world\" -> 0\n    )\n    \/\/ subroutines for frag shader go here\n  )\n\n  private val defaultFragmentSubroutines = immutable.HashMap[String, String](\n    \"fragmentProcess\" -> \"fsQuad\"\n  )\n\n  private var vertexSubroutineBuffer = BufferUtils.createIntBuffer( vertexSubroutines.keys.size )\n  private var fragmentSubroutineBuffer = BufferUtils.createIntBuffer( fragmentSubroutines.keys.size )\n\n  private val vertShaderSources = mutable.HashMap[String, String](\n    \"default\" -> \"res\/shaders\/screen.vert\"\n  ).withDefaultValue( \"ABSENT\" )\n\n  private val fragShaderSources = mutable.HashMap[String, String](\n    \"default\" -> \"res\/shaders\/screen.frag\",\n    \"sky\" -> \"res\/shaders\/sky.frag\",\n    \"look\" -> \"res\/shaders\/look.frag\"\n  ).withDefaultValue( \"ABSENT\" )\n\n  var useShaders: Boolean = false\n\n  var vertShaderInUse: String = \"\"\n  var fragShaderInUse: String = \"\"\n\n  def vertexShaderNames: List[String] = vertShaderSources.keys.toList\n  def fragmentShaderNames: List[String] = fragShaderSources.keys.toList\n  def vertexAttribs = _vertexAttribs\n\n  def loadAndUseShaders( vShaderName: String = \"default\", fShaderName: String = \"default\" ) {\n    try {\n      vShaderId = loadVertexShader( vShaderName )\n      fShaderId = loadFragmentShader( fShaderName )\n      shaderProgramId = ShaderHandler.attachAndLinkShaders( vShaderId, fShaderId )\n    } catch {\n      case e: Exception =>\n        System.err.println( \"Shader linking error: \" + e.getMessage )\n        System.exit( 0 )\n    }\n    if( shaderProgramId != 0 )\n      useShaders = true\n  }\n\n  private def loadVertexShader( name: String ): Int = {\n    val filename = vertShaderSources( name )\n    if( filename == \"ABSENT\" )\n      return 0\n\n    vertShaderInUse = name\n    ShaderHandler.createVertexShader( filename )\n  }\n\n  private def loadFragmentShader( name: String ): Int = {\n    val filename = fragShaderSources( name )\n    if( filename == \"ABSENT\" )\n      return 0\n\n    fragShaderInUse = name\n    ShaderHandler.createFragmentShader( filename )\n  }\n\n  def useProgram( ) {\n    ShaderHandler.useProgram( shaderProgramId )\n  }\n\n  def endProgram( ) {\n    ShaderHandler.endProgram( )\n  }\n\n  def getUniforms( ) {\n    for( uniformName <- uniforms.keys ) {\n      uniforms( uniformName ) = GL20.glGetUniformLocation( shaderProgramId, uniformName )\n      GLUtil.exitOnGLError( \"error in getUniforms: \" + uniformName + \": id = \" + uniforms( uniformName ) )\n    }\n  }\n\n  def updateUniforms( ) {\n    GL20.glUniform1f( uniforms( \"time\" ), Inputter.timeNs \/ 1000000.0f )\n    GL20.glUniform2i( uniforms( \"resolution\" ), DisplayUtil.width, DisplayUtil.height )\n    GL20.glUniform2f( uniforms( \"mouse\" ), Inputter.mouseModX, Inputter.mouseModY )\n    GL20.glUniform3f( uniforms( \"cameraPos\" ), GLCamera.cameraX, GLCamera.cameraY, GLCamera.cameraZ )\n    GL20.glUniform3f( uniforms( \"cameraRot\" ), GLCamera.yaw, -1.0f*GLCamera.pitch, GLCamera.roll )\n    GL20.glUniformMatrix4( uniforms( \"camera\" ), false, GLCamera.cameraBuffer )\n    GLUtil.exitOnGLError( )\n  }\n\n  def getAttribs( ) {\n    for( attrName <- vertexAttribs.keys ) {\n      vertexAttribs( attrName ) = GL20.glGetAttribLocation( shaderProgramId, attrName )\n      GLUtil.exitOnGLError( \"error in getAttribs: \" + attrName + \": id = \" + vertexAttribs( attrName ) )\n    }\n  }\n\n  def getSubroutines( ) {\n    getStageSubroutines( GL20.GL_VERTEX_SHADER )\n    getStageSubroutines( GL20.GL_FRAGMENT_SHADER )\n  }\n\n  private def getStageSubroutines( target: Int ) {\n    val (subroutineMap, defaultTargetSubroutines, targetBuffer) = target match {\n      case GL20.GL_VERTEX_SHADER => (vertexSubroutines, defaultVertexSubroutines, vertexSubroutineBuffer)\n      case GL20.GL_FRAGMENT_SHADER => (fragmentSubroutines, defaultFragmentSubroutines, fragmentSubroutineBuffer)\n      case _ => (null, null, null)\n    }\n\n    \/\/ Go through the list of subroutine uniforms.\n    for( subUniformName <- subroutineMap.keys ) {\n      \/\/ First, get the ID of the uniform name itself, as \"self\".\n      subroutineMap( subUniformName )( \"self\" ) = GL40.glGetSubroutineUniformLocation( shaderProgramId, target, subUniformName )\n      \/\/ Then, for each subroutine for the uniform,\n      for( subName <- subroutineMap( subUniformName ).keys if subName != \"self\" ) {\n        \/\/ Get the ID for that subroutine and attach it to the named key in the map.\n        subroutineMap( subUniformName )( subName ) = GL40.glGetSubroutineIndex( shaderProgramId, target, subName )\n        GLUtil.exitOnGLError( \"error in getStageSubroutines for \" + target + \": \" + subName + \": id = \" + subroutineMap( subUniformName )( subName ) )\n      }\n      \/\/ Set the default value in the buffer\n      targetBuffer.put( subroutineMap( subUniformName )( \"self\" ), subroutineMap( subUniformName )( defaultTargetSubroutines( subUniformName ) ) )\n    }\n  }\n\n  def setVertexSubroutines( subs: (String, String)* ) {\n    setSubroutine( GL20.GL_VERTEX_SHADER, subs )\n  }\n\n  def setFragmentSubroutines( subs: (String, String)* ) {\n    setSubroutine( GL20.GL_FRAGMENT_SHADER, subs )\n  }\n\n  private def setSubroutine( target: Int, subs: Seq[(String, String)] ) {\n    val (subroutineMap, buf) = target match {\n      case GL20.GL_VERTEX_SHADER => (vertexSubroutines, vertexSubroutineBuffer)\n      case GL20.GL_FRAGMENT_SHADER => (fragmentSubroutines, fragmentSubroutineBuffer)\n      case _ => (null, null)\n    }\n\n    for( (uniform, sub) <- subs ) {\n      buf.put( subroutineMap( uniform )( \"self\" ), subroutineMap( uniform )( sub ) )\n    }\n\n    GL40.glUniformSubroutinesu( target, buf )\n    GLUtil.exitOnGLError( )\n  }\n}\n\n\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/util\/IOUtil.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.util\n\nimport java.io._\nimport java.util.jar.JarFile\nimport java.nio.file.NotLinkException\n\n\/**\n * Created by bodie on 7\/20\/14.\n *\/\nobject IOUtil {\n  def readFileAsString( filename: String ): String = {\n    val source = io.Source.fromFile( filename )\n    val lines = source.getLines mkString \"\\n\"\n    source.close( )\n    lines\n  }\n\n  def checkAndMakeDir( dir: File ) {\n    if( !dir.exists ) {\n      val parent = dir.getParentFile\n      if( parent.exists ) { dir.mkdir( ) } \/\/ done\n      else checkAndMakeDir( parent )\n      dir.mkdir( )\n    }\n  }\n\n  def writeToFile( path: String, data: Array[Byte] ): Unit =\n    using( new BufferedOutputStream( new FileOutputStream( new File( path ) ) ) )( _.write( data ) )\n\n  def writeToFile( path: String, data: String ): Unit =\n    using( new FileWriter( path ) )( _.write(data) )\n\n  def appendToFile( path: String, data: String ): Unit =\n    using( new PrintWriter( new FileWriter(path, true) ) )( _.println(data) )\n\n  \/\/ extractJar dumps the contents of the jar at src to the folder dst.\n  def extractJar( src: File, dst: File ) {\n    checkAndMakeDir( dst )\n    val basename = src.getName.substring( 0, src.getName.lastIndexOf(\".\") )\n    dst.mkdirs( )\n\n    val jar = new JarFile( src )\n    val enu = jar.entries\n    while( enu.hasMoreElements ) {\n      val entry = enu.nextElement\n      val entryPath =\n        if( entry.getName.startsWith( basename ) ) entry.getName.substring( basename.length )\n        else entry.getName\n\n      if( entry.isDirectory ) {\n        new File( dst, entryPath ).mkdirs( )\n      } else {\n        val istream = jar.getInputStream( entry )\n        val ostream = new FileOutputStream( new File( dst, entryPath ) )\n        copyStream( istream, ostream )\n        ostream.close( )\n        istream.close( )\n      }\n    }\n  }\n\n  def extractJarLibToPath( src: String, dst: File ) = {\n    checkAndMakeDir( dst )\n    val ext = SysUtil.nativeLibExtension\n    val toFile = new File( dst, src )\n    if( toFile.isFile ) try{ toFile.delete( ) } catch { case e: NotLinkException => println( \"failed to delete lib \" + toFile + \": \" + e.getMessage ); throw e }\n    val istream = getClass.getClassLoader.getResourceAsStream( src )\n    val ostream = new FileOutputStream( toFile )\n    copyStream( istream, ostream )\n    ostream.close( )\n    istream.close( )\n  }\n\n  private def copyStream( istream: InputStream, ostream: OutputStream ): Unit = {\n    var bytes =  new Array[Byte](1024)\n    var len = -1\n    while({ len = istream.read( bytes, 0, 1024 ); len != -1 })\n      ostream.write( bytes, 0, len )\n  }\n\n  private def using[A <: {def close( ): Unit}, B]( resource: A )( f: A => B ): B =\n    try f( resource ) finally resource.close( )\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/util\/GLUtil.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.graphics.util\n\nimport org.lwjgl.opengl.GL11\nimport org.lwjgl.util.glu.GLU\nimport com.sg.pnx.graphics.Displayer\n\n\/**\n * Created by bodie on 7\/20\/14.\n *\/\nobject GLUtil {\n  def setupGL( w: Int, h: Int ) {\n    println( \"OpenGL version: \" + GL11.glGetString( GL11.GL_VERSION ) )\n    GL11.glClearColor( 0.4f, 0.6f, 0.9f, 0f )\n  }\n\n  def exitOnGLError( errorMessage: String = \"\" ) {\n    val errorValue = GL11.glGetError\n\n    if( errorValue != GL11.GL_NO_ERROR ) {\n      val caller = java.lang.Thread.currentThread.getStackTrace()(2).getMethodName\n      val errorString = GLU.gluErrorString( errorValue )\n      System.err.println( \"GL ERROR \" + errorValue + \": \" + errorString + \"\\n  \" + (() => if( errorMessage == \"\" ) caller else errorMessage)() )\n\n      if( DisplayUtil.isCreated ) DisplayUtil.destroyDisplay( )\n      System.exit(-1)\n    }\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/Displayer.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.graphics\n\nimport scala.collection.mutable\nimport com.sg.pnx.reality.matter.{SurfaceBuilder, Surface}\nimport org.lwjgl.opengl._\nimport com.sg.pnx.graphics.shaders.Shaders\nimport com.sg.pnx.graphics.util.GLUtil\nimport com.sg.pnx.graphics.glbuffers.{VertexBuffer, BufferHandler, Buffers}\nimport com.sg.pnx.reality.{Entity, EntityBuilder}\nimport org.lwjgl.util.vector.Vector4f\n\n\/**\n * Created by bodie on 7\/24\/14.\n *\/\nobject Displayer {\n  private var surfaces = mutable.HashMap[Int, Surface]( ).withDefaultValue(null)\n  private var surfacesToDraw = mutable.HashMap[Int, Boolean]( ).withDefaultValue(false)\n  private var fsq: Entity = getFsQuad( )\n\n  private def getFsQuad( ): Entity = {\n    val newId = EntityBuilder.getId( )\n    EntityBuilder.buildEntityWithSurface( id = newId, sfc = SurfaceBuilder.newSquare( pId = newId, dim = 2f, pos = new Vector4f(0f, 0f, 1f, 1f) ) )\n  }\n\n  private def drawFsq( ) {\n    Shaders.setVertexSubroutines( (\"vertexCamera\", \"fsQuad\") )\n    Shaders.setFragmentSubroutines( (\"fragmentProcess\", \"fsQuad\") )\n    drawSurface( fsq.surface.vertexBuffer )\n    Shaders.setVertexSubroutines( (\"vertexCamera\", \"world\") )\n    Shaders.setFragmentSubroutines( (\"fragmentProcess\", \"world\") )\n    GLUtil.exitOnGLError( )\n  }\n\n  def draw( ) {\n    GL11 glClear( GL11 GL_COLOR_BUFFER_BIT )\n\n    drawFsq\n    drawSurfaces\n\n    Display update( )\n  }\n\n  def enqueueIdToDraw( surfaceId: Int ) {\n    surfacesToDraw += surfaceId -> true\n  }\n\n  \/\/ Registers the Surface's existence; enqueueIdToDraw needs the surface to be registered.\n  def registerSurface( s: Surface ) = {\n    surfaces += s.entityId -> s\n  }\n\n  def update( ) {\n    GLCamera.updateCamera( )\n    Shaders.updateUniforms( )\n  }\n\n  def sync( fps: Int = 60 ) {\n    Display.sync( fps )\n  }\n\n  def drawSurfaces( ) {\n    for( id <- surfacesToDraw.keys if surfacesToDraw( id ) ) {\n      drawSurface( surfaces( id ).vertexBuffer )\n    }\n  }\n\n  private def drawSurface( vb: VertexBuffer ) {\n    val ( vaoId, vaoIndex, vertexCount ) = ( vb.vaoId, vb.vaoIndex, vb.vertexCount )\n    BufferHandler.bindVAO( vaoId )\n    BufferHandler.enableVAO( vaoIndex )\n    GL11.glDrawArrays( GL11.GL_TRIANGLES, vaoIndex, vertexCount )\n    BufferHandler.disableVAO( vaoIndex )\n    GLUtil.exitOnGLError( )\n  }\n\n  def dispose( ) {\n    Shaders.endProgram( )\n    Buffers.dispose( )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/graphics\/glbuffers\/VertexBuffer.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.graphics.glbuffers\n\nimport com.sg.pnx.reality.EntityBuilder\n\n\/**\n * Created by bodie on 7\/28\/14.\n *\/\nclass VertexBuffer( val vboId: Int,\n            val vaoId: Int,\n            val vaoIndex: Int,\n            val vertexCount: Int = 0,\n            val eId: Int = EntityBuilder.getId( ) ) {\n  def destroy( ) {\n    Buffers.disposeVertexBuffer( eId, vboId, vaoId, vaoIndex )\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"build.sbt","text":"<filename>build.sbt\nname := \"phoenix\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.11.2\"\n\nautoCompilerPlugins := true\n\naddCompilerPlugin( \"com.nativelibs4java\" %% \"scalaxy-streams\" % \"0.2.1\" )\n\nscalacOptions ++= Seq(\n  \"-Xplugin-require:scalaxy-streams\",\n  \"-optimise\"\n)\n\nlibraryDependencies ++= Seq(\n  \"org.lwjgl.lwjgl\" % \"lwjgl\" % \"2.9.1\",\n  \"org.lwjgl.lwjgl\" % \"lwjgl_util\" % \"2.9.1\"\n)\n"}
{"repo_name":"synapse-garden\/phoenix","path":"assembly.sbt","text":"import AssemblyKeys._ \/\/ put this at the top of the file\n\nassemblySettings\n\njarName in assembly := \"phoenix_demo.jar\"\n\nmainClass in assembly := Some( \"com.sg.pnx.Game\" )\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/util\/DestroyUtil.scala","text":"<reponame>synapse-garden\/phoenix\n\/**\n * Created by bodie on 7\/19\/14.\n *\/\n\npackage com.sg.pnx.util\n\nimport com.sg.pnx.graphics.util.DisplayUtil\nimport DisplayUtil._\n\nobject DestroyUtil {\n  def destroy( ) {\n    destroyDisplay( )\n    sys exit 0\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/reality\/matter\/Surface.scala","text":"<gh_stars>1-10\npackage com.sg.pnx.reality.matter\n\nimport com.sg.pnx.graphics.glbuffers.VertexBuffer\n\n\/**\n * Created by bodie on 7\/21\/14.\n *\/\nclass Surface( val pId: Int,\n               val eId: Int,\n               val vertexBuffer: VertexBuffer,\n               var draw: Boolean,\n               var vertices: Array[Float] = null ) {\n  def points = vertices\n  \/\/ def vertexBuffer = vertBuffer\n  def parentId = pId\n  def entityId = eId\n  def toDraw = draw\n  def toDraw_=( b: Boolean ) = draw = b\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/reality\/EntityBuilder.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.reality\n\nimport com.sg.pnx.reality.matter.SurfaceBuilder\nimport org.lwjgl.util.vector.Vector4f\n\nimport com.sg.pnx.reality.matter.Surface\n\n\/**\n * Created by bodie on 7\/21\/14.\n *\/\nobject EntityBuilder {\n  private var nextId: Int = 0\n\n  def buildEntity( parentId: Int = -1, id: Int = getId( ), pos: Vector4f = new Vector4f ): Entity = {\n    new Entity( parentId, id, pos )\n  }\n\n  def buildEntityWithSurface( parentId: Int = -1, id: Int = getId( ), pos: Vector4f = new Vector4f, sfc: Surface ): Entity = {\n    new Entity( parentId, id, pos, sfc, drawable = true )\n  }\n\n  def getId( ): Int = {\n    nextId += 1\n    nextId\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/math\/Noise.scala","text":"<reponame>synapse-garden\/phoenix\npackage com.sg.pnx.math\n\n\/**\n * Created by kevin on 7\/20\/14.\n *\/\n\nimport com.sg.pnx.math.Math._\n\nobject Noise {\n  def simplex(dimension: Int, seed: Int, detail: Float, octaves: Int,\n          xin: Double,\n          yin: Double = 0d,\n          zin: Double = 0d,\n          win: Double = 0d): Double = {\n    val ratio = 0.5f\n    var oct = 0\n    var sum = 0f\n    for( oct <- 0 to octaves ){\n      val scale = math.pow(ratio,oct)\n      if (dimension == 1) { sum = lerp( sum, noise( xin*scale ).toFloat, ratio) }\n      if (dimension == 2) { sum = lerp( sum, noise( xin*scale, yin*scale ).toFloat, ratio) }\n      if (dimension == 3) { sum = lerp( sum, noise( xin*scale, yin*scale, zin*scale ).toFloat, ratio) }\n      if (dimension == 4) { sum = lerp( sum, noise( xin*scale, yin*scale, zin*scale, win*scale ).toFloat, ratio) }\n      else sum\n    }\n    sum\n  }\n\n  \/\/ Random offset values to prevent accidental aligning and grid artifacts\n  final val offset00 = 4491.073226372865897\n  final val offset01 = 7380.316654263014150\n  final val offset02 = 2552.639314613530870\n  final val offset03 = 6915.921394510744191\n  final val offset10 = 5500.907939704654918\n  final val offset11 = 5920.756836241091634\n  final val offset12 = 2943.023400629879511\n  final val offset13 = 4089.360492013645179\n  final val offset20 = 1344.189793725531315\n  final val offset21 = 2207.870305513515650\n  final val offset22 = 3460.732581098390910\n  final val offset23 = 8204.440182644025431\n  final val offset30 = 7883.998379525183195\n  final val offset31 = 4367.278070772598331\n  final val offset32 = 8458.071950524306615\n  final val offset33 = 3954.148706115616316\n\n\n  private final val halfPerm: Array[Int] = Array(\n    151, 160, 137, 91, 90, 15, 131, 13, 201, 95, 96, 53, 194, 233, 7, 225,\n    140, 36, 103, 30, 69, 142, 8, 99, 37, 240, 21, 10, 23, 190, 6, 148,\n    247, 120, 234, 75, 0, 26, 197, 62, 94, 252, 219, 203, 117, 35, 11, 32,\n    57, 177, 33, 88, 237, 149, 56, 87, 174, 20, 125, 136, 171, 168, 68,\n    175, 74, 165, 71, 134, 139, 48, 27, 166, 77, 146, 158, 231, 83, 111,\n    229, 122, 60, 211, 133, 230, 220, 105, 92, 41, 55, 46, 245, 40, 244,\n    102, 143, 54, 65, 25, 63, 161, 1, 216, 80, 73, 209, 76, 132, 187, 208,\n    89, 18, 169, 200, 196, 135, 130, 116, 188, 159, 86, 164, 100, 109, 198,\n    173, 186, 3, 64, 52, 217, 226, 250, 124, 123, 5, 202, 38, 147, 118,\n    126, 255, 82, 85, 212, 207, 206, 59, 227, 47, 16, 58, 17, 182, 189, 28,\n    42, 223, 183, 170, 213, 119, 248, 152, 2, 44, 154, 163, 70, 221, 153,\n    101, 155, 167, 43, 172, 9, 129, 22, 39, 253, 19, 98, 108, 110, 79,\n    113, 224, 232, 178, 185, 112, 104, 218, 246, 97, 228, 251, 34, 242,\n    193, 238, 210, 144, 12, 191, 179, 162, 241, 81, 51, 145, 235, 249, 14,\n    239, 107, 49, 192, 214, 31, 181, 199, 106, 157, 184, 84, 204, 176,\n    115, 121, 50, 45, 127, 4, 150, 254, 138, 236, 205, 93, 222, 114, 67,\n    29, 24, 72, 243, 141, 128, 195, 78, 66, 215, 61, 156, 180)\n\n  private final val perm: Array[Int] = new Array[Int](halfPerm.length * 2)\n\n  {\n    var i = 0\n    while (i < perm.length) {\n      perm(i) = halfPerm(i & 0xFF)\n      i += 1\n    }\n  }\n\n  private final val grad3: Array[Array[Int]] = Array(\n    Array(0, 1, 1), Array(0, 1, -1), Array(0, -1, 1), Array(0, -1, -1),\n    Array(1, 0, 1), Array(1, 0, -1), Array(-1, 0, 1), Array(-1, 0, -1),\n    Array(1, 1, 0), Array(1, -1, 0), Array(-1, 1, 0), Array(-1, -1, 0),\n    Array(1, 0, -1), Array(-1, 0, -1), Array(0, -1, 1), Array(0, 1, 1))\n\n  private final val grad4: Array[Array[Int]] = Array(\n    Array(0, 1, 1, 1), Array(0, 1, 1, -1), Array(0, 1, -1, 1), Array(0, 1, -1, -1),\n    Array(0, -1, 1, 1), Array(0, -1, 1, -1), Array(0, -1, -1, 1), Array(0, -1, -1, -1),\n    Array(1, 0, 1, 1), Array(1, 0, 1, -1), Array(1, 0, -1, 1), Array(1, 0, -1, -1),\n    Array(-1, 0, 1, 1), Array(-1, 0, 1, -1), Array(-1, 0, -1, 1), Array(-1, 0, -1, -1),\n    Array(1, 1, 0, 1), Array(1, 1, 0, -1), Array(1, -1, 0, 1), Array(1, -1, 0, -1),\n    Array(-1, 1, 0, 1), Array(-1, 1, 0, -1), Array(-1, -1, 0, 1), Array(-1, -1, 0, -1),\n    Array(1, 1, 1, 0), Array(1, 1, -1, 0), Array(1, -1, 1, 0), Array(1, -1, -1, 0),\n    Array(-1, 1, 1, 0), Array(-1, 1, -1, 0), Array(-1, -1, 1, 0), Array(-1, -1, -1, 0))\n\n  private def ifloor(x: Double): Int = {\n    val i = x.toInt\n    if (x > 0 || x == i) i else i - 1\n  }\n\n  \/\/ Skew and unskew factors making the noise frequency consistent with 2D\/3D\/4D\n  final val F1 = 1.4142135623730950488\n  \/\/Math.sqrt(2.0)\n  final val G1 = 0.7071067811865475244 \/\/1 \/ Math.sqrt(2.0)\n\n  \/** Computes 1D simplex noise.\n    * @param x x coordinate, must be in range of [-2E-8, +2E-8].\n    * @return simplex noise value for the specified coordinate.\n    *\/\n  def noise(x: Double): Double = {\n    val pix = ifloor(x * F1)\n\n    \/\/ The x distance from the cell origin\n    val p0x = x - pix * G1\n\n    val ix = pix & 0xFF\n\n    \/\/ For the 1D case, the simplex shape is an interval of length 1.\n\n    \/\/ Noise contribution from left point\n    val t0 = 0.5 - p0x * p0x\n    val n0 =\n      if (t0 < 0.0) 0.0\n      else {\n        val px = perm(ix)\n        \/\/ Gradient function, produces ints in [-8, 8] excluding 0 from perm\n        val grad = if ((px & 0x8) == 0) ((px & 0x7) + 1) else (px | 0xFFFFFFF8)\n        val t = t0 * t0\n        t * t * grad * p0x\n      }\n\n    \/\/ Noise contribution from right point\n    val p1x = p0x - G1\n    val t1 = 0.5 - p1x * p1x\n    val n1 =\n      if (t1 < 0.0) 0.0\n      else {\n        val px = perm(ix + 1)\n        \/\/ Gradient function, produces ints in [-8, 8] excluding 0 from perm\n        val grad = if ((px & 0x8) == 0) ((px & 0x7) + 1) else (px | 0xFFFFFFF8)\n        val t = t1 * t1\n        t * t * grad * p1x\n      }\n\n    \/\/ Sum up and scale the result to cover the range [-1,1]\n    8.85 * (n0 + n1)\n  }\n\n  \/\/ Skew and unskew factors are a bit hairy for 2D, so define them as constants\n  private final val F2 = 0.36602540378443864676\n  \/\/(Math.sqrt(3.0) - 1.0) \/ 2.0\n  private final val G2 = 0.21132486540518711775\n  \/\/(3.0 - Math.sqrt(3.0)) \/ 6.0\n  private final val G22 = 0.57735026918962576451 \/\/1 - 2.0 * (3.0 - Math.sqrt(3.0)) \/ 6.0\n\n  \/** Computes 2D simplex noise. Somewhat slower but much better looking\n    * than classic (Perlin) noise.\n    * @param x x coordinate, must be in range of [-2E-8, +2E-8].\n    * @param y y coordinate, must be in range of [-2E-8, +2E-8].\n    * @return simplex noise value for the specified coordinates.\n    *\/\n  def noise(x: Double, y: Double): Double = {\n    \/\/ Skew the (x,y) space to determine which cell of 2 simplices we're in\n    val s = (x + y) * F2 \/\/ Hairy factor for 2D skewing\n    val pix = ifloor(x + s)\n    val piy = ifloor(y + s)\n    val t = (pix + piy) * G2 \/\/ Hairy factor for unskewing\n\n    \/\/ The x,y distances from the cell origin\n    val p0x = x - pix + t\n    val p0y = y - piy + t\n\n    val ix = pix & 0xFF\n    val iy = piy & 0xFF\n\n    \/\/ For the 2D case, the simplex shape is an equilateral triangle.\n    \/\/ Find out whether we are above or below the x=y diagonal to\n    \/\/ determine which of the two triangles we're in.\n    val o1x = if (p0x >= p0y) 1 else 0\n    val o1y = 1 - o1x\n\n    \/\/ Noise contribution from simplex origin\n    val t0 = 0.5 - p0x * p0x - p0y * p0y\n    val n0 =\n      if (t0 < 0.0) 0.0\n      else {\n        val py = perm(iy)\n        val px = perm(ix + py)\n        val grad = grad3(px & 0x0F)\n        val t = t0 * t0\n        t * t * (grad(0) * p0x + grad(1) * p0y)\n      }\n\n    \/\/ Noise contribution from middle corner\n    val p1x = p0x - o1x + G2\n    val p1y = p0y - o1y + G2\n    val t1 = 0.5 - p1x * p1x - p1y * p1y\n    val n1 =\n      if (t1 < 0.0) 0.0\n      else {\n        val py = perm(iy + o1y)\n        val px = perm(ix + o1x + py)\n        val grad = grad3(px & 0x0F)\n        val t = t1 * t1\n        t * t * (grad(0) * p1x + grad(1) * p1y)\n      }\n\n    \/\/ Noise contribution from last corner\n    val p2x = p0x - G22\n    val p2y = p0y - G22\n    val t2 = 0.5 - p2x * p2x - p2y * p2y\n    val n2 =\n      if (t2 < 0.0) 0.0\n      else {\n        val py = perm(iy + 1)\n        val px = perm(ix + 1 + py)\n        val grad = grad3(px & 0x0F)\n        val t = t2 * t2\n        t * t * (grad(0) * p2x + grad(1) * p2y)\n      }\n\n    \/\/ Sum up and scale the result to cover the range [-1,1]\n    70.0 * (n0 + n1 + n2)\n  }\n\n  \/\/ The skewing and unskewing factors are much simpler for the 3D case\n  private final val F3 = 1 \/ 3.0\n  private final val G3 = 1 \/ 6.0\n  private final val G32 = 2 \/ 6.0\n  private final val G33 = 1 - 3 \/ 6.0\n\n  \/** Computes 3D simplex noise. Comparable in speed to classic (Perlin) noise,\n    * better looking.\n    * @param x x coordinate, must be in range of [-2E-8, +2E-8].\n    * @param y y coordinate, must be in range of [-2E-8, +2E-8].\n    * @param z z coordinate, must be in range of [-2E-8, +2E-8].\n    * @return simplex noise value for the specified coordinates.\n    *\/\n  def noise(x: Double, y: Double, z: Double): Double = {\n    \/\/ Skew the (x,y,z) space to determine which cell of 6 simplices we're in\n    val s = (x + y + z) * F3 \/\/ Factor for 3D skewing\n    val pix = ifloor(x + s)\n    val piy = ifloor(y + s)\n    val piz = ifloor(z + s)\n    val t = (pix + piy + piz) * G3\n\n    \/\/ The x,y,z distances from the cell origin\n    val p0x = x - pix + t\n    val p0y = y - piy + t\n    val p0z = z - piz + t\n\n    val ix = pix & 0xFF\n    val iy = piy & 0xFF\n    val iz = piz & 0xFF\n\n    \/\/ For the 3D case, the simplex shape is a slightly irregular tetrahedron.\n    \/\/ To find out which of the six possible tetrahedra we're in, we need to\n    \/\/ determine the magnitude ordering of x, y and z components of Pf0.\n    var o1x = 0\n    var o1y = 0\n    var o1z = 0\n    var o2x = 0\n    var o2y = 0\n    var o2z = 0\n\n    if (p0x >= p0y) {\n      if (p0y >= p0z) {\n        o1x = 1\n        o1y = 0\n        o1z = 0\n        o2x = 1\n        o2y = 1\n        o2z = 0\n      }\n      else if (p0x >= p0z) {\n        o1x = 1\n        o1y = 0\n        o1z = 0\n        o2x = 1\n        o2y = 0\n        o2z = 1\n      }\n      else {\n        o1x = 0\n        o1y = 0\n        o1z = 1\n        o2x = 1\n        o2y = 0\n        o2z = 1\n      }\n    } else {\n      if (p0y < p0z) {\n        o1x = 0\n        o1y = 0\n        o1z = 1\n        o2x = 0\n        o2y = 1\n        o2z = 1\n      }\n      else if (p0x < p0z) {\n        o1x = 0\n        o1y = 1\n        o1z = 0\n        o2x = 0\n        o2y = 1\n        o2z = 1\n      }\n      else {\n        o1x = 0\n        o1y = 1\n        o1z = 0\n        o2x = 1\n        o2y = 1\n        o2z = 0\n      }\n    }\n\n    \/\/ Noise contribution from simplex origin\n    val t0 = 0.5 - p0x * p0x - p0y * p0y - p0z * p0z\n    val n0 =\n      if (t0 < 0.0) 0.0\n      else {\n        val pz = perm(iz)\n        val py = perm(iy + pz)\n        val px = perm(ix + py)\n        val grad = grad3(px & 0x0F)\n        val t = t0 * t0\n        t * t * (grad(0) * p0x + grad(1) * p0y + grad(2) * p0z)\n      }\n\n    \/\/ Noise contribution from second corner\n    val p1x = p0x - o1x + G3\n    val p1y = p0y - o1y + G3\n    val p1z = p0z - o1z + G3\n    val t1 = 0.5 - p1x * p1x - p1y * p1y - p1z * p1z\n    val n1 =\n      if (t1 < 0.0) 0.0\n      else {\n        val pz = perm(iz + o1z)\n        val py = perm(iy + o1y + pz)\n        val px = perm(ix + o1x + py)\n        val grad = grad3(px & 0x0F)\n        val t = t1 * t1\n        t * t * (grad(0) * p1x + grad(1) * p1y + grad(2) * p1z)\n      }\n\n    \/\/ Noise contribution from third corner\n    val p2x = p0x - o2x + G32\n    val p2y = p0y - o2y + G32\n    val p2z = p0z - o2z + G32\n    val t2 = 0.5 - p2x * p2x - p2y * p2y - p2z * p2z\n    val n2 =\n      if (t2 < 0.0) 0.0\n      else {\n        val pz = perm(iz + o2z)\n        val py = perm(iy + o2y + pz)\n        val px = perm(ix + o2x + py)\n        val grad = grad3(px & 0x0F)\n        val t = t2 * t2\n        t * t * (grad(0) * p2x + grad(1) * p2y + grad(2) * p2z)\n      }\n\n    \/\/ Noise contribution from last corner\n    val p3x = p0x - G33\n    val p3y = p0y - G33\n    val p3z = p0z - G33\n    val t3 = 0.5 - p3x * p3x - p3y * p3y - p3z * p3z\n    val n3 =\n      if (t3 < 0.0) 0.0\n      else {\n        val pz = perm(iz + 1)\n        val py = perm(iy + 1 + pz)\n        val px = perm(ix + 1 + py)\n        val grad = grad3(px & 0x0F)\n        val t = t3 * t3\n        t * t * (grad(0) * p3x + grad(1) * p3y + grad(2) * p3z)\n      }\n\n    \/\/ Sum up and scale the result to cover the range [-1,1]\n    76.0 * (n0 + n1 + n2 + n3)\n  }\n\n  \/\/ The skewing and unskewing factors are hairy again for the 4D case\n  private final val F4 = 0.3090169943749474241\n  \/\/(Math.sqrt(5.0) - 1.0) \/ 4.0\n  private final val G4 = 0.13819660112501051518\n  \/\/(5.0 - Math.sqrt(5.0)) \/ 20.0\n  private final val G42 = 0.27639320225002103036\n  \/\/2.0 * ((5.0 - Math.sqrt(5.0)) \/ 20.0)\n  private final val G43 = 0.41458980337503154554\n  \/\/3.0 * ((5.0 - Math.sqrt(5.0)) \/ 20.0)\n  private final val G44 = 0.44721359549995793928 \/\/1 - 4.0 * ((5.0 - Math.sqrt(5.0)) \/ 20.0)\n\n  \/** Computes 4D simplex noise. A lot faster than classic (Perlin) 4D noise,\n    * and better looking.\n    * @param x x coordinate, must be in range of [-2E-8, +2E-8].\n    * @param y y coordinate, must be in range of [-2E-8, +2E-8].\n    * @param z z coordinate, must be in range of [-2E-8, +2E-8].\n    * @param w w coordinate, must be in range of [-2E-8, +2E-8].\n    * @return simplex noise value for the specified coordinates.\n    *\/\n  def noise(x: Double, y: Double, z: Double, w: Double): Double = {\n    \/\/ Skew the (x,y,z,w) space to determine which cell of 24 simplices we're in\n    val s = (x + y + z + w) * F4 \/\/ Factor for 4D skewing\n    val pix = ifloor(x + s)\n    val piy = ifloor(y + s)\n    val piz = ifloor(z + s)\n    val piw = ifloor(w + s)\n    val t = (pix + piy + piz + piw) * G4\n\n    \/\/ The x,y,z,w distances from the cell origin\n    val p0x = x - pix + t\n    val p0y = y - piy + t\n    val p0z = z - piz + t\n    val p0w = w - piw + t\n\n    val ix = pix & 0xFF\n    val iy = piy & 0xFF\n    val iz = piz & 0xFF\n    val iw = piw & 0xFF\n\n    \/\/ For the 4D case, the simplex is a 4D shape I won't even try to describe.\n    \/\/ To find out which of the 24 possible simplices we're in, we need to\n    \/\/ determine the magnitude ordering of x, y, z and w components of Pf0.\n    var bx = 0\n    var by = 0\n    var bz = 0\n    var bw = 0\n    if (p0x >= p0y) bx += 1 else by += 1\n    if (p0x >= p0z) bx += 1 else bz += 1\n    if (p0x >= p0w) bx += 1 else bw += 1\n    if (p0y >= p0z) by += 1 else bz += 1\n    if (p0y >= p0w) by += 1 else bw += 1\n    if (p0z >= p0w) bz += 1 else bw += 1\n\n    val o3x = if (bx > 0) 1 else 0\n    val o3y = if (by > 0) 1 else 0\n    val o3z = if (bz > 0) 1 else 0\n    val o3w = if (bw > 0) 1 else 0\n\n    val o2x = if (bx > 1) 1 else 0\n    val o2y = if (by > 1) 1 else 0\n    val o2z = if (bz > 1) 1 else 0\n    val o2w = if (bw > 1) 1 else 0\n\n    val o1x = if (bx > 2) 1 else 0\n    val o1y = if (by > 2) 1 else 0\n    val o1z = if (bz > 2) 1 else 0\n    val o1w = if (bw > 2) 1 else 0\n\n    \/\/ Noise contribution from simplex origin\n    val t0 = 0.5 - p0x * p0x - p0y * p0y - p0z * p0z - p0w * p0w\n    val n0 =\n      if (t0 < 0.0) 0.0\n      else {\n        val pw = perm(iw)\n        val pz = perm(iz + pw)\n        val py = perm(iy + pz)\n        val px = perm(ix + py)\n        val grad = grad4(px & 0x1F)\n        val t = t0 * t0\n        t * t * (grad(0) * p0x + grad(1) * p0y + grad(2) * p0z + grad(3) * p0w)\n      }\n\n    \/\/ Noise contribution from second corner\n    val p1x = p0x - o1x + G4\n    val p1y = p0y - o1y + G4\n    val p1z = p0z - o1z + G4\n    val p1w = p0w - o1w + G4\n    val t1 = 0.5 - p1x * p1x - p1y * p1y - p1z * p1z - p1w * p1w\n    val n1 =\n      if (t1 < 0.0) 0.0\n      else {\n        val pw = perm(iw + o1w)\n        val pz = perm(iz + o1z + pw)\n        val py = perm(iy + o1y + pz)\n        val px = perm(ix + o1x + py)\n        val grad = grad4(px & 0x1F)\n        val t = t1 * t1\n        t * t * (grad(0) * p1x + grad(1) * p1y + grad(2) * p1z + grad(3) * p1w)\n      }\n\n    \/\/ Noise contribution from third corner\n    val p2x = p0x - o2x + G42\n    val p2y = p0y - o2y + G42\n    val p2z = p0z - o2z + G42\n    val p2w = p0w - o2w + G42\n    val t2 = 0.5 - p2x * p2x - p2y * p2y - p2z * p2z - p2w * p2w\n    val n2 =\n      if (t2 < 0.0) 0.0\n      else {\n        val pw = perm(iw + o2w)\n        val pz = perm(iz + o2z + pw)\n        val py = perm(iy + o2y + pz)\n        val px = perm(ix + o2x + py)\n        val grad = grad4(px & 0x1F)\n        val t = t2 * t2\n        t * t * (grad(0) * p2x + grad(1) * p2y + grad(2) * p2z + grad(3) * p2w)\n      }\n\n    \/\/ Noise contribution from fourth corner\n    val p3x = p0x - o3x + G43\n    val p3y = p0y - o3y + G43\n    val p3z = p0z - o3z + G43\n    val p3w = p0w - o3w + G43\n    val t3 = 0.5 - p3x * p3x - p3y * p3y - p3z * p3z - p3w * p3w\n    val n3 =\n      if (t3 < 0.0) 0.0\n      else {\n        val pw = perm(iw + o3w)\n        val pz = perm(iz + o3z + pw)\n        val py = perm(iy + o3y + pz)\n        val px = perm(ix + o3x + py)\n        val grad = grad4(px & 0x1F)\n        val t = t3 * t3\n        t * t * (grad(0) * p3x + grad(1) * p3y + grad(2) * p3z + grad(3) * p3w)\n      }\n\n    \/\/ Noise contribution from last corner\n    val p4x = p0x - G44\n    val p4y = p0y - G44\n    val p4z = p0z - G44\n    val p4w = p0w - G44\n    val t4 = 0.5 - p4x * p4x - p4y * p4y - p4z * p4z - p4w * p4w\n    val n4 =\n      if (t4 < 0.0) 0.0\n      else {\n        val pw = perm(iw + 1)\n        val pz = perm(iz + 1 + pw)\n        val py = perm(iy + 1 + pz)\n        val px = perm(ix + 1 + py)\n        val grad = grad4(px & 0x1F)\n        val t = t4 * t4\n        t * t * (grad(0) * p4x + grad(1) * p4y + grad(2) * p4z + grad(3) * p4w)\n      }\n\n    \/\/ Sum up and scale the result to cover the range [-1,1]\n    62.0 * (n0 + n1 + n2 + n3 + n4)\n  }\n}\n"}
{"repo_name":"synapse-garden\/phoenix","path":"src\/main\/scala\/com\/sg\/pnx\/math\/Math.scala","text":"<gh_stars>1-10\npackage com.sg.pnx.math\n\nimport Ordering.Implicits._\n\n\/**\n * Created by bodie on 7\/19\/14.\n *\/\nobject Math {\n\n  val PI = 3.141592f\n  val TWO_PI = PI*2.0f\n  val HALF_PI = PI*0.5f\n  val QUARTER_PI = PI*0.25f\n\n  \/\/ Every 15 degrees or pi\/12 radians\n  val sinValues = List( 0.0f, 0.258819f, 0.5f, 0.707107f, 0.866025f, 0.965926f,\n                        1.0f, 0.965926f, 0.866025f, 0.707107f, 0.5f, 0.258819f,\n                        -0.0f, -0.258819f, -0.5f, -0.707107f, -0.866025f, -0.965926f,\n                        -1.0f, -0.965926f, -0.866025f, -0.707107f, -0.5f, -0.258819f, 0f )\n\n\/*\n<aloiscochard> ! def f[T](ord: scala.math.Ordering[T])(x: T): T = x\n<multibot_>  f: [T](ord: scala.math.Ordering[T])(x: T)T\n<aloiscochard> ! def g[T](ord: scala.math.Ordering[T])(f0: T => T = f(ord) _): Int = ???\n<multibot_>  g: [T](ord: scala.math.Ordering[T])(f0: T => T)Int\n*\/\n\n  def clamp[T : Ordering]( v: T, lower: T, upper: T ): T = {\n    clampWith(v, lower, upper)( defaultClamp )\n  }\n\n  def clampWith[T]( v: T, lower: T, upper: T )( f0: (T, T, T) => T ): T = {\n    f0( v, lower, upper )\n  }\n\n  def defaultClamp[T : Ordering]( v: T, lower: T, upper: T ): T = {\n    if( v > upper ) upper\n    else if( v < lower ) lower\n    else v\n  }\n\n  def test(x: Float): Float = 2f * x\n\n  def remap( v: Float, inputLower: Float, inputUpper: Float, mappedLower: Float = 0f, mappedUpper: Float = 1f): Float = {\n    val domain = inputUpper - inputLower\n    (((v-inputLower)\/domain)*mappedUpper)+mappedLower\n  }\n\n  def lerp( a: Float, b: Float, blend: Float = 0.5f ): Float = {\n    b*blend + a*(1-blend)\n  }\n\n  def fastSin( a: Float ): Float = {\n    val rad = modulo(a, TWO_PI ) \/\/Gets radians between 0 and 2PI\n    val perc = rad \/ TWO_PI\n\n    lerp( sinValues( math.floor( perc*24 ).toInt ),\n          sinValues(  math.ceil( perc*24 ).toInt ),\n          math.ceil( perc*24 ).toFloat - perc*24\n    )\n  }\n\n  def fastCos( a: Float ): Float = {\n    fastSin( a-HALF_PI )\n  }\n\n  def modulo( a: Float, b: Float ): Float = {\n    var c = a\n    while( c > b ) c -= b\n    while( c < 0f ) c += b\n    c\n  }\n\n  def toRad( degrees: Float ): Float = {\n    degrees*0.01745329251994329576923690768489f\n  }\n\n  def toDeg( rads: Float ): Float = {\n    rads*57.295779513082320876798154814105f\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/main\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForAll.scala","text":"<reponame>arkxc\/testcontainers-scala<filename>test-framework\/munit\/src\/main\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForAll.scala\npackage com.dimafeng.testcontainers.munit\n\nimport com.dimafeng.testcontainers.ContainerDef\nimport munit.Suite\n\n\/**\n * Starts a single container before all tests and stops it after all tests\n *\n * Example:\n * {{{\n * class MysqlSpec extends FunSuite with TestContainerForAll {\n *\n *   \/\/ You need to override `containerDef` with needed container definition\n *   override val containerDef = MySQLContainer.Def()\n *\n *   \/\/ To use containers in tests you need to use `withContainers` function\n *   test(\"test case name\") {\n *     withContainers { mysqlContainer =>\n *       \/\/ Inside your test body you can do with your container whatever you want to\n *       assert(mysqlContainer.jdbcUrl.nonEmpty)\n *     }\n *   }\n * }\n *\n * Notes:\n * - If you override beforeAll() without calling super.beforeAll() your container won't start\n * - If you override afterAll() without calling super.afterAll() your container won't stop\n * }}}\n *\/\ntrait TestContainerForAll extends TestContainersForAll { self: Suite =>\n  val containerDef: ContainerDef\n\n  final override type Containers = containerDef.Container\n\n  override def startContainers(): containerDef.Container = containerDef.start()\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/GenericContainerDefSpec.scala","text":"<reponame>arkxc\/testcontainers-scala<filename>test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/GenericContainerDefSpec.scala\npackage com.dimafeng.testcontainers.integration\n\nimport java.net.URL\n\nimport com.dimafeng.testcontainers.{GenericContainer, SingleContainer}\nimport com.dimafeng.testcontainers.lifecycle.and\nimport com.dimafeng.testcontainers.scalatest.TestContainersForAll\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.testcontainers.containers.wait.strategy.Wait\n\nimport scala.io.Source\n\nclass GenericContainerDefSpec extends AnyFlatSpec with TestContainersForAll {\n\n  import GenericContainerDefSpec._\n\n  override type Containers = CompatibleGenericContainer and NotCompatibleGenericContainer\n\n  override def startContainers(): Containers = {\n    val compatible = CompatibleGenericContainer.Def().start()\n    val notCompatible = NotCompatibleGenericContainer.Def().start()\n    compatible and notCompatible\n  }\n\n  \"GenericContainer.Def\" should \"be able to work through compatible and not compatible constructors\" in withContainers {\n    case compatible and notCompatible =>\n      val expectedText = \"If you see this page, the nginx web server is successfully installed\"\n      assert(\n        compatible.rootPage.contains(expectedText) &&\n        notCompatible.rootPage.contains(expectedText)\n      )\n  }\n}\nobject GenericContainerDefSpec {\n\n  private val port = 80\n\n  private def createUrl(container: SingleContainer[_]) = {\n    new URL(s\"http:\/\/${container.containerIpAddress}:${container.mappedPort(port)}\/\")\n  }\n\n  private def urlToString(url: URL) = {\n    Source.fromInputStream(url.openConnection().getInputStream).mkString\n  }\n\n  class CompatibleGenericContainer extends GenericContainer(\n    dockerImage = \"nginx:latest\",\n    exposedPorts = Seq(port),\n    waitStrategy = Some(Wait.forHttp(\"\/\"))\n  ) {\n    def rootUrl: URL = createUrl(this)\n    def rootPage: String = urlToString(rootUrl)\n  }\n  object CompatibleGenericContainer {\n    case class Def() extends GenericContainer.Def[CompatibleGenericContainer](\n      new CompatibleGenericContainer()\n    )\n  }\n\n  class NotCompatibleGenericContainer(underlying: GenericContainer) extends GenericContainer(underlying) {\n    def rootUrl: URL = createUrl(this)\n    def rootPage: String = urlToString(rootUrl)\n  }\n  object NotCompatibleGenericContainer {\n    case class Def() extends GenericContainer.Def[NotCompatibleGenericContainer](\n      new NotCompatibleGenericContainer(GenericContainer(\n        dockerImage = \"nginx:latest\",\n        exposedPorts = Seq(port),\n        waitStrategy = Wait.forHttp(\"\/\")\n      ))\n    )\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/cockroachdb\/src\/main\/scala\/com\/dimafeng\/testcontainers\/CockroachContainer.scala","text":"<reponame>arkxc\/testcontainers-scala<gh_stars>100-1000\npackage com.dimafeng.testcontainers\n\nimport org.testcontainers.containers.{CockroachContainer => JavaCockroachContainer}\nimport org.testcontainers.utility.DockerImageName\n\ncase class CockroachContainer(\n  dockerImageName: DockerImageName = DockerImageName.parse(CockroachContainer.defaultDockerImageName),\n  urlParams: Map[String, String] = Map.empty,\n  commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n) extends SingleContainer[JavaCockroachContainer] with JdbcDatabaseContainer {\n\n  override val container: JavaCockroachContainer = {\n    val c = new JavaCockroachContainer(dockerImageName)\n\n    urlParams.foreach { case (key, value) =>\n      c.withUrlParam(key, value)\n    }\n\n    commonJdbcParams.applyTo(c)\n\n    c\n  }\n\n  def testQueryString: String = container.getTestQueryString\n}\n\nobject CockroachContainer {\n\n  val defaultDockerImageName = s\"${JavaCockroachContainer.IMAGE}:${JavaCockroachContainer.IMAGE_TAG}\"\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(CockroachContainer.defaultDockerImageName),\n    urlParams: Map[String, String] = Map.empty,\n    commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n  ) extends ContainerDef {\n\n    override type Container = CockroachContainer\n\n    override def createContainer(): CockroachContainer = {\n      new CockroachContainer(\n        dockerImageName,\n        urlParams,\n        commonJdbcParams\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/postgres\/src\/test\/scala\/com\/dimafeng\/testcontainers\/PostgresqlSpec.scala","text":"package com.dimafeng.testcontainers\n\nimport java.sql.DriverManager\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass PostgresqlSpec extends AnyFlatSpec with ForAllTestContainer  {\n\n  override val container: PostgreSQLContainer = PostgreSQLContainer()\n\n  \"PostgreSQL container\" should \"be started\" in {\n    Class.forName(container.driverClassName)\n    val connection = DriverManager.getConnection(container.jdbcUrl, container.username, container.password)\n\n    val preparedStatement = connection.prepareStatement(container.testQueryString)\n    try {\n      val resultSet = preparedStatement.executeQuery()\n      resultSet.next()\n      assert(1 == resultSet.getInt(1))\n      resultSet.close()\n    } finally {\n      preparedStatement.close()\n      connection.close()\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/mongodb\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/MongoSpec.scala","text":"<gh_stars>100-1000\npackage com.dimafeng.testcontainers.integration\n\nimport com.dimafeng.testcontainers.{Container, ForAllTestContainer, MongoDBContainer, MultipleContainers}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass MongoSpec extends AnyFlatSpec with ForAllTestContainer with Matchers {\n\n  private val mongoDefault = MongoDBContainer()\n  private val mongo = MongoDBContainer(\"mongo:4.0.10\")\n\n  override val container: Container = MultipleContainers(\n    mongoDefault, mongo\n  )\n\n  \"Default Mongo container\" should \"be started\" in {\n    assert(mongoDefault.replicaSetUrl.nonEmpty)\n  }\n\n  \"Custom image Mongo container\" should \"be started\" in {\n    assert(mongo.replicaSetUrl.nonEmpty)\n  }\n\n}"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/mongodb\/src\/main\/scala\/com\/dimafeng\/testcontainers\/MongoDBContainer.scala","text":"package com.dimafeng.testcontainers\n\nimport org.testcontainers.containers.{MongoDBContainer => JavaMongoDBContainer}\nimport org.testcontainers.utility.DockerImageName\n\ncase class MongoDBContainer(\n  tag: Option[DockerImageName] = None\n) extends SingleContainer[JavaMongoDBContainer] {\n\n  override val container: JavaMongoDBContainer = tag match {\n    case Some(tag) => new JavaMongoDBContainer(tag)\n    case None      => new JavaMongoDBContainer()\n  }\n\n  def replicaSetUrl: String = container.getReplicaSetUrl\n}\n\nobject MongoDBContainer {\n\n  def apply(tag: DockerImageName): MongoDBContainer = new MongoDBContainer(Option(tag))\n\n  case class Def(\n    tag: DockerImageName = null\n  ) extends ContainerDef {\n\n    override type Container = MongoDBContainer\n\n    override def createContainer(): MongoDBContainer = new MongoDBContainer(Option(tag))\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/vault\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/VaultSpec.scala","text":"<filename>modules\/vault\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/VaultSpec.scala\npackage com.dimafeng.testcontainers.integration\n\nimport com.dimafeng.testcontainers.{ForAllTestContainer, VaultContainer}\nimport io.restassured.RestAssured.given\nimport io.restassured.module.scala.RestAssuredSupport.AddThenToResponse\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass VaultSpec extends AnyFlatSpec with ForAllTestContainer with Matchers {\n\n  private val port = 8200\n  override val container: VaultContainer = VaultContainer(vaultPort = Some(port))\n\n  \"Vault container\" should \"be started\" in {\n    given().\n      baseUri(s\"http:\/\/${container.containerIpAddress}:${container.mappedPort(port)}\").\n      when().\n      get(\"\/v1\/sys\/health\").\n      Then().\n      statusCode(200)\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/test\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForAllSpec.scala","text":"<filename>test-framework\/munit\/src\/test\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForAllSpec.scala\npackage com.dimafeng.testcontainers.munit\n\nimport java.util.Optional\n\nimport com.dimafeng.testcontainers.ContainerDef\nimport com.dimafeng.testcontainers.munit.SampleContainer.SampleJavaContainer\nimport com.dimafeng.testcontainers.munit.TestContainerForAllSpec._\nimport munit.{FunSuite, MUnitRunner, Suite}\nimport org.junit.runner.notification.RunNotifier\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{times, verify}\nimport org.mockito.{ArgumentMatchers, Mockito}\nimport org.scalatestplus.mockito.MockitoSugar\n\nclass TestContainerForAllSpec extends FunSuite with MockitoSugar {\n  test(\"call all appropriate methods of the container\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  test(\"call all appropriate methods of the container if assertion fails\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = false), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  test(\"start and stop container only once\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new MultipleTestsSpec(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, times(2)).beforeTest(any())\n    verify(container).start()\n    verify(container, times(2)).afterTest(any(), any())\n    verify(container).stop()\n  }\n\n  test(\"call afterContainersStart() and beforeContainersStop()\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = Mockito.spy(new MultipleTestsSpec({}, SampleContainer.Def(container)))\n    run(spec)\n\n    verify(spec).afterContainersStart(any())\n    verify(spec).beforeContainersStop(any())\n  }\n\n  test(\"call beforeContainersStop() and stop container if error thrown in afterContainersStart()\") {\n    val container = mock[SampleJavaContainer]\n\n    @volatile var beforeContainersStopCalled = false\n\n    val spec = new MultipleTestsSpec(assert(cond = true), SampleContainer.Def(container)) {\n      override def afterContainersStart(containers: Containers): Unit =\n        throw new RuntimeException(\"something wrong in afterContainersStart()\")\n\n      override def beforeContainersStop(containers: containerDef.Container): Unit =\n        beforeContainersStopCalled = true\n    }\n\n    run(spec)\n\n    verify(container, times(0)).beforeTest(any())\n    verify(container).start()\n    verify(container, times(0)).afterTest(any(), any())\n    verify(container).stop()\n\n    assert(beforeContainersStopCalled)\n  }\n\n  test(\"not start container if all tests are ignored\") {\n    val container = mock[SampleJavaContainer]\n    @volatile var called = false\n\n    val spec = new TestSpecWithAllIgnored({called = true}, SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).start()\n\n    assert(!called)\n  }\n\n  test(\"not start container if beforeAll is overridden without calling super.beforeAll()\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpecBeforeOverride(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).beforeTest(any())\n    verify(container, Mockito.never()).start()\n    verify(container, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container, Mockito.never()).stop()\n  }\n\n  test(\"not stop container if afterAll is overridden without calling super.afterAll()\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpecAfterOverride(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container, Mockito.never()).stop()\n  }\n\n  test(\"not start container for empty suite\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new EmptySpec(SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).start()\n  }\n}\n\nobject TestContainerForAllSpec {\n  trait ContainerSpec extends FunSuite with TestContainerForAll\n\n  protected class TestSpec(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test\") {testBody}\n  }\n\n  protected class MultipleTestsSpec(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test1\") {testBody}\n    test(\"test2\") {testBody}\n  }\n\n  protected class TestSpecWithAllIgnored(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test\".ignore) {testBody}\n  }\n\n  protected class TestSpecBeforeOverride(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    override def beforeAll(): Unit = {}\n\n    test(\"test\") {testBody }\n  }\n\n  protected class TestSpecAfterOverride(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    override def afterAll(): Unit = {}\n\n    test(\"test\") {\n      withContainers { _ => testBody }\n    }\n  }\n\n  protected class EmptySpec(contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n  }\n\n  private def run(res: Suite): Unit = {\n    val notifier = new RunNotifier()\n    new MUnitRunner(res.asInstanceOf[Suite].getClass, () => res).run(notifier)\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/GenericContainerSpec.scala","text":"<gh_stars>1-10\npackage com.dimafeng.testcontainers.integration\n\nimport java.net.URL\n\nimport com.dimafeng.testcontainers.{ForAllTestContainer, GenericContainer}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.testcontainers.containers.wait.strategy.Wait\nimport org.testcontainers.images.builder.ImageFromDockerfile\n\nimport scala.io.Source\n\nclass GenericContainerSpec extends AnyFlatSpec with ForAllTestContainer {\n  override val container: GenericContainer = GenericContainer(\"nginx:latest\",\n    exposedPorts = Seq(80),\n    waitStrategy = Wait.forHttp(\"\/\")\n  )\n\n  \"GenericContainer\" should \"start nginx and expose 80 port\" in {\n    assert(Source.fromInputStream(\n      new URL(s\"http:\/\/${container.containerIpAddress}:${container.mappedPort(80)}\/\").openConnection().getInputStream\n    ).mkString.contains(\"If you see this page, the nginx web server is successfully installed\"))\n  }\n}\n\nclass GenericContainerDockerFileSpec extends GenericContainerSpec {\n  private val imageFromDockerfile = new ImageFromDockerfile().withFileFromClasspath(\"Dockerfile\", \"generic-container-dockerfile\")\n  override val container: GenericContainer = GenericContainer(imageFromDockerfile,\n    exposedPorts = Seq(80),\n    waitStrategy = Wait.forHttp(\"\/\")\n  )\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/clickhouse\/src\/test\/scala\/com\/dimafeng\/testcontainers\/ClickHouseContainerSpec.scala","text":"package com.dimafeng.testcontainers\n\nimport com.dimafeng.testcontainers.scalatest.TestContainerForAll\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass ClickHouseContainerSpec extends AnyFlatSpec with TestContainerForAll {\n\n  override val containerDef: ClickHouseContainer.Def = ClickHouseContainer.Def()\n\n  \"ClickHouseContainer\" should \"work\" in withContainers { clickHouseContainer =>\n    assert(clickHouseContainer.containerIpAddress.nonEmpty)\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/FixedHostPortContainerSpec.scala","text":"package com.dimafeng.testcontainers.integration\n\nimport java.net.URL\n\nimport com.dimafeng.testcontainers.{FixedHostPortGenericContainer, ForAllTestContainer}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.testcontainers.containers.wait.strategy.HttpWaitStrategy\n\nimport scala.io.Source\n\nclass FixedHostPortContainerSpec extends AnyFlatSpec with ForAllTestContainer {\n  override val container: FixedHostPortGenericContainer = FixedHostPortGenericContainer(\"nginx:latest\",\n    waitStrategy = new HttpWaitStrategy().forPath(\"\/\"),\n    exposedHostPort = 8090,\n    exposedContainerPort = 80\n  )\n\n  \"FixedHostPortGenericContainer\" should \"start nginx and expose 8090 port on host\" in {\n    assert(container.mappedPort(80) == 8090)\n    assert(Source.fromInputStream(\n      new URL(s\"http:\/\/${container.containerIpAddress}:${container.mappedPort(80)}\/\").openConnection().getInputStream\n    ).mkString.contains(\"If you see this page, the nginx web server is successfully installed\"))\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/postgres\/src\/main\/scala\/com\/dimafeng\/testcontainers\/PostgreSQLContainer.scala","text":"package com.dimafeng.testcontainers\n\nimport org.testcontainers.containers.{PostgreSQLContainer => JavaPostgreSQLContainer}\nimport org.testcontainers.utility.DockerImageName\n\nclass PostgreSQLContainer(\n  dockerImageNameOverride: Option[DockerImageName] = None,\n  databaseName: Option[String] = None,\n  pgUsername: Option[String] = None,\n  pgPassword: Option[String] = None,\n  mountPostgresDataToTmpfs: Boolean = false,\n  urlParams: Map[String, String] = Map.empty,\n  commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n) extends SingleContainer[JavaPostgreSQLContainer[_]] with JdbcDatabaseContainer {\n\n  override val container: JavaPostgreSQLContainer[_] = {\n    val c: JavaPostgreSQLContainer[_] = dockerImageNameOverride match {\n      case Some(imageNameOverride) =>\n        new JavaPostgreSQLContainer(imageNameOverride)\n      case None =>\n        new JavaPostgreSQLContainer()\n    }\n\n    databaseName.foreach(c.withDatabaseName)\n    pgUsername.foreach(c.withUsername)\n    pgPassword.foreach(c.withPassword)\n\n    \/\/ as suggested in https:\/\/github.com\/testcontainers\/testcontainers-java\/issues\/1256\n    \/\/ mounting the postgres data directory to an in-memory docker volume (https:\/\/docs.docker.com\/storage\/tmpfs\/)\n    \/\/ can improve performance\n    if (mountPostgresDataToTmpfs){\n      val tmpfsMount = new java.util.HashMap[String, String]()\n      tmpfsMount.put(\"\/var\/lib\/postgresql\/data\", \"rw\")\n      c.withTmpFs(tmpfsMount)\n    }\n\n    urlParams.foreach { case (key, value) =>\n      c.withUrlParam(key, value)\n    }\n\n    commonJdbcParams.applyTo(c)\n\n    c\n  }\n\n  def testQueryString: String = container.getTestQueryString\n}\n\nobject PostgreSQLContainer {\n\n  val defaultDockerImageName = s\"${JavaPostgreSQLContainer.IMAGE}:${JavaPostgreSQLContainer.DEFAULT_TAG}\"\n  val defaultDatabaseName = \"test\"\n  val defaultUsername = \"test\"\n  val defaultPassword = \"<PASSWORD>\"\n\n  def apply(\n    dockerImageNameOverride: DockerImageName = null,\n    databaseName: String = null,\n    username: String = null,\n    password: String = <PASSWORD>,\n    mountPostgresDataToTmpfs: Boolean = false\n  ): PostgreSQLContainer =\n    new PostgreSQLContainer(\n      Option(dockerImageNameOverride),\n      Option(databaseName),\n      Option(username),\n      Option(password),\n      mountPostgresDataToTmpfs\n    )\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(defaultDockerImageName),\n    databaseName: String = defaultDatabaseName,\n    username: String = defaultUsername,\n    password: String = <PASSWORD>,\n    mountPostgresDataToTmpfs: Boolean = false,\n    urlParams: Map[String, String] = Map.empty,\n    commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n  ) extends ContainerDef {\n\n    override type Container = PostgreSQLContainer\n\n    override def createContainer(): PostgreSQLContainer = {\n      new PostgreSQLContainer(\n        dockerImageNameOverride = Some(dockerImageName),\n        databaseName = Some(databaseName),\n        pgUsername = Some(username),\n        pgPassword = Some(password),\n        mountPostgresDataToTmpfs = mountPostgresDataToTmpfs,\n        urlParams = urlParams,\n        commonJdbcParams = commonJdbcParams\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/elasticsearch\/src\/main\/scala\/com\/dimafeng\/testcontainers\/ElasticsearchContainer.scala","text":"<reponame>arkxc\/testcontainers-scala<gh_stars>100-1000\npackage com.dimafeng.testcontainers\n\nimport java.net.InetSocketAddress\n\nimport org.testcontainers.elasticsearch.{ElasticsearchContainer => JavaElasticsearchContainer}\nimport org.testcontainers.utility.DockerImageName\n\ncase class ElasticsearchContainer(\n  dockerImageName: DockerImageName = DockerImageName.parse(ElasticsearchContainer.defaultDockerImageName)\n) extends SingleContainer[JavaElasticsearchContainer] {\n\n  override val container: JavaElasticsearchContainer = new JavaElasticsearchContainer(dockerImageName)\n\n  def httpHostAddress: String = container.getHttpHostAddress\n\n  def tcpHost: InetSocketAddress = container.getTcpHost\n}\n\nobject ElasticsearchContainer {\n\n  val defaultImage = \"docker.elastic.co\/elasticsearch\/elasticsearch\"\n  val defaultTag = \"6.4.1\"\n  val defaultDockerImageName = s\"$defaultImage:$defaultTag\"\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(ElasticsearchContainer.defaultDockerImageName)\n  ) extends ContainerDef {\n\n    override type Container = ElasticsearchContainer\n\n    override def createContainer(): ElasticsearchContainer = {\n      new ElasticsearchContainer(\n        dockerImageName\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/presto\/src\/main\/scala\/com\/dimafeng\/testcontainers\/PrestoContainer.scala","text":"package com.dimafeng.testcontainers\n\nimport java.sql.Connection\n\nimport org.testcontainers.containers.{PrestoContainer => JavaPrestoContainer}\nimport org.testcontainers.utility.DockerImageName\n\ncase class PrestoContainer(\n  dockerImageName: DockerImageName = DockerImageName.parse(PrestoContainer.defaultDockerImageName),\n  dbUsername: String = PrestoContainer.defaultDbUsername,\n  dbName: String = PrestoContainer.defaultDbName,\n  commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n) extends SingleContainer[JavaPrestoContainer[_]] with JdbcDatabaseContainer {\n\n  override val container: JavaPrestoContainer[_] = {\n    val c: JavaPrestoContainer[_] = new JavaPrestoContainer(dockerImageName)\n    c.withUsername(dbUsername)\n    c.withDatabaseName(dbName)\n    commonJdbcParams.applyTo(c)\n    c\n  }\n\n  def testQueryString: String = container.getTestQueryString\n\n  def createConnection: Connection = container.createConnection()\n}\n\nobject PrestoContainer {\n\n  val defaultDockerImageName = s\"${JavaPrestoContainer.IMAGE}:${JavaPrestoContainer.DEFAULT_TAG}\"\n  val defaultDbUsername = \"test\"\n  val defaultDbName = \"\"\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(PrestoContainer.defaultDockerImageName),\n    dbUsername: String = PrestoContainer.defaultDbUsername,\n    dbName: String = PrestoContainer.defaultDbName,\n    commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n  ) extends ContainerDef {\n\n    override type Container = PrestoContainer\n\n    override def createContainer(): PrestoContainer = {\n      new PrestoContainer(\n        dockerImageName,\n        dbUsername,\n        dbName,\n        commonJdbcParams\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/db2\/src\/main\/scala\/com\/dimafeng\/testcontainers\/Db2Container.scala","text":"package com.dimafeng.testcontainers\n\nimport org.testcontainers.containers.{Db2Container => JavaDb2Container}\nimport org.testcontainers.utility.DockerImageName\n\ncase class Db2Container(\n  dockerImageName: DockerImageName = DockerImageName.parse(Db2Container.defaultDockerImageName),\n  dbName: String = Db2Container.defaultDatabaseName,\n  dbUsername: String = Db2Container.defaultUsername,\n  dbPassword: String = Db2Container.defaultPassword,\n  urlParams: Map[String, String] = Map.empty,\n  commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n) extends SingleContainer[JavaDb2Container] with JdbcDatabaseContainer {\n\n  override val container: JavaDb2Container = {\n    val c = new JavaDb2Container(dockerImageName)\n\n    c.withDatabaseName(dbName)\n    c.withUsername(username)\n    c.withPassword(password)\n    c.acceptLicense()\n\n    urlParams.foreach { case (key, value) =>\n      c.withUrlParam(key, value)\n    }\n\n    commonJdbcParams.applyTo(c)\n\n    c\n  }\n}\n\nobject Db2Container {\n\n  val defaultDockerImageName = s\"${JavaDb2Container.DEFAULT_DB2_IMAGE_NAME}:${JavaDb2Container.DEFAULT_TAG}\"\n  val defaultDatabaseName = \"test\"\n  val defaultUsername = \"db2inst1\"\n  val defaultPassword = \"<PASSWORD>\"\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(Db2Container.defaultDockerImageName),\n    dbName: String = Db2Container.defaultDatabaseName,\n    dbUsername: String = Db2Container.defaultUsername,\n    dbPassword: String = Db2Container.defaultPassword,\n    urlParams: Map[String, String] = Map.empty,\n    commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n  ) extends ContainerDef {\n\n    override type Container = Db2Container\n\n    override def createContainer(): Db2Container = {\n      new Db2Container(\n        dockerImageName,\n        dbName,\n        dbUsername,\n        dbPassword,\n        urlParams,\n        commonJdbcParams\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/cassandra\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/CassandraSpec.scala","text":"package com.dimafeng.testcontainers.integration\n\nimport java.net.InetSocketAddress\nimport com.datastax.oss.driver.api.core.CqlSession\nimport com.datastax.oss.driver.internal.core.metadata.DefaultEndPoint\nimport com.dimafeng.testcontainers.{CassandraContainer, ForAllTestContainer}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass CassandraSpec extends AnyFlatSpec with ForAllTestContainer with Matchers {\n\n  override val container: CassandraContainer = CassandraContainer()\n\n  \"Cassandra container\" should \"be started\" in {\n\n    val session = CqlSession.builder\n      .addContactEndPoint(new DefaultEndPoint(InetSocketAddress\n      .createUnresolved(container.cassandraContainer.getContainerIpAddress,\n                        container.cassandraContainer.getFirstMappedPort.intValue())))\n      .withLocalDatacenter(\"datacenter1\").build()\n    val rs = session.execute(\"select release_version from system.local\")\n    val row = rs.one\n\n    row.getString(\"release_version\").length should be > 0\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/main\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainersForEach.scala","text":"package com.dimafeng.testcontainers.munit\n\nimport com.dimafeng.testcontainers.lifecycle.Andable\nimport munit.Suite\n\n\/**\n * Starts containers before each test and stop them after each test\n *\n * Example:\n * {{{\n * class ExampleSpec extends FunSuite with TestContainersForEach {\n *\n *   \/\/ First of all, you need to declare, which containers you want to use\n *   override type Containers = MySQLContainer and PostgreSQLContainer\n *\n *   \/\/ After that, you need to describe, how you want to start them,\n *   \/\/ In this method you can use any intermediate logic.\n *   \/\/ You can pass parameters between containers, for example.\n *   override def startContainers(): Containers = {\n *     val container1 = MySQLContainer.Def().start()\n *     val container2 = PostgreSQLContainer.Def().start()\n *     container1 and container2\n *   }\n *\n *   \/\/ `withContainers` function supports multiple containers:\n *   test(\"test\") {\n *     withContainers { case mysqlContainer and pgContainer =>\n *       \/\/ Inside your test body you can do with your containers whatever you want to\n *       assert(mysqlContainer.jdbcUrl.nonEmpty && pgContainer.jdbcUrl.nonEmpty)\n *     }\n *   }\n * }\n *\n * Notes:\n * - If you override beforeEach() without calling super.beforeEach() your containers won't start\n * - If you override afterEach() without calling super.afterEach() your containers won't stop\n * }}}\n *\/\ntrait TestContainersForEach extends TestContainersSuite { self: Suite =>\n  type Containers <: Andable\n\n  override def beforeEach(context: BeforeEach): Unit = {\n    val containers = startContainers()\n    startedContainers = Some(containers)\n    try {\n      afterContainersStart(containers)\n      beforeTest(containers)\n    } catch {\n      case e: Throwable =>\n        stopContainers(containers)\n        throw e\n    }\n  }\n\n  override def afterEach(context: AfterEach): Unit = {\n    startedContainers.foreach(afterTest(_, None)) \/\/ TODO there is no way to retrieve test status in MUnit - https:\/\/github.com\/scalameta\/munit\/issues\/119\n    startedContainers.foreach(stopContainers)\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/main\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForEach.scala","text":"<reponame>arkxc\/testcontainers-scala\npackage com.dimafeng.testcontainers.munit\n\nimport com.dimafeng.testcontainers.ContainerDef\nimport munit.Suite\n\n\/**\n * Starts a single container before each test and stops it after each test\n *\n * Example:\n * {{{\n * class MysqlSpec extends FunSuite with TestContainerForEach {\n *\n *   \/\/ You need to override `containerDef` with needed container definition\n *   override val containerDef = MySQLContainer.Def()\n *\n *   \/\/ To use containers in tests you need to use `withContainers` function\n *   test(\"test case name\") {\n *     withContainers { mysqlContainer =>\n *       \/\/ Inside your test body you can do with your container whatever you want to\n *       assert(mysqlContainer.jdbcUrl.nonEmpty)\n *     }\n *   }\n * }\n *\n * Notes:\n * - If you override beforeEach() without calling super.beforeEach() your container won't start\n * - If you override afterEach() without calling super.afterEach() your container won't stop\n * }}}\n *\/\ntrait TestContainerForEach extends TestContainersForEach { self: Suite =>\n  val containerDef: ContainerDef\n\n  final override type Containers = containerDef.Container\n\n  override def startContainers(): containerDef.Container = containerDef.start()\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/toxiproxy\/src\/test\/scala\/com\/dimafeng\/testcontainers\/ToxiproxySpec.scala","text":"<filename>modules\/toxiproxy\/src\/test\/scala\/com\/dimafeng\/testcontainers\/ToxiproxySpec.scala<gh_stars>100-1000\npackage com.dimafeng.testcontainers\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass ToxiproxySpec extends AnyFlatSpec with ForAllTestContainer  {\n\n  override val container: ToxiproxyContainer = ToxiproxyContainer()\n\n  \"Toxiproxy container\" should \"be started\" in {\n    assert(container.container.isRunning)\n    assert(container.container.getExposedPorts.size > 0)\n    val proxy = container.proxy(\"127.0.0.1\", 0)\n    assert(proxy.getProxyPort > 0)\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"core\/src\/test\/scala\/com\/dimafeng\/testcontainers\/BaseSpec.scala","text":"package com.dimafeng.testcontainers\n\nimport org.mockito.MockitoAnnotations\nimport org.scalatest.{BeforeAndAfterAll, BeforeAndAfterEach}\nimport org.scalatest.matchers.should.Matchers\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatestplus.mockito.MockitoSugar\nimport scala.reflect.ClassTag\n\nabstract class BaseSpec[T: ClassTag]\n  extends AnyFlatSpec with Matchers with MockitoSugar with BeforeAndAfterEach with BeforeAndAfterAll {\n\n  behavior of implicitly[ClassTag[T]].runtimeClass.asInstanceOf[Class[T]].getSimpleName\n\n  override def beforeEach(): Unit = MockitoAnnotations.initMocks(this)\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/ContainerSpec.scala","text":"package com.dimafeng.testcontainers\n\nimport java.util.Optional\n\nimport com.dimafeng.testcontainers.ContainerSpec._\nimport com.dimafeng.testcontainers.lifecycle.TestLifecycleAware\nimport org.mockito.ArgumentMatchers._\nimport org.mockito.Mockito.{times, verify}\nimport org.mockito.{ArgumentCaptor, ArgumentMatchers, Mockito}\nimport org.scalatest.{Args, Reporter}\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.testcontainers.lifecycle.{TestDescription, TestLifecycleAware => JavaTestLifecycleAware}\n\nclass ContainerSpec extends BaseSpec[ForEachTestContainer] {\n\n  it should \"call all appropriate methods of the container\" in {\n    val container = mock[SampleJavaContainer]\n\n    new TestSpec({\n      assert(1 == 1)\n    }, new SampleContainer(container)).run(None, Args(mock[Reporter]))\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  it should \"call all appropriate methods of the container if assertion fails\" in {\n    val container = mock[SampleJavaContainer]\n\n    var err: Throwable = null\n\n    new TestSpec({\n      assert(1 == 2)\n    }, new SampleContainer(container)).run(None, Args(mock[Reporter]))\n\n    val captor = ArgumentCaptor.forClass[Optional[Throwable], Optional[Throwable]](classOf[Optional[Throwable]])\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), captor.capture())\n    assert(captor.getValue.isPresent)\n    verify(container).stop()\n  }\n\n  it should \"start and stop container only once\" in {\n    val container = mock[SampleJavaContainer]\n\n    new MultipleTestsSpec({\n      assert(1 == 1)\n    }, new SampleContainer(container)).run(None, Args(mock[Reporter]))\n\n    verify(container, times(2)).beforeTest(any())\n    verify(container).start()\n    verify(container, times(2)).afterTest(any(), any())\n    verify(container).stop()\n  }\n\n  it should \"call afterStart() and beforeStop()\" in {\n    val container = mock[SampleJavaContainer]\n\n    \/\/ ForEach\n    val specForEach = Mockito.spy(new TestSpec({}, new SampleContainer(container)))\n    specForEach.run(None, Args(mock[Reporter]))\n\n    verify(specForEach).afterStart()\n    verify(specForEach).beforeStop()\n\n    \/\/ ForAll\n\n    val specForAll = Mockito.spy(new MultipleTestsSpec({}, new SampleContainer(container)))\n    specForAll.run(None, Args(mock[Reporter]))\n\n    verify(specForAll).afterStart()\n    verify(specForAll).beforeStop()\n  }\n\n  it should \"call beforeStop() and stop container if error thrown in afterStart()\" in {\n    val container = mock[SampleJavaContainer]\n\n    \/\/ ForEach\n    val specForEach = Mockito.spy(new TestSpecWithFailedAfterStart({}, new SampleContainer(container)))\n    intercept[RuntimeException] {\n      specForEach.run(None, Args(mock[Reporter]))\n    }\n    verify(container, times(0)).beforeTest(any())\n    verify(container).start()\n    verify(specForEach).afterStart()\n    verify(container, times(0)).afterTest(any(), any())\n    verify(specForEach).beforeStop()\n    verify(container).stop()\n\n    \/\/ ForAll\n    val specForAll = Mockito.spy(new MultipleTestsSpecWithFailedAfterStart({}, new SampleContainer(container)))\n    intercept[RuntimeException] {\n      specForAll.run(None, Args(mock[Reporter]))\n    }\n    verify(container, times(0)).beforeTest(any())\n    verify(container, times(2)).start()\n    verify(specForAll).afterStart()\n    verify(container, times(0)).afterTest(any(), any())\n    verify(specForAll).beforeStop()\n    verify(container, times(2)).stop()\n  }\n\n  it should \"not start container if all tests are ignored\" in {\n    val container = mock[SampleJavaContainer]\n    val specForAll = Mockito.spy(new TestSpecWithAllIgnored({}, new SampleContainer(container)))\n    specForAll.run(None, Args(mock[Reporter]))\n\n    verify(container, Mockito.never()).start()\n  }\n\n  it should \"work with `configure` method\" in {\n    val innerContainer = new SampleJavaContainer\n    val container = new SampleContainer(innerContainer)\n      .configure{c => c.withWorkingDirectory(\"123\"); ()}\n\n    assert(container.workingDirectory == \"123\")\n  }\n}\n\nobject ContainerSpec {\n\n  protected class TestSpec(testBody: => Unit, _container: Container) extends AnyFlatSpec with ForEachTestContainer {\n    override val container = _container\n\n    it should \"test\" in {\n      testBody\n    }\n  }\n\n  protected class TestSpecWithFailedAfterStart(testBody: => Unit, _container: Container) extends AnyFlatSpec with ForEachTestContainer {\n    override val container = _container\n\n    override def afterStart(): Unit = throw new RuntimeException(\"something wrong in afterStart()\")\n\n    it should \"test\" in {\n      testBody\n    }\n  }\n\n  protected class MultipleTestsSpec(testBody: => Unit, _container: Container) extends AnyFlatSpec with ForAllTestContainer {\n    override val container = _container\n\n    it should \"test1\" in {\n      testBody\n    }\n\n    it should \"test2\" in {\n      testBody\n    }\n  }\n\n  protected class MultipleTestsSpecWithFailedAfterStart(testBody: => Unit, _container: Container) extends AnyFlatSpec with ForAllTestContainer {\n    override val container = _container\n\n    override def afterStart(): Unit = throw new RuntimeException(\"something wrong in afterStart()\")\n\n    it should \"test1\" in {\n      testBody\n    }\n\n    it should \"test2\" in {\n      testBody\n    }\n  }\n\n  protected class TestSpecWithAllIgnored(testBody: => Unit, _container: Container) extends AnyFlatSpec with ForAllTestContainer {\n    override val container = _container\n\n    it should \"test\" ignore {\n      testBody\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/jdbc\/src\/main\/scala\/com\/dimafeng\/testcontainers\/JdbcDatabaseContainer.scala","text":"package com.dimafeng.testcontainers\n\nimport java.sql.Driver\n\nimport org.testcontainers.containers.{JdbcDatabaseContainer => JavaJdbcDatabaseContainer}\n\nimport scala.concurrent.duration._\n\ntrait JdbcDatabaseContainer { self: SingleContainer[_ <: JavaJdbcDatabaseContainer[_]] =>\n\n  def driverClassName: String = underlyingUnsafeContainer.getDriverClassName\n\n  def jdbcUrl: String = underlyingUnsafeContainer.getJdbcUrl\n\n  def databaseName: String = underlyingUnsafeContainer.getDatabaseName\n\n  def username: String = underlyingUnsafeContainer.getUsername\n\n  def password: String = underlyingUnsafeContainer.getPassword\n\n  def jdbcDriverInstance: Driver = underlyingUnsafeContainer.getJdbcDriverInstance\n}\n\nobject JdbcDatabaseContainer {\n  case class CommonParams(\n    startupTimeout: FiniteDuration = 120.seconds,\n    connectTimeout: FiniteDuration = 120.seconds,\n    initScriptPath: Option[String] = None\n  ) {\n    private[testcontainers] def applyTo[C <: JavaJdbcDatabaseContainer[_]](container: C): Unit = {\n      container.withStartupTimeoutSeconds(startupTimeout.toSeconds.toInt)\n      container.withConnectTimeoutSeconds(connectTimeout.toSeconds.toInt)\n      initScriptPath.foreach(container.withInitScript)\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/scalatest\/src\/test\/scala\/com\/dimafeng\/testcontainers\/scalatest\/TestContainerForAllSpec.scala","text":"<reponame>arkxc\/testcontainers-scala\npackage com.dimafeng.testcontainers.scalatest\n\nimport java.util.Optional\n\nimport com.dimafeng.testcontainers.{BaseSpec, ContainerDef, SampleContainer, SampleJavaContainer}\nimport org.mockito.ArgumentMatchers._\nimport org.mockito.Mockito.{times, verify}\nimport org.mockito.{ArgumentCaptor, ArgumentMatchers, Mockito}\nimport org.scalatest.{Args, Reporter}\nimport org.scalatest.flatspec.AnyFlatSpec\n\n\nclass TestContainerForAllSpec extends BaseSpec[TestContainerForAll] {\n\n  import TestContainerForAllSpec._\n\n  it should \"call all appropriate methods of the container\" in {\n    val container = mock[SampleJavaContainer]\n\n    new TestSpec({\n      assert(1 == 1)\n    }, SampleContainer.Def(container)).run(None, Args(mock[Reporter]))\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  it should \"call all appropriate methods of the container if assertion fails\" in {\n    val container = mock[SampleJavaContainer]\n\n    new TestSpec({\n      assert(1 == 2)\n    }, SampleContainer.Def(container)).run(None, Args(mock[Reporter]))\n\n    val captor = ArgumentCaptor.forClass[Optional[Throwable], Optional[Throwable]](classOf[Optional[Throwable]])\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), captor.capture())\n    assert(captor.getValue.isPresent)\n    verify(container).stop()\n  }\n\n  it should \"start and stop container only once\" in {\n    val container = mock[SampleJavaContainer]\n\n    new MultipleTestsSpec({\n      assert(1 == 1)\n    }, SampleContainer.Def(container)).run(None, Args(mock[Reporter]))\n\n    verify(container, times(2)).beforeTest(any())\n    verify(container).start()\n    verify(container, times(2)).afterTest(any(), any())\n    verify(container).stop()\n  }\n\n  it should \"call afterContainersStart() and beforeContainersStop()\" in {\n    val container = mock[SampleJavaContainer]\n\n    val spec = Mockito.spy(new MultipleTestsSpec({}, SampleContainer.Def(container)))\n    spec.run(None, Args(mock[Reporter]))\n\n    verify(spec).afterContainersStart(any())\n    verify(spec).beforeContainersStop(any())\n  }\n\n  it should \"call beforeContainersStop() and stop container if error thrown in afterContainersStart()\" in {\n    val container = mock[SampleJavaContainer]\n\n    @volatile var beforeContainersStopCalled = false\n\n    val spec = new MultipleTestsSpecWithFailedAfterStart({}, SampleContainer.Def(container), () => {\n      beforeContainersStopCalled = true\n    })\n    intercept[RuntimeException] {\n      spec.run(None, Args(mock[Reporter]))\n    }\n    verify(container, times(0)).beforeTest(any())\n    verify(container).start()\n    verify(container, times(0)).afterTest(any(), any())\n    verify(container).stop()\n    assert(beforeContainersStopCalled)\n  }\n\n  it should \"not start container if all tests are ignored\" in {\n    val container = mock[SampleJavaContainer]\n    val spec = Mockito.spy(new TestSpecWithAllIgnored({}, SampleContainer.Def(container)))\n    spec.run(None, Args(mock[Reporter]))\n\n    verify(container, Mockito.never()).start()\n  }\n}\n\nobject TestContainerForAllSpec {\n\n  protected class TestSpec(testBody: => Unit, contDef: ContainerDef)\n    extends AnyFlatSpec with TestContainerForAll {\n\n    override val containerDef: ContainerDef = contDef\n\n    it should \"test\" in {\n      testBody\n    }\n  }\n\n  protected class MultipleTestsSpec(testBody: => Unit, contDef: ContainerDef) extends AnyFlatSpec with TestContainerForAll {\n\n    override val containerDef: ContainerDef = contDef\n\n    it should \"test1\" in {\n      testBody\n    }\n\n    it should \"test2\" in {\n      testBody\n    }\n  }\n\n  protected class MultipleTestsSpecWithFailedAfterStart(\n    testBody: => Unit,\n    contDef: ContainerDef,\n    beforeContStop: () => Unit\n  ) extends AnyFlatSpec with TestContainerForAll {\n\n    override val containerDef: ContainerDef = contDef\n\n    override def afterContainersStart(containers: Containers): Unit =\n      throw new RuntimeException(\"something wrong in afterContainersStart()\")\n\n    override def beforeContainersStop(containers: containerDef.Container): Unit = beforeContStop()\n\n    it should \"test1\" in {\n      testBody\n    }\n\n    it should \"test2\" in {\n      testBody\n    }\n  }\n\n  protected class TestSpecWithAllIgnored(testBody: => Unit, contDef: ContainerDef) extends AnyFlatSpec with TestContainerForAll {\n\n    override val containerDef: ContainerDef = contDef\n\n    it should \"test\" ignore {\n      testBody\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/mariadb\/src\/main\/scala\/com\/dimafeng\/testcontainers\/MariaDBContainer.scala","text":"<filename>modules\/mariadb\/src\/main\/scala\/com\/dimafeng\/testcontainers\/MariaDBContainer.scala\npackage com.dimafeng.testcontainers\n\nimport org.testcontainers.containers.{MariaDBContainer => JavaMariaDBContainer}\nimport org.testcontainers.utility.DockerImageName\n\ncase class MariaDBContainer(\n  dockerImageName: DockerImageName = DockerImageName.parse(MariaDBContainer.defaultDockerImageName),\n  dbName: String = MariaDBContainer.defaultDatabaseName,\n  dbUsername: String = MariaDBContainer.defaultUsername,\n  dbPassword: String = <PASSWORD>iaDBContainer.defaultPassword,\n  configurationOverride: Option[String] = None,\n  urlParams: Map[String, String] = Map.empty,\n  commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n) extends SingleContainer[JavaMariaDBContainer[_]] with JdbcDatabaseContainer {\n\n  override val container: JavaMariaDBContainer[_] = {\n    val c: JavaMariaDBContainer[_] = new JavaMariaDBContainer(dockerImageName)\n\n    c.withDatabaseName(dbName)\n    c.withUsername(dbUsername)\n    c.withPassword(<PASSWORD>)\n    configurationOverride.foreach(c.withConfigurationOverride)\n    urlParams.foreach { case (key, value) =>\n      c.withUrlParam(key, value)\n    }\n    commonJdbcParams.applyTo(c)\n\n    c\n  }\n\n  def testQueryString: String = container.getTestQueryString\n\n}\n\nobject MariaDBContainer {\n\n  val defaultDockerImageName = s\"${JavaMariaDBContainer.IMAGE}:${JavaMariaDBContainer.DEFAULT_TAG}\"\n  val defaultDatabaseName = \"test\"\n  val defaultUsername = \"test\"\n  val defaultPassword = \"<PASSWORD>\"\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(MariaDBContainer.defaultDockerImageName),\n    dbName: String = MariaDBContainer.defaultDatabaseName,\n    dbUsername: String = MariaDBContainer.defaultUsername,\n    dbPassword: String = MariaDBContainer.defaultPassword,\n    configurationOverride: Option[String] = None,\n    urlParams: Map[String, String] = Map.empty,\n    commonJdbcParams: JdbcDatabaseContainer.CommonParams = JdbcDatabaseContainer.CommonParams()\n  ) extends ContainerDef {\n\n    override type Container = MariaDBContainer\n\n    override def createContainer(): MariaDBContainer = {\n      new MariaDBContainer(\n        dockerImageName,\n        dbName,\n        dbUsername,\n        dbPassword,\n        configurationOverride,\n        urlParams,\n        commonJdbcParams\n      )\n    }\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/couchbase\/src\/main\/scala\/com\/dimafeng\/testcontainers\/CouchbaseContainer.scala","text":"package com.dimafeng.testcontainers\n\nimport java.util.EnumSet\n\nimport org.testcontainers.couchbase.{CouchbaseService, BucketDefinition => JavaBucketDefinition, CouchbaseContainer => JavaCouchbaseContainer}\nimport org.testcontainers.utility.DockerImageName\n\nimport scala.collection.JavaConverters._\n\ncase class CouchbaseContainer(\n  dockerImageName: DockerImageName = DockerImageName.parse(CouchbaseContainer.defaultDockerImageName),\n  buckets: Seq[CouchbaseContainer.BucketDefinition] = Seq.empty,\n  username: String = CouchbaseContainer.defaultUsername,\n  password: String = CouchbaseContainer.defaultPassword,\n  enabledServices: Set[CouchbaseService] = CouchbaseContainer.defaultEnabledServices\n) extends SingleContainer[JavaCouchbaseContainer] {\n\n  import CouchbaseContainer._\n\n  override val container: JavaCouchbaseContainer = {\n    val c = new JavaCouchbaseContainer(dockerImageName)\n\n    buckets.foreach { (bucket: BucketDefinition) =>\n      val javaBucket = new JavaBucketDefinition(bucket.name)\n        .withQuota(bucket.quota)\n        .withPrimaryIndex(bucket.hasPrimaryIndex)\n      c.withBucket(javaBucket)\n    }\n\n    c.withCredentials(username, password)\n    c.withEnabledServices(enabledServices.toSeq: _*)\n\n    c\n  }\n\n\n  def bootstrapCarrierDirectPort: Int = container.getBootstrapCarrierDirectPort\n\n  def bootstrapHttpDirectPort: Int = container.getBootstrapHttpDirectPort\n\n  def connectionString: String = container.getConnectionString\n}\n\nobject CouchbaseContainer {\n\n  val defaultImage = \"couchbase\/server\"\n  val defaultTag = \"6.5.1\"\n  val defaultDockerImageName = s\"$defaultImage:$defaultTag\"\n  val defaultUsername = \"Administrator\"\n  val defaultPassword = \"password\"\n  val defaultEnabledServices: Set[CouchbaseService] = EnumSet.allOf(classOf[CouchbaseService]).asScala.toSet\n\n  val defaultQuota = 100\n  val defaultHasPrimaryIndex = true\n\n  case class BucketDefinition(name: String, quota: Int = defaultQuota, hasPrimaryIndex: Boolean = defaultHasPrimaryIndex)\n\n  case class Def(\n    dockerImageName: DockerImageName = DockerImageName.parse(CouchbaseContainer.defaultDockerImageName),\n    buckets: Seq[CouchbaseContainer.BucketDefinition] = Seq.empty,\n    username: String = CouchbaseContainer.defaultUsername,\n    password: String = <PASSWORD>,\n    enabledServices: Set[CouchbaseService] = CouchbaseContainer.defaultEnabledServices\n  ) extends ContainerDef {\n\n    override type Container = CouchbaseContainer\n\n    override def createContainer(): CouchbaseContainer = {\n      new CouchbaseContainer(\n        dockerImageName,\n        buckets,\n        username,\n        password,\n        enabledServices\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"core\/src\/main\/scala\/com\/dimafeng\/testcontainers\/implicits\/DockerImageNameConverters.scala","text":"package com.dimafeng.testcontainers.implicits\n\nimport org.testcontainers.utility.DockerImageName\n\ntrait DockerImageNameConverters {\n  @deprecated(\"Use `DockerImageName` in Container constructor instead\")\n  implicit def stringToDockerImageName(s: String): DockerImageName =\n    DockerImageName.parse(s)\n}\n\nobject DockerImageNameConverters extends DockerImageNameConverters"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/test\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainerForEachSpec.scala","text":"package com.dimafeng.testcontainers.munit\n\nimport java.util.Optional\n\nimport com.dimafeng.testcontainers.ContainerDef\nimport com.dimafeng.testcontainers.munit.SampleContainer.SampleJavaContainer\nimport com.dimafeng.testcontainers.munit.TestContainerForEachSpec._\nimport munit.{FunSuite, MUnitRunner, Suite}\nimport org.junit.runner.notification.RunNotifier\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{times, verify}\nimport org.mockito.{ArgumentMatchers, Mockito}\nimport org.scalatestplus.mockito.MockitoSugar\n\nclass TestContainerForEachSpec extends FunSuite with MockitoSugar {\n  test(\"call all appropriate methods of the containers\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  test(\"call all appropriate methods of the containers if assertion fails\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = false), SampleContainer.Def(container))\n\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container).stop()\n  }\n\n  test(\"start and stop containers before and after each test case\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new MultipleTestsSpec(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, times(2)).beforeTest(any())\n    verify(container, times(2)).start()\n    verify(container, times(2)).afterTest(any(), any())\n    verify(container, times(2)).stop()\n  }\n\n  test(\"call afterContainersStart() and beforeContainersStop()\") {\n    val container = mock[SampleJavaContainer]\n\n    \/\/ Mockito somehow messed up internal state, so we can't use `spy` here.\n    @volatile var afterStartCalled = false\n    @volatile var beforeStopCalled = false\n\n    val spec = new MultipleTestsSpec(assert(cond = true), SampleContainer.Def(container)) {\n      override def afterContainersStart(containers: Containers): Unit = {\n        super.afterContainersStart(containers)\n        afterStartCalled = true\n      }\n\n      override def beforeContainersStop(containers: Containers): Unit = {\n        super.beforeContainersStop(containers)\n        beforeStopCalled = true\n      }\n    }\n\n    run(spec)\n\n    assert(afterStartCalled && beforeStopCalled)\n  }\n\n  test(\"call beforeContainersStop() and stop container if error is thrown in afterContainersStart()\") {\n    val container = mock[SampleJavaContainer]\n\n    @volatile var afterStartCalled = false\n    @volatile var beforeStopCalled = false\n\n    val spec = new MultipleTestsSpec(assert(cond = true), SampleContainer.Def(container)) {\n      override def afterContainersStart(containers: Containers): Unit = {\n        afterStartCalled = true\n        throw new RuntimeException(\"Test\")\n      }\n\n      override def beforeContainersStop(containers: Containers): Unit = {\n        super.beforeContainersStop(containers)\n        beforeStopCalled = true\n      }\n    }\n\n    run(spec)\n\n    verify(container, times(0)).beforeTest(any())\n    verify(container, times(2)).start()\n    verify(container, times(0)).afterTest(any(), any())\n    verify(container, times(2)).stop()\n\n    assert(afterStartCalled && beforeStopCalled)\n  }\n\n  test(\"not start container if all tests are ignored\") {\n    val container = mock[SampleJavaContainer]\n\n    @volatile var called = false\n\n    val spec = new TestSpecWithAllIgnored({called = true}, SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).start()\n    assert(!called)\n  }\n\n  test(\"not start container if beforeEach is overridden without calling super.beforeEach()\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpecBeforeOverride(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).beforeTest(any())\n    verify(container, Mockito.never()).start()\n    verify(container, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container, Mockito.never()).stop()\n  }\n\n  test(\"not stop container if afterAll is overridden without calling super.beforeEach()\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new TestSpecAfterOverride(assert(cond = true), SampleContainer.Def(container))\n    run(spec)\n\n    verify(container).beforeTest(any())\n    verify(container).start()\n    verify(container, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container, Mockito.never()).stop()\n  }\n\n  test(\"not start container for empty suite\") {\n    val container = mock[SampleJavaContainer]\n\n    val spec = new EmptySpec(SampleContainer.Def(container))\n    run(spec)\n\n    verify(container, Mockito.never()).start()\n  }\n}\n\nobject TestContainerForEachSpec {\n  protected abstract class ContainerSpec extends FunSuite with TestContainerForEach\n\n  protected class TestSpec(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test\") {testBody}\n  }\n\n  protected class MultipleTestsSpec(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test1\") {testBody}\n    test(\"test2\") {testBody}\n  }\n\n  protected class TestSpecWithAllIgnored(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    test(\"test\".ignore) {testBody}\n  }\n\n  protected class TestSpecBeforeOverride(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    override def beforeEach(context: BeforeEach): Unit = {}\n\n    test(\"test\") {testBody}\n  }\n\n  protected class TestSpecAfterOverride(testBody: => Unit, contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n\n    override def afterEach(context: AfterEach): Unit = {}\n\n    test(\"test\") {testBody}\n  }\n\n  protected class EmptySpec(contDef: ContainerDef) extends ContainerSpec {\n    override val containerDef: ContainerDef = contDef\n  }\n\n  private def run(res: Suite): Unit = {\n    val notifier = new RunNotifier()\n    new MUnitRunner(res.asInstanceOf[Suite].getClass, () => res).run(notifier)\n  }\n}"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/oracle\/src\/test\/scala\/com\/dimafeng\/testcontainers\/OracleSpec.scala","text":"<filename>modules\/oracle\/src\/test\/scala\/com\/dimafeng\/testcontainers\/OracleSpec.scala\npackage com.dimafeng.testcontainers\n\nimport java.sql.DriverManager\n\nimport org.scalatest.flatspec.AnyFlatSpec\n\nclass OracleSpec extends AnyFlatSpec with ForAllTestContainer {\n\n  override val container: OracleContainer = OracleContainer(\"oracleinanutshell\/oracle-xe-11g\")\n\n  \"Oracle container\" should \"be started\" in {\n    System.setProperty(\"oracle.jdbc.timezoneAsRegion\", \"false\")\n    Class.forName(container.driverClassName)\n    val connection = DriverManager.getConnection(\n      container.jdbcUrl,\n      container.username,\n      container.password\n    )\n\n    val prepareStatement = connection.prepareStatement(container.testQueryString)\n    try {\n      val resultSet = prepareStatement.executeQuery()\n      resultSet.next()\n      assert(1 == resultSet.getInt(1))\n      resultSet.close()\n    } finally {\n      prepareStatement.close()\n    }\n\n    connection.close()\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"version.sbt","text":"version in ThisBuild := \"0.39.2-SNAPSHOT\"\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/test\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainersForEachSpec.scala","text":"package com.dimafeng.testcontainers.munit\n\nimport java.util.Optional\n\nimport com.dimafeng.testcontainers.lifecycle.and\nimport com.dimafeng.testcontainers.munit.SampleContainer.SampleJavaContainer\nimport com.dimafeng.testcontainers.munit.TestContainersForEachSpec._\nimport munit.{FunSuite, MUnitRunner, Suite}\nimport org.junit.runner.notification.RunNotifier\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{times, verify}\nimport org.mockito.{ArgumentMatchers, Mockito}\nimport org.scalatestplus.mockito.MockitoSugar\n\nclass TestContainersForEachSpec extends FunSuite with MockitoSugar {\n  test(\"call all appropriate methods of the containers\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = true), container1, container2)\n    run(spec)\n\n    verify(container1).beforeTest(any())\n    verify(container1).start()\n    verify(container1).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container1).stop()\n\n    verify(container2).beforeTest(any())\n    verify(container2).start()\n    verify(container2).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container2).stop()\n  }\n\n  test(\"call all appropriate methods of the containers if assertion fails\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new TestSpec(assert(cond = false), container1, container2)\n\n    run(spec)\n\n    verify(container1).beforeTest(any())\n    verify(container1).start()\n    verify(container1).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container1).stop()\n\n    verify(container2).beforeTest(any())\n    verify(container2).start()\n    verify(container2).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container2).stop()\n  }\n\n  test(\"start and stop containers before and after each test case\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new MultipleTestsSpec(assert(cond = true), container1, container2)\n    run(spec)\n\n    verify(container1, times(2)).beforeTest(any())\n    verify(container1, times(2)).start()\n    verify(container1, times(2)).afterTest(any(), any())\n    verify(container1, times(2)).stop()\n\n    verify(container2, times(2)).beforeTest(any())\n    verify(container2, times(2)).start()\n    verify(container2, times(2)).afterTest(any(), any())\n    verify(container2, times(2)).stop()\n  }\n\n  test(\"call afterContainersStart() and beforeContainersStop()\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    \/\/ Mockito somehow messed up internal state, so we can't use `spy` here.\n    @volatile var afterStartCalled = false\n    @volatile var beforeStopCalled = false\n\n    val spec = new MultipleTestsSpec(assert(cond = true), container1, container2) {\n      override def afterContainersStart(containers: Containers): Unit = {\n        super.afterContainersStart(containers)\n        afterStartCalled = true\n      }\n\n      override def beforeContainersStop(containers: Containers): Unit = {\n        super.beforeContainersStop(containers)\n        beforeStopCalled = true\n      }\n    }\n\n    run(spec)\n\n    assert(afterStartCalled && beforeStopCalled)\n  }\n\n  test(\"call beforeContainersStop() and stop container if error is thrown in afterContainersStart()\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    @volatile var afterStartCalled = false\n    @volatile var beforeStopCalled = false\n\n    val spec = new MultipleTestsSpec(assert(cond = true), container1, container2) {\n      override def afterContainersStart(containers: Containers): Unit = {\n        afterStartCalled = true\n        throw new RuntimeException(\"Test\")\n      }\n\n      override def beforeContainersStop(containers: Containers): Unit = {\n        super.beforeContainersStop(containers)\n        beforeStopCalled = true\n      }\n    }\n\n    run(spec)\n\n    verify(container1, times(0)).beforeTest(any())\n    verify(container1, times(2)).start()\n    verify(container1, times(0)).afterTest(any(), any())\n    verify(container1, times(2)).stop()\n\n    verify(container2, times(0)).beforeTest(any())\n    verify(container2, times(2)).start()\n    verify(container2, times(0)).afterTest(any(), any())\n    verify(container2, times(2)).stop()\n\n    assert(afterStartCalled && beforeStopCalled)\n  }\n\n  test(\"not start container if all tests are ignored\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    @volatile var called = false\n\n    val spec = new TestSpecWithAllIgnored({called = true}, container1, container2)\n    run(spec)\n\n    verify(container1, Mockito.never()).start()\n    verify(container2, Mockito.never()).start()\n    assert(!called)\n  }\n\n  test(\"not start container if beforeEach is overridden without calling super.beforeEach()\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new TestSpecBeforeOverride(assert(cond = true), container1, container2)\n    run(spec)\n\n    verify(container1, Mockito.never()).beforeTest(any())\n    verify(container1, Mockito.never()).start()\n    verify(container1, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container1, Mockito.never()).stop()\n\n    verify(container2, Mockito.never()).beforeTest(any())\n    verify(container2, Mockito.never()).start()\n    verify(container2, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container2, Mockito.never()).stop()\n  }\n\n  test(\"not stop container if afterAll is overridden without calling super.beforeEach()\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new TestSpecAfterOverride(assert(cond = true), container1, container2)\n    run(spec)\n\n    verify(container1).beforeTest(any())\n    verify(container1).start()\n    verify(container1, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container1, Mockito.never()).stop()\n\n    verify(container2).beforeTest(any())\n    verify(container2).start()\n    verify(container2, Mockito.never()).afterTest(any(), ArgumentMatchers.eq(Optional.empty()))\n    verify(container2, Mockito.never()).stop()\n  }\n\n  test(\"not start container for empty suite\") {\n    val container1 = mock[SampleJavaContainer]\n    val container2 = mock[SampleJavaContainer]\n\n    val spec = new EmptySpec(container1, container2)\n    run(spec)\n\n    verify(container1, Mockito.never()).start()\n    verify(container2, Mockito.never()).start()\n  }\n}\n\nobject TestContainersForEachSpec {\n  protected abstract class ContainersSpec(\n    container1: SampleJavaContainer,\n    container2: SampleJavaContainer\n  ) extends FunSuite with TestContainersForEach {\n    override type Containers = SampleContainer and SampleContainer\n\n    override def startContainers(): Containers = {\n      val c1 = SampleContainer.Def(container1).start()\n      val c2 = SampleContainer.Def(container2).start()\n      c1 and c2\n    }\n  }\n\n  protected class TestSpec(testBody: => Unit, container1: SampleJavaContainer, container2: SampleJavaContainer)\n    extends ContainersSpec(container1, container2) {\n\n    test(\"test\") {\n      withContainers { case c1 and c2 =>\n        assert(\n          c1.underlyingUnsafeContainer == container1 &&\n            c2.underlyingUnsafeContainer == container2\n        )\n        testBody\n      }\n    }\n  }\n\n  protected class MultipleTestsSpec(testBody: => Unit, container1: SampleJavaContainer, container2: SampleJavaContainer)\n    extends ContainersSpec(container1, container2) {\n\n    test(\"test1\") {\n      withContainers { case c1 and c2 =>\n        assert(\n          c1.underlyingUnsafeContainer == container1 &&\n            c2.underlyingUnsafeContainer == container2\n        )\n        testBody\n      }\n    }\n\n    test(\"test2\") {\n      withContainers { case c1 and c2 =>\n        assert(\n          c1.underlyingUnsafeContainer == container1 &&\n            c2.underlyingUnsafeContainer == container2\n        )\n        testBody\n      }\n    }\n  }\n\n  protected class TestSpecWithAllIgnored(testBody: => Unit, container1: SampleJavaContainer, container2: SampleJavaContainer)\n    extends ContainersSpec(container1, container2) {\n\n    test(\"test\".ignore) { testBody }\n  }\n\n  protected class TestSpecBeforeOverride(testBody: => Unit, container1: SampleJavaContainer, container2: SampleJavaContainer)\n    extends ContainersSpec(container1, container2) {\n\n    override def beforeEach(context: BeforeEach): Unit = {}\n\n    test(\"test\") {\n      withContainers { _ => testBody }\n    }\n  }\n\n  protected class TestSpecAfterOverride(testBody: => Unit, container1: SampleJavaContainer, container2: SampleJavaContainer)\n    extends ContainersSpec(container1, container2) {\n\n    override def afterEach(context: AfterEach): Unit = {}\n\n    test(\"test\") {\n      withContainers { _ => testBody }\n    }\n  }\n\n  protected class EmptySpec(container1: SampleJavaContainer, container2: SampleJavaContainer) extends ContainersSpec(container1, container2)\n\n  private def run(res: Suite): Unit = {\n    val notifier = new RunNotifier()\n    new MUnitRunner(res.asInstanceOf[Suite].getClass, () => res).run(notifier)\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/nginx\/src\/main\/scala\/com\/dimafeng\/testcontainers\/NginxContainer.scala","text":"<reponame>arkxc\/testcontainers-scala\npackage com.dimafeng.testcontainers\n\nimport java.net.URL\n\nimport org.testcontainers.containers.{NginxContainer => JavaNginxContainer}\n\ncase class NginxContainer(\n  customContent: Option[String] = None\n) extends SingleContainer[JavaNginxContainer[_]] {\n\n  override val container: JavaNginxContainer[_] = {\n    val c: JavaNginxContainer[_] = new JavaNginxContainer()\n    customContent.foreach(c.withCustomContent)\n    c\n  }\n\n  def baseUrl(scheme: String, port: Int): URL = container.getBaseUrl(scheme, port)\n}\n\nobject NginxContainer {\n\n  case class Def(\n    customContent: Option[String] = None\n  ) extends ContainerDef {\n\n    override type Container = NginxContainer\n\n    override def createContainer(): NginxContainer = {\n      new NginxContainer(\n        customContent\n      )\n    }\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/localstackV2\/src\/main\/scala\/com\/dimafeng\/testcontainers\/LocalStackV2Container.scala","text":"<reponame>arkxc\/testcontainers-scala<gh_stars>1-10\npackage com.dimafeng.testcontainers\n\nimport java.net.URI\n\nimport org.testcontainers.containers.localstack.{LocalStackContainer => JavaLocalStackContainer}\nimport software.amazon.awssdk.auth.credentials.{AwsBasicCredentials, StaticCredentialsProvider}\nimport software.amazon.awssdk.regions.Region\n\ncase class LocalStackV2Container(\n  tag: String = LocalStackV2Container.defaultTag,\n  services: Seq[LocalStackV2Container.Service] = Seq.empty\n) extends SingleContainer[JavaLocalStackContainer] {\n\n  override val container: JavaLocalStackContainer = {\n    val c = new JavaLocalStackContainer(tag)\n    c.withServices(services: _*)\n    c\n  }\n\n  def endpointOverride(service: LocalStackV2Container.Service): URI =\n    container.getEndpointOverride(service)\n\n  def staticCredentialsProvider: StaticCredentialsProvider =\n    StaticCredentialsProvider.create(\n      AwsBasicCredentials.create(container.getAccessKey, container.getSecretKey)\n    )\n\n  def region: Region = Region.of(container.getRegion)\n}\n\nobject LocalStackV2Container {\n\n  val defaultTag = \"0.9.4\"\n\n  type Service = JavaLocalStackContainer.Service\n\n  case class Def(\n                  tag: String = LocalStackV2Container.defaultTag,\n                  services: Seq[LocalStackV2Container.Service] = Seq.empty\n  ) extends ContainerDef {\n\n    override type Container = LocalStackV2Container\n\n    override def createContainer(): LocalStackV2Container = {\n      new LocalStackV2Container(\n        tag,\n        services\n      )\n    }\n  }\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"core\/src\/main\/scala\/com\/dimafeng\/testcontainers\/implicits\/package.scala","text":"<gh_stars>100-1000\npackage com.dimafeng.testcontainers\n\npackage object implicits\n  extends DockerImageNameConverters\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"modules\/kafka\/src\/test\/scala\/com\/dimafeng\/testcontainers\/integration\/KafkaSpec.scala","text":"package com.dimafeng.testcontainers.integration\n\nimport java.util.Properties\nimport com.dimafeng.testcontainers.{ForAllTestContainer, KafkaContainer}\nimport org.apache.kafka.clients.consumer.KafkaConsumer\nimport org.apache.kafka.common.serialization.StringDeserializer\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nclass KafkaSpec extends AnyFlatSpec with ForAllTestContainer with Matchers {\n\n  override val container: KafkaContainer = KafkaContainer()\n\n  \"Kafka container\" should \"be started\" in {\n\n    val properties = new Properties()\n    properties.put(\"bootstrap.servers\", container.bootstrapServers)\n    properties.put(\"group.id\", \"consumer-tutorial\")\n    properties.put(\"key.deserializer\", classOf[StringDeserializer])\n    properties.put(\"value.deserializer\", classOf[StringDeserializer])\n\n    val kafkaConsumer = new KafkaConsumer[String, String](properties)\n    val topics = kafkaConsumer.listTopics()\n\n    assert(topics.size() >= 0)\n  }\n\n}\n"}
{"repo_name":"arkxc\/testcontainers-scala","path":"test-framework\/munit\/src\/main\/scala\/com\/dimafeng\/testcontainers\/munit\/TestContainersSuite.scala","text":"<reponame>arkxc\/testcontainers-scala\npackage com.dimafeng.testcontainers.munit\n\nimport com.dimafeng.testcontainers.implicits.DockerImageNameConverters\nimport com.dimafeng.testcontainers.lifecycle.{Andable, TestLifecycleAware}\nimport com.dimafeng.testcontainers.munit.TestContainersSuite.IllegalWithContainersCall\nimport munit.Suite\nimport org.junit.runner.{Description => JunitDescription}\nimport org.testcontainers.lifecycle.TestDescription\n\ntrait TestContainersSuite extends DockerImageNameConverters { self: Suite =>\n  \/**\n   * To use testcontainers suites you need to declare,\n   * which containers you want to use inside your tests.\n   *\n   * For example:\n   * {{{\n   *   override type Containers = MySQLContainer\n   * }}}\n   *\n   * If you want to use multiple containers inside your tests, use `and` syntax:\n   * {{{\n   *   override type Containers = MySQLContainer and PostgreSQLContainer\n   * }}}\n   *\/\n  type Containers <: Andable\n\n  \/**\n   * Contains containers startup logic.\n   * In this method you can use any intermediate logic.\n   * You can pass parameters between containers, for example:\n   * {{{\n   * override def startContainers(): Containers = {\n   *   val container1 = Container1.Def().start()\n   *   val container2 = Container2.Def(container1.someParam).start()\n   *   container1 and container2\n   * }\n   * }}}\n   *\n   * @return Started containers\n   *\/\n  def startContainers(): Containers\n\n  \/**\n   * To use containers inside your test bodies you need to use `withContainers` function:\n   * {{{\n   * test(\"test\") {\n   *   withContainers { mysqlContainer =>\n   *     \/\/ Inside your test body you can do with your container whatever you want to\n   *     assert(mysqlContainer.jdbcUrl.nonEmpty)\n   *   }\n   * }\n   * }}}\n   *\n   * `withContainers` also supports multiple containers:\n   * {{{\n   * test(\"test\") {\n   *   withContainers { case mysqlContainer and pgContainer =>\n   *     \/\/ test body\n   *   }\n   * }\n   * }}}\n   *\n   * @param runTest Test body\n   *\/\n  def withContainers[A](runTest: Containers => A): A = {\n    val c = startedContainers.getOrElse(throw IllegalWithContainersCall())\n    runTest(c)\n  }\n\n  \/**\n   * Override, if you want to do something after containers start.\n   *\/\n  def afterContainersStart(containers: Containers): Unit = {}\n\n  \/**\n   * Override, if you want to do something before containers stop.\n   *\/\n  def beforeContainersStop(containers: Containers): Unit = {}\n\n  @volatile private[testcontainers] var startedContainers: Option[Containers] = None\n\n  val suiteDescription = TestContainersSuite.createDescription(self)\n\n  private[testcontainers] def beforeTest(containers: Containers): Unit = {\n    containers.foreach {\n      case container: TestLifecycleAware => container.beforeTest(suiteDescription)\n      case _ => \/\/ do nothing\n    }\n  }\n\n  private[testcontainers] def afterTest(containers: Containers, throwable: Option[Throwable]): Unit = {\n    containers.foreach {\n      case container: TestLifecycleAware => container.afterTest(suiteDescription, throwable)\n      case _ => \/\/ do nothing\n    }\n  }\n\n  private[testcontainers] def stopContainers(containers: Containers): Unit = {\n    try {\n      beforeContainersStop(containers)\n    }\n    finally {\n      try {\n        startedContainers.foreach(_.stop())\n      }\n      finally {\n        startedContainers = None\n      }\n    }\n  }\n}\n\nobject TestContainersSuite {\n  case class IllegalWithContainersCall() extends IllegalStateException(\n    \"'withContainers' method can't be used before all containers are started. \" +\n      \"'withContainers' method should be used only in test cases to prevent this.\"\n  )\n\n  def createDescription(suite: Suite): TestDescription = {\n    val description = JunitDescription.createSuiteDescription(suite.getClass)\n    \/\/ If we don't add the testNames and nested suites in, we get\n    \/\/ Unrooted Tests show up in Eclipse\n    for (name <- suite.munitTests()) {\n      description.addChild(JunitDescription.createTestDescription(suite.getClass, name.name))\n    }\n\n    new TestDescription {\n      override def getTestId: String = description.getDisplayName\n      override def getFilesystemFriendlyName: String = s\"${description.getClassName}-${description.getMethodName}\"\n    }\n  }\n}"}
{"repo_name":"equintanilla\/sbt-webpack","path":"version.sbt","text":"<reponame>equintanilla\/sbt-webpack<gh_stars>100-1000\nversion in ThisBuild := \"1.3.1\"\n"}
{"repo_name":"equintanilla\/sbt-webpack","path":"sbt-webpack-tester\/build.sbt","text":"<filename>sbt-webpack-tester\/build.sbt\nlazy val root = (project in file(\".\")).enablePlugins(SbtWeb)\n\nJsEngineKeys.engineType := JsEngineKeys.EngineType.Node\n\nWebKeys.pipeline := WebKeys.pipeline.dependsOn(webpack.toTask(\"\")).value\n"}
{"repo_name":"equintanilla\/sbt-webpack","path":"src\/sbt-test\/sbt-webpack\/normal\/project\/plugins.sbt","text":"<gh_stars>0\nresolvers += Resolver.typesafeRepo(\"maven-releases\")\nresolvers += Resolver.bintrayIvyRepo(\"stonexx\",\"sbt-plugins\")\nlibraryDependencies += \"org.slf4j\" % \"slf4j-nop\" % \"1.7.25\"\n\naddSbtPlugin(\"com.github.stonexx.sbt\" % \"sbt-webpack\" %  \"1.3.1\")\n"}
{"repo_name":"equintanilla\/sbt-webpack","path":"build.sbt","text":"<gh_stars>10-100\nsbtPlugin := true\n\norganization := \"com.github.stonexx.sbt\"\n\nname := \"sbt-webpack\"\n\nscalaVersion := \"2.12.4\"\n\nresolvers ++= Seq(\n  Resolver.typesafeRepo(\"releases\")\n)\n\nlibraryDependencies += \"org.webjars\" % \"npm\" % \"4.0.2\"\nlibraryDependencies += \"org.webjars.npm\" % \"lodash\" % \"4.17.2\"\n\naddSbtPlugin(\"com.typesafe.sbt\" %% \"sbt-js-engine\" % \"1.2.2\")\n\nlicenses += (\"Apache-2.0\", url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\"))\n"}
{"repo_name":"equintanilla\/sbt-webpack","path":"src\/main\/scala\/com\/github\/stonexx\/sbt\/webpack\/SbtWebpack.scala","text":"package com.github.stonexx.sbt.webpack\n\nimport java.io.{IOException, File}\nimport java.net.URLEncoder\n\nimport com.typesafe.jse.LocalEngine\nimport com.typesafe.sbt.jse.SbtJsTask\nimport com.typesafe.sbt.web.SbtWeb\nimport com.typesafe.sbt.web.SbtWeb.autoImport.{WebKeys, _}\nimport org.apache.commons.compress.utils.CharsetNames.UTF_8\nimport org.apache.commons.lang3.SystemUtils.IS_OS_WINDOWS\nimport sbt._\nimport sbt.Keys._\nimport sbt.util.CacheStore\nimport spray.json.{JsonParser, DefaultJsonProtocol, JsObject, JsValue, JsBoolean}\n\nimport scala.collection.{mutable, immutable}\nimport scala.language.implicitConversions\nimport scala.sys.process.{ProcessIO, BasicIO, Process}\n\nobject SbtWebpack extends AutoPlugin {\n  override def requires = SbtJsTask\n\n  override def trigger = AllRequirements\n\n  object autoImport {\n    val nodeCmd: SettingKey[String] = settingKey[String](\"Node command - defaults to node and should be in the path.\")\n    val webpack: InputKey[Unit]     = inputKey[Unit](\"Webpack module bundler.\")\n\n    object WebpackModes {\n      val Dev : Configuration = config(\"dev\")\n      val Prod: Configuration = config(\"prod\")\n      val Test: Configuration = config(\"test\")\n    }\n\n    object WebpackKeys {\n      val config       : SettingKey[File]                   = SettingKey[File](\"webpackConfig\", \"The location of a webpack configuration file.\")\n      val envVars      : SettingKey[Map[String, String]]    = SettingKey[Map[String, String]](\"webpackEnvVars\", \"Environment variable names and values to set for webpack.\")\n      val watcherRunner: AttributeKey[WebpackWatcherRunner] = AttributeKey[WebpackWatcherRunner](\"webpackWatcherRunner\")\n    }\n\n    trait WebpackWatcher {\n      def start(): Unit\n      def stop(): Unit\n    }\n\n    class WebpackWatcherRunner {\n      private var currentSubject: Option[WebpackWatcher] = None\n\n      def start(subject: WebpackWatcher): Unit = {\n        stop()\n        subject.start()\n        currentSubject = Some(subject)\n      }\n\n      def stop(): Unit = {\n        currentSubject.foreach(_.stop())\n        currentSubject = None\n      }\n    }\n\n    implicit def stateToWebpackWatcherRunner(s: State): WebpackWatcherRunner = s.get(WebpackKeys.watcherRunner).get\n  }\n\n  import autoImport._\n  import autoImport.WebpackKeys._\n\n  override def projectSettings: Seq[Setting[_]] = Seq(\n    includeFilter in webpack := AllPassFilter,\n    includeFilter in (WebpackModes.Dev, webpack) := (includeFilter in webpack).value,\n    includeFilter in (WebpackModes.Prod, webpack) := (includeFilter in webpack).value,\n    includeFilter in (WebpackModes.Test, webpack) := (includeFilter in webpack).value,\n\n    excludeFilter in webpack := HiddenFileFilter,\n    excludeFilter in (WebpackModes.Dev, webpack) := (excludeFilter in webpack).value,\n    excludeFilter in (WebpackModes.Prod, webpack) := (excludeFilter in webpack).value,\n    excludeFilter in (WebpackModes.Test, webpack) := (excludeFilter in webpack).value,\n\n    config in webpack := baseDirectory.value \/ \"webpack.config.js\",\n    config in (WebpackModes.Dev, webpack) := (config in webpack).value,\n    config in (WebpackModes.Prod, webpack) := (config in webpack).value,\n    config in (WebpackModes.Test, webpack) := (config in webpack).value,\n\n    envVars in webpack := LocalEngine.nodePathEnv((WebKeys.nodeModuleDirectories in Plugin).value.map(_.getCanonicalPath).to[immutable.Seq]),\n    envVars in (WebpackModes.Dev, webpack) := (envVars in webpack).value + (\"NODE_ENV\" -> \"development\"),\n    envVars in (WebpackModes.Prod, webpack) := (envVars in webpack).value + (\"NODE_ENV\" -> \"production\"),\n    envVars in (WebpackModes.Test, webpack) := (envVars in webpack).value + (\"NODE_ENV\" -> \"testing\"),\n\n    nodeCmd := \"node\",\n    webpack := Def.inputTaskDyn {\n      import complete.DefaultParsers._\n\n      val arg = (EOF | Seq(\n        \"dev\",\n        \"prod\",\n        \"test\",\n        \"watch\",\n        \"stop\"\n      ).map(t => Space ~ token(t)).reduce(_ | _).map(_._2)).parsed\n\n      val cacheDir = streams.value.cacheDirectory\n\n      val webpackDependTasks = Seq(\n        WebKeys.nodeModules in Plugin,\n        WebKeys.nodeModules in Assets,\n        WebKeys.webModules in Assets\n      )\n\n      Def.taskDyn {\n        arg match {\n          case \"dev\" => runWebpack(cacheDir, WebpackModes.Dev).dependsOn(webpackDependTasks: _*)\n          case \"prod\" | () => runWebpack(cacheDir, WebpackModes.Prod).dependsOn(webpackDependTasks: _*)\n          case \"test\" => runWebpack(cacheDir, WebpackModes.Test).dependsOn(webpackDependTasks: _*)\n          case \"watch\" => startWatch(cacheDir).dependsOn(webpackDependTasks: _*)\n          case \"stop\" => stopWatch\n        }\n      }\n    }.evaluated,\n\n    onLoad in Global := (onLoad in Global).value.andThen { state =>\n      state.put(watcherRunner, new WebpackWatcherRunner)\n    },\n    onUnload in Global := (onUnload in Global).value.andThen { state =>\n      state.stop()\n      state.remove(watcherRunner)\n    }\n  )\n\n  case class CommandMissingException(cmd: String, cause: Throwable) extends RuntimeException(s\"'${cmd}' is required. Please install it and add it to your PATH.\", cause)\n  case class CommandExecuteFailureException(cmd: String, exitValue: Int) extends RuntimeException(s\"Failed to execute ${cmd}.\")\n\n  private def getWebpackScript(cacheDir: File): Def.Initialize[Task[File]] = Def.task {\n    SbtWeb.copyResourceTo(\n      (target in Plugin).value \/ webpack.key.label,\n      getClass.getClassLoader.getResource(\"webpack.js\"),\n      cacheDir \/ \"get-webpack-script\"\n    )\n  }\n\n  private def getContexts(cacheDir: File, mode: Configuration): Def.Initialize[Task[Seq[File]]] = Def.task {\n    val getContextsScript = SbtWeb.copyResourceTo(\n      (target in Plugin).value \/ webpack.key.label,\n      getClass.getClassLoader.getResource(\"contexts.js\"),\n      cacheDir \/ \"get-contexts-script\"\n    )\n    val results = runScript(\n      nodeCmd.value,\n      baseDirectory.value,\n      getContextsScript,\n      List((config in (mode, webpack)).value.absolutePath),\n      (envVars in (mode, webpack)).value,\n      state.value.log\n    )\n    import DefaultJsonProtocol._\n    results.headOption.toList.flatMap(_.convertTo[Seq[String]]).map { path =>\n      val pathFile = file(path)\n      if (pathFile.isAbsolute) pathFile\n      else baseDirectory.value \/ path\n    }\n  }\n\n  private def relativizedPath(base: File, file: File): String =\n    IO.relativize(base, file).getOrElse(file.absolutePath)\n\n  private def cached(cacheBaseDirectory: File, inStyle: FileInfo.Style)(action: Set[File] => Unit): Set[File] => Unit = {\n    import Path._\n    lazy val inCache = Difference.inputs(CacheStore(cacheBaseDirectory \/ \"in-cache\"), inStyle)\n    inputs => {\n      inCache(inputs) { inReport =>\n        if (inReport.modified.nonEmpty) action(inReport.modified)\n      }\n    }\n  }\n\n  private def startWatch(cacheDir: File): Def.Initialize[Task[Unit]] = Def.task {\n    state.value.start(new WebpackWatcher {\n      private[this] var process: Option[Process] = None\n\n      def start(): Unit = {\n        state.value.log.info(s\"Starting webpack watcher by ${relativizedPath(baseDirectory.value, (config in (WebpackModes.Dev, webpack)).value)}\")\n\n        IO.delete(cacheDir \/ \"run\")\n\n        process = Some(forkScript(\n          nodeCmd.value,\n          baseDirectory.value,\n          getWebpackScript(cacheDir).value,\n          List(\n            (config in (WebpackModes.Dev, webpack)).value.absolutePath,\n            URLEncoder.encode(JsObject(\"watch\" -> JsBoolean(true)).toString, UTF_8)\n          ),\n          (envVars in (WebpackModes.Dev, webpack)).value,\n          state.value.log\n        ))\n      }\n\n      def stop(): Unit = {\n        state.value.log.info(s\"Stopping webpack watcher by ${relativizedPath(baseDirectory.value, (config in (WebpackModes.Dev, webpack)).value)}\")\n\n        process.foreach(_.destroy())\n        process = None\n      }\n    })\n  }\n\n  private def stopWatch: Def.Initialize[Task[Unit]] = Def.task(state.value.stop())\n\n  private def cleanButPreserve(clean: Seq[File], preserve: Seq[File]): Unit = {\n    \/\/ Copied from http:\/\/www.scala-sbt.org\/0.13\/sxr\/sbt\/Defaults.scala.html#sbt.Defaults.doClean, since\n    \/\/ it was removed in 1.x\n    IO.withTemporaryDirectory { temp =>\n      val (dirs, files) = preserve.filter(_.exists).flatMap(_.allPaths.get).partition(_.isDirectory)\n      val mappings = files.zipWithIndex map { case (f, i) => (f, new File(temp, i.toHexString)) }\n      IO.move(mappings)\n      IO.delete(clean)\n      IO.createDirectories(dirs) \/\/ recreate empty directories\n      IO.move(mappings.map(_.swap))\n    }\n  }\n\n  private def runWebpack(cacheDir: File, mode: Configuration): Def.Initialize[Task[Unit]] = Def.task {\n    val stateValue = state.value\n    val baseDir = baseDirectory.value\n    val webpackConfig = (config in (mode, webpack)).value\n    val nodeCmdValue = nodeCmd.value\n    val webpackScriptDir = getWebpackScript(cacheDir).value\n    val webpackEnv = (envVars in (mode, webpack)).value\n    stateValue.get(watcherRunner).foreach(_.stop())\n\n    Seq(\n      WebpackModes.Dev,\n      WebpackModes.Prod,\n      WebpackModes.Test\n    ).filter(_ != mode).foreach { m =>\n      IO.delete(cacheDir \/ \"run\" \/ m.name)\n    }\n\n    val runCacheDir = cacheDir \/ \"run\" \/ mode.name\n    val runUpdate = cached(runCacheDir, FilesInfo.hash) { _ =>\n      stateValue.log.info(s\"Running ${mode.name} by ${relativizedPath(baseDir, webpackConfig)}\")\n\n      runScript(\n        nodeCmdValue,\n        baseDir,\n        webpackScriptDir,\n        List(\n          webpackConfig.absolutePath,\n          URLEncoder.encode(JsObject(\"watch\" -> JsBoolean(false)).toString, UTF_8)\n        ),\n        webpackEnv,\n        stateValue.log\n      )\n\n      cleanButPreserve(runCacheDir.getParentFile.*(DirectoryFilter).get, Seq(runCacheDir))\n    }\n\n    val include = (includeFilter in (mode, webpack)).value\n    val exclude = (excludeFilter in (mode, webpack)).value\n    val inputFiles = getContexts(cacheDir, mode).value.flatMap(_.**(include && -exclude).get).filterNot(_.isDirectory)\n\n    runUpdate(((config in (mode, webpack)).value +: inputFiles).toSet)\n  }\n\n  private def runScript(cmd: String, base: File, script: File, args: List[String], env: Map[String, String], log: Logger): Seq[JsValue] = {\n    val resultBuffer = mutable.ArrayBuffer.newBuilder[JsValue]\n    val exitValue = try {\n      fork(\n        cmd :: script.absolutePath :: args,\n        base, env,\n        log.info(_),\n        log.error(_),\n        line => resultBuffer += JsonParser(line)\n      ).exitValue()\n    } catch {\n      case e: IOException => throw CommandMissingException(cmd, e)\n    }\n    if (exitValue != 0) {\n      throw CommandExecuteFailureException(cmd, exitValue)\n    }\n    resultBuffer.result()\n  }\n\n  private def forkScript(cmd: String, base: File, script: File, args: List[String], env: Map[String, String], log: Logger): Process =\n    try {\n      fork(cmd :: script.absolutePath :: args, base, env, log.info(_), log.error(_), _ => ())\n    } catch {\n      case e: IOException => throw CommandMissingException(cmd, e)\n    }\n\n  private val ResultEscapeChar: Char = 0x10\n\n  private def fork(\n    cmd: List[String], base: File, env: Map[String, String],\n    processOutput: (String => Unit),\n    processError: (String => Unit),\n    processResult: (String => Unit)\n  ): Process = {\n    val io = new ProcessIO(\n      writeInput = BasicIO.input(false),\n      processOutput = BasicIO.processFully { line =>\n        if (line.indexOf(ResultEscapeChar) == -1) {\n          processOutput(line)\n        } else {\n          val (out, result) = line.span(_ != ResultEscapeChar)\n          if (!out.isEmpty) {\n            processOutput(out)\n          }\n          processResult(result.drop(1))\n        }\n      },\n      processError = BasicIO.processFully(processError),\n      daemonizeThreads = true,\n    )\n    if (IS_OS_WINDOWS)\n      Process(\"cmd\" :: \"\/c\" :: cmd, base, env.toSeq: _*).run(io)\n    else\n      Process(cmd, base, env.toSeq: _*).run(io)\n  }\n}\n\n"}
{"repo_name":"equintanilla\/sbt-webpack","path":"sbt-webpack-tester\/project\/plugins.sbt","text":"lazy val root = Project(\"plugins\", file(\".\")).dependsOn(plugin)\n\nlazy val plugin = file(\"..\/\").getCanonicalFile.toURI\n\nresolvers += Resolver.mavenLocal\n\nlibraryDependencies += \"org.slf4j\" % \"slf4j-nop\" % \"1.7.25\"\n"}
{"repo_name":"zeeshantariqrafique\/algo_ds","path":"scala\/FileWordCount\/src\/com\/algo\/ds\/scala\/FileReadStore.scala","text":"package com.algo.ds.scala\n\nimport scala.io.Source\nimport scala.collection.mutable.HashMap\nobject FileReadStore {\n  def main(args: Array[String]) {\n\n    \/\/read and store the lines of file in an array\n    val lines = Source.fromFile(\"data.txt\").getLines().toList\n\n    \/\/create an mutable Hashmap **as we need to change the values in map later**\n    var m: HashMap[String, Int] = scala.collection.mutable.HashMap()\n\n    \/\/for each line in the file\n    lines.foreach(i =>\n      \/\/For each word in line\n      i.split(\" \").foreach(w =>\n        \/\/Check if we have seen this word before in the file\n        if (m.contains(w))\n          \/\/If this word is seen before in file increment count value\n          m(w) += 1\n        else \/\/If first time we see this word in file , Store it\n          m(w) = 1));\n    \/\/Print the stored words and its count\n    println(m.keys.foreach(i => println(i + \" : \" + m(i))));\n  }\n}"}
{"repo_name":"Timshel\/Play20","path":"framework\/src\/play-test\/src\/main\/scala\/play\/api\/test\/Fakes.scala","text":"\/*\n * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.api.test\n\nimport play.api.mvc._\nimport play.api.libs.json.JsValue\nimport collection.immutable.TreeMap\nimport play.core.utils.CaseInsensitiveOrdered\nimport scala.concurrent.Future\nimport xml.NodeSeq\nimport play.core.Router\nimport scala.runtime.AbstractPartialFunction\nimport play.api.libs.Files.TemporaryFile\n\n\/**\n * Fake HTTP headers implementation.\n *\n * @param data Headers data.\n *\/\ncase class FakeHeaders(override val data: Seq[(String, Seq[String])] = Seq.empty) extends Headers\n\n\/**\n * Fake HTTP request implementation.\n *\n * @tparam A The body type.\n * @param method The request HTTP method.\n * @param uri The request uri.\n * @param headers The request HTTP headers.\n * @param body The request body.\n * @param remoteAddress The client IP.\n *\/\ncase class FakeRequest[A](method: String, uri: String, headers: FakeHeaders, body: A, remoteAddress: String = \"127.0.0.1\", version: String = \"HTTP\/1.1\", id: Long = 666, tags: Map[String, String] = Map.empty[String, String], secure: Boolean = false) extends Request[A] {\n\n  private def _copy[B](\n    id: Long = this.id,\n    tags: Map[String, String] = this.tags,\n    uri: String = this.uri,\n    path: String = this.path,\n    method: String = this.method,\n    version: String = this.version,\n    headers: FakeHeaders = this.headers,\n    remoteAddress: String = this.remoteAddress,\n    secure: Boolean = this.secure,\n    body: B = this.body): FakeRequest[B] = {\n    new FakeRequest[B](\n      method, uri, headers, body, remoteAddress, version, id, tags, secure\n    )\n  }\n\n  \/**\n   * The request path.\n   *\/\n  lazy val path = uri.split('?').take(1).mkString\n\n  \/**\n   * The request query String\n   *\/\n  lazy val queryString: Map[String, Seq[String]] = play.core.parsers.FormUrlEncodedParser.parse(rawQueryString)\n\n  \/**\n   * Constructs a new request with additional headers. Any existing headers of the same name will be replaced.\n   *\/\n  def withHeaders(newHeaders: (String, String)*): FakeRequest[A] = {\n    _copy(headers = FakeHeaders({\n      val newData = newHeaders.map {\n        case (k, v) => (k, Seq(v))\n      }\n      (Map() ++ (headers.data ++ newData)).toSeq\n    }))\n  }\n\n  \/**\n   * Constructs a new request with additional Flash.\n   *\/\n  def withFlash(data: (String, String)*): FakeRequest[A] = {\n    withHeaders(play.api.http.HeaderNames.COOKIE ->\n      Cookies.merge(headers.get(play.api.http.HeaderNames.COOKIE).getOrElse(\"\"),\n        Seq(Flash.encodeAsCookie(new Flash(flash.data ++ data)))\n      )\n    )\n  }\n\n  \/**\n   * Constructs a new request with additional Cookies.\n   *\/\n  def withCookies(cookies: Cookie*): FakeRequest[A] = {\n    withHeaders(play.api.http.HeaderNames.COOKIE ->\n      Cookies.merge(headers.get(play.api.http.HeaderNames.COOKIE).getOrElse(\"\"), cookies)\n    )\n  }\n\n  \/**\n   * Constructs a new request with additional session.\n   *\/\n  def withSession(newSessions: (String, String)*): FakeRequest[A] = {\n    withHeaders(play.api.http.HeaderNames.COOKIE ->\n      Cookies.merge(headers.get(play.api.http.HeaderNames.COOKIE).getOrElse(\"\"),\n        Seq(Session.encodeAsCookie(new Session(session.data ++ newSessions)))\n      )\n    )\n  }\n\n  \/**\n   * Set a Form url encoded body to this request.\n   *\/\n  def withFormUrlEncodedBody(data: (String, String)*): FakeRequest[AnyContentAsFormUrlEncoded] = {\n    _copy(body = AnyContentAsFormUrlEncoded(data.groupBy(_._1).mapValues(_.map(_._2))))\n  }\n\n  def certs = Future.successful(IndexedSeq.empty)\n\n  \/**\n   * Sets a JSON body to this request.\n   * The content type is set to <tt>application\/json<\/tt>.\n   * The method is set to <tt>POST<\/tt>.\n   *\n   * @param node the JSON Node.\n   * @param _method The request HTTP method, <tt>POST<\/tt> by default.\n   * @return the current fake request\n   *\/\n  @deprecated(\"Use FakeRequest(method, path) to specify the method\", \"2.1.0\")\n  def withJsonBody(node: JsValue, _method: String): FakeRequest[AnyContentAsJson] = {\n    _copy(method = _method, body = AnyContentAsJson(node))\n      .withHeaders(play.api.http.HeaderNames.CONTENT_TYPE -> \"application\/json\")\n  }\n\n  \/**\n   * Adds a JSON body to the request.\n   *\/\n  def withJsonBody(json: JsValue): FakeRequest[AnyContentAsJson] = {\n    _copy(body = AnyContentAsJson(json))\n  }\n\n  \/**\n   * Adds an XML body to the request.\n   *\/\n  def withXmlBody(xml: NodeSeq): FakeRequest[AnyContentAsXml] = {\n    _copy(body = AnyContentAsXml(xml))\n  }\n\n  \/**\n   * Adds a text body to the request.\n   *\/\n  def withTextBody(text: String): FakeRequest[AnyContentAsText] = {\n    _copy(body = AnyContentAsText(text))\n  }\n\n  \/**\n   * Adds a raw body to the request\n   *\/\n  def withRawBody(bytes: Array[Byte]): FakeRequest[AnyContentAsRaw] = {\n    _copy(body = AnyContentAsRaw(RawBuffer(bytes.length, bytes)))\n  }\n\n  \/**\n   * Adds a multipart form data body to the request\n   *\/\n  def withMultipartFormDataBody(form: MultipartFormData[TemporaryFile]) = {\n    _copy(body = AnyContentAsMultipartFormData(form))\n  }\n\n  \/**\n   * Adds a body to the request.\n   *\/\n  def withBody[B](body: B): FakeRequest[B] = {\n    _copy(body = body)\n  }\n}\n\n\/**\n * Helper utilities to build FakeRequest values.\n *\/\nobject FakeRequest {\n\n  \/**\n   * Constructs a new GET \/ fake request.\n   *\/\n  def apply(): FakeRequest[AnyContentAsEmpty.type] = {\n    FakeRequest(\"GET\", \"\/\", FakeHeaders(), AnyContentAsEmpty)\n  }\n\n  \/**\n   * Constructs a new request.\n   *\/\n  def apply(method: String, path: String): FakeRequest[AnyContentAsEmpty.type] = {\n    FakeRequest(method, path, FakeHeaders(), AnyContentAsEmpty)\n  }\n\n  def apply(call: Call): FakeRequest[AnyContentAsEmpty.type] = {\n    apply(call.method, call.url)\n  }\n}\n\n\/**\n * A Fake application.\n *\n * @param path The application path\n * @param classloader The application classloader\n * @param additionalPlugins Additional plugins class names loaded by this application\n * @param withoutPlugins Plugins class names to disable\n * @param additionalConfiguration Additional configuration\n * @param withRoutes A partial function of method name and path to a handler for handling the request\n *\/\n\nimport play.api.{ Application, WithDefaultConfiguration, WithDefaultGlobal, WithDefaultPlugins }\ncase class FakeApplication(\n  override val path: java.io.File = new java.io.File(\".\"),\n  override val classloader: ClassLoader = classOf[FakeApplication].getClassLoader,\n  val additionalPlugins: Seq[String] = Nil,\n  val withoutPlugins: Seq[String] = Nil,\n  val additionalConfiguration: Map[String, _ <: Any] = Map.empty,\n  val withGlobal: Option[play.api.GlobalSettings] = None,\n  val withRoutes: PartialFunction[(String, String), Handler] = PartialFunction.empty) extends {\n  override val sources = None\n  override val mode = play.api.Mode.Test\n} with Application with WithDefaultConfiguration with WithDefaultGlobal with WithDefaultPlugins {\n  override def pluginClasses = {\n    additionalPlugins ++ super.pluginClasses.diff(withoutPlugins)\n  }\n\n  override def configuration = {\n    super.configuration ++ play.api.Configuration.from(additionalConfiguration)\n  }\n\n  override lazy val global = withGlobal.getOrElse(super.global)\n\n  override lazy val routes: Option[Router.Routes] = {\n    val parentRoutes = loadRoutes\n    Some(new Router.Routes() {\n      def documentation = parentRoutes.map(_.documentation).getOrElse(Nil)\n      \/\/ Use withRoutes first, then delegate to the parentRoutes if no route is defined\n      val routes = new AbstractPartialFunction[RequestHeader, Handler] {\n        override def applyOrElse[A <: RequestHeader, B >: Handler](rh: A, default: A => B) =\n          withRoutes.applyOrElse((rh.method, rh.path), (_: (String, String)) => default(rh))\n        def isDefinedAt(rh: RequestHeader) = withRoutes.isDefinedAt((rh.method, rh.path))\n      } orElse new AbstractPartialFunction[RequestHeader, Handler] {\n        override def applyOrElse[A <: RequestHeader, B >: Handler](rh: A, default: A => B) =\n          parentRoutes.map(_.routes.applyOrElse(rh, default)).getOrElse(default(rh))\n        def isDefinedAt(x: RequestHeader) = parentRoutes.map(_.routes.isDefinedAt(x)).getOrElse(false)\n      }\n      def setPrefix(prefix: String) {\n        parentRoutes.foreach(_.setPrefix(prefix))\n      }\n      def prefix = parentRoutes.map(_.prefix).getOrElse(\"\")\n    })\n  }\n}\n"}
{"repo_name":"Timshel\/Play20","path":"framework\/src\/play\/src\/main\/scala\/play\/core\/parsers\/FormUrlEncodedParser.scala","text":"\/*\n * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.parsers\n\n\/**\n * converts a URL encoded form(represented as a String) into a Map\n *\/\nobject FormUrlEncodedParser {\n\n  def parse(data: String, encoding: String = \"utf-8\"): Map[String, Seq[String]] = {\n\n    import java.net._\n\n    data.split(\"&\").flatMap { param =>\n      if (param.contains(\"=\") && !param.startsWith(\"=\")) {\n        val parts = param.split(\"=\")\n        val key = URLDecoder.decode(parts.head, encoding)\n        val value = URLDecoder.decode(parts.tail.headOption.getOrElse(\"\"), encoding)\n        Seq(key -> value)\n      } else {\n        Nil\n      }\n    }.toSeq.groupBy(_._1).map(param => param._1 -> param._2.map(_._2)).toMap\n  }\n\n}"}
{"repo_name":"Timshel\/Play20","path":"framework\/src\/play\/src\/test\/scala\/play\/core\/parsers\/FormUrlEncodedParserSpec.scala","text":"<reponame>Timshel\/Play20\n\/*\n * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.parsers\n\nimport org.specs2.mutable.Specification\n\nobject FormUrlEncodedParserSpec extends Specification {\n  \"FormUrlEncodedParser\" should {\n    \"decode forms\" in {\n      FormUrlEncodedParser.parse(\"foo1=bar1&foo2=bar2\") must_== Map(\"foo1\" -> List(\"bar1\"), \"foo2\" -> List(\"bar2\"))\n    }\n    \"decode form elements with multiple values\" in {\n      FormUrlEncodedParser.parse(\"foo=bar1&foo=bar2\") must_== Map(\"foo\" -> List(\"bar1\", \"bar2\"))\n    }\n    \"decode fields with empty names\" in {\n      FormUrlEncodedParser.parse(\"foo=bar&=\") must_== Map(\"foo\" -> List(\"bar\"))\n    }\n  }\n}\n"}
{"repo_name":"Timshel\/Play20","path":"framework\/src\/play\/src\/main\/scala\/play\/core\/server\/netty\/PlayDefaultUpstreamHandler.scala","text":"<filename>framework\/src\/play\/src\/main\/scala\/play\/core\/server\/netty\/PlayDefaultUpstreamHandler.scala\n\/*\n * Copyright (C) 2009-2013 Typesafe Inc. <http:\/\/www.typesafe.com>\n *\/\npackage play.core.server.netty\n\nimport org.jboss.netty.channel._\nimport org.jboss.netty.handler.codec.http._\nimport org.jboss.netty.handler.codec.http.HttpHeaders._\nimport org.jboss.netty.handler.codec.http.HttpHeaders.Names._\nimport org.jboss.netty.handler.ssl._\n\nimport org.jboss.netty.channel.group._\nimport play.core._\nimport server.Server\nimport play.api._\nimport play.api.mvc._\nimport play.api.http.HeaderNames.{X_FORWARDED_FOR, X_FORWARDED_PROTO}\nimport play.api.libs.iteratee._\nimport play.api.libs.iteratee.Input._\nimport scala.collection.JavaConverters._\nimport scala.util.control.Exception\nimport com.typesafe.netty.http.pipelining.{OrderedDownstreamChannelEvent, OrderedUpstreamMessageEvent}\nimport scala.concurrent.Future\nimport java.net.{SocketAddress, URI}\nimport java.io.IOException\n\n\nprivate[play] class PlayDefaultUpstreamHandler(server: Server, allChannels: DefaultChannelGroup) extends SimpleChannelUpstreamHandler with WebSocketHandler with RequestBodyHandler {\n\n  private val requestIDs = new java.util.concurrent.atomic.AtomicLong(0)\n\n  \/**\n   * We don't know what the consequence of changing logging exceptions from trace to error will be.  We hope that it\n   * won't have any impact, but in case it turns out that there are many exceptions that are normal occurrences, we\n   * want to give people the opportunity to turn it off.\n   *\/\n  val nettyExceptionLogger = Logger(\"play.nettyException\")\n\n  override def exceptionCaught(ctx: ChannelHandlerContext, event: ExceptionEvent) {\n    event.getCause match {\n      \/\/ IO exceptions happen all the time, it usually just means that the client has closed the connection before fully\n      \/\/ sending\/receiving the response.\n      case e: IOException => nettyExceptionLogger.trace(\"Benign IO exception caught in Netty\", e)\n      case e => nettyExceptionLogger.error(\"Exception caught in Netty\", e)\n    }\n    event.getChannel.close()\n  }\n\n  override def channelConnected(ctx: ChannelHandlerContext, e: ChannelStateEvent) {\n    Option(ctx.getPipeline.get(classOf[SslHandler])).map { sslHandler =>\n      sslHandler.handshake()\n    }\n  }\n\n  override def channelDisconnected(ctx: ChannelHandlerContext, e: ChannelStateEvent) {\n    val cleanup = ctx.getAttachment\n    if(cleanup != null) cleanup.asInstanceOf[() => Unit]()\n    ctx.setAttachment(null)\n  }\n\n  override def channelOpen(ctx: ChannelHandlerContext, e: ChannelStateEvent) {\n    allChannels.add(e.getChannel)\n  }\n\n\n  override def messageReceived(ctx: ChannelHandlerContext, e: MessageEvent) {\n    e.getMessage match {\n\n      case nettyHttpRequest: HttpRequest =>\n\n        Play.logger.trace(\"Http request received by netty: \" + nettyHttpRequest)\n        val keepAlive = isKeepAlive(nettyHttpRequest)\n        val websocketableRequest = websocketable(nettyHttpRequest)\n        var nettyVersion = nettyHttpRequest.getProtocolVersion\n        val nettyUri = new QueryStringDecoder(nettyHttpRequest.getUri)\n        val rHeaders = getHeaders(nettyHttpRequest)\n\n        def rRemoteAddress = e.getRemoteAddress match {\n          case ra: java.net.InetSocketAddress =>\n            val remoteAddress = ra.getAddress.getHostAddress\n            forwardedHeader(remoteAddress, X_FORWARDED_FOR).getOrElse(remoteAddress)\n        }\n\n        def rSecure = e.getRemoteAddress match {\n          case ra: java.net.InetSocketAddress =>\n            val remoteAddress = ra.getAddress.getHostAddress\n            val fh = forwardedHeader(remoteAddress, X_FORWARDED_PROTO)\n            fh.map(_ == \"https\").getOrElse(ctx.getPipeline.get(classOf[SslHandler]) != null)\n        }\n\n        \/**\n         * Gets the value of a header, if the remote address is localhost or\n         * if the trustxforwarded configuration property is true\n         *\/\n        def forwardedHeader(remoteAddress: String, headerName: String) = for {\n          headerValue <- rHeaders.get(headerName)\n          app <- server.applicationProvider.get.toOption\n          trustxforwarded <- app.configuration.getBoolean(\"trustxforwarded\").orElse(Some(false))\n          if remoteAddress == \"127.0.0.1\" || trustxforwarded\n        } yield headerValue\n\n        def tryToCreateRequest = {\n          val parameters = Map.empty[String, Seq[String]] ++ nettyUri.getParameters.asScala.mapValues(_.asScala)\n          createRequestHeader(parameters)\n        }\n\n        def createRequestHeader(parameters: Map[String, Seq[String]] = Map.empty[String, Seq[String]]) = {\n          \/\/mapping netty request to Play's\n          val untaggedRequestHeader = new RequestHeader {\n            val id = requestIDs.incrementAndGet\n            val tags = Map.empty[String,String]\n            def uri = nettyHttpRequest.getUri\n            def path = new URI(nettyUri.getPath).getRawPath \/\/wrapping into URI to handle absoluteURI\n            def method = nettyHttpRequest.getMethod.getName\n            def version = nettyVersion.getText\n            def queryString = parameters\n            def headers = rHeaders\n            lazy val remoteAddress = rRemoteAddress\n            lazy val secure = rSecure\n            def username = None\n          }\n          untaggedRequestHeader\n        }\n\n        val (requestHeader, handler: Either[Future[SimpleResult],(Handler,Application)]) = Exception\n            .allCatch[RequestHeader].either(tryToCreateRequest)\n            .fold(\n              e => {\n                val rh = createRequestHeader()\n                val r = server.applicationProvider.get.map(_.global).getOrElse(DefaultGlobal).onBadRequest(rh, e.getMessage)\n                (rh, Left(r))\n              },\n              rh => server.getHandlerFor(rh) match {\n                case directResult @ Left(_) => (rh, directResult)\n                case Right((taggedRequestHeader, handler, application)) => (taggedRequestHeader, Right((handler, application)))\n              }\n            )\n\n        \/\/ Call onRequestCompletion after all request processing is done. Protected with an AtomicBoolean to ensure can't be executed more than once.\n        val alreadyClean = new java.util.concurrent.atomic.AtomicBoolean(false)\n        def cleanup() {\n          if (!alreadyClean.getAndSet(true)) {\n            play.api.Play.maybeApplication.foreach(_.global.onRequestCompletion(requestHeader))\n          }\n        }\n\n        \/\/ attach the cleanup function to the channel context for after cleaning\n        ctx.setAttachment(cleanup _)\n\n        \/\/ It is a pre-requesite that we're using the http pipelining capabilities provided and that we have a\n        \/\/ handler downstream from this one that produces these events.\n        implicit val msgCtx = ctx\n        implicit val oue = e.asInstanceOf[OrderedUpstreamMessageEvent]\n\n        def cleanFlashCookie(result: SimpleResult): SimpleResult = {\n          val header = result.header\n\n          val flashCookie = {\n            header.headers.get(SET_COOKIE)\n            .map(Cookies.decode(_))\n            .flatMap(_.find(_.name == Flash.COOKIE_NAME)).orElse {\n              Option(requestHeader.flash).filterNot(_.isEmpty).map { _ =>\n                Flash.discard.toCookie\n              }\n            }\n          }\n\n          flashCookie.map { newCookie =>\n            result.withHeaders(SET_COOKIE -> Cookies.merge(header.headers.get(SET_COOKIE).getOrElse(\"\"), Seq(newCookie)))\n          }.getOrElse(result)\n        }\n\n        handler match {\n          \/\/execute normal action\n          case Right((action: EssentialAction, app)) =>\n            val a = EssentialAction { rh =>\n              import play.api.libs.iteratee.Execution.Implicits.trampoline\n              Iteratee.flatten(action(rh).unflatten.map(_.it).recover {\n                case error =>\n                  Iteratee.flatten(\n                    app.handleError(requestHeader, error).map(result => Done(result, Input.Empty))\n                  ): Iteratee[Array[Byte],SimpleResult]\n              })\n            }\n            handleAction(a, Some(app))\n\n          case Right((ws @ WebSocket(f), app)) if (websocketableRequest.check) =>\n            Play.logger.trace(\"Serving this request with: \" + ws)\n            val enumerator = websocketHandshake(ctx, nettyHttpRequest, e)(ws.frameFormatter)\n            f(requestHeader)(enumerator, socketOut(ctx)(ws.frameFormatter))\n\n          \/\/handle bad websocket request\n          case Right((WebSocket(_), app)) =>\n            Play.logger.trace(\"Bad websocket request\")\n            val a = EssentialAction(_ => Done(Results.BadRequest,Input.Empty))\n            handleAction(a,Some(app))\n\n          case Left(e) =>\n            Play.logger.trace(\"No handler, got direct result: \" + e)\n            import play.api.libs.iteratee.Execution.Implicits.trampoline\n            val a = EssentialAction(_ => Iteratee.flatten(e.map(result => Done(result, Input.Empty))))\n            handleAction(a,None)\n\n        }\n\n        def handleAction(action: EssentialAction, app: Option[Application]){\n          Play.logger.trace(\"Serving this request with: \" + action)\n\n          val bodyParser = Iteratee.flatten(\n            scala.concurrent.Future(action(requestHeader))(play.api.libs.concurrent.Execution.defaultContext)\n          )\n\n          import play.api.libs.iteratee.Execution.Implicits.trampoline\n\n          val expectContinue: Option[_] = requestHeader.headers.get(\"Expect\").filter(_.equalsIgnoreCase(\"100-continue\"))\n\n          \/\/ Regardless of whether the client is expecting 100 continue or not, we need to feed the body here in the\n          \/\/ Netty thread, so that the handler is replaced in this thread, so that if the client does start sending\n          \/\/ body chunks (which it might according to the HTTP spec if we're slow to respond), we can handle them.\n\n          val eventuallyResult: Future[SimpleResult] = if (nettyHttpRequest.isChunked) {\n\n            val pipeline = ctx.getChannel.getPipeline\n            val result = newRequestBodyUpstreamHandler(bodyParser, { handler =>\n              pipeline.replace(\"handler\", \"handler\", handler)\n            }, {\n              pipeline.replace(\"handler\", \"handler\", this)\n            })\n\n            result\n\n          } else {\n\n            val bodyEnumerator = {\n              val body = {\n                val cBuffer = nettyHttpRequest.getContent\n                val bytes = new Array[Byte](cBuffer.readableBytes())\n                cBuffer.readBytes(bytes)\n                bytes\n              }\n              Enumerator(body).andThen(Enumerator.enumInput(EOF))\n            }\n\n            bodyEnumerator |>>> bodyParser\n          }\n\n          \/\/ An iteratee containing the result and the sequence number.\n          \/\/ Sequence number will be 1 if a 100 continue response has been sent, otherwise 0.\n          val eventuallyResultWithSequence: Future[(SimpleResult, Int)] = expectContinue match {\n            case Some(_) => {\n              bodyParser.unflatten.flatMap {\n                case Step.Cont(k) =>\n                  sendDownstream(0, false, new DefaultHttpResponse(HttpVersion.HTTP_1_1, HttpResponseStatus.CONTINUE))\n                  eventuallyResult.map((_, 1))\n                case Step.Done(result, _) => {\n                  \/\/ Return the result immediately, and ensure that the connection is set to close\n                  \/\/ Connection must be set to close because whatever comes next in the stream is either the request\n                  \/\/ body, because the client waited too long for our response, or the next request, and there's no way\n                  \/\/ for us to know which.  See RFC2616 Section 8.2.3.\n                  Future.successful((result.copy(connection = HttpConnection.Close), 0))\n                }\n                case Step.Error(msg, _) => {\n                  e.getChannel.setReadable(true)\n                  val error = new RuntimeException(\"Body parser iteratee in error: \" + msg)\n                  val result = app.map(_.handleError(requestHeader, error)).getOrElse(DefaultGlobal.onError(requestHeader, error))\n                  result.map(r => (r.copy(connection = HttpConnection.Close), 0))\n                }\n              }\n            }\n            case None => eventuallyResult.map((_, 0))\n          }\n\n          val sent = eventuallyResultWithSequence.recoverWith {\n            case error =>\n              Play.logger.error(\"Cannot invoke the action, eventually got an error: \" + error)\n              e.getChannel.setReadable(true)\n              app.map(_.handleError(requestHeader, error))\n                .getOrElse(DefaultGlobal.onError(requestHeader, error))\n                .map((_, 0))\n          }.flatMap {\n            case (result, sequence) =>\n              NettyResultStreamer.sendResult(cleanFlashCookie(result), !keepAlive, nettyVersion, sequence)\n          }\n\n          \/\/ Finally, clean up\n          sent.map { _ =>\n            cleanup()\n            ctx.setAttachment(null)\n          }\n        }\n\n      case unexpected => Play.logger.error(\"Oops, unexpected message received in NettyServer (please report this problem): \" + unexpected)\n\n    }\n  }\n\n  def socketOut[A](ctx: ChannelHandlerContext)(frameFormatter: play.api.mvc.WebSocket.FrameFormatter[A]): Iteratee[A, Unit] = {\n    val channel = ctx.getChannel()\n    val nettyFrameFormatter = frameFormatter.asInstanceOf[play.core.server.websocket.FrameFormatter[A]]\n\n    def step(future: Option[ChannelFuture])(input: Input[A]): Iteratee[A, Unit] =\n      input match {\n        case El(e) => Cont(step(Some(channel.write(nettyFrameFormatter.toFrame(e)))))\n        case e @ EOF => future.map(_.addListener(ChannelFutureListener.CLOSE)).getOrElse(channel.close()); Done((), e)\n        case Empty => Cont(step(future))\n      }\n\n    import play.api.libs.iteratee.Execution.Implicits.trampoline\n    Enumeratee.breakE[A](_ => !channel.isConnected()).transform(Cont(step(None)))\n  }\n\n  def getHeaders(nettyRequest: HttpRequest): Headers = {\n    val pairs = nettyRequest.getHeaders.asScala.groupBy(_.getKey).mapValues(_.map(_.getValue))\n    new Headers { val data = pairs.toSeq }\n  }\n\n  def sendDownstream(subSequence: Int, last: Boolean, message: Object)\n                    (implicit ctx: ChannelHandlerContext, oue: OrderedUpstreamMessageEvent) = {\n    val ode = new OrderedDownstreamChannelEvent(oue, subSequence, last, message)\n    ctx.sendDownstream(ode)\n    ode.getFuture\n  }\n}\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/main\/scala\/com\/knol\/db\/repo\/BankRepository.scala","text":"package com.knol.db.repo\n\nimport com.knol.db.connection.DBComponent\nimport scala.concurrent.Future\nimport com.knol.db.connection.MySqlDBComponent\n\ntrait BankRepository extends BankTable { this: DBComponent =>\n\n  import driver.api._\n\n  \/**\n   * @param bank\n   * create new bank\n   *\/\n  def create(bank: Bank): Future[Int] = db.run { bankTableAutoInc += bank }\n\n  \/**\n   * @param bank\n   * update existing bank\n   *\/\n  def update(bank: Bank): Future[Int] = db.run { bankTableQuery.filter(_.id === bank.id.get).update(bank) }\n\n  \/**\n   * @param id\n   * Get bank by id\n   *\/\n  def getById(id: Int): Future[Option[Bank]] = db.run { bankTableQuery.filter(_.id === id).result.headOption }\n\n  \/**\n   * @return\n   * Get all banks\n   *\/\n  def getAll(): Future[List[Bank]] = db.run { bankTableQuery.to[List].result }\n\n  \/**\n   * @param id\n   * delete bank by id\n   *\/\n  def delete(id: Int): Future[Int] = db.run { bankTableQuery.filter(_.id === id).delete }\n\n}\n\nprivate[repo] trait BankTable { this: DBComponent =>\n\n  import driver.api._\n\n  private[BankTable] class BankTable(tag: Tag) extends Table[Bank](tag, \"bank\") {\n    val id = column[Int](\"id\", O.PrimaryKey, O.AutoInc)\n    val name = column[String](\"name\")\n    def * = (name, id.?) <> (Bank.tupled, Bank.unapply)\n\n  }\n\n  protected val bankTableQuery = TableQuery[BankTable]\n\n  protected def bankTableAutoInc = bankTableQuery returning bankTableQuery.map(_.id)\n\n}\n\nobject BankRepository extends BankRepository with MySqlDBComponent\n\ncase class Bank(name: String, id: Option[Int] = None)\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/test\/scala\/com\/knol\/db\/repo\/BankProductRepositoryTest.scala","text":"package com.knol.db.repo\n\nimport org.scalatest.concurrent.ScalaFutures\nimport com.knol.db.connection.H2DBComponent\nimport org.scalatest.FunSuite\nimport org.scalatest.time.Seconds\nimport org.scalatest.time.Millis\nimport org.scalatest.time.Span\n\n\/**\n * @author sky\n *\/\nclass BankProductRepositoryTest extends FunSuite with BankProductRepository with H2DBComponent with ScalaFutures {\n\n  implicit val defaultPatience = PatienceConfig(timeout = Span(5, Seconds), interval = Span(500, Millis))\n\n  test(\"Add new Product \") {\n    val response = create(BankProduct(\"car loan\", 1))\n    whenReady(response) { productId =>\n      assert(productId === 3)\n    }\n  }\n\n  test(\"Update bank product \") {\n    val response = update(BankProduct(\"Home Loan\", 1, Some(1)))\n    whenReady(response) { res =>\n      assert(res === 1)\n    }\n  }\n\n  test(\"Delete  bank info  \") {\n    val response = delete(1)\n    whenReady(response) { res =>\n      assert(res === 1)\n    }\n  }\n\n  test(\"Get product list\") {\n    val products = getAll()\n    whenReady(products) { result =>\n      assert(result === List(BankProduct(\"home loan\", 1, Some(1)), BankProduct(\"eduction loan\", 1, Some(2))))\n    }\n  }\n\n  test(\"Get bank and their product list\") {\n    val bankProduct = getBankWithProduct()\n    whenReady(bankProduct) { result =>\n      assert(result === List((Bank(\"SBI bank\", Some(1)), BankProduct(\"home loan\", 1, Some(1))), (Bank(\"SBI bank\", Some(1)), BankProduct(\"eduction loan\", 1, Some(2)))))\n    }\n  }\n\n  test(\"Get all bank and  product list\") {\n    val bankProduct = getAllBankWithProduct()\n    whenReady(bankProduct) { result =>\n      assert(result === List((Bank(\"SBI bank\", Some(1)), Some(BankProduct(\"home loan\", 1, Some(1)))), (Bank(\"SBI bank\", Some(1)), Some(BankProduct(\"eduction loan\", 1, Some(2)))), (Bank(\"PNB bank\", Some(2)), None)))\n    }\n  }\n}\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"build.sbt","text":"name := \"\"\"generic-slick\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.7\"\n\n\n\nlibraryDependencies ++= Seq(\n  \"mysql\" % \"mysql-connector-java\" % \"5.1.36\",\n  \"com.typesafe.slick\" %% \"slick-hikaricp\" % \"3.1.1\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.3\",\n  \"com.typesafe.slick\" %% \"slick\" % \"3.1.1\",\n  \"org.scalatest\" %% \"scalatest\" % \"2.2.5\" % \"test\",\n  \"com.h2database\" % \"h2\" % \"1.4.187\" % \"test\"\n)\n\n\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/test\/scala\/com\/knol\/db\/connection\/H2DBComponent.scala","text":"package com.knol.db.connection\n\nimport org.slf4j.LoggerFactory\nimport java.util.UUID\n\n\n\/**\n * @author sky\n *\/\ntrait H2DBComponent extends DBComponent {\n\n  val logger = LoggerFactory.getLogger(this.getClass)\n\n  val driver = slick.driver.H2Driver\n\n  import driver.api._\n\n  val randomDB = \"jdbc:h2:mem:test\" + UUID.randomUUID().toString() + \";\"\n\n  val h2Url = randomDB + \"MODE=MySql;DATABASE_TO_UPPER=false;INIT=runscript from 'src\/test\/resources\/schema.sql'\\\\;runscript from 'src\/test\/resources\/schemadata.sql'\"\n\n  val db: Database = {\n    logger.info(\"Creating test connection ..................................\")\n    Database.forURL(url = h2Url, driver = \"org.h2.Driver\")\n  }\n}\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/main\/scala\/com\/knol\/db\/repo\/BankInfoRepository.scala","text":"<filename>src\/main\/scala\/com\/knol\/db\/repo\/BankInfoRepository.scala\npackage com.knol.db.repo\n\nimport com.knol.db.connection.DBComponent\nimport com.knol.db.connection.MySqlDBComponent\nimport scala.concurrent.{Await, Future}\nimport concurrent.duration.Duration\n\ntrait LiftedHasId {\n  def id: slick.lifted.Rep[Int]\n}\n\ntrait HasId {\n  def id: Option[Int]\n}\n\ntrait GenericAction[T <: HasId]{this: DBComponent =>\n  import driver.api._\n\n  type QueryType <: slick.lifted.TableQuery[_ <: Table[T] with LiftedHasId]\n\n  val tableQuery: QueryType\n\n  @inline def deleteAsync(id: Int): Future[Int] = db.run { tableQuery.filter(_.id === id).delete }\n  @inline def delete(id: Int): Int = Await.result(deleteAsync(id), Duration.Inf)\n\n  @inline def deleteAllAsync(): Future[Int] = db.run { tableQuery.delete }\n  @inline def deleteAll(): Int = Await.result(deleteAllAsync(), Duration.Inf)\n\n  @inline def getAllAsync: Future[List[T]] = db.run { tableQuery.to[List].result }\n  @inline def getAll: List[T] = Await.result(getAllAsync, Duration.Inf)\n\n  @inline def getByIdAsync(id: Int): Future[Option[T]] =\n    db.run { tableQuery.filter(_.id === id).result.headOption }\n\n  @inline def getById(id: Int): Option[T] = Await.result(getByIdAsync(id), Duration.Inf)\n\n  @inline def deleteById(id: Option[Int]): Unit =\n    db.run { tableQuery.filter(_.id === id).delete }\n\n  @inline def findAll: Future[List[T]] = db.run { tableQuery.to[List].result }\n\n\n\n\n}\ntrait BankInfoRepository extends BankInfoTable  with GenericAction[BankInfo] { this: DBComponent =>\n\n  import driver.api._\n\n  type QueryType  = TableQuery[BankInfoTable]\n\n  val tableQuery=bankInfoTableQuery\n\n  def create(bankInfo: BankInfo): Future[Int] = db.run { bankTableInfoAutoInc += bankInfo }\n\n  def update(bankInfo: BankInfo): Future[Int] = db.run { bankInfoTableQuery.filter(_.id === bankInfo.id.get).update(bankInfo) }\n\n  \/**\n   * Get bank and info using foreign key relationship\n   *\/\n  def getBankWithInfo(): Future[List[(Bank, BankInfo)]] =\n    db.run {\n      (for {\n        info <- bankInfoTableQuery\n        bank <- info.bank\n      } yield (bank, info)).to[List].result\n    }\n\n  \/**\n   * Get all bank and their info.It is possible some bank do not have their product\n   *\/\n  def getAllBankWithInfo(): Future[List[(Bank, Option[BankInfo])]] =\n    db.run {\n      bankTableQuery.joinLeft(bankInfoTableQuery).on(_.id === _.bankId).to[List].result\n    }\n}\n\nprivate[repo] trait BankInfoTable extends BankTable{ this: DBComponent =>\n\n  import driver.api._\n\n  class BankInfoTable(tag: Tag) extends Table[BankInfo](tag, \"bankinfo\") with LiftedHasId {\n    val id = column[Int](\"id\", O.PrimaryKey, O.AutoInc)\n    val owner = column[String](\"owner\")\n    val bankId = column[Int](\"bank_id\")\n    val branches = column[Int](\"branches\")\n    def bank = foreignKey(\"bank_product_fk\", bankId, bankTableQuery)(_.id)\n    def * = (owner, branches, bankId, id.?) <> (BankInfo.tupled, BankInfo.unapply)\n\n  }\n\n  protected val bankInfoTableQuery = TableQuery[BankInfoTable]\n\n  protected def bankTableInfoAutoInc = bankInfoTableQuery returning bankInfoTableQuery.map(_.id)\n\n}\n\nobject BankInfoRepository extends BankInfoRepository with MySqlDBComponent\n\ncase class BankInfo(owner: String, branches: Int, bankId: Int, id: Option[Int] = None) extends HasId\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/main\/scala\/com\/knol\/db\/Demo.scala","text":"package com.knol.db\n\nimport com.knol.db.repo._\nimport scala.util._\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nobject Demo extends App {\n\n  val bankId = BankRepository.create(Bank(\"ICICI bank\"))\n\n  bankId.onComplete {\n    case Success(id) =>\n\n      BankProductRepository.create(BankProduct(\"car loan\", id))\n      BankInfoRepository.create(BankInfo(\"Goverment\", 1000, id))\n      BankRepository.create(Bank(\"SBI Bank\"))\n    case _ => println(\"Error ...........\")\n  }\n\n  BankInfoRepository.getAllBankWithInfo().foreach(println)\n\n  BankProductRepository.getAllBankWithProduct().foreach(println)\n\n  Thread.sleep(10 * 1000)\n\n}"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/test\/scala\/com\/knol\/db\/repo\/BankInfoRepositoryTest.scala","text":"package com.knol.db.repo\n\nimport org.scalatest.concurrent.ScalaFutures\nimport com.knol.db.connection.H2DBComponent\nimport org.scalatest.FunSuite\nimport org.scalatest.time.Seconds\nimport org.scalatest.time.Millis\nimport org.scalatest.time.Span\n\n\/**\n * @author sky\n *\/\nclass BankInfoRepositoryTest extends FunSuite with BankInfoRepository with H2DBComponent with ScalaFutures {\n\n  implicit val defaultPatience = PatienceConfig(timeout = Span(5, Seconds), interval = Span(500, Millis))\n\n  test(\"Add new bank info\") {\n    val response = create(BankInfo(\"Goverment\", 1000, 1))\n    whenReady(response) { bankInfoId =>\n      assert(bankInfoId === 2)\n    }\n  }\n\n  test(\"Update  bank info \") {\n    val response = update(BankInfo(\"goverment\", 18989, 1, Some(1)))\n    whenReady(response) { res =>\n      assert(res === 1)\n    }\n  }\n\n  test(\"Delete  bank info  \") {\n    val response = delete(1)\n    whenReady(response) { res =>\n      assert(res === 1)\n    }\n  }\n\n  test(\"Get bank info list\") {\n    val bankInfo = getAll()\n    whenReady(bankInfo) { result =>\n      assert(result === List(BankInfo(\"goverment\", 10000, 1, Some(1))))\n    }\n  }\n\n  test(\"Get bank and their info list\") {\n    val bankInfo = getBankWithInfo()\n    whenReady(bankInfo) { result =>\n      assert(result === List((Bank(\"SBI bank\", Some(1)), BankInfo(\"goverment\", 10000, 1, Some(1)))))\n    }\n  }\n\n  test(\"Get all bank and  info list\") {\n    val bankInfo = getAllBankWithInfo()\n    whenReady(bankInfo) { result =>\n      assert(result === List((Bank(\"SBI bank\", Some(1)), Some(BankInfo(\"goverment\", 10000, 1, Some(1)))), (Bank(\"PNB bank\", Some(2)), None)))\n    }\n  }\n\n}\n"}
{"repo_name":"satendrakumar06\/generic-slick","path":"src\/main\/scala\/com\/knol\/db\/repo\/BankProductRepository.scala","text":"<gh_stars>10-100\npackage com.knol.db.repo\n\nimport com.knol.db.connection.DBComponent\nimport scala.concurrent.Future\nimport com.knol.db.connection.MySqlDBComponent\n\ntrait BankProductRepository extends BankProductTable { this: DBComponent =>\n\n  import driver.api._\n\n  def create(bankProduct: BankProduct): Future[Int] = db.run { bankProductTableAutoInc += bankProduct }\n\n  def update(bankProduct: BankProduct): Future[Int] = db.run { bankProductTableQuery.filter(_.id === bankProduct.id.get).update(bankProduct) }\n\n  def getById(id: Int): Future[Option[BankProduct]] = db.run { bankProductTableQuery.filter(_.id === id).result.headOption }\n\n  def getAll(): Future[List[BankProduct]] = db.run { bankProductTableQuery.to[List].result }\n\n  def delete(id: Int): Future[Int] = db.run { bankProductTableQuery.filter(_.id === id).delete }\n\n  \/**\n   * Get bank and product using foreign key relationship\n   *\/\n  def getBankWithProduct(): Future[List[(Bank, BankProduct)]] =\n    db.run {\n      (for {\n        product <- bankProductTableQuery\n        bank <- product.bank\n      } yield (bank, product)).to[List].result\n    }\n\n  \/**\n   * Get all bank and their product.It is possible some bank do not have their product\n   *\/\n  def getAllBankWithProduct(): Future[List[(Bank, Option[BankProduct])]] =\n    db.run {\n      bankTableQuery.joinLeft(bankProductTableQuery).on(_.id === _.bankId).to[List].result\n    }\n\n}\n\nprivate[repo] trait BankProductTable extends BankTable { this: DBComponent =>\n\n  import driver.api._\n\n  private[BankProductTable] class BankProductTable(tag: Tag) extends Table[BankProduct](tag, \"bankproduct\") {\n    val id = column[Int](\"id\", O.PrimaryKey, O.AutoInc)\n    val name = column[String](\"name\")\n    val bankId = column[Int](\"bank_id\")\n    def bank = foreignKey(\"bank_product_fk\", bankId, bankTableQuery)(_.id)\n    def * = (name, bankId, id.?) <> (BankProduct.tupled, BankProduct.unapply)\n\n  }\n\n  protected val bankProductTableQuery = TableQuery[BankProductTable]\n\n  protected def bankProductTableAutoInc = bankProductTableQuery returning bankProductTableQuery.map(_.id)\n\n}\n\nobject BankProductRepository extends BankProductRepository with MySqlDBComponent\n\ncase class BankProduct(name: String, bankId: Int, id: Option[Int] = None)\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/services\/notifications\/NotificationParser.scala","text":"<filename>app\/services\/notifications\/NotificationParser.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport models.NotificationDetails\n\nimport scala.xml.NodeSeq\n\nclass NotificationParser {\n\n  def parse(notificationXml: NodeSeq): NotificationDetails = {\n    val fileReference = (notificationXml \\ \"FileReference\").head\n    val outcome = (notificationXml \\ \"Outcome\").head\n    val filename = (notificationXml \\ \"FileName\").headOption\n\n    NotificationDetails(fileReference.text, outcome.text, filename.map(_.text))\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/controllers\/declarations\/DeclarationInformationController.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.declarations\n\nimport scala.concurrent.ExecutionContext\n\nimport connectors.CustomsDeclarationsInformationConnector\nimport controllers.JsonResponses\nimport controllers.actions.AuthAction\nimport javax.inject.{Inject, Singleton}\nimport play.api.mvc.{Action, AnyContent, ControllerComponents}\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\nimport uk.gov.hmrc.play.http.HeaderCarrierConverter\n\n@Singleton\nclass DeclarationInformationController @Inject()(\n  authorise: AuthAction,\n  cdiConnector: CustomsDeclarationsInformationConnector,\n  cc: ControllerComponents\n)(implicit ec: ExecutionContext)\n    extends BackendController(cc) with JsonResponses {\n\n  def getDeclarationInformation(mrn: String): Action[AnyContent] = authorise.async { request =>\n    implicit val hc = HeaderCarrierConverter.fromRequest(request)\n    cdiConnector.getDeclarationStatus(mrn).map {\n      case Some(declarationStatus) => Ok(declarationStatus)\n      case None                    => NotFound\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/utils\/stubs\/MockGenericDownstreamService.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage stubs\n\nimport com.github.tomakehurst.wiremock.client.MappingBuilder\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport com.github.tomakehurst.wiremock.stubbing.StubMapping\n\ntrait MockGenericDownstreamService extends WireMockRunner {\n\n  def getFromDownstreamService(url: String, status: Int, body: Option[String] = None, delay: Int = 0): StubMapping =\n    stubForDownstreamService(get(urlMatching(url)), status, body, delay)\n\n  def postToDownstreamService(url: String, status: Int, body: Option[String] = None, delay: Int = 0): StubMapping =\n    stubForDownstreamService(post(urlMatching(url)), status, body, delay)\n\n  private def stubForDownstreamService(call: MappingBuilder, status: Int, body: Option[String], delay: Int): StubMapping = {\n    val response = aResponse()\n      .withStatus(status)\n      .withFixedDelay(delay)\n\n    removeStub(call)\n    stubFor(call.willReturn(body.fold(response)(response.withBody)))\n  }\n\n  def verifyGetFromDownStreamService(url: String): Unit = verify(1, getRequestedFor(urlMatching(url)))\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/models\/dis\/parsers\/DeclarationStatusParser.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.dis.parsers\n\nimport java.time.ZonedDateTime\n\nimport models.dis.{DeclarationStatus, PreviousDocument, XmlTags}\nimport models.dis.XmlTags._\n\nimport scala.xml.NodeSeq\n\nclass DeclarationStatusParser {\n\n  def getDucr(documents: NodeSeq): Option[String] =\n    documents\n      .find(doc => (doc \\ XmlTags.typeCode).text == \"DCR\")\n      .map(doc => (doc \\ XmlTags.id).text)\n\n  def parse(responseXml: NodeSeq): DeclarationStatus = {\n    val mainUcr = getDucr(((responseXml \\ declarationStatusDetails \\ declaration)(1) \\ goodsShipment) \\ previousDocument)\n    DeclarationStatus(\n      mrn = (responseXml \\ XmlTags.declarationStatusDetails \\ declaration \\ id).text,\n      versionId = (responseXml \\ declarationStatusDetails \\ declaration \\ versionId).text,\n      eori = (responseXml \\ declarationStatusDetails \\ declaration \\ submitter \\ id).text,\n      declarationType = ((responseXml \\ declarationStatusDetails \\ declaration)(1) \\ typeCode).text,\n      ucr = mainUcr,\n      receivedDateTime = DateParser.zonedDateTime((responseXml \\ declarationStatusDetails \\ declaration \\ receivedDateTime \\ dateTimeString).text),\n      releasedDateTime =\n        DateParser.optionZonedDateTime((responseXml \\ declarationStatusDetails \\ declaration \\ goodsReleasedDateTime \\ dateTimeString).text),\n      acceptanceDateTime =\n        DateParser.optionZonedDateTime((responseXml \\ declarationStatusDetails \\ declaration \\ acceptanceDateTime \\ dateTimeString).text),\n      createdDateTime = ZonedDateTime.now(),\n      roe = (responseXml \\ declarationStatusDetails \\ declaration \\ roe).text,\n      ics = (responseXml \\ declarationStatusDetails \\ declaration \\ ics).text,\n      irc = StringOption((responseXml \\ declarationStatusDetails \\ declaration \\ irc).text),\n      totalPackageQuantity = ((responseXml \\ declarationStatusDetails \\ declaration)(1) \\ totalPackageQuantity).text,\n      goodsItemQuantity = ((responseXml \\ declarationStatusDetails \\ declaration)(1) \\ goodsItemQuantity).text,\n      previousDocuments = previousDocuments(((responseXml \\ declarationStatusDetails \\ declaration)(1) \\ goodsShipment) \\ previousDocument, mainUcr)\n    )\n  }\n\n  private def previousDocuments(documents: NodeSeq, mainUcr: Option[String]): Seq[PreviousDocument] =\n    documents\n      .filter(doc => (doc \\ XmlTags.id).text != mainUcr.getOrElse((): Unit))\n      .map { doc =>\n        val id = (doc \\ XmlTags.id).text\n        val typeCode = (doc \\ XmlTags.typeCode).text\n        PreviousDocument(id, typeCode)\n      }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"build.sbt","text":"<gh_stars>0\nimport play.core.PlayVersion\nimport uk.gov.hmrc.DefaultBuildSettings._\nimport uk.gov.hmrc.sbtdistributables.SbtDistributablesPlugin.publishingSettings\nimport uk.gov.hmrc.{ForkedJvmPerTestSettings, SbtAutoBuildPlugin}\n\nname := \"cds-file-upload\"\nmajorVersion := 0\n\nPlayKeys.devSettings := Seq(\"play.server.http.port\" -> \"6795\")\n\nlazy val IntegrationTest = config(\"it\") extend Test\n\nlazy val microservice = (project in file(\".\"))\n  .enablePlugins(play.sbt.PlayScala, SbtAutoBuildPlugin, SbtDistributablesPlugin)\n  .settings(libraryDependencies ++= compileDependencies ++ testDependencies)\n  .settings(publishingSettings: _*)\n  .settings(scalaVersion := \"2.12.12\")\n  .settings(\n    unmanagedSourceDirectories in Test := Seq(\n      (baseDirectory in Test).value \/ \"test\/unit\",\n      (baseDirectory in Test).value \/ \"test\/utils\"\n    ),\n    addTestReportOption(Test, \"test-reports\")\n  )\n  .configs(IntegrationTest)\n  .settings(inConfig(IntegrationTest)(Defaults.itSettings): _*)\n  .settings(\n    Keys.fork in IntegrationTest := false,\n    unmanagedSourceDirectories in IntegrationTest := Seq(\n      (baseDirectory in IntegrationTest).value \/ \"test\/it\",\n      (baseDirectory in IntegrationTest).value \/ \"test\/utils\"\n    ),\n    addTestReportOption(IntegrationTest, \"int-test-reports\"),\n    testGrouping in IntegrationTest := ForkedJvmPerTestSettings.oneForkedJvmPerTest((definedTests in IntegrationTest).value),\n    parallelExecution in IntegrationTest := false\n  )\n  .settings(scoverageSettings)\n  .settings(silencerSettings)\n  .disablePlugins(JUnitXmlReportPlugin) \/\/Required to prevent https:\/\/github.com\/scalatest\/scalatest\/issues\/1427\n\nval compileDependencies = Seq(\n  \"com.github.pureconfig\"        %% \"pureconfig\"                % \"0.15.0\",\n  \"uk.gov.hmrc\"                  %% \"bootstrap-backend-play-28\" % \"5.3.0\",\n  \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\"      % \"2.12.3\",\n  \"uk.gov.hmrc\"                  %% \"simple-reactivemongo\"      % \"8.0.0-play-28\",\n  \"org.mongodb.scala\"            %% \"mongo-scala-driver\"        % \"2.9.0\",\n  \"org.mongodb\"                  %  \"mongo-java-driver\"         % \"3.5.0\"\n)\n\nval testDependencies = Seq(\n  \"org.scalatest\"          %% \"scalatest\"                % \"3.2.9\"             % \"test\",\n  \"org.scalacheck\"         %% \"scalacheck\"               % \"1.15.4\"            % \"test\",\n  \"com.typesafe.play\"      %% \"play-test\"                % PlayVersion.current % \"test\",\n  \"org.scalatestplus\"      %% \"mockito-3-4\"              % \"3.2.9.0\"           % \"test\",\n  \"org.scalatestplus\"      %% \"scalacheck-1-15\"          % \"3.2.9.0\"           % \"test\",\n  \"org.scalatestplus.play\" %% \"scalatestplus-play\"       % \"5.1.0\"             % \"test\",\n  \"uk.gov.hmrc\"            %% \"service-integration-test\" % \"1.1.0-play-28\"     % \"test\",\n  \"com.vladsch.flexmark\"   %  \"flexmark-all\"             % \"0.36.8\"            % \"test\",\n  \"com.github.tomakehurst\" %  \"wiremock-jre8\"            % \"2.28.0\"            % \"test\"\n)\n\nlazy val scoverageSettings: Seq[Setting[_]] = Seq(\n  coverageExcludedPackages := List(\n    \"<empty>\",\n    \"Reverse.*\",\n    \"metrics\\\\..*\",\n    \"features\\\\..*\",\n    \"test\\\\..*\",\n    \".*(BuildInfo|Routes|Options|TestingUtilitiesController).*\",\n    \"logger.*\\\\(.*\\\\)\"\n  ).mkString(\";\"),\n  coverageMinimumStmtTotal := 84,\n  coverageFailOnMinimum := true,\n  coverageHighlighting := true,\n  parallelExecution in Test := false\n)\n\nlazy val silencerSettings: Seq[Setting[_]] = {\n  val silencerVersion = \"1.7.0\"\n  Seq(\n    libraryDependencies ++= Seq(compilerPlugin(\"com.github.ghik\" % \"silencer-plugin\" % silencerVersion cross CrossVersion.full)),\n    \/\/ silence all warnings on autogenerated files\n    scalacOptions += \"-P:silencer:pathFilters=target\/.*\",\n    \/\/ Make sure you only exclude warnings for the project directories, i.e. make builds reproducible\n    scalacOptions += s\"-P:silencer:sourceRoots=${baseDirectory.value.getCanonicalPath}\"\n  )\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/controllers\/notifications\/NotificationCallbackController.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.notifications\n\nimport javax.inject.{Inject, Singleton}\nimport metrics.MetricIdentifiers.notificationMetric\nimport metrics.SfusMetrics\nimport play.api.Logging\nimport play.api.mvc.{Action, ControllerComponents}\nimport services.notifications.NotificationService\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\n\nimport scala.concurrent.ExecutionContext\nimport scala.xml.NodeSeq\n\n@Singleton\nclass NotificationCallbackController @Inject()(notificationsService: NotificationService, metrics: SfusMetrics, cc: ControllerComponents)(\n  implicit ec: ExecutionContext\n) extends BackendController(cc) with Logging {\n\n  def onNotify: Action[NodeSeq] = Action.async(parse.xml) { implicit req =>\n    val timer = metrics.startTimer(notificationMetric)\n    val notification = req.body\n\n    notificationsService.parseAndSave(notification).map {\n      case Right(_) =>\n        timer.stop()\n        metrics.incrementCounter(notificationMetric)\n        Accepted\n      case Left(e) =>\n        logger.warn(s\"Failed to save notification: $notification\", e)\n        InternalServerError\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/controllers\/actions\/AuthActionSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.actions\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nimport base.UnitSpec\nimport org.mockito.ArgumentMatchers._\nimport org.mockito.Mockito._\nimport org.scalatestplus.scalacheck.{Checkers, ScalaCheckPropertyChecks}\nimport play.api.mvc.{Action, AnyContent}\nimport play.api.test.Helpers._\nimport play.api.test._\nimport uk.gov.hmrc.auth.core._\nimport uk.gov.hmrc.play.bootstrap.backend.controller.BackendController\n\nclass AuthActionSpec extends UnitSpec with Checkers with ScalaCheckPropertyChecks {\n\n  val mockAuthConnector = mock[AuthConnector]\n  def authAction = new AuthActionImpl(mockAuthConnector, stubControllerComponents())\n\n  def authController = new TestController(authAction)\n\n  \"AuthAction\" should {\n\n    \"return Ok\" when {\n\n      \"user has internalId\" in {\n\n        forAll { internalId: String =>\n          when(mockAuthConnector.authorise[Option[String]](any(), any())(any(), any()))\n            .thenReturn(Future.successful(Some(internalId)))\n\n          val result = authController.action(FakeRequest())\n\n          status(result) mustBe OK\n        }\n      }\n    }\n\n    \"return Unauthorized\" when {\n\n      \"user doesn't have an internalId\" in {\n\n        when(mockAuthConnector.authorise[Option[String]](any(), any())(any(), any()))\n          .thenReturn(Future.successful(None))\n\n        val result = authController.action(FakeRequest())\n\n        status(result) mustBe UNAUTHORIZED\n      }\n\n      \"authorise returns an error\" in {\n\n        when(mockAuthConnector.authorise[Option[String]](any(), any())(any(), any()))\n          .thenReturn(Future.failed(new RuntimeException(\"\")))\n\n        val result = authController.action(FakeRequest())\n\n        status(result) mustBe UNAUTHORIZED\n      }\n    }\n  }\n\n  class TestController(actions: AuthAction) extends BackendController(stubControllerComponents()) {\n\n    def action: Action[AnyContent] = actions {\n      Ok\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/base\/AuthActionMock.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage base\n\nimport scala.concurrent.ExecutionContext.global\nimport scala.concurrent.Future\n\nimport controllers.actions.AuthActionImpl\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, when}\nimport org.mockito.stubbing.OngoingStubbing\nimport play.api.test.Helpers._\nimport uk.gov.hmrc.auth.core.AuthConnector\n\ntrait AuthActionMock extends UnitSpec {\n\n  private val internalId = \"internalId\"\n  private val authConnector = mock[AuthConnector]\n\n  val authAction = new AuthActionImpl(authConnector, stubControllerComponents())(global)\n\n  override protected def afterEach(): Unit = {\n    reset(authConnector)\n\n    super.afterEach()\n  }\n\n  def authorisedUser(): OngoingStubbing[Future[Option[String]]] =\n    when(authConnector.authorise[Option[String]](any(), any())(any(), any())).thenReturn(Future.successful(Some(internalId)))\n\n  def nonAuthorisedUser(): OngoingStubbing[Future[Option[String]]] =\n    when(authConnector.authorise[Option[String]](any(), any())(any(), any())).thenReturn(Future.successful(None))\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/migrations\/TimeUtilsSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations\n\nimport base.UnitSpec\n\nclass TimeUtilsSpec extends UnitSpec {\n\n  private val timeUtils = new TimeUtils\n\n  \"TimeUtils on minutesToMillis\" should {\n\n    \"correctly convert to milliseconds\" in {\n\n      val minutes = 13\n      val expectedOutput = 780000\n\n      timeUtils.minutesToMillis(minutes) mustBe expectedOutput\n    }\n  }\n\n  \"TimeUtils on millisToMinutes\" should {\n\n    \"correctly convert to minutes\" in {\n\n      val millis = 120000\n      val expectedOutput = 2\n\n      timeUtils.millisToMinutes(millis) mustBe expectedOutput\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/migrations\/changelogs\/notification\/MakeParsedDetailsOptionalIntegrationSpec.scala","text":"<filename>test\/it\/migrations\/changelogs\/notification\/MakeParsedDetailsOptionalIntegrationSpec.scala<gh_stars>0\npackage migrations.changelogs.notification\n\nimport base.TestMongoDB.mongoConfiguration\nimport base.{TestMongoDB, UnitSpec}\nimport com.fasterxml.jackson.databind.ObjectMapper\nimport com.mongodb.client.model.Indexes\nimport com.mongodb.client.{MongoCollection, MongoDatabase}\nimport com.mongodb.{MongoClient, MongoClientURI}\nimport migrations.changelogs.notification.MakeParsedDetailsOptionalIntegrationSpec._\nimport org.bson.Document\nimport org.mongodb.scala.model.IndexOptions\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\n\nclass MakeParsedDetailsOptionalIntegrationSpec extends UnitSpec with GuiceOneServerPerSuite {\n\n  override def fakeApplication(): Application =\n    new GuiceApplicationBuilder()\n      .disable[com.kenshoo.play.metrics.PlayModule]\n      .configure(mongoConfiguration)\n      .build()\n\n  private val MongoURI = mongoConfiguration.get[String](\"mongodb.uri\")\n  private val DatabaseName = TestMongoDB.DatabaseName\n  private val CollectionName = \"notifications\"\n\n  private implicit val mongoDatabase: MongoDatabase = {\n    val uri = new MongoClientURI(MongoURI.replaceAllLiterally(\"sslEnabled\", \"ssl\"))\n    val client = new MongoClient(uri)\n\n    client.getDatabase(DatabaseName)\n  }\n\n  private val changeLog = new MakeParsedDetailsOptional()\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n    mongoDatabase.getCollection(CollectionName).drop()\n  }\n\n  override def afterEach(): Unit = {\n    mongoDatabase.getCollection(CollectionName).drop()\n    super.afterEach()\n  }\n\n  private def getDeclarationsCollection(db: MongoDatabase): MongoCollection[Document] = mongoDatabase.getCollection(CollectionName)\n\n  \"MakeParsedDetailsOptional migration definition\" should {\n\n    \"correctly migrate records from previous format\" in {\n      runTest(testDataBeforeChangeSet_1, testDataAfterChangeSet_1)(changeLog.migrationFunction)\n    }\n\n    \"not change records already migrated\" in {\n      runTest(testDataAfterChangeSet_1, testDataAfterChangeSet_1)(changeLog.migrationFunction)\n    }\n\n    \"not change records that were not yet parsed\" in {\n      runTest(testDataUnparsableNotification, testDataUnparsableNotification)(changeLog.migrationFunction)\n    }\n\n    \"drop the decommissioned index\" in {\n      val collection = getDeclarationsCollection(mongoDatabase)\n      collection.createIndex(Indexes.ascending(\"fileReference\"), IndexOptions().name(\"fileReferenceIndex\"))\n\n      runTest(testDataBeforeChangeSet_1, testDataAfterChangeSet_1)(changeLog.migrationFunction)\n\n      val indexesToBeDeleted = Vector(\"fileReferenceIndex\")\n      collection.listIndexes().iterator().forEachRemaining { idx =>\n        indexesToBeDeleted.contains(idx.getString(\"name\")) mustBe false\n      }\n    }\n  }\n\n  private def runTest(inputDataJson: String, expectedDataJson: String)(test: MongoDatabase => Unit)(implicit mongoDatabase: MongoDatabase): Unit = {\n    getDeclarationsCollection(mongoDatabase).insertOne(Document.parse(inputDataJson))\n\n    test(mongoDatabase)\n\n    val result: Document = getDeclarationsCollection(mongoDatabase).find().first()\n    val expectedResult: String = expectedDataJson\n\n    compareJson(result.toJson, expectedResult)\n  }\n\n  private def compareJson(actual: String, expected: String): Unit = {\n    val mapper = new ObjectMapper\n\n    val jsonActual = mapper.readTree(actual)\n    val jsonExpected = mapper.readTree(expected)\n\n    jsonActual mustBe jsonExpected\n  }\n}\n\nobject MakeParsedDetailsOptionalIntegrationSpec {\n  val testDataBeforeChangeSet_1: String =\n    \"\"\"{\n      |    \"_id\" : \"5fcfa669474b993df8c3058e\",\n      |    \"fileReference\" : \"3\",\n      |    \"outcome\" : \"SUCCESS\",\n      |    \"filename\" : \"File_3.pdf\",\n      |    \"createdAt\" : \"2020-12-08T16:14:33.043Z\"\n      |}\"\"\".stripMargin\n\n  val testDataAfterChangeSet_1: String =\n    \"\"\"{\n      |    \"_id\" : \"5fcfa669474b993df8c3058e\",\n      |    \"payload\" : \"N\/A\",\n      |    \"details\" : {\n      |        \"fileReference\" : \"3\",\n      |        \"outcome\" : \"SUCCESS\",\n      |        \"filename\" : \"File_3.pdf\"\n      |    },\n      |    \"createdAt\" : \"2020-12-08T16:14:33.043Z\"\n      |}\"\"\".stripMargin\n\n  val testDataUnparsableNotification: String =\n    \"\"\"{\n      |    \"_id\" : \"5fcfa75a474b993df8c309d7\",\n      |    \"payload\" : \"<Root><FileReference>3<\/FileReference><BatchId>5e634e09-77f6-4ff1-b92a-8a9676c715c4<\/BatchId><FileName>File_3.pdf<\/FileName><Outcome>SUCCESS<\/Outcome><Details>[detail block]<\/Details><\/Root>\",\n      |    \"createdAt\" : \"2020-12-08T16:18:34.328Z\"\n      |}\"\"\".stripMargin\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/services\/notifications\/NotificationParserSpec.scala","text":"<reponame>hmrc\/cds-file-upload\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport base.UnitSpec\nimport testdata.notifications.ExampleXmlAndNotificationDetailsPair._\n\nclass NotificationParserSpec extends UnitSpec {\n\n  private val notificationParser = new NotificationParser()\n\n  \"NotificationParser on parse\" should {\n\n    \"return NotificationDetails containing all elements\" when {\n\n      \"provided with correct Notification\" in {\n        val testNotification = exampleNotification()\n\n        val result = notificationParser.parse(testNotification.asXml)\n\n        result mustBe testNotification.asDomainModel\n      }\n\n      \"provided with Notification containing mandatory elements only\" in {\n        val testNotification = exampleNotificationMandatoryElementsOnly()\n\n        val result = notificationParser.parse(testNotification.asXml)\n\n        result mustBe testNotification.asDomainModel\n      }\n    }\n\n    \"return NotificationDetails containing all mandatory elements\" when {\n\n      \"FileName element is missing\" in {\n        val testNotification = exampleNotificationMissingFileName()\n\n        val result = notificationParser.parse(testNotification.asXml)\n\n        result mustBe testNotification.asDomainModel\n      }\n    }\n\n    \"throw an Exception\" when {\n\n      \"provided with Notification\" which {\n\n        \"has FileReference element missing\" in {\n          val testNotification = exampleNotificationMissingFileReference()\n\n          an[Exception] mustBe thrownBy(notificationParser.parse(testNotification.asXml))\n        }\n\n        \"has Outcome element missing\" in {\n          val testNotification = exampleNotificationMissingOutcome()\n\n          an[Exception] mustBe thrownBy(notificationParser.parse(testNotification.asXml))\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/utils\/stubs\/CustomsDeclarationsInformationService.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage stubs\n\nimport com.github.tomakehurst.wiremock.client.WireMock._\nimport com.github.tomakehurst.wiremock.stubbing.StubMapping\nimport play.api.http.ContentTypes\nimport play.api.mvc.Codec\nimport play.api.test.Helpers._\nimport stubs.CustomsDeclarationsInformationService._\nimport testdata.declarationinformation.DeclarationStatusTestData._\n\nimport scala.xml.Elem\n\ntrait CustomsDeclarationsInformationService extends MockGenericDownstreamService {\n\n  def getFromCDIService(status: Int, mrn: String, delay: Int = 0): StubMapping = {\n    val url = fetchMrnStatusUrl.replace(id, mrn)\n    val body = buildResponseBody(status, mrn).toString()\n    getFromDownstreamService(url, status, Some(body), delay)\n  }\n\n  private def buildResponseBody(status: Int, mrn: String): Elem = status match {\n    case OK        => DeclarationStatusWithAllData(mrn).xml\n    case NOT_FOUND => declarationStatusNotFoundResponse\n    case _         => declarationStatusInternalServerErrorResponse\n  }\n\n  def verifyDecServiceWasCalledCorrectly(mrn: String, expectedApiVersion: String) {\n    verify(\n      getRequestedFor(urlMatching(fetchMrnStatusUrl.replace(id, mrn)))\n        .withHeader(CONTENT_TYPE, equalTo(ContentTypes.XML(Codec.utf_8)))\n        .withHeader(ACCEPT, equalTo(s\"application\/vnd.hmrc.$expectedApiVersion+xml\"))\n    )\n  }\n}\n\nobject CustomsDeclarationsInformationService {\n  val apiVersion: String = \"1.0\"\n  val bearerToken: String = \"Bearer authToken\"\n\n  val id: String = \"ID\"\n  val fetchMrnStatusUrl: String = \"\/mrn\/\" + id + \"\/status\"\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/controllers\/EmailByEoriControllerUnitSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers\n\nimport java.time.ZonedDateTime\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nimport base.ControllerUnitSpec\nimport connectors.CustomsDataStoreConnector\nimport models.VerifiedEmailAddress\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito._\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport testdata.TestData\nimport uk.gov.hmrc.http.{HeaderCarrier, UpstreamErrorResponse}\n\nclass EmailByEoriControllerUnitSpec extends ControllerUnitSpec {\n\n  private val connector = mock[CustomsDataStoreConnector]\n  private val controller = new EmailByEoriController(authAction, connector, stubControllerComponents())\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n    reset(connector)\n    authorisedUser()\n  }\n\n  override protected def afterEach(): Unit = {\n    reset(connector)\n    super.afterEach()\n  }\n\n  \"GET EmailIfVerified endpoint\" should {\n\n    \"return 200(OK) status if the email address for the given EORI is verified\" in {\n      val expectedEmailAddress = VerifiedEmailAddress(\"<EMAIL>\", ZonedDateTime.now)\n\n      when(connector.getEmailAddress(any[String])(any[HeaderCarrier]))\n        .thenReturn(Future.successful(Some(expectedEmailAddress)))\n\n      val response = controller.getEmailIfVerified(TestData.eori)(getRequest())\n      status(response) mustBe OK\n      contentAsJson(response) mustBe Json.toJson(expectedEmailAddress)\n\n      verify(connector).getEmailAddress(meq(TestData.eori))(any[HeaderCarrier])\n    }\n\n    \"return 404(NOT_FOUND) status if the email address for the given EORI was not provided or was not verified yet\" in {\n      when(connector.getEmailAddress(any[String])(any[HeaderCarrier])).thenReturn(Future.successful(None))\n\n      val response = controller.getEmailIfVerified(TestData.eori)(getRequest())\n      status(response) mustBe NOT_FOUND\n    }\n\n    \"return 500(INTERNAL_SERVER_ERROR) status for any 4xx returned by the downstream service, let apart 404\" in {\n      when(connector.getEmailAddress(any[String])(any[HeaderCarrier])).thenAnswer(_ => upstreamErrorResponse(BAD_REQUEST))\n\n      val response = controller.getEmailIfVerified(TestData.eori)(getRequest())\n      status(response) mustBe INTERNAL_SERVER_ERROR\n    }\n\n    \"return 500(INTERNAL_SERVER_ERROR) status for any 5xx http error code returned by the downstream service\" in {\n      when(connector.getEmailAddress(any[String])(any[HeaderCarrier])).thenAnswer(_ => upstreamErrorResponse(BAD_GATEWAY))\n\n      val response = controller.getEmailIfVerified(TestData.eori)(getRequest())\n      status(response) mustBe INTERNAL_SERVER_ERROR\n    }\n  }\n\n  def upstreamErrorResponse(status: Int): Future[UpstreamErrorResponse] =\n    Future.successful(UpstreamErrorResponse(\"An error\", status))\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/models\/NotificationSpec.scala","text":"<reponame>hmrc\/cds-file-upload\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport base.UnitSpec\nimport org.joda.time.DateTime\nimport play.api.libs.json.Json\nimport reactivemongo.bson.BSONObjectID\nimport testdata.notifications.NotificationsTestData._\n\nimport java.time.format.DateTimeFormatter\n\nclass NotificationSpec extends UnitSpec {\n  val formatter = DateTimeFormatter.ISO_ZONED_DATE_TIME\n  val idVal = BSONObjectID.generate()\n\n  \"Notifications Spec DbFormat\" must {\n    val notification = Notification(idVal, payload, Some(NotificationDetails(fileReference, outcomeSuccess, Some(filename))), dateTime)\n\n    \"have json writes that produce a string which could be parsed by the database\" in {\n      val json = Json.toJson(notification)(Notification.DbFormat.notificationFormat)\n\n      json.toString() mustBe NotificationSpec.serialisedDbFormat(idVal, fileReference, outcomeSuccess, filename, dateTime, payload)\n    }\n\n    \"have json reads that produce object from the serialized database format\" in {\n      val readNotification =\n        Json\n          .parse(NotificationSpec.serialisedDbFormat(idVal, fileReference, outcomeSuccess, filename, dateTime, payload))\n          .as[Notification](Notification.DbFormat.notificationFormat)\n\n      readNotification mustBe notification\n    }\n  }\n\n  \"Notifications Spec FrontendFormat\" must {\n    val notification = Notification(idVal, payload, Some(NotificationDetails(fileReference, outcomeSuccess, Some(filename))), dateTime)\n\n    \"have json writes that produce a string which could be parsed by the SFUS frontend\" in {\n      val json = Json.toJson(notification)(Notification.FrontendFormat.writes)\n\n      json.toString() mustBe NotificationSpec.serialisedFrontEndFormat(fileReference, outcomeSuccess, filename, dateTime)\n    }\n  }\n}\n\nobject NotificationSpec {\n  def serialisedDbFormat(idVal: BSONObjectID, fileReference: String, outcome: String, filename: String, dateTime: DateTime, payload: String) =\n    s\"\"\"{\"_id\":{\"$$oid\":\"${idVal.stringify}\"},\"payload\":\"${payload}\",\"details\":{\"fileReference\":\"${fileReference}\",\"outcome\":\"${outcome}\",\"filename\":\"${filename}\"},\"createdAt\":{\"$$date\":${dateTime.getMillis}}}\"\"\"\n\n  def serialisedFrontEndFormat(ifileReference: String, outcome: String, filename: String, dateTime: DateTime) =\n    s\"\"\"{\"fileReference\":\"${fileReference}\",\"outcome\":\"${outcome}\",\"filename\":\"${filename}\",\"createdAt\":{\"$$date\":${dateTime.getMillis}}}\"\"\"\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/services\/notifications\/NotificationFactorySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport scala.xml.NodeSeq\n\nimport base.UnitSpec\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito._\nimport testdata.notifications.ExampleXmlAndNotificationDetailsPair\n\nclass NotificationFactorySpec extends UnitSpec {\n\n  private val notificationParser = mock[NotificationParser]\n\n  private val notificationFactory = new NotificationFactory(notificationParser)\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n\n    reset(notificationParser)\n  }\n\n  override def afterEach(): Unit = {\n    reset(notificationParser)\n    super.afterEach()\n  }\n\n  \"NotificationFactory on buildNotification\" should {\n\n    \"call NotificationParser passing xml payload\" in {\n      val testNotification = ExampleXmlAndNotificationDetailsPair.exampleNotification()\n      when(notificationParser.parse(any[NodeSeq])).thenReturn(testNotification.asDomainModel)\n\n      notificationFactory.buildNotification(testNotification.asXml)\n\n      verify(notificationParser).parse(meq(testNotification.asXml))\n    }\n  }\n\n  \"NotificationFactory on buildNotification\" when {\n\n    \"NotificationParser returns NotificationDetails\" should {\n\n      val testNotification = ExampleXmlAndNotificationDetailsPair.exampleNotification()\n\n      \"return Notification with payload\" in {\n        when(notificationParser.parse(any[NodeSeq])).thenReturn(testNotification.asDomainModel)\n\n        val result = notificationFactory.buildNotification(testNotification.asXml)\n\n        result.payload mustBe testNotification.asXml.toString\n      }\n\n      \"return Notification with details\" in {\n        when(notificationParser.parse(any[NodeSeq])).thenReturn(testNotification.asDomainModel)\n\n        val result = notificationFactory.buildNotification(testNotification.asXml)\n\n        result.details mustBe defined\n        result.details.get mustBe testNotification.asDomainModel\n      }\n    }\n\n    \"NotificationParser throws an Exception\" should {\n\n      val testNotification = ExampleXmlAndNotificationDetailsPair.exampleNotificationMissingFileName()\n      val exception = new RuntimeException(\"Test parse exception\")\n\n      \"not throw an Exception\" in {\n        when(notificationParser.parse(any[NodeSeq])).thenThrow(exception)\n\n        noException should be thrownBy notificationFactory.buildNotification(testNotification.asXml)\n      }\n\n      \"return Notification with payload\" in {\n        when(notificationParser.parse(any[NodeSeq])).thenThrow(exception)\n\n        val result = notificationFactory.buildNotification(testNotification.asXml)\n\n        result.payload mustBe testNotification.asXml.toString\n      }\n\n      \"return Notification with empty details\" in {\n        when(notificationParser.parse(any[NodeSeq])).thenThrow(exception)\n\n        val result = notificationFactory.buildNotification(testNotification.asXml)\n\n        result.details mustBe empty\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/repositories\/NotificationsRepository.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage repositories\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nimport config.AppConfig\nimport javax.inject.{Inject, Singleton}\nimport models.Notification\nimport play.api.libs.json.{JsNull, JsObject, Json}\nimport play.modules.reactivemongo.ReactiveMongoComponent\nimport reactivemongo.api.indexes.{Index, IndexType}\nimport reactivemongo.bson.{BSONDocument, BSONNull, BSONObjectID}\nimport reactivemongo.play.json.collection._\nimport uk.gov.hmrc.mongo.ReactiveRepository\nimport uk.gov.hmrc.mongo.json.ReactiveMongoFormats\n\n@Singleton\nclass NotificationsRepository @Inject()(mc: ReactiveMongoComponent, appConfig: AppConfig)(implicit ec: ExecutionContext)\n    extends ReactiveRepository[Notification, BSONObjectID](\n      collectionName = \"notifications\",\n      mongo = mc.mongoConnector.db,\n      domainFormat = Notification.DbFormat.notificationFormat,\n      idFormat = ReactiveMongoFormats.objectIdFormats\n    ) {\n\n  override lazy val collection: JSONCollection =\n    mongo().collection[JSONCollection](collectionName, failoverStrategy = RepositorySettings.failoverStrategy)\n\n  override def indexes: Seq[Index] = Seq(\n    Index(key = Seq((\"details.fileReference\", IndexType.Ascending)), name = Some(\"detailsFileReferenceIdx\")),\n    Index(\n      key = Seq((\"createdAt\", IndexType.Ascending)),\n      name = Some(\"createdAtIndex\"),\n      options = BSONDocument(\"expireAfterSeconds\" -> appConfig.notificationsTtlSeconds)\n    ),\n    Index(Seq(\"details\" -> IndexType.Ascending), name = Some(\"detailsMissingIdx\"), partialFilter = Some(BSONDocument(\"details\" -> BSONNull)))\n  )\n\n  override def ensureIndexes(implicit ec: ExecutionContext): Future[Seq[Boolean]] = Future.successful(Seq.empty)\n\n  def save(notification: Notification): Future[Either[Throwable, Unit]] =\n    insert(notification)\n      .map(_ => Right(()))\n      .recover { case e => Left(e) }\n\n  def updateNotification(notification: Notification): Future[Boolean] =\n    findAndUpdate(query = Json.obj(\"_id\" -> notification._id), update = Json.toJson(notification).as[JsObject]).map { result =>\n      result.lastError.foreach(_.err.foreach(errorMsg => logger.error(s\"Problem during database update: $errorMsg\")))\n      result.lastError.isEmpty\n    }\n\n  def ensureIndex(index: Index)(implicit ec: ExecutionContext): Future[Unit] =\n    collection.indexesManager\n      .create(index)\n      .map(wr => logger.info(wr.toString))\n      .recover {\n        case t =>\n          logger.warn(s\"$message (${index.eventualName})\", t)\n      }\n\n  def findNotificationsByReference(reference: String): Future[Seq[Notification]] =\n    find(\"details.fileReference\" -> reference)\n\n  def findUnparsedNotifications(): Future[Seq[Notification]] =\n    find(\"details\" -> JsNull)\n\n  Future.sequence(indexes.map(ensureIndex))\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/services\/notifications\/NotificationService.scala","text":"<reponame>hmrc\/cds-file-upload\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport javax.inject.{Inject, Singleton}\nimport models.Notification\nimport play.api.Logging\nimport repositories.NotificationsRepository\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.xml.NodeSeq\n\n@Singleton\nclass NotificationService @Inject()(repository: NotificationsRepository, notificationFactory: NotificationFactory)(implicit ec: ExecutionContext)\n    extends Logging {\n\n  def parseAndSave(notificationXml: NodeSeq): Future[Either[Throwable, Unit]] = {\n    logger.info(\"Notification payload: \" + notificationXml)\n\n    val parsedNotification = notificationFactory.buildNotification(notificationXml)\n    repository.save(parsedNotification)\n  }\n\n  def getNotificationForReference(reference: String): Future[Option[Notification]] =\n    repository.findNotificationsByReference(reference).map { notifications =>\n      logger.info(s\"Found ${notifications.length} notifications for reference $reference\")\n\n      notifications.headOption\n    }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/utils\/testdata\/notifications\/ExampleXmlAndNotificationDetailsPair.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage testdata.notifications\n\nimport models.NotificationDetails\nimport testdata.notifications.NotificationsTestData._\n\nimport scala.xml.Elem\n\nfinal case class ExampleXmlAndNotificationDetailsPair(asXml: Elem = <xml\/>, asDomainModel: NotificationDetails = emptyNotificationDetails)\n    extends ExampleXmlAndDomainModelPair[NotificationDetails]\n\nobject ExampleXmlAndNotificationDetailsPair {\n\n  def exampleNotification(\n    fileReference: String = fileReference,\n    outcome: String = outcomeSuccess,\n    filename: String = filename,\n    batchId: String = batchId\n  ) =\n    ExampleXmlAndNotificationDetailsPair(asXml = <Root>\n        <FileReference>{fileReference}<\/FileReference>\n        <BatchId>{batchId}<\/BatchId>\n        <FileName>{filename}<\/FileName>\n        <Outcome>{outcome}<\/Outcome>\n        <Details>[detail block]<\/Details>\n      <\/Root>, asDomainModel = NotificationDetails(fileReference, outcome, Some(filename)))\n\n  def exampleNotificationMandatoryElementsOnly(fileReference: String = fileReference, outcome: String = outcomeSuccess, filename: String = filename) =\n    ExampleXmlAndNotificationDetailsPair(asXml = <Root>\n          <FileReference>{fileReference}<\/FileReference>\n          <FileName>{filename}<\/FileName>\n          <Outcome>{outcome}<\/Outcome>\n        <\/Root>, asDomainModel = NotificationDetails(fileReference, outcome, Some(filename)))\n\n  def exampleNotificationMissingFileReference(outcome: String = outcomeSuccess, filename: String = filename, batchId: String = batchId) =\n    ExampleXmlAndNotificationDetailsPair(asXml = <Root>\n          <BatchId>{batchId}<\/BatchId>\n          <FileName>{filename}<\/FileName>\n          <Outcome>{outcome}<\/Outcome>\n        <\/Root>, asDomainModel = NotificationDetails(\"\", outcome, Some(filename)))\n\n  def exampleNotificationMissingFileName(fileReference: String = fileReference, outcome: String = outcomeSuccess, batchId: String = batchId) =\n    ExampleXmlAndNotificationDetailsPair(asXml = <Root>\n          <FileReference>{fileReference}<\/FileReference>\n          <BatchId>{batchId}<\/BatchId>\n          <Outcome>{outcome}<\/Outcome>\n        <\/Root>, asDomainModel = NotificationDetails(fileReference, outcome, None))\n\n  def exampleNotificationMissingOutcome(fileReference: String = fileReference, filename: String = filename, batchId: String = batchId) =\n    ExampleXmlAndNotificationDetailsPair(asXml = <Root>\n          <FileReference>{fileReference}<\/FileReference>\n          <BatchId>{batchId}<\/BatchId>\n          <FileName>{filename}<\/FileName>\n        <\/Root>, asDomainModel = NotificationDetails(fileReference, \"\", Some(filename)))\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/services\/notifications\/NotificationServiceSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport java.io.IOException\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport scala.xml.NodeSeq\n\nimport base.UnitSpec\nimport models.Notification\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito.{reset, verify, when}\nimport org.mockito.{ArgumentCaptor, InOrder, Mockito}\nimport repositories.NotificationsRepository\nimport testdata.notifications.ExampleXmlAndNotificationDetailsPair.exampleNotification\nimport testdata.notifications.NotificationsTestData._\n\nclass NotificationServiceSpec extends UnitSpec {\n\n  private val notificationsRepository = mock[NotificationsRepository]\n  private val notificationFactory = mock[NotificationFactory]\n\n  private val notificationService = new NotificationService(notificationsRepository, notificationFactory)\n\n  private val SuccessNotificationXml = exampleNotification(fileReference, outcomeSuccess, filename, batchId).asXml\n\n  override protected def afterEach(): Unit = {\n    reset(notificationsRepository, notificationFactory)\n\n    super.afterEach()\n  }\n\n  \"NotificationService on parseAndSave\" should {\n\n    \"call NotificationFactory and NotificationRepository in order\" in {\n      when(notificationFactory.buildNotification(any[NodeSeq])).thenReturn(exampleParsedNotification)\n      when(notificationsRepository.save(any[Notification])).thenReturn(Future.successful(Right(())))\n\n      notificationService.parseAndSave(SuccessNotificationXml).futureValue\n\n      val inOrder: InOrder = Mockito.inOrder(notificationFactory, notificationsRepository)\n      inOrder.verify(notificationFactory).buildNotification(any[NodeSeq])\n      inOrder.verify(notificationsRepository).save(any[Notification])\n    }\n\n    \"call NotificationFactory passing XML provided\" in {\n      when(notificationFactory.buildNotification(any[NodeSeq])).thenReturn(exampleParsedNotification)\n      when(notificationsRepository.save(any[Notification])).thenReturn(Future.successful(Right(())))\n\n      notificationService.parseAndSave(SuccessNotificationXml).futureValue\n\n      verify(notificationFactory).buildNotification(meq(SuccessNotificationXml))\n    }\n\n    \"call NotificationRepository passing notification returned by NotificationFactory\" in {\n      when(notificationFactory.buildNotification(any[NodeSeq])).thenReturn(exampleParsedNotification)\n      when(notificationsRepository.save(any[Notification])).thenReturn(Future.successful(Right(())))\n\n      notificationService.parseAndSave(SuccessNotificationXml).futureValue\n\n      verify(notificationsRepository).save(meq(exampleParsedNotification))\n    }\n\n    \"save a success notification with timestamp for TTL\" in {\n      when(notificationFactory.buildNotification(any[NodeSeq])).thenReturn(exampleParsedNotification)\n      when(notificationsRepository.save(any[Notification])).thenReturn(Future.successful(Right(())))\n\n      notificationService.parseAndSave(SuccessNotificationXml).futureValue\n\n      val captor: ArgumentCaptor[Notification] = ArgumentCaptor.forClass(classOf[Notification])\n\n      verify(notificationsRepository).save(captor.capture())\n      val notification = captor.getValue\n\n      notification.details.isDefined mustBe true\n      notification.details.get.fileReference mustBe fileReference\n      notification.details.get.outcome mustBe outcomeSuccess\n      notification.createdAt.withTimeAtStartOfDay() mustBe dateTime.withTimeAtStartOfDay()\n    }\n\n    \"return an exception when insert fails\" in {\n      when(notificationFactory.buildNotification(any[NodeSeq])).thenReturn(exampleParsedNotification)\n      val exception = new IOException(\"downstream failure\")\n      when(notificationsRepository.save(any())).thenReturn(Future.successful(Left(exception)))\n\n      val result = notificationService.parseAndSave(SuccessNotificationXml).futureValue\n\n      result mustBe Left(exception)\n    }\n  }\n\n  \"NotificationService on getNotificationForReference\" should {\n\n    \"return notification if exists based on the reference\" in {\n      when(notificationsRepository.findNotificationsByReference(any())).thenReturn(Future.successful(List(exampleParsedNotification)))\n\n      val result = notificationService.getNotificationForReference(fileReference).futureValue\n\n      result mustBe Some(exampleParsedNotification)\n    }\n\n    \"return None if notification doesn't exist\" in {\n\n      when(notificationsRepository.findNotificationsByReference(any())).thenReturn(Future.successful(List.empty))\n\n      val result = notificationService.getNotificationForReference(\"reference\").futureValue\n\n      result mustBe None\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/base\/TestMongoDB.scala","text":"<gh_stars>0\npackage base\n\nimport play.api.Configuration\n\nobject TestMongoDB {\n\n  val Port = 27017\n  val DatabaseName = \"test-cds-file-upload\"\n\n  val mongoConfiguration: Configuration = Configuration.from(Map(\"mongodb.uri\" -> s\"mongodb:\/\/localhost:$Port\/$DatabaseName\"))\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/utils\/testdata\/notifications\/NotificationsTestData.scala","text":"<filename>test\/utils\/testdata\/notifications\/NotificationsTestData.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage testdata.notifications\n\nimport models.{Notification, NotificationDetails}\nimport org.joda.time.{DateTime, DateTimeZone}\nimport reactivemongo.bson.BSONObjectID\nimport testdata.notifications.ExampleXmlAndNotificationDetailsPair.exampleNotification\n\nobject NotificationsTestData {\n\n  val fileReference = \"e4d94295-52b1-4837-bdc0-7ab8d7b0f1af\"\n  val outcomeSuccess = \"SUCCESS\"\n  val filename = \"sample.pdf\"\n  val payload = \"<xml><\/xml>\"\n  val dateTime: DateTime = DateTime.now.withZone(DateTimeZone.UTC)\n  val batchId = \"5e634e09-77f6-4ff1-b92a-8a9676c715c4\"\n\n  val exampleParsedNotification =\n    Notification(\n      BSONObjectID.generate(),\n      exampleNotification(fileReference, outcomeSuccess, filename).toString,\n      Some(NotificationDetails(fileReference, outcomeSuccess, Some(filename))),\n      dateTime\n    )\n\n  val exampleUnparsedNotification = Notification(BSONObjectID.generate(), payload, None, dateTime)\n\n  val emptyNotificationDetails = NotificationDetails(\"\", \"\", None)\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/models\/dis\/parsers\/DateParser.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models.dis.parsers\n\nimport java.time.format.DateTimeFormatter\nimport java.time.{LocalDateTime, ZoneId, ZonedDateTime}\n\nobject DateParser {\n\n  val formatter304: DateTimeFormatter = DateTimeFormatter.ofPattern(\"yyyyMMddHHmmssz\")\n  val zoneUTC: ZoneId = ZoneId.of(\"UTC\")\n\n  def zonedDateTime(datetime: String): ZonedDateTime = ZonedDateTime.of(LocalDateTime.parse(datetime, formatter304), zoneUTC)\n\n  def optionZonedDateTime(datetime: String): Option[ZonedDateTime] = if (datetime.nonEmpty) Some(zonedDateTime(datetime)) else None\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/config\/AppConfig.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage config\n\nimport com.google.inject.Inject\nimport javax.inject.Singleton\nimport play.api.Configuration\nimport uk.gov.hmrc.play.bootstrap.config.ServicesConfig\n\n@Singleton\nclass AppConfig @Inject()(configuration: Configuration, servicesConfig: ServicesConfig) {\n\n  val mongodbUri: String = configuration.get[String](\"mongodb.uri\")\n\n  val notificationsTtlSeconds: Int = configuration.get[Int](\"notifications.ttl-seconds\")\n\n  val customsDeclarationsInformationBaseUrl = servicesConfig.baseUrl(\"customs-declarations-information\")\n\n  val fetchMrnStatus = servicesConfig.getString(\"microservice.services.customs-declarations-information.declaration-status-mrn\")\n\n  val cdiApiVersion = servicesConfig.getString(\"microservice.services.customs-declarations-information.api-version\")\n\n  val customsDataStoreBaseUrl: String = servicesConfig.baseUrl(\"customs-data-store\")\n\n  val verifiedEmailPath: String = configuration.get[String](\"microservice.services.customs-data-store.verified-email-path\")\n\n  val cdiClientId = servicesConfig.getString(\"developerHubClientId\")\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/base\/SfusMetricsMock.scala","text":"<filename>test\/unit\/base\/SfusMetricsMock.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage base\n\nimport com.codahale.metrics.{Counter, Timer}\nimport metrics.SfusMetrics\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{doNothing, reset, when}\n\ntrait SfusMetricsMock extends UnitSpec {\n\n  val sfusMetrics = mock[SfusMetrics]\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n\n    when(sfusMetrics.counters).thenReturn(Map.empty[String, Counter])\n    when(sfusMetrics.timers).thenReturn(Map.empty[String, Timer])\n    when(sfusMetrics.startTimer(any())).thenReturn(mock[Timer.Context])\n    doNothing().when(sfusMetrics).incrementCounter(any())\n  }\n\n  override protected def afterEach(): Unit = {\n    reset(sfusMetrics)\n\n    super.afterEach()\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/services\/notifications\/NotificationFactory.scala","text":"<reponame>hmrc\/cds-file-upload\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage services.notifications\n\nimport javax.inject.Inject\nimport models.Notification\nimport play.api.Logging\nimport reactivemongo.bson.BSONObjectID\n\nimport scala.util.{Failure, Success, Try}\nimport scala.xml.NodeSeq\n\nclass NotificationFactory @Inject()(notificationParser: NotificationParser) extends Logging {\n\n  def buildNotification(notificationXml: NodeSeq) = Try(notificationParser.parse(notificationXml)) match {\n    case Success(notificationDetails) =>\n      Notification(_id = BSONObjectID.generate(), payload = notificationXml.toString, details = Some(notificationDetails))\n\n    case Failure(exc) =>\n      logParseExceptionAtPagerDutyLevel(exc)\n      Notification(_id = BSONObjectID.generate(), payload = notificationXml.toString)\n  }\n\n  private def logParseExceptionAtPagerDutyLevel(exc: Throwable): Unit =\n    logger.warn(s\"${logParseExceptionAtPagerDutyLevelMessage}. Payload did not contain the required values!\")\n\n  private val logParseExceptionAtPagerDutyLevelMessage = \"There was a problem during parsing notification\"\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/controllers\/declarations\/DeclarationInformationControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.declarations\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\n\nimport base.ControllerUnitSpec\nimport connectors.CustomsDeclarationsInformationConnector\nimport org.mockito.ArgumentMatchers.{any, eq => meq}\nimport org.mockito.Mockito._\nimport play.api.libs.json.Json\nimport play.api.test.Helpers._\nimport play.mvc.Http.Status.{NOT_FOUND, OK}\nimport testdata.TestData._\nimport testdata.declarationinformation.DeclarationStatusTestData.DeclarationStatusWithAllData\nimport uk.gov.hmrc.http.{Authorization, HeaderCarrier}\n\nclass DeclarationInformationControllerSpec extends ControllerUnitSpec {\n\n  private val cdiConnector = mock[CustomsDeclarationsInformationConnector]\n\n  private val controller = new DeclarationInformationController(authAction, cdiConnector, stubControllerComponents())\n\n  implicit val hc = HeaderCarrier(authorization = Some(Authorization(\"Bearer qwertyuiop\")))\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n\n    reset(cdiConnector)\n    authorisedUser()\n  }\n\n  override protected def afterEach(): Unit = {\n    reset(cdiConnector)\n    super.afterEach()\n  }\n\n  \"DeclarationInformationController on getDeclarationInformation\" should {\n\n    \"call CustomsDeclarationsInformationConnector passing MRN provided\" in {\n\n      when(cdiConnector.getDeclarationStatus(any())(any()))\n        .thenReturn(Future.successful(Some(DeclarationStatusWithAllData(mrn).model)))\n\n      controller.getDeclarationInformation(mrn)(getRequest()).futureValue\n\n      verify(cdiConnector).getDeclarationStatus(meq(mrn))(any())\n    }\n\n    \"return Ok with DeclarationStatus received from CustomsDeclarationsInformationConnector\" when {\n\n      \"CustomsDeclarationsInformationConnector responds with non-empty Option\" in {\n\n        when(cdiConnector.getDeclarationStatus(any())(any()))\n          .thenReturn(Future.successful(Some(DeclarationStatusWithAllData(mrn).model)))\n\n        val result = controller.getDeclarationInformation(mrn)(getRequest())\n\n        status(result) mustBe OK\n        contentAsJson(result) mustBe Json.toJson(DeclarationStatusWithAllData(mrn).model)\n      }\n    }\n\n    \"return NotFound\" when {\n\n      \"CustomsDeclarationsInformationConnector responds with empty Option\" in {\n\n        when(cdiConnector.getDeclarationStatus(any())(any())).thenReturn(Future.successful(None))\n\n        val result = controller.getDeclarationInformation(mrn)(getRequest())\n\n        status(result) mustBe NOT_FOUND\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/migrations\/repositories\/LockEntry.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations.repositories\n\nimport java.util.Date\n\nimport migrations.repositories.LockEntry._\nimport org.bson.Document\n\nobject LockEntry {\n  private[migrations] val KeyField: String = \"key\"\n  private[migrations] val StatusField: String = \"status\"\n  private[migrations] val OwnerField: String = \"owner\"\n  private[migrations] val ExpiresAtField: String = \"expiresAt\"\n\n  def apply(document: Document): LockEntry = LockEntry(\n    document.getString(LockEntry.KeyField),\n    document.getString(LockEntry.StatusField),\n    document.getString(LockEntry.OwnerField),\n    document.getDate(LockEntry.ExpiresAtField)\n  )\n}\n\ncase class LockEntry(key: String, status: String, owner: String, expiresAt: Date) {\n\n  private[migrations] def buildFullDBObject: Document = {\n    val entry: Document = new Document\n    entry.append(KeyField, this.key).append(StatusField, this.status).append(OwnerField, this.owner).append(ExpiresAtField, this.expiresAt)\n  }\n\n  private[migrations] def isOwner(owner: String): Boolean = this.owner == owner\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/connectors\/CustomsDataStoreConnector.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport scala.concurrent.{ExecutionContext, Future}\n\nimport config.AppConfig\nimport javax.inject.Inject\nimport models.VerifiedEmailAddress\nimport play.api.http.Status.NOT_FOUND\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient, Upstream4xxResponse}\nimport uk.gov.hmrc.http.HttpReads.Implicits._\n\nclass CustomsDataStoreConnector @Inject()(http: HttpClient)(implicit appConfig: AppConfig, ec: ExecutionContext) {\n\n  import CustomsDataStoreConnector._\n\n  def getEmailAddress(eori: String)(implicit hc: HeaderCarrier): Future[Option[VerifiedEmailAddress]] =\n    http.GET[VerifiedEmailAddress](verifiedEmailUrl(eori)).map(Some(_)).recover {\n      case Upstream4xxResponse(_, NOT_FOUND, _, _) => None\n    }\n}\n\nobject CustomsDataStoreConnector {\n\n  def verifiedEmailPath(eori: String)(implicit appConfig: AppConfig): String =\n    s\"${appConfig.verifiedEmailPath.replace(\"EORI\", eori)}\"\n\n  def verifiedEmailUrl(eori: String)(implicit appConfig: AppConfig): String =\n    s\"${appConfig.customsDataStoreBaseUrl}${verifiedEmailPath(eori)}\"\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/connectors\/CustomsDeclarationsInformationConnectorSpec.scala","text":"package connectors\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nimport base.IntegrationSpec\nimport play.api.test.Helpers.{INTERNAL_SERVER_ERROR, NOT_FOUND, OK}\nimport stubs.CustomsDeclarationsInformationService\nimport stubs.CustomsDeclarationsInformationService._\nimport testdata.TestData.mrn\nimport uk.gov.hmrc.http.{Authorization, HeaderCarrier, InternalServerException}\n\nclass CustomsDeclarationsInformationConnectorSpec extends IntegrationSpec with CustomsDeclarationsInformationService {\n\n  private lazy val connector = inject[CustomsDeclarationsInformationConnector]\n\n  implicit val hc = HeaderCarrier(authorization = Some(Authorization(\"Bearer qwertyuiop\")))\n\n  \"CustomsDeclarationsInformationConnector\" when {\n\n    \"customs-declarations-information service responds with 200 (Ok) response\" should {\n\n      \"return the response parsed\" in {\n\n        getFromCDIService(OK, mrn)\n\n        val declarationStatus = connector.getDeclarationStatus(mrn).futureValue\n\n        declarationStatus mustBe 'defined\n        declarationStatus.get.mrn mustBe mrn\n        declarationStatus.get.eori mustBe \"GB123456789012000\"\n        verifyDecServiceWasCalledCorrectly(mrn, expectedApiVersion = apiVersion)\n      }\n    }\n\n    \"customs-declarations-information service responds with 404 (NotFound) response\" should {\n\n      \"return empty Option\" in {\n\n        getFromCDIService(NOT_FOUND, mrn)\n\n        val declarationStatus = connector.getDeclarationStatus(mrn).futureValue\n\n        declarationStatus mustNot be(defined)\n      }\n    }\n\n    \"customs-declarations-information service responds with 500 (InternalServerError) response\" should {\n\n      \"throw InternalServerException\" in {\n\n        getFromCDIService(INTERNAL_SERVER_ERROR, mrn)\n\n        intercept[InternalServerException] {\n          Await.result(connector.getDeclarationStatus(mrn), 5 seconds)\n        }\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/connectors\/CustomsDataStoreConnectorSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage connectors\n\nimport java.time.ZonedDateTime\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nimport base.IntegrationSpec\nimport config.AppConfig\nimport models.VerifiedEmailAddress\nimport play.api.libs.json.Json\nimport play.api.test.Helpers.OK\nimport testdata.TestData\nimport uk.gov.hmrc.http.{HeaderCarrier, HttpClient}\n\nclass CustomsDataStoreConnectorSpec extends IntegrationSpec {\n\n  implicit val appConfig: AppConfig = inject[AppConfig]\n\n  val connector = new CustomsDataStoreConnector(inject[HttpClient])(appConfig, global)\n\n  \"CustomsDeclarationsInformationConnector.getEmailAddress\" should {\n\n    \"return a valid VerifiedEmailAddress instance when successful\" in {\n      val expectedEmailAddress = VerifiedEmailAddress(\"<EMAIL>\", ZonedDateTime.now)\n      val expectedPath = s\"\/customs-data-store\/eori\/${TestData.eori}\/verified-email\"\n\n      val actualPath = CustomsDataStoreConnector.verifiedEmailPath(TestData.eori)\n      actualPath mustBe expectedPath\n      getFromDownstreamService(actualPath, OK, Some(Json.toJson(expectedEmailAddress).toString))\n\n      val response = connector.getEmailAddress(TestData.eori)(HeaderCarrier()).futureValue\n      response mustBe Some(expectedEmailAddress)\n\n      verifyGetFromDownStreamService(actualPath)\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/models\/Notification.scala","text":"<filename>app\/models\/Notification.scala\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage models\n\nimport org.joda.time.{DateTime, DateTimeZone}\nimport play.api.libs.json._\nimport reactivemongo.bson.BSONObjectID\nimport uk.gov.hmrc.mongo.json.ReactiveMongoFormats\n\ncase class NotificationDetails(fileReference: String, outcome: String, filename: Option[String])\n\nobject NotificationDetails {\n  implicit val format: Format[NotificationDetails] = Json.format[NotificationDetails]\n}\n\ncase class Notification(\n  _id: BSONObjectID,\n  payload: String,\n  details: Option[NotificationDetails] = None,\n  createdAt: DateTime = DateTime.now.withZone(DateTimeZone.UTC)\n)\n\nobject Notification {\n  object DbFormat extends ReactiveMongoFormats {\n    implicit val notificationFormat: OFormat[Notification] = Json.format[Notification]\n  }\n\n  object FrontendFormat {\n    implicit val dateFormat: Format[DateTime] = ReactiveMongoFormats.dateTimeFormats\n\n    def writes(notification: Notification) =\n      notification.details.map { details =>\n        Json.obj(\n          \"fileReference\" -> details.fileReference,\n          \"outcome\" -> details.outcome,\n          \"filename\" -> details.filename,\n          \"createdAt\" -> notification.createdAt\n        )\n      }.getOrElse {\n        Json.obj(\"fileReference\" -> \"\", \"outcome\" -> \"\", \"filename\" -> \"\", \"createdAt\" -> notification.createdAt)\n      }\n\n    implicit val notificationsWrites: Writes[Notification] = writes\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/migrations\/repositories\/MongoRepositorySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations.repositories\n\nimport base.UnitSpec\nimport com.mongodb.MongoNamespace\nimport com.mongodb.client.model.IndexOptions\nimport com.mongodb.client.{ListIndexesIterable, MongoCollection, MongoDatabase}\nimport migrations.repositories.TestObjectsBuilder.buildMongoCursor\nimport org.bson.Document\nimport org.mockito.ArgumentMatchers.{any, anyString, eq => meq}\nimport org.mockito.Mockito._\nimport play.api.libs.json.Json\nimport scala.collection.JavaConverters._\n\nclass MongoRepositorySpec extends UnitSpec {\n\n  private val databaseName = \"testDatabase\"\n  private val collectionName = \"testCollection\"\n  private val mongoNamespace = new MongoNamespace(databaseName, collectionName)\n  private val testIndex = \"TestIndex\"\n\n  private val indexesList = mock[ListIndexesIterable[Document]]\n  private val mongoCollection = mock[MongoCollection[Document]]\n  private val mongoDatabase = mock[MongoDatabase]\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n\n    reset(indexesList, mongoCollection, mongoDatabase)\n\n    when(mongoCollection.getNamespace).thenReturn(mongoNamespace)\n    when(mongoCollection.createIndex(any(), any())).thenReturn(testIndex)\n    when(mongoCollection.listIndexes).thenReturn(indexesList)\n    when(mongoDatabase.getCollection(anyString())).thenReturn(mongoCollection)\n  }\n\n  override def afterEach(): Unit = {\n    reset(indexesList, mongoCollection, mongoDatabase)\n\n    super.afterEach()\n  }\n\n  private def buildIndex(field: String): Document = {\n    val fields = Map(\"key\" -> new Document(field, 1), \"name\" -> s\"${field}Name\")\n    new Document(mapAsJavaMap(fields))\n  }\n\n  private def buildUniqueIndex(field: String): Document = {\n    val fields =\n      Json.obj(\"key\" -> Json.obj(field -> 1), \"name\" -> s\"${field}Name\", \"ns\" -> (databaseName + \".\" + collectionName), \"unique\" -> true).toString()\n\n    Document.parse(fields)\n  }\n\n  \"MongoRepository on ensureIndex\" when {\n\n    \"there is no index in DB\" should {\n\n      \"call MongoCollection to create index\" in {\n\n        when(indexesList.iterator()).thenReturn(buildMongoCursor(Seq.empty))\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(\"uniqueIndex\")) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection).createIndex(meq(new Document(\"uniqueIndex\", 1)), any[IndexOptions])\n      }\n    }\n\n    \"there is non-unique index in DB\" should {\n\n      \"call MongoCollection to drop index\" in {\n\n        val mongoCursor = buildMongoCursor(Seq(buildIndex(\"DEFAULT_LOCK\")))\n        when(indexesList.iterator()).thenReturn(mongoCursor)\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(\"uniqueIndex\")) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection).dropIndex(anyString())\n      }\n\n      \"call MongoCollection to create index\" in {\n\n        val mongoCursor = buildMongoCursor(Seq(buildIndex(\"DEFAULT_LOCK\")))\n        when(indexesList.iterator()).thenReturn(mongoCursor)\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(\"uniqueIndex\")) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection).createIndex(meq(new Document(\"uniqueIndex\", 1)), any[IndexOptions])\n      }\n    }\n\n    \"there is unique index in DB\" should {\n\n      val uniqueField = \"uniqueIndex\"\n\n      \"not call MongoCollection to drop or create index\" in {\n\n        val mongoCursor = buildMongoCursor(Seq(buildUniqueIndex(uniqueField)))\n        when(indexesList.iterator()).thenReturn(mongoCursor)\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(uniqueField)) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection, never()).dropIndex(anyString())\n        verify(mongoCollection, never()).createIndex(any[Document], any[IndexOptions])\n      }\n    }\n\n    \"there are both unique and non-unique indexes in DB\" should {\n\n      val uniqueField = \"uniqueIndex\"\n\n      \"call MongoCollection to drop all non-unique indexes\" in {\n\n        val mongoCursor =\n          buildMongoCursor(Seq(buildUniqueIndex(uniqueField), buildIndex(\"DEFAULT_LOCK\"), buildIndex(\"DEFAULT_LOCK_2\")))\n        when(indexesList.iterator()).thenReturn(mongoCursor)\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(uniqueField)) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection).dropIndex(meq(\"DEFAULT_LOCKName\"))\n        verify(mongoCollection).dropIndex(meq(\"DEFAULT_LOCK_2Name\"))\n      }\n\n      \"not call MongoCollection to create index qwerty\" in {\n\n        val mongoCursor =\n          buildMongoCursor(Seq(buildUniqueIndex(uniqueField), buildIndex(\"DEFAULT_LOCK\"), buildIndex(\"DEFAULT_LOCK_2\")))\n        when(indexesList.iterator()).thenReturn(mongoCursor)\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(uniqueField)) {}\n\n        repo.ensureIndex()\n\n        verify(mongoCollection, never()).createIndex(any[Document], any[IndexOptions])\n      }\n    }\n\n    \"called twice\" should {\n\n      \"not call MongoCollection again\" in {\n\n        when(indexesList.iterator()).thenReturn(buildMongoCursor(Seq.empty))\n        val repo = new MongoRepository(mongoDatabase, collectionName, Array(\"uniqueIndex\")) {}\n\n        repo.ensureIndex()\n        repo.ensureIndex()\n\n        verify(mongoCollection, atMostOnce()).createIndex(meq(new Document(\"uniqueIndex\", 1)), any[IndexOptions])\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/base\/IntegrationSpec.scala","text":"<reponame>hmrc\/cds-file-upload\npackage base\n\nimport com.codahale.metrics.SharedMetricRegistries\nimport org.scalatest.concurrent.IntegrationPatience\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport play.api.test.Injecting\nimport stubs.{MockGenericDownstreamService, WireMockRunner}\n\ntrait IntegrationSpec extends UnitSpec with GuiceOneAppPerSuite with Injecting with IntegrationPatience with MockGenericDownstreamService {\n\n  override implicit lazy val app: Application =\n    GuiceApplicationBuilder()\n      .configure(\n        Map(\n          \"microservice.services.auth.host\" -> WireMockRunner.Host,\n          \"microservice.services.auth.port\" -> WireMockRunner.Port,\n          \"microservice.services.customs-declarations-information.host\" -> WireMockRunner.Host,\n          \"microservice.services.customs-declarations-information.port\" -> WireMockRunner.Port,\n          \"microservice.services.customs-data-store.host\" -> WireMockRunner.Host,\n          \"microservice.services.customs-data-store.port\" -> WireMockRunner.Port\n        )\n      )\n      .build()\n\n  SharedMetricRegistries.clear()\n\n  override protected def beforeAll() {\n    startMockServer()\n  }\n\n  override protected def afterEach(): Unit =\n    resetMockServer()\n\n  override protected def afterAll() {\n    stopMockServer()\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/controllers\/notifications\/NotificationCallbackControllerSpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.notifications\n\nimport java.io.IOException\n\nimport scala.concurrent.ExecutionContext.global\nimport scala.concurrent.Future\nimport scala.xml.NodeSeq\n\nimport base.{ControllerUnitSpec, SfusMetricsMock}\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, times, verify, when}\nimport play.api.test.Helpers._\nimport services.notifications.NotificationService\n\nclass NotificationCallbackControllerSpec extends ControllerUnitSpec with SfusMetricsMock {\n\n  val mockNotificationsService = mock[NotificationService]\n  val controller = new NotificationCallbackController(mockNotificationsService, sfusMetrics, stubControllerComponents())(global)\n  val expectedAuthToken = \"<PASSWORD>\"\n\n  override def afterEach(): Unit = {\n    reset(mockNotificationsService)\n\n    super.afterEach()\n  }\n\n  \"NotificationCallbackController\" should {\n\n    \"return Accepted when the notification has been saved with success\" in {\n\n      when(mockNotificationsService.parseAndSave(any())).thenReturn(Future.successful(Right(())))\n\n      val result = controller.onNotify()(postRequest(<notification\/>, \"Authorization\" -> expectedAuthToken))\n\n      status(result) mustBe ACCEPTED\n      verify(sfusMetrics, times(1)).incrementCounter(any())\n    }\n\n    \"return internal server error when there is a downstream failure\" in {\n\n      when(mockNotificationsService.parseAndSave(any[NodeSeq])).thenReturn(Future.successful(Left(new IOException(\"Server error\"))))\n\n      val result = controller.onNotify()(postRequest(<notification\/>, \"Authorization\" -> expectedAuthToken))\n\n      status(result) mustBe INTERNAL_SERVER_ERROR\n      verify(sfusMetrics, times(0)).incrementCounter(any())\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/repositories\/NotificationsRepositoryIntegrationSpec.scala","text":"<reponame>hmrc\/cds-file-upload\npackage repositories\n\nimport base.{TestMongoDB, UnitSpec}\nimport org.scalatestplus.play.guice.GuiceOneAppPerSuite\nimport play.api.Application\nimport play.api.inject.guice.GuiceApplicationBuilder\nimport reactivemongo.api.indexes.IndexType\nimport reactivemongo.bson.BSONObjectID\nimport testdata.notifications.NotificationsTestData._\n\nimport scala.concurrent.ExecutionContext.Implicits.global\n\nclass NotificationsRepositoryIntegrationSpec extends UnitSpec with GuiceOneAppPerSuite {\n\n  override def fakeApplication(): Application =\n    new GuiceApplicationBuilder()\n      .disable[com.kenshoo.play.metrics.PlayModule]\n      .configure(TestMongoDB.mongoConfiguration)\n      .build()\n\n  private val notificationsRepository = fakeApplication().injector.instanceOf[NotificationsRepository]\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n    notificationsRepository.removeAll().futureValue\n  }\n\n  override def afterEach(): Unit = {\n    notificationsRepository.removeAll().futureValue\n    super.afterEach()\n  }\n\n  \"Notification repository\" should {\n\n    \"have correct indexes\" in {\n\n      val Seq(firstIndex, secondIndex, thirdIndex) = notificationsRepository.indexes\n\n      firstIndex.key mustBe Seq((\"details.fileReference\", IndexType.Ascending))\n      firstIndex.name mustBe defined\n      firstIndex.name.get mustBe \"detailsFileReferenceIdx\"\n\n      secondIndex.key mustBe Seq((\"createdAt\", IndexType.Ascending))\n      secondIndex.name mustBe defined\n      secondIndex.name.get mustBe \"createdAtIndex\"\n\n      thirdIndex.key mustBe Seq((\"details\", IndexType.Ascending))\n      thirdIndex.name mustBe defined\n      thirdIndex.name.get mustBe \"detailsMissingIdx\"\n    }\n  }\n\n  \"Notification repository save operation\" should {\n    \"successfully save a parsed notification\" in {\n      notificationsRepository.save(exampleParsedNotification).futureValue mustBe Right(())\n\n      val result = notificationsRepository.findAll().futureValue\n\n      result.size must equal(1)\n      result.head must equal(exampleParsedNotification)\n    }\n\n    \"successfully save an unparsed notification\" in {\n      notificationsRepository.save(exampleUnparsedNotification).futureValue mustBe Right(())\n\n      val result = notificationsRepository.findAll().futureValue\n\n      result.size must equal(1)\n      result.head must equal(exampleUnparsedNotification)\n    }\n  }\n\n  \"Notification Repository on findNotificationsByReference\" should {\n    val sampleRef = exampleParsedNotification.details.get.fileReference\n\n    \"there are no Notifications for the given reference\" in {\n      notificationsRepository.findNotificationsByReference(sampleRef).futureValue must equal(Seq.empty)\n    }\n\n    \"there is a single Notification for the given reference\" in {\n      notificationsRepository.save(exampleParsedNotification).futureValue mustBe Right(())\n\n      val foundNotifications = notificationsRepository.findNotificationsByReference(sampleRef).futureValue\n\n      foundNotifications.length must equal(1)\n      foundNotifications.head must equal(exampleParsedNotification)\n    }\n\n    \"there are multiple Notifications for the given reference\" in {\n      val anotherMatchingNotification = exampleParsedNotification.copy(_id = BSONObjectID.generate())\n\n      notificationsRepository.save(exampleParsedNotification).futureValue mustBe Right(())\n      notificationsRepository.save(anotherMatchingNotification).futureValue mustBe Right(())\n      notificationsRepository.save(exampleUnparsedNotification).futureValue mustBe Right(())\n\n      val foundNotifications = notificationsRepository.findNotificationsByReference(sampleRef).futureValue\n\n      foundNotifications.length must equal(2)\n    }\n  }\n\n  \"Notification Repository on findUnparsedNotifications\" should {\n    \"there are no Notifications that have not been parsed\" in {\n      notificationsRepository.findUnparsedNotifications().futureValue must equal(Seq.empty)\n    }\n\n    \"there is a single Notification that have not been parsed\" in {\n      notificationsRepository.save(exampleUnparsedNotification).futureValue mustBe Right(())\n\n      val foundNotifications = notificationsRepository.findUnparsedNotifications().futureValue\n\n      foundNotifications.length must equal(1)\n      foundNotifications.head must equal(exampleUnparsedNotification)\n    }\n\n    \"there are multiple Notifications that have not been parsed\" in {\n      val anotherUnparsedNotification = exampleUnparsedNotification.copy(_id = BSONObjectID.generate())\n\n      notificationsRepository.save(exampleUnparsedNotification).futureValue mustBe Right(())\n      notificationsRepository.save(anotherUnparsedNotification).futureValue mustBe Right(())\n\n      val foundNotifications = notificationsRepository.findUnparsedNotifications().futureValue\n\n      foundNotifications.length must equal(2)\n    }\n  }\n\n  \"Notification Repository on updateNotification\" should {\n    \"update the notification with the same _id\" in {\n      notificationsRepository.save(exampleUnparsedNotification).futureValue mustBe Right(())\n\n      val modified = exampleUnparsedNotification.copy(details = exampleParsedNotification.details.map(_.copy(filename = Some(\"NEW.txt\"))))\n\n      notificationsRepository.updateNotification(modified).futureValue\n\n      val result = notificationsRepository.findNotificationsByReference(modified.details.get.fileReference).futureValue\n\n      result.size must equal(1)\n      result.head mustBe modified\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/utils\/testdata\/declarationinformation\/DeclarationStatusTestData.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage testdata.declarationinformation\n\nimport java.time.{LocalDateTime, ZonedDateTime}\n\nimport models.dis.{DeclarationStatus, PreviousDocument}\n\nimport scala.xml.Elem\nimport models.dis.parsers.DateParser.{formatter304, zoneUTC}\nimport testdata.TestData\n\nobject DeclarationStatusTestData {\n\n  object DeclarationStatusWithAllData {\n    def apply(mrn: String): DeclarationStatusWithAllData = new DeclarationStatusWithAllData(mrn)\n  }\n\n  class DeclarationStatusWithAllData(mrn: String) {\n\n    val model = DeclarationStatus(\n      mrn = TestData.mrn,\n      versionId = \"1\",\n      eori = TestData.eori,\n      declarationType = \"IMZ\",\n      ucr = Some(TestData.ucr),\n      receivedDateTime = ZonedDateTime.of(LocalDateTime.parse(\"20190702110700Z\", formatter304), zoneUTC),\n      releasedDateTime = Some(ZonedDateTime.of(LocalDateTime.parse(\"20190702110700Z\", formatter304), zoneUTC)),\n      acceptanceDateTime = Some(ZonedDateTime.of(LocalDateTime.parse(\"20190702110700Z\", formatter304), zoneUTC)),\n      createdDateTime = ZonedDateTime.of(LocalDateTime.parse(\"20200310011300Z\", formatter304), zoneUTC),\n      roe = \"6\",\n      ics = \"15\",\n      irc = Some(\"000\"),\n      totalPackageQuantity = \"10\",\n      goodsItemQuantity = \"100\",\n      previousDocuments = Seq(\n        PreviousDocument(\"18GBAKZ81EQJ2FGVR\", \"DCR\"),\n        PreviousDocument(\"18GBAKZ81EQJ2FGVA\", \"MCR\"),\n        PreviousDocument(\"18GBAKZ81EQJ2FGVB\", \"MCR\"),\n        PreviousDocument(\"18GBAKZ81EQJ2FGVC\", \"DCR\"),\n        PreviousDocument(\"18GBAKZ81EQJ2FGVD\", \"MCR\"),\n        PreviousDocument(\"18GBAKZ81EQJ2FGVE\", \"MCR\")\n      )\n    )\n\n    val xml: Elem = <p:DeclarationStatusResponse\n    xsi:schemaLocation=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\"\n    xmlns:xsi=\"http:\/\/www.w3.org\/2001\/XMLSchema-instance\"\n    xmlns:p4=\"urn:un:unece:uncefact:data:standard:UnqualifiedDataType:6\"\n    xmlns:p3=\"urn:wco:datamodel:WCO:Declaration_DS:DMS:2\"\n    xmlns:p2=\"urn:wco:datamodel:WCO:DEC-DMS:2\"\n    xmlns:p1=\"urn:wco:datamodel:WCO:Response_DS:DMS:2\"\n    xmlns:p=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\">\n      <p:DeclarationStatusDetails>\n        <p:Declaration>\n          <p:AcceptanceDateTime>\n            <p1:DateTimeString formatCode=\"304\">20190102110757Z<\/p1:DateTimeString>\n          <\/p:AcceptanceDateTime>\n          <p:ID>{mrn}<\/p:ID>\n          <p:VersionID>1<\/p:VersionID>\n          <p:ReceivedDateTime>\n            <p:DateTimeString formatCode=\"304\">20190702110857Z<\/p:DateTimeString>\n          <\/p:ReceivedDateTime>\n          <p:GoodsReleasedDateTime>\n            <p:DateTimeString formatCode=\"304\">20190702130957Z<\/p:DateTimeString>\n          <\/p:GoodsReleasedDateTime>\n          <p:ROE>6<\/p:ROE>\n          <p:ICS>15<\/p:ICS>\n          <p:IRC>000<\/p:IRC>\n        <\/p:Declaration>\n        <p2:Declaration>\n          <p2:FunctionCode>9<\/p2:FunctionCode>\n          <p2:TypeCode>IMZ<\/p2:TypeCode>\n          <p2:GoodsItemQuantity unitCode=\"NPR\">100<\/p2:GoodsItemQuantity>\n          <p2:TotalPackageQuantity>10<\/p2:TotalPackageQuantity>\n          <p2:Submitter>\n            <p2:ID>{TestData.eori}<\/p2:ID>\n          <\/p2:Submitter>\n          <p2:GoodsShipment>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVR<\/p2:ID>\n              <p2:TypeCode>DCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVA<\/p2:ID>\n              <p2:TypeCode>MCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVB<\/p2:ID>\n              <p2:TypeCode>MCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVC<\/p2:ID>\n              <p2:TypeCode>DCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVD<\/p2:ID>\n              <p2:TypeCode>MCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:PreviousDocument>\n              <p2:ID>18GBAKZ81EQJ2FGVE<\/p2:ID>\n              <p2:TypeCode>MCR<\/p2:TypeCode>\n            <\/p2:PreviousDocument>\n            <p2:UCR>\n              <p2:TraderAssignedReferenceID>{TestData.ucr}<\/p2:TraderAssignedReferenceID>\n            <\/p2:UCR>\n          <\/p2:GoodsShipment>\n        <\/p2:Declaration>\n      <\/p:DeclarationStatusDetails>\n    <\/p:DeclarationStatusResponse>\n  }\n\n  def declarationStatusWithSelectedFields(mrn: String): Elem = <p:DeclarationStatusResponse\n  xsi:schemaLocation=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\"\n  xmlns:xsi=\"http:\/\/www.w3.org\/2001\/XMLSchema-instance\"\n  xmlns:p4=\"urn:un:unece:uncefact:data:standard:UnqualifiedDataType:6\"\n  xmlns:p3=\"urn:wco:datamodel:WCO:Declaration_DS:DMS:2\"\n  xmlns:p2=\"urn:wco:datamodel:WCO:DEC-DMS:2\"\n  xmlns:p1=\"urn:wco:datamodel:WCO:Response_DS:DMS:2\" xmlns:p=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\">\n    <p:DeclarationStatusDetails>\n      <p:Declaration>\n        <p:ID>{mrn}<\/p:ID>\n        <p:VersionID>1<\/p:VersionID>\n        <p:ReceivedDateTime>\n          <p:DateTimeString formatCode=\"304\">20200227114305Z<\/p:DateTimeString>\n        <\/p:ReceivedDateTime>\n        <p:ROE>H<\/p:ROE>\n        <p:ICS>14<\/p:ICS>\n      <\/p:Declaration>\n      <p2:Declaration>\n        <p2:FunctionCode>9<\/p2:FunctionCode>\n        <p2:TypeCode>EXD<\/p2:TypeCode>\n        <p2:GoodsItemQuantity>1<\/p2:GoodsItemQuantity>\n        <p2:TotalPackageQuantity>1.0<\/p2:TotalPackageQuantity>\n        <p2:Submitter>\n          <p2:ID>GB7172755049242<\/p2:ID>\n        <\/p2:Submitter>\n        <p2:GoodsShipment>\n          <p2:PreviousDocument>\n            <p2:ID>8GB123456765080-101SHIP1<\/p2:ID>\n            <p2:TypeCode>DCR<\/p2:TypeCode>\n          <\/p2:PreviousDocument>\n        <\/p2:GoodsShipment>\n      <\/p2:Declaration>\n    <\/p:DeclarationStatusDetails>\n  <\/p:DeclarationStatusResponse>\n\n  def declarationStatusWithNoPreviousDocuments(mrn: String): Elem = <p:DeclarationStatusResponse\n  xsi:schemaLocation=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\"\n  xmlns:xsi=\"http:\/\/www.w3.org\/2001\/XMLSchema-instance\"\n  xmlns:p4=\"urn:un:unece:uncefact:data:standard:UnqualifiedDataType:6\"\n  xmlns:p3=\"urn:wco:datamodel:WCO:Declaration_DS:DMS:2\"\n  xmlns:p2=\"urn:wco:datamodel:WCO:DEC-DMS:2\"\n  xmlns:p1=\"urn:wco:datamodel:WCO:Response_DS:DMS:2\" xmlns:p=\"http:\/\/gov.uk\/customs\/declarationInformationRetrieval\/status\/v2\">\n    <p:DeclarationStatusDetails>\n      <p:Declaration>\n        <p:ID>{mrn}<\/p:ID>\n        <p:VersionID>1<\/p:VersionID>\n        <p:ReceivedDateTime>\n          <p:DateTimeString formatCode=\"304\">20200227114305Z<\/p:DateTimeString>\n        <\/p:ReceivedDateTime>\n        <p:ROE>H<\/p:ROE>\n        <p:ICS>14<\/p:ICS>\n      <\/p:Declaration>\n      <p2:Declaration>\n        <p2:FunctionCode>9<\/p2:FunctionCode>\n        <p2:TypeCode>EXD<\/p2:TypeCode>\n        <p2:GoodsItemQuantity>1<\/p2:GoodsItemQuantity>\n        <p2:TotalPackageQuantity>1.0<\/p2:TotalPackageQuantity>\n        <p2:Submitter>\n          <p2:ID>GB7172755049242<\/p2:ID>\n        <\/p2:Submitter>\n      <\/p2:Declaration>\n    <\/p:DeclarationStatusDetails>\n  <\/p:DeclarationStatusResponse>\n\n  val declarationStatusNotFoundResponse: Elem =\n    <errorResponse>\n      <code>NOT_FOUND<\/code>\n      <message>Declaration not found<\/message>\n    <\/errorResponse>\n\n  val declarationStatusInternalServerErrorResponse: Elem =\n    <errorResponse>\n      <code>INTERNAL_SERVER_ERROR<\/code>\n      <message>Internal server error<\/message>\n    <\/errorResponse>\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/migrations\/repositories\/LockRepository.scala","text":"<reponame>hmrc\/cds-file-upload<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations.repositories\n\nimport java.util.Date\n\nimport com.mongodb.client.MongoDatabase\nimport com.mongodb.client.model.Filters.{and, lt, or, eq => feq}\nimport com.mongodb.client.model.UpdateOptions\nimport com.mongodb.client.result.UpdateResult\nimport com.mongodb.{DuplicateKeyException, ErrorCategory, MongoWriteException}\nimport migrations.exceptions.LockPersistenceException\nimport migrations.repositories.LockEntry.{ExpiresAtField, KeyField, OwnerField, StatusField}\nimport org.bson.Document\nimport org.bson.conversions.Bson\n\nimport scala.collection.JavaConverters.asScalaIterator\n\nclass LockRepository(collectionName: String, db: MongoDatabase) extends MongoRepository(db, collectionName, Array(KeyField)) {\n\n  \/**\n    * Retrieves a lock by key\n    *\n    * @param lockKey key\n    * @return LockEntry\n    *\/\n  private[migrations] def findByKey(lockKey: String): Option[LockEntry] =\n    asScalaIterator(collection.find(new Document().append(KeyField, lockKey)).iterator).toSeq.headOption\n      .map(LockEntry(_))\n\n  \/**\n    * Removes from database all the locks with the same key (only can be one) and owner\n    *\n    * @param lockKey lock key\n    * @param owner   lock owner\n    *\/\n  private[migrations] def removeByKeyAndOwner(lockKey: String, owner: String): Unit =\n    collection.deleteMany(and(feq(KeyField, lockKey), feq(OwnerField, owner)))\n\n  \/**\n    * If there is a lock in the database with the same key, updates it if either is expired or both share the same owner.\n    * If there is no lock with the same key, it's inserted.\n    *\n    * @param newLock lock to replace the existing one or be inserted.\n    * @throws LockPersistenceException if there is a lock in database with same key, but belongs to another owner\n    *                                   and is not expired or cannot insert\/update the lock for any other reason\n    *\/\n  private[migrations] def insertUpdate(newLock: LockEntry): Unit =\n    insertUpdate(newLock, onlyIfSameOwner = false)\n\n  \/**\n    * If there is a lock in the database with the same key and owner, updates it. Otherwise throws a LockPersistenceException\n    *\n    * @param newLock lock to replace the existing one.\n    * @throws LockPersistenceException if there is no lock in the database with the same key and owner or cannot update\n    *                                  the lock for any other reason\n    *\/\n  private[migrations] def updateIfSameOwner(newLock: LockEntry): Unit =\n    insertUpdate(newLock, onlyIfSameOwner = true)\n\n  private def insertUpdate(newLock: LockEntry, onlyIfSameOwner: Boolean): Unit =\n    try {\n      val acquireLockQuery: Bson = getAcquireLockQuery(newLock.key, newLock.owner, onlyIfSameOwner)\n      val result: UpdateResult = collection.updateMany(\n        acquireLockQuery,\n        new Document().append(\"$set\", newLock.buildFullDBObject),\n        new UpdateOptions().upsert(!onlyIfSameOwner)\n      )\n      if (result.getModifiedCount <= 0 && result.getUpsertedId == null)\n        throw new LockPersistenceException(\"Lock is held\")\n    } catch {\n      case ex: MongoWriteException if ex.getError.getCategory == ErrorCategory.DUPLICATE_KEY =>\n        throw new LockPersistenceException(\"Lock is held\")\n      case _: DuplicateKeyException =>\n        throw new LockPersistenceException(\"Lock is held\")\n    }\n\n  private def getAcquireLockQuery(lockKey: String, owner: String, onlyIfSameOwner: Boolean): Bson = {\n    val expiresAtCond: Bson = lt(ExpiresAtField, new Date)\n    val ownerCond: Bson = feq(OwnerField, owner)\n    val orCond: Bson = if (onlyIfSameOwner) {\n      or(ownerCond)\n    } else {\n      or(expiresAtCond, ownerCond)\n    }\n    and(feq(KeyField, lockKey), feq(StatusField, LockStatus.LockHeld.name), orCond)\n  }\n\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/controllers\/notifications\/NotificationControllerSpec.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.notifications\n\nimport base.ControllerUnitSpec\nimport models.{Notification, NotificationDetails}\nimport org.mockito.ArgumentMatchers.any\nimport org.mockito.Mockito.{reset, when}\nimport play.api.test.Helpers._\nimport reactivemongo.bson.BSONObjectID\nimport services.notifications.NotificationService\nimport testdata.notifications.NotificationsTestData._\n\nimport scala.concurrent.ExecutionContext.global\nimport scala.concurrent.Future\n\nclass NotificationControllerSpec extends ControllerUnitSpec {\n\n  val notificationService = mock[NotificationService]\n\n  val controller = new NotificationController(authAction, notificationService, stubControllerComponents())(global)\n\n  override protected def beforeEach(): Unit = {\n    super.beforeEach()\n\n    authorisedUser()\n  }\n\n  override protected def afterEach(): Unit = {\n    reset(notificationService)\n\n    super.afterEach()\n  }\n\n  \"Notification Controller\" should {\n\n    \"return OK (200)\" when {\n\n      \"notification with specific reference has been found\" in {\n\n        val notification =\n          Notification(BSONObjectID.generate(), payload, Some(NotificationDetails(fileReference, outcomeSuccess, Some(filename))), dateTime)\n\n        when(notificationService.getNotificationForReference(any()))\n          .thenReturn(Future.successful(Some(notification)))\n\n        val result = controller.getNotification(fileReference)(getRequest())\n\n        status(result) mustBe OK\n        contentAsString(result) mustBe s\"\"\"{\"fileReference\":\"$fileReference\",\"outcome\":\"$outcomeSuccess\",\"filename\":\"$filename\",\"createdAt\":{\"$$date\":${dateTime.getMillis}}}\"\"\"\n      }\n    }\n\n    \"return NotFound (404)\" when {\n\n      \"there is no notification related with file reference\" in {\n\n        when(notificationService.getNotificationForReference(any()))\n          .thenReturn(Future.successful(None))\n\n        val result = controller.getNotification(fileReference)(getRequest())\n\n        status(result) mustBe NOT_FOUND\n      }\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/it\/controllers\/notifications\/NotificationsCallbackControllerIntegrationSpec.scala","text":"\/*\n * Copyright 2020 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage controllers.notifications\n\nimport base.UnitSpec\nimport org.scalatestplus.play.guice.GuiceOneServerPerSuite\nimport play.api.libs.ws.WSClient\nimport play.api.test.Helpers._\n\nclass NotificationsCallbackControllerIntegrationSpec extends UnitSpec with GuiceOneServerPerSuite {\n\n  private val wsClient: WSClient = app.injector.instanceOf[WSClient]\n\n  private val notificationUrl = s\"http:\/\/localhost:$port\/internal\/notification\"\n\n  private val validNotification =\n    <Root>\n      <FileReference>some-file-ref-123<\/FileReference>\n      <BatchId>5e634e09-77f6-4ff1-b92a-8a9676c715c4<\/BatchId>\n      <FileName>sample.pdf<\/FileName>\n      <Outcome>SUCCESS<\/Outcome>\n      <Details>[detail block]<\/Details>\n    <\/Root>\n\n  private val notificationWithEmptyFileReference =\n    <Root>\n      <FileReference><\/FileReference>\n      <BatchId>5e634e09-77f6-4ff1-b92a-8a9676c715c4<\/BatchId>\n      <FileName>sample.pdf<\/FileName>\n      <Outcome>SUCCESS<\/Outcome>\n      <Details>[detail block]<\/Details>\n    <\/Root>\n\n  private val notificationWithEmptyOutcome =\n    <Root>\n      <FileReference>some-file-ref-123<\/FileReference>\n      <BatchId>5e634e09-77f6-4ff1-b92a-8a9676c715c4<\/BatchId>\n      <FileName>sample.pdf<\/FileName>\n      <Outcome><\/Outcome>\n      <Details>[detail block]<\/Details>\n    <\/Root>\n\n  private val invalidNotification = <Invalid\/>\n\n  \"Notification endpoint\" should {\n\n    \"return 202 (ACCEPTED) status on POST request for invalid xml\" in {\n\n      val response = await(\n        wsClient\n          .url(notificationUrl)\n          .withHttpHeaders(\"Content-Type\" -> \"application\/xml\")\n          .post(invalidNotification)\n      )\n\n      response.status mustBe ACCEPTED\n    }\n\n    \"return 202 (ACCEPTED) status on POST request for xml with empty File Reference\" in {\n\n      val response = await(\n        wsClient\n          .url(notificationUrl)\n          .withHttpHeaders(\"Content-Type\" -> \"application\/xml\")\n          .post(notificationWithEmptyFileReference)\n      )\n\n      response.status mustBe ACCEPTED\n    }\n\n    \"return 202 (ACCEPTED) status on POST request for xml with empty Outcome\" in {\n\n      val response = await(\n        wsClient\n          .url(notificationUrl)\n          .withHttpHeaders(\"Content-Type\" -> \"application\/xml\")\n          .post(notificationWithEmptyOutcome)\n      )\n\n      response.status mustBe ACCEPTED\n    }\n\n    \"return 202 Accepted on POST request for valid xml\" in {\n\n      val response = await(\n        wsClient\n          .url(notificationUrl)\n          .withHttpHeaders(\"Content-Type\" -> \"application\/xml\")\n          .post(validNotification)\n      )\n\n      response.status mustBe ACCEPTED\n    }\n  }\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"app\/migrations\/MigrationRoutine.scala","text":"<gh_stars>0\n\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations\n\nimport com.google.inject.Singleton\nimport com.mongodb.{MongoClient, MongoClientURI}\nimport config.AppConfig\nimport javax.inject.Inject\nimport migrations.changelogs.notification.MakeParsedDetailsOptional\nimport play.api.Logging\nimport routines.{Routine, RoutinesExecutionContext}\n\nimport scala.concurrent.Future\n\n@Singleton\nclass MigrationRoutine @Inject()(appConfig: AppConfig)(implicit mec: RoutinesExecutionContext) extends Routine with Logging {\n\n  private val uri = new MongoClientURI(appConfig.mongodbUri)\n  private val client = new MongoClient(uri)\n  private val db = client.getDatabase(uri.getDatabase)\n\n  def execute(): Future[Unit] = Future {\n    logger.info(\"Exports Migration feature enabled. Starting migration with ExportsMigrationTool\")\n    migrateWithExportsMigrationTool()\n  }\n\n  val lockMaxTries = 10\n  val lockMaxWaitMillis = minutesToMillis(5)\n  val lockAcquiredForMillis = minutesToMillis(3)\n\n  private def migrateWithExportsMigrationTool(): Unit = {\n    val lockManagerConfig = LockManagerConfig(lockMaxTries, lockMaxWaitMillis, lockAcquiredForMillis)\n    val migrationsRegistry = MigrationsRegistry()\n      .register(new MakeParsedDetailsOptional())\n    val migrationTool = ExportsMigrationTool(db, migrationsRegistry, lockManagerConfig)\n\n    migrationTool.execute()\n    client.close()\n  }\n\n  private def minutesToMillis(minutes: Int): Long = minutes * 60L * 1000L\n}\n"}
{"repo_name":"hmrc\/cds-file-upload","path":"test\/unit\/migrations\/repositories\/LockRepositorySpec.scala","text":"\/*\n * Copyright 2021 HM Revenue & Customs\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage migrations.repositories\n\nimport java.util.Date\n\nimport base.UnitSpec\nimport com.mongodb._\nimport com.mongodb.client.model.Filters.{and, eq => feq}\nimport com.mongodb.client.model.UpdateOptions\nimport com.mongodb.client.result.{DeleteResult, UpdateResult}\nimport com.mongodb.client.{FindIterable, MongoCollection, MongoDatabase}\nimport migrations.exceptions.LockPersistenceException\nimport migrations.repositories.LockEntry._\nimport migrations.repositories.TestObjectsBuilder.buildMongoCursor\nimport org.bson.codecs.configuration.CodecRegistries\nimport org.bson.codecs.{DateCodec, DocumentCodec, StringCodec}\nimport org.bson.conversions.Bson\nimport org.bson.{BsonDateTime, BsonDocument, Document}\nimport org.mockito.ArgumentCaptor\nimport org.mockito.ArgumentMatchers.{any, anyString, eq => meq}\nimport org.mockito.Mockito._\nimport org.mongodb.scala.bson.BsonString\nimport scala.collection.JavaConverters.mapAsJavaMap\n\nclass LockRepositorySpec extends UnitSpec {\n\n  private val databaseName = \"testDatabase\"\n  private val collectionName = \"testCollection\"\n  private val mongoNamespace = new MongoNamespace(databaseName, collectionName)\n\n  private val findIterable = mock[FindIterable[Document]]\n  private val mongoCollection = mock[MongoCollection[Document]]\n  private val mongoDatabase = mock[MongoDatabase]\n\n  private val repo = {\n    defineMocksBehaviourDefault()\n    new LockRepository(collectionName, mongoDatabase)\n  }\n\n  private val lockKey = \"lockKeyValue\"\n  private val status = LockStatus.LockHeld.name\n  private val owner = \"ownerValue\"\n  private val date = new Date()\n  private val lockEntry = LockEntry(lockKey, status, owner, date)\n\n  override def beforeEach(): Unit = {\n    super.beforeEach()\n\n    reset(findIterable, mongoCollection, mongoDatabase)\n\n    defineMocksBehaviourDefault()\n  }\n\n  override def afterEach(): Unit = {\n    reset(findIterable, mongoCollection, mongoDatabase)\n\n    super.afterEach()\n  }\n\n  private def defineMocksBehaviourDefault(): Unit = {\n    when(findIterable.iterator()).thenReturn(buildMongoCursor(Seq.empty))\n    when(mongoCollection.getNamespace).thenReturn(mongoNamespace)\n    when(mongoCollection.find(any[Document])).thenReturn(findIterable)\n    when(mongoCollection.deleteMany(any[Document])).thenReturn(DeleteResult.unacknowledged())\n    when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n      .thenReturn(UpdateResult.unacknowledged())\n    when(mongoDatabase.getCollection(anyString())).thenReturn(mongoCollection)\n  }\n\n  private def getDeleteManyFilterQuery: Bson = {\n    val captor: ArgumentCaptor[Bson] = ArgumentCaptor.forClass(classOf[Bson])\n    verify(mongoCollection).deleteMany(captor.capture())\n    captor.getValue\n  }\n\n  private def getUpdateManyFilterQuery: Bson = {\n    val captor: ArgumentCaptor[Bson] = ArgumentCaptor.forClass(classOf[Bson])\n    verify(mongoCollection).updateMany(captor.capture(), any(), any())\n    captor.getValue\n  }\n\n  private def getUpdateManyUpdateQuery: Bson = {\n    val captor: ArgumentCaptor[Bson] = ArgumentCaptor.forClass(classOf[Bson])\n    verify(mongoCollection).updateMany(any(), captor.capture(), any())\n    captor.getValue\n  }\n\n  private def getUpdateManyUpdateOptions: UpdateOptions = {\n    val captor: ArgumentCaptor[UpdateOptions] = ArgumentCaptor.forClass(classOf[UpdateOptions])\n    verify(mongoCollection).updateMany(any(), any(), captor.capture())\n    captor.getValue\n  }\n\n  private def bsonToDocument(bson: Bson) =\n    bson.toBsonDocument(classOf[Document], CodecRegistries.fromCodecs(new DocumentCodec(), new StringCodec(), new DateCodec()))\n\n  \"LockRepository on findByKey\" should {\n\n    \"call MongoCollection\" in {\n\n      repo.findByKey(\"testKey\")\n\n      verify(mongoCollection).find(any[Bson])\n    }\n\n    \"provide MongoCollection with correct query filter\" in {\n\n      repo.findByKey(lockKey)\n\n      val expectedFilter = new Document(KeyField, lockKey)\n      verify(mongoCollection).find(meq(expectedFilter))\n    }\n\n    \"return None\" when {\n      \"MongoCollection returned empty Iterable\" in {\n\n        val result = repo.findByKey(\"testKey\")\n\n        result mustBe None\n      }\n    }\n\n    \"return LockEntry built from Document returned by MongoCollection\" in {\n\n      val elementInDb =\n        new Document(mapAsJavaMap(Map(KeyField -> lockKey, StatusField -> \"statusValue\", OwnerField -> \"ownerValue\", ExpiresAtField -> date)))\n      when(findIterable.iterator()).thenReturn(buildMongoCursor(Seq(elementInDb)))\n\n      val result = repo.findByKey(lockKey)\n\n      result mustBe defined\n      val expectedLockEntry = LockEntry(lockKey, \"statusValue\", \"ownerValue\", date)\n      result.get mustBe expectedLockEntry\n    }\n  }\n\n  \"LockRepository on removeByKeyAndOwner\" should {\n\n    \"call MongoCollection\" in {\n\n      repo.removeByKeyAndOwner(\"lockKey\", \"owner\")\n\n      verify(mongoCollection).deleteMany(any[Bson])\n    }\n\n    \"provide MongoCollection with correct query filter\" in {\n\n      repo.removeByKeyAndOwner(lockKey, owner)\n\n      val expectedFilter = bsonToDocument(and(feq(KeyField, lockKey), feq(OwnerField, owner)))\n      val bson = bsonToDocument(getDeleteManyFilterQuery)\n\n      bson.getString(KeyField) mustBe expectedFilter.getString(KeyField)\n      bson.getString(OwnerField) mustBe expectedFilter.getString(OwnerField)\n    }\n  }\n\n  \"LockRepository on insertUpdate\" should {\n\n    \"call MongoCollection\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.insertUpdate(lockEntry)\n\n      verify(mongoCollection).updateMany(any[Bson], any[Bson], any[UpdateOptions])\n    }\n\n    \"provide MongoCollection with correct filter query\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.insertUpdate(lockEntry)\n\n      val bson = bsonToDocument(getUpdateManyFilterQuery)\n      bson.getString(KeyField).getValue mustBe lockEntry.key\n      bson.getString(StatusField).getValue mustBe lockEntry.status\n      bson.getArray(\"$or\").get(0).asDocument().getDocument(ExpiresAtField).getDateTime(\"$lt\") mustBe a[BsonDateTime]\n      bson.getArray(\"$or\").get(1).asDocument().getString(OwnerField).getValue mustBe lockEntry.owner\n    }\n\n    \"provide MongoCollection with correct update query\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.insertUpdate(lockEntry)\n\n      val actualLockEntry = bsonToDocument(getUpdateManyUpdateQuery).getDocument(\"$set\")\n      actualLockEntry.getString(KeyField).getValue mustBe lockEntry.key\n      actualLockEntry.getString(StatusField).getValue mustBe lockEntry.status\n      actualLockEntry.getString(OwnerField).getValue mustBe lockEntry.owner\n      actualLockEntry.getDateTime(ExpiresAtField) mustBe a[BsonDateTime]\n    }\n\n    \"provide MongoCollection with correct UpdateOptions\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.insertUpdate(lockEntry)\n\n      val actualUpdateOptions = getUpdateManyUpdateOptions\n      actualUpdateOptions.isUpsert mustBe true\n    }\n\n    \"throw LockPersistenceException\" when {\n\n      \"MongoCollection throws DuplicateKeyException\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new DuplicateKeyException(new BsonDocument(), new ServerAddress(), WriteConcernResult.unacknowledged()))\n\n        intercept[LockPersistenceException](repo.insertUpdate(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n\n      \"MongoCollection throws MongoWriteException with error category Duplicate Key\" in {\n\n        val duplicateKeyErrorCode = 11000\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new MongoWriteException(new WriteError(duplicateKeyErrorCode, \"\", new BsonDocument()), new ServerAddress()))\n\n        intercept[LockPersistenceException](repo.insertUpdate(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n\n      \"MongoCollection returns UpdateResult with ModifiedCount == 0 and UpsertedId == null\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 0L, null))\n\n        intercept[LockPersistenceException](repo.insertUpdate(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n    }\n\n    \"throw MongoWriteException\" when {\n\n      \"MongoCollection throws MongoWriteException with error category other than Duplicate Key\" in {\n\n        val UncategorizedErrorCode = 12345\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new MongoWriteException(new WriteError(UncategorizedErrorCode, \"\", new BsonDocument()), new ServerAddress()))\n\n        intercept[MongoWriteException](repo.insertUpdate(lockEntry))\n      }\n    }\n\n    \"not throw LockPersistenceException\" when {\n\n      \"MongoCollection returns UpdateResult with ModifiedCount == 0 and defined UpsertedId\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 0L, BsonString(\"UpsertedId\")))\n\n        noException mustBe thrownBy(repo.insertUpdate(lockEntry))\n      }\n\n      \"MongoCollection returns UpdateResult with ModifiedCount other than 0 and UpsertedId == null\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 1L, null))\n\n        noException mustBe thrownBy(repo.insertUpdate(lockEntry))\n      }\n    }\n  }\n\n  \"LockRepository on updateIfSameOwner\" should {\n\n    \"call MongoCollection\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.updateIfSameOwner(lockEntry)\n\n      verify(mongoCollection).updateMany(any[Bson], any[Bson], any[UpdateOptions])\n    }\n\n    \"provide MongoCollection with correct filter query\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.updateIfSameOwner(lockEntry)\n\n      val bson = bsonToDocument(getUpdateManyFilterQuery)\n      bson.getString(KeyField).getValue mustBe lockEntry.key\n      bson.getString(StatusField).getValue mustBe lockEntry.status\n      bson.getArray(\"$or\").get(0).asDocument().getString(OwnerField).getValue mustBe lockEntry.owner\n    }\n\n    \"provide MongoCollection with correct update query\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.updateIfSameOwner(lockEntry)\n\n      val actualLockEntry = bsonToDocument(getUpdateManyUpdateQuery).getDocument(\"$set\")\n      actualLockEntry.getString(KeyField).getValue mustBe lockEntry.key\n      actualLockEntry.getString(StatusField).getValue mustBe lockEntry.status\n      actualLockEntry.getString(OwnerField).getValue mustBe lockEntry.owner\n      actualLockEntry.getDateTime(ExpiresAtField) mustBe a[BsonDateTime]\n    }\n\n    \"provide MongoCollection with correct UpdateOptions\" in {\n\n      when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n        .thenReturn(UpdateResult.acknowledged(1, 1L, BsonString(\"UpsertedId\")))\n\n      repo.updateIfSameOwner(lockEntry)\n\n      val actualUpdateOptions = getUpdateManyUpdateOptions\n      actualUpdateOptions.isUpsert mustBe false\n    }\n\n    \"throw LockPersistenceException\" when {\n\n      \"MongoCollection throws DuplicateKeyException\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new DuplicateKeyException(new BsonDocument(), new ServerAddress(), WriteConcernResult.unacknowledged()))\n\n        intercept[LockPersistenceException](repo.updateIfSameOwner(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n\n      \"MongoCollection throws MongoWriteException with error category Duplicate Key\" in {\n\n        val duplicateKeyErrorCode = 11000\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new MongoWriteException(new WriteError(duplicateKeyErrorCode, \"\", new BsonDocument()), new ServerAddress()))\n\n        intercept[LockPersistenceException](repo.updateIfSameOwner(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n\n      \"MongoCollection returns UpdateResult with ModifiedCount == 0 and UpsertedId == null\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 0L, null))\n\n        intercept[LockPersistenceException](repo.updateIfSameOwner(lockEntry)).getMessage mustBe \"Lock is held\"\n      }\n    }\n\n    \"throw MongoWriteException\" when {\n\n      \"MongoCollection throws MongoWriteException with error category other than Duplicate Key\" in {\n\n        val UncategorizedErrorCode = 12345\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenThrow(new MongoWriteException(new WriteError(UncategorizedErrorCode, \"\", new BsonDocument()), new ServerAddress()))\n\n        intercept[MongoWriteException](repo.updateIfSameOwner(lockEntry))\n      }\n    }\n\n    \"not throw LockPersistenceException\" when {\n\n      \"MongoCollection returns UpdateResult with ModifiedCount == 0 and defined UpsertedId\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 0L, BsonString(\"UpsertedId\")))\n\n        noException mustBe thrownBy(repo.updateIfSameOwner(lockEntry))\n      }\n\n      \"MongoCollection returns UpdateResult with ModifiedCount other than 0 and UpsertedId == null\" in {\n\n        when(mongoCollection.updateMany(any[Document], any[Document], any[UpdateOptions]))\n          .thenReturn(UpdateResult.acknowledged(1, 1L, null))\n\n        noException mustBe thrownBy(repo.updateIfSameOwner(lockEntry))\n      }\n    }\n  }\n}\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"project\/PlayWebpackExampleProject.scala","text":"import sbt._\nimport Keys._\nimport play.sbt.PlayImport._\n\nobject PlayWebpackExampleProject {\n\n  def defaultSettings: Seq[Setting[_]] = Seq(\n    organization := \"com.bowlingx\",\n    scalaVersion := \"2.12.1\",\n    scalacOptions ++= Seq(\"-unchecked\", \"-deprecation\", \"-feature\", \"-language:implicitConversions\"),\n    libraryDependencies ++= Seq(\n      ws,\n      guice,\n      filters,\n      \"com.bowlingx\" %% \"play-webpack\" % \"0.1.13\",\n      \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"3.0.0-RC1\" % Test,\n      \"org.sangria-graphql\" %% \"sangria\" % \"1.2.1\",\n      \"org.sangria-graphql\" %% \"sangria-play-json\" % \"1.0.2\"\n    )\n  )\n}\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"build.sbt","text":"<gh_stars>1-10\nimport PlayWebpackExampleProject._\n\nlazy val `play-webpack-example` = (project in file(\".\"))\n  .enablePlugins(PlayScala)\n  .settings(defaultSettings)\n\nTwirlKeys.templateImports += \"com.bowlingx.webpack.WebpackManifest\"\n\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"docker.sbt","text":"<filename>docker.sbt\n\/\/ docker:\n\npackageName in Docker := \"bowlingx\/play-webpack-example\"\n\nmaintainer in Docker := \"<NAME> <<EMAIL>>\"\n\ndockerBaseImage := \"bowlingx\/java-base\"\n\njavaOptions in Universal ++= Seq(\n  \"-Dpidfile.path=\/dev\/null\"\n)\n\ndockerExposedPorts := Seq(9000)\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"app\/controllers\/api\/GraphQL.scala","text":"<filename>app\/controllers\/api\/GraphQL.scala\npackage controllers.api\n\nimport javax.inject.{Inject, Singleton}\n\nimport com.bowlingx.GraphQLContext\nimport play.api.libs.json.{JsObject, JsValue, Json}\nimport play.api.mvc._\nimport sangria.parser.QueryParser\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\n@Singleton\nclass GraphQL @Inject()(component: ControllerComponents, val extractorService: GraphQLContext)\n                       (implicit context: ExecutionContext) extends AbstractController(component) with GraphQLSupport {\n\n  def graphql : Action[JsValue] = Action.async(parse.json) { request \u21d2\n    val query = (request.body \\ \"query\").as[String]\n    val operation = (request.body \\ \"operationName\").asOpt[String].filter(!_.isEmpty)\n    val variables = (request.body \\ \"variables\").toOption.map {\n      case obj: JsObject => obj\n      case _ => Json.obj()\n    }.getOrElse(Json.obj())\n\n    QueryParser.parse(query) match {\n      case Success(queryAst) =>\n        executeGraphQLQuery(queryAst, operation, variables)\n\n      case Failure(error) =>\n        Future.successful(BadRequest(Json.obj(\"error\" \u2192 error.getMessage)))\n    }\n  }\n}\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"app\/controllers\/api\/GraphQLSupport.scala","text":"package controllers.api\n\nimport com.bowlingx.GraphQLContext\nimport jdk.nashorn.api.scripting.JSObject\nimport play.api.libs.json.{JsObject, Json}\nimport play.api.mvc.{AbstractController, Result}\nimport sangria.ast.Document\nimport sangria.execution.ExecutionScheme.Default.{Result => SangriaResult}\nimport sangria.execution.{ErrorWithResolver, Executor, QueryAnalysisError}\nimport sangria.marshalling.playJson.PlayJsonResultMarshaller.Node\nimport sangria.parser.QueryParser\nimport sangria.schema.Schema\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\ntrait GraphQLSupport {\n  self: AbstractController =>\n\n  val extractorService: GraphQLContext\n\n  import sangria.marshalling.playJson._\n  import com.bowlingx.schema._\n\n  implicit def executeQueryMapToResult\n  (result: SangriaResult[GraphQLContext, Node])(implicit ec: ExecutionContext): Future[Result] = {\n    result\n      .map(Ok(_))\n      .recover {\n        case error: QueryAnalysisError => BadRequest(error.resolveError)\n        case error: ErrorWithResolver => InternalServerError(error.resolveError)\n      }\n  }\n\n  def executeGraphQLQuery\n  (query: Document, op: Option[String], vars: JsObject)\n  (implicit ec: ExecutionContext): SangriaResult[GraphQLContext, Node] = {\n    val schema = Schema(QueryType)\n\n    Executor.execute(schema, query, extractorService, operationName = op, variables = vars)\n  }\n\n  implicit def executeQueryMapToString(result: SangriaResult[GraphQLContext, Node])\n                                      (implicit ec: ExecutionContext): Future[String] = {\n    result map (_.toString())\n  }\n\n\n  def createQueryExecutor(implicit ec: ExecutionContext): (String, String, String, JSObject, JSObject) => Unit =\n    (query: String, variables: String, operationName: String, successCallback: JSObject, errorCallback: JSObject) => {\n      val parsedVariables = Json.parse(variables) match {\n        case obj: JsObject => obj\n        case _ => Json.obj()\n      }\n      \/\/ FIXME: write something that converts a JSObject to a play-json object so we don't need to convert it to a string\n      QueryParser.parse(query) match {\n        case Success(queryAst) =>\n          executeGraphQLQuery(queryAst, Option(operationName), parsedVariables).map(r => {\n            successCallback.call(null, r.toString()) \/\/ scalastyle:ignore\n          }).recover {\n            case error: QueryAnalysisError => errorCallback.call(null, Json.stringify(error.resolveError)) \/\/ scalastyle:ignore\n            case error: ErrorWithResolver => errorCallback.call(null, Json.stringify(error.resolveError)) \/\/ scalastyle:ignore\n          }\n\n        case Failure(error) =>\n          errorCallback.call(null, Json.stringify(Json.obj(\"error\" -> error.getMessage))) \/\/ scalastyle:ignore\n      }\n      ()\n    }\n}\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"app\/controllers\/HomeController.scala","text":"package controllers\n\nimport javax.inject._\n\nimport com.bowlingx.{Engine, GraphQLContext}\nimport controllers.api.GraphQLSupport\nimport jdk.nashorn.api.scripting.ScriptObjectMirror\nimport play.api.mvc._\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success}\n\n\n@Singleton\nclass HomeController @Inject()\n(@Named(\"server\") engine: Engine, component: ControllerComponents, val extractorService: GraphQLContext)\n(implicit context: ExecutionContext) extends AbstractController(component) with GraphQLSupport {\n\n  def index(path:String): Action[AnyContent] = Action.async { request =>\n    engine.render(\"render\", createQueryExecutor, request.path).map {\n      case Success(Some(renderResult: ScriptObjectMirror)) =>\n\n        val content = renderResult.get(\"content\").toString\n        val initialState = renderResult.get(\"initialState\").toString\n\n        Ok(views.html.index(content, initialState))\n      case Failure(ex) => Ok(views.html.index(ex.getMessage, \"\"))\n      case _ => NotFound\n    }\n  }\n}\n\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"app\/com\/bowlingx\/GraphQLContext.scala","text":"package com.bowlingx\n\nimport sangria.schema._\n\ncase class ProgrammingLanguage(name: String)\n\nclass GraphQLContext {\n\n  def getExampleData: List[ProgrammingLanguage] = {\n    ProgrammingLanguage(\"Scala\") ::\n      ProgrammingLanguage(\"PHP\") ::\n      ProgrammingLanguage(\"JavaScript\") ::\n      ProgrammingLanguage(\"C++\") :: Nil\n  }\n}\n\npackage object schema {\n\n  import sangria.macros.derive._\n\n  implicit private val ExampleModelType =\n    deriveObjectType[Unit, ProgrammingLanguage](ObjectTypeDescription(\"A Programming language\"))\n\n  val QueryType = ObjectType(\"Query\", fields[GraphQLContext, Unit](\n    Field(\"languages\", ListType(ExampleModelType),\n      description = Some(\"Returns a list of programming languages\"),\n      arguments = Nil,\n      resolve = c => c.ctx.getExampleData\n    )\n  )\n  )\n}"}
{"repo_name":"BowlingX\/play-webpack-example","path":"version.sbt","text":"version in ThisBuild := \"0.1.0-SNAPSHOT\"\n\n"}
{"repo_name":"BowlingX\/play-webpack-example","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.6.2\")\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"0.8.0\")\n\naddSbtPlugin(\"com.bowlingx\" %% \"play-webpack-plugin\" % \"0.1.14\")\n"}
{"repo_name":"alexy\/play-for-scala","path":"ch02-your-first-play-application\/first-sample\/app\/controllers\/Application.scala","text":"<reponame>alexy\/play-for-scala\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\n\nimport javax.inject.Inject\nimport play.api.Configuration\n\n\/**\n * Main application controller.\n *\/\nclass Application @Inject()(val configuration: Configuration) extends Controller {\n\n  \/**\n   * Redirect to the product list.\n   *\/\n  def index = Action { implicit request =>\n    Redirect(routes.Products.list())\n  }\n}\n"}
{"repo_name":"alexy\/play-for-scala","path":"ch02-your-first-play-application\/first-sample\/build.sbt","text":"<reponame>alexy\/play-for-scala\nname := \"first-sample\"\n\nversion := \"1.0-SNAPSHOT\"\n\nupdateOptions := updateOptions.value.withCachedResolution(true)\n\nlibraryDependencies += \"net.sf.barcode4j\" % \"barcode4j\" % \"2.0\"\n\nscalaVersion := \"2.11.8\"\n\nroutesGenerator := InjectedRoutesGenerator\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nresolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\/\"\n\nlibraryDependencies ++= Seq(\n  \"com.adrianhurt\" %% \"play-bootstrap\" % \"1.1-P25-B3-SNAPSHOT\"\n)\n"}
{"repo_name":"alexy\/play-for-scala","path":"ch01-introduction-to-play-2\/hello\/project\/plugins.sbt","text":"<reponame>alexy\/play-for-scala\nlogLevel := Level.Warn\n\nresolvers += \"Typesafe repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/maven-releases\/\"\n\naddSbtPlugin(\"com.typesafe.play\" % \"sbt-plugin\" % \"2.5.3\")\n"}
{"repo_name":"alexy\/play-for-scala","path":"ch01-introduction-to-play-2\/hello\/app\/controllers.scala","text":"package controllers\n\nimport play.api.mvc._\n\n\/**\n * Minimal controller examples that output text\/plain responses.\n *\/\nclass Application extends Controller {\n\n  def index = Action {\n    Ok(\"Hello world\")\n  }\n\n  def hello(name: String) = Action {\n    Ok(\"Hello \" + name)\n  }\n}\n\n\/**\n * Alternate controller that renders a template. This example is a separate class so the action method name\n * can also be \u2018hello\u2019.\n *\/\nclass Application2 extends Controller {\n\n  def hello(name: String) = Action {\n    Ok(views.html.hello(name))\n  }\n}\n"}
{"repo_name":"shigemk2\/my-actor-search-sample","path":"src\/main\/scala\/com\/example\/Hello.scala","text":"package com.example\n\nimport akka.actor.{ActorIdentity, ActorRef, ActorSystem, Identify, Props}\nimport akka.pattern.ask\nimport akka.util.Timeout\n\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.duration._\n\nobject Hello {\n  def main(args: Array[String]): Unit = {\n    val system = ActorSystem(\"mySystem\")\n    implicit val timeout = Timeout(5 seconds)\n\n    \/\/ \u30a2\u30af\u30bf\u30fc\u306e\u751f\u6210\n    val props = Props[MyActor]\n    val actor = system.actorOf(props, name = \"myActor\")\n    Thread.sleep(1000)\n\n    \/\/ \u30a2\u30af\u30bf\u30fc\u5185\u3067\u5225\u306e\u30a2\u30af\u30bf\u30fc\u306e\u691c\u7d22\u3092\u8981\u8acb\n    val future: Future[Any] = actor ? \"search\"\n    val result = Await.result(future, timeout.duration).asInstanceOf[ActorRef]\n    result ! \"hi child\"\n\n    \/\/ \u30a2\u30af\u30bf\u30fc\u5916\u3067\u691c\u7d22\u3059\u308b\u5834\u5408\n    val identifyId = 1\n    val future2: Future[Any] = system.actorSelection(\"\/user\/myActor\") ? Identify(identifyId)\n    val result2 = Await.result(future2, timeout.duration)\n    result2 match {\n      case ActorIdentity(`identifyId`, Some(ref)) => {\n        ref ! \"hi\"\n      }\n      case ActorIdentity(`identifyId`, None) => {\n        println(\"not found\")\n      }\n      case _ => {\n      }\n    }\n\n    actor ! \"out\"\n\n    Thread.sleep(1000)\n    \/\/ val future3: Future[Any] = system.actorSelection(\"\/user\/badActor\") ? Identify(identifyId)\n    \/\/ val result3 = Await.result(future3, timeout.duration)\n    \/\/ result3 ? \"not found\"\n\n    system.terminate()\n  }\n}\n"}
{"repo_name":"shigemk2\/my-actor-search-sample","path":"src\/main\/scala\/com\/example\/MyActor.scala","text":"package com.example\n\nimport akka.actor.{Actor, ActorIdentity, Identify, Props}\nimport akka.event.Logging\n\nclass MyActor extends Actor {\n  val log = Logging(context.system, this)\n\n  val identifyId = 1 \/\/ \u554f\u3044\u5408\u308f\u305b\u756a\u53f7\n  val child = context.actorOf(Props[MyActor2], name = \"myChild\")\n\n  var lastSender = context.system.deadLetters\n\n  def receive = {\n    case \"search\" => {\n      context.actorSelection(\"\/user\/myActor\/myChild\") ! Identify(identifyId) \/\/ \u7d76\u5bfe\u30d1\u30b9\n\n      \/\/ \u305d\u306e\u4ed6\u306e\u6307\u5b9a\u65b9\u6cd5\n      \/\/ context.actorSelection(\"..\/myActor\/myChild\") ! Identify(identifyId) \/\/ \u76f8\u5bfe\u30d1\u30b9\n      \/\/ context.actorSelection(\"myChild\") ! Identify(identifyId) \/\/ \u76f8\u5bfe\u30d1\u30b9 (`.\/myChild` \u306e\u610f\u5473)\n      \/\/ context.actorSelection(\"myChi*\") ! Identify(identifyId) \/\/ \u30ef\u30a4\u30eb\u30c9\u30ab\u30fc\u30c9\n\n      lastSender = sender\n    }\n\n    case ActorIdentity(`identifyId`, Some(ref)) => {\n      log.info(\"found\")\n      lastSender ! ref \/\/ \u691c\u7d22\u7d50\u679c\u3092\u8fd4\u3059\n    }\n\n    case ActorIdentity(`identifyId`, None) => {\n      log.info(\"not found\")\n    }\n\n    case s: String => {\n      log.info(s)\n      child ! s\n    }\n    case _ => {\n    }\n  }\n}\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/JsonFatzebraMerchantParser.scala","text":"<reponame>wix\/libpay-fatzebra\npackage com.wix.pay.fatzebra\r\n\r\nimport org.json4s.DefaultFormats\r\nimport org.json4s.native.Serialization\r\n\r\nclass JsonFatzebraMerchantParser() extends FatzebraMerchantParser {\r\n  private implicit val formats = DefaultFormats\r\n\r\n  override def parse(merchantKey: String): FatzebraMerchant = {\r\n    Serialization.read[FatzebraMerchant](merchantKey)\r\n  }\r\n\r\n  override def stringify(merchant: FatzebraMerchant): String = {\r\n    Serialization.write(merchant)\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/Response.scala","text":"<reponame>wix\/libpay-fatzebra<filename>libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/Response.scala\n\/*      __ __ _____  __                                              *\\\r\n**     \/ \/\/ \/\/ \/_\/ |\/ \/          Wix                                 **\r\n**    \/ \/\/ \/\/ \/ \/|   \/           (c) 2006-2015, Wix LTD.             **\r\n**   \/ \/\/ \/\/ \/ \/\/   |            http:\/\/www.wix.com\/                 **\r\n**   \\__\/|__\/_\/\/_\/| |                                                **\r\n\\*                |\/                                                 *\/\r\npackage com.wix.pay.fatzebra.model\r\n\r\n\r\ncase class Response[T] private (response: Option[T], errors: Option[List[String]]) {\r\n  def this(response: Option[T]) {this(response = response, errors = None)}\r\n  def this(errors: List[String]) {this (response = None, errors = Option(errors))}\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatzebraMerchantParser.scala","text":"package com.wix.pay.fatzebra\r\n\r\ntrait FatzebraMerchantParser {\r\n  def parse(merchantKey: String): FatzebraMerchant\r\n  def stringify(merchant: FatzebraMerchant): String\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/Conversions.scala","text":"<filename>libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/Conversions.scala\npackage com.wix.pay.fatzebra.model\r\n\r\nimport java.math.{BigDecimal => JBigDecimal}\r\n\r\nobject Conversions {\r\n  def toFatzebraAmount(amount: Double): Int = {\r\n    JBigDecimal.valueOf(amount).movePointRight(2).intValueExact()\r\n  }\r\n\r\n  def toFatzebraYearMonth(year: Int, month: Int): String = {\r\n    f\"$month%02d\/$year%04d\"\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatzebraAuthorization.scala","text":"package com.wix.pay.fatzebra\r\n\r\ncase class FatzebraAuthorization(purchaseId: String)\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/PurchaseResponseParser.scala","text":"package com.wix.pay.fatzebra\r\n\r\nimport com.wix.pay.fatzebra.model.{Purchase, Response}\r\nimport org.json4s.DefaultFormats\r\nimport org.json4s.native.Serialization\r\n\r\nobject PurchaseResponseParser {\r\n  private implicit val formats = DefaultFormats\r\n\r\n  def parse(str: String): Response[Purchase] = {\r\n    Serialization.read[Response[Purchase]](str)\r\n  }\r\n\r\n  def stringify(obj: Response[Purchase]): String = {\r\n    Serialization.write(obj)\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/CreatePurchaseRequestParser.scala","text":"<reponame>wix\/libpay-fatzebra\npackage com.wix.pay.fatzebra\r\n\r\nimport com.wix.pay.fatzebra.model.CreatePurchaseRequest\r\nimport org.json4s.DefaultFormats\r\nimport org.json4s.native.Serialization\r\n\r\nobject CreatePurchaseRequestParser {\r\n  private implicit val formats = DefaultFormats\r\n\r\n  def parse(str: String): CreatePurchaseRequest = {\r\n    Serialization.read[CreatePurchaseRequest](str)\r\n  }\r\n\r\n  def stringify(obj: CreatePurchaseRequest): String = {\r\n    Serialization.write(obj)\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-testkit\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/testkit\/FatzebraDriver.scala","text":"package com.wix.pay.fatzebra.testkit\r\n\r\n\r\nimport akka.http.scaladsl.model.Uri.Path\r\nimport akka.http.scaladsl.model._\r\nimport com.google.api.client.util.Base64\r\nimport com.wix.e2e.http.api.StubWebServer\r\nimport com.wix.e2e.http.client.extractors.HttpMessageExtractors._\r\nimport com.wix.e2e.http.server.WebServerFactory.aStubWebServer\r\nimport com.wix.pay.creditcard.CreditCard\r\nimport com.wix.pay.fatzebra.model.Conversions._\r\nimport com.wix.pay.fatzebra.model._\r\nimport com.wix.pay.fatzebra.{CaptureRequestParser, CreatePurchaseRequestParser, PurchaseResponseParser}\r\nimport com.wix.pay.model.CurrencyAmount\r\n\r\n\r\nclass FatzebraDriver(server: StubWebServer) {\r\n\r\n  def this(port: Int) = this(aStubWebServer.onPort(port).build)\r\n\r\n  def start(): Unit = server.start()\r\n\r\n  def stop(): Unit = server.stop()\r\n\r\n  def reset(): Unit = server.replaceWith()\r\n\r\n  def requests: Seq[HttpRequest] = server.recordedRequests\r\n\r\n  def lastRequest: HttpRequest = requests.last\r\n\r\n  def aCreatePurchaseRequestFor(username: String,\r\n                                password: String,\r\n                                currencyAmount: CurrencyAmount,\r\n                                reference: String,\r\n                                customerIpAddress: String,\r\n                                creditCard: CreditCard,\r\n                                capture: Boolean): CreatePurchaseCtx = {\r\n    new CreatePurchaseCtx(\r\n      username = username,\r\n      password = password,\r\n      currencyAmount = currencyAmount,\r\n      reference = reference,\r\n      customerIpAddress = customerIpAddress,\r\n      creditCard = creditCard,\r\n      capture = capture)\r\n  }\r\n\r\n  def anyCreatePurchaseRequest = new {\r\n    def getsAccepted(purchaseId: String = \"somePurchaseId\",\r\n                     reference: String = \"someReference\",\r\n                     currency: String = \"USD\"): Unit = {\r\n      returns(\r\n        statusCode = StatusCodes.Created,\r\n        response = new Response[Purchase](Some(Purchase(\r\n          authorization = Some(\"55355\"),\r\n          id = Some(purchaseId),\r\n          amount = Some(1000),\r\n          decimal_amount = Some(10.0),\r\n          authorized = Some(true),\r\n          message = Some(\"Approved\"),\r\n          reference = Some(reference),\r\n          currency = Some(currency),\r\n          response_code = Some(\"99\"),\r\n          captured = Some(false),\r\n          cvv_match = Some(\"U\")))))\r\n    }\r\n\r\n    def getsDeclined(purchaseId: String = \"somePurchaseId\",\r\n                     reference: String = \"someReference\",\r\n                     currency: String = \"USD\"): Unit = {\r\n      returns(\r\n        statusCode = StatusCodes.OK,\r\n        response = new Response[Purchase](Some(Purchase(\r\n          id = Some(purchaseId),\r\n          amount = Some(1000),\r\n          decimal_amount = Some(10.0),\r\n          successful = Some(false),\r\n          authorized = Some(false),\r\n          message = Some(\"Declined\"),\r\n          reference = Some(reference),\r\n          currency = Some(currency),\r\n          response_code = Some(\"99\"),\r\n          captured = Some(false),\r\n          cvv_match = Some(\"U\")))))\r\n    }\r\n\r\n    def returns(statusCode: StatusCode, response: Response[Purchase]): Unit = {\r\n      server.appendAll {\r\n        case HttpRequest(\r\n        HttpMethods.POST,\r\n        Path(\"\/purchases\"),\r\n        _,\r\n        _,\r\n        _) => HttpResponse(\r\n          status = statusCode,\r\n          entity = HttpEntity(ContentTypes.`application\/json`, PurchaseResponseParser.stringify(response)))\r\n      }\r\n    }\r\n  }\r\n\r\n  def aCaptureRequestFor(username: String,\r\n                         password: String,\r\n                         purchaseId: String,\r\n                         amount: Double): CaptureCtx = {\r\n    new CaptureCtx(username = username, password = password, purchaseId = purchaseId, amount = amount)\r\n  }\r\n\r\n  abstract class Ctx(val resource: String, username: String, password: String) {\r\n    def isStubbedRequestEntity(entity: HttpEntity, headers: Seq[HttpHeader]): Boolean = {\r\n      isAuthorized(headers) && verifyContent(entity)\r\n    }\r\n\r\n    private def isAuthorized(headers: Seq[HttpHeader]): Boolean = {\r\n      val expectedValue = s\"Basic ${Base64.encodeBase64String(s\"$username:$password\".getBytes(\"UTF-8\"))}\"\r\n      for (header <- headers) {\r\n        if (header.name == \"Authorization\") {\r\n          return header.value == expectedValue\r\n        }\r\n      }\r\n\r\n      false\r\n    }\r\n\r\n    protected def verifyContent(entity: HttpEntity): Boolean\r\n\r\n    def returns(statusCode: StatusCode, response: Response[Purchase]): Unit = {\r\n      server.appendAll {\r\n        case HttpRequest(\r\n        HttpMethods.POST,\r\n        Path(`resource`),\r\n        headers,\r\n        entity,\r\n        _) if isStubbedRequestEntity(entity, headers) =>\r\n          HttpResponse(\r\n            status = statusCode,\r\n            entity = HttpEntity(ContentTypes.`application\/json`, PurchaseResponseParser.stringify(response)))\r\n      }\r\n    }\r\n\r\n    def errors(statusCode: StatusCode, response: Response[Purchase]): Unit = {\r\n      server.appendAll {\r\n        case HttpRequest(\r\n        HttpMethods.POST,\r\n        Path(`resource`),\r\n        headers,\r\n        entity,\r\n        _) if isStubbedRequestEntity(entity, headers) =>\r\n          HttpResponse(\r\n            status = statusCode,\r\n            entity = HttpEntity(ContentTypes.`application\/json`, PurchaseResponseParser.stringify(response)))\r\n      }\r\n    }\r\n\r\n    def failsOnInvalidUsername(): Unit = {\r\n      errors(\r\n        statusCode = StatusCodes.Unauthorized,\r\n        response = new Response[Purchase](errors = List(\"Incorrect Username or Token\"))\r\n      )\r\n    }\r\n\r\n    def failsOnInvalidUsernameWithTransactionId(id: String): Unit = {\r\n      val res = PurchaseResponseParser.stringify(Response(response = Some(Purchase(id = Some(id))), errors = Some(List(\"Incorrect Username or Token\"))))\r\n      errors(\r\n        statusCode = StatusCodes.Unauthorized,\r\n        response = Response(response = Some(Purchase(id = Some(id))), errors = Some(List(\"Incorrect Username or Token\"))))\r\n    }\r\n  }\r\n\r\n  class CreatePurchaseCtx(username: String,\r\n                          password: String,\r\n                          currencyAmount: CurrencyAmount,\r\n                          reference: String,\r\n                          customerIpAddress: String,\r\n                          creditCard: CreditCard,\r\n                          capture: Boolean) extends Ctx(\"\/purchases\", username, password) {\r\n    private val expectedCreatePurchaseRequest = CreatePurchaseRequest(\r\n      card_holder = creditCard.holderName.get,\r\n      card_number = creditCard.number,\r\n      card_expiry = toFatzebraYearMonth(\r\n        year = creditCard.expiration.year,\r\n        month = creditCard.expiration.month),\r\n      cvv = creditCard.csc.orNull,\r\n      amount = toFatzebraAmount(currencyAmount.amount),\r\n      reference = reference,\r\n      customer_ip = customerIpAddress,\r\n      currency = currencyAmount.currency,\r\n      capture = capture)\r\n\r\n    override def verifyContent(entity: HttpEntity): Boolean = {\r\n      val createPurchaseRequest = CreatePurchaseRequestParser.parse(entity.extractAsString)\r\n      createPurchaseRequest == expectedCreatePurchaseRequest\r\n    }\r\n\r\n    def returns(purchaseId: String): Unit = {\r\n      returns(\r\n        statusCode = StatusCodes.Created,\r\n        response = new Response[Purchase](Some(Purchase(\r\n          authorization = Some(\"55355\"),\r\n          id = Some(purchaseId),\r\n          amount = Some(1000),\r\n          decimal_amount = Some(10.0),\r\n          authorized = Some(true),\r\n          message = Some(\"Approved\"),\r\n          reference = Some(reference),\r\n          currency = Some(currencyAmount.currency),\r\n          response_code = Some(\"99\"),\r\n          captured = Some(false),\r\n          cvv_match = Some(\"U\")))))\r\n    }\r\n\r\n    def getsDeclined(purchaseId: String): Unit = {\r\n      returns(\r\n        statusCode = StatusCodes.OK,\r\n        response = new Response[Purchase](Some(Purchase(\r\n          id = Some(purchaseId),\r\n          amount = Some(1000),\r\n          decimal_amount = Some(10.0),\r\n          successful = Some(false),\r\n          authorized = Some(false),\r\n          message = Some(\"Declined\"),\r\n          reference = Some(reference),\r\n          currency = Some(currencyAmount.currency),\r\n          response_code = Some(\"99\"),\r\n          captured = Some(false),\r\n          cvv_match = Some(\"U\")))))\r\n    }\r\n  }\r\n\r\n  class CaptureCtx(username: String,\r\n                   password: String,\r\n                   purchaseId: String,\r\n                   amount: Double) extends Ctx(s\"\/purchases\/$purchaseId\/capture\", username, password) {\r\n    private val expectedCaptureRequest = CaptureRequest(amount = toFatzebraAmount(amount))\r\n\r\n    override def verifyContent(entity: HttpEntity): Boolean = {\r\n      val captureRequest = CaptureRequestParser.parse(entity.extractAsString)\r\n      captureRequest == expectedCaptureRequest\r\n    }\r\n\r\n    def succeeds(): Unit = {\r\n      returns(\r\n        statusCode = StatusCodes.OK,\r\n        response = new Response[Purchase](Some(Purchase(\r\n          id = Some(purchaseId),\r\n          amount = Some(Conversions.toFatzebraAmount(amount)),\r\n          decimal_amount = Some(amount),\r\n          successful = Some(true),\r\n          authorized = Some(false),\r\n          message = Some(\"someMessage\"),\r\n          reference = Some(\"someReference\"),\r\n          currency = Some(\"USD\"),\r\n          response_code = Some(\"0\"),\r\n          captured = Some(true),\r\n          captured_amount = Some(Conversions.toFatzebraAmount(amount)),\r\n          cvv_match = Some(\"U\")))))\r\n    }\r\n  }\r\n\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/Purchase.scala","text":"package com.wix.pay.fatzebra.model\r\n\r\ncase class Purchase(authorization: Option[String] = None,\r\n                    id: Option[String] = None,\r\n                    card_number: Option[String] = None,\r\n                    card_holder: Option[String] = None,\r\n                    card_expiry: Option[String] = None,\r\n                    card_token: Option[String] = None,\r\n                    amount: Option[Int] = None,\r\n                    decimal_amount: Option[Double] = None,\r\n                    successful: Option[Boolean] = None,\r\n                    authorized: Option[Boolean] = None,\r\n                    message: Option[String] = None,\r\n                    reference: Option[String] = None,\r\n                    currency: Option[String] = None,\r\n                    transaction_id: Option[String] = None,\r\n                    settlement_date: Option[String] = None,\r\n                    transaction_date: Option[String] = None,\r\n                    response_code: Option[String] = None,\r\n                    captured: Option[Boolean] = None,\r\n                    captured_amount: Option[Int] = None,\r\n                    rrn: Option[String] = None,\r\n                    cvv_match: Option[String] = None)\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatZebraRequestBuilder.scala","text":"package com.wix.pay.fatzebra\n\nimport com.wix.pay.creditcard.CreditCard\nimport com.wix.pay.fatzebra.model.Conversions.{toFatzebraAmount, toFatzebraYearMonth}\nimport com.wix.pay.fatzebra.model.CreatePurchaseRequest\nimport com.wix.pay.model.{Customer, Deal, Payment}\n\nclass FatZebraRequestBuilder(defaultIp: String = \"127.0.0.1\") {\n\n  def createPurchaseRequest(creditCard: CreditCard,\n                            payment: Payment,\n                            deal: Option[Deal],\n                            customer: Option[Customer],\n                            capture: Boolean): CreatePurchaseRequest = {\n    require(creditCard.holderName.nonEmpty, \"Credit card holder name is mandatory for FatZebra\")\n    require(payment.installments == 1, \"FatZebra does not support installments\")\n    require(deal.isDefined, \"Deal is mandatory for FatZebra\")\n    require(deal.get.id.nonEmpty, \"Deal ID is mandatory for FatZebra\")\n\n    CreatePurchaseRequest(\n      card_holder = creditCard.holderName.get,\n      card_number = creditCard.number,\n      card_expiry = toFatzebraYearMonth(\n        year = creditCard.expiration.year,\n        month = creditCard.expiration.month),\n      cvv = creditCard.csc.orNull,\n      amount = toFatzebraAmount(payment.currencyAmount.amount),\n      reference = deal.get.id,\n      customer_ip = customer.flatMap(_.ipAddress).getOrElse(defaultIp),\n      currency = payment.currencyAmount.currency,\n      capture = capture)\n  }\n}\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/CaptureRequest.scala","text":"<filename>libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/CaptureRequest.scala\npackage com.wix.pay.fatzebra.model\r\n\r\ncase class CaptureRequest(amount: Int)\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/CaptureRequestParser.scala","text":"package com.wix.pay.fatzebra\r\n\r\nimport com.wix.pay.fatzebra.model.CaptureRequest\r\nimport org.json4s.DefaultFormats\r\nimport org.json4s.native.Serialization\r\n\r\nobject CaptureRequestParser {\r\n  private implicit val formats = DefaultFormats\r\n\r\n  def parse(str: String): CaptureRequest = {\r\n    Serialization.read[CaptureRequest](str)\r\n  }\r\n\r\n  def stringify(obj: CaptureRequest): String = {\r\n    Serialization.write(obj)\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/model\/CreatePurchaseRequest.scala","text":"package com.wix.pay.fatzebra.model\r\n\r\ncase class CreatePurchaseRequest(card_holder: String,\r\n                                 card_number: String,\r\n                                 card_expiry: String,\r\n                                 cvv: String,\r\n                                 amount: Int,\r\n                                 reference: String,\r\n                                 customer_ip: String,\r\n                                 currency: String,\r\n                                 capture: Boolean) extends Serializable\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatzebraAuthorizationParser.scala","text":"package com.wix.pay.fatzebra\r\n\r\ntrait FatzebraAuthorizationParser {\r\n  def parse(authorizationKey: String): FatzebraAuthorization\r\n  def stringify(authorization: FatzebraAuthorization): String\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/JsonFatzebraAuthorizationParser.scala","text":"<gh_stars>0\npackage com.wix.pay.fatzebra\r\n\r\nimport org.json4s.DefaultFormats\r\nimport org.json4s.native.Serialization\r\n\r\nclass JsonFatzebraAuthorizationParser() extends FatzebraAuthorizationParser {\r\n  private implicit val formats = DefaultFormats\r\n\r\n  override def parse(authorizationKey: String): FatzebraAuthorization = {\r\n    Serialization.read[FatzebraAuthorization](authorizationKey)\r\n  }\r\n\r\n  override def stringify(authorization: FatzebraAuthorization): String = {\r\n    Serialization.write(authorization)\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatzebraMerchant.scala","text":"package com.wix.pay.fatzebra\r\n\r\ncase class FatzebraMerchant(username: String, password: String)\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra-common\/src\/test\/scala\/com\/wix\/pay\/fatzebra\/PurchaseResponseParserTest.scala","text":"<filename>libpay-fatzebra-common\/src\/test\/scala\/com\/wix\/pay\/fatzebra\/PurchaseResponseParserTest.scala\npackage com.wix.pay.fatzebra\r\n\r\n\r\nimport com.wix.pay.fatzebra.model.{Purchase, Response}\r\nimport org.specs2.mutable.SpecWithJUnit\r\nimport org.specs2.specification.Scope\r\n\r\n\r\nclass PurchaseResponseParserTest extends SpecWithJUnit {\r\n  trait Ctx extends Scope {}\r\n\r\n  \"stringify and then parse\" should {\r\n    \"yield an object similar to the original one\" in new Ctx {\r\n      val someObj = new Response[Purchase](Some(Purchase(\r\n          authorization = Some(\"some authorization\")\r\n      )))\r\n\r\n      val str = PurchaseResponseParser.stringify(someObj)\r\n      PurchaseResponseParser.parse(str) must beEqualTo(someObj)\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/test\/scala\/com\/wix\/pay\/fatzebra\/it\/FatzebraGatewayIT.scala","text":"package com.wix.pay.fatzebra.it\r\n\r\n\r\nimport com.wix.pay.creditcard.{CreditCard, CreditCardOptionalFields, YearMonth}\r\nimport com.wix.pay.fatzebra.FatzebraMatchers._\r\nimport com.wix.pay.fatzebra._\r\nimport com.wix.pay.fatzebra.testkit.FatzebraDriver\r\nimport com.wix.pay.model.{CurrencyAmount, Customer, Deal, Payment}\r\nimport com.wix.pay.{PaymentErrorException, PaymentGateway, PaymentRejectedException}\r\nimport org.specs2.mutable.SpecWithJUnit\r\nimport org.specs2.specification.Scope\r\n\r\nimport scala.util.Try\r\n\r\n\r\nclass FatzebraGatewayIT extends SpecWithJUnit {\r\n  val fatzebraPort = 9036\r\n\r\n  val driver = new FatzebraDriver(port = fatzebraPort)\r\n\r\n\r\n  step {\r\n    driver.start()\r\n  }\r\n\r\n  sequential\r\n\r\n\r\n  trait Ctx extends Scope {\r\n    val merchantParser = new JsonFatzebraMerchantParser()\r\n    val authorizationParser = new JsonFatzebraAuthorizationParser()\r\n\r\n    val someMerchant = FatzebraMerchant(\r\n      username = \"someUsername\",\r\n      password = \"<PASSWORD>\")\r\n    val merchantKey = merchantParser.stringify(someMerchant)\r\n\r\n    val fatzebra: PaymentGateway = new FatzebraGateway(\r\n      merchantParser = merchantParser,\r\n      authorizationParser = authorizationParser,\r\n      endpointUrl = s\"http:\/\/localhost:$fatzebraPort\"\r\n    )\r\n\r\n    driver.reset()\r\n  }\r\n\r\n  \"authorize request via FatZebra gateway\" should {\r\n    val someCurrencyAmount = CurrencyAmount(\"USD\", 33.3)\r\n    val somePayment = Payment(someCurrencyAmount, 1)\r\n    val someCreditCard = CreditCard(\r\n      \"4012888818888\",\r\n      YearMonth(2020, 12),\r\n      Some(CreditCardOptionalFields.withFields(\r\n        csc = Some(\"123\"),\r\n        holderName = Some(\"some holder name\"))))\r\n    val someDeal = Deal(\r\n      id = \"someDealId\",\r\n      title = null,\r\n      description = null)\r\n    val someCustomerIpAddress = \"1.2.3.4\"\r\n    val someCustomer = Customer(ipAddress = Some(someCustomerIpAddress))\r\n\r\n    \"gracefully fail on invalid merchant key\" in new Ctx {\r\n      driver.aCreatePurchaseRequestFor(\r\n        someMerchant.username,\r\n        someMerchant.password,\r\n        someCurrencyAmount,\r\n        someDeal.id,\r\n        someCustomerIpAddress,\r\n        someCreditCard,\r\n        capture = false) failsOnInvalidUsername()\r\n\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = Some(someDeal)\r\n      ) must beAFailedTry.like {\r\n        case e: PaymentErrorException =>\r\n          e.message must contain(\"Incorrect Username or Token\")\r\n      }\r\n    }\r\n\r\n    \"gracefully fail on invalid merchant key\" in new Ctx {\r\n      driver.aCreatePurchaseRequestFor(\r\n        someMerchant.username,\r\n        someMerchant.password,\r\n        someCurrencyAmount,\r\n        someDeal.id,\r\n        someCustomerIpAddress,\r\n        someCreditCard,\r\n        capture = false) failsOnInvalidUsernameWithTransactionId \"someTransactionId\"\r\n\r\n      private val triedString: Try[String] = fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = Some(someDeal)\r\n      )\r\n      triedString must beAFailedTry.like {\r\n        case e: PaymentErrorException => e must beEqualTo(PaymentErrorException(\"List(Incorrect Username or Token)\", Some(\"someTransactionId\")))\r\n      }\r\n    }\r\n\r\n    \"gracefully fail on invalid deal\" in new Ctx {\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = None\r\n      ) must beAFailedTry(\r\n        check = beAnInstanceOf[PaymentErrorException]\r\n      )\r\n    }\r\n\r\n    \"gracefully fail on invalid customer\" in new Ctx {\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = None,\r\n        deal = Some(someDeal)\r\n      ) must beAFailedTry(\r\n        check = beAnInstanceOf[PaymentErrorException]\r\n      )\r\n    }\r\n\r\n    \"successfully yield an authorization key on valid request\" in new Ctx {\r\n      val somePurchaseId = \"somePurchaseID\"\r\n\r\n      driver.aCreatePurchaseRequestFor(\r\n        someMerchant.username,\r\n        someMerchant.password,\r\n        someCurrencyAmount,\r\n        someDeal.id,\r\n        someCustomerIpAddress,\r\n        someCreditCard,\r\n        capture = false\r\n      ) returns somePurchaseId\r\n\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = Some(someDeal)\r\n      ) must beASuccessfulTry(\r\n        check = beAuthorizationKey(\r\n          authorization = beAuthorization(\r\n            purchaseId = ===(somePurchaseId))\r\n        )\r\n      )\r\n    }\r\n\r\n    \"gracefully fail on rejected card\" in new Ctx {\r\n      val somePurchaseId = \"somePurchaseId\"\r\n\r\n      driver.aCreatePurchaseRequestFor(\r\n        someMerchant.username,\r\n        someMerchant.password,\r\n        someCurrencyAmount,\r\n        someDeal.id,\r\n        someCustomerIpAddress,\r\n        someCreditCard,\r\n        capture = false\r\n      ) getsDeclined somePurchaseId\r\n\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = Some(someDeal)\r\n      ) must beAFailedTry(\r\n        check = beAnInstanceOf[PaymentRejectedException]\r\n      )\r\n    }\r\n\r\n    \"gracefully fail on rejected card with transactionId\" in new Ctx {\r\n      val somePurchaseId = \"somePurchaseId\"\r\n\r\n      driver.aCreatePurchaseRequestFor(\r\n        someMerchant.username,\r\n        someMerchant.password,\r\n        someCurrencyAmount,\r\n        someDeal.id,\r\n        someCustomerIpAddress,\r\n        someCreditCard,\r\n        capture = false\r\n      ) getsDeclined somePurchaseId\r\n\r\n      fatzebra.authorize(\r\n        merchantKey = merchantKey,\r\n        creditCard = someCreditCard,\r\n        payment = somePayment,\r\n        customer = Some(someCustomer),\r\n        deal = Some(someDeal)\r\n      ) must beAFailedTry.like {\r\n        case e: PaymentRejectedException => e must beEqualTo(PaymentRejectedException(\"Declined\", Some(somePurchaseId)))\r\n      }\r\n    }\r\n  }\r\n\r\n  \"capture request via FatZebra gateway\" should {\r\n    \"successfully yield a transaction ID on valid request\" in new Ctx {\r\n      val someAuthorization = FatzebraAuthorization(purchaseId = \"somePurchaseId\")\r\n      val authorizationKey = authorizationParser.stringify(someAuthorization)\r\n      val someAmount = 11.1\r\n\r\n      driver.aCaptureRequestFor(\r\n        someMerchant.username, someMerchant.password, someAuthorization.purchaseId, someAmount\r\n      ) succeeds()\r\n\r\n      fatzebra.capture(\r\n        merchantKey = merchantKey,\r\n        authorizationKey = authorizationKey,\r\n        amount = someAmount\r\n      ) must beASuccessfulTry(\r\n        check = ===(someAuthorization.purchaseId)\r\n      )\r\n    }\r\n  }\r\n\r\n\r\n  \"voidAuthorization request via FatZebra gateway\" should {\r\n    \"successfully yield a transaction ID on valid request\" in new Ctx {\r\n      val someAuthorization = FatzebraAuthorization(purchaseId = \"somePurchaseId\")\r\n      val authorizationKey = authorizationParser.stringify(someAuthorization)\r\n\r\n      fatzebra.voidAuthorization(\r\n        merchantKey = merchantKey,\r\n        authorizationKey = authorizationKey\r\n      ) must beASuccessfulTry(\r\n        check = ===(someAuthorization.purchaseId)\r\n      )\r\n    }\r\n  }\r\n\r\n\r\n  step {\r\n    driver.stop()\r\n  }\r\n}\r\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/test\/scala\/com\/wix\/pay\/fatzebra\/FatzebraMatchers.scala","text":"package com.wix.pay.fatzebra\r\n\r\nimport org.specs2.matcher.{AlwaysMatcher, Matcher, Matchers}\r\n\r\ntrait FatzebraMatchers extends Matchers {\r\n  def authorizationParser: FatzebraAuthorizationParser\r\n\r\n  def beAuthorization(purchaseId: Matcher[String] = AlwaysMatcher()): Matcher[FatzebraAuthorization] = {\r\n    purchaseId ^^ { (_: FatzebraAuthorization).purchaseId aka \"purchaseId\" }\r\n  }\r\n\r\n  def beAuthorizationKey(authorization: Matcher[FatzebraAuthorization]): Matcher[String] = {\r\n    authorization ^^ { authorizationParser.parse(_: String) aka \"parsed authorization\"}\r\n  }\r\n\r\n  def beMerchant(username: Matcher[String] = AlwaysMatcher(),\r\n                 password: Matcher[String] = AlwaysMatcher()): Matcher[FatzebraMerchant] = {\r\n    username ^^ { (_: FatzebraMerchant).username aka \"username\" } and\r\n      password ^^ { (_: FatzebraMerchant).password aka \"password\" }\r\n  }\r\n}\r\n\r\nobject FatzebraMatchers extends FatzebraMatchers {\r\n  override val authorizationParser = new JsonFatzebraAuthorizationParser()\r\n}"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/test\/scala\/com\/wix\/pay\/fatzebra\/FatZebraRequestBuilderTest.scala","text":"package com.wix.pay.fatzebra\n\nimport com.wix.pay.creditcard.CreditCard\nimport com.wix.pay.fatzebra.model.CreatePurchaseRequest\nimport com.wix.pay.model.{Customer, Deal, Payment}\nimport com.wix.pay.testkit.LibPayTestSupport\nimport org.specs2.matcher.Matcher\nimport org.specs2.mutable.SpecWithJUnit\nimport org.specs2.specification.Scope\n\nclass FatZebraRequestBuilderTest extends SpecWithJUnit with LibPayTestSupport {\n  \"throw IllegalArgumentException when card holder name is absent\" in new ctx {\n    createPurchaseRequest(creditCard = _.withoutHolderName) must throwAn[IllegalArgumentException]\n  }\n\n  \"throw IllegalArgumentException when payment installments != 1\" in new ctx {\n    createPurchaseRequest(payment = _.withInstallments(2)) must throwAn[IllegalArgumentException]\n  }\n\n  \"throw IllegalArgumentException when deal is absent\" in new ctx {\n    createPurchaseRequest2(deal = None) must throwAn[IllegalArgumentException]\n  }\n\n  \"throw IllegalArgumentException when deal id is empty\" in new ctx {\n    createPurchaseRequest(deal = _.withId(\"\")) must throwAn[IllegalArgumentException]\n  }\n\n  \"use customer ip when it is present in request\" in new ctx {\n    createPurchaseRequest(customer = _.withIpAddress(someIp)) must haveIp(someIp)\n  }\n\n  \"use default ip when customer is absent in request\" in new ctx {\n    createPurchaseRequest2(customer = None) must haveIp(defaultIp)\n  }\n\n  \"use default ip when customer ip is absent in request\" in new ctx {\n    createPurchaseRequest(customer = _.withoutIpAddress) must haveIp(defaultIp)\n  }\n\n  trait ctx extends Scope {\n    val someIp = \"someIp\"\n    val defaultIp = \"someDefaultIp\"\n    val requestBuilder = new FatZebraRequestBuilder(defaultIp)\n\n    def createPurchaseRequest(creditCard: CreditCard => CreditCard = identity,\n                              payment: Payment => Payment = identity,\n                              deal: Deal => Deal = identity,\n                              customer: Customer => Customer = identity): CreatePurchaseRequest =\n      createPurchaseRequest2(creditCard(someCreditCard), payment(somePayment), Some(deal(someDeal)), Some(customer(someCustomer)))\n\n    def createPurchaseRequest2(creditCard: CreditCard = someCreditCard,\n                               payment: Payment = somePayment,\n                               deal: Option[Deal] = Some(someDeal),\n                               customer: Option[Customer] = None): CreatePurchaseRequest =\n      requestBuilder.createPurchaseRequest(creditCard, payment, deal, customer, capture = true)\n\n    def haveIp(ip: String): Matcher[CreatePurchaseRequest] =\n      be_==(ip) ^^ {(_: CreatePurchaseRequest).customer_ip}\n  }\n}\n"}
{"repo_name":"wix\/libpay-fatzebra","path":"libpay-fatzebra\/src\/main\/scala\/com\/wix\/pay\/fatzebra\/FatzebraGateway.scala","text":"\/*      __ __ _____  __                                              *\\\r\n**     \/ \/\/ \/\/ \/_\/ |\/ \/          Wix                                 **\r\n**    \/ \/\/ \/\/ \/ \/|   \/           (c) 2006-2015, Wix LTD.             **\r\n**   \/ \/\/ \/\/ \/ \/\/   |            http:\/\/www.wix.com\/                 **\r\n**   \\__\/|__\/_\/\/_\/| |                                                **\r\n\\*                |\/                                                 *\/\r\npackage com.wix.pay.fatzebra\r\n\r\nimport java.io.{ByteArrayOutputStream, InputStream}\r\nimport java.net.{HttpURLConnection, URL}\r\nimport java.util.Base64\r\n\r\nimport com.wix.pay.creditcard.CreditCard\r\nimport com.wix.pay.fatzebra.model.Conversions._\r\nimport com.wix.pay.fatzebra.model.{CaptureRequest, Purchase, Response}\r\nimport com.wix.pay.model.{Customer, Deal, Payment}\r\nimport com.wix.pay.{PaymentErrorException, PaymentException, PaymentGateway, PaymentRejectedException}\r\nimport org.apache.commons.io.IOUtils\r\n\r\nimport scala.concurrent.duration.Duration\r\nimport scala.util.{Failure, Success, Try}\r\n\r\nobject Endpoints {\r\n  val production = \"https:\/\/gateway.fatzebra.com.au\/v1.0\"\r\n  val sandbox = \"https:\/\/gateway.sandbox.fatzebra.com.au\/v1.0\"\r\n}\r\n\r\nclass FatzebraGateway(connectTimeout: Option[Duration] = None,\r\n                      readTimeout: Option[Duration] = None,\r\n                      numberOfRetries: Int = 0,\r\n                      endpointUrl: String = Endpoints.production,\r\n                      requestBuilder: FatZebraRequestBuilder = new FatZebraRequestBuilder(),\r\n                      merchantParser: FatzebraMerchantParser = new JsonFatzebraMerchantParser,\r\n                      authorizationParser: FatzebraAuthorizationParser = new JsonFatzebraAuthorizationParser) extends PaymentGateway {\r\n  override def authorize(merchantKey: String,\r\n                         creditCard: CreditCard,\r\n                         payment: Payment,\r\n                         customer: Option[Customer],\r\n                         deal: Option[Deal]): Try[String] = executeSafe {\r\n    val merchant = merchantParser.parse(merchantKey)\r\n    val request = requestBuilder.createPurchaseRequest(creditCard, payment, deal, customer, capture = false)\r\n    val requestJson = CreatePurchaseRequestParser.stringify(request)\r\n    val response = submitRequest(\"\/purchases\", merchant.username, merchant.password, requestJson)\r\n\r\n    val res = response match {\r\n      case ApprovedPurchase(authorization) => authorizationParser.stringify(FatzebraAuthorization(authorization))\r\n      case RejectedPurchase(message, transactionId) => throw PaymentRejectedException(message, transactionId)\r\n      case ErroneousPurchase(errors, transactionId) => throw PaymentErrorException(errors, transactionId)\r\n      case _ => throw new IllegalArgumentException(\"FatZebra response is unexpectedly empty\")\r\n    }\r\n    res\r\n  }\r\n\r\n  override def capture(merchantKey: String, authorizationKey: String, amount: Double): Try[String] = executeSafe {\r\n    val merchant = merchantParser.parse(merchantKey)\r\n    val authorization = authorizationParser.parse(authorizationKey)\r\n    val request = CaptureRequest(amount = toFatzebraAmount(amount))\r\n    val requestJson = CaptureRequestParser.stringify(request)\r\n    val response = submitRequest(\r\n      s\"\/purchases\/${authorization.purchaseId}\/capture\",\r\n      merchant.username,\r\n      merchant.password,\r\n      requestJson)\r\n\r\n    response match {\r\n      case CapturedPurchase(purchaseId) => purchaseId\r\n      case RejectedCapture(message, transactionId) => throw PaymentRejectedException(message, transactionId)\r\n      case ErroneousPurchase(errors, transactionId) => throw PaymentErrorException(errors, transactionId)\r\n      case _ => throw new IllegalArgumentException(\"FatZebra response is unexpectedly empty\")\r\n    }\r\n  }\r\n\r\n  override def sale(merchantKey: String,\r\n                    creditCard: CreditCard,\r\n                    payment: Payment,\r\n                    customer: Option[Customer], deal: Option[Deal]): Try[String] = executeSafe {\r\n    val merchant = merchantParser.parse(merchantKey)\r\n    val request = requestBuilder.createPurchaseRequest(creditCard, payment, deal, customer, capture = true)\r\n    val requestJson = CreatePurchaseRequestParser.stringify(request)\r\n    val response = submitRequest(\"\/purchases\", merchant.username, merchant.password, requestJson)\r\n\r\n    response match {\r\n      case ApprovedPurchase(purchaseId) => purchaseId\r\n      case RejectedPurchase(message, transactionId) => throw PaymentRejectedException(message, transactionId)\r\n      case ErroneousPurchase(errors, transactionId) => throw PaymentErrorException(errors, transactionId)\r\n      case _ => throw new IllegalArgumentException(\"FatZebra response is unexpectedly empty\")\r\n    }\r\n  }\r\n\r\n  override def voidAuthorization(merchantKey: String, authorizationKey: String): Try[String] = {\r\n    Try(authorizationParser.parse(authorizationKey).purchaseId)\r\n  }\r\n\r\n  private def submitRequest(resource: String,\r\n                            username: String,\r\n                            password: String,\r\n                            requestJson: String): Response[Purchase] = {\r\n    val body = requestJson.getBytes(\"UTF-8\")\r\n\r\n    val url = new URL(s\"$endpointUrl$resource\")\r\n    val connection = url.openConnection().asInstanceOf[HttpURLConnection]\r\n    try {\r\n      connectTimeout foreach (duration => connection.setConnectTimeout(duration.toMillis.toInt))\r\n      readTimeout foreach (duration => connection.setReadTimeout(duration.toMillis.toInt))\r\n\r\n      connection.setDoOutput(true)\r\n      connection.setRequestMethod(\"POST\")\r\n      connection.setRequestProperty(\"Content-Type\", \"application\/json\")\r\n      connection.setRequestProperty(\"Content-Length\", body.length.toString)\r\n      connection.setRequestProperty(\"Authorization\", s\"Basic ${Base64.getEncoder.encodeToString(s\"$username:$password\".getBytes(\"UTF-8\"))}\")\r\n\r\n      val output = connection.getOutputStream\r\n      try {\r\n        output.write(body)\r\n      } finally {\r\n        output.close()\r\n      }\r\n\r\n      Try {\r\n        val in = connection.getInputStream\r\n        try {\r\n          val responseJson = readFullyAsString(in)\r\n          PurchaseResponseParser.parse(responseJson)\r\n        } finally {\r\n          in.close()\r\n        }\r\n      } match {\r\n        case Success(response) => response\r\n        case Failure(_) =>\r\n          val err = connection.getErrorStream\r\n          try {\r\n            val errorResponseJson = readFullyAsString(err)\r\n            PurchaseResponseParser.parse(errorResponseJson)\r\n          } finally {\r\n            err.close()\r\n          }\r\n      }\r\n    } finally {\r\n      connection.disconnect()\r\n    }\r\n  }\r\n\r\n  private def readFullyAsString(in: InputStream): String = {\r\n    val baos = new ByteArrayOutputStream\r\n    IOUtils.copy(in, baos)\r\n    new String(baos.toByteArray, \"UTF-8\")\r\n  }\r\n\r\n  private def executeSafe(f: => String): Try[String] = {\r\n    Try {\r\n      f\r\n    } match {\r\n      case Success(value) => Success(value)\r\n      case Failure(e: PaymentException) => Failure(e)\r\n      case Failure(e) => Failure(PaymentErrorException(e.getMessage, e))\r\n    }\r\n  }\r\n}\r\n\r\nobject ApprovedPurchase {\r\n  def unapply(response: Response[Purchase]): Option[String] = {\r\n    response match {\r\n      case Response(Some(purchase), _) if purchase.message.contains(\"Approved\") => purchase.id\r\n      case _ =>\r\n        None\r\n    }\r\n  }\r\n}\r\n\r\nobject RejectedPurchase {\r\n  def unapply(response: Response[Purchase]): Option[(String, Option[String])] = {\r\n    response match {\r\n      case Response(Some(purchase), _) if !purchase.message.contains(\"Approved\") => purchase.message.map(_ -> purchase.id)\r\n      case _ => None\r\n    }\r\n  }\r\n}\r\n\r\nobject ErroneousPurchase {\r\n  def unapply(response: Response[Purchase]): Option[(String, Option[String])] = {\r\n    response match {\r\n      case Response(purchase, Some(errors)) if errors.nonEmpty => Option(errors.toString()).map(_ -> purchase.flatMap(_.id))\r\n      case _ => None\r\n    }\r\n  }\r\n}\r\n\r\nobject CapturedPurchase {\r\n  def unapply(response: Response[Purchase]): Option[String] = {\r\n    response match {\r\n      case Response(Some(purchase), _) if purchase.captured.getOrElse(false) => purchase.id\r\n      case _ => None\r\n    }\r\n  }\r\n}\r\n\r\nobject RejectedCapture {\r\n  def unapply(response: Response[Purchase]): Option[(String, Option[String])] = {\r\n    response match {\r\n      case Response(Some(purchase), _) if !purchase.captured.getOrElse(false) => purchase.message.map(_ -> purchase.id)\r\n      case _ => None\r\n    }\r\n  }\r\n}\r\n"}
{"repo_name":"magneticio\/docker-jvm-images","path":"sbt-base\/mock\/project\/plugins.sbt","text":"<gh_stars>0\nresolvers += Resolver.url(\n  \"bintray-sbt-plugin-releases\",\n  url(\"http:\/\/dl.bintray.com\/content\/sbt\/sbt-plugin-releases\"))(\n    Resolver.ivyStylePatterns)\n\naddSbtPlugin(\"org.xerial.sbt\" % \"sbt-pack\" % \"0.8.0\")\n\nresolvers += Classpaths.sbtPluginReleases\n\nresolvers += Classpaths.typesafeReleases\n\naddSbtPlugin(\"com.typesafe.sbt\" % \"sbt-pgp\" % \"0.8.3\")\n\naddSbtPlugin(\"org.scalariform\" % \"sbt-scalariform\" % \"1.6.0\")\n\naddSbtPlugin(\"org.foundweekends\" % \"sbt-bintray\" % \"0.5.1\")\n"}
{"repo_name":"magneticio\/docker-jvm-images","path":"sbt-base\/mock\/build.sbt","text":"<reponame>magneticio\/docker-jvm-images\nname := \"mock\"\n\nscalaVersion := \"2.12.1\"\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % \"2.4.16\",\n  \"com.typesafe.akka\" %% \"akka-http\" % \"10.0.3\",\n  \"com.typesafe.akka\" %% \"akka-parsing\" % \"10.0.3\",\n  \"de.heikoseeberger\" %% \"akka-sse\" % \"2.0.0\" excludeAll ExclusionRule(organization = \"com.typesafe.akka\"),\n  \"ch.megard\" %% \"akka-http-cors\" % \"0.1.10\",\n  \"com.typesafe.akka\" %% \"akka-slf4j\" % \"2.4.16\" exclude(\"org.slf4j\", \"slf4j-api\"),\n  \"org.slf4j\" % \"slf4j-api\" % \"1.7.21\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.7\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.5.0\" exclude(\"org.slf4j\", \"slf4j-api\"),\n  \"com.typesafe\"  % \"config\" % \"1.3.1\",\n  \"org.json4s\" %% \"json4s-native\" % \"3.5.0\",\n  \"org.json4s\" %% \"json4s-core\" % \"3.5.0\",\n  \"org.json4s\" %% \"json4s-ext\" % \"3.5.0\",\n  \"org.yaml\" % \"snakeyaml\" % \"1.16\",\n  \"io.kamon\" %% \"kamon-core\" % \"0.6.4\" excludeAll ExclusionRule(organization = \"com.typesafe.akka\"),\n  \"org.slf4j\" % \"jul-to-slf4j\" % \"1.7.21\",\n  \/\/ Testing\n  \"junit\" % \"junit\" % \"4.11\" % \"test\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % \"test\",\n  \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\" % \"test\",\n  \"com.typesafe.akka\" %% \"akka-testkit\" % \"2.4.14\" % \"test\"\n)\n"}
{"repo_name":"magneticio\/docker-jvm-images","path":"sbt-builder\/mock\/build.sbt","text":"name := \"mock\"\n\nversion := \"0.1\"\n\nscalaVersion := \"2.12.8\"\n\nval akkaVersion = \"2.5.19\"\nval akkaHttpVersion = \"10.1.8\"\nval elastic4sVersion = \"6.2.9\"\n\nresolvers ++= Seq(\n  \"Sonatype Snapshots\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/snapshots\",\n  \"Sonatype Releases\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/releases\",\n  Resolver.bintrayRepo(\"magnetic-io\", \"vamp\")\n)\n\nlibraryDependencies ++= Seq(\n  \"com.typesafe.akka\" %% \"akka-actor\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-stream\" % akkaVersion,\n  \"com.typesafe.akka\" %% \"akka-http\" % akkaHttpVersion,\n  \"com.typesafe.akka\" %% \"akka-slf4j\" % akkaVersion,\n  \"io.fabric8\" % \"kubernetes-client\" % \"4.3.0\",\n  \"io.fabric8\" % \"openshift-client\" % \"4.3.0\",\n  \"org.slf4j\" % \"slf4j-api\" % \"1.7.26\",\n  \"com.lightbend.akka\" %% \"akka-stream-alpakka-sse\" % \"0.16\",\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\",\n  \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.7.2\",\n  \"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.0.6\",\n  \"com.fasterxml.jackson.dataformat\" % \"jackson-dataformat-yaml\" % \"2.9.2\",\n  \"com.fasterxml.jackson.core\" % \"jackson-core\" % \"2.9.2\",\n  \"com.fasterxml.jackson.core\" % \"jackson-databind\" % \"2.9.2\",\n  \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % \"2.9.2\",\n  \"org.apache.commons\" % \"commons-lang3\" % \"3.7\",\n  \"com.hazelcast\" % \"hazelcast\" % \"3.11.2\",\n  \"com.hazelcast\" % \"hazelcast-kubernetes\" % \"1.1.0\",\n  \"javax.cache\" % \"cache-api\" % \"1.0.0\",\n  \"com.github.gilbertw1\" %% \"slack-scala-client\" % \"0.2.2\",\n  \"ai.api\" % \"libai\" % \"1.6.12\",\n  \"io.spray\" %% \"spray-json\" % \"1.3.3\",\n  \"com.typesafe.akka\" %% \"akka-http-spray-json\" % \"10.0.11\",\n  \"com.github.swagger-akka-http\" %% \"swagger-akka-http\" % \"0.11.0\",\n  \"org.feijoas\" %% \"mango\" % \"0.14\",\n  \"org.scalactic\" %% \"scalactic\" % \"3.0.4\",\n  \"com.typesafe.akka\" %% \"akka-http-spray-json\" % \"10.0.11\",\n  \"com.nulab-inc\" %% \"scala-oauth2-core\" % \"1.3.0\",\n  \"com.nulab-inc\" %% \"akka-http-oauth2-provider\" % \"1.3.0\",\n  \"ch.megard\" %% \"akka-http-cors\" % \"0.2.2\",\n  \"me.snowdrop\" % \"istio-client-uberjar\" % \"1.1.0\",\n  \"me.snowdrop\" % \"servicecatalog-client\" % \"1.1.1\",\n  \"io.vamp\" % \"conditionals\" % \"0.1.14\" exclude(\"org.sonatype.sisu\", \"sisu-guava\"),\n  \"com.github.seratch\" % \"jslack\" % \"1.0.26\",\n  \"com.chuusai\" %% \"shapeless\" % \"2.3.3\",\n  \"org.mongodb\" % \"mongodb-driver\" % \"3.5.0\",\n  \"org.shredzone.acme4j\" % \"acme4j\" % \"2.1\",\n  \"org.shredzone.acme4j\" % \"acme4j-utils\" % \"2.1\",\n  \"org.bouncycastle\" % \"bcprov-jdk15on\" % \"1.61\",\n  \"org.bouncycastle\" % \"bcpkix-jdk15on\" % \"1.61\", \n  \"com.sksamuel.elastic4s\" %% \"elastic4s-core\" % elastic4sVersion,\n  \"com.google.cloud\" % \"google-cloud-dns\" % \"0.54.0-alpha\",\n  \"dnsjava\" % \"dnsjava\" % \"2.1.8\",\n  \"org.awaitility\" % \"awaitility-scala\" % \"3.1.2\",\n  \"org.scalanlp\" %% \"breeze\" % \"0.13.2\",\n  \"org.scalanlp\" %% \"breeze-natives\" % \"0.13.2\",\n  \"org.f100ded.scala-url-builder\" %% \"scala-url-builder\" % \"0.9.0\",\n  \/\/ for the http client\n  \"com.sksamuel.elastic4s\" %% \"elastic4s-http\" % elastic4sVersion,\n  \"de.flapdoodle.embed\" % \"de.flapdoodle.embed.mongo\" % \"2.0.1\" % Test,\n  \"com.typesafe.akka\" %% \"akka-testkit\" % akkaVersion % Test,\n  \"com.typesafe.akka\" %% \"akka-http-testkit\" % akkaHttpVersion % Test,\n  \"org.mockito\" % \"mockito-core\" % \"2.13.0\" % Test,\n  \"org.scalacheck\" %% \"scalacheck\" % \"1.14.0\" % Test,\n  \"org.scalatest\" %% \"scalatest\" % \"3.0.8\" % Test,\n  \"org.scalamock\" %% \"scalamock\" % \"4.3.0\" % Test\n)\n"}
{"repo_name":"magneticio\/docker-jvm-images","path":"sbt-builder\/mock\/project\/plugins.sbt","text":"<reponame>magneticio\/docker-jvm-images\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.10\")\n\naddSbtPlugin(\"org.scalastyle\" %% \"scalastyle-sbt-plugin\" % \"1.0.0\")\n\naddSbtPlugin(\"net.virtual-void\" % \"sbt-dependency-graph\" % \"0.9.0\")\n\naddSbtPlugin(\"org.scoverage\" % \"sbt-scoverage\" % \"1.5.1\")\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/test\/scala\/io\/spinor\/sparkdemo\/mllib\/KMeanClusterSpec.scala","text":"<filename>src\/test\/scala\/io\/spinor\/sparkdemo\/mllib\/KMeanClusterSpec.scala\npackage io.spinor.sparkdemo.mllib\n\nimport io.spinor.sparkdemo.data.DigitalBreathTestData\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.spark.mllib.clustering.KMeans\nimport org.apache.spark.mllib.linalg.Vectors\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.slf4j.LoggerFactory\n\n\/**\n  * A demo of the K-Mean clustering algorithm.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass KMeanClusterSpec extends FlatSpec with DemoUtil with Matchers {\n  \/** The number of clusters. *\/\n  final val NUM_CLUSTERS = 3\n\n  \/** The maximum number of iterations. *\/\n  final val MAX_ITERATIONS = 50\n\n  \/** The initialisation mode. *\/\n  final val INITIALISATION_MODE = KMeans.K_MEANS_PARALLEL\n\n  \/** The number of runs. *\/\n  final val NUM_RUNS = 1\n\n  \/** The epsilon value for comparison against doubles. *\/\n  final val EPSILON = 1e-4\n\n  \/** The logger. *\/\n  final val logger = LoggerFactory.getLogger(classOf[KMeanClusterSpec])\n\n  \/** The digital breathtest data. *\/\n  final val digitalBreathTestData = new DigitalBreathTestData()\n\n  \"Running K-Means on DigitalBreathTestData2013\" should \"generate clusters\" in {\n    val csvDataFile = digitalBreathTestData.loadData()\n    val labeledDataFile = digitalBreathTestData.labelData(csvDataFile)\n\n    val sparkConf = new SparkConf()\n    sparkConf.setAppName(\"NaiveBayesDemo\")\n    sparkConf.setMaster(\"local[2]\")\n\n    val sparkContext = new SparkContext(sparkConf)\n    val fileRDD = sparkContext.textFile(labeledDataFile.getAbsolutePath)\n    val labelledRDD = fileRDD.map(csvLine => Vectors.dense(csvLine.split(\",\").map(_.toDouble)))\n    labelledRDD.cache()\n\n    val kmeans = new KMeans()\n    kmeans.setK(NUM_CLUSTERS)\n    kmeans.setMaxIterations(MAX_ITERATIONS)\n    kmeans.setInitializationMode(INITIALISATION_MODE)\n    kmeans.setRuns(NUM_RUNS)\n    kmeans.setEpsilon(EPSILON)\n\n    val kmeansModel = kmeans.run(labelledRDD)\n\n    logger.info(s\"Input rows: ${labelledRDD.count()}\")\n    logger.info(s\"K-Means cost: ${kmeansModel.computeCost(labelledRDD)}\")\n\n    kmeansModel.clusterCenters.foreach(center => logger.info(center.toString))\n\n    val prediction = kmeansModel.predict(labelledRDD)\n    prediction.countByValue().foreach(p => logger.info(p.toString()))\n\n    csvDataFile.delete()\n    labeledDataFile.delete()\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/main\/scala\/io\/spinor\/sparkdemo\/data\/MNISTData.scala","text":"<filename>src\/main\/scala\/io\/spinor\/sparkdemo\/data\/MNISTData.scala\npackage io.spinor.sparkdemo.data\n\nimport java.io.{File, FileInputStream, InputStream}\nimport java.net.URL\nimport java.nio.ByteBuffer\nimport java.util.zip.GZIPInputStream\n\nimport com.google.common.base.Preconditions.checkArgument\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.spark.SparkContext\nimport org.apache.spark.rdd.RDD\n\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * Utility classs to download the MNIST data set.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass MNISTData extends DemoUtil {\n  \/** The training image dataset url. *\/\n  final val TRAINING_IMAGES_URL = new URL(\"http:\/\/yann.lecun.com\/exdb\/mnist\/train-images-idx3-ubyte.gz\")\n\n  \/** The training label dataset url. *\/\n  final val TRAINING_LABELS_URL = new URL(\"http:\/\/yann.lecun.com\/exdb\/mnist\/train-labels-idx1-ubyte.gz\")\n\n  \/** The test images url. *\/\n  final val TEST_IMAGES_URL = new URL(\"http:\/\/yann.lecun.com\/exdb\/mnist\/t10k-images-idx3-ubyte.gz\")\n\n  \/** The test labels url. *\/\n  final val TEST_LABELS_URL = new URL(\"http:\/\/yann.lecun.com\/exdb\/mnist\/t10k-labels-idx1-ubyte.gz\")\n\n  \/** The location of the training images file. *\/\n  final val TRAINING_IMAGES_FILE = new File(\"\/tmp\/train-images-idx3-ubyte.gz\")\n\n  \/** The location of the training labels file. *\/\n  final val TRAINING_LABELS_FILE = new File(\"\/tmp\/train-labels-idx1-ubyte.gz\")\n\n  \/** The location of the test images file. *\/\n  final val TEST_IMAGES_FILE = new File(\"\/tmp\/t10k-images-idx3-ubyte.gz\")\n\n  \/** The location of the test labels file. *\/\n  final val TEST_LABELS_FILE = new File(\"\/tmp\/t10k-labels-idx1-ubyte.gz\")\n\n  \/** The image file magic number. *\/\n  final val IMAGES_MAGIC_NUMBER = 2051\n\n  \/** The image file magic number. *\/\n  final val LABELS_MAGIC_NUMBER = 2049\n\n  \/** The expected number of rows. *\/\n  final val EXPECTED_ROWS = 28\n\n  \/** The expected number of cols. *\/\n  final val EXPECTED_COLS = 28\n\n  \/** The number of bytes per image. *\/\n  final val BYTES_PER_IMAGE = 28 * 28\n\n  \/** The number of bytes per label. *\/\n  final val BYTES_PER_LABEL = 1\n\n  \/* download the sample data. *\/\n  super.downloadFile(TRAINING_IMAGES_URL, TRAINING_IMAGES_FILE)\n  super.downloadFile(TRAINING_LABELS_URL, TRAINING_LABELS_FILE)\n  super.downloadFile(TEST_IMAGES_URL, TEST_IMAGES_FILE)\n  super.downloadFile(TEST_LABELS_URL, TEST_LABELS_FILE)\n\n  \/**\n    * Gets the training images\/labels RDD.\n    *\n    * @return the training images\/labels RDD\n    *\/\n  def getTrainingData(): Array[(Array[Double], Double)] = {\n    generateDataset(TRAINING_IMAGES_FILE, TRAINING_LABELS_FILE, 60000)\n  }\n\n  \/**\n    * Gets the test images\/labels RDD.\n    *\n    * @return the test images\/labels RDD\n    *\/\n  def getTestData(): Array[(Array[Double], Double)] = {\n    generateDataset(TEST_IMAGES_FILE, TEST_LABELS_FILE, 10000)\n  }\n\n  \/**\n    * Generate the dataset RDD.\n    *\n    * @param imageFile the compressed images file\n    * @param labelsFile the compressed labels file\n    * @param expectedNumberOfImages the expected number of images\/labels\n    * @return the generated RDD\n    *\/\n  private def generateDataset(imageFile: File, labelsFile: File, expectedNumberOfImages: Int): Array[(Array[Double], Double)] = {\n    val images = readImages(imageFile, expectedNumberOfImages)\n    val labels = readLabels(labelsFile, expectedNumberOfImages)\n\n    images zip labels\n  }\n\n  \/**\n    * Read the images into a sequence.\n    *\n    * @param imageFile              the compressed image file\n    * @param expectedNumberOfImages the expected number of images\n    * @return the sequence of images as byte arrays\n    *\/\n  private def readImages(imageFile: File, expectedNumberOfImages: Int): Array[Array[Double]] = {\n    val gzipInputStream = new GZIPInputStream(new FileInputStream(imageFile))\n    val images = ArrayBuffer.empty[Array[Double]]\n    val tempBuffer = new Array[Byte](100)\n\n    readAndCheckInt(gzipInputStream, IMAGES_MAGIC_NUMBER)\n    readAndCheckInt(gzipInputStream, expectedNumberOfImages)\n    readAndCheckInt(gzipInputStream, EXPECTED_ROWS)\n    readAndCheckInt(gzipInputStream, EXPECTED_COLS)\n\n    while (gzipInputStream.available() > 0) {\n      val buffer = new Array[Byte](BYTES_PER_IMAGE)\n      gzipInputStream.read(buffer, 0, BYTES_PER_IMAGE)\n\n      images += buffer.map(_.toDouble)\n    }\n\n    gzipInputStream.close()\n\n    images.toArray\n  }\n\n  \/**\n    * Read the labels into a sequence.\n    *\n    * @param imageFile              the compressed labels file\n    * @param expectedNumberOfLabels the expected number of labels\n    * @return the sequence of labels as bytes\n    *\/\n  private def readLabels(imageFile: File, expectedNumberOfLabels: Int): Array[Double] = {\n    val gzipInputStream = new GZIPInputStream(new FileInputStream(imageFile))\n    val labels = new Array[Byte](expectedNumberOfLabels)\n    val tempBuffer = new Array[Byte](100)\n\n    readAndCheckInt(gzipInputStream, LABELS_MAGIC_NUMBER)\n    readAndCheckInt(gzipInputStream, expectedNumberOfLabels)\n\n    gzipInputStream.read(labels, 0, expectedNumberOfLabels)\n    gzipInputStream.close()\n\n    labels.map(_.toDouble)\n  }\n\n  \/**\n    * Read an integer from the stream and check it's value.\n    *\n    * @param inputStream the input stream\n    * @param expectedValue the expected value\n    *\/\n  private def readAndCheckInt(inputStream: InputStream, expectedValue: Int): Unit = {\n    val tempBuffer = new Array[Byte](4)\n\n    inputStream.read(tempBuffer, 0, 4)\n    val value = ByteBuffer.wrap(tempBuffer).getInt\n    checkArgument(value == expectedValue)\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/test\/scala\/io\/spinor\/sparkdemo\/mllib\/NaiveBayesSpec.scala","text":"<filename>src\/test\/scala\/io\/spinor\/sparkdemo\/mllib\/NaiveBayesSpec.scala\npackage io.spinor.sparkdemo.mllib\n\nimport io.spinor.sparkdemo.data.DigitalBreathTestData\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.spark.mllib.classification.NaiveBayes\nimport org.apache.spark.mllib.linalg.Vectors\nimport org.apache.spark.mllib.regression.LabeledPoint\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.slf4j.LoggerFactory\n\n\/**\n  * A demo of the naive bayes classification algorithm.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass NaiveBayesSpec extends FlatSpec with DemoUtil with Matchers {\n  \/** The logger. *\/\n  final val logger = LoggerFactory.getLogger(classOf[NaiveBayesSpec])\n\n  \/** The digital breathtest data. *\/\n  final val digitalBreathTestData = new DigitalBreathTestData()\n\n  \"Running naive bayes on DigitalBreathTestData2013\" should \"classify\" in {\n    val csvDataFile = digitalBreathTestData.loadData()\n    val labeledDataFile = digitalBreathTestData.labelData(csvDataFile)\n\n    val sparkConf = new SparkConf()\n    sparkConf.setAppName(\"NaiveBayesDemo\")\n    sparkConf.setMaster(\"local[2]\")\n\n    val sparkContext = new SparkContext(sparkConf)\n    val fileRDD = sparkContext.textFile(labeledDataFile.getAbsolutePath)\n    val labelledRDD = fileRDD.map({ csvLine =>\n      val colData = csvLine.split(',')\n\n      LabeledPoint(colData(0).toDouble,\n        Vectors.dense(colData.slice(1, colData.length).map(_.toDouble)))\n    })\n\n    val splittedData = labelledRDD.randomSplit(Array(0.7, 0.3), 13)\n    val trainDataset = splittedData(0)\n    val testDataset = splittedData(1)\n\n    val trained = NaiveBayes.train(trainDataset)\n    val prediction = trained.predict(testDataset.map(_.features))\n    val predictionWithLabels = prediction.zip(testDataset.map(_.label))\n    val accuracy = 100.0 * predictionWithLabels.filter(x => x._1 == x._2).count() \/ testDataset.count()\n\n    logger.info(s\"** Accuracy: $accuracy%\")\n\n    csvDataFile.delete()\n    labeledDataFile.delete()\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/main\/scala\/io\/spinor\/sparkdemo\/data\/DigitalBreathTestData.scala","text":"<reponame>arshadm\/spark-demo\npackage io.spinor.sparkdemo.data\n\nimport java.io.{File, FileInputStream, FileOutputStream}\nimport java.net.URL\nimport java.util.zip.ZipInputStream\n\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.commons.io.IOUtils\n\nimport scala.collection.JavaConverters._\n\n\/**\n  * This class defines methods for retrieving and labelling the digital breath tests data\n  * from http:\/\/data.dft.gov.uk.s3.amazonaws.com\/road-accidents-safety-data.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass DigitalBreathTestData extends DemoUtil {\n  \/** The month label generator. *\/\n  final val monthLabel = (month: String) => month match {\n    case \"Jan\" => 0.0\n    case \"Feb\" => 1.0\n    case \"Mar\" => 2.0\n    case \"Apr\" => 3.0\n    case \"May\" => 4.0\n    case \"Jun\" => 5.0\n    case \"Jul\" => 6.0\n    case \"Aug\" => 7.0\n    case \"Sep\" => 8.0\n    case \"Oct\" => 9.0\n    case \"Nov\" => 10.0\n    case \"Dec\" => 11.0\n    case _ => 99.9\n  }\n\n  \/** The gender label generator. *\/\n  final val genderLabel = (gender: String) => gender match {\n    case \"Male\" => 0.0\n    case \"Female\" => 1.0\n    case \"Unknown\" => 2.0\n    case _ => 99.9\n  }\n\n  \/** The violation label. *\/\n  final val violationLabel = (violation: String) => violation match {\n    case \"Moving Traffic Violation\" => 0.0\n    case \"Other\" => 1.0\n    case \"Road Traffic Collision\" => 2.0\n    case \"Suspicion of Alcohol\" => 3.0\n    case _ => 99.9\n  }\n\n  \/** The day label. *\/\n  final val dayLabel = (day: String) => day match {\n    case \"Weekday\" => 0.0\n    case \"Weekend\" => 1.0\n    case _ => 99.9\n  }\n\n  \/** The time label. *\/\n  final val timeLabel = (time: String) => time match {\n    case \"12am-4am\" => 0.0\n    case \"4am-8am\" => 1.0\n    case \"8am-12pm\" => 2.0\n    case \"12pm-4pm\" => 3.0\n    case \"4pm-8pm\" => 4.0\n    case \"8pm-12pm\" => 5.0\n    case _ => 99.9\n  }\n\n  \/** The age label. *\/\n  final val ageLabel = (age: String) => age match {\n    case \"16-19\" => 0.0\n    case \"20-24\" => 1.0\n    case \"25-29\" => 2.0\n    case \"30-39\" => 3.0\n    case \"40-49\" => 4.0\n    case \"50-59\" => 5.0\n    case \"60-69\" => 6.0\n    case \"70-98\" => 7.0\n    case _ => 99.9\n  }\n\n  \/** The zip file. *\/\n  val zipFile = new File(\"\/tmp\/DigitalBreathTestData2013.zip\")\n\n  \/**\n    * Load the sample data.\n    *\n    * @return the file reference for the sample data\n    *\/\n  def loadData(): File = {\n    if (!zipFile.exists()) {\n      val url = new URL(\"http:\/\/data.dft.gov.uk.s3.amazonaws.com\/road-accidents-safety-data\/DigitalBreathTestData2013.zip\")\n\n      \/\/ download the road safety data file\n      super.downloadFile(url, zipFile)\n    }\n\n    \/\/ extract entry from zip file\n    val zin = new ZipInputStream(new FileInputStream(zipFile))\n\n    val ze = zin.getNextEntry\n    val csvDataFile = File.createTempFile(\"DigitalBreathTestData2013\", \".csv\")\n    IOUtils.copy(zin, new FileOutputStream(csvDataFile))\n\n    csvDataFile\n  }\n\n  \/**\n    * Label the input file and write the output to a new file.\n    *\n    * @param file the input csv file\n    * @return the output file\n    *\/\n  def labelData(file: File): File = {\n    val outputFile = File.createTempFile(\"DigitalBreathTestData2013Labelled\", \".csv\")\n    val outputStream = new FileOutputStream(outputFile)\n    val lines = IOUtils.readLines(new FileInputStream(file)).asScala\n\n    for (\n      line <- lines\n      if !line.startsWith(\"Reason\")\n    ) {\n      val items = line.split(',')\n      val reason = violationLabel(items(0))\n      val month = monthLabel(items(1))\n      val year = items(2)\n      val day = dayLabel(items(3))\n      val time = timeLabel(items(4))\n      val alcohol = items(5)\n      val age = ageLabel(items(6))\n      val gender = genderLabel(items(7))\n\n      val csvLine = s\"$gender,$reason,$month,$year,$day,$time,$alcohol,$age\\n\"\n      outputStream.write(csvLine.getBytes(\"UTF-8\"))\n    }\n\n    outputStream.close()\n    outputFile\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/main\/scala\/io\/spinor\/sparkdemo\/SparkDemo.scala","text":"package io.spinor.sparkdemo\n\n\/**\n  * The spark demo application.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nobject SparkDemo extends App {\n\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"build.sbt","text":"\nlazy val sparkVersion = \"2.0.2\"\n\nlazy val commonSettings = Seq(\n  organization := \"io.spinor\",\n  version := \"1.0.0-SNAPSHOT\",\n  scalaVersion := \"2.11.8\"\n)\n\nlazy val sparkDemo = (project in file(\".\")).\n  enablePlugins(JavaAppPackaging).\n  settings(commonSettings: _*).\n  settings(\n    name := \"spark-demo\",\n    libraryDependencies ++= Seq(\n      \"com.typesafe\" % \"config\" % \"1.3.1\",\n      \"org.apache.spark\" %% \"spark-core\" % sparkVersion,\n      \"org.apache.spark\" %% \"spark-mllib\" % sparkVersion,\n      \"org.apache.spark\" %% \"spark-graphx\" % sparkVersion,\n      \"com.google.guava\" % \"guava\" % \"20.0\",\n      \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.5.0\",\n      \"ch.qos.logback\" % \"logback-classic\" % \"1.1.3\",\n      \"org.scalatest\" %% \"scalatest\" % \"2.2.6\" % \"test\"\n    )\n  )\n\nfork in run := true\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/test\/scala\/io\/spinor\/sparkdemo\/mllib\/NeuralNetworkSpec.scala","text":"package io.spinor.sparkdemo.mllib\n\nimport io.spinor.sparkdemo.data.MNISTData\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.spark.ml.classification.MultilayerPerceptronClassifier\nimport org.apache.spark.ml.evaluation.MulticlassClassificationEvaluator\nimport org.apache.spark.ml.feature.LabeledPoint\nimport org.apache.spark.ml.linalg.Vectors\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.slf4j.LoggerFactory\n\n\/**\n  * Tests for the Spark based neural network.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass NeuralNetworkSpec extends FlatSpec with DemoUtil with Matchers {\n  val logger = LoggerFactory.getLogger(classOf[NeuralNetworkSpec])\n\n  \"Training on MNIST data\" should \" run\" in {\n    val sparkConf = new SparkConf()\n    sparkConf.setAppName(\"NeuralNetworkDemo\")\n    sparkConf.setMaster(\"local[2]\")\n\n    val sparkContext = new SparkContext(sparkConf)\n    val sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n    val sqlContext = sparkSession.sqlContext\n    import sqlContext.implicits._\n\n    val mNISTData = new MNISTData()\n    val trainingData = mNISTData.getTrainingData()\n    val trainingPoints = sparkContext.parallelize(trainingData.map(entry => LabeledPoint(entry._2, Vectors.dense(entry._1)))).toDF()\n\n    val classifier = new MultilayerPerceptronClassifier()\n    classifier\n      .setLayers(Array(784, 100))\n      .setBlockSize(125)\n      .setSeed(1234L)\n      .setMaxIter(10)\n\n    val model = classifier.fit(trainingPoints)\n\n    val testData = mNISTData.getTestData()\n    val testPoints = sparkContext.parallelize(testData.map(entry => {\n    LabeledPoint(entry._2, Vectors.dense(entry._1))})).toDF()\n    val result = model.transform(testPoints)\n    val predictionAndLabels = result.select(\"prediction\", \"label\")\n    val evaluator = new MulticlassClassificationEvaluator().setMetricName(\"accuracy\")\n\n    logger.info(\"accuracy:\" + evaluator.evaluate(predictionAndLabels))\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/main\/scala\/io\/spinor\/sparkdemo\/util\/DemoUtil.scala","text":"<filename>src\/main\/scala\/io\/spinor\/sparkdemo\/util\/DemoUtil.scala\npackage io.spinor.sparkdemo.util\n\nimport java.io.{File, FileOutputStream}\nimport java.net.URL\nimport java.nio.channels.Channels\n\n\/**\n  * Utility functions used by the demo.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\ntrait DemoUtil {\n  \/**\n    * Download a file from the specified URI and store in the given file,\n    *\n    * @param url  the url from which the data is to be downloaded\n    * @param file the file the data is to be stored\n    *\/\n  def downloadFile(url: URL, file: File): Unit = {\n    val os = new FileOutputStream(file)\n    val rbc = Channels.newChannel(url.openStream())\n\n    os.getChannel().transferFrom(rbc, 0, Long.MaxValue)\n  }\n}\n"}
{"repo_name":"arshadm\/spark-demo","path":"src\/test\/scala\/io\/spinor\/sparkdemo\/sql\/SparkSqlSpec.scala","text":"package io.spinor.sparkdemo.sql\n\nimport io.spinor.sparkdemo.util.DemoUtil\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.scalatest.{FlatSpec, Matchers}\nimport org.slf4j.LoggerFactory\n\n\/**\n  * Tests for processing various types of files via SparkSQL.\n  *\n  * @author <NAME> (<EMAIL>)\n  *\/\nclass SparkSqlSpec extends FlatSpec with DemoUtil with Matchers {\n  \/** The logger. *\/\n  final val logger = LoggerFactory.getLogger(classOf[SparkSqlSpec])\n\n  \"Loading JSON file via SparkSQL\" should \"be possible\" in {\n    val sparkConf = new SparkConf()\n    sparkConf.setAppName(\"NaiveBayesDemo\")\n    sparkConf.setMaster(\"local[2]\")\n\n    val sparkContext = new SparkContext(sparkConf)\n    val sparkSession = SparkSession.builder().config(sparkConf).getOrCreate()\n    val sqlContext = sparkSession.sqlContext\n    import sqlContext.implicits._\n\n    val dframe = sqlContext.read.json(\"src\/test\/resources\/sql\/test1.json\")\n    dframe.columns eq(Array(\"gloassary\"))\n  }\n}\n"}
{"repo_name":"kaorunix\/sedexcel","path":"project\/plugins.sbt","text":"\/\/ Comment to get more information during initialization\nlogLevel := Level.Warn\n\n\/\/ -------------------------\n\/\/ IntelliJ IDEA\n\/\/ -------------------------\naddSbtPlugin(\"com.github.mpeltonen\" % \"sbt-idea\" % \"1.5.0\")\n\n\/\/ The Typesafe repository \nresolvers += \"Typesafe repository\" at \"http:\/\/repo.typesafe.com\/typesafe\/releases\/\"\n\nresolvers += \"Spy Repository\" at \"http:\/\/files.couchbase.com\/maven2\"\n\n\/\/ Use the Play sbt plugin for Play projects\naddSbtPlugin(\"com.typesafe.sbteclipse\" % \"sbteclipse-plugin\" % \"2.4.0\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.4\")\n"}
{"repo_name":"kaorunix\/sedexcel","path":"src\/test\/scala\/org\/colibrifw\/sedexcel\/SedExcelSpec.scala","text":"package org.colibrifw.sedexcel\n\nimport org.scalatest._\nimport better.files._\n\nclass SedExcelSpec extends FlatSpec with Matchers {\n  \"splitKV\" should \"get parametors\" in {\n    SedExcel.splitKV(\"\"\"abc=123\"\"\") should be (Some((\"abc\", \"123\")))\n    SedExcel.splitKV(\"\"\"99999=12345\"\"\") should be (Some((\"99999\", \"12345\")))\n    SedExcel.splitKV(\"\"\"2999\/1\/1=2017\/04\/27\"\"\") should be (Some((\"2999\/1\/1\", \"2017\/04\/27\")))\n  }\n\n  \"splitKV\" should \"get parametors from config file\" in {\n    val f = File(\"test\/configfile\")\n    f.lines.foreach { \n      line => SedExcel.splitKV(line).map{\n        kv => kv match {\n          case (\"abc\", \"123\") => true\n          case (\"99999\", \"12345\") => true\n          case (\"2999\/1\/1\", \"2017\/04\/27\") => true\n          case _ => fail\n        } \n      }\n    }\n  }\n\n  \"getWorkbook\" should \"open excel file\" in {\n    val wk = SedExcel.getWorkbook(\"test\/templete.xlsx\")\n    println(\"WORKBOOK:\" + wk.toString)\n    true should === (true)\n  }\n\/*  \"Hello\" should \"have tests\" in {\n    SedExcel.getWorkbook\n    true should === (true)\n  }*\/\n}\n"}
{"repo_name":"kaorunix\/sedexcel","path":"build.sbt","text":"name := \"\"\"sedexcel\"\"\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\n\/\/ Change this to another test framework if you prefer\nlibraryDependencies ++= Seq(\n\t\"org.scalatest\" %% \"scalatest\" % \"2.2.4\" % \"test\",\n\t\"org.apache.poi\" % \"poi\" % \"3.9\",\n\t\"org.apache.poi\" % \"poi-ooxml\" % \"3.9\",\n\t\"org.apache.poi\" % \"ooxml-schemas\" % \"1.3\",\n\t\"com.github.pathikrit\" %% \"better-files\" % \"2.14.0\")\n\n\/\/ Uncomment to use Akka\n\/\/libraryDependencies += \"com.typesafe.akka\" %% \"akka-actor\" % \"2.3.11\"\n\nassemblyMergeStrategy in assembly := {\n\/\/  case PathList(\"javax\", \"servlet\", xs @ _*)         => MergeStrategy.first\n  case PathList(ps @ _*) if ps.last endsWith \".properties\" => MergeStrategy.first\n  case PathList(ps @ _*) if ps.last endsWith \".xml\" => MergeStrategy.first\n  case PathList(ps @ _*) if ps.last endsWith \".types\" => MergeStrategy.first\n  case PathList(ps @ _*) if ps.last endsWith \".class\" => MergeStrategy.first\n  case \"application.conf\"                            => MergeStrategy.concat\n  case \"unwanted.txt\"                                => MergeStrategy.discard\n  case x =>\n    val oldStrategy = (assemblyMergeStrategy in assembly).value\n    oldStrategy(x)\n}\n"}
{"repo_name":"kaorunix\/sedexcel","path":"src\/main\/scala\/org\/colibrifw\/sedexcel\/SedExcel.scala","text":"package org.colibrifw.sedexcel\n\nimport better.files._\nimport java.io.FileInputStream\nimport org.apache.poi.ss.usermodel.Cell\nimport org.apache.poi.ss.usermodel.DateUtil\nimport org.apache.poi.ss.usermodel.Row\nimport org.apache.poi.ss.usermodel.Sheet\nimport org.apache.poi.ss.usermodel.Workbook\nimport org.apache.poi.ss.usermodel.WorkbookFactory\nimport scala.collection.JavaConversions._\nimport java.text.SimpleDateFormat\nimport java.lang.IllegalArgumentException\n\/\/import org.colibrifw.sedexcel.CellManager\n\nobject SedExcel {\n  def main(args: Array[String]): Unit = {\n    println(\"args=\"+args.toSeq.toString)\n    val (sourceFile, replaceFile, configFile) = args.toList match {\n      case (source:String)::(replace:String)::(config:String)::str => (Some(source), Some(replace), Some(config)) \n      case _ => (None, None, None)\n    }\n    val f = File(configFile.getOrElse(throw new IllegalArgumentException()))\n    val rep = for (\n        line <- f.lines;\n        kv <- splitKV(line)\n      ) yield (kv)\n    sedexcel(sourceFile.get, replaceFile.get, rep.toSeq)\n  }\n  \n  def splitKV(s: String):Option[(String, String)] = {\n    val pattarnMatch = \"\"\"([^=]\\S+)=(\\S+)\"\"\".r\n    s match {\n      case pattarnMatch(k,v) => Some(k,v)\n      case _ => None\n    }\n  }\n  \n  def sedexcel(fromexcelfile:String, toexcelfile:String, replacestrings:Seq[(String, String)]) = {\n    val wb = getWorkbook(fromexcelfile)  \n    for (\n        sheet <- (0 to wb.getNumberOfSheets() - 1).map(i => wb.getSheetAt(i));\n        row <- sheet.iterator();\n        cell <- row.iterator()\n    ) sedCell(cell, replacestrings)\n    writeWorkbook(wb, toexcelfile)\n  }\n  \n  def sedCell(cell: Cell, replacestring: Seq[(String, String)]):Unit = {\n    \/\/println(f\"sedCell $cell $replacestring\")\n    val datematch = \"\"\"(\\d{4}\/\\d{1,2}\/\\d{1,2})\"\"\".r\n    val nummatch = \"\"\"(-?\\d+.?\\d*)\"\"\".r\n    val strmatch = \"\"\"(\\S)\"\"\".r\n    replacestring.map (kv => kv._1 match {\n      case datematch(k) if cell.getCellType == Cell.CELL_TYPE_NUMERIC && {println(\"date:\" + cell.getNumericCellValue + \":\" + kv._2); true} && DateUtil.isCellDateFormatted(cell) && cell.getDateCellValue == (new SimpleDateFormat(\"yyyy\/MM\/dd\")).parse(k) => println(\"day=\"+kv._2);cell.setCellValue(kv._2)\n\/\/      case datematch(k) if cell.getCellType == Cell.CELL_TYPE_STRING && {println(\"date:\" + cell.getStringCellValue + \":\" + kv._2); true} && DateUtil.isCellDateFormatted(cell) && cell.getStringCellValue == (new SimpleDateFormat(\"yyyy\/MM\/dd\")).parse(k) => println(\"day=\"+kv._2);cell.setCellValue(kv._2)\n      case nummatch(k) if cell.getCellType == Cell.CELL_TYPE_NUMERIC && {println(\"num:\" + cell.getNumericCellValue + \":\" + kv._2); true} && cell.getNumericCellValue == k.toDouble  => println(\"num=\"+kv._2);cell.setCellValue(kv._2)\n      case strmatch(k) if cell.getCellType == Cell.CELL_TYPE_STRING && {println(\"str:\" + cell.getStringCellValue + \":\" + kv._2); true} && cell.getStringCellValue == k => println(\"str=\"+kv._2);cell.setCellValue(kv._2)\n      case a => ( println(new CellManager(cell) + \"else:\"+a) ) }\n    )\n  }\n\n  def getWorkbook(excelfile: String):Workbook = {\n    try {\n      val sourcef = File(excelfile)\n      val is = sourcef.newInputStream\n      val wb = WorkbookFactory.create( is ) \/\/ \u30e1\u30e2\u30ea\u4e0a\u306b\u5c55\u958b\n      is.close\n      wb\n    } catch {\n      case e:Exception => throw e\n    } finally {\n\/\/      is.close() \/\/\u3053\u3053\u3067\u5165\u529b\u30b9\u30c8\u30ea\u30fc\u30e0\u3092\u9589\u3058\u308b\n    }\n  }\n  \n  def writeWorkbook(workbook:Workbook, excelfile: String):Unit = {\n    \/\/ \u7de8\u96c6\u3057\u305f\u5185\u5bb9\u306e\u66f8\u304d\u51fa\u3057\n    val output = File(excelfile)\n    workbook.write( output.newOutputStream )\n  }\n  \n  def parseArgs(args: List[String]): Either[Throwable, (String, String, String)] = {\n    val (sourceFile, replaceFile, configFile) = args match {\n      case (source:String)::(replace:String)::(config:String)::str => (Some(source), Some(replace), Some(config)) \n      case _ => Left(new IllegalArgumentException())\n    }\n    sourceFile      \n    ???\n  }\n  \n   def isFile(path: String):Either[Throwable, Boolean] = {\n     try {\n       val f = File(path)\n       Right(f.isRegularFile && f.size > 0)\n     }catch {\n       case e:Exception => Left(e)\n     }\n   }\n}"}
{"repo_name":"kaorunix\/sedexcel","path":"src\/main\/scala\/org\/colibrifw\/sedexcel\/CellManager.scala","text":"package org.colibrifw.sedexcel\n\nimport org.apache.poi.ss.usermodel.Cell\n\nclass CellManager(cell:Cell) {\n  override def toString:String = {\n    cell.getCellType match {\n      case Cell.CELL_TYPE_NUMERIC => \"type:CELL_TYPE_NUMERIC\" + cell.getNumericCellValue + \"\\n\" \n      \/\/ \u95a2\u6570\uff08SUM\u3068\u304bIF\u3068\u304b\uff09\n      case Cell.CELL_TYPE_FORMULA => \"type:CELL_TYPE_FORMULA\" + cell.getCellFormula + \"\\n\"\n      \/\/ \u771f\u507d\n      case Cell.CELL_TYPE_BOOLEAN => \"type:CELL_TYPE_BOOLEAN\" + cell.getBooleanCellValue + \"\\n\"\n      \/\/ \u6587\u5b57\u5217\n      case Cell.CELL_TYPE_STRING => \"type:CELL_TYPE_STRING\" + cell.getRichStringCellValue + \"\\n\"\n      \/\/ \u7a7a\n      \/\/case Cell.CELL_TYPE_BLANK => \"type:CELL_TYPE_BLANK\" + cell.getStringCellValue\n      case _ => \"\" \/\/Not found\"\n    }\n  }\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/transformer\/ConcatTransformer.scala","text":"<gh_stars>0\npackage spark.ml.transformer\n\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.ml.param.shared.{HasInputCols, HasOutputCol}\nimport org.apache.spark.ml.util.{\n  DefaultParamsReadable,\n  DefaultParamsWritable,\n  Identifiable\n}\nimport org.apache.spark.sql.{DataFrame, Dataset}\nimport org.apache.spark.sql.functions.{col, concat, lit, when}\nimport org.apache.spark.sql.types.{StringType, StructField, StructType}\n\nclass ConcatTransformer(override val uid: String)\n    extends Transformer\n    with HasInputCols\n    with HasOutputCol\n    with DefaultParamsWritable {\n\n  def this() = this(Identifiable.randomUID(\"ConcatTransformer\"))\n  def setInputCols(value: Array[String]): this.type = set(inputCols, value)\n  def setOutputCol(value: String): this.type        = set(outputCol, value)\n\n  override def copy(extra: ParamMap): ConcatTransformer =\n    defaultCopy(extra)\n\n  override def transform(dataset: Dataset[_]): DataFrame = {\n    val inCols = $(inputCols)\n    dataset.withColumn(\n      $(outputCol),\n      concat(\n        when(col(inCols.head).isNotNull, col(inCols.head))\n          .otherwise(lit(\"null\")),\n        when(col(inCols.last).isNotNull, col(inCols.last))\n          .otherwise(lit(\"null\"))\n      )\n    )\n  }\n\n  override def transformSchema(schema: StructType): StructType = {\n    require($(inputCols).length == 2, \"InputCols must have 2 cols\")\n    schema.add(StructField($(outputCol), StringType, false))\n  }\n}\n\nobject ConcatTransformer extends DefaultParamsReadable[ConcatTransformer] {\n  override def load(path: String): ConcatTransformer = super.load(path)\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/transformer\/ColRenameTransformer.scala","text":"package spark.ml.transformer\n\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.{Param, ParamMap}\nimport org.apache.spark.ml.util.{\n  DefaultParamsReadable,\n  DefaultParamsWritable,\n  Identifiable\n}\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.{DataFrame, Dataset}\n\nclass ColRenameTransformer(override val uid: String)\n    extends Transformer\n    with DefaultParamsWritable {\n\n  def this() = this(Identifiable.randomUID(\"ColRenameTransformer\"))\n  def setInputCol(value: String): this.type  = set(inputCol, value)\n  def setOutputCol(value: String): this.type = set(outputCol, value)\n  def getOutputCol: String                   = getOrDefault((outputCol))\n\n  val inputCol  = new Param[String](this, \"inputCol\", \"input column\")\n  val outputCol = new Param[String](this, \"outputCol\", \"output column\")\n\n  override def transform(dataset: Dataset[_]): DataFrame = {\n    val inCol  = extractParamMap.getOrElse(inputCol, \"input\")\n    val outCol = extractParamMap.getOrElse(outputCol, \"output\")\n\n    dataset.drop(outCol).withColumnRenamed(inCol, outCol)\n  }\n\n  override def copy(extra: ParamMap): ColRenameTransformer     = defaultCopy(extra)\n  override def transformSchema(schema: StructType): StructType = schema\n}\n\nobject ColRenameTransformer\n    extends DefaultParamsReadable[ColRenameTransformer] {\n  override def load(path: String): ColRenameTransformer = super.load(path)\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/package.scala","text":"<filename>batch\/src\/main\/scala\/spark\/ml\/package.scala\npackage spark\n\npackage object ml {\n  lazy val config: Config = Config.load\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/entity\/Environment.scala","text":"package spark.ml.entity\n\nimport com.twitter.util._\n\nsealed abstract class Environment(s: String) {\n  override val toString: String = s\n}\n\nobject Environment {\n  case object Dev  extends Environment(\"dev\")\n  case object Prod extends Environment(\"prod\")\n\n  def fromString(s: String): Try[Environment] =\n    s match {\n      case Dev.toString  => Return(Dev)\n      case Prod.toString => Return(Prod)\n      case _             => Throw(new Exception(s\"Invalid environment: $s\"))\n    }\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/entity\/Features.scala","text":"<gh_stars>0\npackage spark.ml.entity\n\nimport org.apache.spark.ml.linalg.Vector\n\nobject Features {\n  val catFeatures = Array(\n    \"uid\",\n    \"hour\",\n    \"advertiserId\",\n    \"campaignId\",\n    \"adId\",\n    \"siteId\",\n    \"c1\",\n    \"c2\"\n  )\n\n  val concatFeatures = Array(\n    Array(\"campaignId\", \"adId\") -> \"ca\",\n    Array(\"c1\", \"c2\")           -> \"cc\"\n  )\n\n  val isNotNullFeatures = Array(\n    \"c3\"\n  )\n\n  val quaFeatures = Array(\n    \"n1\"\n  )\n\n  val logFeatures = Array(\n    \"n2\"\n  )\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/transformer\/LogarithmicTransformer.scala","text":"package spark.ml.transformer\n\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.ml.param.shared.{HasInputCols, HasOutputCols}\nimport org.apache.spark.ml.util.{\n  DefaultParamsReadable,\n  DefaultParamsWritable,\n  Identifiable\n}\nimport org.apache.spark.sql.{DataFrame, Dataset}\nimport org.apache.spark.sql.functions.{col, log => sparkLog}\nimport org.apache.spark.sql.types._\n\nclass LogarithmicTransformer(override val uid: String)\n    extends Transformer\n    with HasInputCols\n    with HasOutputCols\n    with DefaultParamsWritable {\n\n  def this() = this(Identifiable.randomUID(\"LogarithmicTransformer\"))\n  def setInputCols(value: Array[String]): this.type  = set(inputCols, value)\n  def setOutputCols(value: Array[String]): this.type = set(outputCols, value)\n\n  override def copy(extra: ParamMap): LogarithmicTransformer =\n    defaultCopy(extra)\n\n  override def transform(dataset: Dataset[_]): DataFrame =\n    $(inputCols).zip($(outputCols)).toSeq.foldLeft(dataset.toDF()) {\n      (df, cols) =>\n        df.withColumn(cols._2, sparkLog(col(cols._1) + 1))\n    }\n\n  override def transformSchema(schema: StructType): StructType = {\n    val fields = schema($(inputCols).toSet)\n    fields.foreach { fieldSchema =>\n      require(\n        fieldSchema.dataType.isInstanceOf[NumericType],\n        s\"${fieldSchema.name} does not match numeric type\"\n      )\n    }\n\n    val outputFields = $(inputCols).zip($(outputCols)).map {\n      case (inputCol, outputCol) =>\n        StructField(outputCol, DoubleType, schema(inputCol).nullable)\n    }\n    StructType(schema ++ outputFields)\n  }\n}\n\nobject LogarithmicTransformer\n    extends DefaultParamsReadable[LogarithmicTransformer] {\n  override def load(path: String): LogarithmicTransformer = super.load(path)\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/entity\/TrainData.scala","text":"package spark.ml.entity\n\nimport org.apache.spark.sql.types._\n\nfinal case class TrainData(\n    label: Double,\n    uid: String,\n    hour: Int,\n    advertiserId: Int,\n    campaignId: Int,\n    adId: Int,\n    siteId: Int,\n    c1: Int,\n    c2: Int,\n    n1: Double,\n    n2: Double,\n    c3: Int\n)\n\nobject TrainData {\n  val schema: StructType =\n    StructType(\n      Array(\n        StructField(\"label\", DoubleType, false),\n        StructField(\"uid\", StringType, false),\n        StructField(\"hour\", IntegerType, false),\n        StructField(\"advertiserId\", IntegerType, false),\n        StructField(\"campaignId\", IntegerType, false),\n        StructField(\"adId\", IntegerType, false),\n        StructField(\"siteId\", IntegerType, false),\n        StructField(\"c1\", IntegerType, false),\n        StructField(\"c2\", IntegerType, false),\n        StructField(\"n1\", DoubleType, false),\n        StructField(\"n2\", DoubleType, false),\n        StructField(\"c3\", IntegerType, false)\n      )\n    )\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/lr\/SparkMLLrBatch.scala","text":"package spark.ml.lr\n\nimport com.twitter.app.App\nimport com.twitter.logging.Logging\nimport org.apache.spark.ml.classification.LogisticRegression\nimport org.apache.spark.ml.feature.{\n  Imputer,\n  OneHotEncoderEstimator,\n  StringIndexer,\n  VectorAssembler\n}\nimport org.apache.spark.ml.Pipeline\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.sql.types._\nimport spark.ml.config\nimport spark.ml.entity.{Features, TrainData}\nimport spark.ml.transformer.{\n  ConcatTransformer,\n  IsNotNullTransformer,\n  LogarithmicTransformer\n}\n\nobject SparkMLLrBatch extends App with Logging {\n  def main(): Unit = {\n    val spark = SparkSession\n      .builder()\n      .appName(\"SparkMLLrBatch\")\n      .getOrCreate()\n\n    log.info(\"Batch Started\")\n\n    val trainDF = spark.read\n      .format(\"com.databricks.spark.csv\")\n      .option(\"header\", \"false\")\n      .schema(TrainData.schema)\n      .load(s\"s3a:\/\/${config.s3.bucketName}\/${config.models.v1.trainDataPath}\")\n\n    val concaters = Features.concatFeatures.map { feature =>\n      new ConcatTransformer()\n        .setInputCols(feature._1)\n        .setOutputCol(feature._2)\n    }\n\n    val indexers =\n      (Features.catFeatures ++ (Features.concatFeatures.map(_._2))).map {\n        name =>\n          new StringIndexer()\n            .setInputCol(name)\n            .setOutputCol(s\"${name}_indexed\")\n            .setHandleInvalid(\"keep\")\n      }\n\n    val encoder = new OneHotEncoderEstimator()\n      .setInputCols(indexers.map(_.getOutputCol))\n      .setOutputCols(\n        (Features.catFeatures ++ (Features.concatFeatures.map(_._2)))\n          .map(name => s\"${name}_processed\")\n      )\n\n    val isNotNuller = new IsNotNullTransformer()\n      .setInputCols(Features.isNotNullFeatures)\n      .setOutputCols(\n        Features.isNotNullFeatures.map(name => \"${name}_processed\")\n      )\n\n    val logger = new LogarithmicTransformer()\n      .setInputCols(Features.logFeatures)\n      .setOutputCols(Features.logFeatures.map(name => s\"${name}_log\"))\n\n    val imputer = new Imputer()\n      .setInputCols(Features.quaFeatures ++ logger.getOutputCols)\n      .setOutputCols(\n        (Features.quaFeatures ++ Features.logFeatures)\n          .map(name => s\"${name}_processed\")\n      )\n\n    val assembler = new VectorAssembler()\n      .setInputCols(\n        encoder.getOutputCols ++ isNotNuller.getOutputCols ++ imputer.getOutputCols\n      )\n      .setOutputCol(\"features\")\n\n    val lr = new LogisticRegression()\n      .setMaxIter(100)\n      .setRegParam(0.001)\n      .setStandardization(false)\n\n    val stages = concaters ++ indexers ++ Array(\n      encoder,\n      isNotNuller,\n      logger,\n      imputer,\n      assembler,\n      lr\n    )\n\n    val pipeline = new Pipeline()\n      .setStages(stages)\n\n    val model = pipeline.fit(trainDF)\n    model.write\n      .overwrite()\n      .save(\n        s\"s3a:\/\/${config.s3.bucketName}\/${config.models.v1.modelPath}\"\n      )\n\n    log.info(\"Batch Completed\")\n\n    spark.stop()\n  }\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"build.sbt","text":"<reponame>suaaa7\/spark-ml-lr\nlazy val root = project\n  .in(file((\".\")))\n  .settings(commonSettings)\n  .aggregate(core, api, batch)\n\nlazy val core = project\n  .in(file(\"core\"))\n  .settings(commonSettings)\n  .settings(coreSettings)\n\nlazy val api = project\n  .in(file(\"api\"))\n  .dependsOn(core % \"compile->compile; test->test\")\n  .settings(apiSettings)\n  .settings(commonSettings)\n\nlazy val batch = project\n  .in(file(\"batch\"))\n  .dependsOn(core % \"compile->compile; test->test\")\n  .settings(batchSettings)\n  .settings(commonSettings)\n\nlazy val commonSettings = Seq(\n  scalaVersion := \"2.11.12\",\n  scalacOptions ++= Seq(\n    \"-deprecation\",\n    \"-encoding\", \"utf-8\",\n    \"-explaintypes\",\n    \"-feature\",\n    \"-language:higherKinds\",\n  ),\n  scalacOptions in (Compile, console) := (scalacOptions in (Compile, console)).value,\n  scalacOptions in (Test, console) := (scalacOptions in (Compile, console)).value,\n\n  resolvers += Resolver.sonatypeRepo(\"releases\"),\n\n  test in assembly := {},\n\n  assemblyMergeStrategy in assembly := {\n    case PathList(ps @ _*) if ps.last.endsWith(\".properties\") => MergeStrategy.first\n    case PathList(ps @ _*) if ps.last.endsWith(\".class\")      => MergeStrategy.first\n    case PathList(ps @ _*) if ps.last == \"BUILD\"              => MergeStrategy.discard\n    case \".gitkeep\"                                           => MergeStrategy.first\n    case x =>\n      val oldStrategy = (assemblyMergeStrategy in assembly).value\n      oldStrategy(x)\n  }\n)\n\nlazy val coreSettings = coreLibraryDependencies ++ coreTestingLibraryDependencies\n\nlazy val coreLibraryDependencies = Seq(\n  libraryDependencies ++= Seq(\n    \"com.github.pureconfig\" %% \"pureconfig\"         % \"0.12.1\",\n    \"com.twitter\"           %% \"util-app\"           % \"19.12.0\",\n    \"com.twitter\"           %% \"util-logging\"       % \"19.12.0\",\n    \"eu.timepit\"            %% \"refined-pureconfig\" % \"0.9.10\",\n    \"net.jafama\"            %  \"jafama\"             % \"2.3.1\",\n  )\n)\n\nlazy val coreTestingLibraryDependencies = Seq(\n  libraryDependencies ++= Seq(\n    \"org.scalacheck\" %% \"scalacheck\"   % \"1.14.2\" % \"test\",\n    \"org.scalatest\"  %% \"scalatest\"    % \"3.0.8\"  % \"test\",\n    \"org.mockito\"    %  \"mockito-core\" % \"3.1.0\"  % \"test\",\n  )\n)\n\nlazy val apiSettings = apiLibraryDependencies\n\nlazy val apiLibraryDependencies = Seq()\n\nlazy val batchSettings = batchLibraryDependencies\n\nlazy val sparkVersion = \"2.4.4\"\n\nlazy val batchLibraryDependencies = Seq(\n  libraryDependencies ++= Seq(\n    \"com.treasuredata.client\" %  \"td-client\"   % \"0.9.0\",\n    \"org.apache.hadoop\"       %  \"hadoop-aws\"  % \"3.2.1\"      % \"provided\",\n    \"org.apache.spark\"        %% \"spark-core\"  % sparkVersion % \"provided\",\n    \"org.apache.spark\"        %% \"spark-mllib\" % sparkVersion % \"provided\",\n    \"org.apache.spark\"        %% \"spark-sql\"   % sparkVersion % \"provided\",\n  )\n)\n\naddCommandAlias(\"fmt\", \";scalafmt ;test:scalafmt\")\n\nscalafmtVersion in ThisBuild := \"1.5.1\"\nscalafmtTestOnCompile in ThisBuild := true\nscalafmtShowDiff in (ThisBuild, scalafmt) := true\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/Config.scala","text":"<filename>batch\/src\/main\/scala\/spark\/ml\/Config.scala\npackage spark.ml\n\nimport spark.ml.entity.Environment\nimport spark.ml.Config.{ModelGroupsConfig, S3Config}\nimport pureconfig._\nimport pureconfig.generic.auto._\nimport pureconfig.generic.ProductHint\n\nfinal case class Config(\n    environment: Environment,\n    models: ModelGroupsConfig,\n    s3: S3Config\n)\n\nobject Config {\n  implicit val environmentConvert: ConfigConvert[Environment] =\n    ConfigConvert.viaNonEmptyStringTry[Environment](\n      s => Environment.fromString(s).asScala,\n      e => e.toString\n    )\n\n  def load: Config = {\n    implicit def hint[T]: ProductHint[T] =\n      ProductHint[T](ConfigFieldMapping(CamelCase, CamelCase))\n\n    ConfigSource.default.loadOrThrow[Config]\n  }\n\n  final case class ModelGroupsConfig(\n      v1: LrModelConfig\n  )\n\n  final case class LrModelConfig(\n      modelPath: String,\n      trainDataPath: String,\n      modelName: String\n  )\n\n  final case class S3Config(\n      bucketName: String\n  )\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"batch\/src\/main\/scala\/spark\/ml\/transformer\/IsNotNullTransformer.scala","text":"package spark.ml.transformer\n\nimport org.apache.spark.ml.Transformer\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.ml.param.shared.{HasInputCols, HasOutputCols}\nimport org.apache.spark.ml.util.{\n  DefaultParamsReadable,\n  DefaultParamsWritable,\n  Identifiable\n}\nimport org.apache.spark.sql.{DataFrame, Dataset}\nimport org.apache.spark.sql.functions.{col, lit, when}\nimport org.apache.spark.sql.types._\n\nclass IsNotNullTransformer(override val uid: String)\n    extends Transformer\n    with HasInputCols\n    with HasOutputCols\n    with DefaultParamsWritable {\n\n  def this() = this(Identifiable.randomUID(\"IsNotNullTransformer\"))\n  def setInputCols(value: Array[String]): this.type  = set(inputCols, value)\n  def setOutputCols(value: Array[String]): this.type = set(outputCols, value)\n\n  override def copy(extra: ParamMap): IsNotNullTransformer =\n    defaultCopy(extra)\n\n  override def transform(dataset: Dataset[_]): DataFrame =\n    $(inputCols).zip($(outputCols)).toSeq.foldLeft(dataset.toDF()) {\n      (df, cols) =>\n        df.withColumn(\n          cols._2,\n          when(col(cols._1).isNotNull, lit(1.0))\n            .otherwise(lit(0.0))\n        )\n    }\n\n  override def transformSchema(schema: StructType): StructType = {\n    val outputFields = $(inputCols).zip($(outputCols)).map {\n      case (inputCol, outputCol) =>\n        StructField(outputCol, DoubleType, schema(inputCol).nullable)\n    }\n    StructType(schema ++ outputFields)\n  }\n}\n\nobject IsNotNullTransformer\n    extends DefaultParamsReadable[IsNotNullTransformer] {\n  override def load(path: String): IsNotNullTransformer = super.load(path)\n}\n"}
{"repo_name":"suaaa7\/spark-ml-lr","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\nlogLevel := Level.Warn\n\nresolvers += \"twitter-repo\" at \"https:\/\/maven.twttr.com\"\n\naddSbtPlugin(\"com.github.gseitz\"  % \"sbt-release\"         % \"1.0.12\")\naddSbtPlugin(\"com.lucidchart\"     % \"sbt-scalafmt\"        % \"1.16\")\naddSbtPlugin(\"com.timushev.sbt\"   % \"sbt-updates\"         % \"0.5.0\")\naddSbtPlugin(\"com.twitter\"        % \"scrooge-sbt-plugin\"  % \"19.10.0\")\naddSbtPlugin(\"com.typesafe.sbt\"   % \"sbt-native-packager\" % \"1.4.1\")\naddSbtPlugin(\"pl.project13.scala\" % \"sbt-jmh\"             % \"0.3.7\")\n"}
{"repo_name":"nschejtman\/gapyeararg","path":"build.sbt","text":"<gh_stars>0\nname := \"\"\"gap-year-arg\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava, SbtWeb)\n\nscalaVersion := \"2.11.1\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  javaEbean,\n  cache,\n  javaWs,\n  \"com.typesafe.play\" %% \"play-mailer\" % \"2.4.0\"\n)\n\nincludeFilter in (Assets, LessKeys.less) := \"*.less\"\n\nLessKeys.compress in Assets := true\n"}
{"repo_name":"timperrett\/api","path":"project\/CentralRequirementsPlugin.scala","text":"<reponame>timperrett\/api\npackage nelson.build\n\nimport sbt._, Keys._\nimport xerial.sbt.Sonatype.autoImport.sonatypeProfileName\nimport verizon.build._\n\nobject CentralRequirementsPlugin extends AutoPlugin {\n\n  override def trigger = allRequirements\n\n  override def requires = RigPlugin\n\n  override lazy val projectSettings = Seq(\n    publishTo := Some(\"releases\"  at \"https:\/\/oss.sonatype.org\/service\/local\/staging\/deploy\/maven2\"),\n    sonatypeProfileName := \"io.getnelson\",\n    pomExtra in Global := {\n      <developers>\n        <developer>\n          <id>timperrett<\/id>\n          <name><NAME><\/name>\n          <url>http:\/\/github.com\/timperrett<\/url>\n        <\/developer>\n      <\/developers>\n    },\n    licenses := Seq(\"Apache-2.0\" -> url(\"https:\/\/www.apache.org\/licenses\/LICENSE-2.0.html\")),\n    homepage := Some(url(\"http:\/\/getnelson.io\/\")),\n    scmInfo := Some(ScmInfo(url(\"https:\/\/github.com\/getnelson\/api\"),\n                                \"<EMAIL>:getnelson\/api.git\"))\n  )\n}"}
{"repo_name":"timperrett\/api","path":"project.sbt","text":"\norganization in Global := \"io.getnelson.nelson\"\n\nscalaVersion in Global := \"2.11.11\"\n\nPB.targets in Compile := Seq(\n  scalapb.gen() -> (sourceManaged in Compile).value\n)\n\nlibraryDependencies += \"com.thesamet.scalapb\" %% \"scalapb-runtime\" % scalapb.compiler.Version.scalapbVersion % \"protobuf\"\n"}
{"repo_name":"timperrett\/api","path":"project\/plugins.sbt","text":"resolvers += \"bintray sbt\" at \"https:\/\/dl.bintray.com\/sbt\/sbt-plugin-releases\/\"\n\naddSbtPlugin(\"io.verizon.build\" % \"sbt-rig\"       % \"5.0.39\")\n\naddSbtPlugin(\"org.xerial.sbt\"   % \"sbt-sonatype\"  % \"2.3\")\n"}
{"repo_name":"zidenis\/spark-overflow","path":"src\/main\/scala\/br\/ufrn\/dimap\/forall\/spark\/SparkOverflow.scala","text":"package br.ufrn.dimap.forall.spark\n\nimport org.apache.log4j.Level\nimport org.apache.log4j.Logger\nimport org.apache.spark.ml.feature.CountVectorizer\nimport org.apache.spark.ml.feature.CountVectorizerModel\nimport org.apache.spark.ml.feature.RegexTokenizer\nimport org.apache.spark.ml.feature.StopWordsRemover\nimport org.apache.spark.ml.feature.VectorAssembler\nimport org.apache.spark.ml.linalg.SparseVector\nimport org.apache.spark.mllib.clustering.LDA\nimport org.apache.spark.mllib.clustering.DistributedLDAModel\nimport org.apache.spark.mllib.linalg.Vector\nimport org.apache.spark.mllib.util.MLUtils\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.storage.StorageLevel._\nimport java.time.LocalDateTime\nimport java.time.Instant\nimport java.time.Duration\nimport java.sql.Timestamp\nimport org.apache.spark.SparkConf\nimport org.apache.spark.mllib.feature.Stemmer\nimport scala.collection.mutable.ListBuffer\nimport scala.beans.BeanProperty\nimport com.typesafe.config.ConfigFactory\nimport com.typesafe.config.ConfigBeanFactory\n\nobject SparkOverflow {\n  \n  case class Params(\n    @BeanProperty var appName       : String\n\n\/\/ Cluster Configurations\n  , @BeanProperty var master        : String\n  , @BeanProperty var resSOPosts    : String\n  , @BeanProperty var resCorpusQ    : String\n  , @BeanProperty var resCorpusQT   : String\n  , @BeanProperty var resCorpusQA   : String\n  , @BeanProperty var resStopwords  : String\n  , @BeanProperty var checkpointDir : String\n  , @BeanProperty var resourcesDir : String\n\n\/\/ Experiment Configurations\n  , @BeanProperty var minTermLenght : Int\n  , @BeanProperty var qtyOfTopTerms : Int\n  , @BeanProperty var termMinDocFreq: Int\n  , @BeanProperty var qtyLDATopics  : Int\n  , @BeanProperty var minQtyLDATop  : Int\n  , @BeanProperty var optimizer     : String\n  , @BeanProperty var alpha         : Double\n  , @BeanProperty var beta          : Double\n  , @BeanProperty var maxIterations : Int\n  , @BeanProperty var termsPerTopic : Int\n  , @BeanProperty var topDocPerTopic: Int\n  , @BeanProperty var prtTopTerms   : Boolean\n  , @BeanProperty var prtStats      : Boolean\n  , @BeanProperty var describeTopics: Boolean\n  , @BeanProperty var horizontOutput: Boolean\n  , @BeanProperty var corpusQT      : Boolean\n  , @BeanProperty var corpusQ       : Boolean\n  , @BeanProperty var corpusQA      : Boolean\n  , @BeanProperty var outputCSV     : Boolean\n  ) {\n  def this() = this(\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\",0,0,0,0,0,\"\", 0,0,0,0,0,false,false,false,false,false,false,false,false)\n}\n  \n  case class Stats(\n    var LDAInitTime : Instant = Instant.now()\n  , var LDAEndTime : Instant  = Instant.now()\n  , var corpusSize : Long = 0\n  , var vocabLength : Int = 0\n  , var alpha : Double = 0\n  , var beta : Double = 0\n  )\n  \n  case class Post(\n    id:               Long,\n    postTypeId:       Int,\n    acceptedAnswerId: Option[Long],\n    parentId:         Option[Long],\n    creationDate:     Timestamp,\n    score:            Int,\n    viewCount:        Option[Int],\n    body:             String,\n    title:            Option[String],\n    tags:             Option[String],\n    answerCount:      Option[Int],\n    commentCount:     Option[Int],\n    favoriteCount:    Option[Int]\n  )\n  \n  def main(args: Array[String]) {\n    Logger.getLogger(\"org\").setLevel(Level.ERROR) \/\/ Set the log level to only print errors\n    \n    val config = ConfigFactory.parseFile(new java.io.File(\"application.conf\")).getConfig(\"config\")\n    val params = ConfigBeanFactory.create(config, classOf[Params])\n    \n    println(s\"Experiment ${params}\")\n    \n    val spark = SparkSession\n      .builder\n      .appName(params.appName)\n      .master(params.master)\n      .getOrCreate()\n    spark.sparkContext.setCheckpointDir(params.checkpointDir)\n    \n    processing(spark, params)\n    reading(spark, params)\n    spark.stop()\n  }\n    \n  def parseXml(line: String) = {\n    try {\n      val xml = scala.xml.XML.loadString(line)\n      val id = (xml \\@ \"Id\").toLong\n      val postTypeId = (xml \\@ \"PostTypeId\").toInt\n      val creationDate = Timestamp.valueOf(LocalDateTime.parse(xml \\@ \"CreationDate\"))\n      val score = (xml \\@ \"Score\").toInt\n      val body = (xml \\@ \"Body\")\n      var title: Option[String] = None\n      var acceptedAnswerId: Option[Long] = None\n      var parentId: Option[Long] = None\n      var tags: Option[String] = None\n      var viewCount: Option[Int] = None\n      var answerCount: Option[Int] = None\n      var commentCount: Option[Int] = None\n      var favoriteCount: Option[Int] = None\n      if (postTypeId == 1) {\n        title = Some(xml \\@ \"Title\")\n        tags = Some(xml \\@ \"Tags\")\n        var temp = (xml \\@ \"AcceptedAnswerId\")\n        acceptedAnswerId = if (temp.isEmpty()) None else Some(temp.toInt)\n        temp = (xml \\@ \"ViewCount\")\n        viewCount = if (temp.isEmpty()) None else Some(temp.toInt)\n        temp = (xml \\@ \"AnswerCount\")\n        answerCount = if (temp.isEmpty()) None else Some(temp.toInt)\n        temp = (xml \\@ \"CommentCount\")\n        commentCount = if (temp.isEmpty()) None else Some(temp.toInt)\n        temp = (xml \\@ \"FavoriteCount\")\n        favoriteCount = if (temp.isEmpty()) None else Some(temp.toInt)\n      }\n      if (postTypeId == 2) {\n        var temp = (xml \\@ \"ParentId\")\n        parentId = if (temp.isEmpty()) None else Some(temp.toInt)\n      }\n      Some(\n        Post(\n          id,\n          postTypeId,\n          acceptedAnswerId,\n          parentId,\n          creationDate,\n          score,\n          viewCount,\n          body,\n          title,\n          tags,\n          answerCount,\n          commentCount,\n          favoriteCount\n        )\n      )\n    } catch {\n      case e: Exception => None\n    }\n  }\n  \n  def isSparkRelated(tags : String) = {\n    tags.contains(\"apache-spark\") || \n    tags.contains(\"pyspark\") ||\n    tags.contains(\"sparklyr\") ||\n    tags.contains(\"sparkr\") ||\n    tags.contains(\"spark-dataframe\") ||\n    tags.contains(\"spark-streaming\") ||\n    tags.contains(\"spark-cassandra-connector\") ||\n    tags.contains(\"spark-graphx\") ||\n    tags.contains(\"spark-submit\") ||\n    tags.contains(\"spark-structured-streaming\") ||\n    tags.contains(\"spark-observer\") ||\n    tags.contains(\"spark-csv\") ||\n    tags.contains(\"spark-avro\") ||\n    tags.contains(\"spark-hive\")\n  }\n  \n  def cleanDocument(document : String) = {\n    document\n      .filter(_ >= ' ') \/\/ throw away all control characters.\n      .toLowerCase() \/\/ put all chars in lowercase\n      .replaceAll(\"<pre>.+<\/pre>\", \" \") \/\/ remove code parts\n      .replaceAll(\"<([^>])+>\", \" \") \/\/ remove tags\n      .replaceAll(\"\\\\d+((\\\\.\\\\d+)?)*\", \" \") \/\/ remove numbers like 2018, 1.2.1 \n      .replaceAll(\"[!@#$%^&*()_=+.,<>:;?\/{}`~'\\\"\\\\[\\\\]\\\\-]\", \" \") \/\/ remove special characters\n  }\n\n  def processing(spark: SparkSession, params: Params) {\n  \n    val lines = spark.sparkContext.textFile(params.resSOPosts).flatMap(parseXml)\n    \n    import spark.implicits._\n    import spark.sql\n\n    spark.udf.register(\"sparkRelated\", (tags : String) =>  isSparkRelated(tags))\n    spark.udf.register(\"cleanDocument\", (document : String) =>  cleanDocument(document))\n    \n    \/\/ Obter posts para somente aqueles em que eh possivel ter pergunta sobre Apache Spark\n    val posts = lines\n      .toDS()\n      .where(\"year(creationDate) > 2012\") \/\/ Primeira pergunta sobre spark eh de 2013\n      \n    \/\/ Obter Posts com perguntas sobre Spark\n    val sparkQuestions = posts\n      .where(\"postTypeId = 1\")  \/\/ somente perguntas\n      .withColumn(\"sparkRelated\", expr(\"sparkRelated(tags)\")) \/\/ posts com tag de spark\n      .where(\"sparkRelated\") \/\/ somente com tags de spark\n    sparkQuestions.persist(MEMORY_ONLY)\n      \n    \/\/ Tokenization\n    val tokenizer = new RegexTokenizer()\n      .setPattern(\"[\\\\W_]+\")\n      .setMinTokenLength(params.minTermLenght) \/\/ Filter away tokens with length < minTokenLenght\n      .setInputCol(\"cleaned\")\n      .setOutputCol(\"tokenized\")\n    \n    \/\/ Removing stopwords\n    val stopwords = spark.sparkContext.textFile(params.resStopwords).collect()\n    val remover = new StopWordsRemover()\n      .setStopWords(stopwords)\n      .setInputCol(\"tokenized\")\n      .setOutputCol(\"removed\")\n    \n    \/\/ Stemming\n    val stemmer = new Stemmer()\n      .setInputCol(\"removed\")\n      .setOutputCol(\"document\")\n      .setLanguage(\"English\")\n    \n    \/\/ Corpus QT : Corpus de Perguntas em que cada documento eh apenas o titulo da pergunta\n    if (params.corpusQT) {\n      println(s\"${Instant.now()} : Processing Corpus QT\")\n      val cleanedQT = sparkQuestions \/\/ Documents pre-processing\n      .withColumn(\"cleaned\", expr(\"cleanDocument(title)\"))\n      val tokenizedQT = tokenizer.transform(cleanedQT)\n      val removedQT = remover.transform(tokenizedQT)\n      val stemmedQT = stemmer.transform(removedQT)\n      val corpusQT = stemmedQT\n        .select(\"id\", \"creationDate\", \"score\", \"viewCount\", \"title\", \"document\", \"tags\", \"answerCount\", \"commentCount\", \"favoriteCount\")\n    \n      \/\/ corpusQT.show()\n      corpusQT.write.mode(SaveMode.Overwrite).parquet(params.resCorpusQT + \".parquet\")\n      if (params.outputCSV) {\n        corpusQT.withColumn(\"doc\", expr(\"concat_ws(' ', document)\"))\n          .selectExpr(\"id\", \"doc\")\n          .write.mode(SaveMode.Overwrite).csv(params.resCorpusQT + \".csv\")  \n      }\n    }\n      \n    \/\/ Corpus Q : Corpus de Perguntas em que cada documento eh o titulo cocatenado com o corpo da pergunta\n    if (params.corpusQ) {\n      println(s\"${Instant.now()} : Processing Corpus Q\")\n      val cleanedQ = sparkQuestions\n        .withColumn(\"title_body\", concat($\"title\", lit(\" \"), $\"body\"))\n        .withColumn(\"cleaned\", expr(\"cleanDocument(title_body)\"))  \n      cleanedQ.persist(MEMORY_ONLY)\n      cleanedQ.createOrReplaceTempView(\"corpusQ\")\n      val tokenizedQ = tokenizer.transform(cleanedQ)\n      val removedQ = remover.transform(tokenizedQ)\n      val stemmedQ = stemmer.transform(removedQ)\n      val corpusQ = stemmedQ\n        .select(\"id\", \"creationDate\", \"score\", \"viewCount\", \"title\", \"document\", \"tags\", \"answerCount\", \"commentCount\", \"favoriteCount\")\n      \n      \/\/ corpusQ.show()\n      corpusQ.write.mode(SaveMode.Overwrite).parquet(params.resCorpusQ + \".parquet\")\n      if (params.outputCSV) {\n        corpusQ.withColumn(\"doc\", expr(\"concat_ws(' ', document)\"))\n          .selectExpr(\"id\", \"doc\")\n          .write.mode(SaveMode.Overwrite).csv(params.resCorpusQ + \".csv\")\n      }\n    }\n    \n    if (params.corpusQA) {\n      println(s\"${Instant.now()} : Processing Corpus QA\")\n      \/\/ Obter Posts com respostas a perguntas sobre Spark\n      val stackAnswers = posts\n        .where(\"postTypeId = 2\") \/\/ somente respostas\n      stackAnswers.createOrReplaceTempView(\"stackAnswers\")\n      \/\/ Corpus A: Corpus de Respostas em que cada documento eh a concatenacao dos corpos das respostas dada a cada pergunta\n      val cleanedA = sql(\"\"\"\n        SELECT answers.id, corpusQ.title, answers.cleaned \n          FROM (\n        SELECT a.parentId as id\n             , cleanDocument(concat_ws(' ', collect_list(a.body))) as cleaned\n          FROM stackAnswers a \n     LEFT SEMI JOIN corpusQ q \n            ON a.parentId = q.id \n      GROUP BY a.parentId\n          ) as answers\n     LEFT JOIN corpusQ\n            ON answers.id = corpusQ.id       \n      \"\"\")\n      cleanedA.persist(MEMORY_ONLY)\n      cleanedA.createOrReplaceTempView(\"corpusA\")\n      val tokenizedA = tokenizer.transform(cleanedA)\n      val removedA = remover.transform(tokenizedA)\n      val stemmedA = stemmer.transform(removedA)\n      val corpusA = stemmedA\n        .select(\"id\", \"title\", \"document\")\n      \n      \/\/ Corpus QA\n      \/\/ Obter Posts com perguntas sobre Spark e suas respectivas respostas\n      val sparkQA = sql(\"\"\"\n        SELECT q.id, q.title, q.cleaned qd, a.cleaned ad, q.creationDate, q.score, q.viewCount, q.tags, q.answerCount, q.commentCount, q.favoriteCount\n          FROM corpusQ q \n     LEFT JOIN corpusA a \n            ON q.id = a.id\n      \"\"\")\n      \n      val cleanedQA = sparkQA\n        .withColumn(\"ad_not_null\", coalesce($\"ad\",lit(\"\"))) \/\/ para o caso de perguntas sem respostas\n        .withColumn(\"cleaned\", concat($\"qd\", lit(\" \"), $\"ad_not_null\"))\n      val tokenizedQA = tokenizer.transform(cleanedQA)\n      val removedQA = remover.transform(tokenizedQA)\n      val stemmedQA = stemmer.transform(removedQA)  \n      val corpusQA = stemmedQA\n        .select(\"id\", \"creationDate\", \"score\", \"viewCount\", \"title\", \"document\", \"tags\", \"answerCount\", \"commentCount\", \"favoriteCount\")\n  \n  \/\/    corpusQA.show()\n      corpusQA.write.mode(SaveMode.Overwrite).parquet(params.resCorpusQA + \".parquet\")\n      if (params.outputCSV) {\n        corpusQA.withColumn(\"doc\", expr(\"concat_ws(' ', document)\"))\n          .selectExpr(\"id\", \"doc\")\n          .write.mode(SaveMode.Overwrite).csv(params.resCorpusQA + \".csv\")  \n      }\n    }\n  }\n  \n  def reading(spark: SparkSession, params: Params) {\n    var stats = Stats()\n    if (params.corpusQT) {\n      val corpusQT = spark.read.parquet(params.resCorpusQT + \".parquet\")\n      stats.corpusSize = corpusQT.count()\n      lda_runner(\"QT\", corpusQT, spark, params, stats)\n    }\n      \n    if (params.corpusQ) {\n      val corpusQ = spark.read.parquet(params.resCorpusQ + \".parquet\")\n      stats = Stats()\n      stats.corpusSize = corpusQ.count()\n      lda_runner(\"Q\", corpusQ, spark, params, stats)\n    }\n\n    if (params.corpusQA) {\n      val corpusQA = spark.read.parquet(params.resCorpusQA + \".parquet\")\n      stats = Stats()\n      stats.corpusSize = corpusQA.count()\n      lda_runner(\"QA\", corpusQA, spark, params, stats)\n    }\n  }\n  \n  def lda_runner(id : String, corpus : DataFrame, spark: SparkSession, params: Params, stats: Stats) {\n    println(s\"${Instant.now()} : Analyzing Corpus $id\")\n    \/\/ Removing too frequent words\n    \/\/ val stopwords = Array(\"apach\", \"spark\", \"org\", \"code\")\n    val stopwords = Array(\"http\", \"https\", \"github\", \"html\", \"apach\", \"class\", \"code\", \"data\", \"didnt\", \"didn\", \"doesn\", \"don\", \"give\", \"good\", \"implement\", \"main\", \"make\", \"need\", \"object\", \"org\", \"program\", \"solut\", \"spark\", \"understand\", \"util\", \"want\", \"wasn\", \"way\", \"work\")\n    val remover = new StopWordsRemover()\n      .setStopWords(stopwords)\n      .setInputCol(\"document\")\n      .setOutputCol(\"removed\")\n    val removed = remover.transform(corpus)\n    \/\/ Top Terms in whole corpus\n    if (params.prtTopTerms) {\n      removed.persist(MEMORY_ONLY)\n      val combined = removed\n        .select(org.apache.spark.sql.functions.explode(col(\"removed\")).alias(\"exploded\"))\n        .select(org.apache.spark.sql.functions.collect_list(\"exploded\").alias(\"combined\"))\n      val countVectorizer = new CountVectorizer()\n        .setInputCol(\"combined\")\n        .setOutputCol(\"features\")\n        .fit(combined)\n      val countVectors = countVectorizer.transform(combined).select(\"features\")\n      val frequency = countVectors.rdd.map(_.getAs[SparseVector](\"features\")).collect()(0)\n      val tokensFrequency = countVectorizer.vocabulary.zip(frequency.toArray)\n      print(s\"\\nTop ${params.qtyOfTopTerms} tokens: \")\n      tokensFrequency.take(params.qtyOfTopTerms).foreach(tuple => print(f\"${tuple._1} (${tuple._2}%.0f) \"))\n      println(\"\")\n    }\n    \/\/ Runs one LDA experiment varying the number of desired Topics \n    Range.inclusive(params.minQtyLDATop, params.qtyLDATopics, 10).foreach { \n      case i => {\n        params.qtyLDATopics = i\n        stats.LDAInitTime = Instant.now()\n        lda(id, removed, spark, params, stats)\n        stats.LDAEndTime = Instant.now()\n        \/\/ Printing Stats\n        if (params.prtStats) {\n          println(\"Corpus size = \" + stats.corpusSize)\n          println(\"Vocabulary size = \" + stats.vocabLength)\n          println(\"LDA Topics = \" + params.qtyLDATopics)\n          println(\"LDA Alpha = \" + stats.alpha)\n          println(\"LDA Beta = \" + stats.beta)\n          println(\"Iteractions = \" + params.maxIterations)\n          println(\"Duration = \" + Duration.between(stats.LDAInitTime, stats.LDAEndTime).getSeconds + \"s\")\n        }\n      }\n    }\n  }\n  \n  def lda(id : String, corpus: DataFrame, spark: SparkSession, params: Params, stats: Stats) {\n    \/\/ Computing tokens frequencies for LDA\n    val vectorizer = new CountVectorizer()\n      .setInputCol(\"removed\")\n      .setOutputCol(\"features\")\n      .setMinDF(params.termMinDocFreq)\n      .setMinTF(1.0)\n      .fit(corpus)\n    \n    vectorizer.write.overwrite().save(params.resourcesDir+\"\/vectorizer-\"+id+\"-\"+params.qtyLDATopics)\n    \n    val vectorized = vectorizer.transform(corpus).select(\"id\", \"features\")\n    stats.vocabLength = vectorizer.vocabulary.length\n    \n    \/\/ To use the LDA from MLlib library\n    val vectorizedMLib = MLUtils.convertVectorColumnsFromML(vectorized, \"features\")\n    import spark.implicits._\n    val vectorizedDS = vectorizedMLib.map { case Row(id: Long, countVector: Vector) => (id, countVector) }\n    val vectorizedRDD = vectorizedDS.rdd\n    \n    \/\/ Setting default LDA Parameters\n    var docConcentration = params.alpha\n    var topicConcentration = params.beta\n    if (params.optimizer.equals(\"em\")) {\n      if (params.alpha == -1) docConcentration = (50.0\/params.qtyLDATopics)+1.0\n      if (params.beta == -1) topicConcentration = 1.01\n    } else if (params.optimizer.equals(\"online\")){\n      if (params.alpha == -1) docConcentration = 1.0\/params.qtyLDATopics\n      if (params.beta == -1) topicConcentration = 1.0\/params.qtyLDATopics\n    }\n    \n    val lda = new LDA()\n      .setOptimizer(params.optimizer)\n      .setK(params.qtyLDATopics)\n      .setMaxIterations(params.maxIterations)\n      .setDocConcentration(docConcentration) \n      .setTopicConcentration(topicConcentration)\n      .setCheckpointInterval(50)\n    val ldaModel = lda.run(vectorizedRDD)\n    stats.alpha = ldaModel.docConcentration(0)\n    stats.beta = ldaModel.topicConcentration\n    \n    \/\/ Saving LDA Model\n    import org.apache.hadoop.fs.{FileSystem, Path}\n    val fs = FileSystem.get(spark.sparkContext.hadoopConfiguration)\n    val outPath = params.resourcesDir+\"\/ldaModel-\"+id+\"-\"+params.qtyLDATopics\n    if (fs.exists(new Path(outPath))) fs.delete(new Path(outPath), true)\n    ldaModel.save(spark.sparkContext, outPath)\n    \n    \/\/ Describing Topics\n    if (params.describeTopics) {\n      val vocabList = vectorizer.vocabulary\n      val describedTopics = ldaModel.describeTopics(maxTermsPerTopic = params.termsPerTopic)\n      val topics = describedTopics.map {\n        case (terms, weights) => {\n          val zipped = terms.map(vocabList(_)).zip(weights)\n          zipped.map {\n            case (term, weight) => f\"$term ($weight%2.3f)\"\n          }\n        }\n      }\n      \n      \/\/ Output with Horizontal layout using dataframes\n      if (params.horizontOutput) {\n        \/\/ Transforming the Array of Topics in a Dataframe with one column for each topic\n        val transposed = topics.transpose\n        val transposedDF = spark.sparkContext.parallelize(transposed).toDF()\n        val topicsDF = transposedDF.select((Range(0, params.qtyLDATopics).map(i => $\"value\"(i) as \"TOPIC \" + (i+1)):_*))\n        \/\/ Getting the top documents per topic\n        if (params.topDocPerTopic > 0 && params.optimizer.equals(\"em\")) {\n          var columns = ListBuffer[ListBuffer[String]]()\n          Range(0, params.qtyLDATopics).map( i => {\n            var lines = ListBuffer[String]()\n            val distLDAModel = ldaModel.asInstanceOf[DistributedLDAModel]\n            val topDocs = distLDAModel.topDocumentsPerTopic(params.topDocPerTopic)\n            (topDocs(i)._1).zip(topDocs(i)._2).foreach {\n              case (id, weight) => {\n                lines += s\"$id : \" + corpus.where($\"id\" === id).select(\"title\").first().mkString(\" : \") + f\" : $weight%2.4f\"\n              }\n            }\n            columns += lines            \n          })\n          val questions = columns.transpose.toDF()\n          val questionsDF = questions.select((Range(0, params.qtyLDATopics).map(i => $\"value\"(i) as \"TOPIC \" + (i+1)):_*))\n          topicsDF.union(questionsDF).show(params.qtyLDATopics+params.qtyOfTopTerms+params.topDocPerTopic , false)\n        }\n      } \n      else {\n        \/\/ Output with Vertical layout\n        topics.zipWithIndex.foreach {\n          case (topic, i) =>\n            println(s\"TOPIC ${i+1}\")\n            println(\"---------\")\n            topic.foreach(println)\n            if (params.topDocPerTopic > 0 && params.optimizer.equals(\"em\")) {\n              val distLDAModel = ldaModel.asInstanceOf[DistributedLDAModel]\n              val topDocs = distLDAModel.topDocumentsPerTopic(params.topDocPerTopic)\n              println(\"---------\")\n              val temp = (topDocs(i)._1).zip(topDocs(i)._2)\n              temp.foreach {\n                case (id, weight) => {\n                  print(f\"$weight%2.4f : $id : \")\n                  println(corpus.where($\"id\" === id).select(\"title\").first().getAs[String](\"title\"))\n                }\n              }\n            }\n            println(s\"\\n==========\")\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"zidenis\/spark-overflow","path":"src\/main\/scala\/br\/ufrn\/dimap\/forall\/spark\/LDADataAnalysis.scala","text":"<filename>src\/main\/scala\/br\/ufrn\/dimap\/forall\/spark\/LDADataAnalysis.scala\npackage br.ufrn.dimap.forall.spark\n\nimport org.apache.log4j.Level\nimport org.apache.log4j.Logger\nimport org.apache.spark.ml.feature.CountVectorizer\nimport org.apache.spark.ml.feature.CountVectorizerModel\nimport org.apache.spark.ml.feature.RegexTokenizer\nimport org.apache.spark.ml.feature.StopWordsRemover\nimport org.apache.spark.ml.feature.VectorAssembler\nimport org.apache.spark.ml.linalg.SparseVector\nimport org.apache.spark.mllib.clustering.LDA\nimport org.apache.spark.mllib.clustering.DistributedLDAModel\nimport org.apache.spark.mllib.linalg.Vector\nimport org.apache.spark.mllib.util.MLUtils\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.storage.StorageLevel._\nimport java.time.LocalDateTime\nimport java.time.Instant\nimport java.time.Duration\nimport java.sql.Timestamp\nimport org.apache.spark.SparkConf\nimport org.apache.spark.mllib.feature.Stemmer\nimport scala.collection.mutable.ListBuffer\nimport scala.beans.BeanProperty\nimport com.typesafe.config.ConfigFactory\nimport com.typesafe.config.ConfigBeanFactory\n\nobject LDADataAnalysis {\n  \n  case class Params(\n    @BeanProperty var appName       : String\n\n\/\/ Cluster Configurations\n  , @BeanProperty var master        : String\n  , @BeanProperty var resSOPosts    : String\n  , @BeanProperty var resCorpusQ    : String\n  , @BeanProperty var resCorpusQT   : String\n  , @BeanProperty var resCorpusQA   : String\n  , @BeanProperty var resStopwords  : String\n  , @BeanProperty var checkpointDir : String\n  , @BeanProperty var resourcesDir : String\n\n\/\/ Experiment Configurations\n  , @BeanProperty var minTermLenght : Int\n  , @BeanProperty var qtyOfTopTerms : Int\n  , @BeanProperty var termMinDocFreq: Int\n  , @BeanProperty var qtyLDATopics  : Int\n  , @BeanProperty var minQtyLDATop  : Int\n  , @BeanProperty var optimizer     : String\n  , @BeanProperty var alpha         : Double\n  , @BeanProperty var beta          : Double\n  , @BeanProperty var maxIterations : Int\n  , @BeanProperty var termsPerTopic : Int\n  , @BeanProperty var topDocPerTopic: Int\n  , @BeanProperty var prtTopTerms   : Boolean\n  , @BeanProperty var prtStats      : Boolean\n  , @BeanProperty var describeTopics: Boolean\n  , @BeanProperty var horizontOutput: Boolean\n  , @BeanProperty var corpusQT      : Boolean\n  , @BeanProperty var corpusQ       : Boolean\n  , @BeanProperty var corpusQA      : Boolean\n  , @BeanProperty var outputCSV     : Boolean\n  ) {\n  def this() = this(\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\",0,0,0,0,0,\"\", 0,0,0,0,0,false,false,false,false,false,false,false,false)\n}\n  \n  def main(args: Array[String]) {\n    Logger.getLogger(\"org\").setLevel(Level.ERROR) \/\/ Set the log level to only print errors\n    \n    val config = ConfigFactory.parseFile(new java.io.File(\"application.conf\")).getConfig(\"config\")\n    val params = ConfigBeanFactory.create(config, classOf[Params])\n    \n    println(s\"Experiment ${params}\")\n    \n    val spark = SparkSession\n      .builder\n      .appName(params.appName)\n      .master(params.master)\n      .getOrCreate()\n    spark.sparkContext.setCheckpointDir(params.checkpointDir)\n    \n    analysis(spark, params)\n    \n    \n    spark.stop()\n  }\n  \n  def analysis(spark: SparkSession, params: Params) {\n    if (params.corpusQT) {\n      val corpusQT = spark.read.parquet(params.resCorpusQT + \".parquet\")\n      Range.inclusive(params.minQtyLDATop, params.qtyLDATopics, 10).foreach { \n        case i => {\n          params.qtyLDATopics = i\n          lda_analysis(\"QT\", corpusQT, spark, params)\n        }\n      }\n    }\n    if (params.corpusQ) {\n      val corpusQ = spark.read.parquet(params.resCorpusQ + \".parquet\")\n      Range.inclusive(params.minQtyLDATop, params.qtyLDATopics, 10).foreach { \n        case i => {\n          params.qtyLDATopics = i\n          lda_analysis(\"Q\", corpusQ, spark, params)\n        }\n      }\n    }\n    if (params.corpusQA) {\n      val corpusQA = spark.read.parquet(params.resCorpusQA + \".parquet\")\n      Range.inclusive(params.minQtyLDATop, params.qtyLDATopics, 10).foreach { \n        case i => {\n          params.qtyLDATopics = i\n          lda_analysis(\"QA\", corpusQA, spark, params)\n        }\n      }\n    }\n  }\n  \n  def lda_analysis(id : String, corpus: DataFrame, spark: SparkSession, params: Params) {\n    val demo = false\n    \n    \/\/ Loading Models\n\/\/    val vectorizer = CountVectorizerModel.load(params.resourcesDir+\"\/vectorizer-\"+id+\"-\"+params.qtyLDATopics)\n    val ldaModel = DistributedLDAModel.load(spark.sparkContext, params.resourcesDir+\"\/ldaModel-\"+id+\"-\"+params.qtyLDATopics)\n    \n    \/\/ Removing unused data in corpus\n    var leanCorpus = corpus.drop(\"creationDate\", \"title\", \"document\", \"tags\")\n    if (demo) {\n      println(s\"Corpus Sample\")\n      leanCorpus.show()\n    }\n    \/\/ Corpus Stats\n    val leanCorpusStats = leanCorpus\n      .drop(\"id\")\n      .withColumn(\"Dataset\", lit(\"Spark\"))\n      .withColumn(\"Questions\", lit(1))\n      .withColumnRenamed(\"answerCount\", \"Answers\")\n      .withColumnRenamed(\"commentCount\", \"Comments\")\n      .withColumnRenamed(\"viewCount\", \"Views\")\n      .withColumnRenamed(\"favoriteCount\", \"Favorites\")\n      .withColumnRenamed(\"score\", \"Scores\")\n      .select(\"Dataset\",\"Questions\", \"Answers\", \"Comments\", \"Views\", \"Favorites\", \"Scores\")\n      .groupBy(\"Dataset\")\n      .sum()\n    if (demo) {\n      println(s\"Corpus' Stats\")\n      leanCorpusStats.show()\n    }\n\/\/    println(s\"Corpus Size = ${corpus.count()}\")\n\/\/    println(s\"Model Size = ${ldaModel.topicDistributions.count()}\")\n\n    \/\/ Listing the topics assignments for each document in Model    \n    \/\/ USING RDDs\n    \n\/\/    val topicDistributions: Map[Long,Vector] = ldaModel.topicDistributions.collect().toMap\n\/\/    topicDistributions.foreach({ \n\/\/      case (id, vect) => {\n\/\/       print(s\"\\n$id,\")\n\/\/       vect.foreachActive({\n\/\/         \/\/ The topic is counted only if it has proportions greater than 0.1 in topics distribution\n\/\/         case (index, value) => if (value > 0.1) print(\"1,\") else print(\"0,\")\n\/\/       })\n\/\/      } \n\/\/    })\n\/\/    println(\"\")\n    \n    \/\/ Listing the topics assignments for each document in Model\n    \/\/ USING DATAFRAMES\n    \n    \/\/ Creating Dataframe from LDA Model\n    val topicDistributions = spark.createDataFrame(ldaModel.topicDistributions).toDF(\"id\", \"vals\")\n    topicDistributions.cache()\n    \n    val valsVector2ValsArray = udf((v: Vector) => v.toArray)\n    \n    val topicMembershipMatrix = topicDistributions\n      .withColumn(\"vals\", valsVector2ValsArray(col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Topics Membership Matrix\")\n      topicMembershipMatrix.show()\n    }\n    \n    val valsVector2MaxValsArray = udf((v: Vector) => {\n      val maxValue = v.toArray.max\n      v.toArray.map(value =>\n        if (value != maxValue) 0\n        else value\n        )\n      })\n    \n    val dominantTopicMatrix = topicDistributions\n      .withColumn(\"vals\", valsVector2MaxValsArray(col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Dominant Topic Matrix\")\n      dominantTopicMatrix.show()\n    }\n    \n    val valsVector2DominantTopicIndexArray = udf((v: Vector) => {\n      val maxValue = v.toArray.max\n      v.toArray.map(value =>\n        if (value != maxValue) 0\n        else 1\n        )\n      })\n    \n    val dominantTopicIndexMatrix = topicDistributions\n      .withColumn(\"vals\", valsVector2DominantTopicIndexArray(col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Dominant Topic Matrix\")\n      dominantTopicIndexMatrix.show()\n    }\n    \n    \/\/ NNDT Metric\n    val nddt = dominantTopicIndexMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n    println(s\"Metric: Number of Documents with Dominant Topic K. NDDT(k)\")  \n    nddt.show()\n    \n    \/\/ Dominant Topic Proportion Metric\n    val nndtColumns = nddt.columns.toSeq\n    val pddt = nddt\n      .select((0 until params.qtyLDATopics).map(i => (col(nndtColumns(i))\/col(\"sum(Agg)\")).alias(s\"D(T${i+1})\")): _*)\n    println(s\"Metric: Proportion of Documents with Dominant Topic K\")  \n    pddt.show()\n    \n    val threshold = 0.1\n    val valsVector2ValsAboveThresholdArray = udf((v: Vector) => {\n      val maxValue = v.toArray.max\n      v.toArray.map(value =>\n        if (value >= threshold) value\n        else 0\n        )\n      })\n    \n    val topicMembershipAboveThresholdMatrix = topicDistributions\n      .withColumn(\"vals\", valsVector2ValsAboveThresholdArray(col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Topics Membership above threshold Matrix. Threshold = ${threshold}\")\n      topicMembershipAboveThresholdMatrix.show()\n    }\n    \n    \/\/ Topic Impact Metric\n    val topicImpact = topicMembershipAboveThresholdMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n    println(s\"Metric: Topic Impact. Threshold = ${threshold}\")  \n    topicImpact.show()\n    \n    \/\/ Topic Share Metric\n    val topicImpactColumns = topicImpact.columns.toSeq\n    val topicShare = topicImpact\n      .select((0 until params.qtyLDATopics).map(i => (col(topicImpactColumns(i))\/col(\"sum(Agg)\")).alias(s\"Share(T${i+1})\")): _*)\n    println(s\"Metric: Topic Share. Threshold = ${threshold}\")  \n    topicShare.show()\n    \n    \/\/ UDF to transforming the vector of document's probabilities into a vector of document-topic assignment  \n    val probVectorToDocAsignVector = udf((v: Vector) => v.toArray.map(x =>\n      \/\/ The topic is counted only if it has proportions greater than 0.1 in topics distribution\n      if (x > 0.1) 1 \n      else 0\n      )\n    )\n   \n    \/\/ UDFs to transforming the vector of document's probabilities into a vector of document metrics\n    val valsVector2ValsTimesMetricCountArray = udf((metric: Int, v: Vector) => v.toArray.map(value => \n      if (value >= threshold) {\n        value * metric\n      } else 0\n      )\n    )\n        \n    val viewCountTopicShareMatrix = topicDistributions\n      .join(leanCorpus, \"id\")\n      .withColumn(\"viewCount\", when(col(\"viewCount\").isNotNull, col(\"viewCount\")).otherwise(lit(0)))\n      .withColumn(\"vals\", valsVector2ValsTimesMetricCountArray(col(\"viewCount\"), col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"View-Count Topic Share Matrix\")  \n      viewCountTopicShareMatrix.show()\n    }\n\n    val answerCountTopicShareMatrix = topicDistributions\n      .join(leanCorpus, \"id\")\n      .withColumn(\"answerCount\", when(col(\"answerCount\").isNotNull, col(\"answerCount\")).otherwise(lit(0)))\n      .withColumn(\"vals\", valsVector2ValsTimesMetricCountArray(col(\"answerCount\"), col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Answer-Count Topic Share Matrix\")  \n      answerCountTopicShareMatrix.show()\n    }\n    \n    val commentCountTopicShareMatrix = topicDistributions\n      .join(leanCorpus, \"id\")\n      .withColumn(\"commentCount\", when(col(\"commentCount\").isNotNull, col(\"commentCount\")).otherwise(lit(0)))\n      .withColumn(\"vals\", valsVector2ValsTimesMetricCountArray(col(\"commentCount\"), col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Comment-Count Topic Share Matrix\")  \n      commentCountTopicShareMatrix.show()\n    }\n    \n    val favoriteCountTopicShareMatrix = topicDistributions\n      .join(leanCorpus, \"id\")\n      .withColumn(\"favoriteCount\", when(col(\"favoriteCount\").isNotNull, col(\"favoriteCount\")).otherwise(lit(0)))\n      .withColumn(\"vals\", valsVector2ValsTimesMetricCountArray(col(\"favoriteCount\"), col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Favorite-Count Topic Share Matrix\")  \n      favoriteCountTopicShareMatrix.show()\n    }\n    \n    val scoreCountTopicShareMatrix = topicDistributions\n      .join(leanCorpus, \"id\")\n      .withColumn(\"score\", when(col(\"score\").isNotNull, col(\"score\")).otherwise(lit(0)))\n      .withColumn(\"vals\", valsVector2ValsTimesMetricCountArray(col(\"score\"), col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Score-Count Topic Share Matrix\")  \n      scoreCountTopicShareMatrix.show()\n    }\n    \n    val totalViews = leanCorpusStats.select(col(\"sum(Views)\")).first().getAs[Long](\"sum(Views)\")\n    val totalAnswers = leanCorpusStats.select(col(\"sum(Answers)\")).first().getAs[Long](\"sum(Answers)\")\n    val totalComments = leanCorpusStats.select(col(\"sum(Comments)\")).first().getAs[Long](\"sum(Comments)\")\n    val totalFavorites = leanCorpusStats.select(col(\"sum(Favorites)\")).first().getAs[Long](\"sum(Favorites)\")\n    val totalScores = leanCorpusStats.select(col(\"sum(Scores)\")).first().getAs[Long](\"sum(Scores)\")\n    \n    val viewCountTopicShareSum = viewCountTopicShareMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n      .withColumn(\"sum(Views)\", lit(totalViews))\n    if (demo) {\n      println(s\"View-Count Topic Share Sums\")  \n      viewCountTopicShareSum.show()\n    }\n    \n    val answerCountTopicShareSum = answerCountTopicShareMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n      .withColumn(\"sum(Answers)\", lit(totalAnswers))\n    if (demo) {\n      println(s\"Answer-Count Topic Share Sums\")  \n      answerCountTopicShareSum.show()\n    }\n    \n    val commentCountTopicShareSum = commentCountTopicShareMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n      .withColumn(\"sum(Comments)\", lit(totalComments))\n    if (demo) {\n      println(s\"Comment-Count Topic Share Sums\")  \n      commentCountTopicShareSum.show()\n    }\n    \n    val favoriteCountTopicShareSum = favoriteCountTopicShareMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n      .withColumn(\"sum(Favorites)\", lit(totalFavorites))\n    if (demo) {\n      println(s\"Favorite-Count Topic Share Sums\")  \n      favoriteCountTopicShareSum.show()\n    }\n    \n    val scoreCountTopicShareSum = scoreCountTopicShareMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n      .withColumn(\"sum(Scores)\", lit(totalScores))\n    if (demo) {\n      println(s\"Score-Count Topic Share Sums\")  \n      scoreCountTopicShareSum.show()\n    }\n    \n    \/\/ View-Count Topic Share Metric\n    val viewCountTopicShareSumColumns = viewCountTopicShareSum.columns.toSeq\n    val viewCountTopicShare = viewCountTopicShareSum\n      .select((0 until params.qtyLDATopics).map(i => (col(viewCountTopicShareSumColumns(i))\/col(\"sum(Views)\")).alias(s\"ViewShare(T${i+1})\")): _*)\n    println(s\"Metric: View-Count Topic Share\")  \n    viewCountTopicShare.show()\n    \n    \/\/ Answer-Count Topic Share Metric\n    val answerCountTopicShareSumColumns = answerCountTopicShareSum.columns.toSeq\n    val answerCountTopicShare = answerCountTopicShareSum\n      .select((0 until params.qtyLDATopics).map(i => (col(answerCountTopicShareSumColumns(i))\/col(\"sum(Answers)\")).alias(s\"AnswerShare(T${i+1})\")): _*)\n    println(s\"Metric: Answer-Count Topic Share\")  \n    answerCountTopicShare.show()\n    \n    \/\/ Comment-Count Topic Share Metric\n    val commentCountTopicShareSumColumns = commentCountTopicShareSum.columns.toSeq\n    val commentCountTopicShare = commentCountTopicShareSum\n      .select((0 until params.qtyLDATopics).map(i => (col(commentCountTopicShareSumColumns(i))\/col(\"sum(Comments)\")).alias(s\"CommentShare(T${i+1})\")): _*)\n    println(s\"Metric: Comment-Count Topic Share\")  \n    commentCountTopicShare.show()\n    \n    \/\/ Comment-Count Topic Share Metric\n    val favoriteCountTopicShareSumColumns = favoriteCountTopicShareSum.columns.toSeq\n    val favoriteCountTopicShare = favoriteCountTopicShareSum\n      .select((0 until params.qtyLDATopics).map(i => (col(favoriteCountTopicShareSumColumns(i))\/col(\"sum(Favorites)\")).alias(s\"FavoriteShare(T${i+1})\")): _*)\n    println(s\"Metric: Favorite-Count Topic Share\")  \n    favoriteCountTopicShare.show()\n    \n    \/\/ Comment-Count Topic Share Metric\n    val scoreCountTopicShareSumColumns = scoreCountTopicShareSum.columns.toSeq\n    val scoreCountTopicShare = scoreCountTopicShareSum\n      .select((0 until params.qtyLDATopics).map(i => (col(scoreCountTopicShareSumColumns(i))\/col(\"sum(Scores)\")).alias(s\"ScoreShare(T${i+1})\")): _*)\n    println(s\"Metric: Score-Count Topic Share\")  \n    scoreCountTopicShare.show() \n\n    \/\/ Topic Entropy Metric\n    val valsVector2topicEntropyValsArray = udf((v: Vector) => v.toArray.map(value =>\n      if (value >= threshold) {\n        value * scala.math.log10(value)\n      } else 0\n    ))\n    \n    val topicEntropyMatrix = topicDistributions\n      .withColumn(\"vals\", valsVector2topicEntropyValsArray(col(\"vals\")))\n      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n    if (demo) {\n      println(s\"Topics Entropy Matrix\")\n      topicEntropyMatrix.show()\n    }\n    \n    val topicEntropy = topicEntropyMatrix\n      .drop(col(\"id\"))\n      .withColumn(\"Agg\", lit(1))\n      .groupBy(\"Agg\")\n      .sum()\n      .drop(col(\"Agg\"))\n    println(s\"Metric: Topic Entropy.\")  \n    val topicEntropyColumns = topicEntropy.columns.toSeq\n    topicEntropy\n      .select((0 until params.qtyLDATopics).map(i => (col(topicEntropyColumns(i))*(-1)).alias(s\"TE(T${i+1})\")): _*)\n      .show\n      \n\/\/    \/\/ UDF to transforming the vector of document's probabilities into a vector of document scores\n\/\/    val computeDocScore = udf((score: Int, viewCount: Int, answerCount: Int, commentCount: Int, favoriteCount: Int, v: Vector) => v.toArray.map(x => \n\/\/      if (x > 0.1) {\n\/\/        3*score + 10*commentCount + answerCount + favoriteCount\n\/\/      } else 0\n\/\/      )\n\/\/    )\n\/\/    \n\/\/    val docsScorePerTopicMatrix = topicDistributions\n\/\/      .join(leanCorpus, \"id\")\n\/\/      .withColumn(\"score\", when(col(\"score\").isNotNull, col(\"score\")).otherwise(lit(0)))\n\/\/      .withColumn(\"viewCount\", when(col(\"viewCount\").isNotNull, col(\"viewCount\")).otherwise(lit(0)))\n\/\/      .withColumn(\"answerCount\", when(col(\"answerCount\").isNotNull, col(\"answerCount\")).otherwise(lit(0)))\n\/\/      .withColumn(\"commentCount\", when(col(\"commentCount\").isNotNull, col(\"commentCount\")).otherwise(lit(0)))\n\/\/      .withColumn(\"favoriteCount\", when(col(\"favoriteCount\").isNotNull, col(\"favoriteCount\")).otherwise(lit(0)))\n\/\/      .withColumn(\"vals\", computeDocScore(col(\"score\"), col(\"viewCount\"), col(\"answerCount\"), col(\"commentCount\"), col(\"favoriteCount\"), col(\"vals\")))\n\/\/      .select(col(\"id\") +: (0 until params.qtyLDATopics).map(i => col(\"vals\")(i).alias(s\"Topic ${i+1}\")): _*)\n\/\/\/\/    docsScorePerTopicMatrix.show()\n\/\/\n\/\/    val docsScorePerTopic = docsScorePerTopicMatrix\n\/\/      .drop(col(\"id\"))\n\/\/      .withColumn(\"Agg\", lit(1))\n\/\/      .groupBy(\"Agg\")\n\/\/      .sum()\n\/\/      .drop(col(\"Agg\"))\n\/\/\/\/    docsScorePerTopic.show()\n  }  \n\n}\n"}
{"repo_name":"zidenis\/spark-overflow","path":"build.sbt","text":"<reponame>zidenis\/spark-overflow\nname := \"SparkOverflow\"\n\nversion := \"1.0\"\n\norganization := \"br.ufrn.dimap.forall.spark\"\n\nscalaVersion := \"2.11.11\"\n\nval sparkVersion = \"2.2.0\"\n\nresolvers ++= Seq(\"spark-stemming\" at \"https:\/\/dl.bintray.com\/spark-packages\/maven\/\")\n\nlibraryDependencies ++= Seq(\n  \"org.apache.spark\" %% \"spark-core\" % sparkVersion % \"provided\",\n  \"org.apache.spark\" %% \"spark-sql\" % sparkVersion % \"provided\",\n  \"org.apache.spark\" %% \"spark-mllib\" % sparkVersion % \"provided\",\n  \"org.apache.spark\" %% \"spark-streaming\" % sparkVersion % \"provided\",\n  \"org.apache.spark\" %% \"spark-hive\" % sparkVersion % \"provided\",\n  \"com.databricks\" %% \"spark-xml\" % \"0.4.1\",\n  \"master\" % \"spark-stemming\" % \"0.2.0\",\n  \"com.typesafe\" % \"config\" % \"1.3.2\"\n)\n"}
{"repo_name":"skimmy\/playground","path":"scala\/first.scala","text":"<reponame>skimmy\/playground\ndef readCsv(fp : String): Array[String] = {\n\t\/**\n\t\tReturns an array with one element per line\n\t**\/\n\timport scala.io.Source\n\tval src = Source.fromFile(fp)\n\tsrc.getLines.toArray\n}\n\nval name = \"You\"\nval greet = s\"Hello ${name}!\"\nprintln(greet)\n\nval message = \"Ko\"\nval str = message match {\n\tcase \"Ok\" => \"Good\"\n\tcase _ => \"Bad\" \n}\n\nval digits = for(i <- 0 to 9) yield i\nval odd    = for(i <- digits if i%2>0) yield i\nval even   = for(i <- digits if i%2==0) yield i\n\nval header : String = \"ID,price,amount\"\nfor (s <- header.split(\",\")) yield println(s)\n\nimport scala.io.Source\n\/\/ Open a file (CSV format)\nval src = Source.fromFile(\"\/Users\/skimmy\/av\/v4\/deviato.csv\")\n\/\/ read all lines into an array\nval lines = src.getLines.toArray\n\/\/ get the header of tbe CSV\nval header = lines(0).split(\",\")\nval idev = header.indexOf(\"% dev\")\nval N = lines.size - 1\nvar avg : Double = 0\nval idx = 6\nfor (i <- 1 to N; line = lines(i).split(\",\")) {\n\tval dev = line(6).toDouble\n\tval con = lines(i).split(\",\")(4).toDouble \/\/ without value-binding\n\tavg += (dev \/ con)\n}\nprintln(avg\/N)\n\nval headerC = readCsv(\"\/Users\/skimmy\/av\/v4\/colata.csv\")\n"}
{"repo_name":"naichunW\/spark","path":"sql\/catalyst\/src\/test\/scala\/org\/apache\/spark\/sql\/catalyst\/util\/DateTimeUtilsSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.util\n\nimport java.sql.{Date, Timestamp}\nimport java.text.SimpleDateFormat\nimport java.time.{Instant, LocalDate, LocalDateTime, LocalTime, ZoneId}\nimport java.util.{Locale, TimeZone}\nimport java.util.concurrent.TimeUnit\n\nimport org.scalatest.Matchers\n\nimport org.apache.spark.SparkFunSuite\nimport org.apache.spark.sql.catalyst.plans.SQLHelper\nimport org.apache.spark.sql.catalyst.util.DateTimeConstants._\nimport org.apache.spark.sql.catalyst.util.DateTimeTestUtils._\nimport org.apache.spark.sql.catalyst.util.DateTimeUtils._\nimport org.apache.spark.unsafe.types.UTF8String\n\nclass DateTimeUtilsSuite extends SparkFunSuite with Matchers with SQLHelper {\n\n  private def defaultZoneId = ZoneId.systemDefault()\n\n  test(\"nanoseconds truncation\") {\n    val tf = TimestampFormatter.getFractionFormatter(DateTimeUtils.defaultTimeZone.toZoneId)\n    def checkStringToTimestamp(originalTime: String, expectedParsedTime: String): Unit = {\n      val parsedTimestampOp = DateTimeUtils.stringToTimestamp(\n        UTF8String.fromString(originalTime), defaultZoneId)\n      assert(parsedTimestampOp.isDefined, \"timestamp with nanoseconds was not parsed correctly\")\n      assert(DateTimeUtils.timestampToString(tf, parsedTimestampOp.get) === expectedParsedTime)\n    }\n\n    checkStringToTimestamp(\"2015-01-02 00:00:00.123456789\", \"2015-01-02 00:00:00.123456\")\n    checkStringToTimestamp(\"2015-01-02 00:00:00.100000009\", \"2015-01-02 00:00:00.1\")\n    checkStringToTimestamp(\"2015-01-02 00:00:00.000050000\", \"2015-01-02 00:00:00.00005\")\n    checkStringToTimestamp(\"2015-01-02 00:00:00.12005\", \"2015-01-02 00:00:00.12005\")\n    checkStringToTimestamp(\"2015-01-02 00:00:00.100\", \"2015-01-02 00:00:00.1\")\n    checkStringToTimestamp(\"2015-01-02 00:00:00.000456789\", \"2015-01-02 00:00:00.000456\")\n    checkStringToTimestamp(\"1950-01-02 00:00:00.000456789\", \"1950-01-02 00:00:00.000456\")\n  }\n\n  test(\"timestamp and us\") {\n    val now = new Timestamp(System.currentTimeMillis())\n    now.setNanos(1000)\n    val ns = fromJavaTimestamp(now)\n    assert(ns % 1000000L === 1)\n    assert(toJavaTimestamp(ns) === now)\n\n    List(-111111111111L, -1L, 0, 1L, 111111111111L).foreach { t =>\n      val ts = toJavaTimestamp(t)\n      assert(fromJavaTimestamp(ts) === t)\n      assert(toJavaTimestamp(fromJavaTimestamp(ts)) === ts)\n    }\n  }\n\n  test(\"us and julian day\") {\n    val (d, ns) = toJulianDay(0)\n    assert(d === JULIAN_DAY_OF_EPOCH)\n    assert(ns === 0)\n    assert(fromJulianDay(d, ns) == 0L)\n\n    Seq(Timestamp.valueOf(\"2015-06-11 10:10:10.100\"),\n      Timestamp.valueOf(\"2015-06-11 20:10:10.100\"),\n      Timestamp.valueOf(\"1900-06-11 20:10:10.100\")).foreach { t =>\n      val (d, ns) = toJulianDay(fromJavaTimestamp(t))\n      assert(ns > 0)\n      val t1 = toJavaTimestamp(fromJulianDay(d, ns))\n      assert(t.equals(t1))\n    }\n  }\n\n  test(\"SPARK-6785: java date conversion before and after epoch\") {\n    def checkFromToJavaDate(d1: Date): Unit = {\n      val d2 = toJavaDate(fromJavaDate(d1))\n      assert(d2.toString === d1.toString)\n    }\n\n    val df1 = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss\", Locale.US)\n    val df2 = new SimpleDateFormat(\"yyyy-MM-dd HH:mm:ss z\", Locale.US)\n\n    checkFromToJavaDate(new Date(100))\n\n    checkFromToJavaDate(Date.valueOf(\"1970-01-01\"))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1970-01-01 00:00:00\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1970-01-01 00:00:00 UTC\").getTime))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1970-01-01 00:00:01\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1970-01-01 00:00:01 UTC\").getTime))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1969-12-31 23:59:59\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1969-12-31 23:59:59 UTC\").getTime))\n\n    checkFromToJavaDate(Date.valueOf(\"1969-01-01\"))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1969-01-01 00:00:00\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1969-01-01 00:00:00 UTC\").getTime))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1969-01-01 00:00:01\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1969-01-01 00:00:01 UTC\").getTime))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1989-11-09 11:59:59\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1989-11-09 19:59:59 UTC\").getTime))\n\n    checkFromToJavaDate(new Date(df1.parse(\"1776-07-04 10:30:00\").getTime))\n    checkFromToJavaDate(new Date(df2.parse(\"1776-07-04 18:30:00 UTC\").getTime))\n  }\n\n  private def toDate(s: String, zoneId: ZoneId = UTC): Option[SQLDate] = {\n    stringToDate(UTF8String.fromString(s), zoneId)\n  }\n\n  test(\"string to date\") {\n    assert(toDate(\"2015-01-28\").get === days(2015, 1, 28))\n    assert(toDate(\"2015\").get === days(2015, 1, 1))\n    assert(toDate(\"0001\").get === days(1, 1, 1))\n    assert(toDate(\"2015-03\").get === days(2015, 3, 1))\n    Seq(\"2015-03-18\", \"2015-03-18 \", \" 2015-03-18\", \" 2015-03-18 \", \"2015-03-18 123142\",\n      \"2015-03-18T123123\", \"2015-03-18T\").foreach { s =>\n      assert(toDate(s).get === days(2015, 3, 18))\n    }\n\n    assert(toDate(\"2015-03-18X\").isEmpty)\n    assert(toDate(\"2015\/03\/18\").isEmpty)\n    assert(toDate(\"2015.03.18\").isEmpty)\n    assert(toDate(\"20150318\").isEmpty)\n    assert(toDate(\"2015-031-8\").isEmpty)\n    assert(toDate(\"02015-03-18\").isEmpty)\n    assert(toDate(\"015-03-18\").isEmpty)\n    assert(toDate(\"015\").isEmpty)\n    assert(toDate(\"02015\").isEmpty)\n    assert(toDate(\"1999 08 01\").isEmpty)\n    assert(toDate(\"1999-08 01\").isEmpty)\n    assert(toDate(\"1999 08\").isEmpty)\n  }\n\n  private def toTimestamp(str: String, zoneId: ZoneId): Option[SQLTimestamp] = {\n    stringToTimestamp(UTF8String.fromString(str), zoneId)\n  }\n\n  test(\"string to timestamp\") {\n    for (tz <- ALL_TIMEZONES) {\n      def checkStringToTimestamp(str: String, expected: Option[Long]): Unit = {\n        assert(toTimestamp(str, tz.toZoneId) === expected)\n      }\n      val zid = tz.toZoneId\n\n      checkStringToTimestamp(\"1969-12-31 16:00:00\", Option(date(1969, 12, 31, 16, zid = zid)))\n      checkStringToTimestamp(\"0001\", Option(date(1, 1, 1, 0, zid = zid)))\n      checkStringToTimestamp(\"2015-03\", Option(date(2015, 3, 1, zid = zid)))\n      Seq(\"2015-03-18\", \"2015-03-18 \", \" 2015-03-18\", \" 2015-03-18 \", \"2015-03-18T\").foreach { s =>\n        checkStringToTimestamp(s, Option(date(2015, 3, 18, zid = zid)))\n      }\n\n      var expected = Option(date(2015, 3, 18, 12, 3, 17, zid = zid))\n      checkStringToTimestamp(\"2015-03-18 12:03:17\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17\", expected)\n\n      \/\/ If the string value includes timezone string, it represents the timestamp string\n      \/\/ in the timezone regardless of the tz parameter.\n      var zoneId = getZoneId(\"-13:53\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17-13:53\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17GMT-13:53\", expected)\n\n      expected = Option(date(2015, 3, 18, 12, 3, 17, zid = UTC))\n      checkStringToTimestamp(\"2015-03-18T12:03:17Z\", expected)\n      checkStringToTimestamp(\"2015-03-18 12:03:17Z\", expected)\n      checkStringToTimestamp(\"2015-03-18 12:03:17UTC\", expected)\n\n      zoneId = getZoneId(\"-01:00\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17-1:0\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17-01:00\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17GMT-01:00\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17+07:30\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17 GMT+07:30\", expected)\n\n      zoneId = getZoneId(\"+07:03\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17+07:03\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17GMT+07:03\", expected)\n\n      \/\/ tests for the string including milliseconds.\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123000, zid = zid))\n      checkStringToTimestamp(\"2015-03-18 12:03:17.123\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123\", expected)\n\n      \/\/ If the string value includes timezone string, it represents the timestamp string\n      \/\/ in the timezone regardless of the tz parameter.\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 456000, zid = UTC))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.456Z\", expected)\n      checkStringToTimestamp(\"2015-03-18 12:03:17.456Z\", expected)\n      checkStringToTimestamp(\"2015-03-18 12:03:17.456 UTC\", expected)\n\n      zoneId = getZoneId(\"-01:00\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123000, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123-1:0\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123-01:00\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123 GMT-01:00\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123000, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123+07:30\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123 GMT+07:30\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123000, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123+07:30\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123GMT+07:30\", expected)\n\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123121, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123121+7:30\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123121 GMT+0730\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123120, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.12312+7:30\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.12312 UT+07:30\", expected)\n\n      expected = Option(time(18, 12, 15, zid = zid))\n      checkStringToTimestamp(\"18:12:15\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(time(18, 12, 15, 123120, zid = zoneId))\n      checkStringToTimestamp(\"T18:12:15.12312+7:30\", expected)\n      checkStringToTimestamp(\"T18:12:15.12312 UTC+07:30\", expected)\n\n      zoneId = getZoneId(\"+07:30\")\n      expected = Option(time(18, 12, 15, 123120, zid = zoneId))\n      checkStringToTimestamp(\"18:12:15.12312+7:30\", expected)\n      checkStringToTimestamp(\"18:12:15.12312 GMT+07:30\", expected)\n\n      expected = Option(date(2011, 5, 6, 7, 8, 9, 100000, zid = zid))\n      checkStringToTimestamp(\"2011-05-06 07:08:09.1000\", expected)\n\n      checkStringToTimestamp(\"238\", None)\n      checkStringToTimestamp(\"00238\", None)\n      checkStringToTimestamp(\"2015-03-18 123142\", None)\n      checkStringToTimestamp(\"2015-03-18T123123\", None)\n      checkStringToTimestamp(\"2015-03-18X\", None)\n      checkStringToTimestamp(\"2015\/03\/18\", None)\n      checkStringToTimestamp(\"2015.03.18\", None)\n      checkStringToTimestamp(\"20150318\", None)\n      checkStringToTimestamp(\"2015-031-8\", None)\n      checkStringToTimestamp(\"02015-01-18\", None)\n      checkStringToTimestamp(\"015-01-18\", None)\n      checkStringToTimestamp(\"2015-03-18T12:03.17-20:0\", None)\n      checkStringToTimestamp(\"2015-03-18T12:03.17-0:70\", None)\n      checkStringToTimestamp(\"2015-03-18T12:03.17-1:0:0\", None)\n      checkStringToTimestamp(\"1999 08 01\", None)\n      checkStringToTimestamp(\"1999-08 01\", None)\n      checkStringToTimestamp(\"1999 08\", None)\n\n      \/\/ Truncating the fractional seconds\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123456, zid = UTC))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123456789+0:00\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123456789 UTC+0\", expected)\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123456789GMT+00:00\", expected)\n\n      zoneId = getZoneId(\"Europe\/Moscow\")\n      expected = Option(date(2015, 3, 18, 12, 3, 17, 123456, zid = zoneId))\n      checkStringToTimestamp(\"2015-03-18T12:03:17.123456 Europe\/Moscow\", expected)\n    }\n  }\n\n  test(\"SPARK-15379: special invalid date string\") {\n    \/\/ Test stringToDate\n    assert(toDate(\"2015-02-29 00:00:00\").isEmpty)\n    assert(toDate(\"2015-04-31 00:00:00\").isEmpty)\n    assert(toDate(\"2015-02-29\").isEmpty)\n    assert(toDate(\"2015-04-31\").isEmpty)\n\n\n    \/\/ Test stringToTimestamp\n    assert(stringToTimestamp(\n      UTF8String.fromString(\"2015-02-29 00:00:00\"), defaultZoneId).isEmpty)\n    assert(stringToTimestamp(\n      UTF8String.fromString(\"2015-04-31 00:00:00\"), defaultZoneId).isEmpty)\n    assert(toTimestamp(\"2015-02-29\", defaultZoneId).isEmpty)\n    assert(toTimestamp(\"2015-04-31\", defaultZoneId).isEmpty)\n  }\n\n  test(\"hours\") {\n    var input = date(2015, 3, 18, 13, 2, 11, 0, LA)\n    assert(getHours(input, LA) === 13)\n    assert(getHours(input, UTC) === 20)\n    input = date(2015, 12, 8, 2, 7, 9, 0, LA)\n    assert(getHours(input, LA) === 2)\n    assert(getHours(input, UTC) === 10)\n    input = date(10, 1, 1, 0, 0, 0, 0, LA)\n    assert(getHours(input, LA) === 0)\n  }\n\n  test(\"minutes\") {\n    var input = date(2015, 3, 18, 13, 2, 11, 0, LA)\n    assert(getMinutes(input, LA) === 2)\n    assert(getMinutes(input, UTC) === 2)\n    assert(getMinutes(input, getZoneId(\"Australia\/North\")) === 32)\n    input = date(2015, 3, 8, 2, 7, 9, 0, LA)\n    assert(getMinutes(input, LA) === 7)\n    assert(getMinutes(input, UTC) === 7)\n    assert(getMinutes(input, getZoneId(\"Australia\/North\")) === 37)\n    input = date(10, 1, 1, 0, 0, 0, 0, LA)\n    assert(getMinutes(input, LA) === 0)\n  }\n\n  test(\"seconds\") {\n    var input = date(2015, 3, 18, 13, 2, 11, 0, LA)\n    assert(getSeconds(input, LA) === 11)\n    assert(getSeconds(input, UTC) === 11)\n    input = date(2015, 3, 8, 2, 7, 9, 0, LA)\n    assert(getSeconds(input, LA) === 9)\n    assert(getSeconds(input, UTC) === 9)\n    input = date(10, 1, 1, 0, 0, 0, 0, LA)\n    assert(getSeconds(input, LA) === 0)\n  }\n\n  test(\"hours \/ minutes \/ seconds\") {\n    Seq(Timestamp.valueOf(\"2015-06-11 10:12:35.789\"),\n      Timestamp.valueOf(\"2015-06-11 20:13:40.789\"),\n      Timestamp.valueOf(\"1900-06-11 12:14:50.789\"),\n      Timestamp.valueOf(\"1700-02-28 12:14:50.123456\")).foreach { t =>\n      val us = fromJavaTimestamp(t)\n      assert(toJavaTimestamp(us) === t)\n    }\n  }\n\n  test(\"get day in year\") {\n    assert(getDayInYear(days(2015, 3, 18)) === 77)\n    assert(getDayInYear(days(2012, 3, 18)) === 78)\n  }\n\n  test(\"day of year calculations for old years\") {\n    assert(getDayInYear(days(1582, 3)) === 60)\n\n    (1000 to 1600 by 10).foreach { year =>\n      \/\/ January 1 is the 1st day of year.\n      assert(getYear(days(year)) === year)\n      assert(getMonth(days(year, 1)) === 1)\n      assert(getDayInYear(days(year, 1, 1)) === 1)\n\n      \/\/ December 31 is the 1st day of year.\n      val date = days(year, 12, 31)\n      assert(getYear(date) === year)\n      assert(getMonth(date) === 12)\n      assert(getDayOfMonth(date) === 31)\n    }\n  }\n\n  test(\"get year\") {\n    assert(getYear(days(2015, 2, 18)) === 2015)\n    assert(getYear(days(2012, 2, 18)) === 2012)\n  }\n\n  test(\"get quarter\") {\n    assert(getQuarter(days(2015, 2, 18)) === 1)\n    assert(getQuarter(days(2012, 11, 18)) === 4)\n  }\n\n  test(\"get month\") {\n    assert(getMonth(days(2015, 3, 18)) === 3)\n    assert(getMonth(days(2012, 12, 18)) === 12)\n  }\n\n  test(\"get day of month\") {\n    assert(getDayOfMonth(days(2015, 3, 18)) === 18)\n    assert(getDayOfMonth(days(2012, 12, 24)) === 24)\n  }\n\n  test(\"date add months\") {\n    val input = days(1997, 2, 28, 10, 30)\n    assert(dateAddMonths(input, 36) === days(2000, 2, 28))\n    assert(dateAddMonths(input, -13) === days(1996, 1, 28))\n  }\n\n  test(\"timestamp add months\") {\n    val ts1 = date(1997, 2, 28, 10, 30, 0)\n    val ts2 = date(2000, 2, 28, 10, 30, 0, 123000)\n    assert(timestampAddInterval(ts1, 36, 0, 123000, defaultZoneId) === ts2)\n\n    val ts3 = date(1997, 2, 27, 16, 0, 0, 0, LA)\n    val ts4 = date(2000, 2, 27, 16, 0, 0, 123000, LA)\n    val ts5 = date(2000, 2, 28, 0, 0, 0, 123000, UTC)\n    assert(timestampAddInterval(ts3, 36, 0, 123000, LA) === ts4)\n    assert(timestampAddInterval(ts3, 36, 0, 123000, UTC) === ts5)\n  }\n\n  test(\"timestamp add days\") {\n    \/\/ 2019-3-9 is the end of Pacific Standard Time\n    val ts1 = date(2019, 3, 9, 12, 0, 0, 123000, LA)\n    \/\/ 2019-3-10 is the start of Pacific Daylight Time\n    val ts2 = date(2019, 3, 10, 12, 0, 0, 123000, LA)\n    val ts3 = date(2019, 5, 9, 12, 0, 0, 123000, LA)\n    val ts4 = date(2019, 5, 10, 12, 0, 0, 123000, LA)\n    \/\/ 2019-11-2 is the end of Pacific Daylight Time\n    val ts5 = date(2019, 11, 2, 12, 0, 0, 123000, LA)\n    \/\/ 2019-11-3 is the start of Pacific Standard Time\n    val ts6 = date(2019, 11, 3, 12, 0, 0, 123000, LA)\n\n    \/\/ transit from Pacific Standard Time to Pacific Daylight Time\n    assert(timestampAddInterval(\n      ts1, 0, 0, 23 * MICROS_PER_HOUR, LA) === ts2)\n    assert(timestampAddInterval(ts1, 0, 1, 0, LA) === ts2)\n    \/\/ just a normal day\n    assert(timestampAddInterval(\n      ts3, 0, 0, 24 * MICROS_PER_HOUR, LA) === ts4)\n    assert(timestampAddInterval(ts3, 0, 1, 0, LA) === ts4)\n    \/\/ transit from Pacific Daylight Time to Pacific Standard Time\n    assert(timestampAddInterval(\n      ts5, 0, 0, 25 * MICROS_PER_HOUR, LA) === ts6)\n    assert(timestampAddInterval(ts5, 0, 1, 0, LA) === ts6)\n  }\n\n  test(\"monthsBetween\") {\n    val date1 = date(1997, 2, 28, 10, 30, 0)\n    var date2 = date(1996, 10, 30)\n    assert(monthsBetween(date1, date2, true, UTC) === 3.94959677)\n    assert(monthsBetween(date1, date2, false, UTC) === 3.9495967741935485)\n    Seq(true, false).foreach { roundOff =>\n      date2 = date(2000, 2, 28)\n      assert(monthsBetween(date1, date2, roundOff, UTC) === -36)\n      date2 = date(2000, 2, 29)\n      assert(monthsBetween(date1, date2, roundOff, UTC) === -36)\n      date2 = date(1996, 3, 31)\n      assert(monthsBetween(date1, date2, roundOff, UTC) === 11)\n    }\n\n    val date3 = date(2000, 2, 28, 16, zid = LA)\n    val date4 = date(1997, 2, 28, 16, zid = LA)\n    assert(monthsBetween(date3, date4, true, LA) === 36.0)\n    assert(monthsBetween(date3, date4, true, UTC) === 35.90322581)\n    assert(monthsBetween(date3, date4, false, UTC) === 35.903225806451616)\n  }\n\n  test(\"from UTC timestamp\") {\n    def test(utc: String, tz: String, expected: String): Unit = {\n      assert(toJavaTimestamp(fromUTCTime(fromJavaTimestamp(Timestamp.valueOf(utc)), tz)).toString\n        === expected)\n    }\n    for (tz <- ALL_TIMEZONES) {\n      withDefaultTimeZone(tz) {\n        test(\"2011-12-25 09:00:00.123456\", \"UTC\", \"2011-12-25 09:00:00.123456\")\n        test(\"2011-12-25 09:00:00.123456\", JST.getId, \"2011-12-25 18:00:00.123456\")\n        test(\"2011-12-25 09:00:00.123456\", LA.getId, \"2011-12-25 01:00:00.123456\")\n        test(\"2011-12-25 09:00:00.123456\", \"Asia\/Shanghai\", \"2011-12-25 17:00:00.123456\")\n      }\n    }\n\n    withDefaultTimeZone(TimeZone.getTimeZone(LA.getId)) {\n      \/\/ Daylight Saving Time\n      test(\"2016-03-13 09:59:59.0\", LA.getId, \"2016-03-13 01:59:59.0\")\n      test(\"2016-03-13 10:00:00.0\", LA.getId, \"2016-03-13 03:00:00.0\")\n      test(\"2016-11-06 08:59:59.0\", LA.getId, \"2016-11-06 01:59:59.0\")\n      test(\"2016-11-06 09:00:00.0\", LA.getId, \"2016-11-06 01:00:00.0\")\n      test(\"2016-11-06 10:00:00.0\", LA.getId, \"2016-11-06 02:00:00.0\")\n    }\n  }\n\n  test(\"to UTC timestamp\") {\n    def test(utc: String, tz: String, expected: String): Unit = {\n      assert(toJavaTimestamp(toUTCTime(fromJavaTimestamp(Timestamp.valueOf(utc)), tz)).toString\n        === expected)\n    }\n\n    for (tz <- ALL_TIMEZONES) {\n      withDefaultTimeZone(tz) {\n        test(\"2011-12-25 09:00:00.123456\", \"UTC\", \"2011-12-25 09:00:00.123456\")\n        test(\"2011-12-25 18:00:00.123456\", JST.getId, \"2011-12-25 09:00:00.123456\")\n        test(\"2011-12-25 01:00:00.123456\", LA.getId, \"2011-12-25 09:00:00.123456\")\n        test(\"2011-12-25 17:00:00.123456\", \"Asia\/Shanghai\", \"2011-12-25 09:00:00.123456\")\n      }\n    }\n\n    val tz = LA.getId\n    withDefaultTimeZone(TimeZone.getTimeZone(tz)) {\n      \/\/ Daylight Saving Time\n      test(\"2016-03-13 01:59:59\", tz, \"2016-03-13 09:59:59.0\")\n      test(\"2016-03-13 02:00:00\", tz, \"2016-03-13 10:00:00.0\")\n      test(\"2016-03-13 03:00:00\", tz, \"2016-03-13 10:00:00.0\")\n      test(\"2016-11-06 00:59:59\", tz, \"2016-11-06 07:59:59.0\")\n      test(\"2016-11-06 01:00:00\", tz, \"2016-11-06 08:00:00.0\")\n      test(\"2016-11-06 01:59:59\", tz, \"2016-11-06 08:59:59.0\")\n      test(\"2016-11-06 02:00:00\", tz, \"2016-11-06 10:00:00.0\")\n    }\n  }\n\n  test(\"trailing characters while converting string to timestamp\") {\n    val s = UTF8String.fromString(\"2019-10-31T10:59:23Z:::\")\n    val time = DateTimeUtils.stringToTimestamp(s, defaultZoneId)\n    assert(time == None)\n  }\n\n  test(\"truncTimestamp\") {\n    def testTrunc(\n        level: Int,\n        expected: String,\n        inputTS: SQLTimestamp,\n        zoneId: ZoneId = defaultZoneId): Unit = {\n      val truncated =\n        DateTimeUtils.truncTimestamp(inputTS, level, zoneId)\n      val expectedTS = toTimestamp(expected, defaultZoneId)\n      assert(truncated === expectedTS.get)\n    }\n\n    val defaultInputTS = DateTimeUtils.stringToTimestamp(\n      UTF8String.fromString(\"2015-03-05T09:32:05.359123\"), defaultZoneId)\n    val defaultInputTS1 = DateTimeUtils.stringToTimestamp(\n      UTF8String.fromString(\"2015-03-31T20:32:05.359\"), defaultZoneId)\n    val defaultInputTS2 = DateTimeUtils.stringToTimestamp(\n      UTF8String.fromString(\"2015-04-01T02:32:05.359\"), defaultZoneId)\n    val defaultInputTS3 = DateTimeUtils.stringToTimestamp(\n      UTF8String.fromString(\"2015-03-30T02:32:05.359\"), defaultZoneId)\n    val defaultInputTS4 = DateTimeUtils.stringToTimestamp(\n      UTF8String.fromString(\"2015-03-29T02:32:05.359\"), defaultZoneId)\n\n    testTrunc(DateTimeUtils.TRUNC_TO_YEAR, \"2015-01-01T00:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_MONTH, \"2015-03-01T00:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_DAY, \"2015-03-05T00:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_HOUR, \"2015-03-05T09:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_MINUTE, \"2015-03-05T09:32:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_SECOND, \"2015-03-05T09:32:05\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-02T00:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", defaultInputTS1.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", defaultInputTS2.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", defaultInputTS3.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-23T00:00:00\", defaultInputTS4.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-01-01T00:00:00\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-01-01T00:00:00\", defaultInputTS1.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-04-01T00:00:00\", defaultInputTS2.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_MICROSECOND, \"2015-03-05T09:32:05.359123\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_MILLISECOND, \"2015-03-05T09:32:05.359\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_DECADE, \"2010-01-01\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_CENTURY, \"2001-01-01\", defaultInputTS.get)\n    testTrunc(DateTimeUtils.TRUNC_TO_MILLENNIUM, \"2001-01-01\", defaultInputTS.get)\n\n    for (tz <- ALL_TIMEZONES) {\n      withDefaultTimeZone(tz) {\n        val zid = tz.toZoneId\n        val inputTS = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"2015-03-05T09:32:05.359\"), defaultZoneId)\n        val inputTS1 = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"2015-03-31T20:32:05.359\"), defaultZoneId)\n        val inputTS2 = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"2015-04-01T02:32:05.359\"), defaultZoneId)\n        val inputTS3 = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"2015-03-30T02:32:05.359\"), defaultZoneId)\n        val inputTS4 = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"2015-03-29T02:32:05.359\"), defaultZoneId)\n        val inputTS5 = DateTimeUtils.stringToTimestamp(\n          UTF8String.fromString(\"1999-03-29T01:02:03.456789\"), defaultZoneId)\n\n        testTrunc(DateTimeUtils.TRUNC_TO_YEAR, \"2015-01-01T00:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_MONTH, \"2015-03-01T00:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_DAY, \"2015-03-05T00:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_HOUR, \"2015-03-05T09:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_MINUTE, \"2015-03-05T09:32:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_SECOND, \"2015-03-05T09:32:05\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-02T00:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", inputTS1.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", inputTS2.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-30T00:00:00\", inputTS3.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_WEEK, \"2015-03-23T00:00:00\", inputTS4.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-01-01T00:00:00\", inputTS.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-01-01T00:00:00\", inputTS1.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_QUARTER, \"2015-04-01T00:00:00\", inputTS2.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_DECADE, \"1990-01-01\", inputTS5.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_CENTURY, \"1901-01-01\", inputTS5.get, zid)\n        testTrunc(DateTimeUtils.TRUNC_TO_MILLENNIUM, \"2001-01-01\", inputTS.get, zid)\n      }\n    }\n  }\n\n  test(\"daysToMicros and microsToDays\") {\n    val input = date(2015, 12, 31, 16, zid = LA)\n    assert(microsToDays(input, LA) === 16800)\n    assert(microsToDays(input, UTC) === 16801)\n    assert(microsToDays(-1 * MILLIS_PER_DAY + 1, UTC) == -1)\n\n    var expected = date(2015, 12, 31, zid = LA)\n    assert(daysToMicros(16800, LA) === expected)\n\n    expected = date(2015, 12, 31, zid = UTC)\n    assert(daysToMicros(16800, UTC) === expected)\n\n    \/\/ There are some days are skipped entirely in some timezone, skip them here.\n    val skipped_days = Map[String, Set[Int]](\n      \"Kwajalein\" -> Set(8632, 8633, 8634),\n      \"Pacific\/Apia\" -> Set(15338),\n      \"Pacific\/Enderbury\" -> Set(9130, 9131),\n      \"Pacific\/Fakaofo\" -> Set(15338),\n      \"Pacific\/Kiritimati\" -> Set(9130, 9131),\n      \"Pacific\/Kwajalein\" -> Set(8632, 8633, 8634),\n      MIT.getId -> Set(15338))\n    for (tz <- ALL_TIMEZONES) {\n      val skipped = skipped_days.getOrElse(tz.getID, Set.empty)\n      val testingData = Seq(-20000, 20000) ++\n        (1 to 1000).map(_ => (math.random() * 40000 - 20000).toInt)\n      testingData.foreach { d =>\n        if (!skipped.contains(d)) {\n          assert(microsToDays(daysToMicros(d, tz.toZoneId), tz.toZoneId) === d,\n            s\"Round trip of $d did not work in tz $tz\")\n        }\n      }\n    }\n  }\n\n  test(\"microsToMillis\") {\n    assert(DateTimeUtils.microsToMillis(-9223372036844776001L) === -9223372036844777L)\n    assert(DateTimeUtils.microsToMillis(-157700927876544L) === -157700927877L)\n  }\n\n  test(\"special timestamp values\") {\n    testSpecialDatetimeValues { zoneId =>\n      val tolerance = TimeUnit.SECONDS.toMicros(30)\n\n      assert(toTimestamp(\"Epoch\", zoneId).get === 0)\n      val now = instantToMicros(Instant.now())\n      toTimestamp(\"NOW\", zoneId).get should be(now +- tolerance)\n      assert(toTimestamp(\"now UTC\", zoneId) === None)\n      val localToday = LocalDateTime.now(zoneId)\n        .`with`(LocalTime.MIDNIGHT)\n        .atZone(zoneId)\n      val yesterday = instantToMicros(localToday.minusDays(1).toInstant)\n      toTimestamp(\" Yesterday\", zoneId).get should be(yesterday +- tolerance)\n      val today = instantToMicros(localToday.toInstant)\n      toTimestamp(\"Today \", zoneId).get should be(today +- tolerance)\n      val tomorrow = instantToMicros(localToday.plusDays(1).toInstant)\n      toTimestamp(\" tomorrow CET \", zoneId).get should be(tomorrow +- tolerance)\n    }\n  }\n\n  test(\"special date values\") {\n    testSpecialDatetimeValues { zoneId =>\n      assert(toDate(\"epoch\", zoneId).get === 0)\n      val today = localDateToDays(LocalDate.now(zoneId))\n      assert(toDate(\"YESTERDAY\", zoneId).get === today - 1)\n      assert(toDate(\" Now \", zoneId).get === today)\n      assert(toDate(\"now UTC\", zoneId) === None) \/\/ \"now\" does not accept time zones\n      assert(toDate(\"today\", zoneId).get === today)\n      assert(toDate(\"tomorrow CET \", zoneId).get === today + 1)\n    }\n  }\n\n  private def parseToJulianMicros(s: String): Long = {\n    val ts = Timestamp.valueOf(s)\n    val julianMicros = millisToMicros(ts.getTime) +\n      ((ts.getNanos \/ NANOS_PER_MICROS) % MICROS_PER_MILLIS)\n    julianMicros\n  }\n\n  private def parseToGregMicros(s: String, zoneId: ZoneId): Long = {\n    instantToMicros(LocalDateTime.parse(s).atZone(zoneId).toInstant)\n  }\n\n  test(\"rebase julian to\/from gregorian micros\") {\n    outstandingTimezones.foreach { timeZone =>\n      withDefaultTimeZone(timeZone) {\n        Seq(\n          \"0001-01-01 01:02:03.654321\",\n          \"1000-01-01 03:02:01.123456\",\n          \"1582-10-04 00:00:00.000000\",\n          \"1582-10-15 00:00:00.999999\", \/\/ Gregorian cutover day\n          \"1883-11-10 00:00:00.000000\", \/\/ America\/Los_Angeles -7:52:58 zone offset\n          \"1883-11-20 00:00:00.000000\", \/\/ America\/Los_Angeles -08:00 zone offset\n          \"1969-12-31 11:22:33.000100\",\n          \"1970-01-01 00:00:00.000001\", \/\/ The epoch day\n          \"2020-03-14 09:33:01.500000\").foreach { ts =>\n          withClue(s\"time zone = ${timeZone.getID} ts = $ts\") {\n            val julianMicros = parseToJulianMicros(ts)\n            val gregMicros = parseToGregMicros(ts.replace(' ', 'T'), timeZone.toZoneId)\n\n            assert(rebaseJulianToGregorianMicros(julianMicros) === gregMicros)\n            assert(rebaseGregorianToJulianMicros(gregMicros) === julianMicros)\n          }\n        }\n      }\n    }\n  }\n\n  \/\/ millisToDays() and fromJavaDate() are taken from Spark 2.4\n  private def millisToDaysLegacy(millisUtc: Long, timeZone: TimeZone): Int = {\n    val millisLocal = millisUtc + timeZone.getOffset(millisUtc)\n    Math.floor(millisLocal.toDouble \/ MILLIS_PER_DAY).toInt\n  }\n  private def fromJavaDateLegacy(date: Date): Int = {\n    millisToDaysLegacy(date.getTime, defaultTimeZone())\n  }\n\n  test(\"rebase gregorian to\/from julian days\") {\n    outstandingTimezones.foreach { timeZone =>\n      withDefaultTimeZone(timeZone) {\n        Seq(\n          \"0001-01-01\",\n          \"1000-01-01\",\n          \"1582-10-04\",\n          \"1582-10-15\", \/\/ Gregorian cutover day\n          \"1883-11-10\", \/\/ America\/Los_Angeles -7:52:58 zone offset\n          \"1883-11-20\", \/\/ America\/Los_Angeles -08:00 zone offset\n          \"1969-12-31\",\n          \"1970-01-01\", \/\/ The epoch day\n          \"2020-03-14\").foreach { date =>\n          val julianDays = fromJavaDateLegacy(Date.valueOf(date))\n          val gregorianDays = localDateToDays(LocalDate.parse(date))\n\n          assert(rebaseGregorianToJulianDays(gregorianDays) === julianDays)\n          assert(rebaseJulianToGregorianDays(julianDays) === gregorianDays)\n        }\n      }\n    }\n  }\n\n  test(\"rebase julian to gregorian date for leap years\") {\n    outstandingTimezones.foreach { timeZone =>\n      withDefaultTimeZone(timeZone) {\n        Seq(\n          \"1000-02-29\" -> \"1000-03-01\",\n          \"1600-02-29\" -> \"1600-02-29\",\n          \"1700-02-29\" -> \"1700-03-01\",\n          \"2000-02-29\" -> \"2000-02-29\").foreach { case (julianDate, gregDate) =>\n          withClue(s\"tz = ${timeZone.getID} julian date = $julianDate greg date = $gregDate\") {\n            val date = Date.valueOf(julianDate)\n            val julianDays = fromJavaDateLegacy(date)\n            val gregorianDays = localDateToDays(LocalDate.parse(gregDate))\n\n            assert(rebaseJulianToGregorianDays(julianDays) === gregorianDays)\n          }\n        }\n      }\n    }\n  }\n\n  test(\"rebase julian to gregorian timestamp for leap years\") {\n    outstandingTimezones.foreach { timeZone =>\n      withDefaultTimeZone(timeZone) {\n        Seq(\n          \"1000-02-29 01:02:03.123456\" -> \"1000-03-01T01:02:03.123456\",\n          \"1600-02-29 11:12:13.654321\" -> \"1600-02-29T11:12:13.654321\",\n          \"1700-02-29 21:22:23.000001\" -> \"1700-03-01T21:22:23.000001\",\n          \"2000-02-29 00:00:00.999999\" -> \"2000-02-29T00:00:00.999999\"\n        ).foreach { case (julianTs, gregTs) =>\n          withClue(s\"tz = ${timeZone.getID} julian ts = $julianTs greg ts = $gregTs\") {\n            val julianMicros = parseToJulianMicros(julianTs)\n            val gregorianMicros = parseToGregMicros(gregTs, timeZone.toZoneId)\n\n            assert(rebaseJulianToGregorianMicros(julianMicros) === gregorianMicros)\n          }\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/SideEffectLinting.scala","text":"\/*\nrule = SideEffectLinterRule\n *\/\npackage fix\n\nimport java.time.Instant\n\nobject SideEffectLinting {\n    println(\"Other stuff\")\/* assert: SideEffectLinterRule\n+   ^^^^^^^^^^^^^^^^^^^^^^\nTry to use ZIO effectful equivalent instead: https:\/\/zio.dev\/version-1.x\/services\/console*\/\n\n    Instant.now()\/* assert: SideEffectLinterRule\n+   ^^^^^^^^^^^^^\nTry to use ZIO effectful equivalent instead: https:\/\/zio.dev\/version-1.x\/services\/clock*\/\n\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/output\/src\/main\/scala\/fix\/standard_services\/ConsoleUsage.scala","text":"package fix.standard_services\n\nimport scala.io.StdIn.readLine\n\nobject ConsoleUsage {\n  def consoleProgram() = for {\n      _ <- zio.Console.printLine(\"Please enter your name\")\n      name <- zio.Console.readLine\n      x <- zio.ZIO(3)\n      _ <- zio.Console.printLine(\"Hello \" + name)\n    } yield ()\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/output\/src\/main\/scala\/fix\/standard_services\/RandomUsage.scala","text":"<reponame>swoogles\/ScalaFixDemos\npackage fix\n\nimport scala.util.Random\n\nobject RandomUsage {\n    def useRandom() = for {\n      randInt <- zio.Random.int\n    } yield {\n        randInt\n    }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/FutureUsage.scala","text":"\/*\nrule = FutureLinterRule\n *\/\npackage fix\n\nimport scala.concurrent.Future\n\nobject FutureUsage {\n  \n    Future.successful(\"blah\")\/* assert: FutureLinterRule\n+   ^^^^^^^^^^^^^^^^^^^^^^^^^\nThe ZIO type can replace your Future usages in all cases: https:\/\/zio.dev\/version-1.x\/overview\/#zio*\/\n\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/PrintStructureExamples.scala","text":"package fix\n\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nobject PrintStructureExamples extends App {\n    println(q\"val x = 3\".structure)\n    \/\/ println(q\"import zio.ZIO\".structure)\n    \/\/ println(q\"Instant.now()\".structure)\n  \n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/output\/src\/main\/scala\/fix\/NamedBooleans.scala","text":"object NamingSchemeChange {\n    def complete(isSuccess: Boolean): Unit = ()\n    complete(isSuccess = true)\n    val myOldName = true\n    println(x = true)\n    def finish(isError: Boolean): Unit = ()\n    finish(isError = true)\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/NamedBooleans.scala","text":"<reponame>swoogles\/ScalaFixDemos\n\/*\nrule = NamedBooleansRule\n *\/\nobject NamingSchemeChange {\n    def complete(isSuccess: Boolean): Unit = ()\n    complete(true)\n    val myOldName = true\n    println(true)\n    def finish(isError: Boolean): Unit = ()\n    finish(true)\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/RewriteClockUsage.scala","text":"<reponame>swoogles\/ScalaFixDemos<filename>scalafix\/rules\/src\/main\/scala\/fix\/RewriteClockUsage.scala\npackage fix\n\nimport scalafix.v1.SemanticRule\nimport scalafix.v1.SemanticDocument\nimport scalafix.patch.Patch\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass RewriteClockUsage extends SemanticRule(\"RewriteClockUsage\") {\n    val badPrintLn = SymbolMatcher.normalized(\"java.time.Instant\")\n    def replaceNow(tree: Tree)(implicit doc: SemanticDocument): Patch = \n        tree match {\n                case badClockUsage @ Term.Apply(Term.Select(badPrintLn(_), Term.Name(\"now\")), List()) => \n                    Patch.replaceTree(badClockUsage, \"now\")\n                case other => tree.children.map(child=>replaceNow(child)(doc)).asPatch\n            }\n\n    def containsAClock(tree: Tree)(implicit doc: SemanticDocument): Boolean = \n        tree match {\n                case badClockUsage @ Term.Apply(Term.Select(badPrintLn(_), Term.Name(\"now\")), List()) => \n                    true\n                case other =>\n                    tree.children.exists(containsAClock)\n            }\n\n    private val newClockNowDeclaration = \"now <- zio.Clock.instant\"\n    def identifyClockInABlock(implicit doc: SemanticDocument): PartialFunction[Tree, Patch] = {\n        case t @ Term.Block(args) =>\n            if (args.exists(containsAClock) )\n                Patch.addLeft(t, s\"\"\"for {\\n      ${newClockNowDeclaration}\\n    } yield \"\"\") + \n                args.map(replaceNow).asPatch\n            else  args.collect(identifyClockInABlock).asPatch\n    }\n\n  override def fix(implicit doc: SemanticDocument): Patch =\n    doc.tree.collect {\n        identifyClockInABlock\n    }.asPatch\n  \n}\n\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/FutureLinterRule.scala","text":"<reponame>swoogles\/ScalaFixDemos\npackage fix\n\nimport scalafix.v1.SyntacticRule\nimport scalafix.v1.SyntacticDocument\nimport scalafix.v1.Patch\nimport scala.meta.Lit\nimport scala.meta.inputs.Position\nimport scalafix.lint.Diagnostic\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\n\/\/ TODO Update for ZIO2?\n\ncase class FutureLintReport(invocation: Term.Apply) extends Diagnostic {\n  val url = \"https:\/\/zio.dev\/version-1.x\/overview\/#zio\"\n  override def position: Position = invocation.pos\n  override def message: String =\n    s\"The ZIO type can replace your Future usages in all cases: ${url}\"\n}\n\nclass FutureLinterRule extends SyntacticRule(\"FutureLinterRule\"){\n    override def fix(implicit doc: SyntacticDocument): Patch = {\n        doc.tree.collect {\n            case t @ Term.Apply(\n                Term.Select(Term.Name(\"Future\"), Term.Name(\"successful\")),\n                List(Lit(_))\n            ) => \n                Patch.lint(FutureLintReport(t))\n\n        }.asPatch\n    }\n  \n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/standard_services\/RandomUsage.scala","text":"\/*\nrule = RewriteRandomUsage\n *\/\npackage fix\n\nimport scala.util.Random\n\nobject RandomUsage {\n    def useRandom() = {\n        Random.nextInt()\n    }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/SideEffectLinterRule.scala","text":"<reponame>swoogles\/ScalaFixDemos\npackage fix\n\nimport scalafix.v1.SyntacticRule\nimport scalafix.v1.SyntacticDocument\nimport scalafix.v1.Patch\nimport scala.meta.Lit\nimport scala.meta.inputs.Position\nimport scalafix.lint.Diagnostic\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass SideEffectLinterRule extends SyntacticRule(\"SideEffectLinterRule\"){\n    override def fix(implicit doc: SyntacticDocument): Patch =\n        doc.tree.collect {\n            case t @ Term.Apply(Term.Name(\"println\"), List(_)) => \n                Patch.lint(SideEffect(t, ConsoleZ))\n            case t @ Term.Apply(Term.Select(Term.Name(\"Instant\"), Term.Name(\"now\")), List()) => \n                Patch.lint(SideEffect(t, ClockZ))\n\n        }.asPatch\n  \n}\n\n\nsealed class SideEffectingService(val zioDocLink: String)\ncase object SystemZ extends SideEffectingService(\"https:\/\/zio.dev\/version-1.x\/services\/system\")\ncase object ClockZ extends SideEffectingService(\"https:\/\/zio.dev\/version-1.x\/services\/clock\")\ncase object ConsoleZ extends SideEffectingService(\"https:\/\/zio.dev\/version-1.x\/services\/console\")\ncase object RandomZ extends SideEffectingService(\"https:\/\/zio.dev\/version-1.x\/services\/random\")\n\ncase class SideEffect(invocation: Term.Apply, service: SideEffectingService) extends Diagnostic {\n  override def position: Position = invocation.pos\n  override def message: String =\n    s\"Try to use ZIO effectful equivalent instead: ${service.zioDocLink}\"\n}"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/standard_services\/ClockUsage.scala","text":"<gh_stars>0\n\/*\nrule = RewriteClockUsage\n *\/\nimport java.time.Instant\n\ncase class UserAction(timestamp: Instant)\nobject ClockUsage {\n    Instant.now()\n\n    def useIt() = {\n        UserAction(Instant.now())\n    }\n\n    def useMultiple() = {\n        UserAction(Instant.now())\n    }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/NamedBooleansRule.scala","text":"<filename>scalafix\/rules\/src\/main\/scala\/fix\/NamedBooleansRule.scala\npackage fix\n\nimport scalafix.v1.SemanticRule\nimport scalafix.v1.SemanticDocument\nimport scalafix.patch.Patch\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass NamedBooleansRule extends SemanticRule(\"NamedBooleansRule\") {\n\n    def noBooleanLiteralParameters(implicit doc: SemanticDocument): PartialFunction[Tree, Patch] = {\n        case Term.Apply(fun, args) =>\n            args.zipWithIndex.collect { \n                case (t @ Lit.Boolean(_), i) => fun.symbol.info match {\n                    case Some(info) => \n                        info.signature match {\n                            case method: MethodSignature if method.parameterLists.nonEmpty =>\n                                val parameter = method.parameterLists.head(i)\n                                val parameterName = parameter.displayName\n                                Patch.addLeft(t, s\"$parameterName = \")\n                            case _ =>\n                                \/\/ Do nothing, the symbol is not a method with matching signature\n                                Patch.empty\n                        }\n                    case None => Patch.empty\n                }\n            }.asPatch\n        }\n\n  override def fix(implicit doc: SemanticDocument): Patch = {\n    doc.tree.collect {\n        noBooleanLiteralParameters \n    }.asPatch\n  }\n  \n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/output\/src\/main\/scala\/fix\/standard_services\/ClockUsage.scala","text":"import java.time.Instant\n\ncase class UserAction(timestamp: Instant)\nobject ClockUsage {\n    Instant.now()\n\n    def useIt() = for {\n      now <- zio.Clock.instant\n    } yield {\n        UserAction(now)\n    }\n\n    def useMultiple() = for {\n      now <- zio.Clock.instant\n    } yield {\n        UserAction(now)\n    }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/RewriteConsoleUsage.scala","text":"<filename>scalafix\/rules\/src\/main\/scala\/fix\/RewriteConsoleUsage.scala\npackage fix\n\nimport scalafix.v1.SemanticRule\nimport scalafix.v1.SemanticDocument\nimport scalafix.patch.Patch\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass RewriteConsoleUsage extends SemanticRule(\"RewriteConsoleUsage\") {\n\n    private val indentation = \"      \"\n    def replace(tree: Tree, containingBlock: Term.Block)(implicit doc: SemanticDocument): Patch =\n        tree match {\n                case printEffect @ Term.Apply(\n                    Term.Name(\"println\"),\n                    \/\/ TODO Switch to this version\n                    \/\/ badPrintLn(_),\n                    List(\n                        anyArguments\n                    )\n                ) => \n                    Patch.addLeft(containingBlock, s\"\\n${indentation}_ <- zio.Console.printLine($anyArguments)\") +\n                    Patch.replaceTree(printEffect, \"\")\n\n                case sideEffectingCall @ \n                          Defn.Val(\n                            List(),\n                            List(Pat.Var(Term.Name(variableName))),\n                            None,\n                            Term.Apply(badReadLn(_), List())\n                        ) => \n\n                    Patch.addLeft(containingBlock, s\"\"\"\\n${indentation}$variableName <- zio.Console.readLine\"\"\") +\n                    Patch.replaceTree(sideEffectingCall, \"\")\n                \n                case sideEffectingCall @ \n                          Defn.Val(\n                            List(),\n                            List(Pat.Var(Term.Name(variableName))),\n                            None,\n                            rhs\n                        ) => \n                    Patch.addLeft(containingBlock, s\"\\n$indentation$variableName <- zio.ZIO($rhs)\") +\n                    Patch.replaceTree(sideEffectingCall, \"\")\n                case _ => tree.children.map { child =>\n                            if (containsAClock(child))\n                                replace(child, containingBlock)(doc)\n                            else\n                                Patch.empty\n                }.asPatch\n            }\n\n    val badPrintLn = SymbolMatcher.normalized(\"scala.Predef.println\")\n    val badReadLn = SymbolMatcher.normalized(\"scala.io.StdIn.readLine\")\n\n    def containsAClock(tree: Tree)(implicit doc: SemanticDocument): Boolean = \n        tree match {\n                case sideEffectingCall @ \n                          Defn.Val(\n                            List(),\n                            List(Pat.Var(Term.Name(\"name\"))),\n                            None,\n                            Term.Apply(Term.Name(\"readLine\"), List())\n                        ) => \n                    true\n                case printEffect @ Term.Apply(\n                    Term.Name(\"println\"),\n                    List(\n                        anyArguments\n                    )\n                ) => true\n                case other =>\n                    other.children.exists(containsAClock)\n\n        }\n\n    def identifyClockInABlock(implicit doc: SemanticDocument): PartialFunction[Tree, Patch] = {\n        case t @ Term.Block(args) =>\n            if (args.exists(containsAClock) )\n                Patch.addLeft(t, s\"\"\"for {\"\"\") + \n                    args.map(replace(_, t)).asPatch + \n                    Patch.addLeft(t, s\"\"\"\\n    } yield ()\"\"\")  +\n                    Patch.replaceTree(t, \"\")\n            else  args.collect(identifyClockInABlock).asPatch\n    }\n\n  override def fix(implicit doc: SemanticDocument): Patch = {\n    doc.tree.collect {\n        identifyClockInABlock\n    }.asPatch\n  }\n  \n}\n\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/RewriteRandomUsage.scala","text":"<gh_stars>0\npackage fix\n\nimport scalafix.v1.SemanticRule\nimport scalafix.v1.SemanticDocument\nimport scalafix.patch.Patch\nimport scalafix.v1._\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass RewriteRandomUsage extends SemanticRule(\"RewriteRandomUsage\") {\n    def replaceRandInt(tree: Tree)(implicit doc: SemanticDocument): Patch = \n        tree match {\n                case badRandUsage @ Term.Apply(Term.Select(Term.Name(\"Random\"), Term.Name(\"nextInt\")), List()) => \n                \/\/ case badRandUsage @ Term.Select(Term.Name(\"Random\"), Term.Name(\"nextInt\")) => \n\n                    Patch.replaceTree(badRandUsage, \"randInt\")\n                case other => tree.children.map(child => replaceRandInt(child)(doc)).asPatch\n    }\n\n    def containsARandomNextInt(tree: Tree)(implicit doc: SemanticDocument): Boolean = \n        tree match {\n                \/\/ case badClockUsage @ Term.Select(Term.Name(\"Random\"), Term.Name(\"nextInt\")) =>\n                case badClockUsage @ Term.Apply(Term.Select(Term.Name(\"Random\"), Term.Name(\"nextInt\")), List()) =>   \/\/ TODO Doesn't work for some reason :(\n                    true\n                case other =>\n                    other.children.exists(containsARandomNextInt)\n        }\n        \n    \n    private val newClockNowDeclaration = \"randInt <- zio.Random.int\"\n    def convertRandomUsageInBlocks(implicit doc: SemanticDocument): PartialFunction[Tree, Patch] = {\n        case t @ Term.Block(args) =>\n            if (args.exists(containsARandomNextInt)  )\n                Patch.addLeft(t, s\"\"\"for {\\n      ${newClockNowDeclaration}\\n    } yield \"\"\") + \n                args.map(replaceRandInt).asPatch\n            else  args.collect(convertRandomUsageInBlocks).asPatch\n    }\n\n  override def fix(implicit doc: SemanticDocument): Patch = {\n    doc.tree.collect {\n        convertRandomUsageInBlocks\n    }.asPatch\n  }\n  \n}\n\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"build.sbt","text":"<reponame>swoogles\/ScalaFixDemos<filename>build.sbt\nGlobal \/ onChangedBuildSource := ReloadOnSourceChanges\n\ninThisBuild(\n  List(\n    organization := \"dev.zio\",\n    homepage     := Some(url(\"https:\/\/zio.dev\")),\n    licenses := List(\n      \"Apache-2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0\")\n    ),\n    developers := List(\n      Developer(\n        \"swoogles\",\n        \"<NAME>\",\n        \"<EMAIL>\",\n        url(\"https:\/\/www.billdingsoftware.com\")\n      )\n    )\n  )\n)\n\naddCommandAlias(\"build\", \"; fmt\")\naddCommandAlias(\"fmt\", \"all root\/scalafmtSbt root\/scalafmtAll\")\naddCommandAlias(\"fmtCheck\", \"all root\/scalafmtSbtCheck root\/scalafmtCheckAll\")\naddCommandAlias(\n  \"check\",\n  \"; scalafmtSbtCheck; scalafmtCheckAll; Test\/compile; scalafixTests\/test\"\n)\n\n\nlazy val scalafixSettings = List(\n  scalaVersion := \"2.13.7\",\n  addCompilerPlugin(scalafixSemanticdb),\n  scalacOptions ++= List(\n    \"-Yrangepos\",\n    \"-P:semanticdb:synthetics:on\"\n  )\n)\n\nlazy val scalafixRules = project\n  .in(file(\"scalafix\/rules\")) \/\/ TODO .in needed when name matches?\n  .settings(\n    scalafixSettings,\n    semanticdbEnabled                      := true, \/\/ enable SemanticDB\n    libraryDependencies += \"ch.epfl.scala\" %% \"scalafix-core\" % \"0.9.32\"\n  )\n\nval zio1Version = \"1.0.12\"\nval zio2Version = \"2.0.0-RC1\"\n\nlazy val scalafixInput = project\n  .in(file(\"scalafix\/input\"))\n  .settings(\n    scalafixSettings,\n    libraryDependencies += \"dev.zio\" %% \"zio\"         % zio1Version,\n    libraryDependencies += \"dev.zio\" %% \"zio-streams\" % zio1Version,\n    libraryDependencies += \"dev.zio\" %% \"zio-test\"    % zio1Version\n  )\n\nlazy val scalafixOutput = project\n  .in(file(\"scalafix\/output\"))\n  .settings(\n    scalafixSettings,\n    libraryDependencies += \"dev.zio\" %% \"zio\"         % zio2Version,\n    libraryDependencies += \"dev.zio\" %% \"zio-streams\" % zio2Version,\n    libraryDependencies += \"dev.zio\" %% \"zio-test\"    % zio2Version\n  )\n\nlazy val scalafixTests = project\n  .in(file(\"scalafix\/tests\"))\n  .settings(\n    scalafixSettings,\n    libraryDependencies += \"ch.epfl.scala\" % \"scalafix-testkit\" % \"0.9.32\" % Test cross CrossVersion.full,\n    Compile \/ compile :=\n      (Compile \/ compile).dependsOn(scalafixInput \/ Compile \/ compile).value,\n    scalafixTestkitOutputSourceDirectories :=\n      (scalafixOutput \/ Compile \/ sourceDirectories).value,\n    scalafixTestkitInputSourceDirectories :=\n      (scalafixInput \/ Compile \/ sourceDirectories).value,\n    scalafixTestkitInputClasspath :=\n      (scalafixInput \/ Compile \/ fullClasspath).value\n  )\n  .dependsOn(scalafixRules)\n  .enablePlugins(ScalafixTestkitPlugin)\n\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/rules\/src\/main\/scala\/fix\/Zio2Upgrade.scala","text":"package fix\n\nimport scalafix.v1._\n\nimport scala.annotation.tailrec\nimport scala.meta._\n\nclass Zio2Upgrade extends SemanticRule(\"Zio2Upgrade\") {\n\n  val renames =\n    Map(\n      \"accessM\"                -> \"environmentWithZIO\",\n      \"accessZIO\"              -> \"environmentWithZIO\",\n      \"whenM\"                  -> \"whenZIO\",\n      \"serviceWith\"               -> \"serviceWithZIO\"\n    )\n  \n  lazy val scopes = List(\n    \"zio.test.package\",\n    \"zio.test.Gen\",\n    \"zio.test.DefaultRunnableSpec\",\n    \"zio.Exit\",\n    \"zio.ZIO\",\n  )\n\n  case class GenericRename(scopes: List[String], oldName: String, newName: String) {\n    val companions = scopes.map(_ + \".\")\n    val traits     = scopes.map(_ + \"#\")\n    val allPaths   = companions ++ traits\n\n    val list    = allPaths.map(path => s\"$path$oldName\")\n    val matcher = SymbolMatcher.normalized(list: _*)\n\n    def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] =\n      tree match {\n        case matcher(name @ Name(_)) =>\n          Some(Patch.renameSymbol(name.symbol, newName))\n        case _ => None\n      }\n  }\n\n  case class Renames(scopes: List[String], renames: Map[String, String]) {\n    val normalizedRenames = renames.map { case (k, v) =>\n      GenericRename(scopes, k, v)\n    }\n\n    object Matcher {\n      def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] =\n        normalizedRenames.flatMap(_.unapply(tree)).headOption\n    }\n  }\n\n  val UniversalRenames = Renames(scopes, renames)\n\n  val ZIORenames = Renames(\n    List(\"zio.ZIO\"),\n    Map(\n      \"run\" -> \"exit\"\n    )\n  )\n\n  val FiberId_Old = SymbolMatcher.normalized(\"zio\/Fiber.Id#\")\n\n  val Blocking_Old_Exact = SymbolMatcher.exact(\"zio\/blocking\/package.Blocking#\")\n\n  val FiberId_Old_Exact = SymbolMatcher.exact(\"zio\/Fiber.Id#\")\n\n  val hasNormalized = SymbolMatcher.normalized(\"zio\/Has#\")\n\n  val newFiberId = Symbol(\"zio\/FiberId#\")\n\n  def replaceSymbols(implicit doc: SemanticDocument) = Patch.replaceSymbols(\n    \/\/ System\n    \"zio.system.env\"              -> \"zio.System.env\",\n    \"zio.system.envOrElse\"        -> \"zio.System.envOrElse\",\n    \/\/ Console\n    \"zio.console.putStrLn\"    -> \"zio.Console.printLine\",\n    \"zio.random.shuffle\"           -> \"zio.Random.shuffle\",\n    \/\/ Blocking\n    \"zio.blocking.effectBlockingIO\"         -> \"zio.ZIO.attemptBlockingIO\",\n    \/\/ Gen\n    \"zio.test.Gen.anyInt\"                     -> \"zio.test.Gen.int\",\n    \"zio.test.Gen.anyString\"                  -> \"zio.test.Gen.string\",\n    \/\/ App\n    \"zio.App\"           -> \"zio.ZIOAppDefault\",\n    \"zio.Executor.asEC\" -> \"zio.Executor.asExecutionContext\"\n  )\n\n  val foreachParN             = ParNRenamer(\"foreachPar\", 3)\n  val collectAllParN          = ParNRenamer(\"collectAllPar\", 2)\n\n  object BuiltInServiceFixer { \/\/ TODO Handle all built-in services?\n\n    object ImporteeRenamer {\n        \n      def importeeRenames(implicit sdoc: SemanticDocument): PartialFunction[Tree, Option[Patch]] = {\n        val pf: SymbolMatcher => PartialFunction[Tree, Patch] =\n          (symbolMatcher: SymbolMatcher) => {\n            case t @ ImporteeNameOrRename(symbolMatcher(_)) =>\n              Patch.removeImportee(t)\n          }\n\n        val pf1:PartialFunction[Tree, Option[Patch]] = { case (_: Tree) => None }\n        val pf2: Function2[PartialFunction[Tree, Option[Patch]], PartialFunction[Tree, Patch], PartialFunction[Tree, Option[Patch]]] = {\n          case (totalPatch, nextPatch) => {\n            case (tree: Tree) => nextPatch.lift(tree).orElse(totalPatch(tree))\n          }\n        }\n\n        List(\n          randomMigrator,\n          systemMigrator,\n          consoleMigrator,\n        ).foldLeft(List[SymbolMatcher](hasNormalized)) { case (serviceMatchers, serviceMigrator) =>\n          serviceMatchers ++ List(serviceMigrator.normalizedOld, serviceMigrator.normalizedOldService)\n        }.map(pf).foldLeft {pf1} {pf2}\n      }\n\n      def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] =\n        importeeRenames.apply(tree)\n    }\n\n    private val consoleMigrator =\n      ServiceMigrator(name = \"Console\", oldPath = \"zio\/console\/package.\", newPath = \"zio\/\")\n\n    case class ServiceMigrator(\n      oldExact: SymbolMatcher,\n      oldService: SymbolMatcher,\n      newSymbol: Symbol,\n      plainName: String,\n      normalizedOld: SymbolMatcher,\n      normalizedOldService: SymbolMatcher\n    ) {\n      def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] = {\n        val partial: PartialFunction[Tree, Patch] = {\n          case t @ oldService(Name(_)) =>\n            Patch.replaceTree(unwindSelect(t), plainName) +\n              Patch.addGlobalImport(newSymbol)\n\n          case t @ oldExact(Name(_)) =>\n            Patch.addGlobalImport(newSymbol) +\n              Patch.replaceTree(unwindSelect(t), plainName)\n        }\n        partial.lift(tree)\n      }\n    }\n    object ServiceMigrator {\n\n      def apply(name: String, oldPath: String, newPath: String): ServiceMigrator =\n        ServiceMigrator(\n          SymbolMatcher.exact(oldPath + name + \"#\"),\n          SymbolMatcher.exact(oldPath + name + \".Service#\"),\n          Symbol(newPath + name + \"#\"),\n          name,\n          SymbolMatcher.normalized(oldPath + name + \"#\"),\n          SymbolMatcher.normalized(oldPath + name + \".Service#\")\n        )\n    }\n\n    private val randomMigrator =\n      ServiceMigrator(name = \"Random\", oldPath = \"zio\/random\/package.\", newPath = \"zio\/\")\n\n    private val systemMigrator =\n      ServiceMigrator(name = \"System\", oldPath = \"zio\/system\/package.\", newPath = \"zio\/\")\n\n    def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] = {\n      val partial: PartialFunction[Tree, Patch] = {\n        case t @ Type.Apply(tpe: Type, args: List[Type]) if hasNormalized.matches(tpe.symbol) =>\n          val builtInServices: Seq[SymbolMatcher] =\n            List(\n              randomMigrator,\n              systemMigrator,\n              consoleMigrator,\n            ).foldLeft(List.empty[SymbolMatcher]) { case (serviceMatchers, serviceMigrator) =>\n              serviceMatchers ++ List(serviceMigrator.oldService, serviceMigrator.oldExact)\n            }\n\n          if (builtInServices.exists(_.matches(args.head)))\n            Patch.replaceTree(t, \"\")\n          else\n            Patch.replaceTree(t, args.head.toString)\n\n        case randomMigrator(patch)          => patch\n        case systemMigrator(patch)          => patch\n        case consoleMigrator(patch)         => patch\n\n        case t @ q\"zio.random.Random\" =>\n          Patch.replaceTree(t, \"zio.Random\")\n\n        case t @ q\"import zio.duration._\" =>\n          Patch.replaceTree(t, \"\") +\n            Patch.addGlobalImport(wildcardImport(q\"zio\"))\n\n        case t @ q\"import zio.system\" =>\n          Patch.replaceTree(t, \"\") + Patch.addGlobalImport(systemMigrator.newSymbol)\n\n      }\n      partial.lift(tree)\n    }\n\n  }\n\n  override def fix(implicit doc: SemanticDocument): Patch = {\n    Zio2ZIOSpec.fix +\n    doc.tree.collect {\n      case BuiltInServiceFixer.ImporteeRenamer(patch) => patch\n\n      case ZIORenames.Matcher(patch)       => patch\n      case UniversalRenames.Matcher(patch) => patch\n\n      case BuiltInServiceFixer(patch) => patch\n\n      \/\/ Replace >>= with flatMap. For some reason, this doesn't work with the\n      \/\/ technique used above.\n      case t @ q\"$lhs >>= $rhs\" if lhs.symbol.owner.value.startsWith(\"zio\") =>\n        Patch.replaceTree(t, s\"$lhs flatMap $rhs\")\n      case t @ q\"$lhs.>>=($rhs)\" if lhs.symbol.owner.value.startsWith(\"zio\") =>\n        Patch.replaceTree(t, s\"$lhs.flatMap($rhs)\")\n\n      case t @ q\"$lhs.collectAllParN($n)($as)\" =>\n        Patch.replaceTree(t, s\"$lhs.collectAllPar($as).withParallelism($n)\")\n\n      case t @ q\"$lhs.collectAllParN_($n)($as)\" =>\n        Patch.replaceTree(t, s\"$lhs.collectAllParDiscard($as).withParallelism($n)\")\n      case t @ q\"$lhs.collectAllParNDiscard($n)($as)\" =>\n        Patch.replaceTree(t, s\"$lhs.collectAllParDiscard($as).withParallelism($n)\")\n\n      case foreachParN.Matcher(patch)             => patch\n      case collectAllParN.Matcher(patch)          => patch\n\n      case t @ q\"import zio.blocking._\" =>\n        Patch.removeTokens(t.tokens)\n\n      case t @ q\"import zio.blocking.Blocking\" =>\n        Patch.removeTokens(t.tokens)\n\n      case t @ Blocking_Old_Exact(Name(_)) =>\n        Patch.replaceTree(unwindSelect(t), s\"Any\")\n\n      case t @ FiberId_Old_Exact(Name(_)) =>\n        Patch.replaceTree(unwindSelect(t), \"FiberId\") +\n          Patch.addGlobalImport(newFiberId)\n\n      case t @ q\"import zio.console._\" =>\n        Patch.replaceTree(t, \"\") +\n          Patch.addGlobalImport(wildcardImport(q\"zio.Console\"))\n\n      case t @ q\"import zio.test.environment._\" =>\n        Patch.removeTokens(t.tokens)\n\n      case t @ q\"Fiber.Id\" =>\n        Patch.replaceTree(t, \"FiberId\") +\n          Patch.addGlobalImport(Symbol(\"zio\/FiberId#\"))\n\n      \/\/ TODO Safe to do for many similar types?\n      case t @ q\"import zio.duration.Duration\" =>\n        Patch.replaceTree(t, \"import zio.Duration\")\n\n      case t @ q\"zio.duration.Duration\" =>\n        Patch.replaceTree(t, \"zio.Duration\")\n\n      case t @ q\"import zio.internal.Tracing\" =>\n        Patch.replaceTree(t, \"import zio.internal.tracing.Tracing\")\n\n      case t @ ImporteeNameOrRename(FiberId_Old(_)) => Patch.removeImportee(t)\n\n    }.asPatch + replaceSymbols\n  }\n\n  private def wildcardImport(ref: Term.Ref): Importer =\n    Importer(ref, List(Importee.Wildcard()))\n\n  @tailrec\n  private def unwindSelect(t: Tree): Tree = t.parent match {\n    case Some(t: Type.Select) => unwindSelect(t)\n    case Some(t: Term.Select) => unwindSelect(t)\n    case _                    => t\n  }\n  \n  object Zio2ZIOSpec extends SemanticRule(\"ZIOSpecMigration\"){\n    val zio2UpgradeRule = new Zio2Upgrade()\n    val AbstractRunnableSpecRenames = zio2UpgradeRule.Renames(\n      List(\"zio.test.DefaultRunnableSpec\" \/* TODO What other types here? *\/),\n      Map(\n        \"Failure\"            -> \"Any\",\n      )\n    )\n\n    override def fix(implicit doc: SemanticDocument): Patch =\n      doc.tree.collect {\n        case AbstractRunnableSpecRenames.Matcher(patch) => patch\n\n        \/\/ TODO Check if we really want to do this, or if we want to keep it now that we might have a\n        \/\/    meaningful Failure type\n        case t @ q\"override def spec: $tpe = $body\" if tpe.toString().contains(\"ZSpec[Environment, Failure]\") =>\n          Patch.replaceTree(t, s\"override def spec = $body\")\n      }.asPatch + replaceSymbols\n\n    def replaceSymbols(implicit doc: SemanticDocument) = Patch.replaceSymbols(\n      \"zio.test.DefaultRunnableSpec\" -> \"zio.test.ZIOSpecDefault\"\n    )\n\n  }\n}\n\nprivate object ImporteeNameOrRename {\n  def unapply(importee: Importee): Option[Name] =\n    importee match {\n      case Importee.Name(x)      => Some(x)\n      case Importee.Rename(x, _) => Some(x)\n      case _                     => None\n    }\n}\n\nfinal case class ParNRenamer(methodName: String, paramCount: Int) {\n  object Matcher {\n    def unapply(tree: Tree)(implicit sdoc: SemanticDocument): Option[Patch] =\n      tree match {\n        case t @ q\"$lhs.$method(...$params)\"\n            if method.value.startsWith(methodName + \"N\") && paramCount == params.length =>\n          val generatedName =\n            if (method.value.endsWith(\"_\") || method.value.endsWith(\"Discard\"))\n              s\"${methodName}Discard\"\n            else methodName\n          val n          = params.head.head\n          val paramLists = params.drop(1).map(_.mkString(\"(\", \", \", \")\")).mkString(\"\")\n          Some(Patch.replaceTree(t, s\"$lhs.$generatedName$paramLists.withParallelism($n)\"))\n\n        case t @ q\"$lhs.$method[..$types](...$params)\"\n            if method.value.startsWith(methodName + \"N\") && paramCount == params.length =>\n          val generatedName =\n            if (method.value.endsWith(\"_\") || method.value.endsWith(\"Discard\"))\n              s\"${methodName}Discard\"\n            else methodName\n          val n          = params.head.head\n          val paramLists = params.drop(1).map(_.mkString(\"(\", \", \", \")\")).mkString(\"\")\n          Some(Patch.replaceTree(t, s\"$lhs.$generatedName[${types.mkString(\", \")}]$paramLists.withParallelism($n)\"))\n\n        case _ =>\n          None\n      }\n    \/\/        normalizedRenames.flatMap(_.unapply(tree)).headOption\n  }\n}\n"}
{"repo_name":"swoogles\/ScalaFixDemos","path":"scalafix\/input\/src\/main\/scala\/fix\/standard_services\/ConsoleUsage.scala","text":"\/*\nrule = RewriteConsoleUsage\n *\/\npackage fix.standard_services\n\nimport scala.io.StdIn.readLine\n\nobject ConsoleUsage {\n  def consoleProgram() = {\n    println(\"Please enter your name\")\n    val name = readLine()\n    val x = 3\n    println(\"Hello \" + name)\n  }\n}\n"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/main\/scala\/com\/linkedin\/avro2tf\/parsers\/TensorizeInConfigParser.scala","text":"package com.linkedin.avro2tf.parsers\n\n\nimport cats.data.NonEmptyList\nimport com.linkedin.avro2tf.configs.{Feature, InputFeatureInfo, OutputTensorInfo, TensorizeInConfiguration}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport io.circe\nimport io.circe.Errors\nimport io.circe.generic.auto._\nimport io.circe.config.syntax._\n\nimport collection.JavaConverters._\nimport scala.util.Try\n\n\/**\n  * Parser file for TensorizeIn configuration\n  *\n  *\/\nobject TensorizeInConfigParser {\n\n  \/**\n   * Get the TensorizeIn configuration with sanity check\n   *\n   * @param configString HOCON format of TensorizeIn configuration\n   * @return TensorizeIn configuration\n   *\/\n  def getTensorizeInConfiguration(configString: String): TensorizeInConfiguration = {\n\n    val rawConfig = ConfigFactory.parseString(configString)\n    val featureConfig = rawConfig.getConfigList(\"features\").asScala.map(parseFeature)\n    val labelConfig = Try(rawConfig.getConfigList(\"labels\")).map(_.asScala.map(parseFeature)).toOption\n\n    \/\/ check that we parsed the features correctly\n    val errorList = NonEmptyList.fromList((featureConfig ++ labelConfig.getOrElse(List()))\n      .filter(_.isLeft).map(_.left.get).toList)\n    errorList.foreach(es => throw Errors(es).fillInStackTrace())\n\n    \/\/ since we didn't throw any errors, we know everything is a Right\n    val features = featureConfig.map(_.right.get)\n    val labels = labelConfig.map(_.map(_.right.get))\n\n    TensorizeInConfiguration(\n      features = sanityCheck(features),\n      labels = Some(sanityCheck(labels.getOrElse(Seq.empty)))\n    )\n  }\n\n  \/** Parse the feature configs.\n    *\n    * @param featureConfig - the [[Config]] object for an individual [[Feature]]\n    * @return [[Either]] of a [[circe.Error]] or a [[Feature]]\n    *\/\n  private def parseFeature(featureConfig: Config): Either[circe.Error, Feature] = {\n    val outputTensorInfo: Either[circe.Error, OutputTensorInfo] =\n      featureConfig.getConfig(\"outputTensorInfo\").as[OutputTensorInfo]\n\n    val inputFeatureInfo = if (featureConfig.hasPath(\"inputFeatureInfo\"))\n      Some(parseInputFeatureInfo(featureConfig.getConfig(\"inputFeatureInfo\")))\n    else None\n\n    outputTensorInfo.fold(e => Left(e), oti => Right(Feature(inputFeatureInfo, oti)))\n  }\n\n  \/**\n    *\n    * @param inputFeatureInfoConfig\n    * @return\n    *\/\n  private def parseInputFeatureInfo(inputFeatureInfoConfig: Config): InputFeatureInfo = {\n    val convertToStringSeqMap = (a: AnyRef) => a.asInstanceOf[java.util.Map[String, java.util.List[String]]]\n    val convertToStringAnyMap = (a: AnyRef) => a.asInstanceOf[java.util.Map[String, Any]].asScala.toMap\n\n    val columnExpr = Try(inputFeatureInfoConfig.getString(\"columnExpr\")).toOption\n    val columnConfig: Option[Map[String, Map[String, Seq[String]]]] = Try(inputFeatureInfoConfig.getConfig(\"columnConfig\"))\n      .map(c =>\n        c.root().unwrapped().asScala.toMap\n          \/\/ we need to use map here because mapValues is lazy and this will nee to be serialized for Spark\n          .map { case (k, x) => k -> convertToStringSeqMap(x).asScala.toMap\n          .map { case (j, y) => j -> y.asScala }\n        }\n      ).toOption\n    val transformConfig: Option[Map[String, Map[String, Any]]] = Try(inputFeatureInfoConfig.getConfig(\"transformConfig\"))\n      .map { config =>\n        config.root().unwrapped().asScala.toMap\n          .mapValues(convertToStringAnyMap)\n      }.toOption\n\n    InputFeatureInfo(columnExpr, columnConfig, transformConfig)\n  }\n\n  \/**\n   * Sanity check on features or labels in TensorizeIn configuration\n   *\n   * @param featuresOrLabels A sequence of features or labels to be checked\n   * @return A sequence of features or labels\n   *\/\n  private def sanityCheck(featuresOrLabels: Seq[Feature]): Seq[Feature] = {\n\n    val checkedItems = featuresOrLabels.map(featureOrLabel => checkColumnExprAndConfig(featureOrLabel))\n\n    checkedItems.map(checkedItem => checkShape(checkedItem))\n  }\n\n  \/**\n   * Check column expression and column configuration in input feature information.\n   * Add default column expression value with the name in output tensor information if input feature information does not exist\n   *\n   * @param feature Feature in TensorizeIn configuration\n   * @return Feature in TensorizeIn configuration\n   *\/\n  private def checkColumnExprAndConfig(feature: Feature): Feature = {\n\n    feature.copy(inputFeatureInfo = feature.inputFeatureInfo match {\n      case Some(inputFeatureInfo) => inputFeatureInfo.columnExpr match {\n        case Some(columnExpr) => checkIfColumnExprAndConfigBothExist(inputFeatureInfo, columnExpr)\n        case None => checkIfColumnExprAndConfigBothNotExist(inputFeatureInfo, feature.outputTensorInfo)\n      }\n      case None => Some(InputFeatureInfo(columnExpr = Some(feature.outputTensorInfo.name), None, None))\n    })\n  }\n\n  \/**\n   * Check if column expression and column configuration both exist in input feature information.\n   * Throw an exception when column expression and column configuration both exist in input feature information\n   *\n   * @param inputFeatureInfo Input feature information\n   * @param columnExpr Column expression in input feature information\n   * @return Optional input feature information\n   *\/\n  private def checkIfColumnExprAndConfigBothExist(inputFeatureInfo: InputFeatureInfo, columnExpr: String): Option[InputFeatureInfo] = {\n\n    inputFeatureInfo.columnConfig match {\n      case Some(columnConfig) => throw new IllegalArgumentException(s\"Column expression $columnExpr and column configuration\" +\n        s\" $columnConfig should not exist at the same time.\")\n      case None => Some(inputFeatureInfo)\n    }\n  }\n\n  \/**\n   * Check if column expression and column configuration both do not exist in input feature information.\n   * Add default column expression value with the name in output tensor information when both do not exist\n   *\n   * @param inputFeatureInfo Input feature information\n   * @param outputTensorInfo Output tensor information\n   * @return Optional input feature information\n   *\/\n  private def checkIfColumnExprAndConfigBothNotExist(inputFeatureInfo: InputFeatureInfo, outputTensorInfo: OutputTensorInfo): Option[InputFeatureInfo] = {\n\n    inputFeatureInfo.columnConfig match {\n      case Some(_) => Some(inputFeatureInfo)\n      case None => Some(InputFeatureInfo(columnExpr = Some(outputTensorInfo.name), None, inputFeatureInfo.transformConfig))\n    }\n  }\n\n  \/**\n   * Check the shape in output tensor information.\n   * Add default shape value of an empty array of integer if shape does not exist in output tensor information\n   *\n   * @param feature Feature in TensorizeIn configuration\n   * @return Feature in TensorizeIn configuration\n   *\/\n  private def checkShape(feature: Feature): Feature = {\n\n    feature.outputTensorInfo.shape match {\n      case Some(_) => feature\n      case None => Feature(feature.inputFeatureInfo, OutputTensorInfo(feature.outputTensorInfo.name, feature.outputTensorInfo.dtype, Some(Seq.empty[Int])))\n    }\n  }\n}"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/main\/scala\/com\/linkedin\/avro2tf\/helpers\/TensorizeInConfigHelper.scala","text":"<filename>avro2tf\/src\/main\/scala\/com\/linkedin\/avro2tf\/helpers\/TensorizeInConfigHelper.scala\npackage com.linkedin.avro2tf.helpers\n\nimport scala.collection.mutable\n\nimport com.linkedin.avro2tf.configs.{CombinerType, DataType, Feature, HashInfo}\nimport com.linkedin.avro2tf.parsers.TensorizeInParams\nimport com.linkedin.avro2tf.utils.Constants._\n\n\/**\n * Helper file for processing TensorizeIn Configuration\n *\n *\/\nobject TensorizeInConfigHelper {\n\n  \/**\n   * Concatenate features and labels of TensorizeIn configuration\n   *\n   * @param params TensorizeIn parameters specified by user\n   * @return A sequence of features\n   *\/\n  def concatFeaturesAndLabels(params: TensorizeInParams): Seq[Feature] = {\n\n    params.tensorizeInConfig.labels.getOrElse(Seq.empty) ++ params.tensorizeInConfig.features\n  }\n\n  \/**\n   * Get columns with hash information specified in TensorizeIn configuration\n   *\n   * @param params TensorizeIn parameters specified by user\n   * @return A sequence of column names\n   *\/\n  def getColsWithHashInfo(params: TensorizeInParams): Seq[String] = {\n\n    concatFeaturesAndLabels(params)\n      .filter(featureOrLabel => {\n        featureOrLabel.inputFeatureInfo.get.transformConfig match {\n          case Some(config) if config.contains(HASH_INFO) => true\n          case _ => false\n        }\n      }).map(feature => feature.outputTensorInfo.name)\n  }\n\n  \/**\n   * Get the hashInfo of columns with hash information specified\n   *\n   * @param params TensorizeIn parameters specified by user\n   * @return A sequence of column names\n   *\/\n  def getColsHashInfo(params: TensorizeInParams): Map[String, HashInfo] = {\n\n    val colsHashInfo = new mutable.HashMap[String, HashInfo]\n\n    concatFeaturesAndLabels(params).foreach {\n      featureOrLabel => {\n        featureOrLabel.inputFeatureInfo match {\n          case Some(inputFeatureInfo) => inputFeatureInfo.transformConfig match {\n            case Some(config) => config.get(HASH_INFO) match {\n              case Some(hashInfo) =>\n                if (!hashInfo.contains(HASH_INFO_HASH_BUCKET_SIZE)) {\n                  throw new IllegalArgumentException(\n                    s\"Must specify $HASH_INFO_HASH_BUCKET_SIZE for the hashInfo of tensor ${\n                      featureOrLabel.outputTensorInfo.name\n                    }\"\n                  )\n                }\n                val hashBucketSize = hashInfo(HASH_INFO_HASH_BUCKET_SIZE).asInstanceOf[Int]\n                val numHashFunctions = hashInfo.getOrElse(HASH_INFO_NUM_HASH_FUNCTIONS, 1).asInstanceOf[Int]\n                val combinerType = hashInfo.getOrElse(HASH_INFO_COMBINER_TYPE, CombinerType.SUM.toString).toString\n                colsHashInfo(featureOrLabel.outputTensorInfo.name) = HashInfo(\n                  hashBucketSize,\n                  numHashFunctions,\n                  CombinerType.withName(combinerType))\n              case _ =>\n            }\n            case _ =>\n          }\n          case _ =>\n        }\n      }\n    }\n    colsHashInfo.toMap\n  }\n\n  \/**\n   * Get output column names from TensorizeIn configuration\n   *\n   * @param params TensorizeIn parameters specified by user\n   * @return A sequence of output column names\n   *\/\n  def getOutputTensorNames(params: TensorizeInParams): Seq[String] = {\n\n    concatFeaturesAndLabels(params).map(feature => feature.outputTensorInfo.name)\n  }\n\n  \/**\n   * Get output tensor data types from TensorizeIn configuration\n   *\n   * @param params TensorizeIn parameters specified by user\n   * @return A sequence of output tensor data types\n   *\/\n  def getOutputTensorDataTypes(params: TensorizeInParams): Map[String, DataType.Value] = {\n\n    concatFeaturesAndLabels(params).map(feature => feature.outputTensorInfo.name -> feature.outputTensorInfo.dataType)\n      .toMap\n  }\n}"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/main\/scala\/com\/linkedin\/avro2tf\/configs\/TensorizeInConfig.scala","text":"<reponame>sacsar\/Avro2TF\npackage com.linkedin.avro2tf.configs\n\nimport java.util\nimport java.util.Objects\n\n\/**\n * Enumeration to represent different data type of tensors\n *\/\nobject DataType extends Enumeration {\n  type DataType = Value\n  val sparseVector, string, int, long, double, float, byte = Value\n}\n\n\/**\n * Enumeration to represent combiner options to deal with hash collision\n *\/\nobject CombinerType extends Enumeration {\n  type CombinerType = Value\n  val SUM, AVG, MAX = Value\n}\n\n\/**\n * Case class for hashing info\n *\n * @param hashBucketSize The number of buckets of each hash function\n * @param numHashFunctions The number of hash functions to use\n * @param combinerType Which combiner to use when collision happens\n *\/\ncase class HashInfo(\n  hashBucketSize: Int,\n  numHashFunctions: Int = 1,\n  combinerType: CombinerType.CombinerType = CombinerType.SUM\n)\n\n\/**\n * Case class for TensorizeIn configuration\n *\n * @param features A sequence of features\n * @param labels An optional sequence of labels\n *\/\ncase class TensorizeInConfiguration(\n  features: Seq[Feature],\n  labels: Option[Seq[Feature]]\n) {\n  require(\n    features.nonEmpty,\n    s\"TensorizeIn configuration must have a non-empty sequence of features.\"\n  )\n}\n\n\/**\n * Case class for Feature in TensorizeIn configuration\n *\n * @param inputFeatureInfo Optional input feature information\n * @param outputTensorInfo Output tensor information\n *\/\ncase class Feature(\n  inputFeatureInfo: Option[InputFeatureInfo],\n  outputTensorInfo: OutputTensorInfo\n)\n\n\/**\n * Case class for Input Feature Information in TensorizeIn configuration\n *\n * @param columnExpr Optional column expression\n * @param columnConfig Optional column configuration\n * @param transformConfig Optional transformation configuration\n *\/\ncase class InputFeatureInfo(\n  columnExpr: Option[String],\n  columnConfig: Option[Map[String, Map[String, Seq[String]]]],\n  transformConfig: Option[Map[String, Map[String, Any]]]\n)\n\n\/**\n * Case class for Output Tensor Information in TensorizeIn configuration\n *\n * @param name Name of tensor\n * @param dtype Data type of tensor\n * @param shape Optional shape of tensor\n *\/\ncase class OutputTensorInfo(\n  name: String,\n  dtype: String,\n  shape: Option[Seq[Int]]) {\n\n  \/\/ Add an additional DataType format value for case matching\n  val dataType: DataType.Value = DataType.withName(dtype)\n\n  \/\/ Array is a Java array, so we need to implement equals\n  override def equals(that: Any): Boolean =\n    that match {\n      case that: OutputTensorInfo => {\n        that.canEqual(this) &&\n        this.name == that.name &&\n        this.dtype == that.dtype &&\n        this.shape.exists(s => that.shape.exists(t => s.sameElements(t)))\n      }\n      case _ => false\n    }\n\n  override def hashCode(): Int =\n    Objects.hash(name, dtype) + shape.orNull.hashCode()\n}"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/test\/scala\/com\/linkedin\/avro2tf\/utils\/ConstantsForTest.scala","text":"<reponame>sacsar\/Avro2TF<filename>avro2tf\/src\/test\/scala\/com\/linkedin\/avro2tf\/utils\/ConstantsForTest.scala\npackage com.linkedin.avro2tf.utils\n\n\/**\n * Constants used by TensorizeIn tests\n *\n *\/\nobject ConstantsForTest {\n\n  final val AVRO_RECORD = \"avro\"\n  final val ENABLE_APPEND = false\n  final val ENABLE_CACHE_VALUE = \"false\"\n  final val ENABLE_RECURSIVE = true\n  final val ENABLE_SHUFFLE_NAME = \"--shuffle\"\n  final val ENABLE_SHUFFLE_VALUE = \"false\"\n  final val ENABLE_TRAIN_MODE_NAME = \"--train-mode\"\n  final val ENABLE_TRAIN_MODE_VALUE = \"false\"\n  final val EXTRA_COLUMNS_TO_KEEP_NAME = \"--extra-columns-to-keep\"\n  final val EXTRA_COLUMNS_TO_KEEP_VALUE = \"review,words.term:terms\"\n  final val FEATURE_FIRST_WORD_COL_NAME = \"firstWord\"\n  final val FEATURE_WORD_SEQ_COL_NAME = \"wordSeq\"\n  final val FEATURE_WORD_SEQ_HASHED_COL_NAME = \"wordSeq_hashed\"\n  final val FEATURE_WORDS_WIDE_FEATURES_COL_NAME = \"words_wideFeatures\"\n  final val FEATURE_LIST_SHARING_EXPECTED_VALUE_PATH_CASE1 = \"data\/share_feat_list\/feat_lists_case_1\"\n  final val FEATURE_LIST_SHARING_EXPECTED_VALUE_PATH_CASE2 = \"data\/share_feat_list\/feat_lists_case_2\"\n  final val INPUT_DATE_RANGE_NAME = \"--input-date-range\"\n  final val INPUT_DATE_RANGE_VALUE = \"20190101-20190117\"\n  final val INPUT_DATE_RANGE_VALUE_START = \"20190101\"\n  final val INPUT_DATE_RANGE_VALUE_END = \"20190117\"\n  final val INPUT_DAYS_RANGE_NAME = \"--input-days-range\"\n  final val INPUT_DAYS_RANGE_VALUE = \"6-3\"\n  final val INPUT_MOVIELENS_FILE_PATHS = \"src\/test\/resources\/data\/trainSmall.avro\"\n  final val INPUT_PATHS_NAME = \"--input-paths\"\n  final val INPUT_PATHS_VALUE = \"\/input\/123\"\n  final val INPUT_TEXT_FILE_PATHS = \"src\/test\/resources\/data\/text.avro\"\n  final val INPUT_SHARE_FEATURE_PATH = \"src\/test\/resources\/data\/share_feat_list\/test_share_feature_list.avro\"\n  final val MIN_PARTS_NAME = \"--min-parts\"\n  final val MIN_PARTS_VALUE = \"100\"\n  final val NUM_OUTPUT_FILES_NAME = \"--num-output-files\"\n  final val NUM_OUTPUT_FILES_VALUE = \"3\"\n  final val OUTPUT_FORMAT_NAME = \"--output-format\"\n  final val SAMPLE_EXTERNAL_FEATURE_LIST = \"a\\nb\\nc\\n\"\n  final val SKIP_CONVERSION_VALUE = \"false\"\n  final val SPARK_DRIVER_BIND_ADDRESS_NAME = \"spark.driver.bindAddress\"\n  final val SPARK_DRIVER_BIND_ADDRESS_VALUE = \"127.0.0.1\"\n  final val SPARK_SESSION_BUILDER_MASTER = \"local[*]\"\n  final val TENSORIZEIN_CONFIG_PATH_NAME = \"--tensorizeIn-config-path\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_2 = \"configs\/tensorizeIn_config_2.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_2_HOCON = \"configs\/tensorizein_config_2.conf\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_3 = \"configs\/tensorizeIn_config_3.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_4 = \"configs\/tensorizeIn_config_4.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_5 = \"configs\/tensorizeIn_config_5.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_MOVIELENS = \"configs\/tensorizeIn_config_movielens.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_MOVIELENS_RANK = \"configs\/tensorizeIn_config_movielens_rank.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_SAMPLE = \"configs\/tensorizeIn_config_sample.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_SAMPLE_WITHOUT_INT_FEATURES =\n    \"configs\/tensorizeIn_config_without_int_features.json\"\n  final val TENSORIZEIN_CONFIG_PATH_VALUE_SHARE_FEATURE = \"configs\/tensorizeIn_config_share_feature.json\"\n  final val TENSORIZEIN_CONFIG_TEST_ARRAY = Array.empty[Int]\n  final val TENSORIZEIN_CONFIG_TEST_INFO = \"testInfo\"\n  final val TENSORIZEIN_CONFIG_TEST_VALUE = \"test_value\"\n  final val TENSORIZEIN_CONFIG_TEST_LONG_VALUE = \"long\"\n  final val TENSORS_SHARING_FEATURE_LISTS_NAME = \"--tensors-sharing-feature-lists\"\n  final val TENSORS_SHARING_FEATURE_LISTS_VALUE_CASE_1 = \"comments_after,comments_before; \" +\n    \"fruits_day1,fruits_day2,fruits_day3;receive_platform,send_platform\"\n  final val TENSORS_SHARING_FEATURE_LISTS_VALUE_CASE_2 = \"comments_after,comments_before; \" +\n    \"fruits_day1,fruits_day2;receive_platform,send_platform\"\n  final val TENSORS_SHARING_FEATURE_LISTS_VALUE_CASE_3 = \"comments_after,comments_before; \" +\n    \"fruits_day1,fruits_day4;receive_platform,send_platform\"\n  final val TF_RECORD = \"tfrecord\"\n  final val WORKING_DIRECTORY_NAME = \"--working-dir\"\n  final val WORKING_DIRECTORY_VALUE = \"\/output\/456\"\n  final val WORKING_DIRECTORY_FEATURE_EXTRACTION_TEXT = \"\/tmp\/feature-extraction-test\/text\"\n  final val WORKING_DIRECTORY_FEATURE_TRANSFORMATION_TEXT = \"\/tmp\/feature-transformation-test\/text\"\n  final val WORKING_DIRECTORY_HASH_TRANSFORMATION = \"\/tmp\/feature-transformation-test\/hashing\"\n  final val WORKING_DIRECTORY_FEATURE_LIST_GENERATION_TEXT = \"\/tmp\/feature-list-generation-test-text\"\n  final val WORKING_DIRECTORY_TENSOR_METADATA_GENERATION_TEXT = \"\/tmp\/tensor-metadata-generation-test-text\"\n  final val WORKING_DIRECTORY_INDICES_CONVERSION = \"\/tmp\/indices-conversion-test\"\n  final val WORKING_DIRECTORY_AVRO2TF = \"\/tmp\/tensorizeIn-test\"\n  final val WORKING_DIRECTORY_AVRO2TF_MOVIELENS = \"\/tmp\/tensorizeIn-test-movielens\"\n  final val EXPECTED_FEATURE_LIST_W_COUNTS_PATH = \"data\/share_feat_list\/feat_lists_w_counts\"\n  final val EXPECTED_TENSOR_METADATA_GENERATED_JSON_PATH_TEXT = \"metadata\/tensor_metadata_text_1.json\"\n  final val EXPECTED_TENSOR_METADATA_WITHOUT_INT_FEATURES_GENERATED_JSON_PATH_TEXT =\n    \"metadata\/tensor_metadata_text_without_int_features.json\"\n  final val EXTERNAL_FEATURE_LIST_FILE_NAME_MOVIELENS = \"genreFeatures_term\"\n  final val EXTERNAL_FEATURE_LIST_FILE_NAME_TEXT = \"words_term\"\n  final val EXTERNAL_FEATURE_LIST_PATH_TEXT = \"\/external-feature-list-text\"\n  final val EXTERNAL_FEATURE_LIST_PATH_NAME = \"--external-feature-list-path\"\n  final val EXTERNAL_FEATURE_LIST_PATH_VALUE = \"\/tmp\/external-feature-list\"\n  final val SPARSE_VECTOR_INDICES_FIELD_NAME = \"indices\"\n  final val SPARSE_VECTOR_VALUES_FIELD_NAME = \"values\"\n  final val EXECUTION_MODE = \"--execution-mode\"\n}"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/test\/scala\/com\/linkedin\/avro2tf\/configs\/TensorizeInConfigTest.scala","text":"package com.linkedin.avro2tf.configs\n\nimport org.testng.annotations.Test\n\nimport org.testng.Assert._\n\nclass TensorizeInConfigTest {\n  @Test\n  def testEquality(): Unit = {\n    val array1 = Array(1)\n    val array2 = Array(1)\n\n    val first = OutputTensorInfo(\"foo\", \"int\", Some(array1))\n    val second = OutputTensorInfo(\"foo\", \"int\", Some(array2))\n\n    assertNotEquals(Some(array1), Some(array2))\n    assertEquals(first, second)\n  }\n}\n"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/test\/scala\/com\/linkedin\/avro2tf\/parsers\/TensorizeInConfigParserTest.scala","text":"package com.linkedin.avro2tf.parsers\n\nimport com.typesafe.config.ConfigException\n\nimport scala.io.Source\nimport org.testng.Assert._\nimport org.testng.annotations.Test\n\nimport com.linkedin.avro2tf.utils.ConstantsForTest._\n\nclass TensorizeInConfigParserTest {\n  @Test\n  def testJsonConfigLoading(): Unit = {\n    val configString = loadConfigString(TENSORIZEIN_CONFIG_PATH_VALUE_2)\n    val config = TensorizeInConfigParser.getTensorizeInConfiguration(configString)\n  }\n\n  @Test\n  def testJsonAndHoconEqual(): Unit = {\n    val jsonConfigString = loadConfigString(TENSORIZEIN_CONFIG_PATH_VALUE_2)\n    val hoconConfigString = loadConfigString(TENSORIZEIN_CONFIG_PATH_VALUE_2_HOCON)\n\n    val jsonConfig = TensorizeInConfigParser.getTensorizeInConfiguration(jsonConfigString)\n    val hoconConfig = TensorizeInConfigParser.getTensorizeInConfiguration(hoconConfigString)\n\n    assertEquals(jsonConfig, hoconConfig)\n\n    \/\/ test the hashcodes are equal too\n    assertEquals(jsonConfig.features.head.outputTensorInfo.hashCode(),\n      hoconConfig.features.head.outputTensorInfo.hashCode())\n  }\n\n  @Test(expectedExceptions = Array(classOf[ConfigException.Parse]))\n  def testBadConfiguration(): Unit = {\n   TensorizeInConfigParser.getTensorizeInConfiguration(\"bad string\")\n  }\n\n  def loadConfigString(path: String): String = {\n    val resourceStream = getClass.getClassLoader.getResourceAsStream(path)\n    val lines = Source.fromInputStream(resourceStream).getLines.mkString(\"\\n\")\n    lines\n  }\n}"}
{"repo_name":"sacsar\/Avro2TF","path":"avro2tf\/src\/main\/scala\/com\/linkedin\/avro2tf\/helpers\/HashingTransformer.scala","text":"package com.linkedin.avro2tf.helpers\n\nimport com.linkedin.avro2tf.configs.{CombinerType, HashInfo}\nimport com.linkedin.avro2tf.jobs.TensorizeIn\nimport com.linkedin.avro2tf.parsers.TensorizeInParams\nimport com.linkedin.avro2tf.utils.Constants._\nimport com.linkedin.avro2tf.utils.{CommonUtils, HashingUtils}\n\nimport org.apache.spark.sql.expressions.UserDefinedFunction\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.sql.{DataFrame, Row}\n\n\/**\n * A Hashing Transformer for the Feature Transformation job\n *\n *\/\nobject HashingTransformer {\n\n  \/**\n   * The main function to perform hashing transformation\n   *\n   * @param dataFrame Input data Spark DataFrame\n   * @param params TensorizeIn parameters specified by user\n   * @return A Spark DataFrame\n   *\/\n  def hashTransform(dataFrame: DataFrame, params: TensorizeInParams): DataFrame = {\n\n    val colsHashInfo = TensorizeInConfigHelper.getColsHashInfo(params)\n\n    val hashedColumns = colsHashInfo.map {\n      case (columnName, hashInfo) =>\n        val dataType = dataFrame.schema(columnName).dataType\n\n        val hashedColumn = if (CommonUtils.isArrayOfNTV(dataType)) {\n          hashArrayOfNTVColumn(hashInfo)(dataFrame(columnName))\n        } else if (CommonUtils.isArrayOfString(dataType) || CommonUtils.isArrayOfNumericalType(dataType)) {\n          hashArrayOfPrimitiveColumn(hashInfo)(dataFrame(columnName))\n        } else if (dataType.isInstanceOf[NumericType] || dataType.isInstanceOf[StringType]) {\n          hashScalarColumn(hashInfo)(dataFrame(columnName))\n        } else {\n          throw new IllegalArgumentException(s\"The type of $columnName column: ${dataType.typeName} is not supported\")\n        }\n\n        hashedColumn.name(columnName)\n    }\n\n    val oldColumns = dataFrame.columns\n      .filter(colName => !colsHashInfo.contains(colName))\n      .map(dataFrame(_))\n\n    dataFrame.select(oldColumns ++ hashedColumns: _*)\n  }\n\n  \/**\n   * Construct a Spark UDF to perform hashing on an array of NTV\n   *\n   * @param hashInfo Hashing info specified by user\n   * @return A spark UDF\n   *\/\n  private def hashArrayOfNTVColumn(hashInfo: HashInfo): UserDefinedFunction = {\n\n    udf {\n      ntvs: Seq[Row] => {\n        val idValues = if (ntvs == null || ntvs.isEmpty) {\n\n          \/\/ if bag is empty put a dummy one with id as the unknown Id (last id), in hashing case, the num of hash buckets\n          Seq(TensorizeIn.IdValue(hashInfo.hashBucketSize, 0))\n        } else {\n          {\n            ntvs.flatMap {\n              ntv => {\n                val name = ntv.getAs[String](NTV_NAME)\n                val term = ntv.getAs[String](NTV_TERM)\n                val value = ntv.getAs[Float](NTV_VALUE)\n\n                HashingUtils.multiHash(s\"$name,$term\", hashInfo.numHashFunctions, hashInfo.hashBucketSize)\n                  .map(id => TensorizeIn.IdValue(id, value))\n              }\n            }.groupBy(_.id).map {\n              group => {\n                val idValue = group._2.reduce {\n                  (a, b) => {\n                    hashInfo.combinerType match {\n                      case CombinerType.SUM | CombinerType.AVG => a.copy(value = a.value + b.value)\n                      case CombinerType.MAX => a.copy(value = scala.math.max(a.value, b.value))\n                    }\n                  }\n                }\n\n                if (hashInfo.combinerType == CombinerType.AVG) {\n                  idValue.copy(value = idValue.value \/ group._2.size)\n                } else {\n                  idValue\n                }\n              }\n            }\n          }.toSeq\n        }\n\n        TensorizeIn.SparseVector(idValues.map(_.id), idValues.map(_.value))\n      }\n    }\n  }\n\n  \/**\n   * Construct a Spark UDF to perform hashing on an array of primitive values\n   *\n   * @param hashInfo Hashing info specified by user\n   * @return A spark UDF\n   *\/\n  private def hashArrayOfPrimitiveColumn(hashInfo: HashInfo): UserDefinedFunction = {\n\n    udf {\n      seqValues: Seq[Any] => {\n        if (seqValues == null || seqValues.isEmpty) {\n          Seq(hashInfo.hashBucketSize)\n        } else {\n          seqValues.flatMap(value => HashingUtils.multiHash(value.toString, hashInfo.numHashFunctions, hashInfo.hashBucketSize))\n        }\n      }\n    }\n  }\n\n  \/**\n   * Construct a Spark UDF to perform hashing on a scalar value\n   *\n   * @param hashInfo Hashing info specified by user\n   * @return A spark UDF\n   *\/\n  private def hashScalarColumn(hashInfo: HashInfo): UserDefinedFunction = {\n\n    udf {\n      scalarValue: Any => {\n        if (scalarValue == null) {\n          Seq(hashInfo.hashBucketSize)\n        } else {\n          HashingUtils.multiHash(scalarValue.toString, hashInfo.numHashFunctions, hashInfo.hashBucketSize)\n        }\n      }\n    }\n  }\n}"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day1.scala","text":"<reponame>vishnusaran\/advent-of-code-2020\npackage vishnu.adventofcode.zio\n\nimport zio._\nimport zio.logging._\n\nimport scala.collection.mutable\n\nobject Day1 extends AoCZIORunnable {\n  def findTarget(l: Ref[mutable.Set[Int]], target: Int) = {\n    for {\n      set <- l.get\n      _ <- log.debug(s\"looking for $target in set $l\")\n    } yield {\n      set.contains(target)\n    }\n  }\n\n  def find(target: Int, nums: List[Int], setRef: Ref[mutable.Set[Int]]): URIO[Logging, Option[Int]] = {\n    if (nums.isEmpty) {\n      ZIO.none\n    } else {\n      for {\n        set <- setRef.get\n        head = nums.head\n        _ <- setRef.set(set -= head)\n        found <- findTarget(setRef, target - head)\n        rel <- if (found) {\n          ZIO.some(head * (target - head))\n        } else find(target, nums.tail, setRef)\n      } yield {\n        rel\n      }\n    }\n  }\n\n  def findTriples(target: Int, nums: List[Int], setRef: Ref[mutable.Set[Int]]): URIO[Logging, Option[Long]] = {\n    if (nums.sizeIs < 2) {\n      ZIO.none\n    } else {\n      for {\n        set <- setRef.get\n        head = nums.head\n        _ <- setRef.set(set -= head)\n        found <- find(target - head, nums.tail, setRef)\n        rel <- found match {\n          case Some(value) => ZIO.some(value.toLong * head)\n          case None => setRef.set(set ++= nums.tail) *> findTriples(target, nums.tail, setRef)\n        }\n      } yield {\n        rel\n      }\n    }\n  }\n\n\n  override def getRunLayer(input: Iterator[String]) = {\n    def bluePrint(tgt: Int, lines: Iterator[String]) = {\n      val nums = lines.map(_.toInt).toList\n      for {\n        numsSet <- Ref.make(scala.collection.mutable.Set(nums: _*))\n        sum2 <- find(tgt, nums, numsSet)\n        _ <- console.putStrLn(s\"2Sum:${sum2}\")\n        sum3 <- findTriples(tgt, nums, numsSet)\n        _ <- console.putStrLn(s\"3Sum:$sum3\")\n      } yield {\n\n      }\n    }\n\n    val tgt = 2020\n    bluePrint(tgt, input)\n\n  }\n\n  \/\/    val resourceName = \"\/day1_sample.txt\"\n  val resourceName = \"\/day1_input.txt\"\n\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day2.scala","text":"<gh_stars>0\npackage vishnu.adventofcode.justscala\n\nobject Day2 {\n  val inputRegex = \"^(\\\\d+)-(\\\\d+) ([a-zA-Z]): ([a-zA-Z]+)$\".r\n\n  final case class Input(min: Int, max: Int, char: Char, pass: String)\n\n  object Input {\n    def apply(str: String): Input = {\n      val inputRegex(min, max, char, pass) = str\n      new Input(min.toInt, max.toInt, char.charAt(0), pass)\n    }\n  }\n\n  def isInputValid(inputStr: String): Boolean = {\n    val input = Input(inputStr)\n    val count = input.pass.count(a => input.char == a)\n    count >= input.min && count <= input.max\n  }\n\n  def tobogganValid(inputStr: String): Boolean = {\n    val input = Input(inputStr)\n    input.pass.length >= input.min &&\n            input.pass.length >= input.max &&\n            (input.pass.charAt(input.min-1) == input.char ^\n            input.pass.charAt(input.max-1) == input.char)\n  }\n\n  def main(args: Array[String]): Unit = {\n        val input = \"1-3 a: abcde\"\n        println(tobogganValid(input))\n    val inputs = List(\"8-11 l: qllllqllklhlvtl\",\n      \"1-3 m: wmmmmmttm\",\n      \"2-4 p: pgppp\",\n      \"11-12 n: nnndnnnnnnnn\",\n      \"17-19 q: qprqdcgrqrqmmhtqqvr\",\n      \"16-17 k: nphkpzqswcltkkbkk\",\n      \"6-9 c: rvcvlcjcbhxs\",\n      \"18-20 v: hbjhmrtwzfqfvhzjjvcv\",\n      \"5-9 z: jzzhzttttnz\",\n      \"7-13 d: bdqdtddddnwdd\",\n      \"9-11 d: ddddddddxdldddd\",\n      \"6-10 f: fblhfdztgf\",\n      \"2-11 b: vszxfnwghcb\",\n      \"15-18 n: nbnmwxnnlkmlknnnhn\",\n      \"2-9 z: lhwqvczrrqqhqlfvkbcm\",\n      \"15-16 d: dndddddddjdddddbdld\",\n      \"7-8 k: kkkmkkkf\",\n      \"1-8 p: rdcmrkbwqjpph\",\n      \"2-6 s: cswdpsjgsfvzkvqqmrqf\",\n      \"9-11 m: mmmmmmmzbmmmv\",\n      \"8-9 j: jjjjjjjjfj\",\n      \"7-8 d: dddsjnds\",\n      \"1-4 f: qffb\",\n      \"3-8 f: cphmtfff\",\n      \"1-13 s: rjsscssstsvssss\",\n      \"9-14 s: gtsnlbqnckhxmssbbs\",\n      \"12-14 j: jfjnjbjrjpdndj\",\n      \"15-16 t: tttttttttttttttwt\",\n      \"7-8 r: rgrdrrrrrrrrjhrrrrrr\",\n      \"5-8 t: lpcqfgzttlt\",\n      \"1-12 r: wrrrrrrjrrrrrrrr\",\n      \"14-19 d: ddvcdddddddhddprldl\",\n      \"4-8 d: pkddlzxsl\",\n      \"7-11 x: xhxqxcfkxwxxnm\",\n      \"3-7 q: qqqqqqjqqqd\",\n      \"3-13 s: rtzsktsdfhtbs\",\n      \"8-15 n: nnnnnnnnknnnnnsnnn\",\n      \"10-13 r: rrrrrrrrrrrrnr\",\n      \"1-9 r: ldfdgzprnptrd\",\n      \"2-3 k: rqkthj\",\n      \"4-7 p: prrpswdpnmpxmjzsp\",\n      \"12-13 p: pmwbptnpppjprfpkppgj\",\n      \"4-6 w: cfwdlw\",\n      \"2-9 r: pnnvrfjhz\",\n      \"14-16 b: bbbbbbbbbbbbbtbbb\",\n      \"2-7 l: xlmzgklxljcl\",\n      \"1-6 c: cccccccc\",\n      \"11-12 w: dmpzfzpwwnwwpggw\",\n      \"2-3 c: xrccccmcc\",\n      \"12-13 k: kkkkkkkvkkkvkknkkk\",\n      \"10-12 h: hhnhcvhhhqhh\",\n      \"17-18 d: dddjddbdzdddvddddw\",\n      \"1-5 p: pppphp\",\n      \"11-13 v: fvvvvjlvbvrvdhbvv\",\n      \"10-14 b: bzxxqcgqnbkmhm\",\n      \"1-14 g: xggghgngqnggggggggg\",\n      \"9-10 s: xslsmpfnxvvssqmgf\",\n      \"16-17 s: nfqggjzbfsssllwns\",\n      \"9-10 w: wwwwwwwwfw\",\n      \"13-15 z: zzzjzzzjzzzzzzgz\",\n      \"7-10 n: jfnwgwnnnn\",\n      \"4-5 b: btbqb\",\n      \"1-5 w: vwflw\",\n      \"15-16 v: vvxvdvvvvzvxmhxvv\",\n      \"3-4 b: cgbbqk\",\n      \"1-3 f: bffffdfclfffgfkf\",\n      \"6-11 m: xckgmdcqmwk\",\n      \"6-9 c: vcptncxbcg\",\n      \"5-6 m: mmmmdm\",\n      \"2-3 d: dmdd\",\n      \"5-7 v: vvhrxkd\",\n      \"7-10 b: bbbbbbqbbbbb\",\n      \"8-9 m: mhvmmwlgm\",\n      \"3-4 x: xvtxkz\",\n      \"3-9 w: wwlwwwwwkqww\",\n      \"4-18 g: mxslljzcgpwsrggqqc\",\n      \"2-3 x: xcff\",\n      \"16-17 j: jjjjjjjjjjfqjfjwhjjj\",\n      \"9-13 p: ppppppppgppppp\",\n      \"16-17 f: fffffffffffffffffff\",\n      \"3-5 c: cncpcck\",\n      \"9-11 c: kzcwczccccmcfsrcc\",\n      \"3-7 s: ssdsssvnsssssjs\",\n      \"1-6 v: vvvvqv\",\n      \"5-7 b: fzbbxbbbgbb\",\n      \"3-9 t: gtttttttftt\",\n      \"5-19 p: ngpnpklwsclptfjvtgm\",\n      \"3-4 d: dddtdddddd\",\n      \"4-5 m: mjmmwl\",\n      \"11-13 l: lllblllllvllrl\",\n      \"2-6 h: cphqvz\",\n      \"17-19 w: gwwrvfglsljwfgxwbbw\",\n      \"15-17 x: gfcxzcwgjmkwfqxrxzrd\",\n      \"13-14 w: lrmhhxwfkwnkwnbsq\",\n      \"7-8 f: ffffffgcff\",\n      \"11-19 v: vvvvvvvvvvzvvvvvvvlv\",\n      \"7-8 k: kxkkkkpk\",\n      \"7-14 v: vfvvvskttcvvvvvfvv\",\n      \"11-12 m: mmmdhmmgmkgmjmr\",\n      \"1-7 p: hpppppppppbnc\",\n      \"3-8 n: rttbbpjnmzn\",\n      \"8-9 n: nrfnnvxrp\",\n      \"3-4 x: tnxnngq\",\n      \"9-12 s: mbhsxshssrtwvm\",\n      \"11-15 n: nwmnlhgjnnptkmn\",\n      \"1-4 x: xmxl\",\n      \"1-6 f: bffffffffff\",\n      \"2-4 r: zrrr\",\n      \"2-3 t: ttmwvt\",\n      \"3-5 n: ngnnr\",\n      \"13-17 p: jtpppfgklkpshpndpp\",\n      \"1-7 r: rrrrrrrrrrrr\",\n      \"7-10 h: hmhhhhhhhzhhhhhhh\",\n      \"9-15 l: glxqscckgxtkzfllk\",\n      \"2-3 s: gfsh\",\n      \"5-6 b: dpphbj\",\n      \"6-13 h: hhhhhhhhhhhbshgh\",\n      \"5-13 d: dddpbddddddddddd\",\n      \"10-11 p: pppppppppdppppp\",\n      \"5-7 j: jjjjjcx\",\n      \"8-9 r: rrrrmrrrm\",\n      \"1-3 f: ffff\",\n      \"8-15 b: bbbbbbbgbbbbbbrb\",\n      \"3-6 h: hhrhhhhhhh\",\n      \"9-10 v: tkwvvvjvvvblvxvxhxvv\",\n      \"5-9 t: ttttttttmtf\",\n      \"1-4 m: fmmmmm\",\n      \"5-9 n: nfnlnkblnnfnxtzn\",\n      \"3-11 v: dnsvvvbvnvvxvj\",\n      \"8-13 h: nfgmbfjhdhlhb\",\n      \"2-14 q: cxtgcrpsxnjshlqbh\",\n      \"5-13 b: bbbbjbbbbbbbbbbbbbb\",\n      \"4-5 l: wldljllcl\",\n      \"19-20 b: jbvbbbbbqqbbbbbbbbbs\",\n      \"5-14 b: bbbbbbbbbbbbbbbbb\",\n      \"2-5 q: qmqjqhfk\",\n      \"12-13 s: sssfsnsssssssxsms\",\n      \"3-17 z: zzzzzzzzzzzzzzzznzz\",\n      \"13-14 t: ttztttstttbttb\",\n      \"2-6 q: vqhhrqlgvckvsrpwmqwz\",\n      \"15-16 d: dddddddddddddddhd\",\n      \"5-6 w: wwwwdwww\",\n      \"1-2 f: jffkf\",\n      \"6-10 j: jjjjjrjwjbjxgpjjjm\",\n      \"4-5 c: cvgccmcqzrcd\",\n      \"3-7 h: mghkhfgzmkz\",\n      \"10-17 f: ffffsfffffffpffwkff\",\n      \"4-9 g: ggbgcgjgggggg\",\n      \"8-11 d: mdnddhpddddm\",\n      \"6-7 c: ctcldgc\",\n      \"13-14 m: mmmmmmmmmmmmlmm\",\n      \"18-19 t: ttttttttptttttnttgt\",\n      \"7-8 g: qngggtghnxggs\",\n      \"3-12 c: scccrbjtdccq\",\n      \"2-3 q: qgqjq\",\n      \"5-6 x: xxxxzxxxxx\",\n      \"6-10 v: nwjsxvzhvgmsglftbpvc\",\n      \"2-5 m: xjtbsffdwmxmhxrmpm\",\n      \"4-7 c: mfgcvqccg\",\n      \"1-7 c: cctcccc\",\n      \"3-4 m: cnnw\",\n      \"10-13 s: sstssssszsssss\",\n      \"9-10 h: hchhhhjhdh\",\n      \"2-4 j: xjjgsz\",\n      \"4-11 b: rbblbbpmbmbdbjgcbhk\",\n      \"10-11 r: rrrrrrrrrjrrr\",\n      \"3-6 g: hvgfzgjrkdf\",\n      \"1-10 b: tbbbbbbpbbbbbb\",\n      \"12-13 n: nhnnnnnnnnjnznnrnrxl\",\n      \"7-13 w: wwmwfncfwdxww\",\n      \"3-4 c: wccq\",\n      \"7-16 x: xxxxxxtxxxxxxxxxx\",\n      \"3-7 k: zmhkssxs\",\n      \"1-8 n: gnnnnnnnnn\",\n      \"13-14 r: rrrrrrrrrrrrmr\",\n      \"2-3 r: rrlr\",\n      \"3-4 c: sccccwvpjpplgctg\",\n      \"1-2 b: svbs\",\n      \"1-2 f: fbfffrff\",\n      \"6-14 l: lllllvlllllxtllqllll\",\n      \"13-14 f: ffffffffkfffjf\",\n      \"1-6 z: zzzrzfzzzzm\",\n      \"4-8 k: kzzktkgrzjdkq\",\n      \"6-8 j: jjjfsgjjbt\",\n      \"3-7 q: qtqqqqq\",\n      \"17-18 x: djxqkrlcwxxxlvhjxh\",\n      \"6-8 c: tqpcgcjc\",\n      \"2-13 f: khqhkkszblvffhfwcg\",\n      \"7-18 p: kjxrtcpptzpxddbkts\",\n      \"5-12 l: llldllllllntm\",\n      \"2-7 q: bvvrnhqhpqw\",\n      \"2-6 s: scssswssss\",\n      \"1-2 n: njdnnnn\",\n      \"4-8 h: hhhzhhhhhhhhhhhhhhh\",\n      \"9-10 j: jjjjjjjjkjjxqjjw\",\n      \"4-9 t: tzdqtlttttktttttcttt\",\n      \"4-5 w: wdwht\",\n      \"8-9 x: xfxxxxfrsxp\",\n      \"3-4 m: mmmmgwwbmztpmbmmmtls\",\n      \"8-17 f: mgzhfgfffswbgnvbc\",\n      \"5-6 t: tttttg\",\n      \"4-18 x: xxxwxxxxxxxbxxxnxxx\",\n      \"2-4 l: cqglmhmtjls\",\n      \"2-4 z: zfgzr\",\n      \"11-18 k: nrdngbjkpckjxwdbrh\",\n      \"8-9 f: fffffffpf\",\n      \"4-7 g: ggtgghgsnggr\",\n      \"5-6 w: wswwlw\",\n      \"3-5 b: dfbbjbccx\",\n      \"2-3 t: tdwfzg\",\n      \"4-5 r: rhrbw\",\n      \"4-5 j: jjjjtjjn\",\n      \"3-4 k: hkzkk\",\n      \"1-2 c: cdzccc\",\n      \"3-5 r: vhlrrvhr\",\n      \"4-9 l: qbjdqldwzdl\",\n      \"6-11 f: flvpvfcfrgg\",\n      \"17-18 g: xgggggghgggglggggz\",\n      \"5-6 v: bhvgvl\",\n      \"7-15 n: nnnnnnnnnnnnnngnnnnn\",\n      \"6-15 d: dtddsddfddmcpdf\",\n      \"10-12 b: bbbbbbbbvlbbbbbbb\",\n      \"2-12 d: szdghlzwxpnd\",\n      \"3-4 z: zzzw\",\n      \"6-15 t: mrnjvfhtlqwlfzt\",\n      \"8-10 x: lcxcbrxxjw\",\n      \"6-13 r: rgszrlzmmlpdngchhxz\",\n      \"1-14 g: fgggggggggggggggggg\",\n      \"3-5 n: znnnjpksqtzt\",\n      \"17-18 l: bcfmqlsltppxwsxslb\",\n      \"5-8 t: tttnctttt\",\n      \"4-5 m: mmmmnmml\",\n      \"15-20 k: kmkpvxkgnckknzkpkqkt\",\n      \"12-15 x: xxxxvxlxxkdxxxx\",\n      \"1-5 v: vjdndsvsjvqzvnv\",\n      \"1-4 k: kkkkkkk\",\n      \"5-8 c: cxccccccc\",\n      \"2-4 v: vdvd\",\n      \"12-14 w: wwwwwwwwwwqwwbww\",\n      \"2-3 b: kbbtbrllwp\",\n      \"14-15 f: ffffffffffffffm\",\n      \"9-10 v: nlngldlnvsbwcvvt\",\n      \"4-5 c: kccxccc\",\n      \"5-9 m: bmmmmmmmzmf\",\n      \"8-9 f: fzfvffjffffv\",\n      \"3-14 r: rrqrrrrrrrrrrjrh\",\n      \"13-14 p: ppptpppppptpqdpm\",\n      \"6-12 t: tttjtvtgcwvttttqkt\",\n      \"5-10 z: glsrzctzzz\",\n      \"5-8 s: gckwcshsl\",\n      \"17-19 n: nnnnhnnnnnnnntwnnnd\",\n      \"7-9 r: rrrrfdrrxrrrrrrrrrrq\",\n      \"17-20 m: rmxbmmvwphmxmzlmbmxm\",\n      \"14-15 l: kkjwtlsrlhltmdl\",\n      \"14-17 f: ffffffffffffffffff\",\n      \"3-13 l: khxtqtwbvpmgll\",\n      \"2-4 w: wwbmww\",\n      \"9-15 n: nwxcnxnckttrkdqnn\",\n      \"3-4 t: fgnwjbtlntsr\",\n      \"15-16 x: mcxxxxxxrxxxpczx\",\n      \"6-16 w: vtcvkmrwvlmwdvrwmqj\",\n      \"1-3 c: mmcjckwn\",\n      \"1-10 c: ccccccccckccccc\",\n      \"14-16 l: kqjhpjgzvxlnxxll\",\n      \"4-7 r: xrtrrrrrcrrmrrrr\",\n      \"8-13 m: mmmmmmmmmmmmcmm\",\n      \"7-8 r: trkrrrrwf\",\n      \"3-4 n: pnjn\",\n      \"1-5 k: skkknkk\",\n      \"11-16 k: kfkkkjkqpqgkzkkkkwsn\",\n      \"13-17 f: gdllffxlxwncljgwf\",\n      \"3-5 s: gwspdtjtnlbsfffvhlg\",\n      \"15-17 m: krmfcsqbmmmjwgkdmm\",\n      \"13-14 l: knhdrdzcmdhlll\",\n      \"2-3 p: frps\",\n      \"2-9 z: lzwnzmvnqgkpbxv\",\n      \"5-9 n: nnngrnnbj\",\n      \"3-5 c: mncnbk\",\n      \"2-5 n: djgnnnnnzbnnnx\",\n      \"7-8 v: vvgvgvvm\",\n      \"5-15 w: wwwwwwwwwwwwwwwwwww\",\n      \"6-7 d: dddddcz\",\n      \"7-9 g: glrgcggvgckrgggz\",\n      \"2-3 n: dnwbnc\",\n      \"6-8 t: lttztzqt\",\n      \"1-4 m: mmmxm\",\n      \"4-14 l: qqhgtftklcnmllcbgbrx\",\n      \"2-3 d: sdnk\",\n      \"12-15 l: lqllljfglvldcql\",\n      \"2-10 k: kgkkkkkkkkxkkkkkkkkk\",\n      \"10-17 h: ljpwchmhhzmhdhmrchp\",\n      \"6-10 w: lpcfgkslrwwrlkhx\",\n      \"3-7 w: wrpwcpw\",\n      \"8-9 z: 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\"2-5 h: pwhfh\",\n      \"6-7 m: mmgvjmm\",\n      \"11-12 r: rrrrrrrrrrxqrr\",\n      \"1-4 n: nnnw\",\n      \"1-5 z: szzzzzdtzz\",\n      \"7-13 j: jjjjjjnjjjjjbj\",\n      \"10-15 w: rwwwwtmwswwwwwwwnmbk\",\n      \"11-13 t: twxhrldqtttmnt\",\n      \"1-2 r: bkbbrwr\",\n      \"11-17 h: hhdhhhhhhshqpbhhn\",\n      \"4-7 c: crgchccbnr\",\n      \"9-11 r: bdhgrzkmrrl\",\n      \"6-8 g: gggggggzz\",\n      \"3-9 g: ggggggggqg\",\n      \"9-11 z: zrfcqtrxxqzcx\",\n      \"3-9 s: zstjqhnvgjjfxknt\",\n      \"12-13 p: pppppwpgcppjppppptp\",\n      \"6-7 k: kkwrkckb\",\n      \"8-9 k: kkkkqzjkn\",\n      \"8-9 l: lrxlkbflrl\",\n      \"1-3 n: nndn\",\n      \"8-9 d: ddhddddddd\",\n      \"4-12 g: zdclfqvdgnzfv\",\n      \"3-5 d: ddddkddddddd\",\n      \"9-11 x: xxxxxxxxqxxx\",\n      \"4-7 t: ttttfftt\",\n      \"2-4 n: wfmnnddqxfm\",\n      \"16-19 r: zhjsgxjkjpqmpvkrjgr\",\n      \"3-7 v: vvfvvvvv\",\n      \"1-2 d: qdwdfj\",\n      \"6-10 h: hhhhhhhhhrhh\",\n      \"4-16 x: xxxpxxxxxxxxxxxxx\",\n      \"18-19 q: qqqqqqqqqqqqqlqqqqf\",\n      \"6-10 g: gkcntgbgbggklsx\",\n      \"8-9 n: nnnnxnnnpnn\",\n      \"7-9 m: msmmmtdvm\",\n      \"2-15 d: twjdrfzntqhnwkd\",\n      \"1-4 z: kzzz\",\n      \"16-18 b: tbbbtbjbtbtflzckhb\",\n      \"4-12 k: kkbhkgkrkgfk\",\n      \"8-10 q: lrqrjqvwmrb\",\n      \"1-3 f: vfhf\",\n      \"7-14 v: vvvvvvrtvvvvvvvv\",\n      \"4-5 n: xnntnwntrfnbqqdk\",\n      \"3-5 r: rhkrzwrhrrr\",\n      \"2-4 b: bspbjb\",\n      \"5-6 s: sfscsc\",\n      \"6-7 x: xxxxxhx\",\n      \"8-10 w: wwwwbzlmqw\",\n      \"7-10 v: fkvdvjbfvd\",\n      \"2-5 q: qtqspqqq\",\n      \"8-9 k: kmhkkhpsk\",\n      \"5-8 h: xhdhjfph\",\n      \"3-6 b: dlbkbb\",\n      \"1-3 w: wwbswwww\",\n      \"2-4 x: mxtx\",\n      \"2-4 l: llrll\",\n      \"3-7 j: kclqzgc\",\n      \"2-3 r: rxrrrgrrrrr\",\n      \"2-4 q: nzwxlmcqqqm\",\n      \"15-16 h: hhhhvmhbhdtbblbh\",\n      \"13-19 l: ltkftclmlllflzltlnb\",\n      \"4-5 p: zmwtpjrltqdmfppz\",\n      \"6-10 t: tjdxqtsbzhvprspljmv\",\n      \"14-17 q: qcqqqqqcqghqqqqqjq\",\n      \"1-5 j: flxrjspwlrdqsnjcs\",\n      \"14-15 m: mmmlmmmmmmmmmwm\",\n      \"3-5 d: dddvkwksdcrktlpd\",\n      \"8-11 l: llcllllxllml\",\n      \"2-4 v: vvvbv\",\n      \"1-3 g: llggz\",\n      \"3-5 q: znqqmt\",\n      \"15-17 f: ffffffffffffffjfff\",\n      \"17-18 q: zwnkmcqdqlqgkwfmqc\",\n      \"8-11 f: fffsrffbfffffvfxf\",\n      \"1-7 b: bbbbbbbb\",\n      \"3-4 l: llzh\",\n      \"8-9 n: nhnnnnqknnbnncncnnl\",\n      \"9-11 v: wvvvvvvbhjc\",\n      \"15-16 q: qcjqvfdcsqwdrqqt\",\n      \"9-10 j: jcckdzkzjjb\",\n      \"1-2 s: hssmsssms\",\n      \"1-3 w: xwww\",\n      \"2-4 l: lllll\",\n      \"2-4 q: qnmq\",\n      \"16-18 t: tttttttgtftttttttt\",\n      \"5-6 t: kttttj\",\n      \"16-17 t: twlqttttttttttmct\",\n      \"8-15 x: xxwpxsqkxgkxgxxbdgx\",\n      \"17-18 h: hhhhhhhhhhblhhhhrq\",\n      \"12-17 m: fmkmmmmqkmmdrbvthm\",\n      \"2-4 b: fbcb\",\n      \"1-14 t: tttttttttttttqtt\",\n      \"17-18 v: vvvvvvvvvvvvvvvvvnv\",\n      \"7-10 x: vxxtxlxxlk\",\n      \"3-5 n: nnmnqnnb\",\n      \"2-8 s: vssjqsssssb\",\n      \"9-11 l: wlllllllllllll\",\n      \"4-14 r: zrlcrxrrrzrrrrr\",\n      \"3-14 n: wrnjpnkndsshqk\",\n      \"12-16 p: ppppzpppppphppppp\",\n      \"9-12 r: rrrrrcbrrfprrrrr\",\n      \"2-3 b: bbrb\",\n      \"14-16 d: tzdjdndddgsddlnddgd\",\n      \"16-18 c: cccccccccccccccwcc\",\n      \"5-6 v: rvvqvt\",\n      \"11-17 s: ssssssssssssssssps\",\n      \"8-9 v: vpvxqvvdvnvhgnvvlvs\",\n      \"7-8 d: ddddqlrt\",\n      \"7-13 d: bfzrkddtdwqld\",\n      \"4-6 c: cccccq\",\n      \"6-8 d: hkdndlqq\",\n      \"11-13 l: ngmllbdklvlmqlz\",\n      \"8-17 m: mmmmfmmmmmmmmmmmlmm\",\n      \"12-15 b: bbsbbcblbsnbzbbfcfzz\",\n      \"12-13 k: gbwkkkkkkkksk\",\n      \"12-14 x: xxxxwxxxxxxdxxxxxxx\",\n      \"3-4 m: mwsmp\",\n      \"5-6 k: kkkkzk\",\n      \"4-5 h: pqslhh\",\n      \"7-13 l: gmpxpvwqrnlfp\",\n      \"3-6 t: sttxtmtn\",\n      \"11-13 r: rrbmbrwrrrrrkhrr\",\n      \"14-16 s: ssssssssssssstsss\",\n      \"7-10 v: vvvvvvhvdvvvkv\",\n      \"5-6 z: sxpzzx\",\n      \"2-4 d: rmxd\",\n      \"16-17 z: zzzzzzzzzzzzzzzzzz\",\n      \"1-3 k: kjkkkkcckkzk\",\n      \"1-11 k: xzkkkkzkppk\",\n      \"8-9 f: bfvfdffzb\",\n      \"4-14 r: rfzcrrlmxqlrrrqr\",\n      \"7-19 t: gtnxjqtnjbkrwpzshqqn\",\n      \"2-5 j: kjjgpddjpjjjffzjjp\",\n      \"2-3 f: cfffh\",\n      \"1-2 x: xxxxx\",\n      \"3-13 j: jjjjjjjjjjjjzfjjj\",\n      \"7-8 m: sgmmpmjmwmmmtfs\",\n      \"4-12 z: zfzqzzszvtml\",\n      \"6-9 b: jsfbpkzwb\",\n      \"13-16 x: zsxxjxxsxxqxpxxx\",\n      \"8-12 b: rlzdlplbgbdgd\",\n      \"3-14 h: hmrhhhhhhhhhrthhhh\",\n      \"15-19 g: mgggggcgggggqgghggg\",\n      \"2-9 p: ppppptppzcf\",\n      \"6-7 b: bbbbbbbbb\",\n      \"4-20 q: skqqvxptdswwnrflkvxq\",\n      \"4-5 t: lqttq\",\n      \"1-10 l: lqkqllvllj\",\n      \"11-15 m: qmmmmmrmqmmmsmf\",\n      \"6-15 s: ssssstssssssssss\",\n      \"2-4 x: xtxxx\",\n      \"9-11 q: qqqqqqqqhqgqq\",\n      \"1-4 n: gpnnfnn\",\n      \"1-3 l: lltl\",\n      \"11-15 k: kkfkkfkmmkrkkkk\",\n      \"11-12 f: fkcvfvtqfcfffffffffj\",\n      \"1-4 c: ccjc\",\n      \"14-15 n: bvbvfvzcbfnzqlsvh\",\n      \"4-5 x: xxlmxx\",\n      \"3-6 n: nnrnnnwlnncnn\",\n      \"6-9 j: jjjjjjjjq\",\n      \"7-10 d: pdplmxdczddbd\",\n      \"12-13 c: ccccbctccccccccc\",\n      \"12-13 j: jfjdjjjjjjjjjj\",\n      \"6-7 h: mrnphwh\",\n      \"2-9 n: njnnnnnnnnnnnn\",\n      \"3-6 g: rgxgggggnjghgggntg\",\n      \"9-12 b: bbbbbbbbbbbcbb\",\n      \"3-5 p: ppppvpp\",\n      \"16-20 t: ctkgpgzrwwngltvxcqct\",\n      \"4-5 s: sssdsh\",\n      \"12-14 v: vvvvvsvvvvvvvsv\",\n      \"8-13 w: zwwwwwwvwwrwgv\",\n      \"12-17 r: wrcrrrrrrrbrwrrrxr\",\n      \"12-13 x: xxxxxxxxxjsvrnxx\",\n      \"7-9 n: nqnnqnvnn\",\n      \"14-19 n: nnnnnnnnnnnnnnnnnnnn\",\n      \"4-5 c: vscjrl\",\n      \"1-3 l: llrl\",\n      \"11-12 w: wwwwwwwwwwzww\",\n      \"6-7 t: wlcktht\",\n      \"2-10 r: rrrrrrrrrwrrrmrr\",\n      \"2-6 x: lhqvpx\",\n      \"10-16 h: kqrhxclktcqhxchg\",\n      \"6-10 m: mmsmkmmjmlmhfmmnmm\",\n      \"5-7 h: hchhhhph\",\n      \"5-7 z: vtzzzwl\",\n      \"3-12 z: zzfzzzzzzzzzz\",\n      \"7-9 z: zzzzzzszzzzzzzzjz\",\n      \"8-9 g: ggggggggg\",\n      \"13-16 f: ptvzfmfkxfdkfhjff\",\n      \"1-10 w: cvhnfgnwpw\",\n      \"5-8 d: fvvmdlfqgjc\",\n      \"6-9 s: rzlrwzngshvt\",\n      \"2-4 v: vgql\",\n      \"1-3 r: rrmrr\",\n      \"5-7 j: jkjgwjj\",\n      \"4-7 b: bbbzdzbbcbbb\",\n      \"4-10 k: kkkkrkckkgkkk\",\n      \"10-12 m: mmmmmmddmjmn\",\n      \"4-10 k: mskmvkcpqkk\",\n      \"5-10 m: wbtdmxnvrmwqbqkwmtq\",\n      \"7-14 z: cfzftzzqnxffzh\",\n      \"12-13 z: zzzzkzzzzdzzz\",\n      \"4-5 l: lllslllvl\",\n      \"5-8 k: kkkkkkkkkk\",\n      \"10-11 l: llllllllllwl\",\n      \"3-5 v: hvzpxfvmvcv\",\n      \"8-10 t: tbtnrtbqzwtkqtf\",\n      \"6-10 j: njjjpjjjjkjsj\",\n      \"8-16 f: cvpxnsxfdnpdfswdhbb\",\n      \"6-12 n: nnndnnnnnnnz\",\n      \"2-3 d: dzdd\",\n      \"1-4 s: jshkscssssssssssssss\",\n      \"5-7 k: kkkqckwkcl\",\n      \"3-4 f: ffdf\",\n      \"9-11 c: cpccccncccqccc\",\n      \"1-8 x: gxxxxgxx\",\n      \"5-15 p: ppvkmmpcvzmmczpz\",\n      \"12-13 p: xppppppppvpnpppp\",\n      \"7-12 n: nwnnnnhcbnjnc\",\n      \"1-4 f: fnzjf\",\n      \"2-5 s: tltqss\",\n      \"3-10 r: rrqkrzvkrtbqcrp\",\n      \"3-14 h: hhhhthhhlrwhhhthp\",\n      \"2-4 b: bkbhbq\",\n      \"15-16 v: vvvvvvvvvvvvvvvsvvv\",\n      \"1-17 h: vtjjhtxrchshpxhsh\",\n      \"4-7 n: jnpnpnn\",\n      \"3-4 h: jvhz\",\n      \"4-5 w: wcpzw\",\n      \"9-10 q: tvxbsfmqqblhq\",\n      \"3-5 s: jssstxfbsssshssgkss\",\n      \"3-9 r: fnrhqkrmtstqjgc\",\n      \"12-15 n: xqwnnnnnnnnmnnn\",\n      \"13-15 q: qqqqqqqqqqqqqqtq\",\n      \"3-4 d: dcdl\",\n      \"4-12 d: vrldnmpndmlgdzrv\",\n      \"2-4 h: mhhh\",\n      \"3-4 f: fcvfc\",\n      \"1-2 w: whwwwz\",\n      \"7-8 m: mpmlmmmmhdbh\",\n      \"2-4 q: qxbqqdsjrdpxf\",\n      \"6-14 r: wbmlhrcgrgrkzqfj\",\n      \"2-7 c: ghcvcdcmcztckct\",\n      \"2-9 n: nnnnnnnnpnnn\",\n      \"3-5 f: zlgffv\",\n      \"1-6 m: ntmmmm\",\n      \"2-4 w: jgqwv\",\n      \"5-12 f: gscfzhmrtxfw\",\n      \"5-7 r: rwzklcrnrrg\",\n      \"8-10 h: hhhzhhhpxhhh\",\n      \"9-11 x: xxxxxxxxfxbx\",\n      \"7-8 q: qdnqnzbq\",\n      \"2-10 s: sssmssslbb\",\n      \"8-9 n: wgfnghnlnkf\",\n      \"4-10 d: dddsdddlds\",\n      \"1-5 k: bfkkkn\",\n      \"2-5 w: wwwwww\",\n      \"14-16 s: bjszbzmcnsvplsrh\",\n      \"8-9 b: bbjbbbbbbvvbbx\",\n      \"2-10 m: dmnrsmtqkf\",\n      \"7-12 f: fbtwftvffsgfwlnw\",\n      \"9-10 h: shhhpshfxhbrdhshh\",\n      \"4-9 t: tgpdtwrmt\",\n      \"2-6 t: vhtwntl\",\n      \"3-5 j: ljjjd\",\n      \"2-3 w: hxwvbxwwbwsvc\",\n      \"7-8 r: rrrzrrnr\",\n      \"3-4 x: jxjh\",\n      \"7-12 w: mjmbtgntdwjwnqztv\",\n      \"5-6 l: vlvllt\",\n      \"7-8 n: nnnnnnpnnnn\",\n      \"3-10 c: wcgcxzcdwmcn\",\n      \"16-18 h: hchhhhhhhhhhhhhcmh\",\n      \"5-11 f: fflffffffflfff\",\n      \"3-13 z: zzzzzzzzzzzzpzz\",\n      \"6-9 k: kkkkkskkkk\",\n      \"6-15 c: ccccccccbccccctccc\",\n      \"9-18 p: klcpzpdwzvpqppspfpp\",\n      \"10-13 b: pbbbbmbbdbwtmd\",\n      \"10-11 v: xvvvvvvvvnnvv\",\n      \"2-4 m: msmmm\",\n      \"1-4 w: rwwlwrwrwwrfngc\",\n      \"8-9 r: rjjlddjrnbr\",\n      \"13-16 d: pzdfzqbwclbjddxtvddf\",\n      \"14-15 q: qqqqqqqqqqqqqbq\",\n      \"12-14 k: kkkjgrkkqkkkkl\",\n      \"3-4 d: gsdnkdfnf\",\n      \"8-17 h: glhfvrshlrqwdrfrh\",\n      \"2-12 l: mflqfvxfgzkmd\",\n      \"5-8 f: ckllfnfbflqgrsd\",\n      \"1-17 m: kckvffhnlmjvdtgpm\",\n      \"16-17 p: pplppppcppppppppppp\",\n      \"5-8 h: hhjbmplh\",\n      \"7-10 s: jsjlwgsssbsvfsvk\",\n      \"2-8 x: xpfxbqxxqxhdrxhqm\",\n      \"12-16 n: nnnnnznnnnnnnnnmnvn\",\n      \"6-12 v: vvvvvvvvvvvgv\",\n      \"8-9 j: pjjjjmjnj\",\n      \"16-17 h: hhhbhjhrhhhhxhhgt\",\n      \"3-11 d: ldpmvddhdrdjdj\",\n      \"6-7 n: nnnnnnnn\",\n      \"5-8 f: tglffvhgnfxzfhf\",\n      \"13-18 r: rrrrrrrrrrbrhrrrrrrr\",\n      \"19-20 n: nnnnnnnnnnnnnnnnnnnj\",\n      \"7-8 w: tpmmxqsw\",\n      \"5-7 c: ccccccr\",\n      \"9-10 l: qltnnlnfllqlw\",\n      \"6-7 g: xggbggz\",\n      \"7-10 s: sssssfcssss\",\n      \"5-7 j: jsjkxwqhjcvjtwjzl\",\n      \"10-14 t: qdtttzttcvtttnn\",\n      \"12-13 b: bbbbbbrbbbbqb\",\n      \"1-15 d: dshhrjkwcjjhlthdts\",\n      \"7-12 p: hrxkphmqpvpptpqbw\",\n      \"13-14 d: ddndddxdtdrkvldd\",\n      \"3-4 h: htht\",\n      \"7-8 c: xtsvzccfckccx\",\n      \"4-5 r: gstrwshptzrdtjj\",\n      \"7-8 b: wbbnbbbm\",\n      \"15-17 c: cgpqxbccqcjpzlcctmx\",\n      \"2-7 k: kvtqqmsx\",\n      \"8-11 s: ssxssssqsssssssss\",\n      \"3-9 d: ddddddddld\",\n      \"13-16 p: pppppppppppppppwpj\",\n      \"6-8 v: sxkghpckvb\",\n      \"17-18 s: ssssssssbsssssssksss\",\n      \"1-2 w: wlwxdsw\",\n      \"8-9 q: qqqqqqqqnq\",\n      \"9-16 f: fjdsfvkfqffffjcfpff\",\n      \"12-13 h: bhhhhhhfwhphhhhhh\",\n      \"7-8 k: kkkkkknkkkkkkk\",\n      \"4-7 w: wwwfpsw\",\n      \"8-11 d: rsndldddddxddmf\",\n      \"2-10 c: cjcdcccccc\",\n      \"6-7 v: zvnrhth\",\n      \"3-8 z: zzxzzzzzdzjzzzzz\",\n      \"11-12 t: tctdttttwtrtttttjth\",\n      \"8-9 c: ccccccccrccc\",\n      \"17-18 p: pppppppppppppppppvp\",\n      \"3-8 l: svlmlkspljr\",\n      \"1-2 n: nwnkq\",\n      \"1-11 j: jjjjjjjjjjjj\",\n      \"18-19 g: ggggggggggggggggggr\",\n      \"10-11 j: jjjjjcdjgjv\",\n      \"3-7 p: ptttppppppj\",\n      \"2-5 d: cdndsd\",\n      \"6-10 s: sssssmssssss\",\n      \"15-16 k: vxwxxhhkkhklqksd\",\n      \"3-4 x: rpxn\",\n      \"1-6 g: vmgckg\",\n      \"3-4 j: jjbs\",\n      \"5-10 d: qrnmbddndvcmdsjjbdhd\",\n      \"7-9 v: vvmgvvvpvm\",\n      \"1-7 z: zzzzzzwzzzz\",\n      \"4-7 n: nnnnnnqn\",\n      \"8-9 k: kwkknknkrkgkbklmpb\",\n      \"1-5 z: zzmzfzz\",\n      \"6-10 m: mmmmmfmmmm\",\n      \"9-11 s: sssssstsssgss\",\n      \"2-6 n: nnfnpgnnnmnnn\",\n      \"15-17 w: wwwwrswthgwhkwwrw\",\n      \"5-9 h: lbhdhplmbnwh\",\n      \"5-6 d: jdddqqt\")\n\n    println(inputs.count(isInputValid))\n    println(inputs.count(tobogganValid))\n  }\n\n\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\naddCompilerPlugin(\"com.olegpy\" %% \"better-monadic-for\" % \"0.3.1\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.4.0\")\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"build.sbt","text":"import sbt.ThisBuild\n\nThisBuild \/ name := \"AdventOfCode2020\"\nThisBuild \/ version := \"0.0.1-SNAPSHOT\"\n\nlazy val commonSettings = Seq(\n  ThisBuild \/ scalaVersion := \"2.13.3\",\n  ThisBuild \/ scalacOptions ++= Seq(\n    \"-language:higherKinds\",\n    \"-language:postfixOps\"\n  ),\n)\n\nlazy val root = (project in file(\".\"))\n        .aggregate(justScala, zio, cats)\n        .settings(commonSettings)\n\nlazy val justScala = project        \n        .settings(commonSettings)\n        .settings(libraryDependencies ++= Seq(\n          \"org.scalatest\" %% \"scalatest\" % \"3.2.3\" % \"test\"\n        ))\n\nval zioVersion = \"1.0.3\"\nlazy val zio = project\n        .settings(commonSettings)\n        .settings(libraryDependencies ++= Seq(\n          \"dev.zio\" %% \"zio\" % zioVersion,\n          \"com.github.pathikrit\" %% \"better-files\" % \"3.9.1\",\n          \"dev.zio\" %% \"zio-logging\" % \"0.5.4\",\n\n          \"org.scalatest\" %% \"scalatest\" % \"3.2.3\" % \"test\",\n          \"dev.zio\" %% \"zio-test\" % zioVersion % \"test\",\n          \"dev.zio\" %% \"zio-test-sbt\" % zioVersion % \"test\",\n        ))\n        .dependsOn(justScala)\n\n\nlazy val cats = project\n        .settings(commonSettings)\n        .settings(libraryDependencies ++= Seq(\n          \"org.typelevel\" %% \"cats-core\" % \"2.0.0\"\n        ))\n        .settings(addCompilerPlugin(\"org.typelevel\" %% \"kind-projector\" % \"0.11.0\" cross CrossVersion.full))\n\n\n\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day11.scala","text":"<filename>justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day11.scala\npackage vishnu.adventofcode.justscala\n\nobject Day11 {\n\n  val occupied = '#'\n  val openSeat = 'L'\n\n  final case class Layout(board: Array[Array[Char]]) {\n    val north = Array.ofDim[Boolean](board.length, board(0).length)\n    val south = Array.ofDim[Boolean](board.length, board(0).length)\n    val east = Array.ofDim[Boolean](board.length, board(0).length)\n    val west = Array.ofDim[Boolean](board.length, board(0).length)\n    val northEast = Array.ofDim[Boolean](board.length, board(0).length)\n    val northWest = Array.ofDim[Boolean](board.length, board(0).length)\n    val southEast = Array.ofDim[Boolean](board.length, board(0).length)\n    val southWest = Array.ofDim[Boolean](board.length, board(0).length)\n\n    def checkAndGetValue(i: Int, j: Int, cache: Array[Array[Boolean]]) = {\n      if (board(i)(j) == '.') {\n        cache(i)(j)\n      } else {\n        board(i)(j) == occupied\n      }\n    }\n\n    for (i <- board.indices) {\n      for (j <- board(i).indices) {\n        if (i > 0) { \/\/ north\n          north(i)(j) = checkAndGetValue(i - 1, j, north)\n        }\n        if (j > 0) { \/\/west\n          west(i)(j) = checkAndGetValue(i, j - 1, west)\n        }\n        if (i > 0 && j > 0) {\n          northWest(i)(j) = checkAndGetValue(i - 1, j - 1, northWest)\n        }\n        if (i > 0 && j < board(i).length - 1) {\n          northEast(i)(j) = checkAndGetValue(i - 1, j + 1, northEast)\n        }\n      }\n    }\n\n    for (i <- board.indices.reverse) {\n      for (j <- board(i).indices.reverse) {\n        if (i < board.length - 1) {\n          south(i)(j) = checkAndGetValue(i + 1, j, south)\n        }\n        if (j < board(i).length - 1) {\n          east(i)(j) = checkAndGetValue(i, j + 1, east)\n        }\n        if (i < board.length - 1 && j < board(i).length - 1) {\n          southEast(i)(j) = checkAndGetValue(i + 1, j + 1, southEast)\n        }\n        if (i < board.length - 1 && j > 0) {\n          southWest(i)(j) = checkAndGetValue(i + 1, j - 1, southWest)\n        }\n      }\n    }\n\n    def countOccupied(x: Int, y: Int) = {\n      var count = 0\n      if (north(x)(y)) count += 1\n      if (west(x)(y)) count += 1\n      if (east(x)(y)) count += 1\n      if (south(x)(y)) count += 1\n      if (northWest(x)(y)) count += 1\n      if (northEast(x)(y)) count += 1\n      if (southWest(x)(y)) count += 1\n      if (southEast(x)(y)) count += 1\n      count\n    }\n\n    override def toString: String = {\n      board.map(row => row.mkString).mkString(\"\\n\")\n    }\n  }\n\n  def changeSeatsOptimized(layout: Layout) = {\n    val newBoard = Array.tabulate(layout.board.length, layout.board(0).length) { (i, j) =>\n      layout.board(i)(j)\n    }\n    for (i <- layout.board.indices) {\n      for (j <- layout.board(i).indices) {\n        val occupiedAround = layout.countOccupied(i, j)\n        layout.board(i)(j) match {\n          case 'L' if occupiedAround == 0 => newBoard(i)(j) = occupied\n          case '#' if occupiedAround >= 5 => newBoard(i)(j) = openSeat\n          case _                          => \/\/Do nothing\n        }\n      }\n    }\n    Layout(newBoard)\n  }\n\n  def changeSeats(layout: Array[Array[Char]]) = {\n    val newLayout = Array.tabulate(layout.length, layout(0).length) { (i, j) => layout(i)(j) }\n    for {\n      i <- layout.indices\n      j <- layout(i).indices\n    } yield {\n      val occupiedAround = countOccupied(i, j)(layout)\n\n      layout(i)(j) match {\n        case 'L' if occupiedAround == 0 => newLayout(i)(j) = '#'\n        case '#' if occupiedAround >= 4 => newLayout(i)(j) = 'L'\n        case _                          => \/\/Do nothing\n      }\n    }\n    newLayout\n  }\n\n  def countOccupied(x: Int, y: Int)(\n      implicit layout: Array[Array[Char]]\n  ): Int = {\n    var count = 0;\n    if (x > 0) {\n      if (y > 0 && layout(x - 1)(y - 1) == '#') count += 1\n      if (layout(x - 1)(y) == '#') count += 1\n      if ((y < layout(x).length - 1) && layout(x - 1)(y + 1) == '#') count += 1\n    }\n    if (y > 0 && layout(x)(y - 1) == '#') count += 1\n    if ((y < layout(x).length - 1) && layout(x)(y + 1) == '#') count += 1\n\n    if (x < layout.length - 1) {\n      if (y > 0 && layout(x + 1)(y - 1) == '#') count += 1\n      if (layout(x + 1)(y) == '#') count += 1\n      if ((y < layout(x).length - 1) && layout(x + 1)(y + 1) == '#') count += 1\n    }\n    count\n  }\n\n  def printLayout(layout: Array[Array[Char]]) = {\n    layout.foreach { row => println(row.mkString(\"\")) }\n  }\n\n  def changeSeatUntilNoChange[T](\n      layout: T,\n      changeFunction: T => T,\n      boardExtractor: T => Array[Array[Char]]\n  ) = {\n    var currentLayout = layout\n    var lastLayout = layout\n    var count = 0\n    println(layout)\n    do {\n      count += 1\n      println(s\"round $count\")\n      lastLayout = currentLayout\n      currentLayout = changeFunction(currentLayout)\n\/\/      println(currentLayout)\n    } while (!(layoutEquals(boardExtractor(currentLayout), boardExtractor(lastLayout))))\n    currentLayout\n  }\n\/\/  def changeSeatUntilNoChange(layout: Array[Array[Char]]) = {\n\/\/    var currentLayout = layout\n\/\/    var lastLayout = layout\n\/\/    var count = 0\n\/\/    do {\n\/\/      println({\n\/\/        count += 1; s\"round $count\"\n\/\/      })\n\/\/      lastLayout = currentLayout\n\/\/      currentLayout = changeSeats(currentLayout)\n\/\/\/\/      printLayout(currentLayout)\n\/\/    } while (!(layoutEquals(currentLayout, lastLayout)))\n\/\/    currentLayout\n\/\/  }\n\n  def layoutEquals(left: Array[Array[Char]], right: Array[Array[Char]]) = {\n    left.flatten.mkString == right.flatten.mkString\n  }\n  def countOccupiedSeats(layout: Array[Array[Char]]) =\n    layout.iterator.flatten.count(_ == '#')\n\n  def main(args: Array[String]): Unit = {\n\/\/    val stream = this.getClass.getResourceAsStream(\"\/day11_sample.txt\")\n    val stream = this.getClass.getResourceAsStream(\"\/day11_input.txt\")\n\n    val layout =\n      scala.io.Source.fromInputStream(stream).getLines().map(_.toArray).toArray\n\/\/    val newLayout = changeSeatUntilNoChange(layout, changeSeats, identity[Array[Array[Char]]])\n\/\/    println(countOccupiedSeats(newLayout))\n\n    val newLayout = changeSeatUntilNoChange[Layout](Layout(layout), changeSeatsOptimized, _.board)\n    println(countOccupiedSeats(newLayout.board))\n\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day8.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\nimport zio.logging._\n\nobject Day8 extends AoCZIORunnable {\n  override val resourceName: String = \"\/day8_sample.txt\"\n\n  override def getRunLayer(input: Iterator[String]) = {\n    val instructions: Array[(String, Int)] =\n      input.map(vishnu.adventofcode.justscala.Day8.parse).toArray\n    ???\n\n  }\n\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day3.scala","text":"<reponame>vishnusaran\/advent-of-code-2020<gh_stars>0\npackage vishnu.adventofcode.zio\nimport zio._\nimport zio.logging.Logging\n\n\nobject Day3 extends AoCZIORunnable {\n\/\/  override def getBluePrint(args: List[String]) = {\n\/\/    val resourceName = \"\/day3_input.txt\"\n\/\/    for {\n\/\/      input <- readResource(resourceName).map(_.toArray).\n\/\/      ???\n\/\/    } yield {\n\/\/\n\/\/    }\n\/\/  }\n  override val resourceName: String = \"\/day3_input.txt\"\n\n  def getSlopes(slope:Array[String],paths:Iterator[(Int,Int)]):UIO[Long] = {\n    if(paths.isEmpty){\n      ZIO.succeed(1L)\n    } else {\n      val (right, down) = paths.next()\n      for {\n        trej <- ZIO.effectTotal(vishnu.adventofcode.justscala.Day3.getTobogganTrajectory(slope,right,down))\n        next <- getSlopes(slope, paths)\n      } yield {\n        trej * next\n      }\n    }\n  }\n\n  override def getRunLayer(input: Iterator[String]): ZIO[zio.ZEnv with Logging, Any, Unit] = {\n    val arrayInput = input.toArray\n    val paths = List((1,1), (3,1), (5,1),(7,1),(1,2))\n    for {\n      rel <- getSlopes(arrayInput, paths.iterator)\n      _ <- console.putStrLn(rel.toString)\n    } yield {\n\n    }\n\n  }\n}"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day10.scala","text":"package vishnu.adventofcode.justscala\n\n\n\nobject Day10 {\n  def findDistribution(adopters:Seq[Int]) = {\n    val mp = scala.collection.mutable.Map[Int, Int](1 -> 0, 2 -> 0, 3 -> 0)\n    var joltage = 0\n    adopters.sorted.foreach{ currentJoltage =>\n      val jump = currentJoltage - joltage\n      joltage = currentJoltage\n      mp += jump -> (mp(jump) + 1)\n    }\n    println(mp)\n    mp(1) * (mp(3)+1)\n  }\n\n  def distinctArrangements(adopters:Seq[Int]):Long = {\n    val paddedAdopters = (0 +: adopters.sorted :+ (adopters.max + 3)).toArray\n    val countArr = Array.ofDim[Long](paddedAdopters.length)\n    countArr(paddedAdopters.length -1) = 1\n    var i = paddedAdopters.length - 2\n    while (i >= 0) {\n      var ways = 0L\n      if(paddedAdopters(i+1) - paddedAdopters(i) <=3){\n        ways += countArr(i+1)\n      }\n      if( i+2 < paddedAdopters.length && paddedAdopters(i+2) - paddedAdopters(i) <=3){\n        ways += countArr(i+2)\n      }\n      if( i+3 < paddedAdopters.length && paddedAdopters(i+3) - paddedAdopters(i) <= 3){\n        ways += countArr(i+3)\n      }\n      countArr(i) = ways\n      i -= 1\n    }\n    countArr(0)\n  }\n\n  def main(args: Array[String]): Unit = {\n\/\/    val stream = this.getClass.getResourceAsStream(\"\/day10_simple_sample.txt\")\n\/\/    val stream = this.getClass.getResourceAsStream(\"\/day10_sample.txt\")\n    val stream = this.getClass.getResourceAsStream(\"\/day10_input.txt\")\n    val adopters = scala.io.Source.fromInputStream(stream).getLines().map(_.toInt).toSeq\n\/\/    println(findDistribution(adopters))\n    println(distinctArrangements(adopters))\n\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day7.scala","text":"package vishnu.adventofcode.justscala\n\nobject Day7 {\n  val bagColorRegex = \"(.*) bags?\".r\n  val countedColorRegex = \"(\\\\d+) (.*) bags?\\\\.?\".r\n\n  def parseInput(str: String): (String, Seq[(String, Int)]) = {\n    val mapping = str.split(\"contain\").map(_.trim)\n    val bagColorRegex(sourceColor) = mapping(0)\n    val target = if (mapping(1).trim == \"no other bags.\") {\n      Seq.empty[(String,Int)]\n    } else {\n      mapping(1).split(\",\").map(_.trim).map { tgt =>\n        val countedColorRegex(count, targetColor) = tgt\n        (targetColor, count.toInt)\n      }.toSeq\n    }\n    sourceColor -> target\n  }\n\n  def dfsToTarget(graph:Map[String,Seq[(String,Int)]], target:String) = {\n    val visitedMap = scala.collection.mutable.Map[String,Boolean]()\n    val canReachTarget = scala.collection.mutable.Set[String]()\n\n    def dfsRec(node:String): Boolean = {\n      if(!visitedMap.contains(node)){\n        val dfsStatus = graph(node).find{ case (neighbour,_) =>\n          if(neighbour == target){\n            true\n          } else {\n            dfsRec(neighbour)\n          }\n        }\n        if(dfsStatus.isDefined){\n          canReachTarget.add(node)\n        }\n        dfsStatus.isDefined\n      } else {\n        canReachTarget.contains(node)\n      }\n    }\n\n    graph.keySet.filterNot(_ == target).foreach(dfsRec)\n    canReachTarget.size\n  }\n\n  def bfsFromSource(graph:Map[String,Seq[(String,Int)]], source:String) = {\n    val q = scala.collection.mutable.Queue[(String,Int)]()\n    var count = 0;\n    q += (source->1)\n    while(q.nonEmpty){\n      val (node, weight) = q.dequeue()\n      graph(node).foreach{ case (neigh,neighWeight) =>\n        count += weight * neighWeight\n        q += (neigh -> (weight * neighWeight))\n      }\n    }\n    count\n  }\n\n\n  def main(args: Array[String]): Unit = {\n\/\/    val inputStream = this.getClass.getResourceAsStream(\"\/day7_sample.txt\")\n    val inputStream = this.getClass.getResourceAsStream(\"\/day7_input.txt\")\n    val input = scala.io.Source.fromInputStream(inputStream).getLines()\n    val graph: Map[String, Seq[(String, Int)]] = input.map(parseInput).toMap\n\/\/    graph.map{case (k,v) => s\"$k -> $v\"}.foreach(println)\n    println(dfsToTarget(graph, \"shiny gold\"))\n    println(bfsFromSource(graph, \"shiny gold\"))\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day3.scala","text":"<filename>justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day3.scala<gh_stars>0\npackage vishnu.adventofcode.justscala\n\nobject Day3 {\n  def getTobogganTrajectory(slope:Array[String],right:Int, down:Int)= {\n    var rowPos = 0\n    var y = 0\n    var counter = 0\n    while(rowPos < slope.length){\n      if(slope(rowPos)(y) == '#'){\n        counter +=1\n      }\n      y = (y+right) % slope(0).length\n      rowPos += down\n    }\n    counter\n  }\n\n  def main(args: Array[String]): Unit = {\n\/\/        val land = Array(\n\/\/          \"..##.........##.........##.........##.........##.........##.......\",\n\/\/          \"#...#...#..#...#...#..#...#...#..#...#...#..#...#...#..#...#...#..\",\n\/\/          \".#....#..#..#....#..#..#....#..#..#....#..#..#....#..#..#....#..#.\",\n\/\/          \"..#.#...#.#..#.#...#.#..#.#...#.#..#.#...#.#..#.#...#.#..#.#...#.#\",\n\/\/          \".#...##..#..#...##..#..#...##..#..#...##..#..#...##..#..#...##..#.\",\n\/\/          \"..#.##.......#.##.......#.##.......#.##.......#.##.......#.##.....\",\n\/\/          \".#.#.#....#.#.#.#....#.#.#.#....#.#.#.#....#.#.#.#....#.#.#.#....#\",\n\/\/          \".#........#.#........#.#........#.#........#.#........#.#........#\",\n\/\/          \"#.##...#...#.##...#...#.##...#...#.##...#...#.##...#...#.##...#...\",\n\/\/          \"#...##....##...##....##...##....##...##....##...##....##...##....#\",\n\/\/          \".#..#...#.#.#..#...#.#.#..#...#.#.#..#...#.#.#..#...#.#.#..#...#.#\")\n    val land = scala.io.Source.fromFile(\"\/tmp\/land.txt\").getLines().toArray\n    val path  = List(\n      (1,1),\n      (3,1),\n      (5,1),\n      (7,1),\n      (1,2)\n    )\n    println((path.foldLeft(1L) { case (mul, (right, down)) => mul * getTobogganTrajectory(land, right, down) }))\n\n\n\/\/    println(getTobogganTrajectory(land,3,1))\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day5.scala","text":"package vishnu.adventofcode.justscala\n\nobject Day5 {\n  def getSeatId(str:String) = {\n    val row = str.take(7).foldLeft((0, 127)) { case ((l, r), c) =>\n      val mid = l + ((r - l) \/ 2)\n      c match {\n        case 'F' => (l, mid)\n        case 'B' => (mid + 1, r)\n      }\n    }._1\n\n    val col = str.drop(7).foldLeft((0,7)){ case ((l,r),c)=>\n      val mid = l + ((r - l) \/ 2)\n      c match {\n        case 'L' => (l,mid)\n        case 'R' => (mid+1,r)\n      }\n    }._1\n\n    row * 8 + col\n  }\n\n  def main(args: Array[String]): Unit = {\n    println(getSeatId(\"BBFFBBFRLL\"))\n    val inputStream = this.getClass.getResourceAsStream(\"\/seats.txt\")\n    val seatIds = scala.io.Source.fromInputStream(inputStream).getLines().map(getSeatId).toList.sorted\n    val max = seatIds.max\n    println(s\"${max}\")\n\n    val (l,r) = (seatIds zip seatIds.tail).find{ case (l,r)=>\n      l+2 == r\n    }.get\n\n    println(l,r,l+1)\n\n    \n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day2.scala","text":"<gh_stars>0\npackage vishnu.adventofcode.zio\n\nimport zio._\n\nobject Day2 extends AoCZIORunnable {\n\n  def countValidInputs(inputs:Iterator[String]):UIO[Int] = {\n    ZIO.effectTotal(inputs.count(vishnu.adventofcode.justscala.Day2.isInputValid))\n  }\n\n  def countTobogganValidInputs(inputs:Iterator[String]):UIO[Int] = {\n    ZIO.effectTotal(inputs.count(vishnu.adventofcode.justscala.Day2.tobogganValid))\n  }\n\n\n  override def getRunLayer(input: Iterator[String]) = {\n    for {\n      validCount <- readResource(resourceName).use(countValidInputs)\n      tobogganValidCount <- readResource(resourceName).use(countTobogganValidInputs)\n      _ <- console.putStrLn(s\"Valid:$validCount; TobogganValid:$tobogganValidCount\")\n    } yield {\n\n    }\n  }\n\n  \/\/    val resourceName = \"\/day2_sample.txt\"\n  val resourceName = \"\/day2_input.txt\"\n}"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day12.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\nimport zio.logging._\n\nimport scala.collection.mutable\n\nobject Day12 extends AoCZIORunnable {\n\n  sealed trait Direction extends Product with Serializable\n  object Direction {\n    case object North extends Direction\n    case object South extends Direction\n    case object East extends Direction\n    case object West extends Direction\n    case object Left extends Direction\n    case object Right extends Direction\n    case object Forward extends Direction\n\n    def apply(dir: String): Direction = {\n      dir match {\n        case \"N\" => North\n        case \"S\" => South\n        case \"E\" => East\n        case \"W\" => West\n        case \"L\" => Left\n        case \"R\" => Right\n        case \"F\" => Forward\n      }\n    }\n\n    implicit class DirectionChange(dir: Direction) {\n      def change(degree: Int): Direction = {\n        if (degree == 0) dir\n        else {\n          val newDir = dir match {\n            case North => East\n            case South => West\n            case East  => South\n            case West  => North\n          }\n          newDir.change(degree - 90)\n        }\n      }\n\n    }\n  }\n\n  val inputRegex = \"([NSEWLRF])(\\\\d+)\".r\n\n  final case class WayPoint(x: Int, y: Int) {\n    def rotateClockwise(degree: Int): WayPoint =\n      if (degree > 0) WayPoint(y, -x).rotateClockwise(degree - 90) else this\n    def rotateCounterClockwise(degree: Int): WayPoint =\n      if (degree > 0) WayPoint(-y, x).rotateCounterClockwise(degree - 90) else this\n  }\n\n  final case class Ship(x: Int, y: Int)\n\n  def parseInput(str: String) = {\n    val inputRegex(dirString, value) = str\n    Direction(dirString) -> value.toInt\n  }\n  def collectTurns(input: Iterator[String]) = {\n    def collect(str: String, mp: collection.mutable.Map[Direction, collection.mutable.Set[Int]]) = {\n      parseInput(str) match {\n        case (x @ (Direction.Left | Direction.Right), degree) =>\n          mp.getOrElseUpdate(x, collection.mutable.Set[Int]()) += degree\n        case _ =>\n      }\n    }\n\n    for {\n      mapRef <- Ref.make(collection.mutable.Map[Direction, mutable.Set[Int]]())\n      mp <- mapRef.get\n      _ <- ZIO.foreach_(Iterable.from(input))(str => ZIO.effectTotal(collect(str, mp)))\n    } yield {\n      mp\n    }\n  }\n\n  def movePart2(\n      ship: Ship,\n      wayPoint: WayPoint,\n      dir: Direction,\n      value: Int\n  ): (Ship, WayPoint) = {\n    dir match {\n      case Direction.North => (ship, WayPoint(wayPoint.x, wayPoint.y + value))\n      case Direction.South => (ship, WayPoint(wayPoint.x, wayPoint.y - value))\n      case Direction.East  => (ship, WayPoint(wayPoint.x + value, wayPoint.y))\n      case Direction.West  => (ship, WayPoint(wayPoint.x - value, wayPoint.y))\n      case Direction.Left  => (ship, wayPoint.rotateCounterClockwise(value))\n      case Direction.Right => (ship, wayPoint.rotateClockwise(value))\n      case Direction.Forward =>\n        (Ship((wayPoint.x * value) + ship.x, (wayPoint.y * value) + ship.y), wayPoint)\n    }\n  }\n\n  def movePart1(\n      facingDir: Direction,\n      x: Int,\n      y: Int,\n      direction: Direction,\n      value: Int\n  ): (Direction, Int, Int) = {\n    direction match {\n      case Direction.North => (facingDir, x, y + value)\n      case Direction.South => (facingDir, x, y - value)\n      case Direction.East  => (facingDir, x + value, y)\n      case Direction.West  => (facingDir, x - value, y)\n      case Direction.Left  => (facingDir.change(360 - value), x, y)\n      case Direction.Right => (facingDir.change(value), x, y)\n      case Direction.Forward =>\n        facingDir match {\n          case Direction.North => (facingDir, x, y + value)\n          case Direction.South => (facingDir, x, y - value)\n          case Direction.East  => (facingDir, x + value, y)\n          case Direction.West  => (facingDir, x - value, y)\n        }\n    }\n  }\n\n  def moveZIOPart2(\n      shipRef: Ref[Ship],\n      wayPointRef: Ref[WayPoint],\n      instruction: (Direction, Int)\n  ) = {\n    for {\n      ship <- shipRef.get\n      waypoint <- wayPointRef.get\n      (newShip, newWayPoint) = movePart2(ship, waypoint, instruction._1, instruction._2)\n      _ <- shipRef.set(newShip)\n      _ <- wayPointRef.set(newWayPoint)\n      _ <- log.info(s\"${instruction}: ${newShip}, ${newWayPoint}\")\n    } yield {}\n  }\n\n  def navigate2(inputStrings: Seq[String]) = {\n    val inputs = inputStrings.map(parseInput)\n    for {\n      shipRef <- Ref.make(Ship(0, 0))\n      waypointRef <- Ref.make(WayPoint(10, 1))\n      _ <- ZIO.foreach_(Iterable.from(inputs))(input => moveZIOPart2(shipRef, waypointRef, input))\n      ship <- shipRef.get\n      _ <- log.info(s\"ship:x:${ship.x}\")\n      _ <- log.info(s\"ship:y:${ship.y}\")\n    } yield {\n      ship.x.abs + ship.y.abs\n    }\n  }\n\n  def moveZIOPart1(\n      dirRef: Ref[Direction],\n      xRef: Ref[Int],\n      yRef: Ref[Int],\n      instruction: (Direction, Int)\n  ): UIO[Unit] = {\n    for {\n      dir <- dirRef.get\n      x <- xRef.get\n      y <- yRef.get\n      (newDir, newX, newY) = movePart1(dir, x, y, instruction._1, instruction._2)\n      _ <- dirRef.set(newDir)\n      _ <- xRef.set(newX)\n      _ <- yRef.set(newY)\n    } yield {}\n  }\n\n  def navigate1(inputString: Seq[String]) = {\n    val inputs = inputString.map(parseInput)\n    for {\n      directionRef <- Ref.make(Direction.East: Direction)\n      xRef <- Ref.make(0)\n      yRef <- Ref.make(0)\n      _ <- ZIO.foreach_(Iterable.from(inputs))(input =>\n        moveZIOPart1(directionRef, xRef, yRef, input)\n      )\n      x <- xRef.get\n      y <- yRef.get\n      _ <- log.info(s\"x:$x\")\n      _ <- log.info(s\"y:$y\")\n    } yield {\n      x.abs + y.abs\n    }\n  }\n\n  override def getRunLayer(input: Iterator[String]) = {\n    val inputSeq = input.toSeq\n    for {\n      relPart1 <- navigate1(inputSeq)\n      _ <- console.putStrLn(relPart1.toString)\n      relPart2 <- navigate2(inputSeq)\n      _ <- console.putStrLn(relPart2.toString)\n    } yield {}\n  }\n\n\/\/  override val resourceName: String = \"\/day12_sample.txt\"\n  override val resourceName: String = \"\/day12_input.txt\"\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day6.scala","text":"<reponame>vishnusaran\/advent-of-code-2020\npackage vishnu.adventofcode.justscala\n\nobject Day6 {\n  def countAnyAnswersInGroup(answers: Iterator[String]): Int = {\n    val boolArray: Array[Boolean] = Array.ofDim[Boolean](26)\n\n    answers.takeWhile(_.nonEmpty).foreach { str =>\n      str.foreach(c => boolArray(c - 'a') = true)\n    }\n    boolArray.count(identity)\n  }\n\n  def countMatchingAnswersInGroup(answers: Iterator[String]) = {\n    val intArr = Array.ofDim[Int](26)\n    var memberCount = 0\n    answers.takeWhile(_.nonEmpty).foreach { str =>\n      memberCount += 1\n      str.foreach(c => intArr(c - 'a') = 1 + intArr(c - 'a'))\n    }\n    intArr.count(_ == memberCount)\n  }\n\n  def main(args: Array[String]): Unit = {\n    val iterator = List(\"abc\",\n      \"\",\n      \"a\",\n      \"b\",\n      \"c\",\n      \"\",\n      \"ab\",\n      \"ac\",\n      \"\",\n      \"a\",\n      \"a\",\n      \"a\",\n      \"a\",\n      \"\",\n      \"b\").iterator\n\n\n    val inputStream = this.getClass.getResourceAsStream(\"\/group_answers.txt\")\n    val lines = scala.io.Source.fromInputStream(inputStream).getLines()\n\n    var counter = 0\n    val itr = lines\n    while (itr.hasNext) {\n      counter += countAnyAnswersInGroup(lines)\n\/\/      counter += countMatchingAnswersInGroup(itr)\n    }\n    println(counter)\n\n\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day5.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\nimport zio.logging._\n\nobject Day5 extends AoCZIORunnable {\n\n\n\n\n  override def getRunLayer(input: Iterator[String]) = {\n    val seatIds = input.map(vishnu.adventofcode.justscala.Day5.getSeatId).toSeq.sorted\n    val (l,_) = (seatIds zip seatIds.tail).find{ case (l,r)=>\n      l+2 == r\n    }.get\n\n    console.putStrLn(s\"Max:${seatIds.max}, mySeat:${l+1}\")\n  }\n\n  override val resourceName: String = \"\/day5_input.txt\"\n}"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day4.scala","text":"<reponame>vishnusaran\/advent-of-code-2020<gh_stars>0\npackage vishnu.adventofcode.zio\n\nimport zio._\n\nobject Day4 extends AoCZIORunnable {\n  type Passport = Map[String, String]\n\n  def getAllPassports(input:Iterator[String]):UIO[List[Passport]] = {\n    if(input.isEmpty){\n      ZIO.succeed(Nil)\n    } else {\n      for {\n        passport <- ZIO.effectTotal(vishnu.adventofcode.justscala.Day4.getAPassport(input))\n        rest <- getAllPassports(input)\n      } yield {\n        passport :: rest\n      }\n    }\n  }\n\n\n\/\/  override val resourceName: String = \"\/day4_sample.txt\"\n  override val resourceName: String = \"\/day4_input.txt\"\n\n  override def getRunLayer(input: Iterator[String]) = {\n    for {\n      passports <- getAllPassports(input)\n      validCount <- ZIO.effectTotal(passports.count(vishnu.adventofcode.justscala.Day4.validatePassport))\n      throughValidCount <- ZIO.effectTotal(passports.count(vishnu.adventofcode.justscala.Day4.throughValidatePassport))\n      _ <- console.putStrLn(s\"valid:$validCount; throughValid:$throughValidCount\")\n    } yield {\n\n    }\n  }\n}"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day6.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\n\nobject Day6 extends AoCZIORunnable {\n\n  def runCount(input:Iterator[String], countFunction:(Iterator[String]=> Int)):UIO[Int] = {\n    if(input.isEmpty){\n      ZIO.succeed(0)\n    } else {\n      val count = countFunction(input)\n      runCount(input, countFunction).map(_ + count)\n    }\n  }\n\n  override def getRunLayer(input: Iterator[String]) = {\n    val inputList = input.toList\n    for {\n      part1 <- runCount(inputList.iterator, vishnu.adventofcode.justscala.Day6.countAnyAnswersInGroup)\n      part2 <- runCount(inputList.iterator, vishnu.adventofcode.justscala.Day6.countMatchingAnswersInGroup)\n      _ <- console.putStrLn(s\"part1:$part1, part2:$part2\")\n    } yield {\n\n    }\n  }\n\n\/\/  override val resourceName: String = \"\/day6_sample.txt\"\n  override val resourceName: String = \"\/day6_input.txt\"\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Util.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\nimport zio.logging._\n\nimport java.io.InputStream\n\ntrait Util {\n\n  def openResource(fileName:String) = {\n    for {\n    inputstream <- ZIO.effect(this.getClass.getResourceAsStream(fileName))\n      _ <- log.info(s\"Opened inputstream for resource name $fileName\")\n    } yield {\n      inputstream\n    }\n\n  }\n  def closeStream(stream:InputStream)  = for {\n    _ <- log.info(\"Closing input stream\")\n    _ <- ZIO.effectTotal(stream.close())\n    _ <- log.info(\"Closed input stream\")\n  } yield {\n\n  }\n\n  def getLines(inputStream: InputStream) = ZIO.effectTotal(scala.io.Source.fromInputStream(inputStream).getLines().toSeq)\n  def zManagedResource(fileName:String) = ZManaged.make(openResource(fileName))(closeStream)\n  def readResource(filename:String) = {\n    zManagedResource(filename).map(stream => scala.io.Source.fromInputStream(stream).getLines())\n  }\n\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day4.scala","text":"package vishnu.adventofcode.justscala\n\nimport scala.util.Try\n\nobject Day4 {\n\n  val heightRegex = \"(\\\\d+)(cm|in)\".r\n  val hairColorRegex = \"^#[a-z0-9]{6}$\".r\n  val eyeColorRegex = \"^(amb|blu|brn|gry|grn|hzl|oth)$\".r\n  val passportIdRegex = \"^\\\\d{9}$\".r\n\n  def getAPassport(lines: Iterator[String]): Map[String, String] = {\n    lines\n            .takeWhile(_.nonEmpty)\n            .flatMap(_.split(\" \"))\n            .map(str => str.split(\":\"))\n            .map(pair => pair(0) -> pair(1))\n            .toMap\n  }\n\n  def validatePassport(passport: Map[String, String]) = {\n    passport.size == 8 || (passport.size == 7 && !passport.contains(\"cid\"))\n  }\n\n  def throughValidatePassport(passport: Map[String, String]) = {\n    Try(passport)\n            .filter(validatePassport)\n            .filter { passport => val value = passport(\"byr\").toInt; value >= 1920 && value <= 2002 }\n            .filter { passport => val value = passport(\"iyr\").toInt; value >= 2010 && value <= 2020 }\n            .filter { passport => val value = passport(\"eyr\").toInt; value >= 2020 && value <= 2030 }\n            .filter { passport =>\n              val heightRegex(height, measure) = passport(\"hgt\");\n              (measure == \"in\" && height.toInt >= 59 && height.toInt <= 76) ||\n                      (measure == \"cm\" && height.toInt >= 150 && height.toInt <= 193)\n            }\n            .filter(passport => hairColorRegex.pattern.matcher(passport(\"hcl\")).matches())\n            .filter(passport => eyeColorRegex.pattern.matcher(passport(\"ecl\")).matches())\n            .filter(passport => passportIdRegex.pattern.matcher(passport(\"pid\")).matches())\n            .toOption.isDefined\n  }\n\n  def main(args: Array[String]): Unit = {\n\n    val input = scala.io.Source.fromFile(\"\/tmp\/passportEntries.txt\").getLines()\n    var validPassports = 0\n    while (input.hasNext) {\n      val passport = getAPassport(input)\n      if (throughValidatePassport(passport))\n        validPassports += 1\n    }\n    println(validPassports)\n  }\n\n\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day9.scala","text":"<gh_stars>0\npackage vishnu.adventofcode.justscala\n\nobject Day9 {\n  def findBrokenLink(data: Iterator[Long], n:Int) = {\n    var queue = scala.collection.mutable.Queue[Long]()\n    val set = scala.collection.mutable.Set[Long]()\n    val preambleData = data.take(n).toList\n    queue ++= preambleData\n    set ++= preambleData\n    val reminingData = data.dropWhile { i =>\n      if(queue.exists( a => set.contains(i - a))){\n        val elem = queue.dequeue()\n        set -= elem\n        set += i\n        queue += i\n        true\n      } else {\n        false\n      }\n    }\n    reminingData.next()\n  }\n\n  def findWeakness(data:Iterator[Long], brokenValue:Long) = {\n    val weakData = data.takeWhile(_ != brokenValue)\n    val queue = scala.collection.mutable.Queue[Long]()\n    var sum = 0L\n    weakData.exists{ a =>\n      queue += a\n      sum += a\n      while (sum > brokenValue) {\n        sum -= queue.dequeue()\n      }\n      sum == brokenValue\n    }\n    println(queue.toList)\n    queue.min.toLong + queue.max.toLong\n  }\n\n\n\n  def main(args: Array[String]): Unit = {\n\/\/    val stream = this.getClass.getResourceAsStream(\"\/day9_sample.txt\")\n\/\/    val preambleSize = 5;\n\n    val stream = this.getClass.getResourceAsStream(\"\/day9_input.txt\")\n    val preambleSize = 25;\n\n    val dataLines = scala.io.Source.fromInputStream(stream).getLines().toList\n    val data = dataLines.map(_.toLong)\n    val brokenLink = findBrokenLink(data.iterator, preambleSize)\n    println(brokenLink)\n    println(findWeakness(data.iterator, brokenLink))\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/package.scala","text":"package vishnu.adventofcode\n\npackage object zio extends Util"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/AoCZIORunnable.scala","text":"package vishnu.adventofcode.zio\n\nimport zio.{ExitCode, URIO, ZIO}\nimport zio.logging._\n\ntrait AoCZIORunnable extends zio.App {\n  val env =\n    Logging.console(\n      logLevel = LogLevel.Info,\n    ) >>> Logging.withRootLoggerName(\"adventofcode\")\n\n  val resourceName:String\n\n  override def run(args: List[String]): URIO[zio.ZEnv, ExitCode] = {\n    readResource(resourceName).use(getRunLayer).provideCustomLayer(env).exitCode\n  }\n\n  def getRunLayer(input:Iterator[String]):ZIO[zio.ZEnv with zio.logging.Logging,Any,Unit]\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"justScala\/src\/main\/scala\/vishnu\/adventofcode\/justscala\/Day8.scala","text":"package vishnu.adventofcode.justscala\n\nimport scala.collection.mutable\n\nobject Day8 {\n  val inputRegex = \"(nop|acc|jmp) ([\\\\+-]\\\\d+)\".r\n\n  def parse(str: String) = {\n    val inputRegex(inst, arg) = str\n    (inst, arg.toInt)\n  }\n\n  def executeInstruction(input: Seq[(String, Int)]): Int = {\n    var pos = 0\n    var acc = 0\n    val bitSet = new mutable.BitSet(input.length)\n    while (pos < input.length && !bitSet(pos)) {\n      bitSet += pos\n      val (ins, arg) = input(pos)\n      ins match {\n        case \"acc\" =>\n          acc += arg\n          pos += 1\n        case \"jmp\" => pos += arg\n        case _ => pos += 1\n      }\n    }\n    if (pos == input.length) println(\"End reacched\") else println(s\"Loop found.\")\n    acc\n  }\n\n  def getLoopStart(input: Seq[(String, Int)]): Option[Int] = {\n    var pos = 0\n    val bitSet = new mutable.BitSet(input.length)\n    var maxPosReaded = -1\n    while (pos < input.length && !bitSet.contains(pos)) {\n      bitSet += pos\n      maxPosReaded = Math.max(pos,maxPosReaded)\n      val (ins, arg) = input(pos)\n      ins match {\n        case \"jmp\" =>\n          pos += arg\n        case _ => pos += 1\n      }\n    }\n    if (pos != input.length) Some(maxPosReaded) else None\n  }\n\n  def fixLoop(input: Seq[(String, Int)]) = {\n    val inputArr = input.toArray\n    val loopTrigger = getLoopStart(inputArr).get\n\n    var i = loopTrigger\n    var stop = false\n\n    do {\n      while (!(inputArr(i)._1 == \"nop\" || inputArr(i)._1 == \"jmp\")) {\n        i -= 1\n      }\n      swap(inputArr, i)\n\n      val loopFound = getLoopStart(inputArr)\n      println(s\"Checking $i : $loopFound\")\n      if (loopFound.isDefined) {\n        swap(inputArr, i)\n        i -= 1\n      } else {\n        println(\"No lOop found\")\n        stop = true\n      }\n    } while (!stop && i > 0)\n\n    inputArr.toSeq\n\n  }\n\n  private def swap(input: Array[(String, Int)], pos: Int) = {\n    val newInst = if (input(pos)._1 == \"jmp\") \"nop\" else \"jmp\"\n    input(pos) = newInst -> input(pos)._2\n  }\n\n  def main(args: Array[String]): Unit = {\n    \/\/    val stream = this.getClass.getResourceAsStream(\"\/day8_sample.txt\")\n    val stream = this.getClass.getResourceAsStream(\"\/day8_input.txt\")\n    val arrayInput: Array[(String, Int)] = scala.io.Source.fromInputStream(stream).getLines().map(parse).toArray\n\/\/    println(executeInstruction(arrayInput))\n    val newInput = fixLoop(arrayInput)\n    println(executeInstruction(newInput))\n\n  }\n}\n"}
{"repo_name":"vishnusaran\/advent-of-code-2020","path":"zio\/src\/main\/scala\/vishnu\/adventofcode\/zio\/Day7.scala","text":"package vishnu.adventofcode.zio\n\nimport zio._\n\nimport scala.collection.mutable\n\nobject Day7 extends AoCZIORunnable {\n  def dfsToTarget(graph: Map[String, Seq[(String, Int)]], target: String) = {\n\n    def localDfs(start: String)(\n        implicit visitedRef: Ref[mutable.Set[String]],\n        canReachRef: Ref[mutable.Set[String]]\n    ): UIO[Boolean] = {\n      for {\n        visited <- visitedRef.get\n        canReach <- canReachRef.get\n        rel <- {\n          if (visited.contains(start)) ZIO.effectTotal(canReach.contains(start))\n          else {\n            visitedRef.set(visited += start) *> {\n              if (graph(start).map(_._1).contains(target))\n                canReachRef.set(canReach += start) *> ZIO.succeed(true)\n              else\n                ZIO\n                  .foreach(graph(start))({\n                    case (neigh, _) => localDfs(neigh)(visitedRef, canReachRef)\n                  })\n                  .map(a => a.contains(true))\n            }\n          }\n        }\n        _ <- ZIO.when(rel)(canReachRef.set(canReach += start))\n      } yield {\n        rel\n      }\n    }\n\n    for {\n      canReachRef <- Ref.make(mutable.Set[String]())\n      visitedRef <- Ref.make(mutable.Set[String]())\n      _ <- ZIO.foreach_(graph.keySet.filterNot(_ == target))(node =>\n        localDfs(node)(visitedRef, canReachRef)\n      )\n      canReachSet <- canReachRef.get\n    } yield {\n      canReachSet.size\n    }\n  }\n\n  def bfsFromSource(\n      graph: Map[String, Seq[(String, Int)]],\n      source: String\n  ): ZIO[Any, Nothing, Int] = {\n    def localBfs(\n        queue: zio.Queue[(String, Int)],\n        counter: Ref[Int]\n    ): ZIO[Any, Nothing, Unit] = {\n      for {\n        elem <- queue.poll\n        _ <- elem match {\n          case Some((node, weight)) =>\n            ZIO.foreach_(graph(node)) {\n              case (neigh, neighWeight) =>\n                counter.update(_ + (weight * neighWeight)) *>\n                  queue.offer((neigh, weight * neighWeight))\n            } *> localBfs(queue, counter)\n          case None => ZIO.unit\n        }\n      } yield {}\n\n    }\n    for {\n      q <- Queue.unbounded[(String, Int)]\n      counter <- Ref.make(0)\n      _ <- q.offer((source, 1))\n      _ <- localBfs(q, counter)\n      count <- counter.get\n    } yield {\n      count\n    }\n  }\n\n  override def getRunLayer(input: Iterator[String]) = {\n    val graph = input.map(vishnu.adventofcode.justscala.Day7.parseInput).toMap\n    for {\n      dfsCount <- dfsToTarget(graph, \"shiny gold\")\n      _ <- console.putStrLn(s\"To shiny gold:$dfsCount\")\n      bfsCount <- bfsFromSource(graph, \"shiny gold\")\n      _ <- console.putStrLn(s\"From shiny gold:$bfsCount\")\n    } yield {}\n  }\n\n\/\/  override val resourceName: String = \"\/day7_sample.txt\"\n  override val resourceName: String = \"\/day7_input.txt\"\n}\n"}
{"repo_name":"mpetria\/sling","path":"contrib\/scripting\/scala\/script\/src\/main\/scala\/org\/apache\/sling\/scripting\/scala\/JcrFS.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.sling.scripting.scala\n\nimport java.io.{File, InputStream, OutputStream, IOException, ByteArrayOutputStream, ByteArrayInputStream}\nimport javax.jcr.{Session, Node, Property}\nimport org.apache.sling.scripting.scala.Utils.{nullOrElse, valueOrElse}\nimport tools.nsc.io.AbstractFile\n\n\/**\n * Implementation of {@link AbstractFile} on top of the {@link javax.jcr.Node}s\n * of a JCR repositoy.\n *\/\nobject JcrFS {\n\n  \/**\n   * Create a new {@link AbstractFile} for the given node.\n   * @param node\n   * @throws IOException  if the node type is neither nt:folder nor nt:file\n   *\/\n  def create(node: Node): JcrNode = node.getPrimaryNodeType.getName match {\n    case \"nt:file\" => JcrFile(node) \/\/ todo fix: dont hc ns prefixes\n    case \"nt:folder\" => JcrFolder(node)\n    case \"sling:Folder\" => JcrFolder(node)\n    case _ => throw new IOException(\"Neither file nor folder: \" + node.getPath)\n  }\n\n  \/**\n   * Create a new {@link AbstractFile} for node at the given path in the given\n   * {@link javax.jcr.Session}.\n   * @param session\n   * @param path\n   * @throws IOException  if the node at the given path is neither nt:folder nor\n   *   nt:file or the path does not identify a node.\n   *\/\n  def create(session: Session, path: String): JcrNode = {\n    session.getItem(path) match {\n      case n: Node => create(n)\n      case _ => throw new IOException(\"Path not found: \" + path)\n    }\n  }\n\n  abstract sealed class JcrNode(node: Node) extends AbstractFile {\n    require(node != null, \"node must not be null\")\n\n    \/**\n     * @returns  an empty stream\n     *\/\n    val emptyInputStream: InputStream = new InputStream {\n      override def read = -1\n    }\n\n    private def getIndex: String =\n      if (node.getIndex == 1) \"\"\n      else \"[\" + node.getIndex + \"]\"\n\n    \/**\n     * @returns  the name of the node covered\n     *\/\n    def name: String = node.getName + getIndex\n\n    \/**\n     * @returns  the path of the node covered\n     *\/\n    def path: String = node.getPath\n\n    def container: JcrNode = JcrFS.create(node.getParent)\n\n    \/**\n     * @returns  null\n     *\/\n    def file: File = null\n\n    def absolute = this\n\n    \/**\n     * @returns  the value of the jcr:lastModified property of either the jcr:content node\n     *   beneath this node or from this node itself otherwise or 0 if this node does not\n     *   have a jcr:lastModified property.\n     *\/\n    def lastModified: Long =\n      if (node.hasProperty(\"jcr:content\/jcr:lastModified\")) node.getProperty(\"jcr:content\/jcr:lastModified\").getLong\n      else {\n        if (node.hasProperty(\"jcr:lastModified\")) node.getProperty(\"jcr:lastModified\").getLong\n        else 0\n      }\n    override def equals(other: Any): Boolean =\n      other match {\n        case that: JcrNode => this.path == that.path\n        case _ => false\n      }\n\n    override def hashCode: Int = path.hashCode\n\n    def create { unsupported }\n    def delete { unsupported }\n\n    def lookupNameUnchecked(name: String, directory: Boolean) = {\n      val file = lookupName(name, directory)\n      if (file == null) NonExistingFile\n      else file\n    }\n  }\n\n  case class JcrFolder(node: Node) extends JcrNode(node) {\n\n    \/**\n     * @returns  true\n     *\/\n    def isDirectory: Boolean = true\n\n    \/**\n     * Not supported. Always throws an IOException.\n     * @throws IOException\n     *\/\n    def input: InputStream = throw new IOException(\"Cannot read from directory\")\n\n    \/**\n     * Not supported. Always throws an IOException.\n     * @throws IOException\n     *\/\n    def output: OutputStream = throw new IOException(\"Cannot write to directory\")\n\n    \/**\n     * @returns  the child nodes of this nodes which are either nt:file or nt:folder\n     *\/\n    def iterator: Iterator[JcrNode] =\n      new Iterator[Node] {\n        val childs = node.getNodes\n        def hasNext = childs.hasNext\n        def next = childs.next.asInstanceOf[Node]\n      }\n      .filter((node: Node) =>\n        \"nt:file\" == node.getPrimaryNodeType.getName ||\n        \"nt:folder\" == node.getPrimaryNodeType.getName)\n      .map((node: Node) => JcrFS.create(node))\n\n    \/**\n     * Considers only child nodes which are wither nt:file or nt:folder\n     *\/\n    def lookupName(name: String, directory: Boolean): AbstractFile = {\n      if (node.hasNode(name)) {\n        val n = node.getNode(name)\n        if (directory && \"nt:folder\" == n.getPrimaryNodeType.getName ||\n           !directory && \"nt:file\" == n.getPrimaryNodeType.getName)\n          JcrFS.create(n)\n        else\n          null\n      }\n      else\n        null\n    }\n\n    \/**\n     * Creates a child node of type nt:file with the given name if such node exists.\n     * @param name\n     * @returns  the (possibly newly created) child node\n     *\/\n    override def fileNamed(name: String): AbstractFile = {\n      valueOrElse(lookupName(name, false)) {\n        val file = node.addNode(name, \"nt:file\")\n        val content = file.addNode(\"jcr:content\", \"nt:resource\")\n        content.setProperty(\"jcr:mimeType\", \"application\/octet-stream\") \/\/ todo fix: dont hc MIME\n        content.setProperty(\"jcr:data\", emptyInputStream)\n        content.setProperty(\"jcr:lastModified\", System.currentTimeMillis)\n        node.save()\n        JcrFS.create(file)\n      }\n    }\n\n    \/**\n     * Creates a child node of type nt:folder with the given name if such node exists.\n     * @param name\n     * @returns  the (possibly newly created) child node\n     *\/\n    override def subdirectoryNamed(name: String): AbstractFile = {\n      valueOrElse(lookupName(name, true)) {\n        val dir = node.addNode(name, \"nt:folder\")\n        node.save()\n        JcrFS.create(dir)\n      }\n    }\n  }\n\n  case class JcrFile(node: Node) extends JcrNode(node) {\n\n    \/**\n     * @returns  the jcr:content child node of this node or null if none exists\n     *\/\n    def contentNode: Node =\n      if (node.hasNode(\"jcr:content\")) node.getNode(\"jcr:content\")\n      else null\n\n    \/**\n     * @returns  the jcr:data property of the jcr:content child node of this node or\n     *   null if none exists\n     *\/\n    def dataProperty: Property =\n      nullOrElse(contentNode) { node =>\n        if (node.hasProperty(\"jcr:data\")) node.getProperty(\"jcr:data\")\n        else null\n      }\n\n    \/**\n     * @returns  false\n     *\/\n    def isDirectory = false\n\n    \/**\n     * @returns  a stream for reading from {@ling #dataProperty}. The stream is empty\n     *   if the property does not exist.\n     *\/\n    def input: InputStream = dataProperty match {\n      case prop: Property => prop.getStream\n      case null => emptyInputStream\n    }\n\n    \/**\n     * @returns  a stream for writing to {@ling #dataProperty}. If necessary the child\n     *   jcr:content child node and its jcr:data property are created.\n     *\/\n    def output: OutputStream = new ByteArrayOutputStream() {\n      override def close() {\n        super.close()\n        val content = valueOrElse(contentNode) {\n          node.addNode(\"jcr:content\", \"nt:resource\")\n        }\n        content.setProperty(\"jcr:lastModified\", System.currentTimeMillis)\n        content.setProperty(\"jcr:data\", new ByteArrayInputStream(buf, 0, size))\n        node.save()\n      }\n    }\n\n    \/**\n     * @returns the size of the {@ling #dataProperty} or None if the property does not\n     * exist.\n     *\/\n    override def sizeOption: Option[Int] = {\n      val p = dataProperty\n      if (p == null) None\n      else Some(p.getLength.toInt)\n    }\n\n    def iterator: Iterator[AbstractFile] = Iterator.empty\n    def lookupName(name: String, directory: Boolean): AbstractFile = null\n  }\n\n}"}
{"repo_name":"mpetria\/sling","path":"contrib\/scripting\/scala\/script\/src\/main\/scala\/org\/apache\/sling\/scripting\/scala\/BundleFS.scala","text":"<gh_stars>1-10\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.sling.scripting.scala\n\nimport java.net.URL\nimport java.io.{File, IOException, InputStream}\nimport org.apache.sling.scripting.scala.Utils.{valueOrElse, nullOrElse}\nimport org.osgi.framework.Bundle\nimport scala.tools.nsc.io.AbstractFile\n\n\/**\n * Implementation of {@link AbstractFile} on top of a {@link org.osgi.framework.Bundle}\n *\/\nobject BundleFS {\n\n  \/**\n   * Create a new {@link AbstractFile} instance representing an\n   * {@link org.osgi.framework.Bundle}\n   * @param bundle\n   *\/\n  def create(bundle: Bundle): AbstractFile = {\n    require(bundle != null, \"bundle must not be null\")\n\n    abstract class BundleEntry(url: URL, parent: DirEntry) extends AbstractFile {\n      require(url != null, \"url must not be null\")\n      lazy val (path: String, name: String) = getPathAndName(url)\n      lazy val fullName: String = (path::name::Nil).filter(_.size != 0).mkString(\"\/\")\n\n      \/**\n       * @return null\n       *\/\n      def file: File = null\n\n      def absolute = this\n\n      \/**\n       * @return last modification time or 0 if not known\n       *\/\n      def lastModified: Long =\n        try { url.openConnection.getLastModified }\n        catch { case _ => 0 }\n\n      @throws(classOf[IOException])\n      def container: AbstractFile =\n        valueOrElse(parent) {\n          throw new IOException(\"No container\")\n        }\n\n      @throws(classOf[IOException])\n      def input: InputStream = url.openStream()\n\n      \/**\n       * Not supported. Always throws an IOException.\n       * @throws IOException\n       *\/\n      @throws(classOf[IOException])\n      def output = throw new IOException(\"not supported: output\")\n\n      def create { unsupported }\n      def delete { unsupported }\n\n      def lookupNameUnchecked(name: String, directory: Boolean) = {\n        val file = lookupName(name, directory)\n        if (file == null) NonExistingFile\n        else file\n      }\n      \n      private def getPathAndName(url: URL): (String, String) = {\n        val u = url.getPath\n        var k = u.length\n        while( (k > 0) && (u(k - 1) == '\/') )\n          k = k - 1\n\n        var j = k\n        while( (j > 0) && (u(j - 1) != '\/') )\n          j = j - 1\n\n        (u.substring(if (j > 0) 1 else 0, if (j > 1) j - 1 else j), u.substring(j, k))\n      }\n\n      override def toString = fullName\n    }\n\n    class DirEntry(url: URL, parent: DirEntry) extends BundleEntry(url, parent) {\n\n      \/**\n       * @return true\n       *\/\n      def isDirectory: Boolean = true\n\n      def iterator: Iterator[AbstractFile] = {\n        new Iterator[AbstractFile]() {\n          val dirs = bundle.getEntryPaths(fullName)\n          \n          var nextEntry = prefetch()\n          \n          def hasNext() = {\n            if (nextEntry == null)\n              nextEntry = prefetch()\n           \n            nextEntry != null\n          }\n          \n          def next() = {\n            if (hasNext()) {\n                val entry = nextEntry\n                nextEntry = null\n                entry\n            }\n            else {\n              throw new NoSuchElementException()\n            }\n          }\n          \n          private def prefetch() = {\n            if (dirs != null && dirs.hasMoreElements) {\n              val entry = dirs.nextElement.asInstanceOf[String]\n              var entryUrl = bundle.getResource(\"\/\" + entry)\n\n              \/\/ Bundle.getResource seems to be inconsistent with respect to requiring\n              \/\/ a trailing slash\n              if (entryUrl == null) \n                entryUrl = bundle.getResource(\"\/\" + removeTralingSlash(entry))\n                \n              \/\/ If still null OSGi wont let use load that resource for some reason\n              if (entryUrl == null) {\n                null\n              }\n              else {\n                if (entry.endsWith(\".class\"))\n                  new FileEntry(entryUrl, DirEntry.this)\n                else\n                  new DirEntry(entryUrl, DirEntry.this)\n              }\n            }\n            else \n              null\n          }\n          \n          private def removeTralingSlash(s: String): String = \n            if (s == null || s.length == 0)\n              s\n            else if (s.last == '\/') \n              removeTralingSlash(s.substring(0, s.length - 1))\n            else\n              s\n        }\n      }\n\n      def lookupName(name: String, directory: Boolean): AbstractFile = {\n        val entry = bundle.getEntry(fullName + \"\/\" + name)\n        nullOrElse(entry) { entry =>\n          if (directory)\n            new DirEntry(entry, DirEntry.this)\n          else\n            new FileEntry(entry, DirEntry.this)\n        }\n      }\n\n    }\n\n    class FileEntry(url: URL, parent: DirEntry) extends BundleEntry(url, parent) {\n\n      \/**\n       * @return false\n       *\/\n      def isDirectory: Boolean = false\n      override def sizeOption: Option[Int] = Some(bundle.getEntry(fullName).openConnection().getContentLength())\n      def iterator: Iterator[AbstractFile] = Iterator.empty\n      def lookupName(name: String, directory: Boolean): AbstractFile = null\n    }\n\n    new DirEntry(bundle.getResource(\"\/\"), null)\n  }\n\n}\n"}
{"repo_name":"propensive\/adversaria","path":"src\/core\/adversaria.scala","text":"<filename>src\/core\/adversaria.scala\n\/*\n    Adversaria, version 0.20.0. Copyright 2019-21 <NAME>, Propensive O\u00dc.\n\n    The primary distribution site is: https:\/\/propensive.com\/\n\n    Licensed under the Apache License, Version 2.0 (the \"License\"); you may not use this\n    file except in compliance with the License. You may obtain a copy of the License at\n\n    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n    Unless required by applicable law or agreed to in writing, software distributed under the\n    License is distributed on an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n    either express or implied. See the License for the specific language governing permissions\n    and limitations under the License.\n*\/\n\npackage adversaria\n\nimport rudiments.*\nimport gossamer.*\nimport scala.quoted.*\nimport scala.annotation.StaticAnnotation as Ann\n\ncase class Annotations[A <: Ann, T](annotations: A*)\n\nobject Annotations:\n  inline given [A <: Ann, T]: Annotations[A, T] = ${Macros.typeAnnotations[A, T]}\n\n  transparent inline def field[T](inline fn: T => Any): List[Ann] =\n    ${Macros.fieldAnnotations[T]('fn)}\n\n  transparent inline def fields[T <: Product, A <: Ann]: List[CaseField[T, A]] =\n    ${Macros.fields[T, A]}\n\n  transparent inline def firstField[T <: Product, A <: Ann]: CaseField[T, A] =\n    ${Macros.firstField[T, A]}\n\nobject CaseField:\n  def apply[T <: Product, A <: Ann, F](name: String, access: T => F, ann: A)\n      : CaseField[T, A] { type FieldType = F } =\n    new CaseField[T, A](name):\n      type FieldType = F\n      def apply(value: T) = access(value)\n      def annotation: A = ann\n\ntrait CaseField[T <: Product, A <: Ann](val name: String):\n  type FieldType\n  def apply(value: T): FieldType\n  def annotation: A\n\nobject Macros:\n  def firstField[T <: Product: Type, A <: Ann: Type](using Quotes): Expr[CaseField[T, A]] =\n    import quotes.reflect.*\n    val tpe = TypeRepr.of[T]\n    val fields = tpe.typeSymbol.caseFields\n    \n    fields.flatMap:\n      fld =>\n        val idx = Expr(fields.indexOf(fld))\n        val name = Expr(fld.name)\n        \n        fld.annotations.map(_.asExpr).collect { case '{ $ann: A } => ann }.map:\n          ann => '{ CaseField($name, (t: T) => ${'t.asTerm.select(fld).asExpr}, $ann) }\n        .reverse\n    .head\n\n  def fields[T <: Product: Type, A <: Ann: Type](using Quotes): Expr[List[CaseField[T, A]]] =\n    import quotes.reflect.*\n    val tpe = TypeRepr.of[T]\n    val fields = tpe.typeSymbol.caseFields\n    \n    val elements: List[Expr[CaseField[T, A]]] = fields.flatMap:\n      fld =>\n        val name = Expr(fld.name)\n        fld.annotations.map(_.asExpr).collect { case '{ $ann: A } => ann }.map:\n          ann => '{ CaseField($name, (t: T) => ${'t.asTerm.select(fld).asExpr}, $ann) }\n        .reverse\n\n    Expr.ofList(elements)\n\n  def fieldAnnotations[T: Type](fn: Expr[T => Any])(using Quotes): Expr[List[Ann]] =\n    import quotes.reflect.*\n    val tpe = TypeRepr.of[T]\n\n    val field = fn.asTerm match\n      case Inlined(_, _, Block(List(DefDef(_, _, _, Some(Select(_, term)))), _)) =>\n        tpe.typeSymbol.caseFields.find(_.name == term).getOrElse:\n          report.errorAndAbort(txt\"adversaria: the member $term is not a case class field\".s)\n      \n      case _ =>\n        report.errorAndAbort:\n          txt\"\"\"adversaria: the lambda must be a simple reference to a case class field\"\"\".s\n\n    Expr.ofList(field.annotations.map(_.asExpr).collect:\n      case '{ $ann: Ann } => ann\n    )\n\n  def typeAnnotations[A <: Ann: Type, T: Type](using Quotes): Expr[Annotations[A, T]] =\n    import quotes.reflect.*\n\n    val tpe = TypeRepr.of[T]\n    val annotations = tpe.typeSymbol.annotations.map(_.asExpr).collect { case '{ $a: A } => a }\n    \n    if annotations.isEmpty\n    then report.errorAndAbort(txt\"\"\"adversaria: the type ${TypeRepr.of[T].show} did not have the\n                                    annotation ${TypeRepr.of[A].show}\"\"\".s)\n    else '{ Annotations[A, T](${Expr.ofList(annotations)}*) }"}
{"repo_name":"propensive\/adversaria","path":"src\/test\/tests.scala","text":"<reponame>propensive\/adversaria\n\/*\n    Adversaria, version 0.20.0. Copyright 2019-21 <NAME>, Propensive O\u00dc.\n\n    The primary distribution site is: https:\/\/propensive.com\/\n\n    Licensed under the Apache License, Version 2.0 (the \"License\"); you may not use this\n    file except in compliance with the License. You may obtain a copy of the License at\n\n    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n\n    Unless required by applicable law or agreed to in writing, software distributed under the\n    License is distributed on an \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n    either express or implied. See the License for the specific language governing permissions\n    and limitations under the License.\n*\/\n\npackage adversaria\n\nimport probably.*\nimport rudiments.*\nimport eucalyptus.*\nimport gossamer.*\nimport annotation.StaticAnnotation\n\ngiven Log(Everything |-> Stdout)\n\nimport unsafeExceptions.canThrowAny\n\nfinal case class id() extends StaticAnnotation\nfinal case class count(number: Int) extends StaticAnnotation\nfinal case class ref(x: Int) extends StaticAnnotation\n\ncase class Person(name: Text, @id email: Text)\n\n@count(10)\ncase class Company(name: Text)\n\ncase class Employee(person: Person, @id code: Long)\n\ncase class Letters(@ref(1) alpha: Int, @ref(2) @ref(3) beta: Int, gamma: Int, @ref(4) delta: Int)\n\nobject Tests extends Suite(t\"Adversaria tests\"):\n\n  def run(using Runner): Unit =\n\n    test(t\"first field\") {\n      val letters = Letters(5, 6, 7, 8)\n      Annotations.firstField[Letters, ref](letters)\n    }.assert(_ == 5)\n\n    \/\/ test(\"access field annotations\") {\n    \/\/   Annotations.field[Employee](_.code)\n    \/\/ }.assert(_ == List(id()))\n    \n    test(t\"check nonexistant annotations\") {\n      Annotations.field[Employee](_.person)\n    }.assert(_ == Nil)\n\n    \/\/ test(\"get field values\") {\n    \/\/   val letters = Letters(5, 6, 7, 8)\n    \/\/   Annotations.fields[Letters, ref].map(_(letters))\n    \/\/ }.assert(_ == List(5, 6, 6, 8))\n    \n    \/\/ test(\"get field annotations\") {\n    \/\/   val letters = Letters(5, 6, 7, 8)\n    \/\/   Annotations.fields[Letters, ref].map(_.annotation)\n    \/\/ }.assert(_ == List(ref(1), ref(2), ref(3), ref(4)))\n\n    \/\/ test(\"get field names\") {\n    \/\/   val letters = Letters(5, 6, 7, 8)\n    \/\/   Annotations.fields[Letters, ref].map(_.name)\n    \/\/ }.assert(_ == List(\"alpha\", \"beta\", \"beta\", \"delta\"))\n\n    \/\/ test(\"get annotations on type\") {\n    \/\/   implicitly[TypeMetadata[Company]].annotations\n    \/\/ }.assert(_ == List(count(10)))\n\n    \/\/ test(\"get the short name of the type\") {\n    \/\/   implicitly[TypeMetadata[Person]].typeName\n    \/\/ }.assert(_ == \"Person\")\n    \n    \/\/ test(\"get the full name of the type\") {\n    \/\/   implicitly[TypeMetadata[Person]].fullTypeName\n    \/\/ }.assert(_ == \"adversaria.tests.Person\")\n    \n    \/\/ test(\"find the field with a particular annotation\") {\n    \/\/   val ann = implicitly[FindMetadata[id, Person]]\n    \/\/   val person = Person(\"<NAME>\", \"<EMAIL>\")\n    \/\/   ann.get(person)\n    \/\/ }.assert(_ == \"<EMAIL>\")\n    \n    \/\/ test(\"check the name of the field found by an annotation\") {\n    \/\/   implicitly[FindMetadata[id, Person]].parameter.fieldName\n    \/\/ }.assert(_ == \"email\")\n    \n    \/\/ test(\"check that implicit for missing annotation is not resolved\") {\n    \/\/   scalac\"implicitly[FindMetadata[id, Company]]\"\n    \/\/ }.assert(_ == TypecheckError(\"adversaria: could not find matching annotation\"))\n\n    \/\/ test(\"extract annotation value generically\") {\n    \/\/   def getId[T](value: T)(implicit anns: FindMetadata[id, T]): Text =\n    \/\/     anns.get(value).toString\n\n    \/\/   getId(Employee(Person(\"<NAME>\", \"<EMAIL>\"), 3141592))\n    \/\/ }.assert(_ == \"3141592\")\n"}
{"repo_name":"tagia0212\/fp-in-scala","path":"src\/main\/scala\/lesson\/4.scala","text":"package lesson\n\nobject Main4 extends App {\n\n\n\n}"}
{"repo_name":"tagia0212\/fp-in-scala","path":"src\/main\/scala\/lesson\/2.scala","text":"<reponame>tagia0212\/fp-in-scala\npackage lesson\n\nobject Main2 \/* extends App *\/ {\n\n    \/\/ ex 2.1\n    \/*\n       Get the Fibonacci numbers with recursive function.\n    *\/\n    def fib(n: Int): Int = n match {\n        case x if n == 0 => 0\n        case 0 => 1\n        case 1 => 1\n        case x => fib(n-1) + fib(n-2)\n    }\n\n    println(fib(10))\n\n    \/\/ ex 2.2\n    \/*\n        Implement isSorted, which checks whether an Array[A] is sorted according to a given comparison function.\n    *\/\n    def isSorted[A](as: Array[A], orderd: (A, A) => Boolean): Boolean = {\n        def check(n: Int): Boolean = n match {\n            case n if n < as.length - 1 => orderd(as(n), as(n+1)) && check(n+1)\n            case m => true\n        }\n        check(0)\n    }\n\n    println(isSorted(Array(1,2,3,4,5,6,7,8,9,10), ((x:Int, y:Int) => x < y)))\n    println(isSorted(Array(1,2,3,4,50,6,7,8,9,10), ((x:Int, y:Int) => x > y)))\n\n    \/\/ ex 2.3\n    def curry[A,B,C](f: (A, B) => C): A => (B => C) = (a: A) => f(a, _)\n    val f = curry((x:Int, y:Float) => \"hello\")\n    println(f(1)(1.0f))\n\n    \/\/ ex 2.4\n    def uncurry[A,B,C](f: A => B => C): (A, B) => C = (a: A, b: B) => f(a)(b)\n\n    \/\/ ex 2.5\n    def compose[A,B,C](f: B => C, g: A => B): A => C\n    = (a: A) => f(g(a))\n\n\n\n}"}
{"repo_name":"tagia0212\/fp-in-scala","path":"src\/main\/scala\/util\/List.scala","text":"<filename>src\/main\/scala\/util\/List.scala<gh_stars>0\npackage util.datastructure\n\nsealed trait List[+A]\ncase object Nil extends List[Nothing]\ncase class Cons[+A](head: A, tail: List[A]) extends List[A]\n\nobject List {\n\n    def apply[A](as: A*): List[A] = {\n        if (as.isEmpty) Nil\n        else Cons(as.head, apply(as.tail: _*))\n    }\n\n    def sum(ints: List[Int]): Int = ints match {\n        case Nil => 0\n        case Cons(x, xs) => x + sum(xs)\n    }\n\n    def sum2(ns: List[Int]) = foldRight(ns, 0)(_ + _)\n    def product2(ns: List[Int]) = foldRight(ns, 1)(_ * _)\n\n    \/\/ ex 3.2\n    def tail[A](as: List[A]): List[A] = as match {\n        case Nil => Nil\n        case Cons(h, t) => t\n    }\n\n    \/\/ ex 3.3\n    def setHead[A](as: List[A], element: A): List[A] = as match {\n        case Nil => Nil\n        case Cons(h, t) => Cons(element, t)\n    }\n\n    \/\/ ex 3.4\n    def drop[A](l: List[A], n: Int): List[A] = (l, n) match {\n        case (Nil, _) => Nil\n        case (_, 0) => l\n        case (Cons(h, t), x) => drop(t, x-1)\n    }\n\n    \/\/ ex 3.5\n    def dropWhile[A](l: List[A], f: A => Boolean): List[A] = l match {\n        case Nil => Nil\n        case Cons(h, t) =>\n            if (f(h)) l\n            else dropWhile(t, f)\n    }\n\n    \/\/ ex 3.6\n    def init[A](l: List[A]): List[A] = l match {\n        case Nil => Nil\n        case Cons(h, Nil) => Nil\n        case Cons(h, t) => Cons(h, init(t))\n    }\n\n    def foldRight[A,B](as: List[A], z: B)(f: (A, B) => B): B = as match {\n        case Nil => z\n        case Cons(x, xs) => f(x, foldRight(xs, z)(f))\n    }\n\n    \/\/ ex 3.9\n    def length[A](as: List[A]): Int = foldRight(as, 0)((x, y) => y + 1)\n\n    \/\/ ex 3.10\n    \/\/ with tail-recursive\n    def foldLeft[A,B](as: List[A], z: B)(f: (B, A) => B): B = {\n        def _foldLeft(ass: List[A], res: B): B = ass match {\n            case Nil => res\n            case Cons(h, t) => _foldLeft(t, f(res, h))\n        }\n        _foldLeft(as, z)\n    }\n\n    \/\/ ex 3.11\n    def suml(l: List[Int]) = foldLeft(l, 0)(_ + _)\n\n    \/\/ ex 3.12\n    def productl(l: List[Int]) = foldLeft(l, 1)(_ * _)\n\n    \/\/ ex 3.13 (Hard)\n    \/*\n        Can you write foldLeft in terms of foldRight? How about the other way around?\n        Implementing foldRight via foldLeft is userful because it lets us implement foldRight\n        tail-recursively, which means it works evens for large lists without overflowing the stack.\n    *\/\n    \/\/ implement foldLeft like foldRight.\n    def foldLeft2[A,B](as: List[A], z: B)(f: (B, A) => B): B = as match {\n        case Cons(x, xs) => f(foldLeft2(xs, z)(f), x)\n        case Nil => z\n    }\n\n    \/\/ ex 3.14\n    def append [A](as1: List[A], as2: List[A]) = foldRight(as1, as2)(Cons(_, _))\n\n    \/\/ ex 3.15\n    \/\/ flatten List of Lists\n    \/\/ I think my argorhyzhm is not good.\n    \/\/ memory effecienty is so bad...\n    def join[A](as: List[List[A]]): List[A] = as match {\n        case Cons(l, m) =>\n            def run(xs: List[A]):List[A] = xs match {\n                case Nil => Nil\n                case Cons(h, Nil) => Cons(h, join(m))\n                case Cons(h, t) => Cons(h, run(t))\n            }\n            run(l)\n\n        case Nil => Nil\n    }\n\n    \/\/ using the function already implemented.\n    def join2[A](as: List[List[A]]): List[A] =\n    foldRight(as, Nil:List[A])(foldRight(_, _)(Cons(_, _)))\n\n    \/\/ ex 3.16\n    def addOne(ints: List[Int]): List[Int] = ints match {\n        case Cons(i, t) => Cons(i + 1, addOne(t))\n        case Nil => Nil\n    }\n\n    \/\/ ex 3.17\n    def doublesToStrings(doubles: List[Double]): List[String] = doubles match {\n        case Cons(d, t) => Cons(d.toString(), doublesToStrings(t))\n        case Nil => Nil\n    }\n\n    \/\/ ex 3.18\n    def map[A,B](as: List[A])(f: A => B): List[B] = as match {\n        case Cons(a, t) => Cons(f(a), map(t)(f))\n        case Nil => Nil\n    }\n\n    \/\/ ex 3.19\n    def filter[A](as: List[A])(f: A => Boolean): List[A] = as match {\n        case Cons(a, t) =>\n            if (f(a)) Cons(a, filter(t)(f))\n            else filter(t)(f)\n        case Nil => Nil\n    }\n\n    \/\/ ex 3.20\n    def flatMap[A,B](as: List[A])(f: A => List[B]): List[B] = join2(map(as)(f))\n\n    \/\/ ex 3.21\n    def filterflat[A](as: List[A])(f: A => Boolean): List[A] =\n        flatMap(as){ x =>\n            if (f(x)) List(x)\n            else Nil\n        }\n\n    \/\/ ex 3.22\n    def addList(xs: List[Int], ys: List[Int]): List[Int] =\n        (xs, ys) match {\n            case (Cons(h1, t1), Cons(h2, t2)) => Cons(h1 + h2, addList(t1, t2))\n            case (Cons(h1, t1), Nil) => Nil\n            case (Nil, Cons(h2, t2)) => Nil\n            case (Nil, Nil) => Nil\n        }\n\n    \/\/ ex 3.23\n    def zipWith[A, B](xs: List[A], ys: List[A])(f: (A, A) => B): List[B] = {\n        (xs, ys) match {\n            case (Cons(h1, t1), Cons(h2, t2)) => Cons(f(h1, h2), zipWith(t1, t2)(f))\n            case (Cons(h1, t1), Nil) => Nil\n            case (Nil, Cons(h2, t2)) => Nil\n            case (Nil, Nil) => Nil\n        }\n    }\n\n    \/\/ ex 3.24 (Hard)\n    def hasSubsequence[A](sup: List[A], sub: List[A]): Boolean = {\n        def check(xs: List[A], ys: List[A]): Boolean = (xs, ys) match {\n            case (Nil, _) => false\n            case (_, Nil) => true\n            case (Cons(h1 ,t1), Cons(h2, t2)) => (h1 == h2) && check(t1, t2)\n        }\n\n        sup match {\n            case Nil => false\n            case Cons(h ,t) => check(sup, sub) || hasSubsequence(t, sub)\n        }\n    }\n\n\n\n}"}
{"repo_name":"tagia0212\/fp-in-scala","path":"src\/main\/scala\/util\/Tree.scala","text":"package util.datastructure\n\nsealed trait Tree[+A]\ncase class Leaf[A](value: A) extends Tree[A]\ncase class Branch[A](left: Tree[A], right: Tree[A]) extends Tree[A]\n\nobject Tree {\n    \/\/ ex 3.25\n    def size[A](t: Tree[A]): Int = t match {\n        case Leaf(v) => 1\n        case Branch(l, r) => size(l) + size(r) + 1\n    }\n\n    \/\/ ex 3.26\n    def maximum(t: Tree[Int]): Int = t match {\n        case Leaf(v) => v\n        case Branch(l, r) => maximum(l) max maximum(r)\n    }\n\n    \/\/ ex 3.27\n    def depth[A](t: Tree[A]): Int = t match {\n        case Leaf(v) => 1\n        case Branch(l, r) => (depth(l) + 1) max (depth(r) + 1)\n    }\n\n    \/\/ ex 3.28\n    def map[A,B](t: Tree[A])(f: A => B): Tree[B] = t match {\n        case Leaf(v) => Leaf(f(v))\n        case Branch(l, r) => Branch(map(l)(f), map(r)(f))\n    }\n\n    \/\/ ex 3.29\n    \/* Implement fold function. *\/\n}"}
{"repo_name":"tagia0212\/fp-in-scala","path":"src\/main\/scala\/lesson\/3.scala","text":"package lesson\n\nimport util.{datastructure => D}\n\nobject Main3 \/* extends App *\/ {\n    {\n        import util.datastructure.List._\n\n        \/\/ ex 3.1\n        val x = D.List(1,2,3,4,5) match {\n            case D.Cons(x, D.Cons(2, D.Cons(4, _))) => x\n            case D.Nil => 42\n            case D.Cons(x, D.Cons(y, D.Cons(3, D.Cons(4, _)))) => x\n            case D.Cons(h, t) => h + sum(t)\n            case _ => 101\n        }\n\n        \/\/ ex 3.7\n        \/*\n            Can product, implemented using foldRight, immediately halt the recursion and return 0.0\n            if it encounters a 0.0?\n        *\/\n        \/*\n            The function foldRight works with the structure of List, so I can't controll by the indeed value of head.\n            Therefore I can't halt the recursion and return 0.0 in the case.\n        *\/\n\n\n        \/\/ ex 3.8\n        \/*\n            See what happens when you pass Nil and Cons themsleves to foldRight, like the flowing code.\n        *\/\n        println(foldRight(D.List(1,2,3), D.Nil:D.List[Int])(D.Cons(_, _)))\n        \/*\n            the foldRight is the id function of the data structure, List?\n        *\/\n\n        val list = D.List(1,2,3,4,5,6,7,8)\n        println(\"first length : \" + list)\n        println(\"seconds length : \" + tail(list))\n        println(\"replace head to 10 : \" + setHead(list, 10))\n        println(\"drop 5 : \" + drop(list, 5))\n        println(\"drop while the element is 6 : \" + dropWhile(list, (x:Int) => x == 6))\n        println(\"init : \" + init(list))\n        println(\"sum2 : \" + sum2(list))\n        println(\"product2 : \" + product2(list))\n        println(\"length : \" + length(list))\n        println(\"foldLeft : \" + foldLeft(list, 0)((x, y) => x - y))\n        println(\"foldLeft2 : \" + foldLeft2(list, 0)((x, y) => x - y))\n        println(\"foldRight : \" + foldRight(list, 0)((x, y) => x - y))\n        println(\"append in terms of foldRight : \" + append(D.List(1,2,3,4), D.List(10,20,30,40)))\n        println(\"join the list of lists : \" + join(D.List(D.List(1,2,3,4), D.List(1,2,3,4), D.List(10,10))))\n        println(\"join2 the list of lists : \" + join2(D.List(D.List(1,2,3,4), D.List(1,2,3,4), D.List(10,10))))\n        println(\"increment all element of the integer List : \" + addOne(D.List(0,0,0,0)))\n        println(\"stringify all element of the double List : \" + doublesToStrings(D.List(1.0, 2.0, 3.0, 4.5)) )\n        println(\"map : \" + map(D.List(1,2,3,4))(_ + 10.5))\n        println(\"filter : \" + filter(D.List(1,2,3,4))(_ % 2 == 0))\n        println(\"flatMap : \" + flatMap(D.List(1,2,3,4))(i => D.List(i, i)))\n        println(\"filter via flatMap : \" + filterflat(D.List(1,2,3,4,5,6))(_ % 2 == 0) )\n        println(\"addList : \" + addList(D.List(1,2,3), D.List(4,5,6)))\n        println(\"zipWith : \" + zipWith(D.List(1,2,3), D.List(4,5,6))((x, y) => (x, y)))\n        println(\"hasSubsequence : \" + hasSubsequence(D.List(1,2,3,4,5,6,7), D.List(1,2)) )\n    }\n\n    {\n        import util.datastructure.Tree._\n        val tree = D.Branch(D.Leaf(1), D.Branch(D.Branch(D.Leaf(10), D.Leaf(5)), D.Leaf(2)))\n        println(\"tree : \" + tree)\n        println(\"tree size : \" + size(tree))\n        println(\"maximum value in the tree : \" + maximum(tree))\n        println(\"depth of the tree : \" + depth(tree))\n        println(\"map : \" + map(tree)(\"a\" * _))\n    }\n\n\n}"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/iomonad\/IOSpec.scala","text":"<gh_stars>0\npackage fpinscala.iomonad\n\nimport java.nio.channels.AsynchronousFileChannel\nimport java.nio.file.{Paths, StandardOpenOption}\nimport java.util.concurrent.Executors\n\nimport fpinscala.parallelism.Nonblocking.Par\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass IOSpec extends FlatSpec with Matchers {\n  import fpinscala.iomonad.IO3._\n\n  \/\/ Exercise 2\n\n  \"IO Monad\" should \"run trampolined Function0\" in {\n    val f: IO3.Free[Function0, Int] = IO3.Return(42)\n    val free = List.fill(1000000)(f).foldLeft(f) { (f1, f2) =>\n      f1.flatMap(_ => f2)\n    }\n\n    runTrampoline(free) shouldBe 42\n  }\n\n  \/\/ Exercise 3\n\n  it should \"run a Monad\" in {\n    val m = new Monad[List] {\n      override def unit[A](a: => A): List[A] = List(a)\n      override def flatMap[A, B](a: List[A])(f: A => List[B]): List[B] =\n        a.flatMap(f)\n    }\n\n    IO3.run[List, Int](IO3.Return(42))(m) shouldBe List(42)\n    IO3.run[List, Int](IO3.Suspend(List(1, 2, 3)))(m) shouldBe List(1, 2, 3)\n    IO3.run[List, Int](IO3.FlatMap(\n      IO3.Suspend(List(1, 2, 3)),\n      (i: Int) => Return(i + 1)))(m) shouldBe List(2, 3, 4)\n  }\n\n  \/\/ Exercise 5\n\n  it should \"read a file\" in {\n    val path = Paths.get(getClass.getClassLoader.getResource(\"data.txt\").toURI)\n    val ch = AsynchronousFileChannel.open(path, StandardOpenOption.READ)\n\n    Par\n      .run(Executors.newCachedThreadPool())(IO3.read(ch, 0, 255))\n      .fold(\n        err => fail(err),\n        res =>\n          res should contain theSameElementsAs Array(\n            'a'.toInt,\n            'b'.toInt,\n            'c'.toInt)\n      )\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/MyParsers.scala","text":"package fpinscala.parsing\n\nimport scala.util.matching.Regex\nimport MyParser._\n\nobject MyParser {\n  type MyParser[+A] = ((Location) => ParseResult[A])\n}\n\nobject MyParsers extends Parsers[MyParser] {\n  def consume(loc: Location, s: String): ParseResult[String] =\n    Success(s, loc.advanceBy(s.length))\n\n  override def run[A](p: MyParser[A])(input: String): ParseResult[A] =\n    p(Location(input))\n\n  \/\/ Exercise 13: Implement string, regex, succeed, and slice for this initial representation of Parser.\n  \/\/ Exercise 14: Revise your implementation of string to use scope and\/or label to provide a meaningful error message in the event of an error.\n  override implicit def string(s: String): MyParser[String] =\n    loc =>\n      if (loc.currentPos.startsWith(s))\n        consume(loc, s)\n      else\n        Failure(loc.toError(s\"expected string '$s'\"))\n\n  override implicit def regex(r: Regex): MyParser[String] =\n    loc =>\n      r.findPrefixOf(loc.currentPos) match {\n        case Some(s) => consume(loc, s)\n        case _ => Failure(loc.toError(s\"expected regex '$r'\"))\n    }\n\n  override def succeed[A](a: A): MyParser[A] = loc => Success(a, loc)\n\n  override def fail[A](error: ParseError): MyParser[A] = loc => Failure(error)\n\n  \/\/ Exercise 17: Think of a way of modifying the Parser representation to make slicing more efficient.\n  \/\/ One way to achieve this is to switch parsers into \"lookahead\" mode (via some flag or param) in which they do not\n  \/\/ consume input, but simply try matching and returning the longest prefix.\n  \/\/ This would require modifying primitive operations to act accordingly depending on the flag.\n  override def slice[A](p: MyParser[A]): MyParser[String] =\n    loc =>\n      p(loc) match {\n        case Success(_, ahead) =>\n          Success(loc.input.substring(loc.offset, ahead.offset), ahead)\n        case Failure(error, c) => Failure(error, c)\n    }\n\n  override def or[A](p1: MyParser[A], p2: => MyParser[A]): MyParser[A] =\n    loc =>\n      p1(loc) match {\n        case Failure(e, false) => p2(loc).mapError(_.pushOther(e).flatten)\n        case r => r\n    }\n\n  \/\/ Exercise 15: Implement the rest of the primitives, including run, using this representation of Parser, and try running your JSON parser on various inputs.\n  override def flatMap[A, B](p: MyParser[A])(\n    f: (A) => MyParser[B]): MyParser[B] =\n    loc =>\n      p(loc) match {\n        case Success(v, ahead) => f(v)(ahead)\n        case Failure(e, c) => Failure(e, c)\n    }\n\n  override def recoverWith[A, B >: A](p: MyParser[A])(\n    f: (Failure) => MyParser[B]): MyParser[B] =\n    loc =>\n      p(loc) match {\n        case failure: Failure => f(failure)(loc)\n        case success => success\n    }\n\n  override def describe[A](p: MyParser[A], description: String): MyParser[A] =\n    loc => p(loc).mapError(_.push(loc, description))\n\n  override def important[A](p: MyParser[A]): MyParser[A] = loc => p(loc).commit\n\n  override def lazyP[A](parser: => MyParser[A]): MyParser[A] =\n    loc => parser(loc)\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/monads\/Monad.scala","text":"<gh_stars>0\npackage fpinscala\npackage monads\n\nimport parsing._\nimport testing._\nimport parallelism._\nimport state._\nimport parallelism.Par._\nimport language.higherKinds\n\ntrait Functor[F[_]] {\n  def map[A, B](fa: F[A])(f: A => B): F[B]\n\n  def distribute[A, B](fab: F[(A, B)]): (F[A], F[B]) =\n    (map(fab)(_._1), map(fab)(_._2))\n\n  def codistribute[A, B](e: Either[F[A], F[B]]): F[Either[A, B]] = e match {\n    case Left(fa) => map(fa)(Left(_))\n    case Right(fb) => map(fb)(Right(_))\n  }\n}\n\nobject Functor {\n  val listFunctor = new Functor[List] {\n    def map[A, B](as: List[A])(f: A => B): List[B] = as map f\n  }\n}\n\ntrait Monad[M[_]] extends Functor[M] {\n  def unit[A](a: => A): M[A]\n  def flatMap[A, B](ma: M[A])(f: A => M[B]): M[B]\n\n  def map[A, B](ma: M[A])(f: A => B): M[B] =\n    flatMap(ma)(a => unit(f(a)))\n  def map2[A, B, C](ma: M[A], mb: M[B])(f: (A, B) => C): M[C] =\n    flatMap(ma)(a => map(mb)(b => f(a, b)))\n  def product[A, B](ma: M[A], mb: M[B]): M[(A, B)] =\n    map2(ma, mb)((_, _))\n\n  \/\/ Exercise 3: The sequence and traverse combinators should be pretty familiar to you by now, and your implementations of them\n  \/\/ from various prior chapters are probably all very similar. Implement them once and for all on Monad[F].\n  def sequence[A](lma: List[M[A]]): M[List[A]] =\n    lma.foldRight(unit(List.empty[A]))((ma, mla) => map2(ma, mla)(_ :: _))\n\n  def traverse[A, B](la: List[A])(f: A => M[B]): M[List[B]] =\n    sequence(la map f)\n\n  \/\/ Exercise 4: Implement replicateM\n  \/\/ Exercise 5: Think about what it does\n  def replicateM[A](n: Int, ma: M[A]): M[List[A]] =\n    sequence(List.fill(n)(ma))\n\n  \/\/ Exercise 6: Implement this function, and then think about what it means for various data types.\n  def filterM[A](as: List[A])(f: A => M[Boolean]): M[List[A]] =\n    as.foldRight(unit(List.empty[A])) { (a, mla) =>\n      flatMap(f(a))(b => if (b) map(mla)(a :: _) else mla)\n    }\n\n  \/\/ Exercise 7: Implement the Kleisli composition function compose.\n  def compose[A, B, C](f: A => M[B], g: B => M[C]): A => M[C] =\n    a => flatMap(f(a))(g)\n\n  \/\/ Exercise 8: Implement flatMap in terms of `compose`.\n  def flatMapViaCompose[A, B](ma: M[A])(f: A => M[B]): M[B] =\n    compose((_: Unit) => ma, f)(())\n\n  \/\/ Exercise 12: Implement join in terms of flatMap.\n  def join[A](mma: M[M[A]]): M[A] =\n    flatMap(mma)(identity)\n\n  \/\/ Exercise 13: Implement flatMap in terms of `join`.\n  def flatMapViaJoin[A, B](ma: M[A])(f: A => M[B]): M[B] =\n    join(map(ma)(f))\n}\n\nobject Monad {\n  val genMonad = new Monad[Gen] {\n    def unit[A](a: => A): Gen[A] = Gen.unit(a)\n    override def flatMap[A, B](ma: Gen[A])(f: A => Gen[B]): Gen[B] =\n      ma flatMap f\n  }\n\n  \/\/ Exercise 1: Write monad instances for Par, Parser, Option, Stream, and List.\n  val parMonad: Monad[Par] = new Monad[Par] {\n    def unit[A](a: => A): Par[A] = Par.unit(a)\n    def flatMap[A, B](ma: Par[A])(f: (A) => Par[B]): Par[B] = Par.flatMap(ma)(f)\n  }\n\n  def parserMonad[P[+ _]](p: Parsers[P]): Monad[P] = new Monad[P] {\n    def unit[A](a: => A): P[A] = p.succeed(a)\n    def flatMap[A, B](ma: P[A])(f: (A) => P[B]): P[B] = p.flatMap(ma)(f)\n  }\n\n  val optionMonad: Monad[Option] = new Monad[Option] {\n    def unit[A](a: => A): Option[A] = Option.apply(a)\n    def flatMap[A, B](ma: Option[A])(f: (A) => Option[B]): Option[B] =\n      ma flatMap f\n  }\n\n  val streamMonad: Monad[Stream] = new Monad[Stream] {\n    def unit[A](a: => A): Stream[A] = Stream(a)\n    def flatMap[A, B](ma: Stream[A])(f: (A) => Stream[B]): Stream[B] =\n      ma flatMap f\n  }\n\n  val listMonad: Monad[List] = new Monad[List] {\n    def unit[A](a: => A): List[A] = List(a)\n    def flatMap[A, B](ma: List[A])(f: (A) => List[B]): List[B] = ma flatMap f\n  }\n\n  \/\/ Exercise 2: Try to implement a State monad, see what issues you run into, and think about possible solutions.\n  class StateInstances[S] {\n    type SState[A] = State[S, A]\n\n    def instance: Monad[SState] = new Monad[SState] {\n      def unit[A](a: => A): SState[A] = State.unit[S, A](a)\n      def flatMap[A, B](ma: SState[A])(f: (A) => SState[B]): SState[B] =\n        ma flatMap f\n    }\n  }\n\n  val idMonad: Monad[Id] = new Monad[Id] {\n    def unit[A](a: => A): Id[A] = Id(a)\n    def flatMap[A, B](ma: Id[A])(f: (A) => Id[B]): Id[B] = ma.flatMap(f)\n  }\n}\n\n\/\/ Exercise 17: Implement map and flatMap as methods on this class, and give an implementation for Monad[Id].\ncase class Id[A](value: A) {\n  def map[B](f: A => B): Id[B] = Id(f(value))\n  def flatMap[B](f: A => Id[B]): Id[B] = f(value)\n}\n\n\/\/ Exercise 20: To cement your understanding of monads, give a monad instance for the following type, and explain what it means.\ncase class Reader[R, A](run: R => A)\nobject Reader {\n  def readerMonad[R] = new Monad[({ type f[x] = Reader[R, x] })#f] {\n    def unit[A](a: => A): Reader[R, A] =\n      Reader(_ => a)\n    def flatMap[A, B](st: Reader[R, A])(f: A => Reader[R, B]): Reader[R, B] =\n      Reader(r => f(st.run(r)).run(r))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/monoids\/Monoid.scala","text":"package fpinscala.monoids\n\nimport fpinscala.parallelism.Nonblocking._\n\nimport language.higherKinds\nimport scala.List\nimport scala.math.min\n\ntrait Monoid[A] {\n  def op(a1: A, a2: A): A\n  def zero: A\n}\n\nobject Monoid {\n  val stringMonoid = new Monoid[String] {\n    def op(a1: String, a2: String): String = a1 + a2\n    val zero = \"\"\n  }\n\n  def listMonoid[A] = new Monoid[List[A]] {\n    def op(a1: List[A], a2: List[A]): List[A] = a1 ++ a2\n    val zero = Nil\n  }\n\n  \/\/ Exercise 1: Give Monoid instances for integer addition and multiplication as well as the Boolean operators.\n  val intAddition: Monoid[Int] = new Monoid[Int] {\n    def op(a1: Int, a2: Int): Int = a1 + a2\n    val zero: Int = 0\n  }\n\n  val intMultiplication: Monoid[Int] = new Monoid[Int] {\n    def op(a1: Int, a2: Int): Int = a1 * a2\n    val zero: Int = 1\n  }\n\n  val booleanOr: Monoid[Boolean] = new Monoid[Boolean] {\n    def op(a1: Boolean, a2: Boolean): Boolean = a1 || a2\n    val zero: Boolean = false\n  }\n\n  val booleanAnd: Monoid[Boolean] = new Monoid[Boolean] {\n    def op(a1: Boolean, a2: Boolean): Boolean = a1 && a2\n    val zero: Boolean = true\n  }\n\n  \/\/ Exercise 2: Give a Monoid instance for combining Option values.\n  def optionMonoid[A]: Monoid[Option[A]] = new Monoid[Option[A]] {\n    def op(a1: Option[A], a2: Option[A]): Option[A] = a1 orElse a2\n    val zero: Option[A] = None\n  }\n\n  \/\/ Exercise 3: Write a monoid for endofunctions.\n  def endoMonoid[A]: Monoid[A => A] = new Monoid[(A) => A] {\n    def op(a1: (A) => A, a2: (A) => A): (A) => A = a1 andThen a2\n    val zero: (A) => A = identity[A]\n  }\n\n  def reverse[A](m: Monoid[A]): Monoid[A] = new Monoid[A] {\n    def op(a1: A, a2: A): A = m.op(a2, a1)\n    val zero: A = m.zero\n  }\n\n  import fpinscala.testing._\n  import Prop._\n  \/\/ Exercise 4: Use the property-based testing framework we developed in part 2 to implement a property for the monoid laws.\n  \/\/ Use your property to test the monoids we\u2019ve written.\n  \/\/ Note: since we cannot test functions for equality endoMonoid cannot be tested.\n  def monoidLaws[A](m: Monoid[A], gen: Gen[A]): Prop =\n    forAll(Gen.listOfN(3, gen)) {\n      case a1 :: a2 :: a3 :: Nil =>\n        import m.op\n\n        op(a1, m.zero) == a1 &&\n        op(m.zero, a1) == a1 &&\n        op(op(a1, a2), a3) == op(a1, op(a2, a3))\n      case _ => false\n    }\n\n  def trimMonoid(s: String): Monoid[String] = sys.error(\"todo\")\n\n  def concatenate[A](as: List[A], m: Monoid[A]): A =\n    as.foldLeft(m.zero)(m.op)\n\n  \/\/ Exercise 5: Implement foldMap.\n  def foldMap[A, B](as: List[A], m: Monoid[B])(f: A => B): B =\n    as.foldLeft(m.zero)((acc, a) => m.op(acc, f(a)))\n\n  \/\/ Exercise 6: The foldMap function can be implemented using either foldLeft or foldRight.\n  \/\/ But you can also write foldLeft and foldRight using foldMap! Try it.\n  def foldRight[A, B](as: List[A])(z: B)(f: (A, B) => B): B =\n    foldMap(as, reverse(endoMonoid[B]))(f.curried)(z)\n\n  def foldLeft[A, B](as: List[A])(z: B)(f: (B, A) => B): B =\n    foldMap(as, endoMonoid[B])(a => b => f(b, a))(z)\n\n  \/\/ Exercise 7: Implement a foldMap for IndexedSeq.\n  \/\/ Your implementation should use the strategy of splitting the sequence in two,\n  \/\/ recursively processing each half, and then adding the answers together with the monoid.\n  def foldMapV[A, B](as: IndexedSeq[A], m: Monoid[B])(f: A => B): B = {\n    if (as.size < 2)\n      as.headOption.map(f).getOrElse(m.zero)\n    else {\n      val (l, r) = as.splitAt(as.length \/ 2)\n      m.op(foldMapV(l, m)(f), foldMapV(r, m)(f))\n    }\n  }\n\n  \/\/ Exercise 8: Also implement a parallel version of foldMap using the library we developed in chapter 7\n  def par[A](m: Monoid[A]): Monoid[Par[A]] = new Monoid[Par[A]] {\n    def op(a1: Par[A], a2: Par[A]): Par[A] = Par.map2(a1, a2)(m.op)\n    val zero: Par[A] = Par.unit(m.zero)\n  }\n\n  def parFoldMap[A, B](as: IndexedSeq[A], m: Monoid[B])(f: A => B): Par[B] =\n    Par.flatMap(Par.sequenceBalanced(as.map(Par.asyncF(f)))) { bs =>\n      foldMapV(bs, par(m))(b => Par.lazyUnit(b))\n    }\n\n  \/\/ Exercise 9: Use foldMap to detect whether a given IndexedSeq[Int] is ordered. You\u2019ll need to come up with a creative Monoid\n  def ordered(ints: IndexedSeq[Int]): Boolean = {\n    val creativeMonoid = new Monoid[(Option[Int], Boolean)] {\n      def op(\n        a1: (Option[Int], Boolean),\n        a2: (Option[Int], Boolean)): (Option[Int], Boolean) =\n        (a1, a2) match {\n          case ((_, false), (i2, _)) =>\n            (i2, false)\n          case ((Some(i1), _), (Some(i2), _)) if i1 > i2 =>\n            (Some(i2), false)\n          case ((i1, _), _) =>\n            (i1, true)\n        }\n      val zero: (Option[Int], Boolean) = (None, true)\n    }\n\n    foldMapV(ints, creativeMonoid)(i => (Some(i), true))._2\n  }\n\n  sealed trait WC\n  case class Stub(chars: String) extends WC\n  case class Part(lStub: String, words: Int, rStub: String) extends WC\n\n  \/\/ Exercise 10: Write a monoid instance for WC and make sure that it meets the monoid laws.\n  def wcMonoid: Monoid[WC] = new Monoid[WC] {\n    def op(a1: WC, a2: WC): WC =\n      (a1, a2) match {\n        case (Stub(c1), Stub(c2)) => Stub(c1 + c2)\n        case (Stub(c), Part(l, w, r)) => Part(c + l, w, r)\n        case (Part(l, w, r), Stub(c)) => Part(l, w, r + c)\n        case (Part(l1, w1, r1), Part(l2, w2, r2)) =>\n          Part(l1, w1 + w2 + min(1, (r1 + l2).length), r2)\n      }\n    val zero: WC = Stub(\"\")\n  }\n\n  \/\/ Exercise 11: Use the WC monoid to implement a function that counts words in a String\n  \/\/ by recursively splitting it into substrings and counting the words in those substrings.\n  def count(s: String): Int = {\n    def countWord(w: String): Int = min(1, w.length)\n\n    foldMapV(s.toVector, wcMonoid)(c =>\n      if (c.isWhitespace) Part(\"\", 0, \"\") else Stub(c.toString)) match {\n      case Stub(c) => countWord(c)\n      case Part(l, w, r) => w + countWord(l) + countWord(r)\n    }\n  }\n\n  \/\/ Exercise 16: Write a monoid instance for products.\n  def productMonoid[A, B](A: Monoid[A], B: Monoid[B]): Monoid[(A, B)] =\n    new Monoid[(A, B)] {\n      def op(a1: (A, B), a2: (A, B)): (A, B) =\n        (A.op(a1._1, a2._1), B.op(a1._2, a2._2))\n      val zero: (A, B) = (A.zero, B.zero)\n    }\n\n  \/\/ Exercise 17: Write a monoid instance for functions whose results are monoids.\n  def functionMonoid[A, B](B: Monoid[B]): Monoid[A => B] =\n    new Monoid[(A) => B] {\n      def op(a1: (A) => B, a2: (A) => B): (A) => B = a => B.op(a1(a), a2(a))\n      val zero: (A) => B = _ => B.zero\n    }\n\n  def mapMergeMonoid[K, V](V: Monoid[V]): Monoid[Map[K, V]] =\n    new Monoid[Map[K, V]] {\n      def op(a: Map[K, V], b: Map[K, V]): Map[K, V] =\n        (a.keySet ++ b.keySet).foldLeft(zero) { (acc, k) =>\n          acc.updated(k, V.op(a.getOrElse(k, V.zero), b.getOrElse(k, V.zero)))\n        }\n      val zero: Map[K, V] = Map[K, V]()\n    }\n\n  \/\/ Exercise 18: Use monoids to compute a \u201cbag\u201d from an IndexedSeq.\n  def bag[A](as: IndexedSeq[A]): Map[A, Int] =\n    foldMapV(as, mapMergeMonoid[A, Int](intAddition))(a => Map(a -> 1))\n}\n\ntrait Foldable[F[_]] {\n  import Monoid._\n\n  def foldLeft[A, B](as: F[A])(z: B)(f: (B, A) => B): B =\n    foldMap(as)(a => (b: B) => f(b, a))(reverse(endoMonoid[B]))(z)\n\n  def foldRight[A, B](as: F[A])(z: B)(f: (A, B) => B): B =\n    foldMap(as)(f.curried)(endoMonoid[B])(z)\n\n  def foldMap[A, B](as: F[A])(f: A => B)(mb: Monoid[B]): B =\n    foldRight(as)(mb.zero)((a, b) => mb.op(f(a), b))\n\n  def concatenate[A](as: F[A])(m: Monoid[A]): A =\n    foldLeft(as)(m.zero)(m.op)\n\n  \/\/ Exercise 15: Any Foldable structure can be turned into a List. Write this conversion in a generic way.\n  def toList[A](as: F[A]): List[A] =\n    foldRight(as)(List.empty[A])(_ :: _)\n}\n\n\/\/ Exercise 12: Implement Foldable[List], Foldable[IndexedSeq], and Foldable[Stream].\nobject ListFoldable extends Foldable[List] {\n  override def foldRight[A, B](as: List[A])(z: B)(f: (A, B) => B): B =\n    as.foldRight(z)(f)\n  override def foldLeft[A, B](as: List[A])(z: B)(f: (B, A) => B): B =\n    as.foldLeft(z)(f)\n  override def foldMap[A, B](as: List[A])(f: A => B)(mb: Monoid[B]): B =\n    as.foldLeft(mb.zero)((b, a) => mb.op(b, f(a)))\n  override def toList[A](as: List[A]): List[A] =\n    as\n}\n\nobject IndexedSeqFoldable extends Foldable[IndexedSeq] {\n  override def foldRight[A, B](as: IndexedSeq[A])(z: B)(f: (A, B) => B): B =\n    as.foldRight(z)(f)\n  override def foldLeft[A, B](as: IndexedSeq[A])(z: B)(f: (B, A) => B): B =\n    as.foldLeft(z)(f)\n  override def foldMap[A, B](as: IndexedSeq[A])(f: A => B)(mb: Monoid[B]): B =\n    as.foldLeft(mb.zero)((b, a) => mb.op(b, f(a)))\n  override def toList[A](as: IndexedSeq[A]): List[A] =\n    as.toList\n}\n\nobject StreamFoldable extends Foldable[Stream] {\n  override def foldRight[A, B](as: Stream[A])(z: B)(f: (A, B) => B): B =\n    as.foldRight(z)(f)\n  override def foldLeft[A, B](as: Stream[A])(z: B)(f: (B, A) => B): B =\n    as.foldLeft(z)(f)\n  override def foldMap[A, B](as: Stream[A])(f: (A) => B)(mb: Monoid[B]): B =\n    as.foldLeft(mb.zero)((b, a) => mb.op(b, f(a)))\n  override def toList[A](as: Stream[A]): List[A] =\n    as.toList\n}\n\nimport fpinscala.datastructures._\n\/\/ Exercise 13: Recall the binary Tree data type from chapter 3. Implement a Foldable instance for it.\nobject TreeFoldable extends Foldable[Tree] {\n  override def foldLeft[A, B](as: Tree[A])(z: B)(f: (B, A) => B): B =\n    as match {\n      case Leaf(a) => f(z, a)\n      case Branch(l, r) => foldLeft(r)(foldLeft(l)(z)(f))(f)\n    }\n  override def foldRight[A, B](as: Tree[A])(z: B)(f: (A, B) => B): B =\n    as match {\n      case Leaf(a) => f(a, z)\n      case Branch(l, r) => foldRight(l)(foldRight(r)(z)(f))(f)\n    }\n  override def foldMap[A, B](as: Tree[A])(f: A => B)(mb: Monoid[B]): B =\n    as match {\n      case Leaf(a) => f(a)\n      case Branch(l, r) => mb.op(foldMap(l)(f)(mb), foldMap(r)(f)(mb))\n    }\n  override def toList[A](as: Tree[A]): List[A] =\n    foldLeft(as)(List.empty[A])((as, a) => a :: as).reverse\n}\n\n\/\/ Exercise 14: Write a Foldable[Option] instance.\nobject OptionFoldable extends Foldable[Option] {\n  override def foldLeft[A, B](as: Option[A])(z: B)(f: (B, A) => B): B =\n    as match {\n      case None => z\n      case Some(a) => f(z, a)\n    }\n  override def foldRight[A, B](as: Option[A])(z: B)(f: (A, B) => B): B =\n    as match {\n      case None => z\n      case Some(a) => f(a, z)\n    }\n  override def foldMap[A, B](as: Option[A])(f: A => B)(mb: Monoid[B]): B =\n    as match {\n      case None => mb.zero\n      case Some(a) => f(a)\n    }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/gettingstarted\/GettingStartedSpec.scala","text":"<gh_stars>0\npackage fpinscala.gettingstarted\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass GettingStartedSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 1\n\n  \"GettingStarted\" should \"compute the first 2 fibonacci numbers\" in {\n    MyModule.fib(0) shouldBe 0\n    MyModule.fib(1) shouldBe 1\n  }\n\n  it should \"compute nth fibonacci number\" in {\n    MyModule.fib(10) shouldBe 55\n  }\n\n  \/\/ Exercise 2\n\n  it should \"confirm that an empty array is sorted\" in {\n    PolymorphicFunctions.isSorted(Array.empty[Int], (_: Int) < (_: Int)) shouldBe true\n  }\n\n  it should \"confirm that a non empty list is sorted\" in {\n    PolymorphicFunctions.isSorted(Array(1, 3, 4, 5), (_: Int) < (_: Int)) shouldBe true\n  }\n\n  it should \"confirm that a non empty list is not sorted\" in {\n    PolymorphicFunctions.isSorted(Array(1, 3, 2, 5), (_: Int) < (_: Int)) shouldBe false\n  }\n\n  \/\/ Exercise 3\n\n  it should \"curry a function\" in {\n    PolymorphicFunctions.curry(math.max)(4)(3) shouldBe 4\n  }\n\n  \/\/ Exercise 4\n\n  it should \"uncurry a function\" in {\n    PolymorphicFunctions.uncurry((i: Int) => (s: String) => s * i)(3, \"na\") shouldBe \"nanana\"\n  }\n\n  \/\/ Exercise 5\n\n  it should \"compose two functions with aligned types\" in {\n    PolymorphicFunctions.compose(\n      (d: Double) => d.toString,\n      (i: Int) => i.toDouble)(12) shouldBe \"12.0\"\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/errorhandling\/EitherSpec.scala","text":"package fpinscala.errorhandling\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass EitherSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 6\n\n  \"Either\" should \"not map the value inside Left\" in {\n    Left(true).map(_ => false) shouldBe Left(true)\n  }\n\n  it should \"map the value inside Right\" in {\n    Right(true).map(_ => false) shouldBe Right(false)\n  }\n\n  it should \"not flatMap the value inside Left\" in {\n    Left(true).flatMap(_ => Right(false)) shouldBe Left(true)\n    Left(true).flatMap(_ => Left(false)) shouldBe Left(true)\n  }\n\n  it should \"flatMap the value inside Right\" in {\n    Right(true).flatMap(v => Right(!v)) shouldBe Right(false)\n    Right(true).flatMap(v => Left(!v)) shouldBe Left(false)\n  }\n\n  it should \"get the first Right in a chain of orElse invocations\" in {\n    Left(1) orElse Left(2) orElse Right(3) orElse Left(4) shouldBe Right(3)\n  }\n\n  it should \"not map values inside two Eithers, one of which is Left\" in {\n    Left(1).map2(Right(2))((_, _) => 3) shouldBe Left(1)\n    Right(1).map2(Left(2))((_, _) => 3) shouldBe Left(2)\n  }\n\n  it should \"map values inside two Rights\" in {\n    Right(1).map2(Right(2))(_ + _) shouldBe Right(3)\n  }\n\n  \/\/ Exercise 7\n\n  it should \"sequence an empty list\" in {\n    Either.sequence(List.empty[Either[String, Int]]) shouldBe Right(\n      List.empty[Int])\n  }\n\n  it should \"sequence a list of Eithers, one of which is Left\" in {\n    Either.sequence(List(Right(1), Left(2), Right(3))) shouldBe Left(2)\n  }\n\n  it should \"sequence a list of Rights\" in {\n    Either.sequence(List(Right(1), Right(2), Right(3))) shouldBe Right(\n      List(1, 2, 3))\n  }\n\n  it should \"traverse an empty list\" in {\n    Either.traverse(List.empty[Int])(i => Right(i)) shouldBe Right(\n      List.empty[Int])\n  }\n\n  it should \"traverse a list of values with a function that returns Left for some of them\" in {\n    Either.traverse(List(1, 2, 3))(i =>\n      if (i % 2 == 0) Left(\"nope\") else Right(\"yes\")) shouldBe Left(\"nope\")\n  }\n\n  it should \"traverse a list of values with a function that always returns a Right\" in {\n    Either.traverse(List(\"one\", \"two\", \"three\"))(str => Right(str.length)) shouldBe Right(\n      List(3, 3, 5))\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/datastructures\/ListSpec.scala","text":"<filename>exercises\/src\/test\/scala\/fpinscala\/datastructures\/ListSpec.scala\npackage fpinscala.datastructures\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ListSpec extends FlatSpec with Matchers {\n  \/\/ Exercise 2\n\n  \"A List\" should \"fail to get the tail of Nil\" in {\n    a[RuntimeException] shouldBe thrownBy(List.tail(Nil))\n  }\n\n  it should \"get the tail of a non empty list\" in {\n    List.tail(List(1, 2, 3)) shouldBe List(2, 3)\n  }\n\n  it should \"get Nil as the tail of a single element list\" in {\n    List.tail(List(true)) shouldBe Nil\n  }\n\n  \/\/ Exercise 3\n\n  it should \"set the head of a non empty list\" in {\n    List.setHead(List(1, 2, 3), 0) shouldBe List(0, 2, 3)\n  }\n\n  it should \"set the head of Nil\" in {\n    List.setHead(Nil, 1) shouldBe List(1)\n  }\n\n  \/\/ Exercise 4\n\n  it should \"attempt to drop 3 elements from Nil\" in {\n    List.drop(Nil, 3) shouldBe Nil\n  }\n\n  it should \"drop 2 elements from a non empty list\" in {\n    List.drop(List(1, 2, 3), 2) shouldBe List(3)\n  }\n\n  it should \"drop n elements from a list with n - 1 elements in it\" in {\n    List.drop(List(1, 2, 3), 4) shouldBe Nil\n  }\n\n  \/\/ Exercise 5\n\n  it should \"drop elements from Nil while the provided predicate keeps returning true\" in {\n    List.dropWhile(Nil, (_: Int) => true) shouldBe Nil\n  }\n\n  it should \"drop all elements from non empty list while the provided predicate keeps returning true\" in {\n    List.dropWhile(List(1, 2, 3), (_: Int) => true) shouldBe Nil\n  }\n\n  it should \"drop elements from a list of integers while they are even\" in {\n    List.dropWhile(List(2, 4, 5, 6), (i: Int) => i % 2 == 0) shouldBe List(5, 6)\n  }\n\n  \/\/ Exercise 6\n\n  it should \"get Nil as the init of Nil\" in {\n    List.init(Nil) shouldBe Nil\n  }\n\n  it should \"get the init of a non empty list\" in {\n    List.init(List(1, 2, 3)) shouldBe List(1, 2)\n  }\n\n  \/\/ Exercise 9\n\n  it should \"calculate the length of Nil as 0\" in {\n    List.length(Nil) shouldBe 0\n  }\n\n  it should \"calculate the length of Cons with Nil tail as 1\" in {\n    List.length(Cons(\"first!\", Nil)) shouldBe 1\n  }\n\n  it should \"calculate the length of List constructed from varargs correctly\" in {\n    List.length(List(1, 2)) shouldBe 2\n  }\n\n  it should \"calculate the length of List constructed by appending 2 lists as the sum of their lengths\" in {\n    List.length(List.append(List(1, 2), List(3))) shouldBe 3\n  }\n\n  \/\/ Exercise 10\n\n  it should \"subtract elements of a list starting from left\" in {\n    List.foldLeft(List(1, 2, 3), 0)(_ - _) shouldBe -6\n  }\n\n  it should \"get zero element from foldLeft on Nil\" in {\n    List.foldLeft(Nil, 42)((_, _) => fail()) shouldBe 42\n  }\n\n  \/\/ Exercise 11\n\n  it should \"calculate sum, product and length using foldLeft\" in {\n    List.sum3(List(1, 2, 3)) shouldBe 6\n    List.product3(List(2, 4, -1)) shouldBe -8\n    List.length2(Nil) shouldBe 0\n    List.length2(List(1, 2, 3)) shouldBe 3\n  }\n\n  \/\/ Exercise 12\n\n  it should \"reverse Nil\" in {\n    List.reverse(Nil) shouldBe Nil\n  }\n\n  it should \"reverse a non empty list\" in {\n    List.reverse(List(1, 2, 3)) shouldBe List(3, 2, 1)\n  }\n\n  \/\/ Exercise 13\n\n  it should \"left fold elements of Nil using foldRight\" in {\n    List.foldLeft2(Nil, true)((_, _) => false) shouldBe true\n  }\n\n  it should \"left fold elements of a non empty list using foldRight\" in {\n    List.foldLeft2(List(1, 2, 3), 0)(_ - _) shouldBe -6\n  }\n\n  it should \"right fold elements of Nil using foldLeft\" in {\n    List.foldRight2(Nil, true)((_, _) => false) shouldBe true\n  }\n\n  it should \"right fold elements of a non empty list using foldLeft\" in {\n    List.foldRight2(List(1, 2, 3), 0)(_ - _) shouldBe 2\n  }\n\n  \/\/ Exercise 14\n\n  it should \"append Nil and non empty list using a fold\" in {\n    List.append2(Nil, List(1, 2)) shouldBe List(1, 2)\n  }\n\n  it should \"append non empty list and Nil using a fold\" in {\n    List.append2(List(1, 2), Nil) shouldBe List(1, 2)\n  }\n\n  it should \"append two non empty lists using a fold\" in {\n    List.append2(List(1, 2), List(3, 4)) shouldBe List(1, 2, 3, 4)\n  }\n\n  \/\/ Exercise 15\n\n  it should \"flatten Nil\" in {\n    List.flatten(Nil) shouldBe Nil\n  }\n\n  it should \"flatten a list of lists\" in {\n    List.flatten(List(List(1), List(2))) shouldBe List(1, 2)\n  }\n\n  \/\/ Exercise 16\n\n  it should \"add 1 to each element of a list of integers\" in {\n    List.inc(List(1, 3, 5)) shouldBe List(2, 4, 6)\n  }\n\n  \/\/ Exercise 17\n\n  it should \"map every element of a list of doubles to string\" in {\n    List.d2s(List(0.5d, 0.4d, 0.3d)) shouldBe List(\"0.5\", \"0.4\", \"0.3\")\n  }\n\n  \/\/ Exercise 18\n\n  it should \"map Nil\" in {\n    List.map(Nil)((_: Int) => fail()) shouldBe Nil\n  }\n\n  it should \"map a non empty list\" in {\n    List.map(List(1, 2))(i => \"doubled: \" + (i * 2)) shouldBe List(\n      \"doubled: 2\",\n      \"doubled: 4\")\n  }\n\n  \/\/ Exercise 19\n\n  it should \"filter elements of Nil\" in {\n    List.filter(Nil)((_: Int) => true) shouldBe Nil\n  }\n\n  it should \"filter elements of a non empty list\" in {\n    List.filter(List(1, 2, 3, 4))(_ % 2 == 0) shouldBe List(2, 4)\n  }\n\n  \/\/ Exercise 20\n\n  it should \"flatMap Nil by applying the function 0 times\" in {\n    List.flatMap(Nil)((_: Int) => fail()) shouldBe Nil\n  }\n\n  it should \"repeat every element of a non empty list\" in {\n    List.flatMap(List(1, 2, 3))(i => List(i, i)) shouldBe List(1, 1, 2, 2, 3, 3)\n  }\n\n  it should \"drain the list of all elements\" in {\n    List.flatMap(List('a', 'b', 'c'))(_ => Nil) shouldBe Nil\n  }\n\n  \/\/ Exercise 21\n\n  it should \"filter elements of Nil using flatMap\" in {\n    List.filter2(Nil)((_: Int) => true) shouldBe Nil\n  }\n\n  it should \"filter elements of a non empty list using flatMap\" in {\n    List.filter2(List(1, 2, 3, 4))(_ % 2 == 0) shouldBe List(2, 4)\n  }\n\n  \/\/ Exercise 22\n\n  it should \"add corresponding elements from 2 lists, one of which is Nil\" in {\n    List.addTogether(List(1, 2), Nil) shouldBe Nil\n    List.addTogether(Nil, List(1, 2)) shouldBe Nil\n  }\n\n  it should \"add corresponding elements from 2 provided, non empty lists\" in {\n    List.addTogether(List(1, 2, 3), List(10, 20)) shouldBe List(11, 22)\n  }\n\n  \/\/ Exercise 23\n\n  it should \"zip two lists, one of which is Nil, together\" in {\n    List.zipWith(List(1, 2), Nil)((_, _) => fail()) shouldBe Nil\n    List.zipWith(Nil, List(1, 2))((_, _) => fail()) shouldBe Nil\n  }\n\n  it should \"zip two non empty lists together\" in {\n    List.zipWith(List(1, 2), List(\"dog\", \"cats\"))((e1, e2) => e1 + \" \" + e2) shouldBe List(\n      \"1 dog\",\n      \"2 cats\")\n  }\n\n  \/\/ Exercise 24\n\n  it should \"find subsequence of a list where there is one\" in {\n    List.hasSubsequence(List(1, 2, 3), List(1, 2)) shouldBe true\n  }\n\n  it should \"find empty subsequence in a non empty list\" in {\n    List.hasSubsequence(List(1, 2), Nil) shouldBe true\n  }\n\n  it should \"find empty subsequence in Nil\" in {\n    List.hasSubsequence(Nil, Nil) shouldBe true\n  }\n\n  it should \"not find subsequence of a list where there is none\" in {\n    List.hasSubsequence(List(1, 2), List(2, 3)) shouldBe false\n  }\n\n  it should \"not find non empty subsequence of Nil\" in {\n    List.hasSubsequence(Nil, List(1)) shouldBe false\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/laziness\/Stream.scala","text":"package fpinscala.laziness\n\nimport Stream._\nimport scala.annotation.tailrec\nimport fpinscala.errorhandling._\n\ntrait Stream[+A] {\n  def isEmpty: Boolean\n  def nonEmpty: Boolean = !isEmpty\n\n  def headOption: Option[A] = this match {\n    case Empty => None\n    case Cons(h, _) => Some(h())\n  }\n\n  def tail: Stream[A] =\n    drop(1)\n\n  def foldRight[B](z: => B)(f: (A, => B) => B): B = \/\/ The arrow `=>` in front of the argument type `B` means that the function `f` takes its second argument by name and may choose not to evaluate it.\n    this match {\n      case Cons(h, t) =>\n        f(h(), t().foldRight(z)(f)) \/\/ If `f` doesn't evaluate its second argument, the recursion never occurs.\n      case _ => z\n    }\n\n  def exists(p: A => Boolean): Boolean =\n    foldRight(false)((a, b) => p(a) || b) \/\/ Here `b` is the unevaluated recursive step that folds the tail of the stream. If `p(a)` returns `true`, `b` will never be evaluated and the computation terminates early.\n\n  @annotation.tailrec\n  final def find(f: A => Boolean): Option[A] = this match {\n    case Empty => None\n    case Cons(h, t) => if (f(h())) Some(h()) else t().find(f)\n  }\n\n  \/\/ Exercise 1: Write a function to convert a Stream to a List\n  def toList: List[A] = {\n    @tailrec\n    def loop(s: Stream[A], acc: List[A]): List[A] = s match {\n      case Empty => acc\n      case Cons(h, t) => loop(t(), h() :: acc)\n    }\n\n    loop(this, Nil).reverse\n  }\n\n  \/\/ Exercise 2: Write a function take(n) for returning the first n elements of a Stream, and\n  \/\/ drop(n) for skipping the first n elements of a Stream\n  def take(n: Int): Stream[A] = this match {\n    case Cons(h, t) if n > 0 => Stream.cons(h(), t().take(n - 1))\n    case _ => Empty\n  }\n\n  def drop(n: Int): Stream[A] = this match {\n    case Cons(_, t) if n > 0 => t().drop(n - 1)\n    case _ => this\n  }\n\n  \/\/ Exercise 3: Write the function takeWhile for returning all starting elements of a Stream\n  \/\/ that match the given predicate\n  def takeWhile(p: A => Boolean): Stream[A] = this match {\n    case Cons(h, t) if p(h()) => Stream.cons(h(), t().takeWhile(p))\n    case _ => Stream.empty\n  }\n\n  \/\/ Exercise 4: Implement forAll, which checks that all elements in the Stream match a predicate.\n  \/\/ Your implementation should terminate the traversal as soon as it encounters a non-matching value.\n  def forAll(p: A => Boolean): Boolean =\n    foldRight(true)((a, t) => p(a) && t)\n\n  \/\/ Exercise 5: Use foldRight to implement takeWhile\n  def takeWhile2(p: A => Boolean): Stream[A] =\n    foldRight(Stream.empty[A])((a, t) =>\n      if (p(a)) Stream.cons(a, t) else Stream.empty)\n\n  \/\/ Exercise 6: Implement headOption using foldRight\n  def headOption2: Option[A] =\n    foldRight(None: Option[A])((a, _) => Some(a))\n\n  \/\/ Exercise 7: Implement map, filter, append and flatMap using foldRight. The append method\n  \/\/ should be non-strict in its argument.\n  def map[B](f: A => B): Stream[B] =\n    foldRight(Stream.empty[B])((a, t) => Stream.cons(f(a), t))\n\n  def filter(p: A => Boolean): Stream[A] =\n    foldRight(Stream.empty[A])((a, t) => if (p(a)) Stream.cons(a, t) else t)\n\n  def append[B >: A](s: => Stream[B]): Stream[B] =\n    foldRight(s)((a, t) => Stream.cons(a, t))\n\n  \/\/ Exercise 14: Implement startsWith using function you've written\n  def startsWith[B](prefix: Stream[B]): Boolean =\n    Stream.zipAll(this, prefix).takeWhile(_._2.nonEmpty).forAll {\n      case (h1, h2) => h1 == h2\n    }\n\n  \/\/ Exercise 15: Implement tails using unfold\n  def tails: Stream[Stream[A]] =\n    Stream\n      .unfold(this) {\n        case Empty => None\n        case s => Some((s, s.drop(1)))\n      }\n      .append(Stream(Stream.empty))\n\n  def hasSubsequence[A](s: Stream[A]): Boolean =\n    tails exists (_ startsWith s)\n\n  \/\/ Exercise 16: Generalize tails to the function scanRight , which is like a foldRight that\n  \/\/ returns a stream of the intermediate results.\n  def scanRight[B](z: B)(f: (A, => B) => B): Stream[B] =\n    foldRight((z, Stream(z))) {\n      case (a, (s0, s)) =>\n        lazy val v = f(a, s0)\n        (v, Stream.cons(v, s))\n    }._2\n\n  def zipWith[B, C](s2: Stream[B])(f: (A, B) => C): Stream[C] =\n    Stream.zipWith(this, s2)(f)\n\n  def zip[B](s2: Stream[B]): Stream[(A, B)] =\n    zipWith(s2)((_, _))\n\n  def zipAll[B](s2: Stream[B]): Stream[(Option[A], Option[B])] =\n    zipWithAll(s2)((_, _))\n\n  def zipWithAll[B, C](s2: Stream[B])(\n    f: (Option[A], Option[B]) => C): Stream[C] =\n    Stream.unfold((this, s2)) {\n      case (Empty, Empty) => None\n      case (Cons(h, t), Empty) =>\n        Some(f(Some(h()), Option.empty[B]) -> (t(), empty[B]))\n      case (Empty, Cons(h, t)) =>\n        Some(f(Option.empty[A], Some(h())) -> (empty[A] -> t()))\n      case (Cons(h1, t1), Cons(h2, t2)) =>\n        Some(f(Some(h1()), Some(h2())) -> (t1() -> t2()))\n    }\n}\ncase object Empty extends Stream[Nothing] {\n  override def isEmpty: Boolean = true\n}\ncase class Cons[+A](h: () => A, t: () => Stream[A]) extends Stream[A] {\n  override def isEmpty: Boolean = false\n}\n\nobject Stream {\n  def cons[A](hd: => A, tl: => Stream[A]): Stream[A] = {\n    lazy val head = hd\n    lazy val tail = tl\n    Cons(() => head, () => tail)\n  }\n\n  def empty[A]: Stream[A] = Empty\n\n  def apply[A](as: A*): Stream[A] =\n    if (as.isEmpty) empty\n    else cons(as.head, apply(as.tail: _*))\n\n  \/\/ Exercise 8: Generalize ones slightly to the function constant,\n  \/\/ which returns an infinite Stream of a given value.\n  def constant[A](a: A): Stream[A] = cons(a, constant(a))\n\n  \/\/ Exercise 9: Write a function that generates an infinite stream of integers.\n  def from(n: Int): Stream[Int] = cons(n, from(n + 1))\n\n  \/\/ Exercise 10: Write a function fibs that generates the infinite stream of Fibonacci numbers.\n  def fibs: Stream[Int] = {\n    def go(a: Int, b: Int): Stream[Int] =\n      cons(a, go(b, a + b))\n\n    go(0, 1)\n  }\n\n  \/\/ Exercise 11: Write a more general stream-building function called unfold\n  def unfold[A, S](z: S)(f: S => Option[(A, S)]): Stream[A] =\n    f(z) match {\n      case None => Empty\n      case Some((a, s)) => cons(a, unfold(s)(f))\n    }\n\n  \/\/ Exercise 12: Write fibs , from , constant , and ones in terms of unfold\n  def fibs2: Stream[Int] = unfold((0, 1)) {\n    case (a, b) => Some((a, (b, a + b)))\n  }\n\n  def from2(n: Int): Stream[Int] = unfold(n)(i => Some((i, i + 1)))\n\n  def constant2[A](a: A): Stream[A] = unfold(a)(_ => Some((a, a)))\n\n  def ones2: Stream[Int] = unfold(1)(_ => Some(1, 1))\n\n  \/\/ Exercise 13: Use unfold to implement map, take,\n  \/\/ takeWhile, zipWith (as in chapter 3), and zipAll\n  def map[A, B](s: Stream[A])(f: A => B): Stream[B] = unfold(s) {\n    case Empty => None\n    case Cons(h, t) => Some((f(h()), t()))\n  }\n\n  def take[A](s: Stream[A], n: Int): Stream[A] = unfold((s, n)) {\n    case (Cons(h, t), nn) if nn > 0 => Some((h(), (t(), nn - 1)))\n    case _ => None\n  }\n\n  def takeWhile[A](s: Stream[A])(p: A => Boolean): Stream[A] = unfold(s) {\n    case Cons(h, t) if p(h()) => Some((h(), t()))\n    case _ => None\n  }\n\n  def zipWith[A, B, C](as: Stream[A], bs: Stream[B])(\n    f: (A, B) => C): Stream[C] =\n    unfold((as, bs)) {\n      case (Cons(h1, t1), Cons(h2, t2)) => Some(f(h1(), h2()), (t1(), t2()))\n      case _ => None\n    }\n\n  def zipAll[A, B](\n    s1: Stream[A],\n    s2: Stream[B]): Stream[(Option[A], Option[B])] =\n    unfold((s1, s2)) {\n      case (Empty, Empty) => None\n      case (as, bs) =>\n        Some(((as.headOption, bs.headOption), (as.drop(1), bs.drop(1))))\n    }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/state\/State.scala","text":"package fpinscala.state\n\ntrait RNG {\n  def nextInt: (Int, RNG) \/\/ Should generate a random `Int`. We'll later define other functions in terms of `nextInt`.\n}\n\nobject RNG {\n  case class SimpleRNG(seed: Long) extends RNG {\n    def nextInt: (Int, RNG) = {\n      val newSeed = (seed * 0x5DEECE66DL + 0xBL) & 0xFFFFFFFFFFFFL \/\/ `&` is bitwise AND. We use the current seed to generate a new seed.\n      val nextRNG = SimpleRNG(newSeed) \/\/ The next state, which is an `RNG` instance created from the new seed.\n      val n = (newSeed >>> 16).toInt \/\/ `>>>` is right binary shift with zero fill. The value `n` is our new pseudo-random integer.\n      (n, nextRNG) \/\/ The return value is a tuple containing both a pseudo-random integer and the next `RNG` state.\n    }\n  }\n\n  type Rand[+A] = RNG => (A, RNG)\n\n  val int: Rand[Int] = _.nextInt\n\n  val boolean: Rand[Boolean] = map(int)(_ % 2 == 0)\n\n  def unit[A](a: A): Rand[A] = rng => (a, rng)\n\n  def map[A, B](s: Rand[A])(f: A => B): Rand[B] =\n    rng => {\n      val (a, r1) = s(rng)\n      (f(a), r1)\n    }\n\n  \/\/ Exercise 1: Write a function that uses RNG.nextInt to generate a random integer between 0 and\n  \/\/ Int.MaxValue (inclusive).\n  def nonNegativeInt(rng: RNG): (Int, RNG) = {\n    val (i, r) = rng.nextInt\n    (if (i < 0) -i + 1 else i, r)\n  }\n\n  \/\/ Exercise 2: Write a function to generate a Double between 0 and 1 , not including 1\n  def double(rng: RNG): (Double, RNG) = {\n    val (i, r) = nonNegativeInt(rng)\n    ((i % Int.MaxValue).toDouble \/ Int.MaxValue, r)\n  }\n\n  \/\/ Exercise 3: Write functions to generate an (Int, Double) pair, a (Double, Int) pair, and a\n  \/\/ (Double, Double, Double) 3-tuple. You should be able to reuse the functions you\u2019ve\n  \/\/ already written.\n  def intDouble(rng: RNG): ((Int, Double), RNG) = {\n    val (i, r1) = rng.nextInt\n    val (d, r2) = double(r1)\n    ((i, d), r2)\n  }\n  def doubleInt(rng: RNG): ((Double, Int), RNG) = {\n    val ((i, d), r) = intDouble(rng)\n    ((d, i), r)\n  }\n  def double3(rng: RNG): ((Double, Double, Double), RNG) = {\n    val (d1, r1) = double(rng)\n    val (d2, r2) = double(r1)\n    val (d3, r3) = double(r2)\n\n    ((d1, d2, d3), r3)\n  }\n\n  \/\/ Exercise 4: Write a function to generate a list of random integers.\n  def ints(count: Int)(rng: RNG): (List[Int], RNG) = {\n    @annotation.tailrec\n    def go(c: Int, rng: RNG, acc: List[Int]): (List[Int], RNG) = {\n      if (c > 0) {\n        val (i, r) = rng.nextInt\n        go(c - 1, r, i :: acc)\n      } else\n        (acc, rng)\n    }\n\n    go(count, rng, List.empty)\n  }\n\n  \/\/ Exercise 5: Use map to reimplement double in a more elegant way\n  val double2: Rand[Double] =\n    map(nonNegativeInt)(_ \/ (Int.MaxValue.toDouble + 1))\n\n  \/\/ Exercise 6: Write the implementation of map2\n  def map2[A, B, C](ra: Rand[A], rb: Rand[B])(f: (A, B) => C): Rand[C] =\n    r0 => {\n      val (a, r1) = ra(r0)\n      val (b, r2) = rb(r1)\n      (f(a, b), r2)\n    }\n\n  \/\/ Exercise 7: Implement sequence for combining a List of transitions into a single\n  \/\/ transition.\n  def sequence[A](fs: List[Rand[A]]): Rand[List[A]] =\n    rng => {\n      val (finalAs, finalR) = fs.foldLeft((List.empty[A], rng)) {\n        case ((as, r), ra) =>\n          val (a, rNext) = ra(r)\n          (a :: as, rNext)\n      }\n\n      \/\/ does it really matter that the values are reversed?\n      (finalAs.reverse, finalR)\n    }\n\n  def ints2(count: Int): Rand[List[Int]] =\n    sequence(List.fill(count)(nonNegativeInt))\n\n  \/\/ Exercise 8: Implement flatMap, and then use it to implement nonNegativeLessThan.\n  def flatMap[A, B](f: Rand[A])(g: A => Rand[B]): Rand[B] =\n    rng => {\n      val (a, r1) = f(rng)\n      g(a)(r1)\n    }\n\n  def nonNegativeLessThan(n: Int): Rand[Int] =\n    flatMap(nonNegativeInt) { i =>\n      val mod = i % n\n      if (i + (n - 1) - mod >= 0) unit(mod) else nonNegativeLessThan(n)\n    }\n\n  \/\/ Exercise 9: Reimplement map and map2 in terms of flatMap\n  def mapViaFlatMap[A, B](s: Rand[A])(f: A => B): Rand[B] =\n    flatMap(s)(a => unit(f(a)))\n\n  def map2ViaFlatMap[A, B, C](ra: Rand[A], rb: Rand[B])(\n    f: (A, B) => C): Rand[C] =\n    flatMap(ra) { a =>\n      map(rb) { b =>\n        f(a, b)\n      }\n    }\n}\n\n\/\/ Exercise 10: Generalize the functions unit , map , map2 , flatMap , and sequence . Add them as methods on the State case class where possible.\n\/\/ Otherwise you should put them in a State companion object.\ncase class State[S, +A](run: S => (A, S)) {\n  def map[B](f: A => B): State[S, B] =\n    flatMap(a => State.unit(f(a)))\n\n  def map2[B, C](sb: State[S, B])(f: (A, B) => C): State[S, C] =\n    flatMap(a => sb.map(b => f(a, b)))\n\n  def flatMap[B](f: A => State[S, B]): State[S, B] =\n    State { s =>\n      val (a, s1) = run(s)\n      f(a).run(s1)\n    }\n}\n\nobject State {\n  type Rand[A] = State[RNG, A]\n\n  def unit[S, A](a: A): State[S, A] =\n    State(s => (a, s))\n\n  def sequence[S, A](ss: List[State[S, A]]): State[S, List[A]] =\n    ss.foldRight(unit[S, List[A]](List.empty)) { (s, acc) =>\n      s.map2(acc)(_ :: _)\n    }\n\n  def modify[S](f: S => S): State[S, Unit] =\n    for {\n      s <- get \/\/ Gets the current state and assigns it to `s`.\n      _ <- set(f(s)) \/\/ Sets the new state to `f` applied to `s`.\n    } yield ()\n\n  def get[S]: State[S, S] = State(s => (s, s))\n\n  def set[S](s: S): State[S, Unit] = State(_ => ((), s))\n\n  \/\/ Exercise 11: To gain experience with the use of State, implement a finite state automaton that models a simple candy dispenser.\n  \/\/ The machine has two types of input: you can insert a coin, or you can turn the knob to dispense candy.\n  \/\/ It can be in one of two states: locked or unlocked. It also tracks how many candies are left and how many coins it contains.\n  sealed trait Input\n  case object Coin extends Input\n  case object Turn extends Input\n\n  case class Machine(locked: Boolean, candies: Int, coins: Int)\n\n  def input(i: Input)(m: Machine): Machine =\n    (m, i) match {\n      case (Machine(_, 0, _), _) => m\n      case (Machine(true, _, _), Turn) => m\n      case (Machine(false, _, _), Coin) => m\n      case (Machine(true, ca, co), Coin) => Machine(locked = false, ca, co + 1)\n      case (Machine(false, ca, co), Turn) => Machine(locked = true, ca - 1, co)\n    }\n\n  def simulateMachine(inputs: List[Input]): State[Machine, (Int, Int)] =\n    for {\n      _ <- State.sequence(inputs.map(i => State.modify(input(i))))\n      s <- State.get\n    } yield (s.candies, s.coins)\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/Model.scala","text":"package fpinscala.parsing\n\ncase class Location(input: String, offset: Int = 0) {\n  lazy val line: Int = input.slice(0, offset + 1).count(_ == '\\n') + 1\n  lazy val col: Int = input.slice(0, offset + 1).reverse.indexOf('\\n')\n\n  def toError(msg: String): ParseError =\n    ParseError(List((this, msg)))\n\n  def advanceBy(n: Int): Location = copy(offset = offset + n)\n\n  def advanceBy(s: String): Location =\n    if (input.startsWith(s)) advanceBy(s.length) else this\n\n  def currentPos: String = input.drop(offset)\n\n  \/* Returns the line corresponding to this location *\/\n  def currentLine: String =\n    if (input.length > 1) input.lines.drop(line - 1).next\n    else \"\"\n\n  def hasMore: Boolean = offset < input.length\n}\n\n\/\/ Exercise 18: Change `the representation of ParseError to keep track of errors that occurred in other branches of the parser.\ncase class ParseError(\n  stack: List[(Location, String)] = List.empty,\n  otherFailures: List[ParseError] = List.empty\n) {\n\n  \/\/ Exercise 16: Come up with a nice way of formatting a ParseError for human consumption.\n  def show: String = {\n    stack.groupBy { case (loc, _) => loc }.map {\n      case (loc, errors) =>\n        val errorDesc = errors.map(_._2).mkString(\" -> \")\n        val otherDesc =\n          otherFailures.map(_.showLocation(loc)).map(\"\\t\" + _).mkString(\"\\n\")\n\n        s\"Errors at ${loc.line}:${loc.col}, near '${loc.currentLine}':\\n\" +\n          s\"\\t$errorDesc\\n\" + (if (otherDesc.nonEmpty) \"Also:\\n\" + otherDesc\n                               else \"\")\n\n    }.mkString(\"\\n\")\n  }\n\n  def showLocation(location: Location): String =\n    stack.filter(_._1 == location).map(_._2).mkString(\" -> \")\n\n  def push(loc: Location, msg: String): ParseError =\n    copy(\n      stack = (loc, msg) :: stack,\n      otherFailures = otherFailures.map(_.push(loc, msg)))\n\n  def pushOther(error: ParseError): ParseError =\n    copy(otherFailures = error :: otherFailures)\n\n  def flatten: ParseError = {\n    def go(remain: List[ParseError], acc: List[ParseError]): List[ParseError] =\n      remain match {\n        case Nil =>\n          acc.reverse\n        case h :: t =>\n          go(\n            t ++ go(h.otherFailures, List.empty),\n            h.copy(otherFailures = List.empty) :: acc)\n      }\n\n    copy(otherFailures = go(otherFailures, List.empty))\n  }\n}\n\ntrait ParseResult[+A] {\n  def isSuccess: Boolean\n  def isFailure: Boolean = !isSuccess\n\n  def mapError(f: ParseError => ParseError): ParseResult[A] = this match {\n    case Failure(e, c) => Failure(f(e), c)\n    case _ => this\n  }\n\n  def commit: ParseResult[A] = this match {\n    case Failure(e, false) => Failure(e, isCommited = true)\n    case _ => this\n  }\n}\ncase class Success[+A](value: A, ahead: Location) extends ParseResult[A] {\n  override def isSuccess: Boolean = true\n\n  def advanceSuccess(n: Int): ParseResult[A] = this match {\n    case Success(a, m) => Success(a, m.advanceBy(n))\n    case _ => this\n  }\n}\ncase class Failure(error: ParseError, isCommited: Boolean = false)\n    extends ParseResult[Nothing] {\n  override def isSuccess: Boolean = false\n\n  def addCommit(isCommitted: Boolean): ParseResult[Nothing] = this match {\n    case Failure(e, c) => Failure(e, c || isCommitted)\n    case _ => this\n  }\n\n  override def toString: String = error.show\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/testing\/Prop.scala","text":"<reponame>goboss\/fpinscala<filename>exercises\/src\/main\/scala\/fpinscala\/testing\/Prop.scala\npackage fpinscala.testing\n\nimport java.util.concurrent.{ExecutorService, Executors}\n\nimport fpinscala.errorhandling._\nimport fpinscala.laziness._\nimport fpinscala.state._\nimport fpinscala.parallelism.Par\nimport fpinscala.parallelism.Par.Par\nimport fpinscala.testing.Gen._\nimport Prop._\n\nimport scala.annotation.tailrec\nimport scala.util.{Failure, Success, Try}\n\ntrait SimpleProp { self =>\n  def check: Boolean\n\n  \/\/ Exercise 3: Assuming the following representation of Prop, implement && as a method of Prop.\n  def &&(other: SimpleProp): SimpleProp =\n    new SimpleProp {\n      override def check: Boolean = self.check && other.check\n    }\n}\n\ncase class Prop(run: (MaxSize, TestCases, RNG) => Result) {\n  \/\/ Exercise 9: Implement && and || for composing Prop values.\n  def &&(p: Prop): Prop =\n    Prop { (max, n, rng) =>\n      run(max, n, rng) match {\n        case Passed | Proved => p.run(max, n, rng)\n        case fail => fail\n      }\n    }\n\n  def ||(p: Prop): Prop =\n    Prop { (max, n, rng) =>\n      run(max, n, rng) match {\n        case Falsified(_, _) => p.run(max, n, rng)\n        case pass => pass\n      }\n    }\n}\n\nobject Prop {\n  type SuccessCount = Int\n  type TestCases = Int\n  type MaxSize = Int\n  type FailedCase = String\n\n  sealed trait Result {\n    def isFalsified: Boolean\n  }\n  case object Passed extends Result {\n    def isFalsified = false\n  }\n  case class Falsified(failure: FailedCase, successes: SuccessCount)\n      extends Result {\n    def isFalsified = true\n  }\n  case object Proved extends Result {\n    def isFalsified = false\n  }\n\n  def run(\n    p: Prop,\n    maxSize: Int = 100,\n    testCases: Int = 100,\n    rng: RNG = RNG.SimpleRNG(System.currentTimeMillis)): Unit =\n    p.run(maxSize, testCases, rng) match {\n      case Falsified(msg, n) =>\n        println(s\"! Falsified after $n passed tests:\\n $msg\")\n      case Passed =>\n        println(s\"+ OK, passed $testCases tests.\")\n      case Proved =>\n        println(s\"+ OK, proved property.\")\n    }\n\n  \/* Produce an infinite random stream from a `Gen` and a starting `RNG`. *\/\n  def randomStream[A](g: Gen[A], rng: RNG): Stream[A] =\n    Stream.unfold(rng)(rng => Some(g.sample.run(rng)))\n\n  def forAll[A](as: Gen[A])(f: A => Boolean): Prop =\n    Prop { (_, n, rng) =>\n      @tailrec\n      def loop(i: Int, s: Stream[A]): Result = s match {\n        case Cons(h, t) if i < n =>\n          Try(f(h())) match {\n            case Success(fh) =>\n              if (fh) loop(i + 1, t()) else Falsified(h().toString, i)\n            case Failure(e) =>\n              Falsified(buildMsg(h(), e), i)\n          }\n        case Empty =>\n          Proved\n        case _ =>\n          Passed\n      }\n\n      loop(0, as.domain.getOrElse(randomStream(as, rng)))\n    }\n\n  def forAll[A](g: SGen[A])(f: A => Boolean): Prop =\n    forAll(g.forSize)(f)\n\n  def forAll[A](g: Int => Gen[A])(f: A => Boolean): Prop = Prop {\n    (max, n, rng) =>\n      val casesPerSize = (n - 1) \/ max + 1\n      val props: Stream[Prop] =\n        Stream.from(0).take((n min max) + 1).map(i => forAll(g(i))(f))\n      val prop: Prop =\n        props\n          .map(p =>\n            Prop { (max, _, rng) =>\n              p.run(max, casesPerSize, rng)\n          })\n          .toList\n          .reduce(_ && _)\n      prop.run(max, n, rng)\n  }\n\n  val S: Gen[ExecutorService] = weighted(\n    choose(1, 4).map(Executors.newFixedThreadPool) -> .75,\n    unit(Executors.newCachedThreadPool) -> .25\n  ) \/\/ `a -> b` is syntax sugar for `(a,b)`\n\n  def forAllPar[A](g: Gen[A])(f: A => Par[Boolean]): Prop =\n    forAll(S ** g) { case s ** a => f(a)(s).get() }\n\n  def equal[A](p: Par[A], p2: Par[A]): Par[Boolean] =\n    Par.map2(p, p2)(_ == _)\n\n  def check(p: => Boolean): Prop = Prop { (_, _, _) =>\n    if (p) Proved else Falsified(\"()\", 0)\n  }\n\n  def checkPar(p: Par[Boolean]): Prop =\n    forAllPar(Gen.unit(()))(_ => p)\n\n  \/\/ String interpolation syntax. A string starting with `s\"` can refer to\n  \/\/ a Scala value `v` as `$v` or `${v}` in the string.\n  \/\/ This will be expanded to `v.toString` by the Scala compiler.\n  def buildMsg[A](s: A, e: Throwable): String =\n    s\"test case: $s\\n\" +\n      s\"generated an exception: ${e.getMessage}\\n\" +\n      s\"stack trace:\\n ${e.getStackTrace.mkString(\"\\n\")}\"\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/testing\/PropSpec.scala","text":"package fpinscala.testing\n\nimport fpinscala.state.RNG.SimpleRNG\nimport fpinscala.testing.Prop.{Falsified, Proved}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass PropSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 3\n\n  \"A SimpleProp\" should \"calculate the conjunction of props\" in {\n    val p1 = new SimpleProp {\n      override def check: Boolean = true\n    }\n    val p2 = new SimpleProp {\n      override def check: Boolean = true\n    }\n    val p3 = new SimpleProp {\n      override def check: Boolean = false\n    }\n\n    (p1 && p2).check shouldBe true\n    (p1 && p3).check shouldBe false\n    (p1 && p2 && p3).check shouldBe false\n  }\n\n  \/\/ Exercise 9\n\n  \"A Prop\" should \"calculate the conjunction of props\" in {\n    val p1 = Prop.check(true)\n    val p2 = Prop.check(true)\n    val p3 = Prop.check(false)\n\n    (p1 && p2).run(2, 10, SimpleRNG(1)) shouldBe Proved\n    (p1 && p3).run(2, 10, SimpleRNG(1)) shouldBe Falsified(\"()\", 0)\n    (p1 && p2 && p3).run(2, 10, SimpleRNG(1)) shouldBe Falsified(\"()\", 0)\n  }\n\n  it should \"calculate the alternative of props\" in {\n    val p1 = Prop.check(false)\n    val p2 = Prop.check(false)\n    val p3 = Prop.check(true)\n\n    (p1 || p2).run(2, 10, SimpleRNG(1)) shouldBe Falsified(\"()\", 0)\n    (p1 || p3).run(2, 10, SimpleRNG(1)) shouldBe Proved\n    (p1 || p2 || p3).run(2, 10, SimpleRNG(1)) shouldBe Proved\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/datastructures\/TreeSpec.scala","text":"package fpinscala.datastructures\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass TreeSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 25\n\n  \"A Tree\" should \"calculate the size of Leaf as 1\" in {\n    val leaf = Leaf(\"A\")\n    Tree.size(leaf) shouldBe 1\n    Tree.size2(leaf) shouldBe 1\n  }\n\n  it should \"calculate the size of a tree with branches\" in {\n    val tree = Branch(Leaf(1), Branch(Leaf(2), Leaf(3)))\n    Tree.size(tree) shouldBe 5\n    Tree.size2(tree) shouldBe 5\n  }\n\n  \/\/ Exercise 26\n\n  it should \"find maximum element in a Leaf\" in {\n    val leaf = Leaf(1)\n    Tree.maximum(leaf) shouldBe 1\n    Tree.maximum2(leaf) shouldBe 1\n  }\n\n  it should \"find maximum element in a tree with branches\" in {\n    val tree = Branch(Leaf(5), Branch(Leaf(2), Leaf(3)))\n    Tree.maximum(tree) shouldBe 5\n    Tree.maximum2(tree) shouldBe 5\n  }\n\n  \/\/ Exercise 27\n\n  it should \"calculate the depth of Leaf as 0\" in {\n    val leaf = Leaf(\"just me\")\n    Tree.depth(leaf) shouldBe 0\n    Tree.depth2(leaf) shouldBe 0\n  }\n\n  it should \"calculate the depth of a tree with branches\" in {\n    val prettyUnbalanced =\n      Branch(Leaf(1), Branch(Leaf(2), Branch(Leaf(3), Leaf(4))))\n    Tree.depth(prettyUnbalanced) shouldBe 3\n    Tree.depth2(prettyUnbalanced) shouldBe 3\n  }\n\n  \/\/ Exercise 28\n\n  it should \"map elements of a tree\" in {\n    val powerTree = Branch(Leaf(\"I\"), Branch(Leaf(\"haz\"), Leaf(\"a cat\")))\n    Tree.map(powerTree)(_.length) shouldBe Branch(\n      Leaf(1),\n      Branch(Leaf(3), Leaf(5)))\n    Tree.map2(powerTree)(_.length) shouldBe Branch(\n      Leaf(1),\n      Branch(Leaf(3), Leaf(5)))\n  }\n\n  \/\/ Exercise 29\n\n  it should \"fold a Leaf into a value\" in {\n    Tree.fold(Leaf(2))(_ \/ 2)((_, _) => fail()) shouldBe 1\n  }\n\n  it should \"fold a tree into a value\" in {\n    Tree.fold(Branch(Leaf(1), Branch(Leaf(2), Leaf(3))))(_ + 1)(_ - _) shouldBe 3\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parallelism\/Par.scala","text":"package fpinscala.parallelism\n\nimport java.util.concurrent._\n\nimport Par.{Par, fork, map2, unit, _}\n\nimport language.implicitConversions\n\nobject Par {\n  type Par[A] = ExecutorService => Future[A]\n\n  def run[A](s: ExecutorService)(a: Par[A]): Future[A] = a(s)\n\n  def unit[A](a: A): Par[A] =\n    (es: ExecutorService) =>\n      UnitFuture(a) \/\/ `unit` is represented as a function that returns a `UnitFuture`, which is a simple implementation of `Future` that just wraps a constant value. It doesn't use the `ExecutorService` at all. It's always done and can't be cancelled. Its `get` method simply returns the value that we gave it.\n\n  def lazyUnit[A](a: => A): Par[A] = fork(unit(a))\n\n  private case class UnitFuture[A](get: A) extends Future[A] {\n    def isDone = true\n    def get(timeout: Long, units: TimeUnit) = get\n    def isCancelled = false\n    def cancel(evenIfRunning: Boolean): Boolean = false\n  }\n\n  def map2Broken[A, B, C](a: Par[A], b: Par[B])(f: (A, B) => C): Par[C] = \/\/ `map2` doesn't evaluate the call to `f` in a separate logical thread, in accord with our design choice of having `fork` be the sole function in the API for controlling parallelism. We can always do `fork(map2(a,b)(f))` if we want the evaluation of `f` to occur in a separate thread.\n    (es: ExecutorService) => {\n      val af = a(es)\n      val bf = b(es)\n      UnitFuture(f(af.get, bf.get)) \/\/ This implementation of `map2` does _not_ respect timeouts, and eagerly waits for the returned futures. This means that even if you have passed in \"forked\" arguments, using this map2 on them will make them wait. It simply passes the `ExecutorService` on to both `Par` values, waits for the results of the Futures `af` and `bf`, applies `f` to them, and wraps them in a `UnitFuture`. In order to respect timeouts, we'd need a new `Future` implementation that records the amount of time spent evaluating `af`, then subtracts that time from the available time allocated for evaluating `bf`.\n    }\n\n  \/\/ Exercise 3: fix the implementation of map2 so that it respects the contract of timeouts on Future.\n  def map2[A, B, C](a: Par[A], b: Par[B])(f: (A, B) => C): Par[C] =\n    (es: ExecutorService) => {\n      val af = a(es)\n      val bf = b(es)\n\n      new Future[C] {\n        def isDone: Boolean = af.isDone && bf.isDone\n        def isCancelled: Boolean = af.isCancelled || bf.isCancelled\n        def cancel(evenIfRunning: Boolean): Boolean = {\n          af.cancel(evenIfRunning)\n          bf.cancel(evenIfRunning)\n        }\n        def get(): C = f(af.get, bf.get)\n        def get(timeout: Long, unit: TimeUnit): C = {\n          val startedMs = System.currentTimeMillis\n          val a = af.get(timeout, unit)\n          val passedMs = System.currentTimeMillis - startedMs\n\n          val b =\n            bf.get(unit.toMillis(timeout) - passedMs, TimeUnit.MILLISECONDS)\n\n          f(a, b)\n        }\n      }\n    }\n\n  def map3[A, B, C, D](a: Par[A], b: Par[B], c: Par[C])(\n    f: (A, B, C) => D): Par[D] = {\n    val parAB = map2(a, b)((aa, bb) => (aa, bb))\n    val parC = map2(c, unit(()))((cc, _) => cc)\n    map2(parAB, parC) {\n      case ((aa, bb), cc) => f(aa, bb, cc)\n    }\n  }\n\n  def map4[A, B, C, D, E](a: Par[A], b: Par[B], c: Par[C], d: Par[D])(\n    f: (A, B, C, D) => E): Par[E] = {\n    val parAB = map2(a, b)((aa, bb) => (aa, bb))\n    val parCD = map2(c, d)((cc, dd) => (cc, dd))\n    map2(parAB, parCD) {\n      case ((aa, bb), (cc, dd)) => f(aa, bb, cc, dd)\n    }\n  }\n\n  def fold[A, B >: A](as: IndexedSeq[A], z: B)(f: (B, B) => B): Par[B] = {\n    if (as.length < 1)\n      unit(z)\n    else if (as.length == 1) {\n      unit(f(as.head, z))\n    } else {\n      val (l, r) = as.splitAt(as.length \/ 2)\n      \/\/ This can of course deadlock just like the sum function from the book :)\n      map2(fork(fold(l, z)(f)), fork(fold(r, z)(f)))(f)\n    }\n  }\n\n  def fork[A](a: => Par[A]): Par[A] = \/\/ This is the simplest and most natural implementation of `fork`, but there are some problems with it--for one, the outer `Callable` will block waiting for the \"inner\" task to complete. Since this blocking occupies a thread in our thread pool, or whatever resource backs the `ExecutorService`, this implies that we're losing out on some potential parallelism. Essentially, we're using two threads when one should suffice. This is a symptom of a more serious problem with the implementation, and we will discuss this later in the chapter.\n    es =>\n      es.submit(new Callable[A] {\n        def call = a(es).get\n      })\n\n  def flatMap[A, B](p: Par[A])(choices: A => Par[B]): Par[B] =\n    es => {\n      val k = run(es)(p).get\n      run(es)(choices(k))\n    }\n\n  def map[A, B](pa: Par[A])(f: A => B): Par[B] =\n    map2(pa, unit(()))((a, _) => f(a))\n\n  def sortPar(parList: Par[List[Int]]) = map(parList)(_.sorted)\n\n  def equal[A](e: ExecutorService)(p: Par[A], p2: Par[A]): Boolean =\n    p(e).get == p2(e).get\n\n  def delay[A](fa: => Par[A]): Par[A] =\n    es => fa(es)\n\n  def choice[A](cond: Par[Boolean])(t: Par[A], f: Par[A]): Par[A] =\n    es =>\n      if (run(es)(cond).get)\n        t(es) \/\/ Notice we are blocking on the result of `cond`.\n      else f(es)\n\n  \/\/ Exercise 4: using lazyUnit, write a function to convert any function A => B to one that evaluates its\n  \/\/ result asynchronously.\n  def asyncF[A, B](f: A => B): A => Par[B] =\n    a => lazyUnit(f(a))\n\n  \/\/ Exercise 5: write the function sequence.\n  def sequence[A](ps: List[Par[A]]): Par[List[A]] =\n    ps.foldRight(unit(List.empty[A])) { (p, par) =>\n      map2(p, par)(_ :: _)\n    }\n\n  \/\/ Exercise 6: implement parFilter, which filters elements of a list in parallel\n  def parFilter[A](as: List[A])(f: A => Boolean): Par[List[A]] =\n    fork {\n      val ps = as.map(asyncF((a: A) => if (f(a)) List(a) else List()))\n      map(sequence(ps))(_.flatten)\n    }\n}\n\nobject Examples {\n  import Par._\n  def sum(ints: IndexedSeq[Int]): Int = \/\/ `IndexedSeq` is a superclass of random-access sequences like `Vector` in the standard library. Unlike lists, these sequences provide an efficient `splitAt` method for dividing them into two parts at a particular index.\n    if (ints.size <= 1)\n      ints.headOption getOrElse 0 \/\/ `headOption` is a method defined on all collections in Scala. We saw this function in chapter 3.\n    else {\n      val (l, r) = ints.splitAt(ints.length \/ 2) \/\/ Divide the sequence in half using the `splitAt` function.\n      sum(l) + sum(r) \/\/ Recursively sum both halves and add the results together.\n    }\n\n  def parMax(is: IndexedSeq[Int]): Par[Int] =\n    Par.fold(is, Int.MinValue)(math.max)\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/localeffects\/LocalEffectsSpec.scala","text":"package fpinscala.localeffects\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass LocalEffectsSpec extends FlatSpec with Matchers {\n  \/\/ Exercise 1\n\n  \"STArray\" should \"fill array from a map with indexes as keys\" in {\n    ST.runST(new RunnableST[List[Char]] {\n      override def apply[S]: ST[S, List[Char]] =\n        for {\n          ar <- STArray(3, 'a')\n          _ <- ar.fill(Map(0 -> 'x', 1 -> 'y', 2 -> 'z'))\n          r <- ar.freeze\n        } yield r\n    }) shouldBe List('x', 'y', 'z')\n  }\n\n  \/\/ Exercise 2\n\n  \"Immutable\" should \"implement purely functional partition\" in {\n    ST.runST(new RunnableST[Int] {\n      override def apply[S]: ST[S, Int] =\n        for {\n          a <- STArray.fromList(List(0, 1, 1, 2, 4, 5))\n          p <- Immutable.partition(a, 1, 4, 3)\n        } yield p\n    }) shouldBe 3\n  }\n\n  it should \"implement purely functional quicksort\" in {\n    ST.runST(new RunnableST[List[Int]] {\n      override def apply[S]: ST[S, List[Int]] =\n        for {\n          a <- STArray.fromList(List(4, 1, 2, 6, 8, 1, 0))\n          _ <- Immutable.qs(a, 1, 5)\n          s <- a.freeze\n        } yield s\n    }) shouldBe List(4, 1, 1, 2, 6, 8, 0)\n  }\n\n  \/\/ Exercise 3\n\n  \"STHashMap\" should \"be fun to work with\" in {\n    val (d1, d2, s, lst) =\n      ST.runST(new RunnableST[(Boolean, Boolean, Int, List[(String, Int)])] {\n        override def apply[S]\n          : ST[S, (Boolean, Boolean, Int, List[(String, Int)])] =\n          for {\n            hm <- STHashMap.fromList(List(\"x\" -> 0))\n            _ <- hm += (\"x\", 1)\n            _ <- hm += (\"x\", 2)\n            _ <- hm += (\"y\", 3)\n            _ <- hm += (\"z\", 4)\n            d1 <- hm.isDefinedAt(\"z\")\n            _ <- hm -= \"z\"\n            d2 <- hm.isDefinedAt(\"z\")\n            s <- hm.size\n            r <- hm.freeze\n          } yield (d1, d2, s, r)\n      })\n\n    d1 shouldBe true\n    d2 shouldBe false\n    s shouldBe 2\n    lst should contain theSameElementsAs List(\"x\" -> 2, \"y\" -> 3)\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/datastructures\/List.scala","text":"<reponame>goboss\/fpinscala\npackage fpinscala.datastructures\n\nimport scala.annotation.tailrec\n\nsealed trait List[+A]\ncase object Nil extends List[Nothing]\ncase class Cons[+A](head: A, tail: List[A]) extends List[A]\n\nobject List {\n  def apply[A](as: A*): List[A] = \/\/ Variadic function syntax\n    if (as.isEmpty) Nil\n    else Cons(as.head, apply(as.tail: _*))\n\n  def append[A](a1: List[A], a2: List[A]): List[A] =\n    a1 match {\n      case Nil => a2\n      case Cons(h, t) => Cons(h, append(t, a2))\n    }\n\n  def foldRight[A, B](as: List[A], z: B)(f: (A, B) => B): B = \/\/ Utility functions\n    as match {\n      case Nil => z\n      case Cons(x, xs) => f(x, foldRight(xs, z)(f))\n    }\n\n  \/\/ Exercise 2: Implement tail in constant time\n  def tail[A](l: List[A]): List[A] = l match {\n    case Nil => sys.error(\"tail of an empty list\")\n    case Cons(_, t) => t\n  }\n\n  \/\/ Exercise 3: Replace the head on list\n  def setHead[A](l: List[A], h: A): List[A] = l match {\n    case Nil => Cons(h, Nil)\n    case Cons(_, t) => Cons(h, t)\n  }\n\n  \/\/ Exercise 4: Generalize tail to function that removes the first n elements from a list\n  def drop[A](l: List[A], n: Int): List[A] = l match {\n    case Cons(_, t) if n > 0 => drop(t, n - 1)\n    case _ => l\n  }\n\n  \/\/ Exercise 5: Remove elements from a list as long as they match a predicate\n  def dropWhile[A](l: List[A], f: A => Boolean): List[A] = l match {\n    case Cons(h, t) if f(h) => dropWhile(t, f)\n    case _ => l\n  }\n\n  \/\/ Exercise 6: Implement the function init that returns all but the last element of a list\n  def init[A](l: List[A]): List[A] = l match {\n    case Nil => Nil\n    case Cons(_, Nil) => Nil\n    case Cons(h, t) => Cons(h, init(t)) \/\/ not stack safe, but good looking ;)\n  }\n\n  \/\/ Exercise 9: Compute the length of a list using foldRight\n  def length[A](l: List[A]): Int =\n    foldRight(l, 0)((_, acc) => acc + 1)\n\n  \/\/ Exercise 10: implement a stack-safe foldLeft\n  @tailrec\n  def foldLeft[A, B](l: List[A], z: B)(f: (B, A) => B): B = l match {\n    case Nil => z\n    case Cons(h, t) => foldLeft(t, f(z, h))(f)\n  }\n\n  \/\/ Exercise 11: Write sum, product and length using foldLeft\n  def sum3(l: List[Int]): Int =\n    foldLeft(l, 0)(_ + _)\n\n  def product3(l: List[Int]): Int =\n    foldLeft(l, 1)(_ * _)\n\n  def length2[A](l: List[A]): Int =\n    foldLeft(l, 0)((acc, _) => acc + 1)\n\n  \/\/ Exercise 12: Write a function that returns the reverse of a list using a fold\n  def reverse[A](l: List[A]): List[A] =\n    foldLeft(l, List[A]())((as, a) => Cons(a, as))\n\n  \/\/ Exercise 13: Write foldLeft in terms of foldRight and vice versa\n  def foldLeft2[A, B](as: List[A], z: B)(f: (B, A) => B): B =\n    foldRight(as, (b: B) => b)((a, g) => b => g(f(b, a)))(z)\n\n  def foldRight2[A, B](as: List[A], z: B)(f: (A, B) => B): B =\n    foldLeft(reverse(as), z)((b, a) => f(a, b))\n\n  \/\/ Exercise 14: Implement append using a fold\n  def append2[A](l1: List[A], l2: List[A]): List[A] =\n    foldRight2(l1, l2)(Cons(_, _))\n\n  \/\/ Exercise 15: Write a function that concatenates a list of lists into a single list\n  def flatten[A](l: List[List[A]]): List[A] =\n    foldLeft(l, List[A]())(append)\n\n  \/\/ Exercise 16: Add 1 to each element of list of ints\n  def inc(is: List[Int]): List[Int] =\n    foldRight2(is, Nil: List[Int])((i, acc) => Cons(i + 1, acc))\n\n  \/\/ Exercise 17: Write a function that turns each Double into a String\n  def d2s(ds: List[Double]): List[String] =\n    foldRight2(ds, Nil: List[String])((d, acc) => Cons(d.toString, acc))\n\n  \/\/ Exercise 18: Write a map finally!\n  def map[A, B](l: List[A])(f: A => B): List[B] =\n    foldRight2(l, Nil: List[B])((a, acc) => Cons(f(a), acc))\n\n  \/\/ Exercise 19: Write a function filter\n  def filter[A](as: List[A])(p: A => Boolean): List[A] =\n    foldRight2(as, Nil: List[A])((a, acc) => if (p(a)) Cons(a, acc) else acc)\n\n  \/\/ Exercise 20: Write flatMap\n  def flatMap[A, B](as: List[A])(f: A => List[B]): List[B] =\n    flatten(map(as)(f))\n\n  \/\/ Exercise 21: Use flatMap to implement filter\n  def filter2[A](as: List[A])(p: A => Boolean): List[A] =\n    flatMap(as)(a => if (p(a)) List(a) else Nil)\n\n  \/\/ Exercise 22: Write a function that accepts two lists and constructs a new list by adding corresponding elements\n  def addTogether(as: List[Int], bs: List[Int]): List[Int] = (as, bs) match {\n    case (Nil, _) => Nil\n    case (_, Nil) => Nil\n    case (Cons(a, ta), Cons(b, tb)) =>\n      Cons(a + b, addTogether(ta, tb)) \/\/ not stack safe!\n  }\n\n  \/\/ Exercise 23: Generalize addTogether\n  def zipWith[A, B, C](as: List[A], bs: List[B])(f: (A, B) => C): List[C] =\n    (as, bs) match {\n      case (Nil, _) => Nil\n      case (_, Nil) => Nil\n      case (Cons(a, ta), Cons(b, tb)) =>\n        Cons(f(a, b), zipWith(ta, tb)(f)) \/\/ not stack safe!\n    }\n\n  \/\/ Exercise 24: implement a function for checking whether a list contains another list as a subsequence\n  def hasSubsequence[A](sup: List[A], sub: List[A]): Boolean = {\n    def hasPrefix(l: List[A], p: List[A]): Boolean = (l, p) match {\n      case (_, Nil) =>\n        true\n      case (Cons(h1, t1), Cons(h2, t2)) if h1 == h2 =>\n        hasPrefix(t1, t2)\n      case _ =>\n        false\n    }\n\n    sup match {\n      case Nil =>\n        sub == Nil\n      case l if hasPrefix(l, sub) =>\n        true\n      case Cons(_, t) =>\n        hasSubsequence(t, sub)\n    }\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/parallelism\/NonblockingSpec.scala","text":"<reponame>goboss\/fpinscala\npackage fpinscala.parallelism\n\nimport java.util.concurrent.Executors\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass NonblockingSpec extends FlatSpec with Matchers {\n  import Nonblocking.Par._\n\n  private val executor = Executors.newFixedThreadPool(2)\n  private def testParResult[A, B](p: Nonblocking.Par[A])(test: A => B) =\n    test(Nonblocking.Par.run(executor)(p))\n\n  \/\/ Exercise 11\n\n  \"Nonblocking Par\" should \"choose between N parallel computations based on the result of Par[Int]\" in {\n    testParResult(choiceN(unit(1))(List(unit(\"zero\"), unit(\"one\"))))(\n      _ shouldBe \"one\")\n  }\n\n  it should \"choose between 2 parallel computations based on the result of Par[Boolean]\" in {\n    testParResult(choiceViaChoiceN(unit(false))(unit(1), unit(2)))(_ shouldBe 2)\n  }\n\n  \/\/ Exercise 12\n\n  it should \"choose a parallel computation based on a key calculated by another Par\" in {\n    testParResult(\n      choiceMap(unit(\"y\"))(Map(\"x\" -> unit(\"x\"), \"y\" -> unit(\"y\"))))(\n      _ shouldBe \"y\")\n  }\n\n  \/\/ Exercise 13\n\n  it should \"choose a parallel computation based on the value of previous computation and function f (flatMap basically)\" in {\n    testParResult(chooser(unit(2))(i => unit(i * 3)))(_ shouldBe 6)\n  }\n\n  it should \"choose between N parallel computations based on the result of Par[Int] using chooser\" in {\n    testParResult(choiceNChooser(unit(1))(List(unit(\"zero\"), unit(\"one\"))))(\n      _ shouldBe \"one\")\n  }\n\n  it should \"choose between 2 parallel computations based on the result of Par[Boolean] using chooser\" in {\n    testParResult(choiceViaChooser(unit(false))(unit(2), unit(1)))(_ shouldBe 2)\n  }\n\n  \/\/ Exercise 14\n\n  it should \"join nested Par computations\" in {\n    testParResult(join(unit(unit(1))))(_ shouldBe 1)\n  }\n\n  it should \"join nested Par computations using flatMap\" in {\n    testParResult(joinViaFlatMap(unit(unit(2))))(_ shouldBe 2)\n  }\n\n  it should \"implement flatMap using join\" in {\n    testParResult(flatMapViaJoin(unit(1))(i => unit(i + 3)))(_ shouldBe 4)\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/applicative\/Applicative.scala","text":"package fpinscala\npackage applicative\n\nimport monads.Functor\nimport state._\nimport State._\nimport monoids._\nimport language.higherKinds\nimport language.implicitConversions\n\ntrait Applicative[F[_]] extends Functor[F] { self =>\n  \/\/ Exercise 2: Define apply in terms of map2 and unit. Define map and map2 in terms of apply and unit\n  def unit[A](a: => A): F[A]\n  def apply[A, B](fab: F[A => B])(fa: F[A]): F[B] =\n    map2(fab, fa)((ab, a) => ab(a))\n\n  def map[A, B](fa: F[A])(f: A => B): F[B] =\n    apply[A, B](unit(f))(fa)\n\n  def map2[A, B, C](fa: F[A], fb: F[B])(f: (A, B) => C): F[C] =\n    apply[B, C](map(fa)(f.curried))(fb)\n\n  \/\/ Exercise 3: Implement map3 and map4 using only unit, apply, and the curried method available on functions.\n  def map3[A, B, C, D](fa: F[A], fb: F[B], fc: F[C])(f: (A, B, C) => D): F[D] =\n    apply[C, D](map2(fa, fb)(f.curried(_)(_)))(fc)\n\n  def map4[A, B, C, D, E](fa: F[A], fb: F[B], fc: F[C], fd: F[D])(\n    f: (A, B, C, D) => E): F[E] =\n    apply[D, E](map3(fa, fb, fc)(f.curried(_)(_)(_)))(fd)\n\n  \/\/ Exercise 1: Transplant the implementations of as many combinators as you can from Monad to Applicative,\n  \/\/ using only map2 and unit, or methods implemented in terms of them.\n  def traverse[A, B](as: List[A])(f: A => F[B]): F[List[B]] =\n    as.foldRight(unit(List[B]()))((a, fbs) => map2(f(a), fbs)(_ :: _))\n\n  def sequence[A](fas: List[F[A]]): F[List[A]] =\n    fas.foldRight(unit(List.empty[A]))((fa, fla) => map2(fa, fla)(_ :: _))\n\n  def product[A, B](fa: F[A], fb: F[B]): F[(A, B)] =\n    map2(fa, fb)((_, _))\n\n  \/\/ Exercise 8: Just like we can take the product of two monoids A and B to give the monoid (A, B),\n  \/\/ we can take the product of two applicative functors. Implement this function.\n  def product[G[_]](\n    G: Applicative[G]): Applicative[({ type f[x] = (F[x], G[x]) })#f] =\n    new Applicative[({ type f[x] = (F[x], G[x]) })#f] {\n      override def unit[A](a: => A): (F[A], G[A]) =\n        (self.unit(a), G.unit(a))\n      override def apply[A, B](fab: (F[A => B], G[A => B]))(\n        fa: (F[A], G[A])): (F[B], G[B]) =\n        (self.apply(fab._1)(fa._1), G.apply(fab._2)(fa._2))\n    }\n\n  def replicateM[A](n: Int, fa: F[A]): F[List[A]] =\n    sequence(List.fill(n)(fa))\n\n  def factor[A, B](fa: F[A], fb: F[B]): F[(A, B)] = ???\n\n  \/\/ Exercise 9: If F[_] and G[_] are applicative functors, then so is F[G[_]]. Implement this function\n  def compose[G[_]](\n    G: Applicative[G]): Applicative[({ type f[x] = F[G[x]] })#f] =\n    new Applicative[({ type f[x] = F[G[x]] })#f] {\n      override def unit[A](a: => A): F[G[A]] =\n        self.unit(G.unit(a))\n      override def map2[A, B, C](fa: F[G[A]], fb: F[G[B]])(\n        f: (A, B) => C): F[G[C]] =\n        self.map2(fa, fb)(G.map2(_, _)(f))\n    }\n\n  \/\/ Exercise 12: On the Applicative trait, implement sequence over a Map rather than a List.\n  def sequenceMap[K, V](ofa: Map[K, F[V]]): F[Map[K, V]] =\n    ofa.foldRight(unit(Map.empty[K, V])) {\n      case ((k, fv), fm) => map2(fv, fm)((v, m) => m + (k -> v))\n    }\n}\n\ncase class Tree[+A](head: A, tail: List[Tree[A]])\n\ntrait Monad[F[_]] extends Applicative[F] { self =>\n  def flatMap[A, B](ma: F[A])(f: A => F[B]): F[B] =\n    join(map(ma)(f))\n\n  def join[A](mma: F[F[A]]): F[A] =\n    flatMap(mma)(ma => ma)\n\n  def compose[A, B, C](f: A => F[B], g: B => F[C]): A => F[C] =\n    a => flatMap(f(a))(g)\n\n  \/\/ Exercise 11: Try to write compose on Monad. It\u2019s not possible, but it is instructive to attempt it and understand why this is the case.\n  def compose[G[_]](G: Monad[G]): Monad[({ type f[x] = F[G[x]] })#f] =\n    new Monad[({ type f[x] = F[G[x]] })#f] {\n      override def unit[A](a: => A): F[G[A]] = self.unit(G.unit(a))\n      override def flatMap[A, B](ma: F[G[A]])(f: (A) => F[G[B]]): F[G[B]] =\n        ??? \/\/ self.flatMap(ma)(ga => G.flatMap(ga)(f))\n    }\n\n  override def map[A, B](m: F[A])(f: A => B): F[B] =\n    flatMap(m)(a => unit(f(a)))\n\n  override def map2[A, B, C](ma: F[A], mb: F[B])(f: (A, B) => C): F[C] =\n    flatMap(ma)(a => map(mb)(b => f(a, b)))\n\n  override def apply[A, B](mf: F[A => B])(ma: F[A]): F[B] =\n    flatMap(mf)(f => map(ma)(a => f(a)))\n}\n\nobject Monad {\n  \/\/ Exercise 5: Write a monad instance for Either.\n  def eitherMonad[E]: Monad[({ type f[x] = Either[E, x] })#f] =\n    new Monad[({ type f[x] = Either[E, x] })#f] {\n      override def unit[A](a: => A): Either[E, A] = Right(a)\n      override def flatMap[A, B](ma: Either[E, A])(\n        f: (A) => Either[E, B]): Either[E, B] =\n        ma match {\n          case Right(a) => f(a)\n          case Left(e) => Left(e)\n        }\n    }\n\n  def stateMonad[S] = new Monad[({ type f[x] = State[S, x] })#f] {\n    def unit[A](a: => A): State[S, A] = State(s => (a, s))\n    override def flatMap[A, B](st: State[S, A])(\n      f: A => State[S, B]): State[S, B] =\n      st flatMap f\n  }\n\n  \/\/ Exercise 20: Implement the composition of two monads where one of them is traversable.\n  def composeM[F[_], G[_]](\n    implicit F: Monad[F],\n    G: Monad[G],\n    T: Traverse[G]): Monad[({ type f[x] = F[G[x]] })#f] =\n    new Monad[({ type f[x] = F[G[x]] })#f] {\n      override def unit[A](a: => A): F[G[A]] = F.unit(G.unit(a))\n      override def flatMap[A, B](ma: F[G[A]])(f: (A) => F[G[B]]): F[G[B]] =\n        F.flatMap(ma)(ga => F.map(T.traverse(ga)(f))(G.join))\n    }\n}\n\nsealed trait Validation[+E, +A]\n\ncase class Failure[E](head: E, tail: Vector[E]) extends Validation[E, Nothing]\n\ncase class Success[A](a: A) extends Validation[Nothing, A]\n\nobject Applicative {\n\n  val streamApplicative = new Applicative[Stream] {\n\n    def unit[A](a: => A): Stream[A] =\n      Stream.continually(a) \/\/ The infinite, constant stream\n\n    override def map2[A, B, C](\n      a: Stream[A],\n      b: Stream[B])( \/\/ Combine elements pointwise\n      f: (A, B) => C): Stream[C] =\n      a zip b map f.tupled\n  }\n\n  \/\/ Exercise 6: Write an Applicative instance for Validation that accumulates errors in Failure.\n  def validationApplicative[E]\n    : Applicative[({ type f[x] = Validation[E, x] })#f] =\n    new Applicative[({ type f[x] = Validation[E, x] })#f] {\n      override def unit[A](a: => A): Validation[E, A] =\n        Success(a)\n      override def map2[A, B, C](fa: Validation[E, A], fb: Validation[E, B])(\n        f: (A, B) => C): Validation[E, C] =\n        (fa, fb) match {\n          case (Success(a), Success(b)) =>\n            Success(f(a, b))\n          case (Failure(h1, t1), Failure(h2, t2)) =>\n            Failure(h1, t1 ++ (h2 +: t2))\n          case (f @ Failure(_, _), _) =>\n            f\n          case (_, f @ Failure(_, _)) =>\n            f\n        }\n    }\n\n  type Const[A, B] = A\n\n  implicit def monoidApplicative[M](M: Monoid[M]) =\n    new Applicative[({ type f[x] = Const[M, x] })#f] {\n      def unit[A](a: => A): M = M.zero\n      override def apply[A, B](m1: M)(m2: M): M = M.op(m1, m2)\n    }\n}\n\ntrait Traverse[F[_]] extends Functor[F] with Foldable[F] { self =>\n  def traverse[G[_]: Applicative, A, B](fa: F[A])(f: A => G[B]): G[F[B]] =\n    sequence(map(fa)(f))\n  def sequence[G[_]: Applicative, A](fma: F[G[A]]): G[F[A]] =\n    traverse(fma)(ma => ma)\n\n  type Id[A] = A\n  val idMonad = new Monad[Id] {\n    def unit[A](a: => A) = a\n    override def flatMap[A, B](a: A)(f: A => B): B = f(a)\n  }\n\n  \/\/ Exercise 14: Implement map in terms of traverse as a method on Traverse[F] (this was already done :))\n  def map[A, B](fa: F[A])(f: A => B): F[B] =\n    traverse[Id, A, B](fa)(f)(idMonad)\n\n  import Applicative._\n\n  override def foldMap[A, B](as: F[A])(f: A => B)(mb: Monoid[B]): B =\n    traverse[({ type f[x] = Const[B, x] })#f, A, Nothing](as)(f)(\n      monoidApplicative(mb))\n\n  def traverseS[S, A, B](fa: F[A])(f: A => State[S, B]): State[S, F[B]] =\n    traverse[({ type f[x] = State[S, x] })#f, A, B](fa)(f)(Monad.stateMonad)\n\n  def mapAccum[S, A, B](fa: F[A], s: S)(f: (A, S) => (B, S)): (F[B], S) =\n    traverseS(fa)((a: A) =>\n      (for {\n        s1 <- get[S]\n        (b, s2) = f(a, s1)\n        _ <- set(s2)\n      } yield b)).run(s)\n\n  override def toList[A](fa: F[A]): List[A] =\n    mapAccum(fa, List[A]())((a, s) => ((), a :: s))._2.reverse\n\n  def zipWithIndex[A](fa: F[A]): F[(A, Int)] =\n    mapAccum(fa, 0)((a, s) => ((a, s), s + 1))._1\n\n  \/\/ Exercise 16: Write this function, and think about what it means for List, Tree, and other traversable functors.\n  def reverse[A](fa: F[A]): F[A] =\n    mapAccum(fa, toList(fa).reverse)((_, s) => (s.head, s.tail))._1\n\n  \/\/ Exercise 17: Use mapAccum to give a default implementation of foldLeft for the Traverse trait.\n  override def foldLeft[A, B](fa: F[A])(z: B)(f: (B, A) => B): B =\n    mapAccum(fa, z)((a, b) => ((), f(b, a)))._2\n\n  \/\/ Exercise 18: Use applicative functor products to write the fusion of two traversals. This function\n  \/\/ will, given two functions f and g, traverse fa a single time, collecting the results of both functions at once.\n  def fuse[G[_], H[_], A, B](fa: F[A])(f: A => G[B], g: A => H[B])(\n    implicit G: Applicative[G],\n    H: Applicative[H]): (G[F[B]], H[F[B]]) =\n    traverse[({ type f[x] = (G[x], H[x]) })#f, A, B](fa)(a => (f(a), g(a)))(\n      G.product(H))\n\n  \/\/ Exercise 19: Implement the composition of two Traverse instances.\n  def compose[G[_]](\n    implicit G: Traverse[G]): Traverse[({ type f[x] = F[G[x]] })#f] =\n    new Traverse[({ type f[x] = F[G[x]] })#f] {\n      override def traverse[H[_]: Applicative, A, B](fa: F[G[A]])(\n        f: (A) => H[B]): H[F[G[B]]] =\n        self.traverse(fa)((ga: G[A]) => G.traverse(ga)(f))\n    }\n}\n\nobject Traverse {\n  \/\/ Exercise 13: Write Traverse instances for List, Option, and Tree\n  val listTraverse: Traverse[List] = new Traverse[List] {\n    override def traverse[G[_], A, B](fa: List[A])(f: (A) => G[B])(\n      implicit G: Applicative[G]): G[List[B]] =\n      fa.foldRight(G.unit(List.empty[B]))((a, glb) => G.map2(f(a), glb)(_ :: _))\n  }\n\n  val optionTraverse = new Traverse[Option] {\n    override def traverse[G[_], A, B](fa: Option[A])(f: (A) => G[B])(\n      implicit G: Applicative[G]): G[Option[B]] =\n      fa match {\n        case Some(a) => G.map(f(a))(Some.apply)\n        case None => G.unit(None)\n      }\n  }\n\n  val treeTraverse = new Traverse[Tree] {\n    override def traverse[G[_], A, B](fa: Tree[A])(f: (A) => G[B])(\n      implicit G: Applicative[G]): G[Tree[B]] =\n      G.map2(f(fa.head), listTraverse.traverse(fa.tail)(a => traverse(a)(f)))(\n        Tree(_, _))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/applicative\/ApplicativeSpec.scala","text":"<filename>exercises\/src\/test\/scala\/fpinscala\/applicative\/ApplicativeSpec.scala<gh_stars>0\npackage fpinscala.applicative\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ApplicativeSpec extends FlatSpec with Matchers {\n  import Applicative._\n\n  \/\/ Exercise 1\n\n  \"An Applicative\" should \"make a product\" in {\n    streamApplicative.product(Stream(1, 2), Stream(3, 4)) shouldBe Stream(\n      (1, 3),\n      (2, 4))\n  }\n\n  it should \"make a sequence\" in {\n    streamApplicative.sequence(List(Stream(1, 2), Stream(3, 4))) shouldBe Stream(\n      List(1, 3),\n      List(2, 4))\n  }\n\n  it should \"traverse a List\" in {\n    streamApplicative.traverse(List(1, 2, 3))(i => Stream(-i)) shouldBe Stream(\n      List(-1, -2, -3))\n  }\n\n  \/\/ Exercise 2\n\n  it should \"apply a function inside Applicative\" in {\n    streamApplicative.apply(Stream((i: Int) => i + 1, (i: Int) => i - 1))(\n      Stream(1, 2)) shouldBe Stream(2, 1)\n  }\n\n  it should \"map an Applicative\" in {\n    streamApplicative.map(Stream(\"a\", \"b\", \"c\"))(_.toUpperCase) shouldBe Stream(\n      \"A\",\n      \"B\",\n      \"C\")\n  }\n\n  it should \"map 2 Applicatives\" in {\n    streamApplicative.map2(Stream(1, 2), Stream(\"one\", \"two\"))(_ -> _) shouldBe Stream(\n      1 -> \"one\",\n      2 -> \"two\")\n  }\n\n  \/\/ Exercise 3\n\n  it should \"map 3 Applicatives\" in {\n    streamApplicative.map3(Stream(\"this\"), Stream(\"is\"), Stream(\"Sparta!\"))(\n      _ + \" \" + _ + \" \" + _) shouldBe Stream(\"this is Sparta!\")\n  }\n\n  it should \"map 4 Applicatives\" in {\n    streamApplicative.map4(\n      Stream(1, 2),\n      Stream(10, 20),\n      Stream(100, 200),\n      Stream(1000, 2000)\n    )(_ + _ + _ + _) shouldBe Stream(1111, 2222)\n  }\n\n  \/\/ Exercise 6\n\n  \"the validationApplicative\" should \"accumulate errors\" in {\n    validationApplicative[String].map3(\n      Success(\"ok\"),\n      Failure(\"invalid username\", Vector.empty),\n      Failure(\"invalid password\", Vector(\"are you really 400 years old?\"))\n    )((_, _, _) => \"signed up\") shouldBe Failure(\n      \"invalid username\",\n      Vector(\"invalid password\", \"are you really 400 years old?\"))\n  }\n\n  it should \"map successes\" in {\n    validationApplicative[String].map2(\n      Success(\"mr.hacker\"),\n      Success(\"god\")\n    )((uname, pwd) => s\"lame confirmation email: $uname, $pwd\") shouldBe Success(\n      \"lame confirmation email: mr.hacker, god\")\n  }\n\n  \/\/ Exercise 8\n\n  \"An Applicative\" should \"make a product of 2 Applicatives\" in {\n    streamApplicative\n      .product(streamApplicative)\n      .apply((Stream((i: Int) => i + 1), Stream((i: Int) => i - 1)))(\n        (Stream(1), Stream(2))\n      ) shouldBe (Stream(2), Stream(1))\n  }\n\n  \/\/ Exercise 9\n\n  it should \"compose\" in {\n    val ap = streamApplicative.compose(streamApplicative)\n    ap.apply(\n      Stream(Stream((i: Int) => i + 1), Stream((i: Int) => i - 1))\n    )(Stream(Stream(1), Stream(10))) shouldBe Stream(Stream(2), Stream(9))\n  }\n\n  \/\/ Exercise 12\n\n  it should \"sequence over a Map\" in {\n    streamApplicative.sequenceMap(Map(\"x\" -> Stream(1, 2), \"y\" -> Stream(3, 4))) shouldBe Stream(\n      Map(\"x\" -> 1, \"y\" -> 3),\n      Map(\"x\" -> 2, \"y\" -> 4))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/monoids\/MonoidSpec.scala","text":"package fpinscala.monoids\n\nimport java.util.concurrent.Executors\n\nimport fpinscala.datastructures.{Branch, Leaf}\nimport fpinscala.parallelism.Nonblocking.Par\nimport fpinscala.state.RNG.SimpleRNG\nimport fpinscala.testing.Gen\nimport fpinscala.testing.Prop.{Falsified, Passed, Proved}\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass MonoidSpec extends FlatSpec with Matchers {\n  import Monoid._\n\n  private val propParams = (100, 100, SimpleRNG(123L))\n\n  \/\/ Exercise 4\n\n  \"monoidLaws\" should \"falsify left\/right identity\" in {\n    val fakeMonoid = new Monoid[Int] {\n      override def op(a1: Int, a2: Int): Int = a1 + a2\n      override def zero: Int = 1\n    }\n\n    monoidLaws(fakeMonoid, Gen.int).run.tupled(propParams) shouldBe a[Falsified]\n  }\n\n  it should \"falsify associativity\" in {\n    val fakeMonoid = new Monoid[Int] {\n      override def op(a1: Int, a2: Int): Int = a1 - a2\n      override def zero: Int = 0\n    }\n\n    monoidLaws(fakeMonoid, Gen.int).run.tupled(propParams) shouldBe a[Falsified]\n  }\n\n  \/\/ Exercise 1\n\n  \"the intAddition monoid\" should \"observe the monoid laws\" in {\n    monoidLaws(intAddition, Gen.int).run.tupled(propParams) shouldBe Passed\n  }\n\n  \"the intMultiplication monoid\" should \"observe the monoid laws\" in {\n    monoidLaws(intMultiplication, Gen.int).run\n      .tupled(propParams) shouldBe Passed\n  }\n\n  \"the booleanOr monoid\" should \"observe the monoid laws\" in {\n    monoidLaws(booleanOr, Gen.boolean).run.tupled(propParams) shouldBe Proved\n  }\n\n  \"the booleanAnd monoid\" should \"observe the monoid laws\" in {\n    monoidLaws(booleanAnd, Gen.boolean).run.tupled(propParams) shouldBe Proved\n  }\n\n  \/\/ Exercise 2\n\n  \"the optionMonoid\" should \"observe the monoid laws\" in {\n    monoidLaws(optionMonoid[Int], Gen.option(Gen.int)).run\n      .tupled(propParams) shouldBe Passed\n  }\n\n  \/\/ Exercise 5\n\n  \"A Monoid\" should \"map and combine a list\" in {\n    foldMap(List(\"1\", \"2\", \"3\"), intAddition)(_.toInt) shouldBe 6\n  }\n\n  \/\/ Exercise 6\n\n  it should \"combine a list from the left\" in {\n    foldLeft(List(\"2\", \"3\", \"4\"))(1)(_ * _.toInt) shouldBe 24\n  }\n\n  it should \"combine a list from the right\" in {\n    foldRight(List(\"1\", \"2\", \"3\"))(1)(_.toInt * _) shouldBe 6\n  }\n\n  \/\/ Exercise 7\n\n  it should \"map and combine an indexed seq\" in {\n    foldMapV(Vector(1, 2, 3), stringMonoid)(_.toString) shouldBe \"123\"\n  }\n\n  \/\/ Execise 8\n\n  it should \"map and combine a list in parallel\" in {\n    Par.run(Executors.newCachedThreadPool)(\n      parFoldMap(Vector(\"1\", \"2\", \"3\"), intAddition)(_.toInt)) shouldBe 6\n  }\n\n  \/\/ Exercise 9\n\n  it should \"creatively detect that a given list is ordered\" in {\n    ordered(Vector(1, 1, 3, 6)) shouldBe true\n  }\n\n  it should \"creatively detect that a given list is not ordered\" in {\n    ordered(Vector(1, 1, 0, 6)) shouldBe false\n  }\n\n  \/\/ Exercise 10\n\n  \"the wcMonoid\" should \"observe the monoid laws\" in {\n    val gen = for {\n      isStub <- Gen.boolean\n      l <- Gen.alpha\n      r <- Gen.alpha\n      cnt <- Gen.choose(0, 100)\n    } yield if (isStub) Stub(l + r) else Part(l, cnt, r)\n\n    monoidLaws(wcMonoid, gen).run.tupled(propParams) shouldBe Passed\n  }\n\n  \/\/ Exercise 11\n\n  \"A Monoid\" should \"count the number of words in a string\" in {\n    count(\"lorem ipsum dolor sit amet, \") shouldBe 5\n  }\n\n  \/\/ Exercise 12\n\n  \"A ListFoldable\" should \"foldRight\" in {\n    ListFoldable.foldRight(List(1, 2, 3))(0)(_ + _) shouldBe 6\n  }\n\n  it should \"foldLeft\" in {\n    ListFoldable.foldLeft(List(1, 2, 3))(0)(_ + _) shouldBe 6\n  }\n\n  it should \"foldMap\" in {\n    ListFoldable.foldMap(List(1, 2, 3))(_.toString)(stringMonoid) shouldBe \"123\"\n  }\n\n  \/\/ Exercise 13\n\n  \"A TreeFoldable\" should \"foldRight\" in {\n    TreeFoldable.foldRight(Branch(Leaf(1), Branch(Leaf(2), Leaf(3))))(0)(_ + _) shouldBe 6\n  }\n\n  it should \"foldLeft\" in {\n    TreeFoldable.foldLeft(Branch(Leaf(1), Branch(Leaf(2), Leaf(3))))(0)(_ + _) shouldBe 6\n  }\n\n  it should \"foldMap\" in {\n    TreeFoldable.foldMap(Branch(Leaf(1), Branch(Leaf(2), Leaf(3))))(_.toString)(\n      stringMonoid) shouldBe \"123\"\n  }\n\n  \/\/ Exercise 14\n\n  \"An OptionFoldable\" should \"foldRight\" in {\n    OptionFoldable.foldRight(Some(1))(1)(_ + _) shouldBe 2\n    OptionFoldable.foldRight(Option.empty[Int])(1)(_ + _) shouldBe 1\n  }\n\n  it should \"foldLeft\" in {\n    OptionFoldable.foldLeft(Some(1))(1)(_ + _) shouldBe 2\n    OptionFoldable.foldLeft(Option.empty[Int])(1)(_ + _) shouldBe 1\n  }\n\n  it should \"foldMap\" in {\n    OptionFoldable.foldMap(Some(\"1\"))(_.toInt)(intAddition) shouldBe 1\n    OptionFoldable.foldMap(Option.empty[String])(_.toInt)(intAddition) shouldBe 0\n  }\n\n  \/\/ Exercise 15\n\n  \"A Foldable\" should \"turn itself into a list\" in {\n    ListFoldable.toList(List(1, 2, 3)) shouldBe List(1, 2, 3)\n    TreeFoldable.toList(Branch(Leaf(1), Branch(Leaf(2), Leaf(3)))) shouldBe List(\n      1,\n      2,\n      3)\n    OptionFoldable.toList(Some(1)) shouldBe List(1)\n    OptionFoldable.toList(None) shouldBe List()\n  }\n\n  \/\/ Exercise 16\n\n  \"the productMonoid\" should \"observe the monoid laws\" in {\n    monoidLaws(\n      productMonoid(intMultiplication, stringMonoid),\n      Gen.tuple2(Gen.int, Gen.alpha)).run.tupled(propParams) shouldBe Passed\n  }\n\n  \/\/ Exercise 18\n\n  \"A Monoid\" should \"create a bag from an indexed seq\" in {\n    bag(Vector(\"a\", \"b\", \"a\", \"ab\")) shouldBe Map(\"a\" -> 2, \"b\" -> 1, \"ab\" -> 1)\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/testing\/GenSpec.scala","text":"<gh_stars>0\npackage fpinscala.testing\n\nimport java.util.concurrent.Executors\n\nimport fpinscala.state.RNG\nimport fpinscala.state.RNG.SimpleRNG\nimport org.scalatest.prop.PropertyChecks\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass GenSpec extends FlatSpec with Matchers with PropertyChecks {\n\n  \/\/ Exercise 4\n\n  \"Gen\" should \"generate integers from the given range\" in {\n    forAll { seed: Long =>\n      val result = Gen.choose(-10, 10).sample.run(SimpleRNG(seed))._1\n      result should be >= -10\n      result should be < 10\n    }\n  }\n\n  \/\/ Exercise 5\n\n  it should \"generate constant value (unit)\" in {\n    forAll { seed: Long =>\n      val result = Gen.choose(-10, 10).sample.run(SimpleRNG(seed))._1\n      Gen.unit(1).sample.run(SimpleRNG(seed))._1 shouldBe 1\n    }\n  }\n\n  it should \"generate boolean values\" in {\n    Gen.boolean.sample.run(SimpleRNG(0))._1 shouldBe true\n    Gen.boolean.sample.run(SimpleRNG(2))._1 shouldBe false\n  }\n\n  it should \"generate a random list of size n\" in {\n    forAll { (seed: Long, n: Byte) =>\n      whenever(n > 0) {\n        Gen\n          .listOfN(n.toInt, Gen.boolean)\n          .sample\n          .run(SimpleRNG(seed))\n          ._1 should have size n\n      }\n    }\n  }\n\n  \/\/ Exercise 6\n\n  it should \"implement flatMap\" in {\n    Gen\n      .choose(0, 99)\n      .flatMap(i => Gen.unit(i % 2 == 0))\n      .sample\n      .run(SimpleRNG(0))\n      ._1 shouldBe true\n  }\n\n  it should \"generate a list from Gen using flatMap\" in {\n    forAll { (seed: Long, n: Byte) =>\n      whenever(n > 0) {\n        Gen.boolean\n          .listOfN(n.toInt)\n          .sample\n          .run(SimpleRNG(seed))\n          ._1 should have size n\n      }\n    }\n  }\n\n  \/\/ Exercise 7\n\n  it should \"combine two generators by pulling values from each with equal likelihood\" in {\n    val (result, _) = (0 until 100).foldLeft((0, SimpleRNG(0): RNG)) {\n      (acc, _) =>\n        Gen.union(Gen.unit(1), Gen.unit(-1)).sample.run(acc._2)\n    }\n\n    result shouldBe (0 +- 3)\n  }\n\n  \/\/ Exercise 8\n\n  it should \"combine two generators by pulling values from each with equal likelihood using weighted\" in {\n    val (result, _) = (0 until 100).foldLeft((0, SimpleRNG(0): RNG)) {\n      (acc, _) =>\n        Gen.weighted((Gen.unit(1), 1.0), (Gen.unit(-1), 1.0)).sample.run(acc._2)\n    }\n\n    result shouldBe (0 +- 3)\n  }\n\n  it should \"combine two generators by pulling values from each with likelihood according to weights\" in {\n    val (result, _) = (0 until 100).foldLeft((0.0, SimpleRNG(0): RNG)) {\n      (acc, _) =>\n        Gen\n          .weighted((Gen.unit(0.25), 4.0), (Gen.unit(-1.0), 1.0))\n          .sample\n          .run(acc._2)\n    }\n\n    result shouldBe (0.0 +- 3)\n  }\n\n  \/\/ Exercise 11\n\n  \"SGen\" should \"implement flatMap\" in {\n    Gen\n      .choose(0, 99)\n      .unsized\n      .flatMap(i => Gen.unit(i % 2 == 0))\n      .forSize(1)\n      .sample\n      .run(SimpleRNG(0))\n      ._1 shouldBe true\n  }\n\n  it should \"zip two SGen together\" in {\n    (Gen.unit(1).unsized ** Gen.unit(2).unsized)\n      .forSize(1)\n      .sample\n      .run(SimpleRNG(0))\n      ._1 shouldBe (1, 2)\n  }\n\n  \/\/ Exercise 12\n\n  it should \"generate a sized list of elements\" in {\n    forAll { (seed: Long, sizeSeed: Int) =>\n      whenever(sizeSeed != Int.MinValue) {\n        val s = (math.abs(sizeSeed) % 100) + 1\n        Gen\n          .listOf(Gen.boolean)\n          .forSize(s)\n          .sample\n          .run(SimpleRNG(seed))\n          ._1 should have size s\n      }\n    }\n  }\n\n  \/\/ Exercise 13\n\n  it should \"generate a sized, non empty list of elements\" in {\n    forAll { (seed: Long, sizeSeed: Int) =>\n      whenever(sizeSeed != Int.MinValue) {\n        val s = math.abs(sizeSeed) % 100\n        Gen\n          .listOf1(Gen.boolean)\n          .forSize(s)\n          .sample\n          .run(SimpleRNG(seed))\n          ._1 should have size math.max(1, s)\n      }\n    }\n  }\n\n  \/\/ Exercise 16\n\n  it should \"generate Par[Int]\" in {\n    val executor = Executors.newCachedThreadPool()\n    forAll { seed: Long =>\n      Gen.parInt.sample\n        .run(SimpleRNG(seed))\n        ._1(executor)\n        .get() shouldBe an[Integer]\n    }\n  }\n\n  \/\/ Exercise 19\n\n  it should \"generate a function A => B that uses a mapping from n elements\" in {\n    Gen\n      .funN[Int, Boolean](2, Gen.boolean)\n      .sample\n      .run(SimpleRNG(1))\n      ._1(0) shouldBe true\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/localeffects\/LocalEffects.scala","text":"<filename>exercises\/src\/main\/scala\/fpinscala\/localeffects\/LocalEffects.scala\npackage fpinscala.localeffects\n\nimport fpinscala.monads._\n\nimport scala.collection.mutable\n\nobject Mutable {\n  def quicksort(xs: List[Int]): List[Int] =\n    if (xs.isEmpty) xs\n    else {\n      val arr = xs.toArray\n      def swap(x: Int, y: Int) = {\n        val tmp = arr(x)\n        arr(x) = arr(y)\n        arr(y) = tmp\n      }\n      def partition(l: Int, r: Int, pivot: Int) = {\n        val pivotVal = arr(pivot)\n        swap(pivot, r)\n        var j = l\n        for (i <- l until r) if (arr(i) < pivotVal) {\n          swap(i, j)\n          j += 1\n        }\n        swap(j, r)\n        j\n      }\n      def qs(l: Int, r: Int): Unit = if (l < r) {\n        val pi = partition(l, r, l + (r - l) \/ 2)\n        qs(l, pi - 1)\n        qs(pi + 1, r)\n      }\n      qs(0, arr.length - 1)\n      arr.toList\n    }\n}\n\nsealed trait ST[S, A] { self =>\n  protected def run(s: S): (A, S)\n  def map[B](f: A => B): ST[S, B] = new ST[S, B] {\n    def run(s: S) = {\n      val (a, s1) = self.run(s)\n      (f(a), s1)\n    }\n  }\n  def flatMap[B](f: A => ST[S, B]): ST[S, B] = new ST[S, B] {\n    def run(s: S) = {\n      val (a, s1) = self.run(s)\n      f(a).run(s1)\n    }\n  }\n}\n\nobject ST {\n  def apply[S, A](a: => A) = {\n    lazy val memo = a\n    new ST[S, A] {\n      def run(s: S) = (memo, s)\n    }\n  }\n  def runST[A](st: RunnableST[A]): A =\n    st[Null].run(null)._1\n}\n\nsealed trait STRef[S, A] {\n  protected var cell: A\n  def read: ST[S, A] = ST(cell)\n  def write(a: => A): ST[S, Unit] = new ST[S, Unit] {\n    def run(s: S) = {\n      cell = a\n      ((), s)\n    }\n  }\n}\n\nobject STRef {\n  def apply[S, A](a: A): ST[S, STRef[S, A]] =\n    ST(new STRef[S, A] {\n      var cell = a\n    })\n}\n\ntrait RunnableST[A] {\n  def apply[S]: ST[S, A]\n}\n\n\/\/ Scala requires an implicit Manifest for constructing arrays.\nsealed abstract class STArray[S, A](implicit manifest: Manifest[A]) {\n  protected def value: Array[A]\n  def size: ST[S, Int] = ST(value.size)\n\n  \/\/ Write a value at the give index of the array\n  def write(i: Int, a: A): ST[S, Unit] = new ST[S, Unit] {\n    def run(s: S) = {\n      value(i) = a\n      ((), s)\n    }\n  }\n\n  \/\/ Read the value at the given index of the array\n  def read(i: Int): ST[S, A] = ST(value(i))\n\n  \/\/ Turn the array into an immutable list\n  def freeze: ST[S, List[A]] = ST(value.toList)\n\n  \/\/ Exercise 1: Add a combinator on STArray to fill the array from a Map where each key in the map represents an index into the array,\n  \/\/ and the value under that key is written to the array at that index.\n  def fill(xs: Map[Int, A]): ST[S, Unit] =\n    xs.foldRight(ST[S, Unit](())) {\n      case ((i, a), st) =>\n        st.flatMap(_ => write(i, a))\n    }\n\n  def swap(i: Int, j: Int): ST[S, Unit] =\n    for {\n      x <- read(i)\n      y <- read(j)\n      _ <- write(i, y)\n      _ <- write(j, x)\n    } yield ()\n}\n\nobject STArray {\n  \/\/ Construct an array of the given size filled with the value v\n  def apply[S, A: Manifest](sz: Int, v: A): ST[S, STArray[S, A]] =\n    ST(new STArray[S, A] {\n      lazy val value = Array.fill(sz)(v)\n    })\n\n  def fromList[S, A: Manifest](xs: List[A]): ST[S, STArray[S, A]] =\n    ST(new STArray[S, A] {\n      lazy val value = xs.toArray\n    })\n}\n\nobject Immutable {\n  def noop[S] = ST[S, Unit](())\n\n  \/\/ Exercise 2: Write the purely functional versions of partition and qs\n  def partition[S](a: STArray[S, Int], l: Int, r: Int, pivot: Int): ST[S, Int] =\n    for {\n      pivotVal <- a.read(pivot)\n      _ <- a.swap(pivot, r)\n      j <- STRef(l)\n      _ <- (l until r).foldLeft(noop[S]) { (st, i) =>\n        for {\n          _ <- st\n          iVal <- a.read(i)\n          _ <- if (iVal < pivotVal) swapAndAdvance(a, i, j) else noop[S]\n        } yield ()\n      }\n      jVal <- j.read\n      _ <- a.swap(jVal, r)\n    } yield jVal\n\n  def qs[S](a: STArray[S, Int], l: Int, r: Int): ST[S, Unit] =\n    if (l < r)\n      for {\n        i <- partition(a, l, r, l + (r - l) \/ 2)\n        _ <- qs(a, l, i - 1)\n        _ <- qs(a, i + 1, r)\n      } yield ()\n    else\n      noop[S]\n\n  private def swapAndAdvance[S](\n    a: STArray[S, Int],\n    i: Int,\n    j: STRef[S, Int]): ST[S, Unit] =\n    for {\n      jVal <- j.read\n      _ <- a.swap(i, jVal)\n      _ <- j.write(jVal + 1)\n    } yield ()\n\n  def quicksort(xs: List[Int]): List[Int] =\n    if (xs.isEmpty) xs\n    else\n      ST.runST(new RunnableST[List[Int]] {\n        def apply[S] =\n          for {\n            arr <- STArray.fromList(xs)\n            size <- arr.size\n            _ <- qs(arr, 0, size - 1)\n            sorted <- arr.freeze\n          } yield sorted\n      })\n}\n\nimport scala.collection.mutable.HashMap\n\n\/\/ Exercise 3: Come up with a minimal set of primitive combinators for creating and manipulating hash maps.\nsealed trait STHashMap[S, K, V] {\n  protected val value: mutable.HashMap[K, V]\n\n  def size: ST[S, Int] = ST(value.size)\n\n  def get(key: K): ST[S, Option[V]] = ST(value.get(key))\n\n  def append(entry: (K, V)): ST[S, Unit] = ST(value += entry)\n  def +=(entry: (K, V)): ST[S, Unit] = append(entry)\n\n  def remove(key: K): ST[S, Unit] = ST(value -= key)\n  def -=(key: K): ST[S, Unit] = remove(key)\n\n  def freeze: ST[S, List[(K, V)]] = ST(value.toList)\n\n  def isDefinedAt(key: K): ST[S, Boolean] = ST(value.isDefinedAt(key))\n}\n\nobject STHashMap {\n  def fromList[S, K, V](seed: List[(K, V)]): ST[S, STHashMap[S, K, V]] = ST {\n    new STHashMap[S, K, V] {\n      override protected val value: mutable.HashMap[K, V] =\n        mutable.HashMap(seed: _*)\n    }\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/errorhandling\/OptionSpec.scala","text":"package fpinscala.errorhandling\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass OptionSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 1\n\n  \"Option\" should \"map a None\" in {\n    None.map(identity[Int]) shouldBe None\n  }\n\n  it should \"map the value inside Some\" in {\n    Some(\"Guy\").map(_.length * 2) shouldBe Some(6)\n  }\n\n  it should \"flatMap a None\" in {\n    None.flatMap(identity) shouldBe None\n  }\n\n  it should \"flatMap the value inside Some\" in {\n    Some(\"Thing\").flatMap(str => Some(str.toLowerCase)) shouldBe Some(\"thing\")\n  }\n\n  it should \"flatMap the value inside Some to None\" in {\n    Some(\"Thing\").flatMap(_ => None) shouldBe None\n  }\n\n  it should \"get the default value when calling getOrElse on None\" in {\n    None.getOrElse(true) shouldBe true\n  }\n\n  it should \"get the value inside Some when calling getOrElse on it\" in {\n    Some(42).getOrElse(0) shouldBe 42\n  }\n\n  it should \"get the first Some in a chain of orElse invocations\" in {\n    None orElse None orElse Some(3) orElse None shouldBe Some(3)\n  }\n\n  it should \"filter a None\" in {\n    None.filter(_ => true) shouldBe None\n  }\n\n  it should \"filter out the value inside Some\" in {\n    Some(2).filter(_ < 1) shouldBe None\n  }\n\n  it should \"keep the value inside Some when filter passes\" in {\n    Some(2).filter(_ < 10) shouldBe Some(2)\n  }\n\n  \/\/ Exercise 2\n\n  it should \"calculate variance of a non empty sequence of doubles\" in {\n    Option.variance(Seq(1.5, 3.0)) shouldBe Some(0.5625)\n  }\n\n  it should \"not calculate variance of an empty sequence of doubles\" in {\n    Option.variance(Seq.empty) shouldBe None\n  }\n\n  \/\/ Exercise 3\n\n  it should \"map two Options, at least one of which is None\" in {\n    Option.map2(None, None)((_, _) => true) shouldBe None\n    Option.map2(Some(1), None)((_, _) => true) shouldBe None\n    Option.map2(None, Some(1))((_, _) => true) shouldBe None\n  }\n\n  it should \"map two Some values with a binary function\" in {\n    Option.map2(Some(1), Some(2))(_ - _) shouldBe Some(-1)\n  }\n\n  \/\/ Exercise 4\n\n  it should \"combine an empty list of Option values into Some with empty list\" in {\n    Option.sequence(List.empty[Option[Int]]) shouldBe Some(\n      List.empty[Option[Int]])\n  }\n\n  it should \"combine a list of Option values, some of which are None, into None\" in {\n    Option.sequence(List(Some(1), None, Some(3))) shouldBe None\n  }\n\n  it should \"combine a list of Some values into a Some of list\" in {\n    Option.sequence(List(Some(1), Some(2), Some(3))) shouldBe Some(\n      List(1, 2, 3))\n  }\n\n  \/\/ Exercise 5\n\n  it should \"traverse an empty list of Int values and get Some with empty list\" in {\n    Option.traverse(List.empty[Int])(_ => Some(1)) shouldBe Some(\n      List.empty[Int])\n  }\n\n  it should \"traverse a list of Int values and get Some with a list of doubled values\" in {\n    Option.traverse(List(1, 2, 3))((x: Int) => Some(x * 2)) shouldBe Some(\n      List(2, 4, 6))\n  }\n\n  it should \"combine an empty list of Option values into Some with empty list using traverse\" in {\n    Option.sequence2(List.empty[Option[Int]]) shouldBe Some(\n      List.empty[Option[Int]])\n  }\n\n  it should \"combine a list of Option values, some of which are None, into None using traverse\" in {\n    Option.sequence2(List(Some(1), None, Some(3))) shouldBe None\n  }\n\n  it should \"combine a list of Some values into a Some of list using traverse\" in {\n    Option.sequence2(List(Some(1), Some(2), Some(3))) shouldBe Some(\n      List(1, 2, 3))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/parallelism\/ParSpec.scala","text":"package fpinscala.parallelism\n\nimport java.util.concurrent.Executors\n\nimport org.scalatest.concurrent.JavaFutures\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ParSpec extends FlatSpec with Matchers with JavaFutures {\n  private val executor = Executors.newFixedThreadPool(2)\n  private def testParResult[A, B](p: Par.Par[A])(test: A => B) =\n    whenReady(Par.run(executor)(p))(test)\n\n  \/\/ Exercise 3\n\n  \"Par\" should \"map 2 Par values\" in {\n    testParResult(Par.map2(Par.unit(1), Par.unit(2))(_ + _))(_ shouldBe 3)\n  }\n\n  \/\/ Exercise 4\n\n  it should \"lift a function into Par\" in {\n    testParResult(Par.asyncF((a: Int) => a * 2)(3))(_ shouldBe 6)\n  }\n\n  \/\/ Exercise 5\n\n  it should \"turn a list of Par values into Par of list\" in {\n    testParResult(Par.sequence(List(Par.unit(1), Par.unit(2))))(\n      _ shouldBe List(1, 2))\n  }\n\n  \/\/ Exercise 6\n\n  it should \"filter elements of a list in parallel\" in {\n    testParResult(Par.parFilter(List(1, 2, 3, 4))(_ % 2 == 0))(\n      _ shouldBe List(2, 4))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/parsing\/ParsersSpec.scala","text":"<gh_stars>0\npackage fpinscala.parsing\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass ParsersSpec extends FlatSpec with Matchers {\n  import MyParsers._\n  import MyParsers.operators\n\n  \"Parsers\" should \"parse a char\" in {\n    MyParsers.run(char('a'))(\"aba\") shouldBe Success('a', Location(\"aba\", 1))\n  }\n\n  it should \"fail to parse a char\" in {\n    MyParsers.run(char('a'))(\"ba\") shouldBe Failure(\n      ParseError(List(Location(\"ba\", 0) -> \"expected string 'a'\")))\n  }\n\n  it should \"parse a string\" in {\n    MyParsers.run(string(\"java\"))(\"javascript\") shouldBe Success(\n      \"java\",\n      Location(\"javascript\", 4))\n  }\n\n  it should \"fail to parse a string\" in {\n    MyParsers.run(string(\"java\"))(\"jax\") shouldBe Failure(\n      ParseError(List(Location(\"jax\", 0) -> \"expected string 'java'\")))\n  }\n\n  it should \"parse regex\" in {\n    MyParsers.run(MyParsers.regex(\"[0-9]+\".r))(\"123\") shouldBe Success(\n      \"123\",\n      Location(\"123\", 3))\n  }\n\n  it should \"fail to parse regex\" in {\n    MyParsers.run(MyParsers.regex(\"[0-9]+\".r))(\"a123\") shouldBe Failure(\n      ParseError(List(Location(\"a123\", 0) -> \"expected regex '[0-9]+'\")))\n  }\n\n  it should \"parse one of two things\" in {\n    MyParsers.run(digit | space)(\"1\") shouldBe Success(\"1\", Location(\"1\", 1))\n    MyParsers.run(digit | space)(\" \") shouldBe Success(\" \", Location(\" \", 1))\n  }\n\n  it should \"fail to parse one of two things\" in {\n    MyParsers.run(digit | space)(\"doh\") shouldBe Failure(\n      ParseError(\n        List(Location(\"doh\", 0) -> \"expected regex '\\\\s+'\"),\n        List(ParseError(List(Location(\"doh\", 0) -> \"expected regex '\\\\d'\"))))\n    )\n  }\n\n  \/\/ Exercise 1\n\n  it should \"map 2 parsers\" in {\n    MyParsers.run(map2(MyParsers.succeed(1), MyParsers.succeed(\"one\"))(_ -> _))(\n      \"\") shouldBe Success(1 -> \"one\", Location(\"\", 0))\n  }\n\n  it should \"parse at least one element\" in {\n    MyParsers.run(many1(digit))(\"456\") shouldBe Success(\n      List(\"4\", \"5\", \"6\"),\n      Location(\"456\", 3))\n  }\n\n  it should \"fail to parse at least one element\" in {\n    MyParsers.run(many1(digit))(\"aaa\") shouldBe Failure(\n      ParseError(List(Location(\"aaa\", 0) -> \"expected regex '\\\\d'\")))\n  }\n\n  \/\/ Exercise 3\n\n  it should \"parse a list of elements\" in {\n    MyParsers.run(many(digit))(\"456\") shouldBe Success(\n      List(\"4\", \"5\", \"6\"),\n      Location(\"456\", 3))\n    MyParsers.run(many(digit))(\"aaa\") shouldBe Success(\n      List.empty[String],\n      Location(\"aaa\", 0))\n  }\n\n  \/\/ Exercise 4\n\n  it should \"parse exactly n elements\" in {\n    MyParsers.run(listOfN(3, digit))(\"456\") shouldBe Success(\n      List(\"4\", \"5\", \"6\"),\n      Location(\"456\", 3))\n  }\n\n  it should \"fail to parse exactly n elements\" in {\n    MyParsers.run(listOfN(4, digit))(\"456\") shouldBe Failure(\n      ParseError(List(Location(\"456\", 3) -> \"expected regex '\\\\d'\")))\n  }\n\n  \/\/ Exercise 6\n\n  it should \"parse a number of 'a' chars specified in the first digit\" in {\n    MyParsers.run(numberOfAs)(\"3aaa\") shouldBe Success(\n      List('a', 'a', 'a'),\n      Location(\"3aaa\", 4))\n  }\n\n  it should \"fail to parse a number of 'a' chars specified in the first digit\" in {\n    MyParsers.run(numberOfAs)(\"3aa\") shouldBe Failure(\n      ParseError(List(Location(\"3aa\", 3) -> \"expected string 'a'\")))\n  }\n\n  \/\/ Exercise 7\n\n  it should \"parse a product of 2 parsers\" in {\n    MyParsers.run(product(digit, char('a')))(\"3a\") shouldBe Success(\n      (\"3\", 'a'),\n      Location(\"3a\", 2))\n  }\n\n  \/\/ Exercise 8\n\n  it should \"map the result of parser\" in {\n    MyParsers.run(map(digit)(_.toInt))(\"4\") shouldBe Success(\n      4,\n      Location(\"4\", 1))\n  }\n\n  \/\/ Exercise 10\n\n  it should \"describe a parser and use the description when reporting failure\" in {\n    MyParsers.run(\n      describe(\n        MyParsers.fail(ParseError(List(Location(\"123\", 3) -> \"duh\"))),\n        \"expected failure\"))(\"123\") shouldBe\n      Failure(\n        ParseError(\n          List(\n            Location(\"123\", 0) -> \"expected failure\",\n            Location(\"123\", 3) -> \"duh\")))\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/JSON.scala","text":"<gh_stars>0\npackage fpinscala.parsing\n\nimport scala.language.higherKinds\n\n\/\/ Exercise 9: Create JSON parser from scratch, without worrying about the representation of Parser\ntrait JSON\nobject JSON {\n  case object JNull extends JSON\n  case class JNumber(get: Double) extends JSON\n  case class JString(get: String) extends JSON\n  case class JBool(get: Boolean) extends JSON\n  case class JArray(get: IndexedSeq[JSON]) extends JSON\n  case class JObject(get: Map[String, JSON]) extends JSON\n\n  def jsonParser[Parser[+ _]](P: Parsers[Parser]): Parser[JSON] = {\n    import P._\n\n    val comma = trimSpace(\",\")\n    val str = \"\"\"(([^\"\\\\]+|(\\\\[\\\\\\\/\"bfnrtu])+|(\\\\u[0-9a-fA-F]{4}))+)\"\"\".r\n\n    def jnull: Parser[JNull.type] =\n      literal(\"null\")(JNull)\n    def jnumber: Parser[JNumber] =\n      double.map(JNumber)\n    def jstring: Parser[JString] =\n      trim(\"\\\"\", str, \"\\\"\").map(JString)\n    def jbool: Parser[JBool] =\n      literal(\"true\")(JBool(true)) | literal(\"false\")(JBool(false))\n    def jarray: Parser[JArray] =\n      trim(trimSpace(\"[\"), manySep(comma, jvalue), trimSpace(\"]\")).map(l =>\n        JArray(l.toIndexedSeq))\n    def jmapping: Parser[(String, JSON)] =\n      jstring.map(_.get) ** (trimSpace(\":\") ~> jvalue)\n    def jobject: Parser[JObject] =\n      trim(\n        \"{\",\n        trimSpace(manySep(comma, jmapping)),\n        \"}\"\n      ).map(ms => JObject(ms.toMap))\n    def jliteral: Parser[JSON] = jnull | jbool | jnumber | jstring\n    def jvalue: Parser[JSON] =\n      describe(jliteral, \"literal\") | describe(jarray, \"array\") | describe(\n        jobject,\n        \"object\")\n\n    describe(whole(trimSpace(jvalue)), \"JSON\")\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"build.sbt","text":"lazy val commonSettings = Seq(\n  scalaVersion := \"2.12.4\",\n  projectDependencies ++= Seq(\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.1\" % Test,\n    \"org.scalacheck\" %% \"scalacheck\" % \"1.13.4\" % Test\n  )\n)\n\nlazy val exercises = (project in file(\"exercises\"))\n  .settings(\n    commonSettings,\n    name := \"exercises\"\n  )\n\nlazy val chaptercode = (project in file(\"chaptercode\"))\n  .settings(\n    commonSettings,\n    name := \"chaptercode\"\n  )\n\nlazy val root = (project in file(\".\"))\n  .settings(\n    commonSettings,\n    name := \"fpinscala\"\n  )\n  .aggregate(exercises, chaptercode)"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/testing\/Gen.scala","text":"package fpinscala.testing\n\nimport fpinscala.state._\nimport fpinscala.laziness._\nimport fpinscala.errorhandling._\nimport fpinscala.parallelism.Par\nimport fpinscala.parallelism.Par.Par\nimport Prop._\nimport Gen._\n\ncase class Gen[+A](sample: State[RNG, A], domain: Option[Stream[A]]) {\n  \/\/ Exercise 6: Implement flatMap, and then use it to implement this more dynamic version of listOfN.\n  def flatMap[B](f: A => Gen[B]): Gen[B] =\n    Gen(\n      sample.flatMap(a => f(a).sample),\n      domain.flatMap { dom =>\n        dom.headOption.flatMap(a => f(a).domain)\n      }\n    )\n\n  def map[B](f: A => B): Gen[B] =\n    Gen(sample.map(f), unboundedDomain)\n\n  def map2[B, C](g: Gen[B])(f: (A, B) => C): Gen[C] =\n    Gen(sample.map2(g.sample)(f), unboundedDomain)\n\n  def listOfN(size: Gen[Int]): Gen[List[A]] =\n    size.flatMap(n => Gen.listOfN(n, this))\n\n  def listOfN(size: Int): Gen[List[A]] =\n    listOfN(Gen.unit(size))\n\n  def listOf1: SGen[List[A]] =\n    Gen.listOf1(this)\n\n  \/\/ Exercise 10: Implement helper functions for converting Gen to SGen. You can add this as a method on Gen.\n  def unsized: SGen[A] =\n    SGen(_ => this)\n\n  def **[B](g: Gen[B]): Gen[(A, B)] =\n    (this map2 g)((_, _))\n}\n\nobject Gen {\n  type Domain[A] = Option[Stream[A]]\n\n  private var DefaultSampleSize = 100\n\n  object ** {\n    def unapply[A, B](p: (A, B)) = Some(p)\n  }\n\n  def unboundedDomain[A]: Domain[A] = None\n  def boundedDomain[A](s: Stream[A]): Domain[A] = Some(s)\n\n  \/\/ Exercise 4: Implement Gen.choose using this representation of Gen. It should generate integers in the range start to stopExclusive.\n  \/\/ Feel free to use functions you\u2019ve already written.\n  def choose(start: Int, stopExclusive: Int): Gen[Int] =\n    Gen(\n      State(RNG.map(RNG.nonNegativeInt)(i =>\n        start + (i % (stopExclusive - start)))),\n      boundedDomain(Stream.from(start).take(stopExclusive))\n    )\n\n  \/\/ Exercise 5: Try implementing unit, boolean, and listOfN.\n  def unit[A](a: => A): Gen[A] = Gen(State.unit(a), boundedDomain(Stream(a)))\n\n  def sequence[A](g: Seq[Gen[A]]): Gen[Seq[A]] =\n    g.foldLeft(Gen.unit(Seq.empty[A])) { (acc, ga) =>\n      acc.flatMap(as => ga.map(a => a +: as))\n    }\n\n  def sequenceSized[A](sg: SGen[Seq[Gen[A]]]): SGen[Seq[A]] =\n    SGen { i =>\n      sg.forSize(i).flatMap(sequence)\n    }\n\n  def boolean: Gen[Boolean] =\n    Gen(State(RNG.boolean), boundedDomain(Stream(true, false)))\n\n  def double: Gen[Double] =\n    Gen(State(RNG.double2), unboundedDomain)\n\n  \/\/ TODO: make this bounded\n  def int: Gen[Int] =\n    Gen(State(RNG.int), unboundedDomain)\n\n  def asciiN(n: Int): Gen[String] =\n    choose(0, 128).listOfN(n).map(_.map(_.toChar).mkString)\n\n  def ascii: Gen[String] =\n    choose(0, DefaultSampleSize).flatMap(asciiN)\n\n  def alphaChar: Gen[Char] =\n    pick(\n      IndexedSeq.range(48, 57) ++ IndexedSeq.range(65, 90) ++ IndexedSeq\n        .range(97, 122)).map(_.toChar)\n\n  def alphaN(n: Int): Gen[String] =\n    alphaChar.listOfN(n).map(_.mkString)\n\n  def alpha: Gen[String] =\n    choose(0, DefaultSampleSize).flatMap(alphaN)\n\n  def pick[A](xs: Seq[A]): Gen[A] =\n    choose(0, xs.length).map(xs.apply)\n\n  def listOfN[A](n: Int, g: Gen[A]): Gen[List[A]] =\n    Gen(\n      State.sequence(List.fill(n)(g.sample)),\n      g.domain.map(_.map(a => List.fill(n)(a))))\n\n  \/\/ Exercise 13: Define listOf1 for generating nonempty lists, and then update your specification of max to use this generator.\n  def listOf1[A](g: Gen[A]): SGen[List[A]] =\n    SGen(s => listOfN(s max 1, g))\n\n  \/\/ Exercise 7: Implement union, for combining two generators of the same type into one, by pulling values from each generator with equal likelihood.\n  def union[A](g1: Gen[A], g2: Gen[A]): Gen[A] =\n    boolean.flatMap(b => if (b) g1 else g2)\n\n  \/\/ Exercise 8: Implement weighted , a version of union that accepts a weight for each Gen and generates values\n  \/\/ from each Gen with probability proportional to its weight.\n  def weighted[A](g1: (Gen[A], Double), g2: (Gen[A], Double)): Gen[A] = {\n    val (g1v, w1) = g1\n    val (g2v, w2) = g2\n    val g1prob = w1 \/ (w1 + w2)\n\n    double.flatMap(d => if (d < g1prob) g1v else g2v)\n  }\n\n  \/\/ Exercise 12: Implement a listOf combinator that doesn't accept an explicit size. It should return an SGen instead of a Gen.\n  \/\/ The implementation should generate lists of the requested size.\n  def listOf[A](g: Gen[A]): SGen[List[A]] =\n    SGen(s => listOfN(s, g))\n\n  \/\/ Exercise 16: Write a richer generator for Par[Int] , which builds more deeply nested parallel computations than the simple ones we gave previously.\n  def parInt: Gen[Par[Int]] =\n    int.listOfN(choose(0, 10)).map { l =>\n      l.foldLeft(Par.unit(0)) { (acc, a) =>\n        Par.fork(Par.map2(acc, Par.unit(a))(_ + _))\n      }\n    }\n\n  def gen: Gen[Gen[_]] =\n    pick(Seq(Gen.int, Gen.double, Gen.boolean, Gen.ascii, Gen.alpha))\n\n  \/\/ Exercise 19: We want to generate a function that uses its argument in some way to select which Int to return.\n  def funN[A, B](n: Int, g: Gen[B]): Gen[A => B] =\n    g.listOfN(n).map(l => a => l(math.abs(a.hashCode) % l.length))\n\n  def fun[A, B](g: Gen[B]): Gen[A => B] =\n    funN(DefaultSampleSize, g)\n\n  def funToInt[A](g: Gen[A]): Gen[A => Int] =\n    fun(Gen.int)\n\n  def funToString[A](g: Gen[A]): Gen[A => String] =\n    fun(Gen.alpha)\n\n  def funToBoolean[A](g: Gen[A]): Gen[A => Boolean] =\n    fun(Gen.boolean)\n\n  def funToListOfN[A, B](n: Int, g: Gen[B]): Gen[A => List[B]] =\n    fun(Gen.listOfN(n, g))\n\n  def option[A](g: Gen[A]): Gen[scala.Option[A]] =\n    boolean.flatMap {\n      case true => g.map(scala.Some.apply)\n      case false => Gen.unit(scala.None)\n    }\n\n  def tuple2[A, B](ga: Gen[A], gb: Gen[B]): Gen[(A, B)] =\n    ga.flatMap(a => gb.map(b => (a, b)))\n}\n\ncase class SGen[+A](forSize: Int => Gen[A]) {\n  \/\/ Exercise 11: Define some convenience functions on SGen that simply delegate to the corresponding functions on Gen\n  def flatMap[B](f: A => Gen[B]): SGen[B] =\n    SGen(s => forSize(s).flatMap(f))\n\n  def map[B](f: A => B): SGen[B] =\n    SGen(s => forSize(s).map(f))\n\n  def **[B](s2: SGen[B]): SGen[(A, B)] =\n    SGen(n => forSize(n) ** s2.forSize(n))\n}\n\nobject Examples {\n  \/\/ Exercise 14: Write a property to verify the behavior of List.sorted\n  val isSorted: Prop =\n    forAll(Gen.listOf1(Gen.int)) { is =>\n      val sorted = is.sorted\n      (sorted zip sorted.tail).forall(i => i._1 < i._2)\n    }\n\n  \/\/ Exercise 17: Express the property about fork from chapter 7, that fork(x) == x.\n  val forkProp: Prop =\n    forAllPar(Gen.parInt) { i =>\n      equal(Par.fork(i), i)\n    }\n\n  \/\/ Exercise 18: Come up with some other properties that takeWhile should satisfy. Can you think of a\n  \/\/ good property expressing the relationship between takeWhile and dropWhile ?\n  val takeWhileProp: Prop =\n    forAll(Gen.int.listOf1 ** Gen.funToBoolean(Gen.int).unsized) {\n      case (is, p) =>\n        is.takeWhile(p) ++ is.dropWhile(p) == is\n    }\n\n  val takeProp: Prop =\n    forAll(Gen.int.listOf1) { is =>\n      is.take(is.size) == is\n    }\n\n  val dropProp: Prop =\n    forAll(Gen.sequenceSized[Any](Gen.gen.listOf1)) { xs =>\n      xs.drop(0) == xs\n    }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/laziness\/StreamSpec.scala","text":"<gh_stars>0\npackage fpinscala.laziness\n\nimport org.scalatest.{FlatSpec, Matchers}\nimport fpinscala.errorhandling.{None, Some}\n\nclass StreamSpec extends FlatSpec with Matchers {\n\n  \/\/ Exercise 1\n\n  \"Stream\" should \"convert an empty Stream to a List\" in {\n    Stream.empty[Int].toList shouldBe List.empty[Int]\n  }\n\n  it should \"convert non empty, but finite, Stream to a List\" in {\n    Stream(1, 2, 3).toList shouldBe List(1, 2, 3)\n  }\n\n  \/\/ Exercise 2\n\n  it should \"take the first few elements of an empty Stream\" in {\n    Stream.empty[Int].take(3) shouldBe Stream.empty[Int]\n  }\n\n  it should \"take the first 0 elements of a non empty Stream\" in {\n    Stream(\"a\", \"b\", \"c\").take(2).toList shouldBe List(\"a\", \"b\")\n  }\n\n  it should \"take the first few elements of a non empty Stream\" in {\n    Stream(1, 2, 3).take(2).toList shouldBe List(1, 2)\n  }\n\n  it should \"drop the first few elements of an empty Stream\" in {\n    Stream.empty[Int].drop(3) shouldBe Stream.empty[Int]\n  }\n\n  it should \"drop the first 0 elements of a non empty Stream\" in {\n    Stream(\"a\", \"b\", \"c\").drop(2).toList shouldBe List(\"c\")\n  }\n\n  it should \"drop the first few elements of a non empty Stream\" in {\n    Stream(1, 2, 3).drop(2).toList shouldBe List(3)\n  }\n\n  \/\/ Exercise 3\n\n  it should \"take elements from a non empty Stream while a condition is true\" in {\n    Stream(1, 2, 3).takeWhile(_ < 3).toList shouldBe List(1, 2)\n  }\n\n  it should \"take elements from a non empty Stream while it has more elements\" in {\n    Stream(1, 2, 3).takeWhile(_ => true).toList shouldBe List(1, 2, 3)\n  }\n\n  \/\/ Exercise 4\n\n  it should \"check that all elements of a non empty, finite Stream match a predicate\" in {\n    Stream(1, 2, 3).forAll(_ < 10) shouldBe true\n  }\n\n  it should \"check that some elements a a non empty, infinite Stream match a predicate\" in {\n    Stream.from(0).forAll(_ < 10) shouldBe false\n  }\n\n  \/\/ Exercise 5\n\n  it should \"take elements from a non empty Stream while a condition is true using foldRight\" in {\n    Stream(1, 2, 3).takeWhile2(_ < 3).toList shouldBe List(1, 2)\n  }\n\n  it should \"take elements from a non empty Stream while it has more elements using foldRight\" in {\n    Stream(1, 2, 3).takeWhile2(_ => true).toList shouldBe List(1, 2, 3)\n  }\n\n  \/\/ Exercise 6\n\n  it should \"return None as the head of an empty Stream\" in {\n    Stream.empty[Int].headOption2 shouldBe fpinscala.errorhandling.None\n  }\n\n  it should \"return Some head of a non empty Stream\" in {\n    Stream(1, 2, 3).headOption2 shouldBe fpinscala.errorhandling.Some(1)\n  }\n\n  \/\/ Exercise 7\n\n  it should \"map an empty Stream\" in {\n    Stream.empty[String].map(_.length).toList shouldBe List.empty[Int]\n  }\n\n  it should \"map a non empty Stream\" in {\n    Stream(\"zero\", \"one\", \"two\").map(_.length).toList shouldBe List(4, 3, 3)\n  }\n\n  \/\/ Exercise 8\n\n  it should \"create an infinite Stream of a constant value\" in {\n    Stream.constant(42).take(1000).toList shouldBe List.fill(1000)(42)\n  }\n\n  \/\/ Exercise 9\n\n  it should \"create an infinite Stream of successive integers\" in {\n    Stream.from(0).take(10).toList shouldBe List(0, 1, 2, 3, 4, 5, 6, 7, 8, 9)\n  }\n\n  \/\/ Exercise 10\n\n  it should \"create an infinite Stream of successive fibonacci numbers\" in {\n    Stream.fibs.take(10).toList shouldBe List(0, 1, 1, 2, 3, 5, 8, 13, 21, 34)\n  }\n\n  \/\/ Exercise 11\n\n  it should \"unfold a seed into a finite Stream\" in {\n    Stream\n      .unfold(0)(i => if (i < 10) Some((-i, i + 1)) else None)\n      .toList shouldBe List(0, -1, -2, -3, -4, -5, -6, -7, -8, -9)\n  }\n\n  it should \"unfold a seed into an infinite Stream\" in {\n    Stream.unfold(0)(i => Some(i, i + 1)).take(10).toList shouldBe List(0, 1, 2,\n      3, 4, 5, 6, 7, 8, 9)\n  }\n\n  \/\/ Exercise 12\n\n  it should \"create an infinite Stream of successive fibonacci numbers using unfold\" in {\n    Stream.fibs2.take(10).toList shouldBe List(0, 1, 1, 2, 3, 5, 8, 13, 21, 34)\n  }\n\n  \/\/ Exercise 13\n\n  it should \"map an empty Stream using unfold\" in {\n    Stream.map(Stream.empty[String])(_.length).toList shouldBe List.empty[Int]\n  }\n\n  it should \"map a non empty Stream using unfold\" in {\n    Stream.map(Stream(\"zero\", \"one\", \"two\"))(_.length).toList shouldBe List(\n      4,\n      3,\n      3)\n  }\n\n  it should \"take the first few elements of an empty Stream using unfold\" in {\n    Stream.take(Stream.empty[Int], 3) shouldBe Stream.empty[Int]\n  }\n\n  it should \"take the first 0 elements of a non empty Stream using unfold\" in {\n    Stream.take(Stream(\"a\", \"b\", \"c\"), 2).toList shouldBe List(\"a\", \"b\")\n  }\n\n  it should \"take the first few elements of a non empty Stream using unfold\" in {\n    Stream.take(Stream(1, 2, 3), 2).toList shouldBe List(1, 2)\n  }\n\n  it should \"take elements from a non empty Stream while a condition is true using unfold\" in {\n    Stream.takeWhile(Stream(1, 2, 3))(_ < 3).toList shouldBe List(1, 2)\n  }\n\n  it should \"take elements from a non empty Stream while it has more elements using unfold\" in {\n    Stream.takeWhile(Stream(1, 2, 3))(_ => true).toList shouldBe List(1, 2, 3)\n  }\n\n  it should \"zip two Streams with the provided function until both are non empty\" in {\n    Stream\n      .zipWith(Stream(\"one\", \"two\"), Stream(1, 2, 3))(_ * _)\n      .toList shouldBe List(\"one\", \"twotwo\")\n  }\n\n  it should \"zip two Streams while at least one of them contains elements\" in {\n    Stream.zipAll(Stream(\"one\", \"two\"), Stream(1, 2, 3)).toList shouldBe List(\n      (Some(\"one\"), Some(1)),\n      (Some(\"two\"), Some(2)),\n      (None, Some(3)))\n  }\n\n  \/\/ Exercise 14\n\n  it should \"check that a Stream contain a prefix\" in {\n    Stream(1, 2, 3).startsWith(Stream(1, 2)) shouldBe true\n    Stream(1, 2, 3).startsWith(Stream(1, 3)) shouldBe false\n  }\n\n  \/\/ Exercise 15\n\n  it should \"calculate all the tails of a stream using unfold\" in {\n    Stream(1, 2, 3).tails.toList\n      .map(_.toList) shouldBe List(List(1, 2, 3), List(2, 3), List(3), List())\n  }\n\n  \/\/ Exercise 16\n\n  it should \"fold a Stream and return all the intermediate results\" in {\n    Stream(1, 2, 3).scanRight(0)(_ + _).toList shouldBe List(6, 5, 3, 0)\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/streamingio\/SimpleStreamTransducersSpec.scala","text":"<reponame>goboss\/fpinscala\npackage fpinscala.streamingio\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass SimpleStreamTransducersSpec extends FlatSpec with Matchers {\n  import SimpleStreamTransducers.Process._\n\n  \"A SimpleStreamTransducers Process\" should \"lift a function\" in {\n    lift((i: Int) => i.toString)\n      .apply(Stream(1, 2, 3)) shouldBe Stream(\"1\", \"2\", \"3\")\n  }\n\n  \/\/ Exercise 1\n\n  it should \"take n elements\" in {\n    take(3).apply(Stream.continually(1)) shouldBe Stream(1, 1, 1)\n  }\n\n  it should \"take a negative number of elements\" in {\n    take(-1).apply(Stream(1, 2, 3)) shouldBe Stream()\n  }\n\n  it should \"take as many elements as possible\" in {\n    take(10).apply(Stream(1, 2, 3)) shouldBe Stream(1, 2, 3)\n  }\n\n  it should \"take elements while condition is true\" in {\n    takeWhile[Int](_ < 3).apply(Stream(1, 2, 3)) shouldBe Stream(1, 2)\n  }\n\n  it should \"not take any elements\" in {\n    takeWhile[Int](_ => false).apply(Stream.continually(1)) shouldBe Stream()\n  }\n\n  it should \"drop n elements\" in {\n    drop(2).apply(Stream(1, 2, 3)) shouldBe Stream(3)\n  }\n\n  it should \"drop a negative number of elements\" in {\n    drop(-1).apply(Stream(1, 2, 3)) shouldBe Stream(1, 2, 3)\n  }\n\n  it should \"drop as many elements as possible\" in {\n    drop(10).apply(Stream(1, 2, 3)) shouldBe Stream()\n  }\n\n  it should \"drop elements while condition is true\" in {\n    dropWhile[Int](_ < 3).apply(Stream(1, 2, 3)) shouldBe Stream(3)\n  }\n\n  it should \"not drop any elements\" in {\n    dropWhile[Int](_ => false).apply(Stream(1, 2, 3)) shouldBe Stream(1, 2, 3)\n  }\n\n  \/\/ Exercise 2\n\n  it should \"count the number of input elements\" in {\n    count.apply(Stream.empty[Int]) shouldBe Stream()\n    count.apply(Stream('a', 'b', 'c')) shouldBe Stream(1, 2, 3)\n  }\n\n  \/\/ Exercise 3\n\n  it should \"calculate a mean\" in {\n    mean.apply(Stream(1.0, 2.0, 3.0)) shouldBe Stream(1.0, 1.5, 2.0)\n  }\n\n  \/\/ Exercise 4\n\n  it should \"calculate the sum of input elements using loop\" in {\n    sum2.apply(Stream(1.0, 2.0, -3.0)) shouldBe Stream(1.0, 3.0, 0.0)\n  }\n\n  it should \"count the number of input elements using loop\" in {\n    count2.apply(Stream.empty[Int]) shouldBe Stream()\n    count2.apply(Stream('a', 'b', 'c')) shouldBe Stream(1, 2, 3)\n  }\n\n  \/\/ Exercise 5\n\n  it should \"pipe to another Process\" in {\n    (drop[Double](5) |> take(5) |> sum)\n      .apply(Stream.from(1).map(_.toDouble)) shouldBe Stream(\n      6.0,\n      13.0,\n      21.0,\n      30.0)\n  }\n\n  \/\/ Exercise 6\n\n  it should \"zip input elements with index\" in {\n    id.zipWithIndex.apply(Stream('a', 'b', 'c')) shouldBe Stream(\n      ('a', 0),\n      ('b', 1),\n      ('c', 2))\n  }\n\n  \/\/ Exercise 7\n\n  it should \"zip two Processes together\" in {\n    zip(sum, count[Double])\n      .apply(Stream(1.0, 2.0, 3.0)) shouldBe Stream((1, 1), (3, 2), (6, 3))\n  }\n\n  \/\/ Exercise 8\n\n  it should \"check for the existence of an element that matches condition\" in {\n    exists[Int](_ > 2)\n      .apply(Stream(1, 2, 3)) shouldBe Stream(false, false, true)\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/state\/StateSpec.scala","text":"package fpinscala.state\n\nimport fpinscala.state.RNG.SimpleRNG\nimport fpinscala.state.State.{Coin, Machine, Turn}\nimport org.scalatest.prop.PropertyChecks\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass StateSpec extends FlatSpec with Matchers with PropertyChecks {\n\n  \/\/ Exercise 1\n\n  \"A RNG\" should \"generate a random, non negative integer\" in {\n    RNG.nonNegativeInt(SimpleRNG(1)) shouldBe (384748, SimpleRNG(25214903928L))\n  }\n\n  \/\/ Exercise 2\n\n  it should \"generate a Double between 0 and 1 exclusive\" in {\n    forAll((seed: Long) => {\n      val result = RNG.double(SimpleRNG(seed))._1\n      result should be >= 0.0\n      result should be < 1.0\n    })\n  }\n\n  \/\/ Exercise 3\n\n  it should \"generate a random (Int, Double)\" in {\n    RNG.intDouble(SimpleRNG(1)) shouldBe ((384748, 0.5360936469100852), SimpleRNG(\n      206026503483683L))\n  }\n\n  it should \"generate a random (Double, Int)\" in {\n    RNG.doubleInt(SimpleRNG(1)) shouldBe ((0.5360936469100852, 384748), SimpleRNG(\n      206026503483683L))\n  }\n\n  it should \"generate a random (Double, Double, Double)\" in {\n    RNG.double3(SimpleRNG(1)) shouldBe ((\n      1.79162249052507E-4,\n      0.5360936469100852,\n      0.255826790004888), SimpleRNG(245470556921330L))\n  }\n\n  \/\/ Exercise 4\n\n  it should \"generate a list of random integers\" in {\n    RNG.ints(3)(SimpleRNG(1)) shouldBe (List(-549383847, -1151252339, 384748), SimpleRNG(\n      245470556921330L))\n  }\n\n  \/\/ Exercise 5\n\n  it should \"generate double again, but this time using map\" in {\n    RNG.double2(SimpleRNG(1)) shouldBe (1.7916224896907806E-4, SimpleRNG(\n      25214903928L))\n  }\n\n  \/\/ Exercise 6\n\n  it should \"map 2 RNG values\" in {\n    RNG.map2(RNG.int, RNG.double2)(_ * _)(SimpleRNG(1)) shouldBe (206260.9583653137, SimpleRNG(\n      206026503483683L))\n  }\n\n  \/\/ Exercise 7\n\n  it should \"turn a list of RNG transitions into a single transition\" in {\n    RNG.sequence(List(RNG.int, RNG.int, RNG.boolean))(SimpleRNG(1)) shouldBe (List(\n      384748,\n      -1151252339,\n      false), SimpleRNG(245470556921330L))\n  }\n\n  \/\/ Exercise 8\n\n  it should \"bind two RNG generators\" in {\n    val rand = RNG.flatMap(RNG.boolean)(b => if (b) RNG.unit(0) else RNG.int)\n    rand(SimpleRNG(1)) shouldBe (0, SimpleRNG(25214903928L))\n    rand(SimpleRNG(2)) shouldBe (1988230381, SimpleRNG(130300666313612L))\n  }\n\n  it should \"generate non negative int that is less than the provided value\" in {\n    forAll { (n: Int, m: Long) =>\n      whenever(n > 0) {\n        RNG.nonNegativeLessThan(n)(SimpleRNG(m))._1 should be < n\n      }\n    }\n  }\n\n  \/\/ Exercise 9\n\n  it should \"map the RNG value using flatMap\" in {\n    RNG.mapViaFlatMap(RNG.nonNegativeInt)(_ * -1)(SimpleRNG(1)) shouldBe (-384748, SimpleRNG(\n      25214903928L))\n  }\n\n  it should \"map two RNG values using flatMap\" in {\n    RNG.map2ViaFlatMap(RNG.int, RNG.double2)(_ * _)(SimpleRNG(1)) shouldBe (206260.9583653137, SimpleRNG(\n      206026503483683L))\n  }\n\n  \/\/ Exercise 10\n\n  \"A State\" should \"generalize unit\" in {\n    State.unit(2).run(\"test\") shouldBe (2, \"test\")\n  }\n\n  it should \"generalize map\" in {\n    State.unit(1).map(_ + 1).run(\"test\") shouldBe (2, \"test\")\n  }\n\n  it should \"generalize map2\" in {\n    State\n      .unit(1)\n      .map2(State.unit[String, Int](2))(_ + _)\n      .run(\"test\") shouldBe (3, \"test\")\n  }\n\n  it should \"generalize flatMap\" in {\n    State\n      .unit(false)\n      .flatMap(b => State.unit[String, Boolean](!b))\n      .run(\"opposite day\") shouldBe (true, \"opposite day\")\n  }\n\n  it should \"generalize sequence\" in {\n    State\n      .sequence(List(State.unit[String, Int](1), State.unit[String, Int](2)))\n      .run(\"test\") shouldBe (List(1, 2), \"test\")\n  }\n\n  \/\/ Exercise 11\n\n  \"A State based candy machine\" should \"dispense a single candy\" in {\n    val s = State\n      .simulateMachine(List(Coin, Turn))\n      .run(Machine(locked = true, candies = 1, coins = 0))\n    s shouldBe ((0, 1), Machine(locked = true, candies = 0, coins = 1))\n  }\n\n  it should \"not dispense candy without coins\" in {\n    val s = State\n      .simulateMachine(List(Turn, Turn))\n      .run(Machine(locked = true, candies = 1, coins = 0))\n    s shouldBe ((1, 0), Machine(locked = true, candies = 1, coins = 0))\n  }\n\n  it should \"dispense multiple candies\" in {\n    val s = State\n      .simulateMachine(List(Coin, Turn, Coin, Turn))\n      .run(Machine(locked = true, candies = 3, coins = 0))\n    s shouldBe ((1, 2), Machine(locked = true, candies = 1, coins = 2))\n  }\n\n  it should \"not dispense more candy than it has\" in {\n    val s = State\n      .simulateMachine(List(Coin, Turn, Coin, Turn))\n      .run(Machine(locked = true, candies = 1, coins = 0))\n    s shouldBe ((0, 1), Machine(locked = true, candies = 0, coins = 1))\n  }\n\n  it should \"require a turn after every coin\" in {\n    val s = State\n      .simulateMachine(List(Coin, Coin, Turn, Turn))\n      .run(Machine(locked = true, candies = 3, coins = 0))\n    s shouldBe ((2, 1), Machine(locked = true, candies = 2, coins = 1))\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/parsing\/JSONSpec.scala","text":"package fpinscala.parsing\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass JSONSpec extends FlatSpec with Matchers {\n  import JSON._\n\n  def runJson(input: String): ParseResult[JSON] =\n    MyParsers.run(JSON.jsonParser(MyParsers))(input)\n\n  \/\/ Exercise 9\n\n  \"JSON parser\" should \"parse null\" in {\n    runJson(\"null\") shouldBe Success(JNull, Location(\"null\", 4))\n  }\n\n  it should \"parse a number\" in {\n    runJson(\"-123.45\") shouldBe Success(\n      JNumber(-123.45),\n      Location(\"-123.45\", 7))\n  }\n\n  it should \"fail to parse a char as number\" in {\n    runJson(\"a\") shouldBe a[Failure]\n  }\n\n  it should \"parse a string\" in {\n    runJson(\"\\\"str\\\"\") shouldBe Success(JString(\"str\"), Location(\"\\\"str\\\"\", 5))\n  }\n\n  it should \"fail to parse a string with no closing quote\" in {\n    runJson(\"\\\"str\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse a string with no opening quote\" in {\n    runJson(\"str\\\"\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse a string with no quotes\" in {\n    runJson(\"str\") shouldBe a[Failure]\n  }\n\n  it should \"parse a boolean\" in {\n    runJson(\"true\") shouldBe Success(JBool(true), Location(\"true\", 4))\n    runJson(\"false\") shouldBe Success(JBool(false), Location(\"false\", 5))\n  }\n\n  it should \"parse an array\" in {\n    val json = \"[1, \\\"abc\\\", true, null]\"\n    runJson(json) shouldBe Success(\n      JArray(Vector(JNumber(1), JString(\"abc\"), JBool(true), JNull)),\n      Location(json, 22))\n  }\n\n  it should \"fail to parse an array with no closing brace\" in {\n    runJson(\"[1, 2\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an array with no opening brace\" in {\n    runJson(\"1, 2]\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an array with no braces\" in {\n    runJson(\"1, 2\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an array with a dangling comma\" in {\n    runJson(\"[1, 2,]\") shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an array with no comma between elements\" in {\n    runJson(\"[1 2]\") shouldBe a[Failure]\n  }\n\n  it should \"parse an object\" in {\n    val json =\n      \"\"\"\n         {\n           \"num\": 1.23,\n           \"str\": \"test\",\n           \"arr\": [1, true],\n           \"obj\": {\n             \"x\": null,\n             \"other\": {\n               \"name\": \"it yourself\"\n             }\n           }\n         }\n      \"\"\"\n\n    runJson(json) shouldBe Success(\n      JObject(\n        Map(\n          \"num\" -> JNumber(1.23),\n          \"str\" -> JString(\"test\"),\n          \"arr\" -> JArray(Vector(JNumber(1), JBool(true))),\n          \"obj\" -> JObject(\n            Map(\n              \"x\" -> JNull,\n              \"other\" -> JObject(Map(\"name\" -> JString(\"it yourself\")))\n            ))\n        )),\n      Location(json, 241)\n    )\n  }\n\n  it should \"fail to parse an object with dangling comma\" in {\n    val json = \"\"\"{\"x\": 1,}\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an object with no closing brace\" in {\n    val json = \"\"\"{\"x\": 1\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an object with no opening brace\" in {\n    val json = \"\"\"\"x\": 1}\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an object with no braces\" in {\n    val json = \"\"\"\"x\": 1\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an object with unpaired closing brace\" in {\n    val json = \"\"\"{\"o\": {\"x\": 1}\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n  it should \"fail to parse an object with no quotes around key name\" in {\n    val json = \"\"\"{x: 1}\"\"\"\n    runJson(json) shouldBe a[Failure]\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/streamingio\/GeneralizedStreamTransducersSpec.scala","text":"package fpinscala.streamingio\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass GeneralizedStreamTransducersSpec extends FlatSpec with Matchers {\n  import GeneralizedStreamTransducers.Process._\n\n  private type Id[A] = A\n\n  private implicit val idMC = new MonadCatch[Id] {\n    override def attempt[A](a: Id[A]): Id[Either[Throwable, A]] =\n      try { Right(a) } catch { case t: Throwable => Left(t) }\n    override def fail[A](t: Throwable): Id[A] = throw t\n    override def unit[A](a: => A): Id[A] = a\n    override def flatMap[A, B](a: Id[A])(f: A => Id[B]): Id[B] = f(a)\n  }\n\n  private final class ExpectedError extends Exception(\"who let the dogs out?\")\n\n  \/\/ Exercise 10\n\n  \"A GeneralizedStreamTransducers Process\" should \"collect all output while running\" in {\n    emit[Id, Int](1, emit(2, emit(3))).runLog shouldBe Seq(1, 2, 3)\n  }\n\n  it should \"await input by attempting the MonadCatch\" in {\n    emit[Id, Int](1, emit(2, await[Id, Int, Int](3) {\n      case Left(e) => fail(e)\n      case Right(i) => emit(i)\n    })).runLog shouldBe Seq(1, 2, 3)\n  }\n\n  it should \"handle errors as per MonadCatch implementation\" in {\n    an[ExpectedError] should be thrownBy emit[Id, Int](\n      1,\n      emit(2, Halt(new ExpectedError))).runLog\n  }\n\n  \/\/ Exercise 12\n\n  it should \"join nested Processes\" in {\n    join(emit[Id, GeneralizedStreamTransducers.Process[Id, Int]](\n      emit[Id, Int](1))).runLog shouldBe Seq(1)\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/main\/scala\/fpinscala\/parsing\/Parsers.scala","text":"<filename>exercises\/src\/main\/scala\/fpinscala\/parsing\/Parsers.scala\npackage fpinscala.parsing\n\nimport fpinscala.testing.Prop.forAll\nimport fpinscala.testing.{Gen, Prop}\n\nimport scala.annotation.tailrec\nimport scala.language.{higherKinds, implicitConversions}\nimport scala.util.matching.Regex\n\ntrait Parsers[Parser[+ _]] { self => \/\/ so inner classes may call methods of trait\n  \/\/ Run the parser p returning ParseResult.\n  def run[A](p: Parser[A])(input: String): ParseResult[A]\n\n  \/\/ Create a parser that always succeeds with the provided value.\n  def succeed[A](a: A): Parser[A]\n\n  def fail[A](error: ParseError): Parser[A]\n\n  \/\/ Run the first parser and if it fails then try the other one.\n  def or[A](p1: Parser[A], p2: => Parser[A]): Parser[A]\n\n  \/\/ Run parser p and if it succeeds apply the function f to the result creating a new parser.\n  def flatMap[A, B](p: Parser[A])(f: A => Parser[B]): Parser[B]\n\n  \/\/ If parser p fails convert it to other parser\n  def recoverWith[A, B >: A](p: Parser[A])(f: Failure => Parser[B]): Parser[B]\n\n  \/\/ Run parser p, but instead of returning its result return the part (slice) of input that was consumed.\n  def slice[A](p: Parser[A]): Parser[String]\n\n  \/\/ Create parser that accepts the string s\n  implicit def string(s: String): Parser[String]\n\n  \/\/ Create parser that accepts the regex r\n  implicit def regex(r: Regex): Parser[String]\n\n  \/\/ Decorate parser with ops\n  implicit def operators[A](p: Parser[A]): ParserOps[A] = ParserOps[A](p)\n\n  \/\/ Convert a to string parser\n  implicit def asStringParser[A](a: A)(\n    implicit f: A => Parser[String]): ParserOps[String] = ParserOps(f(a))\n\n  \/\/ Exercise 10: Spend some time discovering a nice set of combinators for expressing what errors get reported by a Parser\n  def describe[A](p: Parser[A], description: String): Parser[A]\n  def important[A](p: Parser[A]): Parser[A]\n\n  def char(c: Char): Parser[Char] =\n    string(c.toString) map (_.charAt(0))\n\n  \/\/ Exercise 8: map is no longer primitive. Express it in terms of flatMap and\/or other combinators.\n  def map[A, B](p: Parser[A])(f: A => B): Parser[B] =\n    flatMap(p)(a => succeed(f(a)))\n\n  \/\/ Exercise 1: Using product, implement the now-familiar combinator map2 and then use this to implement many1 in terms of many.\n  def map2[A, B, C](p1: Parser[A], p2: => Parser[B])(\n    f: (A, B) => C): Parser[C] =\n    flatMap(p1)(a => map(p2)(b => f(a, b)))\n\n  \/\/ Exercise 7: Implement product and map2 in terms of flatMap.\n  def product[A, B](p1: Parser[A], p2: => Parser[B]): Parser[(A, B)] =\n    flatMap(p1)(a => map(p2)(b => (a, b)))\n\n  \/\/ Exercise 3: Before continuing, see if you can define many in terms of or, map2, and succeed.\n  def many[A](p: Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _) or succeed(List.empty)\n\n  def many1[A](p: Parser[A]): Parser[List[A]] =\n    map2(p, many(p))(_ :: _)\n\n  \/\/ Exercise 4: Using map2 and succeed, implement the listOfN combinator from earlier.\n  def listOfN[A](n: Int, p: Parser[A]): Parser[List[A]] = {\n    @tailrec\n    def go(k: Int, acc: Parser[List[A]]): Parser[List[A]] = {\n      if (k > 0) go(k - 1, map2(p, acc)(_ :: _))\n      else acc\n    }\n\n    go(n, succeed(List.empty))\n  }\n\n  \/\/ Exercise 5: We could also deal with non-strictness with a separate combinator like we did in chapter 7.\n  \/\/ Try this here and make the necessary changes to your existing combinators.\n  \/\/ What do you think of that approach in this instance?\n  def map2Strict[A, B, C](p1: Parser[A], p2: Parser[B])(\n    f: (A, B) => C): Parser[C] =\n    flatMap(p1)(a => map(p2)(b => f(a, b)))\n  def lazyP[A](parser: => Parser[A]): Parser[A]\n  def manyStrict[A](p: Parser[A]): Parser[List[A]] =\n    map2Strict(p, lazyP(manyStrict(p)))(_ :: _) or succeed(List.empty)\n\n  def digit: Parser[String] =\n    \"\\\\d\".r\n\n  def maybeSpace: Parser[String] =\n    \"\\\\s*\".r\n\n  def space: Parser[String] =\n    \"\\\\s+\".r\n\n  def double: Parser[Double] =\n    regex(\"\"\"-?(?:0|[1-9]\\d*)(?:\\.\\d+)?(?:[eE][+-]?\\d+)?\"\"\".r).map(_.toDouble)\n\n  def literal[A](lit: String)(a: A): Parser[A] =\n    slice(lit).map(_ => a)\n\n  def trimLeft[L, A](left: Parser[L], p: Parser[A]): Parser[A] =\n    map2(slice(many(left)), p)((_, a) => a)\n\n  def trimRight[A, R](p: Parser[A], right: Parser[R]): Parser[A] =\n    map2(p, slice(many(right)))((a, _) => a)\n\n  def skipRight[A, R](p: Parser[A], right: => Parser[R]): Parser[A] =\n    map2(p, slice(right))((a, _) => a)\n\n  def trim[L, A, R](\n    left: Parser[L],\n    p: Parser[A],\n    right: Parser[R]): Parser[A] =\n    for {\n      _ <- slice(left)\n      a <- p\n      _ <- slice(right)\n    } yield a\n\n  def trimSpace[A](p: Parser[A]): Parser[A] =\n    trim(maybeSpace, p, maybeSpace)\n\n  def manySep[S, A](s: Parser[S], p: Parser[A]): Parser[List[A]] =\n    map2(p, many(trimLeft(s, p)))(_ :: _)\n\n  \/\/ Exercise 6: Using flatMap and any other combinators, write the context-sensitive parser we couldn\u2019t express earlier.\n  def numberOfAs: Parser[List[Char]] =\n    digit.flatMap(s => listOfN(s.toInt, char('a')))\n\n  def endOfInput: Parser[String] =\n    describe(regex(\"\\\\z\".r), \"unexpected trailing characters\")\n\n  def whole[A](p: Parser[A]): Parser[A] =\n    skipRight(p, endOfInput)\n\n  case class ParserOps[A](p: Parser[A]) {\n    def |[B >: A](p2: => Parser[B]): Parser[B] = or(p2)\n    def or[B >: A](p2: => Parser[B]): Parser[B] = self.or(p, p2)\n\n    def ~>[B](p2: => Parser[B]): Parser[B] = self.trimLeft(p, p2)\n    def <~[B](p2: => Parser[B]): Parser[A] = self.trimRight(p, p2)\n\n    def flatMap[B](f: A => Parser[B]): Parser[B] =\n      self.flatMap(p)(f)\n\n    def recoverWith[B >: A](f: Failure => Parser[B]): Parser[B] =\n      self.recoverWith[A, B](p)(f)\n\n    def map[B](f: A => B): Parser[B] = self.map(p)(f)\n    def map2[B, C](p2: Parser[B])(f: (A, B) => C): Parser[C] =\n      self.map2(p, p2)(f)\n\n    def many: Parser[List[A]] = self.many(p)\n    def * : Parser[List[A]] = many\n\n    def many1: Parser[List[A]] = self.many1(p)\n    def + : Parser[List[A]] = many1\n\n    def slice: Parser[String] = self.slice(p)\n\n    def **[B](p2: => Parser[B]): Parser[(A, B)] = product(p2)\n    def product[B](p2: => Parser[B]): Parser[(A, B)] = self.product(p, p2)\n\n    def describedAs(description: String): Parser[A] =\n      self.describe(p, description)\n\n    def important: Parser[A] = self.important(p)\n  }\n\n  object Laws {\n    def equal[A](p1: Parser[A], p2: Parser[A])(in: Gen[String]): Prop =\n      forAll(in)(s => run(p1)(s) == run(p2)(s))\n\n    def mapLaw[A](p: Parser[A])(in: Gen[String]): Prop =\n      equal(p, p.map(a => a))(in)\n\n    \/\/ Exercise 2: Try coming up with laws to specify the behavior of product.\n    def productLaw1[A, B](a: A, b: B)(in: Gen[String]): Prop =\n      equal(succeed(a) ** succeed(b), succeed((a, b)))(in)\n\n    def productLaw2[A](a: A)(in: Gen[String]): Prop =\n      equal(fail(ParseError()) ** succeed(a), fail(ParseError()))(in)\n\n    def productLaw3[A](a: A)(in: Gen[String]): Prop =\n      equal(succeed(a) ** fail(ParseError()), fail(ParseError()))(in)\n\n    def stringLaw1(in: Gen[String]): Prop =\n      equal(string(\"\"), succeed(\"\"))(in)\n\n    def stringLaw2(in: Gen[String]): Prop =\n      forAll(in)(s => run(string(s))(s).isSuccess)\n\n    def stringLaw3(in: Gen[String]): Prop =\n      forAll(in)(s => run(string(s))(s.tail).isFailure)\n\n    def regexLaw1(in: Gen[String]): Prop =\n      forAll(in)(s => run(regex(\"\".r))(s).isSuccess)\n\n    def regexLaw2(in: Gen[String]): Prop =\n      forAll(in)(s => run(regex(\".*\".r))(s).isSuccess)\n\n    def succeedLaw(in: Gen[String]): Prop =\n      forAll(in)(s => run(succeed(()))(s).isSuccess)\n\n    def failLaw(in: Gen[String]): Prop =\n      forAll(in)(s => run(fail(ParseError()))(s).isFailure)\n\n    def sliceLaw(in: Gen[String]): Prop =\n      forAll(in) { s =>\n        run(slice(string(s)))(s) match {\n          case Success(v, _) =>\n            v == s\n          case _ =>\n            false\n        }\n      }\n\n    def orLaw[A, B](p1: Parser[A], p2: Parser[B])(in: Gen[String]): Prop =\n      forAll(in) { s =>\n        val result = run(p1 or p2)(s)\n        (run(p1)(s), run(p2)(s)) match {\n          case (succ1 @ Success(_, _), _) =>\n            result == succ1\n          case (Failure(_, false), succ2 @ Success(_, _)) =>\n            result == succ2\n          case _ =>\n            result.isFailure\n        }\n      }\n\n    def flatMapLaw[A](p: Parser[A])(in: Gen[String]): Prop =\n      equal(p.flatMap(succeed), p)(in)\n\n    def recoverWithLaw[A](p: Parser[A])(in: Gen[String]): Prop =\n      equal(fail(ParseError()).recoverWith(_ => p), p)(in)\n  }\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/applicative\/TraversableSpec.scala","text":"package fpinscala.applicative\n\nimport fpinscala.applicative.Applicative.streamApplicative\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass TraversableSpec extends FlatSpec with Matchers {\n  import Traverse._\n\n  private implicit val SA: Applicative[Stream] = streamApplicative\n\n  \/\/ Exercise 13, 14, 16, 17, 18, 19\n\n  \"the listTraverse\" should \"traverse a List\" in {\n    listTraverse.traverse[Stream, Int, Int](List(1, 2))(i => Stream(i, -i)) shouldBe Stream(\n      List(1, 2),\n      List(-1, -2))\n  }\n\n  it should \"map a List\" in {\n    listTraverse.map(List(1, 2, 3))(_ * 10) shouldBe List(10, 20, 30)\n  }\n\n  it should \"reverse a List\" in {\n    listTraverse.reverse(List(1, 2, 3)) shouldBe List(3, 2, 1)\n  }\n\n  it should \"foldLeft a List\" in {\n    listTraverse.foldLeft(List(1, 2, 3))(0)(_ - _) shouldBe -6\n  }\n\n  it should \"fuse two List traversals\" in {\n    listTraverse.fuse[Stream, Stream, Int, Int](List(1, 2))(\n      i => Stream(i),\n      i => Stream(-i)) shouldBe (Stream(List(1, 2)), Stream(List(-1, -2)))\n  }\n  \"the optionTraverse\" should \"traverse an Option\" in {\n    optionTraverse.traverse[Stream, Int, String](Some(1))(i =>\n      Stream(i.toString, (-i).toString)) shouldBe Stream(Some(\"1\"), Some(\"-1\"))\n  }\n\n  it should \"map an Option\" in {\n    optionTraverse.map(Some(\"a\"))(_.toUpperCase) shouldBe Some(\"A\")\n    optionTraverse.map(Option.empty[String])(_.toUpperCase) shouldBe None\n  }\n\n  it should \"reverse an Option ;)\" in {\n    optionTraverse.reverse(Some(1)) shouldBe Some(1)\n    optionTraverse.reverse(None) shouldBe None\n  }\n\n  it should \"foldLeft an Option\" in {\n    optionTraverse.foldLeft(Some(2))(10)(_ * _) shouldBe 20\n    optionTraverse.foldLeft(Option.empty[Int])(10)(_ * _) shouldBe 10\n  }\n\n  it should \"fuse two Option traversals\" in {\n    optionTraverse.fuse[Stream, Stream, Int, String](Some(1))(\n      i => Stream(i.toString),\n      i => Stream((-i).toString)) shouldBe (Stream(Some(\"1\")),\n    Stream(Some(\"-1\")))\n  }\n\n  \"the treeTraversable\" should \"traverse a Tree\" in {\n    treeTraverse.traverse[Stream, Int, Double](Tree(\n      1,\n      List(Tree(2, List.empty))))(i => Stream(i \/ 2.0, i * 2.0)) shouldBe Stream(\n      Tree(0.5, List(Tree(1.0, List.empty))),\n      Tree(2.0, List(Tree(4.0, List.empty))))\n  }\n\n  it should \"map a Tree\" in {\n    treeTraverse.map(Tree(1, List(Tree(2, List.empty))))(_ + 1) shouldBe Tree(\n      2,\n      List(Tree(3, List.empty)))\n  }\n\n  it should \"reverse a Tree\" in {\n    treeTraverse.reverse(Tree(1, List(Tree(2, List.empty)))) shouldBe Tree(\n      2,\n      List(Tree(1, List.empty)))\n  }\n\n  it should \"foldLeft a Tree\" in {\n    treeTraverse.foldLeft(Tree(1, List(Tree(2, List.empty))))(0)(_ - _) shouldBe -3\n  }\n\n  it should \"fuse two Tree traversals\" in {\n    treeTraverse.fuse[Stream, Stream, Int, String](\n      Tree(1, List(Tree(2, List.empty))))(\n      i => Stream(i.toString),\n      i => Stream((-i).toString)) shouldBe (\n      Stream(Tree(\"1\", List(Tree(\"2\", List.empty)))),\n      Stream(Tree(\"-1\", List(Tree(\"-2\", List.empty))))\n    )\n  }\n\n  \"A Traversal\" should \"compose\" in {\n    listTraverse\n      .compose(optionTraverse)\n      .traverse[Stream, Int, String](List(Some(1), Some(2)))(i =>\n        Stream(i.toString)) shouldBe Stream(List(Some(\"1\"), Some(\"2\")))\n  }\n\n}\n"}
{"repo_name":"goboss\/fpinscala","path":"exercises\/src\/test\/scala\/fpinscala\/monads\/MonadSpec.scala","text":"package fpinscala.monads\n\nimport fpinscala.state.RNG.SimpleRNG\nimport fpinscala.testing.Prop.Passed\nimport fpinscala.testing.{Gen, Prop}\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport scala.language.higherKinds\n\nclass MonadSpec extends FlatSpec with Matchers {\n  import Monad._\n\n  private val propParams = (100, 100, SimpleRNG(123L))\n\n  private def leftIdentityLaw[M[_], A, B](m: Monad[M], gen: Gen[A])(\n    f: A => M[B]): Prop =\n    Prop.forAll(gen) { a =>\n      m.flatMap[A, B](m.unit(a))(f) == f(a)\n    }\n\n  private def rightIdentityLaw[M[_], A](m: Monad[M], gen: Gen[M[A]]): Prop =\n    Prop.forAll(gen) { ma =>\n      def f(a: A): M[A] = m.unit(a)\n      m.flatMap[A, A](ma)(f) == ma\n    }\n\n  private def associativityLaw[M[_], A, B, C](m: Monad[M], gen: Gen[M[A]])(\n    f: A => M[B])(g: B => M[C]): Prop =\n    Prop.forAll(gen) { ma =>\n      m.flatMap(m.flatMap(ma)(f))(g) == m.flatMap(ma)(a => m.flatMap(f(a))(g))\n    }\n\n  \/\/ Exercise 1\n\n  \"the optionMonad\" should \"observe the monad laws\" in {\n    val gen = Gen.option(Gen.int)\n    rightIdentityLaw(optionMonad, gen).run.tupled(propParams) shouldBe Passed\n    leftIdentityLaw(optionMonad, gen)(_.map(_ + 1)).run\n      .tupled(propParams) shouldBe Passed\n    associativityLaw(optionMonad, gen)(i => Some(i + 1))(i => Some(i.toString)).run\n      .tupled(propParams) shouldBe Passed\n  }\n\n  \"the streamMonad\" should \"observe the monad laws\" in {\n    val gen = Gen.listOfN(10, Gen.int).map(_.toStream)\n    rightIdentityLaw(streamMonad, gen).run.tupled(propParams) shouldBe Passed\n    leftIdentityLaw(streamMonad, gen)(_.map(_.toString)).run\n      .tupled(propParams) shouldBe Passed\n    associativityLaw(streamMonad, gen)(i => Stream.continually(i).take(10))(i =>\n      Stream(i.toString)).run.tupled(propParams) shouldBe Passed\n  }\n\n  \"the listMonad\" should \"observe the monad laws\" in {\n    val gen = Gen.listOfN(10, Gen.alphaChar)\n    rightIdentityLaw(listMonad, gen).run.tupled(propParams) shouldBe Passed\n    leftIdentityLaw(listMonad, gen)(_.map(_.toString)).run\n      .tupled(propParams) shouldBe Passed\n    associativityLaw(listMonad, gen)(c => List(c.toUpper))(c =>\n      List(c.toString, c.toString)).run.tupled(propParams) shouldBe Passed\n  }\n\n  \/\/ Exercise 3\n\n  \"A Monad\" should \"be created generically from a sequence of monads\" in {\n    optionMonad.sequence(List(Some(1), Some(2))) shouldBe Some(List(1, 2))\n    optionMonad.sequence(List(Some(1), None, Some(2))) shouldBe None\n  }\n\n  it should \"traverse a list and build up a monad\" in {\n    optionMonad.traverse(List(1, 2, 3))(i => Some(-i)) shouldBe Some(\n      List(-1, -2, -3))\n    optionMonad.traverse(List(1, 2, 3))(i => if (i % 2 != 0) Some(i) else None) shouldBe None\n  }\n\n  \/\/ Exercise 4\n\n  it should \"replicate the given monad n times\" in {\n    optionMonad.replicateM(3, Some(1)) shouldBe Some(List(1, 1, 1))\n    optionMonad.replicateM(3, None) shouldBe None\n  }\n\n  \/\/ Exercise 6\n\n  it should \"filter elements of a list in the context of the given monad\" in {\n    optionMonad.filterM(List(1, 2, 3))(i => Some(i % 2 == 0)) shouldBe Some(\n      List(2))\n  }\n\n  \/\/ Exercise 7\n\n  it should \"compose two monadic functions\" in {\n    listMonad.compose(\n      (i: Int) => List.fill(i)('a'),\n      (c: Char) => List(c.toUpper))(3) shouldBe List('A', 'A', 'A')\n  }\n\n  \/\/ Exercise 8\n\n  it should \"implement flatMap via compose\" in {\n    streamMonad.flatMapViaCompose(Stream('a', 'b', 'c'))(c =>\n      Stream(c, c.toUpper)) shouldBe Stream('a', 'A', 'b', 'B', 'c', 'C')\n  }\n\n  \/\/ Exercise 12\n\n  it should \"join nested monads\" in {\n    optionMonad.join(Some(Some(1))) shouldBe Some(1)\n    optionMonad.join(Some(None)) shouldBe None\n  }\n\n  \/\/ Exercise 13\n\n  it should \"implement flatMap via join\" in {\n    streamMonad.flatMapViaJoin(Stream('a', 'b', 'c'))(c => Stream(c, c.toUpper)) shouldBe Stream(\n        'a', 'A', 'b', 'B', 'c', 'C')\n  }\n\n  \/\/ Exercise 17\n\n  \"Id\" should \"observe the monad laws\" in {\n    val gen = Gen.int.map(Id.apply)\n    rightIdentityLaw(idMonad, gen).run.tupled(propParams) shouldBe Passed\n    leftIdentityLaw(idMonad, gen)(_.map(_.toString)).run\n      .tupled(propParams) shouldBe Passed\n    associativityLaw(idMonad, gen)(i => Id(-i))(i => Id(i * 2)).run\n      .tupled(propParams) shouldBe Passed\n  }\n\n  \"Reader\" should \"should have unit\" in {\n    Reader.readerMonad[String].unit(3).run(\"test\") shouldBe 3\n  }\n\n  it should \"have flatMap\" in {\n    Reader\n      .readerMonad[String]\n      .flatMap(Reader[String, Int](_.length))(_ =>\n        Reader[String, Double](_.length \/ 2.0))\n      .run(\"test\") shouldBe 2.0\n  }\n}\n"}
{"repo_name":"witi83\/csv-to-xml","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nimport sbtassembly.Plugin.AssemblyKeys._\n\nassemblySettings\n\nassemblyOption in assembly ~= { _.copy(includeScala = false) }\n\nname := \"CSV 2 XML\"\n\nversion := \"1.0\"\n\njarName in assembly := s\"${name.value.replace(\" \", \"-\").toLowerCase}-${version.value}.jar\"\n\nscalaVersion := \"2.11.2\"\n\nmainClass := Some(\"de.witi.csv.Main\")\n\nincOptions := incOptions.value.withNameHashing(true)\n\nfork in run := true\n\njavacOptions ++= Seq(\"-Xlint:unchecked\")\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/rejectionException\/RejectionsExceptionsExampleSpec.scala","text":"package io.github.jlprat.akka.http.workshop.rejectionException\n\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n  * Created by @jlprat on 20\/04\/2017.\n  *\/\nclass RejectionsExceptionsExampleSpec extends FlatSpec with ScalatestRouteTest with Matchers {\n\n  private val routeToTest = new RejectionsExceptionsExample().routes\n\n  \"RejectionExceptionsExample\" should \"have a personalized message for 404\" in {\n    Get(\"\/not\/existing\") ~> routeToTest ~> check {\n      status shouldBe StatusCodes.NotFound\n      responseAs[String] shouldBe \"Nothing to see here!\"\n    }\n  }\n\n  it should \"have a personalized message for wrong method\" in {\n    Put(\"\/getonly\") ~> routeToTest ~> check {\n      status shouldBe StatusCodes.MethodNotAllowed\n      responseAs[String] shouldBe \"Have you tried with more conventional methods?\"\n    }\n  }\n\n  it should \"provide special message when arithmetic exceptions\" in {\n    Get(\"\/division\/2\/0\") ~> routeToTest ~> check {\n      status shouldBe StatusCodes.InternalServerError\n      responseAs[String] shouldBe \"Do you math?\"\n    }\n  }\n\n  it should \"provide default message for any other exception\" in {\n    Get(\"\/crash\") ~> routeToTest ~> check {\n      status shouldBe StatusCodes.InternalServerError\n      responseAs[String] shouldBe \"There was an internal server error.\"\n    }\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/Intro.scala","text":"<gh_stars>10-100\npackage io.github.jlprat.akka.http.workshop\n\nimport akka.http.scaladsl.server.{HttpApp, Route}\n\n\/**\n  * Short server using [[HttpApp]] to help getting started\n  * Created by @jlprat on 15\/04\/2017.\n  *\/\nclass Intro extends HttpApp {\n  override protected[workshop] def routes: Route = ???\n}\n\nobject Intro extends App {\n  new Intro().startServer(\"localhost\", 9000)\n}"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/client\/HttpClientExample.scala","text":"package io.github.jlprat.akka.http.workshop.client\n\nimport akka.actor.ActorSystem\n\nimport scala.concurrent.Future\n\n\/**\n  * This object showcases the Akka HTTP Client API\n  * Created by @jlprat on 22\/10\/2018.\n  *\/\nobject HttpClientExample {\n\n  def getPage(uri: String)(implicit system: ActorSystem): Future[String] = ???\n\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/path\/PathExampleSpec.scala","text":"<reponame>jlprat\/akka-http-<gh_stars>10-100\npackage io.github.jlprat.akka.http.workshop.path\n\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.server.Route\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport org.scalatest.{ FlatSpec, Matchers }\n\n\/**\n  * Created by @jlprat on 19\/04\/2017.\n  *\/\nclass PathExampleSpec extends FlatSpec with ScalatestRouteTest with Matchers {\n\n  val routeToTest = new PathExample().routes\n\n  \"PathExample\" should \"serve `\/foo` paths without slash\" in {\n    Get(\"\/foo\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"got foo\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"serve `\/foo\/` paths with slash\" in {\n    Get(\"\/foo\/\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"got foo\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"serve nested routes like `\/foo\/bar` only without trailing slash\" in {\n    Get(\"\/foo\/bar\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"got bar\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"respond with `404` if route doesn't exist\" in {\n    Get(\"\/notExisting\") ~> Route.seal(routeToTest) ~> check {\n      status shouldBe StatusCodes.NotFound\n    }\n\n    Get(\"\/notExisting\") ~> routeToTest ~> check {\n      rejections shouldBe Seq.empty \/\/ when a route doesn't handle a request it returns an empty rejection list\n    }\n  }\n\n  it should \"serve other top level routes like `\/other`\" in {\n    Get(\"\/other\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"OK\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"serve other top level routes like `\/other` but only if they are GET\" in {\n    Post(\"\/other\") ~> routeToTest ~> check {\n      handled shouldBe false\n    }\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/CatalogBehaviorSpec.scala","text":"<reponame>jlprat\/akka-http-<filename>src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/CatalogBehaviorSpec.scala\npackage io.github.jlprat.akka.http.workshop.actors\n\nimport akka.actor.testkit.typed.scaladsl.{BehaviorTestKit, TestInbox}\nimport akka.actor.typed.Behavior\nimport io.github.jlprat.akka.http.workshop.actors.Model.{Author, Book}\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n  * Created by @jlprat on 24\/10\/2018.\n  *\/\nclass CatalogBehaviorSpec extends FlatSpec with Matchers {\n\n  val author = Author(\"<NAME>\")\n  val book = Book(\"978-84-8437-048-2\", \"La pla\u00e7a del Diamant\", 200, author)\n\n  \"CatalogBehavior\" should \"reply with OperationPerformed when quantity is below 1000\" in {\n    val testKit = BehaviorTestKit(CatalogBehavior.catalogBehavior)\n\n    val receiverInbox = TestInbox[CatalogBehavior.CatalogReply](\"ReceiverStub\")\n\n    val addBooks = CatalogBehavior.AddBooks(book, 100, receiverInbox.ref)\n\n    testKit.run(addBooks)\n\n    receiverInbox.expectMessage(CatalogBehavior.OperationPerformed)\n\n    testKit.returnedBehavior shouldBe Behavior.same\n  }\n\n  it should \"reply with OperationFailed when quantity is over 1000\" in {\n    val testKit = BehaviorTestKit(CatalogBehavior.catalogBehavior)\n\n    val receiverInbox = TestInbox[CatalogBehavior.CatalogReply](\"ReceiverStub\")\n\n    val addBooks = CatalogBehavior.AddBooks(book, 2000, receiverInbox.ref)\n\n    testKit.run(addBooks)\n\n    receiverInbox.expectMessage(CatalogBehavior.OperationFailed)\n\n    testKit.returnedBehavior shouldBe Behavior.same\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/path\/PathExample.scala","text":"package io.github.jlprat.akka.http.workshop.path\n\nimport akka.http.scaladsl.server.{HttpApp, Route}\n\n\/**\n  * This class showcases some useful Path directives\n  * Created by @jlprat on 19\/04\/2017.\n  *\/\nclass PathExample extends HttpApp {\n  override protected[path] def routes: Route = ???\n}\n\nobject PathExample extends App {\n  new PathExample().startServer(\"localhost\", 9000)\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/logRequest\/LogRequestResponse.scala","text":"package io.github.jlprat.akka.http.workshop.logRequest\n\nimport akka.event.{Logging, LoggingAdapter}\nimport akka.http.scaladsl.model.HttpRequest\nimport akka.http.scaladsl.server.RouteResult.{Complete, Rejected}\nimport akka.http.scaladsl.server.directives.{LogEntry, LoggingMagnet}\nimport akka.http.scaladsl.server.{Directive0, HttpApp, Route, RouteResult}\nimport spray.json.DefaultJsonProtocol\n\n\nclass LogRequestResponse extends HttpApp with DefaultJsonProtocol {\n\n  private def logTimeToSendStartResponse(loggingAdapter: LoggingAdapter, requestTimestamp: Long)\n                                        (req: HttpRequest)(res: RouteResult): Unit = {\n    val entry = res match {\n      case Complete(resp) =>\n        val responseTimestamp: Long = System.nanoTime\n        val elapsedTime: Long = (responseTimestamp - requestTimestamp) \/ 1000\n        LogEntry(s\"\"\"Logged Request:${req.method}:${req.uri}:${resp.status}:${elapsedTime}\u00b5s\"\"\", Logging.InfoLevel)\n      case Rejected(reason) =>\n        LogEntry(s\"Rejected Reason: ${reason.mkString(\",\")}\", Logging.InfoLevel)\n    }\n    entry.logTo(loggingAdapter)\n  }\n\n  private def printResponseTime(log: LoggingAdapter): HttpRequest => RouteResult => Unit = {\n    val requestTimestamp = System.nanoTime\n    logTimeToSendStartResponse(log, requestTimestamp)(_)\n  }\n\n  val logResponseTime: Directive0 = logRequestResult(LoggingMagnet(printResponseTime))\n\n  override protected def routes: Route = ???\n}\n\nobject LogRequestResponse extends App {\n  new LogRequestResponse().startServer(\"localhost\", 9000)\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/blocking\/BlockingExample.scala","text":"package io.github.jlprat.akka.http.workshop.blocking\n\nimport akka.http.scaladsl.server.{HttpApp, Route}\n\n\/**\n  * This class showcases how to deal with blocking\n  * Created by @jlprat on 21\/04\/2017.\n  *\/\nclass BlockingExample extends HttpApp {\n\n  override protected def routes: Route = ???\n}\n\nobject BlockingExample extends App {\n  new BlockingExample().startServer(\"localhost\", 9000)\n}"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/client\/HttpClientExampleSpec.scala","text":"<filename>src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/client\/HttpClientExampleSpec.scala\npackage io.github.jlprat.akka.http.workshop.client\n\nimport akka.actor.ActorSystem\nimport akka.testkit.TestKit\nimport org.scalatest.concurrent.ScalaFutures\nimport org.scalatest.{BeforeAndAfterAll, FlatSpecLike, Matchers}\n\nimport scala.concurrent.duration._\n\/**\n  * Created by @jlprat on 22\/10\/2018.\n  *\/\nclass HttpClientExampleSpec extends TestKit(ActorSystem(\"ClientSystem\")) with FlatSpecLike\n  with Matchers with ScalaFutures with BeforeAndAfterAll {\n\n  override implicit val patienceConfig: PatienceConfig = PatienceConfig(timeout = 2.seconds)\n\n  \"HttpClientExample\" should \"return a a future containing the content of a page\" in {\n\n    HttpClientExample.getPage(\"https:\/\/github.com\/status\").futureValue should startWith(\"GitHub lives!\")\n  }\n\n  override protected def afterAll(): Unit = TestKit.shutdownActorSystem(system)\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/unconsumed\/UnconsumedStreams.scala","text":"package io.github.jlprat.akka.http.workshop.unconsumed\n\nimport akka.Done\nimport akka.actor.ActorSystem\nimport akka.http.scaladsl.Http\nimport akka.http.scaladsl.model.{HttpRequest, HttpResponse}\nimport akka.stream.{ActorMaterializer, Materializer}\n\nimport scala.concurrent.Future\nimport scala.util.{Failure, Success}\n\n\/**\n  * This class showcases how dangerous is to not consume existing streams\n  * Created by @jlprat on 24\/04\/2017.\n  *\/\nobject UnconsumedStreams extends App {\n\n  implicit val system: ActorSystem = ActorSystem(\"foo\")\n  implicit val materializer: Materializer = ActorMaterializer()\n  implicit val ec = system.dispatcher\n  val requests = (1 to 35).map(i => {\n    val eventualResponse = issueRequest(s\"http:\/\/neverssl.com\")\n    println(s\"query $i\")\n\/\/    Thread.sleep(20)\n    eventualResponse.flatMap(response => {\n      println(s\"received response $i - ${response.status}\")\n      Future.successful(Done)\n    })\n  })\n\n  Future.sequence(requests).onComplete{\n    case Success(_) =>\n      println(\"All good!\")\n      system.terminate()\n    case Failure(ex) =>\n      Console.err.println(s\"Something went wrong - $ex\")\n      system.terminate()\n  }\n\n  def issueRequest(url: String): Future[HttpResponse] = {\n    Http().singleRequest(HttpRequest(uri = url))\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/Model.scala","text":"package io.github.jlprat.akka.http.workshop.actors\n\n\/**\n  * Created by @jlprat on 24\/10\/2018.\n  *\/\nobject Model {\n\n  case class Book(isbn: String, title: String, pages: Int, author: Author)\n\n  case class Author(name: String)\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/CatalogBehavior.scala","text":"<reponame>jlprat\/akka-http-\npackage io.github.jlprat.akka.http.workshop.actors\n\nimport akka.actor.typed.{ActorRef, Behavior}\nimport akka.actor.typed.scaladsl.Behaviors\nimport io.github.jlprat.akka.http.workshop.actors.Model.Book\n\n\/**\n  * This class showcases a Akka Typed behavior\n  * Created by @jlprat on 24\/04\/2017.\n  *\/\nobject CatalogBehavior {\n\n  sealed trait Command\n  case class AddBooks(book: Book, quantity: Int, replyTo: ActorRef[CatalogReply]) extends Command\n\n  sealed trait CatalogReply\n  case object OperationPerformed extends CatalogReply\n  case object OperationFailed extends CatalogReply\n\n  val catalogBehavior: Behavior[Command] = Behaviors.receive {\n    case (ctx, AddBooks(book, quantity, replyTo)) if quantity > 1000 =>\n      ctx.log.error(\"Too many books ([{}]) for [{}]\", quantity, book)\n      replyTo ! OperationFailed\n      Behaviors.same\n    case (ctx, AddBooks(book, quantity, replyTo)) =>\n      ctx.log.info(\"Talking to other actors here would be cool\")\n      ctx.log.info(\"[{}] new books [{}] in press\", quantity, book)\n      replyTo ! OperationPerformed\n      Behaviors.same\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/parameter\/ParameterExampleSpec.scala","text":"<reponame>jlprat\/akka-http-\npackage io.github.jlprat.akka.http.workshop.parameter\n\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n  * Created by @jlprat on 20\/04\/2017.\n  *\/\nclass ParameterExampleSpec extends FlatSpec with ScalatestRouteTest with Matchers {\n\n  val routeToTest = new ParameterExample().routes\n\n  \"ParameterExample\" should \"process query parameters\" in {\n    Get(\"\/listen?p1=foo&p2=bar\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"p1 -> foo, p2 -> bar\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"ignore if parameters not there\" in {\n    Get(\"\/listen?p1=foo\") ~> routeToTest ~> check {\n      handled shouldBe false\n    }\n  }\n\n  it should \"process optional parameters\" in {\n    Get(\"\/opt?p1=foo\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"p1 -> foo\"\n      status shouldBe StatusCodes.OK\n    }\n\n    Get(\"\/opt\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"p1 -> unknown\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"process string path parameters\" in {\n    Get(\"\/buy\/house\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"You want to buy a house\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n\n  it should \"process path parameters as ints\" in {\n    Get(\"\/double\/3\") ~> routeToTest ~> check {\n      responseAs[String] shouldBe \"6\"\n      status shouldBe StatusCodes.OK\n    }\n  }\n}"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/CatalogRouteExample.scala","text":"package io.github.jlprat.akka.http.workshop.actors\n\nimport akka.actor.typed.ActorRef\nimport akka.actor.typed.scaladsl.adapter._\nimport akka.http.scaladsl.marshallers.sprayjson.SprayJsonSupport\nimport akka.http.scaladsl.server.{Directives, HttpApp, Route}\nimport akka.{actor => untyped}\nimport io.github.jlprat.akka.http.workshop.actors.CatalogRouteExample.CatalogRoute\nimport io.github.jlprat.akka.http.workshop.actors.Model.{Author, Book}\nimport spray.json.DefaultJsonProtocol\n\n\/**\n  * This class showcases how to integrate with Akka Typed\n  * Created by @jlprat on 24\/04\/2017.\n  *\/\nclass CatalogRouteExample(override val catalogBehavior: ActorRef[CatalogBehavior.Command]) extends HttpApp with CatalogRoute {\n  override protected[actors] def routes: Route = catalogRoute\n}\n\nobject CatalogRouteExample {\n\n  trait JsonProtocol extends SprayJsonSupport with DefaultJsonProtocol {\n    implicit val authorFormat = jsonFormat1(Author)\n    implicit val bookFormat = jsonFormat4(Book)\n  }\n\n  trait CatalogRoute extends Directives with JsonProtocol {\n\n    val catalogBehavior: ActorRef[CatalogBehavior.Command]\n    val catalogRoute: Route = path(\"???\"){complete(\"\")}\n  }\n\n  def main(args: Array[String]): Unit = {\n    val system = untyped.ActorSystem(\"foo\")\n    val catalogBehavior = system.spawn(CatalogBehavior.catalogBehavior, \"catalogActor\")\n\n    new CatalogRouteExample(catalogBehavior).startServer(\"localhost\", 9000, system)\n  }\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/test\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/actors\/CatalogRouteExampleTest.scala","text":"<reponame>jlprat\/akka-http-\npackage io.github.jlprat.akka.http.workshop.actors\n\nimport akka.actor.typed.ActorRef\nimport akka.actor.typed.scaladsl.adapter._\nimport akka.http.scaladsl.model.StatusCodes\nimport akka.http.scaladsl.testkit.ScalatestRouteTest\nimport io.github.jlprat.akka.http.workshop.actors.Model.{Author, Book}\nimport org.scalatest.{FlatSpec, Matchers}\n\n\/**\n  * Created by @jlprat on 24\/10\/2018.\n  *\/\nclass CatalogRouteExampleTest extends FlatSpec with ScalatestRouteTest with Matchers {\n\n\n  val book = Book(\"1234567\", \"The art of Doe\", 321, Author(\"<NAME>\"))\n  val catalogRef: ActorRef[CatalogBehavior.Command] = system.spawn(CatalogBehavior.catalogBehavior, \"Catalog\")\n\n  class Fixture extends CatalogRouteExample.CatalogRoute {\n\n    override val catalogBehavior: ActorRef[CatalogBehavior.Command] = catalogRef\n  }\n\n  \"CatalogManagerRoutes\" should \"add books with given quantity if below 1000\" in new Fixture {\n    Put(\"\/catalog\/book\/100\", book) ~> catalogRoute ~> check {\n      status shouldBe StatusCodes.OK\n      responseAs[String] shouldBe \"OK\"\n    }\n  }\n\n  it should \"fail to add books with given quantity if over 1000\" in new Fixture {\n    Put(\"\/catalog\/book\/20000\", book) ~> catalogRoute ~> check {\n      status shouldBe StatusCodes.BadRequest\n      responseAs[String] shouldBe \"Too many books to print\"\n    }\n  }\n\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/rejectionException\/RejectionsExceptionsExample.scala","text":"<reponame>jlprat\/akka-http-\npackage io.github.jlprat.akka.http.workshop.rejectionException\n\nimport akka.http.scaladsl.server._\n\n\/**\n  * This class showcases rejections and exceptions handling\n  * Created by @jlprat on 20\/04\/2017.\n  *\/\nclass RejectionsExceptionsExample extends HttpApp {\n\n  override protected[rejectionException] def routes: Route = ???\n}\n\nobject RejectionsExceptionsExample extends App {\n  new RejectionsExceptionsExample().startServer(\"localhost\", 9000)\n}\n"}
{"repo_name":"jlprat\/akka-http-","path":"src\/main\/scala\/io\/github\/jlprat\/akka\/http\/workshop\/parameter\/ParameterExample.scala","text":"package io.github.jlprat.akka.http.workshop.parameter\n\nimport akka.http.scaladsl.server.{HttpApp, Route}\n\n\/**\n  * This class showcases some useful parameter directives and matchers\n  * Created by @jlprat on 20\/04\/2017.\n  *\/\nclass ParameterExample extends HttpApp {\n  override protected[parameter] def routes: Route = ???\n}\n\nobject ParameterExample extends App {\n  new ParameterExample().startServer(\"localhost\", 9000)\n}"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/unitTestExample\/src\/test\/scala\/org\/me\/hotel\/MySuites.scala","text":"package org.me.hotel\n\nimport org.scalatest.Suites\n\nclass MySuites extends Suites(\n\tnew GuestTest,\n\tnew RoomTest\n)"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/helloworld\/src\/main\/HelloWorld.scala","text":"<filename>example\/scala\/helloworld\/src\/main\/HelloWorld.scala<gh_stars>0\nobject HelloWorld {\n\n\tdef main(args: Array[String]): Unit = {\n\t\tval greeter = new Greeter(\"Hello Raymond\")\n\t\tprintln(greeter.greet())\n\t}\n\n}"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/unitTestExample\/src\/main\/scala\/org\/me\/hotel\/Room.scala","text":"package org.me.hotel\n\ncase class Room(number: Int, guest: Option[Guest] = None) { room =>\n\n\tdef isFree() : Boolean =\n\t\tguest.isEmpty\n\n\tdef checkin(guest: Guest): Room = {\n\t\trequire(room.guest.isEmpty, \"Room is occupied\")\n\t\tRoom(number, Some(guest))\n\t}\n\n\tdef checkout(): Room = {\n\t\trequire(guest.isDefined, \"Room is already free\")\n\t\tRoom(number, None)\n\t}\n\n}\n"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/unitTestExample\/src\/test\/scala\/org\/me\/hotel\/UnitTest.scala","text":"<reponame>rnowley\/SonicScrewDriver\npackage org.me.hotel\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nabstract class UnitTest(component: String) extends FlatSpec with Matchers {\n\n\tbehavior of component\n\n}\n"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/unitTestExample\/src\/main\/scala\/org\/me\/hotel\/Guest.scala","text":"<filename>example\/scala\/unitTestExample\/src\/main\/scala\/org\/me\/hotel\/Guest.scala<gh_stars>0\npackage org.me.hotel\n\ncase class Guest(name: String) {\n\trequire(!name.isEmpty, \"Name must be defined\")\n}\n"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/unitTestExample\/src\/test\/scala\/org\/me\/hotel\/GuestTest.scala","text":"<gh_stars>0\npackage org.me.hotel\n\nclass GuestTest extends UnitTest(\"Guest\") {\n\n\tit should \"have its name defined\" in {\n\t\tGuest(\"Seline\")\n\t\tan [IllegalArgumentException] should be thrownBy {\n\t\t\tGuest(\"\")\n\t\t}\n\t}\n\n}\n"}
{"repo_name":"rnowley\/SonicScrewDriver","path":"example\/scala\/helloworld\/src\/main\/Greeter.scala","text":"<reponame>rnowley\/SonicScrewDriver\nclass Greeter(messageToDisplay: String) {\n\tvar message: String = messageToDisplay\n\n\tdef greet(): String = {\n\t\tmessage\n\t}\n}"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"pgProfile\/identification.sbt","text":"version := \"0.1.0\"\nname := \"pgProfileGenerator\""}
{"repo_name":"tlewowski\/pg-scala-enums","path":"project\/Dependencies.scala","text":"<gh_stars>1-10\nimport sbt._\n\nobject Dependencies {\n  lazy val postgresDependency = \"org.postgresql\" % \"postgresql\" % \"42.1.1\"\n  lazy val slickDependencies = Seq(\n    \"com.typesafe.slick\" %% \"slick\" % \"3.2.1\",\n    \"com.typesafe.slick\" %% \"slick-hikaricp\" % \"3.2.1\",\n    \"com.typesafe.slick\" %% \"slick-testkit\" % \"3.2.1\" % Test,\n    postgresDependency,\n    \"com.github.tminglei\" %% \"slick-pg\" % \"0.15.0\"\n  )\n  lazy val slickCodegenDependency = \"com.typesafe.slick\" %% \"slick-codegen\" % \"3.2.1\"\n}\n"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"pgProfile\/src\/main\/scala\/extensions\/database\/pgsql\/PgProfileGenerator.scala","text":"package extensions.database.pgsql\n\nimport java.nio.file.{Files, Path, Paths}\nimport java.sql.DriverManager\nimport java.util\n\nimport scala.collection.mutable.HashMap\n\nobject PgProfileGenerator {\n\n  case class SourceCode(s: String) {\n    override def toString: String = s\n  }\n\n  def main(args: Array[String]): Unit = {\n    val dbPath = args(0)\n    val targetDirectory = args(1)\n    val packageName = args(2) +\".profile\"\n    val targetFile = Paths.get(targetDirectory, packageName.replaceAllLiterally(\".\", \"\/\"), \"ExtendedPostgresProfile.scala\")\n    println(\"Generating code for extended Postgres profile (with enums and stuff)\")\n\n    val allEnums = database.model.enums.Enums.allEnums.map(e => toSingleEnumImplicits(e._1, e._2)).toSeq\n\n    writeToFile(targetFile, makeSourceFileContent(packageName, allEnums))\n    println(\"Profile generation completed successfully!\")\n  }\n\n  def toSingleEnumImplicits(originalName: String, enumClass: Enumeration): SourceCode = {\n    val className = NameConverter.enumNameToScalaClassName(enumClass.getClass.getSimpleName)\n    SourceCode(\n      s\"\"\"\n         |    \/\/ mapping for $originalName \/ $className\n         |    implicit val ${className}TypeMapper = createEnumJdbcType(\"$originalName\", $className)\n         |    implicit val ${className}ListTypeMapper = createEnumListJdbcType(\"${NameConverter.enumNameToListName(originalName)}\", $className)\n         |    implicit val ${className}ColumnExtensionMethodsBuilder = createEnumColumnExtensionMethodsBuilder($className)\n         |    implicit val ${className}OptionColumnExtensionMethodsBuilder = createEnumOptionColumnExtensionMethodsBuilder($className)\n         \"\"\".stripMargin)\n  }\n\n  def makeSourceFileContent(pkg: String, items: Seq[SourceCode]): SourceCode = {\nSourceCode(s\"\"\"\npackage $pkg\n\n\/\/ AUTO-GENERATED FILE, DO NOT MODIFY\nimport com.github.tminglei.slickpg._\nimport database.model.enums.Enums._\nimport slick.basic.Capability\n\ntrait ExtendedPostgresProfile extends ExPostgresProfile\n  with PgArraySupport\n  with PgDate2Support\n  with PgRangeSupport\n  with PgHStoreSupport\n  with PgSearchSupport\n  with PgNetSupport\n  with PgLTreeSupport\n  with PgEnumSupport\n{\n  def pgjson = \"jsonb\" \/\/ jsonb support is in postgres 9.4.0 onward; for 9.3.x use \"json\"\n\n  \/\/ Add back `capabilities.insertOrUpdate` to enable native `upsert` support; for postgres 9.5+\n  override protected def computeCapabilities: Set[Capability] =\n  super.computeCapabilities + slick.jdbc.JdbcCapabilities.insertOrUpdate\n\n  override val api = ExtendedAPI\n  object ExtendedAPI extends API with ArrayImplicits\n    with DateTimeImplicits\n    with NetImplicits\n    with LTreeImplicits\n    with RangeImplicits\n    with HStoreImplicits\n    with SearchImplicits\n    with SearchAssistants\n  {\n    implicit val strListTypeMapper = new SimpleArrayJdbcType[String](\"text\").to(_.toList)\n\n    ${items.mkString(\"\\n\")}\n  }\n}\n\nobject ExtendedPostgresProfile extends ExtendedPostgresProfile\n\"\"\".stripMargin)\n  }\n\n  def writeToFile(f: Path, str: SourceCode): Unit = {\n    Files.createDirectories(f.getParent)\n    Files.write(f, str.s.getBytes)\n  }\n}\n"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"build.sbt","text":"<gh_stars>1-10\nimport Dependencies._\n\nscalaVersion := \"2.12.3\"\n\nlazy val commonSettings = Seq(\n  scalaVersion := \"2.12.3\"\n)\n\nval dbUrl = \"jdbc:postgresql:\/\/localhost:5432\/dbName\" \/\/ connection info for a pre-populated throw-away, in-memory db for this demo, which is freshly initialized on every run\nval pkg = \"database.model\"\n\nlazy val generateEnums = TaskKey[Seq[File]](\"gen-enums\")\nlazy val pgEnum = project\n  .settings(commonSettings)\n  .settings(libraryDependencies += postgresDependency)\n\nlazy val generateEnumsTask = Def.task {\n  val dir = (sourceManaged in pgEnum).value\n  val cp = (fullClasspath in Compile in pgEnum).value\n  val r = (runner in Compile in pgEnum).value\n  val s = streams.value\n  val outputDir = (dir \/ \"main\").getPath \/\/ place generated files in sbt's managed sources folder\n  toError(r.run(\"extensions.database.pgsql.EnumGenerator\", cp.files, Array(dbUrl, outputDir, pkg), s.log))\n  val fname = outputDir + \"\/database\/model\/enums\/Enums.scala\"\n  Seq(file(fname))\n}\ngenerateEnums := { generateEnumsTask.value }\n\nlazy val generatePgProfile = TaskKey[Seq[File]](\"gen-pg-profile\")\nlazy val pgProfile = project\n  .settings(commonSettings)\n  .settings(libraryDependencies ++= slickDependencies)\n  .settings(libraryDependencies += slickCodegenDependency)\n  .settings(sourceGenerators in Compile += generateEnumsTask.taskValue)\n  .dependsOn(pgEnum)\n\nlazy val generatePgProfileTask = Def.task {\n  val dir = (sourceManaged in pgProfile).value\n  val cp = (fullClasspath in Compile in pgProfile).value\n  val r = (runner in Compile in pgProfile).value\n  val s = streams.value\n  val outputDir = (dir \/ \"main\").getPath \/\/ place generated files in sbt's managed sources folder\n  toError(r.run(\"extensions.database.pgsql.PgProfileGenerator\", cp.files, Array(dbUrl, outputDir, pkg), s.log))\n  val fname = outputDir + \"\/database\/model\/profile\/ExtendedPostgresProfile.scala\"\n  Seq(file(fname))\n}\ngeneratePgProfile := { generatePgProfileTask.value }\n\nlazy val generateTables = TaskKey[Seq[File]](\"gen-tables\")\nlazy val pgTables = project\n  .settings(commonSettings)\n  .settings(libraryDependencies ++= slickDependencies)\n  .settings(libraryDependencies += slickCodegenDependency)\n  .settings(sourceGenerators in Compile += generatePgProfileTask.taskValue)\n  .dependsOn(pgProfile, pgEnum)\n\nlazy val generateTablesTask = Def.task {\n  val dir = (sourceManaged in pgTables).value\n  val cp = (fullClasspath in Compile in pgTables).value\n  val r = (runner in Compile in pgTables).value\n  val s = streams.value\n  val outputDir = (dir \/ \"main\").getPath \/\/ place generated files in sbt's managed sources folder\n  val fname = new File(s\"$outputDir\/database\/model\/tables\/Tables.scala\")\n  if(!fname.exists()) {\n    toError(r.run(\"extensions.database.pgsql.TableGenerator\", cp.files, Array(dbUrl, outputDir, pkg), s.log))\n  }\n  Seq(file(fname.getAbsolutePath))\n}\ngenerateTables := { generateTablesTask.value }\n\n"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"pgEnum\/src\/main\/scala\/extensions\/database\/pgsql\/EnumGenerator.scala","text":"package extensions.database.pgsql\n\nimport java.nio.file.{Files, Path, Paths}\nimport java.sql.DriverManager\nimport java.util\n\nimport scala.collection.mutable.HashMap\n\nobject EnumGenerator {\n\n  case class SourceCode(s: String) {\n    override def toString: String = s\n  }\n\n  def main(args: Array[String]): Unit = {\n    val dbPath = args(0)\n    val targetDirectory = args(1)\n    val packageName = args(2) +\".enums\"\n    val targetFile = Paths.get(targetDirectory, packageName.replaceAllLiterally(\".\", \"\/\"), \"Enums.scala\")\n    println(\"Generating code for SQL enum mapping\")\n    println(s\"Fetching data from DB at ${dbPath} to ${targetFile}(package: ${packageName})\")\n\n    val query = \"select t.typname, e.enumlabel, e.enumsortorder from pg_enum e \" +\n      \"inner join pg_type t on t.oid=e.enumtypid\"\n\n    Class.forName(\"org.postgresql.Driver\")\n    val connection = DriverManager.getConnection(dbPath)\n    val result = connection.createStatement().executeQuery(query)\n\n    val enumNameToValueAndOrder = HashMap.empty[String, Seq[(String, Int)]]\n    while(result.next()) {\n      val name = result.getString(\"typname\")\n      val label = result.getString(\"enumlabel\")\n      val order = result.getInt(\"enumsortorder\")\n\n      enumNameToValueAndOrder += (name -> enumNameToValueAndOrder.getOrElse(name, Seq()).+:((label, order)))\n    }\n\n    val enumsCode = enumNameToValueAndOrder.mapValues(_.sortBy(_._2).map(_._1))\n      .toSeq.map(en => {\n      val label = NameConverter.snakeToCamel(NameConverter.removeTypePostfix(en._1))\n      (en._1, label, formatEnumeration(label, en._2))\n    })\n\n    val enums = enumsCode.map(_._3)\n    val allEnums = defineAllEnumsMap(enumsCode.map(e => (e._1, e._2)))\n\n    writeToFile(targetFile, makeSourceFileContent(packageName, enums.:+(allEnums)))\n    println(\"Enumeration generation completed successfully!\")\n  }\n\n  def defineAllEnumsMap(enums: Seq[(String, String)]): SourceCode = {\n    SourceCode(s\"\"\"  val allEnums: Map[String, Enumeration] = Map(\n    ${enums.map(e => toSingleEnumListElement(e._1, e._2)).mkString(\",\\n    \")}\n  )\"\"\".stripMargin)\n  }\n\n  def toSingleEnumListElement(originalName: String, className: String): SourceCode = {\n    SourceCode(s\"\"\"\"$originalName\" -> $className\"\"\")\n  }\n\n  def formatEnumeration(label: String, values: Seq[String]): SourceCode = {\nSourceCode(s\"\"\"  object $label extends Enumeration {\n    type $label = Value\n    ${values.map(toSingleEnumerationDefinition).mkString(\"\\n    \")}\n  }\n\"\"\".stripMargin)\n  }\n\n  def toSingleEnumerationDefinition(v: String): SourceCode = {\n    SourceCode(s\"\"\"val ${NameConverter.snakeToCamel(v)} = Value(\"$v\")\"\"\")\n  }\n\n  def makeSourceFileContent(pkg: String, items: Seq[SourceCode]): SourceCode = {\nSourceCode(s\"\"\"\npackage $pkg\n\n\/\/ AUTO-GENERATED FILE, DO NOT MODIFY\nobject Enums {\n${items.mkString(\"\\n\")}\n}\n\n\"\"\".stripMargin)\n  }\n\n  def writeToFile(f: Path, str: SourceCode): Unit = {\n    Files.createDirectories(f.getParent)\n    Files.write(f, str.s.getBytes)\n  }\n}\n"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"pgTables\/src\/main\/scala\/extensions\/database\/pgsql\/TableGenerator.scala","text":"<filename>pgTables\/src\/main\/scala\/extensions\/database\/pgsql\/TableGenerator.scala\npackage extensions.database.pgsql\n\nimport scala.concurrent.duration._\nimport slick.sql.SqlProfile.ColumnOption\n\nimport scala.concurrent.Await\n\n\/\/ stolen from https:\/\/github.com\/tminglei\/slick-pg\/blob\/master\/examples\/codegen-customization\/codegen\/src\/main\/scala\/demo\/CustomizedCodeGenerator.scala\n\/**\n  *  This customizes the Slick code generator. We only do simple name mappings.\n  *  For a more advanced example see https:\/\/github.com\/cvogt\/slick-presentation\/tree\/scala-exchange-2013\n  *\/\nobject TableGenerator {\n  import scala.concurrent.ExecutionContext.Implicits.global\n\n  val slickProfile = database.model.profile.ExtendedPostgresProfile\n  val jdbcDriver = \"org.postgresql.Driver\"\n\n  def main(args: Array[String]): Unit = {\n    val dbPath = args(0)\n    val targetDirectory = args(1)\n    val packageName = args(2) +\".tables\"\n\n    println(\"Generating code for SQL table mapping.\")\n    println(s\"Fetching data from DB at ${dbPath} to ${targetDirectory}(package: ${packageName})\")\n\n    val db = slickProfile.api.Database.forURL(dbPath,driver=jdbcDriver)\n    \/\/ filter out desired tables\n    lazy val codegen = db.run {\n      slickProfile.defaultTables\n        .flatMap( slickProfile.createModelBuilder(_, true).buildModel )\n    }.map { model =>\n      new slick.codegen.SourceCodeGenerator(model) {\n        println(\"Successfully fetched model from DB, starting code generation\")\n\n        override def Table = new Table(_) { table =>\n          override def Column = new Column(_) { column =>\n            \/\/ customize db type -> scala type mapping, pls adjust it according to your environment\n            override def rawType: String = model.tpe match {\n              case \"java.sql.Date\" => \"java.time.LocalDate\"\n              case \"java.sql.Time\" => \"java.time.LocalTime\"\n              case \"java.sql.Timestamp\" => \"java.time.LocalDateTime\"\n              \/\/ currently, all types that's not built-in support were mapped to `String`\n              case \"String\" => model.options.find(_.isInstanceOf[ColumnOption.SqlType]).map(_.asInstanceOf[ColumnOption.SqlType].typeName).map({\n                case \"hstore\" => \"Map[String, String]\"\n                case \"geometry\" => \"com.vividsolutions.jts.geom.Geometry\"\n                case \"int8[]\" => \"List[Long]\"\n                case \"json\" => \"argonaut.Json\"\n                case \"jsonb\" => \"argonaut.Json\"\n                case \"text\" => \"String\"\n                case s => s\"${NameConverter.snakeToCamel(NameConverter.removeTypePostfix(s))}.Value\"\n              }).getOrElse(\"String\")\n              case rt => super.rawType\n            }\n          }\n        }\n\n        \/\/ ensure to use our customized postgres driver at `import profile.simple._`\n        override def packageCode(profile: String, pkg: String, container: String, parentType: Option[String]) : String = {\n          s\"\"\"\npackage ${pkg}\n\/\/ AUTO-GENERATED Slick data model\n\/\/ DO NOT MODIFY! IT WILL BE GENERATED ON EACH COMPILATION\n\/** Stand-alone Slick data model for immediate use *\/\nobject ${container} extends {\n  val profile = ${profile}\n} with ${container}\n\/** Slick data model trait for extension, choice of backend or usage in the cake pattern. (Make sure to initialize this late.) *\/\ntrait ${container}${parentType.map(t => s\" extends $t\").getOrElse(\"\")} {\n  val profile: $profile\n  import profile.api._\n  import database.model.enums.Enums._\n  ${indent(code)}\n}\n      \"\"\".trim()\n        }\n      }\n    }.recoverWith({\n      case e =>\n        println(\" ============ Code generation failed! ============\")\n        println(s\"Error: $e\")\n        e.printStackTrace()\n        throw e\n    })\n\n    \/\/ write the generated results to file\n    Await.ready(\n      codegen.map(\n        _.writeToFile(\n          \"database.model.profile.ExtendedPostgresProfile\", \/\/ use our customized postgres driver\n          targetDirectory,\n          packageName\n        )\n      ),\n      20.seconds\n    )\n\n    println(\"SQL access code generation completed\")\n  }\n}\n"}
{"repo_name":"tlewowski\/pg-scala-enums","path":"pgEnum\/src\/main\/scala\/extensions\/database\/pgsql\/NameConverter.scala","text":"<filename>pgEnum\/src\/main\/scala\/extensions\/database\/pgsql\/NameConverter.scala\npackage extensions.database.pgsql\n\nobject NameConverter {\n  def removeTypePostfix(s: String): String = {\n    s.replaceFirst(\"_t$\", \"\")\n  }\n\n  def enumNameToScalaClassName(s: String): String = {\n    s.replaceAllLiterally(\"$\", \"\")\n  }\n\n  def snakeToCamel(s: String): String = {\n    val tokens = s.split(\"_\")\n    tokens.map(_.capitalize).mkString\n  }\n\n  def enumNameToListName(s: String): String = {\n    s\"_$s\"\n  }\n}\n"}
{"repo_name":"lolgab\/sttp","path":"httpclient-backend\/fs2\/src\/test\/scala\/sttp\/client\/httpclient\/fs2\/HttpClientHighLevelFs2WebsocketTest.scala","text":"package sttp.client.httpclient.fs2\n\nimport cats.effect.IO\nimport cats.implicits._\nimport sttp.client._\nimport sttp.client.httpclient.WebSocketHandler\nimport sttp.client.testing.websocket.HighLevelWebsocketTest\nimport sttp.client.ws.WebSocket\n\nimport scala.concurrent.duration._\n\nclass HttpClientHighLevelFs2WebsocketTest\n    extends HighLevelWebsocketTest[IO, WebSocketHandler]\n    with HttpClientFs2TestBase {\n\n  override def createHandler: Option[Int] => IO[WebSocketHandler[WebSocket[IO]]] =\n    Fs2WebSocketHandler[IO](_)\n\n  it should \"handle backpressure correctly\" in {\n    basicRequest\n      .get(uri\"$wsEndpoint\/ws\/echo\")\n      .openWebsocketF(createHandler(Some(3)))\n      .flatMap { response =>\n        val ws = response.result\n        send(ws, 1000) >> eventually(10.millis, 500) { ws.isOpen.map(_ shouldBe true) }\n      }\n      .toFuture()\n  }\n\n  override def eventually[T](interval: FiniteDuration, attempts: Int)(f: => IO[T]): IO[T] = {\n    def tryWithCounter(i: Int): IO[T] = {\n      (IO.sleep(interval) >> f).recoverWith {\n        case _: Exception if i < attempts => tryWithCounter(i + 1)\n      }\n    }\n    tryWithCounter(0)\n  }\n\n}\n"}
{"repo_name":"lolgab\/sttp","path":"async-http-client-backend\/fs2\/src\/test\/scala\/sttp\/client\/asynchttpclient\/fs2\/AsyncHttpClientLowLevelFs2WebsocketTest.scala","text":"package sttp.client.asynchttpclient.fs2\n\nimport cats.effect.IO\nimport com.github.ghik.silencer.silent\nimport org.asynchttpclient.ws.{WebSocketListener, WebSocket => AHCWebSocket}\nimport sttp.client._\nimport sttp.client.asynchttpclient.WebSocketHandler\nimport sttp.client.impl.cats.CatsTestBase\nimport sttp.client.testing.websocket.LowLevelListenerWebSocketTest\n\nclass AsyncHttpClientLowLevelFs2WebsocketTest\n    extends LowLevelListenerWebSocketTest[IO, AHCWebSocket, WebSocketHandler]\n    with CatsTestBase {\n  implicit val backend: SttpBackend[IO, Nothing, WebSocketHandler] = AsyncHttpClientFs2Backend[IO]().unsafeRunSync()\n\n  override def createHandler(_onTextFrame: String => Unit): WebSocketHandler[AHCWebSocket] =\n    WebSocketHandler.fromListener(new WebSocketListener {\n      override def onOpen(websocket: AHCWebSocket): Unit = {}\n      override def onClose(websocket: AHCWebSocket, code: Int, reason: String): Unit = {}\n      override def onError(t: Throwable): Unit = {}\n      @silent(\"discarded\")\n      override def onTextFrame(payload: String, finalFragment: Boolean, rsv: Int): Unit = {\n        _onTextFrame(payload)\n      }\n    })\n\n  @silent(\"discarded\")\n  override def sendText(ws: AHCWebSocket, t: String): Unit = ws.sendTextFrame(t).await()\n\n  @silent(\"discarded\")\n  override def sendCloseFrame(ws: AHCWebSocket): Unit = ws.sendCloseFrame()\n}\n"}
{"repo_name":"lolgab\/sttp","path":"httpclient-backend\/src\/test\/scala\/sttp\/client\/httpclient\/HttpClientLowLevelListenerWebSocketTest.scala","text":"package sttp.client.httpclient\n\nimport java.net.http.WebSocket\nimport java.net.http.WebSocket.Listener\nimport java.util.concurrent.CompletionStage\n\nimport com.github.ghik.silencer.silent\nimport sttp.client.testing.websocket.LowLevelListenerWebSocketTest\n\nabstract class HttpClientLowLevelListenerWebSocketTest[F[_]]\n    extends LowLevelListenerWebSocketTest[F, WebSocket, WebSocketHandler] {\n\n  override def testErrorWhenEndpointIsNotWebsocket: Boolean = false\n\n  override def createHandler(_onTextFrame: String => Unit): WebSocketHandler[WebSocket] =\n    WebSocketHandler.fromListener(new Listener {\n      var accumulator: String = \"\"\n      override def onText(webSocket: WebSocket, data: CharSequence, last: Boolean): CompletionStage[_] = {\n        if (last) {\n          _onTextFrame(accumulator + data.toString)\n          accumulator = \"\"\n        } else {\n          accumulator += data.toString\n        }\n        super.onText(webSocket, data, last)\n      }\n    })\n\n  @silent(\"discarded\")\n  override def sendText(ws: WebSocket, t: String): Unit = ws.sendText(t.toString, true).get()\n\n  @silent(\"discarded\")\n  override def sendCloseFrame(ws: WebSocket): Unit = ws.sendClose(WebSocket.NORMAL_CLOSURE, \"\").get()\n}\n"}
{"repo_name":"lolgab\/sttp","path":"async-http-client-backend\/fs2\/src\/test\/scala\/sttp\/client\/asynchttpclient\/fs2\/AsyncHttpClientFs2HttpStreamingTest.scala","text":"package sttp.client.asynchttpclient.fs2\n\nimport java.nio.ByteBuffer\n\nimport cats.effect.{ContextShift, IO}\nimport fs2.Stream\nimport sttp.client.impl.fs2.Fs2ByteBufferStreamingTest\nimport sttp.client.{NothingT, SttpBackend}\n\nimport scala.concurrent.ExecutionContext\n\nclass AsyncHttpClientFs2HttpStreamingTest extends Fs2ByteBufferStreamingTest {\n  private implicit val cs: ContextShift[IO] = IO.contextShift(ExecutionContext.Implicits.global)\n\n  override implicit val backend: SttpBackend[IO, Stream[IO, ByteBuffer], NothingT] =\n    AsyncHttpClientFs2Backend[IO]().unsafeRunSync()\n}\n"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/test\/scala\/mdaros\/training\/lagom\/devices\/simulator\/DeviceMetricsSimulatorSpec.scala","text":"<filename>devices-metrics-simulator\/src\/test\/scala\/mdaros\/training\/lagom\/devices\/simulator\/DeviceMetricsSimulatorSpec.scala\npackage mdaros.training.lagom.devices.simulator\n\nimport akka.NotUsed\nimport akka.actor.ActorSystem\nimport akka.event.Logging\nimport akka.stream.alpakka.mqtt.MqttMessage\nimport akka.stream.scaladsl.{ Sink, Source }\nimport akka.stream.testkit.TestSubscriber\nimport akka.stream.testkit.scaladsl.TestSink\nimport akka.util.ByteString\nimport com.fasterxml.jackson.databind.json.JsonMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.typesafe.config.{ Config, ConfigFactory }\nimport mdaros.training.lagom.devices.simulator.config.ConfigurationKeys.{ CLIENT_ID_PREFIX, DEVICES_COUNT }\nimport mdaros.training.lagom.devices.simulator.config.Configurator\nimport mdaros.training.lagom.devices.simulator.devices.DeviceMeasureGenerator\nimport mdaros.training.lagom.devices.simulator.sink.MqttSinkBuilder\nimport mdaros.training.lagom.model.Measure\nimport org.mockito.ArgumentMatchersSugar.any\nimport org.mockito.MockitoSugar.{ mock, when }\nimport org.scalatest.{ BeforeAndAfterAll, GivenWhenThen }\nimport org.scalatest.featurespec.AnyFeatureSpec\n\nimport java.util\nimport java.util.Date\nimport scala.concurrent.duration.DurationInt\nimport scala.language.postfixOps\n\nclass DeviceMetricsSimulatorSpec extends AnyFeatureSpec\n  with GivenWhenThen\n  with BeforeAndAfterAll {\n\n  implicit val actorSystem = ActorSystem ( \"DeviceMetricsSimulatorSpec\" )\n\n  val logger = Logging ( actorSystem, getClass )\n\n  override def afterAll (): Unit = {\n\n    actorSystem.terminate ()\n  }\n\n  Feature ( \"DeviceMetricsSimulator\" ) {\n\n    Scenario ( \"Generate device measures\" ) {\n\n      Given ( \"a DeviceMetricsSimulator\" )\n\n        val jsonMapper = JsonMapper.builder ()\n          .addModule ( DefaultScalaModule )\n          .build ()\n\n        val configValuesMock = new util.HashMap [ String, Any ] ()\n        configValuesMock.put ( DEVICES_COUNT.key, 2 )\n        configValuesMock.put ( CLIENT_ID_PREFIX.key, \"my-client-id-\" )\n\n        val configMock = ConfigFactory.parseMap ( configValuesMock )\n\n        val now = new Date ()\n\n        val measure1Mock = Measure ( \"my-client-id-1\", \"cpu.usage\", now, 10.0067 )\n        val measure2Mock = Measure ( \"my-client-id-2\", \"mem.usage\", now, 34.8976 )\n        val measure3Mock = Measure ( \"my-client-id-3\", \"disk.usage\", now, 84.0056 )\n\n        val measuresMock = Seq ( measure1Mock, measure2Mock, measure3Mock )\n\n        val messagesMock = measuresMock.map ( measure => MqttMessage ( \"my-topic\", ByteString ( jsonMapper.writer ().writeValueAsString ( measure ) ) ) )\n\n        val sourceMock: Source [ MqttMessage, NotUsed ] = Source ( messagesMock )\n        val sinkMock: Sink [MqttMessage, TestSubscriber.Probe [ MqttMessage ] ] = TestSink [ MqttMessage ] ()\n\n        val deviceMeasureGeneratorMock = mock [ DeviceMeasureGenerator ]\n        val mqttSinkBuilderMock        = mock [ MqttSinkBuilder ]\n        val configuratorMock           = mock [ Configurator ]\n\n        when ( deviceMeasureGeneratorMock.generateMeasures ( any [ Int ], any [ Config ] ) )\n          .thenReturn ( sourceMock )\n\n        when ( mqttSinkBuilderMock.buildMqttSink ( any [ Int ], any [ Config ] ) )\n          .thenReturn ( sinkMock )\n\n        when ( configuratorMock.getConfig () )\n          .thenReturn ( configMock )\n\n        var testProbes = scala.collection.mutable.Buffer [TestSubscriber.Probe [ MqttMessage ]] ()\n\n        val deviceMetricsSimulator = new DeviceMetricsSimulator () {\n\n          \/\/ Override wiring of dependencies\n          override val deviceMeasureGenerator = deviceMeasureGeneratorMock\n          override val mqttSinkBuilder = mqttSinkBuilderMock\n          override val configurator = configuratorMock\n\n          override def runFlow ( measuresSource: Source [ MqttMessage, Any ], mqttSink: Sink [ MqttMessage, Any ] ): TestSubscriber.Probe [ MqttMessage ] = {\n\n            val probe = sourceMock.runWith ( sinkMock )\n            testProbes = testProbes :+ probe\n\n            probe\n          }\n        }\n\n      When ( \"I run the device metrics simulator\" )\n\n        deviceMetricsSimulator.run ()\n\n      Then ( \"I expect all the measures are sent to the sink\" )\n\n        testProbes.foreach ( testProbe => {\n\n          testProbe.request ( 3 )\n\n          val message1 = testProbe.expectNext ( 3 second )\n          val message2 = testProbe.expectNext ( 3 second )\n          val message3 = testProbe.expectNext ( 3 second )\n\n          assert ( message1.topic ==  \"my-topic\", s\"Expected tppic: my-topic, but was ${message1.topic}\" )\n          assert ( message2.topic ==  \"my-topic\", s\"Expected tppic: my-topic, but was ${message2.topic}\" )\n          assert ( message3.topic ==  \"my-topic\", s\"Expected tppic: my-topic, but was ${message3.topic}\" )\n\n          assert ( jsonMapper.readValue ( message1.payload.utf8String, classOf [ Measure ] ) == measure1Mock, s\"Expected payload $measure1Mock\" )\n          assert ( jsonMapper.readValue ( message2.payload.utf8String, classOf [ Measure ] ) == measure2Mock, s\"Expected payload $measure2Mock\" )\n          assert ( jsonMapper.readValue ( message3.payload.utf8String, classOf [ Measure ] ) == measure3Mock, s\"Expected payload $measure3Mock\" )\n        } )\n\n        logger.info ( \"Test OK\" )\n    }\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/DeviceMetricsSimulator.scala","text":"<gh_stars>0\npackage mdaros.training.lagom.devices.simulator\n\nimport akka.actor.ActorSystem\nimport akka.event.Logging\nimport akka.stream.alpakka.mqtt.MqttMessage\nimport akka.stream.scaladsl.{ Sink, Source }\nimport com.softwaremill.macwire.wire\nimport mdaros.training.lagom.devices.simulator.config.ConfigurationKeys.{ CLIENT_ID_PREFIX, DEVICES_COUNT }\nimport mdaros.training.lagom.devices.simulator.config.Configurator\nimport mdaros.training.lagom.devices.simulator.config.Configurator._\nimport mdaros.training.lagom.devices.simulator.devices.DeviceMeasureGenerator\nimport mdaros.training.lagom.devices.simulator.sink.MqttSinkBuilder\n\nimport scala.concurrent.ExecutionContext\nimport scala.language.postfixOps\n\nclass DeviceMetricsSimulator {\n\n  val deviceMeasureGenerator = wire [ DeviceMeasureGenerator ]\n  val mqttSinkBuilder        = wire [ MqttSinkBuilder ]\n  val configurator           = wire [ Configurator ]\n\n  implicit val actorSystem = ActorSystem ( SERVICE_NAME )\n  implicit val executionContext = ExecutionContext.Implicits.global\n\n  def run (): Unit = {\n\n    val logger = Logging ( actorSystem, getClass )\n\n    val config = configurator.getConfig ()\n\n    val numeDevices    = config.getInt ( DEVICES_COUNT.key )\n    val clientIdPrefix = config.getString ( CLIENT_ID_PREFIX.key )\n\n    val devices = 1 to numeDevices\n\n    \/\/ Generate random measures for every simulated device\n    devices.foreach ( index => {\n\n      val clientId = s\"${clientIdPrefix}${index}\"\n      val measuresSource: Source [MqttMessage, Any] = deviceMeasureGenerator.generateMeasures ( index, config )\n      val mqttSink: Sink [MqttMessage, Any] = mqttSinkBuilder.buildMqttSink ( index, config )\n\n      \/\/ Run the flow\n      runFlow ( measuresSource, mqttSink )\n\n      logger.info ( s\"Added simulated device clientId: $clientId\" )\n    } )\n\n    logger.info ( \"DeviceMetricsSimulator started\" )\n  }\n\n  protected def runFlow ( measuresSource: Source [ MqttMessage, Any ], mqttSink: Sink [ MqttMessage, Any ] ): Any = {\n\n    measuresSource.runWith ( mqttSink )\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"build.sbt","text":"<gh_stars>0\norganization in ThisBuild := \"mdaros.training.lagom\"\nversion in ThisBuild := \"1.0-SNAPSHOT\"\n\n\/\/ the Scala version that will be used for cross-compiled libraries\nscalaVersion in ThisBuild := \"2.13.0\"\n\nval AkkaVersion = \"2.6.14\"\nval JacksonVersion = \"2.12.4\"\n\nval macwire = \"com.softwaremill.macwire\" %% \"macros\" % \"2.3.3\" % \"provided\"\nval scalaTest = \"org.scalatest\" %% \"scalatest\" % \"3.1.1\" % Test\n\nlazy val `lagom-training` = ( project in file ( \".\" ) )\n  .aggregate ( `lagom-training-api`, `lagom-training-impl`, `lagom-training-stream-api`, `lagom-training-stream-impl`, `mqtt-kafka-bridge`, `data-model`, `devices-metrics-simulator` )\n\nlazy val `lagom-training-api` = ( project in file ( \"service1\/lagom-training-api\" ) )\n  .settings (\n    libraryDependencies ++= Seq (\n      lagomScaladslApi\n    )\n  )\n\nlazy val `lagom-training-impl` = ( project in file ( \"service1\/lagom-training-impl\" ) )\n  .enablePlugins ( LagomScala )\n  .settings (\n    libraryDependencies ++= Seq (\n      lagomScaladslPersistenceCassandra,\n      lagomScaladslKafkaBroker,\n      lagomScaladslTestKit,\n      macwire,\n      scalaTest\n    )\n  )\n  .settings ( lagomForkedTestSettings )\n  .dependsOn ( `lagom-training-api` )\n\nlazy val `lagom-training-stream-api` = ( project in file ( \"service2\/lagom-training-stream-api\" ) )\n  .settings (\n    libraryDependencies ++= Seq (\n      lagomScaladslApi\n    )\n  )\n\nlazy val `lagom-training-stream-impl` = ( project in file ( \"service2\/lagom-training-stream-impl\" ) )\n  .enablePlugins ( LagomScala )\n  .settings (\n    libraryDependencies ++= Seq (\n      lagomScaladslTestKit,\n      macwire,\n      scalaTest\n    )\n  )\n  .dependsOn ( `lagom-training-stream-api`, `lagom-training-api` )\n\n\nlazy val `mqtt-kafka-bridge` = ( project in file ( \"mqtt-kafka-bridge\" ) )\n  .settings ( libraryDependencies ++=  Seq (\n    \"com.lightbend.akka\" %% \"akka-stream-alpakka-mqtt\" % \"3.0.2\",\n    \"com.typesafe.akka\" %% \"akka-stream-kafka\" % \"2.1.0\",\n    \"com.typesafe.akka\" %% \"akka-stream\" % AkkaVersion,\n    \"com.fasterxml.jackson.core\" % \"jackson-databind\" % JacksonVersion,\n    macwire,\n    scalaTest,\n    \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion % Test,\n    \"org.mockito\" %% \"mockito-scala\" % \"1.16.37\" % Test\n  ) )\n\nlazy val `data-model` = ( project in file ( \"data-model\" ) )\n  .settings ( libraryDependencies ++=  Seq ( scalaTest ) )\n\nlazy val `devices-metrics-simulator` = ( project in file ( \"devices-metrics-simulator\" ) )\n  .dependsOn ( `data-model` )\n  .settings ( libraryDependencies ++=  Seq (\n    \"com.lightbend.akka\" %% \"akka-stream-alpakka-mqtt\" % \"3.0.2\",\n    \"com.typesafe.akka\" %% \"akka-stream\" % AkkaVersion,\n    \"com.fasterxml.jackson.module\" %% \"jackson-module-scala\" % JacksonVersion,\n    \"com.fasterxml.jackson.module\" % \"jackson-module-parameter-names\" % JacksonVersion,\n    \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-jdk8\" % JacksonVersion,\n    \"com.fasterxml.jackson.datatype\" % \"jackson-datatype-jsr310\" % JacksonVersion,\n    \"mdaros.training.lagom\" %% \"data-model\" % \"1.0-SNAPSHOT\",\n    macwire,\n    scalaTest,\n    \"com.typesafe.akka\" %% \"akka-stream-testkit\" % AkkaVersion % Test,\n    \"org.mockito\" %% \"mockito-scala\" % \"1.16.37\" % Test\n  ) )"}
{"repo_name":"m-daros\/lagom-training","path":"service2\/lagom-training-stream-impl\/src\/main\/scala\/mdaros\/training\/lagom\/lagomtrainingstream\/impl\/LagomtrainingStreamLoader.scala","text":"<reponame>m-daros\/lagom-training<gh_stars>0\npackage mdaros.training.lagom.lagomtrainingstream.impl\n\nimport com.lightbend.lagom.scaladsl.api.ServiceLocator.NoServiceLocator\nimport com.lightbend.lagom.scaladsl.server._\nimport com.lightbend.lagom.scaladsl.devmode.LagomDevModeComponents\nimport play.api.libs.ws.ahc.AhcWSComponents\nimport mdaros.training.lagom.lagomtrainingstream.api.LagomtrainingStreamService\nimport mdaros.training.lagom.lagomtraining.api.LagomtrainingService\nimport com.softwaremill.macwire._\n\nclass LagomtrainingStreamLoader extends LagomApplicationLoader {\n\n  override def load(context: LagomApplicationContext): LagomApplication =\n    new LagomtrainingStreamApplication(context) {\n      override def serviceLocator: NoServiceLocator.type = NoServiceLocator\n    }\n\n  override def loadDevMode(context: LagomApplicationContext): LagomApplication =\n    new LagomtrainingStreamApplication(context) with LagomDevModeComponents\n\n  override def describeService = Some(readDescriptor[LagomtrainingStreamService])\n}\n\nabstract class LagomtrainingStreamApplication(context: LagomApplicationContext)\n  extends LagomApplication(context)\n    with AhcWSComponents {\n\n  \/\/ Bind the service that this server provides\n  override lazy val lagomServer: LagomServer = serverFor[LagomtrainingStreamService](wire[LagomtrainingStreamServiceImpl])\n\n  \/\/ Bind the LagomtrainingService client\n  lazy val lagomtrainingService: LagomtrainingService = serviceClient.implement[LagomtrainingService]\n}\n"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/config\/Configurator.scala","text":"<reponame>m-daros\/lagom-training<filename>devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/config\/Configurator.scala\npackage mdaros.training.lagom.devices.simulator.config\n\nimport com.typesafe.config.{ Config, ConfigFactory }\nimport mdaros.training.lagom.devices.simulator.config.Configurator.SERVICE_NAME\n\nclass Configurator {\n\n  def getConfig (): Config = {\n\n    ConfigFactory.load ( \"application.conf\" )\n      .getConfig ( SERVICE_NAME )\n  }\n}\n\nobject Configurator {\n\n  val SERVICE_NAME = \"devices-metrics-simulator\"\n}"}
{"repo_name":"m-daros\/lagom-training","path":"service1\/lagom-training-impl\/src\/main\/scala\/mdaros\/training\/lagom\/lagomtraining\/impl\/LagomtrainingLoader.scala","text":"package mdaros.training.lagom.lagomtraining.impl\n\nimport akka.cluster.sharding.typed.scaladsl.Entity\nimport com.lightbend.lagom.scaladsl.api.ServiceLocator\nimport com.lightbend.lagom.scaladsl.api.ServiceLocator.NoServiceLocator\nimport com.lightbend.lagom.scaladsl.persistence.cassandra.CassandraPersistenceComponents\nimport com.lightbend.lagom.scaladsl.server._\nimport com.lightbend.lagom.scaladsl.devmode.LagomDevModeComponents\nimport play.api.libs.ws.ahc.AhcWSComponents\nimport mdaros.training.lagom.lagomtraining.api.LagomtrainingService\nimport com.lightbend.lagom.scaladsl.broker.kafka.LagomKafkaComponents\nimport com.lightbend.lagom.scaladsl.playjson.JsonSerializerRegistry\nimport com.softwaremill.macwire._\n\nclass LagomtrainingLoader extends LagomApplicationLoader {\n\n  override def load(context: LagomApplicationContext): LagomApplication =\n    new LagomtrainingApplication(context) {\n      override def serviceLocator: ServiceLocator = NoServiceLocator\n    }\n\n  override def loadDevMode(context: LagomApplicationContext): LagomApplication =\n    new LagomtrainingApplication(context) with LagomDevModeComponents\n\n  override def describeService = Some(readDescriptor[LagomtrainingService])\n}\n\nabstract class LagomtrainingApplication(context: LagomApplicationContext)\n  extends LagomApplication(context)\n    with CassandraPersistenceComponents\n    with LagomKafkaComponents\n    with AhcWSComponents {\n\n  \/\/ Bind the service that this server provides\n  override lazy val lagomServer: LagomServer = serverFor[LagomtrainingService](wire[LagomtrainingServiceImpl])\n\n  \/\/ Register the JSON serializer registry\n  override lazy val jsonSerializerRegistry: JsonSerializerRegistry = LagomtrainingSerializerRegistry\n\n  \/\/ Initialize the sharding of the Aggregate. The following starts the aggregate Behavior under\n  \/\/ a given sharding entity typeKey.\n  clusterSharding.init(\n    Entity(LagomtrainingState.typeKey)(\n      entityContext => LagomtrainingBehavior.create(entityContext)\n    )\n  )\n\n}\n"}
{"repo_name":"m-daros\/lagom-training","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt\n\/\/ The Lagom plugin\naddSbtPlugin ( \"com.lightbend.lagom\" % \"lagom-sbt-plugin\" % \"1.6.5\" )"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/devices\/DeviceMeasureGenerator.scala","text":"package mdaros.training.lagom.devices.simulator.devices\n\nimport akka.actor.Cancellable\nimport akka.stream.alpakka.mqtt.MqttMessage\nimport akka.stream.scaladsl.Source\nimport akka.util.ByteString\nimport com.fasterxml.jackson.databind.json.JsonMapper\nimport com.fasterxml.jackson.module.scala.DefaultScalaModule\nimport com.typesafe.config.Config\nimport mdaros.training.lagom.devices.simulator.config.ConfigurationKeys.{ CLIENT_ID_PREFIX, TOPIC }\nimport mdaros.training.lagom.model.Measure\n\nimport java.util.Date\nimport scala.concurrent.duration.DurationInt\nimport scala.language.postfixOps\n\nclass DeviceMeasureGenerator {\n\n  private val jsonMapper = JsonMapper.builder ()\n    .addModule ( DefaultScalaModule )\n    .build ()\n\n  private val randomGenerator = new scala.util.Random\n\n  def generateMeasures ( index: Int, config: Config ): Source [ MqttMessage, Any ] = {\n\n    val topic          = config.getString ( TOPIC.key )\n    val clientIdPrefix = config.getString ( CLIENT_ID_PREFIX.key )\n\n    val clientId = s\"${clientIdPrefix}${index}\"\n\n    Source.tick ( 0 seconds, 5 seconds, new Date () )\n      .map ( timestamp => Seq ( Measure ( clientId, \"cpu.usage\", timestamp, randomGenerator.nextDouble () * 100 ),\n                                Measure ( clientId, \"mem.usage\", timestamp, randomGenerator.nextDouble () * 100 ),\n                                Measure ( clientId, \"disk.usage\", timestamp, randomGenerator.nextDouble () * 100 ) ) )\n      .map ( measure => MqttMessage ( topic, ByteString ( jsonMapper.writer ().writeValueAsString ( measure ) ) ) )\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/config\/ConfigurationKeys.scala","text":"<filename>mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/config\/ConfigurationKeys.scala\npackage mdaros.training.lagom.mqtt.kafka.bridge.config\n\nobject ConfigurationKeys extends Enumeration {\n\n  protected case class ConfigurationKey ( key: String ) extends super.Val\n\n  val MQTT_CLIENT_ID          = ConfigurationKey ( \"mqtt-client-id\" )\n  val MQTT_TOPIC              = ConfigurationKey ( \"mqtt-topic\" )\n  val MQTT_BROKER_HOST        = ConfigurationKey ( \"mqtt-broker-host\" )\n  val MQTT_BROKER_PORT        = ConfigurationKey ( \"mqtt-broker-port\" )\n  val KAFKA_BOOTSTRAP_SERVERS = ConfigurationKey ( \"kafka-bootstrap-servers\" )\n  val KAFKA_TOPIC             = ConfigurationKey ( \"kafka-topic\" )\n}"}
{"repo_name":"m-daros\/lagom-training","path":"mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/MqttKafkaBridge.scala","text":"<filename>mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/MqttKafkaBridge.scala<gh_stars>0\npackage mdaros.training.lagom.mqtt.kafka.bridge\n\nimport akka.actor.ActorSystem\nimport akka.event.Logging\nimport com.softwaremill.macwire.wire\nimport com.typesafe.config.ConfigFactory\nimport mdaros.training.lagom.mqtt.kafka.bridge.config.ConfigurationKeys.KAFKA_TOPIC\nimport mdaros.training.lagom.mqtt.kafka.bridge.sink.KafkaSinkBuilder\nimport mdaros.training.lagom.mqtt.kafka.bridge.source.MqttSourceBuilder\nimport org.apache.kafka.clients.producer.ProducerRecord\n\nimport scala.concurrent.ExecutionContext\n\nobject MqttKafkaBridge extends App {\n\n  val SERVICE_NAME     = \"mqtt-kafka-bridge\"\n  val CONFIG_FILE_NAME = \"application.conf\"\n\n  run ()\n\n  def run (): Unit = {\n\n    implicit val actorSystem = ActorSystem ( SERVICE_NAME )\n    implicit val executionContext = ExecutionContext.Implicits.global\n\n    val mqttSourceBuilder = wire [ MqttSourceBuilder ]\n    val kafkaSinkBuilder  = wire [ KafkaSinkBuilder ]\n\n    val logger = Logging ( actorSystem, getClass )\n\n    val mqttConfig  = ConfigFactory.load ( CONFIG_FILE_NAME )\n      .getConfig ( SERVICE_NAME )\n      .getConfig ( \"mqtt-source\" )\n\n    val kafkaConfig = ConfigFactory.load ( CONFIG_FILE_NAME )\n      .getConfig ( SERVICE_NAME )\n      .getConfig ( \"kafka-sink\" )\n\n    val mqttSource = mqttSourceBuilder.buildSource ( mqttConfig )\n    val kafkaSink = kafkaSinkBuilder.buildSink ( kafkaConfig )\n\n    val kafdkaTopic = kafkaConfig.getString ( KAFKA_TOPIC.key )\n\n    \/\/ Start the flow\n    mqttSource\n      .map ( mqttMessage => mqttMessage.payload.utf8String )\n      .map ( value => new ProducerRecord [ String, String ] ( kafdkaTopic, value ) )\n      .runWith ( kafkaSink )\n\n    logger.info ( \"MQTT -> Kafka bridge started\" )  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/sink\/MqttSinkBuilder.scala","text":"<gh_stars>0\npackage mdaros.training.lagom.devices.simulator.sink\n\nimport akka.Done\nimport akka.stream.alpakka.mqtt.scaladsl.MqttSink\nimport akka.stream.alpakka.mqtt.{ MqttConnectionSettings, MqttMessage, MqttQoS }\nimport akka.stream.scaladsl.Sink\nimport com.typesafe.config.Config\nimport mdaros.training.lagom.devices.simulator.config.ConfigurationKeys.{ CLIENT_ID_PREFIX, MQTT_BROKER_HOST, MQTT_BROKER_PORT }\nimport org.eclipse.paho.client.mqttv3.persist.MemoryPersistence\n\nimport scala.concurrent.Future\n\nclass MqttSinkBuilder {\n\n  def buildMqttSink ( index: Int, config: Config ): Sink [ MqttMessage, Any ] = {\n\n    val mqttHost       = config.getString ( MQTT_BROKER_HOST.key )\n    val mqttPort       = config.getInt ( MQTT_BROKER_PORT.key )\n    val clientIdPrefix = config.getString ( CLIENT_ID_PREFIX.key )\n\n    val clientId = s\"${clientIdPrefix}${index}\"\n    val mqttConnectionSettings = MqttConnectionSettings ( s\"tcp:\/\/${ mqttHost }:${ mqttPort }\", clientId, new MemoryPersistence )\n\n    MqttSink ( mqttConnectionSettings, MqttQoS.ExactlyOnce )\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"service2\/lagom-training-stream-impl\/src\/main\/scala\/mdaros\/training\/lagom\/lagomtrainingstream\/impl\/LagomtrainingStreamServiceImpl.scala","text":"<reponame>m-daros\/lagom-training\npackage mdaros.training.lagom.lagomtrainingstream.impl\n\nimport com.lightbend.lagom.scaladsl.api.ServiceCall\nimport mdaros.training.lagom.lagomtrainingstream.api.LagomtrainingStreamService\nimport mdaros.training.lagom.lagomtraining.api.LagomtrainingService\n\nimport scala.concurrent.Future\n\n\/**\n  * Implementation of the LagomtrainingStreamService.\n  *\/\nclass LagomtrainingStreamServiceImpl(lagomtrainingService: LagomtrainingService) extends LagomtrainingStreamService {\n  def stream = ServiceCall { hellos =>\n    Future.successful(hellos.mapAsync(8)(lagomtrainingService.hello(_).invoke()))\n  }\n}\n"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/config\/ConfigurationKeys.scala","text":"package mdaros.training.lagom.devices.simulator.config\n\nobject ConfigurationKeys extends Enumeration {\n\n  protected case class ConfigurationKey ( key: String ) extends super.Val\n\n  val CLIENT_ID_PREFIX = ConfigurationKey ( \"client-id-prefix\" )\n  val TOPIC            = ConfigurationKey ( \"topic\" )\n  val DEVICES_COUNT    = ConfigurationKey ( \"devices-count\" )\n  val MQTT_BROKER_HOST = ConfigurationKey ( \"mqtt-broker-host\" )\n  val MQTT_BROKER_PORT = ConfigurationKey ( \"mqtt-broker-port\" )\n\n}"}
{"repo_name":"m-daros\/lagom-training","path":"data-model\/src\/main\/scala\/mdaros\/training\/lagom\/model\/Measure.scala","text":"<reponame>m-daros\/lagom-training\npackage mdaros.training.lagom.model\n\nimport java.util.Date\n\ncase class Measure ( deviceId: String, metric: String, timestamp: Date, value: Double )"}
{"repo_name":"m-daros\/lagom-training","path":"mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/source\/MqttSourceBuilder.scala","text":"<filename>mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/source\/MqttSourceBuilder.scala\npackage mdaros.training.lagom.mqtt.kafka.bridge.source\n\nimport akka.Done\nimport akka.stream.alpakka.mqtt.{ MqttConnectionSettings, MqttMessage, MqttQoS, MqttSubscriptions }\nimport akka.stream.alpakka.mqtt.scaladsl.MqttSource\nimport akka.stream.scaladsl.Source\nimport com.typesafe.config.Config\nimport mdaros.training.lagom.mqtt.kafka.bridge.config.ConfigurationKeys.{ MQTT_BROKER_HOST, MQTT_BROKER_PORT, MQTT_CLIENT_ID, MQTT_TOPIC }\nimport org.eclipse.paho.client.mqttv3.persist.MemoryPersistence\n\nimport scala.concurrent.Future\n\nclass MqttSourceBuilder {\n\n  def buildSource ( mqttConfig: Config ): Source [MqttMessage, Future [Done]] = {\n\n    val mqttTopic    = mqttConfig.getString ( MQTT_TOPIC.key )\n    val mqttHost     = mqttConfig.getString ( MQTT_BROKER_HOST.key )\n    val mqttPort     = mqttConfig.getInt ( MQTT_BROKER_PORT.key )\n    val mqttClientId = mqttConfig.getString ( MQTT_CLIENT_ID.key )\n\n    \/\/ TODO automaticReconnect = true\n    val mqttConnectionSettings = MqttConnectionSettings ( s\"tcp:\/\/${ mqttHost }:${ mqttPort }\", mqttClientId, new MemoryPersistence )\n\n    MqttSource.atMostOnce (\n        mqttConnectionSettings.withClientId ( mqttClientId ),\n        MqttSubscriptions ( Map ( mqttTopic -> MqttQoS.AtLeastOnce ) ),\n        bufferSize = 8\n      )\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"mqtt-kafka-bridge\/src\/main\/scala\/mdaros\/training\/lagom\/mqtt\/kafka\/bridge\/sink\/KafkaSinkBuilder.scala","text":"package mdaros.training.lagom.mqtt.kafka.bridge.sink\n\nimport akka.Done\nimport akka.kafka.ProducerSettings\nimport akka.kafka.scaladsl.Producer\nimport akka.stream.scaladsl.Sink\nimport com.typesafe.config.Config\nimport mdaros.training.lagom.mqtt.kafka.bridge.config.ConfigurationKeys.KAFKA_BOOTSTRAP_SERVERS\nimport org.apache.kafka.clients.producer.ProducerRecord\nimport org.apache.kafka.common.serialization.StringSerializer\n\nimport scala.concurrent.Future\n\nclass KafkaSinkBuilder {\n\n  def buildSink ( kafkaConfig: Config ): Sink [ProducerRecord [String, String], Future [Done]] = {\n\n    val kafkaProducerSettings = ProducerSettings ( kafkaConfig, new StringSerializer, new StringSerializer )\n      .withBootstrapServers ( kafkaConfig.getString ( KAFKA_BOOTSTRAP_SERVERS.key ) )\n\n    \/\/ Publish messages to a Kafka topic\n    Producer.plainSink ( kafkaProducerSettings )\n  }\n}"}
{"repo_name":"m-daros\/lagom-training","path":"devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/Main.scala","text":"<filename>devices-metrics-simulator\/src\/main\/scala\/mdaros\/training\/lagom\/devices\/simulator\/Main.scala<gh_stars>0\npackage mdaros.training.lagom.devices.simulator\n\nimport com.softwaremill.macwire.wire\n\nobject Main extends App {\n\n  wire [ DeviceMetricsSimulator ].run ()\n}"}
{"repo_name":"erip\/pact-lagom","path":"src\/main\/scala\/com\/github\/erip\/pact\/lagom\/verify\/Pact.scala","text":"package com.github.erip.pact.lagom.verify\n\nimport play.api.libs.json.{Format, JsValue, Json}\n\nimport scala.collection.immutable._\n\nprivate[lagom] final case class Provider(name: String)\n\nprivate[lagom] object Provider {\n  implicit val format: Format[Provider] = Json.format\n}\n\nprivate[lagom] final case class Consumer(name: String)\n\nprivate[lagom] object Consumer {\n  implicit val format: Format[Consumer] = Json.format\n}\n\nprivate[lagom] final case class Request(method: String, path: String, body: Option[JsValue])\n\nprivate[lagom] object Request {\n  implicit val format: Format[Request] = Json.format\n}\n\nprivate[lagom] final case class Response(\n  status: Int,\n  headers: Option[Map[String, String]],\n  body: Option[JsValue]\n)\n\nprivate[lagom] object Response {\n  implicit val format: Format[Response] = Json.format\n}\n\nprivate[lagom] final case class Interaction(\n  description: String,\n  request: Request,\n  response: Response\n)\n\nprivate[lagom] object Interaction {\n  implicit val format: Format[Interaction] = Json.format\n}\n\nprivate[lagom] final case class Pact(\n  provider: Provider,\n  consumer: Consumer,\n  interactions: List[Interaction]\n)\n\nprivate[lagom] object Pact {\n  implicit val format: Format[Pact] = Json.format\n}"}
{"repo_name":"erip\/pact-lagom","path":"build.sbt","text":"scalaVersion in ThisBuild := \"2.12.6\"\n\nval commonSettings = Seq(\n  name := \"pact-lagom\",\n  version := \"0.1-SNAPSHOT\",\n  organization := \"com.github.erip\"\n)\n\nlazy val `pact-lagom` = (project in file(\".\"))\n  .settings(commonSettings: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scalatest\" %% \"scalatest\" % \"3.0.5\",\n      \"com.lightbend.lagom\" %% \"lagom-scaladsl-testkit\" % \"1.4.6\",\n      \"com.typesafe.play\" %% \"play-json\" % \"2.6.7\",\n      \"com.typesafe.play\" %% \"play-ws\" % \"2.6.7\"\n    )\n  )"}
{"repo_name":"erip\/pact-lagom","path":"src\/main\/scala\/com\/github\/erip\/pact\/lagom\/verify\/LagomPactSpecification.scala","text":"<filename>src\/main\/scala\/com\/github\/erip\/pact\/lagom\/verify\/LagomPactSpecification.scala\npackage com.github.erip.pact.lagom.verify\n\nimport java.io.File\n\nimport com.lightbend.lagom.scaladsl.api.Service\nimport com.lightbend.lagom.scaladsl.server.{LagomApplication, LagomApplicationContext}\nimport com.lightbend.lagom.scaladsl.testkit.ServiceTest.Setup\nimport org.scalatest.{FlatSpec, Matchers}\nimport play.api.libs.json.{JsValue, Json}\n\nimport scala.io.Source\n\n\/** The specification which will run Lagom pacts.\n  *\n  * @tparam T the type of [[com.lightbend.lagom.scaladsl.server.LagomApplication]] which will be loaded.\n  * @tparam S the type of [[com.lightbend.lagom.scaladsl.api.Service]] under test.\n  *\/\ntrait LagomPactSpecification[T <: LagomApplication, S <: Service] extends FlatSpec with Matchers { self: Persistence =>\n\n  \/**\n    * A JSON file containing the contracts to test.\n    *\/\n  def pactFile: File\n\n  \/**\n    * The anonymous function which will create an application when given an application context.\n    *\/\n  def appLoader: LagomApplicationContext => T\n\n  \/**\n    * The pact to be tested. If the Pact is successfully read, the tests proceed.\n    * Otherwise, the suite fail.\n    *\/\n  private final def pact: Pact = {\n    val source: String = Source.fromFile(pactFile).getLines.mkString\n    val json: JsValue = Json.parse(source)\n    Json.fromJson[Pact](json).getOrElse(fail(\"Malformed pact file\"))\n  }\n\n  \/**\n    * The name of the provider under test.\n    *\/\n  private final def providerName: String = pact.provider.name\n\n  \/**\n    * The name of the consumer under test.\n    *\/\n  private final def consumerName: String = pact.consumer.name\n\n  it should \"test interactions\" in {\n    pact.interactions.foreach { inter =>\n      new LagomPactTestCase[T, S] {\n        override def provider: String = providerName\n\n        override def interaction: Interaction = inter\n\n        override def applicationLoader: LagomApplicationContext => T = appLoader\n\n        override def setupWithPersistence: Setup = self.setupWithPersistence\n      }.execute()\n    }\n  }\n\n}\n"}
{"repo_name":"erip\/pact-lagom","path":"src\/main\/scala\/com\/github\/erip\/pact\/lagom\/verify\/LagomPactTestCase.scala","text":"package com.github.erip.pact.lagom.verify\n\nimport com.lightbend.lagom.scaladsl.api.Service\nimport com.lightbend.lagom.scaladsl.server.{LagomApplication, LagomApplicationContext}\nimport com.lightbend.lagom.scaladsl.testkit.ServiceTest\nimport com.lightbend.lagom.scaladsl.testkit.ServiceTest.Setup\nimport org.scalatest.Inspectors._\nimport org.scalatest.{Assertion, AsyncWordSpec, Matchers}\nimport play.api.libs.ws.WSClient\nimport play.api.test.WsTestClient\n\nimport scala.concurrent.Future\n\n\/**\n  * A testcase for a single interaction.\n  *\n  * @tparam T the type of [[com.lightbend.lagom.scaladsl.server.LagomApplication]] which will be loaded.\n  * @tparam S the type of [[com.lightbend.lagom.scaladsl.api.Service]] under test.\n  *\/\nprivate[lagom] trait LagomPactTestCase[T <: LagomApplication, S <: Service]\n  extends AsyncWordSpec with Matchers {\n\n  \/**\n    * The ame of the provider under test.\n    *\/\n  protected def provider: String\n\n  \/**\n    * The interaction being tested.\n    *\/\n  protected def interaction: Interaction\n\n  \/**\n    * The service-specific setup with persistence.\n    *\/\n  protected def setupWithPersistence: Setup\n\n  \/**\n    * The description of the interaction, which will be used as the test name.\n    *\/\n  private def description: String = interaction.description\n\n  \/**\n    * The invocation of an interaction against a running test service and associated assertions against\n    * the response thereof.\n    *\n    * @param ws the ws client used to submit HTTP requests.\n    * @param host the host of the test service\n    * @param port the port of the test service\n    * @param interaction the interaction to be tested.\n    * @return a future of assertions describing the success or failure of the test.\n    *\/\n  private def invoke(ws: WSClient, host: String, port: Int, interaction: Interaction): Future[Assertion] = {\n\n    val baseRequest =\n      ws.url(s\"$host:$port${interaction.request.path}\")\n        .withMethod(interaction.request.method)\n\n    val request = interaction.request.body.map(b => baseRequest.withBody(b)).getOrElse(baseRequest)\n\n    for {\n      resp <- request.get()\n    } yield {\n      \/\/ The status code should be what is expected.\n      interaction.response.status should===(resp.status)\n      \/\/ If there are headers, compare them. Otherwise, succeed.\n      checkHeaders(resp.headers, interaction.response.headers)\n      \/\/ If there is a response body, compare it with the pact. Otherwise, succeed.\n      interaction.response.body.map(b => b should===(resp.body)).getOrElse(succeed)\n    }\n  }\n\n  \/**\n    * Checks whether all expected headers exist in the response headers, but\n    * not vice versa. If there are no expected headers, the check succeeds indiscriminately.\n    * @param responseHeaders the headers returned from the HTTP request\n    * @param expectedHeaders the optional headers to check.\n    * @return a future containing the success or failure of the assertions made against headers.\n    *\/\n  private def checkHeaders(\n    responseHeaders: Map[String, Seq[String]],\n    expectedHeaders: Option[Map[String, String]]\n  ): Future[Assertion] = expectedHeaders match {\n    case Some(h) =>\n      forAll(h) { case (k, v) =>\n        responseHeaders should contain key k\n        responseHeaders(k).toSet should contain(v)\n      }\n    case None => succeed\n  }\n\n  \/**\n    * The anonymous function which will create an application when given an application context.\n    *\/\n  def applicationLoader: LagomApplicationContext => T\n\n  \/**\n    * A fixture which will provide a test instance of the provider and a web service client.\n    * It will run arbitrary tests or fail of an HTTP port is not provided by Play.\n    *\n    * @param block the tests to be run when given a client and the ingredients of a service.\n    *\/\n  def withService(block: (WSClient, String, Int) => Future[Assertion]): Future[Assertion] = {\n    ServiceTest.withServer(setupWithPersistence)(applicationLoader) { server =>\n      WsTestClient.withClient { wsClient =>\n        block(wsClient, \"http:\/\/127.0.0.1\", server.playServer.httpPort.getOrElse(fail(\"No HTTP port specified\")))\n      }\n    }\n  }\n\n  provider should {\n    description in withService { case (ws, host, port) => invoke(ws, host, port, interaction) }\n  }\n\n}\n"}
{"repo_name":"erip\/pact-lagom","path":"src\/main\/scala\/com\/github\/erip\/pact\/lagom\/verify\/Persistence.scala","text":"package com.github.erip.pact.lagom.verify\n\nimport com.lightbend.lagom.scaladsl.testkit.ServiceTest\nimport com.lightbend.lagom.scaladsl.testkit.ServiceTest.Setup\n\n\/**\n  * A trait which will provide potentially-enabled in-memory persistence.\n  *\/\nsealed trait Persistence {\n\n  \/**\n    * Whether persistence should be enabled in tests.\n    *\/\n  def persistenceEnabled: Boolean = true\n\n  \/**\n    * The service-specific setup for the test service.\n    * @return\n    *\/\n  def setupWithPersistence: Setup\n}\n\ntrait CassandraPersistence extends Persistence {\n\n  \/**\n    * Setup for Cassandra in-memory persistence.\n    *\/\n  override final def setupWithPersistence: Setup = ServiceTest.defaultSetup.withCassandra(enabled = persistenceEnabled)\n}\n\ntrait JdbcPersistence extends Persistence {\n\n  \/**\n    * Setup for JDBC in-memory persistence.\n    *\/\n  override final def setupWithPersistence: Setup = ServiceTest.defaultSetup.withJdbc(enabled = persistenceEnabled)\n}"}
{"repo_name":"meier-christoph\/scala-steward","path":"project\/Dependencies.scala","text":"<gh_stars>0\nimport sbt._\nimport sbt.Keys._\nimport sbt.librarymanagement.syntax.ExclusionRule\n\nobject Dependencies {\n  val attoCore = \"org.tpolecat\" %% \"atto-core\" % \"0.9.0\"\n  val bcprovJdk15to18 = \"org.bouncycastle\" % \"bcprov-jdk15to18\" % \"1.68\"\n  val betterFiles = \"com.github.pathikrit\" %% \"better-files\" % \"3.9.1\"\n  val betterMonadicFor = \"com.olegpy\" %% \"better-monadic-for\" % \"0.3.1\"\n  val caseApp = \"com.github.alexarchambault\" %% \"case-app\" % \"2.0.4\"\n  val catsEffect = \"org.typelevel\" %% \"cats-effect\" % \"2.3.1\"\n  val catsCore = \"org.typelevel\" %% \"cats-core\" % \"2.3.1\"\n  val catsLaws = \"org.typelevel\" %% \"cats-laws\" % catsCore.revision\n  val circeConfig = \"io.circe\" %% \"circe-config\" % \"0.8.0\"\n  val circeGeneric = \"io.circe\" %% \"circe-generic\" % \"0.13.0\"\n  val circeGenericExtras = \"io.circe\" %% \"circe-generic-extras\" % \"0.13.0\"\n  val circeLiteral = \"io.circe\" %% \"circe-literal\" % circeGeneric.revision\n  val circeParser = \"io.circe\" %% \"circe-parser\" % circeGeneric.revision\n  val circeRefined = \"io.circe\" %% \"circe-refined\" % circeGeneric.revision\n  val commonsIo = \"commons-io\" % \"commons-io\" % \"2.8.0\"\n  val coursierCore = \"io.get-coursier\" %% \"coursier\" % \"2.0.9\"\n  val coursierCatsInterop = \"io.get-coursier\" %% \"coursier-cats-interop\" % coursierCore.revision\n  val cron4sCore = \"com.github.alonsodomin.cron4s\" %% \"cron4s-core\" % \"0.6.1\"\n  val disciplineMunit = \"org.typelevel\" %% \"discipline-munit\" % \"1.0.4\"\n  val fs2Core = \"co.fs2\" %% \"fs2-core\" % \"2.5.0\"\n  val fs2Io = \"co.fs2\" %% \"fs2-io\" % fs2Core.revision\n  val http4sCore = \"org.http4s\" %% \"http4s-core\" % \"0.21.15\"\n  val http4sCirce = \"org.http4s\" %% \"http4s-circe\" % http4sCore.revision\n  val http4sClient = \"org.http4s\" %% \"http4s-client\" % http4sCore.revision\n  val http4sDsl = \"org.http4s\" %% \"http4s-dsl\" % http4sCore.revision\n  val http4sOkhttpClient = \"org.http4s\" %% \"http4s-okhttp-client\" % http4sCore.revision\n  val kindProjector = \"org.typelevel\" % \"kind-projector\" % \"0.11.3\"\n  val log4catsSlf4j = \"io.chrisdavenport\" %% \"log4cats-slf4j\" % \"1.1.1\"\n  val logbackClassic = \"ch.qos.logback\" % \"logback-classic\" % \"1.2.3\"\n  val jjwtApi = \"io.jsonwebtoken\" % \"jjwt-api\" % \"0.11.2\"\n  val jjwtImpl = \"io.jsonwebtoken\" % \"jjwt-impl\" % jjwtApi.revision\n  val jjwtJackson = \"io.jsonwebtoken\" % \"jjwt-jackson\" % jjwtApi.revision\n  val millVersion = Def.setting(if (scalaBinaryVersion.value == \"2.12\") \"0.6.3\" else \"0.9.4\")\n  val millScalalib = Def.setting(\"com.lihaoyi\" %% \"mill-scalalib\" % millVersion.value)\n  val monocleCore = \"com.github.julien-truffaut\" %% \"monocle-core\" % \"2.1.0\"\n  val munit = \"org.scalameta\" %% \"munit\" % \"0.7.20\"\n  val munitScalacheck = \"org.scalameta\" %% \"munit-scalacheck\" % munit.revision\n  val refined = \"eu.timepit\" %% \"refined\" % \"0.9.20\"\n  val refinedCats = \"eu.timepit\" %% \"refined-cats\" % refined.revision\n  val refinedScalacheck = \"eu.timepit\" %% \"refined-scalacheck\" % refined.revision\n  val scalacacheCaffeine = \"com.github.cb372\" %% \"scalacache-caffeine\" % \"0.28.0\"\n  val scalacacheCatsEffect =\n    \"com.github.cb372\" %% \"scalacache-cats-effect\" % scalacacheCaffeine.revision\n  val scalacheck = \"org.scalacheck\" %% \"scalacheck\" % \"1.15.2\"\n}\n"}
{"repo_name":"r351574nc3\/fantastic-meme-katas","path":"linecount\/linecount.scala","text":"import scala.collection.mutable.{Map}\nimport scala.io.{Source}\nimport java.io.{File}\nimport java.util.{HashMap}\n\nobject linecount {\n    \n    def run(path:String) = {\n        implicit val codec = scalax.io.Codec.UTF8\n    \tvar frequencies:Map[String, Int] = Map()\n        for (line <- Source.fromFile(path).getLines) {\n            var count = frequencies.get(line).getOrElse(0) + 1\n            frequencies.put(line, count)\n        }\n\n        val keys = frequencies.keys\n        val sorted_keys = keys.sortWith((a, b) => \n        \t\tfrequencies(a) < frequencies(b)              \n            )\n\n        var newpath = path + \".sorted\"\n        \n        var p = new PrintWriter(newpath)\n        try {\n             \n        }\n        catch (Exception e) {\n        }\n        finally {\n        }\n\t    Some(new PrintWriter(newpath)).foreach{\n\t        p => { \n\t        \tsorted_keys.foreach {\n\t    \t\t\tp.write(frequencies.get(_).get + \" \" + _); p.close}\n        \tnewpath.write()\n        }\n        println(\"Keys: \" + keys)\n    } \n\n    def main(args: Array[String]) {\n        if (args.length  < 1) {\n        \tprintln(\"A filename is required\")\n        \treturn\n        }\n\n        val path = args(0)\n        if (path == null || path.isEmpty()) {\n        \tprintln(\"Please give a valid filename\")\n        }\n    \trun(path)\n    }\n}\n"}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/app\/model\/Identifyable.scala","text":"package model\n\ntrait Identifyable[T] {\n\n  def getId(): T\n}\n"}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/app\/model\/MongoObjectIdentifier.scala","text":"package model\n\nimport reactivemongo.bson.BSONObjectID\n\ntrait MongoObjectIdentifier extends Identifyable[BSONObjectID]{\n\n  val id: BSONObjectID\n\n  override def getId(): BSONObjectID = id\n}\n"}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/app\/controllers\/HomeController.scala","text":"<filename>scala-mongo-graph-kata\/app\/controllers\/HomeController.scala\npackage controllers\n\nimport javax.inject._\n\nimport play.api._\nimport play.api.libs.json.{JsArray, JsObject, Json}\nimport play.api.mvc.{BaseController, _}\nimport play.modules.reactivemongo.{MongoController, ReactiveMongoApi, ReactiveMongoComponents}\nimport reactivemongo.api.Cursor\nimport reactivemongo.bson.BSONObjectID\nimport reactivemongo.play.json.collection.JSONCollection\n\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.Future\nimport reactivemongo.play.json._\n\n\n@Singleton\nclass HomeController @Inject()(val controllerComponents: ControllerComponents,\n                               val reactiveMongoApi: ReactiveMongoApi,\n                              val parsers: PlayBodyParsers)\n  extends BaseController with MongoController with ReactiveMongoComponents {\n\n  override lazy val parse: PlayBodyParsers = parsers\n\n  def index() = Action { implicit request: Request[AnyContent] =>\n    Ok(views.html.index())\n  }\n\n  def getById(id: BSONObjectID) = Action.async {\n\n    val nodesCollection = getCollection(\"Nodes\")\n\n    val cursor: Future[Cursor[JsObject]] = nodesCollection.map {\n      _.find(Json.obj(\"name\" -> \"as\")).\n        \/\/ sort them by creation date\n        sort(Json.obj(\"created\" -> -1)).\n        cursor[JsObject]()\n    }\n\n    \/\/ gather all the JsObjects in a list\n    val futurePersonsList: Future[List[JsObject]] =\n      cursor.flatMap(_.collect[List]())\n\n    \/\/ transform the list into a JsArray\n    val futurePersonsJsonArray: Future[JsArray] =\n      futurePersonsList.map { persons => Json.arr(persons) }\n\n    \/\/ everything's ok! Let's reply with the array\n    futurePersonsJsonArray.map { persons =>\n      Ok(persons)\n    }\n  }\n\n  def asd = Action.async {\n    Future {\n      \/\/ Call some blocking API\n      Ok(\"result of blocking call\")\n    }\n  }\n\n  def getCollection(name: String): Future[JSONCollection] =\n    database.map(_.collection[JSONCollection](name))\n}\n"}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/app\/model\/CrudRepository.scala","text":"package model\n\ntrait CrudRepository[U, T <: Identifyable[U]] {\n\n  def add(item: T)\n\n  def update(item: T): Option[T]\n\n  def remove(id: U): Option[T]\n\n  def get(id: U): Option[T]\n}\n"}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/build.sbt","text":"<reponame>BackendButters\/scala-mongo-graph-kata\nimport play.sbt.routes.RoutesKeys\n\nname := \"\"\"scala-mongo-graph-kata\"\"\"\norganization := \"de.butterworks\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayScala)\n\nscalaVersion := \"2.12.4\"\n\nlibraryDependencies += guice\nlibraryDependencies += \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"3.1.2\" % Test\nlibraryDependencies += \"org.reactivemongo\" % \"play2-reactivemongo_2.12\" % \"0.12.7-play26\"\n\nroutesGenerator := InjectedRoutesGenerator\n\nRoutesKeys.routesImport += \"play.modules.reactivemongo.PathBindables._\""}
{"repo_name":"BackendButters\/scala-mongo-graph-kata","path":"scala-mongo-graph-kata\/app\/model\/Node.scala","text":"package model\n\nimport reactivemongo.bson.BSONObjectID\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\n\ncase class Node(name: String,\n                connectsTo: mutable.ListBuffer[Node],\n                override val id: BSONObjectID) extends MongoObjectIdentifier {\n\n  def this(name: String) = this(name, new ListBuffer[Node], BSONObjectID.generate())\n\n  def connectNode(node: Node): Unit = connectsTo += node\n\n  def disconnectNode(node: Node): Option[Node] =\n    connectsTo\n      .find(_.equals(node))\n      .map(n => {\n        connectsTo -= n\n        n\n      })\n}\n\n\n"}
{"repo_name":"alexland\/akka-stream-graph","path":"build.sbt","text":"\nname := \"akka-stream-graph\"\n\nassemblyJarName in assembly := \"StreamGraphs.jar\"\n\nversion := \"1.0-SNAPSHOT\"\n\norganization := \"org.dougybarbo\"\n\nscalaVersion := \"2.11.7\"\n\nresolvers += \"scalaz-bintray\" at \"http:\/\/dl.bintray.com\/scalaz\/releases\"\n\nlibraryDependencies ++= {\n\tSeq(\n\t\t\"org.json4s\"                   %%\"json4s-jackson\"%\"3.3.0.RC6\",\n\t\t\"io.spray\"                     %% \"spray-json\"% \"1.3.2\",\n\t\t\"com.typesafe.akka\"            %%\"akka-actor\"%\"2.4.0\",\n\t\t\"com.typesafe.akka\"            %%\"akka-cluster\"% \"2.4.0\",\n\t\t\"com.typesafe.akka\"            %%\"akka-slf4j\"% \"2.4.0\",\n\t\t\"com.typesafe.akka\"            %%\"akka-agent\"% \"2.4.0\",\n\t\t\"com.typesafe.akka\"            %%\"akka-stream-experimental\"%\"1.0\",\n\t\t\"com.typesafe.akka\"            %%\"akka-http-experimental\"%\"1.0\",\n\t\t\"net.databinder.dispatch\"      %%\"dispatch-core\" %\"0.11.2\",\n\t\t\"net.databinder.dispatch\"      %%\"dispatch-json4s-native\" %\"0.11.2\",\n\t\t\"com.fasterxml.jackson.module\" %% \"jackson-module-scala\"%\"2.4.2\",\n\t\t\"org.scalaz\"                   %%\"scalaz-core\"%\"7.2.0-M3\",\n\t\t\"com.lihaoyi\"                  %%\"ammonite-repl\"%\"0.4.8\"%\"test\" cross CrossVersion.full\n\t)\n}\n\nscalacOptions in Test ++= Seq(\"-Yrangepos\")\n\nmainClass in (Compile, run) := Some(\"org.dougybarbo.StreamGraphs.Main\")\n\njavacOptions ++= Seq(\n\t\"-Xlint:unchecked\",\n\t\"-Xlint:deprecation\",\n\t\"-Xmx4096m\",\n\t\"-Xms512m\",\n\t\"-XX:MaxPerSize=512\"\n)\n\nseq(Revolver.settings: _*)\n\nassemblyMergeStrategy in assembly := {\n\tcase PathList(\"javax\", \"servlet\", xs @ _*)         => MergeStrategy.first\n\tcase PathList(ps @ _*) if ps.last endsWith \".html\" => MergeStrategy.first\n\tcase \"application.conf\"                            => MergeStrategy.concat\n\tcase \"unwanted.txt\"                                => MergeStrategy.discard\n\tcase x                                             =>\n\t\tval oldStrategy = (assemblyMergeStrategy in assembly).value\n\t\toldStrategy(x)\n}\n\nmergeStrategy in assembly <<= (mergeStrategy in assembly) { (old) => {\n\tcase \"application.conf\"                           => MergeStrategy.concat\n\tcase \"reference.conf\"                             => MergeStrategy.concat\n\tcase \"META-INF\/spring.tooling\"                    => MergeStrategy.concat\n\tcase \"overview.html\"                              => MergeStrategy.rename\n\tcase PathList(\"javax\", \"servlet\", xs @ _*)        => MergeStrategy.last\n\tcase PathList(\"org\", \"apache\", xs @ _*)           => MergeStrategy.last\n\tcase PathList(\"META-INF\", xs @ _*)                => MergeStrategy.discard\n\tcase PathList(\"com\", \"esotericsoftware\", xs @ _*) => MergeStrategy.last\n\tcase \"about.html\"                                 => MergeStrategy.rename\n\tcase x                                            => old(x)\n}}\n\nexcludedJars in assembly <<= (fullClasspath in assembly) map { cp =>\n\tcp filter { f =>\n\t(f.data.getName contains \"commons-logging\") ||\n\t(f.data.getName contains \"sbt-link\")\n}}\n"}
{"repo_name":"alexland\/akka-stream-graph","path":"_s16oct15.scala","text":"\n\nobject StreamGraph {\n\n\n\t\/**\n\t*\thttps:\/\/gist.github.com\/dotta\/78e8a4a72c5d2de07116\n\t*\tFlowGraph.partial() returns a Graph\n\t*\tFlowGraph.closed() returns a RunnableGraph\n\t*\tGraph does not require all of its ports to be connected\n\t*\/\n\n\tval maxOf3 = FlowGraph.partial() { implicit b =>\n\t\timport FlowGraph.Implicits._\n\t\tval zip1 = b.add(ZipWith[Int,Int,Int]((u, v) => if (u > v) u else v))\n\t\tval zip2 = b.add(ZipWith[Int,Int,Int]((u, v) => if (u > v) u else v))\n\t\tzip1.out ~> zip2.in0\n\t\t\/\/ this partial graph will have 3 inputs & 1 output\n\t\tUniformFanInShape(zip2.out, zip1.in0, zip1.in1, zip2.in1)\n\t}\n\n\n\n\t\/**\n\t*\tto execute, now build a closed graph (RunnableGraph) &\n\t*\timport the partial graph into this closed graph\n\t* using b.add()\n\t*\/\n\tval resSink = Sink.head[Int]\n\tval g = FlowGraph.closed(resSink) { implicit b =>\n\t\tsink =>\n\t\timport FlowGraph.Implicits._\n\t\tval sg = b.add(maxOf3)\n\t\tSource.single(1) ~> sg.in(0)\n\t\tSource.single(2) ~> sg.in(1)\n\t\tSource.single(3) ~> sg.in(2)\n\t\tsg.out ~> sink.inlet\n\t}\n\n\t\/\/ materialize the graph\n\tval mx:Future[Int] = g.run()\n\tval res = Await.result(mx, 300.millis)\n\tprintln(res)\n\n\t\/\/ Await.result(max, 300.millis) should equal(3)\n\n}\n"}
{"repo_name":"alexland\/akka-stream-graph","path":"src\/main\/scala\/org\/dougybarbo\/ETL.scala","text":"<reponame>alexland\/akka-stream-graph\n\npackage org.dougybarbo\n\nimport util.{\n\tRandom => RND\n}\nimport scala.util.{\n\tFailure,\n\tSuccess,\n\tTry\n}\nimport scala.concurrent.{\n\tExecutionContext,\n\tFuture\n}\nimport scala.collection.immutable\nimport scala.io.{\n\tSource => ioSource\n}\nimport akka.actor.ActorSystem\nimport akka.stream.{\n\tActorMaterializer\n}\nimport akka.stream.io.{\n\tFraming,\n\tInputStreamSource\n}\nimport akka.stream.scaladsl._\n\n\nobject ETL {\n\n\ttrait Record {\n\t\tdef c1: Int\n\t\tdef c2: Int\n\t}\n\n\tfinal case class RawDataLine(\n\t\tc1:Int,\n\t\tc2:Int,\n\t\tc3:Int,\n\t\tc4:Int\n\t) extends Record\n\n\tfinal case class RawDataLineSm(\n\t\tc1: Int,\n\t\tc2: Int\n\t) extends Record\n\n\tval fnx = () => (for (i <- (1 to 4)) yield RND.nextInt(100))\n\t\t.toVector\n\tval fnx0 = () => (for (i <- (1 to 2)) yield RND.nextInt(100))\n\t\t.toVector\n\n\t\/\/ val fnx1 = (q:Vector[Int]) => q match {\n\t\/\/ \tcase Vector(a, b, c, d) => RawDataLine(a, b, c, d)\n\t\/\/ \tcase Vector(a, b) => RawDataLineSm(a, b)\n\t\/\/ }\n\n\tval fnx1 = (q:Vector[Int]) => q match {\n\t\tcase Vector(a, b, c, d) => RawDataLine(a, b, c, d)\n\t}\n\n\tval fnx2 = (q:Vector[Int]) => q match {\n\t\tcase Vector(a, b) => RawDataLineSm(a, b)\n\t}\n\n\tval rawData = (1 to 10)\n\t\t\t.map(_ => fnx())\n\t\t\t.map(c => fnx1(c))\n\n\tval rawData0 = (1 to 10)\n\t\t\t.map(_ => fnx0())\n\t\t\t.map(c => fnx2(c))\n\n\tdef twoX(r:Record):Record = {\n\t\tr match {\n\t\t\tcase RawDataLineSm(a, b) => RawDataLineSm(a*2, b*2)\n\t\t\tcase RawDataLine(a, b, c, d) => RawDataLine(a*2, b*2, c*2, d*2)\n\t\t}\n\t}\n\n\tdef twoX(r:RawDataLineSm):RawDataLineSm = {\n\t\tr match {\n\t\t\tcase RawDataLineSm(a, b) => RawDataLineSm(a*2, b*2)\n\t\t}\n\t}\n\n\tdef oneFifthX(r:RawDataLineSm):RawDataLineSm = {\n\t\tr match {\n\t\t\tcase RawDataLineSm(a, b) => RawDataLineSm(a\/5, b\/5)\n\t\t}\n\t}\n\n\tdef rowSum(r:RawDataLineSm):Int = {\n\t\tr match {\n\t\t\tcase RawDataLineSm(a, b) => a + b\n\t\t}\n\t}\n\n\tdef rowSum1(r:RawDataLine):Int = {\n\t\tr match {\n\t\t\tcase RawDataLine(a, b, c, d) => a + b + c + d\n\t\t}\n\t}\n\n\tdef rowMul(r:RawDataLineSm):Int = {\n\t\tr match {\n\t\t\tcase RawDataLineSm(a, b) => a * b\n\t\t}\n\t}\n\n\tdef joinRows(u:RawDataLineSm, v:RawDataLineSm) = {\n\t\tval v1 = Vector(u.c1, u.c2, v.c1, v.c2)\n\t\tv1 match {\n\t\t\tcase Vector(a, b, c, d) => RawDataLine(a, b, c, d)\n\t\t}\n\t}\n\n\t\/\/ commify printed integer values\n\tval formatter = java.text.NumberFormat.getIntegerInstance\n\tval fmt = (v:Int) => formatter.format(v)\n\n\t\/**\n\t*\t'count': a reusable Flow that transforms each item in the stream into a\n\t*\ta '1'\n\t*\t'counter', the Sink, can fold over it to get a count of items in the stream\n\t*\/\n\tval count: Flow[RawDataLine, Int, Unit] = Flow[RawDataLine].map(_ => 1)\n\tval counter: Sink[ Int, Future[Int] ] = Sink.fold[Int, Int](0)(_ + _)\n\n\tval toVec = (q:RawDataLine) => q match {\n\t\tcase RawDataLine(a, b, c, d) => Vector(a, b, c, d)\n\t}\n\n\t\/**\n\t*\ttransformation functions passed to higher-order\n\t*\tfunctions in the graph\n\t*\tvariables named t followed by integer are anonymous\n\t*\tfunctions that transform individual data lines\n\t*\/\n\tval t1 = (v:Vector[Int]) => v.map(_ \/ 2)\n\tval t2 = (v:Vector[Int]) => v.filter(_ <= 25)\n\n\tval lineSum1: Flow[RawDataLine, Int, Unit] = Flow[RawDataLine]\n\t\t.map(c => toVec(c).sum)\n\n\tval lineSum2: Flow[Vector[Int], Int, Unit] = Flow[Vector[Int]]\n\t\t\t.map(c => c.sum)\n\n\tval lineDiv: Flow[RawDataLine, Vector[Int], Unit] = Flow[RawDataLine]\n\t\t.map(c => toVec(c))\n\t\t.map(t1(_))\n\n\tval lineFilter1: Flow[Vector[Int], Vector[Int], Unit] = Flow[Vector[Int]]\n\t\t.map(t2(_))\n\n\tval streamSum: Sink[Int, Future[Int]] = Sink.fold[Int, Int](0)(_ + _)\n\n}\n"}
{"repo_name":"alexland\/akka-stream-graph","path":"_s15oct15.scala","text":"\n\nobject StreamGraph {\n\n\tdef stepFn(q:Int):Int = {\n\t\tq match {\n\t\t\tcase 1 => 5\n\t\t\tcase 2 => 10\n\t\t\tcase 3 => 15\n\t\t\tcase _ => 0\n\t\t}\n\t}\n\n\tval dataIn = Seq.fill(5)(RND.nextInt(100))\n\n\tval f1:Flow[Int,Int,Unit] = {\n\t\tFlow[Int].filter(_ > 2)\n\t}\n\n\tval t1:Flow[Int,Int,Unit] = {\n\t\tFlow[Int].map(stepFn)\n\t}\n\n\tval F1 = Flow() { implicit b =>\n\t\timport FlowGraph.Implicits._\n\t\tval bc0 = b.add(Broadcast[Int](3))\n\t\tval mg0 = b.add(Merge[Int](3))\n\t\tbc0.out(0).map(_ => 1) ~> mg0\n\t\tbc0.out(1).map(_ => 2) ~> mg0\n\t\tbc0.out(2).map(_ => 3) ~> mg0\n\t\t(bc0.in, mg0.out)\n\t}\n\n\tdef run(): Unit = {\n\t\t\/\/ implicit val system = ActorSystem(\"sg1\")\n\t\t\/\/ implicit val mat = ActorMaterializer()\n\t\tSource(dataIn.toList)\n\t\t\t.via(F1)\n\t\t\t.via(f1)\n\t\t\t.via(t1)\n\t\t\t.runWith(Sink.foreach(println(_)))\n\t\t\t.onComplete {\n\t\t\t\tcase _ => system.shutdown()\n\t\t\t}\n\t}\n}\n\n\n\/\/ --------------------------------------- \/\/\n\n\/**\n*\thttps:\/\/gist.github.com\/dotta\/78e8a4a72c5d2de07116\n*\tFlowGraph.partial() returns a Graph\n*\tFlowGraph.closed() returns a RunnableGraph\n*\tGraph does not require all of its ports to be connected\n*\/\nval maxOf3 = FlowGraph.partial() { implicit b =>\n\timport FlowGraph.Implicits._\n\n\tval zip1 = b.add(ZipWith[Int,Int,Int](math.max _))\n\tval zip2 = b.add(ZipWith[Int,Int,Int](math.max _))\n\n\tzip1.out ~> zip2.in0\n\t\/\/ this partial graph will have 3 inputs & 1 output\n\tUniformFanInShape(zip2.out, zip1.in0, zip1.in1, zip2.in1)\n\n}\n\nval res = Sink.head[Int]\n\n\/**\n*\tnow build a closed graph which can be run\n*\timport the partial graph into this closed graph\n* using b.add()\n*\/\nval g = FlowGraph.closed(res) { implicit b =>\n\tsink =>\n\t\timport FlowGraph.Implicits._\n\t\t\/\/ partial graph imported into this closed (runnable) graph\n\t\tval sg = b.add(maxOf3)\n\t\tSource.single(1) ~> sg.in(0)\n\t\tSource.single(2) ~> sg.in(1)\n\t\tSource.single(3) ~> sg.in(2)\n\t\tsg.out ~> sink.inlet\n}\n\nval mx:Future[Int] = g.run()\n\nAwait.result(max, 300.millis) should equal(3)\n"}
{"repo_name":"alexland\/akka-stream-graph","path":"src\/main\/scala\/org\/dougybarbo\/StreamGraphs.scala","text":"\n\npackage org.dougybarbo\n\nimport java.text.NumberFormat.{\n\tgetIntegerInstance => gII\n}\n\nimport scala.util.{\n\tRandom => RND\n}\n\nimport scala.concurrent.duration._\n\nimport scala.concurrent.{\n\tExecutionContext,\n\tFuture\n}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration._\n\nimport scala.collection.immutable\nimport scala.io.{\n\tSource => ioSource\n}\nimport scala.util.{\n\tFailure,\n\tSuccess,\n\tTry\n}\nimport akka.actor.ActorSystem\nimport akka.stream.{\n\tActorMaterializer\n}\nimport akka.stream.io.{\n\tFraming,\n\tInputStreamSource\n}\nimport akka.stream.scaladsl._\n\nimport akka.util.ByteString\nimport org.json4s.JsonAST.JString\nimport org.json4s.jackson.JsonMethods._\n\nimport org.dougybarbo.ETL._\n\n\nobject Main {\n\n\tdef main(args: Array[String]): Unit = {\n\t\t\/**\n\t\t*\tRunnableGraph instances are all:\n\t\t*\t\timmutable,\n\t\t*\t\tthread-safe\n\t\t*\t\tfreely shareable\n\t\t*\n\t\t*\/\n\t\timplicit val actorSystem = ActorSystem(\"streamGraphs\")\n\t\timport actorSystem.dispatcher\n\t\timplicit val flowMaterializer = ActorMaterializer()\n\n\t\tval res = (g:RunnableGraph[Future[Int]]) => g.run()\n\n\t\tval rawDataIn:Source[RawDataLine, Unit] = Source(rawData)\n\t\tval rawDataIn0:Source[RawDataLineSm, Unit] = Source(rawData0)\n\n\t\tval countGraph: RunnableGraph[Future[Int]] =\n\t\t\trawDataIn\n\t\t\t\t.via(count)\n\t\t\t\t.toMat(counter)(Keep.right)\n\n\t\tres(countGraph)\n\t\t\t.foreach( c => println( s\"total lines processed per graph: \" + fmt(c) ) )\n\n\t\tval g1: RunnableGraph[Future[Int]] =\n\t\t\trawDataIn\n\t\t\t\t.via(lineSum1)\n\t\t\t\t.toMat(streamSum)(Keep.right)\n\t\tres(g1)\n\t\t\t.foreach( c => println( \"sum from g1: \" + fmt(c) ) )\n\n\n\t\tval g2: RunnableGraph[Future[Int]] =\n\t\t\trawDataIn\n\t\t\t\t.via(lineDiv)\n\t\t\t\t.via(lineSum2)\n\t\t\t\t.toMat(streamSum)(Keep.right)\n\n\t\tres(g2)\n\t\t\t.foreach( c => println( \"sum from g2: \" + fmt(c) ) )\n\n\n\t\tval g3: RunnableGraph[Future[Int]] =\n\t\t\trawDataIn\n\t\t\t\t.via(lineDiv)\n\t\t\t\t.via(lineFilter1)\n\t\t\t\t.via(lineSum2)\n\t\t\t\t.toMat(streamSum)(Keep.right)\n\n\t\tres(g3)\n\t\t\t.foreach( c => println(s\"sum from g3: \"+ fmt(c) ) )\n\n\t\/\/ DAG examples\n\n\t\tval g4 = FlowGraph.closed() { implicit builder: FlowGraph.Builder[Unit] =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\tval c1:Flow[RawDataLine, Int, Unit] = Flow[RawDataLine].map(_ => 1)\n\t\t\tval c2:Flow[Int, Int, Unit] = Flow[Int].map(_ * 5)\n\t\t\tval dataOut:Sink[Any, Future[Unit]] = Sink.foreach(println(_))\n\t\t\trawDataIn ~> c1 ~> c2 ~> dataOut\n\t\t}\n\n\t\tprintln(\"from stream graph 4: \")\n\t\tg4.run()\n\n\t\tval g5 = FlowGraph.closed() { implicit builder: FlowGraph.Builder[Unit] =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\tval bcast = builder.add(Broadcast[Int](2))\n\t\t\tval c1:Flow[RawDataLine, Int, Unit] = Flow[RawDataLine].map(_ => 1)\n\t\t\tval c2:Flow[Int, Int, Unit] = Flow[Int].map(_ * 2)\n\t\t\tval c3:Flow[Int, Int, Unit] = Flow[Int].map(_ * 5)\n\t\t\tval dataOut1:Sink[Any, Future[Unit]] = Sink.foreach(println(_))\n\t\t\tval dataOut2:Sink[Any, Future[Unit]] = Sink.foreach(println(_))\n\t\t\trawDataIn ~> c1 ~> bcast ~> c2 ~> dataOut1\n\t\t\tbcast ~> c3 ~> dataOut2\n\t\t}\n\n\t\tprintln(\"from from stream graph 5: \")\n\t\tg5.run()\n\n\t\tval g6 = FlowGraph.closed() { implicit builder: FlowGraph.Builder[Unit] =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\t\/\/ val bcast = builder.add(Broadcast[Int](2))\n\t\t\t\/\/ val merge = builder.add(Merge[Int](2))\n\t\t\tval c0:Flow[RawDataLineSm, RawDataLineSm, Unit] = {\n\t\t\t\tFlow[RawDataLineSm].map(twoX(_))\n\t\t\t}\n\t\t\tval c1:Flow[RawDataLineSm, Int, Unit] = Flow[RawDataLineSm].map(rowSum(_))\n\t\t\tval dataOut:Sink[Any, Future[Unit]] = Sink.foreach(println(_))\n\t\t\trawDataIn0 ~> c0 ~> c1 ~> dataOut\n\t\t}\n\n\t\tprintln(\"from stream graph 6: \")\n\t\tg6.run()\n\n\t\tval g7 = FlowGraph.closed() { implicit builder: FlowGraph.Builder[Unit] =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\tval bcast = builder.add(Broadcast[RawDataLineSm](2))\n\n\t\t\tval c0:Flow[RawDataLineSm, RawDataLineSm, Unit] = {\n\t\t\t\tFlow[RawDataLineSm].map(twoX(_))\n\t\t\t}\n\t\t\tval c1:Flow[RawDataLineSm,Int,Unit] = Flow[RawDataLineSm]\n\t\t\t\t.map(rowSum(_))\n\t\t\tval c2:Flow[RawDataLineSm,Int,Unit] = Flow[RawDataLineSm]\n\t\t\t\t.map(rowMul(_))\n\t\t\tval dataOut1:Sink[Any,Future[Unit]] = Sink.foreach(println(_))\n\t\t\tval dataOut2:Sink[Any,Future[Unit]] = Sink.foreach(println(_))\n\n\t\t\trawDataIn0 ~> c0 ~> bcast ~> c1 ~> dataOut1\n\t\t\t\t\t\t\t\t\t\t\t\t\tbcast ~> c2 ~> dataOut2\n\t\t}\n\n\t\tprintln(\"from stream graph 7: \")\n\t\tg7.run()\n\n\t\t\/**\n\t\t*\tconstructing sources, sinks & flows from partial graphs;\n\t\t*\tg8 is a Source created from a partial flow graph;\n\t\t*\tSource exposes a special apply method that takes a fn\n\t\t*\twhich returns an Outlet[T]; this unconnected sink\n\t\t*\twill become the sink that must be connected before\n\t\t*\tthis Source can run\n\t\t*\ttupleSource is a member of class\n\t\t*\takka.stream.scaladsl.Source\n\t\t*\/\n\t\tval tupleSource = Source() { implicit b =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\tval zip = b.add(Zip[Int, Int]())\n\t\t\tval d = Seq.fill(25)(RND.nextInt(100)).toList\n\t\t\tdef src = Source(s)\n\t\t\t\/\/ connect the graph\n\t\t\tsrc.filter(_ % 2 != 0) ~> zip.in0\n\t\t\tsrc.filter(_ % 2 == 0) ~> zip.in1\n\t\t\t\/\/ expose port\n\t\t\tzip.out\n\t\t}\n\n\t\tval firstPair:Future[(Int, Int)] = tupleSource\n\t\t\t.runWith(Sink.head)\n\t\t\t.value\t\t\/\/ Option[Try[(Int, Int)]] = Some(Success((55,14)))\n\n\t\t\/**\n\t\t* tupleSource is a Source so call its runWith\n\t\t*\tmethod with a single parameter, a Sink\n\t\t*\/\n\t\tval allPairs:Future[Unit] = tupleSource\n\t\t\t.runWith(Sink.foreach(println(_)))\n\n\t\t\/**\n\t\t*\tsame as tupleSource above but a Flow is defined\n\t\t*\tinstead of a Source\n\t\t*\/\n\t\tval tupleFlow = Flow() { implicit b =>\n\t\t\timport FlowGraph.Implicits._\n\t\t\t\/\/ create the graph elements\n\t\t\tval bcast = b.add(Broadcast[Int](2))\n\t\t\tval zmerge = b.add(Zip[Int, String]())\n\t\t\t\/\/ connect the elements\n\t\t\tbcast.out(0).map(identity) ~> zmerge.in0\n\t\t\tbcast.out(1).map(_.toString) ~> zmerge.in1\n\t\t\t\/\/ expose the ports\n\t\t\t(bcast.in, zmerge.out)\n\t\t}\n\n\t\t\/\/ define a source\n\t\tval d = Seq.fill(25)(RND.nextInt(100)).toList\n\t\tdef src = Source(s)\n\n\t\t\/**\n\t\t*\ttupleFlow is a Flow so its runWith method\n\t\t* must be called with two paramaters\n\t\t*\ta Source & a Sink\n\t\t*\/\n\t\ttupleFlow\n\t\t\t.runWith(src, Sink.foreach(println(_)))\n\t\t\/**\n\t\t* alternate way to create the same graph\n\t\t*\/\n\t\tsrc\n\t\t\t.via(tupleFlow)\n\t\t\t.runWith(Sink.foreach(println(_)))\n\n\n\n\n\n\n\t}\n}\n"}
{"repo_name":"harry0000\/scala-sandbox.g8","path":"src\/main\/g8\/build.sbt","text":"<filename>src\/main\/g8\/build.sbt\nval commonSettings = Seq(\n  organization := \"$organization_$\",\n  licenses := Seq(\"MIT\" -> url(\"http:\/\/opensource.org\/licenses\/MIT\")),\n\n  scalaVersion := \"$scala_version$\",\n  scalacOptions ++= Seq(\n    \"-deprecation\",\n    \"-feature\",\n    \"-unchecked\",\n    \"-Xfatal-warnings\",\n    \"-Xlint\"\n  )\n)\n\nlazy val root = project.in(file(\".\"))\n  .settings(commonSettings :_*)\n  .settings(\n    name := \"$name$\",\n    description := \"Scala sandbox.\",\n    libraryDependencies ++= Seq(\n    )\n  )\n"}
{"repo_name":"miuma2\/sparkling-water","path":"ml\/src\/main\/scala\/org\/apache\/spark\/ml\/h2o\/models\/H2OMOJOModel.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.ml.h2o.models\n\nimport java.io._\n\nimport hex.ModelCategory\nimport hex.genmodel.easy.{EasyPredictModelWrapper, RowData}\nimport org.apache.spark._\nimport org.apache.spark.annotation.{DeveloperApi, Since}\nimport org.apache.spark.ml.h2o.param.H2OModelParams\nimport org.apache.spark.ml.param.ParamMap\nimport org.apache.spark.ml.util._\nimport org.apache.spark.ml.{Model => SparkModel}\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.types._\nimport water.support.ModelSerializationSupport\n\nimport scala.reflect.ClassTag\n\nclass H2OMOJOModel(val mojoData: Array[Byte], override val uid: String)\n  extends SparkModel[H2OMOJOModel] with H2OModelParams with MLWritable {\n\n  def this(mojoData: Array[Byte]) = this(mojoData, Identifiable.randomUID(\"mojoModel\"))\n\n  \/\/ Some MojoModels are not serializable ( DeepLearning ), so we are reusing the mojoData to keep information about mojo model\n  @transient var easyPredictModelWrapper: EasyPredictModelWrapper = createEasyPredictModelWrapper()\n\n  override def copy(extra: ParamMap): H2OMOJOModel = defaultCopy(extra)\n\n  private def flattenSchemaToCol(schema: StructType, prefix: String = null): Array[Column] = {\n    import org.apache.spark.sql.functions.col\n\n    schema.fields.flatMap { f =>\n      val colName = if (prefix == null) f.name else prefix + \".\" + f.name\n\n      f.dataType match {\n        case st: StructType => flattenSchemaToCol(st, colName)\n        case _ => Array[Column](col(colName))\n      }\n    }\n  }\n\n  def defaultFileName: String = H2OMOJOModel.defaultFileName\n\n  private def flattenDataFrame(df: DataFrame): DataFrame = {\n    import org.apache.spark.sql.functions.col\n    val flattenSchema = flattenSchemaToCol(df.schema)\n    \/\/ this is needed so the flattened data frame has hierarchical names\n    val renamedCols = flattenSchema.map(name => col(name.toString()).as(name.toString()))\n    df.select(renamedCols: _*)\n  }\n\n  private def createEasyPredictModelWrapper() = new EasyPredictModelWrapper(ModelSerializationSupport.getMojoModel(mojoData))\n\n  override def transform(dataset: Dataset[_]): DataFrame = {\n\n    val spark = SparkSession.builder().getOrCreate()\n    val df = flattenDataFrame(dataset.toDF())\n\n    val predictedRows = df.rdd.map { row =>\n      \/\/ create predict wrapper from mojo data on each executor where predictions take place\n      easyPredictModelWrapper = createEasyPredictModelWrapper()\n      \/\/ create RowData on which we do the predictions\n      val dt = new RowData\n      val values = row.schema.fields.zipWithIndex.map { case (entry, idxRow) =>\n\n        if ($(featuresCols).contains(entry.name)) {\n          setRowData(row, idxRow, dt, entry) \/\/ use only relevant columns for training\n        }\n\n        if (row.isNullAt(idxRow)) {\n          0\n        } else {\n          row.get(idxRow)\n        }\n      }\n      Row.merge(Row.fromSeq(values.toSeq), predict(dt))\n    }\n    spark.createDataFrame(predictedRows, StructType(df.schema.fields ++ getPredictionFrameSchema()))\n  }\n\n\n  def setRowData(row: Row, idxRow: Int, dt: RowData, entry: StructField) {\n    if (row.isNullAt(idxRow)) {\n      dt.put(entry.name, 0.toString) \/\/ 0 as NA\n    } else {\n      entry.dataType match {\n        case BooleanType =>\n          if (row.getBoolean(idxRow)) dt.put(entry.name, 1.toString) else dt.put(entry.name, 0.toString)\n        case BinaryType =>\n          row.getAs[Array[Byte]](idxRow).zipWithIndex.foreach { case (v, idx) =>\n            dt.put(entry.name + idx, v.toString)\n          }\n        case ByteType => dt.put(entry.name, row.getByte(idxRow).toString)\n        case ShortType => dt.put(entry.name, row.getShort(idxRow).toString)\n        case IntegerType => dt.put(entry.name, row.getInt(idxRow).toString)\n        case LongType => dt.put(entry.name, row.getLong(idxRow).toString)\n        case FloatType => dt.put(entry.name, row.getFloat(idxRow).toString)\n        case _: DecimalType => dt.put(entry.name, row.getDecimal(idxRow).doubleValue().toString)\n        case DoubleType => dt.put(entry.name, row.getDouble(idxRow).toString)\n        case StringType => dt.put(entry.name, row.getString(idxRow))\n        case TimestampType => dt.put(entry.name, row.getAs[java.sql.Timestamp](idxRow).getTime.toString)\n        case DateType => dt.put(entry.name, row.getAs[java.sql.Date](idxRow).getTime.toString)\n        case ArrayType(_, _) => \/\/ for now assume that all arrays and vecs have the same size - we can store max size as part of the model\n          row.getAs[Seq[_]](idxRow).zipWithIndex.foreach { case (v, idx) =>\n            dt.put(entry.name + idx, v.toString)\n          }\n        case _: UserDefinedType[_ \/*mllib.linalg.Vector*\/ ] =>\n          val value = row.get(idxRow)\n          value match {\n            case vector: mllib.linalg.Vector =>\n              (0 until vector.size).foreach { idx => \/\/ WRONG this patter needs to share the same code as in the data transformation\n                dt.put(entry.name + idx, vector(idx).toString)\n              }\n            case vector: ml.linalg.Vector =>\n              (0 until vector.size).foreach { idx =>\n                dt.put(entry.name + idx, vector(idx).toString)\n              }\n          }\n        case _ => dt.put(entry.name, dt.get(idxRow).toString)\n      }\n    }\n  }\n\n  def getPredictionFrameSchema(): Seq[StructField] = {\n    easyPredictModelWrapper.getModelCategory match {\n      case ModelCategory.Binomial => easyPredictModelWrapper.getResponseDomainValues.map(StructField(_, DoubleType))\n      case ModelCategory.Multinomial => easyPredictModelWrapper.getResponseDomainValues.map(StructField(_, DoubleType))\n      case ModelCategory.Regression => Seq(StructField(\"value\", DoubleType))\n      case ModelCategory.Clustering => Seq(StructField(\"cluster\", DoubleType))\n      case ModelCategory.AutoEncoder => throw new RuntimeException(\"Unimplemented model category\")\n      case ModelCategory.DimReduction => throw new RuntimeException(\"Unimplemented model category\")\n      case ModelCategory.WordEmbedding => throw new RuntimeException(\"Unimplemented model category\")\n      case _ => throw new RuntimeException(\"Unknown model category\")\n    }\n  }\n\n  def predict(data: RowData): Row = {\n    easyPredictModelWrapper.getModelCategory\n    match {\n      case ModelCategory.Binomial => Row(easyPredictModelWrapper.predictBinomial(data).classProbabilities: _*)\n      case ModelCategory.Multinomial => Row(easyPredictModelWrapper.predictMultinomial(data).classProbabilities: _*)\n      case ModelCategory.Regression => Row(easyPredictModelWrapper.predictRegression(data).value)\n      case ModelCategory.Clustering => Row(easyPredictModelWrapper.predictClustering(data).cluster)\n      case ModelCategory.AutoEncoder => throw new RuntimeException(\"Unimplemented model category\")\n      case ModelCategory.DimReduction => throw new RuntimeException(\"Unimplemented model category\")\n      case ModelCategory.WordEmbedding => throw new RuntimeException(\"Unimplemented model category\")\n      case _ => throw new RuntimeException(\"Unknown model category\")\n    }\n  }\n\n  @DeveloperApi\n  override def transformSchema(schema: StructType): StructType = {\n    \/\/ Here we should check validity of input schema however\n    \/\/ in theory user can pass invalid schema with missing columns\n    \/\/ and model will be able to still provide a prediction\n    StructType(schema.fields ++ getPredictionFrameSchema)\n  }\n\n  @Since(\"1.6.0\")\n  override def write: MLWriter = new H2OMOJOModelWriter(this)\n\n}\n\nprivate[models] class H2OMOJOModelWriter(instance: H2OMOJOModel) extends MLWriter {\n\n  @org.apache.spark.annotation.Since(\"1.6.0\")\n  override protected def saveImpl(path: String): Unit = {\n    DefaultParamsWriter.saveMetadata(instance, path, sc)\n    val file = new java.io.File(path, instance.defaultFileName)\n    val fos = new FileOutputStream(file)\n    try {\n      fos.write(instance.mojoData)\n    } finally {\n      fos.close()\n    }\n  }\n}\n\nprivate[models] class H2OMOJOModelReader\n(val defaultFileName: String) extends MLReader[H2OMOJOModel] {\n\n  private val className = implicitly[ClassTag[H2OMOJOModel]].runtimeClass.getName\n\n  @org.apache.spark.annotation.Since(\"1.6.0\")\n  override def load(path: String): H2OMOJOModel = {\n    val metadata = DefaultParamsReader.loadMetadata(path, sc, className)\n    val file = new File(path, defaultFileName)\n    val is = new FileInputStream(file)\n    val mojoData = Stream.continually(is.read).takeWhile(_ != -1).map(_.toByte).toArray\n\n    val h2oModel = make(mojoData, metadata.uid)(sqlContext)\n    DefaultParamsReader.getAndSetParams(h2oModel, metadata)\n    h2oModel\n  }\n\n  def make(mojoData: Array[Byte], uid: String)(sqLContext: SQLContext): H2OMOJOModel = {\n    new H2OMOJOModel(mojoData, uid)\n  }\n}\n\nobject H2OMOJOModel extends MLReadable[H2OMOJOModel] {\n  val defaultFileName = \"mojo_model\"\n\n  @Since(\"1.6.0\")\n  override def read: MLReader[H2OMOJOModel] = new H2OMOJOModelReader(defaultFileName)\n\n  @Since(\"1.6.0\")\n  override def load(path: String): H2OMOJOModel = super.load(path)\n\n  def createFromMojo(is: InputStream, uid: String = Identifiable.randomUID(\"mojoModel\")): H2OMOJOModel = {\n\n    val mojoData = Stream.continually(is.read).takeWhile(_ != -1).map(_.toByte).toArray\n    val mojoModel = ModelSerializationSupport.getMojoModel(mojoData)\n    val sparkMojoModel = new H2OMOJOModel(mojoData, uid)\n\n    \/\/ Reconstruct state of Spark H2O MOJO transformer based on H2O's Mojo\n    sparkMojoModel.setFeaturesCols(mojoModel.getNames.filter(_ != mojoModel.getResponseName))\n    sparkMojoModel.setPredictionsCol(mojoModel.getResponseName)\n    sparkMojoModel\n  }\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/test\/scala\/water\/api\/SupportAPISuite.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\npackage water.api\n\nimport java.io.File\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.h2o.utils.SharedH2OTestContext\nimport org.apache.spark.ml.linalg.Vectors\nimport org.scalatest.FunSuite\nimport water.fvec.{AppendableVec, Frame, NewChunk, Vec}\nimport water.munging.JoinMethod\n\nimport scala.collection.immutable.IndexedSeq\nimport scala.reflect.ClassTag\nimport scala.util.Random\n\nclass SupportAPISuite extends FunSuite with SharedH2OTestContext {\n\n  override def createSparkContext: SparkContext = new SparkContext(\"local[*]\", \"test-local\", conf = defaultSparkConf)\n\n  test(\"Test Join Support\") {\n    import TestUtils._\n    val left = frame(\"name\", vec(Array(\"A\", \"B\", \"C\", \"D\"), 0, 1, 2, 3))\n    left.add(\"age\", vec(null, 12, 13, 14, 15))\n    left.update()\n\n    val right = frame(\"name\", vec(Array(\"Y\", \"B\", \"X\", \"D\"), 0, 1, 2, 3))\n    right.add(\"salary\", vec(null, 10000, 20000, 10000, 40000))\n    right.update()\n\n    import water.support.JoinSupport._\n    import water.munging.JoinMethod._\n    \/\/ Define test space\n    type JOIN_TYPE = (Frame, Frame, JoinMethod) => Frame\n    val NA = null.asInstanceOf[Int]\n\n    val testSpace: Array[(String, JOIN_TYPE, Array[(JoinMethod, Boolean)], Array[(String, Int, Int)])] =\n    \/\/ Join type, join method, enabled, expected result\n      Array((\"LEFT\", leftJoin _,\n        Array((RADIX, true), (HASH, true)),\n        Array((\"A\", 12, NA), (\"B\", 13, 20000), (\"C\", 14, NA), (\"D\", 15, 40000))),\n        (\"RIGHT\", rightJoin _,\n          Array((RADIX, false), (HASH, true)),\n          Array((\"Y\", NA, 10000), (\"B\", 13, 20000), (\"X\", NA, 10000), (\"D\", 15, 40000))),\n        (\"INNER\", innerJoin _,\n          Array((RADIX, true), (HASH, true)),\n          Array((\"B\", 13, 20000), (\"D\", 15, 40000))),\n        (\"OUTER\", outerJoin _,\n          Array((RADIX, false), (HASH, false)),\n          Array((\"A\", 12, NA), (\"B\", 13, 20000), (\"C\", 14, NA), (\"D\", 15, 40000), (\"X\", NA, 10000), (\"Y\", NA, 10000)))\n      )\n    println(testSpace.mkString(\"\\n\"))\n\n    try {\n      for (testComb <- testSpace) {\n        val (joinName, joinType, methods, expected) = testComb\n        for (method <- methods) {\n          val (joinMethod, enabled) = method\n          if (enabled) {\n            println(s\"${joinName} via ${joinMethod}\")\n            val result = joinType(left, right, joinMethod)\n            println(result)\n            assertFrameEqual(\"Data does not match\", expected, result)\n            result.remove()\n          }\n        }\n      }\n    } finally {\n      left.remove()\n      right.remove()\n    }\n  }\n}\n\nobject TestUtils {\n\n  def locate(name: String): String = {\n    val abs = new File(\"\/home\/0xdiag\/\" + name)\n    if (abs.exists()) {\n      abs.getAbsolutePath\n    } else {\n      new File(\".\/examples\/\" + name).getAbsolutePath\n    }\n  }\n\n  def frame(name: String, vec: Vec): Frame = {\n    val f: Frame = new Frame(water.Key.make[Frame]())\n    f.add(name, vec)\n    water.DKV.put(f)\n    return f\n  }\n\n  def vec(domain: Array[String], rows: Int*): Vec = {\n    val k = Vec.VectorGroup.VG_LEN1.addVec\n    val fs = new water.Futures\n    val avec = new AppendableVec(k, Vec.T_NUM)\n    avec.setDomain(domain)\n    val chunk = new NewChunk(avec, 0)\n    for (r <- rows) {\n      chunk.addNum(r)\n    }\n    chunk.close(0, fs)\n    val vec = avec.layout_and_close(fs)\n    fs.blockForPending\n    vec\n  }\n\n  def sparseVector(len: Int, elements: Int, rng: Random = Random): org.apache.spark.ml.linalg.SparseVector = {\n    assert(elements < len)\n    val data = (1 to elements).map(_ => rng.nextInt(len)).sortBy(identity).distinct.map(it => (it, rng.nextDouble()))\n    Vectors.sparse(len, data).toSparse\n  }\n\n  implicit object TestJoinSupportConverter extends ((Frame, Int) => (String, Int, Int)) {\n\n    override def apply(f: Frame,\n                       idx: Int): (String, Int, Int) = {\n      val (fName, fAge, fSalary) = (f.vec(\"name\"), f.vec(\"age\"), f.vec(\"salary\"))\n      val v1: String = if (fName.isNA(idx)) null else fName.domain()(fName.at8(idx).asInstanceOf[Int])\n      val v2: Int = if (fAge.isNA(idx)) null.asInstanceOf[Int] else fAge.at8(idx).toInt\n      val v3: Int = if (fSalary.isNA(idx)) null.asInstanceOf[Int] else fSalary.at8(idx).toInt\n      (v1, v2, v3)\n    }\n  }\n\n  def frameTo[T: ClassTag](f: Frame)(implicit converter: (Frame, Int) => T): Array[T] = {\n    val nrow = f.numRows().asInstanceOf[Int]\n    val result: IndexedSeq[T] = for (rowIdx <- 0 until nrow) yield converter(f, rowIdx)\n    result.toArray[T]\n  }\n\n  def assertFrameEqual(msg: String, expected: Array[(String, Int, Int)], actual: Frame): Unit = {\n    assert(3 == actual.numCols(), s\"${msg}: Number of columns has to match\")\n    if (expected != null) {\n      assert(expected.length == actual.numRows(), s\"${msg}: Numer of rows has to match\")\n      val actualData = frameTo[(String, Int, Int)](actual).sortBy(_._1)\n      val expectedData = expected.sortBy(_._1)\n      expectedData.zip(actualData).foreach { case (exp, act) =>\n        assert(exp == act, s\"The rows have to match: ${expectedData.mkString(\",\")}\\n!=\\n${actualData.mkString(\",\")}\")\n      }\n    }\n  }\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/main\/scala\/org\/apache\/spark\/h2o\/ui\/SparklingWaterInfoPage.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.h2o.ui\n\nimport java.io.File\nimport java.nio.file.Files\nimport javax.servlet.http.{HttpServletRequest, HttpServletResponse}\n\nimport org.apache.spark.h2o.H2OContext\nimport org.apache.spark.h2o.backends.SharedBackendConf\nimport org.apache.spark.ui.{UIUtils, WebUI, WebUIPage}\nimport org.apache.spark.util.Utils\nimport org.spark_project.jetty.server.Request\nimport org.spark_project.jetty.servlet.{DefaultServlet, ServletContextHandler, ServletHolder}\n\nimport scala.util.Random\nimport scala.xml.Node\n\n\/**\n  * Sparkling Water info page.\n  *\/\ncase class SparklingWaterInfoPage(parent: SparklingWaterUITab) extends WebUIPage(\"\") {\n\n  private val listener = parent.listener\n  \/\/ directory where the logs are copied\n  private val logDir = Utils.createTempDir()\n\n  private def h2oInfo(): Seq[(String, String)] = {\n    val h2oBuildInfo = listener.h2oBuildInfo.get\n    Seq(\n      (\"H2O Build Version\", h2oBuildInfo.h2oBuildVersion),\n      (\"H2O Git Branch\", h2oBuildInfo.h2oGitBranch),\n      (\"H2O Git SHA\", h2oBuildInfo.h2oGitSha),\n      (\"H2O Git Describe\", h2oBuildInfo.h2oGitDescribe),\n      (\"H2O Build By\", h2oBuildInfo.h2oBuildBy),\n      (\"H2O Build On\", h2oBuildInfo.h2oBuildOn)\n    )\n  }\n\n  private def zip(out: String, files: Iterable[String]) {\n    import java.io.{BufferedInputStream, FileInputStream, FileOutputStream}\n    import java.util.zip.{ZipEntry, ZipOutputStream}\n\n    val zip = new ZipOutputStream(new FileOutputStream(out))\n\n    files.foreach { name =>\n      zip.putNextEntry(new ZipEntry(name))\n      val in = new BufferedInputStream(new FileInputStream(name))\n      var b = in.read()\n      while (b > -1) {\n        zip.write(b)\n        b = in.read()\n      }\n      in.close()\n      zip.closeEntry()\n    }\n    zip.close()\n  }\n\n  private def getLogFiles(logDir: File) = {\n    if (logDir.exists && logDir.isDirectory) {\n      logDir.listFiles.filter { f => f.isFile && f.getName.endsWith(\".log\") }\n        .map(_.getAbsolutePath).toList\n    } else {\n      List[String]()\n    }\n  }\n\n  \/** Extract log level from the log file name *\/\n  private def extractLogLevel(fileName: String) = {\n    fileName.substring(fileName.lastIndexOf('-') + 1, fileName.lastIndexOf('.')).toUpperCase()\n  }\n\n  private def isHistoryServer = H2OContext.get().isEmpty\n\n  \/** Get correct URL based whether we run on the history server or not *\/\n  private def getURL(end: String) = {\n    if (isHistoryServer) {\n      \/\/ id needs to be used only in case of history server. In case of Spark UI we are located in the context\n      \/\/ of the specific application already\n      s\"\/uid-${ID.id}\/sparkling-water\/${end}\"\n    } else {\n      end\n    }\n  }\n\n  private def flowUrl(): String = s\"http:\/\/${listener.h2oCloudInfo.get.localClientIpPort}\"\n\n  private def downloadLogsUrl = getURL(\"logs\/full_logs.zip\")\n\n  \/** Static handler URL *\/\n  private def downloadLogsUrlSuffix = {\n    if (isHistoryServer) {\n      s\"\/uid-${ID.id}\/sparkling-water\/logs\"\n    } else {\n      \"\/sparkling-water\/logs\"\n    }\n  }\n\n  private def logInfo() = {\n    val files = getLogFiles(clientLogDir())\n    files.filter(_.endsWith(\".log\")).map { name =>\n      val f = new File(name)\n\n      <a href={getURL(\"logs\/\" + f.getName)}>\n        <strong>\n          {extractLogLevel(f.getName)}\n        <\/strong>\n      <\/a>\n    }\n  }\n\n  private def swProperties(): Seq[(String, String)] = listener.swProperties.get\n\n  private def clientLogDir(): File = {\n    new File(listener.swProperties.get.find(_._1 == SharedBackendConf.PROP_CLIENT_LOG_DIR._1).get._2)\n  }\n\n  private def swInfo(): Seq[(String, String)] = {\n    val cloudInfo = listener.h2oCloudInfo.get\n    Seq(\n      (\"Flow UI\", flowUrl()),\n      (\"Nodes\", cloudInfo.cloudNodes.mkString(\",\"))\n    ) ++ cloudInfo.extraBackendInfo\n  }\n\n  \/** Create a handler for serving files from a static directory *\/\n  private def createStaticHandler(resourceBase: File, path: String): ServletContextHandler = {\n    val contextHandler = new ServletContextHandler() {\n      override def doHandle(target: String, baseRequest: Request, request: HttpServletRequest, response: HttpServletResponse): Unit = {\n        \/\/ get log files\n        val logFiles = getLogFiles(clientLogDir())\n        if (logFiles.nonEmpty) {\n          import java.nio.file.StandardCopyOption.REPLACE_EXISTING\n          \/\/ copy logs to output directory\n          logFiles.foreach { f =>\n            val file = new File(f)\n            Files.copy(file.toPath, new File(logDir, file.getName).toPath, REPLACE_EXISTING)\n          }\n          \/\/ re-zip logs with refresh as the logs can contain new data\n          zip(new File(logDir, \"full_logs.zip\").getAbsolutePath, logFiles)\n        }\n        super.doHandle(target, baseRequest, request, response)\n      }\n    }\n    contextHandler.setInitParameter(\"org.eclipse.jetty.servlet.Default.gzip\", \"false\")\n    val staticHandler = new DefaultServlet\n    val holder = new ServletHolder(staticHandler)\n    holder.setInitParameter(\"resourceBase\", resourceBase.getAbsolutePath)\n    contextHandler.setContextPath(path)\n    contextHandler.addServlet(holder, \"\/\")\n    contextHandler\n  }\n\n\n  private def attachHandler(): Unit = {\n    val clazz = classOf[WebUI]\n    val method = clazz.getDeclaredMethod(\"attachHandler\", classOf[ServletContextHandler])\n    method.invoke(parent.parent, createStaticHandler(logDir, downloadLogsUrlSuffix))\n  }\n\n  \/\/ if we are running on history server register the handler in the constructor\n  if (isHistoryServer) {\n    attachHandler()\n  }\n\n  override def render(request: HttpServletRequest): Seq[Node] = {\n    val helpText =\n      \"\"\"\n        |Sparkling Water runtime information.\n      \"\"\".stripMargin\n\n    val content = if (listener.uiReady) {\n      \/\/ register the handler when we have all information available. This is possible only when we run on\n      \/\/ the Spark UI\n      if (!isHistoryServer) {\n        attachHandler()\n      }\n\n      val swInfoTable = UIUtils.listingTable(\n        propertyHeader, h2oRow, swInfo(), fixedWidth = true)\n      val swPropertiesTable = UIUtils.listingTable(\n        propertyHeader, h2oRow, swProperties(), fixedWidth = true)\n      val h2oInfoTable = UIUtils.listingTable(\n        propertyHeader, h2oRow, h2oInfo(), fixedWidth = true)\n      <div>\n        <ul class=\"unstyled\">\n          <li>\n            <strong>User:<\/strong>{parent.getSparkUser}\n          <\/li>\n          <li>\n            <strong>Uptime:<\/strong>{UIUtils.formatDuration(listener.lastTimeHeadFromH2O - listener.h2oCloudInfo.get.h2oStartTime)}\n          <\/li>\n          <li>\n            <strong>Health:<\/strong>{if (listener.cloudHealthy) \"\\u2714\" else \"\\u2716\"}\n          <\/li>\n          <li>\n            <strong>Secured communication:<\/strong>{listener.h2oCloudInfo.map(p => if (p.cloudSecured) \"\\u2714\" else \"\\u2716\").getOrElse(\"\\u2754\")}\n          <\/li>\n          <li>\n            <strong>Nodes:<\/strong>{listener.h2oCloudInfo.get.cloudNodes.length}\n          <\/li>\n          <li>\n            <a href={flowUrl()}>\n              <strong>Flow UI<\/strong>\n            <\/a>\n          <\/li>\n          <li>\n            <a href={downloadLogsUrl}>\n              <strong>Download H2O Logs<\/strong>\n            <\/a>\n          <\/li>\n          <li>\n            <strong>See logs:<\/strong>{logInfo()}\n          <\/li>\n        <\/ul>\n      <\/div>\n        <span>\n          <h4>Sparkling Water<\/h4>{swInfoTable}<h4>Sparkling Water Properties<\/h4>{swPropertiesTable}<h4>H2O Build Information<\/h4>{h2oInfoTable}\n        <\/span>\n\n    } else {\n      <div>\n        <h4>Sparkling Water UI not ready yet!<\/h4>\n      <\/div>\n    }\n\n    UIUtils.headerSparkPage(\"Sparkling Water\", content, parent, helpText = Some(helpText))\n\n  }\n\n  private def propertyHeader = Seq(\"Name\", \"Value\")\n\n  private def h2oRow(kv: (String, String)) = <tr>\n    <td>\n      {kv._1}\n    <\/td> <td>\n      {kv._2}\n    <\/td>\n  <\/tr>\n}\n\nobject ID {\n  \/\/ unique id used to represent the current application\n  \/\/ we can't use application ID since in case of History server, we need to register static handler\n  \/\/ before we have the application id\n  lazy val id = Math.abs(new Random().nextLong())\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"examples\/src\/main\/scala\/org\/apache\/spark\/examples\/h2o\/CraigslistJobTitlesStreamingApp.scala","text":"<filename>examples\/src\/main\/scala\/org\/apache\/spark\/examples\/h2o\/CraigslistJobTitlesStreamingApp.scala\n\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.examples.h2o\n\nimport java.net.URI\n\nimport hex.Model.Output\nimport org.apache.spark.SparkContext\nimport org.apache.spark.examples.h2o.CraigslistJobTitlesApp.show\nimport org.apache.spark.h2o._\nimport org.apache.spark.sql.SparkSession\nimport org.apache.spark.streaming._\nimport water.api.TestUtils\nimport water.support.{ModelSerializationSupport, SparkContextSupport}\n\n\/**\n * Variant of Craigslist App with streaming support to classify\n * incoming events.\n *\n * Launch: nc -lk 9999\n * and send events from your console\n *\n * Send \"poison pill\" to kill the application.\n *\n *\/\nobject CraigslistJobTitlesStreamingApp extends SparkContextSupport with ModelSerializationSupport {\n\n  val POISON_PILL_MSG = \"poison pill\"\n\n  def main(args: Array[String]) {\n    \/\/ Prepare environment\n    val sc = new SparkContext(configure(\"CraigslistJobTitlesStreamingApp\"))\n    val ssc = new StreamingContext(sc, Seconds(10))\n    val sqlContext = SparkSession.builder().getOrCreate().sqlContext\n    \/\/ Start H2O services\n    val h2oContext = H2OContext.getOrCreate(sc)\n\n    \/\/ Build an initial model\n    val staticApp = new CraigslistJobTitlesApp()(sc, sqlContext, h2oContext)\n    try {\n      val (svModel, w2vModel) = staticApp.buildModels(TestUtils.locate(\"smalldata\/craigslistJobTitles.csv\"), \"initialModel\")\n      val modelId = svModel._key.toString\n      val classNames = svModel._output.asInstanceOf[Output].classNames()\n\n      \/\/ Lets save models\n      exportSparkModel(w2vModel, URI.create(\"file:\/\/\/tmp\/sparkmodel\"))\n      exportH2OModel(svModel, URI.create(\"file:\/\/\/tmp\/h2omodel\/\"))\n\n      \/\/ Start streaming context\n      val jobTitlesStream = ssc.socketTextStream(\"localhost\", 9999)\n\n      \/\/ Classify incoming messages\n      jobTitlesStream.filter(!_.isEmpty)\n        .map(jobTitle => (jobTitle, staticApp.classify(jobTitle, modelId, w2vModel)))\n        .map(pred => \"\\\"\" + pred._1 + \"\\\" = \" + show(pred._2, classNames))\n        .print()\n\n      \/\/ Shutdown app if poison pill is passed as a message\n      jobTitlesStream.filter(msg => POISON_PILL_MSG == msg)\n        .foreachRDD(rdd => if (!rdd.isEmpty()) {\n          println(\"Poison pill received! Application is going to shut down...\")\n          ssc.stop(true, true)\n          staticApp.shutdown()\n      })\n\n      println(\"Please start the event producer at port 9999, for example: nc -lk 9999\")\n      ssc.start()\n      ssc.awaitTermination()\n\n    } catch {\n      case e: Throwable => e.printStackTrace()\n    } finally {\n      ssc.stop()\n      staticApp.shutdown()\n    }\n  }\n\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/main\/scala\/org\/apache\/spark\/h2o\/utils\/H2OSchemaUtils.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/h2o\/utils\/H2OSchemaUtils.scala\n\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.h2o.utils\n\nimport org.apache.spark.h2o._\nimport org.apache.spark.ml.attribute.AttributeGroup\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.types._\nimport org.apache.spark.{SparkContext, ml, mllib}\n\n\/**\n  * Utilities for working with Spark SQL component.\n  *\/\nobject H2OSchemaUtils {\n\n  import ReflectionUtils._\n\n  def createSchema[T <: Frame](f: T, copyMetadata: Boolean): StructType = {\n    val types = new Array[StructField](f.numCols())\n    val vecs = f.vecs()\n    val names = f.names()\n    for (i <- 0 until f.numCols()) {\n      val vec = vecs(i)\n      types(i) = if (copyMetadata) {\n        var metadata = (new MetadataBuilder).\n          putLong(\"count\", vec.length()).\n          putLong(\"naCnt\", vec.naCnt())\n\n        if (vec.isCategorical) {\n          metadata = metadata.putStringArray(\"vals\", vec.domain()).\n            putLong(\"cardinality\", vec.cardinality().toLong)\n        } else if (vec.isNumeric) {\n          metadata = metadata.\n            putDouble(\"min\", vec.min()).\n            putDouble(\"mean\", vec.mean()).\n            putDoubleArray(\"percentiles\", vec.pctiles()).\n            putDouble(\"max\", vec.max()).\n            putDouble(\"std\", vec.sigma()).\n            putDouble(\"sparsity\", vec.nzCnt() \/ vec.length().toDouble)\n        }\n        StructField(\n          names(i), \/\/ Name of column\n          dataTypeFor(vec), \/\/ Catalyst type of column\n          vec.naCnt() > 0,\n          metadata.build())\n      } else {\n        StructField(\n          names(i), \/\/ Name of column\n          dataTypeFor(vec), \/\/ Catalyst type of column\n          vec.naCnt() > 0)\n      }\n    }\n    StructType(types)\n  }\n\n  def flattenSchemaToCol(schema: StructType, prefix: String = null): Array[Column] = {\n    import org.apache.spark.sql.functions.col\n\n    schema.fields.flatMap { f =>\n      val colName = if (prefix == null) f.name else prefix + \".\" + f.name\n\n      f.dataType match {\n        case st: StructType => flattenSchemaToCol(st, colName)\n        case _ => Array[Column](col(colName))\n      }\n    }\n  }\n\n  def flattenSchema(schema: StructType, prefix: String = null, nullable: Boolean = false): StructType = {\n\n    val flattened = schema.fields.flatMap { f =>\n      val colName = if (prefix == null) f.name else prefix + \".\" + f.name\n\n      f.dataType match {\n        case st: StructType => flattenSchema(st, colName, nullable || f.nullable)\n        case _ => Array[StructField](StructField(colName, f.dataType, nullable || f.nullable))\n      }\n    }\n    StructType(flattened)\n  }\n\n\n  private def renamedColsWithoutDots(schema: StructType, substPattern: String): StructType = {\n    val renamed = schema.fields.map{ f =>\n      val newName = f.name.replaceAllLiterally(\".\", substPattern)\n      f.dataType match {\n        case st: StructType => StructField(newName , renamedColsWithoutDots(st, substPattern), f.nullable, f.metadata)\n        case _ => StructField(newName, f.dataType, f.nullable, f.metadata)\n      }\n    }\n\n    StructType(renamed)\n  }\n\n  def renamedDFWithoutDots(df: DataFrame, substPattern: String): DataFrame = {\n    df.sparkSession.createDataFrame(df.rdd, renamedColsWithoutDots(df.schema, substPattern))\n  }\n\n  def flattenDataFrame(df: DataFrame): DataFrame = {\n    import org.apache.spark.sql.functions.col\n    val flattenSchema = flattenSchemaToCol(df.schema)\n    \/\/ this is needed so the flattened data frame has hiearchical names\n    val renamedCols = flattenSchema.map(name => col(name.toString()).as(name.toString()))\n    df.select(renamedCols: _*)\n  }\n\n  \/** Returns expanded schema\n    *  - schema is represented as list of types\n    *  - all arrays are expanded into columns based on the longest one\n    *  - all vectors are expanded into columns based on the longest one\n    *\n    * @param sc         Spark context\n    * @param flatSchema flat schema of spark data frame\n    * @return list of types with their positions\n    *\/\n  def expandedSchema(sc: SparkContext, flatSchema: StructType, elemMaxSizes: Array[Int]): Seq[StructField] = {\n\n    val expandedSchema = flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case ArrayType(arrType, nullable) =>\n          (0 until elemMaxSizes(idx)).map { arrIdx =>\n            StructField(field.name + arrIdx.toString, arrType, nullable)\n          }\n        case BinaryType =>\n          (0 until elemMaxSizes(idx)).map { arrIdx =>\n            StructField(field.name + arrIdx, ByteType, nullable = false)\n          }\n        case t if t.isInstanceOf[UserDefinedType[_]] =>\n          \/\/ t.isInstanceOf[UserDefinedType[mllib.linalg.Vector]]\n          (0 until elemMaxSizes(idx)).map { arrIdx =>\n            StructField(field.name + arrIdx.toString, DoubleType, nullable = true)\n          }\n        case _ => Seq(field)\n      }\n    }\n    expandedSchema\n  }\n\n  def expandWithoutVectors(sc: SparkContext, flatSchema: StructType, elemMaxSizes: Array[Int]): Seq[StructField] = {\n    val expandedSchema = flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case ArrayType(arrType, nullable) =>\n          (0 until elemMaxSizes(idx)).map { arrIdx =>\n            StructField(field.name + arrIdx.toString, arrType, nullable)\n          }\n        case BinaryType =>\n          (0 until elemMaxSizes(idx)).map { arrIdx =>\n            StructField(field.name + arrIdx.toString, ByteType, nullable = false)\n          }\n        case _ => Seq(field)\n      }\n    }\n    expandedSchema\n  }\n\n  \/**\n    * Mapping from row in Spark frame to position where to start filling in H2OFrame\n    *\/\n\n  def collectElemStartPositions(maxElemSizes: Array[Int]): Array[Int] = {\n    \/\/ empty array filled with zeros\n    val startPositions = Array.ofDim[Int](maxElemSizes.length)\n    startPositions(0) = 0\n\n    (1 until maxElemSizes.length).foreach { idx =>\n      startPositions(idx) = startPositions(idx - 1) + maxElemSizes(idx - 1)\n    }\n    startPositions\n  }\n\n  \/**\n    * Collect max size of each element in DataFrame.\n    * For array -> max array size\n    * For vectors -> max vector size\n    * For simple types -> 1\n    *\n    * @return array containing size of each element\n    *\/\n  def collectMaxElementSizes(sc: SparkContext, flatDataFrame: DataFrame): Array[Int] = {\n    val arrayIndices = collectArrayLikeTypes(flatDataFrame.schema)\n    val vectorIndices = collectVectorLikeTypes(flatDataFrame.schema)\n    val simpleIndices = collectSimpleLikeTypes(flatDataFrame.schema)\n    val collectionIndices = arrayIndices ++ vectorIndices\n\n    val attributesNum = (field: StructField) => {\n      if (!field.dataType.isInstanceOf[ml.linalg.VectorUDT]) {\n        None\n      }\n      else if (AttributeGroup.fromStructField(field).size != -1) {\n        Some(AttributeGroup.fromStructField(field).size)\n      }\n      else {\n        None\n      }\n    }\n\n\n    val sizeFromMetadata = collectionIndices.map(idx => attributesNum(flatDataFrame.schema.fields(idx)))\n    val maxCollectionSizes = if (sizeFromMetadata.forall(_.isDefined)) {\n      sizeFromMetadata.map(_.get).toArray\n    } else {\n      flatDataFrame.rdd.map { row =>\n        collectionIndices.map { idx => getCollectionSize(row, idx) }\n      }.reduce((a, b) => a.indices.map(i => if (a(i) > b(i)) a(i) else b(i))).toArray\n    }\n\n    val collectionIdxToSize = collectionIndices.zip(maxCollectionSizes).toMap\n    val simpleTypeIdxToSize = simpleIndices.zip(Array.fill(simpleIndices.length)(1)).toMap\n    val elemTypeIdxToSize = collectionIdxToSize ++ simpleTypeIdxToSize\n    val elemSizeArray = elemTypeIdxToSize.toSeq.sortBy(_._1).map(_._2)\n\n    elemSizeArray.toArray\n  }\n\n\n  def collectStringIndices(flatSchema: StructType): Seq[Int] = {\n    flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case StringType => Option(idx)\n        case _ => None\n      }\n    }\n  }\n\n  def collectArrayLikeTypes(flatSchema: StructType): Seq[Int] = {\n    flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case ArrayType(_, _) => Option(idx)\n        case BinaryType => Option(idx)\n        case _ => None\n      }\n    }\n  }\n\n  def collectVectorLikeTypes(flatSchema: StructType): Seq[Int] = {\n    flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case _: UserDefinedType[_ \/*mllib.linalg.Vector*\/ ] => Option(idx)\n        case _ => None\n      }\n    }\n  }\n\n  private def collectSimpleLikeTypes(flatSchema: StructType): Seq[Int] = {\n    flatSchema.fields.zipWithIndex.flatMap { case (field, idx) =>\n      field.dataType match {\n        case BooleanType => Option(idx)\n        case ByteType => Option(idx)\n        case ShortType => Option(idx)\n        case IntegerType => Option(idx)\n        case LongType => Option(idx)\n        case FloatType => Option(idx)\n        case _: DecimalType => Option(idx)\n        case DoubleType => Option(idx)\n        case StringType => Option(idx)\n        case TimestampType => Option(idx)\n        case DateType => Option(idx)\n        case _ => None\n      }\n    }\n  }\n\n\n  \/**\n    * Get size of Array or Vector type. Already expects flat DataFrame\n    *\n    * @param row current row\n    * @param idx index of the element\n    *\/\n  private def getCollectionSize(row: Row, idx: Int): Int = {\n    if (row.isNullAt(idx)) {\n      return 0\n    }\n\n    val elemType = row.schema.fields(idx)\n    elemType.dataType match {\n      case ArrayType(_, _) => row.getAs[Seq[_]](idx).length\n      case BinaryType => row.getAs[Array[Byte]](idx).length\n      \/\/ it is user defined type - currently, only vectors are supported\n      case _ =>\n        val value = row.get(idx)\n        value match {\n          case _: mllib.linalg.Vector =>\n            row.getAs[mllib.linalg.Vector](idx).size\n          case _: ml.linalg.Vector =>\n            row.getAs[ml.linalg.Vector](idx).size\n          case _ =>\n            throw new UnsupportedOperationException(s\"User defined type is not supported: ${value.getClass}\")\n        }\n    }\n  }\n\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"ml\/src\/main\/scala\/org\/apache\/spark\/ml\/h2o\/algos\/H2ODeepLearning.scala","text":"<gh_stars>0\n\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.ml.h2o.algos\n\nimport hex.deeplearning.DeepLearning\nimport hex.deeplearning.DeepLearningModel.DeepLearningParameters\nimport hex.schemas.DeepLearningV3.DeepLearningParametersV3\nimport org.apache.spark.annotation.Since\nimport org.apache.spark.h2o.H2OContext\nimport org.apache.spark.ml.h2o.models.H2OMOJOModel\nimport org.apache.spark.ml.h2o.param.H2OAlgoParams\nimport org.apache.spark.ml.util._\nimport org.apache.spark.sql.SQLContext\nimport water.support.ModelSerializationSupport\n\n\n\/**\n  * H2O Deep learning algorithm exposed via Spark ML pipelines.\n  *\n  * TODO: There are still bunch of parameters defined DeepLearningParameters which need to be ported here\n  *\/\nclass H2ODeepLearning(parameters: Option[DeepLearningParameters], override val uid: String)\n                     (implicit h2oContext: H2OContext, sqlContext: SQLContext)\n                      extends H2OAlgorithm[DeepLearningParameters, H2OMOJOModel](parameters)\n                      with H2ODeepLearningParams {\n\n  def this()(implicit h2oContext: H2OContext, sqlContext: SQLContext) = this(None, Identifiable.randomUID(\"dl\"))\n\n  def this(uid: String, hc: H2OContext, sqlContext: SQLContext) = this(None, uid)(hc, sqlContext)\n\n  def this(parameters: DeepLearningParameters)(implicit h2oContext: H2OContext, sqlContext: SQLContext) = this(Option(parameters), Identifiable.randomUID(\"dl\"))\n\n  def this(parameters: DeepLearningParameters, uid: String)(implicit h2oContext: H2OContext, sqlContext: SQLContext) = this(Option(parameters), uid)\n\n  override def defaultFileName: String = H2ODeepLearning.defaultFileName\n\n  override def trainModel(params: DeepLearningParameters): H2OMOJOModel = {\n    val model = new DeepLearning(params).trainModel().get()\n    new H2OMOJOModel(ModelSerializationSupport.getMojoData(model))\n  }\n\n}\n\nobject H2ODeepLearning extends MLReadable[H2ODeepLearning] {\n\n  private final val defaultFileName = \"dl_params\"\n\n  @Since(\"1.6.0\")\n  override def read: MLReader[H2ODeepLearning] = new H2OAlgorithmReader[H2ODeepLearning, DeepLearningParameters](defaultFileName)\n\n  @Since(\"1.6.0\")\n  override def load(path: String): H2ODeepLearning = super.load(path)\n}\n\n\/**\n  * Parameters here can be set as normal and are duplicated to DeepLearningParameters H2O object\n  *\/\ntrait H2ODeepLearningParams extends H2OAlgoParams[DeepLearningParameters] {\n\n  type H2O_SCHEMA = DeepLearningParametersV3\n\n  protected def paramTag = reflect.classTag[DeepLearningParameters]\n\n  protected def schemaTag = reflect.classTag[H2O_SCHEMA]\n\n  \/\/\n  \/\/ Param definitions\n  \/\/\n  private final val epochs = doubleParam(\"epochs\")\n  private final val l1 = doubleParam(\"l1\")\n  private final val l2 = doubleParam(\"l2\")\n  private final val hidden = intArrayParam(\"hidden\")\n\n  \/\/\n  \/\/ Default values\n  \/\/\n  setDefault(\n    epochs -> parameters._epochs,\n    l1 -> parameters._l1,\n    l2 -> parameters._l2,\n    hidden -> parameters._hidden)\n\n  \/\/\n  \/\/ Getters\n  \/\/\n  \/** @group getParam *\/\n  def getEpochs() = $(epochs)\n  \/** @group getParam *\/\n  def getL1() = $(l1)\n  \/** @group getParam *\/\n  def getL2() = $(l2)\n  \/** @group getParam *\/\n  def getHidden() = $(hidden)\n\n  \/\/\n  \/\/ Setters\n  \/\/\n  \/** @group setParam *\/\n  def setEpochs(value: Double): this.type = set(epochs, value)\n  \/** @group setParam *\/\n  def setL1(value: Double): this.type = set(l1, value)\n  \/** @group setParam *\/\n  def setL2(value: Double): this.type = set(l2, value)\n  \/** @group setParam *\/\n  def setHidden(value: Array[Int]): this.type = set(hidden, value)\n\n\n  def updateParams(): Unit ={\n    parameters._epochs = $(epochs)\n    parameters._l1 = $(l1)\n    parameters._l2 = $(l2)\n    parameters._hidden = $(hidden)\n  }\n\n\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/main\/scala\/org\/apache\/spark\/h2o\/ui\/SparklingWaterListener.scala","text":"<filename>core\/src\/main\/scala\/org\/apache\/spark\/h2o\/ui\/SparklingWaterListener.scala\n\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.h2o.ui\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.internal.Logging\nimport org.apache.spark.scheduler._\nimport org.apache.spark.ui.SparkUI\n\n\/**\n  * H2OContext is started\n  *\/\ncase class SparkListenerH2OStart(h2oCloudInfo: H2OCloudInfo,\n                                 h2oBuildInfo: H2OBuildInfo,\n                                 swProperties: Array[(String, String)]) extends SparkListenerEvent\n\n\n\/**\n  * Update of H2O status at run-time\n  *\/\ncase class SparkListenerH2ORuntimeUpdate(cloudHealthy: Boolean, timeInMillis: Long)\n  extends SparkListenerEvent\n\n\/**\n  * Required at the history server in order to create the [[SparklingWaterHistoryListener]]\n  *\/\nclass SparklingWaterHistoryListenerFactory extends SparkHistoryListenerFactory {\n\n  override def createListeners(conf: SparkConf, sparkUI: SparkUI): Seq[SparkListener] = {\n    List(new SparklingWaterHistoryListener(conf, sparkUI))\n  }\n}\n\n\/**\n  * Listener processing related sparkling water spark events\n  *\/\nclass SparklingWaterListener(conf: SparkConf) extends SparkListener with Logging {\n  var uiReady = false\n  var h2oCloudInfo: Option[H2OCloudInfo] = None\n  var h2oBuildInfo: Option[H2OBuildInfo] = None\n  var swProperties: Option[Array[(String, String)]] = None\n  var cloudHealthy = true\n  var lastTimeHeadFromH2O: Long = 0\n  override def onOtherEvent(event: SparkListenerEvent): Unit = event match {\n    case SparkListenerH2OStart(h2oCloudInfo, h2oBuildInfo, swProperties) => {\n      this.h2oCloudInfo = Some(h2oCloudInfo)\n      this.h2oBuildInfo = Some(h2oBuildInfo)\n      this.swProperties = Some(swProperties)\n      cloudHealthy = h2oCloudInfo.cloudHealthy\n      lastTimeHeadFromH2O = h2oCloudInfo.h2oStartTime\n      uiReady = true\n    }\n    case SparkListenerH2ORuntimeUpdate(cloudHealthy, timeInMillis) => {\n      this.cloudHealthy = cloudHealthy\n      this.lastTimeHeadFromH2O = timeInMillis\n  }\n    case _ => \/\/ Ignore\n  }\n\n}\n\n\n\/**\n  * A [[SparklingWaterListener]] for rendering the Sparkling Water UI in the history server.\n  *\/\nclass SparklingWaterHistoryListener(conf: SparkConf, sparkUI: SparkUI)\n  extends SparklingWaterListener(conf) {\n\n  private var sparklingWaterTabAttached = false\n\n\n  override def onExecutorMetricsUpdate(u: SparkListenerExecutorMetricsUpdate): Unit = {\n    \/\/ Do nothing; these events are not logged\n  }\n\n  override def onOtherEvent(event: SparkListenerEvent): Unit = event match {\n    case _: SparkListenerH2OStart =>\n      if (!sparklingWaterTabAttached) {\n        new SparklingWaterUITab(this, sparkUI)\n        sparklingWaterTabAttached = true\n      }\n      super.onOtherEvent(event)\n    case _ => super.onOtherEvent(event)\n  }\n}\n\n\ncase class H2OCloudInfo(\n                          localClientIpPort: String,\n                          cloudHealthy: Boolean,\n                          cloudSecured: Boolean,\n                          cloudNodes: Array[String],\n                          extraBackendInfo: Seq[(String, String)],\n                          h2oStartTime: Long)\n\ncase class H2OBuildInfo(\n                         h2oBuildVersion: String,\n                         h2oGitBranch: String,\n                         h2oGitSha: String,\n                         h2oGitDescribe: String,\n                         h2oBuildBy: String,\n                         h2oBuildOn: String\n                       )\n"}
{"repo_name":"miuma2\/sparkling-water","path":"ml\/src\/main\/scala\/org\/apache\/spark\/ml\/h2o\/param\/H2OAlgoParams.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\npackage org.apache.spark.ml.h2o.param\n\nimport hex.Model.Parameters\nimport hex.genmodel.utils.DistributionFamily\nimport org.apache.spark.ml.param.{Param, ParamPair, Params}\nimport org.json4s.jackson.JsonMethods.{compact, parse, render}\nimport org.json4s.{JNull, JString, JValue}\n\n\/**\n  * A trait extracting a shared parameters among all models.\n  *\n  * TODO: There are still bunch of parameters defined Model.ModelParameters which need to be ported here\n  *\/\ntrait H2OAlgoParams[P <: Parameters] extends H2OAlgoParamsHelper[P] {\n\n  \/\/\n  \/\/ Param definitions\n  \/\/\n  final val ratio = doubleParam(\n    \"ratio\",\n    \"Determines in which ratios split the dataset\")\n\n  final val predictionCol = stringParam(\n    \"predictionCol\",\n    \"Prediction column name\")\n\n  final val featuresCols = stringArrayParam(\n    \"featuresCols\",\n    \"Name of feature columns\")\n\n  final val allStringColumnsToCategorical = booleanParam(\n    \"allStringColumnsToCategorical\",\n    \"Transform all strings columns to categorical\")\n\n  final val nfolds = intParam(\"nfolds\")\n  final val keepCrossValidationPredictions = booleanParam(\"keepCrossValidationPredictions\")\n  final val keepCrossValidationFoldAssignment = booleanParam(\"keepCrossValidationFoldAssignment\")\n  final val parallelizeCrossValidation = booleanParam(\"parallelizeCrossValidation\")\n  final val seed = longParam(\"seed\")\n  final val distribution = H2ODistributionParam(\"distribution\")\n\n  \/\/\n  \/\/ Default values\n  \/\/\n  setDefault(\n    ratio -> 1.0, \/\/ 1.0 means use whole frame as training frame\n    predictionCol -> \"prediction\",\n    featuresCols -> Array.empty[String],\n    nfolds -> parameters._nfolds,\n    allStringColumnsToCategorical -> true,\n    keepCrossValidationPredictions -> parameters._keep_cross_validation_predictions,\n    keepCrossValidationFoldAssignment -> parameters._keep_cross_validation_fold_assignment,\n    parallelizeCrossValidation -> parameters._parallelize_cross_validation,\n    seed -> parameters._seed,\n    distribution -> parameters._distribution\n  )\n\n  \/\/\n  \/\/ Getters\n  \/\/\n  \/** @group getParam *\/\n  def getTrainRatio() = $(ratio)\n\n  \/** @group getParam *\/\n  def getPredictionsCol() = $(predictionCol)\n\n  \/** @group getParam *\/\n  def getFeaturesCols() = $(featuresCols)\n\n  \/** @group getParam *\/\n  def getAllStringColumnsToCategorical() = $(allStringColumnsToCategorical)\n\n  \/** @group getParam *\/\n  def getNfolds() = $(nfolds)\n\n  \/** @group getParam *\/\n  def getKeepCrossValidationPredictions() = $(keepCrossValidationPredictions)\n\n  \/** @group getParam *\/\n  def getKeepCrossValidationFoldAssignment() = $(keepCrossValidationFoldAssignment)\n\n  \/** @group getParam *\/\n  def getParallelizeCrossValidation() = $(parallelizeCrossValidation)\n\n  \/** @group getParam *\/\n  def getSeed() = $(seed)\n\n  \/** @group getParam *\/\n  def getDistribution() = $(distribution)\n\n  \/\/\n  \/\/ Setters\n  \/\/\n  \/** @group setParam *\/\n  def setTrainRatio(value: Double): this.type = set(ratio, value)\n\n  \/** @group setParam *\/\n  def setPredictionsCol(value: String): this.type = set(predictionCol, value)\n\n  \/** @group setParam *\/\n  def setFeaturesCols(first: String, others: String*): this.type = set(featuresCols, Array(first) ++ others)\n\n  \/** @group setParam *\/\n  def setFeaturesCols(cols: Array[String]): this.type = {\n    if (cols.length == 0) {\n      throw new IllegalArgumentException(\"Array with feature columns must contain at least one column.\")\n    }\n    set(featuresCols, cols)\n  }\n\n  \/** @group setParam *\/\n  def setFeaturesCol(first: String): this.type = setFeaturesCols(first)\n\n  \/** @group setParam *\/\n  def setAllStringColumnsToCategorical(transform: Boolean): this.type = set(allStringColumnsToCategorical, transform)\n\n  \/** @group setParam *\/\n  def setNfolds(value: Int): this.type = set(nfolds, value)\n\n  \/** @group setParam *\/\n  def setKeepCrossValidationPredictions(value: Boolean): this.type = set(keepCrossValidationPredictions, value)\n\n  \/** @group setParam *\/\n  def setKeepCrossValidationFoldAssignment(value: Boolean): this.type = set(keepCrossValidationFoldAssignment, value)\n\n  \/** @group setParam *\/\n  def setParallelizeCrossValidation(value: Boolean): this.type = set(parallelizeCrossValidation, value)\n\n  \/** @group setParam *\/\n  def setSeed(value: Long): this.type = set(seed, value)\n\n  \/** @group setParam *\/\n  def setDistribution(value: DistributionFamily): this.type = set(distribution, value)\n\n  def H2ODistributionParam(name: String): H2ODistributionParam = {\n    new H2ODistributionParam(this, name, getDoc(None, name))\n  }\n\n  \/** Update H2O params based on provided parameters to Spark Transformer\/Estimator *\/\n  protected def updateH2OParams(): Unit = {\n    parameters._response_column = $(predictionCol)\n    parameters._nfolds = $(nfolds)\n    parameters._keep_cross_validation_predictions = $(keepCrossValidationPredictions)\n    parameters._keep_cross_validation_fold_assignment = $(keepCrossValidationFoldAssignment)\n    parameters._parallelize_cross_validation = $(parallelizeCrossValidation)\n    parameters._seed = $(seed)\n    parameters._distribution = $(distribution)\n  }\n}\n\nclass H2ODistributionParam private(parent: Params, name: String, doc: String, isValid: DistributionFamily => Boolean)\n  extends Param[DistributionFamily](parent, name, doc, isValid) {\n\n  def this(parent: Params, name: String, doc: String) = this(parent, name, doc, _ => true)\n\n  \/** Creates a param pair with the given value (for Java). *\/\n  override def w(value: DistributionFamily): ParamPair[DistributionFamily] = super.w(value)\n\n  override def jsonEncode(value: DistributionFamily): String = {\n    val encoded: JValue = if (value == null) {\n      JNull\n    } else {\n      JString(value.toString)\n    }\n    compact(render(encoded))\n  }\n\n  override def jsonDecode(json: String): DistributionFamily = {\n    val parsed = parse(json)\n    parsed match {\n      case JString(x) =>\n        DistributionFamily.valueOf(x)\n      case JNull =>\n        null\n      case _ =>\n        throw new IllegalArgumentException(s\"Cannot decode $parsed to DistributionFamily.\")\n    }\n\n  }\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/main\/scala\/org\/apache\/spark\/h2o\/backends\/SharedBackendConf.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.h2o.backends\n\nimport org.apache.spark.h2o.H2OConf\n\n\/**\n  * Shared configuration independent on used backend\n  *\/\ntrait SharedBackendConf {\n  self: H2OConf =>\n\n  import SharedBackendConf._\n\n  \/** Getters *\/\n\n  \/** Generic parameters *\/\n  def backendClusterMode = sparkConf.get(PROP_BACKEND_CLUSTER_MODE._1, PROP_BACKEND_CLUSTER_MODE._2)\n  def cloudName = sparkConf.getOption(PROP_CLOUD_NAME._1)\n  def nthreads = sparkConf.getInt(PROP_NTHREADS._1, PROP_NTHREADS._2)\n  def disableGA = sparkConf.getBoolean(PROP_DISABLE_GA._1, PROP_DISABLE_GA._2)\n  def isH2OReplEnabled = sparkConf.getBoolean(PROP_REPL_ENABLED._1, PROP_REPL_ENABLED._2)\n  def scalaIntDefaultNum = sparkConf.getInt(PROP_SCALA_INT_DEFAULT_NUM._1, PROP_SCALA_INT_DEFAULT_NUM._2)\n  def isClusterTopologyListenerEnabled = sparkConf.getBoolean(PROP_CLUSTER_TOPOLOGY_LISTENER_ENABLED._1, PROP_CLUSTER_TOPOLOGY_LISTENER_ENABLED._2)\n  def isSparkVersionCheckEnabled = sparkConf.getBoolean(PROP_SPARK_VERSION_CHECK_ENABLED._1, PROP_SPARK_VERSION_CHECK_ENABLED._2)\n  def isFailOnUnsupportedSparkParamEnabled = sparkConf.getBoolean(PROP_FAIL_ON_UNSUPPORTED_SPARK_PARAM._1, PROP_FAIL_ON_UNSUPPORTED_SPARK_PARAM._2)\n  def jks = sparkConf.getOption(PROP_JKS._1)\n  def jksPass = sparkConf.getOption(PROP_JKS_PASS._1)\n  def hashLogin = sparkConf.getBoolean(PROP_HASH_LOGIN._1, PROP_HASH_LOGIN._2)\n  def ldapLogin = sparkConf.getBoolean(PROP_LDAP_LOGIN._1, PROP_LDAP_LOGIN._2)\n  def kerberosLogin = sparkConf.getBoolean(PROP_KERBEROS_LOGIN._1, PROP_KERBEROS_LOGIN._2)\n  def loginConf = sparkConf.getOption(PROP_LOGIN_CONF._1)\n  def userName = sparkConf.getOption(PROP_USER_NAME._1)\n  def sslConf = sparkConf.getOption(PROP_SSL_CONF._1)\n  def h2oNodeLogLevel = sparkConf.get(PROP_NODE_LOG_LEVEL._1, PROP_NODE_LOG_LEVEL._2)\n  def h2oNodeLogDir  = sparkConf.getOption(PROP_NODE_LOG_DIR._1)\n  def uiUpdateInterval = sparkConf.getInt(PROP_UI_UPDATE_INTERVAL._1, PROP_UI_UPDATE_INTERVAL._2)\n  def cloudTimeout = sparkConf.getInt(PROP_CLOUD_TIMEOUT._1, PROP_CLOUD_TIMEOUT._2)\n  def h2oNodeWebEnabled = sparkConf.getBoolean(PROP_NODE_ENABLE_WEB._1, PROP_NODE_ENABLE_WEB._2)\n\n\n  \/** H2O Client parameters *\/\n  def flowDir = sparkConf.getOption(PROP_FLOW_DIR._1)\n  def clientIp      = sparkConf.getOption(PROP_CLIENT_IP._1)\n  def clientIcedDir = sparkConf.getOption(PROP_CLIENT_ICED_DIR._1)\n  def h2oClientLogLevel = sparkConf.get(PROP_CLIENT_LOG_LEVEL._1, PROP_CLIENT_LOG_LEVEL._2)\n  def h2oClientLogDir = sparkConf.getOption(PROP_CLIENT_LOG_DIR._1)\n  def clientBasePort = sparkConf.getInt(PROP_CLIENT_PORT_BASE._1, PROP_CLIENT_PORT_BASE._2)\n  def clientWebPort = sparkConf.getInt(PROP_CLIENT_WEB_PORT._1, PROP_CLIENT_WEB_PORT._2)\n  def clientVerboseOutput = sparkConf.getBoolean(PROP_CLIENT_VERBOSE._1, PROP_CLIENT_VERBOSE._2)\n  def clientNetworkMask = sparkConf.getOption(PROP_CLIENT_NETWORK_MASK._1)\n\n  def runsInExternalClusterMode: Boolean = backendClusterMode.toLowerCase() == \"external\"\n  def runsInInternalClusterMode: Boolean = !runsInExternalClusterMode\n\n  \/** Setters *\/\n\n  \/** Generic parameters *\/\n  def setInternalClusterMode() = {\n    if (runsInExternalClusterMode){\n      logWarning(\"Using internal cluster mode!\")\n    }\n    setBackendClusterMode(\"internal\")\n  }\n\n  def setExternalClusterMode() = {\n    if (runsInInternalClusterMode){\n      logWarning(\"Using external cluster mode!\")\n    }\n    setBackendClusterMode(\"external\")\n  }\n\n  def setCloudName(cloudName: String) = set(PROP_CLOUD_NAME._1, cloudName)\n  def setNthreads(numThreads: Int) = set(PROP_NTHREADS._1, nthreads.toString)\n\n  def setGAEnabled() = set(PROP_DISABLE_GA._1, true)\n  def setGADisabled() = set(PROP_DISABLE_GA._1, false)\n\n  def setReplEnabled() = set(PROP_REPL_ENABLED._1, true)\n  def setReplDisabled() = set(PROP_REPL_ENABLED._1, false)\n\n  def setDefaultNumReplSessions(numSessions: Int) = set(PROP_SCALA_INT_DEFAULT_NUM._1, numSessions.toString)\n\n  def setClusterTopologyListenerEnabled() = set(PROP_CLUSTER_TOPOLOGY_LISTENER_ENABLED._1, true)\n  def setClusterTopologyListenerDisabled() = set(PROP_CLUSTER_TOPOLOGY_LISTENER_ENABLED._1, false)\n\n  def setSparkVersionCheckEnable() = set(PROP_SPARK_VERSION_CHECK_ENABLED._1, true)\n  def setSparkVersionCheckDisabled() = set(PROP_SPARK_VERSION_CHECK_ENABLED._1, false)\n\n  def setFailOnUnsupportedSparkParamEnabled() = set(PROP_FAIL_ON_UNSUPPORTED_SPARK_PARAM._1, true)\n  def setFailOnUnsupportedSparkParamDisabled() = set(PROP_FAIL_ON_UNSUPPORTED_SPARK_PARAM._1, false)\n\n  def setJks(path: String) = set(PROP_JKS._1, path)\n  def setJksPass(password: String) = set(PROP_JKS_PASS._1, password)\n\n  def setHashLoginEnabled() = set(PROP_HASH_LOGIN._1, true)\n  def setHashLoginDisabled() = set(PROP_HASH_LOGIN._1, false)\n\n  def setLdapLoginEnabled() = set(PROP_LDAP_LOGIN._1, true)\n  def setLdapLoginDisabled() = set(PROP_LDAP_LOGIN._1, false)\n\n  def setKerberosLoginEnabled() = set(PROP_KERBEROS_LOGIN._1, true)\n  def setKerberosLoginDisabled() = set(PROP_KERBEROS_LOGIN._1, false)\n\n  def setLoginConf(file: String) = set(PROP_LOGIN_CONF._1, file)\n  def setUserName(username: String) = set(PROP_USER_NAME._1, username)\n  def setSslConf(path: String) = set(PROP_SSL_CONF._1, path)\n  def setH2ONodeLogLevel(level: String) = set(PROP_NODE_LOG_LEVEL._1, level)\n  def setH2ONodeLogDir(dir: String) = set(PROP_NODE_LOG_DIR._1, dir)\n  def setUiUpdateInterval(interval: Int) = set(PROP_UI_UPDATE_INTERVAL._1, interval.toString)\n  def setCloudTimeout(timeout: Int) = set(PROP_CLOUD_TIMEOUT._1, timeout.toString)\n\n  def setH2ONodeWebEnabled() = set(PROP_NODE_ENABLE_WEB._1, true)\n  def setH2ONodeWebDisabled() = set(PROP_NODE_ENABLE_WEB._1, false)\n\n\n\n  \/** H2O Client parameters *\/\n  def setFlowDir(dir: String) = set(PROP_FLOW_DIR._1, dir)\n  def setClientIp(ip: String) = set(PROP_CLIENT_IP._1, ip)\n  def setClientIcedDir(icedDir: String) = set(PROP_CLIENT_ICED_DIR._1, icedDir)\n  def setH2OClientLogLevel(level: String) = set(PROP_CLIENT_LOG_LEVEL._1, level)\n  def setH2OClientLogDir(dir: String) = set(PROP_CLIENT_LOG_DIR._1, dir)\n  def setClientPortBase(basePort: Int) = set(PROP_CLIENT_PORT_BASE._1, basePort.toString)\n\n  def setClientVerboseEnabled() = set(PROP_CLIENT_VERBOSE._1, true)\n  def setClientVerboseDisabled() = set(PROP_CLIENT_VERBOSE._1, false)\n\n  def setClientNetworkMask(mask: String) = set(PROP_CLIENT_NETWORK_MASK._1, mask)\n\n  private[this] def setBackendClusterMode(backendClusterMode: String) = {\n    set(PROP_BACKEND_CLUSTER_MODE._1, backendClusterMode)\n  }\n}\n\nobject SharedBackendConf {\n\n  \/**\n    * This option can be set either to \"internal\" or \"external\"\n    * When set to \"external\" H2O Context is created by connecting to existing H2O cluster, otherwise it creates\n    * H2O cluster living in Spark - that means that each Spark executor will have one h2o instance running in it.\n    * The internal is not recommended for big clusters and clusters where Spark executors are not stable.\n    *\/\n  val PROP_BACKEND_CLUSTER_MODE = (\"spark.ext.h2o.backend.cluster.mode\", \"internal\")\n\n  \/** Configuration property - name of H2O cloud *\/\n  val PROP_CLOUD_NAME = (\"spark.ext.h2o.cloud.name\", None)\n\n  \/** Limit for number of threads used by H2O, default -1 means unlimited *\/\n  val PROP_NTHREADS = (\"spark.ext.h2o.nthreads\", -1)\n\n  \/** Disable GA tracking *\/\n  val PROP_DISABLE_GA = (\"spark.ext.h2o.disable.ga\", true)\n\n  \/** Enable\/Disable Sparkling-Water REPL **\/\n  val PROP_REPL_ENABLED = (\"spark.ext.h2o.repl.enabled\", true)\n\n  \/** Number of executors started at the start of h2o services, by default 1 *\/\n  val PROP_SCALA_INT_DEFAULT_NUM = (\"spark.ext.scala.int.default.num\", 1)\n\n  \/** Enable\/Disable listener which kills H2O when there is a change in underlying cluster's topology**\/\n  val PROP_CLUSTER_TOPOLOGY_LISTENER_ENABLED = (\"spark.ext.h2o.topology.change.listener.enabled\", true)\n\n  \/** Enable\/Disable check for Spark version. *\/\n  val PROP_SPARK_VERSION_CHECK_ENABLED = (\"spark.ext.h2o.spark.version.check.enabled\", true)\n\n  \/** Enable\/Disable exit on unsupported Spark parameters. *\/\n  val PROP_FAIL_ON_UNSUPPORTED_SPARK_PARAM = (\"spark.ext.h2o.fail.on.unsupported.spark.param\", true)\n\n  \/** Path to Java KeyStore file. *\/\n  val PROP_JKS = (\"spark.ext.h2o.jks\", None)\n\n  \/** Password for Java KeyStore file. *\/\n  val PROP_JKS_PASS = (\"<PASSWORD>\", None)\n\n  \/** Enable hash login. *\/\n  val PROP_HASH_LOGIN = (\"spark.ext.h2o.hash.login\", false)\n\n  \/** Enable LDAP login. *\/\n  val PROP_LDAP_LOGIN = (\"spark.ext.h2o.ldap.login\", false)\n\n  \/** Enable Kerberos login. *\/\n  val PROP_KERBEROS_LOGIN = (\"spark.ext.h2o.kerberos.login\", false)\n\n  \/** Login configuration file. *\/\n  val PROP_LOGIN_CONF = (\"spark.ext.h2o.login.conf\", None)\n\n  \/** Override user name for cluster. *\/\n  val PROP_USER_NAME = (\"spark.ext.h2o.user.name\", None)\n\n  \/** Path to Java KeyStore file. *\/\n  val PROP_SSL_CONF = (\"spark.ext.h2o.internal_security_conf\", None)\n\n  \/** H2O internal log level for launched remote nodes. *\/\n  val PROP_NODE_LOG_LEVEL = (\"spark.ext.h2o.node.log.level\", \"INFO\")\n\n  \/** Location of log directory for remote nodes. *\/\n  val PROP_NODE_LOG_DIR = (\"spark.ext.h2o.node.log.dir\", None)\n\n  \/** Interval for updates of Spark UI in milliseconds *\/\n  val PROP_UI_UPDATE_INTERVAL = (\"spark.ext.h2o.ui.update.interval\", 10000)\n\n  \/** Configuration property - timeout for cloud up. *\/\n  val PROP_CLOUD_TIMEOUT = (\"spark.ext.h2o.cloud.timeout\", 60 * 1000)\n\n  \/** Enable or disable web on h2o worker nodes. It is disabled by default for security reasons. *\/\n  val PROP_NODE_ENABLE_WEB = (\"spark.ext.h2o.node.enable.web\", false)\n\n  \/** Path to flow dir. *\/\n  val PROP_FLOW_DIR = (\"spark.ext.h2o.client.flow.dir\", None)\n\n  \/** IP of H2O client node *\/\n  val PROP_CLIENT_IP = (\"spark.ext.h2o.client.ip\", None)\n\n  \/** Location of iced directory for the driver instance. *\/\n  val PROP_CLIENT_ICED_DIR = (\"spark.ext.h2o.client.iced.dir\", None)\n\n  \/** H2O log level for client running in Spark driver *\/\n  val PROP_CLIENT_LOG_LEVEL = (\"spark.ext.h2o.client.log.level\", \"INFO\")\n\n  \/** Location of log directory for the driver instance. *\/\n  val PROP_CLIENT_LOG_DIR = (\"spark.ext.h2o.client.log.dir\", None)\n\n  \/** Port on which H2O client publishes its API. If already occupied, the next odd port is tried and so on *\/\n  val PROP_CLIENT_PORT_BASE = (\"spark.ext.h2o.client.port.base\", 54321)\n\n  \/** Exact client port to access web UI.\n    * The value `-1` means automatic search for free port starting at `spark.ext.h2o.port.base`. *\/\n  val PROP_CLIENT_WEB_PORT = (\"spark.ext.h2o.client.web.port\", -1)\n\n  \/** Print detailed messages to client stdout *\/\n  val PROP_CLIENT_VERBOSE = (\"spark.ext.h2o.client.verbose\", false)\n\n  \/** Subnet selector for H2O client - if the mask is specified then Spark network setup is not discussed. *\/\n  val PROP_CLIENT_NETWORK_MASK = (\"spark.ext.h2o.client.network.mask\", None)\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"ml\/src\/test\/scala\/org\/apache\/spark\/ml\/spark\/models\/H2OMojoModelTest.scala","text":"\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.ml.spark.models\n\nimport java.io.File\n\nimport hex.genmodel.utils.DistributionFamily\nimport org.apache.spark.SparkContext\nimport org.apache.spark.h2o.H2OFrame\nimport org.apache.spark.h2o.utils.SharedH2OTestContext\nimport org.apache.spark.ml.h2o.algos.H2OGBM\nimport org.apache.spark.ml.h2o.models.H2OMOJOModel\nimport org.apache.spark.sql.DataFrame\nimport org.junit.runner.RunWith\nimport org.scalatest.FunSuite\nimport org.scalatest.junit.JUnitRunner\nimport water.api.TestUtils\n\n@RunWith(classOf[JUnitRunner])\nclass H2OMojoModelTest extends FunSuite with SharedH2OTestContext {\n\n  override def createSparkContext = new SparkContext(\"local[*]\", \"mojo-test-local\", conf = defaultSparkConf)\n\n  test(\"[MOJO] Export and Import - binomial model\") {\n    val (inputDf, model) = binomialModelFixture\n    testModelReload(\"binomial_model_import_export\", inputDf, model)\n  }\n\n  test(\"[MOJO] Export and Import - multinomial model\") {\n    val (inputDf, model) = multinomialModelFixture\n    testModelReload(\"multinomial_model_import_export\", inputDf, model)\n  }\n\n  test(\"[MOJO] Export and Import - regression model\") {\n    val (inputDf, model) = regressionModelFixture\n    testModelReload(\"regression_model_import_export\", inputDf, model)\n  }\n\n  \/\/ @formatter:off\n  test(\"[MOJO] Load from mojo file - binomial model\") {\n    val (inputDf, mojoModel) = savedBinomialModel()\n    val (_, model) = binomialModelFixture()\n    assertEqual(mojoModel, model, inputDf)\n  }\n\n  test(\"[MOJO] Load from mojo file - multinomial model\") {\n    val (inputDf, mojoModel) = savedMultinomialModel()\n    val (_, model) = multinomialModelFixture()\n    assertEqual(mojoModel, model, inputDf)\n  }\n\n  test(\"[MOJO] Load from mojo file - regression model\") {\n    val (inputDf, mojoModel) = savedRegressionModel()\n    val (_, model) = regressionModelFixture()\n    assertEqual(mojoModel, model, inputDf)\n  }\n\n  def testModelReload(name: String, df: DataFrame, model: H2OMOJOModel): Unit = {\n    val predBeforeSave = model.transform(df)\n    val modelFolder = tempFolder(name)\n    model.write.overwrite.save(modelFolder)\n    val reloadedModel  = H2OMOJOModel.load(modelFolder)\n    val predAfterReload = reloadedModel.transform(df)\n    \/\/ Check if predictions are same\n    assertEqual(predBeforeSave, predAfterReload)\n  }\n\n  \/\/ Note: this comparision expects implicit ordering of spark DataFrames which is not ensured!\n  def assertEqual(df1: DataFrame, df2: DataFrame, msg: String = \"DataFrames are not same!\"): Unit = {\n    val l1 = df1.repartition(1).collect()\n    val l2 = df2.repartition(1).collect()\n\n    assert(l1.zip(l2).forall { case (row1, row2) =>\n        row1.equals(row2)\n    }, \"DataFrames are not same!\")\n  }\n\n  def assertEqual(m1: H2OMOJOModel, m2: H2OMOJOModel, df: DataFrame): Unit = {\n    val predMojo = m1.transform(df)\n    val predModel = m2.transform(df)\n\n    assertEqual(predMojo, predModel)\n\n  }\n\n  def tempFolder(prefix: String) = {\n    val path = java.nio.file.Files.createTempDirectory(prefix)\n    path.toFile.deleteOnExit()\n    path.toString\n  }\n\n  lazy val irisDataFrame = {\n    hc.asDataFrame(new H2OFrame(new File(TestUtils.locate(\"smalldata\/iris\/iris_wheader.csv\"))))\n  }\n\n  lazy val prostateDataFrame = {\n    hc.asDataFrame(new H2OFrame(new File(TestUtils.locate(\"smalldata\/prostate\/prostate.csv\"))))\n  }\n\n  def binomialModelFixture() = {\n    val inputDf = prostateDataFrame\n    val gbm = new H2OGBM()(hc, sqlContext)\n        .setNtrees(2)\n        .setSeed(42)\n        .setDistribution(DistributionFamily.bernoulli)\n        .setPredictionsCol(\"capsule\")\n\n    (inputDf, gbm.fit(inputDf))\n  }\n\n  def multinomialModelFixture() = {\n    val inputDf = irisDataFrame\n    val gbm = new H2OGBM()(hc, sqlContext)\n        .setNtrees(2)\n        .setSeed(42)\n        .setDistribution(DistributionFamily.multinomial)\n        .setPredictionsCol(\"class\")\n\n    (inputDf, gbm.fit(inputDf))\n  }\n\n  def regressionModelFixture() = {\n    val inputDf = prostateDataFrame\n    val gbm = new H2OGBM()(hc, sqlContext)\n      .setNtrees(2)\n      .setSeed(42)\n      .setPredictionsCol(\"capsule\")\n\n    (inputDf, gbm.fit(inputDf))\n  }\n\n  def savedBinomialModel() = {\n    val mojo = H2OMOJOModel.createFromMojo(\n      this.getClass.getClassLoader.getResourceAsStream(\"binom_model_prostate.mojo\"),\n      \"binom_model_prostate.mojo\")\n    (prostateDataFrame, mojo)\n  }\n\n  def savedRegressionModel() = {\n    val mojo = H2OMOJOModel.createFromMojo(\n      this.getClass.getClassLoader.getResourceAsStream(\"regre_model_prostate.mojo\"),\n      \"regre_model_prostate.mojo\")\n    (prostateDataFrame, mojo)\n  }\n\n  def savedMultinomialModel() = {\n    val mojo = H2OMOJOModel.createFromMojo(\n      this.getClass.getClassLoader.getResourceAsStream(\"multi_model_iris.mojo\"),\n      \"multi_model_iris.mojo\")\n    (irisDataFrame, mojo)\n  }\n}\n"}
{"repo_name":"miuma2\/sparkling-water","path":"core\/src\/main\/scala\/org\/apache\/spark\/h2o\/converters\/DatasetConverter.scala","text":"<reponame>miuma2\/sparkling-water\n\/*\n* Licensed to the Apache Software Foundation (ASF) under one or more\n* contributor license agreements.  See the NOTICE file distributed with\n* this work for additional information regarding copyright ownership.\n* The ASF licenses this file to You under the Apache License, Version 2.0\n* (the \"License\"); you may not use this file except in compliance with\n* the License.  You may obtain a copy of the License at\n*\n*    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n*\n* Unless required by applicable law or agreed to in writing, software\n* distributed under the License is distributed on an \"AS IS\" BASIS,\n* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n* See the License for the specific language governing permissions and\n* limitations under the License.\n*\/\n\npackage org.apache.spark.h2o.converters\n\n\nimport org.apache.spark.h2o._\nimport org.apache.spark.h2o.utils.CrossScalaUtils\nimport org.apache.spark.internal.Logging\n\nimport scala.language.{implicitConversions, postfixOps}\nimport scala.reflect.runtime.universe._\n\n\nprivate[h2o] object DatasetConverter extends Logging {\n\n  \/** Transform Spark's Dataset into H2O Frame *\/\n  def toH2OFrame[T <: Product](hc: H2OContext, ds: Dataset[T], frameKeyName: Option[String])(implicit ttag: TypeTag[T]) = {\n    val tpe = ttag.tpe\n    val constructorSymbol = CrossScalaUtils.getConstructorSymbol(tpe)\n    val defaultConstructor =\n      if (constructorSymbol.isMethod) constructorSymbol.asMethod\n      else {\n        val ctors = constructorSymbol.asTerm.alternatives\n        ctors.map { _.asMethod }.find { _.isPrimaryConstructor }.get\n      }\n\n    val params: List[(String, Type)] = CrossScalaUtils.getParams(defaultConstructor).flatten map {\n      sym => sym.name.toString -> tpe.member(sym.name).asMethod.returnType\n    }\n\n    val rdd: RDD[Product] = try {\n      ds.rdd.asInstanceOf[RDD[Product]]\n    } catch {\n      case oops: Exception =>\n        oops.printStackTrace()\n        throw oops\n    }\n    val res = try {\n      val prototype = H2OFrameFromRDDProductBuilder(hc, rdd, frameKeyName)\n      prototype.withFields(params)\n    } catch {\n      case oops: Exception =>\n        oops.printStackTrace()\n        throw oops\n    }\n    res\n  }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/heartbeat\/Heartbeat.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.heartbeat\n\nimport java.util.{Map => JMap}\n\nimport scala.collection.JavaConversions._\n\nimport com.codahale.metrics.{Counter, Metric, MetricRegistry, MetricSet}\nimport com.google.inject.Inject\n\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.{ClusterConfig, HeartbeatLog}\nimport org.midonet.minion.MinionService.TargetNode\nimport org.midonet.minion.{Context, MinionService, ScheduledMinion}\nimport org.midonet.util.functors.makeRunnable\n\n\/** A sample Minion that executes a periodic heartbeat on a period determined by\n  * configuration.  Mostly provided as an example.\n  *\/\n@MinionService(name = \"heartbeat\", runsOn = TargetNode.CLUSTER)\nclass Heartbeat @Inject()(nodeContext: Context,\n                          config: ClusterConfig, metrics: MetricRegistry)\n    extends ScheduledMinion(nodeContext, config.heartbeat) {\n\n    protected override val log = LoggerFactory.getLogger(HeartbeatLog)\n    private val counter = new Counter()\n\n    protected override val runnable = makeRunnable(beat())\n\n    private val metricSet = new MetricSet {\n        val metrics = Map[String, Metric](\"beats\" -> counter)\n        override def getMetrics: JMap[String, Metric] = metrics\n    }\n\n    override def isEnabled = config.heartbeat.isEnabled\n\n    override def doStart(): Unit = {\n        metrics.register(\"heartbeat\", metricSet)\n        super.doStart()\n    }\n\n    private def beat(): Unit = {\n        log.info(\"Beat\")\n        counter.inc()\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/topology\/VirtualTopology.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.topology\n\nimport java.util.UUID\nimport java.util.concurrent.atomic.AtomicLong\nimport java.util.concurrent.{ConcurrentHashMap, ExecutorService, TimeUnit}\n\nimport scala.collection.mutable\nimport scala.concurrent.Future\nimport scala.util.control.NonFatal\n\nimport com.codahale.metrics.MetricRegistry\nimport com.google.common.annotations.VisibleForTesting\nimport com.google.common.util.concurrent.AbstractService\n\nimport rx.Observable\nimport rx.Observable.OnSubscribe\nimport rx.schedulers.Schedulers\nimport rx.subjects.Subject\n\nimport org.midonet.cluster.data.storage.cached.{StorageWrapper, TopologyCacheClientDiscovery}\nimport org.midonet.cluster.data.storage.{StateStorage, StateTableStorage, Storage}\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.discovery.{MidonetDiscoverySelector, MidonetServiceURI}\nimport org.midonet.cluster.topology.snapshot.{TopologySnapshot, TopologySnapshotDeserializer}\nimport org.midonet.midolman.SimulationBackChannel.BackChannelMessage\nimport org.midonet.midolman.config.MidolmanConfig\nimport org.midonet.midolman.logging.MidolmanLogging\nimport org.midonet.midolman.logging.rule.RuleLogEventChannel\nimport org.midonet.midolman.monitoring.metrics.VirtualTopologyMetrics\nimport org.midonet.midolman.simulation._\nimport org.midonet.midolman.topology.devices._\nimport org.midonet.midolman.{CallbackRegistry, NotYetException, SimulationBackChannel}\nimport org.midonet.sdn.flows.FlowTagger.FlowTag\nimport org.midonet.util.functors._\nimport org.midonet.util.reactivex._\nimport org.midonet.util.{DefaultRetriable, ImmediateRetriable}\n\n\/**\n * This is a companion object of the [[VirtualTopology]] class, allowing the\n * callers to query the topology using a static method call. The agent should\n * create a single instance of the class, with references to the cluster\/storage\n * and the agent actor system.\n *\/\nobject VirtualTopology {\n    trait Device\n\n    trait VirtualDevice extends Device {\n        def deviceTag: FlowTag\n    }\n\n    case class DeviceFactory(clazz: Class[_], builder: UUID => OnSubscribe[_])\n\n    case class Key(clazz: Class[_], id: UUID)\n\n    private[topology] var self: VirtualTopology = null\n\n    @throws[NotYetException]\n    @throws[Exception]\n    def tryGet[D <: Device](clazz: Class[D], id: UUID): D =\n        self.tryGet(clazz, id)\n\n    \/**\n     * Gets the virtual device with the specified identifier.\n     * @return A future for the topology device. If the topology device is\n     *         available in the local cache, the future completes synchronously.\n     *\/\n    def get[D <: Device](clazz: Class[D], id: UUID): Future[D] = {\n        self.get(clazz, id)\n    }\n\n    \/**\n     * Returns an observable for the virtual device with the specified\n     * identifier. Upon subscription to this observable, which may complete\n     * asynchronously, the subscriber will receive updates with the current\n     * state of the device.\n     *\/\n    def observable[D <: Device](clazz: Class[D], id: UUID): Observable[D] = {\n        self.observableOf(clazz, id)\n    }\n\n    \/**\n     * Clears the topology cache.\n     *\/\n    @VisibleForTesting\n    private[midonet] def clear(): Unit = {\n        self.devices.clear()\n    }\n\n    \/**\n     * Adds a device to the virtual topology.\n     *\/\n    @VisibleForTesting\n    private[midonet] def add[D <: Device](id: UUID, device: D): Unit = {\n        self.devices.put(id, device)\n    }\n\n    \/**\n     * Registers a virtual topology instance to this companion object.\n     *\/\n    private def register(vt: VirtualTopology): Unit = {\n        self = vt\n    }\n}\n\n\/**\n * Manages the devices of the virtual topology by supporting get and subscribe\n * requests for virtual devices.\n *\n * The virtual topology uses a set of device observables (1 per device) to\n * receive topology updates for the storage layer, and emitting simulation\n * devices as notifications. A device observable is an [[rx.Observable]] that\n * receives a [[DeviceMapper]] as [[rx.Observable.OnSubscribe]] handler, to\n * manage subscription for virtual devices.\n *\n * A [[DeviceMapper]] is an abstract class, providing common support for\n * on-subscribe event handling, and processing per-device specific notifications\n * such as tag invalidation. Sub-classes must implement the observable() method,\n * which exposes an [[rx.Observable]] for a specific virtual device. An\n * implementation example is the [[PortMapper]], which maps the port topology\n * objects received as an observable from the storage layer to the corresponding\n * virtual device.\n *\n * It is recommended that any class implementing [[DeviceMapper]] connects to\n * storage only when the observable() method is called for the first time.\n * This ensures that connections to storage are only created when the\n * enclosing observable receives at least one subscriber. For more information\n * on the [[DeviceMapper]], see its ScalaDoc.\n *\n * To improve lookup performance, simulation devices are cached by the device\n * observables in a complementary map. Cached copies are updated for every\n * device notification from storage, and cleared when the device stream\n * completes (normally when the device is deleted) or issues an error.\n *\n *                         |\n *   get() + cache hit     | get() + cache miss \/ observable()\n *         +---------------+--------------+\n *         | device map                   | observable map\n * +----------------+                     |\n * |  Device cache  | (1 per VT)          |\n * +----------------+                     |\n *         | updates                      | .asFuture \/ .observable()\n * +------------------------------------------------+\n * |      rx.Observable(? extends DeviceMapper)     | (1 per device)\n * +------------------------------------------------+\n *                         | observable()\n * +------------------------------------------------+\n * | Port\/Network\/RouterMapper extends DeviceMapper | (1 per device)\n * +------------------------------------------------+\n *\/\nclass VirtualTopology(val backend: MidonetBackend,\n                      val config: MidolmanConfig,\n                      simBackChannel: SimulationBackChannel,\n                      val ruleLogEventChannel: RuleLogEventChannel,\n                      val metricRegistry: MetricRegistry,\n                      val vtExecutor: ExecutorService,\n                      val ioExecutor: ExecutorService,\n                      vtExecutorCheck: () => Boolean,\n                      cbRegistry: CallbackRegistry)\n    extends AbstractService\n            with MidolmanLogging\n            with DefaultRetriable\n            with ImmediateRetriable {\n\n    import VirtualTopology._\n\n    override def logSource = \"org.midonet.devices.devices-service\"\n\n    private[midolman] val vtScheduler = Schedulers.from(vtExecutor)\n    private val worker = vtScheduler.createWorker()\n\n    private[topology] val devices =\n        new ConcurrentHashMap[UUID, Device]()\n    private[topology] val observables =\n        new ConcurrentHashMap[Key, Observable[_]]()\n\n    private val cacheHits = new AtomicLong(0L)\n    private val cacheMisses = new AtomicLong(0L)\n\n    private[topology] val metrics = new VirtualTopologyMetrics(\n        metricRegistry, { devices.size() }, { observables.size() },\n        { cacheHits.get() }, {  cacheMisses.get() })\n\n    private val traceChains = mutable.Map[UUID, Subject[Chain, Chain]]()\n\n    private val factories = Map[Class[_], DeviceFactory](\n        classOf[BgpPort] -> DeviceFactory(\n            classOf[BgpPort], new BgpPortMapper(_, this)),\n        classOf[BgpRouter] -> DeviceFactory(\n            classOf[BgpRouter], new BgpRouterMapper(_, this)),\n        classOf[Bridge] -> DeviceFactory(\n            classOf[Bridge], new BridgeMapper(_, this, cbRegistry, traceChains)),\n        classOf[BridgePort] -> DeviceFactory(\n            classOf[Port], new PortMapper(_, this, traceChains)),\n        classOf[Chain] -> DeviceFactory(\n            classOf[Chain], new ChainMapper(_, this, traceChains)),\n        classOf[Host] -> DeviceFactory(\n            classOf[Host], new HostMapper(_, this)),\n        classOf[IPAddrGroup] -> DeviceFactory(\n            classOf[IPAddrGroup], new IPAddrGroupMapper(_, this)),\n        classOf[LoadBalancer] -> DeviceFactory(\n            classOf[LoadBalancer], new LoadBalancerMapper(_, this)),\n        classOf[Pool] -> DeviceFactory(\n            classOf[Pool], new PoolMapper(_, this)),\n        classOf[PoolHealthMonitorMap] -> DeviceFactory(\n            classOf[PoolHealthMonitorMap], _ => new PoolHealthMonitorMapper(this)),\n        classOf[Port] -> DeviceFactory(\n            classOf[Port], new PortMapper(_, this, traceChains)),\n        classOf[PortGroup] -> DeviceFactory(\n            classOf[PortGroup], new PortGroupMapper(_, this)),\n        classOf[QosPolicy] -> DeviceFactory(\n            classOf[QosPolicy], new QosPolicyMapper(_, this)),\n        classOf[Router] -> DeviceFactory(\n            classOf[Router], new RouterMapper(_, this, cbRegistry, traceChains)),\n        classOf[RouterPort] -> DeviceFactory(\n            classOf[Port], new PortMapper(_, this, traceChains)),\n        classOf[RuleLogger] -> DeviceFactory(\n            classOf[RuleLogger], new RuleLoggerMapper(_, this)),\n        classOf[TunnelZone] -> DeviceFactory(\n            classOf[TunnelZone], new TunnelZoneMapper(_, this)),\n        classOf[Mirror] -> DeviceFactory(\n            classOf[Mirror], new MirrorMapper(_, this)),\n        classOf[VxLanPort] -> DeviceFactory(\n            classOf[Port], new PortMapper(_, this, traceChains))\n    )\n\n    register(this)\n\n    \/\/ Topology snapshot retries\n    override val maxRetries: Int = config.initialStorageCache.snapshotRetries\n\n    private var snapshot: TopologySnapshot = _\n\n    private def snapshotAvailable = config.initialStorageCache.enabled &&\n                                    (snapshot ne null)\n\n    var store: Storage = _\n\n    var stateStore: StateStorage = _\n\n    var stateTables: StateTableStorage = _\n\n    protected override def doStart(): Unit = {\n        log.debug(\"Starting Virtual Topology service\")\n        snapshot = if (config.initialStorageCache.enabled) {\n            try {\n                val client = backend.discovery.getClient[MidonetServiceURI](\n                    serviceName = \"topology-cache\")\n                val discoverySelector = MidonetDiscoverySelector\n                    .roundRobin[MidonetServiceURI](client)\n                val cacheClient = new TopologyCacheClientDiscovery(\n                    discoverySelector,\n                    None)\n                val init = System.nanoTime()\n\n                retry(log.underlying, \"Fetch topology snapshot from cluster\") {\n                    val snapshotArray = cacheClient.fetch()\n                    val elapsedReceived = (System.nanoTime() - init) \/ 1000000\n                    log.debug(\"Topology snapshot received from cluster \" +\n                              s\"in $elapsedReceived ms.\")\n\n                    val snapshotDecoded = new TopologySnapshotDeserializer()\n                        .deserialize(snapshotArray)\n                    val elapsedDecoded =\n                        ((System.nanoTime() - init) \/ 1000000) - elapsedReceived\n                    log.debug(s\"Topology snapshot decoded in $elapsedDecoded ms.\")\n                    snapshotDecoded\n                }\n            } catch {\n                case NonFatal(e) =>\n                    log.warn(\"Unable to get topology snapshot from cluster\", e)\n                    null\n            }\n        } else null\n\n\n        store = if (snapshotAvailable) {\n            val wrapper = new StorageWrapper(config.initialStorageCache.ttlMs,\n                                             backend.store,\n                                             snapshot.objectSnapshot)\n            worker.schedule(makeAction0(wrapper.invalidateCache()),\n                            config.initialStorageCache.ttlMs,\n                            TimeUnit.MILLISECONDS)\n            wrapper\n        } else {\n            backend.store\n        }\n\n        stateStore = backend.stateStore\n\n        stateTables = backend.stateTableStore\n        notifyStarted()\n    }\n\n    protected override def doStop(): Unit = {\n        notifyStopped()\n    }\n\n    private def observableOf[D <: Device](clazz: Class[D], id: UUID)\n    : Observable[D] = {\n        val factory = factories.getOrElse(\n            clazz, throw new RuntimeException(s\"Unknown factory for $clazz\"))\n        observableOf(factory, id)\n    }\n\n    private def observableOf[D <: Device](factory: DeviceFactory, id: UUID)\n    : Observable[D] = {\n        val key = Key(factory.clazz, id)\n        var observable = observables get key\n        if (observable eq null) {\n            observable = Observable.create(factory.builder(id))\n            observable = observables.putIfAbsent(key, observable) match {\n                case null => observable\n                case obs => obs\n            }\n        }\n        observable.asInstanceOf[Observable[D]]\n            .onErrorResumeNext(makeFunc1((t: Throwable) => t match {\n                case DeviceMapper.MapperClosedException =>\n                    observables.remove(key, observable)\n                    observableOf(factory, id)\n                case e: Throwable => Observable.error(e)\n            }))\n    }\n\n    private[topology] def invalidate(tag: FlowTag): Unit = tellBackChannel(tag)\n\n    private[topology] def tellBackChannel(msg: BackChannelMessage): Unit =\n        simBackChannel.tell(msg)\n\n    \/** Safely executes a task on the virtual topology thread. *\/\n    private[topology] def executeVt(task: => Unit) = {\n        vtExecutor.execute(makeRunnable {\n            try {\n                task\n            } catch {\n                case NonFatal(e) =>\n                    log.error(\"Uncaught exception on topology thread.\", e)\n            }\n        })\n    }\n\n    \/** Safely executes a task on the IO thread(s). *\/\n    private[midolman] def executeIo(task: => Unit) = {\n        ioExecutor.execute(makeRunnable {\n            try {\n                task\n            } catch {\n                case NonFatal(e) =>\n                    log.error(\"Uncaught exception on topology IO thread.\", e)\n            }\n        })\n    }\n\n    \/** Shut down rule log event channel. Blocks until terminated. *\/\n    private[midolman] def stopRuleLogEventChannel(): Unit = {\n        if (ruleLogEventChannel != null) {\n            ruleLogEventChannel.stopAsync()\n            ruleLogEventChannel.awaitTerminated()\n        }\n    }\n\n    \/**\n     * Checks that this method is executed on the virtual topology thread.\n     *\/\n    @throws[DeviceMapperException]\n    @inline\n    private[midolman] def assertThread(): Unit = {\n        if (!vtExecutorCheck()) {\n            val curThread = Thread.currentThread()\n            throw new DeviceMapperException(\n                s\"Call expected on VT executor thread but received on \" +\n                s\"${curThread.getId} - ${curThread.getName}\")\n        }\n    }\n\n    def get[D <: Device](clazz: Class[D], id: UUID): Future[D] = {\n        val device = devices.get(id).asInstanceOf[D]\n        if (device eq null) {\n            cacheMisses.incrementAndGet()\n            observableOf(clazz, id).asFuture\n        } else {\n            cacheHits.incrementAndGet()\n            Future.successful(device)\n        }\n    }\n\n    \/**\n     * Tries to get the virtual device with the specified identifier.\n     * @return The topology device if it is found in the cache of the virtual\n     *         topology. The method throws a [[NotYetException]] if the device\n     *         is not yet available in the cache, or an [[Exception]] if\n     *         retrieving the device failed.\n     *\/\n    @throws[NotYetException]\n    @throws[Exception]\n    def tryGet[D <: Device](clazz: Class[D], id: UUID): D = {\n        val device = devices.get(id).asInstanceOf[D]\n        if (device eq null) {\n            cacheMisses.incrementAndGet()\n            throw new NotYetException(observableOf(clazz, id).asFuture,\n                                      s\"Device ${clazz.getSimpleName}\/$id \" +\n                                      \"not yet available\")\n        }\n        cacheHits.incrementAndGet()\n        device\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/rest_api\/resources\/MidonetResource.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.rest_api.resources\n\nimport java.lang.annotation.Annotation\nimport java.net.URI\nimport java.util.{ConcurrentModificationException, List => JList, Set => JSet}\n\nimport javax.validation.{ConstraintViolation, Validator}\nimport javax.ws.rs._\nimport javax.ws.rs.core.Response.Status._\nimport javax.ws.rs.core._\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent._\nimport scala.concurrent.duration._\nimport scala.reflect.ClassTag\nimport scala.util.control.NonFatal\n\nimport com.google.inject.Inject\nimport com.google.protobuf.Message\nimport com.typesafe.scalalogging.Logger\n\nimport org.eclipse.jetty.http.HttpStatus.METHOD_NOT_ALLOWED_405\nimport org.slf4j.LoggerFactory.getLogger\n\nimport org.midonet.cluster.{RestApiConfig, _}\nimport org.midonet.cluster.data.ZoomConvert\nimport org.midonet.cluster.data.ZoomConvert.ConvertException\nimport org.midonet.cluster.data.ZoomMetadata.ZoomOwner\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.rest_api.ResponseUtils.buildErrorResponse\nimport org.midonet.cluster.rest_api._\nimport org.midonet.cluster.rest_api.annotation.{AllowCreate, AllowGet, AllowList, AllowUpdate}\nimport org.midonet.cluster.rest_api.models.UriResource\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.rest_api.resources.MidonetResource._\nimport org.midonet.cluster.util.SequenceDispenser\nimport org.midonet.cluster.util.logging.ProtoTextPrettifier.makeReadable\nimport org.midonet.midolman.state._\nimport org.midonet.util.reactivex._\n\nobject MidonetResource {\n\n    final def OkResponse = Response.ok().build()\n    final def OkNoContentResponse = Response.noContent().build()\n    final def OkCreated(uri: URI) = Response.created(uri).build()\n    final def OkCreated(uri: URI, entity: UriResource) = {\n        Response.created(uri).entity(entity).build()\n    }\n\n    final val DefaultHandler: PartialFunction[Response, Response] = {\n        case r => r\n    }\n    final val DefaultCatcher: PartialFunction[Throwable, Response] = {\n        case e: WebApplicationException => e.getResponse\n    }\n\n    final class FutureOps[T](val future: Future[T]) extends AnyVal {\n        def getOrThrow(implicit timeout: FiniteDuration, log: Logger): T = {\n            tryRead { Await.result(future, timeout) }\n        }\n    }\n\n    protected[resources] def tryRead[T](f: => T)(implicit log: Logger): T = {\n        try {\n            f\n        } catch {\n            case e: NotFoundException =>\n                throw new NotFoundHttpException(e.getMessage)\n            case e: ObjectReferencedException =>\n                throw new WebApplicationException(e, NOT_ACCEPTABLE)\n            case e: ReferenceConflictException =>\n                throw new ConflictHttpException(e.getMessage)\n            case e: ObjectExistsException =>\n                throw new ConflictHttpException(e.getMessage)\n            case e: TimeoutException =>\n                val message = \"Resource read timeout\"\n                log.warn(message, e)\n                throw new ServiceUnavailableHttpException(message)\n        }\n    }\n\n    protected[resources] def tryLegacyRead[T](f: => T): T = {\n        try {\n            f\n        } catch {\n            case e: NoStatePathException =>\n                throw new NotFoundHttpException(\"Resource not found\")\n        }\n    }\n\n    protected[resources] def tryLegacyWrite(f: => Response)(implicit log: Logger)\n    : Response = {\n        try {\n            f\n        } catch {\n            case e: NoStatePathException =>\n                buildErrorResponse(NOT_FOUND, \"Resource not found\")\n            case e: NodeNotEmptyStateException =>\n                buildErrorResponse(CONFLICT, \"Conflicting write\")\n            case e: StatePathExistsException =>\n                buildErrorResponse(CONFLICT, \"Conflicting write\")\n            case e: StateVersionException =>\n                buildErrorResponse(CONFLICT, \"Conflicting write\")\n        }\n    }\n\n    protected def tryResponse(handler: PartialFunction[Response, Response],\n                              catcher: PartialFunction[Throwable, Response])\n                             (f: => Response): Response = {\n        (handler orElse DefaultHandler)(try f catch catcher orElse DefaultCatcher)\n    }\n\n    case class ResourceContext @Inject() (config: RestApiConfig,\n                                          backend: MidonetBackend,\n                                          executionContext: ExecutionContext,\n                                          uriInfo: UriInfo,\n                                          validator: Validator,\n                                          seqDispenser: SequenceDispenser)\n\n}\n\n\/**\n  * CRUD operations need to be performed atomically and are done by\n  * acquiring a ZooKeeper lock. This is to prevent races with\n  * the agent (Midolman), more specifically the health monitor.\n  *\n  * TODO: The agent should never write to topology elements.  All code\n  * violating this principle will be refactored out of here shortly (MNA-1068).\n  *\/\nabstract class MidonetResource[T >: Null <: UriResource]\n                              (resContext: ResourceContext)\n                              (implicit tag: ClassTag[T]) {\n\n    protected implicit val executionContext = resContext.executionContext\n    protected implicit val requestTimeout =\n        resContext.config.requestTimeoutMs millis\n    protected final implicit val log =\n        Logger(getLogger(restApiResourceLog(getClass)))\n\n    private def validator = resContext.validator\n    private def store = resContext.backend.store\n    protected def stateStore = resContext.backend.stateStore\n    protected def stateTableStore = resContext.backend.stateTableStore\n    protected def uriInfo = resContext.uriInfo\n\n    class ResourceTransaction(val tx: Transaction) {\n\n        def get[U >: Null <: UriResource](clazz: Class[U], id: Any): U = tryRead {\n            fromProto(tx.get(UriResource.getZoomClass(clazz), id), clazz)\n        }\n\n        def getAll[U >: Null <: UriResource](clazz: Class[U], ids: Seq[Any])\n        : Seq[U] = tryRead {\n            tx.getAll(UriResource.getZoomClass(clazz), ids)\n                .map(fromProto(_, clazz))\n        }\n\n        def list[U >: Null <: UriResource](clazz: Class[U]): Seq[U] = tryRead {\n            tx.getAll(UriResource.getZoomClass(clazz))\n                .map(fromProto(_, clazz))\n        }\n\n        def list[U >: Null <: UriResource](clazz: Class[U], ids: Seq[Any])\n        : Seq[U] = tryRead {\n            tx.getAll(UriResource.getZoomClass(clazz), ids)\n                .map(fromProto(_, clazz))\n        }\n\n        def create[U >: Null <: UriResource](resource: U): Unit = {\n            val message = toProto(resource)\n            log.debug(\"TX CREATE: {}\", makeReadable(message))\n            tx.create(message)\n        }\n\n        def update[U >: Null <: UriResource](resource: U): Unit = {\n            val message = toProto(resource)\n            log.debug(\"TX UPDATE: {}\", makeReadable(message))\n            tx.update(message, null)\n        }\n\n        def delete(clazz: Class[_ <: UriResource], id: Any): Unit = {\n            log.debug(\"TX DELETE: {}: {}\", UriResource.getZoomClass(clazz),\n                      id.asInstanceOf[AnyRef])\n            tx.delete(UriResource.getZoomClass(clazz), id, ignoresNeo = true)\n        }\n\n        def commit(): Unit = {\n            tx.commit()\n        }\n\n    }\n\n    @GET\n    @Path(\"{id}\")\n    def get(@PathParam(\"id\") id: String,\n            @HeaderParam(\"Accept\") accept: String): T = {\n        validateMediaType(accept, getAnnotation(classOf[AllowGet]).value())\n        getFilter(getResource(tag.runtimeClass.asInstanceOf[Class[T]], id))\n    }\n\n    @GET\n    def list(@HeaderParam(\"Accept\") accept: String): JList[T] = {\n        validateMediaType(accept, getAnnotation(classOf[AllowList]).value())\n        val ids = listIds\n        val list = if (ids eq null) {\n            listFilter(listResources(tag.runtimeClass.asInstanceOf[Class[T]]))\n        } else {\n            listFilter(listResources(tag.runtimeClass.asInstanceOf[Class[T]], ids))\n        }\n        list.asJava\n    }\n\n    @POST\n    def create(t: T, @HeaderParam(\"Content-Type\") contentType: String)\n    : Response = {\n        validateMediaType(contentType, getAnnotation(classOf[AllowCreate]).value())\n\n        t.setBaseUri(uriInfo.getBaseUri)\n\n        tryResponse(handleCreate, catchCreate) {\n            tryTx { tx =>\n                t.create()\n                validationFilter(t, tx)\n                throwIfViolationsOn(t)\n                createFilter(t, tx)\n                OkCreated(t.getUri)\n            }\n        }\n    }\n\n    @PUT\n    @Path(\"{id}\")\n    def update(@PathParam(\"id\") id: String, t: T,\n               @HeaderParam(\"Content-Type\") contentType: String)\n    : Response = {\n        validateMediaType(contentType, getAnnotation(classOf[AllowUpdate]).value())\n\n        val clazz = tag.runtimeClass.asInstanceOf[Class[T]]\n        tryResponse(handleUpdate, catchUpdate) {\n            tryTx { tx =>\n                val current = tx.get(clazz, id)\n                validationFilter(t, tx)\n                throwIfViolationsOn(t)\n                updateFilter(t, current, tx)\n                OkNoContentResponse\n            }\n        }\n    }\n\n    @DELETE\n    @Path(\"{id}\")\n    def delete(@PathParam(\"id\") id: String): Response = {\n        tryResponse(handleDelete, catchDelete) {\n            tryTx { tx =>\n                deleteFilter(id, tx)\n                OkNoContentResponse\n            }\n        }\n    }\n\n    protected def throwIfViolationsOn[U](t: U): Unit = {\n        val violations: JSet[ConstraintViolation[U]] = validator.validate(t)\n        if (!violations.isEmpty) {\n            throw new BadRequestHttpException(violations)\n        }\n    }\n\n    protected implicit def toFutureOps[U](future: Future[U]): FutureOps[U] = {\n        new FutureOps(future)\n    }\n\n    protected def getFilter(t: T): T = t\n\n    protected def listIds: Seq[Any] = null\n\n    protected def listFilter(list: Seq[T]): Seq[T] = list\n\n    protected def createFilter(t: T, tx: ResourceTransaction): Unit = {\n        tx.create(t)\n    }\n\n    protected def updateFilter(to: T, from: T, tx: ResourceTransaction): Unit = {\n        tx.update(to)\n    }\n\n    protected def deleteFilter(id: String, tx: ResourceTransaction): Unit = {\n        tx.delete(tag.runtimeClass.asInstanceOf[Class[T]], id)\n    }\n\n    protected def validationFilter(t: T, tx: ResourceTransaction): Unit = {\n    }\n\n    protected def handleCreate: PartialFunction[Response, Response] =\n        DefaultHandler\n\n    protected def handleUpdate: PartialFunction[Response, Response] =\n        DefaultHandler\n\n    protected def handleDelete: PartialFunction[Response, Response] =\n        DefaultHandler\n\n    protected def catchCreate: PartialFunction[Throwable, Response] =\n        DefaultCatcher\n\n    protected def catchUpdate: PartialFunction[Throwable, Response] =\n        DefaultCatcher\n\n    protected def catchDelete: PartialFunction[Throwable, Response] =\n        DefaultCatcher\n\n\n    protected def listResources[U >: Null <: UriResource](clazz: Class[U])\n    : Seq[U] = {\n        store.getAll(UriResource.getZoomClass(clazz))\n             .map(_.map(fromProto(_, clazz)))\n             .getOrThrow\n    }\n\n    protected def listResources[U >: Null <: UriResource](clazz: Class[U],\n                                                          ids: Seq[Any])\n    : Seq[U] = {\n        store.getAll(UriResource.getZoomClass(clazz), ids)\n             .map(_.map(fromProto(_, clazz)))\n             .getOrThrow\n    }\n\n    protected def getResource[U >: Null <: UriResource](clazz: Class[U], id: Any)\n    : U = {\n        store.get(UriResource.getZoomClass(clazz), id)\n             .map(fromProto(_, clazz))\n             .getOrThrow\n    }\n\n    protected def getResources[U >: Null <: UriResource](clazz: Class[U], ids: Seq[Any])\n    : Seq[U] = {\n        store.getAll(UriResource.getZoomClass(clazz), ids)\n             .map { r => r.map(fromProto(_, clazz)) }\n             .getOrThrow\n    }\n\n    protected def getResourceState[U >: Null <: UriResource](host: String,\n                                                             clazz: Class[U],\n                                                             id: Any, key: String)\n    : StateKey = {\n        stateStore.getKey(host, UriResource.getZoomClass(clazz), id, key)\n                  .asFuture\n                  .getOrThrow\n    }\n\n    private def fromProto[U >: Null <: UriResource](message: Message,\n                                                    clazz: Class[U]): U = {\n        val resource = try {\n            ZoomConvert.fromProto(message, clazz)\n        } catch {\n            case e: ConvertException =>\n                log.error(\"Failed to convert message {} to class {}\", message,\n                          clazz, e)\n                throw new WebApplicationException(INTERNAL_SERVER_ERROR)\n        }\n        resource.setBaseUri(uriInfo.getBaseUri)\n        resource\n    }\n\n    protected def toProto[U >: Null <: UriResource](resource: U): Message = {\n        try {\n            ZoomConvert.toProto(resource, resource.getZoomClass)\n        } catch {\n            case e: ConvertException =>\n                log.error(\"Failed to convert resource {} to message {}\",\n                          resource, resource.getZoomClass, e)\n                throw new InternalServerErrorHttpException(\n                    \"Cannot handle resource \" +  resource)\n        }\n    }\n\n    \/** Guaranteed to return a non-null value, or throw 405\n      *\/\n    private def getAnnotation[U >: Null <: Annotation](clazz: Class[U]): U = {\n        var c: Class[_] = getClass\n        while (classOf[MidonetResource[_]].isAssignableFrom(c)) {\n            val annotation = c.getAnnotation(clazz)\n            if (annotation ne null) {\n                return annotation\n            }\n            c = c.getSuperclass\n        }\n        throw new WebApplicationException(METHOD_NOT_ALLOWED_405)\n    }\n\n    protected def tryTx(f: (ResourceTransaction) => Response): Response = {\n        try {\n            store.tryTransaction(ZoomOwner.ClusterApi) { tx =>\n                f(new ResourceTransaction(tx))\n            }\n        } catch {\n            case e: WebApplicationException =>\n                e.getResponse\n            case e: NotFoundException =>\n                log.warn(e.getMessage)\n                buildErrorResponse(NOT_FOUND, e.getMessage)\n            case e: ObjectReferencedException =>\n                log.warn(e.getMessage)\n                buildErrorResponse(CONFLICT, e.getMessage)\n            case e: ReferenceConflictException =>\n                log.warn(e.getMessage)\n                buildErrorResponse(CONFLICT, e.getMessage)\n            case e: ObjectExistsException =>\n                log.warn(e.getMessage)\n                buildErrorResponse(CONFLICT, e.getMessage)\n            case e: ConcurrentModificationException =>\n                log.warn(e.getMessage)\n                buildErrorResponse(CONFLICT, e.getMessage)\n            case NonFatal(e) =>\n                log.error(\"Unhandled exception\", e)\n                buildErrorResponse(INTERNAL_SERVER_ERROR, e.getMessage)\n        }\n    }\n\n    @throws[WebApplicationException]\n    private def validateMediaType(value: String, allowed: Array[String])\n    : Unit = {\n        try {\n            val mediaType = MediaType.valueOf(value)\n            for (in <- allowed if MediaType.valueOf(in).isCompatible(mediaType)) {\n                return\n            }\n            log.info(\"Media type {} not acceptable\", value)\n            throw new WebApplicationException(NOT_ACCEPTABLE)\n\n        } catch {\n            case e: IllegalArgumentException =>\n                throw new WebApplicationException(NOT_ACCEPTABLE)\n        }\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-util\/src\/main\/scala\/org\/midonet\/util\/metrics\/HdrHistogramSlidingTimeWindowReservoir.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.util.metrics\n\nimport java.io.OutputStream\n\nimport java.util.concurrent.TimeUnit\nimport java.util.concurrent.locks.ReentrantLock\n\nimport com.codahale.metrics.{Clock, Reservoir, Snapshot}\nimport org.HdrHistogram.Histogram\nimport org.HdrHistogram.Recorder\n\nimport org.midonet.Util\n\n\/*\n * Metrics latency reservoir that provides a sliding window of latency\n * statistics.\n * The time window is broken into a number of buckets, each of which is a\n * HdrHistogram recorder. When reading the latency stats, the values from\n * the last N buckets are returned, where N is the number of buckets needed\n * to cover the time window.\n *\/\nclass HdrHistogramSlidingTimeWindowReservoir(window: Long, unit: TimeUnit,\n                                             stepLength: Long, stepUnit: TimeUnit,\n                                             clock: Clock)\n        extends Reservoir {\n    val stepNanos = Util.findPreviousPositivePowerOfTwo(\n        TimeUnit.NANOSECONDS.convert(stepLength, stepUnit))\n    val stepShift = Util.highestBit(stepNanos)\n\n    val bucketsPerWindow = Math.ceil(\n        TimeUnit.NANOSECONDS.convert(window, unit).toDouble \/ stepNanos).toInt\n    val buckets = Util.findNextPositivePowerOfTwo(bucketsPerWindow)\n\n    val bucketsMask = buckets - 1\n    val measurements = new Array[Histogram](buckets.toInt)\n    val recorder = new Recorder(3600000000L, 3)\n    var lastTimeSlot = 0L\n    val snapshotLock = new ReentrantLock()\n\n    resetBuckets\n\n    val snapshotHistogram = new Histogram(3600000000L, 3)\n    val tmpHistogram = new Histogram(3600000000L, 3)\n    val snapshot = new Snapshot() {\n        def getValue(quantile: Double): Double =\n            snapshotHistogram.getValueAtPercentile(quantile)\n\n        def size: Int = snapshotHistogram.getTotalCount.toInt\n        def getMax: Long = snapshotHistogram.getMaxValue\n        def getMean: Double = {\n            snapshotLock.lock()\n            try {\n                snapshotHistogram.getMean\n            } finally {\n                snapshotLock.unlock()\n            }\n        }\n        def getMin: Long = snapshotHistogram.getMinValue\n        def getStdDev: Double = {\n            snapshotLock.lock()\n            try {\n                snapshotHistogram.getStdDeviation\n            } finally {\n                snapshotLock.unlock()\n            }\n        }\n\n        \/\/ this is a noop, because you can't get all values from hdr histogram\n        val getValues: Array[Long] = new Array[Long](0)\n\n        def dump(output: OutputStream): Unit = {\n            \/\/ noop, you can't get all values from hdr histogram\n        }\n    }\n\n    override def size: Int = getSnapshot.size\n\n    override def update(value: Long): Unit = {\n        val currentTimeSlot = clock.getTick() >> stepShift\n        getCurrentRecorder(currentTimeSlot).recordValue(value)\n    }\n\n    override def getSnapshot: Snapshot = {\n        snapshotHistogram.reset()\n\n        snapshotLock.lock()\n        try {\n            val currentTimeSlot = clock.getTick() >> stepShift\n\n            \/\/ copy current bucket values into snapshot\n            val recorder = getCurrentRecorder(currentTimeSlot)\n            recorder.getIntervalHistogramInto(tmpHistogram)\n\n\n            val bucket = (currentTimeSlot & bucketsMask).toInt\n            measurements(bucket).add(tmpHistogram)\n            snapshotHistogram.add(measurements(bucket))\n\n            \/\/ copy previous buckets that make up window into snapshot\n            var i = (currentTimeSlot - bucketsPerWindow) + 1\n            while (i < currentTimeSlot) {\n                val bucket = (i & bucketsMask).toInt\n                if (measurements(bucket).getTotalCount > 0) {\n                    snapshotHistogram.add(measurements(bucket))\n                }\n                i += 1\n            }\n        } finally {\n            snapshotLock.unlock()\n        }\n\n        snapshot\n    }\n\n    private def getCurrentRecorder(currentTimeSlot: Long): Recorder = {\n        if (currentTimeSlot != lastTimeSlot &&\n                snapshotLock.tryLock()) {\n            try {\n                if (currentTimeSlot - lastTimeSlot > buckets) {\n                    resetBuckets\n                    lastTimeSlot = currentTimeSlot\n                }\n                while (lastTimeSlot < currentTimeSlot) {\n                    val lastBucket = (lastTimeSlot & bucketsMask).toInt\n                    recorder.getIntervalHistogramInto(tmpHistogram)\n                    measurements(lastBucket).add(tmpHistogram)\n\n                    lastTimeSlot += 1\n                    val currentBucket = (lastTimeSlot & bucketsMask).toInt\n                    measurements(currentBucket).reset()\n                    recorder.reset()\n                }\n            } finally {\n                snapshotLock.unlock()\n            }\n        }\n        recorder\n    }\n\n    private def resetBuckets(): Unit = {\n        var i = 0\n        while (i < buckets) {\n            if (measurements(i) == null) {\n                measurements(i) = new Histogram(3600000000L, 3)\n            }\n            measurements(i).reset()\n            i += 1\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/management\/MeteringTest.scala","text":"<reponame>obino\/midonet<gh_stars>100-1000\n\/*\n * Copyright 2018 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.management\n\nimport java.io.{BufferedWriter,StringWriter}\nimport java.util.{ArrayList, UUID}\n\nimport scala.collection.JavaConverters._\n\nimport com.typesafe.scalalogging.Logger\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{Matchers, FeatureSpec}\n\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.midolman.monitoring.MeterRegistry\nimport org.midonet.odp.FlowMatch\nimport org.midonet.sdn.flows.FlowTagger\n\n@RunWith(classOf[JUnitRunner])\nclass MeteringTest extends FeatureSpec with Matchers {\n\n    class PrometheusMeteringForTesting extends PrometheusMetering {\n        var registries = List[MeterRegistry]()\n    }\n\n    val deviceA = FlowTagger.tagForBridge(UUID.fromString(\"13b3e586-a075-4b0a-986a-5fb950ae0a6d\"))\n    val deviceB = FlowTagger.tagForRouter(UUID.fromString(\"27c9bc2e-2378-4319-aa3a-f59771639daf\"))\n\n    val metersA = List(deviceA)\n    val metersB = List(deviceB)\n\n    val tagsA = new ArrayList(metersA.asJava)\n    val tagsB = new ArrayList(metersB.asJava)\n\n    feature(\"metering\") {\n        scenario(\"prometheus compatible output\") {\n            val expected = \"\"\"# HELP midonet_packets_total Total number of packets processed.\n# TYPE midonet_packets_total counter\nmidonet_packets_total{key=\"meters:device:13b3e586-a075-4b0a-986a-5fb950ae0a6d\",registry=\"0\"} 1\nmidonet_packets_total{key=\"meters:device:27c9bc2e-2378-4319-aa3a-f59771639daf\",registry=\"0\"} 1\n# HELP midonet_packets_bytes Total number of bytes processed.\n# TYPE midonet_packets_bytes counter\nmidonet_packets_bytes{key=\"meters:device:13b3e586-a075-4b0a-986a-5fb950ae0a6d\",registry=\"0\"} 1234\nmidonet_packets_bytes{key=\"meters:device:<KEY>\",registry=\"0\"} 4321\n\"\"\"\n            val registry = MeterRegistry.newOnHeap(10)\n            val matchA = new FlowMatch\n            registry.trackFlow(matchA, tagsA)\n            registry.recordPacket(1234, tagsA)\n            registry.trackFlow(matchA, tagsB)\n            registry.recordPacket(4321, tagsB)\n\n            val meter = new PrometheusMeteringForTesting\n            meter.registries :+= registry\n\n            val s = new StringWriter()\n            val writer = new BufferedWriter(s)\n            meter.toPrometheusMetrics(writer)\n            writer.flush()\n            s.toString() shouldBe expected\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/topology_cache\/TopologySnapshotProvider.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.topology_cache\n\nimport java.util.concurrent.atomic.AtomicInteger\nimport java.util.concurrent.{ConcurrentLinkedQueue, ScheduledExecutorService}\n\nimport scala.annotation.tailrec\nimport scala.concurrent.{ExecutionContext, Future, Promise}\n\nimport org.midonet.cluster.cache.{ObjectCache, StateCache}\nimport org.midonet.cluster.services.endpoint.comm.HttpByteBufferProvider\nimport org.midonet.cluster.topology.snapshot._\nimport org.midonet.util.functors.makeRunnable\nimport org.midonet.util.logging.Logger\n\nimport io.netty.buffer.{ByteBuf, Unpooled}\n\nfinal class SnapshotInProgress extends Exception\n\nclass TopologySnapshotProvider(objectCache: ObjectCache,\n                               stateCache: StateCache,\n                               executor: ScheduledExecutorService,\n                               log: Logger)\n    extends HttpByteBufferProvider {\n\n    implicit private val ec = ExecutionContext.fromExecutor(executor)\n\n    private[topology_cache] val refs = new AtomicInteger(0)\n\n    private[topology_cache] val pendingRequests =\n        new ConcurrentLinkedQueue[Promise[ByteBuf]]()\n\n    @volatile\n    private[topology_cache] var outstandingRequests = 0\n\n    @volatile\n    private[topology_cache] var outstandingRequestsDone: Promise[Unit] = _\n\n    private[topology_cache] val serializedTopology =\n        new Array[Byte](100 * 1024 * 1024)\n\n    @volatile\n    private[topology_cache] var serializedLength: Int = _\n\n    override def getAndRef(): Future[ByteBuf] = {\n        getAndRefRec()\n    }\n\n    @tailrec\n    private def getAndRefRec(): Future[ByteBuf] = {\n        val promise = Promise[ByteBuf]()\n        val currentRefs = refs.get()\n        if (currentRefs == -1) {\n            log.debug(s\"getAndRef: Snapshot in progress, enqueue request \" +\n                      s\"(${pendingRequests.size() + 1} pending requests).\")\n            pendingRequests add promise\n            promise.future\n        } else {\n            if (refs.compareAndSet(currentRefs, currentRefs + 1)) {\n                log.debug(\"getAndRef: Snapshot ready, complete promise.\")\n                val buf = Unpooled.wrappedBuffer(serializedTopology, 0,\n                                                 serializedLength)\n                promise.success(buf)\n                promise.future\n            } else {\n                log.debug(\"getAndRef: Unref method raced with us, retry.\")\n                getAndRefRec()\n            }\n        }\n    }\n\n    override def unref(): Unit = {\n        unrefRec()\n    }\n\n    @tailrec\n    private def unrefRec(): Unit = {\n        val currentRefs = refs.get()\n        if (currentRefs == -1) {\n            synchronized {\n                outstandingRequests -= 1\n                log.debug(\"Unref: snapshot in progress, decrement outstanding \" +\n                          s\"requests to $outstandingRequests.\")\n                if (outstandingRequests <= 0)\n                    outstandingRequestsDone.trySuccess(Unit)\n            }\n        } else {\n            if (!refs.compareAndSet(currentRefs, currentRefs - 1)) {\n                log.debug(s\"Unref: Snapshot ready, but refAndGet raced with \" +\n                          s\"us, retry.\")\n                unrefRec()\n            } else {\n                log.debug(s\"Unref: Snapshot ready, decrement refs to \" +\n                          s\"${currentRefs - 1}.\")\n            }\n        }\n    }\n\n    private def awaitOutstandingRequests(): Future[Unit] = synchronized {\n        \/\/ Flag serialization, enqueueing pending requests and wait for\n        \/\/ outstanding requests to finish\n        outstandingRequests = refs.getAndSet(-1)\n        if (outstandingRequests > 0) {\n            log.debug(s\"Awaiting $outstandingRequests outstanding requests \" +\n                      s\"currently in progress before encoding the snapshot.\")\n            outstandingRequestsDone = Promise[Unit]()\n            outstandingRequestsDone.future\n        } else if (outstandingRequests < 0) {\n            log.debug(\"Snapshot in progress, skipping snapshot encoding.\")\n            Future.failed(new SnapshotInProgress)\n        } else {\n            log.debug(\"No outstanding requests in progress, ready to encode \" +\n                      \"the snapshot.\")\n            Future.successful(Unit)\n        }\n    }\n\n    private def notifyPendingRequests(): Unit = synchronized {\n        \/\/ Unflag serialization and complete pending requests\n        refs.set(0)\n        log.debug(s\"Notifying ${pendingRequests.size()} pending requests \" +\n                  s\"that the snapshot is ready.\")\n        val requests = pendingRequests.iterator()\n        while (requests.hasNext) {\n            val request = requests.next()\n            serializedTopology.synchronized {\n                val buf = Unpooled.wrappedBuffer(\n                    serializedTopology, 0, serializedLength)\n                request.success(buf)\n            }\n        }\n    }\n\n\n    \/**\n      * Periodic task to refresh the topology snapshot. No requests may\n      * be served while a snapshot is in progress to avoid corrupted data.\n      * @return\n      *\/\n    val snapshot: Runnable = makeRunnable {\n        log.debug(\"Starting topology snapshot request.\")\n        val mark1 = System.nanoTime()\n        val objectSnaphot = objectCache.snapshot()\n        val stateSnapshot = stateCache.snapshot()\n        log.debug(\n            \"Topology snapshot request finished successfully in \" +\n            s\"${(System.nanoTime() - mark1) \/ 1000000} ms. \" +\n            s\"Encoding ...\")\n\n        \/\/ NOTE: this future is assumed to finish before the\n        \/\/ next scheduled snapshot. Not safe otherwise.\n        for { _ <- awaitOutstandingRequests() } yield {\n            val mark2 = System.nanoTime()\n            val snapshot = TopologySnapshot(\n                objectSnaphot, stateSnapshot)\n            val topologySerializer = new TopologySnapshotSerializer\n            serializedTopology.synchronized {\n                serializedLength = topologySerializer.serialize(\n                    serializedTopology, snapshot)\n            }\n\n            notifyPendingRequests()\n\n            log.debug(\"Topology snapshot serialization finished. \" +\n                      s\"Serialization of $serializedLength bytes took \" +\n                      s\"${(System.nanoTime() - mark2) \/ 1000000} ms. \" +\n                      s\"Complete request finished in \" +\n                      s\"${(System.nanoTime() - mark1) \/ 1000000} ms.\")\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/MockLeaderLatch.scala","text":"package org.midonet.cluster.services\n\nimport java.util.concurrent.Executor\nimport java.util.concurrent.atomic.AtomicBoolean\n\nimport scala.collection.mutable.ListBuffer\n\nimport com.google.common.annotations.VisibleForTesting\n\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.recipes.leader.LeaderLatch.CloseMode\nimport org.apache.curator.framework.recipes.leader.{LeaderLatch, LeaderLatchListener}\n\nimport org.midonet.cluster.ClusterConfig\n\nclass MockLeaderLatchProvider(backend: MidonetBackend,\n                              config: ClusterConfig)\n    extends LeaderLatchProvider(backend, config){\n    override def buildLatch(path: String): LeaderLatch = {\n        new MockLeaderLatch(backend.curator, path)\n    }\n}\n\n\/** This class lets the test control notifications about acquisition\n  * and lost of a latch.  The typical use case will create a\n  * LeaderLatchProvider that builds one of these instances, then inject\n  * the provider to the relevant class such that it starts the latch\n  * normally.  The test can then use `isLeader` and `notLeader` to notify\n  * for both events.\n  *\n  * Note that we do NOT use the custom executor provided in addListener.\n  * This is used in our code (e.g.: ContainerService) to serialize\n  * notifications, but it's not really a need in tests.\n  *\/\nclass MockLeaderLatch(curator: CuratorFramework, path: String)\n    extends LeaderLatch(curator, path) {\n\n    @VisibleForTesting \/\/ obviously, exposed to allow inspection\n    val listeners = new ListBuffer[LeaderLatchListener]()\n\n    private val _isStarted = new AtomicBoolean(false)\n\n    @VisibleForTesting \/\/ obviously, exposed to allow inspection\n    var closeMode: CloseMode = _\n\n    def isStarted = _isStarted.get\n\n    override def close(): Unit = {\n        if (!_isStarted.compareAndSet(true, false)) {\n            throw new RuntimeException(\"Latch closed before started\")\n        }\n        closeMode = CloseMode.SILENT\n    }\n    override def close(cm: CloseMode): Unit = {\n        if (!_isStarted.compareAndSet(true, false)) {\n            throw new RuntimeException(\"Latch closed before started\")\n        }\n        closeMode = cm\n    }\n    override def start(): Unit = {\n        if (!_isStarted.compareAndSet(false, true)) {\n            throw new RuntimeException(\"Latch already started\")\n        }\n        closeMode = null\n    }\n\n    override def addListener(l: LeaderLatchListener)\n    : Unit = listeners += l\n\n    override def addListener(l: LeaderLatchListener, ec: Executor)\n    : Unit = listeners += l\n\n    override def removeListener(l: LeaderLatchListener)\n    : Unit = listeners -= l\n\n    \/** Trigger the notification that signals that the holder of this\n      * instance has grabbed the latch.\n      *\n      *\/\n    def isLeader() = listeners foreach { _.isLeader() }\n\n    \/** Trigger the notification that signals that the holder of this\n      * instance has lost the latch.\n      *\/\n    def notLeader() = listeners foreach { _.notLeader() }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/StateStorageWrapper.scala","text":"\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport rx.Observable\n\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.cache.StateNotification.{MappedSnapshot => StateSnapshot}\nimport org.midonet.cluster.data.ObjId\nimport org.midonet.cluster.data.storage.{StateKey, StateResult, StateStorage, Storage}\n\n\/**\n  * This class provides a wrapper over a regular storage object. This wrapper\n  * can use the cached version or the regular version of the storage, depending\n  * on if the cached version has been invalidated or not.\n  *\n  *\/\nclass StateStorageWrapper(private val cacheTtlMs: Long,\n                          private val store: Storage,\n                          private val stateStore: StateStorage,\n                          private val objSnapshot: ObjSnapshot,\n                          private val stateSnapshot: StateSnapshot)\n    extends StorageWrapper(cacheTtlMs, store, objSnapshot) with StateStorage {\n\n    private val cachedStateStore =\n        new CachedStateStorage(store, stateStore, objSnapshot, stateSnapshot)\n\n    protected def validStateStore: StateStorage =\n        if (cacheValid) cachedStateStore else stateStore\n\n    override protected val namespace: String = null \/\/ Not used in this wrapper\n\n    override def addValue(clazz: Class[_], id: ObjId, key: String,\n                          value: String): Observable[StateResult] =\n        validStateStore.addValue(clazz, id, key, value)\n\n    override def removeValue(clazz: Class[_], id: ObjId, key: String,\n                             value: String): Observable[StateResult] =\n        validStateStore.removeValue(clazz, id, key, value)\n\n    override def getKey(clazz: Class[_], id: ObjId,\n                        key: String): Observable[StateKey] =\n        validStateStore.getKey(clazz, id, key)\n\n    override def getKey(namespace: String, clazz: Class[_], id: ObjId,\n                        key: String): Observable[StateKey] =\n        validStateStore.getKey(namespace, clazz, id, key)\n\n    override def keyObservable(clazz: Class[_], id: ObjId,\n                               key: String): Observable[StateKey] =\n        validStateStore.keyObservable(clazz, id, key)\n\n    override def keyObservable(namespace: String, clazz: Class[_], id: ObjId,\n                               key: String): Observable[StateKey] =\n        validStateStore.keyObservable(namespace, clazz, id, key)\n\n    override def keyObservable(namespaces: Observable[String], clazz: Class[_],\n                               id: ObjId, key: String): Observable[StateKey] =\n        validStateStore.keyObservable(namespaces, clazz, id, key)\n\n    override def ownerId: Long = validStateStore.ownerId\n\n    override def failFastOwnerId: Long = validStateStore.failFastOwnerId\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/c3po\/translators\/SecurityGroupIT.scala","text":"\/*\n * Copyright 2015 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.services.c3po.translators\n\nimport java.util.UUID\n\nimport scala.collection.JavaConverters._\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport org.midonet.cluster.C3POMinionTestBase\nimport org.midonet.cluster.data.neutron.NeutronResourceType.{Port => PortType, SecurityGroup => SecurityGroupType, SecurityGroupRule => SecurityGroupRuleType}\nimport org.midonet.cluster.models.Commons\nimport org.midonet.cluster.models.Commons.Condition.FragmentPolicy\nimport org.midonet.cluster.models.Commons._\nimport org.midonet.cluster.models.Neutron._\nimport org.midonet.cluster.models.Topology._\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.packets.IPv4Subnet\nimport org.midonet.util.concurrent.toFutureOps\n\n\n\/**\n * An integration tests for Neutron Importer \/ C3PO CRUD operations on Network\n * objects.\n *\/\n@RunWith(classOf[JUnitRunner])\nclass SecurityGroupIT extends C3POMinionTestBase with ChainManager {\n\n    \"SecurityGroupRuleTranslator\" should \"create rules associated with \" +\n    \"security group\" in {\n        val sgId = createSecurityGroup(2)\n\n        val existRuleId = UUID.randomUUID()\n        val existRule = ruleJson(existRuleId, sgId,\n            direction = RuleDirection.INGRESS)\n        insertCreateTask(3, SecurityGroupRuleType, existRule, existRuleId)\n\n        val newRuleId = UUID.randomUUID()\n        val newRuleJson = ruleJson(newRuleId, sgId,\n                                   direction = RuleDirection.EGRESS)\n        insertCreateTask(4, SecurityGroupRuleType, newRuleJson, newRuleId)\n\n        eventually {\n            \/\/ check that the chain has the right rule\n            val inChain = storage.get(classOf[Chain], inChainId(sgId)).await()\n            inChain.getRuleIdsList.asScala(0) should be(toProto(newRuleId))\n\n            \/\/ check that the rule exists\n            val inRule = storage.get(classOf[Rule], newRuleId).await()\n            inRule should not be null\n\n            \/\/ check that the out chain has the right rule\n            val outChain = storage.get(classOf[Chain],\n                                       outChainId(sgId)).await()\n            outChain.getRuleIdsList.asScala(0) should be(toProto(existRuleId))\n\n            \/\/ check that the rule exists\n            storage.exists(classOf[Rule], existRuleId).await() shouldBe true\n        }\n    }\n\n    it should \"delete rules associated with security group\" in {\n        val sgId = UUID.randomUUID()\n\n        val existRuleId = UUID.randomUUID()\n        val existRule = ruleJson(existRuleId, sgId)\n\n        createSecurityGroup(2, sgId, rules = List(existRule))\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            sg.getSecurityGroupRulesCount shouldBe 1\n        }\n\n        insertDeleteTask(3, SecurityGroupRuleType, existRuleId)\n        eventually {\n            val outChain = storage.get(classOf[Chain],\n                                       outChainId(sgId)).await()\n            outChain.getRuleIdsList.asScala.size shouldBe 0\n\n            \/\/ The rule should not exist in storage\n            storage.exists(classOf[Rule], existRuleId).await() shouldBe false\n        }\n    }\n\n    \"SecurityGroupTranslator\" should \"handle security group CRUD\" in {\n        val sg1Id = UUID.randomUUID()\n        val rule1Id = UUID.randomUUID()\n        val ruleSub = new IPv4Subnet(\"10.0.0.1\", 24)\n        val rule1Json = ruleJson(rule1Id, sg1Id, portRange = 15000 to 15500,\n                                 remoteIpPrefix = ruleSub)\n\n        val sg2Id = UUID.randomUUID()\n        val rule2Id = UUID.randomUUID()\n        val rule2Json = ruleJson(rule2Id, sg1Id, etherType = EtherType.IPV6,\n                                 remoteSgId = sg2Id)\n\n        createSecurityGroup(2, sg1Id, rules = List(rule1Json, rule2Json))\n        createSecurityGroup(3, sg2Id, rules = List())\n\n        val ipg1 = eventually(storage.get(classOf[IPAddrGroup], sg1Id).await())\n        val ChainPair(inChain1, outChain1) = getChains(ipg1)\n\n        inChain1.getRuleIdsCount should be(0)\n        outChain1.getRuleIdsCount should be(3)\n        val outChain1Rules = storage.getAll(\n            classOf[Rule], outChain1.getRuleIdsList.asScala).await()\n        outChain1Rules(0).getId should be(toProto(rule1Id))\n        outChain1Rules(0).getCondition.getTpDst.getStart should be(15000)\n        outChain1Rules(0).getCondition.getTpDst.getEnd should be(15500)\n        outChain1Rules(0).getCondition.getNwSrcIp.getAddress should be(\"10.0.0.1\")\n        outChain1Rules(0).getCondition.getNwSrcIp.getPrefixLength should be(24)\n        outChain1Rules(0).getCondition.getFragmentPolicy should be(FragmentPolicy.HEADER)\n\n        outChain1Rules(1).getId should be(toProto(SecurityGroupRuleManager.nonHeaderRuleId(rule1Id)))\n        outChain1Rules(1).getCondition.hasTpDst should be(false)\n        outChain1Rules(1).getCondition.getNwSrcIp.getAddress should be(\"10.0.0.1\")\n        outChain1Rules(1).getCondition.getNwSrcIp.getPrefixLength should be(24)\n        outChain1Rules(1).getCondition.getFragmentPolicy should be(FragmentPolicy.NONHEADER)\n\n        outChain1Rules(2).getId should be(toProto(rule2Id))\n        outChain1Rules(2).getCondition.getDlType should be(EtherType.IPV6_VALUE)\n        outChain1Rules(2).getCondition.getIpAddrGroupIdSrc should be(toProto(sg2Id))\n\n        val sg1aJson = sgJson(name = \"sg1-updated\", id = sg1Id,\n                              desc = \"Security group\", tenantId = \"tenant\")\n        insertUpdateTask(4, SecurityGroupType, sg1aJson, sg1Id)\n        insertDeleteTask(5, SecurityGroupType, sg2Id)\n        eventually {\n            val ipg1a = storage.get(classOf[IPAddrGroup], sg1Id).await()\n            ipg1a.getName shouldBe \"sg1-updated\"\n\n            \/\/ Neutron doesn't include the rules on update, so update should not\n            \/\/ delete the rules just because the rule list in the update request\n            \/\/ is empty.\n            val ChainPair(inChain1a, outChain1a) = getChains(ipg1a)\n            inChain1a.getRuleIdsCount shouldBe 0\n\n            \/\/ Since sg2 is deleted, rule pointing to it should be deleted from sg1\n            outChain1a.getRuleIdsCount shouldBe 2\n            outChain1a.getRuleIds(0) shouldBe toProto(rule1Id)\n            outChain1a.getRuleIds(1) shouldBe toProto(SecurityGroupRuleManager.nonHeaderRuleId(rule1Id))\n\n            \/\/ The Neutron security group should also keep its rules.\n            val nsg = storage.get(classOf[SecurityGroup], sg1Id).await()\n            nsg.getSecurityGroupRulesCount shouldBe 2\n\n            \/\/ SG2 should deleted.\n            List(storage.exists(classOf[SecurityGroup], sg2Id),\n                 storage.exists(classOf[IPAddrGroup], sg2Id))\n                .map(_.await()) shouldBe List(false, false)\n        }\n\n        insertDeleteTask(6, SecurityGroupType, sg1Id)\n\n        eventually {\n            val delFutures = List(\n                storage.getAll(classOf[SecurityGroup]),\n                storage.getAll(classOf[IPAddrGroup]),\n                storage.getAll(classOf[Chain]),\n                storage.getAll(classOf[Rule]))\n            val delResults = delFutures.map(_.await())\n            delResults.foreach(r => r should be(empty))\n        }\n    }\n\n    \"SecurityGroupTranslator\" should \"have an edited rule list\" in {\n        val sgId = createSecurityGroup(2)\n\n        val r1Id= UUID.randomUUID()\n        val r1 = ruleJson(r1Id, sgId, direction = RuleDirection.INGRESS)\n\n        insertCreateTask(3, SecurityGroupRuleType, r1, r1Id)\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            val sgr1 = storage.get(classOf[SecurityGroupRule], r1Id).await()\n            sg.getSecurityGroupRulesList should contain only sgr1\n        }\n\n        val r2Id = UUID.randomUUID()\n        val r2 = ruleJson(r2Id, sgId, direction = RuleDirection.INGRESS)\n\n        insertCreateTask(4, SecurityGroupRuleType, r2, r2Id)\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            sg.getSecurityGroupRulesCount shouldBe 2\n        }\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            val sgrs = storage.getAll(classOf[SecurityGroupRule],\n                                      Seq(r1Id, r2Id)).await()\n            sg.getSecurityGroupRulesList should contain theSameElementsAs sgrs\n        }\n\n        insertDeleteTask(5, SecurityGroupRuleType, r2Id)\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            val sgr1 = storage.get(classOf[SecurityGroupRule], r1Id).await()\n            sg.getSecurityGroupRulesList should contain only sgr1\n        }\n    }\n\n    \"SecurityGroupTranslator\" should\n            \"delete a rule added as a separate SG rule\" in {\n        val sgId = createSecurityGroup(2)\n\n        val r1Id = UUID.randomUUID()\n        val r1 = ruleJson(r1Id, sgId, direction = RuleDirection.INGRESS)\n\n        insertCreateTask(3, SecurityGroupRuleType, r1, r1Id)\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            val sgr1 = storage.get(classOf[SecurityGroupRule], r1Id).await()\n            sg.getSecurityGroupRulesList should contain only sgr1\n        }\n\n        insertDeleteTask(4, SecurityGroupType, sgId)\n\n        eventually {\n            val delFutures = List(\n                storage.getAll(classOf[SecurityGroup]),\n                storage.getAll(classOf[SecurityGroupRule]),\n                storage.getAll(classOf[IPAddrGroup]),\n                storage.getAll(classOf[Chain]),\n                storage.getAll(classOf[Rule]))\n            val delResults = delFutures.map(_.await())\n            delResults.foreach(r => r should be(empty))\n        }\n    }\n\n    \"SecurityGroupTranslator\" should \"add rules created with it\" in {\n        val r1Id= UUID.randomUUID()\n        val r2Id= UUID.randomUUID()\n\n        val sgId= UUID.randomUUID()\n\n        val r1 = ruleJson(r1Id, sgId, direction = RuleDirection.INGRESS)\n        val r2 = ruleJson(r2Id, sgId, direction = RuleDirection.EGRESS)\n        createSecurityGroup(2, sgId, rules=Seq(r1, r2))\n\n        eventually {\n            val sgr1 = storage.get(classOf[SecurityGroupRule], r1Id).await()\n            sgr1.getSecurityGroupId shouldBe toProto(sgId)\n\n            val sgr2 = storage.get(classOf[SecurityGroupRule], r2Id).await()\n            sgr2.getSecurityGroupId shouldBe toProto(sgId)\n        }\n\n        insertDeleteTask(3, SecurityGroupRuleType, r1Id)\n\n        eventually {\n            val sg = storage.get(classOf[SecurityGroup], sgId).await()\n            sg.getSecurityGroupRulesCount shouldBe (1)\n            sg.getSecurityGroupRules(0).getId shouldBe toProto(r2Id)\n        }\n    }\n\n    it should \"clear backreferences from associated ports when deleted\" in {\n        \/\/ Create two ports, each belonging to two different security groups.\n        val nwId = createTenantNetwork(10)\n        val snId = createSubnet(20, nwId, \"10.0.0.0\/24\")\n        val sg1Id = createSecurityGroup(30)\n        val sg2Id = createSecurityGroup(40)\n        val p1Id = createVifPort(50, nwId, Seq(IPAlloc(\"10.0.0.10\", snId)),\n                                 sgs = Seq(sg1Id, sg2Id))\n        val p2Id = createVifPort(60, nwId, Seq(IPAlloc(\"10.0.0.20\", snId)),\n                                 sgs = Seq(sg1Id, sg2Id))\n\n        val Seq(np1, np2) =\n            storage.getAll(classOf[NeutronPort], Seq(p1Id, p2Id)).await()\n        np1.getSecurityGroupsList.asScala.map(_.asJava) should\n            contain only(sg1Id, sg2Id)\n        np2.getSecurityGroupsList.asScala.map(_.asJava) should\n            contain only(sg1Id, sg2Id)\n\n        \/\/ Make sure both ports are associated with both security groups.\n        checkPortAssociations(p1Id, Seq(sg1Id, sg2Id))\n        checkPortAssociations(p2Id, Seq(sg1Id, sg2Id))\n\n        \/\/ Delete a security group and make sure the ports don't keep stale\n        \/\/ references to it (MI-1210).\n        insertDeleteTask(70, SecurityGroupType, sg1Id)\n        checkPortAssociations(p1Id, Seq(sg2Id))\n        checkPortAssociations(p2Id, Seq(sg2Id))\n\n        \/\/ Should be able to delete a port safely (MI-1210).\n        insertDeleteTask(80, PortType, p1Id)\n        val ipg2 = storage.get(classOf[IPAddrGroup], sg2Id).await()\n        val ipg2PortIds = for {\n            iap <- ipg2.getIpAddrPortsList.asScala\n            pid <- iap.getPortIdsList.asScala\n        } yield pid.asJava\n        ipg2PortIds should contain only p2Id\n\n        \/\/ Delete the other security group.\n        insertDeleteTask(90, SecurityGroupType, sg2Id)\n        checkPortAssociations(p2Id, Seq())\n    }\n\n    private def checkPortAssociations(portId: UUID, sgIds: Seq[UUID]): Unit = {\n        val np = storage.get(classOf[NeutronPort], portId).await()\n        np.getSecurityGroupsList.asScala.map(_.asJava) should\n            contain theSameElementsAs sgIds\n        getSgJumpRuleTargets(inChainId(portId)) should contain theSameElementsAs\n            sgIds.map(id => inChainId(id.asProto)) :+ antiSpoofChainId(portId)\n        getSgJumpRuleTargets(outChainId(portId)) should\n            contain theSameElementsAs sgIds.map(id => outChainId(id.asProto))\n    }\n\n    private def getSgJumpRuleTargets(chainId: UUID): Seq[Commons.UUID] = {\n        val chain = storage.get(classOf[Chain], chainId).await()\n        val rules = storage.getAll(classOf[Rule], chain.getRuleIdsList).await()\n        for (r <- rules if r.getType == Rule.Type.JUMP_RULE)\n            yield r.getJumpRuleData.getJumpChainId\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/StateStorageWrapperTest.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport java.io.{File, FileOutputStream}\nimport java.util\nimport java.util.{Properties, UUID}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.util.control.NonFatal\n\nimport org.junit.runner.RunWith\nimport org.scalatest.{BeforeAndAfter, BeforeAndAfterAll, FeatureSpec, Matchers}\nimport org.scalatest.junit.JUnitRunner\n\nimport rx.Observable\nimport rx.observers.TestObserver\n\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.cache.StateNotification.{MappedSnapshot => StateSnapshot}\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.models.Topology.{PoolMember, Port, Router}\nimport org.midonet.cluster.util.UUIDUtil.randomUuidProto\nimport org.midonet.conf.HostIdGenerator\nimport org.midonet.util.reactivex._\n\n@RunWith(classOf[JUnitRunner])\nclass StateStorageWrapperTest extends FeatureSpec with Matchers with BeforeAndAfter with BeforeAndAfterAll {\n\n    private val cacheTtl = 2000\n    private val namespace: String = UUID.randomUUID().toString\n\n    private val port1Id = randomUuidProto\n    private val port1 = Port.newBuilder().setId(port1Id).build()\n    private val key1 = SingleValueKey(\"key\", Some(\"value\"), 1L)\n\n    private val objSnapshot = {\n        val objSnapshot = new ObjSnapshot()\n\n        val portEntry = new util.HashMap[AnyRef, AnyRef]()\n        portEntry.put(port1Id, port1)\n        objSnapshot.put(classOf[Port], portEntry)\n\n        objSnapshot\n    }\n\n    private val stateSnapshot = {\n        val stateSnapshot = new StateSnapshot()\n\n        val keyEntry = new util.HashMap[String, AnyRef]()\n        keyEntry.put(key1.key, key1)\n        val objectEntry = new util.HashMap[AnyRef, util.HashMap[String, AnyRef]]()\n        objectEntry.put(port1Id, keyEntry)\n        val portEntry = new util.HashMap[Class[_], util.HashMap[AnyRef, util.HashMap[String, AnyRef]]]()\n        portEntry.put(classOf[Port], objectEntry)\n        stateSnapshot.put(namespace, portEntry)\n\n        stateSnapshot\n    }\n\n    private var store: StateStorage = _\n    private var wrapper: StateStorage = _\n\n    private def makeObservable[T]() =\n        new TestObserver[T] with AwaitableObserver[T] with AssertableObserver[T] {\n            override def assert() = {}\n        }\n\n    private def setupPropertyFile(): Unit = {\n        val path = HostIdGenerator.useTemporaryHostId\n        val propFile = new File(path)\n        val properties = new Properties\n        properties.setProperty(\"host_uuid\", namespace)\n        properties.store(new FileOutputStream(propFile.getAbsolutePath), null)\n        System.setProperty(\"midonet.host_id_filepath\", path)\n    }\n\n    private def getSingleValue(obs: Observable[StateKey]): String = {\n        try {\n            Await.result(obs.asFuture, 1 second)\n                .asInstanceOf[SingleValueKey].value.get\n        } catch {\n            case NonFatal(_) => null\n        }\n    }\n\n    private def getMultiValue(obs: Observable[StateKey]): Set[String] = {\n        try {\n            Await.result(obs.asFuture, 1 second)\n                .asInstanceOf[MultiValueKey].value\n        } catch {\n            case NonFatal(_) => null\n        }\n    }\n\n    override def beforeAll(): Unit = {\n        setupPropertyFile()\n    }\n\n    before {\n        store = new InMemoryStorage()\n        store.registerClass(classOf[Router])\n        store.registerClass(classOf[Port])\n        store.registerClass(classOf[PoolMember])\n        store.registerKey(classOf[Port], key1.key, KeyType.SingleFirstWriteWins)\n        store.registerKey(classOf[Port], \"keySingleFirst\", KeyType.SingleFirstWriteWins)\n        store.registerKey(classOf[Port], \"keySingleLast\", KeyType.SingleLastWriteWins)\n        store.registerKey(classOf[Port], \"keyMulti\", KeyType.Multiple)\n        store.registerKey(classOf[PoolMember], \"status\", KeyType.SingleLastWriteWins)\n        store.build()\n\n        wrapper = new StateStorageWrapper(cacheTtl, store, store, objSnapshot, stateSnapshot)\n    }\n\n    feature(\"Adding and removing values\") {\n        scenario(\"When the cache is active should update the cache - single first wins\") {\n            val uuid = randomUuidProto\n\n            wrapper.addValue(classOf[Port], uuid, \"keySingleFirst\", \"value1\")\n            wrapper.addValue(classOf[Port], uuid, \"keySingleFirst\", \"value2\")\n            getSingleValue(wrapper.getKey(classOf[Port], uuid, \"keySingleFirst\")) shouldBe \"value1\"\n\n            wrapper.removeValue(classOf[Port], uuid, \"keySingleFirst\", \"value\")\n            getSingleValue(wrapper.getKey(classOf[Port], uuid, \"keySingleFirst\")) shouldBe null\n        }\n        scenario(\"When the cache is active should update the cache - single last wins\") {\n            val uuid = randomUuidProto\n            wrapper.addValue(classOf[Port], uuid, \"keySingleLast\", \"value1\")\n            wrapper.addValue(classOf[Port], uuid, \"keySingleLast\", \"value2\")\n            getSingleValue(wrapper.getKey(classOf[Port], uuid, \"keySingleLast\")) shouldBe \"value2\"\n\n            wrapper.removeValue(classOf[Port], uuid, \"keySingleLast\", \"value\")\n            getSingleValue(wrapper.getKey(classOf[Port], uuid, \"keySingleLast\")) shouldBe null\n        }\n        scenario(\"When the cache is active should update the cache - multi\") {\n            val uuid = randomUuidProto\n            wrapper.addValue(classOf[Port], uuid, \"keyMulti\", \"value1\")\n            wrapper.addValue(classOf[Port], uuid, \"keyMulti\", \"value2\")\n            getMultiValue(wrapper.getKey(classOf[Port], uuid, \"keyMulti\")) shouldBe Set(\"value1\", \"value2\")\n\n            wrapper.removeValue(classOf[Port], uuid, \"keyMulti\", \"value1\")\n            getMultiValue(wrapper.getKey(classOf[Port], uuid, \"keyMulti\")) shouldBe Set(\"value2\")\n        }\n    }\n\n    feature(\"Querying state keys\") {\n        scenario(\"Get key for default namespace\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.getKey(classOf[Port], port1Id, key1.key).subscribe(obs)\n            obs.awaitCompletion(1 second)\n            val stateKeys = obs.getOnNextEvents\n\n            \/\/ The second key is returned by the underlying storage\n            stateKeys.size() shouldBe 2\n            stateKeys.get(0) shouldBe key1\n        }\n\n        scenario(\"Get key for given namespace\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.getKey(namespace, classOf[Port], port1Id, key1.key).subscribe(obs)\n            obs.awaitCompletion(1 second)\n            val stateKeys = obs.getOnNextEvents\n\n            \/\/ The second key is returned by the underlying storage\n            stateKeys.size() shouldBe 2\n            stateKeys.get(0) shouldBe key1\n        }\n\n        scenario(\"Get key from a registered class but with no cached data\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.getKey(namespace, classOf[PoolMember], port1Id, \"status\").subscribe(obs)\n            obs.isCompleted shouldBe true\n        }\n\n        scenario(\"Key observable for default namespace\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.keyObservable(classOf[Port], port1Id, key1.key).subscribe(obs)\n            obs.awaitCompletion(1 second)\n            val stateKeys = obs.getOnNextEvents\n\n            stateKeys.size() shouldBe 1\n            stateKeys.get(0) shouldBe key1\n        }\n\n        scenario(\"Key observable for given namespace\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.keyObservable(namespace, classOf[Port], port1Id, key1.key).subscribe(obs)\n            obs.awaitCompletion(1 second)\n            val stateKeys = obs.getOnNextEvents\n\n            stateKeys.size() shouldBe 1\n            stateKeys.get(0) shouldBe key1\n        }\n\n        scenario(\"Key observable for observable namespace\") {\n            val obs = makeObservable[StateKey]()\n            val namespaceObs = Observable.from(Array(namespace))\n            wrapper.keyObservable(namespaceObs, classOf[Port], port1Id, key1.key).subscribe(obs)\n            obs.awaitCompletion(1 second)\n            val stateKeys = obs.getOnNextEvents\n\n            stateKeys.size() shouldBe 1\n            stateKeys.get(0) shouldBe key1\n        }\n\n        scenario(\"Key observable from a registered class but with no cached data\") {\n            val obs = makeObservable[StateKey]()\n            wrapper.keyObservable(namespace, classOf[PoolMember], port1Id, \"status\").subscribe(obs)\n            obs.isCompleted shouldBe true\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/integration\/scala\/org\/midonet\/midolman\/tc\/TcIntegrationTest.scala","text":"<filename>midolman\/src\/integration\/scala\/org\/midonet\/midolman\/tc\/TcIntegrationTest.scala\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.tc\n\nimport scala.sys.process._\n\nimport org.junit.runner.RunWith\nimport org.scalatest.concurrent.Eventually\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{FeatureSpec, ShouldMatchers}\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.midolman.host.services.TcRequestHandler\nimport org.midonet.netlink.NetlinkChannelFactory\nimport org.midonet.netlink.rtnetlink.LinkOps\n\n@RunWith(classOf[JUnitRunner])\nclass TcIntegrationTest extends FeatureSpec\n                        with Eventually\n                        with ShouldMatchers {\n\n    val log = LoggerFactory.getLogger(classOf[TcIntegrationTest])\n\n    val factory = new NetlinkChannelFactory\n\n    def verifyIngressQdisc(dev: String, noQdisc: Boolean = false): Unit = {\n        eventually {\n            val qdiscs = s\"tc -s qdisc show dev $dev\".!!\n            ((qdiscs contains \"ingress\") == !noQdisc) shouldBe true\n        }\n    }\n\n    def getDisplayBurst(burstInKBits: Int) = {\n        val burst = burstInKBits * 1000 \/ 8\n        if (burst % 1000 == 0) {\n            s\"${burst\/1000}Kb\"\n        } else {\n            s\"${burst}b\"\n        }\n    }\n\n    \/\/ NOTE: Recent versions of iproute2 (e.g. 4.3.0-1ubuntu3.16.04.1)\n    \/\/ use this format.  Cf. print_rate() in iproute2\/tc\/tc_util.c\n    def getAltDisplayRate(rate: Int) = {\n        val units = Array(\"\", \"K\", \"M\", \"G\", \"T\")\n        var i = 0\n        var r = rate\n        while (i < units.length - 1 &&\n               r >= 1000 &&\n               ((r % 1000) == 0 || r >= 1000 * 1000)) {\n            i += 1\n            r \/= 1000\n        }\n        s\"${r}${units(i)}bit\"\n    }\n\n    def verifyIngressFilter(dev: String, rate: Int, burst: Int): Unit = {\n        eventually {\n            val filters = s\"tc filter ls dev $dev parent ffff:\".!!\n            val rateStr = s\"rate ${rate*1000}bit burst ${getDisplayBurst(burst)}\"\n            val altRateStr = s\"rate ${getAltDisplayRate(rate*1000)} burst ${getDisplayBurst(burst)}\"\n            val protocolStr = \"filter protocol all\"\n            ((filters contains rateStr) || (filters contains altRateStr)) shouldBe true\n            (filters contains protocolStr) shouldBe true\n        }\n    }\n\n    feature(\"write TC config\") {\n        scenario(\"add new tc config\") {\n            val devName = \"test1\"\n\n            val handler = new TcRequestHandler(factory)\n            handler.startAsync().awaitRunning()\n\n            try {\n\n                val veth = LinkOps.createVethPair(devName, s\"p$devName\")\n                var r = 400\n                var b = 800\n                handler.addTcConfig(veth.dev.ifi.index, r, b)\n\n                verifyIngressQdisc(devName)\n                verifyIngressFilter(devName, r, b)\n\n                r = 200\n                b = 1000\n                handler.addTcConfig(veth.dev.ifi.index, r, b)\n\n                verifyIngressQdisc(devName)\n                verifyIngressFilter(devName, r, b)\n\n                handler.delTcConfig(veth.dev.ifi.index)\n\n                verifyIngressQdisc(devName, noQdisc = true)\n\n            } finally {\n                LinkOps.deleteLink(devName)\n                handler.doStop()\n            }\n        }\n\n        scenario(\"multiple devices are created\") {\n            val devName1 = \"test4\"\n            val devName2 = \"test5\"\n\n            val handler = new TcRequestHandler(factory)\n            handler.startAsync().awaitRunning()\n\n            try {\n                val veth1 = LinkOps.createVethPair(devName1, s\"p$devName1\")\n                val r1 = 400\n                val b1 = 200\n                handler.addTcConfig(veth1.dev.ifi.index, r1, b1)\n\n                verifyIngressQdisc(devName1)\n                verifyIngressFilter(devName1, r1, b1)\n\n                val veth2 = LinkOps.createVethPair(devName2, s\"p$devName2\")\n                val r2 = 400\n                val b2 = 200\n                handler.addTcConfig(veth2.dev.ifi.index, r2, b2)\n\n                verifyIngressQdisc(devName2)\n                verifyIngressFilter(devName2, r2, b2)\n\n                handler.delTcConfig(veth1.dev.ifi.index)\n                verifyIngressQdisc(devName1, noQdisc = true)\n\n                handler.delTcConfig(veth2.dev.ifi.index)\n                verifyIngressQdisc(devName2, noQdisc = true)\n\n            } finally {\n                LinkOps.deleteLink(devName1)\n                LinkOps.deleteLink(devName2)\n                handler.doStop()\n            }\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/services\/discovery\/MidonetDiscovery.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.discovery\n\nimport java.net.URI\nimport java.util.concurrent.ExecutorService\n\nimport scala.collection.JavaConverters._\nimport scala.reflect.ClassTag\nimport scala.util.control.NonFatal\n\nimport com.google.common.annotations.VisibleForTesting\nimport com.google.common.net.HostAndPort\nimport com.google.inject.Inject\nimport com.typesafe.scalalogging.Logger\n\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.state.ConnectionState\nimport org.apache.curator.x.discovery._\nimport org.apache.curator.x.discovery.details.ServiceCacheListener\nimport org.slf4j.LoggerFactory\n\nimport rx.Observable\nimport rx.subjects.BehaviorSubject\n\nimport org.midonet.cluster.services.discovery.MidonetDiscovery._\nimport org.midonet.cluster.storage.MidonetBackendConfig\nimport org.midonet.util.functors.makeRunnable\n\n\/**\n  * A basic service discovery mechanism\n  *\n  * In order to use the service discovery mechanism, both for servers and\n  * clients, a MidonetDiscovery should be instantiated.\n  *\n  * This instance generates both service and client handles. The service\n  * is identified by its connection information, which is usually a\n  * server and a port or a URI.\n  *\n  * The executor is necessary to perform background operations to update the\n  * list of candidate services every time there's a new update (a service\n  * is registered or unregistered).\n  *\n  * Service registration example for a service on URI \"udp:\/\/10.0.0.1:2674\"\n  * ...\n  * val discoveryService = new MidonetDiscovery(curator, executor, config)\n  * val service = discoveryService.registerServiceInstance(\n  *     \"service_name\", new URI(\"udp:\/\/10.0.0.1:2674\"))\n  * ...\n  * \/\/ service no longer available\n  * service.unregister()\n  * \/\/ upon shutdown\n  * discoveryService.stop()\n  *\n  * Service client example:\n  * ...\n  * val discoveryService = new MidonetDiscovery(curator, executor, config)\n  * val client = discovery.getClient[MidonetServiceURI](\"service_name\")\n  * val instances: MidonetServiceURI = client.instances\n  * val address: String = instances.head.uri.getHost\n  * val port: Int = instances.head.uri.getPort()\n  * val protocol: String = instances.head.uri.getScheme()\n  * ...\n  *\n  * Service observable client example:\n  * ...\n  * val serviceObserver: Observer[List[MidonetServiceURI]] = ...\n  * client.observable.subscribe(serviceObserver)\n  * ...\n  *\n  *\/\nobject MidonetDiscovery {\n    \/\/ Path inside zookeeper\n    final val DiscoveryPath = \"\/service-discovery\"\n\n    final val ServiceDiscoveryLog = \"org.midonet.cluster.services.discovery\"\n\n}\n\ntrait MidonetDiscovery {\n\n    \/** Stops the discovery service so all resources are closed. It does not\n      * unregisters currently registered service instances.\n      *\/\n    def stop(): Unit\n    \/** Returns a [[MidonetDiscoveryClient]] handle for the service discovery.\n      * This client has an observable field that publishes changes in the set\n      * of a given service provider name as well as methods to retrieve current\n      * service instance candidates. On subscription to the observable, it\n      * provides the current set of providers.\n      *\n      * @param serviceName is the name of the desired service\n      *\/\n\n    def getClient[S](serviceName: String)(implicit tag: ClassTag[S])\n    : MidonetDiscoveryClient[S]\n\n     \/** Returns a [[MidonetServiceHandler]] handle necessary to register the\n      * service instance in the discovery service. The returned service instance\n      * must be explicitly unregistered. This method accepts an address and port\n      * specifying the discovery information. If the registered node crashes,\n      * it will be unregistered upon session timeout.\n      *\n      * @param serviceName name of the service to register\n      * @param address String with the ip address\n      * @param port Int port where the service is bound to\n      * @return\n      *\/\n    def registerServiceInstance(serviceName: String, address: String, port: Int)\n    : MidonetServiceHandler\n\n    \/** Returns a [[MidonetServiceHandler]] handle necessary to register the\n      * service instance in the discovery service. The returned service instance\n      * must be explicitly unregistered. This method accept an uri specifying\n      * discovery information. If the registered node crashes, it will be\n      * unregistered upon session timeout.\n      *\n      * @param serviceName name of the service to register\n      * @param uri URI object specifying the discovery information\n      * @return\n      *\/\n    def registerServiceInstance(serviceName: String, uri: URI)\n    : MidonetServiceHandler\n\n    \/** Returns a [[MidonetServiceHandler]] handle necessary to register the\n      * service instance in the discovery service. The returned service instance\n      * must be explicitly unregistered. This method accepts a [[HostAndPort]]\n      * specifying the discovery information. If the registered node crashes,\n      * it will be unregistered upon session timeout.\n      *\n      * @param serviceName name of the service to register\n      * @param hostAndPort [[HostAndPort]] describing the instance location\n      * @return\n      *\/\n    def registerServiceInstance(serviceName: String,\n                                hostAndPort: HostAndPort)\n    : MidonetServiceHandler =\n        registerServiceInstance(serviceName, hostAndPort.getHostText,\n                                hostAndPort.getPort)\n\n    \/** Returns a [[MidonetServiceHandler]] handle necessary to register the\n      * service instance in the discovery service. The returned service instance\n      * must be explicitly unregistered. This method accepts a \"host:port\"\n      * string specifying the discovery information. If the registered node\n      * crashes, it will be unregistered upon session timeout.\n      *\n      * @param serviceName name of the service to register\n      * @param hostAndPortStr \"host:port\" string with the instance location\n      * @return\n      *\/\n    def registerServiceInstance(serviceName: String,\n                                hostAndPortStr: String)\n    : MidonetServiceHandler =\n        registerServiceInstance(serviceName,\n                                HostAndPort.fromString(hostAndPortStr))\n}\n\nclass MidonetDiscoveryImpl @Inject()(curator: CuratorFramework,\n                                 executor: ExecutorService,\n                                 config: MidonetBackendConfig)\n    extends MidonetDiscovery {\n\n    private val log = Logger(LoggerFactory.getLogger(ServiceDiscoveryLog))\n\n    log.debug(\"Midonet Discovery root path: \" +\n              config.rootKey + DiscoveryPath)\n\n    private val discoveryService = ServiceDiscoveryBuilder\n        .builder[Void](classOf[Void])\n        .client(curator)\n        .basePath(config.rootKey + DiscoveryPath)\n        .build\n\n    discoveryService.start()\n\n    def stop(): Unit = discoveryService.close()\n\n    def getClient[S](serviceName: String)(implicit tag: ClassTag[S])\n    : MidonetDiscoveryClient[S] = {\n        new MidonetDiscoveryClientImpl[S](serviceName, discoveryService, executor)\n    }\n\n    def registerServiceInstance(serviceName: String, address: String, port: Int)\n    : MidonetServiceHandler = {\n        new MidonetServiceHandlerImpl(serviceName, Option(address), Option(port),\n                                      Option.empty, discoveryService)\n    }\n\n    def registerServiceInstance(serviceName: String, uri: URI)\n    : MidonetServiceHandler = {\n        new MidonetServiceHandlerImpl(serviceName, Option.empty, Option.empty,\n                                      Option(uri), discoveryService)\n    }\n}\n\n\/**\n  * Case classes supported by the MidonetDiscoveryService. When obtaining a\n  * client, one of these cases classes should be suplied and the registered\n  * information will be presented according to this interface.\n  *\/\ntrait MidonetServiceInstance\ncase class MidonetServiceHostAndPort(address: String, port: Int)\n    extends MidonetServiceInstance {\n    override def toString = s\"$address:$port\"\n}\ncase class MidonetServiceURI(uri: URI) extends MidonetServiceInstance {\n    override def toString = uri.toString\n}\n\n\/**\n  * This trait provides a service discovery client exposing an observable\n  * with the service provider changes. Current registered providers can also be\n  * retrieved at any point in time.\n  * The client instance should be explicitly 'stopped' if no one is going\n  * to use it any more.\n  *\/\ntrait MidonetDiscoveryClient[S] {\n\n    \/** Provide an observable for service provider changes. *\/\n    val observable: Observable[Seq[S]]\n\n    \/** Get the current set of registered [[ServiceInstance]]. It's updated\n      * upon notification from the storage layer (ZooKeeper) so it could be\n      * outdated for a limited amount of time. Instances registered not\n      * complying with the client type S are filtered.*\/\n    def instances: Seq[S]\n\n    \/** Stop receiving service provider information. It closes resources\n      * used by cache and completes the observable. *\/\n    def stop(): Unit\n}\n\nprivate[discovery] final class MidonetDiscoveryClientImpl[S](\n        serviceName: String, serviceDiscovery: ServiceDiscovery[Void],\n        executor: ExecutorService)(implicit val tag: ClassTag[S])\n    extends MidonetDiscoveryClient[S]{\n\n    private val log = Logger(LoggerFactory.getLogger(ServiceDiscoveryLog))\n\n    private val updates = BehaviorSubject.create[Seq[S]]\n\n    private val cache =\n        serviceDiscovery.serviceCacheBuilder.name(serviceName).build\n\n    private def updateServiceInstances(): Unit = {\n        updates.onNext(instances)\n    }\n\n    cache.addListener(new ServiceCacheListener {\n        override def cacheChanged(): Unit = updateServiceInstances()\n        override def stateChanged(client: CuratorFramework,\n                                  newState: ConnectionState): Unit =\n            log.info(s\"Changed state for $serviceName service: $newState\")\n    }, executor)\n\n    cache.start()\n\n    executor.submit(makeRunnable { updateServiceInstances() })\n\n    override val observable = updates.asObservable.distinctUntilChanged\n\n    override def stop(): Unit = {\n        try {\n            \/\/ The discovery service may have been closed previously\n            cache.close()\n        } catch {\n            case NonFatal(e) => log.info(\"Service discovery already closed.\")\n        } finally {\n            updates.onCompleted()\n        }\n    }\n\n    override def instances: Seq[S] = {\n        cache.getInstances.asScala.flatMap(asMidonetService)\n    }\n\n    private def asMidonetService(instance: ServiceInstance[Void]): Option[S] = {\n        (instance.getAddress, instance.getPort, instance.getUriSpec) match {\n            case (address: String, port: Integer, _)\n                if tag.runtimeClass == classOf[MidonetServiceHostAndPort] =>\n                Option(MidonetServiceHostAndPort(address, port).asInstanceOf[S])\n            case (_, _, uri: UriSpec)\n                if tag.runtimeClass == classOf[MidonetServiceURI] =>\n                Option(MidonetServiceURI(new URI(uri.build)).asInstanceOf[S])\n            case _ =>\n                \/\/ We filter those instances that do not comply with the\n                \/\/ type of the client doing the request\n                None\n        }\n    }\n\n}\n\n\/**\n  * Handler for a registered midonet service. Once a service is registered,\n  * it needs to be registered through its handler explicitly. If the service\n  * crashes, the service will be automatically registered upon session\n  * expiration.\n  *\/\ntrait MidonetServiceHandler {\n\n    \/** Indicate that the service is no longer provided by this instance.\n      * This method must be explicitly called if the user of this trait wants the\n      * service to be immediately removed from the list of available instances.\n      * If a service instance is not explicitly unregistered, the service\n      * will only be unregistered (automatically) after the session with the\n      * backend time outs -- because its associated discovery service\n      * instance was closed or crashed).\n      *\/\n    def unregister(): Unit\n\n}\n\nprivate[discovery] final class MidonetServiceHandlerImpl(name: String,\n       address: Option[String], port: Option[Int], uri: Option[URI],\n       discovery: ServiceDiscovery[Void]) extends MidonetServiceHandler {\n\n    \/** Register the service with the specified discovery information into the\n      * discovery service. It must be registered explicitly before being\n      * available for discovery. *\/\n\n    @VisibleForTesting\n    private[discovery] val instanceBldr = ServiceInstance.builder[Void]()\n        .serviceType(ServiceType.DYNAMIC)\n        .name(name)\n    if (address.isDefined) instanceBldr.address(address.get)\n    if (port.isDefined) instanceBldr.port(port.get)\n    if (uri.isDefined) instanceBldr.uriSpec(new UriSpec(uri.get.toString))\n\n    @VisibleForTesting\n    private[discovery] val instance = instanceBldr.build\n\n    discovery.registerService(instance)\n\n    override def unregister(): Unit = discovery.unregisterService(instance)\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/endpoint\/users\/HttpByteBufferEndpointUser.scala","text":"\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.endpoint.users\n\nimport org.midonet.cluster.services.endpoint.comm.{HttpByteBufferHandler, KeepAliveHandler}\nimport org.midonet.cluster.services.topology_cache.TopologySnapshotProvider\n\nimport io.netty.channel.Channel\n\n\/**\n  * Trait for those who want to have an endpoint with static file serving\n  * capabilities.\n  *\/\ntrait HttpByteBufferEndpointUser extends EndpointUser {\n\n    import HttpByteBufferEndpointUser.DefaultIdleTimeout\n\n    def snapshotProvider: TopologySnapshotProvider\n\n    override def protocol(sslEnabled: Boolean): String =\n        if (sslEnabled) \"https\" else \"http\"\n\n    \/**\n      * Initialize static file serving handler.\n      *\n      * @param path    Path part of the URL of the first HTTP request handled.\n      * @param channel Channel to be initialized.\n      *\/\n    override def initEndpointChannel(path: String, channel: Channel): Unit = {\n        val pipe = channel.pipeline\n        pipe.addLast(\"keep-alive\", new KeepAliveHandler(DefaultIdleTimeout))\n        pipe.addLast(\"http-bytebuffer-handler\", new HttpByteBufferHandler(snapshotProvider))\n    }\n}\n\nobject HttpByteBufferEndpointUser {\n    private final val DefaultIdleTimeout = 30000\n}"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/state\/StateTableManager.scala","text":"<reponame>obino\/midonet<filename>midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/state\/StateTableManager.scala\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.state\n\nimport java.net.SocketAddress\nimport java.util\nimport java.util.Collections\nimport java.util.concurrent.atomic.{AtomicLong, AtomicReference}\nimport java.util.concurrent.{Executors, ScheduledExecutorService, ThreadFactory}\n\nimport scala.collection.breakOut\nimport scala.collection.JavaConverters._\nimport scala.concurrent.{Await, Future, TimeoutException}\n\nimport com.typesafe.scalalogging.Logger\n\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.{StateProxyConfig, _}\nimport org.midonet.cluster.rpc.State.ProxyRequest.{Subscribe, Unsubscribe}\nimport org.midonet.cluster.rpc.State.ProxyResponse.Error.Code\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.state.StateTableManager.{Closed, Init, State}\nimport org.midonet.cluster.services.state.server.{ClientContext, ClientHandler, ClientUnregisteredException}\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.util.collection.SharedResourceBalancer\nimport org.midonet.util.concurrent.CallingThreadExecutionContext\n\nobject StateTableManager {\n\n    private type ContextMap = util.Map[SocketAddress, ClientContext]\n    private type ContextHashMap = util.HashMap[SocketAddress, ClientContext]\n\n    private class State(contexts: ContextMap) {\n\n        def add(address: SocketAddress, context: ClientContext): State = {\n            val newContexts = new ContextHashMap(contexts)\n            newContexts.put(address, context)\n            new State(newContexts)\n        }\n\n        def remove(address: SocketAddress): State = {\n            if (contexts.size() == 1 && contexts.containsKey(address)) {\n                Init\n            } else if (contexts.size() == 0) {\n                this\n            } else {\n                val newContexts = new ContextHashMap(contexts)\n                newContexts.remove(address)\n                new State(newContexts)\n            }\n        }\n\n        def get(address: SocketAddress): ClientContext = {\n            contexts.get(address)\n        }\n\n        def close(address: SocketAddress, serverInitiated: Boolean): Boolean = {\n            val context = contexts.get(address)\n            if (context ne null) {\n                context.close(serverInitiated)\n                true\n            } else {\n                false\n            }\n        }\n\n        def list: util.Collection[ClientContext] = {\n            contexts.values()\n        }\n    }\n    private object Init extends State(Collections.emptyMap())\n    private object Closed extends State(Collections.emptyMap())\n\n}\n\n\/**\n  * Implements the server side of the State-Proxy protocol.\n  *\/\nclass StateTableManager(config: StateProxyConfig, backend: MidonetBackend) {\n\n    protected[state] val log = Logger(LoggerFactory.getLogger(StateProxyLog))\n\n    private val caches = new util.HashMap[StateTableKey, StateTableCache]()\n    private val state = new AtomicReference[State](Init)\n    private val subscriptionCounter = new AtomicLong()\n\n    private val threadCount =\n        if (config.cacheThreads > 0) config.cacheThreads\n        else Integer.min(Runtime.getRuntime.availableProcessors(), 4)\n\n    private val executors = new SharedResourceBalancer[ScheduledExecutorService](\n        for (index <- 0 until threadCount)\n            yield Executors.newSingleThreadScheduledExecutor(\n            new ThreadFactory {\n                override def newThread(runnable: Runnable): Thread = {\n                    val thread = new Thread(runnable, s\"state-proxy-cache-$index\")\n                    thread.setDaemon(true)\n                    thread\n                }\n            })\n        )\n\n    \/**\n      * Closes the manager. This is a graceful shutdown and releases all\n      * resources for the current subscriptions. It also ensures that current\n      * clients receive a notification that the manager is shutting down.\n      *\/\n    def close(): Unit = {\n        val contexts = state.getAndSet(Closed).list\n\n        val futures = for (context <- contexts.asScala) yield {\n            context.close(serverInitiated = true)\n        }\n\n        try Await.ready(Future.sequence(futures)(breakOut,\n                                                 CallingThreadExecutionContext),\n                        config.serverShutdownTimeout)\n        catch {\n            case e: TimeoutException =>\n                log warn \"Failed to gracefully close all clients within \" +\n                         s\"${config.serverShutdownTimeout.toMillis} milliseconds\"\n        }\n\n        caches synchronized {\n            for (cache <- caches.values().asScala) {\n                cache.close()\n            }\n        }\n    }\n\n    \/**\n      * Registers a new client handler for the specified client address.\n      *\/\n    @throws[IllegalStateException]\n    def register(clientAddress: SocketAddress, handler: ClientHandler): Unit = {\n        log info s\"Client $clientAddress connected\"\n\n        val context = new ClientContext(handler)\n        do {\n            val oldState = state.get()\n            if (oldState eq Closed) {\n                throw new IllegalStateException(\"Manager closed\")\n            }\n            val newState = oldState.add(clientAddress, context)\n            if (state.compareAndSet(oldState, newState)) {\n                \/\/ If there is a previous context for the same address,\n                \/\/ close that context.\n                oldState.close(clientAddress, serverInitiated = true)\n                return\n            }\n        } while (true)\n    }\n\n    \/**\n      * Unregisters an existing client by removing its context and closing all\n      * its subscriptions.\n      *\/\n    @throws[IllegalStateException]\n    def unregister(clientAddress: SocketAddress): Unit = {\n        log info s\"Client $clientAddress disconnected\"\n\n        do {\n            val oldState = state.get()\n            if (oldState eq Closed) {\n                throw new IllegalStateException(\"Manager closed\")\n            }\n            val newState = oldState.remove(clientAddress)\n            if (state.compareAndSet(oldState, newState)) {\n                if (!oldState.close(clientAddress, serverInitiated = false)) {\n                    log warn s\"Client $clientAddress not found\"\n                }\n                return\n            }\n        } while (true)\n    }\n\n    \/**\n      * Subscribes a client to a state table. The client must be registered\n      * for this operation to succeed.\n      *\/\n    @throws[StateTableException]\n    @throws[ClientUnregisteredException]\n    def subscribe(clientAddress: SocketAddress, requestId: Long,\n                  request: Subscribe): Unit = {\n        if (state.get eq Closed) {\n            throw new IllegalStateException(\"Manager closed\")\n        }\n\n        validateSubscribe(request)\n\n        \/\/ Retrieve the client context.\n        val context = state.get.get(clientAddress)\n        if (context eq null) {\n            throw new ClientUnregisteredException(clientAddress)\n        }\n\n        \/\/ Compute the table key.\n        val tableKey = try {\n            StateTableKey(Class.forName(request.getObjectClass),\n                          request.getObjectId,\n                          Class.forName(request.getKeyClass),\n                          Class.forName(request.getValueClass),\n                          request.getTableName,\n                          request.getTableArgumentsList.asScala)\n        } catch {\n            case e @ (_: LinkageError | _: ExceptionInInitializerError |\n                      _: ClassNotFoundException) =>\n                throw new StateTableException(\n                    Code.INVALID_ARGUMENT,\n                    s\"SUBSCRIBE request invalid argument: ${e.getMessage}\")\n        }\n        val lastVersion =\n            if (request.hasLastVersion) Some(request.getLastVersion)\n            else None\n        log debug s\"Client $clientAddress subscribing to table $tableKey for \" +\n                  s\"version $lastVersion (request ID: $requestId)\"\n\n        var subscriptionId = -1L\n        do {\n            subscriptionId = try {\n                context.subscribeTo(tableKey, getOrCreateTableCache(tableKey),\n                                    requestId, lastVersion)\n            } catch {\n                case e: StateTableCacheClosedException => -1L\n            }\n        } while (subscriptionId < 0)\n    }\n\n    \/**\n      * Unsubscribes a client from a state table.\n      *\/\n    @throws[StateTableException]\n    @throws[ClientUnregisteredException]\n    def unsubscribe(clientAddress: SocketAddress, requestId: Long,\n                    request: Unsubscribe): Unit = {\n        if (state.get eq Closed) {\n            throw new IllegalStateException(\"Manager closed\")\n        }\n\n        validateUnsubscribe(request)\n\n        \/\/ Retrieve the client context.\n        val context = state.get.get(clientAddress)\n        if (context eq null) {\n            throw new ClientUnregisteredException(clientAddress)\n        }\n\n        log debug s\"Client $clientAddress unsubscribing from \" +\n                  s\"${request.getSubscriptionId} (request ID: $requestId)\"\n        context.unsubscribeFrom(request.getSubscriptionId, requestId)\n    }\n\n    \/**\n      * Gets or creates a [[StateTableCache]] for the specified [[StateTableKey]].\n      * If the table cache already exists and is not closed, the method reuses\n      * the same. Otherwise, it creates a new cache and adds it to the caches\n      * map.\n      *\/\n    private def getOrCreateTableCache(key: StateTableKey): StateTableCache = {\n        caches synchronized {\n            var cache = caches.get(key)\n            if ((cache eq null) || cache.isClosed) {\n                val executor = executors.get\n\n                def closeCallback(cache: StateTableCache): Unit = {\n                    caches synchronized {\n                        caches.remove(key, cache)\n                        executors.release(executor)\n                    }\n                }\n\n                cache = new StateTableCache(\n                    config, backend.stateTableStore, backend.curator,\n                    subscriptionCounter, key.objectClass, key.objectId,\n                    key.keyClass, key.valueClass, key.tableName, key.tableArgs,\n                    executor,\n                    closeCallback)\n                caches.put(key, cache)\n            }\n            cache\n        }\n    }\n\n    @throws[StateTableException]\n    private def validateSubscribe(request: Subscribe): Unit = {\n        if (!request.hasObjectClass)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT, \"SUBSCRIBE request missing object class\")\n        if (!request.hasObjectId)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT, \"SUBSCRIBE request missing object identifier\")\n        if (!request.hasKeyClass)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT, \"SUBSCRIBE request missing table key class\")\n        if (!request.hasValueClass)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT, \"SUBSCRIBE request missing table value class\")\n        if (!request.hasTableName)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT, \"SUBSCRIBE request missing table name\")\n    }\n\n    @throws[StateTableException]\n    private def validateUnsubscribe(request: Unsubscribe): Unit = {\n        if (!request.hasSubscriptionId)\n            throw new StateTableException(\n                Code.INVALID_ARGUMENT,\n                \"UNSUBSCRIBE request missing subscription identifier\")\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/TopologyCacheClientTest.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport java.net.URI\nimport java.security.cert.X509Certificate\nimport java.util.concurrent.{ExecutorService, Executors, TimeUnit}\n\nimport javax.net.ssl.SSLContext\n\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration.Duration\nimport scala.util.Random\n\nimport com.google.common.net.HostAndPort\n\nimport org.apache.http.ssl.{SSLContextBuilder, TrustStrategy}\nimport org.apache.http.{HttpException, NoHttpResponseException}\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, Matchers}\n\nimport org.midonet.cluster.services.discovery.{MidonetDiscoverySelector, MidonetServiceURI}\nimport org.midonet.util.PortProvider\nimport org.midonet.util.concurrent.{NamedThreadFactory, ThreadHelpers}\nimport org.midonet.util.netty.{HTTPAdapter, ServerFrontEnd}\n\nimport io.netty.buffer.{ByteBuf, ByteBufInputStream, Unpooled}\nimport io.netty.channel.ChannelHandler.Sharable\nimport io.netty.channel.socket.SocketChannel\nimport io.netty.channel.{ChannelHandler, ChannelHandlerContext, SimpleChannelInboundHandler}\nimport io.netty.handler.codec.http._\nimport io.netty.handler.ssl.SslContextBuilder\nimport io.netty.handler.ssl.util.SelfSignedCertificate\nimport io.netty.handler.stream.ChunkedStream\nimport io.netty.util.CharsetUtil\n\n@RunWith(classOf[JUnitRunner])\nclass TopologyCacheClientTest extends FeatureSpec with Matchers\n                                      with BeforeAndAfter {\n\n    private val Timeout = Duration(5, TimeUnit.SECONDS)\n    private val SrvHostName = \"localhost\"\n\n    @Sharable\n    private class HTTPHandler(path: String, buf: ByteBuf, baseUri: String = \"\/\")\n        extends SimpleChannelInboundHandler[FullHttpRequest] {\n\n        override def channelRead0(ctx: ChannelHandlerContext,\n                                  msg: FullHttpRequest): Unit = {\n            if (msg.decoderResult().isFailure) {\n                sendError(ctx, HttpResponseStatus.BAD_REQUEST)\n            } else if (msg.method() != HttpMethod.GET) {\n                sendError(ctx, HttpResponseStatus.METHOD_NOT_ALLOWED)\n            } else if (uriPath(msg.uri) != path) {\n                sendError(ctx, HttpResponseStatus.FORBIDDEN)\n            } else {\n                val resp = new DefaultHttpResponse(HttpVersion.HTTP_1_1,\n                                                   HttpResponseStatus.OK)\n                val headers = new CombinedHttpHeaders(true)\n                headers.add(HttpHeaderNames.CACHE_CONTROL,\n                            HttpHeaderValues.NO_STORE)\n                headers.add(HttpHeaderNames.CACHE_CONTROL,\n                            HttpHeaderValues.MUST_REVALIDATE)\n                headers.add(HttpHeaderNames.CONTENT_TYPE,\n                            HttpHeaderValues.APPLICATION_OCTET_STREAM)\n                headers.add(HttpHeaderNames.CONTENT_LENGTH,\n                            buf.readableBytes())\n                resp.headers().add(headers)\n                ctx.write(resp)\n                ctx.writeAndFlush(new HttpChunkedInput(\n                    new ChunkedStream(new ByteBufInputStream(buf))))\n            }\n        }\n\n        override def exceptionCaught(ctx: ChannelHandlerContext, exc: Throwable)\n        : Unit = {\n            ctx.close()\n        }\n\n        private def uriPath(uriStr: String): String =\n            URI.create(baseUri).resolve(uriStr).getPath\n\n        private def sendError(ctx: ChannelHandlerContext,\n                              code: HttpResponseStatus) = {\n            val resp = new DefaultFullHttpResponse(HttpVersion.HTTP_1_1, code,\n                Unpooled.copiedBuffer(\"Failure: \" + code + \"\\r\\n\",\n                                      CharsetUtil.UTF_8)\n            )\n            resp.headers().set(HttpHeaderNames.CONTENT_TYPE,\n                               HttpHeaderValues.TEXT_PLAIN +\n                               \"; charset=\" + CharsetUtil.UTF_8.name())\n            ctx.writeAndFlush(resp)\n        }\n    }\n\n    private def createHttpServer(port: Int, handler: ChannelHandler,\n                                 ssl: Boolean = false)\n    : ServerFrontEnd = {\n        val sslCtx = if (ssl) {\n            val cert = new SelfSignedCertificate(\"*\")\n            Some(SslContextBuilder\n                     .forServer(cert.certificate(), cert.privateKey())\n                     .build())\n        } else {\n            None\n        }\n        ServerFrontEnd.tcp(new HTTPAdapter(sslCtx) {\n            override def initChannel(ch: SocketChannel): Unit = {\n                super.initChannel(ch)\n                ch.pipeline().addLast(handler)\n            }\n        }, port)\n    }\n\n    private def clientSslCtx: SSLContext = {\n        val sslBuilder = new SSLContextBuilder\n        sslBuilder.loadTrustMaterial(\n            new TrustStrategy {\n                override def isTrusted(chain: Array[X509Certificate],\n                                       authType: String): Boolean = true\n            }\n        ).build()\n    }\n\n    private def createURI(scheme: String, host: String, port: Int, path: String)\n    : URI = new URI(scheme, null, host, port, path, null, null)\n\n    private var thread: ExecutorService = _\n    private var executor: ExecutionContext = _\n    private var data: Array[Byte] = _\n    private var handler: HTTPHandler = _\n    private var port: Int = _\n    private var server: ServerFrontEnd = _\n\n    before {\n        data = new Array[Byte](4 * 1024 * 1024)\n        Random.nextBytes(data)\n        val buffer = Unpooled.wrappedBuffer(data)\n        handler = new HTTPHandler(\"\/topology-cache\", buffer)\n        port = PortProvider.getPort\n        thread = Executors.newSingleThreadExecutor(\n            new NamedThreadFactory(\"topology-cache-client-test\", false))\n        executor = ExecutionContext.fromExecutor(thread)\n    }\n\n    after {\n        if (server != null && server.isRunning) {\n            server.stopAsync().awaitTerminated(Timeout.length, Timeout.unit)\n        }\n        server = null\n        ThreadHelpers.terminate(thread, Timeout)\n    }\n\n    feature(\"Nice failures\") {\n        scenario(\"invalid path\") {\n            server = createHttpServer(port, handler)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val srv = HostAndPort.fromParts(SrvHostName, port)\n            val client = new TopologyCacheClientImpl(srv, None) {\n                override protected val url: URI =\n                    createURI(\"http\", srv.getHostText, srv.getPort, \"\/wrong\")\n            }\n\n            val exc = the [HttpException] thrownBy client.fetch()\n\n            exc.getMessage should be\n                \"Topology cache client got non-OK code: \" +\n                HttpResponseStatus.FORBIDDEN\n        }\n        scenario(\"mismatching ssl settings\") {\n            server = createHttpServer(port, handler, ssl = true)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val client = new TopologyCacheClientImpl(\n                HostAndPort.fromParts(SrvHostName, port), None)\n\n            a [NoHttpResponseException] shouldBe thrownBy(client.fetch())\n        }\n    }\n\n    feature(\"data recovery - fixed address\") {\n        scenario(\"clear connection\") {\n            server = createHttpServer(port, handler)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val client = new TopologyCacheClientImpl(\n                HostAndPort.fromParts(SrvHostName, port), None)\n\n            val result = client.fetch()\n            result shouldBe data\n        }\n        ignore(\"encrypted connection\") {\n            server = createHttpServer(port, handler, ssl = true)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val client = new TopologyCacheClientImpl(\n                HostAndPort.fromParts(SrvHostName, port), Some(clientSslCtx))\n\n            val result = client.fetch()\n            result shouldBe data\n        }\n    }\n\n    feature(\"data recovery - service discovery\") {\n        scenario(\"clear connection\") {\n            server = createHttpServer(port, handler)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val discovery = new MidonetDiscoverySelector[MidonetServiceURI] {\n                override def getInstance = Some(MidonetServiceURI(\n                    createURI(\"http\", SrvHostName, port, \"\/topology-cache\")\n                ))\n            }\n\n            val client = new TopologyCacheClientDiscovery(discovery, None)\n\n            val result = client.fetch()\n            result shouldBe data\n        }\n        ignore(\"encrypted connection\") {\n            server = createHttpServer(port, handler, ssl = true)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val discovery = new MidonetDiscoverySelector[MidonetServiceURI] {\n                override def getInstance = Some(MidonetServiceURI(\n                    createURI(\"https\", SrvHostName, port, \"\/topology-cache\")\n                ))\n            }\n\n            val client =\n                new TopologyCacheClientDiscovery(discovery, Some(clientSslCtx))\n\n            val result = client.fetch()\n            result shouldBe data\n        }\n        scenario(\"server unavailable\") {\n            server = createHttpServer(port, handler)\n            server.startAsync().awaitRunning(Timeout.length, Timeout.unit)\n\n            val discovery = new MidonetDiscoverySelector[MidonetServiceURI] {\n                override def getInstance: Option[MidonetServiceURI] = None\n            }\n\n            val client = new TopologyCacheClientDiscovery(discovery, None)\n\n            val exc = the [HttpException] thrownBy client.fetch()\n\n            exc.getMessage shouldBe \"Topology cache service unavailable\"\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/packets\/FlowStatePackets.scala","text":"<filename>nsdb\/src\/main\/scala\/org\/midonet\/packets\/FlowStatePackets.scala\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.packets\n\nimport java.util.ArrayList\nimport java.util.UUID\n\nimport org.agrona.concurrent.UnsafeBuffer\n\nimport org.midonet.cluster.flowhistory.proto.MessageHeaderDecoder\nimport org.midonet.cluster.flowstate.proto._\nimport org.midonet.packets.ConnTrackState.{ConnTrackKeyAllocator, ConnTrackKeyStore}\nimport org.midonet.packets.NatState._\nimport org.midonet.packets.TraceState.{TraceKeyAllocator, TraceKeyStore}\nimport org.midonet.packets.TunnelKeys.FlowStateTunnelKey\n\ntrait FlowStatePackets[ConnTrackKeyT <: ConnTrackKeyStore,\n                       NatKeyT <: NatKeyStore,\n                       TraceKeyT <: TraceKeyStore] {\n    \/**\n     * Frame format for state replication messages:\n     *\n     *     +---------------------------------------+\n     *     | Payload (protobufs message)           |\n     *     +---------------------------------------+\n     *     | UDP (arbitrary IANA-unnassigned port) |\n     *     +---------------------------------------+\n     *     | IPv4 (link-local addresses)           |\n     *     +---------------------------------------+\n     *     | Ethernet frame (mido addresses)       |\n     *     +---------------------------------------+\n     *     | Tunnel encap (key = 0xFFFFFF)         |\n     *     +---------------------------------------+\n     *\/\n    val TUNNEL_KEY = FlowStateTunnelKey\n    val SRC_MAC = MAC.fromString(\"AC:CA:BA:00:15:01\")\n    val DST_MAC = MAC.fromString(\"AC:CA:BA:00:15:02\")\n    val SRC_IP = IPv4Addr.fromString(\"169.254.15.1\")\n    val DST_IP = IPv4Addr.fromString(\"169.254.15.2\")\n    val UDP_PORT: Short = 2925\n\n    val MTU = 1500\n    \/\/ Ethernet(IEE 802.3): http:\/\/standards.ieee.org\/about\/get\/802\/802.3.html\n    \/\/ IP: https:\/\/tools.ietf.org\/html\/rfc791\n    \/\/ UDP: http:\/\/tools.ietf.org\/html\/rfc768\n    \/\/ GRE: http:\/\/tools.ietf.org\/html\/rfc2784\n    \/\/ 20(IP) + 8(GRE+Key)\n    val GRE_ENCAPUSULATION_OVERHEAD = 28\n    \/\/ 20(IP) + 8(GRE+Key) + 14(Ethernet w\/o preamble and CRC) + 20(IP) + 8(UDP)\n    val OVERHEAD = 70\n\n    val MessageHeaderVersion = 1\n\n    def makeUdpShell(data: Array[Byte]): Ethernet = {\n        import org.midonet.packets.util.PacketBuilder._\n        { eth addr SRC_MAC -> DST_MAC } <<\n            { ip4 addr SRC_IP --> DST_IP } <<\n                { udp ports UDP_PORT ---> UDP_PORT } <<\n                    { payload(data) }\n    }\n\n    def uuidFromSbe(getter: (Int) => Long): UUID =\n        new UUID(getter(0), getter(1))\n\n    def uuidToSbe(uuid: UUID, setter: (Int, Long) => Unit) {\n        if (uuid != null) {\n            setter(0, uuid.getMostSignificantBits)\n            setter(1, uuid.getLeastSignificantBits)\n        }\n    }\n\n    def ipFromSbe(ipType: InetAddrType, getter: (Int) => Long): IPAddr =\n        ipType match {\n            case InetAddrType.IPv4 => new IPv4Addr(getter(0).toInt)\n            case InetAddrType.IPv6 => new IPv6Addr(getter(0), getter(1))\n            case _ => null\n        }\n\n    def ipToSbe(ip: IPAddr, setter: (Int, Long) => Unit) = ip match {\n        case ip4: IPv4Addr => setter(0, ip4.addr)\n        case ip6: IPv6Addr => {\n            setter(0, ip6.upperWord)\n            setter(1, ip6.lowerWord)\n        }\n        case _ =>\n    }\n\n    def ipSbeType(ip: IPAddr): InetAddrType = ip match {\n        case ip4: IPv4Addr => InetAddrType.IPv4\n        case ip6: IPv6Addr => InetAddrType.IPv6\n        case _ => null\n    }\n\n    def macFromSbe(getter: (Int) => Int): MAC = {\n        val address: Long =\n            ((getter(0).toLong << 32) & 0xFFFF00000000L) |\n            ((getter(1) << 16) & 0xFFFF0000L) |\n            (getter(2) & 0xFFFFL)\n        new MAC(address)\n    }\n\n    def macToSbe(mac: MAC, setter: (Int, Int) => Unit) {\n        val address = mac.asLong\n        setter(0, ((address >> 32).toInt & 0xFFFF))\n        setter(1, ((address >> 16).toInt & 0xFFFF))\n        setter(2, (address.toInt & 0xFFFF))\n    }\n\n    def natKeyTypeFromSbe(t: NatKeyType): KeyType = t match {\n        case NatKeyType.FWD_SNAT => FWD_SNAT\n        case NatKeyType.FWD_DNAT => FWD_DNAT\n        case NatKeyType.FWD_STICKY_DNAT => FWD_STICKY_DNAT\n        case NatKeyType.REV_SNAT => REV_SNAT\n        case NatKeyType.REV_DNAT => REV_DNAT\n        case NatKeyType.REV_STICKY_DNAT => REV_STICKY_DNAT\n        case _ => null\n    }\n\n    def natKeySbeType(t: KeyType): NatKeyType = t match {\n        case FWD_SNAT => NatKeyType.FWD_SNAT\n        case FWD_DNAT => NatKeyType.FWD_DNAT\n        case FWD_STICKY_DNAT => NatKeyType.FWD_STICKY_DNAT\n        case REV_SNAT => NatKeyType.REV_SNAT\n        case REV_DNAT => NatKeyType.REV_DNAT\n        case REV_STICKY_DNAT => NatKeyType.REV_STICKY_DNAT\n    }\n\n    def portIdsFromSbe(portIds: FlowStateDecoder.PortIdsDecoder): (UUID, ArrayList[UUID]) = {\n        val ingressPortId = uuidFromSbe(portIds.ingressPortId)\n        val egressPortIds = new ArrayList[UUID]()\n        val iterEgress = portIds.egressPortIds\n        while (iterEgress.hasNext) {\n            egressPortIds.add(uuidFromSbe(iterEgress.next.egressPortId))\n        }\n        (ingressPortId, egressPortIds)\n\n    }\n\n    def portIdsToSbe(ingressPortId: UUID, egressPortIds: ArrayList[UUID],\n                     portIds: FlowStateEncoder.PortIdsEncoder): Unit = {\n        uuidToSbe(ingressPortId, portIds.ingressPortId)\n        val iterEgress = portIds.egressPortIdsCount(egressPortIds.size)\n        val iterEgressIds = egressPortIds.iterator\n\n        while (iterEgressIds.hasNext) {\n            uuidToSbe(iterEgressIds.next, iterEgress.next.egressPortId)\n        }\n    }\n\n    def connTrackKeyFromSbe(conntrack: FlowStateDecoder.ConntrackDecoder,\n                            allocator: ConnTrackKeyAllocator[ConnTrackKeyT])\n    : ConnTrackKeyT = {\n        allocator(ipFromSbe(conntrack.srcIpType, conntrack.srcIp),\n                  conntrack.srcPort,\n                  ipFromSbe(conntrack.dstIpType, conntrack.dstIp),\n                  conntrack.dstPort,\n                  conntrack.protocol.toByte,\n                  uuidFromSbe(conntrack.device))\n    }\n\n    def connTrackKeyToSbe(key: ConnTrackKeyT,\n                          conntrack: FlowStateEncoder.ConntrackEncoder): Unit = {\n        uuidToSbe(key.deviceId, conntrack.device)\n        ipToSbe(key.networkSrc, conntrack.srcIp)\n        ipToSbe(key.networkDst, conntrack.dstIp)\n        conntrack.srcPort(key.icmpIdOrTransportSrc)\n        conntrack.dstPort(key.icmpIdOrTransportDst)\n        conntrack.protocol(key.networkProtocol)\n        conntrack.srcIpType(ipSbeType(key.networkSrc))\n        conntrack.dstIpType(ipSbeType(key.networkDst))\n    }\n\n    def natKeyFromSbe(nat: FlowStateDecoder.NatDecoder,\n                      allocator: NatKeyAllocator[NatKeyT])\n    : NatKeyT = {\n        allocator(natKeyTypeFromSbe(nat.keyType),\n                  ipFromSbe(nat.keySrcIpType, nat.keySrcIp).asInstanceOf[IPv4Addr],\n                  nat.keySrcPort,\n                  ipFromSbe(nat.keyDstIpType, nat.keyDstIp).asInstanceOf[IPv4Addr],\n                  nat.keyDstPort, nat.keyProtocol.toByte,\n                  uuidFromSbe(nat.keyDevice))\n    }\n\n    def natBindingFromSbe(nat: FlowStateDecoder.NatDecoder): NatBinding =\n        NatBinding(\n            ipFromSbe(nat.valueIpType, nat.valueIp).asInstanceOf[IPv4Addr],\n            nat.valuePort)\n\n    def natToSbe(key: NatKeyT, value: NatBinding,\n                 nat: FlowStateEncoder.NatEncoder): Unit = {\n        uuidToSbe(key.deviceId, nat.keyDevice)\n        ipToSbe(key.networkSrc, nat.keySrcIp)\n        ipToSbe(key.networkDst, nat.keyDstIp)\n        ipToSbe(value.networkAddress, nat.valueIp)\n        nat.keySrcPort(key.transportSrc)\n        nat.keyDstPort(key.transportDst)\n        nat.valuePort(value.transportPort)\n        nat.keyProtocol(key.networkProtocol)\n        nat.keySrcIpType(ipSbeType(key.networkSrc))\n        nat.keyDstIpType(ipSbeType(key.networkDst))\n        nat.valueIpType(ipSbeType(value.networkAddress))\n        nat.keyType(natKeySbeType(key.keyType))\n    }\n\n    def traceFromSbe(trace: FlowStateDecoder.TraceDecoder,\n                     allocator: TraceKeyAllocator[TraceKeyT])\n    : TraceKeyT = {\n        allocator(macFromSbe(trace.srcMac),\n                  macFromSbe(trace.dstMac),\n                  trace.etherType.toShort,\n                  ipFromSbe(trace.srcIpType, trace.srcIp),\n                  ipFromSbe(trace.dstIpType, trace.dstIp),\n                  trace.protocol.toByte,\n                  trace.srcPort, trace.dstPort)\n    }\n\n    def traceToSbe(flowTraceId: UUID, key: TraceKeyT,\n                   trace: FlowStateEncoder.TraceEncoder): Unit = {\n        uuidToSbe(flowTraceId, trace.flowTraceId)\n        ipToSbe(key.networkSrc, trace.srcIp)\n        ipToSbe(key.networkDst, trace.dstIp)\n        macToSbe(key.ethSrc, trace.srcMac)\n        macToSbe(key.ethDst, trace.dstMac)\n        trace.srcPort(key.srcPort)\n        trace.dstPort(key.dstPort)\n        trace.etherType(key.etherType)\n        trace.protocol(key.networkProto)\n        trace.srcIpType(ipSbeType(key.networkSrc))\n        trace.dstIpType(ipSbeType(key.networkDst))\n    }\n\n    def parseDatagram(p: Ethernet): Data = {\n        if (p.getDestinationMACAddress != DST_MAC ||\n            p.getSourceMACAddress != SRC_MAC) {\n            return null\n        }\n\n        p.getPayload match {\n            case ip: IPv4 if ip.getSourceIPAddress == SRC_IP &&\n                             ip.getDestinationIPAddress == DST_IP =>\n                ip.getPayload match {\n                    case udp: UDP if udp.getDestinationPort == UDP_PORT &&\n                        udp.getSourcePort == UDP_PORT =>\n                        udp.getPayload match {\n                            case d: Data => d\n                            case _ => null\n                        }\n                    case _ => null\n                }\n            case _ => null\n        }\n    }\n\n    def toString(msg: FlowStateDecoder,\n                 connTrackAllocator: ConnTrackKeyAllocator[ConnTrackKeyT],\n                 natAllocator: NatKeyAllocator[NatKeyT]): String = {\n        val result = new StringBuilder(\"FlowStateMessage[\")\n        result.append(s\"sender=${uuidFromSbe(msg.sender)}, \")\n\n        val conntrackIter = msg.conntrack\n        while (conntrackIter.hasNext) {\n            val k = connTrackKeyFromSbe(conntrackIter.next(), connTrackAllocator)\n            result.append(s\"conntrack=$k, \")\n        }\n\n        val natIter = msg.nat\n        while (natIter.hasNext) {\n            val nat = natIter.next()\n            val k = natKeyFromSbe(nat, natAllocator)\n            val v = natBindingFromSbe(nat)\n            result.append(s\"natMapping=[$k -> $v], \")\n        }\n\n        \/\/ Bypass trace messages, not interested in them\n        val traceIter = msg.trace\n        while (traceIter.hasNext) traceIter.next\n        val reqsIter = msg.traceRequestIds\n        while (reqsIter.hasNext) reqsIter.next\n\n        \/\/ There's only one group element of portIds in the message\n        val portsIter = msg.portIds\n        if (portsIter.count == 1) {\n            val (ingressPortId, egressPortIds) = portIdsFromSbe(portsIter.next)\n            result.append(s\"ingress=$ingressPortId, \")\n            val egressIter = egressPortIds.iterator()\n            while (egressIter.hasNext) {\n                result.append(s\"egress=${egressIter.next()}, \")\n            }\n            result.append(\"]\")\n        }\n        result.toString()\n    }\n}\n\nobject FlowStateStorePackets\n    extends FlowStatePackets[ConnTrackKeyStore, NatKeyStore, TraceKeyStore]\n\nclass SbeEncoder {\n    val flowStateHeaderEncoder = new MessageHeaderEncoder\n    val flowStateMessageEncoder = new FlowStateEncoder\n\n    val flowStateHeaderDecoder = new MessageHeaderDecoder\n    val flowStateMessageDecoder = new FlowStateDecoder\n\n    val flowStateBuffer = new UnsafeBuffer(new Array[Byte](0))\n\n    def encodeTo(bytes: Array[Byte]): FlowStateEncoder = {\n        flowStateBuffer.wrap(bytes)\n        flowStateHeaderEncoder.wrap(flowStateBuffer, 0)\n            .blockLength(flowStateMessageEncoder.sbeBlockLength)\n            .templateId(flowStateMessageEncoder.sbeTemplateId)\n            .schemaId(flowStateMessageEncoder.sbeSchemaId)\n            .version(flowStateMessageEncoder.sbeSchemaVersion)\n        flowStateMessageEncoder.wrap(flowStateBuffer,\n                                     flowStateHeaderEncoder.encodedLength())\n        flowStateMessageEncoder\n    }\n\n    def encodedLength(): Int = flowStateHeaderEncoder.encodedLength() +\n                               flowStateMessageEncoder.encodedLength()\n\n    def decodedLength(): Int = flowStateHeaderDecoder.encodedLength() +\n                               flowStateMessageDecoder.encodedLength()\n\n    def decodeFrom(bytes: Array[Byte]): FlowStateDecoder = {\n        flowStateBuffer.wrap(bytes)\n        flowStateHeaderDecoder.wrap(flowStateBuffer, 0)\n        val templateId = flowStateHeaderDecoder.templateId\n        if (templateId != FlowStateDecoder.TEMPLATE_ID) {\n            throw new IllegalArgumentException(\n                s\"Invalid template id for flow state $templateId\")\n        }\n        flowStateMessageDecoder.wrap(flowStateBuffer,\n                                     flowStateHeaderDecoder.encodedLength(),\n                                     flowStateHeaderDecoder.blockLength,\n                                     flowStateHeaderDecoder.version)\n        flowStateMessageDecoder\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-util\/src\/main\/scala\/org\/midonet\/util\/netty\/HTTPAdapter.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.util.netty\n\nimport io.netty.channel.socket.SocketChannel\nimport io.netty.channel.{ChannelInitializer, ChannelPipeline}\nimport io.netty.handler.codec.http.{HttpContentCompressor, HttpContentDecompressor, HttpObjectAggregator, HttpServerCodec}\nimport io.netty.handler.ssl.SslContext\nimport io.netty.handler.stream.ChunkedWriteHandler\n\n\/**\n  * Basic channel adapter for HTTP communication through netty.\n  *\n  * @param sslCtx Optional ssl context. If provided, will initialize ssl handler\n  *\/\nclass HTTPAdapter(sslCtx: Option[SslContext] = None,\n                  maxLength: Int = HTTPAdapter.DEFAULT_MAX_LENGTH)\n    extends ChannelInitializer[SocketChannel] {\n    override def initChannel(ch: SocketChannel) = {\n        val pipe: ChannelPipeline = ch.pipeline()\n\n        sslCtx.foreach(ssl => pipe.addLast(ssl.newHandler(ch.alloc())))\n        pipe.addLast(\"http-codec\", new HttpServerCodec())\n        pipe.addLast(\"http-compress\", new HttpContentCompressor())\n        pipe.addLast(\"http-decompress\", new HttpContentDecompressor())\n        pipe.addLast(\"http-aggregator\", new HttpObjectAggregator(maxLength))\n        pipe.addLast(\"http-chunk-write-handler\", new ChunkedWriteHandler())\n    }\n}\n\nobject HTTPAdapter {\n    val DEFAULT_MAX_LENGTH = 65536\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/conf\/LoggerLevelWatcher.scala","text":"<filename>nsdb\/src\/main\/scala\/org\/midonet\/conf\/LoggerLevelWatcher.scala\n\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.conf\n\nimport ch.qos.logback.classic.Level\n\nimport scala.collection.JavaConversions._\n\nimport com.typesafe.config.{ConfigException, Config}\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.LoggerFactory\nimport rx.Observer\n\nclass LoggerLevelWatcher(prefix: Option[String] = None) extends Observer[Config] {\n    val log = Logger(LoggerFactory.getLogger(\"org.midonet.config\"))\n\n    private def logbackLogger(name: String) = LoggerFactory.getLogger(name).\n        asInstanceOf[ch.qos.logback.classic.Logger]\n\n    private def loggerConf(config: Config) = prefix match {\n        case Some(p) => config.getConfig(s\"$p.loggers\")\n        case None => config.getConfig(\"loggers\")\n    }\n\n    override def onNext(config: Config): Unit = {\n        try {\n            val logConfig = loggerConf(config)\n            for (entry <- logConfig.entrySet\n                    if !entry.getKey.endsWith(\"_description\") && entry.getKey != \"root\") {\n                val level = Level.toLevel(logConfig.getString(entry.getKey), Level.INFO)\n                val key = entry.getKey.stripSuffix(\".root\")\n                logbackLogger(key).setLevel(level)\n                log.info(s\"Set logging level of $key to $level\")\n            }\n\n            val rootLevel = Level.toLevel(logConfig.getString(\"root\"), Level.INFO)\n            logbackLogger(org.slf4j.Logger.ROOT_LOGGER_NAME).setLevel(rootLevel)\n            log.info(s\"Set root logging level to $rootLevel\")\n        } catch {\n            case e: ConfigException.Missing => \/\/ ignore\n        }\n    }\n\n    override def onError(t: Throwable) {\n        log.error(\"Error in logger level watcher\", t)\n    }\n\n    override def onCompleted() { }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/conf\/MidoConf.scala","text":"\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.conf\n\nimport java.io._\nimport java.net.{URI, URL}\nimport java.security.MessageDigest\nimport java.util.{Base64, UUID}\nimport java.util.concurrent.TimeUnit\nimport java.util.regex.Pattern\nimport java.util.zip.ZipInputStream\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable\nimport scala.util.Try\n\nimport com.typesafe.config._\nimport com.typesafe.scalalogging.Logger\n\nimport org.apache.commons.configuration.{ConfigurationException, HierarchicalINIConfiguration}\nimport org.apache.curator.framework.recipes.cache.ChildData\nimport org.apache.curator.framework.{CuratorFramework, CuratorFrameworkFactory}\nimport org.apache.curator.retry.RetryOneTime\nimport org.apache.zookeeper.KeeperException\nimport org.slf4j.LoggerFactory\nimport org.slf4j.helpers.NOPLogger\n\nimport rx.Observable\n\nimport org.midonet.cluster.util.ObservableNodeCache\nimport org.midonet.conf.MidoConf._\nimport org.midonet.jna.CLibrary._\nimport org.midonet.util.functors.{makeFunc1, makeFunc2}\n\n\/**\n * A configuration source capable of producing an immutable Config object.\n *\/\ntrait MidoConf {\n    def get: Config\n}\n\nobject MidoConf {\n    implicit def toConfigValue(v: String): ConfigValue = ConfigValueFactory.fromAnyRef(v)\n    implicit def toConfigValue(v: Int): ConfigValue = ConfigValueFactory.fromAnyRef(v)\n    implicit def toConfigValue(v: Boolean): ConfigValue = ConfigValueFactory.fromAnyRef(v)\n\n    implicit def strTupleToConfigValue(v: (String, String)): ConfigValue =\n        ConfigValueFactory.fromAnyRef(v._1, v._2)\n    implicit def intTupleToConfigValue(v: (Int, String)): ConfigValue =\n        ConfigValueFactory.fromAnyRef(v._1, v._2)\n    implicit def boolTupleToConfigValue(v: (Boolean, String)): ConfigValue =\n        ConfigValueFactory.fromAnyRef(v._1, v._2)\n}\n\ntrait ObservableConf extends Closeable {\n    def observable: Observable[Config]\n\n    def closeAfter[T](func: (this.type) => T): T = try {\n        func(this)\n    } finally {\n        close()\n    }\n}\n\ntrait Schema extends WritableConf {\n    def version: Int\n    def schemaName: String\n    def setAsSchema(schema: Config): Boolean\n}\n\n\/**\n * A writable configuration source. All write operations will commit the\n * requested changes to the underlying configuration source before\n * returning.\n *\n * Note that the get() method in MidoConf returns immutable objects. Thus,\n * Config objects retrieved prior to write operation will remain unchanged.\n *\/\ntrait WritableConf extends MidoConf {\n    protected def modify(changeset: Config => Config): Boolean\n\n    \/**\n     * Delete a configuration key.\n     *\/\n    def unset(key: String): Unit = modify { _.withoutPath(key) }\n\n    \/**\n     * Sets a configuration key.\n     *\/\n    def set(key: String, value: ConfigValue): Unit = modify { _.withValue(key, value) }\n\n    \/**\n     * Merges the contents of the given Config object on top of the existing\n     * configuration.\n     *\/\n    def mergeAndSet(config: Config): Unit = modify { config.withFallback }\n\n    \/**\n     * Clear the previously existing configuration put the contents of the\n     * given Config object in its place.\n     *\/\n    def clearAndSet(config: Config): Unit = modify { _ => config }\n}\n\nobject MidoNodeConfigurator {\n    private val enumPattern = Pattern.compile(\"enum\\\\[([\\\\w, ]+)\\\\]\")\n\n    private val MIDOLMAN_CONF_LOCATION = \"\/etc\/midolman\/midolman.conf\"\n    private val MIDONET_CONF_LOCATIONS = List(\"~\/.midonetrc\",\n                                              \"\/etc\/midonet\/midonet.conf\",\n                                              MIDOLMAN_CONF_LOCATION)\n\n    private val log = LoggerFactory.getLogger(\"org.midonet.conf\")\n\n    final val defaultZkRootKey = \"\/midonet\"\n\n    def bootstrapConfig(inifile: Option[String] = None): Config = {\n        val defaultZkRootConfig =\n            ConfigFactory.parseString(s\"zk_default_root = $defaultZkRootKey\")\n        val DEFAULTS = ConfigFactory.parseString(\n            \"\"\"\n            |zookeeper {\n            |    zookeeper_hosts = \"127.0.0.1:2181\"\n            |    root_key = ${zk_default_root}\n            |    midolman_root_key = ${zk_default_root}\n            |    bootstrap_timeout = 30s\n            |}\n            \"\"\".stripMargin).resolveWith(defaultZkRootConfig)\n\n        val ENVIRONMENT = ConfigFactory.parseString(\n            \"\"\"\n              |zookeeper.zookeeper_hosts = ${?MIDO_ZOOKEEPER_HOSTS}\n              |zookeeper.root_key = ${?MIDO_ZOOKEEPER_ROOT_KEY}\n            \"\"\".stripMargin)\n\n        val locations = (inifile map ( List(_) ) getOrElse Nil) ::: MIDONET_CONF_LOCATIONS\n\n        def loadCfg = (loc: String) => Try(new LegacyConf(loc, NOPLogger.NOP_LOGGER).get).getOrElse(ConfigFactory.empty)\n\n        ENVIRONMENT.withFallback({ for (l <- locations) yield loadCfg(l)\n        } reduce((a, b) => a.withFallback(b))\n            withFallback(ConfigFactory.systemProperties)\n            withFallback(DEFAULTS)).resolve()\n    }\n\n    \/**\n     * This method returns the configuration parameter zookeeper.root_key if it\n     * exists in the configuration passed as parameter, or [[defaultZkRootKey]]\n     * otherwise. In addition, if we detect the legacy root key in the\n     * configuration, namely \"\/midonet\/v1\", the method returns\n     * [[defaultZkRootKey]].\n     *\/\n    def zkRootKey(cfg: Config): String = {\n        if (!cfg.hasPath(\"zookeeper.root_key\")) {\n            defaultZkRootKey\n        } else {\n            cfg.getString(\"zookeeper.root_key\") match {\n                case \"\/midonet\/v1\" if isatty(STDOUT_FILENO) == 1 =>\n                    \/* Interactive mode *\/\n                    System.err.println(\"WARNING:\\n\" +\n                        \"A configuration was read that contains a\\n\" +\n                        \"deprecated zookeeper root path (\/midonet\/v1).\\n\" +\n                        \"This version of MidoNet does not read information\\n\" +\n                        \"stored in the old root path and will now\\n\" +\n                        \"fall back to the new default root: \/midonet.\\n\\n\" +\n                        \"Please make sure that you used the MidoNet v5.0\\n\" +\n                        \"upgrade scripts, and check the MidoNet v5.0\\n\" +\n                        \"release notes for further information.\\n\\n\" +\n                        \"To silence this warning, please remove the \\n\" +\n                        \"'zookeeper.root_key' configuration key from \\n\" +\n                        \"these configuration files, should they exist:\\n \" +\n                        s\"${MIDONET_CONF_LOCATIONS.mkString(\"\\n\")}\\n\" +\n                        \"Also remove the configuration key from any \\n\" +\n                        \"scripts that set the MIDO_ZOOKEEPER_ROOT_KEY\\n\" +\n                        \"environment variable.\\n\")\n                    defaultZkRootKey\n\n                case \"\/midonet\/v1\" =>\n                    \/* Non-interactive mode *\/\n                    log.warn(\"WARNING: \" +\n                        \"A configuration was read that contains a \" +\n                        \"deprecated zookeeper root path (\/midonet\/v1). \" +\n                        \"This version of MidoNet does not read information \" +\n                        \"stored in the old root path and will now \" +\n                        \"fall back to the new default root: \/midonet. \" +\n                        \"Make sure that you used the MidoNet v5.x \" +\n                        \"upgrade scripts, and check the MidoNet v5.x \" +\n                        \"release notes for further information. \" +\n                        \"To silence this warning, remove the \" +\n                        \"'zookeeper.root_key' configuration key from \" +\n                        \"this configuration file, should it exist: \" +\n                        s\"$MIDOLMAN_CONF_LOCATION.\")\n                    defaultZkRootKey\n\n                case key => key\n            }\n        }\n    }\n\n    def zkBootstrap(inifile: Option[String] = None): CuratorFramework =\n        zkBootstrap(bootstrapConfig(inifile))\n\n    def zkBootstrap(cfg: Config): CuratorFramework = {\n        val serverString = cfg.getString(\"zookeeper.zookeeper_hosts\")\n\n        val namespace = zkRootKey(cfg).stripPrefix(\"\/\")\n        val timeoutMillis = cfg.getDuration(\"zookeeper.bootstrap_timeout\",\n                                            TimeUnit.MILLISECONDS)\n        val zk = CuratorFrameworkFactory.builder().\n                    connectString(serverString).\n                    connectionTimeoutMs(timeoutMillis.toInt).\n                    retryPolicy(new RetryOneTime(100)).\n                    namespace(namespace).\n                    build()\n        zk.start()\n        zk\n    }\n\n    def apply(zk: CuratorFramework, inifile: Option[String] = None): MidoNodeConfigurator =\n            new MidoNodeConfigurator(zk, inifile)\n\n    def apply(inifile: String): MidoNodeConfigurator =\n        apply(zkBootstrap(Option(inifile)), Option(inifile))\n\n    def apply(bootstrapConf: Config): MidoNodeConfigurator =\n        apply(zkBootstrap(bootstrapConf.withFallback(bootstrapConfig())), None)\n\n    def apply(): MidoNodeConfigurator = apply(zkBootstrap())\n\n    def validateKey(schema: Config, conf: Config, key: String): Unit = {\n        if (schema.hasPath(s\"${key}_type\")) {\n            schema.getString(s\"${key}_type\") match {\n                case \"duration\" => conf.getDuration(key, TimeUnit.MILLISECONDS)\n                case \"duration[]\" => conf.getDurationList(key, TimeUnit.MILLISECONDS)\n\n                case \"bool\" => conf.getBoolean(key)\n                case \"bool[]\" => conf.getBooleanList(key)\n\n                case \"string\" => conf.getString(key)\n                case \"string[]\" => conf.getStringList(key)\n\n                case \"int\" => conf.getInt(key)\n                case \"int[]\" => conf.getIntList(key)\n\n                case \"size\" => conf.getBytes(key)\n                case \"size[]\" => conf.getBytesList(key)\n\n                case \"double\" => conf.getDouble(key)\n                case \"double[]\" => conf.getDoubleList(key)\n\n                case t if enumPattern.matcher(t).matches =>\n                    val m = enumPattern.matcher(t)\n                    m.matches()\n                    val options = m.group(1).split(\",\")\n                        .map({ _.toUpperCase.trim })\n                    val value = conf.getString(key)\n                    if (!options.contains(value.toUpperCase)) {\n                        val newVal = conf.getValue(key)\n                        throw new ConfigException.WrongType(\n                            newVal.origin,\n                            s\"Value for $key (${newVal.render}) \" +\n                                s\"should be one of $options\")\n                    }\n\n                case t => throw new ConfigException.BugOrBroken(\n                        s\"Invalid validation type ($t) in schema\")\n            }\n        } else {\n            val newVal = conf.resolve().getValue(key)\n            val schemaVal = schema.resolve().getValue(key)\n            if (!newVal.valueType().equals(schemaVal.valueType()))\n                throw new ConfigException.WrongType(newVal.origin(),\n                    s\"Value for $key (${newVal.render()}) does \" +\n                        s\"not follow schema type (${schemaVal.render()})\")\n        }\n    }\n}\n\nobject MidoTestConfigurator {\n    def bootstrap = MidoNodeConfigurator.bootstrapConfig(None)\n\n    def forAgents(): Config = forAgents(ConfigFactory.empty)\n\n    def forAgents(overrides: String): Config = forAgents(ConfigFactory.parseString(overrides))\n\n    def forAgents(overrides: Config): Config = {\n        overrides.withFallback(\n            new ResourceConf(s\"org\/midonet\/conf\/schemas\/agent.conf\").get).withFallback(\n                new ResourceConf(s\"org\/midonet\/conf\/schemas\/nsdb.conf\").get).withFallback(\n                    new ResourceConf(s\"org\/midonet\/conf\/schemas\/cluster.conf\").get).withFallback(\n                        MidoNodeConfigurator.bootstrapConfig())\n    }\n\n    def forClusters(): Config = forClusters(ConfigFactory.empty)\n\n    def forClusters(overrides: String): Config = forClusters(ConfigFactory.parseString(overrides))\n\n    def forClusters(overrides: Config): Config = {\n        overrides.withFallback(\n            new ResourceConf(s\"org\/midonet\/conf\/schemas\/cluster.conf\").get).withFallback(\n                new ResourceConf(s\"org\/midonet\/conf\/schemas\/nsdb.conf\").get).withFallback(\n                    MidoNodeConfigurator.bootstrapConfig())\n    }\n}\n\n\/**\n * Manages and provides access for all the different configuration sources that\n * make up the configuration of a MidoNet node.\n *\n * @param zk Curator framework connection.\n * @param agentLegacyIniFile Optional location of a legacy .ini configuration file.\n *\/\nclass MidoNodeConfigurator(zk: CuratorFramework,\n                           agentLegacyIniFile: Option[String] = Some(\"\/etc\/midolman\/midolman.conf\")) {\n    val log = Logger(LoggerFactory.getLogger(\"org.midonet.conf\"))\n\n    private val _templateMappings = new ZookeeperConf(zk, s\"\/config\/template-mappings\")\n    private val digest = MessageDigest.getInstance(\"SHA-256\")\n\n    private val cachedSources =\n        mutable.Map.empty[String, Seq[(String, MidoConf)]]\n\n    {\n        zk.createContainers(\"\/config\")\n        zk.createContainers(\"\/config\/nodes\")\n        zk.createContainers(\"\/config\/templates\")\n        zk.createContainers(\"\/config\/schemas\")\n    }\n\n    def keyWithSuffix(key: String, suffix: String): String = {\n        val keyParts: Seq[String] = ConfigUtil.splitPath(key)\n        ConfigUtil.joinPath(keyParts.dropRight(1).:+(s\"${keyParts.last}$suffix\"))\n    }\n\n    def dropSchema(cfg: Config, showPasswords: Boolean = false): Config = {\n        var ret = cfg\n        for (entry <- cfg.entrySet()) {\n            val typeKey = keyWithSuffix(entry.getKey, \"_type\")\n            val descrKey = keyWithSuffix(entry.getKey, \"_description\")\n\n            if (ret.hasPath(typeKey))\n                ret = ret.withoutPath(typeKey)\n            if (ret.hasPath(descrKey))\n                ret = ret.withoutPath(descrKey)\n            if (!showPasswords && entry.getKey.endsWith(\"password\")) {\n                val password = Base64.getEncoder\n                    .encodeToString(digest.digest(entry.getValue.render()\n                                                       .getBytes(\"UTF-8\")))\n                    .substring(0, 8)\n                ret = ret.withValue(entry.getKey, s\"SHA-256+base64=$password...\")\n            }\n        }\n        ret\n    }\n\n    def legacyConfigFile: Config = {\n        \/\/ Construct the Config object representing the local configuration\n        \/\/ file.  An empty configuration is returned if the file does not exist\n        \/\/ or if the content is empty.\n        agentLegacyIniFile.fold(ConfigFactory.empty) { f =>\n            try {\n                new LegacyConf(f).get\n            } catch {\n                case e: ConfigurationException =>\n                    log.warn(s\"Failed to load config file: $f\", e)\n                    ConfigFactory.empty\n            }\n        }\n    }\n\n    \/**\n     * Returns a Config object composed solely of local configuration sources.\n     *\n     * These sources are system properties, environment variables and\n     * configuration files.\n     *\/\n    lazy val localOnlyConfig: Config = ConfigFactory.systemEnvironment().withFallback(legacyConfigFile)\n\n    \/**\n     * Returns the WritableConf that points to the centrally stored configuration\n     * specific to a particular MidoNet node.\n     *\n     * @param node The node id\n     * @return\n     *\/\n    def centralPerNodeConfig(node: UUID): WritableConf with ObservableConf =\n        new ZookeeperConf(zk, s\"\/config\/nodes\/$node\")\n\n    \/**\n     * Returns the WritableConf that points to the configuration template assigned\n     * to a given MidoNet node.\n     *\n     * @param node The node id.\n     * @return\n     *\/\n    def templateByNodeId(node: UUID): WritableConf with ObservableConf =\n        templateByName(templateNameForNode(node))\n\n    \/**\n     * Returns the WritableConf that points to a given configuration template.\n     *\n     * @param name The template name\n     * @return\n     *\/\n    def templateByName(name: String): WritableConf with ObservableConf =\n        new ZookeeperConf(zk, s\"\/config\/templates\/$name\")\n\n\n    private def mappingFor(node: UUID, mappings: Config): String = {\n        if (mappings.hasPath(node.toString))\n            mappings.getString(node.toString)\n        else\n            \"default\"\n    }\n\n    \/**\n     * Returns the configuration template name assigned to a given MidoNet node.\n     *\n     * @param node The node id\n     * @return\n     *\/\n    def templateNameForNode(node: UUID): String = mappingFor(node, templateMappings)\n\n    \/**\n     * Returns the Config object that holds the list of configuration template\n     * assignments to each specific MidoNet node.\n     *\/\n    def templateMappings: Config = _templateMappings.get\n\n    \/**\n     * Assigns a configuration template to a MidoNet node.\n     *\/\n    def assignTemplate(node: UUID, template: String): Unit = {\n        _templateMappings.set(node.toString, template)\n    }\n\n    \/**\n     * Clears a configuration template assignment\n     *\/\n    def clearTemplate(node: UUID): Unit = {\n        _templateMappings.unset(node.toString)\n    }\n\n    def listTemplates: Seq[String] = zk.getChildren.forPath(s\"\/config\/templates\")\n\n    lazy val listSchemas: Seq[String] = zk.getChildren.forPath(s\"\/config\/schemas\")\n\n    lazy val listPerNodeConfigs: Seq[String] = zk.getChildren.forPath(s\"\/config\/nodes\")\n\n    lazy val mergedSchemas: Config = {\n        (listSchemas map (schema(_).closeAfter(_.get))).\n            fold(ConfigFactory.empty)((a, b) => a.withFallback(b))\n    }\n\n    lazy val observableMergedSchemas: Observable[Config] = {\n        (listSchemas map (schema(_).observable)).\n            fold(Observable.just(ConfigFactory.empty))((a, b) => combine(a, b))\n    }\n\n    \/**\n     * Validates a configuration snippet against the schemas. Returns a list\n     * of keys that are missing from the schemas and thus could not be validated\n     *\/\n    def validate(newConf: Config): Seq[String] = {\n        val schemas = mergedSchemas.resolve()\n        val validationConf = newConf.withFallback(schemas).resolve()\n        var unverified: List[String] = List.empty\n\n        for (entry <- newConf.entrySet) {\n            try {\n                MidoNodeConfigurator.validateKey(schemas, validationConf, entry.getKey)\n            } catch {\n                case e: ConfigException.Missing => unverified ::= entry.getKey\n            }\n        }\n\n        unverified\n    }\n\n    \/**\n     * Updates all the template assignments\n     *\/\n    def updateTemplateAssignments(mappings: Config): Unit = {\n        _templateMappings.clearAndSet(mappings)\n    }\n\n    def observableTemplateForNode(node: UUID): Observable[Config] = {\n        val templateName = _templateMappings.observable.map[String](makeFunc1{mappingFor(node, _)})\n        val template = templateName.distinctUntilChanged().map[Observable[Config]](makeFunc1{ templateByName(_).observable })\n        Observable.switchOnNext(template)\n    }\n\n    \/**\n     * Returns the WritableConf that points to the configuration schema for\n     * the node type managed by this configurator.\n     *\/\n    def schema(name: String): Schema with ObservableConf =\n        new ZookeeperSchema(zk, s\"\/config\/schemas\/$name\", name)\n\n    \/**\n     * Returns the Config object composed of all the server-side configuration\n     * sources that make up the configuration for a given MidoNet node. These\n     * sources are the node-specific configuration, its assigned template,\n     * the 'default' template, and the schema.\n     *\/\n    def centralConfig(node: UUID): Config =\n        centralPerNodeConfig(node).closeAfter(_.get).\n            withFallback(templateByNodeId(node).closeAfter(_.get)).\n            withFallback(templateByName(\"default\").closeAfter(_.get)).\n            withFallback(mergedSchemas)\n\n    private def combine(c1: Observable[Config], c2: Observable[Config]): Observable[Config] = {\n        Observable.combineLatest(c1, c2,\n            makeFunc2((a: Config, b: Config) => a.withFallback(b)))\n    }\n\n    \/**\n     * Returns an Observable on the server-stored configuration for a\n     * particular node. The observable will emit new Config objects any\n     * time any of the sources that make up the configuration is updated.\n     * This works across changes to the template assignment for the given\n     * node.\n     *\/\n    def observableCentralConfig(node: UUID): Observable[Config] = {\n        implicit def unwrap(o: ObservableConf): Observable[Config] = o.observable\n\n        combine(centralPerNodeConfig(node),\n                combine(observableTemplateForNode(node),\n                        combine(templateByName(\"default\"),\n                                observableMergedSchemas)))\n    }\n\n    \/**\n     * Returns the Config object that a given MidoNet node must use at runtime.\n     * It's composed, in this order of preference, of:\n     *\n     *   - The local configuration sources.\n     *   - The server-side configuration sources\n     *   - The schema bundled in the application's jars (if applicable).\n     *\/\n    def runtimeConfig(node: UUID, includeBundledSchemas: Boolean = true): Config = {\n        val conf = localOnlyConfig.\n            withFallback(centralConfig(node))\n        if (includeBundledSchemas) {\n            conf.withFallback(mergedBundledSchemas).resolve()\n        } else {\n            conf.resolve()\n        }\n    }\n\n    def runtimeConfig: Config = runtimeConfig(HostIdGenerator.getHostId)\n\n    \/**\n     * Return an Observable on the runtime configuration that a particular\n     * node must use at runtime.\n     *\/\n    def observableRuntimeConfig(node: UUID, includeBundledSchemas: Boolean = true)\n    : Observable[Config] = {\n        val bundledSchemas = if (includeBundledSchemas) {\n            Observable.just(mergedBundledSchemas)\n        } else {\n            Observable.just(ConfigFactory.empty)\n        }\n        combine(Observable.just(localOnlyConfig),\n                combine(observableCentralConfig(node),\n                        bundledSchemas)) map makeFunc1(_.resolve())\n    }\n\n    \/**\n     * Returns the MidoConf object that points to the schema bundled with the\n     * running application.\n     *\/\n    def bundledSchema(name: String): MidoConf =\n        new ResourceConf(s\"org\/midonet\/conf\/$name.conf\")\n\n    def mergedBundledSchemas: Config = {\n        (for ((_, s) <- bundledSchemas) yield s.get).\n            fold(ConfigFactory.empty)((a, b) => a.withFallback(b))\n    }\n\n    private def prepareSchema(conf: Config): Config = {\n        var ret = conf\n        for (entry <- conf.entrySet()) {\n            if (entry.getKey.endsWith(\"_description\")) {\n                try {\n                    entry.getValue.unwrapped() match {\n                        case description: String =>\n                            \/\/ Clear duplicate spaces and new line for configuration\n                            \/\/ descriptions.\n                            ret = ret.withValue(\n                                entry.getKey,\n                                description.trim.replaceAll(\"\\\\s+\", \" \"))\n                        case _ =>\n                    }\n                } catch {\n                    case _: Throwable =>\n                }\n            }\n        }\n        ret\n    }\n\n    private def deploySchemas(): Boolean = {\n        var ret = false\n        for ((name, newSchema) <- bundledSchemas) {\n            val newConfig = prepareSchema(newSchema.get)\n            if (!newConfig.isEmpty) {\n                val newVersion = newConfig.getInt(s\"$name.schemaVersion\")\n                val zkSchema = schema(name)\n                if (zkSchema.setAsSchema(newConfig)) {\n                    log.info(s\"Deployed schema $name with version $newVersion\")\n                    ret = true\n                } else {\n                    log.info(s\"$name schema is up to date at version ${zkSchema.version}\")\n                }\n            }\n        }\n        ret\n    }\n\n    private def extractTemplatesFromJar(uri: URI): List[(String, MidoConf)] = {\n        var templates: List[(String, ResourceConf)] = List.empty\n\n        \/\/ starts with jar:\n        val jarFile = uri.toString.substring(4, uri.toString.lastIndexOf('!'))\n        val jarUrl = new URL(jarFile)\n        val parts = uri.toString.split(\"!\")\n        if (parts.length < 2)\n            return List.empty\n        \/\/ remove leading '\/' as jar entries do not have it\n        val prefix = parts(1).substring(1)\n\n        val zip = new ZipInputStream(jarUrl.openStream())\n        try {\n            while(true) {\n                val e = zip.getNextEntry\n                if (e == null)\n                    return templates\n\n                if (e.getName.startsWith(prefix) && !e.isDirectory) {\n                    val name = e.getName.substring(e.getName.lastIndexOf('\/') + 1,\n                                                   e.getName.lastIndexOf('.'))\n                    templates ::= (name, new ResourceConf(e.getName))\n                }\n                zip.closeEntry()\n            }\n        } finally {\n            zip.close()\n        }\n        templates\n    }\n\n    private def extractTemplatesFromDir(uri: URI): List[(String, MidoConf)] = {\n        var templates: List[(String, MidoConf)] = List.empty\n        val dir = new File(uri)\n        for (child <- dir.listFiles if child.getName.endsWith(\".conf\")) {\n            val fn = child.getName\n            val templateName = fn.substring(0, fn.lastIndexOf('.'))\n            templates ::= (templateName, new FileConf(child.getAbsoluteFile))\n        }\n        templates\n    }\n\n    private def bundledConfigSources(sourceType: String): Seq[(String, MidoConf)] =\n        cachedSources.synchronized {\n            cachedSources.get(sourceType) match {\n                case None =>\n                    val path = s\"org\/midonet\/conf\/$sourceType\"\n                    val urls = getClass.getClassLoader.getResources(path)\n\n                    var sources: List[(String, MidoConf)] = Nil\n\n                    while (urls.hasMoreElements) {\n                        val uri = urls.nextElement.toURI\n                        if (uri.toString.startsWith(\"jar:\"))\n                            sources :::= extractTemplatesFromJar(uri)\n                        else\n                            sources :::= extractTemplatesFromDir(uri)\n                    }\n\n                    cachedSources.put(sourceType, sources)\n                    sources\n                case Some(sources) =>\n                    sources\n            }\n        }\n\n    def bundledTemplates: Seq[(String, MidoConf)] = bundledConfigSources(\"templates\")\n\n    def bundledSchemas: Seq[(String, MidoConf)] = bundledConfigSources(\"schemas\")\n\n    \/**\n     * Reads the schema and configuration templates that are bundled with the\n     * running application and tries to deploy them to the server side.\n     *\n     * Schemas are deployed as long as they constitute an update.\n     *\n     * Templates are deployed, overwriting old templates, if the schema was itself\n     * an update.\n     *\/\n    def deployBundledConfig(): Boolean = {\n        val isUpdate = deploySchemas()\n        if (isUpdate) {\n            for ((name, conf) <- bundledTemplates) {\n                templateByName(name).clearAndSet(conf.get)\n                log.info(s\"Deployed config template: $name\")\n            }\n        }\n        isUpdate\n    }\n}\n\n\/**\n * A MidoConf implmentation that reads from bundled Java resources.\n *\/\nclass ResourceConf(path: String) extends MidoConf {\n    val log = Logger(LoggerFactory.getLogger(\"org.midonet.conf\"))\n\n    val parseOpts = ConfigParseOptions.defaults()\n            .setAllowMissing(false)\n            .setOriginDescription(s\"resource:$path\")\n            .setSyntax(ConfigSyntax.CONF)\n\n    override def get: Config = try {\n        val stream = getClass.getClassLoader.getResourceAsStream(path)\n        ConfigFactory.parseReader(new InputStreamReader(stream), parseOpts)\n    } catch {\n        case e: Exception =>\n            log.warn(s\"Failed to load config from resource: $path\", e)\n            ConfigFactory.empty()\n    }\n}\n\n\/**\n * A MidoConf implementation that reads configuration from a file\n *\/\nclass FileConf(file: File) extends MidoConf {\n    val log = Logger(LoggerFactory.getLogger(\"org.midonet.conf\"))\n\n    val parseOpts = ConfigParseOptions.defaults()\n            .setAllowMissing(false)\n            .setOriginDescription(s\"file:\/\/${file.getAbsolutePath}\")\n            .setSyntax(ConfigSyntax.CONF)\n\n    override def get: Config = try {\n        ConfigFactory.parseFile(file)\n    } catch {\n        case e: Exception =>\n            log.warn(s\"Failed to load config from file: ${file.getAbsolutePath}\", e)\n            ConfigFactory.empty()\n    }\n}\n\n\/**\n * A WritableConf implementation backed by ZooKeeper.\n *\/\nclass ZookeeperConf(zk: CuratorFramework, path: String) extends MidoConf with\n                                                                WritableConf with\n                                                                ObservableConf {\n\n    private val renderOpts = ConfigRenderOptions.defaults()\n            .setOriginComments(false)\n            .setComments(false)\n            .setJson(true)\n    private val parseOpts = ConfigParseOptions.defaults()\n            .setAllowMissing(false)\n            .setOriginDescription(s\"zookeeper:\/\/${zk.getNamespace}$path\")\n\n    private val cache = new ObservableNodeCache(zk, path, emitNoNodeAsEmpty = true)\n    cache.connect()\n\n    private def parse(zkdata: ChildData): Config = {\n        if ((zkdata eq null) || (zkdata.getData eq  null)) {\n            ConfigFactory.empty()\n        } else {\n            val data = new String(zkdata.getData)\n            val reader = new StringReader(data)\n            val conf = ConfigFactory.parseReader(reader, parseOpts)\n            reader.close()\n            conf\n        }\n    }\n\n    override val observable: Observable[Config] = cache.observable map makeFunc1(parse)\n\n    override def get: Config = {\n        parse(cache.current)\n    }\n\n    override def close() = cache.close()\n\n    private def updateAndBlockUntil(cond: ChildData => Boolean)(update: => Unit) {\n        val iter = cache.observable.filter(makeFunc1(cond(_))).\n                toBlocking.latest().iterator()\n        update\n        iter.next()\n    }\n\n    override protected def modify(changeset: Config => Config): Boolean = {\n        val zkdata = cache.current\n        try {\n            if (zkdata eq null) {\n                val conf = changeset(ConfigFactory.empty)\n                if (!conf.isEmpty) {\n                    val newconf = conf.root().render(renderOpts).getBytes\n                    updateAndBlockUntil(_.getStat ne null) {\n                        zk.create().creatingParentsIfNeeded().forPath(path, newconf)\n                    }\n                    true\n                } else {\n                    false\n                }\n            } else {\n                val version = zkdata.getStat.getVersion\n                val oldConf = parse(zkdata)\n                val conf = changeset(oldConf)\n                if (conf ne oldConf) {\n                    val newconfStr = conf.root().render(renderOpts).getBytes\n                    updateAndBlockUntil(_.getStat.getVersion > version) {\n                        zk.setData().withVersion(version).forPath(path, newconfStr)\n                    }\n                    true\n                } else {\n                    false\n                }\n            }\n        } catch {\n            case e: KeeperException.BadVersionException => modify(changeset)\n            case e: KeeperException.NoNodeException => modify(changeset)\n            case e: KeeperException.NodeExistsException => modify(changeset)\n        }\n    }\n}\n\nclass ZookeeperSchema(zk: CuratorFramework, path: String,\n        override val schemaName: String) extends ZookeeperConf(zk, path) with Schema {\n\n    private val VERSION_KEY = s\"$schemaName.schemaVersion\"\n    private val EMPTY = ConfigFactory.empty().withValue(VERSION_KEY, -1)\n\n    def version = Try(get.getInt(VERSION_KEY)).getOrElse(-1)\n\n    \/**\n     * Write a schema to this config source.\n     *\n     * Schemas must contain a \"$schenaName.schemaVersion\" configuration key. The\n     * operation will be a no-op if the existing schema version is equal or\n     * bigger than the supplied schema.\n     *\n     * Malformed schemas will make this method throw an exception.\n     *\/\n    def setAsSchema(schema: Config): Boolean = modify { oldSchema =>\n        val oldV = oldSchema.withFallback(EMPTY).getInt(VERSION_KEY)\n        val newV = schema.getInt(VERSION_KEY)\n\n        val validationConf = schema.resolve()\n        for (entry <- validationConf.entrySet) {\n            MidoNodeConfigurator.validateKey(schema, validationConf, entry.getKey)\n        }\n\n        if (newV > oldV)\n            schema\n        else\n            oldSchema\n    }\n}\n\n\/**\n * A MidoConf implementation backed by a .ini configuration file.\n *\/\nclass LegacyConf(val filename: String,\n                 val logger: org.slf4j.Logger =\n                     LoggerFactory.getLogger(\"org.midonet.conf\")) extends MidoConf {\n\n    val log = Logger(logger)\n\n    private val iniconf: HierarchicalINIConfiguration = new HierarchicalINIConfiguration()\n    iniconf.setDelimiterParsingDisabled(true)\n    iniconf.setFileName(filename)\n    iniconf.setThrowExceptionOnMissing(false)\n    iniconf.load()\n\n    private val movedDurations: Map[String, (String, TimeUnit)] = Map(\n            \"zookeeper.session_timeout\" ->\n                (\"zookeeper.session_timeout\", TimeUnit.MILLISECONDS),\n            \"zookeeper.session_gracetime\" ->\n                (\"zookeeper.session_gracetime\", TimeUnit.MILLISECONDS),\n            \"agent.bridge.mac_port_mapping_expire_millis\" ->\n                (\"agent.bridge.mac_port_mapping_expire\", TimeUnit.MILLISECONDS),\n            \"agent.arptable.arp_retry_interval_seconds\" ->\n                (\"agent.arptable.arp_retry_interval\", TimeUnit.SECONDS),\n            \"agent.arptable.arp_timeout_seconds\" ->\n                (\"agent.arptable.arp_timeout\", TimeUnit.SECONDS),\n            \"agent.arptable.arp_stale_seconds\" ->\n                (\"agent.arptable.arp_stale\", TimeUnit.SECONDS),\n            \"agent.arptable.arp_expiration_seconds\" ->\n                (\"agent.arptable.arp_expiration\", TimeUnit.SECONDS),\n            \"agent.midolman.bgp_keepalive\" ->\n                (\"agent.midolman.bgp_keepalive\", TimeUnit.SECONDS),\n            \"agent.midolman.bgp_holdtime\" ->\n                (\"agent.midolman.bgp_holdtime\", TimeUnit.SECONDS),\n            \"agent.midolman.bgp_connect_retry\" ->\n                (\"agent.midolman.bgp_connect_retry\", TimeUnit.SECONDS))\n\n    private def translate(key: String, value: String): (String, String) = {\n        movedDurations.get(key) match {\n            case Some((newkey, TimeUnit.MILLISECONDS)) =>\n                val newval = if (value.endsWith(\"ms\")) value else s\"${value}ms\"\n                log.info(s\"$filename: Translated legacy configuration value from \" +\n                         s\"{$key : $value} to { $newkey : $newval }\")\n                (newkey, newval)\n\n            case Some((newkey, TimeUnit.SECONDS)) =>\n                val newval = if (value.endsWith(\"s\")) value else s\"${value}s\"\n                log.info(s\"$filename: Translated legacy configuration value from \" +\n                    s\"{$key : $value} to { $newkey : $newval }\")\n                (newkey, newval)\n\n            case Some((newkey, _)) => (key, value) \/\/ other time units unused\n\n            case None => (key, value)\n        }\n    }\n\n    def get: Config = {\n        def makeKey(key: String) =\n            if (key.startsWith(\"zookeeper.\") ||\n                    key.startsWith(\"cassandra.\")) key else s\"agent.$key\"\n\n        var config = ConfigFactory.empty()\n        for (section <- iniconf.getSections;\n             key <- iniconf.getSection(section).getKeys) {\n\n            val (newkey, newval) = translate(\n                    makeKey(s\"$section.$key\"),\n                    iniconf.getSection(section).getString(key))\n\n            log.info(s\"$filename: found legacy config key { $newkey : $newval }\")\n            config = config.withValue(newkey, (newval, s\"file:\/\/$filename\"))\n        }\n\n        config\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/RebootBarriers.scala","text":"<filename>midolman\/src\/main\/scala\/org\/midonet\/midolman\/RebootBarriers.scala\n\/*\n * Copyright 2017,2018 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman\n\nimport scala.concurrent.duration.{Duration, SECONDS}\nimport scala.concurrent.Promise\nimport scala.util.control.NonFatal\nimport scala.util.{Failure, Success}\n\nimport java.nio.ByteBuffer\nimport java.nio.channels.FileChannel\nimport java.nio.file.{Files, FileSystems, NoSuchFileException, Path,\n                      StandardOpenOption}\nimport java.util.concurrent.{TimeoutException, TimeUnit}\n\nimport sun.nio.ch.NativeThread\n\nimport org.midonet.util.logging.Logger\n\n\nobject RebootBarriers {\n\n    val Log = Logger(\"org.midonet.fast_reboot\")\n\n}\n\nclass RebootBarriers(val isMain: Boolean) {\n\n    import RebootBarriers._\n\n    private val fifoPath = \"\/var\/run\/midolman\/fast_reboot.barrier\"\n\n    private var previousStage = 0  \/\/ Just for an assertion\n\n    private var blocking = false\n    private var blockingThread: Long = _\n\n    private def toStringRole = if (isMain) \"main\" else \"backup\"\n\n    private val sync = new Object\n\n    def waitOnBarrier(stage: Int, maxWait: Long, unit: TimeUnit): Unit = {\n        require(stage == previousStage + 1)\n        require(unit ne null)\n        require(maxWait > 0)\n\n        previousStage = stage\n\n        Log.info(s\"Stage ${stage} (${toStringRole}) start\")\n\n        val timeoutMillis = TimeUnit.MILLISECONDS.convert(maxWait, unit)\n        val path = FileSystems.getDefault().getPath(fifoPath)\n        \/\/ Flip sides for consecutive stages to avoid races.\n        val option = if (isMain ^ (stage % 2 == 0))\n            StandardOpenOption.READ\n        else\n            StandardOpenOption.WRITE\n\n        val p = Promise[Unit]()\n        val thread = new Thread() {\n            override def run() = {\n                sync.synchronized {\n                    blocking = true\n                    blockingThread = NativeThread.current\n                }\n                try {\n                    \/*\n                     * This open() blocks until the other side is opened as well.\n                     *\n                     * From SUSv2 open(2):\n                     *   When opening a FIFO with O_RDONLY or O_WRONLY set\n                     *         :\n                     *         :\n                     *   An open() for reading only will block the calling thread\n                     *   until a thread opens the file for writing. An open() for\n                     *   writing only will block the calling thread until a thread\n                     *   opens the file for reading.\n                     *\/\n                    FileChannel.open(path, option).close()\n                } catch {\n                    case NonFatal(e) => p.tryFailure(e)\n                    case e: InterruptedException =>\n                        \/\/ Probably the promise has already failed with\n                        \/\/ a TimeoutException, but just in case.\n                        p.tryFailure(e)\n                } finally {\n                    sync.synchronized {\n                        blocking = false\n                    }\n                }\n                p.trySuccess(())\n            }\n        }\n        thread.start()\n        thread.join(timeoutMillis)\n        if (p.tryFailure(new TimeoutException)) {\n            \/*\n             * Cancel the thread.\n             * We remove the file so that the thread will notice ENOENT.\n             * A signal is not enough as JDK unconditionally restarts open(2) on EINTR.\n             *\n             * NOTE: this also makes the other side of the barrier fail immediately\n             * when it arrived later.  In that case, ENOENT is probably confusing.\n             *\/\n            Files.deleteIfExists(path)\n            \/*\n             * The following interrupt() is not necessary for the common case,\n             * i.e. when the thread is blocking in the open(2) system call,\n             * but just in case.\n             *\/\n            thread.interrupt()\n            \/*\n             * Interrupt the system call.\n             * JDK will restart the system call and get ENOENT.\n             *\/\n            sync.synchronized {\n                if (blocking) {\n                    NativeThread.signal(blockingThread)\n                }\n            }\n            thread.join()\n        }\n        p.future.value.get match {\n            case Success(_) =>\n                Log.info(s\"Stage ${stage} (${toStringRole}) success\")\n            case Failure(e) =>\n                Log.error(s\"Stage ${stage} (${toStringRole}) failed: ${e}\")\n                throw e\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-util\/src\/main\/scala\/org\/midonet\/util\/random\/package.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright (c) 2016, <NAME>.\n *\/\n\npackage org.midonet.util\n\nimport scala.util.Random\n\n\/**\n  * Miscellaneous utilities related to random values\n  *\/\npackage object random {\n    \/** Random string with only alphanumerical characters *\/\n    def rndAlphaNum(len: Int): String = Random.alphanumeric.take(len).mkString\n\n    \/** Random value from seq *\/\n    def rndElement[S](seq: Seq[S]): Option[S] =\n        if (seq.nonEmpty)\n            Some(seq(Random.nextInt(seq.length)))\n        else\n            None\n\n    \/** Random value from iterable *\/\n    def rndElement[S](iter: Iterable[S]): Option[S] =\n        if (iter.nonEmpty) {\n            val rndPosition = Random.nextInt(iter.size)\n            iter.slice(rndPosition, rndPosition + 1).headOption\n        } else {\n            None\n        }\n\n    \/** Random Long from 0 (inclusive) to max (exclusive) *\/\n    def rndLong(max: Long = Long.MaxValue): Long =\n        if (max > 0) (Random.nextLong() & Long.MaxValue) % max\n        else throw new IllegalArgumentException(\"bound must be positive\")\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/topology_cache\/TopologyCache.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.topology_cache\n\nimport java.util.concurrent.{Executors, ScheduledFuture, TimeUnit}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.control.NonFatal\n\nimport com.codahale.metrics.MetricRegistry\nimport com.google.inject.Inject\n\nimport org.apache.curator.framework.CuratorFrameworkFactory\nimport org.apache.curator.framework.imps.CuratorFrameworkState\nimport org.apache.curator.retry.ExponentialBackoffRetry\n\nimport org.midonet.cluster.{ClusterConfig, TopologyCacheLog}\nimport org.midonet.cluster.cache._\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.endpoint.users.HttpByteBufferEndpointUser\nimport org.midonet.minion.MinionService.TargetNode\nimport org.midonet.minion.{Context, Minion, MinionService}\nimport org.midonet.util.logging.Logger\n\nobject TopologyCache {\n    final val ServiceName = \"topology-cache\"\n    final val InitialSnapshotDelaySeconds = 5\n    final val SnapshotDelaySeconds = 30\n}\n\n\/**\n  * This service caches all topology objects in NSDB and keeps them updated\n  * in the cache. It exposes the cache subservices (object and state for now)\n  * as well as means to get a snapshot of the whole topology.\n  *\/\n@MinionService(name = \"topology-cache\", runsOn = TargetNode.CLUSTER)\nclass TopologyCache @Inject()(context: Context,\n                              backend: MidonetBackend,\n                              config: ClusterConfig,\n                              metrics: MetricRegistry)\n    extends Minion(context) with HttpByteBufferEndpointUser {\n\n    import TopologyCache._\n\n    private val log = Logger(TopologyCacheLog)\n\n    private val paths = new ZoomPaths(config.backend)\n\n    private val executor = Executors.newSingleThreadScheduledExecutor()\n\n    implicit private val ec = ExecutionContext.fromExecutor(executor)\n\n    private val curator = CuratorFrameworkFactory.newClient(\n        config.backend.hosts,\n        new ExponentialBackoffRetry(config.backend.retryMs.toInt,\n                                    config.backend.maxRetries))\n\n    private var objectCache: ObjectCache = _\n\n    private var stateCache: StateCache = _\n\n    private var localSnapshotProvider: TopologySnapshotProvider = _\n\n    override def snapshotProvider = localSnapshotProvider\n\n    private var scheduledSnapshot: ScheduledFuture[_] = _\n\n    \/\/ From HttpByteBufferEndpointUser\n    override val name = Option(ServiceName)\n    override val endpointPath: String = s\"\/$ServiceName\"\n\n    \/** Whether the service is enabled on this Cluster node. *\/\n    override def isEnabled: Boolean = config.topologyCache.isEnabled\n\n    override def doStart(): Unit = {\n        log.info(\"Starting NSDB topology cache\")\n        val timestamp = System.nanoTime()\n        \/\/ NOTE: Subscription and snapshot requests MUST be handled on the\n        \/\/ same thread.\n        Future {\n            try {\n                curator.start()\n                objectCache = new ObjectCache(curator, paths, metrics)\n                stateCache = new StateCache(curator, paths, metrics,\n                                            objectCache.observable())\n\n                objectCache.startAsync().awaitRunning()\n                stateCache.startAsync().awaitRunning()\n\n                val elapsed = (System.nanoTime() - timestamp) \/ 1000000\n                log.info(\"NSDB topology cache started in \" +\n                         s\"$elapsed milliseconds\")\n\n                localSnapshotProvider = new TopologySnapshotProvider(\n                    objectCache, stateCache, executor, log)\n\n                \/\/ TODO: make the period between snapshots configurable\n                scheduledSnapshot = executor.scheduleWithFixedDelay(\n                    snapshotProvider.snapshot, InitialSnapshotDelaySeconds,\n                    SnapshotDelaySeconds, TimeUnit.SECONDS)\n\n                notifyStarted()\n            } catch {\n                case NonFatal(e) =>\n                    log.warn(\"Failed to start topology cache\", e)\n                    curator.getState match {\n                        case CuratorFrameworkState.STARTED =>\n                            curator.close()\n                        case _ =>\n                    }\n                    notifyFailed(e)\n            }\n        }\n    }\n\n    override def doStop(): Unit = {\n        log.info(\"Stopping NSDB topology cache\")\n        val timestamp = System.nanoTime()\n\n        try {\n            scheduledSnapshot.cancel(true)\n            stateCache.stopAsync().awaitTerminated()\n            objectCache.stopAsync().awaitTerminated()\n            val elapsed = (System.nanoTime() - timestamp) \/ 1000000\n            log.info(\"NSDB topology cache stopped in \" +\n                     s\"$elapsed milliseconds\")\n            notifyStopped()\n        } catch {\n            case NonFatal(e) =>\n                log.warn(\"Failed to stop topology cache\", e)\n                notifyFailed(e)\n        } finally {\n            curator.getState match {\n                case CuratorFrameworkState.STARTED =>\n                    curator.close()\n                case _ =>\n            }\n        }\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/containers\/ContainerProvider.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.containers\n\nimport scala.reflect.ClassTag\n\nimport com.google.inject.Injector\n\nimport org.midonet.util.logging.Logger\n\n\/**\n  * A container provider scans all classes of type T on the current classpath\n  * with specified reflections instance, and annotated with a [[Container]]\n  * annotation. The [[Container]] specifies a name and version for each\n  * container class, and the provider ensures that the last version of each\n  * container type is available for instantiation.\n  *\n  * A caller can create an instance of the given container type using the\n  * `getInstance` method and the container name as specified in the [[Container]]\n  * annotation. Instantiation uses Guice dependency injection, and towards this\n  * end derived classes of the [[ContainerProvider]] need to provide an\n  * implementation of the `injector` method which provides the appropriate\n  * dependencies.\n  *\/\nabstract class ContainerProvider[T](containerClasses: Set[Class[_]], log: Logger)\n                                   (tag: ClassTag[T]) {\n\n    protected def injector: Injector\n\n    private val allContainers =\n        containerClasses filter {\n            tag.runtimeClass.isAssignableFrom\n        } map { clazz =>\n            val annotation = clazz.getAnnotation(classOf[Container])\n            log info s\"Service container: ${annotation.name()} \" +\n                     s\"version ${annotation.version()}\"\n            (annotation.name(), annotation, clazz)\n        }\n    private val currentContainers =\n        allContainers.aggregate(Map[String, (Int, Class[_])]())((map, entry) => {\n            map get entry._1 match {\n                case Some((version, _)) if version < entry._2.version() =>\n                    map + (entry._1 -> (entry._2.version(), entry._3))\n                case None => map + (entry._1 -> (entry._2.version(), entry._3))\n                case _ => map\n            }\n        }, _ ++ _)\n\n    \/**\n      * Gets a new container instance from the current container provider.\n      *\/\n    @throws[Exception]\n    def getInstance(name: String): T = {\n        currentContainers get name match {\n            case Some((_, clazz)) =>\n                injector.getInstance(clazz).asInstanceOf[T]\n            case None => throw new NoSuchElementException(name)\n        }\n    }\n\n    \/** Returns all container classes that have been loaded by the provider,\n      * including those of which that have multiple versions for the same\n      * container name.\n      *\/\n    def all = allContainers\n\n    \/** Returns the current set of container classes. If for the same container\n      * name there are multiple classes with different versions, this set\n      * includes only the class corresponding to the latest container version.\n      *\/\n    def current = currentContainers\n\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/CachedStorage.scala","text":"<filename>nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/CachedStorage.scala\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Future\n\nimport rx.Observable\n\nimport org.midonet.cluster.cache.ObjectMessaging\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.data.ZoomMetadata.ZoomOwner\nimport org.midonet.cluster.data.storage.{NotFoundException, PersistenceOp, Storage, Transaction}\nimport org.midonet.cluster.data.{ObjId, oneLiner}\nimport org.midonet.util.logging.Logger\n\n\/**\n  * Implements the Storage trait using a cache of the topology objects that is\n  * backed up by a map. This is meant to be used only during startup to start\n  * simulating new packets faster, and eventually start using an implementation\n  * that reaches NSDB directly.\n  *\n  * For performance, the objects are only finally deserialized into their\n  * message type once a client asks for the object. This saves the cost of\n  * deserializing the whole map on startup before starting to use it.\n  *\/\nclass CachedStorage(private val store: Storage,\n                    private val snapshot: ObjSnapshot)\n    extends Storage {\n\n    private val log = Logger(\"org.midonet.cluster.cached-storage\")\n\n    protected def notImplemented = throw new NotImplementedError(\n        \"Operation not implemented for the initial cached storage\")\n\n    \/**\n      * Synchronous method that executes multiple create, update, and\/or delete\n      * operations atomically.\n      *\/\n    override def multi(ops: Seq[PersistenceOp]): Unit = notImplemented\n\n    \/**\n      * Creates a new storage transaction that allows multiple read and write\n      * operations to be executed atomically. The transaction guarantees that\n      * the value of an object is not modified until the transaction is\n      * completed or that the transaction will fail with a\n      * [[java.util.ConcurrentModificationException]].\n      *\/\n    override def transaction(owner: ZoomOwner): Transaction = notImplemented\n\n    \/**\n      * Tries to execute a transaction using the current write and retry policy.\n      *\/\n    override def tryTransaction[R](owner: ZoomOwner)\n                                  (f: (Transaction) => R): R = notImplemented\n\n    \/**\n      * Provide an Observable that emits updates to the specified object\n      * asynchronously. Note that an implementation may chose to cache\n      * the observable for each given object in order for several callers\n      * to share it. Any recycling\/GC mechanism may also be applied on\n      * observables, as long as it guarantees that the observable has no\n      * subscriptions left.\n      *\n      * When the object exists in the backend, the Observable will always emit\n      * at least one element containing its most recent state. After this,\n      * further updates will be emitted in the same order as they occurred in\n      * the backend storage. Note however that if an object is updated in the\n      * backend storage multiple times in quick succession, some updates may not\n      * trigger a call to onNext(). In any case, each call to onNext() will\n      * provide the most up-to-date data available, and all subscribers will\n      * be able to see the same sequence of events, in the same order.\n      *\n      * When an object doesn't exist the returned observable will\n      * immediately complete with an Error containing an IllegalStateException.\n      *\n      * When an object is deleted, the observable will be completed. If\n      * the object doesn't exist in the backend when the Observable is first\n      * requested then it'll onError.\n      *\/\n    override def observable[T](clazz: Class[T], id: ObjId): Observable[T] =\n        getDeserialized(clazz, id) match {\n            case Some(cached) =>\n                log.debug(\"Cache hit, starting observable with cached instance\" +\n                          s\" [$clazz, ${oneLiner(id)}] -> ${oneLiner(cached)}\")\n                store.observable(clazz, id).startWith(cached)\n            case None =>\n                log.debug(\"Cache miss, listening for update from storage \" +\n                          s\"[$clazz, ${oneLiner(id)}]\")\n                store.observable(clazz, id)\n        }\n\n    \/**\n      * Subscribes to all the entities of the given type. Upon subscription at\n      * time t0, obs.onNext() will receive an Observable[T] for each object of\n      * class T existing at time t0, and future updates at tn > t0 will each\n      * trigger a call to onNext() with an Observable[T] for a new object.\n      *\n      * Neither obs.onCompleted() nor obs.onError() will be invoked under\n      * normal circumstances.\n      *\n      * The subscribe() method of each of these Observables has the same behavior\n      * as ZookeeperObjectMapper.subscribe(Class[T], ObjId).\n      *\/\n    override def observable[T](clazz: Class[T]): Observable[Observable[T]] =\n        getAllDeserialized(clazz) match {\n            case Some(cached) =>\n                log.debug(\"Cache hit, starting observable with cached \" +\n                          s\"instances of [$clazz] -> ${oneLiner(cached)}\")\n                val initial = Observable.from(cached.asJava)\n                store.observable(clazz).startWith(initial)\n            case None =>\n                log.debug(\"Cache miss, listening for updates from storage \" +\n                          s\"[$clazz].\")\n                store.observable(clazz)\n        }\n\n    \/**\n      * Asynchronous method that gets the specified instance of the specified\n      * class from storage.  This method *always* goes to the backend storage\n      * in order to fetch the latest version of the entity.\n      *\/\n    override def get[T](clazz: Class[T], id: ObjId): Future[T] =\n        getDeserialized(clazz, id) match {\n            case Some(cached) =>\n                log.debug(\"Cache hit, returning cached value for \" +\n                          s\"[$clazz, ${oneLiner(id)}] -> ${oneLiner(cached)}\")\n                Future.successful(cached)\n            case None =>\n                log.debug(\"Cache miss, failing for value \" +\n                          s\"[$clazz, ${oneLiner(id)}]\")\n                Future.failed(new NotFoundException(clazz, id))\n        }\n\n    \/**\n      * Asynchronously gets the specified instances of the specified class from\n      * storage. The future completes when all instances have been successfully\n      * retrieved, or fails if any of the requested instances cannot be\n      * retrieved.  Each element will be fetched from the backend storage in\n      * order to retrieve the latest version.\n      *\/\n    override def getAll[T](clazz: Class[T],\n                           ids: Seq[_ <: ObjId]): Future[Seq[T]] = {\n        val allCached = getAllDeserialized(clazz, filter = ids contains _)\n            .getOrElse(Seq.empty)\n        Future.successful(allCached)\n    }\n\n    \/**\n      * Asynchronously gets all instances of the specified class. The future\n      * completes when all instances have been successfully retrieved, or fails\n      * if any of the requested instances cannot be retrieved. Each element\n      * will be fetched from the backend storage in order to retrieve the\n      * latest version.\n      *\/\n    override def getAll[T](clazz: Class[T]): Future[Seq[T]] = {\n        val allCached = getAllDeserialized(clazz).getOrElse(Seq.empty)\n        Future.successful(allCached)\n    }\n\n    \/**\n      * Asynchronous method that indicated if the specified object exists in the\n      * storage.\n      *\/\n    override def exists(clazz: Class[_], id: ObjId): Future[Boolean] = {\n        val existsCached = Option(snapshot get clazz).exists(_ containsKey id)\n        Future.successful(existsCached)\n    }\n\n    private def getDeserialized[T](clazz: Class[T], id: ObjId): Option[T] = {\n        Option(snapshot get clazz)\n            .map(_ get id)\n            .filterNot( _ eq null)\n            .map {\n                case textData: Array[Byte] =>\n                    val deserialized = deserialize[T](clazz, textData)\n                    snapshot.get(clazz).put(id.asInstanceOf[AnyRef],\n                                            deserialized.asInstanceOf[AnyRef])\n                    deserialized\n                case deserialized =>\n                    deserialized.asInstanceOf[T]\n            }\n    }\n\n    private def getAllDeserialized[T](clazz: Class[T],\n                                      filter: (AnyRef) => Boolean = _ => true)\n    : Option[Seq[T]] = {\n        Option(snapshot get clazz).map { all =>\n            all.asScala.filterKeys(filter).map {\n                case (id, textData: Array[Byte]) =>\n                    val deserialized = deserialize[T](clazz, textData)\n                    all.put(id, deserialized.asInstanceOf[AnyRef])\n                    deserialized\n                case (_, deserialized) =>\n                    deserialized.asInstanceOf[T]\n            }\n        } map (_.toSeq)\n    }\n\n    private def deserialize[T](clazz: Class[T], textData: Array[Byte]): T = {\n        ObjectMessaging.serializerOf(clazz)\n            .convertTextToMessage(textData)\n            .asInstanceOf[T]\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/management\/JmxConnectorServer.scala","text":"<filename>midolman\/src\/main\/scala\/org\/midonet\/midolman\/management\/JmxConnectorServer.scala\n\/*\n * Copyright 2017 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.management\n\nimport java.lang.management.ManagementFactory\nimport java.rmi.registry.{LocateRegistry, Registry}\nimport java.rmi.server.UnicastRemoteObject\nimport java.util\n\nimport javax.management.remote.{JMXConnectorServer, JMXConnectorServerFactory, JMXServiceURL}\n\nimport scala.util.control.NonFatal\n\nimport com.google.common.util.concurrent.AbstractService\n\nimport org.midonet.midolman.config.MidolmanConfig\nimport org.midonet.util.logging.Logger\n\nobject JmxConnectorServer {\n\n    val Log = Logger(\"org.midonet.midolman.management.jmx-server\")\n\n}\n\nclass JmxConnectorServer(config: MidolmanConfig) extends AbstractService {\n\n    import JmxConnectorServer._\n\n    private var registry: Registry = _\n\n    private var server: JMXConnectorServer = _\n\n    private val env = new util.HashMap[String, Object]()\n\n    override def doStart(): Unit = {\n        try {\n            if (config.jmxConfig.enabled) {\n\n                registry = LocateRegistry.createRegistry(config.jmxConfig.port)\n                val mbs = ManagementFactory.getPlatformMBeanServer\n                val url = new JMXServiceURL(\n                    s\"service:jmx:rmi:\/\/\/jndi\/rmi:\/\/:${config.jmxConfig.port}\/jmxrmi\")\n                env.put(\"com.sun.management.jmxremote.local.only\", \"false\")\n                env.put(\"com.sun.management.jmxremote.ssl\", \"false\")\n                env.put(\"com.sun.management.jmxremote.authenticate\", \"false\")\n\n                server = JMXConnectorServerFactory\n                    .newJMXConnectorServer(url, env, mbs)\n                server.start()\n                Log.info(\"JMX Connector server started.\")\n            } else {\n                Log.info(\"JMX Connector server disabled.\")\n            }\n        } catch {\n            case NonFatal(e) =>\n                Log.debug(s\"Failed to start Jmx Connector Server, ignoring: \" +\n                          s\"${e.getMessage}\")\n        }\n        notifyStarted()\n    }\n\n    override def doStop(): Unit = {\n        try {\n            if (server ne null) {\n                server.stop()\n            }\n            if (registry ne null) {\n                UnicastRemoteObject.unexportObject(registry, true)\n            }\n            Log.info(\"JMX Connector server stopped.\")\n            notifyStopped()\n        } catch {\n            case NonFatal(e) =>\n                Log.debug(s\"Failed to stop Jmx Connector Server: ${e.getMessage}\")\n                notifyFailed(e)\n        }\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/rest_api\/ConfResourceTest.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.rest_api\n\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\n\nimport com.codahale.metrics.MetricRegistry\nimport com.typesafe.config.{ConfigException, ConfigFactory}\n\nimport org.apache.http.client.fluent.Request\nimport org.apache.http.entity.ContentType\nimport org.junit.runner.RunWith\nimport org.reflections.Reflections\nimport org.scalatest._\nimport org.scalatest.junit.JUnitRunner\n\nimport org.midonet.cluster.ClusterConfig\nimport org.midonet.cluster.storage.MidonetBackendConfig\nimport org.midonet.cluster.auth.MockAuthService\nimport org.midonet.cluster.services.MidonetBackendService\nimport org.midonet.cluster.test.util.ZookeeperTestSuite\nimport org.midonet.conf.{HostIdGenerator, MidoNodeConfigurator}\nimport org.midonet.minion.Context\nimport org.midonet.util.PortProvider\n\n@RunWith(classOf[JUnitRunner])\nclass ConfResourceTest extends FeatureSpec\n                               with Matchers\n                               with BeforeAndAfterAll\n                               with BeforeAndAfter\n                               with GivenWhenThen with ZookeeperTestSuite {\n\n    HostIdGenerator.useTemporaryHostId()\n\n    private var reflections: Reflections = _\n    private var backend: MidonetBackendService = _\n    private var api: RestApi = _\n    private val httpPort: Int = PortProvider.getPort\n    private val confStr =\n        s\"\"\"\n           |cluster.rest_api.enabled : true\n           |cluster.rest_api.http_port : $httpPort\n           |cluster.rest_api.https_port : 0\n        \"\"\".stripMargin\n\n    before {\n        clearZookeeper()\n        MidoNodeConfigurator(config).deployBundledConfig()\n    }\n\n    override def config = {\n        ConfigFactory.parseString(confStr).withFallback(super.config)\n    }\n\n    override def beforeAll(): Unit = {\n        super.beforeAll()\n\n        reflections = new Reflections(\"org.midonet.cluster.rest_api\",\n                                      \"org.midonet.cluster.services.rest_api\")\n\n        val context = Context(HostIdGenerator.getHostId)\n        backend = new MidonetBackendService(new MidonetBackendConfig(config),\n                                            zkClient, zkClient,\n                                            new MetricRegistry, None)\n        backend.startAsync().awaitRunning()\n        api = new RestApi(context, backend, zkClient, reflections,\n                          new MockAuthService(config),\n                          new ClusterConfig(config))\n        api.startAsync().awaitRunning()\n    }\n\n    override def afterAll(): Unit = {\n        super.afterAll()\n        api.stopAsync().awaitTerminated()\n        backend.stopAsync().awaitTerminated()\n    }\n\n    private def url(path: String) = {\n        s\"http:\/\/127.0.0.1:$httpPort\/midonet-api\/$path\"\n    }\n\n    private def get(path: String) = ConfigFactory.parseString(\n        Request.Get(url(path)).execute().returnContent().asString())\n\n    private def post(path: String, content: String) = {\n        Request.Post(url(path)).bodyString(content, ContentType.TEXT_PLAIN)\n            .execute().discardContent()\n    }\n\n    private def delete(path: String) = {\n        Request.Delete(url(path)).execute().returnResponse().getStatusLine\n               .getStatusCode\n    }\n\n    scenario(\"reads, writes and deletes templates\") {\n        testWritableSource(\"conf\/templates\/new_template\")\n    }\n\n    scenario(\"reads, writes and deletes per node cluster configuration\") {\n        testWritableSource(\"conf\/nodes\/\" + UUID.randomUUID())\n    }\n\n    scenario(\"reads schemas\") {\n        When(\"When a GET is done on the schema URL for a known node type\")\n        val schema = get(\"conf\/schemas\")\n\n        schema.isEmpty shouldBe false\n        Then(\"the response is a valid schema with its schemaVersion key\")\n        schema.getInt(\"cluster.schemaVersion\") should be > 0\n    }\n\n    scenario(\"assigns templates\") {\n        val nodeId = UUID.randomUUID().toString\n        val assignment = s\"\"\"$nodeId : \"the_template\" \"\"\"\n        val template = s\"\"\"the.name : \"seven\" \"\"\"\n\n        When(\"An updated set of template mappings is posted to the API\")\n        post(s\"conf\/template-mappings\/$nodeId\", assignment)\n\n        Then(\"getting the mappings should return the same set\")\n        val mappings = get(\"conf\/template-mappings\")\n        mappings.getString(nodeId) shouldBe \"the_template\"\n\n        var runtimeConf = get(s\"conf\/runtime\/$nodeId\")\n        intercept[ConfigException.Missing] {\n            runtimeConf.getString(\"the.name\") shouldBe \"seven\"\n        }\n\n        When(\"New configuration content is posted to a template\")\n        post(\"conf\/templates\/the_template\", template)\n\n        Then(\"the runtime configuration for a node assigned to the template should include that content\")\n        runtimeConf = get(s\"conf\/runtime\/$nodeId\")\n        runtimeConf.getString(\"the.name\") shouldBe \"seven\"\n    }\n\n    scenario(\"lists templates\") {\n        val seven = s\"\"\"the.name : \"seven\" \"\"\"\n        val vandelay = s\"\"\"art.vandelay : \"architect\" \"\"\"\n\n        When(\"New two templates are created for the first time\")\n        val origSize = get(\"conf\/templates\").getStringList(\"templates\").size\n\n        post(\"conf\/templates\/seven\", seven)\n        post(\"conf\/templates\/vandelay\", vandelay)\n\n        Then(\"the list of templates should contain the new templates\")\n        val templates = get(\"conf\/templates\").getStringList(\"templates\")\n        templates should contain (\"seven\")\n        templates should contain (\"vandelay\")\n        templates should have size (2 + origSize)\n    }\n\n    def testWritableSource(path: String) {\n        val newTemplateStr =\n            \"\"\"\n              |foo.bar : 100ms\n              |another.option : \"string value\"\n              |and.yet.another : 42\n            \"\"\".stripMargin\n\n        When(\"A piece of configuration is POSTed\")\n        post(path, newTemplateStr)\n\n        Then(\"the returned content is parsed as valid config and contains the same keys and values\")\n        val wrote = get(path)\n        wrote.getDuration(\"foo.bar\", TimeUnit.MILLISECONDS) shouldBe 100\n        wrote.getString(\"another.option\") shouldBe \"string value\"\n        wrote.getInt(\"and.yet.another\") shouldBe 42\n\n        When(\"A piece of configuration is deleted\")\n        delete(path) shouldBe 200\n        And(\"fetched again\")\n        val deleted = get(path)\n        Then(\"the result is an empty configuration\")\n        deleted.isEmpty shouldBe true\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/containers\/ContainerServiceTest.scala","text":"<filename>midolman\/src\/test\/scala\/org\/midonet\/midolman\/containers\/ContainerServiceTest.scala<gh_stars>100-1000\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.containers\n\nimport java.nio.file.{FileSystems, Files}\nimport java.util.UUID\nimport java.util.UUID._\nimport java.util.concurrent.{Callable, ExecutorService, ScheduledExecutorService}\nimport java.util.concurrent.atomic.AtomicInteger\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.Future\n\nimport com.google.common.util.concurrent.SettableFuture\nimport com.google.protobuf.TextFormat\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.curator.framework.state.ConnectionState.RECONNECTED\nimport org.junit.runner.RunWith\nimport org.mockito.Mockito\nimport org.reflections.Reflections\nimport org.scalatest.junit.JUnitRunner\n\nimport rx.Observable\nimport rx.subjects.PublishSubject\n\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.models.State.ContainerStatus.Code\nimport org.midonet.cluster.models.State.{ContainerServiceStatus, ContainerStatus => BackendStatus}\nimport org.midonet.cluster.models.Topology.{Host, Port, ServiceContainer, ServiceContainerGroup}\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.MidonetBackend.{ContainerKey, StatusKey}\nimport org.midonet.cluster.storage.MidonetTestBackend\nimport org.midonet.cluster.topology.TopologyBuilder\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.containers._\nimport org.midonet.containers.models.Containers.Log\nimport org.midonet.midolman.containers.ContainerServiceTest.{GoodContainer, TestContainer, TestNamespace}\nimport org.midonet.midolman.topology.VirtualTopology\nimport org.midonet.midolman.util.MidolmanSpec\nimport org.midonet.util.MidonetEventually\nimport org.midonet.util.concurrent.SameThreadButAfterExecutorService\nimport org.midonet.util.reactivex._\n\nobject ContainerServiceTest {\n\n    val TestConfig = \"test-config\"\n    val TestNamespace = \"test-ns\"\n\n    abstract class TestContainer(errorOnCreate: Boolean = false,\n                                 errorOnUpdate: Boolean = false,\n                                 errorOnDelete: Boolean = false,\n                                 errorOnCleanup: Boolean = false,\n                                 throwsOnCreate: Boolean = false,\n                                 throwsOnUpdate: Boolean = false,\n                                 throwsOnDelete: Boolean = false,\n                                 throwsOnCleanup: Boolean = false)\n        extends ContainerHandler {\n\n        val stream = PublishSubject.create[ContainerStatus]\n        var created: Int = 0\n        var updated: Int = 0\n        var deleted: Int = 0\n\n        override def create(port: ContainerPort): Future[Option[String]] = {\n            created += 1\n            if (throwsOnCreate) throw new Throwable()\n            if (errorOnCreate) Future.failed(new Throwable())\n            else Future.successful(Some(TestNamespace))\n        }\n\n        override def updated(port: ContainerPort): Future[Option[String]] = {\n            updated += 1\n            if (throwsOnUpdate) throw new Throwable()\n            if (errorOnUpdate) Future.failed(new Throwable())\n            else Future.successful(Some(TestNamespace))\n        }\n\n        override def delete(): Future[Unit] = {\n            deleted += 1\n            if (throwsOnDelete) throw new Throwable()\n            if (errorOnDelete) Future.failed(new Throwable())\n            else Future.successful(Some(TestNamespace))\n        }\n\n        override def cleanup(config: String): Future[Unit] = {\n            if (throwsOnCleanup) throw new Throwable()\n            if (errorOnCleanup) Future.failed(new Throwable())\n            else Future.successful(())\n        }\n\n        override def status: Observable[ContainerStatus] = stream\n    }\n\n    object GoodContainer {\n        val cleaned = new AtomicInteger()\n    }\n\n    @Container(name = \"test-good\", version = 1)\n    class GoodContainer extends TestContainer() {\n        override def cleanup(config: String): Future[Unit] = {\n            GoodContainer.cleaned.incrementAndGet()\n            super.cleanup(config)\n        }\n    }\n\n    @Container(name = \"test-error-create\", version = 1)\n    class ErrorCreateContainer extends TestContainer(errorOnCreate = true)\n\n    @Container(name = \"test-error-update\", version = 1)\n    class ErrorUpdateContainer extends TestContainer(errorOnUpdate = true)\n\n    @Container(name = \"test-error-delete\", version = 1)\n    class ErrorDeleteContainer extends TestContainer(errorOnDelete = true)\n\n    @Container(name = \"test-error-cleanup\", version = 1)\n    class ErrorCleanupContainer extends TestContainer(errorOnCleanup = true)\n\n    @Container(name = \"test-throws-create\", version = 1)\n    class ThrowsCreateContainer extends TestContainer(throwsOnCreate = true)\n\n    @Container(name = \"test-throws-update\", version = 1)\n    class ThrowsUpdateContainer extends TestContainer(throwsOnUpdate = true)\n\n    @Container(name = \"test-throws-delete\", version = 1)\n    class ThrowsDeleteContainer extends TestContainer(throwsOnDelete = true)\n\n    @Container(name = \"test-throws-cleanup\", version = 1)\n    class ThrowsCleanupContainer extends TestContainer(throwsOnCleanup = true)\n\n}\n\n@RunWith(classOf[JUnitRunner])\nclass ContainerServiceTest extends MidolmanSpec with TopologyBuilder\n                                   with MidonetEventually {\n\n    import TopologyBuilder._\n\n    private var backend: MidonetBackend = _\n    private var store: Storage = _\n    private var stateStore: StateStorage = _\n    private var vt: VirtualTopology = _\n    private val reflections: Set[Class[_]] =\n        new Reflections(\"org.midonet.midolman.containers\")\n            .getTypesAnnotatedWith(classOf[Container]).asScala.toSet\n    private var serviceExecutor: ExecutorService = _\n    private val ioExecutor = Mockito.mock(classOf[ScheduledExecutorService])\n    private var executors: ContainerExecutors = _\n\n    private val logDir = s\"${FileUtils.getTempDirectory}\/${UUID.randomUUID}\"\n\n    protected override def beforeTest(): Unit = {\n        System.setProperty(\"midolman.log.dir\", logDir)\n        Files.createDirectories(FileSystems.getDefault.getPath(logDir))\n        vt = injector.getInstance(classOf[VirtualTopology])\n        backend = injector.getInstance(classOf[MidonetBackend])\n        store = backend.store\n        stateStore = backend.stateStore\n        serviceExecutor = new SameThreadButAfterExecutorService\n        executors = new ContainerExecutors(vt.config.containers) {\n            override def newExecutor(index: Int): ExecutorService = {\n                new SameThreadButAfterExecutorService\n            }\n        }\n    }\n\n    private def containerPort(host: Host, port: Port,\n                              container: ServiceContainer,\n                              group: ServiceContainerGroup)\n    : ContainerPort = {\n        ContainerPort(port.getId, host.getId, port.getInterfaceName,\n                      container.getId, container.getServiceType, group.getId,\n                      container.getConfigurationId)\n    }\n\n    private def getServiceStatus(hostId: UUID): Option[ContainerServiceStatus] = {\n        stateStore.getKey(classOf[Host], hostId, ContainerKey)\n                  .await() match {\n            case key: SingleValueKey =>\n                key.value.map { s =>\n                    val builder = ContainerServiceStatus.newBuilder()\n                    TextFormat.merge(s, builder)\n                    builder.build()\n                }\n        }\n    }\n\n    private def getContainerStatus(containerId: UUID): Option[BackendStatus] = {\n        stateStore.getKey(classOf[ServiceContainer], containerId, StatusKey)\n                  .await() match {\n            case key: SingleValueKey =>\n                key.value.map { s =>\n                    val builder = BackendStatus.newBuilder()\n                    TextFormat.merge(s, builder)\n                    builder.build()\n                }\n        }\n    }\n\n    private def checkContainerKey(hostId: UUID, status: String): Unit = {\n        val statusFailure = \"The container key should be a single value key \" +\n                            s\"containing the container status: $status\"\n        val nullStatusFailure = \"The container key should be absent\"\n\n        val key = stateStore.getKey(classOf[Host], hostId, ContainerKey).await()\n\n        key match {\n            case SingleValueKey(ContainerKey, Some(s), _) =>\n                if (status == null) {\n                    fail(nullStatusFailure)\n                } else if (status != s) {\n                    fail(statusFailure)\n                }\n            case SingleValueKey(ContainerKey, None, _) =>\n                if (status != null) {\n                    fail(statusFailure)\n                }\n            case x => fail(s\"Incorrect container key: $x\")\n        }\n    }\n\n    feature(\"Test service lifecycle\") {\n        scenario(\"Service starts and stops\") {\n            Given(\"A container service\")\n            val service = new ContainerService(vt, hostId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n\n            When(\"Starting the service\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The service is running\")\n            service.isRunning shouldBe true\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The service is stopped\")\n            service.isRunning shouldBe false\n        }\n\n        scenario(\"Service fails to start for non-existent host\") {\n            Given(\"A container service\")\n            val service = new ContainerService(vt, randomUUID, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n\n            Then(\"Starting the service should fail\")\n            intercept[IllegalStateException] {\n                service.startAsync().awaitRunning()\n            }\n        }\n    }\n\n    feature(\"Test service processes container notifications\") {\n        scenario(\"Start and stop unknown container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"unknown\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should not have the container\")\n            service.handlerOf(port.getId) shouldBe None\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Start and stop a good container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-good\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                                       .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n\n        scenario(\"Start and stop a bad container for create\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-create\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should not have the container\")\n            service.handlerOf(port.getId) shouldBe None\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Start and stop a bad container for update\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-update\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n\n        scenario(\"Start and stop a bad container for delete\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-delete\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n\n        scenario(\"Start a new container\") {\n            Given(\"A container service\")\n            val host = createHost()\n            val bridge = createBridge()\n            store.multi(Seq(CreateOp(host), CreateOp(bridge)))\n\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should not have any container\")\n            service.handlerList shouldBe empty\n\n            When(\"Creating a port bound to a host with a container\")\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-good\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(group), CreateOp(container1),\n                            CreateOp(port)))\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n\n        scenario(\"Stop the container when deleting the port binding\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Deleting the port binding\")\n            store.delete(classOf[Port], port.getId)\n\n            Then(\"The service should stop the container\")\n            h.deleted shouldBe 1\n            service.handlerList shouldBe empty\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Stop the container when moving the binding to a different host\") {\n            Given(\"A port bound to a host with a container\")\n            val host1 = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-update\"),\n                                                   groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host1.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host1), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port1)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host1.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port1.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host1, port1, container, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Moving the binding to a different host\")\n            val host2 = createHost()\n            val port2 = port1.setHostId(host2.getId)\n            store.multi(Seq(CreateOp(host2), UpdateOp(port2)))\n\n            Then(\"The service should stop the container\")\n            h.deleted shouldBe 1\n            service.handlerList shouldBe empty\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Stop the container when the service container is deleted\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-update\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Deleting the container\")\n            store.delete(classOf[ServiceContainer], container.getId)\n\n            Then(\"The service should stop the container\")\n            h.deleted shouldBe 1\n            service.handlerList shouldBe empty\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Restart the container when the binding interface changes\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-update\"),\n                                                   groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth1\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port1)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler1 = service.handlerOf(port1.getId)\n            handler1 should not be None\n            handler1.get.cp shouldBe containerPort(host, port1, container, group)\n\n            And(\"The handler create method should be called\")\n            val h1 = handler1.get.handler.asInstanceOf[TestContainer]\n            h1.created shouldBe 1\n\n            When(\"Changing the port binding interface\")\n            val port2 = port1.setInterfaceName(\"veth2\")\n            store.update(port2)\n\n            Then(\"The service should stop the container\")\n            h1.deleted shouldBe 1\n\n            And(\"The service should create a new container\")\n            val handler2 = service.handlerOf(port1.getId)\n            handler2 should not be None\n            handler2 should not be handler1\n            handler2.get.cp shouldBe containerPort(host, port2, container, group)\n\n            And(\"The second handler create method should be called\")\n            val h2 = handler1.get.handler.asInstanceOf[TestContainer]\n            h2.created shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The second handler delete method should be called\")\n            h2.deleted shouldBe 1\n        }\n\n        scenario(\"Service handles multiple containers\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-good\"),\n                                                    groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port1)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the first container\")\n            val handler1 = service.handlerOf(port1.getId)\n            val h1 = handler1.get.handler.asInstanceOf[TestContainer]\n            h1.created shouldBe 1\n\n            When(\"Adding a second binding with a container\")\n            val container2 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-good\"),\n                                                    groupId = Some(group.getId))\n            val port2 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth2\"),\n                                         containerId = Some(container2.getId))\n            store.multi(Seq(CreateOp(container2), CreateOp(port2)))\n\n            Then(\"The service should start the second container\")\n            val handler2 = service.handlerOf(port2.getId)\n            handler2 should not be None\n            handler2 should not be handler1\n            handler2.get.cp shouldBe containerPort(host, port2, container2, group)\n\n            val h2 = handler2.get.handler.asInstanceOf[TestContainer]\n            h2.created shouldBe 1\n\n            And(\"The service should have two containers\")\n            service.handlerList should have size 2\n\n            When(\"Deleting the first port binding\")\n            store.delete(classOf[Port], port1.getId)\n\n            Then(\"The first container should be stopped\")\n            h1.deleted shouldBe 1\n\n            And(\"The service should have one container\")\n            service.handlerList should have size 1\n\n            When(\"Updating the configuration of the second container\")\n            val container3 = container2.setConfigurationId(randomUUID)\n                                       .setPortId(port2.getId)\n            store.update(container3)\n\n            Then(\"The second container should receive an update\")\n            h2.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method for the second container should be called\")\n            h2.deleted shouldBe 1\n        }\n\n        scenario(\"Service stops all active containers\") {\n            Given(\"A port bound to a host with two containers\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-delete\"),\n                                                    groupId = Some(group.getId))\n            val container2 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-delete\"),\n                                                    groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container1.getId))\n            val port2 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container2.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port1),\n                            CreateOp(container2), CreateOp(port2)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the both containers\")\n            val handler1 = service.handlerOf(port1.getId)\n            val h1 = handler1.get.handler.asInstanceOf[TestContainer]\n            h1.created shouldBe 1\n\n            val handler2 = service.handlerOf(port2.getId)\n            val h2 = handler2.get.handler.asInstanceOf[TestContainer]\n            h2.created shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called for both containers\")\n            h1.deleted shouldBe 1\n            h2.deleted shouldBe 1\n        }\n\n        scenario(\"Service stops all containers when update stream completes\") {\n            Given(\"A port bound to a host with two containers\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-delete\"),\n                                                    groupId = Some(group.getId))\n            val container2 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-error-delete\"),\n                                                    groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container1.getId))\n            val port2 = createBridgePort(bridgeId = Some(bridge.getId),\n                                         hostId = Some(host.getId),\n                                         interfaceName = Some(\"veth1\"),\n                                         containerId = Some(container2.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port1),\n                            CreateOp(container2), CreateOp(port2)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the both containers\")\n            val handler1 = service.handlerOf(port1.getId)\n            val h1 = handler1.get.handler.asInstanceOf[TestContainer]\n            h1.created shouldBe 1\n\n            val handler2 = service.handlerOf(port2.getId)\n            val h2 = handler2.get.handler.asInstanceOf[TestContainer]\n            h2.created shouldBe 1\n\n            When(\"Deleting the host to complete the notification stream\")\n            store.delete(classOf[Host], host.getId)\n\n            Then(\"The handler delete method should be called for both containers\")\n            h1.deleted shouldBe 1\n            h2.deleted shouldBe 1\n\n            And(\"The service should not have any active containers\")\n            service.handlerList shouldBe empty\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n\n    feature(\"Test service updates handles container weight and limit\") {\n        scenario(\"Status updates include the container weight\") {\n            Given(\"A host with container weight\")\n            val host = createHost(containerWeight = 10)\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getWeight shouldBe 10\n\n            When(\"The host updates the container weight\")\n            store.update(host.toBuilder.setContainerWeight(11).build())\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getWeight shouldBe 11\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Status updates include the container count and quota\") {\n            Given(\"A host with container limit\")\n            val host = createHost(containerLimit = 10)\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 10\n\n            When(\"The host updates the container weight\")\n            store.update(host.toBuilder.setContainerLimit(11).build())\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 11\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Count and quota are updated when creating containers\") {\n            Given(\"A host with container limit\")\n            val host = createHost(containerLimit = 10)\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 10\n\n            When(\"Creating a container\")\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth1\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId).get\n            val h = handler.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            Then(\"The container count and quota should be updated\")\n            getServiceStatus(host.getId).get.getCount shouldBe 1\n            getServiceStatus(host.getId).get.getQuota shouldBe 9\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Quota is updated when the limit is changed\") {\n            Given(\"A host with container limit\")\n            val host1 = createHost(containerLimit = 10)\n            store.create(host1)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host1.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host1.getId).get.getCount shouldBe 0\n            getServiceStatus(host1.getId).get.getQuota shouldBe 10\n\n            When(\"The limit is updated\")\n            val host2 = host1.toBuilder.setContainerLimit(20).build()\n            store.update(host2)\n\n            Then(\"The container service should contain the updated limit\")\n            getServiceStatus(host1.getId).get.getCount shouldBe 0\n            getServiceStatus(host1.getId).get.getQuota shouldBe 20\n        }\n\n        scenario(\"Count and quota are not updated when container fails to start\") {\n            Given(\"A host with container limit\")\n            val host = createHost(containerLimit = 10)\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container service status should be set\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 10\n\n            When(\"Creating a container\")\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-create\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth1\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            Then(\"The service should not start the container\")\n            service.handlerOf(port.getId) shouldBe None\n\n            Then(\"The container count and quota should not be updated\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 10\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        def testCountAndQuotaOnDelete(containerName: String): Unit = {\n            Given(\"A host with container limit and a container\")\n            val host = createHost(containerLimit = 10)\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId).get\n            val h = handler.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            Then(\"The container count and quota should be updated\")\n            getServiceStatus(host.getId).get.getCount shouldBe 1\n            getServiceStatus(host.getId).get.getQuota shouldBe 9\n\n            When(\"Deleting the port binding\")\n            store.delete(classOf[Port], port.getId)\n\n            Then(\"The service should stop the container\")\n            h.deleted shouldBe 1\n            service.handlerList shouldBe empty\n\n            And(\"The count and quota should be updated\")\n            getServiceStatus(host.getId).get.getCount shouldBe 0\n            getServiceStatus(host.getId).get.getQuota shouldBe 10\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Quota should be incremented when container stops\") {\n            testCountAndQuotaOnDelete(\"test-good\")\n        }\n\n        scenario(\"Quota should be incremented when container fails to stop\") {\n            testCountAndQuotaOnDelete(\"test-error-delete\")\n        }\n\n        scenario(\"Container fails to start if limit exceeded\") {\n            Given(\"A host with container limit and a container\")\n            val host = createHost(containerLimit = 0)\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should not start the container\")\n            service.handlerOf(port.getId) shouldBe None\n\n            And(\"The quota should be zero\")\n            getServiceStatus(host.getId).get.getQuota shouldBe 0\n\n            And(\"The container status should be ERROR\")\n            val status = getContainerStatus(container.getId).get\n            status.getStatusCode shouldBe Code.ERROR\n            status.getStatusMessage shouldBe \"LIMIT_EXCEEDED\"\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n\n    feature(\"Test service updates container status\") {\n        scenario(\"Status updated for good container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The container status should not be set\")\n            getContainerStatus(container.getId) shouldBe None\n        }\n\n        scenario(\"Status is cleared on completed notification\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"The container completes the status observable\")\n            val handler = service.handlerOf(port.getId)\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.stream.onCompleted()\n\n            Then(\"The container status should not be set\")\n            getContainerStatus(container.getId) shouldBe None\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Status set to ERROR on error notification\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"The container completes the status observable\")\n            val handler = service.handlerOf(port.getId)\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.stream onError new Exception(\"some message\")\n\n            Then(\"The container status should not be set\")\n            val status = getContainerStatus(container.getId).get\n            status.getStatusCode shouldBe Code.ERROR\n            status.getStatusMessage shouldBe \"some message\"\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Status set for health notifications\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"The container sets a health status\")\n            val handler = service.handlerOf(port.getId)\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.stream onNext ContainerHealth(Code.RUNNING, TestNamespace, \"all good\")\n\n            Then(\"The container status should be RUNNING\")\n            val status1 = getContainerStatus(container.getId).get\n            status1.getStatusCode shouldBe Code.RUNNING\n            status1.getNamespaceName shouldBe TestNamespace\n            status1.getStatusMessage shouldBe \"all good\"\n\n            When(\"The container sets a health status\")\n            h.stream onNext ContainerHealth(Code.ERROR, TestNamespace, \"epic fail\")\n\n            Then(\"The container status should be ERROR\")\n            val status2 = getContainerStatus(container.getId).get\n            status2.getStatusCode shouldBe Code.ERROR\n            status2.getNamespaceName shouldBe TestNamespace\n            status2.getStatusMessage shouldBe \"epic fail\"\n\n            When(\"The container sets a health status\")\n            h.stream onNext ContainerHealth(Code.RUNNING, TestNamespace, \"all good again\")\n\n            Then(\"The container status should be RUNNING\")\n            val status3 = getContainerStatus(container.getId).get\n            status3.getStatusCode shouldBe Code.RUNNING\n            status3.getStatusMessage shouldBe \"all good again\"\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Status set when starting and stopping a good container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            When(\"Adding a service container\")\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port1 = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(container), CreateOp(port1)))\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"Unbinding the service container\")\n            val port2 = port1.clearHostId()\n            store.update(port2)\n\n            Then(\"The container status should be none\")\n            getContainerStatus(container.getId) shouldBe None\n        }\n\n        scenario(\"Status set when starting and stopping a bad create container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            When(\"Adding a service container\")\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-create\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(container), CreateOp(port)))\n\n            Then(\"The container status should be ERROR\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.ERROR\n\n            When(\"Unbinding the service container\")\n            val port2 = port.clearHostId()\n            store.update(port2)\n\n            Then(\"The container status should be ERROR\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.ERROR\n        }\n\n        scenario(\"Status set when starting and stopping a bad delete container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            When(\"Adding a service container\")\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-error-delete\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(container), CreateOp(port)))\n\n            Then(\"The container status should be STARTING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STARTING\n\n            When(\"Unbinding the service container\")\n            val port2 = port.clearHostId()\n            store.update(port2)\n\n            Then(\"The container status should be STOPPING\")\n            getContainerStatus(container.getId).get.getStatusCode shouldBe Code.STOPPING\n        }\n    }\n\n    feature(\"Test service logs the container operations\") {\n        scenario(\"Service logs starting and stopping the container\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-good\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            When(\"The container reports the created configuration\")\n            val handler = service.handlerOf(port.getId)\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.stream onNext ContainerOp(ContainerFlag.Created, \"a\")\n\n            Then(\"The log file exists\")\n            val path = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${port.getId.asJava}\")\n            Files.exists(path) shouldBe true\n\n            When(\"The container reports the deleted configuration\")\n            h.stream onNext ContainerOp(ContainerFlag.Deleted, \"a\")\n\n            Then(\"The log file does not exists\")\n            Files.exists(path) shouldBe false\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Service clears the containers log upon startup\") {\n            Given(\"An existing log file\")\n            val dirPath = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\")\n            val filePath = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${UUID.randomUUID()}\")\n            Files.createDirectory(dirPath)\n            FileUtils.writeByteArrayToFile(\n                filePath.toFile,\n                Log.newBuilder().setId(UUID.randomUUID().toString)\n                    .setType(\"test-good\").setName(\"a\")\n                    .build().toByteArray)\n\n            And(\"A container service\")\n            val host = createHost()\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            store.create(host)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The containers log file is deleted\")\n            Files.exists(filePath) shouldBe false\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Service performs cleanup on existing containers\") {\n            Given(\"An existing log file\")\n            val dirPath = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\")\n            val filePath1 = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${UUID.randomUUID()}.test-good\")\n            val filePath2 = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${UUID.randomUUID()}.test-good\")\n            Files.createDirectory(dirPath)\n            FileUtils.writeByteArrayToFile(\n                filePath1.toFile,\n                Log.newBuilder().setId(UUID.randomUUID().toString)\n                    .setType(\"test-good\").setName(\"a\")\n                    .build().toByteArray)\n            FileUtils.writeByteArrayToFile(\n                filePath2.toFile,\n                Log.newBuilder().setId(UUID.randomUUID().toString)\n                    .setType(\"test-good\").setName(\"a\")\n                    .build().toByteArray)\n\n            And(\"A container service\")\n            val host = createHost()\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            store.create(host)\n\n            When(\"The service starts\")\n            GoodContainer.cleaned.set(0)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container cleanup method should have been called\")\n            GoodContainer.cleaned.get() should be > 0\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Service handles container errors on cleanup\") {\n            Given(\"An existing log file\")\n            val dirPath = FileSystems.getDefault\n                .getPath(s\"$logDir\/${config.containers.logDirectory}\")\n            val filePath = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${UUID.randomUUID()}\")\n            Files.createDirectory(dirPath)\n            FileUtils.writeByteArrayToFile(\n                filePath.toFile,\n                Log.newBuilder().setId(UUID.randomUUID().toString)\n                    .setType(\"test-error-cleanup\").setName(\"a\")\n                    .build().toByteArray)\n\n            And(\"A container service\")\n            val host = createHost()\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            store.create(host)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            And(\"The service stops\")\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Service handles container exceptions on cleanup\") {\n            Given(\"An existing log file\")\n            val dirPath = FileSystems.getDefault\n                .getPath(s\"$logDir\/${config.containers.logDirectory}\")\n            val filePath = FileSystems.getDefault.getPath(\n                s\"$logDir\/${config.containers.logDirectory}\/\" +\n                s\"${UUID.randomUUID()}\")\n            Files.createDirectory(dirPath)\n            FileUtils.writeByteArrayToFile(\n                filePath.toFile,\n                Log.newBuilder().setId(UUID.randomUUID().toString)\n                    .setType(\"test-error-cleanup\").setName(\"a\")\n                    .build().toByteArray)\n\n            And(\"A container service\")\n            val host = createHost()\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            store.create(host)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            And(\"The service stops\")\n            service.stopAsync().awaitTerminated()\n        }\n    }\n\n    feature(\"Service handles exceptions thrown by the container handlers\") {\n        scenario(\"Exception thrown on create\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(configurationId = Some(randomUUID),\n                                                   serviceType = Some(\"test-throws-create\"),\n                                                   groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should not have the container\")\n            service.handlerOf(port.getId) shouldBe None\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Exception thrown on update\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-throws-update\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n\n        scenario(\"Exception thrown on delete\") {\n            Given(\"A port bound to a host with a container\")\n            val host = createHost()\n            val bridge = createBridge()\n            val group = createServiceContainerGroup()\n            val container1 = createServiceContainer(configurationId = Some(randomUUID),\n                                                    serviceType = Some(\"test-throws-delete\"),\n                                                    groupId = Some(group.getId))\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(host.getId),\n                                        interfaceName = Some(\"veth\"),\n                                        containerId = Some(container1.getId))\n            store.multi(Seq(CreateOp(host), CreateOp(bridge), CreateOp(group),\n                            CreateOp(container1), CreateOp(port)))\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should start the container\")\n            val handler = service.handlerOf(port.getId)\n            handler should not be None\n            handler.get.cp shouldBe containerPort(host, port, container1, group)\n\n            And(\"The handler create method should be called\")\n            val h = handler.get.handler.asInstanceOf[TestContainer]\n            h.created shouldBe 1\n\n            When(\"Updating the container configuration\")\n            val container2 = container1.setPortId(port.getId)\n                .setConfigurationId(randomUUID)\n            store.update(container2)\n\n            Then(\"The handler update method should be called\")\n            h.updated shouldBe 1\n\n            When(\"Stopping the service\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The handler delete method should be called\")\n            h.deleted shouldBe 1\n        }\n    }\n\n    feature(\"Service handles host weight\") {\n        scenario(\"Service handles weight notifications overflow\") {\n            Given(\"A do-nothing executor\")\n            val counter = new AtomicInteger()\n            val executor = new SameThreadButAfterExecutorService {\n                override def submit[T](task: Callable[T])\n                : java.util.concurrent.Future[T] = {\n                    \/\/ The first four notifications are emitted when the service\n                    \/\/ starts: we allow those.\n                    if (counter.incrementAndGet() < 4) {\n                        super.submit(task)\n                    } else {\n                        SettableFuture.create()\n                    }\n                }\n            }\n\n            And(\"A host\")\n            val host = createHost()\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, executor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"Sending many notifications should not affect the service\")\n            for (index <- 0 to ContainerService.NotificationBufferSize << 1) {\n                store.update(host.toBuilder.setContainerWeight(index).build())\n            }\n\n            When(\"Resetting the counter\")\n            counter.set(Int.MinValue)\n\n            And(\"Updating the host with a new weight\")\n            store.update(host.toBuilder.setContainerWeight(1).build())\n\n            Then(\"The service should update the container status\")\n            val status = ContainerServiceStatus.newBuilder()\n                                               .setWeight(1)\n                                               .setQuota(-1)\n                                               .setCount(0)\n                                               .build()\n                                               .toString\n            checkContainerKey(host.getId, status)\n        }\n\n        scenario(\"Service handles host weight observable completion\") {\n            Given(\"A host\")\n            val host = createHost()\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should set the container state\")\n            val status = ContainerServiceStatus.newBuilder()\n                                               .setWeight(1)\n                                               .setQuota(-1)\n                                               .setCount(0)\n                                               .build()\n                                               .toString\n            checkContainerKey(host.getId, status)\n\n            When(\"When the host weight observable completes\")\n            store.delete(classOf[Host], host.getId)\n            backend.asInstanceOf[MidonetTestBackend].connectionState.onCompleted()\n\n            Then(\"The service should clear the container state\")\n            checkContainerKey(hostId, status = null)\n        }\n\n        scenario(\"Service handles host weight observable error\") {\n            Given(\"A host\")\n            val host = createHost()\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should set the container state\")\n            val status = ContainerServiceStatus.newBuilder()\n                                               .setWeight(1)\n                                               .setQuota(-1)\n                                               .setCount(0)\n                                               .build()\n                                               .toString\n            checkContainerKey(host.getId, status)\n\n            When(\"When the host weight observable emits an error\")\n            backend.asInstanceOf[MidonetTestBackend]\n                   .connectionState onError new Exception()\n\n            Then(\"The service should clear the container state\")\n            checkContainerKey(hostId, status = null)\n        }\n\n        scenario(\"Service handles error when setting the service status\") {\n            Given(\"A host\")\n            val host = createHost()\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n\n            When(\"The service starts\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should set the container state\")\n            val status = ContainerServiceStatus.newBuilder()\n                                               .setWeight(1)\n                                               .setQuota(-1)\n                                               .setCount(0)\n                                               .build()\n                                               .toString\n            checkContainerKey(host.getId, status)\n\n            And(\"An error while setting the status does not fail\")\n            store.delete(classOf[Host], host.getId)\n            backend.asInstanceOf[MidonetTestBackend]\n                   .connectionState onNext RECONNECTED\n        }\n\n        scenario(\"Service detects the fast-curator connection state\") {\n            Given(\"A host\")\n            val host = createHost()\n            store.create(host)\n\n            And(\"A container service\")\n            val service = new ContainerService(vt, host.getId, serviceExecutor,\n                                               executors, ioExecutor, reflections)\n            service.startAsync().awaitRunning()\n\n            Then(\"The container key should be present in the state store\")\n            val status = ContainerServiceStatus.newBuilder()\n                                               .setWeight(1)\n                                               .setQuota(-1)\n                                               .setCount(0)\n                                               .build()\n                                               .toString\n            checkContainerKey(host.getId, status)\n\n            When(\"We remove the container key\")\n            stateStore.removeValue(classOf[Host], hostId, ContainerKey,\n                                   value = null).await()\n            checkContainerKey(hostId, status = null)\n\n            And(\"We notify a reconnection of the fail fast curator\")\n            val testBackend = backend.asInstanceOf[MidonetTestBackend]\n            testBackend.connectionState onNext RECONNECTED\n\n            Then(\"The container key should be re-created\")\n            eventually {\n                checkContainerKey(hostId, status)\n            }\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/CachedStateStorage.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport rx.Observable\n\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.cache.StateNotification.{MappedSnapshot => StateSnapshot}\nimport org.midonet.cluster.data.ObjId\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.topology.snapshot.{StateClasses, StateIds, StateKeys}\nimport org.midonet.conf.HostIdGenerator\nimport org.midonet.util.functors.makeFunc1\n\nclass CachedStateStorage(private val store: Storage,\n                         private val stateStore: StateStorage,\n                         private val objSnapshot: ObjSnapshot,\n                         private val stateSnapshot: StateSnapshot)\n    extends CachedStorage(store, objSnapshot) with StateStorage {\n\n    \/** Adds a value to a key for the object with the specified class and\n      * identifier to the state for the current namespace. The method is\n      * asynchronous, returning an observable that when subscribed to will\n      * execute the add and will emit one notification with the result of the\n      * operation.\n      * NOTE: This method also updates the cache with the added value.\n      * This operation is immediately visible to the local cache whereas the\n      * actual transaction on ZK is performed once the user of this method\n      * subscribes to the returned observable. Also, the semantics of First\/Last\n      * wins doesn't apply on the cache because remote operations are not\n      * visible.\n      *\n      * @throws IllegalArgumentException    The key or class have not been\n      * registered. *\/\n    override def addValue(clazz: Class[_], id: ObjId, key: String,\n                          value: String): Observable[StateResult] = {\n\n        stateSnapshot.putIfAbsent(namespace, new StateClasses)\n        val snapshotByNamespace = stateSnapshot.get(namespace)\n\n        snapshotByNamespace.putIfAbsent(clazz, new StateIds)\n        val snapshotByClass = snapshotByNamespace.get(clazz)\n\n        snapshotByClass.putIfAbsent(id.asInstanceOf[AnyRef], new StateKeys)\n        val snapshotById = snapshotByClass.get(id)\n\n        val keyType = stateStore.getKeyType(clazz, key)\n        if (keyType.isSingle) {\n            val singleValue = SingleValueKey(key, Option(value), ownerId)\n            if (keyType.firstWins) {\n                snapshotById.putIfAbsent(key, singleValue)\n            } else {\n                snapshotById.put(key, singleValue)\n            }\n        } else {\n            snapshotById.putIfAbsent(key, MultiValueKey(key, Set()))\n            val current = snapshotById.get(key).asInstanceOf[MultiValueKey].value\n            snapshotById.put(key, MultiValueKey(key, current + value))\n        }\n        stateStore.addValue(clazz, id, key, value)\n    }\n\n    \/** Removes a value from a key for the object with the specified class and\n      * identifier from the state of the current namespace. For single value\n      * keys, the `value` is ignored, and any current value is deleted. The\n      * method is asynchronous, returning an observable that when subscribed to\n      * will execute the remove and will emit one notification with the result\n      * of the operation.\n      * NOTE: This method also updates the cache with the added value.\n      * This operation is immediately visible to the local cache whereas the\n      * actual transaction on ZK is performed once the user of this method\n      * subscribes to the returned observable.\n      *\/\n    override def removeValue(clazz: Class[_], id: ObjId, key: String,\n                             value: String): Observable[StateResult] = {\n        val snapshotById =\n            Option(stateSnapshot.get(namespace))\n                .map(_ get clazz)\n                .map(_ get id)\n\n        val keyType = stateStore.getKeyType(clazz, key)\n        if (keyType.isSingle) {\n            snapshotById.map(_ remove key)\n        } else {\n            snapshotById.map(_ putIfAbsent(key, MultiValueKey(key, Set())))\n            val current =\n                snapshotById.map(_ get key).get.asInstanceOf[MultiValueKey].value\n            snapshotById.map(_ put (key, MultiValueKey(key, current - value)))\n        }\n        stateStore.removeValue(clazz, id, key, value)\n    }\n\n    \/** Gets the set of values corresponding to a state key from the state of\n      * the current namespace. The method is asynchronous, returning an\n      * observable that when subscribed to will execute the get and will emit\n      * one notification with the request result. *\/\n    override def getKey(clazz: Class[_], id: ObjId,\n                        key: String): Observable[StateKey] =\n        getKey(namespace, clazz, id, key)\n\n    \/** The same as the previous `getKey`, except that this method returns\n      * the state key value for the specified namespace. *\/\n    override def getKey(namespace: String, clazz: Class[_], id: ObjId,\n                        key: String): Observable[StateKey] = {\n         Option(stateSnapshot.get(namespace))\n            .flatMap { byNamespace => Option(byNamespace get clazz) }\n            .flatMap { byClass => Option(byClass get id) }\n            .flatMap { byId => Option(byId get key) } match {\n            case Some(stateKey) =>\n                stateStore.getKey(namespace, clazz, id, key)\n                    .startWith(stateKey.asInstanceOf[StateKey])\n            case None =>\n                stateStore.getKey(namespace, clazz, id, key)\n        }\n    }\n\n    \/** Returns an observable for a state key of the current namespace. Upon\n      * subscription, the observable will emit a notification with current set\n      * of values corresponding to key and thereafter an additional notification\n      * whenever the set of values has changed. The observable does not emit\n      * notifications for successful write operations, which do not modify the\n      * value set.\n      * - If the namespace state does not exist, the observable completes\n      * immediately.\n      * - If the object class or object instance do not exist, the observable\n      * completes immediately.\n      * - If a value for the state key has not been set, the observable returns\n      * a value option equal to [[None]].\n      *\/\n    override def keyObservable(clazz: Class[_], id: ObjId,\n                               key: String): Observable[StateKey] =\n        keyObservable(namespace, clazz, id, key)\n\n    \/** The same as the previous `keyObservable` method, except that this method\n      * returns an observable for the state of the specified namespace. *\/\n    override def keyObservable(namespace: String, clazz: Class[_], id: ObjId,\n                               key: String): Observable[StateKey] = {\n        Option(stateSnapshot.get(namespace))\n            .flatMap { byNamespace => Option(byNamespace get clazz) }\n            .flatMap { byClass => Option(byClass get id) }\n            .flatMap { byId => Option(byId get key) } match {\n            case Some(stateKey) =>\n                stateStore.keyObservable(namespace, clazz, id, key)\n                    .startWith(stateKey.asInstanceOf[StateKey])\n            case None =>\n                stateStore.keyObservable(namespace, clazz, id, key)\n        }\n    }\n\n    \/** The same as the previous `keyObservable` method, except that this method\n      * returns an observable for the state of the last namespace identifier\n      * emitted by the input `namespaces` observable.\n      *\n      * The output observable will not emit a notification until the input\n      * observable emits at least one namespace identifier. If the specified\n      * namespace state does not exist, the observable emits [[None]] as key\n      * value. Therefore, the input observable can emit a non-existing namespace\n      * identifier such as `null` to stop receiving updates from the last\n      * emitted namespace state.\n      *\/\n    override def keyObservable(namespaces: Observable[String], clazz: Class[_],\n                               id: ObjId, key: String): Observable[StateKey] =\n        Observable.switchOnNext(namespaces map makeFunc1 { namespace =>\n            keyObservable(namespace, clazz, id, key)\n        })\n\n    \/** Returns a number uniquely identifying the current owner of the regular\n      * session to storage.  Note that this value has nothing to do with the\n      * node ID.\n      *\/\n    override def ownerId: Long = stateStore.ownerId\n\n    \/** Returns a number uniquely identifying the current owner of the fail\n      * fast session to storage.  Note that this value has nothing to do with\n      * the node ID.\n      *\/\n    override def failFastOwnerId: Long = stateStore.failFastOwnerId\n\n    override protected val namespace: String =\n        HostIdGenerator.getHostId.toString\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/util\/ConnectionObservable.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.util\n\nimport java.util.concurrent.atomic.AtomicReference\n\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.state.{ConnectionStateListener, ConnectionState}\nimport org.slf4j.LoggerFactory.getLogger\n\nimport rx.{Subscriber, Observable}\nimport rx.Observable.OnSubscribe\nimport rx.subjects.BehaviorSubject\n\nimport org.midonet.cluster.util.ConnectionObservable.State\nimport org.midonet.cluster.util.ConnectionObservable.State.State\n\nobject ConnectionObservable {\n\n    \/**\n     * An enumeration with the observable state: [[State.Stopped]] when the\n     * observable has not been subscribed to yet, and a connection listener has\n     * not been set yet, [[State.Started]] after the first subscriber subscribed\n     * to the observable, and [[State.Closed]] after the observable is closed\n     * by calling the `close()` method.\n     *\n     * Unlike the [[NodeObservable]], the [[ConnectionObservable]] does not\n     * close when the last subscriber unsubscribes.\n     *\/\n    object State extends Enumeration {\n        type State = Value\n        val Stopped, Started, Closed = Value\n    }\n\n    \/**\n     * Creates an [[Observable]] that emits updates for the connection state\n     * of the underlying Curator client.\n     *\/\n    def create(curator: CuratorFramework): ConnectionObservable = {\n        new ConnectionObservable(new OnSubscribeToConnection(curator))\n    }\n\n}\n\nprivate[util]\nclass OnSubscribeToConnection(curator: CuratorFramework)\n    extends OnSubscribe[ConnectionState] {\n\n    private val log = getLogger(s\"org.midonet.nsdb.nsdb-connection\")\n\n    private val state = new AtomicReference[State](State.Stopped)\n    private val subject = BehaviorSubject.create[ConnectionState]\n\n    @volatile\n    private var connectionListener = new ConnectionStateListener {\n        override def stateChanged(client: CuratorFramework,\n                                  state: ConnectionState): Unit = {\n            processStateChanged(state)\n        }\n    }\n\n    override def call(child: Subscriber[_ >: ConnectionState]): Unit = {\n        if (state.get == State.Closed) {\n            child.onError(new ConnectionObservableClosedException)\n            return\n        }\n        if (state.compareAndSet(State.Stopped, State.Started)) {\n            \/\/ This one seems to be racy: once the client moves to connected\n            \/\/ state the \"state changed\" event is pushed into eventQueue of connection\n            \/\/ state manager. The events in this queue are processed on different\n            \/\/ thread. If the client has just been connected to server\n            \/\/ (zkClient.isConnected is true),\n            \/\/ the state change event might not be processed yet\n            \/\/ and it can be processed after subject.subscribe() call. This result\n            \/\/ the subsriber receives CONNECTED event twice. Does not seem to be\n            \/\/ very harmful though\n            curator.getConnectionStateListenable.addListener(connectionListener)\n            subject.onNext(if (curator.getZookeeperClient.isConnected)\n                ConnectionState.CONNECTED else ConnectionState.LOST)\n        }\n        subject.subscribe(child)\n    }\n\n    private def processStateChanged(state: ConnectionState): Unit = {\n        log.debug(\"Connection state changed {}\", state)\n        subject onNext state\n    }\n\n    private def close(e: Throwable): Unit = {\n        state.set(State.Closed)\n\n        curator.getConnectionStateListenable.removeListener(connectionListener)\n        subject.onError(e)\n\n        connectionListener = null\n    }\n\n    def close(): Unit = close(new ConnectionObservableClosedException)\n\n}\n\n\/**\n * An [[Observable]] that emits notifications when the ZooKeeper connection\n * state changes. A call to `close()` will disconnect the observable from the\n * underlying Curator instance and complete it with a\n * [[NodeObservableClosedException]] error. After the observable becomes closed\n * the observable cannot be used anymore.\n *\/\nclass ConnectionObservable(onSubscribe: OnSubscribeToConnection)\n    extends Observable[ConnectionState](onSubscribe) {\n\n    \/** Completes the observable for all subscribers. An observer subscribing to\n      * the observable after this method is called will receive a\n      * [[ConnectionObservableClosedException]] error. *\/\n    def close(): Unit = onSubscribe.close()\n\n}\n\n\/** Signals that the [[Observable]] is not longer able to emit notifications for\n  * the ZooKeeper connection state because it was closed. *\/\nclass ConnectionObservableClosedException extends Exception"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/StorageWrapper.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport scala.concurrent.Future\n\nimport org.slf4j.LoggerFactory\n\nimport rx.Observable\n\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.data.ObjId\nimport org.midonet.cluster.data.ZoomMetadata.ZoomOwner\nimport org.midonet.cluster.data.storage.{PersistenceOp, Storage, Transaction}\nimport org.midonet.util.logging.Logger\n\n\/**\n  * This class provides a wrapper over a regular storage object. This wrapper\n  * can use the cached version or the regular version of the storage, depending\n  * on if the cached version has been invalidated or not.\n  *\n  *\/\nclass StorageWrapper(private val cacheTtlMs: Long,\n                     private val store: Storage,\n                     private val snapshot: ObjSnapshot)\n    extends Storage {\n\n    private val log = Logger(LoggerFactory.getLogger(\"org.midonet.cluster.storage-wrapper\"))\n\n    private val cachedStore = new CachedStorage(store, snapshot)\n\n    @volatile\n    protected var cacheValid: Boolean = true\n\n    def invalidateCache(): Unit = {\n        log.debug(s\"Invalidating NSDB ${getClass.getName} cache after $cacheTtlMs ms.\")\n        cacheValid = false\n    }\n\n    protected def validStore: Storage = if (cacheValid) cachedStore else store\n\n    override def multi(ops: Seq[PersistenceOp]): Unit = validStore.multi(ops)\n\n    override def transaction(owner: ZoomOwner): Transaction =\n        validStore.transaction(owner)\n\n    override def observable[T](clazz: Class[T], id: ObjId): Observable[T] =\n        validStore.observable(clazz, id)\n\n    override def observable[T](clazz: Class[T]): Observable[Observable[T]] =\n        validStore.observable(clazz)\n\n    override def tryTransaction[R](owner: ZoomOwner)(f: (Transaction) => R): R =\n        validStore.tryTransaction(owner)(f)\n\n    override def get[T](clazz: Class[T], id: ObjId): Future[T] =\n        validStore.get(clazz, id)\n\n    override def getAll[T](clazz: Class[T],\n                           ids: Seq[_ <: ObjId]): Future[Seq[T]] =\n        validStore.getAll(clazz, ids)\n\n    override def getAll[T](clazz: Class[T]): Future[Seq[T]] =\n        validStore.getAll(clazz)\n\n    override def exists(clazz: Class[_], id: ObjId): Future[Boolean] =\n        validStore.exists(clazz, id)\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/util\/TestDataPathState.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *      http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.util\n\nimport java.util.UUID\n\nimport scala.collection.mutable\n\nimport org.midonet.midolman.DatapathState\nimport org.midonet.midolman.UnderlayResolver.Route\nimport org.midonet.odp.{Datapath, DpPort}\nimport org.midonet.odp.flows.FlowActionOutput\nimport org.midonet.odp.ports.{GreTunnelPort, NetDevPort, VxLanTunnelPort}\nimport org.midonet.odp.ports.VxLanTunnelPort._\n\n\/**\n  * Bacically a mock with few operations to help testing\n  *\/\nclass TestDatapathState extends DatapathState {\n    var version: Long = 0\n    var dpPortNumberForVport = mutable.Map[UUID, Integer]()\n    var peerTunnels = mutable.Map[UUID,Route]()\n    var grePort: Int = _\n    var vxlanPortNumber: Int = _\n    var fip64PortNumber: Int = _\n    val fip64KeyToPort = mutable.Map[Int, UUID]()\n\n    override def tunnelOverlayGrePort: GreTunnelPort = null\n    override def tunnelOverlayVxLanPort: VxLanTunnelPort = null\n\n    override def getDpPortNumberForVport(vportId: UUID): Integer =\n        dpPortNumberForVport get vportId orNull\n\n    var vtepTunnellingOutputAction: FlowActionOutput = null\n    var vxlanTunnellingOutputAction: FlowActionOutput = null\n\n    override def peerTunnelInfo(peer: UUID) = peerTunnels get peer\n\n    override def getVportForDpPortNumber(portNum: Integer): UUID = {\n        dpPortNumberForVport.find(_._2 == portNum).map(_._1)\n            .getOrElse(null: UUID)\n    }\n\n    override def dpPortForTunnelKey(tunnelKey: Long): DpPort = null\n    override def isVtepTunnellingPort(portNumber: Int): Boolean =\n        portNumber == vxlanPortNumber\n    override def isOverlayTunnellingPort(portNumber: Int): Boolean = false\n\n    override def datapath: Datapath = new Datapath(0, \"midonet\")\n\n    override val tunnelRecircVxLanPort: VxLanTunnelPort =\n        new VxLanTunnelPort(\"tnvxlan-overlay\", VXLAN_DEFAULT_DST_PORT, 100)\n    override val hostRecircPort: NetDevPort = new NetDevPort(\"host-recirc\", 101)\n    override def tunnelRecircOutputAction: FlowActionOutput = null\n    override def hostRecircOutputAction: FlowActionOutput = null\n\n    var fip64TunnellingOutputAction: FlowActionOutput = null\n    override def isFip64TunnellingPort(portNumber: Int): Boolean =\n        portNumber == fip64PortNumber\n    override def tunnelFip64VxLanPort: VxLanTunnelPort =\n        new VxLanTunnelPort(\"tnvxlan-fip64\", 1234)\n\n    override def setFip64PortKey(port: UUID, key: Int): Unit = {\n        fip64KeyToPort += (key -> port)\n    }\n\n    override def clearFip64PortKey(port: UUID, key: Int): Unit = {\n        fip64KeyToPort -= key\n    }\n\n    override def getFip64PortForKey(key: Int): UUID = {\n        fip64KeyToPort getOrElse (key, null)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/state\/NATState.scala","text":"<reponame>obino\/midonet<filename>midolman\/src\/main\/scala\/org\/midonet\/midolman\/state\/NATState.scala\n\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.state\n\nimport java.nio.ByteBuffer\nimport java.util.UUID\nimport java.util.concurrent.ThreadLocalRandom\n\nimport com.google.common.hash.Hashing\n\nimport org.midonet.midolman.rules.NatTarget\nimport org.midonet.midolman.simulation.PacketContext\nimport org.midonet.midolman.state.FlowState.FlowStateKey\nimport org.midonet.midolman.state.NatState._\nimport org.midonet.odp.FlowMatch\nimport org.midonet.odp.FlowMatch.Field\nimport org.midonet.packets.NatState._\nimport org.midonet.packets._\nimport org.midonet.sdn.flows.FlowTagger.TagTypes\nimport org.midonet.sdn.state.FlowStateTransaction\nimport org.midonet.util.collection.{Reducer, ReusablePool}\n\n\nobject NatState {\n    private val WILDCARD_PORT = 0\n\n\n    object NatKey extends NatKeyAllocator[NatKey] {\n        final val USHORT = 0xffff \/\/ Constant used to prevent sign extension\n\n        def apply(wcMatch: FlowMatch, deviceId: UUID, keyType: KeyType): NatKey = {\n            val key = NatKey(keyType,\n                             wcMatch.getNetworkSrcIP.asInstanceOf[IPv4Addr],\n                             if (keyType eq FWD_STICKY_DNAT) WILDCARD_PORT\n                             else wcMatch.getSrcPort,\n                             wcMatch.getNetworkDstIP.asInstanceOf[IPv4Addr],\n                             if (keyType eq REV_STICKY_DNAT) WILDCARD_PORT\n                             else wcMatch.getDstPort,\n                             wcMatch.getNetworkProto.byteValue(),\n                             deviceId)\n\n            if (wcMatch.getNetworkProto == ICMP.PROTOCOL_NUMBER)\n                processIcmp(key, wcMatch)\n\n            key\n        }\n\n        private def natKeyLongHash(key: NatKey): Long = {\n            Hashing.murmur3_128(TagTypes.NatFlowState).newHasher().\n                putByte(keyTypeToByte(key.keyType)).\n                putInt(key.networkSrc.hashCode).\n                putInt(key.networkDst.hashCode).\n                putInt(key.transportSrc).\n                putInt(key.transportDst).\n                putByte(key.networkProtocol).\n                putLong(key.deviceId.getMostSignificantBits).\n                putLong(key.deviceId.getLeastSignificantBits).hash().asLong\n        }\n\n        \/\/ Used when accepting new messages from other agents\n        def apply(keyType: KeyType, networkSrc: IPv4Addr, transportSrc: Int,\n                  networkDst: IPv4Addr, transportDst: Int, networkProtocol: Byte,\n                  deviceId: UUID): NatKey =\n            new NatKeyStore(keyType,\n                            networkSrc, transportSrc,\n                            networkDst, transportDst,\n                            networkProtocol, deviceId) with FlowStateKey {\n                override lazy val toLongHash = natKeyLongHash(this)\n            }\n\n        def apply(nks: NatKeyStore): NatKey = {\n            new NatKeyStore(nks.keyType,\n                            nks.networkSrc, nks.transportSrc,\n                            nks.networkDst, nks.transportDst,\n                            nks.networkProtocol, nks.deviceId) with FlowStateKey {\n                override lazy val toLongHash = natKeyLongHash(this)\n            }\n        }\n\n        private def processIcmp(natKey: NatKey, wcMatch: FlowMatch): Unit =\n            wcMatch.getSrcPort.byteValue() match {\n                case ICMP.TYPE_ECHO_REPLY | ICMP.TYPE_ECHO_REQUEST =>\n                    val port = wcMatch.getIcmpIdentifier.intValue() & USHORT\n                    natKey.transportSrc = port\n                    natKey.transportDst = port\n                case ICMP.TYPE_PARAMETER_PROBLEM | ICMP.TYPE_UNREACH |\n                     ICMP.TYPE_TIME_EXCEEDED if wcMatch.getIcmpData ne null =>\n                    \/\/ The nat mapping lookup should be done based on the\n                    \/\/ contents of the ICMP data field.\n                    val bb = ByteBuffer.wrap(wcMatch.getIcmpData)\n                    val ipv4 = new IPv4\n                    ipv4.deserializeHeader(bb)\n                    \/\/ Invert src and dst because the icmpData contains the\n                    \/\/ original msg that the ICMP ERROR replies to.\n                    natKey.networkSrc = ipv4.getDestinationIPAddress\n                    natKey.networkDst = ipv4.getSourceIPAddress\n                    natKey.networkProtocol = ipv4.getProtocol\n                    if (natKey.networkProtocol == ICMP.PROTOCOL_NUMBER) {\n                        \/\/ If replying to a prev. ICMP, mapping was done\n                        \/\/ against the icmp id.\n                        val icmp = new ICMP\n                        icmp.deserialize(bb)\n                        val port = icmp.getIdentifier & USHORT\n                        natKey.transportSrc = port\n                        natKey.transportDst = port\n                    } else {\n                        val packet = bb.slice\n                        natKey.transportDst = TCP.getSourcePort(packet)\n                        natKey.transportSrc = TCP.getDestinationPort(packet)\n                    }\n                case _ =>\n                    natKey.transportSrc = 0\n                    natKey.transportDst = 0\n            }\n        }\n\n    type NatKey = NatKeyStore with FlowStateKey\n\n    class NatKeyOps(val natKey: NatKey) extends AnyVal {\n        def returnKey(binding: NatBinding): NatKey = natKey.keyType match {\n            case FWD_SNAT =>\n                NatKey(natKey.keyType.inverse,\n                       natKey.networkDst,\n                       natKey.transportDst,\n                       binding.networkAddress,\n                       binding.transportPort,\n                       natKey.networkProtocol,\n                       natKey.deviceId)\n            case FWD_DNAT | FWD_STICKY_DNAT =>\n                NatKey(natKey.keyType.inverse,\n                       binding.networkAddress,\n                       binding.transportPort,\n                       natKey.networkSrc,\n                       natKey.transportSrc,\n                       natKey.networkProtocol,\n                       natKey.deviceId)\n            case _ => throw new UnsupportedOperationException\n        }\n\n        def returnBinding: NatBinding = natKey.keyType match {\n            case FWD_SNAT =>\n                NatBinding(natKey.networkSrc, natKey.transportSrc)\n            case FWD_DNAT | FWD_STICKY_DNAT =>\n                NatBinding(natKey.networkDst, natKey.transportDst)\n            case _ => throw new UnsupportedOperationException\n        }\n    }\n\n    implicit def fromNatKeyOps(nkOps: NatKeyOps): NatKey = nkOps.natKey\n\n    implicit def toNatKeyOps(nk: NatKey): NatKeyOps = new NatKeyOps(nk)\n\n    def releaseBinding(key: NatKey, binding: NatBinding, natLeaser: NatLeaser): Unit =\n        if ((key.keyType eq FWD_SNAT) &&\n            key.networkProtocol != ICMP.PROTOCOL_NUMBER &&\n            binding != null) {\n                natLeaser.freeNatBinding(key.deviceId, key.networkDst,\n                                         key.transportDst, binding)\n        }\n\n    private def keyTypeToByte(keyType: KeyType): Byte =\n        keyType match {\n            case FWD_SNAT => 1\n            case FWD_DNAT => 2\n            case FWD_STICKY_DNAT => 3\n            case REV_SNAT => 4\n            case REV_DNAT => 5\n            case REV_STICKY_DNAT => 6\n        }\n\n    private def byteToKeyType(byte: Byte): KeyType =\n        byte match {\n            case 1 => FWD_SNAT\n            case 2 => FWD_DNAT\n            case 3 => FWD_STICKY_DNAT\n            case 4 => REV_SNAT\n            case 5 => REV_DNAT\n            case 6 => REV_STICKY_DNAT\n        }\n\n    val NO_BYTES = new Array[Byte](0)\n    class NatKeySerializer\n            extends FlowStateStore.StateSerializer[NatKey] {\n        val Size = 34\n\n        \/\/ NOTE: here we use a ReusablePool of buffers that doesn't need to\n        \/\/ be explicitly pushed back to the pool when done with it, it will get\n        \/\/ reused as needed. This makes sense here because these buffers\n        \/\/ shouldn't live past a simulation lifetime.\n        \/\/ Using 32 buffers means we can only handle 16 NAT rules, as each\n        \/\/ NAT hop consumes two buffers (one for the forward nat rule, and one\n        \/\/ for the reverse nat rule). This is a defensive measure, as we\n        \/\/ shouldn't have more than 1 NAT on a normal topology.\n        private val NumBuffers = 32\n        private val bufferProvider: ThreadLocal[ReusablePool[ByteBuffer]] =\n            new ThreadLocal[ReusablePool[ByteBuffer]] {\n                override def initialValue(): ReusablePool[ByteBuffer] = {\n                    new ReusablePool[ByteBuffer](\n                        NumBuffers, () => ByteBuffer.allocate(Size))\n                }\n            }\n\n        override def toBytes(value: NatKey): Array[Byte] =\n            if (value == null) {\n                NO_BYTES\n            } else {\n                val bb = bufferProvider.get.next\n                bb.clear()\n                bb.put(keyTypeToByte(value.keyType))\n                bb.putInt(value.networkSrc.toInt)\n                bb.putInt(value.transportSrc)\n                bb.putInt(value.networkDst.toInt)\n                bb.putInt(value.transportDst)\n                bb.put(value.networkProtocol)\n                bb.putLong(value.deviceId.getMostSignificantBits)\n                bb.putLong(value.deviceId.getLeastSignificantBits)\n                bb.array\n            }\n\n        override def fromBytes(bytes: Array[Byte]): NatKey =\n            if (bytes == null || bytes.length != Size) {\n                null\n            } else {\n                val bb = ByteBuffer.wrap(bytes)\n                NatKey(byteToKeyType(bb.get),\n                       IPv4Addr(bb.getInt),\n                       bb.getInt,\n                       IPv4Addr(bb.getInt),\n                       bb.getInt,\n                       bb.get(),\n                       new UUID(bb.getLong(), bb.getLong()))\n            }\n    }\n\n    class NatBindingSerializer\n            extends FlowStateStore.StateSerializer[NatBinding] {\n        val Size = 8\n\n        \/\/ NOTE: here we use a ReusablePool of buffers that doesn't need to\n        \/\/ be explicitly pushed back to the pool when done with it, it will get\n        \/\/ reused as needed. This makes sense here because these buffers\n        \/\/ shouldn't live past a simulation lifetime.\n        \/\/ Using 32 buffers means we can only handle 16 NAT rules, as each\n        \/\/ NAT hop consumes two buffers (one for the forward nat rule, and one\n        \/\/ for the reverse nat rule). This is a defensive measure, as we\n        \/\/ shouldn't have more than 1 NAT on a normal topology.\n        private val NumBuffers = 32\n        private val bufferProvider: ThreadLocal[ReusablePool[ByteBuffer]] =\n            new ThreadLocal[ReusablePool[ByteBuffer]] {\n                override def initialValue(): ReusablePool[ByteBuffer] = {\n                    new ReusablePool[ByteBuffer](\n                        NumBuffers, () => ByteBuffer.allocate(Size))\n                }\n            }\n\n        override def toBytes(value: NatBinding): Array[Byte] =\n            if (value == null) {\n                NO_BYTES\n            } else {\n                val bb = bufferProvider.get.next\n                bb.clear()\n                bb.putInt(value.networkAddress.toInt)\n                bb.putInt(value.transportPort)\n                bb.array\n            }\n\n        override def fromBytes(bytes: Array[Byte]): NatBinding =\n            if (bytes == null || bytes.length != Size) {\n                null\n            } else {\n                val bb = ByteBuffer.wrap(bytes)\n                NatBinding(IPv4Addr(bb.getInt), bb.getInt)\n            }\n    }\n}\n\ntrait NatState extends FlowState { this: PacketContext =>\n\n    var natTx: FlowStateTransaction[NatKey, NatBinding] = _\n    var natLeaser: NatLeaser = _\n\n    private val releaseUncommittedLeases =\n        new Reducer[NatKey, NatBinding, Unit]() {\n            override def apply(u: Unit, k: NatKey, v: NatBinding): Unit = {\n                releaseBinding(k, v, natLeaser)\n            }\n        }\n\n    abstract override def clear(): Unit = {\n        super.clear()\n        if (natTx ne null) {\n            if (!natTx.isCommitted) {\n                natTx.fold((), releaseUncommittedLeases)\n            }\n            natTx.flush()\n        }\n\n    }\n\n    def resetNatState(): Unit = {\n        natTx = null\n        natLeaser = null\n    }\n\n    def applyDnat(natTargets: Array[NatTarget]): Boolean =\n        applyDnat(FWD_DNAT, natTargets)\n\n    def applyStickyDnat(natTargets: Array[NatTarget]): Boolean =\n        applyDnat(FWD_STICKY_DNAT, natTargets)\n\n    private def applyDnat(natType: KeyType,\n                          natTargets: Array[NatTarget]): Boolean =\n        if (isNatSupported) {\n            val natKey = NatKey(wcmatch, currentDevice, natType)\n            val binding = getOrAllocateNatBinding(natKey, natTargets)\n            dnatTransformation(natKey, binding)\n            true\n        } else false\n\n    private def dnatTransformation(natKey: NatKey, binding: NatBinding): Unit = {\n        wcmatch.setNetworkDst(binding.networkAddress)\n        markNwDstRewritten()\n        if (!isIcmp)\n            wcmatch.setDstPort(binding.transportPort)\n    }\n\n    def applySnat(natTargets: Array[NatTarget]): Boolean =\n        if (isNatSupported) {\n            val natKey = NatKey(wcmatch, currentDevice, FWD_SNAT)\n            val binding = getOrAllocateNatBinding(natKey, natTargets)\n            snatTransformation(natKey, binding)\n            true\n        } else false\n\n    private def snatTransformation(natKey: NatKey, binding: NatBinding): Unit = {\n        wcmatch.setNetworkSrc(binding.networkAddress)\n        if (!isIcmp)\n            wcmatch.setSrcPort(binding.transportPort)\n    }\n\n    def reverseDnat(): Boolean =\n        reverseDnat(REV_DNAT)\n\n    def reverseStickyDnat(): Boolean =\n        reverseDnat(REV_STICKY_DNAT)\n\n    private def reverseDnat(natType: KeyType): Boolean = {\n        if (isNatSupported) {\n            val natKey = NatKey(wcmatch, currentDevice, natType)\n            addFlowTag(natKey)\n            val binding = natTx.get(natKey)\n            if (binding ne null)\n                return reverseDnatTransformation(natKey, binding)\n        }\n        false\n    }\n\n    private def reverseDnatTransformation(natKey: NatKey, binding: NatBinding): Boolean = {\n        log.debug(\"Found reverse DNAT. Use {} for {}\", binding, natKey)\n        if (isIcmp) {\n\n            if (natKey.keyType ne REV_STICKY_DNAT) {\n                val changedIp = if (wcmatch.getNetworkSrcIP == natKey.networkSrc) {\n                    wcmatch.setNetworkSrc(binding.networkAddress)\n                    true\n                } else {\n                    false\n                }\n                val transformedICMP = transformICMPData(dnatTransformer,\n                                                        natKey.networkSrc,\n                                                        binding.networkAddress,\n                                                        binding.transportPort)\n                changedIp || transformedICMP\n            } else {\n                false\n            }\n        } else {\n            wcmatch.setNetworkSrc(binding.networkAddress)\n            wcmatch.setSrcPort(binding.transportPort)\n            true\n        }\n    }\n\n    def reverseSnat(): Boolean = {\n        if (isNatSupported) {\n            val natKey = NatKey(wcmatch, currentDevice: UUID, REV_SNAT)\n            addFlowTag(natKey)\n            val binding = natTx.get(natKey)\n            if (binding ne null)\n                return reverseSnatTransformation(natKey, binding)\n        }\n        false\n    }\n\n    private def reverseSnatTransformation(natKey: NatKey, binding: NatBinding): Boolean = {\n        log.debug(\"Found reverse SNAT. Use {} for {}\", binding, natKey)\n        if (isIcmp) {\n            val changedIp = if (wcmatch.getNetworkDstIP == natKey.networkDst) {\n                wcmatch.setNetworkDst(binding.networkAddress)\n                markNwDstRewritten()\n                true\n            } else {\n                false\n            }\n            val transformedICMP = transformICMPData(snatTransformer,\n                                                    natKey.networkDst,\n                                                    binding.networkAddress,\n                                                    binding.transportPort)\n            changedIp || transformedICMP\n        } else {\n            wcmatch.setNetworkDst(binding.networkAddress)\n            markNwDstRewritten()\n            wcmatch.setDstPort(binding.transportPort)\n            true\n        }\n    }\n\n    def applyIfExists(natKey: NatKey): Boolean = {\n        val binding = natTx.get(natKey)\n        if (binding eq null) {\n            addFlowTag(natKey)\n            false\n        } else natKey.keyType match {\n            case FWD_DNAT | FWD_STICKY_DNAT =>\n                dnatTransformation(natKey, binding)\n                refKey(natKey, binding)\n                true\n            case REV_DNAT | REV_STICKY_DNAT =>\n                reverseDnatTransformation(natKey, binding)\n            case FWD_SNAT =>\n                snatTransformation(natKey, binding)\n                refKey(natKey, binding)\n                true\n            case REV_SNAT =>\n                reverseSnatTransformation(natKey, binding)\n        }\n    }\n\n    def deleteNatBinding(natKey: NatKeyOps): Unit = {\n        val binding = natTx.get(natKey)\n        if (binding ne null) {\n            addFlowTag(natKey)\n            natTx.remove(natKey)\n            val returnKey = natKey.returnKey(binding)\n            natTx.remove(returnKey)\n            addFlowTag(returnKey)\n        }\n    }\n\n    def isNatSupported: Boolean =\n        if (IPv4.ETHERTYPE == wcmatch.getEtherType) {\n            val nwProto = wcmatch.getNetworkProto\n            if (nwProto == ICMP.PROTOCOL_NUMBER) {\n                val supported = wcmatch.getSrcPort.byteValue() match {\n                    case ICMP.TYPE_ECHO_REPLY | ICMP.TYPE_ECHO_REQUEST =>\n                        wcmatch.isUsed(Field.IcmpId)\n                    case ICMP.TYPE_PARAMETER_PROBLEM |\n                         ICMP.TYPE_TIME_EXCEEDED |\n                         ICMP.TYPE_UNREACH =>\n                        wcmatch.isUsed(Field.IcmpData)\n                    case _ =>\n                        false\n                }\n\n                if (!supported) {\n                    log.debug(\"ICMP message not supported in NAT rules {}\",\n                              wcmatch)\n                }\n                supported\n            } else {\n                nwProto == UDP.PROTOCOL_NUMBER || nwProto == TCP.PROTOCOL_NUMBER\n            }\n        } else false\n\n    \/\/ Default port value, signifying no port set.\n    \/\/ In an ideal world, I'd use a Option, but that would allocate\n    val NO_NAT_PORT = Int.MaxValue\n\n    val snatTransformer = (ipv4: IPv4, from: IPv4Addr, to: IPv4Addr,\n                           port: Int) => {\n        if (ipv4.getSourceIPAddress() == from) {\n            ipv4.setSourceAddress(to)\n\n            ipv4.getPayload match {\n                case transport: Transport if port != NO_NAT_PORT =>\n                    transport.setSourcePort(port)\n                    transport.clearChecksum()\n                case _ =>\n            }\n            true\n        } else {\n            log.debug(\"Source address {} doesn't match {}\",\n                      ipv4.getSourceIPAddress(), from)\n            false\n        }\n    }\n\n    val dnatTransformer = (ipv4: IPv4, from: IPv4Addr, to: IPv4Addr,\n                           port: Int) =>\n        if (ipv4.getDestinationIPAddress() == from) {\n            ipv4.setDestinationAddress(to)\n\n            ipv4.getPayload match {\n                case transport: Transport if port != NO_NAT_PORT =>\n                    transport.setDestinationPort(port)\n                    transport.clearChecksum()\n                case _ =>\n            }\n            true\n        } else {\n            log.debug(\"Destination address {} doesn't match {}\",\n                      ipv4.getDestinationIPAddress(), from)\n            false\n        }\n\n    def snatOnICMPData(from: IPv4Addr, to: IPv4Addr): Boolean =\n        transformICMPData(snatTransformer, from, to)\n\n    def dnatOnICMPData(from: IPv4Addr, to: IPv4Addr): Boolean =\n        transformICMPData(dnatTransformer, from, to)\n\n    private def transformICMPData(transformer: (IPv4, IPv4Addr, IPv4Addr, Int) => Boolean,\n                                  from: IPv4Addr,\n                                  to: IPv4Addr,\n                                  port: Int = NO_NAT_PORT): Boolean =\n        wcmatch.getSrcPort.byteValue() match {\n            case ICMP.TYPE_PARAMETER_PROBLEM | ICMP.TYPE_TIME_EXCEEDED |\n                 ICMP.TYPE_UNREACH if wcmatch.getIcmpData ne null =>\n                val data = wcmatch.getIcmpData\n                val bb = ByteBuffer.wrap(data)\n                val icmpPayload = new IPv4\n                icmpPayload.deserialize(bb)\n\n                if (transformer(icmpPayload, from, to, port)) {\n                    icmpPayload.clearChecksum()\n                    wcmatch.setIcmpData(icmpPayload.serialize())\n                    true\n                } else {\n                    false\n                }\n            case _ => false\n        }\n\n    private def getOrAllocateNatBinding(natKey: NatKey,\n                                        natTargets: Array[NatTarget]): NatBinding = {\n        var binding = natTx.get(natKey)\n        if (binding eq null) {\n            binding = tryAllocateNatBinding(natKey, natTargets)\n            natTx.putAndRef(natKey, binding)\n            log.debug(\"Obtained NAT key {}->{}\", natKey, binding)\n\n            val returnKey = natKey.returnKey(binding)\n            val inverseBinding = natKey.returnBinding\n            natTx.putAndRef(returnKey, inverseBinding)\n            log.debug(\"With reverse NAT key {}->{}\", returnKey, inverseBinding)\n\n            addFlowTag(natKey)\n            addFlowTag(returnKey)\n        } else {\n            log.debug(\"Found existing mapping for NAT {}->{}\", natKey, binding)\n            refKey(natKey, binding)\n        }\n        binding\n    }\n\n    private def refKey(natKey: NatKey, binding: NatBinding): Unit = {\n        natTx.ref(natKey)\n        addFlowTag(natKey)\n        val returnKey = natKey.returnKey(binding)\n        natTx.ref(returnKey)\n        addFlowTag(returnKey)\n    }\n\n    private def tryAllocateNatBinding(key: NatKey,\n                                      nats: Array[NatTarget]): NatBinding =\n        if (isIcmp) {\n            val nat = chooseRandomNatTarget(nats)\n            NatBinding(chooseRandomIp(nat), key.transportDst)\n        } else if (key.keyType eq FWD_SNAT) {\n            natLeaser.allocateNatBinding(key.deviceId, key.networkDst,\n                                         key.transportDst, nats)\n        } else {\n            val nat = chooseRandomNatTarget(nats)\n            NatBinding(chooseRandomIp(nat), chooseRandomPort(nat))\n        }\n\n    def isIcmp = wcmatch.getNetworkProto == ICMP.PROTOCOL_NUMBER\n\n    private def chooseRandomNatTarget(nats: Array[NatTarget]): NatTarget =\n        nats(ThreadLocalRandom.current().nextInt(nats.size))\n\n    private def chooseRandomIp(nat: NatTarget): IPv4Addr =\n        nat.nwStart.randomTo(nat.nwEnd, ThreadLocalRandom.current())\n\n    private def chooseRandomPort(nat: NatTarget): Int = {\n        val tpStart = nat.tpStart\n        val tpEnd = nat.tpEnd\n        ThreadLocalRandom.current().nextInt(tpEnd - tpStart + 1) + tpStart\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/FlowControllerDeleterTest.scala","text":"\/*\n * Copyright 2018 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport org.midonet.ErrorCode\nimport org.midonet.insights.Insights\nimport org.midonet.midolman.util.MidolmanSpec\nimport org.midonet.netlink.exceptions.NetlinkException\nimport org.midonet.odp.FlowMatch\n\n@RunWith(classOf[JUnitRunner])\nclass FlowControllerDeleterTest extends MidolmanSpec {\n\n    var deleter: FlowControllerDeleter = _\n\n    override def beforeTest(): Unit = {\n        val preallocation = new MockFlowTablePreallocation(config)\n        deleter = new FlowControllerDeleterImpl(\n            flowProcessor,\n            0,\n            preallocation.takeMeterRegistry(),\n            Insights.NONE)\n    }\n\n    def test(initSeq: List[Boolean]): Unit = {\n        var seq = initSeq\n        flowProcessor.flowDeleteSubscribe((_, obs) => {\n            if (seq.isEmpty) {\n                \/\/ success\n                obs.onCompleted()\n                true\n            } else {\n                val h = seq.head\n                seq = seq.tail\n                if (h) {\n                    \/\/ tryEject success but request fails\n                    obs.onError(new NetlinkException(ErrorCode.EBUSY, 200))\n                    true\n                } else {\n                    \/\/ tryEject failure\n                    false\n                }\n            }\n        })\n        deleter.removeFlowFromDatapath(new FlowMatch, 100)\n        while (deleter.shouldProcess) {\n            deleter.processCompletedFlowOperations()\n        }\n        if (!seq.isEmpty) {\n            fail(\"Unexpected exit\")\n        }\n    }\n\n    feature(\"Retries failed requests\") {\n        scenario(\"no failure\") {\n            test(List())\n        }\n\n        scenario(\"tryEject failure\") {\n            test(List(false, false, false, false, false))\n        }\n\n        scenario(\"netlink failure\") {\n            test(List(true, true, true, true, true))\n        }\n\n        scenario(\"mixed failure\") {\n            test(List(false, true, false, true, false, true))\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/package.scala","text":"\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster\n\nimport java.util.UUID\n\nimport org.midonet.cluster.models.Commons\n\npackage object data {\n    type Obj = Object\n    type ObjId = Any\n\n    \/**\n      * @return The given ZOOM object identifier as a UUID string. If the\n      *         argument is already a string, the method returns the argument\n      *         without validation. Otherwise, the argument must be a\n      *         [[java.util.UUID]] or a Protocol Buffers [[Commons.UUID]]. In\n      *         both cases, the method returns their value as a string in the\n      *         UUID format.\n      *\/\n    def getIdString(id: ObjId): String = {\n\n        def digits(value: Long, digits: Long): String = {\n            val hi = 1L << (digits * 4)\n            java.lang.Long.toHexString(hi | (value & (hi - 1))).substring(1)\n        }\n\n        id match {\n            case s: String => s\n            case uuid: UUID => uuid.toString\n            case uuid: Commons.UUID =>\n                digits(uuid.getMsb >> 32, 8) + \"-\" +\n                digits(uuid.getMsb >> 16, 4) + \"-\" +\n                digits(uuid.getMsb, 4) + \"-\" +\n                digits(uuid.getLsb >> 48, 4) + \"-\" +\n                digits(uuid.getLsb, 12)\n            case _ =>\n                throw new IllegalArgumentException(s\"Invalid ZOOM identifier $id\")\n        }\n    }\n\n    \/** Remove line breaks, and usually collapse multiple blanks into a\n      * single space\n      *\n      * @param obj is the original object to print\n      * @param collapse is a flag indicating if blank spaces should be collapsed\n      * @return the compacted string\n      *\/\n    def oneLiner(obj: Any, collapse: Boolean = true): String = obj match {\n        case s: String =>\n            if (collapse)\n                s.replaceAll(\"\\\\r\\\\n|\\\\r|\\\\n\", \" \").replaceAll(\"\\\\s+\", \" \").trim\n            else\n                s.replaceAll(\"\\\\r\\\\n|\\\\r|\\\\n\", \" \").trim\n        case other: Any =>\n            if (collapse)\n                other.toString.replaceAll(\"\\\\r\\\\n|\\\\r|\\\\n\", \" \")\n                    .replaceAll(\"\\\\s+\", \" \").trim\n            else\n                other.toString.replaceAll(\"\\\\r\\\\n|\\\\r|\\\\n\", \" \").trim\n        case null =>\n            \"(null)\"\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-util\/src\/main\/scala\/org\/midonet\/util\/concurrent\/ReactiveActor.scala","text":"<reponame>obino\/midonet<gh_stars>100-1000\n\/*\n * Copyright 2014 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.util.concurrent\n\nimport java.util.UUID\n\nimport akka.actor.Actor\n\nimport rx.Observer\n\nobject ReactiveActor {\n\n    sealed trait ReactiveAction\n    case class OnError(e: Throwable) extends ReactiveAction\n    case object OnCompleted extends ReactiveAction\n    case object StopRoutingHandler extends ReactiveAction\n    case class RoutingHandlerStopped(id: UUID) extends ReactiveAction\n    case object RoutingManagerStopped extends ReactiveAction\n\n}\n\ntrait ReactiveActor[T <: AnyRef] extends Actor with Observer[T] {\n\n    import org.midonet.util.concurrent.ReactiveActor._\n\n    protected[this] implicit val observer: Observer[T] = this\n\n    override def onCompleted(): Unit =\n        self ! OnCompleted\n\n    override def onError(e: Throwable): Unit =\n        self ! OnError(e)\n\n    override def onNext(value: T): Unit = if (value ne null)\n        self ! value\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/topology\/snapshot\/package.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.topology\n\nimport java.io.IOException\nimport java.util\nimport java.util.UUID\n\nimport scala.collection.mutable\n\nimport org.agrona.concurrent.UnsafeBuffer\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.cache.{ObjectNotification, StateNotification}\nimport org.midonet.cluster.data.storage.{MultiValueKey, SingleValueKey, StateStorage}\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotDecoder.ObjectClassDecoder.ObjectDecoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotDecoder.StateOwnerDecoder.StateClassDecoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotDecoder.StateOwnerDecoder.StateClassDecoder.StateIdDecoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotDecoder.StateOwnerDecoder.StateClassDecoder.StateIdDecoder.StateKeyDecoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotDecoder.{ObjectClassDecoder, StateOwnerDecoder}\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotEncoder.ObjectClassEncoder.ObjectEncoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotEncoder.StateOwnerEncoder.StateClassEncoder.StateIdEncoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotEncoder.StateOwnerEncoder.StateClassEncoder.StateIdEncoder.StateKeyEncoder\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotEncoder.StateOwnerEncoder.{StateClassEncoder, uuidNullValue}\nimport org.midonet.cluster.topology.snapshot.TopologySnapshotEncoder.{ObjectClassEncoder, StateOwnerEncoder}\nimport org.midonet.util.logging.Logger\n\npackage object snapshot {\n\n    \/**\n      * Generic datastructure to store serialized and deserialized data.\n      *\n      * Although we use the same data structure, serialized data differ\n      * from deserialized. Specifically:\n      * - Topology objects are serialized using the ZK child data (byte array\n      *   of a UTF-8 encoded string) whereas they are deserialized as the\n      *   corresponding protobuf [[com.google.protobuf.Message]] object.\n      * - State objects are serialized from the TopologySnapshot from a\n      *   [[StateUpdate]] whereas they are deserialized as a\n      *   [[org.midonet.cluster.data.storage.StateKey]] ready to be used by\n      *   the Zoom layer.\n      *\/\n    case class TopologySnapshot(objectSnapshot: ObjectSnapshot,\n                                stateSnapshot: StateSnapshot)\n\n    type ObjectSnapshot = ObjectNotification.MappedSnapshot\n    type ObjectUpdate = ObjectNotification.Update\n    type Objects = util.HashMap[Object, Object]\n\n    type StateSnapshot = StateNotification.MappedSnapshot\n    type StateUpdate = StateNotification.Update\n    type StateClasses = util.HashMap[Class[_], StateIds]\n    type StateIds = util.HashMap[Object, StateKeys]\n    type StateKeys = util.HashMap[String, Object]\n\n    private val Log = Logger(LoggerFactory.getLogger(\n        \"org.midonet.nsdb.snapshot-serializer\"))\n\n    class TopologySnapshotSerializer {\n        val snapshotMessageEncoder = new TopologySnapshotEncoder\n        val snapshotHeaderEncoder = new MessageHeaderEncoder\n        val snapshotBuffer = new UnsafeBuffer(new Array[Byte](0))\n\n\n        \/**\n          * Topology objects grups encoder\/decoder helper functions\n          *\/\n        private def encodeObjectClass(encoder: ObjectClassEncoder,\n                                      snapshot: ObjectSnapshot): Unit = {\n            val objs = snapshot.entrySet().iterator()\n            while (objs.hasNext) {\n                val obj = objs.next()\n                encoder.next()\n                val objects = encoder.objectCount(obj.getValue.size())\n                encodeObject(objects, obj.getValue)\n                Log.debug(s\"Encoding ${obj.getValue.size()} objects \" +\n                          s\"of class ${obj.getKey.getName}\")\n                encoder.objectClass(obj.getKey.getName)\n            }\n        }\n\n        private def encodeObject(encoder: ObjectEncoder,\n                                 objects: Objects): Unit = {\n            val objs = objects.values.iterator()\n            while (objs.hasNext) {\n                val obj = objs.next()\n                val update = obj.asInstanceOf[ObjectUpdate]\n                encoder.next()\n                encoder.uuid(0, update.id().getMostSignificantBits)\n                encoder.uuid(1, update.id().getLeastSignificantBits)\n                encoder.putData(\n                    update.childData().getData,\n                    0, update.childData().getData.length)\n            }\n        }\n\n\n        \/**\n          * State objects groups encoder\/decoder helper functions\n          *\/\n        \/\/ Owner group encoder\/decoder\n        private def encodeStateOwner(encoder: StateOwnerEncoder,\n                                     snapshot: StateSnapshot): Unit = {\n            val entries = snapshot.entrySet().iterator()\n            while (entries.hasNext) {\n                val entry = entries.next()\n                encoder.next()\n\n                val ownerId = if (entry.getKey == null)\n                    new UUID(uuidNullValue, uuidNullValue)\n                else\n                    UUID.fromString(entry.getKey)\n\n                val stateClassMap = entry.getValue\n                encoder.uuid(0, ownerId.getMostSignificantBits)\n                encoder.uuid(1, ownerId.getLeastSignificantBits)\n                val classes = encoder.stateClassCount(stateClassMap.size())\n                encodeStateClass(classes, entry.getValue)\n            }\n        }\n\n        \/\/ State classes group encoder\/decoder\n        private def encodeStateClass(encoder: StateClassEncoder,\n                                     objects: StateClasses): Unit = {\n            val entries = objects.entrySet().iterator()\n            while (entries.hasNext) {\n                val entry = entries.next()\n                encoder.next()\n                val objectIds = encoder.stateIdCount(entry.getValue.size())\n                encodeStateId(objectIds, entry.getValue)\n                encoder.stateClass(entry.getKey.getName)\n            }\n        }\n\n        \/\/ State object id group encoder\/decoder\n        private def encodeStateId(encoder: StateIdEncoder,\n                                  objects: StateIds): Unit = {\n            val entries = objects.entrySet().iterator()\n            while (entries.hasNext) {\n                val entry = entries.next()\n                encoder.next()\n                val objectId = entry.getKey.asInstanceOf[UUID]\n                encoder.uuid(0, objectId.getMostSignificantBits)\n                encoder.uuid(1, objectId.getLeastSignificantBits)\n                val stateKeys = encoder.stateKeyCount(entry.getValue.size())\n                encodeStateKey(stateKeys, entry.getValue)\n            }\n        }\n\n        \/\/ State keys group encoder\/decoder\n        private def encodeStateKey(encoder: StateKeyEncoder,\n                                   objects: StateKeys): Unit = {\n            val entries = objects.entrySet().iterator()\n            while (entries.hasNext) {\n                val entry = entries.next()\n                encoder.next()\n                val state = entry.getValue.asInstanceOf[StateUpdate]\n\n                if (state.`type`().isSingle) {\n                    encoder.stateType(TopologyStateType.SINGLE)\n                } else {\n                    encoder.stateType(TopologyStateType.MULTI)\n                }\n\n                val values = encoder.multiValueCount(state.multiData().length)\n\n                for (value <- state.multiData()) {\n                    values.next().multiValueEntry(value)\n                }\n\n                encoder.key(state.key())\n                encoder.putSingleValue(\n                    state.singleData(), 0, state.singleData().length)\n            }\n        }\n\n        def serialize(byteArray: Array[Byte],\n                      topologySnapshot: TopologySnapshot): Int  = {\n            var length = 0\n\n            \/\/ Encode header\n            snapshotBuffer.wrap(byteArray)\n            snapshotHeaderEncoder.wrap(snapshotBuffer, 0)\n                .blockLength(snapshotMessageEncoder.sbeBlockLength())\n                .templateId(snapshotMessageEncoder.sbeTemplateId())\n                .schemaId(snapshotMessageEncoder.sbeSchemaId())\n                .version(snapshotMessageEncoder.sbeSchemaVersion())\n            length += snapshotHeaderEncoder.encodedLength()\n\n            snapshotMessageEncoder.wrap(snapshotBuffer,\n                                        snapshotHeaderEncoder.encodedLength())\n\n            \/\/ Encode topology objects\n            val classGroups = snapshotMessageEncoder.objectClassCount(\n                topologySnapshot.objectSnapshot.size)\n            encodeObjectClass(classGroups, topologySnapshot.objectSnapshot)\n\n            \/\/ Encode state objects\n            val ownerGroups = snapshotMessageEncoder.stateOwnerCount(\n                topologySnapshot.stateSnapshot.size)\n            encodeStateOwner(ownerGroups, topologySnapshot.stateSnapshot)\n\n            length += snapshotMessageEncoder.encodedLength()\n            length\n        }\n    }\n\n    class TopologySnapshotDeserializer {\n        val snapshotMessageDecoder = new TopologySnapshotDecoder\n        val snapshotHeaderDecoder = new MessageHeaderDecoder\n        val snapshotBuffer = new UnsafeBuffer(new Array[Byte](0))\n\n        private def validate(headerDecoder: MessageHeaderDecoder): Unit = {\n            if (headerDecoder.templateId() != snapshotMessageDecoder.sbeTemplateId())\n                throw new IOException(\n                    s\"Invalid message template identifier \" +\n                    s\"${headerDecoder.templateId()}, expected \" +\n                    s\"${snapshotMessageDecoder.sbeTemplateId}\")\n\n            if (headerDecoder.schemaId() != snapshotMessageDecoder.sbeSchemaId())\n                throw new IOException(\n                    s\"Invalid schema identifier \" +\n                    s\"${headerDecoder.schemaId()}, expected \" +\n                    s\"${snapshotMessageDecoder.sbeSchemaId()}\")\n\n            if (headerDecoder.version() != snapshotMessageDecoder.sbeSchemaVersion())\n                throw new IOException(\n                    s\"Invalid schema version \" +\n                    s\"${headerDecoder.version()}, expected \" +\n                    s\"${snapshotMessageDecoder.sbeSchemaVersion()}\")\n        }\n\n        private def decodeObjectClass(decoder: ObjectClassDecoder,\n                                      snapshot: ObjectSnapshot): Unit = {\n            val objects = decoder.`object`()\n            val objGroup = new Objects()\n            while (objects.hasNext) {\n                val obj = objects.next()\n                decodeObject(obj, objGroup)\n            }\n            val clazz = decoder.objectClass()\n            val objClass = Class.forName(clazz)\n            Log.debug(s\"Decoded ${objects.count()} objects of type $clazz\")\n            snapshot.putIfAbsent(objClass, objGroup)\n        }\n\n        private def decodeObject(decoder: ObjectDecoder,\n                                 snapshot: Objects): Unit = {\n            val objId = new UUID(decoder.uuid(0), decoder.uuid(1))\n            val objData = new Array[Byte](decoder.dataLength())\n            decoder.getData(objData, 0, objData.length)\n            snapshot.putIfAbsent(objId, objData)\n        }\n\n        private def decodeStateOwner(decoder: StateOwnerDecoder,\n                                     snapshot: StateSnapshot): Unit = {\n            val ownerId = new UUID(decoder.uuid(0), decoder.uuid(1))\n\n            val owner = if (decoder.uuid(0) == uuidNullValue &&\n                            decoder.uuid(1) == uuidNullValue)\n                null\n            else\n                ownerId.toString\n\n            val stateClassGroup = new StateClasses()\n            val classes = decoder.stateClass()\n            while (classes.hasNext) {\n                classes.next()\n                decodeStateClass(classes, stateClassGroup)\n            }\n            snapshot.putIfAbsent(owner, stateClassGroup)\n        }\n\n        private def decodeStateClass(decoder: StateClassDecoder,\n                                     snapshot: StateClasses): Unit = {\n            val stateIds = decoder.stateId()\n            val stateIdGroup = new StateIds()\n            while (stateIds.hasNext) {\n                val objectId = stateIds.next()\n                decodeStateId(objectId, stateIdGroup)\n            }\n            val clazz = decoder.stateClass()\n            snapshot.putIfAbsent(Class.forName(clazz), stateIdGroup)\n            Log.debug(s\"Decoding ${stateIds.count()} state ids of type $clazz\")\n        }\n\n        private def decodeStateId(decoder: StateIdDecoder,\n                                  snapshot: StateIds): Unit = {\n            val uuid = new UUID(decoder.uuid(0), decoder.uuid(1))\n            val stateKeys = decoder.stateKey()\n            val stateKeysGroup = new StateKeys()\n            while (stateKeys.hasNext) {\n                val stateKey = stateKeys.next()\n                decodeStateKey(stateKey, stateKeysGroup)\n            }\n            snapshot.putIfAbsent(uuid, stateKeysGroup)\n        }\n\n        private def decodeStateKey(decoder: StateKeyDecoder,\n                                   snapshot: StateKeys): Unit = {\n            val stateType = decoder.stateType()\n\n            val multiValueDecoder = decoder.multiValue()\n            val multiValue = if (multiValueDecoder.count() > 0) {\n                val values = mutable.Set.empty[String]\n                while (multiValueDecoder.hasNext) {\n                    multiValueDecoder.next()\n                    values += multiValueDecoder.multiValueEntry()\n                }\n                values.toSet\n            } else {\n                Set.empty[String]\n            }\n\n            val stateKey = decoder.key()\n            val singleValue = new Array[Byte](decoder.singleValueLength())\n            decoder.getSingleValue(singleValue, 0, singleValue.length)\n\n            val stateValue = stateType match {\n                case TopologyStateType.SINGLE =>\n                    SingleValueKey(stateKey,\n                                   Option(\n                                       new String(singleValue,\n                                                  StateStorage.StringEncoding)),\n                                   StateStorage.NoOwnerId)\n                case TopologyStateType.MULTI =>\n                    MultiValueKey(stateKey,\n                                  multiValue)\n                case TopologyStateType.NULL_VAL =>\n                    SingleValueKey(stateKey,\n                                   None,\n                                   StateStorage.NoOwnerId)\n            }\n\n            snapshot.putIfAbsent(stateKey, stateValue)\n        }\n\n        def deserialize(byteArray: Array[Byte]): TopologySnapshot = {\n            \/\/ decode header\n            snapshotBuffer.wrap(byteArray)\n            snapshotHeaderDecoder.wrap(snapshotBuffer, 0)\n\n            validate(snapshotHeaderDecoder)\n\n            val offset = snapshotHeaderDecoder.offset() +\n                         snapshotHeaderDecoder.encodedLength()\n            snapshotMessageDecoder.wrap(snapshotBuffer,\n                                        offset,\n                                        snapshotHeaderDecoder.blockLength(),\n                                        snapshotHeaderDecoder.version())\n\n            val objectSnapshot = new ObjectSnapshot()\n            val objectClass = snapshotMessageDecoder.objectClass()\n            while (objectClass.hasNext) {\n                objectClass.next()\n                decodeObjectClass(objectClass, objectSnapshot)\n            }\n\n            val stateSnapshot = new StateSnapshot()\n            val stateOwner = snapshotMessageDecoder.stateOwner()\n            while (stateOwner.hasNext) {\n                stateOwner.next()\n                decodeStateOwner(stateOwner, stateSnapshot)\n            }\n\n            TopologySnapshot(objectSnapshot, stateSnapshot)\n        }\n\n    }\n\n}\n\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/services\/MockMidonetDiscovery.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services\n\nimport java.net.URI\n\nimport scala.reflect.ClassTag\n\nimport rx.Observable\n\nimport org.midonet.cluster.services.discovery.{MidonetDiscovery, MidonetDiscoveryClient, MidonetServiceHandler}\n\nclass MockMidonetDiscovery() extends MidonetDiscovery {\n    override def getClient[S](serviceName: String)(implicit tag: ClassTag[S])\n        : MidonetDiscoveryClient[S] = {\n            new MockMidonetServiceClient[S]\n        }\n\n        override def registerServiceInstance(serviceName: String,\n                                             address: String,\n                                             port: Int)\n        : MidonetServiceHandler = { null }\n\n        override def registerServiceInstance(serviceName: String,\n                                             uri: URI)\n        : MidonetServiceHandler = { null }\n\n        override def stop(): Unit = {}\n    }\n\n    class MockMidonetServiceClient[S] extends MidonetDiscoveryClient[S] {\n\n        override val observable: Observable[Seq[S]] = Observable.empty()\n\n        \/** Stop receiving service provider information. It closes resources\n          * used by cache and completes the observable. *\/\n        override def stop(): Unit = {}\n\n        \/** Get the current set of registered [[org.apache.curator.x.discovery.ServiceInstance]]. It's updated\n          * upon notification from the storage layer (ZooKeeper) so it could be\n          * outdated for a limited amount of time. Instances registered not\n          * complying with the client type S are filtered. *\/\n        override def instances: Seq[S] = Seq.empty\n    }\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/StorageWrapperTest.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.data.storage.cached\n\nimport java.util\n\nimport scala.concurrent.duration._\n\nimport org.junit.runner.RunWith\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, Matchers}\nimport org.scalatest.junit.JUnitRunner\n\nimport rx.observers.TestObserver\n\nimport org.midonet.cluster.cache.ObjectNotification.{MappedSnapshot => ObjSnapshot}\nimport org.midonet.cluster.data.storage.{InMemoryStorage, Storage}\nimport org.midonet.cluster.models.Topology.{Port, Router}\nimport org.midonet.cluster.util.ClassAwaitableObserver\nimport org.midonet.cluster.util.UUIDUtil.randomUuidProto\nimport org.midonet.util.concurrent._\nimport org.midonet.util.reactivex.{AssertableObserver, AwaitableObserver}\n\n@RunWith(classOf[JUnitRunner])\nclass StorageWrapperTest extends FeatureSpec with Matchers with BeforeAndAfter {\n\n    private val cacheTtl = 2000\n\n    private val router1Id = randomUuidProto\n    private val router1 = Router.newBuilder().setId(router1Id).build()\n    private val port1Id = randomUuidProto\n    private val port1 = Port.newBuilder().setId(port1Id).build()\n\n    private val objSnapshot = {\n        val objSnapshot = new ObjSnapshot()\n\n        val routerEntry = new util.HashMap[AnyRef, AnyRef]()\n        routerEntry.put(router1Id, router1)\n        objSnapshot.put(classOf[Router], routerEntry)\n\n        val portEntry = new util.HashMap[AnyRef, AnyRef]()\n        portEntry.put(port1Id, port1)\n        objSnapshot.put(classOf[Port], portEntry)\n\n        objSnapshot\n    }\n\n    private var store: Storage = _\n    private var wrapper: Storage = _\n\n    private def makeObservable[T]() =\n        new TestObserver[T] with AwaitableObserver[T] with AssertableObserver[T] {\n            override def assert() = {}\n        }\n\n    before {\n        store = new InMemoryStorage()\n        store.registerClass(classOf[Router])\n        store.registerClass(classOf[Port])\n        store.build()\n        wrapper = new StorageWrapper(cacheTtl, store, objSnapshot)\n    }\n\n    feature(\"Query cached objects in the wrapper\") {\n        scenario(\"Cached exists\") {\n            wrapper.exists(classOf[Router], router1Id).await() shouldBe true\n            wrapper.exists(classOf[Port], port1Id).await() shouldBe true\n        }\n\n        scenario(\"Cached exists for non-existent ids\") {\n            wrapper.exists(classOf[Router], randomUuidProto).await() shouldBe false\n        }\n\n        scenario(\"Invalidated cache for exists\") {\n            wrapper.asInstanceOf[StorageWrapper].invalidateCache()\n            wrapper.exists(classOf[Port], port1Id).await() shouldBe false\n        }\n\n        scenario(\"Get a cached object from the wrapper\") {\n            val cached = wrapper.get(classOf[Port], port1Id).await()\n            cached shouldBe port1\n        }\n\n        scenario(\"Get all cached objects from the wrapper\") {\n            val cached = wrapper.getAll(classOf[Router]).await()\n            cached.size shouldBe 1\n            cached.head shouldBe router1\n        }\n\n        scenario(\"Get all cached objects by id from the wrapper\") {\n            val cached = wrapper.getAll(classOf[Router], Seq(router1Id)).await()\n            cached.size shouldBe 1\n            cached.head shouldBe router1\n        }\n\n        scenario(\"Observe on a class\") {\n            val classObs = new ClassAwaitableObserver[Port](1)\n            val obs = makeObservable[Port]()\n            wrapper.observable(classOf[Port]).subscribe(classObs)\n            classObs.await(5 seconds, 0)\n            classObs.getOnNextEvents().get(0).subscribe(obs)\n            obs.awaitCompletion(5 seconds)\n\n            val ports = obs.getOnNextEvents()\n            ports.size() shouldBe 1\n            ports.get(0) shouldBe port1\n        }\n\n        scenario(\"Observe on a particular object\") {\n            val obs = makeObservable[Port]()\n            wrapper.observable(classOf[Port], port1Id).subscribe(obs)\n            obs.awaitCompletion(5 seconds)\n\n            val ports = obs.getOnNextEvents()\n            ports.size() shouldBe 1\n            ports.get(0) shouldBe port1\n        }\n    }\n\n    feature(\"Create, delete or update objects\") {\n        scenario(\"Only read operations are supported on the cache\") {\n            a [NotImplementedError] shouldBe thrownBy {\n                wrapper.create(Port.newBuilder().build())\n            }\n\n            a [NotImplementedError] shouldBe thrownBy {\n                wrapper.delete(classOf[Port], port1Id)\n            }\n\n            a [NotImplementedError] shouldBe thrownBy {\n                wrapper.update(Port.newBuilder().build())\n            }\n        }\n\n        scenario(\"After invalidation, write operations are supported\") {\n            wrapper.asInstanceOf[StorageWrapper].invalidateCache()\n            val port = Port.newBuilder().setId(randomUuidProto).build()\n\n            wrapper.create(port)\n            wrapper.update(port.toBuilder.setInterfaceName(\"test\").build())\n            wrapper.delete(classOf[Port], port.getId)\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/topology_cache\/TopologyCacheTest.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.topology_cache\n\nimport java.util.UUID\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nimport com.codahale.metrics.MetricRegistry\n\nimport org.apache.commons.io.FilenameUtils\nimport org.apache.curator.framework.CuratorFrameworkFactory\nimport org.apache.curator.retry.ExponentialBackoffRetry\nimport org.apache.curator.test.TestingServer\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, GivenWhenThen, Matchers}\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.ClusterConfig\nimport org.midonet.cluster.data.ZoomMetadata.ZoomOwner\nimport org.midonet.cluster.models.Topology.{Network, Port}\nimport org.midonet.cluster.services.{MidonetBackend, MidonetBackendService}\nimport org.midonet.cluster.topology.TopologyBuilder\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.conf.{HostIdGenerator, MidoTestConfigurator}\nimport org.midonet.minion.Context\nimport org.midonet.util.MidonetEventually\nimport org.midonet.util.logging.Logger\n\n@RunWith(classOf[JUnitRunner])\nclass TopologyCacheTest extends FeatureSpec\n                                with Matchers\n                                with GivenWhenThen\n                                with BeforeAndAfter\n                                with MidonetEventually\n                                with TopologyBuilder {\n\n    private var id: UUID = _\n\n    private var context: Context = _\n\n    private var backend: MidonetBackend = _\n\n    private var clusterConfig: ClusterConfig = _\n\n    private var metrics: MetricRegistry = _\n\n    private var testServer: TestingServer = _\n\n    private val log = Logger(LoggerFactory.getLogger(this.getClass))\n\n    before {\n        testServer = new TestingServer\n        log.debug(s\"CONNNECT STRING: ${testServer.getConnectString}\")\n        val config = MidoTestConfigurator.forClusters(\n            s\"\"\"\n               |zookeeper.zookeeper_hosts : \"${testServer.getConnectString}\"\n               |state_proxy.enabled : false\n             \"\"\".stripMargin)\n        id = UUID.randomUUID()\n        context = Context(id)\n        clusterConfig = new ClusterConfig(MidoTestConfigurator.forClusters(config))\n        metrics = new MetricRegistry()\n        val curator = CuratorFrameworkFactory.newClient(\n            clusterConfig.backend.hosts,\n            new ExponentialBackoffRetry(clusterConfig.backend.retryMs.toInt,\n                                        clusterConfig.backend.maxRetries))\n        curator.start()\n        HostIdGenerator.useTemporaryHostId()\n        backend = new MidonetBackendService(clusterConfig.backend, curator,\n                                            curator, metrics, None)\n        backend.startAsync().awaitRunning()\n    }\n\n    after {\n        backend.stopAsync().awaitTerminated()\n        testServer.stop()\n    }\n\n    feature(\"Topology Cache lifecycle\") {\n        scenario(\"Service starts and stops\") {\n            Given(\"A topology cache service\")\n            val cache = new TopologyCache(context,\n                                          backend,\n                                          clusterConfig,\n                                          metrics)\n\n            Then(\"The topology cache is enabled by default\")\n            cache.isEnabled shouldBe true\n\n            Then(\"The endpoint path is an absolute path as checked by the EndpointUserRegistrar\")\n            FilenameUtils.getPrefix(\n                FilenameUtils.normalizeNoEndSeparator(\n                    cache.endpointPath, true)) should not be \"\"\n\n\n            And(\"The topology cache starts\")\n            cache.startAsync().awaitRunning()\n\n            And(\"The topology cache stops\")\n            cache.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Requesting a snapshot before cache started.\") {\n            Given(\"A topology cache service\")\n            val cache = new TopologyCache(context,\n                                          backend,\n                                          clusterConfig,\n                                          metrics)\n\n            cache.snapshotProvider shouldBe null\n        }\n    }\n\n    feature(\"Spanshot is created without requests\") {\n        scenario(\"Non-empty storage\") {\n            Given(\"A topology cache service\")\n            val cache = new TopologyCache(context,\n                                          backend,\n                                          clusterConfig,\n                                          metrics)\n            cache.startAsync().awaitRunning()\n\n            eventually {\n                Then(\"There are no outstanding requests\")\n                cache.snapshotProvider.outstandingRequests shouldBe 0\n                cache.snapshotProvider.outstandingRequestsDone shouldBe null\n                And(\"The snapshot is not serialized yet\")\n                cache.snapshotProvider.serializedLength shouldBe 0\n            }\n\n            And(\"Some data in NSDB\")\n            backend.store.tryTransaction(ZoomOwner.None) { tx =>\n                val bridge = createBridge()\n                val port = createBridgePort(bridgeId = Option(bridge.getId.asJava))\n                tx.create(bridge)\n                tx.create(port)\n            }\n\n            eventually {\n                backend.store.tryTransaction(ZoomOwner.None) { tx =>\n                    tx.getAll(classOf[Port]).size shouldBe 1\n                    tx.getAll(classOf[Network]).size shouldBe 1\n                }\n            }\n\n            When(\"After some time\")\n            Thread.sleep(SECONDS.toMillis(TopologyCache.InitialSnapshotDelaySeconds))\n\n            eventually {\n                Then(\"There are no outstanding requests\")\n                cache.snapshotProvider.outstandingRequests shouldBe 0\n                cache.snapshotProvider.outstandingRequestsDone shouldBe null\n                And(\"The snapshot is serialized\")\n                cache.snapshotProvider.serializedLength should be > 0\n            }\n\n            And(\"Stop the cache to clear subscriptions\")\n            cache.stopAsync().awaitTerminated()\n        }\n    }\n\n    feature(\"Snapshot received upon request\") {\n        scenario(\"On an empty storage\") {\n            Given(\"A topology cache service\")\n            val cache = new TopologyCache(context,\n                                          backend,\n                                          clusterConfig,\n                                          metrics)\n            cache.startAsync().awaitRunning()\n\n            When(\"Requesting a snapshot\")\n            val f = cache.snapshotProvider.getAndRef()\n            cache.snapshotProvider.unref()\n            val snapshot = Await.result(f, 10 seconds)\n\n            Then(\"The snapshot is empty\")\n            snapshot.capacity() shouldBe 0\n\n            And(\"Stop the cache to clear subscriptions\")\n            cache.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Non-empty storage\") {\n            Given(\"A topology cache service\")\n            val cache = new TopologyCache(context,\n                                          backend,\n                                          clusterConfig,\n                                          metrics)\n            cache.startAsync().awaitRunning()\n\n            And(\"Some data in NSDB\")\n            backend.store.tryTransaction(ZoomOwner.None) { tx =>\n                val bridge = createBridge()\n                val port = createBridgePort(bridgeId = Option(bridge.getId.asJava))\n                tx.create(bridge)\n                tx.create(port)\n            }\n\n            eventually {\n                backend.store.tryTransaction(ZoomOwner.None) { tx =>\n                    tx.getAll(classOf[Port]).size shouldBe 1\n                    tx.getAll(classOf[Network]).size shouldBe 1\n                }\n            }\n\n            When(\"Requesting a snapshot\")\n            eventually {\n                val f = cache.snapshotProvider.getAndRef()\n                cache.snapshotProvider.unref()\n                val snapshot = Await.result(f, 10 seconds)\n\n                Then(\"The snapshot is not empty\")\n                snapshot.capacity() should not be 0\n            }\n\n            And(\"Stop the cache to clear subscriptions\")\n            cache.stopAsync().awaitTerminated()\n        }\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/HostRequestProxy.scala","text":"\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman\n\nimport java.net.{DatagramPacket, DatagramSocket, InetAddress}\nimport java.nio.ByteBuffer\nimport java.util.concurrent.Executors.newSingleThreadExecutor\nimport java.util.{UUID, HashMap => JHashMap, HashSet => JHashSet, Map => JMap, Set => JSet}\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\nimport akka.actor.ActorRef\n\nimport rx.Subscription\n\nimport org.midonet.cluster.storage.FlowStateStorage\nimport org.midonet.midolman.SimulationBackChannel.{BackChannelMessage, Broadcast}\nimport org.midonet.midolman.config.FlowStateConfig\nimport org.midonet.midolman.logging.ActorLogWithoutPath\nimport org.midonet.midolman.state.ConnTrackState._\nimport org.midonet.midolman.state.NatState._\nimport org.midonet.midolman.topology.devices.Host\nimport org.midonet.midolman.topology.{VirtualToPhysicalMapper => VTPM}\nimport org.midonet.packets.IPv4Addr\nimport org.midonet.packets.NatState.NatBinding\nimport org.midonet.services.flowstate.transfer.client.FlowStateInternalClient\nimport org.midonet.services.flowstate.{FlowStateInternalMessageHeaderSize, FlowStateInternalMessageType, MaxMessageSize, MaxPortIds}\nimport org.midonet.util.concurrent.ReactiveActor.{OnCompleted, OnError}\nimport org.midonet.util.concurrent._\n\nobject HostRequestProxy {\n\n    case class FlowStateBatch(\n            strongConnTrack: JSet[ConnTrackKey],\n            weakConnTrack: JSet[ConnTrackKey],\n            strongNat: JMap[NatKey, NatBinding],\n            weakNat: JMap[NatKey, NatBinding])\n            extends BackChannelMessage with Broadcast {\n\n        def merge(other: FlowStateBatch): FlowStateBatch = {\n            strongConnTrack.addAll(other.strongConnTrack)\n            weakConnTrack.addAll(other.strongConnTrack)\n            strongNat.putAll(other.strongNat)\n            weakNat.putAll(other.weakNat)\n            this\n        }\n\n        def size() =\n            strongConnTrack.size() +\n            weakConnTrack.size() +\n            strongNat.size() +\n            weakNat.size()\n    }\n\n    def EmptyFlowStateBatch = FlowStateBatch(new JHashSet[ConnTrackKey](),\n                                             new JHashSet[ConnTrackKey](),\n                                             new JHashMap[NatKey, NatBinding](),\n                                             new JHashMap[NatKey, NatBinding]())\n}\n\n\n\/**\n  * This actor creates a host subscription in the VTPM on behalf of another\n  * subscriber. It will proxy requests making sure per-flow state for the\n  * host's ports is fetched from Cassandra before the subscriber receives\n  * the host object.\n  *\/\nclass HostRequestProxy(hostId: UUID,\n                       backChannel: SimulationBackChannel,\n                       storageFuture: Future[FlowStateStorage[ConnTrackKey, NatKey]],\n                       subscriber: ActorRef,\n                       underlayResolver: UnderlayResolver,\n                       flowStateConfig: FlowStateConfig)\n    extends ReactiveActor[Host] with ActorLogWithoutPath\n    with SingleThreadExecutionContextProvider {\n\n    override def logSource = \"org.midonet.datapath-control.host-proxy\"\n\n    import org.midonet.midolman.HostRequestProxy._\n\n    import context.{dispatcher, system}\n\n    case object ReSync\n\n    private var lastPorts: Set[UUID] = Set.empty\n    private val belt = new ConveyorBelt(_ => {})\n    private var subscription: Subscription = null\n\n    private val tcpClientExecutionContext =\n        ExecutionContext.fromExecutor(newSingleThreadExecutor)\n\n    private val tcpClient: FlowStateInternalClient =\n        new FlowStateInternalClient(flowStateConfig)\n\n    override def preStart(): Unit = {\n        VTPM.hosts(hostId).subscribe(this)\n    }\n\n    override def postStop(): Unit = {\n        if (subscription ne null) {\n            subscription.unsubscribe()\n            subscription = null\n        }\n    }\n\n    \/* Used for sending flow state messages to minion. TODO: do a common\n       frontend for udp and tcp messages sent to the minion *\/\n    private val flowStateSocket = new DatagramSocket()\n    private val flowStatePacket =\n        new DatagramPacket(Array.emptyByteArray, 0,\n                           InetAddress.getLoopbackAddress, flowStateConfig.port)\n    private val flowStateBuffer = ByteBuffer.allocate(MaxMessageSize)\n\n    private def requestLegacyStateForPort(portInfo: (UUID, UUID)): Future[FlowStateBatch] =\n        storageFuture.flatMap { storage =>\n            val (port, _) = portInfo\n\n            val scf = storage.fetchStrongConnTrackRefs(port)\n            val wcf = storage.fetchWeakConnTrackRefs(port)\n            val snf = storage.fetchStrongNatRefs(port)\n            val wnf = storage.fetchWeakNatRefs(port)\n\n            ((scf zip wcf) zip (snf zip wnf)) map {\n                case ((sc, wc), (sn, wn)) => FlowStateBatch(sc, wc, sn, wn)\n            }\n        }\n\n    private def requestStateForPort(portInfo: (UUID, UUID)): Future[FlowStateBatch] = {\n        val (port, previousOwnerId) = portInfo\n\n        Future {\n            if (previousOwnerId == null || previousOwnerId == hostId) {\n                log debug s\"Requesting local flow state for port: $port\"\n                tcpClient.internalFlowStateFrom(port)\n            } else {\n                log debug s\"Requesting remote flow state for port: $port\"\n                val ip = resolveHostIp(previousOwnerId)\n\n                ip match {\n                    case Some(hostIp) =>\n                        tcpClient.remoteFlowStateFrom(hostIp, port)\n                    case None =>\n                        log.debug(\n                            s\"Host $previousOwnerId is not registered in\" +\n                            \" any tunnel zone when trying to fetch flow state from it.\")\n                        EmptyFlowStateBatch\n                }\n            }\n        }(tcpClientExecutionContext)\n    }\n\n    private def stateForPorts(bindings: Map[UUID, UUID],\n                              request: ((UUID, UUID)) => Future[FlowStateBatch],\n                              source: String): Future[FlowStateBatch] =\n        mergedBatches(bindings map request)\n            .andThen {\n                case Success(stateBatch) =>\n                    log.debug(s\"Fetched ${stateBatch.size()} pieces of \" +\n                              s\"flow state for ports ${bindings.keySet} \" +\n                              s\"from $source\")\n                    backChannel tell stateBatch\n                case Failure(e) =>\n                    log.warn(s\"Failed to fetch state from $source: ${e.getMessage}\")\n            }(singleThreadExecutionContext)\n\n    private def mergedBatches(batches: Iterable[Future[FlowStateBatch]]) =\n        Future.fold(batches)(EmptyFlowStateBatch) {\n            (left: FlowStateBatch, right: FlowStateBatch) => left.merge(right)\n        }\n\n    private def resolveHostIp(id: UUID) =\n        underlayResolver.peerTunnelInfo(id)\n                        .map(route => IPv4Addr.intToString(route.dstIp))\n\n    def updateOwnedPorts(portIds: Set[UUID]): Unit = {\n        flowStateBuffer.clear()\n        val size = Math.min(MaxPortIds, portIds.size)\n        flowStateBuffer.putInt(FlowStateInternalMessageType.OwnedPortsUpdate)\n        flowStateBuffer.putInt(size * 16) \/\/ UUID size = 16 bytes\n        for (portId <- portIds) {\n            flowStateBuffer.putLong(portId.getMostSignificantBits)\n            flowStateBuffer.putLong(portId.getLeastSignificantBits)\n        }\n        flowStatePacket.setData(flowStateBuffer.array,\n                                0,\n                                size * 16 + FlowStateInternalMessageHeaderSize)\n        flowStateSocket.send(flowStatePacket)\n    }\n\n    override def receive = super.receive orElse {\n        case ReSync =>\n            log.debug(\"Re-syncing port bindings\")\n            if (subscription ne null) {\n                subscription.unsubscribe()\n            }\n            subscription = VTPM.hosts(hostId).subscribe(this)\n\n        case host: Host =>\n            log.debug(\"Received host update {}\", host)\n            subscriber ! host\n            updateOwnedPorts(host.portBindings.keySet)\n            belt.handle(() => {\n                val ports = for ((id, binding) <- host.portBindings if !lastPorts.contains(id))\n                    yield id -> binding.previousHostId\n\n                lastPorts = host.portBindings.keySet\n                Future.sequence(Seq(\n                    stateForPorts(ports, requestLegacyStateForPort,\n                                  \"legacy storage (Cassandra)\"),\n                    stateForPorts(ports, requestStateForPort,\n                                  \"local storage\")))\n            })\n\n        case OnCompleted =>\n            log.warn(\"Host deleted in storage: this is unexpected and the \" +\n                     \"agent will stop processing host updates\")\n\n        case OnError(e) =>\n            log.error(\"Host emitted error: this is unexpected and the agent\" +\n                      \"will stop processing host updates\", e)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/openstack\/metadata\/MetadataServiceManagerActorTest.scala","text":"<reponame>obino\/midonet<gh_stars>100-1000\n\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.openstack.metadata\n\nimport akka.actor.ActorRef\nimport akka.actor.ActorSystem\nimport akka.testkit.TestActorRef\nimport java.util.UUID\n\nimport org.junit.runner.RunWith\nimport org.mockito.Matchers.any\nimport org.mockito.Matchers.{eq => mockEq}\nimport org.mockito.Mockito.never\nimport org.mockito.Mockito.verify\nimport org.mockito.Mockito.when\nimport org.scalatest.BeforeAndAfter\nimport org.scalatest.FeatureSpecLike\nimport org.scalatest.Matchers\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\n\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.midolman.config.MidolmanConfig\nimport org.midonet.midolman.topology.VirtualToPhysicalMapper.LocalPortActive\nimport org.midonet.midolman.util.TestDatapathState\n\nimport scala.collection.mutable.{Map => MutMap}\n\n@RunWith(classOf[JUnitRunner])\nclass MetadataServiceManagerActorTest extends FeatureSpecLike\n        with Matchers\n        with BeforeAndAfter\n        with MockitoSugar {\n\n    var actorRef: ActorRef = _\n    implicit var as: ActorSystem = _\n\n    var mockBackend: MidonetBackend = _\n    var mockConfig: MidolmanConfig = _\n    var mockDpState: TestDatapathState = _\n    var mockPlumber: Plumber = _\n    var mockDatapathInterface: DatapathInterface = _\n    var mockStore: StorageClient = _\n\n    before {\n        mockBackend = mock[MidonetBackend]\n        mockConfig = mock[MidolmanConfig]\n        mockDpState = new TestDatapathState()\n        mockPlumber = mock[Plumber]\n        when(mockPlumber.dpState).thenReturn(mockDpState)\n        mockDatapathInterface = mock[DatapathInterface]\n        mockStore = mock[StorageClient]\n        as = ActorSystem()\n        actorRef = TestActorRef(new TestableMetadataServiceManagerActor(\n            mockBackend,\n            mockConfig,\n            mockPlumber,\n            mockDatapathInterface,\n            mockStore\n        ))\n    }\n\n    after {\n        as stop actorRef\n        as.shutdown\n    }\n\n    private def mockedInfoFor(portId: UUID): Option[InstanceInfo] = {\n        val info = mock[InstanceInfo]\n        when(info.portId).thenReturn(portId)\n        Some(info)\n    }\n\n    feature(\"MetadataServiceManagerActor\") {\n        scenario(\"port active found\") {\n            val portJId = UUID.randomUUID\n            val dpPortNumber = 1\n            val addr = \"1.2.3.4\"\n            val info = mockedInfoFor(portJId)\n            mockDpState.dpPortNumberForVport = MutMap(portJId -> dpPortNumber)\n\n            when(mockStore.getComputePortInfo(portJId)).thenReturn(info)\n            when(mockPlumber.plumb(mockEq(info.get), any())).thenReturn(addr)\n            actorRef ! LocalPortActive(portJId, dpPortNumber, true)\n            verify(mockStore).getComputePortInfo(portJId)\n            InstanceInfoMap getByAddr addr shouldBe info\n        }\n\n        scenario(\"port active with same dpPort (invalid) as previous one\") {\n            val portJId = UUID.randomUUID\n            val portJId2 = UUID.randomUUID\n            val dpPortNumber = 1\n            val addr = \"1.2.3.4\"\n            val info = mockedInfoFor(portJId)\n            val info2 = mockedInfoFor(portJId2)\n            mockDpState.dpPortNumberForVport = MutMap(portJId -> dpPortNumber)\n\n            when(mockStore.getComputePortInfo(portJId)).thenReturn(info)\n            when(mockStore.getComputePortInfo(portJId2)).thenReturn(info2)\n            when(mockPlumber.plumb(mockEq(info.get), any())).thenReturn(addr)\n\n            actorRef ! LocalPortActive(portJId, dpPortNumber, true)\n            verify(mockStore).getComputePortInfo(portJId)\n            InstanceInfoMap getByAddr addr shouldBe info\n            actorRef ! LocalPortActive(portJId2, dpPortNumber, true)\n            verify(mockStore, never()).getComputePortInfo(portJId2)\n            \/\/ We should see the valid one if we search by address\n            InstanceInfoMap getByAddr addr shouldBe info\n            InstanceInfoMap getByPortId portJId shouldBe Some(addr)\n            \/\/ The stale port was not added to the map\n            InstanceInfoMap getByPortId portJId2 shouldBe None\n\n            actorRef ! LocalPortActive(portJId, dpPortNumber, false)\n            InstanceInfoMap getByPortId portJId shouldBe None\n            \/\/ If we happen to receive the inactive message for the stale port,\n            \/\/ we should do nothing and not fail.\n            actorRef ! LocalPortActive(portJId2, dpPortNumber, false)\n            InstanceInfoMap getByPortId portJId2 shouldBe None\n        }\n\n        scenario(\"port active with same dpPort (valid) as previous one\") {\n            val portJId = UUID.randomUUID\n            val portJId2 = UUID.randomUUID\n            val dpPortNumber = 1\n            val addr = \"1.2.3.4\"\n            val info = mockedInfoFor(portJId)\n            val info2 = mockedInfoFor(portJId2)\n            mockDpState.dpPortNumberForVport = MutMap(portJId2 -> dpPortNumber)\n\n            when(mockStore.getComputePortInfo(portJId)).thenReturn(info)\n            when(mockStore.getComputePortInfo(portJId2)).thenReturn(info2)\n            when(mockPlumber.plumb(mockEq(info2.get), any())).thenReturn(addr)\n\n            actorRef ! LocalPortActive(portJId, dpPortNumber, true)\n            verify(mockStore, never()).getComputePortInfo(portJId)\n            InstanceInfoMap getByAddr addr shouldBe None\n            actorRef ! LocalPortActive(portJId2, dpPortNumber, true)\n            verify(mockStore).getComputePortInfo(portJId2)\n            \/\/ We should see the valid one if we search by address\n            InstanceInfoMap getByAddr addr shouldBe info2\n            InstanceInfoMap getByPortId portJId2 shouldBe Some(addr)\n            \/\/ The stale port was not added to the map\n            InstanceInfoMap getByPortId portJId shouldBe None\n\n            \/\/ If we happen to receive the inactive message for the stale port,\n            \/\/ we should do nothing and not fail.\n            actorRef ! LocalPortActive(portJId, dpPortNumber, false)\n            InstanceInfoMap getByPortId portJId shouldBe None\n            actorRef ! LocalPortActive(portJId2, dpPortNumber, false)\n            InstanceInfoMap getByPortId portJId2 shouldBe None\n        }\n\n        scenario(\"port active not found\") {\n            val portJId = UUID.randomUUID\n            val dpPortNumber = 1\n            val infoOpt = None\n            mockDpState.dpPortNumberForVport = MutMap(portJId -> dpPortNumber)\n\n            when(mockStore.getComputePortInfo(portJId)).thenReturn(infoOpt)\n            actorRef ! LocalPortActive(portJId, dpPortNumber, true)\n            verify(mockStore).getComputePortInfo(portJId)\n            verify(mockPlumber, never()).plumb(any(), any())\n        }\n\n        scenario(\"port inactive found\") {\n            val portJId = UUID.randomUUID\n            val addr = \"1.2.3.4\"\n            val info = mock[InstanceInfo]\n\n            InstanceInfoMap.put(addr, portJId, info)\n            actorRef ! LocalPortActive(portJId, -1, false)\n            verify(mockPlumber).unplumb(mockEq(addr), mockEq(info), any())\n            InstanceInfoMap getByAddr addr shouldBe None\n            verify(mockStore, never()).getComputePortInfo(any())\n        }\n\n        scenario(\"port inactive not found\") {\n            val portJId = UUID.randomUUID\n\n            actorRef ! LocalPortActive(portJId, -1, false)\n            verify(mockPlumber, never()).unplumb(any(), any(), any())\n            verify(mockStore, never()).getComputePortInfo(any())\n        }\n    }\n}\n\nclass TestableMetadataServiceManagerActor(\n        backend: MidonetBackend,\n        config: MidolmanConfig,\n        plumber: Plumber,\n        datapathInterface: DatapathInterface,\n        val store0: StorageClient\n    ) extends MetadataServiceManagerActor(\n        backend,\n        config,\n        plumber,\n        datapathInterface\n    ) {\n\n    override def preStart() = {\n        store = store0\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/flows\/NativeFlowController.scala","text":"<reponame>obino\/midonet<filename>midolman\/src\/main\/scala\/org\/midonet\/midolman\/flows\/NativeFlowController.scala\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.flows\n\nimport java.util.ArrayList\n\nimport org.midonet.Util\nimport org.midonet.insights.Insights\nimport org.midonet.odp.FlowMatch\nimport org.midonet.odp.FlowMatches\nimport org.midonet.midolman.CallbackRegistry\nimport org.midonet.midolman.CallbackRegistry.CallbackSpec\nimport org.midonet.midolman.config.MidolmanConfig\nimport org.midonet.midolman.datapath.FlowProcessor\nimport org.midonet.midolman.{FlowController, FlowControllerDeleterImpl}\nimport org.midonet.midolman.PacketWorkersService\nimport org.midonet.midolman.flows.{NativeFlowControllerJNI => JNI}\nimport org.midonet.midolman.flows.FlowExpirationIndexer.Expiration\nimport org.midonet.midolman.monitoring.MeterRegistry\nimport org.midonet.midolman.monitoring.metrics.PacketPipelineMetrics\nimport org.midonet.sdn.flows.FlowTagger.FlowTag\nimport org.midonet.util.concurrent.NanoClock\n\nobject NativeFlowController {\n    var loaded = false\n    def loadNativeLibrary() = synchronized {\n        if (!loaded) {\n            System.loadLibrary(\"nativeFlowController\")\n            loaded = true\n        }\n    }\n}\n\nclass NativeFlowController(config: MidolmanConfig,\n                           clock: NanoClock,\n                           flowProcessor: FlowProcessor,\n                           datapathId: Int,\n                           workerId: Int,\n                           metrics: PacketPipelineMetrics,\n                           meters: MeterRegistry,\n                           cbRegistry: CallbackRegistry,\n                           insights: Insights) extends FlowController {\n    NativeFlowController.loadNativeLibrary()\n\n    private val numWorkers = PacketWorkersService.numWorkers(config)\n    private val maxFlows = Math.min(Util.findNextPositivePowerOfTwo(\n                                        config.datapath.maxFlowCount \/ numWorkers),\n                                    FlowController.MaxTableSize)\n    private val flowTable = JNI.createFlowTable(maxFlows)\n    private val indexer = JNI.createFlowTagIndexer()\n    private val expirer = JNI.createFlowExpirationIndexer()\n    private val deleter = new FlowControllerDeleterImpl(flowProcessor,\n                                                        datapathId,\n                                                        meters,\n                                                        insights)\n\n    override def addFlow(fmatch: FlowMatch, flowTags: ArrayList[FlowTag],\n                         removeCallbacks: ArrayList[CallbackSpec],\n                         expiration: Expiration): ManagedFlow = {\n        ensureSpace(1)\n\n        val flow = addFlow(fmatch, expiration)\n        flow.addCallbacks(removeCallbacks)\n        flow.addTags(flowTags)\n        registerFlow(flow, flowTags, expiration)\n        metrics.dpFlowsMetric.mark(1)\n        flow\n    }\n\n    override def addRecircFlow(fmatch: FlowMatch,\n                               recircMatch: FlowMatch,\n                               flowTags: ArrayList[FlowTag],\n                               removeCallbacks: ArrayList[CallbackSpec],\n                               expiration: Expiration): ManagedFlow = {\n        ensureSpace(2)\n        val flow = addFlow(recircMatch, expiration)\n        val outerFlow = addFlow(fmatch, expiration)\n        flow.setLinkedId(outerFlow.id)\n        flow.addCallbacks(removeCallbacks)\n        flow.addTags(flowTags)\n        outerFlow.setLinkedId(flow.id)\n        registerFlow(flow, flowTags, expiration)\n        metrics.dpFlowsMetric.mark(2)\n        flow\n    }\n\n    private def registerFlow(flow: ManagedFlow,\n                             tags: ArrayList[FlowTag],\n                             expiration: Expiration): Unit = {\n        val absoluteExpirationNanos = clock.tick + expiration.value\n        meters.trackFlow(flow.flowMatch, tags)\n        insights.flowAdded(flow.flowMatch, tags, absoluteExpirationNanos)\n    }\n\n    override def removeDuplicateFlow(mark: Int): Unit = {\n        val flow = flowForMark(mark)\n        if (flow != null) {\n            val linkedId = flow.linkedId\n            flow.forget()\n            metrics.dpFlowsRemovedMetric.mark(1)\n            if (linkedId >= 0) {\n                removeFlow(linkedId)\n            }\n        }\n    }\n\n    override def flowExists(mark: Int): Boolean = {\n        val index = mark & FlowController.IndexMask\n        val id = JNI.flowTableIdAtIndex(flowTable, index)\n        id >= 0\n    }\n\n    override def invalidateFlowsFor(tag: FlowTag): Unit = {\n        val invalid = JNI.flowTagIndexerInvalidate(indexer, tag.toLongHash)\n        try {\n            val count = JNI.flowTagIndexerInvalidFlowsCount(invalid)\n            var i = 0\n            while (i < count) {\n                val id = JNI.flowTagIndexerInvalidFlowsGet(invalid, i)\n                removeFlow(id)\n                i += 1\n            }\n        } finally {\n            JNI.flowTagIndexerInvalidFlowsFree(invalid)\n        }\n    }\n\n    override def shouldProcess: Boolean = deleter.shouldProcess()\n\n    override def process(): Unit = {\n        deleter.processCompletedFlowOperations()\n        val now = clock.tick\n        var flowId = JNI.flowExpirationIndexerPollForExpired(expirer, now)\n        while (flowId != ManagedFlow.NoFlow) {\n            removeFlow(flowId)\n            flowId = JNI.flowExpirationIndexerPollForExpired(expirer, now)\n        }\n    }\n\n    private def addFlow(flowMatch: FlowMatch, expiration: Expiration)\n    : NativeManagedFlow = {\n        val id = JNI.flowTablePutFlow(flowTable, FlowMatches.toBytes(flowMatch))\n        JNI.flowExpirationIndexerEnqueueFlowExpiration(\n            expirer, id, clock.tick + expiration.value, expiration.typeId)\n        new NativeManagedFlow(id)\n    }\n\n    private def removeFlow(id: Long): Unit = {\n        val flow = flowForId(id)\n        if (flow != null) {\n            deleter.removeFlowFromDatapath(flow.flowMatch, flow.sequence)\n            val linkedId = flow.linkedId\n            flow.forget()\n\n            if (linkedId >= 0) {\n                removeFlow(linkedId)\n            }\n            metrics.dpFlowsRemovedMetric.mark(1)\n        }\n    }\n\n    private def flowForId(id: Long): NativeManagedFlow = {\n        val index = (id & FlowController.IndexMask).toInt\n        val idInTable = JNI.flowTableIdAtIndex(flowTable, index)\n        if (idInTable >= 0 && id == idInTable) {\n            new NativeManagedFlow(id)\n        } else {\n            null\n        }\n    }\n\n    private def flowForMark(mark: Int): NativeManagedFlow = {\n        if (mark >> FlowController.IndexShift != workerId) {\n            return null\n        }\n        val index = mark & FlowController.IndexMask\n        val id = JNI.flowTableIdAtIndex(flowTable, index)\n        if (id >= 0) {\n            new NativeManagedFlow(id)\n        } else {\n            null\n        }\n    }\n\n    private[flows] def ensureSpace(count: Int): Unit = {\n        while (JNI.flowTableOccupied(flowTable) + count > maxFlows) {\n            val toEvict = JNI.flowExpirationIndexerEvictFlow(expirer)\n            removeFlow(toEvict)\n        }\n    }\n\n    class NativeManagedFlow(val id: Long) extends ManagedFlow {\n        override val flowMatch: FlowMatch =\n            FlowMatches.fromBytes(JNI.flowTableFlowMatch(flowTable, id))\n\n        override def mark: Int = ((id & FlowController.IndexMask).toInt |\n                                      (workerId << FlowController.IndexShift))\n        override def sequence: Long = JNI.flowTableFlowSequence(flowTable, id)\n        override def assignSequence(seq: Long): Unit =\n            JNI.flowTableFlowSetSequence(flowTable, id, seq)\n\n        def linkedId: Long = JNI.flowTableFlowLinkedId(flowTable, id)\n        def setLinkedId(linkedId: Long): Unit =\n            JNI.flowTableFlowSetLinkedId(flowTable, id, linkedId)\n\n        def callbacks(): ArrayList[CallbackSpec] = {\n            val count = JNI.flowTableFlowCallbackCount(flowTable, id)\n            val callbacks = new ArrayList[CallbackSpec](count)\n            var i = 0\n            while (i < count) {\n                val cbid = JNI.flowTableFlowCallbackId(flowTable, id, i)\n                val args = JNI.flowTableFlowCallbackArgs(flowTable, id, i)\n                callbacks.add(i, new CallbackSpec(cbid, args))\n                i += 1\n            }\n            callbacks\n        }\n\n        def addCallbacks(callbacks: ArrayList[CallbackSpec]): Unit = {\n            var i = 0\n            while (i < callbacks.size) {\n                val spec = callbacks.get(i)\n                JNI.flowTableFlowAddCallback(flowTable, id,\n                                             spec.id, spec.args)\n                i += 1\n            }\n        }\n\n        def addTags(tags: ArrayList[FlowTag]): Unit = {\n            val tagsArray = new Array[Long](tags.size)\n            var i = 0\n            while (i < tagsArray.length) {\n                tagsArray(i) = tags.get(i).toLongHash\n                i += 1\n            }\n            JNI.flowTagIndexerIndexFlowTags(indexer, id, tagsArray)\n        }\n\n        def forget(): Unit = {\n            JNI.flowTagIndexerRemoveFlow(indexer, id)\n            cbRegistry.runAndClear(callbacks())\n            JNI.flowTableClearFlow(flowTable, id)\n        }\n\n        override def toString: String = toString(linkedId)\n\n        private def toString(linkedFlowId: Long): String = {\n            \"NativeManagedFlow{\" +\n                s\"objref=${System.identityHashCode(this)}\" +\n                s\", flowMatch=$flowMatch\" +\n                s\", flowMatch hash=${flowMatch.hashCode()}\" +\n                s\", sequence=$sequence\" +\n                (if (linkedFlowId > 0) s\", linked flow=${new NativeManagedFlow(linkedFlowId).toString(-1)}\" else \"\") +\n                '}'\n        }\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/c3po\/translators\/SecurityGroupTranslator.scala","text":"\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.c3po.translators\n\nimport scala.collection.JavaConverters._\n\nimport org.midonet.cluster.data.storage.Transaction\nimport org.midonet.cluster.models.Commons.{RuleDirection, UUID}\nimport org.midonet.cluster.models.Neutron.{NeutronPort, SecurityGroup, SecurityGroupRule}\nimport org.midonet.cluster.models.Topology.Rule.Type.JUMP_RULE\nimport org.midonet.cluster.models.Topology.{Chain, IPAddrGroup, Rule}\nimport org.midonet.cluster.services.c3po.NeutronTranslatorManager.Operation\nimport org.midonet.cluster.services.c3po.translators.SecurityGroupTranslator._\nimport org.midonet.cluster.util.UUIDUtil\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.util.StringUtil.indent\n\nclass SecurityGroupTranslator\n    extends Translator[SecurityGroup] with ChainManager with RuleManager {\n\n    protected override def translateCreate(tx: Transaction,\n                                           securityGroup: SecurityGroup)\n    : Unit = {\n\n        \/\/ Get Neutron rules and divide into egress and ingress rules.\n        val neutronRules = securityGroup.getSecurityGroupRulesList.asScala.toList\n        val (neutronIngressRules, neutronEgressRules) =\n            neutronRules.partition(_.getDirection == RuleDirection.INGRESS)\n\n        val outboundRules = neutronIngressRules.flatMap(\n            SecurityGroupRuleManager.translate)\n        val inboundRules = neutronEgressRules.flatMap(\n            SecurityGroupRuleManager.translate)\n\n        val inboundChainId = inChainId(securityGroup.getId)\n        val outboundChainId = outChainId(securityGroup.getId)\n\n        val inboundChain =\n            newChain(inboundChainId, egressChainName(securityGroup.getId))\n        val outboundChain =\n            newChain(outboundChainId, ingressChainName(securityGroup.getId))\n\n        val ipAddrGroup = IPAddrGroup.newBuilder\n            .setId(securityGroup.getId)\n            .setName(securityGroup.getName)\n            .setInboundChainId(inboundChainId)\n            .setOutboundChainId(outboundChainId)\n            .build()\n\n        tx.create(securityGroup)\n        securityGroup.getSecurityGroupRulesList.asScala.foreach(tx.create)\n        tx.create(inboundChain)\n        tx.create(outboundChain)\n        inboundRules.foreach(tx.create)\n        outboundRules.foreach(tx.create)\n        tx.create(ipAddrGroup)\n\n        if (log.isTraceEnabled) {\n            def toString(rules: Seq[Rule]): String = {\n                rules.map(indent(_, 4)).mkString(\"\\n\")\n            }\n\n            log.trace(s\"Translated security group: ${securityGroup.getId.asJava} \" +\n                      s\"ipAddrGroup: \\n${indent(ipAddrGroup, 4)}\\n\" +\n                      s\"inboundChain: \\n${indent(inboundChain, 4)}\\n\" +\n                      s\"inboundRules: \\n${toString(inboundRules)}\\n\" +\n                      s\"outboundChain: \\n${indent(outboundChain, 4)}\\n\" +\n                      s\"outboundRules: \\n${toString(outboundRules)}\\n\")\n        }\n    }\n\n    protected override def translateUpdate(tx: Transaction,\n                                           newSecurityGroup: SecurityGroup)\n    : Unit = {\n        \/\/ Neutron doesn't modify rules via SecurityGroup update, but instead\n        \/\/ always passes in an empty list of rules. The only property modifiable\n        \/\/ via a Neutron SecurityGroup update that gets copied to a Midonet\n        \/\/ object is the name, so we can just update that.\n\n        val oldIpAddrGroup = tx.get(classOf[IPAddrGroup], newSecurityGroup.getId)\n        val oldSecurityGroup = tx.get(classOf[SecurityGroup], newSecurityGroup.getId)\n\n        tx.update(oldIpAddrGroup.toBuilder\n                      .setName(newSecurityGroup.getName).build())\n        tx.update(oldSecurityGroup.toBuilder\n                      .setName(newSecurityGroup.getName)\n                      .setDescription(newSecurityGroup.getDescription)\n                      .build())\n    }\n\n\n    \/* Keep the original model as is by default. Override if the model does not\n     * need to be maintained, or need some special handling. *\/\n    override protected def retainHighLevelModel(tx: Transaction,\n                                                op: Operation[SecurityGroup])\n    : List[Operation[SecurityGroup]] = {\n        List()\n    }\n\n    protected override def translateDelete(tx: Transaction,\n                                           securityGroup: SecurityGroup)\n    : Unit = {\n        \/\/ MI-1210: On at least one occasion, Neutron has attempted to delete a\n        \/\/ SecurityGroup that still had at least one port associated with it, so\n        \/\/ make sure to clean up any Port references to this SecurityGroup.\n        cleanUpPortBackrefs(tx, securityGroup.getId)\n\n        \/\/ MNA-1283\n        \/\/ Sometimes, some rules pointing to IP address group remain after\n        \/\/ group itself was deleted with corresponding security group. These\n        \/\/ rules will cause midolman to fail and blackhole traffic\n        cleanUpIpAddrGroupBackrefs(tx, securityGroup.getId)\n\n        \/\/ Delete associated SecurityGroupRules.\n        securityGroup.getSecurityGroupRulesList.asScala.foreach { rule =>\n            tx.delete(classOf[SecurityGroupRule], rule.getId, ignoresNeo = true)\n        }\n        tx.delete(classOf[Chain], inChainId(securityGroup.getId), ignoresNeo = true)\n        tx.delete(classOf[Chain], outChainId(securityGroup.getId), ignoresNeo = true)\n        tx.delete(classOf[IPAddrGroup], securityGroup.getId, ignoresNeo = true)\n        tx.delete(classOf[SecurityGroup], securityGroup.getId, ignoresNeo = true)\n\n    }\n\n    private def cleanUpIpAddrGroupBackrefs(tx: Transaction, sgId: UUID): Unit = {\n        val rules = tx.getAll(classOf[Rule])\n        for (rule <- rules if rule.getCondition.getIpAddrGroupIdDst == sgId ||\n            rule.getCondition.getIpAddrGroupIdSrc == sgId) {\n            log.warn(\"IpAddrGroup {} deleted while still associated with \" +\n                     \"Rule {}. This should not happen, but will be handled \" +\n                     \"correctly.\", UUIDUtil.toString(sgId):Any, UUIDUtil.toString(rule.getId):Any)\n            tx.delete(classOf[Rule], rule.getId)\n        }\n    }\n\n    private def cleanUpPortBackrefs(tx: Transaction, sgId: UUID): Unit = {\n        val sgInChainId = inChainId(sgId)\n        val sgOutChainId = outChainId(sgId)\n        val ipAddrGrp = tx.get(classOf[IPAddrGroup], sgId)\n        for (ipAddrPorts <- ipAddrGrp.getIpAddrPortsList.asScala;\n             portId <- ipAddrPorts.getPortIdsList.asScala) {\n            log.warn(\"SecurityGroup {} deleted while still associated with \" +\n                     \"Port {}. This should not happen, but will be handled \" +\n                     \"correctly.\", Array[AnyRef](sgId, portId))\n\n            \/\/ Get the NeutronPort and remove the reference to this SG.\n            val nPort = tx.get(classOf[NeutronPort], portId)\n            val idx = nPort.getSecurityGroupsList.indexOf(sgId)\n            val bldr = nPort.toBuilder.removeSecurityGroups(idx)\n            tx.update(bldr.build())\n\n            \/\/ Remove the jump rules from the port's chains.\n            val Seq(inChain, outChain) = tx.getAll(\n                classOf[Chain], Seq(inChainId(portId), outChainId(portId)))\n            val ruleIds = inChain.getRuleIdsList ++ outChain.getRuleIdsList\n            val rules = tx.getAll(classOf[Rule], ruleIds)\n            for (rule <- rules if rule.getType == JUMP_RULE) {\n                val jumpChainId = rule.getJumpRuleData.getJumpChainId\n                if (jumpChainId == sgInChainId || jumpChainId == sgOutChainId) {\n                    tx.delete(classOf[Rule], rule.getId)\n                }\n            }\n        }\n    }\n}\n\nobject SecurityGroupTranslator {\n    def ingressChainName(sgId: UUID) =\n        \"OS_SG_\" + UUIDUtil.toString(sgId) + \"_\" + RuleDirection.INGRESS\n\n    def egressChainName(sgId: UUID) =\n        \"OS_SG_\" + UUIDUtil.toString(sgId) + \"_\" + RuleDirection.EGRESS\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/topology\/GatewayMappingService.scala","text":"<reponame>obino\/midonet<gh_stars>100-1000\n\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.topology\n\nimport java.util.UUID\nimport java.util.concurrent.ConcurrentHashMap\nimport java.util.concurrent.atomic.AtomicBoolean\n\nimport scala.concurrent.{Future, Promise}\n\nimport com.google.common.util.concurrent.AbstractService\n\nimport rx.Observer\nimport rx.subscriptions.CompositeSubscription\n\nimport org.midonet.cluster.data.storage.StateTable.Update\nimport org.midonet.cluster.data.storage.{StateTable, StorageException}\nimport org.midonet.cluster.models.Neutron.NeutronNetwork\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.midolman.NotYetException\nimport org.midonet.midolman.logging.MidolmanLogging\nimport org.midonet.midolman.simulation.{BridgePort, Port}\nimport org.midonet.util.logging.Logger\n\nobject GatewayMappingService {\n\n    \/**\n      * Tries to return a gateway for the specified FIP64 downlink port, if one\n      * is already cached. If the virtual topology is not yet loaded, the\n      * method throws a [[NotYetException]] with a future that will complete\n      * either when the list of gateways becomes available or when the\n      * operation completes with an error.\n      *\/\n    @throws[NotYetException]\n    def tryGetGateway(portId: UUID, hash: Int): UUID = {\n        self.tryGetGateway(portId, hash: Int)\n    }\n\n    @volatile private var self: GatewayMappingService = _\n\n    \/**\n      * Registers a [[GatewayMappingService]] instance to this singleton.\n      *\/\n    private def register(service: GatewayMappingService): Unit = {\n        self = service\n    }\n\n    \/**\n      * Maintains the state for a given Neutron network by monitoring the\n      * network's gateway table and caching its content.\n      *\/\n    private class GatewayState(networkId: UUID, vt: VirtualTopology, log: Logger)\n                              (close: (GatewayState) => Unit) {\n\n        private val promise = Promise[AnyRef]()\n        private val table =\n            vt.stateTables.getTable[UUID, AnyRef](classOf[NeutronNetwork],\n                                                  networkId,\n                                                  MidonetBackend.GatewayTable)\n        @volatile private var snapshot: Array[UUID] = _\n        private val terminated = new AtomicBoolean()\n\n        private val updateObserver = new Observer[Update[UUID, AnyRef]] {\n            override def onNext(update: Update[UUID, AnyRef]): Unit = {\n                log debug s\"Network $networkId gateway table updated\"\n                snapshot = table.localSnapshot.keySet.toArray\n            }\n\n            override def onCompleted(): Unit = {\n                log debug s\"Network $networkId gateway table completed\"\n                stop(new StorageException(s\"Network $networkId deleted\"),\n                     callback = true)\n            }\n\n            override def onError(e: Throwable): Unit = {\n                log.warn(s\"Network $networkId gateway table error\", e)\n                stop(e, callback = true)\n            }\n        }\n        private val readyObserver = new Observer[StateTable.Key] {\n            override def onNext(t: StateTable.Key): Unit = {\n                log debug s\"Network $networkId gateway table ready\"\n                if (snapshot eq null)\n                    snapshot = table.localSnapshot.keySet.toArray\n                if (!future.isCompleted)\n                    promise.trySuccess(Unit)\n            }\n\n            override def onCompleted(): Unit = {\n                log debug s\"Network $networkId gateway table ready completed\"\n                stop(new StorageException(s\"Network $networkId deleted\"),\n                     callback = true)\n            }\n\n            override def onError(e: Throwable): Unit = {\n                log.warn(s\"Network $networkId gateway table ready error\", e)\n                stop(e, callback = true)\n            }\n        }\n        private val subscription = new CompositeSubscription()\n\n        \/**\n          * Starts monitoring the network's gateway table. The state monitors\n          * both the table updates and the table ready observable, in case the\n          * table is empty and the update observable does not emit a\n          * notification.\n          *\/\n        def start(): Unit = {\n            log debug s\"Start montoring gateway for network $networkId\"\n            subscription add table.observable.subscribe(updateObserver)\n            subscription add table.ready.subscribe(readyObserver)\n        }\n\n        \/**\n          * Stops monitoring the network's gateway table. If the table has\n          * not yet been loaded, the future exposed by this [[GatewayState]]\n          * will complete with an [[IllegalStateException]].\n          *\/\n        def stop(): Unit = {\n            log debug s\"Stop montoring gateway for network $networkId\"\n            stop(new IllegalStateException(\"Gateway mapping service stopping\"),\n                 callback = false)\n        }\n\n        \/**\n          * A future that completes with success when the gateway table\n          * becomes available, or with a failure if loading the table fails.\n          *\/\n        def future: Future[AnyRef] = promise.future\n\n        \/**\n          * Returns a gateway for the current Neutron network or throws a\n          * [[NotYetException]] if the topology is not yet avaiable.\n          *\/\n        @throws[NotYetException]\n        def tryGet(hash: Int): UUID = {\n            log debug s\"Try get gateway for network $networkId with hash $hash\"\n            val s = snapshot\n            if (s ne null) {\n                if (s.length == 0) null\n                else s(Math.abs(hash % s.length))\n            } else {\n                throw NotYetException(future,\n                                      s\"Gateways for network $networkId not yet \" +\n                                      \"available\")\n            }\n        }\n\n        \/**\n          * Stops the current state and completes the exposed future with the\n          * given [[Throwable]] if not already completed.\n          *\/\n        private def stop(e: Throwable, callback: Boolean): Unit = {\n            if (terminated.compareAndSet(false, true)) {\n                table.stop()\n                subscription.unsubscribe()\n                if (!future.isCompleted) {\n                    promise.tryFailure(e)\n                }\n                if (callback) close(this)\n            }\n        }\n    }\n\n}\n\n\/**\n  * A service that maintains the set of current gateways and their corresponding\n  * tunnel information. The service observes the current gateways present in\n  * NSDB via the gateways state table. For each gateway, the service loads their\n  * tunnel zone information.\n  *\/\nclass GatewayMappingService(vt: VirtualTopology)\n    extends AbstractService with MidolmanLogging {\n\n    import GatewayMappingService._\n\n    override def logSource = \"org.midonet.devices.gateway-mapping\"\n\n    private val gateways = new ConcurrentHashMap[UUID, GatewayState]()\n\n    register(this)\n\n    @throws[NotYetException]\n    def tryGetGateway(portId: UUID, hash: Int): UUID = {\n        val routerPort = vt.tryGet(classOf[Port], portId)\n        if (routerPort.peerId eq null) {\n            return null\n        }\n        val peerPort = vt.tryGet(classOf[Port], routerPort.peerId)\n        if (!peerPort.isInstanceOf[BridgePort]) {\n            return null\n        }\n        val networkId = peerPort.deviceId\n        var gatewayState = gateways.get(networkId)\n        if (gatewayState eq null) {\n            gatewayState = new GatewayState(networkId, vt, log) ({\n                gateways.remove(networkId, _)\n            })\n            val state = gateways.putIfAbsent(peerPort.deviceId, gatewayState)\n            if (state eq null) {\n                gatewayState.start()\n            } else {\n                gatewayState = state\n            }\n        }\n        gatewayState.tryGet(hash)\n    }\n\n    override protected def doStart(): Unit = {\n        log info \"Starting gateway mapping service\"\n        notifyStarted()\n    }\n\n    override protected def doStop(): Unit = {\n        log info \"Stopping gateway mapping service\"\n        val iterator = gateways.entrySet().iterator()\n        while (iterator.hasNext) {\n            iterator.next().getValue.stop()\n        }\n        notifyStopped()\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/flows\/NativeFlowControllerTest.scala","text":"<filename>midolman\/src\/test\/scala\/org\/midonet\/midolman\/flows\/NativeFlowControllerTest.scala\n\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.flows\n\nimport java.util.Random\n\nimport scala.collection.mutable.{ArrayBuffer, Buffer, HashMap}\nimport scala.collection.JavaConverters._\nimport scala.util.Random.shuffle\n\nimport com.google.common.collect.Lists\n\nimport org.junit.runner.RunWith\nimport org.mockito.Matchers.{eq => mockEq}\nimport org.mockito.Mockito.verify\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\n\nimport org.midonet.Util\nimport org.midonet.insights.Insights\nimport org.midonet.midolman.CallbackRegistry.{CallbackSpec, SerializableCallback}\nimport org.midonet.midolman.monitoring.MeterRegistry\nimport org.midonet.midolman.util.MidolmanSpec\nimport org.midonet.midolman.{FlowController, MockFlowTablePreallocation, PacketWorkersService}\nimport org.midonet.odp.{Flow, FlowMatch, FlowMatches}\nimport org.midonet.sdn.flows.FlowTagger\n\n@RunWith(classOf[JUnitRunner])\nclass NativeFlowControllerTest extends MidolmanSpec with MockitoSugar {\n\n    var flowController: FlowController = _\n    var mockMeterRegistry: MeterRegistry = _\n\n    var callbackCalled = false\n    var linkedCallbackCalled = false\n    var callbackCalledSpec: CallbackSpec = _\n    val random = new Random\n\n    val tag1 = FlowTagger.tagForDpPort(1)\n    val tag2 = FlowTagger.tagForDpPort(2)\n\n    override def beforeTest(): Unit = {\n        val preallocation = new MockFlowTablePreallocation(config)\n        mockMeterRegistry = mock[MeterRegistry]\n        flowController = new NativeFlowController(\n            config, clock, flowProcessor,\n            0, 0, metrics,\n            mockMeterRegistry,\n            cbRegistry, Insights.NONE)\n        val callbackCalledCbId = cbRegistry.registerCallback(\n            new SerializableCallback() {\n                override def call(args: Array[Byte]): Unit = {\n                    callbackCalled = true\n                }\n            })\n        callbackCalledSpec = new CallbackSpec(callbackCalledCbId,\n                                              new Array[Byte](0))\n    }\n\n    feature(\"The flow controller processes flows\") {\n        scenario(\"A flow is added\") {\n            When(\"The flow is added to the flow controller\")\n            val flowMatch = FlowMatches.generateFlowMatch(random)\n            val tags = Lists.newArrayList[FlowTagger.FlowTag]()\n            val managedFlow = flowController.addFlow(\n                flowMatch,\n                tags,\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n\n            Then(\"The flow is registered and the metrics updated\")\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n            verify(mockMeterRegistry).trackFlow(mockEq(flowMatch),\n                                                mockEq(tags))\n\n            And(\"The flow has a reasonable string representation\")\n            managedFlow.toString() should fullyMatch regex (\n                \"NativeManagedFlow\\\\{.*flowMatch=.*\\\\}\")\n        }\n\n        scenario(\"A flow is removed\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow = flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n\n            When(\"The flow is removed from the flow controller\")\n            flowController.removeDuplicateFlow(managedFlow.mark)\n\n            Then(\"The datapath flow metric should be set at the original value\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n\n            And(\"The flow removal callback method was called\")\n            callbackCalled should be (true)\n        }\n\n        scenario(\"Sequence is preserved\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow = flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n\n            When(\"A sequence is assigned to the flow\")\n            val seq = 987654321\n            managedFlow.assignSequence(seq)\n\n            Then(\"The sequence is preserved for the flow\")\n            managedFlow.sequence shouldBe seq\n        }\n\n        scenario(\"The linked flow of a duplicate flow is removed\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow = flowController.addRecircFlow(\n                FlowMatches.generateFlowMatch(random),\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION).\n                asInstanceOf[NativeFlowController#NativeManagedFlow]\n            managedFlow should not be null\n\n            val linkedFlowId = managedFlow.linkedId.toInt\n            val flowId = managedFlow.id.toInt\n            flowController.flowExists(linkedFlowId) shouldBe true\n            flowController.flowExists(flowId) shouldBe true\n\n            Then(\"The flow has a reasonable string representation\")\n            managedFlow.toString() should fullyMatch regex (\n                \"NativeManagedFlow\\\\{.*flowMatch=.*, linked flow=.*\\\\}\")\n\n            When(\"Marking one of the flows as duplicate\")\n            flowController.removeDuplicateFlow(managedFlow.mark)\n\n            Then(\"Both flows should be marked as removed\")\n            callbackCalled shouldBe (true)\n            flowController.flowExists(linkedFlowId) shouldBe false\n            flowController.flowExists(flowId) shouldBe false\n\n            When(\"Marking the other flow as duplicate\")\n            val managedFlow2 = flowController.addRecircFlow(\n                FlowMatches.generateFlowMatch(random),\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION).\n                asInstanceOf[NativeFlowController#NativeManagedFlow]\n            managedFlow2 should not be null\n            callbackCalled = false\n\n            val linkedFlowId2 = managedFlow2.linkedId.toInt\n            val flowId2 = managedFlow2.id.toInt\n            flowController.flowExists(linkedFlowId2) shouldBe true\n            flowController.flowExists(flowId2) shouldBe true\n\n            flowController.removeDuplicateFlow(linkedFlowId2)\n\n            Then(\"Both flows should be marked as removed\")\n            callbackCalled shouldBe (true)\n            flowController.flowExists(linkedFlowId2) shouldBe false\n            flowController.flowExists(flowId2) shouldBe false\n        }\n\n        scenario(\"Expiration removes a flow\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow = flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n            flowController.flowExists(managedFlow.mark) shouldBe true\n\n            When(\"We expire the flow\")\n            clock.time = FlowExpirationIndexer.FLOW_EXPIRATION.value + 1\n            flowController.process()\n\n            Then(\"The datapath flow metric should be set at the original value\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n\n            And(\"The flow removal callback method was called\")\n            callbackCalled should be (true)\n            callbackCalled = false\n\n            And(\"The flow was removed\")\n            flowController.flowExists(managedFlow.mark) shouldBe false\n        }\n\n        scenario(\"A removed flow is not removed again\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n\n            \/\/ The flow is referenced by the FC\n            flowController.flowExists(managedFlow.mark) shouldBe true\n\n            When(\"The flow is removed from the flow controller\")\n            flowController.removeDuplicateFlow(managedFlow.mark)\n\n            Then(\"The datapath flow metric should be set at the original value\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n\n            And(\"The flow removal callback method was called\")\n            callbackCalled should be (true)\n            callbackCalled = false\n\n            And(\"The flow was removed\")\n            flowController.flowExists(managedFlow.mark) shouldBe false\n\n            When(\"We expire the flow\")\n            clock.time = FlowExpirationIndexer.FLOW_EXPIRATION.value + 1\n            flowController.process()\n\n            Then(\"Nothing should happen, expiration doesn't keep refs\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n            callbackCalled should be (false)\n            flowController.flowExists(managedFlow.mark) shouldBe false\n        }\n\n        scenario(\"invalidation removes a flow\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow1 =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1, tag2),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow1 should not be null\n\n            val managedFlow2 =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow2 should not be null\n\n            val managedFlow3 =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag2),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow3 should not be null\n\n            metrics.dpFlowsMetric.getCount should be (3)\n            flowController.flowExists(managedFlow1.mark) shouldBe true\n            flowController.flowExists(managedFlow2.mark) shouldBe true\n            flowController.flowExists(managedFlow3.mark) shouldBe true\n\n            When(\"a tag is invalidated\")\n            flowController.invalidateFlowsFor(tag1)\n\n            Then(\"Two of the flows should be removed\")\n            metrics.currentDpFlowsMetric.getValue should be (1)\n            flowController.flowExists(managedFlow1.mark) shouldBe false\n            flowController.flowExists(managedFlow2.mark) shouldBe false\n            flowController.flowExists(managedFlow3.mark) shouldBe true\n\n            And(\"The flow removal callback method was called\")\n            callbackCalled should be (true)\n            callbackCalled = false\n\n            When(\"the other tag is invalidated\")\n            flowController.invalidateFlowsFor(tag2)\n\n            Then(\"the last flow should be removed\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n            flowController.flowExists(managedFlow1.mark) shouldBe false\n            flowController.flowExists(managedFlow2.mark) shouldBe false\n            flowController.flowExists(managedFlow3.mark) shouldBe false\n\n            And(\"The flow removal callback method was called again\")\n            callbackCalled should be (true)\n            callbackCalled = false\n        }\n\n        scenario(\"invalidation removes a flow (many flows)\") {\n            val tagsToInvalidate = ArrayBuffer.empty[FlowTagger.FlowTag]\n            val flows = HashMap.empty[FlowMatch, Buffer[FlowTagger.FlowTag]]\n            val numFlows = 10000\n\n            Given(\"Many flows in the flow controller\")\n            for (i <- 1 to numFlows) {\n                val flowMatch = FlowMatches.generateFlowMatch(random)\n                val tag0 = FlowTagger.tagForDpPort(0)\n                val tag1 = FlowTagger.tagForDpPort(i)\n                val tag2 = FlowTagger.tagForDpPort(i \/ 2 + 100)\n                val tags = List(tag0, tag1, tag2)\n                val managedFlow = flowController.addFlow(\n                    flowMatch,\n                    Lists.newArrayList(shuffle(tags).asJava),\n                    Lists.newArrayList(callbackCalledSpec),\n                    FlowExpirationIndexer.FLOW_EXPIRATION)\n                managedFlow should not be null\n                flowsTable.put(flowMatch, new Flow())\n\n                tagsToInvalidate += tag1\n                tagsToInvalidate += tag2\n                flows.getOrElseUpdate(flowMatch, ArrayBuffer.empty) ++= tags\n            }\n\n            metrics.dpFlowsMetric.getCount should be (numFlows)\n\n            When(\"Tags are invalidated in a random order\")\n            for (tag <- shuffle(tagsToInvalidate.toList)) {\n                flowController.invalidateFlowsFor(tag)\n                flows.retain { (_, v) => !v.contains(tag) }\n                val expected = flows.size\n                flowsTable.size should be (expected)\n                metrics.currentDpFlowsMetric.getValue should be (expected)\n            }\n\n            Then(\"All flows should be removed\")\n            flowsTable.size should be (0)\n            metrics.currentDpFlowsMetric.getValue should be (0)\n        }\n\n        scenario(\"invalidation removes a linked flow\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow = flowController.addRecircFlow(\n                FlowMatches.generateFlowMatch(random),\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION).\n                asInstanceOf[NativeFlowController#NativeManagedFlow]\n            managedFlow should not be null\n\n            val linkedFlowId = managedFlow.linkedId.toInt\n            val flowId = managedFlow.id.toInt\n            flowController.flowExists(linkedFlowId) shouldBe true\n            flowController.flowExists(flowId) shouldBe true\n\n            When(\"invalidate the flow\")\n            flowController.invalidateFlowsFor(tag1)\n\n            Then(\"Both flows should be marked as removed\")\n            callbackCalled shouldBe (true)\n            flowController.flowExists(linkedFlowId) shouldBe false\n            flowController.flowExists(flowId) shouldBe false\n        }\n\n        scenario(\"invalidated flow isn't removed again on expiration\") {\n            Given(\"A flow in the flow controller\")\n            val managedFlow =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            managedFlow should not be null\n            metrics.dpFlowsMetric.getCount should be (1)\n\n            \/\/ The flow is referenced by the FC\n            flowController.flowExists(managedFlow.mark) shouldBe true\n\n            When(\"The flow is invalidated\")\n            flowController.invalidateFlowsFor(tag1)\n\n            Then(\"The datapath flow metric should be set at the original value\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n\n            And(\"The flow removal callback method was called\")\n            callbackCalled should be (true)\n            callbackCalled = false\n\n            And(\"The flow was removed\")\n            flowController.flowExists(managedFlow.mark) shouldBe false\n\n            When(\"We expire the flow\")\n            clock.time = FlowExpirationIndexer.FLOW_EXPIRATION.value + 1\n            flowController.process()\n\n            Then(\"Nothing should happen, expiration doesn't keep refs\")\n            metrics.currentDpFlowsMetric.getValue should be (0)\n            callbackCalled should be (false)\n            flowController.flowExists(managedFlow.mark) shouldBe false\n        }\n        scenario(\"Ensure space evicts a flow if table full\") {\n            Given(\"Two flows added to the flow controller\")\n            val nativeFlowController = flowController\n                .asInstanceOf[NativeFlowController]\n            val numWorkers = PacketWorkersService.numWorkers(config)\n            val maxFlows = Math.min(\n                Util.findNextPositivePowerOfTwo(\n                    config.datapath.maxFlowCount \/ numWorkers),\n                FlowController.MaxTableSize)\n            val managedFlow1 =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n            val managedFlow2 =  flowController.addFlow(\n                FlowMatches.generateFlowMatch(random),\n                Lists.newArrayList(tag1),\n                Lists.newArrayList(callbackCalledSpec),\n                FlowExpirationIndexer.FLOW_EXPIRATION)\n\n            flowController.flowExists(managedFlow1.mark) shouldBe true\n            flowController.flowExists(managedFlow2.mark) shouldBe true\n\n            When(\"Ensuring there's space for maxFlows-1\")\n            nativeFlowController.ensureSpace(maxFlows-1)\n\n            Then(\"The first flow should be evicted\")\n            flowController.flowExists(managedFlow1.mark) shouldBe false\n            flowController.flowExists(managedFlow2.mark) shouldBe true\n\n            When(\"Ensuring there's space for maxFlows\")\n            nativeFlowController.ensureSpace(maxFlows)\n            Then(\"The other flow should be evicted and the table empty\")\n            flowController.flowExists(managedFlow2.mark) shouldBe false\n        }\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/cached\/TopologyCacheClient.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2017 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *        http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.data.storage.cached\n\nimport java.net.URI\n\nimport javax.net.ssl.SSLContext\n\nimport com.google.common.net.HostAndPort\n\nimport org.apache.commons.io.IOUtils\nimport org.apache.http.HttpException\nimport org.apache.http.client.config.RequestConfig\nimport org.apache.http.client.methods.{CloseableHttpResponse, HttpGet}\nimport org.apache.http.impl.client.HttpClients\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.services.discovery.{MidonetDiscoverySelector, MidonetServiceURI}\nimport org.midonet.util.logging.Logger\n\nimport io.netty.handler.codec.http.HttpResponseStatus\n\nobject TopologyCacheClient {\n    val SocketTimeoutMillis: Int = 500\n}\n\ntrait TopologyCacheClient {\n    def fetch(): Array[Byte]\n}\n\nabstract class TopologyCacheClientBase extends TopologyCacheClient {\n\n    private val log = Logger(LoggerFactory.getLogger(this.getClass))\n\n    private val client = {\n        val requestConfig = RequestConfig.custom()\n            .setSocketTimeout(TopologyCacheClient.SocketTimeoutMillis)\n            .build()\n\n        HttpClients.custom()\n            .setDefaultRequestConfig(requestConfig)\n            .disableContentCompression()\n            .build()\n    }\n\n    protected def ssl: Option[SSLContext]\n    protected def url: URI\n\n    override def fetch(): Array[Byte] = {\n        val srvUrl = url\n        if (srvUrl == null) {\n            throw new HttpException(\"Topology cache service unavailable\")\n        } else {\n            log.debug(s\"Requesting topology snapshot from $srvUrl\")\n            val response = client.execute(new HttpGet(srvUrl))\n            checkResponse(response)\n        }\n    }\n\n    private def checkResponse(resp: CloseableHttpResponse): Array[Byte] = {\n        val code = resp.getStatusLine.getStatusCode\n        if (code != HttpResponseStatus.OK.code()) {\n            throw new HttpException(\n                \"Topology cache client got non-OK code: \" +\n                HttpResponseStatus.valueOf(code))\n        }\n\n        val ctype =\n            if (resp.getEntity.getContentType == null) null\n            else resp.getEntity.getContentType.getValue\n        if (ctype != \"application\/octet-stream\") {\n            throw new HttpException(\n                \"Topology cache client got unexpected content type: \" + ctype)\n        }\n        IOUtils.toByteArray(resp.getEntity.getContent,\n                            resp.getEntity.getContentLength)\n    }\n}\n\nclass TopologyCacheClientImpl(srv: HostAndPort,\n                              override protected val ssl: Option[SSLContext])\n    extends TopologyCacheClientBase {\n    import TopologyCacheClientImpl._\n\n    private lazy val scheme = if (ssl.isDefined) \"https\" else \"http\"\n\n    override protected val url: URI = new URI(\n        scheme, null, srv.getHostText, srv.getPort,\n        TopologyCacheServicePath, null, null)\n}\n\nobject TopologyCacheClientImpl {\n    private val TopologyCacheServicePath = \"\/topology-cache\"\n}\n\n\nclass TopologyCacheClientDiscovery(discovery: MidonetDiscoverySelector[MidonetServiceURI],\n                                   override protected val ssl: Option[SSLContext])\n    extends TopologyCacheClientBase {\n    override protected def url: URI = discovery.getInstance.map(_.uri).orNull\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/vpp\/VppDownlink.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.vpp\n\nimport java.util\nimport java.util.{UUID, BitSet => JBitSet}\n\nimport javax.annotation.concurrent.NotThreadSafe\n\nimport rx.Observable.OnSubscribe\nimport rx.subjects.PublishSubject\nimport rx.{Observable, Observer, Subscriber, Subscription}\n\nimport org.midonet.cluster.data.storage.StateTable.Update\nimport org.midonet.cluster.data.storage.StateTableEncoder.Fip64Encoder.DefaultValue\nimport org.midonet.cluster.data.storage.model.Fip64Entry\nimport org.midonet.cluster.models.Neutron.NeutronNetwork\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.midolman.simulation.RouterPort\nimport org.midonet.midolman.topology.VirtualTopology\nimport org.midonet.midolman.vpp.VppDownlink.NetworkState\nimport org.midonet.midolman.vpp.VppFip64.Notification\nimport org.midonet.packets.{IPv4Addr, IPv4Subnet, IPv6Addr, MAC}\nimport org.midonet.util.functors.{makeAction0, makeFunc1}\nimport org.midonet.util.logging.Logger\n\nobject VppDownlink {\n\n    \/**\n      * A message to create a downlink tunnel, which is used to communicate\n      * between a tenant router in the virtual topology and a virtual routing\n      * function in VPP.\n      *\/\n    case class CreateTunnel(portId: UUID,\n                            vrfTable: Int,\n                            vni: Int,\n                            routerPortMac: MAC) extends Notification {\n        override def toString: String =\n            s\"CreateTunnel [port=$portId vrf=$vrfTable vni=$vni \" +\n            s\"routerPortMac=$routerPortMac]\"\n    }\n\n    \/**\n      * A message to delete the downlink tunnel for a tenant router.\n      *\/\n    case class DeleteTunnel(portId: UUID, vrfTable: Int, vni: Int)\n        extends Notification {\n\n        override def toString: String =\n            s\"DeleteTunnel [port=$portId vrf=$vrfTable vni=$vni]\"\n    }\n\n    \/**\n      * A message that instructs the VPP controller to install a NAT64\n      * translation rule for a new floating IP.\n      *\/\n    case class AssociateFip(portId: UUID, vrfTable: Int, vni: Int,\n                            floatingIp: IPv6Addr, fixedIp: IPv4Addr,\n                            localIp: IPv4Subnet, natPool: IPv4Subnet)\n        extends Notification {\n\n        override def toString: String =\n            s\"AssociateFip [port=$portId vrf=$vrfTable floatingIp=$floatingIp \" +\n            s\"fixedIp=$fixedIp localIp=$localIp natPool=$natPool]\"\n    }\n\n    \/**\n      * A message that instructs the VPP controller to remove a NAT64\n      * translation rule for an existing floating IP.\n      *\/\n    case class DisassociateFip(portId: UUID, vrfTable: Int, floatingIp: IPv6Addr,\n                               fixedIp: IPv4Addr, localIp: IPv4Subnet)\n        extends Notification {\n\n        override def toString: String =\n            s\"DisassociateFip [port=$portId vrf=$vrfTable \" +\n            s\"floatingIp=$floatingIp fixedIp=$fixedIp localIp=$localIp]\"\n    }\n\n    \/**\n      * Maintains the state for an external network and exposes an observable\n      * that emits notifications for the downlink ports connected to this\n      * external network as well as the FIP64 created on this external network.\n      *\/\n    private class NetworkState(val networkId: UUID, vrfs: JBitSet,\n                               vt: VirtualTopology, log: Logger) {\n\n        private val downlinks = new util.HashMap[UUID, DownlinkState]\n\n        private val table = vt.stateTables\n            .getTable[Fip64Entry, AnyRef](classOf[NeutronNetwork], networkId,\n                                          MidonetBackend.Fip64Table)\n\n        private val tableObserver = new Observer[Update[Fip64Entry, AnyRef]] {\n            override def onNext(update: Update[Fip64Entry, AnyRef]): Unit = {\n                update match {\n                    case Update(entry, null, DefaultValue) =>\n                        addFip(entry)\n                    case Update(entry, DefaultValue, null) =>\n                        removeFip(entry)\n                    case Update(_,_,_) =>\n                        log warn s\"Unexpected FIP64 update\"\n                }\n            }\n\n            override def onCompleted(): Unit = {\n                log warn \"Unexpected completion of the FIP64 table \" +\n                         \"notification stream\"\n                complete()\n            }\n\n            override def onError(e: Throwable): Unit = {\n                log.error(\"Unhandled exception on the FIP64 table \" +\n                          \"notification stream\", e)\n                complete()\n            }\n        }\n        private var tableSubscription: Subscription = _\n\n        private val subject = PublishSubject.create[Notification]\n\n        \/**\n          * An [[Observable]] that emits notifications for all downlink ports\n          * on this external network.\n          *\/\n        val observable =\n            Observable.create[Notification](new OnSubscribe[Notification] {\n                override def call(child: Subscriber[_ >: Notification]): Unit = {\n                    subject subscribe child\n                    if (tableSubscription eq null) {\n                        tableSubscription = table\n                            .observable\n                            .observeOn(vt.vtScheduler)\n                            .subscribe(tableObserver)\n                    }\n                }\n            })\n\n        \/**\n          * Unsubscribes from all notifications. The method will complete the\n          * [[DownlinkState]] for all current downlink ports, which upon completion\n          * will emit the necessary cleanup notifications.\n          *\/\n        def complete(): Unit = {\n            if (tableSubscription ne null) {\n                tableSubscription.unsubscribe()\n                tableSubscription = null\n            }\n\n            val iterator = downlinks.entrySet().iterator()\n            while (iterator.hasNext) {\n                iterator.next().getValue.complete()\n            }\n            downlinks.clear()\n        }\n\n        \/**\n          * Creates a new downlink observer for the specified downlink port.\n          *\/\n        private def downlinkObserver(portId: UUID) = new Observer[Notification] {\n            override def onNext(notification: Notification): Unit = {\n                log.debug(s\"Downlink port $portId notification: $notification\")\n                subject onNext notification\n            }\n\n            override def onCompleted(): Unit = {\n                log.debug(s\"Downlink port $portId deleted\")\n                val state = downlinks.remove(portId)\n                if (state ne null) {\n                    vrfs.clear(state.vrfTable)\n                }\n            }\n\n            override def onError(e: Throwable): Unit = {\n                \/\/ We should never get here since the downlink state must handle\n                \/\/ all errors.\n                log.error(s\"Unhandled exception on downlink port $portId\", e)\n                val state = downlinks.remove(portId)\n                if (state ne null) {\n                    vrfs.clear(state.vrfTable)\n                }\n            }\n        }\n\n        \/**\n          * Adds a new [[Fip64Entry]]. The method gets or creates a new\n          * [[DownlinkState]] for the corresponding port, which will track the\n          * floating IPs for that port, and will fetch necessary port.\n          *\/\n        private def addFip(fip: Fip64Entry): Unit = {\n            log debug s\"FIP64 entry added: $fip\"\n            getOrCreateDownlink(fip).addFip(fip)\n        }\n\n        \/**\n          * Removes an existing [[Fip64Entry]] for a downlink port. If this is the\n          * last floating IP for the downlink port, the method will call `complete`\n          * on the corresponding [[DownlinkState]], which will remove the downlink.\n          *\/\n        private def removeFip(fip: Fip64Entry): Unit = {\n            log debug s\"FIP64 entry deleted: $fip\"\n            val downlink = downlinks.get(fip.portId)\n            if (downlink ne null) {\n                downlink.removeFip(fip)\n                if (downlink.isEmpty) {\n                    downlink.complete()\n                    downlinks.remove(downlink.portId)\n                }\n            } else {\n                log warn s\"No existing downlink port for FIP64 entry $fip\"\n            }\n        }\n\n        \/**\n          * @return The downlink state for the specified FIP64 entry, or it creates\n          *         a new state if it does not exist\n          *\/\n        private def getOrCreateDownlink(entry: Fip64Entry): DownlinkState = {\n            var state = downlinks.get(entry.portId)\n            if (state eq null) {\n                \/\/ Allocate a VRF index.\n                val vrf = vrfs.nextClearBit(0)\n                vrfs.set(vrf)\n\n                log debug s\"Subscribing to downlink port ${entry.portId} with \" +\n                          s\"VRF $vrf\"\n\n                state = new DownlinkState(entry.portId, vrf, vt, log)\n                state.observable.subscribe(downlinkObserver(entry.portId))\n                downlinks.put(entry.portId, state)\n            }\n            state\n        }\n    }\n\n    \/**\n      * Maintains the state for a downlink port, which includes monitoring the\n      * downlink port of the tenant router for changes to its IPv6 address,\n      * and maintaining the list of FIP64 entries.\n      *\/\n    private class DownlinkState(val portId: UUID, val vrfTable: Int,\n                                vt: VirtualTopology, log: Logger) {\n\n        private val fips = new util.HashSet[Fip64Entry]\n\n        private var currentPort: RouterPort = _\n\n        private val subject = PublishSubject.create[Notification]()\n        private val mark = PublishSubject.create[RouterPort]()\n\n        private val portObservable = VirtualTopology\n            .observable(classOf[RouterPort], portId)\n            .takeUntil(mark)\n            .doOnCompleted(makeAction0(portDeleted()))\n            .flatMap[Notification](makeFunc1(portUpdated))\n\n        private val portCleanup: Observable[Notification] = {\n            Observable.create(new OnSubscribe[Notification] {\n                override def call(child: Subscriber[_ >: Notification]): Unit = {\n                    cleanup(child)\n                }\n            })\n        }\n\n        \/**\n          * An observable that emits [[Notification]] events for changes in the\n          * underlying downlink port and corresponding FIP NAT rules.\n          *\/\n        val observable: Observable[Notification] = Observable\n            .merge(subject, portObservable)\n            .filter(makeFunc1(_ => isReady))\n            .onErrorResumeNext(makeFunc1(handleErrors))\n            .concatWith(portCleanup)\n\n        \/**\n          * Inserts an [[AssociateFip]] notification.\n          *\/\n        def addFip(fip: Fip64Entry): Unit = {\n            require(fip.portId == portId)\n            if (fips.add(fip) && isReady) {\n                subject onNext AssociateFip(portId, vrfTable,\n                                            currentPort.tunnelKey.toInt,\n                                            fip.floatingIp,\n                                            fip.fixedIp,\n                                            currentPort.portAddress4,\n                                            fip.natPool)\n            }\n        }\n\n        \/**\n          * Inserts an [[DisassociateFip]] notification.\n          *\/\n        def removeFip(fip: Fip64Entry): Unit = {\n            require(fip.portId == portId)\n            if (fips.remove(fip) && isReady) {\n                subject onNext DisassociateFip(portId, vrfTable, fip.floatingIp,\n                                               fip.fixedIp,\n                                               currentPort.portAddress4)\n            }\n        }\n\n        \/**\n          * Completes the observable exposed by this [[DownlinkState]]. Before\n          * completing, the observable will emit any necessary cleanup\n          * notifications.\n          *\/\n        def complete(): Unit = {\n            mark.onCompleted()\n        }\n\n        \/**\n          * Indicates whether the state has received the downlink port and FIP64\n          * rule and is ready to emit FIP64 [[Notification]]s.\n          *\/\n        @inline def isReady: Boolean = currentPort ne null\n\n        \/**\n          * Returns true if this downlink is not associated with any floating IP.\n          *\/\n        @inline def isEmpty: Boolean = {\n            fips.isEmpty\n        }\n\n        \/**\n          * Handles the port deletion, by completing the output observable.\n          *\/\n        private def portDeleted(): Unit = {\n            log debug s\"Port $portId deleted\"\n            subject onCompleted()\n        }\n\n        \/**\n          * Handles updates for the downlink port. The method updates the\n          * tracked FIP NAT rules, and if both the port and the rule are ready,\n          * it will emit a [[CreateTunnel]] notification.\n          *\/\n        private def portUpdated(port: RouterPort): Observable[Notification] = {\n            log debug s\"Port updated: $port\"\n\n            val result: Observable[Notification] =\n                if (currentPort eq null) {\n                    \/\/ If this is the first port notification, and the FIP64 NAT\n                    \/\/ rule has been loaded, notify the port creation.\n                    initialize(port)\n                } else {\n                    \/\/ Either the port or the rule is not ready: emit nothing.\n                    Observable.empty()\n                }\n\n            currentPort = port\n\n            result\n        }\n\n        \/**\n          * Handles any errors emitted by the notification observable.\n          *\/\n        private def handleErrors(t: Throwable): Observable[Notification] = {\n            log.warn(s\"Exception on downlink port $portId\", t)\n            Observable.empty()\n        }\n\n        \/**\n          * Returns an observable that emits the initial set of notifications\n          * for this downlink port, which includes a [[CreateTunnel]] and\n          * an [[AssociateFip]] for every floating IP that has been added.\n          *\/\n        private def initialize(port: RouterPort)\n        : Observable[Notification] = {\n            val notifications = new Array[Notification](fips.size + 1)\n            notifications(0) = CreateTunnel(portId, vrfTable,\n                                            port.tunnelKey.toInt,\n                                            port.portMac)\n            var index = 1\n            val iterator = fips.iterator\n            while (iterator.hasNext) {\n                val fip = iterator.next()\n                notifications(index) = AssociateFip(portId, vrfTable,\n                                                    port.tunnelKey.toInt,\n                                                    fip.floatingIp,\n                                                    fip.fixedIp,\n                                                    port.portAddress4,\n                                                    fip.natPool)\n                index += 1\n            }\n            Observable.from(notifications)\n        }\n\n        \/**\n          * Emits cleanup notification for the given [[Observer]], when the\n          * port is deleted or an error is emitted.\n          *\/\n        private def cleanup(child: Observer[_ >: Notification]): Unit = {\n            if (currentPort ne null) {\n                val iterator = fips.iterator\n                while (iterator.hasNext) {\n                    val fip = iterator.next()\n                    child onNext DisassociateFip(portId, vrfTable,\n                                                 fip.floatingIp,\n                                                 fip.fixedIp,\n                                                 currentPort.portAddress4)\n                }\n                child onNext DeleteTunnel(portId,\n                                          vrfTable,\n                                          currentPort.tunnelKey.toInt)\n                child.onCompleted()\n            }\n        }\n    }\n\n}\n\n\/**\n  * A trait that manages the VPP downlink ports. Upon start, the trait\n  * subscribes to the global FIP64 table to receive updates for the current\n  * floating IPv6 addresses. Upon each notification, the trait will consolidate\n  * the updates and send the following messages to the actor:\n  *\n  * - [[org.midonet.midolman.vpp.VppDownlink.CreateTunnel]] Emitted when a\n  *   new downlink port is added with a FIP.\n  * - [[org.midonet.midolman.vpp.VppDownlink.DeleteTunnel]] Emitted when a\n  *   downlink port is deleted.\n  * - [[org.midonet.midolman.vpp.VppDownlink.AssociateFip]] Emitted when a new\n  *   floating IPv6 is associated with a downlink port.\n  * - [[org.midonet.midolman.vpp.VppDownlink.DisassociateFip]] Emitted when a\n  *   floating IPv6 is disassociated from a downlink port.\n  *\n  * Notes on synchronization: All processing is non I\/O and it is done on the\n  * virtual topology thread. Once the notification from the virtual topology\n  * are processed, the resulting [[Notification]] messages are sent to the\n  * actor, where the actor will act upon them, including serializing their tasks\n  * using the conveyor belt and performing I\/O operations.\n  *\/\nprivate[vpp] trait VppDownlink {\n\n    protected def vt: VirtualTopology\n\n    protected def log: Logger\n\n    private val vrfs = VppVrfs.getBitSet()\n\n    private val networks = new util.HashMap[UUID, NetworkState]\n\n    private val downlinkSubject = PublishSubject.create[Observable[Notification]]\n\n    protected val downlinkObservable = Observable.merge(downlinkSubject)\n\n    \/**\n      * Monitors the downlink ports and FIP64 entries for the specified network.\n      * This method must be called from the VT thread.\n      *\/\n    @NotThreadSafe\n    protected def addNetwork(networkId: UUID): Unit = {\n        log debug s\"Monitoring downlink ports for external network $networkId\"\n        vt.assertThread()\n        if (!networks.containsKey(networkId)) {\n            val state = new NetworkState(networkId, vrfs, vt, log)\n            downlinkSubject onNext state.observable\n            networks.put(networkId, state)\n        }\n    }\n\n    \/**\n      * Completes monitoring the downlink ports and FIP64 entries for the\n      * specified network. This method must be called from the VT thread.\n      *\/\n    @NotThreadSafe\n    protected def removeNetwork(networkId: UUID): Unit = {\n        log debug s\"Removing external network $networkId\"\n        vt.assertThread()\n        val state = networks.remove(networkId)\n        if (state ne null) {\n            state.complete()\n        }\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/java\/org\/midonet\/midolman\/host\/services\/TcRequestHandlerTest.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.host.services\n\nimport java.nio.ByteBuffer\n\nimport scala.collection.mutable.ListBuffer\n\nimport org.junit.runner.RunWith\nimport org.scalatest.concurrent.Eventually._\nimport org.scalatest.concurrent._\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfterAll, FeatureSpec, Matchers}\n\nimport org.midonet.midolman.util.MockNetlinkChannelFactory\nimport org.midonet.netlink.NetlinkMessage\nimport org.midonet.netlink.rtnetlink.Rtnetlink\nimport org.midonet.util.MidonetEventually\n\ncase class TcReq(msg: Int, ifi: Int)\ncase class NetlinkReq(typ: Int, ifi: Int)\n\nclass TestableTcRequestHandler\n    extends TcRequestHandler(new MockNetlinkChannelFactory) {\n\n    val reqs = ListBuffer[NetlinkReq]()\n\n    override def writeRead(buf: ByteBuffer): Unit = {\n        val msgType = buf.getShort(NetlinkMessage.NLMSG_TYPE_OFFSET)\n        val offset = NetlinkMessage.NLMSG_PID_OFFSET +\n          NetlinkMessage.NLMSG_PID_SIZE + 4\n        val ifindex = buf.getInt(offset)\n        reqs += NetlinkReq(msgType, ifindex)\n        buf.clear()\n    }\n\n    def opsMatchReqs(reqList: List[TcReq]): Boolean = {\n        val expected = ListBuffer[NetlinkReq]()\n        reqList foreach { tr =>\n            tr.msg match {\n                case TcRequestOps.ADDFILTER =>\n                    expected += NetlinkReq(Rtnetlink.Type.NEWQDISC, tr.ifi)\n                    expected += NetlinkReq(Rtnetlink.Type.NEWTFILTER, tr.ifi)\n                case TcRequestOps.REMQDISC =>\n                    expected += NetlinkReq(Rtnetlink.Type.DELQDISC, tr.ifi)\n            }\n        }\n\n        expected.groupBy(_.ifi) == reqs.groupBy(_.ifi)\n    }\n}\n\n@RunWith(classOf[JUnitRunner])\nclass TcRequestHandlerTest extends FeatureSpec\n                    with BeforeAndAfterAll\n                    with Matchers\n                    with ScalaFutures\n                    with MidonetEventually {\n\n    val add = TcRequestOps.ADDFILTER\n    val rem = TcRequestOps.REMQDISC\n\n    feature(\"Handler processes requests\") {\n        scenario(\"random requests\") {\n\n            val handler = new TestableTcRequestHandler()\n            handler.startAsync().awaitRunning()\n\n            val reqs = List(\n                TcReq(add, 1), TcReq(add, 2), TcReq(rem, 1), TcReq(add, 3), TcReq(add, 4),\n                TcReq(rem, 4), TcReq(add, 100), TcReq(rem, 2))\n\n            reqs foreach { tr =>\n                if (tr.msg == add) {\n                    handler.addTcConfig(tr.ifi, 300, 200)\n                } else {\n                    handler.delTcConfig(tr.ifi)\n                }\n            }\n\n            eventually {\n                handler.opsMatchReqs(reqs) shouldBe true\n            }\n        }\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/main\/scala\/org\/midonet\/cluster\/data\/storage\/StateStorage.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.data.storage\n\nimport scala.collection.mutable\n\nimport rx.Observable\n\nimport org.midonet.cluster.data.ObjId\nimport org.midonet.cluster.data.storage.KeyType.KeyType\nimport org.midonet.cluster.data.storage.StateStorage.{StateInfo, StateMap}\n\n\/**\n * The [[KeyType]] enumeration defines how values can be written to a state\n * key.\n *  - [[KeyType.SingleFirstWriteWins]]\n *  Only one key value is allowed at a time. A client can add a new value only\n *  if the key has no value or if the current value belongs to the same client\n *  session. The new value can be different from the old value.\n *  - [[KeyType.SingleLastWriteWins]]\n *  Only one key value is allowed at a time. A client can always add a new value\n *  and it will overwrite any existing value, even if it belongs to a different\n *  client session.\n *  - [[KeyType.FailFast]]\n *  Same semantics as [[KeyType.SingleLastWriteWins]] except that state data is\n *  quickly removed when the entity that created them is deemed to be down.\n *  This is achieved by using a small ZooKeeper session timeout for this type of\n *  key.\n *  - [[KeyType.Multiple]]\n *  Multiple key values from different clients are allowed at a time. Keys\n *  supporting multiple values are always last write wins, where a value can\n *  be overwritten by a different client.\n *\/\nobject KeyType extends Enumeration {\n    class KeyTypeVal(val isSingle: Boolean, val firstWins: Boolean,\n                     val failFast: Boolean = false) extends Val\n    type KeyType = KeyTypeVal\n    final val SingleFirstWriteWins = new KeyType(true, true)\n    final val SingleLastWriteWins = new KeyType(true, false)\n    final val FailFast = new KeyType(true, false, true)\n    final val Multiple = new KeyType(false, false)\n}\n\n\/**\n * An entry for a state key, which includes the key name and the set of key\n * values.\n *\/\ntrait StateKey {\n    def key: String\n    def isEmpty: Boolean\n    def nonEmpty: Boolean\n}\n\ncase class SingleValueKey(key: String, value: Option[String], ownerId: Long)\n    extends StateKey {\n    override def isEmpty = value.isEmpty\n    override def nonEmpty = value.nonEmpty\n}\n\ncase class MultiValueKey(key: String, value: Set[String]) extends StateKey {\n    override def isEmpty = value.isEmpty\n    override def nonEmpty = value.nonEmpty\n}\n\n\/**\n * The result of an asynchronous write operation. Contains an identifier\n * representing the current owner of the state value. The owner must uniquely\n * identify a client storage session.\n *\/\ncase class StateResult(ownerId: Long)\n\nobject StateStorage {\n\n    \/** Owner identifier returned as result when there is no owner. *\/\n    final val NoOwnerId = 0L\n\n    \/** Encoding used for string conversion to byte array. *\/\n    final val StringEncoding = \"UTF-8\"\n\n    type StateMap = Map[Class[_], Map[String, KeyType]]\n\n    \/**\n      * Stores the registered keys for a given class.\n      *\/\n    private[storage] final class StateInfo extends mutable.HashMap[String, KeyType]\n\n}\n\n\/**\n * A trait that complements the [[Storage]] trait with support for ephemeral\n * state data. They are added as key value pairs where \"state\" keys are\n * registered prior to building the storage.\n *\n * A class implementing this trait should allow the registration of zero or more\n * state keys per object class. In turn, this should give the capability to\n * add or remove state values for every key and object created in storage, using\n * that object's identifier.\n *\n * Depending on the [[KeyType]] a key may support a single or multiple\n * values. The state of an object is independent from its data and is isolated\n * for each host in a private ZooKeeper tree called namespace. Because a new\n * host can create state after an object has been created, the state paths are\n * created on demand when a hosts adds a value to a state key. However, it is\n * not possible to add a state value for an object that doesn't exist.\n *\n * For example, the state storage is used by the agent to add alive state to\n * existing hosts, which are stored separately from the host object. Since a\n * host can only be set alive by a single agent at a time, host alive uses\n * [[KeyType.SingleFirstWriteWins]], such that the first writing agent has\n * exclusive access to the state value.\n *\n * Likewise, the agent uses it to add active state to local exterior ports.\n * Since ports can be set as active on more than one host at a time, port active\n * uses [[KeyType.Multiple]], such that the state storage allows multiple values\n * for the same key.\n *\/\ntrait StateStorage extends Storage {\n\n    private final val mutex = new Object\n\n    private val stateInfo = new mutable.HashMap[Class[_], StateInfo]\n\n    @volatile private var currentStates: StateMap = Map.empty\n\n    protected def namespace: String\n\n    \/** Registers a new key for a class using the specified key type. *\/\n    @throws[IllegalStateException]\n    @throws[IllegalArgumentException]\n    final def registerKey(clazz: Class[_], key: String, keyType: KeyType)\n    : Unit = mutex.synchronized {\n        if (isBuilt) {\n            throw new IllegalStateException(\n                \"Cannot register a state key after building the storage\")\n        }\n\n        assertRegistered(clazz)\n\n        stateInfo.getOrElseUpdate(clazz, new StateInfo).put(key, keyType)\n    }\n\n    \/** Adds a value to a key for the object with the specified class and\n      * identifier to the state for the current namespace. The method is\n      * asynchronous, returning an observable that when subscribed to will\n      * execute the add and will emit one notification with the result of the\n      * operation.\n      * @throws ServiceUnavailableException The storage is not built.\n      * @throws IllegalArgumentException The key or class have not been\n      * registered. *\/\n    @throws[ServiceUnavailableException]\n    @throws[IllegalArgumentException]\n    def addValue(clazz: Class[_], id: ObjId, key: String, value: String)\n    : Observable[StateResult]\n\n    \/** Removes a value from a key for the object with the specified class and\n      * identifier from the state of the current namespace. For single value\n      * keys, the `value` is ignored, and any current value is deleted. The\n      * method is asynchronous, returning an observable that when subscribed to\n      * will execute the remove and will emit one notification with the result\n      * of the operation. *\/\n    @throws[ServiceUnavailableException]\n    @throws[IllegalArgumentException]\n    def removeValue(clazz: Class[_], id: ObjId, key: String, value: String)\n    : Observable[StateResult]\n\n    \/** Gets the set of values corresponding to a state key from the state of\n      * the current namespace. The method is asynchronous, returning an\n      * observable that when subscribed to will execute the get and will emit\n      * one notification with the request result. *\/\n    @throws[ServiceUnavailableException]\n    def getKey(clazz: Class[_], id: ObjId, key: String): Observable[StateKey]\n\n    \/** The same as the previous `getKey`, except that this method returns\n      * the state key value for the specified namespace. *\/\n    @throws[ServiceUnavailableException]\n    def getKey(namespace: String, clazz: Class[_], id: ObjId, key: String)\n    : Observable[StateKey]\n\n    \/** Returns an observable for a state key of the current namespace. Upon\n      * subscription, the observable will emit a notification with current set\n      * of values corresponding to key and thereafter an additional notification\n      * whenever the set of values has changed. The observable does not emit\n      * notifications for successful write operations, which do not modify the\n      * value set.\n      * - If the namespace state does not exist, the observable completes\n      *   immediately.\n      * - If the object class or object instance do not exist, the observable\n      *   completes immediately.\n      * - If a value for the state key has not been set, the observable returns\n      *   a value option equal to [[None]].\n      *\/\n    @throws[ServiceUnavailableException]\n    def keyObservable(clazz: Class[_], id: ObjId, key: String)\n    : Observable[StateKey]\n\n    \/** The same as the previous `keyObservable` method, except that this method\n      * returns an observable for the state of the specified namespace. *\/\n    @throws[IllegalArgumentException]\n    @throws[ServiceUnavailableException]\n    def keyObservable(namespace: String, clazz: Class[_], id: ObjId, key: String)\n    : Observable[StateKey]\n\n    \/** The same as the previous `keyObservable` method, except that this method\n      * returns an observable for the state of the last namespace identifier\n      * emitted by the input `namespaces` observable.\n      *\n      * The output observable will not emit a notification until the input\n      * observable emits at least one namespace identifier. If the specified\n      * namespace state does not exist, the observable emits [[None]] as key\n      * value. Therefore, the input observable can emit a non-existing namespace\n      * identifier such as `null` to stop receiving updates from the last\n      * emitted namespace state.\n      *\/\n    @throws[ServiceUnavailableException]\n    def keyObservable(namespaces: Observable[String], clazz: Class[_], id: ObjId,\n                      key: String): Observable[StateKey]\n\n    \/** Returns a number uniquely identifying the current owner of the regular\n      * session to storage.  Note that this value has nothing to do with the\n      * node ID.\n      *\/\n    def ownerId: Long\n\n    \/** Returns a number uniquely identifying the current owner of the fail\n      * fast session to storage.  Note that this value has nothing to do with\n      * the node ID.\n      *\/\n    def failFastOwnerId: Long\n\n    \/**\n      * @see [[Storage.onRegisterClass()]]\n      *\/\n    protected abstract override def onRegisterClass(clazz: Class[_]): Unit = {\n        mutex.synchronized {\n            stateInfo.put(clazz, new StateInfo)\n        }\n        super.onRegisterClass(clazz)\n    }\n\n    \/**\n      * @see [[Storage.onBuild()]]\n      *\/\n    protected abstract override def onBuild(isCluster: Boolean): Unit = {\n        mutex.synchronized {\n            currentStates = stateInfo.mapValues(_.toMap).toMap\n        }\n        super.onBuild(isCluster)\n    }\n\n    \/** Gets the key type for the given class and key. *\/\n    @throws[IllegalArgumentException]\n    protected[storage] def getKeyType(clazz: Class[_], key: String): KeyType = {\n        currentStates.getOrElse(clazz, throw new IllegalArgumentException(\n            s\"Class ${clazz.getSimpleName} is not registered\"))\n                     .getOrElse(key, throw new IllegalArgumentException(\n            s\"Key $key is not registered for class ${clazz.getSimpleName}\"))\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/topology\/VxLanPortMappingService.scala","text":"<filename>midolman\/src\/main\/scala\/org\/midonet\/midolman\/topology\/VxLanPortMappingService.scala<gh_stars>100-1000\n\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.topology\n\nimport java.lang.{Boolean => JBoolean}\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\n\nimport scala.collection.breakOut\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.ExecutionContext.fromExecutor\nimport scala.util.control.NonFatal\nimport scala.util.{Failure, Success}\n\nimport com.google.common.util.concurrent.AbstractService\n\nimport rx.{Observable, Observer, Subscriber, Subscription}\n\nimport org.midonet.cluster.models.State.VtepConfiguration\nimport org.midonet.cluster.models.Topology.{Network, Port, Vtep}\nimport org.midonet.cluster.services.vxgw.data.VtepStateStorage._\nimport org.midonet.cluster.util.IPAddressUtil._\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.cluster.util.selfHealingTypeObservable\nimport org.midonet.midolman.logging.MidolmanLogging\nimport org.midonet.midolman.topology.VxLanPortMappingService.{TunnelInfo, TunnelIpAndVni, VtepInfo}\nimport org.midonet.packets.IPv4Addr\nimport org.midonet.util.functors.{makeAction0, makeFunc1, makeFunc2}\n\nobject VxLanPortMappingService {\n\n    case class TunnelIpAndVni(tunnelIp: IPv4Addr, vni: Int)\n    case class TunnelInfo(tunnelIp: IPv4Addr, tunnelZoneId: UUID, vni: Int)\n    case class VtepInfo(vtep: Vtep, config: VtepConfiguration)\n\n    @volatile private var toPortMappings = Map.empty[TunnelIpAndVni, UUID]\n    @volatile private var toVtepMappings = Map.empty[UUID, TunnelInfo]\n\n    \/** Synchronous query method to retrieve the ID of an external VXLAN port\n      * associated to the given VNI key and tunnel IP. The VNI key is 24 bits\n      * and its highest byte is ignored. *\/\n    def portOf(tunnelIp: IPv4Addr, vni: Int): Option[UUID] = {\n        toPortMappings get TunnelIpAndVni(tunnelIp, vni)\n    }\n\n    \/** Synchronous query method to retrieve the VTEP tunnel information for\n      * the specified VXLAN port identifier. *\/\n    def tunnelOf(portId: UUID): Option[TunnelInfo] = {\n        toVtepMappings get portId\n    }\n\n}\n\n\/**\n * A service that constructs and maintains two maps of:\n *   (TunnelIP, VNI) -> VxLanPortId\n *   VxLanPortId -> (TunnelIP, TunnelZoneId, VNI)\n *\n * The service observes vteps present in NSDB. Whenever a VTEP is updated\n * it checks whether its bindings to networks have changed. If it is the case\n * it garbage collects information for unbound networks and retrieves newly\n * bound networks in order to build the map.\n *\/\nclass VxLanPortMappingService(vt: VirtualTopology)\n    extends AbstractService with MidolmanLogging {\n\n    override def logSource = \"org.midonet.devices.vtep-port-mapping\"\n\n    private implicit val ec: ExecutionContext = fromExecutor(vt.vtExecutor)\n\n    \/\/ Subscriber to the internal [[observable]] that will be used to cancel\n    \/\/ watchers when the service is stopped.\n    private var vtepsSubscription: Subscription = _\n    private val vteps = new mutable.HashMap[UUID, VtepSubscriber]\n    private val networks = new mutable.HashMap[UUID, NetworkSnapshot]\n\n    \/\/ Pack a VtepConfiguration and a Vtep together\n    private val buildVtepInfo =\n        makeFunc2[Vtep, VtepConfiguration, VtepInfo](VtepInfo.apply)\n\n    \/\/ A usable VTEP Config is one that contains a tunnel IP. Otherwise, we\n    \/\/ can't map the VTEP's VxLAN ports on networks to any tunnel IP.\n    private val isUsableVtepConf = makeFunc1[VtepConfiguration, JBoolean] { c =>\n        c != VtepConfiguration.getDefaultInstance\n    }\n\n    \/** Uses the current set of [[VtepSubscriber]] to update the set of\n      * [[NetworkSnapshot]]. For each new network that is bound to a VTEP\n      * the method creates a new [[NetworkSnapshot]], adds it to the internal\n      * map and subscribes it to the store [[Network]] observable. Old networks\n      * are removed from the internal map and unsubscribed from storage. If\n      * there has been any change to the bound networks, the method calls the\n      * `updateMappings` to refresh the VXLAN port mapping. *\/\n    private def updateNetworks(vtepId: UUID, addedNetworks: Set[UUID],\n                               removedNetworks: Set[UUID])\n    : Unit = {\n        log.debug(\"Networks updated for VTEP {} added: {} removed: {}\",\n                  vtepId, addedNetworks, removedNetworks)\n\n        val networkIds: Set[UUID] = vteps.values.flatMap(_.networkIds)(breakOut)\n        var networksChanged = false\n\n        if ((addedNetworks ne null) && addedNetworks.nonEmpty) {\n            for (networkId <- addedNetworks) networks get networkId match {\n                case Some(networkSnapshot) => networkSnapshot.refresh()\n                case None =>\n                    val networkSnapshot = new NetworkSnapshot(networkId)\n                    networks += networkId -> networkSnapshot\n                    networkSnapshot.refresh()\n            }\n            networksChanged = true\n        }\n        for ((networkId, _) <- networks.toSeq if !networkIds.contains(networkId)) {\n            networks -= networkId\n            networksChanged = true\n        }\n\n        if (removedNetworks eq null) {\n            networks.values.foreach(_.removeVtep(vtepId))\n            networksChanged = true\n        } else if (removedNetworks.nonEmpty) {\n            for (networkId <- removedNetworks; network = networks.get(networkId)\n                 if network.nonEmpty) {\n                network.get.removeVtep(vtepId)\n            }\n            networksChanged = true\n        }\n\n        if (networksChanged) {\n            updateMappings()\n        }\n    }\n\n    \/** Updates the VXLAN port mapping using the current set of\n      * [[VtepSubscriber]] and [[NetworkSnapshot]], if the data for all\n      * subscribers was received from storage. The method iterates over all\n      * networks' VXLAN ports and creates an immutable map between the port\n      * VTEP's tunnel IP and network VNI to the port UUID. *\/\n    private def updateMappings(): Unit = {\n        \/\/ Do not update the mappings until all devices are notified.\n        for (vtep <- vteps.values if !vtep.isReady) return\n        for (network <- networks.values if !network.isReady) return\n\n        VxLanPortMappingService.toPortMappings =\n            (for (network <- networks.values;\n                  (portId, vtep) <- network.portsToVtep)\n                yield TunnelIpAndVni(vtep.tunnelIp, network.vni.intValue) -> portId)(breakOut)\n\n        VxLanPortMappingService.toVtepMappings =\n            (for (network <- networks.values;\n                  (portId, vtep) <- network.portsToVtep)\n                yield portId -> TunnelInfo(vtep.tunnelIp, vtep.tunnelZoneId, network.vni))(breakOut)\n\n        log.debug(\"Mappings updated: toPort={} toVtep={}\",\n                  VxLanPortMappingService.toPortMappings,\n                  VxLanPortMappingService.toVtepMappings)\n    }\n\n    \/**\n     * Implements a [[Subscriber]] for [[VtepInfo]] notifications, processing\n     * the VTEP tunnel IP and bindings. If the bindings have changed, the\n     * subscriber calls the `updateNetworks` method to refresh the current set\n     * of networks that could be bound to the VTEP. Otherwise, if the VTEP\n     * tunnel IP has changed, it calls the `updateMappings` method to refresh\n     * them according to the new tunnel IP.\n     *\/\n    private class VtepSubscriber(val vtepId: UUID) extends Subscriber[VtepInfo] {\n\n        \/** The VTEP tunnel IP address, or `null` if not set. *\/\n        var tunnelIp: IPv4Addr = null\n        \/** The VTEP tunnel zone ID, or `null` if not set. *\/\n        var tunnelZoneId: UUID = null\n        \/** The networks bound to the VTEP. *\/\n        var networkIds = Set.empty[UUID]\n\n        \/** Indicates whether the VTEP subscriber has received the VTEP\n          * configuration from storage. *\/\n        @inline def isReady = (tunnelIp ne null) && (tunnelZoneId ne null)\n\n        override def onNext(vtepInfo: VtepInfo): Unit = {\n            vt.assertThread()\n\n            val tunnelIps = vtepInfo.config.getTunnelAddressesList\n            val newTunnelIp =\n                if (tunnelIps.isEmpty) {\n                    log.warn(\"VTEP {} has no tunnel IPs configured: \" +\n                             \"check that there is one assigned \" +\n                             \"in the OVSDB, and that the VXLAN Gateway \" +\n                             \"Cluster service is running\", vtepId)\n                    null\n                } else {\n                    if (tunnelIps.size() > 1) {\n                        log.warn(\"VTEP {} has more than one tunnel IPs \" +\n                                 \"configured: the first one will be used, \" +\n                                 \"but you should configure a single tunnel \" +\n                                 \"IP on each VTEP\", vtepId)\n                    }\n                    tunnelIps.get(0).asIPv4Address\n                }\n            val newTunnelZoneId =\n                if (vtepInfo.vtep.hasTunnelZoneId)\n                    vtepInfo.vtep.getTunnelZoneId.asJava\n                else null\n            val newNetworkIds = vtepInfo.vtep.getBindingsList.asScala\n                                             .map(_.getNetworkId.asJava)\n                                             .toSet\n\n            \/\/ Explicitly remove the bindings from this VTEP to the removed set\n            \/\/ of networks. This is done because the same networks may still be\n            \/\/ bound to other VTEPs, and the deletion may not be detected until\n            \/\/ the corresponding VXLAN ports removed.\n            val addedNetworks = newNetworkIds -- networkIds\n            val removedNetworks = networkIds -- newNetworkIds\n            val vtepChanged = tunnelIp != newTunnelIp ||\n                              tunnelZoneId != newTunnelZoneId\n\n            tunnelIp = newTunnelIp\n            tunnelZoneId = newTunnelZoneId\n            networkIds = newNetworkIds\n\n            log.debug(\"VTEP {} updated: tunnelIp={} tzoneId={} bindings={}\",\n                      vtepId, tunnelIp, tunnelZoneId, networkIds)\n\n            if (addedNetworks.nonEmpty || removedNetworks.nonEmpty) {\n                updateNetworks(vtepId, addedNetworks, removedNetworks)\n            }\n            else if (vtepChanged) {\n                updateMappings()\n            }\n        }\n\n        override def onCompleted(): Unit = {\n            vt.assertThread()\n            log.debug(\"VTEP {} deleted\", vtepId)\n\n            vteps -= vtepId\n            updateNetworks(vtepId, null, null)\n        }\n\n        override def onError(t: Throwable): Unit = {\n            vt.assertThread()\n            log.warn(\"VTEP {} error: ignoring all bindings for this VTEP\",\n                     vtepId, t)\n\n            vteps -= vtepId\n            updateNetworks(vtepId, null, null)\n        }\n    }\n\n    \/**\n     * Stores a snapshot for [[Network]]s currently bound to any VTEP. Each\n     * snapshot stores an internal map of the network's VXLAN ports and the\n     * corresponding [[VtepSubscriber]]. The subscriber processes the network\n     * notifications by updating the VXLAN ports map, fetching the data for\n     * new ports, and mapping them to the corresponding [[VtepSubscriber]].\n     *\/\n    private class NetworkSnapshot(val networkId: UUID) {\n\n        var vni: Integer = null\n        val portsToVtep = new mutable.HashMap[UUID, VtepSubscriber]\n\n        \/** Indicates whether the network subscriber has received the network\n          * and VXLAN ports data, and all ports have been mapped to a VTEP\n          * subscriber. *\/\n        def isReady = (vni ne null) && portsToVtep.forall(_._2 ne null)\n\n        def refresh(): Unit = {\n            vt.assertThread()\n            log.debug(\"Updating network {}\", networkId)\n\n            \/\/ Set the VNI to null to prevent any updates until the refreshed\n            \/\/ network is available\n            vni = null\n\n            fetchNetwork()\n        }\n\n        \/** Drops all the ports that are bound to the specified VTEP. This is\n          * used when a VTEP deletion is notified before the removal of its\n          * networks. *\/\n        def removeVtep(vtepId: UUID): Unit = {\n            portsToVtep.retain((_, vtep) => vtep.vtepId != vtepId)\n        }\n\n        \/** Fetches the data of the current network from storage. If the request\n          * is successful, the method computes the changed VXLAN ports and\n          * updates them from storage. If the operation fails, the method\n          * schedules a delay retry after [[vt.config.zookeeper.retryMs]] for up\n          * to [[vt.config.zookeeper.maxRetries]] retries. *\/\n        private def fetchNetwork(retries: Int = vt.config.zookeeper.maxRetries)\n        : Unit = {\n            vt.store.get(classOf[Network], networkId) onComplete {\n                case Success(network) =>\n                    val newVni = network.getVni\n                    val newPorts = network.getVxlanPortIdsList.asScala.map(_.asJava).toSet\n                    val oldPorts = portsToVtep.keySet\n\n                    if (newPorts != oldPorts || newVni != vni) {\n                        vni = newVni\n\n                        val addedPorts = newPorts -- oldPorts\n                        val removedPorts = oldPorts -- newPorts\n\n                        portsToVtep ++= addedPorts.map(_ -> null)\n                        portsToVtep --= removedPorts\n\n                        log.debug(\"Network {} updated: vni={} vxlanPorts={}\",\n                                  networkId, vni, newPorts)\n                        if (addedPorts.nonEmpty) fetchPorts(addedPorts)\n                        else updateMappings()\n                    }\n\n                case Failure(e) if retries > 0 =>\n                    log.warn(\"Failed to load network {}: \" +\n                             \"{} retries left in {} milliseconds\", networkId,\n                             Int.box(retries),\n                             Long.box(vt.config.zookeeper.retryMs))\n                    vt.vtScheduler.createWorker().schedule(makeAction0 {\n                        fetchNetwork(retries - 1)\n                    }, vt.config.zookeeper.retryMs, TimeUnit.MILLISECONDS)\n\n                case Failure(e) =>\n                    log.error(\"Failed to load network {} after \" +\n                              s\"${vt.config.zookeeper.maxRetries} retries\")\n            }\n        }\n\n        \/** Fetches the data for the given set of VXLAN port identifiers, and\n          * upon successful completion of the request it updates the VXLAN\n          * ports map and calls the `updateMappings` method to refresh the\n          * VXLAN port mapping. If the operation fails, the method schedules\n          * a delay retry after [[vt.config.zookeeper.retryMs]] for up to\n          * [[vt.config.zookeeper.maxRetries]] retries. *\/\n        private def fetchPorts(portIds: Set[UUID],\n                               retries: Int = vt.config.zookeeper.maxRetries)\n        : Unit = {\n            vt.store.getAll(classOf[Port], portIds.toSeq) onComplete {\n                case Success(ports) =>\n                    vt.assertThread()\n                    ports.foreach(updatePort)\n                    updateMappings()\n\n                case Failure(e) if retries > 0 =>\n                    log.warn(\"Failed to load VXLAN ports for network {}: \" +\n                             \"{} retries left in {} milliseconds\", networkId,\n                             Int.box(retries),\n                             Long.box(vt.config.zookeeper.retryMs))\n                    vt.vtScheduler.createWorker().schedule(makeAction0 {\n                        fetchPorts(portIds, retries - 1)\n                    }, vt.config.zookeeper.retryMs, TimeUnit.MILLISECONDS)\n\n                case Failure(e) =>\n                    log.error(\"Failed to load VXLAN ports for network {} \" +\n                              s\"after ${vt.config.zookeeper.maxRetries} retries\")\n            }\n        }\n\n        \/** Updates the [[NetworkSnapshot]] internal VXLAN port map to the\n          * VTEP subscriber. If the port data is not expected (such that due\n          * to a delayed update) or because the [[VtepSubscriber]] does not\n          * exists (because the VTEP has been deleted), the port update is\n          * ignored. *\/\n        private def updatePort(port: Port): Unit = {\n            val portId = port.getId.asJava\n\n            \/\/ Late update: the port is no longer part of the network.\n            if (!portsToVtep.contains(portId))\n                return\n            \/\/ Check the VTEP identifier is set in the VXLAN port.\n            if (port.getVtepId eq null) {\n                log.warn(\"VXLAN port {} is missing VTEP ID: port ignored\",\n                         portId)\n                portsToVtep -= portId\n                return\n            }\n\n            val vtepId = port.getVtepId.asJava\n            vteps get vtepId match {\n                case Some(vtep) => portsToVtep(portId) = vtep\n                case None =>\n                    log.warn(\"No VTEP {} for VXLAN port {}: port ignored\",\n                             portId, vtepId)\n                    portsToVtep -= portId\n            }\n        }\n    }\n\n    \/** This [[Observer]] picks up a new Observable[Vtep] which represents the\n      * lifetime of a new VTEP in the system that we'll have to watch from\n      * now on. *\/\n    private val vtepsObserver = new Observer[Observable[Vtep]] {\n        override def onCompleted(): Unit = {\n            log.warn(\"Stream of VTEPs closed, this is unexpected\")\n        }\n        override def onError(t: Throwable): Unit = {\n            log.warn(\"Stream of VTEPs emits error\", t)\n        }\n        override def onNext(vtepObservable: Observable[Vtep]): Unit = {\n            vt.assertThread()\n\n            val vtep = try {\n                \/\/ This future should complete immediately, as the\n                \/\/ Observable is already primed with a copy of the VTEP\n                vtepObservable.toBlocking.first()\n            } catch {\n                case NonFatal(t) =>\n                    log.warn(\"Failed to bootstrap new VTEP, this is normal \" +\n                             \"if it was deleted right after creation\")\n                    \/\/ because when doing .first(), the observable is found\n                    \/\/ completed\n                    return\n            }\n\n            \/\/ Create a new subscriber for this VTEP.\n            val vtepId = vtep.getId.asJava\n            val vtepSubscriber = new VtepSubscriber(vtepId)\n            vteps += vtepId -> vtepSubscriber\n            log.debug(\"New VTEP {}: subscribing to model and state updates\",\n                      vtepId)\n\n            \/\/ get an observable with updates on the VTEP State key - This one\n            \/\/ is written by the Cluster, with the tunnel IPs configured in\n            \/\/ the VTEP's OVSDB.  State keys disappear when their parent\n            \/\/ model is deleted, so a VTEP deletion will complete both\n            \/\/ observables and the result of combineLatest.\n            val vtepStateObservable = vt.stateStore.vtepConfigObservable(vtepId)\n                                                   .filter(isUsableVtepConf)\n\n            \/\/ Subscribe the VTEP subscribes to updates\n            Observable.combineLatest[Vtep, VtepConfiguration, VtepInfo](\n                    vtepObservable,\n                    vtepStateObservable,\n                    buildVtepInfo)\n                .observeOn(vt.vtScheduler)\n                .subscribe(vtepSubscriber)\n        }\n    }\n\n    override protected def doStart(): Unit = {\n        log info \"Starting VXLAN port mapping service\"\n        vtepsSubscription = selfHealingTypeObservable[Vtep](vt.store)\n                                .observeOn(vt.vtScheduler)\n                                .subscribe(vtepsObserver)\n        notifyStarted()\n    }\n\n    override protected def doStop(): Unit = {\n        log info \"Stopping VXLAN port mapping service\"\n        vtepsSubscription.unsubscribe()\n        for (vtep <- vteps.values) {\n            vtep.unsubscribe()\n        }\n        notifyStopped()\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/topology\/snapshot\/TopologySnapshotEncodingTest.scala","text":"\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.topology.snapshot\n\nimport scala.collection.JavaConversions._\nimport java.util\nimport java.util.UUID\n\nimport scala.collection.mutable\n\nimport com.google.protobuf.{Message, TextFormat}\n\nimport org.apache.commons.lang.RandomStringUtils\nimport org.apache.curator.framework.recipes.cache.ChildData\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, Matchers}\n\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.models.Topology\nimport org.midonet.cluster.util.UUIDUtil._\n\n@RunWith(classOf[JUnitRunner])\nclass TopologySnapshotEncodingTest extends FeatureSpec\n                                           with Matchers\n                                           with BeforeAndAfter {\n\n    var serializer: TopologySnapshotSerializer = _\n    var deserializer: TopologySnapshotDeserializer = _\n    var array: Array[Byte] = _\n    val protoParser = TextFormat.Parser.newBuilder().build\n\n    private class TestObjectUpdate(override val objectClass: Class[_],\n                                   override val id: UUID,\n                                   data: Array[Byte]) extends ObjectUpdate {\n\n        override def childData(): ChildData = toChildData(objectClass, id, data)\n\n        override def message(): Message = null\n\n        override def isDeleted: Boolean = false\n\n        private def toChildData(clazz: Class[_], uuid: UUID, data: Array[Byte])\n        : ChildData = {\n            val path = s\"\/tests\/${clazz.getName}\/${uuid.toString}\"\n            new ChildData(path, null, data)\n        }\n\n    }\n\n    private class TestStateUpdate(override val objectClass: Class[_],\n                                  override val id: UUID = UUID.randomUUID(),\n                                  override val key: String = RandomStringUtils.random(16),\n                                  override val `type`: KeyType.KeyTypeVal,\n                                  override val owner: UUID = UUID.randomUUID(),\n                                  override val singleData: Array[Byte] = new Array[Byte](0),\n                                  override val multiData: Array[String] = new Array[String](0))\n        extends StateUpdate {}\n\n    before {\n        serializer = new TopologySnapshotSerializer\n        deserializer = new TopologySnapshotDeserializer\n        array = new Array[Byte](1024 * 1024)\n    }\n\n    private def rndString = RandomStringUtils.random(16)\n\n    private def rndStringArray(num: Int = 3) = {\n        val seq = mutable.MutableList.empty[String]\n        for (_ <- 0 until num)\n            seq += rndString\n        seq.toArray\n    }\n\n    private def serializeMessage(message: Message): Array[Byte] = {\n        val builder = new java.lang.StringBuilder\n        TextFormat.print(message, builder)\n        builder.toString.getBytes(\"UTF-8\")\n    }\n\n    private def deserializeMessage[T](data: Array[Byte], clazz: Class[T]): T = {\n        val builder = clazz.getMethod(\"newBuilder\").invoke(null)\n            .asInstanceOf[Message.Builder]\n        protoParser.merge(new String(data, \"UTF-8\"), builder)\n        builder.build().asInstanceOf[T]\n    }\n\n    private def createNetworkObjects(numObjects: Int) = {\n        val objects = new util.HashMap[Object, Object]()\n        (0 until numObjects) foreach { _ =>\n            val uuid = UUID.randomUUID()\n            val obj = Topology.Network.newBuilder()\n                .setId(uuid.asProto)\n                .build()\n            val objUpdate = new TestObjectUpdate(classOf[Topology.Network],\n                                                 uuid,\n                                                 serializeMessage(obj))\n            objects.putIfAbsent(uuid, objUpdate)\n        }\n        (classOf[Topology.Network], objects)\n    }\n\n    private def createPortObjects(numObjects: Int) = {\n        val objects = new util.HashMap[Object, Object]()\n        (0 until numObjects) foreach { _ =>\n            val uuid = UUID.randomUUID()\n            val obj = Topology.Port.newBuilder()\n                .setId(uuid.asProto)\n                .build()\n            val objUpdate = new TestObjectUpdate(classOf[Topology.Port],\n                                                 uuid,\n                                                 serializeMessage(obj))\n            objects.putIfAbsent(uuid, objUpdate)\n        }\n        (classOf[Topology.Port], objects)\n    }\n\n    private def createRouterObjects(numObjects: Int) = {\n        val objects = new util.HashMap[Object, Object]()\n        (0 until numObjects) foreach { _ =>\n            val uuid = UUID.randomUUID()\n            val obj = Topology.Router.newBuilder()\n                .setId(uuid.asProto)\n                .build()\n            val objUpdate = new TestObjectUpdate(classOf[Topology.Router],\n                                                 uuid,\n                                                 serializeMessage(obj))\n            objects.putIfAbsent(uuid, objUpdate)\n        }\n        (classOf[Topology.Router], objects)\n    }\n\n    private def createObjectSnapshot(generators: Seq[(Int) => (Class[_], util.HashMap[Object, Object])],\n                                     numObjects: Int): ObjectSnapshot = {\n        val snapshot = new ObjectSnapshot\n        for (generator <- generators) {\n            val (clazz, objects) = generator(numObjects)\n            snapshot.putIfAbsent(clazz, objects)\n        }\n        snapshot\n    }\n\n    private def createSingleValueKey(owner: UUID,\n                                     clazz: Class[_],\n                                     id: UUID): StateUpdate = {\n        new TestStateUpdate(objectClass = clazz,\n                            id = id,\n                            `type` = KeyType.SingleFirstWriteWins,\n                            owner = owner,\n                            singleData = rndString.getBytes())\n    }\n\n    private def createMultiValueKey(owner: UUID,\n                                    clazz: Class[_],\n                                    id: UUID): StateUpdate = {\n        new TestStateUpdate(objectClass = clazz,\n                            id = id,\n                            `type` = KeyType.Multiple,\n                            owner = owner,\n                            multiData = rndStringArray())\n    }\n\n    private def createStateSnapshot(numOwners: Int = 0,\n                                    numClasses: Int = 0,\n                                    numIds: Int = 0,\n                                    numSingleKeys: Int = 0,\n                                    numMultiKeys: Int = 0): StateSnapshot = {\n        val classes = Seq(classOf[Topology.Network],\n                          classOf[Topology.Port],\n                          classOf[Topology.Host])\n        val snapshot = new StateSnapshot\n        for (_ <- 0 until numOwners) {\n            val owner = UUID.randomUUID()\n            snapshot.putIfAbsent(owner.toString,\n                                 new StateClasses())\n            val stateClasses = snapshot.get(owner.toString)\n            for (i <- 0 until numClasses) {\n                val clazz = classes(i)\n                stateClasses.putIfAbsent(clazz,\n                                         new StateIds())\n                val stateIds = stateClasses.get(clazz)\n                for (_ <- 0 until numIds) {\n                    val id = UUID.randomUUID()\n                    stateIds.putIfAbsent(id,\n                                         new StateKeys)\n                    val stateKeys = stateIds.get(id)\n                    for (_ <- 0 until numSingleKeys) {\n                        val key = createSingleValueKey(owner, clazz, id)\n                        stateKeys.putIfAbsent(key.key(), key)\n                    }\n                    for (_ <- 0 until numMultiKeys) {\n                        val key = createMultiValueKey(owner, clazz, id)\n                        stateKeys.putIfAbsent(key.key(), key)\n                    }\n                }\n            }\n        }\n        snapshot\n    }\n\n    private def checkObjects(original: util.Collection[AnyRef],\n                             serialized: util.Collection[_],\n                             clazz: Class[_]) = {\n        val originalProto = for (obj <- original.toSeq) yield {\n            deserializeMessage(\n                obj.asInstanceOf[ObjectUpdate].childData().getData,\n                clazz)\n        }\n\n        \/\/ Objects messages are lazy-deserialized in the CachedStorage\n        val deserialized = for (obj <- serialized.toSeq) yield {\n            deserializeMessage(obj.asInstanceOf[Array[Byte]], clazz)\n        }\n\n        originalProto.toSet shouldBe deserialized.toSet\n    }\n\n    private def checkObjectSnapshot(original: ObjectSnapshot,\n                                    deserialized: ObjectSnapshot) = {\n        deserialized.size() shouldBe original.size()\n\n        \/\/ Check topology objects\n        deserialized.entrySet().foreach { classGroup =>\n            val clazz = classGroup.getKey\n            \/\/ Messages are still serialized in the object snapshot\n            val serializedGroup = classGroup.getValue.values()\n            val originalGroup = original.get(clazz).values()\n            serializedGroup.size() shouldBe originalGroup.size()\n            checkObjects(originalGroup, serializedGroup, clazz)\n        }\n    }\n\n    private def checkStateObjects[T](original: util.Collection[AnyRef],\n                                     deserialized: util.Collection[AnyRef],\n                                     clazz: Class[_]) = {\n        val originalKeys = for (obj <- original.toSeq) yield {\n            val key = obj.asInstanceOf[StateUpdate]\n            if (key.`type`().isSingle) {\n                SingleValueKey(key.key(),\n                               Option(new String(key.singleData(), \"UTF-8\")),\n                               StateStorage.NoOwnerId)\n            } else {\n                MultiValueKey(key.key(),\n                              key.multiData().toSet)\n            }\n        }\n        originalKeys.toSet shouldBe deserialized.toSet\n    }\n\n    private def checkStateSnapshot(original: StateSnapshot,\n                                   deserialized: StateSnapshot) = {\n        deserialized.size() shouldBe original.size()\n\n        \/\/ Check state objects\n        deserialized.entrySet().foreach { ownerGroup =>\n            val ownerId = ownerGroup.getKey\n            val originalOwnerGroup = original.get(ownerId)\n            ownerGroup.getValue.size() shouldBe originalOwnerGroup.size()\n\n            ownerGroup.getValue.entrySet().foreach { classGroup =>\n                val clazz = classGroup.getKey\n                val originalClassGroup = originalOwnerGroup.get(clazz)\n                classGroup.getValue.size() shouldBe originalClassGroup.size()\n\n                classGroup.getValue.entrySet().foreach { objectIds =>\n                    val id = objectIds.getKey\n                    val originalObjectIds = originalClassGroup.get(id)\n                    objectIds.getValue.size() shouldBe originalObjectIds.size()\n\n                    checkStateObjects(originalObjectIds.values(),\n                                      objectIds.getValue.values(),\n                                      clazz)\n\n                }\n            }\n        }\n\n    }\n\n    private def checkSnapshots(original: TopologySnapshot,\n                               deserialized: TopologySnapshot) = {\n        checkObjectSnapshot(original.objectSnapshot,\n                            deserialized.objectSnapshot)\n        checkStateSnapshot(original.stateSnapshot,\n                           deserialized.stateSnapshot)\n\n    }\n\n    feature(\"SBE topology objects serialization\/deserialization\") {\n        scenario(\"serializing an empty snapshot\") {\n            val original = TopologySnapshot(new ObjectSnapshot, new StateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one class and no objects\") {\n            val objectSnapshot = createObjectSnapshot(\n                Seq(createNetworkObjects), 0)\n            val original = TopologySnapshot(objectSnapshot, new StateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one class and one object\") {\n            val objectSnapshot = createObjectSnapshot(\n                Seq(createNetworkObjects), 1)\n            val original = TopologySnapshot(objectSnapshot, new StateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one class and three objects\") {\n            val objectSnapshot = createObjectSnapshot(\n                Seq(createNetworkObjects), 3)\n            val original = TopologySnapshot(objectSnapshot, new StateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with three classes and three objects\") {\n            val objectSnapshot = createObjectSnapshot(\n                Seq(createNetworkObjects, createPortObjects, createRouterObjects), 3)\n            val original = TopologySnapshot(objectSnapshot, new StateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n    }\n\n    feature(\"SBE state objects serialization\/deserialization\") {\n\n        scenario(\"serializing a snapshot with one empty owner\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one empty class\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1,\n                                                    numClasses = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one empty object id\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1,\n                                                    numClasses = 1,\n                                                    numIds = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one single value key\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1,\n                                                    numClasses = 1,\n                                                    numIds = 1,\n                                                    numSingleKeys = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one multi value key\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1,\n                                                    numClasses = 1,\n                                                    numIds = 1,\n                                                    numMultiKeys = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with one single and one multi value key\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 1,\n                                                    numClasses = 1,\n                                                    numIds = 1,\n                                                    numSingleKeys = 1,\n                                                    numMultiKeys = 1)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with three single value keys\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 3,\n                                                    numClasses = 3,\n                                                    numIds = 3,\n                                                    numSingleKeys = 3)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with three multi value keys\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 3,\n                                                    numClasses = 3,\n                                                    numIds = 3,\n                                                    numMultiKeys = 3)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n\n        scenario(\"serializing a snapshot with three single and three multi value keys\") {\n            val stateSnapshot = createStateSnapshot(numOwners = 3,\n                                                    numClasses = 3,\n                                                    numIds = 3,\n                                                    numSingleKeys = 3,\n                                                    numMultiKeys = 3)\n            val original = TopologySnapshot(new ObjectSnapshot, stateSnapshot)\n            serializer.serialize(array, original)\n            val deserialized = deserializer.deserialize(array)\n            checkSnapshots(original, deserialized)\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"nsdb\/src\/test\/scala\/org\/midonet\/cluster\/services\/discovery\/FakeDiscovery.scala","text":"<filename>nsdb\/src\/test\/scala\/org\/midonet\/cluster\/services\/discovery\/FakeDiscovery.scala\n\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.discovery\n\nimport java.net.URI\n\nimport scala.reflect.ClassTag\n\nimport org.apache.curator.x.discovery.UriSpec\n\nimport rx.Observer\nimport rx.subjects.BehaviorSubject\n\n\/**\n  * An implementation of MidonetDiscovery for use with Unit tests.\n  *\n  * This class keeps all discovery state in an observable set of (ServiceName,\n  * URI) pairs, mimicking the behaviour of the standard Zookeeper-based\n  * MidonetDiscovery, without all the networking hassle.\n  *\/\nclass FakeDiscovery extends MidonetDiscovery {\n\n    \/**\n      * Set of registered service instances as (ServiceName, URI) pairs.\n      *\/\n    var registeredServices = Set[(String, URI)]()\n\n    private val discoveryUpdates = BehaviorSubject.create[Set[(String, URI)]]\n\n    \/**\n      * A companion implementation of MidonetServiceHandler to unregister\n      * services from the registeredServices set of FakeDiscovery.\n      *\n      * @param serviceName The name of the service associated with this handler.\n      * @param uri The URI of the particular instance of the service associated\n      *            with this handler.\n      *\/\n    private class MockedMidonetServiceHandler(serviceName: String,\n                                              uri: URI)\n        extends MidonetServiceHandler {\n        override def unregister() = {\n            registeredServices = registeredServices - ((serviceName, uri))\n            discoveryUpdates.onNext(registeredServices)\n        }\n    }\n\n    override def stop(): Unit = {\n        \/\/ Do nothing\n    }\n\n    override def getClient[S](serviceName: String)\n                             (implicit tag: ClassTag[S]) =\n        new FakeDiscoveryClient[S](serviceName)\n\n    override def registerServiceInstance(serviceName: String,\n                                         address: String,\n                                         port: Int)\n        : MidonetServiceHandler =\n        registerServiceInstance(serviceName,\n                                new URI(null, null, address, port,\n                                        null, null, null))\n\n    override def registerServiceInstance(serviceName: String,\n                                         uri: URI)\n        : MidonetServiceHandler = {\n        registeredServices = registeredServices + ((serviceName, uri))\n        discoveryUpdates.onNext(registeredServices)\n        new MockedMidonetServiceHandler(serviceName, uri)\n    }\n\n    \/**\n      * A companion implementation of MidonetDiscoveryClient that observes\n      * for changes related to a particular service in the Set of pairs managed\n      * by FakeDiscovery.\n      *\n      * @param serviceName The name of the service whose instances we want to\n      *                    get notified about.\n      * @tparam S One of MidonetServiceHostAndPort or MidonetServiceURI\n      *\/\n    class FakeDiscoveryClient[S](serviceName: String)(implicit val tag: ClassTag[S])\n        extends MidonetDiscoveryClient[S] with Observer[Set[(String, URI)]] {\n        private val updates = BehaviorSubject.create[Seq[S]]\n\n        override val observable = updates.asObservable.distinctUntilChanged\n\n        \/\/ Subscribe to the set managed by FakeDiscovery\n        private val discoverySubscription = discoveryUpdates.subscribe(this)\n\n        \/**\n          * @return A sequence of all service instances matching the service\n          *         name provided in the constructor.\n          *\/\n        override def instances: Seq[S] =\n            asMidonetServices(registeredServices)\n\n        \/**\n          * Unsubscribe this client from the discovery service.\n          *\/\n        override def stop(): Unit = discoverySubscription.unsubscribe()\n\n        \/**\n          * Convert a set of (ServiceName, URI) pairs to a sequence of\n          * MidonetServiceInstances.\n          *\n          * @param services Set of (ServiceName, URI) pairs.\n          * @return Sequence of MidonetServiceInstances.\n          *\/\n        private def asMidonetServices(services: Set[(String, URI)]): Seq[S] =\n            services.filter {\n                case (s, _) if s == serviceName => true\n                case _ => false\n            }.map(_._2).flatMap(asMidonetService).toSeq\n\n        \/**\n          * Convert a URI to a subclass of MidonetServiceInstance according to\n          * the generic type of this client.\n          *\n          * @param uri The uri we want to convert to a MidonetServiceInstance.\n          * @return An option containing an instance of MidonetServiceURI or\n          *         MidonetServiceHostAndPort or None if S doesn't match either\n          *         of those types.\n          *\/\n        private def asMidonetService(uri: URI): Option[S] = {\n            (uri.getHost, uri.getPort, new UriSpec(uri.toString)) match {\n                case (address: String, port: Int, _)\n                    if tag.runtimeClass == classOf[MidonetServiceHostAndPort] =>\n                    Option(MidonetServiceHostAndPort(address, port).asInstanceOf[S])\n                case (_, _, uri: UriSpec)\n                    if tag.runtimeClass == classOf[MidonetServiceURI] =>\n                    Option(MidonetServiceURI(new URI(uri.build)).asInstanceOf[S])\n                case _ =>\n                    \/\/ We filter those instances that do not comply with the\n                    \/\/ type of the client doing the request\n                    None\n            }\n        }\n\n        \/**\n          * When an error comes from FakeDiscovery, propagate it to our own\n          * observable.\n          *\n          * @param e Error coming from FakeDiscovery.\n          *\/\n        override def onError(e: Throwable) = updates.onError(e)\n\n        \/**\n          * When a completion event comes from FakeDiscovery, propagate it to\n          * our own observable.\n          *\/\n        override def onCompleted() = updates.onCompleted()\n\n        \/**\n          * When an updated set of instances comes from FakeDiscovery, propagate\n          * it to our own observable as a sequence of MidonetServiceInstances.\n          *\n          * @param t A set of (ServiceName, URI) pairs.\n          *\/\n        override def onNext(t: Set[(String, URI)]) =\n            updates.onNext(asMidonetServices(t))\n    }\n}\n\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/services\/flowstate\/FlowStateStorageStreamTest.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.services.flowstate\n\nimport java.io.{File, IOException}\nimport java.nio.ByteBuffer\nimport java.nio.file.{Path, Paths, Files => JFiles}\nimport java.util.UUID\n\nimport scala.collection.mutable\n\nimport com.google.common.io.Files\nimport com.typesafe.config.ConfigFactory\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.time.{Millis, Seconds, Span}\n\nimport org.midonet.midolman.config.{FlowStateConfig, MidolmanConfig}\nimport org.midonet.packets.SbeEncoder\nimport org.midonet.services.flowstate.stream.snappy.SnappyBlockWriter\nimport org.midonet.services.flowstate.stream.{ByteBufferBlockReader, ByteBufferBlockWriter, _}\nimport org.midonet.util.collection.RingBufferWithFactory\nimport org.midonet.util.io.stream._\n\n@RunWith(classOf[JUnitRunner])\nclass FlowStateStorageStreamTest extends FlowStateBaseTest {\n\n    private var config: FlowStateConfig = _\n    private var context: stream.Context = _\n    private var tmpFile: File = _\n    private var portId: UUID = _\n    private var tmpDir: File = _\n    implicit val patience: PatienceConfig = new PatienceConfig(\n        Span(15, Seconds),\n        Span(100, Millis))\n\n    implicit def toWriterImpl(writer: FlowStateWriter): FlowStateWriterImpl = {\n        writer.asInstanceOf[FlowStateWriterImpl]\n    }\n\n    implicit def toReaderImpl(reader: FlowStateReader): FlowStateReaderImpl = {\n        reader.asInstanceOf[FlowStateReaderImpl]\n    }\n\n    private class TestByteBufferBlockWriter(\n            builder: BlockHeaderBuilder[TimedBlockHeader],\n            buffers: RingBufferWithFactory[ByteBuffer],\n            expirationTime: Long,\n            howManyBeforeFailing: Int)\n        extends ByteBufferBlockWriter(builder, buffers, expirationTime) {\n\n        private var written = 0\n\n        override def write(buff: Array[Byte], offset: Int, length: Int): Unit = {\n            if (written < howManyBeforeFailing) {\n                written += 1\n                super.write(buff, offset, length)\n            } else {\n                super.write(buff, offset, length\/2)\n            }\n        }\n    }\n\n    private def assertEqualMessages(readEncoder: SbeEncoder,\n                                    writeEncoder: SbeEncoder) = {\n        val writeBuff = ByteBuffer\n            .wrap(writeEncoder.flowStateBuffer.byteArray(),\n                  0, writeEncoder.decodedLength())\n        val readBuff = ByteBuffer.wrap(readEncoder.flowStateBuffer.byteArray(),\n                                       0, readEncoder.decodedLength())\n        readBuff.clear()\n        writeBuff shouldBe readBuff\n    }\n\n    before {\n        tmpDir = Files.createTempDir()\n        \/\/ We assume midolman.log.dir contains an ending \/ but tmpdir does not\n        \/\/ add it on some platforms.\n        System.setProperty(\"minions.db.dir\",\n                           s\"${System.getProperty(\"java.io.tmpdir\")}\/\")\n        \/\/ Setting compression_ratio to 1 because it's random data\n        val flowStateConfig = ConfigFactory.parseString(\n            s\"\"\"\n               |agent.minions.flow_state.log_directory: ${tmpDir.getName}\n               |agent.minions.flow_state.block_size : 1\n               |agent.minions.flow_state.blocks_per_port : 10\n               |agent.minions.flow_state.expiration_time : 20s\n               |\"\"\".stripMargin)\n        config = MidolmanConfig.forTests(flowStateConfig).flowState\n        portId = UUID.randomUUID()\n        context = stream.Context(config, new FlowStateManager(config))\n    }\n\n    feature(\"FlowState builder handles headers\") {\n        scenario(\"Reading a valid header\") {\n            val rawHeader = ByteBuffer.allocate(FlowStateBlock.headerSize)\n            FlowStateBlock.init(rawHeader)\n\n            val header = FlowStateBlock(rawHeader)\n            header.isValid shouldBe false\n            header.lastEntryTime shouldBe -1\n            header.blockLength shouldBe 0\n            header.magic shouldBe FlowStateBlock.MagicNumber\n            header.toString.endsWith(\n                \"[magic: XFlowState, last: -1, length: 0]\") shouldBe true\n        }\n\n        scenario(\"Reseting an invalid header\") {\n            val block = ByteBuffer.allocate(FlowStateBlock.headerSize + 4)\n            FlowStateBlock.init(block)\n            block.putInt(Int.MaxValue)\n            FlowStateBlock.update(block)\n\n            var header = FlowStateBlock(block)\n            header.isValid shouldBe true\n            header.lastEntryTime should be > 0L\n            header.blockLength shouldBe 4\n            block.position shouldBe FlowStateBlock.headerSize + header.blockLength\n\n            val newBlock = ByteBuffer.wrap(block.array)\n            FlowStateBlock.reset(newBlock)\n\n            header = FlowStateBlock(newBlock)\n            header.isValid shouldBe false\n            header.lastEntryTime shouldBe -1\n            header.blockLength shouldBe 0\n            newBlock.position shouldBe FlowStateBlock.headerSize\n            header.toString.endsWith(\n                \"[magic: XFlowState, last: -1, length: 0]\") shouldBe true\n        }\n\n        scenario(\"Not reseting a valid header\") {\n            val block = ByteBuffer.allocate(FlowStateBlock.headerSize + 8)\n            FlowStateBlock.init(block)\n            block.putInt(Int.MaxValue)\n            FlowStateBlock.update(block)\n\n            var header = FlowStateBlock(block)\n            header.isValid shouldBe true\n            header.lastEntryTime should be > 0L\n            header.blockLength shouldBe 4\n            block.position shouldBe FlowStateBlock.headerSize + header.blockLength\n\n            val newBlock = ByteBuffer.wrap(block.array)\n            FlowStateBlock.init(newBlock)\n\n            header = FlowStateBlock(newBlock)\n            header.isValid shouldBe true\n            header.lastEntryTime should be > 0L\n            header.blockLength shouldBe 4\n            block.position shouldBe FlowStateBlock.headerSize + header.blockLength\n        }\n    }\n\n    feature(\"FlowStateStream handles writes\") {\n        scenario(\"Output buffer has a minimum size of 1KB.\") {\n            val newConfig = ConfigFactory.parseString(\n                s\"\"\"\n                   |agent.minions.flow_state.block_size : 1\n                 \"\"\".stripMargin)\n            MidolmanConfig.forTests(newConfig).flowState.blockSize shouldBe 1024\n        }\n\n        scenario(\"Writing a single message on an empty stream is compressed\") {\n            Given(\"A flow state storage stream\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n\n            And(\"A message to store\")\n            val writeEncoder = validFlowStateInternalMessage(numNats = 2,\n                                                     numEgressPorts = 3)._3\n\n            When(\"Writing to the stream\")\n            outStream.write(writeEncoder)\n\n            Then(\"There's no buffer allocated yet.\")\n            buffers.length shouldBe 0\n\n            When(\"Closing and flushing the stream\")\n            outStream.close()\n\n            Then(\"The message should be compressed\")\n            val position = buffers.head.get.limit()\n            position should be > FlowStateBlock.headerSize\n            position should\n            be < FlowStateBlock.headerSize + writeEncoder.encodedLength()\n        }\n\n        scenario(\"Writing to a stream adds a buffer when current is full\") {\n            Given(\"A flow state storage stream\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n\n            When(\"Writing to the stream indefinitely\")\n            while (buffers.length < 2) {\n                val encoder =\n                    validFlowStateInternalMessage(numNats = 2, numEgressPorts = 3)._3\n                outStream.write(encoder)\n            }\n\n            When(\"Closing the stream and flushing the data to the buffers\")\n            outStream.close()\n\n            And(\"Having read the headers of each block\")\n            val iter = buffers.iterator\n            val buf1 = iter.next()\n            val buf2 = iter.next()\n\n            val header1 = FlowStateBlock(buf1)\n            val header2 = FlowStateBlock(buf2)\n\n            Then(\n                \"The first and last entries of each block should be increasing\")\n            header1.lastEntryTime should be < header2.lastEntryTime\n\n            And(\"The data on the 2nd buffer should not fit on the 1st buffer\")\n            val compressedData2 = header2.blockLength -\n                                  FlowStateBlock.headerSize\n            compressedData2 should be > buf1.capacity - buf1.limit\n        }\n\n        scenario(\"Trying to write a message bigger than the block size\") {\n            Given(\"A flow state storage stream\")\n            val blockWriter = ByteBufferBlockWriter(context, portId)\n            val snappyWriter = new SnappyBlockWriter(blockWriter, config.blockSize)\n\n            val block = ByteBuffer.allocate(config.blockSize + 1)\n            intercept[IndexOutOfBoundsException] {\n                snappyWriter.write(block.array(), 0, block.array().length)\n            }\n        }\n    }\n\n    feature(\"FlowStateStream handles reads\") {\n        scenario(\"Reading from a single-block multi-message stream\") {\n            Given(\"A flow state storage stream\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n\n            And(\"Some messages to store\")\n            val writeMsgs = for (i <- 1 until 2)\n                yield validFlowStateInternalMessage(numNats = 2,\n                                            numEgressPorts = 3)._3\n\n            When(\"Writting to the stream\")\n            for (msg <- writeMsgs)\n                outStream.write(msg)\n            outStream.flush()\n            buffers.length shouldBe 1\n            outStream.close()\n\n            val inStream = FlowStateReader(context, portId)\n\n            def readFully() {\n                val readMsgs = mutable.MutableList.empty[SbeEncoder]\n                var msg: Option[SbeEncoder] = None\n                while ( {\n                    msg = inStream.read()\n                    msg\n                }.isDefined) {\n                    readMsgs += msg.get\n                }\n\n                Then(\"Read and writen buffers are the same\")\n                for ((writeMsg, readMsg) <- writeMsgs zip readMsgs) {\n                    assertEqualMessages(readMsg, writeMsg)\n                }\n            }\n\n            Then(\"We can read the whole stream\")\n            readFully()\n\n            When(\"Doing a reset on the input stream\")\n            inStream.reset()\n\n            Then(\"We can read the whole stream again\")\n            readFully()\n        }\n\n        scenario(\"Reading from a multi-block multi-message stream\") {\n            Given(\"A flow state storage stream\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n\n            When(\"Writing to the stream indefinitely\")\n            val writeMsgs = mutable.MutableList.empty[SbeEncoder]\n            val numBlocks = 3\n            while (buffers.length < numBlocks) {\n                val encoder =\n                    validFlowStateInternalMessage(numNats = 2, numEgressPorts = 3)._3\n                writeMsgs += encoder\n                outStream.write(encoder)\n            }\n\n            When(\"Closing and reading from the stream\")\n            outStream.close()\n\n            val inStream = FlowStateReader(context, portId)\n            val readMsgs = mutable.MutableList.empty[SbeEncoder]\n            var msg: Option[SbeEncoder] = None\n            while ( {\n                msg = inStream.read(); msg\n            }.isDefined) {\n                readMsgs += msg.get\n            }\n\n            Then(\"Read and written buffers are the same\")\n            readMsgs.length shouldBe writeMsgs.length\n            for ((writeMsg, readMsg) <- writeMsgs zip readMsgs) {\n                assertEqualMessages(readMsg, writeMsg)\n            }\n        }\n    }\n\n    feature(\"FlowState expiration\") {\n        scenario(\"Can read input stream after some expirations.\") {\n            Given(\"A flow state storage stream\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n            val timeout = config.expirationTime.toMillis\n\n            And(\"A stream of messages until we have two blocks\")\n            val writeMsg = validFlowStateInternalMessage(numNats = 2,\n                                                 numEgressPorts = 3)\n            val writeEncoder = writeMsg._3\n\n            while (buffers.length < 2) {\n                outStream.write(writeEncoder)\n            }\n            buffers.length shouldBe 2\n            var blocks = buffers.iterator.toIndexedSeq\n            val header1 = FlowStateBlock(blocks(0))\n            var header2 = FlowStateBlock(blocks(1))\n\n            When(\"Waiting half of the time and refreshing the 2nd block\")\n            Thread.sleep(timeout \/ 2)\n            outStream.write(writeEncoder)\n            outStream.flush()\n            blocks = buffers.iterator.toIndexedSeq \/\/ update view\n            header2 = FlowStateBlock(blocks(1))\n            header1.lastEntryTime should be < header2.lastEntryTime\n\n            When(\"Waiting for the first block to expire\")\n            Thread.sleep(timeout \/ 2)\n\n            Then(\"The first block should be released\")\n            val expiredBuffer = buffers.peek\n            outStream.out.out.invalidateBlocks() shouldBe 1\n            val newHeader1 = FlowStateBlock(buffers.head.get)\n            Then(\"The new head should be the previous 2nd block\")\n            newHeader1.lastEntryTime shouldBe header2.lastEntryTime\n            newHeader1.blockLength shouldBe header2.blockLength\n\n            And(\"The 1st buffer should be released\")\n            buffers.length shouldBe 1\n            val expiredHeader = FlowStateBlock(expiredBuffer.get)\n            expiredHeader.lastEntryTime shouldBe -1\n            expiredHeader.blockLength shouldBe 0\n\n            And(\"We can read from the stream\")\n            \/\/ point the stream to the new head after expirations\n            val inStream = FlowStateReader(context, portId)\n            val readMsg = inStream.read()\n            readMsg should not be None\n            val readEncoder = readMsg.get\n            assertEqualMessages(readEncoder, writeEncoder)\n            \/\/ TODO: add check on number of messages and equality on all of them\n        }\n    }\n\n    feature(\"Flow state files are cleaned when unused\") {\n        scenario(\"No files present\") {\n            Given(\"An empty flow state manager\")\n            context.ioManager.buffers should have size 0\n\n            Then(\"Removing the unused files should not remove anything\")\n            context.ioManager.removeInvalid() shouldBe 0\n        }\n\n        scenario(\"Openend files are not removed by the cleaner\") {\n            Given(\"An opened file\")\n            val portId = UUID.randomUUID()\n            context.ioManager.open(portId)\n            context.ioManager.buffers should have size 1\n\n            Then(\"Removing the unused files should not remove anything\")\n            context.ioManager.removeInvalid() shouldBe 0\n        }\n\n        scenario(\"Closed files are not removed by the cleaner\") {\n            Given(\"An opened file\")\n            val portId = UUID.randomUUID()\n            context.ioManager.open(portId)\n            context.ioManager.buffers should have size 1\n\n            When(\"Closing it\")\n            context.ioManager.close(portId)\n\n            Then(\"Removing the unused files should not remove anything\")\n            context.ioManager.removeInvalid() shouldBe 0\n        }\n\n        scenario(\"Not opened and not closed files are removed by the cleaner\") {\n            Given(\"An opened file\")\n            val portId1 = UUID.randomUUID()\n            context.ioManager.open(portId1)\n            And(\"A closed one\")\n            val portId2 = UUID.randomUUID()\n            context.ioManager.open(portId2)\n            And(\"A random file in the flow state directory\")\n            val fileName = s\"${context.ioManager.storageDirectory}\/${UUID.randomUUID}\"\n            new File(fileName).createNewFile()\n\n            context.ioManager.buffers should have size 2\n\n            Then(\"Removing the unused files should remove a single file\")\n            context.ioManager.removeInvalid() shouldBe 1\n            JFiles.list(Paths.get(context.ioManager.storageDirectory)).toArray.foreach {\n                case p: Path =>\n                   context.ioManager.buffers.keySet should contain (UUID.fromString(p.getFileName.toString))\n            }\n        }\n\n        scenario(\"File descriptor is closed when writer is closed\") {\n            Given(\"An openend file\")\n            val portId = UUID.randomUUID\n            context.ioManager.open(portId)\n            val (buffers, fileHandler) = context.ioManager.buffers.get(portId).get\n            fileHandler.isOpen shouldBe true\n            context.ioManager.clear(portId)\n            fileHandler.isOpen shouldBe false\n        }\n    }\n\n    feature(\"Writting\/reading from heap memory byte buffers\") {\n        scenario(\"Opening an empty ring buffer\") {\n            Given(\"An in-memory flow state writter\")\n            val blockFactory = new HeapBlockFactory[TimedBlockHeader](\n                config.blockSize, FlowStateBlock)\n                .asInstanceOf[BlockFactory[BlockHeader]]\n            val buffers = new RingBufferWithFactory[ByteBuffer](\n                config.blocksPerPort, null, blockFactory.allocate)\n            val outStream = FlowStateWriter(context, buffers)\n\n            And(\"A stream of messages until we have two blocks\")\n            val writeMsgs = mutable.MutableList.empty[SbeEncoder]\n            while (buffers.length < 2) {\n                val writeMsg = validFlowStateInternalMessage(numNats = 2,\n                                                     numEgressPorts = 3)\n                val writeEncoder = writeMsg._3\n                outStream.write(writeEncoder)\n                writeMsgs += writeEncoder\n            }\n            outStream.close()\n\n            Then(\"We can read from it\")\n            val inStream = FlowStateReader(context, buffers)\n            val readMsgs = mutable.MutableList.empty[SbeEncoder]\n            var msg: Option[SbeEncoder] = None\n            while ( { msg = inStream.read(); msg }.isDefined) {\n                readMsgs += msg.get\n            }\n\n            Then(\"Read and written buffers are the same\")\n            readMsgs.length shouldBe writeMsgs.length\n            for ((writeMsg, readMsg) <- writeMsgs zip readMsgs) {\n                assertEqualMessages(readMsg, writeMsg)\n            }\n        }\n\n        scenario(\"Reading from a truncated buffer due to failure on write\") {\n            Given(\"Opening a flow state reader on previously written\")\n            val blockFactory = new HeapBlockFactory[TimedBlockHeader](\n                config.blockSize, FlowStateBlock)\n                .asInstanceOf[BlockFactory[BlockHeader]]\n            val buffers = new RingBufferWithFactory[ByteBuffer](\n                config.blocksPerPort, null, blockFactory.allocate)\n            val blockWriter = new TestByteBufferBlockWriter(\n                FlowStateBlock, buffers, config.expirationTime toNanos, 2)\n            val snappyWriter = new SnappyBlockWriter(blockWriter, config.blockSize)\n            val outStream = new FlowStateWriterImpl(config, snappyWriter)\n\n            When(\"Writting 4 messages\")\n            val writeEncoder = validFlowStateInternalMessage(numNats = 2,\n                                                     numEgressPorts = 3)._3\n            outStream.write(writeEncoder)\n            outStream.flush()\n            outStream.write(writeEncoder)\n            outStream.flush()\n            outStream.write(writeEncoder)\n            outStream.flush()\n            outStream.write(writeEncoder)\n            outStream.close()\n\n            Then(\"It stop after the first truncated message is found\")\n            val inStream = FlowStateReader(context, buffers)\n            var readEncoder = inStream.read().get\n            assertEqualMessages(readEncoder, writeEncoder)\n            readEncoder = inStream.read().get\n            assertEqualMessages(readEncoder, writeEncoder)\n            inStream.read() shouldBe None\n        }\n    }\n\n    feature(\"Writting\/reading from disk with mem mapped files\") {\n        scenario(\"Create\/Delete file\") {\n            When(\"Opening a flow state writer on unexiting port\")\n            val outStream = FlowStateWriter(context, portId)\n            val buffers = outStream.out.out.buffers\n\n            Then(\"An empty file is created\")\n            val filePath = Paths.get(\n                s\"${System.getProperty(\"minions.db.dir\")}\" +\n                s\"${tmpDir.getName}\/$portId\")\n            JFiles.exists(filePath) shouldBe true\n            JFiles.size(filePath) shouldBe 0\n\n            When(\"Writting a single entry\")\n            val writeMsg = validFlowStateInternalMessage(numNats = 2,\n                                                 numEgressPorts = 3)\n            val writeEncoder = writeMsg._3\n            outStream.write(writeEncoder)\n\n            Then(\"No flushing done to disk\")\n            JFiles.size(filePath) shouldBe 0\n\n            When(\"Flushing the compressed stream\")\n            outStream.flush()\n\n            Then(\"File size updated accordingly\")\n            val size1 = JFiles.size(filePath)\n            size1 shouldBe config.blockSize\n\n            When(\"Deleting the file\")\n            context.ioManager.close(portId)\n\n            Then(\"Memory is not released\")\n            outStream.write(writeEncoder)\n            outStream.flush()\n\n            When(\"Releasing the buffers\")\n            outStream.clear()\n\n            Then(\"Buffers should be empty\")\n            buffers.length shouldBe 0\n\n            And(\"Trying to delete an already deleted file doesn't fail\")\n            context.ioManager.remove(portId)\n        }\n\n        scenario(\"Opening a non existing file (new binding)\") {\n            When(\"Opening a flow state reader on unexisting port\")\n            intercept[IOException] {\n                FlowStateReader(context, portId)\n                \/\/ The caller should recover from this failure\n            }\n        }\n\n        scenario(\"Clearing the buffers in input stream\") {\n            Given(\"A pre-populated file for a given portId\")\n            val outStream = FlowStateWriter(context, portId)\n            val writeMsg1 = validFlowStateInternalMessage(numNats = 2,\n                                                  numEgressPorts = 3)\n            val writeEncoder1 = writeMsg1._3\n            outStream.write(writeEncoder1)\n            outStream.flush() \/\/ flush cached data.\n            outStream.close() \/\/ no more writting on this writer.\n\n\n            And(\"Opening for reading\")\n            val inStream = FlowStateReader(context, portId)\n            val readEncoder1 = inStream.read().get\n            inStream.read() shouldBe None\n            Then(\"The message read is the same as written before\")\n            assertEqualMessages(readEncoder1, writeEncoder1)\n            inStream.in.input.buffers.length shouldBe 1\n\n            When(\"Clearing the buffers of the input stream\")\n            inStream.clear()\n            inStream.in.input.buffers.length shouldBe 0\n        }\n\n        scenario(\"Reboot (opening an already existing file for reading\/writting)\") {\n            Given(\"A pre-populated file for a given portId\")\n            val outStream = FlowStateWriter(context, portId)\n            val writeMsg1 = validFlowStateInternalMessage(numNats = 2,\n                                                  numEgressPorts = 3)\n            val writeEncoder1 = writeMsg1._3\n            outStream.write(writeEncoder1)\n            outStream.flush() \/\/ flush cached data\n            outStream.close() \/\/ no more writting on this writer\n\n            When(\"Opening for reading\")\n            val inStream = FlowStateReader(context, portId)\n            var readEncoder1 = inStream.read().get\n            inStream.read() shouldBe None\n            Then(\"The message read is the same as written before\")\n            assertEqualMessages(readEncoder1, writeEncoder1)\n\n            When(\"Writing on a new output stream\")\n            val newOutStream = FlowStateWriter(context, portId)\n            val writeMsg2 = validFlowStateInternalMessage(numNats = 2,\n                                                  numEgressPorts = 3)\n            val writeEncoder2 = writeMsg2._3\n            newOutStream.out.out.buffers.length shouldBe 1\n            newOutStream.write(writeEncoder2)\n            newOutStream.flush()\n            context.ioManager.clear(portId) \/\/ removes any in memory reference\n\n            Then(\"Opening for reading contains two messages\")\n            val newInStream = FlowStateReader(context, portId)\n            readEncoder1 = newInStream.read().get\n            assertEqualMessages(readEncoder1, writeEncoder1)\n            val readEncoder2 = newInStream.read().get\n            assertEqualMessages(readEncoder2, writeEncoder2)\n            newInStream.read() shouldBe None\n        }\n\n        scenario(\"Port migration (request for existing raw flow state)\") {\n            Given(\"A pre-populated file for a given portId\")\n            val outStream = FlowStateWriter(context, portId)\n            val writeMsg1 = validFlowStateInternalMessage(numNats = 2,\n                                                  numEgressPorts = 3)\n            val writeEncoder1 = writeMsg1._3\n            outStream.write(writeEncoder1)\n            outStream.flush() \/\/ flush cached data\n            outStream.close() \/\/ remove references to underlying buffer\n            var buffersSeq = outStream.out.out.buffers.iterator.toIndexedSeq\n            val header1 = FlowStateBlock(buffersSeq(0))\n\n            When(\"Opening raw data for reading\")\n            val rawInStream = ByteBufferBlockReader(context, portId)\n            val rawBlock = ByteBuffer.allocate(config.blockSize)\n            buffersSeq = rawInStream.buffers.iterator.toIndexedSeq\n            rawInStream.read(rawBlock.array, 0, FlowStateBlock.headerSize)\n            val header1_1 = FlowStateBlock(buffersSeq(0))\n            rawInStream.read(rawBlock.array, FlowStateBlock.headerSize, header1_1.blockLength)\n\n            header1.blockLength shouldBe header1_1.blockLength\n            header1.lastEntryTime shouldBe header1_1.lastEntryTime\n\n            And(\"Transfer it to another file (using the raw interface)\")\n            val newPortId = UUID.randomUUID() \/\/ so we don't overwrite existing one\n            val rawOutStream = ByteBufferBlockWriter(context, newPortId)\n            rawOutStream.write(rawBlock.array(), 0, header1_1.blockLength)\n\n            Then(\"Read from the new file succeeds\")\n            val inStream = FlowStateReader(context, newPortId)\n            val readEncoder = inStream.read().get\n            assertEqualMessages(readEncoder, writeEncoder1)\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/topology\/PortMapperTest.scala","text":"<gh_stars>100-1000\n\/*\n * Copyright 2014-2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.topology\n\nimport java.util.UUID\n\nimport scala.collection.mutable\nimport scala.concurrent.duration._\nimport scala.util.Random\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport rx.Observable\n\nimport org.midonet.cluster.data.storage._\nimport org.midonet.cluster.models.Topology.Rule.NatTarget\nimport org.midonet.cluster.models.Topology.{Rule, Mirror => TopologyMirror, Port => TopologyPort}\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.MidonetBackend.ActiveKey\nimport org.midonet.cluster.state.PortStateStorage._\nimport org.midonet.cluster.topology.{TopologyBuilder, TopologyMatchers}\nimport org.midonet.cluster.topology.TopologyBuilder._\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.midolman.topology.TopologyTest.DeviceObserver\nimport org.midonet.midolman.simulation.{BridgePort, Mirror, RouterPort, VxLanPort, Port => SimPort}\nimport org.midonet.midolman.util.MidolmanSpec\nimport org.midonet.util.reactivex._\n\n@RunWith(classOf[JUnitRunner])\nclass PortMapperTest extends MidolmanSpec with TopologyBuilder\n                     with TopologyMatchers {\n\n    private var vt: VirtualTopology = _\n    private var store: InMemoryStorage = _\n    private val random = new Random()\n    private final val timeout = 5 seconds\n\n    protected override def beforeTest(): Unit = {\n        vt = injector.getInstance(classOf[VirtualTopology])\n        store = injector.getInstance(classOf[MidonetBackend]).store\n                        .asInstanceOf[InMemoryStorage]\n    }\n\n    feature(\"The port mapper emits port devices\") {\n        scenario(\"The mapper emits error for non-existing port\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should see a NotFoundException\")\n            obs.awaitCompletion(timeout)\n            val e = obs.getOnErrorEvents.get(0).asInstanceOf[NotFoundException]\n            e.clazz shouldBe classOf[TopologyPort]\n            e.id shouldBe id\n        }\n\n        scenario(\"The mapper emits existing bridge port\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A bridge and a bridge port\")\n            val bridge = createBridge()\n            val port = createBridgePort(id = id,\n                                        bridgeId = Some(bridge.getId.asJava))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive a bridge port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device shouldBeDeviceOf port\n            device.isActive shouldBe false\n        }\n\n        scenario(\"The mapper emits existing router port\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A router and router port\")\n            val router = createRouter()\n            val port = createRouterPort(id = id,\n                                        routerId = Some(router.getId.asJava))\n            store.multi(Seq(CreateOp(router), CreateOp(port)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive a router port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device = obs.getOnNextEvents.get(0).asInstanceOf[RouterPort]\n            device shouldBeDeviceOf port\n            device.isActive shouldBe false\n        }\n\n        scenario(\"The mapper emits existing VXLAN port\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A VXLAN port\")\n            val port = createVxLanPort(id = id, vtepId = Some(UUID.randomUUID()))\n            store.create(port)\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive a router port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device = obs.getOnNextEvents.get(0).asInstanceOf[VxLanPort]\n            device shouldBeDeviceOf port\n            device.isActive shouldBe true\n        }\n\n        scenario(\"The mapper emits new device on port update\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A bridge and two ports\")\n            val bridge = createBridge()\n            val port1 = createBridgePort(id = id, adminStateUp = false,\n                                         bridgeId = Some(bridge.getId.asJava))\n            val port2 = createBridgePort(id = id, adminStateUp = true,\n                                         bridgeId = Some(bridge.getId.asJava))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port1)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device1 = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device1 shouldBeDeviceOf port1\n            device1.adminStateUp shouldBe false\n            device1.isActive shouldBe false\n\n            When(\"The port is updated\")\n            store.update(port2)\n\n            Then(\"The observer should receive the update\")\n            obs.awaitOnNext(2, timeout) shouldBe true\n            val device2 = obs.getOnNextEvents.get(1).asInstanceOf[BridgePort]\n            device2 shouldBeDeviceOf port2\n            device2.adminStateUp shouldBe true\n            device2.isActive shouldBe false\n\n            When(\"The port is updated again restoring the admin status\")\n            store.update(port1)\n\n            Then(\"The observer should receive the update\")\n            obs.awaitOnNext(3, timeout) shouldBe true\n            val device3 = obs.getOnNextEvents.get(2).asInstanceOf[BridgePort]\n            device3 shouldBeDeviceOf port1\n            device3.adminStateUp shouldBe false\n            device3.isActive shouldBe false\n        }\n\n        scenario(\"The mapper emits new device on port owner update\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A bridge and a port\")\n            val bridge = createBridge()\n            val port = createBridgePort(id = id,\n                                        bridgeId = Some(bridge.getId.asJava),\n                                        hostId = Some(InMemoryStorage.namespaceId))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            obs.getOnNextEvents.size shouldBe 1\n            val device1 = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device1 shouldBeDeviceOf port\n            device1.isActive shouldBe false\n\n            When(\"Adding a first owner to the port\")\n            val owner1 = UUID.randomUUID.toString\n            store.addValue(classOf[TopologyPort], id, ActiveKey, owner1)\n                 .await(timeout)\n\n            Then(\"The observer should receive the update\")\n            obs.awaitOnNext(2, timeout) shouldBe true\n            obs.getOnNextEvents.size shouldBe 2\n            val device2 = obs.getOnNextEvents.get(1).asInstanceOf[BridgePort]\n            device2 shouldBeDeviceOf port\n            device2.isActive shouldBe true\n\n            When(\"Removing the first owner from the port\")\n            store.removeValue(classOf[TopologyPort], id, ActiveKey, owner1)\n                 .await(timeout)\n\n            Then(\"The observer should receive a new update\")\n            obs.awaitOnNext(3, timeout) shouldBe true\n            obs.getOnNextEvents.size shouldBe 3\n            val device3 = obs.getOnNextEvents.get(2).asInstanceOf[BridgePort]\n            device3 shouldBeDeviceOf port\n            device3.isActive shouldBe false\n        }\n\n        scenario(\"The mapper emits new device on port state update\") {\n            Given(\"A bridge port\")\n            val bridge = createBridge()\n            val port = createBridgePort(bridgeId = Some(bridge.getId),\n                                        hostId = Some(InMemoryStorage.namespaceId))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(port.getId, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device1 = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device1 shouldBeDeviceOf port\n\n            And(\"The port tunnel key should be read from topology\")\n            device1.isActive shouldBe false\n            device1.tunnelKey shouldBe port.getTunnelKey\n\n            When(\"Setting the port state to active\")\n            simBackChannel clear\n            val tunnelKey = random.nextLong()\n            store.setPortActive(port.getId, InMemoryStorage.namespaceId,\n                                active = true, tunnelKey = tunnelKey)\n                 .await(timeout)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(2, timeout) shouldBe true\n            val device2 = obs.getOnNextEvents.get(1).asInstanceOf[BridgePort]\n\n            And(\"The flows should be invalidated\")\n            simBackChannel should invalidate (\n                device2.flowStateTag, device2.deviceTag)\n\n            And(\"The port tunnel key should be read from state\")\n            device2.isActive shouldBe true\n            device2.tunnelKey shouldBe tunnelKey\n\n            When(\"The local tunnel key is changed\")\n            simBackChannel clear\n            val tunnelKey2 = random.nextLong()\n            store.setPortActive(port.getId, InMemoryStorage.namespaceId,\n                                active = true, tunnelKey = tunnelKey2)\n                 .await(timeout)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(3, timeout) shouldBe true\n            val device4 = obs.getOnNextEvents.get(2).asInstanceOf[BridgePort]\n\n            And(\"The flows should be invalidated\")\n            simBackChannel should invalidate (device4.deviceTag)\n\n            And(\"The port tunnel key should be read from state\")\n            device4.isActive shouldBe true\n            device4.tunnelKey shouldBe tunnelKey2\n\n            When(\"Setting the port state to inactive\")\n            store.setPortActive(port.getId, InMemoryStorage.namespaceId,\n                                active = false)\n                 .await(timeout)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(4, timeout) shouldBe true\n            val device3 = obs.getOnNextEvents.get(3).asInstanceOf[BridgePort]\n\n            And(\"The port tunnel key should be read from topology\")\n            device3.isActive shouldBe false\n            device3.tunnelKey shouldBe port.getTunnelKey\n        }\n\n        scenario(\"The mapper handles port migration\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A second host\")\n            val host2 = createHost()\n            val hostId2 = host2.getId.asJava.toString\n            store create host2\n\n            And(\"A bridge and a port bound to a first host\")\n            val bridge = createBridge()\n            val port1 = createBridgePort(id = id,\n                                         bridgeId = Some(bridge.getId.asJava),\n                                         hostId = Some(InMemoryStorage.namespaceId))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port1)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port as not active\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device1 = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device1 shouldBeDeviceOf port1\n            device1.isActive shouldBe false\n\n            When(\"The first host sets the port as active\")\n            store.addValue(classOf[TopologyPort], id, ActiveKey, store.namespace)\n                .await(timeout)\n\n            Then(\"The observer should receive the port as active\")\n            obs.awaitOnNext(2, timeout) shouldBe true\n            val device2 = obs.getOnNextEvents.get(1).asInstanceOf[BridgePort]\n            device2 shouldBeDeviceOf port1\n            device2.isActive shouldBe true\n\n            When(\"The port migrates to the second host\")\n            val port2 = port1.setHostId(host2.getId)\n            store update port2\n\n            Then(\"The observer should receive the port as not active\")\n            obs.awaitOnNext(3, timeout) shouldBe true\n            val device3 = obs.getOnNextEvents.get(2).asInstanceOf[BridgePort]\n            device3 shouldBeDeviceOf port2\n            device3.isActive shouldBe false\n\n            When(\"The first host sets the port as active\")\n            store.addValueAs(hostId2, classOf[TopologyPort], id, ActiveKey,\n                             store.namespace)\n                .await(timeout)\n\n            Then(\"The observer should receive the port as active\")\n            obs.awaitOnNext(4, timeout) shouldBe true\n            val device4 = obs.getOnNextEvents.get(3).asInstanceOf[BridgePort]\n            device4 shouldBeDeviceOf port2\n            device4.isActive shouldBe true\n        }\n\n        scenario(\"The mapper completes on port delete\") {\n            Given(\"A port identifier\")\n            val id = UUID.randomUUID\n\n            And(\"A bridge and a port\")\n            val bridge = createBridge()\n            val port = createBridgePort(id = id,\n                                        bridgeId = Some(bridge.getId.asJava))\n            store.multi(Seq(CreateOp(bridge), CreateOp(port)))\n\n            And(\"A port mapper\")\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device1 = obs.getOnNextEvents.get(0).asInstanceOf[BridgePort]\n            device1 shouldBeDeviceOf port\n\n            When(\"The port is deleted\")\n            store.delete(classOf[TopologyPort], id)\n\n            Then(\"The observer should receive a completed notification\")\n            obs.awaitCompletion(timeout)\n            obs.getOnCompletedEvents should not be empty\n        }\n    }\n\n    feature(\"Test port field updates\") {\n        scenario(\"The port receives existing mirrors\") {\n            Given(\"A port mapper\")\n            val id = UUID.randomUUID\n            val mapper = new PortMapper(id, vt, mutable.Map())\n\n            And(\"Two mirrors\")\n            val router = createRouter()\n            val port1 = createRouterPort(routerId = Some(router.getId))\n            val mirror1 = createMirror(toPort = port1.getId)\n            val mirror2 = createMirror(toPort = port1.getId)\n            val mirror3 = createMirror(toPort = port1.getId)\n            val mirror4 = createMirror(toPort = port1.getId)\n            store.multi(Seq(CreateOp(router), CreateOp(port1),\n                            CreateOp(mirror1), CreateOp(mirror2),\n                            CreateOp(mirror3), CreateOp(mirror4)))\n\n            And(\"A port\")\n            val port = createRouterPort(id = id,\n                                        routerId = Some(router.getId),\n                                        inboundMirrorIds = Set(mirror1.getId),\n                                        outboundMirrorIds = Set(mirror2.getId),\n                                        postInFilterMirrorIds = Set(mirror3.getId),\n                                        preOutFilterMirrorIds = Set(mirror4.getId))\n            store.create(port)\n\n            And(\"An observer to the port mapper\")\n            val obs = new DeviceObserver[SimPort](vt)\n\n            When(\"The observer subscribes to an observable on the mapper\")\n            Observable.create(mapper).subscribe(obs)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(1, timeout) shouldBe true\n            val device1 = obs.getOnNextEvents.get(0)\n            device1 shouldBeDeviceOf port\n\n            And(\"The virtual topology should have prefetched the mirrors\")\n            VirtualTopology.tryGet(classOf[Mirror], mirror1.getId) shouldBeDeviceOf mirror1\n            VirtualTopology.tryGet(classOf[Mirror], mirror2.getId) shouldBeDeviceOf mirror2\n            VirtualTopology.tryGet(classOf[Mirror], mirror3.getId) shouldBeDeviceOf mirror3\n            VirtualTopology.tryGet(classOf[Mirror], mirror4.getId) shouldBeDeviceOf mirror4\n\n            When(\"The first mirror updates to a different port\")\n            val port2 = createRouterPort(routerId = Some(router.getId))\n            val mirror5 = mirror1.toBuilder\n                .setToPortId(port2.getId)\n                .addPortInboundIds(port.getId)\n                .build()\n            store.multi(Seq(CreateOp(port2), UpdateOp(mirror5)))\n\n            Then(\"The virtual topology should have prefetched the mirrors\")\n            VirtualTopology.tryGet(classOf[Mirror], mirror1.getId) shouldBeDeviceOf mirror5\n            VirtualTopology.tryGet(classOf[Mirror], mirror2.getId) shouldBeDeviceOf mirror2\n            VirtualTopology.tryGet(classOf[Mirror], mirror3.getId) shouldBeDeviceOf mirror3\n            VirtualTopology.tryGet(classOf[Mirror], mirror4.getId) shouldBeDeviceOf mirror4\n\n            When(\"The second mirror is deleted\")\n            store.delete(classOf[TopologyMirror], mirror2.getId)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(2, timeout) shouldBe true\n            val device2 = obs.getOnNextEvents.get(1)\n            device2 shouldBeDeviceOf port\n\n            When(\"The fourth mirror is deleted\")\n            store.delete(classOf[TopologyMirror], mirror4.getId)\n\n            Then(\"The observer should receive the port\")\n            obs.awaitOnNext(3, timeout) shouldBe true\n            val device3 = obs.getOnNextEvents.get(2)\n            device3 shouldBeDeviceOf port\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"netlink\/src\/test\/scala\/org\/midonet\/netlink\/AbstractNetlinkConnectionTest.scala","text":"<filename>netlink\/src\/test\/scala\/org\/midonet\/netlink\/AbstractNetlinkConnectionTest.scala<gh_stars>100-1000\n\/*\n * Copyright 2018 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.netlink\n\nimport org.junit.runner.RunWith\nimport org.mockito.ArgumentMatcher\nimport org.mockito.invocation.InvocationOnMock\nimport org.mockito.Matchers.any\nimport org.mockito.Matchers.argThat\nimport org.mockito.Mock\nimport org.mockito.Mockito.verify\nimport org.mockito.Mockito.when\nimport org.mockito.MockitoAnnotations\nimport org.mockito.stubbing.Answer\nimport org.scalatest.BeforeAndAfter\nimport org.scalatest.FeatureSpecLike\nimport org.scalatest.Matchers\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.mock.MockitoSugar\n\nimport java.nio.ByteBuffer\n\nimport scala.util.Try\n\nimport org.midonet.ErrorCode\nimport org.midonet.netlink.exceptions.NetlinkException\nimport org.midonet.util.BatchCollector\nimport org.midonet.util.Bucket\nimport org.midonet.util.MidonetEventually\n\n\n@RunWith(classOf[JUnitRunner])\nclass AbstractNetlinkConnectionTest extends FeatureSpecLike\n        with Matchers\n        with BeforeAndAfter\n        with MockitoSugar\n        with MidonetEventually {\n\n    @Mock\n    var mockNetlinkChannel: NetlinkChannel = _\n    @Mock\n    var mockBufferPool: BufferPool = _\n    @Mock\n    var mockBucket: Bucket = _\n\n    before {\n        MockitoAnnotations.initMocks(this);\n    }\n\n    feature(\"AbstractNetlinkConnection\") {\n        scenario(\"success\") {\n            val conn = getConnection\n            val dispatcher = getDispatcher\n            conn.setCallbackDispatcher(dispatcher)\n\n            val callback = mock[Callback[Int]]\n            val buf = ByteBuffer.allocate(128)\n            val timeout = 1 * 1000  \/\/ 1 second\n            conn.sendTestMessage(buf, callback, reader, timeout)\n            eventually {\n                conn.handleWriteEvent()\n                verify(mockNetlinkChannel).write(buf)\n            }\n            val seq = readSequenceNumber(buf)\n            seq should not be (0)\n\n            val payload = 4321\n            when(mockNetlinkChannel.read(any(classOf[ByteBuffer])))\n                .thenAnswer(new Answer[Int]() {\n                    def answer(invocation: InvocationOnMock): Int = {\n                        val args = invocation.getArguments()\n                        val reply = args(0).asInstanceOf[ByteBuffer]\n\n                        \/\/ Fake up a reply\n                        reply.position(NetlinkMessage.GENL_HEADER_SIZE)\n                        reply.putInt(payload)\n                        val size = reply.position()\n                        reply.position(0)\n                        NetlinkMessage.writeHeader(reply,\n                            size,\n                            (NLMessageType.NLMSG_MIN_TYPE + 1),\n                            0,  \/\/ flags\n                            seq,\n                            0,  \/\/ pid\n                            0,  \/\/ command\n                            0)  \/\/ version\n                        reply.position(size)\n                        size\n                    }\n                })\n                .thenReturn(0)  \/\/ EOF\n            conn.handleReadEvent(mockBucket)\n            eventually {\n                verify(callback).onSuccess(payload)\n            }\n            dispatcher.currentCBs should be (Nil)\n            dispatcher.doneCBs.flatten.size should be (1)\n        }\n\n        scenario(\"timeout\") {\n            val conn = getConnection\n            val dispatcher = getDispatcher\n            conn.setCallbackDispatcher(dispatcher)\n\n            val callback = mock[Callback[Int]]\n            val buf = ByteBuffer.allocate(128)\n            val timeout = 1 * 1000  \/\/ 1 second\n            conn.sendTestMessage(buf, callback, reader, timeout)\n            eventually {\n                conn.handleWriteEvent()\n                verify(callback).onError(\n                    argThat(new ArgumentMatcher[NetlinkException]() {\n                        override def matches(arg: Any) = {\n                            val e = arg.asInstanceOf[NetlinkException]\n\n                            e.getErrorCodeEnum == ErrorCode.ETIMEOUT\n                        }\n                    }))\n            }\n            val seq = readSequenceNumber(buf)\n            seq should not be (0)\n            dispatcher.currentCBs should be (Nil)\n            dispatcher.doneCBs.flatten.size should be (1)\n        }\n    }\n\n    val reader = new Reader[Int] {\n        def deserializeFrom(buf: ByteBuffer) = Try { buf.getInt } getOrElse 0\n    }\n\n    def getConnection = new TestableNetlinkConnection(\n        mockNetlinkChannel,\n        mockBufferPool,\n        new NullNetlinkMetrics\n    )\n\n    def getDispatcher = new BatchCollector[Runnable] {\n        var doneCBs: List[List[Runnable]] = Nil\n        var currentCBs: List[Runnable] = Nil\n\n        override def endBatch() {\n            this.synchronized {\n                currentCBs.foreach(_.run)\n                doneCBs ::= currentCBs\n                currentCBs = Nil\n            }\n        }\n\n        override def submit(r: Runnable): Boolean = {\n            this.synchronized {\n                currentCBs ::= r\n            }\n            true\n        }\n    }\n\n    def readSequenceNumber(buf: ByteBuffer) = {\n        buf.getInt(buf.position() + NetlinkMessage.NLMSG_SEQ_OFFSET)\n    }\n}\n\nclass TestableNetlinkConnection(\n        channel: NetlinkChannel,\n        sendPool: BufferPool,\n        metrics: NetlinkMetrics\n    ) extends AbstractNetlinkConnection(\n        channel,\n        sendPool,\n        metrics\n    ) {\n\n    override protected def pid = 123  \/\/ just to avoid NPE\n\n    override protected def handleNotification(\n        typ: Short, cmd: Byte, seq: Int, pid: Int,\n        buffer: ByteBuffer) = false\n\n    def sendTestMessage(payload: ByteBuffer,\n                        callback: Callback[Int],\n                        reader: Reader[Int],\n                        timeoutMillis: Long) = {\n        sendNetlinkMessage(payload, callback, reader, timeoutMillis)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/c3po\/translators\/LoadBalancerV2Translator.scala","text":"<reponame>obino\/midonet<filename>midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/c3po\/translators\/LoadBalancerV2Translator.scala\n\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.c3po.translators\n\nimport org.midonet.cluster.data.storage.Transaction\nimport org.midonet.cluster.models.Commons.UUID\nimport org.midonet.cluster.models.Neutron.{NeutronLoadBalancerV2, NeutronPort}\nimport org.midonet.cluster.models.Topology._\nimport org.midonet.cluster.services.c3po.NeutronTranslatorManager.Operation\nimport org.midonet.cluster.util.IPAddressUtil._\nimport org.midonet.cluster.util.IPSubnetUtil._\nimport org.midonet.cluster.util.{IPAddressUtil, IPSubnetUtil}\nimport org.midonet.containers\nimport org.midonet.packets.{IPv4Subnet, MAC}\nimport scala.collection.mutable.ListBuffer\n\nimport org.midonet.cluster.ClusterConfig\n\nclass LoadBalancerV2Translator(config: ClusterConfig)\n        extends Translator[NeutronLoadBalancerV2]\n        with LoadBalancerManager\n        with ChainManager\n        with RuleManager {\n    \/**\n      *  Neutron does not maintain the back reference to the Floating IP, so we\n      * need to do that by ourselves.\n      *\/\n    override protected def retainHighLevelModel(tx: Transaction,\n                                                op: Operation[NeutronLoadBalancerV2])\n    : List[Operation[NeutronLoadBalancerV2]] = List()\n\n    override protected def translateCreate(tx: Transaction,\n                                           nLb: NeutronLoadBalancerV2)\n    : Unit = {\n        if (!nLb.hasVipPortId || !nLb.hasVipAddress)\n            throw new IllegalArgumentException(\n                \"VIP port must be created and specified along with the VIP address.\")\n\n        val subnet = containers.findLocalSubnet()\n        val routerAddress = containers.routerPortAddress(subnet)\n        val containerAddress = containers.containerPortAddress(subnet)\n        val routerSubnet = new IPv4Subnet(routerAddress, subnet.getPrefixLen)\n\n        val newRouterId = lbV2RouterId(nLb.getId)\n        val newRouterPortId = PortManager.routerInterfacePortPeerId(nLb.getVipPortId)\n\n        val iChainId = inChainId(newRouterId)\n        val oChainId = outChainId(newRouterId)\n\n        val vipAddr = IPSubnetUtil.fromAddress(nLb.getVipAddress)\n        val containerAddr = IPSubnetUtil.fromAddress(containerAddress.toString)\n\n        val snatRule = Rule.newBuilder\n            .setId(lbSnatRule(newRouterId))\n            .setType(Rule.Type.NAT_RULE)\n            .setAction(Rule.Action.ACCEPT)\n            .setCondition(\n                anyFragCondition\n                    \/\/ The source IP is NOT the vip addr AND the destination\n                    \/\/ IP is NOT the container Addr\n                    .setNwDstIp(containerAddr)\n                    .setNwDstInv(true)\n                    .setNwSrcIp(vipAddr)\n                    .setNwSrcInv(true))\n            .setNatRuleData(\n                natRuleData(IPAddressUtil.toProto(nLb.getVipAddress),\n                            dnat = false,\n                            dynamic = true,\n                            config.translators.dynamicNatPortStart,\n                            config.translators.dynamicNatPortEnd))\n            .build()\n\n        val revSnatRule = Rule.newBuilder\n            .setId(lbRevSnatRule(newRouterId))\n            .setType(Rule.Type.NAT_RULE)\n            .setAction(Rule.Action.ACCEPT)\n            .setCondition(anyFragCondition)\n            .setNatRuleData(reverseNatRuleData(dnat = false))\n            .build()\n\n        \/\/ Create the router for this LB\n        val newRouter = Router.newBuilder()\n                              .setId(newRouterId)\n                              .setInboundFilterId(iChainId)\n                              .setOutboundFilterId(oChainId)\n                              .setAdminStateUp(nLb.getAdminStateUp)\n                              .build\n\n        val inChain = newChain(iChainId, lbRouterInChainName(nLb.getId),\n                               Seq(revSnatRule.getId))\n        val outChain = newChain(oChainId, lbRouterOutChainName(nLb.getId),\n                                Seq(snatRule.getId))\n\n        \/\/ Create load balancer object with this new router\n        val lb = LoadBalancer.newBuilder()\n            .setId(nLb.getId)\n            .setAdminStateUp(nLb.getAdminStateUp)\n            .setRouterId(newRouterId)\n            .setServiceContainerId(lbServiceContainerId(newRouterId))\n            .build\n\n        val dhcp = tx.get(classOf[Dhcp], nLb.getVipSubnetId)\n        val nVipPort = tx.get(classOf[NeutronPort], nLb.getVipPortId)\n\n        \/\/ Create a router-side port with the VIP address, and connect to the\n        \/\/ already-created VIP port (specified by vipPortId)\n        val newPort = Port.newBuilder()\n            .setId(newRouterPortId)\n            .setPeerId(nLb.getVipPortId)\n            .setRouterId(newRouterId)\n            .setPortAddress(IPAddressUtil.toProto(nLb.getVipAddress))\n            .setPortMac(nVipPort.getMacAddress)\n            .addPortSubnet(dhcp.getSubnetAddress)\n            .build\n\n        val routes = ListBuffer(newNextHopPortRoute(\n            newPort.getId, dstSubnet = newPort.getPortSubnet(0)))\n\n        val serviceContainerPort = Port.newBuilder\n            .setId(lbServiceContainerPortId(newRouter.getId))\n            .setRouterId(newRouter.getId)\n            .addPortSubnet(routerSubnet.asProto)\n            .setPortAddress(routerAddress.asProto)\n            .setPortMac(MAC.random().toString)\n            .build()\n\n        routes += newNextHopPortRoute(\n            serviceContainerPort.getId,\n            dstSubnet = serviceContainerPort.getPortSubnet(0))\n\n        if (dhcp.hasDefaultGateway) {\n            routes += defaultGwRoute(dhcp, newPort.getId,\n                                     dhcp.getDefaultGateway)\n        }\n        routes ++= buildRouterRoutesFromDhcp(newPort.getId, dhcp)\n\n        val serviceContainerGroup = ServiceContainerGroup.newBuilder\n            .setId(lbServiceContainerGroupId(newRouterId))\n            .build()\n\n        val serviceContainer = ServiceContainer.newBuilder\n            .setId(lbServiceContainerId(newRouterId))\n            .setServiceGroupId(serviceContainerGroup.getId)\n            .setPortId(serviceContainerPort.getId)\n            .setServiceType(\"HAPROXY\")\n            .setConfigurationId(lb.getId)\n            .build()\n\n        tx.create(snatRule)\n        tx.create(revSnatRule)\n        tx.create(inChain)\n        tx.create(outChain)\n        tx.create(newRouter)\n        tx.create(lb)\n        tx.create(newPort)\n        tx.create(serviceContainerPort)\n        tx.create(serviceContainerGroup)\n        tx.create(serviceContainer)\n        routes foreach tx.create\n    }\n\n    override protected def translateDelete(tx: Transaction, id: UUID): Unit = {\n        val routerId = lbV2RouterId(id)\n        val sCGId = lbServiceContainerGroupId(routerId)\n        tx.delete(classOf[Chain], inChainId(routerId), ignoresNeo = true)\n        tx.delete(classOf[Chain], outChainId(routerId), ignoresNeo = true)\n        tx.delete(classOf[LoadBalancer], id, ignoresNeo = true)\n        tx.delete(classOf[Router], routerId, ignoresNeo = true)\n        tx.delete(classOf[ServiceContainerGroup], sCGId, ignoresNeo = true)\n    }\n\n    override protected def translateUpdate(tx: Transaction,\n                                           nLb: NeutronLoadBalancerV2)\n    : Unit = {\n        \/\/ Only adminStateUp is updateable for LoadBalancerV2\n        val oldLb = tx.get(classOf[LoadBalancer], nLb.getId)\n        val updatedLb = oldLb.toBuilder\n            .setAdminStateUp(nLb.getAdminStateUp)\n            .build()\n        tx.update(updatedLb)\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/management\/Metering.scala","text":"\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.management\n\nimport java.io.BufferedWriter\nimport java.lang.management._\nimport java.util\nimport java.util.Map.Entry\nimport java.util.function.Consumer\nimport javax.management._\n\nimport com.google.common.annotations.VisibleForTesting\nimport com.typesafe.scalalogging.Logger\nimport org.slf4j.LoggerFactory\nimport org.midonet.management.{FlowMeters, FlowStats, MeteringMXBean}\nimport org.midonet.midolman.monitoring.MeterRegistry\nimport org.midonet.util.StringUtil\n\ntrait PrometheusMetering {\n    protected def registries: List[MeterRegistry]\n\n    private final val metrics = Map(\n        \"midonet_packets_total\" ->\n            (((m: FlowStats) => m.getPackets),\n             \"Total number of packets processed.\"),\n        \"midonet_packets_bytes\" ->\n            (((m: FlowStats) => m.getBytes),\n             \"Total number of bytes processed.\")\n    )\n\n    def toPrometheusMetrics(writer: BufferedWriter) : Unit = {\n        \/\/ \"Text Format\" described in:\n        \/\/ https:\/\/prometheus.io\/docs\/instrumenting\/exposition_formats\/\n        \/\/ See also:\n        \/\/ https:\/\/prometheus.io\/docs\/practices\/naming\/\n\n        metrics.foreach { case (metricsName, desc) =>\n            val (getter, help) = desc\n\n            \/\/ # HELP name help text\n            \/\/ # TYPE name type\n            writer.append(\"# HELP \")\n            writer.append(metricsName)\n            writer.append(\" \")\n            writer.append(help)\n            writer.append(\"\\n\")\n            writer.append(\"# TYPE \")\n            writer.append(metricsName)\n            writer.append(\" counter\\n\")\n\n            var i = 0\n            while (i < registries.length) {\n                val keys = registries(i).getMeterKeys.iterator\n                while (keys.hasNext) {\n                    val key = keys.next()\n                    val meter = registries(i).getMeter(key)\n\n                    \/\/ produce a line like:\n                    \/\/   midonet_packets_total{key=\"...\",registry=\"1\"} 1027 1530166440000\n                    \/\/ REVISIT: Keys like \"meters:tunnel:167772169:167772170\"\n                    \/\/ are not very convenient for users.  It would be more\n                    \/\/ useful if we decomposite keys to IDs, IP addresses, etc.\n                    writer.append(metricsName)\n                    writer.append(\"{key=\\\"\")\n                    writer.append(key)\n                    writer.append(\"\\\",registry=\\\"\")\n                    StringUtil.append(writer, i).append(\"\\\"} \")\n                    StringUtil.append(writer, getter(meter)).append('\\n')\n                }\n                i += 1\n            }\n        }\n    }\n}\n\nobject Metering extends PrometheusMetering with MeteringMXBean {\n    private val Log =\n        Logger(LoggerFactory.getLogger(\"org.midonet.midolman.management\"))\n\n    protected var registries = List[MeterRegistry]()\n    @volatile private var flowMeters: Array[FlowMeters] = _\n\n    override def listMeters = {\n        val keys = new util.HashSet[String]\n        registries foreach { keys addAll _.getMeterKeys() }\n        keys.toArray(new Array[String](keys.size()))\n    }\n\n    override def getMeter(name: String) = {\n        registries.foldLeft(new FlowStats()) { (acc, r) =>\n            val meter = r.getMeter(name)\n            if (meter ne null)\n                acc.add(meter)\n            acc\n        }\n    }\n\n    override def getMeters: Array[FlowMeters] = {\n        var meters = flowMeters\n        val r = registries\n        if ((meters eq null) || meters.length < r.length) {\n            meters = new Array[FlowMeters](r.length)\n            var index = 0\n            while (index < meters.length) {\n                val regMeters = new util.HashMap[String, FlowStats]\n                val keys = r(index).getMeterKeys.iterator\n                while (keys.hasNext) {\n                    val key = keys.next()\n                    val value = r(index).getMeter(key)\n                    if (value != null) {\n                        regMeters.put(key, value)\n                    }\n                }\n                meters(index) = new FlowMeters(index, regMeters)\n                index += 1\n            }\n            flowMeters = meters\n        }\n        meters\n    }\n\n    override def getConsolidatedMeters: FlowMeters = {\n        val iterator = registries.iterator\n        val meters = new util.HashMap[String, FlowStats]()\n        while (iterator.hasNext) {\n            val registry = iterator.next()\n            val keys = registry.getMeterKeys.iterator\n            while (keys.hasNext) {\n                val key = keys.next\n                val value = registry.getMeter(key)\n                val stats = meters.get(key)\n                if (stats eq null) {\n                    meters.put(key, new FlowStats(value.getPackets,\n                                                  value.getBytes))\n                } else {\n                    stats.add(value)\n                }\n            }\n        }\n        new FlowMeters(-1, meters)\n    }\n\n    def registerAsMXBean(meters: MeterRegistry) = this.synchronized {\n        try {\n            registries :+= meters\n            if (registries.size == 1) {\n                ManagementFactory.getPlatformMBeanServer.registerMBean(this,\n                    new ObjectName(MeteringMXBean.NAME))\n            }\n        } catch {\n            case e: Exception =>\n                Log.error(\"Failed to register metering JMX bean\", e)\n        }\n    }\n\n    def reset(): Unit = {\n        registries = List()\n    }\n\n    def toTextTable(writer: BufferedWriter, delim: Char = '\\t') : Unit = {\n        var i = 0\n\n        while (i < registries.length) {\n            val keys = registries(i).getMeterKeys.iterator\n            while (keys.hasNext) {\n                val key = keys.next()\n                val meter = registries(i).getMeter(key)\n                serializeMeter(key, meter.getPackets, meter.getBytes, writer, delim)\n            }\n            i += 1\n        }\n    }\n\n    def serializeMeter(key: String,\n                       packets: Long,\n                       bytes: Long,\n                       writer: BufferedWriter,\n                       delim: Char) : Unit = {\n        writer.append(key).append(delim)\n        StringUtil.append(writer, packets).append(delim)\n        StringUtil.append(writer, bytes).append('\\n')\n    }\n}\n\nclass MeteringHTTPHandler extends SimpleHTTPServer.Handler {\n    override def path: String = \"\/device_stats\"\n    def writeResponse(writer: BufferedWriter): Unit = {\n        Metering.toTextTable(writer)\n    }\n}\n\nclass PrometheusMetricsHTTPHandler extends SimpleHTTPServer.Handler {\n    override def path: String = \"\/metrics\"\n    def writeResponse(writer: BufferedWriter): Unit = {\n        Metering.toPrometheusMetrics(writer)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/containers\/ContainerServiceTest.scala","text":"\/*\n * Copyright 2015 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.containers\n\nimport java.util.UUID\nimport java.util.concurrent.TimeUnit\n\nimport com.google.common.util.concurrent.Service\nimport com.typesafe.config.ConfigFactory\n\nimport org.apache.curator.framework.recipes.leader.LeaderLatch.CloseMode\nimport org.junit.runner.RunWith\nimport org.reflections.Reflections\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, GivenWhenThen, Matchers}\nimport org.slf4j.LoggerFactory\n\nimport rx.schedulers.Schedulers\nimport rx.subjects.{PublishSubject, Subject}\n\nimport org.midonet.cluster.{ClusterConfig, _}\nimport org.midonet.cluster.data.storage.{CreateOp, InMemoryStorage}\nimport org.midonet.cluster.models.State.{ContainerServiceStatus, ContainerStatus}\nimport org.midonet.cluster.models.Topology.{Host, ServiceContainer}\nimport org.midonet.cluster.services.MidonetBackend._\nimport org.midonet.cluster.services.containers.ContainerService.MaximumFailures\nimport org.midonet.cluster.services.containers.ContainerServiceTest.ContainerServiceTestDelegate\nimport org.midonet.cluster.services.containers.schedulers._\nimport org.midonet.cluster.services._\nimport org.midonet.cluster.storage.MidonetTestBackend\nimport org.midonet.cluster.topology.TopologyBuilder\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.containers\nimport org.midonet.containers.{Container, ContainerDelegate}\nimport org.midonet.minion.Context\nimport org.midonet.util.MidonetEventually\nimport org.midonet.util.concurrent.SameThreadButAfterExecutorService\nimport org.midonet.util.logging.Logger\nimport org.midonet.util.reactivex._\n\nobject ContainerServiceTest {\n\n    @Container(name = \"container-service-test\", version = 1)\n    class ContainerServiceTestDelegate extends ContainerDelegate {\n        @volatile var delegateThrows = false\n        @volatile var scheduled = Seq.empty[(ServiceContainer, UUID)]\n        @volatile var up = Seq.empty[(ServiceContainer, ContainerStatus)]\n        @volatile var down = Seq.empty[(ServiceContainer, ContainerStatus)]\n        @volatile var unscheduled = Seq.empty[(ServiceContainer, UUID)]\n        override def onScheduled(container: ServiceContainer, hostId: UUID): Unit = {\n            scheduled = scheduled :+ (container, hostId)\n            if (delegateThrows) throw new Throwable()\n        }\n        override def onUp(container: ServiceContainer, status: ContainerStatus): Unit = {\n            up = up :+ (container, status)\n            if (delegateThrows) throw new Throwable()\n        }\n        override def onDown(container: ServiceContainer, status: ContainerStatus): Unit = {\n            down = down :+ (container, status)\n            if (delegateThrows) throw new Throwable()\n        }\n        override def onUnscheduled(container: ServiceContainer, hostId: UUID): Unit = {\n            unscheduled = unscheduled :+ (container, hostId)\n            if (delegateThrows) throw new Throwable()\n        }\n    }\n\n}\n\n@RunWith(classOf[JUnitRunner])\nclass ContainerServiceTest extends FeatureSpec with GivenWhenThen with Matchers\n                           with BeforeAndAfter with MidonetEventually\n                           with TopologyBuilder {\n\n    private val reflections =\n        new Reflections(\"org.midonet.cluster.services.containers\")\n\n    private class TestService(backend: MidonetBackend,\n                              reflections: Reflections,\n                              latchProvider: LeaderLatchProvider,\n                              config: ClusterConfig)\n        extends ContainerService(new Context(UUID.randomUUID()), backend,\n                                 reflections, latchProvider, config) {\n        def create(container: ServiceContainer) = delegateOf(container)\n        def get(container: ServiceContainer) = delegate(container)\n    }\n\n    private class MockService(backend: MidonetBackend,\n                              latchProvider: LeaderLatchProvider,\n                              config: ClusterConfig)\n        extends TestService(backend, reflections, latchProvider, config) {\n\n        var events: Subject[SchedulerEvent, SchedulerEvent] = _\n\n        protected override def newScheduler(): ServiceScheduler = {\n            val executor = new SameThreadButAfterExecutorService\n            val scheduler = Schedulers.from(executor)\n            val context = containers.Context(\n                backend.store, backend.stateStore, executor, scheduler,\n                Logger(LoggerFactory.getLogger(\"container-service-test\")))\n            events = PublishSubject.create[SchedulerEvent]\n            new ServiceScheduler(context, config.containers) {\n                override val observable = events\n            }\n        }\n    }\n\n    private val config = ClusterConfig.forTests(ConfigFactory.parseString(\n        \"\"\"\n          |cluster.containers.enabled : true\n          |cluster.containers.scheduler_timeout : 10s\n          |cluster.containers.scheduler_bad_host_lifetime : 300s\n        \"\"\".stripMargin))\n    private var backend: MidonetBackend = _\n\n    private var latchProvider: LeaderLatchProvider = _\n\n    private def leaderLatch(): MockLeaderLatch = {\n        latchProvider.get(ContainerService.latchPath(config))\n                     .asInstanceOf[MockLeaderLatch]\n    }\n\n    before {\n        backend = new MidonetTestBackend()\n        backend.startAsync().awaitRunning()\n        latchProvider = new MockLeaderLatchProvider(backend, config)\n    }\n\n    after {\n        backend.stopAsync().awaitTerminated()\n    }\n\n    private def newService(andStartIt: Boolean): MockService = {\n        val s = new MockService(backend, latchProvider, config)\n        if (andStartIt) {\n            s.startAsync().awaitRunning(10, TimeUnit.SECONDS)\n            leaderLatch().isLeader()\n        }\n        s\n    }\n\n    feature(\"Test service lifecycle\") {\n        scenario(\"Service starts, goes through leadership cycles, and stops\") {\n            Given(\"A container service that is started, and assigned as leader\")\n            val service = newService(andStartIt = false)\n\n            leaderLatch().listeners should have size 1\n            leaderLatch().isStarted shouldBe false\n\n            service.startAsync().awaitRunning(10, TimeUnit.SECONDS)\n            leaderLatch().isStarted shouldBe true\n            leaderLatch().isLeader()\n\n            Then(\"The service should be subscribed to scheduling notifications\")\n            service.isSubscribed shouldBe true\n\n            When(\"The leader role is taken over by another node\")\n            leaderLatch().notLeader()\n\n            Then(\"The scheduling should stop\")\n            service.isSubscribed shouldBe false\n            leaderLatch().listeners should have size 1\n\n            When(\"Leadership is recovered\")\n            leaderLatch().isLeader()\n\n            Then(\"Scheduling should resume\")\n            leaderLatch().listeners should have size 1\n            eventually {\n                service.isSubscribed shouldBe true\n            }\n\n            When(\"The service is stopped\")\n            service.stopAsync().awaitTerminated(10, TimeUnit.SECONDS)\n\n            Then(\"The service should be unsubscribed from scheduling notifications\")\n            service.isSubscribed shouldBe false\n            leaderLatch().listeners shouldBe empty\n            leaderLatch().isStarted shouldBe false\n            leaderLatch().closeMode shouldBe CloseMode.SILENT\n        }\n\n        scenario(\"Service is enabled in the default configuration schema\") {\n            Given(\"A container service that is started\")\n            val service = newService(andStartIt = true)\n\n            Then(\"The service is enabled\")\n            service.isEnabled shouldBe true\n        }\n    }\n\n    feature(\"Test service processes container notifications\") {\n        scenario(\"Service loads the container delegate\") {\n            Given(\"A container service\")\n            val service = newService(andStartIt = true)\n\n            And(\"A container and host\")\n            val container = createServiceContainer(\n                serviceType = Some(\"container-service-test\"))\n            When(\"The scheduler emits a container notification\")\n            service.events onNext Schedule(container, UUID.randomUUID())\n\n            Then(\"The service should have a delegate for the container type\")\n            eventually {\n                service.get(container) should not be empty\n            }\n        }\n\n        scenario(\"Service handles schedule events\") {\n            Given(\"A container service\")\n            val service = newService(andStartIt = true)\n\n            And(\"A container and host\")\n            val container = createServiceContainer(\n                serviceType = Some(\"container-service-test\"))\n            val hostId = UUID.randomUUID()\n            val status = ContainerStatus.getDefaultInstance\n\n            When(\"The scheduler emits a scheduled notification\")\n            service.events onNext Schedule(container, hostId)\n\n            Then(\"The delegate should receive the scheduled event\")\n            eventually {\n                val delegate = service.get(container).get\n                                      .asInstanceOf[ContainerServiceTestDelegate]\n                delegate.scheduled should contain only ((container, hostId))\n                delegate.scheduled should have size 1\n                delegate.scheduled.head shouldBe (container, hostId)\n            }\n\n            When(\"The scheduler emits an up notification\")\n            service.events onNext Up(container, status)\n\n            Then(\"The delegate should receive the up event\")\n            eventually {\n                val delegate = service.get(container).get\n                    .asInstanceOf[ContainerServiceTestDelegate]\n                delegate.up should have size 1\n                delegate.up.head shouldBe (container, status)\n            }\n\n            When(\"The scheduler emits a down notification\")\n            service.events onNext Down(container, status)\n\n            Then(\"The delegate should receive the down event\")\n            eventually {\n                val delegate = service.get(container).get\n                                      .asInstanceOf[ContainerServiceTestDelegate]\n                delegate.down should have size 1\n                delegate.down.head shouldBe (container, status)\n            }\n\n            When(\"The scheduler emits an unscheduled notification\")\n            service.events onNext Unschedule(container, hostId)\n\n            Then(\"The delegate should receive the unscheduled event\")\n            eventually {\n                val delegate = service.get(container).get\n                    .asInstanceOf[ContainerServiceTestDelegate]\n                delegate.unscheduled should have size 1\n                delegate.unscheduled.head shouldBe (container, hostId)\n            }\n        }\n\n        scenario(\"Service handles delegate exceptions\") {\n            Given(\"A container service\")\n            val service = newService(andStartIt = true)\n\n            And(\"A container and host\")\n            val container = createServiceContainer(\n                serviceType = Some(\"container-service-test\"))\n            val hostId = UUID.randomUUID()\n            val status = ContainerStatus.getDefaultInstance\n\n            And(\"Create the delegate\")\n            val delegate = service.create(container)\n                                  .asInstanceOf[ContainerServiceTestDelegate]\n            delegate should not be null\n            delegate.delegateThrows = true\n\n            When(\"The scheduler emits a scheduled notification\")\n            service.events onNext Schedule(container, hostId)\n\n            Then(\"The delegate should receive the scheduled event\")\n            eventually {\n                delegate.scheduled should have size 1\n                delegate.scheduled.head shouldBe (container, hostId)\n            }\n\n            And(\"The service should be subscribed\")\n            service.isSubscribed shouldBe true\n\n            When(\"The scheduler emits an up notification\")\n            service.events onNext Up(container, status)\n\n            Then(\"The delegate should receive the up event\")\n            eventually {\n                delegate.up should have size 1\n                delegate.up.head shouldBe (container, status)\n            }\n\n            When(\"The scheduler emits a down notification\")\n            service.events onNext Down(container, status)\n\n            And(\"The service should be subscribed\")\n            service.isSubscribed shouldBe true\n\n            Then(\"The delegate should receive the down event\")\n            eventually {\n                delegate.down should have size 1\n                delegate.down.head shouldBe (container, status)\n            }\n\n            And(\"The service should be subscribed\")\n            service.isSubscribed shouldBe true\n\n            When(\"The scheduler emits an unscheduled notification\")\n            service.events onNext Unschedule(container, hostId)\n\n            Then(\"The delegate should receive the unscheduled event\")\n            eventually {\n                delegate.unscheduled should have size 1\n                delegate.unscheduled.head shouldBe (container, hostId)\n            }\n\n            And(\"The service should be subscribed\")\n            service.isSubscribed shouldBe true\n        }\n\n        scenario(\"Service handles scheduler error\") {\n            Given(\"A container service\")\n            val service = newService(andStartIt = true)\n\n            When(\"The scheduler emits errors below limit they are tolerated\")\n            for (index <- 1 until MaximumFailures) {\n                service.events onError new Throwable(s\"Recoverable $index\")\n                eventually { service.schedulerObserverErrorCount shouldBe index}\n                service.isSubscribed shouldBe true\n            }\n\n            When(\"The scheduler emits one error too many\")\n            service.events onError new Throwable(s\"Non recoverable\")\n\n            Then(\"The service should be unsubscribed\")\n            eventually { service.isSubscribed shouldBe false }\n\n            service.state() shouldBe Service.State.FAILED\n            service.stopAsync()\n        }\n\n        scenario(\"Service handles scheduler completion\") {\n            Given(\"A container service\")\n            val service = newService(andStartIt = true)\n\n            When(\"The scheduler completes\")\n            service.events.onCompleted()\n\n            Then(\"The service should be unsubscribed\")\n            eventually {\n                service.isSubscribed shouldBe false\n            }\n        }\n    }\n\n    feature(\"Service uses the container scheduler\") {\n        scenario(\"Service schedules container\") {\n            Given(\"A container service\")\n            val service = new TestService(backend, reflections, latchProvider,\n                                          config)\n\n            And(\"A container and a host\")\n            val group = createServiceContainerGroup()\n            val container = createServiceContainer(\n                serviceType = Some(\"container-service-test\"),\n                groupId = Some(group.getId))\n            val host = createHost()\n            backend.store.multi(Seq(CreateOp(group), CreateOp(container), CreateOp(host)))\n\n            And(\"The host is running the container service\")\n            val status = ContainerServiceStatus.newBuilder().setWeight(1).build()\n            val backdoor = backend.stateStore.asInstanceOf[InMemoryStorage]\n            backdoor.addValueAs(host.getId.asJava.toString, classOf[Host],\n                                host.getId, ContainerKey, status.toString).await()\n\n            When(\"Starting the container service\")\n            service.startAsync().awaitRunning()\n            leaderLatch().isLeader()\n\n            Then(\"The service should be subscribed\")\n            service.isSubscribed shouldBe true\n\n            And(\"The delegate should receive the scheduled event\")\n            eventually {\n                val delegate = service.get(container).get\n                    .asInstanceOf[ContainerServiceTestDelegate]\n                delegate.scheduled should have size 1\n                delegate.scheduled.head shouldBe (container, host.getId.asJava)\n            }\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/datapath\/DatapathPortEntanglerTest.scala","text":"<reponame>obino\/midonet\n\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.midolman.datapath\n\nimport java.util.{HashSet, UUID}\n\nimport scala.collection.JavaConversions._\nimport scala.collection.mutable.ArrayBuffer\nimport scala.concurrent.{ExecutionContext, Future}\n\nimport org.junit.runner.RunWith\nimport org.scalatest._\nimport org.scalatest.junit.JUnitRunner\nimport org.slf4j.helpers.NOPLogger\n\nimport org.midonet.midolman.DatapathStateDriver\nimport org.midonet.midolman.DatapathStateDriver.DpTriad\nimport org.midonet.midolman.host.interfaces.InterfaceDescription\nimport org.midonet.midolman.topology.devices.PortBinding\nimport org.midonet.odp.ports.{InternalPort, NetDevPort}\nimport org.midonet.odp.{Datapath, DpPort}\nimport org.midonet.util.concurrent._\nimport org.midonet.util.logging.Logger\n\n@RunWith(classOf[JUnitRunner])\nclass DatapathPortEntanglerTest extends FlatSpec with ShouldMatchers with OneInstancePerTest {\n\n    val entangler = new DatapathPortEntangler {\n        val log = Logger(NOPLogger.NOP_LOGGER)\n        override protected def singleThreadExecutionContext =\n            ExecutionContext.callingThread\n\n        protected val driver = new DatapathStateDriver(new Datapath(0, \"midonet\"))\n\n        var portCreated: DpPort = _\n        var portRemoved: DpPort = _\n        var portActive: Boolean = _\n        var portNumbers = 0\n\n        def clear(): Unit = {\n            portCreated = null\n            portRemoved = null\n        }\n\n        override def addToDatapath(interfaceName: String): Future[(DpPort, Int)] = {\n            portNumbers += 1\n            val dpPort = DpPort.fakeFrom(new NetDevPort(interfaceName), portNumbers)\n            portCreated = dpPort\n            Future.successful((portCreated, portNumbers))\n        }\n\n        override def removeFromDatapath(port: DpPort): Future[Boolean] = {\n            portRemoved = port\n            Future.successful(true)\n        }\n\n        override def setVportStatus(port: DpPort, vport: UUID, tunnelKey: Long,\n                                    isActive: Boolean): Unit = {\n            portActive = isActive\n        }\n    }\n\n    trait DatapathOperation {\n        val port: String\n\n        def act(): Unit\n        def validate(prevInterfaceToTriad: Map[String, DpTriad]): Unit\n    }\n\n    case class Interface(port: String, isUp: Boolean, internal: Boolean = false) extends DatapathOperation {\n\n        override def act(): Unit = {\n            val ifts = new HashSet[InterfaceDescription]()\n            val ift = new InterfaceDescription(port, 1)\n            ift.setUp(isUp)\n            ifts.add(ift)\n            entangler.updateInterfaces(ifts)\n        }\n\n        override def validate(prevInterfaceToTriad: Map[String, DpTriad]): Unit = {\n            val newTriad = entangler.interfaceToTriad.get(port)\n            val oldTriad = prevInterfaceToTriad.get(port).orNull\n\n            if (entangler.portCreated ne null) {\n                isUp should be (true)\n\n                oldTriad.isUp should be (false)\n                oldTriad.vport should not be null\n                if (internal) {\n                    oldTriad.dpPort should not be null\n                    oldTriad.dpPortNo should not be null\n                } else {\n                    oldTriad.dpPort should be (null)\n                    oldTriad.dpPortNo should be (null)\n                }\n\n                newTriad.isUp should be (isUp)\n                newTriad.vport should be (oldTriad.vport)\n                newTriad.dpPort should not be null\n                newTriad.dpPortNo should not be null\n                newTriad.localTunnelKey should be > 0L\n\n                entangler.dpPortNumToTriad containsKey newTriad.dpPortNo should be (true)\n                entangler.vportToTriad containsKey newTriad.vport should be (true)\n                entangler.keyToTriad containsKey newTriad.localTunnelKey shouldBe true\n                entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (true)\n                entangler.localKeys containsKey newTriad.localTunnelKey shouldBe true\n\n                entangler.portActive should be (true)\n            } else if (entangler.portRemoved ne null) {\n                isUp should be (false)\n\n                oldTriad.isUp should be (true)\n                oldTriad.vport should not be null\n                oldTriad.dpPort should not be null\n                oldTriad.dpPortNo should not be null\n\n                newTriad.vport should not be null\n                newTriad.isUp should be (false)\n\n                if (internal) {\n                    newTriad.dpPort should not be null\n                    newTriad.dpPortNo should not be null\n                    entangler.interfaceToTriad containsKey port should be (true)\n                    entangler.dpPortNumToTriad containsKey newTriad.dpPortNo should be (true)\n                } else if (newTriad eq null) {\n                    newTriad.dpPort should be (null)\n                    newTriad.dpPortNo should be (null)\n                    entangler.interfaceToTriad containsKey port should be (false)\n                    entangler.dpPortNumToTriad containsKey oldTriad.dpPortNo should be (false)\n                } else {\n                    entangler.localKeys containsKey newTriad.localTunnelKey shouldBe true\n                }\n\n                entangler.vportToTriad containsKey newTriad.vport should be (true)\n                entangler.keyToTriad containsKey newTriad.localTunnelKey shouldBe false\n                entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (false)\n\n                entangler.portActive should be (false)\n            } else {\n                (oldTriad, newTriad) match {\n                    case (null, null) =>\n                        isUp should be (false)\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (null, _) =>\n                        isUp should be (true)\n                        newTriad.isUp should be (true)\n                        newTriad.dpPort should be (null)\n                        entangler.interfaceToTriad containsKey port should be (true)\n                        newTriad.vport should be (null)\n                    case (_, null) =>\n                        oldTriad.vport should be (null)\n                        oldTriad.dpPort should be (null)\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (_, _) =>\n                        newTriad.isUp should be (isUp)\n                        oldTriad.vport should be (newTriad.vport)\n                        oldTriad.dpPort should be (newTriad.dpPort)\n                        if (!internal)\n                            oldTriad.dpPortNo should be (newTriad.dpPortNo)\n                }\n            }\n        }\n    }\n\n    case class InterfaceDeleted(port: String, internal: Boolean = false) extends DatapathOperation {\n\n        override def act(): Unit = {\n            entangler.updateInterfaces(new HashSet[InterfaceDescription]())\n        }\n\n        override def validate(prevInterfaceToTriad: Map[String, DpTriad]): Unit = {\n            val newTriad = entangler.interfaceToTriad.get(port)\n            val oldTriad = prevInterfaceToTriad.get(port).orNull\n\n            if (entangler.portCreated ne null) {\n                fail(\"port added on interface delete\")\n            } else if (entangler.portRemoved ne null) {\n                oldTriad.isUp should be (true)\n                oldTriad.vport should not be null\n                oldTriad.dpPort should not be null\n                oldTriad.dpPortNo should not be null\n\n                newTriad.isUp should be (false)\n                newTriad.vport should not be null\n\n                if (internal) {\n                    newTriad.dpPort should not be null\n                    newTriad.dpPortNo should not be null\n                    entangler.interfaceToTriad containsKey port should be (true)\n                    entangler.dpPortNumToTriad containsKey newTriad.dpPortNo should be (true)\n                } else if (newTriad eq null) {\n                    newTriad.dpPort should be (null)\n                    newTriad.dpPortNo should be (null)\n                    entangler.interfaceToTriad containsKey port should be (false)\n                    entangler.dpPortNumToTriad containsKey oldTriad.dpPortNo should be (false)\n                } else {\n                    entangler.localKeys containsKey newTriad.localTunnelKey shouldBe true\n                }\n\n                entangler.vportToTriad containsKey newTriad.vport should be (true)\n                entangler.keyToTriad containsKey  newTriad.localTunnelKey shouldBe false\n                entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (false)\n\n                entangler.portActive should be (false)\n            } else {\n                (oldTriad, newTriad) match {\n                    case (null, null) =>\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (null, _) =>\n                        fail(\"interface delete created an entry for the interface\")\n                    case (_, null) =>\n                        oldTriad.isUp should be (true)\n                        oldTriad.vport should be (null)\n                        oldTriad.dpPort should be (null)\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (_, _) =>\n                        newTriad.isUp should be (false)\n                        if (!internal) {\n                            oldTriad.isUp should be (newTriad.isUp)\n                            oldTriad.vport should not be null\n                        }\n                        oldTriad.vport should be (newTriad.vport)\n                        oldTriad.dpPort should be (newTriad.dpPort)\n                        if (!internal)\n                            oldTriad.dpPortNo should be (newTriad.dpPortNo)\n                }\n            }\n        }\n    }\n\n    case class VportBindingAdded(port: String, uuid: UUID,\n                                 internal: Boolean = false)\n        extends DatapathOperation {\n\n        override def act(): Unit = {\n            entangler.updateVportInterfaceBindings(Map(uuid -> PortBinding(uuid, null, 1L, port)))\n        }\n\n        override def validate(prevInterfaceToTriad: Map[String, DpTriad]): Unit = {\n            val newTriad = entangler.interfaceToTriad.get(port)\n            val oldTriad = prevInterfaceToTriad.get(port).orNull\n\n            if (entangler.portCreated ne null) {\n                oldTriad.isUp should be (true)\n                oldTriad.vport should be (null)\n                if (internal) {\n                    oldTriad.dpPort should not be null\n                    oldTriad.dpPortNo should not be null\n                } else {\n                    oldTriad.dpPort should be (null)\n                    oldTriad.dpPortNo should be (null)\n                }\n\n                newTriad.isUp should be (true)\n                newTriad.vport should be (uuid)\n                newTriad.dpPort should not be null\n                newTriad.dpPortNo should not be null\n                newTriad.localTunnelKey should be > 0L\n\n                entangler.dpPortNumToTriad containsKey newTriad.dpPortNo should be (true)\n                entangler.vportToTriad containsKey newTriad.vport should be (true)\n                entangler.keyToTriad containsKey newTriad.localTunnelKey shouldBe true\n                entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (true)\n                entangler.localKeys containsKey newTriad.localTunnelKey shouldBe true\n\n                entangler.portActive should be (true)\n            } else if (entangler.portRemoved ne null) {\n                fail(\"port removed on new binding\")\n            } else {\n                (oldTriad, newTriad) match {\n                    case (null, null) =>\n                        fail(\"new binding didn't create an entry\")\n                    case (null, _) =>\n                        newTriad.vport should not be null\n                        newTriad.dpPort should be (null)\n                        newTriad.dpPortNo should be (null)\n                        entangler.vportToTriad containsKey newTriad.vport should be (true)\n                        entangler.keyToTriad containsKey newTriad.localTunnelKey shouldBe false\n                        entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (false)\n                    case (_, null) =>\n                        fail(\"new binding deleted an entry\")\n                    case (_, _) =>\n                        oldTriad.isUp should be (newTriad.isUp)\n                        if (!internal)\n                            oldTriad.vport should be (newTriad.vport)\n\n                        oldTriad.dpPort should be (newTriad.dpPort)\n                        if (!internal)\n                            oldTriad.dpPortNo should be (newTriad.dpPortNo)\n                }\n            }\n        }\n    }\n\n    case class VportBindingDeleted(port: String, internal: Boolean = false) extends DatapathOperation {\n\n        override def act(): Unit = {\n            entangler.updateVportInterfaceBindings(Map())\n        }\n\n        override def validate(prevInterfaceToTriad: Map[String, DpTriad]): Unit = {\n            val newTriad = entangler.interfaceToTriad.get(port)\n            val oldTriad = prevInterfaceToTriad.get(port).orNull\n\n            if (entangler.portCreated ne null) {\n                fail(\"port created on new deleted binding\")\n            } else if (entangler.portRemoved ne null) {\n                oldTriad.isUp should be (true)\n                oldTriad.vport should not be null\n                oldTriad.dpPort should not be null\n                oldTriad.dpPortNo should not be null\n\n                newTriad.isUp should be (true)\n                newTriad.vport should be (null)\n\n                if (internal) {\n                    newTriad.dpPort should not be null\n                    newTriad.dpPortNo should not be null\n                    entangler.interfaceToTriad containsKey port should be (true)\n                    entangler.dpPortNumToTriad containsKey newTriad.dpPortNo should be (true)\n                } else if (newTriad eq null) {\n                    newTriad.dpPort should be (null)\n                    newTriad.dpPortNo should be (null)\n                    entangler.interfaceToTriad containsKey port should be (false)\n                    entangler.dpPortNumToTriad containsKey oldTriad.dpPortNo should be (false)\n                } else {\n                    entangler.localKeys containsKey newTriad.localTunnelKey shouldBe true\n                }\n\n                entangler.vportToTriad containsKey port should be (false)\n                entangler.keyToTriad containsKey newTriad.localTunnelKey shouldBe false\n                entangler.keyToTriad containsKey newTriad.legacyTunnelKey should be (false)\n\n                entangler.portActive should be (false)\n            } else {\n                (oldTriad, newTriad) match {\n                    case (null, null) =>\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (null, _) =>\n                        fail(\"deleting binding created an entry\")\n                    case (_, null) =>\n                        oldTriad.isUp should be (false)\n                        oldTriad.vport should not be null\n                        oldTriad.dpPort should be (null)\n                        entangler.interfaceToTriad containsKey port should be (false)\n                    case (_, _) =>\n                        oldTriad.isUp should be (newTriad.isUp)\n                        if (!internal)\n                            oldTriad.vport should be (newTriad.vport)\n                        oldTriad.dpPort should be (newTriad.dpPort)\n                        if (!internal)\n                            oldTriad.dpPortNo should be (newTriad.dpPortNo)\n                }\n            }\n        }\n    }\n\n    \"Operations on an interface and port binding\" should \"be consistent\" in {\n        val uuid = UUID.randomUUID()\n        val history = List(\n            Interface(\"eth0\", true),\n            Interface(\"eth0\", true),\n            Interface(\"eth0\", false),\n            Interface(\"eth0\", false),\n            InterfaceDeleted(\"eth0\"),\n            InterfaceDeleted(\"eth0\"),\n            VportBindingAdded(\"eth0\", uuid),\n            VportBindingAdded(\"eth0\", uuid),\n            VportBindingDeleted(\"eth0\"),\n            VportBindingDeleted(\"eth0\")).permutations.flatten\n        validateHistory(history)\n    }\n\n    \"Operations on an internal DP port\" should \"be consistent\" in {\n        val uuid = UUID.randomUUID()\n        val dpPort = DpPort.fakeFrom(new InternalPort(\"midonet\"), 0).asInstanceOf[InternalPort]\n        entangler.registerInternalPort(dpPort)\n        val history = List(\n            Interface(\"midonet\", true, true),\n            Interface(\"midonet\", true, true),\n            Interface(\"midonet\", false, true),\n            Interface(\"midonet\", false, true),\n            InterfaceDeleted(\"midonet\", true),\n            InterfaceDeleted(\"midonet\", true),\n            VportBindingAdded(\"midonet\", uuid, true),\n            VportBindingAdded(\"midonet\", uuid, true),\n            VportBindingDeleted(\"midonet\", true),\n            VportBindingDeleted(\"midonet\", true)).permutations.flatten\n        validateHistory(history)\n    }\n\n    def validateHistory(history: Iterator[DatapathOperation]): Unit = {\n        var arrayBuffer = new ArrayBuffer[DatapathOperation]\n        try {\n            history foreach { op =>\n                arrayBuffer += op\n                val prevInterfaceToTriad = (entangler.interfaceToTriad.values() map {\n                    case triad: DpTriad =>\n                        val newTriad = DpTriad(triad.ifname)\n                        newTriad.isUp = triad.isUp\n                        newTriad.vport = triad.vport\n                        newTriad.localTunnelKey = triad.localTunnelKey\n                        newTriad.legacyTunnelKey = triad.legacyTunnelKey\n                        newTriad.dpPort = triad.dpPort\n                        newTriad.dpPortNo = triad.dpPortNo\n                        (triad.ifname, newTriad)\n                }).toMap\n                op.act()\n                op.validate(prevInterfaceToTriad)\n                entangler.clear()\n            }\n        } catch { case e: Throwable =>\n            throw new Exception(s\"Failed with history = $arrayBuffer\", e)\n        }\n    }\n\n    \"A failed DP port create operation\" should \"be retried\" in {\n        val entangler = new DatapathPortEntangler {\n            val log = Logger(NOPLogger.NOP_LOGGER)\n            override protected def singleThreadExecutionContext =\n                ExecutionContext.callingThread\n\n            var shouldFail = true\n            var portActive = false\n\n            protected val driver = new DatapathStateDriver(new Datapath(0, \"midonet\"))\n\n            def addToDatapath(interfaceName: String): Future[(DpPort, Int)] =\n                if (shouldFail) {\n                    shouldFail = false\n                    Future.failed(new Exception)\n                } else {\n                    val dpPort = DpPort.fakeFrom(new NetDevPort(interfaceName), 1)\n                    Future.successful((dpPort, 1))\n                }\n\n            def removeFromDatapath(port: DpPort): Future[Boolean] = {\n                Future.successful(true)\n            }\n\n            def setVportStatus(port: DpPort, vport: UUID, tunnelKey: Long,\n                               isActive: Boolean): Unit = {\n                portActive = isActive\n            }\n        }\n\n        val id = UUID.randomUUID()\n        val binding = new PortBinding(id, null, 1, \"eth1\")\n        val desc = new InterfaceDescription(\"eth1\", 1)\n        desc.setUp(true)\n        entangler.updateVportInterfaceBindings(Map(id -> binding))\n        entangler.updateInterfaces(new HashSet[InterfaceDescription] { add(desc) })\n\n        entangler.portActive should be (false)\n        entangler.interfaceToTriad containsKey \"eth1\" should be (true)\n        entangler.vportToTriad containsKey id should be (true)\n        entangler.dpPortNumToTriad containsKey 1 should be (false)\n        entangler.keyToTriad containsKey 1 should be (false)\n\n        entangler.updateInterfaces(new HashSet[InterfaceDescription] { add(desc) })\n\n        (entangler.interfaceToTriad get \"eth1\" dpPort) should be (\n            DpPort.fakeFrom(new NetDevPort(\"eth1\"), 1))\n        entangler.dpPortNumToTriad containsKey 1 should be (true)\n        entangler.keyToTriad containsKey 1L should be (true)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/endpoint\/EndpointService.scala","text":"\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.endpoint\n\nimport java.io.{BufferedInputStream, File, FileInputStream, InputStream}\nimport java.net.{BindException, InetAddress, InetSocketAddress}\nimport java.security.cert.CertificateException\nimport java.security.{InvalidKeyException, KeyStore, KeyStoreException}\nimport java.util.concurrent._\n\nimport javax.net.ssl.KeyManagerFactory\n\nimport scala.async.Async.async\nimport scala.collection.JavaConverters.asScalaSetConverter\nimport scala.concurrent.ExecutionContext\nimport scala.concurrent.duration.Duration\nimport scala.util.Try\nimport scala.util.control.NonFatal\n\nimport com.codahale.metrics.MetricRegistry\nimport com.google.inject.{AbstractModule, Inject, Injector}\n\nimport org.reflections.Reflections\nimport org.slf4j.LoggerFactory\n\nimport org.midonet.cluster.ClusterConfig\nimport org.midonet.cluster.conf.EndpointConfig.SSLSource\n\nimport io.netty.handler.ssl.util.SelfSignedCertificate\nimport io.netty.handler.ssl.{SslContext, SslContextBuilder}\nimport org.midonet.cluster.conf.EndpointConfig\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.endpoint.comm.BaseEndpointAdapter\nimport org.midonet.cluster.services.endpoint.registration.EndpointUserRegistrar\nimport org.midonet.cluster.services.endpoint.users.EndpointUser\nimport org.midonet.minion.MinionService.TargetNode\nimport org.midonet.minion.{Context, Minion, MinionService}\nimport org.midonet.util.concurrent.{NamedThreadFactory, ThreadHelpers}\nimport org.midonet.util.netty.ServerFrontEnd\n\n\n\/**\n  * Endpoint provider service\n  *\n  * This service provides a central common endpoint for accessing functionality\n  * of other services. Messages received by it are redirected to the appropriate\n  * registered service (if any) based on the URL path.\n  *\n  * @param injector Guice injector that created this service and, consequently,\n  *                 all other services. Until such a time as we have some\n  *                 explicit way to communicate with other services in the same\n  *                 cluster we need this *hack* to access their instances.\n  *\/\n@MinionService(name = \"endpoint\", runsOn = TargetNode.CLUSTER)\nclass EndpointService @Inject() (nodeCtx: Context, conf: ClusterConfig,\n                                 backend: MidonetBackend,\n                                 metrics: MetricRegistry,\n                                 injector: Injector,\n                                 reflections: Reflections)\n    extends Minion(nodeCtx) {\n\n    import EndpointService.{ServiceDisabledException, ServiceName, TimeoutUserReg}\n\n    private val log = LoggerFactory.getLogger(classOf[EndpointService])\n    private val graceTime = Duration(5, TimeUnit.SECONDS)\n    private val eConfig = conf.endpoint\n\n    \/\/ Create a thread pool with maximum of 5 threads. These threads will be\n    \/\/ destroyed after 3 idle seconds and recreated on-demand.\n    private[endpoint] val userRegistrationExecutor =\n        new ThreadPoolExecutor(5, 5, 3, TimeUnit.SECONDS,\n                               new LinkedBlockingQueue[Runnable],\n                               new NamedThreadFactory(\n                                   ServiceName + \"-discovery\", isDaemon = true))\n    userRegistrationExecutor.allowCoreThreadTimeOut(true)\n    private val userRegistrationExecutionCtx =\n        ExecutionContext.fromExecutor(userRegistrationExecutor)\n\n    private[endpoint] val userRegistrar =\n        new EndpointUserRegistrar(eConfig, backend.discovery)\n\n    private val userInjector = createUserInjector()\n\n    private val srv = createServer()\n\n    override def isEnabled: Boolean = eConfig.enabled\n\n    override def doStart(): Unit = {\n        log.info(\"Service {} starting\", ServiceName)\n        try {\n            dumpConfig(eConfig)\n\n            if (isEnabled) {\n                \/\/ Api service start\n                srv.startAsync().awaitRunning()\n\n                \/\/ Find and register endpoint users\n                registerEndpointUsers()\n\n                notifyStarted()\n                log.info(\"Service {} ready\", ServiceName)\n            } else {\n                log.info(\"Service {} is disabled\", ServiceName)\n                terminateAll()\n                notifyFailed(ServiceDisabledException())\n            }\n        } catch {\n            case e: IllegalStateException\n                if e.getCause.isInstanceOf[BindException] =>\n                log.error(\"Service {} cannot start: \" + e.getCause.getMessage,\n                          ServiceName)\n                notifyFailed(e.getCause)\n                terminateAll()\n            case NonFatal(e) =>\n                log.error(s\"Service $ServiceName failed to start\", e)\n                notifyFailed(e)\n                terminateAll()\n        }\n    }\n\n    override def doStop(): Unit = {\n        log.info(\"Service {} terminating\", ServiceName)\n        try {\n            terminateAll()\n            notifyStopped()\n            log.info(\"Service {} terminated\", ServiceName)\n        } catch {\n            case NonFatal(e) =>\n                log.warn(s\"Service $ServiceName failed to stop\", e)\n                notifyFailed(e)\n        }\n    }\n\n    private def terminateAll(): Unit = {\n        if (srv.isRunning)\n            srv.stopAsync().awaitTerminated(graceTime.toMillis,\n                                            TimeUnit.MILLISECONDS)\n        userRegistrar.clear()\n\n        ThreadHelpers.terminate(userRegistrationExecutor, graceTime)\n    }\n\n    private def createSelfSignedSSLContext() = {\n        val cert = new SelfSignedCertificate\n        SslContextBuilder.forServer(cert.certificate(),\n                                    cert.privateKey()).build()\n    }\n\n    private def createKeystoreSSLContext() = {\n        val keyManagerFactory = KeyManagerFactory.getInstance(\n            KeyManagerFactory.getDefaultAlgorithm)\n\n        val keystoreLocation = eConfig.keystoreLocation.getOrElse {\n            throw new KeyStoreException(\"Keystore location not provided\")\n        }\n\n        val keystorePassword = eConfig.keystorePassword.getOrElse {\n            log.warn(\"No password provided for keystore. \" +\n                     \"Will try to continue but will likely fail\")\n            \"\"\n        }\n\n        val keyStore = if (keystoreLocation.endsWith(\".p12\")) {\n            KeyStore.getInstance(\"PKCS12\")\n        } else {\n            KeyStore.getInstance(\"JKS\")\n        }\n\n        val keyStorePasswordArray = keystorePassword.toCharArray\n\n        var keyStoreInputStream: InputStream = null\n\n        try {\n            keyStoreInputStream =\n                new BufferedInputStream(new FileInputStream(keystoreLocation))\n            keyStore.load(keyStoreInputStream, keyStorePasswordArray)\n        } finally {\n            if (keyStoreInputStream != null) {\n                keyStoreInputStream.close()\n            }\n        }\n\n        keyManagerFactory.init(keyStore, keyStorePasswordArray)\n\n        SslContextBuilder.forServer(keyManagerFactory).build()\n    }\n\n    private def createCertificateSSLContext() = {\n        val certificateLocation = eConfig.certificateLocation.getOrElse {\n            throw new CertificateException(\"Certificate location not provided\")\n        }\n\n        val certificateFile = new File(certificateLocation)\n\n        val privateKeyLocation = eConfig.privateKeyLocation.getOrElse {\n            throw new InvalidKeyException(\"Private key location not provided\")\n        }\n\n        val privateKeyFile = new File(privateKeyLocation)\n\n        val privateKeyPassword = eConfig.privateKeyPassword.orNull\n\n        SslContextBuilder.forServer(certificateFile,\n                                    privateKeyFile,\n                                    privateKeyPassword).build()\n    }\n\n    private def createSSLContext(): Option[SslContext] = {\n        if (eConfig.authSslEnabled) {\n            Option(eConfig.sslSource match {\n                case SSLSource.AutoSigned => createSelfSignedSSLContext()\n                case SSLSource.Keystore => createKeystoreSSLContext()\n                case SSLSource.Certificate => createCertificateSSLContext()\n                case _ =>\n                    log.warn(\"Unknown SSL source\")\n                    null\n            })\n        } else {\n            None\n        }\n    }\n\n    private def createServer(): ServerFrontEnd = {\n        val sslCtx = createSSLContext()\n\n        val baseEndpointAdapter =\n            new BaseEndpointAdapter(userRegistrar, sslCtx)\n\n        val addr = eConfig.serviceInterface.map(InetAddress.getByName)\n\n        ServerFrontEnd.tcp(baseEndpointAdapter,\n                           new InetSocketAddress(addr.orNull,\n                                                 eConfig.servicePort))\n    }\n\n    private def dumpConfig(conf: EndpointConfig): Unit = {\n        log.info(\"enabled: {}\", conf.enabled)\n        log.info(\"advertised address: {}\", conf.serviceHost)\n        log.info(\"port: {}\", conf.servicePort)\n        log.info(\"ssl enabled: {}\", conf.authSslEnabled)\n        log.info(\"ssl source: {}\", conf.sslSource)\n\n        conf.sslSource match {\n            case SSLSource.Certificate =>\n                log.info(\"ssl certificate path: {}\", conf.certificateLocation)\n                log.info(\"ssl private key path: {}\", conf.privateKeyLocation)\n            case SSLSource.Keystore =>\n                log.info(\"ssl keystore path: {}\", conf.keystoreLocation)\n            case _ =>\n        }\n    }\n\n    \/**\n      * Asks all enabled endpoint service users to register their channels with\n      * this service.\n      *\/\n    protected def registerEndpointUsers() = {\n        enabledEndpointUsers.foreach(u => registerUser(u))\n    }\n\n    \/**\n      * Creates a child injector requiring explicit bindings for use by user\n      * registration.\n      *\n      * By requiring explicit bindings, we ensure that only those Minion\n      * services explicitly considered and bound as Singletons by the\n      * ClusterNode will be considered by us. Without this, we could implicitly\n      * instantiate some user that could be automatically created with the\n      * current binding context but that had not been bound by the ClusterNode.\n      *\n      * @return\n      *\/\n    protected def createUserInjector() = {\n        injector.createChildInjector(new AbstractModule {\n            override def configure(): Unit = {\n                binder().requireExplicitBindings()\n            }\n        })\n    }\n\n    \/**\n      * Find enabled endpoint users running under the same cluster instance as\n      * this endpoint service.\n      *\n      * We do this by finding all classes that implement EndpointUser\n      * (which by definition must also implement Minion) and keeping only those\n      * for which the ClusterNode created an explicit singleton binding. From\n      * the remaining classes we then get their instances and keep only those\n      * that were deemed as enabled by the configuration.\n      *\n      * @todo Coordinate with core to implement some non-hackish way of querying\n      *       the cluster node for other active minions and some mechanism to be\n      *       able to reach them.\n      *\n      * @return List of enabled endpoint user instances residing on the cluster.\n      *\/\n    protected def enabledEndpointUsers: List[EndpointUser] = {\n        reflections.getSubTypesOf(classOf[EndpointUser]).asScala.toList\n            .filter(c => Try(userInjector.getProvider(c)).isSuccess)\n            .map(c => injector.getInstance(c))\n            .filter(_.isEnabled)\n    }\n\n    \/**\n      * Registers a user as soon as we detect it has started.\n      *\n      * NOTE: This is done asynchronously because there's no ordering guarantee\n      * regarding initialization of minions. Ideally the endpoint could have\n      * been loaded at the end so that everyone would already be running. As it\n      * is, some will already be running and some won't have started yet so we\n      * have to wait for those.\n      *\n      * @param user An EndpointUser to register.\n      *\/\n    protected def registerUser(user: EndpointUser) = async {\n        log.info(\"Found endpoint user: '{}'. Waiting for it\", user.getClass)\n        try {\n            user.awaitRunning(TimeoutUserReg.length, TimeoutUserReg.unit)\n            log.info(\"Registering user '{}'\", user.getClass)\n            userRegistrar.register(user)\n            log.info(\"'{}' registered\", user.getClass)\n        } catch {\n            case e: TimeoutException =>\n                log.warn(\"Timed out while waiting for endpoint user '{}' \" +\n                         \"to start\", user)\n            case e: Throwable =>\n                log.error(s\"Error while registering user '$user'.\", e)\n        }\n    }(userRegistrationExecutionCtx)\n}\n\nobject EndpointService {\n    final val ServiceName = \"Endpoint\"\n    final val TimeoutUserReg = Duration.apply(1, TimeUnit.MINUTES)\n\n    case class ServiceDisabledException()\n        extends Exception(\"Service \" + ServiceName + \"is disabled\")\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/services\/flowstate\/transfer\/client\/FlowStateAggregator.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.services.flowstate.transfer.client\n\nimport java.util.{HashMap => JHashMap, HashSet => JHashSet}\n\nimport org.midonet.midolman.HostRequestProxy.FlowStateBatch\nimport org.midonet.midolman.state.ConnTrackState.ConnTrackKey\nimport org.midonet.midolman.state.FlowStateAgentPackets._\nimport org.midonet.midolman.state.NatState._\nimport org.midonet.packets.NatState.NatBinding\nimport org.midonet.packets.SbeEncoder\n\n\/**\n  * Translates flow state SbeEncoder responses to internally used FlowStateBatch\n  * objects. For performance the object is constructed in a pipeline, and since\n  * many keys could be repeated, we can also get better memory usage.\n  *\/\nclass FlowStateAggregator {\n\n    val strongConnTrack = new JHashSet[ConnTrackKey]()\n    val weakConnTrack = new JHashSet[ConnTrackKey]()\n    val strongNat = new JHashMap[NatKey, NatBinding]()\n    val weakNat = new JHashMap[NatKey, NatBinding]()\n\n    def push(sbe: SbeEncoder): Unit = {\n        val message = sbe.flowStateMessageDecoder\n\n        val connTrackIter = message.conntrack()\n        while (connTrackIter.hasNext) {\n            val next = connTrackIter.next()\n            val connTrack = connTrackKeyFromSbe(next, ConnTrackKey)\n\n            strongConnTrack.add(connTrack)\n        }\n\n        val natIter = message.nat()\n        while (natIter.hasNext) {\n            val next = natIter.next()\n            val natKey = natKeyFromSbe(next, NatKey)\n            val natBinding = natBindingFromSbe(next)\n\n            strongNat.put(natKey, natBinding)\n        }\n    }\n\n    def batch() =\n        FlowStateBatch(strongConnTrack, weakConnTrack, strongNat, weakNat)\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/endpoint\/ClusterTestUtils.scala","text":"\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.endpoint\n\nimport java.io.File\nimport java.net.InetAddress\nimport java.util.UUID\n\nimport scala.collection.JavaConverters.mapAsScalaMapConverter\nimport scala.util.{Failure, Success, Try}\n\nimport com.codahale.metrics.MetricRegistry\nimport com.google.common.io.Files\nimport com.google.inject._\nimport com.typesafe.config.Config\n\nimport org.apache.commons.io.FileUtils\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.state.ConnectionState\nimport org.mockito.Mockito\nimport org.reflections.Reflections\nimport org.slf4j.LoggerFactory\n\nimport rx.subjects.BehaviorSubject\n\nimport org.midonet.cluster.ClusterConfig\nimport org.midonet.cluster.auth.{AuthService, MockAuthService}\nimport org.midonet.cluster.data.storage.ZookeeperObjectMapper\nimport org.midonet.cluster.data.storage.metrics.StorageMetrics\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.discovery.FakeDiscovery\nimport org.midonet.cluster.storage.MidonetBackendConfig\nimport org.midonet.conf.MidoTestConfigurator\nimport org.midonet.minion.Context\n\n\/**\n  * Utilities for all services-related tests.\n  *\/\nobject ClusterTestUtils {\n    private val log = LoggerFactory.getLogger(ClusterTestUtils.getClass)\n\n    class TestBackend(backendCfg: MidonetBackendConfig,\n                      zkCurator: CuratorFramework, metrics: MetricRegistry)\n        extends MidonetBackend {\n\n        val namespaceId = new UUID(0L, 0L)\n        private val zoom = new ZookeeperObjectMapper(\n            backendCfg, namespaceId.toString, curator, curator, null, null,\n            new StorageMetrics(metrics))\n        val connectionState =\n            BehaviorSubject.create[ConnectionState](ConnectionState.CONNECTED)\n\n        override def store = zoom\n        override def stateStore = zoom\n        override def stateTableStore = zoom\n        override def curator = zkCurator\n        override def failFastCurator = zkCurator\n        override def reactor = null\n        override def failFastConnectionState = connectionState.asObservable()\n        override def stateTableClient = null\n        override val discovery = new FakeDiscovery\n\n        override def doStart(): Unit = {\n            notifyStarted()\n        }\n\n        override def doStop(): Unit = {\n            notifyStopped()\n        }\n    }\n\n    private val authConf = Mockito.mock(classOf[Config])\n\n    class ReflectionsModule(path: String = \"org.midonet.mem\") extends AbstractModule {\n        lazy val reflections = new Reflections(path)\n        override def configure(): Unit =\n            bind(classOf[Reflections]).toInstance(reflections)\n    }\n\n    class TestModule[T](clazz: Class[T], curator: CuratorFramework,\n                        confStr: String, extraModules: Module*)\n        extends AbstractModule {\n\n        val metrics = new MetricRegistry\n\n        private val nodeCtx = Context(UUID.randomUUID())\n        private val zkRoot = \"\/test\"\n        private val configurator = MidoTestConfigurator.forClusters(\n            s\"\"\"\n               |zookeeper.root_key=$zkRoot\n               |$confStr\n            \"\"\".stripMargin)\n        private val backendCfg = new MidonetBackendConfig(configurator)\n        private val backend = new TestBackend(backendCfg, curator, metrics)\n        backend.startAsync().awaitRunning()\n\n        override def configure(): Unit = {\n            bind(classOf[Context]).toInstance(nodeCtx)\n            bind(classOf[AuthService]).toInstance(new MockAuthService(authConf))\n            bind(classOf[MetricRegistry]).toInstance(metrics)\n            bind(classOf[MidonetBackend]).toInstance(backend)\n            bind(classOf[MidonetBackendConfig]).toInstance(backendCfg)\n            bind(classOf[ClusterConfig])\n                .toInstance(new ClusterConfig(configurator))\n\n            extraModules.foreach(install)\n\n            bind(clazz).in(classOf[Singleton])\n        }\n    }\n\n    def createModule[T](curator: CuratorFramework, confStr: String,\n                        extraModules: Module*)(implicit clazz: Class[T])\n    : TestModule[T] =\n        new TestModule[T](clazz, curator, confStr, extraModules: _*)\n\n    def createInjector(m: TestModule[_], storageClasses: Class[_]*): Injector = {\n        val injector = Guice.createInjector(m)\n        val store = injector.getInstance(classOf[MidonetBackend]).store\n        storageClasses.foreach(store.registerClass(_))\n        store.build()\n        injector\n    }\n\n    def getMetric[M](key: String)(implicit m: TestModule[_]): Option[M] =\n        m.metrics.getGauges.asScala.get(key).map(_.getValue)\n            .asInstanceOf[Option[M]]\n\n    def getMetricKeys(implicit m: TestModule[_]): Set[String] =\n        m.metrics.getGauges.asScala.keySet.toSet\n\n    def hostSelfDetectionTest(test: => Unit): Unit =\n        Try(InetAddress.getLocalHost) match {\n            case Success(_) =>\n                test\n            case Failure(_) =>\n                log.warn(\"Skipping test since we can't find localhost.\")\n        }\n\n    def withTmpDir(numFiles: Int, test: List[File] => Unit): Unit = {\n        val tempDirs = (0 until numFiles).map(_ => Files.createTempDir())\n        tempDirs.foreach(FileUtils.forceDeleteOnExit)\n        test(tempDirs.toList)\n        tempDirs.foreach(FileUtils.deleteQuietly)\n    }\n\n    def withTmpDir(test: File => Unit): Unit =\n        withTmpDir(1, { tmpDirs => test(tmpDirs.head) })\n\n    def withTmpDir(test: (File, File) => Unit): Unit =\n        withTmpDir(2, { tmpDirs => test(tmpDirs.head, tmpDirs(1)) })\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/endpoint\/comm\/HttpByteBufferHandler.scala","text":"\/*\n * Copyright 2017 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.endpoint.comm\n\nimport scala.concurrent.{ExecutionContext, Future}\nimport scala.util.{Failure, Success}\n\nimport org.slf4j.LoggerFactory\n\nimport io.netty.buffer.{ByteBuf, ByteBufInputStream, Unpooled}\nimport io.netty.channel._\nimport io.netty.handler.codec.http._\nimport io.netty.handler.stream.ChunkedStream\nimport io.netty.util.CharsetUtil\n\n\/**\n  * Provider of a ByteBuffer containing the data to be sent as a response\n  * on the HTTPByteBufferHandler.\n  *\/\ntrait HttpByteBufferProvider {\n    def getAndRef(): Future[ByteBuf]\n\n    def unref(): Unit\n}\n\n\/**\n  * A netty incoming handler for serving generic binary data based on\n  * HTTP GET requests.\n  *\n  * @param provider object implementing the HTTPByteBufferProvider that provides\n  *                 the byte buffer to be sent as a reply to the\n  *                 HTTPByteBufferHandler.\n  *\/\nclass HttpByteBufferHandler(provider: HttpByteBufferProvider)\n    extends SimpleChannelInboundHandler[FullHttpRequest] {\n\n    private val log = LoggerFactory.getLogger(classOf[HttpByteBufferHandler])\n\n    override def channelRead0(ctx: ChannelHandlerContext,\n                              request: FullHttpRequest): Unit = {\n        implicit val ec = ExecutionContext.fromExecutor(ctx.channel.eventLoop)\n\n        if (!request.decoderResult().isSuccess) {\n            sendError(ctx, HttpResponseStatus.BAD_REQUEST)\n        } else if (request.method() != HttpMethod.GET) {\n            sendError(ctx, HttpResponseStatus.METHOD_NOT_ALLOWED)\n        } else {\n            val response = new DefaultHttpResponse(HttpVersion.HTTP_1_1,\n                                                   HttpResponseStatus.OK)\n\n            provider.getAndRef() onComplete {\n                case Success(buffer) =>\n                    val headers = new CombinedHttpHeaders(true)\n                    headers.add(HttpHeaderNames.CACHE_CONTROL,\n                                HttpHeaderValues.NO_STORE)\n                    headers.add(HttpHeaderNames.CACHE_CONTROL,\n                                HttpHeaderValues.MUST_REVALIDATE)\n                    headers.add(HttpHeaderNames.CONTENT_TYPE,\n                                HttpHeaderValues.APPLICATION_OCTET_STREAM)\n                    headers.add(HttpHeaderNames.CONTENT_LENGTH,\n                                buffer.readableBytes())\n                    response.headers().add(headers)\n                    ctx.write(response)\n                    sendContents(ctx, buffer)\n                    provider.unref()\n                case Failure(e) =>\n                    log.warn(\"Error getting ref from buffer provider\", e)\n            }\n        }\n    }\n\n    private def sendContents(ctx: ChannelHandlerContext,\n                             buffer: ByteBuf) = {\n        val future: ChannelProgressiveFuture = ctx.writeAndFlush(\n            new HttpChunkedInput(\n                new ChunkedStream(\n                    new ByteBufInputStream(buffer))),\n            ctx.newProgressivePromise()).asInstanceOf[ChannelProgressiveFuture]\n\n        if (log.isDebugEnabled) {\n            future.addListener(new ChannelProgressiveFutureListener {\n                override def operationProgressed\n                    (future: ChannelProgressiveFuture,\n                     progress: Long,\n                     total: Long): Unit = {\n                    if (total < 0) {\n                        \/\/ Total unknown\n                        log.debug(future.channel + \" Transfer progress: \" +\n                                  progress)\n                    } else {\n                        log.debug(future.channel + \" Transfer progress: \" +\n                                  progress + \" \/ \" + total)\n                    }\n                }\n\n                override def operationComplete\n                    (future: ChannelProgressiveFuture): Unit = {\n                    log.debug(future.channel + \" Transfer complete.\")\n                }\n            })\n        }\n    }\n\n    private def sendError(ctx: ChannelHandlerContext,\n                          status: HttpResponseStatus) = {\n        val response = new DefaultFullHttpResponse(\n            HttpVersion.HTTP_1_1,\n            status,\n            Unpooled.copiedBuffer(\"Failure: \" + status + \"\\r\\n\",\n                                  CharsetUtil.UTF_8))\n\n        response.headers.set(HttpHeaderNames.CONTENT_TYPE,\n                             \"text\/plain; charset=UTF-8\")\n\n        ctx.writeAndFlush(response)\n    }\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/cluster\/storage\/MidonetBackendTestModule.scala","text":"\/*\n * Copyright 2016 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.midonet.cluster.storage\n\nimport java.util.UUID\n\nimport com.codahale.metrics.MetricRegistry\nimport com.typesafe.config.Config\n\nimport org.apache.curator.framework.CuratorFramework\nimport org.apache.curator.framework.state.ConnectionState\nimport org.mockito.Mockito._\n\nimport rx.subjects.BehaviorSubject\n\nimport org.midonet.cluster.data.storage.model.{ArpEntry, Fip64Entry}\nimport org.midonet.cluster.data.storage.{InMemoryStorage, StateStorage, StateTableStorage, Storage}\nimport org.midonet.cluster.models.Neutron.NeutronNetwork\nimport org.midonet.cluster.models.Topology\nimport org.midonet.cluster.models.Topology.Router\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.services.discovery.{FakeDiscovery, MidonetDiscovery}\nimport org.midonet.cluster.services.state.client.StateTableClient\nimport org.midonet.conf.MidoTestConfigurator\nimport org.midonet.packets.{IPv4Addr, MAC}\nimport org.midonet.util.eventloop.Reactor\n\nclass MidonetTestBackend (curatorParam: CuratorFramework) extends MidonetBackend {\n\n    def this() = {\n        this(mock(classOf[CuratorFramework]))\n    }\n\n    private val inMemoryZoom: InMemoryStorage = new InMemoryStorage()\n\n    val connectionState =\n        BehaviorSubject.create[ConnectionState](ConnectionState.CONNECTED)\n\n    override def store: Storage = inMemoryZoom\n    override def stateStore: StateStorage = inMemoryZoom\n    override def stateTableStore: StateTableStorage = inMemoryZoom\n    override def stateTableClient: StateTableClient = null\n    override def curator: CuratorFramework = curatorParam\n    override def failFastCurator: CuratorFramework = curatorParam\n    override def reactor: Reactor = null\n    override def failFastConnectionState =\n        connectionState.asObservable()\n    override val discovery: MidonetDiscovery = new FakeDiscovery\n\n    override def doStart(): Unit = {\n        MidonetBackend.setupBindings(store, stateStore, () => {\n            inMemoryZoom.registerTable(classOf[Topology.Network], classOf[MAC],\n                                       classOf[UUID], MidonetBackend.MacTable,\n                                       classOf[MacIdStateTable])\n            inMemoryZoom.registerTable(classOf[Topology.Network], classOf[IPv4Addr],\n                                       classOf[MAC], MidonetBackend.Ip4MacTable,\n                                       classOf[Ip4MacStateTable])\n            inMemoryZoom.registerTable(classOf[Router], classOf[IPv4Addr],\n                                       classOf[ArpEntry], MidonetBackend.ArpTable,\n                                       classOf[ArpStateTable])\n            inMemoryZoom.registerTable(classOf[Topology.Port], classOf[MAC],\n                                       classOf[IPv4Addr], MidonetBackend.PeeringTable,\n                                       classOf[MacIp4StateTable])\n            inMemoryZoom.registerTable(classOf[NeutronNetwork], classOf[UUID],\n                                       classOf[AnyRef], MidonetBackend.GatewayTable,\n                                       classOf[GatewayHostStateTable])\n            inMemoryZoom.registerTable(classOf[NeutronNetwork], classOf[Fip64Entry],\n                                       classOf[AnyRef], MidonetBackend.Fip64Table,\n                                       classOf[Fip64StateTable])\n        })\n        notifyStarted()\n    }\n\n    override def doStop(): Unit = notifyStopped()\n}\n\nobject MidonetBackendTestModule {\n    def apply() = new MidonetBackendTestModule\n}\n\n\/** Provides all dependencies for the new backend, using a FAKE zookeeper. *\/\nclass MidonetBackendTestModule(cfg: Config = MidoTestConfigurator.forAgents())\n    extends MidonetBackendModule(new MidonetBackendConfig(cfg), None,\n                                 new MetricRegistry) {\n\n    override protected def getCuratorFramework() =\n        mock(classOf[CuratorFramework])\n\n    override protected def failFastCuratorFramework() =\n        mock(classOf[CuratorFramework])\n\n    override protected def backend(curatorFramework: CuratorFramework,\n                                   failFastCurator: CuratorFramework,\n                                   isCluster: Boolean) = {\n        new MidonetTestBackend\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/test\/scala\/org\/midonet\/midolman\/topology\/GatewayMappingServiceTest.scala","text":"\/*\n * Copyright 2016 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.topology\n\nimport java.util.UUID\n\nimport scala.util.Random\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport org.midonet.cluster.data.storage.StateTableEncoder.GatewayHostEncoder\nimport org.midonet.cluster.data.storage.{CreateOp, NotFoundException, Storage}\nimport org.midonet.cluster.models.Neutron.NeutronNetwork\nimport org.midonet.cluster.models.Topology.Port\nimport org.midonet.cluster.services.MidonetBackend\nimport org.midonet.cluster.topology.TopologyBuilder\nimport org.midonet.cluster.util.UUIDUtil._\nimport org.midonet.midolman.NotYetException\nimport org.midonet.midolman.util.MidolmanSpec\nimport org.midonet.util.concurrent._\n\n@RunWith(classOf[JUnitRunner])\nclass GatewayMappingServiceTest extends MidolmanSpec with TopologyBuilder {\n\n    private var vt: VirtualTopology = _\n    private var store: Storage = _\n    private val random = new Random()\n\n    protected override def beforeTest(): Unit = {\n        vt = injector.getInstance(classOf[VirtualTopology])\n        store = vt.store\n    }\n\n    private def getAndAwait(service: GatewayMappingService, port: Port,\n                            count: Int): Unit = {\n        for (index <- 0 until count) {\n            val e = intercept[NotYetException] {\n                service.tryGetGateway(port.getId, random.nextInt())\n            }\n            e.waitFor.await()\n        }\n    }\n\n    feature(\"Service lifecycle\") {\n        scenario(\"Service starts and stops\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n\n            When(\"The service is started\")\n            service.startAsync().awaitRunning()\n\n            Then(\"The service should be running\")\n            service.isRunning shouldBe true\n\n            When(\"The service is stopped\")\n            service.stopAsync().awaitTerminated()\n\n            Then(\"The service should be stopped\")\n            service.isRunning shouldBe false\n        }\n\n        scenario(\"Service registers singleton\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n\n            When(\"The service is started\")\n            service.startAsync().awaitRunning()\n\n            Then(\"Accessing the gateways should succeed\")\n            intercept[NotYetException] {\n                GatewayMappingService.tryGetGateway(UUID.randomUUID(),\n                                                    random.nextInt())\n            }\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n\n    feature(\"Service returns the current gateways\") {\n        scenario(\"Router port does not exist\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            When(\"Requesting the gateway for a non-existing port\")\n            val portId = UUID.randomUUID()\n\n            Then(\"The operation fails with an exception\")\n            val e = intercept[NotYetException] {\n                service.tryGetGateway(portId, random.nextInt())\n            }\n\n            And(\"The exception is port not found\")\n            val nfe = intercept[NotFoundException] { e.waitFor.await() }\n            nfe.clazz shouldBe classOf[Port]\n            nfe.id shouldBe portId\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Port is unplugged\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            And(\"A router port\")\n            val router = createRouter()\n            val port = createRouterPort(routerId = Some(router.getId))\n            store.multi(Seq(CreateOp(router), CreateOp(port)))\n\n            When(\"Requesting the gateway\")\n            getAndAwait(service, port, count = 1)\n\n            And(\"Requesting the gateway a second time returns null\")\n            service.tryGetGateway(port.getId, random.nextInt()) shouldBe null\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Peer port is not a bridge port\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            And(\"A router port peered to a router port\")\n            val router = createRouter()\n            val peerPort = createRouterPort(routerId = Some(router.getId))\n            val port = createRouterPort(routerId = Some(router.getId),\n                                        peerId = Some(peerPort.getId))\n            store.multi(Seq(CreateOp(router), CreateOp(peerPort),\n                            CreateOp(port)))\n\n            When(\"Requesting the gateway twice\")\n            getAndAwait(service, port, count = 2)\n\n            And(\"Requesting the gateway a third time returns null\")\n            service.tryGetGateway(port.getId, random.nextInt()) shouldBe null\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Network is not a Neutron network\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            And(\"A router port peered to a router port\")\n            val router = createRouter()\n            val bridge = createBridge()\n            val peerPort = createBridgePort(bridgeId = Some(bridge.getId))\n            val port = createRouterPort(routerId = Some(router.getId),\n                                        peerId = Some(peerPort.getId))\n            store.multi(Seq(CreateOp(router), CreateOp(bridge),\n                            CreateOp(peerPort), CreateOp(port)))\n\n            When(\"Requesting the gateway to fetch the topology\")\n            getAndAwait(service, port, count = 2)\n\n            And(\"Requesting the gateway a third time returns null\")\n            service.tryGetGateway(port.getId, random.nextInt()) shouldBe null\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Network has one gateway\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            And(\"A router port peered to a router port\")\n            val router = createRouter()\n            val bridge = createBridge()\n            val peerPort = createBridgePort(bridgeId = Some(bridge.getId))\n            val port = createRouterPort(routerId = Some(router.getId),\n                                        peerId = Some(peerPort.getId))\n            val network = createNetwork(id = bridge.getId)\n            store.multi(Seq(CreateOp(router), CreateOp(bridge),\n                            CreateOp(peerPort), CreateOp(port),\n                            CreateOp(network)))\n\n            And(\"A gateway entry\")\n            val hostId = UUID.randomUUID()\n            val table = vt.stateTables\n                .getTable[UUID, AnyRef](classOf[NeutronNetwork], network.getId,\n                                        MidonetBackend.GatewayTable)\n            table.start()\n            table.add(hostId, GatewayHostEncoder.DefaultValue)\n\n            When(\"Requesting the gateway to fetch the topology\")\n            getAndAwait(service, port, count = 2)\n\n            And(\"Requesting the gateway a third time returns the host\")\n            service.tryGetGateway(port.getId, random.nextInt()) shouldBe hostId\n\n            When(\"Requesting the gateway again uses cached value\")\n            service.tryGetGateway(port.getId, random.nextInt()) shouldBe hostId\n\n            service.stopAsync().awaitTerminated()\n        }\n\n        scenario(\"Network has multiple gateways\") {\n            Given(\"A gateway mapping service\")\n            val service = new GatewayMappingService(vt)\n            service.startAsync().awaitRunning()\n\n            And(\"A router port peered to a router port\")\n            val router = createRouter()\n            val bridge = createBridge()\n            val peerPort = createBridgePort(bridgeId = Some(bridge.getId))\n            val port = createRouterPort(routerId = Some(router.getId),\n                                        peerId = Some(peerPort.getId))\n            val network = createNetwork(id = bridge.getId)\n            store.multi(Seq(CreateOp(router), CreateOp(bridge),\n                            CreateOp(peerPort), CreateOp(port),\n                            CreateOp(network)))\n\n            val hashes = List(\n                random.nextInt(),\n                random.nextInt(),\n                random.nextInt(),\n                random.nextInt(),\n                random.nextInt(),\n\n                \/\/ Some interesting values.\n                \/\/ Also to ensure that multiple gateways are chosen.\n                -1,\n                0,\n                1,\n                0x7fffffff,\n                0x80000000\n            )\n            val hosts = List.tabulate(5)(_ => UUID.randomUUID())\n\n            And(\"A gateway entries\")\n            val table = vt.stateTables\n                .getTable[UUID, AnyRef](classOf[NeutronNetwork], network.getId,\n                                        MidonetBackend.GatewayTable)\n            table.start()\n            hosts.foreach(table.add(_, GatewayHostEncoder.DefaultValue))\n\n            When(\"Requesting the gateway to fetch the topology\")\n            getAndAwait(service, port, count = 2)\n\n            And(\"Requesting the gateway a third time returns the host\")\n            val gateways = hashes.map(service.tryGetGateway(port.getId, _))\n            gateways.distinct.length should be > 1\n\n            When(\"Requesting the gateways again uses cached value\")\n            (hashes zip gateways).foreach { case (h, g) =>\n                service.tryGetGateway(port.getId, h) shouldBe g\n            }\n\n            service.stopAsync().awaitTerminated()\n        }\n    }\n\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/main\/scala\/org\/midonet\/cluster\/services\/endpoint\/comm\/ProtoBufWSAdapter.scala","text":"\/*\n * Copyright 2017 <NAME>\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.cluster.services.endpoint.comm\n\nimport com.google.protobuf.Message\n\nimport org.midonet.util.netty.{BinaryToWSFrameEncoder, HTTPAdapter, WSFrameToBinaryDecoder}\n\nimport io.netty.channel.socket.SocketChannel\nimport io.netty.channel.{ChannelInitializer, ChannelPipeline}\nimport io.netty.handler.codec.http.websocketx.WebSocketServerProtocolHandler\nimport io.netty.handler.codec.http.{HttpRequestDecoder, HttpServerCodec}\nimport io.netty.handler.codec.protobuf.{ProtobufDecoder, ProtobufEncoder, ProtobufVarint32FrameDecoder, ProtobufVarint32LengthFieldPrepender}\nimport io.netty.handler.ssl.SslContext\n\n\/**\n  * Netty channel initializer for ProtoBuf communication over WebSockets.\n  *\n  * @param wsPath HTTP path on which to listen for WS requests.\n  * @param reqPrototype Prototype of received protobuf messages.\n  * @param sslCtx Optional ssl context to be used if there's no http adapter in\n  *               pipeline.\n  *\/\nclass ProtoBufWSAdapter(wsPath: String, reqPrototype: Message,\n                        sslCtx: => Option[SslContext] = None)\n    extends ChannelInitializer[SocketChannel] {\n    override def initChannel(ch: SocketChannel) = {\n        val pipe: ChannelPipeline = ch.pipeline()\n\n        val httpRequestDecoder = Option(pipe.get(classOf[HttpRequestDecoder]))\n        val httpCodec = Option(pipe.get(classOf[HttpServerCodec]))\n\n        \/\/ Initialize http stack if not present\n        if (httpRequestDecoder.isEmpty && httpCodec.isEmpty) {\n            val httpAdapter = new HTTPAdapter(sslCtx)\n            httpAdapter.initChannel(ch)\n        }\n\n        pipe.addLast(new WebSocketServerProtocolHandler(wsPath))\n\n        pipe.addLast(new WSFrameToBinaryDecoder())\n        pipe.addLast(new BinaryToWSFrameEncoder())\n\n        pipe.addLast(new ProtobufVarint32FrameDecoder())\n        pipe.addLast(new ProtobufDecoder(reqPrototype))\n\n        pipe.addLast(new ProtobufVarint32LengthFieldPrepender())\n        pipe.addLast(new ProtobufEncoder())\n    }\n}\n\n\n"}
{"repo_name":"obino\/midonet","path":"midonet-cluster\/src\/test\/scala\/org\/midonet\/cluster\/services\/endpoint\/comm\/HttpByteBufferHandlerTest.scala","text":"\/*\n * Copyright (c) 2016 <NAME>\n *\/\n\npackage org.midonet.cluster.services.endpoint.comm\n\nimport java.security.cert.X509Certificate\nimport java.util.concurrent.TimeUnit\nimport java.util.zip.{GZIPInputStream, ZipException}\n\nimport javax.net.ssl.HostnameVerifier\n\nimport scala.async.Async.async\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\nimport scala.concurrent.duration.Duration\nimport scala.util.Random\n\nimport org.apache.commons.io.IOUtils\nimport org.apache.http.client.methods.{HttpGet, HttpPost}\nimport org.apache.http.conn.ssl.NoopHostnameVerifier\nimport org.apache.http.impl.client.{CloseableHttpClient, HttpClients}\nimport org.apache.http.ssl.{SSLContextBuilder, TrustStrategy}\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\nimport org.scalatest.{BeforeAndAfter, FeatureSpec, Matchers}\n\nimport org.midonet.util.PortProvider\nimport org.midonet.util.netty.{HTTPAdapter, ServerFrontEnd}\n\nimport io.netty.buffer.Unpooled\nimport io.netty.channel.socket.SocketChannel\nimport io.netty.handler.codec.http.{HttpHeaderNames, HttpHeaderValues}\nimport io.netty.handler.codec.http.HttpResponseStatus._\nimport io.netty.handler.ssl.util.SelfSignedCertificate\nimport io.netty.handler.ssl.{SslContext, SslContextBuilder}\n\n@RunWith(classOf[JUnitRunner])\nclass HttpByteBufferHandlerTest extends FeatureSpec\n                                        with Matchers\n                                        with BeforeAndAfter {\n\n    private val timeout = Duration(60, TimeUnit.SECONDS)\n\n    private var buffer: Array[Byte] = _\n    private var handler: HttpByteBufferHandler = _\n\n    before {\n        buffer = new Array[Byte](4 * 1024 * 1024)\n        Random.nextBytes(buffer)\n        val bufferProvider = new HttpByteBufferProvider {\n            private val httpBuffer = Unpooled.wrappedBuffer(buffer)\n            override def getAndRef() = Future.successful(httpBuffer)\n            override def unref(): Unit = {}\n        }\n        handler = new HttpByteBufferHandler(bufferProvider)\n    }\n\n    private def createSelfSignedSSLContext = {\n        val cert = new SelfSignedCertificate\n        SslContextBuilder.forServer(cert.certificate(), cert.privateKey())\n            .build()\n    }\n\n    private def createHttpServer(sslCtx: Option[SslContext]) = {\n        val port = PortProvider.getPort\n        (port, ServerFrontEnd.tcp(new HTTPAdapter(sslCtx) {\n            override def initChannel(ch: SocketChannel): Unit = {\n                super.initChannel(ch)\n                ch.pipeline.addLast(handler)\n            }\n        }, port))\n    }\n\n    private def createUrl(port: Int,\n                          protocol: String = \"http\") = {\n        s\"$protocol:\/\/localhost:$port\"\n    }\n\n    private def createHttpClient: CloseableHttpClient = {\n        \/\/ Create a trusting SSL context builder\n        val sslCtxBuilder = new SSLContextBuilder\n        sslCtxBuilder.loadTrustMaterial(null, new TrustStrategy {\n            override def isTrusted(chain: Array[X509Certificate],\n                                   authType: String): Boolean = true\n        })\n\n        \/\/ Don't check hostname against certificate\n        val allowAllVerifier: HostnameVerifier = NoopHostnameVerifier.INSTANCE\n\n        HttpClients.custom\n            .setSSLHostnameVerifier(allowAllVerifier)\n            .setSslcontext(sslCtxBuilder.build()).build()\n    }\n\n    private def startHttpServer(sslCtx: Option[SslContext])\n    : (Int, ServerFrontEnd, Option[SslContext]) = {\n        val (port, server) = createHttpServer(sslCtx)\n        server.startAsync().awaitRunning(timeout.toSeconds, TimeUnit.SECONDS)\n        (port, server, sslCtx)\n    }\n\n    private def stopHttpServer(server: ServerFrontEnd) = {\n        server.stopAsync().awaitTerminated(timeout.toSeconds, TimeUnit.SECONDS)\n    }\n\n    private def testResponseBodyOK(port: Int, sslCtx: Option[SslContext]) = {\n        val httpClient = createHttpClient\n\n        val url = createUrl(port, protocol =\n            if (sslCtx.isDefined) \"https\" else \"http\")\n        val result = async {\n            val get = new HttpGet(url)\n            get.addHeader(HttpHeaderNames.ACCEPT_ENCODING.toString(),\n                          HttpHeaderValues.GZIP.toString())\n            httpClient.execute(get)\n        }\n\n        val response = Await.result(result, timeout)\n        response.getStatusLine.getStatusCode shouldBe OK.code()\n        response.getEntity.getContentType.getValue shouldBe \"application\/octet-stream\"\n\n        val receivedBytes = IOUtils.toByteArray(response.getEntity.getContent)\n\n        receivedBytes shouldBe buffer\n    }\n\n    feature(\"http byte buffer server handler\") {\n        scenario(\"non-get request not mocked\") {\n            val (port, server, _) = startHttpServer(None)\n\n            val httpClient = createHttpClient\n            val url = createUrl(port)\n            val result = async {\n                httpClient.execute(new HttpPost(url))\n            }\n            val response = Await.result(result, timeout)\n            response.getStatusLine.getStatusCode shouldBe METHOD_NOT_ALLOWED.code()\n\n            stopHttpServer(server)\n        }\n\n        scenario(\"netty test without ssl\") {\n            val (port, server, sslCtx) = startHttpServer(None)\n\n            testResponseBodyOK(port, sslCtx)\n\n            stopHttpServer(server)\n        }\n\n        scenario(\"netty test with ssl\") {\n            val (port, server, sslCtx) = startHttpServer(\n                Some(createSelfSignedSSLContext))\n\n            testResponseBodyOK(port, sslCtx)\n\n            stopHttpServer(server)\n        }\n    }\n\n    feature(\"handler can compress data\") {\n        scenario(\"check data is being compressed\") {\n            val (port, _, _) = startHttpServer(None)\n\n            val client =  HttpClients.custom()\n                .disableContentCompression()\n                .build()\n\n            val get = new HttpGet(s\"http:\/\/localhost:$port\/topology-cache\")\n            get.addHeader(HttpHeaderNames.ACCEPT_ENCODING.toString(),\n                          HttpHeaderValues.GZIP.toString())\n            val response = client.execute(get)\n            val result = IOUtils.toByteArray(\n                new GZIPInputStream(response.getEntity.getContent))\n\n            result shouldBe buffer\n        }\n\n        scenario(\"check data is not being compressed without encoding header\") {\n            val (port, _, _) = startHttpServer(None)\n\n            val client =  HttpClients.custom()\n                .disableContentCompression()\n                .build()\n\n            val get = new HttpGet(s\"http:\/\/localhost:$port\/topology-cache\")\n            val response = client.execute(get)\n\n            a [ZipException] should be thrownBy {\n                IOUtils.toByteArray(\n                    new GZIPInputStream(response.getEntity.getContent))\n            }\n        }\n    }\n\n}\n"}
{"repo_name":"obino\/midonet","path":"midolman\/src\/main\/scala\/org\/midonet\/midolman\/datapath\/FlowProcessor.scala","text":"\/*\n * Copyright 2014 Midokura SARL\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.midonet.midolman.datapath\n\nimport java.nio.channels._\nimport java.nio.channels.spi.SelectorProvider\nimport java.nio.{BufferOverflowException, ByteBuffer}\nimport java.util.ArrayList\n\nimport scala.util.control.NonFatal\n\nimport com.lmax.disruptor.{EventPoller, LifecycleAware, Sequencer}\nimport com.typesafe.scalalogging.Logger\n\nimport org.slf4j.LoggerFactory\n\nimport rx.Observer\n\nimport org.midonet.midolman.SimulationBackChannel.{BackChannelMessage, Broadcast}\nimport org.midonet.midolman.datapath.DisruptorDatapathChannel._\nimport org.midonet.midolman.simulation.PacketContext\nimport org.midonet.midolman.{DatapathState, SimulationBackChannel}\nimport org.midonet.midolman.monitoring.metrics.DatapathMetrics\nimport org.midonet.netlink._\nimport org.midonet.netlink.exceptions.NetlinkException\nimport org.midonet.odp._\nimport org.midonet.odp.flows.{FlowAction, FlowKey}\nimport org.midonet.sixwind.SixWind\nimport org.midonet.util.concurrent.{DisruptorBackChannel, NanoClock}\nimport org.midonet.{ErrorCode, Util}\n\nobject FlowProcessor {\n    private val unsafe = Util.getUnsafe\n\n    \/**\n     * Used for unsafe access to the lastSequence field, so we can do a volatile\n     * read on the writer thread while avoiding doing a volatile write to it\n     * from the producer thread.\n     *\/\n    private val sequenceAddress = unsafe.objectFieldOffset(\n        classOf[FlowProcessor].getDeclaredField(\"lastSequence\"))\n\n    private val MAX_BUF_CAPACITY = 4 * 1024 * 1024\n\n    \/**\n      * A flow back-channel message.\n      *\/\n    trait FlowMessage extends BackChannelMessage with Broadcast\n    \/**\n      * Back-channel message for a duplicate flow.\n      *\/\n    case class DuplicateFlow(index: Int) extends FlowMessage\n    \/**\n      * Back-channel message for a flow error.\n      *\/\n    case class FlowError(index: Int) extends FlowMessage\n\n}\n\nclass FlowProcessor(dpState: DatapathState,\n                    families: OvsNetlinkFamilies,\n                    maxPendingRequests: Int,\n                    maxRequestSize: Int,\n                    channelFactory: NetlinkChannelFactory,\n                    selectorProvider: SelectorProvider,\n                    backChannel: SimulationBackChannel,\n                    datapathMetrics: DatapathMetrics,\n                    clock: NanoClock)\n    extends EventPoller.Handler[PacketContextHolder]\n    with DisruptorBackChannel\n    with LifecycleAware {\n\n    import FlowProcessor._\n\n    private val log = Logger(LoggerFactory.getLogger(\n        \"org.midonet.datapath.flow-processor\"))\n\n    private val datapathId = dpState.datapath.getIndex\n    private val supportsMegaflow = dpState.datapath.supportsMegaflow()\n\n    private var writeBuf = BytesUtil.instance.allocateDirect(64 * 1024)\n    private val selector = selectorProvider.openSelector()\n    private val createChannel = channelFactory.create(blocking = false)\n    private val createChannelPid = createChannel.getLocalAddress.getPid\n    private val createProtocol = new OvsProtocol(createChannelPid, families)\n    private val brokerChannel = channelFactory.create(blocking = false)\n    private val brokerChannelPid = brokerChannel.getLocalAddress.getPid\n    private val brokerProtocol = new OvsProtocol(brokerChannelPid, families)\n    private val sixwind = SixWind.create()\n\n    {\n        log.debug(s\"Created write channel with pid $createChannelPid\")\n        log.debug(s\"Created delete channel with pid $brokerChannelPid\")\n        sixwind.flush()\n    }\n\n    private val writer = new NetlinkBlockingWriter(createChannel)\n    private val broker = new NetlinkRequestBroker(\n        new NetlinkBlockingWriter(brokerChannel),\n        new NetlinkReader(brokerChannel),\n        maxPendingRequests,\n        maxRequestSize,\n        BytesUtil.instance.allocateDirect(64 * 1024),\n        clock)\n    private val timeoutMillis = broker.timeout.toMillis\n\n    private val flowMask = new FlowMask()\n\n    private var lastSequence = Sequencer.INITIAL_CURSOR_VALUE\n\n    override def onEvent(event: PacketContextHolder, sequence: Long,\n                         endOfBatch: Boolean): Boolean = {\n        val context = event.flowCreateRef\n        log.debug(s\"Packet context event $context with flow ${context.flow}\")\n        event.flowCreateRef = null\n        if (context.flow ne null) {\n            \/\/ We use the same index for linked flows: if there is a problem\n            \/\/ with any of them, we remove both.\n            val index = context.flow.mark\n            try {\n                createFlow(context.origMatch, context.flowActions, context, index)\n                datapathMetrics.flowsCreated.mark()\n                if (context.isRecirc) {\n                    \/\/ Note we created the after-recirc flow first, so new\n                    \/\/ packets will still go to midolman before recirculation.\n                    createFlow(\n                        context.recircMatch, context.recircFlowActions, context, index)\n                    datapathMetrics.flowsCreated.mark()\n                }\n            } catch { case t: Throwable =>\n                context.log.error(\"Failed to create datapath flow\", t)\n            }\n\n            \/\/ Note: user -> kernel netlink communication is synchronous.\n            \/\/ At this point, our createFlow requests above has been\n            \/\/ processed by the kernel and it's safe to update lastSequence.\n            lastSequence = sequence\n        }\n        context.setFlowProcessed()\n        true\n    }\n\n    private def createFlow(flowMatch: FlowMatch, actions: ArrayList[FlowAction],\n                           context: PacketContext, index: Int): Unit = {\n        val mask = if (supportsMegaflow) {\n            flowMask.clear()\n            flowMask.calculateFor(flowMatch, actions)\n            context.log.debug(s\"Applying mask $flowMask\")\n            flowMask\n        } else null\n        writeFlow(datapathId, flowMatch.getKeys, actions, mask, index)\n        context.log.debug(s\"Created datapath flow for $flowMatch\")\n    }\n\n    private def writeFlow(\n            datapathId: Int,\n            keys: ArrayList[FlowKey],\n            actions: ArrayList[FlowAction],\n            mask: FlowMask,\n            index: Int): Unit =\n        try {\n            createProtocol.prepareFlowCreate(\n                datapathId, keys, actions, mask, writeBuf)\n            writeBuf.putInt(NetlinkMessage.NLMSG_SEQ_OFFSET, index)\n            writer.write(writeBuf)\n            writeBuf.rewind()\n            sixwind.processFlow(writeBuf, writeBuf.limit())\n        } catch { case e: BufferOverflowException =>\n            val capacity = writeBuf.capacity()\n            if (capacity >= MAX_BUF_CAPACITY)\n                throw e\n            val newCapacity = capacity * 2\n            writeBuf = BytesUtil.instance.allocateDirect(newCapacity)\n            log.debug(s\"Increasing buffer size to $newCapacity\")\n            writeFlow(datapathId, keys, actions, mask, index)\n        } finally {\n            writeBuf.clear()\n        }\n\n    def capacity = broker.capacity\n\n    \/**\n     * Tries to eject a flow only if the corresponding Disruptor sequence is\n     * greater than the one specified, meaning that the corresponding flow\n     * create operation hasn't been completed yet.\n     *\/\n    def tryEject(sequence: Long, datapathId: Int, flowMatch: FlowMatch,\n                 obs: Observer[ByteBuffer]): Boolean = {\n        var brokerSeq = 0L\n        val disruptorSeq = unsafe.getLongVolatile(this, sequenceAddress)\n        if (disruptorSeq >= sequence && { brokerSeq = broker.nextSequence()\n                                          brokerSeq } != NetlinkRequestBroker.FULL) {\n            try {\n                val buffer = broker.get(brokerSeq)\n                brokerProtocol.prepareFlowDelete(\n                    datapathId, flowMatch.getKeys, buffer)\n                sixwind.processFlow(buffer, buffer.limit())\n                broker.publishRequest(brokerSeq, obs)\n                datapathMetrics.flowsDeleted.mark()\n            } catch { case e: Throwable =>\n                log.error(s\"tryEject publish failed with ${e}\")\n                obs.onError(e)\n            }\n            true\n        } else {\n            log.debug(s\"tryEject failed sequence ${sequence} disruptorSeq ${disruptorSeq} brokerSeq ${brokerSeq}\")\n            false\n        }\n    }\n\n    def tryGet(datapathId: Int, flowMatch: FlowMatch,\n               obs: Observer[ByteBuffer]): Boolean = {\n        var seq = 0L\n        if ({ seq = broker.nextSequence(); seq } != NetlinkRequestBroker.FULL) {\n            try {\n                brokerProtocol.prepareFlowGet(\n                    datapathId, flowMatch, broker.get(seq))\n                broker.publishRequest(seq, obs)\n            } catch { case e: Throwable =>\n                obs.onError(e)\n            }\n            true\n        } else {\n            false\n        }\n    }\n\n    override def shouldProcess(): Boolean =\n        broker.hasRequestsToWrite\n\n    override def process(): Unit = {\n        if (broker.hasRequestsToWrite) {\n            val bytes = broker.writePublishedRequests()\n            log.debug(s\"Wrote flow deletion requests ($bytes bytes)\")\n        }\n    }\n\n    val handleDeleteError = new Observer[ByteBuffer] {\n        override def onCompleted(): Unit =\n            log.warn(\"Unexpected reply to flow deletion; probably the late \" +\n                     \"answer of a request that timed out\")\n\n        override def onError(e: Throwable): Unit = {\n            datapathMetrics.flowDeleteErrors.mark()\n            e match {\n                case ne: NetlinkException =>\n                    log.warn(s\"Unexpected flow deletion error ${ne.getErrorCodeEnum}; \" +\n                                 \"probably the late answer of a request that timed out\")\n                case NonFatal(nf) =>\n                    log.error(\"Unexpected error when deleting a flow\", nf)\n            }\n        }\n\n        override def onNext(t: ByteBuffer): Unit = { }\n    }\n\n    private def handleCreateError(reader: NetlinkReader, buf: ByteBuffer): Unit =\n        try {\n            reader.read(buf)\n        } catch {\n            case ne: NetlinkException if ne.getErrorCodeEnum == ErrorCode.EEXIST =>\n                datapathMetrics.flowCreateDupes.mark()\n                log.debug(\"Tried to add duplicate DP flow with index \" +\n                          s\"0x${Integer.toHexString(ne.seq)}\")\n                backChannel.tell(DuplicateFlow(ne.seq))\n            case ne: NetlinkException =>\n                datapathMetrics.flowCreateErrors.mark()\n                log.warn(\"Failed to create flow with index \" +\n                         s\"0x${Integer.toHexString(ne.seq)}\", ne)\n                backChannel.tell(FlowError(ne.seq))\n            case NonFatal(e) =>\n                datapathMetrics.flowCreateErrors.mark()\n                log.error(\"Unexpected error when creating a flow\")\n        } finally {\n            buf.clear()\n        }\n\n    private val replies = new Thread(\"flow-processor-errors\") {\n        override def run(): Unit = {\n            val reader = new NetlinkReader(createChannel)\n            val createErrorsBuffer = BytesUtil.instance.allocateDirect(64 * 1024)\n            while (createChannel.isOpen && brokerChannel.isOpen) {\n                val createKey = createChannel.register(selector, SelectionKey.OP_READ)\n                val deleteKey = brokerChannel.register(selector, SelectionKey.OP_READ)\n                try {\n                    if (selector.select(timeoutMillis) > 0) {\n                        if (createKey.isReadable)\n                            handleCreateError(reader, createErrorsBuffer)\n                        if (deleteKey.isReadable)\n                            broker.readReply(handleDeleteError)\n                        selector.selectedKeys().clear()\n                    } else {\n                        broker.timeoutExpiredRequests()\n                    }\n                } catch {\n                    case ignored @ (_: InterruptedException |\n                                    _: ClosedChannelException |\n                                    _: ClosedByInterruptException|\n                                    _: AsynchronousCloseException) =>\n                    case NonFatal(t) =>\n                        log.debug(\"Error while reading replies\", t)\n                }\n            }\n        }\n    }\n\n    override def onStart(): Unit = {\n        replies.setDaemon(true)\n        replies.start()\n    }\n\n    override def onShutdown(): Unit = {\n        createChannel.close()\n        brokerChannel.close()\n        selector.wakeup()\n    }\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week3\/Scratch.scala","text":"package com.ascariandrea.progfun.week3\n\nobject Scratch {\n\n  println(new NonEmpty(7, Empty, Empty))\n\n  def error(msg: String) = throw new Error(msg)\n  try {\n    error(\"New error\")\n  } catch {\n    case e: Error => println(e)\n  }\n\n\n  val x = null\n  val y: String = x\n\n  \/\/ error types mismatch\n  \/\/ val z: Int = x\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week4\/Nat.scala","text":"package com.ascariandrea.progfun.week4\n\n\/\/ Peano numbers\nabstract class Nat {\n  def isZero: Boolean\n  def predecessor: Nat\n  def successor = new Succ(this)\n  def + (that: Nat): Nat\n  def - (that: Nat): Nat\n}\n\nobject Zero extends Nat {\n  def isZero = true\n  def predecessor = throw new Error(\"0.predecessor\")\n  def + (that: Nat) = that\n  def - (that: Nat) = if (that.isZero) this else throw new Error(\"negative number\")\n\n}\n\nclass Succ(n: Nat) extends Nat {\n  def isZero = false\n  def predecessor = n\n  def + (that: Nat) = new Succ(n + that)\n  def - (that: Nat) = if (that.isZero) this else n - that.predecessor\n}\n\nobject Nat {\n  val x = new Succ(Zero)\n  println(x.predecessor)\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week3\/List.scala","text":"<reponame>ascariandrea\/progfun<filename>course\/src\/main\/scala\/progfun\/week3\/List.scala\npackage com.ascariandrea.progfun.week3\n\ntrait List[T] {\n  def isEmpty: Boolean\n  def head: T\n  def tail: List[T]\n  def nth(n: Int): T\n}\n\nclass Cons[T](val head: T, val tail: List[T]) extends List[T] {\n  def isEmpty = false\n  def nth(n: Int) =\n    if (this.isEmpty) throw new IndexOutOfBoundsException\n    else if (n == 0) head\n    else tail.nth(n - 1)\n}\n\nclass Nil[T] extends List[T] {\n  def isEmpty = true\n  def head = throw new NoSuchElementException(\"Nil.head\")\n  def tail = throw new NoSuchElementException(\"Nil.tail\")\n  def nth(n: Int) = throw new NoSuchElementException(\"Nil.nth\")\n}\n\nobject ListTest {\n  println(new Cons(1, new Cons(2, new Nil)).nth(1))\n}\n\n"}
{"repo_name":"ascariandrea\/progfun","path":"assigments\/recfun\/src\/main\/scala\/recfun\/Main.scala","text":"<gh_stars>0\npackage recfun\n\nobject Main {\n  def main(args: Array[String]) {\n    println(\"Pascal's Triangle\")\n    for (row <- 0 to 10) {\n      for (col <- 0 to row)\n        print(pascal(col, row) + \" \")\n      println()\n    }\n  }\n\n  \/**\n   * Exercise 1\n   *\n   *\/\n    def pascal(c: Int, r: Int): Int = {\n      if (c == 0 || r == 1) 1\n      else pascal(c - 1, r - 1) + pascal(c, r - 1)\n    }\n\n  \/**\n   * Exercise 2\n   *\/\n    def balance(chars: List[Char]): Boolean = {\n      def loop(ch: List[Char], acc: Int): Boolean = {\n        if (ch.isEmpty) acc == 0\n        else {\n          val delta = if (ch.head == '(') 1 else if (ch.head == ')') -1 else 0\n          loop(ch.tail, acc + delta)\n        }\n      }\n      if (chars.size <= 4) false else loop(chars, 0)\n    }\n\n  \/**\n   * Exercise 3\n   *\/\n    def countChange(money: Int, coins: List[Int]): Int = {\n      if (money == 0) 1\n      else if (coins.isEmpty || money < 0) 0\n      else countChange(money - coins.head, coins) + countChange(money, coins.tail)\n    }\n  }\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week2\/Currying.scala","text":"<reponame>ascariandrea\/progfun\npackage com.ascariandrea.progfun.week2\n\nobject Currying {\n  def product(f: Int => Int)(a: Int, b: Int): Int = {\n    if (a > b) 1 else f(a) * product(f)(a + 1, b)\n  }\n\n  def factorial(n: Int) = product(x => x)(1, n)\n\n  def mapReduce(f: Int => Int, combine: (Int, Int) => Int, zero: Int)(a: Int, b: Int): Int = {\n    if (a > b) zero\n    else combine(f(a), mapReduce(f, combine, zero)(a + 1, b))\n  }\n\n  println(product(x => x * x)(1, 2))\n  println(mapReduce(x => x * x, (a, b) => a * b, 1)(1, 2))\n\n  println(factorial(3))\n  println(mapReduce(x => x, (a, b) => a * b, 1)(1, 3))\n}\n\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week4\/Lists.scala","text":"<reponame>ascariandrea\/progfun<filename>course\/src\/main\/scala\/progfun\/week4\/Lists.scala\npackage com.ascariandrea.progfun.week4\n\nobject Lists {\n  import scala.collection.immutable.{List, Nil}\n\n  def isort(xs: List[Int]): List[Int] = xs match {\n    case Nil => Nil\n    case y :: ys => insert(y, isort(ys))\n  }\n\n  def insert(x: Int, xs: List[Int]): List[Int] = xs match {\n    case Nil => x :: Nil\n    case y :: ys => if (y > x) x :: xs else y :: insert(x, ys)\n  }\n\n  val xs = List(9, 4, 6, 3);\n  println(\"List to sort \" +  xs)\n  println(isort(xs))\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week1\/Factorial.scala","text":"package com.ascariandrea.progfun.week1\n\nobject Factorial {\n  def factorial(n: Int) {\n    def rec(i: Int, total: Int): Int =\n      if (i == 0) total\n      else rec(i - 1, i * total);\n\n    println(rec(n, 1))\n  }\n  factorial(5);\n\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week2\/FunctionsAndData.scala","text":"package com.ascariandrea.progfun.week2\n\nobject FunctionsAndData {\n  val x = new Rational(1, 2)\n  println(x.numerator)\n  println(x.denominator)\n\n  val y = new Rational(2, 3)\n  x.add(y)\n\n  val z = new Rational(3, 2)\n  x.sub(y).sub(z)\n\n  y.add(y)\n  x.less(y)\n\n  \/\/ val strange = new Rational(1, 0);\n  \/\/ strange.add(strange)\n\n  \/\/ new Rational(1)\n\n  \/\/ x < y\n}\n\nclass Rational(x: Int, y: Int) {\n  require(y != 0, \"Denominator must be nonzero\")\n\n  def this(x: Int) = this(x, 1)\n\n  private def gcd(a: Int, b: Int): Int = if (b == 0) a else gcd(b, a % b)\n  private val g = gcd(x, y)\n  def numerator = x \/ g\n  def denominator = y \/ g\n\n  def <(that: Rational) = this less that\n\n  def less(that: Rational) =\n    numerator * that.denominator < that.numerator * denominator\n\n  def max(that: Rational) =\n    if (this.less(that)) that else this\n\n  def neg = new Rational(-numerator, denominator)\n\n  def unary_- : Rational = new Rational(-numerator, denominator)\n\n\n  def add(that: Rational) =\n    new Rational(\n      numerator * that.denominator + that.numerator * denominator,\n      denominator * that.denominator\n    )\n\n  def sub(that: Rational) = add(that.neg)\n\n  def -(that: Rational) = add(that.neg)\n\n   override def toString = numerator + \"\/\" + denominator\n\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"assigments\/patmat\/src\/test\/scala\/patmat\/HuffmanSuite.scala","text":"package patmat\n\nimport org.scalatest.FunSuite\n\nimport org.junit.runner.RunWith\nimport org.scalatest.junit.JUnitRunner\n\nimport patmat.Huffman._\n\n@RunWith(classOf[JUnitRunner])\nclass HuffmanSuite extends FunSuite {\n\ttrait TestTrees {\n    val leafLeft = Leaf('a',2)\n    val leafRight = Leaf('b',3)\n    val forkChars = List('a','b')\n    val forkWeight = 5\n    val fork1 = Fork(leafLeft, leafRight, forkChars, forkWeight)\n    val fork2Right = Leaf('d', 4)\n    val fork2Chars = List('a','b','d')\n    val fork2Weight = 9\n\t\tval fork2 = Fork(Fork(leafLeft, leafRight, forkChars, forkWeight), fork2Right, fork2Chars, fork2Weight)\n\t}\n\n  test(\"weight of a larger tree\") {\n    new TestTrees {\n      assert(weight(fork1) === 5)\n    }\n  }\n\n\n  test(\"chars of a larger tree\") {\n    new TestTrees {\n      assert(chars(fork2) === List('a','b','d'))\n    }\n  }\n\n\n  test(\"string2chars(\\\"hello, world\\\")\") {\n    assert(string2Chars(\"hello, world\") === List('h', 'e', 'l', 'l', 'o', ',', ' ', 'w', 'o', 'r', 'l', 'd'))\n  }\n\n  test(\"times of char\") {\n    assert(times(List('a', 'b', 'a', 'c', 'a')) === List(('a', 3), ('b', 1), ('c', 1)))\n  }\n\n\n  test(\"makeOrderedLeafList for some frequency table\") {\n    assert(makeOrderedLeafList(List(('t', 2), ('e', 1), ('x', 3))) === List(Leaf('e',1), Leaf('t',2), Leaf('x',3)))\n  }\n\n\n  test(\"combine of some leaf list\") {\n    val leaflist = List(Leaf('e', 1), Leaf('t', 2), Leaf('x', 4))\n    assert(combine(leaflist) === List(Fork(Leaf('e',1),Leaf('t',2),List('e', 't'),3), Leaf('x',4)))\n  }\n\n  \/\/ test(\"until of some leaf list\") {\n  \/\/   new TestTrees {\n  \/\/     val codeTree = List(leafLeft, leafRight, fork2Right, fork2Right)\n  \/\/     val rightCodeTree = Fork(Fork(), Fork(), List(''))\n  \/\/     assert(until(singleton, combine)(codeTree) === )\n  \/\/   }\n  \/\/ }\n\n\n  test(\"decode and encode a very short text should be identity\") {\n    new TestTrees {\n      assert(decode(fork1, encode(fork1)(\"ab\".toList)) === \"ab\".toList)\n    }\n  }\n\n  \/\/ test(\"decode a leaf\") {\n  \/\/   new TestTrees {\n  \/\/    assert(decode(Leaf('a', 1), List(0)) === List('a'))\n  \/\/   }\n  \/\/ }\n\n  test(\"decode a fork\") {\n    new TestTrees {\n      assert(decode(Fork(Fork(Leaf('a', 1), Leaf('c', 3), List('a', 'b'), 4), Leaf('b', 2), List('a', 'b'), 3), List(0, 1)) === List('c'))\n    }\n  }\n\n  test(\"decode the secret string\") {\n    new TestTrees {\n      assert(decodedSecret.mkString === \"huffmanestcool\")\n    }\n  }\n\n  test(\"convert a codetable\") {\n    new TestTrees {\n      val codeTree = Fork(\n          Fork(\n            Leaf('a', 1),\n            Fork(Leaf('c', 3), Leaf('d', 5), List('c', 'd'), 8),\n            List('a', 'c', 'd'),\n            9\n          ),\n          Leaf('b', 2),\n          List('a', 'b', 'c', 'd'),\n          12\n      );\n      val codeTable = List(('a', List(0, 0)), ('c', List(0, 1, 0)), ('d', List(0, 1, 1)), ('b', List(1)));\n      assert(convert(codeTree) === codeTable)\n    }\n  }\n\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/Main.scala","text":"<gh_stars>0\npackage com.ascariandrea.progfun\n\nimport com.ascariandrea.progfun.week1.{Factorial, Sqrt}\nimport com.ascariandrea.progfun.week2.{Currying, FixedPoint, FunctionsAndData, Sum}\nimport com.ascariandrea.progfun.week3.{ IntSet, List, Scratch}\nimport com.ascariandrea.progfun.week4.{List, Nat, Decomposition, PatternMatching, Lists}\n\nobject Main extends App {\n\n  println(\"Factorial\")\n  Factorial\n\n  println(\"Sqrt\")\n  Sqrt\n\n  println(\"Currying\")\n  Currying\n\n  println(\"FixedPoint\")\n  FixedPoint\n\n  println(\"FunctionsAndData\")\n  FunctionsAndData\n\n  println(\"Sum\")\n  Sum\n\n  println(\"IntSet\")\n  IntSet\n\n  println(\"List\")\n  List\n\n  println(\"Scratch\")\n  Scratch\n\n  println(\"Nat\")\n  Nat\n\n  println(\"Decomposition\")\n  Decomposition\n\n  println(\"Pattern Matching\")\n  PatternMatching\n\n  println(\"Lists\")\n  Lists\n\n\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week4\/List.scala","text":"<filename>course\/src\/main\/scala\/progfun\/week4\/List.scala\npackage com.ascariandrea.progfun.week4\n\nimport com.ascariandrea.progfun.week3.{NonEmpty, Empty}\n\ntrait List[+T] {\n  def isEmpty: Boolean\n  def head: T\n  def tail: List[T]\n  \/\/ error: covariant type T occurs in contravariant position in type T of value elem\n  \/\/ def prepend(elem: T): List[T] = new Cons(elem, this)\n  \/\/             ^\n  def prepend[U >: T](elem: U): List[U] = new Cons(elem, this)\n}\n\nclass Cons[T](val head: T, val tail: List[T]) extends List[T] {\n  def isEmpty = false\n}\n\nobject Nil extends List[Nothing] {\n  def isEmpty = true\n  def head = throw new NoSuchElementException(\"Nil.head\")\n  def tail = throw new NoSuchElementException(\"Nil.tail\")\n}\n\nobject List {\n  println(new Cons(1, new Cons(2, Nil)))\n\n  val x: List[String] = Nil;\n  println(x);\n\n  def f(xs: List[NonEmpty], x: Empty.type) = xs prepend x\n}\n\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week1\/Sqrt.scala","text":"<reponame>ascariandrea\/progfun\npackage com.ascariandrea.progfun.week1\n\nobject Sqrt {\n\n  def abs(x: Double) = if (x > 0) -x else x\n\n  def isGoodEnough(guess: Double, x: Double) =\n    (guess * guess - x) >= 0.0001\n\n  def improve(guess: Double, x: Double): Double =\n    (guess + x \/ guess) \/ 2\n\n  def sqrtIterator(guess: Double, x: Double): Double =\n    if (isGoodEnough(guess, x)) guess\n    else sqrtIterator(improve(guess, x), x)\n\n  def sqrt(x: Double) = sqrtIterator(1.0, x)\n\n  println(sqrt(2))\n  println(sqrt(4))\n  println(sqrt(1e-6))\n\n}\n\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week4\/Decomposition.scala","text":"<filename>course\/src\/main\/scala\/progfun\/week4\/Decomposition.scala<gh_stars>0\npackage com.ascariandrea.progfun.week4\n\ntrait Expr {\n  def isNumber: Boolean\n  def isSum: Boolean\n  def numValue: Int\n  def leftOp: Expr\n  def rightOp: Expr\n\n  def isVar: Boolean\n  def isProd: Boolean\n  def varValue: String\n}\n\nclass Number(n: Int) extends Expr {\n  def isNumber: Boolean = true\n  def isSum: Boolean = false\n  def numValue: Int = n\n  def leftOp: Expr = throw new Error(\"Number.leftOp\")\n  def rightOp: Expr = throw new Error(\"Number.rightOp\")\n\n  def isVar: Boolean = false\n  def isProd: Boolean = false\n  def varValue: String = null\n}\n\nclass Sum(e1: Expr, e2: Expr) extends Expr {\n  def isNumber: Boolean = false\n  def isSum: Boolean = true\n  def numValue: Int = throw new Error(\"Sum.numValue\")\n  def leftOp: Expr = e1\n  def rightOp: Expr = e2\n\n  def isVar: Boolean = false\n  def isProd: Boolean = false\n  def varValue: String = throw new Error(\"Sum.varValue\")\n}\n\nclass Prod(e1: Expr, e2: Expr) extends Expr {\n  def isNumber = false\n  def isSum = false\n  def isProd = true\n  def isVar = false\n  def leftOp: Expr = e1\n  def rightOp: Expr = e2\n  def varValue: String = throw new Error(\"Prod.varValue\")\n  def numValue: Int = throw new Error(\"Sum.numValue\")\n\n}\n\nclass Var(x: String) extends Expr {\n  def isNumber = false\n  def isSum = false\n  def isProd = false\n  def isVar = true\n  def varValue = x\n  def leftOp: Expr = throw new Error(\"Number.leftOp\")\n  def rightOp: Expr = throw new Error(\"Number.rightOp\")\n  def numValue: Int = throw new Error(\"Sum.numValue\")\n}\n\nobject Decomposition {\n  def eval(e: Expr): Int = {\n    \/\/ if (e.isNumber) e.numValue\n    \/\/ else if (e.isSum) eval(e.leftOp) + eval(e.rightOp)\n    \/\/ else throw new Error(\"Unknown expression\" + e)\n\n    if (e.isInstanceOf[Number])\n      e.asInstanceOf[Number].numValue\n    else if (e.isInstanceOf[Sum])\n      eval(e.asInstanceOf[Sum].leftOp) +\n      eval(e.asInstanceOf[Sum].rightOp)\n    else throw new Error(\"Unknown expression\" +  e)\n  }\n\n\n\n  println(eval(new Sum(new Number(1), new Number(2))))\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week2\/Sum.scala","text":"package com.ascariandrea.progfun.week2\n\nobject Sum {\n  def sum(f: Int => Int)(a: Int, b: Int): Int = {\n    def loop(a: Int, acc: Int): Int = {\n      if (a > b) acc\n      else loop(a + 1, f(a) + acc);\n    }\n    loop(a, 0)\n  }\n\n  println(sum(x => x + x)(1, 3))\n\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week3\/IntSet.scala","text":"<filename>course\/src\/main\/scala\/progfun\/week3\/IntSet.scala\npackage com.ascariandrea.progfun.week3\n\nabstract class IntSet {\n  def contains(x: Int): Boolean\n  def incl(x: Int): IntSet\n  def union(other: IntSet): IntSet\n}\n\ncase object Empty extends IntSet {\n  def contains(x: Int): Boolean = false\n  def incl(x: Int): IntSet = new NonEmpty(x, Empty, Empty)\n  def union(other: IntSet) = other\n\n  override def toString = \".\"\n}\n\nclass NonEmpty(elem: Int, left: IntSet, right: IntSet) extends IntSet {\n  def contains(x: Int): Boolean =\n    if (x < elem) left contains x\n    else if (x > elem) right contains x\n    else true\n\n  def incl(x: Int): IntSet =\n    if (x < elem) new NonEmpty(elem, left incl x, right)\n    else if (x > elem) new NonEmpty(elem, left, right incl x)\n    else this\n\n  def union(other: IntSet) = ((left union right) union other) incl elem\n\n  override def toString = \"{\" + left + elem + right + \"}\"\n}\n\nobject IntSet {\n  val t1 = new NonEmpty(3, Empty, Empty)\n  println(t1)\n  val t2 = t1 incl 4\n  println(t2)\n}\n"}
{"repo_name":"ascariandrea\/progfun","path":"course\/src\/main\/scala\/progfun\/week2\/FixedPoint.scala","text":"<filename>course\/src\/main\/scala\/progfun\/week2\/FixedPoint.scala\npackage com.ascariandrea.progfun.week2\n\nimport math.abs\n\nobject FixedPoint {\n\n  val tolerance = 0.001\n\n  def isCloseEnough(x: Double, y: Double) =\n    abs((x - y) \/ x) \/x < tolerance\n\n  def fixedPoint(f: Double => Double)(firstGuess: Double) = {\n    def iterate(guess: Double): Double = {\n      val next = f(guess)\n      if (isCloseEnough(guess, next)) next\n      else iterate(next)\n    }\n    iterate(firstGuess)\n  }\n\n  def averageDamp(f: Double => Double)(x: Double) = (x + f(x)) \/ 2\n\n  def sqrt(x: Double) = fixedPoint(y => (y + x \/ y) \/ 2)(1)\n\n  def sqrt2(x: Double) =\n    fixedPoint(averageDamp(y => x \/ y))(1)\n\n  println(fixedPoint(x => 1 + x \/ 2)(1))\n  println(sqrt2(2))\n}\n\n\n"}
{"repo_name":"mkurz\/silencer","path":"build.sbt","text":"name := \"silencer\"\n\nval saveTestClasspath = taskKey[File](\n  \"Saves test classpath to a file so that it can be used by embedded scalac in tests\")\n\ndef crossSources = Def.settings(\n  unmanagedSourceDirectories ++= unmanagedSourceDirectories.value.flatMap { dir =>\n    val path = dir.getPath\n    val sv = scalaVersion.value\n    val suffixes = CrossVersion.partialVersion(sv) match {\n      case Some((2, 11)) => Seq(\"2.11\", \"2.11-12\")\n      case Some((2, 12)) => Seq(\"2.11-12\", \"2.12\", \"2.12-13\")\n      case Some((2, 13)) => Seq(\"2.12-13\", \"2.13\")\n      case _ => throw new IllegalArgumentException(\"unsupported scala version\")\n    }\n    suffixes.map(s => file(s\"$path-$s\"))\n  }\n)\n\ninThisBuild(Seq(\n  organization := \"com.github.ghik\",\n  scalaVersion := crossScalaVersions.value.head,\n  crossScalaVersions := Seq(\"2.13.7\", \"2.13.6\", \"2.13.5\", \"2.13.4\", \"2.13.3\", \"2.13.2\", \"2.12.15\", \"2.12.14\", \"2.12.13\", \"2.11.12\"),\n\n  githubWorkflowTargetTags ++= Seq(\"v*\"),\n  githubWorkflowJavaVersions := Seq(\"adopt@1.11\"),\n  githubWorkflowPublishTargetBranches := Seq(RefPredicate.StartsWith(Ref.Tag(\"v\"))),\n\n  githubWorkflowPublish := Seq(WorkflowStep.Sbt(\n    List(\"ci-release\"),\n    env = Map(\n      \"PGP_PASSPHRASE\" -> \"${{ secrets.PGP_PASSPHRASE }}\",\n      \"PGP_SECRET\" -> \"${{ secrets.PGP_SECRET }}\",\n      \"SONATYPE_PASSWORD\" -> \"${{ secrets.SONATYPE_PASSWORD }}\",\n      \"SONATYPE_USERNAME\" -> \"${{ secrets.SONATYPE_USERNAME }}\"\n    )\n  )),\n))\n\nval commonSettings = Def.settings(\n  projectInfo := ModuleInfo(\n    nameFormal = \"Silencer\",\n    description = \"Scala compiler plugin for annotation-based warning suppression\",\n    homepage = Some(url(\"https:\/\/github.com\/ghik\/silencer\")),\n    startYear = Some(2015),\n    licenses = Vector(\n      \"The Apache License, Version 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\")\n    ),\n    organizationName = \"ghik\",\n    organizationHomepage = Some(url(\"https:\/\/github.com\/ghik\")),\n    scmInfo = Some(ScmInfo(\n      browseUrl = url(\"https:\/\/github.com\/ghik\/silencer.git\"),\n      connection = \"scm:git:<EMAIL>:ghik\/silencer.git\",\n      devConnection = Some(\"scm:git:git<EMAIL>:ghik\/silencer.git\")\n    )),\n    developers = Vector(\n      Developer(\"ghik\", \"<NAME>\", \"<EMAIL>\", url(\"https:\/\/github.com\/ghik\"))\n    ),\n  ),\n\n  crossVersion := CrossVersion.full,\n  inConfig(Compile)(crossSources),\n  inConfig(Test)(crossSources),\n)\n\nval subprojectSettings = Def.settings(\n  commonSettings,\n  publishMavenStyle := true,\n  pomIncludeRepository := { _ => false },\n  publishTo := sonatypePublishToBundle.value,\n)\n\nlazy val silencer = (project in file(\".\")).aggregate(`silencer-lib`, `silencer-plugin`)\n  .settings(commonSettings: _*)\n  .settings(\n    publishArtifact := false,\n    PgpKeys.publishSigned := {}\n  )\n\nlazy val `silencer-lib` = project\n  .settings(subprojectSettings: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value % Test,\n      \"org.scala-lang.modules\" %% \"scala-collection-compat\" % \"2.4.1\" % Test\n    )\n  )\n\nlazy val `silencer-plugin` = project.dependsOn(`silencer-lib`)\n  .settings(subprojectSettings: _*)\n  .settings(\n    libraryDependencies ++= Seq(\n      \"org.scala-lang\" % \"scala-compiler\" % scalaVersion.value,\n      \"org.scalatest\" %% \"scalatest-funsuite\" % \"3.2.0\" % Test\n    ),\n    resourceGenerators in Test += Def.task {\n      val result = (resourceManaged in Test).value \/ \"embeddedcp\"\n      IO.write(result, (fullClasspath in `silencer-lib` in Test).value.map(_.data.getAbsolutePath).mkString(\"\\n\"))\n      Seq(result)\n    }.taskValue,\n    fork in Test := true,\n    baseDirectory in Test := (baseDirectory in ThisBuild).value,\n  )\n"}
{"repo_name":"mkurz\/silencer","path":"silencer-plugin\/src\/main\/scala-2.11-12\/com\/github\/ghik\/silencer\/SilencerPluginCompat.scala","text":"<gh_stars>100-1000\npackage com.github.ghik.silencer\n\ntrait SilencerPluginCompat { this: SilencerPlugin =>\n  import global._\n\n  protected object MaybeNamedArg {\n    def unapply(tree: Tree): OptRef[Tree] = tree match {\n      case AssignOrNamedArg(_, rhs) => OptRef(rhs)\n      case _ => OptRef(tree)\n    }\n  }\n}\n"}
{"repo_name":"mkurz\/silencer","path":"silencer-plugin\/src\/main\/scala\/com\/github\/ghik\/silencer\/OptRef.scala","text":"package com.github.ghik.silencer\n\n\/\/ for name based extractors\nfinal class OptRef[+T >: Null] private(private val value: T) extends AnyVal {\n  def isEmpty: Boolean = value == null\n  def get: T = value\n}\nobject OptRef {\n  def apply[T >: Null](value: T): OptRef[T] = new OptRef(value)\n  def empty: OptRef[Null] = new OptRef(null)\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/SparkPlan.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.execution\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Logging, Row}\nimport org.apache.spark.sql.catalyst.trees\nimport org.apache.spark.sql.catalyst.analysis.MultiInstanceRelation\nimport org.apache.spark.sql.catalyst.expressions.GenericRow\nimport org.apache.spark.sql.catalyst.plans.QueryPlan\nimport org.apache.spark.sql.catalyst.plans.logical.BaseRelation\nimport org.apache.spark.sql.catalyst.plans.physical._\n\n\/**\n * :: DeveloperApi ::\n *\/\n@DeveloperApi\nabstract class SparkPlan extends QueryPlan[SparkPlan] with Logging {\n  self: Product =>\n\n  \/\/ TODO: Move to `DistributedPlan`\n  \/** Specifies how data is partitioned across different nodes in the cluster. *\/\n  def outputPartitioning: Partitioning = UnknownPartitioning(0) \/\/ TODO: WRONG WIDTH!\n  \/** Specifies any partition requirements on the input data for this operator. *\/\n  def requiredChildDistribution: Seq[Distribution] =\n    Seq.fill(children.size)(UnspecifiedDistribution)\n\n  \/**\n   * Runs this query returning the result as an RDD.\n   *\/\n  def execute(): RDD[Row]\n\n  \/**\n   * Runs this query returning the result as an array.\n   *\/\n  def executeCollect(): Array[Row] = execute().map(_.copy()).collect()\n\n  protected def buildRow(values: Seq[Any]): Row =\n    new GenericRow(values.toArray)\n}\n\n\/**\n * :: DeveloperApi ::\n * Allows already planned SparkQueries to be linked into logical query plans.\n *\n * Note that in general it is not valid to use this class to link multiple copies of the same\n * physical operator into the same query plan as this violates the uniqueness of expression ids.\n * Special handling exists for ExistingRdd as these are already leaf operators and thus we can just\n * replace the output attributes with new copies of themselves without breaking any attribute\n * linking.\n *\/\n@DeveloperApi\ncase class SparkLogicalPlan(alreadyPlanned: SparkPlan, tableName: String = \"SparkLogicalPlan\")\n  extends BaseRelation with MultiInstanceRelation {\n\n  def output = alreadyPlanned.output\n  override def references = Set.empty\n  override def children = Nil\n\n  override final def newInstance: this.type = {\n    SparkLogicalPlan(\n      alreadyPlanned match {\n        case ExistingRdd(output, rdd) => ExistingRdd(output.map(_.newInstance), rdd)\n        case _ => sys.error(\"Multiple instance of the same relation detected.\")\n      }, tableName)\n      .asInstanceOf[this.type]\n  }\n}\n\nprivate[sql] trait LeafNode extends SparkPlan with trees.LeafNode[SparkPlan] {\n  self: Product =>\n}\n\nprivate[sql] trait UnaryNode extends SparkPlan with trees.UnaryNode[SparkPlan] {\n  self: Product =>\n  override def outputPartitioning: Partitioning = child.outputPartitioning\n}\n\nprivate[sql] trait BinaryNode extends SparkPlan with trees.BinaryNode[SparkPlan] {\n  self: Product =>\n}\n"}
{"repo_name":"zhpengg\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/util\/random\/RandomSamplerSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.util.random\n\nimport java.util.Random\n\nimport cern.jet.random.Poisson\nimport org.scalatest.{BeforeAndAfter, FunSuite}\nimport org.scalatest.mock.EasyMockSugar\n\nclass RandomSamplerSuite extends FunSuite with BeforeAndAfter with EasyMockSugar {\n\n  val a = List(1, 2, 3, 4, 5, 6, 7, 8, 9)\n\n  var random: Random = _\n  var poisson: Poisson = _\n\n  before {\n    random = mock[Random]\n    poisson = mock[Poisson]\n  }\n\n  test(\"BernoulliSamplerWithRange\") {\n    expecting {\n      for(x <- Seq(0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9)) {\n        random.nextDouble().andReturn(x)\n      }\n    }\n    whenExecuting(random) {\n      val sampler = new BernoulliSampler[Int](0.25, 0.55)\n      sampler.rng = random\n      assert(sampler.sample(a.iterator).toList == List(3, 4, 5))\n    }\n  }\n\n  test(\"BernoulliSamplerWithRangeInverse\") {\n    expecting {\n      for(x <- Seq(0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9)) {\n        random.nextDouble().andReturn(x)\n      }\n    }\n    whenExecuting(random) {\n      val sampler = new BernoulliSampler[Int](0.25, 0.55, true)\n      sampler.rng = random\n      assert(sampler.sample(a.iterator).toList === List(1, 2, 6, 7, 8, 9))\n    }\n  }\n\n  test(\"BernoulliSamplerWithRatio\") {\n    expecting {\n      for(x <- Seq(0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9)) {\n        random.nextDouble().andReturn(x)\n      }\n    }\n    whenExecuting(random) {\n      val sampler = new BernoulliSampler[Int](0.35)\n      sampler.rng = random\n      assert(sampler.sample(a.iterator).toList == List(1, 2, 3))\n    }\n  }\n\n  test(\"BernoulliSamplerWithComplement\") {\n    expecting {\n      for(x <- Seq(0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9)) {\n        random.nextDouble().andReturn(x)\n      }\n    }\n    whenExecuting(random) {\n      val sampler = new BernoulliSampler[Int](0.25, 0.55, true)\n      sampler.rng = random\n      assert(sampler.sample(a.iterator).toList == List(1, 2, 6, 7, 8, 9))\n    }\n  }\n\n  test(\"BernoulliSamplerSetSeed\") {\n    expecting {\n      random.setSeed(10L)\n    }\n    whenExecuting(random) {\n      val sampler = new BernoulliSampler[Int](0.2)\n      sampler.rng = random\n      sampler.setSeed(10L)\n    }\n  }\n\n  test(\"PoissonSampler\") {\n    expecting {\n      for(x <- Seq(0, 1, 2, 0, 1, 1, 0, 0, 0)) {\n        poisson.nextInt().andReturn(x)\n      }\n    }\n    whenExecuting(poisson) {\n      val sampler = new PoissonSampler[Int](0.2)\n      sampler.rng = poisson\n      assert(sampler.sample(a.iterator).toList == List(2, 3, 3, 5, 6))\n    }\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/hive\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/execution\/DescribeHiveTableCommand.scala","text":"<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.execution\n\nimport scala.collection.JavaConversions._\n\nimport org.apache.hadoop.hive.metastore.api.FieldSchema\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, GenericRow, Row}\nimport org.apache.spark.sql.execution.{Command, LeafNode}\nimport org.apache.spark.sql.hive.{HiveContext, MetastoreRelation}\n\n\/**\n * Implementation for \"describe [extended] table\".\n *\n * :: DeveloperApi ::\n *\/\n@DeveloperApi\ncase class DescribeHiveTableCommand(\n    table: MetastoreRelation,\n    output: Seq[Attribute],\n    isExtended: Boolean)(\n    @transient context: HiveContext)\n  extends LeafNode with Command {\n\n  \/\/ Strings with the format like Hive. It is used for result comparison in our unit tests.\n  lazy val hiveString: Seq[String] = {\n    val alignment = 20\n    val delim = \"\\t\"\n\n    sideEffectResult.map {\n      case (name, dataType, comment) =>\n        String.format(\"%-\" + alignment + \"s\", name) + delim +\n          String.format(\"%-\" + alignment + \"s\", dataType) + delim +\n          String.format(\"%-\" + alignment + \"s\", Option(comment).getOrElse(\"None\"))\n    }\n  }\n\n  override protected[sql] lazy val sideEffectResult: Seq[(String, String, String)] = {\n    \/\/ Trying to mimic the format of Hive's output. But not exactly the same.\n    var results: Seq[(String, String, String)] = Nil\n\n    val columns: Seq[FieldSchema] = table.hiveQlTable.getCols\n    val partitionColumns: Seq[FieldSchema] = table.hiveQlTable.getPartCols\n    results ++= columns.map(field => (field.getName, field.getType, field.getComment))\n    if (!partitionColumns.isEmpty) {\n      val partColumnInfo =\n        partitionColumns.map(field => (field.getName, field.getType, field.getComment))\n      results ++=\n        partColumnInfo ++\n          Seq((\"# Partition Information\", \"\", \"\")) ++\n          Seq((s\"# ${output.get(0).name}\", output.get(1).name, output.get(2).name)) ++\n          partColumnInfo\n    }\n\n    if (isExtended) {\n      results ++= Seq((\"Detailed Table Information\", table.hiveQlTable.getTTable.toString, \"\"))\n    }\n\n    results\n  }\n\n  override def execute(): RDD[Row] = {\n    val rows = sideEffectResult.map {\n      case (name, dataType, comment) => new GenericRow(Array[Any](name, dataType, comment))\n    }\n    context.sparkContext.parallelize(rows, 1)\n  }\n\n  override def otherCopyArgs = context :: Nil\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/types\/dataTypes.scala","text":"<reponame>zhpengg\/spark\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.types\n\nimport java.sql.Timestamp\n\nimport scala.reflect.ClassTag\nimport scala.reflect.runtime.universe.{typeTag, TypeTag, runtimeMirror}\nimport scala.util.parsing.combinator.RegexParsers\n\nimport org.apache.spark.sql.catalyst.expressions.{Attribute, AttributeReference, Expression}\nimport org.apache.spark.util.Utils\n\n\/**\n * A JVM-global lock that should be used to prevent thread safety issues when using things in\n * scala.reflect.*.  Note that Scala Reflection API is made thread-safe in 2.11, but not yet for\n * 2.10.* builds.  See SI-6240 for more details.\n *\/\nprotected[catalyst] object ScalaReflectionLock\n\nobject DataType extends RegexParsers {\n  protected lazy val primitiveType: Parser[DataType] =\n    \"StringType\" ^^^ StringType |\n    \"FloatType\" ^^^ FloatType |\n    \"IntegerType\" ^^^ IntegerType |\n    \"ByteType\" ^^^ ByteType |\n    \"ShortType\" ^^^ ShortType |\n    \"DoubleType\" ^^^ DoubleType |\n    \"LongType\" ^^^ LongType |\n    \"BinaryType\" ^^^ BinaryType |\n    \"BooleanType\" ^^^ BooleanType |\n    \"DecimalType\" ^^^ DecimalType |\n    \"TimestampType\" ^^^ TimestampType\n\n  protected lazy val arrayType: Parser[DataType] =\n    \"ArrayType\" ~> \"(\" ~> dataType <~ \")\" ^^ ArrayType\n\n  protected lazy val mapType: Parser[DataType] =\n    \"MapType\" ~> \"(\" ~> dataType ~ \",\" ~ dataType <~ \")\" ^^ {\n      case t1 ~ _ ~ t2 => MapType(t1, t2)\n    }\n\n  protected lazy val structField: Parser[StructField] =\n    (\"StructField(\" ~> \"[a-zA-Z0-9_]*\".r) ~ (\",\" ~> dataType) ~ (\",\" ~> boolVal <~ \")\") ^^ {\n      case name ~ tpe ~ nullable  =>\n          StructField(name, tpe, nullable = nullable)\n    }\n\n  protected lazy val boolVal: Parser[Boolean] =\n    \"true\" ^^^ true |\n    \"false\" ^^^ false\n\n  protected lazy val structType: Parser[DataType] =\n    \"StructType\\\\([A-zA-z]*\\\\(\".r ~> repsep(structField, \",\") <~ \"))\" ^^ {\n      case fields => new StructType(fields)\n    }\n\n  protected lazy val dataType: Parser[DataType] =\n    arrayType |\n      mapType |\n      structType |\n      primitiveType\n\n  \/**\n   * Parses a string representation of a DataType.\n   *\n   * TODO: Generate parser as pickler...\n   *\/\n  def apply(asString: String): DataType = parseAll(dataType, asString) match {\n    case Success(result, _) => result\n    case failure: NoSuccess => sys.error(s\"Unsupported dataType: $asString, $failure\")\n  }\n}\n\nabstract class DataType {\n  \/** Matches any expression that evaluates to this DataType *\/\n  def unapply(a: Expression): Boolean = a match {\n    case e: Expression if e.dataType == this => true\n    case _ => false\n  }\n\n  def isPrimitive: Boolean = false\n}\n\ncase object NullType extends DataType\n\ntrait PrimitiveType extends DataType {\n  override def isPrimitive = true\n}\n\nabstract class NativeType extends DataType {\n  type JvmType\n  @transient val tag: TypeTag[JvmType]\n  val ordering: Ordering[JvmType]\n\n  @transient val classTag = ScalaReflectionLock.synchronized {\n    val mirror = runtimeMirror(Utils.getSparkClassLoader)\n    ClassTag[JvmType](mirror.runtimeClass(tag.tpe))\n  }\n}\n\ncase object StringType extends NativeType with PrimitiveType {\n  type JvmType = String\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object BinaryType extends DataType with PrimitiveType {\n  type JvmType = Array[Byte]\n}\n\ncase object BooleanType extends NativeType with PrimitiveType {\n  type JvmType = Boolean\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object TimestampType extends NativeType {\n  type JvmType = Timestamp\n\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n\n  val ordering = new Ordering[JvmType] {\n    def compare(x: Timestamp, y: Timestamp) = x.compareTo(y)\n  }\n}\n\nabstract class NumericType extends NativeType with PrimitiveType {\n  \/\/ Unfortunately we can't get this implicitly as that breaks Spark Serialization. In order for\n  \/\/ implicitly[Numeric[JvmType]] to be valid, we have to change JvmType from a type variable to a\n  \/\/ type parameter and and add a numeric annotation (i.e., [JvmType : Numeric]). This gets\n  \/\/ desugared by the compiler into an argument to the objects constructor. This means there is no\n  \/\/ longer an no argument constructor and thus the JVM cannot serialize the object anymore.\n  val numeric: Numeric[JvmType]\n}\n\n\/** Matcher for any expressions that evaluate to [[IntegralType]]s *\/\nobject IntegralType {\n  def unapply(a: Expression): Boolean = a match {\n    case e: Expression if e.dataType.isInstanceOf[IntegralType] => true\n    case _ => false\n  }\n}\n\nabstract class IntegralType extends NumericType {\n  val integral: Integral[JvmType]\n}\n\ncase object LongType extends IntegralType {\n  type JvmType = Long\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Long]]\n  val integral = implicitly[Integral[Long]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object IntegerType extends IntegralType {\n  type JvmType = Int\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Int]]\n  val integral = implicitly[Integral[Int]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object ShortType extends IntegralType {\n  type JvmType = Short\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Short]]\n  val integral = implicitly[Integral[Short]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object ByteType extends IntegralType {\n  type JvmType = Byte\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Byte]]\n  val integral = implicitly[Integral[Byte]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\n\/** Matcher for any expressions that evaluate to [[FractionalType]]s *\/\nobject FractionalType {\n  def unapply(a: Expression): Boolean = a match {\n    case e: Expression if e.dataType.isInstanceOf[FractionalType] => true\n    case _ => false\n  }\n}\nabstract class FractionalType extends NumericType {\n  val fractional: Fractional[JvmType]\n}\n\ncase object DecimalType extends FractionalType {\n  type JvmType = BigDecimal\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[BigDecimal]]\n  val fractional = implicitly[Fractional[BigDecimal]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object DoubleType extends FractionalType {\n  type JvmType = Double\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Double]]\n  val fractional = implicitly[Fractional[Double]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase object FloatType extends FractionalType {\n  type JvmType = Float\n  @transient lazy val tag = ScalaReflectionLock.synchronized { typeTag[JvmType] }\n  val numeric = implicitly[Numeric[Float]]\n  val fractional = implicitly[Fractional[Float]]\n  val ordering = implicitly[Ordering[JvmType]]\n}\n\ncase class ArrayType(elementType: DataType) extends DataType\n\ncase class StructField(name: String, dataType: DataType, nullable: Boolean)\n\nobject StructType {\n  def fromAttributes(attributes: Seq[Attribute]): StructType = {\n    StructType(attributes.map(a => StructField(a.name, a.dataType, a.nullable)))\n  }\n\n  \/\/ def apply(fields: Seq[StructField]) = new StructType(fields.toIndexedSeq)\n}\n\ncase class StructType(fields: Seq[StructField]) extends DataType {\n  def toAttributes = fields.map(f => AttributeReference(f.name, f.dataType, f.nullable)())\n}\n\ncase class MapType(keyType: DataType, valueType: DataType) extends DataType\n"}
{"repo_name":"zhpengg\/spark","path":"yarn\/stable\/src\/main\/scala\/org\/apache\/spark\/deploy\/yarn\/ExecutorLauncher.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.deploy.yarn\n\nimport java.net.Socket\nimport org.apache.hadoop.conf.Configuration\nimport org.apache.hadoop.net.NetUtils\nimport org.apache.hadoop.yarn.api._\nimport org.apache.hadoop.yarn.api.records._\nimport org.apache.hadoop.yarn.api.protocolrecords._\nimport org.apache.hadoop.yarn.conf.YarnConfiguration\nimport org.apache.hadoop.yarn.util.{ConverterUtils, Records}\nimport akka.actor._\nimport akka.remote._\nimport akka.actor.Terminated\nimport org.apache.spark.{Logging, SecurityManager, SparkConf}\nimport org.apache.spark.util.{Utils, AkkaUtils}\nimport org.apache.spark.scheduler.cluster.CoarseGrainedSchedulerBackend\nimport org.apache.spark.scheduler.cluster.CoarseGrainedClusterMessages.AddWebUIFilter\nimport org.apache.spark.scheduler.SplitInfo\nimport org.apache.hadoop.yarn.client.api.AMRMClient\nimport org.apache.hadoop.yarn.client.api.AMRMClient.ContainerRequest\nimport org.apache.spark.deploy.SparkHadoopUtil\nimport org.apache.hadoop.yarn.webapp.util.WebAppUtils\n\n\/**\n * An application master that allocates executors on behalf of a driver that is running outside\n * the cluster.\n *\n * This is used only in yarn-client mode.\n *\/\nclass ExecutorLauncher(args: ApplicationMasterArguments, conf: Configuration, sparkConf: SparkConf)\n  extends Logging {\n\n  def this(args: ApplicationMasterArguments, sparkConf: SparkConf) =\n    this(args, new Configuration(), sparkConf)\n\n  def this(args: ApplicationMasterArguments) = this(args, new SparkConf())\n\n  private var appAttemptId: ApplicationAttemptId = _\n  private var reporterThread: Thread = _\n  private val yarnConf: YarnConfiguration = new YarnConfiguration(conf)\n\n  private var yarnAllocator: YarnAllocationHandler = _\n  private var driverClosed:Boolean = false\n\n  private var amClient: AMRMClient[ContainerRequest] = _\n\n  val securityManager = new SecurityManager(sparkConf)\n  val actorSystem: ActorSystem = AkkaUtils.createActorSystem(\"sparkYarnAM\", Utils.localHostName, 0,\n    conf = sparkConf, securityManager = securityManager)._1\n  var actor: ActorRef = _\n\n  \/\/ This actor just working as a monitor to watch on Driver Actor.\n  class MonitorActor(driverUrl: String) extends Actor {\n\n    var driver: ActorSelection = _\n\n    override def preStart() {\n      logInfo(\"Listen to driver: \" + driverUrl)\n      driver = context.actorSelection(driverUrl)\n      \/\/ Send a hello message to establish the connection, after which\n      \/\/ we can monitor Lifecycle Events.\n      driver ! \"Hello\"\n      context.system.eventStream.subscribe(self, classOf[RemotingLifecycleEvent])\n    }\n\n    override def receive = {\n      case x: DisassociatedEvent =>\n        logInfo(s\"Driver terminated or disconnected! Shutting down. $x\")\n        driverClosed = true\n      case x: AddWebUIFilter =>\n        logInfo(s\"Add WebUI Filter. $x\")\n        driver ! x\n    }\n  }\n\n  def run() {\n\n    \/\/ Setup the directories so things go to yarn approved directories rather\n    \/\/ then user specified and \/tmp.\n    System.setProperty(\"spark.local.dir\", getLocalDirs())\n\n    amClient = AMRMClient.createAMRMClient()\n    amClient.init(yarnConf)\n    amClient.start()\n\n    appAttemptId = ApplicationMaster.getApplicationAttemptId()\n    registerApplicationMaster()\n\n    waitForSparkMaster()\n    addAmIpFilter()\n\n    \/\/ Allocate all containers\n    allocateExecutors()\n\n    \/\/ Launch a progress reporter thread, else app will get killed after expiration\n    \/\/ (def: 10mins) timeout ensure that progress is sent before\n    \/\/ YarnConfiguration.RM_AM_EXPIRY_INTERVAL_MS elapse.\n\n    val timeoutInterval = yarnConf.getInt(YarnConfiguration.RM_AM_EXPIRY_INTERVAL_MS, 120000)\n    \/\/ we want to be reasonably responsive without causing too many requests to RM.\n    val schedulerInterval =\n      System.getProperty(\"spark.yarn.scheduler.heartbeat.interval-ms\", \"5000\").toLong\n    \/\/ must be <= timeoutInterval \/ 2.\n    val interval = math.min(timeoutInterval \/ 2, schedulerInterval)\n\n    reporterThread = launchReporterThread(interval)\n\n\n    \/\/ Wait for the reporter thread to Finish.\n    reporterThread.join()\n\n    finishApplicationMaster(FinalApplicationStatus.SUCCEEDED)\n    actorSystem.shutdown()\n\n    logInfo(\"Exited\")\n    System.exit(0)\n  }\n\n  \/** Get the Yarn approved local directories. *\/\n  private def getLocalDirs(): String = {\n    \/\/ Hadoop 0.23 and 2.x have different Environment variable names for the\n    \/\/ local dirs, so lets check both. We assume one of the 2 is set.\n    \/\/ LOCAL_DIRS => 2.X, YARN_LOCAL_DIRS => 0.23.X\n    val localDirs = Option(System.getenv(\"YARN_LOCAL_DIRS\"))\n      .orElse(Option(System.getenv(\"LOCAL_DIRS\")))\n\n    localDirs match {\n      case None => throw new Exception(\"Yarn Local dirs can't be empty\")\n      case Some(l) => l\n    }\n  }\n\n  private def registerApplicationMaster(): RegisterApplicationMasterResponse = {\n    val appUIAddress = sparkConf.get(\"spark.driver.appUIAddress\", \"\")\n    logInfo(s\"Registering the ApplicationMaster with appUIAddress: $appUIAddress\")\n    amClient.registerApplicationMaster(Utils.localHostName(), 0, appUIAddress)\n  }\n\n  \/\/ add the yarn amIpFilter that Yarn requires for properly securing the UI\n  private def addAmIpFilter() {\n    val proxy = WebAppUtils.getProxyHostAndPort(conf)\n    val parts = proxy.split(\":\")\n    val proxyBase = System.getenv(ApplicationConstants.APPLICATION_WEB_PROXY_BASE_ENV)\n    val uriBase = \"http:\/\/\" + proxy + proxyBase\n    val amFilter = \"PROXY_HOST=\" + parts(0) + \",\" + \"PROXY_URI_BASE=\" + uriBase\n    val amFilterName = \"org.apache.hadoop.yarn.server.webproxy.amfilter.AmIpFilter\"\n    actor ! AddWebUIFilter(amFilterName, amFilter, proxyBase)\n  }\n\n  private def waitForSparkMaster() {\n    logInfo(\"Waiting for Spark driver to be reachable.\")\n    var driverUp = false\n    val hostport = args.userArgs(0)\n    val (driverHost, driverPort) = Utils.parseHostPort(hostport)\n    while(!driverUp) {\n      try {\n        val socket = new Socket(driverHost, driverPort)\n        socket.close()\n        logInfo(\"Driver now available: %s:%s\".format(driverHost, driverPort))\n        driverUp = true\n      } catch {\n        case e: Exception =>\n          logError(\"Failed to connect to driver at %s:%s, retrying ...\".\n            format(driverHost, driverPort))\n        Thread.sleep(100)\n      }\n    }\n    sparkConf.set(\"spark.driver.host\", driverHost)\n    sparkConf.set(\"spark.driver.port\", driverPort.toString)\n\n    val driverUrl = \"akka.tcp:\/\/spark@%s:%s\/user\/%s\".format(\n      driverHost, driverPort.toString, CoarseGrainedSchedulerBackend.ACTOR_NAME)\n\n    actor = actorSystem.actorOf(Props(new MonitorActor(driverUrl)), name = \"YarnAM\")\n  }\n\n\n  private def allocateExecutors() {\n    \/\/ TODO: should get preferredNodeLocationData from SparkContext, just fake a empty one for now.\n    val preferredNodeLocationData: scala.collection.Map[String, scala.collection.Set[SplitInfo]] =\n      scala.collection.immutable.Map()\n\n    yarnAllocator = YarnAllocationHandler.newAllocator(\n      yarnConf,\n      amClient,\n      appAttemptId,\n      args,\n      preferredNodeLocationData,\n      sparkConf)\n\n    logInfo(\"Requesting \" + args.numExecutors + \" executors.\")\n    \/\/ Wait until all containers have launched\n    yarnAllocator.addResourceRequests(args.numExecutors)\n    yarnAllocator.allocateResources()\n    while ((yarnAllocator.getNumExecutorsRunning < args.numExecutors) && (!driverClosed)) {\n      allocateMissingExecutor()\n      yarnAllocator.allocateResources()\n      Thread.sleep(100)\n    }\n\n    logInfo(\"All executors have launched.\")\n  }\n\n  private def allocateMissingExecutor() {\n    val missingExecutorCount = args.numExecutors - yarnAllocator.getNumExecutorsRunning -\n      yarnAllocator.getNumPendingAllocate\n    if (missingExecutorCount > 0) {\n      logInfo(\"Allocating %d containers to make up for (potentially) lost containers\".\n        format(missingExecutorCount))\n      yarnAllocator.addResourceRequests(missingExecutorCount)\n    }\n  }\n\n  private def launchReporterThread(_sleepTime: Long): Thread = {\n    val sleepTime = if (_sleepTime <= 0) 0 else _sleepTime\n\n    val t = new Thread {\n      override def run() {\n        while (!driverClosed) {\n          allocateMissingExecutor()\n          logDebug(\"Sending progress\")\n          yarnAllocator.allocateResources()\n          Thread.sleep(sleepTime)\n        }\n      }\n    }\n    \/\/ setting to daemon status, though this is usually not a good idea.\n    t.setDaemon(true)\n    t.start()\n    logInfo(\"Started progress reporter thread - sleep time : \" + sleepTime)\n    t\n  }\n\n  def finishApplicationMaster(status: FinalApplicationStatus) {\n    logInfo(\"Unregistering ApplicationMaster with \" + status)\n    val trackingUrl = sparkConf.get(\"spark.driver.appUIHistoryAddress\", \"\")\n    amClient.unregisterApplicationMaster(status, \"\" \/* appMessage *\/ , trackingUrl)\n  }\n\n}\n\nobject ExecutorLauncher {\n  def main(argStrings: Array[String]) {\n    val args = new ApplicationMasterArguments(argStrings)\n    SparkHadoopUtil.get.runAsSparkUser { () =>\n      new ExecutorLauncher(args).run()\n    }\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/mllib\/regression\/GeneralizedLinearAlgorithm.scala","text":"<filename>mllib\/src\/main\/scala\/org\/apache\/spark\/mllib\/regression\/GeneralizedLinearAlgorithm.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.mllib.regression\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.{Logging, SparkException}\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.mllib.optimization._\nimport org.apache.spark.mllib.linalg.{Vectors, Vector}\nimport org.apache.spark.mllib.util.MLUtils._\n\n\/**\n * :: DeveloperApi ::\n * GeneralizedLinearModel (GLM) represents a model trained using\n * GeneralizedLinearAlgorithm. GLMs consist of a weight vector and\n * an intercept.\n *\n * @param weights Weights computed for every feature.\n * @param intercept Intercept computed for this model.\n *\/\n@DeveloperApi\nabstract class GeneralizedLinearModel(val weights: Vector, val intercept: Double)\n  extends Serializable {\n\n  \/**\n   * Predict the result given a data point and the weights learned.\n   *\n   * @param dataMatrix Row vector containing the features for this data point\n   * @param weightMatrix Column vector containing the weights of the model\n   * @param intercept Intercept of the model.\n   *\/\n  protected def predictPoint(dataMatrix: Vector, weightMatrix: Vector, intercept: Double): Double\n\n  \/**\n   * Predict values for the given data set using the model trained.\n   *\n   * @param testData RDD representing data points to be predicted\n   * @return RDD[Double] where each entry contains the corresponding prediction\n   *\/\n  def predict(testData: RDD[Vector]): RDD[Double] = {\n    \/\/ A small optimization to avoid serializing the entire model. Only the weightsMatrix\n    \/\/ and intercept is needed.\n    val localWeights = weights\n    val localIntercept = intercept\n\n    testData.map(v => predictPoint(v, localWeights, localIntercept))\n  }\n\n  \/**\n   * Predict values for a single data point using the model trained.\n   *\n   * @param testData array representing a single data point\n   * @return Double prediction from the trained model\n   *\/\n  def predict(testData: Vector): Double = {\n    predictPoint(testData, weights, intercept)\n  }\n}\n\n\/**\n * :: DeveloperApi ::\n * GeneralizedLinearAlgorithm implements methods to train a Generalized Linear Model (GLM).\n * This class should be extended with an Optimizer to create a new GLM.\n *\/\n@DeveloperApi\nabstract class GeneralizedLinearAlgorithm[M <: GeneralizedLinearModel]\n  extends Logging with Serializable {\n\n  protected val validators: Seq[RDD[LabeledPoint] => Boolean] = List()\n\n  \/** The optimizer to solve the problem. *\/\n  def optimizer: Optimizer\n\n  \/** Whether to add intercept (default: false). *\/\n  protected var addIntercept: Boolean = false\n\n  protected var validateData: Boolean = true\n\n  \/**\n   * Create a model given the weights and intercept\n   *\/\n  protected def createModel(weights: Vector, intercept: Double): M\n\n  \/**\n   * Set if the algorithm should add an intercept. Default false.\n   * We set the default to false because adding the intercept will cause memory allocation.\n   *\/\n  def setIntercept(addIntercept: Boolean): this.type = {\n    this.addIntercept = addIntercept\n    this\n  }\n\n  \/**\n   * Set if the algorithm should validate data before training. Default true.\n   *\/\n  def setValidateData(validateData: Boolean): this.type = {\n    this.validateData = validateData\n    this\n  }\n\n  \/**\n   * Run the algorithm with the configured parameters on an input\n   * RDD of LabeledPoint entries.\n   *\/\n  def run(input: RDD[LabeledPoint]): M = {\n    val numFeatures: Int = input.first().features.size\n    val initialWeights = Vectors.dense(new Array[Double](numFeatures))\n    run(input, initialWeights)\n  }\n\n  \/**\n   * Run the algorithm with the configured parameters on an input RDD\n   * of LabeledPoint entries starting from the initial weights provided.\n   *\/\n  def run(input: RDD[LabeledPoint], initialWeights: Vector): M = {\n\n    \/\/ Check the data properties before running the optimizer\n    if (validateData && !validators.forall(func => func(input))) {\n      throw new SparkException(\"Input validation failed.\")\n    }\n\n    \/\/ Prepend an extra variable consisting of all 1.0's for the intercept.\n    val data = if (addIntercept) {\n      input.map(labeledPoint => (labeledPoint.label, appendBias(labeledPoint.features)))\n    } else {\n      input.map(labeledPoint => (labeledPoint.label, labeledPoint.features))\n    }\n\n    val initialWeightsWithIntercept = if (addIntercept) {\n      appendBias(initialWeights)\n    } else {\n      initialWeights\n    }\n\n    val weightsWithIntercept = optimizer.optimize(data, initialWeightsWithIntercept)\n\n    val intercept = if (addIntercept) weightsWithIntercept(weightsWithIntercept.size - 1) else 0.0\n    val weights =\n      if (addIntercept) {\n        Vectors.dense(weightsWithIntercept.toArray.slice(0, weightsWithIntercept.size - 1))\n      } else {\n        weightsWithIntercept\n      }\n\n    createModel(weights, intercept)\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"mllib\/src\/test\/scala\/org\/apache\/spark\/mllib\/util\/TestingUtils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.mllib.util\n\nimport org.apache.spark.mllib.linalg.Vector\n\nobject TestingUtils {\n\n  implicit class DoubleWithAlmostEquals(val x: Double) {\n    \/\/ An improved version of AlmostEquals would always divide by the larger number.\n    \/\/ This will avoid the problem of diving by zero.\n    def almostEquals(y: Double, epsilon: Double = 1E-10): Boolean = {\n      if(x == y) {\n        true\n      } else if(math.abs(x) > math.abs(y)) {\n        math.abs(x - y) \/ math.abs(x) < epsilon\n      } else {\n        math.abs(x - y) \/ math.abs(y) < epsilon\n      }\n    }\n  }\n\n  implicit class VectorWithAlmostEquals(val x: Vector) {\n    def almostEquals(y: Vector, epsilon: Double = 1E-10): Boolean = {\n      x.toArray.corresponds(y.toArray) {\n        _.almostEquals(_, epsilon)\n      }\n    }\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"core\/src\/test\/scala\/org\/apache\/spark\/broadcast\/BroadcastSuite.scala","text":"<filename>core\/src\/test\/scala\/org\/apache\/spark\/broadcast\/BroadcastSuite.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.broadcast\n\nimport org.apache.spark.storage.{BroadcastBlockId, _}\nimport org.apache.spark.{LocalSparkContext, SparkConf, SparkContext, SparkException}\nimport org.scalatest.FunSuite\n\nclass BroadcastSuite extends FunSuite with LocalSparkContext {\n\n  private val httpConf = broadcastConf(\"HttpBroadcastFactory\")\n  private val torrentConf = broadcastConf(\"TorrentBroadcastFactory\")\n\n  test(\"Using HttpBroadcast locally\") {\n    sc = new SparkContext(\"local\", \"test\", httpConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to 2).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === Set((1, 10), (2, 10)))\n  }\n\n  test(\"Accessing HttpBroadcast variables from multiple threads\") {\n    sc = new SparkContext(\"local[10]\", \"test\", httpConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to 10).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === (1 to 10).map(x => (x, 10)).toSet)\n  }\n\n  test(\"Accessing HttpBroadcast variables in a local cluster\") {\n    val numSlaves = 4\n    sc = new SparkContext(\"local-cluster[%d, 1, 512]\".format(numSlaves), \"test\", httpConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to numSlaves).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === (1 to numSlaves).map(x => (x, 10)).toSet)\n  }\n\n  test(\"Using TorrentBroadcast locally\") {\n    sc = new SparkContext(\"local\", \"test\", torrentConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to 2).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === Set((1, 10), (2, 10)))\n  }\n\n  test(\"Accessing TorrentBroadcast variables from multiple threads\") {\n    sc = new SparkContext(\"local[10]\", \"test\", torrentConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to 10).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === (1 to 10).map(x => (x, 10)).toSet)\n  }\n\n  test(\"Accessing TorrentBroadcast variables in a local cluster\") {\n    val numSlaves = 4\n    sc = new SparkContext(\"local-cluster[%d, 1, 512]\".format(numSlaves), \"test\", torrentConf)\n    val list = List[Int](1, 2, 3, 4)\n    val broadcast = sc.broadcast(list)\n    val results = sc.parallelize(1 to numSlaves).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === (1 to numSlaves).map(x => (x, 10)).toSet)\n  }\n\n  test(\"Unpersisting HttpBroadcast on executors only in local mode\") {\n    testUnpersistHttpBroadcast(distributed = false, removeFromDriver = false)\n  }\n\n  test(\"Unpersisting HttpBroadcast on executors and driver in local mode\") {\n    testUnpersistHttpBroadcast(distributed = false, removeFromDriver = true)\n  }\n\n  test(\"Unpersisting HttpBroadcast on executors only in distributed mode\") {\n    testUnpersistHttpBroadcast(distributed = true, removeFromDriver = false)\n  }\n\n  test(\"Unpersisting HttpBroadcast on executors and driver in distributed mode\") {\n    testUnpersistHttpBroadcast(distributed = true, removeFromDriver = true)\n  }\n\n  test(\"Unpersisting TorrentBroadcast on executors only in local mode\") {\n    testUnpersistTorrentBroadcast(distributed = false, removeFromDriver = false)\n  }\n\n  test(\"Unpersisting TorrentBroadcast on executors and driver in local mode\") {\n    testUnpersistTorrentBroadcast(distributed = false, removeFromDriver = true)\n  }\n\n  test(\"Unpersisting TorrentBroadcast on executors only in distributed mode\") {\n    testUnpersistTorrentBroadcast(distributed = true, removeFromDriver = false)\n  }\n\n  test(\"Unpersisting TorrentBroadcast on executors and driver in distributed mode\") {\n    testUnpersistTorrentBroadcast(distributed = true, removeFromDriver = true)\n  }\n  \/**\n   * Verify the persistence of state associated with an HttpBroadcast in either local mode or\n   * local-cluster mode (when distributed = true).\n   *\n   * This test creates a broadcast variable, uses it on all executors, and then unpersists it.\n   * In between each step, this test verifies that the broadcast blocks and the broadcast file\n   * are present only on the expected nodes.\n   *\/\n  private def testUnpersistHttpBroadcast(distributed: Boolean, removeFromDriver: Boolean) {\n    val numSlaves = if (distributed) 2 else 0\n\n    def getBlockIds(id: Long) = Seq[BroadcastBlockId](BroadcastBlockId(id))\n\n    \/\/ Verify that the broadcast file is created, and blocks are persisted only on the driver\n    def afterCreation(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      assert(blockIds.size === 1)\n      val statuses = bmm.getBlockStatus(blockIds.head, askSlaves = true)\n      assert(statuses.size === 1)\n      statuses.head match { case (bm, status) =>\n        assert(bm.executorId === \"<driver>\", \"Block should only be on the driver\")\n        assert(status.storageLevel === StorageLevel.MEMORY_AND_DISK)\n        assert(status.memSize > 0, \"Block should be in memory store on the driver\")\n        assert(status.diskSize === 0, \"Block should not be in disk store on the driver\")\n      }\n      if (distributed) {\n        \/\/ this file is only generated in distributed mode\n        assert(HttpBroadcast.getFile(blockIds.head.broadcastId).exists, \"Broadcast file not found!\")\n      }\n    }\n\n    \/\/ Verify that blocks are persisted in both the executors and the driver\n    def afterUsingBroadcast(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      assert(blockIds.size === 1)\n      val statuses = bmm.getBlockStatus(blockIds.head, askSlaves = true)\n      assert(statuses.size === numSlaves + 1)\n      statuses.foreach { case (_, status) =>\n        assert(status.storageLevel === StorageLevel.MEMORY_AND_DISK)\n        assert(status.memSize > 0, \"Block should be in memory store\")\n        assert(status.diskSize === 0, \"Block should not be in disk store\")\n      }\n    }\n\n    \/\/ Verify that blocks are unpersisted on all executors, and on all nodes if removeFromDriver\n    \/\/ is true. In the latter case, also verify that the broadcast file is deleted on the driver.\n    def afterUnpersist(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      assert(blockIds.size === 1)\n      val statuses = bmm.getBlockStatus(blockIds.head, askSlaves = true)\n      val expectedNumBlocks = if (removeFromDriver) 0 else 1\n      val possiblyNot = if (removeFromDriver) \"\" else \" not\"\n      assert(statuses.size === expectedNumBlocks,\n        \"Block should%s be unpersisted on the driver\".format(possiblyNot))\n      if (distributed && removeFromDriver) {\n        \/\/ this file is only generated in distributed mode\n        assert(!HttpBroadcast.getFile(blockIds.head.broadcastId).exists,\n          \"Broadcast file should%s be deleted\".format(possiblyNot))\n      }\n    }\n\n    testUnpersistBroadcast(distributed, numSlaves, httpConf, getBlockIds, afterCreation,\n      afterUsingBroadcast, afterUnpersist, removeFromDriver)\n  }\n\n  \/**\n   * Verify the persistence of state associated with an TorrentBroadcast in a local-cluster.\n   *\n   * This test creates a broadcast variable, uses it on all executors, and then unpersists it.\n   * In between each step, this test verifies that the broadcast blocks are present only on the\n   * expected nodes.\n   *\/\n  private def testUnpersistTorrentBroadcast(distributed: Boolean, removeFromDriver: Boolean) {\n    val numSlaves = if (distributed) 2 else 0\n\n    def getBlockIds(id: Long) = {\n      val broadcastBlockId = BroadcastBlockId(id)\n      val metaBlockId = BroadcastBlockId(id, \"meta\")\n      \/\/ Assume broadcast value is small enough to fit into 1 piece\n      val pieceBlockId = BroadcastBlockId(id, \"piece0\")\n      if (distributed) {\n        \/\/ the metadata and piece blocks are generated only in distributed mode\n        Seq[BroadcastBlockId](broadcastBlockId, metaBlockId, pieceBlockId)\n      } else {\n        Seq[BroadcastBlockId](broadcastBlockId)\n      }\n    }\n\n    \/\/ Verify that blocks are persisted only on the driver\n    def afterCreation(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      blockIds.foreach { blockId =>\n        val statuses = bmm.getBlockStatus(blockIds.head, askSlaves = true)\n        assert(statuses.size === 1)\n        statuses.head match { case (bm, status) =>\n          assert(bm.executorId === \"<driver>\", \"Block should only be on the driver\")\n          assert(status.storageLevel === StorageLevel.MEMORY_AND_DISK)\n          assert(status.memSize > 0, \"Block should be in memory store on the driver\")\n          assert(status.diskSize === 0, \"Block should not be in disk store on the driver\")\n        }\n      }\n    }\n\n    \/\/ Verify that blocks are persisted in both the executors and the driver\n    def afterUsingBroadcast(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      blockIds.foreach { blockId =>\n        val statuses = bmm.getBlockStatus(blockId, askSlaves = true)\n        if (blockId.field == \"meta\") {\n          \/\/ Meta data is only on the driver\n          assert(statuses.size === 1)\n          statuses.head match { case (bm, _) => assert(bm.executorId === \"<driver>\") }\n        } else {\n          \/\/ Other blocks are on both the executors and the driver\n          assert(statuses.size === numSlaves + 1,\n            blockId + \" has \" + statuses.size + \" statuses: \" + statuses.mkString(\",\"))\n          statuses.foreach { case (_, status) =>\n            assert(status.storageLevel === StorageLevel.MEMORY_AND_DISK)\n            assert(status.memSize > 0, \"Block should be in memory store\")\n            assert(status.diskSize === 0, \"Block should not be in disk store\")\n          }\n        }\n      }\n    }\n\n    \/\/ Verify that blocks are unpersisted on all executors, and on all nodes if removeFromDriver\n    \/\/ is true.\n    def afterUnpersist(blockIds: Seq[BroadcastBlockId], bmm: BlockManagerMaster) {\n      val expectedNumBlocks = if (removeFromDriver) 0 else 1\n      val possiblyNot = if (removeFromDriver) \"\" else \" not\"\n      blockIds.foreach { blockId =>\n        val statuses = bmm.getBlockStatus(blockId, askSlaves = true)\n        assert(statuses.size === expectedNumBlocks,\n          \"Block should%s be unpersisted on the driver\".format(possiblyNot))\n      }\n    }\n\n    testUnpersistBroadcast(distributed, numSlaves,  torrentConf, getBlockIds, afterCreation,\n      afterUsingBroadcast, afterUnpersist, removeFromDriver)\n  }\n\n  \/**\n   * This test runs in 4 steps:\n   *\n   * 1) Create broadcast variable, and verify that all state is persisted on the driver.\n   * 2) Use the broadcast variable on all executors, and verify that all state is persisted\n   *    on both the driver and the executors.\n   * 3) Unpersist the broadcast, and verify that all state is removed where they should be.\n   * 4) [Optional] If removeFromDriver is false, we verify that the broadcast is re-usable.\n   *\/\n  private def testUnpersistBroadcast(\n      distributed: Boolean,\n      numSlaves: Int,  \/\/ used only when distributed = true\n      broadcastConf: SparkConf,\n      getBlockIds: Long => Seq[BroadcastBlockId],\n      afterCreation: (Seq[BroadcastBlockId], BlockManagerMaster) => Unit,\n      afterUsingBroadcast: (Seq[BroadcastBlockId], BlockManagerMaster) => Unit,\n      afterUnpersist: (Seq[BroadcastBlockId], BlockManagerMaster) => Unit,\n      removeFromDriver: Boolean) {\n\n    sc = if (distributed) {\n      new SparkContext(\"local-cluster[%d, 1, 512]\".format(numSlaves), \"test\", broadcastConf)\n    } else {\n      new SparkContext(\"local\", \"test\", broadcastConf)\n    }\n    val blockManagerMaster = sc.env.blockManager.master\n    val list = List[Int](1, 2, 3, 4)\n\n    \/\/ Create broadcast variable\n    val broadcast = sc.broadcast(list)\n    val blocks = getBlockIds(broadcast.id)\n    afterCreation(blocks, blockManagerMaster)\n\n    \/\/ Use broadcast variable on all executors\n    val partitions = 10\n    assert(partitions > numSlaves)\n    val results = sc.parallelize(1 to partitions, partitions).map(x => (x, broadcast.value.sum))\n    assert(results.collect().toSet === (1 to partitions).map(x => (x, list.sum)).toSet)\n    afterUsingBroadcast(blocks, blockManagerMaster)\n\n    \/\/ Unpersist broadcast\n    if (removeFromDriver) {\n      broadcast.destroy(blocking = true)\n    } else {\n      broadcast.unpersist(blocking = true)\n    }\n    afterUnpersist(blocks, blockManagerMaster)\n\n    \/\/ If the broadcast is removed from driver, all subsequent uses of the broadcast variable\n    \/\/ should throw SparkExceptions. Otherwise, the result should be the same as before.\n    if (removeFromDriver) {\n      \/\/ Using this variable on the executors crashes them, which hangs the test.\n      \/\/ Instead, crash the driver by directly accessing the broadcast value.\n      intercept[SparkException] { broadcast.value }\n      intercept[SparkException] { broadcast.unpersist() }\n      intercept[SparkException] { broadcast.destroy(blocking = true) }\n    } else {\n      val results = sc.parallelize(1 to partitions, partitions).map(x => (x, broadcast.value.sum))\n      assert(results.collect().toSet === (1 to partitions).map(x => (x, list.sum)).toSet)\n    }\n  }\n\n  \/** Helper method to create a SparkConf that uses the given broadcast factory. *\/\n  private def broadcastConf(factoryName: String): SparkConf = {\n    val conf = new SparkConf\n    conf.set(\"spark.broadcast.factory\", \"org.apache.spark.broadcast.%s\".format(factoryName))\n    conf\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/parquet\/ParquetQuerySuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.parquet\n\nimport org.scalatest.{BeforeAndAfterAll, FunSuiteLike}\n\nimport parquet.hadoop.ParquetFileWriter\nimport parquet.hadoop.util.ContextUtil\nimport parquet.schema.MessageTypeParser\n\nimport org.apache.hadoop.fs.{FileSystem, Path}\nimport org.apache.hadoop.mapreduce.Job\nimport org.apache.spark.SparkContext\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.catalyst.{SqlLexical, SqlParser}\nimport org.apache.spark.sql.catalyst.analysis.{Star, UnresolvedAttribute}\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.types.{BooleanType, IntegerType}\nimport org.apache.spark.sql.catalyst.util.getTempFilePath\nimport org.apache.spark.sql.test.TestSQLContext\nimport org.apache.spark.sql.test.TestSQLContext._\nimport org.apache.spark.util.Utils\n\n\ncase class TestRDDEntry(key: Int, value: String)\n\ncase class NullReflectData(\n    intField: java.lang.Integer,\n    longField: java.lang.Long,\n    floatField: java.lang.Float,\n    doubleField: java.lang.Double,\n    booleanField: java.lang.Boolean)\n\ncase class OptionalReflectData(\n    intField: Option[Int],\n    longField: Option[Long],\n    floatField: Option[Float],\n    doubleField: Option[Double],\n    booleanField: Option[Boolean])\n\ncase class Nested(i: Int, s: String)\n\ncase class Data(array: Seq[Int], nested: Nested)\n\ncase class AllDataTypes(\n    stringField: String,\n    intField: Int,\n    longField: Long,\n    floatField: Float,\n    doubleField: Double,\n    shortField: Short,\n    byteField: Byte,\n    booleanField: Boolean,\n    binaryField: Array[Byte])\n\ncase class AllDataTypesWithNonPrimitiveType(\n    stringField: String,\n    intField: Int,\n    longField: Long,\n    floatField: Float,\n    doubleField: Double,\n    shortField: Short,\n    byteField: Byte,\n    booleanField: Boolean,\n    binaryField: Array[Byte],\n    array: Seq[Int],\n    map: Map[Int, String],\n    data: Data)\n\nclass ParquetQuerySuite extends QueryTest with FunSuiteLike with BeforeAndAfterAll {\n  TestData \/\/ Load test data tables.\n\n  var testRDD: SchemaRDD = null\n\n  \/\/ TODO: remove this once SqlParser can parse nested select statements\n  var nestedParserSqlContext: NestedParserSQLContext = null\n\n  override def beforeAll() {\n    nestedParserSqlContext = new NestedParserSQLContext(TestSQLContext.sparkContext)\n    ParquetTestData.writeFile()\n    ParquetTestData.writeFilterFile()\n    ParquetTestData.writeNestedFile1()\n    ParquetTestData.writeNestedFile2()\n    ParquetTestData.writeNestedFile3()\n    ParquetTestData.writeNestedFile4()\n    testRDD = parquetFile(ParquetTestData.testDir.toString)\n    testRDD.registerAsTable(\"testsource\")\n    parquetFile(ParquetTestData.testFilterDir.toString)\n      .registerAsTable(\"testfiltersource\")\n  }\n\n  override def afterAll() {\n    Utils.deleteRecursively(ParquetTestData.testDir)\n    Utils.deleteRecursively(ParquetTestData.testFilterDir)\n    Utils.deleteRecursively(ParquetTestData.testNestedDir1)\n    Utils.deleteRecursively(ParquetTestData.testNestedDir2)\n    Utils.deleteRecursively(ParquetTestData.testNestedDir3)\n    Utils.deleteRecursively(ParquetTestData.testNestedDir4)\n    \/\/ here we should also unregister the table??\n  }\n\n  test(\"Read\/Write All Types\") {\n    val tempDir = getTempFilePath(\"parquetTest\").getCanonicalPath\n    val range = (0 to 255)\n    TestSQLContext.sparkContext.parallelize(range)\n      .map(x => AllDataTypes(s\"$x\", x, x.toLong, x.toFloat, x.toDouble, x.toShort, x.toByte, x % 2 == 0,\n        (0 to x).map(_.toByte).toArray))\n      .saveAsParquetFile(tempDir)\n    val result = parquetFile(tempDir).collect()\n    range.foreach {\n      i =>\n        assert(result(i).getString(0) == s\"$i\", s\"row $i String field did not match, got ${result(i).getString(0)}\")\n        assert(result(i).getInt(1) === i)\n        assert(result(i).getLong(2) === i.toLong)\n        assert(result(i).getFloat(3) === i.toFloat)\n        assert(result(i).getDouble(4) === i.toDouble)\n        assert(result(i).getShort(5) === i.toShort)\n        assert(result(i).getByte(6) === i.toByte)\n        assert(result(i).getBoolean(7) === (i % 2 == 0))\n        assert(result(i)(8) === (0 to i).map(_.toByte).toArray)\n    }\n  }\n\n  test(\"Read\/Write All Types with non-primitive type\") {\n    val tempDir = getTempFilePath(\"parquetTest\").getCanonicalPath\n    val range = (0 to 255)\n    TestSQLContext.sparkContext.parallelize(range)\n      .map(x => AllDataTypesWithNonPrimitiveType(\n        s\"$x\", x, x.toLong, x.toFloat, x.toDouble, x.toShort, x.toByte, x % 2 == 0,\n        (0 to x).map(_.toByte).toArray,\n        (0 until x), (0 until x).map(i => i -> s\"$i\").toMap, Data((0 until x), Nested(x, s\"$x\"))))\n      .saveAsParquetFile(tempDir)\n    val result = parquetFile(tempDir).collect()\n    range.foreach {\n      i =>\n        assert(result(i).getString(0) == s\"$i\", s\"row $i String field did not match, got ${result(i).getString(0)}\")\n        assert(result(i).getInt(1) === i)\n        assert(result(i).getLong(2) === i.toLong)\n        assert(result(i).getFloat(3) === i.toFloat)\n        assert(result(i).getDouble(4) === i.toDouble)\n        assert(result(i).getShort(5) === i.toShort)\n        assert(result(i).getByte(6) === i.toByte)\n        assert(result(i).getBoolean(7) === (i % 2 == 0))\n        assert(result(i)(8) === (0 to i).map(_.toByte).toArray)\n        assert(result(i)(9) === (0 until i))\n        assert(result(i)(10) === (0 until i).map(i => i -> s\"$i\").toMap)\n        assert(result(i)(11) === new GenericRow(Array[Any]((0 until i), new GenericRow(Array[Any](i, s\"$i\")))))\n    }\n  }\n\n  test(\"self-join parquet files\") {\n    val x = ParquetTestData.testData.as('x)\n    val y = ParquetTestData.testData.as('y)\n    val query = x.join(y).where(\"x.myint\".attr === \"y.myint\".attr)\n\n    \/\/ Check to make sure that the attributes from either side of the join have unique expression\n    \/\/ ids.\n    query.queryExecution.analyzed.output.filter(_.name == \"myint\") match {\n      case Seq(i1, i2) if(i1.exprId == i2.exprId) =>\n        fail(s\"Duplicate expression IDs found in query plan: $query\")\n      case Seq(_, _) => \/\/ All good\n    }\n\n    val result = query.collect()\n    assert(result.size === 9, \"self-join result has incorrect size\")\n    assert(result(0).size === 12, \"result row has incorrect size\")\n    result.zipWithIndex.foreach {\n      case (row, index) => row.zipWithIndex.foreach {\n        case (field, column) => assert(field != null, s\"self-join contains null value in row $index field $column\")\n      }\n    }\n  }\n\n  test(\"Import of simple Parquet file\") {\n    val result = parquetFile(ParquetTestData.testDir.toString).collect()\n    assert(result.size === 15)\n    result.zipWithIndex.foreach {\n      case (row, index) => {\n        val checkBoolean =\n          if (index % 3 == 0)\n            row(0) == true\n          else\n            row(0) == false\n        assert(checkBoolean === true, s\"boolean field value in line $index did not match\")\n        if (index % 5 == 0) assert(row(1) === 5, s\"int field value in line $index did not match\")\n        assert(row(2) === \"abc\", s\"string field value in line $index did not match\")\n        assert(row(3) === (index.toLong << 33), s\"long value in line $index did not match\")\n        assert(row(4) === 2.5F, s\"float field value in line $index did not match\")\n        assert(row(5) === 4.5D, s\"double field value in line $index did not match\")\n      }\n    }\n  }\n\n  test(\"Projection of simple Parquet file\") {\n    val scanner = new ParquetTableScan(\n      ParquetTestData.testData.output,\n      ParquetTestData.testData,\n      Seq())(TestSQLContext)\n    val projected = scanner.pruneColumns(ParquetTypesConverter\n      .convertToAttributes(MessageTypeParser\n      .parseMessageType(ParquetTestData.subTestSchema)))\n    assert(projected.output.size === 2)\n    val result = projected\n      .execute()\n      .map(_.copy())\n      .collect()\n    result.zipWithIndex.foreach {\n      case (row, index) => {\n          if (index % 3 == 0)\n            assert(row(0) === true, s\"boolean field value in line $index did not match (every third row)\")\n          else\n            assert(row(0) === false, s\"boolean field value in line $index did not match\")\n        assert(row(1) === (index.toLong << 33), s\"long field value in line $index did not match\")\n        assert(row.size === 2, s\"number of columns in projection in line $index is incorrect\")\n      }\n    }\n  }\n\n  test(\"Writing metadata from scratch for table CREATE\") {\n    val job = new Job()\n    val path = new Path(getTempFilePath(\"testtable\").getCanonicalFile.toURI.toString)\n    val fs: FileSystem = FileSystem.getLocal(ContextUtil.getConfiguration(job))\n    ParquetTypesConverter.writeMetaData(\n      ParquetTestData.testData.output,\n      path,\n      TestSQLContext.sparkContext.hadoopConfiguration)\n    assert(fs.exists(new Path(path, ParquetFileWriter.PARQUET_METADATA_FILE)))\n    val metaData = ParquetTypesConverter.readMetaData(path, Some(ContextUtil.getConfiguration(job)))\n    assert(metaData != null)\n    ParquetTestData\n      .testData\n      .parquetSchema\n      .checkContains(metaData.getFileMetaData.getSchema) \/\/ throws exception if incompatible\n    metaData\n      .getFileMetaData\n      .getSchema\n      .checkContains(ParquetTestData.testData.parquetSchema) \/\/ throws exception if incompatible\n    fs.delete(path, true)\n  }\n\n  test(\"Creating case class RDD table\") {\n    TestSQLContext.sparkContext.parallelize((1 to 100))\n      .map(i => TestRDDEntry(i, s\"val_$i\"))\n      .registerAsTable(\"tmp\")\n    val rdd = sql(\"SELECT * FROM tmp\").collect().sortBy(_.getInt(0))\n    var counter = 1\n    rdd.foreach {\n      \/\/ '===' does not like string comparison?\n      row: Row => {\n        assert(row.getString(1).equals(s\"val_$counter\"), s\"row $counter value ${row.getString(1)} does not match val_$counter\")\n        counter = counter + 1\n      }\n    }\n  }\n\n  test(\"Saving case class RDD table to file and reading it back in\") {\n    val file = getTempFilePath(\"parquet\")\n    val path = file.toString\n    val rdd = TestSQLContext.sparkContext.parallelize((1 to 100))\n      .map(i => TestRDDEntry(i, s\"val_$i\"))\n    rdd.saveAsParquetFile(path)\n    val readFile = parquetFile(path)\n    readFile.registerAsTable(\"tmpx\")\n    val rdd_copy = sql(\"SELECT * FROM tmpx\").collect()\n    val rdd_orig = rdd.collect()\n    for(i <- 0 to 99) {\n      assert(rdd_copy(i).apply(0) === rdd_orig(i).key,  s\"key error in line $i\")\n      assert(rdd_copy(i).apply(1) === rdd_orig(i).value, s\"value in line $i\")\n    }\n    Utils.deleteRecursively(file)\n  }\n\n  test(\"Insert (overwrite) via Scala API\") {\n    val dirname = Utils.createTempDir()\n    val source_rdd = TestSQLContext.sparkContext.parallelize((1 to 100))\n      .map(i => TestRDDEntry(i, s\"val_$i\"))\n    source_rdd.registerAsTable(\"source\")\n    val dest_rdd = createParquetFile[TestRDDEntry](dirname.toString)\n    dest_rdd.registerAsTable(\"dest\")\n    sql(\"INSERT OVERWRITE INTO dest SELECT * FROM source\").collect()\n    val rdd_copy1 = sql(\"SELECT * FROM dest\").collect()\n    assert(rdd_copy1.size === 100)\n    assert(rdd_copy1(0).apply(0) === 1)\n    assert(rdd_copy1(0).apply(1) === \"val_1\")\n    \/\/ TODO: why does collecting break things? It seems InsertIntoParquet::execute() is\n    \/\/ executed twice otherwise?!\n    sql(\"INSERT INTO dest SELECT * FROM source\")\n    val rdd_copy2 = sql(\"SELECT * FROM dest\").collect()\n    assert(rdd_copy2.size === 200)\n    assert(rdd_copy2(0).apply(0) === 1)\n    assert(rdd_copy2(0).apply(1) === \"val_1\")\n    assert(rdd_copy2(99).apply(0) === 100)\n    assert(rdd_copy2(99).apply(1) === \"val_100\")\n    assert(rdd_copy2(100).apply(0) === 1)\n    assert(rdd_copy2(100).apply(1) === \"val_1\")\n    Utils.deleteRecursively(dirname)\n  }\n\n  test(\"Insert (appending) to same table via Scala API\") {\n    \/\/ TODO: why does collecting break things? It seems InsertIntoParquet::execute() is\n    \/\/ executed twice otherwise?!\n    sql(\"INSERT INTO testsource SELECT * FROM testsource\")\n    val double_rdd = sql(\"SELECT * FROM testsource\").collect()\n    assert(double_rdd != null)\n    assert(double_rdd.size === 30)\n    for(i <- (0 to 14)) {\n      assert(double_rdd(i) === double_rdd(i+15), s\"error: lines $i and ${i+15} to not match\")\n    }\n    \/\/ let's restore the original test data\n    Utils.deleteRecursively(ParquetTestData.testDir)\n    ParquetTestData.writeFile()\n  }\n\n  test(\"save and load case class RDD with nulls as parquet\") {\n    val data = NullReflectData(null, null, null, null, null)\n    val rdd = sparkContext.parallelize(data :: Nil)\n\n    val file = getTempFilePath(\"parquet\")\n    val path = file.toString\n    rdd.saveAsParquetFile(path)\n    val readFile = parquetFile(path)\n\n    val rdd_saved = readFile.collect()\n    assert(rdd_saved(0) === Seq.fill(5)(null))\n    Utils.deleteRecursively(file)\n    assert(true)\n  }\n\n  test(\"save and load case class RDD with Nones as parquet\") {\n    val data = OptionalReflectData(None, None, None, None, None)\n    val rdd = sparkContext.parallelize(data :: Nil)\n\n    val file = getTempFilePath(\"parquet\")\n    val path = file.toString\n    rdd.saveAsParquetFile(path)\n    val readFile = parquetFile(path)\n\n    val rdd_saved = readFile.collect()\n    assert(rdd_saved(0) === Seq.fill(5)(null))\n    Utils.deleteRecursively(file)\n    assert(true)\n  }\n\n  test(\"create RecordFilter for simple predicates\") {\n    val attribute1 = new AttributeReference(\"first\", IntegerType, false)()\n    val predicate1 = new EqualTo(attribute1, new Literal(1, IntegerType))\n    val filter1 = ParquetFilters.createFilter(predicate1)\n    assert(filter1.isDefined)\n    assert(filter1.get.predicate == predicate1, \"predicates do not match\")\n    assert(filter1.get.isInstanceOf[ComparisonFilter])\n    val cmpFilter1 = filter1.get.asInstanceOf[ComparisonFilter]\n    assert(cmpFilter1.columnName == \"first\", \"column name incorrect\")\n\n    val predicate2 = new LessThan(attribute1, new Literal(4, IntegerType))\n    val filter2 = ParquetFilters.createFilter(predicate2)\n    assert(filter2.isDefined)\n    assert(filter2.get.predicate == predicate2, \"predicates do not match\")\n    assert(filter2.get.isInstanceOf[ComparisonFilter])\n    val cmpFilter2 = filter2.get.asInstanceOf[ComparisonFilter]\n    assert(cmpFilter2.columnName == \"first\", \"column name incorrect\")\n\n    val predicate3 = new And(predicate1, predicate2)\n    val filter3 = ParquetFilters.createFilter(predicate3)\n    assert(filter3.isDefined)\n    assert(filter3.get.predicate == predicate3, \"predicates do not match\")\n    assert(filter3.get.isInstanceOf[AndFilter])\n\n    val predicate4 = new Or(predicate1, predicate2)\n    val filter4 = ParquetFilters.createFilter(predicate4)\n    assert(filter4.isDefined)\n    assert(filter4.get.predicate == predicate4, \"predicates do not match\")\n    assert(filter4.get.isInstanceOf[OrFilter])\n\n    val attribute2 = new AttributeReference(\"second\", IntegerType, false)()\n    val predicate5 = new GreaterThan(attribute1, attribute2)\n    val badfilter = ParquetFilters.createFilter(predicate5)\n    assert(badfilter.isDefined === false)\n  }\n\n  test(\"test filter by predicate pushdown\") {\n    for(myval <- Seq(\"myint\", \"mylong\", \"mydouble\", \"myfloat\")) {\n      println(s\"testing field $myval\")\n      val query1 = sql(s\"SELECT * FROM testfiltersource WHERE $myval < 150 AND $myval >= 100\")\n      assert(\n        query1.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n        \"Top operator should be ParquetTableScan after pushdown\")\n      val result1 = query1.collect()\n      assert(result1.size === 50)\n      assert(result1(0)(1) === 100)\n      assert(result1(49)(1) === 149)\n      val query2 = sql(s\"SELECT * FROM testfiltersource WHERE $myval > 150 AND $myval <= 200\")\n      assert(\n        query2.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n        \"Top operator should be ParquetTableScan after pushdown\")\n      val result2 = query2.collect()\n      assert(result2.size === 50)\n      if (myval == \"myint\" || myval == \"mylong\") {\n        assert(result2(0)(1) === 151)\n        assert(result2(49)(1) === 200)\n      } else {\n        assert(result2(0)(1) === 150)\n        assert(result2(49)(1) === 199)\n      }\n    }\n    for(myval <- Seq(\"myint\", \"mylong\")) {\n      val query3 = sql(s\"SELECT * FROM testfiltersource WHERE $myval > 190 OR $myval < 10\")\n      assert(\n        query3.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n        \"Top operator should be ParquetTableScan after pushdown\")\n      val result3 = query3.collect()\n      assert(result3.size === 20)\n      assert(result3(0)(1) === 0)\n      assert(result3(9)(1) === 9)\n      assert(result3(10)(1) === 191)\n      assert(result3(19)(1) === 200)\n    }\n    for(myval <- Seq(\"mydouble\", \"myfloat\")) {\n      val result4 =\n        if (myval == \"mydouble\") {\n          val query4 = sql(s\"SELECT * FROM testfiltersource WHERE $myval > 190.5 OR $myval < 10.0\")\n          assert(\n            query4.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n            \"Top operator should be ParquetTableScan after pushdown\")\n          query4.collect()\n        } else {\n          \/\/ CASTs are problematic. Here myfloat will be casted to a double and it seems there is\n          \/\/ currently no way to specify float constants in SqlParser?\n          sql(s\"SELECT * FROM testfiltersource WHERE $myval > 190.5 OR $myval < 10\").collect()\n        }\n      assert(result4.size === 20)\n      assert(result4(0)(1) === 0)\n      assert(result4(9)(1) === 9)\n      assert(result4(10)(1) === 191)\n      assert(result4(19)(1) === 200)\n    }\n    val query5 = sql(s\"SELECT * FROM testfiltersource WHERE myboolean = true AND myint < 40\")\n    assert(\n      query5.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n      \"Top operator should be ParquetTableScan after pushdown\")\n    val booleanResult = query5.collect()\n    assert(booleanResult.size === 10)\n    for(i <- 0 until 10) {\n      if (!booleanResult(i).getBoolean(0)) {\n        fail(s\"Boolean value in result row $i not true\")\n      }\n      if (booleanResult(i).getInt(1) != i * 4) {\n        fail(s\"Int value in result row $i should be ${4*i}\")\n      }\n    }\n    val query6 = sql(\"SELECT * FROM testfiltersource WHERE mystring = \\\"100\\\"\")\n    assert(\n      query6.queryExecution.executedPlan(0)(0).isInstanceOf[ParquetTableScan],\n      \"Top operator should be ParquetTableScan after pushdown\")\n    val stringResult = query6.collect()\n    assert(stringResult.size === 1)\n    assert(stringResult(0).getString(2) == \"100\", \"stringvalue incorrect\")\n    assert(stringResult(0).getInt(1) === 100)\n  }\n\n  test(\"SPARK-1913 regression: columns only referenced by pushed down filters should remain\") {\n    val query = sql(s\"SELECT mystring FROM testfiltersource WHERE myint < 10\")\n    assert(query.collect().size === 10)\n  }\n\n  test(\"Importing nested Parquet file (Addressbook)\") {\n    val result = TestSQLContext\n      .parquetFile(ParquetTestData.testNestedDir1.toString)\n      .toSchemaRDD\n      .collect()\n    assert(result != null)\n    assert(result.size === 2)\n    val first_record = result(0)\n    val second_record = result(1)\n    assert(first_record != null)\n    assert(second_record != null)\n    assert(first_record.size === 3)\n    assert(second_record(1) === null)\n    assert(second_record(2) === null)\n    assert(second_record(0) === \"<NAME>\")\n    assert(first_record(0) === \"<NAME>\")\n    val first_owner_numbers = first_record(1)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    val first_contacts = first_record(2)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    assert(first_owner_numbers != null)\n    assert(first_owner_numbers(0) === \"555 123 4567\")\n    assert(first_owner_numbers(2) === \"XXX XXX XXXX\")\n    assert(first_contacts(0)\n      .asInstanceOf[CatalystConverter.StructScalaType[_]].size === 2)\n    val first_contacts_entry_one = first_contacts(0)\n      .asInstanceOf[CatalystConverter.StructScalaType[_]]\n    assert(first_contacts_entry_one(0) === \"<NAME>\")\n    assert(first_contacts_entry_one(1) === \"555 987 6543\")\n    val first_contacts_entry_two = first_contacts(1)\n      .asInstanceOf[CatalystConverter.StructScalaType[_]]\n    assert(first_contacts_entry_two(0) === \"<NAME>\")\n  }\n\n  test(\"Importing nested Parquet file (nested numbers)\") {\n    val result = TestSQLContext\n      .parquetFile(ParquetTestData.testNestedDir2.toString)\n      .toSchemaRDD\n      .collect()\n    assert(result.size === 1, \"number of top-level rows incorrect\")\n    assert(result(0).size === 5, \"number of fields in row incorrect\")\n    assert(result(0)(0) === 1)\n    assert(result(0)(1) === 7)\n    val subresult1 = result(0)(2).asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    assert(subresult1.size === 3)\n    assert(subresult1(0) === (1.toLong << 32))\n    assert(subresult1(1) === (1.toLong << 33))\n    assert(subresult1(2) === (1.toLong << 34))\n    val subresult2 = result(0)(3)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](0)\n      .asInstanceOf[CatalystConverter.StructScalaType[_]]\n    assert(subresult2.size === 2)\n    assert(subresult2(0) === 2.5)\n    assert(subresult2(1) === false)\n    val subresult3 = result(0)(4)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    assert(subresult3.size === 2)\n    assert(subresult3(0).asInstanceOf[CatalystConverter.ArrayScalaType[_]].size === 2)\n    val subresult4 = subresult3(0).asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    assert(subresult4(0).asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 7)\n    assert(subresult4(1).asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 8)\n    assert(subresult3(1).asInstanceOf[CatalystConverter.ArrayScalaType[_]].size === 1)\n    assert(subresult3(1).asInstanceOf[CatalystConverter.ArrayScalaType[_]](0)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 9)\n  }\n\n  test(\"Simple query on addressbook\") {\n    val data = TestSQLContext\n      .parquetFile(ParquetTestData.testNestedDir1.toString)\n      .toSchemaRDD\n    val tmp = data.where('owner === \"<NAME>\").select('owner as 'a, 'contacts as 'c).collect()\n    assert(tmp.size === 1)\n    assert(tmp(0)(0) === \"<NAME>\")\n  }\n\n  test(\"Projection in addressbook\") {\n    val data = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir1.toString)\n      .toSchemaRDD\n    data.registerAsTable(\"data\")\n    val query = nestedParserSqlContext.sql(\"SELECT owner, contacts[1].name FROM data\")\n    val tmp = query.collect()\n    assert(tmp.size === 2)\n    assert(tmp(0).size === 2)\n    assert(tmp(0)(0) === \"<NAME>\")\n    assert(tmp(0)(1) === \"<NAME>\")\n    assert(tmp(1)(0) === \"<NAME>\")\n    assert(tmp(1)(1) === null)\n  }\n\n  test(\"Simple query on nested int data\") {\n    val data = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir2.toString)\n      .toSchemaRDD\n    data.registerAsTable(\"data\")\n    val result1 = nestedParserSqlContext.sql(\"SELECT entries[0].value FROM data\").collect()\n    assert(result1.size === 1)\n    assert(result1(0).size === 1)\n    assert(result1(0)(0) === 2.5)\n    val result2 = nestedParserSqlContext.sql(\"SELECT entries[0] FROM data\").collect()\n    assert(result2.size === 1)\n    val subresult1 = result2(0)(0).asInstanceOf[CatalystConverter.StructScalaType[_]]\n    assert(subresult1.size === 2)\n    assert(subresult1(0) === 2.5)\n    assert(subresult1(1) === false)\n    val result3 = nestedParserSqlContext.sql(\"SELECT outerouter FROM data\").collect()\n    val subresult2 = result3(0)(0)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](0)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]]\n    assert(subresult2(0).asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 7)\n    assert(subresult2(1).asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 8)\n    assert(result3(0)(0)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](1)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](0)\n      .asInstanceOf[CatalystConverter.ArrayScalaType[_]](0) === 9)\n  }\n\n  test(\"nested structs\") {\n    val data = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir3.toString)\n      .toSchemaRDD\n    data.registerAsTable(\"data\")\n    val result1 = nestedParserSqlContext.sql(\"SELECT booleanNumberPairs[0].value[0].truth FROM data\").collect()\n    assert(result1.size === 1)\n    assert(result1(0).size === 1)\n    assert(result1(0)(0) === false)\n    val result2 = nestedParserSqlContext.sql(\"SELECT booleanNumberPairs[0].value[1].truth FROM data\").collect()\n    assert(result2.size === 1)\n    assert(result2(0).size === 1)\n    assert(result2(0)(0) === true)\n    val result3 = nestedParserSqlContext.sql(\"SELECT booleanNumberPairs[1].value[0].truth FROM data\").collect()\n    assert(result3.size === 1)\n    assert(result3(0).size === 1)\n    assert(result3(0)(0) === false)\n  }\n\n  test(\"simple map\") {\n    val data = TestSQLContext\n      .parquetFile(ParquetTestData.testNestedDir4.toString)\n      .toSchemaRDD\n    data.registerAsTable(\"mapTable\")\n    val result1 = sql(\"SELECT data1 FROM mapTable\").collect()\n    assert(result1.size === 1)\n    assert(result1(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, _]]\n      .getOrElse(\"key1\", 0) === 1)\n    assert(result1(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, _]]\n      .getOrElse(\"key2\", 0) === 2)\n    val result2 = sql(\"\"\"SELECT data1[\"key1\"] FROM mapTable\"\"\").collect()\n    assert(result2(0)(0) === 1)\n  }\n\n  test(\"map with struct values\") {\n    val data = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir4.toString)\n      .toSchemaRDD\n    data.registerAsTable(\"mapTable\")\n    val result1 = nestedParserSqlContext.sql(\"SELECT data2 FROM mapTable\").collect()\n    assert(result1.size === 1)\n    val entry1 = result1(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, CatalystConverter.StructScalaType[_]]]\n      .getOrElse(\"seven\", null)\n    assert(entry1 != null)\n    assert(entry1(0) === 42)\n    assert(entry1(1) === \"the answer\")\n    val entry2 = result1(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, CatalystConverter.StructScalaType[_]]]\n      .getOrElse(\"eight\", null)\n    assert(entry2 != null)\n    assert(entry2(0) === 49)\n    assert(entry2(1) === null)\n    val result2 = nestedParserSqlContext.sql(\"\"\"SELECT data2[\"seven\"].payload1, data2[\"seven\"].payload2 FROM mapTable\"\"\").collect()\n    assert(result2.size === 1)\n    assert(result2(0)(0) === 42.toLong)\n    assert(result2(0)(1) === \"the answer\")\n  }\n\n  test(\"Writing out Addressbook and reading it back in\") {\n    \/\/ TODO: find out why CatalystConverter.ARRAY_ELEMENTS_SCHEMA_NAME\n    \/\/ has no effect in this test case\n    val tmpdir = Utils.createTempDir()\n    Utils.deleteRecursively(tmpdir)\n    val result = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir1.toString)\n      .toSchemaRDD\n    result.saveAsParquetFile(tmpdir.toString)\n    nestedParserSqlContext\n      .parquetFile(tmpdir.toString)\n      .toSchemaRDD\n      .registerAsTable(\"tmpcopy\")\n    val tmpdata = nestedParserSqlContext.sql(\"SELECT owner, contacts[1].name FROM tmpcopy\").collect()\n    assert(tmpdata.size === 2)\n    assert(tmpdata(0).size === 2)\n    assert(tmpdata(0)(0) === \"<NAME>\")\n    assert(tmpdata(0)(1) === \"<NAME>\")\n    assert(tmpdata(1)(0) === \"A. Nonymous\")\n    assert(tmpdata(1)(1) === null)\n    Utils.deleteRecursively(tmpdir)\n  }\n\n  test(\"Writing out Map and reading it back in\") {\n    val data = nestedParserSqlContext\n      .parquetFile(ParquetTestData.testNestedDir4.toString)\n      .toSchemaRDD\n    val tmpdir = Utils.createTempDir()\n    Utils.deleteRecursively(tmpdir)\n    data.saveAsParquetFile(tmpdir.toString)\n    nestedParserSqlContext\n      .parquetFile(tmpdir.toString)\n      .toSchemaRDD\n      .registerAsTable(\"tmpmapcopy\")\n    val result1 = nestedParserSqlContext.sql(\"\"\"SELECT data1[\"key2\"] FROM tmpmapcopy\"\"\").collect()\n    assert(result1.size === 1)\n    assert(result1(0)(0) === 2)\n    val result2 = nestedParserSqlContext.sql(\"SELECT data2 FROM tmpmapcopy\").collect()\n    assert(result2.size === 1)\n    val entry1 = result2(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, CatalystConverter.StructScalaType[_]]]\n      .getOrElse(\"seven\", null)\n    assert(entry1 != null)\n    assert(entry1(0) === 42)\n    assert(entry1(1) === \"the answer\")\n    val entry2 = result2(0)(0)\n      .asInstanceOf[CatalystConverter.MapScalaType[String, CatalystConverter.StructScalaType[_]]]\n      .getOrElse(\"eight\", null)\n    assert(entry2 != null)\n    assert(entry2(0) === 49)\n    assert(entry2(1) === null)\n    val result3 = nestedParserSqlContext.sql(\"\"\"SELECT data2[\"seven\"].payload1, data2[\"seven\"].payload2 FROM tmpmapcopy\"\"\").collect()\n    assert(result3.size === 1)\n    assert(result3(0)(0) === 42.toLong)\n    assert(result3(0)(1) === \"the answer\")\n    Utils.deleteRecursively(tmpdir)\n  }\n}\n\n\/\/ TODO: the code below is needed temporarily until the standard parser is able to parse\n\/\/ nested field expressions correctly\nclass NestedParserSQLContext(@transient override val sparkContext: SparkContext) extends SQLContext(sparkContext) {\n  override protected[sql] val parser = new NestedSqlParser()\n}\n\nclass NestedSqlLexical(override val keywords: Seq[String]) extends SqlLexical(keywords) {\n  override def identChar = letter | elem('_')\n  delimiters += (\".\")\n}\n\nclass NestedSqlParser extends SqlParser {\n  override val lexical = new NestedSqlLexical(reservedWords)\n\n  override protected lazy val baseExpression: PackratParser[Expression] =\n    expression ~ \"[\" ~ expression <~ \"]\" ^^ {\n      case base ~ _ ~ ordinal => GetItem(base, ordinal)\n    } |\n    expression ~ \".\" ~ ident ^^ {\n      case base ~ _ ~ fieldName => GetField(base, fieldName)\n    } |\n    TRUE ^^^ Literal(true, BooleanType) |\n    FALSE ^^^ Literal(false, BooleanType) |\n    cast |\n    \"(\" ~> expression <~ \")\" |\n    function |\n    \"-\" ~> literal ^^ UnaryMinus |\n    ident ^^ UnresolvedAttribute |\n    \"*\" ^^^ Star(None) |\n    literal\n}\n"}
{"repo_name":"zhpengg\/spark","path":"mllib\/src\/main\/scala\/org\/apache\/spark\/mllib\/tree\/model\/InformationGainStats.scala","text":"<reponame>zhpengg\/spark<gh_stars>10-100\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.mllib.tree.model\n\nimport org.apache.spark.annotation.DeveloperApi\n\n\/**\n * :: DeveloperApi ::\n * Information gain statistics for each split\n * @param gain information gain value\n * @param impurity current node impurity\n * @param leftImpurity left node impurity\n * @param rightImpurity right node impurity\n * @param predict predicted value\n * @param prob probability of the label (classification only)\n *\/\n@DeveloperApi\nclass InformationGainStats(\n    val gain: Double,\n    val impurity: Double,\n    val leftImpurity: Double,\n    val rightImpurity: Double,\n    val predict: Double,\n    val prob: Double = 0.0) extends Serializable {\n\n  override def toString = {\n    \"gain = %f, impurity = %f, left impurity = %f, right impurity = %f, predict = %f, prob = %f\"\n      .format(gain, impurity, leftImpurity, rightImpurity, predict, prob)\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/core\/src\/test\/scala\/org\/apache\/spark\/sql\/columnar\/ColumnStatsSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.columnar\n\nimport org.scalatest.FunSuite\n\nimport org.apache.spark.sql.catalyst.types._\n\nclass ColumnStatsSuite extends FunSuite {\n  testColumnStats(classOf[BooleanColumnStats],   BOOLEAN)\n  testColumnStats(classOf[ByteColumnStats],      BYTE)\n  testColumnStats(classOf[ShortColumnStats],     SHORT)\n  testColumnStats(classOf[IntColumnStats],       INT)\n  testColumnStats(classOf[LongColumnStats],      LONG)\n  testColumnStats(classOf[FloatColumnStats],     FLOAT)\n  testColumnStats(classOf[DoubleColumnStats],    DOUBLE)\n  testColumnStats(classOf[StringColumnStats],    STRING)\n  testColumnStats(classOf[TimestampColumnStats], TIMESTAMP)\n\n  def testColumnStats[T <: NativeType, U <: NativeColumnStats[T]](\n      columnStatsClass: Class[U],\n      columnType: NativeColumnType[T]) {\n\n    val columnStatsName = columnStatsClass.getSimpleName\n\n    test(s\"$columnStatsName: empty\") {\n      val columnStats = columnStatsClass.newInstance()\n      assertResult(columnStats.initialBounds, \"Wrong initial bounds\") {\n        (columnStats.lowerBound, columnStats.upperBound)\n      }\n    }\n\n    test(s\"$columnStatsName: non-empty\") {\n      import ColumnarTestUtils._\n\n      val columnStats = columnStatsClass.newInstance()\n      val rows = Seq.fill(10)(makeRandomRow(columnType))\n      rows.foreach(columnStats.gatherStats(_, 0))\n\n      val values = rows.map(_.head.asInstanceOf[T#JvmType])\n      val ordering = columnType.dataType.ordering.asInstanceOf[Ordering[T#JvmType]]\n\n      assertResult(values.min(ordering), \"Wrong lower bound\")(columnStats.lowerBound)\n      assertResult(values.max(ordering), \"Wrong upper bound\")(columnStats.upperBound)\n    }\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/util\/SignalLogger.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.util\n\nimport org.apache.commons.lang.SystemUtils\nimport org.slf4j.Logger\nimport sun.misc.{Signal, SignalHandler}\n\n\/**\n * Used to log signals received. This can be very useful in debugging crashes or kills.\n *\n * Inspired by <NAME>'s similar class from Hadoop.\n *\/\nprivate[spark] object SignalLogger {\n\n  private var registered = false\n\n  \/** Register a signal handler to log signals on UNIX-like systems. *\/\n  def register(log: Logger): Unit = synchronized {\n    if (SystemUtils.IS_OS_UNIX) {\n      require(!registered, \"Can't re-install the signal handlers\")\n      registered = true\n\n      val signals = Seq(\"TERM\", \"HUP\", \"INT\")\n      for (signal <- signals) {\n        try {\n          new SignalLoggerHandler(signal, log)\n        } catch {\n          case e: Exception => log.warn(\"Failed to register signal handler \" + signal, e)\n        }\n      }\n      log.info(\"Registered signal handlers for [\" + signals.mkString(\", \") + \"]\")\n    }\n  }\n}\n\nprivate sealed class SignalLoggerHandler(name: String, log: Logger) extends SignalHandler {\n\n  val prevHandler = Signal.handle(new Signal(name), this)\n\n  override def handle(signal: Signal): Unit = {\n    log.error(\"RECEIVED SIGNAL \" + signal.getNumber() + \": SIG\" + signal.getName())\n    prevHandler.handle(signal)\n  }\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/expressions\/Expression.scala","text":"<filename>sql\/catalyst\/src\/main\/scala\/org\/apache\/spark\/sql\/catalyst\/expressions\/Expression.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.catalyst.expressions\n\nimport org.apache.spark.sql.catalyst.errors.TreeNodeException\nimport org.apache.spark.sql.catalyst.trees\nimport org.apache.spark.sql.catalyst.trees.TreeNode\nimport org.apache.spark.sql.catalyst.types.{DataType, FractionalType, IntegralType, NumericType, NativeType}\n\nabstract class Expression extends TreeNode[Expression] {\n  self: Product =>\n\n  \/** The narrowest possible type that is produced when this expression is evaluated. *\/\n  type EvaluatedType <: Any\n\n  \/**\n   * Returns true when an expression is a candidate for static evaluation before the query is\n   * executed.\n   *\n   * The following conditions are used to determine suitability for constant folding:\n   *  - A [[Coalesce]] is foldable if all of its children are foldable\n   *  - A [[BinaryExpression]] is foldable if its both left and right child are foldable\n   *  - A [[Not]], [[IsNull]], or [[IsNotNull]] is foldable if its child is foldable\n   *  - A [[Literal]] is foldable\n   *  - A [[Cast]] or [[UnaryMinus]] is foldable if its child is foldable\n   *\/\n  def foldable: Boolean = false\n  def nullable: Boolean\n  def references: Set[Attribute]\n\n  \/** Returns the result of evaluating this expression on a given input Row *\/\n  def eval(input: Row = null): EvaluatedType\n\n  \/**\n   * Returns `true` if this expression and all its children have been resolved to a specific schema\n   * and `false` if it still contains any unresolved placeholders. Implementations of expressions\n   * should override this if the resolution of this type of expression involves more than just\n   * the resolution of its children.\n   *\/\n  lazy val resolved: Boolean = childrenResolved\n\n  \/**\n   * Returns the [[DataType]] of the result of evaluating this expression.  It is\n   * invalid to query the dataType of an unresolved expression (i.e., when `resolved` == false).\n   *\/\n  def dataType: DataType\n\n  \/**\n   * Returns true if  all the children of this expression have been resolved to a specific schema\n   * and false if any still contains any unresolved placeholders.\n   *\/\n  def childrenResolved = !children.exists(!_.resolved)\n\n  \/**\n   * A set of helper functions that return the correct descendant of `scala.math.Numeric[T]` type\n   * and do any casting necessary of child evaluation.\n   *\/\n  @inline\n  def n1(e: Expression, i: Row, f: ((Numeric[Any], Any) => Any)): Any  = {\n    val evalE = e.eval(i)\n    if (evalE == null) {\n      null\n    } else {\n      e.dataType match {\n        case n: NumericType =>\n          val castedFunction = f.asInstanceOf[(Numeric[n.JvmType], n.JvmType) => n.JvmType]\n          castedFunction(n.numeric, evalE.asInstanceOf[n.JvmType])\n        case other => sys.error(s\"Type $other does not support numeric operations\")\n      }\n    }\n  }\n\n  \/**\n   * Evaluation helper function for 2 Numeric children expressions. Those expressions are supposed\n   * to be in the same data type, and also the return type.\n   * Either one of the expressions result is null, the evaluation result should be null.\n   *\/\n  @inline\n  protected final def n2(\n      i: Row,\n      e1: Expression,\n      e2: Expression,\n      f: ((Numeric[Any], Any, Any) => Any)): Any  = {\n\n    if (e1.dataType != e2.dataType) {\n      throw new TreeNodeException(this,  s\"Types do not match ${e1.dataType} != ${e2.dataType}\")\n    }\n\n    val evalE1 = e1.eval(i)\n    if(evalE1 == null) {\n      null\n    } else {\n      val evalE2 = e2.eval(i)\n      if (evalE2 == null) {\n        null\n      } else {\n        e1.dataType match {\n          case n: NumericType =>\n            f.asInstanceOf[(Numeric[n.JvmType], n.JvmType, n.JvmType) => n.JvmType](\n              n.numeric, evalE1.asInstanceOf[n.JvmType], evalE2.asInstanceOf[n.JvmType])\n          case other => sys.error(s\"Type $other does not support numeric operations\")\n        }\n      }\n    }\n  }\n\n  \/**\n   * Evaluation helper function for 2 Fractional children expressions. Those expressions are\n   * supposed to be in the same data type, and also the return type.\n   * Either one of the expressions result is null, the evaluation result should be null.\n   *\/\n  @inline\n  protected final def f2(\n      i: Row,\n      e1: Expression,\n      e2: Expression,\n      f: ((Fractional[Any], Any, Any) => Any)): Any  = {\n    if (e1.dataType != e2.dataType) {\n      throw new TreeNodeException(this,  s\"Types do not match ${e1.dataType} != ${e2.dataType}\")\n    }\n\n    val evalE1 = e1.eval(i: Row)\n    if(evalE1 == null) {\n      null\n    } else {\n      val evalE2 = e2.eval(i: Row)\n      if (evalE2 == null) {\n        null\n      } else {\n        e1.dataType match {\n          case ft: FractionalType =>\n            f.asInstanceOf[(Fractional[ft.JvmType], ft.JvmType, ft.JvmType) => ft.JvmType](\n              ft.fractional, evalE1.asInstanceOf[ft.JvmType], evalE2.asInstanceOf[ft.JvmType])\n          case other => sys.error(s\"Type $other does not support fractional operations\")\n        }\n      }\n    }\n  }\n\n  \/**\n   * Evaluation helper function for 2 Integral children expressions. Those expressions are\n   * supposed to be in the same data type, and also the return type.\n   * Either one of the expressions result is null, the evaluation result should be null.\n   *\/\n  @inline\n  protected final def i2(\n      i: Row,\n      e1: Expression,\n      e2: Expression,\n      f: ((Integral[Any], Any, Any) => Any)): Any  = {\n    if (e1.dataType != e2.dataType) {\n      throw new TreeNodeException(this,  s\"Types do not match ${e1.dataType} != ${e2.dataType}\")\n    }\n\n    val evalE1 = e1.eval(i)\n    if(evalE1 == null) {\n      null\n    } else {\n      val evalE2 = e2.eval(i)\n      if (evalE2 == null) {\n        null\n      } else {\n        e1.dataType match {\n          case i: IntegralType =>\n            f.asInstanceOf[(Integral[i.JvmType], i.JvmType, i.JvmType) => i.JvmType](\n              i.integral, evalE1.asInstanceOf[i.JvmType], evalE2.asInstanceOf[i.JvmType])\n          case other => sys.error(s\"Type $other does not support numeric operations\")\n        }\n      }\n    }\n  }\n\n  \/**\n   * Evaluation helper function for 2 Comparable children expressions. Those expressions are\n   * supposed to be in the same data type, and the return type should be Integer:\n   * Negative value: 1st argument less than 2nd argument\n   * Zero:  1st argument equals 2nd argument\n   * Positive value: 1st argument greater than 2nd argument\n   *\n   * Either one of the expressions result is null, the evaluation result should be null.\n   *\/\n  @inline\n  protected final def c2(\n      i: Row,\n      e1: Expression,\n      e2: Expression,\n      f: ((Ordering[Any], Any, Any) => Any)): Any  = {\n    if (e1.dataType != e2.dataType) {\n      throw new TreeNodeException(this,  s\"Types do not match ${e1.dataType} != ${e2.dataType}\")\n    }\n\n    val evalE1 = e1.eval(i)\n    if(evalE1 == null) {\n      null\n    } else {\n      val evalE2 = e2.eval(i)\n      if (evalE2 == null) {\n        null\n      } else {\n        e1.dataType match {\n          case i: NativeType =>\n            f.asInstanceOf[(Ordering[i.JvmType], i.JvmType, i.JvmType) => Boolean](\n              i.ordering, evalE1.asInstanceOf[i.JvmType], evalE2.asInstanceOf[i.JvmType])\n          case other => sys.error(s\"Type $other does not support ordered operations\")\n        }\n      }\n    }\n  }\n}\n\nabstract class BinaryExpression extends Expression with trees.BinaryNode[Expression] {\n  self: Product =>\n\n  def symbol: String\n\n  override def foldable = left.foldable && right.foldable\n\n  override def references = left.references ++ right.references\n\n  override def toString = s\"($left $symbol $right)\"\n}\n\nabstract class LeafExpression extends Expression with trees.LeafNode[Expression] {\n  self: Product =>\n}\n\nabstract class UnaryExpression extends Expression with trees.UnaryNode[Expression] {\n  self: Product =>\n\n  override def references = child.references\n}\n"}
{"repo_name":"zhpengg\/spark","path":"sql\/hive\/src\/main\/scala\/org\/apache\/spark\/sql\/hive\/execution\/HiveTableScan.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark.sql.hive.execution\n\nimport scala.collection.JavaConversions._\n\nimport org.apache.hadoop.hive.common.`type`.{HiveDecimal, HiveVarchar}\nimport org.apache.hadoop.hive.conf.HiveConf\nimport org.apache.hadoop.hive.ql.metadata.{Partition => HivePartition}\nimport org.apache.hadoop.hive.serde.serdeConstants\nimport org.apache.hadoop.hive.serde2.ColumnProjectionUtils\nimport org.apache.hadoop.hive.serde2.objectinspector._\nimport org.apache.hadoop.hive.serde2.objectinspector.ObjectInspectorUtils.ObjectInspectorCopyOption\nimport org.apache.hadoop.hive.serde2.objectinspector.primitive._\nimport org.apache.hadoop.hive.serde2.typeinfo.TypeInfoUtils\n\nimport org.apache.spark.annotation.DeveloperApi\nimport org.apache.spark.sql.catalyst.expressions._\nimport org.apache.spark.sql.catalyst.types.{BooleanType, DataType}\nimport org.apache.spark.sql.execution._\nimport org.apache.spark.sql.hive._\nimport org.apache.spark.util.MutablePair\n\n\/**\n * :: DeveloperApi ::\n * The Hive table scan operator.  Column and partition pruning are both handled.\n *\n * @param attributes Attributes to be fetched from the Hive table.\n * @param relation The Hive table be be scanned.\n * @param partitionPruningPred An optional partition pruning predicate for partitioned table.\n *\/\n@DeveloperApi\ncase class HiveTableScan(\n    attributes: Seq[Attribute],\n    relation: MetastoreRelation,\n    partitionPruningPred: Option[Expression])(\n    @transient val context: HiveContext)\n  extends LeafNode\n  with HiveInspectors {\n\n  require(partitionPruningPred.isEmpty || relation.hiveQlTable.isPartitioned,\n    \"Partition pruning predicates only supported for partitioned tables.\")\n\n  \/\/ Bind all partition key attribute references in the partition pruning predicate for later\n  \/\/ evaluation.\n  private[this] val boundPruningPred = partitionPruningPred.map { pred =>\n    require(\n      pred.dataType == BooleanType,\n      s\"Data type of predicate $pred must be BooleanType rather than ${pred.dataType}.\")\n\n    BindReferences.bindReference(pred, relation.partitionKeys)\n  }\n\n  @transient\n  private[this] val hadoopReader = new HadoopTableReader(relation.tableDesc, context)\n\n  \/**\n   * The hive object inspector for this table, which can be used to extract values from the\n   * serialized row representation.\n   *\/\n  @transient\n  private[this] lazy val objectInspector =\n    relation.tableDesc.getDeserializer.getObjectInspector.asInstanceOf[StructObjectInspector]\n\n  \/**\n   * Functions that extract the requested attributes from the hive output.  Partitioned values are\n   * casted from string to its declared data type.\n   *\/\n  @transient\n  protected lazy val attributeFunctions: Seq[(Any, Array[String]) => Any] = {\n    attributes.map { a =>\n      val ordinal = relation.partitionKeys.indexOf(a)\n      if (ordinal >= 0) {\n        val dataType = relation.partitionKeys(ordinal).dataType\n        (_: Any, partitionKeys: Array[String]) => {\n          castFromString(partitionKeys(ordinal), dataType)\n        }\n      } else {\n        val ref = objectInspector.getAllStructFieldRefs\n          .find(_.getFieldName == a.name)\n          .getOrElse(sys.error(s\"Can't find attribute $a\"))\n        val fieldObjectInspector = ref.getFieldObjectInspector\n\n        (row: Any, _: Array[String]) => {\n          val data = objectInspector.getStructFieldData(row, ref)\n          unwrapData(data, fieldObjectInspector)\n        }\n      }\n    }\n  }\n\n  private[this] def castFromString(value: String, dataType: DataType) = {\n    Cast(Literal(value), dataType).eval(null)\n  }\n\n  private def addColumnMetadataToConf(hiveConf: HiveConf) {\n    \/\/ Specifies IDs and internal names of columns to be scanned.\n    val neededColumnIDs = attributes.map(a => relation.output.indexWhere(_.name == a.name): Integer)\n    val columnInternalNames = neededColumnIDs.map(HiveConf.getColumnInternalName(_)).mkString(\",\")\n\n    if (attributes.size == relation.output.size) {\n      ColumnProjectionUtils.setFullyReadColumns(hiveConf)\n    } else {\n      ColumnProjectionUtils.appendReadColumnIDs(hiveConf, neededColumnIDs)\n    }\n\n    ColumnProjectionUtils.appendReadColumnNames(hiveConf, attributes.map(_.name))\n\n    \/\/ Specifies types and object inspectors of columns to be scanned.\n    val structOI = ObjectInspectorUtils\n      .getStandardObjectInspector(\n        relation.tableDesc.getDeserializer.getObjectInspector,\n        ObjectInspectorCopyOption.JAVA)\n      .asInstanceOf[StructObjectInspector]\n\n    val columnTypeNames = structOI\n      .getAllStructFieldRefs\n      .map(_.getFieldObjectInspector)\n      .map(TypeInfoUtils.getTypeInfoFromObjectInspector(_).getTypeName)\n      .mkString(\",\")\n\n    hiveConf.set(serdeConstants.LIST_COLUMN_TYPES, columnTypeNames)\n    hiveConf.set(serdeConstants.LIST_COLUMNS, columnInternalNames)\n  }\n\n  addColumnMetadataToConf(context.hiveconf)\n\n  private def inputRdd = if (!relation.hiveQlTable.isPartitioned) {\n    hadoopReader.makeRDDForTable(relation.hiveQlTable)\n  } else {\n    hadoopReader.makeRDDForPartitionedTable(prunePartitions(relation.hiveQlPartitions))\n  }\n\n  \/**\n   * Prunes partitions not involve the query plan.\n   *\n   * @param partitions All partitions of the relation.\n   * @return Partitions that are involved in the query plan.\n   *\/\n  private[hive] def prunePartitions(partitions: Seq[HivePartition]) = {\n    boundPruningPred match {\n      case None => partitions\n      case Some(shouldKeep) => partitions.filter { part =>\n        val dataTypes = relation.partitionKeys.map(_.dataType)\n        val castedValues = for ((value, dataType) <- part.getValues.zip(dataTypes)) yield {\n          castFromString(value, dataType)\n        }\n\n        \/\/ Only partitioned values are needed here, since the predicate has already been bound to\n        \/\/ partition key attribute references.\n        val row = new GenericRow(castedValues.toArray)\n        shouldKeep.eval(row).asInstanceOf[Boolean]\n      }\n    }\n  }\n\n  override def execute() = {\n    inputRdd.mapPartitions { iterator =>\n      if (iterator.isEmpty) {\n        Iterator.empty\n      } else {\n        val mutableRow = new GenericMutableRow(attributes.length)\n        val mutablePair = new MutablePair[Any, Array[String]]()\n        val buffered = iterator.buffered\n\n        \/\/ NOTE (lian): Critical path of Hive table scan, unnecessary FP style code and pattern\n        \/\/ matching are avoided intentionally.\n        val rowsAndPartitionKeys = buffered.head match {\n          \/\/ With partition keys\n          case _: Array[Any] =>\n            buffered.map { case array: Array[Any] =>\n              val deserializedRow = array(0)\n              val partitionKeys = array(1).asInstanceOf[Array[String]]\n              mutablePair.update(deserializedRow, partitionKeys)\n            }\n\n          \/\/ Without partition keys\n          case _ =>\n            val emptyPartitionKeys = Array.empty[String]\n            buffered.map { deserializedRow =>\n              mutablePair.update(deserializedRow, emptyPartitionKeys)\n            }\n        }\n\n        rowsAndPartitionKeys.map { pair =>\n          var i = 0\n          while (i < attributes.length) {\n            mutableRow(i) = attributeFunctions(i)(pair._1, pair._2)\n            i += 1\n          }\n          mutableRow: Row\n        }\n      }\n    }\n  }\n\n  override def output = attributes\n}\n"}
{"repo_name":"zhpengg\/spark","path":"core\/src\/main\/scala\/org\/apache\/spark\/TestUtils.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage org.apache.spark\n\nimport java.io.{File, FileInputStream, FileOutputStream}\nimport java.net.{URI, URL}\nimport java.util.jar.{JarEntry, JarOutputStream}\n\nimport scala.collection.JavaConversions._\n\nimport javax.tools.{JavaFileObject, SimpleJavaFileObject, ToolProvider}\nimport com.google.common.io.Files\n\n\/**\n * Utilities for tests. Included in main codebase since it's used by multiple\n * projects.\n *\n * TODO: See if we can move this to the test codebase by specifying\n * test dependencies between projects.\n *\/\nprivate[spark] object TestUtils {\n\n  \/**\n   * Create a jar that defines classes with the given names.\n   *\n   * Note: if this is used during class loader tests, class names should be unique\n   * in order to avoid interference between tests.\n   *\/\n  def createJarWithClasses(classNames: Seq[String], value: String = \"\"): URL = {\n    val tempDir = Files.createTempDir()\n    tempDir.deleteOnExit()\n    val files = for (name <- classNames) yield createCompiledClass(name, tempDir, value)\n    val jarFile = new File(tempDir, \"testJar-%s.jar\".format(System.currentTimeMillis()))\n    createJar(files, jarFile)\n  }\n\n\n  \/**\n   * Create a jar file that contains this set of files. All files will be located at the root\n   * of the jar.\n   *\/\n  def createJar(files: Seq[File], jarFile: File): URL = {\n    val jarFileStream = new FileOutputStream(jarFile)\n    val jarStream = new JarOutputStream(jarFileStream, new java.util.jar.Manifest())\n\n    for (file <- files) {\n      val jarEntry = new JarEntry(file.getName)\n      jarStream.putNextEntry(jarEntry)\n\n      val in = new FileInputStream(file)\n      val buffer = new Array[Byte](10240)\n      var nRead = 0\n      while (nRead <= 0) {\n        nRead = in.read(buffer, 0, buffer.length)\n        jarStream.write(buffer, 0, nRead)\n      }\n      in.close()\n    }\n    jarStream.close()\n    jarFileStream.close()\n\n    jarFile.toURI.toURL\n  }\n\n  \/\/ Adapted from the JavaCompiler.java doc examples\n  private val SOURCE = JavaFileObject.Kind.SOURCE\n  private def createURI(name: String) = {\n    URI.create(s\"string:\/\/\/${name.replace(\".\", \"\/\")}${SOURCE.extension}\")\n  }\n\n  private class JavaSourceFromString(val name: String, val code: String)\n    extends SimpleJavaFileObject(createURI(name), SOURCE) {\n    override def getCharContent(ignoreEncodingErrors: Boolean) = code\n  }\n\n  \/** Creates a compiled class with the given name. Class file will be placed in destDir. *\/\n  def createCompiledClass(className: String, destDir: File, value: String = \"\"): File = {\n    val compiler = ToolProvider.getSystemJavaCompiler\n    val sourceFile = new JavaSourceFromString(className,\n      \"public class \" + className + \" implements java.io.Serializable {\" +\n      \"  @Override public String toString() { return \\\"\" + value + \"\\\"; }}\")\n\n    \/\/ Calling this outputs a class file in pwd. It's easier to just rename the file than\n    \/\/ build a custom FileManager that controls the output location.\n    compiler.getTask(null, null, null, null, null, Seq(sourceFile)).call()\n\n    val fileName = className + \".class\"\n    val result = new File(fileName)\n    assert(result.exists(), \"Compiled file not found: \" + result.getAbsolutePath())\n    val out = new File(destDir, fileName)\n\n    \/\/ renameTo cannot handle in and out files in different filesystems\n    \/\/ use google's Files.move instead\n    Files.move(result, out)\n\n    assert(out.exists(), \"Destination file not moved: \" + out.getAbsolutePath())\n    out\n  }\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/Global.scala","text":"package app\n\nimport com.google.inject.Guice\nimport play.api.GlobalSettings\nimport util.di.BaseModule\n\n\/**\n * The global configuration.\n *\/\nobject Global extends GlobalSettings {\n\n  \/**\n   * The Guice injector.\n   *\/\n  val Injector = createInjector\n\n  \/**\n   * Loads the controller classes with the Guice injector. So it's possible to inject dependencies\n   * directly into the controller.\n   *\n   * @param controllerClass The controller class to instantiate.\n   * @return The instance of the controller class.\n   * @throws Exception if the controller couldn't be instantiated.\n   *\/\n  override def getControllerInstance[A](controllerClass: Class[A]): A = {\n    Injector.getInstance(controllerClass)\n  }\n\n  \/**\n   * Create the injector instance.\n   *\n   * @return The injector instance.\n   *\/\n  private def createInjector = Guice.createInjector(new BaseModule)\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"test\/com\/mohiva\/play\/silhouette\/pastebin\/models\/TextsSpec.scala","text":"<filename>test\/com\/mohiva\/play\/silhouette\/pastebin\/models\/TextsSpec.scala\n\/**\n * Texts domain model object specification.\n *\n * Copyright 2014 Mohiva Organisation (license at mohiva dot com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.mohiva.play.silhouette.pastebin.models\n\nimport com.mohiva.play.silhouette.pastebin.testing.TestHelper._\nimport java.util.UUID\nimport org.h2.jdbc.JdbcSQLException\nimport org.specs2.mutable._\nimport org.specs2.specification._\nimport play.api.db.slick.DB\nimport play.api.db.slick.Config.driver.simple._\nimport play.api.Logger\nimport play.api.test._\nimport play.api.test.Helpers._\nimport play.api.Play.current\nimport scala.slick.jdbc.{ StaticQuery => Q }\nimport Q.interpolation\n\nclass TextsSpec extends Specification with BeforeExample {\n\n  val defaultUsers = Seq(\n    User(username = \"u1\"),\n    User(username = \"u2\"))\n\n  val defaultTexts = Seq(\n    Text(title = \"t1\", contents = \"text 1\", privacyLevel = 1, creatorID = defaultUsers(0).id),\n    Text(title = \"t2\", contents = \"text 2\", privacyLevel = 2, creatorID = defaultUsers(0).id),\n    Text(title = \"t3\", contents = \"text 3\", privacyLevel = 3, creatorID = defaultUsers(1).id))\n\n  def before {\n    running(FakeApplication()) {\n      DB.withSession { implicit s: Session =>\n        cleanDatabase\n        defaultUsers.foreach(Users.insert)\n        defaultTexts.foreach(Texts.insert)\n      }\n    }\n  }\n\n  \"Texts model\" should {\n\n    \"be inserted\" in {\n      running(FakeApplication()) {\n        val text = Text(title = \"x\", contents = \"y\", privacyLevel = 1, creatorID = defaultUsers(0).id)\n        DB.withSession { implicit s =>\n          val user = Users.retrieve(defaultUsers(0).id)\n          Texts.insert(text)\n          val retrieved = Texts.retrieve(text.id)\n          retrieved.get.title must be equalTo(text.title)\n        }\n      }\n    }\n\n    \"not insert two texts with the same id\" in {\n      running(FakeApplication()) {\n        val text = Text(id = defaultTexts(0).id, title = \"x\", contents = \"y\", privacyLevel = 1, creatorID = defaultUsers(0).id)\n        DB.withSession { implicit s =>\n          Texts.insert(text) must throwA[JdbcSQLException]\n        }\n      }\n    }\n\n    \"be retrieved by id\" in {\n      running(FakeApplication()) {\n        val expected = defaultTexts(0)\n        DB.withSession { implicit s =>\n          val text = Texts.retrieve(expected.id)\n          text must beSome\n          text.get.title must be equalTo (expected.title)\n        }\n      }\n    }\n\n    \"return None if id does not exist\" in {\n      running(FakeApplication()) {\n        DB.withSession { implicit s =>\n          val text = Texts.retrieve(UUID.randomUUID)\n          text must beNone\n        }\n      }\n    }\n\n    \"be updated\" in {\n      running(FakeApplication()) {\n        val textToUpdate = defaultTexts(1).copy(title = \"updated\")\n        DB.withSession { implicit s =>\n          Texts.update(textToUpdate)\n          val text = Texts.retrieve(textToUpdate.id)\n          text must beSome\n          text.get.title must be equalTo (textToUpdate.title)\n        }\n      }\n    }\n\n    \"modify update time on update\" in {\n      running(FakeApplication()) {\n        val textToUpdate = defaultTexts(1).copy(title = \"updated\")\n        DB.withSession { implicit s =>\n          Texts.update(textToUpdate)\n          val text = Texts.retrieve(textToUpdate.id)\n          text must beSome\n          text.get.updateTimeUTC must not be equalTo(text.get.creationTimeUTC)\n        }\n      }\n    }\n\n    \"be deleted\" in {\n      running(FakeApplication()) {\n        val textToDelete = defaultTexts(2)\n        DB.withSession { implicit s =>\n          Texts.delete(textToDelete)\n          val text = Texts.retrieve(textToDelete.id)\n          text must beNone\n        }\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/com\/mohiva\/play\/silhouette\/pastebin\/utils\/DateTimeHelper.scala","text":"package com.mohiva.play.silhouette.pastebin.utils\n\nimport org.joda.time._\n\nobject DateTimeHelper {\n\n  def utcNow = new DateTime(DateTimeZone.UTC)\n\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/com\/mohiva\/play\/silhouette\/pastebin\/models\/Texts.scala","text":"\/**\n * Texts domain model object.\n *\n * Copyright 2014 Mohiva Organisation (license at mohiva dot com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.mohiva.play.silhouette.pastebin.models\n\nimport com.github.tototoshi.slick.H2JodaSupport._\nimport com.mohiva.play.silhouette.pastebin.utils.DateTimeHelper._\nimport java.util.UUID\nimport play.api.db.slick.Config.driver.simple._\nimport org.joda.time._\n\n\/**\n * Represents a text.\n *\n * @param id This text's unique internal ID.\n * @param title This text's title.\n * @param contents The main contents of this text.\n * @param privacyLevel The privacy level of this text.\n * @param sourceID If this text was forked from another, the ID of the original text.\n * @param creatorID The ID of the user that created this text.\n * @param creationTimeUTC Date and time this text was created, in the UTC timezone.\n * @param updateTimeUTC Date and time this text was last updated or soft deleted, in the UTC timezone.\n * @param isSoftDeleted true if this text has been soft deleted, false otherwise.\n *\/\ncase class Text(\n  id: UUID = UUID.randomUUID,\n  title: String,\n  contents: String,\n  privacyLevel: Int, \/\/ TODO ENUM\n  sourceID: Option[UUID] = None,\n  creatorID: UUID,\n  creationTimeUTC: DateTime = utcNow,\n  updateTimeUTC: DateTime = utcNow,\n  isSoftDeleted: Boolean = false)\n\n\/** Slick mapping table. *\/\nclass Texts(tag: Tag) extends Table[Text](tag, \"TEXTS\") {\n  def id = column[UUID](\"ID\", O.PrimaryKey)\n  def title = column[String](\"TITLE\", O.NotNull)\n  def contents = column[String](\"CONTENTS\", O.NotNull)\n  def privacyLevel = column[Int](\"PRIVACY_LEVEL\", O.NotNull)\n  def sourceID = column[Option[UUID]](\"SOURCE_ID\")\n  def creatorID = column[UUID](\"CREATOR_ID\", O.NotNull)\n  def creationTimeUTC = column[DateTime](\"CREATION_TIME_UTC\", O.NotNull)\n  def updateTimeUTC = column[DateTime](\"UPDATE_TIME_UTC\", O.NotNull)\n  def isSoftDeleted = column[Boolean](\"IS_SOFT_DELETED\", O.NotNull)\n  def * = (id, title, contents, privacyLevel, sourceID, creatorID, creationTimeUTC, updateTimeUTC, isSoftDeleted) <>\n    (Text.tupled, Text.unapply)\n}\n\n\/** Texts domain model object. *\/\nobject Texts {\n\n  \/** A query for a table. *\/\n  private val q = TableQuery[Texts]\n\n  \/** A query for a single, not deleted text. *\/\n  private def singleTextQuery(id: UUID) = q.where(_.id === id).filter(_.isSoftDeleted === false)\n\n  \/**\n   * Soft deletes a text.\n   *\n   * @param text The text to be soft deleted.\n   * @param s A database session.\n   *\/\n  def delete(text: Text)(implicit s: Session) {\n    val textToDelete = text.copy(updateTimeUTC = utcNow, isSoftDeleted = true)\n    singleTextQuery(text.id).update(textToDelete)\n  }\n\n  \/**\n   * Retrieves a text by ID.\n   *\n   * @param id The ID of the text to be retrieved.\n   * @param s A database session.\n   * @returns Maybe a text.\n   *\/\n  def retrieve(id: UUID)(implicit s: Session): Option[Text] = {\n    singleTextQuery(id).firstOption\n  }\n\n  \/**\n   * Inserts a text into the database.\n   *\n   * @param text The text to be inserted.\n   * @param s A database session.\n   *\/\n  def insert(text: Text)(implicit s: Session) = {\n    val textToInsert = text.copy(creationTimeUTC = utcNow, updateTimeUTC = DateTime.now())\n    q.insert(text)\n  }\n\n  \/**\n   * Updates a text.\n   *\n   * @param text The text to be updated.\n   * @param s A database session.\n   *\/\n  def update(text: Text)(implicit s: Session) {\n    val textToUpdate = text.copy(updateTimeUTC = utcNow)\n    singleTextQuery(text.id).update(textToUpdate)\n  }\n\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/util\/di\/BaseModule.scala","text":"<reponame>fernandoacorreia\/old-play-silhouette-pastebin\npackage util.di\n\nimport play.api.Play\nimport play.api.Play.current\nimport com.google.inject.{Provides, AbstractModule}\nimport net.codingwell.scalaguice.ScalaModule\nimport com.mohiva.play.silhouette.contrib.User\nimport com.mohiva.play.silhouette.core.utils._\nimport com.mohiva.play.silhouette.core.services.{AuthInfoService, AuthenticatorService, IdentityService}\nimport com.mohiva.play.silhouette.core.providers.OAuth2Settings\nimport com.mohiva.play.silhouette.core.providers.oauth2.FacebookProvider\nimport com.mohiva.play.silhouette.contrib.utils.{SecureRandomIDGenerator, PlayCacheLayer}\nimport com.mohiva.play.silhouette.contrib.services.CachedCookieAuthenticatorService\nimport com.mohiva.play.silhouette.contrib.services.CachedCookieAuthenticatorSettings\nimport com.mohiva.play.silhouette.contrib.services.CachedCookieAuthenticator\nimport util.silhouette.{AuthInfoServiceImpl, IdentityServiceImpl}\n\n\/**\n * The base module is used to wire common dependencies.\n *\/\nclass BaseModule extends AbstractModule with ScalaModule {\n\n  \/**\n   * Configures the module.\n   *\/\n  def configure() {\n    bind[IdentityService[User]].to[IdentityServiceImpl]\n    bind[AuthInfoService].to[AuthInfoServiceImpl]\n    bind[CacheLayer].to[PlayCacheLayer]\n    bind[HTTPLayer].to[PlayHTTPLayer]\n    bind[IDGenerator].toInstance(new SecureRandomIDGenerator())\n  }\n\n  \/**\n   * Provides the authenticator service.\n   *\n   * @param cacheLayer The cache layer implementation.\n   * @param idGenerator The ID generator used to create the authenticator ID.\n   * @return The authenticator service.\n   *\/\n  @Provides\n  def provideAuthenticatorService(cacheLayer: CacheLayer, idGenerator: IDGenerator): AuthenticatorService[CachedCookieAuthenticator] = {\n    val settings = CachedCookieAuthenticatorSettings()\n    new CachedCookieAuthenticatorService(settings, cacheLayer, idGenerator, Clock())\n  }\n\n  \/**\n   * Provides the facebook provider.\n   *\n   * @param authInfoService The auth info service.\n   * @param cacheLayer The cache layer implementation.\n   * @param httpLayer The HTTP layer implementation.\n   * @return The facebook provider.\n   *\/\n  @Provides\n  def provideFacebookProvider(authInfoService: AuthInfoService, cacheLayer: CacheLayer, httpLayer: HTTPLayer): FacebookProvider = {\n    new FacebookProvider(authInfoService, cacheLayer, httpLayer, OAuth2Settings(\n      authorizationURL = Play.configuration.getString(\"silhouette.facebook.authorizationURL\").get,\n      accessTokenURL = Play.configuration.getString(\"silhouette.facebook.accessTokenURL\").get,\n      redirectURL = Play.configuration.getString(\"silhouette.facebook.redirectURL\").get,\n      clientID = Play.configuration.getString(\"silhouette.facebook.clientID\").get,\n      clientSecret = Play.configuration.getString(\"silhouette.facebook.clientSecret\").get\n    ))\n  }\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/com\/mohiva\/play\/silhouette\/pastebin\/models\/Users.scala","text":"<reponame>fernandoacorreia\/old-play-silhouette-pastebin<gh_stars>1-10\n\/**\n * Users security model object.\n *\n * Copyright 2014 Mohiva Organisation (license at mohiva dot com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.mohiva.play.silhouette.pastebin.models\n\nimport com.github.tototoshi.slick.H2JodaSupport._\nimport com.mohiva.play.silhouette.pastebin.utils.DateTimeHelper._\nimport java.util.UUID\nimport play.api.db.slick.Config.driver.simple._\nimport org.joda.time._\n\n\/**\n * Represents a user.\n *\n * @param id This user's unique internal ID.\n * @param username This user's unique external identifier.\n * @param creationTimeUTC Date and time this user was created, in the UTC timezone.\n * @param updateTimeUTC Date and time this user was last updated or soft deleted, in the UTC timezone.\n * @param isSoftDeleted true if this user has been soft deleted, false otherwise.\n *\/\ncase class User(\n  id: UUID = UUID.randomUUID,\n  username: String,\n  creationTimeUTC: DateTime = utcNow,\n  updateTimeUTC: DateTime = utcNow,\n  isSoftDeleted: Boolean = false)\n\n\/** Slick mapping table. *\/\nclass Users(tag: Tag) extends Table[User](tag, \"USERS\") {\n  def id = column[UUID](\"ID\", O.PrimaryKey)\n  def username = column[String](\"USERNAME\", O.NotNull)\n  def creationTimeUTC = column[DateTime](\"CREATION_TIME_UTC\", O.NotNull)\n  def updateTimeUTC = column[DateTime](\"UPDATE_TIME_UTC\", O.NotNull)\n  def isSoftDeleted = column[Boolean](\"IS_SOFT_DELETED\", O.NotNull)\n  def * = (id, username, creationTimeUTC, updateTimeUTC, isSoftDeleted) <>\n    (User.tupled, User.unapply)\n}\n\n\/** Users security model object. *\/\nobject Users {\n\n  \/** A query for a table. *\/\n  private val q = TableQuery[Users]\n\n  \/**\n   * Soft deletes a user.\n   *\n   * @param user The user to be soft deleted.\n   * @param s A database session.\n   *\/\n  def delete(user: User)(implicit s: Session) {\n    val userToDelete = user.copy(updateTimeUTC = utcNow, isSoftDeleted = true)\n    singleUserQuery(user.id).update(userToDelete)\n  }\n\n  \/**\n   * Retrieves a user by ID.\n   *\n   * @param id The ID of the user to be retrieved.\n   * @param s A database session.\n   * @returns Maybe a user.\n   *\/\n  def retrieve(id: UUID)(implicit s: Session): Option[User] = {\n    singleUserQuery(id).firstOption\n  }\n\n  \/**\n   * Inserts a user into the database.\n   *\n   * @param user The user to be inserted.\n   * @param s A database session.\n   *\/\n  def insert(user: User)(implicit s: Session) = {\n    val userToInsert = user.copy(creationTimeUTC = DateTime.now(), updateTimeUTC = utcNow)\n    q.insert(user)\n  }\n\n  \/**\n   * Updates a user.\n   *\n   * @param user The user to be updated.\n   * @param s A database session.\n   *\/\n  def update(user: User)(implicit s: Session) {\n    val userToUpdate = user.copy(updateTimeUTC = utcNow)\n    singleUserQuery(user.id).update(userToUpdate)\n  }\n\n  \/** A query for a single, not deleted user. *\/\n  private def singleUserQuery(id: UUID) = q.where(_.id === id).filter(_.isSoftDeleted === false)\n\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"test\/com\/mohiva\/play\/silhouette\/pastebin\/testing\/TestHelper.scala","text":"<gh_stars>1-10\n\/**\n * Test helper object.\n *\n * Copyright 2014 Mohiva Organisation (license at mohiva dot com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.mohiva.play.silhouette.pastebin.testing\n\nimport play.api.db.slick.Config.driver.simple._\nimport scala.slick.jdbc.{ StaticQuery => Q }\nimport Q.interpolation\n\n\/** Provides helper function for tests. *\/\nobject TestHelper {\n\n  \/**\n   * Deletes all records from the database, in the proper order to avoid referential integrity violations.\n   *\n   * @param s A database session.\n   *\/\n  def cleanDatabase(implicit s: Session) {\n    sqlu\"DELETE FROM TEXTS\".first\n    sqlu\"DELETE FROM USERS\".first\n  }\n\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"build.sbt","text":"<filename>build.sbt\nimport play.Project._\n\nname := \"play-silhouette-pastebin\"\n\nversion := \"1.0-SNAPSHOT\"\n\nresolvers += \"Sonatype Snapshots\" at \"http:\/\/oss.sonatype.org\/content\/repositories\/snapshots\/\"\n\nlibraryDependencies ++= Seq(\n  jdbc,\n  \"com.github.tototoshi\" %% \"play-flyway\" % \"1.0.1\",\n  \"com.github.tototoshi\" %% \"slick-joda-mapper\" % \"1.0.0\",\n  \"com.typesafe.play\" %% \"play-slick\" % \"0.6.0.1\",\n  \"org.webjars\" %% \"webjars-play\" % \"2.2.0\",\n  \"org.webjars\" % \"bootstrap\" % \"2.3.1\",\n  \"com.google.inject\" % \"guice\" % \"4.0-beta\",\n  \"net.codingwell\" %% \"scala-guice\" % \"4.0.0-beta\",\n  \"com.mohiva\" %% \"play-silhouette\" % \"1.0-SNAPSHOT\"\n)\n\nplayScalaSettings\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/util\/silhouette\/AuthInfoServiceImpl.scala","text":"package util.silhouette\n\nimport com.mohiva.play.silhouette.core.services.AuthInfoService\nimport com.mohiva.play.silhouette.core.LoginInfo\nimport scala.concurrent.Future\nimport com.mohiva.play.silhouette.core.providers.OAuth2Info\n\n\/**\n * Base implementation to show how Guice works.\n *\/\nclass AuthInfoServiceImpl extends AuthInfoService {\n\n  \/**\n   * Saves auth info.\n   *\n   * This method gets called when a user logs in(social auth) or registers. This is the change\n   * to persist the auth info for a provider in the backing store. If the application supports\n   * the concept of \"merged identities\", i.e., the same user being able to authenticate through\n   * different providers, then make sure that the auth info for every linked login info gets\n   * stored separately.\n   *\n   * @param loginInfo The login info for which the auth info should be saved.\n   * @param authInfo The auth info to save.\n   * @return The saved auth info or None if the identity couldn't be saved.\n   *\/\n  def save[T](loginInfo: LoginInfo, authInfo: T): Future[Option[T]] = Future.successful(Some(authInfo))\n\n  \/**\n   * Retrieves the auth info which is linked with the specified login info.\n   *\n   * @param loginInfo The linked login info.\n   * @return The retrieved auth info or None if no auth info could be retrieved for the given login info.\n   *\/\n  def retrieve[T](loginInfo: LoginInfo): Future[Option[T]] = Future.successful(Some(\n    OAuth2Info(\"token\").asInstanceOf[T]\n  ))\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/com\/mohiva\/play\/silhouette\/pastebin\/controllers\/Application.scala","text":"<reponame>fernandoacorreia\/old-play-silhouette-pastebin<gh_stars>1-10\npackage com.mohiva.play.silhouette.pastebin.controllers\n\nimport com.mohiva.play.silhouette.core.Silhouette\nimport com.mohiva.play.silhouette.contrib.User\nimport com.mohiva.play.silhouette.contrib.services.CachedCookieAuthenticator\nimport com.mohiva.play.silhouette.pastebin.views\nimport javax.inject.Inject\nimport com.mohiva.play.silhouette.core.services.{AuthenticatorService, IdentityService}\n\nclass Application @Inject() (\n  val identityService: IdentityService[User],\n  val authenticatorService: AuthenticatorService[CachedCookieAuthenticator])\n    extends Silhouette[User, CachedCookieAuthenticator] {\n\n  def index = SecuredAction {\n    Ok(views.html.index(\"Hello Play Framework\"))\n  }\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"app\/util\/silhouette\/IdentityServiceImpl.scala","text":"package util.silhouette\n\nimport scala.concurrent.Future\nimport com.mohiva.play.silhouette.core.services.IdentityService\nimport com.mohiva.play.silhouette.core.LoginInfo\nimport com.mohiva.play.silhouette.contrib.User\n\n\/**\n * Base implementation to show how Guice works.\n *\/\nclass IdentityServiceImpl extends IdentityService[User] {\n\n  \/**\n   * Retrieves an identity that matches the specified login info.\n   *\n   * @param loginInfo The login info to retrieve an identity.\n   * @return The retrieved identity or None if no identity could be retrieved for the given login info.\n   *\/\n  def retrieve(loginInfo: LoginInfo): Future[Option[User]] = {\n    Future.successful(Some(User(\n      loginInfo = LoginInfo(\"facebook\", \"12345\"),\n      firstName = \"Christian\",\n      lastName = \"Kaps\",\n      fullName = \"<NAME>\",\n      email = None,\n      avatarURL = None\n    )))\n  }\n}\n"}
{"repo_name":"fernandoacorreia\/old-play-silhouette-pastebin","path":"test\/com\/mohiva\/play\/silhouette\/pastebin\/models\/UsersSpec.scala","text":"<reponame>fernandoacorreia\/old-play-silhouette-pastebin\n\/**\n * Users security model object specification.\n *\n * Copyright 2014 Mohiva Organisation (license at mohiva dot com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\npackage com.mohiva.play.silhouette.pastebin.models\n\nimport com.mohiva.play.silhouette.pastebin.testing.TestHelper._\nimport java.util.UUID\nimport org.h2.jdbc.JdbcSQLException\nimport org.specs2.mutable._\nimport org.specs2.specification._\nimport play.api.db.slick.DB\nimport play.api.db.slick.Config.driver.simple._\nimport play.api.Logger\nimport play.api.test._\nimport play.api.test.Helpers._\nimport play.api.Play.current\nimport scala.slick.jdbc.{ StaticQuery => Q }\nimport Q.interpolation\n\nclass UsersSpec extends Specification with BeforeExample {\n\n  val defaultUsers = Seq(\n    User(username = \"u1\"),\n    User(username = \"u2\"),\n    User(username = \"u3\"))\n\n  def before {\n    running(FakeApplication()) {\n      DB.withSession { implicit s: Session =>\n        cleanDatabase\n        defaultUsers.foreach(Users.insert)\n      }\n    }\n  }\n\n  \"Users model\" should {\n\n    \"be inserted\" in {\n      running(FakeApplication()) {\n        val user = User(username = \"x\")\n        DB.withSession { implicit s =>\n          Users.insert(user)\n          val retrieved = Users.retrieve(user.id)\n          retrieved.get.username must be equalTo(user.username)\n        }\n      }\n    }\n\n    \"not insert two users with the same id\" in {\n      running(FakeApplication()) {\n        val user = User(id = defaultUsers(0).id, username = \"x\")\n        DB.withSession { implicit s =>\n          Users.insert(user) must throwA[JdbcSQLException]\n        }\n      }\n    }\n\n    \"be retrieved by id\" in {\n      running(FakeApplication()) {\n        val expected = defaultUsers(0)\n        DB.withSession { implicit s =>\n          val user = Users.retrieve(expected.id)\n          user must beSome\n          user.get.username must be equalTo(expected.username)\n        }\n      }\n    }\n\n    \"return None if id does not exist\" in {\n      running(FakeApplication()) {\n        DB.withSession { implicit s =>\n          val user = Users.retrieve(UUID.randomUUID)\n          user must beNone\n        }\n      }\n    }\n\n    \"be updated\" in {\n      running(FakeApplication()) {\n        val userToUpdate = defaultUsers(1).copy(username = \"updated\")\n        DB.withSession { implicit s =>\n          Users.update(userToUpdate)\n          val user = Users.retrieve(userToUpdate.id)\n          user must beSome\n          user.get.username must be equalTo(userToUpdate.username)\n        }\n      }\n    }\n\n    \"modify update time on update\" in {\n      running(FakeApplication()) {\n        val userToUpdate = defaultUsers(1).copy(username = \"updated\")\n        DB.withSession { implicit s =>\n          Users.update(userToUpdate)\n          val user = Users.retrieve(userToUpdate.id)\n          user must beSome\n          user.get.updateTimeUTC must not be equalTo(user.get.creationTimeUTC)\n        }\n      }\n    }\n\n    \"be deleted\" in {\n      running(FakeApplication()) {\n        val userToDelete = defaultUsers(2)\n        DB.withSession { implicit s =>\n          Users.delete(userToDelete)\n          val user = Users.retrieve(userToDelete.id)\n          user must beNone\n        }\n      }\n    }\n\n  }\n\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"aliases.sbt","text":"<filename>aliases.sbt\nimport Util._\n\naddCommandAlias(\"test\", \"g8Test\")\naddCommandAlias(\n  \"up2date\",\n  \"reload plugins; dependencyUpdates; reload return; dependencyUpdates\"\n)\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"sbt.sbt","text":"import Util._\n\nThisBuild \/ watchTriggeredMessage := Watch.clearScreenOnTrigger\nThisBuild \/ watchForceTriggerOnAnyChange := true\nThisBuild \/ shellPrompt := { state =>\n  s\"${prompt(projectName(state))}> \"\n}\n\nGlobal \/ excludeLintKeys ++= Set(\n  autoStartServer\n)\n\nresolvers ++= Seq(\n  Resolver.url(\"scoverage-bintray\", url(\"https:\/\/dl.bintray.com\/sksamuel\/sbt-plugins\/\"))(Resolver.ivyStylePatterns),\n  Resolver.url(\"bintray-sbt-plugins\", url(\"https:\/\/dl.bintray.com\/sbt\/sbt-plugin-releases\"))(Resolver.ivyStylePatterns),\n  Resolver.typesafeIvyRepo(\"releases\"),\n  Resolver.bintrayIvyRepo(\"com.eed3si9n\", \"sbt-plugins\"),\n  DefaultMavenRepository\n)\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/modules\/tests\/shared\/src\/test\/scala\/$package__lower,package,packaged$\/ExampleSuite.scala","text":"<reponame>mbelikov\/toil-spike.g8<gh_stars>0\npackage $package;format=\"lower,package\"$\n\nimport org.scalatest.funspec.AnyFunSpec\nimport org.scalatest.matchers.should.Matchers.convertToAnyShouldWrapper\n\nfinal class ExampleSuite extends AnyFunSpec {\n  describe(\"hello world\") {\n    it(\"should run\") { 1 shouldBe 1 }\n  }\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/project\/ToilCredentials.scala","text":"import sbt._\n\nobject ToilCredentials {\n  val toilNexusRealm = \"Sonatype Nexus Repository Manager\"\n  val toilNexusHost = \"$toilNexus;format=\"lower,package\"$\"\n  val uidProp = \"nexus_username\"\n  val pwdProp = \"nexus_password\"\n\n  def credentialsFromUserHome(): Credentials = {\n    Credentials(Path.userHome \/ \".sbt\" \/ \".credentials\")\n  }\n  def credentialsFromEnvironmentVars(): Option[Credentials] = {\n    val nexusUidNexusPwdMaybe = Option(System.getenv().get(uidProp)) match {\n      case None if System.getProperty(uidProp) != null =>\n        println(s\"nexus username (sys props): \\${System.getProperty(uidProp)}\")\n        Some((System.getProperty(uidProp), System.getProperty(pwdProp)))\n      case Some(_) =>\n        println(s\"nexus username (env props): \\${System.getenv().get(uidProp)}\")\n        Some((System.getenv().get(uidProp), System.getenv().get(pwdProp)))\n      case _ =>\n        None\n    }\n\n    nexusUidNexusPwdMaybe\n      .map(nexusUidNexusPwd => Credentials(toilNexusRealm, toilNexusHost, nexusUidNexusPwd._1, nexusUidNexusPwd._2))\n  }\n\n  def createCredentials(): List[Credentials] = {\n    credentialsFromUserHome() :: credentialsFromEnvironmentVars().toList\n  }\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/project\/Scalac.scala","text":"<gh_stars>0\nimport sbt._\n\nobject Scalac {\n  val Lint =\n    Seq(\n      \"-Wdead-code\",\n      \"-Wunused:_\",\n      \"-Wvalue-discard\",\n      \"-Xlint:_\"\n    )\n\n  val FatalWarnings =\n    Seq(\n      \"-Xfatal-warnings\"\n    )\n\n  object Keys {\n    val lint =\n      settingKey[Seq[String]](\"Decides weather to use lint related options.\")\n\n    val warnings =\n      settingKey[Seq[String]](\"Configures warnings.\")\n\n    val lintOn =\n      settingKey[Boolean](\"\"\"By default: !sys.env.contains(\"LINT_OFF\")\"\"\")\n\n    val shouldLint =\n      settingKey[Boolean](\"By default: true inside ci unless lint is off.\")\n  }\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/project\/sbt.sbt","text":"<gh_stars>10-100\nGlobal \/ excludeLintKeys ++= Set(\n  autoStartServer,\n  evictionWarningOptions\n)\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/modules\/core\/shared\/src\/main\/scala\/$package__lower,package,packaged$\/Main.scala","text":"package $package;format=\"lower,package\"$\n\nobject Main extends App {\n  println(\"\u2500\" * 100)\n\n  println(\"hello world\")\n\n  println(\"\u2500\" * 100)\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/project\/plugins.sbt","text":"ThisBuild \/ scalaVersion := \"2.12.13\"\nThisBuild \/ useSuperShell := false\nThisBuild \/ autoStartServer := false\n\nupdate \/ evictionWarningOptions := EvictionWarningOptions.empty\n\naddSbtPlugin(\"com.timushev.sbt\" % \"sbt-rewarn\"   % \"0.1.3\")\naddSbtPlugin(\"com.timushev.sbt\" % \"sbt-updates\"  % \"0.5.2\")\naddSbtPlugin(\"io.spray\"         % \"sbt-revolver\" % \"0.9.1\")\n\/\/addSbtPlugin(\"org.wartremover\"  % \"sbt-wartremover\" % \"2.4.13\")\n\naddSbtPlugin(\"io.github.davidgregory084\" % \"sbt-tpolecat\"             % \"0.1.16\")\naddSbtPlugin(\"com.typesafe.sbt\"          % \"sbt-git\"                  % \"1.0.0\")\naddSbtPlugin(\"org.scalameta\"             % \"sbt-scalafmt\"             % \"2.4.2\")\naddSbtPlugin(\"ch.epfl.scala\"             % \"sbt-scalafix\"             % \"0.9.26\")\naddSbtPlugin(\"com.typesafe.sbt\"          % \"sbt-native-packager\"      % \"1.8.0\")\naddSbtPlugin(\"org.scoverage\"             % \"sbt-scoverage\"            % \"1.6.1\")\naddSbtPlugin(\"com.github.gseitz\"         % \"sbt-release\"              % \"1.0.13\")\naddSbtPlugin(\"org.scala-js\"              % \"sbt-scalajs\"              % \"1.5.0\")\naddSbtPlugin(\"org.portable-scala\"        % \"sbt-scalajs-crossproject\" % \"1.0.0\")\naddSbtPlugin(\"ch.epfl.scala\"             % \"sbt-scalajs-bundler\"      % \"0.20.0\") \/\/ to bundle the .js files\naddSbtPlugin(\"org.vaslabs.kube\"          % \"sbt-kubeyml\"              % \"0.3.9\")\naddSbtPlugin(\"com.lightbend.sbt\"         % \"sbt-javaagent\"            % \"0.1.6\")\naddSbtPlugin(\"no.arktekk.sbt\"            % \"aether-deploy\"            % \"0.26.0\")\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/sbt.sbt","text":"import Util._\n\nThisBuild \/ organization := \"$organization;format=\"lower,package\"$\"\n\nThisBuild \/ credentials += Credentials(Path.userHome \/ \".sbt\" \/ \".credentials\")\nThisBuild \/ credentials ++= ToilCredentials.createCredentials().toSeq\n\nThisBuild \/ publishTo := {\n  val nexus = \"https:\/\/$toilNexus;format=\"lower,package\"$\/nexus\/\"\n  if (isSnapshot.value) Some(\"toil-publish-snapshots\" at nexus + \"repository\/maven-snapshots\")\n  else Some(\"toil-publish-releases\" at nexus + \"repository\/maven-releases\")\n}\n\nGlobal \/ concurrentRestrictions := Seq(\n  Tags.limit(Tags.CPU, 4),\n  Tags.limit(Tags.Network, 10),\n  Tags.limit(Tags.Disk, 10),\n  Tags.limit(Tags.Clean, 4),\n  Tags.limit(Tags.Compile, 4),\n  Tags.limit(Tags.Test, 4),\n  Tags.limit(Tags.Publish, 4),\n  Tags.limit(Tags.Update, 4),\n  Tags.limitAll(15)\n)\n\nGlobal \/ onChangedBuildSource := ReloadOnSourceChanges\n\nGlobal \/ excludeLintKeys ++= Set(\n  autoStartServer,\n  turbo,\n  evictionWarningOptions\n)\n\nTest \/ parallelExecution := false\nTest \/ testOptions += Tests.Argument(TestFrameworks.ScalaTest, \"-oSD\")\nTest \/ turbo := true\n\nThisBuild \/ autoStartServer := false\nThisBuild \/ includePluginResolvers := true\nThisBuild \/ turbo := true\nThisBuild \/ useSuperShell := false\n\nThisBuild \/ watchBeforeCommand := Watch.clearScreen\nThisBuild \/ watchTriggeredMessage := Watch.clearScreenOnTrigger\nThisBuild \/ watchForceTriggerOnAnyChange := true\n\nThisBuild \/ shellPrompt := { state =>\n  s\"\\${prompt(projectName(state))}> \"\n}\nThisBuild \/ watchStartMessage := {\n  case (iteration, ProjectRef(build, projectName), commands) =>\n    Some {\n      s\"\"\"|~\\${commands.map(styled).mkString(\";\")}\n          |Monitoring source files for \\${prompt(projectName)}...\"\"\".stripMargin\n    }\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"project\/sbt.sbt","text":"Global \/ excludeLintKeys ++= Set(\n  autoStartServer,\n  evictionWarningOptions\n)\n\nresolvers ++= Seq(\n  Resolver.url(\"scoverage-bintray\", url(\"https:\/\/dl.bintray.com\/sksamuel\/sbt-plugins\/\"))(Resolver.ivyStylePatterns),\n  Resolver.url(\"bintray-sbt-plugins\", url(\"https:\/\/dl.bintray.com\/sbt\/sbt-plugin-releases\"))(Resolver.ivyStylePatterns),\n  Resolver.typesafeIvyRepo(\"releases\"),\n  Resolver.bintrayIvyRepo(\"com.eed3si9n\", \"sbt-plugins\"),\n  DefaultMavenRepository\n)\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/aliases.sbt","text":"<filename>src\/main\/g8\/aliases.sbt\nimport Util._\n\naddCommandAlias(\"l\", \"projects\")\naddCommandAlias(\"ll\", \"projects\")\naddCommandAlias(\"ls\", \"projects\")\naddCommandAlias(\"cd\", \"project\")\naddCommandAlias(\"root\", \"cd $name;format=\"norm\"$\")\naddCommandAlias(\"c\", \"+ compile\")\naddCommandAlias(\"ca\", \"+ test:compile\")\naddCommandAlias(\"t\", \"+ test\")\naddCommandAlias(\"prepare\", \"+clean; fix; fmt; ca; t; doc\")\naddCommandAlias(\"fmt\", \"all root\/scalafmtSbt root\/scalafmtAll\")\naddCommandAlias(\"fix\", \"all compile:scalafix test:scalafix; all scalafmtSbt scalafmtAll\")\naddCommandAlias(\"publishAll\", \"aetherDeploy\")\naddCommandAlias(\n  \"up2date\",\n  \"reload plugins; dependencyUpdates; reload return; dependencyUpdates\"\n)\n\nonLoadMessage +=\n  s\"\"\"|\n      |\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n      |    List of defined \\${styled(\"aliases\")}\n      |\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u252c\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\n      |\\${styled(\"l\")} | \\${styled(\"ll\")} | \\${styled(\"ls\")} \u2502 list projects \/ modules\n      |\\${styled(\"cd\")}          \u2502 project\n      |\\${styled(\"root\")}        \u2502 cd $name;format=\"norm\"$\n      |\\${styled(\"c\")}           \u2502 compile\n      |\\${styled(\"ca\")}          \u2502 compile all\n      |\\${styled(\"t\")}           \u2502 test\n      |\\${styled(\"prepare\")}     \u2502 prepare the code before pushing it\n      |\\${styled(\"up2date\")}     \u2502 dependencyUpdates\n      |\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2534\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\u2500\"\"\".stripMargin\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/project\/Dependencies.scala","text":"import sbt._\n\nobject Dependencies {\n\n  object Versions {\n    val pureConfig         = \"0.13.0\"\n    val pureConfigRefinedV = \"0.9.15\"\n\n    val newtype    = \"0.4.4\"\n    val refined    = \"0.9.14\"\n    val skunk      = \"0.0.9\"\n    val squants    = \"1.6.0\"\n    val enumeratum = \"1.6.1\"\n\n    val betterMonadicFor = \"0.3.1\"\n    val kindProjector    = \"0.11.2\"\n    val logback          = \"1.2.3\"\n\n    val jodaTime    = \"2.10\"\n    val chimney     = \"0.5.2\"\n    val quicklens   = \"1.6.1\"\n    val shapeless   = \"2.3.3\"\n    val circe       = \"0.13.0\"\n    val circeExtras = \"0.13.0\"\n    val monocle     = \"2.0.3\"\n\n    val cats        = \"2.1.1\"\n    val catsEffect  = \"2.1.3\"\n    val catsMeowMtl = \"0.4.0\"\n    val catsRetry   = \"1.1.0\"\n\n    val zio               = \"1.0.1\"\n    val zioInteropVersion = \"2.1.4.0\"\n    val zioLogging        = \"0.4.0\"\n\n    val scalaCheck             = \"1.15.2\"\n    val scalaTest              = \"3.2.3\"\n    val containersScalaVersion = \"0.38.7\"\n    val scalaTestPlus          = \"3.2.2.0\"\n    val specs2                 = \"4.5.1\"\n\n    val toilProtobuf      = \"1.7.0-SNAPSHOT\"\n    val toilC8yScala      = \"0.4.0-SNAPSHOT\"\n    val toilExpressionDsl = \"0.0.5-SNAPSHOT\"\n  }\n\n  object Libraries {\n    private val testWithIt = \"it, test\"\n\n    val circeCore          = \"io.circe\" %% \"circe-core\"           % Versions.circe\n    val circeGeneric       = \"io.circe\" %% \"circe-generic\"        % Versions.circe\n    val circeParser        = \"io.circe\" %% \"circe-parser\"         % Versions.circe\n    val circeRefined       = \"io.circe\" %% \"circe-refined\"        % Versions.circe\n    val circeGenericExtras = \"io.circe\" %% \"circe-generic-extras\" % Versions.circeExtras\n    val circeShapes        = \"io.circe\" %% \"circe-shapes\"         % Versions.circe\n    val circeOptics        = \"io.circe\" %% \"circe-optics\"         % Versions.circe\n    val circeAll: Seq[ModuleID] =\n      Seq(circeCore, circeGeneric, circeParser, circeRefined, circeGenericExtras, circeShapes, circeOptics)\n\n    val pureconfig                   = \"com.github.pureconfig\" %% \"pureconfig\" % Versions.pureConfig\n    val pureconfigRefined            = \"eu.timepit\" %% \"refined-pureconfig\" % Versions.pureConfigRefinedV\n    val allPureconfig: Seq[ModuleID] = Seq(pureconfig, pureconfigRefined)\n\n    val zio                   = \"dev.zio\" %% \"zio\" % Versions.zio\n    val zioStreams            = \"dev.zio\" %% \"zio-streams\" % Versions.zio\n    val zioMacros             = \"dev.zio\" %% \"zio-macros\" % Versions.zio\n    val zioCatsInterop        = \"dev.zio\" %% \"zio-interop-cats\" % Versions.zioInteropVersion\n    val zioLogging            = \"dev.zio\" %% \"zio-logging\" % Versions.zioLogging\n    val zioLoggingSlf4j       = \"dev.zio\" %% \"zio-logging-slf4j\" % Versions.zioLogging\n    val zioAll: Seq[ModuleID] = Seq(zio, zioStreams, zioMacros, zioCatsInterop, zioLogging, zioLoggingSlf4j)\n\n    val cats       = \"org.typelevel\" %% \"cats-core\"   % Versions.cats\n    val catsEffect = \"org.typelevel\" %% \"cats-effect\" % Versions.catsEffect\n\n    val refinedCore = \"eu.timepit\" %% \"refined\"      % Versions.refined\n    val refinedCats = \"eu.timepit\" %% \"refined-cats\" % Versions.refined\n\n    val squants    = \"org.typelevel\"              %% \"squants\"    % Versions.squants\n    val quicklens  = \"com.softwaremill.quicklens\" %% \"quicklens\"  % Versions.quicklens\n    val newtype    = \"io.estatico\"                %% \"newtype\"    % Versions.newtype\n    val chimney    = \"io.scalaland\"               %% \"chimney\"    % Versions.chimney\n    val enumeratum = \"com.beachape\"               %% \"enumeratum\" % Versions.enumeratum\n\n    \/\/ Compiler plugins\n    val betterMonadicFor = \"com.olegpy\"    %% \"better-monadic-for\" % Versions.betterMonadicFor\n    val kindProjector    = \"org.typelevel\" % \"kind-projector\"      % Versions.kindProjector\n\n    \/\/ Runtime\n    val logbackCore               = \"ch.qos.logback\" % \"logback-core\" % Versions.logback\n    val logbackLogback            = \"ch.qos.logback\" % \"logback-classic\" % Versions.logback\n    val logbackAll: Seq[ModuleID] = Seq(logbackCore, logbackLogback)\n\n    \/\/ Test\n    val scalaCheck     = \"org.scalacheck\"    %% \"scalacheck\"                     % Versions.scalaCheck\n    val scalaTest      = \"org.scalatest\"     %% \"scalatest\"                      % Versions.scalaTest\n    val scalaTestPlus  = \"org.scalatestplus\" %% \"scalacheck-1-14\"                % Versions.scalaTestPlus\n    val zioTest        = \"dev.zio\"           %% \"zio-test\"                       % Versions.zio % testWithIt\n    val zioTestSbt     = \"dev.zio\"           %% \"zio-test-sbt\"                   % Versions.zio % testWithIt\n    val testContainers = \"com.dimafeng\"      %% \"testcontainers-scala-scalatest\" % Versions.containersScalaVersion % testWithIt\n\n    val monocleCore  = \"com.github.julien-truffaut\" %% \"monocle-core\"  % Versions.monocle % testWithIt\n    val monocleMacro = \"com.github.julien-truffaut\" %% \"monocle-macro\" % Versions.monocle % testWithIt\n\n    val testAll: Seq[ModuleID] =\n      Seq(scalaCheck, scalaTest, scalaTestPlus, zioTest, zioTestSbt, testContainers, monocleCore, monocleMacro)\n\n  }\n}\n"}
{"repo_name":"mbelikov\/toil-spike.g8","path":"src\/main\/g8\/build.sbt","text":"<gh_stars>0\nimport Dependencies._\n\nlazy val scala213               = \"2.13.4\"\nlazy val scala212               = \"2.12.13\"\nlazy val supportedScalaVersions = List(scala212, scala213)\n\nThisBuild \/ scalaVersion := scala213\n\nlazy val root = (project in file(\".\"))\n  .settings(name := \"$name$\")\n  .settings(commonSettings)\n  .aggregate(core.js, core.jvm, tests.js, tests.jvm)\n  .settings(crossScalaVersions := Nil) \/\/ crossScalaVersions must be set to Nil on the aggregating project\n  .settings(publish \/ skip := true)\n  .settings(publishArtifact := false) \/\/ skip aether deployment\/publishing)\n  \/\/  .settings(coverageJvm \/ aggregate := false)\n  .settings(releaseCrossBuild := false) \/\/ don't use sbt-release's cross facility\n  .settings(crossReleaseSettings)\n\nlazy val core = (crossProject(JSPlatform, JVMPlatform) in file(\"modules\/core\"))\n  .settings(name := \"$name$-core\")\n  .settings(commonSettings)\n  .settings(Defaults.itSettings)\n  .settings(makeBatScripts := Seq())\n  .settings(sharedDependencies)\n  .jsSettings(coverageEnabled := false)\n  .jsSettings(scalaJSUseMainModuleInitializer := false)\n\nlazy val tests = (crossProject(JSPlatform, JVMPlatform) in file(\"modules\/tests\"))\n  .configs(IntegrationTest)\n  .settings(name := \"$name$-test-suite\")\n  .settings(commonSettings)\n  .settings(Defaults.itSettings)\n  .settings(sharedDependencies)\n  .settings(testDependencies)\n  .settings(testOptions += Tests.Argument(TestFrameworks.ScalaTest, \"-u\", \"modules\/tests\/target\/junit-report\"))\n  .jsSettings(coverageEnabled := false)\n  .jvmSettings(coverageEnabled := true)\n  .dependsOn(core)\n\nlazy val commonSettings = Seq(\n  libraryDependencies ++= Seq(\n        compilerPlugin(Libraries.kindProjector cross CrossVersion.full),\n        compilerPlugin(Libraries.betterMonadicFor)\n      ),\n  crossScalaVersions := supportedScalaVersions,\n  scalafmtOnCompile := true,\n  semanticdbEnabled := true, \/\/ enable SemanticDB\n  semanticdbOptions += \"-P:semanticdb:synthetics:on\",\n  semanticdbVersion := scalafixSemanticdb.revision, \/\/ use Scalafix compatible version\n  ThisBuild \/ scalafixScalaBinaryVersion := CrossVersion.binaryScalaVersion(scalaVersion.value),\n  ThisBuild \/ scalafixDependencies ++= List(\n        \"com.github.liancheng\" %% \"organize-imports\" % \"0.4.4\",\n        \"com.github.vovapolu\"  %% \"scaluzzi\"         % \"0.1.16\"\n      )\n  \/\/    scalacOptions += \"-Ymacro-annotations\",   \/\/ scala 2.13 only, how???\n\/\/  update \/ evictionWarningOptions := EvictionWarningOptions.empty,\n\/\/  Compile \/ console \/ scalacOptions := {\n\/\/    (Compile \/ console \/ scalacOptions)\n\/\/      .value\n\/\/      .filterNot(_.contains(\"wartremover\"))\n\/\/      .filterNot(Scalac.Lint.toSet)\n\/\/      .filterNot(Scalac.FatalWarnings.toSet) :+ \"-Wconf:any:silent\"\n\/\/  },\n)\n\n\/\/ main dependencies\nlazy val sharedDependencies = Seq(\n  libraryDependencies ++= Seq(\n        Libraries.refinedCore,\n        Libraries.newtype\n      )\n)\n\nlazy val jvmDependencies = Seq(\n  libraryDependencies ++= Seq()\n)\n\nlazy val jsDependencies = Seq(\n  libraryDependencies ++= Seq()\n)\n\nlazy val testDependencies = Seq(\n  libraryDependencies ++= Seq(\n        Libraries.scalaCheck,\n        Libraries.scalaTest,\n        Libraries.scalaTestPlus\n      )\n)\n\/\/ applied workaround from https:\/\/www.scala-sbt.org\/release\/docs\/Cross-Build.html\nlazy val crossReleaseSettings = Seq(\n  releaseProcess := Seq[ReleaseStep](\n        checkSnapshotDependencies,\n        inquireVersions,\n        releaseStepCommandAndRemaining(\"+clean\"),\n        releaseStepCommandAndRemaining(\"+test\"),\n        setReleaseVersion,\n        commitReleaseVersion,\n        tagRelease,\n        releaseStepCommandAndRemaining(\"+publish\"),\n        setNextVersion,\n        commitNextVersion,\n        pushChanges\n      )\n)\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/Experiments\/Main.scala","text":"<gh_stars>0\npackage SimJoins.Spark.Experiments\n\nimport java.io.{File, PrintWriter}\nimport java.util.Calendar\n\nimport SimJoins.Spark.Commons.CommonFunctions\nimport SimJoins.Spark.SimJoins.{EDJoin, PPJoin}\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject Main {\n\n\n  def testPPJoin(): Unit = {\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val profiles = CommonFunctions.loadProfiles(\"C:\/Users\/gagli\/Desktop\/UNI\/ACM.csv\", header = true, realIDField = \"id\")\n\n    val conditions: Map[String, (Double, String)] = Map((\"title\", (0.7, \"PPJOIN\")), (\"authors\", (0.5, \"PPJOIN\")))\n\n    \/\/val conditions: Map[String, (Double, String)] = Map((\"title\", (0.4, \"PPJOIN\")))\n\n    val c = conditions.map(x => (x._1, x._2._1))\n\n    val pairs = PPJoin.getMatchesMulti(profiles, c)\n\n    val numPairs = pairs.count()\n    val t2 = Calendar.getInstance().getTimeInMillis\n\n    val profiles2 = SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.loadData(\"C:\/Users\/gagli\/Desktop\/UNI\/ACM.csv\", realProfileId = \"id\")\n    val pairs2 = SimJoins.SimJoinsSingleNode.SimJoins.PPJoin.getMatchesMulti(profiles2, c, new PrintWriter(new File(\"C:\/Users\/Gagli\/Desktop\/aacid.txt\")))\n    val numPairs2 = pairs2.length\n    val t3 = Calendar.getInstance().getTimeInMillis\n\n    println(numPairs)\n    println(numPairs2)\n\n\n    println(\"Spark \" + SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.msToMin(t2 - t1))\n    println(\"Seriale \" + SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.msToMin(t3 - t2))\n  }\n\n  def testEDJoin(): Unit ={\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val profiles = CommonFunctions.loadProfiles(\"C:\/Users\/gagli\/Desktop\/UNI\/ACM.csv\", header = true, realIDField = \"id\")\n\n    val conditions: Map[String, (Double, String)] = Map((\"title\", (3, \"EDJOIN\")))\n\n    val c = conditions.map(x => (x._1, x._2._1))\n\n    val pairs = EDJoin.getMatchesMulti(profiles, c, 2)\n\n    val numPairs = pairs.count()\n    val t2 = Calendar.getInstance().getTimeInMillis\n\n    val profiles2 = SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.loadData(\"C:\/Users\/gagli\/Desktop\/UNI\/ACM.csv\", realProfileId = \"id\")\n    val pairs2 = SimJoins.SimJoinsSingleNode.SimJoins.EDJoin.getMatchesMulti(profiles2, c, new PrintWriter(new File(\"C:\/Users\/Gagli\/Desktop\/aacid.txt\")), 2)\n    val numPairs2 = pairs2.length\n    val t3 = Calendar.getInstance().getTimeInMillis\n\n    println(numPairs)\n    println(numPairs2)\n\n\n    println(\"Spark \"+SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.msToMin(t2-t1))\n    println(\"Seriale \"+SimJoins.SimJoinsSingleNode.Commons.CommonFunctions.msToMin(t3-t2))\n\n\n    val diff = pairs2.diff(pairs.collect())\n    val aa = diff.flatMap(x => List(x._1, x._2)).toSet\n    profiles2.filter(p => aa.contains(p.id)).foreach(println)\n\n    println()\n    println()\n    diff.foreach(println)\n  }\n\n\n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf()\n      .setAppName(\"Main\")\n      .setMaster(\"local[*]\")\n      .set(\"spark.local.dir\", \"\/data2\/sparkTmp\/\")\n    val sc = new SparkContext(conf)\n\n    testEDJoin()\n\n\n  }\n\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/MyPartitioner.scala","text":"package RulER.DataStructure\n\nimport org.apache.spark.Partitioner\n\nclass MyPartitioner(numPart: Int) extends Partitioner {\n  val load = Array.fill[Double](numPart)(0.0)\n\n  override def getPartition(key: Any): Int = {\n    val part = load.indexOf(load.min)\n    val s = key.asInstanceOf[Array[(Long, Int, Int)]].length.toDouble\n    load.update(part, load(part) + (s * s - 1))\n    part\n  }\n\n  override def numPartitions: Int = numPart\n}"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/PrefixIndex.scala","text":"package RulER.DataStructure\n\nimport scala.collection.mutable\n\n\/**\n  * Prefix index\n  *\n  * @author Luca\n  * @since 2018\/10\/01\n  **\/\nclass PrefixIndex() {\n  \/**\n    * Main index\n    **\/\n  private val index: mutable.Map[Long, List[PrefixEntry]] = new mutable.HashMap[Long, List[PrefixEntry]]\n\n\n  \/**\n    * Add an element to the index in a specific block\n    **\/\n  def addElement(blockId: Long, doc: PrefixEntry): Unit = {\n    val opt = index.get(blockId)\n    if (opt.isDefined) {\n      \/*val block = doc :: opt.get\n      index.update(blockId, block.sorted)*\/\n      index.update(blockId, doc :: opt.get)\n    }\n    else {\n      index.put(blockId, List(doc))\n    }\n  }\n\n\n  \/**\n    * Check if a block exists in the index\n    **\/\n  def exists(blockId: Long): Boolean = {\n    index.contains(blockId)\n  }\n\n  \/**\n    * Get a block from the index\n    **\/\n  def getBlock(blockId: Long): Option[List[PrefixEntry]] = {\n    index.get(blockId)\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/RulesAnd.scala","text":"package RulER.DataStructure\n\nclass RulesAnd {\n  private var rules: List[Rule] = Nil\n\n  def and(attribute: String, ruleType: String, threshold: Double): RulesAnd = {\n    rules = new Rule(attribute, ruleType, threshold) :: rules\n    this\n  }\n\n  def getRules: Map[String, (Double, String)] = {\n    rules.map { r =>\n      (r.attribute, r.threshold, r.ruleType)\n    }.groupBy(_._1).map(r => (r._1, (r._2.head._2, r._2.head._3)))\n  }\n\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/resources\/PPJoinMulti.scala","text":"<filename>simJoins\/src\/main\/resources\/PPJoinMulti.scala\nimport java.util.Calendar\n\nimport BlockBuildingMethods.LSHMio\nimport DataPreparation.PrefixDataBuilder\nimport DataStructures.Profile\nimport JoinEngine.{ERJoin, PPJoin}\nimport Utilities.ER\nimport Wrappers.{CSVWrapper, JSONWrapper, SerializedObjectLoader}\nimport org.apache.log4j._\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{SparkConf, SparkContext}\nimport utils.Tokenizer\n\nobject WRAPPER_TYPES {\n  val serialized = \"serialized\"\n  val csv = \"csv\"\n  val json = \"json\"\n}\n\ndef msToMin(ms: Long): Double = (ms \/ 1000.0) \/ 60.0\n\n\nval defaultLogPath = \"\/marconi\/home\/userexternal\/lgaglia1\/logs\/\"\n\nval taskID = \"testPPJOINCitationsMulti\"\nval logPath = defaultLogPath + taskID + \".txt\"\n\nval dataset = \"citations\"\n\/\/val realProfileID = \"realProfileID\"\nval realProfileID = \"id\"\nval basePath = \"\/marconi_work\/EOI_simonini_0\/ER\/\"\n\nval pathDataset1 = basePath + dataset + \"\/dataset1.csv\"\nval pathDataset2 = basePath + dataset + \"\/dataset2.csv\"\nval pathGt = basePath + dataset + \"\/groundtruth.csv\"\n\nval dataset1Type = WRAPPER_TYPES.csv\nval dataset2Type = WRAPPER_TYPES.csv\nval groundtruthType = WRAPPER_TYPES.csv\n\nval hashNum = 256\nval clusterMaxFactor = 1.0\nval clusterSeparateAttributes = true\nval thresholds = List(0.8, 0.6, 0.4, 0.2)\n\nval sc = SparkContext.getOrCreate()\n\nval log: Logger = LogManager.getRootLogger\nlog.setLevel(Level.INFO)\nval layout = new SimpleLayout();\nval appender = new FileAppender(layout, logPath, false);\nlog.addAppender(appender);\n\n\nval startTime = Calendar.getInstance()\nval dataset1 = {\n  if (dataset1Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset1)\n  }\n  else if (dataset1Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset1, 0, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset1, header = true, realIDField = realProfileID)\n  }\n}\ndataset1.cache()\nval profilesDataset1 = dataset1.count()\n\nval separatorID = dataset1.map(_.id).max()\n\nval dataset2: RDD[Profile] = {\n  if (dataset2Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset2, separatorID + 1)\n  }\n  else if (dataset2Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset2, separatorID + 1, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset2, startIDFrom = separatorID + 1, header = true, realIDField = realProfileID)\n  }\n}\n\ndataset2.cache()\nval profilesDataset2 = dataset2.count()\nval profiles: RDD[Profile] = dataset1.union(dataset2)\nprofiles.cache()\nval numProfiles = profiles.count()\ndataset1.unpersist()\ndataset2.unpersist()\n\nlog.info(\"SPARKER - First dataset max ID \" + separatorID)\nval profilesTime = Calendar.getInstance()\nlog.info(\"SPARKER - Number of profiles in the 1st dataset \" + profilesDataset1)\nlog.info(\"SPARKER - Number of profiles in the 2nd dataset \" + profilesDataset2)\nlog.info(\"SPARKER - Total number of profiles \" + numProfiles)\nlog.info(\"SPARKER - Time to load profiles \" + msToMin(profilesTime.getTimeInMillis - startTime.getTimeInMillis) + \" min\")\n\nval ssGtTime = Calendar.getInstance()\nvar newGT: RDD[(Long, Long)] = null\nvar newGTSize: Long = 0\n\nif (pathGt != null) {\n  log.info(\"SPARKER - Start to loading the groundtruth\")\n  val groundtruth = {\n    if (groundtruthType == WRAPPER_TYPES.serialized) {\n      SerializedObjectLoader.loadGroundtruth(pathGt)\n    }\n    else if (groundtruthType == WRAPPER_TYPES.json) {\n      JSONWrapper.loadGroundtruth(pathGt, \"id1\", \"id2\")\n    }\n    else {\n      CSVWrapper.loadGroundtruth(filePath = pathGt, header = true)\n    }\n  }\n  val gtNum = groundtruth.count()\n\n  if (dataset2 != null) {\n    val realIdId1 = sc.broadcast(dataset1.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    val realIdId2 = sc.broadcast(dataset2.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    log.info(\"SPARKER - Start to generate the new groundtruth\")\n    newGT = groundtruth.map { g =>\n      val first = realIdId1.value.get(g.firstEntityID)\n      val second = realIdId2.value.get(g.secondEntityID)\n      if (first.isDefined && second.isDefined) {\n        (first.get, second.get)\n      }\n      else {\n        (-1L, -1L)\n      }\n    }.filter(_._1 >= 0)\n    realIdId1.unpersist()\n    realIdId2.unpersist()\n  }\n  else {\n    val realIdId1 = sc.broadcast(dataset1.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    log.info(\"SPARKER - Start to generate the new groundtruth\")\n    newGT = groundtruth.map { g =>\n      val first = realIdId1.value.get(g.firstEntityID)\n      val second = realIdId1.value.get(g.secondEntityID)\n      if (first.isDefined && second.isDefined) {\n        (first.get, second.get)\n      }\n      else {\n        (-1L, -1L)\n      }\n    }.filter(_._1 >= 0)\n    realIdId1.unpersist()\n  }\n\n  newGTSize = newGT.count()\n  log.info(\"SPARKER - Generation completed\")\n  log.info(\"SPARKER - Number of elements in the new groundtruth \" + newGTSize)\n  groundtruth.unpersist()\n  val gtTime = Calendar.getInstance()\n  log.info(\"SPARKER - Time to generate the new groundtruth \" + msToMin(gtTime.getTimeInMillis - ssGtTime.getTimeInMillis) + \" min\")\n}\n\n\nlog.info(\"SPARKER - Tokenization\")\nval data = profiles.map(x => (x.id, x.attributes.map(_.value).mkString(\" \")))\ndata.cache()\ndata.count()\n\nval sTokenTime = Calendar.getInstance()\nval tokenizedData = PrefixDataBuilder.prepareAllTokens(data, Tokenizer.Word)\ntokenizedData.cache()\ntokenizedData.count()\nval eTokenTime = Calendar.getInstance()\nlog.info(\"SPARKER - Tokenization time \" + msToMin(eTokenTime.getTimeInMillis - sTokenTime.getTimeInMillis))\ndata.unpersist()\n\n\nthresholds.foreach { threshold =>\n  log.info(\"SPARKER - Threshold \" + threshold)\n  val startLshTime = Calendar.getInstance()\n  val lshBlocks = LSHMio.createBlocks(profiles, numHashes = hashNum, targetThreshold = threshold, separatorID = separatorID)\n  lshBlocks.cache()\n  val numBlocks = lshBlocks.count()\n  log.info(\"SPARKER - Numero blocchi \" + numBlocks)\n  val endLshTime = Calendar.getInstance()\n  log.info(\"SPARKER - LSH time \" + msToMin(endLshTime.getTimeInMillis - startLshTime.getTimeInMillis))\n\n  val lshCandidates = lshBlocks.flatMap(_.getAllPairs()).distinct()\n  lshCandidates.cache()\n  val numLshCandidates = lshCandidates.count()\n  lshBlocks.unpersist()\n  log.info(\"SPARKER - Num LSH Candidates \" + numLshCandidates)\n  val pcPqLSH = ER.estimantePCPQ(newGT, lshCandidates)\n  log.info(\"SPARKER - LSH PC \" + pcPqLSH._1)\n  log.info(\"SPARKER - LSH PQ \" + pcPqLSH._2)\n  lshCandidates.unpersist()\n\n  val sPPTime = Calendar.getInstance()\n  val ppJoinCandidates = PPJoin.rddJoinVerifyADBalanced(tokenizedData, separatorID, threshold)\n  ppJoinCandidates.cache()\n  val numPPJoinCandidates = ppJoinCandidates.count()\n  val ePPTime = Calendar.getInstance()\n  log.info(\"SPARKER - Num ppjoin candidates \" + numPPJoinCandidates)\n  log.info(\"SPARKER - PPJOIN time \" + msToMin(ePPTime.getTimeInMillis - sPPTime.getTimeInMillis))\n  val pcPqPP = ER.estimantePCPQ(newGT, ppJoinCandidates.map(x => (x._1._1, x._2._1)))\n  log.info(\"SPARKER - PPJOIN PC \" + pcPqPP._1)\n  log.info(\"SPARKER - PPJOIN PQ \" + pcPqPP._2)\n  ppJoinCandidates.unpersist()\n\n\n  val sERTime = Calendar.getInstance()\n  val ERJoinCandidates = ERJoin.rddJoinVerifyBalanced(tokenizedData, separatorID, threshold)\n  ERJoinCandidates.cache()\n  val numERJoinCandidates = ERJoinCandidates.count()\n  val eERTime = Calendar.getInstance()\n  log.info(\"SPARKER - Num ppjoin candidates \" + numERJoinCandidates)\n  log.info(\"SPARKER - ERJOIN time \" + msToMin(eERTime.getTimeInMillis - sERTime.getTimeInMillis))\n  val pcPqER = ER.estimantePCPQ(newGT, ERJoinCandidates)\n  log.info(\"SPARKER - ERJOIN PC \" + pcPqER._1)\n  log.info(\"SPARKER - ERJOIN PQ \" + pcPqER._2)\n  ppJoinCandidates.unpersist()\n}\n\n  val endTime = Calendar.getInstance()\n  log.info(\"SPARKER - Total execution time \" + msToMin(endTime.getTimeInMillis - startTime.getTimeInMillis))"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/SimJoins\/JoinChain.scala","text":"package RulER.SimJoins\n\nimport java.util.Calendar\n\nimport RulER.Commons.DataVerificator\nimport RulER.DataStructure.CommonClasses.{tokenized, tokensED, tokensJs}\nimport RulER.DataStructure.ThresholdTypes\nimport org.apache.log4j.LogManager\nimport org.apache.spark.rdd.RDD\n\nobject JoinChain {\n\n  def getMatches(tokenizedProfiles: RDD[(Long, Map[String, Map[String, tokenized]])],\n                 conditionsOR: List[Map[String, (Double, String)]],\n                 qgramLength: Int = 2): RDD[(Long, Long)] = {\n\n    val log = LogManager.getRootLogger\n\n    val s1 = Calendar.getInstance().getTimeInMillis\n    val orRes = conditionsOR.map { andBlock =>\n      val candidatesAnd = andBlock.map { case (attribute, (threshold, thresholdType)) =>\n        if (thresholdType == ThresholdTypes.JS) {\n          val p = tokenizedProfiles.map { case (profileID, data) => (profileID, data(thresholdType)(attribute).asInstanceOf[tokensJs].tokens) }\n          PPJoin.getCandidates2(p, threshold)\n        }\n        else {\n          val p = tokenizedProfiles.map { case (profileID, data) => (profileID, data(thresholdType)(attribute).asInstanceOf[tokensED].qgrams) }\n          EDJoin.getCandidates2(p, qgramLength, threshold.toInt)\n        }\n      }\n      candidatesAnd.reduce((x, y) => x.intersection(y))\n    }\n    val candidates = orRes.reduce((x, y) => x.union(y)).distinct()\n    candidates.cache()\n    val nc = candidates.count()\n    val s2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] RuleChain join time \" + (s2 - s1) \/ 1000.0 \/ 60.0)\n    log.info(\"[GraphJoin] Num candidates \" + nc)\n\n    val docTokens = tokenizedProfiles.context.broadcast(tokenizedProfiles.collectAsMap())\n\n    val verified = DataVerificator.verify(candidates, docTokens, conditionsOR)\n    verified.cache()\n    val nm = verified.count()\n    val s3 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] RuleChain verify time \" + (s3 - s2) \/ 1000.0 \/ 60.0)\n    log.info(\"[GraphJoin] Num matches \" + nm)\n    docTokens.unpersist()\n\n    verified\n  }\n\n  def getMatchesVernica(tokenizedProfiles: RDD[(Long, Map[String, Map[String, tokenized]])],\n                        conditionsOR: List[Map[String, (Double, String)]],\n                        qgramLength: Int = 2): RDD[(Long, Long)] = {\n\n    val log = LogManager.getRootLogger\n\n    val s1 = Calendar.getInstance().getTimeInMillis\n    val orRes = conditionsOR.map { andBlock =>\n      val candidatesAnd = andBlock.map { case (attribute, (threshold, thresholdType)) =>\n        if (thresholdType == ThresholdTypes.JS) {\n          val p = tokenizedProfiles.map { case (profileID, data) => (profileID, data(thresholdType)(attribute).asInstanceOf[tokensJs].tokens) }\n          PPJoin2.getCandidates(p, threshold)\n        }\n        else {\n          val p = tokenizedProfiles.map { case (profileID, data) => (profileID, data(thresholdType)(attribute).asInstanceOf[tokensED].qgrams) }\n          EDJoin.getCandidates2(p, qgramLength, threshold.toInt)\n        }\n      }\n      candidatesAnd.reduce((x, y) => x.intersection(y))\n    }\n    val candidates = orRes.reduce((x, y) => x.union(y)).distinct()\n    candidates.cache()\n    val nc = candidates.count()\n    val s2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] RuleChain join time \" + (s2 - s1) \/ 1000.0 \/ 60.0)\n    log.info(\"[GraphJoin] Num candidates \" + nc)\n\n    val docTokens = tokenizedProfiles.context.broadcast(tokenizedProfiles.collectAsMap())\n\n    val verified = DataVerificator.verify(candidates, docTokens, conditionsOR)\n    verified.cache()\n    val nm = verified.count()\n    val s3 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] RuleChain verify time \" + (s3 - s2) \/ 1000.0 \/ 60.0)\n    log.info(\"[GraphJoin] Num matches \" + nm)\n    docTokens.unpersist()\n\n    verified\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/resources\/FSJoinScript.scala","text":"import java.util.Calendar\n\nimport utils.Tokenizer\nimport DataPreparation.PrefixDataBuilder\nimport JoinEngine.TTJoin\nimport VerifyFunctions.JaccardOrdered\nimport org.apache.log4j._\nimport org.apache.spark.SparkContext\n\n\nval dataPath = \"\/marconi_work\/EOI_simonini_0\/SimJoin\/datasets\/mail\/emails.txt\"\nval logPath = \"\/marconi\/home\/userexternal\/lgaglia1\/logs\/ttjoin.txt\"\nval threshold = 0.9\n\n\/\/FSJoinFinal.FSJoin(dataPath, threshold, logPath)\n\nval sc = SparkContext.getOrCreate()\n\nval log: Logger = LogManager.getRootLogger\nlog.setLevel(Level.INFO)\nval layout = new SimpleLayout()\nval appender = new FileAppender(layout, logPath, false)\nlog.addAppender(appender)\n\nval startTime = Calendar.getInstance()\n\nlog.info(\"SPARKER - SOGLIA \"+threshold)\n\nval t1 = Calendar.getInstance()\nval documents = FSJoin.loadData(dataPath)\ndocuments.cache()\ndocuments.count()\nval t2 = Calendar.getInstance()\nlog.info(\"SPARKER - DOCUMENTI CARICATI \" + FSJoin.msToMin(t2.getTimeInMillis - t1.getTimeInMillis))\n\nval tokenizedData = PrefixDataBuilder.prepareAllTokens(documents, Tokenizer.Word)\ntokenizedData.cache()\ntokenizedData.count()\ndocuments.unpersist()\nval t3 = Calendar.getInstance()\nlog.info(\"SPARKER - DOCUMENTI TOKENIZZATI \" + FSJoin.msToMin(t3.getTimeInMillis - t2.getTimeInMillis))\n\n\nval verified = TTJoin.joinAllTokensVerifyBalancing(tokenizedData, threshold)(JaccardOrdered.verify)\nval verifiedNum = verified.count()\nval t4 = Calendar.getInstance()\nlog.info(\"SPARKER - NUMERO ELEMENTI MANTENUTI \" + verifiedNum)\n\nval endTime = Calendar.getInstance()\n\nlog.info(\"SPARKER - Total execution time \" + FSJoin.msToMin(endTime.getTimeInMillis - startTime.getTimeInMillis))\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/SimJoins\/PpEdJoin.scala","text":"<filename>simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/SimJoins\/PpEdJoin.scala<gh_stars>0\npackage SimJoins.SimJoinsSingleNode.SimJoins\n\nimport java.io.PrintWriter\nimport java.util.Calendar\n\nimport SimJoins.DataStructure.Profile\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions\nimport SimJoins.SimJoinsSingleNode.Experiments.MainAllAnd.algTypes\n\n\/**\n  * Combinazione PPJoin + EDJoin\n  **\/\nobject PpEdJoin {\n\n  \/** Contiene i risultati dell'esecuzione del PPJoin\/EDJoin *\/\n  case class Results(algType: String, candidates: List[(Long, Long)], threshold: Double, EDJoinDocumentMap: Map[Long, String] = Map.empty[Long, String], PPJoinDocumentMap: Map[Long, Array[Int]] = Map.empty[Long, Array[Int]], tIndex: Long, tJoin: Long)\n\n\n  \/** Verifica con PPJOIN\/EDJOIN un set di condizioni in AND tra loro *\/\n  def getCandidatesAND(profiles: List[Profile], conditions: Map[String, (Double, String)], log: PrintWriter, qgramsLen: Int): (Array[Results], List[(Long, Long)], Long, Long) = {\n    \/** Contiene i set di risultati di ogni singola condizione *\/\n    var candidates: List[(Long, Long)] = Nil\n    \/** Esegue tutte le condizioni nell'elenco *\/\n    val data = conditions.map { case (attribute, (threshold, thresholdType)) =>\n      log.println(\"[EPP] Algoritmo \" + thresholdType + \", soglia \" + threshold + \", attributo \" + attribute)\n      if (thresholdType == GraphJoinAND.thresholdTypes.JS) {\n        val tmp = PPJoin.getCandidates(CommonFunctions.extractField(profiles, attribute), threshold, log)\n        Results(algTypes.ppJoin, tmp._2, threshold, PPJoinDocumentMap = tmp._1, tIndex = tmp._3, tJoin = tmp._4)\n      }\n      else {\n        val tmp = EDJoin.getCandidates(CommonFunctions.extractField(profiles, attribute), qgramsLen, threshold.toInt, log)\n        Results(algTypes.editDistance, tmp._2, threshold, EDJoinDocumentMap = tmp._1, tIndex = tmp._3, tJoin = tmp._4)\n      }\n    }.toArray\n\n    \/** Interseca i risultati di ogni condizione *\/\n    data.foreach { result =>\n      if (candidates == Nil) {\n        candidates = result.candidates\n      }\n      else {\n        candidates = candidates.intersect(result.candidates)\n      }\n    }\n\n    val totTIndex = data.map(r => r.tIndex).sum\n    val totTJoin = data.map(r => r.tJoin).sum\n\n    (data, candidates, totTIndex, totTJoin)\n  }\n\n  \/**\n    * Controlla un set di condizioni in AND per due documenti\n    **\/\n  def checkAndCondition(doc1Id: Long, doc2Id: Long, data: Array[Results]): Boolean = {\n    var pass = true\n    var i = 0\n    while (pass && i < data.length) {\n      if (data(i).algType == algTypes.ppJoin) {\n        val d1 = data(i).PPJoinDocumentMap.get(doc1Id)\n        val d2 = data(i).PPJoinDocumentMap.get(doc2Id)\n        pass = false\n        if (d1.isDefined && d2.isDefined) {\n          val doc1 = d1.get\n          val doc2 = d2.get\n          val common = doc1.intersect(doc2).length\n          pass = (common.toDouble \/ (doc1.length + doc2.length - common)) >= data(i).threshold\n        }\n      }\n      else {\n        pass = CommonEdFunctions.editDist(data(i).EDJoinDocumentMap(doc1Id), data(i).EDJoinDocumentMap(doc2Id)) <= data(i).threshold\n      }\n      i += 1\n    }\n    pass\n  }\n\n  \/**\n    * Esegue le condizioni utilizzando PPJoin ed EDJoin e intersecando i risultati dei due\n    **\/\n  def getMatchesAndOr(profiles: List[Profile], conditions: List[Map[String, (Double, String)]], log: PrintWriter, qgramsLen: Int = 2): List[(Long, Long)] = {\n    \/** Esegue il set di condizioni in AND tra di loro *\/\n    val res = for (i <- conditions.indices) yield {\n      getCandidatesAND(profiles, conditions(i), log, qgramsLen)\n    }\n\n    val tTotIndex = res.map(_._3).sum\n    val tTotJoin = res.map(_._4).sum\n\n    \/** Unisce i candidati per le varie condizioni in AND *\/\n    val candidates = res.map(_._2).reduce((l1, l2) => l1.union(l2)).distinct\n\n    \/** Contiene i dati per eseguire la verifica (documenti tokenizzati) *\/\n    val data = res.map(_._1)\n\n    \/** Verifica che almeno una delle condizioni AND sia passata *\/\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val results = candidates.filter { case (doc1Id, doc2Id) =>\n      var continue = true\n      val it = data.iterator\n      while (it.hasNext && continue) {\n        val passAnd = checkAndCondition(doc1Id, doc2Id, it.next())\n        continue = !passAnd\n      }\n      !continue\n    }\n    val t2 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[PpEdJoin] Tempo di indicizzazione \" + tTotIndex)\n    log.println(\"[PpEdJoin] Tempo di join \" + tTotJoin)\n    log.println(\"[PpEdJoin] Tempo di verifica\" + (t2 - t1))\n\n    log.println(\"[PpEdJoin] STAT: \" + tTotIndex + \",\" + tTotJoin + \",\" + (t2 - t1))\n\n    results\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/Commons\/CommonFunctions.scala","text":"package SimJoins.Spark.Commons\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{Row, SparkSession}\n\nimport SimJoins.DataStructure.{KeyValue, Profile}\n\nimport scala.collection.mutable\n\nobject CommonFunctions {\n\n  def extractField(profiles: RDD[Profile], fieldName: String): RDD[(Long, String)] = {\n    profiles.map { profile =>\n      (profile.id, profile.attributes.filter(_.key == fieldName).map(_.value).mkString(\" \").toLowerCase)\n    }.filter(!_._2.trim.isEmpty)\n  }\n\n  \/**\n    * Given a row return the list of attributes\n    *\n    * @param columnNames names of the dataframe columns\n    * @param row         single dataframe row\n    **\/\n  def rowToAttributes(columnNames: Array[String], row: Row, explodeInnerFields: Boolean = false, innerSeparator: String = \",\"): mutable.MutableList[KeyValue] = {\n    val attributes: mutable.MutableList[KeyValue] = new mutable.MutableList()\n    for (i <- 0 until row.size) {\n      try {\n        val value = row(i)\n        val attributeKey = columnNames(i)\n\n        if (value != null) {\n          value match {\n            case listOfAttributes: Iterable[Any] =>\n              listOfAttributes map {\n                attributeValue =>\n                  attributes += KeyValue(attributeKey, attributeValue.toString)\n              }\n            case stringAttribute: String =>\n              if (explodeInnerFields) {\n                stringAttribute.split(innerSeparator) map {\n                  attributeValue =>\n                    attributes += KeyValue(attributeKey, attributeValue)\n                }\n              }\n              else {\n                attributes += KeyValue(attributeKey, stringAttribute)\n              }\n            case singleAttribute =>\n              attributes += KeyValue(attributeKey, singleAttribute.toString)\n          }\n        }\n      }\n      catch {\n        case e: Throwable => println(e)\n      }\n    }\n    attributes\n  }\n\n\n  def loadProfiles(filePath: String, startIDFrom: Long = 0, separator: String = \",\", header: Boolean = false,\n                   explodeInnerFields: Boolean = false, innerSeparator: String = \",\", realIDField: String = \"\"): RDD[Profile] = {\n    val sparkSession = SparkSession.builder().getOrCreate()\n    val df = sparkSession.read.option(\"header\", header).option(\"sep\", separator).option(\"delimiter\", \"\\\"\").csv(filePath)\n    val columnNames = df.columns\n\n    df.rdd.map(row => rowToAttributes(columnNames, row, explodeInnerFields, innerSeparator)).zipWithIndex().map {\n      profile =>\n        val profileID = profile._2 + startIDFrom\n        val attributes = profile._1\n        val realID = {\n          if (realIDField.isEmpty) {\n            \"\"\n          }\n          else {\n            attributes.filter(_.key == realIDField).map(_.value).mkString(\"\").trim\n          }\n        }\n        Profile(profileID, attributes.filter(kv => kv.key != realIDField), realID)\n    }\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/MatchingRule.scala","text":"<gh_stars>0\npackage RulER.DataStructure\n\nimport scala.collection.mutable\n\ncase class MatchingRule(orRules: mutable.MutableList[List[Rule]] = new mutable.MutableList[List[Rule]]()) {\n  def addOrRule(r: List[Rule]):MatchingRule = {\n    orRules += r\n    this\n  }\n\n\n  def and(that: Rule): MatchingRule = {\n    println(\"chiama me\")\n    ???\n  }\n\n  def or(that: Rule): MatchingRule = {\n    ???\n  }\n\n  def and(that: MatchingRule): MatchingRule = {\n    ???\n  }\n\n  def or(that: MatchingRule): MatchingRule = {\n    ???\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/SimJoins\/PPJoin.scala","text":"<reponame>Stravanni\/ruler\npackage SimJoins.SimJoinsSingleNode.SimJoins\n\nimport java.io.PrintWriter\nimport java.util.Calendar\n\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.JS.CommonJsFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.JS.JsFilters\nimport SimJoins.DataStructure.{PrefixEntry, PrefixIndex, Profile}\n\nobject PPJoin {\n\n  def getMatchesMulti(profiles: List[Profile], attributesThresholds: Map[String, Double], log: PrintWriter): List[(Long, Long)] = {\n    val tokenizedAndCandidates = attributesThresholds.map { case (attribute, threshold) =>\n      log.println(\"Attribute: \" + attribute)\n      val docs = CommonFunctions.extractField(profiles, attribute)\n      (attribute, PPJoin.getCandidates(docs, threshold, log))\n    }\n\n    val tokenizedAttributes = tokenizedAndCandidates.map(x => (x._1, x._2._1))\n\n    val a = tokenizedAttributes.toList.flatMap(x => x._2.toList.map(y => (y._1, x._1, y._2)))\n    val docTokens = a.groupBy(_._1).map(x => (x._1, x._2.map(y => (y._2, y._3)).toMap))\n\n    val candidates = tokenizedAndCandidates.map(_._2._2).reduce((c1, c2) => c1.intersect(c2))\n\n    log.println(\"Candidati finali \" + candidates.length)\n\n\n    def check(doc1: Array[Int], doc2: Array[Int], threshold: Double): Boolean = {\n      val common = doc1.intersect(doc2).length\n      (common.toDouble \/ (doc1.length + doc2.length - common)) >= threshold\n    }\n\n\n    val pairs = candidates.filter { case (doc1, doc2) =>\n      val d1 = docTokens.get(doc1)\n      val d2 = docTokens.get(doc2)\n      var pass = true\n      if (d1.isDefined && d2.isDefined) {\n        val docs1 = d1.get\n        val docs2 = d2.get\n        val it = attributesThresholds.iterator\n        while (it.hasNext && pass) {\n          val (attribute, threshold) = it.next()\n          pass = check(docs1(attribute), docs2(attribute), threshold)\n        }\n      }\n      else {\n        pass = false\n      }\n      pass\n    }\n\n    \/*val finalResults = matches.reduce((l1, l2) => l1.intersect(l2))\n    log.println(\"Numero di record finali \"+finalResults.length)*\/\n    log.flush()\n    pairs\n  }\n\n  def getCandidates(documents: List[(Long, String)], threshold: Double, log: PrintWriter): (Map[Long, Array[Int]], List[(Long, Long)], Long, Long) = {\n\n    val tokenizedDocSort = CommonJsFunctions.tokenizeAndSort(documents).toMap\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val prefixIndex = CommonJsFunctions.buildPrefixIndex(tokenizedDocSort.toList, threshold)\n    val t2 = Calendar.getInstance().getTimeInMillis\n    val tPrefix = t2 - t1\n    log.println(\"[PPJOIN] Tempo creazione prefix index \" + (t2 - t1))\n\n\n    \/\/val candidates = new mutable.HashSet[(Long, Long)]\n    var candidates: List[(Long, Long)] = Nil\n    var comparisonNumbers = 0D\n\n    tokenizedDocSort.filter(_._2.length > 0).foreach { case (docId, tokens) =>\n      val docLen = tokens.length\n      for (i <- 0 until JsFilters.getPrefixLength(docLen, threshold)) {\n        val blockId = tokens(i)\n        val block = prefixIndex.get(blockId)\n        if (block.isDefined) {\n          val neighbors = block.get.filter(n => docId < n.docId && Math.min(docLen, n.docLen) >= Math.min(docLen, n.docLen) * threshold)\n          neighbors.foreach { neighbor =>\n            comparisonNumbers += 1\n            val commonTokens = CommonJsFunctions.getCommonPrefixElements(blockId, tokens, tokenizedDocSort(neighbor.docId), threshold)\n            if (commonTokens > 0 && JsFilters.positionFilter(docLen, neighbor.docLen, i + 1, neighbor.tokenPos, commonTokens, threshold)) {\n              candidates = (docId, neighbor.docId) :: candidates\n            }\n          }\n        }\n      }\n    }\n    val t3 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[PPJOIN] Tempo di join \" + (t3 - t2))\n    val tJoin = t3 - t2\n\n    log.println(\"[PPJOIN] Numero di volte che ha attivato il position filter \" + comparisonNumbers)\n    log.println(\"[PPJOIN] Numero di candidati \" + candidates.length)\n    log.flush()\n    (tokenizedDocSort, candidates, tPrefix, tJoin)\n  }\n\n  def getMatches(documents: List[(Long, String)], threshold: Double, log: PrintWriter): List[(Long, Long)] = {\n\n\n    val t1 = Calendar.getInstance()\n    val tokenizedDocSort = CommonJsFunctions.tokenizeAndSort(documents).toMap\n    val t2 = Calendar.getInstance()\n    log.println(\"[PPJoin] Tempo preprocessing (min) \" + CommonFunctions.msToMin(t2.getTimeInMillis - t1.getTimeInMillis))\n\n\n    val startTime = Calendar.getInstance()\n\n    val prefixIndex = new PrefixIndex()\n\n    \/\/val candidates = new mutable.HashSet[(Long, Long)]\n    var candidates: List[(Long, Long)] = Nil\n    var posFilterActivations: Double = 0\n\n    tokenizedDocSort.filter(_._2.length > 0).foreach { case (docId, tokens) =>\n      val docLen = tokens.length\n      for (i <- 0 until JsFilters.getPrefixLength(docLen, threshold)) {\n        val blockId = tokens(i)\n        val block = prefixIndex.getBlock(blockId)\n        if (block.isDefined) {\n          \/** Applica length filter *\/\n          val neighbours = block.get.filter(n => Math.min(docLen, n.docLen) >= Math.min(docLen, n.docLen) * threshold)\n          neighbours.foreach { neighbour =>\n            val commonTokens = CommonJsFunctions.getCommonPrefixElements(blockId, tokens, tokenizedDocSort(neighbour.docId), threshold)\n            posFilterActivations += 1\n\n            \/** Applica position filter *\/\n            if (commonTokens > 0 && JsFilters.positionFilter(docLen, neighbour.docLen, i + 1, neighbour.tokenPos, commonTokens, threshold)) {\n              if (docId < neighbour.docId) {\n                \/\/candidates.add((docId, neighbour.docId))\n                candidates = (docId, neighbour.docId) :: candidates\n              }\n              else {\n                candidates = (neighbour.docId, docId) :: candidates\n              }\n            }\n          }\n        }\n        prefixIndex.addElement(blockId, PrefixEntry(docId, i + 1, docLen))\n      }\n    }\n\n    val endCandTime = Calendar.getInstance()\n\n    log.println(\"[PPJoin] Numero attivazioni position filter \" + posFilterActivations)\n    log.println(\"[PPJoin] Tempo generazione candidati (no preprocessing) (min) \" + CommonFunctions.msToMin(endCandTime.getTimeInMillis - startTime.getTimeInMillis))\n    log.println(\"[PPJoin] Numero di coppie candidate \" + candidates.length)\n\n    val pairs = candidates.filter { case (doc1Id, doc2Id) =>\n      val d1 = tokenizedDocSort.get(doc1Id)\n      val d2 = tokenizedDocSort.get(doc2Id)\n      var result = false\n      if (d1.isDefined && d2.isDefined) {\n        val doc1 = d1.get\n        val doc2 = d2.get\n        val common = doc1.intersect(doc2).length\n        result = (common.toDouble \/ (doc1.length + doc2.length - common)) >= threshold\n      }\n      result\n    }\n\n    val endTime = Calendar.getInstance()\n\n    log.println(\"[PPJoin] Numero di coppie verificate \" + pairs.length)\n    log.println(\"[PPJoin] Tempo totale (min) \" + CommonFunctions.msToMin(endTime.getTimeInMillis - startTime.getTimeInMillis))\n\n    pairs\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Commons\/JS\/CommonJsFunctions.scala","text":"package SimJoins.SimJoinsSingleNode.Commons.JS\n\nimport SimJoins.DataStructure.PrefixEntry\n\nobject CommonJsFunctions {\n\n  \/**\n    * Data una stringa esegue la tokenizzazione\n    **\/\n  def tokenize(document: String): Set[String] = {\n    \/\/val stopWords = StopWordsRemover.loadDefaultStopWords(\"english\").map(_.toLowerCase)\n    document.split(\"[\\\\W_]\").map(_.trim.toLowerCase).filter(_.length > 0).toSet \/\/.filter(x => !stopWords.contains(x)).toSet\n  }\n\n  \/**\n    * Dati due array di token ordinati ritorna il numero di token che hanno in comune\n    **\/\n  def getCommonTokensNum(tokens1: Array[Long], tokens2: Array[Long]): Int = {\n    var result: Int = 0\n    var i: Int = 0\n    var j: Int = 0\n    while (i < tokens1.length && j < tokens2.length) {\n\n      if (tokens1(i) < tokens2(j)) {\n        i += 1\n      }\n      else if (tokens1(i) > tokens2(j)) {\n        j += 1\n      }\n      else {\n        result += 1\n        i += 1\n        j += 1\n      }\n\n    }\n    result\n  }\n\n  \/**\n    * Dati due documenti ritorna il numero di token che hanno in comune nel prefisso\n    **\/\n  def getCommonPrefixElements(tokenId: Long, d1: Array[Int], d2: Array[Int], threshold: Double): Int = {\n    var i = JsFilters.getPrefixLength(d1.length, threshold) - 1\n    var j = JsFilters.getPrefixLength(d2.length, threshold) - 1\n    var common = 0\n    while (i >= 0 && j >= 0 && common >= 0) {\n      if (d1(i) > d2(j)) {\n        i -= 1\n      }\n      else if (d1(i) < d2(j)) {\n        j -= 1\n      }\n      else if (common == 0 && d1(i) != tokenId) {\n        common = -1\n      }\n      else {\n        common += 1\n        i -= 1\n        j -= 1\n      }\n    }\n    common\n  }\n\n  def buildPrefixIndex(tokenizedDocSort: List[(Long, Array[Int])], threshold: Double): Map[Int, List[PrefixEntry]] = {\n    tokenizedDocSort.flatMap { case (docId, tokens) =>\n      val prefix = JsFilters.getPrefix(tokens, threshold)\n      prefix.zipWithIndex.map { case (token, position) =>\n        (token, PrefixEntry(docId, position, tokens.length))\n      }\n    }.groupBy(_._1).filter(_._2.length > 1).map(x => (x._1, x._2.map(_._2)))\n  }\n\n  def tokenizeAndSort(documents: List[(Long, String)]): List[(Long, Array[Int])] = {\n    val tf = calcTF(documents)\n    documents.map { case (docId, content) =>\n      (docId, tokenize(content).map(tf(_)).toArray.sorted)\n    }\n  }\n\n  def calcEntropy(values: List[(Long, Array[Int])]): Double = {\n    val tokens = values.flatMap(_._2)\n    val tokensNum = tokens.length.toDouble\n    val tokensProbabilities = tokens.groupBy(x => x).map(x => x._2.length).map { tokenFrequency =>\n      val p_i = tokenFrequency \/ tokensNum\n      p_i * (math.log10(p_i) \/ math.log10(2.0d))\n    }\n\n    val entropy = -tokensProbabilities.sum\n    entropy\n  }\n\n  def calcTF(documents: List[(Long, String)]): Map[String, Int] = {\n    val tokens = documents.flatMap(x => tokenize(x._2))\n    tokens.groupBy(x => x).map(g => (g._1, g._2.size)).toList.sortBy(_._2).zipWithIndex.map(x => (x._1._1, x._2)).toMap\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/SimJoins\/RulERJoin.scala","text":"package RulER.SimJoins\n\nimport java.util.Calendar\n\nimport RulER.Commons.{DataPreparator, DataVerificator}\nimport RulER.Commons.ED.CommonEdFunctions.commons\nimport RulER.Commons.ED.{CommonEdFunctions, EdFilters}\nimport RulER.Commons.JS.JsFilters\nimport RulER.DataStructure.{Profile, ThresholdTypes}\nimport RulER.DataStructure.CommonClasses._\nimport org.apache.log4j.LogManager\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.rdd.RDD\n\nobject RulERJoin {\n  \/**\n    * Esegue il calcolo per l'edit distance\n    **\/\n  def computeED(\n                 qgrams: Array[(Int, Int)],\n                 qgramLength: Int,\n                 threshold: Int,\n                 prefixes: Map[Int, Array[indexDocs]],\n                 docId: Long,\n                 cbs: Array[Int],\n                 neighbors: Array[(Long, Int)],\n                 numneighborsExt: Int,\n                 numExcludedExt: Int,\n                 excluded: Array[Int],\n                 pos: Array[Int],\n                 myPos: Array[Int],\n                 visited: Array[Boolean],\n                 separatorID: Long\n               ): (Int, Int, Int) = {\n    var numneighbors = numneighborsExt\n    var numExcluded = numExcludedExt\n    val prefixLen = EdFilters.getPrefixLen(qgramLength, threshold.toInt)\n    val docLen = qgrams.length\n    \/\/Prendo il suo prefisso, nel caso in cui sia troppo corto allora devo guardare anche il blocco speciale\n    val prefix = {\n      if (docLen < prefixLen) {\n        qgrams.union(commons.fixPrefix :: Nil)\n      }\n      else {\n        qgrams.take(prefixLen)\n      }\n    }\n    \/\/Per ogni elemento nel prefisso\n    for (i <- prefix.indices) {\n      val qgram = prefix(i)._1\n      val qgramPos = prefix(i)._2\n      \/\/Prendo il blocco relativo a quell'elemento (se esiste)\n      val block = prefixes.get(qgram)\n      if (block.isDefined) {\n\n\n        val validneighbors = block.get.map(i => i.asInstanceOf[indexED]).withFilter(n => docId < n.docId && cbs(n.docId.toInt) >= 0 && (separatorID < 0 || (docId <= separatorID && n.docId > separatorID)))\n\n        \/** Per ogni vicino valido *\/\n        validneighbors.foreach { neighbor =>\n          val nId = neighbor.docId.toInt\n\n          if (!visited(nId)) {\n            \/** Se il CBS \u00e8 0 \u00e8 la prima volta che lo trovo *\/\n            if (cbs(nId) == 0) {\n              \/** Essendo la prima volta che lo incontro lo testo con il length filter *\/\n              if (math.abs(docLen - neighbor.docLength) <= threshold) {\n                \/** Lo posso aggiungere solo se le loro posizioni non sono distanti pi\u00f9 della soglia\n                  * altrimenti non posso dire niente. Non lo posso escludere ancora per\u00f2,\n                  * perch\u00e9 potrebbero avere una posizione abbastanza vicina in qualche altro blocco.\n                  * *\/\n                if (math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n                  neighbors.update(numneighbors, (nId, 0))\n                  numneighbors += 1\n                }\n              }\n              else {\n                \/** Se non lo passa lo droppo *\/\n                cbs.update(nId, -1)\n                excluded.update(numExcluded, nId)\n                numExcluded += 1\n              }\n            }\n\n            \/**\n              * Devo verificare che sia valido, potrei averlo annullato con il length filter\n              * Inoltre perch\u00e9 sia valido, oltre ad appartenere allo stesso blocco, deve anche essere\n              * sufficientemente vicino (positional filter).\n              **\/\n            if (cbs(nId) >= 0 && math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n              \/** Metto a +1 le volte in cui l'ho visto (alla fine ottengo i q-grammi comuni nel prefisso) *\/\n              cbs.update(nId, cbs(nId) + 1)\n\n              \/** Salvo l'ultima posizione in cui l'ho visto *\/\n              if (pos(nId) < neighbor.sortedPos) {\n                pos.update(nId, neighbor.sortedPos)\n              }\n\n              \/** Salvo la mia posizione in cui l'ho visto (di sicuro \u00e8 sempre l'ultima) *\/\n              myPos.update(nId, i + 1)\n            }\n          }\n        }\n      }\n    }\n    (docLen, numneighbors, numExcluded)\n  }\n\n  \/**\n    * Esegue il calcolo per la Jaccard Similarity\n    **\/\n  def computeJS(tokens: Array[Long],\n                threshold: Double,\n                prefixes: Map[Int, Array[indexDocs]],\n                docId: Int,\n                cbs: Array[Int],\n                neighbors: Array[(Long, Int)],\n                numneighborsCur: Int,\n                numExcludedCur: Int,\n                excluded: Array[Int],\n                pos: Array[Int],\n                myPos: Array[Int],\n                visited: Array[Boolean],\n                separatorID: Long\n               ): (Int, Int, Int) = {\n    var numneighbors = numneighborsCur\n    var numExcluded = numExcludedCur\n    \/** Calcola la lunghezza dell'attributo (numero di token) *\/\n    val docLen = tokens.length\n    \/** Legge il prefix-index per questo attributo *\/\n    val prefixLen = JsFilters.getPrefixLength(docLen, threshold)\n\n    \/** Per ogni token all'interno del prefisso *\/\n    for (i <- 0 until prefixLen) {\n      \/** Legge dall'indice (se esiste) il blocco corrispondente a questo token *\/\n      val block = prefixes.get(tokens(i).toInt)\n      if (block.isDefined) {\n        \/**\n          * Prende i vicini che:\n          *  - Hanno Id < del documento attuale (evito duplicati)\n          *  - Sono ancora validi, ossia hanno passato uno step precedente cbs >= 0\n          **\/\n        val validneighbors = block.get.map(i => i.asInstanceOf[indexJS]).withFilter(n => docId < n.docId && cbs(n.docId.toInt) >= 0 && (separatorID < 0 || (docId <= separatorID && n.docId > separatorID)))\n\n        \/** Per ogni vicino *\/\n        validneighbors.foreach { neighbor =>\n\n          val nId = neighbor.docId.toInt\n\n\n          if (!visited(nId)) {\n\n            \/** Se il CBS \u00e8 0 \u00e8 la prima volta che lo trovo *\/\n            if (cbs(nId) == 0) {\n              \/** Essendo la prima volta che lo incontro lo testo con il length filter *\/\n              if (Math.min(docLen, neighbor.docLen) >= Math.min(docLen, neighbor.docLen) * threshold) {\n                neighbors.update(numneighbors, (nId, neighbor.docLen))\n                numneighbors += 1\n              }\n              else {\n                \/** Se non lo passa lo droppo *\/\n                cbs.update(nId, -1)\n                excluded.update(numExcluded, nId)\n                numExcluded += 1\n              }\n            }\n\n            \/**\n              * Devo verificare che sia valido, potrei averlo annullato con il length filter\n              **\/\n            if (cbs(nId) >= 0) {\n              \/** Salvo l'ultima posizione in cui l'ho visto *\/\n              if (pos(nId) < neighbor.tokenPos) {\n                pos.update(nId, neighbor.tokenPos)\n              }\n\n              \/** Salvo la mia posizione in cui l'ho visto (di sicuro \u00e8 sempre l'ultima) *\/\n              myPos.update(nId, i + 1)\n\n              \/** Metto a +1 le volte in cui l'ho visto (alla fine ottengo i token comuni nel prefisso) *\/\n              cbs.update(nId, cbs(nId) + 1)\n            }\n          }\n        }\n      }\n    }\n\n    (docLen, numneighbors, numExcluded)\n  }\n\n  \/** Crea i prefix index *\/\n  def buildPrefixIndexes(tokenizedProfiles: RDD[(Long, Map[String, Map[String, tokenized]])],\n                         conditionsPerAttribute: Map[String, Map[String, Set[Double]]],\n                         qgramLength: Int): Map[(String, String, Double), Map[Int, Array[indexDocs]]] = {\n    \/* Per ogni profilo *\/\n    val partIndex = tokenizedProfiles.flatMap { case (profileID, conditionsMap) =>\n      \/* Per ogni tipologia di condizione (ED, JS) *\/\n      conditionsMap.flatMap { case (conditionType, tokensPerAttribute) =>\n        \/* Per ogni attributo su cui vi \u00e8 una condizione *\/\n        tokensPerAttribute.flatMap { case (attribute, tokens) =>\n          \/*  Per ognuna delle soglie specificate*\/\n          val thresholds = conditionsPerAttribute(attribute)(conditionType)\n          \/* Genera i dati che servono nel prefix index *\/\n          thresholds.flatMap { threshold =>\n            if (conditionType == ThresholdTypes.JS) {\n              val tokensJs = tokens.asInstanceOf[tokensJs].tokens\n              val prefix = JsFilters.getPrefix(tokensJs, threshold)\n              val el: Array[((String, String, Double, Int), indexDocs)] = prefix.zipWithIndex.map { case (token, pos) =>\n                ((conditionType, attribute, threshold, token.toInt), indexJS(profileID, pos + 1, tokensJs.length))\n              }\n              el\n            }\n            else {\n              val qgrams = tokens.asInstanceOf[tokensED].qgrams\n              val prefixLen = EdFilters.getPrefixLen(qgramLength, threshold.toInt)\n              val prefix = {\n                if (qgrams.length < prefixLen) {\n                  qgrams.union(commons.fixPrefix :: Nil)\n                }\n                else {\n                  qgrams.take(prefixLen)\n                }\n              }\n              val el: Array[((String, String, Double, Int), indexDocs)] = prefix.zipWithIndex.map { case (qgram, index) =>\n                ((conditionType, attribute, threshold, qgram._1), indexED(profileID, qgrams.length, qgram._2, index))\n              }\n              el\n            }\n          }\n        }\n      }\n    }\n\n    \/* Genera i blocchi *\/\n    val nonEmptyBlocks = partIndex.groupByKey().filter(_._2.size > 1).map(g => (g._1, g._2.toArray))\n\n    \/** Genera una mappa che data tipo soglia, attributo, soglia ritorna il prefix index *\/\n    val prefixIndexes = nonEmptyBlocks.collect().map { case ((thresholdType, attribute, threshold, blockID), block) =>\n      ((thresholdType, attribute, threshold), (blockID, block))\n    }.groupBy(_._1).map(x => (x._1, x._2.map(_._2).toMap))\n\n    prefixIndexes\n  }\n\n\n  \/**\n    * Ritorna l'elenco di coppie candidate a superare tutte le condizioni\n    **\/\n  def getCandidates(tokenizedProfiles: RDD[(Long, Map[String, Map[String, tokenized]])],\n                    conditionsOR: List[Map[String, (Double, String)]],\n                    prefixIndexes: Broadcast[Map[(String, String, Double), Map[Int, Array[indexDocs]]]],\n                    docTokens: Broadcast[scala.collection.Map[Long, Map[String, Map[String, tokenized]]]],\n                    maxId: Int,\n                    qgramLength: Int,\n                    separatorID: Long): RDD[(Long, Long)] = {\n    tokenizedProfiles.mapPartitions { part =>\n\n      \/** Elenco di candidati *\/\n      var candidates: List[(Long, Long)] = Nil\n\n      \/** --------------------- VARIABILI PER ESEGUIRE L'OR ------------------------ *\/\n\n      \/** Nel processo di OR indica i vicini che sono gi\u00e0 stati visti *\/\n      val visited = Array.fill[Boolean](maxId) {\n        false\n      }\n      \/** Numero di record emessi per ogni profilo *\/\n      var numEmitted = 0\n      \/** Record emessi per ogni profilo, serve per evitarne la computazione quando si fanno le condizioni di AND *\/\n      val emitted = Array.ofDim[Int](maxId)\n\n      \/** --------------------- VARIABILI PER ESEGUIRE L'AND ------------------------ *\/\n\n      \/** Lunghezza documento (usato nella JS) *\/\n      var docLen = 0\n      \/** Numero record esclusi *\/\n      var numExcluded = 0\n      \/** Record esclusi *\/\n      val excluded: Array[Int] = Array.ofDim(maxId)\n      \/** Record vicini *\/\n      val neighbors = Array.ofDim[(Long, Int)](maxId)\n      \/** Posizione in cui il record esterno ha matchato con un vicino *\/\n      val myPos = Array.ofDim[Int](maxId)\n      \/** Posizione in cui ho trovato il vicino *\/\n      val pos = Array.ofDim[Int](maxId)\n      \/** Numero di blocchi in comune con un certo vicino, in pratica \u00e8 il numero di token *\/\n      val cbs = Array.fill[Int](maxId) {\n        0\n      }\n      \/** Serve ad indicare che si sta eseguendo la prima condizione *\/\n      var isFirst = true\n      \/** Numero di vicini *\/\n      var numneighbors = 0\n      \/** Primi vicini validi trovati alla prima condizione *\/\n      val firstneighbors = Array.ofDim[Int](maxId)\n      \/** Numero dei primi vicini validi trovati *\/\n      var firstneighborsNum = 0\n\n      part.foreach { case (docId, attributesTokens) =>\n\n        \/** Per ogni set di condizioni in OR tra di loro *\/\n        conditionsOR.foreach { conditionsAND =>\n\n          \/** Segno che \u00e8 la prima condizione tra quelle in AND che viene eseguita *\/\n          isFirst = true\n\n          \/** Per ogni condizione in questo blocco AND calcolo i vicini validi *\/\n          conditionsAND.foreach { case (attribute, (threshold, thresholdType)) =>\n\n            \/** Controllo che il record corrente abbia l'attributo su cui applicare la condizione e ottengo i token *\/\n            val attributeIndex = attributesTokens.get(thresholdType)\n\n            if (attributeIndex.isDefined) {\n              val tokenIndex = attributeIndex.get.get(attribute)\n              if (tokenIndex.isDefined) {\n                val tokens = tokenIndex.get\n\n                \/** Calcola la Jaccard Similarity, vuole dire che la condizione da applicare \u00e8 una JS *\/\n                if (thresholdType == ThresholdTypes.JS) {\n                  computeJS(\n                    tokens.asInstanceOf[tokensJs].tokens,\n                    threshold,\n                    prefixIndexes.value((thresholdType, attribute, threshold)),\n                    docId.toInt,\n                    cbs,\n                    neighbors,\n                    numneighbors,\n                    numExcluded,\n                    excluded,\n                    pos,\n                    myPos,\n                    visited,\n                    separatorID\n                  )\n                  match {\n                    case (dLen, nneighbors, nExcl) =>\n                      docLen = dLen\n                      numneighbors = nneighbors\n                      numExcluded = nExcl\n                  }\n                }\n\n                \/** Calcola l'Edit Distance *\/\n                else {\n                  computeED(\n                    tokens.asInstanceOf[tokensED].qgrams,\n                    qgramLength,\n                    threshold.toInt,\n                    prefixIndexes.value((thresholdType, attribute, threshold)),\n                    docId,\n                    cbs,\n                    neighbors,\n                    numneighbors,\n                    numExcluded,\n                    excluded,\n                    pos,\n                    myPos,\n                    visited,\n                    separatorID\n                  )\n                  match {\n                    case (dLen, nneighbors, nExcl) =>\n                      docLen = dLen\n                      numneighbors = nneighbors\n                      numExcluded = nExcl\n                  }\n                }\n\n\n                \/**\n                  * Se alla fine del processo ci sono dei vicini che erano nel primo attributo che non sono stati trovati\n                  * in questo attributo, devono essere annullati.\n                  * Se non sono stati trovati hanno il cbs a 0\n                  **\/\n                for (i <- 0 until firstneighborsNum if cbs(firstneighbors(i)) == 0) {\n                  cbs.update(firstneighbors(i), -1)\n                  excluded.update(numExcluded, firstneighbors(i))\n                  numExcluded += 1\n                }\n\n                \/** Scorre i vicini validi *\/\n                for (i <- 0 until numneighbors) {\n                  val nId = neighbors(i)._1.toInt\n                  if (thresholdType == ThresholdTypes.JS) {\n                    \/** Li testa con il position filter, se lo passano li aggiunge tra quelli mantenuti, altrimenti li droppa *\/\n                    if (JsFilters.positionFilter(docLen, neighbors(i)._2, myPos(nId), pos(nId), cbs(nId), threshold)) {\n                      \/** Lo mantengo, l'aggiunta a fistneighbors la fa solo il primo attributo, gli altri non ha senso che la facciano,\n                        * al massimo rimuovono! Quindi questi poi li verificher\u00f2 alla fine che non abbiano il cbs settato a -1 *\/\n                      if (isFirst) {\n                        firstneighbors.update(firstneighborsNum, nId)\n                        firstneighborsNum += 1\n                      }\n                      cbs.update(nId, 0)\n                    }\n                    else {\n                      \/** Droppo il vicino *\/\n                      cbs.update(nId, -1)\n                      excluded.update(numExcluded, nId)\n                      numExcluded += 1\n                    }\n                  }\n                  else {\n                    if (docTokens.value.contains(nId) && EdFilters.commonFilterAfterPrefix(tokens.asInstanceOf[tokensED].qgrams, docTokens.value(nId)(ThresholdTypes.ED)(attribute).asInstanceOf[tokensED].qgrams, qgramLength, threshold.toInt, cbs(nId), myPos(nId), pos(nId))) {\n                      \/** Lo mantengo, l'aggiunta a fistneighbors la fa solo il primo attributo, gli altri non ha senso che la facciano,\n                        * al massimo rimuovono! Quindi questi poi li verificher\u00f2 alla fine che non abbiano il cbs settato a -1 *\/\n                      if (isFirst) {\n                        firstneighbors.update(firstneighborsNum, nId)\n                        firstneighborsNum += 1\n                      }\n                      cbs.update(nId, 0)\n                    }\n                    else {\n                      \/** Droppo il vicino *\/\n                      cbs.update(nId, -1)\n                      excluded.update(numExcluded, nId)\n                      numExcluded += 1\n                    }\n                  }\n                  pos.update(nId, 0)\n                }\n\n                \/** Resetto il numero di vicini per il prossimo giro *\/\n                numneighbors = 0\n\n                \/** Dice che ha finito di fare il primo attributo *\/\n                isFirst = false\n              }\n            }\n          }\n\n          \/** Emetto le coppie candidate relative a questo profilo *\/\n          for (i <- 0 until firstneighborsNum if cbs(firstneighbors(i)) >= 0) {\n            candidates = (docId, firstneighbors(i).toLong) :: candidates\n            emitted.update(numEmitted, firstneighbors(i))\n            numEmitted += 1\n\n            \/** Segno che il profilo \u00e8 stato visitato, in questo modo se un succesivo blocco AND lo trova, non lo fa *\/\n            visited.update(firstneighbors(i), true)\n          }\n\n          \/** Alla fine di tutti gli attributi, resetto tutto per il prossimo documento *\/\n          for (i <- 0 until numExcluded) {\n            cbs.update(excluded(i), 0)\n          }\n          numExcluded = 0\n          firstneighborsNum = 0\n        }\n\n        \/** Alla fine del documento, sono state eseguite tutte le condizioni in OR, resetto i dati sui profili visti *\/\n        for (i <- 0 until numEmitted) {\n          visited.update(emitted(i), false)\n        }\n        numEmitted = 0\n      }\n\n      candidates.toIterator\n    }\n  }\n\n\n  def getMatches(profiles: RDD[Profile],\n                 conditionsOR: List[Map[String, (Double, String)]],\n                 qgramLength: Int = 2,\n                 separatorID: Long = -1): RDD[(Long, Long)] = {\n\n    val log = LogManager.getRootLogger\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n\n    \/** Id massimo dei profili *\/\n    val maxId = profiles.map(_.id).max().toInt + 1\n    \/**\n      * Formatta le condizioni in AND tra loro, in modo da averle in un'unica lista\n      **\/\n    val conditionsPerAttribute = DataPreparator.parseConditions(conditionsOR)\n\n    val tx = Calendar.getInstance().getTimeInMillis\n    val tokenizedProfiles = DataPreparator.tokenizeProfiles(profiles, conditionsPerAttribute, qgramLength)\n    log.info(\"[GraphJoin] Profili tokenizzati \" + tokenizedProfiles.count())\n    val ty = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] Tempo token\" + (ty - tx) \/ 1000.0)\n\n\n    val tj = Calendar.getInstance().getTimeInMillis\n    val prefixIndexes = profiles.context.broadcast(buildPrefixIndexes(tokenizedProfiles, conditionsPerAttribute, qgramLength))\n    val tk = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] Tempo indexes\" + (tk - tj) \/ 1000.0)\n\n    \/\/Todo: non mi pare una gran mossa\n    val docTokens = profiles.context.broadcast(tokenizedProfiles.collectAsMap())\n\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] - Preprocessing time (min) \" + ((t2 - t1) \/ 1000.0) \/ 60.0)\n\n    val candidates = getCandidates(tokenizedProfiles, conditionsOR, prefixIndexes, docTokens, maxId, qgramLength, separatorID)\n    candidates.cache()\n    val nc = candidates.count()\n    val t3 = Calendar.getInstance().getTimeInMillis\n    prefixIndexes.unpersist()\n    log.info(\"[GraphJoin] - Num candidates \" + nc)\n    log.info(\"[GraphJoin] - Join time (min) \" + ((t3 - t2) \/ 1000.0) \/ 60.0)\n\n    val results = DataVerificator.verify(candidates, docTokens, conditionsOR)\n    val matches = results.count()\n    val t4 = Calendar.getInstance().getTimeInMillis\n    docTokens.unpersist()\n    log.info(\"[GraphJoin] - Verify time (min) \" + ((t4 - t3) \/ 1000.0) \/ 60.0)\n    log.info(\"[GraphJoin] - Num matches \" + matches)\n\n    results\n  }\n\n  def getMatches2(tokenizedProfiles: RDD[(Long, Map[String, Map[String, tokenized]])],\n                  conditionsOR: List[Map[String, (Double, String)]],\n                  qgramLength: Int = 2,\n                  separatorID: Long = -1): RDD[(Long, Long)] = {\n\n    val log = LogManager.getRootLogger\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n\n    \/** Id massimo dei profili *\/\n    val maxId = tokenizedProfiles.map(_._1).max().toInt + 1\n    \/**\n      * Formatta le condizioni in AND tra loro, in modo da averle in un'unica lista\n      **\/\n    val conditionsPerAttribute = DataPreparator.parseConditions(conditionsOR)\n\n    val tj = Calendar.getInstance().getTimeInMillis\n    val prefixIndexes = tokenizedProfiles.context.broadcast(buildPrefixIndexes(tokenizedProfiles, conditionsPerAttribute, qgramLength))\n    val tk = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] Tempo indexes\" + (tk - tj) \/ 1000.0)\n\n    \/\/Todo: non mi pare una gran mossa\n    val docTokens = tokenizedProfiles.context.broadcast(tokenizedProfiles.collectAsMap())\n\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] - Preprocessing time (min) \" + ((t2 - t1) \/ 1000.0) \/ 60.0)\n\n    val candidates = getCandidates(tokenizedProfiles, conditionsOR, prefixIndexes, docTokens, maxId, qgramLength, separatorID)\n    candidates.cache()\n    val nc = candidates.count()\n    val t3 = Calendar.getInstance().getTimeInMillis\n    prefixIndexes.unpersist()\n    log.info(\"[GraphJoin] - Num candidates \" + nc)\n    log.info(\"[GraphJoin] - Join time (min) \" + ((t3 - t2) \/ 1000.0) \/ 60.0)\n\n    val results = DataVerificator.verify(candidates, docTokens, conditionsOR)\n    val matches = results.count()\n    val t4 = Calendar.getInstance().getTimeInMillis\n    docTokens.unpersist()\n    log.info(\"[GraphJoin] - Verify time (min) \" + ((t4 - t3) \/ 1000.0) \/ 60.0)\n    log.info(\"[GraphJoin] - Num matches \" + matches)\n\n    results\n  }\n\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/DataStructure\/Profile.scala","text":"<filename>simJoins\/src\/main\/scala-2.11\/SimJoins\/DataStructure\/Profile.scala\npackage SimJoins.DataStructure\nimport scala.collection.mutable\n\n\/**\n  * Represents a profile\n  * @author <NAME>\n  * @since 2016\/07\/12\n  *\/\ncase class Profile(id: Long, attributes : mutable.MutableList[KeyValue] = new mutable.MutableList[KeyValue](), originalID : String = \"\") extends Serializable{\n\n  \/**\n    * Add an attribute to the list of attributes\n    *\n    * @param a attribute to add\n    * *\/\n  def addAttribute(a: KeyValue): Unit = {\n    attributes += a\n  }\n  \/\/ todo If we have no attributes (e.g. a single doc), we have a single element in the list\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/SimJoins\/PPJoin2.scala","text":"<filename>ruler2\/src\/main\/scala-2.11\/RulER\/SimJoins\/PPJoin2.scala\npackage RulER.SimJoins\n\nimport java.util.Calendar\n\nimport RulER.Commons.JS.JsFilters\nimport RulER.DataStructure.MyPartitioner2\nimport org.apache.log4j.LogManager\nimport org.apache.spark.rdd.RDD\n\nobject PPJoin2 {\n  \/**\n    * Ritorna la posizione dell'ultimo token in comune nei due documenti se il blocco in cui si sono trovati\n    * corrisponde all'ultimo.\n    *\n    * @param doc1Tokens   token del primo documento\n    * @param doc2Tokens   token del secondo documento\n    * @param currentToken id del prefix index corrente (l'id del blocco in cui si sono trovati)\n    * @param prefixLen1   lunghezza prefix del primo documento\n    * @param prefixLen2   lunghezza prefix del secondo documento\n    **\/\n  def lastCommonTokenPosition(doc1Tokens: Array[Long], doc2Tokens: Array[Long], currentToken: Long, prefixLen1: Int, prefixLen2: Int): (Int, Int, Boolean) = {\n    var d1Index = prefixLen1 - 1\n    var d2Index = prefixLen2 - 1\n    var valid = true\n    var continue = true\n\n    \/**\n      * Partendo dal prefisso scorro indietro i due documenti.\n      * Sicuramente hanno un token in comune\n      **\/\n    while (d1Index >= 0 && d2Index >= 0 && continue) {\n      \/**\n        * Trovato un token comune\n        **\/\n      if (doc1Tokens(d1Index) == doc2Tokens(d2Index)) {\n        \/**\n          * Se il token \u00e8 uguale al token che ha generato il blocco, allora termina il processo e lo considera valido\n          **\/\n        if (currentToken == doc1Tokens(d1Index)) {\n          continue = false\n        }\n        else {\n          \/**\n            * Se \u00e8 diverso non \u00e8 valido, questo serve ad evitare di emettere duplicati\n            **\/\n          continue = false\n          valid = false\n        }\n      }\n\n      \/**\n        * Visto che sono ordinati in base alla dimensione di uno o dell'altro, sposto gli indici\n        **\/\n      else if (doc1Tokens(d1Index) > doc2Tokens(d2Index)) {\n        d1Index -= 1\n      }\n      else {\n        d2Index -= 1\n      }\n    }\n    (d1Index, d2Index, valid)\n  }\n\n  \/**\n    * Conta gli elementi comuni nel prefisso\n    *\n    * @param doc1Tokens token del primo documento\n    * @param doc2Tokens token del secondo documento\n    * @param sPos1      posizione di partenza nel primo documento (la posizione dell'ultimo token comune nel prefisso)\n    * @param sPos2      posizione di partenza nel secondo documento (la posizione dell'ultimo token comune nel prefisso)\n    **\/\n  def getCommonElementsInPrefix(doc1Tokens: Array[Long], doc2Tokens: Array[Long], sPos1: Int, sPos2: Int): Int = {\n    var common = 1\n    var p1 = sPos1 - 1\n    var p2 = sPos2 - 1\n    while (p1 >= 0 && p2 >= 0) {\n      if (doc1Tokens(p1) == doc2Tokens(p2)) {\n        common = common + 1\n        p1 -= 1\n        p2 -= 1\n      }\n      else if (doc1Tokens(p1) > doc2Tokens(p2)) {\n        p1 -= 1\n      }\n      else {\n        p2 -= 1\n      }\n    }\n    common\n  }\n\n\n  \/**\n    * Ritorna le coppie candidate che passano il length filter e il position usando il prefix filter\n    **\/\n  def getCandidatePairs(prefixIndex: RDD[(Long, Array[(Long, Array[Long])])], threshold: Double): RDD[(Long, Long)] = {\n    \/**\n      * Definisce partitioner custom, ripartiziona in base al numero di possibili coppie che possono essere generate\n      * da ogni blocco\n      **\/\n    val customPartitioner = new MyPartitioner2(prefixIndex.getNumPartitions)\n    val repartitionIndex = prefixIndex.map(_.swap).partitionBy(customPartitioner)\n\n    repartitionIndex.flatMap {\n      case (docs, tokenId) =>\n        var results: List[(Long, Long)] = Nil\n        var i = 0\n        while (i < docs.length - 1) {\n          var j = i + 1\n          val doc1Id = docs(i)._1\n          val doc1Tokens = docs(i)._2\n          val doc1PrefixLen = JsFilters.getPrefixLength(doc1Tokens.length, threshold)\n\n          \/** Per ogni coppia che passa il length filter *\/\n          while ((j < docs.length) && (doc1Tokens.length >= docs(j)._2.length * threshold)) { \/\/Length filter\n            val doc2Id = docs(j)._1\n            val doc2Tokens = docs(j)._2\n            val doc2PrefixLen = JsFilters.getPrefixLength(doc2Tokens.length, threshold)\n            \/** Guarda se il token corrente \u00e8 l'ultimo, in questo modo viene emesso solo una volta *\/\n            val (p1, p2, isLastCommon) = lastCommonTokenPosition(doc1Tokens, doc2Tokens, tokenId, doc1PrefixLen, doc2PrefixLen)\n\n            if (isLastCommon) {\n              val common = getCommonElementsInPrefix(doc1Tokens, doc2Tokens, p1, p2) \/\/Prende elementi comuni nel prefisso\n              if (JsFilters.positionFilter(doc1Tokens.length, doc2Tokens.length, p1 + 1, p2 + 1, common, threshold)) { \/\/Verifica che passi il position filter\n                if (doc1Id < doc2Id) {\n                  results = (doc1Id, doc2Id) :: results\n                }\n                else {\n                  results = (doc2Id, doc1Id) :: results\n                }\n              }\n            }\n            j = j + 1\n          }\n          i += 1\n        }\n        results\n    }\n  }\n\n\n  \/**\n    * Crea un inverted index che per ogni documento per ogni token che ha nel prefisso ritorna\n    * (docId, token del documento)\n    **\/\n  def buildPrefixIndex(tokenizedDocOrd: RDD[(Long, Array[Long])], threshold: Double): RDD[(Long, Array[(Long, Array[Long])])] = {\n    val indices = tokenizedDocOrd.flatMap {\n      case (docId, tokens) =>\n        val prefix = JsFilters.getPrefix(tokens, threshold)\n        prefix.zipWithIndex.map {\n          case (token, pos) =>\n            (token, (docId, tokens))\n        }\n    }\n\n    indices.groupByKey().filter(_._2.size > 1).map {\n      case (tokenId, documents) => (tokenId, documents.toArray.sortBy(x => x._2.length))\n    }\n  }\n\n  \/** Ritorna l'elenco di coppie candidate *\/\n  def getCandidates(tokenizedDocSort: RDD[(Long, Array[Long])], threshold: Double): RDD[(Long, Long)] = {\n    val ts = Calendar.getInstance().getTimeInMillis\n    val prefixIndex = buildPrefixIndex(tokenizedDocSort, threshold)\n    prefixIndex.count()\n    val log = LogManager.getRootLogger\n    val te = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] PPJOIN index time (s) \" + (te - ts) \/ 1000.0)\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val candidates = getCandidatePairs(prefixIndex, threshold)\n    candidates.count()\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] PPJOIN join time (s) \" + (t2 - t1) \/ 1000.0)\n    candidates\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/RulesOr.scala","text":"package RulER.DataStructure\n\nclass RulesOr {\n  private var rules: List[RulesAnd] = Nil\n\n  def or(conditions: RulesAnd): RulesOr = {\n    rules = conditions :: rules\n    this\n  }\n\n  def getRules: List[Map[String, (Double, String)]] = {\n    rules.map { rulesAnd =>\n      rulesAnd.getRules\n    }\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/Commons\/ED\/CommonEdFunctions.scala","text":"<filename>simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/Commons\/ED\/CommonEdFunctions.scala\npackage SimJoins.Spark.Commons.ED\n\nimport SimJoins.DataStructure.Qgram\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.commons\nimport SimJoins.SimJoinsSingleNode.Commons.ED.EdFilters\nimport org.apache.spark.rdd.RDD\n\nobject CommonEdFunctions {\n  \/**\n    * Dati i documenti trasformati in q-grammi calcola la document frequency per ogni qgramma\n    **\/\n  def getQgramsTf(docs: RDD[(Long, Array[(String, Int)])]): Map[String, Int] = {\n    val allQgrams = docs.flatMap { case (docId, qgrams) =>\n      qgrams.map { case (str, pos) =>\n        str\n      }\n    }\n    allQgrams.groupBy(x => x).map(x => (x._1, x._2.size)).collectAsMap().toMap\n  }\n\n  \/**\n    * Ordina i qgrammi all'interno del documento per la loro document frequency\n    **\/\n  def getSortedQgrams(docs: RDD[(Long, Array[(String, Int)])]): RDD[(Long, Array[(Int, Int)])] = {\n    val tf = getQgramsTf(docs)\n    val tf2 = docs.context.broadcast(tf.toList.sortBy(_._2).zipWithIndex.map(x => (x._1._1, x._2)).toMap)\n    docs.map { case (docId, qgrams) =>\n      val sortedQgrams = qgrams.map(q => (tf2.value(q._1), q._2)).sortBy(q => q)\n      (docId, sortedQgrams)\n    }\n  }\n\n  \/**\n    * Dato l'elenco di documenti con i q-grammi ordinati crea il prefix index.\n    * Nota: per risolvere il problema dei documenti troppo corti il prefix index contiene un blocco identificato dall'id\n    * specificato in \"fixprefix\" che contiene tutti i documenti che non possono essere verificati con sicurezza.\n    **\/\n  def buildPrefixIndex(sortedDocs: RDD[(Long, Array[(Int, Int)])], qgramLen: Int, threshold: Int): RDD[(Int, Array[Qgram])] = {\n    val prefixLen = EdFilters.getPrefixLen(qgramLen, threshold)\n\n    val allQgrams = sortedDocs.flatMap { case (docId, qgrams) =>\n      val prefix = {\n        if (qgrams.length < prefixLen) {\n          qgrams.union(commons.fixPrefix :: Nil)\n        }\n        else {\n          qgrams.take(prefixLen)\n        }\n      }\n      prefix.zipWithIndex.map { case (qgram, index) =>\n        (qgram._1, Qgram(docId, qgrams.length, qgram._2, index))\n      }\n    }\n    allQgrams.groupBy(_._1).filter(_._2.size > 1).map(x => (x._1, x._2.map(_._2).toArray))\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/SimJoins\/GraphJoinOrAnd.scala","text":"<reponame>Stravanni\/ruler\npackage SimJoins.SimJoinsSingleNode.SimJoins\n\nimport java.io.PrintWriter\nimport java.util.Calendar\n\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.ED.{CommonEdFunctions, EdFilters}\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.commons\nimport SimJoins.SimJoinsSingleNode.Commons.JS.CommonJsFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.JS.JsFilters\nimport SimJoins.DataStructure.{PrefixEntry, Profile, Qgram}\n\n\/**\n  * @author <NAME>\n  * @since 23\/10\/2019\n  **\/\nobject GraphJoinOrAnd {\n\n  object sortTypes {\n    val avgBlockSizeAsc = \"Ordinato per dimensione media blocchi crescente\"\n    val avgBlockSizeDesc = \"Ordinato per dimensione media blocchi descrescente\"\n    val thresholdAsc = \"Ordinato per soglia crescente\"\n    val thresholdDesc = \"Ordinato per soglia decrescente\"\n    val entroAsc = \"Crescente per entropia\"\n    val entroDesc = \"Decrescente per entropia\"\n  }\n\n  object thresholdTypes {\n    val ED = \"ED\"\n    val JS = \"JS\"\n  }\n\n  trait docData {\n    def getType(): String\n  }\n\n  case class docJsData(attribute: String, prefixIndex: Map[Double, Map[Int, List[PrefixEntry]]], tokenizedDocs: List[(Long, Array[Int])]) extends docData {\n    def getType(): String = thresholdTypes.JS\n  }\n\n  case class docEdData(attribute: String, prefixIndex: Map[Int, Map[Int, List[Qgram]]], qgrams: List[(Long, String, Array[(Int, Int)])]) extends docData {\n    def getType(): String = thresholdTypes.ED\n  }\n\n  trait tokenized {\n    def getType(): String\n  }\n\n  case class tokensJs(tokens: Array[Int]) extends tokenized {\n    def getType(): String = thresholdTypes.JS\n  }\n\n  case class tokensED(originalStr: String, qgrams: Array[(Int, Int)]) extends tokenized {\n    def getType(): String = thresholdTypes.ED\n  }\n\n  \/**\n    * Prende in ingresso le condizioni in OR tra di loro\n    * e le formatta in modo da averle in un'unica struttura nel formato:\n    * attributo -> tipo condizione (ED\/JS) -> [soglie]\n    **\/\n  def parseConditions(conditions: List[Map[String, (Double, String)]]): Map[String, Map[String, Set[Double]]] = {\n    val allConditions = conditions.flatten\n    val conditionsPerAttribute = allConditions.groupBy(_._1)\n    conditionsPerAttribute.map { case (attribute, conditions) =>\n\n      val singleConditions = conditions.toSet\n      val thresholds = singleConditions.map(_._2.swap)\n      val thresholdsPerConditionType = thresholds.groupBy(_._1).map(x => (x._1, x._2.map(_._2)))\n\n      (attribute, thresholdsPerConditionType)\n    }\n  }\n\n  \/**\n    * Esegue il calcolo per l'edit distance\n    **\/\n  def computeED(\n                 qgrams: Array[(Int, Int)],\n                 qgramLength: Int,\n                 threshold: Int,\n                 prefixIndexED: Map[Int, List[Qgram]],\n                 docId: Long,\n                 cbs: Array[Int],\n                 neighbors: Array[(Long, Int)],\n                 numneighborsExt: Int,\n                 numExcludedExt: Int,\n                 excluded: Array[Int],\n                 pos: Array[Int],\n                 myPos: Array[Int],\n                 visited: Array[Boolean]\n               ): (Int, Int, Int) = {\n    var numneighbors = numneighborsExt\n    var numExcluded = numExcludedExt\n    val prefixLen = EdFilters.getPrefixLen(qgramLength, threshold.toInt)\n    val docLen = qgrams.length\n    \/\/Prendo il suo prefisso, nel caso in cui sia troppo corto allora devo guardare anche il blocco speciale\n    val prefix = {\n      if (docLen < prefixLen) {\n        qgrams.union(commons.fixPrefix :: Nil)\n      }\n      else {\n        qgrams.take(prefixLen)\n      }\n    }\n    \/\/Per ogni elemento nel prefisso\n    for (i <- prefix.indices) {\n      val qgram = prefix(i)._1\n      val qgramPos = prefix(i)._2\n      \/\/Prendo il blocco relativo a quell'elemento (se esiste)\n      val block = prefixIndexED.get(qgram)\n      if (block.isDefined) {\n        val validneighbors = block.get.filter(n => docId < n.docId && cbs(n.docId.toInt) >= 0)\n\n        \/** Per ogni vicino valido *\/\n        validneighbors.foreach { neighbor =>\n          val nId = neighbor.docId.toInt\n\n          if (!visited(nId)) {\n            \/** Se il CBS \u00e8 0 \u00e8 la prima volta che lo trovo *\/\n            if (cbs(nId) == 0) {\n              \/** Essendo la prima volta che lo incontro lo testo con il length filter *\/\n              if (math.abs(docLen - neighbor.docLength) <= threshold) {\n                \/** Lo posso aggiungere solo se le loro posizioni non sono distanti pi\u00f9 della soglia\n                  * altrimenti non posso dire niente. Non lo posso escludere ancora per\u00f2,\n                  * perch\u00e9 potrebbero avere una posizione abbastanza vicina in qualche altro blocco.\n                  * *\/\n                if (math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n                  neighbors.update(numneighbors, (nId, 0))\n                  numneighbors += 1\n                }\n              }\n              else {\n                \/** Se non lo passa lo droppo *\/\n                cbs.update(nId, -1)\n                excluded.update(numExcluded, nId)\n                numExcluded += 1\n              }\n            }\n\n            \/**\n              * Devo verificare che sia valido, potrei averlo annullato con il length filter\n              * Inoltre perch\u00e9 sia valido, oltre ad appartenere allo stesso blocco, deve anche essere\n              * sufficientemente vicino (positional filter).\n              **\/\n            if (cbs(nId) >= 0 && math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n              \/** Metto a +1 le volte in cui l'ho visto (alla fine ottengo i q-grammi comuni nel prefisso) *\/\n              cbs.update(nId, cbs(nId) + 1)\n\n              \/** Salvo l'ultima posizione in cui l'ho visto *\/\n              if (pos(nId) < neighbor.sortedPos) {\n                pos.update(nId, neighbor.sortedPos)\n              }\n\n              \/** Salvo la mia posizione in cui l'ho visto (di sicuro \u00e8 sempre l'ultima) *\/\n              myPos.update(nId, i + 1)\n            }\n          }\n        }\n      }\n    }\n    (docLen, numneighbors, numExcluded)\n  }\n\n  \/**\n    * Esegue il calcolo per la Jaccard Similarity\n    **\/\n  def computeJS(tokens: Array[Int],\n                threshold: Double,\n                prefixes: Map[Int, List[PrefixEntry]],\n                docId: Int,\n                cbs: Array[Int],\n                neighbors: Array[(Long, Int)],\n                numneighborsCur: Int,\n                numExcludedCur: Int,\n                excluded: Array[Int],\n                pos: Array[Int],\n                myPos: Array[Int],\n                visited: Array[Boolean]\n               ): (Int, Int, Int) = {\n    var numneighbors = numneighborsCur\n    var numExcluded = numExcludedCur\n    \/** Calcola la lunghezza dell'attributo (numero di token) *\/\n    val docLen = tokens.length\n    \/** Legge il prefix-index per questo attributo *\/\n    val prefixLen = JsFilters.getPrefixLength(docLen, threshold)\n\n    \/** Per ogni token all'interno del prefisso *\/\n    for (i <- 0 until prefixLen) {\n      \/** Legge dall'indice (se esiste) il blocco corrispondente a questo token *\/\n      val block = prefixes.get(tokens(i))\n      if (block.isDefined) {\n        \/**\n          * Prende i vicini che:\n          *  - Hanno Id < del documento attuale (evito duplicati)\n          *  - Sono ancora validi, ossia hanno passato uno step precedente cbs >= 0\n          **\/\n        val validneighbors = block.get.filter(n => docId < n.docId && cbs(n.docId.toInt) >= 0)\n\n        \/** Per ogni vicino *\/\n        validneighbors.foreach { neighbor =>\n          val nId = neighbor.docId.toInt\n\n          if (!visited(nId)) {\n\n            \/** Se il CBS \u00e8 0 \u00e8 la prima volta che lo trovo *\/\n            if (cbs(nId) == 0) {\n              \/** Essendo la prima volta che lo incontro lo testo con il length filter *\/\n              if (Math.min(docLen, neighbor.docLen) >= Math.min(docLen, neighbor.docLen) * threshold) {\n                neighbors.update(numneighbors, (nId, neighbor.docLen))\n                numneighbors += 1\n              }\n              else {\n                \/** Se non lo passa lo droppo *\/\n                cbs.update(nId, -1)\n                excluded.update(numExcluded, nId)\n                numExcluded += 1\n              }\n            }\n\n            \/**\n              * Devo verificare che sia valido, potrei averlo annullato con il length filter\n              **\/\n            if (cbs(nId) >= 0) {\n              \/** Salvo l'ultima posizione in cui l'ho visto *\/\n              if (pos(nId) < neighbor.tokenPos) {\n                pos.update(nId, neighbor.tokenPos)\n              }\n\n              \/** Salvo la mia posizione in cui l'ho visto (di sicuro \u00e8 sempre l'ultima) *\/\n              myPos.update(nId, i + 1)\n\n              \/** Metto a +1 le volte in cui l'ho visto (alla fine ottengo i token comuni nel prefisso) *\/\n              cbs.update(nId, cbs(nId) + 1)\n            }\n          }\n        }\n      }\n    }\n\n    (docLen, numneighbors, numExcluded)\n  }\n\n\n  \/**\n    * Esegue il pre-processing per la generazione degli indici\n    **\/\n  def preprocessing(profiles: List[Profile],\n                    conditionsOR: List[Map[String, (Double, String)]],\n                    log: PrintWriter,\n                    sortType: String,\n                    qgramLength: Int = 2): (Map[Long, Map[String, Map[String, tokenized]]], Map[String, Map[Double, Map[Int, List[PrefixEntry]]]], Map[String, Map[Int, Map[Int, List[Qgram]]]], Map[Long, Map[String, Map[String, tokenized]]]) = {\n    val t1 = Calendar.getInstance().getTimeInMillis\n\n    \/**\n      * Formatta le condizioni in AND tra loro, in modo da averle in un'unica lista\n      **\/\n    val conditionsPerAttribute = parseConditions(conditionsOR)\n\n    \/**\n      * Per ogni attributo genera i token nel caso in cui debba fare la jaccard similarity, oppure i q-grammi\n      * se deve fare l'ED.\n      * Quindi alla fine si avr\u00e0 una struttura che contiene:\n      * Attributo -> Tipo condizione -> (tokens, prefixIndex)\n      * Perch\u00e9 su un attributo si potrebbe applicare sia ED che JS, quindi ho una mappa su 3 livelli:\n      * attributo -> condizione -> (tokens, prefix index per soglie)\n      **\/\n    val data = conditionsPerAttribute.flatMap { case (attribute, conditions) =>\n      val docs = CommonFunctions.extractField(profiles, attribute)\n      conditions.map { case (conditionType, thresholds) =>\n        if (conditionType == thresholdTypes.JS) {\n          \/\/Jaccard\n          val tokenizedDocs: List[(Long, Array[Int])] = CommonJsFunctions.tokenizeAndSort(docs).filter(_._2.length > 0)\n\n          val prefixes = thresholds.map { threshold =>\n            (threshold, CommonJsFunctions.buildPrefixIndex(tokenizedDocs, threshold))\n          }\n\n          (attribute, conditionType, docJsData(attribute, prefixes.toMap, tokenizedDocs))\n        }\n        else {\n          \/\/ED\n          val qgrams = docs.map(d => (d._1, d._2, CommonEdFunctions.getQgrams(d._2, qgramLength)))\n          val sortedQgrams = CommonEdFunctions.getSortedQgrams2(qgrams)\n\n          val prefixes = thresholds.map { threshold =>\n            (threshold.toInt, CommonEdFunctions.buildPrefixIndex(sortedQgrams.map(x => (x._1, x._3)), qgramLength, threshold.toInt))\n          }\n          (attribute, conditionType, docEdData(attribute, prefixes.toMap, sortedQgrams))\n        }\n      }\n    }.groupBy(_._1).map { x =>\n      (x._1, x._2.map(y => (y._2, y._3)).toMap)\n    }\n\n    \/**\n      * Per ogni documento genera una mappa che contiene per ogni attributo (su cui c'\u00e8 una condizione) i suoi\n      * qgrammi\/tokens.\n      * Quindi la mappa sar\u00e0:\n      * Documento -> attributo1 -> tipo di soglia (JS\/ED) -> tokens\/q-grammi dell'attributo1\n      * ...\n      **\/\n    val docTokens: Map[Long, Map[String, Map[String, tokenized]]] = data\n      .flatMap { case (attribute, docDatas) =>\n        docDatas.flatMap { case (thresholdType, docData) =>\n          if (thresholdType == thresholdTypes.JS) {\n            val jsData = docData.asInstanceOf[docJsData]\n            jsData.tokenizedDocs.map { case (docId, tokens) => (docId, attribute, docData.getType(), tokensJs(tokens)) }\n          }\n          else {\n            val edData = docData.asInstanceOf[docEdData]\n            edData.qgrams.map { case (docId, str, qgrams1) => (docId, attribute, docData.getType(), tokensED(str, qgrams1)) }\n          }\n        }\n      }\n      .groupBy { case (docId, attribute, thresholdType, tokens) => docId }\n      \/\/.filter { case (docId, tokensPerAttribute) => tokensPerAttribute.size == attributesThresholds.size }\n      .map { case (docId, tokensPerAttribute) =>\n        val attributeTokensMap = tokensPerAttribute.toArray.map { case (docId1, attribute, thresholdType, tokens) =>\n          (attribute, (thresholdType, tokens))\n        }.groupBy(_._1).map { x =>\n          (x._1, x._2.map(y => y._2).toMap)\n        }\n        (docId, attributeTokensMap)\n      }\n\n    \/**\n      * Contiene per ogni attributo, soglia e documento, l'elenco dei prefissi\n      **\/\n    val prefixIndexJS: Map[String, Map[Double, Map[Int, List[PrefixEntry]]]] = data.map { case (attribute, indexData) =>\n      val a = indexData.get(thresholdTypes.JS)\n      if (a.isDefined) {\n        (attribute, a.get.asInstanceOf[docJsData].prefixIndex)\n      }\n      else {\n        (attribute, Map.empty[Double, Map[Int, List[PrefixEntry]]])\n      }\n    }.filter(_._2.nonEmpty)\n\n    \/**\n      * Contiene per ogni attributo, soglia e documento, l'elenco dei prefissi\n      **\/\n    val prefixIndexED: Map[String, Map[Int, Map[Int, List[Qgram]]]] = data.map { case (attribute, indexData) =>\n\n      val a = indexData.get(thresholdTypes.ED)\n      if (a.isDefined) {\n        (attribute, a.get.asInstanceOf[docEdData].prefixIndex)\n      }\n      else {\n        (attribute, Map.empty[Int, Map[Int, List[Qgram]]])\n      }\n    }.filter(_._2.nonEmpty)\n\n    val sortedTokensPerDocument = docTokens\n\n    (sortedTokensPerDocument, prefixIndexJS, prefixIndexED, docTokens)\n  }\n\n  \/**\n    * Verifica i candidati, mantenendo solo quelli che soddisfano le condizioni\n    **\/\n  def verify(candidates: List[(Long, Long)],\n             docTokens: Map[Long, Map[String, Map[String, tokenized]]],\n             conditionsOR: List[Map[String, (Double, String)]]): List[(Long, Long)] = {\n    \/**\n      * Dati due documenti e la soglia, verifica che la passino\n      **\/\n    def passJS(doc1: Array[Int], doc2: Array[Int], threshold: Double): Boolean = {\n      val common = doc1.intersect(doc2).length\n      (common.toDouble \/ (doc1.length + doc2.length - common)) >= threshold\n    }\n\n    candidates.filter { case (doc1, doc2) =>\n      val d1 = docTokens.get(doc1)\n      val d2 = docTokens.get(doc2)\n      var noPassOR = true\n      var passAND: Boolean = true\n\n      if (d1.isDefined && d2.isDefined) {\n        val docs1 = d1.get\n        val docs2 = d2.get\n\n        val conditionsORIt = conditionsOR.iterator\n\n        \/**\n          * Continua o finch\u00e9 non sono finite le condizioni in OR\n          * o finch\u00e9 uno dei blocchi in AND non d\u00e0 esito positivo, se uno dei blocchi\n          * AND d\u00e0 esito positivo \u00e8 inutile provare gli altri.\n          **\/\n        while (conditionsORIt.hasNext && noPassOR) {\n          val conditionsAND = conditionsORIt.next()\n          val conditionsANDIt = conditionsAND.iterator\n          passAND = true\n\n          \/**\n            * Continua finch\u00e9 passa tutte le singole condizioni in AND tra loro, o finch\u00e9 non sono terminate\n            **\/\n          while (conditionsANDIt.hasNext && passAND) {\n            val (attribute, threshold) = conditionsANDIt.next()\n            if (docs1.contains(attribute) && docs2.contains(attribute)) {\n              if (docs1(attribute).contains(threshold._2) && docs2(attribute).contains(threshold._2)) {\n                if (threshold._2 == thresholdTypes.JS) {\n                  \/\/Controllo la jaccard\n                  passAND = passJS(docs1(attribute)(threshold._2).asInstanceOf[tokensJs].tokens, docs2(attribute)(threshold._2).asInstanceOf[tokensJs].tokens, threshold._1)\n                }\n                else {\n                  \/\/Controllo con l'edit distance\n                  passAND = CommonEdFunctions.editDist(docs1(attribute)(threshold._2).asInstanceOf[tokensED].originalStr, docs2(attribute)(threshold._2).asInstanceOf[tokensED].originalStr) <= threshold._1\n                }\n              }\n            }\n          }\n\n          \/**\n            * Se ha terminato il ciclo perch\u00e9 ha finito (passAND = true), allora fermo il processo, le altre condizioni non devono essere verificate.\n            * Altrimenti continua.\n            **\/\n          noPassOR = !passAND\n        }\n      }\n      else {\n        noPassOR = true\n      }\n      !noPassOR\n    }\n  }\n\n  def getMatchesMultiSort(profiles: List[Profile],\n                          conditionsOR: List[Map[String, (Double, String)]],\n                          log: PrintWriter, sortType: String,\n                          qgramLength: Int = 2): List[(Long, Long)] = {\n\n    \/**\n      * Esegue il pre-processing per creare tutti gli indici che servono per il processo di join\n      **\/\n    val t1 = Calendar.getInstance().getTimeInMillis\n    val (sortedTokensPerDocument, prefixIndexJS, prefixIndexED, docTokens) = preprocessing(profiles, conditionsOR, log, sortType, qgramLength)\n    val t4 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[GraphJoin] Tempo creazione indici \" + (t4 - t1))\n\n    \/** Elenco di candidati *\/\n    var candidates: List[(Long, Long)] = Nil\n\n    \/** --------------------- VARIABILI A FINI STATISTICI PER I TEST ------------------------ *\/\n\n    \/** Numero di volte che viene eseguito il position filter *\/\n    var positionNumber: Double = 0\n\n    \/** Numero di volte che viene eseguito il common filter *\/\n    var commonNumber: Double = 0\n\n    \/** --------------------- VARIABILI GENERICHE ------------------------ *\/\n    \/** Id massimo dei profili *\/\n    val maxId = profiles.maxBy(_.id).id.toInt + 1\n\n\n    \/** --------------------- VARIABILI PER ESEGUIRE L'OR ------------------------ *\/\n\n    \/** Nel processo di OR indica i vicini che sono gi\u00e0 stati visti *\/\n    val visited = Array.fill[Boolean](maxId) {\n      false\n    }\n    \/** Numero di record emessi per ogni profilo *\/\n    var numEmitted = 0\n    \/** Record emessi per ogni profilo, serve per evitarne la computazione quando si fanno le condizioni di AND *\/\n    val emitted = Array.ofDim[Int](maxId)\n\n    \/** --------------------- VARIABILI PER ESEGUIRE L'AND ------------------------ *\/\n\n    \/** Lunghezza documento (usato nella JS) *\/\n    var docLen = 0\n    \/** Numero record esclusi *\/\n    var numExcluded = 0\n    \/** Record esclusi *\/\n    val excluded: Array[Int] = Array.ofDim(maxId)\n    \/** Record vicini *\/\n    val neighbors = Array.ofDim[(Long, Int)](maxId)\n    \/** Posizione in cui il record esterno ha matchato con un vicino *\/\n    val myPos = Array.ofDim[Int](maxId)\n    \/** Posizione in cui ho trovato il vicino *\/\n    val pos = Array.ofDim[Int](maxId)\n    \/** Numero di blocchi in comune con un certo vicino, in pratica \u00e8 il numero di token *\/\n    val cbs = Array.fill[Int](maxId) {\n      0\n    }\n    \/** Serve ad indicare che si sta eseguendo la prima condizione *\/\n    var isFirst = true\n    \/** Numero di vicini *\/\n    var numneighbors = 0\n    \/** Primi vicini validi trovati alla prima condizione *\/\n    val firstneighbors = Array.ofDim[Int](maxId)\n    \/** Numero dei primi vicini validi trovati *\/\n    var firstneighborsNum = 0\n\n    val t5 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[GraphJoin] Tempo inizializzazione \" + (t5 - t4))\n\n    \/** Per ogni documento presente *\/\n    sortedTokensPerDocument.foreach { case (docId, attributesTokens) =>\n\n      \/** Per ogni set di condizioni in OR tra di loro *\/\n      conditionsOR.foreach { conditionsAND =>\n\n        \/** Segno che \u00e8 la prima condizione tra quelle in AND che viene eseguita *\/\n        isFirst = true\n\n        \/** Per ogni condizione in questo blocco AND calcolo i vicini validi *\/\n        conditionsAND.foreach { case (attribute, (threshold, thresholdType)) =>\n\n          \/** Controllo che il record corrente abbia l'attributo su cui applicare la condizione e ottengo i token *\/\n          val attributeIndex = attributesTokens.get(attribute)\n          if (attributeIndex.isDefined) {\n            val tokenIndex = attributeIndex.get.get(thresholdType)\n            if (tokenIndex.isDefined) {\n              val tokens = tokenIndex.get\n\n              \/** Calcola la Jaccard Similarity, vuole dire che la condizione da applicare \u00e8 una JS *\/\n              if (thresholdType == thresholdTypes.JS) {\n                computeJS(\n                  tokens.asInstanceOf[tokensJs].tokens,\n                  threshold,\n                  prefixIndexJS(attribute)(threshold),\n                  docId.toInt,\n                  cbs,\n                  neighbors,\n                  numneighbors,\n                  numExcluded,\n                  excluded,\n                  pos,\n                  myPos,\n                  visited\n                )\n                match {\n                  case (dLen, nneighbors, nExcl) =>\n                    docLen = dLen\n                    numneighbors = nneighbors\n                    numExcluded = nExcl\n                }\n              }\n\n              \/** Calcola l'Edit Distance *\/\n              else {\n                computeED(\n                  tokens.asInstanceOf[tokensED].qgrams,\n                  qgramLength,\n                  threshold.toInt,\n                  prefixIndexED(attribute)(threshold.toInt),\n                  docId,\n                  cbs,\n                  neighbors,\n                  numneighbors,\n                  numExcluded,\n                  excluded,\n                  pos,\n                  myPos,\n                  visited\n                )\n                match {\n                  case (dLen, nneighbors, nExcl) =>\n                    docLen = dLen\n                    numneighbors = nneighbors\n                    numExcluded = nExcl\n                }\n              }\n\n\n              \/**\n                * Se alla fine del processo ci sono dei vicini che erano nel primo attributo che non sono stati trovati\n                * in questo attributo, devono essere annullati.\n                * Se non sono stati trovati hanno il cbs a 0\n                **\/\n              for (i <- 0 until firstneighborsNum if cbs(firstneighbors(i)) == 0) {\n                cbs.update(firstneighbors(i), -1)\n                excluded.update(numExcluded, firstneighbors(i))\n                numExcluded += 1\n              }\n\n              \/** Scorre i vicini validi *\/\n              for (i <- 0 until numneighbors) {\n                val nId = neighbors(i)._1.toInt\n                positionNumber += 1\n                if (thresholdType == thresholdTypes.JS) {\n                  \/** Li testa con il position filter, se lo passano li aggiunge tra quelli mantenuti, altrimenti li droppa *\/\n                  if (JsFilters.positionFilter(docLen, neighbors(i)._2, myPos(nId), pos(nId), cbs(nId), threshold)) {\n                    \/** Lo mantengo, l'aggiunta a fistneighbors la fa solo il primo attributo, gli altri non ha senso che la facciano,\n                      * al massimo rimuovono! Quindi questi poi li verificher\u00f2 alla fine che non abbiano il cbs settato a -1 *\/\n                    if (isFirst) {\n                      firstneighbors.update(firstneighborsNum, nId)\n                      firstneighborsNum += 1\n                    }\n                    cbs.update(nId, 0)\n                  }\n                  else {\n                    \/** Droppo il vicino *\/\n                    cbs.update(nId, -1)\n                    excluded.update(numExcluded, nId)\n                    numExcluded += 1\n                  }\n                }\n                else {\n                  commonNumber += 1\n                  if (docTokens.contains(nId) && EdFilters.commonFilterAfterPrefix(tokens.asInstanceOf[tokensED].qgrams, docTokens(nId)(attribute)(thresholdTypes.ED).asInstanceOf[tokensED].qgrams, qgramLength, threshold.toInt, cbs(nId), myPos(nId), pos(nId))) {\n                    \/** Lo mantengo, l'aggiunta a fistneighbors la fa solo il primo attributo, gli altri non ha senso che la facciano,\n                      * al massimo rimuovono! Quindi questi poi li verificher\u00f2 alla fine che non abbiano il cbs settato a -1 *\/\n                    if (isFirst) {\n                      firstneighbors.update(firstneighborsNum, nId)\n                      firstneighborsNum += 1\n                    }\n                    cbs.update(nId, 0)\n                  }\n                  else {\n                    \/** Droppo il vicino *\/\n                    cbs.update(nId, -1)\n                    excluded.update(numExcluded, nId)\n                    numExcluded += 1\n                  }\n                }\n                pos.update(nId, 0)\n              }\n\n              \/** Resetto il numero di vicini per il prossimo giro *\/\n              numneighbors = 0\n\n              \/** Dice che ha finito di fare il primo attributo *\/\n              isFirst = false\n            }\n          }\n        }\n\n        \/** Emetto le coppie candidate relative a questo profilo *\/\n        for (i <- 0 until firstneighborsNum if cbs(firstneighbors(i)) >= 0) {\n          candidates = (docId, firstneighbors(i).toLong) :: candidates\n          emitted.update(numEmitted, firstneighbors(i))\n          numEmitted += 1\n\n          \/** Segno che il profilo \u00e8 stato visitato, in questo modo se un succesivo blocco AND lo trova, non lo fa *\/\n          visited.update(firstneighbors(i), true)\n        }\n\n        \/** Alla fine di tutti gli attributi, resetto tutto per il prossimo documento *\/\n        for (i <- 0 until numExcluded) {\n          cbs.update(excluded(i), 0)\n        }\n        numExcluded = 0\n        firstneighborsNum = 0\n      }\n\n      \/** Alla fine del documento, sono state eseguite tutte le condizioni in OR, resetto i dati sui profili visti *\/\n      for (i <- 0 until numEmitted) {\n        visited.update(emitted(i), false)\n      }\n      numEmitted = 0\n    }\n\n    log.println(\"[GraphJoin] Numero di volte che \u00e8 stato applicato il position filter \" + positionNumber)\n    log.println(\"[GraphJoin] Numero di volte che \u00e8 stato applicato il common filter \" + commonNumber)\n    log.println(\"[GraphJoin] Numero di candidati \" + candidates.length)\n\n    val t6 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[GraphJoin] Tempo di join (no preprocessing) \" + (t6 - t5))\n\n    val pairs = verify(candidates, docTokens, conditionsOR)\n\n    log.println(\"[GraphJoin] Numero di record verificati \" + pairs.length)\n\n    val t7 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[GraphJoin] Tempo di verifica \" + (t7 - t6))\n    log.println(\"[GraphJoin] STAT: \" + (t4 - t1) + \",\" + (t6 - t5) + \",\" + (t7 - t6))\n\n    log.println(conditionsOR + \";\" + sortType + \";\" + positionNumber + \";\" + candidates.length + \";\" + pairs.length)\n\n    log.flush()\n\n    pairs\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/SimJoins\/EDJoin.scala","text":"<reponame>Stravanni\/ruler\npackage SimJoins.Spark.SimJoins\n\nimport SimJoins.DataStructure.Profile\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.commons\nimport SimJoins.SimJoinsSingleNode.Commons.ED.EdFilters\nimport SimJoins.Spark.Commons.CommonFunctions\nimport SimJoins.Spark.Commons.ED.CommonEdFunctions\nimport org.apache.spark.rdd.RDD\n\nobject EDJoin {\n  \/**\n    * @param profiles             set of profiles\n    * @param attributesThresholds thresholds for each attribute\n    * @param qgramLen             size of the q-grams\n    **\/\n  def getMatchesMulti(profiles: RDD[Profile], attributesThresholds: Map[String, Double], qgramLen: Int): RDD[(Long, Long)] = {\n    \/**\n      * For each attribute in attributeThresholds, obtain the candidate set\n      **\/\n    val candidates = attributesThresholds.map { case (attribute, threshold) =>\n      val docs = CommonFunctions.extractField(profiles, attribute)\n      val cand = getCandidates(docs, qgramLen, threshold.toInt)\n      \/\/todo: anche questo fa schifo\n      val res = (attribute, cand.join(docs).map(d => (d._2._1, (d._1, d._2._2))).join(docs).map(d => (d._2._1, (d._1, d._2._2))))\n      res\n    }\n\n    val conditionsNum = attributesThresholds.size\n\n    val a = candidates.toList.map { case (attribute, pairs1) =>\n      pairs1.map { case (doc1, doc2) =>\n        val key = (doc1._1, doc2._1)\n        val value = (attribute, (doc1._2, doc2._2))\n        (key, value)\n      }\n    }.reduce((x, y) => x.union(y)).groupByKey().filter(_._2.size == conditionsNum)\n\n\n    val pairs = a.filter { case (docIds, attributeValues) =>\n      var pass = true\n      val attributeValuesMap = attributeValues.toMap\n      val it = attributesThresholds.iterator\n      while (it.hasNext && pass) {\n        val (attribute, threshold) = it.next()\n        pass = SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.editDist(attributeValuesMap(attribute)._1, attributeValuesMap(attribute)._2) <= threshold\n      }\n\n      pass\n    }.map(_._1)\n\n    pairs\n  }\n\n\n  \/**\n    * Ritorna le coppie che hanno ED <= threshold\n    **\/\n  def getCandidates(documents: RDD[(Long, String)], qgramLength: Int, threshold: Int): RDD[(Long, Long)] = {\n\n    \/\/Trasforma i documenti in q-grammi\n    val docs = documents.map(x => (x._1, SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.getQgrams(x._2, qgramLength)))\n\n    \/\/Ordina i q-grammi per la loro document frequency\n    val sortedDocs = CommonEdFunctions.getSortedQgrams(docs)\n\n    \/\/Costruisce il prefix index\n    val prefixIndex = documents.context.broadcast(CommonEdFunctions.buildPrefixIndex(sortedDocs, qgramLength, threshold).collectAsMap())\n\n    \/\/Id massimo\n    val maxId = sortedDocs.map(_._1).max().toInt + 1\n\n    \/\/Lunghezza del prefisso\n    val prefixLen = SimJoins.SimJoinsSingleNode.Commons.ED.EdFilters.getPrefixLen(qgramLength, threshold)\n\n    val preCandidates = sortedDocs.mapPartitions { partition =>\n      \/\/Inizializzo l'array che mi dice se ho gi\u00e0 visto o meno un vicino\n      val neighbors = Array.ofDim[Int](maxId)\n      val notFound = Array.fill[Boolean](maxId) {\n        true\n      }\n      var numNeighbors = 0\n      \/\/Candidati\n      var partPreCandidates: List[(Long, Long)] = Nil\n\n      partition.foreach { case (docId, qgrams) =>\n        val docLen = qgrams.length\n        \/\/Prendo il suo prefisso, nel caso in cui sia troppo corto allora devo guardare anche il blocco speciale\n        val prefix = {\n          if (docLen < prefixLen) {\n            qgrams.union(commons.fixPrefix :: Nil)\n          }\n          else {\n            qgrams.take(prefixLen)\n          }\n        }\n\n        \/\/Per ogni elemento nel prefisso\n        prefix.foreach { case (qgram, qgramPos) =>\n          \/\/Prendo il blocco relativo a quell'elemento (se esiste)\n          val block = prefixIndex.value.get(qgram)\n          if (block.isDefined) {\n            \/\/Per ogni vicino\n            block.get.foreach { neighbor =>\n              \/\/Se il vicino non \u00e8 gi\u00e0 stato visto in precedenza\n              if (docId < neighbor.docId && notFound(neighbor.docId.toInt)) {\n                \/\/Se passa il length filter e la posizione tra i due q-grammi \u00e8 inferiore alla soglia\n                if (Math.abs(neighbor.docLength - docLen) <= threshold && Math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n                  partPreCandidates = (docId, neighbor.docId) :: partPreCandidates\n                }\n                \/\/Segna il vicino come gi\u00e0 visto\n                notFound.update(neighbor.docId.toInt, false)\n                neighbors.update(numNeighbors, neighbor.docId.toInt)\n                numNeighbors += 1\n              }\n            }\n          }\n        }\n\n        \/\/Alla fine del documento resetta i vicini visti\n        for (i <- 0 until numNeighbors) {\n          notFound.update(neighbors(i), true)\n        }\n        numNeighbors = 0\n      }\n      partPreCandidates.toIterator\n    }\n\n    \/\/TODO: non \u00e8 un gran mossa questa, per\u00f2 non so come fare... anche mandare tutto in broadcast \u00e8 un casino\n    val predocs = sortedDocs.join(preCandidates).map(p => (p._2._2, (p._1, p._2._1))).join(sortedDocs).map(x => (x._2._1, (x._1, x._2._2)))\n\n    val sortedDocMap = sortedDocs\n\n    \/\/Ora la fase di verifica finale\n    val candidates = predocs.filter { case (doc1, doc2) =>\n      \/\/Se passa il common filter allora calcola l'ED e verifica che sia inferiore\/uguale alla soglia\n      if (EdFilters.commonFilter(doc1._2, doc2._2, qgramLength, threshold)) {\n        true\n      }\n      else {\n        false\n      }\n    }\n\n    candidates.map(c => (c._1._1, c._2._1))\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/Commons\/CustomFunctions.scala","text":"<gh_stars>0\npackage RulER.Commons\n\nimport RulER.DataStructure.{KeyValue, Profile, RulesOr}\nimport RulER.SimJoins.RulERJoin\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass CustomFunctions(df: DataFrame) {\n  def numRows: Long = df.count()\n\n  def joinWithRules(df2: DataFrame, rules: RulesOr, id1: String = \"\", id2: String = \"\"): DataFrame = {\n    if (df == df2) {\n      val profiles = CommonFunctions.dfProfilesToRDD(df, realIDField = id1)\n      val results = RulERJoin.getMatches(profiles, rules.getRules)\n      val p = profiles.context.broadcast(profiles.map(p => (p.id, p.originalID)).collectAsMap())\n      val originalIDs = results.map { case (id1, id2) =>\n        (p.value(id1), p.value(id2))\n      }\n\n      val sparkSession = SparkSession.builder().getOrCreate()\n      sparkSession.createDataFrame(originalIDs).toDF(\"id1\", \"id2\")\n    }\n    else {\n      \/\/TODO\n      val sparkSession = SparkSession.builder().getOrCreate()\n      sparkSession.createDataFrame(List((1, 2), (3, 4))).toDF(\"id1\", \"id2\")\n    }\n  }\n\n  def joinWithRules2(df2: DataFrame, rules: RulesOr, id1: String = \"\", id2: String = \"\"): DataFrame = {\n    if (df == df2) {\n      val profiles = CommonFunctions.dfProfilesToRDD(df, realIDField = id1)\n      val results = RulERJoin.getMatches(profiles, rules.getRules)\n      val p = profiles.context.broadcast(profiles.map(p => (p.id, p.originalID)).collectAsMap())\n      val originalIDs = results.map { case (id1, id2) =>\n        (p.value(id1), p.value(id2))\n      }\n\n      val sparkSession = SparkSession.builder().getOrCreate()\n      val res = sparkSession.createDataFrame(originalIDs).toDF(\"id1\", \"id2\")\n\n      val r1 = df.join(res, df(id1) === res(\"id1\"))\n      df.join(r1, r1(\"id2\") === df(id1))\n    }\n    else {\n      \/\/TODO\n      val sparkSession = SparkSession.builder().getOrCreate()\n      sparkSession.createDataFrame(List((1, 2), (3, 4))).toDF(\"id1\", \"id2\")\n    }\n  }\n\n  def joinWithRules3(df2: DataFrame, rules: List[List[(String, String, String, Double)]], id1: String = \"\", id2: String = \"\"): DataFrame = {\n    val profiles1 = CommonFunctions.dfProfilesToRDD(df, realIDField = id1)\n    val max = profiles1.map(_.id).max()\n    val profiles2 = CommonFunctions.dfProfilesToRDD(df2, realIDField = id2, startIDFrom = max)\n\n    val cindex = rules.flatten.zipWithIndex.toMap\n    val attr1 = cindex.map(x => (x._1._1, \"c\" + x._2))\n    val attr2 = cindex.map(x => (x._1._2, \"c\" + x._2))\n\n    val cformat = rules.map { cand =>\n      cand.map { condition =>\n        (\"c\"+cindex(condition), (condition._4, condition._3))\n      }.toMap\n    }\n\n    val p1 = profiles1.map { p =>\n      Profile(p.id, p.attributes.withFilter(x => attr1.keySet.contains(x.key)).map(x => KeyValue(attr1(x.key), x.value)), originalID = p.originalID)\n    }\n\n    val p2 = profiles2.map { p =>\n      Profile(p.id, p.attributes.withFilter(x => attr2.keySet.contains(x.key)).map(x => KeyValue(attr2(x.key), x.value)), originalID = p.originalID)\n    }\n\n    val profiles = p1.union(p2)\n    val results = RulERJoin.getMatches(profiles, cformat, separatorID = max)\n    val p1b = profiles.context.broadcast(profiles1.map(p => (p.id, p.originalID)).collectAsMap())\n    val p2b = profiles.context.broadcast(profiles2.map(p => (p.id, p.originalID)).collectAsMap())\n\n    val originalIDs = results.map { case (id1, id2) =>\n      (p1b.value(id1), p2b.value(id2))\n    }\n\n    val sparkSession = SparkSession.builder().getOrCreate()\n    val res = sparkSession.createDataFrame(originalIDs).toDF(\"id1\", \"id2\")\n\n    val r1 = df.join(res, df(id1) === res(\"id1\"))\n    df2.join(r1, r1(\"id2\") === df2(id2))\n  }\n\n  def joinWithRules4(df2: DataFrame, rules: List[List[(String, String, String, Double)]], id1: String = \"\", id2: String = \"\"): DataFrame = {\n\n    val profiles1 = CommonFunctions.dfProfilesToRDD(df, realIDField = id1)\n    val max = profiles1.map(_.id).max()\n    val profiles2 = CommonFunctions.dfProfilesToRDD(df2, realIDField = id2, startIDFrom = max + 1)\n\n    val conditionsOr = rules\n\n    val cindex = conditionsOr.flatten.zipWithIndex.toMap\n    val attr1 = cindex.map(x => (x._1._1, \"c\" + x._2))\n    val attr2 = cindex.map(x => (x._1._2, \"c\" + x._2))\n\n    val cformat = conditionsOr.map { cand =>\n      cand.map { condition =>\n        (\"c\"+cindex(condition), (condition._4, condition._3))\n      }.toMap\n    }\n    val p1 = profiles1.map { p =>\n      Profile(p.id, p.attributes.withFilter(x => attr1.keySet.contains(x.key)).map(x => KeyValue(attr1(x.key), x.value)), originalID = p.originalID)\n    }\n\n    val p2 = profiles2.map { p =>\n      Profile(p.id, p.attributes.withFilter(x => attr2.keySet.contains(x.key)).map(x => KeyValue(attr2(x.key), x.value)), originalID = p.originalID)\n    }\n\n    val pfinal = p1.union(p2)\n\n\n    val matches2 = RulERJoin.getMatches(pfinal, cformat, separatorID = max)\n\n\n    val p1b = pfinal.context.broadcast(profiles1.map(p => (p.id, p.originalID)).collectAsMap())\n    val p2b = pfinal.context.broadcast(profiles2.map(p => (p.id, p.originalID)).collectAsMap())\n\n    val originalIDs = matches2.map { case (id1, id2) =>\n      (p1b.value(id1), p2b.value(id2))\n    }\n\n    val sparkSession = SparkSession.builder().getOrCreate()\n    val res = sparkSession.createDataFrame(originalIDs).toDF(\"id1\", \"id2\")\n\n    val r1 = df.join(res, df(id1) === res(\"id1\"))\n    df2.join(r1, r1(\"id2\") === df2(id2))\n  }\n}\n\nobject CustomFunctions {\n  implicit def addCustomFunctions(df: DataFrame) = new CustomFunctions(df)\n}"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/Rule.scala","text":"<reponame>Stravanni\/ruler\npackage RulER.DataStructure\n\ncase class Rule(attribute: String, ruleType: String, threshold: Double) {\n  def and(that: Rule): MatchingRule = {\n    MatchingRule().addOrRule(List(this, that))\n  }\n\n  def or(that: Rule): MatchingRule = {\n    MatchingRule().addOrRule(List(this)).addOrRule((List(that)))\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Experiments\/MainAll.scala","text":"<filename>simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Experiments\/MainAll.scala\npackage SimJoins.SimJoinsSingleNode.Experiments\n\nimport java.io.{File, PrintWriter}\nimport java.util.Calendar\n\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions\nimport SimJoins.DataStructure.Profile\nimport SimJoins.SimJoinsSingleNode.SimJoins.{EDJoin, GraphJoinAND, PPJoin}\n\nobject MainAll {\n\n  \/**\n    * Tipi di algoritmi\n    **\/\n  object algTypes {\n    val editDistance = \"E\"\n    val graphJoin = \"G\"\n    val ppJoin = \"PP\"\n    val editPP = \"EPP\"\n  }\n\n  def saveResults(pairs: List[(Long, Long)], outpath: String): Unit = {\n    val p = new PrintWriter(new File(outpath))\n    pairs.foreach { case (d1, d2) => p.println(d1 + \",\" + d2) }\n    p.close()\n  }\n\n  \/**\n    * Carica le condizioni\n    * Il formato di una condizione \u00e8:\n    * attributo|tipo|soglia\n    **\/\n  def loadConditions(conditions: String): Map[String, (Double, String)] = {\n    conditions.split(\",\").map { condition =>\n      val c = condition.split(\"\\\\|\")\n      (c.head, (c.last.toDouble, c(1)))\n    }.toMap\n  }\n\n\n  case class Results(algType: String, candidates: List[(Long, Long)], threshold: Double, EDJoinDocumentMap: Map[Long, String] = Map.empty[Long, String], PPJoinDocumentMap: Map[Long, Array[Int]] = Map.empty[Long, Array[Int]])\n\n  \/**\n    * Esegue le condizioni utilizzando PPJoin ed EDJoin e intersecando i risultati dei due\n    **\/\n  def getMatchesMultiMixedAdv(profiles: List[Profile], conditions: Map[String, (Double, String)], log: PrintWriter, qgramsLen: Int): List[(Long, Long)] = {\n\n    var candidates: List[(Long, Long)] = Nil\n\n    val data = conditions.map { case (attribute, (threshold, thresholdType)) =>\n      log.println(\"[EPP] Algoritmo \" + thresholdType + \", soglia \" + threshold + \", attributo \" + attribute)\n      if (thresholdType == GraphJoinAND.thresholdTypes.JS) {\n        val tmp = PPJoin.getCandidates(CommonFunctions.extractField(profiles, attribute), threshold, log)\n        Results(algTypes.ppJoin, tmp._2, threshold, PPJoinDocumentMap = tmp._1)\n      }\n      else {\n        val tmp = EDJoin.getCandidates(CommonFunctions.extractField(profiles, attribute), qgramsLen, threshold.toInt, log)\n        Results(algTypes.editDistance, tmp._2, threshold, EDJoinDocumentMap = tmp._1)\n      }\n    }.toArray\n\n    data.foreach { result =>\n      if (candidates == Nil) {\n        candidates = result.candidates\n      }\n      else {\n        candidates = candidates.intersect(result.candidates)\n      }\n    }\n\n    candidates.filter { case (doc1Id, doc2Id) =>\n      var pass = true\n      var i = 0\n      while (pass && i < data.length) {\n        if (data(i).algType == algTypes.ppJoin) {\n          val d1 = data(i).PPJoinDocumentMap.get(doc1Id)\n          val d2 = data(i).PPJoinDocumentMap.get(doc2Id)\n          pass = false\n          if (d1.isDefined && d2.isDefined) {\n            val doc1 = d1.get\n            val doc2 = d2.get\n            val common = doc1.intersect(doc2).length\n            pass = (common.toDouble \/ (doc1.length + doc2.length - common)) >= data(i).threshold\n          }\n        }\n        else {\n          pass = CommonEdFunctions.editDist(data(i).EDJoinDocumentMap(doc1Id), data(i).EDJoinDocumentMap(doc2Id)) <= data(i).threshold\n        }\n        i += 1\n      }\n      pass\n    }\n  }\n\n  \/**\n    * Esegue le condizioni utilizzando PPJoin ed EDJoin e intersecando i risultati dei due\n    **\/\n  def getMatchesMultiMixed(profiles: List[Profile], conditions: Map[String, (Double, String)], log: PrintWriter, qgramsLen: Int): List[(Long, Long)] = {\n\n    var results: List[(Long, Long)] = Nil\n\n    conditions.foreach { case (attribute, (threshold, thresholdType)) =>\n\n      log.println(\"[EPP] Algoritmo \" + thresholdType + \", soglia \" + threshold + \", attributo \" + attribute)\n\n      val pairs = {\n        if (thresholdType == GraphJoinAND.thresholdTypes.JS) {\n          PPJoin.getMatches(CommonFunctions.extractField(profiles, attribute), threshold, log)\n        }\n        else {\n          EDJoin.getMatches(CommonFunctions.extractField(profiles, attribute), qgramsLen, threshold.toInt, log)\n        }\n      }\n      if (results == Nil) {\n        results = pairs\n      }\n      else {\n        results = pairs.intersect(results)\n      }\n    }\n\n    results\n  }\n\n  def main(args: Array[String]): Unit = {\n    val algType = args(0)\n    val logPath = args(1)\n    val conditionsStr = args(2).toString\n    val dataPath = args(3)\n    val sort = {\n      if (args.length >= 5) {\n        args(4).toInt\n      }\n      else {\n        1\n      }\n    }\n\n    val log = new PrintWriter(new File(logPath))\n    log.println(\"AlgType \" + algType)\n    log.println(\"Conditions \" + conditionsStr)\n    log.println(\"Dataset \" + dataPath)\n    log.println(\"Sort \" + sort)\n    log.flush()\n\n    val conditions = loadConditions(conditionsStr)\n    val profiles = CommonFunctions.loadData(dataPath)\n    log.println(\"Numero profili \" + profiles.length)\n    log.flush()\n\n    val startTime = Calendar.getInstance()\n\n    val pairs = {\n      if (algType == algTypes.editDistance) {\n        EDJoin.getMatchesMulti(profiles, conditions.map(c => (c._1, c._2._1)), log, 2)\n      }\n      else if (algType == algTypes.ppJoin) {\n        PPJoin.getMatchesMulti(profiles, conditions.map(c => (c._1, c._2._1)), log)\n      }\n      else if (algType == algTypes.graphJoin) {\n        val sortType = {\n          if (sort == 1) {\n            GraphJoinAND.sortTypes.thresholdAsc\n          }\n          else if (sort == 2) {\n            GraphJoinAND.sortTypes.thresholdDesc\n          }\n          else if (sort == 3) {\n            GraphJoinAND.sortTypes.avgBlockSizeAsc\n          }\n          else if (sort == 4) {\n            GraphJoinAND.sortTypes.avgBlockSizeDesc\n          }\n          else if (sort == 5) {\n            GraphJoinAND.sortTypes.entroAsc\n          }\n          else {\n            GraphJoinAND.sortTypes.entroDesc\n          }\n        }\n\n        log.println(\"Sort \" + sortType)\n\n        GraphJoinAND.getMatchesMultiSort(profiles, conditions, log, sortType)\n      }\n      else {\n        getMatchesMultiMixedAdv(profiles, conditions, log, 2)\n      }\n    }\n\n    \/\/saveResults(pairs, \"\/data2\/res\"+algType+\".txt\")\n\n    log.println(\"Numero risultati \" + pairs.length)\n    val endTime = Calendar.getInstance()\n    log.println(\"Tempo esecuzione totale (min) \" + CommonFunctions.msToMin(endTime.getTimeInMillis - startTime.getTimeInMillis))\n    log.close()\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Experiments\/test.scala","text":"<gh_stars>0\npackage SimJoins.SimJoinsSingleNode.Experiments\n\nimport java.io.{File, PrintWriter}\nimport java.util.Calendar\n\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.SimJoins.GraphJoinAND.sortTypes\nimport SimJoins.SimJoinsSingleNode.SimJoins.{GraphJoinAND, GraphJoinOrAnd, PpEdJoin}\n\nobject test {\n\n  def main(args: Array[String]): Unit = {\n    val andCondition1 = Map((\"title\", (0.8, \"JS\")), (\"authors\", (0.5, \"JS\")))\n    val andCondition2 = Map((\"title\", (3.0, \"ED\")), (\"venue\", (0.5, \"JS\")))\n\n    val conditionsOR: List[Map[String, (Double, String)]] = List(\n      andCondition1,\n      andCondition2\n    )\n\n    val log1 = new PrintWriter(new File(\"C:\/Users\/gagli\/Desktop\/graphjoin.txt\"))\n    val log2 = new PrintWriter(new File(\"C:\/Users\/gagli\/Desktop\/ppedjoin.txt\"))\n\n    val profiles = CommonFunctions.loadData(\"C:\/Users\/gagli\/Desktop\/ACM.csv\")\n\n    val res = for (i <- 0 until 10) yield {\n      val t1 = Calendar.getInstance().getTimeInMillis\n      val r1 = GraphJoinOrAnd.getMatchesMultiSort(profiles, conditionsOR, log1, sortTypes.thresholdAsc)\n      val t2 = Calendar.getInstance().getTimeInMillis\n\n\n      val r2 = PpEdJoin.getMatchesAndOr(profiles, conditionsOR, log2)\n      val t3 = Calendar.getInstance().getTimeInMillis\n\n      (i, t2 - t1, t3 - t2)\n    }\n\n    val tc = res.toList.filter(_._1 > 3).map(_._2)\n    val to = res.toList.filter(_._1 > 3).map(_._3)\n\n    println(\"Tempo medio GraphJoin \"+tc.sum\/tc.size)\n    println(\"Tempo medio PPJoin \"+to.sum\/to.size)\n\n    log1.close()\n    log2.close()\n\n\n    \/*\n    val r1 = GraphJoinOrAnd.getMatchesMultiSort(profiles, conditionsOR, log1, sortTypes.thresholdAsc)\n    val r2 = PpEdJoin.getMatchesAndOr(profiles, conditionsOR, log2)\n\n    println(\"Numero risultati metodo vecchio \" + r1.length)\n    println(\"Numero risultati metodo nuovo \" + r2.length)\n\n    val commons = r1.intersect(r2)\n    val d1 = r1.diff(commons)\n    val d2 = r2.diff(commons)\n\n    println(\"Metodo vecchio - risultati comuni \" + d1.length)\n    println(\"Metodo nuovo - risultati comuni \" + d2.length)\n\n    d1.foreach(println)\n    d2.foreach(println)\n\n    val s1 = d1.union(d2).flatMap(x => List(x._1, x._2)).toSet\n    profiles.filter(pid => s1.contains(pid.id)).foreach(println)\n    *\/\n\n\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/DataStructure\/KeyValue.scala","text":"<reponame>Stravanni\/ruler\npackage SimJoins.DataStructure\n\n\/**\n  * Represents an attribute value with his key\n  * @author <NAME>\n  * @since 2016\/12\/07\n  *\/\ncase class KeyValue(key : String, value : String) extends Serializable{}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/Commons\/DataVerificator.scala","text":"<reponame>Stravanni\/ruler\npackage RulER.Commons\n\nimport RulER.Commons.ED.CommonEdFunctions\nimport RulER.DataStructure.CommonClasses.{tokenized, tokensED, tokensJs}\nimport RulER.DataStructure.ThresholdTypes\nimport org.apache.spark.broadcast.Broadcast\nimport org.apache.spark.rdd.RDD\n\nobject DataVerificator {\n\n  \/**\n    * Verifica i candidati, mantenendo solo quelli che soddisfano le condizioni\n    **\/\n  def verify(candidates: RDD[(Long, Long)],\n             docTokens: Broadcast[scala.collection.Map[Long, Map[String, Map[String, tokenized]]]],\n             conditionsOR: List[Map[String, (Double, String)]]): RDD[(Long, Long)] = {\n\n\n    \/\/docTokens = Map(2012 -> Map(JS -> Map(authors -> tokensJs([J@351cc4b5), title -> tokensJs([J@6dfd4db2))))\n    \/\/conditions OR = List(Map(title -> (0.8,JS), authors -> (0.5,JS)))\n\n\n    \/**\n      * Dati due documenti e la soglia, verifica che la passino\n      **\/\n    def passJS(doc1: Array[Long], doc2: Array[Long], threshold: Double): Boolean = {\n      val common = doc1.intersect(doc2).length\n      (common.toDouble \/ (doc1.length + doc2.length - common)) >= threshold\n    }\n\n    candidates.filter { case (doc1, doc2) =>\n      val d1 = docTokens.value.get(doc1)\n      val d2 = docTokens.value.get(doc2)\n      var noPassOR = true\n      var passAND: Boolean = true\n\n      if (d1.isDefined && d2.isDefined) {\n        val docs1 = d1.get\n        val docs2 = d2.get\n\n        val conditionsORIt = conditionsOR.iterator\n\n        \/**\n          * Continua o finch\u00e9 non sono finite le condizioni in OR\n          * o finch\u00e9 uno dei blocchi in AND non d\u00e0 esito positivo, se uno dei blocchi\n          * AND d\u00e0 esito positivo \u00e8 inutile provare gli altri.\n          **\/\n        while (conditionsORIt.hasNext && noPassOR) {\n          val conditionsAND = conditionsORIt.next()\n          val conditionsANDIt = conditionsAND.iterator\n          passAND = true\n\n          \/**\n            * Continua finch\u00e9 passa tutte le singole condizioni in AND tra loro, o finch\u00e9 non sono terminate\n            **\/\n          while (conditionsANDIt.hasNext && passAND) {\n            val (attribute, (threshold, thresholdType)) = conditionsANDIt.next()\n            val docs1T = docs1.get(thresholdType)\n            val docs2T = docs2.get(thresholdType)\n            if (docs1T.isDefined && docs2T.isDefined) {\n              val tokensD1 = docs1T.get.get(attribute)\n              val tokensD2 = docs2T.get.get(attribute)\n              if (tokensD1.isDefined && tokensD2.isDefined) {\n                if (thresholdType == ThresholdTypes.JS) {\n                  \/\/Controllo la jaccard\n                  passAND = passJS(tokensD1.get.asInstanceOf[tokensJs].tokens, tokensD2.get.asInstanceOf[tokensJs].tokens, threshold)\n                }\n                else {\n                  \/\/Controllo con l'edit distance\n                  passAND = CommonEdFunctions.editDist(tokensD1.get.asInstanceOf[tokensED].originalStr, tokensD2.get.asInstanceOf[tokensED].originalStr) <= threshold\n                }\n              }\n            }\n          }\n\n          \/**\n            * Se ha terminato il ciclo perch\u00e9 ha finito (passAND = true), allora fermo il processo, le altre condizioni non devono essere verificate.\n            * Altrimenti continua.\n            **\/\n          noPassOR = !passAND\n        }\n      }\n      else {\n        noPassOR = true\n      }\n      !noPassOR\n    }\n  }\n\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/SimJoins\/EDJoin.scala","text":"package SimJoins.SimJoinsSingleNode.SimJoins\n\nimport java.io.PrintWriter\nimport java.util.Calendar\n\nimport SimJoins.SimJoinsSingleNode.Commons.CommonFunctions\nimport SimJoins.SimJoinsSingleNode.Commons.ED.CommonEdFunctions.commons\nimport SimJoins.SimJoinsSingleNode.Commons.ED.{CommonEdFunctions, EdFilters}\nimport SimJoins.DataStructure.Profile\n\n\/**\n  * Implements the ED Join algorithm\n  **\/\nobject EDJoin {\n\n  \/**\n    * @param profiles             set of profiles\n    * @param attributesThresholds thresholds for each attribute\n    * @param log                  logger\n    * @param qgramLen             size of the q-grams\n    **\/\n  def getMatchesMulti(profiles: List[Profile], attributesThresholds: Map[String, Double], log: PrintWriter, qgramLen: Int): List[(Long, Long)] = {\n    \/**\n      * For each attribute in attributeThresholds, obtain the candidate set\n      **\/\n    val tokenizedAndCandidates = attributesThresholds.map { case (attribute, threshold) =>\n      log.println(\"[EDJoin] Attribute \" + attribute)\n      val t1 = Calendar.getInstance().getTimeInMillis\n      val docs = CommonFunctions.extractField(profiles, attribute)\n      val t2 = Calendar.getInstance().getTimeInMillis\n      log.println(\"[EDJoin] Time to tokenize attribute's data \" + CommonFunctions.msToMin(t2 - t1) + \" min\")\n      val res = (attribute, EDJoin.getCandidates(docs, qgramLen, threshold.toInt, log))\n      val t3 = Calendar.getInstance().getTimeInMillis\n      log.println(\"[EDJoin] Time to compute candidate set \" + CommonFunctions.msToMin(t3 - t2) + \" min\")\n      res\n    }\n\n\n    val t4 = Calendar.getInstance().getTimeInMillis\n    val tokenizedAttributes = tokenizedAndCandidates.map(x => (x._1, x._2._1))\n\n    val a = tokenizedAttributes.toList.flatMap(x => x._2.map(y => (y._1, x._1, y._2)))\n    val docTokens = a.groupBy(_._1).map(x => (x._1, x._2.map(y => (y._2, y._3)).toMap))\n\n    val candidates = tokenizedAndCandidates.map(_._2._2).reduce((c1, c2) => c1.intersect(c2))\n\n\n    log.println(\"[EDJoin] Candidates number \" + candidates.length)\n\n    val t5 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[EDJoin] Time to obtain candidates \" + CommonFunctions.msToMin(t5 - t4))\n\n\n    val pairs = candidates.filter { case (doc1, doc2) =>\n      val d1 = docTokens.get(doc1)\n      val d2 = docTokens.get(doc2)\n      var pass = true\n      if (d1.isDefined && d2.isDefined) {\n        val docs1 = d1.get\n        val docs2 = d2.get\n        val it = attributesThresholds.iterator\n        while (it.hasNext && pass) {\n          val (attribute, threshold) = it.next()\n          pass = CommonEdFunctions.editDist(docs1(attribute), docs2(attribute)) <= threshold\n        }\n      }\n      else {\n        pass = false\n      }\n      pass\n    }\n\n    val t6 = Calendar.getInstance().getTimeInMillis\n\n    log.println(\"[EDJoin] Matches \" + pairs.length)\n    log.println(\"[EDJoin] Verification time \" + CommonFunctions.msToMin(t6 - t5))\n\n    \/*val finalResults = matches.reduce((l1, l2) => l1.intersect(l2))\n    log.println(\"Numero di record finali \"+finalResults.length)*\/\n    log.flush()\n    pairs\n  }\n\n\n  \/**\n    * Ritorna le coppie che hanno ED <= threshold\n    **\/\n  def getCandidates(documents: List[(Long, String)], qgramLength: Int, threshold: Int, log: PrintWriter): (Map[Long, String], List[(Long, Long)], Long, Long) = {\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n\n    \/\/Trasforma i documenti in q-grammi\n    val docs = documents.map(x => (x._1, CommonEdFunctions.getQgrams(x._2, qgramLength)))\n\n    \/\/Ordina i q-grammi per la loro document frequency\n    val sortedDocs = CommonEdFunctions.getSortedQgrams(docs)\n\n    \/\/Costruisce il prefix index\n    val prefixIndex = CommonEdFunctions.buildPrefixIndex(sortedDocs, qgramLength, threshold)\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo di creazione dell'indice \" + (t2 - t1))\n    val tIndex = t2 - t1\n\n    \/\/Candidati\n    var preCandidates: List[(Long, Long)] = Nil\n\n    \/\/Inizializzo l'array che mi dice se ho gi\u00e0 visto o meno un vicino\n    val maxId = sortedDocs.maxBy(_._1)._1.toInt + 1\n    val neighbors = Array.ofDim[Int](maxId)\n    val notFound = Array.fill[Boolean](maxId) {\n      true\n    }\n    var numNeighbors = 0\n\n    \/\/Lunghezza del prefisso\n    val prefixLen = EdFilters.getPrefixLen(qgramLength, threshold)\n\n\n    val t3 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo inizializzazione \" + (t3 - t2))\n\n    \/\/Per ogni documento\n    sortedDocs.foreach { case (docId, qgrams) =>\n      val docLen = qgrams.length\n      \/\/Prendo il suo prefisso, nel caso in cui sia troppo corto allora devo guardare anche il blocco speciale\n      val prefix = {\n        if (docLen < prefixLen) {\n          qgrams.union(commons.fixPrefix :: Nil)\n        }\n        else {\n          qgrams.take(prefixLen)\n        }\n      }\n\n      \/\/Per ogni elemento nel prefisso\n      prefix.foreach { case (qgram, qgramPos) =>\n        \/\/Prendo il blocco relativo a quell'elemento (se esiste)\n        val block = prefixIndex.get(qgram)\n        if (block.isDefined) {\n          \/\/Per ogni vicino\n          block.get.foreach { neighbor =>\n            \/\/Se il vicino non \u00e8 gi\u00e0 stato visto in precedenza\n            if (docId < neighbor.docId && notFound(neighbor.docId.toInt)) {\n              \/\/Se passa il length filter e la posizione tra i due q-grammi \u00e8 inferiore alla soglia\n              if (Math.abs(neighbor.docLength - docLen) <= threshold && Math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n                preCandidates = (docId, neighbor.docId) :: preCandidates\n              }\n              \/\/Segna il vicino come gi\u00e0 visto\n              notFound.update(neighbor.docId.toInt, false)\n              neighbors.update(numNeighbors, neighbor.docId.toInt)\n              numNeighbors += 1\n            }\n          }\n        }\n      }\n      \/\/Alla fine del documento resetta i vicini visti\n      for (i <- 0 until numNeighbors) {\n        notFound.update(neighbors(i), true)\n      }\n      numNeighbors = 0\n    }\n\n    val sortedDocMap = sortedDocs.toMap\n    val documentMap = documents.toMap\n\n    log.println(\"[EDJoin] Numero pre-candidati (questi vengono tutti parsati dal common filter) \" + preCandidates.length)\n\n    val t4 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo precandidati \" + (t4 - t3))\n\n    \/\/Ora la fase di verifica finale\n    val candidates = preCandidates.filter { case (doc1Id, doc2Id) =>\n      \/\/Se passa il common filter allora calcola l'ED e verifica che sia inferiore\/uguale alla soglia\n      if (EdFilters.commonFilter(sortedDocMap(doc1Id), sortedDocMap(doc2Id), qgramLength, threshold)) {\n        true\n      }\n      else {\n        false\n      }\n    }\n\n    val t5 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Numero candidati \" + candidates.length)\n    log.println(\"[EDJoin] Tempo common filter \" + (t5 - t4))\n    log.println(\"[EDJoin] Tempo di JOIN complessivo \" + (t5 - t3))\n    val tJoin = t5 - t3\n\n    (documentMap, candidates, tIndex, tJoin)\n  }\n\n\n  \/**\n    * Ritorna le coppie che hanno ED <= threshold\n    **\/\n  def getMatches(documents: List[(Long, String)], qgramLength: Int, threshold: Int, log: PrintWriter): List[(Long, Long)] = {\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n    \/\/Trasforma i documenti in q-grammi\n    val docs = documents.map(x => (x._1, CommonEdFunctions.getQgrams(x._2, qgramLength)))\n    \/\/Ordina i q-grammi per la loro document frequency\n    val sortedDocs = CommonEdFunctions.getSortedQgrams(docs)\n\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo preprocessing \" + CommonFunctions.msToMin(t2 - t1))\n\n    \/\/Costruisce il prefix index\n    val prefixIndex = CommonEdFunctions.buildPrefixIndex(sortedDocs, qgramLength, threshold)\n    val t3 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo prefix indexing \" + CommonFunctions.msToMin(t3 - t2))\n\n    \/\/Candidati\n    var candidates: List[(Long, Long)] = Nil\n\n    \/\/Inizializzo l'array che mi dice se ho gi\u00e0 visto o meno un vicino\n    val maxId = sortedDocs.maxBy(_._1)._1.toInt + 1\n    val neighbors = Array.ofDim[Int](maxId)\n    val notFound = Array.fill[Boolean](maxId) {\n      true\n    }\n    var numNeighbors = 0\n    var lenFilterAct: Double = 0\n\n    \/\/Lunghezza del prefisso\n    val prefixLen = EdFilters.getPrefixLen(qgramLength, threshold)\n\n    \/\/Per ogni documento\n    sortedDocs.foreach { case (docId, qgrams) =>\n      val docLen = qgrams.length\n      \/\/Prendo il suo prefisso, nel caso in cui sia troppo corto allora devo guardare anche il blocco speciale\n      val prefix = {\n        if (docLen < prefixLen) {\n          qgrams.union(commons.fixPrefix :: Nil)\n        }\n        else {\n          qgrams.take(prefixLen)\n        }\n      }\n\n      \/\/Per ogni elemento nel prefisso\n      prefix.foreach { case (qgram, qgramPos) =>\n        \/\/Prendo il blocco relativo a quell'elemento (se esiste)\n        val block = prefixIndex.get(qgram)\n        if (block.isDefined) {\n          \/\/Per ogni vicino\n          block.get.foreach { neighbor =>\n            \/\/Se il vicino non \u00e8 gi\u00e0 stato visto in precedenza\n            if (docId < neighbor.docId && notFound(neighbor.docId.toInt)) {\n              lenFilterAct += 1\n              \/\/Se passa il length filter e la posizione tra i due q-grammi \u00e8 inferiore alla soglia\n              if (Math.abs(neighbor.docLength - docLen) <= threshold && Math.abs(qgramPos - neighbor.qgramPos) <= threshold) {\n                candidates = (docId, neighbor.docId) :: candidates\n              }\n              \/\/Segna il vicino come gi\u00e0 visto\n              notFound.update(neighbor.docId.toInt, false)\n              neighbors.update(numNeighbors, neighbor.docId.toInt)\n              numNeighbors += 1\n            }\n          }\n        }\n      }\n      \/\/Alla fine del documento resetta i vicini visti\n      for (i <- 0 until numNeighbors) {\n        notFound.update(neighbors(i), true)\n      }\n      numNeighbors = 0\n    }\n\n    log.println(\"[EDJoin] Numero di attivazioni length filter \" + lenFilterAct)\n    log.println(\"[EDJoin] Numero di candidati (corrisponde anche al numero di attivazioni del commonFilter) \" + candidates.length)\n\n    val sortedDocMap = sortedDocs.toMap\n    val documentMap = documents.toMap\n\n    \/\/Ora la fase di verifica finale\n    val verified = candidates.filter { case (doc1Id, doc2Id) =>\n      \/\/Se passa il common filter allora calcola l'ED e verifica che sia inferiore\/uguale alla soglia\n      if (EdFilters.commonFilter(sortedDocMap(doc1Id), sortedDocMap(doc2Id), qgramLength, threshold) && CommonEdFunctions.editDist(documentMap(doc1Id), documentMap(doc2Id)) <= threshold) {\n        true\n      }\n      else {\n        false\n      }\n    }\n\n    log.println(\"[EDJoin] Numero di coppie verificate \" + verified.length)\n\n    val t4 = Calendar.getInstance().getTimeInMillis\n    log.println(\"[EDJoin] Tempo totale (min) \" + CommonFunctions.msToMin(t4 - t3))\n\n\n    verified\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/Spark\/SimJoins\/PPJoin.scala","text":"package SimJoins.Spark.SimJoins\n\nimport SimJoins.DataStructure.{DocIndex, Profile}\nimport SimJoins.Spark.Commons.CommonFunctions\nimport SimJoins.Spark.Commons.JS.{CommonJsFunctions, JsFilters}\nimport org.apache.spark.rdd.RDD\n\nobject PPJoin {\n\n\n  \/**\n    * Ritorna le coppie candidate che passano il length filter usando l'indice\n    **\/\n  def getPairs(prefixIndex: RDD[(Long, Array[(Long, Int, Int)])], threshold: Double): RDD[((Long, Long), (DocIndex, DocIndex))] = {\n    prefixIndex.flatMap { case (tokenId, docs) =>\n      var results: List[((Long, Long), (DocIndex, DocIndex))] = Nil\n      var i = 0\n      while (i < docs.length - 1) {\n        var j = i + 1\n        while ((j < docs.length) && (docs(i)._3 >= docs(j)._3 * threshold)) {\n          if (docs(i)._1 < docs(j)._1) {\n            results = ((docs(i)._1, docs(j)._1), (DocIndex(docs(i)._2, docs(i)._3), DocIndex(docs(j)._2, docs(j)._3))) :: results\n          }\n          else {\n            results = ((docs(j)._1, docs(i)._1), (DocIndex(docs(j)._2, docs(j)._3), DocIndex(docs(i)._2, docs(i)._3))) :: results\n          }\n          j = j + 1\n        }\n        i += 1\n      }\n      results\n    }\n  }\n\n  \/**\n    * Unisce le coppie candidate ottenendo i dati che servono per il position filter\n    **\/\n  def mergePairs(pairs: RDD[((Long, Long), (DocIndex, DocIndex))]): RDD[((Long, Long), ((DocIndex, DocIndex), Int))] = {\n    def createCombiner(e: (DocIndex, DocIndex)): ((DocIndex, DocIndex), Int) = (e, 1)\n\n    def mergeValue(c: ((DocIndex, DocIndex), Int), e: (DocIndex, DocIndex)): ((DocIndex, DocIndex), Int) = {\n      ((DocIndex(Math.max(c._1._1.pos, e._1.pos), c._1._1.docLen), DocIndex(Math.max(c._1._2.pos, e._2.pos), c._1._2.docLen)), c._2 + 1)\n    }\n\n    def mergeCombiners(c1: ((DocIndex, DocIndex), Int), c2: ((DocIndex, DocIndex), Int)): ((DocIndex, DocIndex), Int) = {\n      ((DocIndex(Math.max(c1._1._1.pos, c2._1._1.pos), c1._1._1.docLen), DocIndex(Math.max(c1._1._2.pos, c2._1._2.pos), c1._1._2.docLen)), c1._2 + c2._2)\n    }\n\n    pairs.combineByKey(createCombiner, mergeValue, mergeCombiners)\n  }\n\n  \/**\n    * Applica il position filter alle coppie che hanno superato il length filter\n    **\/\n  def applyPositionFilter(pairs: RDD[((Long, Long), ((DocIndex, DocIndex), Int))], threshold: Double): RDD[(Long, Long)] = {\n    pairs.filter { pair =>\n      val common = pair._2._2\n      val (d1: DocIndex, d2: DocIndex) = pair._2._1\n      JsFilters.positionFilter(d1.docLen, d2.docLen, d1.pos, d2.pos, common, threshold)\n    }.map(x => x._1)\n  }\n\n  \/** Ritorna l'elenco di coppie candidate *\/\n  def getCandidates(documents: RDD[(Long, String)], threshold: Double): (RDD[(Long, Array[Long])], RDD[(Long, Long)]) = {\n    val tokenizedDocSort = CommonJsFunctions.tokenizeAndSort(documents)\n    val prefixIndex = CommonJsFunctions.buildPrefixIndex(tokenizedDocSort, threshold)\n    val pairsLen = getPairs(prefixIndex, threshold)\n    val pairs = mergePairs(pairsLen)\n    val candidates = applyPositionFilter(pairs, threshold)\n    (tokenizedDocSort, candidates)\n  }\n\n  \/** PPJoin con condizioni multiple in Spark *\/\n  def getMatchesMulti(profiles: RDD[Profile], attributesThresholds: Map[String, Double]): RDD[(Long, Long)] = {\n    val tokenizedAndCandidates = attributesThresholds.map { case (attribute, threshold) =>\n      val docs = CommonFunctions.extractField(profiles, attribute)\n      (attribute, getCandidates(docs, threshold))\n    }\n\n    val tokenizedAttributes = tokenizedAndCandidates.map(x => (x._1, x._2._1))\n    val candidates = tokenizedAndCandidates.map(_._2._2).reduce((c1, c2) => c1.intersection(c2))\n\n    val docs = tokenizedAndCandidates.toList.map { case (attribute, (tokenizedDocs, _)) =>\n      tokenizedDocs.map(d => (d._1, (attribute, d._2)))\n    }.reduce((x, y) => x.union(y)).groupByKey().map(x => (x._1, x._2.toMap))\n\n    val docBroadcast = profiles.context.broadcast(docs.collectAsMap())\n\n    val pairs = candidates.filter { case (doc1, doc2) =>\n      val d1 = docBroadcast.value.get(doc1)\n      val d2 = docBroadcast.value.get(doc2)\n      var pass = true\n      if (d1.isDefined && d2.isDefined) {\n        val docs1 = d1.get\n        val docs2 = d2.get\n        val it = attributesThresholds.iterator\n        while (it.hasNext && pass) {\n          val (attribute, threshold) = it.next()\n          pass = CommonJsFunctions.passJS(docs1.getOrElse(attribute, Array.empty[Long]), docs2.getOrElse(attribute, Array.empty[Long]), threshold)\n        }\n      }\n      else {\n        pass = false\n      }\n      pass\n    }\n\n    pairs\n\n    \/*val pairs = docs.join(candidates).map(x => (x._2._2, (x._1, x._2._1))).join(docs).map(x => ((x._1, x._2._2), x._2._1))\n\n    pairs.filter { case (doc1, doc2) =>\n      val it = attributesThresholds.iterator\n      var pass = false\n      while (it.hasNext && pass) {\n        val (attribute, threshold) = it.next()\n        pass = CommonJsFunctions.passJS(doc1._2.getOrElse(attribute, Array.empty[Long]),\n          doc2._2.getOrElse(attribute, Array.empty[Long]), threshold)\n      }\n      pass\n    }.map { p =>\n      if (p._1._1 < p._2._1) {\n        (p._1._1, p._2._1)\n      }\n      else {\n        (p._2._1, p._1._1)\n      }\n    }*\/\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/resources\/a.scala","text":"import java.util.Calendar\n\nimport BlockBuildingMethods.{BlockingUtils, LSHMio}\nimport DataPreparation.PrefixDataBuilder\nimport DataStructures.{KeysCluster, Profile}\nimport JoinEngine.{ERJoin, PPJoin}\nimport Utilities.ER\nimport VerifyFunctions.JaccardObj\nimport Wrappers.{CSVWrapper, JSONWrapper, SerializedObjectLoader}\nimport org.apache.log4j._\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{SparkConf, SparkContext}\nimport utils.Tokenizer\n\n\/**\n  * Created by Luca on 06\/03\/2018.\n  *\/\n\nobject WRAPPER_TYPES {\n  val serialized = \"serialized\"\n  val csv = \"csv\"\n  val json = \"json\"\n}\n\ndef msToMin(ms: Long): Double = (ms \/ 1000.0) \/ 60.0\n\ndef PPJoinFn(profiles1 : RDD[(Long, String)], profiles2 : RDD[(Long, String)], separatorID : Long, threshold : Double) : RDD[(Long, Long)] = {\n  val log: Logger = LogManager.getRootLogger\n  log.info(\"AAAA\")\n  log.info(\"SPARKER - Genero profili\")\n  val data = profiles1.union(profiles2)\n  data.cache()\n  data.count()\n  log.info(\"SPARKER - Fatto\")\n  log.info(\"SPARKER - Tokenizzazione\")\n  val tokenizedData = PrefixDataBuilder.prepareAllTokens(data, Tokenizer.Word)\n  tokenizedData.cache()\n  tokenizedData.count()\n  data.unpersist()\n  log.info(\"SPARKER - Fatta\")\n  log.info(\"SPARKER - Esegue PPJOIN\")\n  val candidates = PPJoin.rddJoinVerifyADBalanced(tokenizedData, separatorID, threshold)\n  \/\/val candidates = TTJoin.joinAllTokensVerifyBalancing(tokenizedData, threshold, separatorID)(JaccardOrdered.verify)\n  \/\/val candidates = ERJoin.rddJoinVerifyBalanced(tokenizedData, separatorID, threshold)\n  candidates.cache()\n  val cNum = candidates.count()\n  log.info(\"SPARKER - Numero candidati \"+cNum)\n  log.info(\"FATTO\")\n  \/\/candidates.map(x => (x._1._1, x._2._1))\n  candidates.filter(c => JaccardObj.verify(c._1._2, c._2._2, threshold)).map(x => (x._1._1, x._2._1))\n}\n\ndef getTokens(profiles : RDD[Profile], attributes : List[String]) : RDD[(Long, String)] = {\n  profiles.map{profile =>\n    val attributesToUse = profile.attributes.filter(kv => attributes.contains(kv.key))\n\n    val tokens = attributesToUse.flatMap{kv =>\n      kv.value.split(BlockingUtils.TokenizerPattern.DEFAULT_SPLITTING)\n    }\n    (profile.id, tokens.mkString(\" \").toLowerCase)\n  }.filter(_._2.trim.size > 0)\n}\n\ndef test(profiles1 : RDD[Profile], profiles2 : RDD[Profile], cluster : KeysCluster) : (RDD[(Long, String)], RDD[(Long, String)]) = {\n  val attributesDataset1 = cluster.keys.filter(_.startsWith(LSHMio.Settings.FIRST_DATASET_PREFIX)).map(_.replace(LSHMio.Settings.FIRST_DATASET_PREFIX, \"\"))\n  val attributesDataset2 = cluster.keys.filter(_.startsWith(LSHMio.Settings.SECOND_DATASET_PREFIX)).map(_.replace(LSHMio.Settings.SECOND_DATASET_PREFIX, \"\"))\n  (getTokens(profiles1, attributesDataset1), getTokens(profiles2, attributesDataset2))\n}\n\nval defaultLogPath = \"\/marconi\/home\/userexternal\/lgaglia1\/logs\/\"\n\nval taskID = \"testPPCitations\"\nval logPath = defaultLogPath + taskID + \".txt\"\n\nval dataset = \"citations\"\n\/\/val realProfileID = \"realProfileID\"\nval realProfileID = \"id\"\nval basePath = \"\/marconi_work\/EOI_simonini_0\/ER\/\"\n\nval pathDataset1 = basePath+dataset+\"\/dataset1.csv\"\nval pathDataset2 = basePath+dataset+\"\/dataset2.csv\"\nval pathGt = basePath+dataset+\"\/groundtruth.csv\"\n\nval dataset1Type = WRAPPER_TYPES.csv\nval dataset2Type = WRAPPER_TYPES.csv\nval groundtruthType = WRAPPER_TYPES.csv\n\nval hashNum = 256\nval clusterThreshold = 0.3\nval clusterMaxFactor = 1.0\nval clusterSeparateAttributes = true\nval smin = 0.2\n\nval sc = SparkContext.getOrCreate()\n\nval log: Logger = LogManager.getRootLogger\nlog.setLevel(Level.INFO)\nval layout = new SimpleLayout();\nval appender = new FileAppender(layout, logPath, false);\nlog.addAppender(appender);\n\n\nval startTime = Calendar.getInstance()\nval dataset1 = {\n  if (dataset1Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset1)\n  }\n  else if (dataset1Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset1, 0, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset1, header = true, realIDField = realProfileID)\n  }\n}\ndataset1.cache()\nval profilesDataset1 = dataset1.count()\n\nval separatorID = dataset1.map(_.id).max()\n\nval dataset2: RDD[Profile] = {\n  if (dataset2Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset2, separatorID + 1)\n  }\n  else if (dataset2Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset2, separatorID + 1, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset2, startIDFrom = separatorID + 1, header = true, realIDField = realProfileID)\n  }\n}\n\ndataset2.cache()\nval profilesDataset2 = dataset2.count()\nval profiles: RDD[Profile] = dataset1.union(dataset2)\nprofiles.cache()\nval numProfiles = profiles.count()\n\nlog.info(\"SPARKER - First dataset max ID \" + separatorID)\nval profilesTime = Calendar.getInstance()\nlog.info(\"SPARKER - Number of profiles in the 1st dataset \" + profilesDataset1)\nlog.info(\"SPARKER - Number of profiles in the 2nd dataset \" + profilesDataset2)\nlog.info(\"SPARKER - Total number of profiles \" + numProfiles)\nlog.info(\"SPARKER - Time to load profiles \" + msToMin(profilesTime.getTimeInMillis - startTime.getTimeInMillis) + \" min\")\n\nvar startingBlockingTime = Calendar.getInstance()\nval clusters = LSHMio.clusterSimilarAttributes2(profiles = profiles, numHashes = hashNum, targetThreshold = clusterThreshold, maxFactor = clusterMaxFactor, separateAttributes = clusterSeparateAttributes, separatorID = separatorID)\nval endClusterTime = Calendar.getInstance()\nlog.info(\"SPARKER - Generated clusters \"+clusters.size)\nclusters.foreach{c => log.info(\"SPARKER - \"+c)}\nlog.info(\"SPARKER - Time to generate clusters \" + msToMin(endClusterTime.getTimeInMillis - startingBlockingTime.getTimeInMillis) + \" min\")\nlog.info(\"SPARKER - Number of clusters \" + clusters.size)\nprofiles.unpersist()\n\n\nval clustersWithoutGenericCluster = clusters.filter(!_.keys.contains(LSHMio.Settings.DEFAULT_CLUSTER_NAME))\nval bb = clustersWithoutGenericCluster\n\nval eMax = bb.map(_.entropy).max\nlog.info(\"SPARKER - Max cluster entropy \"+eMax)\n\nval aa = bb.filter(_.entropy > (eMax\/2.0))\nlog.info(\"SPARKER - Retained clusters \"+aa.size)\n\nval result = aa.map{cluster =>\n  val st = Calendar.getInstance()\n  val newDatasets = {\n    test(dataset1, dataset2, cluster)\n  }\n\n  log.info(\"SPARKER - Performing PPJOIN for cluster \"+cluster)\n\n  val t = Math.min(1.0, smin*eMax\/cluster.entropy)\n\n  log.info(\"SPARKER - PPJOIN threshold \"+t)\n\n  val d = PPJoinFn(newDatasets._1, newDatasets._2, separatorID, t)\n  val num = d.count()\n  val se = Calendar.getInstance()\n\n  log.info(\"SPARKER - Execution time \"+msToMin(se.getTimeInMillis-st.getTimeInMillis))\n\n\n  log.info(\"SPARKER - Done, retained candidates \"+num)\n  d\n}\n\nlog.info(\"SPARKER - Retained candidates per cluster \"+result.map(x => x.count()))\n\nval candidates = result.reduce((rdd1, rdd2) => rdd1.union(rdd2)).distinct()\ncandidates.cache()\nlog.info(\"SPARKER - Total candidates \"+candidates.count())\ndataset1.unpersist()\ndataset2.unpersist()\n\nval ssGtTime = Calendar.getInstance()\nvar newGT: RDD[(Long, Long)] = null\nvar newGTSize :Long = 0\n\nif(pathGt != null){\n  log.info(\"SPARKER - Start to loading the groundtruth\")\n  val groundtruth = {\n    if (groundtruthType == WRAPPER_TYPES.serialized) {\n      SerializedObjectLoader.loadGroundtruth(pathGt)\n    }\n    else if (groundtruthType == WRAPPER_TYPES.json) {\n      JSONWrapper.loadGroundtruth(pathGt, \"id1\", \"id2\")\n    }\n    else {\n      CSVWrapper.loadGroundtruth(filePath = pathGt, header = true)\n    }\n  }\n  val gtNum = groundtruth.count()\n\n  if (dataset2 != null) {\n    val realIdId1 = sc.broadcast(dataset1.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    val realIdId2 = sc.broadcast(dataset2.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    log.info(\"SPARKER - Start to generate the new groundtruth\")\n    newGT = groundtruth.map { g =>\n      val first = realIdId1.value.get(g.firstEntityID)\n      val second = realIdId2.value.get(g.secondEntityID)\n      if (first.isDefined && second.isDefined) {\n        (first.get, second.get)\n      }\n      else {\n        (-1L, -1L)\n      }\n    }.filter(_._1 >= 0)\n    realIdId1.unpersist()\n    realIdId2.unpersist()\n  }\n  else {\n    val realIdId1 = sc.broadcast(dataset1.map { p =>\n      (p.originalID, p.id)\n    }.collectAsMap())\n    log.info(\"SPARKER - Start to generate the new groundtruth\")\n    newGT = groundtruth.map { g =>\n      val first = realIdId1.value.get(g.firstEntityID)\n      val second = realIdId1.value.get(g.secondEntityID)\n      if (first.isDefined && second.isDefined) {\n        (first.get, second.get)\n      }\n      else {\n        (-1L, -1L)\n      }\n    }.filter(_._1 >= 0)\n    realIdId1.unpersist()\n  }\n\n  newGTSize = newGT.count()\n  log.info(\"SPARKER - Generation completed\")\n  log.info(\"SPARKER - Number of elements in the new groundtruth \" + newGTSize)\n  groundtruth.unpersist()\n  val gtTime = Calendar.getInstance()\n  log.info(\"SPARKER - Time to generate the new groundtruth \" + msToMin(gtTime.getTimeInMillis - ssGtTime.getTimeInMillis) + \" min\")\n}\n\nval pcPq = ER.estimantePCPQ(newGT, candidates)\n\nlog.info(\"SPARKER - PC \"+pcPq._1)\nlog.info(\"SPARKER - PQ \"+pcPq._2)\nval endTime = Calendar.getInstance()\nlog.info(\"SPARKER - Total execution time \"+msToMin(endTime.getTimeInMillis-startTime.getTimeInMillis))\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/Experiments\/TestSpark2.scala","text":"<filename>ruler2\/src\/main\/scala-2.11\/Experiments\/TestSpark2.scala\npackage Experiments\n\nimport RulER.Commons.{CommonFunctions, DataPreparator}\nimport java.util.Calendar\n\nimport RulER.DataStructure.Profile\nimport RulER.SimJoins.{EDJoin, JoinChain, PPJoin, RulERJoin}\nimport org.apache.spark.{SparkConf, SparkContext}\nimport org.apache.log4j.{FileAppender, Level, LogManager, SimpleLayout}\nimport org.apache.spark.rdd.RDD\n\nobject TestSpark2 {\n  def main(args: Array[String]): Unit = {\n    val logFilePath = \"\/data2\/test_vari.txt\"\n    val inputFilePath = \"C:\/Users\/gagli\/Desktop\/imdb_sm.csv\"\n\n\n    val conf = new SparkConf()\n      .setAppName(\"Main\")\n      .setMaster(\"local[*]\")\n      .set(\"spark.default.parallelism\", \"16\")\n      .set(\"spark.local.dir\", \"\/data2\/tmp\")\n      .set(\"spark.driver.maxResultSize\", \"0\")\n      .set(\"spark.executor.heartbeatInterval\", \"200000\")\n      .set(\"spark.network.timeout\", \"300000\")\n\n    val sc = new SparkContext(conf)\n\n    val log = LogManager.getRootLogger\n    log.setLevel(Level.INFO)\n    val layout = new SimpleLayout()\n    val appender = new FileAppender(layout, logFilePath, false)\n    log.addAppender(appender)\n\n    val profiles = CommonFunctions.loadProfiles(filePath = inputFilePath, header = true, realIDField = \"imdbid\", separator = \",\")\n    profiles.cache()\n    val numprofiles = profiles.count()\n    log.info(\"[GraphJoin] Number of profiles \" + numprofiles)\n\n    \/\/imdbid,title,year,genres,director,writer,cast,runtime,country,language,rating,plot\n    val titleJS = (\"title\", (0.8, \"JS\"))\n    val titleED = (\"title\", (2.0, \"ED\"))\n    val directorJS = (\"director\", (0.7, \"JS\"))\n    val castJS = (\"cast\", (0.7, \"JS\"))\n\n    val matchingRule = List(\n      Map(titleJS, directorJS)\n      \/\/Map(castJS, titleED)\n    )\n\n\n    val conditionsPerAttribute = DataPreparator.parseConditions(matchingRule)\n    val tokenizedProfiles = DataPreparator.tokenizeProfiles(profiles, conditionsPerAttribute, 5)\n\n    val t1 = Calendar.getInstance().getTimeInMillis\n    \/*val m1 = RulERJoin.getMatches2(tokenizedProfiles, matchingRule, 5)\n    val m2 = JoinChain.getMatches(tokenizedProfiles, matchingRule, 5)*\/\n\n    \/\/val m1 = JoinChain.getMatches(tokenizedProfiles, matchingRule, 5)\n    val m2 = JoinChain.getMatchesVernica(tokenizedProfiles, matchingRule, 5)\n\n    tokenizedProfiles.filter(x => x._1 == 105 || x._1 == 106).collect().foreach(println)\n\n\n    val t2 = Calendar.getInstance().getTimeInMillis\n    log.info(\"[GraphJoin] Total time \" + (t2 - t1))\n\n    sc.stop()\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/Experiments\/Test1.scala","text":"<reponame>Stravanni\/ruler<filename>ruler2\/src\/main\/scala-2.11\/Experiments\/Test1.scala\npackage Experiments\n\nimport RulER.Commons.{CommonFunctions, DataPreparator}\nimport org.apache.log4j.{FileAppender, Level, LogManager, SimpleLayout}\nimport org.apache.spark.{SparkConf, SparkContext}\n\nobject Test1 {\n  def main(args: Array[String]): Unit = {\n    val logFilePath = \"\/data2\/test_vari.txt\"\n    val inputFilePath = \"C:\/Users\/gagli\/Desktop\/imdb_sm.csv\"\n\n\n    val conf = new SparkConf()\n      .setAppName(\"Main\")\n      .setMaster(\"local[*]\")\n      .set(\"spark.default.parallelism\", \"16\")\n      .set(\"spark.local.dir\", \"\/data2\/tmp\")\n      .set(\"spark.driver.maxResultSize\", \"0\")\n      .set(\"spark.executor.heartbeatInterval\", \"200000\")\n      .set(\"spark.network.timeout\", \"300000\")\n\n    val sc = new SparkContext(conf)\n\n    val log = LogManager.getRootLogger\n    log.setLevel(Level.INFO)\n    val layout = new SimpleLayout()\n    val appender = new FileAppender(layout, logFilePath, false)\n    log.addAppender(appender)\n\n    val profiles = CommonFunctions.loadProfiles(filePath = inputFilePath, header = true, realIDField = \"imdbid\", separator = \",\")\n    profiles.cache()\n    val numprofiles = profiles.count()\n    log.info(\"[GraphJoin] Number of profiles \" + numprofiles)\n\n    \/\/id;author;author-aux;author-orcid;booktitle;cdate;cdrom;cite;cite-label;crossref;editor;editor-orcid;ee;ee-type;i;journal;key;mdate;month;note;note-type;number;pages;publisher;publtype;sub;sup;title;title-bibtex;tt;url;volume;year\n    val titleJS = (\"title\", (0.8, \"JS\"))\n    val titleED = (\"title\", (2.0, \"ED\"))\n    val directorJS = (\"director\", (0.7, \"JS\"))\n    val castJS = (\"cast\", (0.7, \"JS\"))\n\n    val matchingRule = List(\n      Map(titleJS, directorJS),\n      Map(castJS, titleED)\n    )\n\n\n    val conditionsPerAttribute = DataPreparator.parseConditions(matchingRule)\n    val tokenizedProfiles = DataPreparator.tokenizeProfiles(profiles, conditionsPerAttribute, 5)\n\n\n\n    sc.stop()\n  }\n\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/DataStructure\/Qgram.scala","text":"<gh_stars>0\npackage SimJoins.DataStructure\n\n\/**\n  * Rappresenta un qgramma in un documento\n  **\/\ncase class Qgram(docId: Long, docLength: Int, qgramPos: Int, sortedPos: Int)\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Commons\/ED\/EdFilters.scala","text":"<gh_stars>0\npackage SimJoins.SimJoinsSingleNode.Commons.ED\n\nobject EdFilters {\n\n  \/** Ritorna la lunghezza del prefisso *\/\n  def getPrefixLen(qGramLen: Int, threshold: Int): Int = {\n    qGramLen * threshold + 1\n  }\n\n  \/**\n    * Implementa il common filter\n    * restituisce true se i due documenti hanno sufficienti q-grammi in comune per poter passare l'edit distance\n    * richiesta\n    **\/\n  def commonFilter(d1: Array[(Int, Int)], d2: Array[(Int, Int)], qgramLength: Int, threshold: Int): Boolean = {\n    var pass = true\n    val minCommon = (Math.max(d1.length, d2.length) - qgramLength + 1) - (qgramLength * threshold)\n    if (minCommon > 0) {\n      var i = 0\n      var j = 0\n      var common = 0\n      var continue = true\n\n      while (i < d1.length && j < d2.length && common < minCommon && continue) {\n        if (d1(i)._1 < d2(j)._1) {\n          \/\/Prima guardo il qgramma, se il qgramma di d1 \u00e8 minore di quello di d2, allora muovo avanti d1\n          i += 1\n        }\n        else if (d1(i)._1 > d2(j)._1) {\n          \/\/Se il qgrama di d1 \u00e8 maggiore di quello di d2, allora muovo avanti d2\n          j += 1\n        }\n        else {\n          \/\/Ripeto questo blocco finch\u00e9 i q-grammi sono uguali\n          do {\n            \/\/Se i due q-grammi hanno una distanza inferiore alla soglia allora lo conto\n            if (math.abs(d1(i)._2 - d2(j)._2) <= threshold) {\n              common += 1\n            }\n\n            \/\/Con questa condizione posso verificare se le chance che mi rimangono sono sufficienti\n            \/\/per poter raggiungere l'overlap richiesto\n            continue = (math.min(d1.length - i, d2.length - j) + common) >= minCommon\n\n            \/\/I qgrammi sono uguali, ora devo verificare le posizioni, a me servono nella stessa posizione!\n            if (d1(i)._2 < d2(j)._2) {\n              \/\/Se la posizione di d1 \u00e8 inferiore rispetto a quella di d2, allora muovo avanti d1\n              i += 1\n            }\n            else if (d1(i)._2 > d2(j)._2) {\n              \/\/Se la posizione di d1 \u00e8 maggiore di d2, allora muovo avanti d2\n              j += 1\n            }\n            else {\n              \/\/Le posizioni sono uguali, muovo avanti entrambi\n              i += 1\n              j += 1\n            }\n          } while (i < d1.length && j < d2.length && common < minCommon && continue && d1(i)._1 == d2(j)._1)\n        }\n      }\n\n      pass = common >= minCommon\n    }\n    pass\n  }\n\n  \/**\n    * Implementa il common filter partendo dai token comuni gi\u00e0 visti nel prefisso\n    * restituisce true se i due documenti hanno sufficienti q-grammi in comune per poter passare l'edit distance\n    * richiesta\n    **\/\n  def commonFilterAfterPrefix(d1: Array[(Int, Int)], d2: Array[(Int, Int)], qgramLength: Int, threshold: Int, commonPrefixQgrams: Int, d1StartPos: Int, d2StartPos: Int): Boolean = {\n    var pass = true\n    val minCommon = (Math.max(d1.length, d2.length) - qgramLength + 1) - (qgramLength * threshold)\n    if (minCommon > 0) {\n      var i = d1StartPos\n      var j = d2StartPos\n      var common = commonPrefixQgrams\n      var continue = true\n\n      while (i < d1.length && j < d2.length && common < minCommon && continue) {\n        if (d1(i)._1 < d2(j)._1) {\n          \/\/Prima guardo il qgramma, se il qgramma di d1 \u00e8 minore di quello di d2, allora muovo avanti d1\n          i += 1\n        }\n        else if (d1(i)._1 > d2(j)._1) {\n          \/\/Se il qgrama di d1 \u00e8 maggiore di quello di d2, allora muovo avanti d2\n          j += 1\n        }\n        else {\n          \/\/Ripeto questo blocco finch\u00e9 i q-grammi sono uguali\n          do {\n            \/\/Se i due q-grammi hanno una distanza inferiore alla soglia allora lo conto\n            if (math.abs(d1(i)._2 - d2(j)._2) <= threshold) {\n              common += 1\n            }\n\n            \/\/Con questa condizione posso verificare se le chance che mi rimangono sono sufficienti\n            \/\/per poter raggiungere l'overlap richiesto\n            continue = (math.min(d1.length - i, d2.length - j) + common) >= minCommon\n\n            \/\/I qgrammi sono uguali, ora devo verificare le posizioni, a me servono nella stessa posizione!\n            if (d1(i)._2 < d2(j)._2) {\n              \/\/Se la posizione di d1 \u00e8 inferiore rispetto a quella di d2, allora muovo avanti d1\n              i += 1\n            }\n            else if (d1(i)._2 > d2(j)._2) {\n              \/\/Se la posizione di d1 \u00e8 maggiore di d2, allora muovo avanti d2\n              j += 1\n            }\n            else {\n              \/\/Le posizioni sono uguali, muovo avanti entrambi\n              i += 1\n              j += 1\n            }\n          } while (i < d1.length && j < d2.length && common < minCommon && continue && d1(i)._1 == d2(j)._1)\n        }\n      }\n\n      pass = common >= minCommon\n    }\n    pass\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/resources\/dssd.scala","text":"<gh_stars>0\nimport java.util.Calendar\n\nimport DataPreparation.PrefixDataBuilder\nimport DataStructures.Profile\nimport JoinEngine.{PPJoin}\nimport VerifyFunctions.JaccardObj\nimport Wrappers.{CSVWrapper, JSONWrapper, SerializedObjectLoader}\nimport org.apache.log4j._\nimport org.apache.spark.ml.feature.StopWordsRemover\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.{SparkConf, SparkContext}\nimport utils.Tokenizer\n\nobject WRAPPER_TYPES {\n  val serialized = \"serialized\"\n  val csv = \"csv\"\n  val json = \"json\"\n}\n\ndef msToMin(ms: Long): Double = (ms \/ 1000.0) \/ 60.0\n\nval defaultLogPath = \"\/marconi\/home\/userexternal\/lgaglia1\/logs\/\"\n\nval taskID = \"logTestNewImp\"\nval logPath = defaultLogPath + taskID + \".txt\"\n\nval dataset = \"citations\"\n\/\/val realProfileID = \"realProfileID\"\nval realProfileID = \"id\"\nval basePath = \"\/marconi_work\/EOI_simonini_0\/ER\/\"\n\nval pathDataset1 = basePath + dataset + \"\/dataset1.csv\"\nval pathDataset2 = basePath + dataset + \"\/dataset2.csv\"\nval pathGt = basePath + dataset + \"\/groundtruth.csv\"\n\nval dataset1Type = WRAPPER_TYPES.csv\nval dataset2Type = WRAPPER_TYPES.csv\nval groundtruthType = WRAPPER_TYPES.csv\n\nval hashNum = 256\nval clusterMaxFactor = 1.0\nval clusterSeparateAttributes = true\nval thresholds = List(0.8, 0.4)\n\nval sc = SparkContext.getOrCreate()\n\nval log: Logger = LogManager.getRootLogger\nlog.setLevel(Level.INFO)\nval layout = new SimpleLayout();\nval appender = new FileAppender(layout, logPath, false);\nlog.addAppender(appender);\n\n\nval startTime = Calendar.getInstance()\nval dataset1 = {\n  if (dataset1Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset1)\n  }\n  else if (dataset1Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset1, 0, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset1, header = true, realIDField = realProfileID)\n  }\n}\ndataset1.cache()\nval profilesDataset1 = dataset1.count()\n\nval separatorID = dataset1.map(_.id).max()\n\nval dataset2: RDD[Profile] = {\n  if (dataset2Type == WRAPPER_TYPES.serialized) {\n    SerializedObjectLoader.loadProfiles(pathDataset2, separatorID + 1)\n  }\n  else if (dataset2Type == WRAPPER_TYPES.json) {\n    JSONWrapper.loadProfiles(pathDataset2, separatorID + 1, realProfileID)\n  }\n  else {\n    CSVWrapper.loadProfiles(filePath = pathDataset2, startIDFrom = separatorID + 1, header = true, realIDField = realProfileID)\n  }\n}\n\ndataset2.cache()\nval profilesDataset2 = dataset2.count()\nval profiles: RDD[Profile] = dataset1.union(dataset2)\nprofiles.cache()\nval numProfiles = profiles.count()\ndataset1.unpersist()\ndataset2.unpersist()\n\nlog.info(\"SPARKER - First dataset max ID \" + separatorID)\nval profilesTime = Calendar.getInstance()\nlog.info(\"SPARKER - Number of profiles in the 1st dataset \" + profilesDataset1)\nlog.info(\"SPARKER - Number of profiles in the 2nd dataset \" + profilesDataset2)\nlog.info(\"SPARKER - Total number of profiles \" + numProfiles)\nlog.info(\"SPARKER - Time to load profiles \" + msToMin(profilesTime.getTimeInMillis - startTime.getTimeInMillis) + \" min\")\n\n\/\/val stopWords = sc.broadcast(StopWordsRemover.loadDefaultStopWords(\"english\").map(_.toLowerCase))\n\/\/val data = profiles.map(x => (x.id, x.attributes.flatMap(_.value.trim.toLowerCase).filter(x => !stopWords.value.contains(x)).mkString(\" \").toLowerCase))\nval data = profiles.map(x => (x.id, x.attributes.flatMap(_.value.trim.toLowerCase).mkString(\" \").toLowerCase))\ndata.cache()\ndata.count()\n\/\/stopWords.unpersist()\n\nval threshold = 0.8\n\nlog.info(\"SPARKER - <NAME>\")\n\nval t3 = Calendar.getInstance()\nval c = PPJOINMIOClean3.join(data, threshold, separatorID)\nval n = c.count()\nval t4 = Calendar.getInstance()\nlog.info(\"SPARKER - Tempo PPJOIN Mio \" + msToMin(t4.getTimeInMillis-t3.getTimeInMillis))\nlog.info(\"SPARKER - Numero risultati PPJOIN Mio \" + n)\n\nval t1 = Calendar.getInstance()\nval tokenizedData = PrefixDataBuilder.prepareAllTokens(data, Tokenizer.Word)\nval candidates = PPJoin.rddJoinVerifyADBalanced(tokenizedData, separatorID, threshold)\nval verified = candidates.filter(c => JaccardObj.verify(c._1._2, c._2._2, threshold))\nval verifiedNum = verified.count()\nval t2 = Calendar.getInstance()\n\n\nlog.info(\"SPARKER - Tempo PPJOIN Song \" + msToMin(t2.getTimeInMillis-t1.getTimeInMillis))\nlog.info(\"SPARKER - Numero risultati PPJOIN Song \" + verifiedNum)\nlog.info(\"SPARKER - Tempo PPJOIN Mio \" + msToMin(t4.getTimeInMillis-t3.getTimeInMillis))\nlog.info(\"SPARKER - Numero risultati PPJOIN Mio \" + n)\n\nval endTime = Calendar.getInstance()\nlog.info(\"SPARKER - Total execution time \" + msToMin(endTime.getTimeInMillis - startTime.getTimeInMillis))"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/Commons\/DataPreparator.scala","text":"package RulER.Commons\n\nimport RulER.Commons.ED.CommonEdFunctions\nimport RulER.Commons.JS.CommonJsFunctions\nimport RulER.DataStructure.{Profile, ThresholdTypes}\nimport RulER.DataStructure.CommonClasses._\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.util.AccumulatorV2\n\nimport scala.collection.mutable\n\nobject DataPreparator {\n\n  \/**\n    * Prende in ingresso le condizioni in OR tra di loro\n    * e le formatta in modo da averle in un'unica struttura nel formato:\n    * attributo -> tipo condizione (ED\/JS) -> [soglie]\n    **\/\n  def parseConditions(conditions: List[Map[String, (Double, String)]]): Map[String, Map[String, Set[Double]]] = {\n    val allConditions = conditions.flatten\n    val conditionsPerAttribute = allConditions.groupBy(_._1)\n    conditionsPerAttribute.map { case (attribute, conditions) =>\n\n      val singleConditions = conditions.toSet\n      val thresholds = singleConditions.map(_._2.swap)\n      val thresholdsPerConditionType = thresholds.groupBy(_._1).map(x => (x._1, x._2.map(_._2)))\n\n      (attribute, thresholdsPerConditionType)\n    }\n  }\n\n  \/**\n    * Accumulatore per memorizzare le frequenze dei token\n    **\/\n  class customAccumulator(counter: mutable.Map[(String, String, String), Double]) extends AccumulatorV2[(String, String, String), mutable.Map[(String, String, String), Double]] {\n\n    override def isZero: Boolean = counter.isEmpty\n\n    override def copy(): AccumulatorV2[(String, String, String), mutable.Map[(String, String, String), Double]] = {\n      new customAccumulator(counter.clone())\n    }\n\n    override def reset(): Unit = counter.clear()\n\n    override def add(v: (String, String, String)): Unit = {\n      if (counter.contains(v)) {\n        counter.update(v, counter(v) + 1)\n      }\n      else {\n        counter.put(v, 1)\n      }\n    }\n\n    override def merge(other: AccumulatorV2[(String, String, String), mutable.Map[(String, String, String), Double]]): Unit = {\n      other.value.foreach { case (k, v) =>\n        if (counter.contains(k)) {\n          counter.update(k, counter(k) + v)\n        }\n        else {\n          counter.put(k, v)\n        }\n      }\n    }\n\n    override def value: mutable.Map[(String, String, String), Double] = counter\n  }\n\n  \/** Tokenizza gli attributi richiesti per la condizione *\/\n  def tokenizeProfiles(profiles: RDD[Profile],\n                       conditionsPerAttribute: Map[String, Map[String, Set[Double]]],\n                       qgramLength: Int): RDD[(Long, Map[String, Map[String, tokenized]])] = {\n\n    \/** Definisco l'accumulatore in cui memorizzare le frequenze, il formato \u00e8 (tipo soglia, attributo, token) (frequenza) *\/\n    val accum = new customAccumulator(mutable.Map[(String, String, String), Double]())\n    profiles.context.register(accum, \"Freq. accumulator\") \/\/ Optional, name it for SparkUI\n\n\n    \/** Estraggo gli elementi (es. token) dagli attributi coinvolti nella condizione di match *\/\n    val profileElements = profiles.map { profile =>\n\n      \/** Scorro le condizioni per ogni attributo *\/\n      val elementsPerAttribute = conditionsPerAttribute.flatMap { case (attribute, conditions) =>\n\n        \/** Estraggo il valore dell'attributo *\/\n        val originalStr = profile.attributes.filter(_.key == attribute).map(_.value.trim).mkString(\" \").toLowerCase.trim\n\n        \/* Per ogni tipologia di soglia richiesta (es. JS\/ED) estraggo i token o gli n-grammi *\/\n        val elements: Iterable[(String, String, tokenized)] =\n          conditions.map { case (thresholdType, threshold) =>\n\n            \/** Se la soglia \u00e8 di tipo JS estraggo i token *\/\n            if (thresholdType == ThresholdTypes.JS) {\n              \/** Tokenizzo la stringa *\/\n              val tokens = CommonJsFunctions.tokenize(originalStr)\n\n              \/** Aggiungo ogni token nell'accumulatore *\/\n              tokens.foreach { x =>\n                accum.add((thresholdType, attribute, x))\n              }\n\n              \/** Se non ci sono token lo segno, altrimenti li aggiungo *\/\n              if (tokens.isEmpty) {\n                (thresholdType, attribute, noTokens())\n              }\n              else {\n                (thresholdType, attribute, tokensStrJs(tokens))\n              }\n            }\n\n            \/** Edit distance, devo fare gli n-grammi *\/\n            else {\n              \/** Ottengo gli ngrammi *\/\n              val qgrams = CommonEdFunctions.getQgrams(originalStr, qgramLength)\n\n              \/** Segno la frequenza nell'accumulatore *\/\n              qgrams.foreach { case (qgram, pos) =>\n                accum.add((thresholdType, attribute, qgram))\n              }\n\n              \/** Se non ci sono qgrammi lo segnalo, altrimenti li aggiungo *\/\n              if (qgrams.isEmpty) {\n                (thresholdType, attribute, noTokens())\n              }\n              else {\n                (thresholdType, attribute, tokensStrED(qgrams, originalStr))\n              }\n            }\n          }\n        elements\n      }\n\n      (profile.id, elementsPerAttribute)\n    }\n\n    \/** Mantengono solo i profili per cui sono stati estratti tutti gli elementi *\/\n    val validProfiles = profileElements.filter { case (profileID, elementsPerAttribute) =>\n      !elementsPerAttribute.exists { case (thresholdType, attribute, elements) =>\n        elements.getType() == \"empty\"\n      }\n    }\n    validProfiles.cache()\n    validProfiles.count()\n\n\n    \/** Suddivido le tf per tipo di soglia e attributo, es (JS, Title) => (tokens, freq), (ED, Title) => (qgrams, freq) *\/\n    val tfPerThresholdTypeAndAttribute = accum.value.toArray.map { case ((thresholdType, attribute, token), df) =>\n      ((thresholdType, attribute), (token, df))\n    }.groupBy(_._1)\n\n    val tfMap = tfPerThresholdTypeAndAttribute.map { case (key, values) =>\n\n      \/** Estraggo le tf dai gruppi, quindi avr\u00f2 la forma (token, tf)\n        * e ordino per tf in modo da avere prima i token meno frequenti\n        * *\/\n      val tf = values.map(_._2).sortBy { case (token, tf) => (tf, token) }\n      \/** Ottengo una mappa in cui i token vengono numerati in base all'ordine hanno in base alla TF *\/\n      val tfID = tf.zipWithIndex.map { case ((token, tf), id) => (token, id) }\n      (key, tfID.toMap)\n    }\n\n    \/** Invio in broadcast la mappa che mi consente di ottenere per ogni token\/qgramma un id univoco *\/\n    val tf = profiles.context.broadcast(tfMap)\n\n    \/** Sostituisco le stringhe con gli id generati *\/\n    val profileTokens = validProfiles.map { case (profileId, attributesElements) =>\n      val attributesElementsConv: Iterable[(String, String, tokenized)] = attributesElements.map { case (thresholdType, attribute, elements) =>\n\n        \/** Se il tipo di soglia \u00e8 jaccard *\/\n        if (thresholdType == ThresholdTypes.JS) {\n          \/** Leggo i token che erano stati prodotti *\/\n          val tokens = elements.asInstanceOf[tokensStrJs].tokens\n          \/** Sostituisco i token testuali con gli interi e poi li ordino *\/\n          val sortedTokens = tokens.map { token =>\n            tf.value(thresholdType, attribute)(token).toLong\n          }.toArray.sorted\n          (thresholdType, attribute, tokensJs(sortedTokens))\n        }\n        else {\n          \/** Se il tipo di soglia \u00e8 ED leggo i qgrammi generati prima *\/\n          val qgrams = elements.asInstanceOf[tokensStrED]\n          \/** Converto i qgrammi da stringhe a interi e poi li ordino, in modo da avere prima i meno frequenti e poi i pi\u00f9 frequenti *\/\n          val intQgrams = qgrams.qgrams.map { case (qgram, pos) =>\n            (tf.value(thresholdType, attribute)(qgram), pos)\n          }\n          val sortedQgrams = intQgrams.sortBy { case (qgramId, qgramPos) => (qgramId, qgramPos) }\n          (thresholdType, attribute, tokensED(sortedQgrams, qgrams.originalStr))\n        }\n      }\n\n      \/**\n        * Alla fine converto tutto in una mappa che data la tipologia di soglia (ED\/JS) e l'attributo mi restituisce\n        * gli elementi (token\/qgrammi)\n        **\/\n      val attributesElementsConvPerThresholdType = attributesElementsConv.groupBy { case (thresholdType, attribute, elements) => thresholdType }\n\n      val finalMap = attributesElementsConvPerThresholdType.map { case (thresholdType, attributeElements1) =>\n        val attributeElements = attributeElements1.map { case (thresType, attribute, elements) =>\n          (attribute, elements)\n        }\n        (thresholdType, attributeElements.toMap)\n      }\n\n      (profileId, finalMap)\n    }\n\n    profileTokens.cache()\n    profileTokens.count()\n    tf.unpersist()\n\n    profileTokens\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"simJoins\/src\/main\/scala-2.11\/SimJoins\/SimJoinsSingleNode\/Commons\/CommonFunctions.scala","text":"package SimJoins.SimJoinsSingleNode.Commons\n\nimport SimJoins.DataStructure.{KeyValue, Profile}\nimport org.apache.commons.csv.CSVFormat\nimport java.io.FileReader\n\nimport scala.collection.JavaConversions._\nimport scala.io.Source\n\n\/**\n  * Created by Luca on 27\/03\/2018.\n  *\/\nobject CommonFunctions {\n  def msToMin(ms: Long): Double = (ms \/ 1000.0) \/ 60.0\n\n  def extractField(profiles: List[Profile], fieldName: String): List[(Long, String)] = {\n    profiles.map { profile =>\n      (profile.id, profile.attributes.filter(_.key == fieldName).map(_.value).mkString(\" \").toLowerCase)\n    }.filter(!_._2.trim.isEmpty)\n  }\n\n  def loadUnstructuredData(path: String): List[(Long, String)] = {\n    val docs = for (line <- Source.fromFile(path).getLines()) yield {\n      line\n    }\n    docs.zipWithIndex.map(x => (x._2.toLong, x._1)).toList\n  }\n\n  def loadData(path: String, separator: Char = ',', realProfileId: String = \"\", startIdFrom: Long = 0): List[Profile] = {\n\n    val in = new FileReader(path)\n    val records = CSVFormat.RFC4180.withFirstRecordAsHeader.parse(in)\n    \/\/val records = CSVFormat.newFormat(separator).withFirstRecordAsHeader().parse(in)\n\n\n    val profiles = records.zipWithIndex.map { case (record, index) =>\n      val realId = {\n        if (realProfileId.isEmpty) {\n          \"\"\n        }\n        else {\n          record.get(realProfileId)\n        }\n      }\n      val profile = Profile(id = index + startIdFrom, originalID = realId)\n      records.getHeaderMap.foreach { case (fieldName, fieldNum) =>\n        if (fieldName != realProfileId) {\n          val value = record.get(fieldName).trim\n          if (!value.isEmpty) {\n            profile.addAttribute(KeyValue(fieldName, value))\n          }\n        }\n      }\n      profile\n    }\n\n    profiles.toList\n  }\n}\n"}
{"repo_name":"Stravanni\/ruler","path":"ruler2\/src\/main\/scala-2.11\/RulER\/DataStructure\/ThresholdTypes.scala","text":"package RulER.DataStructure\n\nobject ThresholdTypes {\n  val ED = \"ED\"\n  val JS = \"JS\"\n}\n"}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/slaves\/AudioProcessingConf.scala","text":"<reponame>ahamshubham\/scala-speech\npackage main.scala.slaves\n\n\/*\n Created by <NAME> on 1\/12\/16.\n*\/\nobject AudioProcessingConf {\n\n  val sampleRate = 16000\n  val sampleSizeInBits = 16\n  val channels = 1\n  val signed = true\n  val bigEndian = true\n\n}\n"}
{"repo_name":"ahamshubham\/scala-speech","path":"build.sbt","text":"<reponame>ahamshubham\/scala-speech<gh_stars>1-10\nname := \"research\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies += \"org.scala-lang.modules\" %% \"scala-swing\" % \"2.0.0-M2\""}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/RealTimeAudioPlotterClass.scala","text":"\/*\n Created by <NAME> on 7\/12\/16.\n*\/\npackage main.scala\n\nimport java.awt.{Color, Dimension, Graphics2D}\nimport java.util.{Timer, TimerTask}\nimport java.util.concurrent.LinkedBlockingQueue\n\nimport scala.collection.mutable.Queue\nimport scala.swing.{MainFrame, Panel, SimpleSwingApplication}\nimport scala.util.control.Breaks._\n\n\nclass RealTimeAudioPlotterClass(queue: LinkedBlockingQueue[Double]) extends Runnable {\n  val batch_size = 960\n  val initial_queue_size = 3200\n  val shift = batch_size\n  private val sharedQueue = queue\n  private val window_maker = new DrawingClass()\n  private var audioBatch = new Queue[Double]()\n\n  def run() {\n    for (i <- 1 to initial_queue_size) {\n      val element = sharedQueue.take()\n\n      if (element != null)\n        audioBatch.enqueue(element)\n      else\n        break\n    }\n\n    windowMaker()\n\n    val plotter_task = new PlotterTask\n    val plotter_timer = new Timer\n    val time_period = shift \/ 16\n    plotter_timer.scheduleAtFixedRate(plotter_task, 0, time_period)\n  }\n\n  def windowMaker(): Unit = {\n    window_maker.main(Array())\n  }\n\n  def plotter(audioBatchList: List[Double]): Unit = {\n    window_maker.paintAgain(audioBatchList)\n  }\n\n  class PlotterTask extends TimerTask {\n    override def run() = {\n      \/\/This should be converted to a thread\n      \/\/println(\"System time:\" + System.currentTimeMillis())\n      plotter(audioBatch.toList)\n\n      try {\n        for (i <- 1 to shift) {\n          val element = sharedQueue.take()\n          if (element != null) {\n            audioBatch.dequeue()\n            audioBatch.enqueue(element)\n          }\n          else {\n            break\n          }\n        }\n      } catch {\n        case ex: InterruptedException => println(\"Interrupted Exception\")\n      }\n      \/\/println(\"Completed_plotting\")\n    }\n  }\n\n}\n\n\/\/Class to create the window\nclass DrawingClass extends SimpleSwingApplication {\n\n  lazy val window = new DataPanel() {\n    preferredSize = new Dimension(1000, 500)\n  }\n\n  lazy val top = new MainFrame {\n    contents = window\n  }\n\n  def paintAgain(audioBatch: List[Double]) = {\n    window.plot(audioBatch)\n    window.repaint()\n  }\n}\n\n\/\/Panel to plot the audio signal\nclass DataPanel() extends Panel {\n\n  private var audioInfoList = List(0.0)\n\n  \/\/Set color for background\n  background = Color.WHITE\n\n  \/\/Plots the audio signal\n  override def paintComponent(g: Graphics2D) {\n    super.paintComponent(g)\n\n    \/\/Set color for plotting\n    g.setColor(new Color(29, 176, 249))\n\n\n    val window_height = g.getClipBounds.height.toFloat\n    val window_width = g.getClipBounds.width.toFloat\n    val scale = (window_width.toFloat \/ (audioInfoList.length))\n    val mid_y = window_height \/ 2\n    var x2 = 1\n    var prev_point = 0.0\n\n    audioInfoList foreach { point =>\n      val y1 = prev_point.toInt + mid_y.toInt\n      val y2 = point.toInt + mid_y.toInt\n      val x1 = x2 - 1\n\n      g.drawLine((x1 * scale).toInt, y1, (x2 * scale).toInt, y2)\n\n      x2 = x2 + 1\n      prev_point = point\n    }\n  }\n\n  def plot(audioBatchList: List[Double]) {\n    this.audioInfoList = audioBatchList\n  }\n\n}"}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/slaves\/ListenerClass.scala","text":"<reponame>ahamshubham\/scala-speech<filename>src\/main\/scala\/slaves\/ListenerClass.scala\n\/*\nCreated by <NAME> on 30\/11\/16.\n*\/\n\npackage main.scala.slaves\n\nimport java.util.concurrent.LinkedBlockingQueue\nimport javax.sound.sampled._\nimport scala.util.control._\n\nclass ListenerClass(queue1: LinkedBlockingQueue[Double], queue2: LinkedBlockingQueue[Double], queue3: LinkedBlockingQueue[Double]) extends Runnable {\n\n  \/\/Audio Settings\n  private val sharedQueue1 = queue1\n  private val sharedQueue2 = queue2\n  private val sharedQueue3 = queue3\n  private val sampleRate = 16000\n  private val sampleSizeInBits = 16\n  private val channels = 1\n  private val signed = true\n  private val bigEndian = true\n\n  def run() {\n    try {\n\n      val format = new AudioFormat(sampleRate, sampleSizeInBits, channels, signed, bigEndian)\n\n      \/\/Audio Capture Device\n      val targetInfo = new DataLine.Info(classOf[TargetDataLine], format)\n      \/\/Audio Output Device\n      val sourceInfo = new DataLine.Info(classOf[SourceDataLine], format)\n      try {\n        val targetLine = AudioSystem.getLine(targetInfo).asInstanceOf[TargetDataLine]\n        println(\"Reached\")\n        targetLine.flush()\n        targetLine.open(format)\n        targetLine.start()\n\n        var numberOfBytesRead = 0\n        \/\/val numberOfBytesToRead = 3200\n        val numberOfBytesToRead = targetLine.getBufferSize() \/ 5\n        var audioInformationInBytes = new Array[Byte](numberOfBytesToRead)\n        var send_audio_thread: Thread = null\n        var start_time = System.currentTimeMillis()\n\n        val sourceLine = AudioSystem.getLine(sourceInfo).asInstanceOf[SourceDataLine]\n        sourceLine.open(format)\n        sourceLine.start()\n\n        targetLine.flush()\n\n        while (numberOfBytesRead != -1) {\n          \/\/println(System.currentTimeMillis() - start_time)\n          start_time = System.currentTimeMillis()\n          numberOfBytesRead = targetLine.read(audioInformationInBytes, 0, numberOfBytesToRead)\n          sourceLine.write(audioInformationInBytes, 0, numberOfBytesRead)\n\n          send_audio_thread = new Thread(new Runnable {\n            def run() {\n              send_audio_info(audioInformationInBytes)\n            }\n          })\n\n          send_audio_thread.start()\n\n          while (System.currentTimeMillis() - start_time < 10) {\n            val i = 10\n          }\n        }\n      }\n      catch {\n        case e: Exception => println(e)\n      }\n\n    } catch {\n      case ex: InterruptedException => println(\"Interrupted Exception\")\n    }\n  }\n\n  def send_audio_info(audioInformationInBytes: Array[Byte]) = {\n    val audioInformation = audioDecoder(audioInformationInBytes)\n    \/\/println(audioInformation.toList)\n    for (sample <- audioInformation) {\n      sharedQueue1.put(sample)\n      sharedQueue2.put(sample)\n      sharedQueue3.put(sample)\n    }\n  }\n\n  def audioDecoder(audioInformationInBytes: Array[Byte]): Array[Double] = {\n    val numberOfBytes = audioInformationInBytes.length\n    val bytesPerSample = sampleSizeInBits \/ 8\n    val amplification = 100.0 \/\/Choose a number of your choice\n    val micBufferData = new Array[Double](numberOfBytes - bytesPerSample + 1)\n    var index1 = 0\n    var index2 = 0\n    val loop = new Breaks\n    loop.breakable {\n      while (true) {\n        if (index1 > numberOfBytes - bytesPerSample)\n          loop.break\n        var sample: Double = 0.0\n        for (index3: Int <- 0 to bytesPerSample - 1) {\n          var temp1: Int = audioInformationInBytes(index1 + index3)\n          if (index3 < bytesPerSample - 1 || bytesPerSample == 1) {\n            temp1 = temp1 & 0xff\n          }\n          sample += (temp1 << (index3 * 8))\n        }\n\n        val converted_sample = amplification * (sample \/ 32768.0)\n        \/\/println(converted_sample)\n        micBufferData(index2) = converted_sample\n        index1 = index1 + bytesPerSample\n        index2 = index2 + 1\n      }\n    }\n    return micBufferData\n  }\n}"}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/slaves\/SummerClass.scala","text":"<gh_stars>1-10\n\/*\nCreated by <NAME> on 30\/11\/16.\n*\/\n\npackage main.scala.slaves\n\nimport java.util.concurrent.LinkedBlockingQueue\nimport scala.collection.mutable.ListBuffer\nimport scala.util.control.Breaks._\n\nclass SummerClass(queue: LinkedBlockingQueue[Double]) extends Runnable {\n  val batch_size = 3200\n  private val sharedQueue = queue\n\n  def run() {\n    while (true) {\n      try {\n        var input_data_list_buffer = new ListBuffer[Double]()\n        var element = 0.0\n        for (i <- 1 to batch_size) {\n          element = sharedQueue.take()\n          if (element != null)\n            input_data_list_buffer += element\n          else\n            break\n        }\n        val resultFromProcessor = summer(input_data_list_buffer.toList)\n      } catch {\n        case ex: InterruptedException => println(\"Interrupted Exception\")\n      }\n    }\n  }\n\n  \/\/Processor\n  def summer(input_data_list: List[Double]): Double = {\n    return input_data_list.foldLeft(0.00)(_ + _)\n  }\n\n}"}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/slaves\/RecorderClass.scala","text":"<gh_stars>1-10\npackage main.scala.slaves\n\nimport java.io.{File, PrintWriter}\nimport java.util.concurrent.LinkedBlockingQueue\n\nimport scala.concurrent.duration.Duration\nimport scala.concurrent.{Await, Future}\nimport scala.concurrent.ExecutionContext.Implicits.global\n\n\/*\n Created by <NAME> on 27\/3\/17.\n*\/\n\nclass RecorderClass(input_queue: LinkedBlockingQueue[Double]) extends Runnable {\n\n  val worker_result_queue: LinkedBlockingQueue[Future[Double]] = new LinkedBlockingQueue()\n\n  val recording_file_path = \"tmp\/recordings\/recording_\" + System.currentTimeMillis() + \".txt\"\n  val recording_file = new File(recording_file_path)\n  recording_file.getParentFile().mkdirs()\n  val data_writer = new PrintWriter(recording_file, \"UTF-8\")\n\n  def run() = {\n\n    val controllerThread = new Thread(new Runnable {\n      override def run(): Unit = controller()\n    })\n\n    val combinerThread = new Thread(new Runnable {\n      override def run(): Unit = combiner()\n    })\n\n    controllerThread.start()\n    combinerThread.start()\n  }\n\n  def controller(): Unit = {\n    while (true) {\n      val element = input_queue.take()\n      if (element != null) {\n        worker_result_queue.put(as_it_is(element))\n      }\n    }\n  }\n\n  def as_it_is(x: Double): Future[Double] = {\n    Future(x)\n  }\n\n  def combiner(): Unit = {\n    val num_of_elements = 10\n    while (true) {\n      var i = 1\n      var result: String = \"\"\n      while (i <= num_of_elements) {\n        val element = worker_result_queue.take()\n        if (element != null) {\n          i = i + 1\n          result = result + Await.result(element, Duration(1000000, \"millis\")) + \" \"\n        }\n      }\n      data_writer.print(result)\n    }\n  }\n\n}\n"}
{"repo_name":"ahamshubham\/scala-speech","path":"src\/main\/scala\/Master.scala","text":"<reponame>ahamshubham\/scala-speech\n\/*\nCreated by <NAME> on 30\/11\/16.\n*\/\npackage main.scala\n\nimport java.util.concurrent.LinkedBlockingQueue\n\nimport slaves._\n\nobject Master {\n\n  def main(args: Array[String]):Unit = {\n\n    val numberOfQueues: Int = 2\n\n    \/\/Creating a list of shared queues\n    val sharedQueues: Map[String,LinkedBlockingQueue[Double]] = Map(\n      \"listener-summer\" -> new LinkedBlockingQueue(),\n      \"listener-plotter\" -> new LinkedBlockingQueue(),\n      \"listener-recorder\" -> new LinkedBlockingQueue()\n    )\n\n    \/\/Creating threads\n    val listenerThread = new Thread(new ListenerClass(sharedQueues(\"listener-summer\"),sharedQueues(\"listener-plotter\"),sharedQueues(\"listener-recorder\")))\n    val summerThread = new Thread(new SummerClass(sharedQueues(\"listener-summer\")))\n    val plotterThread = new Thread(new RealTimeAudioPlotterClass(sharedQueues(\"listener-plotter\")))\n    val recorderThread = new Thread(new RecorderClass(sharedQueues(\"listener-recorder\")))\n\n    \/\/Starting threads\n    listenerThread.start()\n    summerThread.start()\n    plotterThread.start()\n    recorderThread.start()\n  }\n\n}\n"}
{"repo_name":"rf972\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/v2\/s3\/S3DataSource.scala","text":"<filename>sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/v2\/s3\/S3DataSource.scala\n\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.sql.execution.datasources.v2.s3\n\nimport java.util\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ListBuffer}\n\nimport org.slf4j.LoggerFactory\n\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.connector.catalog.{SessionConfigSupport, SupportsRead, Table, TableCapability, TableProvider}\nimport org.apache.spark.sql.connector.expressions.Transform\nimport org.apache.spark.sql.connector.read._\nimport org.apache.spark.sql.execution.datasources.v2.s3.store.{S3Store, S3StoreFactory}\nimport org.apache.spark.sql.sources.DataSourceRegister\nimport org.apache.spark.sql.sources.Filter\nimport org.apache.spark.sql.types.{StructType}\nimport org.apache.spark.sql.util.CaseInsensitiveStringMap\nimport org.apache.spark.unsafe.types.UTF8String\n\nclass DefaultSource extends TableProvider\n  with SessionConfigSupport with DataSourceRegister {\n\n  private val logger = LoggerFactory.getLogger(getClass)\n  logger.trace(\"S3 Data Source Created\")\n  override def toString: String = s\"S3DataSource()\"\n  override def supportsExternalMetadata(): Boolean = true\n\n  override def inferSchema(options: CaseInsensitiveStringMap): StructType = {\n    throw new IllegalArgumentException(\"requires a user-supplied schema\")\n  }\n\n  override def getTable(schema: StructType,\n                        transforms: Array[Transform],\n                        params: util.Map[String, String]): Table = {\n    logger.trace(\"getTable: Options \" + params)\n    new S3BatchTable(schema, params)\n  }\n\n  override def keyPrefix(): String = {\n    \"s3\"\n  }\n  override def shortName(): String = \"s3datasource\"\n}\n\nclass S3BatchTable(schema: StructType,\n                     params: util.Map[String, String])\n  extends Table with SupportsRead {\n\n  private val logger = LoggerFactory.getLogger(getClass)\n  logger.trace(\"S3BatchTable Created\")\n  override def name(): String = this.getClass.toString\n\n  override def schema(): StructType = schema\n\n  override def capabilities(): util.Set[TableCapability] =\n    Set(TableCapability.BATCH_READ).asJava\n\n  override def newScanBuilder(options: CaseInsensitiveStringMap): ScanBuilder =\n      new S3ScanBuilder(schema, params)\n}\n\nclass S3ScanBuilder(schema: StructType,\n                    params: util.Map[String, String])\n  extends ScanBuilder with SupportsPushDownFilters {\n\n  private val logger = LoggerFactory.getLogger(getClass)\n  logger.trace(\"S3ScanBuilder Created\")\n\n  var scanFilters: Array[Filter] = new Array[Filter](0)\n\n  override def build(): Scan = new S3SimpleScan(schema, params, scanFilters)\n\n  def pushedFilters: Array[Filter] = {\n    logger.trace(\"S3ScanBuilder:pushedFilters\" + scanFilters.toList)\n    scanFilters\n  }\n\n  def pushFilters(filters: Array[Filter]): Array[Filter] = {\n    logger.trace(\"S3ScanBuilder:pushFilters\" + filters.toList)\n    if (params.containsKey(\"DisablePushDown\")) {\n      filters\n    } else {\n      scanFilters = filters\n      \/\/ return empty array to indicate we pushed down all the filters.\n      \/\/ new Array[Filter](0)\n\n      \/\/ For now return all filters to indicate they need to be re-evaluated.\n      scanFilters\n    }\n  }\n}\n\nclass S3SimpleScan(schema: StructType,\n                   params: util.Map[String, String],\n                   filters: Array[Filter])\n      extends Scan with Batch{\n\n  private val logger = LoggerFactory.getLogger(getClass)\n  logger.trace(\"S3SimpleScan Created\")\n  override def readSchema(): StructType = schema\n\n  override def toBatch: Batch = this\n\n  override def planInputPartitions(): Array[InputPartition] = {\n    Array(new S3Partition())\n  }\n  override def createReaderFactory(): PartitionReaderFactory =\n          new S3PartitionReaderFactory(schema, params, filters)\n}\n\nclass S3Partition extends InputPartition\n\nclass S3PartitionReaderFactory(schema: StructType,\n                               params: util.Map[String, String],\n                               filters: Array[Filter])\n  extends PartitionReaderFactory {\n  private val logger = LoggerFactory.getLogger(getClass)\n  logger.trace(\"S3PartitionReaderFactory Created\")\n  override def createReader(partition: InputPartition): PartitionReader[InternalRow] =\n                 new S3PartitionReader(schema, params, filters)\n}\n\nclass S3PartitionReader(schema: StructType,\n                        params: util.Map[String, String],\n                        filters: Array[Filter])\n  extends PartitionReader[InternalRow] {\n\n  private val logger = LoggerFactory.getLogger(getClass)\n\n  logger.trace(\"S3PartitionReader Created\")\n\n  private def getStaticRows(schema: StructType, filters: Array[Filter]):\n                            Seq[InternalRow] = {\n    var records = new ListBuffer[InternalRow]\n    val names = Array(\"P0\", \"P1\", \"P2\", \"P3\", \"P4\")\n    var name = \"\"; var id = 0; var age = 42;\n    for { (name, id) <- (names zip (0 until names.length))} {\n      records += InternalRow(id, UTF8String.fromString(name), age, UTF8String.fromString(\"City 0\"))\n    }\n    records.toList\n  }\n\n  \/* We pull in the entire data set as a list.\n   * Then we return the data one row as a time as requested\n   * Through the iterator interface.\n   *\/\n  private var store: S3Store = S3StoreFactory.getS3Store(schema, params, filters)\n  private var rows = store.getRows()\n  logger.trace(\"S3PartitionReader: store \" + store)\n  logger.trace(\"S3PartitionReader: rows \" + rows.mkString(\", \"))\n  logger.trace(\"S3PartitionReader: schema \" + schema)\n  logger.trace(\"S3PartitionReader: params \" + params)\n  logger.trace(\"S3PartitionReader: filters: \" + filters.mkString(\", \"))\n\n  var index = 0\n  def next: Boolean = index < rows.length\n\n  def get: InternalRow = {\n    val row = rows(index)\n    \/\/ logger.trace(\"S3PartitionReader.get \" + row)\n    index = index + 1\n    row\n  }\n\n  def close(): Unit = Unit\n}\n"}
{"repo_name":"rf972\/spark","path":"sql\/core\/src\/main\/scala\/org\/apache\/spark\/sql\/execution\/datasources\/v2\/s3\/store\/S3Store.scala","text":"\/\/ scalastyle:off\n\/*\n * Copyright 2019 MinIO, Inc.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\n\/\/ scalastyle:on\npackage org.apache.spark.sql.execution.datasources.v2.s3.store\n\nimport java.io.BufferedReader\nimport java.io.InputStreamReader\nimport java.net.URI\nimport java.util\nimport java.util.Locale\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.{ArrayBuffer, ListBuffer}\nimport scala.util.control.NonFatal\n\nimport com.amazonaws.auth.{AWSStaticCredentialsProvider, BasicAWSCredentials}\nimport com.amazonaws.auth.AWSCredentials\nimport com.amazonaws.auth.AWSCredentialsProvider\nimport com.amazonaws.client.builder.AwsClientBuilder\nimport com.amazonaws.client.builder.AwsClientBuilder.EndpointConfiguration\nimport com.amazonaws.regions.Regions\nimport com.amazonaws.services.s3.AmazonS3\nimport com.amazonaws.services.s3.AmazonS3ClientBuilder\nimport com.amazonaws.services.s3.AmazonS3URI\nimport com.amazonaws.services.s3.model.ListObjectsV2Request\nimport com.amazonaws.services.s3.model.ListObjectsV2Result\nimport com.amazonaws.services.s3.model.S3ObjectSummary\nimport org.apache.commons.csv._\nimport org.slf4j.LoggerFactory\n\nimport org.apache.spark.rdd.RDD\nimport org.apache.spark.sql.{DataFrame, Row, SQLContext}\nimport org.apache.spark.sql.{SaveMode, SparkSession}\nimport org.apache.spark.sql.catalyst.InternalRow\nimport org.apache.spark.sql.catalyst.encoders.RowEncoder\nimport org.apache.spark.sql.connector.catalog.{SessionConfigSupport, SupportsRead, Table, TableCapability, TableProvider}\nimport org.apache.spark.sql.connector.expressions.Transform\nimport org.apache.spark.sql.connector.read._\nimport org.apache.spark.sql.sources.Filter\nimport org.apache.spark.sql.types.StructType\nimport org.apache.spark.sql.util.CaseInsensitiveStringMap\nimport org.apache.spark.unsafe.types.UTF8String\n\n\nobject S3StoreFactory{\n  def getS3Store(schema: StructType,\n            params: java.util.Map[String, String],\n            filters: Array[Filter]): S3Store = {\n\n    var format = params.get(\"format\")\n    format.toLowerCase(Locale.ROOT) match {\n      case \"csv\" => new S3StoreCSV(schema, params, filters)\n      case \"json\" => new S3StoreJSON(schema, params, filters)\n      case \"parquet\" => new S3StoreParquet(schema, params, filters)\n    }\n  }\n}\nabstract class S3Store(schema: StructType,\n                       params: java.util.Map[String, String],\n                       filters: Array[Filter]) {\n\n  protected var path = params.get(\"path\")\n  protected val logger = LoggerFactory.getLogger(getClass)\n  def staticCredentialsProvider(credentials: AWSCredentials): AWSCredentialsProvider = {\n    new AWSCredentialsProvider {\n      override def getCredentials: AWSCredentials = credentials\n      override def refresh(): Unit = {}\n    }\n  }\n  logger.trace(\"S3Store Created\")\n\n  protected val s3Credential = new BasicAWSCredentials(params.get(\"accessKey\"),\n                                                     params.get(\"secretKey\"))\n  protected val s3Client = AmazonS3ClientBuilder.standard()\n    .withEndpointConfiguration(new AwsClientBuilder.EndpointConfiguration(\n                               params.get(\"endpoint\"), Regions.US_EAST_1.name()))\n    .withPathStyleAccessEnabled(true)\n    .withCredentials(staticCredentialsProvider(s3Credential))\n    .build()\n\n  def getRows(): List[InternalRow];\n}\n\nclass S3StoreCSV(schema: StructType,\n                 params: java.util.Map[String, String],\n                 filters: Array[Filter]) extends S3Store(schema, params, filters) {\n\n  override def toString() : String = \"S3StoreCSV\" + params + filters.mkString(\", \")\n\n  override def getRows(): List[InternalRow] = {\n    var records = new ListBuffer[InternalRow]\n    var req = new ListObjectsV2Request()\n    var result = new ListObjectsV2Result()\n    var s3URI = S3URI.toAmazonS3URI(path)\n    var params: Map[String, String] = Map(\"\" -> \"\")\n\n    req.withBucketName(s3URI.getBucket())\n    req.withPrefix(s3URI.getKey().stripSuffix(\"*\"))\n    req.withMaxKeys(1000)\n\n    val csvFormat = CSVFormat.DEFAULT\n      .withHeader(schema.fields.map(x => x.name): _*)\n      .withRecordSeparator(\"\\n\")\n      .withDelimiter(params.getOrElse(\"delimiter\", \",\").charAt(0))\n      .withQuote(params.getOrElse(\"quote\", \"\\\"\").charAt(0))\n      .withEscape(params.getOrElse(s\"escape\", \"\\\\\").charAt(0))\n      .withCommentMarker(params.getOrElse(s\"comment\", \"#\").charAt(0))\n\n    do {\n      result = s3Client.listObjectsV2(req)\n      result.getObjectSummaries().asScala.foreach(objectSummary => {\n        val in = s3Client.selectObjectContent(\n          Select.requestCSV(\n            objectSummary.getBucketName(),\n            objectSummary.getKey(),\n            params,\n            schema,\n            filters)\n        ).getPayload().getRecordsInputStream()\n        var parser = CSVParser.parse(in, java.nio.charset.Charset.forName(\"UTF-8\"), csvFormat)\n        try {\n          for (record <- parser.asScala) {\n            records += InternalRow.fromSeq(schema.fields.map(x => {\n              TypeCast.castTo(record.get(x.name), x.dataType, x.nullable)\n            }))\n          }\n        } catch {\n          case NonFatal(e) => logger.error(s\"Exception while parsing \", e)\n        }\n        parser.close()\n      })\n      req.setContinuationToken(result.getNextContinuationToken())\n    } while (result.isTruncated())\n    records.toList\n  }\n  logger.trace(\"S3StoreCSV: schema \" + schema)\n  logger.trace(\"S3StoreCSV: path \" + params.get(\"path\"))\n  logger.trace(\"S3StoreCSV: endpoint \" + params.get(\"endpoint\"))\n  logger.trace(\"S3StoreCSV: accessKey\/secretKey \" +\n              params.get(\"accessKey\") + \"\/\" + params.get(\"secretKey\"))\n  logger.trace(\"S3StoreCSV: filters: \" + filters.mkString(\", \"))\n}\n\nclass S3StoreJSON(schema: StructType,\n                  params: java.util.Map[String, String],\n                  filters: Array[Filter]) extends S3Store(schema, params, filters) {\n\n  override def toString() : String = \"S3StoreJSON\" + params + filters.mkString(\", \")\n\n  override def getRows(): List[InternalRow] = {\n    var records = new ListBuffer[InternalRow]\n    var req = new ListObjectsV2Request()\n    var result = new ListObjectsV2Result()\n    var s3URI = S3URI.toAmazonS3URI(path)\n    var params: Map[String, String] = Map(\"\" -> \"\")\n\n    req.withBucketName(s3URI.getBucket())\n    req.withPrefix(s3URI.getKey().stripSuffix(\"*\"))\n    req.withMaxKeys(1000)\n\n    do {\n      result = s3Client.listObjectsV2(req)\n      asScalaBuffer(result.getObjectSummaries()).foreach(objectSummary => {\n        val br = new BufferedReader(new InputStreamReader(\n          s3Client.selectObjectContent(\n            Select.requestJSON(\n              objectSummary.getBucketName(),\n              objectSummary.getKey(),\n              params,\n              schema,\n              filters)\n          ).getPayload().getRecordsInputStream()))\n        var line : String = null\n        while ( {line = br.readLine(); line != null}) {\n          var row = new Array[Any](schema.fields.length)\n          var rowValues = line.split(\",\")\n          var index = 0\n          while (index < rowValues.length) {\n            val field = schema.fields(index)\n            row(index) = TypeCast.castTo(rowValues(index), field.dataType,\n              field.nullable)\n            index += 1\n          }\n          records += InternalRow.fromSeq(row)\n        }\n        br.close()\n      })\n      req.setContinuationToken(result.getNextContinuationToken())\n    } while (result.isTruncated())\n    records.toList\n  }\n  logger.trace(\"S3StoreJSON: schema \" + schema)\n  logger.trace(\"S3StoreJSON: path \" + params.get(\"path\"))\n  logger.trace(\"S3StoreJSON: endpoint \" + params.get(\"endpoint\"))\n  logger.trace(\"S3StoreJSON: accessKey\/secretKey \" +\n              params.get(\"accessKey\") + \"\/\" + params.get(\"secretKey\"))\n  logger.trace(\"S3StoreJSON: filters: \" + filters.mkString(\", \"))\n}\n\nclass S3StoreParquet(schema: StructType,\n                     params: java.util.Map[String, String],\n                     filters: Array[Filter]) extends S3Store(schema, params, filters) {\n\n  override def toString() : String = \"S3StoreParquet\" + params + filters.mkString(\", \")\n\n  override def getRows(): List[InternalRow] = {\n    var records = new ListBuffer[InternalRow]\n    var req = new ListObjectsV2Request()\n    var result = new ListObjectsV2Result()\n    var s3URI = S3URI.toAmazonS3URI(path)\n    var params: Map[String, String] = Map(\"\" -> \"\")\n\n    req.withBucketName(s3URI.getBucket())\n    req.withPrefix(s3URI.getKey().stripSuffix(\"*\"))\n    req.withMaxKeys(1000)\n\n    do {\n      result = s3Client.listObjectsV2(req)\n      asScalaBuffer(result.getObjectSummaries()).foreach(objectSummary => {\n        val br = new BufferedReader(new InputStreamReader(\n          s3Client.selectObjectContent(\n            Select.requestParquet(\n              objectSummary.getBucketName(),\n              objectSummary.getKey(),\n              params,\n              schema,\n              filters)\n          ).getPayload().getRecordsInputStream()))\n        var line : String = null\n        while ( {line = br.readLine(); line != null}) {\n          var row = new Array[Any](schema.fields.length)\n          var rowValues = line.split(\",\")\n          var index = 0\n          while (index < rowValues.length) {\n            val field = schema.fields(index)\n            row(index) = TypeCast.castTo(rowValues(index), field.dataType,\n              field.nullable)\n            index += 1\n          }\n          records += InternalRow.fromSeq(row)\n        }\n        br.close()\n      })\n      req.setContinuationToken(result.getNextContinuationToken())\n    } while (result.isTruncated())\n    records.toList\n  }\n  logger.trace(\"S3StoreParquet: schema \" + schema)\n  logger.trace(\"S3StoreParquet: path \" + params.get(\"path\"))\n  logger.trace(\"S3StoreParquet: endpoint \" + params.get(\"endpoint\"))\n  logger.trace(\"S3StoreParquet: accessKey\/secretKey \" +\n              params.get(\"accessKey\") + \"\/\" + params.get(\"secretKey\"))\n  logger.trace(\"S3StoreParquet: filters: \" + filters.mkString(\", \"))\n}\n\n\n"}
{"repo_name":"rf972\/spark","path":"resource-managers\/kubernetes\/core\/src\/test\/scala\/org\/apache\/spark\/deploy\/k8s\/features\/MountVolumesFeatureStepSuite.scala","text":"\/*\n * Licensed to the Apache Software Foundation (ASF) under one or more\n * contributor license agreements.  See the NOTICE file distributed with\n * this work for additional information regarding copyright ownership.\n * The ASF licenses this file to You under the Apache License, Version 2.0\n * (the \"License\"); you may not use this file except in compliance with\n * the License.  You may obtain a copy of the License at\n *\n *    http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage org.apache.spark.deploy.k8s.features\n\nimport scala.collection.JavaConverters._\n\nimport org.apache.spark.{SparkConf, SparkFunSuite}\nimport org.apache.spark.deploy.k8s._\n\nclass MountVolumesFeatureStepSuite extends SparkFunSuite {\n  test(\"Mounts hostPath volumes\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      false,\n      KubernetesHostPathVolumeConf(\"\/hostPath\/tmp\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getHostPath.getPath === \"\/hostPath\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly === false)\n  }\n\n  test(\"Mounts pesistentVolumeClaims\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      true,\n      KubernetesPVCVolumeConf(\"pvcClaim\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    val pvcClaim = configuredPod.pod.getSpec.getVolumes.get(0).getPersistentVolumeClaim\n    assert(pvcClaim.getClaimName === \"pvcClaim\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly)\n\n  }\n\n  test(\"SPARK-32713 Mounts parameterized persistentVolumeClaims in executors\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      true,\n      KubernetesPVCVolumeConf(\"pvc-spark-SPARK_EXECUTOR_ID\")\n    )\n    val driverConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val driverStep = new MountVolumesFeatureStep(driverConf)\n    val driverPod = driverStep.configurePod(SparkPod.initialPod())\n\n    assert(driverPod.pod.getSpec.getVolumes.size() === 1)\n    val driverPVC = driverPod.pod.getSpec.getVolumes.get(0).getPersistentVolumeClaim\n    assert(driverPVC.getClaimName === \"pvc-spark-SPARK_EXECUTOR_ID\")\n\n    val executorConf = KubernetesTestConf.createExecutorConf(volumes = Seq(volumeConf))\n    val executorStep = new MountVolumesFeatureStep(executorConf)\n    val executorPod = executorStep.configurePod(SparkPod.initialPod())\n\n    assert(executorPod.pod.getSpec.getVolumes.size() === 1)\n    val executorPVC = executorPod.pod.getSpec.getVolumes.get(0).getPersistentVolumeClaim\n    assert(executorPVC.getClaimName === s\"pvc-spark-${KubernetesTestConf.EXECUTOR_ID}\")\n  }\n\n  test(\"Create and mount persistentVolumeClaims in executors\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      true,\n      KubernetesPVCVolumeConf(MountVolumesFeatureStep.PVC_ON_DEMAND)\n    )\n    val executorConf = KubernetesTestConf.createExecutorConf(volumes = Seq(volumeConf))\n    val executorStep = new MountVolumesFeatureStep(executorConf)\n    val executorPod = executorStep.configurePod(SparkPod.initialPod())\n\n    assert(executorPod.pod.getSpec.getVolumes.size() === 1)\n    val executorPVC = executorPod.pod.getSpec.getVolumes.get(0).getPersistentVolumeClaim\n    assert(executorPVC.getClaimName.endsWith(\"-exec-1-pvc-0\"))\n  }\n\n  test(\"Mounts emptyDir\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      false,\n      KubernetesEmptyDirVolumeConf(Some(\"Memory\"), Some(\"6G\"))\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    val emptyDir = configuredPod.pod.getSpec.getVolumes.get(0).getEmptyDir\n    assert(emptyDir.getMedium === \"Memory\")\n    assert(emptyDir.getSizeLimit.getAmount ===  \"6\")\n    assert(emptyDir.getSizeLimit.getFormat === \"G\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly === false)\n  }\n\n  test(\"Mounts emptyDir with no options\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      false,\n      KubernetesEmptyDirVolumeConf(None, None)\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    val emptyDir = configuredPod.pod.getSpec.getVolumes.get(0).getEmptyDir\n    assert(emptyDir.getMedium === \"\")\n    assert(emptyDir.getSizeLimit === null)\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly === false)\n  }\n\n  test(\"Mounts read\/write nfs volumes\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      false,\n      KubernetesNFSVolumeConf(\"\/share\/name\", \"nfs.example.com\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getPath === \"\/share\/name\")\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getReadOnly === null)\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getServer === \"nfs.example.com\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly === false)\n  }\n\n  test(\"Mounts read-only nfs volumes\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"\",\n      true,\n      KubernetesNFSVolumeConf(\"\/share\/name\", \"nfs.example.com\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getPath === \"\/share\/name\")\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getReadOnly === null)\n    assert(configuredPod.pod.getSpec.getVolumes.get(0).getNfs.getServer === \"nfs.example.com\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    assert(configuredPod.container.getVolumeMounts.get(0).getMountPath === \"\/tmp\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getName === \"testVolume\")\n    assert(configuredPod.container.getVolumeMounts.get(0).getReadOnly === true)\n  }\n\n  test(\"Mounts multiple volumes\") {\n    val hpVolumeConf = KubernetesVolumeSpec(\n      \"hpVolume\",\n      \"\/tmp\",\n      \"\",\n      false,\n      KubernetesHostPathVolumeConf(\"\/hostPath\/tmp\")\n    )\n    val pvcVolumeConf = KubernetesVolumeSpec(\n      \"checkpointVolume\",\n      \"\/checkpoints\",\n      \"\",\n      true,\n      KubernetesPVCVolumeConf(\"pvcClaim\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(\n      volumes = Seq(hpVolumeConf, pvcVolumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 2)\n    assert(configuredPod.container.getVolumeMounts.size() === 2)\n  }\n\n  test(\"Mounts subpath on emptyDir\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"foo\",\n      false,\n      KubernetesEmptyDirVolumeConf(None, None)\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    val emptyDirMount = configuredPod.container.getVolumeMounts.get(0)\n    assert(emptyDirMount.getMountPath === \"\/tmp\")\n    assert(emptyDirMount.getName === \"testVolume\")\n    assert(emptyDirMount.getSubPath === \"foo\")\n  }\n\n  test(\"Mounts subpath on persistentVolumeClaims\") {\n    val volumeConf = KubernetesVolumeSpec(\n      \"testVolume\",\n      \"\/tmp\",\n      \"bar\",\n      true,\n      KubernetesPVCVolumeConf(\"pvcClaim\")\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(volumeConf))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 1)\n    val pvcClaim = configuredPod.pod.getSpec.getVolumes.get(0).getPersistentVolumeClaim\n    assert(pvcClaim.getClaimName === \"pvcClaim\")\n    assert(configuredPod.container.getVolumeMounts.size() === 1)\n    val pvcMount = configuredPod.container.getVolumeMounts.get(0)\n    assert(pvcMount.getMountPath === \"\/tmp\")\n    assert(pvcMount.getName === \"testVolume\")\n    assert(pvcMount.getSubPath === \"bar\")\n  }\n\n  test(\"Mounts multiple subpaths\") {\n    val volumeConf = KubernetesEmptyDirVolumeConf(None, None)\n    val emptyDirSpec = KubernetesVolumeSpec(\n      \"testEmptyDir\",\n      \"\/tmp\/foo\",\n      \"foo\",\n      true,\n      KubernetesEmptyDirVolumeConf(None, None)\n    )\n    val pvcSpec = KubernetesVolumeSpec(\n      \"testPVC\",\n      \"\/tmp\/bar\",\n      \"bar\",\n      true,\n      KubernetesEmptyDirVolumeConf(None, None)\n    )\n    val kubernetesConf = KubernetesTestConf.createDriverConf(volumes = Seq(emptyDirSpec, pvcSpec))\n    val step = new MountVolumesFeatureStep(kubernetesConf)\n    val configuredPod = step.configurePod(SparkPod.initialPod())\n\n    assert(configuredPod.pod.getSpec.getVolumes.size() === 2)\n    val mounts = configuredPod.container.getVolumeMounts.asScala.sortBy(_.getName())\n    assert(mounts.size === 2)\n    assert(mounts(0).getName === \"testEmptyDir\")\n    assert(mounts(0).getMountPath === \"\/tmp\/foo\")\n    assert(mounts(0).getSubPath === \"foo\")\n    assert(mounts(1).getName === \"testPVC\")\n    assert(mounts(1).getMountPath === \"\/tmp\/bar\")\n    assert(mounts(1).getSubPath === \"bar\")\n  }\n}\n"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/HiveIncrementalExample.scala","text":"package com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.JdbcRDD\nimport org.apache.spark.sql.hive._\nimport java.sql.{Connection, DriverManager, ResultSet}\n\n\/**\n * @author ollopollo\n *\/\nobject HiveIncrementalExample {\n def main(args: Array[String]) {\n    val conf = new SparkConf().setAppName(\"Duplicate RDD\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new SparkContext(conf)\n   \n    import org.apache.spark.storage.StorageLevel._\n    val hiveContext = new org.apache.spark.sql.hive.HiveContext(sc)\n    val NewDF = hiveContext.load(\"jdbc\",  \n      Map(\n      \"driver\" -> \"com.mysql.jdbc.Driver\",\n      \"url\" -> \"jdbc:mysql:\/\/hdpserver.itversity.com\/demo\",\n      \"user\" -> \"demo_user\",\n      \"password\" -> \"<PASSWORD>\",\n      \n       \/* \"url\" -> \"jdbc:mysql:\/\/hdpserver.itversity.com\/demo;user=demo_user;password=<PASSWORD>\",*\/\n\n      \"dbtable\" -> \"person\"))\n      \n      NewDF.show()\n }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/transformation\/AggregateByKey.scala","text":"<gh_stars>0\npackage com.spark.transformation\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\nimport com.typesafe.config._\nimport org.apache.hadoop.fs.FileSystem\nimport org.apache.hadoop.fs.Path\n\nobject AggregateByKey {\n  def main(args: Array[String]) {\n    val appConf = ConfigFactory.load()\n    val conf = new SparkConf().\n      setAppName(\"Word Count\").\n      setMaster(appConf.getConfig(args(2)).getString(\"deploymentMaster\"))\n    val sc = new SparkContext(conf)\n    val inputPath = args(0)\n    val outputPath = args(1)\n    val fs = FileSystem.get(sc.hadoopConfiguration)\n    val inputPathExits = fs.exists(new Path(inputPath))\n    val outputPathExits = fs.exists(new Path(outputPath))\n    if (inputPathExits) {\n      println(\"Input path file does not exist\")\n    }\n    if (outputPathExits) {\n      fs.delete(new Path(outputPath), true)\n    }\n    val ordersRDD = sc.textFile(inputPath + \"\/orders\")\n    val orderItemsRDD = sc.textFile(inputPath + \"\/order_items\")\n\n    val ordersCompleted = ordersRDD.filter(rec => (rec.split(\",\")(3) == \"COMPLETE\"))\n    val orders = ordersCompleted.map(rec => (rec.split(\",\")(0).toInt, rec.split(\",\")(1)))\n    val orderItemsMap = orderItemsRDD.map(rec => (rec.split(\",\")(1).toInt, rec.split(\",\")(4).toFloat))\n    val ordersItems = orderItemsMap.reduceByKey((acc, value) => acc + value)\n    val ordersJoin = orders.join(ordersItems)\n    val ordersJoinMap = ordersJoin.map(rec => (rec._2._1, rec._2._2))\n    val revenuePerDay = ordersJoinMap.aggregateByKey((0.0, 0))(\n      (acc, value) => (acc._1 + value, acc._2 + 1),\n      (total1, total2) => (total1._1 + total2._1, total1._2 + total2._2))\n\n    val averageRevenuePerDay = revenuePerDay.\n      map(rec => (rec._1, BigDecimal(rec._2._1 \/ rec._2._2).\n        setScale(2, BigDecimal.RoundingMode.HALF_UP).toFloat))\n\n    val averageRevenuePerDaySorted = averageRevenuePerDay.\n      sortByKey()\n\n    averageRevenuePerDaySorted.map(rec => rec._1 + \",\" + rec._2).\n      saveAsTextFile(outputPath)\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/TransformSparkStreaming.scala","text":"<filename>src\/main\/scala\/com\/spark\/itversity\/example\/TransformSparkStreaming.scala\npackage com.spark.itversity.example\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport org.apache.spark.streaming.StreamingContext._\n\nobject TransformSparkStreaming {\n\n\n  def main(args: Array[String]) {\n\n  \n    val ssc = new StreamingContext(\"local[2]\", \"Statefulwordcount\", Seconds(10))\n    \n    val myFile = ssc.sparkContext.textFile(\"C:\\\\streaming\\\\newFile.txt\")\n    val wordspair =myFile.flatMap(row =>row.split(\" \")).map(x=>(x,1)).reduceByKey(_+_)\n      \n    val oldwordCount=wordspair.reduceByKey(_+_)\n    \n    val lines = ssc.socketTextStream(\"192.168.56.101\", 9999)\n    \n    val words = lines.flatMap(_.split(\" \"))\n    val pairs = words.map(word => (word, 1))\n    val wordCounts = pairs.reduceByKey(_ + _)\n    \n    val joinRDD =  wordCounts.transform(rdd=>{\n      rdd.join(wordspair).map{\n        case(word,(oldCount,newCount))=>{\n          (word,oldCount+newCount)\n        }\n      }\n    })\n    joinRDD.print()\n    ssc.start()\n    ssc.awaitTermination()\n  }\n\n\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/JoinDatasetsExample.scala","text":"<reponame>jawa007\/Spark-Test\npackage com.spark.itversity.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.hadoop.fs.shell.Count\nimport java.io.Reader\nimport java.io.StringReader\nimport au.com.bytecode.opencsv.CSVParser\nimport au.com.bytecode.opencsv.CSVReader\n\/**\n * @author ollopollo\n *\/\nobject JoinDatasetsExample {\n   def main(args : Array[String]){\n    val conf = new SparkConf().setAppName(\"Nyse MapReduce Application\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new SparkContext(conf)\n  \n  val nyseData=sc.textFile(\"src\/test\/resources\/nyse_master.txt\")\n  \n  val nyseHeader=sc.textFile(\"src\/test\/resources\/companylist_header.csv\")\n\n    val nyseRDD=nyseData.map (row=>{\n      val coloumns = row.split(\",\")\n      (coloumns(0),coloumns(6))\n    })\n    \n     val nyseHeadRDD = nyseHeader.mapPartitions(lines => {\n         val parser=new CSVParser('|')\n         lines.map(line => {\n           val columns = parser.parseLine(line)\n           (columns(0),columns(6))\n         })\n       })\n \n       \n       val joinRDD = nyseHeadRDD.join(nyseRDD).filter(x=> {\n         val vol =x._2._2.toInt\n         vol > 1000;\n       })\n       joinRDD.foreach(println)\n      \n   }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/KafkaWordCount.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\nimport java.util.HashMap\n\n\nimport org.apache.spark.streaming._\nimport org.apache.spark.streaming.kafka._\nimport org.apache.spark.SparkConf\n\n\/**\n * Consumes messages from one or more topics in Kafka and does wordcount.\n * Usage: KafkaWordCount <zkQuorum> <group> <topics> <numThreads>\n *   <zkQuorum> is a list of one or more zookeeper servers that make quorum\n *   <group> is the name of kafka consumer group\n *   <topics> is a list of one or more kafka topics to consume from\n *   <numThreads> is the number of threads the kafka consumer should use\n *\n * Example:\n *    `$ bin\/run-example \\\n *      org.apache.spark.examples.streaming.KafkaWordCount zoo01,zoo02,zoo03 \\\n *      my-consumer-group topic1,topic2 1`\n *\/\nobject KafkaWordCount {\n  def main(args: Array[String]) {\n    if (args.length < 4) {\n      System.err.println(\"Usage: KafkaWordCount <zkQuorum> <group> <topics> <numThreads>\")\n      System.exit(1)\n    }\n\n    StreamingExamples.setStreamingLogLevels()\n\n    val Array(zkQuorum, group, topics, numThreads) = args\n    val sparkConf = new SparkConf().setAppName(\"KafkaWordCount\").setMaster(\"local[2]\")\n    val ssc = new StreamingContext(sparkConf, Seconds(2))\n    ssc.checkpoint(\"checkpoint\")\n\n    val topicMap = topics.split(\",\").map((_, numThreads.toInt)).toMap\n    val lines = KafkaUtils.createStream(ssc, zkQuorum, group, topicMap).map(_._2)\n    val words = lines.flatMap(_.split(\" \"))\n    val wordCounts = words.map(x => (x, 1L))\n      .reduceByKeyAndWindow(_ + _, _ - _, Minutes(10), Seconds(2), 1)\n    wordCounts.print()\n\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}\n\n"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/AggregateExample.scala","text":"package com.spark.itversity.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\n\/**\n * @author ollopollo\n *\/\nobject AggregateExample {\n  def main(args : Array[String]){\n    \n    val conf = new SparkConf().setAppName(\"Aggregate Example\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new SparkContext(conf)\n    val input = sc.parallelize(List(1, 2, 3, 4))\n\n    val result = input.aggregate((0, 0))(\n               (acc, value) => (acc._1 + value, acc._2 + 1),\n               (acc1, acc2) => (acc1._1 + acc2._1, acc1._2 + acc2._2))\n               \n    val avg = result._1\/result._2.toDouble\n    \n    println(\">>>>>===>\"+avg)\n}}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/SparkSqlCsvJsonExample.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.Column\nimport org.apache.spark.sql.functions._\nimport org.apache.spark.sql.SQLContext\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.SQLImplicits\nimport org.apache.spark.sql.expressions.Window\nimport org.apache.spark.sql.TypedColumn\nimport org.apache.spark.sql.Encoder\nimport org.apache.spark.sql.Encoders\nimport com.databricks.spark.csv\n\/**\n * @author ollopollo\n *\/\nobject SparkSqlCsvJsonExample {\n  \n  def main(args : Array[String]){\n    val conf = new SparkConf().setAppName(\"Simple Application\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new org.apache.spark.SparkContext(conf)\n    val sqlc = new org.apache.spark.sql.hive.HiveContext(sc)\n       \n    val PersonDF = sqlc.read.json(\"src\/test\/resources\/Person.json\")\n    PersonDF.registerTempTable(\"Person\")\n    sqlc.cacheTable(\"Person\")\n    PersonDF.cache()\n    val jdbc = sqlc.read.format(\"jdbc\").options(\n        Map(\n      \"driver\" -> \"com.mysql.jdbc.Driver\",\n      \"url\" -> \"jdbc:mysql:\/\/hdpserver.itversity.com\/demo\",\n      \"user\" -> \"demo_user\",\n      \"password\" -> \"<PASSWORD>\",\n      \"dbtable\" -> \"person\"))\n    \n   \/\/ sqlc.sql(\"create table if not exists abc (key Int,value String) LoadData INPATH\")\n    \/*PersonDF.coalesce(1).select(\"first_name\", \"age\").write.mode(\"SaveMode.Override\").format(\"com.databricks.spark.csv\").save(\"src\/test\/resources\/csv\/\")\n    \n   val agedf = sqlc.sql(\"select age from parquet.`src\/test\/resources\/Person.parquet`\")\n   agedf.show()\n   \n   *\/\n    \n \/\/   PersonDF.saveAsTable(\"myschema.table\",\"SaveMode.Append\")\n    \n   \/* val PersonDF= sqlc.read.format(\"json\").load(\"src\/test\/resources\/Person.json\")\n    \n    PersonDF.printSchema()\n    PersonDF.registerTempTable(\"Person\")\n    \n    sqlc.sql(\"select * from Person where age < 60\").collect().foreach (print)*\/\n  \/*  \n  val person=sc.textFile(\"src\/test\/resources\/Person\").map(rec => rec.split(\",\")).map(p => People(p(0),p(1),p(2).toInt))\n  \n  person.map (p=>p.age < 100)\n    import sqlc.implicits._\n    val personDF = person.toDF()\n    \n     \n    personDF.registerTempTable(\"person\")\n    val firstName = sqlc.sql(\"select first_name from person where age < 60\")\n   \/\/ personDF.filter(\"salary < 10000\").collect().foreach { x => println(x) }\n    \n    val personDS : Dataset[People] = personDF.as[People]\n    \n    val ds = Seq(People(\"Andy\",\"Driver\", 32)).toDS()\n    \n    val histogram = personDS.groupBy(_.first_name).mapGroups({\n      case(name,person)=>{\n        val bucket = new Array[Int](10)\n        person.map(_.age).foreach { a  => \n          bucket(a\/10)+=1}\n        (name,bucket)\n      }\n            \n    })\n    personDS.select(expr(\"age\").as[Int]).filter(p => p.toInt <15).show()*\/\n    \n    \n  \/\/  histogram.collect().foreach(x=>print(x._1+\" \"+x._2.apply(1)))\n    \n    \/\/firstName.collect().foreach { x => println(x) }\n    \n    \/*val df = sqlc.read\n    .format(\"com.databricks.spark.csv\")\n    .option(\"header\", \"true\") \/\/ Use first line of all files as header\n    .option(\"inferSchema\", \"true\") \/\/ Automatically infer data types\n    .load(\"src\/test\/resources\/Person.csv\")\n    \n   df.map(t => \"First Name: \" + t(0)).collect().foreach(println)*\/\n    \n  \/\/  df.collect().foreach { x => println(x) }\n  \/\/ df.select(col, cols)\n    \n    \n    \n    \n  }\n  \n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/org\/deeplearning4j\/app\/Test.scala","text":"package org.deeplearning4j.app\n\nimport org.apache.spark.SparkContext, org.apache.spark.SparkConf\n\nobject Test {\n  def main(args: Array[String]) {\n    val conf = new SparkConf().setAppName(\"scala spark\").setMaster(args(0))\n    val sc = new SparkContext(conf)\n    val i = List(1, 2, 3, 4, 5)\n    val dataRDD = sc.parallelize(i)\n    dataRDD.saveAsTextFile(args(1))\n  }\n}\n\n\n "}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/SimpleSparkSqlExample.scala","text":"<filename>src\/main\/scala\/com\/spark\/itversity\/example\/SimpleSparkSqlExample.scala\npackage com.spark.itversity.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.sql.SQLContext\n\nimport org.apache.spark.sql._\nimport org.apache.spark.sql.SQLContext._\n\n\/**\n * @author ollopollo\n *\/\nobject SimpleSparkSqlExample {\n  \n    def main(args : Array[String]){\n  \n  val conf = new SparkConf().setAppName(\"SimpleSparkSQL Application\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n  val sc = new SparkContext(conf)\n  \n  val sqlc = new org.apache.spark.sql.SQLContext(sc)\/\/sqlsc\n  \n  val p=sc.textFile(\"src\/test\/resources\/Person\")\n  import sqlc.implicits._\n  val pmap = p.map(p=> p.split(\",\"))\n  val PersonRdd=pmap.map(p=>People(p(0),p(1),p(2).toInt))\n  \n  \n  \n  val PersonDF = PersonRdd.toDF \/\/RDD+Schema\n  PersonDF.registerTempTable(\"Person\")\n  \n  print(sqlc.sql(\"select count(*) from Person\").collect())\n  \n    }  \n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/DuplicateRecords.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.rdd.JdbcRDD\nimport java.sql.{Connection, DriverManager, ResultSet}\n\n\/**\n * @author ollopollo\n *\/\nobject DuplicateRecords {\n def main(args: Array[String]) {\n \n       val url=\"jdbc:mysql:\/\/hdpserver.itversity.com\/demo\"\n       val username = \"demo_user\"\n       val password = \"<PASSWORD>\"\n       Class.forName(\"com.mysql.jdbc.Driver\").newInstance\n       \n       val conf = new SparkConf().setAppName(\"Duplicate RDD\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n       val sc = new SparkContext(conf)\n       \n     \/\/  val myRDD = new JdbcRDD( sc, () => DriverManager.getConnection(url,username,password) ,\n    \/\/  \"select first_name,last_name,person_id from person where person_id > ? and person_id < ?\",\n   \/\/   5, 9, 1, r => r.getString(\"person_id\") + \", \" + r.getString(\"first_name\") + \", \" + r.getString(\"last_name\"))\n       \n    \/\/   myRDD.foreach(println)\n     \/\/  myRDD.saveAsTextFile(\"src\/test\/resources\/delta\")\n       \n       val dataRDD = sc.textFile(\"src\/test\/resources\/data\").cache()\n       \n       val newRdd = sc.textFile(\"src\/test\/resources\/delta\")\n       \n       dataRDD.union(newRdd).map(rec => (rec.split(\",\")(0).toInt, rec)).reduceByKey((x,y)=> y).map(rec => rec._2).foreach {println }\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/wordcount\/WordCountTest.scala","text":"package org.deeplearning4j.app\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\n\nimport com.typesafe.config._\n\nobject WordCountTest {\n  def main(args: Array[String]) {\n   \/\/val appConf = ConfigFactory.load()\n   val conf = new SparkConf().\n      setAppName(\"Word Count\").\n      setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    val inputPath = args(0)\n    val outputPath = args(1)\n      \n    val wc = sc.textFile(inputPath).\n      flatMap(rec => rec.split(\" \")).\n      map(rec => (rec, 1)).\n      reduceByKey((acc, value) => acc + value)\n      \n    wc.saveAsTextFile(outputPath)\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/org\/deeplearning4j\/app\/CreateRDD.scala","text":"<gh_stars>0\npackage org.deeplearning4j.app\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\n\nobject CreateRDDFromLocalFiles {\n  def main(args: Array[String]) {\n    val conf = new SparkConf().setAppName(\"scala spark\").setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    val dataRDD = sc.textFile(\"file:\/\/\/F:\/Spark\/scala-spark-examples-master\/src\/main\/scala\/org\/deeplearning4j\/app\/data.txt\")\n    dataRDD.map(rec => rec.toInt).reduce((acc, value) => acc + value)\n    dataRDD.foreach(println)\/\/View the record\n    var cnt = dataRDD.count() \/\/Count the record\n    println(\"Count===>\" + cnt);\n    var total = dataRDD.map(rec => rec.toInt).reduce((acc, value) => acc + value)\n    println(\"total==>\" + total);\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/FileSparkStream.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\n\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.streaming._\nimport org.apache.spark.SparkConf\nimport org.apache.spark.storage.StorageLevel\nobject FileSparkStream {\n\n  def main(args: Array[String]) {\n    val conf = new SparkConf().setMaster(\"local[2]\").setAppName(\"MyfirstStreamingAp\").set(\"spark.executor.memory\", \"1g\")\n    val ssc = new StreamingContext(conf, Seconds(10))\n    val lines = ssc.textFileStream(\"C:\\\\filedemo\")\n    lines.flatMap (x => x.split(\" \") ).map ( x => (x,1)).reduceByKey(_+_).print()\n    ssc.start()\n    ssc.awaitTermination()\n  }\n\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/People.scala","text":"<filename>src\/main\/scala\/com\/spark\/itversity\/example\/People.scala\npackage com.spark.itversity.example\ncase class People(first_name:String,last_name:String,age:Int)"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/NyseData.scala","text":"package com.spark.itversity.example\ncase class NyseData(symbol:String,vol:Int)"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/variables\/Broadcast.scala","text":"package com.spark.variables\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\n\nobject Broadcast {\n  def main(args: Array[String]): Unit = {\n     val conf = new SparkConf().setAppName(\"scala spark\").setMaster(\"local\")\n     val sc = new SparkContext(conf)\n     val broadcastVar = sc.broadcast(Array(1, 2, 3))\n     println(\"====>\"+broadcastVar.value)\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/simpleSpark.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\n\/**\n * @author ollopollo\n *\/\nobject simpleSpark {\n  def main(args : Array[String]){\n    \/\/println(\"hi1\")\n    val conf = new SparkConf().setAppName(\"Simple Application\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new SparkContext(conf)\n    val myFile = sc.textFile(\"C:\\\\streaming\\\\newFile.txt\")\n    val wordspair =myFile.flatMap(row =>row.split(\" \")).map(x=>(x,1)).reduceByKey(_+_)\n    wordspair.foreach(println)\n    \n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/TwitterPopularTags.scala","text":"package com.spark.itversity.example\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.streaming.twitter._\nimport org.apache.spark.SparkConf\n\n\/**\n * Calculates popular hashtags (topics) over sliding 10 and 60 second windows from a Twitter\n * stream. The stream is instantiated with credentials and optionally filters supplied by the\n * command line arguments.\n *\n * Run this on your local machine as\n *\n *\/\nobject TwitterPopularTags {\n  def main(args: Array[String]) {\n    \n    \n    if (args.length < 4) {\n      System.err.println(\"Usage: TwitterPopularTags <consumer key> <consumer secret> \" +\n        \"<access token> <access token secret> [<filters>]\")\n      System.exit(1)\n    }\n\n    StreamingExamples.setStreamingLogLevels()\n\n    val Array(consumerKey, consumerSecret, accessToken, accessTokenSecret) = args.take(4)\n    val filters = args.takeRight(args.length - 4)\n\n    \/\/ Set the system properties so that Twitter4j library used by twitter stream\n    \/\/ can use them to generat OAuth credentials\n    System.setProperty(\"twitter4j.oauth.consumerKey\", consumerKey)\n    System.setProperty(\"twitter4j.oauth.consumerSecret\", consumerSecret)\n    System.setProperty(\"twitter4j.oauth.accessToken\", accessToken)\n    System.setProperty(\"twitter4j.oauth.accessTokenSecret\", accessTokenSecret)\n\n    val sparkConf = new SparkConf().setAppName(\"TwitterPopularTags\").setMaster(\"local[2]\")\n    val ssc = new StreamingContext(sparkConf, Seconds(2))\n    val stream = TwitterUtils.createStream(ssc, None, filters)\/\/Dstream\n\n    val hashTags = stream.flatMap(status => status.getText.split(\" \").filter(_.startsWith(\"#\")))\n\n    val topCounts60 = hashTags.map((_, 1)).reduceByKeyAndWindow(_ + _, Seconds(60))\n                     .map{case (topic, count) => (count, topic)}\n                     .transform(_.sortByKey(false))\n\n    val topCounts10 = hashTags.map((_, 1)).reduceByKeyAndWindow(_ + _, Seconds(10))\n                     .map{case (topic, count) => (count, topic)}\n                     .transform(_.sortByKey(false))\n\n\n    \/\/ Print popular hashtags\n    topCounts60.foreachRDD(rdd => {\n      val topList = rdd.take(10)\n      println(\"\\nPopular topics in last 60 seconds (%s total):\".format(rdd.count()))\n      topList.foreach{case (count, tag) => println(\"%s (%s tweets)\".format(tag, count))}\n    })\n\n    topCounts10.foreachRDD(rdd => {\n      val topList = rdd.take(10)\n      println(\"\\nPopular topics in last 10 seconds (%s total):\".format(rdd.count()))\n      topList.foreach{case (count, tag) => println(\"%s (%s tweets)\".format(tag, count))}\n    })\n\n    ssc.start()\n    ssc.awaitTermination()\n  }\n}\n"}
{"repo_name":"jawa007\/Spark-Test","path":"project\/plugins.sbt","text":"logLevel := Level.Warn\n\nresolvers += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\nresolvers += Resolver.mavenLocal\n\naddSbtPlugin(\"com.typesafe.sbteclipse\" % \"sbteclipse-plugin\" % \"2.2.0\")"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/RDDToDataFramesWithCaseClasses.scala","text":"<gh_stars>0\npackage com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\n\ncase class Person(name: String, age: Int)\n\nobject RDDToDataFramesWithCaseClasses {\ndef main(args: Array[String]) {\nval conf = new SparkConf().setAppName(\"Simple Spark SQL Application With RDD To DF\")\n\/\/ sc is an existing SparkContext.\nval sc = new SparkContext(conf)\nval sqlContext = new  org.apache.spark.sql.SQLContext(sc)\n\/\/ this is used to implicitly convert an RDD to a DataFrame.\nimport sqlContext.implicits._\n\n\n\/\/ Define the schema using a case class.\n\/\/ Note: Case classes in Scala 2.10 can support only up to 22 fields. To work around this limit,\n\/\/ you can use custom classes that implement the Product interface.\n\n\n\/\/ Create an RDD of Person objects and register it as a table.\nval people = sc.textFile(\"resources\/people.txt\").map(_.split(\",\")).map(p => Person(p(0), p(1).trim.toInt)).toDF()\n\nval peopleDF=people.toDF()\npeopleDF.registerTempTable(\"people\")\n\n\/\/ SQL statements can be run by using the sql methods provided by sqlContext.\nval teenagers = sqlContext.sql(\"SELECT name, age FROM people WHERE age >= 13 AND age <= 19\")\n\n\/\/ The results of SQL queries are DataFrames and support all the normal RDD operations.\n\/\/ The columns of a row in the result can be accessed by field index:\nteenagers.map(t => \"Name: \" + t(0)).collect().foreach(println)\n\n\/\/ or by field name:\nteenagers.map(t => \"Name: \" + t.getAs[String](\"name\")).collect().foreach(println)\n\n\/\/ row.getValuesMap[T] retrieves multiple columns at once into a Map[String, T]\n\/\/teenagers.map(_.getValuesMap[Any](List(\"name\", \"age\"))).collect().foreach(println)\n\/\/ Map(\"name\" -> \"Justin\", \"age\" -> 19)\n}\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/StatefulWordCount.scala","text":"package com.spark.itversity.example\nimport org.apache.spark.streaming.{Seconds, StreamingContext}\nimport org.apache.spark.streaming.StreamingContext._\n\nobject StatefulWordCount {\n\n\n  def main(args: Array[String]) {\n\n    def updateFunction(values: Seq[Int], runningCount: Option[Int]) = {\n      val newCount = values.sum + runningCount.getOrElse(0)\n      new Some(newCount)\n    }\n    val ssc = new StreamingContext(\"local[2]\", \"Statefulwordcount\", Seconds(10))\n    val lines = ssc.socketTextStream(\"192.168.56.101\", 9999)\n    ssc.checkpoint(\"C:\/\/NewDir\")\n    val words = lines.flatMap(_.split(\" \"))\n    val pairs = words.map(word => (word, 1))\n    val wordCounts = pairs.reduceByKey(_ + _)\n    \n    val totalWordCount = wordCounts.updateStateByKey(updateFunction _)\n    totalWordCount.print()\n    ssc.start()\n    ssc.awaitTermination()\n  }\n\n\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"build.sbt","text":"<gh_stars>0\nname := \"scala-spark-examples\"\n\nversion := \"1.0\"\n\nscalaVersion := \"2.11.8\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-core_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"com.typesafe\" % \"config\" % \"1.3.2\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-sql_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-streaming_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-mllib_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-graphx_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-streaming-kafka-0-10_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-streaming-twitter_2.11\" % \"1.6.3\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-sql-kafka-0-10_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"com.github.scopt\" % \"scopt_2.11\" % \"3.7.0\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-hive_2.11\" % \"2.2.1\"\n\nlibraryDependencies += \"com.databricks\" % \"spark-csv_2.11\" % \"1.5.0\"\n\nlibraryDependencies += \"org.apache.spark\" % \"spark-streaming-kafka_2.11\" % \"1.6.3\"\n\n\n\n\n\n\n\n\n\n\n\n\n\n"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/NyseHeader.scala","text":"package com.spark.itversity.example\ncase class NyseHeader(symbol:String,fullName:String,sector:String)\n"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/NyseMapReduce.scala","text":"package com.spark.itversity.example\nimport org.apache.spark.SparkContext\nimport org.apache.spark.SparkContext._\nimport org.apache.spark.SparkConf\n\nobject NyseMapReduce {\n  def main(args : Array[String]){\n    val conf = new SparkConf().setAppName(\"Nyse MapReduce Application\").setMaster(\"local[2]\").set(\"spark.executor.memory\", \"1g\")\n    val sc = new SparkContext(conf)\n    val nyseData = sc.textFile(args(0))\n \n    val nyseRDD=nyseData.map (row=>{\n      val coloumns = row.split(\",\")\n      (coloumns(0),coloumns(3))\n    }).reduceByKey((x,y)=> if(x>y) x else y)\n    \n\n    \n    \n    \n  val nyserdd =nyseData.map(row => row.split(\",\")).filter ( line => line(1).equals(\"hello\") ).collect().toList\n    \/* map (line => (line(0),line(3))).\n     reduceByKey((x,y)=>if(x>y) x else y).collect().foreach(println)*\/\n  }\n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/variables\/SimpleAccumalotrs.scala","text":"package com.spark.variables\n\nimport org.apache.spark.SparkConf\nimport org.apache.spark.SparkContext\n\nobject SimpleAccumalotrs {\n  \n  def main(args: Array[String]): Unit = {\n    val conf = new SparkConf().setAppName(\"scala spark\").setMaster(\"local\")\n    val sc = new SparkContext(conf)\n    val accum=sc.accumulator(0, \"myAccumalator\")\n    sc.parallelize(Array(1, 2, 3, 4)).foreach(x => accum.add(x))\n    println(accum.value)\n  }\n  \n}"}
{"repo_name":"jawa007\/Spark-Test","path":"src\/main\/scala\/com\/spark\/itversity\/example\/WindowSparkStreaming.scala","text":"<reponame>jawa007\/Spark-Test<gh_stars>0\npackage com.spark.itversity.example\nimport org.apache.spark.streaming.{ Seconds, StreamingContext }\nimport org.apache.spark.streaming.StreamingContext._\n\nobject WindowSparkStreaming {\n\n  def main(args: Array[String]) {\n\n     val ssc = new StreamingContext(\"local[2]\", \"Statefulwordcount\", Seconds(10))\n\n    val lines = ssc.socketTextStream(\"192.168.56.101\", 9999)\n\n    val words = lines.flatMap(_.split(\" \"))\n    val pairs = words.map(word => (word, 1))\n    pairs.reduceByKeyAndWindow((x: Int, y: Int) => (x + y), Seconds(30), Seconds(10)).print()\n\n    ssc.start()\n    ssc.awaitTermination()\n  }\n\n}"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/CloudStorageSink.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit\npackage com.span.spark.batch.datasinks\n\nimport org.apache.spark.sql.DataFrame\n\nclass CloudStorageSink(params: CloudStorageSinkParams) extends Sink {\n  private var directory: String = _\n  private var saveMode: String = _\n  private var format: String = _\n\n  \/**\n    * This method gives the user the flexibility to override the partition columns in the code\n    * @param partition a string of column names separated by comma, such as \"year, month, day\"\n    * @param value the data frame that is going to be published\n    *\/\n  def emit(partition: Seq[String])(value: DataFrame): Unit = {\n    if(partition.nonEmpty){\n      value.write.mode(saveMode).format(format).partitionBy(partition: _*).save(directory)\n    } else {\n      value.write.mode(saveMode).format(format).save(directory)\n    }\n  }\n\n  def emit: DataFrame => Unit = emit(Seq())\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/utils\/cloudstorage\/SourceUriBuilder.scala","text":"package com.span.spark.batch.utils.cloudstorage\n\nimport java.net.URI\nimport java.nio.file.Path\n\nimport com.span.spark.batch.utils.Utils\nimport org.joda.time.DateTime\n\n\/**\n  * A general class to handle input paths generation for the Spark app\n  *\/\nclass SourceUriBuilder extends UriBuilderBase {\n  var startDate: DateTime = _\n  var endDate: DateTime = _\n\n  \/**\n    * Get a sequence of uri based on start date (inclusive and end date (exclusive);\n    * for example, if you have start date: 2018-09-10T00:00:00, and end date: 2018-09-10T02:00:00 and layout is \"hourly\"\n    * then you will have a set of URIs:\n    *\n    * { schema:\/\/bucket\/full\/path\/year=2018\/month=09\/day=10\/hour=00,\n    * schema:\/\/bucket\/full\/path\/year=2018\/month=09\/day=10\/hour=01}\n    *\n    * @return\n    *\/\n  def getPathUriSet(): Seq[URI] = {\n    val allFullPath: Seq[Path] = Utils.getFullPaths(absPrefix, startDate, endDate, layout)\n    allFullPath.map(p => new URI(schema, bucket, p.toString, null))\n  }\n}\n\nobject SourceUriBuilder {\n\n  def builder(): Builder = new Builder\n\n  class Builder {\n    private var pathUri: SourceUriBuilder = new SourceUriBuilder\n\n    def withSchema(schema: String): Builder = {\n      pathUri.schema = schema\n      this\n    }\n\n    def withBucket(bucket: String): Builder = {\n      pathUri.bucket = bucket\n      this\n    }\n\n    def withPathPrefix(PathPrefix: String): Builder = {\n      pathUri.pathPrefix = PathPrefix\n      this\n    }\n\n    def withStartDate(startDate: DateTime): Builder = {\n      pathUri.startDate = startDate\n      this\n    }\n\n    def withEndDate(endDate: DateTime): Builder = {\n      pathUri.endDate = endDate\n      this\n    }\n\n    def withLayout(layout: String): Builder = {\n      pathUri.layout = layout\n      this\n    }\n\n    def build(): SourceUriBuilder = {\n      pathUri\n    }\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"WordCountDemo\/src\/main\/scala\/com\/span\/spark\/apps\/wordcountdemo\/WordCountDemo.scala","text":"package com.span.spark.apps.wordcountdemo\n\nimport java.util.Calendar\n\nimport com.span.spark.batch.app.BatchAppBase\nimport org.apache.spark.sql.DataFrame\nimport org.apache.spark.sql.functions._\n\nobject WordCountDemo extends BatchAppBase {\n\n  import spark.implicits._\n\n  run {\n    val cosTextFile: DataFrame = getDataSourceFor(\"textData\").source\n    val wordCounts = cosTextFile.flatMap(line => line.toString.split(\" \")).groupByKey(identity).count\n    \/\/Get current date\n    val now = Calendar.getInstance()\n    val y = now.get(Calendar.YEAR)\n    val m = now.get(Calendar.MONTH)\n    val d = now.get(Calendar.DAY_OF_MONTH)\n\n    val wordCountsDf = wordCounts.toDF(\"word\", \"count\")\n      .withColumn(\"year\", lit(y))\n      .withColumn(\"month\", lit(m + 1))\n      .withColumn(\"day\", lit(d))\n      .coalesce(1)\n\n    getDataSinkFor(\"wordCountData\").emit(wordCountsDf)\n  }\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.typesafe.sbt\" % \"sbt-site\" % \"0.7.0\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"0.14.5\")"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/BatchAppSettings.scala","text":"<filename>BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/BatchAppSettings.scala\npackage com.span.spark.batch.app\n\nimport com.typesafe.config._\n\n\/**\n  * This class contains all configurations.\n  *\n  * The priority to take configurations (smaller index, higher priority):\n  * 1. Input from command line\n  * 2. Input\/Output configurations of individual batch job, typically in the job config file, for example, resources\/env\/app.conf\n  * 3. Default configurations of individual batch job, typically in the job config file, for example, resources\/env\/app.conf\n  * 4. This library's configurations which is in the library config file resources\/env\/library.conf\n  *\n  * For example, if the option \"format\" appears in the three places command line, application.conf and reference.conf,\n  * then the value of \"format\" option in command line will override all other configurations\n  *\/\nclass BatchAppSettings(config: Config) {\n  def this() {\n    this(ConfigFactory.load())\n  }\n\n  \/**\n    * Get the configurations based on environment; this is a mandatory option in command line\n    * I.e. -Denvironment is mandatory\n    *\/\n  protected val environment: String = config.getString(\"environment\")\n\n  \/**\n    * envConfig will be used as default Config for the application; for example, if -DawsKeyId is provided,\n    * it will be available under envConfig and will be served as default value.\n    * So if the specific input does not provide awsKeyId, the default awsKeyId will be used\n    *\/\n  protected val envConfig: Config =\n    if(config.hasPath(environment)) config.withFallback(config.getConfig(environment))\n    else config\n\n  \/**\n    * sparkConfig will be used to pupolate Spark Config; for example, if -Dspark.app.name=MyApp is provided,\n    * it will be used for \"spark-submit ... --conf spark.app.name=MyApp\".\n    *\/\n  protected val sparkConfig: Config = config.getConfig(\"spark_config\")\n\n\n  protected val hadoopConfig: Config = config.getConfig(\"hadoop_config\")\n\n  \/**\n    * Support a sets of input datasets, example of inputs:\n    * First input dataset which is located in S3\/IBMCOS. In your code, you can get the dataframe by\n    * val input1Df = getSource(\"name_of_dataset1\").source\n    *\n    * -Dinputs.name_of_dataset1.bucket=campaignevent\n    * -Dinputs.name_of_dataset1.pathPrefix=path\/to\/data\n    * -Dinputs.name_of_dataset1.layout=daily; daily\/hourly, this will determine the input\/output path format if no customized partition is used\n    * -Dinputs.name_of_dataset1.format=json; or parquet; note, json or parquet file format indicates this is a S3\/IBMCOS source\n    * -Dinputs.name_of_dataset1.startDate=2018-06-01T00:00:00-0000; the format should be \"yyyy-MM-ddTHH:mm:ssZ, for example 2017-12-01T11:22:33-0000\n    * -Dinputs.name_of_dataset1.endDate=2018-06-01T01:00:00-0000;\n    *\n    *\/\n  protected val inputs: Config = envConfig.getConfig(\"inputs\")\n\n  \/**\n    * Support a set of output datasets in S3\/IBMCOS:\n    * -Doutputs.name_of_dataset1.bucket=output_bucket\n    * -Doutputs.name_of_dataset1.pathPrefix=path\/to\/rollup_data\/\n    * -Doutputs.name_of_dataset1.format=parquet\n    * -Doutputs.name_of_dataset1.layout=daily\n    * -Doutputs.name_of_dataset1.saveMode=append\n    * -Doutputs.name_of_dataset1.partitionColumns=year,month,day \/\/If this is used, the output path will not be named with startDate, instead it will be named by partition columns specified in this option\n    *\/\n  protected val outputs: Config = envConfig.getConfig(\"outputs\")\n\n  def inputsConfigs(inputDateName: String): Config = inputs.getConfig(inputDateName).withFallback(envConfig)\n  def outputsConfigs(outputDateName: String): Config = outputs.getConfig(outputDateName).withFallback(envConfig)\n\n  def defaultConfigs: Config = envConfig\n  def sparkConfigs: Config = sparkConfig\n  def hadoopConfigs: Config = hadoopConfig\n}\n\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/test\/scala\/com\/span\/test\/spark\/batch\/SparkSessionConstructorTest.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit\npackage com.span.test.spark.batch\n\nimport com.span.spark.batch.app.{AppParams, BatchAppSettings, SparkSessionConstructor}\nimport org.apache.spark.sql.SparkSession\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass SparkSessionConstructorTest extends FlatSpec with Matchers {\n\n  val settings = new BatchAppSettings \/\/Will read the one inside library\n  val constructor = new SparkSessionConstructor(SparkSession.builder())\n  val appParams: AppParams = new AppParams(settings)\n  val spark: SparkSession = constructor.configSparkWith(appParams)\n\n  \/\/Eval spark configurations\n  spark.conf.get(\"master\") should be (\"local[*]\")\n  spark.conf.get(\"spark.submit.deployMode\") should be (\"client\")\n  spark.conf.get(\"spark.sql.session.timeZone\") should be (\"UTC\")\n\n  \/\/Eval hadoop configurations\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.ibmServiceName.secret.key\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.ibmServiceName.access.key\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.ibmServiceName.endpoint\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.ibmServiceName.iam.service.id\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.ibmServiceName.v2.signer.type\") should be (\"false\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.stocator.scheme.list\") should be (\"cos\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.cos.impl\") should be (\"com.ibm.stocator.fs.ObjectStoreFileSystem\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.stocator.cos.impl\") should be (\"com.ibm.stocator.fs.cos.COSAPIClient\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.stocator.cos.scheme\") should be (\"cos\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.s3a.awsSecretAccessKey\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.s3a.awsAccessKeyId\") should be (\"changeme\")\n  spark.sparkContext.hadoopConfiguration.get(\"fs.s3a.impl\") should be (\"org.apache.hadoop.fs.s3native.NativeS3FileSystem\")\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/CloudStorageSinkParams.scala","text":"package com.span.spark.batch.datasinks\n\nimport com.span.spark.batch.Params\nimport com.span.spark.batch.utils.Utils\nimport com.span.spark.batch.utils.cloudstorage.SinkUriBuilder\n\nimport com.typesafe.config.Config\nimport org.apache.spark.sql.types.StructType\nimport org.joda.time.DateTime\n\nclass CloudStorageSinkParams(datasetConf: Config, datasetName: String) extends Params {\n  \/**\n    * Schema of the source: s3 or cos\n    *\/\n  lazy val schema: String = datasetConf.getString(\"schema\")\n\n  \/**\n    * Bucket of the source data\n    *\/\n  lazy val bucket: String = datasetConf.getString(\"bucket\")\n\n  \/**\n    * ABSOLUTE path of the source data (after the bucket name)\n    *\/\n  lazy val pathPrefix: String = datasetConf.getString(\"pathPrefix\")\n\n  \/**\n    * The format of source data: json, parquet etc.\n    *\/\n  lazy val format: String = datasetConf.getString(\"format\")\n\n  \/**\n    * The layout of source data: daily, hourly etc.\n    *\/\n  lazy val layout: String = datasetConf.getString(\"layout\")\n\n  \/**\n    * Optional; if provided, the schema will be applied to the sourced dataframe\n    *\/\n  lazy val datasetSchema: Option[StructType] = None\n\n  \/**\n    * Upper bound of the source data; this will be used to name the path if layout is\n    *\/\n  lazy val startDate: DateTime = {\n    val sd = Utils.getDateTimeInTimeZone(datasetConf.getString(\"startDate\"))\n    if (datasetConf.hasPath(\"startDateDelta\")) {\n      Utils.getDateWithDelta(sd, datasetConf.getString(\"startDateDelta\"))\n    } else {\n      sd\n    }\n  }\n\n  \/**\n    * Derive output path for source data; this is different from input paths in that it only outputs to one directory\n    *\/\n  lazy val outputPath: String = {\n    val sinkUriBuilder = SinkUriBuilder.builder()\n    \/\/Building output paths or directories\n    sinkUriBuilder.withSchema(schema)\n      .withBucket(bucket)\n      .withPathPrefix(pathPrefix)\n      .withStartDate(startDate)\n      .withLayout(layout)\n    sinkUriBuilder.build().getPathUri.toString\n  }\n\n  override def toCMLString: String = {\n    \"-Doutputs.\" + datasetName + \".schema=\" + schema + \" \" +\n    \"-Doutputs.\" + datasetName + \".bucket=\" + bucket + \" \" +\n    \"-Doutputs.\" + datasetName + \".pathPrefix=\" + pathPrefix + \" \" +\n    \"-Doutputs.\" + datasetName + \".format=\" + format + \" \" +\n    \"-Doutputs.\" + datasetName + \".layout=\" + layout + \" \" +\n    \"-Doutputs.\" + datasetName + \".startDate=\" + datasetConf.getString(\"startDate\")\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/SparkSessionConstructor.scala","text":"<gh_stars>0\npackage com.span.spark.batch.app\n\nimport org.apache.spark.sql.SparkSession\n\n\/**\n  * A class for adding configurations to SparkSession Builder\n  *\/\nclass SparkSessionConstructor(spark: SparkSession.Builder) {\n\n  def configSparkWith(appParams: AppParams): SparkSession = {\n    \/\/Config SparkSession Builder (pre-sparksession construction)\n    spark.master(appParams.sparkSessionOptionsMap.getOrElse(\"master\", \"local[*]\"))\n    appParams.sparkSessionOptionsMap.foreach { case (k, v) => spark.config(k, v) }\n\n    \/\/Config SparkSession (post-sparksession construction)\n    lazy val postConstructor = new SparkSessionPostConstructor(spark.getOrCreate())\n\n    appParams.hadoopOptionsMap.foreach{ case (k: String, v: String) => postConstructor.builder.withHadoopOption(k, v) }\n    postConstructor.builder.getSparkSession()\n  }\n\n}\n\n\/**\n  * A class for adding configurations to the active SparkSession or SparkContext\n  *\/\nclass SparkSessionPostConstructor(spark: SparkSession) {\n\n  val builder = new Builder()\n\n  class Builder {\n    def withHadoopOption(hadoopConfigKey: String, hadoopConfigValue: String): Builder = {\n      spark.sparkContext.hadoopConfiguration.set(hadoopConfigKey, hadoopConfigValue)\n      this\n    }\n\n    def getSparkSession(): SparkSession = {\n      spark\n    }\n  }\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/AppParams.scala","text":"package com.span.spark.batch.app\n\nimport com.span.spark.batch.Params\n\nimport scala.collection.JavaConversions._\n\n\/**\n  * This class includes methods that convert settings into internal maps for configuring Spark and Hadoop\n  * @param settings\n  *\/\nclass AppParams(settings: BatchAppSettings) extends Params{\n\n  lazy val hadoopOptionsMap: Map[String, String] =\n    settings.hadoopConfigs.entrySet().map{ e => (e.getKey, settings.hadoopConfigs.getString(e.getKey)) }.toMap\n\n  lazy val sparkSessionOptionsMap: Map[String, String] =\n    settings.sparkConfigs.entrySet().map(e => (e.getKey, settings.sparkConfigs.getString(e.getKey))).toMap\n\n  def sparkConfigsToCMLString: String =\n    sparkSessionOptionsMap.map{ case (k, v) => if(k.startsWith(\"spark\")) \"-conf \" + k + \"=\" + v else k + \"=\" + v }.mkString(\" \")\n\n  def hadoopOptionsToCLMString: String = hadoopOptionsMap.map( e => \"-D\" + e._1 + \"=\" + e._2).mkString(\" \")\n\n  override def toCMLString: String = sparkConfigsToCMLString + \" --driver-java-options '\" + hadoopOptionsToCLMString + \"'\"\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/Params.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit\npackage com.span.spark.batch\n\ntrait Params {\n  def toCMLString: String\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/utils\/Utils.scala","text":"package com.span.spark.batch.utils\n\nimport java.nio.file.{Path, Paths}\n\nimport org.joda.time.{DateTime, DateTimeZone, Period}\nimport org.joda.time.format.{DateTimeFormat, DateTimeFormatter}\n\nobject Utils {\n\n  \/**\n    * Get now in given format\n    * @return\n    *\/\n  def now: String = displayDateTimeInTimeZone(DateTime.now(DateTimeZone.UTC), \"yyyy-MM-dd'T'HH:mm:ssZ\")\n\n  \/**\n    * Convert a date string in a specific pattern to DateTime object\n    * @param strDateTime\n    * @param inPattern; by default it is yyyy-MM-dd'T'HH:mm:ssZ, which is used by command line start\/end dates\n    * @param timeZone; by default the resulting datetime object is in UTC, which is used by command line start\/end dates\n    * @return\n    *\/\n  def getDateTimeInTimeZone(strDateTime: String,\n                            inPattern: String = \"yyyy-MM-dd'T'HH:mm:ssZ\",\n                            timeZone: String = \"UTC\"): DateTime = {\n    val formatter: DateTimeFormatter = DateTimeFormat.forPattern(inPattern)\n    val newFormatter = formatter.withZone(DateTimeZone.forID(timeZone))\n    newFormatter.parseDateTime(strDateTime)\n  }\n\n  \/**\n    * Display a given datetime object in string in given timezone with given pattern\n    * @param dateTime\n    * @param displayInPattern\n    * @param timeZone\n    * @return\n    *\/\n  def displayDateTimeInTimeZone(dateTime: DateTime, displayInPattern: String, timeZone: String = \"UTC\"): String = {\n    val formatter: DateTimeFormatter = DateTimeFormat.forPattern(displayInPattern)\n    val newFormatter = formatter.withZone(DateTimeZone.forID(timeZone))\n    newFormatter.print(dateTime)\n  }\n\n  \/**\n    * Parse date in String type to object of DateTime\n    * @param strDateTime\n    * @return\n    *\/\n  def getDateTime(strDateTime: String, pattern: String = \"yyyy-MM-dd'T'HH:mm:ssZ\"): DateTime = {\n    val formatter = DateTimeFormat.forPattern(pattern)\n    formatter.parseDateTime(strDateTime)\n  }\n\n  \/**\n    * Get the full path (without scheme, i.e. cos:\/\/ or s3a:\/\/) to the dataset; note that the output path is timezone awared.\n    * The full path is formated in such a way path\/to\/dataset\/y=2017\/m=12\/d=03\/h=09\n    * @param prefix\n    * @param dateTime\n    * @param timeZoneId\n    * @param layout\n    * @return\n    *\/\n  def formatFullPath(prefix: Path, dateTime: DateTime, layout: String, timeZoneId: String = \"UTC\"): Path = {\n    val dateInTZ: DateTime = dateTime.withZone(DateTimeZone.forID(timeZoneId))\n    val y = dateInTZ.getYear\n    val m = dateInTZ.getMonthOfYear\n    val d = dateInTZ.getDayOfMonth\n    val h = dateInTZ.getHourOfDay\n    if(layout.equals(\"hourly\")){\n      Paths.get(prefix.toString,\n        \"\/year=\" + f\"$y%4d\",\n        \"\/month=\" + f\"$m%02d\",\n        \"\/day=\" + f\"$d%02d\",\n        \"\/hour=\" + f\"$h%02d\")\n    }else if(layout.equals(\"daily\")){\n      Paths.get(prefix.toString,\n        \"\/year=\" + f\"$y%4d\",\n        \"\/month=\" + f\"$m%02d\",\n        \"\/day=\" + f\"$d%02d\")\n    }else{\n      Paths.get(prefix.toString)\n    }\n  }\n\n  \/**\n    * Convert path prefix to full path. This is typically used in the case where custom partition is uesed\n    * @param prefix\n    * @return\n    *\/\n  def formatFullPath(prefix: Path): Path = {\n    Paths.get(prefix.toString)\n  }\n\n  \/**\n    * Get a sequence of input paths between startDate and endDate and are formatted using formatFullPath function\n    * @param inputPathPrefix\n    * @param startDate\n    * @param endDate\n    * @param timeZoneId\n    * @param layout: daily or hourly or none; if daily, only y=1111\/m=2\/d=3 will be in the path; if hourly, y=1111\/m=2\/d=3\/h=4 will be in the path\n    * @return\n    *\/\n  def getFullPaths(pathPrefix: Path, startDate: DateTime, endDate: DateTime, layout: String, timeZoneId: String=\"UTC\"): Seq[Path] = {\n    var results: Seq[Path] = Seq()\n    var start = startDate\n    while (start.isBefore(endDate)) {\n      results = results :+ formatFullPath(pathPrefix, start, layout, timeZoneId)\n      start = start.plus(Period.hours(1))\n    }\n    results\n  }\n\n  \/**\n    * Modify the given date based on delta\n    * @param date\n    * @param deltaStr\n    * @return\n    *\/\n  def getDateWithDelta(date: DateTime, deltaStr: String): DateTime = {\n    val deltaPattern =  \"(-?[0-9]+)\\\\s*([A-Za-z]+)\".r\n    val deltaPattern(delta, unit) = deltaStr\n    val deltaInt = Integer.parseInt(delta)\n    unit match {\n      case \"day\" | \"days\" => date.plusDays(deltaInt)\n      case \"hour\" | \"hours\" => date.plusHours(deltaInt)\n    }\n\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/utils\/cloudstorage\/UriBuilderBase.scala","text":"package com.span.spark.batch.utils.cloudstorage\n\nimport java.net.URI\nimport java.nio.file.{Path, Paths}\n\nclass UriBuilderBase {\n  var schema: String = _\n  var bucket: String = _\n  var pathPrefix: String = _\n  var layout: String = _\n  lazy val absPrefix: Path = Paths.get(\"\/\", pathPrefix) \/\/make it an absolute path\n\n  \/**\n    * Get a single uri that only represents the path prefix;\n    * for e.g. \/bucket\/pathPrefix\/\n    * @return\n    *\/\n  def getPrefixPathUri: URI = {\n    new URI(schema, bucket, absPrefix.toString, null)\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/utils\/cloudstorage\/SinkUriBuilder.scala","text":"package com.span.spark.batch.utils.cloudstorage\n\nimport com.span.spark.batch.utils.Utils\n\nimport java.net.URI\nimport java.nio.file.Path\nimport org.joda.time.DateTime\n\n\/**\n  * A general class to handle input paths generation for the Spark app\n  *\/\nclass SinkUriBuilder extends UriBuilderBase {\n  var startDate: DateTime = _\n\n  \/**\n    * Get a single uri based on start date;\n    * for example, if you have start date: 2018-09-10T00:00:00, and layout is \"hourly\"\n    * then you will have a URI: schema:\/\/bucket\/full\/path\/year=2018\/month=09\/day=10\/hour=00.\n    * Otherwise, if startdate is None, return prefix path, e.g. schema:\/\/bucket\/full\/path\/;\n    * this is generally happen when one is trying to using Spark partitioning for partitioning the\n    * data by date.\n    * @return\n    *\/\n  def getPathUri: URI = {\n    layout match {\n      case \"daily\" | \"hourly\" => {\n        val fullPath: Path = Utils.formatFullPath(absPrefix, startDate, layout)\n        new URI(schema, bucket, fullPath.toString, null)\n      }\n      case _ => super.getPrefixPathUri\n    }\n  }\n}\n\nobject SinkUriBuilder {\n\n  def builder(): Builder = new Builder\n\n  class Builder {\n    private var pathUri: SinkUriBuilder = new SinkUriBuilder\n\n    def withSchema(schema: String): Builder = {\n      pathUri.schema = schema\n      this\n    }\n\n    def withBucket(bucket: String): Builder = {\n      pathUri.bucket = bucket\n      this\n    }\n\n    def withPathPrefix(PathPrefix: String): Builder = {\n      pathUri.pathPrefix = PathPrefix\n      this\n    }\n\n    def withStartDate(startDate: DateTime): Builder = {\n      pathUri.startDate = startDate\n      this\n    }\n\n    def withLayout(layout: String): Builder = {\n      pathUri.layout = layout\n      this\n    }\n\n    def build(): SinkUriBuilder = {\n      pathUri\n    }\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/SinkFactory.scala","text":"<filename>BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/SinkFactory.scala\npackage com.span.spark.batch.datasinks\n\nimport com.span.spark.batch.Params\nimport com.span.spark.batch.app.BatchAppSettings\n\nimport scala.collection.JavaConversions._\n\nclass SinkFactory(settings: BatchAppSettings) {\n\n  val allDatasets: Seq[String] = {\n    settings.defaultConfigs.getConfig(\"outputs\").root().entrySet().map(_.getKey).toList\n  }\n\n  val paramsMap: Map[String, Params] = (allDatasets zip allDatasets.map(buildParam(_: String))).toMap\n\n  def buildParam(dataset: String): Params = {\n    val datasetConf = settings.outputsConfigs(dataset)\n    val schema = datasetConf.getString(\"schema\")\n\n    schema match {\n      case \"s3\" | \"cos\" => {\n        new CloudStorageSinkParams(datasetConf, dataset)\n      }\n    }\n  }\n\n  def toCMLString: String = {\n    paramsMap.values.map(_.toCMLString).mkString(\" \")\n  }\n\n  \/**\n    * A method that returns Source object\n    * @param dataset\n    * @return\n    *\/\n  def getDataSink(dataset: String): Sink = {\n    val datasetConf = settings.outputsConfigs(dataset)\n    val schema = datasetConf.getString(\"schema\")\n\n    schema match {\n      case \"s3\" | \"cos\" => {\n        new CloudStorageSink(paramsMap(dataset).asInstanceOf[CloudStorageSinkParams])\n      }\n    }\n  }\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasources\/Source.scala","text":"package com.span.spark.batch.datasources\n\nimport org.apache.spark.sql.DataFrame\n\ntrait Source {\n\n  def source: DataFrame\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"build.sbt","text":"<gh_stars>0\nlazy val BatchPipelineToolkit = project\n  .settings(\n    Settings.commonSettings,\n    Settings.assemblySettings,\n    libraryDependencies ++= Settings.commonDependencies ++ Settings.batchDependencies,\n    resolvers ++= Settings.resolvers\n  )\n\nlazy val WordCountDemo = project\n  .settings(\n    Settings.commonSettings,\n    Settings.assemblySettings,\n    libraryDependencies ++= Settings.demoDependencies\n  ).dependsOn(BatchPipelineToolkit)\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/BatchAppConfig.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit\npackage com.span.spark.batch.app\n\nimport com.span.spark.batch.datasinks.{Sink, SinkFactory}\nimport com.span.spark.batch.datasources.{Source, SourceFactory}\nimport com.span.spark.batch.utils.Utils\nimport org.apache.log4j.LogManager\nimport org.apache.spark.SparkContext\nimport org.apache.spark.sql.SparkSession\n\n\/**\n  * This class manages the configurations (default ones and inputs\/outputs specific ones)\n  * and provides the Spark application developer syntax sugar for sourcing and sinking datasets\n  *\/\nclass BatchAppConfig {\n\n  \/**\n    * A container for all configurations for input datasets, output datasets and spark\n    *\/\n  protected val defaultSettings = new BatchAppSettings()\n\n  protected val appParams: AppParams = new AppParams(defaultSettings)\n\n  \/**\n    * Store default configurations for configuring SparkSession\n    *\/\n  final val logger = LogManager.getLogger(getClass.getName)\n\n  \/**\n    * Configure SparkSession with configurations from config file\n    *\/\n  lazy val spark: SparkSession = new SparkSessionConstructor(SparkSession.builder).configSparkWith(appParams)\n\n  \/**\n    * Make SparkContext available to children objects\n    *\/\n  lazy val sc: SparkContext = spark.sparkContext\n\n  \/**\n    * A factory object for getting different types of sources\n    *\/\n  lazy private val sourceFactory = new SourceFactory(defaultSettings)\n\n  \/**\n    * A factory object for getting different types of sinks\n    *\/\n  lazy private val sinkFactory = new SinkFactory(defaultSettings)\n\n  \/**\n    * Sourcing data based on the inputFormat\n    *\/\n  def getDataSourceFor(dataset: String): Source = {\n    sourceFactory.getDataSource(dataset)(spark)\n  }\n\n  \/**\n    * Sinking data based on outputFormat\n    *\/\n  def getDataSinkFor(dataset: String): Sink = {\n    sinkFactory.getDataSink(dataset)\n  }\n\n  def getCommand: String = {\n    val envParam: String = defaultSettings.defaultConfigs.getString(\"environment\")\n    val startDate: String =\n      try {\n        val d = defaultSettings.defaultConfigs.getString(\"startDate\")\n        Utils.getDateTimeInTimeZone(d)\n        d\n      } catch {\n        case e: IllegalArgumentException => Utils.now\n      }\n\n\n    val endDate: String =\n      try {\n        val d = defaultSettings.defaultConfigs.getString(\"endDate\")\n        Utils.getDateTimeInTimeZone(d)\n        d\n      } catch {\n        case e: IllegalArgumentException => Utils.now\n      }\n\n    \"spark-submit \" + appParams.sparkConfigsToCMLString + \" --driver-java-options '\" + \"-Denvironment=\" + envParam +\n      \" -DstartDate=\" + startDate + \" -DendDate=\" + endDate + \" \" + appParams.hadoopOptionsToCLMString +\n      \" \" + sourceFactory.toCMLString + \" \" + sinkFactory.toCMLString +\n      \"' --class [class name] [jar location]\"\n  }\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/Sink.scala","text":"<filename>BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasinks\/Sink.scala\npackage com.span.spark.batch.datasinks\n\nimport org.apache.spark.sql.DataFrame\n\n\/**\n  * Root trait for entities which persist instance of the speicified type.\n  *\/\ntrait Sink {\n\n  \/**\n    * Emit the given value.\n    *\n    * @param value  Object to emit\n    *\/\n  def emit: DataFrame => Unit\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/test\/scala\/com\/span\/test\/spark\/batch\/ConfigTest.scala","text":"package com.span.test.spark.batch\n\nimport com.span.spark.batch.app.{AppParams, BatchAppSettings}\nimport org.scalatest.{FlatSpec, Matchers}\nimport com.typesafe.config.Config\n\nclass ConfigTest extends FlatSpec with Matchers {\n\n  \"Settings for inputs\/outputs\" should \"be properly taken\" in {\n\n    System.setProperty(\"environment\", \"dev\")\n    System.setProperty(\"format\", \"parquet\")\n    System.setProperty(\"startDate\", \"2018-09-01T00:00:00-0000\") \/\/default start date\n    System.setProperty(\"endDate\", \"2018-09-01T01:00:00-0000\") \/\/default end date\n\n    \/\/Adding two additional input data sources: dataset1 at S3 and dataset2 at IBM COS to those in test\/resources\n    \/\/dataset1 specific values\n    System.setProperty(\"inputs.dataset1.schema\", \"s3\")\n    System.setProperty(\"inputs.dataset1.bucket\", \"input1_bucket\")\n    System.setProperty(\"inputs.dataset1.pathPrefix\", \"\/input1\/test\/path\")\n    System.setProperty(\"inputs.dataset1.layout\", \"hourly\")\n\n    \/\/dataset2 specific values\n    System.setProperty(\"inputs.dataset2.schema\", \"cos\")\n    System.setProperty(\"inputs.dataset2.bucket\", \"cos_input2_bucket\")\n    System.setProperty(\"inputs.dataset2.pathPrefix\", \"\/cos\/another\/test\/path\")\n    System.setProperty(\"inputs.dataset2.format\", \"json\")\n    System.setProperty(\"inputs.dataset2.startDate\", \"2018-09-03T00:00:00-0000\")\n    System.setProperty(\"inputs.dataset2.endDate\", \"2018-09-04T00:00:00-0000\")\n    System.setProperty(\"inputs.dataset2.layout\", \"daily\")\n\n    \/\/Assuming we have one data sink: dataset3 at IBM COS\n    \/\/output dataset3 specific values\n    System.setProperty(\"outputs.dataset3.schema\", \"cos\")\n    System.setProperty(\"outputs.dataset3.bucket\", \"cos_output_bucket\")\n    System.setProperty(\"outputs.dataset3.pathPrefix\", \"\/cos\/output\/test\/path\")\n    System.setProperty(\"outputs.dataset3.layout\", \"hourly\")\n\n    \/\/Test cases for spark conf, it will take those in reference.conf plus \"spark.app.name=MyApp\" as below\n    System.setProperty(\"spark_config.spark.app.name\", \"MyApp\")\n\n    \/\/Test fetching configurations for spark options\n    val settings = new BatchAppSettings()\n    val appParams = new AppParams(settings)\n\n    appParams.sparkSessionOptionsMap should be (\n      Map(\"master\" -> \"local[*]\",\n        \"spark.app.name\" -> \"MyApp\",\n        \"spark.submit.deployMode\" -> \"client\",\n        \"spark.sql.session.timeZone\" -> \"UTC\")\n    )\n\n    appParams.hadoopOptionsMap should be (\n      Map(\"fs.s3a.impl\" -> \"org.apache.hadoop.fs.s3native.NativeS3FileSystem\",\n        \"fs.cos.ibmServiceName.access.key\" -> \"changeme\",\n        \"fs.cos.ibmServiceName.endpoint\" -> \"changeme\",\n        \"fs.stocator.scheme.list\" -> \"cos\",\n        \"fs.cos.ibmServiceName.iam.service.id\" -> \"changeme\",\n        \"fs.s3a.awsSecretAccessKey\" -> \"changeme\",\n        \"fs.cos.ibmServiceName.v2.signer.type\" -> \"false\",\n        \"fs.s3a.awsAccessKeyId\" -> \"changeme\",\n        \"fs.cos.impl\" -> \"com.ibm.stocator.fs.ObjectStoreFileSystem\",\n        \"fs.cos.ibmServiceName.secret.key\" -> \"changeme\",\n        \"fs.stocator.cos.scheme\" -> \"cos\",\n        \"fs.stocator.cos.impl\" -> \"com.ibm.stocator.fs.cos.COSAPIClient\")\n    )\n\n    \/\/Test fetching configurations for the app\n    val defaultConfig: Config = settings.defaultConfigs\n    val input1: Config = settings.inputsConfigs(\"dataset1\")\n    val input2: Config = settings.inputsConfigs(\"dataset2\")\n    val textData: Config = settings.inputsConfigs(\"textData\") \/\/from test\/resources\n    val output: Config = settings.outputsConfigs(\"dataset3\")\n\n    \/\/with fallback we can get startDate for output3 even though we did not specify it for output3\n    output.withFallback(defaultConfig).getString(\"startDate\") should be (\"2018-09-01T00:00:00-0000\")\n\n    \/\/eval default values\n    defaultConfig.getString(\"environment\") should be (\"dev\")\n    defaultConfig.getString(\"startDate\") should be (\"2018-09-01T00:00:00-0000\")\n    defaultConfig.getString(\"endDate\") should be (\"2018-09-01T01:00:00-0000\")\n\n    \/\/eval input dataset configs from test\/resources\n    textData.getString(\"bucket\") should be (\"test-bucket-span001\")\n    textData.getString(\"pathPrefix\") should be (\"\/source\")\n    textData.getString(\"schema\") should be (\"cos\")\n    textData.getString(\"format\") should be (\"textFile\") \/\/should take the default value\n    textData.getString(\"startDate\") should be (\"2018-09-01T00:00:00-0000\") \/\/should take the default\n    textData.getString(\"layout\") should be (\"daily\") \/\/should override the default\n\n    \/\/eval input dataset1 sepcific values\n    input1.getString(\"bucket\") should be (\"input1_bucket\")\n    input1.getString(\"pathPrefix\") should be (\"\/input1\/test\/path\")\n    input1.getString(\"schema\") should be (\"s3\")\n    input1.getString(\"format\") should be (\"parquet\") \/\/should take the default value\n    input1.getString(\"startDate\") should be (\"2018-09-01T00:00:00-0000\") \/\/should take the default\n    input1.getString(\"layout\") should be (\"hourly\") \/\/should override the default\n\n    \/\/if key not available for specific input, inherit that from default\n    input1.getString(\"endDate\") should be (\"2018-09-01T01:00:00-0000\")\n\n    \/\/eval input dataset1 sepcific values\n    input2.getString(\"bucket\") should be (\"cos_input2_bucket\")\n    input2.getString(\"pathPrefix\") should be (\"\/cos\/another\/test\/path\")\n    input2.getString(\"schema\") should be (\"cos\")\n    input2.getString(\"format\") should be (\"json\")\n    input2.getString(\"startDate\") should be (\"2018-09-03T00:00:00-0000\") \/\/should override the default startDate value\n    input2.getString(\"endDate\") should be (\"2018-09-04T00:00:00-0000\") \/\/should override the default startDate value\n\n    \/\/evalu output specific values\n    output.getString(\"bucket\") should be (\"cos_output_bucket\")\n    output.getString(\"pathPrefix\") should be (\"\/cos\/output\/test\/path\")\n    output.getString(\"startDate\") should be (\"2018-09-01T00:00:00-0000\")\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"project\/Settings.scala","text":"import sbt.Keys._\nimport sbt._\nimport sbtassembly.AssemblyPlugin.autoImport.{MergeStrategy, assemblyJarName, assemblyMergeStrategy}\nimport sbtassembly.PathList\nimport sbtassembly.AssemblyKeys._\n\nobject Settings {\n  lazy val VERSION = \"0.3.0\"\n  lazy val SCALA_VERSION = \"2.11.12\"\n  lazy val ORGANIZATION = \"com.span\"\n\n  lazy val commonSettings = Defaults.itSettings ++ Seq(\n    organization := ORGANIZATION,\n    conflictManager in Compile := ConflictManager.strict,\n    javacOptions ++= Seq(\"-source\", \"1.8\", \"-target\", \"1.8\", \"-Xlint\"),\n    initialize := {\n      val _ = initialize.value\n      if (sys.props(\"java.specification.version\") != \"1.8\")\n        sys.error(\"Java 8 is required for this project.\")\n    },\n    parallelExecution in Test := false,\n    scalaVersion := SCALA_VERSION,\n    version := VERSION\n  )\n\n  lazy val assemblySettings = Seq(\n    assemblyJarName in assembly := name.value + \".jar\",\n    assemblyMergeStrategy in assembly := {\n      case PathList(\"META-INF\", xs @ _*) => MergeStrategy.discard\n      case _ => MergeStrategy.last\n    }\n  )\n\n  lazy val resolvers = Seq(\n    Resolver.jcenterRepo,\n    \"Central\" at \"http:\/\/repo1.maven.org\/maven2\/\",\n    \"apache-snapshots\" at \"http:\/\/repository.apache.org\/snapshots\/\"\n  )\n\n  lazy val commonDependencies: Seq[ModuleID] = Seq(\n    \"org.apache.spark\" %% \"spark-core\" % \"2.3.1\",\n    \"org.apache.spark\" %% \"spark-sql\" % \"2.3.1\",\n    \"org.scalatest\" %% \"scalatest\" % \"3.0.4\" % \"test\",\n    \"com.typesafe.scala-logging\" %% \"scala-logging\" % \"3.5.0\"\n  )\n\n  lazy val batchDependencies: Seq[ModuleID] = Seq(\n    \"com.ibm.stocator\" % \"stocator\" % \"1.0.24\",\n    \"com.typesafe\" % \"config\" % \"1.3.2\"\n  )\n\n  lazy val demoDependencies: Seq[ModuleID] = Seq(\n\n  )\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/utils\/TimeZoneUtils.scala","text":"package com.span.spark.batch.utils\n\nimport org.joda.time.DateTime\n\nobject TimeZoneUtils {\n\n  \/**\n    * Return a query that filter the target table by startDate and endDate; these dates are converted to whatever timezone the table is using\n    * @param dbTableName\n    * @param selectColumns: if specific columns need to be selected\n    * @param timeColumn: the column name on which we will filter the dataset, this is of timestamp type\n    * @param startDate: the start date string passed from command line\n    * @param endDate: the end date string passed from command line\n    * @param tableTimeZone\n    * @return\n    *\/\n  def getTimeFilteringQuery(dbTableName: String,\n                            selectColumns: Seq[String],\n                            timeColumn: String,\n                            startDate: DateTime,\n                            endDate: DateTime,\n                            tableTimeZone: String): String = {\n    \/\/We convert the start date and end date to the same timezone as the table resides.\n    val startDateStr = Utils.displayDateTimeInTimeZone(startDate, \"yyyy-MM-dd-HH-mm-ss\", tableTimeZone)\n\n    val endDateStr = Utils.displayDateTimeInTimeZone(endDate, \"yyyy-MM-dd-HH-mm-ss\", tableTimeZone)\n\n    val selectedCols: String =\n                    if(selectColumns.isEmpty)\n                      \"*\"\n                    else if(selectColumns.head == \"DISTINCT\")\n                      \"DISTINCT \" + selectColumns.slice(1, selectColumns.size).reduce((s1, s2) => s1 + \", \" + s2)\n                    else\n                      selectColumns.reduce((s1, s2) => s1 + \", \" + s2)\n\n    s\"\"\"\n      | SELECT $selectedCols FROM $dbTableName\n      | WHERE $timeColumn >= to_timestamp('$startDateStr', 'YYYY-MM-DD-HH24-MI-SS')\n      |   AND $timeColumn < to_timestamp('$endDateStr', 'YYYY-MM-DD-HH24-MI-SS')\n    \"\"\".stripMargin\n  }\n\n  \/**\n    * This method replaces the character 'T', ' ', and ':' to '-'; for example, 2018-12-02T00:00:00 will be 2018-12-02-00-00-00.\n    * This is to avoid the syntax error when passing in String with T or space to sql query.\n    * @param dateStr\n    * @return\n    *\/\n  def convertDateFormat(dateStr: String): String = {\n    dateStr.trim.replaceAll(\"T|:| \", \"-\")\n  }\n\n  \/**\n    * Covert timestamp string in the table from its timezone to another\n    * @param timeStr\n    * @param pattern\n    * @param oldTimeZone: the old timeZone\n    * @param newTimeZone: the new timeZone\n    * @return\n    *\/\n  def convertTimeZone(timeStr: String, pattern: String, oldTimeZone: String, newTimeZone: String, newPattern: String = null): String = {\n    val date: DateTime = Utils.getDateTimeInTimeZone(timeStr, pattern, oldTimeZone)\n    if(newPattern == null) Utils.displayDateTimeInTimeZone(date, pattern, newTimeZone)\n    else Utils.displayDateTimeInTimeZone(date, newPattern, newTimeZone)\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/app\/BatchAppBase.scala","text":"package com.span.spark.batch.app\n\n\/**\n  * Base class for all Spark batch applications to extend.\n  *\/\nclass BatchAppBase extends BatchAppConfig with App{\n  \/**\n    * Execute the batch transformation\n    * @param batchprocessorFunction\n    *\/\n  def run(batchprocessorFunction: => Unit): Unit = {\n    if (defaultSettings.defaultConfigs.hasPath(\"dryRun\")) {\n      logger.info(\"In dryrun mode, printing the command line: \")\n      logger.info(getCommand)\n    } else batchprocessorFunction\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasources\/CloudStorageSource.scala","text":"package com.span.spark.batch.datasources\n\nimport org.apache.spark.sql.{DataFrame, SparkSession}\n\nclass CloudStorageSource(params: CloudStorageSourceParams)(ss: SparkSession) extends Source {\n\n  \/**\n    * Source all files in parquet format under the folder;\n    * the schema of the input data will be inferred automatically by Spark\n    * @return DataFrame\n    *\/\n  def source: DataFrame = {\n    params.datasetSchema match {\n      case Some(s) => {\n        params.format match {\n          case \"json\" => ss.read.schema(s).json(params.inputPaths: _*)\n          case \"text\" => ss.read.textFile(params.inputPaths: _*).toDF()\n          case _ => ss.read.schema(s).parquet(params.inputPaths: _*)\n        }\n      }\n      case None => ss.read.parquet(params.inputPaths: _*)\n    }\n  }\n\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasources\/SourceFactory.scala","text":"package com.span.spark.batch.datasources\n\nimport com.span.spark.batch.Params\nimport com.span.spark.batch.app.BatchAppSettings\n\nimport org.apache.spark.sql.SparkSession\n\nimport scala.collection.JavaConversions._\n\nclass SourceFactory(settings: BatchAppSettings) {\n\n  val allDatasets: Seq[String] = {\n    settings.defaultConfigs.getConfig(\"inputs\").root().entrySet().map(_.getKey).toList\n  }\n\n  val paramsMap: Map[String, Params] = (allDatasets zip allDatasets.map(buildParam(_: String))).toMap\n\n  def buildParam(dataset: String): Params = {\n    val datasetConf = settings.inputsConfigs(dataset)\n    val schema = datasetConf.getString(\"schema\")\n\n    schema match {\n      case \"s3\" | \"cos\" => {\n        new CloudStorageSourceParams(datasetConf, dataset)\n      }\n    }\n  }\n\n  def toCMLString: String = {\n    paramsMap.values.map(_.toCMLString).mkString(\" \")\n  }\n\n  \/**\n    * A method that returns different Source objects based on the setting in the config\n    * @param dataset\n    * @return\n    *\/\n  def getDataSource(dataset: String)(spark: SparkSession): Source = {\n    val datasetConf = settings.inputsConfigs(dataset)\n    val schema = datasetConf.getString(\"schema\")\n\n    schema match {\n      case \"s3\" | \"cos\" => {\n        new CloudStorageSource(paramsMap(dataset).asInstanceOf[CloudStorageSourceParams])(spark)\n      }\n    }\n\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/main\/scala\/com\/span\/spark\/batch\/datasources\/CloudStorageSourceParams.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit\npackage com.span.spark.batch.datasources\n\nimport com.span.spark.batch.Params\nimport com.span.spark.batch.utils.Utils\nimport com.span.spark.batch.utils.cloudstorage.SourceUriBuilder\n\nimport com.typesafe.config.Config\nimport org.apache.spark.sql.types.StructType\nimport org.joda.time.DateTime\n\nclass CloudStorageSourceParams(datasetConf: Config, datasetName: String) extends Params {\n  \/**\n    * Schema of the source: s3 or cos\n    *\/\n  lazy val schema: String = datasetConf.getString(\"schema\")\n\n  \/**\n    * Bucket of the source data\n    *\/\n  lazy val bucket: String = datasetConf.getString(\"bucket\")\n\n  \/**\n    * ABSOLUTE path of the source data (after the bucket name)\n    *\/\n  lazy val pathPrefix: String = datasetConf.getString(\"pathPrefix\")\n\n  \/**\n    * The format of source data: json, parquet etc.\n    *\/\n  lazy val format: String = datasetConf.getString(\"format\")\n\n  \/**\n    * The layout of source data: daily, hourly etc.\n    *\/\n  lazy val layout: String = datasetConf.getString(\"layout\")\n\n  \/**\n    * Optional; if provided, the schema will be applied to the sourced dataframe\n    *\/\n  lazy val datasetSchema: Option[StructType] = None\n\n  \/**\n    * Upper bound of the source data\n    *\/\n  lazy val startDate: DateTime = {\n    val sd = Utils.getDateTimeInTimeZone(datasetConf.getString(\"startDate\"))\n    if (datasetConf.hasPath(\"startDateDelta\")) {\n      Utils.getDateWithDelta(sd, datasetConf.getString(\"startDateDelta\"))\n    } else {\n      sd\n    }\n  }\n\n  \/**\n    * Lower bound of the source data\n    *\/\n  lazy val endDate: DateTime = {\n    val ed = Utils.getDateTimeInTimeZone(datasetConf.getString(\"endDate\"))\n    if (datasetConf.hasPath(\"endDateDelta\")) {\n      Utils.getDateWithDelta(ed, datasetConf.getString(\"endDateDelta\"))\n    } else {\n      ed\n    }\n  }\n\n  \/**\n    * Derive input paths for source data\n    *\/\n  lazy val inputPaths: Seq[String] = {\n    val sourceUriBuilder = SourceUriBuilder.builder()\n    \/\/Building input paths or directories\n    sourceUriBuilder.withSchema(schema)\n      .withBucket(bucket)\n      .withPathPrefix(pathPrefix)\n      .withStartDate(startDate)\n      .withEndDate(endDate)\n      .withLayout(layout)\n    sourceUriBuilder.build().getPathUriSet().map(_.toString)\n  }\n\n  override def toCMLString: String = {\n    \"-Dinputs.\" + datasetName + \".schema=\" + schema + \" \" +\n    \"-Dinputs.\" + datasetName + \".bucket=\" + bucket + \" \" +\n    \"-Dinputs.\" + datasetName + \".pathPrefix=\" + pathPrefix + \" \" +\n    \"-Dinputs.\" + datasetName + \".format=\" + format + \" \" +\n    \"-Dinputs.\" + datasetName + \".layout=\" + layout + \" \" +\n    \"-Dinputs.\" + datasetName + \".startDate=\" + datasetConf.getString(\"startDate\") + \" \" +\n    \"-Dinputs.\" + datasetName + \".endDate=\" + datasetConf.getString(\"endDate\")\n  }\n}\n"}
{"repo_name":"psyking841\/spark-pipeline-toolkit","path":"BatchPipelineToolkit\/src\/test\/scala\/com\/span\/test\/spark\/batch\/CommandLineTest.scala","text":"<reponame>psyking841\/spark-pipeline-toolkit<filename>BatchPipelineToolkit\/src\/test\/scala\/com\/span\/test\/spark\/batch\/CommandLineTest.scala\npackage com.span.test.spark.batch\n\nimport com.span.spark.batch.app.{AppParams, BatchAppBase, BatchAppSettings}\nimport com.span.spark.batch.datasinks.SinkFactory\nimport com.span.spark.batch.datasources.SourceFactory\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nclass CommandLineTest extends FlatSpec with Matchers {\n  System.setProperty(\"environment\", \"dev\")\n  System.setProperty(\"dryRun\", \"\") \/\/Dryrun mode - only print the spark-submit command line\n  System.setProperty(\"format\", \"parquet\")\n  System.setProperty(\"startDate\", \"2018-09-01T00:00:00-0000\") \/\/default start date\n  System.setProperty(\"endDate\", \"2018-09-01T01:00:00-0000\") \/\/default end date\n\n  val defaultSettings = new BatchAppSettings()\n  val sourceFactory = new SourceFactory(defaultSettings)\n\n  sourceFactory.toCMLString should be (\n    \"-Dinputs.anotherInputData.schema=s3 -Dinputs.anotherInputData.bucket=s3-bucket \" +\n      \"-Dinputs.anotherInputData.pathPrefix=\/another-source -Dinputs.anotherInputData.format=parquet \" +\n      \"-Dinputs.anotherInputData.layout=hourly -Dinputs.anotherInputData.startDate=2018-09-01T00:00:00-0000 \" +\n      \"-Dinputs.anotherInputData.endDate=2018-09-01T01:00:00-0000 \" +\n      \"-Dinputs.textData.schema=cos -Dinputs.textData.bucket=test-bucket-span001 -Dinputs.textData.pathPrefix=\/source \" +\n      \"-Dinputs.textData.format=textFile -Dinputs.textData.layout=daily \" +\n      \"-Dinputs.textData.startDate=2018-09-01T00:00:00-0000 -Dinputs.textData.endDate=2018-09-01T01:00:00-0000\")\n\n  val sinkFactory = new SinkFactory(defaultSettings)\n\n  sinkFactory.toCMLString should be (\n    \"-Doutputs.wordCountData.schema=cos \" +\n      \"-Doutputs.wordCountData.bucket=test-bucket-span001 \" +\n      \"-Doutputs.wordCountData.pathPrefix=\/word_count_sink \" +\n      \"-Doutputs.wordCountData.format=parquet \" +\n      \"-Doutputs.wordCountData.layout=customized \" +\n      \"-Doutputs.wordCountData.startDate=2018-09-01T00:00:00-0000\"\n  )\n\n  val appParams = new AppParams(defaultSettings)\n  appParams.sparkConfigsToCMLString should be (\n    \"master=local[*] -conf spark.submit.deployMode=client -conf spark.sql.session.timeZone=UTC\"\n  )\n\n  appParams.hadoopOptionsToCLMString should be (\n    \"-Dfs.s3a.impl=org.apache.hadoop.fs.s3native.NativeS3FileSystem \" +\n      \"-Dfs.cos.ibmServiceName.access.key=changeme \" +\n      \"-Dfs.cos.ibmServiceName.endpoint=changeme \" +\n      \"-Dfs.stocator.scheme.list=cos \" +\n      \"-Dfs.cos.ibmServiceName.iam.service.id=changeme \" +\n      \"-Dfs.s3a.awsSecretAccessKey=changeme \" +\n      \"-Dfs.cos.ibmServiceName.v2.signer.type=false \" +\n      \"-Dfs.s3a.awsAccessKeyId=changeme \" +\n      \"-Dfs.cos.impl=com.ibm.stocator.fs.ObjectStoreFileSystem \" +\n      \"-Dfs.cos.ibmServiceName.secret.key=changeme \" +\n      \"-Dfs.stocator.cos.scheme=cos \" +\n      \"-Dfs.stocator.cos.impl=com.ibm.stocator.fs.cos.COSAPIClient\"\n  )\n\n  appParams.toCMLString should be (\"master=local[*] -conf spark.submit.deployMode=client \" +\n    \"-conf spark.sql.session.timeZone=UTC --driver-java-options \" +\n    \"'-Dfs.s3a.impl=org.apache.hadoop.fs.s3native.NativeS3FileSystem \" +\n    \"-Dfs.cos.ibmServiceName.access.key=changeme \" +\n    \"-Dfs.cos.ibmServiceName.endpoint=changeme \" +\n    \"-Dfs.stocator.scheme.list=cos \" +\n    \"-Dfs.cos.ibmServiceName.iam.service.id=changeme \" +\n    \"-Dfs.s3a.awsSecretAccessKey=changeme \" +\n    \"-Dfs.cos.ibmServiceName.v2.signer.type=false \" +\n    \"-Dfs.s3a.awsAccessKeyId=changeme \" +\n    \"-Dfs.cos.impl=com.ibm.stocator.fs.ObjectStoreFileSystem \" +\n    \"-Dfs.cos.ibmServiceName.secret.key=changeme \" +\n    \"-Dfs.stocator.cos.scheme=cos \" +\n    \"-Dfs.stocator.cos.impl=com.ibm.stocator.fs.cos.COSAPIClient'\")\n\n  \/\/ Test for printing command line\n  class TestAppClass extends BatchAppBase {\n    run {\n      print(\"Test\")\n    }\n  }\n\n  val testClass = new TestAppClass()\n  testClass.getCommand should be (\n    \"spark-submit master=local[*] -conf spark.submit.deployMode=client -conf spark.sql.session.timeZone=UTC \" +\n      \"--driver-java-options '-Denvironment=dev -DstartDate=2018-09-01T00:00:00-0000 -DendDate=2018-09-01T01:00:00-0000 \" +\n      \"-Dfs.s3a.impl=org.apache.hadoop.fs.s3native.NativeS3FileSystem -Dfs.cos.ibmServiceName.access.key=changeme \" +\n      \"-Dfs.cos.ibmServiceName.endpoint=changeme -Dfs.stocator.scheme.list=cos \" +\n      \"-Dfs.cos.ibmServiceName.iam.service.id=changeme -Dfs.s3a.awsSecretAccessKey=changeme \" +\n      \"-Dfs.cos.ibmServiceName.v2.signer.type=false -Dfs.s3a.awsAccessKeyId=changeme \" +\n      \"-Dfs.cos.impl=com.ibm.stocator.fs.ObjectStoreFileSystem -Dfs.cos.ibmServiceName.secret.key=changeme \" +\n      \"-Dfs.stocator.cos.scheme=cos -Dfs.stocator.cos.impl=com.ibm.stocator.fs.cos.COSAPIClient \" +\n      \"-Dinputs.anotherInputData.schema=s3 -Dinputs.anotherInputData.bucket=s3-bucket \" +\n      \"-Dinputs.anotherInputData.pathPrefix=\/another-source -Dinputs.anotherInputData.format=parquet \" +\n      \"-Dinputs.anotherInputData.layout=hourly -Dinputs.anotherInputData.startDate=2018-09-01T00:00:00-0000 \" +\n      \"-Dinputs.anotherInputData.endDate=2018-09-01T01:00:00-0000 -Dinputs.textData.schema=cos \" +\n      \"-Dinputs.textData.bucket=test-bucket-span001 -Dinputs.textData.pathPrefix=\/source \" +\n      \"-Dinputs.textData.format=textFile -Dinputs.textData.layout=daily -Dinputs.textData.startDate=2018-09-01T00:00:00-0000 \" +\n      \"-Dinputs.textData.endDate=2018-09-01T01:00:00-0000 -Doutputs.wordCountData.schema=cos \" +\n      \"-Doutputs.wordCountData.bucket=test-bucket-span001 -Doutputs.wordCountData.pathPrefix=\/word_count_sink \" +\n      \"-Doutputs.wordCountData.format=parquet -Doutputs.wordCountData.layout=customized \" +\n      \"-Doutputs.wordCountData.startDate=2018-09-01T00:00:00-0000' --class [class name] [jar location]\"\n  )\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L876.scala","text":"package com.vc.easy\n\nclass ListNode876(var _x: Int = 0) {\n  var next: ListNode876 = null\n  var x: Int = _x\n}\n\nobject L876 {\n  def middleNode(head: ListNode876): ListNode876 = {\n    var fast = head\n    var slow = head\n    while(fast != null && fast.next != null) {\n      slow = slow.next\n      fast = fast.next.next\n    }\n    slow\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L919.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L919.scala\npackage com.vc.medium\n\nclass TreeNode919(var _value: Int) {\n  var value: Int = _value\n  var left: TreeNode919 = null\n  var right: TreeNode919 = null\n}\n\nclass CBTInserter(root: TreeNode919) {\n\n  import scala.collection.mutable\n\n  def insert(v: Int): Int = {\n    val q = new mutable.Queue[TreeNode919]()\n    q.enqueue(root)\n    while(true) {\n      val e = q.dequeue()\n      if(e.left != null && e.right != null) {\n        q.enqueue(e.left)\n        q.enqueue(e.right)\n      }\n      else if(e.left == null) {\n        e.left = new TreeNode919(v)\n        return e.value\n      }\n      else {\n        e.right = new TreeNode919(v)\n        return e.value\n      }\n    }\n    -1\n  }\n\n  def get_root(): TreeNode919 = root\n\n}\n\n\/**\n  * Your CBTInserter object will be instantiated and called as such:\n  * var obj = new CBTInserter(root)\n  * var param_1 = obj.insert(v)\n  * var param_2 = obj.get_root()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L462.scala","text":"package com.vc.medium\n\nobject L462 {\n  def minMoves2(arr: Array[Int]): Int = {\n    scala.util.Sorting.quickSort(arr)\n    var i = 0\n    var j = arr.length - 1\n    var count = 0\n    while(i < j) {\n      count += arr(j) - arr(i)\n      i += 1\n      j -= 1\n    }\n    count\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L949.scala","text":"package com.vc.easy\n\nobject L949 {\n  def largestTimeFromDigits(arr: Array[Int]): String = {\n    var max = \"\"\n    arr.indices.foreach(i => {\n      arr.indices.foreach(j => {\n        arr.indices.foreach(k => {\n          if(!(i == j || j == k || k == i)) {\n            val h = \"\" + arr(i) + arr(j)\n            val m = \"\" + arr(k) + arr(6 - i - j - k)\n            val ans = h + \":\" +m\n            if(h.compareTo(\"24\") < 0 && m.compareTo(\"60\") < 0 && max.compareTo(ans) < 0) max = ans\n          }\n        })\n      })\n    })\n    max\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L360.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L360.scala<gh_stars>1-10\npackage com.vc.medium\n\nobject L360 {\n  def sortTransformedArray(arr: Array[Int], a: Int, b: Int, c: Int): Array[Int] = {\n    def solve(x: Int): Int = a * Math.pow(x, 2).toInt + b * x + c\n    val n = arr.length\n    val sorted = new Array[Int](n)\n    var i = 0\n    var j = n - 1\n    var index = if(a >= 0) n - 1 else 0\n    while(i <= j) {\n      val iIndexValue = solve(arr(i))\n      val jIndexValue = solve(arr(j))\n      if(a >= 0) {\n        if(iIndexValue >= jIndexValue) {\n          sorted(index) = iIndexValue\n          i += 1\n        }\n        else {\n          sorted(index) = jIndexValue\n          j -= 1\n        }\n        index -= 1\n      }\n      else {\n        if(iIndexValue >= jIndexValue) {\n          sorted(index) = jIndexValue\n          j -= 1\n        }\n        else {\n          sorted(index) = iIndexValue\n          i += 1\n        }\n        index += 1\n      }\n    }\n    sorted\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L476.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L476 {\n  \/**\n    * This works because addition of number and it's complement is equal to all ones\n    *\/\n  def findComplement(num: Int): Int = {\n    var i = 0\n    var j = 0\n    while(i < num) {\n      i += Math.pow(2, j).toInt\n      j += 1\n    }\n    i - num\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L888.scala","text":"package com.vc.easy\n\nobject L888 {\n  \/**\n    *   A.sum - a + b = B.sum + a - b\n    *   (A.sum - B.sum) \/ 2 = a - b\n    *   (A.sum - B.sum) \/ 2 + b = a\n    **\/\n  def fairCandySwap(A: Array[Int], B: Array[Int]): Array[Int] = {\n    import scala.collection.mutable\n    val aSet = mutable.HashSet.empty[Int] ++ A\n    val sumDiff = (A.sum - B.sum) \/ 2\n    B.foreach(b => {\n      if(aSet.contains(sumDiff + b)) return Array(sumDiff + b, b)\n    })\n    Array()\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L454.scala","text":"package com.vc.medium\n\nobject L454 {\n  def fourSumCount(A: Array[Int], B: Array[Int], C: Array[Int], D: Array[Int]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    var count = 0\n    A.indices.foreach(i => {\n      B.indices.foreach(j => {\n        val sum = A(i) + B(j)\n        map.put(sum, map.getOrElse(sum, 0) + 1)\n      })\n    })\n\n    C.indices.foreach(i => {\n      D.indices.foreach(j => {\n        val sum = -1 * (C(i) + D(j))\n        if(map.contains(sum)) {\n          count += map(sum)\n        }\n      })\n    })\n    count\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L832.scala","text":"package com.vc.easy\n\nobject L832 {\n  def flipAndInvertImage(arr: Array[Array[Int]]): Array[Array[Int]] = {\n    arr.indices.foreach(i => {\n      arr(i) = arr(i).reverse\n    })\n\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        arr(i)(j) = arr(i)(j) ^ 1\n      })\n    })\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L485.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L485.scala<gh_stars>1-10\npackage com.vc.easy\n\nobject L485 {\n  def findMaxConsecutiveOnes(nums: Array[Int]): Int = {\n    val n = nums.length\n    var i = 0\n    var res = 0\n    var count = 0\n    while(i < n) {\n      if(nums(i) == 1) {\n        count += 1\n        res = Math.max(count, res)\n      }\n      else count = 0\n      i += 1\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L544.scala","text":"package com.vc.medium\n\nobject L544 {\n  def findContestMatch(n: Int): String = {\n    import scala.collection.mutable\n    var arr = new mutable.ArrayBuffer[String]()\n    (0 until n).foreach(i => arr += (i + 1).toString)\n    while(arr.size > 1) {\n      val tmp = new mutable.ArrayBuffer[String]()\n      while(arr.nonEmpty) {\n        tmp += s\"(${arr.remove(0)},${arr.remove(arr.size - 1)})\"\n      }\n      arr = tmp\n    }\n    arr.head\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L733.scala","text":"package com.vc.easy\n\nobject L733 {\n  def floodFill(image: Array[Array[Int]], sr: Int, sc: Int, newColor: Int): Array[Array[Int]] = {\n    val dirs = Array(\n      (1, 0),\n      (0, 1),\n      (-1, 0),\n      (0, -1)\n    )\n    import scala.collection.mutable\n    val st = new mutable.Stack[(Int, Int)]()\n    st.push((sr, sc))\n    val oldColor = image(sr)(sc)\n    val r = image.length\n    val c = image(0).length\n    while(st.nonEmpty) {\n      val e = st.pop\n      if(image(e._1)(e._2) != newColor) {\n        image(e._1)(e._2) = newColor\n        dirs.foreach(dir => {\n          val x = dir._1 + e._1\n          val y = dir._2 + e._2\n          if(x >= 0 && x < r && y >= 0 && y < c && image(x)(y) == oldColor) {\n            st.push((x, y))\n          }\n        })\n      }\n    }\n    image\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L897.scala","text":"package com.vc.easy\n\n\nclass TreeNode897(var _value: Int) {\n  var value: Int = _value\n  var left: TreeNode897 = null\n  var right: TreeNode897 = null\n}\n\nobject L897 {\n  def increasingBST(root: TreeNode897): TreeNode897 = {\n    var prev: TreeNode897 = null\n    var head: TreeNode897 = null\n    def solve(root:TreeNode897) : Unit = {\n      if(root != null) {\n        solve(root.left)\n        if(prev != null) {\n          prev.right = root\n          root.left = null\n        }\n        prev = root\n        if(head == null) head = root\n        solve(root.right)\n      }\n    }\n    solve(root)\n    head\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1121.scala","text":"package com.vc.hard\n\nobject L1121 {\n  def canDivideIntoSubsequences(arr: Array[Int], K: Int): Boolean = {\n    var groups = 1\n    var i = 0\n    val n = arr.length\n    var duplicates = 1\n    while(i < n - 1) {\n      if(arr(i) == arr(i + 1)) {\n        duplicates += 1\n        groups = Math.max(duplicates, groups)\n      }\n      else duplicates = 1\n      i += 1\n    }\n    groups * K <= arr.length\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L131.scala","text":"package com.vc.medium\n\nobject L131 {\n  def partition(s: String): List[List[String]] = {\n    import scala.collection.mutable\n    val res = new mutable.ListBuffer[List[String]]()\n    val list = new mutable.ArrayBuffer[String]()\n    val n = s.length\n    def isPalindrome(start: Int, end: Int): Boolean = {\n      var low = start\n      var hi = end\n      while(low < hi) {\n        if(s(low) != s(hi)) return false\n        low += 1\n        hi -= 1\n      }\n      true\n    }\n    def solve(start: Int): Unit = {\n      if(n == start) res += list.toList\n      else {\n        (start until n).foreach(i => {\n          if(isPalindrome(start, i)) {\n            list += s.substring(start, i + 1)\n            solve(i + 1)\n            list.remove(list.size - 1)\n          }\n        })\n      }\n    }\n    solve(0)\n    res.toList\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L725.scala","text":"package com.vc.medium\n\nclass ListNodeL725(var _x: Int = 0) {\n  var next: ListNodeL725 = null\n  var x: Int = _x\n}\n\nobject L725 {\n  def splitListToParts(root: ListNodeL725, k: Int): Array[ListNodeL725] = {\n    var n = 0\n    var current = root\n    while(current != null) {\n      n += 1\n      current = current.next\n    }\n\n    val arr = new Array[ListNodeL725](k)\n    if(root == null || n == 0) return arr\n\n    val width = n \/ k\n    val mod = n % k\n    var idx = 0\n    var i = 0\n    current = root\n    while(current != null) {\n      var takeElement = width\n      if(idx < mod) {\n        takeElement += 1\n      }\n      var res = current\n      var prev = current\n      while(takeElement > 0) {\n        prev = current\n        current = current.next\n        takeElement -= 1\n      }\n      prev.next = null\n      arr(i) = res\n      i += 1\n      idx += 1\n    }\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1147.scala","text":"package com.vc.hard\n\nobject L1147 {\n  def longestDecomposition(text: String): Int = {\n    val n = text.length\n    var res = 0\n    var i = 0\n    var left = \"\"\n    var right = \"\"\n    while(i < n) {\n      left += text(i)\n      right = text(n - i - 1) + right\n      if(left == right) {\n        left = \"\"\n        right = \"\"\n        res += 1\n      }\n      i += 1\n    }\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L294.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.medium\n\nobject L294 {\n  def canWin(s: String): Boolean = {\n    val sArr = s.toCharArray\n    def solve(): Boolean = {\n      (0 until sArr.length - 1).foreach(i => {\n        if(sArr(i) == '+' && sArr(i + 1) == '+') {\n          sArr(i) = '-'\n          sArr(i + 1) = '-'\n          val oppWin = !solve()\n          sArr(i) = '+'\n          sArr(i + 1) = '+'\n          if(oppWin) return true\n        }\n      })\n      false\n    }\n    solve()\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L750.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L750.scala\npackage com.vc.medium\n\nobject L750 {\n  def countCornerRectangles(grid: Array[Array[Int]]): Int = {\n    val n = grid.length\n    val m = grid(0).length\n\n    var res = 0\n    (0 until n).foreach(i => {\n      (0 until m).foreach(j => { \/\/top-right point\n        if(grid(i)(j) == 1) {\n          (i + 1 until n).foreach(k => {\n            if(grid(k)(j) == 1) {  \/\/bottom-right point\n              (j + 1 until m).foreach(l => {\n                if(grid(i)(l) == 1 && grid(k)(l) == 1) { \/\/bottom-left & top-left\n                  res += 1\n                }\n              })\n            }\n          })\n        }\n      })\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L77.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L77 {\n  def combine(n: Int, k: Int): List[List[Int]] = {\n    import scala.collection.mutable\n    val res = new mutable.ListBuffer[List[Int]]()\n    def solve(cur: mutable.ListBuffer[Int], pos: Int, count: Int): Unit = {\n      if(count == k) res += cur.toList\n      else {\n        (pos to n).foreach(i => {\n          cur += i\n          solve(cur, i + 1, count + 1)\n          cur.remove(cur.length - 1)\n        })\n      }\n    }\n    solve(new mutable.ListBuffer[Int], 1, 0)\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1157.scala","text":"package com.vc.hard\n\nclass MajorityChecker(arr: Array[Int]) {\n\n  import scala.collection.mutable\n  val map = new mutable.HashMap[Int, mutable.ArrayBuffer[Int]]\n  val n = arr.length\n\n  arr.indices.foreach(i => {\n    val arrBuf = map.getOrElse(arr(i), new mutable.ArrayBuffer[Int]())\n    arrBuf += i\n    map.put(arr(i), arrBuf)\n  })\n\n  println(map)\n  def query(left: Int, right: Int, threshold: Int): Int = {\n    map.foreach(e => {\n      val arrBuf = e._2\n      val l = binarySearch(left, false, arrBuf)\n      val r = binarySearch(right, true, arrBuf)\n      if(r - l + 1 >= threshold) return e._1\n    })\n    -1\n  }\n\n  def binarySearch(x: Int, lower: Boolean, arr: mutable.ArrayBuffer[Int]): Int = {\n    var lo = 0\n    var hi = arr.length - 1\n\n    if(x <= arr(lo)) return 0\n    else if(x >= arr(hi)) return hi\n\n    while(lo <= hi) {\n      val mid = lo + (hi - lo) \/ 2\n      if(arr(mid) == x) return mid\n      else if(arr(mid) < x) lo = mid + 1\n      else hi = mid - 1\n    }\n    if(lower) hi else lo\n  }\n\n}\n\n\/**\n  * Your MajorityChecker object will be instantiated and called as such:\n  * var obj = new MajorityChecker(arr)\n  * var param_1 = obj.query(left,right,threshold)\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L716.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L716.scala<gh_stars>1-10\npackage com.vc.easy\n\nclass MaxStack() {\n\n  \/** initialize your data structure here. *\/\n  import scala.collection.mutable\n  val st = new mutable.Stack[Int]()\n\n  def push(x: Int): Unit = st.push(x)\n\n  def pop(): Int = st.pop\n\n  def top(): Int = st.top\n\n  def peekMax(): Int = st.max\n\n  def popMax(): Int = {\n    val max = st.max\n    val s = new mutable.Stack[Int]()\n    while(st.head != max) {\n      s.push(st.pop)\n    }\n    st.pop\n    while(s.nonEmpty) {\n      st.push(s.pop)\n    }\n    max\n  }\n}\n\n\/**\n  * Your MaxStack object will be instantiated and called as such:\n  * var obj = new MaxStack()\n  * obj.push(x)\n  * var param_2 = obj.pop()\n  * var param_3 = obj.top()\n  * var param_4 = obj.peekMax()\n  * var param_5 = obj.popMax()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L811.scala","text":"package com.vc.easy\n\nobject L811 {\n  \/**\n  [\"900 google.mail.com\", \"50 yahoo.com\", \"1 intel.mail.com\", \"5 wiki.org\"]\n\n        com -> 951\n        mail.com -> 901\n        google.mail.com -> 900\n        yahoo.com -> 50\n        intel.mail.com -> 1\n        org -> 5\n        wiki.org -> 5\n    *\/\n  def subdomainVisits(cpdomains: Array[String]): List[String] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, Int]()\n    cpdomains.foreach(x => {\n      val arr = x.split(\" \")\n      val count = arr(0).toInt\n      val str = arr(1)\n      var i = str.length\n      while(i >= 0) {\n        if(str(i) == '.' || i == 0) {\n          val s = if(i == 0) str.substring(i) else str.substring(i + 1)\n          map.put(s, map.getOrElse(s, 0) + count)\n        }\n        i -= 1\n      }\n    })\n    val out = mutable.ListBuffer[String]()\n    map.foreach(x => {\n      out += s\"${x._2} ${x._1}\"\n    })\n    out.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L796.scala","text":"package com.vc.easy\n\nobject L796 {\n  def rotateString(A: String, B: String): Boolean = A.length == B.length && (A + A).contains(B)\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L892.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L892.scala\npackage com.vc.easy\n\nobject L892 {\n  def surfaceArea(grid: Array[Array[Int]]): Int = {\n    var res = 0\n    grid.indices.foreach(i => {\n      grid(i).indices.foreach(j => {\n        res += grid(i)(j) * 6\n        if(grid(i)(j) > 1) {\n          res -= (grid(i)(j) - 1) * 2                         \/\/One cube will be top of other\n        }\n        if(i - 1 >= 0) {\n          res -= Math.min(grid(i)(j), grid(i - 1)(j)) * 2    \/\/Cubes which are side by side in a row\n        }\n        if(j - 1 >= 0) {\n          res -= Math.min(grid(i)(j), grid(i)(j - 1)) * 2   \/\/Cubes which are side by side in a col\n        }\n      })\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L728.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nimport scala.annotation.tailrec\n\nobject L728 {\n  def selfDividingNumbers(left: Int, right: Int): List[Int] = {\n    import scala.collection.mutable\n    val res = new mutable.ListBuffer[Int]()\n    (left to right).foreach(i => {\n      if(isSelfDividingNumber(i, i)) res += i\n    })\n    res.toList\n  }\n\n  @tailrec def isSelfDividingNumber(original: Int, number: Int): Boolean = {\n    if(original < 10) return true\n    val digit = number % 10\n    if(digit == 0) return false\n    if(digit != 1 && original % digit != 0) return false\n    if(number < 10) return true\n    isSelfDividingNumber(original, number \/ 10)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L1062.scala","text":"package com.vc.medium\n\nobject L1062 {\n  def longestRepeatingSubstring(S: String): Int = {\n    val n = S.length\n    val dp = Array.ofDim[Int](n + 1, n + 1)\n    var res = 0\n    (1 to n).foreach(i => {\n      (i + 1 to n).foreach(j => {\n        if(S(i - 1) == S(j - 1)) {\n          dp(i)(j) = dp(i - 1)(j - 1) + 1\n          res = Math.max(res, dp(i)(j))\n        }\n      })\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L914.scala","text":"package com.vc.easy\n\nobject L914 {\n  def hasGroupsSizeX(arr: Array[Int]): Boolean = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    arr.foreach(x => {\n      map.put(x, map.getOrElse(x, 0) + 1)\n    })\n\n    var res = 0\n    map.foreach(x => {\n      res = gcd(x._2, res)\n    })\n    res > 1\n  }\n\n  def gcd(a:Int, b:Int): Int = {\n    if(b > 0) gcd(b, a % b) else a\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L441.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L441.scala\npackage com.vc.easy\n\nobject L441 {\n  def arrangeCoins(n: Int): Int = {\n    var nVar = n\n    var res = 1\n    while(nVar > 0) {\n      nVar -= res\n      if(nVar >=0 ) res += 1\n    }\n    res - 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L628.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L628.scala\npackage com.vc.easy\n\nobject L628 {\n  def maximumProduct(arr: Array[Int]): Int = {\n    scala.util.Sorting.quickSort(arr)\n    val n = arr.length\n    var res = 1\n    var count = 3\n    if(arr(0) * arr(n - 1) >= 0 || count == n) {\n      var j = n - 1\n      while(count > 0) {\n        res = res * arr(j)\n        j -= 1\n        count -= 1\n      }\n    }\n    else {\n      var l = 0\n      var r = n - 1\n      while(count > 0) {\n        if(count % 2 == 1) {\n          res = res * arr(r)\n          r -= 1\n        }\n        else {\n          val maxValue = arr(r - 1) * arr(r)\n          val minValue = arr(l + 1) * arr(l)\n          if(maxValue > minValue) {\n            res = res * maxValue\n            r -= 2\n          }\n          else {\n            res = res * minValue\n            l += 2\n          }\n          count -= 1\n        }\n        count -= 1\n      }\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L884.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L884.scala\npackage com.vc.easy\n\nobject L884 {\n  def uncommonFromSentences(A: String, B: String): Array[String] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, Int]()\n    (A + \" \"+ B).split(\" \").foreach(str => {\n      map.put(str, map.getOrElse(str, 0) + 1)\n    })\n    val arr = new mutable.ListBuffer[String]()\n    map.foreach(x => if(x._2 == 1) arr += x._1)\n    arr.toArray\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L82.scala","text":"package com.vc.medium\n\n\nclass ListNode82(var _x: Int = 0) {\n var next: ListNode82 = null\n var x: Int = _x\n}\n\nobject L82 {\n  def deleteDuplicates(head: ListNode82): ListNode82 = {\n    if(head == null || head.next == null) return head\n\n    val dummyNode = new ListNode82()\n    dummyNode.next = head\n    var prev = dummyNode\n    var current = prev.next\n    var next = current.next\n    while(next != null ) {\n      if(current.x == next.x) {\n        val dup = current\n        while(current != null && current.x == dup.x) {\n          prev.next = next\n          current = next\n          next = if(next != null) next.next else null\n        }\n      }\n      else {\n        prev = current\n        current = next\n        next = next.next\n      }\n    }\n    dummyNode.next\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L650.scala","text":"package com.vc.medium\n\nobject L650 {\n  def minSteps(n: Int): Int = {\n    val dp = new Array[Int](n + 1)\n    (2 to n).foreach(i => {\n      dp(i) = i\n      import scala.util.control.Breaks._\n      breakable {\n        (i - 1 until 0 by -1).foreach(j => {\n          if(i % j == 0) {\n            dp(i) = dp(j) + i \/ j\n            break\n          }\n        })\n      }\n    })\n    dp(n)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L1024.scala","text":"package com.vc.medium\n\nobject L1024 {\n  object ClipsOrdering extends Ordering[Array[Int]] {\n    override def compare(x: Array[Int], y: Array[Int]): Int = x(0).compareTo(y(0))\n  }\n  def videoStitching(clips: Array[Array[Int]], T: Int): Int = {\n    scala.util.Sorting.quickSort(clips)(ClipsOrdering)\n    val n = clips.length\n    var end = 0\n    var count = 0\n    var i = 0\n    while(i < n) {\n      if(clips(i)(0) > end) return -1\n      var maxEnd = 0\n      while(i < n && clips(i)(0) <= end) {\n        maxEnd = Math.max(maxEnd, clips(i)(1))\n        i += 1\n      }\n      end = maxEnd\n      count += 1\n      if(end >= T) return count\n    }\n    if(end >= T) count else -1\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L554.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L554 {\n  def leastBricks(wall: List[List[Int]]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    wall.foreach(bricks => {\n      var len = 0\n      (0 until bricks.length - 1).foreach(i => {\n        len += bricks(i)\n        map.put(len, map.getOrElse(len, 0) + 1)\n      })\n    })\n    val count = if(map.nonEmpty) map.maxBy(_._2)._2 else 0\n    wall.length - count\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L867.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L867.scala\npackage com.vc.easy\n\nobject L867 {\n  def transpose(arr: Array[Array[Int]]): Array[Array[Int]] = {\n    val res = Array.ofDim[Int](arr(0).length, arr.length)\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        res(j)(i) = arr(i)(j)\n      })\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L743.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L743 {\n  def networkDelayTime(times: Array[Array[Int]], N: Int, K: Int): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, mutable.ArrayBuffer[(Int, Int)]]()\n    times.foreach(x => {\n      val fromNode = x(0)\n      val toNode = x(1)\n      val weight = x(2)\n      val list = map.getOrElse(fromNode, new mutable.ArrayBuffer[(Int, Int)]())\n      list += ((toNode, weight))\n      map.put(fromNode, list)\n    })\n\n    val st = new mutable.Stack[Int]()\n    val dist = new mutable.HashMap[Int, Int]()\n    (1 to N).foreach(i => {\n      dist.put(i, -1)\n    })\n\n    st.push(K)\n    dist.put(K, 0)\n    while(st.nonEmpty) {\n      val fromNode = st.pop\n      if(map.contains(fromNode)) {\n        map(fromNode).foreach(e => {\n          val toNode = e._1\n          val weight = e._2\n          if(dist(toNode) == -1 || dist(fromNode) + weight < dist(toNode)) {\n            st.push(toNode)\n            dist(toNode) =  dist(fromNode) + weight\n          }\n        })\n      }\n    }\n\n    val max = dist.maxBy(_._2)._2\n    val min = dist.minBy(_._2)._2\n    if(min == -1) min else max\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L893.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L893.scala\npackage com.vc.easy\n\nobject L893 {\n  def numSpecialEquivGroups(arr: Array[String]): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    arr.foreach(str => {\n      val even = new mutable.StringBuilder()\n      val odd = new mutable.StringBuilder()\n      str.indices.foreach(i => {\n        if(i % 2 == 0) even.append(str(i))\n        else odd.append(str(i))\n      })\n      set += even.sorted.append(odd.sorted).toString\n    })\n    set.size\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L451.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nclass L451 {\n  object PQOrdering extends Ordering[(Char, Int)] {\n    def compare(x: (Char, Int), y: (Char, Int)): Int = x._2.compareTo(y._2)\n  }\n  def frequencySort(s: String): String = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Char, Int]()\n    s.foreach(x => {\n      val count = map.getOrElse(x, 0)\n      map.put(x, count + 1)\n    })\n\n    val pq = new mutable.PriorityQueue[(Char, Int)]()(PQOrdering)\n    map.foreach(x => {\n      pq.enqueue(x)\n    })\n\n    val str = new mutable.StringBuilder()\n    while(pq.nonEmpty) {\n      val e = pq.dequeue()\n      (0 until e._2).foreach(_ => str.append(e._1))\n    }\n    str.toString\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L868.scala","text":"package com.vc.easy\n\nobject L868 {\n  def binaryGap(N: Int): Int = {\n    var prev = -1\n    var current = 0\n    var res = 0\n    var n = N\n    while(n != 0) {\n      if((n & 1) == 1){\n        if(prev != -1) res = Math.max(res, current - prev)\n        prev = current\n      }\n      current += 1\n      n = n >> 1\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L890.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L890.scala<gh_stars>1-10\npackage com.vc.medium\n\nobject L890 {\n  import scala.collection.mutable\n  def findAndReplacePattern(words: Array[String], pattern: String): List[String] = {\n    val res = mutable.ListBuffer[String]()\n    words.foreach(word => {\n      if(isPatternMatch(word, pattern)) res += word\n    })\n    res.toList\n  }\n\n  def isPatternMatch(word: String, pattern: String): Boolean = {\n    val mapFrom = new mutable.HashMap[Char, Char]()\n    val mapTo = new mutable.HashMap[Char, Char]()\n    if(word.length != pattern.length) return false\n    word.indices.foreach(i => {\n      val chFrom = word(i)\n      val chTo = pattern(i)\n\n      if(!mapFrom.contains(chFrom)) {\n        mapFrom.put(chFrom, chTo)\n      }\n\n      if(!mapTo.contains(chTo)) {\n        mapTo.put(chTo, chFrom)\n      }\n\n      if(mapFrom(chFrom) != chTo || mapTo(chTo) != chFrom) return false\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L383.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L383 {\n  def canConstruct(ransomNote: String, magazine: String): Boolean = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Char, Int]()\n    magazine.foreach(ch => {\n      map.put(ch, map.getOrElse(ch, 0) + 1)\n    })\n    ransomNote.foreach(ch => {\n      if(map.contains(ch)) {\n        map.put(ch, map(ch) - 1)\n        if(map(ch) < 0) return false\n      }\n      else return false\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L359.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nclass Logger() {\n\n  \/** Initialize your data structure here. *\/\n  import scala.collection.mutable\n  val map = new mutable.HashMap[String, Int]()\n\n  \/** Returns true if the message should be printed in the given timestamp, otherwise returns false.\n        If this method returns false, the message will not be printed.\n        The timestamp is in seconds granularity. *\/\n  def shouldPrintMessage(timestamp: Int, message: String): Boolean = {\n    if(map.contains(message) && timestamp - map(message) < 10) false\n    else {\n      map.put(message, timestamp)\n      true\n    }\n  }\n\n}\n\n\/**\n  * Your Logger object will be instantiated and called as such:\n  * var obj = new Logger()\n  * var param_1 = obj.shouldPrintMessage(timestamp,message)\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L412.scala","text":"package com.vc.easy\n\nobject L412 {\n  def fizzBuzz(n: Int): List[String] = {\n    import scala.collection.mutable\n    val list = new mutable.ListBuffer[String]()\n    var three = 3\n    var five = 5\n    var i = 1\n    while(i <= n) {\n      if(three == i && five == i) {\n        list += \"FizzBuzz\"\n        three += 3\n        five += 5\n      }\n      else if(three == i) {\n        list += \"Fizz\"\n        three += 3\n      }\n      else if(five == i) {\n        list += \"Buzz\"\n        five += 5\n      }\n      else {\n        list += i.toString\n      }\n      i += 1\n    }\n    list.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L693.scala","text":"package com.vc.easy\n\nobject L693 {\n  def hasAlternatingBits(n: Int): Boolean = {\n    var m = n >> 1\n    m = n ^ m\n    (m & (m + 1)) == 0\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L860.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L860.scala\npackage com.vc.easy\n\nobject L860 {\n  def lemonadeChange(bills: Array[Int]): Boolean = {\n    var fives = 0\n    var tens = 0\n    bills.foreach(bill => {\n      if(bill == 5) fives += 1\n      else if(bill == 10) {\n        fives -= 1\n        tens += 1\n      }\n      else {\n        if(tens > 0) {\n          tens -= 1\n          fives -= 1\n        }\n        else {\n          fives -= 3\n        }\n      }\n      if(fives < 0) return false\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L573.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L573.scala\npackage com.vc.medium\n\nobject L573 {\n  def minDistance(height: Int, width: Int, tree: Array[Int], squirrel: Array[Int], nuts: Array[Array[Int]]): Int = {\n    var sum = 0\n    var maxDiff = Int.MinValue\n    nuts.foreach(nut => {\n      val distNutToTree = Math.abs(nut(0) - tree(0)) + Math.abs(nut(1) - tree(1))\n      sum += 2 * distNutToTree\n      maxDiff = Math.max(maxDiff, distNutToTree - Math.abs(nut(0) - squirrel(0)) - Math.abs(nut(1) - squirrel(1)))\n    })\n    sum -= maxDiff\n    sum\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L756.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L756 {\n  def pyramidTransition(bottom: String, allowed: List[String]): Boolean = {\n    import scala.collection.mutable\n    val level = new mutable.ArrayBuffer[Char]()\n    val next = new mutable.ArrayBuffer[Char]()\n    val map = new mutable.HashMap[String, mutable.ArrayBuffer[Char]]()\n    bottom.foreach(ch => level += ch)\n    allowed.foreach(str => {\n      val key = str.substring(0, 2)\n      val arr = map.getOrElse(key, new mutable.ArrayBuffer[Char]())\n      arr += str(2)\n      map.put(key, arr)\n    })\n    def solve(index: Int, level: mutable.ArrayBuffer[Char], next: mutable.ArrayBuffer[Char]): Boolean = {\n      var indexVar = index\n      var levelVar = level\n      var nextVar = next\n      if(levelVar.length - 1 == indexVar) {\n        if(nextVar.length == 1) return true\n        indexVar = 0\n        levelVar = nextVar\n        nextVar = new mutable.ArrayBuffer[Char]()\n      }\n      val x = levelVar(indexVar)\n      val y = levelVar(indexVar + 1)\n      val prefix = x+\"\"+y\n      if(!map.contains(prefix)) return false\n      map(prefix).foreach(ch => {\n        nextVar += ch\n        if(solve(indexVar + 1, levelVar, nextVar)) return true\n        nextVar.remove(nextVar.length - 1)\n      })\n      false\n    }\n    solve(0, level, next)\n  }\n}\n\n\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L696.scala","text":"package com.vc.easy\n\nobject L696 {\n  def countBinarySubstrings(s: String): Int = {\n    var i = 1\n    var res = 0\n    val n = s.length\n    var prev = 0\n    var current = 1\n    while(i < n) {\n      if(s(i - 1) == s(i)) current += 1\n      else {\n        prev = current\n        current = 1\n      }\n      if(prev >= current) res += 1\n      i += 1\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L401.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L401 {\n  def readBinaryWatch(num: Int): List[String] = {\n    import scala.collection.mutable\n    val res = new mutable.ListBuffer[String]()\n    (0 until 12).foreach(h => {\n      (0 until 60).foreach(m => {\n        if(Integer.bitCount(h * 64 + m) == num) { \/\/64 here because 4 LEDs in top row\n          res += String.format(\"%d:%02d\", new Integer(h), new Integer(m))\n        }\n      })\n    })\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L762.scala","text":"package com.vc.easy\n\nobject L762 {\n  def countPrimeSetBits(L: Int, R: Int): Int = {\n    import scala.collection.mutable\n    val primes = mutable.HashSet(2, 3, 5, 7, 11, 13, 17, 19)\n    var out = 0\n    (L to R).foreach(x => {\n      var n = x\n      var res = 0\n      while(n != 0) {\n        if((n & 1) == 1) res += 1\n        n = n >> 1\n      }\n      if(primes.contains(res)) out += 1\n    })\n    out\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L439.scala","text":"package com.vc.medium\n\nobject L439 {\n  def parseTernary(expression: String): String = {\n    import scala.collection.mutable\n    val st = new mutable.Stack[Char]()\n    var i = expression.length - 1\n    while(i >= 0) {\n      val c = expression(i)\n      if(st.nonEmpty && st.head == '?') {\n        st.pop\n        val first = st.pop\n        st.pop\n        val second = st.pop\n        if(c == 'T') st.push(first)\n        else st.push(second)\n      }\n      else st.push(c)\n      i -= 1\n    }\n    st.head.toString\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L697.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L697.scala\npackage com.vc.easy\n\nobject L697 {\n  def findShortestSubArray(arr: Array[Int]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, (Int, Int, Int)]()\n    arr.indices.foreach(i => {\n      if(map.contains(arr(i))) {\n        val e = map(arr(i))\n        map.put(arr(i), (e._1 + 1, e._2, i))\n      }\n      else {\n        map.put(arr(i), (1, i, i))\n      }\n    })\n\n    var min = Int.MaxValue\n    var max = Int.MinValue\n    map.foreach(x => {\n      if(x._2._1 > max) {\n        max = x._2._1\n        min = x._2._3 - x._2._2\n      }\n      else if(x._2._1 == max) {\n        val m = x._2._3 - x._2._2\n        if(m < min) min = m\n      }\n    })\n    min + 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L551.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L551 {\n  def checkRecord(s: String): Boolean = {\n    val n = s.length\n    var i = 0\n    var lateCount = 0\n    var absent = false\n    while(i < n) {\n      if(s(i) == 'L') {\n        lateCount += 1\n        if(lateCount > 2) return false\n      }\n      else {\n        if(s(i) == 'A') {\n          if(absent) return false\n          absent = true\n        }\n        lateCount = 0\n      }\n      i += 1\n    }\n    true\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L665.scala","text":"package com.vc.easy\n\nobject L665 {\n  def checkPossibility(nums: Array[Int]): Boolean = {\n    val n = nums.length\n    var i = 1\n    var count = 0\n    while(i < n){\n      val prev = nums(i - 1)\n      val current = nums(i)\n      if(prev > current){\n        count += 1\n        if(count > 1) return false\n        if(i - 2 < 0 || nums(i - 2) <= nums(i)) nums(i - 1) = nums(i)\n        else nums(i) = nums(i - 1)\n      }\n      i += 1\n    }\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L481.scala","text":"package com.vc.medium\n\nobject L481 {\n  def magicalString(n: Int): Int = {\n    if(n == 0) return 0\n    if(n <= 3) return 1\n\n    val a = new Array[Int](n + 1)\n    a(0) = 1\n    a(1) = 2\n    a(2) = 2\n    var head = 2\n    var tail = 3\n    var res, num = 1\n    while(tail < n) {\n      (0 until a(head)).foreach(i => {\n        a(tail) = num\n        if(num == 1 && tail < n) res += 1\n        tail += 1\n      })\n      head += 1\n      num = num ^ 3\n    }\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L877.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L877 {\n  def stoneGame(arr: Array[Int]): Boolean = {\n    val n = arr.length\n    val dp = new Array[Int](n)\n    dp.indices.foreach(i => dp(i) = arr(i))\n    (1 until n).foreach(d => {\n      (0 until n - d).foreach(i => {\n        dp(i) = Math.max(arr(i) - dp(i), arr(i + d) - dp(i + d - 1))\n      })\n    })\n    dp(0) > 0\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L821.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L821 {\n  def shortestToChar(s: String, c: Char): Array[Int] = {\n    val n = s.length\n    val arr = new Array[Int](n)\n    var pos = -n\n    var i = 0\n    while(i < n) {\n      if(s(i) == c) pos = i\n      arr(i) = i - pos\n      i += 1\n    }\n    i = n - 1\n    while(i >= 0) {\n      if(s(i) == c) pos = i\n      arr(i) = Math.min(arr(i), Math.abs(i - pos))\n      i -= 1\n    }\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L720.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L720.scala\npackage com.vc.easy\n\nobject L720 {\n  def longestWord(words: Array[String]): String = {\n    import scala.collection.mutable\n    scala.util.Sorting.quickSort(words)\n    val set = new mutable.HashSet[String]()\n    var res = \"\"\n    words.foreach(word => {\n      val n = word.length\n      if(n == 1 || set.contains(word.substring(0, n -1))) {\n        if(res.length < n) {\n          res = word\n        }\n        set += word\n      }\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L362.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nclass HitCounter() {\n\n  \/** Initialize your data structure here. *\/\n  val interval = 300\n  val arr = new Array[(Int, Int)](interval)\n\n  \/** Record a hit.\n      @param timestamp - The current timestamp (in seconds granularity). *\/\n  def hit(timestamp: Int): Unit = {\n    val index = timestamp % interval\n    if(arr(index) == null || arr(index)._1 != timestamp) arr(index) = (timestamp, 1)\n    else arr(index) = (arr(index)._1, arr(index)._2 + 1)\n  }\n\n  \/** Return the number of hits in the past 5 minutes.\n      @param timestamp - The current timestamp (in seconds granularity). *\/\n  def getHits(timestamp: Int): Int = {\n    var res = 0\n    arr.foreach(x => {\n      if(x != null && timestamp - x._1 < 300) res += x._2\n    })\n    res\n  }\n\n}\n\n\/**\n  * Your HitCounter object will be instantiated and called as such:\n  * var obj = new HitCounter()\n  * obj.hit(timestamp)\n  * var param_2 = obj.getHits(timestamp)\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L561.scala","text":"package com.vc.easy\n\nobject L561 {\n  def arrayPairSum(nums: Array[Int]): Int = {\n    scala.util.Sorting.quickSort(nums)\n    var sum = 0\n    (nums.indices by 2).foreach(i => {\n      sum += nums(i)\n    })\n    sum\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1125.scala","text":"package com.vc.hard\n\nobject L1125 {\n  def smallestSufficientTeam(req_skills: Array[String], people: List[List[String]]): Array[Int] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, mutable.HashSet[Int]]()\n\n    people.indices.foreach(i => {\n      people(i).foreach(skill => {\n        val peopleSet = map.getOrElse(skill, new mutable.HashSet[Int]())\n        peopleSet += i\n        map.put(skill, peopleSet)\n      })\n    })\n    \/**\n        java    -> 0\n        nodeJs  -> 1, 2\n        reactJs -> 2\n    *\/\n    val minTeam = new mutable.HashSet[Int]()\n    val n = req_skills.length\n    var minPeople = n + 1\n    val team = new mutable.HashSet[Int]()\n    def solve(index: Int): Unit = {\n      if(team.size > minPeople) return\n      if(index == n) {\n        if(minPeople > team.size) {\n          minPeople = team.size\n          minTeam.clear\n          minTeam ++= team\n        }\n      }\n      else {\n        val peopleList = map(req_skills(index))\n        peopleList.foreach(people => {\n          val remove = team.add(people)\n          solve(index + 1)\n          if(remove) team.remove(people)\n        })\n      }\n    }\n    solve(0)\n    minTeam.toArray\n  }\n}\n\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L371.scala","text":"package com.vc.easy\n\nobject L371 {\n  def getSum(a: Int, b: Int): Int = {\n    var x = a\n    var y = b\n    while(y != 0) {\n      val carry = x & y\n      x = x ^ y\n      y = carry << 1\n    }\n    x\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L885.scala","text":"package com.vc.medium\n\nobject L885 {\n  def spiralMatrixIII(R: Int, C: Int, r0: Int, c0: Int): Array[Array[Int]] = {\n    var r = r0\n    var c = c0\n\n    var len = 0\n    val dir = Array((0, 1), (1, 0), (0, -1), (-1, 0))\n    var dirIndex = 0\n\n    val count = R * C\n    val res = new Array[Array[Int]](count)\n    res(0) = Array(r, c)\n\n    var i = 1\n    while(i < count) {\n      if(dirIndex == 0 || dirIndex == 2) len += 1\n      (0 until len).foreach(_ => {\n        r = r + dir(dirIndex)._1\n        c = c + dir(dirIndex)._2\n        if(r >= 0 && r < R && c >= 0 && c < C) {\n          res(i) = Array(r, c)\n          i += 1\n        }\n      })\n      dirIndex = (dirIndex + 1) % 4\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L367.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L367 {\n  def isPerfectSquare(num: Int): Boolean = {\n    if(num == 1) return true\n    var lo = 0.toLong\n    var hi = (num \/ 2).toLong\n    while(lo <= hi) {\n      val mid = lo + (hi - lo) \/ 2\n      val square = mid * mid\n      if(square == num) return true\n      else if(square > num) hi = mid - 1\n      else lo = mid + 1\n    }\n    false\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L744.scala","text":"package com.vc.easy\n\nobject L744 {\n  def nextGreatestLetter(letters: Array[Char], target: Char): Char = {\n    var lo = 0\n    var hi = letters.length - 1\n    while(lo <= hi) {\n      val mid = lo + (hi - lo) \/ 2\n      if(letters(mid) <= target) lo = mid + 1\n      else hi = mid - 1\n    }\n    \/\/if you don't find greater element return 0th element\n    if(lo < letters.length) letters(lo) else letters(0)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L434.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L434.scala<gh_stars>1-10\npackage com.vc.easy\n\nobject L434 {\n  def countSegments(s: String): Int = {\n    if(s.trim == \"\") 0 else s.trim.split(\" +\").length\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L458.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L458 {\n  def poorPigs(buckets: Int, minutesToDie: Int, minutesToTest: Int): Int = {\n    val time = minutesToTest \/ minutesToDie\n    val attempt = time + 1\n    var pigs = 0\n    while(Math.pow(attempt, pigs) < buckets) pigs += 1\n    pigs\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L598.scala","text":"package com.vc.easy\n\nobject L598 {\n  def maxCount(m: Int, n: Int, ops: Array[Array[Int]]): Int = {\n    if(ops.length == 0) return m * n\n    var rowMin = Int.MaxValue\n    var colMin = Int.MaxValue\n    ops.foreach(x => {\n      rowMin = Math.min(rowMin, x(0))\n      colMin = Math.min(colMin, x(1))\n    })\n    rowMin * colMin\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L526.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L526.scala\npackage com.vc.medium\n\nobject L526 {\n  def countArrangement(N: Int): Int = {\n    var count = 0\n    val arr = new Array[Int](N + 1)\n    def solve(pos: Int): Unit = {\n      if(pos > N) {\n        count += 1\n        return\n      }\n      (1 to N).foreach(i => {\n        if(arr(i) == 0 && (pos % i == 0 || i % pos == 0)) {\n          arr(i) = 1\n          solve(pos + 1)\n          arr(i) = 0\n        }\n      })\n    }\n    if(N == 0) return 0\n    solve(1)\n    count\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L448.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L448.scala\npackage com.vc.easy\n\nobject L448 {\n  def findDisappearedNumbers(nums: Array[Int]): List[Int] = {\n    import scala.collection.mutable\n    val list = new mutable.ListBuffer[Int]()\n    nums.indices.foreach(i => {\n      if( nums(Math.abs(nums(i)) - 1) > 0) nums(Math.abs(nums(i)) - 1) = nums(Math.abs(nums(i)) - 1) * -1\n    })\n    nums.indices.foreach(i => if(nums(i) > 0) list += (i + 1))\n    list.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L941.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/easy\/L941.scala\npackage com.vc.easy\n\nobject L941 {\n  def validMountainArray(arr: Array[Int]): Boolean = {\n    var i = 0\n    val n = arr.length - 1\n    var j = n - 1\n    while(i < n && arr(i) > arr(i + 1)) i += 1\n    while(j > 0 && arr(j - 1) > arr(j)) j -= 1\n    i > 0 && i == j && j < n - 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L645.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L645 {\n  def findErrorNums(nums: Array[Int]): Array[Int] = {\n    val res = Array(0, 0)\n    nums.foreach(x => {\n      if(nums(Math.abs(x) - 1) < 0) res(0) = Math.abs(x)\n      else nums(Math.abs(x) - 1) *= -1\n    })\n    nums.indices.foreach(i => {\n      if(nums(i) > 0) {\n        res(1) = i + 1\n        return res\n      }\n\n    })\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L405.scala","text":"package com.vc.easy\n\nobject L405 {\n  def toHex(num: Int): String = {\n    val cArr = Array('0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f')\n    if(num == 0) return \"0\"\n    var str = \"\"\n    var numVar = num\n    while(numVar != 0){\n      str = cArr(numVar & 15) + str\n      numVar = numVar >>> 4\n    }\n    str\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L797.scala","text":"package com.vc.medium\n\nobject L797 {\n  def allPathsSourceTarget(arr: Array[Array[Int]]): List[List[Int]] = {\n    val n = arr.length - 1\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, mutable.ListBuffer[Int]]()\n    arr.indices.foreach(from => {\n      val list = map.getOrElse(from, new mutable.ListBuffer[Int]())\n      arr(from).foreach(to => {\n        list += to\n      })\n      map.put(from, list)\n    })\n\n    map.foreach(x => {\n      println(s\"${x._1} -> ${x._2.mkString(\", \")}\")\n    })\n\n    val res = new mutable.ListBuffer[List[Int]]()\n    val st = new mutable.Stack[Int]()\n    dfs(0)\n    def dfs(from: Int): Unit = {\n      st.push(from)\n      if(from == n) {\n        res += st.reverse.toList\n      }\n      else {\n        if(map.contains(from)) {\n          map(from).foreach(to => dfs(to))\n        }\n      }\n      st.pop\n    }\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L633.scala","text":"package com.vc.easy\n\nobject L633 {\n  def judgeSquareSum(c: Int): Boolean = {\n    var lo = 0\n    var hi = Math.sqrt(c).toInt\n    while(lo <= hi) {\n      val mid = lo * lo + hi * hi\n      if(mid < c) lo += 1\n      else if(mid > c) hi -= 1\n      else return true\n    }\n    false\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L500.scala","text":"package com.vc.easy\n\nobject L500 {\n  def findWords(words: Array[String]): Array[String] = {\n    val keys = List(\"qwertyuiop\".toSet, \"<KEY>\".toSet, \"zxcvbnm\".toSet)\n\n    def predicate(w: String) : Boolean = {\n      if(w == \"\") return true\n\n      var rowIdx = -1\n      keys.indices.foreach(i => {\n        if(keys(i).contains(w(0).toLower)) rowIdx = i\n      })\n\n      var i = 1\n      while(i < w.length) {\n        if(!keys(rowIdx).contains(w(i).toLower)) return false\n        i += 1\n      }\n      true\n    }\n    words.filter(predicate)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L694.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L694 {\n  val dirs = Array((1, 0, \"d\"), (0, 1, \"r\"), (0, -1, \"u\"), (-1, 0, \"l\"))\n  def numDistinctIslands(grid: Array[Array[Int]]): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    def solve(x: Int, y: Int, xPos: Int, yPos: Int, dir: String, s: java.lang.StringBuilder): Unit = {\n      grid(x)(y) = 0\n      s.append(dir)\n      var i = 0\n      while(i < 4) {\n        val dir = dirs(i)\n        val xNew = x + dir._1\n        val yNew = y + dir._2\n        if(xNew >= 0 && xNew < grid.length && yNew >= 0 && yNew < grid(0).length\n          && grid(xNew)(yNew) == 1) solve(xNew, yNew, xPos + dir._1, yPos + dir._2, dir._3, s)\n        i += 1\n      }\n      s.append(\"b\")\n    }\n    grid.indices.foreach(i => {\n      grid(i).indices.foreach(j => {\n        if(grid(i)(j) == 1) {\n          val s = new java.lang.StringBuilder\n          solve(i, j, 0, 0, \"o\", s)\n          val str = s.toString\n          if(!set.contains(str)) set += str\n        }\n      })\n    })\n    set.size\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L748.scala","text":"package com.vc.easy\n\nobject L748 {\n  def shortestCompletingWord(licensePlate: String, words: Array[String]): String = {\n    import scala.collection.mutable\n    val sourceMap = new mutable.HashMap[Char, Int]()\n\n    def matchMap(targetMap:mutable.HashMap[Char, Int]): Boolean = {\n      sourceMap.foreach(x => {\n        if(!targetMap.contains(x._1) || targetMap(x._1) < x._2) return false\n      })\n      true\n    }\n\n    licensePlate.toLowerCase.foreach(ch => {\n      if(Character.isLetter(ch)) sourceMap.put(ch, sourceMap.getOrElse(ch, 0) + 1)\n    })\n\n    var minLength = Int.MaxValue\n    var res = \"\"\n    words.foreach(word => {\n      val targetMap = new mutable.HashMap[Char, Int]()\n      word.toLowerCase.foreach(ch => {\n        targetMap.put(ch, targetMap.getOrElse(ch, 0) + 1)\n      })\n      if(matchMap(targetMap)) {\n        if(minLength > word.length) {\n          minLength = word.length\n          res = word\n        }\n      }\n    })\n\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/TreeTraversal.scala","text":"package com.vc.easy\n\nimport com.vc.hard.TreeNode\n\n\/**\n  *     1\n  *   2   3\n  *     4\n  **\/\nobject TreeTraversal {\n  import scala.collection.mutable\n\n  def main(args: Array[String]): Unit = {\n    val root = new TreeNode(1)\n    val left = new TreeNode(2)\n    left.right = new TreeNode(4)\n    root.left = left\n    root.right = new TreeNode(3)\n\n    inOrder(root)\n    println(\"=========\")\n    preOrder(root)\n    println(\"=========\")\n    postOrder(root)\n    println(\"=========\")\n  }\n\n  def inOrder(root: TreeNode): Unit = {\n    val st = new mutable.Stack[TreeNode]()\n    var current = root\n    while(current != null || st.nonEmpty) {\n      if(current != null) {\n        st.push(current)\n        current = current.left\n      }\n      else {\n        current = st.pop\n        println(current.`val`)\n        current = current.right\n      }\n    }\n  }\n\n  def preOrder(root: TreeNode): Unit = {\n    val st = new mutable.Stack[TreeNode]()\n    var current = root\n    while(current != null || st.nonEmpty) {\n      if(current != null) {\n        println(current.`val`)\n        st.push(current)\n        current = current.left\n      }\n      else current = st.pop.right\n    }\n  }\n\n  def postOrder(root: TreeNode): Unit = {\n    val st = new mutable.Stack[TreeNode]()\n    var current = root\n    while(current != null || st.nonEmpty) {\n      if(current != null) {\n        st.push(current)\n        current = current.left\n      }\n      else {\n        var tmp = st.head.right\n        if(tmp == null) {\n          do {\n            tmp = st.pop\n            println(tmp.`val`)\n          } while(st.nonEmpty && tmp == st.head.right)\n        }\n        else current = tmp\n      }\n    }\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L288.scala","text":"package com.vc.medium\n\nclass ValidWordAbbr(words: Array[String]) {\n\n  import scala.collection.mutable\n  val map = new mutable.HashMap[String, String]()\n\n  words.foreach(word => {\n    val abbr = makeAbbr(word)\n    if(map.contains(abbr)) {\n      if(map(abbr) != word) map.put(abbr, \"\")\n    }\n    else map.put(abbr, word)\n  })\n\n  def makeAbbr(word: String): String = {\n    if(word.length < 3) return word\n    return word(0) + (word.length - 2).toString + word(word.length - 1)\n  }\n\n  def isUnique(word: String): Boolean = {\n    val abbr = makeAbbr(word)\n    !map.contains(abbr) || (map.contains(abbr) && map(abbr) == word)\n  }\n\n}\n\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L369.scala","text":"package com.vc.medium\n\nclass ListNodeL369(var _x: Int = 0) {\n  var next: ListNodeL369 = null\n  var x: Int = _x\n}\n\nobject L369 {\n  def plusOne(head: ListNodeL369): ListNodeL369 = {\n    var current = reverse(head)\n\n    var add = 1\n    var carry = 0\n    var list = current\n    while(list != null && carry + add > 0) {\n      list.x += carry + add\n      carry = 0\n      if(list.x > 9) {\n        carry = list.x \/ 10\n        list.x = list.x % 10\n      }\n      if(add > 0) add -= 1\n      list = list.next\n    }\n\n    current = reverse(current)\n    if(carry > 0) {\n      val res = new ListNodeL369(carry)\n      res.next = current\n      res\n    }\n    else current\n  }\n\n  def reverse(head: ListNodeL369): ListNodeL369 = {\n    var current = head\n    var prev: ListNodeL369 = null\n    var next: ListNodeL369 = null\n    while(current != null) {\n      next = current.next\n      current.next = prev\n      prev = current\n      current = next\n    }\n    prev\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L657.scala","text":"package com.vc.easy\n\nobject L657 {\n  def judgeCircle(moves: String): Boolean = {\n    var x = 0\n    var y = 0\n    moves.foreach({\n      case 'U' => y += 1\n      case 'D' => y -= 1\n      case 'L' => x -= 1\n      case 'R' => x += 1\n    })\n    x == 0 && y == 0\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L537.scala","text":"package com.vc.medium\n\nobject L537 {\n  def complexNumberMultiply(a: String, b: String): String = {\n    val aArr = a.split('+')\n    val bArr = b.split('+')\n\n    val aReal = aArr(0).toInt\n    val aImg = aArr(1).replace(\"i\", \"\")toInt\n\n    val bReal = bArr(0).toInt\n    val bImg = bArr(1).replace(\"i\", \"\").toInt\n\n    val ansReal = aReal * bReal - (aImg * bImg)\n    val ansImg = aImg * bReal + bImg * aReal\n\n    val ans = ansReal.toString + \"+\" + ansImg.toString + \"i\"\n    ans\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1036.scala","text":"<gh_stars>1-10\npackage com.vc.hard\n\nobject L1036 {\n  def isEscapePossible(blocked: Array[Array[Int]], source: Array[Int], target: Array[Int]): Boolean = {\n    val dirs = Array((0, 1), (1, 0), (0, -1), (-1, 0))\n    import scala.collection.mutable\n    val blockedSet = new mutable.HashSet[(Int, Int)]()\n    blocked.foreach(x => {\n      blockedSet += ((x(0), x(1)))\n    })\n\n    val q = new mutable.Queue[(Int, Int)]()\n    val visited = new mutable.HashSet[(Int, Int)]()\n    var level = 0\n\n    def solve(sourceX: Int, sourceY: Int, targetX:Int, targetY: Int): Boolean = {\n      q.enqueue((sourceX, sourceY))\n      while(q.nonEmpty) {\n        val size = q.size\n        var i = 0\n        while(i < size) {\n          val e = q.dequeue()\n          if(e._1 == targetX && e._2 == targetY) return true\n          if(!visited.contains(e)) {\n            visited += e\n            dirs.foreach(dir => {\n              val xNew = dir._1 + e._1\n              val yNew = dir._2 + e._2\n              if(\n                xNew >= 0\n                  && xNew <= 1000000\n                  && yNew >= 0\n                  && yNew <= 1000000\n                  && !visited.contains((xNew, yNew))\n                  && !blockedSet.contains((xNew, yNew))\n              ) q.enqueue((xNew, yNew))\n            })\n          }\n          i += 1\n        }\n        level += 1\n        if(level >= 200) return true\n      }\n      false\n    }\n\n    val fromSourceToTarget = solve(source(0), source(1), target(0), target(1))\n\n    q.clear()\n    level = 0\n    visited.clear()\n\n    val fromTargetToSource = solve(target(0), target(1), source(0), source(1))\n\n    fromSourceToTarget && fromTargetToSource\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L609.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L609.scala\npackage com.vc.medium\n\nobject L609 {\n  \/**\n    * Input:\n    * [\"root\/a 1.txt(abcd) 2.txt(efgh)\", \"root\/c 3.txt(abcd)\", \"root\/c\/d 4.txt(efgh)\", \"root 4.txt(efgh)\"]\n    *\n    * Output:\n    * [[\"root\/a\/2.txt\",\"root\/c\/d\/4.txt\",\"root\/4.txt\"],[\"root\/a\/1.txt\",\"root\/c\/3.txt\"]]\n    **\/\n  def findDuplicate(paths: Array[String]): List[List[String]] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, mutable.ListBuffer[String]]()\n    paths.foreach(path => {\n      val parts = path.split(\" \")\n      val dir = parts(0)\n      (1 until parts.length).foreach(i => {\n        val openingBracket = parts(i).indexOf(\"(\")\n        val closingBracket = parts(i).indexOf(\")\")\n        val content = parts(i).substring(openingBracket + 1, closingBracket)\n        val fileName = parts(i).substring(0, openingBracket)\n        val list = map.getOrElse(content, new mutable.ListBuffer[String]())\n        list += s\"$dir\/$fileName\"\n        map.put(content, list)\n      })\n    })\n    val res = new mutable.ListBuffer[List[String]]()\n    map.foreach(kv => if(kv._2.length > 1) res += kv._2.toList)\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L651.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L651 {\n  def maxA(N: Int): Int = {\n    val dp = new Array[Int](N + 1)\n    dp.indices.foreach(i => {\n      dp(i) = i \/\/by only pressing A\n      (0 to i - 3).foreach(j => {\n        dp(i) = Math.max(dp(i), dp(j) * (i - j - 1))\n      })\n    })\n    dp(N)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L459.scala","text":"package com.vc.easy\n\nobject L459 {\n  def repeatedSubstringPattern(s: String): Boolean = {\n    val n = s.length\n    var i = 1\n    var j = 0\n    val arr = new Array[Int](n)\n    while(i < n) {\n      if(s(i) == s(j)) {\n        arr(i) = j + 1\n        i += 1\n        j += 1\n      }\n      else {\n        if(j == 0) i += 1\n        else j = arr(j - 1)\n      }\n    }\n    arr(n - 1) != 0 && n % (n - arr(n - 1)) == 0\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L939.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/medium\/L939.scala\npackage com.vc.medium\n\nobject L939 {\n  def minAreaRect(points: Array[Array[Int]]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, mutable.HashSet[Int]]()\n    var min = Int.MaxValue\n    points.foreach(point => {\n      val x = point(0)\n      val y = point(1)\n      val set = map.getOrElse(x, new mutable.HashSet[Int]())\n      set += y\n      map.put(x, set)\n    })\n    points.foreach(p1 => {\n      points.foreach(p2 => {\n        if(p1(0) != p2(0) && p1(1) != p2(1)) {\n          if(map(p1(0)).contains(p2(1)) && map(p2(0)).contains(p1(1))) {\n            min = Math.min(min, Math.abs(p1(0) - p2(0)) * Math.abs(p1(1) - p2(1)))\n          }\n        }\n      })\n    })\n    if(min == Int.MaxValue) 0 else min\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L148.scala","text":"package com.vc.medium\n\nclass ListNode148(var _x: Int = 0) {\n  var next: ListNode148 = null\n  var x: Int = _x\n}\n\nobject L148 {\n  def sortList(head: ListNode148): ListNode148 = {\n    if(head == null || head.next == null) return head\n\n    var prev = head\n    var hare = head\n    var tortoise = head\n    while(hare != null && hare.next != null) {\n      prev = tortoise\n      tortoise = tortoise.next\n      hare = hare.next.next\n    }\n    prev.next = null\n    merge(sortList(head), sortList(tortoise))\n  }\n\n  def merge(list1: ListNode148, list2: ListNode148): ListNode148 = {\n    val dummyNode = new ListNode148()\n\n    var l = dummyNode\n    var l1 = list1\n    var l2 = list2\n    while(l1 != null && l2 != null) {\n      if(l1.x > l2.x) {\n        l.next = l2\n        l2 = l2.next\n      }\n      else {\n        l.next = l1\n        l1 = l1.next\n      }\n      l = l.next\n    }\n    if(l1 != null) l.next = l1\n    else l.next = l2\n    dummyNode.next\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L533.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L533 {\n  def findBlackPixel(arr: Array[Array[Char]], N: Int): Int = {\n    if(arr.length == 0) return 0\n    val n = arr.length\n    val m = arr(0).length\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, Int]()\n    val col = new Array[Int](m)\n    arr.indices.foreach(i => {\n      var row = 0\n      val sb = new mutable.StringBuilder\n      arr(i).indices.foreach(j => {\n        if(arr(i)(j) == 'B') {\n          row += 1\n          col(j) += 1\n        }\n        sb.append(arr(i)(j))\n      })\n      if(row == N) map.put(sb.toString, map.getOrElse(sb.toString, 0) + 1)\n    })\n\n    var res = 0\n    map.foreach(x => {\n      if(x._2 == N) {\n        x._1.indices.foreach(i => {\n          if(x._1(i) == 'B' && col(i) == N) {\n            res += 1\n          }\n        })\n      }\n    })\n    res * N\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L594.scala","text":"package com.vc.easy\n\nobject L594 {\n  def findLHS(nums: Array[Int]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    nums.foreach(x => {\n      map.put(x, map.getOrElse(x, 0) + 1)\n    })\n\n    var res = 0\n    map.foreach(x => {\n      if(map.contains(x._1 + 1)) {\n        res = Math.max(res, x._2 + map(x._1 + 1))\n      }\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L836.scala","text":"package com.vc.easy\n\nobject L836 {\n  def isRectangleOverlap(rec1: Array[Int], rec2: Array[Int]): Boolean = {\n    Math.max(rec1(0), rec2(0)) < Math.min(rec1(2), rec2(2)) &&\n    Math.max(rec1(1), rec2(1)) < Math.min(rec1(3), rec2(3))\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L1003.scala","text":"package com.vc.medium\n\nobject L1003 {\n  def isValid(S: String): Boolean = {\n    import scala.collection.mutable\n    val st = new mutable.Stack[Char]()\n    S.foreach(x => {\n      if(x == 'c') {\n        if(st.isEmpty || st.pop != 'b') return false\n        if(st.isEmpty || st.pop != 'a') return false\n      }\n      else st.push(x)\n    })\n    st.isEmpty\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L931.scala","text":"package com.vc.medium\n\nobject L931 {\n  def minFallingPathSum(arr: Array[Array[Int]]): Int = {\n    val n = arr.length\n    val m = arr(0).length\n    (1 until n).foreach(i => {\n      (0 until m).foreach(j => {\n        if(j == 0) {\n          arr(i)(j) += Math.min(arr(i - 1)(j), arr(i - 1)(j + 1))\n        }\n        else if(j == n - 1) {\n          arr(i)(j) += Math.min(arr(i - 1)(j), arr(i - 1)(j - 1))\n        }\n        else {\n          arr(i)(j) += Math.min(arr(i - 1)(j), Math.min(arr(i - 1)(j - 1), arr(i - 1)(j + 1)))\n        }\n      })\n    })\n    arr(n - 1).min\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L739.scala","text":"package com.vc.medium\n\nobject L739 {\n  def dailyTemperatures(arr: Array[Int]): Array[Int] = {\n    import scala.collection.mutable\n    val st = new mutable.Stack[Int]()\n    val n = arr.length\n    val res = new Array[Int](n)\n    (n - 1 to 0 by -1).foreach(i => {\n      while(st.nonEmpty && arr(i) >= arr(st.head)) st.pop\n      res(i) = if(st.nonEmpty) st.head - i else 0\n      st.push(i)\n    })\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L830.scala","text":"package com.vc.easy\n\nobject L830 {\n  def largeGroupPositions(s: String): List[List[Int]] = {\n    import scala.collection.mutable\n    val res = new mutable.ListBuffer[List[Int]]()\n    val n = s.length\n    var start = 0\n    var end = 1\n    while(end < n) {\n      if(s(start) != s(end)) {\n        if(end - start >= 3) res += List(start, end - 1)\n        start = end\n      }\n      end += 1\n    }\n    if(end - start >= 3) res += List(start, end - 1)\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L507.scala","text":"package com.vc.easy\n\nobject L507 {\n  def checkPerfectNumber(num: Int): Boolean = {\n    if(num == 0 || num == 1) return false\n\n    val n = Math.sqrt(num).toInt\n    var res = 1\n    (2 to n).foreach(i => {\n      if(num % i == 0) res += num \/ i + i\n    })\n    res == num\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L475.scala","text":"package com.vc.easy\n\nobject L475 {\n  def findRadius(houses: Array[Int], heaters: Array[Int]): Int = {\n    scala.util.Sorting.quickSort(heaters)\n\n    var res = 0\n    houses.foreach(house => {\n      val index = binarySearch(house)\n      val leftDist = if(index - 1 >= 0) house - heaters(index - 1) else Int.MaxValue\n      val rightDist = if(index < heaters.length) heaters(index) - house else Int.MaxValue\n      res = Math.max(res, Math.min(leftDist, rightDist))\n    })\n\n    def binarySearch(n: Int): Int = {\n      var lo = 0\n      var hi = heaters.length - 1\n      while(lo <= hi) {\n        val mid = lo + (hi - lo) \/ 2\n        if(heaters(mid) > n) hi = mid - 1\n        else if(heaters(mid) < n) lo = mid + 1\n        else return mid\n      }\n      lo\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L453.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/easy\/L453.scala\npackage com.vc.easy\n\nobject L453 {\n  def minMoves(nums: Array[Int]): Int = {\n    val min = nums.min\n    var res = 0\n    nums.foreach(x => {\n      res += x - min\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L539.scala","text":"package com.vc.medium\n\nobject L539 {\n  def findMinDifference(timePoints: List[String]): Int = {\n    val n = 24 * 60\n    val timeBoolean = new Array[Boolean](n)\n    timePoints.foreach(x => {\n      val arr = x.split(\":\")\n      val time = arr(0).toInt * 60 + arr(1).toInt\n      if(timeBoolean(time)) return 0\n      timeBoolean(time) = true\n    })\n    var prev = 0\n    var first = Int.MaxValue\n    var last = Int.MinValue\n    var min = Int.MaxValue\n    timeBoolean.indices.foreach(i => {\n      if(timeBoolean(i)) {\n        if(first != Int.MaxValue) {\n          min = Math.min(min, i - prev)\n        }\n        first = Math.min(first, i)\n        last = Math.max(last, i)\n        prev = i\n      }\n    })\n    min = Math.min(min, 24 * 60 - last + first)\n    min\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L789.scala","text":"package com.vc.medium\n\nobject L789 {\n  def escapeGhosts(ghosts: Array[Array[Int]], target: Array[Int]): Boolean = {\n    val d = Math.abs(target(0)) + Math.abs(target(1))\n    ghosts.foreach(g => {\n      val gd = Math.abs(g(0) - target(0)) + Math.abs(g(1) - target(1))\n      if(gd <= d) return false\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L414.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L414 {\n  def thirdMax(arr: Array[Int]): Int = {\n    import scala.collection.mutable\n    val top3 = new mutable.TreeSet[Int]()\n    arr.foreach(x => {\n      top3 += x\n      if(top3.size > 3) top3.remove(top3.head)\n    })\n    if(top3.size < 3) top3.max else top3.min\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L382.scala","text":"package com.vc.medium\n\n\nclass ListNode382(var _x: Int = 0) {\n  var next: ListNode382 = null\n  var x: Int = _x\n}\n\nclass L382(head: ListNode382) {\n\n  \/** @param head The linked list's head.\n        Note that the head is guaranteed to be not null, so it contains at least one node. *\/\n  val random = new scala.util.Random()\n\n  \/** Returns a random node's value. *\/\n  def getRandom(): Int = {\n    var current = head\n    var r = current.x\n    current = current.next\n    var i = 1\n    while(current != null) {\n      if(i == random.nextInt(i + 1)) r = current.x\n      current = current.next\n      i += 1\n    }\n    r\n  }\n\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L925.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L925 {\n  def isLongPressedName(name: String, typed: String): Boolean = {\n    var i = 0\n    var j = 0\n    val n = name.length\n    val m = typed.length\n    while(i < n && j < m) {\n      if(name(i) == typed(j)){\n        i += 1\n        j += 1\n      }\n      else if(j != 0 && typed(j) == typed(j - 1)) j += 1\n      else return false\n    }\n    i == n\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L490.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L490 {\n  def hasPath(maze: Array[Array[Int]], start: Array[Int], destination: Array[Int]): Boolean = {\n    val dirs = Array((1, 0), (0, 1), (-1, 0), (0, -1))\n    val sPoint = (start(0), start(1))\n    val dPoint = (destination(0), destination(1))\n\n    import scala.collection.mutable\n    val visited = new mutable.HashSet[(Int, Int)]()\n\n    val n = maze.length\n    val m = maze(0).length\n    def canRoll(point: (Int, Int), dir:(Int, Int)) : (Int, Int) = {\n      var newX = point._1\n      var newY = point._2\n      while(newX + dir._1 < n\n        && newX + dir._1 >= 0\n        && newY + dir._2 < m\n        && newY + dir._2 >= 0\n        && maze(newX + dir._1)(newY + dir._2) != 1) {\n        newX += dir._1\n        newY += dir._2\n      }\n      (newX, newY)\n    }\n\n    val q = new mutable.Stack[(Int, Int)]()\n    q.push(sPoint)\n    visited += sPoint\n    while(q.nonEmpty) {\n      val point = q.pop()\n      dirs.foreach(dir => {\n        val newPoint = canRoll(point, dir)\n        if(newPoint != point && !visited.contains(newPoint)) {\n          visited += newPoint\n          q.push(newPoint)\n          println(q.mkString(\", \"))\n          if(newPoint == dPoint) return true\n        }\n      })\n    }\n    false\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L861.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L861 {\n  def matrixScore(arr: Array[Array[Int]]): Int = {\n    val n = arr.length\n    val m = arr(0).length\n\n    \/\/Flip all rows where arr(i)(0) == 0 so that binary number in row will be max number\n    arr.indices.foreach(i => {\n      if(arr(i)(0) == 0) flipRow(i)\n    })\n\n    \/\/Flip all cols where number of zeros are more that number of ones\n    arr(0).indices.foreach(j => {\n      var colSum = 0\n      arr.indices.foreach(i => {\n        colSum += arr(i)(j)\n      })\n      if(colSum * 2 < n) flipCol(j)\n    })\n\n    def flipRow(row: Int): Unit = {\n      arr(0).indices.foreach(i => {\n        arr(row)(i) = arr(row)(i) ^ 1\n      })\n    }\n\n    def flipCol(col: Int): Unit = {\n      arr.indices.foreach(i => {\n        arr(i)(col) = arr(i)(col) ^ 1\n      })\n    }\n\n    var total = 0\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        total += arr(i)(j) * (1 << m - j - 1)\n      })\n    })\n    total\n\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L833.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L833 {\n  object IndexSorting extends Ordering[(Int, Int)] {\n    def compare(x: (Int, Int), y: (Int, Int)): Int = y._1.compareTo(x._1)\n  }\n  def findReplaceString(S: String, indexes: Array[Int], sources: Array[String], targets: Array[String]): String = {\n    var s = S\n    val indexesSorted = (for { i <- indexes.indices} yield (indexes(i), i)).toArray\n    scala.util.Sorting.quickSort(indexesSorted)(IndexSorting)\n    indexesSorted.foreach(index => {\n      val indexNew = index._1\n      val indexOld = index._2\n      val source = sources(indexOld)\n      val target = targets(indexOld)\n      if(s.substring(indexNew, indexNew + source.length) == source) {\n        s = s.substring(0, indexNew) + target + s.substring(indexNew + source.length)\n      }\n    })\n    s\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L159.scala","text":"package com.vc.hard\n\nobject L159 {\n  def lengthOfLongestSubstringTwoDistinct(s: String): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Char, Int]()\n    var start = 0\n    var end = 0\n    var res = 0\n    while(end < s.length) {\n      val add = s(end)\n      map.put(add, map.getOrElse(add, 0) + 1)\n\n      while(map.size > 2) {\n        val remove = s(start)\n        if(map(remove) - 1 == 0) map.remove(remove)\n        else map.put(remove, map(remove) - 1)\n        start += 1\n      }\n\n      res = Math.max(res, end - start + 1)\n      end += 1\n    }\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L373.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L373 {\n  def kSmallestPairs(arr1: Array[Int], arr2: Array[Int], k: Int): List[List[Int]] = {\n    val n = arr1.length\n    val m = arr2.length\n\n    import scala.collection.mutable\n    val list = new mutable.ListBuffer[List[Int]]()\n\n    if(n == 0 || m == 0) return list.toList\n    object PQOrdering extends Ordering[(Int, Int, Int)] {\n      def compare(x: (Int, Int, Int), y: (Int, Int, Int)): Int = y._3.compareTo(x._3)\n    }\n\n    val pq = new mutable.PriorityQueue[(Int, Int, Int)]()(PQOrdering)\n    \/\/Add first column\n    arr1.indices.foreach(i => {\n      pq.enqueue((i, 0, arr1(i) + arr2(0)))\n    })\n\n    var i = 1\n    while(i <= k && pq.nonEmpty) {\n      val e = pq.dequeue()\n      if(e._2 < m - 1) pq.enqueue((e._1, e._2 + 1, arr1(e._1) + arr2(e._2 + 1)))\n      list += List(arr1(e._1), arr2(e._2))\n      i += 1\n    }\n    list.toList\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1032.scala","text":"package com.vc.hard\n\nclass StreamChecker(words: Array[String]) {\n  import scala.collection.mutable\n  case class Node(child: mutable.HashMap[Char, Node], var isLeaf: Boolean)\n  class Trie {\n    val root = Node(new mutable.HashMap[Char, Node], false)\n    def addWord(str: String): Unit = {\n      var current = root\n      str.foreach(ch => {\n        if(!current.child.contains(ch)) {\n          current.child.put(ch, Node(new mutable.HashMap[Char, Node](), false))\n        }\n        current = current.child(ch)\n      })\n      current.isLeaf = true\n    }\n\n    def search(str: String): Boolean = {\n      var current = root\n      str.foreach(ch => {\n        if(current.child.contains(ch)) {\n          if(current.child(ch).isLeaf) return true\n          else current = current.child(ch)\n        }\n        else return false\n      })\n      false\n    }\n  }\n\n  val trie = new Trie()\n  words.foreach(word => trie.addWord(word.reverse))\n\n  var str = \"\"\n  def query(letter: Char): Boolean = {\n    str = letter + str\n    trie.search(str)\n  }\n}\n\n\/**\n  * Your StreamChecker object will be instantiated and called as such:\n  * var obj = new StreamChecker(words)\n  * var param_1 = obj.query(letter)\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L981.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nclass TimeMap() {\n\n  \/** Initialize your data structure here. *\/\n  import scala.collection.mutable\n  import java.util\n  val map = new mutable.HashMap[String, util.TreeMap[Int, String]]()\n\n  def set(key: String, value: String, timestamp: Int): Unit = {\n    val timeMap = map.getOrElse(key, new util.TreeMap[Int, String]())\n    timeMap.put(timestamp, value)\n    map.put(key, timeMap)\n  }\n\n  def get(key: String, timestamp: Int): String = {\n    if(map.contains(key)) {\n      val timeMap = map(key)\n      return Option(timeMap.floorKey(timestamp)).fold(\"\")(x => timeMap.get(x))\n    }\n    \"\"\n  }\n\n}\n\n\/**\n  * Your TimeMap object will be instantiated and called as such:\n  * var obj = new TimeMap()\n  * obj.set(key,value,timestamp)\n  * var param_2 = obj.get(key,timestamp)\n  *\/"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L747.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L747 {\n  def dominantIndex(nums: Array[Int]): Int = {\n    var firstMaxIdx = -1\n    var firstMax = Int.MinValue\n    var secondMax =Int.MinValue\n    var i = 0\n    val n = nums.length\n    while(i < n) {\n      if(nums(i) > firstMax) {\n        val tmp = firstMax\n        firstMax = nums(i)\n        firstMaxIdx = i\n        secondMax = tmp\n      }\n      else if(nums(i) > secondMax) secondMax = nums(i)\n      i += 1\n    }\n    if(secondMax * 2 <= firstMax) firstMaxIdx else -1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L682.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L682 {\n  \/**\n    * Integer (one round's score): Directly represents the number of points you get in this round.\n    * \"+\" (one round's score): Represents that the points you get in this round are the sum of the last two valid round's points.\n    * \"D\" (one round's score): Represents that the points you get in this round are the doubled data of the last valid round's points.\n    * \"C\" (an operation, which isn't a round's score): Represents the last valid round's points you get were invalid and should be\n    **\/\n  def calPoints(ops: Array[String]): Int = {\n    import scala.collection.mutable\n    val st = new mutable.Stack[Int]()\n    ops.foreach(op => op match {\n      case \"+\" => {\n        val d1 = st.pop()\n        val d2 = st.pop()\n        st.push(d2)\n        st.push(d1)\n        st.push(d1 + d2)\n      }\n      case \"D\" => st.push(st.head * 2)\n      case \"C\" => st.pop\n      case _ =>  st.push(op.toInt)\n    })\n    st.sum\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L541.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L541 {\n  def reverseStr(s: String, k: Int): String = {\n    val arr = s.toCharArray\n    val n = arr.length\n    var start = 0\n    var end = 0\n    def reverse(from:Int, to:Int): Unit = {\n      var fromVar = from\n      var toVar = to\n      while(fromVar < toVar) {\n        val tmp = arr(fromVar)\n        arr(fromVar) = arr(toVar)\n        arr(toVar) = tmp\n        fromVar += 1\n        toVar -= 1\n      }\n    }\n\n    while(start < n) {\n      end = Math.min(start + k - 1, n -1)\n      reverse(start, end)\n      start += 2 * k\n    }\n    arr.mkString(\"\")\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L929.scala","text":"package com.vc.easy\n\nobject L929 {\n  def numUniqueEmails(emails: Array[String]): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n\n    emails.foreach(email => {\n      set += cleanUpEmail(email)\n    })\n    set.size\n  }\n\n  def cleanUpEmail(email: String): String = {\n    val splitByAt = email.split('@')\n    val splitByPlus = splitByAt(0).split('+')\n    splitByPlus(0).replaceAll(\"\\\\.\", \"\") + \"@\" + splitByAt(1)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L506.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L506 {\n  object PQOrdering extends Ordering[(Int, Int)]{\n    def compare(x:(Int, Int), y:(Int, Int)) : Int = {\n      val cmp = x._1.compareTo(y._1)\n      if(cmp == 0) x._2.compareTo(y._2)\n      else cmp\n    }\n  }\n  def findRelativeRanks(nums: Array[Int]): Array[String] = {\n    import scala.collection.mutable\n    val pq = new mutable.PriorityQueue[(Int, Int)]()(PQOrdering)\n    nums.indices.foreach(i => {\n      pq += ((nums(i), i))\n    })\n\n    var i = 1\n    val ans = new Array[String](nums.length)\n    while(pq.nonEmpty) {\n      val e = pq.dequeue\n      if(i == 1) ans(e._2) = \"Gold Medal\"\n      else if(i == 2) ans(e._2) = \"Silver Medal\"\n      else if(i == 3) ans(e._2) = \"Bronze Medal\"\n      else ans(e._2) = i.toString\n      i += 1\n    }\n    ans\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L575.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L575 {\n  def distributeCandies(candies: Array[Int]): Int = {\n    import scala.collection.mutable\n    val set = mutable.HashSet.empty[Int] ++ candies\n    val n = candies.length\n    val m = set.size\n    if(m <= n \/ 2) m else n \/ 2\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L532.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L532 {\n  def findPairs(arr: Array[Int], k: Int): Int = {\n    if(k < 0) return 0\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    arr.foreach(x => map.put(x, map.getOrElse(x, 0) + 1))\n\n    if(k == 0) {\n      map.count(x => x._2 >= 2)\n    }\n    else {\n      var res = 0\n      map.foreach(x => {\n        if(map.contains(x._1 + k)) res += 1\n      })\n      res\n    }\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L820.scala","text":"package com.vc.medium\n\nobject L820 {\n  def minimumLengthEncoding(words: Array[String]): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    words.foreach(word => set += word)\n    words.foreach(word => {\n      (1 until word.length).foreach(i => {\n        set.remove(word.substring(i))\n      })\n    })\n    var res = 0\n    set.foreach(x => res += x.length + 1)\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L922.scala","text":"package com.vc.easy\n\nobject L922 {\n  def sortArrayByParityII(arr: Array[Int]): Array[Int] = {\n    val n = arr.length\n    var evenIdx = 0\n    var oddIdx = 1\n    while(evenIdx < n && oddIdx < n) {\n      while(evenIdx < n && arr(evenIdx) % 2 == 0) evenIdx += 2\n      while(oddIdx < n && arr(oddIdx) % 2 != 0) oddIdx += 2\n      if(evenIdx < n && oddIdx < n) {\n        val tmp = arr(oddIdx)\n        arr(oddIdx) = arr(evenIdx)\n        arr(evenIdx) = tmp\n      }\n    }\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L840.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L840 {\n  def numMagicSquaresInside(grid: Array[Array[Int]]): Int = {\n    val n = 3\n    var res = 0\n    (0 to grid.length - n).foreach(i => {\n      (0 to grid(i).length - n).foreach(j => {\n        if(isMagic(i, j)) res += 1\n      })\n    })\n\n    def isMagic(x: Int, y: Int): Boolean = {\n      import scala.collection.mutable\n      val arr = new mutable.ArrayBuffer[Int]()\n      val h = new Array[Int](n)\n      val v = new Array[Int](n)\n      var d1 = 0\n      var d2 = 0\n      (0 until n).foreach(i => {\n        (0 until n).foreach(j => {\n          val e = grid(i + x)(j + y)\n          if(e < 1 || e > 9) return false\n          if(arr.contains(e)) return false\n          h(i) += e\n          v(j) += e\n          if(i == j) d1 += e\n          if(i + j == n - 1) d2 += e\n        })\n      })\n\n      val hDistinct = h.distinct\n      val vDistinct = v.distinct\n      hDistinct.length == 1 && vDistinct.length == 1 && hDistinct.head == vDistinct.head && hDistinct.head == d1 && d1 == d2\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L947.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.medium\n\nobject L947 {\n  def removeStones(stones: Array[Array[Int]]): Int = {\n    import scala.collection.mutable\n    val visited = new mutable.HashSet[(Int, Int)]()\n    var noOfIsland = 0\n\n    stones.foreach(point => {\n      val x = point(0)\n      val y = point(1)\n      if(!visited.contains((x, y))) {\n        dfs(x, y)\n        noOfIsland += 1\n      }\n    })\n\n    def dfs(x: Int, y: Int): Unit = {\n      visited += ((x, y))\n      stones.foreach(point => {\n        val x1 = point(0)\n        val y1 = point(1)\n        if(x1 == x || y1 == y) {\n          if(!visited.contains(x1, y1)) dfs(x1, y1)\n        }\n      })\n    }\n    stones.length - noOfIsland\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L581.scala","text":"package com.vc.easy\n\nobject L581 {\n  def findUnsortedSubarray(arr: Array[Int]): Int = {\n    \/\/ 1 3 2 4\n    val n = arr.length\n    var i = 0\n    var min = arr(n - 1)\n    var max = arr(0)\n    var r = -2\n    var l = -1\n    while(i < n) {\n      max = Math.max(max, arr(i)) \/\/ max found so far from the start of the array\n      if(max > arr(i)) {          \/\/ check if max idx is index of the current element else we need to swap\n        r = i\n      }\n\n      min = Math.min(min, arr(n - i - 1)) \/\/ min found so far from the end of the array\n      if(min < arr(n - i - 1)) {\n        l = n - i - 1\n      }\n      i += 1\n    }\n    r - l + 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L806.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L806 {\n  def numberOfLines(widths: Array[Int], s: String): Array[Int] = {\n    var lines = 1\n    var current = 0\n    s.foreach(ch => {\n      val width = widths(ch - 'a')\n      if(current + width > 100) {\n        lines += 1\n        current = width\n      }\n      else {\n        current = current + width\n      }\n    })\n    Array(lines, current)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L856.scala","text":"package com.vc.medium\n\nobject L856 {\n  def scoreOfParentheses(S: String): Int = {\n    var l = 0\n    var res = 0\n    (0 until S.length).foreach(i => {\n      if(S(i) == '(') l += 1 else l -= 1\n      if(S(i) == ')' && S(i - 1) == '(') res += 1 << l\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L604.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nclass StringIterator(str: String) {\n\n  val n = str.length\n  var ch = ' '\n  var i = 0\n  var count = 0\n\n  def next(): Char = {\n    if(count == 0) {\n      if(i >= n) return ' '\n      ch = str(i)\n      i += 1\n      while(i < n && str(i) >= '0' && str(i) <= '9') {\n        count = count * 10 + (str(i) - '0')\n        i += 1\n      }\n    }\n    count -= 1\n    ch\n  }\n\n  def hasNext(): Boolean = i < n || count > 0\n\n}\n\n\/**\n  * Your StringIterator object will be instantiated and called as such:\n  * var obj = new StringIterator(compressedString)\n  * var param_1 = obj.next()\n  * var param_2 = obj.hasNext()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L492.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L492 {\n  def constructRectangle(area: Int): Array[Int] = {\n    if(area == 0) return Array(0, 0)\n    var w = Math.sqrt(area).toInt\n    while(area % w != 0) w -= 1\n    Array(area \/ w, w)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L389.scala","text":"package com.vc.easy\n\nobject L389 {\n  def findTheDifference(s: String, t: String): Char = {\n    var charCode = t(s.length).toInt\n    s.indices.foreach(i => {\n      charCode += t(i)\n      charCode -= s(i)\n    })\n    charCode.toChar\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L734.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L734 {\n  def areSentencesSimilar(words1: Array[String], words2: Array[String], pairs: Array[Array[String]]): Boolean = {\n    import scala.collection.mutable\n    if(words1.length != words2.length) return false\n\n    val map = new mutable.HashMap[String, mutable.HashSet[String]]()\n    pairs.foreach(arr => {\n      val w1 = arr(0)\n      val w2 = arr(1)\n\n      val set1 = map.getOrElse(w1, new mutable.HashSet[String]())\n      set1 += w2\n      map.put(w1, set1)\n\n      val set2 = map.getOrElse(w2, new mutable.HashSet[String]())\n      set2 += w1\n      map.put(w2, set2)\n    })\n\n    words1.indices.foreach(i => {\n      val w1 = words1(i)\n      val w2 = words2(i)\n      if(!(\n            (w1 == w2) ||\n            (map.contains(w1) && map(w1).contains(w2)) ||\n            (map.contains(w2) && map(w2).contains(w1))\n        )) return false\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1088.scala","text":"package com.vc.hard\n\nobject L1088 {\n  def confusingNumberII(N: Int): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Long, Long]()\n    map.put(0, 0)\n    map.put(1, 1)\n    map.put(6, 9)\n    map.put(8, 8)\n    map.put(9, 6)\n\n    var res = 0\n    def solve(cur: Long): Unit = {\n      if(cur > N) return\n      if(!same(cur)) res += 1\n      map.foreach(x => {\n        if(cur == 0 && x._1 == 0) return\n        solve(cur * 10 + x._1)\n      })\n    }\n\n    def same(N: Long): Boolean = {\n      var nVar = N\n      var mirror = 0l\n      while(nVar != 0) {\n        val digit = nVar % 10\n        nVar = nVar \/ 10\n        if(!map.contains(digit)) return false\n        mirror = mirror * 10 + map(digit)\n      }\n      mirror == N\n    }\n    solve(0)\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L438.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L438.scala\npackage com.vc.easy\n\nobject L438 {\n  def findAnagrams(s: String, p: String): List[Int] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Char, Int]()\n    var start = 0\n    var end = 0\n    var target = p.length\n    p.foreach(ch => {\n      map.put(ch, map.getOrElse(ch, 0) + 1)\n    })\n    val n = s.length\n    val arr = new mutable.ArrayBuffer[Int]()\n    while(end < n) {\n      val ch = s(end)\n      if(map.contains(ch) && map(ch) > 0) {\n        target -= 1\n        map.put(ch, map(ch) - 1)\n        if(target == 0) {\n          arr += start\n          map.put(s(start), map(s(start)) + 1)\n          start += 1\n          target += 1\n        }\n      }\n      else if(map.contains(ch)) {\n        map.put(s(start), map(s(start)) + 1)\n        target += 1\n        start += 1\n        end -= 1\n      }\n      else {\n        while(start < end) {\n          map.put(s(start), map(s(start)) + 1)\n          target += 1\n          start += 1\n        }\n        start += 1\n      }\n      end += 1\n    }\n    arr.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L36.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L36.scala\npackage com.vc.medium\n\nobject L36 {\n  def isValidSudoku(board: Array[Array[Char]]): Boolean = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    board.indices.foreach(i => {\n      board(i).indices.foreach(j => {\n        if(board(i)(j) != '.') {\n          if(!set.add(s\"${board(i)(j)} in ROW $i\")) return false\n          if(!set.add(s\"${board(i)(j)} in COL $j\")) return false\n          if(!set.add(s\"${board(i)(j)} in BLOCK ${i\/3}, ${j\/3}\")) return false\n        }\n      })\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L712.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L712.scala\npackage com.vc.medium\n\nobject L712 {\n  def minimumDeleteSum(s1: String, s2: String): Int = {\n    \/**\n         0    e    a    t\n      0 000, 101, 198, 314\n      s 115, 216, 313, 429\n      e 216, 115, 212, 328\n      a 313, 212, 115, 231\n    *\/\n    val n = s1.length\n    val m = s2.length\n    val arr = Array.ofDim[Int](n + 1, m + 1)\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        if(i == 0 && j == 0) {\n          arr(i)(j) = 0\n        }\n        else if(i == 0) {\n          arr(i)(j) = arr(i)(j - 1) + s2(j - 1).toInt\n        }\n        else if(j == 0) {\n          arr(i)(j) = arr(i - 1)(j) + s1(i - 1).toInt\n        }\n        else {\n          var prev = arr(i - 1)(j - 1)\n          if(s1(i - 1) != s2(j - 1)) {\n            prev += s1(i - 1).toInt + s2(j - 1).toInt\n          }\n          arr(i)(j) = Math.min(prev, Math.min(arr(i - 1)(j) + s1(i - 1).toInt, arr(i)(j - 1) + s2(j - 1).toInt))\n        }\n      })\n    })\n    arr(n)(m)\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L520.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L520 {\n  def detectCapitalUse(word: String): Boolean = {\n    var capital = 0\n    val n = word.length\n    word.foreach(ch => {\n      if(ch >= 'A' && ch <= 'Z') capital += 1\n    })\n    capital == 0 || capital == n || (capital == 1 && n > 1 && word(0).isUpper)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L260.scala","text":"package com.vc.medium\n\nobject L260 {\n  def singleNumber(arr: Array[Int]): Array[Int] = {\n    var diff = 0\n    arr.foreach(x => diff ^= x)\n    diff &= -diff\n\n    val res = new Array[Int](2)\n    arr.foreach(x => {\n      if((x & diff) == 0) res(0) ^= x\n      else res(1) ^= x\n    })\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L874.scala","text":"package com.vc.easy\n\nobject L874 {\n  def robotSim(commands: Array[Int], obstacles: Array[Array[Int]]): Int = {\n    \/**\n      *    0\n      *  3   1\n      *    2\n      **\/\n    val dir = Array((0, 1), (1, 0), (0, -1), (-1, 0))\n    var direction = 0\n    var max = 0\n\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    obstacles.foreach(o => {\n      set += (o(0) + \" \" + o(1))\n    })\n\n    var x = 0\n    var y = 0\n    commands.foreach(c => {\n      if(c == -1) {\n        direction = direction + 1\n        if(direction == 4) direction = 0\n      }\n      else if(c == -2) {\n        direction = direction - 1\n        if(direction == -1) direction = 3\n      }\n      else {\n        var cVar = c\n        while(cVar > 0 && !set.contains((x + dir(direction)._1) + \" \" + (y + dir(direction)._2))) {\n          x += dir(direction)._1\n          y += dir(direction)._2\n          cVar -= 1\n        }\n      }\n      max = Math.max(max, x * x + y * y)\n    })\n    max\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L951.scala","text":"package com.vc.medium\n\nclass TreeNode951(var _value: Int) {\n  var value: Int = _value\n  var left: TreeNode951 = null\n  var right: TreeNode951 = null\n}\n\nobject L951 {\n  def flipEquiv(root1: TreeNode951, root2: TreeNode951): Boolean = {\n    if(root1 == null || root2 == null) return root1 == root2\n    else if(root1.value != root2.value) return false\n    else (flipEquiv(root1.left, root2.right) && flipEquiv(root1.right, root2.left)) || (flipEquiv(root1.left, root2.left) && flipEquiv(root1.right, root2.right))\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L635.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nclass LogSystem() {\n\n  import scala.collection.mutable\n  val map = new mutable.HashMap[String, Int]()\n  def put(id: Int, timestamp: String): Unit = {\n    map.put(timestamp, id)\n  }\n\n  def retrieve(s: String, e: String, gra: String): List[Int] = {\n    var x = 0\n    \/\/Year:Month:Day:Hour:Minute:Second\n    gra match {\n      case \"Year\"   => x = 4\n      case \"Month\"  => x = 7\n      case \"Day\"    => x = 10\n      case \"Hour\"   => x = 13\n      case \"Minute\" => x = 16\n      case \"Second\" => x = 19\n    }\n    val start = s.substring(0, x)\n    val end = e.substring(0, x)\n    val list = new mutable.ListBuffer[Int]()\n    map.foreach(t => {\n      val tGra = t._1.substring(0, x)\n      if(tGra >= start && tGra <= end) list += t._2\n\n    })\n    list.toList\n  }\n\n}\n\n\/**\n  * Your LogSystem object will be instantiated and called as such:\n  * var obj = new LogSystem()\n  * obj.put(id,timestamp)\n  * var param_2 = obj.retrieve(s,e,gra)\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L817.scala","text":"package com.vc.medium\n\n\nclass ListNode817(var _x: Int = 0) {\n  var next: ListNode817 = null\n  var x: Int = _x\n}\n\nobject L817 {\n  def numComponents(head: ListNode817, arr: Array[Int]): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[Int]()\n    arr.foreach(x => set += x)\n    var current = head\n    var res = 0\n    while(current != null) {\n      if(set.contains(current.x) && (current.next == null || !set.contains(current.next.x))) res += 1\n      current = current.next\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L677.scala","text":"package com.vc.medium\n\nclass MapSum() {\n\n  \/** Initialize your data structure here. *\/\n  import scala.collection.mutable\n  val map = new mutable.HashMap[String, Int]()\n\n  def insert(key: String, value: Int): Unit = map.put(key, value)\n\n  def sum(prefix: String): Int = {\n    var res = 0\n    map.foreach(e => if(e._1.startsWith(prefix)) res += e._2)\n    res\n  }\n\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1106.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.hard\n\nobject L1106 {\n  def parseBoolExpr(expression: String): Boolean = {\n    import scala.collection.mutable\n    def helper(operation: Char, list: mutable.ListBuffer[Boolean]): Boolean = {\n      operation match {\n        case '!' => !list.head\n        case '|' => list.contains(true)\n        case '&' => !list.contains(false)\n      }\n    }\n    val st = new mutable.Stack[Char]()\n    expression.foreach(ch => {\n      if(ch == ')') {\n        val list = new mutable.ListBuffer[Boolean]\n        while(st.head != '!' && st.head != '&' && st.head != '|') {\n          val popped = st.pop\n          if(popped == 't') list += true\n          else if(popped == 'f') list += false\n        }\n        val res = helper(st.pop, list)\n        if(res) st.push('t') else st.push('f')\n      }\n      else if(ch != ',' && ch != '(') st.push(ch)\n    })\n    st.pop == 't'\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L849.scala","text":"package com.vc.easy\n\nobject L849 {\n  def maxDistToClosest(seats: Array[Int]): Int = {\n    var i = 0\n    val n = seats.length\n    var maxDistance = 0\n    var left = -1\n    while(i < n) {\n      if(seats(i) != 0) {\n        if(left == -1) maxDistance = Math.max(maxDistance, i)\n        else maxDistance = Math.max(maxDistance, (i - left) \/ 2)\n        left = i\n      }\n      i += 1\n    }\n    if(seats(n - 1) == 0) maxDistance = Math.max(maxDistance, n - 1 - left)\n    maxDistance\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L24.scala","text":"package com.vc.medium\n\n\nclass ListNode24(var _x: Int = 0) {\n  var next: ListNode24 = null\n  var x: Int = _x\n}\n\nobject L24 {\n  def swapPairs(head: ListNode24): ListNode24 = {\n    if(head == null || head.next == null) return head\n\n    val dummyNode = new ListNode24()\n    var prev = head\n    dummyNode.next = head.next\n\n    \/\/Idea is to process 4 at a time not two at a time\n    while(true) {\n      val current = prev.next\n      val next = current.next\n      current.next = prev\n      if(next == null || next.next == null) {\n        prev.next = next\n        return dummyNode.next\n      }\n      prev.next = next.next\n      prev = next\n    }\n    dummyNode.next\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L933.scala","text":"package com.vc.easy\n\nclass RecentCounter() {\n\n  import scala.collection.mutable\n  val q = new mutable.Queue[Int]()\n\n  def ping(t: Int): Int = {\n    while(q.nonEmpty && t - q.head > 3000) q.dequeue\n    q.enqueue(t)\n    q.size\n  }\n\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L784.scala","text":"package com.vc.easy\n\nimport scala.collection.mutable\n\nobject L784 {\n  def letterCasePermutation(s: String): List[String] = {\n    var i = 0\n    var j = 0\n    var k = 0\n    var n = 0\n    val list = new mutable.ListBuffer[String]()\n    val str = new mutable.StringBuilder()\n    s.foreach(x => if(!Character.isDigit(x)) n += 1)\n    while(i < (1 << n)) {\n      j = 0\n      k = 0\n      while(j < s.length) {\n        if(!Character.isDigit(s(j))) {\n          if(((i >> k) & 1) == 1) str.append(s(j).toUpper)\n          else str.append(s(j).toLower)\n          k += 1\n        }\n        else str.append(s(j))\n        j += 1\n      }\n      list += str.toString\n      str.clear\n      i += 1\n    }\n    list.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L251.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nclass Vector2D(arr: Array[Array[Int]]) {\n\n  private val itr: Iterator[Array[Int]] = if(arr != null) arr.iterator else null\n  private var row: Iterator[Int] = null\n  getRow\n\n  def getRow(): Unit = while(!hasNext && itr != null && itr.hasNext) row = itr.next.iterator\n\n  def next(): Int = {\n    getRow\n    val n = row.next\n    getRow\n    n\n  }\n\n  def hasNext(): Boolean = row != null && row.hasNext\n\n}\n\n\/**\n  * Your Vector2D object will be instantiated and called as such:\n  * var obj = new Vector2D(v)\n  * var param_1 = obj.next()\n  * var param_2 = obj.hasNext()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L605.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L605 {\n  def canPlaceFlowers(arr: Array[Int], n: Int): Boolean = {\n    val l = arr.length\n    var res = n\n    var i = 0\n    while(i < l && res > 0) {\n      if(arr(i) == 0) {\n        val prevEmpty = if(i == 0) true else arr(i - 1) == 0\n        val nextEmpty = if(i == l - 1) true else arr(i + 1) == 0\n        if(prevEmpty && nextEmpty) {\n          res -= 1\n          arr(i) = 1\n        }\n      }\n      i += 1\n    }\n    res == 0\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L661.scala","text":"package com.vc.easy\n\nobject L661 {\n  def imageSmoother(arr: Array[Array[Int]]): Array[Array[Int]] = {\n    val dirs = Array(\n      (0, 1),\n      (1, 0),\n      (1, 1),\n      (-1, -1),\n      (1, -1),\n      (-1, 1),\n      (-1, 0),\n      (0, -1)\n    )\n\n    val n = arr.length\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        var sum = 0\n        var count = 1\n        dirs.foreach(dir => {\n          val x = dir._1 + i\n          val y = dir._2 + j\n          if(x >= 0 && x < n && y >= 0 && y < arr(i).length) {\n            sum += (arr(x)(y) & 0xFF)\n            count += 1\n          }\n        })\n        sum += arr(i)(j)\n        arr(i)(j) = arr(i)(j) | (sum \/ count) << 8\n      })\n    })\n\n    arr.indices.foreach(i => {\n      arr(i).indices.foreach(j => {\n        arr(i)(j) = arr(i)(j) >> 8\n      })\n    })\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L455.scala","text":"package com.vc.easy\n\nobject L455 {\n  def findContentChildren(g: Array[Int], s: Array[Int]): Int = {\n    scala.util.Sorting.quickSort(g)\n    scala.util.Sorting.quickSort(s)\n    var gi = 0\n    var si = 0\n    val n = g.length\n    val m = s.length\n    while(gi < n && si < m) {\n      if(g(gi) <= s(si)) {\n        gi += 1\n      }\n      si += 1\n    }\n    gi\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L566.scala","text":"<reponame>vchoudhari45\/codingcargo<gh_stars>1-10\npackage com.vc.easy\n\nobject L566 {\n  def matrixReshape(nums: Array[Array[Int]], r: Int, c: Int): Array[Array[Int]] = {\n    val ro = nums.length\n    val co = nums(0).length\n\n    if(ro * co != r * c) return nums\n\n    var i = 0\n    var j = 0\n    val arr = Array.ofDim[Int](r, c)\n    nums.indices.foreach(io => {\n      nums(io).indices.foreach(jo => {\n        arr(i)(j) = nums(io)(jo)\n        j += 1\n        if(j == c) {\n          j = 0\n          i += 1\n        }\n      })\n    })\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L686.scala","text":"package com.vc.easy\n\nobject L686 {\n  def repeatedStringMatch(A: String, B: String): Int = {\n    val nA = A.length\n    val nB = B.length\n    val times = nB \/ nA\n    val str = new StringBuilder()\n    (0 to times + 1).foreach(i => {\n      str.append(A)\n      if(str.length >= nB && str.toString.contains(B)) return i + 1\n    })\n    -1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L599.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L599 {\n  def findRestaurant(list1: Array[String], list2: Array[String]): Array[String] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String ,Int]()\n    list1.indices.foreach(i => {\n      map.put(list1(i), i)\n    })\n    var res = Int.MaxValue\n    var out = new mutable.ArrayBuffer[String]()\n    list2.indices.foreach(i => {\n      if(map.contains(list2(i))) {\n          val newRes = i + map(list2(i))\n          if(res > newRes) {\n            res = newRes\n            out.clear\n            out += list2(i)\n          }\n          else if(res == newRes) {\n            out += list2(i)\n          }\n      }\n    })\n    out.toArray\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L461.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L461.scala<gh_stars>1-10\npackage com.vc.easy\n\nobject L461 {\n  def hammingDistance(x: Int, y: Int): Int = Integer.bitCount(x ^ y)\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L760.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L760 {\n  def anagramMappings(A: Array[Int], B: Array[Int]): Array[Int] = {\n    import scala.collection.mutable\n    val indexes = new mutable.HashMap[Int, Int]()\n    B.indices.foreach(i => indexes.put(B(i), i))\n    A.map(indexes(_))\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L752.scala","text":"package com.vc.medium\n\nobject L752 {\n  def openLock(arr: Array[String], target: String): Int = {\n    import scala.collection.mutable\n    val end = new mutable.HashSet[String]()\n    val start = \"0000\"\n    arr.foreach(x => end += x)\n    if(end.contains(start)) return -1\n    var res = Int.MaxValue\n    val q = new mutable.Queue[(String, Int)]()\n    val visited = new mutable.HashSet[String]()\n    q.enqueue((start, 0))\n    while(q.nonEmpty) {\n      val e = q.dequeue()\n      (0 until 4).foreach(i => {\n        val ch = e._1(i)\n        val s1 = e._1.substring(0, i) + (if(ch == '9') 0 else ch - '0' + 1) + e._1.substring(i + 1)\n        val s2 = e._1.substring(0, i) + (if(ch == '0') 9 else ch - '0' - 1) + e._1.substring(i + 1)\n\n        if(s1 == target) {\n          res = Math.min(res, e._2 + 1)\n        }\n        else if(!visited.contains(s1) && !end.contains(s1)){\n          q.enqueue((s1, e._2 + 1))\n          visited += s1\n        }\n\n        if(s2 == target) {\n          res = Math.min(res, e._2 + 1)\n        }\n        else if(!visited.contains(s2) && !end.contains(s2)){\n          q.enqueue((s2, e._2 + 1))\n          visited += s2\n        }\n      })\n    }\n    if(res == Int.MaxValue) -1 else res\n  }\n}\n\n\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L447.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L447.scala\npackage com.vc.easy\n\nobject L447 {\n  def numberOfBoomerangs(points: Array[Array[Int]]): Int = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    val n = points.length\n    var res = 0\n    (0 until n).foreach(i => {\n      (0 until n).foreach(j => {\n        if(i != j) {\n          val distance = getDistance(points(i), points(j))\n          map.put(distance, map.getOrElse(distance, 0) + 1)\n        }\n      })\n      map.foreach(x => {\n        res += x._2 * (x._2 - 1)\n      })\n      map.clear\n    })\n    res\n  }\n\n  def getDistance(x:Array[Int], y: Array[Int]): Int = {\n    val dx = x(0) - y(0)\n    val dy = x(1) -  y(1)\n    (Math.pow(dx, 2) + Math.pow(dy, 2)).toInt\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L521.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/easy\/L521.scala\npackage com.vc.easy\n\nobject L521 {\n  def findLUSlength(a: String, b: String): Int = if(a == b) -1 else Math.max(a.length, b.length)\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L504.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L504 {\n  def convertToBase7(num: Int): String = {\n    val cArr = Array('0','1','2','3','4','5','6')\n    if(num == 0) return \"0\"\n    var str = \"\"\n    var numVar = if(num < 0) -1 * num else num\n    while(numVar != 0){\n      str = cArr(numVar % 7) + str\n      numVar = numVar \/ 7\n    }\n    if(num < 0) \"-\" + str else str\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L704.scala","text":"package com.vc.easy\n\nobject L704 {\n  def search(nums: Array[Int], target: Int): Int = {\n    var lo = 0\n    var hi = nums.length - 1\n    while(lo <= hi) {\n      val mid = lo + (hi - lo) \/ 2\n      if(nums(mid) > target) {\n        hi = mid - 1\n      }\n      else if(nums(mid) < target) {\n        lo = mid + 1\n      }\n      else return mid\n    }\n    -1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L406.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\n\nobject L406 {\n  object PeopleSorting extends Ordering[Array[Int]] {\n    def compare(x: Array[Int], y: Array[Int]): Int = {\n      val cmp = y(0).compareTo(x(0))\n      if(cmp == 0) x(1).compareTo(y(1)) else cmp\n    }\n  }\n  def reconstructQueue(people: Array[Array[Int]]): Array[Array[Int]] = {\n    scala.util.Sorting.quickSort(people)(PeopleSorting)\n    people.indices.foreach(i => {\n      val desiredIndex = people(i)(1)\n      move(desiredIndex, i)\n    })\n    def move(desiredIndex: Int, currentIndex: Int): Unit = {\n      val e = people(currentIndex)\n      (currentIndex until desiredIndex by - 1).foreach(i => {\n        people(i) = people(i - 1)\n      })\n      people(desiredIndex) = e\n    }\n    people\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L86.scala","text":"package com.vc.medium\n\nclass ListNode86(var _x: Int = 0) {\n  var next: ListNode86 = null\n  var x: Int = _x\n}\n\nobject L86 {\n  def partition(head: ListNode86, x: Int): ListNode86 = {\n    val d1 = new ListNode86()\n    val d2 = new ListNode86()\n    var lo = d1\n    var hi = d2\n    var current = head\n    while(current != null) {\n      if(current.x >= x) {\n        hi.next = current\n        hi = current\n      }\n      else {\n        lo.next = current\n        lo = current\n      }\n      current = current.next\n    }\n    hi.next = null\n    lo.next = d2.next\n    d1.next\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L758.scala","text":"package com.vc.easy\n\nobject L758 {\n  def boldWords(words: Array[String], S: String): String = {\n    val n = S.length\n    val bold = new Array[Boolean](n)\n    words.foreach(word => {\n      var idx = S.indexOf(word)\n      while(idx != -1) {\n        (idx until idx + word.length).foreach(i => {\n          bold(i) = true\n        })\n        idx = S.indexOf(word, idx)\n      }\n    })\n\n    import scala.collection.mutable\n    val str = new mutable.StringBuilder()\n    var i = 0\n    while(i < n) {\n      if(bold(i)) {\n        str.append(\"<b>\")\n        var j = i\n        while(j < n && bold(j)) {\n          str.append(S(j))\n          j += 1\n        }\n        i = j\n        str.append(\"<\/b>\")\n        if(i < n) str.append(S(i))\n      }\n      else str.append(S(i))\n      i += 1\n    }\n    str.toString\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L946.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L946.scala\npackage com.vc.medium\n\nobject L946 {\n  def validateStackSequences(pushed: Array[Int], popped: Array[Int]): Boolean = {\n    import scala.collection.mutable\n    val st = new mutable.Stack[Int]()\n    var i = 0\n    pushed.foreach(e => {\n      st.push(e)\n      while(st.nonEmpty && st.head == popped(i)) {\n        st.pop\n        i += 1\n      }\n    })\n    i == pushed.length\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L641.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\ncase class DoublyLinkedList(var prev: DoublyLinkedList, var next: DoublyLinkedList, value: Int)\nclass MyCircularDeque(k: Int) {\n\n  \/** Initialize your data structure here. Set the size of the deque to be k. *\/\n  val head = new DoublyLinkedList(null, null, -1)\n  val tail = new DoublyLinkedList(head, null, -1)\n  head.next = tail\n  var size = 0\n\n  \/** Adds an item at the front of Deque. Return true if the operation is successful. *\/\n  def insertFront(value: Int): Boolean = {\n    if(size < k) {\n      val headNext = head.next\n      val e = DoublyLinkedList(head, headNext, value)\n      headNext.prev = e\n      head.next = e\n      size += 1\n      return true\n    }\n    false\n  }\n\n  \/** Adds an item at the rear of Deque. Return true if the operation is successful. *\/\n  def insertLast(value: Int): Boolean = {\n    if(size < k) {\n      val tailPrev = tail.prev\n      val e = DoublyLinkedList(tailPrev, tail, value)\n      tailPrev.next = e\n      tail.prev = e\n      size += 1\n      return true\n    }\n    false\n  }\n\n  \/** Deletes an item from the front of Deque. Return true if the operation is successful. *\/\n  def deleteFront(): Boolean = {\n    if(size > 0) {\n      head.next = head.next.next\n      head.next.prev = head\n      size -= 1\n      return true\n    }\n    return false\n  }\n\n  \/** Deletes an item from the rear of Deque. Return true if the operation is successful. *\/\n  def deleteLast(): Boolean = {\n    if(size > 0) {\n      tail.prev = tail.prev.prev\n      tail.prev.next = tail\n      size -= 1\n      return true\n    }\n    return false\n  }\n\n  \/** Get the front item from the deque. *\/\n  def getFront(): Int = head.next.value\n\n  \/** Get the last item from the deque. *\/\n  def getRear(): Int = tail.prev.value\n\n  \/** Checks whether the circular deque is empty or not. *\/\n  def isEmpty(): Boolean = size == 0\n\n  \/** Checks whether the circular deque is full or not. *\/\n  def isFull(): Boolean = size == k\n\n}\n\n\/**\n  * Your MyCircularDeque object will be instantiated and called as such:\n  * var obj = new MyCircularDeque(k)\n  * var param_1 = obj.insertFront(value)\n  * var param_2 = obj.insertLast(value)\n  * var param_3 = obj.deleteFront()\n  * var param_4 = obj.deleteLast()\n  * var param_5 = obj.getFront()\n  * var param_6 = obj.getRear()\n  * var param_7 = obj.isEmpty()\n  * var param_8 = obj.isFull()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L917.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/easy\/L917.scala\npackage com.vc.easy\n\nobject L917 {\n  def reverseOnlyLetters(S: String): String = {\n    val s = S.toCharArray\n    var start = 0\n    var end = s.length - 1\n    while(start < end) {\n      while(start < end && !Character.isLetter(s(start))) start += 1\n      while(start < end && !Character.isLetter(s(end))) end -= 1\n      val tmp = s(start)\n      s(start) = s(end)\n      s(end) = tmp\n      start += 1\n      end -= 1\n    }\n    s.mkString(\"\")\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L812.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L812 {\n  def largestTriangleArea(points: Array[Array[Int]]): Double = {\n    val n = points.length\n    var max = 0.0\n    (0 until n - 2).foreach(i => {\n      (0 until n - 1).foreach(j => {\n        (0 until n).foreach(k => {\n          max = Math.max(max, calculateArea(points(i), points(j), points(k)))\n        })\n      })\n    })\n    max\n  }\n\n  private def calculateArea(a:Array[Int], b: Array[Int], c: Array[Int]): Double = {\n    Math.abs(\n      a(0) * (b(1) - c(1)) +\n      b(0) * (c(1) - a(1)) +\n      c(0) * (a(1) - b(1))\n    ) \/ 2.0\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L717.scala","text":"package com.vc.easy\n\nobject L717 {\n  def isOneBitCharacter(bits: Array[Int]): Boolean = {\n    var i = 0\n    val n = bits.length\n    while(i < n - 1){\n      if(bits(i) == 0) i += 1\n      else i += 2\n    }\n    i == n - 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L819.scala","text":"package com.vc.easy\n\nobject L819 {\n  def mostCommonWord(paragraph: String, banned: Array[String]): String = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[String, Int]()\n    val set = new mutable.HashSet[String]()\n    banned.foreach(word => set += word.toLowerCase)\n\n    paragraph.replaceAll(\"\\\\W+\", \" \").toLowerCase.split(\" \").foreach(word => {\n      val cleaned = word.replaceAll(\"[^A-Za-z]\", \"\")\n      if(!set.contains(cleaned)) {\n        map.put(cleaned, map.getOrElse(cleaned, 0) + 1)\n      }\n    })\n    map.maxBy(_._2)._1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L484.scala","text":"package com.vc.medium\n\nobject L484 {\n  def findPermutation(s: String): Array[Int] = {\n    val str = s + \".\"\n    val n = str.length\n    \/\/DDI\n    val arr = new Array[Int](n)\n    var arrIndex = 0\n    var strIndex = 0\n    var number = 1\n    while(strIndex < n) {\n      if(str(strIndex) == 'I') {\n        arr(arrIndex) = number\n        strIndex += 1\n        arrIndex += 1\n        number += 1\n      }\n      else {\n        while(str(strIndex) == 'D') {\n          strIndex += 1\n          number += 1\n        }\n        val diff = strIndex - arrIndex\n        while(arrIndex <= strIndex) {\n          arr(arrIndex) = number\n          arrIndex += 1\n          number -= 1\n        }\n        number = number + diff + 2\n        strIndex += 1\n      }\n    }\n    arr\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L384.scala","text":"<filename>src\/main\/java\/com\/vc\/medium\/L384.scala\npackage com.vc.medium\n\nclass L384(arr: Array[Int]) {\n\n  val random = scala.util.Random\n\n  \/** Resets the array to its original configuration and return it. *\/\n  def reset(): Array[Int] = arr\n\n  \/** Returns a random shuffling of the array. *\/\n  def shuffle(): Array[Int] = {\n    val arrClone = arr.clone\n    def swap(i: Int, j: Int): Unit = {\n      val tmp = arrClone(i)\n      arrClone(i) = arrClone(j)\n      arrClone(j) = tmp\n    }\n    arrClone.indices.foreach(i => {\n      val j = random.nextInt(i + 1)\n      swap(i, j)\n    })\n    arrClone\n  }\n\n}\n\n\/**\n  * Your Solution object will be instantiated and called as such:\n  * var obj = new Solution(nums)\n  * var param_1 = obj.reset()\n  * var param_2 = obj.shuffle()\n  *\/\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L905.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L905 {\n  def sortArrayByParity(A: Array[Int]): Array[Int] = {\n    var evenIdx = 0\n    var oddIdx = A.length - 1\n    while(evenIdx < oddIdx) {\n      while(evenIdx < oddIdx && A(evenIdx) % 2 == 0) evenIdx += 1\n      while(evenIdx < oddIdx && A(oddIdx) % 2 != 0) oddIdx -= 1\n      val tmp = A(evenIdx)\n      A(evenIdx) = A(oddIdx)\n      A(oddIdx) = tmp\n    }\n    A\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L846.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L846 {\n  def isNStraightHand(hand: Array[Int], W: Int): Boolean = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Int, Int]()\n    hand.foreach(x => map.put(x, map.getOrElse(x, 0) + 1))\n\n    val sortedSeq = map.toSeq.map(_._1).sorted\n    sortedSeq.foreach(key => {\n      val value = map(key)\n      if(value > 0) {\n        (W - 1 to 0 by -1).foreach(i => {\n          val keyNew = key + i\n          if(map.getOrElse(keyNew, 0) < value) return false\n          map.put(keyNew, map(keyNew) - value)\n        })\n      }\n    })\n    true\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L624.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L624 {\n  def maxDistance(arr: List[List[Int]]): Int = {\n    var max = Int.MinValue\n    var min = Int.MaxValue\n    var res = Int.MinValue\n    var i = 0\n    val n = arr.length\n    while(i < n) {\n      val minLocal = arr(i).head\n      val maxLocal = arr(i).last\n\n      if(i != 0) {\n        res = Math.max(res, Math.abs(maxLocal - min))\n        res = Math.max(res, Math.abs(minLocal - max))\n      }\n\n      max = Math.max(max, maxLocal)\n      min = Math.min(min, minLocal)\n      i += 1\n    }\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L409.scala","text":"package com.vc.easy\n\nobject L409 {\n  def longestPalindrome(s: String): Int = {\n    import scala.collection.mutable\n    val set = new mutable.HashSet[Char]()\n    var res = 0\n    s.foreach(ch => {\n      if(set.contains(ch)) {\n        set.remove(ch)\n        res += 2\n      }\n      else {\n        set += ch\n      }\n    })\n    if(s.length > res) res + 1 else res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L557.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L557.scala\npackage com.vc.easy\n\nobject L557 {\n  def reverseWords(s: String): String = {\n    val sArr = s.toCharArray\n    var i = 0\n    var j = 0\n    val n = s.length\n    while(i < n) {\n      j = i\n      while(j < n && sArr(j) != ' ') j += 1\n      reverse(i, j - 1)\n      i = j + 1\n    }\n\n    def reverse(s:Int, d: Int): Unit = {\n      var source = s\n      var dest = d\n      while(source < dest) {\n        val tmp = sArr(source)\n        sArr(source) = sArr(dest)\n        sArr(dest) = tmp\n        source += 1\n        dest -= 1\n      }\n    }\n    sArr.mkString(\"\")\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L672.scala","text":"package com.vc.medium\n\nobject L672 {\n\n  \/\/ 1 + 2 -> 3, 1 + 3 -> 2, 2 + 3 -> 1\n  \/\/all_on, 1, 2, 3, 4, 1 + 4, 2 + 4, 3 + 4 for m >= 2 & n > 1\n  \/\/ m > 2 && n > 2\n\n  def flipLights(n: Int, m: Int): Int = {\n    if(n == 0 || m == 0) return 1\n    if(n == 1) return 2\n    if(n == 2 && m == 1) return 3\n    if(n == 2 || m == 1) return 4\n    if(m == 2) return 7\n    8\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L763.scala","text":"<gh_stars>1-10\npackage com.vc.medium\n\nobject L763 {\n  def partitionLabels(str: String): List[Int] = {\n    import scala.collection.mutable\n    val map = new mutable.HashMap[Char, Int]()\n\n    str.indices.foreach(i => {\n      map.put(str(i), i)\n    })\n\n    var j = 0\n    var from = 0\n    val out = new mutable.ListBuffer[Int]()\n    str.indices.foreach(i => {\n      j = Math.max(j, map(str(i)))\n      if(i == j) {\n        out += j - from + 1\n        from = i + 1\n      }\n    })\n    out.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L638.scala","text":"package com.vc.medium\n\nobject L638 {\n  def shoppingOffers(price: List[Int], special: List[List[Int]], needs: List[Int]): Int = {\n    def directPrice(needs: List[Int]): Int = {\n      var res = 0\n      needs.indices.foreach(i => {\n        res += price(i) * needs(i)\n      })\n      res\n    }\n    def calcNewNeeds(offer:List[Int], needs: List[Int]): List[Int] = {\n      val newNeeds = new Array[Int](needs.length)\n      needs.indices.foreach(i => {\n        if(offer(i) > needs(i)) {\n          return null\n        }\n        newNeeds(i) = needs(i) - offer(i)\n      })\n      newNeeds.toList\n    }\n    val n = special.length\n    def solve(needs: List[Int], specialOfferIndex: Int): Int = {\n      var totalPrice = directPrice(needs)\n      (specialOfferIndex until n).foreach(i => {\n        val offer = special(i)\n        val newNeeds = calcNewNeeds(offer, needs)\n        if(newNeeds != null) { \/\/ that means offer applies\n          totalPrice = Math.min(totalPrice, offer.last + solve(newNeeds, i))\n        }\n      })\n      totalPrice\n    }\n    solve(needs, 0)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L318.scala","text":"package com.vc.medium\n\nobject L318 {\n  def maxProduct(words: Array[String]): Int = {\n    var res = 0\n    val n = words.length\n    val values = new Array[Int](n)\n    words.indices.foreach(i => {\n      var value = 0\n      words(i).indices.foreach(j => {\n        value = value | 1 << words(i)(j) - 'a'\n      })\n      values(i) = value\n    })\n    words.indices.foreach(i => {\n      (i + 1 until n).foreach(j => {\n        val len = words(i).length * words(j).length\n        if((values(i) & values(j)) == 0 && res < len)\n          res = Math.max(res, len)\n      })\n    })\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L109.scala","text":"package com.vc.medium\n\nclass ListNode109(var _x: Int = 0) {\n  var next: ListNode109 = null\n  var x: Int = _x\n}\n\nclass TreeNode109(var _value: Int) {\n  var value: Int = _value\n  var left: TreeNode109 = null\n  var right: TreeNode109 = null\n}\n\nobject L109 {\n  def sortedListToBST(head: ListNode109): TreeNode109 = {\n    def solve(head: ListNode109, tail: ListNode109): TreeNode109 = {\n      if(head == tail) return null\n      var hare = head\n      var tortoize = head\n      while(hare != tail && hare.next != tail) {\n        hare = hare.next\n        hare = hare.next\n        tortoize = tortoize.next\n      }\n      val root = new TreeNode109(tortoize.x)\n      root.left = solve(head, tortoize)\n      root.right = solve(tortoize.next, tail)\n      root\n    }\n    if(head == null) return null\n    else solve(head, null)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L1056.scala","text":"package com.vc.easy\n\nobject L1056 {\n  def confusingNumber(n: Int): Boolean = {\n    var nVar = n\n    var nNew = 0\n    while(nVar != 0) {\n      val digit = nVar % 10\n      nVar = nVar \/ 10\n      if(digit == 2 || digit == 3 || digit == 4 || digit == 5 || digit == 7) return false\n      else if(digit == 6) nNew = nNew * 10 + 9\n      else if(digit == 9) nNew = nNew * 10 + 6\n      else nNew = nNew * 10 + digit\n    }\n    n != nNew\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L487.scala","text":"package com.vc.medium\n\nobject L487 {\n  def findMaxConsecutiveOnes(arr: Array[Int]): Int = {\n    var l, h, max = 0\n    val n = arr.length\n    val k = 1\n    var zeros = 0\n    while(h < n) {\n      if(arr(h) == 0) zeros += 1\n      while(zeros > k) {\n        if(arr(l) == 0) zeros -= 1\n        l += 1\n      }\n      max = Math.max(max, h - l + 1)\n      h += 1\n    }\n    max\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L804.scala","text":"package com.vc.easy\n\nobject L804 {\n  def uniqueMorseRepresentations(words: Array[String]): Int = {\n    val arr = Array(\".-\",\"-...\",\"-.-.\",\"-..\",\".\",\"..-.\",\"--.\",\"....\",\"..\",\".---\",\"-.-\",\".-..\",\"--\",\"-.\",\"---\",\".--.\",\"--.-\",\".-.\",\"...\",\"-\",\"..-\",\"...-\",\".--\",\"-..-\",\"-.--\",\"--..\")\n\n    import scala.collection.mutable\n    val set = new mutable.HashSet[String]()\n    val str = new mutable.StringBuilder()\n    words.foreach(word => {\n      word.foreach(ch => {\n        val idx = ch - 'a'\n        str.append(arr(idx))\n      })\n      set += str.toString\n      str.clear\n    })\n    set.size\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L800.scala","text":"package com.vc.easy\n\nobject L800 {\n  def similarRGB(color: String): String = {\n    import scala.collection.mutable\n    val str = new mutable.StringBuilder()\n    str.append(\"#\")\n    (1 until color.length - 1 by 2).foreach(i => {\n      val decimalValue = Integer.parseInt(color.substring(i, i + 2), 16)\n      val roundingToMultipleOf17 = Math.round(decimalValue.toFloat \/ 17)\n      if(roundingToMultipleOf17 == 0) str.append(\"00\")\n      else str.append(Integer.toHexString(roundingToMultipleOf17 * 17))\n    })\n    str.toString\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L807.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.medium\n\nobject L807 {\n  def maxIncreaseKeepingSkyline(grid: Array[Array[Int]]): Int = {\n    val n = grid.length\n    val row = new Array[Int](n)\n    val col = new Array[Int](n)\n\n    grid.indices.foreach(i => {\n      grid(i).indices.foreach(j => {\n        row(i) = Math.max(row(i), grid(i)(j))\n        col(j) = Math.max(col(j), grid(i)(j))\n      })\n    })\n\n    var sum = 0\n    grid.indices.foreach(i => {\n      grid(i).indices.foreach(j => {\n        sum += Math.min(row(i), col(j)) - grid(i)(j)\n      })\n    })\n    sum\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L771.scala","text":"<filename>src\/main\/java\/com\/vc\/easy\/L771.scala<gh_stars>1-10\npackage com.vc.easy\n\nobject L771 {\n  def numJewelsInStones(J: String, S: String): Int = {\n    import scala.collection.mutable\n    val set = mutable.HashSet.empty[Char] ++ J\n    var res =  0\n    S.foreach(ch => if(set.contains(ch)) res += 1)\n    res\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L400.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.easy\n\nobject L400 {\n  def findNthDigit(n: Int): Int = {\n    var start = 1\n    var len = 1\n    var count = 9.toLong\n\n    var m = n.toLong\n    while(m > len * count) {\n      m -= len * count\n      len += 1\n      start *= 10\n      count *= 10\n    }\n\n    start += (m.toInt - 1) \/ len\n    start.toString()((m.toInt - 1) % len) - '0'\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L938.scala","text":"package com.vc.medium\n\nclass TreeNode938(var _value: Int) {\n  var value: Int = _value\n  var left: TreeNode938 = null\n  var right: TreeNode938 = null\n}\n\nobject L938 {\n  def rangeSumBST(root: TreeNode938, L: Int, R: Int): Int = {\n    var sum = 0\n    def solve(root:TreeNode938): Unit = {\n      import scala.collection.mutable\n      val st = new mutable.Stack[TreeNode938]()\n      var current = root\n      while(current != null || st.nonEmpty) {\n        if(current != null) {\n          if(current.value >= L && current.value <= R) sum += current.value\n          st.push(current)\n          current = current.left\n        }\n        else current = st.pop.right\n      }\n    }\n    solve(root)\n    sum\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L342.scala","text":"<reponame>vchoudhari45\/codingcargo<filename>src\/main\/java\/com\/vc\/easy\/L342.scala\npackage com.vc.easy\n\nobject L342 {\n  def isPowerOfFour(num: Int): Boolean = {\n    if(num == 0) return false\n    var nVar = num\n    while(nVar % 4 == 0) nVar = nVar \/ 4\n    nVar == 1\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/hard\/L1001.scala","text":"<reponame>vchoudhari45\/codingcargo\npackage com.vc.hard\n\nobject L1001 {\n  def gridIllumination(N: Int, lamps: Array[Array[Int]], q: Array[Array[Int]]): Array[Int] = {\n    import scala.collection.mutable\n    val dirs = Array((0, 0), (0, 1), (1, 1), (1, 0), (1, -1), (0, -1), (-1, -1), (-1, 0), (-1, 1))\n\n    val n = q.length\n    val res = new Array[Int](n)\n\n    val row = new mutable.HashMap[Int, Int]()\n    val col = new mutable.HashMap[Int, Int]()\n    val diagonal = new mutable.HashMap[Int, Int]()\n    val rDiagonal = new mutable.HashMap[Int, Int]()\n    val isOn = new mutable.HashMap[Int, Boolean]()\n\n    \/\/illuminate\n    lamps.foreach(lamp => {\n      val lx = lamp(0)\n      val ly = lamp(1)\n\n      row.put(lx, row.getOrElse(lx, 0) + 1)\n      col.put(ly, col.getOrElse(ly, 0) + 1)\n\n      diagonal.put(lx + ly, diagonal.getOrElse(lx + ly, 0) + 1)\n      rDiagonal.put(lx - ly, rDiagonal.getOrElse(lx - ly, 0) + 1)\n\n      isOn.put(lx * N + ly, true)\n    })\n\n    q.indices.foreach(i => {\n      val qx = q(i)(0)\n      val qy = q(i)(1)\n\n      res(i) = if(row.getOrElse(qx, 0) > 0 || col.getOrElse(qy, 0) > 0 || diagonal.getOrElse(qx + qy, 0) > 0 || rDiagonal.getOrElse(qx - qy, 0) > 0) 1 else 0\n\n      dirs.foreach(dir => {\n        val xNew = dir._1 + qx\n        val yNew = dir._2 + qy\n\n        if(isOn.getOrElse(xNew * N + yNew, false)) {\n          row.put(xNew, row.getOrElse(xNew, 1) - 1)\n          col.put(yNew, col.getOrElse(yNew, 1) - 1)\n\n          diagonal.put(xNew + yNew, diagonal.getOrElse(xNew + yNew, 1) - 1)\n          rDiagonal.put(xNew - yNew, rDiagonal.getOrElse(xNew - yNew, 1) - 1)\n\n          isOn.put(xNew * N + yNew, false)\n        }\n      })\n    })\n    res\n  }\n}"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L859.scala","text":"package com.vc.easy\n\nobject L859 {\n  import scala.collection.mutable\n  def buddyStrings(A: String, B: String): Boolean = {\n    if(A.length != B.length) return false\n    if(A == B) {\n      val set = new mutable.HashSet[Char]()\n      A.foreach(x => set += x)\n      set.size < A.length\n    }\n    else {\n      val index = new mutable.ArrayBuffer[Int]()\n      var count = 0\n      A.indices.foreach(i => {\n        if(count > 2) return false\n        if(A(i) != B(i)) {\n          index += i\n          count += 1\n        }\n      })\n      A(index(0)) == B(index(1)) && B(index(0)) == A(index(1))\n    }\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/medium\/L320.scala","text":"package com.vc.medium\n\nobject L320 {\n  def generateAbbreviations(word: String): List[String] = {\n    import scala.collection.mutable\n    val list = new mutable.ListBuffer[String]()\n    val sb = new mutable.StringBuilder()\n\n    def solve(currentIndex: Int, requiredLength: Int): Unit = {\n      if(currentIndex >= word.length) return\n      val prevNum = sb.nonEmpty && sb(sb.length - 1) >= '0' && sb(sb.length - 1) <= '9'\n      if(requiredLength == 1) {\n        if(currentIndex == word.length - 1) {\n          sb.append(word(currentIndex))\n          list += sb.toString\n          sb.setLength(sb.length - 1)\n        }\n        if(!prevNum) {\n          val remainingWordLength = word.length - currentIndex\n          sb.append(remainingWordLength)\n          list += sb.toString\n        }\n      }\n      else {\n        val endIndex = sb.length\n\n        \/\/Append character\n        sb.append(word(currentIndex))\n        solve(currentIndex + 1, requiredLength - 1)\n        sb.delete(endIndex, sb.length)\n\n        \/\/Append number\n        if(!prevNum) {\n          (currentIndex + 1 until word.length).foreach(i => {\n            sb.append(i - currentIndex)\n            solve(i, requiredLength - 1)\n            sb.delete(endIndex, sb.length)\n          })\n        }\n      }\n    }\n\n    val res = new mutable.ListBuffer[String]()\n    (1 to word.length).foreach(i => {\n      list.clear\n      sb.clear\n      solve(0, i)\n      res ++= list\n    })\n    if(word == \"\") res += \"\"\n    res.toList\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L408.scala","text":"package com.vc.easy\n\nobject L408 {\n  def validWordAbbreviation(word: String, abbr: String): Boolean = {\n    var i = 0\n    var j = 0\n    val n = word.length\n    val m = abbr.length\n    while(i < n && j < m) {\n      if(!Character.isDigit(abbr(j))) {\n        if(word(i) == abbr(j)) {\n          i += 1\n          j += 1\n        }\n        else return false\n      }\n      else {\n        var num = 0\n        while(j < m && abbr(j) >= '0' && abbr(j) <= '9') {\n          if(abbr(j) == '0' && num == 0) num += 1   \/\/To avoid matching 01 with a\n          num = num * 10 + abbr(j) - '0'\n          j += 1\n        }\n        i += num\n      }\n    }\n    !(i < n || j < m || i > n)\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L754.scala","text":"<gh_stars>1-10\npackage com.vc.easy\n\nobject L754 {\n  \/\/if different between target and sum until now is even\n  \/\/We can flip the sign of one the previous number to make it equal to difference\n  \/\/For e.g. target = 5\n  \/\/1 2 3 4 5 = Sum will be 15 difference is 10 we can flip the sign of 5 to make sum 5\n  \/\/1 + 2 + 3 + 4 - 5 = 5\n  def reachNumber(target: Int): Int = {\n    var start = 0\n    val tPositive = Math.abs(target)\n    var steps = 0\n    while(start < tPositive || (start - tPositive) % 2 != 0) {\n      steps += 1\n      start += steps\n    }\n    steps\n  }\n}\n"}
{"repo_name":"vchoudhari45\/codingcargo","path":"src\/main\/java\/com\/vc\/easy\/L482.scala","text":"package com.vc.easy\n\nobject L482 {\n  def licenseKeyFormatting(S: String, K: Int): String = {\n    val n = S.length\n    import scala.collection.mutable\n    val str = new mutable.StringBuilder\n    var i = n - 1\n    while(i >= 0) {\n      if(S(i) != '-') {\n        if(str.length % (K + 1) == K) str.append(\"-\")\n        str.append(S(i).toUpper)\n      }\n      i -= 1\n    }\n    str.reverse.toString\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/IdentifierWithFieldValueTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/values\/IdentifierWithFieldValueTest.scala\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass IdentifierWithFieldValueTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    private var _queryCount = 0\n    def queryCount = _queryCount\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      _queryCount += 1\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"resolveReference\" should {\n    \"column name\" in {\n      val tbl = Table(null,\"TEST_TABLE\",\n        List(Column(\"x\",0,\"INT64\",false),Column(\"y\",1,\"INT64\",false),Column(\"y\",2,\"INT64\",false)),\n        Index(\"PRIMARY_KEY\",List(IndexColumn(\"x\",0,\"INT64\",false,\"ASC\"))),\n        Map.empty[String,Index])\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->tbl)\n      val qc = QueryContext(nat,null)\n\n      val v = IdentifierWithFieldValue(\"TEST_TABLE\",List(\"x\"),qc)\n      v.resolveReference()\n      v.eval.apply().isInstanceOf[TableColumnValue] must_== true\n      v().asInstanceOf[TableColumnValue].text must_== \"TEST_TABLE.x\"\n    }\n    \"subquery field name\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.setSubquery(SubqueryValue(nat,\"SELECT *\",qc))\n      qc.addAlias(ExpressionAlias(\"x\",qc.subquery.get))\n\n      val v = IdentifierWithFieldValue(\"x\",List(\"ONE\"),qc)\n      v.resolveReference()\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"struct field name\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"ONE\",1,true))\n      st.addValue(IntValue(\"TWO\",2,true))\n      st.addValue(IntValue(\"THREE\",3,true))\n      st.addFieldName(\"ONE\",0)\n      st.addFieldName(\"TWO\",1)\n      st.addFieldName(\"THREE\",2)\n\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.addAlias(ExpressionAlias(\"x\",st))\n\n      val v = IdentifierWithFieldValue(\"x\",List(\"ONE\"),qc)\n      v.resolveReference()\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"alias table column name\" in {\n      val tbl = Table(null,\"TEST_TABLE\",\n        List(Column(\"x\",0,\"INT64\",false),Column(\"y\",1,\"INT64\",false),Column(\"y\",2,\"INT64\",false)),\n        Index(\"PRIMARY_KEY\",List(IndexColumn(\"x\",0,\"INT64\",false,\"ASC\"))),\n        Map.empty[String,Index])\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->tbl)\n      val qc = QueryContext(nat,null)\n      qc.addAlias(new TableAlias(\"T\",\"TEST_TABLE\"))\n      val v = IdentifierWithFieldValue(\"T\",List(\"x\"),qc)\n\n      v.resolveReference()\n      v.eval.apply().isInstanceOf[TableColumnValue] must_== true\n      v().asInstanceOf[TableColumnValue].text must_== \"TEST_TABLE.x\"\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/SimpleUpdate.scala","text":"\/**\n  * Bolt\n  * statements\/SimpleUpdate\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.TransactionRunner.TransactionCallable\nimport com.google.cloud.spanner.{Mutation, TransactionContext}\nimport com.sopranoworks.bolt.values.TableColumnValue\nimport com.sopranoworks.bolt.{Bolt, KeyValue, QueryContext, Where}\n\nimport scala.collection.JavaConversions._\n\ncase class SimpleUpdate(nut:Bolt.Nut,qc:QueryContext,tableName:String,keysAndValues:java.util.List[KeyValue],where:Where,hint:String = null) extends Update {\n\n  private def _composeUpdateMutations(tr:TransactionContext,tableName:String,\n                                      keysAndValues:java.util.List[KeyValue],\n                                      where:Where,\n                                      usedColumns:Map[String,TableColumnValue],\n                                      hint:String):List[Mutation] = {\n    val tbl = nut.database.table(tableName).get\n    val cols = usedColumns.values.toList\n\n    if (cols.isEmpty) where.eval()\n\n    if (where.isOptimizedWhere) {\n      val m = Mutation.newUpdateBuilder(tableName)\n      where.setPrimaryKeys(m)\n      keysAndValues.foreach {\n        case KeyValue(k,v) =>\n          v.eval.asValue.setTo(m,k)\n      }\n      List(m.build())\n    } else {\n      val (keys, values) = _getTargetKeysAndValues(tr, tbl, where.whereStmt, cols, hint)\n\n      values.map {\n        row =>\n          keys.zip(row).foreach {\n            case (k, v) =>\n              k.setValue(v)\n          }\n\n          val m = Mutation.newUpdateBuilder(tableName)\n\n          \/\/ set primary key value\n          tbl.primaryKey.columns.foreach(col => keys.find(_.name == col.name).foreach {\n            v =>\n              v.setTo(m, v.name)\n          })\n\n          \/\/\n          keysAndValues.foreach {\n            case KeyValue(k, v) =>\n              v.invalidateEvaluatedValueIfContains(cols)\n              v.eval.asValue.setTo(m, k)\n          }\n          m.build()\n      }\n    }\n  }\n\n  def execute():Unit = {\n    nut.transactionContext match {\n      case Some(tr) =>\n        val usedColumns =\n          keysAndValues.foldLeft(Map.empty[String,TableColumnValue]) {\n            case (col,kv) =>\n              kv.value.resolveReference(col)\n          }\n        nut.addMutations(_composeUpdateMutations(tr,tableName,keysAndValues,where,usedColumns,hint))\n\n      case None =>\n        Option(nut.dbClient).foreach(\n          _ => nut.beginTransaction(_ => execute())\n        )\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/ArrayValue.scala","text":"<reponame>OsamuTakahashi\/bolt\n\/**\n  * Bolt\n  * ArrayValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.spanner.{Mutation, Type}\n\nimport scala.collection.JavaConversions._\n\n\/**\n  *\n  * @param values\n  * @param evaluated\n  * @param arrayType\n  *\/\ncase class ArrayValue(var values:java.util.List[Value],var evaluated:Boolean = false,var arrayType:Type = null) extends Value with LiteralValue {\n  private var _evaluated = List.empty[Value]\n  private var _stayUnresolved = false\n\n  override def stayUnresolved: Boolean = _stayUnresolved\n\n  private def _isValidArray:Boolean = {\n    if (_evaluated.isEmpty) {\n      true\n    } else {\n      val t = if (arrayType != null) arrayType else _evaluated(0).spannerType\n      if (t != null) {\n        arrayType = t\n        _evaluated.forall(_.spannerType == t)\n      } else {\n        false\n      }\n    }\n  }\n\n  override def eval: Value = {\n    if (!evaluated || values.length != _evaluated.length) {\n      _stayUnresolved = values.foldLeft(false) {\n        case (f,v) =>\n          f || v.eval.stayUnresolved\n      }\n      if (_stayUnresolved)\n        return this\n\n      _evaluated = values.toList.map(_.asValue).filter(_ != NullValue)\n      if (!_isValidArray)\n        throw new RuntimeException(\"\")\n      evaluated = true\n    }\n    this\n  }\n\n  override def invalidateEvaluatedValueIfContains(values: List[Value]): Boolean = {\n    if (values.foldLeft(false) {\n      case (f,v) => f || v.invalidateEvaluatedValueIfContains(values)\n    }) {\n      evaluated = false\n      _evaluated = List.empty[Value]\n      true\n    } else false\n  }\n\n  override def resolveReference(columns: Map[String, TableColumnValue]): Map[String, TableColumnValue] = {\n    values.foldLeft(columns) {\n      case (c,v) =>\n        v.resolveReference(c)\n    }\n  }\n\n  override def text:String = values.map(_.text).mkString(\"[\",\",\",\"]\")\n  override def spannerType: Type = {\n    eval\n    arrayType\n  }\n\n  override def asArray: ArrayValue = this\n\n  def length:Int = {\n    eval\n    _evaluated.length\n  }\n\n  def offset(v:Value):Value = {\n    val n = v.eval.asValue match {\n      case NullValue =>\n        0\n      case IntValue(_,i,_) =>\n        i.toInt\n      case _ =>\n        throw new RuntimeException(\"Array offset type must be int64\")\n    }\n    getField(n)\n  }\n\n  def ordinal(v:Value):Value = {\n    val n = v.eval.asValue match {\n      case NullValue =>\n        0\n      case IntValue(_,i,_) =>\n        i.toInt - 1\n      case _ =>\n        throw new RuntimeException(\"Array offset type must be int64\")\n    }\n    getField(n)\n  }\n\n  def contains(v:Value):Boolean = {\n    this.eval\n    _evaluated.exists(_.isEqualValue(v))\n  }\n\n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit = {\n    this.eval\n    m.set(key).toStringArray(values.map(_.text))\n  }\n\n  override def getField(fieldIdx:Int):Value = {\n    if (fieldIdx < 0 || values.length <= fieldIdx) throw new ArrayIndexOutOfBoundsException\n    values.get(fieldIdx)\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Alias.scala","text":"\/**\n  * Bolt\n  * Aliases\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.sopranoworks.bolt.values._\n\ntrait Alias {\n  def name:String\n  def getField(name:String):Option[Alias] = None\n}\n\ncase class TableAlias(name:String,tableName:String) extends Alias\n\/\/case class QueryContextAlias(name:String,context:QueryContext) extends Alias\n\/\/case class StructAlias(name:String,struct:StructValue) extends Alias\ncase class QueryResultAlias(name:String,index:Int,context:QueryContext) extends Alias\ncase class ExpressionAlias(name:String,value:Value) extends Alias\n\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/TableValue.scala","text":"\/**\n  * Bolt\n  * TableValue\n  * TableColumnValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt.QueryContext\n\n\/**\n  *\n  *\/\ncase class TableValue(name:String,qc:QueryContext) extends Value {\n  override def text: String = name\n\n  override def getField(fieldName: String): Value =\n    (for {\n      tbl<-qc.nut.database.table(name)\n      col<-tbl.columns.find(_.name == fieldName)\n    } yield {\n      TableColumnValue(fieldName,name,col.position)\n    }).getOrElse(throw new RuntimeException(s\"Table $name does not have a field named '$fieldName'\"))\n}\n\n\n\/**\n  *\n  * @note This value will be only made from IdentifierValud's resolveReference method.\n  *\/\ncase class TableColumnValue(name:String,tableName:String,index:Int) extends WrappedValue {\n  def setValue(v:Value):Unit = _ref = Some(v)\n\n  override def text: String = s\"$tableName.$name\"\n  override def eval: Value =\n    _ref match {\n      case Some(v) => v.eval\n      case None =>\n        this\n    }\n\n  override def resolveReference(columns: Map[String,TableColumnValue] = Map.empty[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    val key = s\"$tableName.$name\"\n    if (!columns.contains(key)) columns + (key->this) else columns\n  }\n  \n  override def invalidateEvaluatedValueIfContains(values: List[Value]): Boolean = {\n    values.contains(this)\n  }\n\n  override def asValue: Value = {\n    this.eval\n      if (_ref.isEmpty && !_stayUnresolved)\n        throw new RuntimeException(s\"Unresolvable table column identifier $name\")\n    _ref.map(_.eval.asValue).getOrElse(this)\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/MiniSqlParserTest.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * MiniSqlParserTest\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport java.io.ByteArrayInputStream\nimport java.util\n\nimport com.google.cloud.spanner.{DatabaseClient, ResultSet}\nimport com.sopranoworks.bolt.Bolt.Nut\nimport com.sopranoworks.bolt.statements._\nimport com.sopranoworks.bolt.values._\nimport org.antlr.v4.runtime.{ANTLRInputStream, BailErrorStrategy, CommonTokenStream}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\n\/**\n  * Created by takahashi on 2017\/07\/17.\n  *\/\nclass MiniSqlParserTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n  \n  class DummyNut(dbClient:DatabaseClient = null) extends Nut(dbClient) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    var queryString = \"\"\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      queryString = sql\n      null\n    }\n\n    override def executeNativeAdminQuery(admin: Admin, sql: String): Unit = {\n      queryString = sql\n    }\n\n    override def execute(stmt: NoResult): Unit = {\n      stmt match {\n        case SimpleInsert(_,_,_,_,values) =>\n          queryString = values.map(_.text).mkString(\",\")\n        case InsertSelect(_,_,_,_,subquery) =>\n          queryString = subquery.text\n        case SimpleUpdate(_,_,_,keysAndValues,_,_) =>\n          queryString = keysAndValues.get(0).value.eval.asValue.text\n        case Delete(_,_,_,w,_) =>\n          queryString = w.whereStmt\n      }\n    }\n  }\n\n  private def _createParser(sql:String) = {\n    val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n    val input = new ANTLRInputStream(source)\n    val lexer = new MiniSqlLexer(input)\n    val tokenStream = new CommonTokenStream(lexer)\n    val parser = new MiniSqlParser(tokenStream)\n    val nut = new DummyNut()\n    parser.setErrorHandler(new BailErrorStrategy())\n    parser.nut = nut\n    (parser,nut)\n  }\n\n  \"SELECT\" should {\n    \"SELECT * FROM (SELECT \\\"apple\\\" AS fruit, \\\"carrot\\\" AS vegetable)\" in {\n      val sql = \"SELECT * FROM (SELECT \\\"apple\\\" AS fruit, \\\"carrot\\\" AS vegetable)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT STRUCT(1, 2) FROM Users\" in {\n      val sql = \"SELECT STRUCT(1, 2) FROM Users\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT ARRAY(SELECT STRUCT(1, 2)) FROM Users\" in {\n      val sql = \"SELECT ARRAY(SELECT STRUCT(1, 2)) FROM Users\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster\" in {\n      val sql = \"SELECT * FROM Roster\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM db.Roster\" in {\n      val sql = \"SELECT * FROM db.Roster\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT s.SingerId, s.FirstName, s.LastName, s.SingerInfo\\nFROM Singers@{FORCE_INDEX=SingersByFirstLastName} AS s\\nWHERE s.FirstName = \\\"Catalina\\\" AND s.LastName > \\\"M\\\"\" in {\n      val sql = \"SELECT s.SingerId, s.FirstName, s.LastName, s.SingerInfo FROM Singers@{FORCE_INDEX=SingersByFirstLastName} AS s WHERE s.FirstName = \\\"Catalina\\\" AND s.LastName > \\\"M\\\"\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT s.SingerId, s.FirstName, s.LastName, s.SingerInfo, c.ConcertDate\\nFROM Singers@{FORCE_INDEX=SingersByFirstLastName} AS s JOIN\\n     Concerts@{FORCE_INDEX=ConcertsBySingerId} AS c ON s.SingerId = c.SingerId\\nWHERE s.FirstName = \\\"Catalina\\\" AND s.LastName > \\\"M\\\"\" in {\n      val sql = \"SELECT s.SingerId, s.FirstName, s.LastName, s.SingerInfo, c.ConcertDate FROM Singers@{FORCE_INDEX=SingersByFirstLastName} AS s JOIN Concerts@{FORCE_INDEX=ConcertsBySingerId} AS c ON s.SingerId = c.SingerId WHERE s.FirstName = \\\"Catalina\\\" AND s.LastName > \\\"M\\\"\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM T1 t1, t1.array_column\" in {\n      val sql = \"SELECT * FROM T1 t1, t1.array_column\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM T1 t1, t1.struct_column.array_field\" in {\n      val sql = \"SELECT * FROM T1 t1, t1.struct_column.array_field\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT (SELECT ARRAY_AGG(c) FROM t1.array_column c) FROM T1 t1\" in {\n      val sql = \"SELECT (SELECT ARRAY_AGG(c) FROM t1.array_column c) FROM T1 t1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT a.struct_field1 FROM T1 t1, t1.array_of_structs a\" in {\n      val sql = \"SELECT a.struct_field1 FROM T1 t1, t1.array_of_structs a\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT (SELECT STRING_AGG(a.struct_field1) FROM t1.array_of_structs a) FROM T1 t1\" in {\n      val sql = \"SELECT (SELECT STRING_AGG(a.struct_field1) FROM t1.array_of_structs a) FROM T1 t1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM UNNEST ([1, 2, 3])\" in {\n      val sql = \"SELECT * FROM UNNEST ([1, 2, 3])\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT x\\nFROM mytable AS t,\\n  t.struct_typed_column.array_typed_field1 AS x\" in {\n      val sql = \"SELECT x FROM mytable AS t, t.struct_typed_column.array_typed_field1 AS x\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM UNNEST ( ) WITH OFFSET AS num\" in {\n      val sql = \"SELECT * FROM UNNEST ( ) WITH OFFSET AS num\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT AVG ( PointsScored )\\nFROM\\n( SELECT PointsScored\\n  FROM Stats\\n  WHERE SchoolID = 77 )\" in {\n      val sql = \"SELECT AVG ( PointsScored ) FROM ( SELECT PointsScored FROM Stats WHERE SchoolID = 77 )\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT r.LastName\\nFROM\\n( SELECT * FROM Roster) AS r\" in {\n      val sql = \"SELECT r.LastName FROM ( SELECT * FROM Roster) AS r\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT r.LastName, r.SchoolId,\\n       ARRAY(SELECT AS STRUCT p.OpponentID, p.PointsScored\\n             FROM PlayerStats AS p\\n             WHERE p.LastName = r.LastName) AS PlayerStats\\nFROM Roster AS r\" in {\n      val sql = \"SELECT r.LastName, r.SchoolId, ARRAY(SELECT AS STRUCT p.OpponentID, p.PointsScored FROM PlayerStats AS p WHERE p.LastName = r.LastName) AS PlayerStats FROM Roster AS r\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster, TeamMascot\" in {\n      val sql = \"SELECT * FROM Roster, TeamMascot\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster CROSS JOIN TeamMascot\" in {\n      val sql = \"SELECT * FROM Roster CROSS JOIN TeamMascot\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster INNER JOIN PlayerStats\\nON Roster.LastName = PlayerStats.LastName\" in {\n      val sql = \"SELECT * FROM Roster INNER JOIN PlayerStats ON Roster.LastName = PlayerStats.LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT FirstName\\nFROM Roster INNER JOIN PlayerStats\\nUSING (LastName)\" in {\n      val sql = \"SELECT FirstName FROM Roster INNER JOIN PlayerStats USING (LastName)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT FirstName\\nFROM Roster INNER JOIN PlayerStats\\nON Roster.LastName = PlayerStats.LastName\" in {\n      val sql = \"SELECT FirstName FROM Roster INNER JOIN PlayerStats ON Roster.LastName = PlayerStats.LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster INNER JOIN PlayerStats\\nUSING (LastName)\" in {\n      val sql = \"SELECT * FROM Roster INNER JOIN PlayerStats USING (LastName)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster INNER JOIN PlayerStats\\nON Roster.LastName = PlayerStats.LastName\" in {\n      val sql = \"SELECT * FROM Roster INNER JOIN PlayerStats ON Roster.LastName = PlayerStats.LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM a LEFT JOIN b ON TRUE LEFT JOIN c ON TRUE\" in {\n      val sql = \"SELECT * FROM a LEFT JOIN b ON TRUE LEFT JOIN c ON TRUE\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster FULL JOIN TeamMascot USING (SchoolID)\\nFULL JOIN PlayerStats USING (LastName)\" in {\n      val sql = \"SELECT * FROM Roster FULL JOIN TeamMascot USING (SchoolID) FULL JOIN PlayerStats USING (LastName)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM ( (Roster FULL JOIN TeamMascot USING (SchoolID))\\nFULL JOIN PlayerStats USING (LastName))\" in {\n      val sql = \"SELECT * FROM ( (Roster FULL JOIN TeamMascot USING (SchoolID)) FULL JOIN PlayerStats USING (LastName))\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM (Roster FULL JOIN (TeamMascot FULL JOIN PlayerStats USING\\n(LastName)) USING (SchoolID))\" in {\n      val sql = \"SELECT * FROM (Roster FULL JOIN (TeamMascot FULL JOIN PlayerStats USING (LastName)) USING (SchoolID))\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM a JOIN b ON TRUE, b JOIN c ON TRUE\" in {\n      val sql = \"SELECT * FROM a JOIN b ON TRUE, b JOIN c ON TRUE\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM ((a JOIN b ON TRUE) CROSS JOIN b) JOIN c ON TRUE\" in {\n      val sql = \"SELECT * FROM ((a JOIN b ON TRUE) CROSS JOIN b) JOIN c ON TRUE\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster\\nWHERE SchoolID = 52\" in {\n      val sql = \"SELECT * FROM Roster WHERE SchoolID = 52\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster\\nWHERE STARTS_WITH(LastName, \\\"Mc\\\") OR STARTS_WITH(LastName, \\\"Mac\\\")\" in {\n      val sql = \"SELECT * FROM Roster WHERE STARTS_WITH(LastName, \\\"Mc\\\") OR STARTS_WITH(LastName, \\\"Mac\\\")\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster INNER JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster INNER JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster CROSS JOIN TeamMascot\\nWHERE Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster CROSS JOIN TeamMascot WHERE Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName\\nFROM PlayerStats\\nGROUP BY LastName\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName FROM PlayerStats GROUP BY LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName, FirstName\\nFROM PlayerStats\\nGROUP BY LastName, FirstName\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName, FirstName FROM PlayerStats GROUP BY LastName, FirstName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName, FirstName\\nFROM PlayerStats\\nGROUP BY 2, FirstName\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName, FirstName FROM PlayerStats GROUP BY 2, FirstName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName as last_name\\nFROM PlayerStats\\nGROUP BY last_name\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName as last_name FROM PlayerStats GROUP BY last_name\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName\\nFROM Roster\\nGROUP BY LastName\\nHAVING SUM(PointsScored) > 15\" in {\n      val sql = \"SELECT LastName FROM Roster GROUP BY LastName HAVING SUM(PointsScored) > 15\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, SUM(PointsScored) AS ps\\nFROM Roster\\nGROUP BY LastName\\nHAVING ps > 0\" in {\n      val sql = \"SELECT LastName, SUM(PointsScored) AS ps FROM Roster GROUP BY LastName HAVING ps > 0\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, SUM(PointsScored) AS total\\nFROM PlayerStats\\nGROUP BY LastName\\nHAVING total > 15\" in {\n      val sql = \"SELECT LastName, SUM(PointsScored) AS total FROM PlayerStats GROUP BY LastName HAVING total > 15\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName\\nFROM PlayerStats\\nGROUP BY LastName\\nHAVING SUM(PointsScored) > 15\" in {\n      val sql = \"SELECT LastName FROM PlayerStats GROUP BY LastName HAVING SUM(PointsScored) > 15\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, COUNT(*)\\nFROM PlayerStats\\nGROUP BY LastName\\nHAVING SUM(PointsScored) > 15\" in {\n      val sql = \"SELECT LastName, COUNT(*) FROM PlayerStats GROUP BY LastName HAVING SUM(PointsScored) > 15\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, PointsScored, OpponentID\\nFROM PlayerStats\\nORDER BY SchoolID, LastName\" in {\n      val sql = \"SELECT LastName, PointsScored, OpponentID FROM PlayerStats ORDER BY SchoolID, LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster\\nUNION ALL\\nSELECT * FROM TeamMascot\\nORDER BY SchoolID\" in {\n      val sql = \"SELECT * FROM Roster UNION ALL SELECT * FROM TeamMascot ORDER BY SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"( SELECT * FROM Roster\\n  UNION ALL\\n  SELECT * FROM TeamMascot )\\nORDER BY SchoolID\" in {\n      val sql = \"( SELECT * FROM Roster UNION ALL SELECT * FROM TeamMascot ) ORDER BY SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster\\nUNION ALL\\n( SELECT * FROM TeamMascot\\n  ORDER BY SchoolID )\" in {\n      val sql = \"SELECT * FROM Roster UNION ALL ( SELECT * FROM TeamMascot ORDER BY SchoolID )\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName\\nFROM PlayerStats\\nORDER BY LastName\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName FROM PlayerStats ORDER BY LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SUM(PointsScored), LastName\\nFROM PlayerStats\\nORDER BY 2\" in {\n      val sql = \"SELECT SUM(PointsScored), LastName FROM PlayerStats ORDER BY 2\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT s.FirstName, s2.SongName\\nFROM Singers AS s, (SELECT * FROM Songs) AS s2\" in {\n      val sql = \"SELECT s.FirstName, s2.SongName FROM Singers AS s, (SELECT * FROM Songs) AS s2\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT s.FirstName AS name, LOWER(s.FirstName) AS lname\\nFROM Singers s\" in {\n      val sql = \"SELECT s.FirstName AS name, LOWER(s.FirstName) AS lname FROM Singers s\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT FirstName\\nFROM Singers AS s, s.Concerts\" in {\n      val sql = \"SELECT FirstName FROM Singers AS s, s.Concerts\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT FirstName, s.ReleaseDate\\nFROM Singers s WHERE ReleaseDate = 1975\" in {\n      val sql = \"SELECT FirstName, s.ReleaseDate FROM Singers s WHERE ReleaseDate = 1975\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Singers as s, Songs as s2\\nORDER BY s.LastName\" in {\n      val sql = \"SELECT * FROM Singers as s, Songs as s2 ORDER BY s.LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName AS last, SingerID\\nFROM Singers\\nORDER BY last\" in {\n      val sql = \"SELECT LastName AS last, SingerID FROM Singers ORDER BY last\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SingerID AS sid, COUNT(Songid) AS s2id\\nFROM Songs\\nGROUP BY 1\\nORDER BY 2 DESC\" in {\n      val sql = \"SELECT SingerID AS sid, COUNT(Songid) AS s2id FROM Songs GROUP BY 1 ORDER BY 2 DESC\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SingerID AS sid, COUNT(Songid) AS s2id\\nFROM Songs\\nGROUP BY sid\\nORDER BY s2id DESC\" in {\n      val sql = \"SELECT SingerID AS sid, COUNT(Songid) AS s2id FROM Songs GROUP BY sid ORDER BY s2id DESC\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT SingerID FROM Singers, Songs\" in {\n      val sql = \"SELECT SingerID FROM Singers, Songs\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT FirstName AS name, LastName AS name,\\nFROM Singers\\nGROUP BY name\" in {\n      val sql = \"SELECT FirstName AS name, LastName AS name FROM Singers GROUP BY name\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql() must throwA[RuntimeException] \/\/ duplicate alias\n    }\n    \"SELECT UPPER(LastName) AS LastName\\nFROM Singers\\nGROUP BY LastName\" in {\n      val sql = \"SELECT UPPER(LastName) AS LastName FROM Singers GROUP BY LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT x, z AS T\\nFROM some_table T\\nGROUP BY T.x\" in {\n      \/\/ NOTICE: This test will occur error only after resolving references\n      val sql = \"SELECT x, z AS T FROM some_table T GROUP BY T.x\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, BirthYear AS BirthYear\\nFROM Singers\\nGROUP BY BirthYear\" in {\n      val sql = \"SELECT LastName, BirthYear AS BirthYear FROM Singers GROUP BY BirthYear\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster CROSS JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster CROSS JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster FULL JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster FULL JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster LEFT JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster LEFT JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT * FROM Roster RIGHT JOIN TeamMascot\\nON Roster.SchoolID = TeamMascot.SchoolID\" in {\n      val sql = \"SELECT * FROM Roster RIGHT JOIN TeamMascot ON Roster.SchoolID = TeamMascot.SchoolID\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT LastName, SUM(PointsScored)\\nFROM PlayerStats\\nGROUP BY LastName\" in {\n      val sql = \"SELECT LastName, SUM(PointsScored) FROM PlayerStats GROUP BY LastName\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT Mascot AS X, SchoolID AS Y\\nFROM TeamMascot\\nUNION ALL\\nSELECT LastName, PointsScored\\nFROM PlayerStats\" in {\n      val sql = \"SELECT Mascot AS X, SchoolID AS Y FROM TeamMascot UNION ALL SELECT LastName, PointsScored FROM PlayerStats\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \/\/ Array\n    \"SELECT [1, 2, 3] as numbers\" in {\n      val sql = \"SELECT [1, 2, 3] as numbers\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT [\\\"apple\\\", \\\"pear\\\", \\\"orange\\\"] as fruit\" in {\n      val sql = \"SELECT [\\\"apple\\\", \\\"pear\\\", \\\"orange\\\"] as fruit\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT [true, false, true] as booleans\" in {\n      val sql = \"SELECT [true, false, true] as booleans\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT [a, b, c]\\nFROM\\n  (SELECT 5 AS a,\\n          37 AS b,\\n          406 AS c)\" in {\n      val sql = \"SELECT [a, b, c] FROM (SELECT 5 AS a, 37 AS b, 406 AS c)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT [a, b, c]\\nFROM\\n  (SELECT CAST(5 AS INT64) AS a,\\n          CAST(37 AS FLOAT64) AS b,\\n          406 AS c)\" in {\n      val sql = \"SELECT [a, b, c] FROM (SELECT CAST(5 AS INT64) AS a, CAST(37 AS FLOAT64) AS b, 406 AS c)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT ARRAY<FLOAT64>[1, 2, 3] as floats\" in {\n      val sql = \"SELECT ARRAY<FLOAT64>[1, 2, 3] as floats\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT [1, 2, 3] as numbers\" in {\n      val sql = \"SELECT [1, 2, 3] as numbers\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT some_numbers,\\n       some_numbers[OFFSET(1)] AS offset_1,\\n       some_numbers[ORDINAL(1)] AS ordinal_1\\nFROM sequences\" in {\n      val sql = \"SELECT some_numbers, some_numbers[OFFSET(1)] AS offset_1, some_numbers[ORDINAL(1)] AS ordinal_1 FROM sequences\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT some_numbers,\\n       ARRAY_LENGTH(some_numbers) AS len\\nFROM sequences\" in {\n      val sql = \"SELECT some_numbers, ARRAY_LENGTH(some_numbers) AS len FROM sequences\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT race,\\n       participant.name,\\n       participant.splits\\nFROM\\n  (SELECT \\\"800M\\\" AS race,\\n    [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits),\\n     STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits),\\n     STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits),\\n     STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits),\\n     STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits),\\n     STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits),\\n     STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits),\\n     STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)]\\n     AS participants\\n  ) AS r\\nCROSS JOIN UNNEST(r.participants) AS participant\" in {\n      val sql = \"SELECT race, participant.name, participant.splits FROM (SELECT \\\"800M\\\" AS race, [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits), STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits), STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits), STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits), STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits), STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits), STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits), STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)] AS participants) AS r CROSS JOIN UNNEST(r.participants) AS participant\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT race,\\n       (SELECT name\\n        FROM UNNEST(participants)\\n        ORDER BY (\\n          SELECT SUM(duration)\\n          FROM UNNEST(splits) AS duration) ASC\\n          LIMIT 1) AS fastest_racer\\nFROM\\n  (SELECT \\\"800M\\\" AS race,\\n    [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits),\\n     STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits),\\n     STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits),\\n     STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits),\\n     STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits),\\n     STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits),\\n     STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits),\\n     STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)]\\n     AS participants\\n  ) AS r\" in {\n      val sql = \"SELECT race, (SELECT name FROM UNNEST(participants) ORDER BY ( SELECT SUM(duration) FROM UNNEST(splits) AS duration) ASC LIMIT 1) AS fastest_racer FROM (SELECT \\\"800M\\\" AS race, [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits), STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits), STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits), STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits), STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits), STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits), STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits), STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)] AS participants) AS r\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT race,\\n       (SELECT name\\n        FROM UNNEST(participants),\\n          UNNEST(splits) AS duration\\n        ORDER BY duration ASC LIMIT 1) AS runner_with_fastest_lap\\nFROM\\n  (SELECT \\\"800M\\\" AS race,\\n    [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits),\\n     STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits),\\n     STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits),\\n     STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits),\\n     STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits),\\n     STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits),\\n     STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits),\\n     STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)]\\n     AS participants\\n  ) AS r\" in {\n      val sql = \"SELECT race, (SELECT name FROM UNNEST(participants), UNNEST(splits) AS duration ORDER BY duration ASC LIMIT 1) AS runner_with_fastest_lap FROM (SELECT \\\"800M\\\" AS race, [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits), STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits), STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits), STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits), STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits), STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits), STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits), STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)] AS participants) AS r\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT race,\\n       (SELECT name\\n        FROM UNNEST(participants)\\n        CROSS JOIN UNNEST(splits) AS duration\\n        ORDER BY duration ASC LIMIT 1) AS runner_with_fastest_lap\\nFROM\\n  (SELECT \\\"800M\\\" AS race,\\n    [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits),\\n     STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits),\\n     STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits),\\n     STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits),\\n     STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits),\\n     STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits),\\n     STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits),\\n     STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)]\\n     AS participants\\n  ) AS r\" in {\n      val sql = \"SELECT race, (SELECT name FROM UNNEST(participants) CROSS JOIN UNNEST(splits) AS duration ORDER BY duration ASC LIMIT 1) AS runner_with_fastest_lap FROM (SELECT \\\"800M\\\" AS race, [STRUCT(\\\"Rudisha\\\" as name, [23.4, 26.3, 26.4, 26.1] AS splits), STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits), STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits), STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits), STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits), STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits), STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits), STRUCT(\\\"Berian\\\" AS name, [23.7, 26.1, 27.0, 29.3] as splits)] AS participants) AS r\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n  name, sum(duration) as duration\\nFROM\\n  (SELECT \\\"800M\\\" AS race,\\n    [STRUCT(\\\"Rudisha\\\" AS name, [23.4, 26.3, 26.4, 26.1] AS splits),\\n     STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits),\\n     STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits),\\n     STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits),\\n     STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits),\\n     STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits),\\n     STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits),\\n     STRUCT(\\\"Nathan\\\" as name, ARRAY<FLOAT64>[] as splits),\\n     STRUCT(\\\"David\\\" as name, NULL as splits)]\\n     AS participants) AS races,\\n  races.participants LEFT JOIN participants.splits duration\\nGROUP BY name\" in {\n      val sql = \"SELECT name, sum(duration) as duration FROM (SELECT \\\"800M\\\" AS race, [STRUCT(\\\"Rudisha\\\" AS name, [23.4, 26.3, 26.4, 26.1] AS splits), STRUCT(\\\"Makhloufi\\\" AS name, [24.5, 25.4, 26.6, 26.1] AS splits), STRUCT(\\\"Murphy\\\" AS name, [23.9, 26.0, 27.0, 26.0] AS splits), STRUCT(\\\"Bosse\\\" AS name, [23.6, 26.2, 26.5, 27.1] AS splits), STRUCT(\\\"Rotich\\\" AS name, [24.7, 25.6, 26.9, 26.4] AS splits), STRUCT(\\\"Lewandowski\\\" AS name, [25.0, 25.7, 26.3, 27.2] AS splits), STRUCT(\\\"Kipketer\\\" AS name, [23.2, 26.1, 27.3, 29.4] AS splits), STRUCT(\\\"Nathan\\\" as name, ARRAY<FLOAT64>[] as splits), STRUCT(\\\"David\\\" as name, NULL as splits)] AS participants) AS races, races.participants LEFT JOIN participants.splits duration GROUP BY name\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT some_numbers,\\n  ARRAY(SELECT x * 2\\n        FROM UNNEST(some_numbers) AS x) AS doubled\\nFROM sequences\" in {\n      val sql = \"SELECT some_numbers, ARRAY(SELECT x * 2 FROM UNNEST(some_numbers) AS x) AS doubled FROM sequences\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n  ARRAY(SELECT x * 2\\n        FROM UNNEST(some_numbers) AS x\\n        WHERE x < 5) AS doubled_less_than_five\\nFROM sequences\" in {\n      val sql = \"SELECT ARRAY(SELECT x * 2 FROM UNNEST(some_numbers) AS x WHERE x < 5) AS doubled_less_than_five FROM sequences\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT ARRAY(SELECT DISTINCT x\\n             FROM UNNEST(some_numbers) AS x) AS unique_numbers\\nFROM sequences\\nWHERE id = 1\" in {\n      val sql = \"SELECT ARRAY(SELECT DISTINCT x FROM UNNEST(some_numbers) AS x) AS unique_numbers FROM sequences WHERE id = 1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n   ARRAY(SELECT x\\n         FROM UNNEST(some_numbers) AS x\\n         WHERE 2 IN UNNEST(some_numbers)) AS contains_two\\nFROM sequences\" in {\n      val sql = \"SELECT ARRAY(SELECT x FROM UNNEST(some_numbers) AS x WHERE 2 IN UNNEST(some_numbers)) AS contains_two FROM sequences\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT ARRAY_AGG(fruit) AS fruit_basket\\nFROM fruits\" in {\n      val sql = \"SELECT ARRAY_AGG(fruit) AS fruit_basket FROM fruits\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT some_numbers,\\n  (SELECT SUM(x)\\n   FROM UNNEST(s.some_numbers) x) AS sums\\nFROM sequences s\" in {\n      val sql = \"SELECT some_numbers, (SELECT SUM(x) FROM UNNEST(s.some_numbers) x) AS sums FROM sequences s\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT ARRAY(\\n  SELECT STRUCT(point)\\n  FROM points)\\n  AS coordinates\" in {\n      val sql = \"SELECT ARRAY( SELECT STRUCT(point) FROM points) AS coordinates\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \/\/ Information schema\n    \"SELECT\\n  t.table_name\\nFROM\\n  information_schema.tables AS t\\nWHERE\\n  t.table_catalog = '' and t.table_schema = ''\" in {\n      val sql = \"SELECT t.table_name FROM information_schema.tables AS t WHERE t.table_catalog = '' and t.table_schema = ''\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n  t.table_name,\\n  t.parent_table_name\\nFROM\\n  information_schema.tables AS t\\nWHERE\\n  t.table_catalog = ''\\n  AND\\n  t.table_schema = ''\\nORDER BY\\n  t.table_catalog,\\n  t.table_schema,\\n  t.table_name\" in {\n      val sql = \"SELECT t.table_name, t.parent_table_name FROM information_schema.tables AS t WHERE t.table_catalog = '' AND t.table_schema = '' ORDER BY t.table_catalog, t.table_schema, t.table_name\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n  t.column_name,\\n  t.spanner_type,\\n  t.is_nullable\\nFROM\\n  information_schema.columns AS t\\nWHERE\\n  t.table_catalog = ''\\n  AND\\n  t.table_schema = ''\\n  AND\\n  t.table_name = 'MyTable'\\nORDER BY\\n  t.table_catalog,\\n  t.table_schema,\\n  t.table_name,\\n  t.ordinal_position\" in {\n      val sql = \"SELECT t.column_name, t.spanner_type, t.is_nullable FROM information_schema.columns AS t WHERE t.table_catalog = '' AND t.table_schema = '' AND t.table_name = 'MyTable' ORDER BY t.table_catalog, t.table_schema, t.table_name, t.ordinal_position\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT\\n  t.table_name,\\n  t.index_name,\\n  t.parent_table_name\\nFROM\\n  information_schema.indexes AS t\\nWHERE\\n  t.table_catalog = ''\\n  AND\\n  t.table_schema = ''\\n  AND\\n  t.index_type != 'PRIMARY_KEY'\\nORDER BY\\n  t.table_catalog,\\n  t.table_schema,\\n  t.table_name,\\n  t.index_name\" in {\n      val sql = \"SELECT t.table_name, t.index_name, t.parent_table_name FROM information_schema.indexes AS t WHERE t.table_catalog = '' AND t.table_schema = '' AND t.index_type != 'PRIMARY_KEY' ORDER BY t.table_catalog, t.table_schema, t.table_name, t.index_name\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \/\/\n    \"SELECT 1+1\" in {\n      val sql = \"SELECT 1+1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT 1+-1\" in {\n      val sql = \"SELECT 1+-1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT 1++1\" in {\n      val sql = \"SELECT 1++1\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT COLUMN_NAME FROM INFORMATION_SCHEMA.INDEX_COLUMNS WHERE TABLE_NAME='ACCOUNT_TABLE' AND INDEX_NAME='DEVICE_ID_INDEX' AND COLUMN_ORDERING IS NULL\" in {\n      val sql = \"SELECT COLUMN_NAME FROM INFORMATION_SCHEMA.INDEX_COLUMNS WHERE TABLE_NAME='ACCOUNT_TABLE' AND INDEX_NAME='DEVICE_ID_INDEX' AND COLUMN_ORDERING IS NULL\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT (SELECT * FROM UNNEST([0,2,3])) AS x\" in {\n      val sql = \"SELECT (SELECT * FROM UNNEST([0,2,3])) AS x\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT MAX(x) AS max FROM UNNEST([8, NULL, 37, 4, NULL, 55]) AS x\" in {\n      val sql = \"SELECT MAX(x) AS max FROM UNNEST([8, NULL, 37, 4, NULL, 55]) AS x\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n    \"SELECT item_id, SUM(CAST (price AS FLOAT64)), item_type FROM item_table WHERE item_sub_id IS NOT NULL AND (item_count > 0 OR back_order IS NOT NULL) AND item_id IN (101,102,103,104) GROUP BY item_id, item_type\" in {\n      val sql = \"SELECT item_id, SUM(CAST (price AS FLOAT64)), item_type FROM item_table WHERE item_sub_id IS NOT NULL AND (item_count > 0 OR back_order IS NOT NULL) AND item_id IN (101,102,103,104)\"\/\/ GROUP BY item_id, item_type\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n  }\n  \"INSERT\" should {\n    \"INSERT INTO test_tbl VALUES(3, IF( (select count from test_tbl where id=2) > 0, 1, 0))\" in {\n      val sql = \"insert into test_tbl values(3, IF( (select count from test_tbl where id=2) > 0, 1, 0))\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql()\n      println(nut.queryString)\n      nut.queryString must_== \"3,IF((select count from test_tbl where id=2 > 0),1,0)\"\n    }\n    \"INSERT INTO TEST_TABLE SELECT x,y FROM UNNEST([0,1,2,3]) AS x, UNNEST(['A','B','C','D']) AS y\" in {\n      val sql = \"SELECT x,y FROM UNNEST([0,1,2,3]) as x, UNNEST(['A','B','C','D']) as y\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n  }\n  \"DELETE\" should {\n    \"DELETE FROM test_tbl WHERE id > 0\" in {\n      val sql = \"DELETE FROM test_tbl WHERE id > 0\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== \"WHERE id > 0\"\n\n    }\n  }\n  \"array_path\" should {\n    \"OFFSET\" in {\n      val sql = \"UPDATE test_tbl SET count=ARRAY<INT64>[0,1,2][OFFSET(0)] WHERE ID=0\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== \"0\"\n    }\n    \"OFFSET out of range\" in {\n      val sql = \"UPDATE test_tbl SET count=ARRAY<INT64>[0,1,2][OFFSET(3)] WHERE ID=0\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql() must throwA[RuntimeException]\n    }\n    \"ORDINAL\" in {\n      val sql = \"UPDATE test_tbl SET count=ARRAY<INT64>[0,1,2][ORDINAL(1)] WHERE ID=0\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== \"0\"\n    }\n    \"ORDINAL out of range\" in {\n      val sql = \"UPDATE test_tbl SET count=ARRAY<INT64>[0,1,2][ORDINAL(0)] WHERE ID=0\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql() must throwA[RuntimeException]\n    }\n  }\n  \"escaped string\" should {\n    \"normally success\" in {\n      val sql = \"INSERT INTO TEST_TABLE VALUES(\\\"\\\\\\\"[\\\\u0085]\\\\n'\\\")\"\n      val (parser,nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== \"\\\"[\\u0085]\\n'\"\n    }\n  }\n  \"create\" should {\n    \"create table with string(MAX)\" in {\n      val sql = \"CREATE TABLE TEST_TABLE ( str STRING(MAX) NOT NULL) PRIMARY KEY (str)\"\n      val (parser, nut) = _createParser(sql)\n      parser.minisql()\n      nut.queryString must_== sql\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/ParserSetter.scala","text":"package com.sopranoworks.bolt\n\nobject ParserSetter {\n  def set(parser:MiniSqlParser,nut:Bolt.Nut,qc:QueryContext):Unit = {\n    parser.nut = nut\n    parser.qc = qc\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/TimestampFunctions.scala","text":"<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/TimestampFunctions.scala<gh_stars>1-10\n\/**\n  * Bolt\n  * TimestampFunctions\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values.functions\n\nimport com.google.cloud.Timestamp\nimport com.google.cloud.spanner.Type\nimport com.sopranoworks.bolt.values._\n\nimport scala.collection.JavaConversions._\n\ntrait TimestampFunctions { _ : FunctionValue =>\n  val timestampFunctions : PartialFunction[String,Option[Value]] = {\n    case \"NOW\" =>\n      if (parameters.nonEmpty)\n        throw new RuntimeException(\"Function NOW takes no parameter\")\n      val ts = Timestamp.now()\n      Some(TimestampValue(ts.toString))\n    case \"TIMESTAMP_ADD\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function DATE_ADD takes 2 parameters\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue.castTo(Type.timestamp()), parameters.get(1).eval.asValue) match {\n          case (tv: TimestampValue, iv: IntervalValue) =>\n            val (nd,ns) = iv match {\n              case IntervalValue(d, \"NANOSECOND\") =>\n                val (dd,nn) = tv.timestamp\n                val nnn = nn + d\n                (dd.plusMillis(nnn \/ 1000000),nnn % 1000000)\n              case IntervalValue(d, \"MICROSECOND\") =>\n                val (dd,nn) = tv.timestamp\n                val nnn = nn + d * 1000\n                (dd.plusMillis(nnn \/ 1000000),nnn % 1000000)\n              case IntervalValue(d, \"MILLISECOND\") =>\n                (tv.datetime.plusMillis(d),tv.nano)\n              case IntervalValue(d, \"SECOND\") =>\n                (tv.datetime.plusSeconds(d),tv.nano)\n              case IntervalValue(d, \"MINUTE\") =>\n                (tv.datetime.plusMinutes(d),tv.nano)\n              case IntervalValue(d, \"HOUR\") =>\n                (tv.datetime.plusHours(d),tv.nano)\n\n              case IntervalValue(d, \"DAY\") =>\n                (tv.datetime.plusDays(d),tv.nano)\n              case IntervalValue(d, \"WEEK\") =>\n                (tv.datetime.plusWeeks(d),tv.nano)\n              case IntervalValue(d, \"MONTH\") =>\n                (tv.datetime.plusMonths(d),tv.nano)\n              case IntervalValue(d, \"QUARTER\") =>\n                (tv.datetime.plusMonths(d * 3),tv.nano)\n              case IntervalValue(d, \"YEAR\") =>\n                (tv.datetime.plusYears(d),tv.nano)\n              case _ =>\n                throw new RuntimeException(s\"Unrecognized date part signature ${iv.unit}\")\n            }\n\n            TimestampValue(null,nd,ns)\n\n          case (_, b) =>\n            throw new RuntimeException(\"The second parameter of TIMESTAMP_ADD must be INTERVAL\")\n        }\n      }\n\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/QueryContext.scala","text":"<reponame>OsamuTakahashi\/bolt\n\/**\n  * Bolt\n  * QueryContext\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.sopranoworks.bolt.Bolt.Nut\nimport com.sopranoworks.bolt.values._\n\ncase class QueryContext(nut:Nut, parent:QueryContext) {\n  private var _aliases = Map.empty[String,Alias]\n  private var _resultAliases = Map.empty[String,QueryResultAlias]\n  private var _currentTableName:Option[String] = None\n  private var _currentTable:Option[Table] = None\n  private var _identifiers = Map.empty[String,IdentifierValue]\n\n  private var _subquery:Option[SubqueryValue] = None\n\n  def addAlias(alias:Alias):Unit = {\n    if (_aliases.contains(alias.name))\n      throw new RuntimeException(s\"Alias '${alias.name}' is duplicated\")\n    _aliases += (alias.name->alias)\n  }\n  def getAlias(name:String):Option[Alias] = _aliases.get(name) \/\/.orElse(Option(parent).flatMap(_.getAlias(name)))\n\n  def addResultAlias(alias:QueryResultAlias):Unit = {\n    if (_resultAliases.contains(alias.name))\n      throw new RuntimeException(s\"Alias '${alias.name}' is duplicated\")\n    _resultAliases += (alias.name->alias)\n  }\n\n  def setCurrentTable(tableName:String):Unit = _currentTableName = Some(tableName)\n  def currentTable:Option[String] = _currentTableName\n\n  def setSubquery(subquery:SubqueryValue):Unit  = {\n    _subquery = Some(subquery)\n    \n  }\n  def subquery = _subquery\n\n  def identifier(name:String):IdentifierValue =\n    _identifiers.getOrElse(name, {\n      val idt = IdentifierValue(name, this)\n      _identifiers += (name -> idt)\n      idt\n    })\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/TimestampParser.scala","text":"\/**\n  * Bolt\n  * TimestampParser\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport org.joda.time.{DateTime, DateTimeZone}\n\nimport scala.util.parsing.combinator._\n\n\/**\n  * The timestamp parser for both spanner type timestamp format and ISO 8601 format\n  *\/\nobject TimestampParser extends RegexParsers {\n  case class Date(y:Int,m:Int,d:Int)\n  case class Time(h:Int,m:Int,s:Int,n:Int,z:Option[ZoneSfx])\n  case class ZoneSfx(h:Int,m:Int)\n\n  def date = \"\"\"\\d{4}\"\"\".r ~ \"-\" ~ \"\"\"\\d{1,2}\"\"\".r ~ \"-\" ~ \"\"\"\\d{1,2}\"\"\".r ^^ { case (y ~ \"-\" ~ m ~ \"-\" ~ d) => Date(y.toInt,m.toInt,d.toInt) }\n  def time = \"\"\"T?\"\"\".r ~ \"\"\"\\d{1,2}\"\"\".r ~  min.? ~ zone_sfx.? ^^ {\n    case (_ ~ h ~ m ~ z) =>\n      m match {\n        case Some(mm) =>\n          Time(h.toInt,mm._1,mm._2._1,mm._2._2,z)\n        case None =>\n          Time(h.toInt,0,0,0,z)\n      }\n  }\n\n  def min = \":\" ~ \"\"\"\\d{1,2}\"\"\".r ~ sec.? ^^ { case (_ ~ m ~ s) => (m.toInt,s.getOrElse((0,0)))}\n  def sec = \":\" ~ \"\"\"\\d{1,2}\"\"\".r ~ nano.? ^^ { case (_ ~ s ~ n ) => (s.toInt,n.getOrElse(0))}\n\n  def nano = \"\"\"(\\.|,)\"\"\".r  ~ \"\"\"\\d{1,9}\"\"\".r ^^ { case (_ ~ n) => (if (n.length < 9) n + \"0\" * (9 - n.length) else n).toInt }\n  def zone_sfx = (\"\"\"(-|\\+)\\d{1,2}\"\"\".r ~ (\":\" ~ \"\"\"\\d{1,2}\"\"\".r).? ^^ {\n    case (h ~ Some(\":\" ~ m)) => ZoneSfx(h.toInt,m.toInt)\n    case (h ~ None) => ZoneSfx(h.toInt,0)\n  } | \"Z\" ^^ { case _ => ZoneSfx(0,0) })\n\n  def zone = \"\"\"[a-zA-Z_]+\/[a-zA-Z_]+\"\"\".r\n\n  def timestamp = date ~ time.? ~ zone.? ^^ {\n    case (d ~ t ~ z) =>\n      val dt = new DateTime()\n      val dz = z match {\n        case Some(zn) =>\n          dt.withZone(DateTimeZone.forID(zn))\n        case None =>\n          dt\n      }\n      val dzz = (t match {\n        case Some(Time(_,_,_,_,Some(zsfx))) =>\n          dt.withZone(DateTimeZone.forOffsetHoursMinutes(zsfx.h,zsfx.m))\n        case _ =>\n          dz\n      }).withDate(d.y,d.m,d.d)\n\n      t match {\n        case Some(tm) =>\n          val dd = dzz.withTime(tm.h,tm.m,tm.s,tm.n \/ 1000000)\n          (dd,tm.n % 1000000)\n        case None =>\n          (dzz,0)\n      }\n  }\n\n  def apply(str:String):(DateTime,Int) = {\n    parseAll(timestamp,str) match {\n      case Success(r,_) =>\n        r\n      case Failure(err,next) =>\n        throw new RuntimeException(s\"Timestamp Parse Error: $err on ${next.pos.line}:${next.pos.column}\")\n      case Error(err,next) =>\n        throw new RuntimeException(s\"Timestamp Parse Error: $err on ${next.pos.line}:${next.pos.column}\")\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"build.sbt","text":"import com.simplytyped.Antlr4Plugin\nimport sbt.Keys._\n\nval projectScalaVersion = \"2.12.9\"\n\nval scalaVersions = Seq(\"2.12.9\")\n\nresolvers in Global += \"Sonatype OSS Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\"\n\n\/\/resolvers in Global += \"scalaz-bintray\" at \"http:\/\/dl.bintray.com\/scalaz\/releases\"\n\nresolvers += \"confluent\" at \"https:\/\/packages.confluent.io\/maven\/\"\n\nval scalaLibrary = Seq(\"org.scala-lang.modules\" %% \"scala-parser-combinators\" % \"1.1.2\")\n\nval spannerClientLibraries = Seq(\n\/\/  \"com.google.cloud\" % \"google-cloud-spanner\" % \"2.0.2\"\n  \"com.google.cloud\" % \"google-cloud-spanner\" % \"6.3.3\"\n)\n\nval scioVersion = \"0.11.1\"\nval beamVersion = \"2.33.0\"\n\ndef scioLibraries = Seq(\n  \"com.spotify\" %% \"scio-core\" % scioVersion,\n  \"com.spotify\" %% \"scio-test\" % scioVersion % \"test\",\n  \"org.apache.beam\" % \"beam-runners-direct-java\" % beamVersion % Test,\n  \"org.apache.beam\" % \"beam-runners-google-cloud-dataflow-java\" % beamVersion,\n  \"org.apache.beam\" % \"beam-sdks-java-io-google-cloud-platform\" % beamVersion\n)\n\nval loggingLibraries = Seq(\n  \"ch.qos.logback\" % \"logback-classic\" % \"1.1.7\"\n)\n\nval scoptLibrary = Seq(\"com.github.scopt\" %% \"scopt\" % \"3.5.0\")\n\nval testLibraries = Seq(\n  \"org.specs2\" %% \"specs2-core\" % \"4.6.0\" % \"test\",\n  \"org.specs2\" %% \"specs2-mock\" % \"4.6.0\" % \"test\",\n  \"com.typesafe\" % \"config\" % \"1.3.1\" % \"test\"\n)\n\nval commonLibraries = Seq(\n  \"joda-time\" % \"joda-time\" % \"2.9.6\",\n  \"org.joda\" % \"joda-convert\" % \"1.8\",\n  \"org.apache.commons\" % \"commons-text\" % \"1.2\"\n)\n\nval jlineLibrary = Seq(\"jline\" % \"jline\" % \"2.14.3\")\n\nThisBuild \/ parallelExecution := false\n\nfork in run := true\n\nval projectVersion = \"0.23.1-SNAPSHOT\"\n\nval noJavaDoc = Seq(\n  publishArtifact in (Compile, packageDoc) := false,\n  publishArtifact in packageDoc := false,\n  publishArtifact in packageSrc := false,\n  sources in (Compile,doc) := Seq.empty\n)\n\nlazy val core = (project in file(\".\"))\n\/\/  .settings(antlr4Settings : _*)\n  .settings(\n    scalaVersion := projectScalaVersion,\n    crossScalaVersions := scalaVersions,\n    name := \"bolt\",\n    organization := \"com.sopranoworks\",\n    version := projectVersion,\n    antlr4PackageName in Antlr4 := Some(\"com.sopranoworks.bolt\"),\n    libraryDependencies ++=\n      scalaLibrary ++\n      spannerClientLibraries ++\n      loggingLibraries ++\n      testLibraries ++\n      commonLibraries,\n    pomExtra :=\n      <url>https:\/\/github.com\/OsamuTakahashi\/bolt<\/url>\n        <licenses>\n          <license>\n            <name>MIT<\/name>\n            <url>https:\/\/opensource.org\/licenses\/MIT<\/url>\n          <\/license>\n        <\/licenses>\n        <scm>\n          <url>https:\/\/github.com\/OsamuTakahashi\/bolt<\/url>\n          <connection>https:\/\/github.com\/OsamuTakahashi\/bolt.git<\/connection>\n        <\/scm>\n        <developers>\n          <developer>\n            <id>OsamuTakahashi<\/id>\n            <name><NAME><\/name>\n            <url>https:\/\/github.com\/OsamuTakahashi\/<\/url>\n          <\/developer>\n        <\/developers>\n  ).enablePlugins(Antlr4Plugin)\n\nlazy val client = (project in file(\"client\"))\n  .enablePlugins(JavaAppPackaging,UniversalPlugin)\n  .enablePlugins(NativeImagePlugin)\n  .settings(\n    scalaVersion := projectScalaVersion,\n    name := \"spanner-cli\",\n    version := projectVersion,\n    Compile \/ mainClass := Some(\"com.sopranoworks.bolt.Main\"),\n    assemblyJarName := \"spanner-cli.jar\",\n    scriptClasspath := Seq( assemblyJarName.value ),\n    mappings in Universal := {\n        val universalMappings = (mappings in Universal).value\n        val fatJar = (assembly in Compile).value\n        val filtered = universalMappings filter {\n            case (file, name) =>  ! name.endsWith(\".jar\")\n        }\n        filtered :+ (fatJar -> (\"lib\/\" + fatJar.getName))\n    },\n    assemblyMergeStrategy in assembly := {\n      case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.concat\n      case \"project.properties\" => MergeStrategy.first\n      case \"META-INF\/native\/linux32\/libjansi.so\" => MergeStrategy.last\n      case \"META-INF\/native\/linux64\/libjansi.so\" => MergeStrategy.last\n      case \"META-INF\/native\/osx\/libjansi.jnilib\" => MergeStrategy.last\n      case \"META-INF\/native\/windows32\/jansi.dll\" => MergeStrategy.last\n      case \"META-INF\/native\/windows64\/jansi.dll\" => MergeStrategy.last\n      case \"module-info.class\" => MergeStrategy.last\n      case x =>\n        val oldStrategy = (assemblyMergeStrategy in assembly).value\n        oldStrategy(x)\n    },\n    nativeImageOptions ++= List(\"-H:+AllowIncompleteClasspath\"),\n    libraryDependencies ++= scoptLibrary ++ jlineLibrary\n  ).dependsOn(core)\n  .settings(noJavaDoc: _*)\n\nlazy val dump = (project in file(\"dump\"))\n  .enablePlugins(JavaAppPackaging,UniversalPlugin)\n  .enablePlugins(NativeImagePlugin)\n  .settings(\n    scalaVersion := projectScalaVersion,\n    name := \"spanner-dump\",\n    version := projectVersion,\n    Compile \/ mainClass := Some(\"com.sopranoworks.bolt.Main\"),\n    assemblyJarName := \"spanner-dump.jar\",\n    scriptClasspath := Seq( assemblyJarName.value ),\n    mappings in Universal := {\n        val universalMappings = (mappings in Universal).value\n        val fatJar = (assembly in Compile).value\n        val filtered = universalMappings filter {\n            case (file, name) =>  ! name.endsWith(\".jar\")\n        }\n        filtered :+ (fatJar -> (\"lib\/\" + fatJar.getName))\n    },\n    assemblyMergeStrategy in assembly := {\n      case \"META-INF\/io.netty.versions.properties\" => MergeStrategy.concat\n      case \"project.properties\" => MergeStrategy.first\n      case \"META-INF\/native\/linux32\/libjansi.so\" => MergeStrategy.last\n      case \"META-INF\/native\/linux64\/libjansi.so\" => MergeStrategy.last\n      case \"META-INF\/native\/osx\/libjansi.jnilib\" => MergeStrategy.last\n      case \"META-INF\/native\/windows32\/jansi.dll\" => MergeStrategy.last\n      case \"META-INF\/native\/windows64\/jansi.dll\" => MergeStrategy.last\n      case \"META-INF\/native-image\/io.netty\/transport\/reflection-config.json\" => MergeStrategy.last\n      case \"google\/protobuf\/compiler\/plugin.proto\" => MergeStrategy.last\n      case \"google\/protobuf\/descriptor.proto\" => MergeStrategy.last\n      case \"google\/protobuf\/duration.proto\" => MergeStrategy.last\n      case \"google\/protobuf\/timestamp.proto\" => MergeStrategy.last\n      case \"google\/protobuf\/any.proto\" => MergeStrategy.first\n      case \"google\/protobuf\/field_mask.proto\" => MergeStrategy.first\n      case \"google\/protobuf\/wrappers.proto\" => MergeStrategy.first\n      case \"module-info.class\" => MergeStrategy.first\n      case \"mozilla\/public-suffix-list.txt\" => MergeStrategy.first\n      case \"codegen\/config.fmpp\" => MergeStrategy.first\n      case \"git.properties\" => MergeStrategy.first\n      case PathList(\"google\", \"api\", _ @ _ *) => MergeStrategy.last\n      case PathList(\"google\", \"type\", _ @ _ *) => MergeStrategy.last\n      case PathList(\"google\", \"cloud\", _ @ _ *) => MergeStrategy.last\n      case PathList(\"com\",\"google\",\"bigtable\", _ @ _*) => MergeStrategy.first\n      case PathList(\"com\",\"google\",\"cloud\",\"bigtable\", _ @ _*) => MergeStrategy.first\n      case PathList(\"com\",\"google\",\"protobuf\", _ @ _ *) => MergeStrategy.first\n      case PathList(\"com\",\"twitter\",\"algebird\", _ @ _*) => MergeStrategy.last\n      case PathList(\"org\",\"apache\",\"beam\",\"sdk\",\"coders\", _ @ _*) => MergeStrategy.last\n      case PathList(ps @ _ *) if ps.last.endsWith(\".proto\") => MergeStrategy.last\n      case PathList(ps @ _ *) if ps.last == \"native-image.properties\" => MergeStrategy.last\n      case x =>\n        val oldStrategy = (assemblyMergeStrategy in assembly).value\n        oldStrategy(x)\n    },\n    nativeImageOptions ++= List(\"-H:+AllowIncompleteClasspath\",\n      \"-H:+TraceClassInitialization\",\n      \"--initialize-at-build-time=org.apache.beam.vendor.guava.v26_0_jre.com.google.common.math.IntMath$1\",\n      \"--initialize-at-build-time=ch.qos.logback.classic.Logger\",\n      \"--initialize-at-build-time=ch.qos.logback.core.status.StatusBase\",\n      \"--initialize-at-build-time=ch.qos.logback.core.status.InfoStatus\",\n      \"--initialize-at-build-time=ch.qos.logback.core.spi.AppenderAttachableImpl\",\n      \"--initialize-at-build-time=ch.qos.logback.classic.PatternLayout\",\n      \"--initialize-at-build-time=ch.qos.logback.classic.Level\",\n      \"--initialize-at-build-time=ch.qos.logback.core.CoreConstants\",\n      \"--initialize-at-build-time=org.slf4j.impl.StaticLoggerBinder\",\n      \"--initialize-at-build-time=javax.xml.parsers.FactoryFinder\",\n      \"--initialize-at-build-time=org.slf4j.LoggerFactory\",\n      \"--initialize-at-build-time=scala.Symbol$\",\n      \"--initialize-at-build-time=jdk.xml.internal.SecuritySupport\",\n      \"--initialize-at-run-time=io.netty.util.internal.logging.Log4JLogger\",\n      \"--initialize-at-run-time=io.netty.handler.ssl.JdkNpnApplicationProtocolNegotiator\",\n      \"--initialize-at-build-time=org.conscrypt.Conscrypt\",\n      \"--initialize-at-build-time=org.conscrypt.NativeCrypto\",\n      \"--initialize-at-build-time=org.conscrypt.HostProperties$Architecture\",\n      \"--initialize-at-build-time=org.conscrypt.Platform\",\n      \"--initialize-at-build-time=org.conscrypt.OpenSSLProvider\",\n      \"--initialize-at-build-time=org.conscrypt.NativeLibraryLoader\",\n      \"--initialize-at-build-time=org.conscrypt.HostProperties\",\n      \"--initialize-at-run-time=io.netty.handler.ssl.PemPrivateKey\"\n    ),\n    libraryDependencies ++= scoptLibrary ++ jlineLibrary ++ scioLibraries\n  ).dependsOn(core)\n  .settings(noJavaDoc: _*)\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/IdentifierValue.scala","text":"\/**\n  * Bolt\n  * IdentifierValue\n  * IdentifierWithFieldValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt.{ExpressionAlias, QueryContext, QueryResultAlias, TableAlias}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\n\/**\n  *\n  * @param name\n  * @param qc\n  *\/\ncase class IdentifierValue(name:String,qc:QueryContext) extends WrappedValue {\n  override def text: String = name\n\n  override def resolveReference(columns: Map[String,TableColumnValue] = Map.empty[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    var res = columns\n    qc.getAlias(name) match {\n      case Some(alias) =>\n        alias match {\n          case TableAlias(_,tableName) =>\n            _ref = Some(TableValue(tableName,qc))\n          case QueryResultAlias(_,i,q) =>\n            q.subquery match {\n              case Some(sq) =>\n                _ref = Some(ResultIndexValue(sq,i))\n              case None =>\n                _ref = Some(NullValue)  \/\/ TODO: check this\n            }\n          case ExpressionAlias(_,v) =>\n            _ref = Some(v)\n        }\n\n      case None =>\n        qc.currentTable.flatMap(tableName=>qc.nut.database.table(tableName).flatMap(_.columnIndexOf(name).map((tableName,_)))) match {\n          case Some((tableName,idx)) =>\n            val key = s\"$tableName.$name\"\n            columns.get(key) match {\n              case r @ Some(_) =>\n                _ref = r\n              case None =>\n                val v = TableColumnValue(name,tableName,idx)\n                _ref = Some(v)\n                res += key->v\n            }\n\n          case None =>\n            qc.nut.database.table(name) match {\n              case Some(tbl) =>\n                _ref = Some(TableValue(name,qc))\n              case None =>\n                \/\/ Error will occure only at realize value with asValue\n                \/\/throw new RuntimeException(s\"Unresolvable identifier $name\")\n            }\n        }\n    }\n    res\n  }\n\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      this.resolveReference(Map())\n    }\n    this\n  }\n\n  override def asValue: Value = {\n    this.eval\n    if (_ref.isEmpty) {\n      this.resolveReference(Map())\n      if (_ref.isEmpty)\n        throw new RuntimeException(s\"Unresolvable identifier $name\")\n    }\n    _ref.get.eval.asValue\n  }\n}\n\n\/**\n  *\n  *\/\ncase class IdentifierWithFieldValue(name:String,fields:java.util.List[String],qc:QueryContext) extends WrappedValue {\n  override def text: String = s\"$name.${fields.mkString(\".\")}\"\n\n  override def resolveReference(columns: Map[String,TableColumnValue] = Map.empty[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    if (_ref.isEmpty) {\n      val v = IdentifierValue(name, qc)\n      val vv = fields.foldLeft[Value](v) {\n        case (v, k) =>\n          ResultFieldValue(v, k)\n      }\n      _ref = Some(vv)\n    }\n    _ref.get.resolveReference(columns)\n  }\n\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      this.resolveReference(Map())\n    }\n    _ref.get.eval\n    this\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"dump\/src\/main\/scala\/com\/sopranoworks\/bolt\/DataFlowDumper.scala","text":"package com.sopranoworks.bolt\n\nimport com.spotify.scio.ContextAndArgs\nimport org.apache.beam.sdk.io.gcp.spanner._\n\nimport scala.collection.JavaConverters._\n\nobject DataFlowDumper extends ColumnReader {\n\n  def dump(cmdlineArgs:Array[String],spannerConfig:SpannerConfig,table:Table):Unit = {\n    val (sc, args) = ContextAndArgs(cmdlineArgs)\n\n    val numColumns = table.columns.length\n    val dataStoreBase = args(\"output\")\n\n    sc\n      .customInput(s\"${table.name}-input\",\n        SpannerIO.read()\n          .withSpannerConfig(spannerConfig)\n          .withTable(table.name)\n          .withColumns(table.columns.map(_.name).asJava)\n      )\n      .map {\n        s =>\n          (0 until numColumns).map(i => getColumn(s,i).qtext).mkString(\"(\",\",\",\")\\n\")\n      }.saveAsTextFile(s\"$dataStoreBase${if (dataStoreBase.endsWith(\"\/\")) \"\" else \"\/\"}${table.name}.spannerdump\")\n\n    sc.run()\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/SimpleInsert.scala","text":"<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/SimpleInsert.scala\n\/**\n  * Bolt\n  * statements\/SimpleInsert\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.Mutation\nimport com.sopranoworks.bolt.values.Value\nimport com.sopranoworks.bolt.{Bolt, QueryContext}\n\nimport scala.collection.JavaConversions._\n\ncase class SimpleInsert(nut:Bolt.Nut,qc:QueryContext,tableName:String,columns:java.util.List[String],values:java.util.List[Value]) extends Insert {\n\n  private def _createMutationsWithoutColumns = {\n    val m = Mutation.newInsertBuilder(tableName)\n    _tableColumns(tableName).zip(values).foreach {\n      case (k, v) =>\n        v.eval.asValue.setTo(m, k.name)\n    }\n    List(m.build())\n  }\n\n  private def _insertWithoutColumns():Unit = {\n    nut.transactionContext match {\n      case Some(_) =>\n        val m = _createMutationsWithoutColumns\n        nut.addMutations(m)\n      case _ =>\n        Option(nut.dbClient).foreach(\n          _=> nut.beginTransaction(_ =>_insertWithoutColumns())\n        )\n    }\n  }\n\n  private def _createMutationsWithColumns = {\n    val m = Mutation.newInsertBuilder(tableName)\n    columns.zip(values).foreach {\n      case (k, v) =>\n        v.eval.asValue.setTo(m, k)\n    }\n    List(m.build())\n  }\n\n  private def _insertWithColumns():Unit = {\n    nut.transactionContext match {\n      case Some(_) =>\n        val m = _createMutationsWithColumns\n        nut.addMutations(m)\n      case _ =>\n        Option(nut.dbClient).foreach(\n          _=> nut.beginTransaction(_ => _insertWithColumns())\n        )\n    }\n  }\n\n  override def execute(): Unit = {\n    Option(columns) match {\n      case Some(_) =>\n        _insertWithColumns()\n      case None =>\n        _insertWithoutColumns()\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/ResultSetToIteratorTest.scala","text":"package com.sopranoworks.bolt\n\nimport java.io.{File, FileInputStream}\n\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.spanner.{DatabaseClient, DatabaseId, SpannerOptions}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.specs2.mutable.Specification\nimport org.specs2.specification.BeforeAfterEach\n\n\/**\n  * Created by takahashi on 2017\/04\/10.\n  *\/\nclass ResultSetToIteratorTest extends Specification with BeforeAfterEach {\n  sequential\n\n  import Bolt._\n  \/\/import codebook.runtime.util.SafeConfig._\n\n  private var _options:Option[SpannerOptions] = None\n  private var _dbClient:Option[DatabaseClient] = None\n\n  def spannerOptions(config:Config) = {\n    val options = SpannerOptions.newBuilder()\n\/\/    options.setProjectId()\n\n    \/*config.getStringOpt(\"spanner.client_secret\").foreach {\n      json =>\n        println(s\"use client secret:$json\")\n        val is = new FileInputStream(new File(json))\n        options.setCredentials(GoogleCredentials.fromStream(is))\n    } *\/\n    options.build()\n  }\n\n  override protected def before: Any = {\n    val config = ConfigFactory.load()\n    val options = spannerOptions(config)\n\n    _options = Some(options)\n    val spanner = options.getService\n    val dbClient = spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, config.getString(\"spanner.instance\"), config.getString(\"spanner.database\")))\n    Database.startWith(dbClient)\n    _dbClient = Some(dbClient)\n    _dbClient.foreach(_.executeQuery(\"DELETE FROM test_tbl01\"))\n    _dbClient.foreach(_.executeQuery(\"DELETE FROM test_items\"))\n  }\n\n  override protected def after: Any = {\n    _options.foreach(_.getService.close())\n  }\n\n\/\/  \"Iteration test\" should {\n\/\/    \"map\" in {\n\/\/      _dbClient.get.executeQuery(\"INSERT INTO test_tbl01 (id,name) VALUES(103,'test insert');\")\n\/\/      val resSet = _dbClient.get.executeQuery(\"SELECT * FROM test_tbl01 WHERE id=103\")\n\/\/      resSet.map(r=>r.getString(\"name\")).toList must_== List(\"test insert\")\n\/\/\/\/      println(\"begin\")\n\/\/\/\/      Thread.sleep(300000)\n\/\/\/\/      true must_== true\n\/\/    }\n\/\/  }\n\/\/\/\/  \"error handling test\" should {\n\/\/\/\/    \"null get\" in {\n\/\/\/\/      _dbClient.get.sql(\"INSERT INTO test_tbl01 (id,name) VALUES(103,'test insert');\")\n\/\/\/\/      val resSet = _dbClient.get.sql(\"SELECT * FROM test_tbl01 WHERE id=103\")\n\/\/\/\/      resSet.map(r=>r.getString(\"nocolumn\")).toList must_== List(\"test insert\")\n\/\/\/\/    }\n\/\/\/\/  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Index.scala","text":"\/**\n  * Bolt\n  * Index\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.sopranoworks.bolt.values._\n\n\/**\n  * Created by takahashi on 2017\/04\/08.\n  *\/\ncase class Index(name:String,columns:List[IndexColumn]) {\n  private implicit def tableColumnValueToString(v:TableColumnValue):String = v.name\n\n  def equalKeys(keys:List[String]):Boolean = {\n    keys.length == columns.length && columns.forall(col=>keys.contains(col.name))\n  }\n  def equalKeys(keys:List[TableColumnValue])(implicit f:TableColumnValue => String):Boolean =\n    equalKeys(keys.map(f(_)))\n\n  def asTableColumnValues:List[TableColumnValue] =\n    columns.map(col => TableColumnValue(col.name,\"\",col.position))\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/CastValueTest.scala","text":"package com.sopranoworks.bolt.values\n\nimport java.util\n\nimport com.google.cloud.spanner.Type\nimport org.specs2.mutable.Specification\n\n\nclass CastValueTest extends Specification {\n  \"to bool\" should {\n    \"from bool\" in {\n      val ex = CastValue(BooleanValue(true),Type.bool())\n      ex.eval.asValue.isInstanceOf[BooleanValue] must_== true\n      ex.asValue.asInstanceOf[BooleanValue].f must_== true\n    }\n    \"from int\" in {\n      val ex = CastValue(IntValue(1),Type.bool())\n      ex.eval.asValue.isInstanceOf[BooleanValue] must_== true\n      ex.asValue.asInstanceOf[BooleanValue].f must_== true\n    }\n    \"from string\" in {\n      val ex = CastValue(StringValue(\"true\"),Type.bool())\n      ex.eval.asValue.isInstanceOf[BooleanValue] must_== true\n      ex.asValue.asInstanceOf[BooleanValue].f must_== true\n    }\n    \"from double\" in {\n      val ex = CastValue(DoubleValue(0),Type.bool())\n      ex.eval must throwA[RuntimeException]\n    }\n  }\n  \"to int64\" should {\n    \"from bool\" in {\n      val ex = CastValue(BooleanValue(true),Type.int64())\n      ex.eval.asValue.isInstanceOf[IntValue] must_== true\n      ex.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from int\" in {\n      val ex = CastValue(IntValue(2),Type.int64())\n      ex.eval.asValue.isInstanceOf[IntValue] must_== true\n      ex.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"from double\" in {\n      val ex = CastValue(DoubleValue(1.1),Type.int64())\n      ex.eval.asValue.isInstanceOf[IntValue] must_== true\n      ex.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from string\" in {\n      val ex = CastValue(StringValue(\"100\"),Type.int64())\n      ex.eval.asValue.isInstanceOf[IntValue] must_== true\n      ex.asValue.asInstanceOf[IntValue].value must_== 100\n    }\n    \"from datetime\" in {\n      val ex = CastValue(FunctionValueImpl(\"NOW\",new util.ArrayList[Value]()),Type.int64())\n      ex.eval must throwA[RuntimeException]\n    }\n  }\n  \"to float64\" should {\n    \"from int\" in {\n      val ex = CastValue(IntValue(1),Type.float64())\n      ex.eval.asValue.isInstanceOf[DoubleValue] must_== true\n      ex.asValue.asInstanceOf[DoubleValue].value must_== 1.toDouble\n    }\n    \"from double\" in {\n      val ex = CastValue(DoubleValue(1.1),Type.float64())\n      ex.eval.asValue.isInstanceOf[DoubleValue] must_== true\n      ex.asValue.asInstanceOf[DoubleValue].value must_== 1.1\n    }\n    \"from string\" in {\n      val ex = CastValue(StringValue(\"1.2\"),Type.float64())\n      ex.eval.asValue.isInstanceOf[DoubleValue] must_== true\n      ex.asValue.asInstanceOf[DoubleValue].value must_== 1.2\n    }\n    \"from bool\" in {\n      val ex = CastValue(BooleanValue(true),Type.float64())\n      ex.eval must throwA[RuntimeException]\n    }\n  }\n  \"te string\" should {\n    \"from bool\" in {\n      val v = BooleanValue(true)\n      val ex = CastValue(v,Type.string())\n      ex.eval.asValue.isInstanceOf[StringValue] must_== true\n      ex.asValue.asInstanceOf[StringValue].text must_== v.text\n    }\n    \"from int\" in {\n      val v = IntValue(3)\n      val ex = CastValue(v,Type.string())\n      ex.eval.asValue.isInstanceOf[StringValue] must_== true\n      ex.asValue.asInstanceOf[StringValue].text must_== v.text\n    }\n    \"from float\" in {\n      val v = DoubleValue(1.5)\n      val ex = CastValue(v,Type.string())\n      ex.eval.asValue.isInstanceOf[StringValue] must_== true\n      ex.asValue.asInstanceOf[StringValue].text must_== v.text\n    }\n    \"from string\" in {\n      val v = StringValue(\"test\")\n      val ex = CastValue(v,Type.string())\n      ex.eval.asValue.isInstanceOf[StringValue] must_== true\n      ex.asValue.asInstanceOf[StringValue].text must_== v.text\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/UpdateSelect.scala","text":"\/**\n  * Bolt\n  * statements\/UpdateSelect\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.{Mutation, TransactionContext}\nimport com.google.cloud.spanner.TransactionRunner.TransactionCallable\nimport com.sopranoworks.bolt.values.SubqueryValue\nimport com.sopranoworks.bolt.{Bolt, ColumnReader, QueryContext, Where}\n\nimport scala.collection.JavaConversions._\n\ncase class UpdateSelect(nut:Bolt.Nut,qc:QueryContext,tableName:String,columns:java.util.List[String],subquery:SubqueryValue,where:Where,hint:String) extends Update {\n  private def _updateSelect(tableName: String, columns:java.util.List[String], subquery: SubqueryValue, where: Where, tr: TransactionContext, hint:String):Unit = {\n    val tbl = nut.database.table(tableName).get\n    tbl.primaryKey.columns.foreach(k => if (columns.contains(k.name)) throw new RuntimeException(s\"${k.name} is primary key\"))\n\n    val (keys, values) = _getTargetKeysAndValues(tr, tbl, where.whereStmt, Nil, hint)\n    val res = subquery.eval.asInstanceOf[SubqueryValue].results\n    val reader = new ColumnReader {}\n    val ml = res.map {\n      r =>\n        values.zip(r).map {\n          case (keyValues, vs) =>\n            if (columns.length != vs.getColumnCount)\n              throw new RuntimeException(\"\")\n\n            val m = Mutation.newUpdateBuilder(tableName)\n\n            keys.zip(keyValues).foreach {\n              case (k, v) =>\n                v.setTo(m, k.name)\n            }\n            var idx = 0\n            columns.foreach {\n              col =>\n                reader.getColumn(vs, idx).setTo(m, col)\n                idx += 1\n            }\n            m.build()\n        }\n    }\n    ml.foreach {\n      mm =>\n        nut.addMutations(mm)\n    }\n  }\n\n  def execute():Unit = {\n    nut.transactionContext match {\n      case Some(tr) =>\n        _updateSelect(tableName, columns, subquery, where, tr, hint)\n      case None =>\n        Option(nut.dbClient).foreach(\n          _ => nut.beginTransaction(_ => execute())\n        )\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Where.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * Where\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.{Key, KeySet, Mutation}\nimport com.sopranoworks.bolt.values._\n\n\/**\n  * Created by takahashi on 2017\/03\/28.\n  *\/\ncase class Where(qc:QueryContext,var tableName:String,whereStmt:String,boolExpression:Value) {\n  private var _kv:Option[List[KeyValue]] = None\n  private var _tbl:Option[Table] = None\n\n  private def _extractAndExpression(v:Value):List[Value] = {\n    v() match {\n      case BooleanExpressionValue(\"AND\",a,b) =>\n        _extractAndExpression(a) ++ _extractAndExpression(b)\n      case _ =>\n        List(v)\n    }\n  }\n\n  def eval():Unit = {\n    for {\n      ex  <- Option(boolExpression)\n      _   <- Option(qc)\n      tn  <- Option(tableName).orElse(qc.currentTable)\n      tbl <- qc.nut.database.table(tn)\n    } {\n      val k = ex.resolveReference().values\n      if (k.size == tbl.primaryKey.columns.length &&\n        k.forall(pk=>tbl.primaryKey.columns.exists(idx=>idx.name == pk.name))\n      ) {\n        k.foreach(_.setStayUnresolved(true))\n        val wex = _extractAndExpression(ex.eval)\n        var kv = List.empty[KeyValue]\n        if (wex.length == k.size &&\n          wex.forall {\n            e =>\n              e() match {\n                case BooleanExpressionValue(\"=\", a, b) =>\n                  (a(),b.asValue) match {\n                    case (t : TableColumnValue,v : LiteralValue) =>\n                      kv ::= KeyValue(t.name,v)\n                      true\n                    case _ =>\n                      false\n                  }\n                case _ => false\n              }\n          }) {\n          _kv = Some(kv.reverse)\n          _tbl = Some(tbl)\n        }\n      }\n    }\n  }\n\n  def isOptimizedWhere:Boolean = _kv.isDefined\n\n  def setPrimaryKeys(m:Mutation.WriteBuilder):Unit = {\n    _kv.foreach(_.foreach(kv=>kv.value.setTo(m,kv.key)))\n  }\n\n  def asDeleteMutation:Mutation = {\n      (for {\n        kvs <- _kv\n        tbl <- _tbl\n      } yield {\n        for {\n          pk  <- tbl.primaryKey.columns\n          kv  <- kvs.find(_.key == pk.name)\n        } yield {\n          kv.value.text\n        }\n      }).map(pks => Mutation.delete(tableName,Key.of(pks.toArray)))\n        .getOrElse(throw new RuntimeException(s\"Could not create delete-mutation from $whereStmt\"))\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/FunctionValueTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/values\/FunctionValueTest.scala\npackage com.sopranoworks.bolt.values\n\nimport java.io.ByteArrayInputStream\nimport java.util\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value => SValue}\nimport com.sopranoworks.bolt._\nimport org.antlr.v4.runtime.{ANTLRInputStream, BailErrorStrategy, CommonTokenStream}\nimport org.joda.time.DateTime\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass FunctionValueTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    private var _queryCount = 0\n    def queryCount = _queryCount\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      _queryCount += 1\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"eval\" should {\n    \"$LIKE\" in {\n      val v = FunctionValueImpl(\"$LIKE\",List(StringValue(\"testtest\"),StringValue(\"test%\"))).eval.asValue\n      v.isInstanceOf[BooleanValue] must_== true\n      v.asInstanceOf[BooleanValue].f must_== true       \n    }\n    \"$IN\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(IntValue(\"2\",2,true))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist,false,Type.int64())\n      val v = FunctionValueImpl(\"$IN\",List(IntValue(3),arr)).eval.asValue\n      v.isInstanceOf[BooleanValue] must_== true\n      v.asInstanceOf[BooleanValue].f must_== true\n    }\n    \"NOT $IN\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(IntValue(\"2\",2,true))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist,false,Type.int64())\n      val v = FunctionValueImpl(\"$IN\",List(IntValue(4),arr)).eval.asValue\n      v.isInstanceOf[BooleanValue] must_== true\n      v.asInstanceOf[BooleanValue].f must_== false\n    }\n    \"$BETWEEN\" in {\n      val v = FunctionValueImpl(\"$BETWEEN\",List(ExpressionValue(\"+\",IntValue(1),IntValue(1)),IntValue(1),IntValue(3))).eval.asValue\n      v.isInstanceOf[BooleanValue] must_== true\n      v.asInstanceOf[BooleanValue].f must_== true\n    }\n  }\n  \"date functions\" should {\n    \"DATE\" in {\n      val sql = \"DATE(2001,1,23)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== 1\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== 23\n    }\n    \"DATE 2\" in {\n      val sql = \"DATE(TIMESTAMP \\\"2001-01-23T10:15:30.000Z\\\")\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== 1\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== 23\n    }\n    \"DATE 3\" in {\n      val sql = \"DATE(TIMESTAMP \\\"2001-01-23T10:15:30.000Z\\\",'Asia\/Tokyo')\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== 1\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== 23\n    }\n    \"DATE_ADD\" in {\n      val sql = \"DATE_ADD('2001-01-01',INTERVAL 10 DAY)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== 1\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== 11\n    }\n    \"DATE_ADD 2\" in {\n      val sql = \"DATE_ADD('2001-01-01',INTERVAL 10 WEEK)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).plusWeeks(10)\n      \n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_ADD 3\" in {\n      val sql = \"DATE_ADD('2001-01-01',INTERVAL 10 MONTH)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).plusMonths(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_ADD 4\" in {\n      val sql = \"DATE_ADD('2001-01-01',INTERVAL 10 QUARTER)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).plusMonths(10 * 3)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_ADD 5\" in {\n      val sql = \"DATE_ADD('2001-01-01',INTERVAL 10 YEAR)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).plusYears(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_SUB\" in {\n      val sql = \"DATE_SUB('2001-01-01',INTERVAL 10 DAY)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).minusDays(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_SUB 2\" in {\n      val sql = \"DATE_SUB('2001-01-01',INTERVAL 10 WEEK)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).minusWeeks(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_SUB 3\" in {\n      val sql = \"DATE_SUB('2001-01-01',INTERVAL 10 MONTH)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).minusMonths(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_SUB 4\" in {\n      val sql = \"DATE_SUB('2001-01-01',INTERVAL 10 QUARTER)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).minusMonths(10 * 3)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_SUB 5\" in {\n      val sql = \"DATE_SUB('2001-01-01',INTERVAL 10 YEAR)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,1).minusYears(10)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_DIFF\" in {\n      val nut = new DummyNut\n      val qc = QueryContext(nut,null)\n\n      val sql = \"DATE_DIFF(DATE \\\"2010-07-07\\\", DATE \\\"2008-12-25\\\", DAY)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      ParserSetter.set(parser,nut,qc)\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[IntValue]\n\n      v.value must_== 559\n    }\n    \"DATE_TRUNC\" in {\n      val nut = new DummyNut\n      val qc = QueryContext(nut,null)\n\n      val sql = \"DATE_TRUNC('2001-01-02',DAY)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      ParserSetter.set(parser,nut,qc)\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2001,1,2)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n    \"DATE_TRUNC 2\" in {\n      val nut = new DummyNut\n      val qc = QueryContext(nut,null)\n\n      val sql = \"DATE_TRUNC('2017-08-02',WEEK)\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      ParserSetter.set(parser,nut,qc)\n\n      val r = parser.function()\n      val v = r.v.eval.asValue.asInstanceOf[DateValue]\n\n      val d = new DateTime().withDate(2017,7,30)\n\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== d.getYear\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== d.getMonthOfYear\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== d.getDayOfMonth\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"project\/plugins.sbt","text":"<filename>project\/plugins.sbt<gh_stars>1-10\naddSbtPlugin(\"com.github.sbt\" % \"sbt-native-packager\" % \"1.9.4\")\n\naddSbtPlugin(\"com.simplytyped\" % \"sbt-antlr4\" % \"0.8.1\")\n\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-assembly\" % \"1.0.0\")\n\naddSbtPlugin(\"org.scalameta\" % \"sbt-native-image\" % \"0.3.1\")\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/CastValue.scala","text":"<reponame>OsamuTakahashi\/bolt\n\/**\n  * Bolt\n  * FunctionValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.{Date, Timestamp}\nimport com.google.cloud.spanner.Type\nimport org.joda.time.DateTime\n\n\/**\n  * \n  * @param expression\n  * @param toType\n  *\/\ncase class CastValue(expression:Value,toType:Type) extends Value with WrappedValue {\n  override def text: String = s\"CAST(${expression.text} AS $toType)\"\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      expression.eval\n      _stayUnresolved = expression.stayUnresolved\n      if (_stayUnresolved) {\n        return this\n      }\n\n      toType match {\n        case tp if tp == Type.bool() =>\n          expression.eval.asValue match {\n            case v:BooleanValue => _ref = Some(v)\n            case v:IntValue => _ref = Some(BooleanValue(v.value != 0))\n            case v:StringValue => _ref = Some(BooleanValue(v.text.toBoolean))\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case tp if tp == Type.int64() =>\n          expression.eval.asValue match {\n            case v:BooleanValue => _ref = Some(IntValue(if (v.f) 1 else 0))\n            case v:IntValue => _ref = Some(v)\n            case v:DoubleValue => _ref = Some(IntValue(v.value.toLong))\n            case v:StringValue => _ref = Some(IntValue(java.lang.Long.parseLong(v.text)))\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n\n        case tp if tp == Type.float64() =>\n          expression.eval.asValue match {\n            case v:IntValue => _ref = Some(DoubleValue(v.value.toDouble))\n            case v:DoubleValue => _ref = Some(v)\n            case v:StringValue => _ref = Some(DoubleValue(v.text.toDouble))\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case tp if tp == Type.string() =>\n          expression.eval.asValue match {\n            case v:BooleanValue => _ref = Some(StringValue(v.text))\n            case v:IntValue => _ref = Some(StringValue(v.text))\n            case v:DoubleValue => _ref = Some(StringValue(v.text))\n            case v:StringValue => _ref = Some(v)\n            case v:DateValue => _ref = Some(StringValue(v.text))\n            case v:TimestampValue => _ref = Some(StringValue(v.text))\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case tp if tp == Type.date() =>\n          expression.eval.asValue match {\n            case v:DateValue => _ref = Some(v)\n            case v:StringValue => _ref = Some(DateValue(Date.parseDate(v.text).toString))\n            case v:TimestampValue =>\n              val t = new DateTime(Timestamp.parseTimestamp(v.text).getSeconds * 1000)\n              _ref = Some(DateValue(Date.fromYearMonthDay(t.getYear,t.getMonthOfYear,t.getDayOfMonth).toString))\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case tp if tp == Type.timestamp() =>\n          expression.eval.asValue match {\n            case v:DateValue =>\n              val d = Date.parseDate(v.text)\n              _ref = Some(DateValue(Timestamp.of( new DateTime(d.getYear,d.getMonth,d.getDayOfMonth).toDate  ).toString))\n            case v:StringValue => _ref = Some(TimestampValue(Timestamp.parseTimestamp(v.text).toString))\n            case v:TimestampValue => _ref = Some(v)\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case tp if tp == Type.bytes() =>\n          expression.eval.asValue match {\n            case v:StringValue => _ref = Some(BytesValue(v.text.getBytes))\n            case v:BytesValue => _ref = Some(v)\n            case v =>\n              throw new RuntimeException(s\"Can not convert value from ${v.text} to $tp\")\n          }\n        case _ =>\n          throw new RuntimeException(s\"Can not convert value to $toType\")\n      }\n    }\n    this\n  }\n  override def resolveReference(columns:Map[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    expression.resolveReference(columns)\n  }\n\n  override def invalidateEvaluatedValueIfContains(values: List[Value]): Boolean = {\n    if (expression.invalidateEvaluatedValueIfContains(values)) {\n      _ref = None\n      true\n    } else false\n  }\n}\n\nobject CastValue {\n  def cast(from:Value,toType:Type):Option[Value] = {\n    toType match {\n      case tp if tp == Type.bool() =>\n        from match {\n          case v:BooleanValue => Some(v)\n          case v:IntValue => Some(BooleanValue(v.value != 0))\n          case v:StringValue => Some(BooleanValue(v.text.toBoolean))\n          case v =>\n            None\n        }\n      case tp if tp == Type.int64() =>\n        from match {\n          case v:BooleanValue => Some(IntValue(if (v.f) 1 else 0))\n          case v:IntValue => Some(v)\n          case v:DoubleValue => Some(IntValue(v.value.toLong))\n          case v:StringValue => Some(IntValue(java.lang.Long.parseLong(v.text)))\n          case v =>\n            None\n        }\n\n      case tp if tp == Type.float64() =>\n        from match {\n          case v:IntValue => Some(DoubleValue(v.value.toDouble))\n          case v:DoubleValue => Some(v)\n          case v:StringValue => Some(DoubleValue(v.text.toDouble))\n          case v =>\n            None\n        }\n      case tp if tp == Type.string() =>\n        from match {\n          case v:BooleanValue => Some(StringValue(v.text))\n          case v:IntValue => Some(StringValue(v.text))\n          case v:DoubleValue => Some(StringValue(v.text))\n          case v:StringValue => Some(v)\n          case v:DateValue => Some(StringValue(v.text))\n          case v:TimestampValue => Some(StringValue(v.text))\n          case v =>\n            None\n        }\n      case tp if tp == Type.date() =>\n        from match {\n          case v:DateValue => Some(v)\n          case v:StringValue => Some(DateValue(Date.parseDate(v.text).toString))\n          case v:TimestampValue =>\n            val t = new DateTime(Timestamp.parseTimestamp(v.text).getSeconds * 1000)\n            Some(DateValue(Date.fromYearMonthDay(t.getYear,t.getMonthOfYear,t.getDayOfMonth).toString))\n          case v =>\n            None\n        }\n      case tp if tp == Type.timestamp() =>\n        from match {\n          case v:DateValue =>\n            val d = Date.parseDate(v.text)\n            Some(DateValue(Timestamp.of( new DateTime(d.getYear,d.getMonth,d.getDayOfMonth).toDate  ).toString))\n          case v:StringValue => Some(TimestampValue(Timestamp.parseTimestamp(v.text).toString))\n          case v:TimestampValue => Some(v)\n          case v =>\n            None\n        }\n      case tp if tp == Type.bytes() =>\n        from match {\n          case v:StringValue => Some(BytesValue(v.text.getBytes))\n          case v:BytesValue => Some(v)\n          case v =>\n            None\n        }\n      case _ =>\n        None\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Admin.scala","text":"\/**\n  * Bolt\n  * Admin\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.DatabaseAdminClient\n\n\/**\n  * Created by takahashi on 2017\/05\/19.\n  *\/\ncase class Admin(adminClient:DatabaseAdminClient,instance:String,databaes:String)\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/WhereTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/WhereTest.scala\npackage com.sopranoworks.bolt\n\nimport java.io.ByteArrayInputStream\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value => SValue}\nimport com.sopranoworks.bolt.values._\nimport org.antlr.v4.runtime.{ANTLRInputStream, BailErrorStrategy, CommonTokenStream}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\nclass WhereTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    private var _queryCount = 0\n    def queryCount = _queryCount\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      _queryCount += 1\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"eval\" should {\n    \"no and\" in {\n      val nut = new DummyNut\n      nut.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID\",0,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nut,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n      val w = Where(qc,\"TEST_TABLE\",\"WHERE ID=0\",BooleanExpressionValue(\"=\",TableColumnValue(\"ID\",\"TEST_TABLE\",0),IntValue(0)))\n      w.eval()\n      w.isOptimizedWhere must_== true\n    }\n    \"one and\" in {\n      val nut = new DummyNut\n      nut.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nut,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n      val w = Where(qc,\"TEST_TABLE\",\"WHERE ID=1 AND ID2=0\",BooleanExpressionValue(\"AND\",BooleanExpressionValue(\"=\",TableColumnValue(\"ID1\",\"TEST_TABLE\",0),IntValue(0)),BooleanExpressionValue(\"=\",TableColumnValue(\"ID2\",\"TEST_TABLE\",0),IntValue(0))))\n      w.eval()\n      w.isOptimizedWhere must_== true\n    }\n    \"lack primary key\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== false\n    }\n    \"one AND with parser\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0 AND ID2=1\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== true\n    }\n    \"one AND with parser 2\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0 AND ID2=1+2\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== true\n    }\n    \"one AND including comprer operator with parser\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0 AND ID2>1\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== false\n    }\n    \"one AND including none key column with parser\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false),Column(\"COL\",2,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0 AND COL=1\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== false\n    }\n    \"2 AND with parser\" in {\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->\n        Table(null,\"TEST_TABLE\",List(Column(\"ID1\",0,\"INT64\",false),Column(\"ID2\",1,\"INT64\",false),Column(\"ID3\",2,\"INT64\",false)),Index(\"PRIMARY_KEY\",List(IndexColumn(\"ID1\",0,\"INT64\",false,\"ASC\"),IndexColumn(\"ID2\",1,\"INT64\",false,\"ASC\"),IndexColumn(\"ID3\",2,\"INT64\",false,\"ASC\"))),Map.empty[String,Index]))\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val sql = \"WHERE ID1=0 AND ID2=1 AND ID3=2\"\n      val source = new ByteArrayInputStream(sql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = nat\n      parser.qc = qc\n\n      val r = parser.where_stmt()\n      r.where.eval()\n      r.where.isOptimizedWhere must_== true\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/ArrayValueTest.scala","text":"package com.sopranoworks.bolt.values\n\nimport java.util\n\nimport com.google.cloud.spanner.Type\nimport org.specs2.mutable.Specification\n\nclass ArrayValueTest extends Specification {\n  \"eval\" should {\n    \"same elements\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(IntValue(\"2\",2,true))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist)\n      val arr2 = arr.eval.asValue\n      arr2.isInstanceOf[ArrayValue] must_== true\n      arr2.spannerType must_== Type.int64()\n    }\n    \"same elements and use arrayType\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(IntValue(\"2\",2,true))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist,false,Type.int64())\n      val arr2 = arr.eval.asValue\n      arr2.isInstanceOf[ArrayValue] must_== true\n      arr2.spannerType must_== Type.int64()\n    }\n    \"invalid values\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(StringValue(\"2\"))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist)\n      arr.eval.asValue must throwA[RuntimeException]\n    }\n    \"0 element\" in {\n      val vlist = new util.ArrayList[Value]()\n      val arr = ArrayValue(vlist)\n      val arr2 = arr.eval.asValue\n      arr2.isInstanceOf[ArrayValue] must_== true\n    }\n    \"0 element with type\" in {\n      val vlist = new util.ArrayList[Value]()\n      val arr = ArrayValue(vlist,false,Type.int64())\n      val arr2 = arr.eval.asValue\n      arr2.isInstanceOf[ArrayValue] must_== true\n      arr2.spannerType must_== Type.int64()\n    }\n    \"contains null\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(NullValue)\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist)\n      val arr2 = arr.eval.asValue.asInstanceOf[ArrayValue]\n      arr2.isInstanceOf[ArrayValue] must_== true\n      arr2.spannerType must_== Type.int64()\n      arr2.length must_== 2\n    }\n  }\n  \"contains\" should {\n    \"normally success\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(IntValue(\"1\",1,true))\n      vlist.add(IntValue(\"2\",2,true))\n      vlist.add(IntValue(\"3\",3,true))\n\n      val arr = ArrayValue(vlist,false,Type.int64())\n      arr.contains(IntValue(2)) must_== true\n    }\n    \"type unmatched\" in {\n      val vlist = new util.ArrayList[Value]()\n      vlist.add(StringValue(\"1\"))\n      vlist.add(StringValue(\"2\"))\n      vlist.add(StringValue(\"3\"))\n\n      val arr = ArrayValue(vlist,false,Type.string())\n      arr.contains(IntValue(2)) must_== false\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/NoResult.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * statements\/NoResult\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\ntrait NoResult {\n  def execute():Unit\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/ResultFieldValueTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/values\/ResultFieldValueTest.scala\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass ResultFieldValueTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"resolveReference\" should {\n    \"ONE from SubqueryValue\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultFieldValue(SubqueryValue(nat,\"SELECT *\",qc),\"ONE\")\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"TWO from SubqueryValue\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultFieldValue(SubqueryValue(nat,\"SELECT *\",qc),\"TWO\")\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"Could not found from SubqueryValue\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultFieldValue(SubqueryValue(nat,\"SELECT *\",qc),\"FOUR\")\n      v.eval.asValue must throwA[RuntimeException]\n    }\n    \"from StructValue at 0\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      st.addFieldName(\"1\",0)\n      st.addFieldName(\"2\",1)\n      st.addFieldName(\"3\",2)\n      val v = ResultFieldValue(st,\"1\")\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from StructValue at 1\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      st.addFieldName(\"1\",0)\n      st.addFieldName(\"2\",1)\n      st.addFieldName(\"3\",2)\n      val v = ResultFieldValue(st,\"2\")\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"out of range from StructValue\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      st.addFieldName(\"1\",0)\n      st.addFieldName(\"2\",1)\n      st.addFieldName(\"3\",2)\n      val v = ResultFieldValue(st,\"4\")\n      v.eval.asValue must throwA[RuntimeException]\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/ResultValue.scala","text":"<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/values\/ResultValue.scala\n\/**\n  * Bolt\n  * ResultIndexValue\n  * ResultFieldValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\n\/**\n  *\n  * @param expression\n  * @param index\n  *\/\ncase class ResultIndexValue(expression:Value,index:Int) extends WrappedValue {\n  override def text = s\"(${expression.text})[$index]\"\n\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      expression.eval\n      _stayUnresolved = expression.stayUnresolved\n      if (_stayUnresolved) {\n        return this\n      }\n\n      _ref = Some(expression.eval.getField(index).eval)\n    }\n    this\n  }\n}\n\n\/**\n  * \n  * @param value\n  * @param fieldName\n  *\/\ncase class ResultFieldValue(value:Value, fieldName:String) extends WrappedValue {\n  override def text: String = s\"${value.text}.$fieldName\"\n\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      value.eval\n      _stayUnresolved = value.stayUnresolved\n      if (_stayUnresolved) {\n        return this\n      }\n\n      _ref = Some(value.eval.getField(fieldName).eval)\n    }\n    this\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/NutTest.scala","text":"<reponame>OsamuTakahashi\/bolt\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.TransactionRunner.TransactionCallable\nimport com.google.cloud.spanner._\nimport com.typesafe.config.ConfigFactory\nimport org.specs2.mutable.Specification\nimport org.specs2.specification.BeforeAfterEach\n\n\/**\n  * Created by takahashi on 2017\/03\/29.\n  *\/\nclass NutTest extends Specification with BeforeAfterEach {\n  sequential\n\n  import Bolt._\n\n  private var _options:Option[SpannerOptions] = None\n  private var _dbClient:Option[DatabaseClient] = None\n  private val _lock = new scala.concurrent.Lock\n\n  override protected def before: Any = {\n    _lock.acquire()\n    val config = ConfigFactory.load()\n    val options = SpannerOptions.newBuilder().build()\n    _options = Some(options)\n    val spanner = options.getService\n    val dbClient = spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, config.getString(\"spanner.instance\"), config.getString(\"spanner.database\")))\n    Database.startWith(dbClient)\n    _dbClient = Some(dbClient)\n    _dbClient.foreach(_.executeQuery(\n      \"\"\"\n        |DELETE FROM TEST_TABLE;\n        |DELETE FROM TEST_ITEMS;\n        |DELETE FROM FROM_TABLE;\n        |DELETE FROM MULTI_KEY;\n        |DELETE FROM BOOL_COLUMN;\n        |DELETE FROM ARRAY_COLUMN;\n        |\"\"\".stripMargin))\n  }\n\n  override protected def after: Any = {\n    _options.foreach(_.getService.close())\n    _options = None\n    _dbClient = None\n    _lock.release()\n  }\n\n  case class Item(trId:Long,userId:Long,itemId:Long,count:Int)\n\n  \"INSERT\" should {\n    \"normally success\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(103,'test insert');\n          |SELECT * FROM TEST_TABLE WHERE id=103;\n          |\"\"\".stripMargin)\n        .autoclose(_.headOption.get.getString(\"name\")) must_== \"test insert\"\n    }\n    \"multiple insert\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_ITEMS VALUES(0,0,0,100);\n          |INSERT INTO TEST_ITEMS VALUES(1,0,1,100);\n          |INSERT INTO TEST_ITEMS VALUES(2,0,2,100);\n          |INSERT INTO TEST_ITEMS VALUES(3,0,3,100);\n          |SELECT * FROM TEST_ITEMS;\n          |\"\"\".stripMargin)\n        .autoclose(_.length) must_== 4\n    }\n    \"multiple insert 2\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(0,0,0,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(1,0,1,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(2,0,2,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(3,0,3,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(4,0,4,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(5,0,5,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(6,0,6,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(7,0,7,100);\n          |SELECT * FROM TEST_ITEMS;\n          |\"\"\".stripMargin)\n        .autoclose(_.length) must_== 8\n    }\n    \"insert select\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(0,0,0,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(1,0,1,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(2,0,2,100);\n          |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(3,0,3,100);\n          |INSERT INTO TEST_TABLE SELECT id,uid FROM TEST_ITEMS;\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.length) must_== 4\n    }\n    \"insert bool value\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO BOOL_COLUMN  (id,flag) VALUES(1,true);\n          |SELECT * FROM BOOL_COLUMN;\n        \"\"\".stripMargin\n      ).autoclose(_.length) must_== 1\n    }\n    \"insert empty array value\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO ARRAY_COLUMN  (id,arr) VALUES(1,[]);\n          |SELECT * FROM ARRAY_COLUMN;\n        \"\"\".stripMargin\n      ).autoclose(_.length) must_== 1\n    }\n    \"insert array value\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO ARRAY_COLUMN  (id,arr) VALUES(1,[1]);\n          |SELECT * FROM ARRAY_COLUMN;\n        \"\"\".stripMargin\n      ).autoclose(_.length) must_== 1\n    }\n    \"insert array value 2\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO ARRAY_COLUMN  (id,arr) VALUES(1,[1,2]);\n          |SELECT * FROM ARRAY_COLUMN;\n        \"\"\".stripMargin\n      ).autoclose(_.length) must_== 1\n    }\n    \"insert with outer transaction\" in {\n      _dbClient.get.readWriteTransaction().run(\n        new TransactionCallable[Unit] {\n          override def run(transaction: TransactionContext):Unit = {\n            (_dbClient.get,transaction).executeQuery(\"INSERT INTO TEST_TABLE VALUES(103,'test insert');\")\n          }\n        }\n      )\n      _dbClient.get.executeQuery(\"SELECT * FROM TEST_TABLE WHERE id=103;\")\n        .autoclose(_.headOption.get.getString(\"name\")) must_== \"test insert\"\n    }\n  }\n  \"UPDATE\" should {\n    \"normally success\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(103,'test insert');\n          |SELECT * FROM TEST_TABLE WHERE id=103;\n          |\"\"\".stripMargin)\n        .autoclose(_.headOption.get.getString(\"name\")) must_== \"test insert\"\n\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |UPDATE TEST_TABLE SET name='new name' WHERE id=103;\n          |SELECT * FROM TEST_TABLE WHERE id=103;\n          |\"\"\".stripMargin)\n        .autoclose(_.headOption.get.getString(\"name\")) must_== \"new name\"\n    }\n    \"multiple rows\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |UPDATE TEST_TABLE SET name='new name' WHERE id>100;\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.headOption.get.getString(\"name\")) must_== \"new name\"\n    }\n    \"multiple rows 2\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |UPDATE TEST_TABLE SET name='new name' WHERE id=101 OR id=103;\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.count(_.getString(\"name\") == \"new name\")) must_== 2\n    }\n    \"not primary key\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |UPDATE TEST_TABLE SET name='new name' WHERE name='user1';\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.count(_.getString(\"name\") == \"new name\")) must_== 1\n    }\n    \"not primary key multi row\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |UPDATE TEST_TABLE SET name='new name' WHERE name='user1' OR name='user2';\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.count(_.getString(\"name\") == \"new name\")) must_== 2\n    }\n    \"update select\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |INSERT INTO FROM_TABLE VALUES(101,1,'from');\n          |UPDATE TEST_TABLE SET (name) = (SELECT description FROM FROM_TABLE) WHERE id=101;\n          |SELECT name from TEST_TABLE where id=101;\n          |\"\"\".stripMargin)\n        .autoclose(_.headOption.get.getString(0)) must_== \"from\"\n    }\n    \"update two columns\" in {\n      _dbClient.get.executeQuery(\"\"\"\n          |INSERT INTO TEST_ITEMS VALUES(0,0,0,1);\n          |UPDATE TEST_ITEMS SET uid=1,count = count + 1 WHERE id=0;\n          |SELECT * from TEST_ITEMS WHERE id=0;\n        \"\"\".stripMargin)\n        .autoclose {\n          r =>\n            val h = r.headOption.get\n            (h.getLong(\"uid\"),h.getLong(\"count\"))\n        } must_== (1L,2L)\n    }\n    \"update with self column\" in {\n      _dbClient.get.executeQuery(\"\"\"\n          |INSERT INTO TEST_ITEMS VALUES(0,0,0,1);\n          |UPDATE TEST_ITEMS SET count = count + 1 WHERE id=0;\n          |SELECT * from TEST_ITEMS WHERE id=0;\n        \"\"\".stripMargin)\n        .autoclose(_.headOption.get.getLong(\"count\")) must_== 2\n    }\n    \"update with self column 2\" in {\n      _dbClient.get.executeQuery(\"\"\"\n          |INSERT INTO TEST_ITEMS VALUES(0,0,0,1);\n          |UPDATE TEST_ITEMS SET count = count + count + 1 WHERE id=0;\n          |SELECT * from TEST_ITEMS WHERE id=0;\n        \"\"\".stripMargin)\n        .autoclose(_.headOption.get.getLong(\"count\")) must_== 3\n    }\n    \"update array column\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO ARRAY_COLUMN  (id,arr) VALUES(1,[]);\n          |UPDATE ARRAY_COLUMN SET arr=[1,2] WHERE id=1;\n          |SELECT * FROM ARRAY_COLUMN WHERE id=1;\n        \"\"\".stripMargin\n      ).autoclose(_.headOption.get.getLongArray(\"arr\").length) must_== 2\n    }\n    \"update array column 2\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO ARRAY_COLUMN  (id,arr) VALUES(1,[]);\n          |UPDATE ARRAY_COLUMN SET arr=[-100] WHERE id=1;\n          |SELECT * FROM ARRAY_COLUMN WHERE id=1;\n        \"\"\".stripMargin\n      ).autoclose(_.headOption.get.getLongArray(\"arr\").length) must_== 1\n    }\n  }\n  \"DELETE\" should {\n    \"multiple rows\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |DELETE FROM TEST_TABLE WHERE id=101 OR id=104;\n          |SELECT * FROM TEST_TABLE;\n          |\"\"\".stripMargin)\n        .autoclose(_.length) must_== 2\n    }\n    \"multiple primary key\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO MULTI_KEY VALUES(1,2,3),(2,3,4),(3,4,5);\n          |DELETE FROM MULTI_KEY WHERE id1=2 AND id2=3;\n          |SELECT * FROM MULTI_KEY\n          |\"\"\".stripMargin)\n\n      .autoclose (_.length) must_== 2\n    }\n  }\n  \"beginTransaction\" should {\n    \"normally success\" in {\n      _dbClient.get.executeQuery(\n        \"\"\"\n          |INSERT INTO TEST_TABLE VALUES(101,'user1');\n          |INSERT INTO TEST_TABLE VALUES(102,'user2');\n          |INSERT INTO TEST_TABLE VALUES(103,'user3');\n          |\"\"\".stripMargin)\n\n      var count0 = 0\n      _dbClient.get.beginTransaction {\n        db =>\n          val resSet = db.executeQuery(\"SELECT * FROM TEST_TABLE;\")\n          if (resSet != null) {\n            while (resSet.next()) {\n              db.executeQuery(s\"UPDATE TEST_TABLE set name='new name' WHERE id=${resSet.getLong(0)};\")\n              count0 += 1\n            }\n            resSet.close()\n          } else {\n            println(\"ResultSet is null!!\")\n          }\n      }\n      count0 must_== 3\n      \n      _dbClient.get.executeQuery(\"SELECT * FROM TEST_TABLE WHERE name='new name';\")\n        .autoclose(_.length) must_== 3\n    }\n    \"multiple commit\" in {\n      _dbClient.get.beginTransaction {\n        db =>\n          db.executeQuery(\n            \"\"\"\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(0,0,0,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(1,0,1,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(2,0,2,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(3,0,3,100);\n              |\"\"\".stripMargin)\n      }\n\n      _dbClient.get.beginTransaction {\n        db =>\n          val resSet = db.executeQuery(s\"SELECT * FROM TEST_ITEMS WHERE uid=0\")\n          while(resSet.next()) {}\n          resSet.close()\n\n          db.executeQuery(\n            \"\"\"\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(4,0,4,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(5,0,5,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(6,0,6,100);\n              |INSERT INTO TEST_ITEMS (id,uid,iid,count) VALUES(7,0,7,100);\n              |\"\"\".stripMargin)\n      }\n      _dbClient.get.executeQuery(\"SELECT * FROM TEST_ITEMS;\")\n        .autoclose(_.length) must_== 8\n    }\n    \"multiple commit 2\" in {\n      val table = \"TEST_ITEMS\"\n      val uid = 0L\n      var n = 0\n      while(n < 12) {\n        _dbClient.get.beginTransaction {\n          db =>\n            val resSet = db.executeQuery(s\"SELECT * FROM $table WHERE uid=$uid\")\n            var r = List.empty[Item]\n            while (resSet.next()) {\n                r ::= Item(resSet.getLong(0), resSet.getLong(1), resSet.getLong(2), resSet.getLong(3).toInt)\n              }\n            r = r.reverse\n\n            if (r.length >= 6) {\n              (0 until 4).foreach(i => db.executeQuery(s\"DELETE FROM $table WHERE id=${r(i).trId}\"))\n              (4 until 6).foreach(i => db.executeQuery(s\"UPDATE $table SET count=${r(i).count + 10} WHERE id=${r(i).trId}\"))\n            }\n            (0 until 4).foreach{\n              i =>\n                db.executeQuery(s\"INSERT INTO $table (id,uid,iid,count) VALUES(${(uid << 32) + n},$uid,$n,100)\")\n                n += 1\n            }\n        }\n      }\n      _dbClient.get.executeQuery(s\"SELECT * FROM $table;\")\n        .autoclose(_.length) must_== 8\n    }\n  }\n  \"tableExists\" should {\n    \"the table exists\" in {\n      _dbClient.get.tableExists(\"TEST_TABLE\") must_== true\n    }\n    \"the table not exists\" in {\n      _dbClient.get.tableExists(\"IMAGINARY_TABLE\") must_== false\n    }\n  }\n  \"indexExists\" should {\n    \"the index exists\" in {\n      _dbClient.get.indexExists(\"TEST_ITEMS\",\"UID_INDEX\") must_== true\n    }\n    \"the index not exists\" in {\n      _dbClient.get.indexExists(\"ITEST_ITEMS\",\"IMAGINARY_INDEX\") must_== false\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/ConditionalFunctions.scala","text":"<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/ConditionalFunctions.scala\n\/**\n  * Bolt\n  * ConditionalFunctions\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values.functions\n\nimport com.sopranoworks.bolt.values.{BooleanValue, FunctionValue, NullValue, Value}\n\nimport scala.collection.JavaConversions._\n\ntrait ConditionalFunctions { _ : FunctionValue =>\n  val conditionalFunctions : PartialFunction[String,Option[Value]] = {\n    case \"COALESCE\" =>\n      if (parameters.isEmpty)\n        throw new RuntimeException(\"Function COALESCE takes least 1 parameter\")\n\n      _checkStayUnresolved {\n        parameters.find(_.eval.asValue != NullValue).getOrElse(NullValue)\n      }\n    case \"IF\" =>\n      if (parameters.length != 3)\n        throw new RuntimeException(\"Function IF takes 3 parameters\")\n      _checkStayUnresolved {\n        val cond = parameters.get(0).eval.asValue\n        cond match {\n          case BooleanValue(f) =>\n            (if (f) parameters.get(1) else parameters(2)).eval.asValue\n          case _ =>\n\/\/              if (!cond.isBoolean)\n              throw new RuntimeException(\"The first parameter of function IF must be boolean expression\")\n        }\n      }\n    case \"IFNULL\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function IF takes 2 parameters\")\n      _checkStayUnresolved {\n        parameters.get(0).eval.asValue match {\n          case NullValue =>\n            parameters.get(1)\n          case v =>\n            v\n        }\n      }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/Insert.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * statements\/Insert\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.sopranoworks.bolt.Bolt\n\ntrait Insert extends NoResult {\n  def nut:Bolt.Nut\n\n  protected def _tableColumns(tableName:String) =\n    nut.database.table(tableName) match {\n      case Some(tbl) =>\n        tbl.columns\n      case None =>\n        throw new RuntimeException(s\"Table not found $tableName\")\n    }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/DateTimeValue.scala","text":"<reponame>OsamuTakahashi\/bolt<gh_stars>1-10\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.{Date, Timestamp}\nimport com.google.cloud.spanner.{Mutation, Type}\nimport com.sopranoworks.bolt.TimestampParser\nimport org.joda.time.DateTime\nimport org.joda.time.format.DateTimeFormat\n\ntrait DateTimeValue extends Value with TextSetter with LiteralValue {\n  def datetime:DateTime\n\n  override def getField(fieldName: String): Value = {\n    this.eval\n    fieldName match {\n      case \"DAYOFWEEK\" =>\n        IntValue((datetime.getDayOfWeek + 1) % 8)\n      case \"DAY\" =>\n        IntValue(datetime.getDayOfMonth)\n      case \"DAYOFYEAR\" =>\n        IntValue(datetime.getDayOfYear)\n      case \"MONTH\" =>\n        IntValue(datetime.getMonthOfYear)\n      case \"QUARTER\" =>\n        IntValue((datetime.getMonthOfYear - 1) \/ 3 + 1)\n      case \"YEAR\" =>\n        IntValue(datetime.getYear)\n      case _ =>\n        throw new RuntimeException(s\"The value '$text' does not have a field #$fieldName.\")\n    }\n  }\n}\n\ncase class TimestampValue(var timestampText:String,private var _datetime :DateTime = null,private var _nano:Int = 0) extends DateTimeValue {\n\n  private def _timestampFormat(dt:DateTime):String =\n    DateTimeFormat.forPattern(\"yyyy-MM-dd HH:mm:ss\").print(dt) + \".%09d\".format(dt.getMillisOfSecond * 1000000 + _nano) +\n      DateTimeFormat.forPattern(\"ZZ\").print(dt)\n\n  override def text: String = {\n    if (timestampText == null) {\n      Option(_datetime) match {\n        case Some(dt) =>\n          timestampText = _timestampFormat(dt)\n        case None =>\n          throw new RuntimeException(\"Uninitialized Timestamp value used\")\n      }\n    }\n    timestampText\n  }\n  override def qtext:String = s\"TIMESTAMP '$text'\"\n  override def spannerType: Type = Type.timestamp()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[TimestampValue] && v.asInstanceOf[TimestampValue].text == text\n\n  override def eval: Value = {\n    if (_datetime == null) {\n      val (t,n) = TimestampParser(text)\n      _datetime = t\n      _nano = n\n    }\n    this\n  }\n\n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit = {\n    if (_datetime != null) {\n      val d = _datetime.getMillis\n      m.set(key).to(Timestamp.ofTimeSecondsAndNanos(d \/ 1000,((d % 1000) * 1000000 + _nano).toInt))\n    } else {\n      m.set(key).to(text)\n    }\n  }\n\n  override def getField(fieldName: String): Value = {\n    this.eval\n    fieldName match {\n      case \"MILLISECOND\" =>\n        IntValue(datetime.getMillisOfSecond)\n      case \"MICROSECOND\" =>\n        IntValue(_nano \/ 1000)\n      case \"NANOSECOND\" =>\n        IntValue(_nano % 1000)\n        \n      case _ =>\n        super.getField(fieldName)\n    }\n  }\n\n  def timestamp = (_datetime,_nano)\n  def datetime = _datetime\n  def nano = _nano\n}\n\ncase class DateValue(textDate:String,private var dateTime:DateTime = null) extends DateTimeValue {\n  override def text: String = {\n    if (textDate == null) {\n      Date.fromYearMonthDay(dateTime.getYear,dateTime.getMonthOfYear,dateTime.getDayOfMonth).toString\n    } else textDate\n  }\n\n  override def qtext:String = s\"DATE '$text'\"\n  override def spannerType: Type = Type.date()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[DateValue] && v.asInstanceOf[DateValue].text == text\n\n  override def eval: Value = {\n    if (dateTime == null) {\n      val d = Date.parseDate(text)\n      dateTime = new DateTime().withDate(d.getYear, d.getMonth, d.getDayOfMonth)\n    }\n    this\n  }\n\n  def datetime:DateTime = {\n    this.eval\n    dateTime\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/ResultIndexValueTest.scala","text":"<gh_stars>1-10\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass ResultIndexValueTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"resolveReference\" should {\n    \"from SubqueryValue at index 0\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultIndexValue(SubqueryValue(nat,\"SELECT *\",qc),0)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from SubqueryValue at index 1\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultIndexValue(SubqueryValue(nat,\"SELECT *\",qc),1)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"out of range from SubqueryValue\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      val v = ResultIndexValue(SubqueryValue(nat,\"SELECT *\",qc),3)\n      v.eval.asValue must throwA[RuntimeException]\n    }\n    \"from StructValue at 0\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      val v = ResultIndexValue(st,0)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from StructValue at 1\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      val v = ResultIndexValue(st,1)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"out of range from StructValue\" in {\n      val st = StructValue()\n      st.addValue(IntValue(\"1\",1,true))\n      st.addValue(IntValue(\"2\",2,true))\n      st.addValue(IntValue(\"3\",3,true))\n      val v = ResultIndexValue(st,3)\n      v.eval.asValue must throwA[RuntimeException]\n    }\n    \"from Array 0\" in {\n      val arr = ArrayValue(List(IntValue(\"1\",1,true),IntValue(\"2\",2,true),IntValue(\"3\",3,true)),true,Type.int64())\n      val v = ResultIndexValue(arr,0)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"from Array 1\" in {\n      val arr = ArrayValue(List(IntValue(\"1\",1,true),IntValue(\"2\",2,true),IntValue(\"3\",3,true)),true,Type.int64())\n      val v = ResultIndexValue(arr,1)\n      v.eval.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 2\n    }\n    \"out of range from Array\" in {\n      val arr = ArrayValue(List(IntValue(\"1\",1,true),IntValue(\"2\",2,true),IntValue(\"3\",3,true)),true,Type.int64())\n      val v = ResultIndexValue(arr,3)\n      v.eval.asValue must throwA[RuntimeException]\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/DateValueTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/values\/DateValueTest.scala<gh_stars>1-10\npackage com.sopranoworks.bolt.values\n\nimport org.specs2.mutable.Specification\n\nclass DateValueTest extends Specification {\n\n  \"evak\" should {\n    \"normally success\" in {\n      val v = DateValue(\"2001-01-01\")\n      v.eval\n      v.getField(\"YEAR\").asInstanceOf[IntValue].value must_== 2001\n      v.getField(\"MONTH\").asInstanceOf[IntValue].value must_== 1\n      v.getField(\"DAY\").asInstanceOf[IntValue].value must_== 1\n    }\n    \"invalid format\" in {\n      val v = DateValue(\"2001-12-34\")\n      v.eval must throwA[java.lang.IllegalArgumentException]\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/IdentifierValueTest.scala","text":"package com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\n\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass IdentifierValueTest extends Specification {\n\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"resolveReference\" should {\n    \"is TableAlias\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.addAlias(TableAlias(\"T\",\"TEST_TABLE\"))\n\n      val v = IdentifierValue(\"T\",qc)\n      v.resolveReference()\n      v.asValue.isInstanceOf[TableValue] must_== true\n      v.asValue.asInstanceOf[TableValue].name must_== \"TEST_TABLE\"\n    }\n    \"is QueryResultAlias \" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.setSubquery(SubqueryValue(nat,\"SELECT *\",qc))\n      qc.addAlias(QueryResultAlias(\"x\",0,qc))\n\n      val v = IdentifierValue(\"x\",qc)\n      v.resolveReference()\n\n      v.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"is QueryResultAlias without subquery\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.addAlias(QueryResultAlias(\"x\",0,qc))\n\n      val v = IdentifierValue(\"x\",qc)\n      v.resolveReference()\n\n      v.asValue must_== NullValue\n    }\n    \"is ExpressionAlias\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n      qc.addAlias(ExpressionAlias(\"x\",ExpressionValue(\"+\",IntValue(\"1\",1,true),IntValue(\"2\",2,true))))\n\n      val v = IdentifierValue(\"x\",qc)\n      v.resolveReference()\n\n      v.asValue.isInstanceOf[IntValue] must_== true\n      v.asValue.asInstanceOf[IntValue].value must_== 3\n    }\n    \"is table column name\" in {\n      val tbl = Table(null,\"TEST_TABLE\",\n        List(Column(\"x\",0,\"INT64\",false),Column(\"y\",1,\"INT64\",false),Column(\"y\",2,\"INT64\",false)),\n        Index(\"PRIMARY_KEY\",List(IndexColumn(\"x\",0,\"INT64\",false,\"ASC\"))),\n        Map.empty[String,Index])\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->tbl)\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val v = IdentifierValue(\"x\",qc)\n      v.resolveReference()\n      v().isInstanceOf[TableColumnValue] must_== true\n      v().asInstanceOf[TableColumnValue].text must_== \"TEST_TABLE.x\"\n    }\n    \"are table column names\" in {\n      val tbl = Table(null,\"TEST_TABLE\",\n        List(Column(\"x\",0,\"INT64\",false),Column(\"y\",1,\"INT64\",false),Column(\"y\",2,\"INT64\",false)),\n        Index(\"PRIMARY_KEY\",List(IndexColumn(\"x\",0,\"INT64\",false,\"ASC\"))),\n        Map.empty[String,Index])\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->tbl)\n      val qc = QueryContext(nat,null)\n      qc.setCurrentTable(\"TEST_TABLE\")\n\n      val v1 = IdentifierValue(\"x\",qc)\n      val v2 = IdentifierValue(\"x\",qc)\n      val r1 = v1.resolveReference()\n      val r2 = v2.resolveReference(r1)\n\n      r2.size must_== 1\n\n      r2.values.head.setValue(IntValue(1))\n\n      v1.asValue.isInstanceOf[IntValue] must_== true\n      v1.asValue.asInstanceOf[IntValue].value must_== 1\n      v2.asValue.isInstanceOf[IntValue] must_== true\n      v2.asValue.asInstanceOf[IntValue].value must_== 1\n    }\n    \"is table name\" in {\n      val tbl = Table(null,\"TEST_TABLE\",\n        List(Column(\"x\",0,\"INT64\",false),Column(\"y\",1,\"INT64\",false),Column(\"y\",2,\"INT64\",false)),\n        Index(\"PRIMARY_KEY\",List(IndexColumn(\"x\",0,\"INT64\",false,\"ASC\"))),\n        Map.empty[String,Index])\n      val nat = new DummyNut\n      nat.database.asInstanceOf[DummyDatabase].tables += (\"TEST_TABLE\"->tbl)\n      val qc = QueryContext(nat,null)\n      \n      val v = IdentifierValue(\"TEST_TABLE\",qc)\n      v.resolveReference()\n      v.asValue.isInstanceOf[TableValue] must_== true\n      v.asValue.asInstanceOf[TableValue].name must_== \"TEST_TABLE\"\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Column.scala","text":"<reponame>OsamuTakahashi\/bolt<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/Column.scala<gh_stars>1-10\n\/**\n  * Bolt\n  * Column\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\n\/**\n  * Created by takahashi on 2017\/04\/08.\n  *\/\n\n\/**\n  * A class for holding information of Spanner's table column\n  * TODO: Modified spannerType's type to Type\n  * @param name\n  * @param position\n  * @param spannerType\n  * @param nullable\n  *\/\ncase class Column(name:String,position:Int,spannerType:String,nullable:Boolean)\n\n\/**\n  * A class for holding information of Spanner's table index column\n  * TODO: Modified spannerType's type to Type\n  * @param name\n  * @param position\n  * @param spannerType\n  * @param nullable\n  * @param order\n  *\/\ncase class IndexColumn(name:String,position:Int,spannerType:String,nullable:Boolean,order:String)\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/DatabaseTest.scala","text":"<filename>src\/test\/scala\/com\/sopranoworks\/bolt\/DatabaseTest.scala\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.{DatabaseClient, DatabaseId, SpannerOptions}\nimport com.typesafe.config.ConfigFactory\nimport org.specs2.mutable.Specification\nimport org.specs2.specification.BeforeAfterEach\n\n\/**\n  * Created by takahashi on 2017\/03\/29.\n  *\/\nclass DatabaseTest extends Specification with BeforeAfterEach {\n  sequential\n  \n  private var _dbClient:Option[DatabaseClient] = None\n  private var _options:Option[SpannerOptions] = None\n\n  override protected def before: Any = {\n    val config = ConfigFactory.load()\n    val options = SpannerOptions.newBuilder().build()\n    _options = Some(options)\n    val spanner = options.getService\n    _dbClient = Some(spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, config.getString(\"spanner.instance\"), config.getString(\"spanner.database\"))))\n  }\n\n  override protected def after: Any = {\n    _options.foreach(_.getService.close())\n  }\n\n\/\/  \"database and tables\" should {\n\/\/    \"normally success\" in {\n\/\/      val spanner = _options.get.getService\n\/\/      val dbClient = spanner.getDatabaseClient(DatabaseId.of(_options.get.getProjectId, \"sgspannertest01\", \"testdb\"))\n\/\/      val db = Database(dbClient)\n\/\/      val tbl = db.table(\"test_tbl01\")\n\/\/      tbl.isKey(\"id\") must_== true\n\/\/      tbl.isKey(\"name\") must_!= true\n\/\/      tbl.column(0) must_== \"id\"\n\/\/      tbl.column(1) must_== \"name\"\n\/\/    }\n\/\/  }\n\n\n  \"loadInformationSchema\" should {\n    \"normally success\" in {\n      val db = Database(_dbClient.get)\n\n      val tbl = db.table(\"TEST_TABLE\").get\n\/\/      tbl.isKey(\"id\") must_== true\n\/\/      tbl.isKey(\"name\") must_!= true\n      tbl.column(0).name must_== \"id\"\n      tbl.column(1).name must_== \"name\"\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/SubqueryValue.scala","text":"\/**\n  * Bolt\n  * SubqueryValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.spanner.{Mutation, Struct, Type}\nimport com.sopranoworks.bolt.Bolt.Nut\nimport com.sopranoworks.bolt.{Bolt, QueryContext, QueryResultAlias}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\n\/**\n  *\n  * @param nat A Nat instance\n  * @param subquery a subquery\n  * @param qc a query context\n  *\/\ncase class SubqueryValue(nat:Nut, subquery:String, qc:QueryContext, expectedColumns:Int = 0) extends Value {\n  import Bolt._\n\n  private var _result:Option[List[Struct]] = None\n  private var _isArray = false\n  private var _numColumns = 0\n  private var _arrayType:Type = null\n  private var _aliases = Map.empty[String,QueryResultAlias]\n\n  override def text = subquery\n\n  private def _getColumn(st:Struct,idx:Int):Value =\n    if (st.isNull(idx)) {\n      NullValue\n    } else {\n      st.getColumnType(idx) match {\n        case v if v == Type.bool() =>\n          BooleanValue(st.getBoolean(idx))\n        case v if v == Type.int64() =>\n          val i = st.getLong(idx)\n          IntValue(i.toString,i,true)\n        case v if v == Type.float64() =>\n          val d = st.getDouble(idx)\n          DoubleValue(d.toString,d,true)\n        case v if v == Type.string() =>\n          StringValue(st.getString(idx))\n        case v if v == Type.timestamp() =>\n          TimestampValue(st.getTimestamp(idx).toString)\n        case v if v == Type.date() =>\n          DateValue(st.getDate(idx).toString)\n  \/\/      case v if v == Type.bytes() =>\n        case v if v == Type.array(Type.bool()) =>\n          ArrayValue(st.getBooleanArray(idx).map(b=>BooleanValue(b).asValue).toList.asJava,true,Type.bool())\n        case v if v == Type.array(Type.int64()) =>\n          ArrayValue(st.getLongArray(idx).map(l=>IntValue(l.toString,l,true).asValue).toList.asJava,true,Type.int64())\n        case v if v == Type.array(Type.float64()) =>\n          ArrayValue(st.getDoubleArray(idx).map(f=>DoubleValue(f.toString,f,true).asValue).toList.asJava,true,Type.float64())\n        case v if v == Type.array(Type.string()) =>\n          ArrayValue(st.getStringList(idx).map(s=>StringValue(s).asValue).toList.asJava,true,Type.string())\n        case v if v == Type.array(Type.timestamp()) =>\n          ArrayValue(st.getTimestampList(idx).map(t=>TimestampValue(t.toString).asValue).toList.asJava,true,Type.timestamp())\n        case v if v == Type.array(Type.date()) =>\n          ArrayValue(st.getDateList(idx).map(d=>DateValue(d.toString).asValue).toList.asJava,true,Type.date())\n      }\n    }\n\n  private def _isArrayType(t:Type):Boolean =\n    t match {\n      case v if v == Type.array(Type.bool()) =>\n        true\n      case v if v == Type.array(Type.int64()) =>\n        true\n      case v if v == Type.array(Type.float64()) =>\n        true\n      case v if v == Type.array(Type.string()) =>\n        true\n      case v if v == Type.array(Type.timestamp()) =>\n        true\n      case v if v == Type.array(Type.date()) =>\n        true\n      case v if v == Type.array(Type.bytes()) =>\n        true\n      case _ =>\n        false\n    }\n\n  private def _equalsAllColumnType(st:Struct):Boolean = {\n    if (_numColumns > 0) {\n      val t = st.getColumnType(0)\n      _arrayType = t\n      _isArray = _isArrayType(t)\n      (1 until _numColumns).forall(st.getColumnType(_) == t)\n    } else { true }\n  }\n\n  override def eval:Value = {\n    if (_result.isEmpty) {\n      val r = nat.executeNativeQuery(subquery).autoclose(\n        _.map(_.getCurrentRowAsStruct).toList)\n      r.headOption.foreach {\n        st =>\n          _numColumns = st.getColumnCount\n      }\n      _result = Some(r)\n    }\n    this\n  }\n\n  def isArray:Boolean = _isArray\n\n  override def asValue:Value = {\n    val r = _result.get\n    if (r.length > 1)\n      throw new RuntimeException(s\"The subquery has multi rows:$subquery\")\n    _numColumns match {\n      case 0 =>\n        NullValue\n      case 1 =>\n        val r = _getColumn(_result.get.head,0)\n        r\n      case _ =>\n        throw new RuntimeException(s\"The subquery has multi columns:$subquery\")\n    }\n  }\n\n  override def asArray:ArrayValue = {\n    this.eval\n\n    val r = _result.get\n\n    r.headOption.foreach(\n      row =>\n        if (!_equalsAllColumnType(row))\n          throw new RuntimeException(\"The subquery columns are not single type\")\n    )\n\n    (r.length, _numColumns) match {\n      case (_, 0) | (0, _) =>\n        ArrayValue(List())\n      case (1,1) =>\n        val st = r.head\n        if (_isArray) {\n          _getColumn(st,0).asInstanceOf[ArrayValue]\n        } else {\n          ArrayValue(List(_getColumn(st,0)).filter(_ != NullValue),true,_arrayType)\n        }\n      case (1,_) =>\n        if (_isArray)\n          throw new RuntimeException(\"Nested Array is not supported\")\n        val st = r.head\n        ArrayValue((0 until _numColumns).map(i => _getColumn(st, i)).toList.filter(_ != NullValue).asJava,true,_arrayType)\n      case (_,1) =>\n        if (_isArray)\n          throw new RuntimeException(\"Nested Array is not supported\")\n        ArrayValue(r.map(st => _getColumn(st, 0)).filter(_ != NullValue).asJava,true,_arrayType)\n      case _ =>\n        throw new RuntimeException(s\"The subquery could not cast to array:$subquery\")\n    }\n  }\n\n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit = {\n    this.eval.asValue.setTo(m,key)\n  }\n\n  def setAlias(aliases:Map[String,QueryResultAlias]):Unit =\n    _aliases = aliases\n\n  override def getField(fieldIdx: Int): Value = {\n    this.eval\n    val l = if (_numColumns == 0) expectedColumns else _numColumns\n    if (fieldIdx < 0 || l <= fieldIdx)\n      throw new RuntimeException(\"Field index is out of range\")\n    _result.get.headOption.map {\n      row =>\n        _getColumn(row, fieldIdx)\n    }.getOrElse(NullValue)\n  }\n\n  override def getField(fieldName: String): Value = {\n    this.eval\n    val r = _result.get\n    r.headOption match {\n      case Some(st) =>\n        try {\n          _getColumn(st,st.getColumnIndex(fieldName))\n        } catch {\n          case _ : IllegalArgumentException =>\n            throw new RuntimeException(s\"Invalid column name '$fieldName'\")\n        }\n\n      case None =>\n        NullValue   \/\/ TODO: Check\n    }\n  }\n\n  def numRows:Int = _result.map(_.length).getOrElse(0)\n\n  def results = _result\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/TableColumnValueTest.scala","text":"package com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport org.specs2.mutable.Specification\n\nimport scala.collection.JavaConversions._\n\nclass TableColumnValueTest extends Specification {\n  class DummyDatabase extends Database {\n    var tables = Map.empty[String,Table]\n    override def table(name: String): Option[Table] = tables.get(name)\n  }\n\n  class DummyNut extends Bolt.Nut(null) {\n    private val _database = new DummyDatabase\n    override def database: Database = _database\n\n    private var _queryCount = 0\n    def queryCount = _queryCount\n\n    override def executeNativeQuery(sql: String): ResultSet = {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      _queryCount += 1\n\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n    }\n  }\n\n  \"resolveReference\" should {\n    \"gathering\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n    }\n    \"using at multiple positions\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col2),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 2\n    }\n  }\n  \"eavluation after setting each values\" should {\n    \"normal exression\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n\n      col1.setValue(IntValue(\"1\",1,true))\n      col2.setValue(IntValue(\"2\",2,true))\n      col3.setValue(IntValue(\"3\",3,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 7\n    }\n  }\n  \"invalidateEvaluatedValueIfContains\" should {\n    \"TableColumnValue\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      col1.resolveReference()\n      col1.setValue(IntValue(\"1\",1,true))\n      col1.eval.asValue.asInstanceOf[IntValue].value must_== 1\n      col1.invalidateEvaluatedValueIfContains(List(col1)) must_== true\n      col1.resolveReference()\n      col1.setValue(IntValue(\"10\",10,true))\n      col1.eval.asValue.asInstanceOf[IntValue].value must_== 10\n    }\n    \"simple expression\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val ex = ExpressionValue(\"+\",col1,col2)\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 2\n\n      col1.setValue(IntValue(1))\n      col2.setValue(IntValue(2))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 3\n\n      ex.invalidateEvaluatedValueIfContains(List(col1,col2)) must_== true\n      ex.resolveReference()\n      col1.setValue(IntValue(10))\n      col2.setValue(IntValue(20))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 30\n    }\n    \"invalidate after evaluation\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n\n      col1.setValue(IntValue(\"1\",1,true))\n      col2.setValue(IntValue(\"2\",2,true))\n      col3.setValue(IntValue(\"3\",3,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 7\n\n      ex.invalidateEvaluatedValueIfContains(List(col1,col2,col3)) must_== true\n      ex.resolveReference()\n      col1.setValue(IntValue(\"10\",10,true))\n      col2.setValue(IntValue(\"20\",20,true))\n      col3.setValue(IntValue(\"30\",30,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 61\n    }\n    \"invalidate after evaluation containing subquery\" in {\n      val nat = new DummyNut\n      val qc = QueryContext(nat,null)\n\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),ResultIndexValue(SubqueryValue(nat,\"SELECT *\",qc),0))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n\n      col1.setValue(IntValue(\"1\",1,true))\n      col2.setValue(IntValue(\"2\",2,true))\n      col3.setValue(IntValue(\"3\",3,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 7\n\n      ex.invalidateEvaluatedValueIfContains(List(col1,col2,col3)) must_== true\n      ex.resolveReference()\n      col1.setValue(IntValue(\"10\",10,true))\n      col2.setValue(IntValue(\"20\",20,true))\n      col3.setValue(IntValue(\"30\",30,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 61\n      nat.queryCount must_== 1\n    }\n    \"invalidate not all of tablecolumnvalue\" in {\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n\n      col1.setValue(IntValue(\"1\",1,true))\n      col2.setValue(IntValue(\"2\",2,true))\n      col3.setValue(IntValue(\"3\",3,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 7\n\n      ex.invalidateEvaluatedValueIfContains(List(col1,col2)) must_== true\n      ex.resolveReference()\n      col1.setValue(IntValue(\"10\",10,true))\n      col2.setValue(IntValue(\"20\",20,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 34\n    }\n    \/*\"invalidate after evaluation using alias\" in {\n      val nat = new DummyNat\n      val qc = QueryContext(nat,null)\n      qc.addAlias()\n\n      val col1 = TableColumnValue(\"ONE\",\"TEST_TABLE\",0)\n      val col2 = TableColumnValue(\"TWO\",\"TEST_TABLE\",1)\n      val col3 = TableColumnValue(\"THREE\",\"TEST_TABLE\",2)\n\n      val ex = ExpressionValue(\"+\",ExpressionValue(\"+\",ExpressionValue(\"+\",col1,col2),col3),IntValue(\"1\",1,true))\n\n      val cols = ex.resolveReference()\n      cols.values.size must_== 3\n\n      col1.setValue(IntValue(\"1\",1,true))\n      col2.setValue(IntValue(\"2\",2,true))\n      col3.setValue(IntValue(\"3\",3,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 7\n\n      ex.invalidateEvaluatedValueIfContains(List(col1,col2,col3)) must_== true\n      ex.resolveReference()\n      col1.setValue(IntValue(\"10\",10,true))\n      col2.setValue(IntValue(\"20\",20,true))\n      col3.setValue(IntValue(\"30\",30,true))\n      ex.eval.asValue.asInstanceOf[IntValue].value must_== 61\n    } *\/\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"dump\/src\/main\/scala\/com\/sopranoworks\/bolt\/Main.scala","text":"\/**\n  * Bolt\n  * Spanner-dump\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport java.io.{File, FileInputStream}\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.spanner._\nimport com.sopranoworks.bolt.values.BytesValue\nimport org.apache.beam.sdk.io.gcp.spanner.SpannerConfig\nimport org.apache.commons.text.StringEscapeUtils\n\nimport scala.collection.JavaConverters._\n\nobject Main extends App {\n  import Bolt._\n\n  def spannerOptions(config:Options) = {\n    val options = SpannerOptions.newBuilder()\n\n    config.password.foreach {\n      json =>\n        println(s\"use client secret:$json\")\n        val is = new FileInputStream(new File(json))\n        options.setCredentials(GoogleCredentials.fromStream(is))\n    }\n    config.projectId.foreach(options.setProjectId)\n    options.build()\n  }\n\n  def escapedString(str:String):String =\n    s\"\"\"\\\"${StringEscapeUtils.escapeJava(str)}\\\"\"\"\"\n\n  def makeResult(resultSet : ResultSet):List[List[String]] = {\n    var columnLength = Array.empty[Int]\n    var header = List.empty[String]\n    var first = true\n    try {\n      val rows = resultSet.map {\n        r =>\n          if (first) {\n            val f = r.getCurrentRowAsStruct.getType.getStructFields.asScala\n            header = f.map(_.getName).toList\n            columnLength = header.map(_.length).toArray\n            first = false\n          }\n          (0 until r.getColumnCount).map {\n            i =>\n              val c = if (r.isNull(i)) \"NULL\"\n              else {\n                r.getColumnType(i) match {\n                  case v if v == Type.bool() =>\n                    r.getBoolean(i).toString\n                  case v if v == Type.int64() =>\n                    r.getLong(i).toString\n                  case v if v == Type.float64() =>\n                    r.getDouble(i).toString\n                  case v if v == Type.string() =>\n                    escapedString(r.getString(i))\n                  case v if v == Type.bytes() =>\n                    s\"'${BytesValue(r.getBytes(i).toByteArray).text}'\"\n                  case v if v == Type.timestamp() =>\n                    s\"'${r.getTimestamp(i).toString}'\"\n                  case v if v == Type.date() =>\n                    s\"'${r.getDate(i).toString}'\"\n                  case v if v == Type.array(Type.bool()) =>\n                    s\"[${r.getBooleanArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.int64()) =>\n                    s\"[${r.getLongArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.float64()) =>\n                    s\"[${r.getDoubleArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.string()) =>\n                    s\"[${r.getStringList(i).asScala.map(s=>escapedString(s)).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.timestamp()) =>\n                    s\"[${r.getTimestampList(i).asScala.map(s=>s\"'$s'\").mkString(\",\")}]\"\n                  case v if v == Type.array(Type.date()) =>\n                    s\"[${r.getDateList(i).asScala.map(s=>s\"'$s'\").mkString(\",\")}]\"\n                  case t =>\n                    s\"Unknown($t)\"\n                }\n              }\n              val l = c.length\n              if (l > columnLength(i)) columnLength(i) = l\n              c\n          }.toList\n      }.toList\n      rows\n\n    } finally {\n      resultSet.close()\n    }\n  }\n  case class Options(projectId:Option[String] = None,\n                     instanceName:Option[String] = None,\n                     database:Option[String] = None,\n                     table:Option[String] = None,\n                     password:Option[String] = None,\n                     sqls:Seq[File] = Seq.empty[File],\n                     noInfo:Boolean = false,\n                     noData:Boolean = false,\n                     userDataFlow:Boolean = false,\n                     dataStoreBase:Option[String] = None,\n                     runner:String = \"DataflowRunner\",\n                     workerMachineType:String = \"n1-standard-1\",\n                     maxNumWorkers:Int = 1,\n                     region:Option[String] = None)\n\n  val optParser = new scopt.OptionParser[Options](\"spanner-dump\") {\n    opt[String]('p',\"projectId\").action((x,c) => c.copy(projectId = Some(x)))\n    opt[String]('i',\"instance\").action((x,c) => c.copy(instanceName = Some(x)))\n    opt[String]('s',\"secret\").action((x,c) => c.copy(password = Some(x)))\n\/\/    opt[String]('d',\"database\").action((x,c) => c.copy(database = Some(x)))\n    opt[Unit]('t',\"no-create-info\").action((_, c) => c.copy(noInfo = true))\n    opt[Unit]('d',\"no-data\").action((_, c) => c.copy(noData = true))\n    opt[Unit](\"dataflow\").optional().action((_,c) => c.copy(userDataFlow = true))\n    opt[String](\"datastore-base\").optional().action((x,c) => c.copy(dataStoreBase = Some(x)))\n    opt[String](\"runner\").optional().action((x,c) => c.copy(runner = x))\n    opt[String](\"workerMachineType\").optional().action((x,c) => c.copy(workerMachineType = x))\n    opt[Int](\"maxNumWorkers\").optional().action((x,c) => c.copy(maxNumWorkers = x))\n    opt[String](\"region\").optional().action((x,c) => c.copy(region = Some(x)))\n    arg[String](\"db_name\").action((x,c) => c.copy(database = Some(x)))\n    arg[String](\"table\").optional().action((x,c) => c.copy(table = Some(x)))\n  }\n\n  def dumpTable(dbClient:DatabaseClient, nut:Nut, tbl:String, noInfo:Boolean, noData:Boolean,useDataFlow:Boolean,dataFlowArgs:Array[String],spannerConfig: Option[SpannerConfig]):Unit = {\n    if (!noInfo) {\n      makeResult(nut.showCreateTable(tbl)).foreach(row => println(row.map(_.init.tail).mkString(\"\")))\n    }\n    if (!noData) {\n      if (useDataFlow) {\n        DataFlowDumper.dump(dataFlowArgs,spannerConfig.get,nut.database.table(tbl).get)\n      } else {\n        var loop = !noData\n        var offset = 0\n        while (loop) {\n          val r = makeResult(dbClient.singleUse().executeQuery(Statement.of(s\"SELECT * from $tbl LIMIT 100 OFFSET $offset \")))\n          if (r.nonEmpty) {\n            println(s\"INSERT INTO $tbl VALUES\")\n            println(r.map(row => s\"  (${row.mkString(\",\")})\").mkString(\",\\n\") + \";\")\n          }\n          loop = r.length == 100\n          offset += 100\n        }\n      }\n    }\n  }\n\n  def tableDependencyList(dbClient:DatabaseClient):List[String] = {\n    var res = List.empty[String]\n    var tableSet = Set.empty[String]\n    val tbls = dbClient.singleUse().executeQuery(Statement.of(\"SELECT TABLE_NAME,PARENT_TABLE_NAME FROM INFORMATION_SCHEMA.TABLES WHERE TABLE_SCHEMA=\\\"\\\"\"))\n      .autoclose(_.map(res=>(res.getString(0),res.getStringOpt(\"PARENT_TABLE_NAME\"))).toList)\n      .sortWith((a,b) => a._2.getOrElse(\"\").compareTo(b._2.getOrElse(\"\")) < 0)\n\n    var last = 0\n\n    while (tableSet.size != tbls.length) {\n      tbls.foreach {\n        case (n, None) =>\n          if (!tableSet.contains(n)) {\n            tableSet += n\n            res ::= n\n          }\n        case (n, Some(p)) =>\n          if (!tableSet.contains(n) && tableSet.contains(p)) {\n            tableSet += n\n            res ::= n\n          }\n      }\n\n      if (last == tableSet.size) throw new RuntimeException(\"Cyclic table dependency\")\n      last = tableSet.size\n    }\n    res.reverse\n  }\n\n  optParser.parse(args,Options()) match {\n    case Some(cfg) =>\n      val options = spannerOptions(cfg)\n      val spanner = options.getService\n      val instance = cfg.instanceName.getOrElse {\n        println(\"Instance name must be specified\")\n        optParser.showUsage()\n        System.exit(1)\n        \"\"\n      }\n      var dbName = cfg.database.getOrElse {\n        println(\"Database name must be specified\")\n        optParser.showUsage()\n        System.exit(1)\n        \"\"\n      }\n      var spannerConfig:Option[SpannerConfig] = None\n      val dataFlowArgs = if (cfg.userDataFlow) {\n        if (cfg.projectId.isEmpty || cfg.dataStoreBase.isEmpty || cfg.region.isEmpty) {\n          optParser.showUsage()\n          System.exit(1)\n          Array.empty[String]\n        } else {\n          spannerConfig = Some(SpannerConfig.create()\n            .withProjectId(cfg.projectId.get)\n            .withInstanceId(cfg.instanceName.get)\n            .withDatabaseId(cfg.database.get))\n\n          Array(\n            s\"--project=${cfg.projectId.get}\",\n            s\"--region=${cfg.region.get}\",\n            s\"--runner=${cfg.runner}\",\n            s\"--workerMachineType=${cfg.workerMachineType}\",\n            s\"--maxNumWorkers=${cfg.maxNumWorkers}\",\n            s\"--output=${cfg.dataStoreBase.get}\"\n          )\n        }\n      } else {\n        Array.empty[String]\n      }\n      var admin = Admin(spanner.getDatabaseAdminClient, instance, dbName)\n      var dbClient = spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, instance, dbName))\n      val nut = Nut(dbClient)\n\n      cfg.table match {\n        case Some(tbl) =>\n          dumpTable(dbClient,nut,tbl,cfg.noInfo,cfg.noData,cfg.userDataFlow,dataFlowArgs,spannerConfig)\n        case None =>\n          val tbls = tableDependencyList(dbClient)\n          tbls.foreach(tbl=>dumpTable(dbClient,nut,tbl,cfg.noInfo,cfg.noData,cfg.userDataFlow,dataFlowArgs,spannerConfig))\n      }\n      spanner.close()\n    case None =>\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/ColumnReader.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * ColumnReader\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.{StructReader, Type}\nimport com.sopranoworks.bolt.values._\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\ntrait ColumnReader {\n  def getColumn(st:StructReader, idx:Int):Value =\n    if (st.isNull(idx)) {\n      NullValue\n    } else {\n      st.getColumnType(idx) match {\n        case v if v == Type.bool() =>\n          BooleanValue(st.getBoolean(idx))\n        case v if v == Type.int64() =>\n          val i = st.getLong(idx)\n          IntValue(i.toString,i,true)\n        case v if v == Type.float64() =>\n          val d = st.getDouble(idx)\n          DoubleValue(d.toString,d,true)\n        case v if v == Type.string() =>\n          StringValue(st.getString(idx))\n        case v if v == Type.timestamp() =>\n          TimestampValue(st.getTimestamp(idx).toString)\n        case v if v == Type.date() =>\n          DateValue(st.getDate(idx).toString)\n        case v if v == Type.bytes() =>\n          BytesValue(st.getBytes(idx).toByteArray)\n        case v if v == Type.array(Type.bool()) =>\n          ArrayValue(st.getBooleanArray(idx).map(b=>BooleanValue(b).asValue).toList.asJava,true,Type.bool())\n        case v if v == Type.array(Type.int64()) =>\n          ArrayValue(st.getLongArray(idx).map(l=>IntValue(l.toString,l,true).asValue).toList.asJava,true,Type.int64())\n        case v if v == Type.array(Type.float64()) =>\n          ArrayValue(st.getDoubleArray(idx).map(f=>DoubleValue(f.toString,f,true).asValue).toList.asJava,true,Type.float64())\n        case v if v == Type.array(Type.string()) =>\n          ArrayValue(st.getStringList(idx).map(s=>StringValue(s).asValue).toList.asJava,true,Type.string())\n        case v if v == Type.array(Type.timestamp()) =>\n          ArrayValue(st.getTimestampList(idx).map(t=>TimestampValue(t.toString).asValue).toList.asJava,true,Type.timestamp())\n        case v if v == Type.array(Type.date()) =>\n          ArrayValue(st.getDateList(idx).map(d=>DateValue(d.toString).asValue).toList.asJava,true,Type.date())\n      }\n    }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/Value.scala","text":"\/**\n  * Bolt\n  * Value\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.spanner.{Mutation, Type}\nimport org.apache.commons.text.StringEscapeUtils\n\n\/**\n  * Created by takahashi on 2017\/03\/29.\n  *\/\ntrait Value {\n  def text:String\n  def qtext:String = text\n\n  def stayUnresolved:Boolean = false\n\n  def eval:Value = this\n  def evaluatable:Boolean = true\n\n  def invalidateEvaluatedValueIfContains(values:List[Value]):Boolean = false\n\n  def resolveReference(columns:Map[String,TableColumnValue] = Map.empty[String,TableColumnValue]):Map[String,TableColumnValue] = columns\n\n  def apply():Value = this\n  def asValue:Value = this\n\n  def isBoolean:Boolean = false\n  def spannerType:Type = null\n\n  def asArray:ArrayValue = throw new RuntimeException(\"Could not treat the value as Array\")\n\n  def setTo(m:Mutation.WriteBuilder,key:String):Unit = {\n    throw new RuntimeException(s\"The value is not storable:'${text}'\")\n  }\n\n  def isEqualValue(v:Value):Boolean = false\n\n  def getField(fieldIdx:Int):Value = throw new RuntimeException(s\"The value '$text' does not have a field #$fieldIdx.\")\n  def getField(fieldName:String):Value = throw new RuntimeException(s\"The value '$text' does not have a field '$fieldName'.\")\n\n  def castTo(toType:Type):Value =\n    CastValue.cast(this,toType).getOrElse {\n      throw new RuntimeException(s\"Can not convert value from ${this.text} to $toType\")\n    }\n}\n\n\/**\n  *\n  *\/\ntrait WrappedValue extends Value {\n  protected var _stayUnresolved = false\n  override def stayUnresolved:Boolean = _ref.map(_.stayUnresolved).getOrElse(_stayUnresolved)\n\n  def setStayUnresolved(f:Boolean):Unit = _stayUnresolved = true\n\n  protected var _ref:Option[Value] = None\n\n  override def asValue: Value = _ref.map(_.eval.asValue).getOrElse(this)\n  override def asArray: ArrayValue = _ref.map(_.eval.asArray).getOrElse(super.asArray)\n\n  override def spannerType: Type = _ref.map(_.spannerType).orNull\n\n  override def eval: Value = _ref.map(_.eval).getOrElse(this)\n  override def evaluatable: Boolean = _ref.isDefined\n\n  override def invalidateEvaluatedValueIfContains(values:List[Value]):Boolean = {\n    _ref match {\n      case Some(v) => v.invalidateEvaluatedValueIfContains(values)\n      case None => false\n    }\n  }\n\n  override def isEqualValue(v:Value):Boolean = _ref.exists(_.isEqualValue(v))\n\n  override def apply():Value = _ref.map(_.apply()).getOrElse(this)\n  \n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit =\n    _ref match {\n      case Some(v) =>\n        v.eval.asValue.setTo(m,key)\n      case None =>\n        super.setTo(m,key)\n    }\n\n  override def resolveReference(columns: Map[String, TableColumnValue]): Map[String, TableColumnValue] = _ref.map(_.resolveReference(columns)).getOrElse(columns)\n  override def getField(fieldIdx: Int): Value = _ref.map(_.getField(fieldIdx)).getOrElse(super.getField(fieldIdx))\n  override def getField(fieldName: String): Value = _ref.map(_.getField(fieldName)).getOrElse(super.getField(fieldName))\n}\n\ntrait TextSetter { _ : Value =>\n  override def setTo(m:Mutation.WriteBuilder,key:String):Unit = {\n    m.set(key).to(this.eval.asValue.text)\n  }\n}\n\ntrait LiteralValue\n\ncase object NullValue extends Value {\n  override def text: String = \"NULL\"\n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit = {\n    m.set(key).to(null:java.lang.String)\n  }\n  override def isEqualValue(v:Value):Boolean = v == NullValue\n}\n\ncase class StringValue(text:String) extends Value with TextSetter with LiteralValue {\n  private def escapedString(str:String):String =\n    StringEscapeUtils.escapeJava(str)\n\n  override def qtext:String = s\"'${escapedString(text)}'\"\n  override def spannerType: Type = Type.string()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[StringValue] && v.asInstanceOf[StringValue].text == text\n}\n\ncase class BooleanValue(f:Boolean) extends Value with TextSetter with LiteralValue {\n  override def text:String = if (f) \"TRUE\" else \"FALSE\"\n  override def isBoolean:Boolean = true\n  override def spannerType: Type = Type.bool()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[BooleanValue] && v.asInstanceOf[BooleanValue].f == f\n\n  override def setTo(m: Mutation.WriteBuilder, key: String): Unit =\n    m.set(key).to(f)\n}\n\ncase class IntValue(text:String,var value:Long = 0,var evaluated:Boolean = false) extends Value with TextSetter with LiteralValue {\n  def this(i:Long) = this(i.toString,i,true)\n  override def eval: Value = {\n    if (!evaluated) {\n      value = java.lang.Long.parseLong(text)\n      evaluated = true\n    }\n    this\n  }\n  override def spannerType: Type = Type.int64()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[IntValue] && v.asInstanceOf[IntValue].value == value\n}\n\nobject IntValue {\n  def apply(i:Long):IntValue = new IntValue(i)\n}\n\ncase class DoubleValue(text:String,var value:Double = 0,var evaluated:Boolean = false) extends Value with TextSetter with LiteralValue {\n  def this(v:Double) = this(v.toString,v,true)\n  override def eval: Value = {\n    if (!evaluated) {\n      value = java.lang.Double.parseDouble(text)\n      evaluated = true\n    }\n    this\n  }\n  override def spannerType: Type = Type.float64()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[DoubleValue] && v.asInstanceOf[DoubleValue].value == value\n}\n\nobject DoubleValue {\n  def apply(v:Double):DoubleValue = new DoubleValue(v)\n}\n\ncase class BytesValue(bytes:Array[Byte]) extends Value with LiteralValue {\n  private def escapedBytes:String =\n    bytes.map(b => \"\\\\x%02x\".format(b)).mkString(\"\")\n\n  def text = escapedBytes\n\n  override def qtext:String = s\"'$escapedBytes'\"\n  override def spannerType: Type = Type.bytes()\n  override def isEqualValue(v:Value):Boolean =\n    v.isInstanceOf[BytesValue] && (v.asInstanceOf[BytesValue].bytes sameElements bytes)\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/DateFunctions.scala","text":"\/**\n  * Bolt\n  * DateFunctions\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values.functions\n\nimport com.google.cloud.spanner.Type\nimport com.sopranoworks.bolt.values._\nimport org.joda.time._\n\nimport scala.collection.JavaConversions._\n\ntrait DateFunctions { _ : FunctionValue =>\n  val dateFunctions:PartialFunction[String,Option[Value]] = {\n    case \"DATE\" =>\n      parameters.length match {\n        case 3 =>\n          _checkStayUnresolved {\n            (parameters.get(0).eval.asValue, parameters.get(1).eval.asValue, parameters.get(2).eval.asValue) match {\n              case (IntValue(_, y, _), IntValue(_, m, _), IntValue(_, d, _)) =>\n                DateValue(null, new DateTime().withDate(y.toInt, m.toInt, d.toInt))\n              case _ =>\n                throw new RuntimeException(\"Unmatched parameter types for function DATE\")\n            }\n          }\n        case 1 =>\n          _checkStayUnresolved {\n            parameters.get(0).eval.asValue match {\n              case t: TimestampValue =>\n                val zone = DateTimeZone.forID(\"America\/Los_Angeles\")\n                  DateValue(null, new DateTime().withZone(zone).withMillis(t.timestamp._1.getMillis))\n              case _ =>\n                throw new RuntimeException(\"Unmatched parameter types for function DATE\")\n            }\n          }\n        case 2 =>\n          _checkStayUnresolved {\n            (parameters.get(0).eval.asValue, parameters.get(1).eval.asValue) match {\n              case (t: TimestampValue, z: StringValue) =>\n                val zone = DateTimeZone.forID(z.text)\n                DateValue(null, new DateTime().withZone(zone).withMillis(t.timestamp._1.getMillis))\n              case _ =>\n                throw new RuntimeException(\"Unmatched parameter types for function DATE\")\n            }\n          }\n        case _ =>\n          throw new RuntimeException(\"Unmatched parameter types for function DATE\")\n      }\n\n\n    case \"DATE_ADD\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function DATE_ADD takes 2 parameters\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue.castTo(Type.date()), parameters.get(1).eval.asValue) match {\n          case (dv: DateValue, iv: IntervalValue) =>\n            val nd = iv match {\n              case IntervalValue(d, \"DAY\") =>\n                dv.datetime.plusDays(d)\n              case IntervalValue(d, \"WEEK\") =>\n                dv.datetime.plusWeeks(d)\n              case IntervalValue(d, \"MONTH\") =>\n                dv.datetime.plusMonths(d)\n              case IntervalValue(d, \"QUARTER\") =>\n                dv.datetime.plusMonths(d * 3)\n              case IntervalValue(d, \"YEAR\") =>\n                dv.datetime.plusYears(d)\n              case _ =>\n                throw new RuntimeException(s\"Unrecognized date part signature ${iv.unit}\")\n            }\n            DateValue(null,nd)\n\n          case (_, b) =>\n            throw new RuntimeException(\"The second parameter of DATE_ADD must be INTERVAL\")\n        }\n      }\n\n\n    case \"DATE_SUB\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function DATE_SUB takes 2 parameters\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue.castTo(Type.date()), parameters.get(1).eval.asValue) match {\n          case (dv: DateValue, iv: IntervalValue) =>\n            val nd = iv match {\n              case IntervalValue(d, \"DAY\") =>\n                dv.datetime.minusDays(d)\n              case IntervalValue(d, \"WEEK\") =>\n                dv.datetime.minusWeeks(d)\n              case IntervalValue(d, \"MONTH\") =>\n                dv.datetime.minusMonths(d)\n              case IntervalValue(d, \"QUARTER\") =>\n                dv.datetime.minusMonths(d * 3)\n              case IntervalValue(d, \"YEAR\") =>\n                dv.datetime.minusYears(d)\n              case _ =>\n                throw new RuntimeException(s\"Unrecognized date part signature ${iv.unit}\")\n            }\n            DateValue(null,nd)\n\n          case (_, b) =>\n            throw new RuntimeException(\"The second parameter of DATE_SUB must be INTERVAL\")\n        }\n      }\n\n    case \"DATE_DIFF\" =>\n      if (parameters.length != 3)\n        throw new RuntimeException(\"Function DATE_DIFF takes 3 parameters\")\n\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue.castTo(Type.date()), parameters.get(1).eval.asValue.castTo(Type.date()), parameters.get(2)) match {\n          case (a: DateValue, b: DateValue, IdentifierValue(\"DAY\", _)) =>\n            val d = new Duration(b.datetime, a.datetime)\n            IntValue(d.getStandardDays)\n\n          case (a: DateValue, b: DateValue, IdentifierValue(\"WEEK\", _)) =>\n            val d = Weeks.weeksBetween(b.datetime, a.datetime)\n            IntValue(d.getWeeks)\n\n          case (a: DateValue, b: DateValue, IdentifierValue(\"MONTH\", _)) =>\n            val d = Months.monthsBetween(b.datetime, a.datetime)\n            IntValue(d.getMonths)\n\n          case (a: DateValue, b: DateValue, IdentifierValue(\"QUATER\", _)) =>\n            val d = Months.monthsBetween(b.datetime, a.datetime)\n            IntValue(d.getMonths \/ 3)\n\n          case (a: DateValue, b: DateValue, IdentifierValue(\"YEAR\", _)) =>\n            val d = Years.yearsBetween(b.datetime, a.datetime)\n            IntValue(d.getYears)\n\n          case (a: DateValue, b: DateValue, IdentifierValue(f, _)) =>\n            throw new RuntimeException(s\"Unrecognized date part signature $f\")\n\n          case (_, _, e) =>\n            throw new RuntimeException(s\"Invalid date part type '${e.text}'\")\n        }\n      }\n\n\n    case \"DATE_TRUNC\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function DATE_TRUNC takes 2 parameters\")\n\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue.castTo(Type.date()), parameters.get(1)) match {\n          case (d: DateValue, IdentifierValue(\"DAY\", _)) =>\n            d\n\n          case (d: DateValue, IdentifierValue(\"WEEK\", _)) =>\n            DateValue(null, d.datetime.minusDays((d.datetime.getDayOfWeek + 1) % 8 - 1))\n\n          case (d: DateValue, IdentifierValue(\"MONTH\", _)) =>\n            DateValue(null, d.datetime.minusDays(d.datetime.getDayOfMonth - 1))\n\n          case (d: DateValue, IdentifierValue(\"QUATER\", _)) =>\n            val m = d.datetime.getMonthOfYear\n            DateValue(null, new DateTime(d.datetime.getYear, d.datetime.getMonthOfYear - ((m - 1) % 3), 1))\n\n          case (d: DateValue, IdentifierValue(\"YEAR\", _)) =>\n            DateValue(null, new DateTime(d.datetime.getYear, 1, 1))\n\n          case (_: DateValue, IdentifierValue(f, _)) =>\n            throw new RuntimeException(s\"Unrecognized date part signature $f\")\n\n          case (_, e) =>\n            throw new RuntimeException(s\"Invalid date part type '${e.text}'\")\n        }\n      }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/LikeMatcherTest.scala","text":"package com.sopranoworks.bolt\n\nimport org.specs2.mutable.Specification\n\nclass LikeMatcherTest extends Specification {\n\n  \"apply\" should {\n    \"test%\" in {\n      LikeMatcher(\"test%\").findFirstIn(\"testok\").isDefined must_== true\n      LikeMatcher(\"test%\").findFirstIn(\"test\").isDefined must_== false\n      LikeMatcher(\"test%\").findFirstIn(\" testok\").isDefined must_== false\n    }\n    \"test$%\" in {\n      LikeMatcher(\"test$%\").findFirstIn(\"test$ok\").isDefined must_== true\n      LikeMatcher(\"test$%\").findFirstIn(\"test$\").isDefined must_== false\n      LikeMatcher(\"test$%\").findFirstIn(\" test$ok\").isDefined must_== false\n    }\n    \"test\\\\%%\" in {\n      LikeMatcher(\"test\\\\%%\").findFirstIn(\"test%ok\").isDefined must_== true\n      LikeMatcher(\"test\\\\%%\").findFirstIn(\"test%\").isDefined must_== false\n      LikeMatcher(\"test\\\\%%\").findFirstIn(\" test%ok\").isDefined must_== false\n    }\n    \"test_\" in {\n      LikeMatcher(\"test_\").findFirstIn(\"test!\").isDefined must_== true\n      LikeMatcher(\"test_\").findFirstIn(\"test\").isDefined must_== false\n      LikeMatcher(\"test_\").findFirstIn(\" test!\").isDefined must_== false\n    }\n    \"test[%]\" in {\n      LikeMatcher(\"test[%]\").findFirstIn(\"test[test]\").isDefined must_== true\n      LikeMatcher(\"test[%]\").findFirstIn(\"test[]\").isDefined must_== false\n      LikeMatcher(\"test[%]\").findFirstIn(\" test[test]\").isDefined must_== false\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Table.scala","text":"\/**\n  * Bolt\n  * Table\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.DatabaseClient\n\n\/**\n  * Created by takahashi on 2017\/03\/28.\n  *\/\ncase class Table(dbClient:DatabaseClient,name:String,columns:List[Column],primaryKey:Index,indexes:Map[String,Index]) {\n  private val _columnIndex = columns.map(c => c.name->c.position).toMap\n\n  def columnTypeOf(columnName:String):Option[String] =\n    columns.find(_.name == columnName).map(_.spannerType)\n\n  def column(idx:Int):Column = columns(idx)\n  def columnIndexOf(name:String):Option[Int] = _columnIndex.get(name)\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/TimestampParserTest.scala","text":"<reponame>OsamuTakahashi\/bolt<gh_stars>1-10\npackage com.sopranoworks.bolt\n\nimport org.joda.time.DateTime\nimport org.specs2.mutable.Specification\n\nclass TimestampParserTest extends Specification {\n\n  \"parse timestamp\" should {\n    \"normally success\" in{\n      val (tm,n) = TimestampParser(\"2014-09-27 12:30:00.45 America\/Los_Angeles\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n      tm.getMinuteOfHour   must_== 30\n      tm.getSecondOfMinute must_== 0\n      tm.getMillisOfSecond must_== 450\n    }\n    \"with zone suffix\" in {\n      val (tm,n) = TimestampParser(\"2014-09-27 12:30:00.45-08\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n      tm.getMinuteOfHour   must_== 30\n      tm.getSecondOfMinute must_== 0\n      tm.getMillisOfSecond must_== 450\n    }\n    \"with ISO format\" in {\n      val (tm,n) = TimestampParser(\"2014-09-27T12:30:00.45-08\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n      tm.getMinuteOfHour   must_== 30\n      tm.getSecondOfMinute must_== 0\n      tm.getMillisOfSecond must_== 450\n    }\n    \"with ISO format2\" in {\n      val (tm,n) = TimestampParser(\"2014-09-27T12:30:00.45Z\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n      tm.getMinuteOfHour   must_== 30\n      tm.getSecondOfMinute must_== 0\n      tm.getMillisOfSecond must_== 450\n    }\n    \"only Date\" in {\n      val (tm,n) = TimestampParser(\"2014-09-27\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n    }\n    \"date and timezone\" in {\n      val (tm,n) = TimestampParser(\"2014-09-27 America\/Los_Angeles\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n    }\n    \"hour only\" in{\n      val (tm,n) = TimestampParser(\"2014-09-27 12\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n    }\n    \"hour and minute\" in{\n      val (tm,n) = TimestampParser(\"2014-09-27 12:30\")\n\n      tm.getYear must_== 2014\n      tm.getMonthOfYear must_== 9\n      tm.getDayOfMonth  must_== 27\n\n      tm.getHourOfDay     must_== 12\n      tm.getMinuteOfHour   must_== 30\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/InsertSelect.scala","text":"<reponame>OsamuTakahashi\/bolt\n\/**\n  * Bolt\n  * statements\/InsertSelect\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.Mutation\nimport com.sopranoworks.bolt.values.SubqueryValue\nimport com.sopranoworks.bolt.{Bolt, ColumnReader, QueryContext}\n\nimport scala.collection.JavaConversions._\n\ncase class InsertSelect(nut:Bolt.Nut,qc:QueryContext,tableName:String,columns:java.util.List[String],subquery:SubqueryValue) extends Insert {\n  private def _createMutationsWithoutColumns = {\n    val columns = _tableColumns(tableName)\n    val reader = new ColumnReader {}\n    val ml = subquery.eval.asInstanceOf[SubqueryValue].results.map(_.map {\n      st =>\n        if (st.getColumnCount != columns.length)\n          throw new RuntimeException(\"\")\n\n        val m = Mutation.newInsertBuilder(tableName)\n        columns.foreach {\n          col =>\n            reader.getColumn(st, col.position).asValue.setTo(m, col.name)\n        }\n        m.build()\n    })\n    ml\n  }\n\n  def insertSelectWithoutColumns():Unit =\n    nut.transactionContext match {\n      case Some(_) =>\n        _createMutationsWithoutColumns.foreach(nut.addMutations)\n      case _ =>\n        Option(nut.dbClient).foreach(\n          _ => nut.beginTransaction(_ =>insertSelectWithoutColumns())\n        )\n    }\n\n  private def _createMutationsWithColumns = {\n    val reader = new ColumnReader {}\n    val ml = subquery.eval.asInstanceOf[SubqueryValue].results.map(_.map {\n      st =>\n        if (st.getColumnCount != columns.length)\n          throw new RuntimeException(\"\")\n\n        val m = Mutation.newInsertBuilder(tableName)\n        var idx = 0\n        columns.foreach {\n          col =>\n            reader.getColumn(st, idx).setTo(m, col)\n            idx += 1\n        }\n        m.build()\n    })\n    ml\n  }\n\n  private def insertSelectWithColumns():Unit =\n    nut.transactionContext match {\n      case Some(_) =>\n        _createMutationsWithColumns.foreach(nut.addMutations)\n      case _ =>\n        Option(nut.dbClient).foreach(\n          _ => nut.beginTransaction(_ => insertSelectWithColumns())\n        )\n    }\n\n  override def execute(): Unit = {\n    Option(columns) match {\n      case Some(_) =>\n        insertSelectWithColumns()\n      case None =>\n        insertSelectWithoutColumns()\n    }\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/DatabaseChangedException.scala","text":"\/**\n  * Bolt\n  * DatabaseChangedException\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\n\/**\n  * Created by takahashi on 2017\/06\/13.\n  *\/\nfinal case class DatabaseChangedException(DatabaseId:String) extends Exception\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/BooleanExpressionValue.scala","text":"<filename>src\/main\/scala\/com\/sopranoworks\/bolt\/values\/BooleanExpressionValue.scala<gh_stars>1-10\n\/**\n  * Bolt\n  * BooleanExpressionValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\n\/**\n  *\n  * @param op boolean operator\n  * @param left left expression value\n  * @param right right expression value\n  *\/\ncase class BooleanExpressionValue(op:String,left:Value,right:Value) extends WrappedValue {\n  override def text = s\"(${left.text} $op ${right.text})\"\n  override def isBoolean:Boolean = true\n\n  override def eval: Value = {\n    if (_ref.isEmpty) {\n      val l = left.eval.stayUnresolved\n      val r = if (right != null) right.eval.stayUnresolved else false\n\n      _stayUnresolved = l || r\n      if (_stayUnresolved) {\n        return this\n      }\n\n      (op, left.eval.asValue, if (right != null) right.eval.asValue else right) match {\n        case (\"<\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value < r.value))\n        case (\"<\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value < r.value))\n        case (\"<\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value < r.value))\n        case (\"<\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value < r.value))\n\n        case (\">\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value > r.value))\n        case (\">\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value > r.value))\n        case (\">\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value > r.value))\n        case (\">\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value > r.value))\n\n        case (\"<=\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value <= r.value))\n        case (\"<=\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value <= r.value))\n        case (\"<=\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value <= r.value))\n        case (\"<=\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value <= r.value))\n\n        case (\">=\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value >= r.value))\n        case (\">=\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value >= r.value))\n        case (\">=\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value >= r.value))\n        case (\">=\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value >= r.value))\n\n        case (\"=\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value == r.value))\n        case (\"=\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value == r.value))\n        case (\"=\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value == r.value))\n        case (\"=\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value == r.value))\n\n        case (\"!=\",l:IntValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value != r.value))\n        case (\"!=\",l:DoubleValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value != r.value))\n        case (\"!=\",l:IntValue,r:DoubleValue) =>\n          _ref = Some(BooleanValue(l.value != r.value))\n        case (\"!=\",l:DoubleValue,r:IntValue) =>\n          _ref = Some(BooleanValue(l.value != r.value))\n\n\n        case (\"AND\",l:BooleanValue,r:BooleanValue) =>\n          _ref = Some(BooleanValue(l.f && r.f))\n        case (\"OR\",l:BooleanValue,r:BooleanValue) =>\n          _ref = Some(BooleanValue(l.f || r.f))\n        case (\"XOR\",l:BooleanValue,r:BooleanValue) =>\n          _ref = Some(BooleanValue(l.f ^ r.f))\n        case (\"!\",l:BooleanValue,_) =>\n          _ref = Some(BooleanValue(!l.f))\n\n        case _ =>\n          throw new RuntimeException(s\"Invalid operator between the types:$op\")\n      }\n    }\n    this\n  }\n  override def invalidateEvaluatedValueIfContains(values:List[Value]):Boolean = {\n    if ((if (left != null) left.invalidateEvaluatedValueIfContains(values) else false) ||\n      (if (right != null) right.invalidateEvaluatedValueIfContains(values) else false)) {\n      _ref = None\n      true\n    } else false\n  }\n\n  override def resolveReference(columns:Map[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    val lc = if (left != null) left.resolveReference(columns) else columns\n    if (right != null) right.resolveReference(lc) else lc\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"client\/src\/main\/scala\/com\/sopranoworks\/bolt\/Main.scala","text":"\/**\n  * Bolt\n  * Spanner-cli\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport java.io._\n\nimport com.google.auth.oauth2.GoogleCredentials\nimport com.google.cloud.spanner._\n\/\/import com.typesafe.config.{Config, ConfigFactory}\n\nimport scala.io.StdIn\nimport scala.collection.JavaConverters._\n\n\/**\n  * Created by takahashi on 2017\/05\/17.\n  *\/\nobject Main extends App {\n  import Bolt._\n  def spannerOptions(config:Options) = {\n    val options = SpannerOptions.newBuilder()\n\n    config.password.foreach {\n      json =>\n        println(s\"use client secret:$json\")\n        val is = new FileInputStream(new File(json))\n        options.setCredentials(GoogleCredentials.fromStream(is))\n    }\n    config.projectId.foreach(options.setProjectId)\n    options.build()\n  }\n\n  def printRow(columnLength:Array[Int],columns:List[String]):Unit = {\n    var i = 0\n    columns.foreach {\n      col =>\n        val l = col.length\n        print(col)\n        print(\" \" * (columnLength(i) - l + 1))\n        i += 1\n    }\n    print(\"\\n\")\n  }\n\n\n  def showResult(resultSet : ResultSet):Unit = {\n    var columnLength = Array.empty[Int]\n    var header = List.empty[String]\n    var first = true\n    try {\n      val rows = resultSet.map {\n        r =>\n          if (first) {\n            val f = r.getCurrentRowAsStruct.getType.getStructFields.asScala\n            header = f.map(_.getName).toList\n            columnLength = header.map(_.length).toArray\n            first = false\n          }\n          (0 until r.getColumnCount).map {\n            i =>\n              val c = if (r.isNull(i)) \"NULL\"\n              else {\n                r.getColumnType(i) match {\n                  case v if v == Type.bool() =>\n                    r.getBoolean(i).toString\n                  case v if v == Type.int64() =>\n                    r.getLong(i).toString\n                  case v if v == Type.float64() =>\n                    r.getDouble(i).toString\n                  case v if v == Type.string() =>\n                    r.getString(i)\n                  case v if v == Type.timestamp() =>\n                    r.getTimestamp(i).toString\n                  case v if v == Type.date() =>\n                    r.getDate(i).toString\n                  case v if v == Type.array(Type.bool()) =>\n                    s\"[${r.getBooleanArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.int64()) =>\n                    s\"[${r.getLongArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.float64()) =>\n                    s\"[${r.getDoubleArray(i).mkString(\",\")}]\"\n                  case v if v == Type.array(Type.string()) =>\n                    s\"[${r.getStringList(i).asScala.mkString(\",\")}]\"\n                  case v if v == Type.array(Type.timestamp()) =>\n                    s\"[${r.getTimestampList(i).asScala.mkString(\",\")}]\"\n                  case v if v == Type.array(Type.date()) =>\n                    s\"[${r.getDateList(i).asScala.mkString(\",\")}]\"\n                  case t =>\n                    s\"Unknown($t)\"\n                }\n              }\n              val l = c.length\n              if (l > columnLength(i)) columnLength(i) = l\n              c\n          }.toList\n      }.toList\n\n      printRow(columnLength,header)\n      printRow(columnLength,header.map(\"-\" * _.length))\n      rows.foreach(r=>printRow(columnLength,r))\n    } finally {\n      resultSet.close()\n    }\n  }\n\n  private def _removeComment(line:String):String = {\n    val i = line.indexOf(\"--\")\n    if (i >= 0) {\n      line.substring(0,i)\n    } else {\n      line\n    }\n  }\n\n  case class Options(projectId:Option[String] = None,instanceName:Option[String] = None,database:Option[String] = None,createDatabase:Boolean = false,password:Option[String] = None,sqls:Option[String] = None)\n\n  val optParser = new scopt.OptionParser[Options](\"spanner-cli\") {\n    opt[String]('p',\"projectId\").action((x,c) => c.copy(projectId = Some(x)))\n    opt[String]('i',\"instance\").action((x,c) => c.copy(instanceName = Some(x)))\n    opt[String]('s',\"secret\").action((x,c) => c.copy(password = Some(x)))\n    opt[String]('e',\"execute\").action((x,c) => c.copy(sqls = Some(x)))\n    opt[Unit]('c',\"create\").action((_,c) => c.copy(createDatabase = true))\n    arg[String](\"database\").optional().action((x,c) => c.copy(database = Some(x)))\n  }\n\n  optParser.parse(args,Options()) match {\n    case Some(cfg) =>\n      val options = spannerOptions(cfg)\n      val spanner = options.getService\n      val instance = cfg.instanceName.getOrElse {\n        println(\"Instance name must be specified\")\n        optParser.showUsage()\n        System.exit(1)\n        \"\"\n      }\n      var dbName = cfg.database\n      var displayName = dbName.getOrElse(\"\")\n\n      var admin = Admin(spanner.getDatabaseAdminClient,instance,dbName.orNull)\n      if (cfg.createDatabase && admin != null) {\n        admin.adminClient.createDatabase(instance,dbName.get,List.empty[String].asJava).get()\n      }\n\n      var dbClient = dbName.map(dbn=>spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, instance, dbn))).orNull\n      Option(dbClient).foreach(Database.startWith)\n\n      val reader = new jline.console.ConsoleReader()\n      val stream = new BufferedReader(new InputStreamReader(System.in))\n\n      var prevString = \"\"\n\n      val p = System.console() != null\n\n      val it = cfg.sqls match {\n        case Some(sqls) =>\n           Iterator.continually(new BufferedReader(new InputStreamReader(new ByteArrayInputStream(sqls.getBytes))).readLine())\n        case None =>\n          if (!p) Iterator.continually(stream.readLine())\n          else Iterator.continually(reader.readLine(s\"${if (prevString.nonEmpty) \" \" * displayName.length + \"| \" else displayName + \"> \"}\"))\n      }\n\n        it.takeWhile(l => l != null && l != \"exit\").foreach {\n          line =>\n            prevString += \" \" + _removeComment(line)\n            prevString = prevString\n            var i = 0\n\n            while (i >= 0) {\n              i = prevString.indexOf(';')\n              if (i >= 0) {\n                val sql = prevString.substring(0, i)\n                prevString = prevString.drop(i + 1)\n\n                if (sql.nonEmpty) {\n                  try {\n                    Option(new Nut(dbClient).executeQuery(sql, admin, instance)).foreach {\n                      res =>\n                        showResult(res)\n                        res.close()\n                    }\n                  } catch {\n                    case e: com.google.cloud.spanner.SpannerException =>\n                      println(e.getMessage)\n\n                    case DatabaseChangedException(newDbName) =>\n                      try {\n                        val cln = spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, instance, newDbName))\n                        Option(cln).foreach(Database.startWith)\n\n                        dbClient = cln\n                        admin = Admin(spanner.getDatabaseAdminClient, instance, newDbName)\n                        dbName = Some(newDbName)\n                        displayName = newDbName\n                      } catch {\n                        case e: SpannerException =>\n                          println(e.getMessage)\n                      }\n\n                    case e: RuntimeException =>\n                      println(e.getMessage)\n                  }\n                }\n              }\n            }\n        }\n      spanner.close()\n    case None =>\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/BulkInsert.scala","text":"\/**\n  * Bolt\n  * statements\/BulkInsert\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.Mutation\nimport com.sopranoworks.bolt.values.Value\nimport com.sopranoworks.bolt.{Bolt, QueryContext}\n\nimport scala.collection.JavaConversions._\n\ncase class BulkInsert(nut:Bolt.Nut,qc:QueryContext,tableName:String,columns:java.util.List[String],values:java.util.List[java.util.List[Value]]) extends Insert {\n  private def bulkInsertWithColumns():Unit = {\n    val mm = values.map {\n      v =>\n        val m = Mutation.newInsertBuilder(tableName)\n        columns.zip(v).foreach {\n          case (k,vv) =>\n            vv.eval.asValue.setTo(m,k)\n        }\n        m.build()\n    }\n\n    nut.transactionContext match {\n      case Some(_) =>\n        nut.addMutations(mm.toList)\n      case _ =>\n        Option(nut.dbClient).foreach(_.write(mm))\n    }\n  }\n\n  private def bulkInsertWithOutColumns():Unit = {\n    val columns = _tableColumns(tableName)\n    val mm = values.map {\n      v =>\n        val m = Mutation.newInsertBuilder(tableName)\n        columns.zip(v).foreach {\n          case (k,vv) =>\n            vv.eval.asValue.setTo(m,k.name)\n        }\n        m.build()\n    }\n\n    nut.transactionContext match {\n      case Some(_) =>\n        nut.addMutations(mm.toList)\n      case _ =>\n        Option(nut.dbClient).foreach(_.write(mm))\n    }\n  }\n\n  override def execute(): Unit = {\n    Option(columns) match {\n      case Some(_) =>\n        bulkInsertWithColumns()\n      case None =>\n        bulkInsertWithOutColumns()\n    }\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/KeyValue.scala","text":"<gh_stars>1-10\n\/**\n  * Bolt\n  * KeyValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.sopranoworks.bolt.values._\n\n\/**\n  * The storing key value pair class\n  * \n  * Created by takahashi on 2017\/03\/29.\n  *\/\ncase class KeyValue(key:String,value:Value)"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/Delete.scala","text":"\/**\n  * Bolt\n  * statements\/Delete\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.{Key, KeySet, Mutation, TransactionContext}\nimport com.google.cloud.spanner.TransactionRunner.TransactionCallable\nimport com.sopranoworks.bolt.{Bolt, QueryContext, Where}\n\nimport scala.collection.JavaConversions._\n\ncase class Delete(nut:Bolt.Nut,qc:QueryContext,tableName:String,where:Where,hint:String) extends Update {\n\n  def execute():Unit = {\n    Option(where) match {\n      case Some(Where(_,_,w,_)) =>\n        nut.transactionContext match {\n          case Some(tr) =>\n            if (where.isOptimizedWhere) {\n              nut.addMutations(List(where.asDeleteMutation))\n            } else {\n              val keys = _getTargetKeys(tr, tableName, w, hint)\n              if (keys.nonEmpty) {\n                val ml = keys.map {\n                  k =>\n                    Mutation.delete(tableName, Key.of(k: _*))\n                }\n                nut.addMutations(ml)\n              }\n            }\n\n          case _ =>\n            if (where.isOptimizedWhere) {\n              Option(nut.dbClient).foreach(_.write(List(where.asDeleteMutation)))\n            } else {\n              Option(nut.dbClient).foreach(_.readWriteTransaction()\n                .run(new TransactionCallable[Unit] {\n                  override def run(transaction: TransactionContext):Unit = {\n                      val keys = _getTargetKeys(transaction, tableName, w, hint)\n                      if (keys.nonEmpty) {\n                        val ml = keys.map {\n                          k =>\n                            Mutation.delete(tableName, Key.of(k: _*))\n                        }\n                        transaction.buffer(ml)\n                      }\n                    }\n                  }\n                ))}\n        }\n\n      case None =>\n        val m = Mutation.delete(tableName,KeySet.all())\n        Option(nut.dbClient).foreach(_.write(List(m)))\n      case _ =>\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/ArrayFunctions.scala","text":"\/**\n  * Bolt\n  * ArrayFunctions\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values.functions\n\nimport com.sopranoworks.bolt.values.{ArrayValue, FunctionValue, IntValue, Value}\n\nimport scala.collection.JavaConversions._\n\ntrait ArrayFunctions { _ : FunctionValue =>\n  val arrayFunctions : PartialFunction[String,Option[Value]] = {\n    case \"ARRAY_LENGTH\" =>\n      if (parameters.length != 1)\n        throw new RuntimeException(\"Function ARRAY_LENGTH takes 1 parameter\")\n\n      _checkStayUnresolved {\n        parameters.get(0).eval.asValue match {\n          case arr: ArrayValue =>\n            val l = arr.length\n            IntValue(l.toString, l, true)\n          case _ =>\n            throw new RuntimeException(\"The parameter type of ARRAY_LENGTH must be ARRAY\")\n        }\n      }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/statements\/Update.scala","text":"\/**\n  * Bolt\n  * statements\/Update\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.statements\n\nimport com.google.cloud.spanner.{Statement, TransactionContext}\nimport com.sopranoworks.bolt.values.{TableColumnValue, Value}\nimport com.sopranoworks.bolt._\n\ntrait Update extends NoResult {\n  import Bolt._\n\n  def nut:Bolt.Nut\n\n  protected def _getTargetKeys(transaction: TransactionContext,tableName:String,where:String,hint:String):List[List[String]] = {\n    val tbl = nut.database.table(tableName).get\n    val keyNames = tbl.primaryKey.columns.map(_.name)\n    val resSet = transaction.executeQuery(Statement.of(s\"SELECT ${keyNames.mkString(\",\")} FROM $tableName${if (hint != null) hint else \"\"} $where\"))\n    val reader = new ColumnReader {}\n\n    resSet.autoclose {\n      res =>\n        res.map {\n          row =>\n            (0 until row.getColumnCount).map(i=>reader.getColumn(row,i).text).toList\n        }.toList\n    }\n  }\n\n  protected def _getTargetKeysAndValues(transaction: TransactionContext,\n                                      tbl:Table,\n                                      where:String,\n                                      usedColumns:List[TableColumnValue],\n                                      hint:String):(List[TableColumnValue],List[List[Value]]) = {\n    val keyNames = tbl.primaryKey.columns.filter(col=> !usedColumns.exists(_.name == col.name)).map(col => TableColumnValue(col.name,tbl.name,col.position)) ++ usedColumns\n    val resSet = transaction.executeQuery(Statement.of(s\"SELECT ${keyNames.map(_.name).mkString(\",\")} FROM ${tbl.name}${if (hint != null) hint else \"\"} $where\"))\n    val reader = new ColumnReader {}\n\n    (keyNames,\n      resSet.autoclose {\n        res =>\n          res.map {\n            row =>\n              (0 until row.getColumnCount).map(i=>reader.getColumn(row,i)).toList\n          }.toList\n      })\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/test\/scala\/com\/sopranoworks\/bolt\/values\/SubqueryValueTest.scala","text":"<gh_stars>1-10\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt._\n\nimport java.util\n\n\/\/import com.google.cloud.spanner._\nimport com.google.cloud.spanner.{ResultSet, ResultSets, Struct, Type, Value=>SValue, Database => SDatabase}\nimport com.sopranoworks.bolt.Bolt.Nut\nimport com.typesafe.config.ConfigFactory\nimport org.specs2.mutable.Specification\nimport org.specs2.specification.BeforeAfterEach\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\nclass SubqueryValueTest extends Specification\/* with BeforeAfterEach*\/ {\n\/\/  sequential\n\/\/\n\/\/  import Bolt._\n\/\/\n\/\/  private var _options:Option[SpannerOptions] = None\n\/\/  private var _dbClient:Option[DatabaseClient] = None\n\/\/\n\/\/  override protected def before: Any = {\n\/\/    val config = ConfigFactory.load()\n\/\/    val options = SpannerOptions.newBuilder().build()\n\/\/    _options = Some(options)\n\/\/    val spanner = options.getService\n\/\/    val dbClient = spanner.getDatabaseClient(DatabaseId.of(options.getProjectId, config.getString(\"spanner.instance\"), config.getString(\"spanner.database\")))\n\/\/    Database.startWith(dbClient)\n\/\/    _dbClient = Some(dbClient)\n\/\/  }\n\/\/\n\/\/  override protected def after: Any = {\n\/\/    _options.foreach(_.getService.close())\n\/\/  }\n  \n  case class DummyNut(res:ResultSet) extends Nut(null) {\n    override def executeNativeQuery(sql: String): ResultSet = res\n  }\n\n  \"asArray\" should {\n    \"1 row and multiple columns\" in {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(2))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.eval.spannerType must_== Type.int64()\n      arr.length must_== 3\n    }\n    \"1 column and multiple rows\" in {\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()))),\n        (0 until 3).map {\n          i =>\n            val sb = Struct.newBuilder()\n            sb.set(\"ONE\").to(SValue.int64(i + 1))\n            sb.build()\n        }.toList)\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.spannerType must_== Type.int64()\n      arr.length must_== 3\n    }\n    \"2 rows and 3 columns\" in {\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),\n        (0 until 3).map {\n          _ =>\n            val sb = Struct.newBuilder()\n            sb.set(\"ONE\").to(SValue.int64(1))\n            sb.set(\"TWO\").to(SValue.int64(2))\n            sb.set(\"THREE\").to(SValue.int64(2))\n            sb.build()\n        }.toList)\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      sq.eval.asArray must throwA[RuntimeException]\n    }\n    \"1 row and multiple columns including null value\" in {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64(1))\n      sb.set(\"TWO\").to(SValue.int64(null))\n      sb.set(\"THREE\").to(SValue.int64(2))\n\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()),Type.StructField.of(\"TWO\",Type.int64()),Type.StructField.of(\"THREE\",Type.int64()) )),List(sb.build()))\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.spannerType must_== Type.int64()\n      arr.length must_== 2\n    }\n    \"1 column and multiple rows including null value\" in {\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()))),\n        (0 until 3).map {\n          i =>\n            val sb = Struct.newBuilder()\n            if (i != 1) {\n              sb.set(\"ONE\").to(SValue.int64(i + 1))\n            } else {\n              sb.set(\"ONE\").to(SValue.int64(null))\n            }\n            sb.build()\n        }.toList)\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.spannerType must_== Type.int64()\n      arr.length must_== 2\n    }\n    \"0 column and 0 row\" in {\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.int64()))),List())\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.spannerType must_== null\n      arr.length must_== 0\n    }\n    \"1 row and 1 array column\" in {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64Array(Array(1L,2L,3L)))\n\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.array(Type.int64())) )),List(sb.build()))\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      val arr = sq.eval.asArray\n\n      arr.spannerType must_== Type.int64()\n      arr.length must_== 3\n    }\n    \"1 row and 2 array column\" in {\n      val sb = Struct.newBuilder()\n      sb.set(\"ONE\").to(SValue.int64Array(Array(1L,2L,3L)))\n      sb.set(\"TWO\").to(SValue.int64Array(Array(1L,2L,3L)))\n\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.array(Type.int64())),Type.StructField.of(\"TWO\",Type.array(Type.int64())) )),List(sb.build()))\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      sq.eval.asArray must throwA[RuntimeException]\n    }\n    \"1 array column and multiple rows\" in {\n      val res = ResultSets.forRows(Type.struct(List(Type.StructField.of(\"ONE\",Type.array(Type.int64())))),\n        (0 until 3).map {\n          i =>\n            val sb = Struct.newBuilder()\n            sb.set(\"ONE\").to(SValue.int64Array(Array(1L,2L,3L)))\n            sb.build()\n        }.toList)\n      val sq = SubqueryValue(DummyNut(res),\"\",QueryContext(null,null))\n      sq.eval.asArray must throwA[RuntimeException]\n    }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/StructValue.scala","text":"\/**\n  * Bolt\n  * StructValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.google.cloud.spanner.Type\n\nimport scala.collection.JavaConverters._\nimport scala.collection.JavaConversions._\n\n\/**\n  *\n  *\/\ncase class StructValue() extends Value {\n  private var _stayUnresolved = false\n  private var _evaluated = false\n  private var _members:List[Value] = Nil\n  private var _aliases = Map.empty[String,Int]\n\n  override def text = s\"STRUCT(${_members.map(_.text).mkString(\",\")})\"\n\n  override def stayUnresolved: Boolean = _stayUnresolved\n\n  override def eval: Value = {\n    if (!_evaluated) {\n      _stayUnresolved = _members.foldLeft(false) {\n        case (f,v) =>\n          f || v.eval.stayUnresolved\n      }\n\n      if (_stayUnresolved)\n        return this\n\n      _members = _members.map(_.asValue)\n      _evaluated = true\n    }\n    this\n  }\n\n  def addValue(v:Value):Unit = {\n    _members :+= v\n  }\n  def addFieldName(name:String,idx:Int):Unit = {\n    if (_aliases.contains(name))\n      throw new RuntimeException(s\"Duplicate field name $name\")\n    _aliases += (name->idx)\n  }\n\n  override def getField(fieldIdx: Int): Value = {\n    if (fieldIdx < 0 || _members.length <= fieldIdx)\n      throw new RuntimeException(\"The specified field index is out of range\")\n    _members(fieldIdx)\n  }\n\n  override def getField(fieldName: String): Value = {\n    _aliases.get(fieldName) match {\n      case Some(idx) => getField(idx)\n      case None => throw new RuntimeException(s\"The struct does not have a field named '$fieldName'\")\n    }\n  }\n\n  private def _isArrayType(t:Type):Boolean =\n    t match {\n      case v if v == Type.array(Type.bool()) =>\n        true\n      case v if v == Type.array(Type.int64()) =>\n        true\n      case v if v == Type.array(Type.float64()) =>\n        true\n      case v if v == Type.array(Type.string()) =>\n        true\n      case v if v == Type.array(Type.timestamp()) =>\n        true\n      case v if v == Type.array(Type.date()) =>\n        true\n      case _ =>\n        false\n    }\n\n  override def asArray: ArrayValue = {\n    this.eval\n    _members match {\n      case Nil =>\n        ArrayValue(List())\n      case head :: tail =>\n        if (!_isArrayType(head.spannerType) || !_members.forall(_.spannerType == head.spannerType))\n          throw new RuntimeException(\"The struct can not convert to an array\")\n        ArrayValue(_members,true,head.spannerType)\n    }\n  }\n\n  override def invalidateEvaluatedValueIfContains(values:List[Value]):Boolean = {\n    _members.foldLeft(false) {\n      case (f,v) => f || v.invalidateEvaluatedValueIfContains(values)\n    }\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Bolt.scala","text":"\/**\n  * Bolt\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport java.io.ByteArrayInputStream\n\nimport com.google.cloud.Date\nimport com.google.cloud.spanner.TransactionRunner.TransactionCallable\nimport com.google.cloud.spanner.{AbortedException, DatabaseClient, Mutation, ResultSet, ResultSets, Statement, Struct, TransactionContext, Type, Value => SValue}\nimport com.sopranoworks.bolt.statements.NoResult\nimport org.antlr.v4.runtime._\nimport org.slf4j.LoggerFactory\n\nimport scala.collection.AbstractIterator\nimport scala.collection.JavaConversions._\nimport scala.collection.JavaConverters._\nimport scala.language.implicitConversions\n\n\/**\n  * Created by takahashi on 2017\/03\/28.\n  *\/\nobject Bolt {\n  private val _logger = LoggerFactory.getLogger(this.getClass)\n\n  \/**\n    * A Google Cloud Spanner java client library wrapper class\n    * @note This class is NOT THREAD SAFE!\n    * @param dbClient A database clinet\n    *\/\n  implicit class Nut(val dbClient: DatabaseClient) {\n    private var _transactionContext: Option[TransactionContext] = None\n    private var _mutations = List.empty[Mutation]\n    private var _outerTransction = false\n\n    def transactionContext: Option[TransactionContext] = _transactionContext\n    private [bolt] def setTransactionContext(tr:TransactionContext):Unit = {\n      _transactionContext = Some(tr)\n      _outerTransction = true\n    }\n\n    def database = Database(dbClient)\n\n    private [bolt] def addMutations(ms:List[Mutation]):Unit = {\n      if (_outerTransction)\n        _transactionContext.foreach(_.buffer(ms))\n      else\n        _mutations ++= ms\n    }\n    private [bolt] def mutations = _mutations\n    private [bolt] def clearMutations():Unit = _mutations = List.empty[Mutation]\n\n    \/**\n      * Executing INSERT\/UPDATE\/DELETE query on Google Cloud Spanner\n      * @param srcSql sql statements\n      *\/\n    def executeQuery(srcSql:String,admin:Admin,instanceId:String): ResultSet = {\n      val source = new ByteArrayInputStream(srcSql.getBytes(\"UTF8\"))\n      val input = new ANTLRInputStream(source)\n      val lexer = new MiniSqlLexer(input)\n\/\/        lexer.removeErrorListeners()\n\n      val tokenStream = new CommonTokenStream(lexer)\n      val parser = new MiniSqlParser(tokenStream)\n      parser.setErrorHandler(new BailErrorStrategy())\n      parser.nut = this\n      parser.admin = admin\n      parser.instanceId = instanceId\n\/\/        parser.removeErrorListeners()\n\n      try {\n        parser.minisql().resultSet\n      } catch {\n        case e : Exception =>\n          if (parser.minisql().resultSet != null)\n            parser.minisql().resultSet.close()\n          throw e\n      }\n    }\n\n    @inline\n    def executeQuery(sql:String): ResultSet = executeQuery(sql,null,null)\n    \n    \/**\n      * An executing native spanner query method\n      * @param sql SELECT query\n      * @return The result of the query\n      *\/\n    private [bolt] def executeNativeQuery(sql:String):ResultSet =\n      _transactionContext match {\n        case Some(tr) =>\n          tr.executeQuery(Statement.of(sql))\n        case None =>\n          dbClient.singleUse().executeQuery(Statement.of(sql))\n      }\n\n    \/**\n      * An execiting native admin query method\n      * @param admin an admin instance\n      * @param sql CREATE\/DROP\/ALTER query\n      *\/\n    private [bolt] def executeNativeAdminQuery(admin:Admin,sql:String):Unit = {\n      Option(admin) match {\n        case Some(a) =>\n          val op = a.adminClient.updateDatabaseDdl(a.instance,a.databaes,List(sql),null)\n          try {\n            op.get()\n            Database.reloadWith(dbClient)\n          } catch {\n            case e : Exception =>\n              _logger.error(s\"Executing administrator query failure with:${e.getMessage}\")\n          }\n        case None =>\n          _logger.warn(\"Could not execute administrator query\")\n      }\n    }\n\n    private [bolt] def execute(stmt:NoResult):Unit = {\n      stmt.execute()\n    }\n\n    \/\/ Utility methods (for client application)\n\n    def createDatabase(admin:Admin,instanceId:String,databaseName:String):Boolean = {\n      (Option(admin),Option(instanceId)) match {\n        case (Some(adm),Some(iid)) =>\n          val r = adm.adminClient.createDatabase(iid,databaseName,List.empty[String].asJava)\n          try {\n            r.get()\n            true\n          } catch {\n            case e : Exception =>\n              _logger.error(s\"Executing administrator query failure with:${e.getMessage}\")\n              false\n          }\n        case _ =>\n          false\n      }\n    }\n\n    def showIndexes(tableName:String):ResultSet = {\n      dbClient.singleUse().executeQuery(Statement.of(s\"SELECT INDEX_NAME,INDEX_TYPE,IS_UNIQUE,IS_NULL_FILTERED FROM INFORMATION_SCHEMA.INDEXES WHERE TABLE_NAME='$tableName'\"))\n    }\n\n    def showTables():ResultSet = {\n      dbClient.singleUse().executeQuery(Statement.of(\"SELECT TABLE_NAME,PARENT_TABLE_NAME,ON_DELETE_ACTION FROM INFORMATION_SCHEMA.TABLES WHERE TABLE_SCHEMA=\\\"\\\"\"))\n    }\n\n    def showColumns(table:String):ResultSet =\n      dbClient.singleUse().executeQuery(Statement.of(s\"SELECT COLUMN_NAME,SPANNER_TYPE,IS_NULLABLE FROM INFORMATION_SCHEMA.COLUMNS WHERE TABLE_NAME='$table' ORDER BY ORDINAL_POSITION\"))\n\n\n    def showDatabases(admin:Admin,instanceId:String):ResultSet = {\n      (Option(admin),Option(instanceId)) match {\n        case (Some(adm),Some(iid)) =>\n          val p = adm.adminClient.listDatabases(iid)\n          val dbs = p.iterateAll().map {\n            db =>\n              val b= Struct.newBuilder()\n              b.set(\"DATABASE_NAME\").to(SValue.string(db.getId.getDatabase)).build()\n          }\n          ResultSets.forRows(Type.struct(List(Type.StructField.of(\"DATABASE_NAME\",Type.string()))),dbs.asJava)\n\n        case _ =>\n          null\n      }\n    }\n\n    private def _primaryKeyForTable(tableName:String):Option[String] = {\n      val key = dbClient.singleUse().executeQuery(Statement.of(s\"SELECT COLUMN_NAME,COLUMN_ORDERING FROM INFORMATION_SCHEMA.INDEX_COLUMNS WHERE TABLE_NAME='$tableName' AND INDEX_NAME='PRIMARY_KEY' ORDER BY ORDINAL_POSITION\")).map {\n        col =>\n          s\"${col.getString(0)} ${if (col.isNull(1)) \"\" else col.getString(1)}\"\n      }.mkString(\",\")\n      if (key.isEmpty) None else Some(key)\n    }\n\n    private def _deleteActionForTable(tableName:String):Option[String] = {\n      val r = dbClient.singleUse().executeQuery(Statement.of(s\"SELECT PARENT_TABLE_NAME,ON_DELETE_ACTION FROM INFORMATION_SCHEMA.TABLES WHERE TABLE_SCHEMA='' AND TABLE_NAME='$tableName'\")).map {\n        row =>\n          s\"${if (row.isNull(0)) \"\" else s\", INTERLEAVE IN PARENT ${row.getString(0)}\"} ${if (row.isNull(1)) \"\" else s\"ON DELETE ${row.getString(1)}\"}\"\n      }\n      r.toList.headOption\n    }\n\n    private def _addComma(columns:List[String]):List[String] = {\n      columns.reverse match {\n        case head :: tail => (head :: tail.map(_ + \",\")).reverse\n        case head :: Nil => columns\n      }\n    }\n\n    private def _showCreateIndexOnTable(tableName:String):List[String] = {\n      dbClient.singleUse()\n        .executeQuery(Statement.of(s\"SELECT INDEX_NAME,IS_UNIQUE,IS_NULL_FILTERED,PARENT_TABLE_NAME FROM INFORMATION_SCHEMA.INDEXES WHERE TABLE_NAME='$tableName' AND INDEX_TYPE='INDEX'\"))\n        .autoclose(_.map(r=>(r.getString(0),r.getBoolean(1),r.getBoolean(2),if (!r.isNull(3)) Some(r.getString(3)) else None)).toList).flatMap {\n        case (idx,uniq,nullFiltered,parent) =>\n          s\"CREATE ${if (uniq) \"UNIQUE \" else \"\"}${if (nullFiltered) \"NULL_FILTERED \" else \"\"}INDEX IF NOT EXISTS $idx ON $tableName (\" ::\n          dbClient.singleUse()\n            .executeQuery(Statement.of(s\"SELECT COLUMN_NAME,COLUMN_ORDERING FROM INFORMATION_SCHEMA.INDEX_COLUMNS WHERE TABLE_NAME='$tableName' AND INDEX_NAME='$idx' AND COLUMN_ORDERING IS NOT NULL ORDER BY ORDINAL_POSITION\"))\n            .autoclose(_.map(r=>s\"${r.getString(0)} ${r.getString(1)}\").toList.mkString(\",\")) ::\n          \")\" + {\n            val e = dbClient.singleUse()\n            .executeQuery(Statement.of(s\"SELECT COLUMN_NAME FROM INFORMATION_SCHEMA.INDEX_COLUMNS WHERE TABLE_NAME='$tableName' AND INDEX_NAME='$idx' AND COLUMN_ORDERING IS NULL\"))\n              .autoclose(_.map(_.getString(0)).toList)\n              if (e.nonEmpty) e.mkString(\"STORING (\",\",\",\")\") else \"\"\n          } ::\n          parent.map(p => if (p.isEmpty) p else s\", INTERLEAVE IN $p\").getOrElse(\"\") + \";\" :: Nil\n      }\n    }\n\n    def showCreateTable(tableName:String):ResultSet = {\n      val tbl = (List(s\"CREATE TABLE IF NOT EXISTS $tableName (\") ++\n        _addComma(showColumns(tableName).map {\n          col =>\n            s\"  ${col.getString(\"COLUMN_NAME\")} ${col.getString(\"SPANNER_TYPE\")} ${if (col.getString(\"IS_NULLABLE\").toUpperCase.startsWith(\"Y\")) \"\" else \"NOT NULL\"}\"\n        }.toList) ++\n        List(s\") ${_primaryKeyForTable(tableName).map(k => s\"PRIMARY KEY ($k)\").getOrElse(\"\") }\", s\"${ _deleteActionForTable(tableName).getOrElse(\"\"); };\") ++\n        _showCreateIndexOnTable(tableName))\n          .map(s=>Struct.newBuilder().set(tableName).to(SValue.string(s)).build())\n      ResultSets.forRows(Type.struct(List(Type.StructField.of(tableName,Type.string()))),tbl)\n    }\n\n    def tableExists(tableName:String):Boolean =\n      dbClient.singleUse().executeQuery(Statement.of(s\"SELECT TABLE_NAME FROM INFORMATION_SCHEMA.TABLES WHERE TABLE_SCHEMA='' AND TABLE_NAME='$tableName'\")).autoclose(_.map(_ =>true).toList.nonEmpty)\n\n    def indexExists(tableName:String,indexName:String):Boolean =\n      dbClient.singleUse().executeQuery(Statement.of(s\"SELECT INDEX_NAME FROM INFORMATION_SCHEMA.INDEXES WHERE TABLE_NAME='$tableName' AND INDEX_NAME='$indexName'\")).autoclose(_.map(_ =>true).toList.nonEmpty)\n\n    \/**\n      * Internal use\n      * To resolve Antlr4's 'throws' keyword issue\n      * Currently, when 'throws' is used in the grammar, it will cause strange result on compile time.\n      * TODO: Modify to use 'throws' when it is resolved.\n      *\/\n    private [bolt] def changeDatabase(name:String):Unit =\n      throw DatabaseChangedException(name)\n\n\n    \/**\n      * A transaction wrapper\n      *\n      * @param f The function object for the operation\n      * @tparam T The result type\n      * @return Some result of type T\n      *\/\n    def beginTransaction[T](f:Nut => T):T = {\n      val self = this\n      dbClient.readWriteTransaction()\n        .run(new TransactionCallable[T] {\n          override def run(transaction: TransactionContext): T = {\n            _transactionContext = Some(transaction)\n            val r = f(self)\n            if (_mutations.nonEmpty) {\n              transaction.buffer(_mutations)\n            }\n            _transactionContext = None\n            _mutations = List.empty[Mutation]\n            r\n          }\n        })\n    }\n\n    \/**\n      * A transcation wrapper with default result value\n      *\n      * @param f The function object for the operation\n      * @param default the default value on failure\n      * @tparam T The result type\n      * @return Some result of type T\n      *\/\n    def beginTransaction[T](f:Nut => T, default:T):T = {\n      val self = this\n      dbClient.readWriteTransaction()\n        .run(new TransactionCallable[T] {\n          override def run(transaction: TransactionContext): T = {\n            _transactionContext = Some(transaction)\n            val r = f(self)\n            if (_mutations.nonEmpty) {\n              transaction.buffer(_mutations)\n            }\n            _transactionContext = None\n            _mutations = List.empty[Mutation]\n            r\n          }\n        })\n    }\n\n    \/**\n      * For java\n      *\/\n    def beginTransaction[T](t:Transaction[T]):T = {\n      val self = this\n      dbClient.readWriteTransaction()\n        .run(new TransactionCallable[T] {\n          override def run(transaction: TransactionContext): T = {\n            _transactionContext = Some(transaction)\n            val r = t.run(self)\n            if (_mutations.nonEmpty) {\n              transaction.buffer(_mutations)\n            }\n            _transactionContext = None\n            _mutations = List.empty[Mutation]\n            r\n          }\n        })\n    }\n\n    def rollback():Unit = _transactionContext.foreach(_ => _mutations = List.empty[Mutation])\n  }\n\n  trait Transaction[T] {\n    def run(nat:Nut):T\n  }\n\n  \/\/ Danger to use ?\n\/\/  implicit def transactionContextToNut(tr:TransactionContext):Nut = {\n\/\/    val nut = new Nut(null)\n\/\/    nut.setTransactionContext(tr)\n\/\/    nut\n\/\/  }\n\n  implicit def dbClientAndTransactionContextToNut(pair:(DatabaseClient,TransactionContext)):Nut = {\n    val nut = new Nut(pair._1)\n    nut.setTransactionContext(pair._2)\n    nut\n  }\n\n  implicit def resultSetToIterator(resultSet: ResultSet):Iterator[ResultSet] = new AbstractIterator[ResultSet] {\n    override def hasNext: Boolean =\n      resultSet.next()\n    override def next(): ResultSet =\n      resultSet\n  }\n\n  implicit class Washer(resultSet: ResultSet) {\n    def iterator:Iterator[ResultSet] = resultSetToIterator(resultSet)\n    def headOption:Option[ResultSet] =\n      if (resultSet.next()) Some(resultSet) else None\n  }\n\n  implicit class Sealer(resultSet: ResultSet) {\n    def autoclose[T](f: ResultSet => T):T = try {\n      f(resultSet)\n    } finally {\n      resultSet.close()\n    }\n  }\n\n  implicit class SafeResultSet(resultSet: ResultSet) {\n    def getBooleanOpt(name:String):Option[Boolean] =\n      try {\n        Some(resultSet.getBoolean(name))\n      } catch {\n        case _ : Exception =>\n          None\n      }\n    def getLongOpt(name:String):Option[Long] =\n      try {\n        Some(resultSet.getLong(name))\n      } catch {\n        case _ : Exception =>\n          None\n      }\n    def getDoubleOpt(name:String):Option[Double] =\n      try {\n        Some(resultSet.getDouble(name))\n      } catch {\n        case _ : Exception =>\n          None\n      }\n    def getStringOpt(name:String):Option[String] =\n      try {\n        Some(resultSet.getString(name))\n      } catch {\n        case _ : Exception =>\n          None\n      }\n    def getDateOpt(name:String):Option[Date] =\n      try {\n        Some(resultSet.getDate(name))\n      } catch {\n        case _ : Exception =>\n          None\n      }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/LikeMatcher.scala","text":"\/**\n  * Bolt\n  * LikeMatcher\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport scala.util.matching.Regex\n\n\/**\n  * A conversion utility from SQL LIKE expression to regular expression\n  *\/\nobject LikeMatcher {\n  def apply(matching:String):Regex = {\n    var e = false\n    var res = List('^')\n\n    matching.toCharArray.foreach {\n      case c@('.' | '*' | '+' | '[' | ']' | '?' | '|' | '^' | '{' | '}' | '(' | ')' | '>' | ':' | '$' ) =>\n        res ++= List('\\\\', c)\n\n      case a if e =>\n        res :+= a\n        e = false\n\n      case '%' =>\n        res ++= List('.', '+')\n\n      case '_' =>\n        res :+= '.'\n\n      case '\\\\' =>\n        e = true\n\n      case c =>\n        res :+= c\n    }\n    res :+= '$'\n    new String(res.toArray).r\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/functions\/SystemFunctions.scala","text":"\/**\n  * Bolt\n  * SystemFunctions\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values.functions\n\nimport com.sopranoworks.bolt.LikeMatcher\nimport com.sopranoworks.bolt.values._\n\nimport scala.collection.JavaConversions._\n\ntrait SystemFunctions { _ : FunctionValue =>\n  val systemFunctions : PartialFunction[String,Option[Value]] = {\n    case \"$ARRAY\" =>\n      if (parameters.length != 1)\n        throw new RuntimeException(\"Function $ARRAY takes 1 parameter\")\n\n      _checkStayUnresolved {\n        parameters.head match {\n          case v: ArrayValue =>\n            v\n          case q: SubqueryValue =>\n            q.eval.asArray\n          case _ =>\n            throw new RuntimeException(\"Could not convert parameters to an array\")\n        }\n      }\n\n    case \"$OFFSET\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function $OFFSET takes 1 parameter\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue, parameters.get(1).eval.asValue) match {\n          case (arr: ArrayValue, i: IntValue) =>\n            arr.offset(i)\n          case (_, _: IntValue) =>\n            throw new RuntimeException(\"Array element access with non-array value\")\n          case (_: ArrayValue, _) =>\n            throw new RuntimeException(\"Index type of array element access must be INT64\")\n          case (_, _) =>\n            throw new RuntimeException(\"Invalid operation\")\n        }\n      }\n\n    case \"$ORDINAL\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function $ORDINAL takes 1 parameter\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue, parameters.get(1).eval.asValue) match {\n          case (arr: ArrayValue, i: IntValue) =>\n            arr.ordinal(i)\n          case (_, _: IntValue) =>\n            throw new RuntimeException(\"Array element access with non-array value\")\n          case (_: ArrayValue, _) =>\n            throw new RuntimeException(\"Index type of array element access must be INT64\")\n          case (_, _) =>\n            throw new RuntimeException(\"Invalid operation\")\n        }\n      }\n\n    case \"$EXISTS\" =>\n      if (parameters.length != 1)\n        throw new RuntimeException(\"Function $EXISTS takes 1 parameter\")\n      _checkStayUnresolved {\n        parameters.get(0).eval match {\n          case q: SubqueryValue =>\n            BooleanValue(q.numRows > 0)\n          case _ =>\n            throw new RuntimeException(\"Invalid operation at EXISTS\")\n        }\n      }\n\n    case \"$LIKE\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function $LIKE takes 2 parameter\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue, parameters.get(1).eval.asValue) match {\n          case (a: StringValue, b: StringValue) =>\n            BooleanValue(LikeMatcher(b.text).findFirstIn(a.text).isDefined)\n\n          case (_, _) =>\n            throw new RuntimeException(\"Invalid operation at LIKE\")\n        }\n      }\n\n    case \"$IN\" =>\n      if (parameters.length != 2)\n        throw new RuntimeException(\"Function $IN takes 2 parameter\")\n      _checkStayUnresolved {\n        (parameters.get(0).eval.asValue, parameters.get(1).eval.asArray) match {\n          case (v, arr: ArrayValue) =>\n            BooleanValue(if (arr.length > 0 && v.spannerType == arr.spannerType && v.spannerType != null) {\n              arr.contains(v)\n            } else false)\n\n          case (_, _) =>\n            throw new RuntimeException(\"Invalid operation at LIKE\")\n        }\n      }\n\n    case \"$BETWEEN\" =>\n      if (parameters.length != 3)\n        throw new RuntimeException(\"Function $BETWEEN takes 3 parameter\")\n      _checkStayUnresolved {\n        val v = parameters.get(0).eval.asValue\n        val a = parameters.get(1).eval.asValue\n        val b = parameters.get(2).eval.asValue\n\n        try {\n          BooleanExpressionValue(\"AND\", BooleanExpressionValue(\"<=\", a, v), BooleanExpressionValue(\"<=\", v, b)).eval.asValue\n        } catch {\n          case _: RuntimeException =>\n            throw new RuntimeException(\"Invalid operation in BETWEEN\")\n        }\n      }\n  }\n}\n"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/values\/FunctionValue.scala","text":"\/**\n  * Bolt\n  * FunctionValue\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt.values\n\nimport com.sopranoworks.bolt.values.functions._\n\nimport scala.collection.JavaConversions._\n\ntrait FunctionValue extends WrappedValue {\n  protected def _checkStayUnresolved(f: => Value):Option[Value] = {\n    _stayUnresolved = parameters.foldLeft(false) {\n      case (ck,v) =>\n        ck || v.eval.stayUnresolved\n    }\n    if (!_stayUnresolved) Some(f) else None\n  }\n\n  def name:String\n  def parameters:java.util.List[Value]\n}\n\n\/**\n  *\n  *\/\ncase class FunctionValueImpl(name:String,parameters:java.util.List[Value]) extends FunctionValue\n  with ArrayFunctions\n  with DateFunctions\n  with TimestampFunctions\n  with ConditionalFunctions\n  with SystemFunctions\n{\n  private val _defaultFunction : PartialFunction[String,Option[Value]] = {\n    case _ =>\n      throw new RuntimeException(s\"Unknown function $name\")\n  }\n\n  private val _functions = arrayFunctions orElse dateFunctions orElse timestampFunctions orElse conditionalFunctions orElse systemFunctions orElse _defaultFunction\n\n  override def text = s\"$name(${parameters.map(_.text).mkString(\",\")})\"\n  override def eval: Value = {\n    _ref = _functions(name)\n    this\n  }\n\n  override def invalidateEvaluatedValueIfContains(values:List[Value]):Boolean = {\n    if (parameters.foldLeft(false) {\n      case (f,v) =>\n        f || v.invalidateEvaluatedValueIfContains(values)\n    }) {\n      _ref = None\n      true\n    } else false\n  }\n  \n  override def resolveReference(columns:Map[String,TableColumnValue]): Map[String,TableColumnValue] = {\n    parameters.foldLeft(columns){\n      case (c,p) =>\n        p.resolveReference(c)\n    }\n  }\n}"}
{"repo_name":"OsamuTakahashi\/bolt","path":"src\/main\/scala\/com\/sopranoworks\/bolt\/Database.scala","text":"\/**\n  * Bolt\n  * Database\n  *\n  * Copyright (c) 2017 <NAME>\n  *\n  * This software is released under the MIT License.\n  * http:\/\/opensource.org\/licenses\/mit-license.php\n  *\n  * @author <NAME>\n  *\/\npackage com.sopranoworks.bolt\n\nimport com.google.cloud.spanner.{DatabaseClient, Statement}\nimport org.slf4j.LoggerFactory\n\ntrait Database {\n  def table(name:String):Option[Table]\n}\n\n\/**\n  * Created by takahashi on 2017\/03\/28.\n  *\/\nclass DatabaseImpl(dbClient:DatabaseClient) extends Database {\n  private val _logger = LoggerFactory.getLogger(this.getClass)\n  private var _tables = Map.empty[String,Table]\n\n  def table(name:String):Option[Table] = _tables.get(name)\n\n  def loadInformationSchema():Unit = {\n    _logger.info(s\"Getting information schema ...\")\n    val resSet = dbClient.singleUse().executeQuery(Statement.of(s\"SELECT * FROM INFORMATION_SCHEMA.COLUMNS\"))\n    var tables = Map.empty[String,List[Column]]\n    while(resSet.next()) {\n      if (resSet.getString(\"TABLE_SCHEMA\") != \"INFORMATION_SCHEMA\") {\n        val t = resSet.getString(\"TABLE_NAME\")\n        val col = Column(resSet.getString(\"COLUMN_NAME\"), resSet.getLong(\"ORDINAL_POSITION\").toInt - 1, resSet.getString(\"SPANNER_TYPE\"), resSet.getString(\"IS_NULLABLE\") == \"YES\")\n\n        tables += t -> (col :: tables.getOrElse(t, Nil))\n      }\n    }\n    resSet.close()\n    var indexes = Map.empty[(String,String),(String,List[IndexColumn])]\n    val resSet2 = dbClient.singleUse().executeQuery(Statement.of(s\"SELECT * FROM INFORMATION_SCHEMA.INDEX_COLUMNS\"))\n    while(resSet2.next()) {\n      if (resSet2.getString(\"TABLE_SCHEMA\") != \"INFORMATION_SCHEMA\" && !resSet2.isNull(\"ORDINAL_POSITION\")) {\n        val t = resSet2.getString(\"TABLE_NAME\")\n        val idx = resSet2.getString(\"INDEX_NAME\")\n\n        val col = IndexColumn(resSet2.getString(\"COLUMN_NAME\"), resSet2.getLong(\"ORDINAL_POSITION\").toInt, resSet2.getString(\"SPANNER_TYPE\"), resSet2.getString(\"IS_NULLABLE\") == \"YES\", resSet2.getString(\"COLUMN_ORDERING\"))\n\n        indexes += (t, idx) -> (t, col :: indexes.get((t, idx)).map(_._2).getOrElse(Nil))\n      }\n    }\n    resSet2.close()\n\n    var idxForTbl = Map.empty[String,List[Index]]\n    indexes.foreach(kv=>idxForTbl += kv._2._1 -> (Index(kv._1._2, kv._2._2.sortWith(_.position < _.position)) :: idxForTbl.getOrElse(kv._2._1,Nil)))\n\n    _tables = tables.flatMap {\n      kv=>\n        val tbl = kv._1\n        val idx = idxForTbl.get(tbl)\n        idx.flatMap (_ =>\n          Some(tbl->Table(dbClient,tbl,kv._2.sortWith(_.position < _.position),idx.flatMap(_.find(_.name == \"PRIMARY_KEY\")).get,idx.map(_.filter(_.name != \"PRIMARY_KEY\")).getOrElse(List()).map(i=>i.name->i).toMap)))\n    }\n    _logger.info(s\"Getting information schema done\")\n  }\n}\n\nobject Database {\n  private var _databases = Map.empty[DatabaseClient,Database]\n\n  def apply(dbClient:DatabaseClient):Database = _databases.getOrElse(dbClient,{\n    val db = new DatabaseImpl(dbClient)\n    db.loadInformationSchema()\n    _databases += (dbClient->db)\n    db\n  })\n\n  def startWith(dbClient:DatabaseClient):Database = apply(dbClient)\n  def reloadWith(dbClient:DatabaseClient):Database = {\n    if (_databases.contains(dbClient))\n      _databases -= dbClient\n    startWith(dbClient)\n  }\n}"}
{"repo_name":"jfalkner\/file_monitor","path":"src\/test\/scala\/jfalkner\/file\/FileMonitorSpec.scala","text":"package jfalkner.file\n\nimport java.io.File\nimport java.nio.file.{Files, Path, Paths}\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\n\nimport org.apache.commons.io.FileUtils\nimport org.specs2.matcher.MatchResult\nimport org.specs2.mutable.Specification\n\nimport scala.util.Try\n\n\nclass FileMonitorSpec extends Specification {\n\n  \/\/ mock up a path based on: \/pbi\/collections\/312\/3120177\/r54097_20160810_212523\/1_A01\/m54097_160810_212840.subreadset.xml\n  val (inst, runTsName, well, movieTsName) = (3120177, \"r54097_20160810_212523\", \"1_A01\", \"m54097_160810_212840\")\n  val mockPathName = s\"$inst\/$runTsName\/$well\"\n  \/\/ second example: \/pbi\/collections\/312\/3120177\/r54097_20160810_212523\/2_A01\/m54097_160810_231631.subreadset.xml\n  val (instB, runTsNameB, wellB, movieTsNameB) = (3120177, \"r54097_20160810_212523\", \"2_A01\", \"m54097_160810_231631\")\n  val mockPathNameB = s\"$instB\/$runTsNameB\/$wellB\"\n\n  def considerMeta(ms: TestFileMonitor, mockSubreadSet: Path) =\n    (ms.trimDir(mockSubreadSet), ms.trimFile(mockSubreadSet), Files.getLastModifiedTime(mockSubreadSet).toInstant)\n\n  \"DirectoryMonitor\" should {\n    \"Correctly identify one file and respective manual overrides for include\/exclude\" in {\n      withCleanup { (basePath, workPath) =>\n        val (mockPath, mockSubreadSet) = mockData(basePath)\n        def ms = new TestFileMonitor(basePath, workPath)\n        val (d, f, lm) = considerMeta(ms, mockSubreadSet)\n        def consider(include: Boolean, reason: String = Reasons.Nil) = Considered(mockSubreadSet, include, lm, d, f, reason)\n        \/\/ calculated status should be to ignore by default\n        Set(consider(false, Reasons.NEEDS_MANUAL_OVERRIDE)) mustEqual ms.considerAll()\n        \/\/ manual override to include the run\n        ms.dirLogger.log(new ManualOverride(runTsName))\n        Set(consider(true, Reasons.Nil)) mustEqual ms.considerAll()\n        \/\/ manual override to exclude the movie\n        ms.fileLogger.log(new ManualOverride(movieTsName, include = false))\n        Set(consider(false, Reasons.FILE_EXCLUDED)) mustEqual ms.considerAll()\n        \/\/ manual override to exclude all movies in the run\n        Thread.sleep(10)\n        ms.dirLogger.log(new ManualOverride(runTsName, include = false))\n        Set(consider(false, Reasons.DIR_EXCLUDED)) mustEqual ms.considerAll()\n        \/\/ manual override to include the movie\n        Thread.sleep(10)\n        ms.fileLogger.log(new ManualOverride(movieTsName))\n        Set(consider(true, Reasons.Nil)) mustEqual ms.considerAll()\n        \/\/ mimic a submit log and confirm the same movie won't multi-submit\n        ms.submitLogger.logAll(ms.queue(ms.considerAll()).flatMap(_.toOption))\n        Set(consider(false, Reasons.ALREADY_SUBMITTED)) mustEqual ms.considerAll()\n        \/\/ now override a movie submit and show it submits again\n        Thread.sleep(10)\n        ms.fileLogger.log(new ManualOverride(movieTsName))\n        Set(consider(true, Reasons.Nil)) mustEqual ms.considerAll()\n      }\n    }\n    \"Automatic mode works. No manual overrides required\" in {\n      withCleanup { (basePath, workPath) =>\n        val (mockPath, mockSubreadSet) = mockData(basePath)\n        val ms = new TestFileMonitor(basePath, workPath) {\n          override val requireOverrides: Boolean = false\n        }\n        val (d, f, lm) = considerMeta(ms, mockSubreadSet)\n        \/\/ calculated status should now be to include by default\n        Set(Considered(mockSubreadSet, true, lm, d, f, Reasons.Nil)) mustEqual ms.considerAll()\n      }\n    }\n    \"Exclude files based on the time window\" in {\n      withCleanup { (basePath, workPath) =>\n        val beforeMovie = System.currentTimeMillis()\n        val (mockPath, mockSubreadSet) = mockData(basePath)\n        \/\/ wait at least a millisecond so the time window is valid\n        Thread.sleep(1)\n        val afterMovie = System.currentTimeMillis()\n        \/\/ the movie should be excluded if the time window is after the movie's creation date\n        val excludeIt = new TestFileMonitor(mockPath, workPath, afterMovie, afterMovie + 1)  {\n          override val requireOverrides: Boolean = false\n        }\n        val (d, f, lm) = considerMeta(excludeIt, mockSubreadSet)\n        Set(Considered(mockSubreadSet, false, lm, d, f, Reasons.TOO_OLD)) mustEqual excludeIt.considerAll()\n      }\n    }\n    \"Automatic mode still respects time window exclusions\" in {\n      withCleanup { (basePath, workPath) =>\n        val beforeMovie = System.currentTimeMillis()\n        val (mockPath, mockSubreadSet) = mockData(basePath)\n        val (d, f, lm) = considerMeta(new TestFileMonitor(mockPath, workPath), mockSubreadSet)\n        \/\/ wait at least a millisecond so the time window is valid\n        Thread.sleep(1)\n        val afterMovie = System.currentTimeMillis()\n        \/\/ the movie should be excluded if the time window is after the movie's creation date\n        val excludeIt = new TestFileMonitor(mockPath, workPath, afterMovie, afterMovie + 1)\n        Set(Considered(mockSubreadSet, false, lm, d, f, Reasons.TOO_OLD)) mustEqual excludeIt.considerAll()\n        \/\/ the movie should be included if the time window meets it but not auto-\n        val includeIt = new TestFileMonitor(basePath, workPath, beforeMovie, afterMovie + 1)\n        Set(Considered(mockSubreadSet, false, lm, d, f, Reasons.TOO_OLD)) mustEqual includeIt.considerAll()\n      }\n    }\n    \"Default app entry point returns expected status\" in {\n      withCleanup { (basePath, workPath) =>\n        val (mockPath, mockSubreadSet) = mockData(basePath)\n        Status(\n          moviesFound = 1,\n          autoQueueReady =0,\n          skipping= 1,\n          skipReasons = Set((Reasons.NEEDS_MANUAL_OVERRIDE, 1)),\n          submits = 0,\n          successfulJobs = 0,\n          failedJobs = 0,\n          failureReasons = Set()) mustEqual new TestFileMonitor(basePath, workPath).autoQueue()\n      }\n    }\n    \"Confirm clear() works so that old entries can be removed\" in {\n      withCleanup { (basePath, workPath) =>\n        val (_, mockSubreadSet) = mockData(basePath)\n        def ms = new TestFileMonitor(basePath, workPath)\n        val (d, f, lm) = considerMeta(ms, mockSubreadSet)\n        val (a, b) = (\n          Considered(mockSubreadSet, false, lm, d, f, Reasons.TOO_OLD),\n          Considered(mockSubreadSet, true, lm, d, f, Reasons.Nil))\n        ms.consideredLogger.log(a)\n        ms.consideredLogger.log(b)\n        \/\/ confirm two entries appear\n        ms.consideredLogger.load() mustEqual Set(a, b)\n        \/\/ clear old data\n        ms.consideredLogger.clear()\n        ms.consideredLogger.logAll(Seq(b))\n        ms.consideredLogger.load() mustEqual Set(b)\n      }\n    }\n    \"Considered files are sorted so newest run first\" in {\n      withCleanup { (basePath, workPath) =>\n        val (_, mockSubreadSetA) = mockData(basePath)\n        val (_, mockSubreadSetB) = mockData(basePath, mockPathNameB, movieTsNameB)\n        def consider(mockSubreadSet: Path, lastModified: Instant) : Considered = {\n          val (d, f, _) = considerMeta(new TestFileMonitor(basePath, workPath), mockSubreadSet)\n          Considered(mockSubreadSet, true, lastModified, d, f, Reasons.Nil)\n        }\n        val a = consider(mockSubreadSetA, Instant.now())\n        val b = consider(mockSubreadSetB, a.lastModified.plusSeconds(1))\n        def ms = new TestFileMonitor(basePath, workPath) {\n          override def considerAll(): Iterable[Considered] = Seq(a, b)\n\n          override def queue(all: Iterable[Considered]): Iterable[Try[Queued]] = {\n            all mustEqual Seq(b, a)\n            super.queue(all)\n          }\n        }\n        Status(\n          moviesFound = 2,\n          autoQueueReady = 2,\n          skipping= 0,\n          skipReasons = Set(),\n          submits = 2,\n          successfulJobs = 2,\n          failedJobs = 0,\n          failureReasons = Set()) mustEqual ms.autoQueue()\n      }\n    }\n  }\n\n  def withCleanup(f: (Path, Path) => MatchResult[Any]): MatchResult[Any] = {\n    val basePath = Files.createTempDirectory(\"DirMon\")\n    val workPath = Files.createTempDirectory(\"DirMonWork\")\n    try {\n      f(basePath, workPath)\n    }\n    finally {\n      Seq(basePath, workPath).foreach(p => FileUtils.deleteDirectory(p.toFile))\n    }\n  }\n\n  def mockData(basePath: Path, mpn: String = mockPathName, movie: String = movieTsName): (Path, Path) = {\n    val mockPath = Files.createDirectories(basePath.resolve(mpn))\n    val mockSubreadSet = Files.createFile(mockPath.resolve(s\"$movieTsName.subreadset.xml\"))\n    (mockPath, mockSubreadSet)\n  }\n\n}\n\nclass TestFileMonitor(bd: Path, lp: Path, st: Long = System.currentTimeMillis() - TimeUnit.DAYS.toMillis(7), et: Long = System.currentTimeMillis()) extends FileMonitor {\n  override val baseDir = bd\n  override val logsPath = lp\n  override val startTime = st\n  override val endTime = et\n\n  override def matches(p: File): Boolean = p.getName.endsWith(\".subreadset.xml\")\n\n  override def trimFile(p: Path): String = p.getFileName.toString.stripSuffix(\".subreadset.xml\")\n\n  override def trimDir(p: Path): String = p.toString.split(\"\/\").takeRight(3).head\n\n}"}
{"repo_name":"jfalkner\/file_monitor","path":"build.sbt","text":"name := \"file_monitor\"\n\nversion in ThisBuild := \"0.0.12\"\n\norganization in ThisBuild := \"jfalkner\"\n\nscalaVersion in ThisBuild := \"2.11.8\"\n\nscalacOptions in ThisBuild := Seq(\"-unchecked\", \"-deprecation\", \"-encoding\", \"utf8\", \"-feature\", \"-language:postfixOps\")\n\nlibraryDependencies ++= Seq(\n  \/\/ API needed for Csv -- default serialization for this project\n  \"org.scala-lang\" % \"scala-reflect\" % scalaVersion.value,\n  \"commons-io\" %  \"commons-io\" % \"2.5\",\n  \/\/ needed only for running the tests\n  \"org.specs2\" % \"specs2_2.11\" % \"2.4.1-scalaz-7.0.6\" % \"test\"\n)\n\nlazy val file_monitor = (project in file(\".\")).dependsOn(file_backed_logs)\n\nlazy val file_backed_logs = RootProject(uri(\"https:\/\/github.com\/jfalkner\/file_backed_logs.git#v0.0.8\"))"}
{"repo_name":"jfalkner\/file_monitor","path":"src\/main\/scala\/jfalkner\/file\/FileMonitor.scala","text":"package jfalkner.file\n\nimport java.io.File\nimport java.nio.file.{Files, Path}\nimport java.time.Instant\nimport java.util.concurrent.TimeUnit\n\nimport jfalkner.logs.Logs\n\nimport scala.collection.JavaConverters._\nimport scala.util.{Failure, Success, Try}\n\n\/\/ Logic related to marshall\/unmarshall-ing log entries\ntrait FileMonitor extends Logs {\n\n  val baseDir: Path\n\n  override lazy val ignoredDirs: Set[String] = Set[String]()\n  val startTime: Long = System.currentTimeMillis() - TimeUnit.DAYS.toMillis(7)\n  val endTime: Long = System.currentTimeMillis()\n\n\n  \/\/ logs for persisting data\n  val dirLogger = make[ManualOverride](\".run.overrides.csv\")\n  val fileLogger = make[ManualOverride](\".movie.overrides.csv\")\n  val submitLogger = make[Queued](\".submits.csv\")\n  val consideredLogger = make[Considered](\".considered.csv\")\n\n  \/\/ changing this to false enables automatic mode, where data is processed without requiring a movie or run override\n  val requireOverrides = true\n\n  def autoQueue(): Status = {\n    \/\/ consider all files and dirs to find changes of interest\n    val events = considerAll().toList.sortWith(_.lastModified.getEpochSecond > _.lastModified.getEpochSecond)\n    \/\/ record all successfully queued jobs\n    val submits = queue(events.filter(_.queue)).flatMap { _ match {\n        case Success(submit) => Some(submit)\n        case Failure(t) => None\n      }\n    }\n    \/\/ save all considered, queued and submitted jobs\n    consideredLogger.clear()\n    consideredLogger.logAll(events)\n    submitLogger.logAll(submits)\n    Seq(dirLogger, fileLogger, submitLogger, consideredLogger).foreach(_.squash)\n\n    Status(\n      events.size,\n      events.filter(_.queue).size,\n      events.filter(!_.queue).size,\n      for (reason <- events.filter(!_.queue).toSet[Considered].map(_.reason)) yield (reason, events.filter(_.reason == reason).size),\n      submits.size,\n      submits.filter(_.error.isEmpty).size,\n      submits.filter(!_.error.isEmpty).size,\n      for (reason <- submits.toSet[Queued].map(_.error).filter(!_.isEmpty)) yield (reason, submits.filter(_.error == reason).size)\n    )\n  }\n\n  def queue(all: Iterable[Considered]): Iterable[Try[Queued]] = all.map(c => Try(Queued(c.path)))\n\n  \/\/ converts considered file path\n  def trimFile(p: Path) : String = p.getFileName.toString\n\n  def trimDir(p: Path) : String = p.getParent.getFileName.toString\n\n  \/\/ helper map for movie and run overrides to show when they were last overriden\n  lazy val overrideTime = (dirLogger.load ++ fileLogger.load).toList.sortWith(_.ts.toEpochMilli < _.ts.toEpochMilli).map(v => (v.tsName, v)).toMap.filter(_._2.include).map{case (k, v) => k -> v.ts.toEpochMilli}\n\n  \/\/ helper map for last submission\n  lazy val lastSubmit = submitLogger.load.toList.sortWith(_.ts.toEpochMilli < _.ts.toEpochMilli).map(v => (v.path, v.ts.toEpochMilli)).toMap\n\n  \/\/ helper map for last directory override\n  lazy val dirOverrides = dirLogger.load.toList.sortWith(_.ts.toEpochMilli < _.ts.toEpochMilli).map(v => (v.tsName, v.include)).toMap\n\n  \/\/ helper map for last file override\n  lazy val fileOverrides = fileLogger.load.toList.sortWith(_.ts.toEpochMilli < _.ts.toEpochMilli).map(v => (v.tsName, v.include)).toMap\n\n  \/\/ inspects all possible movies and calculates what action to take\n  def considerAll(): Iterable[Considered] = {\n    \/\/ rules engine for determining if a movie should be queued and why\n    def consider(p: Path): Considered = {\n      val fileName = trimFile(p)\n      val dirName = trimDir(p)\n      val lastModified = Files.getLastModifiedTime(p).toMillis\n      val lm = Instant.ofEpochMilli(lastModified)\n      \/\/ check rules that don't require knowing the file's lastModified\n      if (!dirOverrides.getOrElse(dirName, true) && !fileOverrides.getOrElse(fileName, false))\n        Considered(p, false, lm, dirName, fileName, Reasons.DIR_EXCLUDED)\n      else if (!fileOverrides.getOrElse(fileName, true))\n        Considered(p, false, lm, dirName, fileName, Reasons.FILE_EXCLUDED)\n      else {\n        \/\/ need to submit if it hasn't submitted since it was made or if an override was made after the last submit\n        val forceSubmit = lastSubmit.getOrElse(p, Long.MinValue) < overrideTime.getOrElse(dirName, Long.MinValue) ||\n          lastSubmit.getOrElse(p, Long.MinValue) < overrideTime.getOrElse(fileName, Long.MinValue)\n        if (lastModified < startTime && !forceSubmit)\n          Considered(p, false, lm, dirName, fileName, Reasons.TOO_OLD)\n        else if (lastModified > endTime && !forceSubmit)\n          Considered(p, false, lm, dirName, fileName, Reasons.TOO_NEW)\n        else if (lastModified < lastSubmit.getOrElse(p, Long.MinValue) && !forceSubmit)\n          Considered(p, false, lm, dirName, fileName, Reasons.ALREADY_SUBMITTED)\n        else if (dirOverrides.getOrElse(dirName, !requireOverrides) || fileOverrides.getOrElse(fileName, !requireOverrides))\n          Considered(p, true, lm, dirName, fileName, Reasons.Nil)\n        else\n          Considered(p, false, lm, dirName, fileName, Reasons.NEEDS_MANUAL_OVERRIDE)\n      }\n    }\n\n    for (f <- walkTree(baseDir)) yield consider(f)\n  }\n\n  \/\/ custom filter to include files or dirs to consider\n  def matches(p: File): Boolean = true\n\n  def list(p: Path): List[Path] = {\n    Try {\n      val ds = Files.list(p)\n      try {\n        ds.iterator.asScala.toList\n      } finally {\n        ds.close\n      }\n    } match {\n      case Success(ps) => ps\n      case Failure(t) =>\n        System.err.println(s\"Can't Files.list($p): ${t.getMessage}\")\n        Nil\n    }\n  }\n\n  def walkTree(p: Path): Iterable[Path] = {\n    list(p).flatMap(sp => sp match {\n      case sp if Files.isDirectory(sp) => walkTree(sp)\n      case sp if matches(sp.toFile) => Some(sp)\n      case _ => None\n    })\n  }\n}\n\n"}
{"repo_name":"jfalkner\/file_monitor","path":"src\/main\/scala\/jfalkner\/file\/Models.scala","text":"package jfalkner.file\n\nimport java.nio.file.Path\nimport java.time.Instant\n\ncase class Status(moviesFound: Int, autoQueueReady: Int, skipping: Int, skipReasons: Set[(String, Int)], submits: Int, successfulJobs: Int, failedJobs: Int, failureReasons: Set[(String, Int)])\n\ncase class Considered(path: Path, queue: Boolean, lastModified: Instant, dir: String, file: String, reason: String)\n\ncase class Queued(path: Path, id: String = \"\", ts: Instant = Instant.now(), error: String = \"\")\n\ncase class ManualOverride(tsName: String, ts: Instant = Instant.now(), user: String = \"Auto\", include: Boolean = true, desc: String = \"\")"}
{"repo_name":"jfalkner\/file_monitor","path":"src\/main\/scala\/jfalkner\/file\/Reasons.scala","text":"package jfalkner.file\n\n\/**\n  * Created by jfalkner on 9\/6\/16.\n  *\/\nobject Reasons {\n  val TOO_OLD = \"Last modified time is too old\"\n  val TOO_NEW = \"Last modified time is too recent\"\n  val ALREADY_SUBMITTED = \"Already submitted to smrtlink\"\n  val NEEDS_MANUAL_OVERRIDE = \"Valid to auto-queue but not listed on manual include list\"\n  val FILE_EXCLUDED = \"File is excluded\"\n  val DIR_EXCLUDED = \"Directory is excluded\"\n  val Nil = \"\"\n}\n"}
{"repo_name":"TidyMaze\/alpakka","path":"elasticsearch\/src\/main\/scala\/akka\/stream\/alpakka\/elasticsearch\/impl\/ElasticsearchSourceStage.scala","text":"\/*\n * Copyright (C) 2016-2020 Lightbend Inc. <https:\/\/www.lightbend.com>\n *\/\n\npackage akka.stream.alpakka.elasticsearch.impl\n\nimport akka.annotation.InternalApi\nimport akka.http.scaladsl.HttpExt\nimport akka.http.scaladsl.model.Uri.Path\nimport akka.http.scaladsl.model._\nimport akka.http.scaladsl.unmarshalling.Unmarshal\nimport akka.stream.alpakka.elasticsearch.{ApiVersion, ElasticsearchParams, ElasticsearchSourceSettings, ReadResult}\nimport akka.stream.stage.{GraphStage, GraphStageLogic, OutHandler, StageLogging}\nimport akka.stream.{Attributes, Materializer, Outlet, SourceShape}\nimport spray.json.DefaultJsonProtocol._\nimport spray.json._\n\nimport scala.concurrent.ExecutionContext\nimport scala.util.{Failure, Success, Try}\n\n\/**\n * INTERNAL API\n *\/\n@InternalApi\nprivate[elasticsearch] case class ScrollResponse[T](error: Option[String], result: Option[ScrollResult[T]])\n\n\/**\n * INTERNAL API\n *\/\n@InternalApi\nprivate[elasticsearch] case class ScrollResult[T](scrollId: String, messages: Seq[ReadResult[T]])\n\n\/**\n * INTERNAL API\n *\/\n@InternalApi\nprivate[elasticsearch] trait MessageReader[T] {\n  def convert(json: String): ScrollResponse[T]\n}\n\n\/**\n * INTERNAL API\n *\/\n@InternalApi\nprivate[elasticsearch] final class ElasticsearchSourceStage[T](\n    elasticsearchParams: ElasticsearchParams,\n    searchParams: Map[String, String],\n    settings: ElasticsearchSourceSettings,\n    reader: MessageReader[T]\n)(implicit http: HttpExt, mat: Materializer, ec: ExecutionContext)\n    extends GraphStage[SourceShape[ReadResult[T]]] {\n\n  val out: Outlet[ReadResult[T]] = Outlet(\"ElasticsearchSource.out\")\n  override val shape: SourceShape[ReadResult[T]] = SourceShape(out)\n\n  override def createLogic(inheritedAttributes: Attributes): GraphStageLogic =\n    new ElasticsearchSourceLogic[T](elasticsearchParams, searchParams, settings, out, shape, reader)\n\n}\n\nobject ElasticsearchSourceStage {\n  def validate(indexName: String): Unit = {\n    require(indexName != null, \"You must define an index name\")\n  }\n}\n\n\/**\n * INTERNAL API\n *\/\n@InternalApi\nprivate[elasticsearch] final class ElasticsearchSourceLogic[T](\n    elasticsearchParams: ElasticsearchParams,\n    searchParams: Map[String, String],\n    settings: ElasticsearchSourceSettings,\n    out: Outlet[ReadResult[T]],\n    shape: SourceShape[ReadResult[T]],\n    reader: MessageReader[T]\n)(implicit http: HttpExt, mat: Materializer, ec: ExecutionContext)\n    extends GraphStageLogic(shape)\n    with OutHandler\n    with StageLogging {\n\n  private var scrollId: String = null\n  private val responseHandler = getAsyncCallback[String](handleResponse)\n  private val failureHandler = getAsyncCallback[Throwable](handleFailure)\n\n  private var waitingForElasticData = false\n  private var pullIsWaitingForData = false\n  private var dataReady: Option[ScrollResponse[T]] = None\n\n  def prepareUri(path: Path): Uri = {\n    Uri(settings.connection.baseUrl)\n      .withPath(path)\n  }\n\n  def sendScrollScanRequest(): Unit =\n    try {\n      waitingForElasticData = true\n\n      if (scrollId == null) {\n        log.debug(\"Doing initial search\")\n\n        \/\/ Add extra params to search\n        val extraParams = Seq(\n          if (!searchParams.contains(\"size\")) {\n            Some((\"size\" -> settings.bufferSize.toString))\n          } else {\n            None\n          },\n          \/\/ Tell elastic to return the documents '_version'-property with the search-results\n          \/\/ http:\/\/nocf-www.elastic.co\/guide\/en\/elasticsearch\/reference\/current\/search-request-version.html\n          \/\/ https:\/\/www.elastic.co\/guide\/en\/elasticsearch\/guide\/current\/optimistic-concurrency-control.html\n          if (!searchParams.contains(\"version\") && settings.includeDocumentVersion) {\n            Some((\"version\" -> \"true\"))\n          } else {\n            None\n          }\n        )\n\n        val baseMap = Map(\"scroll\" -> settings.scroll)\n\n        \/\/ only force sorting by _doc (meaning order is not known) if not specified in search params\n        val sortQueryParam = if (searchParams.contains(\"sort\")) {\n          None\n        } else {\n          Some((\"sort\", \"_doc\"))\n        }\n\n        val routingQueryParam = searchParams.get(\"routing\").map(r => (\"routing\", r))\n\n        val queryParams = baseMap ++ routingQueryParam ++ sortQueryParam\n        val completeParams = searchParams ++ extraParams.flatten - \"routing\"\n\n        val searchBody = \"{\" + completeParams\n            .map {\n              case (name, json) =>\n                \"\\\"\" + name + \"\\\":\" + json\n            }\n            .mkString(\",\") + \"}\"\n\n        val endpoint: String = settings.apiVersion match {\n          case ApiVersion.V5 => s\"\/${elasticsearchParams.indexName}\/${elasticsearchParams.typeName.get}\/_search\"\n          case ApiVersion.V7 => s\"\/${elasticsearchParams.indexName}\/_search\"\n        }\n\n        val uri = prepareUri(Path(endpoint))\n          .withQuery(Uri.Query(queryParams))\n\n        val request = HttpRequest(HttpMethods.POST)\n          .withUri(uri)\n          .withEntity(\n            HttpEntity(ContentTypes.`application\/json`, searchBody)\n          )\n          .withHeaders(settings.connection.headers)\n\n        ElasticsearchApi\n          .executeRequest(\n            request,\n            settings.connection\n          )\n          .flatMap {\n            case HttpResponse(StatusCodes.OK, _, responseEntity, _) =>\n              Unmarshal(responseEntity)\n                .to[String]\n                .map(json => responseHandler.invoke(json))\n            case HttpResponse(status, _, responseEntity, _) =>\n              Unmarshal(responseEntity).to[String].map { body =>\n                failureHandler\n                  .invoke(new RuntimeException(s\"Request failed for POST $uri, got $status with body: $body\"))\n              }\n          }\n          .recover {\n            case cause: Throwable => failureHandler.invoke(cause)\n          }\n      } else {\n        log.debug(\"Fetching next scroll\")\n\n        val uri = prepareUri(Path(\"\/_search\/scroll\"))\n\n        val request = HttpRequest(HttpMethods.POST)\n          .withUri(uri)\n          .withEntity(\n            HttpEntity(ContentTypes.`application\/json`,\n                       Map(\"scroll\" -> settings.scroll, \"scroll_id\" -> scrollId).toJson.compactPrint)\n          )\n          .withHeaders(settings.connection.headers)\n\n        ElasticsearchApi\n          .executeRequest(\n            request,\n            settings.connection\n          )\n          .flatMap {\n            case HttpResponse(StatusCodes.OK, _, responseEntity, _) =>\n              Unmarshal(responseEntity)\n                .to[String]\n                .map(json => responseHandler.invoke(json))\n            case HttpResponse(status, _, responseEntity, _) =>\n              Unmarshal(responseEntity)\n                .to[String]\n                .map { body =>\n                  failureHandler.invoke(\n                    new RuntimeException(s\"Request failed for POST $uri, got $status with body: $body\")\n                  )\n                }\n          }\n          .recover {\n            case cause: Throwable => failureHandler.invoke(cause)\n          }\n      }\n    } catch {\n      case ex: Exception => failureHandler.invoke(ex)\n    }\n\n  def handleFailure(ex: Throwable): Unit = {\n    waitingForElasticData = false\n    failStage(ex)\n  }\n\n  def handleResponse(json: String): Unit = {\n    waitingForElasticData = false\n\n    val scrollResponse: ScrollResponse[T] = reader.convert(json)\n\n    if (pullIsWaitingForData) {\n      log.debug(\"Received data from elastic. Downstream has already called pull and is waiting for data\")\n      pullIsWaitingForData = false\n      if (handleScrollResponse(scrollResponse)) {\n        \/\/ we should go and get more data\n        sendScrollScanRequest()\n      }\n    } else {\n      log.debug(\"Received data from elastic. Downstream have not yet asked for it\")\n      \/\/ This is a prefetch of data which we received before downstream has asked for it\n      dataReady = Some(scrollResponse)\n    }\n\n  }\n\n  \/\/ Returns true if we should continue to work\n  def handleScrollResponse(scrollResponse: ScrollResponse[T]): Boolean =\n    scrollResponse match {\n      case ScrollResponse(Some(error), _) =>\n        \/\/ Do not attempt to clear the scroll in the case of an error.\n        failStage(new IllegalStateException(error))\n        false\n      case ScrollResponse(None, Some(result)) if result.messages.isEmpty =>\n        clearScrollAsync()\n        false\n      case ScrollResponse(_, Some(result)) =>\n        scrollId = result.scrollId\n        log.debug(\"Pushing data downstream\")\n        emitMultiple(out, result.messages.toIterator)\n        true\n    }\n\n  setHandler(out, this)\n\n  override def onPull(): Unit =\n    dataReady match {\n      case Some(data) =>\n        \/\/ We already have data ready\n        log.debug(\"Downstream is pulling data and we already have data ready\")\n        if (handleScrollResponse(data)) {\n          \/\/ We should go and get more data\n\n          dataReady = None\n\n          if (!waitingForElasticData) {\n            sendScrollScanRequest()\n          }\n\n        }\n      case None =>\n        if (pullIsWaitingForData) throw new Exception(\"This should not happen: Downstream is pulling more than once\")\n        pullIsWaitingForData = true\n\n        if (!waitingForElasticData) {\n          log.debug(\"Downstream is pulling data. We must go and get it\")\n          sendScrollScanRequest()\n        } else {\n          log.debug(\"Downstream is pulling data. Already waiting for data\")\n        }\n    }\n\n  \/**\n   * When downstream finishes, it is important to attempt to clear the scroll.\n   * As such, this handler initiates an async call to clear the scroll, and\n   * then explicitly keeps the stage alive. [[clearScrollAsync()]] is responsible\n   * for completing the stage.\n   *\/\n  override def onDownstreamFinish(cause: Throwable): Unit = {\n    clearScrollAsync()\n    setKeepGoing(true)\n  }\n\n  \/**\n   * If the [[scrollId]] is non null, attempt to clear the scroll.\n   * Complete the stage successfully, whether or not the clear call succeeds.\n   * If the clear call fails, the scroll will eventually timeout.\n   *\/\n  def clearScrollAsync(): Unit = {\n    if (scrollId == null) {\n      log.debug(\"Scroll Id is null. Completing stage eagerly.\")\n      completeStage()\n    } else {\n      \/\/ Clear the scroll\n      val uri = prepareUri(Path(s\"\/_search\/scroll\/$scrollId\"))\n\n      val request = HttpRequest(HttpMethods.DELETE)\n        .withUri(uri)\n        .withHeaders(settings.connection.headers)\n\n      ElasticsearchApi\n        .executeRequest(request, settings.connection)\n        .flatMap {\n          case HttpResponse(StatusCodes.OK, _, responseEntity, _) =>\n            Unmarshal(responseEntity)\n              .to[String]\n              .map(json => {\n                clearScrollAsyncHandler.invoke(Success(json))\n              })\n          case HttpResponse(status, _, responseEntity, _) =>\n            Unmarshal(responseEntity).to[String].map { body =>\n              clearScrollAsyncHandler\n                .invoke(Failure(new RuntimeException(s\"Request failed for POST $uri, got $status with body: $body\")))\n            }\n        }\n        .recover {\n          case cause: Throwable => failureHandler.invoke(cause)\n        }\n    }\n  }\n\n  private val clearScrollAsyncHandler = getAsyncCallback[Try[String]]({ result =>\n    {\n      \/\/ Note: the scroll will expire, so there is no reason to consider a failed\n      \/\/ clear as a reason to fail the stream.\n      log.debug(\"Result of clearing the scroll: {}\", result)\n      completeStage()\n    }\n  })\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/main\/scala\/beam\/agentsim\/infrastructure\/ParallelParkingManager.scala","text":"package beam.agentsim.infrastructure\n\nimport akka.actor.ActorRef\nimport beam.agentsim.Resource.ReleaseParkingStall\nimport beam.agentsim.agents.vehicles.VehicleManager\nimport beam.agentsim.infrastructure.ParallelParkingManager.{geometryFactory, ParkingCluster, Worker}\nimport beam.agentsim.infrastructure.parking.{ParkingNetwork, ParkingZone, ParkingZoneId}\nimport beam.agentsim.infrastructure.taz.{TAZ, TAZTreeMap}\nimport beam.sim.common.GeoUtils.toJtsCoordinate\nimport beam.sim.config.BeamConfig\nimport beam.utils.metrics.SimpleCounter\nimport com.typesafe.scalalogging.LazyLogging\nimport com.vividsolutions.jts.algorithm.ConvexHull\nimport com.vividsolutions.jts.geom.prep.{PreparedGeometry, PreparedGeometryFactory}\nimport com.vividsolutions.jts.geom.{Coordinate, Envelope, GeometryFactory}\nimport de.lmu.ifi.dbs.elki.algorithm.clustering.kmeans.KMeansElkan\nimport de.lmu.ifi.dbs.elki.algorithm.clustering.kmeans.initialization.RandomUniformGeneratedInitialMeans\nimport de.lmu.ifi.dbs.elki.data.`type`.TypeUtil\nimport de.lmu.ifi.dbs.elki.data.{DoubleVector, NumberVector}\nimport de.lmu.ifi.dbs.elki.database.StaticArrayDatabase\nimport de.lmu.ifi.dbs.elki.database.ids.DBIDIter\nimport de.lmu.ifi.dbs.elki.database.relation.Relation\nimport de.lmu.ifi.dbs.elki.datasource.ArrayAdapterDatabaseConnection\nimport de.lmu.ifi.dbs.elki.distance.distancefunction.minkowski.SquaredEuclideanDistanceFunction\nimport de.lmu.ifi.dbs.elki.utilities.random.RandomFactory\nimport org.matsim.api.core.v01.{Coord, Id}\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable.ArrayBuffer\n\n\/**\n  * @author <NAME>\n  *\/\nclass ParallelParkingManager(\n  vehicleManagerId: Id[VehicleManager],\n  parkingZones: Map[Id[ParkingZoneId], ParkingZone[TAZ]],\n  tazTreeMap: TAZTreeMap,\n  clusters: Vector[ParkingCluster],\n  distanceFunction: (Coord, Coord) => Double,\n  boundingBox: Envelope,\n  minSearchRadius: Double,\n  maxSearchRadius: Double,\n  seed: Int,\n  mnlParkingConfig: BeamConfig.Beam.Agentsim.Agents.Parking.MulitnomialLogit\n) extends ParkingNetwork[TAZ](vehicleManagerId, parkingZones) {\n\n  override protected val searchFunctions: Option[InfrastructureFunctions[_]] = None\n\n  protected val workers: Vector[Worker] = clusters.zipWithIndex.map { case (cluster, _) =>\n    createWorker(cluster)\n  }\n\n  protected val emergencyWorker = createWorker(\n    ParkingCluster(\n      Vector.empty,\n      new Coord(Double.PositiveInfinity, Double.PositiveInfinity),\n      new PreparedGeometryFactory()\n        .create(geometryFactory.createPoint(new Coordinate(Double.PositiveInfinity, Double.PositiveInfinity))),\n      \"emergencyCluster\"\n    )\n  )\n\n  protected val tazToWorker: Map[Id[_], Worker] =\n    mapTazToWorker(workers) + (TAZ.EmergencyTAZId -> emergencyWorker) + (TAZ.DefaultTAZId -> emergencyWorker)\n\n  protected def createWorker(cluster: ParkingCluster): Worker = {\n    val tazTreeMap = TAZTreeMap.fromSeq(cluster.tazes)\n    val parkingNetwork = ZonalParkingManager[TAZ](\n      vehicleManagerId,\n      parkingZones,\n      tazTreeMap.tazQuadTree,\n      tazTreeMap.idToTAZMapping,\n      identity[TAZ](_),\n      distanceFunction,\n      boundingBox,\n      minSearchRadius,\n      maxSearchRadius,\n      seed,\n      mnlParkingConfig\n    )\n    Worker(parkingNetwork, cluster)\n  }\n\n  \/**\n    * @param inquiry ParkingInquiry\n    * @param parallelizationCounterOption Option[SimpleCounter]\n    *  @return\n    *\/\n  override def processParkingInquiry(\n    inquiry: ParkingInquiry,\n    parallelizationCounterOption: Option[SimpleCounter] = None\n  ): Option[ParkingInquiryResponse] = {\n    parallelizationCounterOption.map(_.count(\"all\"))\n    val foundCluster = workers.find { w =>\n      val point = ParallelParkingManager.geometryFactory.createPoint(inquiry.destinationUtm.loc)\n      w.cluster.convexHull.contains(point)\n    }\n\n    val worker = foundCluster\n      .orElse(\n        tazToWorker.get(findTazId(inquiry))\n      )\n      .get\n\n    parallelizationCounterOption.map(_.count(worker.cluster.presentation))\n    worker.actor.processParkingInquiry(inquiry)\n  }\n\n  \/**\n    * @param release ReleaseParkingStall\n    *  @return\n    *\/\n  override def processReleaseParkingStall(release: ReleaseParkingStall): Boolean = {\n    val tazId = release.stall.tazId\n    val parkingZoneId = release.stall.parkingZoneId\n    tazToWorker.get(tazId) match {\n      case Some(worker) => worker.actor.processReleaseParkingStall(release)\n      case None =>\n        logger.error(s\"No TAZ with id $tazId, zone id = $parkingZoneId. Cannot release.\")\n        false\n    }\n  }\n\n  protected def findTazId(inquiry: ParkingInquiry): Id[TAZ] = {\n    tazTreeMap.getTAZ(inquiry.destinationUtm.loc.getX, inquiry.destinationUtm.loc.getY) match {\n      case null => TAZ.EmergencyTAZId\n      case taz  => taz.tazId\n    }\n  }\n\n  protected def mapTazToWorker(clusters: Seq[Worker]): Map[Id[_], Worker] =\n    clusters.flatMap { worker =>\n      worker.cluster.tazes.view.map(_.tazId).map(_ -> worker)\n    }.toMap\n}\n\nobject ParallelParkingManager extends LazyLogging {\n  private val geometryFactory = new GeometryFactory()\n\n  case class ParkingSearchResult(response: ParkingInquiryResponse, originalSender: ActorRef, worker: ActorRef)\n\n  \/**\n    * builds a ParallelParkingManager\n    *\n    * @return\n    *\/\n  def init(\n    vehicleManagerId: Id[VehicleManager],\n    parkingZones: Map[Id[ParkingZoneId], ParkingZone[TAZ]],\n    beamConfig: BeamConfig,\n    tazTreeMap: TAZTreeMap,\n    distanceFunction: (Coord, Coord) => Double,\n    boundingBox: Envelope\n  ): ParkingNetwork[TAZ] = {\n    val seed = beamConfig.matsim.modules.global.randomSeed\n    val numClusters =\n      Math.min(tazTreeMap.tazQuadTree.size(), beamConfig.beam.agentsim.taz.parkingManager.parallel.numberOfClusters)\n    init(\n      vehicleManagerId,\n      parkingZones,\n      beamConfig,\n      tazTreeMap,\n      distanceFunction,\n      boundingBox,\n      seed,\n      numClusters\n    )\n  }\n\n  def init(\n    vehicleManagerId: Id[VehicleManager],\n    parkingZones: Map[Id[ParkingZoneId], ParkingZone[TAZ]],\n    beamConfig: BeamConfig,\n    tazTreeMap: TAZTreeMap,\n    distanceFunction: (Coord, Coord) => Double,\n    boundingBox: Envelope,\n    seed: Int,\n    numClusters: Int\n  ): ParkingNetwork[TAZ] = {\n    val clusters: Vector[ParkingCluster] =\n      createClusters(tazTreeMap, parkingZones, numClusters, seed.toLong)\n    new ParallelParkingManager(\n      vehicleManagerId,\n      parkingZones,\n      tazTreeMap,\n      clusters,\n      distanceFunction,\n      boundingBox,\n      beamConfig.beam.agentsim.agents.parking.minSearchRadius,\n      beamConfig.beam.agentsim.agents.parking.maxSearchRadius,\n      seed,\n      beamConfig.beam.agentsim.agents.parking.mulitnomialLogit\n    )\n  }\n\n  private[infrastructure] case class ParkingCluster(\n    tazes: Vector[TAZ],\n    mean: Coord,\n    convexHull: PreparedGeometry,\n    presentation: String\n  )\n\n  protected case class Worker(actor: ParkingNetwork[TAZ], cluster: ParkingCluster)\n\n  private[infrastructure] def createClusters(\n    tazTreeMap: TAZTreeMap,\n    zones: Map[Id[ParkingZoneId], ParkingZone[TAZ]],\n    numClusters: Int,\n    seed: Long\n  ): Vector[ParkingCluster] = {\n    logger.info(s\"creating clusters, tazTreeMap.size = ${tazTreeMap.tazQuadTree.size} zones.size = ${zones.size}\")\n    val pgf = new PreparedGeometryFactory\n    if (tazTreeMap.tazQuadTree.size() == 0) {\n      val polygonCoords = Array(\n        new Coordinate(0, 0),\n        new Coordinate(1, 0),\n        new Coordinate(1, 1),\n        new Coordinate(0, 1),\n        new Coordinate(0, 0)\n      )\n      val polygon = geometryFactory.createPolygon(polygonCoords)\n      Vector(\n        ParkingCluster(\n          tazTreeMap.getTAZs.toVector,\n          new Coord(0.0, 0.0),\n          pgf.create(polygon),\n          \"single-empty-cluster\"\n        )\n      )\n    } else {\n      val (emptyTAZes, db) = createDatabase(tazTreeMap, zones)\n      val kmeans = new KMeansElkan[NumberVector](\n        SquaredEuclideanDistanceFunction.STATIC,\n        numClusters,\n        2000,\n        new RandomUniformGeneratedInitialMeans(RandomFactory.get(seed)),\n        true\n      )\n      val result = kmeans.run(db)\n      val clusters = result.getAllClusters.asScala.toVector.zipWithIndex.map { case (clu, idx) =>\n        val rel = db.getRelation(TypeUtil.DOUBLE_VECTOR_FIELD)\n        val labels: Relation[String] = db.getRelation(TypeUtil.STRING)\n        val coords: ArrayBuffer[Coordinate] = new ArrayBuffer(clu.size())\n        val clusterZones: ArrayBuffer[ParkingZone[TAZ]] = new ArrayBuffer(clu.size())\n        val empty: ArrayBuffer[TAZ] = new ArrayBuffer[TAZ]()\n        val iter: DBIDIter = clu.getIDs.iter()\n        while (iter.valid()) {\n          val o: DoubleVector = rel.get(iter)\n          val id: String = labels.get(iter)\n          if (id.startsWith(\"taz\")) {\n            empty += emptyTAZes(id.substring(3).toInt)\n          } else {\n            clusterZones += zones(ParkingZone.createId(id))\n          }\n          coords += new Coordinate(o.doubleValue(0), o.doubleValue(1))\n          iter.advance()\n        }\n        val dCoords = coords.distinct\n        if (dCoords.size == 1) {\n          \/\/means a single point which is not allowed by ConvexHull\n          val center = coords(0)\n          dCoords(0) = new Coordinate(center.x - .1, center.y - .1)\n          dCoords += new Coordinate(center.x + .1, center.y - .1)\n          dCoords += new Coordinate(center.x + .1, center.y + .1)\n          dCoords += new Coordinate(center.x - .1, center.y + .1)\n        }\n        val ch = new ConvexHull(dCoords.toArray, geometryFactory).getConvexHull\n        val convexHull = pgf.create(ch)\n        val tazes = clusterZones\n          .map(_.geoId)\n          .distinct\n          .map(tazTreeMap.getTAZ(_).get) ++ empty\n        val centroid = ch.getCentroid\n        val clusterMeanStr = String.format(\"(%.2f, %.2f)\", Double.box(centroid.getX), Double.box(centroid.getY))\n        ParkingCluster(tazes.toVector, new Coord(clu.getModel.getMean), convexHull, s\"$idx-$clusterMeanStr\")\n      }\n      logger.info(s\"Done clustering: ${clusters.size}\")\n      logger.info(s\"TAZ distribution: ${clusters.map(_.tazes.size).mkString(\", \")}\")\n      clusters\n    }\n  }\n\n  private def createDatabase(\n    tazTreeMap: TAZTreeMap,\n    zones: Map[Id[ParkingZoneId], ParkingZone[TAZ]]\n  ): (Array[TAZ], StaticArrayDatabase) = {\n    case class ZoneInfo(coord: Coord, label: String)\n    val zoneInfos = {\n      zones.flatMap { case (_, zone) =>\n        tazTreeMap\n          .getTAZ(zone.geoId)\n          .map(taz => ZoneInfo(taz.coord, zone.parkingZoneId.toString))\n      }\n    }\n    val emptyTAZes = (tazTreeMap.getTAZs.toSet -- zones.flatMap(zone => tazTreeMap.getTAZ(zone._2.geoId)).toSet).toArray\n    val virtualZones = emptyTAZes.zipWithIndex.map { case (taz, idx) =>\n      ZoneInfo(taz.coord, s\"taz$idx\")\n    }\n    val allZones = zoneInfos ++ virtualZones\n\n    val data = allZones.map(zi => Array(zi.coord.getX, zi.coord.getY)).toArray\n    val labels: Array[String] = allZones.map(_.label).toArray\n    val dbc = new ArrayAdapterDatabaseConnection(data, labels)\n    val db = new StaticArrayDatabase(dbc, null)\n    db.initialize()\n    (emptyTAZes, db)\n  }\n\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/test\/scala\/beam\/agentsim\/agents\/ridehail\/MatchingAlgorithmsForRideHailSpec.scala","text":"<reponame>tin6150\/beam\npackage beam.agentsim.agents.ridehail\n\nimport akka.actor.ActorRef\nimport beam.agentsim.agents.BeamvilleFixtures._\nimport beam.agentsim.agents.ridehail.RideHailMatching.{CustomerRequest, RideHailTrip, VehicleAndSchedule}\nimport beam.agentsim.agents.vehicles.{BeamVehicleType, PersonIdWithActorRef, VehicleManager}\nimport beam.sim.config.{BeamConfig, MatSimBeamConfigBuilder}\nimport beam.sim.{BeamHelper, BeamScenario, BeamServices, CircularGeofence}\nimport beam.utils.FileUtils\nimport beam.utils.TestConfigUtils.testConfig\nimport com.typesafe.config.{Config, ConfigFactory}\nimport com.vividsolutions.jts.geom.Envelope\nimport org.matsim.api.core.v01.population.Person\nimport org.matsim.api.core.v01.{Coord, Id}\nimport org.matsim.core.controler.AbstractModule\nimport org.matsim.core.scenario.{MutableScenario, ScenarioUtils}\nimport org.matsim.core.utils.collections.QuadTree\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.collection.JavaConverters._\nimport scala.collection.immutable.List\n\nclass MatchingAlgorithmsForRideHailSpec extends AnyFlatSpec with Matchers with BeamHelper {\n\n  \"Running Alonso Mora Algorithm\" must \"creates a consistent plan\" in {\n    val config = ConfigFactory\n      .parseString(\n        \"\"\"\n           |beam.actorSystemName = \"MatchingAlgorithmsForRideHailSpec\"\n           |beam.outputs.events.fileOutputFormats = xml\n           |beam.physsim.skipPhysSim = true\n           |beam.agentsim.lastIteration = 0\n           |beam.agentsim.agents.rideHail.allocationManager.matchingAlgorithm = \"ALONSOMORA_POOLING_ALG_FOR_RIDEHAIL\"\n           |beam.agentsim.agents.rideHail.allocationManager.maxWaitingTimeInSec = 360\n           |beam.agentsim.agents.rideHail.allocationManager.maxExcessRideTime = 0.2\n           |beam.agentsim.agents.rideHail.allocationManager.alonsoMora.maxRequestsPerVehicle = 4\n        \"\"\".stripMargin\n      )\n      .withFallback(testConfig(\"test\/input\/beamville\/beam.conf\"))\n      .resolve()\n    runConsistentPlanCheck(config)\n  }\n\n  \"Running Async Alonso Mora Algorithm\" must \"creates a consistent plan\" in {\n    val config = ConfigFactory\n      .parseString(\n        \"\"\"\n           |beam.actorSystemName = \"MatchingAlgorithmsForRideHailSpec\"\n           |beam.outputs.events.fileOutputFormats = xml\n           |beam.physsim.skipPhysSim = true\n           |beam.agentsim.lastIteration = 0\n           |beam.agentsim.agents.rideHail.allocationManager.matchingAlgorithm = \"ASYNC_ALONSOMORA_ALG_FOR_RIDEHAIL\"\n           |beam.agentsim.agents.rideHail.allocationManager.maxWaitingTimeInSec = 360\n           |beam.agentsim.agents.rideHail.allocationManager.maxExcessRideTime = 0.2\n           |beam.agentsim.agents.rideHail.allocationManager.alonsoMora.maxRequestsPerVehicle = 1000\n        \"\"\".stripMargin\n      )\n      .withFallback(testConfig(\"test\/input\/beamville\/beam.conf\"))\n      .resolve()\n    runConsistentPlanCheck(config)\n  }\n\n  \"Running Vehicle Centric Matching Algorithm\" must \"creates a consistent plan\" in {\n    val config = ConfigFactory\n      .parseString(\n        \"\"\"\n           |beam.actorSystemName = \"MatchingAlgorithmsForRideHailSpec\"\n           |beam.outputs.events.fileOutputFormats = xml\n           |beam.physsim.skipPhysSim = true\n           |beam.agentsim.lastIteration = 0\n           |beam.agentsim.agents.rideHail.allocationManager.matchingAlgorithm = \"VEHICLE_CENTRIC_MATCHING_FOR_RIDEHAIL\"\n           |beam.agentsim.agents.rideHail.allocationManager.maxWaitingTimeInSec = 360\n           |beam.agentsim.agents.rideHail.allocationManager.maxExcessRideTime = 0.2\n           |beam.agentsim.agents.rideHail.allocationManager.alonsoMora.maxRequestsPerVehicle = 1000\n        \"\"\".stripMargin\n      )\n      .withFallback(testConfig(\"test\/input\/beamville\/beam.conf\"))\n      .resolve()\n    runConsistentPlanCheck(config)\n  }\n\n  private def runConsistentPlanCheck(config: Config): Unit = {\n    val configBuilder = new MatSimBeamConfigBuilder(config)\n    val matsimConfig = configBuilder.buildMatSimConf()\n    val beamConfig = BeamConfig(config)\n    implicit val beamScenario: BeamScenario = loadScenario(beamConfig)\n    FileUtils.setConfigOutputFile(beamConfig, matsimConfig)\n    val scenario = ScenarioUtils.loadScenario(matsimConfig).asInstanceOf[MutableScenario]\n    val injector = org.matsim.core.controler.Injector.createInjector(\n      scenario.getConfig,\n      new AbstractModule() {\n        override def install(): Unit = {\n          install(module(config, beamConfig, scenario, beamScenario))\n        }\n      }\n    )\n    implicit val services: BeamServices = injector.getInstance(classOf[BeamServices])\n    implicit val actorRef: ActorRef = ActorRef.noSender\n    val sc = MatchingAlgorithmsForRideHailSpec.scenario1\n    val alg: AlonsoMoraMatchingWithMIPAssignment =\n      new AlonsoMoraMatchingWithMIPAssignment(\n        MatchingAlgorithmsForRideHailSpec.demandSpatialIndex(sc._2),\n        sc._1,\n        services\n      )\n\n    val rvGraph = alg.pairwiseRVGraph\n    val rtvGraph = alg.rTVGraph(rvGraph)\n    val assignment = alg.optimalAssignment(rtvGraph)\n\n    assignment.foreach { row =>\n      assert(row.getId == \"trip:[p1] -> [p4] -> \" || row.vehicle.get.getId == \"trip:[p3] -> \")\n      assert(row.getId == \"v2\" || row.vehicle.get.getId == \"v1\")\n    }\n\n    for (e <- rvGraph.edgeSet.asScala) {\n      rvGraph.getEdgeSource(e).getId match {\n        case \"p1\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p2\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p4\")\n          )\n        case \"p2\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p1\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p3\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p4\")\n          )\n        case \"p3\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p2\")\n          )\n        case \"p4\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p1\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p2\")\n          )\n        case \"v1\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p2\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p3\")\n          )\n        case \"v2\" =>\n          assert(\n            rvGraph.getEdgeTarget(e).getId.equals(\"p1\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p2\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p3\") ||\n            rvGraph.getEdgeTarget(e).getId.equals(\"p4\")\n          )\n      }\n    }\n\n    for (v <- rtvGraph.vertexSet().asScala.filter(_.isInstanceOf[RideHailTrip])) {\n      v.getId match {\n        case \"trip:[p3] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v1\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p3\")\n          )\n        case \"trip:[p1] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p1\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\")\n          )\n        case \"trip:[p2] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\")\n          )\n        case \"trip:[p4] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p4\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\")\n          )\n        case \"trip:[p1] -> [p4] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p1\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p4\")\n          )\n        case \"trip:[p2] -> [p3] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p3\")\n          )\n        case \"trip:[p2] -> [p4] -> \" =>\n          assert(\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"v2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p2\") ||\n            rtvGraph.outgoingEdgesOf(v).asScala.map(e => rtvGraph.getEdgeTarget(e).getId).contains(\"p4\")\n          )\n        case _ =>\n      }\n    }\n  }\n}\n\nobject MatchingAlgorithmsForRideHailSpec {\n\n  def scenario1()(implicit\n    services: BeamServices,\n    beamScenario: BeamScenario,\n    mockActorRef: ActorRef\n  ): (List[VehicleAndSchedule], List[CustomerRequest]) = {\n    import scala.concurrent.duration._\n    val vehicleType = beamScenario.vehicleTypes(Id.create(\"beamVilleCar\", classOf[BeamVehicleType]))\n    val v1: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v1\",\n        vehicleType,\n        new Coord(5000, 5000),\n        8.hours.toSeconds.toInt,\n        None,\n        4,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val v2: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v2\",\n        vehicleType,\n        new Coord(2000, 2000),\n        8.hours.toSeconds.toInt,\n        None,\n        4,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val p1Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p1\"),\n        new Coord(1000, 2000),\n        8.hours.toSeconds.toInt,\n        new Coord(18000, 19000),\n        services,\n        0\n      )\n    val p4Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p4\"),\n        new Coord(2000, 1000),\n        (8.hours.toSeconds + 5.minutes.toSeconds).toInt,\n        new Coord(20000, 18000),\n        services,\n        0\n      )\n    val p2Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p2\"),\n        new Coord(3000, 3000),\n        (8.hours.toSeconds + 1.minutes.toSeconds).toInt,\n        new Coord(19000, 18000),\n        services,\n        0\n      )\n    val p3Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p3\"),\n        new Coord(4000, 4000),\n        (8.hours.toSeconds + 2.minutes.toSeconds).toInt,\n        new Coord(21000, 21000),\n        services,\n        0\n      )\n    (List(v1, v2), List(p1Req, p2Req, p3Req, p4Req))\n  }\n\n  def scenarioGeoFence()(implicit\n    services: BeamServices,\n    beamScenario: BeamScenario,\n    mockActorRef: ActorRef\n  ): (List[VehicleAndSchedule], List[CustomerRequest]) = {\n    import scala.concurrent.duration._\n    val vehicleType = beamScenario.vehicleTypes(Id.create(\"beamVilleCar\", classOf[BeamVehicleType]))\n    val v1: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v1\",\n        vehicleType,\n        new Coord(5000, 5000),\n        8.hours.toSeconds.toInt,\n        Some(CircularGeofence(10000, 10000, 13400)),\n        4,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val v2: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v2\",\n        vehicleType,\n        new Coord(2000, 2000),\n        8.hours.toSeconds.toInt,\n        Some(CircularGeofence(10000, 10000, 13400)),\n        4,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val p1Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p1\"),\n        new Coord(1000, 2000),\n        8.hours.toSeconds.toInt,\n        new Coord(18000, 19000),\n        services,\n        0\n      )\n    val p4Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p4\"),\n        new Coord(2000, 1000),\n        (8.hours.toSeconds + 5.minutes.toSeconds).toInt,\n        new Coord(20000, 18000),\n        services,\n        0\n      )\n    val p2Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p2\"),\n        new Coord(3000, 3000),\n        (8.hours.toSeconds + 1.minutes.toSeconds).toInt,\n        new Coord(19000, 18000),\n        services,\n        0\n      )\n    val p3Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p3\"),\n        new Coord(4000, 4000),\n        (8.hours.toSeconds + 2.minutes.toSeconds).toInt,\n        new Coord(21000, 20000),\n        services,\n        0\n      )\n    (List(v1, v2), List(p1Req, p2Req, p3Req, p4Req))\n  }\n\n  def makeVehPersonId(perId: Id[Person])(implicit mockActorRef: ActorRef): PersonIdWithActorRef =\n    PersonIdWithActorRef(perId, mockActorRef)\n\n  def makeVehPersonId(perId: String)(implicit mockActorRef: ActorRef): PersonIdWithActorRef =\n    makeVehPersonId(Id.create(perId, classOf[Person]))\n\n  def demandSpatialIndex(demand: List[CustomerRequest]): QuadTree[CustomerRequest] = {\n    val boundingBox: Envelope = getEnvelopeFromDemand(demand)\n    val spatialDemand = new QuadTree[CustomerRequest](\n      boundingBox.getMinX,\n      boundingBox.getMinY,\n      boundingBox.getMaxX,\n      boundingBox.getMaxY\n    )\n    demand.foreach { d =>\n      spatialDemand.put(d.pickup.activity.getCoord.getX, d.pickup.activity.getCoord.getY, d)\n    }\n    spatialDemand\n  }\n\n  def getEnvelopeFromDemand(demand: List[CustomerRequest]): Envelope = {\n    val minx = demand.map(_.pickup.activity.getCoord.getX).min\n    val maxx = demand.map(_.pickup.activity.getCoord.getX).max\n    val miny = demand.map(_.pickup.activity.getCoord.getY).min\n    val maxy = demand.map(_.pickup.activity.getCoord.getY).max\n    new Envelope(minx, maxx, miny, maxy)\n  }\n\n  def beamvilleScenario(vehicleType: BeamVehicleType, remainingRangeInM: Int = 10000)(implicit\n    services: BeamServices,\n    beamScenario: BeamScenario,\n    mockActorRef: ActorRef\n  ): (List[VehicleAndSchedule], List[CustomerRequest]) = {\n    import scala.concurrent.duration._\n    val v1: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v1\",\n        vehicleType,\n        taz4Loc,\n        0,\n        None,\n        remainingRangeInM,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val v2: VehicleAndSchedule =\n      RideHailMatching.createVehicleAndSchedule(\n        \"v2\",\n        vehicleType,\n        taz4Loc,\n        0,\n        None,\n        remainingRangeInM,\n        VehicleManager\n          .createIdUsingUnique(\n            services.beamConfig.beam.agentsim.agents.rideHail.vehicleManagerId,\n            VehicleManager.BEAMRideHail\n          )\n      )\n    val p1Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p1\"),\n        taz1Loc,\n        0,\n        taz4Loc,\n        services,\n        0\n      )\n    val p4Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p4\"),\n        taz2Loc,\n        5.minutes.toSeconds.toInt,\n        taz1Loc,\n        services,\n        0\n      )\n    val p2Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p2\"),\n        taz1Loc,\n        1.minutes.toSeconds.toInt,\n        taz4Loc,\n        services,\n        0\n      )\n    val p3Req: CustomerRequest =\n      RideHailMatching.createPersonRequest(\n        makeVehPersonId(\"p3\"),\n        taz2Loc,\n        2.minutes.toSeconds.toInt,\n        taz1Loc,\n        services,\n        0\n      )\n    (List(v1, v2), List(p1Req, p2Req, p3Req, p4Req))\n  }\n\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/main\/scala\/beam\/agentsim\/infrastructure\/ChargingNetwork.scala","text":"<gh_stars>0\npackage beam.agentsim.infrastructure\n\nimport akka.actor.ActorRef\nimport beam.agentsim.agents.vehicles.{BeamVehicle, VehicleManager}\nimport beam.agentsim.events.RefuelSessionEvent.{NotApplicable, ShiftStatus}\nimport beam.agentsim.infrastructure.parking._\nimport beam.agentsim.infrastructure.taz.TAZ\nimport beam.sim.BeamServices\nimport beam.sim.config.BeamConfig\nimport com.typesafe.scalalogging.LazyLogging\nimport com.vividsolutions.jts.geom.Envelope\nimport org.matsim.api.core.v01.network.Link\nimport org.matsim.api.core.v01.{Coord, Id}\nimport org.matsim.core.utils.collections.QuadTree\n\nimport scala.collection.mutable\nimport scala.collection.mutable.ListBuffer\nimport scala.util.Random\n\n\/**\n  * Created by haitamlaarabi\n  *\/\nclass ChargingNetwork[GEO: GeoLevel](\n  vehicleManagerId: Id[VehicleManager],\n  chargingZones: Map[Id[ParkingZoneId], ParkingZone[GEO]]\n) extends ParkingNetwork[GEO](vehicleManagerId, chargingZones) {\n\n  import ChargingNetwork._\n\n  override protected val searchFunctions: Option[InfrastructureFunctions[_]] = None\n\n  protected val chargingZoneKeyToChargingStationMap: Map[Id[ParkingZoneId], ChargingStation] =\n    chargingZones.map { case (zoneId, zone) => zoneId -> ChargingStation(zone) }\n\n  val chargingStations: List[ChargingStation] = chargingZoneKeyToChargingStationMap.values.toList\n\n  \/**\n    * @return all vehicles still connected to a charging point\n    *\/\n  def connectedVehicles: Map[Id[BeamVehicle], ChargingVehicle] =\n    chargingZoneKeyToChargingStationMap.flatMap(_._2.connectedVehicles)\n\n  \/**\n    * all vehicles waiting in line at a charging point\n    * @return\n    *\/\n  def waitingLineVehicles: Map[Id[BeamVehicle], ChargingVehicle] =\n    chargingZoneKeyToChargingStationMap.flatMap(_._2.waitingLineVehicles)\n\n  \/**\n    * @return all vehicles, connected, and the ones waiting in line\n    *\/\n  def vehicles: Map[Id[BeamVehicle], ChargingVehicle] = chargingZoneKeyToChargingStationMap.flatMap(_._2.vehicles)\n\n  \/**\n    * lookup a station from parking zone Id\n    * @param parkingZoneId parking zone Id\n    * @return\n    *\/\n  def lookupStation(parkingZoneId: Id[ParkingZoneId]): Option[ChargingStation] =\n    chargingZoneKeyToChargingStationMap.get(parkingZoneId)\n\n  \/**\n    * lookup information about charging vehicle\n    * @param vehicleId vehicle Id\n    * @return charging vehicle\n    *\/\n  def lookupVehicle(vehicleId: Id[BeamVehicle]): Option[ChargingVehicle] =\n    chargingZoneKeyToChargingStationMap.values.view.flatMap(_.lookupVehicle(vehicleId)).headOption\n\n  \/**\n    * clear charging vehicle map\n    *\/\n  def clearAllMappedStations(): Unit =\n    chargingZoneKeyToChargingStationMap.foreach(_._2.clearAllVehiclesFromTheStation())\n\n  \/**\n    * Connect to charging point or add to waiting line\n    * @param tick current time\n    * @param vehicle vehicle to charge\n    * @return a tuple of the status of the charging vehicle and the connection status\n    *\/\n  def attemptToConnectVehicle(\n    tick: Int,\n    vehicle: BeamVehicle,\n    stall: ParkingStall,\n    theSender: ActorRef,\n    shiftStatus: ShiftStatus = NotApplicable\n  ): Option[(ChargingVehicle, ConnectionStatus.Value)] = {\n    lookupStation(stall.parkingZoneId)\n      .map { x =>\n        vehicle.useParkingStall(stall)\n        Some(x.connect(tick, vehicle, stall, theSender, shiftStatus))\n      }\n      .getOrElse {\n        logger.error(\n          s\"Cannot find a $vehicleManagerId station identified with tazId ${stall.tazId}, \" +\n          s\"parkingType ${stall.parkingType} and chargingPointType ${stall.chargingPointType.get}!\"\n        )\n        None\n      }\n  }\n\n  \/**\n    * Disconnect the vehicle for the charging point\/station\n    * @param chargingVehicle vehicle to disconnect\n    * @return a tuple of the status of the charging vehicle and the connection status\n    *\/\n  def disconnectVehicle(chargingVehicle: ChargingVehicle): Option[ChargingVehicle] =\n    chargingVehicle.chargingStation.disconnect(chargingVehicle.vehicle.id)\n\n  \/**\n    * transfer vehciles from waiting line to connected\n    * @param station the corresponding station\n    * @return list of vehicle that connected\n    *\/\n  def processWaitingLine(tick: Int, station: ChargingStation): List[ChargingVehicle] =\n    station.connectFromWaitingLine(tick)\n}\n\nobject ChargingNetwork {\n\n  object ConnectionStatus extends Enumeration {\n    type ConnectionStatus = Value\n    val WaitingToCharge, Connected, Disconnected, AlreadyAtStation = Value\n  }\n\n  def apply[GEO: GeoLevel](\n    vehicleManagerId: Id[VehicleManager],\n    chargingZones: Map[Id[ParkingZoneId], ParkingZone[GEO]],\n    geoQuadTree: QuadTree[GEO],\n    idToGeoMapping: scala.collection.Map[Id[GEO], GEO],\n    geoToTAZ: GEO => TAZ,\n    envelopeInUTM: Envelope,\n    beamConfig: BeamConfig,\n    distanceFunction: (Coord, Coord) => Double,\n    minSearchRadius: Double,\n    maxSearchRadius: Double,\n    seed: Int\n  ): ChargingNetwork[GEO] = {\n    new ChargingNetwork[GEO](\n      vehicleManagerId,\n      chargingZones\n    ) {\n      override val searchFunctions: Option[InfrastructureFunctions[_]] = Some(\n        new ChargingFunctions[GEO](\n          vehicleManagerId,\n          geoQuadTree,\n          idToGeoMapping,\n          geoToTAZ,\n          chargingZones,\n          distanceFunction,\n          minSearchRadius,\n          maxSearchRadius,\n          envelopeInUTM,\n          seed,\n          beamConfig.beam.agentsim.agents.parking.mulitnomialLogit\n        )\n      )\n    }\n  }\n\n  def apply[GEO: GeoLevel](\n    vehicleManagerId: Id[VehicleManager],\n    parkingDescription: Iterator[String],\n    geoQuadTree: QuadTree[GEO],\n    idToGeoMapping: scala.collection.Map[Id[GEO], GEO],\n    geoToTAZ: GEO => TAZ,\n    envelopeInUTM: Envelope,\n    beamConfig: BeamConfig,\n    distanceFunction: (Coord, Coord) => Double,\n    minSearchRadius: Double,\n    maxSearchRadius: Double,\n    seed: Int\n  ): ChargingNetwork[GEO] = {\n    val parking = ParkingZoneFileUtils.fromIterator(\n      parkingDescription,\n      vehicleManagerId,\n      new Random(beamConfig.matsim.modules.global.randomSeed),\n      1.0,\n      1.0\n    )\n    ChargingNetwork[GEO](\n      vehicleManagerId,\n      parking.zones.toMap,\n      geoQuadTree,\n      idToGeoMapping,\n      geoToTAZ,\n      envelopeInUTM,\n      beamConfig,\n      distanceFunction,\n      minSearchRadius,\n      maxSearchRadius,\n      seed\n    )\n  }\n\n  def init(\n    vehicleManagerId: Id[VehicleManager],\n    chargingZones: Map[Id[ParkingZoneId], ParkingZone[TAZ]],\n    envelopeInUTM: Envelope,\n    beamServices: BeamServices\n  ): ChargingNetwork[TAZ] = {\n    ChargingNetwork[TAZ](\n      vehicleManagerId,\n      chargingZones,\n      beamServices.beamScenario.tazTreeMap.tazQuadTree,\n      beamServices.beamScenario.tazTreeMap.idToTAZMapping,\n      identity[TAZ](_),\n      envelopeInUTM: Envelope,\n      beamServices.beamConfig,\n      beamServices.geo.distUTMInMeters(_, _),\n      beamServices.beamConfig.beam.agentsim.agents.parking.minSearchRadius,\n      beamServices.beamConfig.beam.agentsim.agents.parking.maxSearchRadius,\n      beamServices.beamConfig.matsim.modules.global.randomSeed\n    )\n  }\n\n  def init(\n    vehicleManagerId: Id[VehicleManager],\n    chargingZones: Map[Id[ParkingZoneId], ParkingZone[Link]],\n    geoQuadTree: QuadTree[Link],\n    idToGeoMapping: scala.collection.Map[Id[Link], Link],\n    geoToTAZ: Link => TAZ,\n    envelopeInUTM: Envelope,\n    beamServices: BeamServices\n  ): ChargingNetwork[Link] = {\n    ChargingNetwork[Link](\n      vehicleManagerId,\n      chargingZones,\n      geoQuadTree,\n      idToGeoMapping,\n      geoToTAZ,\n      envelopeInUTM,\n      beamServices.beamConfig,\n      beamServices.geo.distUTMInMeters(_, _),\n      beamServices.beamConfig.beam.agentsim.agents.parking.minSearchRadius,\n      beamServices.beamConfig.beam.agentsim.agents.parking.maxSearchRadius,\n      beamServices.beamConfig.matsim.modules.global.randomSeed\n    )\n  }\n\n  final case class ChargingStation(zone: ParkingZone[_]) {\n    import ConnectionStatus._\n    private val connectedVehiclesInternal = mutable.HashMap.empty[Id[BeamVehicle], ChargingVehicle]\n\n    private val waitingLineInternal: mutable.PriorityQueue[ChargingVehicle] =\n      mutable.PriorityQueue.empty[ChargingVehicle](Ordering.by((_: ChargingVehicle).arrivalTime).reverse)\n\n    def numAvailableChargers: Int = zone.maxStalls - connectedVehiclesInternal.size\n    def connectedVehicles: Map[Id[BeamVehicle], ChargingVehicle] = connectedVehiclesInternal.toMap\n\n    def waitingLineVehicles: scala.collection.Map[Id[BeamVehicle], ChargingVehicle] =\n      waitingLineInternal.map(x => x.vehicle.id -> x).toMap\n\n    def vehicles: scala.collection.Map[Id[BeamVehicle], ChargingVehicle] =\n      waitingLineVehicles ++ connectedVehiclesInternal\n\n    def lookupVehicle(vehicleId: Id[BeamVehicle]): Option[ChargingVehicle] =\n      connectedVehiclesInternal.get(vehicleId).orElse(waitingLineInternal.find(_.vehicle.id == vehicleId))\n\n    \/**\n      * add vehicle to connected list and connect to charging point\n      * @param tick current time\n      * @param vehicle vehicle to connect\n      * @return status of connection\n      *\/\n    private[ChargingNetwork] def connect(\n      tick: Int,\n      vehicle: BeamVehicle,\n      stall: ParkingStall,\n      theSender: ActorRef,\n      shiftStatus: ShiftStatus = NotApplicable\n    ): (ChargingVehicle, ConnectionStatus.Value) =\n      vehicles.get(vehicle.id) match {\n        case Some(chargingVehicle) => (chargingVehicle, AlreadyAtStation)\n        case _ =>\n          val (sessionTime, status) = if (numAvailableChargers > 0) (tick, Connected) else (-1, WaitingToCharge)\n          val listStatus = ListBuffer(status)\n          val chargingVehicle =\n            ChargingVehicle(vehicle, stall, this, tick, sessionTime, theSender, listStatus, shiftStatus = shiftStatus)\n          status match {\n            case Connected => connectedVehiclesInternal.put(vehicle.id, chargingVehicle)\n            case _         => waitingLineInternal.enqueue(chargingVehicle)\n          }\n          (chargingVehicle, status)\n      }\n\n    \/**\n      * remove vehicle from connected list and disconnect from charging point\n      * @param vehicleId vehicle to disconnect\n      * @return status of connection\n      *\/\n    private[ChargingNetwork] def disconnect(vehicleId: Id[BeamVehicle]): Option[ChargingVehicle] = this.synchronized {\n      connectedVehiclesInternal.remove(vehicleId).map { v =>\n        v.updateStatus(Disconnected)\n        v\n      }\n    }\n\n    \/**\n      * process waiting line by removing vehicle from waiting line and adding it to the connected list\n      * @return map of vehicles that got connected\n      *\/\n    private[ChargingNetwork] def connectFromWaitingLine(tick: Int): List[ChargingVehicle] = this.synchronized {\n      (1 to Math.min(waitingLineInternal.size, numAvailableChargers)).map { _ =>\n        val v = waitingLineInternal.dequeue().copy(sessionStartTime = tick)\n        v.updateStatus(Connected)\n        connectedVehiclesInternal.put(v.vehicle.id, v)\n        v\n      }.toList\n    }\n\n    private[ChargingNetwork] def clearAllVehiclesFromTheStation(): Unit = {\n      connectedVehiclesInternal.clear()\n      waitingLineInternal.clear()\n    }\n  }\n\n  final case class ChargingCycle(startTime: Int, endTime: Int, energy: Double, maxDuration: Int)\n\n  final case class ChargingVehicle(\n    vehicle: BeamVehicle,\n    stall: ParkingStall,\n    chargingStation: ChargingStation,\n    arrivalTime: Int,\n    sessionStartTime: Int,\n    theSender: ActorRef,\n    connectionStatus: ListBuffer[ConnectionStatus.ConnectionStatus],\n    chargingSessions: ListBuffer[ChargingCycle] = ListBuffer.empty[ChargingCycle],\n    shiftStatus: ShiftStatus = NotApplicable\n  ) extends LazyLogging {\n    import ConnectionStatus._\n\n    \/**\n      * @param status the new connection status\n      * @return\n      *\/\n    private[ChargingNetwork] def updateStatus(status: ConnectionStatus): ChargingVehicle = {\n      connectionStatus.append(status)\n      this\n    }\n\n    \/**\n      * adding a new charging cycle to the charging session\n      * @param startTime start time of the charging cycle\n      * @param energy energy delivered\n      * @param endTime endTime of charging\n      * @return boolean value expressing if the charging cycle has been added\n      *\/\n    def processCycle(startTime: Int, endTime: Int, energy: Double, maxDuration: Int): Option[ChargingCycle] = {\n      val addNewChargingCycle = chargingSessions.lastOption match {\n        \/\/ first charging cycle\n        case None => true\n        \/\/ either a new cycle or an unplug cycle arriving in the middle of the current cycle\n        case Some(latestCycle) if startTime >= latestCycle.endTime && connectionStatus.last == Connected => true\n        \/\/ an unplug request arrived right before the new cycle started\n        \/\/ or vehicle finished charging right before unplug requests arrived\n        case Some(latestCycle) if endTime < latestCycle.endTime =>\n          chargingSessions.remove(chargingSessions.length - 1)\n          true\n        \/\/ other cases where an unnecessary charging session happens when a vehicle is already charged or unplugged\n        case _ =>\n          logger.debug(\n            \"Either Vehicle {} at Stall: {} had been disconnected before the charging cycle.\" +\n            \"last charging cycle end time was {} while the current charging cycle end time is {}\",\n            vehicle.id,\n            stall,\n            latestCycle.map(_.endTime).getOrElse(-1),\n            endTime\n          )\n          logger.debug(\n            \"Or the unplug request event for Vehicle {} arrived after it finished charging at time {}\",\n            vehicle.id,\n            endTime\n          )\n          false\n      }\n      if (addNewChargingCycle) {\n        val newCycle = ChargingCycle(startTime, endTime, energy, maxDuration)\n        chargingSessions.append(newCycle)\n        Some(newCycle)\n      } else None\n    }\n\n    \/**\n      * @return\n      *\/\n    def latestCycle: Option[ChargingCycle] = chargingSessions.lastOption\n\n    \/**\n      * @return\n      *\/\n    def calculateChargingSessionLengthAndEnergyInJoule: (Long, Double) = chargingSessions.foldLeft((0L, 0.0)) {\n      case ((accA, accB), charging) => (accA + (charging.endTime - charging.startTime), accB + charging.energy)\n    }\n  }\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/main\/scala\/beam\/agentsim\/agents\/modalbehaviors\/DrivesVehicle.scala","text":"package beam.agentsim.agents.modalbehaviors\n\nimport akka.actor.FSM.Failure\nimport akka.actor.{ActorRef, Stash}\nimport beam.agentsim.Resource.{NotifyVehicleIdle, ReleaseParkingStall}\nimport beam.agentsim.agents.BeamAgent\nimport beam.agentsim.agents.PersonAgent._\nimport beam.agentsim.agents.modalbehaviors.DrivesVehicle._\nimport beam.agentsim.agents.parking.ChoosesParking.ConnectingToChargingPoint\nimport beam.agentsim.agents.ridehail.RideHailAgent._\nimport beam.agentsim.agents.vehicles.AccessErrorCodes.VehicleFullError\nimport beam.agentsim.agents.vehicles.BeamVehicle.{BeamVehicleState, FuelConsumed}\nimport beam.agentsim.agents.vehicles.VehicleProtocol._\nimport beam.agentsim.agents.vehicles._\nimport beam.agentsim.events.RefuelSessionEvent.NotApplicable\nimport beam.agentsim.events._\nimport beam.agentsim.infrastructure.ChargingNetworkManager.{\n  ChargingPlugRequest,\n  EndingRefuelSession,\n  StartingRefuelSession,\n  UnhandledVehicle,\n  WaitingInLine\n}\nimport beam.agentsim.infrastructure.ParkingStall\nimport beam.agentsim.scheduler.BeamAgentScheduler.{CompletionNotice, ScheduleTrigger}\nimport beam.agentsim.scheduler.Trigger.TriggerWithId\nimport beam.agentsim.scheduler.{HasTriggerId, Trigger}\nimport beam.router.Modes.BeamMode\nimport beam.router.Modes.BeamMode.WALK\nimport beam.router.model.{BeamLeg, BeamPath}\nimport beam.router.osm.TollCalculator\nimport beam.router.skim.event.TransitCrowdingSkimmerEvent\nimport beam.sim.common.GeoUtils\nimport beam.sim.config.BeamConfig\nimport beam.sim.{BeamConfigChangesObservable, BeamScenario, BeamServices}\nimport beam.utils.NetworkHelper\nimport beam.utils.logging.ExponentialLazyLogging\nimport com.conveyal.r5.transit.TransportNetwork\nimport org.matsim.api.core.v01.Id\nimport org.matsim.api.core.v01.events.{\n  LinkEnterEvent,\n  LinkLeaveEvent,\n  VehicleEntersTrafficEvent,\n  VehicleLeavesTrafficEvent\n}\nimport org.matsim.api.core.v01.population.Person\nimport org.matsim.core.api.experimental.events.EventsManager\nimport org.matsim.vehicles.Vehicle\n\nimport scala.collection.mutable\nimport scala.language.postfixOps\n\n\/**\n  * DrivesVehicle\n  *\/\nobject DrivesVehicle {\n\n  def resolvePassengerScheduleConflicts(\n    stopTick: Int,\n    oldPassengerSchedule: PassengerSchedule,\n    updatedPassengerSchedule: PassengerSchedule,\n    networkHelper: NetworkHelper,\n    geoUtils: GeoUtils\n  ): PassengerSchedule = {\n    \/\/ First attempt to find the link in updated that corresponds to the stopping link in old\n    val stoppingLink = oldPassengerSchedule.linkAtTime(stopTick)\n    val updatedLegsInSchedule = updatedPassengerSchedule.schedule.keys.toList\n    val startingLeg = updatedLegsInSchedule.reverse.find(_.travelPath.linkIds.contains(stoppingLink)) match {\n      case Some(leg) =>\n        leg\n      case None =>\n        \/\/ Instead we will have to find the starting point using closest Euclidean distance of the links\n        val stoppingCoord = networkHelper.getLink(stoppingLink).get.getCoord\n        val allLinks = updatedLegsInSchedule.flatMap(_.travelPath.linkIds)\n        val startingLink = allLinks(\n          allLinks\n            .map(networkHelper.getLink(_).get.getCoord)\n            .map(geoUtils.distUTMInMeters(_, stoppingCoord))\n            .zipWithIndex\n            .min\n            ._2\n        )\n        updatedLegsInSchedule.reverse.find(_.travelPath.linkIds.contains(startingLink)).get\n    }\n    val indexOfStartingLink = startingLeg.travelPath.linkIds.indexWhere(_ == stoppingLink)\n    val newLinks = startingLeg.travelPath.linkIds.drop(indexOfStartingLink)\n    val newDistance = newLinks.map(networkHelper.getLink(_).map(_.getLength.toInt).getOrElse(0)).sum\n    val newStart = SpaceTime(geoUtils.utm2Wgs(networkHelper.getLink(newLinks.head).get.getCoord), stopTick)\n    val newDuration = if (newLinks.size <= 1) { 0 }\n    else {\n      math.round(startingLeg.travelPath.linkTravelTime.drop(indexOfStartingLink).tail.sum.toFloat)\n    }\n    val newTravelPath = BeamPath(\n      newLinks,\n      startingLeg.travelPath.linkTravelTime.drop(indexOfStartingLink),\n      None,\n      newStart,\n      startingLeg.travelPath.endPoint.copy(time = newStart.time + newDuration),\n      newDistance\n    )\n    val updatedStartingLeg = BeamLeg(stopTick, startingLeg.mode, newTravelPath.duration, newTravelPath)\n    val indexOfStartingLeg = updatedLegsInSchedule.indexOf(startingLeg)\n    val newLegsInSchedule = BeamLeg.makeVectorLegsConsistentAsTrip(\n      updatedLegsInSchedule.slice(0, indexOfStartingLeg) ++ (updatedStartingLeg +: updatedLegsInSchedule\n        .slice(indexOfStartingLeg + 1, updatedPassengerSchedule.schedule.size))\n    )\n    var newPassSchedule = PassengerSchedule().addLegs(newLegsInSchedule)\n    updatedPassengerSchedule.uniquePassengers.foreach { pass =>\n      val indicesOfMatchingElements =\n        updatedPassengerSchedule.legsWithPassenger(pass).toIndexedSeq.map(updatedLegsInSchedule.indexOf(_))\n      newPassSchedule = newPassSchedule.addPassenger(pass, indicesOfMatchingElements.map(newLegsInSchedule(_)))\n    }\n    updatedPassengerSchedule.passengersWhoNeverBoard.foreach { pass =>\n      newPassSchedule = newPassSchedule.removePassengerBoarding(pass)\n    }\n    newPassSchedule\n  }\n\n  def stripLiterallyDrivingData(data: DrivingData): DrivingData = {\n    data match {\n      case LiterallyDrivingData(subData, _, _) =>\n        subData\n      case _ =>\n        data\n    }\n  }\n\n  sealed trait VehicleOrToken {\n    def id: Id[BeamVehicle]\n    def vehicle: BeamVehicle\n    def streetVehicle: StreetVehicle\n  }\n\n  case class EndRefuelData(chargingEndTick: Int, energyDelivered: Double)\n\n  case class ActualVehicle(vehicle: BeamVehicle) extends VehicleOrToken {\n    override def id: Id[BeamVehicle] = vehicle.id\n\n    override def streetVehicle: StreetVehicle = vehicle.toStreetVehicle\n  }\n\n  case class Token(override val id: Id[BeamVehicle], manager: ActorRef, vehicle: BeamVehicle) extends VehicleOrToken {\n    override def streetVehicle: StreetVehicle = vehicle.toStreetVehicle\n  }\n\n  case class StartLegTrigger(tick: Int, beamLeg: BeamLeg) extends Trigger\n\n  case class EndLegTrigger(tick: Int) extends Trigger\n\n  case class AlightVehicleTrigger(\n    tick: Int,\n    vehicleId: Id[BeamVehicle],\n    fuelConsumed: Option[FuelConsumed] = None\n  ) extends Trigger\n\n  case class BoardVehicleTrigger(tick: Int, vehicleId: Id[BeamVehicle]) extends Trigger\n\n  case class StopDriving(tick: Int, triggerId: Long) extends HasTriggerId\n\n  case class BeamVehicleStateUpdate(id: Id[BeamVehicle], vehicleState: BeamVehicleState)\n\n  def processLinkEvents(eventsManager: EventsManager, beamVehicleId: Id[BeamVehicle], leg: BeamLeg): Unit = {\n    val path = leg.travelPath\n    if (path.linkTravelTime.nonEmpty & path.linkIds.size > 1) {\n      val vehicleId = Id.create(beamVehicleId.toString, classOf[Vehicle])\n      val links = path.linkIds\n      val linkTravelTime = path.linkTravelTime\n      var i: Int = 0\n      var curTime = leg.startTime\n      \/\/ `links.length - 1` because we don't need the travel time for the last link\n      while (i < links.length - 1) {\n        val from = links(i)\n        val to = links(i + 1)\n        val timeAtNode = math.round(linkTravelTime(i).toFloat)\n        curTime = curTime + timeAtNode\n        eventsManager.processEvent(new LinkLeaveEvent(curTime, vehicleId, Id.createLinkId(from)))\n        eventsManager.processEvent(new LinkEnterEvent(curTime, vehicleId, Id.createLinkId(to)))\n        i += 1\n      }\n    }\n  }\n}\n\ntrait DrivesVehicle[T <: DrivingData] extends BeamAgent[T] with Stash with ExponentialLazyLogging {\n  protected val transportNetwork: TransportNetwork\n  protected val parkingManager: ActorRef\n  protected val chargingNetworkManager: ActorRef\n  protected val tollCalculator: TollCalculator\n  protected val beamScenario: BeamScenario\n  protected val beamServices: BeamServices\n  protected val networkHelper: NetworkHelper\n  protected val geo: GeoUtils\n  private var tollsAccumulated = 0.0\n  protected val beamVehicles: mutable.Map[Id[BeamVehicle], VehicleOrToken] = mutable.Map()\n  protected val potentiallyChargingBeamVehicles: mutable.Map[Id[BeamVehicle], VehicleOrToken] = mutable.Map()\n\n  protected def currentBeamVehicle: BeamVehicle =\n    beamVehicles(stateData.currentVehicle.head).asInstanceOf[ActualVehicle].vehicle\n\n  protected val fuelConsumedByTrip: mutable.Map[Id[Person], FuelConsumed] = mutable.Map()\n  var latestObservedTick: Int = 0\n\n  private def beamConfig: BeamConfig = BeamConfigChangesObservable.lastBeamConfig\n\n  case class PassengerScheduleEmptyMessage(\n    lastVisited: SpaceTime,\n    toll: Double,\n    triggerId: Long,\n    fuelConsumed: Option[FuelConsumed] = None\n  ) extends HasTriggerId\n\n  case class LastLegPassengerSchedule(triggerId: Long) extends HasTriggerId\n\n  var nextNotifyVehicleResourceIdle: Option[NotifyVehicleIdle] = None\n\n  def updateFuelConsumedByTrip(idp: Id[Person], fuelConsumed: FuelConsumed, factor: Int = 1): Unit = {\n    val existingFuel = fuelConsumedByTrip.getOrElse(idp, FuelConsumed(0, 0))\n    fuelConsumedByTrip(idp) = FuelConsumed(\n      existingFuel.primaryFuel + fuelConsumed.primaryFuel \/ factor,\n      existingFuel.secondaryFuel + fuelConsumed.secondaryFuel \/ factor\n    )\n  }\n\n  def updateLatestObservedTick(newTick: Int): Unit = if (newTick > latestObservedTick) latestObservedTick = newTick\n\n  when(Driving) {\n    case _ @Event(\n          TriggerWithId(EndLegTrigger(tick), triggerId),\n          LiterallyDrivingData(data, legEndingAt, _)\n        ) if tick == legEndingAt =>\n      updateLatestObservedTick(tick)\n      log.debug(\"state(DrivesVehicle.Driving): EndLegTrigger({}) for driver {}\", tick, id)\n      val currentLeg = data.passengerSchedule.schedule.keys.view\n        .drop(data.currentLegPassengerScheduleIndex)\n        .headOption\n        .getOrElse(throw new RuntimeException(\"Current Leg is not available.\"))\n      val currentVehicleUnderControl = data.currentVehicle.headOption\n        .getOrElse(throw new RuntimeException(\"Current Vehicle is not available.\"))\n      val isLastLeg = data.currentLegPassengerScheduleIndex + 1 == data.passengerSchedule.schedule.size\n      val fuelConsumed =\n        currentBeamVehicle.useFuel(\n          currentLeg,\n          beamScenario,\n          networkHelper,\n          eventsManager,\n          eventBuilderActor,\n          beamServices.beamCustomizationAPI.beamVehicleAfterUseFuelHook\n        )\n\n      currentBeamVehicle.spaceTime = geo.wgs2Utm(currentLeg.travelPath.endPoint)\n\n      var nbPassengers = data.passengerSchedule.schedule(currentLeg).riders.size\n      if (nbPassengers > 0) {\n        if (currentLeg.mode.isTransit) {\n          val transitCapacity = beamConfig.beam.agentsim.tuning.transitCapacity\n          nbPassengers = (nbPassengers \/ transitCapacity.getOrElse(1.0)).toInt\n        }\n        data.passengerSchedule.schedule(currentLeg).riders foreach { rider =>\n          updateFuelConsumedByTrip(rider.personId, fuelConsumed, nbPassengers)\n        }\n      } else {\n        updateFuelConsumedByTrip(id.asInstanceOf[Id[Person]], fuelConsumed)\n      }\n\n      if (isLastLeg) {\n        nextNotifyVehicleResourceIdle = Some(\n          NotifyVehicleIdle(\n            currentVehicleUnderControl,\n            geo.wgs2Utm(currentLeg.travelPath.endPoint.copy(time = tick)),\n            data.passengerSchedule,\n            currentBeamVehicle.getState,\n            data.geofence,\n            triggerId\n          )\n        )\n      }\n\n      data.passengerSchedule.schedule(currentLeg).alighters.foreach { pv =>\n        logDebug(\n          s\"Scheduling AlightVehicleTrigger for Person ${pv.personId} from vehicle ${data.currentVehicle.head} @ $tick\"\n        )\n        scheduler ! ScheduleTrigger(\n          AlightVehicleTrigger(\n            tick,\n            data.currentVehicle.head,\n            Some(fuelConsumedByTrip(pv.personId))\n          ),\n          pv.personRef\n        )\n        fuelConsumedByTrip.remove(pv.personId)\n      }\n\n      \/\/ EventsToLegs fails for our way of reporting e.g. walk\/car\/walk trips,\n      \/\/ or any trips with multiple link-based vehicles where there isn't an\n      \/\/ activity in between.\n      \/\/ We help ourselves by not emitting link events for walking, but a better criterion\n      \/\/ would be to only emit link events for the \"main\" leg.\n      if (currentLeg.mode != WALK) {\n        processLinkEvents(eventsManager, data.currentVehicle.head, currentLeg)\n      }\n\n      logDebug(s\"PathTraversal @ $tick\")\n      eventsManager.processEvent(\n        new VehicleLeavesTrafficEvent(\n          tick,\n          id.asInstanceOf[Id[Person]],\n          Id.createLinkId(currentLeg.travelPath.linkIds.lastOption.getOrElse(Int.MinValue).toString),\n          data.currentVehicle.head,\n          \"car\",\n          0.0\n        )\n      )\n\n      val tollOnCurrentLeg = toll(currentLeg)\n      tollsAccumulated += tollOnCurrentLeg\n      val riders = data.passengerSchedule.schedule(currentLeg).riders.toIndexedSeq.map(_.personId)\n      val pte = PathTraversalEvent(\n        tick,\n        currentVehicleUnderControl,\n        id.toString,\n        currentBeamVehicle.beamVehicleType,\n        riders.size,\n        currentLeg,\n        fuelConsumed.primaryFuel,\n        fuelConsumed.secondaryFuel,\n        currentBeamVehicle.primaryFuelLevelInJoules,\n        currentBeamVehicle.secondaryFuelLevelInJoules,\n        tollOnCurrentLeg,\n        \/*\n          fuelConsumed.fuelConsumptionData.map(x=>(x.linkId, x.linkNumberOfLanes)),\n          fuelConsumed.fuelConsumptionData.map(x=>(x.linkId, x.freeFlowSpeed)),\n          fuelConsumed.primaryLoggingData.map(x=>(x.linkId, x.gradientOption)),\n          fuelConsumed.fuelConsumptionData.map(x=>(x.linkId, x.linkLength)),\n          fuelConsumed.primaryLoggingData.map(x=>(x.linkId, x.rate)),\n          fuelConsumed.primaryLoggingData.map(x=>(x.linkId, x.consumption)),\n          fuelConsumed.secondaryLoggingData.map(x=>(x.linkId, x.rate)),\n          fuelConsumed.secondaryLoggingData.map(x=>(x.linkId, x.consumption))*\/\n        riders\n      )\n\n      eventsManager.processEvent(pte)\n      generateTCSEventIfPossible(pte)\n\n      if (!isLastLeg) {\n        if (data.hasParkingBehaviors) {\n          holdTickAndTriggerId(tick, triggerId)\n          goto(ReadyToChooseParking) using data\n            .withCurrentLegPassengerScheduleIndex(data.currentLegPassengerScheduleIndex + 1)\n            .asInstanceOf[T]\n        } else {\n          val nextLeg =\n            data.passengerSchedule.schedule.keys.view\n              .drop(data.currentLegPassengerScheduleIndex + 1)\n              .head\n          val startLegTriggerTick = if (nextLeg.startTime < tick) {\n            logger.warn(s\"Start time of next leg ${nextLeg.startTime} was less than current tick $tick.\")\n            tick\n          } else {\n            nextLeg.startTime\n          }\n          goto(WaitingToDrive) using stripLiterallyDrivingData(data)\n            .withCurrentLegPassengerScheduleIndex(data.currentLegPassengerScheduleIndex + 1)\n            .asInstanceOf[T] replying CompletionNotice(\n            triggerId,\n            Vector(ScheduleTrigger(StartLegTrigger(startLegTriggerTick, nextLeg), self))\n          )\n        }\n      } else {\n        var waitForConnectionToChargingPoint = false\n        if (data.hasParkingBehaviors) {\n          currentBeamVehicle.reservedStall.foreach { stall: ParkingStall =>\n            currentBeamVehicle.useParkingStall(stall)\n            val parkEvent = ParkingEvent(\n              time = tick,\n              stall = stall,\n              locationWGS = geo.utm2Wgs(stall.locationUTM),\n              vehicleId = currentBeamVehicle.id,\n              driverId = id.toString\n            )\n            eventsManager.processEvent(parkEvent) \/\/ nextLeg.endTime -> to fix repeated path traversal\n\n            \/\/ charge vehicle\n            if (currentBeamVehicle.isBEV | currentBeamVehicle.isPHEV) {\n              stall.chargingPointType match {\n                case Some(_) =>\n                  log.debug(\"Sending ChargingPlugRequest to chargingNetworkManager at {}\", tick)\n                  chargingNetworkManager ! ChargingPlugRequest(\n                    tick,\n                    currentBeamVehicle,\n                    stall,\n                    triggerId,\n                    shiftStatus = NotApplicable\n                  )\n                  waitForConnectionToChargingPoint = true\n                case None => \/\/ this should only happen rarely\n                  log.debug(\n                    \"Charging request by vehicle {} ({}) on a spot without a charging point (parkingZoneId: {}). This is not handled yet!\",\n                    currentBeamVehicle.id,\n                    if (currentBeamVehicle.isBEV) \"BEV\" else if (currentBeamVehicle.isPHEV) \"PHEV\" else \"non-electric\",\n                    stall.parkingZoneId\n                  )\n              }\n            }\n          }\n          currentBeamVehicle.setReservedParkingStall(None)\n        }\n        holdTickAndTriggerId(tick, triggerId)\n        if (waitForConnectionToChargingPoint) {\n          goto(ConnectingToChargingPoint) using data.asInstanceOf[T]\n        } else {\n          self ! LastLegPassengerSchedule(triggerId)\n          goto(DrivingInterrupted) using data.asInstanceOf[T]\n        }\n      }\n\n    \/\/TODO Need explanation as to why we do nothing if we receive EndLeg but data is not type LiterallyDrivingData\n    case ev @ Event(TriggerWithId(EndLegTrigger(tick), triggerId), data) =>\n      updateLatestObservedTick(tick)\n      log.debug(\"state(DrivesVehicle.Driving): {}\", ev)\n\n      log.debug(\n        \"DrivesVehicle.IgnoreEndLegTrigger: vehicleId({}), tick({}), triggerId({}), data({})\",\n        id,\n        tick,\n        triggerId,\n        data\n      )\n      stay replying CompletionNotice(triggerId, Vector())\n\n    case ev @ Event(Interrupt(interruptId, _, triggerId), data) =>\n      log.debug(\"state(DrivesVehicle.Driving): {}\", ev)\n      goto(DrivingInterrupted) replying InterruptedWhileDriving(\n        interruptId,\n        currentBeamVehicle.id,\n        latestObservedTick,\n        data.passengerSchedule,\n        data.currentLegPassengerScheduleIndex,\n        triggerId\n      )\n\n    case ev @ Event(StartingRefuelSession(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.Driving.StartingRefuelSession): {}\", ev)\n      stay()\n    case ev @ Event(UnhandledVehicle(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.Driving.UnhandledVehicle): {}\", ev)\n      stay()\n    case ev @ Event(WaitingInLine(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.Driving.WaitingInLine): {}\", ev)\n      stay()\n\n  }\n\n  when(DrivingInterrupted) {\n    case ev @ Event(StopDriving(stopTick, triggerId), LiterallyDrivingData(data, _, _)) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted): {}\", ev)\n      val currentLeg = data.passengerSchedule.schedule.keys.view\n        .drop(data.currentLegPassengerScheduleIndex)\n        .headOption\n        .getOrElse(throw new RuntimeException(\"Current Leg is not available.\"))\n      val currentVehicleUnderControl = data.currentVehicle.headOption\n        .getOrElse(throw new RuntimeException(\"Current Vehicle is not available.\"))\n\n      val updatedStopTick = math.max(stopTick, currentLeg.startTime)\n      val partiallyCompletedBeamLeg = currentLeg.subLegThrough(updatedStopTick, networkHelper, geo)\n      val riders = data.passengerSchedule.schedule(currentLeg).riders.toIndexedSeq.map(_.personId)\n\n      val currentLocation = if (updatedStopTick > currentLeg.startTime) {\n        val fuelConsumed =\n          currentBeamVehicle.useFuel(\n            partiallyCompletedBeamLeg,\n            beamScenario,\n            networkHelper,\n            eventsManager,\n            eventBuilderActor,\n            beamServices.beamCustomizationAPI.beamVehicleAfterUseFuelHook\n          )\n\n        val tollOnCurrentLeg = toll(partiallyCompletedBeamLeg)\n        tollsAccumulated += tollOnCurrentLeg\n        val pte = PathTraversalEvent(\n          updatedStopTick,\n          currentVehicleUnderControl,\n          id.toString,\n          currentBeamVehicle.beamVehicleType,\n          riders.size,\n          partiallyCompletedBeamLeg,\n          fuelConsumed.primaryFuel,\n          fuelConsumed.secondaryFuel,\n          currentBeamVehicle.primaryFuelLevelInJoules,\n          currentBeamVehicle.secondaryFuelLevelInJoules,\n          tollOnCurrentLeg,\n          riders\n        )\n        eventsManager.processEvent(pte)\n        generateTCSEventIfPossible(pte)\n        partiallyCompletedBeamLeg.travelPath.endPoint\n      } else {\n        currentLeg.travelPath.startPoint\n      }\n\n      nextNotifyVehicleResourceIdle = Some(\n        NotifyVehicleIdle(\n          currentVehicleUnderControl,\n          geo.wgs2Utm(currentLocation.copy(time = updatedStopTick)),\n          data.passengerSchedule,\n          currentBeamVehicle.getState,\n          data.geofence,\n          triggerId\n        )\n      )\n\n      eventsManager.processEvent(\n        new VehicleLeavesTrafficEvent(\n          stopTick,\n          id.asInstanceOf[Id[Person]],\n          null,\n          data.currentVehicle.head,\n          \"car\",\n          0.0\n        )\n      )\n\n      if (riders.isEmpty) {\n        self ! PassengerScheduleEmptyMessage(\n          currentLocation,\n          tollsAccumulated,\n          triggerId = triggerId\n        )\n        tollsAccumulated = 0.0\n        goto(PassengerScheduleEmptyInterrupted) using data\n          .withCurrentLegPassengerScheduleIndex(data.currentLegPassengerScheduleIndex + 1)\n          .asInstanceOf[T]\n      } else {\n        \/\/ In this case our passenger schedule isn't empty so we go directly to idle interrupted\n        goto(IdleInterrupted) using stripLiterallyDrivingData(data).asInstanceOf[T]\n      }\n    case ev @ Event(Resume(_), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted): {}\", ev)\n      goto(Driving)\n    case ev @ Event(TriggerWithId(EndLegTrigger(_), _), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted): {}\", ev)\n      stash()\n      stay\n    case ev @ Event(Interrupt(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted): {}\", ev)\n      stash()\n      stay\n    case _ @Event(LastLegPassengerSchedule(triggerId), data) =>\n      self ! PassengerScheduleEmptyMessage(\n        geo.wgs2Utm(\n          data.passengerSchedule.schedule\n            .drop(data.currentLegPassengerScheduleIndex)\n            .head\n            ._1\n            .travelPath\n            .endPoint\n        ),\n        tollsAccumulated,\n        triggerId,\n        Some(fuelConsumedByTrip.getOrElse(id.asInstanceOf[Id[Person]], FuelConsumed(0, 0)))\n      )\n      fuelConsumedByTrip.remove(id.asInstanceOf[Id[Person]])\n      tollsAccumulated = 0.0\n      goto(PassengerScheduleEmpty) using stripLiterallyDrivingData(data)\n        .withCurrentLegPassengerScheduleIndex(data.currentLegPassengerScheduleIndex + 1)\n        .asInstanceOf[T]\n\n    case ev @ Event(StartingRefuelSession(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted.StartingRefuelSession): {}\", ev)\n      stash()\n      stay()\n\n    case ev @ Event(UnhandledVehicle(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted.UnhandledVehicle): {}\", ev)\n      stash()\n      stay()\n\n    case ev @ Event(WaitingInLine(_, _, _), _) =>\n      log.debug(\"state(DrivesVehicle.DrivingInterrupted.WaitingInLine): {}\", ev)\n      stash()\n      stay()\n\n  }\n\n  private def generateTCSEventIfPossible(pte: PathTraversalEvent): Unit = {\n    (pte.fromStopIndex, pte.toStopIndex) match {\n      case (Some(fromStopIdx), Some(_)) =>\n        eventsManager.processEvent(\n          new TransitCrowdingSkimmerEvent(\n            pte.time,\n            beamConfig.beam.router.skim.transit_crowding_skimmer,\n            pte.vehicleId,\n            fromStopIdx,\n            pte.numberOfPassengers,\n            pte.capacity\n          )\n        )\n      case _ =>\n    }\n  }\n\n  when(WaitingToDrive) {\n    case _ @Event(TriggerWithId(StartLegTrigger(tick, newLeg), triggerId), data)\n        if data.legStartsAt.isEmpty || tick == data.legStartsAt.get =>\n      updateLatestObservedTick(tick)\n      log.debug(\"state(DrivesVehicle.WaitingToDrive): StartLegTrigger({},{}) for driver {}\", tick, newLeg, id)\n\n      if (data.currentVehicle.isEmpty) {\n        stop(Failure(\"person received StartLegTrigger for leg {} but has an empty data.currentVehicle\", newLeg))\n      } else {\n        \/\/ Un-Park if necessary, this should only happen with RideHailAgents\n        data.currentVehicle.headOption match {\n          case Some(currentVehicleUnderControl) =>\n            assert(\n              currentBeamVehicle.id == currentVehicleUnderControl,\n              currentBeamVehicle.id + \" \" + currentVehicleUnderControl\n            )\n            currentBeamVehicle.stall match {\n              case Some(theStall) if !currentBeamVehicle.isCAV =>\n                parkingManager ! ReleaseParkingStall(theStall, triggerId)\n                currentBeamVehicle.unsetParkingStall()\n              case _ =>\n            }\n          case None =>\n        }\n        val triggerToSchedule: Vector[ScheduleTrigger] = data.passengerSchedule\n          .schedule(newLeg)\n          .boarders\n          .map { personVehicle =>\n            logDebug(\n              s\"Scheduling BoardVehicleTrigger at $tick for Person ${personVehicle.personId} into vehicle ${data.currentVehicle.head} @ $tick\"\n            )\n            ScheduleTrigger(\n              BoardVehicleTrigger(tick, data.currentVehicle.head),\n              personVehicle.personRef\n            )\n          }\n          .toVector\n        eventsManager.processEvent(\n          new VehicleEntersTrafficEvent(\n            tick,\n            Id.createPersonId(id),\n            Id.createLinkId(newLeg.travelPath.linkIds.headOption.getOrElse(Int.MinValue).toString),\n            data.currentVehicle.head,\n            \"car\",\n            1.0\n          )\n        )\n        \/\/ Produce link events for this trip (the same ones as in PathTraversalEvent).\n        val beamLeg = data.passengerSchedule.schedule\n          .drop(data.currentLegPassengerScheduleIndex)\n          .head\n          ._1\n        val endTime = tick + beamLeg.duration\n        goto(Driving) using LiterallyDrivingData(data, endTime, Some(tick))\n          .asInstanceOf[T] replying CompletionNotice(\n          triggerId,\n          triggerToSchedule ++ Vector(ScheduleTrigger(EndLegTrigger(endTime), self))\n        )\n      }\n    case ev @ Event(Interrupt(interruptId, _, triggerId), _) =>\n      log.debug(\"state(DrivesVehicle.WaitingToDrive): {}\", ev)\n      goto(WaitingToDriveInterrupted) replying InterruptedWhileWaitingToDrive(\n        interruptId,\n        currentBeamVehicle.id,\n        latestObservedTick,\n        triggerId\n      )\n\n    case ev @ Event(NotifyVehicleResourceIdleReply(triggerId: Long, newTriggers: Seq[ScheduleTrigger], _), _) =>\n      log.debug(\"state(DrivesVehicle.WaitingToDrive.NotifyVehicleResourceIdleReply): {}\", ev)\n\n      if (!_currentTriggerId.contains(triggerId)) {\n        log.error(\n          \"Driver {}: local triggerId {} does not match the id received from resource manager {}\",\n          id,\n          _currentTriggerId,\n          triggerId\n        )\n      }\n\n      _currentTriggerId match {\n        case Some(_) =>\n          val (_, triggerId) = releaseTickAndTriggerId()\n          scheduler ! CompletionNotice(triggerId, newTriggers)\n        case None =>\n      }\n\n      stay()\n\n  }\n\n  when(WaitingToDriveInterrupted) {\n    case ev @ Event(Resume(_), _) =>\n      log.debug(\"state(DrivesVehicle.WaitingToDriveInterrupted): {}\", ev)\n      goto(WaitingToDrive)\n\n    case ev @ Event(TriggerWithId(StartLegTrigger(_, _), _), _) =>\n      log.debug(\"state(DrivesVehicle.WaitingToDriveInterrupted): {}\", ev)\n      stash()\n      stay\n    case _ @Event(NotifyVehicleResourceIdleReply(_, _, _), _) =>\n      stash()\n      stay\n\n  }\n\n  val drivingBehavior: StateFunction = {\n    case ev @ Event(req: ReservationRequest, data)\n        if !hasRoomFor(\n          data.passengerSchedule,\n          req,\n          currentBeamVehicle\n        ) =>\n      log.debug(\"state(DrivesVehicle.drivingBehavior): {}\", ev)\n      stay() replying ReservationResponse(Left(VehicleFullError), req.triggerId)\n\n    case ev @ Event(req: ReservationRequest, data) =>\n      log.debug(\"state(DrivesVehicle.drivingBehavior): {}\", ev)\n      val legs = data.passengerSchedule.schedule\n        .from(req.departFrom)\n        .to(req.arriveAt)\n        .keys\n        .toSeq\n      val legsInThePast = data.passengerSchedule.schedule\n        .take(data.currentLegPassengerScheduleIndex)\n        .from(req.departFrom)\n        .to(req.arriveAt)\n        .keys\n        .toSeq\n      if (legsInThePast.nonEmpty)\n        log.debug(\"Legs in the past: {} -- {}\", legsInThePast, req)\n      val boardTrigger = if (legsInThePast.nonEmpty) {\n        Vector(\n          ScheduleTrigger(\n            BoardVehicleTrigger(\n              legsInThePast.head.startTime,\n              data.currentVehicle.head\n            ),\n            sender()\n          )\n        )\n      } else {\n        Vector()\n      }\n      val alightTrigger = if (legsInThePast.nonEmpty && legsInThePast.size == legs.size) {\n        Vector(\n          ScheduleTrigger(\n            AlightVehicleTrigger(\n              legsInThePast.last.endTime,\n              data.currentVehicle.head\n            ),\n            sender()\n          )\n        )\n      } else {\n        Vector()\n      }\n\n      val boardTrigger2 = data.passengerSchedule.schedule.keys.view\n        .drop(data.currentLegPassengerScheduleIndex)\n        .headOption match {\n        case Some(currentLeg) =>\n          if (stateName == Driving && legs.head == currentLeg) {\n            Vector(\n              ScheduleTrigger(\n                BoardVehicleTrigger(\n                  currentLeg.startTime,\n                  data.currentVehicle.head\n                ),\n                sender()\n              )\n            )\n          } else {\n            Vector()\n          }\n        case None =>\n          log.warning(\"Driver did not find a leg at currentLegPassengerScheduleIndex.\")\n          Vector()\n      }\n      stay() using data\n        .withPassengerSchedule(\n          data.passengerSchedule.addPassenger(req.passengerVehiclePersonId, legs)\n        )\n        .asInstanceOf[T] replying\n      ReservationResponse(\n        Right(\n          ReserveConfirmInfo(boardTrigger ++ alightTrigger ++ boardTrigger2)\n        ),\n        req.triggerId\n      )\n\n    case ev @ Event(RemovePassengerFromTrip(id), data) =>\n      log.debug(\"state(DrivesVehicle.drivingBehavior): {}\", ev)\n      stay() using data\n        .withPassengerSchedule(\n          PassengerSchedule(\n            data.passengerSchedule.schedule ++ data.passengerSchedule.schedule\n              .collect { case (leg, manifest) =>\n                (\n                  leg,\n                  manifest.copy(\n                    riders = manifest.riders - id,\n                    alighters = manifest.alighters - id,\n                    boarders = manifest.boarders - id\n                  )\n                )\n              }\n          )\n        )\n        .asInstanceOf[T]\n\n    \/\/ The following 2 (Board and Alight) can happen idiosyncratically if a person ended up taking a much longer than expected\n    \/\/ trip and meanwhile a CAV was scheduled to pick them up (and then drop them off) for the next trip, but they're still driving baby\n    case Event(\n          TriggerWithId(BoardVehicleTrigger(tick, vehicleId), triggerId),\n          data @ LiterallyDrivingData(_, _, _)\n        ) =>\n      val currentLeg = data.passengerSchedule.schedule.keys.view\n        .drop(data.currentLegPassengerScheduleIndex)\n        .headOption\n        .getOrElse(throw new RuntimeException(\"Current Leg is not available.\"))\n      stay() replying CompletionNotice(\n        triggerId,\n        Vector(ScheduleTrigger(BoardVehicleTrigger(Math.max(currentLeg.endTime, tick), vehicleId), self))\n      )\n    case Event(\n          TriggerWithId(AlightVehicleTrigger(tick, vehicleId, _), triggerId),\n          data @ LiterallyDrivingData(_, _, _)\n        ) =>\n      val currentLeg = data.passengerSchedule.schedule.keys.view\n        .drop(data.currentLegPassengerScheduleIndex)\n        .headOption\n        .getOrElse(throw new RuntimeException(\"Current Leg is not available.\"))\n      stay() replying CompletionNotice(\n        triggerId,\n        Vector(\n          ScheduleTrigger(AlightVehicleTrigger(Math.max(currentLeg.endTime + 1, tick), vehicleId), self)\n        )\n      )\n    case _ @Event(EndingRefuelSession(tick, vehicleId, stall, _), _) =>\n      log.debug(s\"DrivesVehicle: EndingRefuelSession. tick: $tick, vehicle: $vehicleId, stall: $stall\")\n      stay()\n  }\n\n  private def hasRoomFor(\n    passengerSchedule: PassengerSchedule,\n    req: ReservationRequest,\n    vehicle: BeamVehicle\n  ) = {\n    \/\/    val vehicleCap = vehicle.getType\n    val fullCap = vehicle.beamVehicleType.seatingCapacity + vehicle.beamVehicleType.standingRoomCapacity\n    passengerSchedule.schedule.from(req.departFrom).to(req.arriveAt).forall { entry =>\n      entry._2.riders.size < fullCap\n    }\n  }\n\n  private def toll(leg: BeamLeg) = {\n    if (leg.mode == BeamMode.CAR)\n      tollCalculator.calcTollByLinkIds(leg.travelPath)\n    else\n      0.0\n  }\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/main\/scala\/beam\/utils\/reflection\/ReflectionUtils.scala","text":"package beam.utils.reflection\n\nimport java.lang.reflect.Modifier.{isAbstract, isInterface}\nimport java.lang.reflect.{Field, Modifier}\n\nimport akka.event.LoggingAdapter\nimport org.reflections.Reflections\nimport org.reflections.util.{ClasspathHelper, ConfigurationBuilder}\n\nimport scala.collection.JavaConverters._\nimport scala.reflect.ClassTag\n\n\/**\n  * Created by dserdiuk on 5\/19\/17.\n  *\/\ntrait ReflectionUtils {\n\n  \/**\n    * @return package name to scan in\n    *\/\n  def packageName: String\n\n  lazy val reflections: Reflections = {\n    val locationToLookIn = ClasspathHelper.forPackage(packageName)\n    new Reflections(new ConfigurationBuilder().addUrls(locationToLookIn))\n  }\n\n  def classesOfType[T](implicit ct: ClassTag[T]): List[Class[T]] = {\n    reflections\n      .getSubTypesOf(ct.runtimeClass)\n      .asScala\n      .map(_.asInstanceOf[Class[T]])\n      .toList\n  }\n\n  def concreteClassesOfType[T](implicit ct: ClassTag[T]): List[Class[T]] = {\n    classesOfType[T](ct).filter(isConcrete)\n  }\n\n  def isConcrete[T](clazz: Class[T]): Boolean = {\n    val modifiers = clazz.getModifiers\n    !isAbstract(modifiers) && !isInterface(modifiers)\n  }\n\n  def isExtends[T](clazz: Class[_], subType: Class[T]): Boolean = {\n    val allSuperTypes = org.reflections.ReflectionUtils.getAllSuperTypes(clazz)\n    allSuperTypes.contains(subType)\n  }\n}\n\nobject ReflectionUtils {\n\n  def setFinalField(clazz: Class[_], fieldName: String, value: Any): Unit = {\n    val field: Field = clazz.getField(fieldName)\n    field.setAccessible(true)\n    val modifiersField: Field = classOf[Field].getDeclaredField(\"modifiers\")\n    modifiersField.setAccessible(true)\n    modifiersField.setInt(field, field.getModifiers & ~Modifier.FINAL)\n    field.set(null, value)\n  }\n\n  def logFields(\n    log: LoggingAdapter,\n    obj: Object,\n    level: Int,\n    ignoreFields: String = \"\",\n    onlyPrintCollectionSize: Boolean = true,\n    indent: String = \"\"\n  ): Unit = {\n\n    if (obj != null) {\n      log.info(obj.getClass.getSimpleName + \"->logFields\")\n      for (field <- (obj.getClass.getDeclaredFields ++ obj.getClass.getSuperclass.getDeclaredFields)) {\n        field.setAccessible(true)\n        val name = field.getName\n        val value = field.get(obj)\n        try {\n          if ((!value.toString.contains(\"@\") || value.isInstanceOf[String]) && !ignoreFields.contains(name)) {\n            if (onlyPrintCollectionSize && field.getType.getName.equalsIgnoreCase(\"scala.collection.mutable.Map\")) {\n              log.info(indent + s\"\\t$name: ${value.asInstanceOf[scala.collection.mutable.Map[_, _]].size.toString}\")\n            } else {\n              log.info(indent + s\"\\t$name: $value\")\n            }\n          }\n\n        } catch {\n          case _: Exception =>\n        }\n\n        if (level > 0) {\n          logFields(log, value, level - 1, ignoreFields, onlyPrintCollectionSize, indent + \"\\t\")\n        }\n      }\n    }\n  }\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/test\/scala\/beam\/integration\/ChargingSpec.scala","text":"<reponame>tin6150\/beam\npackage beam.integration\n\nimport beam.agentsim.agents.vehicles.BeamVehicleType\nimport beam.agentsim.agents.vehicles.FuelType.Electricity\nimport beam.agentsim.events._\nimport beam.agentsim.infrastructure.charging.ChargingPointType\nimport beam.router.Modes.BeamMode\nimport beam.sim.config.{BeamConfig, MatSimBeamConfigBuilder}\nimport beam.sim.population.DefaultPopulationAdjustment\nimport beam.sim.population.PopulationAdjustment.EXCLUDED_MODES\nimport beam.sim.{BeamHelper, BeamServices}\nimport beam.utils.FileUtils\nimport beam.utils.TestConfigUtils.testConfig\nimport beam.utils.data.synthpop.models.Models.Household\nimport com.conveyal.r5.transit.TransportNetwork\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.matsim.api.core.v01.Id\nimport org.matsim.api.core.v01.events.Event\nimport org.matsim.api.core.v01.population.{Leg, Person}\nimport org.matsim.core.controler.AbstractModule\nimport org.matsim.core.events.handler.BasicEventHandler\nimport org.matsim.core.scenario.{MutableScenario, ScenarioUtils}\nimport org.matsim.vehicles.Vehicle\nimport org.scalatest.flatspec.AnyFlatSpec\nimport org.scalatest.matchers.should.Matchers\n\nimport scala.collection.mutable.ArrayBuffer\n\nclass ChargingSpec extends AnyFlatSpec with Matchers with BeamHelper {\n  private val beamVilleCarId = Id.create(\"beamVilleCar\", classOf[BeamVehicleType])\n  private val vehicleId = Id.create(2, classOf[Vehicle])\n  private val filesPath = s\"${System.getenv(\"PWD\")}\/test\/test-resources\/beam\/input\"\n\n  val config: Config = ConfigFactory\n    .parseString(\n      s\"\"\"|beam.outputs.events.fileOutputFormats = csv\n         |beam.physsim.skipPhysSim = true\n         |beam.agentsim.lastIteration = 0\n         |beam.agentsim.tuning.transitCapacity = 0.0\n         |beam.agentsim.agents.rideHail.initialization.procedural.fractionOfInitialVehicleFleet = 0\n         |beam.agentsim.agents.vehicles.sharedFleets = []\n         |beam.agentsim.agents.vehicles.vehiclesFilePath = $filesPath\"\/vehicles-simple.csv\"\n         |beam.agentsim.agents.vehicles.vehicleTypesFilePath = $filesPath\"\/vehicleTypes-simple.csv\"\n         |beam.agentsim.taz.parkingFilePath = $filesPath\"\/taz-parking-ac-only.csv\"\n         |\n      \"\"\".stripMargin\n    )\n    .withFallback(testConfig(\"test\/input\/beamville\/beam.conf\"))\n    .resolve()\n\n  \"Running a single person car-only scenario\" must \"catch charging events\" in {\n    val configBuilder = new MatSimBeamConfigBuilder(config)\n    val matsimConfig = configBuilder.buildMatSimConf()\n    val beamConfig = BeamConfig(config)\n    val beamScenario = loadScenario(beamConfig)\n    FileUtils.setConfigOutputFile(beamConfig, matsimConfig)\n    val scenario = ScenarioUtils.loadScenario(matsimConfig).asInstanceOf[MutableScenario]\n    scenario.setNetwork(beamScenario.network)\n\n    val chargingPlugInEvents: ArrayBuffer[Double] = new ArrayBuffer[Double]()\n    val chargingPlugOutEvents: ArrayBuffer[Double] = new ArrayBuffer[Double]()\n    val refuelSessionEvents: ArrayBuffer[(Double, Long, Double)] = new ArrayBuffer[(Double, Long, Double)]()\n    var energyConsumed: Double = 0.0\n\n    val injector = org.matsim.core.controler.Injector.createInjector(\n      scenario.getConfig,\n      new AbstractModule() {\n        override def install(): Unit = {\n          install(module(config, beamConfig, scenario, beamScenario))\n          addEventHandlerBinding().toInstance(new BasicEventHandler {\n            override def handleEvent(event: Event): Unit = {\n              event match {\n                case ChargingPlugInEvent(_, _, _, `vehicleId`, fuelLevel, _) => chargingPlugInEvents += fuelLevel\n                case ChargingPlugOutEvent(_, _, `vehicleId`, fuelLevel, _)   => chargingPlugOutEvents += fuelLevel\n                case RefuelSessionEvent(\n                      _,\n                      stall,\n                      energyInJoules,\n                      _,\n                      sessionDuration,\n                      `vehicleId`,\n                      _,\n                      _\n                    ) =>\n                  refuelSessionEvents += (\n                    (\n                      energyInJoules,\n                      sessionDuration.toLong,\n                      ChargingPointType.getChargingPointInstalledPowerInKw(stall.chargingPointType.get)\n                    )\n                  )\n                case e: PathTraversalEvent if e.vehicleId == vehicleId =>\n                  energyConsumed += e.primaryFuelConsumed\n                case _ =>\n              }\n            }\n          })\n        }\n      }\n    )\n\n    val beamVilleCarEVType = beamScenario.vehicleTypes(beamVilleCarId)\n    beamVilleCarEVType.primaryFuelType shouldBe Electricity\n\n    val services = injector.getInstance(classOf[BeamServices])\n    val transportNetwork = injector.getInstance(classOf[TransportNetwork])\n\n    \/\/ 3 person in a single household in the town\n    val population = scenario.getPopulation\n    (4 to 50).map(Id.create(_, classOf[Person])).foreach(population.removePerson)\n\n    val households = scenario.getHouseholds\n    (2 to 21).map(Id.create(_, classOf[Household])).foreach(households.getHouseholds.remove)\n\n    assume(population.getPersons.size == 3, \"Three persons in the household\")\n    assume(households.getHouseholds.size == 1, \"A single household in the town\")\n\n    \/\/ Only driving allowed\n    val noCarModes = BeamMode.allModes.filter(_ != BeamMode.CAR).map(_.value.toLowerCase) mkString \",\"\n    population.getPersons.forEach { case (personId, person) =>\n      person.getPlans.forEach { plan =>\n        plan.getPlanElements.forEach {\n          case leg: Leg => leg.setMode(\"car\")\n          case _        =>\n        }\n      }\n      population.getPersonAttributes.putAttribute(personId.toString, EXCLUDED_MODES, noCarModes)\n    }\n    transportNetwork.transitLayer.tripPatterns.clear()\n    DefaultPopulationAdjustment(services).update(scenario)\n    val controler = services.controler\n    controler.run()\n\n    val chargingPlugInEventsAmount = chargingPlugInEvents.size\n    val chargingPlugOutEventsAmount = chargingPlugOutEvents.size\n    val totalEnergyInJoules = refuelSessionEvents.map(_._1).sum\n    val totalSessionDuration = refuelSessionEvents.map(_._2).sum\n\n    assume(totalEnergyInJoules > 0, \"totalEnergyInJoules should be non zero\")\n    assume(totalSessionDuration > 0, \"totalSessionDuration should be non zero\")\n    assume(energyConsumed > 0, \"energyConsumed should be non zero\")\n\n    assume(chargingPlugInEventsAmount >= 1, \"Something's wildly broken, I am not seeing enough chargingPlugInEvents.\")\n    assume(chargingPlugOutEventsAmount >= 1, \"Something's wildly broken, I am not seeing enough chargingPlugOutEvents.\")\n    chargingPlugInEventsAmount should equal(chargingPlugOutEventsAmount)\n\n    \/\/ ensure each refuel event is difference of amounts of fuel before and after charging\n    refuelSessionEvents.zipWithIndex foreach { case ((energyAdded, _, _), id) =>\n      chargingPlugInEvents(id) + energyAdded shouldBe chargingPlugOutEvents(id)\n    }\n\n    val energyChargedInKWh = refuelSessionEvents.map(_._1).sum \/ 3.6e+6\n    val powerPerTime = refuelSessionEvents.map(s => s._2 \/ 3600.0 * s._3).sum\n    energyChargedInKWh shouldBe (powerPerTime +- 0.01)\n    \/\/ consumed energy should be more or less equal total added energy\n    \/\/ TODO Hard to test this without ensuring an energy conservation mechanism\n    \/\/ totalEnergyInJoules shouldBe (energyConsumed +- 1000)\n  }\n}\n"}
{"repo_name":"tin6150\/beam","path":"src\/test\/scala\/beam\/agentsim\/agents\/PersonAndTransitDriverSpec.scala","text":"package beam.agentsim.agents\n\nimport akka.actor.{Actor, ActorRef, ActorSystem, Props}\nimport akka.testkit.{ImplicitSender, TestActorRef, TestKitBase, TestProbe}\nimport akka.util.Timeout\nimport beam.agentsim.agents.PersonTestUtil._\nimport beam.agentsim.agents.TransitDriverAgent.createAgentIdFromVehicleId\nimport beam.agentsim.agents.choice.mode.ModeChoiceUniformRandom\nimport beam.agentsim.agents.household.HouseholdActor.HouseholdActor\nimport beam.agentsim.agents.vehicles.EnergyEconomyAttributes.Powertrain\nimport beam.agentsim.agents.vehicles.{BeamVehicle, _}\nimport beam.agentsim.events._\nimport beam.agentsim.infrastructure.parking.ParkingNetwork\nimport beam.agentsim.infrastructure.{InfrastructureUtils, ParkingNetworkManager}\nimport beam.agentsim.scheduler.BeamAgentScheduler\nimport beam.agentsim.scheduler.BeamAgentScheduler.{CompletionNotice, ScheduleTrigger, SchedulerProps, StartSchedule}\nimport beam.router.BeamRouter._\nimport beam.router.Modes.BeamMode\nimport beam.router.Modes.BeamMode.WALK_TRANSIT\nimport beam.router.RouteHistory\nimport beam.router.model.RoutingModel.TransitStopsInfo\nimport beam.router.model.{EmbodiedBeamLeg, _}\nimport beam.router.skim.core.AbstractSkimmerEvent\nimport beam.sim.common.GeoUtilsImpl\nimport beam.utils.TestConfigUtils.testConfig\nimport beam.utils.{SimRunnerForTest, StuckFinder, TestConfigUtils}\nimport com.typesafe.config.{Config, ConfigFactory}\nimport org.matsim.api.core.v01.events._\nimport org.matsim.api.core.v01.network.Link\nimport org.matsim.api.core.v01.{Coord, Id}\nimport org.matsim.core.api.experimental.events.{EventsManager, TeleportationArrivalEvent}\nimport org.matsim.core.api.internal.HasPersonId\nimport org.matsim.core.config.ConfigUtils\nimport org.matsim.core.events.EventsManagerImpl\nimport org.matsim.core.events.handler.BasicEventHandler\nimport org.matsim.core.population.PopulationUtils\nimport org.matsim.core.population.routes.RouteUtils\nimport org.matsim.households.{Household, HouseholdsFactoryImpl}\nimport org.scalatest.funspec.AnyFunSpecLike\n\nimport java.util.concurrent.TimeUnit\nimport scala.collection.{mutable, JavaConverters}\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\n\nclass PersonAndTransitDriverSpec\n    extends AnyFunSpecLike\n    with TestKitBase\n    with SimRunnerForTest\n    with ImplicitSender\n    with BeamvilleFixtures {\n\n  private implicit val timeout: Timeout = Timeout(60, TimeUnit.SECONDS)\n\n  lazy val config: Config = ConfigFactory\n    .parseString(\n      \"\"\"\n        akka.log-dead-letters = 10\n        akka.actor.debug.fsm = true\n        akka.loglevel = debug\n        akka.test.timefactor = 2\n        \"\"\"\n    )\n    .withFallback(testConfig(\"test\/input\/beamville\/beam.conf\"))\n    .resolve()\n\n  lazy implicit val system: ActorSystem = ActorSystem(\"PersonAndTransitDriverSpec\", config)\n\n  override def outputDirPath: String = TestConfigUtils.testOutputDir\n\n  private var parkingNetworks: Map[Id[VehicleManager], ParkingNetwork[_]] = _\n  private var parkingManager: ActorRef = _\n\n  private val householdsFactory: HouseholdsFactoryImpl = new HouseholdsFactoryImpl()\n\n  private lazy val modeChoiceCalculator = new ModeChoiceUniformRandom(beamConfig)\n\n  describe(\"A PersonAgent\") {\n\n    val hoseHoldDummyId = Id.create(\"dummy\", classOf[Household])\n\n    ignore(\"should know how to take a walk_transit trip when it's already in its plan\") { \/\/ flakey test\n      val busId = Id.createVehicleId(\"bus:B3-WEST-1-175\")\n      val tramId = Id.createVehicleId(\"train:R2-SOUTH-1-93\")\n\n      val busEvents = new TestProbe(system)\n      val tramEvents = new TestProbe(system)\n      val personEvents = new TestProbe(system)\n      val otherEvents = new TestProbe(system)\n      val agencyEvents = new TestProbe(system)\n      val skimEvents = new TestProbe(system)\n\n      val eventsManager: EventsManager = new EventsManagerImpl()\n      eventsManager.addHandler(\n        new BasicEventHandler {\n          override def handleEvent(event: Event): Unit = {\n            event match {\n              case personEvent: HasPersonId if personEvent.getPersonId.toString == busId.toString =>\n                busEvents.ref ! event\n              case event: HasPersonId if event.getPersonId.toString == tramId.toString =>\n                tramEvents.ref ! event\n              case personEvent: HasPersonId if personEvent.getPersonId.toString == \"dummyAgent\" =>\n                personEvents.ref ! event\n              case pathTraversalEvent: PathTraversalEvent if pathTraversalEvent.vehicleId.toString == busId.toString =>\n                busEvents.ref ! event\n              case pathTraversalEvent: PathTraversalEvent if pathTraversalEvent.vehicleId.toString == tramId.toString =>\n                tramEvents.ref ! event\n              case pathTraversalEvent: PathTraversalEvent\n                  if pathTraversalEvent.vehicleId.toString == \"body-dummyAgent\" =>\n                personEvents.ref ! event\n              case _: AgencyRevenueEvent =>\n                agencyEvents.ref ! event\n              case _: AbstractSkimmerEvent =>\n                skimEvents.ref ! event\n              case _ =>\n                otherEvents.ref ! event\n            }\n          }\n        }\n      )\n\n      val vehicleType = beamScenario.vehicleTypes(Id.create(\"beamVilleCar\", classOf[BeamVehicleType]))\n      val bus = new BeamVehicle(\n        id = busId,\n        powerTrain = new Powertrain(0.0),\n        beamVehicleType = vehicleType,\n        vehicleManagerId = VehicleManager.noManager\n      )\n      val tram = new BeamVehicle(\n        id = tramId,\n        powerTrain = new Powertrain(0.0),\n        beamVehicleType = vehicleType,\n        vehicleManagerId = VehicleManager.noManager\n      )\n\n      val busLeg = EmbodiedBeamLeg(\n        BeamLeg(\n          startTime = 28800,\n          mode = BeamMode.BUS,\n          duration = 600,\n          travelPath = BeamPath(\n            Vector(),\n            Vector(),\n            None,\n            SpaceTime(services.geo.utm2Wgs(new Coord(166321.9, 1568.87)), 28800),\n            SpaceTime(services.geo.utm2Wgs(new Coord(167138.4, 1117)), 29400),\n            1.0\n          )\n        ),\n        beamVehicleId = busId,\n        Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n        asDriver = false,\n        cost = 2.75,\n        unbecomeDriverOnCompletion = false\n      )\n      val busLeg2 = EmbodiedBeamLeg(\n        beamLeg = BeamLeg(\n          startTime = 29400,\n          mode = BeamMode.BUS,\n          duration = 600,\n          travelPath = BeamPath(\n            Vector(),\n            Vector(),\n            None,\n            SpaceTime(services.geo.utm2Wgs(new Coord(167138.4, 1117)), 29400),\n            SpaceTime(services.geo.utm2Wgs(new Coord(180000.4, 1200)), 30000),\n            1.0\n          )\n        ),\n        beamVehicleId = busId,\n        Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n        asDriver = false,\n        cost = 0.0,\n        unbecomeDriverOnCompletion = false\n      )\n      val busPassengerLeg = EmbodiedBeamLeg(\n        BeamLeg(\n          startTime = 28800,\n          mode = BeamMode.BUS,\n          duration = 1200,\n          travelPath = BeamPath(\n            Vector(),\n            Vector(),\n            Some(TransitStopsInfo(\"someAgency\", \"someRoute\", busId, 0, 2)),\n            SpaceTime(services.geo.utm2Wgs(new Coord(166321.9, 1568.87)), 28800),\n            SpaceTime(services.geo.utm2Wgs(new Coord(180000.4, 1200)), 30000),\n            2.0\n          )\n        ),\n        beamVehicleId = busId,\n        Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n        asDriver = false,\n        cost = 2.75,\n        unbecomeDriverOnCompletion = false\n      )\n      val tramLeg = EmbodiedBeamLeg(\n        beamLeg = BeamLeg(\n          startTime = 30000,\n          mode = BeamMode.TRAM,\n          duration = 600,\n          travelPath = BeamPath(\n            linkIds = Vector(),\n            linkTravelTime = Vector(),\n            transitStops = None,\n            startPoint = SpaceTime(services.geo.utm2Wgs(new Coord(180000.4, 1200)), 30000),\n            endPoint = SpaceTime(services.geo.utm2Wgs(new Coord(190000.4, 1300)), 30600),\n            distanceInM = 1.0\n          )\n        ),\n        beamVehicleId = tramId,\n        Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n        asDriver = false,\n        cost = 0.0,\n        unbecomeDriverOnCompletion = false\n      )\n\n      val tramPassengerLeg = EmbodiedBeamLeg(\n        beamLeg = BeamLeg(\n          startTime = 30000,\n          mode = BeamMode.TRAM,\n          duration = 600,\n          travelPath = BeamPath(\n            linkIds = Vector(),\n            linkTravelTime = Vector(),\n            transitStops = Some(TransitStopsInfo(\"someAgency\", \"someRoute\", tramId, 0, 1)),\n            startPoint = SpaceTime(services.geo.utm2Wgs(new Coord(180000.4, 1200)), 30000),\n            endPoint = SpaceTime(services.geo.utm2Wgs(new Coord(190000.4, 1300)), 30600),\n            distanceInM = 1.0\n          )\n        ),\n        beamVehicleId = tramId,\n        Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n        asDriver = false,\n        cost = 0.0,\n        unbecomeDriverOnCompletion = false\n      )\n\n      val scheduler = TestActorRef[BeamAgentScheduler](\n        SchedulerProps(\n          beamConfig,\n          stopTick = 31001,\n          maxWindow = 31001, \/\/ As a kind of stress test, let everything happen simultaneously\n          new StuckFinder(beamConfig.beam.debug.stuckAgentDetection)\n        )\n      )\n\n      val busDriver = Await.result(\n        system\n          .actorSelection(\"\/user\/BeamMobsim.iteration\/transit-system\/\" + createAgentIdFromVehicleId(busId))\n          .resolveOne,\n        60.seconds\n      )\n      scheduler ! ScheduleTrigger(InitializeTrigger(0), busDriver)\n      val tramDriver = Await.result(\n        system\n          .actorSelection(\"\/user\/BeamMobsim.iteration\/transit-system\/\" + createAgentIdFromVehicleId(tramId))\n          .resolveOne,\n        60.seconds\n      )\n      scheduler ! ScheduleTrigger(InitializeTrigger(10000), tramDriver)\n\n      val household = householdsFactory.createHousehold(hoseHoldDummyId)\n      val population = PopulationUtils.createPopulation(ConfigUtils.createConfig())\n      val person = PopulationUtils.getFactory.createPerson(Id.createPersonId(\"dummyAgent\"))\n      putDefaultBeamAttributes(person, Vector(WALK_TRANSIT))\n      val plan = PopulationUtils.getFactory.createPlan()\n      val homeActivity = PopulationUtils.createActivityFromCoord(\"home\", new Coord(166321.9, 1568.87))\n      homeActivity.setEndTime(20000)\n      plan.addActivity(homeActivity)\n      val leg = PopulationUtils.createLeg(\"walk_transit\")\n      val route = RouteUtils.createLinkNetworkRouteImpl(\n        Id.createLinkId(1),\n        Array[Id[Link]](),\n        Id.createLinkId(2)\n      )\n      leg.setRoute(route)\n      plan.addLeg(leg)\n      val workActivity = PopulationUtils.createActivityFromCoord(\"work\", new Coord(167138.4, 1117))\n      workActivity.setEndTime(61200)\n      plan.addActivity(workActivity)\n      person.addPlan(plan)\n      population.addPerson(person)\n      household.setMemberIds(JavaConverters.bufferAsJavaList(mutable.Buffer(person.getId)))\n\n      val householdActor = TestActorRef[HouseholdActor](\n        new HouseholdActor(\n          beamServices = services,\n          beamScenario,\n          modeChoiceCalculatorFactory = _ => modeChoiceCalculator,\n          schedulerRef = scheduler,\n          transportNetwork = beamScenario.transportNetwork,\n          services.tollCalculator,\n          router = self,\n          rideHailManager = self,\n          parkingManager = parkingManager,\n          chargingNetworkManager = self,\n          eventsManager = eventsManager,\n          population = population,\n          household = household,\n          vehicles = Map(),\n          homeCoord = new Coord(0.0, 0.0),\n          Vector(),\n          Set.empty,\n          new RouteHistory(beamConfig),\n          boundingBox\n        )\n      )\n      scheduler ! ScheduleTrigger(InitializeTrigger(0), householdActor)\n\n      scheduler ! StartSchedule(0)\n\n      val routingRequest = expectMsgType[RoutingRequest]\n      lastSender ! RoutingResponse(\n        itineraries = Vector(\n          EmbodiedBeamTrip(\n            legs = Vector(\n              EmbodiedBeamLeg(\n                beamLeg = BeamLeg(\n                  startTime = 20000,\n                  mode = BeamMode.WALK,\n                  duration = 500,\n                  travelPath = BeamPath(\n                    linkIds = Vector(),\n                    linkTravelTime = Vector(),\n                    transitStops = None,\n                    startPoint = SpaceTime(services.geo.utm2Wgs(new Coord(166321.9, 1568.87)), 28800),\n                    endPoint = SpaceTime(services.geo.utm2Wgs(new Coord(167138.4, 1117)), 28800),\n                    distanceInM = 1d\n                  )\n                ),\n                beamVehicleId = Id.createVehicleId(\"body-dummyAgent\"),\n                Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n                asDriver = true,\n                cost = 0.0,\n                unbecomeDriverOnCompletion = false\n              ),\n              busPassengerLeg,\n              tramPassengerLeg,\n              EmbodiedBeamLeg(\n                beamLeg = BeamLeg(\n                  startTime = 30600,\n                  mode = BeamMode.WALK,\n                  duration = 400,\n                  travelPath = BeamPath(\n                    linkIds = Vector(),\n                    linkTravelTime = Vector(),\n                    transitStops = None,\n                    startPoint = SpaceTime(services.geo.utm2Wgs(new Coord(167138.4, 1117)), 30600),\n                    endPoint = SpaceTime(services.geo.utm2Wgs(new Coord(167138.4, 1117)), 30600),\n                    distanceInM = 1d\n                  )\n                ),\n                beamVehicleId = Id.createVehicleId(\"body-dummyAgent\"),\n                Id.create(\"TRANSIT-TYPE-DEFAULT\", classOf[BeamVehicleType]),\n                asDriver = true,\n                cost = 0.0,\n                unbecomeDriverOnCompletion = false\n              )\n            )\n          )\n        ),\n        requestId = 1,\n        request = None,\n        isEmbodyWithCurrentTravelTime = false,\n        routingRequest.triggerId\n      )\n\n      personEvents.expectMsgType[ModeChoiceEvent]\n      personEvents.expectMsgType[ActivityEndEvent]\n      personEvents.expectMsgType[PersonDepartureEvent]\n      personEvents.expectMsgType[PersonEntersVehicleEvent]\n      personEvents.expectMsgType[VehicleEntersTrafficEvent]\n      personEvents.expectMsgType[VehicleLeavesTrafficEvent]\n      personEvents.expectMsgType[PathTraversalEvent]\n      personEvents.expectMsgType[PersonEntersVehicleEvent]\n      personEvents.expectMsgType[PersonCostEvent]\n\n      personEvents.expectMsgType[PersonLeavesVehicleEvent]\n      personEvents.expectMsgType[PersonEntersVehicleEvent]\n      \/\/Fare of second leg is 0.0 so not person cost event is thrown\n      personEvents.expectMsgType[PersonLeavesVehicleEvent]\n      personEvents.expectMsgType[VehicleEntersTrafficEvent]\n      personEvents.expectMsgType[VehicleLeavesTrafficEvent]\n      personEvents.expectMsgType[PathTraversalEvent]\n      personEvents.expectMsgType[TeleportationArrivalEvent]\n      personEvents.expectMsgType[PersonArrivalEvent]\n      personEvents.expectMsgType[ActivityStartEvent]\n\n      busEvents.expectMsgType[PersonDepartureEvent]\n      busEvents.expectMsgType[PersonEntersVehicleEvent]\n      busEvents.expectMsgType[VehicleEntersTrafficEvent]\n      busEvents.expectMsgType[VehicleLeavesTrafficEvent]\n      busEvents.expectMsgType[PathTraversalEvent]\n      busEvents.expectMsgType[VehicleEntersTrafficEvent]\n      busEvents.expectMsgType[VehicleLeavesTrafficEvent]\n      busEvents.expectMsgType[PathTraversalEvent]\n\n      tramEvents.expectMsgType[PersonDepartureEvent]\n      tramEvents.expectMsgType[PersonEntersVehicleEvent]\n      tramEvents.expectMsgType[VehicleEntersTrafficEvent]\n      tramEvents.expectMsgType[VehicleLeavesTrafficEvent]\n      tramEvents.expectMsgType[PathTraversalEvent]\n\n      agencyEvents.expectMsgType[AgencyRevenueEvent]\n\n      skimEvents.expectMsgType[AbstractSkimmerEvent]\n\n      otherEvents.expectNoMessage()\n\n      expectMsgType[CompletionNotice]\n    }\n\n  }\n\n  override protected def afterAll(): Unit = {\n    shutdown()\n    super.afterAll()\n  }\n\n  override protected def beforeAll(): Unit = {\n    parkingNetworks = InfrastructureUtils.buildParkingAndChargingNetworks(services, boundingBox)._1\n    parkingManager = system.actorOf(ParkingNetworkManager.props(services, parkingNetworks), \"ParkingManager\")\n    super.beforeAll()\n  }\n\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/controllers\/StatusController.scala","text":"package controllers\n\nimport javax.inject._\nimport org.hiroinamine.BuildInfo\nimport play.api.mvc._\n\n@Singleton\nclass StatusController @Inject()(cc: ControllerComponents) extends AbstractController(cc) {\n  def get = Action {\n    Ok(BuildInfo.toJson).as(JSON)\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/domains\/DriverResult.scala","text":"<gh_stars>0\npackage domains\n\nimport java.time.{Duration, LocalTime}\n\n\/**\n  * Define o resultado do piloto na corrida.\n  * @param position posi\u00e7\u00e3o do piloto na corrida\n  * @param driverId c\u00f3digo do piloto\n  * @param driver nome do piloto\n  * @param lapNumber n\u00famero de voltas que o piloto fez\n  * @param lapTimestamp hor\u00e1rio da \u00faltima volta\n  * @param duration dura\u00e7\u00e3o total da corrida\n  * @param gapTime intervalo entre o primeiro colocado\n  *\/\ncase class DriverResult(position: Option[Int],\n                        driverId: String,\n                        driver: String,\n                        lapNumber: Int,\n                        lapTimestamp: LocalTime,\n                        duration: Duration,\n                        gapTime: Option[Duration])\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/domains\/Driver.scala","text":"<filename>app\/domains\/Driver.scala\npackage domains\n\n\/**\n  * Define o piloto.\n  * @param id c\u00f3digo do piloto\n  * @param name nome do piloto\n  * @param laps voltas do piloto\n  *\/\ncase class Driver(id: String, name: String, laps: List[Lap])\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/services\/RaceService.scala","text":"package services\n\nimport java.io.File\nimport java.time.Duration\nimport java.time.temporal.ChronoUnit.MILLIS\nimport java.util.UUID\n\nimport domains.{DriverResult, Lap, Race, RaceResult}\nimport javax.inject.Inject\nimport play.api.cache._\n\nimport scala.io.Source\n\nclass RaceService @Inject()(lapService: LapService, driverService: DriverService, cache: SyncCacheApi) {\n\n  val WINNER_POSITION = 1\n\n  \/**\n    * Cria uma corrida a partir do log de voltas dos pilotos.\n    *\/\n  def create(file: File): Race = {\n    val raceId = UUID.randomUUID().toString\n\n    cache.getOrElseUpdate[Race](raceId) {\n      val source = Source.fromFile(file)\n      val lapLogs = source.getLines()\n      val laps = lapLogs.drop(1).map(lapService.parse)\n\n      val drivers = lapService.drivers(laps.toList)\n      Race(raceId, drivers)\n    }\n  }\n\n  \/**\n    * Busca uma corrida atrav\u00e9s do seu id.\n    *\/\n  def find(id: String): Option[Race] = cache.get[Race](id)\n\n  \/**\n    * Retorna a lista de resultado de cada piloto na corrida.\n    *\/\n  def result(race: Race): RaceResult = {\n\n    \/**\n      * Define a posi\u00e7\u00e3o de cada piloto\n      *\/\n    val driverResults = race.drivers\n      .map { d =>\n        val lastLap = driverService.lastLap(d)\n        val duration = driverService.time(d)\n        DriverResult(None, d.id, d.name, lastLap.lapNumber, lastLap.timestamp, duration, None)\n      } sortBy (r => (-r.lapNumber, r.lapTimestamp)) match {\n      case winner :: others if winner.lapNumber == 4 =>\n        winner.copy(position = Some(WINNER_POSITION)) ::\n          others.zipWithIndex.map {\n          case (o, index) =>\n            val gapTime = MILLIS.between(winner.lapTimestamp, o.lapTimestamp)\n            o.copy(position = Some(WINNER_POSITION + index + 1), gapTime = Some(Duration.ofMillis(gapTime)))\n        }\n      case _ => List() \/\/ n\u00e3o houve vencedores\n    }\n\n    RaceResult(race.id, driverResults)\n  }\n\n  \/**\n    * Retorna a melhor volta da corrida\n    *\/\n  def fastestLap(race: Race): Lap = race.drivers.map(driverService.fastestLap).minBy(_.lapTime)\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/domains\/RaceResult.scala","text":"<reponame>hiroinamine\/kart-service<gh_stars>0\npackage domains\n\n\/**\n  * Define o resultado de uma corrida.\n  *\/\ncase class RaceResult(id: String, results: List[DriverResult])\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/utils\/JsonSerializers.scala","text":"<reponame>hiroinamine\/kart-service<gh_stars>0\npackage utils\n\nimport java.time.Duration\n\nimport domains.{DriverResult, Lap}\nimport org.json4s.CustomSerializer\nimport org.json4s.JsonDSL._\n\nobject JsonSerializers {\n  def durationToTime(duration: Duration): String = {\n    val formatter = \"%02d:%02d:%02d.%03d\"\n    formatter.format(duration.toHours, duration.toMinutes % 60, duration.getSeconds % 60, duration.toMillis % 1000)\n  }\n\n  object LapSerializer\n      extends CustomSerializer[Lap](_ =>\n        ({ PartialFunction.empty }, {\n          case lap: Lap =>\n            (\"timestamp\" -> lap.timestamp.toString) ~ (\"driverId\" -> lap.driverId) ~ (\"driverName\" -> lap.driverName) ~\n              (\"lapNumber\" -> lap.lapNumber) ~ (\"lapTime\" -> durationToTime(lap.lapTime)) ~ (\"averageSpeed\" -> lap.averageSpeed)\n        }))\n\n  object DriverResultSerializer\n      extends CustomSerializer[DriverResult](_ =>\n        ({ PartialFunction.empty }, {\n          case result: DriverResult =>\n            (\"position\" -> result.position) ~ (\"driverId\" -> result.driverId) ~ (\"driverName\" -> result.driver) ~\n              (\"lapNumber\" -> result.lapNumber) ~ (\"duration\" -> durationToTime(result.duration)) ~\n              (\"gapTime\" -> result.gapTime.map(durationToTime).getOrElse(\"-\"))\n        }))\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/domains\/Lap.scala","text":"<reponame>hiroinamine\/kart-service\npackage domains\n\nimport java.time.{Duration, LocalTime}\n\n\/**\n  * Define uma volta.\n  * @param timestamp hor\u00e1rio da volta\n  * @param driverId c\u00f3digo do piloto\n  * @param driverName nome do piloto\n  * @param lapNumber n\u00famero da volta\n  * @param lapTime tempo da volta\n  * @param averageSpeed m\u00e9dia de velocidade da volta\n  *\/\ncase class Lap(timestamp: LocalTime,\n               driverId: String,\n               driverName: String,\n               lapNumber: Int,\n               lapTime: Duration,\n               averageSpeed: Double)\n"}
{"repo_name":"hiroinamine\/kart-service","path":"test\/services\/DriverServiceSpec.scala","text":"package services\n\nimport java.time.{Duration, LocalTime}\n\nimport domains.{Driver, Lap}\nimport org.scalatestplus.play.PlaySpec\nimport utils.JsonSerializers\n\nclass DriverServiceSpec extends PlaySpec {\n  val service = new DriverService()\n  val driver = Driver(\n    \"01\",\n    \"marcela\",\n    List(\n      Lap(LocalTime.of(0, 0, 1), \"01\", \"marcela\", 1, Duration.ofMinutes(1), 100.00),\n      Lap(LocalTime.of(10, 10, 10), \"01\", \"marcela\", 2, Duration.ofSeconds(58), 140.00),\n      Lap(LocalTime.of(13, 5, 55), \"01\", \"marcela\", 3, Duration.ofMinutes(2), 60.00)\n    )\n  )\n\n  \"DriverService\" must {\n    \"return last lap\" in {\n      val result = service.lastLap(driver)\n      result.timestamp.toString mustBe \"13:05:55\"\n      result.lapNumber mustBe 3\n    }\n\n    \"calculate total race time\" in {\n      val result = service.time(driver)\n      JsonSerializers.durationToTime(result) mustBe \"00:03:58.000\"\n    }\n\n    \"return the fastest lap\" in {\n      val result = service.fastestLap(driver)\n      result.timestamp.toString mustBe \"10:10:10\"\n      result.lapNumber mustBe 2\n      JsonSerializers.durationToTime(result.lapTime) mustBe \"00:00:58.000\"\n    }\n\n    \"calculate the average speed\" in {\n      val result = service.avgSpeed(driver)\n      result mustBe 100.00\n    }\n\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"test\/services\/LapServiceSpec.scala","text":"package services\n\nimport java.time.{Duration, LocalTime}\n\nimport domains.Lap\nimport org.scalatestplus.play.PlaySpec\nimport utils.JsonSerializers\n\nclass LapServiceSpec extends PlaySpec {\n  val service = new LapService()\n  \"LapService\" must {\n    \"parse a lap log text to Lap\" in {\n      val result = service.parse(\"01:59:30.100\\t052 - Joao\\t1\\t30:00.190\\t100.10\")\n      result.timestamp.toString mustBe \"01:59:30.100\"\n      result.driverId mustBe \"052\"\n      result.driverName mustBe \"Joao\"\n      result.lapNumber mustBe 1\n      JsonSerializers.durationToTime(result.lapTime) mustBe \"00:30:00.190\"\n      result.averageSpeed mustBe 100.10\n    }\n\n    \"group laps by driver\" in {\n      val laps = List(\n        Lap(LocalTime.now(), \"01\", \"ronaldo\", 1, Duration.ZERO, 0),\n        Lap(LocalTime.now(), \"02\", \"joao\", 1, Duration.ZERO, 0),\n        Lap(LocalTime.now(), \"01\", \"ronaldo\", 2, Duration.ZERO, 0)\n      )\n      val result = service.drivers(laps)\n      result.length mustBe 2\n      val driver01 = result.find(_.id == \"01\")\n      driver01.isDefined mustBe true\n      driver01.get.laps.length mustBe 2\n\n      val driver02 = result.find(_.id == \"02\")\n      driver02.isDefined mustBe true\n      driver02.get.laps.length mustBe 1\n    }\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"test\/services\/RaceServiceSpec.scala","text":"<filename>test\/services\/RaceServiceSpec.scala\npackage services\n\nimport java.io.File\nimport java.time.{Duration, LocalTime}\n\nimport domains.{Driver, Lap, Race}\nimport org.mockito.{ArgumentMatcher, ArgumentMatchers}\nimport org.mockito.Mockito._\nimport org.scalatestplus.mockito.MockitoSugar\nimport org.scalatestplus.play.PlaySpec\nimport play.api.cache.SyncCacheApi\nimport utils.JsonSerializers\n\nimport scala.io.Source\n\nclass RaceServiceSpec extends PlaySpec with MockitoSugar {\n  val mockCache = mock[SyncCacheApi]\n  val service = new RaceService(new LapService, new DriverService, mockCache)\n\n  val drivers = List(\n    Driver(\n      \"01\",\n      \"maria\",\n      List(\n        Lap(LocalTime.of(0, 0, 1), \"01\", \"marcela\", 1, Duration.ofMinutes(1), 100.00),\n        Lap(LocalTime.of(10, 10, 10), \"01\", \"marcela\", 2, Duration.ofSeconds(58), 140.00),\n        Lap(LocalTime.of(13, 5, 55), \"01\", \"marcela\", 3, Duration.ofMinutes(2), 60.00),\n        Lap(LocalTime.of(13, 15, 0), \"01\", \"marcela\", 4, Duration.ofMinutes(1), 100.00)\n      )\n    ),\n    Driver(\n      \"02\",\n      \"pedro\",\n      List(Lap(LocalTime.of(0, 0, 2), \"02\", \"pedro\", 1, Duration.ofMinutes(1), 100.00),\n           Lap(LocalTime.of(10, 20, 10), \"02\", \"pedro\", 2, Duration.ofSeconds(30), 180.00))\n    ),\n    Driver(\n      \"03\",\n      \"ana\",\n      List(\n        Lap(LocalTime.of(0, 0, 1), \"03\", \"ana\", 1, Duration.ofMinutes(1), 100.00),\n        Lap(LocalTime.of(10, 10, 11), \"03\", \"ana\", 2, Duration.ofSeconds(40), 140.00),\n        Lap(LocalTime.of(10, 10, 12), \"03\", \"ana\", 3, Duration.ofSeconds(50), 110.00),\n        Lap(LocalTime.of(10, 10, 14), \"03\", \"ana\", 4, Duration.ofMinutes(1), 100.00)\n      )\n    )\n  )\n  val race = Race(\"1\", drivers)\n  when(mockCache.get[Race](\"1\")) thenReturn Some(race)\n  when(mockCache.get[Race](\"not_found\")) thenReturn None\n\n  \"RaceService\" must {\n    \"return an existent race\" in {\n      val result = service.find(\"1\")\n      result.isDefined mustBe true\n      result mustBe Some(race)\n    }\n    \"don't return a race\" in {\n      val result = service.find(\"not_found\")\n      result.isDefined mustBe false\n    }\n    \"return the fastest lap of the entire race\" in {\n      val result = service.fastestLap(race)\n      result.timestamp.toString mustBe \"10:20:10\"\n      result.lapNumber mustBe 2\n      result.driverId mustBe \"02\"\n      result.driverName mustBe \"pedro\"\n      JsonSerializers.durationToTime(result.lapTime) mustBe \"00:00:30.000\"\n    }\n    \"return the result of the race\" in {\n      val result = service.result(race)\n      val driver1 = result.results.find(_.driverId == \"01\")\n      driver1.isDefined mustBe true\n      driver1.get.position mustBe Some(2)\n\n      val driver2 = result.results.find(_.driverId == \"02\")\n      driver2.isDefined mustBe true\n      driver2.get.position mustBe Some(3)\n\n      val driver3 = result.results.find(_.driverId == \"03\")\n      driver3.isDefined mustBe true\n      driver3.get.position mustBe Some(1)\n    }\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"build.sbt","text":"<gh_stars>0\nname := \"\"\"kart-service\"\"\"\norganization := \"org.hiroinamine\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\"))\n  .enablePlugins(PlayScala, BuildInfoPlugin)\n  .settings(\n    buildInfoKeys := Seq[BuildInfoKey](name, version, scalaVersion),\n    buildInfoOptions += BuildInfoOption.BuildTime,\n    buildInfoOptions += BuildInfoOption.ToJson,\n    buildInfoPackage := \"org.hiroinamine\"\n  )\n\nscalaVersion := \"2.13.0\"\n\nlibraryDependencies += guice\nlibraryDependencies += ehcache\n\/\/ Json4s\nlibraryDependencies += \"org.json4s\" %% \"json4s-native\" % \"3.6.7\"\nlibraryDependencies += \"org.scalatestplus.play\" %% \"scalatestplus-play\" % \"4.0.3\" % Test\nlibraryDependencies += \"org.mockito\" % \"mockito-core\" % \"3.1.0\" % Test\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/domains\/Race.scala","text":"<reponame>hiroinamine\/kart-service<gh_stars>0\npackage domains\n\n\/**\n  * Define uma corrida.\n  *\/\ncase class Race(id: String, drivers: List[Driver])\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/controllers\/RaceController.scala","text":"package controllers\n\nimport domains.RaceResult\nimport javax.inject.Inject\nimport org.json4s.native.Serialization\nimport play.api.libs.json.Json\nimport play.api.mvc.{AbstractController, ControllerComponents}\nimport services.{DriverService, RaceService}\nimport utils.JsonSerializers.{DriverResultSerializer, LapSerializer}\n\nclass RaceController @Inject()(cc: ControllerComponents, raceService: RaceService, driverService: DriverService)\n    extends AbstractController(cc) {\n\n  implicit val formats = org.json4s.DefaultFormats + LapSerializer + DriverResultSerializer\n\n  def create = Action(parse.multipartFormData) { request =>\n    request.body.files.headOption match {\n      case Some(file) =>\n        val race = raceService.create(file.ref)\n        Ok(Serialization.write(race)).as(JSON)\n      case _ => BadRequest(Json.obj(\"msg\" -> \"Expect some parameter\"))\n    }\n  }\n\n  def get(id: String) = Action {\n    raceService.find(id) match {\n      case Some(race) =>\n        raceService.result(race) match {\n          case RaceResult(_, List()) => Ok(Json.obj(\"msg\" -> \"No winner\"))\n          case result                => Ok(Serialization.write(result)).as(JSON)\n        }\n      case None =>\n        NotFound(Json.obj(\"msg\" -> s\"Race id '$id' not found\"))\n    }\n  }\n\n  def fastestLap(id: String) = Action {\n    raceService.find(id) match {\n      case Some(race) =>\n        val result = raceService.fastestLap(race)\n        Ok(Serialization.write(result)).as(JSON)\n      case None =>\n        NotFound(Json.obj(\"msg\" -> s\"Race id '$id' not found\"))\n    }\n  }\n\n  def fastestLapByDriver(id: String) = Action {\n    raceService.find(id) match {\n      case Some(race) =>\n        val result = Map(\"fastestLaps\" -> race.drivers.map(driverService.fastestLap))\n        Ok(Serialization.write(result)).as(JSON)\n      case None =>\n        NotFound(Json.obj(\"msg\" -> s\"Race id '$id' not found\"))\n    }\n  }\n\n  def averageSpeedByDriver(id: String) = Action {\n    raceService.find(id) match {\n      case Some(race) =>\n        val result = race.drivers.map(d =>\n          Map(\"driverId\" -> d.id, \"driverName\" -> d.name, \"averageSpeed\" -> driverService.avgSpeed(d)))\n        Ok(Serialization.write(Map(\"averageSpeed\" -> result))).as(JSON)\n      case None =>\n        NotFound(Json.obj(\"msg\" -> s\"Race id '$id' not found\"))\n    }\n  }\n\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/services\/DriverService.scala","text":"package services\n\nimport java.time.Duration\n\nimport domains.{Driver, Lap}\nimport javax.inject.Inject\n\nclass DriverService @Inject()() {\n\n  \/**\n    * Retorna a \u00faltima volta de um piloto.\n    *\/\n  def lastLap(driver: Driver): Lap = driver.laps.maxBy(_.lapNumber)\n\n  \/**\n    * Calcula o tempo total de corrida de um piloto.\n    *\/\n  def time(driver: Driver): Duration = driver.laps.map(_.lapTime).reduce((t1, t2) => t1.plus(t2))\n\n  \/**\n    * Retorna a volta mais r\u00e1pida de um piloto.\n    *\/\n  def fastestLap(driver: Driver): Lap = driver.laps.minBy(_.lapTime)\n\n  \/**\n    * Calcula a velocidade m\u00e9dia da corrida de um piloto.\n    *\/\n  def avgSpeed(driver: Driver): Double = {\n    val speed = driver.laps.map(_.averageSpeed)\n    speed.sum \/ speed.length\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"test\/controllers\/StatusControllerSpec.scala","text":"<gh_stars>0\npackage controllers\n\nimport org.scalatestplus.play._\nimport org.scalatestplus.play.guice._\nimport play.api.test.Helpers._\nimport play.api.test._\n\nclass StatusControllerSpec extends PlaySpec with GuiceOneAppPerTest with Injecting {\n\n  \"StatusController GET\" should {\n\n    \"return information about the API\" in {\n      val controller = new StatusController(stubControllerComponents())\n      val result = controller.get().apply(FakeRequest(GET, \"\/\"))\n\n      status(result) mustBe OK\n      contentType(result) mustBe Some(\"application\/json\")\n    }\n  }\n}\n"}
{"repo_name":"hiroinamine\/kart-service","path":"app\/services\/LapService.scala","text":"package services\n\nimport java.time.{Duration, LocalTime}\n\nimport domains.{Driver, Lap}\nimport javax.inject.Inject\n\nclass LapService @Inject()() {\n\n  \/**\n    * Regex para representar o formato do campo de Tempo Volta.\n    *\/\n  val TIME_PATTERN = \"([0-9]{1,2}):([0-9]{1,2}).([0-9]{1,3})\".r\n\n  \/**\n    * Converte uma linha de log em [[domains.Lap]].\n    *\/\n  def parse(lapLog: String): Lap = {\n    lapLog.split('\\t').map(_.trim) match {\n      case Array(timestampStr: String,\n                 driverStr: String,\n                 lapNumberStr: String,\n                 lapTimeStr: String,\n                 averageSpeedStr: String) =>\n        val timestamp = LocalTime.parse(timestampStr)\n        val Array(driverId, driverName) = driverStr.split(\"-\").map(_.trim)\n        val lapNumber = lapNumberStr.toInt\n        val TIME_PATTERN(minutes, seconds, millis) = lapTimeStr\n        val timeLap = Duration.ofMinutes(minutes.toInt).plusSeconds(seconds.toInt).plusMillis(millis.toInt)\n        val averageSpeed = averageSpeedStr.replace(\",\", \".\").toDouble\n        Lap(timestamp, driverId, driverName, lapNumber, timeLap, averageSpeed)\n    }\n  }\n\n  \/**\n    * Retorna uma lista [[domains.Driver]] com base em todas as voltas dos pilotos.\n    *\/\n  def drivers(laps: List[Lap]): List[Driver] = {\n    laps.groupBy(_.driverId).values.toList.map { laps =>\n      val Lap(_, driverId, driverName, _, _, _) = laps.head\n      Driver(driverId, driverName, laps)\n    }\n  }\n}\n"}
{"repo_name":"yurikpanic\/kafka-consumer-flow","path":"build.sbt","text":"<reponame>yurikpanic\/kafka-consumer-flow<gh_stars>1-10\nname := \"kafka-consumer-flow\"\norganization := \"com.elsyton\"\nversion := \"1.0.0\"\n\nscalaVersion := \"2.12.2\"\n\ncrossScalaVersions := Seq(\"2.11.11\", \"2.12.2\")\n\nscalacOptions := Seq(\n  \"-unchecked\",\n  \"-deprecation\",\n  \"-encoding\",\n  \"utf8\",\n  \"-feature\",\n  \"-target:jvm-1.8\",\n  \"-Xfuture\",\n  \"-Yno-adapted-args\",\n  \"-Ywarn-dead-code\")\n\nlibraryDependencies := {\n  val akkaV          = \"2.5.2\"\n  val scalaTestV     = \"3.0.1\"\n  val dockerTestkitV = \"0.9.1\"\n  val kafkaVersion   = \"0.10.2.1\"\n\n  Seq(\n    \"org.apache.kafka\"  % \"kafka-clients\"                % kafkaVersion,\n    \"com.typesafe.akka\" %% \"akka-actor\"                  % akkaV,\n    \"com.typesafe.akka\" %% \"akka-stream\"                 % akkaV,\n    \"com.typesafe.akka\" %% \"akka-slf4j\"                  % akkaV,\n    \"ch.qos.logback\"    % \"logback-classic\"              % \"1.2.3\",\n    \"com.typesafe.akka\" %% \"akka-testkit\"                % akkaV % Test,\n    \"org.scalatest\"     %% \"scalatest\"                   % scalaTestV % Test,\n    \"com.whisk\"         %% \"docker-testkit-scalatest\"    % dockerTestkitV % Test,\n    \"com.whisk\"         %% \"docker-testkit-impl-spotify\" % dockerTestkitV % Test\n  )\n}\n\ntest in assembly := {}\n"}
{"repo_name":"yurikpanic\/kafka-consumer-flow","path":"src\/test\/scala\/com\/elsyton\/kafka\/ConsumerFlowTest.scala","text":"<gh_stars>1-10\npackage com.elsyton.kafka\n\nimport java.util.Properties\n\nimport akka.actor.{ActorRef, ActorSystem}\nimport akka.stream.scaladsl.{Sink, Source}\nimport akka.stream.{ActorMaterializer, OverflowStrategy}\nimport akka.testkit.{EventFilter, TestKit}\nimport com.elsyton.docker.KafkaService\nimport com.elsyton.kafka.ConsumerFlow.ConsumerCommand\nimport com.typesafe.config.ConfigFactory\nimport org.apache.kafka.clients.consumer.KafkaConsumer\nimport org.apache.kafka.clients.producer.{KafkaProducer, ProducerRecord}\nimport org.apache.kafka.common.TopicPartition\nimport org.apache.kafka.common.serialization.{LongDeserializer, LongSerializer, StringDeserializer, StringSerializer}\nimport org.scalatest.{BeforeAndAfterAll, FlatSpecLike}\n\nimport scala.collection.JavaConverters._\nimport scala.concurrent.duration._\nimport scala.concurrent.{Await, Promise}\n\nclass ConsumerFlowTest(_system: ActorSystem)\n    extends TestKit(_system)\n    with FlatSpecLike\n    with BeforeAndAfterAll\n    with KafkaService {\n\n  def this() =\n    this(\n      ActorSystem(\n        \"consumer-flow-test\",\n        ConfigFactory.parseString(\"\"\"akka.loggers = [\"akka.testkit.TestEventListener\"]\"\"\")))\n\n  implicit val mat = ActorMaterializer()\n\n  override def topicDefinitions: List[String] = \"test1:1:1\" :: \"test2:1:1\" :: super.topicDefinitions\n\n  private lazy val producer: KafkaProducer[java.lang.Long, String] = {\n    val props = new Properties()\n    props.put(\"bootstrap.servers\", s\"localhost:$kafkaPort\")\n    props.put(\"acks\", \"all\")\n    new KafkaProducer[java.lang.Long, String](props, new LongSerializer, new StringSerializer)\n  }\n\n  override protected def beforeAll(): Unit = {\n    super.beforeAll()\n    startKafkaServer()\n    println(s\"kafka port is $kafkaPort\")\n  }\n\n  override protected def afterAll(): Unit = {\n    producer.close()\n    TestKit.shutdownActorSystem(_system)\n    stopAllQuietly()\n    super.afterAll()\n  }\n\n  private def newConsumer(topic: String, groupId: String = \"test\"): KafkaConsumer[java.lang.Long, String] = {\n    val props = new Properties()\n    props.put(\"bootstrap.servers\", s\"localhost:$kafkaPort\")\n    props.put(\"group.id\", groupId)\n    props.put(\"enable.auto.commit\", \"false\")\n    new KafkaConsumer[java.lang.Long, String](props, new LongDeserializer, new StringDeserializer)\n  }\n\n  it should \"stream data from KafkaConsumer already subscribed to topics\" in {\n    val topic       = \"test1\"\n    val numMessages = 10\n\n    (1L to numMessages).foreach { i: Long =>\n      producer.send(new ProducerRecord[java.lang.Long, String](topic, i, s\"message$i\"))\n    }\n\n    val consumer = newConsumer(topic, topic)\n\n    val tp = Seq(new TopicPartition(topic, 0)).asJava\n    consumer.assign(tp)\n    consumer.seekToBeginning(tp)\n\n    val resF = Source\n      .actorRef[ConsumerCommand[java.lang.Long, String]](100, OverflowStrategy.fail)\n      .via(new ConsumerFlow(consumer))\n      .take(numMessages)\n      .runWith(Sink.seq)\n\n    val res = Await.result(resF, 10.seconds)\n\n    assertResult(numMessages)(res.length)\n    assertResult(1L to numMessages)(res.map(_.key()))\n    assertResult((1L to numMessages).map(i => s\"message$i\"))(res.map(_.value()))\n  }\n\n  it should \"stream data after KafkaConsumer is subscribed to some topics through ConsumerCommand\" in {\n    val topic       = \"test2\"\n    val numMessages = 10\n\n    val consumer = newConsumer(topic, topic)\n\n    val commandActorPromise = Promise[ActorRef]\n\n    val pollingStopped = EventFilter.info(start = \"not subscribed to any topic\", occurrences = 1)\n\n    val pollingResumed = EventFilter.info(start = \"polling consumer resumed\", occurrences = 1)\n\n    val resF = Source\n      .actorRef[ConsumerCommand[java.lang.Long, String]](100, OverflowStrategy.fail)\n      .mapMaterializedValue(commandActorPromise.success)\n      .via(new ConsumerFlow(consumer))\n      .take(numMessages)\n      .runWith(Sink.seq)\n    pollingStopped.intercept(())\n\n    (1L to numMessages).foreach { i: Long =>\n      producer.send(new ProducerRecord[java.lang.Long, String](topic, i, s\"message$i\"))\n    }\n\n    val commandActorRef = Await.result(commandActorPromise.future, 3.seconds)\n\n    commandActorRef ! { consumer: KafkaConsumer[java.lang.Long, String] =>\n      val tp = Seq(new TopicPartition(topic, 0)).asJava\n      consumer.assign(tp)\n      consumer.seekToBeginning(tp)\n      ()\n    }\n\n    pollingResumed.intercept(())\n\n    val res = Await.result(resF, 10.seconds)\n\n    assertResult(numMessages)(res.length)\n    assertResult(1L to numMessages)(res.map(_.key()))\n    assertResult((1L to numMessages).map(i => s\"message$i\"))(res.map(_.value()))\n  }\n\n  it should \"consume all functions to configure kafka consumer\" in {\n    val topic = \"test1\"\n\n    val consumer = newConsumer(topic, topic)\n\n    val commandActorRef = Source\n      .actorRef[ConsumerCommand[java.lang.Long, String]](100, OverflowStrategy.fail)\n      .via(new ConsumerFlow(consumer))\n      .to(Sink.ignore)\n      .run()\n\n    val promise1 = Promise[Unit]\n    commandActorRef ! { consumer: KafkaConsumer[java.lang.Long, String] =>\n      promise1.success(())\n      ()\n    }\n\n    val promise2 = Promise[Unit]\n    commandActorRef ! { consumer: KafkaConsumer[java.lang.Long, String] =>\n      promise2.success(())\n      ()\n    }\n\n    Await.result(promise1.future, 1.second)\n    Await.result(promise2.future, 1.second)\n  }\n\n}\n"}
{"repo_name":"yurikpanic\/kafka-consumer-flow","path":"src\/test\/scala\/com\/elsyton\/docker\/KafkaService.scala","text":"<filename>src\/test\/scala\/com\/elsyton\/docker\/KafkaService.scala\npackage com.elsyton.docker\n\nimport com.whisk.docker.impl.spotify.DockerKitSpotify\nimport com.whisk.docker.{ContainerLink, DockerContainer, DockerReadyChecker, VolumeMapping}\n\nimport scala.concurrent.Await\nimport scala.concurrent.duration._\nimport scala.util.Random\n\ntrait KafkaService extends DockerKitSpotify {\n\n  def topicDefinitions: List[String] = List(\"test-topic:1:1\")\n\n  override val StartContainersTimeout: FiniteDuration = 60.seconds\n\n  private def randomStr = new String(Random.alphanumeric.take(10).toArray)\n\n  private val zookeeperContainer = DockerContainer(\"zookeeper:latest\", name = Some(s\"zookeeper_$randomStr\"))\n    .withPorts(2181 -> None)\n    .withReadyChecker(DockerReadyChecker.LogLineContains(\"binding to port 0.0.0.0\/0.0.0.0:2181\"))\n\n  private val kafkaEnv = Seq(\n    \"KAFKA_ZOOKEEPER_CONNECT=zookeeper:2181\/kafka\",\n    s\"KAFKA_ADVERTISED_HOST_NAME=${java.net.InetAddress.getLocalHost.getCanonicalHostName}\" \/*,\n    \"KAFKA_AUTO_CREATE_TOPICS_ENABLE=false\"*\/ ) ++ {\n    val topicsStr = topicDefinitions.mkString(\",\")\n    if (topicsStr.isEmpty) Seq.empty\n    else Seq(s\"KAFKA_CREATE_TOPICS=$topicsStr\")\n  }\n\n  private val kafkaContainer = DockerContainer(\"wurstmeister\/kafka:latest\", name = Some(s\"kafka_$randomStr\"))\n    .withEnv(kafkaEnv: _*)\n    .withPorts(9092 -> None)\n    .withVolumes(Seq(VolumeMapping(\"\/var\/run\/docker.sock\", \"\/var\/run\/docker.sock\", rw = true)))\n    .withReadyChecker(DockerReadyChecker.LogLineContains(\"Created topic \\\"test-topic\\\"\"))\n    .withLinks(ContainerLink(zookeeperContainer, \"zookeeper\"))\n\n  lazy val kafkaPort: Int =\n    Await.result(kafkaContainer.getPorts().map(_(9092)), 3.seconds)\n\n  def startKafkaServer(): Unit = {\n    startAllOrFail()\n    assert(Await.result(containerManager.isReady(kafkaContainer), StartContainersTimeout))\n  }\n\n  override def dockerContainers: List[DockerContainer] =\n    kafkaContainer :: zookeeperContainer :: super.dockerContainers\n}\n"}
{"repo_name":"yurikpanic\/kafka-consumer-flow","path":"src\/main\/scala\/com\/elsyton\/kafka\/ConsumerFlow.scala","text":"package com.elsyton.kafka\n\nimport akka.stream.stage._\nimport akka.stream.{Attributes, FlowShape, Inlet, Outlet}\nimport com.elsyton.kafka.ConsumerFlow.ConsumerCommand\nimport org.apache.kafka.clients.consumer.{ConsumerRecord, KafkaConsumer}\nimport org.apache.kafka.common.errors.WakeupException\n\nimport scala.collection.JavaConverters._\nimport scala.collection.mutable\nimport scala.concurrent.duration._\n\nclass ConsumerFlow[K, V](kafkaConsumer: KafkaConsumer[K, V])\n    extends GraphStage[FlowShape[ConsumerCommand[K, V], ConsumerRecord[K, V]]] {\n\n  import ConsumerFlow._\n\n  private val in     = Inlet.create[ConsumerCommand[K, V]](\"consumer-flow.in\")\n  private val out    = Outlet.create[ConsumerRecord[K, V]](\"consumer-flow.out\")\n  private val _shape = new FlowShape[ConsumerCommand[K, V], ConsumerRecord[K, V]](in, out)\n\n  override def shape: FlowShape[ConsumerCommand[K, V], ConsumerRecord[K, V]] = _shape\n\n  override def createLogic(inheritedAttributes: Attributes): GraphStageLogic =\n    new TimerGraphStageLogicWithLogging(_shape) {\n      val records: mutable.Queue[ConsumerRecord[K, V]] = mutable.Queue.empty[ConsumerRecord[K, V]]\n\n      final val pollTimerId = 'poll\n\n      setHandlers(in, out, new AbstractInOutHandler {\n        override def onPull(): Unit =\n          if (records.nonEmpty) push(out, records.dequeue())\n\n        override def onPush(): Unit = {\n          grab(in)(kafkaConsumer)\n          pull(in)\n          if (!isTimerActive(pollTimerId)) {\n            schedulePoll()\n            log.info(\"polling consumer resumed\")\n          }\n        }\n      })\n\n      def schedulePoll(): Unit = schedulePeriodically(pollTimerId, 100.millis)\n\n      def pollKafka(): Unit =\n        try {\n          records.enqueue(kafkaConsumer.poll(100).asScala.toSeq: _*)\n          if (isAvailable(out) && records.nonEmpty) push(out, records.dequeue())\n        } catch {\n          case _: IllegalStateException =>\n            cancelTimer(pollTimerId)\n            log.info(\"not subscribed to any topic, polling consumer suspended until ConsumerCommand is received\")\n          case _: WakeupException =>\n        }\n\n      override protected def onTimer(timerKey: Any): Unit = pollKafka()\n\n      override def preStart(): Unit = {\n        schedulePoll()\n        pull(in)\n      }\n    }\n}\n\nobject ConsumerFlow {\n  type ConsumerCommand[K, V] = (KafkaConsumer[K, V]) => Unit\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day23\/CupCollection.scala","text":"package astrionic.adventofcode2020.solutions.day23\n\nprivate[day23] class CupCollection(\n    private val array: Array[Int],\n    private val max: Int,\n    private var current: Int = 1\n) {\n\n  def move(): Unit = {\n    val next = array(current)\n    val afterNext = array(next)\n    val afterAfterNext = array(afterNext)\n    val afterRemove = array(afterAfterNext)\n\n    \/\/ Skip the removed cups\n    array(current) = afterRemove\n\n    \/\/ Find destination cup\n    var dest = current - 1\n    while(Set(next, afterNext, afterAfterNext).contains(dest) || dest < 1) {\n      if(dest <= 1) dest = max\n      else dest -= 1\n    }\n\n    \/\/ Reinsert removed cups\n    val afterDest = array(dest)\n    array(dest) = next\n    array(afterAfterNext) = afterDest\n\n    \/\/ Update current\n    current = array(current)\n  }\n\n  def move(n: Int): Unit = for(_ <- 0 until n) move()\n\n  def resultPart1: String = {\n    var curr = 1\n    val result = new StringBuilder\n    for(_ <- 0 until 8) {\n      curr = array(curr)\n      result.append(curr)\n    }\n    result.toString()\n  }\n\n  def resultPart2: String = {\n    val afterOne = array(1)\n    val afterAfterOne = array(afterOne).toLong\n    (afterOne * afterAfterOne).toString\n  }\n}\n\nprivate[day23] object CupCollection {\n  def fromList(list: List[Int], maximum: Int = 0): CupCollection = {\n    val max = Math.max(list.length, maximum)\n    val a = new Array[Int](max + 1)\n\n    def get(i: Int): Int = {\n      if(i == max + 1) {\n        list.head\n      } else if(i <= list.length) {\n        list(i - 1)\n      } else {\n        i\n      }\n    }\n\n    for(i <- 2 to max + 1) {\n      val curr = get(i - 1)\n      val next = get(i)\n      a(curr) = next\n    }\n\n    new CupCollection(a, max)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day02\/Password.scala","text":"<filename>src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day02\/Password.scala\npackage astrionic.adventofcode2020.solutions.day02\n\ncase class Password(\n    min: Int,\n    max: Int,\n    letter: Char,\n    password: String\n) {\n  def isValidPart1: Boolean = {\n    val occurrences = password.count(_ == letter)\n    occurrences >= min && occurrences <= max\n  }\n\n  def isValidPart2: Boolean = {\n    (password(min - 1) == letter && password(max - 1) != letter) ||\n    (password(min - 1) != letter && password(max - 1) == letter)\n  }\n}\n\nobject Password {\n  def fromString(s: String): Password = {\n    val a = s.split(\": \")\n    val password = a(1)\n\n    val b = a(0).split(\" \")\n    val letter = b(1).toCharArray.head\n\n    val c = b(0).split(\"-\")\n    val min = c(0).toInt\n    val max = c(1).toInt\n\n    Password(min, max, letter, password)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day11\/SeatStatus.scala","text":"package astrionic.adventofcode2020.solutions.day11\n\nprivate[day11] object SeatStatus extends Enumeration {\n  type SeatStatus = Value\n  val Floor, Empty, Occupied = Value\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day16\/Day16.scala","text":"package astrionic.adventofcode2020.solutions.day16\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day16 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val in: PuzzleInput = parseInput(input)\n    val ranges: Seq[Range] = in.rules.flatMap(_.ranges)\n    val values: Seq[Int] = in.nearbyTickets.flatten\n    values\n      .filter(x => ranges.count(_.contains(x)) == 0)\n      .sum\n      .toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val in: PuzzleInput = parseInput(input)\n    val allRanges = in.rules.flatMap(_.ranges)\n\n    val validTickets = in.nearbyTickets\n      .filter(ticket => ticket.forall(field => allRanges.count(_.contains(field)) > 0))\n\n    val rulesWithPotentialPositions = in.rules.map(rule => {\n      val potentialPositions = validTickets\n        .map(ticket => {\n          ticket.zipWithIndex.filter(field => rule.ranges.count(_.contains(field._1)) > 0).map(_._2).toSet\n        })\n        .reduce(_ intersect _)\n      (rule.name, potentialPositions)\n    })\n\n    val (a, d) = rulesWithPotentialPositions.partition(_._2.size > 1)\n    var ambiguous = a.toSet\n    var definitive = d.toSet\n\n    while(ambiguous.nonEmpty) {\n      ambiguous = ambiguous.map(a => {\n        (a._1, a._2 diff definitive.flatMap(_._2))\n      })\n      val (newAmbiguous, newDefinitive) = ambiguous.partition(_._2.size > 1)\n      definitive ++= newDefinitive\n      ambiguous = newAmbiguous\n    }\n\n    val departureFieldIndices = definitive.filter(_._1.startsWith(\"departure\")).flatMap(_._2)\n\n    departureFieldIndices\n      .map(\n        in.myTicket(_).toLong\n      )\n      .product\n      .toString\n  }\n\n  private case class PuzzleInput(\n      rules: List[Rule],\n      myTicket: List[Int],\n      nearbyTickets: List[List[Int]]\n  )\n  private case class Rule(\n      name: String,\n      ranges: List[Range]\n  )\n\n  private def parseInput(input: String): PuzzleInput = {\n    val Array(rulesInput, myTicketInput, nearbyTicketsInput) = input.split(\"\\n\\n\")\n\n    \/\/ Parse rules\n    val rules = rulesInput\n      .split('\\n')\n      .map(line => {\n        val Array(name, rangesString) = line.split(\": \")\n        val ranges = rangesString\n          .split(\" or \")\n          .map(r => {\n            val x = r.split('-')\n            x(0).toInt to x(1).toInt\n          })\n          .toList\n\n        Rule(name, ranges)\n      })\n      .toList\n\n    \/\/ Parse my ticket\n    val myTicket = myTicketInput.split('\\n')(1).split(',').map(_.toInt).toList\n\n    \/\/ Parse nearby tickets\n    val nearbyTickets = nearbyTicketsInput\n      .split('\\n')\n      .tail\n      .map(_.split(',').map(_.toInt).toList)\n      .toList\n\n    PuzzleInput(rules, myTicket, nearbyTickets)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day12\/Day12.scala","text":"package astrionic.adventofcode2020.solutions.day12\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\n\/\/noinspection DuplicatedCode\nobject Day12 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val cmds: List[Command] = parseInput(input)\n    val startingPos = (0, 0)\n    val ship = cmds.foldLeft(Ship(startingPos))((s: Ship, cmd: Command) => {\n      s.movePart1(cmd)\n    })\n    ship.manhattanDistanceTo(startingPos).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val cmds: List[Command] = parseInput(input)\n    val startingPos = (0, 0)\n    val waypointStartingPos = (10, 1)\n    val ship = cmds.foldLeft(Ship(startingPos, waypointStartingPos))((s: Ship, cmd: Command) => {\n      s.movePart2(cmd)\n    })\n    ship.manhattanDistanceTo(startingPos).toString\n  }\n\n  private def parseInput(input: String): List[Command] = input\n    .split('\\n')\n    .map(line => {\n      val action = line(0) match {\n        case 'N' => Action.N\n        case 'E' => Action.E\n        case 'S' => Action.S\n        case 'W' => Action.W\n        case 'L' => Action.L\n        case 'R' => Action.R\n        case 'F' => Action.F\n        case _   => throw new Exception(\"Invalid action\")\n      }\n      val value = line.substring(1).toInt\n      Command(action, value)\n    })\n    .toList\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day11\/Day11.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day11\n\nimport astrionic.adventofcode2020.framework.AdventSolution\nimport astrionic.adventofcode2020.solutions.day11.SeatStatus.SeatStatus\n\n\/\/noinspection DuplicatedCode\nobject Day11 extends AdventSolution {\n  override def solvePart1(input: String): String = {\n    val initial = parseInput(input).map(_.map(GridLocation(_, hasChanged = true)))\n\n    var state = new WaitingAreaState(initial)\n    while(state.hasChanged) {\n      state = state.calculateNextPart1()\n    }\n    state.numOccupied.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val initial = parseInput(input).map(_.map(GridLocation(_, hasChanged = true)))\n    var state = new WaitingAreaState(initial)\n    while(state.hasChanged) {\n      state = state.calculateNextPart2()\n    }\n    state.numOccupied.toString\n  }\n\n  private def parseInput(input: String): Array[Array[SeatStatus]] = {\n    input\n      .split('\\n')\n      .map(\n        _.toCharArray.map(parseChar)\n      )\n  }\n\n  private def parseChar(c: Char): SeatStatus = c match {\n    case 'L' => SeatStatus.Empty\n    case '.' => SeatStatus.Floor\n    case _   => throw new Exception(\"Invalid input\")\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day18\/Day18.scala","text":"package astrionic.adventofcode2020.solutions.day18\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nimport scala.collection.mutable\n\nobject Day18 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val tokens = parseInput(input)\n    tokens.map(eval).sum.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    implicit val part2: Boolean = true\n    val tokens = parseInput(input)\n    tokens.map(eval).sum.toString\n  }\n\n  private def eval(tokens: List[Token])(implicit part2: Boolean = false): Long = {\n    val nums = new mutable.Stack[Long]()\n    val ops = new mutable.Stack[Token]()\n\n    for(token <- tokens) token match {\n      case Number(n) => nums.push(n)\n      case ParenOpen => ops.push(ParenOpen)\n      case ParenClose =>\n        while(ops.head != ParenOpen) {\n          ops.pop() match {\n            case op: Operator => nums.push(calculate(nums.pop(), op, nums.pop()))\n            case _            => throw new Exception()\n          }\n        }\n        ops.pop()\n      case op: Operator =>\n        while(\n          ops.nonEmpty &&\n          ops.head.isInstanceOf[Operator] &&\n          ops.head.asInstanceOf[Operator].precedence >= op.precedence\n        ) {\n          nums.push(calculate(nums.pop(), ops.pop().asInstanceOf[Operator], nums.pop()))\n        }\n        ops.push(op)\n    }\n\n    while(ops.nonEmpty) {\n      nums.push(calculate(nums.pop(), ops.pop().asInstanceOf[Operator], nums.pop()))\n    }\n    \n    nums.pop()\n  }\n\n  private def calculate(a: Long, op: Operator, b: Long): Long = op match {\n    case Plus  => a + b\n    case Times => a * b\n  }\n\n  private trait Token\n\n  private case class Number(value: Long) extends Token\n\n  private trait Operator extends Token {\n    def precedence(implicit part2: Boolean): Int\n  }\n\n  private object Plus extends Operator {\n    def precedence(implicit part2: Boolean = false): Int = if(part2) 1 else 0\n  }\n\n  private object Times extends Operator {\n    def precedence(implicit part2: Boolean = false): Int = 0\n  }\n\n  private object ParenOpen extends Token\n\n  private object ParenClose extends Token\n\n  private def parseInput(input: String): List[List[Token]] =\n    input.split('\\n').map(parseExpression).toList\n\n  private def parseExpression(exp: String): List[Token] =\n    exp.split(' ').flatMap(parseToken).toList\n\n  private val plus = \"(\\\\+)\".r\n  private val times = \"(\\\\*)\".r\n  private val number = \"(\\\\d+)\".r\n  private val parenOpenPrefix = \"(\\\\()(.*)\".r\n  private val parenCloseSuffix = \"(.*)(\\\\))\".r\n\n  private def parseToken(token: String): List[Token] = token match {\n    case plus(_)                => List(Plus)\n    case times(_)               => List(Times)\n    case number(n)              => List(Number(n.toLong))\n    case parenOpenPrefix(_, r)  => ParenOpen :: parseToken(r)\n    case parenCloseSuffix(r, _) => parseToken(r) :+ ParenClose\n    case \"\"                     => List()\n    case _                      => throw new Exception\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day12\/Ship.scala","text":"package astrionic.adventofcode2020.solutions.day12\n\nimport astrionic.adventofcode2020.solutions.day12.Ship.rotateDegreesClockwise\nimport astrionic.adventofcode2020.solutions.helpers.Helpers.Tuple2IntExtensions\n\nimport scala.annotation.tailrec\n\nprivate[day12] case class Ship(\n    pos: (Int, Int) = (0, 0),\n    facing: (Int, Int) = (1, 0) \/\/ In part 2, this is the waypoint's position instead\n) {\n  def movePart1(cmd: Command): Ship = cmd match {\n    case Command(Action.E, value) => copy(pos = pos + (value, 0))\n    case Command(Action.W, value) => copy(pos = pos + (-value, 0))\n    case Command(Action.S, value) => copy(pos = pos + (0, -value))\n    case Command(Action.N, value) => copy(pos = pos + (0, value))\n    case Command(Action.L, value) => copy(facing = turnClockwise(-value))\n    case Command(Action.R, value) => copy(facing = turnClockwise(value))\n    case Command(Action.F, value) => copy(pos = forward(value))\n  }\n\n  def movePart2(cmd: Command): Ship = cmd match {\n    case Command(Action.E, value) => copy(facing = facing + (value, 0))\n    case Command(Action.W, value) => copy(facing = facing + (-value, 0))\n    case Command(Action.S, value) => copy(facing = facing + (0, -value))\n    case Command(Action.N, value) => copy(facing = facing + (0, value))\n    case Command(Action.L, value) => copy(facing = turnClockwise(-value))\n    case Command(Action.R, value) => copy(facing = turnClockwise(value))\n    case Command(Action.F, value) => copy(pos = forward(value))\n  }\n\n  private def forward(distance: Int): (Int, Int) = {\n    pos + facing * distance\n  }\n\n  private def turnClockwise(degrees: Int): (Int, Int) = {\n    rotateDegreesClockwise(facing, degrees)\n  }\n\n  def manhattanDistanceTo(otherPos: (Int, Int)): Int = {\n    val d = pos - otherPos\n    Math.abs(d._1) + Math.abs(d._2)\n  }\n}\n\nprivate[day12] object Ship {\n  private def rotate90Clockwise(vec: (Int, Int)): (Int, Int) = (vec._2, -vec._1)\n\n  @tailrec\n  private def rotate90Clockwise(vec: (Int, Int), times: Int): (Int, Int) = {\n    var t = times % 4\n    if(t < 0)\n      t = t + 4\n    if(t == 0)\n      vec\n    else\n      rotate90Clockwise(rotate90Clockwise(vec), t - 1)\n  }\n\n  private def rotateDegreesClockwise(vec: (Int, Int), degrees: Int): (Int, Int) =\n    rotate90Clockwise(vec, degrees \/ 90)\n\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day17\/Day17.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day17\n\nimport astrionic.adventofcode2020.framework.AdventSolution\nimport astrionic.adventofcode2020.solutions.helpers.Helpers.{Tuple3IntExtensions, Tuple4IntExtensions}\n\nimport scala.collection.immutable.HashSet\n\n\/\/noinspection DuplicatedCode\nobject Day17 extends AdventSolution {\n  override def solvePart1(input: String): String = {\n    var occupied = parseInput(input)\n    for(_ <- 0 until 6) {\n      val potential = occupied union occupied.flatMap(getNeighbourCoords)\n      occupied = potential.flatMap(p => {\n        val neighbours = getNeighbourCoords(p)\n        val numActiveNeighbours = neighbours.count(occupied.contains(_))\n        val active = occupied.contains(p)\n        if(active && (2 to 3).contains(numActiveNeighbours)) {\n          Some(p)\n        } else if(!active && numActiveNeighbours == 3) {\n          Some(p)\n        } else {\n          None\n        }\n      })\n    }\n\n    occupied.size.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    var occupied = parseInput(input).map(xyz => {\n      val (x, y, z) = xyz\n      (x, y, z, 0)\n    })\n\n    for(_ <- 0 until 6) {\n      val potential = occupied union occupied.flatMap(getNeighbourCoords)\n      occupied = potential.flatMap(p => {\n        val neighbours = getNeighbourCoords(p)\n        val numActiveNeighbours = neighbours.count(occupied.contains(_))\n        val active = occupied.contains(p)\n        if(active && (2 to 3).contains(numActiveNeighbours)) {\n          Some(p)\n        } else if(!active && numActiveNeighbours == 3) {\n          Some(p)\n        } else {\n          None\n        }\n      })\n    }\n\n    occupied.size.toString\n  }\n\n  private def parseInput(input: String): Set[(Int, Int, Int)] = {\n    HashSet() ++ input\n      .split('\\n')\n      .zipWithIndex\n      .flatMap(line => {\n        val (chars, x) = line\n        chars.zipWithIndex.filter(_._1 == '#').map(c => (x, c._2, 0))\n      })\n  }\n\n  private def getNeighbourCoords(point: (Int, Int, Int)): Set[(Int, Int, Int)] = {\n    val neighbours =\n      for(x <- -1 to 1; y <- -1 to 1; z <- -1 to 1)\n        yield point + (x, y, z)\n    (HashSet() ++ neighbours) - point\n  }\n\n  private def getNeighbourCoords(point: (Int, Int, Int, Int)): Set[(Int, Int, Int, Int)] = {\n    val neighbours =\n      for(x <- -1 to 1; y <- -1 to 1; z <- -1 to 1; w <- -1 to 1)\n        yield point + (x, y, z, w)\n    (HashSet() ++ neighbours) - point\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventSolution.scala","text":"package astrionic.adventofcode2020.framework\n\nimport scala.Console.{GREEN, RED, RESET}\n\n\/**\n * Handles reading input from and writing output to files for Advent of Code tasks. The extending class's name needs to\n * contain two digits representing the day.\n *\/\ntrait AdventSolution {\n\n  \/**\n   * Day number with leading zeroes.\n   *\/\n  private val day: AdventDay = \"\\\\d\\\\d\".r.findAllIn(this.getClass.getSimpleName).toList match {\n    case x :: _ =>\n      x.toIntOption match {\n        case Some(n) => AdventDay(n)\n        case None    => AdventDay(0)\n      }\n    case Nil => AdventDay(0)\n  }\n\n  \/**\n   * File name for the first part\n   *\/\n  private val fileNamePart1: String = s\"${day.dayWithLeadingZero}${AdventConfig.partOneSuffix}\"\n\n  \/**\n   * File name for the second part\n   *\/\n  private val fileNamePart2: String = s\"${day.dayWithLeadingZero}${AdventConfig.partTwoSuffix}\"\n\n  \/**\n   * Controls which parts of the task are executed. Change this value in subclasses to temporarily limit execution to\n   * just one of the parts.\n   *\/\n  protected[this] var executePart: ExecutePart.Value = ExecutePart.Both\n\n  \/**\n   * Controls whether the solution will be written to a file. If there is a solution file already it will be\n   * overwritten.\n   *\/\n  protected[this] var writeSolution = false\n\n  \/**\n   * Solves both parts by calling [[solvePart1]] and [[solvePart2]] and writes the solutions to output files.\n   *\n   * @param args\n   *   Array of command line arguments for the application\n   *\/\n  def main(args: Array[String]): Unit = {\n    AdventIO.readInput(day.dayWithLeadingZero) match {\n      case Some(input) => executeParts(input)\n      case None        => println(s\"$RED\u274c ERROR: Could not read input.$RESET\")\n    }\n  }\n\n  \/**\n   * Execute both parts of a puzzle\n   * @param input\n   *   Puzzle input\n   *\/\n  private def executeParts(input: String): Unit = {\n    println\n\n    if(executePart == ExecutePart.One || executePart == ExecutePart.Both) {\n      execute(input, solvePart1, fileNamePart1, 1)\n    }\n    if(executePart == ExecutePart.Two || executePart == ExecutePart.Both) {\n      execute(input, solvePart2, fileNamePart2, 2)\n    }\n  }\n\n  \/**\n   * Compute the solution, time it, check it against the saved solution if it exists or write it to the solution file if\n   * [[writeSolution]] is true.\n   * @param input\n   *   Puzzle input\n   * @param solve\n   *   The function that computes the solution\n   * @param fileName\n   *   File name to write to\n   * @param partNumber\n   *   Number of the part (1 or 2)\n   *\/\n  private def execute(input: String, solve: String => String, fileName: String, partNumber: Int): Unit = {\n    val startTime = System.nanoTime()\n    val solution = solve(input)\n    val endTime = System.nanoTime()\n    val executionTimeMilliseconds = (endTime - startTime) \/ 1000000.0\n\n    println(\n      f\"\u2699\ufe0f Solution for day ${day.dayWithLeadingZero}, part $partNumber executed in $executionTimeMilliseconds%.1f ms:\"\n    )\n    println(s\"$solution\\n\")\n\n    if(writeSolution) {\n      AdventIO.writeSolution(fileName, solution)\n      println(s\"$GREEN\u2705 Solution written to file.$RESET\")\n    } else {\n      AdventIO.readSolution(fileName) match {\n        case None     =>\n        case Some(\"\") =>\n        case Some(expected) =>\n          if(solution == expected) {\n            println(s\"$GREEN\u2705 Correct solution.$RESET\")\n          } else {\n            println(s\"$RED\u274c ERROR: Does not match the saved solution. The expected solution is:\\n$expected\\n$RESET\")\n          }\n      }\n    }\n    println\n  }\n\n  \/**\n   * Should calculate the solution for part 1.\n   *\n   * @param input\n   *   Puzzle input\n   * @return\n   *   Solution for part 1\n   *\/\n  def solvePart1(input: String): String\n\n  \/**\n   * Should calculate the solution for part 2.\n   *\n   * @param input\n   *   Puzzle input\n   * @return\n   *   Solution for part 2\n   *\/\n  def solvePart2(input: String): String\n\n  \/**\n   * Used to define which parts of the solution are executed.\n   *\/\n  protected[this] object ExecutePart extends Enumeration {\n    type ExecutePart = Value\n    val One, Two, Both = Value\n  }\n\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day24\/Day24.scala","text":"package astrionic.adventofcode2020.solutions.day24\n\nimport astrionic.adventofcode2020.framework.AdventSolution\nimport astrionic.adventofcode2020.solutions.day24.Direction.Dir\n\nobject Day24 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val paths = parseInput(input)\n\n    val floor = new TileFloor()\n    floor.flipAll(paths)\n\n    floor.numBlackTiles.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val paths = parseInput(input)\n\n    val floor = new TileFloor()\n    floor.flipAll(paths)\n\n    floor.simulateGenerations(100)\n\n    floor.numBlackTiles.toString\n  }\n\n  private def parseInput(input: String): List[List[Dir]] = {\n    input\n      .split(\"\\n\")\n      .map(parseLine)\n      .toList\n  }\n\n  private val directionRegex = \"e|se|sw|w|nw|ne\".r\n\n  private def parseLine(line: String): List[Dir] = {\n    directionRegex\n      .findAllIn(line)\n      .map {\n        case \"e\"  => Direction.E\n        case \"se\" => Direction.SE\n        case \"sw\" => Direction.SW\n        case \"w\"  => Direction.W\n        case \"nw\" => Direction.NW\n        case \"ne\" => Direction.NE\n        case _    => throw new Exception\n      }\n      .toList\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day04\/Passport.scala","text":"package astrionic.adventofcode2020.solutions.day04\n\nimport scala.util.matching.Regex\n\nprivate[day04] object Passport {\n  def fieldRules: Map[String, String => Boolean] = Map(\n    \"byr\" -> (yearIsValid(_, 1920, 2002)),\n    \"iyr\" -> (yearIsValid(_, 2010, 2020)),\n    \"eyr\" -> (yearIsValid(_, 2020, 2030)),\n    \"hgt\" -> heightIsValid,\n    \"hcl\" -> hairColourIsValid,\n    \"ecl\" -> eyeColourIsValid,\n    \"pid\" -> passportIdIsValid\n  )\n\n  private def heightIsValid(height: String): Boolean = {\n    val pattern: Regex = \"\\\\d+(in|cm)\".r\n    if(!pattern.matches(height)) return false\n\n    val n = height.slice(0, height.length - 2).toIntOption\n    val unit = height.slice(height.length - 2, height.length)\n\n    (n, unit) match {\n      case (Some(n), \"cm\") => n >= 150 && n <= 193\n      case (Some(n), \"in\") => n >= 59 && n <= 76\n      case _               => false\n    }\n  }\n\n  private def hairColourIsValid(colour: String): Boolean = {\n    val pattern: Regex = \"#[0-9a-fA-F]{6}\".r\n    pattern.matches(colour)\n  }\n\n  private def eyeColourIsValid(colour: String): Boolean = {\n    val validEyeColours = List(\n      \"amb\",\n      \"blu\",\n      \"brn\",\n      \"gry\",\n      \"grn\",\n      \"hzl\",\n      \"oth\"\n    )\n\n    validEyeColours.count(_ == colour) == 1\n  }\n\n  private def passportIdIsValid(id: String): Boolean =\n    \"[0-9]{9}\".r.matches(id)\n\n  private def yearIsValid(yearString: String, atLeast: Int, atMost: Int): Boolean = {\n    yearString.length == 4 && (yearString.toIntOption match {\n      case Some(year) => year >= atLeast && year <= atMost\n      case None       => false\n    })\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day12\/Action.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day12\n\nprivate[day12] object Action extends Enumeration {\n  type Action = Value\n  val N, E, S, W, L, R, F = Value\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventConfig.scala","text":"package astrionic.adventofcode2020.framework\n\nprivate[adventofcode2020] object AdventConfig {\n\n  \/**\n   * Path to the resource directory which contains files like input, solutions and templates.\n   *\/\n  val resourceDirectory = \".\/src\/main\/resources\"\n\n  \/**\n   * Path to the directory containing the input files.\n   *\/\n  val inputDirectory = s\"$resourceDirectory\/input\/\"\n\n  \/**\n   * Path to the directory to which the solutions will be written as text files.\n   *\/\n  val solutionDirectory = s\"$resourceDirectory\/solutions\/\"\n\n  \/**\n   * Path to the template that is used to generate boilerplate code for each day\n   *\/\n  val solutionTemplatePath = s\"$resourceDirectory\/solution_code_template.txt\"\n\n  \/**\n   * Placeholder for the day number used in the template. Each occurrence in the template will be replaced by the number\n   * of the current day.\n   *\/\n  val templateDayPlaceholder = \"__DAY_NUMBER__\"\n\n  \/**\n   * Path to the directory in which the directories containing the solution Scala files are located.\n   *\/\n  val solutionDirPath = \".\/src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/\"\n\n  \/**\n   * Prefix for the directory (and package) that contains the code for a solution. The day number (with leading zeroes)\n   * is appended to this.\n   *\/\n  val solutionDirNamePrefix = \"day\"\n\n  \/**\n   * Suffix used to identify files that are related to part 1.\n   *\/\n  val partOneSuffix = \"_1\"\n\n  \/**\n   * Suffix used to identify files that are related to part 2.\n   *\/\n  val partTwoSuffix = \"_2\"\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day15\/Day15.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day15\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nimport scala.collection.mutable\n\nobject Day15 extends AdventSolution {\n\n  override def solvePart1(input: String): String = solve(input, 2020)\n\n  \/\/ Takes about 250 times as long as part 1 (around 9 seconds on my current machine)\n  override def solvePart2(input: String): String = solve(input, 30000000)\n\n  def parseInput(input: String): List[Int] =\n    input.split(',').flatMap(_.toIntOption).toList\n\n  def solve(input: String, turns: Int): String = {\n    val startingNumbers = parseInput(input)\n\n    val map = mutable.Map[Int, Int]()\n    map.addAll(\n      startingNumbers\n        .slice(0, startingNumbers.length - 1)\n        .zip(1 until startingNumbers.length)\n        .toMap\n    )\n    var previousNum = startingNumbers.last\n    for(turn <- startingNumbers.length + 1 to turns) {\n      val currentNum = map.get(previousNum) match {\n        case Some(n) => (turn - 1) - n\n        case None    => 0\n      }\n      map.addOne(previousNum -> (turn - 1))\n      previousNum = currentNum\n    }\n    previousNum.toString\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/helpers\/Helpers.scala","text":"<filename>src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/helpers\/Helpers.scala<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.helpers\n\nprivate[solutions] object Helpers {\n  implicit class Tuple2IntExtensions(private val a: (Int, Int)) extends AnyVal {\n    def +(b: (Int, Int)): (Int, Int) = (a._1 + b._1, a._2 + b._2)\n    def -(b: (Int, Int)): (Int, Int) = (a._1 - b._1, a._2 - b._2)\n    def *(b: Int): (Int, Int) = (a._1 * b, a._2 * b)\n  }\n\n  implicit class Tuple3IntExtensions(private val a: (Int, Int, Int)) extends AnyVal {\n    def +(b: (Int, Int, Int)): (Int, Int, Int) = (a._1 + b._1, a._2 + b._2, a._3 + b._3)\n    def -(b: (Int, Int, Int)): (Int, Int, Int) = (a._1 - b._1, a._2 - b._2, a._3 - b._3)\n  }\n\n  implicit class Tuple4IntExtensions(private val a: (Int, Int, Int, Int)) extends AnyVal {\n    def +(b: (Int, Int, Int, Int)): (Int, Int, Int, Int) = (a._1 + b._1, a._2 + b._2, a._3 + b._3, a._4 + b._4)\n    def -(b: (Int, Int, Int, Int)): (Int, Int, Int, Int) = (a._1 - b._1, a._2 - b._2, a._3 - b._3, a._4 - b._4)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day08\/Day08.scala","text":"package astrionic.adventofcode2020.solutions.day08\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day08 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val programOption = parseProgram(input)\n    if(programOption.isEmpty) return \"Invalid program\"\n    val program = programOption.get\n\n    var state = ComputerState(program, pc = 0, acc = 0)\n\n    while(!state.willRepeatInstr) {\n      state = state.executeNextInstr()\n    }\n\n    state.acc.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val programOption = parseProgram(input)\n    if(programOption.isEmpty) return \"Invalid program\"\n    val originalProgram = programOption.get\n    val potentialPrograms: List[List[Instruction]] = createProgramPermutations(originalProgram)\n\n    for(program <- potentialPrograms) {\n\n      var state = ComputerState(program, pc = 0, acc = 0)\n      while(!state.willTerminate && !state.willError && !state.willRepeatInstr) {\n        state = state.executeNextInstr()\n      }\n      if(state.willTerminate) return state.acc.toString\n    }\n\n    \"No solution found\"\n  }\n\n  private def parseProgram(input: String): Option[List[Instruction]] = {\n    val program = input\n      .split('\\n')\n      .map(line => {\n        Instruction.fromString(line) match {\n          case Some(instr) => instr\n          case None        => return None\n        }\n      })\n      .toList\n    Some(program)\n  }\n\n  private def createProgramPermutations(program: List[Instruction]): List[List[Instruction]] = {\n    program.zipWithIndex\n      .filter(_._1 match {\n        case Jmp(_) => true\n        case Nop(_) => true\n        case _      => false\n      })\n      .map(instrWithIndex => {\n        val (instr, index) = instrWithIndex\n        val newInstr = instr match {\n          case Jmp(value) => Nop(value)\n          case Nop(value) => Jmp(value)\n        }\n        program.updated(index, newInstr)\n      })\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day21\/Day21.scala","text":"package astrionic.adventofcode2020.solutions.day21\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day21 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val food = parseInput(input)\n\n    val ingredientsWithAllergenRisk: Set[String] = mapIngredientsToAllergens(food)\n      .flatMap(_.potentialIngredients)\n      .toSet\n\n    val ingredients: Set[String] = food.flatMap(_.ingredients).toSet\n    val cantContainAllergens = ingredients diff ingredientsWithAllergenRisk\n\n    food.flatMap(_.ingredients).count(cantContainAllergens.contains).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val food = parseInput(input)\n\n    val allergens = mapIngredientsToAllergens(food)\n\n    var definitive = allergens.filter(_.potentialIngredients.size == 1)\n    var ambiguous = allergens.filter(_.potentialIngredients.size > 1)\n\n    while(ambiguous.nonEmpty) {\n      ambiguous = ambiguous.map(a => {\n        a.copy(potentialIngredients = a.potentialIngredients diff definitive.flatMap(_.potentialIngredients).toSet)\n      })\n      definitive ++= ambiguous.filter(_.potentialIngredients.size == 1)\n      ambiguous = ambiguous.filter(_.potentialIngredients.size > 1)\n    }\n\n    definitive.sortBy(_.name).map(_.potentialIngredients.head).mkString(\",\")\n  }\n\n  private case class Food(ingredients: Set[String], allergens: Set[String])\n\n  private case class Allergen(name: String, potentialIngredients: Set[String])\n\n  private def parseInput(input: String): List[Food] = {\n    val lines = input.split('\\n')\n    val foodRegex = \"([a-z ]+) \\\\(contains ([a-z ,]+)\\\\)\".r\n    lines\n      .map({\n        case foodRegex(ingredients, allergens) =>\n          Food(ingredients.split(' ').toSet, allergens.split(\", \").toSet)\n        case _ => throw new Exception\n      })\n      .toList\n  }\n\n  private def mapIngredientsToAllergens(food: List[Food]): List[Allergen] = {\n    val allergens = food.flatMap(_.allergens).distinct\n    allergens\n      .map(allergen => {\n        val potentialIngredients = food\n          .filter(_.allergens.contains(allergen))\n          .map(_.ingredients.toSet)\n          .reduce(_ intersect _)\n        Allergen(allergen, potentialIngredients)\n      })\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"build.sbt","text":"<gh_stars>1-10\nname := \"advent-of-code-2020\"\r\n\r\nversion := \"1.0\"\r\n\r\nscalaVersion := \"2.13.3\"\r\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day07\/Day07.scala","text":"package astrionic.adventofcode2020.solutions.day07\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day07 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val rules: Array[Rule] = parseInput(input)\n\n    var goldenContainers: Set[String] = rules\n      .filter(_.canContain(\"shiny gold\"))\n      .map(_.colour)\n      .toSet\n    var previousSize = 0\n\n    while(goldenContainers.size > previousSize) {\n      previousSize = goldenContainers.size\n      val updatedContainers = rules\n        .filter(_.canContainOneOf(goldenContainers))\n        .map(_.colour)\n        .toSet\n      goldenContainers ++= updatedContainers\n    }\n    goldenContainers.size.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val rules: Array[Rule] = parseInput(input)\n    val numBags = calculateTotalNumBags(\"shiny gold\", rules)\n    (numBags - 1).toString \/\/ Remove the shiny gold bag itself\n  }\n\n  private case class Rule(colour: String, contents: Array[Content]) {\n    def canContain(someColour: String): Boolean = {\n      contents.map(_.colour).contains(someColour)\n    }\n\n    def canContainOneOf(colours: Set[String]): Boolean = {\n      colours.toList.map(this.canContain).reduce(_ || _)\n    }\n  }\n  \n  private case class Content(amount: Int, colour: String)\n\n  private def parseInput(input: String): Array[Rule] = {\n    val lines = input\n      .replaceAll(\" bags?\", \"\")\n      .split(\".\\n\")\n\n    lines\n      .map(_.split(\" contain \"))\n      .map(r => {\n        val colour = r(0)\n        val contents = r(1) match {\n          case \"no other\" => Array[Content]()\n          case other =>\n            other\n              .split(\", \")\n              .map(c => {\n                val firstSpace = c.indexOf(' ')\n                val amount = c.substring(0, firstSpace).toInt\n                val colour = c.substring(firstSpace + 1)\n                Content(amount.toInt, colour)\n              })\n        }\n        Rule(colour, contents)\n      })\n  }\n\n  private def calculateTotalNumBags(colour: String, rules: Array[Rule]): Int = {\n    val ruleOption: Option[Rule] = rules.find(_.colour == colour)\n    ruleOption match {\n      case Some(rule) =>\n        1 + rule.contents\n          .map(content => content.amount * calculateTotalNumBags(content.colour, rules))\n          .sum\n      case None => throw new Exception(\"No matching rule found\")\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day11\/WaitingAreaState.scala","text":"package astrionic.adventofcode2020.solutions.day11\n\nimport astrionic.adventofcode2020.solutions.helpers.Helpers.Tuple2IntExtensions\nimport astrionic.adventofcode2020.solutions.day11.SeatStatus.SeatStatus\n\nprivate[day11] class WaitingAreaState(\n    private val grid: Array[Array[GridLocation]]\n) {\n  private val height: Int = grid.length\n  private val width: Int = if(grid.length > 0) grid(0).length else 0\n\n  private val directions: Seq[(Int, Int)] =\n    (for(x <- -1 to 1; y <- -1 to 1) yield (x, y)).filter(_ != (0, 0))\n\n  def getStatus(rowAndCol: (Int, Int)): Option[SeatStatus] = {\n    val (row, col) = rowAndCol\n    if((0 until height contains row) && (0 until width contains col))\n      Some(grid(row)(col).status)\n    else\n      None\n  }\n\n  private def getAdjacent(rowAndCol: (Int, Int)): List[SeatStatus] =\n    directions.flatMap(pos => getStatus(pos + rowAndCol)).toList\n\n  def set(rowAndCol: (Int, Int), value: SeatStatus): Unit = {\n    val (row, col) = rowAndCol\n    if((0 to height contains row) && (0 until width contains col)) {\n      grid(row)(col) = GridLocation(value, hasChanged = true)\n    }\n  }\n\n  private def getVisible(rowAndCol: (Int, Int)): List[SeatStatus] =\n    directions.flatMap(findVisible(rowAndCol, _)).toList\n\n  private def findVisible(rowAndCol: (Int, Int), step: (Int, Int)): Option[SeatStatus] = {\n    var pos = rowAndCol + step\n    while((0 until height contains pos._1) && (0 until width contains pos._2)) {\n      if(grid(pos._1)(pos._2).status != SeatStatus.Floor)\n        return Some(grid(pos._1)(pos._2).status)\n      pos += step\n    }\n    None\n  }\n\n  def numOccupied: Int =\n    grid.flatten.count(_.status == SeatStatus.Occupied)\n\n  def hasChanged: Boolean =\n    grid.flatten.count(_.hasChanged) > 0\n\n  def calculateNextPart1(): WaitingAreaState = {\n    val nextState = new WaitingAreaState(Array.ofDim[GridLocation](height, width))\n    for(row <- 0 until height; col <- 0 until width) {\n      val seat = grid(row)(col)\n      val adj = getAdjacent((row, col))\n      if(seat.status == SeatStatus.Empty && adj.count(_ == SeatStatus.Occupied) == 0) {\n        nextState.grid(row)(col) = GridLocation(SeatStatus.Occupied, hasChanged = true)\n      } else if(seat.status == SeatStatus.Occupied && adj.count(_ == SeatStatus.Occupied) >= 4) {\n        nextState.grid(row)(col) = GridLocation(SeatStatus.Empty, hasChanged = true)\n      } else {\n        nextState.grid(row)(col) = seat.copy(hasChanged = false)\n      }\n    }\n    nextState\n  }\n\n  def calculateNextPart2(): WaitingAreaState = {\n    val nextState = new WaitingAreaState(Array.ofDim[GridLocation](height, width))\n    for(row <- 0 until height; col <- 0 until width) {\n      val seat = grid(row)(col)\n      val adj = getVisible((row, col))\n      if(seat.status == SeatStatus.Empty && adj.count(_ == SeatStatus.Occupied) == 0) {\n        nextState.grid(row)(col) = GridLocation(SeatStatus.Occupied, hasChanged = true)\n      } else if(seat.status == SeatStatus.Occupied && adj.count(_ == SeatStatus.Occupied) >= 5) {\n        nextState.grid(row)(col) = GridLocation(SeatStatus.Empty, hasChanged = true)\n      } else {\n        nextState.grid(row)(col) = seat.copy(hasChanged = false)\n      }\n    }\n    nextState\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day19\/Day19.scala","text":"package astrionic.adventofcode2020.solutions.day19\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nimport scala.collection.mutable\n\nobject Day19 extends AdventSolution {\n\n  writeSolution = true\n  executePart = ExecutePart.Two\n\n  override def solvePart1(input: String): String = {\n    val (rules, messages) = parseInput(input)\n    val ruleCache = new RuleCache(rules)\n    val regex = ruleCache.getRuleRegex(0).r\n    messages.count(regex.matches(_)).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val (rules, messages) = parseInput(input)\n    val ruleCache = new RuleCache(rules)\n\n    \/\/ Fix rule 8 (dirty hack)\n    val regex8 = ruleCache.getRuleRegex(8)\n    ruleCache.cache.update(8, s\"$regex8+\")\n\n    \/\/ Fix rule 11 (much dirtier hack)\n    val regex31 = ruleCache.getRuleRegex(31)\n    val regex42 = ruleCache.getRuleRegex(42)\n\n    val longestMsgLength = messages.map(_.length).max\n    val regex11combinations: Seq[String] = (1 to (longestMsgLength \/ 2)).map(n => {\n      s\"($regex42){$n}($regex31){$n}\"\n    })\n\n    val regex11 = s\"(${regex11combinations.mkString(\"|\")})\"\n    ruleCache.cache.update(11, regex11)\n\n    \/\/ Check rule 0\n    val regex0 = ruleCache.getRuleRegex(0).r\n    messages.count(regex0.matches(_)).toString\n  }\n\n  private trait Rule\n\n  private case class BaseRule(char: Char) extends Rule\n  private case class ComposedRule(rules: List[List[Int]]) extends Rule\n\n  private def parseInput(input: String): (Map[Int, Rule], List[String]) = {\n    val Array(rulesPart, messagePart) = input.split(\"\\n\\n\")\n\n    val rulePattern = \"(\\\\d+): (\\\"[ab]\\\"|[\\\\s\\\\d|]+)\".r\n    val rules = rulesPart\n      .split('\\n')\n      .flatMap(_ match {\n        case rulePattern(id, rule) => Some((id.toInt, parseRule(rule)))\n        case _                     => None\n      })\n      .toMap\n\n    val messages = messagePart.split('\\n').toList\n\n    (rules, messages)\n  }\n\n  private def parseRule(rule: String): Rule = {\n    val baseRulePattern = \"\\\"([ab])\\\"\".r\n    rule match {\n      case baseRulePattern(c) => BaseRule(c.head)\n      case rule =>\n        ComposedRule(\n          rule\n            .split(\" \\\\| \")\n            .map(_.split(' ').map(_.toInt).toList)\n            .toList\n        )\n    }\n  }\n\n  private class RuleCache(rules: Map[Int, Rule]) {\n    val cache: mutable.Map[Int, String] = mutable.Map[Int, String]()\n\n    def getRuleRegex(id: Int): String = {\n      if(!cache.contains(id)) {\n        val regex = rules(id) match {\n          case BaseRule(char) => char.toString\n          case ComposedRule(rules) =>\n            val r = rules.map(_.map(getRuleRegex).mkString).mkString(\"|\")\n            s\"($r)\"\n\n        }\n        cache.addOne(id -> regex)\n      }\n      cache(id)\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day08\/Instructions.scala","text":"<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day08\n\nprivate[day08] trait Instruction\n\nprivate[day08] object Instruction {\n  def fromString(s: String): Option[Instruction] = {\n    val parts = s.split(' ')\n    if(parts.length != 2) return None\n\n    val name = parts(0)\n    val valueOption = parts(1).toIntOption\n\n    (name, valueOption) match {\n      case (\"acc\", Some(value)) => Some(Acc(value))\n      case (\"jmp\", Some(value)) => Some(Jmp(value))\n      case (\"nop\", Some(value)) => Some(Nop(value))\n      case (_, _)               => None\n    }\n  }\n}\n\nprivate[day08] case class Acc(value: Int) extends Instruction\n\nprivate[day08] case class Jmp(value: Int) extends Instruction\n\nprivate[day08] case class Nop(value: Int) extends Instruction\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day02\/Day02.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day02\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day02 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val passwords = parseInput(input)\n    val validPasswords = passwords.filter(_.isValidPart1)\n\n    validPasswords.length.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val passwords = parseInput(input)\n    val validPasswords = passwords.filter(_.isValidPart2)\n\n    validPasswords.length.toString\n  }\n\n  private def parseInput(input: String): Array[Password] =\n    input.split('\\n').map(Password.fromString)\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day04\/PassportField.scala","text":"<filename>src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day04\/PassportField.scala<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day04\n\nprivate[day04] case class PassportField(name: String, value: String)\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventGenerator.scala","text":"package astrionic.adventofcode2020.framework\n\nimport java.util.Calendar\n\nimport scala.Console.{RED, RESET}\n\n\/**\n * Generates code and input files for a given day.\n *\/\nobject AdventGenerator {\n  def main(args: Array[String]): Unit = run()\n\n  def run(): Unit = {\n    readIntFromUser() match {\n      case Some(n) =>\n        val day = AdventDay(n)\n        println(s\"Generating files for day ${day.dayNumber}.\")\n        generate(day)\n        println(\"Files generated.\")\n      case None => println(s\"$RED\u274c ERROR: Couldn't parse integer.$RESET\")\n    }\n  }\n\n  \/**\n   * Lets the user enter an integer.\n   * @return\n   *   Parsed [[Int]], or [[None]] if the input couldn't be parsed. If the user enters nothing, then the current date is\n   *   used.\n   *\/\n  private def readIntFromUser(): Option[Int] = {\n    val default = today()\n    print(s\"Enter a day (0 to 25, default: $default): \")\n    val input: String = io.StdIn.readLine()\n    input match {\n      case \"\"    => Some(default)\n      case other => other.toIntOption\n    }\n  }\n\n  private def generate(day: AdventDay): Unit = {\n    val codeFile = generateSolutionCodeFile(day)\n    AdventIO.writeSolutionCode(day, codeFile)\n    AdventIO.createEmptyInputFile(day)\n  }\n\n  \/**\n   * Creates the Scala code for a given day\n   * @param day\n   *   Day for which the file should be generated.\n   * @return\n   *   String containing the generated boilerplate code\n   *\/\n  private def generateSolutionCodeFile(day: AdventDay): String =\n    AdventIO.readCodeTemplate() match {\n      case Some(template) => template.replace(AdventConfig.templateDayPlaceholder, day.dayWithLeadingZero)\n      case None =>\n        println(s\"$RED\u274c ERROR: Couldn't read code template.\")\n        \"\"\n    }\n\n  \/**\n   * @return\n   *   The day number of today's date.\n   *\/\n  private def today(): Int = {\n    val now = Calendar.getInstance()\n    val currentDay = now.get(Calendar.DAY_OF_MONTH)\n    currentDay\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day24\/Direction.scala","text":"package astrionic.adventofcode2020.solutions.day24\n\nprivate[day24] object Direction extends Enumeration {\n  type Dir = Value\n  val E, SE, SW, W, NW, NE = Value\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day06\/Day06.scala","text":"package astrionic.adventofcode2020.solutions.day06\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day06 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    input\n      .split(\"\\n\\n\") \/\/ Split into groups\n      .map(_.toSet - '\\n') \/\/ Remove duplicate answers from each group and ignore newline\n      .map(_.size) \/\/ Count answers for each group\n      .sum\n      .toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val groups: Array[Array[Set[Char]]] = input\n      .split(\"\\n\\n\")\n      .map(_.split('\\n').map(_.toSet))\n\n    groups\n      .map(_.reduce((a, b) => a intersect b)) \/\/ Find common answers in each group\n      .map(_.size)\n      .sum\n      .toString\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day01\/Day01.scala","text":"package astrionic.adventofcode2020.solutions.day01\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\n\/\/noinspection DuplicatedCode\nobject Day01 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val nums = input.split(\"\\n\").toList.map(_.toInt)\n    val target = 2020\n\n    twoSum(nums, target) match {\n      case Some((n0, n1)) => (n0 * n1).toString\n      case None           => \"No solution found\"\n    }\n  }\n\n  override def solvePart2(input: String): String = {\n    val nums = input.split(\"\\n\").toList.map(_.toInt)\n    val target = 2020\n\n    threeSum(nums, target) match {\n      case Some((n0, n1, n2)) => (n0 * n1 * n2).toString\n      case None               => \"No solution found\"\n    }\n  }\n\n  def twoSum(nums: List[Int], target: Int): Option[(Int, Int)] = {\n    val set = nums.toSet\n    for(n <- nums) {\n      val complement = target - n\n      if(set.contains(complement)) {\n        return Some(n, complement)\n      }\n    }\n    None\n  }\n\n  def threeSum(nums: List[Int], target: Int): Option[(Int, Int, Int)] = {\n    for(n0 <- nums) {\n      val complement = target - n0\n      twoSum(nums, complement) match {\n        case Some((n1, n2)) => return Some(n0, n1, n2)\n        case None           =>\n      }\n    }\n    None\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day04\/Day04.scala","text":"package astrionic.adventofcode2020.solutions.day04\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day04 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val passports = input.split(\"\\n\\n\")\n\n    passports.count(containsAll(_, requiredFields)).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val passports = input.split(\"\\n\\n\")\n    val passportsWithRequiredFields = passports.filter(containsAll(_, requiredFields))\n\n    val parsedPassports: Array[Array[PassportField]] = parsePassports(passportsWithRequiredFields)\n\n    val validPassports = parsedPassports\n      .filter(p => {\n        p.map(field => {\n          val fOption = Passport.fieldRules.get(field.name)\n          fOption match {\n            case Some(f) => f(field.value)\n            case None    => false\n          }\n        }).count(_ == false) == 0\n      })\n\n    validPassports.length.toString\n  }\n\n  private val requiredFields = List(\n    \"byr\",\n    \"iyr\",\n    \"eyr\",\n    \"hgt\",\n    \"hcl\",\n    \"ecl\",\n    \"pid\"\n  )\n\n  private def containsAll(s: String, patterns: List[String]): Boolean = {\n    for(pattern <- patterns) {\n      if(!s.contains(pattern)) {\n        return false;\n      }\n    }\n    true\n  }\n\n  private def parsePassports(passports: Array[String]): Array[Array[PassportField]] = {\n    passports.map(passport => {\n      val passportFields = passport\n        .split(\"\\\\s\")\n        .map(field => {\n          val pair = field.split(\":\")\n          PassportField(pair(0), pair(1))\n        })\n      passportFields.filter(field => requiredFields.contains(field.name))\n    })\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day12\/Command.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day12\n\nimport astrionic.adventofcode2020.solutions.day12.Action.Action\n\nprivate[day12] case class Command(action: Action, value: Int)\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day14\/Day14.scala","text":"package astrionic.adventofcode2020.solutions.day14\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day14 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val program: Seq[Instr] = parseInput(input)\n    val initialState = ProgramState()\n    val finalState = program.foldLeft(initialState)((state, instr) => state.executeInstrPart1(instr))\n    finalState.memory.values.sum.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val program: Seq[Instr] = parseInput(input)\n    val initialState = ProgramState()\n    val finalState = program.foldLeft(initialState)((state, instr) => state.executeInstrPart2(instr))\n    finalState.memory.values.sum.toString\n  }\n\n  private def parseInput(input: String): List[Instr] =\n    input.split('\\n').flatMap(parseLine).toList\n\n  private val maskInstrPattern = \"^mask = [01X]{36}\\\\z\".r\n  private val writeInstrPattern = \"^mem\\\\[\\\\d+] = \\\\d+\\\\z\".r\n\n  private def parseLine(line: String): Option[Instr] = line match {\n    case s if maskInstrPattern matches s =>\n      Some(UpdateMask(s.substring(7)))\n    case s if writeInstrPattern matches s =>\n      val parts = s.split(\"] = \")\n      val addr = parts(0).substring(4).toLong\n      val value = parts(1).toLong\n      Some(Write(addr, value))\n    case _ =>\n      None\n  }\n\n  private trait Instr\n  private case class UpdateMask(mask: String) extends Instr\n  private case class Write(addr: Long, value: Long) extends Instr\n\n  private case class ProgramState(\n      mask: String = \"X\".repeat(36),\n      memory: Map[Long, Long] = Map[Long, Long]()\n  ) {\n    def executeInstrPart1(instr: Instr): ProgramState = instr match {\n      case UpdateMask(newMask) => copy(mask = newMask)\n      case Write(addr, value)  => copy(memory = memory + (addr -> applyMask(value, mask)))\n    }\n\n    def executeInstrPart2(instr: Instr): ProgramState = instr match {\n      case UpdateMask(newMask) => copy(mask = newMask)\n      case Write(addr, value) =>\n        val masked = applyMaskPart2(addr, mask)\n        val addresses = createPossibleAddresses(masked).map(toDecimal)\n        copy(memory = memory ++ addresses.map(_ -> value))\n    }\n  }\n\n  private def applyMask(value: Long, mask: String): Long = {\n    val valueBinary = toBinary(value)\n    val resultBinary = valueBinary.reverse\n      .zipAll(mask.reverse, '0', 'X')\n      .map {\n        case (valueBit, 'X') => valueBit\n        case (_, maskBit)    => maskBit\n      }\n      .reverse\n      .mkString(\"\")\n    toDecimal(resultBinary)\n  }\n\n  private def applyMaskPart2(addr: Long, mask: String): String = {\n    val addrBinary = toBinary(addr)\n    addrBinary.reverse\n      .zipAll(mask.reverse, '0', '0')\n      .map {\n        case (_, '1')     => '1'\n        case (_, 'X')     => 'X'\n        case (addrBit, _) => addrBit\n      }\n      .reverse\n      .mkString(\"\")\n  }\n\n  private def toBinary(decimal: Long): String = decimal match {\n    case 1 | 0 => decimal.toString\n    case _     => s\"${toBinary(decimal \/ 2)}${decimal % 2}\"\n  }\n\n  private def toDecimal(binary: String): Long =\n    java.lang.Long.parseLong(binary, 2)\n\n  private def createPossibleAddresses(addr: String): List[String] = {\n    if(addr.contains('X')) {\n      val zero = addr.replaceFirst(\"X\", \"0\")\n      val one = addr.replaceFirst(\"X\", \"1\")\n      createPossibleAddresses(zero) ++ createPossibleAddresses(one)\n    } else {\n      List(addr)\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day09\/Day09.scala","text":"package astrionic.adventofcode2020.solutions.day09\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nimport scala.collection.immutable.Queue\n\n\/\/noinspection DuplicatedCode\nobject Day09 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val nums = parseInput(input)\n    val preambleLength = 25\n\n    val numsWithIdx = nums.zipWithIndex\n      .slice(preambleLength, nums.length)\n      .map(numWithIdx => {\n        val (num, idx) = numWithIdx\n        val previous = nums.slice(idx - preambleLength, idx)\n        (twoSum(previous, num), num)\n      })\n\n    numsWithIdx.filter(_._1.isEmpty).head._2.toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val target = 144381670 \/\/ Solution from part 1\n    val nums: List[Long] = parseInput(input).filter(_ != target)\n\n    var q = Queue[Long]()\n    for(num: Long <- nums) {\n      while(q.sum > target) {\n        val (_, tail) = q.dequeue\n        q = tail\n      }\n      if(q.sum == target) return (q.min + q.max).toString\n      q = q.enqueue(num)\n    }\n    \"No solution found\"\n  }\n\n  private def parseInput(input: String): List[Long] = input.split('\\n').map(_.toLong).toList\n\n  private def twoSum(nums: List[Long], target: Long): Option[(Long, Long)] = {\n    val set = nums.toSet\n    for(n <- nums) {\n      val complement = target - n\n      if(set.contains(complement)) {\n        return Some(n, complement)\n      }\n    }\n    None\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day10\/Day10.scala","text":"<filename>src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day10\/Day10.scala\npackage astrionic.adventofcode2020.solutions.day10\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nimport scala.collection.immutable.HashMap\n\nobject Day10 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val adapters = 0 :: parseInput(input).sorted\n    val adaptersWithBuiltIn = adapters :+ adapters.max + 3\n\n    val deltas = adapters.zipWithIndex\n      .map(adapterWithIndex => {\n        val (adapterJoltage, idx) = adapterWithIndex\n        adaptersWithBuiltIn(idx + 1) - adapterJoltage\n      })\n\n    (deltas.count(_ == 1) * deltas.count(_ == 3)).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val adapterJoltages = parseInput(input).sorted\n    val builtIn = adapterJoltages.max + 3\n    val adaptersWithBuiltIn = adapterJoltages :+ builtIn\n\n    var possibilities = HashMap[Int, Long](\n      0 -> 1 \/\/ Add outlet\n    )\n\n    for(adapter <- adaptersWithBuiltIn) {\n      val min = Math.max(0, adapter - 3)\n      val max = adapter - 1\n      val n = (min to max).map(possibilities.getOrElse(_, 0L)).sum\n      possibilities += (adapter -> n)\n    }\n\n    possibilities.get(builtIn) match {\n      case Some(n) => n.toString\n      case None    => \"No solution found\"\n    }\n  }\n\n  private def parseInput(input: String): List[Int] =\n    input.split('\\n').map(_.toInt).toList\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day08\/ComputerState.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day08\n\n\/**\n * @param program\n *   Program\n * @param pc\n *   Program counter\n * @param acc\n *   Accumulator\n * @param executedLines\n *   Set containing the line number of each line that has previously been executed\n *\/\nprivate[day08] case class ComputerState(\n    program: List[Instruction],\n    pc: Int,\n    acc: Int,\n    executedLines: Set[Int] = Set[Int]()\n) {\n\n  \/**\n   * @return\n   *   True if the next instruction\/line has previously been executed\n   *\/\n  def willRepeatInstr: Boolean =\n    executedLines.contains(pc)\n\n  \/**\n   * @return\n   *   True if the program will terminate with the next instruction\n   *\/\n  def willTerminate: Boolean =\n    pc == program.length\n\n  \/**\n   * @return\n   *   True if the program will error with the next instruction\n   *\/\n  def willError: Boolean =\n    pc < 0 || pc > program.size\n\n  \/**\n   * @return\n   *   Executes the next instruction in the program and returns the resulting state\n   *\/\n  def executeNextInstr(): ComputerState = {\n    val newState = copy(executedLines = executedLines + pc)\n\n    program(pc) match {\n      case Acc(value) =>\n        newState.copy(acc = acc + value, pc = pc + 1)\n      case Jmp(value) =>\n        newState.copy(pc = pc + value)\n      case Nop(_) =>\n        newState.copy(pc = pc + 1)\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day23\/Day23.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day23\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day23 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val cups = parseInput(input)\n    val cc = CupCollection.fromList(cups)\n    cc.move(100)\n    cc.resultPart1\n  }\n\n  override def solvePart2(input: String): String = {\n    val cups = parseInput(input)\n    val cc = CupCollection.fromList(cups, 1_000_000)\n    cc.move(10_000_000)\n    cc.resultPart2.toString\n  }\n\n  private def parseInput(input: String): List[Int] = {\n    val regex = \"\"\"\\d\"\"\".r\n    regex.findAllIn(input).map(_.toInt).toList\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day13\/Day13.scala","text":"<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day13\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day13 extends AdventSolution {\n  override def solvePart1(input: String): String = {\n    val (earliestDeparture, idsWithXs) = parseInput(input)\n    val ids: Array[Int] = idsWithXs.flatten \/\/ Get rid of 'x' entries\n\n    val earliestBuses = ids.map(id => (id, ((earliestDeparture \/ id) + 1) * id))\n    val earliestBus = earliestBuses.minBy(_._2)\n    val waitingTime = earliestBus._2 - earliestDeparture\n\n    (earliestBus._1 * waitingTime).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val (_, idPositions: Array[Option[Int]]) = parseInput(input)\n    val ids: Array[(Int, Int)] = idPositions.zipWithIndex.flatMap(extractOption)\n\n    var start = 0L\n    var step = 1L\n\n    for((id, i) <- ids) {\n      while((start + i) % id != 0) {\n        start += step\n      }\n      step *= id\n    }\n    \n    start.toString\n  }\n\n  private def parseInput(input: String): (Int, Array[Option[Int]]) = {\n    val lines = input.split('\\n')\n    val earliestDeparture = lines(0).toInt\n    val busIds = lines(1).split(',').map(_.toIntOption)\n    (earliestDeparture, busIds)\n  }\n\n  private def extractOption[A, B](x: (Option[A], B)): Option[(A, B)] = x match {\n    case (Some(a), b) => Some((a, b))\n    case (None, _)    => None\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventIO.scala","text":"<filename>src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventIO.scala\npackage astrionic.adventofcode2020.framework\n\nimport java.io.{File, FileNotFoundException, PrintWriter}\n\nimport scala.io.Source\nimport scala.util.control.Exception.catching\n\n\/**\n * Contains functions to read from and write to files.\n *\/\nprivate[adventofcode2020] object AdventIO {\n\n  \/**\n   * Reads the problem input from the input file\n   *\n   * @return\n   *   Input file contents, or [[None]] if the file can't be found.\n   *\/\n  def readInput(fileName: String): Option[String] =\n    readFile(s\"${AdventConfig.inputDirectory}$fileName.txt\")\n\n  \/**\n   * Reads the code template from the template file.\n   * @return\n   *   The code template, or [[None]] if the file can't be found.\n   *\/\n  def readCodeTemplate(): Option[String] =\n    readFile(AdventConfig.solutionTemplatePath)\n\n  \/**\n   * Reads the solution from the solution file.\n   * @param fileName\n   *   File name to read from (excluding file extension).\n   * @return\n   *   The solution for the given puzzle, or [[None]] if the file can't be found.\n   *\/\n  def readSolution(fileName: String): Option[String] =\n    readFile(s\"${AdventConfig.solutionDirectory}$fileName.txt\")\n\n  \/**\n   * Writes a solution to a file.\n   * @param fileName\n   *   File name to write to (excluding file extension).\n   * @param content\n   *   Contents to write.\n   *\/\n  def writeSolution(fileName: String, content: String): Unit =\n    writeFile(s\"${AdventConfig.solutionDirectory}\", s\"$fileName.txt\", content)\n\n  \/**\n   * Writes the code for a given day to a Scala file.\n   * @param day\n   *   Day\n   * @param code\n   *   Code to write\n   *\/\n  def writeSolutionCode(day: AdventDay, code: String): Unit = {\n    val dirPath = s\"${AdventConfig.solutionDirPath}${AdventConfig.solutionDirNamePrefix}${day.dayWithLeadingZero}\/\"\n    val fileName = s\"Day${day.dayWithLeadingZero}.scala\"\n    writeFile(dirPath, fileName, code)\n  }\n\n  \/**\n   * Creates an empty input file for the given day.\n   * @param day\n   *   Day\n   *\/\n  def createEmptyInputFile(day: AdventDay): Unit = {\n    val fileName = s\"${day.dayWithLeadingZero}.txt\"\n    writeFile(AdventConfig.inputDirectory, fileName, \"\")\n  }\n\n  \/**\n   * Reads files\n   * @param path\n   *   File path\n   * @return\n   *   File contents, or None if the file doesn't exist\n   *\/\n  private def readFile(path: String): Option[String] =\n    catching(classOf[FileNotFoundException]).opt {\n      val source = Source.fromFile(path)\n      val text = source.getLines().mkString(\"\\n\")\n      source.close()\n      text\n    }\n\n  \/**\n   * @param directoryPath\n   *   Path to the directory that will contain the file to which the content should be written. Will be created if it\n   *   doesn't exist.\n   * @param fileName\n   *   Name of the file to write to. Will be created if it doesn't exist. Existing content is overwritten.\n   * @param content\n   *   Content to write.\n   *\/\n  private def writeFile(directoryPath: String, fileName: String, content: String): Unit = {\n    val directory = new File(directoryPath)\n    if(!directory.exists()) {\n      directory.mkdirs()\n    }\n    new PrintWriter(new File(directoryPath + fileName)) {\n      write(content)\n      close()\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day22\/Day22.scala","text":"<reponame>astrionic\/advent-of-code-2020<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day22\n\nimport astrionic.adventofcode2020.framework.AdventSolution\nimport astrionic.adventofcode2020.solutions.day22.Day22.Player.Player\n\nobject Day22 extends AdventSolution {\n\n  writeSolution = true\n  executePart = ExecutePart.Two\n\n  override def solvePart1(input: String): String = {\n    var (deck1, deck2) = parseInput(input)\n\n    while(deck1.nonEmpty && deck2.nonEmpty) {\n      if(deck1.head > deck2.head) {\n        deck1 = deck1.tail ++ List(deck1.head, deck2.head)\n        deck2 = deck2.tail\n      } else {\n        deck2 = deck2.tail ++ List(deck2.head, deck1.head)\n        deck1 = deck1.tail\n      }\n    }\n\n    val winningDeck = if(deck1.nonEmpty) deck1 else deck2\n    calculateWinningScore(winningDeck).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val (deck1, deck2) = parseInput(input)\n    val winningDeck = recursiveCombat(deck1, deck2).winningDeck\n    calculateWinningScore(winningDeck).toString\n  }\n\n  private def parseInput(input: String): (List[Int], List[Int]) = {\n    val regex = \"\"\"Player 1:\\n([\\d\\n]+)\\nPlayer 2:\\n([\\d\\n]+)\"\"\".r\n    input match {\n      case regex(p1, p2) => (p1.split('\\n').map(_.toInt).toList, p2.split('\\n').map(_.toInt).toList)\n      case _             => throw new Exception\n    }\n  }\n\n  private def calculateWinningScore(winningDeck: List[Int]): Int = {\n    winningDeck\n      .zip((1 to winningDeck.length).reverse)\n      .map(x => x._1 * x._2)\n      .sum\n  }\n\n  private[day22] object Player extends Enumeration {\n    type Player = Value\n    val One, Two = Value\n  }\n\n  private case class GameResult(winner: Player, winningDeck: List[Int])\n\n  private def recursiveCombat(deck1: List[Int], deck2: List[Int]): GameResult = {\n    var previousStates: Set[(List[Int], List[Int])] = Set()\n    var (d1, d2): (List[Int], List[Int]) = (deck1, deck2)\n\n    while(d1.nonEmpty && d2.nonEmpty) {\n      \/\/ If this state has happened before player 1 wins immediately\n      if(previousStates.contains((d1, d2))) {\n        return GameResult(Player.One, d1)\n      }\n\n      \/\/ Save state\n      val state = (d1, d2)\n      previousStates += state\n\n      \/\/ Draw cards\n      val (c1, c2) = (d1.head, d2.head)\n      d1 = d1.tail\n      d2 = d2.tail\n\n      \/\/ Determine winner\n      val roundWinner = if(d1.length >= c1 && d2.length >= c2) {\n        \/\/ Shahrazad\n        recursiveCombat(d1.slice(0, c1), d2.slice(0, c2)).winner\n      } else {\n        if(c1 > c2) Player.One else Player.Two\n      }\n\n      \/\/ Put cards on the bottom of the winner's deck\n      roundWinner match {\n        case Player.One => d1 :++= List(c1, c2)\n        case Player.Two => d2 :++= List(c2, c1)\n      }\n    }\n\n    if(d1.nonEmpty) {\n      GameResult(Player.One, d1)\n    } else {\n      GameResult(Player.Two, d2)\n    }\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/framework\/AdventDay.scala","text":"package astrionic.adventofcode2020.framework\n\n\/**\n * Identifies a day in the advent calendar\n *\n * @param dayNumber\n *   The day in the advent calendar. Guaranteed to be a number in the Range 0 to 25.\n * @param dayWithLeadingZero\n *   The day in the advent calendar, as a two-digit String. A leading zero is inserted for days with only one digit.\n *\/\nclass AdventDay private (val dayNumber: Int, val dayWithLeadingZero: String)\n\nobject AdventDay {\n\n  \/**\n   * Creates a new [[AdventDay]] with the given day.\n   * @param day\n   *   The number of the day. Should be in the Range 0 to 25. Values outside this range will be set to 0 instead.\n   * @return\n   *   A new [[AdventDay]]\n   *\/\n  def apply(day: Int): AdventDay = {\n    val dayNumber: Int = if(day.abs > 25) 0 else day.abs\n    val dayWitheLeadingZero: String = if(dayNumber > 9) s\"$dayNumber\" else s\"0$dayNumber\"\n    new AdventDay(dayNumber, dayWitheLeadingZero)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day25\/Day25.scala","text":"<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day25\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day25 extends AdventSolution {\n\n  \/\/ writeSolution = true\n  executePart = ExecutePart.One\n\n  override def solvePart1(input: String): String = {\n    val (pub0, pub1) = parseInput(input)\n    val (loop0, loop1) = (findLoopSize(pub0), findLoopSize(pub1))\n    encode(pub0, loop1.get).toString\n  }\n\n  override def solvePart2(input: String): String = {\n    ???\n  }\n\n  private def parseInput(input: String): (Long, Long) = {\n    val keyPattern = \"\"\"^(\\d+)\\n(\\d+)$\"\"\".r\n    input match {\n      case keyPattern(key0, key1) => (key0.toLong, key1.toLong)\n      case _                      => throw new Exception(\"Invalid input\")\n    }\n  }\n\n  private def findLoopSize(pubKey: Long, maxIter: Long = 1_000_000_000): Option[Long] = {\n    val subjectNum = 7L\n    var n = 1L\n    for(loopSize <- 1L to maxIter) {\n      n = (n * subjectNum) % 20201227\n      if(n == pubKey) return Some(loopSize)\n    }\n    None\n  }\n\n  private def encode(subjectNum: Long, loopSize: Long): Long = {\n    (0L until loopSize).foldLeft(1L)((n, _) => (n * subjectNum) % 20201227)\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day05\/Day05.scala","text":"<reponame>astrionic\/advent-of-code-2020\npackage astrionic.adventofcode2020.solutions.day05\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day05 extends AdventSolution {\n\n  override def solvePart1(input: String): String = parseIds(input).max.toString\n\n  override def solvePart2(input: String): String = {\n    val idsSorted = parseIds(input).sorted\n    val offset = idsSorted.head\n    val firstMismatch = idsSorted.zipWithIndex\n      .filter(id => id._1 != id._2 + offset)\n      .head\n      ._1\n    val myPass = firstMismatch - 1\n    myPass.toString\n  }\n\n  private def parseIds(input: String): Array[Int] =\n    input\n      .replaceAll(\"[FL]\", \"0\")\n      .replaceAll(\"[BR]\", \"1\")\n      .split('\\n')\n      .map(b => Integer.parseInt(b, 2))\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day24\/TileFloor.scala","text":"package astrionic.adventofcode2020.solutions.day24\n\nimport astrionic.adventofcode2020.solutions.day24.Direction.Dir\nimport astrionic.adventofcode2020.solutions.day24.TileFloor.{getNeighbours, move, numBlackNeighbours}\nimport astrionic.adventofcode2020.solutions.helpers.Helpers.Tuple3IntExtensions\n\nprivate[day24] class TileFloor {\n  private var blackTiles = Set[(Int, Int, Int)]()\n  private val start = (0, 0, 0)\n\n  private def flip(tile: (Int, Int, Int)): Unit = {\n    if(blackTiles.contains(tile)) {\n      blackTiles -= tile\n    } else {\n      blackTiles += tile\n    }\n  }\n\n  private def flip(path: List[Dir]): Unit = {\n    val tile = path.foldLeft(start)((loc, dir) => move(loc, dir))\n    flip(tile)\n  }\n\n  def flipAll(paths: List[List[Dir]]): Unit = paths.foreach(flip)\n\n  def numBlackTiles: Int = blackTiles.size\n\n  def simulateGeneration(): Unit = {\n    val whiteTiles = blackTiles.flatMap(getNeighbours) diff blackTiles\n\n    val stayBlack: Set[(Int, Int, Int)] = blackTiles.flatMap(tile => {\n      val neighbours = numBlackNeighbours(tile, blackTiles)\n\n      if(neighbours == 0 || neighbours > 2)\n        None\n      else\n        Some(tile)\n    })\n\n    val turnBlack = whiteTiles.flatMap(tile => {\n      val neighbours = numBlackNeighbours(tile, blackTiles)\n\n      if(neighbours == 2)\n        Some(tile)\n      else\n        None\n    })\n\n    blackTiles = stayBlack union turnBlack\n  }\n\n  def simulateGenerations(n: Int): Unit =\n    for(_ <- 0 until n) simulateGeneration()\n}\n\nprivate[day24] object TileFloor {\n  private def move(loc: (Int, Int, Int), dir: Dir): (Int, Int, Int) = dir match {\n    case Direction.E  => loc + (1, -1, 0)\n    case Direction.SE => loc + (0, -1, 1)\n    case Direction.SW => loc + (-1, 0, 1)\n    case Direction.W  => loc + (-1, 1, 0)\n    case Direction.NW => loc + (0, 1, -1)\n    case Direction.NE => loc + (1, 0, -1)\n  }\n\n  private def getNeighbours(loc: (Int, Int, Int)): Set[(Int, Int, Int)] =\n    Direction.values.map(move(loc, _))\n\n  private def numBlackNeighbours(tile: (Int, Int, Int), blackTiles: Set[(Int, Int, Int)]): Int =\n    (getNeighbours(tile) intersect blackTiles).size\n\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day03\/Day03.scala","text":"<gh_stars>1-10\npackage astrionic.adventofcode2020.solutions.day03\n\nimport astrionic.adventofcode2020.framework.AdventSolution\n\nobject Day03 extends AdventSolution {\n\n  override def solvePart1(input: String): String = {\n    val plan = parseInput(input) \/\/ plan(row, top down)(col, left to right)\n    val numRows = plan.length\n    val numCols = plan(0).length\n\n    (0 until numRows)\n      .map(row => plan(row)((row * 3) % numCols))\n      .count(_ == true)\n      .toString\n  }\n\n  override def solvePart2(input: String): String = {\n    val plan = parseInput(input) \/\/ plan(row, top down)(col, left to right)\n    val numRows = plan.length\n    val numCols = plan(0).length\n\n    val slopes = List((1, 1), (1, 3), (1, 5), (1, 7), (2, 1))\n\n    val createEntirePath = (slope: (Int, Int)) => {\n      (0 until numRows by slope._1)\n        .zip(0 until numRows * slope._2 by slope._2)\n    }\n\n    slopes\n      .map(\n        createEntirePath(_)\n          .map(pos => plan(pos._1)(pos._2 % numCols))\n          .count(_ == true): Long\n      )\n      .product\n      .toString\n  }\n\n  private def parseInput(input: String): Array[Array[Boolean]] = {\n    val lines = input.split('\\n')\n    lines.map(_.toCharArray.map(_ == '#'))\n  }\n}\n"}
{"repo_name":"astrionic\/advent-of-code-2020","path":"src\/main\/scala\/astrionic\/adventofcode2020\/solutions\/day11\/GridLocation.scala","text":"package astrionic.adventofcode2020.solutions.day11\n\nimport astrionic.adventofcode2020.solutions.day11.SeatStatus.SeatStatus\n\ncase class GridLocation(\n    status: SeatStatus,\n    hasChanged: Boolean\n)\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/test\/scala\/fm\/sbt\/S3URLHandlerTest.scala","text":"<filename>coursier-handler\/src\/test\/scala\/fm\/sbt\/S3URLHandlerTest.scala\npackage fm.sbt\n\nimport org.scalatest.PrivateMethodTester\nimport org.scalatest.funsuite.AnyFunSuite\nimport org.scalatest.matchers.should.Matchers\n\nfinal class S3URLHandlerTest extends AnyFunSuite with Matchers with PrivateMethodTester {\n  test(\"getDNSAliases\") {\n    val getDNSAliasesMethod = PrivateMethod[Seq[String]]('getDNSAliases)\n    S3URLHandler invokePrivate getDNSAliasesMethod(\"maven.custom\") shouldBe Seq(\"s3-w.us-east-1.amazonaws.com.\", \"s3-1-w.amazonaws.com.\")\n    S3URLHandler invokePrivate getDNSAliasesMethod(\"acloudguru1234\") shouldBe Seq(\"s3-us-west-2-w.amazonaws.com.\")\n    S3URLHandler invokePrivate getDNSAliasesMethod(\"\") shouldBe Nil\n  }\n\n  test(\"getRegionNameFromDNS\") {\n    S3URLHandler.getRegionNameFromDNS(\"maven.custom\") shouldBe Some(\"us-east-1\")\n    S3URLHandler.getRegionNameFromDNS(\"acloudguru1234\") shouldBe Some(\"us-west-2\")\n  }\n}\n\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/javax.ws.rs-api\/build.sbt","text":"<gh_stars>0\nresolvers += \"Custom Releases\" at \"s3:\/\/maven.custom\/releases\/\"\n\/\/csrResolvers += \"Custom Releases\" at \"s3:\/\/maven.custom\/releases\/\"\n\nlibraryDependencies ++= Seq(\n  \"javax.ws.rs\" % \"javax.ws.rs-api\" % \"2.1\" artifacts Artifact(\"javax.ws.rs-api\", \"\", \"jar\")\n)\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/scala-steward\/src\/test\/scala\/ScalaStewardTest.scala","text":"package scalasteward\n\nimport cats.effect.unsafe.IORuntime\nimport cats.effect._\nimport cats.syntax.all._\nimport org.scalasteward.core.coursier.CoursierAlg\nimport org.scalasteward.core.data.{ArtifactId, Dependency, GroupId, Resolver, Scope, Version}\nimport org.scalatest.funsuite.AsyncFunSuite\nimport org.scalatest.matchers.should.Matchers\nimport org.typelevel.log4cats.Logger\nimport org.typelevel.log4cats.slf4j.Slf4jLogger\nimport scala.concurrent.ExecutionContext\n\nobject ScalaStewardTest {\n  private val s3Resolver = Resolver.MavenRepository(\"Custom Releases\", \"s3:\/\/maven.custom\/releases\/\", None)\n}\n\nfinal class ScalaStewardTest extends AsyncFunSuite with Matchers {\n  import ScalaStewardTest._\n  implicit def ioRuntime: IORuntime = IORuntime.global\n  implicit def unsafeLogger[F[_]: Sync] = Slf4jLogger.getLogger[F]\n\n  test(\"getVersions: library\") {\n    val artifactId = ArtifactId(\"javax.ws.rs-api\")\n    val dep = Dependency(GroupId(\"javax.ws.rs\"), artifactId, \"2.1\")\n    val coursierAlg: CoursierAlg[IO] = CoursierAlg.create[IO]\n    val obtained = coursierAlg.getVersions(dep, s3Resolver).unsafeRunSync()\n    obtained shouldBe List(Version(\"2.1\"))\n  }\n}\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/fm\/sbt\/s3\/S3URLConnection.scala","text":"\/*\n * Copyright 2014 <NAME> (http:\/\/frugalmechanic.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage fm.sbt.s3\n\nimport com.amazonaws.AmazonServiceException\nimport com.amazonaws.services.s3.model.{ListObjectsRequest, ObjectMetadata}\nimport fm.sbt.S3URLHandler\nimport java.io.InputStream\nimport java.net.{HttpURLConnection, URL}\nimport java.nio.charset.StandardCharsets\nimport java.time.ZoneOffset\nimport java.time.format.DateTimeFormatter\nimport java.util.Date\n\nobject S3URLConnection {\n  private val s3: S3URLHandler = new S3URLHandler()\n}\n\n\/**\n * Implements an HttpURLConnection for compatibility with Coursier (https:\/\/github.com\/coursier\/coursier)\n *\/\nfinal class S3URLConnection(url: URL) extends HttpURLConnection(url) {\n  import S3URLConnection.s3\n\n  private[this] var response: Option[S3Response] = None\n\n  def connect(): Unit = {\n    val (client, bucket, key) = s3.getClientBucketAndKey(url)\n\n    val res: Option[S3Response]  = try {\n      getRequestMethod.toLowerCase match {\n        case \"head\" =>\n          url.getPath match {\n            case p if p.endsWith(\"\/maven-metadata.xml\") || p.endsWith(\"\/maven-metadata.xml.sha1\")  =>\n              val meta = new ObjectMetadata()\n              meta.setLastModified(new Date)\n              Option(HEADResponse(meta))\n            case _ => Option(HEADResponse(client.getObjectMetadata(bucket, key)))\n          }\n        case \"get\" =>\n          url.getPath match {\n            \/\/ Directory Listing (HTML)\n            case p if p.endsWith(\"\/\") =>\n              \/\/ \"\/\" as a delimiter to be returned only entries in the first level (no recursion),\n              \/\/ with (pseudo) sub-directories indeed ending with a \"\/\"\n              val req = new ListObjectsRequest(bucket, key, null, \"\/\", null)\n              Option(GETListHTMLResponse(key, client.listObjects(req)))\n            \/\/ Version info\n            case p if p.endsWith(\"\/maven-metadata.xml.sha1\") =>\n              S3MavenMetadata.getSha1(client, bucket, key).map{ contents =>\n                TextResponse(contents.getBytes(StandardCharsets.UTF_8), new Date)\n              }\n            case p if p.endsWith(\"\/maven-metadata.xml\") =>\n              S3MavenMetadata.getXml(client, bucket, key).map{ contents =>\n                XmlResponse(contents.getBytes(StandardCharsets.UTF_8), new Date)\n              }\n            case _ => Option(GETResponse(client.getObject(bucket, key)))\n\n          }\n        case \"post\" => ???\n        case \"put\" => ???\n        case _ => throw new IllegalArgumentException(\"Invalid request method: \"+getRequestMethod)\n      }\n    } catch {\n      case ex: AmazonServiceException =>\n        responseCode = ex.getStatusCode\n        None\n    }\n\n    response = if (res.isDefined) res else response\n    responseCode = if (response.isEmpty) 404 else 200\n    \/\/ Also set the responseMessage (an HttpURLConnection field) for better compatibility\n    responseMessage = statusMessageForCode(responseCode)\n    connected = true\n  }\n\n  def usingProxy(): Boolean = Option(s3.getProxyConfiguration.getProxyHost).exists{ _ != \"\" }\n\n  override def getInputStream: InputStream = {\n    if (!connected) connect()\n    response.flatMap{ _.inputStream }.orNull\n  }\n\n  override def getHeaderField(n: Int): String = {\n    \/\/ n == 0 means you want the HTTP Status Line\n    \/\/ This is called from HttpURLConnection.getResponseCode()\n    if (n == 0 && responseCode != -1) {\n      s\"HTTP\/1.0 $responseCode ${statusMessageForCode(responseCode)}\"\n    } else {\n      super.getHeaderField(n)\n    }\n  }\n\n  override def getHeaderField(field: String): String = {\n    if (!connected) connect()\n\n    field.toLowerCase match {\n      case \"content-type\" => response.map{ _.meta.getContentType }.orNull\n      case \"content-encoding\" => response.map{ _.meta.getContentEncoding }.orNull\n      case \"content-length\" => response.map{ _.meta.getContentLength().toString }.orNull\n      case \"last-modified\" => response.map{ _.meta.getLastModified }.map{ _.toInstant.atOffset(ZoneOffset.UTC) }.map{ DateTimeFormatter.RFC_1123_DATE_TIME.format }.orNull\n      case _ => null \/\/ Should return null if no value for header\n    }\n  }\n\n  override def disconnect(): Unit = {\n    response.foreach{ _.close() }\n  }\n\n  private def statusMessageForCode(code: Int): String = {\n    \/\/ I'm not sure if we care about any codes besides 200 and 404\n    code match {\n      case 200 => \"OK\"\n      case 404 => \"Not Found\"\n      case _   => \"DUMMY\"\n    }\n  }\n}\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/fm\/sbt\/s3\/S3Response.scala","text":"<reponame>EVENFinancial\/fm-sbt-s3-resolver\npackage fm.sbt.s3\n\nimport com.amazonaws.services.s3.model.{ObjectListing, ObjectMetadata, S3Object}\nimport java.io.{ByteArrayInputStream, InputStream}\nimport java.util.Date\nimport scala.collection.JavaConverters._\n\nprivate[s3] sealed trait S3Response extends AutoCloseable {\n  def meta: ObjectMetadata\n  def inputStream: Option[InputStream]\n}\n\nprivate[s3] case class HEADResponse(meta: ObjectMetadata) extends S3Response {\n  def close(): Unit = {}\n  def inputStream: Option[InputStream] = None\n}\n\nprivate[s3] case class GETResponse(obj: S3Object) extends S3Response {\n  def meta: ObjectMetadata = obj.getObjectMetadata\n  def inputStream: Option[InputStream] = Option(obj.getObjectContent())\n  def close(): Unit = obj.close()\n}\n\nprivate[s3] sealed trait CustomResponse extends S3Response {\n  def payload: Array[Byte]\n  def meta: ObjectMetadata\n\n  def inputStream: Option[InputStream] = Option(payload).map{ new ByteArrayInputStream(_) }\n  def close(): Unit = {}\n}\n\nprivate[s3] case class TextResponse(payload: Array[Byte], lastModified: Date) extends CustomResponse {\n  val meta: ObjectMetadata = {\n    val m = new ObjectMetadata()\n    m.setContentType(\"text\/plain\")\n    m.setContentLength(inputStream.map{ _.available().toLong }.getOrElse(payload.length.toLong))\n    m.setLastModified(lastModified)\n    m\n  }\n}\n\nprivate[s3] case class HtmlResponse(payload: Array[Byte], lastModified: Date) extends CustomResponse {\n  val meta: ObjectMetadata = {\n    val m = new ObjectMetadata()\n    m.setContentType(\"text\/html\")\n    m.setContentLength(inputStream.map{ _.available().toLong }.getOrElse(payload.length.toLong))\n    m.setLastModified(lastModified)\n    m\n  }\n}\n\nprivate[s3] case class XmlResponse(payload: Array[Byte], lastModified: Date) extends CustomResponse {\n  val meta: ObjectMetadata = {\n    val m = new ObjectMetadata()\n    m.setContentType(\"text\/xml\")\n    m.setContentLength(inputStream.map{ _.available().toLong }.getOrElse(payload.length.toLong))\n    m.setLastModified(lastModified)\n    m\n  }\n}\n\nprivate[s3] case class GETListHTMLResponse(path: String, obj: ObjectListing) extends S3Response {\n  private val entries: Seq[String] =\n    obj\n      .getObjectSummaries\n      .asScala\n      .toSeq\n      .map { summary =>\n        val key = summary.getKey\n        assert(key.startsWith(path))\n        val name = key.stripPrefix(path)\n        \/\/ TODO escape characters?\n        s\"\"\"<li><a href=\"$name\">$name<\/a><\/li>\"\"\"\n    }\n\n  private val listingInputStream: ByteArrayInputStream = {\n    val page =\n      s\"\"\"<!DOCTYPE html>\n         |<html>\n         |<head>\n         |<\/head>\n         |<body>\n         |<ul>\n         |${entries.mkString}\n         |<\/ul>\n         |<\/body>\n         |<\/html>\n           \"\"\".stripMargin\n\n    val b = page.getBytes(\"UTF-8\")\n    new ByteArrayInputStream(b)\n  }\n\n  val meta: ObjectMetadata = {\n    val m = new ObjectMetadata()\n    m.setContentType(\"text\/html\")\n    m.setContentLength(listingInputStream.available())\n    \/\/m.setLastModified(???)\n    m\n  }\n\n  def inputStream: Option[InputStream] = {\n    if (entries.isEmpty) None\n    else Some(listingInputStream)\n  }\n\n  def close(): Unit = inputStream.map{ _.close() }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/publish\/build.sbt","text":"<reponame>EVENFinancial\/fm-sbt-s3-resolver\npublishTo in ThisBuild := Some(\"Custom Releases\" at \"s3:\/\/maven.custom\/releases\/\")\nlibraryDependencies in ThisBuild += \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % Test\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(publishArtifact := false)\n  .aggregate(mavenStyle, ivyStyle)\n\nlazy val mavenStyle = project\n  .in(file(\"maven-style\"))\n  .settings(\n    version := \"0.1.0\",\n    publishMavenStyle := true,\n    (sourceDirectory in Compile) := sourceDirectory.in(LocalRootProject, Compile).value,\n    (sourceDirectory in Test)  := sourceDirectory.in(LocalRootProject, Compile).value\n  )\n\nlazy val ivyStyle = project\n  .in(file(\"ivy-style\"))\n  .settings(\n    version := \"0.1.0\",\n    publishMavenStyle := false,\n    (sourceDirectory in Compile) := sourceDirectory.in(LocalRootProject, Compile).value,\n    (sourceDirectory in Test)  := sourceDirectory.in(LocalRootProject, Compile).value\n  )"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/fm\/sbt\/S3URLRepository.scala","text":"\/*\n * Copyright 2014 <NAME> (http:\/\/frugalmechanic.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage fm.sbt\n\nimport java.net.URL\nimport java.util.List\nimport org.apache.ivy.plugins.repository.url.URLRepository\nimport scala.collection.JavaConverters._\n\nfinal class S3URLRepository extends URLRepository {\n  private[this] val s3: S3URLHandler = new S3URLHandler()\n  \n  override def list(parent: String): List[String] = {\n    if (parent.startsWith(\"s3\")) {\n      s3.list(new URL(parent)).map{ _.toExternalForm }.asJava\n    } else {\n      super.list(parent)\n    }\n  }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/fm\/sbt\/S3CredentialsProvider.scala","text":"package fm.sbt\n\nimport com.amazonaws.SDKGlobalConfiguration.{ACCESS_KEY_ENV_VAR, ACCESS_KEY_SYSTEM_PROPERTY, SECRET_KEY_ENV_VAR, SECRET_KEY_SYSTEM_PROPERTY}\nimport com.amazonaws.auth.{AWSCredentials, AWSCredentialsProvider, AWSCredentialsProviderChain, BasicAWSCredentials, BasicSessionCredentials, DefaultAWSCredentialsProviderChain, InstanceProfileCredentialsProvider, PropertiesFileCredentialsProvider}\nimport com.amazonaws.services.securitytoken.{AWSSecurityTokenService, AWSSecurityTokenServiceClient}\nimport com.amazonaws.services.securitytoken.model.{AssumeRoleRequest, AssumeRoleResult}\nimport java.io.{File, FileInputStream, InputStream}\nimport java.util.Properties\nimport org.apache.ivy.util.Message\n\nobject S3CredentialsProvider {\n\n  private[this] val DOT_SBT_DIR: File = {\n    sys.props.get(\"sbt.global.base\")\n      .map{ new File(_) }\n      .getOrElse(new File(System.getProperty(\"user.home\"), \".sbt\"))\n  }\n\n  private[this] var bucketCredentialsProvider: String => AWSCredentialsProvider = makePropertiesFileCredentialsProvider\n\n  def registerBucketCredentialsProvider(provider: String => AWSCredentialsProvider): Unit = {\n    bucketCredentialsProvider = provider\n  }\n\n  def getBucketCredentialsProvider: String => AWSCredentialsProvider = bucketCredentialsProvider\n\n  private class BucketSpecificSystemPropertiesCredentialsProvider(bucket: String) extends BucketSpecificCredentialsProvider(bucket) {\n\n    def AccessKeyName: String = ACCESS_KEY_SYSTEM_PROPERTY\n    def SecretKeyName: String = SECRET_KEY_SYSTEM_PROPERTY\n\n    protected def getProp(names: String*): String = names.map{ System.getProperty }.flatMap{ Option(_) }.head.trim\n  }\n\n  private class BucketSpecificEnvironmentVariableCredentialsProvider(bucket: String) extends BucketSpecificCredentialsProvider(bucket) {\n    def AccessKeyName: String = ACCESS_KEY_ENV_VAR\n    def SecretKeyName: String = SECRET_KEY_ENV_VAR\n\n    protected def getProp(names: String*): String = names.map{ toEnvironmentVariableName }.map{ System.getenv }.flatMap{ Option(_) }.head.trim\n  }\n\n  private abstract class BucketSpecificCredentialsProvider(bucket: String) extends AWSCredentialsProvider {\n    def AccessKeyName: String\n    def SecretKeyName: String\n\n    def getCredentials(): AWSCredentials = {\n      val accessKey: String = getProp(s\"${AccessKeyName}.${bucket}\", s\"${bucket}.${AccessKeyName}\")\n      val secretKey: String = getProp(s\"${SecretKeyName}.${bucket}\", s\"${bucket}.${SecretKeyName}\")\n\n      new BasicAWSCredentials(accessKey, secretKey)\n    }\n\n    def refresh(): Unit = {}\n\n    \/\/ This should throw an exception if the value is missing\n    protected def getProp(names: String*): String\n  }\n\n  private abstract class RoleBasedCredentialsProvider(providerChain: AWSCredentialsProviderChain) extends AWSCredentialsProvider {\n    def RoleArnKeyNames: Seq[String]\n\n    \/\/ This should throw an exception if the value is missing\n    protected def getRoleArn(keys: String*): String\n\n    def getCredentials(): AWSCredentials = {\n      val roleArn: String = getRoleArn(RoleArnKeyNames: _*)\n\n      if (roleArn == null || roleArn == \"\") return null\n\n      val securityTokenService: AWSSecurityTokenService = AWSSecurityTokenServiceClient.builder().withCredentials(providerChain).build()\n\n      val roleRequest: AssumeRoleRequest = new AssumeRoleRequest()\n        .withRoleArn(roleArn)\n        .withRoleSessionName(System.currentTimeMillis.toString)\n\n      val result: AssumeRoleResult = securityTokenService.assumeRole(roleRequest)\n\n      new BasicSessionCredentials(result.getCredentials.getAccessKeyId, result.getCredentials.getSecretAccessKey, result.getCredentials.getSessionToken)\n    }\n\n    def refresh(): Unit = {}\n  }\n\n  private class RoleBasedSystemPropertiesCredentialsProvider(providerChain: AWSCredentialsProviderChain)\n    extends RoleBasedCredentialsProvider(providerChain) {\n\n    val RoleArnKeyName: String = \"aws.roleArn\"\n    val RoleArnKeyNames: Seq[String] = Seq(RoleArnKeyName)\n\n    protected def getRoleArn(keys: String*): String = keys.map( System.getProperty ).flatMap( Option(_) ).head.trim\n  }\n\n  private class RoleBasedEnvironmentVariableCredentialsProvider(providerChain: AWSCredentialsProviderChain)\n    extends RoleBasedCredentialsProvider(providerChain) {\n\n    val RoleArnKeyName: String = \"AWS_ROLE_ARN\"\n    val RoleArnKeyNames: Seq[String] = Seq(\"AWS_ROLE_ARN\")\n\n    protected def getRoleArn(keys: String*): String = keys.map( toEnvironmentVariableName ).map( System.getenv ).flatMap( Option(_) ).head.trim\n  }\n\n  private class RoleBasedPropertiesFileCredentialsProvider(providerChain: AWSCredentialsProviderChain, fileName: String)\n    extends RoleBasedCredentialsProvider(providerChain) {\n\n    val RoleArnKeyName: String = \"roleArn\"\n    val RoleArnKeyNames: Seq[String] = Seq(RoleArnKeyName)\n\n    protected def getRoleArn(keys: String*): String = {\n      val file: File = new File(DOT_SBT_DIR, fileName)\n\n      \/\/ This will throw if the file doesn't exist\n      val is: InputStream = new FileInputStream(file)\n\n      try {\n        val props: Properties = new Properties()\n        props.load(is)\n        \/\/ This will throw if there is no matching properties\n        RoleArnKeyNames.map{ props.getProperty }.flatMap{ Option(_) }.head.trim\n      } finally is.close()\n    }\n  }\n\n  private class BucketSpecificRoleBasedSystemPropertiesCredentialsProvider(providerChain: AWSCredentialsProviderChain, bucket: String)\n    extends RoleBasedSystemPropertiesCredentialsProvider(providerChain) {\n\n    override val RoleArnKeyNames: Seq[String] = Seq(s\"${RoleArnKeyName}.${bucket}\", s\"${bucket}.${RoleArnKeyName}\")\n  }\n\n  private class BucketSpecificRoleBasedEnvironmentVariableCredentialsProvider(providerChain: AWSCredentialsProviderChain, bucket: String)\n    extends RoleBasedEnvironmentVariableCredentialsProvider(providerChain) {\n\n    override val RoleArnKeyNames: Seq[String] = Seq(s\"${RoleArnKeyName}.${bucket}\", s\"${bucket}.${RoleArnKeyName}\")\n  }\n\n  private def toEnvironmentVariableName(s: String): String = s.toUpperCase.replace('-','_').replace('.','_').replaceAll(\"[^A-Z0-9_]\", \"\")\n\n  private def makePropertiesFileCredentialsProvider(fileName: String): PropertiesFileCredentialsProvider = {\n    val file: File = new File(DOT_SBT_DIR, fileName)\n    new PropertiesFileCredentialsProvider(file.toString)\n  }\n\n  def defaultCredentialsProviderChain(bucket: String): AWSCredentialsProviderChain = {\n    val basicProviders: Vector[AWSCredentialsProvider] = Vector(\n      new BucketSpecificEnvironmentVariableCredentialsProvider(bucket),\n      new BucketSpecificSystemPropertiesCredentialsProvider(bucket),\n      makePropertiesFileCredentialsProvider(s\".s3credentials_${bucket}\"),\n      makePropertiesFileCredentialsProvider(s\".${bucket}_s3credentials\"),\n      DefaultAWSCredentialsProviderChain.getInstance(),\n      makePropertiesFileCredentialsProvider(\".s3credentials\"),\n      InstanceProfileCredentialsProvider.getInstance()\n    )\n\n    val basicProviderChain: AWSCredentialsProviderChain = new AWSCredentialsProviderChain(basicProviders: _*)\n\n    val roleBasedProviders: Vector[AWSCredentialsProvider] = Vector(\n      new BucketSpecificRoleBasedEnvironmentVariableCredentialsProvider(basicProviderChain, bucket),\n      new BucketSpecificRoleBasedSystemPropertiesCredentialsProvider(basicProviderChain, bucket),\n      new RoleBasedPropertiesFileCredentialsProvider(basicProviderChain, s\".s3credentials_${bucket}\"),\n      new RoleBasedPropertiesFileCredentialsProvider(basicProviderChain, s\".${bucket}_s3credentials\"),\n      new RoleBasedEnvironmentVariableCredentialsProvider(basicProviderChain),\n      new RoleBasedSystemPropertiesCredentialsProvider(basicProviderChain),\n      new RoleBasedPropertiesFileCredentialsProvider(basicProviderChain, s\".s3credentials\")\n    )\n\n    new AWSCredentialsProviderChain((roleBasedProviders ++ basicProviders): _*)\n  }\n\n  def getCredentialsProvider(bucket: String): AWSCredentialsProvider = {\n    Message.info(\"S3URLHandler - Looking up AWS Credentials for bucket: \"+bucket+\" ...\")\n\n    val credentialsProvider: AWSCredentialsProvider = try {\n      S3CredentialsProvider.getBucketCredentialsProvider(bucket)\n    } catch {\n      case ex: com.amazonaws.AmazonClientException =>\n        Message.error(\"Unable to find AWS Credentials.\")\n        throw ex\n    }\n\n    Message.info(\"S3URLHandler - Using AWS Access Key Id: \"+credentialsProvider.getCredentials().getAWSAccessKeyId+\" for bucket: \"+bucket)\n\n    credentialsProvider\n  }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/scala-steward\/project\/plugins.sbt","text":"<reponame>EVENFinancial\/fm-sbt-s3-resolver\n{\n  val pluginVersion = Option(System.getProperty(\"plugin.version\")) getOrElse {\n    throw new RuntimeException(\"The system property 'plugin.version' is not defined. Specify this property using the scriptedLaunchOpts -D.\")\n  }\n  addSbtPlugin(\"com.evenfinancial\" % \"fm-sbt-s3-resolver\" % pluginVersion)\n}\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"plugin\/src\/main\/scala-2.12\/fm\/sbt\/S3ResolverPluginCompat.scala","text":"<reponame>EVENFinancial\/fm-sbt-s3-resolver<filename>plugin\/src\/main\/scala-2.12\/fm\/sbt\/S3ResolverPluginCompat.scala\npackage fm.sbt\n\nimport _root_.sbt._\nimport java.util.Locale\nimport lmcoursier.CoursierConfiguration\nimport scala.reflect.runtime.universe\nimport scala.util.Try\n\nobject S3ResolverPluginCompat {\n  object Keys extends S3ResolverPluginCompat.Keys\n\n  trait Keys {\n    \/** This provides a shim for pre-sbt 1.3.x+ tests *\/\n    private[S3ResolverPluginCompat] lazy val sbtShimCsrResolvers: TaskKey[Seq[Resolver]] =             TaskKey[Seq[Resolver]](\"sbtShimCsrResolvers\", \"Provide a sbt shim for pre-coursier versions\")\n    private[S3ResolverPluginCompat] lazy val sbtShimCsrSbtResolvers: TaskKey[Seq[Resolver]] =          TaskKey[Seq[Resolver]](\"sbtShimCsrSbtResolvers\", \"Provide a sbt shim for pre-coursier versions\")\n    private[S3ResolverPluginCompat] lazy val sbtShimSbtResolvers: SettingKey[Seq[Resolver]] =          SettingKey[Seq[Resolver]](\"sbtShimSbtResolvers\", \"Provide a sbt shim for pre-coursier versions\")(implicitly, sbt.util.NoJsonWriter())\n    private[S3ResolverPluginCompat] lazy val sbtShimUseCoursier: SettingKey[Boolean] =                 SettingKey[Boolean](\"sbtShimUseCoursier\", \"Provide a sbt shim for pre-coursier versions\")(implicitly, sbt.util.NoJsonWriter())\n    private[S3ResolverPluginCompat] lazy val sbtShimCsrConfiguration: TaskKey[CoursierConfiguration] = TaskKey[CoursierConfiguration](\"sbtCsrConfiguration\", \"Provide a sbt shim for pre-coursier versions\")\n    private[S3ResolverPluginCompat] lazy val sbtShimCsrCacheDirectory: SettingKey[File] =              SettingKey[File](\"sbtShimCsrCacheDirectory\", \"Provide a sbt shim for pre-coursier versions\")(implicitly, sbt.util.NoJsonWriter())\n\n    lazy val csrResolvers: TaskKey[Seq[Resolver]] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.csrResolvers\",\n      args = None,\n      default = sbtShimCsrResolvers\n    )\n\n    lazy val csrSbtResolvers: TaskKey[Seq[Resolver]] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.csrSbtResolvers\",\n      args = None,\n      default = sbtShimCsrSbtResolvers\n    )\n\n    lazy val sbtResolvers: SettingKey[Seq[Resolver]] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.sbtResolvers\",\n      args = None,\n      default = sbtShimSbtResolvers\n    )\n\n    lazy val useCoursier: SettingKey[Boolean] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.useCoursier\",\n      args = None,\n      default = sbtShimUseCoursier\n    )\n\n    lazy val csrConfiguration: TaskKey[CoursierConfiguration] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.csrConfiguration\",\n      args = None,\n      default = sbtShimCsrConfiguration\n    )\n\n    lazy val csrCacheDirectory: SettingKey[File] = loadIfExists(\n      fullyQualifiedName = \"sbt.Keys.csrCacheDirectory\",\n      args = None,\n      default = sbtShimCsrCacheDirectory\n    )\n  }\n\n  \/**\n   * From: https:\/\/github.com\/etspaceman\/kinesis-mock\/blob\/a7d94e74d367b74479f565fa9c5b5692e4d1b8fd\/project\/BloopSettings.scala#L8\n   * License: MIT\n   *\n   * MIT License\n   *\n   * Copyright (c) 2021 <NAME>\n   *\n   * Permission is hereby granted, free of charge, to any person obtaining a copy\n   * of this software and associated documentation files (the \"Software\"), to deal\n   * in the Software without restriction, including without limitation the rights\n   * to use, copy, modify, merge, publish, distribute, sublicense, and\/or sell\n   * copies of the Software, and to permit persons to whom the Software is\n   * furnished to do so, subject to the following conditions:\n   *\n   * The above copyright notice and this permission notice shall be included in all\n   * copies or substantial portions of the Software.\n   * THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n   * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n   * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n   * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n   * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n   * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n   * SOFTWARE.\n   *\n   * Example Usage:\n   * {{{\n   * val default: Seq[Def.Setting[_]] = loadIfExists(\n   *   fullyQualifiedName = \"bloop.integrations.sbt.BloopDefaults.configSettings\",\n   *   args = Some(Nil),\n   *   default = Seq.empty[Def.Setting[_]]\n   * )\n   * }}}\n   *\n   * @param fullyQualifiedName\n   * @param args\n   * @param default\n   * @tparam T\n   * @return\n   *\/\n  private def loadIfExists[T](\n    fullyQualifiedName: String,\n    args: Option[Seq[Any]],\n    default: => T\n  ): T = {\n    val tokens     = fullyQualifiedName.split('.')\n    val memberName = tokens.last\n    val moduleName = tokens.take(tokens.length - 1).mkString(\".\")\n\n    val runtimeMirror = universe.runtimeMirror(getClass.getClassLoader)\n    val value = Try(runtimeMirror.staticModule(moduleName)).map { module =>\n      val obj            = runtimeMirror.reflectModule(module)\n      val instance       = obj.instance\n      val instanceMirror = runtimeMirror.reflect(instance)\n      val member =\n        instanceMirror.symbol.info.member(universe.TermName(memberName))\n      args\n        .fold(instanceMirror.reflectField(member.asTerm).get)(args => instanceMirror.reflectMethod(member.asMethod)(args: _*))\n        .asInstanceOf[T]\n    }\n    value.getOrElse(default)\n  }\n\n  private object RichSbtUtil {\n    private lazy val isMac: Boolean =\n      System.getProperty(\"os.name\").toLowerCase(Locale.ENGLISH).contains(\"mac\")\n  }\n\n  private implicit class RichSbtUtil(val util: Util.type) extends AnyVal {\n    def isMac: Boolean = RichSbtUtil.isMac\n  }\n\n  private def home: File = file(sys.props(\"user.home\"))\n\n  private def defaultCacheLocation: File = {\n    def propCacheDir: Option[File] = sys.props.get(\"coursier.cache\").map(file)\n    def envCacheDir: Option[File] = sys.env.get(\"COURSIER_CACHE\").map(file)\n    def windowsCacheDir: Option[File] =\n      sys.env.get(\"LOCALAPPDATA\") match {\n        case Some(app) if Util.isWindows => Some(file(app) \/ \"Coursier\" \/ \"v1\")\n        case _                           => None\n      }\n    def macCacheDir: Option[File] =\n      if (Util.isMac) {\n        Some(home \/ \"Library\" \/ \"Caches\" \/ \"Coursier\" \/ \"v1\")\n      } else {\n        None\n      }\n    def linuxCache: File =\n      sys.env.get(\"XDG_CACHE_HOME\") match {\n        case Some(cache) => file(cache) \/ \"coursier\" \/ \"v1\"\n        case _           => home \/ \".cache\" \/ \"coursier\" \/ \"v1\"\n      }\n    def baseCache: File =\n      propCacheDir\n        .orElse(envCacheDir)\n        .orElse(windowsCacheDir)\n        .orElse(macCacheDir)\n        .getOrElse(linuxCache)\n\n    baseCache.getAbsoluteFile\n  }\n}\n\ntrait S3ResolverPluginCompat {\n  val Logger = _root_.sbt.util.Logger\n  val Using = _root_.sbt.io.Using\n\n  \/\/ Use this to set the appropriate S3 Handler dependency\n  protected def s3PluginVersion: String\n  protected def s3PluginGroupId: String\n\n  import S3ResolverPluginCompat.Keys._\n\n  protected def compatProjectSettings: Seq[Setting[_]] = Seq(\n    \/\/ s3 resolvers in `resolvers` task don't always get set in coursier keys in\n    \/\/ newer sbt versions, so setup a cross-sbt 0.13.x-compatible shim and manually\n    \/\/ put the s3 resolvers into the appropriate csrResolvers\/csrSbtResolvers values\n\n    \/\/ Initialize our shim and use found java-reflection value or shim value\n    sbtShimSbtResolvers := _root_.sbt.Keys.resolvers.value,\n    sbtResolvers := {\n      if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value)) sbtResolvers.value\n      else sbtShimSbtResolvers.value\n    },\n    sbtShimUseCoursier := false,\n    useCoursier := {\n      if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value)) useCoursier.value\n      else sbtShimUseCoursier.value\n    },\n    sbtShimCsrResolvers := Nil,\n    csrResolvers := Def.taskDyn {\n      val v = if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value)) csrResolvers.value else sbtShimCsrResolvers.value\n      Def.task {\n        v\n      }\n    }.value,\n    csrResolvers ++= _root_.sbt.Keys.resolvers.value,\n    sbtShimCsrSbtResolvers := Nil,\n    csrSbtResolvers := Def.taskDyn {\n      val v = if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value)) csrSbtResolvers.value else sbtShimCsrSbtResolvers.value\n      Def.task {\n        v\n      }\n    }.value,\n    csrSbtResolvers ++= sbtResolvers.value,\n    sbtShimCsrConfiguration := CoursierConfiguration(),\n    csrConfiguration := Def.taskDyn {\n      val v =\n        if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value))\n          csrConfiguration.value\n        else\n          sbtShimCsrConfiguration.value\n      Def.task {\n        v\n      }\n    }.value,\n    csrConfiguration := Def.taskDyn {\n      val v =\n        if (sbtHasCoursierProtocolHandlerDependencies(_root_.sbt.Keys.sbtVersion.value)) {\n          val s3Plugin = s3PluginGroupId %% \"fm-sbt-s3-resolver-coursier-handler\" % s3PluginVersion\n          csrConfiguration.value.withProtocolHandlerDependencies(Seq(s3Plugin))\n        } else {\n          sbtShimCsrConfiguration.value\n        }\n      Def.task {\n        v\n      }\n    }.value,\n    sbtShimCsrCacheDirectory := S3ResolverPluginCompat.defaultCacheLocation,\n    csrCacheDirectory := {\n      if (sbtHasCoursier(_root_.sbt.Keys.sbtVersion.value)) csrCacheDirectory.value\n      else sbtShimCsrCacheDirectory.value\n    }\n  )\n\n  private def sbtHasCoursier(sbtVersion: String): Boolean = CrossVersion.partialVersion(sbtVersion) match {\n    case Some((1, minor)) if minor >= 3 => true\n    case Some((1, minor)) if minor < 3  => false\n    case Some((0, 13))                  => false\n    case _                              => sys.error(s\"Unsupported sbtVersion: ${sbtVersion}\")\n  }\n\n  private def sbtHasCoursierProtocolHandlerDependencies(sbtVersion: String): Boolean = CrossVersion.partialVersion(sbtVersion) match {\n    case Some((1, minor)) if minor >= 6 => true\n    case Some((1, minor)) if minor < 6  => false\n    case Some((0, 13))                  => false\n    case _                              => sys.error(s\"Unsupported sbtVersion: ${sbtVersion}\")\n  }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"plugin\/src\/main\/scala\/fm\/sbt\/S3ResolverPlugin.scala","text":"\/*\n * Copyright 2014 <NAME> (http:\/\/frugalmechanic.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage fm.sbt\n\nimport java.net.{URL, URLStreamHandler, URLStreamHandlerFactory}\nimport com.amazonaws.auth.AWSCredentialsProvider\nimport org.apache.ivy.util.url.{URLHandlerDispatcher, URLHandlerRegistry}\nimport sbt.Keys._\nimport sbt._\nimport sbt.complete.DefaultParsers._\nimport scala.util.Try\n\n\/**\n * All this does is register the s3:\/\/ url handler with the JVM and IVY\n *\/\nobject S3ResolverPlugin extends AutoPlugin with S3ResolverPluginCompat {\n\n  object autoImport extends S3Implicits with S3ResolverPluginCompat.Keys {\n    lazy val s3CredentialsProvider: SettingKey[Function1[String, AWSCredentialsProvider]] = {\n      SettingKey[Function1[String, AWSCredentialsProvider]](\"s3CredentialsProvider\", \"AWS credentials provider to access S3\")\n    }\n\n    lazy val showS3Credentials: InputKey[Unit] = {\n      InputKey[Unit](\"showS3Credentials\", \"Just outputs credentials that are loaded by the s3credentials provider\")\n    }\n  }\n\n  import autoImport._\n\n  \/\/ This plugin will load automatically\n  override def trigger: PluginTrigger = allRequirements\n\n  override protected def s3PluginVersion: String = BuildInfo.version\n  override protected def s3PluginGroupId: String = BuildInfo.organization\n\n  override def projectSettings: Seq[Setting[_]] = compatProjectSettings ++ Seq(\n    s3CredentialsProvider := S3CredentialsProvider.defaultCredentialsProviderChain,\n    showS3Credentials := {\n      val log = state.value.log\n\n      spaceDelimited(\"<arg>\").parsed match {\n        case bucket :: Nil =>\n          val provider: AWSCredentialsProvider = s3CredentialsProvider.value(bucket)\n\n          Try {\n            Option(provider.getCredentials) match {\n              case Some(awsCredentials) =>\n                log.info(\"Found following AWS credentials:\")\n                log.info(\"Access key: \" + awsCredentials.getAWSAccessKeyId)\n                log.info(\"Secret key: \" + awsCredentials.getAWSSecretKey)\n\n              case None =>\n                log.error(\"Couldn't find credentials for bucked: %s\" format bucket)\n            }\n          } recover { case e: Exception =>\n            log.error(e.getMessage)\n          }\n\n        case Nil =>\n          log.error(\"Bucket name not given\")\n\n        case _ =>\n          log.error(\"Too many arguments for showS3Credentials\")\n      }\n    },\n    onLoad in Global := (onLoad in Global).value andThen { state: State =>\n      def info: String => Unit = state.log.info(_)\n      def debug: String => Unit = state.log.debug(_)\n\n      \/\/ We need s3:\/\/ URLs to work without throwing a java.net.MalformedURLException\n      \/\/ which means installing a dummy URLStreamHandler.  We only install the handler\n      \/\/ if it's not already installed (since a second call to URL.setURLStreamHandlerFactory\n      \/\/ will fail).\n      try {\n        new URL(\"s3:\/\/example.com\")\n        debug(\"The s3:\/\/ URLStreamHandler is already installed\")\n      } catch {\n        \/\/ This means we haven't installed the handler, so install it\n        case _: java.net.MalformedURLException =>\n          info(\"Installing the s3:\/\/ URLStreamHandler via java.net.URL.setURLStreamHandlerFactory\")\n          URL.setURLStreamHandlerFactory(S3URLStreamHandlerFactory)\n      }\n\n      \/\/\n      \/\/ This sets up the Ivy URLHandler for s3:\/\/ URLs\n      \/\/   See: coursier.cache.protocol.S3Handler for coursier compatibility\n      \/\/\n      val dispatcher: URLHandlerDispatcher = URLHandlerRegistry.getDefault match {\n        \/\/ If the default is already a URLHandlerDispatcher then just use that\n        case disp: URLHandlerDispatcher =>\n          debug(\"Using the existing Ivy URLHandlerDispatcher to handle s3:\/\/ URLs\")\n          disp\n        \/\/ Otherwise create a new URLHandlerDispatcher\n        case default =>\n          info(\"Creating a new Ivy URLHandlerDispatcher to handle s3:\/\/ URLs\")\n          val disp: URLHandlerDispatcher = new URLHandlerDispatcher()\n          disp.setDefault(default)\n          URLHandlerRegistry.setDefault(disp)\n          disp\n      }\n\n      \/\/ Register (or replace) the s3 handler\n      dispatcher.setDownloader(\"s3\", new S3URLHandler)\n\n      val extracted: Extracted = Project.extract(state)\n\n      S3CredentialsProvider\n        .registerBucketCredentialsProvider(\n          extracted.getOpt(s3CredentialsProvider)\n            .getOrElse(S3CredentialsProvider.defaultCredentialsProviderChain)\n        )\n\n      state\n    }\n  )\n\n  private object S3URLStreamHandlerFactory extends URLStreamHandlerFactory {\n    def createURLStreamHandler(protocol: String): URLStreamHandler = protocol match {\n      case \"s3\" => new fm.sbt.s3.Handler\n      case _    => null\n    }\n  }\n}\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"version.sbt","text":"<filename>version.sbt\nThisBuild \/ version := \"0.21.0-SNAPSHOT\"\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/build.sbt","text":"<filename>scripted\/build.sbt\nname := \"fm-sbt-s3-resolver-scripted\"\n\/\/ Scripted tests are used in a different project to avoid issues with +test +publish\/etc\ncrossScalaVersions := Vector(\"2.10.7\", \"2.12.15\")\ncrossSbtVersions := Vector(\"1.2.8\", \"0.13.18\")\npublish \/ skip := true\nenablePlugins(SbtPlugin, S3ScriptedPlugin)\nscriptedBufferLog := false\nscriptedLaunchOpts ++= Seq(\n  \"-Xmx1024M\",\n  \"-Dplugin.version=\" + version.value,\n  \/\/      \"-agentlib:jdwp=transport=dt_socket,server=y,suspend=y,address=1044\",\n  \/\/      \"-Xdebug\"\n)\n\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/scala-steward\/build.sbt","text":"scalaVersion := \"2.13.7\"\n\nresolvers ++= Seq(\n  \"Custom Releases\" at \"s3:\/\/maven.custom\/releases\/\"\n)\n\nlibraryDependencies ++= Seq(\n  \"org.scala-steward\" %% \"scala-steward-core\" % \"0.13.0\",\n  \"org.typelevel\" %% \"cats-effect\" % \"3.3.0\",\n  \"org.scalatest\" %% \"scalatest\" % \"3.2.10\" % Test\n) \n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/fm\/sbt\/s3\/S3MavenMetadata.scala","text":"\/*\n * Copyright 2014 <NAME> (http:\/\/frugalmechanic.com)\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n *     http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n *\/\npackage fm.sbt.s3\n\nimport com.amazonaws.AmazonServiceException\nimport com.amazonaws.services.s3.AmazonS3\nimport com.amazonaws.services.s3.model.{ListObjectsRequest, ObjectListing, S3Object, S3ObjectInputStream}\nimport java.io.{BufferedReader, InputStream, InputStreamReader}\nimport java.nio.charset.StandardCharsets\nimport java.text.SimpleDateFormat\nimport java.util.Date\nimport scala.annotation.tailrec\nimport scala.xml.NodeSeq\nimport scala.collection.JavaConverters._\n\n\/**\n * This creates a `maven-metadata.xml` based upon the s3 directory listings\n *\/\nobject S3MavenMetadata {\n\n  private val sha1MessageDigest = java.security.MessageDigest.getInstance(\"SHA-1\")\n\n  def getSha1(client: AmazonS3, bucketName: String, path: String): Option[String] = {\n    getXml(client, bucketName, path).map { contents =>\n      sha1MessageDigest\n        .digest(contents.getBytes(StandardCharsets.UTF_8))\n        .map( b => \"%02x\".format(b) )\n        .mkString\n    }\n  }\n\n  \/**\n   * This gets s3 object listings for the specified path, and returns back a generated maven-metadata.xml file\n   * @param client\n   * @param bucketName\n   * @param path\n   * @param logger\n   * @return\n   *\/\n  def getXml(client: AmazonS3, bucketName: String, path: String): Option[String] = {\n    val bucketPath = path\n      .stripPrefix(\"\/\")\n      .stripSuffix(\"maven-metadata.xml\")\n      .stripSuffix(\"maven-metadata.xml.sha1\")\n      .stripSuffix(\"\/\") + \"\/\"\n\n    val dirListings: Seq[ObjectListing] = getObjectListings(client, bucketName, bucketPath)\n    val lastUpdated: Date = dirListings\n      .flatMap{ _.getObjectSummaries.asScala.map{ _.getLastModified } }\n      .sorted\n      .headOption\n      .getOrElse(new Date)\n\n    val versions: Seq[String] = for {\n      obj <- dirListings\n      key <- obj.getCommonPrefixes.asScala\n    } yield {\n      assert(key.startsWith(bucketPath))\n      key.stripPrefix(bucketPath).stripSuffix(\"\/\")\n    }\n\n    \/\/if (versions.isEmpty) logger.debug(s\"[S3ResolverPlugin] S3MavenMetadata.getXml($bucketPath) no versions found.\")\n\n    for {\n      latestVersion <- versions.headOption\n      artifactName = {\n        val s = bucketPath.stripSuffix(\"\/\")\n        val idx = s.lastIndexOf('\/')\n        s.drop(idx+1)\n      }\n      groupId <- getGroupId(client, bucketName, bucketPath, latestVersion, artifactName)\n    } yield {\n      createXml(\n        groupId = groupId,\n        artifactName = artifactName,\n        latestVersion = latestVersion,\n        versions = versions.map{ v => <version>{v}<\/version> },\n        lastUpdated = lastUpdated\n      )\n    }\n  }\n\n  @tailrec private def getObjectListingsImpl(client: AmazonS3, bucketName: String, objectListing: ObjectListing, accum: Seq[ObjectListing] = Nil): Seq[ObjectListing] = {\n    val updatedAccum = accum :+ objectListing\n    if (!objectListing.isTruncated) updatedAccum\n    else getObjectListingsImpl(client, bucketName, client.listNextBatchOfObjects(objectListing), updatedAccum)\n  }\n\n  private def getObjectListings(client: AmazonS3, bucketName: String, bucketPath: String): Seq[ObjectListing] = {\n    tryS3(bucketPath){\n      \/\/ \"\/\" as a delimiter to be returned only entries in the first level (no recursion),\n      \/\/ with (pseudo) sub-directories indeed ending with a \"\/\"\n      val req = new ListObjectsRequest(bucketName, bucketPath, null, \"\/\", null)\n      getObjectListingsImpl(client, bucketName, client.listObjects(req))\n    }.getOrElse(Nil)\n  }\n\n  private def tryS3[T](path: String)(f: => T): Option[T] = {\n    try {\n      Option(f)\n    } catch {\n      case ex: AmazonServiceException if ex.getStatusCode == 404 =>\n        \/\/logger.warn(s\"[S3ResolverPlugin] S3MavenMetadata.tryS3($path) not found.\")\n        None\n\n    }\n  }\n\n  private def getGroupId(\n    client: AmazonS3,\n    bucketName: String,\n    path: String,\n    latestVersion: String,\n    artifactName: String\n  ): Option[String] = {\n    val artifactPom = artifactName + \"-\" + latestVersion + \".pom\"\n    val key = path + latestVersion + \"\/\" + artifactPom\n\n    val pomObject: S3Object = tryS3(key) {\n      client.getObject(bucketName, key)\n    }.getOrElse(throw new IllegalStateException(\"[S3ResolverPlugin] S3MavenMetadata.getGroupId() - could not find pom for artifact: \" + artifactName + \", version: \" + latestVersion + \" (s3 path: \" + key + \")\"))\n\n    var is: S3ObjectInputStream = null\n    val pomContent = try {\n      is = pomObject.getObjectContent\n      inputStreamToString(is)\n    } finally {\n      Option(is).foreach { _.close() }\n      pomObject.close()\n    }\n\n    try {\n      val pomXML = scala.xml.XML.loadString(pomContent)\n      Some((pomXML \\ \"groupId\").text)\n    } catch {\n      case ex: IllegalArgumentException =>\n        \/\/logger.error(\"[S3ResolverPlugin] S3MavenMetadata.getGroupId() - artifact pom: \" +artifactPom + \" did not contain 'groupId': \" + ex.getMessage)\n        None\n    }\n  }\n\n  private def createXml(\n    groupId: String,\n    artifactName: String,\n    latestVersion: String,\n    versions: NodeSeq,\n    lastUpdated: java.util.Date\n  ): String = {\n    <metadata modelVersion=\"1.1.0\">\n      <groupId>{groupId}<\/groupId>\n      <artifactId>{artifactName}<\/artifactId>\n      <versioning>\n        <latest>{latestVersion}<\/latest>\n        <release>{latestVersion}<\/release>\n        <versions>\n          {versions}\n        <\/versions>\n        <lastUpdated>{new SimpleDateFormat(\"yyyyMMddHHmmss\").format(lastUpdated)}<\/lastUpdated>\n      <\/versioning>\n    <\/metadata>\n  }.toString()\n\n  private def inputStreamToString(is: InputStream): String = {\n    val inputStreamReader = new InputStreamReader(is)\n    val bufferedReader = new BufferedReader(inputStreamReader)\n    bufferedReader.readLine()\n    Iterator.continually{ bufferedReader.readLine }.takeWhile(_ != null).mkString\n  }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"plugin\/src\/main\/scala-2.10\/fm\/sbt\/S3ResolverPluginCompat.scala","text":"package fm.sbt\n\nimport _root_.sbt._\n\nobject S3ResolverPluginCompat {\n  object Keys extends S3ResolverPluginCompat.Keys\n  trait Keys {}\n}\n\ntrait S3ResolverPluginCompat {\n  import S3ResolverPluginCompat.Keys._\n\n  protected def s3PluginVersion: String\n  protected def s3PluginGroupId: String\n\n  protected def compatProjectSettings: Seq[Setting[_]] = Nil\n  val Logger = _root_.sbt.Logger\n  val Using = _root_.sbt.Using\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"project\/plugins.sbt","text":"addSbtPlugin(\"com.github.sbt\" % \"sbt-release\" % \"1.0.15\")\naddSbtPlugin(\"com.github.sbt\" % \"sbt-pgp\" % \"2.1.2\")\naddSbtPlugin(\"com.eed3si9n\" % \"sbt-buildinfo\" % \"0.10.0\")\n\/\/addSbtPlugin(\"com.geirsson\" % \"sbt-ci-release\" % \"1.5.5\")\n\/\/addSbtPlugin(\"com.github.sbt\" % \"sbt-ci-release\" % \"1.5.10\")\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/src\/sbt-test\/fm-sbt-s3-resolver\/resolver-style\/build.sbt","text":"resolvers in ThisBuild += \"Custom Releases\" at \"s3:\/\/maven.custom\/releases\/\"\n\nlazy val mavenStyle = project\n  .in(file(\"maven-style\"))\n  .settings(\n    version := \"0.1.0\",\n    scalaVersion := \"2.10.6\",\n    publishMavenStyle := true,\n    TaskKey[Unit](\"check\") := {\n      assert(resolvers.value.filter(_.name.equals(\"Custom Releases\")).head.isInstanceOf[MavenRepository],\n        \"A maven style project should have a maven repository as it default resolver\"\n      )\n    }\n  )\n\nlazy val ivyStyle = project\n  .in(file(\"ivy-style\"))\n  .settings(\n    version := \"0.1.0\",\n    publishMavenStyle := false,\n    TaskKey[Unit](\"check\") := {\n      assert(resolvers.value.filter(_.name.equals(\"Custom Releases\")).head.isInstanceOf[MavenRepository],\n        \"A maven style project should have a maven repository as it default resolver\"\n      )\n    }\n  )"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"build.sbt","text":"<filename>build.sbt<gh_stars>0\nval Versions = new {\n  val crossScalaVersions = Seq(\"2.10.7\", \"2.12.15\")\n  val ivy                = \"2.5.0\"\n  val lmCoursier         = \"2.0.10-1\"\n  val scalaTest          = \"3.2.10\"\n  val amazonSDK          = \"1.12.129\"\n}\n\n\/\/ Because we're both a library and an sbt plugin, we use crossScalaVersions rather than crossSbtVersions for\n\/\/ cross building. So you can use commands like +scripted.\ncrossScalaVersions := Versions.crossScalaVersions\n\nsbtVersion := {\n  scalaBinaryVersion.value match {\n    case \"2.10\" => \"0.13.18\"\n    case \"2.12\" => \"1.2.8\"\n  }\n}\n\nThisBuild \/ organization := \"com.evenfinancial\"\nThisBuild \/ licenses := Seq(\"Apache License, Version 2.0\" -> url(\"http:\/\/www.apache.org\/licenses\/LICENSE-2.0.txt\"))\nThisBuild \/ homepage := Some(url(\"https:\/\/github.com\/EVENFinancial\/fm-sbt-s3-resolver\"))\nThisBuild \/ publishMavenStyle := true\n\n\nThisBuild \/ scalacOptions ++= Seq(\"-encoding\", \"UTF-8\", \"-deprecation\", \"-feature\", \"-language:implicitConversions\")\n\/\/val unusedWarnings = Seq(\"-Ywarn-unused:imports\")\n\/\/\n\/\/ThisBuild \/ scalacOptions ++= PartialFunction.condOpt(CrossVersion.partialVersion(scalaVersion.value)){\n\/\/  case Some((2, v)) if v >= 11 => unusedWarnings\n\/\/}.toList.flatten\n\/\/\n\/\/Seq(Compile, Test).flatMap(c =>\n\/\/  ThisBuild \/ scalacOptions in (c, console) --= unusedWarnings\n\/\/)\n\ndef hash(): String = sys.process.Process(\"git rev-parse HEAD\").lineStream_!.head\n\nThisBuild \/ scalacOptions in (Compile, doc) ++= {\n  Seq(\n    \"-sourcepath\", (baseDirectory in LocalRootProject).value.getAbsolutePath,\n    \"-doc-source-url\", s\"https:\/\/github.com\/EVENFinancial\/fm-sbt-s3-resolver\/tree\/${hash()}\u20ac{FILE_PATH}.scala\"\n  )\n}\ncredentials += Credentials(\n  \"GnuPG Key ID\",\n  \"gpg\",\n  \"<KEY>\", \/\/ key identifier\n  \"ignored\" \/\/ this field is ignored; passwords are supplied by pinentry\n)\n\n\/\/ThisBuild \/ publishTo := {\n\/\/  val nexus = \"https:\/\/s01.oss.sonatype.org\/\"\n\/\/  \/\/val nexus = \"https:\/\/oss.sonatype.org\/\"\n\/\/  if (version.value.trim.endsWith(\"SNAPSHOT\")) {\n\/\/    Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n\/\/  } else {\n\/\/    Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n\/\/  }\n\/\/}\n\nThisBuild \/ publishTo := {\n  val nexus = \"https:\/\/s01.oss.sonatype.org\/\"\n  if (isSnapshot.value) Some(\"snapshots\" at nexus + \"content\/repositories\/snapshots\")\n  else Some(\"releases\" at nexus + \"service\/local\/staging\/deploy\/maven2\")\n}\n\nThisBuild \/ Test \/ publishArtifact := false\nThisBuild \/ pomIncludeRepository := { _ => false }\n\nThisBuild \/ pomExtra := (\n  <developers>\n    <developer>\n      <id>tim<\/id>\n      <name><NAME><\/name>\n      <email><EMAIL><\/email>\n      <url>https:\/\/github.com\/tpunder<\/url>\n    <\/developer>\n    <developer>\n      <id>ericpeters<\/id>\n      <name><NAME><\/name>\n      <email><EMAIL><\/email>\n      <url>https:\/\/github.com\/er1c<\/url>\n    <\/developer>\n  <\/developers>\n  <scm>\n      <connection>scm:git:git@github.<EMAIL>:EVENFinancial\/fm-sbt-s3-resolver.git<\/connection>\n      <developerConnection>scm:git:git@github.<EMAIL>:EVENFinancial\/fm-sbt-s3-resolver.git<\/developerConnection>\n      <url><EMAIL>:EVENFinancial\/fm-sbt-s3-resolver.git<\/url>\n  <\/scm>)\n\nlazy val root = project\n  .in(file(\".\"))\n  .settings(\n    name := \"fm-sbt-s3-resolver-root\",\n\n    \/\/ https:\/\/www.scala-sbt.org\/1.x\/docs\/Cross-Build.html#Note+about+sbt-release\n    \/\/ crossScalaVersions must be set to Nil on the aggregating project\n    crossScalaVersions := Nil,\n    publish \/ skip := true,\n\n    \/\/ don't use sbt-release's cross facility\n    releaseCrossBuild := false,\n    releaseProcess := {\n      import ReleaseTransformations._\n      Seq[ReleaseStep](\n        checkSnapshotDependencies,\n        inquireVersions,\n        runClean,\n        releaseStepCommandAndRemaining(\"+test\"),\n        setReleaseVersion,\n        commitReleaseVersion,\n        tagRelease,\n        releaseStepCommandAndRemaining(\"+publishSigned\"),\n        setNextVersion,\n        commitNextVersion,\n        pushChanges\n      )\n    }\n  )\n  .aggregate(plugin)\n\nlazy val plugin = project\n  .in(file(\".\/plugin\"))\n  .enablePlugins(BuildInfoPlugin, SbtPlugin)\n  .settings(\n    name := \"fm-sbt-s3-resolver\",\n    description := \"SBT S3 Resolver Plugin\",\n    buildInfoKeys := Seq[BuildInfoKey](name, organization, version, scalaVersion, scalaBinaryVersion, sbtVersion, sbtBinaryVersion),\n    buildInfoPackage := \"fm.sbt\",\n    scriptedBufferLog := false,\n    crossScalaVersions := Versions.crossScalaVersions,\n    \/\/ This overrides scriptedSbt\n    pluginCrossBuild \/ sbtVersion := {\n      scalaBinaryVersion.value match {\n        case \"2.10\" => \"0.13.18\"\n        case \"2.12\" => \"1.2.8\"\n      }\n    },\n    \/\/ Via https:\/\/github.com\/sbt\/sbt\/issues\/5049\n    dependencyOverrides := {\n      val v = scalaBinaryVersion.value match {\n        case \"2.10\" => \"0.13.18\"\n        case \"2.12\" => \"1.2.8\"\n      }\n      \"org.scala-sbt\" % \"sbt\" % v :: Nil\n    },\n    scripted := Def.inputTaskDyn {\n      sys.error(s\"Run scripted from the 'scripted' directory\")\n    }.evaluated\n  )\n  .dependsOn(coursierHandler)\n  .aggregate(coursierHandler)\n\nlazy val coursierHandler = project\n  .in(file(\".\/coursier-handler\"))\n  .settings(\n    name := \"fm-sbt-s3-resolver-coursier-handler\",\n    libraryDependencies ++= Seq(\n      \"com.amazonaws\" % \"aws-java-sdk-s3\" % Versions.amazonSDK,\n      \"com.amazonaws\" % \"aws-java-sdk-sts\" % Versions.amazonSDK,\n      \"org.apache.ivy\" % \"ivy\" % Versions.ivy,\n      \"org.scalatest\" %% \"scalatest\" % Versions.scalaTest % Test\n    ),\n    crossScalaVersions := Vector(\"2.10.7\", \"2.12.15\", \"2.13.7\"),\n    sbtVersion := (LocalRootProject \/ pluginCrossBuild \/ sbtVersion ).value,\n    \/\/ additional custom protocol support added in 2.0.9 (https:\/\/github.com\/coursier\/sbt-coursier\/commit\/92e40c22256bea44d1e1befbef1cb2a627f8b155)\n    libraryDependencies ++= {\n      CrossVersion.partialVersion(scalaVersion.value) match {\n        case Some((2, n)) if n >= 12 =>\n          Seq(\n            \"io.get-coursier\" %% \"lm-coursier\" % Versions.lmCoursier,\n            \"io.get-coursier\" %% \"lm-coursier-shaded\" % Versions.lmCoursier,\n          )\n        case _ => Nil\n      }\n    }\n  )\n"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"coursier-handler\/src\/main\/scala\/coursier\/cache\/protocol\/S3Handler.scala","text":"package coursier.cache.protocol\n\nimport java.net.{URLStreamHandler, URLStreamHandlerFactory}\n\n\/**\n * This class name must be coursier.cache.protocol.{protocol.capitalize}Handler\n *\/\nclass S3Handler extends URLStreamHandlerFactory {\n  def createURLStreamHandler(protocol: String): URLStreamHandler = protocol match {\n    case \"s3\" => new fm.sbt.s3.Handler\n    case _    => null\n  }\n}"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/project\/plugins.sbt","text":"libraryDependencies ++= Seq(\n  \"com.dimafeng\" %% \"testcontainers-scala-localstack\" % \"0.39.12\",\n  \"com.amazonaws\" % \"aws-java-sdk-s3\" % \"1.12.129\",\n  \"org.scala-sbt\" %% \"scripted-plugin\" % sbtVersion.value\n)"}
{"repo_name":"EVENFinancial\/fm-sbt-s3-resolver","path":"scripted\/project\/S3ScriptedPlugin.scala","text":"import sbt._\nimport Keys._\nimport com.amazonaws.auth.AWSCredentials\nimport com.amazonaws.client.builder.AwsClientBuilder.EndpointConfiguration\nimport com.dimafeng.testcontainers.LocalStackContainer\nimport com.amazonaws.services.s3.{AmazonS3, AmazonS3Client}\nimport com.amazonaws.services.s3.model.{ObjectListing, ObjectMetadata, PutObjectRequest}\nimport org.testcontainers.containers.localstack.LocalStackContainer.Service\nimport sbt.ScriptedPlugin.autoImport.{scripted, scriptedLaunchOpts, scriptedSbt}\nimport sbt.plugins.SbtPlugin\nimport scala.annotation.tailrec\nimport scala.collection.JavaConverters._\n\n\/**\n * This starts an embedded S3 Server and sets appropriate ScriptedPlugin settings to\n * use the s3 server for the scripted tests\n *\/\ncase object S3ScriptedPlugin extends AutoPlugin {\n  override def trigger = allRequirements\n  override def requires = SbtPlugin\n\n  val TestBucket = \"maven.custom\"\n  val s3ContainerKey = AttributeKey[LocalStackContainer](\"fm-s3-container\")\n  val s3ClientKey = AttributeKey[AmazonS3](\"fm-s3-client\")\n  val s3EndpointConfig = AttributeKey[EndpointConfiguration](\"fm-s3-container-endpoint-config\")\n  val s3CredentialsKey = AttributeKey[AWSCredentials](\"fm-s3-credentials\")\n\n  override lazy val projectSettings = Seq(\n    scripted := scripted.dependsOn(setupS3ServerTask).evaluated\n  )\n\n  override val globalSettings: Seq[Def.Setting[_]] = Seq(\n    Global \/ onLoad := (Global \/ onLoad).value andThen startS3Server,\n  )\n\n  private def getEndpointConfig(state: State): Option[EndpointConfiguration] = state.get(s3ContainerKey).map{ _.container.getEndpointConfiguration(Service.S3) }\n  private def getCredentials(state: State): Option[AWSCredentials] = state.get(s3ContainerKey).map{ _.container.getDefaultCredentialsProvider.getCredentials }\n  private def getS3Client(state: State): Option[AmazonS3] = state.get(s3ClientKey)\n  private def getServiceEndpoint(state: State): Option[String] = getEndpointConfig(state).map{ _.getServiceEndpoint }\n  private def getSigningRegion(state: State): Option[String] = getEndpointConfig(state).map{ _.getSigningRegion }\n  private def getAWSAccessKeyId(state: State): Option[String] = getCredentials(state).map{ _.getAWSAccessKeyId }\n  private def getAWSSecretKey(state: State): Option[String] = getCredentials(state).map{ _.getAWSSecretKey }\n\n  private def startS3Server(state: State): State = {\n    state.get(s3ContainerKey) match {\n      case None =>\n        state.log.info(\"[S3ScriptedPlugin] Starting Embedded S3 Server...\")\n        val container = LocalStackContainer(services = List(Service.S3))\n        container.start()\n        state.log.info(\"[S3ScriptedPlugin] Started S3 Server on endpoint: \"+container.container.getEndpointConfiguration(Service.S3).getServiceEndpoint)\n\n        ensureScriptedLaunchOpts(\n          state.addExitHook {\n            state\n              .get(s3ContainerKey)\n              .map { container =>\n                state.log.info(\"[S3ScriptedPlugin] Stopping Embedded S3 Server...\")\n                container.stop()\n                state.log.info(\"[S3ScriptedPlugin] Stopping Embedded S3 Server...done\")\n                state.remove(s3ContainerKey)\n              }.getOrElse(state)\n          },\n          container\n        )\n      case Some(container) =>\n        state.log.info(\"[S3ScriptedPlugin] Reusing S3 Server \"+container.container.getEndpointConfiguration(Service.S3).getServiceEndpoint)\n        \/\/ This is a hack to work around reloading via ^^ sbt.version\n        if (!Project.extract(state).get(scriptedLaunchOpts).exists{ _.startsWith(\"-Daws.accessKeyId\")}) {\n          ensureScriptedLaunchOpts(state, container)\n\/\/          println(\n\/\/            s\"\"\"|state: $state\n\/\/                |\n\/\/                |${state.getSetting()}\n\/\/                |currentCommand: ${state.currentCommand}\n\/\/                |remainingCommands: ${state.remainingCommands}\n\/\/                |\"\"\".stripMargin)\n\/\/          state\n        } else {\n          state\n        }\n    }\n  }\n\n  private def ensureScriptedLaunchOpts(state: State, container: LocalStackContainer): State = {\n    val client = AmazonS3Client.builder()\n      .withForceGlobalBucketAccessEnabled(true)\n      .withEndpointConfiguration(container.container.getEndpointConfiguration(Service.S3))\n      .withCredentials(container.container.getDefaultCredentialsProvider)\n      .build()\n\n    val newState = state\n      .put(s3ContainerKey, container)\n      .put(s3ClientKey, client)\n      .put(s3EndpointConfig, container.container.getEndpointConfiguration(Service.S3))\n      .put(s3CredentialsKey, container.container.getDefaultCredentialsProvider.getCredentials)\n\n    val currentCrossBuildSbtVersion = Project.extract(state).get(sbtVersion in pluginCrossBuild)\n\/\/    val currentScriptedSbtVersion = Project.extract(state).getOpt(scriptedSbt)\n\/\/    val currentSbtVersion = Project.extract(state).get(sbtVersion)\n\/\/    val currentSbtBinaryVersion = Project.extract(state).get(sbtBinaryVersion)\n\n    \/\/ This triggers onLoad and onUnload \"again\", so we must persist a single s3 server instance\n    \/\/ in-between session reloads, so the settingKey values are correct when the onLoad is ran.\n    Project\n      .extract(newState)\n      .appendWithSession(\n        Seq(\n          ThisBuild \/ scriptedLaunchOpts ++= Seq(\n            getServiceEndpoint(newState).map{ \"-Dfm.sbt.s3.endpoint.serviceEndpoint=\" + _ }.get,\n            getSigningRegion(newState).map{ \"-Dfm.sbt.s3.endpoint.signingRegion=\" + _ }.get,\n            getAWSAccessKeyId(newState).map{ \"-Daws.accessKeyId=\" + _ }.get,\n            getAWSSecretKey(newState).map{ \"-Daws.secretKey=\" + _ }.get\n          ),\n          \/\/ThisBuild \/ scriptedSbt := currentCrossBuildSbtVersion,\n\/\/          ThisBuild \/ pluginCrossBuild \/ sbtVersion := {\n\/\/            scalaBinaryVersion.value match {\n\/\/              case \"2.10\" => \"0.13.18\"\n\/\/              case \"2.12\" => \"1.2.8\"\n\/\/            }\n\/\/          },\n          ThisBuild \/ sbtVersion in pluginCrossBuild := currentCrossBuildSbtVersion,\n          \/\/scriptedSbt := currentScriptedSbtVersion,\n          \/\/ThisBuild \/ sbtVersion := currentCrossBuildSbtVersion,\n          \/\/sbtBinaryVersion := currentSbtBinaryVersion\n        ),\/\/ ++ currentScriptedSbtVersion.toSeq.map{ scriptedSbt := _ },\n        newState\n      )\n  }\n\n  private lazy val setupS3ServerTask: Def.Initialize[Task[Unit]] = Def.task {\n    setupS3Server(state.value)\n  }\n\n  @tailrec private def deleteS3BucketObjects(client: AmazonS3, bucketName: String, objectListing: ObjectListing): Unit = {\n    objectListing.getObjectSummaries.iterator().asScala.foreach { obj =>\n      client.deleteObject(bucketName, obj.getKey)\n    }\n    if (objectListing.isTruncated) deleteS3BucketObjects(client, bucketName, client.listNextBatchOfObjects(objectListing))\n  }\n\n  private def setupS3Server(state: State): Unit = {\n    getS3Client(state).foreach { client =>\n      state.log.info(\"[S3ScriptedPlugin] Recreating s3 bucket: '\"+TestBucket+\"'\")\n      client.listBuckets().asScala.foreach{ bucket =>\n        val bucketName = bucket.getName\n        deleteS3BucketObjects(client, bucketName, client.listObjects(bucketName))\n        client.deleteBucket(bucketName)\n      }\n      client.createBucket(TestBucket)\n      val bucketPath = \"test\/s3\/\"+TestBucket\n      val finder: PathFinder = file(bucketPath) ** \"*.*\"\n      finder.get.filter{ _.isFile }.foreach { f: File =>\n        val path = f.getAbsolutePath\n        val key = path.drop(path.indexOf(bucketPath)+bucketPath.length+1)\n        state.log.info(\"[S3ScriptedPlugin] [\"+TestBucket+\"] Adding \"+key)\n\n        val meta: ObjectMetadata = new ObjectMetadata()\n        \/\/if (serverSideEncryption) meta.setSSEAlgorithm(ObjectMetadata.AES_256_SERVER_SIDE_ENCRYPTION)\n        meta.setContentType(\"application\/octet-stream\")\n        val req = new PutObjectRequest(TestBucket, key, f).withMetadata(meta)\n        client.putObject(req)\n      }\n\n    }\n  }\n\n\/\/  \/\/onUnload in Global := (onUnload in Global).value andThen finish\n\/\/  private def finish(state: State): State = {\n\/\/    state\n\/\/      .get(s3ContainerKey)\n\/\/      .map { container =>\n\/\/        state.log.info(s\"[S3ScriptedPlugin] Stopping Embedded S3 Server...\")\n\/\/        container.stop()\n\/\/        state.log.info(s\"[S3ScriptedPlugin] Stopping Embedded S3 Server...done\")\n\/\/        state.remove(s3ContainerKey)\n\/\/      }\n\/\/      .getOrElse(state)\n\/\/  }\n}"}
{"repo_name":"rudkjobing\/beckon-java","path":"build.sbt","text":"<filename>build.sbt\nname := \"\"\"play-java\"\"\"\n\nversion := \"1.0-SNAPSHOT\"\n\nlazy val root = (project in file(\".\")).enablePlugins(PlayJava)\n\nscalaVersion := \"2.11.1\"\n\nlibraryDependencies ++= Seq(\n  javaJdbc,\n  cache,\n  javaWs,\n  \"com.amazonaws\" % \"aws-java-sdk\" % \"1.9.17\",\n  \"commons-validator\" % \"commons-validator\" % \"1.4.0\",\n  \"org.postgresql\" % \"postgresql\" % \"9.4-1201-jdbc41\",\n  javaEbean\n)\n\njavaOptions ++= Seq(\"-Xmx256M\", \"-Xmx512M\", \"-XX:MaxPermSize=512M\")\n\n\nfork in run := false"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/RegFileTK.scala","text":"package procelem.components\n\nimport chisel3.Module\n\nimport procelem._\nimport procelem.enums._\nimport procelem.interfaces._\n\nclass RegFileL(config: Config) extends Module {\n  val io = new LeftIO(1, config)\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/Switcher.scala","text":"package procelem.components\n\nimport chisel3._\nimport chisel3.util._\n\nimport procelem._\n\n\/** Connects the various components together based on reprogrammable registers\n  *\n  * @param config the configuration of the parent PE\n  *\/\nclass Switcher(config: Config) extends Module {\n\n  val io: SwitcherIO = IO(new SwitcherIO(config))\n\n  private val programReg = Reg(new ProgramIO(config))\n  programReg := io.programWire\n\n  io.leftDataSource.foreach(_.foreach(_.ready := false.B))\n  io.rightDataSource.foreach(_.foreach(_.ready := false.B))\n\n  for ((component, sel) <- io.leftDataSink zip programReg.leftProgram) {\n    component <> io.leftDataSource(sel)\n  }\n  for ((component, sel) <- io.rightDataSink zip programReg.rightProgram) {\n    component <> io.rightDataSource(sel)\n  }\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/ThickCP.scala","text":"<reponame>ryanlorica\/processing-element\npackage procelem.components\n\nclass ThickCP {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/test\/scala\/testers\/pe\/PESpec.scala","text":"<filename>src\/test\/scala\/testers\/pe\/PESpec.scala\npackage testers.pe\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport procelem._\nimport procelem.enums._\n\nclass PESpec extends FlatSpec with Matchers {\n\n  behavior of \"PE\"\n\n  it should \"Instantiate correctly\" in {\n\n    val exMem: Map[RFType, Int] = Map(WRF -> 256, ARF -> 256, PRF -> 256)\n    val config = Config(Nil, exMem, (4, 4), INT8)\n\n    chisel3.iotesters.Driver(() => new PE(config)) { c =>\n      new InstantiateTest(c)\n    } should be(true)\n  }\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/SwitcherIO.scala","text":"<filename>src\/main\/scala\/procelem\/components\/SwitcherIO.scala<gh_stars>1-10\npackage procelem.components\n\nimport chisel3._\nimport chisel3.util._\n\nimport procelem._\n\nclass SwitcherIO(config: Config) extends Bundle {\n\n  override def cloneType: SwitcherIO.this.type = new SwitcherIO(config).asInstanceOf[this.type]\n\n  private val bitwidth = config.encoding.bitwidth\n\n  val programWire = new ProgramIO(config)\n\n  val leftDataSource: Vec[Vec[DecoupledIO[Vec[UInt]]]] =\n    Flipped(Vec(config.leftExtant.size, Vec(config.n, Decoupled(Vec(config.m, UInt(bitwidth.W))))))\n\n  val rightDataSource: Vec[Vec[DecoupledIO[UInt]]] =\n    Flipped(Vec(config.rightExtant.size, Vec(config.n, Decoupled(UInt(bitwidth.W)))))\n\n  val leftDataSink: Vec[Vec[DecoupledIO[Vec[UInt]]]] =\n    Vec(config.nLSinks, Vec(config.n, Decoupled(Vec(config.m, UInt(bitwidth.W)))))\n\n  val rightDataSink: Vec[Vec[DecoupledIO[UInt]]] =\n    Vec(config.nRSinks, Vec(config.n, Decoupled(UInt(bitwidth.W))))\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/PE.scala","text":"<filename>src\/main\/scala\/procelem\/PE.scala\npackage procelem\n\nimport chisel3._\n\nimport components._\nimport enums._\n\n\nclass PE(config: Config) extends Module {\n\n  val io: PEIO = IO(new PEIO(config))\n\n  val switcher = Module(new Switcher(config))\n  switcher.io.programWire := io.programWire\n\n}\n\n\/**\n  * Wraps all of the static constants for the PE. Also provides a functional\n  * interface for PE generation.\n  *\/\nobject PE {\n\n  \/** List of components that are n * m wide; i.e., pre-flattened *\/\n  val leftComponents: List[ComponentType with LeftType] = List(LP0, LP1, LP2, WRF, ARF, MBL, ABL)\n\n  \/** List of components that are n wide; i.e., post-flattened *\/\n  val rightComponents: List[ComponentType with RightType] = List(ABL, PRF, NBL, RP0, RP1, RP2)\n\n  \/** List of all components *\/\n  val allComponents: List[ComponentType] = (leftComponents union rightComponents).distinct\n\n  \/** List of ports that are n * m wide *\/\n  val leftPorts: List[IOPort with LeftType] = List(LP0, LP1, LP2)\n\n  \/** List of ports that are n wide *\/\n  val rightPorts: List[IOPort with RightType] = List(RP0, RP1, RP2)\n\n  \/** List of all ports *\/\n  val allPorts: List[IOPort] = (leftPorts union rightPorts).distinct\n\n  \/** List of Register Files n * m wide *\/\n  val leftRFs: List[RFType with LeftType] = List(WRF, ARF)\n\n  \/** List of Register Files that are n wide *\/\n  val rightRFs: List[RFType with RightType] = List(PRF)\n\n  \/** List of all Register Files *\/\n  val allRFs: List[RFType] = (leftRFs union rightRFs).distinct\n\n  \/** Gives the number of input ports a component has *\/\n  def numInputPorts(cp: ComponentType): Int = cp match {\n    case MBL => 2\n    case ABL => 2\n    case _ => 1\n  }\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/package.scala","text":"\n\/** Provides an implementation of a CGRA processing element for deep learning inference *\/\npackage object procelem\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/interfaces\/package.scala","text":"package procelem\n\npackage object interfaces {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/enums\/componentType.scala","text":"<filename>src\/main\/scala\/procelem\/enums\/componentType.scala<gh_stars>1-10\npackage procelem.enums\n\nsealed trait ComponentType\nsealed trait LeftType\nsealed trait RightType\n\nsealed trait RFType extends ComponentType\ncase object WRF extends RFType with LeftType\ncase object ARF extends RFType with LeftType\ncase object PRF extends RFType with RightType\n\nsealed trait FuncBloc extends ComponentType\ncase object MBL extends FuncBloc with LeftType\ncase object ABL extends FuncBloc with LeftType with RightType\ncase object NBL extends FuncBloc with RightType\n\nsealed trait IOPort extends ComponentType\ncase object LP0 extends IOPort with LeftType\ncase object LP1 extends IOPort with LeftType\ncase object LP2 extends IOPort with LeftType\ncase object RP0 extends IOPort with RightType\ncase object RP1 extends IOPort with RightType\ncase object RP2 extends IOPort with RightType\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/ProgramIO.scala","text":"<filename>src\/main\/scala\/procelem\/ProgramIO.scala\npackage procelem\n\nimport chisel3._\nimport chisel3.util._\n\n\nclass ProgramIO(config: Config) extends Bundle {\n\n  override def cloneType: ProgramIO.this.type = new ProgramIO(config).asInstanceOf[this.type]\n\n  val enable = Input(Bool())\n  val leftProgram = Input(Vec(config.nLSinks, UInt(log2Ceil(config.nLSources).W)))\n  val rightProgram = Input(Vec(config.nRSinks, UInt(log2Ceil(config.nRSources).W)))\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/test\/scala\/testers\/switcher\/SwitcherSpec.scala","text":"package testers.switcher\n\nimport org.scalatest.{FlatSpec, Matchers}\n\nimport chisel3._\n\nimport procelem._\nimport procelem.enums._\nimport procelem.components.Switcher\n\nclass SwitcherSpec extends FlatSpec with Matchers {\n\n  behavior of \"Switcher\"\n\n  it should \"Instantiate correctly\" in {\n\n    val exMem: Map[RFType, Int] = Map(WRF -> 256, ARF -> 256, PRF -> 256)\n    val context = Config(PE.allComponents, exMem, (4, 4), INT8)\n\n    chisel3.iotesters.Driver(() => new Switcher(context)) { c =>\n      new InstantiateTest(c)\n    } should be(true)\n  }\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/interfaces\/StdThinIO.scala","text":"package procelem.interfaces\n\nimport chisel3._\nimport chisel3.util._\n\nimport procelem._\n\nclass RightIO(nPortsIn: Int, c: Config) extends Bundle {\n\n  val inRight: Vec[Vec[DecoupledIO[UInt]]] =\n    Flipped(Vec(nPortsIn, Vec(c.n, Decoupled(UInt(c.bitwidth.W)))))\n\n  val outRight: Vec[DecoupledIO[UInt]] = Vec(c.n, Decoupled(UInt(c.bitwidth.W)))\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/Config.scala","text":"<filename>src\/main\/scala\/procelem\/Config.scala\npackage procelem\n\nimport procelem.enums._\n\n\/\/ Necessary because passing the PE itself as a parameter defies Module() wraps\n\/\/ Workaround *possible* with by-name-parameters\n\n\/** All the necessary configurations for a PE\n  *\n  * @param componentList the desired components, given by their ComponentType code\n  * @param memSize the desired size of each register file\n  * @param simd the SIMD channel and subchannel width\n  * @param encoding the data encoding style; e.g. INT8 or FP32\n  *\/\ncase class Config(componentList: List[ComponentType],\n                  memSize: Map[RFType, Int],\n                  simd: (Int, Int),\n                  encoding: EncodingType) {\n\n  val leftExtant: List[ComponentType with LeftType] = PE.leftComponents intersect componentList\n  val rightExtant: List[ComponentType with RightType] = PE.rightComponents intersect componentList\n  val allExtant: List[ComponentType] = (leftExtant union rightExtant).distinct\n\n  val nLSources: Int = leftExtant.size\n  val nRSources: Int = rightExtant.size\n  val nLSinks: Int = leftExtant.map(PE.numInputPorts).sum\n  val nRSinks: Int = rightExtant.map(PE.numInputPorts).sum\n\n  val nLPorts: Int = PE.leftPorts.size\n  val nRPorts: Int = PE.rightPorts.size\n\n  val n: Int = simd._1\n  val m: Int = simd._2\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/PEIO.scala","text":"<gh_stars>1-10\npackage procelem\n\nimport chisel3.Bundle\n\nimport procelem.components._\n\nclass PEIO(config: Config) extends Bundle {\n\n  override def cloneType: PEIO.this.type = new PEIO(config).asInstanceOf[this.type]\n\n  val programWire = new ProgramIO(config)\n  val switcherIO = new SwitcherIO(config)\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/test\/scala\/testers\/switcher\/InstantiateTest.scala","text":"<filename>src\/test\/scala\/testers\/switcher\/InstantiateTest.scala\npackage testers.switcher\n\nimport chisel3.iotesters.PeekPokeTester\n\nimport procelem.components.Switcher\n\nclass InstantiateTest(c: Switcher) extends PeekPokeTester(c) {\n  \/\/ Nothing\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/interfaces\/ThinIO.scala","text":"<filename>src\/main\/scala\/procelem\/interfaces\/ThinIO.scala\npackage procelem.interfaces\n\ntrait ThinIO {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/enums\/encodingType.scala","text":"package procelem.enums\n\nsealed trait EncodingType {\n  def bitwidth: Int\n}\n\ncase object INT8 extends EncodingType { val bitwidth = 8 }\ncase object INT16 extends EncodingType { val bitwidth = 16 }\ncase object INT32 extends EncodingType { val bitwidth = 32 }\ncase object INT64 extends EncodingType { val bitwidth = 64 }\n\ncase object FP8 extends EncodingType { val bitwidth = 8 }\ncase object FP16 extends EncodingType { val bitwidth = 16 }\ncase object FP32 extends EncodingType { val bitwidth = 32 }\ncase object FP64 extends EncodingType { val bitwidth = 64 }\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/interfaces\/StdThickIO.scala","text":"package procelem.interfaces\n\nimport chisel3._\nimport chisel3.util._\nimport procelem._\n\n\nclass LeftIO(nPortsIn: Int, c: Config) extends Bundle {\n\n  val inLeft: Vec[Vec[DecoupledIO[Vec[UInt]]]] =\n    Flipped(Vec(nPortsIn, Vec(c.n, Decoupled(Vec(c.m, UInt(c.bitwidth.W))))))\n\n  val outLeft: Vec[DecoupledIO[Vec[UInt]]] = Vec(c.n, Decoupled(Vec(c.m, UInt(c.bitwidth.W))))\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/ThickComponent.scala","text":"package procelem.components\n\nclass ThickComponent {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/interfaces\/ThickIO.scala","text":"package procelem.interfaces\n\nclass ThickIO {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/ThinCP.scala","text":"package procelem.components\n\ntrait ThinCP {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/main\/scala\/procelem\/components\/RegFileR.scala","text":"<reponame>ryanlorica\/processing-element<filename>src\/main\/scala\/procelem\/components\/RegFileR.scala\npackage procelem.components\n\nclass RegFileR {\n\n}\n"}
{"repo_name":"ryanlorica\/processing-element","path":"src\/test\/scala\/testers\/pe\/InstantiateTest.scala","text":"package testers.pe\n\nimport chisel3.iotesters.PeekPokeTester\n\nimport procelem.PE\n\nclass InstantiateTest(c: PE) extends PeekPokeTester(c) {\n\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/controllers\/BondETF.scala","text":"<reponame>commonlisp\/typedynamic-finance\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\nimport org.jsoup.Jsoup\n\nimport collection.immutable._\n\nimport play.api.db.DB\nimport anorm._\nimport anorm.SqlParser._\nimport play.api.Play.current\nimport models._\n\nimport play.api.data._\nimport play.api.data.Forms._\n\nimport collection.JavaConversions._\n\nobject BondETF extends Controller {\n   val bondportfolio = {\n     get[Long](\"id\") ~\n     get[String](\"symbol\") ~\n     get[String](\"descr\") map { \n      case id~symbol~descr => BondPortfolio(id, symbol, descr, 1.0f)\n     }\n   }\n\n   def all(): List[BondPortfolio] = DB.withConnection { implicit c => \n      SQL(\"select * from bondportfolio\").as(bondportfolio *)\n   }\n\n   def show(symbol: String) = Action {\n          \n     Ok(\"Bond ETF \" + symbol + all())\n   }\n  \n   val bondPortfolioForm = Form(\n      tuple(\n        \"symbol\" -> nonEmptyText,\n        \"descr\" -> nonEmptyText\n      )\n   )\n \n   def bondportfolios() = Action {\n      val portfolios = all()\n      val rates = portfolios.map(p => (p.symbol, Application.etfYield(p.symbol))).toMap\n      Ok(views.html.bondportfolios(portfolios, rates, bondPortfolioForm))\n   }\n\n   def newBondPortfolio() = Action { implicit req =>\n     bondPortfolioForm.bindFromRequest.fold(\n       errors => BadRequest(views.html.bondportfolios(all(), Map.empty, errors)),\n       x => {\n             BondPortfolio.create(x._1, x._2, 4.0f)\n             Redirect(routes.BondETF.bondportfolios)\n       })\n   }\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"project\/Build.scala","text":"<gh_stars>0\nimport sbt._\nimport Keys._\nimport play.Project._\n\nobject ApplicationBuild extends Build {\n\n    val appName         = \"typedynamic\"\n    val appVersion      = \"1.0-SNAPSHOT\"\n\n    val appDependencies = Seq(\n      anorm,\n      jdbc,\n      \"org.jsoup\" % \"jsoup\" % \"1.6.3\",\n      \"org.xerial\" % \"sqlite-jdbc\" % \"3.7.2\",\n      \"org.mongodb\" %% \"casbah\" % \"2.6.3\",\n      \"com.typesafe\" % \"config\" % \"0.5.0\",\n      \"org.scalanlp\" %% \"breeze\" % \"0.5.2\"\n      \/\/ Add your project dependencies here,\n    )\n\n    val main = play.Project(appName, appVersion, appDependencies).settings(\n      \/\/ Add your own project settings here      \n    )\n\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/models\/Event.scala","text":"<filename>app\/models\/Event.scala<gh_stars>0\npackage models\n\ncase class Event(id: Long, symbol: String, descr: String, dates: String)\n\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/controllers\/Event.scala","text":"<reponame>commonlisp\/typedynamic-finance\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\n\nimport com.mongodb.casbah.Imports._\n\nobject Event extends Controller {\n\n  val coll = MongoConnection()(\"typedynamic\")(\"events\")\t\n\n  def newEvent() = Action { implicit req =>\n    Ok(\"newEvent\")\n  }\n\n  def show(id : String) = Action {\n    val o = MongoDBObject(\"id\" -> id)\n    coll.findOne(o) match {\n      case None => Ok(\"Not found\")\n      case Some(m) => Ok(\"Found \" + m)\n    }\n    Ok(\"Error\")\n  }\n\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/models\/BondPortfolio.scala","text":"package models\n\nimport anorm._\nimport anorm.SqlParser._\n\nimport play.api.db._\nimport play.api.Play.current\n\n\ncase class BondPortfolio(id: Long, symbol: String, descr: String, duration: Float)\n\nobject BondPortfolio {\n   val bondportfolio = {\n     get[Long](\"id\") ~\n     get[String](\"symbol\") ~\n     get[String](\"descr\") map {\n      case id~symbol~descr => BondPortfolio(id, symbol, descr, 1.0f)\n     }\n   }\n\n  def all(): List[BondPortfolio] = DB.withConnection { implicit c =>\n     SQL(\"select * from bondportfolio\").as(bondportfolio *)\n  }\n  def create(symbol: String, descr: String, duration: Float) {\n     DB.withConnection { implicit c => \n       SQL(\"insert into bondportfolio (symbol, descr, duration) values ({symbol},{descr}, {duration})\").on('symbol -> symbol, 'descr -> descr, 'duration -> duration).executeUpdate() \n     }\n  }\n  def delete(id: Long) {}\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/controllers\/mktdata.scala","text":"<reponame>commonlisp\/typedynamic-finance<gh_stars>0\npackage controllers\n\nimport models._\n\nimport play.api._\nimport play.api.mvc._\nimport play.api.libs.iteratee._\nimport play.api.libs.json._\n\nimport java.util.{Date, Calendar}\n\nimport com.mongodb.casbah.Imports._\n\/\/import com.ib.client._\n\nimport collection.mutable._\n\nimport play.api.libs.concurrent.Execution.Implicits.defaultContext\n\nobject MktData extends Controller {\n\/*\n  var id = 0\n  val cl = new EClientSocket(IBWrapper)  \n*\/\n\n  var idsymbol = new HashMap[Int, String]\n  val coll = MongoConnection()(\"typedynamic\")(\"mktdataSubscriptions\")\n\/*\n  object IBWrapper extends EWrapper \n  {\n\n    def tickSnapshotEnd(x: Int) {} \n    def deltaNeutralValidation(x: Int, x0: com.ib.client.UnderComp) {}\n    def fundamentalData(x: Int, x0: java.lang.String) {}\n    def currentTime(x: Long) {}\n    def realtimeBar(reqId: Int, time: Long, open: Double, high: Double, low: Double, close: Double, volume: Long, wap: Double, count: Int) {}\n    def scannerDataEnd(x: Int) {}\n    def scannerData(x: Int, x0: Int, x1: com.ib.client.ContractDetails, x2: String, x3: String, x4: java.lang.String, x5: java.lang.String) {}\n    def scannerParameters(x: java.lang.String) {}\n    def historicalData(x1: Int, x2: java.lang.String, x3: Double, x4: Double, x5: Double, x6: Double, x7: Int, x8: Int, x9: Double, x10: Boolean) {}\n    def receiveFA(x1: Int, x2: java.lang.String) {}\n    def managedAccounts(x1: java.lang.String) {}\n    def updateNewsBulletin(x1: Int, x2: Int, x3: java.lang.String, x4: java.lang.String) {}\n  def updateMktDepthL2  (x1: Int, x2: Int, x3: java.lang.String, x4: Int, x5: Int, x6: Double, x7: Int) {}\n  def updateMktDepth  (x1: Int, x2: Int, x3: Int, x4: Int, x5: Double, x6: Int) {}\n  def execDetailsEnd  (x1: Int) {}\n  def execDetails  (x1: Int, x2: com.ib.client.Contract, x3: com.ib.client.Execution) {}\n  def contractDetailsEnd  (x1: Int) {}\n  def bondContractDetails  (x1: Int, x2: com.ib.client.ContractDetails) {}\n  def contractDetails  (x1: Int, x2: com.ib.client.ContractDetails) {}\n  def nextValidId  (x1: Int) {}\n  def accountDownloadEnd  (x1: java.lang.String) {}\n  def updateAccountTime  (x1: java.lang.String) {}\n  def updatePortfolio  (x1: com.ib.client.Contract, x2: Int, x3: Double, x4: Double, x5: Double, x6: Double, x7: Double, x8: java.lang.String) {}\n  def updateAccountValue  (x1: java.lang.String, x2: java.lang.String, x3: java.lang.String, x4: java.lang.String) {}\n  def openOrderEnd  () {}\n  def openOrder  (x1: Int, x2: com.ib.client.Contract, x3: com.ib.client.Order, x4: com.ib.client.OrderState) {}\n  def orderStatus  (x1: Int, x2: java.lang.String, x3: Int, x4: Int, x5: Double, x6: Int, x7: Int, x8: Double, x9: Int, x10: java.lang.String) {}\n  def tickEFP  (x1: Int, x2: Int, x3: Double, x4: java.lang.String, x5: Double, x6: Int, x7: java.lang.String, x8: Double, x9: Double) {}\n  def tickString  (x1: Int, x2: Int, x3: java.lang.String) {}\n  def tickGeneric  (x1: Int, x2: Int, x3: Double) {}\n  def tickOptionComputation  (x1: Int, x2: Int, x3: Double, x4: Double, x5: Double, x6: Double, x7: Double, x8: Double, x9: Double, x10: Double) {}\n  def tickSize  (x1: Int, x2: Int, x3: Int) {}\n    def tickPrice  (tickerId: Int, field: Int, price: Double, canAutoExec: Int) {\n      mktDataHandlers(tickerId)(field, price, canAutoExec)    \n    }\n  \/\/ From AnyWrapper\n  def connectionClosed() {}\n\n  def error(id: Int, x2: Int, msg: java.lang.String) { \n     idsymbol.get(id) match {\n       case Some(symb) => print(\"[\" + symb + \"] \")\n       case None => print(\"[id\"+id + \"] \")\n     }\n     println(\"Error: \" + msg) \n  }\n  def error(x1: java.lang.String) { println(\"Error: \" + x1) }\n  def error(x1: java.lang.Exception) { throw x1 }\n  }\n\n  def stkContract(symbol: String): Contract = {\n    println(\"New stk contract for \" + symbol)\n    val c = new Contract\n    c.m_symbol = symbol\n    c.m_secType = \"STK\"\n    c.m_exchange = \"SMART\"\n    c.m_currency = \"USD\"\n    return c\n  }\n\n  def frontMonthExpiration(): String = {\n    val c = Calendar.getInstance\n    return c.get(Calendar.YEAR).toString + \n           (\"%02d\" format ((c.get(Calendar.MONTH) \/ 3 + 1)*3))\n  }\n\n  def futContract(symbol: String, exch: String, \n                  expiry: String = frontMonthExpiration()  ): Contract = {\n    val c = new Contract\n    c.m_symbol = symbol\n    c.m_secType = \"FUT\"\n    c.m_exchange = exch\n    c.m_currency = \"USD\"\n    c.m_expiry = expiry\n    return c \n  }\n\n  def nextReqId(): Int = { \n     id += 1\n     return id\n  }\n\n  def reqContractDetails(symbol: String, callback: ContractDetails => Unit ) {\n    val c = new Contract\n    c.m_symbol = symbol\n    \n    cl.reqContractDetails(nextReqId(), c)\n  }\n\n  var mktDataHandlers = new HashMap[Int, (Int, Double, Int) => Unit]  \n  var prices = new HashMap[String, Map[String, Queue[(Long, Double)]]]\n\n  def reqMktData(symbol: String, assetType: String = \"stk\") {\n    val n_id = nextReqId()\n    idsymbol += (n_id -> symbol)\n    println(\"Requesting \" + symbol)\n    prices += (symbol -> Map(\"lastPrice\" -> Queue[(Long, Double)](),\n\t\t\t     \"bidPrice\" -> Queue[(Long, Double)](),\n\t\t\t     \"askPrice\" -> Queue[(Long, Double)]()))\n    mktDataHandlers += (n_id -> ((fieldid, price, _) => \n        {\n\t  \/\/println(\"Handling tick for \" + n_id + \" with tick type \" + fieldid)\n          val wsMsg = Json.stringify(Json.toJson(\n                        collection.immutable.Map(\"symbol\" -> symbol, \n                            \"price\" -> (\"%.2f\" format price),\n\t\t\t    \"ticktype\" -> TickType.getField(fieldid))))\n          prices(symbol).get(TickType.getField(fieldid)) match {\n            case Some(queue) => {\n\t       val elem = (System.currentTimeMillis, price)\n\t       if (TickType.getField(fieldid).equals(\"lastPrice\") && \n                   queue.length > 1) {\n\t\t val timeSinceLastTrade = elem._1 - queue.head._1\n\t\t val deltaMsg = Json.stringify(Json.toJson(\n\t\t\t\t collection.immutable.Map(\"symbol\" -> symbol,\n\t\t\t\t\t\"price\" -> timeSinceLastTrade.toString,\n\t\t\t\t        \"ticktype\" -> \"timeDelta\")))\n\t\t \/\/sockEnumerator.push(deltaMsg)\t\n\t\t channel.push(deltaMsg)\n\n               } \n\t       queue.enqueue(elem)\n               if (queue.length >= 10) { \n                 queue.dequeue() \n\t       }\n               \n            }\n            case None => ()\n          }\n          \/\/sockEnumerator.push(wsMsg)\n\t  channel.push(wsMsg)\n        }))\n\n    cl.reqMktData(n_id, \n                  assetType match { \n                    case x @ (\"globex\" | \"ecbot\" | \"nymex\") => futContract(symbol, x)\n                    case _ => stkContract(symbol) \n                  }, \n                  \"\", false) \n  }\n\n  def start() {\n    println(\"Starting up Market Data Engine\")\n    val r0 = cl.eConnect(\"127.0.0.1\", 7496, 0)\n    coll.map(x => reqMktData(x(\"symbol\").asInstanceOf[String], \n                             x(\"assettype\").asInstanceOf[String]))\n  }\n  *\/\n\n  def getData(symbol : String) = WebSocket.using[String] { request =>\n    \/\/ Log events to the console\n    val in = Iteratee.foreach[String](println).map { _ =>\n      println(\"Disconnected\")\n    }\n  \n     \/\/ Send a single 'Hello!' message\n     val out = Enumerator(\"Hello!\")\n     (in, out)\n  }\n\n  \/\/var sockEnumerator = Enumerator.imperative[String]()\n  val (sockEnumerator, channel) = Concurrent.broadcast[String]\n\n  def sock() = WebSocket.using[String] { request =>\n    val in = Iteratee.\n             foreach[String](x => { \n                println(\"Websocket received request \" + x) \n                val a = x.split(':')\n                val assettype = if (a.length < 2) \"stk\" else a(1)\n\t\tassettype match { \n                  case \"ind\" => {\n\t\t    val holdings = IndexPortfolio(a(0))\n\t\t    println(\"Holdings: \" + holdings)\n\t\t    \/\/holdings.map(reqMktData(_))   \n\t\t  }\n\t\t  case \"del\" => {\n\t\t    val symid = idsymbol.map(_.swap)\n\t\t    \/\/cl.cancelMktData(symid(a(0)))\n\t\t  }\n                  case _ => {\n                    val o = MongoDBObject(\"symbol\" -> a(0), \n                                        \"assettype\" -> assettype) \n                    coll.findOne(o) match {\n                      case None => { \n                        coll += o\n                        \/\/reqMktData(a(0),a(1))\n                      }\n                      case Some(_) => ()\n                    }       \n\t\t  }\n\t\t}             \n                                  }).\n            map { _ =>\n      println(\"Disconnected websocket\")\n    }\n  \n     \/\/ Send a single 'Hello!' message\n     val out = sockEnumerator \/\/Enumerator(\"{\\\"abc\\\": 123.00}\") >>> Enumerator.eof \n     (in, out)    \n  }\n\n  def index() = Action {\n    val data = List()\n    \/*println(\"isConnected \" + cl.isConnected() )\n    if (!cl.isConnected()) {\n      start()\n    } *\/\n    Ok(views.html.mktdata.index(data))\n  }\n\n  def delete(symbol : String) = Action {\n    coll -= MongoDBObject(\"symbol\" -> symbol)\n    Ok(\"Removed \" + symbol)\n  }\n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/controllers\/PairsController.scala","text":"package controllers\n\nimport play.api._\nimport play.api.mvc._\nimport org.jsoup.Jsoup\n\nimport collection.immutable._\n\nimport java.net.{URL, URLConnection, URLEncoder}\n\nimport play.api.db.DB\nimport anorm._\nimport anorm.SqlParser._\nimport play.api.Play.current\nimport models._\n\nimport play.api.data._\nimport play.api.data.Forms._\n\nimport collection.JavaConversions._\n\nimport breeze.linalg._\n\nimport com.mongodb.casbah.Imports._\n\nimport io.Source\n\nobject PairsController extends Controller {\n\n  val coll = MongoConnection()(\"typedynamic\")(\"pairs\")\n\n  def periodPrices(symbol: String, days: Int): List[Double] = {\n     return Source.fromInputStream(new URL(\"http:\/\/ichart.finance.yahoo.com\/table.csv?s=\"+symbol+\"&d=6&e=22&f=2012&g=d&a=6&b=9&c=2011&ignore=.csv\").\n            openConnection.getInputStream).getLines().\n            map(line => line.split(\",\")(6)).drop(1).take(days).\n            map(p => p.toDouble).toList\n  }\n  \n  def periodReturn(prices: List[Double]): Double = {\n    return (prices.head - prices.last) \/ prices.last\n  }\n\n  def periodPairReturn(long: String, short: String, days: Int): Double = {\n    val longPrices = periodPrices(long, days)\n    val shortPrices = periodPrices(short, days)\n    return periodReturn(longPrices) - periodReturn(shortPrices)\n  }\n\n\n  def maxReturnPair(prices: DenseMatrix[Double]): (Int, Int) = {\n    return (0, 0)\n  }\n \n\n  def portfolioComponents(symbol: String): List[String] = {\n    val queryURLstr = \"http:\/\/finance.yahoo.com\/q\/cp?s=\"\n    return Jsoup.connect(queryURLstr + URLEncoder.encode(symbol,\"UTF-8\")).get.\n           select(\".yfnc_tabledata1 a\").map(x => x.text()).toList\n  }\n\n  def portfolioReturns(symbol: String, days: Int): DenseMatrix[Double] = {\n    val components = portfolioComponents(symbol)\n    return new DenseMatrix[Double](days, \n                           components.size(), \n                           components.flatMap(c => periodPrices(c, days)).toArray)\n  }\n \n  def show(long: String, short: String) = Action {\n     val ret = periodPairReturn(long, short, 5)\n     val o = MongoDBObject(\"pair\" -> MongoDBObject(\"long\" -> long, \n                                                   \"short\" -> short, \n                                                   \"ret\" -> ret))\n     coll.findOne(o) match {\n        case None => coll += o\n        case Some(_) => ()\n     }\n     Ok(views.html.pairs.show(\n           Map(\"pairReturn\" -> ret.toString)))\n  } \n\n  def index() = Action {\n    val results = coll.map(x => x.getAs[DBObject](\"pair\").\n                                 map( y => (y(\"long\").asInstanceOf[String], \n                                            y(\"short\").asInstanceOf[String] ))).\n                       map(_.get).toList\n    println(results)\n    Ok(views.html.pairs.index(results))\n  }\n}\n\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/controllers\/Application.scala","text":"<gh_stars>0\npackage controllers\n\nimport play.api._\nimport play.api.mvc._\nimport org.jsoup.Jsoup\n\nimport collection.immutable._\n\nimport play.api.db.DB\nimport anorm._\nimport play.api.Play.current\n\nimport models.BondPortfolio\n\ncase class ETF(issuer: String, symbol: String, duration: Float, bondYield: Float)\n\nobject Application extends Controller {\n\n  val issuerQuery = HashMap(\"ishares\" -> ((x : String) => \"http:\/\/us.ishares.com\/product_info\/fund\/overview\" + x + \".htm\")) \n\n  def etfYield(symbol : String): Float = {\n    return Jsoup.connect(\"http:\/\/finance.yahoo.com\/q?s=\" + symbol).get.select(\"yield\").text.toFloat\n  }\n \n  def index = Action { DB.withConnection { implicit c =>\n    val yield10 = \n        Jsoup.connect(\"http:\/\/finance.yahoo.com\/q?s=^tnx\").get.select(\".time_rtq_ticker\").first.text\n   \n    val selectDurations = SQL(\"select symbol, duration from bondetf\")\n    Ok(views.html.index(HashMap(\"10 Year\" -> yield10.toString.toFloat, \n                                \"High Yield\" -> etfYield(\"JNK\"), \n                                \"Investment Grade Corporates\" -> etfYield(\"LQD\"), \n                                \"Emerging Govies\" -> etfYield(\"ELD\"),\n                                \"MBS\" -> etfYield(\"MBB\")\n                                )))\n  }\n  }\n  \n}\n"}
{"repo_name":"commonlisp\/typedynamic-finance","path":"app\/models\/IndexPortfolio.scala","text":"package models\n\nimport collection.JavaConversions._\nimport org.jsoup.Jsoup\n\nimport com.mongodb.casbah.Imports._\n\nobject IndexPortfolio {\n\n   val indexholdings = MongoConnection()(\"typedynamic\")(\"indexholdings\")\n\n   def apply(symbol: String): List[String] = {\n      val query = MongoDBObject(\"symbol\" -> symbol)\n      indexholdings.findOne(query) match {\n        case Some(obj) => return obj.as[List[String]](\"holdings\")\n        case None => {\n\t  val infodoc = Jsoup.\n               connect(\"http:\/\/us.ishares.com\/product_info\/fund\/holdings\/\" + \n                       symbol + \".htm\").get\n          val holdings = infodoc.select(\"#holdings-eq #holdings-table-body tr #holding-ticker\").map(_.text).toList\n\t  indexholdings += MongoDBObject(\"symbol\" -> symbol, \"holdings\" -> holdings)\n          return holdings\n        }\n      }\n   }\n}\n"}
{"repo_name":"massimosiani\/scala-template.g8","path":"src\/main\/g8\/project\/plugins.sbt","text":"package project\n\naddSbtPlugin(\"ch.epfl.scala\" % \"sbt-scalafix\" % \"0.9.11\")\naddSbtPlugin(\"org.scalameta\" % \"sbt-scalafmt\" % \"2.2.1\")\n"}
{"repo_name":"massimosiani\/scala-template.g8","path":"src\/main\/g8\/build.sbt","text":"import sbt._\n\nlazy val $name$ = (project in file(\".\"))\n  .configs(Configs.all: _*)\n  .settings(Settings.root: _*)\n"}
{"repo_name":"massimosiani\/scala-template.g8","path":"src\/main\/g8\/project\/Configs.scala","text":"package project\n\nobject Configs {\n  val EndToEndTest = config(\"e2e\") extend Runtime\n  val all = Seq(IntegrationTest, EndToEndTest)\n}\n"}
{"repo_name":"massimosiani\/scala-template.g8","path":"src\/main\/g8\/project\/Dependencies.scala","text":"package project\n\nobject Dependencies {\n\n  object Version {\n    val scalaTest = \"3.1.0\"\n  }\n\n  val root: Seq[Setting[_]] = deps(\n    \"org.scalatest\" %% \"scalatest\" % Version.scalaTest,\n  )\n\n  private def deps(modules: ModuleID*): Seq[Setting[_]] = Seq(libraryDependencies ++= modules)\n}\n"}
{"repo_name":"nikdon\/ranola","path":"src\/main\/scala\/ranola\/RandomizedRangeFinder.scala","text":"package ranola\n\n\nimport spire.implicits.cfor\n\n\ntrait RandomizedRangeFinder\n\n\n\/**\n * Algorithm 4.1 of \"Finding structure with randomness:\n * Stochastic algorithms for constructing approximate matrix decompositions\"\n * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n *\/\nobject GenericRangeFinder extends RandomizedRangeFinder {\n\n  \/**\n   * Find a projection matrix for the given one\n   *\n   * @param A           The input data matrix\n   * @param sketchSize  The size of the matrix to return\n   * @param op          The matrix operations (ex: multiplication etc.)\n   * @return            A size-by-size projection matrix Q\n   *\/\n  def apply[N, M[_], V[_]](A: M[N], sketchSize: Int)(implicit op: MatrixOps[N, M, V]): M[N] = {\n    val R = op.drawRandomMatrix(A, sketchSize)\n    val Y = op.mltMM(A, op.mltMM(op.t(A), op.mltMM(A, R)))\n    val (_q, _) = op.QR(Y)\n    _q\n  }\n}\n\n\n\/**\n * Algorithm 4.3 of \"Finding structure with randomness:\n * Stochastic algorithms for constructing approximate matrix decompositions\"\n * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n *\/\nobject PowerIterationsRangeFinder extends RandomizedRangeFinder {\n\n  \/**\n   * Find a projection matrix for the given one\n   *\n   * @param A           The input data matrix\n   * @param sketchSize  The size of the matrix to return\n   * @param nIter       A number of power iterations used to stabilize the result\n   * @param op          The matrix operations (ex: multiplication etc.)\n   * @return            A size-by-size projection matrix Q\n   *\/\n  def apply[N, M[_], V[_]](A: M[N], sketchSize: Int, nIter: Int)(implicit op: MatrixOps[N, M, V]): M[N] = {\n    val R = op.drawRandomMatrix(A, sketchSize)\n    var Y = op.mltMM(A, R)\n\n    var i = 0\n    while (i < nIter) {\n      Y = op.mltMM(A, op.mltMM(op.t(A), Y))\n      i += 1\n    }\n\n    val (_q, _) = op.QR(Y)\n    _q\n  }\n}\n\n\n\/**\n * Algorithm 4.4 of \"Finding structure with randomness:\n * Stochastic algorithms for constructing approximate matrix decompositions\"\n * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n *\/\nobject SubspaceIterationsRangeFinder extends RandomizedRangeFinder {\n\n  \/**\n   * Find a projection matrix for the given one\n   *\n   * @param A           The input data matrix\n   * @param sketchSize  The size of the matrix to return\n   * @param nIter       A number of power iterations used to stabilize the result\n   * @param op          The matrix operations (ex: multiplication etc.)\n   * @return            A size-by-size projection matrix Q\n   *\/\n  def apply[N, M[_], V[_]](A: M[N], sketchSize: Int, nIter: Int)(implicit op: MatrixOps[N, M, V]): M[N] = {\n    var qi = op.drawZerosMatrix(op.getRows(A), math.min(math.min(op.getCols(A), op.getRows(A)), sketchSize))\n\n    val R = op.drawRandomMatrix(A, sketchSize)\n    val Y = op.mltMM(A, R)\n    val (q, _) = op.QR(A)\n\n    cfor(0)(_ < nIter, _ + 1){ i =>\n      val Yih = op.mltMM(op.t(A), q)\n      val (qih, _) = op.QR(Yih)\n      val Yi = op.mltMM(A, qih)\n      qi = op.QR(Yi)._1\n    }\n\n    qi\n  }\n}\n"}
{"repo_name":"nikdon\/ranola","path":"src\/main\/scala\/ranola\/MatrixOps.scala","text":"package ranola\n\nimport breeze.linalg.qr.QR\nimport breeze.linalg.{qr, DenseVector, DenseMatrix}\nimport breeze.stats.distributions.Rand\n\n\n\/**\n * Trait contains common matrix operations\n *\n * @tparam N The type og values inside matrix and vector containers\n * @tparam M The matrix container\n * @tparam V The vector container\n *\/\ntrait MatrixOps[N, M[_], V[_]] {\n\n  def absM(A: M[N]): M[N]\n  def getCols(A: M[N]): Int\n  def getRows(A: M[N]): Int\n\n  \/** Matrix-matrix multiplication *\/\n  def mltMV(A: M[N], B: V[N]): M[N] \/\/ A * B\n\n  \/** Matrix-vector multiplication *\/\n  def mltMM(A: M[N], B: M[N]): M[N] \/\/ A * B\n\n  \/** Matrix transpose *\/\n  def t(A: M[N]): M[N]\n\n  \/** Create a new matrix filled with random values *\/\n  def drawRandomMatrix(A: M[N], sketchSize: Int): M[N]\n\n  \/** Create a new matrix filled with zeros *\/\n  def drawZerosMatrix(nRow: Int, nCol: Int): M[N]\n\n  \/** Check size of the given matrix and return an appropriate sketch size *\/\n  protected [this] def checkAndGetSketchSize(A: M[N], s: Int): Int = if (s > getRows(A)) getRows(A) else s\n\n  \/** QR decomposition of the given matrix A *\/\n  def QR(A: M[N]): (M[N], M[N])\n\n}\n\n\nobject MatrixOps {\n\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n  \/\/ Add new implementations here \/\/\n  \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n  implicit val BreezeDoubleMatrixOps = new MatrixOps[Double, breeze.linalg.DenseMatrix, breeze.linalg.DenseVector] {\n    override def absM(A: DenseMatrix[Double]): DenseMatrix[Double] = breeze.numerics.abs(A)\n    override def getCols(A: DenseMatrix[Double]) = A.cols\n    override def getRows(A: DenseMatrix[Double]) = A.rows\n\n    override def mltMV(A: DenseMatrix[Double], B: DenseVector[Double]): DenseMatrix[Double] = A * B.toDenseMatrix\n    override def mltMM(A: DenseMatrix[Double], B: DenseMatrix[Double]): DenseMatrix[Double] = A * B\n    override def t(A: DenseMatrix[Double]): DenseMatrix[Double] = A.t\n\n    override def drawRandomMatrix(A: DenseMatrix[Double], sketchSize: Int) = {\n      val n = checkAndGetSketchSize(A, sketchSize)\n      val l = getCols(A)\n      DenseMatrix.rand(l, n, rand = Rand.gaussian)\n    }\n\n    override def drawZerosMatrix(nRow: Int, nCol: Int) = DenseMatrix.zeros[Double](nRow, nCol)\n\n    override def QR(A: DenseMatrix[Double]) = {\n      val QR(_q, _r) = qr.reduced(A)\n      (_q, _r)\n    }\n  }\n\n}\n"}
{"repo_name":"nikdon\/ranola","path":"src\/main\/scala\/ranola\/EVDR.scala","text":"<reponame>nikdon\/ranola\npackage ranola\n\nimport breeze.linalg.eig.Eig\nimport breeze.linalg.eigSym._\nimport breeze.linalg.{DenseMatrix, DenseVector, argmax, eig}\nimport breeze.numerics._\n\n\nobject EVDR {\n\n  def generic[N, M[_], V[_], R](A: M[N], k: Int, nOverSamples: Int)\n                               (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.generic(A, k, nOverSamples)\n  }\n\n  def viaPowerIterations[N, M[_], V[_], R](A: M[N], k: Int, nIter: Int, nOverSamples: Int)\n                                         (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.viaPowerIterations(A, k, nIter, nOverSamples)\n  }\n\n  def viaSubspaceIterations[N, M[_], V[_], R](A: M[N], k: Int, nIter: Int, nOverSamples: Int)\n                                         (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.viaSubspaceIterations(A, k, nIter, nOverSamples)\n  }\n\n\n  object Implicits {\n\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n    \/\/ Add new implementations here \/\/\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n    implicit val breezeDoubleMatrixEVDR = new Decomposition[Double, DenseMatrix, DenseVector, DenseEigSym] {\n\n      override def decompose(A: DenseMatrix[Double], k: Int, Q: DenseMatrix[Double])\n                            (implicit op: MatrixOps[Double, DenseMatrix, DenseVector]): DenseEigSym = {\n        val b = op.mltMM(op.t(Q), op.mltMM(A, Q))\n        val Eig(w, _, v) = eig(b)\n        val _u = op.mltMM(Q, v)\n        val u = flipEVDSigns(_u)\n        EigSym(w(0 until k), u(::, 0 until k))\n      }\n\n      def flipEVDSigns(u: DenseMatrix[Double])\n                      (implicit op: MatrixOps[Double, DenseMatrix, DenseVector]): DenseMatrix[Double] = {\n        val abs_u = op.absM(u)\n        val len = op.getCols(u)\n        var i = 0\n        while (i < len) {\n          u(::, i) :*= signum(u(argmax(abs_u(::, i)), i))\n          i += 1\n        }\n        u\n      }\n    }\n  }\n\n}"}
{"repo_name":"nikdon\/ranola","path":"src\/main\/scala\/ranola\/SVDR.scala","text":"package ranola\n\nimport breeze.linalg._\nimport breeze.linalg.svd.{DenseSVD, SVD}\nimport breeze.numerics._\n\n\nobject SVDR {\n\n  def generic[N, M[_], V[_], R](A: M[N], k: Int, nOverSamples: Int)\n                               (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.generic(A, k, nOverSamples)\n  }\n\n  def viaPowerIteration[N, M[_], V[_], R](A: M[N], k: Int, nIter: Int, nOverSamples: Int)\n                                         (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.viaPowerIterations(A, k, nIter, nOverSamples)\n  }\n\n  def viaSubspaceIterations[N, M[_], V[_], R](A: M[N], k: Int, nIter: Int, nOverSamples: Int)\n                                             (implicit dec: Decomposition[N, M, V, R], op: MatrixOps[N, M, V]) = {\n    dec.viaSubspaceIterations(A, k, nIter, nOverSamples)\n  }\n\n\n  object Implicits {\n\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n    \/\/ Add new implementations here \/\/\n    \/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\n\n    implicit val breezeDoubleMatrixSVDR = new Decomposition[Double, DenseMatrix, DenseVector, DenseSVD] {\n\n      override def decompose(A: DenseMatrix[Double], k: Int, Q: DenseMatrix[Double])\n                            (implicit op: MatrixOps[Double, DenseMatrix, DenseVector]): DenseSVD = {\n        val b = op.mltMM(op.t(Q), A)\n        val SVD(w2, _s, _v) = svd.reduced(b)\n        val _u = op.mltMM(Q, w2)\n        val (u, v) = flipSVDSigns(_u, _v)\n        SVD(u(::, 0 until k), _s(0 until k), v(0 until k, ::))\n      }\n\n      def flipSVDSigns(u: DenseMatrix[Double], v: DenseMatrix[Double])\n                      (implicit op: MatrixOps[Double, DenseMatrix, DenseVector]): (DenseMatrix[Double], DenseMatrix[Double]) = {\n        val abs_u = op.absM(u)\n        val len = op.getCols(u)\n        var i = 0\n        while (i < len) {\n          val sign = signum(u(argmax(abs_u(::, i)), i))\n          u(::, i) :*= sign\n          v(i, ::) :*= sign\n          i += 1\n        }\n        (u, v)\n      }\n    }\n  }\n\n}"}
{"repo_name":"nikdon\/ranola","path":"src\/main\/scala\/ranola\/Decomposition.scala","text":"<reponame>nikdon\/ranola\npackage ranola\n\n\n\/**\n * Trait that describes matrix decomposition in terms of randomized algorithms\n *\n * @tparam N The type of values inside matrix and vector containers\n * @tparam M The matrix container\n * @tparam V The vector container\n * @tparam R The result container\n *\/\ntrait Decomposition[N, M[_], V[_], R] {\n\n  \/**\n   * Direct decomposition\n   *\n   * @param A   The matrix to decompose\n   * @param k   The number of entries in the result\n   * @param Q   Orthonormal matrix of M\n   * @param op  Matrix operations\n   * @return    A result of decomposition\n   *\/\n  protected [this] def decompose(A: M[N], k: Int, Q: M[N])(implicit op: MatrixOps[N, M, V]): R\n\n  \/**\n   * Algorithm 4.1 of \"Finding structure with randomness:\n   * Stochastic algorithms for constructing approximate matrix decompositions\"\n   * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n   *\n   * @param A             The input data matrix\n   * @param k             The number of entries in result\n   * @param nOverSamples  The number of oversamples\n   * @param op            The matrix operations (ex: multiplication etc.)\n   * @return              A decomposition result\n   *\/\n  def generic(A: M[N], k: Int, nOverSamples: Int)(implicit op: MatrixOps[N, M, V]): R = {\n    val Q = GenericRangeFinder(A, sketchSize = k + nOverSamples)\n    decompose(A, k, Q)\n  }\n\n  \/**\n   * Algorithm 4.3 of \"Finding structure with randomness:\n   * Stochastic algorithms for constructing approximate matrix decompositions\"\n   * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n   *\n   * @param A             The input data matrix\n   * @param k             The number of entries in result\n   * @param nIter         Number of iterations to stabilize the result\n   * @param nOverSamples  The number of oversamples\n   * @param op            The matrix operations (ex: multiplication etc.)\n   * @return              A decomposition result\n   *\/\n  def viaPowerIterations(A: M[N], k: Int, nIter: Int, nOverSamples: Int)(implicit op: MatrixOps[N, M, V]): R = {\n    val Q = PowerIterationsRangeFinder(A, sketchSize = k + nOverSamples, nIter)\n    decompose(A, k, Q)\n  }\n\n  \/**\n   * Algorithm 4.4 of \"Finding structure with randomness:\n   * Stochastic algorithms for constructing approximate matrix decompositions\"\n   * Halko, et al., 2009 (arXiv:909) [[http:\/\/arxiv.org\/pdf\/0909.4061]]\n   *\n   * @param A             The input data matrix\n   * @param k             The number of entries in result\n   * @param nIter         Number of iterations to stabilize the result\n   * @param nOverSamples  The number of oversamples\n   * @param op            The matrix operations (ex: multiplication etc.)\n   * @return              A decomposition result\n   *\/\n  def viaSubspaceIterations(A: M[N], k: Int, nIter: Int, nOverSamples: Int)(implicit op: MatrixOps[N, M, V]): R = {\n    val Q = SubspaceIterationsRangeFinder(A, sketchSize = k + nOverSamples, nIter)\n    decompose(A, k, Q)\n  }\n}\n\n\n\n"}
{"repo_name":"nikdon\/ranola","path":"src\/test\/scala\/ranola\/EvdrTest.scala","text":"<filename>src\/test\/scala\/ranola\/EvdrTest.scala\npackage ranola\n\n\nimport breeze.linalg.eigSym.EigSym\nimport breeze.linalg.{CSCMatrix, DenseMatrix, DenseVector, argsort}\nimport breeze.util.DoubleImplicits\nimport org.scalatest._\nimport ranola.EVDR.Implicits._\n\n\nclass EvdrTest extends FunSuite with Matchers with DoubleImplicits {\n\n  val A_sparse = CSCMatrix((9.0, 0.0, 0.0), (0.0, 82.0, 0.0), (0.0, 0.0, 25.0))\n  val A_dense = A_sparse.toDense\n\n  def vectorsNearlyEqual(A: DenseVector[Double], B: DenseVector[Double], threshold: Double = 1E-6): Unit = {\n    for (i <- 0 until A.length)\n      A(i) should be(B(i) +- threshold)\n  }\n\n  def checkResults(evals: DenseVector[Double], evect: DenseMatrix[Double]): Unit = {\n    val idx = argsort(evals)\n\n    val eigVals = DenseVector(9.0, 25.0, 82.0)\n    val eigVect = DenseMatrix((1.0, 0.0, 0.0), (0.0, 0.0, 1.0), (0.0, 1.0, 0.0))\n\n    idx.zipWithIndex.foreach { case (i, n) =>\n      evals(i) should be(eigVals(n) +- 1E-6)\n      vectorsNearlyEqual(evect(::, i), eigVect(::, n), 1E-6)\n    }\n  }\n\n  test(\"EVDR via Generic scheme\") {\n    val EigSym(lambda, evs) = EVDR.generic(A_dense, k = 3, nOverSamples = 2)\n    checkResults(lambda, evs)\n  }\n\n  test(\"EVDR via Power Iterations\") {\n    val EigSym(lambda, evs) = EVDR.viaPowerIterations(A_dense, k = 3, nIter = 5, nOverSamples = 2)\n    checkResults(lambda, evs)\n  }\n\n  test(\"EVDR via Subspace Iterations\") {\n    val EigSym(lambda, evs) = EVDR.viaSubspaceIterations(A_dense, k = 3, nIter = 5, nOverSamples = 2)\n    checkResults(lambda, evs)\n  }\n}"}
{"repo_name":"nikdon\/ranola","path":"build.sbt","text":"name := \"ranola\"\n\nversion := \"0.1.0\"\n\nscalaVersion := \"2.11.7\"\n\nlicenses += (\"Apache-2.0\", url(\"http:\/\/opensource.org\/licenses\/Apache-2.0\"))\n\nlibraryDependencies ++= Seq(\n  \"org.scalanlp\" %% \"breeze\" % \"0.11.2\",\n  \"org.scalanlp\" %% \"breeze-natives\" % \"0.11.2\",\n  \"org.scalatest\" % \"scalatest_2.11\" % \"2.2.4\"\n)\n\nresolvers ++= Seq(\n  \"Sonatype Snapshots\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/snapshots\/\",\n  \"Sonatype Releases\" at \"https:\/\/oss.sonatype.org\/content\/repositories\/releases\/\"\n)\n"}
{"repo_name":"nikdon\/ranola","path":"src\/test\/scala\/ranola\/SvdrTest.scala","text":"package ranola\n\n\nimport breeze.linalg._\nimport breeze.linalg.svd.SVD\nimport breeze.numerics.abs\nimport breeze.util.DoubleImplicits\nimport org.scalatest._\nimport ranola.SVDR.Implicits._\n\n\nclass SvdrTest extends FunSuite with Matchers with DoubleImplicits {\n\n  val A_dense = DenseMatrix(\n    (2.0, 4.0, 0.0),\n    (1.0, 3.0, 4.0),\n    (5.0, 0.0, 0.9),\n    (3.0, 5.0, 0.5),\n    (7.5, 1.0, 6.0),\n    (0.0, 7.0, 0.0)\n  )\n\n  def vectorsNearlyEqual(A: DenseVector[Double], B: DenseVector[Double], threshold: Double = 1E-6): Unit = {\n    for (i <- 0 until A.length)\n      A(i) should be(B(i) +- threshold)\n  }\n\n  def matricesNearlyEqual(A: DenseMatrix[Double], B: DenseMatrix[Double], threshold: Double = 1E-6): Unit = {\n    for (i <- 0 until A.rows; j <- 0 until A.cols)\n      A(i, j) should be(B(i, j) +- threshold)\n  }\n\n  def checkResults(evals: DenseVector[Double], evect: DenseMatrix[Double]): Unit = {\n    val idx = argsort(evals)\n\n    val eigVals = DenseVector(9.0, 25.0, 82.0)\n    val eigVect = DenseMatrix((1.0, 0.0, 0.0), (0.0, 0.0, 1.0), (0.0, 1.0, 0.0))\n\n    idx.zipWithIndex.foreach { case (i, n) =>\n      evals(i) should be(eigVals(n) +- 1E-6)\n      vectorsNearlyEqual(evect(::, i), eigVect(::, n), 1E-6)\n    }\n  }\n\n  test(\"SVDR via Generic scheme\") {\n    for (m <- List(A_dense, A_dense.t)) {\n      val SVD(u, s, v) = svd.reduced(m)\n      val SVD(ur, sr, vr) = SVDR.generic(m, k = m.rows min m.cols, nOverSamples = 1)\n\n      vectorsNearlyEqual(s, sr)\n      matricesNearlyEqual(abs(u), abs(ur))\n      matricesNearlyEqual(abs(v), abs(vr))\n      matricesNearlyEqual(m, ur * diag(sr) * vr)\n    }\n  }\n\n  test(\"SVDR via Power Iterations\") {\n    for (m <- List(A_dense, A_dense.t)) {\n      val SVD(u, s, v) = svd.reduced(m)\n      val SVD(ur, sr, vr) = SVDR.viaPowerIteration(m, k = m.rows min m.cols, nIter = 5, nOverSamples = 1)\n\n      vectorsNearlyEqual(s, sr)\n      matricesNearlyEqual(abs(u), abs(ur))\n      matricesNearlyEqual(abs(v), abs(vr))\n      matricesNearlyEqual(m, ur * diag(sr) * vr)\n    }\n  }\n\n  test(\"SVDR via Subspace Iterations\") {\n    for (m <- List(A_dense, A_dense.t)) {\n      val SVD(u, s, v) = svd.reduced(m)\n      val SVD(ur, sr, vr) = SVDR.viaSubspaceIterations(m, k = m.rows min m.cols, nIter = 5, nOverSamples = 1)\n\n      vectorsNearlyEqual(s, sr)\n      matricesNearlyEqual(abs(u), abs(ur))\n      matricesNearlyEqual(abs(v), abs(vr))\n      matricesNearlyEqual(m, ur * diag(sr) * vr)\n    }\n  }\n}"}
{"repo_name":"swift-code\/swiftcode015-client","path":"target\/scala-2.11\/routes\/main\/controllers\/javascript\/JavaScriptReverseRoutes.scala","text":"<reponame>swift-code\/swiftcode015-client\n\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:\/home\/lubuntu\/swiftcode-bnmit\/conf\/routes\n\/\/ @DATE:Sun Aug 21 11:02:06 UTC 2016\n\nimport play.api.routing.JavaScriptReverseRoute\nimport play.api.mvc.{ QueryStringBindable, PathBindable, Call, JavascriptLiteral }\nimport play.core.routing.{ HandlerDef, ReverseRouteContext, queryString, dynamicString }\n\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\n\/\/ @LINE:6\npackage controllers.javascript {\n  import ReverseRouteContext.empty\n\n  \/\/ @LINE:10\n  class ReverseConnectionController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:11\n    def acceptConnectionRequest: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.ConnectionController.acceptConnectionRequest\",\n      \"\"\"\n        function(requestId0) {\n          return _wA({method:\"POST\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"request\/accept\/\" + (\"\"\" + implicitly[PathBindable[Long]].javascriptUnbind + \"\"\")(\"requestId\", requestId0)})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:10\n    def sendConnectionRequest: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.ConnectionController.sendConnectionRequest\",\n      \"\"\"\n        function(senderId0,toId1) {\n          return _wA({method:\"POST\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"request\/send\/\" + (\"\"\" + implicitly[PathBindable[Long]].javascriptUnbind + \"\"\")(\"senderId\", senderId0) + \"\/\" + (\"\"\" + implicitly[PathBindable[Long]].javascriptUnbind + \"\"\")(\"toId\", toId1)})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:13\n  class ReverseHomeController(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:14\n    def updateProfile: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.HomeController.updateProfile\",\n      \"\"\"\n        function(userId0) {\n          return _wA({method:\"PUT\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"profile\/\" + (\"\"\" + implicitly[PathBindable[Long]].javascriptUnbind + \"\"\")(\"userId\", userId0)})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:13\n    def getProfile: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.HomeController.getProfile\",\n      \"\"\"\n        function(userId0) {\n          return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"profile\/\" + (\"\"\" + implicitly[PathBindable[Long]].javascriptUnbind + \"\"\")(\"userId\", userId0)})\n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:6\n  class ReverseAssets(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:6\n    def versioned: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.Assets.versioned\",\n      \"\"\"\n        function(file1) {\n        \n          if (true) {\n            return _wA({method:\"GET\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"assets\/\" + (\"\"\" + implicitly[PathBindable[Asset]].javascriptUnbind + \"\"\")(\"file\", file1)})\n          }\n        \n        }\n      \"\"\"\n    )\n  \n  }\n\n  \/\/ @LINE:7\n  class ReverseApplication(_prefix: => String) {\n\n    def _defaultPrefix: String = {\n      if (_prefix.endsWith(\"\/\")) \"\" else \"\/\"\n    }\n\n  \n    \/\/ @LINE:7\n    def signup: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.Application.signup\",\n      \"\"\"\n        function() {\n          return _wA({method:\"POST\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"signup\"})\n        }\n      \"\"\"\n    )\n  \n    \/\/ @LINE:8\n    def login: JavaScriptReverseRoute = JavaScriptReverseRoute(\n      \"controllers.Application.login\",\n      \"\"\"\n        function() {\n          return _wA({method:\"POST\", url:\"\"\"\" + _prefix + { _defaultPrefix } + \"\"\"\" + \"login\"})\n        }\n      \"\"\"\n    )\n  \n  }\n\n\n}\n"}
{"repo_name":"swift-code\/swiftcode015-client","path":"target\/scala-2.11\/routes\/main\/router\/Routes.scala","text":"<filename>target\/scala-2.11\/routes\/main\/router\/Routes.scala\n\n\/\/ @GENERATOR:play-routes-compiler\n\/\/ @SOURCE:\/home\/lubuntu\/swiftcode-bnmit\/conf\/routes\n\/\/ @DATE:Sun Aug 21 11:02:06 UTC 2016\n\npackage router\n\nimport play.core.routing._\nimport play.core.routing.HandlerInvokerFactory._\nimport play.core.j._\n\nimport play.api.mvc._\n\nimport _root_.controllers.Assets.Asset\nimport _root_.play.libs.F\n\nclass Routes(\n  override val errorHandler: play.api.http.HttpErrorHandler, \n  \/\/ @LINE:6\n  Assets_2: controllers.Assets,\n  \/\/ @LINE:7\n  Application_1: controllers.Application,\n  \/\/ @LINE:10\n  ConnectionController_3: controllers.ConnectionController,\n  \/\/ @LINE:13\n  HomeController_0: controllers.HomeController,\n  val prefix: String\n) extends GeneratedRouter {\n\n   @javax.inject.Inject()\n   def this(errorHandler: play.api.http.HttpErrorHandler,\n    \/\/ @LINE:6\n    Assets_2: controllers.Assets,\n    \/\/ @LINE:7\n    Application_1: controllers.Application,\n    \/\/ @LINE:10\n    ConnectionController_3: controllers.ConnectionController,\n    \/\/ @LINE:13\n    HomeController_0: controllers.HomeController\n  ) = this(errorHandler, Assets_2, Application_1, ConnectionController_3, HomeController_0, \"\/\")\n\n  import ReverseRouteContext.empty\n\n  def withPrefix(prefix: String): Routes = {\n    router.RoutesPrefix.setPrefix(prefix)\n    new Routes(errorHandler, Assets_2, Application_1, ConnectionController_3, HomeController_0, prefix)\n  }\n\n  private[this] val defaultPrefix: String = {\n    if (this.prefix.endsWith(\"\/\")) \"\" else \"\/\"\n  }\n\n  def documentation = List(\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\", \"\"\"controllers.Assets.versioned(path:String = \"\/public\", file:Asset)\"\"\"),\n    (\"\"\"POST\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"signup\"\"\", \"\"\"controllers.Application.signup()\"\"\"),\n    (\"\"\"POST\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"login\"\"\", \"\"\"controllers.Application.login()\"\"\"),\n    (\"\"\"POST\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"request\/send\/\"\"\" + \"$\" + \"\"\"senderId<[^\/]+>\/\"\"\" + \"$\" + \"\"\"toId<[^\/]+>\"\"\", \"\"\"controllers.ConnectionController.sendConnectionRequest(senderId:Long, toId:Long)\"\"\"),\n    (\"\"\"POST\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"request\/accept\/\"\"\" + \"$\" + \"\"\"requestId<[^\/]+>\"\"\", \"\"\"controllers.ConnectionController.acceptConnectionRequest(requestId:Long)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"profile\/\"\"\" + \"$\" + \"\"\"userId<[^\/]+>\"\"\", \"\"\"controllers.HomeController.getProfile(userId:Long)\"\"\"),\n    (\"\"\"PUT\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"profile\/\"\"\" + \"$\" + \"\"\"userId<[^\/]+>\"\"\", \"\"\"controllers.HomeController.updateProfile(userId:Long)\"\"\"),\n    (\"\"\"GET\"\"\", this.prefix + (if(this.prefix.endsWith(\"\/\")) \"\" else \"\/\") + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\", \"\"\"controllers.Assets.versioned(path:String = \"\/public\", file:Asset)\"\"\"),\n    Nil\n  ).foldLeft(List.empty[(String,String,String)]) { (s,e) => e.asInstanceOf[Any] match {\n    case r @ (_,_,_) => s :+ r.asInstanceOf[(String,String,String)]\n    case l => s ++ l.asInstanceOf[List[(String,String,String)]]\n  }}\n\n\n  \/\/ @LINE:6\n  private[this] lazy val controllers_Assets_versioned0_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"assets\/\"), DynamicPart(\"file\", \"\"\".+\"\"\",false)))\n  )\n  private[this] lazy val controllers_Assets_versioned0_invoker = createInvoker(\n    Assets_2.versioned(fakeValue[String], fakeValue[Asset]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.Assets\",\n      \"versioned\",\n      Seq(classOf[String], classOf[Asset]),\n      \"GET\",\n      \"\"\" Map static resources from the \/public folder to the \/assets URL path\"\"\",\n      this.prefix + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\"\n    )\n  )\n\n  \/\/ @LINE:7\n  private[this] lazy val controllers_Application_signup1_route = Route(\"POST\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"signup\")))\n  )\n  private[this] lazy val controllers_Application_signup1_invoker = createInvoker(\n    Application_1.signup(),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.Application\",\n      \"signup\",\n      Nil,\n      \"POST\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"signup\"\"\"\n    )\n  )\n\n  \/\/ @LINE:8\n  private[this] lazy val controllers_Application_login2_route = Route(\"POST\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"login\")))\n  )\n  private[this] lazy val controllers_Application_login2_invoker = createInvoker(\n    Application_1.login(),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.Application\",\n      \"login\",\n      Nil,\n      \"POST\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"login\"\"\"\n    )\n  )\n\n  \/\/ @LINE:10\n  private[this] lazy val controllers_ConnectionController_sendConnectionRequest3_route = Route(\"POST\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"request\/send\/\"), DynamicPart(\"senderId\", \"\"\"[^\/]+\"\"\",true), StaticPart(\"\/\"), DynamicPart(\"toId\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_ConnectionController_sendConnectionRequest3_invoker = createInvoker(\n    ConnectionController_3.sendConnectionRequest(fakeValue[Long], fakeValue[Long]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.ConnectionController\",\n      \"sendConnectionRequest\",\n      Seq(classOf[Long], classOf[Long]),\n      \"POST\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"request\/send\/\"\"\" + \"$\" + \"\"\"senderId<[^\/]+>\/\"\"\" + \"$\" + \"\"\"toId<[^\/]+>\"\"\"\n    )\n  )\n\n  \/\/ @LINE:11\n  private[this] lazy val controllers_ConnectionController_acceptConnectionRequest4_route = Route(\"POST\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"request\/accept\/\"), DynamicPart(\"requestId\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_ConnectionController_acceptConnectionRequest4_invoker = createInvoker(\n    ConnectionController_3.acceptConnectionRequest(fakeValue[Long]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.ConnectionController\",\n      \"acceptConnectionRequest\",\n      Seq(classOf[Long]),\n      \"POST\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"request\/accept\/\"\"\" + \"$\" + \"\"\"requestId<[^\/]+>\"\"\"\n    )\n  )\n\n  \/\/ @LINE:13\n  private[this] lazy val controllers_HomeController_getProfile5_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"profile\/\"), DynamicPart(\"userId\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_HomeController_getProfile5_invoker = createInvoker(\n    HomeController_0.getProfile(fakeValue[Long]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.HomeController\",\n      \"getProfile\",\n      Seq(classOf[Long]),\n      \"GET\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"profile\/\"\"\" + \"$\" + \"\"\"userId<[^\/]+>\"\"\"\n    )\n  )\n\n  \/\/ @LINE:14\n  private[this] lazy val controllers_HomeController_updateProfile6_route = Route(\"PUT\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"profile\/\"), DynamicPart(\"userId\", \"\"\"[^\/]+\"\"\",true)))\n  )\n  private[this] lazy val controllers_HomeController_updateProfile6_invoker = createInvoker(\n    HomeController_0.updateProfile(fakeValue[Long]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.HomeController\",\n      \"updateProfile\",\n      Seq(classOf[Long]),\n      \"PUT\",\n      \"\"\"\"\"\",\n      this.prefix + \"\"\"profile\/\"\"\" + \"$\" + \"\"\"userId<[^\/]+>\"\"\"\n    )\n  )\n\n  \/\/ @LINE:17\n  private[this] lazy val controllers_Assets_versioned7_route = Route(\"GET\",\n    PathPattern(List(StaticPart(this.prefix), StaticPart(this.defaultPrefix), StaticPart(\"assets\/\"), DynamicPart(\"file\", \"\"\".+\"\"\",false)))\n  )\n  private[this] lazy val controllers_Assets_versioned7_invoker = createInvoker(\n    Assets_2.versioned(fakeValue[String], fakeValue[Asset]),\n    HandlerDef(this.getClass.getClassLoader,\n      \"router\",\n      \"controllers.Assets\",\n      \"versioned\",\n      Seq(classOf[String], classOf[Asset]),\n      \"GET\",\n      \"\"\" Map static resources from the \/public folder to the \/assets URL path\"\"\",\n      this.prefix + \"\"\"assets\/\"\"\" + \"$\" + \"\"\"file<.+>\"\"\"\n    )\n  )\n\n\n  def routes: PartialFunction[RequestHeader, Handler] = {\n  \n    \/\/ @LINE:6\n    case controllers_Assets_versioned0_route(params) =>\n      call(Param[String](\"path\", Right(\"\/public\")), params.fromPath[Asset](\"file\", None)) { (path, file) =>\n        controllers_Assets_versioned0_invoker.call(Assets_2.versioned(path, file))\n      }\n  \n    \/\/ @LINE:7\n    case controllers_Application_signup1_route(params) =>\n      call { \n        controllers_Application_signup1_invoker.call(Application_1.signup())\n      }\n  \n    \/\/ @LINE:8\n    case controllers_Application_login2_route(params) =>\n      call { \n        controllers_Application_login2_invoker.call(Application_1.login())\n      }\n  \n    \/\/ @LINE:10\n    case controllers_ConnectionController_sendConnectionRequest3_route(params) =>\n      call(params.fromPath[Long](\"senderId\", None), params.fromPath[Long](\"toId\", None)) { (senderId, toId) =>\n        controllers_ConnectionController_sendConnectionRequest3_invoker.call(ConnectionController_3.sendConnectionRequest(senderId, toId))\n      }\n  \n    \/\/ @LINE:11\n    case controllers_ConnectionController_acceptConnectionRequest4_route(params) =>\n      call(params.fromPath[Long](\"requestId\", None)) { (requestId) =>\n        controllers_ConnectionController_acceptConnectionRequest4_invoker.call(ConnectionController_3.acceptConnectionRequest(requestId))\n      }\n  \n    \/\/ @LINE:13\n    case controllers_HomeController_getProfile5_route(params) =>\n      call(params.fromPath[Long](\"userId\", None)) { (userId) =>\n        controllers_HomeController_getProfile5_invoker.call(HomeController_0.getProfile(userId))\n      }\n  \n    \/\/ @LINE:14\n    case controllers_HomeController_updateProfile6_route(params) =>\n      call(params.fromPath[Long](\"userId\", None)) { (userId) =>\n        controllers_HomeController_updateProfile6_invoker.call(HomeController_0.updateProfile(userId))\n      }\n  \n    \/\/ @LINE:17\n    case controllers_Assets_versioned7_route(params) =>\n      call(Param[String](\"path\", Right(\"\/public\")), params.fromPath[Asset](\"file\", None)) { (path, file) =>\n        controllers_Assets_versioned7_invoker.call(Assets_2.versioned(path, file))\n      }\n  }\n}\n"}